pax_global_header00006660000000000000000000000064111642777770014535gustar00rootroot0000000000000052 comment=29b6e5bdbe249e26453bdad1dda0e14d1ab7e12e sdcc-2.9.0/000077500000000000000000000000001116427777700124615ustar00rootroot00000000000000sdcc-2.9.0/.version000066400000000000000000000000061116427777700141430ustar00rootroot000000000000002.9.0 sdcc-2.9.0/Bcc.inc000066400000000000000000000003701116427777700136430ustar00rootroot00000000000000#Generic rules and options for building with Borland C++ .cacheautodepend YACC = bison LEX = flex CC = bcc32 SLIB = $(PRJDIR)/support/Util OFLAGS = -6 -O2 -w-proto -g0 .c.obj: $(CC) -c -o$@ $(OFLAGS) $(CFLAGS) $(CPPFLAGS) -I$(SLIB) $< sdcc-2.9.0/COPYING000066400000000000000000000431061116427777700135200ustar00rootroot00000000000000 GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. (Exception: if the Program itself is interactive but does not normally print such an announcement, your work based on the Program is not required to print an announcement.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Program, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Program, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Program. In addition, mere aggregation of another work not based on the Program with the Program (or with a work based on the Program) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. 3. You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. (This alternative is allowed only for noncommercial distribution and only if you received the program in object code or executable form with such an offer, in accord with Subsection b above.) The source code for a work means the preferred form of the work for making modifications to it. For an executable work, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the executable. However, as a special exception, the source code distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. If distribution of executable or object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place counts as distribution of the source code, even though third parties are not compelled to copy the source along with the object code. 4. You may not copy, modify, sublicense, or distribute the Program except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense or distribute the Program is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 5. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Program or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Program (or any work based on the Program), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Program or works based on it. 6. Each time you redistribute the Program (or any work based on the Program), the recipient automatically receives a license from the original licensor to copy, distribute or modify the Program subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties to this License. 7. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Program at all. For example, if a patent license would not permit royalty-free redistribution of the Program by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Program. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system, which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 8. If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS Appendix: How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) 19yy This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) 19yy name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Library General Public License instead of this License. sdcc-2.9.0/ChangeLog000066400000000000000000025144241116427777700142470ustar00rootroot000000000000002009-03-15 Borut Razem * support/scripts/repack_release.sh: added 2009-03-13 Borut Razem * doc/sdccman.lyx: "freeware" replaced with "free open source" 2009-03-12 Borut Razem * src/z80/peep.c: #2652979: --debug crashes sdcc 2009-03-12 Frieder Ferlemann * src/SDCCglue.c, support/regression/tests/bug2655200.c: applied modified patch from Robert Larice fixing original report of bug #2655200: pointer to pdata memory not correctly initialized 2009-03-11 Borut Razem * as/asranlib/asranlib.c: retain the original file mode 2009-03-10 Borut Razem * src/mcs51/gen.c, src/z80/gen.c, src/hc08/gen.c, src/ds390/gen.c, support/regression/tests/bug1875933.c: fixed bug #1875933: Evelyn jumps into the void thanks to Robert Larice 2009-03-10 Raphael Neider * src/pic16/pcode.c (LinkFlow): fix invalid cast from pCodeLabel to pCodeInstruction to avoid a segmentation fault 2009-03-03 Borut Razem * device/lib/printf_large.c: fixed bug #2656821: bug in printf 2009-03-03 Raphael Neider * device/lib/pic/libdev/Makefile.in: build device-specific libraries for the correct processor, fixes #2654585 2009-03-01 Raphael Neider * device/lib/Makefile.in: fixed parallel builds (i.e., make -jN, N>1) 2009-03-01 Borut Razem * src/z80/peep.c: fixed bug #2648964: --i-code-in-asm crashes sdcc * .version, sdcc.spec, doc/sdccman.lyx, doc/INSTALL.txt: changed sdcc version to 2.9.0 2009-03-01 Maarten Brock * src/mcs51/ralloc.c (spillThis, spilSomething): fixed bug 2435941 (serialRegAssign): do not spil bit registers throughout cosmetic changes * support/regression/tests/bug2435941.c: new, added 2009-02-28 Raphael Neider * src/regression/compare10.c, src/regression/compare7.c, src/regression/compare8.c, src/regression/compare9.c: reset watchdog timer in time * src/regression/configword.c: apply patch from #2488150 * src/pic/glue.c (pic14createInterruptVect): pin RESET vector handler to 0x0000 as the linker no longer knows STARTUP sections * src/pic/pcode.c (register_reassign, ReuseReg): applied modified patch #2512926 to (mostly) fix #1762626, cosmetic changes * src/pic/pcodepeep.c: remove reference to nonexisting function 2009-02-28 Raphael Neider * device/include/pic16/signal.h: avoid multiline inline assembler statements in macros, addresses #2644965 2009-02-27 Raphael Neider * device/include/pic16/pic18f[24][3456]k20.h, device/include/pic16/pic18f[68][567]j50.h, device/include/pic16/pic18f[68]6j55.h, device/lib/pic16/libdev/pic18f[24][3456]k20.c, device/lib/pic16/libdev/pic18f[68][567]j50.c, device/lib/pic16/libdev/pic18f[68]6j55.c, device/include/pic16/pic18fregs.h, device/include/pic16/pic16devices.txt, device/lib/pic16/pics.all, device/lib/pic16/libdev/Makefile.am, device/lib/pic16/libio/Makefile.am: added/re-enabled many device families (87j50 family contributed by Robert Wuest) * device/include/pic16/adc.h, device/lib/pic16/libio/adc/adcbusy.c, device/lib/pic16/libio/adc/adcclose.c, device/lib/pic16/libio/adc/adcconv.c, device/lib/pic16/libio/adc/adcopen.c, device/lib/pic16/libio/adc/adcsetch.c: added 65j50-style ADC * doc/sdccman.lyx: updated list of supported devices, fixed typo * device/lib/pic16/Makefile.common: do not suppress assembler warnings * device/lib/pic16/Makefile.in, device/lib/pic16/libm/Makefile.in, device/lib/pic16/debug/Makefile.in, device/lib/pic16/libio/Makefile.in, device/lib/pic16/startup/Makefile.in, device/lib/pic16/libsdcc/Makefile.in, device/lib/pic16/libdev/Makefile.in, device/lib/pic16/libc/Makefile.in: regenerated 2009-02-27 Borut Razem * as/z80/asexpr.c, as/z80/z80mch.c: re-fixed bugs #1829678 and #1704376 in the way proposed by Alan Baldwin 2009-02-23 Jesus Calvino-Fraga * device/include/mcs51/at89c51ed2.h: Fixed address of SFR P5. Thanks to Steve Qu for the fix. 2009-02-23 Borut Razem * as/z80/asexpr.c: fixed bug #1829678: Z-80 CP A, assembly it is already fixed for mcs51 and hc08 targets * as/z80/z80mch.c: fixed bug #1704376: missing as-z80 errors 2009-02-22 Borut Razem * device/lib/Makefile.in: fixed parenthesis error * doc/sdccman.lyx: fixed webdocs bug #2071421: error in the manual, fixed webdocs bug #1967920: --version 2009-02-18 Maarten Brock * device/include/mcs51/at89c51ed2.h: fixed bug #2071949 bitmask RBCK wrong 2009-02-17 Maarten Brock * as/link/mcs51/lkihx.c (hexRecord): bugfix do not insert extended address when addresses are unsorted 2009-02-15 Frieder Ferlemann * device/include/mcs51/p89v66x.h: added ENBOOT thanks Gudjon Gudjonsson * device/include/mcs51/p89c66x.h: fixed some defines * device/include/mcs51/p89v66x.h: fixed some sbit addresses * doc/sdccman.lyx: added to index, try to reanimate svn keywords 2009-02-14 Borut Razem * doc/sdccman.lyx: corrected cpp info 2009-02-13 Borut Razem * as/Makefile.in: *.doc renamed to *.txt 2009-02-11 Borut Razem * as/doc/aslnk.doc, as/doc/abstra.doc: renamed to *.txt * as/doc/aslnk.txt, as/doc/asxhtml.html: changed licens to GPLv3 2009-02-11 Borut Razem * doc/sdccman.lyx: documented ar format libraries 2009-02-10 Frieder Ferlemann * support/regression/tests/float_single.c: added regression test. Some testpoints for probably rarely used functions (acosf, sinhf, tanf, expf) disabled for some targets 2009-02-10 Raphael Neider * src/pic16/gen.c (pic16_freeAsmop): avoid NULL pointer dereference, (genAssign): fixed for operands on the stack * device/lib/pic16/libc/stdio/vfprintf.c, device/lib/pic16/configure.ac, device/lib/pic16/Makefile.common: add configurable support for printing floats via ./configure --enable-floats * device/lib/pic16/configure, device/lib/pic16/Makefile.in, device/lib/pic16/libm/Makefile.in, device/lib/pic16/debug/Makefile.in, device/lib/pic16/libio/Makefile.in, device/lib/pic16/startup/Makefile.in, device/lib/pic16/libsdcc/Makefile.in, device/lib/pic16/libdev/Makefile.in, device/lib/pic16/libc/Makefile.in: regenerated * doc/sdccman.lyx: documented float support and how to get it * doc/Makefile.in: fixed race condition on parallel builds * device/lib/pic16/libc/stdio/sprintf.c, device/lib/pic16/libc/stdio/vsprintf.c: do not mess up the user's pointer to the string buffer, enlarge buffer for x_ftoa() 2009-02-10 Borut Razem * device/lib/printf_tiny.c: replaced non-C89 comments '//' with '/* */' 2009-02-10 Raphael Neider * device/include/pic16/pic18f*.h: add bit aliases in INTCONbits_t 2009-02-09 Raphael Neider * src/pic16/pcode.c (assignToSameBank): add force argument to ignore artificial bank size limits for compound data (structs, arrays), avoids assert if --obanksel=N, N > 1, is given 2009-02-09 Borut Razem * as/asranlib/asranlib.c, link/lkar.c: don't check the padding bytes since the openSUSE GNU ar (GNU Binutils; openSUSE 11.0) 2.18.50.20080409-11.1 uses '`' character instead '\n' for padding * as/asranlib/asranlib.c: made it more robust 2009-02-08 Borut Razem * as/COPYING3: added * support/scripts/sdcc.nsi: added COPYING3.txt to the package * device/lib/Makefile.in: reenable floating point in model-xstack-auto libraries 2009-02-07 Borut Razem * as/asranlib/asranlib.c: fixed BSD header length calculation * .version, doc/sdccman.lyx: bumped sdcc version to 2.8.9 due sdcc asxxxx license change to GPLv3 2009-02-05 Borut Razem * as/asranlib/asranlib.c, link/lkar.h, link/lkar.c: added support for BSD (Mac OS X) ar format * as/asxxsrc/aslex.c, as/as/asxxsrc/asnoice.c, as/as/asxxsrc/assym.c, as/as/hc08/asdata.c, as/hc08/asexpr.c, as/hc08/aslist.c, as/hc08/asm.h, as/hc08/asmain.c, as/hc08/asout.c, as/hc08/assubr.c, as/hc08/m08adr.c, as/hc08/m08ext.c, as/hc08/m08mch.c, as/hc08/m08pst.c, as/hc08/m6808.h, as/link/aslink.h, as/link/hc08/lkarea.c, as/link/hc08/lkelf.c, as/link/hc08/lkihx.c, as/link/hc08/lkmain.c, as/link/hc08/lkmem.c, as/link/hc08/lkrloc.c, as/link/hc08/lks19.c, as/link/lkaomf51.c, as/link/lkdata.c, as/link/lkeval.c, as/link/lkhead.c, as/link/lklex.c, as/link/lklib.c, as/link/lklibr.c, as/link/lklibr.h, as/link/lklist.c, as/link/lknoice.c, as/link/lkrel.c, as/link/lkrel.h, as/link/lksdcclib.c, as/link/lkstore.c, as/link/lksym.c, as/link/mcs51/lkarea.c, as/link/mcs51/lkihx.c, as/link/mcs51/lkmain.c, as/link/mcs51/lkmem.c, as/link/mcs51/lkrloc.c, as/link/mcs51/lks19.c, as/link/z80/lkarea.c, as/link/z80/lkgb.c, as/link/z80/lkgg.c, as/link/z80/lkihx.c, as/link/z80/lkmain.c, as/link/z80/lkrloc.c, as/link/z80/lks19.c, as/mcs51/asdata.c, as/mcs51/asexpr.c, as/mcs51/aslist.c, as/mcs51/asm.h, as/mcs51/asmain.c, as/mcs51/asout.c, as/mcs51/assubr.c, as/mcs51/i51adr.c, as/mcs51/i51ext.c, as/mcs51/i51mch.c, as/mcs51/i51pst.c, as/mcs51/i8051.h, as/xa51/xa_link.c, as/xa51/xa_main.c, as/xa51/xa_main.h, as/xa51/xa_rasm.l, as/xa51/xa_rasm.y, as/xa51/xa_version.h, as/z80/asdata.c, as/z80/asexpr.c, as/z80/aslist.c, as/z80/asm.h, as/z80/asmain.c, as/z80/asout.c, as/z80/assubr.c, as/z80/z80.h, as/z80/z80adr.c, as/z80/z80ext.c, as/z80/z80mch.c, as/z80/z80pst.c: changed license to GPL either version 3, or (at your option) any later version 2009-02-05 Borut Razem * as/asranlib/asranlib.c, link/lkar.h, link/lkar.c: added support for BSD (Mac OS X) ar format 2009-02-02 Borut Razem * device/lib/gbz80/Makefile.in, device/lib/hc08/Makefile.in, device/lib/z80/Makefile.in: chose source files in the PORT directory if they are available 2009-02-01 Raphael Neider * device/lib/pic16/libdev/pic18f1220.c, * device/lib/pic16/libdev/pic18f4450.c: define SSPBUF to allow use of printf 2009-02-01 Borut Razem * device/lib/Makefile.in, device/lib/gbz80/Makefile.in, device/lib/hc08/Makefile.in, device/lib/incl.mk, device/lib/z80/Makefile.in: don't remake libraries * support/regression/tests/snprintf.c: reenable floating point in small-xstack-auto library 2009-01-26 Raphael Neider * src/pic16/ralloc.c (packForPush): disabled to fix #2496919 2009-01-25 Raphael Neider * src/pic16/main.c (_pic16_linkEdit): prepend -L paths to linker search path instead of appending them 2009-01-24 Borut Razem * as/asranlib/asranlib.h: changed type of offset to unsigned int to make it work on ppc Mac OS X (off_t is 64 bit and is not converted to 32 bit unsigned int when calling sputl() since it is a macro * as/link/lkar.c: changed the initialization of This->loaded 2009-01-23 Borut Razem * as/link/lkar.h: changed type of ar_size to size_t to make it work on ppc Mac OS X (off_t is 64 bit and is not converted to 32 bit unsigned int when calling new(), since asxxxx doesn't use function prototypes) 2009-01-21 Borut Razem * as/link/lkar.h: sgetl and sputl are independent of endianness * as/link/sdxxxx_config.h.in: removed endianness detection 2009-01-20 Borut Razem * .version, doc/sdccman.lyx: bumped sdcc version to 2.8.8 due creation of ar format libraries * support/scripts/sdcc.nsi: don't add nonexistent object files to the package 2009-01-19 Borut Razem * Makefile.in, configure.in, configure, device/lib/Makefile.in, device/lib/ds390/Makefile.in, device/lib/ds400/Makefile.in, device/lib/gbz80/Makefile.in, device/lib/hc08/Makefile.in, device/lib/large/Makefile.in, device/lib/mcs51/Makefile.in, device/lib/medium/Makefile.in, device/lib/small/Makefile.in, device/lib/z80/Makefile.in: create ar format libraries * support/regression/ports/mcs51-xstack-auto/spec.mk: use device/lib/Makefile to create library * support/regression/tests/snprintf.c: floating point is not enabled in small-xstack-auto library * device/lib/libfloat.lib, device/lib/libint.lib, device/lib/liblong.lib, device/lib/libsdcc.lib: removed 2009-01-18 Borut Razem * support/cpp/auto-host.h: fixed warning: "__STDC__" redefined, warning: extra tokens at end of #endif directive 2009-01-11 Borut Razem * Makefile.in: added SDCC_ASRANLIB to PKGS 2009-01-10 Borut Razem * support/scripts/sdcc.nsi: added asranlib.exe to the install package * .version, doc/sdccman.lyx: bumped sdcc version to 2.8.7 due added support for ar format libraries 2009-01-09 Borut Razem * as/asranlib/Makefile.in, as/asranlib/asranlib.dsp, as/asranlib/asranlib.c: added asranlib * as/link/lkar.c, as/link/lkar.h: added support for ar format libraries * Makefile.in, as/link/hc08/Makefile.in, as/link/hc08/link_hc08.dsp, as/link/lklib.c, as/link/lklibr.c, as/link/lklibr.h, as/link/lkrel.c, as/link/lkrel.h, as/link/lksdcclib.c, as/link/mcs51/Makefile.in, as/link/mcs51/aslink.dsp, as/link/z80/Makefile.in, as/link/z80/linkgbz80.dsp, as/link/z80/linkz80.dsp, configure, configure.in, sdcc.dsw: modified to support ar format libraries 2009-01-08 Maarten Brock * src/SDCCast.c (decorateType RETURN): use RESULT_TYPE_GPTR for generic pointer return 2009-01-05 Philipp Klaus Krause * sim/ucsim/z80.src/inst_ed.cc: Fixed bug #2488074, which made regression tests fail. 2009-01-05 Philipp Klaus Krause * device/lib/z80/mod.s, device/lib/z80/div.s, device/lib/z80/mulchar.s, device/lib/z80/mul.s, device/lib/z80/divsigned.s, device/lib/z80/Makefile.in: Implemented RFE #1702376. 2009-01-05 Borut Razem * as/link/lksdcclib.c: fixed linker hanging in INDEXLIB is not defined (hc08) 2009-01-04 Philipp Klaus Krause * src/z80/gen.c: Implemented RFE #2485684, and some further improvements of HL caching including a bugfix. * src/z80/peeph-z80.def: Fixed a bug exposed by implementing RFE #2485684. 2009-01-04 Philipp Klaus Krause * src/z80/peeph-z80.def: Peephole improvements. * src/z80/gen.c, src/z80/main.c, device/include/string.h, device/lib/z80/memmove.s: Minor code cleanup. * device/lib/z80/Makefile.in, device/lib/Makefile.in, support/regression/tests/memory.c, device/lib/z80/strlen.s: Partially implemented RFE #2471534. 2009-01-04 Borut Razem * .version, doc/sdccman.lyx: bumped sdcc version to 2.8.6 due changes in sdcc asxxxx linkers - it sholud be done 2 days ago :( * doc/README.txt: updated John Hartman's e-mail address * as/link/lkrel.c, as/link/lksdcclib.c: fixed bug #2484677: Linker hangs * src/z80/peep.c: fixed msvc warning C4047: 'return' : 'int ' differs in levels of indirection from 'char *' * config.dsp: as/lib corrected to as/link 2009-01-04 Philipp Klaus Krause * src/z80/peep.c: Implemented RFE #2484693. * src/z80/peeph-z80.def: Some peephole improvements. 2009-01-03 Borut Razem * as/link/lklibr.c: fixed warning: 'ret' may be used uninitialized in this function 2009-01-02 Borut Razem * as/link/lklib.c, as/link/lksdcclib.c, as/link/lklibr.h, as/link/getline.[ch], as/link/lkrel.[ch]: added, made support for differnet library formats more flexible, preparation for support of ar format * as/link/lklibr.c, as/link/z80/Makefile.in, as/link/z80/linkgbz80.dsp, as/link/z80/linkz80.dsp, as/link/hc08/link_hc08.dsp, as/link/hc08/Makefile.in, as/link/mcs51/aslink.dsp, as/link/mcs51/Makefile.in, as/link/hc08/lkelf.c, as/link/aslink.h: made support for differnet library formats more flexible, preparation for support of ar format 2009-01-01 Borut Razem * as/link/asxxxx_config.h.in: fixed warning: extra tokens at end of #endif directive * src/z80/peep.c: fixed warning: suggest parentheses around && within || * device/lib/Makefile.in: allow whitespaces at the end of lines in ports.build, in order to make it work on cygwin - it seems to be a bug in cygwin grep: CR is not treated as part of end-of-line 2008-12-31 Borut Razem * configure, configure.in, config.dsp, config_vc.awk, as/link/asxxxx_config.h.in, as/link/hc08/lkelf.c, as/link/aslink.h, as/link/hc08/Makefile.in, as/link/mcs51/Makefile.in: introduced asxxxx_config.h.in 2008-12-30 Philipp Klaus Krause * src/z80/gen.c, src/z80/peeph-z80.def: Minor addition improvement. 2008-12-30 Raphael Neider * as/link/hc08/lkelf.c, as/link/lkaomf51.c, as/link/lklibr.c, as/link/z80/lkgb.c, debugger/mcs51/cmd.c, sim/ucsim/utils.cc, src/SDCCasm.c, support/Util/dbuf_string.c, support/cpp/c-ppoutput.c, support/cpp/libcpp/lex.c, support/cpp/libcpp/macro.c, support/librarian/sdcclib.c, support/makebin/makebin.c: partially revert changes from r5293..r5295 2008-12-29 Philipp Klaus Krause * src/z80/peeph-z80.def: Minor peephole improvement. 2008-12-29 Raphael Neider * src/pic/pcode.c (insertBankSel, FixRegisterBanking): emit incorrectly discarded BANKSELs 2008-12-29 Philipp Klaus Krause * support/regression/tests/memory.c: Added simple test for memset(), memcpy() and memmove() 2008-12-29 Borut Razem * sdcc/support/scripts/sdcc.nsi: removed $INSTDIR\lib\src\z80\*.c 2008-12-28 Maarten Brock * src/mcs51/peeph.def (177.e): replaced notVolatile(%3) with operandsNotRelated(%1 %3), had to change (a)r%1 to (a)%1 for this to work (177.j): added new rule * src/SDCCsymt.h: added RESULT_TYPE_GPTR * src/SDCCast.c (processParms): use RESULT_TYPE_GPTR for generic ptr parms, (decorateType CAST): propagate storage class to generic pointer results 2008-12-27 Philipp Klaus Krause * device/lib/z80/string.c, device/lib/z80/printf.c, device/lib/z80/mul.s: z80 library cleanup * src/z80/gen.c: Fixed code generation bug exposed by builtin memcpy(). 2008-12-27 Philipp Klaus Krause * device/lib/_memcpy.c: fixed conflict with builtin memcpy() 2008-12-26 Borut Razem * support/librarian/sdcclib.c: fixed bug 2466950: "sdcclib broken" by removing fgets return value check 2008-12-26 Philipp Klaus Krause * src/z80/main.c, src/z80/gen.c, device/include/string.h: Implemented RFE #1914254 2008-12-26 Philipp Klaus Krause * device/lib/z80/Makefile.in, device/lib/Makefile.in, device/lib/z80/memmove.s: Implemented RFE #1914256 2008-12-26 Philipp Klaus Krause * src/z80/peeph-z80.def: fixed a bug in peephole 0zf * src/z80/peep.c: improved checks for unused data * src/z80/gen.c, src/z80/main.c: Implemented RFE #1899189 2008-12-25 Borut Razem * support/regression/Makefile.in: add -I$(INC_DIR) to SDCCFLAGS only if INC_DIR is defined 2008-12-25 Philipp Klaus Krause * src/z80/peeph-z80.def: minor peephole improvements 2008-12-21 Borut Razem * support/librarian/sdcclib.c: fixed build failure on Mac OS X due to redefinition of symbol __assert sdcclib.c:53:1:warning: "__assert" redefined /Xcode2.5/SDKs/MacOSX10.4u.sdk/usr/include/assert.h:80:1: warning: this is the location of the previous definition 2008-12-20 Raphael Neider * debugger/mcs51/break.c, debugger/mcs51/cmd.c, debugger/mcs51/simi.c, debugger/mcs51/symtab.c, support/cpp/libcpp/macro.c: fix format string errors * sim/ucsim/s51.src/timer2.cc: add clarifying parens * src/pic/device.c: partial rewrite using strtok, quieten compiler warnings, adopt SDCC coding style * as/link/hc08/lkelf.c, as/link/lkaomf51.c, as/link/lklibr.c, as/link/z80/lkgb.c, as/z80/asout.c, debugger/mcs51/cmd.c, sim/ucsim/utils.cc, src/SDCCasm.c, support/Util/dbuf_string.c, support/cpp/c-ppoutput.c, support/cpp/libcpp/lex.c, support/librarian/sdcclib.c, support/makebin/makebin.c: quieten most compiler warnings * sim/ucsim/avr.src/arith_inst.cc: quieten compiler warnings, probably fix operator precedence bug * doc/clean.mk: quieten rm if no .lyx is present 2008-12-19 Borut Razem * doc/sdccman.lyx, doc/random-notes.txt, doc/avr/avr_design.txt, doc/TININative.txt, doc/macro-sys-design.txt, doc/libdoc.txt, doc/README.txt, doc/test_suite_spec.lyx: applied patch 2446381: Dcoumentation spelling correcitons thanks to Steven Borley 2008-12-16 Raphael Neider * device/include/pic/pic12f629.h, device/include/pic/pic12f675.h, device/lib/pic/libdev/pic12f629.c, device/lib/pic/libdev/pic12f675.c: consolidated, added TRISIO bits 2008-12-14 Borut Razem * doc/sdccman.lyx, cdbfileformat.lyx, test_suite_spec.lyx: converted to LyX 1.5.7 (\lyxformat 276) format 2008-12-07 Borut Razem * support/regression/tests/bitfields.c: added test case for bug #2366757 2008-12-07 Raphael Neider * src/pic16/glue.c (pic16_printIvalBitFields): prevent NULL pointer dereference, closes #2366757 2008-11-25 Raphael Neider * device/include/pic16/pic16devices.txt, sdcc/src/pic16/device.c, sdcc/src/pic16/device.h: implicitly disable XINST whenever CONFIG4L is set via an additional optional argument to the configword directive in pic16devices.txt 2008-11-24 Raphael Neider * device/lib/pic16/configure.ac, device/lib/pic16/Makefile.common: fixed quoting issues * device/lib/pic16/configure, device/lib/pic16/debug/Makefile.in, device/lib/pic16/libc/Makefile.in, device/lib/pic16/libdev/Makefile.in, device/lib/pic16/libio/Makefile.in, device/lib/pic16/libm/Makefile.in, device/lib/pic16/libsdcc/Makefile.in, device/lib/pic16/Makefile.in, device/lib/pic16/startup/Makefile.in: regenerated * src/pic16/main.c (_pic16_finaliseOptions): revert to variant of r5216 2008-11-24 Raphael Neider * src/pic16/main.c (_pic16_finaliseOptions): do not quote the argument of --asm= or --link= to allow for --asm="sh script --options", the user can double quote the argument if needed: --asm="'c:/program files/gpasm' -q", also fix some potential buffer overflows 2008-11-19 Borut Razem * doc/sdccman.lyx: fixed 2314467: sdccman.lyx: fix "--" in command line parameters thanks Mauro Giachero 2008-11-16 Borut Razem * .version, doc/sdccman.lyx: bumped sdcc version to 2.8.5 * doc/sdccman.lyx: documented fixed unnamed bit-field initialization 2008-11-15 Borut Razem * src/pic16/glue.c, src/SDCC.y, src/SDCCast.c, src/SDCCglue.c, src/SDCCsymt.c, src/SDCCsymt.h: fixed RFE #2291335 : Unnamed bit-field initialization * support/regression/tests/bitfields.c: added test case for RFE #2291335 * support/regression/tests/bug-1981238.c: don't initialize unnamed bit-fields 2008-11-11 Raphael Neider * device/include/pic16/pic18f25j10.h, device/include/pic16/pic18f45j10.h: remove useless boilerplate * device/include/pic16/adc.h, device/lib/pic16/libio/adc/adcbusy.c, device/lib/pic16/libio/adc/adcclose.c, device/lib/pic16/libio/adc/adcconv.c, device/lib/pic16/libio/adc/adcopen.c, device/lib/pic16/libio/adc/adcread.c, device/lib/pic16/libio/adc/adcsetch.c: generalized, documented, and fixed ADC routines to work for more target devices, incorporates patch #2036130 by Nick Materer 2008-11-10 Steven Borley * device/include/ctype.h, * device/include/ds400rom.h, * device/include/ds80c390.h, * device/include/float.h, * device/include/math.h, * device/include/serial.h, * device/include/stdbool.h, * device/include/tinibios.h: replaced non-C89 '//' with '/* */', patch 2195343 * device/include/mcs51/C8051F336.h, * device/include/mcs51/C8051T600.h, * device/include/mcs51/C8051T610.h, * device/include/mcs51/C8051T630.h: new, added, patch 2183334 (svn commit by Maarten Brock ) 2008-11-10 Frieder Ferlemann * device/include/mcs51/P89LPC922.h: fixed #2255989, thanks kubi57 2008-11-10 Raphael Neider * device/lib/pic16/libdev/mkmk.sh: obey pics.all * device/lib/pic16/libio/mkmk.sh: properly match whole lines in .ignore files, fixes IO libs for 18f242, 18f252, 18f442, and 18f452 (patch by Nick Materer, #2253980) * device/lib/pic16/libio/adc.ignore, device/lib/pic16/libio/i2c.ignore, device/lib/pic16/libio/usart.ignore, device/lib/pic16/pics.all: updated to build more device libs * device/lib/pic16/libdev/Makefile.am, device/lib/pic16/libdev/Makefile.in, device/lib/pic16/libio/Makefile.am, device/lib/pic16/libio/Makefile.in: regenerated * src/pic16/device.c (pic16_dump_usection): fixed output of multiple names per memory location, applied SDCC style to more functions 2008-11-09 Gudjon I. Gudjonsson * device/include/mcs51/p89lpc933_4.h: new NXP header file * device/include/mcs51/p89lpc935_6.h: new NXP header file * device/include/mcs51/p89v66x.h: minor changes (svn commit by Frieder Ferlemann ) 2008-11-09 Raphael Neider * device/include/pic/pic14devices.txt: fixed memory description for 12f629 and 12f675, closes #2236240 2008-11-06 Borut Razem * src/SDCCmain.c: fixed bug #2224960: sdcc -MM no working correctly pass system include paths with -isystem to sdcpp * src/SDCCglue.c, src/pic/glue.c, src/pic16/glue.c: removed unneeded functions (closePipes), (closeTmpFiles) and (rmTmpFiles) 2008-11-02 Raphael Neider * doc/sdccman.lyx: updated the sections on the library build process and on how to add support for new devices, and documented known problems with the extended instruction set including a workaround 2008-11-01 Raphael Neider * device/include/pic16/adc.h, device/include/pic16/pic16devices.txt, device/include/pic16/pic18f2410.h, device/include/pic16/pic18f2510.h, device/include/pic16/pic18f2515.h, device/include/pic16/pic18f2610.h, device/include/pic16/pic18f4410.h, device/include/pic16/pic18f4510.h, device/include/pic16/pic18f4515.h, device/include/pic16/pic18f4610.h, device/include/pic16/pic18fregs.h, device/lib/pic16/libdev/Makefile.am, device/lib/pic16/libdev/Makefile.in, device/lib/pic16/libdev/pic18f2410.c, device/lib/pic16/libdev/pic18f2510.c, device/lib/pic16/libdev/pic18f2515.c, device/lib/pic16/libdev/pic18f2610.c, device/lib/pic16/libdev/pic18f4410.c, device/lib/pic16/libdev/pic18f4510.c, device/lib/pic16/libdev/pic18f4515.c, device/lib/pic16/libdev/pic18f4610.c, device/lib/pic16/libio/Makefile.am, device/lib/pic16/libio/Makefile.in, device/lib/pic16/pics.all: added support for 18f[24][456]10 and 18f[24]515 devices * doc/sdccman.lyx: updated list of supported PIC16 devices * src/pic/glue.c, src/pic/pcode.c, src/pic/pcodeflow.c, src/pic16/glue.c, src/pic16/pcode.c, src/pic16/pcodeflow.c, src/xa51/gen.c: avoid compiler warnings * support/scripts/inc2h-pic16.pl: removed trailing whitespace 2008-10-22 Gudjon I. Gudjonsson * device/include/mcs51/p89v66x.h: NXP header file * device/include/mcs51/p89c66x.h: fixed an SBIT definition (svn commit by Frieder Ferlemann ) 2008-10-14 Raphael Neider * device/lib/pic16/libdev/Makefile.am, device/lib/pic16/libio/Makefile.am: enable building libraries for 18f2321, 18f4321, 18f2523, 18f4620, 18f66j60, 18f66j65, 18f67j60, 18f86j60, 18f86j65, 18f87j60, 18f96j60, 18f96j65, and 18f97j60 * device/lib/pic16/libdev/Makefile.in, device/lib/pic16/libio/Makefile.in: regenerated 2008-10-14 Raphael Neider * device/include/pic16/pic18f2450.h, device/include/pic16/pic18f4450.h, device/lib/pic16/libdev/pic18f2450.c, device/lib/pic16/libdev/pic18f4450.c, device/include/pic16/adc.h, device/include/pic16/pic16devices.txt, device/include/pic16/pic18fregs.h, device/lib/pic16/libdev/Makefile.am, device/lib/pic16/libdev/Makefile.in, device/lib/pic16/libio/Makefile.am, device/lib/pic16/libio/Makefile.in, device/lib/pic16/pics.all: added 18f2450 and 18f4450, closes #1844525 * device/lib/pic16/libsdcc/stack/stack.S: there is no need to pin the stack to a fixed location, relax it to automatically work with all but the smallest devices (256 byte RAM devices need #pragma stack) 2008-10-09 Maarten Brock * debugger/mcs51/break.c: bugfix from patch 1989966, thanks Risto Huotari * debugger/mcs51/simi.c: bugfix from patch 1989972, thanks Risto Huotari * device/lib/_strcspn.c: fixed bug 2140931 2008-10-06 Raphael Neider * device/include/pic16/stdio.h, device/lib/pic16/libc/stdio/putchar.c: putchar should not be declared __naked for convenience, named all arguments * device/lib/pic16/libc/stdio/strmgpsim.c, device/lib/pic16/libc/stdio/strmmssp.c, device/lib/pic16/libc/stdio/strmusart.c: cosmetic changes * src/pic16/pcode.c (createReachingDefinitions): avoid segfault on empty __naked functions, * (pCodeLabelDestruct, pic16_unlinkpCode, pic16_pCodeUnlink): fix corner cases (unlink first/last pCode in list), reuse more code 2008-10-05 Maarten Brock * src/ds390/main.c (_ds390_genInitStartup): added * src/SDCCpeeph.c (getPatternVar): new, added, (labelInRange): fixed bug 2115959 * src/mcs51/peeph.def (rules 193.x to 198.x): check for labelInRange * src/SDCCicode.h: added newiTempOperand * src/SDCCcse.c (algebraicOpts): fixed bug for x*-1, added optimizations for 0/x and x/-1, see also patch 2142900 * support/regression/tests/onebyte.c (testMul): added test cases 2008-09-20 Borut Razem * src/pic16/glue.c: definition of absolute address symbols without initial value, fixed SDCC crash "do not know how to intialize symbol" 2008-09-16 Maarten Brock * device/lib/z80/mul.s (__mulsuchar_rrx_s, __muluschar_rrx_s), * device/lib/z80/div.s (__divsuchar_rrx_s, __modsuchar_rrx_s, __divuschar_rrx_s, __moduschar_rrx_s): added mixed signedness versions * device/lib/z80/stubs.s: added stubs for above functions * src/SDCCopt.c (convilong), * src/SDCCsymt.c (initCSupport): fixed bug 1900961 * src/SDCCsymt.h (__muldiv): enlarged for mixed signedness * src/z80/main.c (_hasNativeMulFor): fixed bug, I think * support/regression/tests/onebyte.c: enabled all tests for z80 2008-09-15 Borut Razem * device/include/pic16/stdio.h, device/lib/pic16/libc/stdio/streams.c, device/lib/pic16/libc/stdio/printf.c, device/lib/pic16/libc/stdio/strmusart.c, device/lib/pic16/libc/stdio/printf_tiny.c, device/lib/pic16/libc/stdio/sprintf.c, device/lib/pic16/libc/stdio/strmgpsim.c, device/lib/pic16/libc/stdio/putchar.c, device/lib/pic16/libc/stdio/fprintf.c, device/lib/pic16/libc/stdio/strmmssp.c, device/device/lib/pic16/libc/stdio/vprintf.c, device/lib/pic16/libc/stdio/printf_small.c, device/lib/pic16/libc/stdio/vsprintf.c, device/lib/pic16/libc/stdio/strmputchar.c, device/lib/pic16/libc/Makefile.am, device/lib/pic16/libc/Makefile.in: *printf now returns int, puchar.c moved from stdlib to stdio, *printf format parameter type changed from char * to const char *, added GNU link excetion text to library source files, applyed GNU coding style, removed useless svn ids, added BINARY_SPECIFIER macro re-enables the use of the removed 'b' binary specifier: "%b", "%hb" and "%lb" * device/lib/pic16/libc/stdio/vfprintf.c: applied patch #2044424: PIC16: vfprintf thanks Mauro Giachero * support/regression/tests/bug1057979.c: removed old pic16 sprintf specifics * .version, doc/sdccman.lyx: bumped sdcc version to 2.8.4 * doc/sdccman.lyx: documented 'b' binary format specifier removal 2008-09-15 Raphael Neider * src/pic16/device.c (pic16_dump_usection): force udata sections into the addressable range (0..0xFFF), workaround for a gpsim bug preventing simulation of regtest bug1750318 * src/pic16/ralloc.c (deassignLRs): cosmetic changes, (serialRegAssign): fixed regtest bug-971834, (pic16_packRegisters): avoid null-pointer dereference 2008-09-14 Raphael Neider * src/pic16/gen.c, src/pic16/ralloc.c: use SYM_SPIL_LOC/SPIL_LOC macros, no functional changes * src/pic16/ralloc.c (rematStr): reimplemented, fixes #1818857 2008-09-12 Borut Razem * support/regression/fwk/testfwk.h: define pdata as data for pic16 target thanks Mauro Giachero 2008-09-11 Borut Razem * support/regression/tests/bug-221100.c, support/regression/shifts.c, support/regression/absolute.c: applied patch #2105615: Some PIC16 testcase fixlets thanks Mauro Giachero 2008-09-08 Maarten Brock * src/z80/gen.c (genCmpGt, genCmpLt): fixed bug 2094505 * support/regression/tests/bug2094505.c: new, added 2008-09-07 Borut Razem * src/SDCCglue.c, src/SDCCast.c: fixed throw of "excess elements" warning for char arrays * support/regression/tests/nullstring.c: disable warning about excess elements in array of chars initializer 2008-09-07 Maarten Brock * as/z80/aslist.c (lstsym): changed old K&R to ANSI * src/SDCCicode.c (geniCodeCritical): fixed bug for hc08 * src/z80/gen.c (genCritical, genEndCritical): fixed bug 2077267 * support/regression/tests/bug2077267.c: new, added 2008-09-05 Raphael Neider * configure.in, Makefile.common.in: add support for ccache, remove spurious $VERSION output, detect doc-tools even without --enable-doc to facilitate later manual doc-builds, minor cleanup * configure: regenerated * doc/Makefile.in: quieten pdflatex, makeindex, and latex2html, avoid races in parallel VPATH builds * doc/clean.mk: remove .lyx files in the builddir for VPATH builds * doc/sdccman.lyx: mention --without-ccache configure option 2008-09-01 Raphael Neider * src/pic16/gen.c (pic16_derefPtr): handle CPOINTERs as well * (genConstPointerGet): fix reading bitfields from __code space * src/pic16/glue.c (pic16_printIvalBitFields): correctly mask bitfield initializers (fix regression test bug1856409.c) * (pic16_printIvalCharPtr,pic16_printIvalPtr): generalized to support arbitrary sizes 2008-08-31 Raphael Neider * src/pic16/gen.c (genAssign): removed useless compiler output * (genPointerGet,genPointerSet,genCast), src/pic16/glue.c (pic16_printGPointerType): also handle PPOINTERs just to avoid spurious asserts * (pic16_printIvalType,pic16_printIvalBitFields): generalized to arbitrary type/bitfield sizes, allows compilation of regression test bug-1981238.c * (pic16_printIvalChar): fix regression test structflexarray.c * (pic16_printIvalArray): avoid SIGSEGV on uninitialized strings in initialized structs and fix #1843745 * (pic16_printIvalStruct): always output initializers for all fields, even those not explicitly given, fixes zeropad.c regression test * (pic16_printIvalUnion): fix union initializers (bug1426356.c, #2073635, #1567098, and #1485812) * src/pic16/main.c (_pic16_keywords): remove unsupported 'pdata' 2008-08-31 Borut Razem * support/regression/tests/bug-895992.c, support/regression/tests/onebyte.c: enabled pic16 regression testing since the bugs 1511794: pic16: regression test bug-895992.c fails 1444425: onebyte.c regression tes fails on pic16 are fixed, probably by fixing 2048464: PIC16: fix genUminus - addresses not.c regression test * src/SDCCsymt.c, src/SDCCglue.c, support/regression/tests/bug-1981238.c: applied patch 2076664: fix #1981238 + SIGSEGV in SDCCGlue.c thanks to RvS 2008-08-30 Borut Razem * support/cpp/libcpp/files.c: SDCPP synchronized with GCC CPP release version 4.3.2 2008-08-24 Raphael Neider * device/lib/pic16/configure, device/lib/pic16/configure.ac: always use the sdcc from the current build tree (ignore $CC from the environment, fixes compile farm builds) * device/lib/Makefile.in: rename .a into .lib for compatibility, remove more build products from install directory * sdcc/src/pic16/main.c (_pic16_linkEdit,_pic16_finaliseOptions) * sdcc/support/scripts/sdcc.nsi: revert to .lib extension for libs 2008-08-24 Borut Razem * src/SDCC.y: applied patch 2050245: Fix # 1963382 for bug 1963382: Listing File - C file comment is incorrect thanks to RvS 2008-08-23 Borut Razem * src/pic16/gen.c: applied patch 2048464: PIC16: fix genUminus - addresses not.c regression test thanks Mauro Giachero 2008-08-22 Borut Razem * device/lib/pic16/configure, device/lib/pic16/configure.ac, src/pic16/main.c: allow spaces in gpasm and gplink paths 2008-08-15 Philipp Klaus Krause * src/z80/peep.c, * src/z80/peeph-z80.def: minor peephole improvement 2008-08-15 Raphael Neider * src/z80/gen.c (_vemit2): suppress compiler warning * src/pic/*.[ch]: make proper use of header files and avoid ad-hoc extern declarations, mark module-local helpers 'static', removed dead/replaced code, no functional changes * src/pic16/pcode.c: disentangled from pic14 backend 2008-08-14 Philipp Klaus Krause * src/z80/gen.c: fixed #2051348 * support/regression/tests/bug-2051348.c: regression test for #2051348 2008-08-10 Raphael Neider * configure.in, * Makefile.common.in: export PACKAGE for $docdir, fixes #1957036, avoid some "underquoted definition" warnings * configure: regenerated 2008-08-10 Raphael Neider * device/lib/pic16/**: build pic16 library using autotools for improved dependency tracking * device/lib/Makefile.in, * src/pic16/main.c, * support/scripts/sdcc.nsi: adapt to changes in filenames (s/.lib/.a/) 2008-08-10 Raphael Neider * src/pic/pcode.c (ReuseReg): do not overlay the registers used for local variables if --nooverlay is given, workaround for #2023121 2008-08-08 Raphael Neider * src/pic16/genarith.c (genAddLit): fix structure access (#1888004) 2008-08-08 Raphael Neider * src/pic/pcoderegs.c, * src/pic/pcode.c, * src/pic16/pcode.c: replace own SAFE_snprintf with common SNPRINTF 2008-08-07 Borut Razem * src/SDCCval.c, src/SDCCmain.c, src/SDCC.lex, device/lib/pic/Makefile.rules, device/lib/ds390/Makefile.in, device/lib/ds400/Makefile.in, device/lib/hc08/Makefile.in, support/cpp/libcpp/lex.c, doc/sdccman.lyx: applied modified patch 2038174: Add support for binary constants v2 thanks Mauro Giachero * .version, doc/sdccman.lyx: bumped sdcc version to 2.8.3 2008-08-04 Raphael Neider * doc/sdccman.lyx, * src/pic16/device.h, * src/pic16/glue.c, * src/pic16/main.c: enable --optimize-goto by default * device/lib/pic16/Makefile.common.in: suppress removed option * src/pic16/gen.c, * src/pic16/genutils.c: avoid too long relative branches (#2031890) 2008-07-30 Borut Razem * src/pic16/device.c, src/pic16/glue.c, src/pic16/pcode.c: applied patch 22032433: PIC16: fix constant strings, thanks Mauro Giachero 2008-07-29 Borut Razem * src/pic16/gen.c: applied patches: 2030306: [1/3] PIC16: fix failing rotate.c tests on 16-bit variables, 2030307: [2/3] PIC16: fix failing rotate.c tests for 32-bit var (1), 2030310: [3/3] PIC16: fix failing rotate.c tests for 32-bit var (2), thanks Mauro Giachero 2008-07-13 Philipp Klaus Krause * src/port.h: Fixed typo in comment 2008-07-12 Philipp Klaus Krause * src/z80/mappings.i: Implemented RFE #1919415 * src/z80/peeph-z80.def: Implemented RFE #1919415, #1861376, #1880202, #1914434, prepared for RFE #1703943 2008-07-12 Philipp Klaus Krause * src/z80/peeph.def, * src/z80/peeph-z80.def, * src/z80/peeph-gbz80.def: separate Z80 from GBZ80 peepholes in preparation for Z80 peephole improvements 2008-06-21 Raphael Neider * device/include/pic16/pic18f66j60.h, * device/include/pic16/pic18f66j65.h, * device/include/pic16/pic18f67j60.h, * device/include/pic16/pic18f86j60.h, * device/include/pic16/pic18f86j65.h, * device/include/pic16/pic18f87j60.h, * device/include/pic16/pic18f96j60.h, * device/include/pic16/pic18f96j65.h, * device/include/pic16/pic18f97j60.h, * device/lib/pic16/libdev/pic18f66j60.c, * device/lib/pic16/libdev/pic18f66j65.c, * device/lib/pic16/libdev/pic18f67j60.c, * device/lib/pic16/libdev/pic18f86j60.c, * device/lib/pic16/libdev/pic18f86j65.c, * device/lib/pic16/libdev/pic18f87j60.c, * device/lib/pic16/libdev/pic18f96j60.c, * device/lib/pic16/libdev/pic18f96j65.c, * device/lib/pic16/libdev/pic18f97j60.c, * device/include/pic16/pic16devices.txt, * device/include/pic16/pic18fregs.h, * device/lib/pic16/pics.all: added new devices * device/include/pic16/adc.h, * device/lib/pic16/libio/adc/adcbusy.c, * device/lib/pic16/libio/adc/adcopen.c, * device/lib/pic16/libio/adc/adcsetch.c, * device/lib/pic16/libio/i2c/i2copen.c, * device/lib/pic16/libio/usart/uopen.c: adapted to new devices, all changes from a patch by Anton Strobl 2008-06-12 Borut Razem * sim/ucsim/cmd.src/info.cc, sim/ucsim/cmd.src/bp.cc, sim/ucsim/xa.src/xa.cc, sim/ucsim/xa.src/xacl.h, sim/ucsim/z80.src/z80cl.h, sim/ucsim/z80.src/z80.cc, sim/ucsim/sim.src/uc.cc, sim/ucsim/sim.src/uccl.h, sim/ucsim/hc08.src/hc08.cc, sim/ucsim/hc08.src/hc08cl.h, sim/ucsim/s51.src/uc51cl.h, sim/ucsim/s51.src/uc390.cc, sim/ucsim/s51.src/uc51.cc, sim/ucsim/s51.src/uc390cl.h, sim/ucsim/avr.src/avrcl.h, sim/ucsim/avr.src/avr.cc: fixed bug 1990586: s51 simulator, uc::disass() unimplemented by applying the modified patch from Risto Huotari 2008-06-04 Maarten Brock * .version, * doc/sdccman.lyx: bumped sdcc version to 2.8.2 * src/ds390/gen.c (aopPutUsesAcc, genAddrOf): fixed bug 1015185 * src/mcs51/gen.c (genNearPointerGet, genNearPointerSet): fixed bug 1938300 * support/regression/tests/bug1938300.c: new, added 2008-06-03 Maarten Brock * device/include/asm/ds390/features.h, * device/include/asm/mcs51/features.h, * device/include/mcs51/regc515c.h: inserted LGPL notice 2008-05-29 Maarten Brock * device/lib/gbz80/div.s, * device/lib/z80/div.s: fixed bug 1904314 by applying a modified part of patch 1597883, Thanks Robert Ramey 2008-05-29 Maarten Brock * src/SDCCast.c (createIvalType, createIvalStruct, createIvalArray, createIvalCharPtr, createIvalPtr, createIval), * src/SDCCval.h * src/SDCCval.c (convertIListToConstList, list2expr): handle incomplete initializers for local auto variables * support/regression/tests/zeropad.c: added testcase for auto initializers 2008-05-26 Raphael Neider * device/lib/pic16/startup/crt0.c, * device/lib/pic16/startup/crt0i.c, * device/lib/pic16/startup/crt0iz.c: clean up, make use of access bank explicit, fixed curr_entry loop for >= 256 initializer records, removed debug code (write to 0xf7e) 2008-05-25 Raphael Neider * device/include/pic/pic16f627a.h, * device/include/pic/pic16f628a.h, * device/include/pic/pic16f648a.h: added missing ports 2008-05-20 Maarten Brock * device/include/float.h: added __INFINITY * device/lib/_fsadd.c: handle overflows * device/lib/_fsmul.c, * device/lib/_fsdiv.c: use __INFINITY * device/lib/_fseq.c, * device/lib/_fsneq.c: handle -0.0 * sim/ucsim/s51.src/uc89c51r.cc, * sim/ucsim/s51.src/uc89c51rcl.h: fixed bug 1385430 * sim/ucsim/sim.src/hwcl.h: */* confuses VC * src/mcs51/gen.c (genSend): fixed bug with --xstack * support/regression/ports/mcs51-xstack-auto/spec.mk: print floats * support/regression/tests/snprintf.c: test bug with --xstack 2008-05-19 Philipp Klaus Krause * src/SDCCpeeph.c (callFuncByName): Support nested parenthesis in peephole function arguments (#1967300) 2008-05-19 Raphael Neider * src/pic16/gen.c (pic16_emitpLabel,pic16_emitpLabelFORCE): fixed duplicate labels (#1911325) 2008-05-19 Raphael Neider * src/regression/empty.c: suppress warning * src/regression/pointer1.c: enabled index_by_pointer() * src/regression/inline.c: now works for pic16 as well * src/pic16/device.c: include dbuf declarations * src/pic16/device.h: removed obsolete prototypes * src/pic16/gen.c, src/pic16/gen.h: moved generic pointer tags * src/pic16/glue.c: made purely local functions static, (pic16_printGPointerType, pic16_printIvalCharPtr, pic16_printIvalFuncPtr, pic16_printIvalPtr): fixed initialized generic pointers' tags (#1961866) * src/pic16/pcode.c (assignValnums): optimize literal assignments 2008-05-19 Borut Razem * support/scripts/sdcc.nsi: remove uninstall.exe after uninstallation, fixed typo, uninstall include/pic16/pic16devices.txt 2008-05-18 Borut Razem * support/Utils/dbuf_string.[ch]: added dbuf_chomp(), the buffer is null terminated * src/device/pic16.c: applied modified patch 1965676: Patch for Win32 16 bit PIC * sdcc_vc_in.h: defined YY_NO_UNISTD_H 2008-05-16 Maarten Brock * src/SDCC.lex (check_type), * src/SDCC.y (type_specifier2 TYPE_NAME): fixed bug 1925942 * as/hc08/clean.mk, * as/mcs51/clean.mk, * as/z80/clean.mk: also clean *.dep * device/lib/pic16/libsdcc/stack/Makefile, * sim/ucsim/libtool: removed as they are rebuild by configure * src/clean.mk: removed izt, so Makefile is not deleted for distclean 2008-05-13 Maarten Brock * src/SDCCast.c (fixupInline, createFunction): save currBlockno in fixupInline instead of createFunction to fix bug 1864577 (inlineFindMaxBlockno): removed, use global blockNo * src/SDCCglobl.h: added blockNo * src/z80/peep.c, * src/z80/peep.h: modified properties * support/regression/tests/bug1864577.c: new, added 2008-05-07 Maarten Brock * as/mcs51/asdata.c, * as/mcs51/asm.h: added org_cnt * as/mcs51/asmain.c (main, asmbl): fixed bug 1957716, changed old K&R to ANSI * as/mcs51/asout.c: changed old K&R to ANSI * as/mcs51/Makefile.in: use common identifiers * as/hc08/asdata.c, * as/hc08/asexpr.c, * as/hc08/asm.h, * as/hc08/asmain.c, * as/hc08/asout.c, * as/hc08/Makefile.bcc, * as/hc08/Makefile.in: synchronized with as/mcs51/* * sdcc_vc_in.h: added define __func__ * src/SDCCast.c (expandInlineFuncs): applied patch 1957148 to fix bug 1717305, Thanks Ruud van Silfhout * support/regression/tests/bug1717305.c: new, added 2008-05-05 Borut Razem * support/regression/Makefile.in, support/regression/ports/ds390/spec.mk, support/regression/ports/hc08/spec.mk, support/regression/ports/mcs51-common/spec.mk, support/regression/ports/pic14/spec.mk, support/regression/ports/pic16/spec.mk, support/regression/ports/ucz80/spec.mk, support/regression/ports/z80/spec.mk: added INC_DIR and LIBDIR paths * src/ds390/gen.c: removed duplicated selicolon 2008-05-04 Borut Razem * support/regression/Makefile.in, support/regression/fwk/lib/testfwk.c, support/regression/ports/ds390/spec.mk, support/regression/ports/hc08/spec.mk, support/regression/ports/mcs51-common/spec.mk, support/regression/ports/mcs51-large/spec.mk, support/regression/ports/mcs51-medium/spec.mk, support/regression/ports/mcs51-small/spec.mk, support/regression/ports/mcs51-stack-auto/spec.mk, support/regression/ports/mcs51-xstack-auto/spec.mk, support/regression/ports/pic14/spec.mk, support/regression/ports/pic16/spec.mk, support/regression/ports/ucz80/spec.mk: added possibility to define the sdcc binary directory SDCC_BIN_PATH used to run regeression tests 2008-05-01 Raphael Neider * doc/sdccman.lyx, support/scripts/inc2h-pic16.pl: updated list of supported devices and instructions to add new ones 2008-05-01 Raphael Neider * device/include/pic16/adc.h, device/lib/pic16/libio/adc/adcbusy.c, device/lib/pic16/libio/adc/adcopen.c, device/lib/pic16/libio/adc/adcsetch.c: support old 18f242 and new 18f2455 style ADC devices, based on patch #1776197 * device/lib/pic16/libio/adc/adcclose.c, device/lib/pic16/libio/adc/adcconv.c, device/lib/pic16/libio/adc/adcread.c: cosmetic changes * device/include/pic16/{pic18f2331.h,pic18f2431.h}, device/lib/pic16/libdev/{pic18f2331.c,pic18f2431.c}: reuse 18f4331 * device/include/pic16/pic18f4431.h, device/lib/pic16/libdev/pic18f4431.c: remove outdated comments * device/lib/pic16/libio/adc.ignore: forbid unhandled devices 2008-05-01 Raphael Neider * src/pic16/device.h: removed unused field PIC16_device.sfrRange, moved xinst flag into pic16_options_t * src/pic16/device.c (default_device, pic16_list_devices, pic16_find_device): removed references to sfrrange * src/pic16/gen.c (genFunction), src/pic16/glue.c (pic16initialComments), src/pic16/main.c (pic16_optionsTable), src/pic16/ralloc.c (newReg, pic16_writeUsedRegs): updated references to xinst * device/include/pic16/pic16devices.txt: removed sfrrange lines 2008-04-29 Raphael Neider * src/pic16/devices.inc, device/include/pic16/pic16devices.txt: replaced compiled-in list of devices with a variant parsed at runtime * src/pic16/device.c: added support for parsing pic16devices.txt, clean up * src/pic16/device.h: removed (now) unused fields from PIC_device * src/pic16/main.c: removed #pragma maxram, (_pic16_initPaths): removed bogus generation of search paths, setup the port proper only after the search paths (for pic16devices.txt) are set up, (_pic16_finaliseOptions): moved processor dependant code here from _pic16_initPaths(), clean up * src/pic16/ralloc.c (pic16_init_stack), * src/pic16/ralloc.h, * src/pic16/pcode.c: clean up * device/include/Makefile.in, support/scripts/sdcc.nsi: also install/package pic16devices.txt * support/scripts/inc2h-pic16.pl: updated instructions 2008-04-29 Raphael Neider * device/include/pic16/{pic18f2480.h, pic18f2580.h, pic18f4423.h, pic18f4480.h, pic18f4523.h, pic18f4580.h, pic18f6585.h, pic18f8585.h}, device/lib/pic16/libdev/{pic18f2480.c, pic18f2580.c, pic18f4423.c, pic18f4480.c, pic18f4523.c, pic18f4580.c, pic18f6585.c, pic18f8585.c}: added missing family members and 18f2480/2580/4480/4580 family * device/include/pic16/{pic18f2423.h, pic18f2523.h}: use 18f4523.h * device/include/pic16/pic18f2525.h: use 18f4620.h * device/include/pic16/pic18f6680.h: use 18f8680.h * device/include/pic16/pic18fregs.h, device/lib/pic16/pics.all, src/pic16/devices.inc: add new devices * device/lib/pic16/libdev/{pic18f2423.c, pic18f2523.c}: use 18f4523.c * device/lib/pic16/libdev/pic18f2525.c: use 18f4620.c * device/lib/pic16/libdev/pic18f6680.c: uso 18f8680.c * device/lib/pic16/libio/{adc.ignore, i2c.ignore, usart.ignore}: prevent attempting to build the libio for some new devices 2008-04-29 Raphael Neider * debugger/mcs51/Makefile.in: fixed paths to sources 2008-04-25 Borut Razem * as/link/lklibr.c: moved from as/link/z80/lklibr.c * as/link/hc08/lklibr.c, as/link/mcs51/lklibr.c: deleted * as/link/hc08/Makefile.bcc, as/link/hc08/Makefile.in, * as/link/hc08/link_hc08.dsp, as/link/mcs51/Makefile.bcc, as/link/mcs51/Makefile.in, as/link/mcs51/aslink.dsp, as/link/z80/Makefile.in, as/link/z80/linkgbz80.dsp, as/link/z80/linkz80.dsp: lklibr.c moved * doc/INSTALL.txt: binary archives in bz2 format * support/cpp/auto-host_vc_in.h: CPP2 replaced with CPP 2008-04-23 Maarten Brock * src/SDCCglue.c (printIvalType, printIvalBitFields): fixed bug 1856409 * support/regression/tests/bug1856409.c: new, added 2008-04-20 Maarten Brock * src/z80/peep.c, * src/mcs51/peep.c: Use werror for error messages. * src/SDCCicode.c (geniCodeConditional), * src/SDCCsymt.c (structElemType): fixed bug 1839321 * src/z80/Makefile.bcc, * src/z80/z80.dsp: added src/z80/peep.c/h * support/regression/tests/bug1839321.c: new, added 2008-04-20 Raphael Neider * device/include/pic16/pic18f2455.h: added bitfields for port C 2008-04-20 Philipp Klaus Krause * src/z80/peep.c: Use werror for error messages. 2008-04-19 Philipp Klaus Krause * src/z80/peep.h (declaration of notUsed()), * src/z80/main.c (enabled notUsed() for z80 port, documented z80_port struct), * src/z80/z80.h (added dependency on peep.h), * src/z80/peep.c (definition of notUsed()): Implemented RFE #1880202 for Z80. 2008-04-19 Philipp Klaus Krause * src/SDCCpeeph.c (added support for notUsed()), * src/mcs51/main.c (added dependency on peep.h, documented mcs51_port struct), * src/port.h (removed dependency on mcs51/peep.h, added declaration for notUsed()): Implemented generic (that is not port-specific) part of RFE #1880202. 2008-04-17 Maarten Brock * as/link/mcs51/lkmem.c (summary2): fixed bug 1796077 * device/lib/libsdcc.lib, * device/lib/Makefile.in, * support/regression/ports/mcs51-xstack-auto/spec.mk, * device/lib/calloc.c: renamed to _calloc.c * device/lib/free.c: renamed to _free.c * device/lib/malloc.c: renamed to _malloc.c * device/lib/realloc.c: renamed to _realloc.c * src/ds390/gen.c (aopGet, aopPut, genPlusBits, genDataPointerSet, genNearPointerSet, genPagedPointerSet): synchronized with mcs51/gen.c * src/ds390/gen.c (popForBranch, genIfxJump, genCmp, genCmpEq, ifxForOp, genAnd, genOr, genXor, genIfx, gen390Code): fixed bug 1509084 * src/mcs51/gen.c (popForBranch, genIfxJump, genCmp, genCmpEq, ifxForOp, genAnd, genOr, genXor, genNearPointerGet, genPagedPointerGet, genFarPointerGet, genCodePointerGet, genGenPointerGet, genIfx, gen51Code): fixed bug 1509084 * src/ds390/gen.c, * src/mcs51/gen.c: throughout cosmetic changes for syncing both * src/SDCCsymt.h: updated IS_OP_RUONLY, IS_OP_ACCUSE * support/regression/tests/bug1509084.c: new, added 2008-04-14 Maarten Brock * device/include/mcs51/cc2510fx.h: added _XPAGE * device/include/mcs51/compiler.h: cosmetic changes 2008-03-31 Maarten Brock * sdcc.dsw: adapted for moved cpp2, added dependency for as_z80 on config 2008-03-31 Borut Razem * support/cpp2 renamed to support/cpp * support/cpp2/libiberty/filenames.h, support/cpp2/libiberty/hex.c, support/cpp2/libiberty/splay-tree.c, support/cpp2/libiberty/splay-tree.h, support/cpp2/libcpp/macro.c, support/cpp2/libcpp/directives.c, support/cpp2/libcpp/include/cpplib.h, support/cpp2/libcpp/include/symtab.h, support/cpp2/libcpp/include/line-map.h, support/cpp2/libcpp/line-map.c, support/cpp2/libcpp/files.c, support/cpp2/libcpp/init.c, support/cpp2/libcpp/traditional.c, support/cpp2/libcpp/expr.c, support/cpp2/libcpp/internal.h, support/cpp2/libcpp/lex.c, support/cpp2/libcpp/system.h, support/cpp2/libcpp/charset.c: SDCPP synchronized with GCC CPP release version 4.3.0 * configure.in, configure, Makefile.in, Makefile.bcc: adapted for moved cpp2 2008-03-31 Frieder Ferlemann * device/include/hc08/mc68hc908jkjl.h: committed fix for bug #1929739, thanks Alejandro Pustowka 2008-03-30 Maarten Brock * src/SDCCloop.c (loopInvariants): applied fix for bug 1717943, thanks Robert Larice * support/regression/tests/bug1717943.c: new, added 2008-03-30 Philipp Klaus Krause * src/z80/gen.c (assignResultValue): Reverted reversal of order of bytewise return value assignments introduced in last commit. 2008-03-30 Philipp Klaus Krause * src/z80/gen.c (emitDebug, assignResultValue, genPlus, genMinus, genMult, genJumpTab): Use 16-bit instructions for addition in some additional cases, implemented RFEs #1914251, #1914245, #1922090, #1921382, #1918323. 2008-03-30 Philipp Klaus Krause * src/z80/ralloc.c (serialRegAssign, allocReg, tryAllocatingRegPair): Implemented RFE #1921450, changed some debug messages. 2008-03-30 Borut Razem * Small Device C Compiler 2.8.0 released * .version, doc/sdccman.lyx: changed sdcc version to 2.8.1 * support/scripts/sdcc.nsi: added finish page; this version was used for 2.8.0 release * doc/knownbugs.html: removed; magically generated by the build process using gen_known_bugs.pl from now on 2008-03-23 Borut Razem * src/pic/gen.h: Q&D solution for the bug, found by Jim Paris and reverted it, since it was already fixed by Raphael ;-) * doc/knownbugs.html: updated for RC2 2008-03-22 Raphael Neider * src/SDCCicode.c (getPtrType): avoid unnecessary extra assignments for PIC16 targets 2008-03-22 Maarten Brock * src/mcs51/gen.c (adjustArithmeticResult): fixed bug 1839299 * support/regression/tests/bug1839277.c: added related testBug1839299 2008-03-21 Maarten Brock * src/ds390/gen.c (opIsGptr, adjustArithmeticResult, genAddrOf, genAssign), * src/mcs51/gen.c (opIsGptr, adjustArithmeticResult, genAddrOf, genAssign): fixed bug 1839277 * src/mcs51/gen.c: throughout only output hex constants * src/SDCCicode.c (getPtrType, geniCodeCast): fixed code size regression * support/regression/tests/bug1839277.c: new, added 2008-03-21 Philipp Klaus Krause * src/z80/ralloc.c (callFuncByName): Used // instead of /**/ to fix compilation warning about nested comments. 2008-03-20 Maarten Brock * src/SDCCsymt.c (comparePtrType): fixed bug 1921073 * support/regression/tests/bug1921073.c: new, added 2008-03-17 Philipp Klaus Krause * src/z80/SDCCpeeph.c.c (callFuncByName): Commented function parameters. 2008-03-17 Philipp Klaus Krause * src/z80/ralloc.c (packRegsForAccUse2): disabled a broken accumulator packing optimization (fixed #1292721). * support/regression/tests/bug-1292721: Regression test for #1292721. 2008-03-16 Raphael Neider * src/pic/gen.c (SetIrp,genNearPointerGet,genNearPointerSet): fixed code bloat regression using a variant of patch #1915618 2008-03-16 Borut Razem * support/scripts/sdcc.nsi: added section debugging macros, added SDCC icon, changed startup menu for release distribution, code cleaning, create url files instead links in startup menu 2008-03-16 Maarten Brock * src/SDCCcse.c (algebraicOpts): fixed bug 1579949 * support/regression/tests/bug1579949.c: new, added 2008-03-14 Paul Stoffregen * device/lib/printf_fast.c: fixed bug 1255403 2008-03-14 Maarten Brock * doc/sdccman.lyx: enhanced paragraph about bankswitching for mcs51 * src/cdbFile.c (cdbWriteBasicSymbol): fixed bug 1909409 for locals 2008-03-14 Borut Razem * as/doc/asmlnk.doc, as/doc/asxhtm.html: updated link-xx and aslink command line options * as/link/hc08/lkmain.c: converted tabs to spaces so that the usage is correctly displayed * as/link/z80/lkmain.c: usage line commented out 2008-03-13 Borut Razem * doc/sdccman.lyx: corrected to be able to convert to PDF, updated the list pf supported pic14 devices 2008-03-12 Maarten Brock * doc/sdccman.lyx: added paragraph about bankswitching for mcs51 2008-03-12 Borut Razem * as/doc/asmlnk.doc, as/doc/asxhtm.html: updated command line options, fixed documentation request #1718191 * as/hc80/asmain.c, as/mcs51/asmain.c: added option -c to usage * doc/sdccman.lyx: added description of --no-std-crt0 gbz80 command line option 2008-03-10 Maarten Brock * src/SDCCast.c (isConformingBody): fixed bug 1505811, thanks Robert Larice * support/regression/tests/bug1505811.c: new, added 2008-03-09 Raphael Neider * device/include/pic16/pic18f2620.h, * device/include/pic16/pic18f4620.h, * device/lib/pic16/libdev/pic18f2620.c, * device/lib/pic16/libdev/pic18f4525.c, * device/lib/pic16/libdev/pic18f4620.c: merged 18f2525/2620/4525/4620 family to consistently use pic18f4620.[ch], fixes #1832562 2008-03-09 Borut Razem * .version, sdcc.spec, doc/sdccman.lyx, doc/INSTALL.txt: changed sdcc version to 2.8.0 * knownbugs.html: regenerated * support/scripts/gen_known_bugs.pl: added number of open bugs 2008-03-09 Raphael Neider * src/pic16/gen.c (pic16_mov2w_volatile): NEW, read volatile operands, (genOr): read volatile operand even if the result is known, closes #1511838 (genOr,genXor): removed unused legacy code, (genDummyRead): use pic16_mov2w_volatile() 2008-03-08 Borut Razem * src/SDCCglue.c: fixed bug #1864582: multiple definition of char cons w. --model-large * support/regression/staticinit.c: added regression test for bug #1864582 2008-03-08 Maarten Brock * src/ds390/gen.c (pushSide, genPcall), * src/hc08/gen.c (pushSide, genPcall): synchronized with mcs51 * src/mcs51/gen.c: cosmetic changes * support/regression/fwk/include/testfwk.h: added macro reentrant * support/regression/tests/bug1908493.c: new, added 2008-03-08 Jesus Calvino-Fraga * src/SDCCdebug.c:, as/link/lkaomf51.c: Fixed bug 1909409: Pdata in OMF file 2008-03-08 Maarten Brock * src/mcs51/gen.c (pushSide, genPcall): fixed bug 1908493 * src/SDCCmain.c (preProcess): removed -DSDCC_PARMS_IN_BANK1 because it is already set in ds390/main.c and mcs51/main.c 2008-03-07 Raphael Neider * src/regression/init0.c: new test for initialized arrays of function pointers * src/regression/Makefile: made a bit more flexible, added init0.c * src/pic/glue.c (emitIvals): hacky fix for initializing from function pointers, closes #1427663 2008-03-05 Borut Razem * dos/sdccman.lyx: docummented predefined macros SDCC_REVISION, SDCC_PARMS_IN_BANK1, SDCC_FLOAT_REENT and SDCC_INT_LONG_REENT 2008-03-05 Jesus Calvino-Fraga * support/librarian/sdcclib.c:Added feature request 1908061: Synchronise sdcclib commands with ar. 2008-03-04 Frieder Ferlemann * src/SDCCmain.c: added predefined macros SDCC_REVISION (RFE #1907229), and (depending on corresponding compiler option) SDCC_PARMS_IN_BANK1, SDCC_FLOAT_REENT, SDCC_INT_LONG_REENT * device/include/mcs51/compiler.h: removed umlauts, added double underscore 2008-03-04 Maarten Brock * src/SDCCptropt.c (ptrPseudoSymConvert): fixed bug 1536762 * support/regression/tests/bug1536762.c: new, added * src/SDCCutil.c, * src/SDCCutil.h: added getBuildDate() * src/SDCCmain.c (printVersionInfo), * src/SDCCglue.c (initialComments): use getBuildDate() instead of __DATE__ * src/*/ralloc.c: removed IS_OP_RUONLY macro * src/ds390/ralloc.c (packRegisters), * src/mcs51/ralloc.c (packRegisters), * src/z80/ralloc.c (packRegisters): applied fix for bug 1618050, thanks Robert Larice * support/regression/tests/bug1618050.c: new, added * src/SDCCsymt.h: fixed typo in DECLSPEC2TXT * support/regression/fwk/include/testfwk.h, * support/regression/tests/bug1838000.c: moved _AUTOMEM and _STATMEM to testfwk.h 2008-03-04 Raphael Neider * src/pic/gen.c: removed unused prototypes, prevent internal errors on accessing OP_SYM_TYPE(op) * src/pic/gen.h: removed unused prototype of genMinusDec() * src/pic/genarith.c (genMinus): cosmetic changes, rewritten to fix #1876953 (invalid subtraction code), removed unused code 2008-03-03 Raphael Neider * src/pic/gen.c, * src/pic/gen.h, * src/pic/genarith.c, * src/pic/ralloc.c, * src/pic/ralloc.h: removed AOP_R0, AOP_R1, AOP_DPTR, AOP_DPTR2, AOP_ACC, and *_IDX and adjusted code, removed unused legacy code 2008-03-03 Raphael Neider * src/pic/device.c (find_device): search user-specified paths first for pic14devices.txt, fixes #1900827 2008-03-02 Borut Razem * support/scripts/sdcc.nsi: fixed bug in IsNT, LogicLib-isation of AddToPath and RemoveFromPath 2008-03-01 Borut Razem * support/scripts/sdcc.nsi: reverted MULTIUSER page since it didn't work correctly, added debugging support if -DSDCC.DEBUG command line option is defined 2008-02-28 Borut Razem * doc/sdccman.lyx: cosmetic changes 2008-02-28 Maarten Brock * src/mcs51/ralloc.c (fillGaps): fixed bug 1839671 * doc/sdccman.lyx: fixed unmeant removal of spaces 2008-02-27 Borut Razem * support/scripts/sdcc.nsi: corrected installation directory for current user installation mode * doc/README.txt: added Philipp Klaus Krause to the developers list 2008-02-27 Maarten Brock * src/mcs51/gen.c (genUnpackBits): don't generate ifxJump, instead return ifx condition (genNearPointerGet, genPagedPointerGet, genFarPointerGet, genCodePointerGet, genGenPointerGet): cleanup aop before generating ifxJump to fix bug 1838000 * src/SDCCsymt.c (aggregateToPointer): fix problem for xstack * support/regression/tests/bug1838000.c: new, added * device/include/mcs51/cc1110.h: new, added, thanks to Pravin Angolkar 2008-02-26 Borut Razem * src/SDCCast.c, doc/sdccman.lyx: fixed RFE #1901171: inerger promotion of casted varargs * support/scripts/sdcc.nsi: added MULTIUSER page, NSIS upgraded to version 2.35 2008-02-25 Maarten Brock * src/mcs51/ralloc.c (isSpiltOnStack): fixed bug 1565152 * support/regression/tests/bug1565152.c: new, added 2008-02-25 Maarten Brock * src/mcs51/gen.c (genPagedPointerSet): fixed bug 1670148 * support/regression/ports/mcs51-xstack-auto/spec.mk: added expf.c * support/regression/tests/bug1670148.c: new, added 2008-02-25 Jesus Calvino-Fraga * device/include/mcs51/at89c51ed2.h: fixed bug 1901469. 2008-02-24 Borut Razem * src/SDCCast.c, src/SDCCast.h: fixed bug #1874922: explicit typecast is ineffective for unsigned char parameter 2008-02-24 Maarten Brock * src/SDCCast.c (expandInlineFuncs): fixed bug 1875869 * src/SDCCglue.c (printIvalBitFields): fixed bug 1806631 * support/regression/tests/bitopcse.c: removed hc08 exception, see testfwk.h * support/Util/MySystem.c (my_system): output errorcode when verbose 2008-02-22 Philipp Klaus Krause * src/z80/gen.c (genMult): Rewrote 8-bit multiplication by constant, implements #1898231 2008-02-22 Philipp Klaus Krause * device/lib/z80/mul.s: Rewrote __muluchar_rrx_s, to improve 8-bit mult., implements #1896290 2008-02-22 Maarten Brock * src/SDCCast.c (createIvalStruct): fixed bug 1466761 2008-02-21 Borut Razem * support/regression/Makefile.in, support/regression/ports/ds390/spec.mk, support/regression/ports/hc08/spec.mk, support/regression/ports/mcs51-common/spec.mk, support/regression/ports/pic14/spec.mk, support/regression/ports/pic16/spec.mk, support/regression/ports/ucz80/spec.mk, support/regression/ports/xa51/spec.mk: added CFLAGS when compiling timeout 2008-02-20 Philipp Klaus Krause * support/regression/tests/bugs-1596270-1736867.c: Regression test for #1596270, #1736867 2008-02-20 Maarten Brock * src/SDCClrange.c (findPrevUse): fixed bug 1888147 * support/regression/tests/bug1888147.c: new, added 2008-02-20 Philipp Klaus Krause * src/z80/gen.c: fixed bugs #1596270, #1736867 2008-02-20 Philipp Klaus Krause * src/z80/gen.c: fixed bug in register pair loading when swapping register contents, mostly fixes #1596270 2008-02-20 Philipp Klaus Krause * src/z80/peeph.def, * src/z80/peeph-z80.def: moved peephole that breaks gbz80 to z80-specific peepholes, fixes #1806565 2008-02-20 Maarten Brock * src/SDCCpeeph.c (operandBaseName): added check for @Ri * src/mcs51/peeph.def (rule 177.c): added operandsNotRelated(%1 %3) fixes bug 1739475, thanks Robert Larice (rule 271): new, added 2008-02-18 Borut Razem * sim/ucsim/s51.src/Makefile.in: fixed error made in previous commit 2008-02-17 Maarten Brock * src/SDCCmain.c (linkEdit): emit -z when using --debug for z80 2008-02-17 Raphael Neider * src/pic16/genarith.c, * src/pic16/gen.c, * src/pic16/gen.h, * src/pic16/genutils.c: removed unused legacy code, removed unused fields from struct asmop and struct _G 2008-02-17 Raphael Neider * src/pic16/gen.c (AccRsh): cosmetic changes, (shiftR1Left2ResultSigned,shiftR1Left2Result,shiftL1Left2Result, genRightShiftLiteral): fixed to work with SFRs as result by assigning only once to result, removed a lot of unused/excluded code fragments 2008-02-17 Raphael Neider * device/include/pic/pic16f88.h, * device/include/pic/pic16f886.h, * device/include/pic/pic16f887.h: added TRISA6 and TRISA7 2008-02-17 Borut Razem * src/z80/peeph.def: applied patch #1893626: Optimize tail calls on Z80, thanks to Philipp Krause * src/z80/gen.c, src/z80/peeph.def: applied patch #1893510: Improve logical left shift on Z80, thanks to Philipp Krause * sim/ucsim/avr.src/Makefile.in, sim/ucsim/hc08.src/Makefile.in, sim/ucsim/s51.src/Makefile.in, sim/ucsim/sim.src/Makefile.in, sim/ucsim/xa.src/Makefile.in, sim/ucsim/z80.src/Makefile.in, sim/ucsim/main_in.mk: renamed libutil.a to libucsimutil.a in order to enable compilation on Mac OS X 10.5 (Leopard) and XCode v3.0 2008-02-16 Maarten Brock * as/link/mcs51/aslink.dsp: removed SDK define * as/link/z80/clean.mk: brought in sync with other ports * as/link/z80/lklibr.c (SdccLib, fndsym): handle the dflag here too * as/hc08/Makefile.bcc, * as/mcs51/Makefile.bcc, * as/z80/Makefile.bcc: noice.c was moved to as/asxxsrc/ * src/z80/main.c (_setValues): use the now capitalized -Z, (z80_port, gbz80_port): generate debug information when asked 2008-02-16 Borut Razem * as/z80/asmain.c, as/z80/asm.h, as/z80/asdata.c, as/link/z80/lkmain.c, as/z80/as_gbz80.dsp, as/z80/as_z80.dsp, as/z80/Makefile.in. as/z80/Makefile.bcc: applied patch #1893393: patch for as-z80 and link-z80 to generate cdb, thanks to Armin Diehl * as/*/asnoice.c, as/hc08/as_hc08.dsp, as/hc08/Makefile.in, as/mcs51/asx8051.dsp, as/mcs51/Makefile.in: asnoice.c moved to as/asxxsrc/asnoice.c * src/z80/peeph-gbz80.def: applied patch #1880235: Z80 return peephole, thanks to Philipp Krause 2008-02-14 Maarten Brock * .version, * doc/sdccman.lyx: bumped version to 2.7.5 * src/SDCCsymt.c (compareType, comparePtrType): fixed bug 1281583 2008-02-13 Maarten Brock * device/include/pic16/stdlib.h, * device/lib/pic16/libc/stdlib/ltoa.c, * device/lib/pic16/libc/stdio/vfprintf.c: ascii strings are char* 2008-02-13 Borut Razem * src/SDCCmain.c, src/SDCCglue.c: fixed --c1mode * src/pic16/glue.c, src/SDCCast.c, src/SDCCast.h, src/SDCCBBlock.c, src/SDCCcse.c, src/SDCCglue.c, src/SDCCicode.c, src/SDCCloop.c, src/SDCCopt.c, src/SDCCval.c: fixed bug #1890273: SDCC Warning 154 shows wrong filename 2008-02-12 Maarten Brock * src/SDCCsymt.c (compareType): fixed bug 1309013 2008-02-09 Borut Razem * src/SDCCval.c, src/SDCCval.h: code cleaning, added function constChrVal() * src/SDCCglue.c, src/pic/glue.c, src/pic16/glue.c, src/SDCCast.c, src/SDCC.y: call constChrVal() instead constVal() 2008-02-01 Maarten Brock * src/SDCCast.c (resolveSymbols): added reentrancy check for parameters of function pointer * src/SDCCerr.h, * src/SDCCerr.c: changed warning W_NONRENT_ARGS to error E_NONRENT_ARGS * support/regression/tests/absolute.c: added TestStruct TestVar (see also bug 1859853) 2008-02-01 Raphael Neider * device/include/pic/pic16f886.h, * device/include/pic/pic16f887.h: added RA6 and RA7 2008-01-24 Raphael Neider * device/include/pic/pic16f88.h: added RA6 and RA7 * device/lib/pic/libdev/disabled_pic16f886.c, * device/lib/pic/libdev/disabled_pic16f887.c: renamed and enabled * src/pic16/devices.inc, * device/include/pic16/pic18f2423.h, * device/include/pic16/pic18f2523.h, * device/include/pic16/pic18fregs.h, * device/lib/pic16/pics.all * device/lib/pic16/libdev/pic18f2423.c, * device/lib/pic16/libdev/pic18f2523.c: added 18f2423 and 18f2523 * device/lib/pic16/libio/i2c.ignore, * device/lib/pic16/libio/usart.ignore, * device/lib/pic16/libio/adc.ignore: ignore new devices 2008-01-23 Maarten Brock * src/SDCCast.c (createRMW): fixed bug 1582651 2008-01-20 Borut Razem * src/SDCCcse.c: partially fixed enhancement request #1793872 - multiply by -1 not collapsed * support/regression/tests/arithcsi.c: added regression test 2008-01-19 Maarten Brock * as/mcs51/asx8051.dsp: removed define SDK * as/mcs51/i51mch.c (machine): fixed bug 1865114 * device/include/asm/ds390/features.h: fixed bug with ds390 & stack-auto * as/link/lklex.c, * as/link/mcs51/lkmain.c: used LKDIRSEP, LKDIRSEPSTR and LKOBJEXT, cosmetic changes, brought more in sync, changed old K&R to ANSI 2008-01-13 Borut Razem * support/scripts/sdcc.nsi: added Uninstall/reinstall page, ... * src/SDCCicode.c: fixed bug #1870216 - Error 122: dividing by zero 2007-12-30 Borut Razem * src/pic16/gen.c: fixed implementation of bitwise operations for pic16 target * support/regression/tests/bitwise.c: added test cases 2007-12-29 Borut Razem * src/SDCCasm.[ch]: renamed from asm[ch], use dbuf_getline(), ... * src/src.dsp, src/Makefile.bcc, src/Makefile.in, src/common.h, src/SDCCglue.c, src/xa51/main.c: asm.[ch] renamed to SDCCasm.[ch] * support/Util/dbuf_string.[ch]: added function dbuf_getline() * src/ds390/gen.c, src/hc08/gen.c, src/mcs51/gen.c, src/pic16/gen.c, src/pic/gen.c, src/z80/gen.c, src/xa51/gen.c, src/pic16/ralloc.c, src/pic16/pcode.[ch]: added const qualifier * as/hc08/Makefile.bcc, as/hc08/Makefile.in, as/hc08/as_hc08.dsp, as/mcs51/Makefile.bcc, as/mcs51/Makefile.in, as/mcs51/asx8051.dsp, as/z80/Makefile.bcc, as/z80/Makefile.in, as/z80/as_gbz80.dsp, as/z80/as_z80.dsp: added dbuf.[ch] and dbuf_string[ch] to project * as/asxxsrc/aslex.c: use dbuf_getline() * as/hc08/asdata.c, as/hc08/asexpr.c, as/hc08/asm.h, as/hc08/m08adr.c, as/mcs51/asdata.c, as/mcs51/asexpr.c, as/mcs51/asm.h, as/mcs51/i51adr.c, as/z80/asdata.c, as/z80/asexpr.c, as/z80/aslist.c, as/z80/asm.h, as/z80/z80adr.c: changed type of ib and ip to const char * 2007-12-28 Borut Razem * as/asxxsrc/aslex.c: moved from as/mcs51/aslex.c; introduced (readlin) - long lines are turuncated * as/hc08/as_hc08.dsp, as/mcs51/asx8051.dsp, as/z80/as_gbz80.dsp, as/z80/as_z80.dsp, as/hc08/Makefile.in, as/mcs51/Makefile.in, as/z80/Makefile.in: moved aslex.c to asxxsrc * as/hc08/aslex.c, as/z80/aslex.c: deleted * as/hc08/asmain.c, as/mcs51/asmain.c: added missing initialization of a_addr field * support/regression/tests/long_asm_line.c: added regtest for long assembler line 2007-12-22 Borut Razem * src/SDCC.lex: fixed bug #1852894: # character hangs the compiler 2007-12-20 Maarten Brock * src/SDCCsymt.c (computeType): fixed bug, thanks Fan Weiguang 2007-12-16 Borut Razem * device/include/pic16/stdbool.h: removed, since already exists in device/include/; this also fixes bitopcse.c regression test for pic16 target * support/regression/fwk/inclusw/testfwk.h: added macro ASSERT_FAILED * src/pic16/glue.c: fixed bug #1851855: generic static pointer dereference doesn't work; covered by regression test bug1399290 2007-12-05 Borut Razem * doc/sdccman.lyx: fixed bug #1844509 - Correction to Manual 4.6.9 Adding new PIC16 2007-12-01 Borut Razem * sim/ucsim/cmd.src/cmdmem.cc, sim/ucsim/cmd.src/mem.cc: corrected handling of the highest_valid_address 2007-11-17 Raphael Neider * src/pic/main.c (_asmCmd): include debug arguments (-g as $3) * src/pic/glue.c (picglue): emit .file if --debug is given 2007-11-17 Raphael Neider * src/pic16/genarith.c (pic16_genPlus, pic16_genMinus): take special care when left or right operand resides in result, fixes #1830220 2007-11-17 Borut Razem * src/SDCCglue.c, src/pic16/glue.c: reverted fix for bug #983491 - "Merge duplicate strings function is ineffective" * support/regression/tests/bug-983491.c: regtest disabled * as/asxxsrc: created as/asxxsrc/assym.c, as/asxxsrc/strcmpi.c: moved as/hc08/assym.c, as/mcs51/assym.c, as/strcmpi.c, as/z80/assym.c, as/hc08/asstore.c, as/mcs51/asstore.c: deleted as/hc08/Makefile.bcc, as/hc08/Makefile.in, as/hc08/as_hc08.dsp, as/hc08/asm.h, as/link/hc08/Makefile.bcc, as/link/hc08/Makefile.in, as/link/hc08/link_hc08.dsp, as/link/mcs51/Makefile.bcc, as/link/mcs51/Makefile.in, as/link/mcs51/aslink.dsp, as/link/z80/Makefile.in, as/link/z80/linkgbz80.dsp, as/link/z80/linkz80.dsp, as/mcs51/Makefile.bcc, as/mcs51/Makefile.in, as/mcs51/asm.h, as/mcs51/asx8051.dsp, as/z80/Makefile.bcc, as/z80/Makefile.in, as/z80/as_gbz80.dsp, as/z80/as_z80.dsp, as/z80/Makefile.as_hc08, as/mcs51/Makefile.asx8051: modified created as/asxxsrc directory, assym.c and strcpi.c moved into it 2007-11-15 Maarten Brock * device/include/stdarg.h: added and removed some casts * src/SDCCsymt.c (compareType): Fully check types between generic and non-generic pointers, also accept ptr-ptr to void-ptr assignments 2007-11-13 Borut Razem * support/regression/tests/bug-1817005.c: added regtest for bug #1817005 - as-z80 chokes on long labels 2007-11-12 Borut Razem * as/z80/asmain.c, as/z80/asm.h, as/z80/assym.c, as/z80/asdata.c, as/z80/asout.c, as/z80/aslist.c: fixed bug #1817005 - as-z80 chokes on long labels 2007-11-11 Maarten Brock * as/hc08/asmain.c, * as/z80/asmain.c: cosmetic changes * as/hc08/alloc.h, * as/mcs51/alloc.h, * as/z80/alloc.h: removed * as/hc08/assym.c, * as/mcs51/assym.c: replaced alloc.h with stdlib.h * as/link/aslink.h: added LKDIRSEP and, LKDIRSEPSTR * as/link/hc08/Makefile.in, * as/link/mcs51/Makefile.in, * as/link/z80/Makefile.in: added -DUNIX to CFLAGS * as/link/lklex.c, * as/link/mcs51/lkarea.c, * as/link/mcs51/lkmain.c: cosmetic changes * as/link/hc08/lklibr.c, * as/link/z80/lklibr.c, * as/link/mcs51/lklibr.c: used LKDIRSEP, LKDIRSEPSTR and LKOBJEXT, used cygwin_conv_to_full_posix_path, added warnings, cosmetic changes, brought more in sync changed old K&R into ANSI function declarations * as/link/z80/lklibr.c (loadAdb): added * as/link/z80/lkmain.c: removed -- option from usage text 2007-11-03 Maarten Brock * src/mcs51/gen.c (outBitC): optimized for no result 2007-10-31 Borut Razem * src/SDCCsymt.c: fixed (hopeful properly) bug #1805702 - order of extern matters * support/regression/tests/bug-1805702.c: enabled regtest for bug #1805702 2007-10-29 Borut Razem * src/SDCCsymt.c: reverted bad fixed of bug #1805702 - order of extern matters * support/regression/tests/bug-1805702.c: disabled regtest for bug #1805702 2007-10-29 Maarten Brock * src/ds390/peeph.def: replaced 24bitModeAndPortDS390 by 24bitMode, portIsDS390 * src/mcs51/gen.c (genOr): optimized for RFE 1750727 * src/SDCCpeeph.c (flat24bitModeAndPortDS390): removed (notVolatileVariable): also check sloc names, (callFuncByName): moved ftab[] out of function and sorted it by use 2007-10-28 Maarten Brock * device/include/stdarg.h: fixed bug in va_start macro for --xstack * src/hc08/gen.c (aopForRemat): aop->aopu.aop_immd.from_cast_remat not set, aop->aopu.aop_immd.aop_immd2 not filled with (generic) pointer type * src/SDCCicode.c (geniCodeCast): fixed bug 880197 * support/regression/tests/bug-880197.c: new, added 2007-10-28 Borut Razem * support/regression/Makefile.in, support/regression/ports/mcs51-large/spec.mk, support/regression/ports/mcs51-xstack-auto/spec.mk, support/regression/ports/mcs51-stack-auto/spec.mk, support/regression/ports/mcs51-medium/spec.mk, support/regression/ports/mcs51-common/spec.mk, support/regression/ports/mcs51-common/*, support/regression/ports/mcs51-small/*: mcs51 renamed to mcs51-common, created mcs51-small * src/SDCCsymt.c: fixed bug #1805702 - order of extern matters * support/regression/tests/bug-1805702.c: added regtest for bug #1805702 2007-10-26 Maarten Brock * src/mcs51/peeph.def: moved rules 257.x to 253.x and re-enabled 253.b, added new rules 265 - 270 * support/regression/tests/bug1721024.c:new, added * support/regression/Makefile.in: renamed test-mcs51 to test-mcs51-small, introduced new test-mcs51 to run all mcs51 tests 2007-10-25 Maarten Brock * support/regression/tests/bug1816470.c: new, added 2007-10-21 Maarten Brock * src/SDCCast.c (resultTypePropagate): do propagate for LEFT_OP, do not propagate for *,+,- with float, fixed bug 1816470 (decorateType): cast to resultTypeProp instead of resultType 2007-10-19 Borut Razem * src/pic16/glue.c: fixed bug #983491 - "Merge duplicate strings function is ineffective" for pic16 tareget * support/scripts/listerr.c: corrected include path * device/lib/_itoa.c: fixed bug #1806402 - _itoa and _uitoa leak to adjacent memory 2007-10-18 Maarten Brock * support/regression/tests/using.c: new, added * support/regression/tests/vaargs.c: fixed and enabled test 2007-10-18 Borut Razem * src/SDCCglue.c: fixed bug #983491 - Merge duplicate strings function is ineffective * support/regression/tests/bug-983491.c: added regtest for bug #983491 2007-10-18 Maarten Brock * doc/sdccman.lyx: documented option --Werror * src/SDCCsymt.c (checkFunction): fixed bug 1815418 by setting RegBankUsed[] earlier 2007-10-14 Maarten Brock * device/include/mcs51/p89lpc938.h: new, added, thanks Kyle Guinn * src/pic/glue.c, * src/SDCCval.c, * src/SDCCast.c, * src/SDCCast.h: replaced AST_LIT_VALUE with AST_FLOAT_VALUE and AST_ULONG_VALUE * src/SDCCast.c (decorateType): improved optimization of tri-op * src/SDCCerr.c (vwerror, setWError), * src/SDCCerr.h, * src/SDCCmain.c (parseCmdLine): added option --Werror to treat all warnings as errors, thanks Stas Sergeev for PATCH 1813211 2007-10-13 Maarten Brock * src/mcs51/gen.c (leftRightUseAcc): use macro IS_OP_ACCUSE * src/SDCCast.c (decorateType): optimize bit=cond?1:0, RFE 1738430 * support/regression/tests/bug-223113.c, * support/regression/tests/bug-426632.c, * support/regression/tests/bug-468811.c, * support/regression/tests/bug-477835.c, * support/regression/tests/bug-478094.c, * support/regression/tests/bug-499644.c, * support/regression/tests/bug-524209.c, * support/regression/tests/bug-524211.c, * support/regression/tests/packcast.c, * support/regression/tests/structidx.c: added empty tests * support/regression/tests/bug-607243.c: enabled test 2007-10-06 Borut Razem * .version, doc/sdccman.lyx: bumped version to 2.7.4 to indicate the full support of universal binaries on Mac OS X 2007-10-02 Borut Razem * src/SDCCval.h: unified double2ul macro for all platforms * src/SDCCval.c: fixed bug #1777758 - applied Maarten's patch * support/regression/tests/bitwise.c: added regtest for bug #1777758 2007-09-30 Borut Razem * src/SDCCval.h: fixed bug #1739860 - sdcc does not work correctly on some platforms * sdcc_vc_in.h: enabled warnings * src/hc08/gen.c: fixed MSVC warning C4146: unary minus operator applied to unsigned type, result still unsigned * src/mcs51/peep.c: fixed gcc warning: suggest parentheses around && within || 2007-09-28 Raphael Neider * src/pic/device.c (find_device): prevent buffer underflow error * src/pic/pcoderegs.c (OptimizeRegUsage): avoid dereferencing the just destroyed list entry 2007-09-18 Frieder Ferlemann * doc/sdccman.lyx: there's a dedicated wiki page for cmake and sdcc, thanks Alexander Neundorf 2007-09-18 Borut Razem * src/SDCCval.c: fixed MSVC warning C4146: unary minus operator applied to unsigned type, result still unsigned 2007-09-17 Borut Razem * src/SDCC.y, src/SDCCast.c, src/SDCCcse.c, src/SDCCglue.c, src/SDCCicode.c, src/SDCCopt.c, src/SDCCsymt.c, src/SDCCval.c, src/SDCCval.h, src/hc08/gen.c, src/avr/gen.c, src/ds390/gen.c, src/mcs51/gen.c, src/pic/gen.c, src/pic/genarith.c, src/pic/glue.c, src/pic/ralloc.c, src/pic16/gen.c, src/pic16/genarith.c, src/pic16/genutils.c, src/pic16/glue.c, src/pic16/main.c, src/z80/gen.c, src/z80/ralloc.c: fixed bug #1739860 - sdcc does not work correctly on some platforms (not finished) introduced and used ulFromVal(), double2ul(), used strtod() instead sscanf() 2007-09-17 Raphael Neider * src/pic16/device.c: reverted to previous version * device/lib/pic16/Makefile.common.in: quieten gpasm via -Wa,-q 2007-09-16 Raphael Neider * src/pic16/device.c (pic16_dump_usection): do not reserve 0 bytes, as this raises a ton of gpasm warnings, just emit a second label * src/pic16/devices.inc, * device/lib/pic16/pics.all, * device/lib/pic16/libdev/pic18f2585.c, * device/lib/pic16/libdev/pic18f2680.c, * device/lib/pic16/libdev/pic18f2682.c, * device/lib/pic16/libdev/pic18f2685.c, * device/lib/pic16/libdev/pic18f4585.c, * device/lib/pic16/libdev/pic18f4680.c, * device/lib/pic16/libdev/pic18f4682.c, * device/lib/pic16/libdev/pic18f4685.c, * device/include/pic16/pic18f2585.h, * device/include/pic16/pic18f2680.h, * device/include/pic16/pic18f2682.h, * device/include/pic16/pic18f2685.h, * device/include/pic16/pic18f4585.h, * device/include/pic16/pic18f4680.h, * device/include/pic16/pic18f4682.h, * device/include/pic16/pic18f4685.h, * device/include/pic16/pic18fregs.h: added 18f2585, 18f2680, 18f2682, 18f2685, 18f4585, 18f4680, 18f4682, 18f4685, patch contributed by Anton Strobl, applied with changes 2007-09-16 Raphael Neider * device/include/pic16/pic18f2431.h, * device/include/pic16/pic18f25j10.h, * device/include/pic16/pic18f4431.h, * device/include/pic16/pic18f45j10.h: adopted common include style * device/include/pic16/pic18f1320.h, * device/include/pic16/pic18f2320.h, * device/include/pic16/pic18f2525.h, * device/include/pic16/pic18f4320.h, * device/include/pic16/pic18f4525.h: NEW, just include proper .h file * device/include/pic16/pic18fregs.h: prepared for automatic include file selection by having DEVICE.h for every DEVICE * device/lib/pic16/libdev/pic18f2320.c, * device/lib/pic16/libdev/pic18f4320.c: just include proper .c file * device/lib/pic16/configure.in, * device/lib/pic16/configure: use rm -rf instead of rmdir * device/lib/pic16/Makefile.in: use RMDIR to remove build directories * device/lib/pic16/libc/stdlib/free.c: avoid warning on pointer cast 2007-09-09 Borut Razem * src/SDCCmain.c, src/SDCCutil.c: print newline after printVersionInfo(), distingush between i386 and ppc Mac OS X versions 2007-09-05 Maarten Brock * src/mcs51/gen.c (genReceive): fixed bug 1788177 * support/regression/tests/bug1788177.c: new, added 2007-09-04 Frieder Ferlemann * doc/sdccman.lyx: mentioned d52 and cmake, customizing startup code * device/include/mcs51/lint.h added keyword __naked 2007-09-04 Maarten Brock * src/pic16/glue.c, * src/pic/glue.c, * src/SDCCmem.h: removed maxRegBank * src/SDCCmem.c (allocVariables): removed maxRegBank and moved setting RegBankUsed[] to checkFunction() in SDCCsymt.c to fix bug 1759839 * src/SDCCsymt.c (checkFunction): set RegBankUsed[] here * src/mcs51/peep.c (isCallerSaveFunc, termScanAtFunc): changed function name and behaviour to handle banked functions (scan4op): and use it to fix bug 1786213 2007-09-03 Raphael Neider * device/include/pic16/pic18f248.h, * device/include/pic16/pic18f258.h, * device/include/pic16/pic18f448.h, * device/lib/pic16/libdev/pic18f248.c, * device/lib/pic16/libdev/pic18f258.c, * device/lib/pic16/libdev/pic18f448.c: fixed TRISEbits, added T0CONbits, fixes #1786891 2007-08-29 Maarten Brock * src/ds390/gen.c (genFarPointerSet), * src/hc08/ralloc.c (packRegisters), * src/mcs51/ralloc.c (packRegisters), * src/SDCCcse.c (cseBBlock): check if result is a symbol first to fix bug 1750318 * src/SDCCicode.h: POINTER_SET can be true for literals too * support/regression/tests/bug1750318.c: new, added 2007-08-23 Borut Razem * debugger/mcs51/sdcdb.c: fixed compilation with older readline library versions without the completition functionality 2007-08-22 Raphael Neider * device/include/pic16/pic18f1220.h, * device/lib/pic16/libdev/pic18f1220.c: applied patch #1776191 2007-08-12 Borut Razem * debugger/mcs51/Makefile.in: support/Util/SDCCerr.[ch] moved to src 2007-08-11 Borut Razem * support/Util/SDCCerr.c, support/Util/SDCCerr.h, src/src.dsp, src/Makefile.in, src/Makefile.bcc, support/scripts/listerr.c: support/Util/SDCCerr.[ch] moved to src * as/hc08/as_hc08.dsp, as/link/hc08/link_hc08.dsp, as/link/z80/linkgbz80.dsp, as/link/z80/linkz80.dsp, device/examples/ds390/tinitalk/tinitalk.dsp, device/examples/serialcomm/windows/serialcomm.dsp, support/librarian/librarian.dsp: removed linking of unused odbc32.lib and odbccp32.lib * support/scripts/winres.h: added for compilation with Visual C++ 2005 Express Edition 2007-08-09 Jesus Calvino-Fraga * device/include/mcs51/at89c51ed.h: Fixed typo in declarations of CKCON0 and CKCON1. 2007-08-07 Erik Petrich * sdccconf_in.h: update the endian test so that SPARC Solaris does not throw syntax errors 2007-08-06 Borut Razem * doc/sdccman.lyx: removed two index entries which prevented the generation of sdcc doc archive 2007-08-05 Jesus Calvino-Fraga * doc/sdccman.lyx: Same changes made 2007-07-28 but using lyx 1.4.4 instead of lyx 1.5.0. 2007-07-31 Erik Petrich * device/include/hc08/mc68hc908apxx.h: new header contributed by Lucas Loizaga, with minor modifications. Thanks! 2007-07-28 Jesus Calvino-Fraga * doc/sdccman.lyx: Documented --acall-ajmp and described new features in sdcclib. 2007-07-28 Jesus Calvino-Fraga * src/SDCCglobl.h, src/SDCCpeeph.c, src/SDCCglue.c, src/mcs51/main.c, src/mcs51/peeph.def: Added option --acall-ajmp: replaces lcall/ljmp with acall/ajmp. 2007-07-22 Borut Razem * configure.in, configure: re-introduced .version * sdcc.spec, doc/INSTALL.txt: they are used only for releases; the version reverted to 2.7.0 2007-07-18 Maarten Brock * configure.in, * doc/sdccman.lyx: bumped version to 2.7.3 * device/include/mcs51/compiler.h: fixed elif->else * src/mcs51/gen.c (genAnd, genOr): handle accuse for pure bit operands * src/mcs51/ralloc.c (createStackSpil): fixed SCLS bug with sloc for sbit, (operandUsesAcc, packRegsForAccUse): added parameter allowBitspace to enable accuse for bit operands * src/SDCCmain.c (printVersionInfo), * src/SDCCutil.c (getBuildEnvironment): factored out creation of build environment descriptor * src/SDCCutil.h: added getBuildEnvironment * src/SDCCglue.c (initialComments): use getBuildEnvironment * support/regression/tests/bug1464657.c: enabled test test_Peephole251 * support/regression/tests/bug-408972.c: enabled test leftShiftLong * support/regression/tests/bug1348008.c, * support/regression/tests/bug1496419.c, * support/regression/tests/bug1503067.c, * support/regression/tests/preproc.c: added empty tests 2007-07-15 Maarten Brock * support/regression/tests/bug1678803.c: new, added 2007-07-14 Maarten Brock * as/link/aslink.h, * as/link/hc08/lkihx.c, * as/link/hc08/lkrloc.c, * as/link/mcs51/lkihx.c, * as/link/mcs51/lkrloc.c: renamed ihxEntendedLinearAddress to ihxExtendedLinearAddress * as/link/mcs51/lkrloc.c (relr), * as/mcs51/asout.c (outr11, outr19): handle absolute destination for acall/ajmp, see bug 830513 2007-07-13 Maarten Brock * src/SDCCcse.c (replaceAllSymBySym): renamed siaddr to isaddr, (cseBBlock): remember aggr2ptr has been used * src/SDCCicode.c (operandSize): added function to handle aggr2ptr, (geniCodeAssign): fixed bug 868103 * src/SDCCicode.h: made operand.aggr2ptr 2 bits wide, added operandSize prototype * src/mcs51/gen.c (aopOp): use operandSize to fix bug 868103, (genDataPointerSet): use max of size of right and result, (gencjne): added parameter useCarry for optimization, (genCmpEq): use carry if appropriate, (genXor): check if operand already in carry * support/regression/tests/bug-868103.c: enabled test 2007-07-12 Raphael Neider * src/pic16/gen.c (genNearPointerSet): fixed handling of literals 2007-07-11 Maarten Brock * src/SDCCsymt.c (compareType): fixed bugs 1738367 and 1745717 with patch from Robert Larice, thanks * support/regression/tests/bitopcse.c, * support/regression/tests/bitvars.c, * support/regression/tests/bug-908454.c: use for the bit types * support/regression/tests/bug-927659.c: enabled test for z80 * support/regression/tests/bug1738367.c: added extra tests by Frieder * support/regression/tests/bug1745717.c: new, added * support/regression/tests/literalop.c, * support/regression/tests/nullstring.c: removed storage definitions that are now in testfwk.h 2007-07-10 Maarten Brock * device/include/stdbool.h: do not define __bool_true_false_are_defined and bool for targets that do not fully support it. * support/regression/tests/bug1546986.c, * support/regression/tests/bug1723128.c, * support/regression/tests/bug1734654.c, * support/regression/tests/bug1738367.c, * support/regression/tests/constantRange.c: only use bool if allowed 2007-07-09 Maarten Brock * src/mcs51/peep.c (isCallerSaveFunc): fixed bug 1749275, thanks Robert Larice, also handle function pointers * support/regression/tests/bug1749275.c: new, added 2007-07-03 Borut Razem * src/mcs51/gen.c, src/avr/gen.c, src/pic/gen.c, src/z80/gen.c, src/pic16/gen.c, src/hc08/gen.c, src/ds390/gen.c: fixed RFE #1746528: SDCC should ignore ':' in inline assembler comments * device/include/typeof.h: fixed bug #1747142: typeof.h needs fixing 2007-07-02 Maarten Brock * device/include/mcs51/C8051F360.h: fixed bug #1746410, thanks Chris Jones * device/lib/mcs51/crtxclear.asm: do not set __XPAGE unconditionally 2007-06-29 Borut Razem * src/SDCCmain.c: fixed bug #1744746: SDCC #4867: broken option --xram-size 2007-06-28 Borut Razem * sim/ucsim/configure.in, sim/ucsim/configure, sim/ucsim/ddconfig_in.h: find out the endianess of host machine for ucsim 2007-06-27 Borut Razem * support/regression/generate-cases.py: corrected the file name in warning * configure.in, configure, sdccconf_in.h: find out the endianess of host machine * src/SDCC.y: fixed bug #1744146: Crash when compiling array of negative size 2007-06-27 Gudjon I. Gudjonsson * device/include/mcs51/p89c66x.h: NXP header file, OK to change licence 2007-06-26 Borut Razem * support/regression/generate-cases.py: display warning if function list is empty; implemented more flexible rule for detection of testing functions, allowing return type 'void' in the same line as the function name in the function definition * support/regression/tests/bug-1654060.c: corrected test * support/librarian/sdcclib.c: fixed warning: format '%s' expects type 'char *', but argument 2 has type 'int' 2007-06-25 Jesus Calvino-Fraga * support/librarian/sdcclib.c: Added feature Requests [1510635] Multiple infiles for sdcclib. 2007-06-20 Erik Petrich * src/SDCCast.c (inlineFindMaxBlockno, createFunction): fixed bug 1731741 2007-06-18 Borut Razem * src/SDCCmain.c: removed option -C since SDCC compiler doesn't know how to handle comments, so they have to be removed by the preprocessor; fixed bug #1738926:SDCC #4852: broken option -V * src/SDCCmain.c, src/SDCCargs.h, src/ds390/main.c, src/mcs15/main.c, src/pic16/main.c, src/pic/main.c, src/z80/main.c, support/Util/SDCCerr.c, support/Util/SDCCerr.h: table driven option hadling 2007-06-16 Maarten Brock * src/SDCCast.c (decorateType), * src/SDCCicode.c (geniCodeConditional): moved optimization for '?' from iCode to ast level to fix bug 1738367 * support/regression/tests/bug1738367.c: new, added 2007-06-15 Raphael Neider * src/pic16/devices.inc, * device/lib/pic16/pics.all, * device/include/pic16/pic18fregs.h, * device/include/pic16/pic18f[24][45]20.h, * device/lib/pic16/libdev/pic18f[24][45]20.c: added support for 18f2420, 18f2520, and 18f4420 devices, updated 18f4520 definitions * device/lib/pic16/Makefile.in: faster cleanup 2007-06-13 Frieder Ferlemann * src/mcs51/peeph.def: added 177.i (mov from a is slightly cheaper) 2007-06-13 Raphael Neider * src/SDCCmain.c: prevent NULL pointer dereference, avoid warning 2007-06-12 Raphael Neider * support/scripts/inc2h.pl: conditionally emit defines for SFR bits, suppress bit defines if NO_BIT_DEFINES is #define'd * device/include/pic/pic*.h: recreated all headers to include conditional bit defines * device/include/pic/pic16f886.h, * device/include/pic/pic16f887.h: fixed based on newer .inc file * device/include/pic/recreate.sh: script to recreate the complete device library files based on the currently supported devices 2007-06-12 Borut Razem * src/pic16/main.c, src/SDCCargs.h, SDCCmain.c, support/regression/Makefile.in, support/scripts/build.mak, support/scripts/Makefile.snapshot: use new svn URL scheme * doc/sdccman.lyx: SDCC Wiki moved to http://sdcc.wiki.sourceforge.net/ 2007-06-10 Frieder Ferlemann * src/mcs51/peeph.def: disabled rule 132.d to fix #1734654 * support/regression/tests/bug1734654.c: added 2007-06-10 Maarten Brock * src/SDCCast.c (decorateType): optimized '?' for equal operands * src/SDCCicode.c (geniCodeConditional): optimization for bit result with literal operands 2007-06-10 Borut Razem * as/link/z80/lklibr.c: fixed mingw build warning lklibr.c:575: warning: implicit declaration of function 'tolower' * src/SDCCmain.c, src/ds390/main.c, src/mcs51/main.c, src/pic/main.c, src/z80/main.c: move target specific options from src/SDCCmain.c to src//main.c 2007-06-09 Borut Razem * src/z80/gen.c: fixed bug #1294691: nested ifs make compiler crash; removed unused swap_sense; removed outBitCLong, replaced with outBitC * support/regression/tests/bug-1294691.c: added 2007-06-09 Maarten Brock * src/SDCCmem.c (allocDefault): removed check sym->level==0 for SPEC_ABSA, can also be static, fixes bug 1733438 * src/SDCCsymt.c (checkSClass): static local vars in reentrant funcs can have absolute address too (computeType): added optimization for 'cond ? true : false' * support/regression/tests/absolute.c: added test for static absolute var 2007-06-08 Raphael Neider * src/regression/Makefile: suppress parallel builds, allow easy switching between pic14/pic16 ports * src/regression/picregs.h: added pic14/16 header file switch * src/regression/{compare7.c,compare8.c,compare9.c,compare10.c, inline.c,nestfor.c,string1.c}: include "picregs.h" 2007-06-07 Borut Razem * sim/ucsim/*.[ch], sim/ucsim/configure, sim/ucsim/configure.in: permanent solution to suppress GCC 4.2.0 c++ warning: deprecated conversion from string constant to `char *' use 'const char *' where ever required * support/regression/generate-cases.py: implemented more flexible rule for detection of testing functions, allowing white-spaces surrounding the function name and the 'void' parameter. * support/regression/tests/constantRange.c, support/regression/tests/scott-compare3.c: fixed failing regression tests, uncovered by implementation of more flexible rule for detection of testing functions 2007-06-04 Maarten Brock * src/SDCCast.c(decorateType): better optimize '!!' and comparisons 2007-06-04 Borut Razem * configure.in, configure, config_vc.awk: sdcc version number is now stored in configure.in; removed .version * configure.in, configure, sdcc.spec, doc/sdccman.lyx, doc/sdccman.lyx, doc/INSTALL.txt: version bumped to 2.7.2 * sim/ucsim/configure.in, sim/ucsim/configure: use "read" to read from .version 2007-06-03 Borut Razem * */Makefile.in: removed annoying warning: Makefile:xx: Makefile.dep: No such file or directory 2007-06-02 Maarten Brock * src/mcs51/gen.c (outBitC, genRet): used IS_OP_RUONLY, (genNot, genXor): used toCarry, also fixes a bug for c = bit ^ val * src/mcs51/ralloc.c: removed IS_OP_RUONLY + some cosmetic changes * src/SDCCast.c (resultTypePropagate): propagate for '!', (decorateType): also optimize comparisons with RESULT_TYPE_BIT, bugfix: only use newBoolLink for bit result type * src/SDCCicode.c (geniCodeLogic): added param tree, bugfix: use newBoolLink if tree is bit type, bug appears when ruonly, (geniCodeLogicAndOr): use IS_BIT, (geniCodeJumpTable, geniCodeSwitch): added NULL param to geniCodeLogic, (ast2iCode): added tree param to geniCodeLogic for comparisons * src/SDCCsymt.h: added IS_OP_RUONLY and IS_OP_ACCUSE * support/regression/tests/bug1723128.c: added test NotZero 2007-06-01 Borut Razem * SDCPP synchronized with GCC CPP release version 4.2.0, currently the latest release: * support/cpp2/c-incpath.c, support/cpp2/c-incpath.h, support/cpp2/c-ppoutput.c, support/cpp2/cppdefault.c, support/cpp2/cppdefault.h, support/cpp2/except.h, support/cpp2/libcpp/directives.c, support/cpp2/libcpp/expr.c, support/cpp2/libcpp/files.c, support/cpp2/libcpp/include/cpplib.h, support/cpp2/libcpp/init.c, support/cpp2/libcpp/internal.h, support/cpp2/libcpp/lex.c, support/cpp2/libcpp/macro.c, support/cpp2/libcpp/mkdeps.c, support/cpp2/libiberty/getpwd.c, support/cpp2/libiberty/hashtab.c, support/cpp2/optc-gen.awk, support/cpp2/opth-gen.awk, support/cpp2/opts.c, support/cpp2/opts.h, support/cpp2/output.h, support/cpp2/prefix.c, support/cpp2/sdcpp-opts.c, support/cpp2/sdcpp.dsp, support/cpp2/sdcpp.opt, support/cpp2/system.h, support/cpp2/version.c, support/cpp2/Makefile.in: modified * support/cpp2/opts-common.c: added * device/lib/pic16/libdev/pic18f[24][45]j10.c: fixed svn atrributes * device/lib/pic16/libdev/pic18f[24]5j10.c: search for included source file in local directory * sim/ucsim/configure, sim/ucsim/configure.in: temporary solution to suppress GCC 4.2.0 c++ warning: deprecated conversion from string constant to `char *' 2007-06-01 Raphael Neider * device/lib/pic/libdev/pic12f683.c, * device/include/pic/pic12f683.h: added GPIO bits 2007-06-01 Raphael Neider * doc/sdccman.lyx: added --disable-pic16-port, fixed some `--' and quotation marks, clarified role of PIC14 vs. PIC16 ports * src/pic16/devices.inc, * device/include/pic16/pic18fregs.h, * device/include/pic16/pic18f[24][45]j10.h, * device/lib/pic16/pics.all, * device/lib/pic16/libdev/pic18f[24][45]j10.c: added support for 18f24j10, 18f25j10, 18f44j10, and 18f45j10 * device/lib/pic16/libio/{i2c,adc,usart}.ignore: do not build IO libs for new devices as they are not yet supported by gputils 2007-05-31 Borut Razem * Small Device C Compiler 2.7.0 released * .version, sdcc.spec, doc/sdccman.lyx, doc/INSTALL.txt: changed sdcc version to 2.7.1 * support/scripts/sdcc.nsi: added How to create WIN32 release setup.exe package 2007-05-29 Maarten Brock * doc/sdccman.lyx: documented initialization and allocation of absolute variables, bit parameter passing, the need for function pointers to be reentrant and alpha quality support of inline and retrict 2007-05-26 Borut Razem * support/regression/tests/bug1057979.c, support/regression/tests/malloc.c, support/regression/fwk/include/testfwk.h: fixed compilation on Mac OS x * docs/knownbugs.html: updated 2007-05-25 Maarten Brock * doc/sdccman.lyx: inserted footnotes about inline assembler labels, thanks Jan Waclawek * src/mcs51/gen.c (aopPut): fixed part of bug 1723128 when result is AOP_CRY and ruonly (gencjneshort): optimized when left is AOP_DIR * src/SDCCglue.c (printIvalStruct): fixed other part of bug 1723128 for initializing unions in a struct/array * support/regression/fwk/include/testfwk.h: added defines for data, near and far for host and z80 * support/regression/tests/bug1723128.c: new, added 2007-05-22 Borut Razem * doc/knownbugs.html: updated 2007-05-21 Raphael Neider * src/pic16/glue.c (pic16_initPointer): avoid assertion, emit better error message instead * src/pic/pcoderegs.c (pCodeOptime2pCodes): keep register state intact 2007-05-21 Maarten Brock * src/mcs51/peeph.def (257.b): disabled to fix bug 1721024 2007-05-21 Raphael Neider * src/pic/pcoderegs.c (pCodeOptime2pCodes): fixed bogus optimization, closes #1722392 * src/regression/gpsim_assert.h, * src/regression/Makefile, * src/regression/pcodeopt.c: regression test for the above fix 2007-05-11 Maarten Brock * src/SDCCpeeph.c (labelIsUncondJump): ignore identical labels for jumps to self, fixed bug 1717281 2007-05-10 Borut Razem * support/scripts/gen_known_bugs.pl: cosmetic fix * doc/knownbugs.html: generated by gen_known_bugs.pl 2007-05-10 Erik Petrich * src/SDCCast.c (createFunction): also generate non-inlined version of function for functions declared as "static inline" * src/SDCCast.c (fixupInline, inlineAddDecl): reset symbol state so function can be inlined after non-inlined version generated. 2007-05-10 Borut Razem * support/scripts/gen_known_bugs.pl: added script which generates knownbugs.html 2007-05-09 Maarten Brock * doc/knownbugs.html: updated for release 2.7.0 2007-05-09 Jesus Calvino-Fraga * device/include/mcs51/uPSD33xx.h: Added patch by Jan Waclawek. 2007-05-08 Maarten Brock * src/ds390/gen.c (emitcode): don't change properties of previous lines, (throughout): updated generating comments * src/mcs51/gen.c (emitcode): don't change properties of previous lines, (throughout): updated generating comments * src/SDCCpeeph.c (peepHole): continue searching at the first replaced rule instead of at the second, or it might skip lines when removing the complete match * support/regression/tests/bug1714204.c: changed test to foo 2007-05-08 Borut Razem * doc/sdccman.lyx: changed sdcc version to 2.7.0, thanks to SDCC Distributed Compile Farm members, added Z80 and GBZ80 command line options * .version, doc/INSTALL.txt, sdcc.spec: changed sdcc version to 2.7.0 2007-05-08 Maarten Brock * device/lib/mcs51/crtxinit.asm: added disabled version for dual dptr * device/include/mcs51/uPSD33xx.h: added sfr DPS as alias for DPTC * support/regression/tests/longlit.c: modified to be tested at all and to pass the actual test 2007-05-07 Jesus Calvino-Fraga * device/include/mcs51/uPSD33xx.h: Added. 2007-05-07 Maarten Brock * device/lib/_gptrput.c, * device/lib/_gptrget.c: removed old code, (_gptrgetWord), * src/ds390/gen.c (genGenPointerGet): fixed bug 1714204 * support/regression/tests/bug1714204.c: new, added 2007-05-06 Frieder Ferlemann * support/regression/tests/regtrack.c: test was never executed because of the regression test being picky about white spaces. * device/lib/mcs51/crtclear.asm: added comment 2007-05-06 Raphael Neider * device/lib/pic/Makefile.rules, * device/lib/pic16/Makefile.rules: make sure *.ignore file exists, made "&> /dev/null" redirection sh-safe ("> /dev/null 2>&1") 2007-05-06 Raphael Neider * src/pic16/device.h, * src/pic16/main.h, * src/pic16/main.c (pic16_optionsTable,_pic16_parseOptions, _pic16_setDefaultOptions): removed/reordered command-line args * doc/sdccman.lyx: updated PIC14 and PIC16 documentation (supported devices, regrouped command line args, environment variables), clarified sone points, added sections on how to add devices to the PIC14/PIC16 ports 2007-05-06 Maarten Brock * src/z80/peeph.def: fixed bug in rule 2 2007-05-05 Maarten Brock * src/port.h: added TARGET_MCS51_LIKE * src/SDCCpeeph.c (labelIsUncondJump): new, added, other targets could take advantage of it too * src/z80/gen.c (genIpush): push b, d or h directly instead of using a, (shiftR2Left2Result): Optimized: don't check shifting by 0 * src/z80/peeph-z80.def, * src/z80/peeph.def: whole set of new rules by Philipp Krause with some modifications, see patch 1700823 * src/mcs51/peep.c (): fixed bug 1712928 * support/regression/tests/bug1712928.c: new, added 2007-05-05 Borut Razem * device/lib/pic16/Makefile.common.in, device/lib/pic/Makefile.common.in, sim/ucsim/cmd.src/Makefile.in: removed bash dependencies 2007-05-01 Borut Razem * src/SDCCicode.c: fixed bug #1710507: --i-code-in-asm makes compile fail all iCode comments are now one liners * src/mcs51/gen.c: fixed memory leak 2007-05-01 Raphael Neider * device/lib/pic/libdev/*.c * device/include/pic/*.h: regenerated all device libs from updated .inc files * support/scripts/inc2h.pl: documented usage, now uses strict to catch more bugs 2007-04-30 Borut Razem * doc/sdccman.lyx: fixed bug #1669175: Problem with space in output paths documented how to use paths with spaces for Windows users 2007-04-29 Borut Razem * Fixed svn:eol-style and svn:keywords properties * src/SDCCval.c: fixed bug #1592871: Segfault with "large" const arrays of characters replaced recursion with iteration * Removed svn:executable property from non-executable files 2007-04-29 Maarten Brock * src/mcs51/gen.c (genRet): fixed bug 1707003 2007-04-27 Raphael Neider * src/pic16/pcode.c (pBlockRemoveUnusedLabels,pic16_pBlockAddInval, createReachingDefinitions,assignValnums,pic16_destructDF, pic16_createDF,pic16_vcg_dumpedges,pic16_vcg_dump_default): prevent NULL pointer dereferences * device/lib/pic/libdev/pic16f886.c, * device/lib/pic/libdev/pic16f887.c: svn mv'ed to disabled_* to prevent building them, gputils do not really support them yet 2007-04-27 Frieder Ferlemann * device/lib/_ltoa.c: 36 bytes less __data mem. This really helps printf_small. 32 bytes more __idata mem. 2007-04-27 Raphael Neider * src/pic/pcode.c (addpCode2pBlock,LinkFlow,pBlockRemoveUnusedLabels): return early when pb or pb->pcHead is NULL (patch #1708427) * src/regression/empty.c, * src/regression/Makefile: added test with empty functions * support/Util/SDCCerr.c: fixed typo in E_INIT_STRUCT message 2007-04-27 Borut Razem * src/SDCCast.c: fixed feature request #1547512: Redundant strings linked when using sizeof("abc") 2007-04-23 Borut Razem * doc/sdccman.lyx, src/SDCCmain.c: peep-hole comments are generated only if --fverbose-asm option is specified and --no-peep-comments is not, as proposed by Frieder. * support/regression/Makefile.in: compile regression tests with --fverbose-asm option so one can "grep" whether a new (or an old) peephole is (still) applied; requested by Frieder. 2007-04-23 Kevin Buettner * device/include/pic/pic16f886.h, * device/include/pic/pic16f887.h, * device/lib/pic/libdev/pic16f886.c, * device/lib/pic/libdev/pic16f887.c, * device/include/pic/pic14devices.txt, * device/lib/pic/libdev/devices.txt: Add 16f886 and 16f887. 2007-04-23 Kevin Buettner * device/lib/pic/libsdcc/idata.c: PAGESEL _main before going there, fixes #1704666 2007-04-23 Frieder Ferlemann * device/lib/_memset.c: assembler version for mcs51 2007-04-22 Borut Razem * support/scripts/listerr.c: program to create the list of errors and warnings list from - added * doc/sdccman.lyx: removed the note "For list of warnings and corresponding codes, see err_warn.txt" * src/SDCCsymt.c: fixed bug #1699804: Bug with some uses of sizeof(static local array) (MCS51) * support/regression/tests/bug-1699804.c: added 2007-04-20 Maarten Brock * as/mcs51/asmain.c (search_path_append, search_path_fopen): new, added, (main): added option -i, (asmbl, case S_INCL): use search_path_fopen, mostly from patch 1579668 by Peter Miller, thanks * src/z80/main.c: fixed typo --callee-saves-bc * device/include/mcs51/compiler.h: added sfrword for Tasking 2007-04-20 Borut Razem * src/z80/main.c: replaced reserved keyword asm with asmblr 2007-04-19 Borut Razem * src/port.h: use const pointers to strings * src/SDCCargs.h: declared getStringArg() and getIntArg() * src/pic16/main.c: include SDCCargs.h * src/SDCCglobl.h: code_seg and const_seg are not pointers to const char, since the strings are dynamically allocated * src/SDCCmain.c: options.code_seg and options.const_seg are dynamically allocated; check port specific command line options before the general ones * src/z80/main.c: fixed bug #1631895: codeseg/constseg #pragma fail 2007-04-18 Maarten Brock * device/include/ds400rom.h, * device/lib/ds390/lcd390.c, * device/lib/ds390/memcpyx.c, * device/lib/ds390/rtc390.c, * device/lib/ds400/ds400rom.c, * device/lib/ds400/memcpyx.c, * device/lib/hc08/_ret.c: more replacements of keywords with their double underscore equivalents * device/lib/ds390/Makefile.in, * device/lib/ds400/Makefile.in, * device/lib/gbz80/Makefile.in, * device/lib/hc08/Makefile.in, * device/lib/mcs51/Makefile.in, * device/lib/z80/Makefile.in: added --std-c89 to CFLAGS 2007-04-17 Borut Razem * doc/sdccman.lyx, src/SDCCmain.c, src/SDCCglobal.h, src/ds390/gen.c, src/hc08/gen.c, src/mcs51/gen.c, src/mcs51/rtrack.c: fixed #1493816: option --no-gen-comments: --no-gen-comments renamed to --fverbose-asm, to be gcc'ish 2007-04-17 Maarten Brock * src/mcs51/gen.c (aopOp): set size to 1 for ruonly, fixes bug 1699455 2007-04-17 Borut Razem * doc/sdccman.lyx: fixed #1701874: Mac OSX references in SDCC manual * device/lib/ds400/tinibios.c, device/lib/hc08/_divuint.c, device/lib/hc08/_divulong.c: replaced _asm and _endasm keywords with their double underscore equivalent 2007-04-14 Borut Razem * doc/sdccman.lyx: some additional "freeware" replaced with "free open source" 2007-04-13 Borut Razem * doc/sdccman.lyx: -pedantic-parse-number is not in conformance with C99 standard * device/examples/serialcomm/windows/serial.[ch], device/examples/serialcomm/windows/test_serialcomm.cpp: updated by Bela Torok * device/examples/serialcomm/windows/serialcomm.dsw, device/examples/serialcomm/windows/serialcomm.dsp: added 2007-04-13 Jan Waclawek * doc/sdccman.lyx: additions and changes at various places (submitted as #1697136). (svn commit by Frieder Ferlemann ) 2007-04-10 Borut Razem * doc/cdbfileformat.lyx, doc/sdccman.lyx, doc/test_suite_spec.lyx: LyX file format changed to 245 * doc/sdccman.lyx, doc/README.txt, sdc/SDCC.lex, src/SDCCglue.c: "FreeWare" replaced with "free open source" 2007-04-10 Maarten Brock * device/include/mcs51/C8051F120.h: added some defines for bits in RSTSRC 2007-04-08 Maarten Brock * device/include/pic16/pic18fregs.h, * device/lib/_bp.c, * device/lib/_decdptr.c, * device/lib/_divsint.c, * device/lib/_divslong.c, * device/lib/_divuint.c, * device/lib/_divulong.c, * device/lib/_fs2schar.c, * device/lib/_fs2sint.c, * device/lib/_fs2slong.c, * device/lib/_fs2uchar.c, * device/lib/_fs2uint.c, * device/lib/_fs2ulong.c, * device/lib/_fsadd.c, * device/lib/_fscmp.c, * device/lib/_fsdiv.c, * device/lib/_fseq.c, * device/lib/_fsget1arg.c, * device/lib/_fsget2args.c, * device/lib/_fsgt.c, * device/lib/_fslt.c, * device/lib/_fsmul.c, * device/lib/_fsneq.c, * device/lib/_fsnormalize.c, * device/lib/_fsreturnval.c, * device/lib/_fsrshift.c, * device/lib/_fssub.c, * device/lib/_fsswapargs.c, * device/lib/_gptrget.c, * device/lib/_gptrgetc.c, * device/lib/_gptrput.c, * device/lib/_logexpf.c, * device/lib/_modsint.c, * device/lib/_modslong.c, * device/lib/_moduint.c, * device/lib/_modulong.c, * device/lib/_mulint.c, * device/lib/_mullong.c, * device/lib/_schar2fs.c, * device/lib/_ser.c, * device/lib/_setjmp.c, * device/lib/_sint2fs.c, * device/lib/_slong2fs.c, * device/lib/_spx.c, * device/lib/_uchar2fs.c, * device/lib/_uint2fs.c, * device/lib/_ulong2fs.c, * device/lib/asincosf.c, * device/lib/atanf.c, * device/lib/calloc.c, * device/lib/ds390/tinibios.c, * device/lib/ds400/tinibios.c, * device/lib/expf.c, * device/lib/free.c, * device/lib/hc08/_mulint.c, * device/lib/logf.c, * device/lib/malloc.c, * device/lib/printf_fast.c, * device/lib/printf_tiny.c, * device/lib/printfl.c, * device/lib/realloc.c, * device/lib/ser_ir.c, * device/lib/serial.c, * support/regression/tests/libmullong.c: replaced all special keywords with their double underscore equivalent * support/regression/ports/mcs51-xstack-auto/spec.mk, * device/lib/Makefile.in: compile libs with --std-c99 instead of --std-sdcc99 * src/mcs51/gen.c (outBitC): don't store if result is return-use-only, (genRet): if the bit-symbol is ruonly it already is in the carry * src/mcs51/ralloc.c (regTypeNum): make regType REG_CND for ruonly bit * src/SDCCast.c (createFunction): applied patch 887171 by Stas Sergeev * src/SDCCicode.c (ast2iCode): '!', GETHBIT, GETABIT: only set operand type UCHAR if dest is not bit 2007-04-03 Maarten Brock * device/include/math.h, * device/lib/cotf.c, * device/lib/expf.c, * device/lib/sincoshf.c: changed XMAX to C99 HUGE_VALF 2007-04-01 Borut Razem * src/SDCC.lex, src/SDCCmain.c, support/cpp2/sdcpp.c: fixed bug #1692042: input buffer overflow...scanner uses REJECT * support/cpp2/sdcpp.c: fixed recursion bug - internal_error() called gcc_unreachable() called internal_error()... 2007-03-30 Raphael Neider * src/pic/ralloc.c (isData): suppress garbage debug output 2007-03-28 Borut Razem * doc/sdccman.lyx: "Nightly Snapshots" replaced with "Snapshot Builds", since the SDCC is developed, built and used worldwide, and the word "night" doesn't make any sense. 2007-03-28 Maarten Brock * device/include/mcs51/C8051F360.h: new, added * device/include/mcs51/C8051F520.h: fixed buggy sbit addresses SPI0CN 2007-03-27 Erik Petrich * src/SDCC.y (declaration_specifiers, function_specifier), * support/Util/SDCCerr.c, * support/Util/SDCCerr.h, * src/SDCCsymt.h, * src/SDCCsymt.c (mergeSpec, checkFunction): Parse and validate the inline keyword * src/SDCCmem.c (deallocParms), * src/SDCCast.c: support for function inlining, not quite complete * src/SDCCsymt.c (printTypeChain, printTypeChainRaw): display 'restrict' qualifier 2007-03-24 Maarten Brock * src/mcs51/gen.c (saveRegisters, unsaveRegisters): free some bitVects, (saveRBank, unsaveRBank): don't save bits, (genFunction, genEndFunction): save bits exactly once, fix bug 1535242 * support/regression/tests/bug1535242.c: new, added * device/include/assert.h: applied patch 1686533 to fix bug 1686528, thanks Alexey Shamrin , made assert.h header ANSI compliant (added a check for NDEBUG macro, removed header guard) * .version, * sdcc.spec: bumped version to 2.6.5 * src/SDCCmain.c(parseCmdLine): fixed bug 1677144 2007-03-22 Borut Razem * debugger/mcs51/cmd.c, debugger/mcs51/sdcdb.c: fixed bug #1653671: sdcdb integration into ddd is broken 2007-03-22 Raphael Neider * src/pic/gen.c (popGetExternal): augmented to also create references to external variables (not only labels), (genCall): comment on plan to reduce PAGESEL overhead, (genFunction, genEndFunction): also save/restore FSR around interrupt handling code, removed lots of unused code (genDivOneByte): release acquired temp register * src/pic/glue.c (pic14createInterruptVect): adapt to new signature of popGetExternal * device/lib/pic/libsdcc/shadowregs.c: NEW, provide storage location for registers that need to be saved during interrupts (FSR, STATUS, PCLATH; W needs special handling), currently only FSR is used 2007-03-22 Raphael Neider * device/include/pic/pic14devices.txt: 16f688 has only one config word 2007-03-19 Jesus Calvino-Fraga * /as/link/mcs51/aslink.dsp: Object extension for mcs51 is 'rel' not 'o'. 2007-03-17 Maarten Brock * src/mcs51/peeph.def (263.x): fixed bug for volatile variables 2007-03-14 Maarten Brock * as/link/aslink.h: added LKOBJEXT * as/link/hc08/link_hc08.dsp, * as/link/hc08/Makefile.bcc, * as/link/hc08/Makefile.in, * as/link/mcs51/aslink.dsp, * as/link/mcs51/Makefile.bcc, * as/link/mcs51/Makefile.in: moved lkamof51.c and lkdata.c * as/link/hc08/lkaomf51.c, as/link/mcs51/lkaomf51.c, * as/link/lkaomf51.c: merged and moved * as/link/hc08/lkdata.c, as/link/mcs51/lkdata.c, * as/link/z80/lkdata.c, * as/link/lkdata.c: merged and moved * as/link/hc08/lkmain.c, * as/link/mcs51/lkmain.c: cosmetic changes * as/link/z80/lkeval.c, as/link/lkeval.c: merged * as/link/lklex.c: use LKOBJEXT * as/link/z80/lklist.c, as/link/lklist.c: merged, ANSI-fied functions, removed bubble-sorts * as/link/z80/lksym.c as/link/lksym.c: merged, ANSI-fied functions * as/link/z80/linkgbz80.dsp, * as/link/z80/linkz80.dsp, * as/link/z80/Makefile.in: added lkaomf51.c and lknoice.c, moved lkdata.c, lkeval.c, lkhead.c, lklex.x, lklist.c, lksym.c * as/link/z80/lkhead.c, * as/link/z80/lklex.c: deleted * as/link/z80/lklibr.c: moved LKOBJEXT to aslink.h * as/link/z80/lkmain.c: added copyfile() 2007-03-13 Jesus Calvino-Fraga * device/include/mcs51/P89LPC925.h: Added missing P1_6 and P1_7. 2007-03-13 Frieder Ferlemann * device/lib/_strlen.c: assembler version for mcs51 2007-03-13 Raphael Neider * device/include/pic16/pic18f2221.h, * device/include/pic16/pic18f2321.h, * device/include/pic16/pic18f2331.h, * device/include/pic16/pic18f4221.h, * device/include/pic16/pic18f4321.h, * device/include/pic16/pic18f4331.h: fixed config byte location names * support/scripts/inc2h-pic16.pl: removed debug output, emit consistently named config byte locations 2007-03-13 Borut Razem * src/Makefile.in, sim/ucsim/avr.src/Makefile.in, sim/ucsim/hc08.src/Makefile.in, sim/ucsim/s51.src/Makefile.in, sim/ucsim/xa.src/Makefile.in, sim/ucsim/z80.src/Makefile.in, as/link/z80/Makefile.in, as/z80/Makefile.in: introduced LDFLAGS 2007-03-11 Frieder Ferlemann * device/lib/printfl.c: 13 bytes less __data mem (12 more __idata) * device/lib/printf_large.c: pointer was converted to generic pointer for mcs51 models other than model-small (Maarten noticed) 2007-03-10 Jesus Calvino-Fraga * device/include/mcs51/ADuC84x.h: Added. 2007-03-10 Borut Razem * src/SDCC.lex, src/SDCCutil.[ch], src/SDCCval: fixed RFE #1624219: double backslashes in filenames; functions hexEscape(), octalEscape() and copyStr() moved from SDCCval.c to SDCCutil.c and made them glovbally available 2007-03-09 Borut Razem * src/SDCC.lex, src/SDCCast.c. src/SDCCglobl.c, src/SDCCsymt.c, src/SDCCval.c: fixed bugs #1676768: Wrong line number reported and 1673361: Missaligned comments in output files 2007-03-09 Raphael Neider * device/include/pic/pic14devices.txt: fixed confsiz of 16f91[3467] 2007-03-09 Raphael Neider * src/pic/gen.c, * src/pic/glue.c, * src/pic/ralloc.c: suppress undesired debug output * src/SDCCmain.c (linkEdit): initialize c to quieten compiler 2007-03-08 Frieder Ferlemann * device/lib/printf_large.c: 6 bytes less __data mem (6 more __idata) 2007-03-07 Borut Razem * device/lib/pic16/libdev/pic18f[24][34]31.c: search include files in the current directory 2007-03-04 Maarten Brock * src/SDCCglue.c (emitMaps, glue), * src/SDCCmem.c (initMem, allocDefault): added x_abs for initialized absolute xdata * support/regression/tests/absolute.c: added xdata test 2007-03-03 Maarten Brock * src/SDCCmain.c (parseCmdLine): only set options.xstack_loc for mcs51, added condition to macro, fixes bug 1666080 2007-03-02 Raphael Neider * src/pic/gen.c (genGenPointerSet): removed bogus assertion 2007-02-28 Frieder Ferlemann * device/lib/mcs51/crtxclear.asm: pdata segment of 256 byte would not be cleared. Unconditionally set __XPAGE * src/hc08/gen.c: --no-gen-comments (RFE #1493816) for hc08 2007-02-27 Frieder Ferlemann * src/SDCCglobl.h, * src/SDCCmain.c, * src/mcs51/gen.c, * src/mcs51/rtrack.c, * src/ds390/gen.c, * doc/sdccman.lyx: added --no-gen-comments * src/mcs51/peeph.def: added 192.b, disabled 185 2007-02-25 Raphael Neider * src/pic16/gen.c (genCast): fixed typo * device/lib/pic16/Makefile.subdir: only install existing files * device/lib/pic16/libdev/Makefile.in: build serially, avoid races 2007-02-25 Maarten Brock * device/lib/mcs51/crtcall.asm: new, added for indirect calls * device/lib/mcs51/crtclear.asm, * device/lib/mcs51/crtxclear.asm: renumbered labels * device/lib/mcs51/Makefile.in: added crtcall.asm * doc/sdccman.lyx: documented mcs51 crt* library startup code * src/mcs51/gen.c (movc): removed, (aopGet, genPlusBits): clear a after loading the carry (possibly from acc.x or psw.x), (toCarry, genSend, genRet): added function toCarry, (genPcall): use "lcall @a+dptr" for functions w/o parameters, (assignBit, genAssign, genCast): added function assignBit * src/mcs51/Makefile.bcc: added rtrack.c * src/mcs51/ralloc.h: made valueKnown a bitfield * src/mcs51/rtrack.c (getReg, rtrackUpdate): added getReg, fixed "jbc acc" and "cpl acc" bug, enhanced "cjne", "jnz" and "djnz", disabled InvalidateAllRx for lcall __gptrput, added "xch a,rn" * src/pic/pcode.c (FixRegisterBanking): fixed warning used uninitialized * src/z80/gen.c: added AOP_IS_PAIRPTR, (_pop): only pop valid pairs, see gencjneshort, (gencjneshort): return pair that still needs to be popped, restructured, (gencjne, genCmpEq): call _pop 2007-02-23 Raphael Neider * device/include/pic/pic14devices.txt: 16f684 has only one config word 2007-02-22 Jesus Calvino-Fraga * device/include/mcs51/P89LPC925.h: Added. 2007-02-18 Raphael Neider * src/pic/glue.c (emitInitVal): fixed #1659894 (SIGSEGV on arrays) 2007-02-17 Borut Razem * support/cpp2/directives.c, support/cpp2/version.c: synchronized with GCC CPP 4.1.2 2007-02-15 Frieder Ferlemann * src/mcs51/rtrack.h, * src/mcs51/rtrack.c: added register tracking for the mcs51 port, by checking the strings passed by emitcode() to the assembler. Feel free to change. This in part addresses RFE #482179. Set environment variable SDCC_RTRACK to enable. * src/mcs51/gen.c: inserted hooks * src/mcs51/ralloc.h: added two members to struct regs * support/regression/tests/regtrack.c: added 2007-02-14 Borut Razem * src/SDCC.y: fixed bug #1291133: duplicate members across enum(s) * Makefile.in: applied patch from Makefile related part of #1469393: Compiler does not initialize static data 2007-02-12 Maarten Brock * src/SDCCicode.c (geniCodeAssign): return (itemp) right instead of left for better fix of bug 1273984, compiles pic16 rand.c 2007-02-12 Borut Razem * src/pic16/main.c: fixed pic16 standard library directory bug 2007-02-11 Maarten Brock * src/hc08/gen.c (genSwap): fix swap regression test 2007-02-10 Borut Razem * src/SDCCsymt.c: fixed bug #1159134: invalid duplicate declarations with same scope * support/regression/tests/bug-1654060.c: added regression test for #1654060 2007-02-09 Bernhard Held * src/mcs51/gen.c (genRet): fixed RFE 1652561: added code for bit to bit moves in return statement 2007-02-09 Borut Razem * src/SDCC.y: fixed bug #1654060 typedef within function causes syntax error 2007-02-07 Maarten Brock * src/mcs51/gen.c (aopPut): use direct name for pushing registers * src/SDCCmain.c (parseCmdLine): dbuf_s path must be initialised 2007-02-07 Raphael Neider * src/pic16/devices.inc, * device/include/pic16/pic18fregs.h, * device/include/pic16/pic18f[24][34]31.h, * device/lib/pic16/libdev/pic18f[24][34]31.c, * device/lib/pic16/pics.all: added 18f[24][34]31 family * device/lib/pic16/libio/i2c.ignore: do not build i2c 2007-02-07 Maarten Brock * device/lib/printf_large.c (_print_format): fixed compare/assign bug, how can this have lived here for so many years? * src/SDCCicode.c (ast2iCode): return left instead of right for assignment, fixes bug 1273984, see also patch 1645121, thanks Gnther Jehle * support/regression/tests/bug1273984.c: new, added, thanks Gnther Jehle 2007-02-06 Bernhard Held * src/SDCCBlock.c (addiCodeToeBBlock): fixed bug 1652207: GOTO icodes appended by loop induction must be at the very end of the eBBlock 2007-02-05 Kevin Vigor * src/ds390/gen.c, src/ds390/main.c: Address bug 1469393. 2007-02-05 Borut Razem * support/regression/fwk/lib/timeout.c: native WIN32 port, implemented #1651830 Reg. tests: rewrite timeout.c to use WIN32 API 2007-02-03 Borut Razem * src/SDCC.y, src/SDCCmain.c, src/SDCCglobl.h, doc/sdccman.lyx: applied patch #1646602 option to set default signedness of char to unsigned, added -funsigned-char command line option, thanks to Gunther Jehle * device/lib/Makefile.in: added the -f option to rm so it doesn't prompt for file deletion a few hundred times (especially the subversion files, which have ro permissions so it asks for confirmation), thanks to Simon McAuliffe; added {} + option to find in order to remove multiple files from a single rm commad 2007-02-02 Jesus Calvino-Fraga * device/include/mcs51/SST89x5xRDx.h: Added. 2007-02-02 Raphael Neider * src/pic/glue.c (emitSymbolSet): check sym->etype before use * src/regression/Makefile: use --no-pcode-opt, ignore failing tests 2007-02-01 Raphael Neider * src/pic/glue.c (picglue,emitSymbolSet,showAllMemmaps): emit the config words again 2007-01-31 Borut Razem * support/Util/dbuf_string.h: added ATTRIBUTE_PRINTF to dbuf_printf() if compiled with GCC. Thanks to Raphael Neider 2007-01-31 Raphael Neider * src/pic/pcode.c (isValidIdChar,bankCompare): fuzzy matching of operand names, handles name and (name + n) for all n, (sameBank): restructured, also check bank allocation policy, * src/pic/glue.c (emitPseudoStack): fixed printf arguments, (pic14_operandsAllocatedInSameBank): check whether to operands will be allocated into the same bank (i.e., section) to reduce BANKSEL overhead, queried from pcode.c:sameBank, (pic14printLocals): reintroduced clustering registers into a single section: all compiler generated symbols will now reside in one bank (per file), reducing BANKSEL overhead and code size, (showAllMemmaps): use local dbuf where possible 2007-01-29 Raphael Neider * src/pic/gen.c (popGetExternal): simplified, mark symbol as used, (call_libraryfunc): retrieve/create symbol and mark as used, (genFunction): mark defined functions as non-extern and add again to code memmap for later output * src/pic/glue.c (emitPseudoStack): put into own subroutine, (pic14printLocals): reworked for new symbol emission, (emitIfNew,pic14_constructAbsMap,emitIvalLabel,emitIvals,emitInitVal, showAllMemmaps): reworked symbol output using dbufs, added handling of string literals (still incomplete), (picglue): removed symbol emission, moved into showAllMemmaps, (emitSymbolSet): new workhorse for symbol output, (pic14emitMaps,pic14printPublics,pic14printExterns): commented out 2007-01-29 Borut Razem * src/SDCCmain.c, src/SDCCutil.c: dbuf_splitFile: file extension component contains the extension separator. 2007-01-28 Borut Razem * sim/ucsim/cmd.src/cmdutil.cc: NUL device is detected as CG_FILE type on WIN32 * src/SDCCdwarf2.c, src/SDCCglobl.h, src/SDCCmain.c, src/SDCCutil.c, src/SDCCutil.h, src/avr/gen.c, src/ds390/gen.c, src/hc08/gen.c, src/mcs51/gen.c, src/pic/device.c, src/pic/gen.c, src/pic/pcode.c, src/pic/pcodepeep.c, src/pic/ralloc.c, src/pic16/device.h, src/pic16/gen.c, src/pic16/main.c, src/pic16/pcode.c, src/pic16/pcodepeep.c, src/pic16/ralloc.c, src/xa51/gen.c, src/z80/gen.c, support/Util/MySystem.c: accept slash and backslash as directory separator on WIN32 and Cygwin ports 2007-01-28 Raphael Neider * src/pic16/devices.inc, * device/include/pic16/pic18f[24][23]21.h, * device/include/pic16/pic18fregs.h, * device/lib/pic16/libdev/pic18f[24][23]21.c, * device/lib/pic16/pics.all: added support for the 18f[24][23]21 family * device/lib/pic16/libio/adc.ignore, * device/lib/pic16/libio/i2c.ignore, * device/lib/pic16/libio/usart.ignore: do not build I/O lib for new family, as gputils do not yet support the devices * device/lib/pic16/Makefile.subdir: ignore errors on install * support/scripts/inc2h-pic16.pl: script to generate pic16 device headers and libraries from gputils .inc files 2007-01-26 Paul Stoffregen * doc/sdccman.lyx: add printf_fast_f precision limitation note 2007-01-26 Paul Stoffregen * doc/sdccman.lyx: add printf benchmarks 2007-01-25 Paul Stoffregen * device/lib/printf_fast.c: fix %c, char promoted to int * device/lib/printf_tiny.c: fix %c, char promoted to int 2007-01-25 Paul Stoffregen * device/lib/printf_fast.c: fix float overflow check, bug #1525093 2007-01-25 Frieder Ferlemann * support/regression/tests/swap.c: 64 bit hosts failed * doc/sdccman.lyx: added preliminary mcs51 printf feature matrix 2007-01-25 Raphael Neider * src/pic/pcode.c (sameBank,FixRegisterBanking): optimize banksels based on absolute register address, patch by Alex Blond 2007-01-22 Raphael Neider * src/pic/glue.c (pic14emitRegularMap): mark initialized symbols as emitted, do not emit them again... 2007-01-22 Raphael Neider * src/regression/bank1.c, src/regression/compare6.c, src/regression/add.c: cosmetic changes * src/pic/pcode.h: moved GPTRTAG_* here from gen.c * src/pic/gen.c: fixed global zero and one, (aopForSym): removed unued code, (aopGet): assert aop is defined, check and use `index' of pCodeImmd operands (fixes #1630908), * src/pic/pcode.c (get_op): added output of generic pointer tag, (register_reassign): prevent accidental register unification, (ReuseReg): cosmetic changes (also above) * src/pic/glue.c (pic14_constructAbsMap,pic14emitRegularMap, pic14emitStaticSeg): do not emit initialized data, (printIval*): replaced with working versions, (pic14createInterruptVect,picglue): use idata for initialized data, now init data should work in all modules (not only main()), * device/lib/pic/libsdcc/idata.c: NEW, handle initialized data 2007-01-21 Borut Razem * sim/ucsim/configure.in: introduced macro DD_COPT_NO_IGNORE, use -fPIC or -fpic if they are supported and not ignored * src/SDCCval.c: fixed bug introduced by me in rev. #4577 * support/cpp2/libcpp/lex.c: fixed gcc 4.1.1 warnings 2007-01-20 Borut Razem * src/SDCC.lex, src/SDCCmain.c, sdc/SDCCglobl.h, doc/sdccman.lyx: implemented RFE #1470316: allow "$" in variable names 2007-01-20 Raphael Neider * device/include/pic/pic14regs.h: reverted accidental wipe of the file 2007-01-20 Raphael Neider * device/lib/pic/libdev/devices.txt: device list for mkall.sh * device/lib/pic/libdev/mkall.sh: script to rebuild all device libs * device/lib/pic/libdev/pic14ports.txt: device PORT specifications * support/scripts/inc2h.pl: fixed major .inc parsing bugs, applied patch from Robert Tate (#1629249) to add PORTs and TRISs * device/lib/pic/libdev/pic*.c, * device/include/pic/pic*.h: regenerated with enhanced inc2h.pl * device/lib/pic/libdev/Makefile.in: show progress 2007-01-19 Bernhard Held * doc/sdccman.lyx: updated "configure options" for autoconf 2.6 * support/scripts/sdcc_cygwin_mingw32, * support/scripts/sdcc_mingw32, * support/scripts/build.mak: replaced --datadir by --datarootdir for conformance with autoconf 2.6 2007-01-19 Raphael Neider * src/pic/device.c (register_map): fixed list construction * src/pic/gen.c (genDivOneByte,genModOneByte): accept result > 1 byte, (genMod): removed case for genModbits, (genModbits): removed as now unused/unimplemented * src/pic/glue.c (picglue): prevent name clash with sources 'init.c' 2007-01-18 Frieder Ferlemann * support/regression/tests/swap.c: added in response to #1638622 * doc/sdccman.lyx: synced version, minor changes 2007-01-18 Borut Razem * SDCClabel.c: fixed bug #1638651: wrong linenumber presented in warning, thanks to Gunther Jehle * src/asm.c: don't die if the file drfined in #line couldn't be opened * src/SDCC.lex, src/SDCCglobal.h, src/SDCCicode.c, src/SDCCsymt.c, src/SDCCval.c: removed redundant definitions of currFname and mylineno; use filename in lineno instead. * SDCCast.c: removed MSVC warning C4018: '==' : signed/unsigned mismatch, print the file name in ast_print() 2007-01-18 Borut Razem * support/Util/dbuf_string.c: removed (PTR) cast since it is not defined in MSVC * src/SDCC.lex: stringLiteral() returns const char pointer, EOF detection in stringLiteral(), fixed asmbuf memory leak, fixed column counting * src/SDCCval.[ch]: constVal(), value *strVal() and charVal() accept const char pointer as parameter * src/SDCCdwarf2.c: corrected buffer size 2007-01-17 Borut Razem * support/Util/dbuf_string.c: fixed for amd64 2007-01-15 Borut Razem * src/pic16/ralloc.c, src/pic/ralloc.c, src/SDCC.y: removed terminal symbol ELIPSIS, since it was never generated by the lexer and it was wrongly used in parameter_identifier_list rule 2007-01-15 Raphael Neider * doc/sdccman.lyx: updated PIC14/16 command line args, updated PIC14 code page and data banking description * src/pic/genarith.c, * src/pic/gen.h: removed bit arithmetic functions, updated exit(1) to exit(EXIT_FAILURE) * device/lib/pic16/libsdcc/stack/stack.S: default to 256 byte stack * device/include/pic16/pic18f2455.h, * device/lib/pic16/libdev/pic18f2455.c: added PORTD, LATD, LATE, TRISD and TRISE, fixed/added some bit names * device/lib/pic16/libdev/pic18f{2550,4550,4455}.c, * device/include/pic16/pic18f{2550,4550,4455}.h: simply include updated pic18f2455.{c,h} instead of duplicating them 2007-01-14 Borut Razem * as/mcs51/asnoice.c, as/hc08/asnoice.c: fixed bug #1447412: Cannot debug files that contain spaces in the path name by converting spaces in asm file name to underscores 2007-01-13 Borut Razem * doc/sdccman.lyx: fixed format errors 2007-01-10 Borut Razem * src/SDCC.lex, src/SDCCmain.c: fixed bug #1631895: codeseg/constseg #pragma fail * suppoprt/cpp2/Makefile.bcc: reenable Borland C compilation * suppoprt/cpp2/configure.in, suppoprt/cpp2/libcpp/lex.c, suppoprt/cpp2/Makefile.in, suppoprt/cpp2/sdcpp-opts, suppoprt/cpp2/sdcpp.[ch]: house cleaning 2007-01-09 Borut Razem * get rid of diagnistic.[ch], pretty-print.[ch], c-pretty-print.[ch], ... used just for error, warning, ... message formatting * suppoprt/cpp2/pretty-print.[ch], suppoprt/cpp2/diagnostic.[ch], suppoprt/cpp2/diagnostic.def, suppoprt/cpp2/input.h, suppoprt/cpp2/pretty-print.[ch]: removed * suppoprt/cpp2/Makefile.in, suppoprt/cpp2/opts.c, suppoprt/cpp2/sdcpp-opts.c, suppoprt/cpp2/sdcpp.[ch], suppoprt/cpp2/sdcpp.dsp: changed 2007-01-08 Maarten Brock * device/lib/printf_large.c (output_float): removed recursion, use smaller buffer on stack for mcs51, fixed bug printing 1.96 * support/regression/tests/snprintf.c: added test 2007-01-07 Borut Razem * use dynamic memory buffers instead temporary files * support/Util/dbuf_string.c, support/Util/dbuf_string.h: added * src/Makefile.in, src/SDCC.lex, src/SDCCast.c, src/SDCCast.h, src/SDCCcse.c, src/SDCCglobl.h, src/SDCCglue.c, src/SDCCglue.h, src/SDCCicode.c, src/SDCCicode.h, src/SDCCmain.c, src/SDCCmem.c, src/SDCCmem.h, src/SDCCpeeph.c, src/SDCCpeeph.h, src/SDCCsymt.c, src/SDCCsymt.h, src/SDCCutil.c, src/asm.c, src/asm.h, src/avr/gen.c, src/avr/main.c, src/ds390/gen.c, src/ds390/main.c, src/hc08/gen.c, src/hc08/main.c, src/izt/gen.c, src/mcs51/gen.c, src/mcs51/main.c, src/pic/device.c, src/pic/gen.c, src/pic/glue.c, src/pic/main.c, src/pic/ralloc.c, src/pic16/gen.c, src/pic16/glue.c, src/pic16/main.c, src/pic16/ralloc.c, src/port.h, src/src.dsp, src/xa51/gen.c, src/xa51/main.c, src/z80/gen.c, src/z80/main.c, support/Util/dbuf.c, support/Util/dbuf.h: modified * .version, sdcc.spec: bumped version to 2.6.4 2007-01-07 Maarten Brock * src/port.h: added TARGET_Z80_LIKE macro * src/SDCCmain.c (linkEdit): use TARGET_Z80_LIKE, output PSEG location if --xram-loc or --xstack-loc was used * as/link/mcs51/lkarea.c (lnksect2): set segment address afterwards 2007-01-07 Maarten Brock * as/as_gbz80.dsp, as/z80/as_gbz80.dsp, * as/as_z80.dsp, as/z80/as_z80.dsp, * as/asx8051.dsp, as/mcs51/asx8051.dsp, * sdcc.dsw: moved project files into subdir * as/hc08/as_hc08.dsp, * as/hc08/Makefile.bcc, * as/hc08/Makefile.in, * as/mcs51/Makefile.bcc, * as/mcs51/Makefile.in, * as/z80/Makefile.bcc, * as/z80/Makefile.in, * as/link/mcs51/Makefile.bcc: use as/strcmpi.c * as/hc08/asm.h, * as/mcs51/asm.h, * as/z80/asm.h: added as_strcmpi() and as_strncmpi() prototypes * as/hc08/asmain.c, * as/hc08/assym.c, * as/mcs51/asmain.c, * as/mcs51/assym.c, * as/z80/assym.c: removed include "strcmpi.h" * as/hc08/strcmpi.c, * as/hc08/strcmpi.h, * as/mcs51/strcmpi.c, * as/mcs51/strcmpi.h, * support/Util/strcmpi.c, * support/Util/strcmpi.h: removed files * as/strcmpi.c: added as_strncmpi() 2007-01-05 Jesus Calvino-Fraga * sdcc.dsw: Added some dependencies on project config.dsp 2007-01-05 Maarten Brock * as/link/mcs51/lkarea.c (lnkarea2, lnksect2): replaced [di]seg_ap->a_addr with [di]ram_start to fix a regresion 2007-01-03 Bernhard Held * configure.in: added missing mcs51 in status output * Makefile.in: add support/regression to SDCC_EXTRA to distclean this directory * debugger/mcs51/clean.mk (distclean): remove config.h * src/clean.mk (clean): remove SDCCy.c, SDCCy.h, SDCClex.c * support/cpp2/Makefile.in (clean): remove s-options, optionlist, options.h, s-options-h and options.c * support/cpp2/clean.mk: unused, removed * Makefile.common.in, * main_in.mk, * as/Makefile.in, * as/hc08/Makefile.in, * as/hc08/clean.mk, * as/mcs51/Makefile.in, * as/mcs51/clean.mk, * as/z80/clean.mk, * as/z80/conf.mk, * as/z80/Makefile.in, * as/z80/clean.mk, * as/link/Makefile.in, * as/link/hc08/Makefile.in, * as/link/hc08/clean.mk, * as/link/mcs51/Makefile.in, * as/link/mcs51/clean.mk, * as/link/z80/Makefile.in, * as/link/z80/clean.mk, * as/link/z80/conf.mk, * debugger/mcs51/Makefile.in, * debugger/mcs51/clean.mk, * device/include/Makefile.in, * device/lib/Makefile.in, * device/lib/mcs51/Makefile.in, * device/lib/pic/Makefile.in, * device/lib/pic/Makefile.common.in, * device/lib/pic/Makefile.subdir, * device/lib/pic/Makefile.rules, * device/lib/pic16/libio/Makefile.in, * device/lib/pic16/Makefile.subdir, * device/lib/pic16/libdev/Makefile.in, * device/lib/pic16/Makefile.rules, * device/lib/pic16/Makefile.common.in, * sim/ucsim/avr.src/Makefile.in, * sim/ucsim/main_in.mk, * sim/ucsim/cmd.src/Makefile.in, * sim/ucsim/doc/Makefile.in, * sim/ucsim/gui.src/Makefile.in, * sim/ucsim/gui.src/obsolete/portmon.src/Makefile.in, * sim/ucsim/gui.src/serio.src/Makefile.in, * sim/ucsim/hc08.src/Makefile.in, * sim/ucsim/libltdl/Makefile.in, * sim/ucsim/s51.src/Makefile.in, * sim/ucsim/sim.src/Makefile.in, * sim/ucsim/sim.src/conf.mk, * sim/ucsim/xa.src/Makefile.in, * sim/ucsim/z80.src/Makefile.in, * src/Makefile.in, * src/clean.mk, * src/port.mk, * support/cpp2/Makefile.in, * support/librarian/Makefile.in, * support/librarian/clean.mk, * support/makebin/Makefile.in, * support/makebin/clean.mk, * support/packihx/Makefile.in, * support/regression/Makefile.in, * support/regression/ports/ds390/spec.mk, * support/regression/ports/gbz80/spec.mk, * support/regression/ports/hc08/spec.mk, * support/regression/ports/mcs51/spec.mk, * support/regression/ports/mcs51-large/spec.mk, * support/regression/ports/mcs51-medium/spec.mk, * support/regression/ports/mcs51-xstack-auto/spec.mk, * support/regression/ports/pic14/spec.mk, * support/regression/ports/pic16/spec.mk, * support/regression/ports/mcs51-stack-auto/spec.mk, * support/regression/ports/ucz80/spec.mk, * support/regression/ports/xa51/spec.mk, * support/regression/ports/z80/spec.mk: fixed for autoconf 2.6x by adding a slash after $(top_builddir) and/or adding @datarootdir@ * configure.in, * debugger/mcs51/configure.in, * device/lib/pic/configure.in, * device/lib/pic16/configure.in, * sim/ucsim/configure.in, * support/cpp2/configure.in, * support/packihx/configure.in: changed AC_PREREQ to 2.60 * configure, * debugger/mcs51/configure, * device/lib/pic/configure, * device/lib/pic16/configure, * sim/ucsim/configure, * support/cpp2/configure, * support/packihx/configure: generated with autoconf 2.60 2007-01-02 Maarten Brock * as/link/hc08/lkihx.c (newArea), * as/link/hc08/lkrloc.c: renamed newArea() to ihxNewArea() 2007-01-02 Borut Razem * doc/sdccman.lyx: documented #pragma sdcc_hash * support/cpp2/sdcpp.c: allow_naked_hash (value of #pragma sdcc_hash) initialized to 0 * support/cpp2/c-ppoutput.c: fixed warning: no newline at end of file 2007-01-01 Bernhard Held * src/SDCCast.c (createDo): backPatchLabels() needs falseLabel in empty 'while'-loop to work correctly, see regression test 'while.c' * support/regression/tests/while.c: added 2007-01-01 Borut Razem * support/cpp2/libcpp/directives.c, support/cpp2/libcpp/identifiers.c, support/cpp2/libcpp/init.c, support/cpp2/libcpp/sdcpp-opts.c, support/cpp2/libcpp/sdcpp.c: sdcpp specific pragma/directive/option handling moved to sdcpp.c * doc/sdccman.lyx: reference to the GCC 4.1.1 CPP Manual * support/cpp2/libcpp/mkdeps.c: synchronized with GCC CPP 4.1.1 2006-12-31 Borut Razem * SDCPP synchronized with GCC CPP release version 4.1.1, currently the latest release: * support/cpp2/libcpp, support/cpp2/libcpp/include, support/cpp2/libcpp/include/cpp-id-data.h support/cpp2/libiberty/fopen_unlocked.c support/cpp2/libiberty/md5.c support/cpp2/md5.h support/cpp2/opt-functions.awk support/cpp2/opt-gather.awk support/cpp2/optc-gen.awk support/cpp2/opth-gen.awk: added * support/cpp2/Makefile.in, support/cpp2/auto-host_vc_in.h, support/cpp2/c-incpath.c, support/cpp2/c-incpath.h, support/cpp2/c-ppoutput.c, support/cpp2/c-pretty-print.c, support/cpp2/c-pretty-print.h, support/cpp2/cppdefault.c, support/cpp2/cppdefault.h, support/cpp2/diagnostic.c, support/cpp2/diagnostic.h, support/cpp2/except.h, support/cpp2/hwint.h, support/cpp2/input.h, support/cpp2/intl.h, support/cpp2/move-if-change, support/cpp2/opts.c, support/cpp2/opts.h, support/cpp2/output.h, support/cpp2/prefix.c, support/cpp2/prefix.h, support/cpp2/pretty-print.c, support/cpp2/pretty-print.h, support/cpp2/sdcpp-opts.c, support/cpp2/sdcpp.c, support/cpp2/sdcpp.dsp, support/cpp2/sdcpp.h, support/cpp2/sdcpp.opt, support/cpp2/sdcppa.dsp, support/cpp2/symcat.h, support/cpp2/version.c: modified * support/cpp2/libcpp/charset.c, support/cpp2/libcpp/directives.c, support/cpp2/libcpp/errors.c, support/cpp2/libcpp/expr.c, support/cpp2/libcpp/files.c, support/cpp2/libcpp/identifiers.c, support/cpp2/libcpp/include/cpplib.h, support/cpp2/libcpp/include/line-map.h, support/cpp2/libcpp/include/mkdeps.h, support/cpp2/libcpp/include/symtab.h, support/cpp2/libcpp/init.c, support/cpp2/libcpp/internal.h, support/cpp2/libcpp/lex.c, support/cpp2/libcpp/line-map.c, support/cpp2/libcpp/macro.c, support/cpp2/libcpp/mkdeps.c, support/cpp2/libcpp/symtab.c, support/cpp2/libcpp/system.h, support/cpp2/libcpp/traditional.c, support/cpp2/libcpp/ucnid.h, support/cpp2/libiberty/hashtab.c, support/cpp2/libiberty/hashtab.h: moved * support/cpp2/cppcharset.c, support/cpp2/cpperror.c, support/cpp2/cppexp.c, support/cpp2/cppfiles.c, support/cpp2/cpphash.c, support/cpp2/cpphash.h, support/cpp2/cppinit.c, support/cpp2/cpplex.c, support/cpp2/cpplib.c, support/cpp2/cpplib.h, support/cpp2/cppmacro.c, support/cpp2/cpptrad.c, support/cpp2/cppucnid.h, support/cpp2/hashtab.c, support/cpp2/hashtab.h, support/cpp2/hashtable.c, support/cpp2/hashtable.h, support/cpp2/line-map.c, support/cpp2/line-map.h, support/cpp2/mkdeps.c, support/cpp2/mkdeps.h, support/cpp2/options_vc_in.c, support/cpp2/options_vc_in.h, support/cpp2/opts.sh, support/cpp2/system.h: deleted / moved 2006-12-31 Borut Razem * configure.in, configure: fixed bug #1538756: configure dies if bison and flex are not installed, 2nd try 2006-12-30 Bernhard Held * src/mcs51/peeph.def: renamed rule 400 to 500, moved rule 253.x to 400.x for better code in RFE 899102 2006-12-30 Bernhard Held * src/SDCCpeeph.c (deadMove), * src/port.h, * src/mcs51/peep.h: renamed 'op' by 'reg' * src/mcs51/peep.c (isFunc, isCallerSaveFunc): added, (scan4op): small change for removeDeadMove(), added support for 'callee saves' and/or PACLL function calls, (removeDeadMove): added, removes superflous 'mov r%1,%2', (removeDeadPopPush): renamed from mcs51DeadMove(), common parts left in new dispatcher mcs51DeadMove() (mcs51DeadMove): dispatcher for removeDeadPopPush() and new removeDeadMove() * src/mcs51/peeph.def: added rule 301 removing superflous 'mov r%1,%2' 2006-12-30 Jesus Calvino-Fraga * support/cpp2/options_vc_in.h, support/cpp2/options_vc_in.c, support/cpp2/sdcppa.dsp: create 'options.h' and 'options.c' under MSVC. 2006-12-30 Borut Razem * support/cpp2/spacs.h: deleted from svn * configure.in, configure: fixed bug #1538756: configure dies if bison and flex are not installed 2006-12-29 Maarten Brock * src/z80/gen.c (assignResultValue): fixed bug when registers overlap, with this z80 passes printf float test when enabled * support/regression/tests/bug1057979.c: typo disabled ds390 float test 2006-12-28 Borut Razem * support/cpp2/config.in, support/cpp2/configure.in, support/cpp2/configure, support/cpp2/Makefile.in: fix for the solaris build 2006-12-27 Erik Petrich * src/SDCC.y (type_specifier2, pointer), * src/SDCCsymt.h, * src/SDCCsymt.c (mergeSpec, checkSClass), * support/Util/SDCCerr.c, * support/Util/SDCCerr.h: Parse and validate the restrict keyword * support/valdiag/valdiag.py: Allow test cases to specify required language standard * support/valdiag/tests/restrict.c: New file to test restrict keyword * support/valdiag/tests/tentdecl.c: Supress empty source file error 2006-12-27 Borut Razem * support/cpp2/cppmain.c, support/cpp2/mbchar.[ch]: removed * support/cpp2/libiberty/Makefile.in, support/cpp2/libiberty/sdcpp.dsp: mbchar removed * support/cpp2/libiberty/getpwd.c, support/cpp2/sdcpp.h: fixed for borland C * support/cpp2/libiberty/Makefile.bcc: updated * src/pic16/main.c: fixed #pragma udata handling * src/mcs51/mcs51.dsp: added peep.[ch] to the project 2006-12-26 Bernhard Held * src/SDCCpeeph.c: made labelHashEntry global, made pcDistance, FBYNAME static, (pcDistance): made static, use isComment and isLabel, (deadMove): added, (getLabelRef): added, extracted from labelRefCount(), (labelRefCount): use new getLabelRef(), (callFuncByName): made static, added deadMove, use isComment and isLabel, (newPeepRule): made static, set isLabel, (isLabelDefinition): added parameter isPeepRule to allow '%' in labels from peephole rules, (buildLabelRefCountHash): speed up by running isLabelDefinition() only when isComment or isLabel is set * src/SDCCpeeph.h: added "isLabel" and "visited" to struct lineNode, added labelHashEntry, isLabelDefinition, labelHash and getLabelRef to make them global * src/mcs51/peep.h: added * src/mcs51/peep.c: added, implements mcs51DeadMove() * src/port.h: added peep->deadMove to port structure * src/mcs51/main.c: initialize peep->deadMove with mcs51DeadMove * src/mcs51/peeph.def: renumbered rule 300 to 400, added new rule 300 deadMove, finally removed no. 1 and 2 * src/mcs51/gen.c, * src/pic/gen.c, * src/z80/gen.c, * src/z80/ralloc.c, * src/pic16/gen.c, * src/ds390/gen.c, * src/hc08/gen.c: mark lines with isComment or isLabel * sim/ucsim/s51.src/uc390hw.cc: don't waist 65535 ticks before CKRDY * .version, * sdcc.spec: bumped version to 2.6.3 2006-12-26 Borut Razem * support/cpp2/Makefile.in: added dependency on options.h * configure: regenerated * support/cpp2/sdcpp.opt, support/cpp2/move-if-change: svn:eol-style native * support/cpp2/Makefile.in: added vasprintf.c 2006-12-25 Borut Razem * SDCPP synchronized with GCC CPP release version 3.4.6, the latest release before 4.x: * support/cpp2/Makefile.in, support/cpp2/config.h, support/cpp2/configure, support/cpp2/configure.in, support/cpp2/cppdefault.c, support/cpp2/cppdefault.h, support/cpp2/cpperror.c, support/cpp2/cppexp.c, support/cpp2/cppfiles.c, support/cpp2/cpphash.c, support/cpp2/cpphash.h, support/cpp2/cppinit.c, support/cpp2/cpplex.c, support/cpp2/cpplib.c, support/cpp2/cpplib.h, support/cpp2/cppmacro.c, support/cpp2/cpptrad.c, support/cpp2/except.h, support/cpp2/hashtable.c, support/cpp2/hashtable.h, support/cpp2/hwint.h, support/cpp2/intl.h, support/cpp2/line-map.c, support/cpp2/line-map.h, support/cpp2/mkdeps.c, support/cpp2/mkdeps.h, support/cpp2/output.h, support/cpp2/prefix.c, support/cpp2/prefix.h, support/cpp2/sdcpp.dsp, support/cpp2/system.h, support/cpp2/version.c: modified * support/cpp2/c-incpath.c, support/cpp2/c-incpath.h, support/cpp2/c-ppoutput.c, support/cpp2/c-pretty-print.c, support/cpp2/c-pretty-print.h, support/cpp2/cppcharset.c, support/cpp2/cppucnid.h, support/cpp2/diagnostic.c, support/cpp2/diagnostic.def, support/cpp2/diagnostic.h, support/cpp2/hashtab.c, support/cpp2/hashtab.h, support/cpp2/input.h, support/cpp2/libiberty/getpwd.c, support/cpp2/libiberty/vasprintf.c, support/cpp2/libiberty/xmemdup.c, support/cpp2/move-if-change, support/cpp2/opts.c, support/cpp2/opts.h, support/cpp2/opts.sh, support/cpp2/pretty-print.c, support/cpp2/pretty-print.h, support/cpp2/sdcpp.opt, support/cpp2/sdcpp-opts.c, support/cpp2/win32, support/cpp2/win32/dirent.c, support/cpp2/win32/dirent.h: added * support/cpp2/sdcpp.c: renamed from sdcppmain.c * support/cpp2/sdcpp.h: renamed from sdcc.h * sdcppinit.c: deleted 2006-12-23 Borut Razem * support/cpp2/cpphash.h, support/cpp2/cpplex.c, support/cpp2/cpplib.[ch], support/cpp2/sdcppinit.c, doc/sdccman.lyx, preproc.c: an other try to fix bug #982435: introduced -pedantic-parse-number command line option and pedantic_parse_number pragma 2006-12-21 Maarten Brock * as/link/mcs51/lkarea.c (lnkarea2): handle absolute areas, restructured BSEG handling, (lnksect2): use --data-loc and --idata-loc as lower bound for ramstart, corrected overlayed areax addresses, warn about memory overlaps * as/mcs51/asmain.c (asmbl): create a new area for every .org directive * src/avr/main.c, * src/ds390/main.c, * src/hc08/main.c, * src/mcs51/main.c, * src/pic16/main.c, * src/pic/main.c, * src/xa51/main.c, * src/z80/main.c, * src/port.h: added xabs_name and iabs_name * src/SDCCglue.c (emitRegularMap): allocate for absolutes with initializer (glue, emitMaps): create and emit maps d_abs and i_abs * src/SDCCglue.h: cosmetic changes * src/SDCCmain.c (setDefaultOptions): idata can start below 0x80 * src/SDCCmem.h, * src/SDCCmem.c (initMem): added x_abs, i_abs and d_abs (allocDefault): put absolute, initialized globals in them * support/regression/tests/absolute.c: added absolute bdata test * device/lib/printf_large.c (output_float): moved fpBuffer to stack/xdata 2006-12-20 Borut Razem * support/cpp2/cpphash.h, support/cpp2/cpplex.c: fixed bug #982435 * support/regression/tests/preproc.c: renamed from bug-1351710.c, added regression test for bug #982435 2006-12-18 Borut Razem * src/SDCCutil.c: fixed a bug in (get_pragma_token) * src/pic16/main.c, src/SDCC.lex, src/z80/main.c: small cosmetic changes * src/SDCC.lex: (stringLiteral) fixed bug #1351710 * support/regression/tests/bug-1351710.c: added regression test 2006-12-18 Frieder Ferlemann * doc/sdccman.lyx: added the long missed iCode table "", added links to wiki 2006-12-17 Borut Razem * doc/sdccman.lyx, src/pic16/main.c, src/pic/main.c, src/port.h, src/SDCC.lex, src/SDCCutil.[ch], src/z80/main.c, support/Util/SDCCerr.[ch]: removed deprecated pragmas, unified table driven pragma handling, pragma argument type checking * support/Util/dbuf.c: (dbuf_set_size) allow to set size equal to the current one - version 1.1.3 * src/SDCCmain.c: (setParseWithComma) substituted brain damaged strtok 2006-12-13 Raphael Neider * src/pic/device.h: removed AssignedMemory structure and macros * src/pic/device.c: removed global finalMapping (linker assigns memory locations), (register_map): add SFRs to remembered memRanges (addMemRange,isSFR,dump_map,dump_sfr,mapRegister,assignRegister, assignFixedRegisters,assignRelocatableRegisters): removed, (setMaxRAM,validAddress): adapted accordingly, (pic14_hasSharebank,pic14_getSharedStack): only report and use reasonably sized sharebanks, * src/pic/ralloc.c (writeUsedRegs): stripped down (remove?), (allDefsOutOfRange): removed unused code, * src/pic/main.c (_process_pragma): removed memmap/maxram pragma handling * src/pic/pcode.c (register_reassign): removed recursion warning, fired far too often, * src/pic/glue.c (emitSymbolToFile,pic14_constructAbsMap): modified to use existing pic14_stringInSet() to avoid duplicate symbols, tidied up the code a bit, (pic14printLocals): added in symmetry to printExterns, replaces writeUsedRegs more or less, (picglue): call new pic14_printLocals(), * device/include/pic/pic*.h: removed #pragma memmap directives, information gathered from include/pic/pic14devices.txt * support/scripts/inc2h.pl: do not emit #pragma memmap lines 2006-12-10 Maarten Brock * device/include/mcs51/C8051F520.h: fixed buggy CPT0MX 2006-12-11 Jesus Calvino-Fraga * device/include/mcs51/cc2430.h: fixed missing ';' 2006-12-10 Raphael Neider * device/lib/pic16/libc/stdio/vfprintf.c, * device/lib/pic16/libc/stdio/printf_small.c, * device/lib/pic16/libc/stdio/printf_timy.c: pop int from stack for char arguments, as char varargs are cast to int by the caller, hopefully fixes #1604915 (other device libraries are still affected) 2006-12-10 Erik Petrich * src/mcs51/ralloc.c (packRegsForAssign), * src/hc08/ralloc.c (packRegsForAssign): fixed bug #1605880 2006-12-10 Maarten Brock * device/include/malloc.h: removed init_dynamic_memory * device/lib/malloc.c: made init_dynamic_memory static and automatically call it once from malloc. Also use _sdcc_heap[] from _heap.c * device/lib/_heap.c: new, added, contains _sdcc_heap[] * device/lib/libsdcc.lib, * device/lib/Makefile.in, * support/regression/ports/mcs51-xstack-auto/spec.mk: added _heap.c * doc/sdccman.lyx: documented use of new _heap.c * support/regression/tests/malloc.c: removed init_dynamic_memory * src/cdbFile.c(spacesToUnderscores): new function, (cdbWriteEndFunction, cdbWriteCLine): use spacesToUnderscores, fixes bug 1068030 * device/include/tinibios.h: removed defines for putchar and getchar * device/lib/ds390/Makefile.in: added putchar.c * device/lib/ds390/putchar.c: new, added, fixes bug 1465671 2006-12-09 Borut Razem * support/cpp2/sdcc.h: prevent multiple inclusion * support/cpp2/options.h: deleted 2006-12-08 Borut Razem * support/cpp2/sdcc.h: removed x*alloc() macros * support/cpp2/libiberty.h: uncommented out x*alloc() declarations * support/cpp2/Makefile.bcc, support/cpp2/Makefile.in, support/cpp2/sdcpp.sdc: x*alloc files added to the project * support/cpp2/system.h: moved #include "sdcc.h" * support/cpp2/libiberty/xexit.c, support/cpp2/libiberty/xmalloc.c, support/cpp2/libiberty/xstrdup.c, support/cpp2/libiberty/xstrerror.c: added * support/cpp2/sdcppinit.c: added -isysroot, -fsigned-char, -funsigned-char options * support/cpp2/sdcppmain.c: fixed bug 1611411 2006-12-07 Borut Razem * support/cpp2/cpplib.c: reverted sdcpp special handling of _Pragma() directive 2006-12-06 Maarten Brock * src/SDCCsymt.c (addDecl): fixed bug 1609244 * src/SDCCmain.c (linkEdit): fixed bug 1609279 * doc/sdccman.lyx, * .version: bumped to 2.6.2 because a) it's been a while b) the linker sources have moved c) the preprocessor is upgraded 2006-12-04 Frieder Ferlemann * support/regression/tests/snprintf.c: some checks * lib/src/printf_large.c: %bc: read char instead of int from stack 2006-12-03 Maarten Brock * device/include/mcs51/cc2430.h: inserted _XPAGE 2006-12-02 Jesus Calvino-Fraga * device/include/mcs51/cc2430.h: added 2006-12-02 Maarten Brock * device/include/asm/default/features.h, * device/include/asm/ds390/features.h, * device/include/mcs51/at89s53.h, * device/include/ser.h, * device/include/ser_ir.h, * device/include/serial.h: changed keywords to double underscore variants, fixes bug 1590261 some more, thanks Steven Borley 2006-12-01 Raphael Neider * src/pic/pcode.c (register_reassign): do not crash on recursive code but emit warning (recursion is not supported for pic14) 2006-11-30 Frieder Ferlemann * src/mcs51/peeph.def: added 101.a,b (moves to int/long xdata) * doc/sdccman.lyx: various small changes, acknowledged Sourceforge 2006-11-30 Raphael Neider * src/pic/device.c (dump_sfr): always emit symbols * src/pic/glue.c (pic14printPublics): fixed typo 2006-11-30 Raphael Neider * src/pic/device.c (create_pic,ram_map): add memRange entries to PIC (pic14_getSharebankSize, pic14_getSharebankAddress): replaced with (pic14_hasSharebank,pic14_isShared,pic14_allRAMShared, pic14_getSharedStack): NEW, evaluate the memRange entries to locate a sharebank, use a non-shared bank for the stack if none available * src/pic/device.h (struct memRange): added linked list next field, added prototypes for above functions * src/pic/ralloc.c (initStack): handle shared and banked stacks, (typeRegWithIdx): accept fixed and unfixed stack registers * src/pic/pcode.c (pCodeInitRegisters): use new functions to create the stack, handle shared and banked stack (except for WSAVE), (insertBankSel): removed useless optimization (will never fire), (FixRegisterBanking): added optimization for devices with only one possibly aliased bank of memory, like 16f84 * src/pic/glue.c (pic14_constructAbsMap): back to udata_ovr, as some devices have no SHAREBANK in the linker script * device/include/pic/pic14devices.txt: documented memmap * device/lib/pic/libdev/Makefile.in: removed --stack-loc again 2006-11-30 Erik Petrich * src/hc08/gen.c (transferRegReg, loadRegFromAop, forceStackedAop, storeRegToAop, freeAsmop, genPlusIncr, genPlus, genPointerGetSetOfs, genAnd, genOr, genXor, genLeftShiftLiteral, genRightShiftLiteral, genhc08Code): switched most of the D (debug) macros to DD (detailed debug) macros to better control clutter in the generated .asm file. * src/hc08/gen.c: (forceStackedAop, genUminus, genLeftShift, genRightShift): fixed bug with non-constant bit shift stored to a volatile result (SF Open Discussion forum thread #1616749). Single byte case is not yet optimized. 2006-11-28 Maarten Brock * device/include/asm/mcs51/features.h, * device/include/malloc.h, * device/include/stdio.h: changed keywords to double underscore variants, fixes bug 1590261 2006-11-27 Borut Razem * support/cpp2/cppexp.c, support/cpp2/hashtable.h, support/cpp2/Makefile.in, support/cpp2/cppfiles.c, support/cpp2/output.h, support/cpp2/cppinit.c, support/cpp2/cpplib.c, support/cpp2/cpplib.h, support/cpp2/Makefile.bcc, support/cpp2/cpphash.c, support/cpp2/cppdefault.c, support/cpp2/system.h, support/cpp2/cpphash.h, support/cpp2/cpplex.c, support/cpp2/cppdefault.h, support/cpp2/mbchar.c, support/cpp2/prefix.c, support/cpp2/except.h, support/cpp2/hwint.h, support/cpp2/cppmacro.c, support/cpp2/line-map.h, support/cpp2/sdcpp.dsp, support/cpp2/sdcc.h, support/cpp2/mkdeps.c, support/cpp2/version.c, support/cpp2/cppmain.c, support/cpp2/version.h, support/cpp2/hashtable.c, support/cpp2/cpperror.c: synchronized with GCC CPP release version 3.3.6, the latest where cppmain.c still exists. * support/cpp2/cpptrad.c, support/cpp2/sdcppmain.c, support/cpp2/sdcppinit.c: added 2006-11-27 Borut Razem * support/cpp2/cpplex.c: fixed _asm ... _endasm handling bug, introduce with GCC CPP synchronization * support/cpp2/cpplib.c: removed definitions of unused variables 2006-11-26 Borut Razem * support/cpp2/libiberty.h: commented out x*alloc() declarations since they are redefined by macros in support/cpp2/sdcc.h * support/cpp2/sdcc.h: x*alloc macro redefinition 2006-11-25 Borut Razem * support/cpp2/cppexp.c, support/cpp2/hashtable.h, support/cpp2/configure, support/cpp2/Makefile.in, support/cpp2/cppfiles.c, support/cpp2/output.h, support/cpp2/cppinit.c, support/cpp2/cpplib.c, support/cpp2/config.h, support/cpp2/cpplib.h, support/cpp2/Makefile.bcc, support/cpp2/cpphash.c, support/cpp2/cppdefault.c, support/cpp2/config.in, support/cpp2/system.h, support/cpp2/cpplex.c, support/cpp2/cpphash.h, support/cpp2/mbchar.c, support/cpp2/cppdefault.h, support/cpp2/prefix.c support/cpp2/hwint.h, support/cpp2/mbchar.h, support/cpp2/prefix.h, support/cpp2/cppmacro.c, support/cpp2/configure.in, support/cpp2/intl.h, support/cpp2/sdcpp.dsp, support/cpp2/acconfig.h, support/cpp2/sdcc.h, support/cpp2/mkdeps.c, support/cpp2/version.c, support/cpp2/cppmain.c, support/cpp2/ansidecl.h, support/cpp2/libiberty.h, support/cpp2/hashtable.c, support/cpp2/aclocal.m4, support/cpp2/cpperror.c, support/cpp2/libiberty/safe-ctype.c, support/cpp2/libiberty/safe-ctype.h, support/cpp2/libiberty/splay-tree.c, support/cpp2/libiberty/obstack.c, support/cpp2/libiberty/lbasename.c, support/cpp2/libiberty/splay-tree.h, support/cpp2/libiberty/obstack.h: synchronized with GCC CPP release version 3.2.3, the latest before integration of cpp into gcc * support/cpp2/except.h, support/cpp2/line-map.c, support/cpp2/line-map.h, support/cpp2/libiberty/hex.c, support/cpp2/libiberty/concat.c, support/cpp2/libiberty/filenames.h: added * support/cpp2/intl.c: deleted 2006-11-24 Borut Razem * src/SDCC.y: enabled compilation of empty source file * support/Util/SDCCerr.[ch]: added sdcc warning 190 - "ISO C forbids an empty source file" * device/lib/_startup.c, device/lib/printf_tiny.c: disable warning 190 if all the code is ifdefed out. 2006-11-24 Erik Petrich * src/hc08/gen.c (genPcall): fix for bug #1601032 2006-11-23 Maarten Brock * device/include/mcs51/c8051f000.h, device/include/mcs51/C8051F000.h, * device/include/mcs51/c8051f018.h, device/include/mcs51/C8051F018.h, * device/include/mcs51/c8051f020.h, device/include/mcs51/C8051F020.h, * device/include/mcs51/c8051f040.h, device/include/mcs51/C8051F040.h, * device/include/mcs51/c8051f060.h, device/include/mcs51/C8051F060.h, * device/include/mcs51/c8051f120.h, device/include/mcs51/C8051F120.h, * device/include/mcs51/c8051f200.h, device/include/mcs51/C8051F200.h, * device/include/mcs51/c8051f300.h, device/include/mcs51/C8051F300.h, * device/include/mcs51/c8051f310.h, device/include/mcs51/C8051F310.h, * device/include/mcs51/c8051f320.h, device/include/mcs51/C8051F320.h, * device/include/mcs51/c8051f326.h, device/include/mcs51/C8051F326.h, * device/include/mcs51/c8051f330.h, device/include/mcs51/C8051F330.h, * device/include/mcs51/c8051f340.h, device/include/mcs51/C8051F340.h, * device/include/mcs51/c8051f350.h, device/include/mcs51/C8051F350.h, * device/include/mcs51/c8051f410.h, device/include/mcs51/C8051F410.h: Renamed to all upper case as per the standard set by SiLabs 2006-11-23 Maarten Brock * device/include/mcs51/C8051F520.h: new, added * device/include/mcs51/compiler.h: added link about predefined macros 2006-11-23 Raphael Neider * src/regression/Makefile: add -L path to fresh library * src/regression/simulate: emphasize FAILED output * src/regression/create_stc: output _failures from gpsim * src/regression/compare4.c, * src/regression/rotate6.c: fixed char literals, all compile, all run =8-D * src/pic/pcode.h: added isPCASMDIR macro * src/pic/gen.c (genAnd): fixed bit offset * src/pic/ralloc.c (allocNewDirReg,allocDirReg,allocRegByName, packBits): unified register numbering schemes, (newReg): do not insert stack registers into hash table, (initStack): unpinned pseudo stack, simplified, (typeRegWithIdx): fixed retrieval of stack registers, * src/pic/pcode.c (addpCodeComment,sameBank): added, (pCodeReplace): removed invalid assertion, (insertPCodeInstruction): fixed newly added labels, (insertBankSwitch,BankSelect,IsBankChange,DoBankSelect, FixRegisterBankingInFlow,compareBankFlow,FixBankFlow, DumpFlow): removed unsed (broken?) code, (insertBankSel): prevent STATUS from being BANKSELed, (FixRegisterBanking): rewritten from scratch, implemented generic optimizations (suppress BANKSELs to same register and to registers present in all banks), (AnalyzeBanking): update flow after BANKSELection * src/pic/glue.c (pic14_constructAbsMap): emit pseudo stack in sharebank, let linker place it, mark STKxx symbols as emitted 2006-11-21 Frieder Ferlemann * src/regression/arrays.c, * src/regression/bank1.c, * src/regression/bool2.c, * src/regression/compare7.c, * src/regression/compare8.c, * src/regression/compare9.c, * src/regression/compare10.c, * src/regression/configword.c, * src/regression/for.c, * src/regression/mult1.c, * src/regression/pointer1.c, * src/regression/rotate6.c, * src/regression/string1.c, * src/regression/struct1.c, * src/regression/Makefile: make PIC14 regression tests run again (3 fail, 6 won't compile) 2006-11-21 Raphael Neider * device/include/pic16/pic18f4550.h, * device/include/pic16/pic18f4455.h, * device/lib/pic16/libdev/pic18f4550.c, * device/lib/pic16/libdev/pic18f4455.c: fixed #1578591 and #1595144 * configure.in: removed superfluous closing bracket 2006-11-21 Jesus Calvino-Fraga * device/lib/expf.c: Fixed bug 1599523: result of expf(x) is always positive. 2006-11-21 Raphael Neider * src/pic/device.{c,h}: added pic14_getPIC() * src/pic/gen.c (continueIfTrue,jumpIfTrue): added PIC code, (genAnd): added PIC code for one case, fixes #1597044 * src/pic/pcode.c (BankSelect): Ohoh, added generic optimization for SFRs that are present in all banks (e.g., STATUS) 2006-11-20 Raphael Neider * src/pic/pcode.c: changed inverted ops for DECFSZ/DECFSZW and INCFSZ/INCFSZW and declared them as changing Z bit, (insertPCodeInstruction): correctly invert the above instructions, fixes #1599333, (DoBankSelect): don't panic on po_immediates 2006-11-14 Maarten Brock * as/link/aslink.h, * as/link/mcs51/lkihx.c (newArea), * as/link/mcs51/lkrloc.c: renamed newArea() to ihxNewArea() * as/link/mcs51/lkihx.c (ihx): output reset vector as start address 2006-11-11 Raphael Neider * src/pic/pcode.c (newpCodeOpBit): search SymbolTab for referenced bitfield symbols, fixes #1579535 (once more...). 2006-11-09 Frieder Ferlemann * support/regression/generate-cases.py, * support/regression/fwk/include/testfwk.h, * support/regression/fwk/lib/testfwk.c: used code pointers, (about 50kByte less code generated for mcs51) 2006-11-06 Borut Razem * debugger/mcs51/acinclude.m4, debugger/mcs51/aclocal.m4, debugger/mcs51/configure: fixed failed check because the function rl_function_of_keyseq isn't in Readline 5.2. Thanks to Ilya Goldberg who submitted the patch for gpsim. * debugger/mcs51/configure.in: removed the result message * debugger/mcs51/Makefile.in: fixed the config.status warning "... seems to ignore the --datarootdir setting" 2006-11-03 Maarten Brock * device/include/mcs51/c8051f020.h, * device/include/mcs51/c8051f040.h, * device/include/mcs51/c8051f060.h, * device/include/mcs51/c8051f120.h: added PS0, fixed bug 1589279 * src/z80/gen.c (gencjneshort), * src/z80/peeph.def: applied patch 1571373, thanks Philipp Krause 2006-10-31 Borut Razem * debugger/mcs51/acinclude.m4, debugger/mcs51/aclocal.m4, debugger/mcs51/configure: get readline version 2006-10-30 Borut Razem * debugger/mcs51/sdcdb.c: replaced hardcoded "/" with DIR_SEPARATOR_STRING * debugger/mcs51/acinclude.m4, debugger/mcs51/aclocal.m4, debugger/mcs51/configure: locate readline even when cross compiling * support/scripts/sdcc.nsi: include readline5.dll into the setup package 2006-10-29 Jesus Calvino-Fraga * device/include/mcs51/serial_IO.h: putchar() and getchar() using serial port. 2006-10-29 Maarten Brock * device/include/malloc.h, * device/lib/calloc.c, * device/lib/free.c, * device/lib/malloc.c, * device/lib/realloc.c: moved definition of struct into sources * support/regression/tests/malloc.c: use void* for init_dynamic_memory() 2006-10-29 Maarten Brock * as/asx8051.dsp: corrected output directories * as/link/hc08: new directory for hc08 linker * as/hc08/aslink.h, as/link/aslink.h, * as/hc08/aslink.mak, as/link/hc08/aslink.mak, * as/hc08/clean.mk, as/link/hc08/clean.mk, * as/hc08/link_hc08.dsp, as/link/hc08/link_hc08.dsp, * as/hc08/lkaomf51.c, as/link/hc08/lkaomf51.c, * as/hc08/lkarea.c, as/link/hc08/lkarea.c, * as/hc08/lkdata.c, as/link/hc08/lkdata.c, * as/hc08/lkelf.c, as/link/hc08/lkelf.c, * as/hc08/lkihx.c, as/link/hc08/lkihx.c, * as/hc08/lklibr.c, as/link/hc08/lklibr.c, * as/hc08/lkmain.c, as/link/hc08/lkmain.c, * as/hc08/lkmem.c, as/link/hc08/lkmem.c, * as/hc08/lkrloc.c, as/link/hc08/lkrloc.c, * as/hc08/lks19.c, as/link/hc08/lks19.c, * as/hc08/Makefile.aslink, as/link/hc08/Makefile.aslink, * as/hc08/Makefile.bcc, as/link/hc08/Makefile.bcc, * as/hc08/Makefile.in, as/link/hc08/Makefile.in, * as/link/hc08/conf.mk, * configure, * configure.in, * Makefile.in, * sdcc.dsw: moved hc08 linker to as/link/hc08 * as/hc08/lkeval.c, as/link/mcs51/lkeval.c, as/link/lkeval.c, * as/hc08/lkhead.c, as/link/mcs51/lkhead.c, as/link/lkhead.c, * as/hc08/lklex.c, as/link/mcs51/lklex.c, as/link/lklex.c, * as/hc08/lklist.c, as/link/mcs51/lklist.c, as/link/lklist.c, * as/hc08/lknoice.c, as/link/mcs51/lknoice.c, as/link/lknoice.c, * as/hc08/lksym.c, as/link/mcs51/lksym.c, as/link/lksym.c, * as/link/mcs51/aslink.dsp, * as/link/mcs51/Makefile.in: factored out the common files * as/hc08/lkstore.c: deleted, use the one already in as/link/ * as/clean.mk: extra cleaning common files * as/link/mcs51/strcmpi.c, as/strcmpi.c: moved * as/link/mcs51/strcmpi.h: deleted, moved protoype to aslink.h * as/mcs51/asm.h: include sdccconf.h or sdcc_vc.h 2006-10-29 Raphael Neider * src/pic/ralloc.c (newReg): create aliases for registers with multiple names to fix #1579535 and #1584001, (regWithIdx,dirregWithName): resolve aliases on lookup * src/pic/pcode.c (DoBankSelect): die with error message on failing bankselect * device/lib/pic/libdev/Makefile.in: move pseudo stack down to 0x4f to prevent build errors on small devices 2006-10-28 Raphael Neider * src/pic/gen.c (genFunction,genCall): drop "same code page" assumption within interrupt handlers, fixes #1584940 * src/pic/glue.c (pic14_constructAbsMap): mark absolute symbols as "emitted" to avoid emitting them again in udata 2006-10-27 Jesus Calvino-Fraga * device/lib/_putchar.c, device/lib/_getchar.c, device/lib/inituart.c: Removed. 2006-10-26 Jesus Calvino-Fraga * device/lib/_putchar.c, device/lib/_getchar.c, device/lib/inituart.c: Initialize uart only if SM0 and SM1 are zero. Also, use flag to turn on/off CR to CRLF conversion. 2006-10-25 Frieder Ferlemann * doc/sdccman.lyx: updated IRQ section 2006-10-24 Jesus Calvino-Fraga * device/lib/serial_io.c: removed * device/lib/_putchar.c, device/lib/_getchar.c, device/lib/inituart.c replacements for serial_io.c 2006-10-24 Maarten Brock * src/z80/main.c (_process_pragma, _parseOptions): fixed bug 1583318 2006-10-24 Jesus Calvino-Fraga * device/lib/serial_io.c: Default putchar() and getchar() for mcs51 uses serial port. 2006-10-23 Maarten Brock * src/mcs51/gen.c (movc): improved check for 0 and 1, see RFE 1582704 2006-10-23 Frieder Ferlemann * support/regression/ports/mcs51/support.c: smaller _sdcc_external_startup() * device/lib/mcs51/crtxclear.asm: don't check high byte of l_PSEG 2006-10-20 Maarten Brock * device/lib/gbz80/crt0.s, * device/lib/gbz80/crt0_rle.s, * device/lib/gbz80/div.s, * device/lib/gbz80/fstubs.s, * device/lib/gbz80/heap.s, * device/lib/gbz80/mul.s, * device/lib/gbz80/putchar.s, * device/lib/gbz80/stubs.s, * device/lib/z80/crt0.s, * device/lib/z80/crt0_rle.s, * device/lib/z80/div.s, * device/lib/z80/fstubs.s, * device/lib/z80/heap.s, * device/lib/z80/mul.s, * device/lib/z80/putchar.s, * device/lib/z80/stubs.s: reverted, I was mistaken 2006-10-20 Frieder Ferlemann * src/mcs51/peeph.def: peephole 238.x added check for notvolatile * support/regression/ports/mcs51/support.c: removed race condition on TI in _putchar allowing to use serial port mode 0 2006-10-20 Borut Razem * debugger/mcs51/sdcdb.c: replaced isblank() with isspace() 2006-10-19 Maarten Brock * device/lib/gbz80/crt0.s, * device/lib/gbz80/crt0_rle.s, * device/lib/gbz80/div.s, * device/lib/gbz80/fstubs.s, * device/lib/gbz80/heap.s, * device/lib/gbz80/mul.s, * device/lib/gbz80/putchar.s, * device/lib/gbz80/stubs.s, * device/lib/z80/crt0.s, * device/lib/z80/crt0_rle.s, * device/lib/z80/div.s, * device/lib/z80/fstubs.s, * device/lib/z80/heap.s, * device/lib/z80/mul.s, * device/lib/z80/putchar.s, * device/lib/z80/stubs.s: removed all leading underscores from area names 2006-10-17 Maarten Brock * support/regression/ports/mcs51/support.c: use highest baudrate so the regression tests are not waiting in the simulator for simulated transmission of debug output 2006-10-16 Frieder Ferlemann * device/lib/printf_large.c: slightly smaller * doc/sdccman.lyx: do not use spaces within html links 2006-10-16 Borut Razem * configure.in, configure, sdccconf_in.h, src/SDCCglobal, debugger/mcs51/Makefile.in, debugger/mcs51/sdcdb.[ch], debugger/mcs51/aclocal.m4, debugger/mcs51/acinclide.m4, debugger/mcs51/config.h.in, debugger/mcs51/configure.in, debugger/mcs51/configure: [ 1185668 ] add gnu readline support to sdcdb - enabled 2006-10-16 Raphael Neider * src/pic/pcode.c (BankSelect): another fix on (partial) BANKSELs, fixes #1577882, removes close to all banking optimizations 2006-10-15 Maarten Brock * src/SDCCsymt.c (checkSClass): no error for uninitialised absolute variables in code memory * support/regression/tests/absolute.c: added test for this 2006-10-15 Raphael Neider * src/pic/pcode.c (InsertBankSel): suppress BANKSELs for one bank devices, (BankSelect): emit BANKSEL before touching linker-placed regs, fixes #1570934 2006-10-10 Raphael Neider * src/SDCCmain.c (optionsTable): accept --stack-size for PICs, * src/pic/device.c (pic14_getSharebankSize,pic14_getSharebankAddress), * src/pic/main.c (_pic14_parseOptions), * src/pic/main.h: mostly reverted to previous state, now use results from SDCCmain.c's argument parsing 2006-10-10 Borut Razem * debugger/mcs51/break.[ch], debugger/mcs51/cmd.c, debugger/mcs51/sdcdb.[ch], debugger/mcs51/simi.c: [ 1185668 ] add gnu readline support to sdcdb - prepared for READLINE, not enabled yet, thanks to 2006-10-10 Raphael Neider * src/pic16/pcode.c (pic16_pCode2str): use isACCESS_BANK macro * src/pic16/devices.inc, * device/include/pic16 (pic18f[24]620.h), * device/include/pic18fregs.h, * device/lib/pic16/pics.all, * device/lib/pic16/libdev/pic18f[24]{620,525}.c): added support for 18f2620, 18f4620, 18f2525, and 18f4525 devices, thanks to Gary Plumbridge and Anton Strobl 2006-10-10 Raphael Neider * src/pic/main.c (_pic14_parseOptions): added --stack-loc=NUM and --stack-siz=NUM options to configure the argument passing stack * src/pic/main.h: added stackLocation and stackSize to pic14_options_t * src/pic/device.c (mapRegister): catch out-of-memory SIGSEGVs, (pic14_getSharebankSize): obey --stack-siz=NUM, (pic14_getSharebankAddress): obey --stack-loc=NUM 2006-10-08 Frieder Ferlemann * doc/sdccman.lyx: added to the manual * doc/figures/ddd_example.png: added (neither pdflatex nor most browsers seem to like the .eps file) 2006-10-06 Bernhard Held * src/SDCCglue.c (tempfileandname): changed un*x tmp search paths to /tmp and /var/tmp acc. LSB * src/SDCCast.c (addCast): Fixed bug 1571231: promote in case of RESULT_TYPE_IFX * support/regression/tests/onebyte.c: added test 2006-10-05 Jesus Calvino-Fraga * src/mcs51/gen.c: emitcode for "add a,0x%02x" requires only 8 bits. 2006-10-05 Borut Razem * partially fixed [ 1570701 ] peephole - not replacing code from multiline macros, thanks to dfulab: - sdcc.dsw: changed property eol-style to CRLF - support/scripts/resource.rc: replaced references to "afxres.h" with "winres.h" 2006-10-04 Raphael Neider * device/include/pic/{pic16f84.h,pic16f84a.h}, * device/lib/pic/libdev/{pic16f84.c,pic16f84a.c}: added PORT[AB]_bits from patch #1522504, thanks to Robas Teodor 2006-10-02 Maarten Brock * as/link/z80/lkarea.c: essentially reverted lnksect() to #4380 which fixes bug 1566015 2006-10-01 Maarten Brock * src/pic16/glue.c (pic16emitMaps), * src/pic/glue.c (pic14emitMaps): hopefully fixed bug 1568779 * device/lib/gets.c: fixed bug 1568829,thanks Philipp Krause * device/lib/pic16/libc/string/memcpypgm2ram.c, * device/lib/pic16/libc/string/memcpyram2ram.c: fixed bug 1568836, thanks Philipp Krause * as/mcs51/asmain.c (asmbl, newdot): fixed problems with absolute areas * as/link/mcs51/lkmem.c (summary2): reverted, do do count abs segments 2006-09-30 Jesus Calvino-Fraga * support/librarian/sdcclib.c: Added option -l. * as/link/mcs51/lkmem.c: don't use absolute segments to compute memory usage totals. * device/lib/make51lib.bat: added. Allows building mcs51 libraries easily using Windows command prompt. 2006-09-30 Maarten Brock * device/lib/libsdcc.lib: added module rand * src/ds390/ralloc.c (rematStr), * src/hc08/ralloc.c (rematStr), * src/mcs51/ralloc.c (rematStr), * src/z80/ralloc.c (rematStr): made output more consistent * src/mcs51/gen.c: cosmetic changes 2006-09-30 Maarten Brock * src/port.h: added mem.cabs_name to PORT * src/ds390/main.c, * src/hc08/main.c, * src/mcs51/main.c, * src/pic16/main.c, * src/pic/main.c, * src/xa51/main.c, * src/z80/main.c: added cabs_name initializers * src/SDCCglue.c (emitStaticSeg): allocate and initialize absolute constants (emitMaps): emit absolutes in code memory into cabs_name * src/SDCCmem.c, * src/SDCCmem.h: added memory map c_abs and defined CABS_NAME * src/ds390/gen.c (genCodePointerGet): fixed bug if left is a literal * support/regression/fwk/include/testfwk.h: added define for at * support/regression/tests/absolute.c: added, new 2006-09-29 Maarten Brock * src/mcs51/gen.c (genPlusIncr, genMinusDec, genAddrOf): small optimizations, see also patch 887161 by Stas Sergeev * src/mcs51/peeph.def(104, 207, 209, 212): disabled as they do not seem to be necessary anymore, (102, 103, 104, 127): renamed all occurances of bp to _bp 2006-09-27 Maarten Brock * device/include/mcs51/at89c51snd1c.h: fixed MSK_SREQ definition thanks Weston T. Schmidt for patch 1555221 * src/mcs51/peeph.def: renamed rule 257 to 257.a, added 257.b * src/SDCCicode.c(geniCodeMultiply): small optimization 2006-09-26 Maarten Brock * device/include/stdlib.h: added rand prototypes * device/lib/rand.c: new, added * device/lib/Makefile.in: added rand.c * src/z80/peeph.def, * src/z80/peeph-gbz80.def, * src/z80/peeph-z80.def: updated conditonals, fixed bug 1565908 2006-09-20 Raphael Neider * device/lib/pic16/libio/i2c/i2cnack.c (i2c_nack): fixed ACKDT bit 2006-09-19 Maarten Brock * as/link/aslink.h: cosmetic changes * as/link/mcs51/Makefile.in, * as/link/z80/Makefile.in: fixed build on CF where VPATH is used 2006-09-17 Maarten Brock * as/link/aslink.h, * as/link/mcs51/aslink.h, * as/link/z80/aslink.h: merged and moved to as/link/ * as/link/lkstore.c, * as/link/mcs51/lkstore.c: moved to as/link/ * as/link/clean.mk: remove *.o * as/link/mcs51/alloc.h: deleted * as/link/mcs51/lkarea.c: added lnksect prototype * as/link/mcs51/lkdata.c, * as/link/mcs51/lklex.c, * as/link/mcs51/lkmain.c: renamed as_getline to lk_getline * as/link/mcs51/lkmem.c, * as/link/mcs51/lknoice.c: removed include strcmpi.h * as/link/mcs51/lksym.c: include stdlib.h instead of malloc.h or alloc.h * as/link/mcs51/aslink.dsp, * as/link/mcs51/Makefile.aslink, * as/link/mcs51/Makefile.bcc, * as/link/mcs51/Makefile.in: updated for moved files * as/link/z80/lkarea.c, * as/link/z80/lkhead.c, * as/link/z80/lklex.c, * as/link/z80/lklibr.c, * as/link/z80/lklist.c, * as/link/z80/lkmain.c, * as/link/z80/lkrloc.c, * as/link/z80/lksym.c: synced with mcs51 * as/link/z80/lkdata.c, * as/link/z80/lkeval.c, * as/link/z80/lkihx.c, * as/link/z80/lks19.c: cosmetic changes * as/link/z80/Makefile.in, * as/link/z80/linkgbz80.dsp, * as/link/z80/linkz80.dsp: updated for moved files 2006-09-16 Borut Razem * debugger/mcs51/sdcdb.c: partially fixed [ 1203664 ] sdcdb fails to open files w. two "." periods * debugger/mcs51/simi.c, debugger/mcs51/symtab.c, debugger/mcs51/symtab.h: fixed indenting * configure.in, configure: up to date with latest Maarten's changes 2006-09-15 Maarten Brock as/link/mcs51 as/aslink.dsp, as/link/mcs51/aslink.dsp, as/link/mcs51/aslink.h, as/mcs51/aslink.h, as/link/mcs51/aslink.mak, as/mcs51/aslink.mak, as/link/mcs51/lkaomf51.c, as/mcs51/lkaomf51.c, as/link/mcs51/lkarea.c, as/mcs51/lkarea.c, as/link/mcs51/lkdata.c, as/mcs51/lkdata.c, as/link/mcs51/lkeval.c, as/mcs51/lkeval.c, as/link/mcs51/lkhead.c, as/mcs51/lkhead.c, as/link/mcs51/lkihx.c, as/mcs51/lkihx.c, as/link/mcs51/lklex.c, as/mcs51/lklex.c, as/link/mcs51/lklibr.c, as/mcs51/lklibr.c, as/link/mcs51/lklist.c, as/mcs51/lklist.c, as/link/mcs51/lkmain.c, as/mcs51/lkmain.c, as/link/mcs51/lkmem.c, as/mcs51/lkmem.c, as/link/mcs51/lknoice.c, as/mcs51/lknoice.c, as/link/mcs51/lkrloc.c, as/mcs51/lkrloc.c, as/link/mcs51/lks19.c, as/mcs51/lks19.c, as/link/mcs51/lkstore.c, as/mcs51/lkstore.c, as/link/mcs51/lksym.c, as/mcs51/lksym.c, as/link/mcs51/Makefile.aslink, as/mcs51/Makefile.aslink, as/link/mcs51/alloc.h, as/link/mcs51/clean.mk, as/link/mcs51/conf.mk, as/link/mcs51/Makefile.bcc, as/link/mcs51/Makefile.in, as/link/mcs51/readme.390, as/link/mcs51/strcmpi.c, as/link/mcs51/strcmpi.h, as/mcs51/clean.mk, as/mcs51/Makefile.bcc, as/mcs51/Makefile.in, configure, Makefile.in, sdcc.dsw: moved mcs51 linker to as/link/mcs51 2006-09-14 Maarten Brock * as/link, * as/link/Makefile.in, * as/link/z80/linkgbz80.dsp, * as/link/z80/linkz80.dsp, * configure, * link, * link/clean.mk, * link/Makefile.in, * link/README, * link/z80, * link/z80/aslink.h, * link/z80/clean.mk, * link/z80/conf.mk, * link/z80/linkgbz80.dsp, * link/z80/linkz80.dsp, * link/z80/lkarea.c, * link/z80/lkdata.c, * link/z80/lkeval.c, * link/z80/lkgb.c, * link/z80/lkgg.c, * link/z80/lkhead.c, * link/z80/lkihx.c, * link/z80/lklex.c, * link/z80/lklibr.c, * link/z80/lklist.c, * link/z80/lkmain.c, * link/z80/lkrloc.c, * link/z80/lks19.c, * link/z80/lksym.c, * link/z80/Makefile.in, * Makefile.in, * sdcc.dsw: moved link/ to as/link/ 2006-09-11 Maarten Brock * as/mcs51/i51mch.c (machine): fixed warning 2006-09-10 Maarten Brock * as/mcs51/i51mch.c (machine): S_DJNZ fixed bug 1554318 2006-09-09 Borut Razem * debugger/mcs51/sdcdb.c, debugger/mcs51/simi.c: sdcdb WIN32 native port * src/clean.mk: fixed 2006-09-08 Borut Razem * doc/sdccman.lyx: SDCDB and ucSim are available on Win32 platforms. 2006-09-08 Raphael Neider * src/pic16/main.c (_pic16_linkEdit,pic16_linkCmd), * src/pic/main.c(_pic14_do_link, linkCmd): pass "-w" and "-r" to gplink to disable processor mismatch warning and to allow the use of devices with only aliased (shared) memory banks, (_pic16_genAssemblerPreamble): include pXXX.inc on --mplab-comp 2006-09-07 Jesus Calvino-Fraga * doc/sdccman.lyx: Some re-formating plus example on using #pragma preproc_asm +/- 2006-09-07 Borut Razem * support/scripts/sdcc.nsi: added SDCDB executables in a separate section 2006-09-06 Borut Razem * support/scripts/sdcc.nsi: fixed Error: unterminated string parsing line at sdcc.nsi:153 * sdcc/debugger/mcs51/simi.c: argsToCmdLine() fixes 2006-09-05 Borut Razem * configure.in, configure: support for winsock2 * debugger/mcs51/break.h, debugger/mcs51/cmd.c, debugger/mcs51/cmd.h, debugger/mcs51/sdcdb.c, debugger/mcs51/sdcdb.h, debugger/mcs51/simi.c, debugger/mcs51/simi.h, debugger/mcs51/symtab.c, debugger/mcs51/symtab.h: sdcdb WIN32 native port 2006-09-05 Maarten Brock * src/SDCCopt.c (cnvToFcall): fixed bug 1551947 by updating OP_USES and OP_DEFS * support/regression/tests/bug1551947.c: new, added * src/SDCCsymt.h: strings are char* not byte* 2006-09-05 Raphael Neider * device/lib/pic16/libdev/pic18f4550.c, device/include/pic16/pic18f4550.h: added PORTD/TRISD declarations/definitions from patch #1520949 2006-09-05 Raphael Neider * src/pic16/gen.c (genPackBits): fix assignment to 8-bit, byte-aligned bitfields, fixes #1539278 2006-09-05 Raphael Neider * src/pic/gen.c (genReceive): skip unreferenced arguments, fixes #1544120 2006-09-04 Borut Razem * support/scripts/sdcc.nsi: move ucSim executables to a separate section * support/scripts/sdcc_cygwin_mingw32: don't disable ucsim, -mno-cygwin is a part of the compiler name * support/scripts/sdcc_mingw32: don't disable ucsim 2006-09-03 Borut Razem * sdcc.spec: corrected for 2.6.0. Thanks to Christer Weinigel. * device/lib/Makefile.in device/lib/clean.mk: small but essential corrections 2006-09-03 Raphael Neider * src/pic/ralloc.c, * src/pic/pcode.c (InitReuseRegs): allocate registers with pseudo indices >= 0x1000 to disambiguate them from fixed regs __at(addr), fixes #1550049 2006-09-01 Borut Razem * sim/ucsim/cmd.src/cmdutil.cc: #include and to make ppc-osx happy 2006-08-31 Borut Razem * sim/ucsim/cmd.src/newcmdposix.cc: #include * sim/ucsim/cmd.src/newcmd.cc: #include * sim/ucsim/cmd.src/newcmd.cc: #include * support/regression/ports/ds390/spec.mk, support/regression/ports/mcs51/spec.mk, support/regression/ports/xa51/spec.mk: introduced DEV_NULL variable. To run regression tests in mingw environment: make DEV_NULL=NUL CC=gcc 2006-08-30 Borut Razem * sim/ucsim/cmd.src/newcmdposix.cc, sim/ucsim/cmd.src/newcmdposixcl.h, sim/ucsim/cmd.src/newcmdwin32.cc, sim/ucsim/cmd.src/newcmdwin32cl.h, sim/ucsim/app.cc, sim/ucsim/appcl.h, sim/ucsim/configure, sim/ucsim/configure.in, sim/ucsim/ddconfig_in.h, sim/ucsim/error.cc, sim/ucsim/errorcl.h, sim/ucsim/option.cc, sim/ucsim/optioncl.h, sim/ucsim/utils.cc, sim/ucsim/utils.h, sim/ucsim/cmd.src/Makefile.in, sim/ucsim/avr.src/avr.cc, sim/ucsim/avr.src/avrcl.h, sim/ucsim/cmd.src/bp.cc, sim/ucsim/cmd.src/bpcl.h, sim/ucsim/cmd.src/cmdconf.cc, sim/ucsim/cmd.src/cmdgui.cc, sim/ucsim/cmd.src/cmdmem.cc, sim/ucsim/cmd.src/cmdset.cc, sim/ucsim/cmd.src/cmdsetcl.h, sim/ucsim/cmd.src/cmdstat.cc, sim/ucsim/cmd.src/cmduc.cc, sim/ucsim/cmd.src/cmduccl.h, sim/ucsim/cmd.src/cmdutil.cc, sim/ucsim/cmd.src/cmdutil.h, sim/ucsim/cmd.src/command.cc, sim/ucsim/cmd.src/commandcl.h, sim/ucsim/cmd.src/get.cc, sim/ucsim/cmd.src/getcl.h, sim/ucsim/cmd.src/info.cc, sim/ucsim/cmd.src/newcmd.cc, sim/ucsim/cmd.src/newcmdcl.h, sim/ucsim/cmd.src/set.cc, sim/ucsim/cmd.src/show.cc, sim/ucsim/cmd.src/timer.cc, sim/ucsim/hc08.src/hc08.cc, sim/ucsim/hc08.src/hc08cl.h, sim/ucsim/s51.src/Makefile.in, sim/ucsim/s51.src/interrupt.cc, sim/ucsim/s51.src/interruptcl.h, sim/ucsim/s51.src/pca.cc, sim/ucsim/s51.src/pcacl.h, sim/ucsim/s51.src/port.cc, sim/ucsim/s51.src/portcl.h, sim/ucsim/s51.src/serial.cc, sim/ucsim/s51.src/serialcl.h, sim/ucsim/s51.src/timer0.cc, sim/ucsim/s51.src/timer0cl.h, sim/ucsim/s51.src/timer1.cc, sim/ucsim/s51.src/timer1cl.h, sim/ucsim/s51.src/timer2.cc, sim/ucsim/s51.src/timer2cl.h, sim/ucsim/s51.src/uc390.cc, sim/ucsim/s51.src/uc390cl.h, sim/ucsim/s51.src/uc390hw.cc, sim/ucsim/s51.src/uc390hwcl.h, sim/ucsim/s51.src/uc51.cc, sim/ucsim/s51.src/uc51cl.h, sim/ucsim/s51.src/wdt.cc, sim/ucsim/s51.src/wdtcl.h, sim/ucsim/sim.src/hw.cc, sim/ucsim/sim.src/hwcl.h, sim/ucsim/sim.src/mem.cc, sim/ucsim/sim.src/memcl.h, sim/ucsim/sim.src/obsolete.cc, sim/ucsim/sim.src/obsolete.h, sim/ucsim/sim.src/sim.cc, sim/ucsim/sim.src/simcl.h, sim/ucsim/sim.src/stack.cc, sim/ucsim/sim.src/stackcl.h, sim/ucsim/sim.src/test_mem_speed.cc, sim/ucsim/sim.src/uc.cc, sim/ucsim/sim.src/uccl.h, sim/ucsim/xa.src/xa.cc, sim/ucsim/xa.src/xacl.h, sim/ucsim/z80.src/z80.cc, sim/ucsim/z80.src/z80cl.h: ucsim WIN32 native port 2006-08-30 Jesus Calvino-Fraga * doc/sdccman.lyx: added note on dynamic memory heap initialization 2006-08-27 Maarten Brock * src/mcs51/gen.c (genAnd, genOr, genXor): fixed bug 1546986 * src/ds390/gen.c (aopGetUsesAcc): handle AOP_DPTR2 and AOP_DPTRn too 2006-08-26 Maarten Brock * src/ds390/gen.c (genAnd, genOr, genXor): fixed bug 1546986 * support/regression/tests/bug1546986.c: new, added * as/mcs51/.cvsignore, * debugger/mcs51/.cvsignore, * src/.cvsignore: deleted 2006-08-25 Jesus Calvino-Fraga * device/include/mcs51/P89c51RD2.h: fixed bug 1546936 (error in sbit definitions) 2006-08-20 Borut Razem * sim/ucsim/cmd.src/newcmd.cc, sim/ucsim/cmd.src/newcmdcl.h: removed cl_listen_console::match(), cl_console::match(), restructured cl_commander::proc_input() 2006-08-16 Borut Razem * sim/ucsim/cmd.src/newcmd.cc, sim/ucsim/cmd.src/newcmdcl.h, sim/ucsim/cmd.src/cmdutil.cc, sim/ucsim/cmd.src/cmdutil.h, sim/ucsim/sim.src/mem.cc, sim/ucsim/sim.src/uc.cc: code cleaning 2006-08-14 Borut Razem * support/regression/Makefile.in, support/regression/ports/pic14/gpsim.cmd, support/regression/ports/pic14/spec.mk, support/regression/ports/pic14/support.c: added pic14 regression test 2006-08-14 Maarten Brock * as/doc/asxhtm.html: documented changed ABS behaviour * as/doc/README: fixed some typos 2006-08-13 Maarten Brock * support/regression/tests/float_trans.c: disabled test if __STDC_IEC_559__ not defined on host 2006-08-12 Borut Razem * support/regression/fwk/include/testfwk.h, support/regression/fwk/lib/testfwk.c, support/regression/generate-cases.py, support/regression/Makefile.in: regression test framework does not depend on function pointers and variable arguments 2006-08-09 Maarten Brock * device/include/stddef.h: c temporary hack to fix bug 1518273 2006-08-09 Jesus Calvino-Fraga * device/include/mcs51/cc2510fx.h: added * src/z80/z80.dsp, src/gbz80/gbz80.dsp: added support/Util/strcmpi.ch to projects. 2006-08-09 Maarten Brock * as/z80/assym.c (mlookup): ignore case when looking up mnemonics * as/z80/Makefile.in: added strcmpi.c * as/z80/z80adr.c: added upper case registers and lower case conditionals * support/Util/strcmpi.ch: added with intention to remove from mcs51/hc08 2006-08-08 Maarten Brock * device/lib/gbz80/asm_strings.s, * device/lib/gbz80/crt0_rle.s, * device/lib/gbz80/div.s, * device/lib/gbz80/mul.s, * device/lib/gbz80/shift.s, * device/lib/z80/asm_strings.s, * device/lib/z80/crt0_rle.s, * device/lib/z80/div.s, * device/lib/z80/mul.s, * device/lib/z80/shift.s: changed to all lower case menmonics except the flags which are all upper case 2006-08-07 Maarten Brock * as/z80/asm.h: made CASE_SENSITIVE 1 * link/z80/aslink.h: made CASE_SENSITIVE 1 * src/z80/gen.c (throughout): made all conditionals upper case * support/regression/tests/bug1503067.c: new 2006-08-07 Maarten Brock * src/z80/gen.c (aopPut): fixed bug !*ixy should be !*iyx, (shiftIntoPair): added case 2 for PAIR_IY, (setupToPreserveCarry): replaced parameters with iCode and check if PAIR_DE is in use to fix bug 1399290, (genPlus, genMinus): updated call to setupToPreserveCarry * support/regression/tests/bug1399290.c: new 2006-08-06 Maarten Brock * device/lib/Makefile.in (Z80SOURCES): enabled float support * sim/ucsim/z80.src/inst.cc (inst_rst): generate breakpoint on RST8,ACC==0 * src/ds390/gen.c (shiftRLong), * src/hc08/gen.c (shiftLLong, shiftRLong): fixed bug 1533966 * src/mcs51/gen.c (sameReg): changed to sameByte, (xch_a_aopGet): new, (shiftL2Left2Result, shiftR2Left2Result, shiftRLeftOrResult, shiftLLong, shiftRLong): fixed bug 1533966 * src/z80/gen.c (shiftR2Left2Result, shiftL2Left2Result, genlshTwo, genLeftShiftLiteral, genrshTwo, genRightShiftLiteral): fixed bug 1533966 * support/regression/Makefile.in: disabled z80, enabled ucz80 * support/regression/tests/float_trans.c: enabled test for z80 and host * support/regression/tests/shifts2.c: new, for testing bug 1533966 2006-08-01 Borut Razem * src/mcs51/gen.c, src/dc390/gen.c: fixed warning: comparison is always false due to limited range of data type on PPC64 machine (openpower-linux1) where "char = unsigned char" 2006-08-01 Maarten Brock * sim/ucsim/hc08.src/hc08mac.h: removed faulty and unused add_u16_disp * sim/ucsim/hc08.src/hc08.cc: removed faulty and unused int8 * sim/ucsim/z80.src/z80mac.h (add_u16_disp): use explicit signed char cast * sim/ucsim/z80.src/z80.cc: removed faulty and unused int8 2006-07-31 Borut Razem * sim/ucsim/configure, sim/ucsim/cmd.src/newcmdcl.h, sim/ucsim/cmd.src/newcmd.cc, sim/ucsim/cmd.src/cmdutil.cc, sim/ucsim/z80.src/Makefile.in, sim/ucsim/configure.in, sim/ucsim/hc08.src/Makefile.in, sim/ucsim/hc08.src/hc08.cc, sim/ucsim/ddconfig_in.h, sim/ucsim/s51.src/Makefile.in, sim/ucsim/s51.src/uc51cl.h, sim/ucsim/s51.src/serialcl.h, sim/ucsim/s51.src/uc51.cc, sim/ucsim/s51.src/serial.cc, sim/ucsim/app.cc, sim/ucsim/avr.src/Makefile.in: enable ucsim mingw compilation. Serial port is disabled, since it uses termios.h API, which is not available on native WIN32 2006-07-31 Borut Razem * Small Device C Compiler 2.6.0 released * support/scripts/sdcc.nsi: added FULL_DOC option * .version, doc/sdccman.lyx: changed sdcc version to 2.6.1 2006-07-28 Borut Razem * support/scripts/sdcc.nsi: remove $INSTDIR/include/asm/pic16/*.h * doc/INSTALL.txt: updated 2006-07-27 Borut Razem * device/lib/pic/Makefile.in, device/lib/pic/Makefile.subdir, device/lib/pic/libdev/Makefile.in: fixed bug [ 1438354 ] pic libsdcc: distclean doesn't work * device/lib/pic16/Makefile.in, device/lib/pic16/Makefile.subdir, device/lib/pic16/libio/Makefile.in: fixed bug [ 1438344 ] pic16 lib: clean doesn't work properly * doc/knownbugs.html removed [ 1438354 ] and [ 1438344 ] from the list 2006-07-26 Maarten Brock * device/lib/pic/libsdcc/fsdiv.c, * device/lib/pic/libsdcc/fsmul.c, * device/lib/pic16/libsdcc/float/fsdiv.c, * device/lib/pic16/libsdcc/float/fsmul.c, * device/lib/_fsdiv.c, * device/lib/_fsmul.c: bugfix, handle too large and too small numbers * support/regression/tests/bug1520966.c: added * doc/knownbugs.html: removed [ 1520966 ] from the list 2006-07-25 Borut Razem * configure.in, configure, sdccconf_in.h: fixed bug [ 1519095 ] regression test onebyte.c fails on ppc64 host * doc/knownbugs.html: removed [ 1519095 ] from the list 2006-07-25 Maarten Brock * doc/knownbugs.html: added, contains list of known bugs at release * device/include/mcs51/compiler.h: fixed SFR32 for SDCC 2006-07-23 Maarten Brock * device/include/mcs51/compiler.h: added SFRX for xdata based special function registers and corrected defaults with additional warning * device/lib/malloc.c: cosmetic changes * device/lib/realloc.c: bugfix for bug #1496907, Thanks Efim Monyak * src/ds390/ralloc.c (getRegBitNoSpil): reenabled, (fillGaps): and used it 2006-07-20 Raphael Neider * src/pic/device.c (addMemRange,assignRegister): suppress verbose output unless SDCCPICDEBUG is set * device/lib/pic16/Makefile.rules (%.lib target): suppress verbose output if SILENT is set 2006-07-11 Borut Razem * doc/README.txt: updated 2006-07-10 Borut Razem * support/scripts/sdcc.nsi: added device/include/asm/pic/features.h and device/lib/src/pic/libm/*.c and device/lib/src/pic16/libsdcc/stack/*.S in WIN32 installation * .version, sdcc.spec, doc/sdccman.lyx: changed sdcc version to 2.6.0 - release candidate 1 2006-07-08 Maarten Brock * device/include/mcs51/XC866.h: added sbit definitions for Px_x, P1_x, P2_x * src/pic16/glue.c (initPointer): fixed bug 1496419 for pic16 2006-07-06 Maarten Brock * src/hc08/gen.c (genAddrOf): fixed bug when offset on stack is >127 2006-07-06 Borut Razem * support/regression/tests/bitfields.c: fixed bug [ 1518322 ] regression test bitfields fails on ppc hosts * support/regression/tests/constantRange.c: fixed bug [ 1518317 ] regression test constantRange fails on alpha host 2006-07-04 Borut Razem * src/configure.in, src/configure, src/Makefile.in, as/z80/Makefile.in, src/port.mk, src/avr/Makefile.in, src/ds390/Makefile.in, src/ds400/Makefile.in, src/hc08/Makefile.in, src/mcs51/Makefile.in, src/pic16/Makefile.in, src/pic/Makefile.in, src/xa51/Makefile.in, src/z80/Makefile.in: reverted changes from 2006-07-03 * Makefile.common.in: added @CPPFLAGS@ to CPPFLAGS * support/regression/Makefile.in, support/regression/ports/host/spec.mk: added CPPFLAGS, used by the host port 2006-07-03 Bernhard Held * support/regression/valdiag/tests/switch.c, * support/regression/valdiag/tests/constantRange.c: adapted to gcc 4 * support/regression/tests/libmullong.c: fixed for host * support/regression/ports/host/spec.mk: disable all warnings for host, SDCC runs with --less-pedantic too 2006-07-03 Borut Razem * src/configure.in, src/configure, src/Makefile.in, as/z80/Makefile.in: defined CPPFLAGS * src/port.mk: defined CPPFLAGS, renamed to src/port.mk.in * src/avr/Makefile.in, src/ds390/Makefile.in, src/ds400/Makefile.in, src/hc08/Makefile.in, src/mcs51/Makefile.in, src/pic16/Makefile.in, src/pic/Makefile.in, src/xa51/Makefile.in, src/z80/Makefile.in: include ../port.mk * sim/ucsim/main_in.mk, sim/ucsim/avr.src/Makefile.in, sim/ucsim/gui.src/Makefile.in, sim/ucsim/hc08.src/Makefile.in, sim/ucsim/s52.src/Makefile.in, sim/ucsim/sim.src/Makefile.in, sim/ucsim/xa.src/Makefile.in: ignore header files for dependencies 2006-07-02 Raphael Neider * src/pic16/devices.inc, * device/include/pic16/pic18fregs.h, * device/include/pic16/pic18f4550.h, * device/lib/pic16/pics.all, * device/lib/pic16/libdev/pic18f4550.c: added support for 18f4550 2006-07-01 Bernhard Held * as/hc08/lkaomf51.c (OutputName), * as/mcs51/lkaomf51.c (OutputName), * as/z80/asmain.c (asmbl), * src/ds390/main.c (asmLineNodeFromLineNode), * src/hc08/ralloc.c (hc08_assignRegisters), * src/mcs51/main.c (asmLineNodeFromLineNode), * src/xa51/ralloc.c (checkRegMask), * src/xa51/gen.c (emitcode), * src/z80/gen.c (_emit2), * src/SDCCast.c (searchLitOp), * src/SDCCglobl.h, * support/packihx/packihx.c, * support/Util/MySystem.c (split_command): fix gcc 4 warnings * src/ds390/gen.c (aopPutUsesAcc), * src/ds390/ralloc.c (getRegBitNoSpil): unused, therefore disabled * support/regression/tests/libmullong.c (mullong_wrapper), * src/SDCCsymt.c (powof2), * src/SDCCast.c, * src/SDCCicode.c: renamed TYPE_WORD by TYPE_TARGET_INT and so on * src/SDCCsymt.h: added TYPE_TARGET_* * src/SDCCutil.c (doubleFromFixed16x16, fixed16x16FromDouble), * src/SDCCutil.h (doubleFromFixed16x16, fixed16x16FromDouble): moved to SDCCast because 1) header problems 2) this is the right place * src/SDCCast.c (doubleFromFixed16x16, fixed16x16FromDouble): added * src/SDCCval.h (doubleFromFixed16x16, fixed16x16FromDouble): added prototype 2006-06-29 Bernhard Held * src/SDCCicode.h: removed buggy semicolon in unused macro * src/SDCClrange.c (findPrevUseSym, rlivePoint): fixed bug #1486853, search for previous definiton of auto symbols too, (findPrevUse): fixed logic of emitWarnings 2006-06-26 Raphael Neider * src/pic16/gen.c (genFunction, genEndFunction): also preserve PCLATH and PCLATU on interrupts, potentially fixes #1505141 2006-06-25 Raphael Neider * device/lib/pic/libm: NEW, added math library functions * device/lib/pic/libsdcc: NEW; added float support functions * device/lib/pic/{Makefile.in,configure.in,configure}: added libm/ * device/include/pic/{limits.h,errno.h,sdcc-lib.h,float.h,math.h}: NEW, added math related headers * device/include/asm/pic/features.h: NEW * src/pic/gen.c (emitpcode_real): emit warning on NULL pCodeOp, (popGet): allow larger offsets for AOP_PCODE, (genDataPointerSet): handle literals explicitly, more debug output, (genAssign): fixed for float using aopLiteral ;-) * src/pic/glue.c (pic14createInterruptVect): inserted pagesel before GOTO initialisation routine * src/pic/pcoderegs.c (pCodeRegMapLiveRangesInFlow): set wasUsed flag on registers, fixes #1469043 (local variables do not work) * src/pic/main.c (_pic14_do_link), * src/pic16/main.c (_pic16_linkEdit): use fullDstFileName if available 2006-06-25 Borut Razem * device/lib/pic16/libc/stdio/sprintf.c: return the number of characters printed (not including the trailing '\0' used to end output to strings). Problem detected in regression test bug-927659.c. NOTE: printf() family functions should return int instead unsigned int! * device/lib/pic16/libc/stdio/vfprintf.c: "%%" prints "%", unknown specifier are printed as themselves * sdcc/support/regression/tests/bug1057979.c: pic16 printf doesn't support flags, width and precision specifiers 2006-06-24 Borut Razem * sdcc/support/regression/tests/bitvars.c: added gbz80, pic16 and pic16 to the list of sdcc tagrets not supporting bit type * sdcc/support/regression/tests/bug-905992.c.c: excluded regression testfor pic16 due to bug: [ 1511794 ] pic16: regression test bug-895992.c fails 2006-06-24 Maarten Brock * src/mcs51/gen.c (genCmp): optimization for RFE 1162453 * src/SDCCglue.c (initPointer), fixed bug 1496419 * support/regression/tests/bug1496419.c: new, added 2006-06-22 Borut Razem * support/regression/ports/pic16/support.c: use gpsim usart module from libgpsim_modules library 2006-06-21 Jesus Calvino-Fraga * device/include/mcs51/at89c51ed2.h: Fixed bug 1510144 changed IP0H to IPH0. 2006-06-19 Raphael Neider * src/pic/glue.h,src/pic16/glue.h: added prototypes * src/pic/glue.c,src/pic16/glue.c (pic1x_stringInSet, pic1x_emitSymbolIfNew): NEW, check for a string in a set, (pic14printExterns,pic14printPublics,pic16printPublics, pic16_printExterns): use new functions to emit symbols (picglue,pic16glue): emit publics before emitting externs * src/pic/gen.c,src/pic16/gen.c (genFunction): remember the names of locally defined functions to avoid bug #1443651 * support/regression/tests/bug-716242.c: removed pic16 workaround * support/regression/ports/pic16/spec.mk: ignore errors during build 2006-06-19 Raphael Neider * src/pic/glue.h: added pic14aopLiteral prototype * src/pic/glue.c (pic14aopLiteral): return unsigned int * src/pic/gen.c: removed stdint.h dependency (aopGet): use Safe_strdup() (bitpatternFromVal): removed, replaced use with pic14aopLiteral (genDataPointerSet): use pic14aopLiteral() * src/pic16/glue.h, src/pic16/glue.c, src/pic16/gen.c: similar changes for pic16; thanks to Bernhard and Maarten 2006-06-18 Borut Razem * support/regression/tests/structflexarray.c: flexible array members not supported by gcc < 3 * sim/ucsim/configure, sim/ucsim/configure.in: do not compile serio GUI tool by default * src/pic/gen.c: don't include [p]strdin.h on solaris * support/Util/pstdint.h: addad svn attributes * support/regression/tests/constantRange.c, support/regression/tests/rotate.c: include inttypes.h instead stdint.h on solaris, addad svn attributes 2006-06-18 Raphael Neider * src/SDCCsymt.c (initCSupport): change return type of divschar to int for PIC16 * src/pic16/genarith.c (genAddLit): sign-extend via standard routine (pic16_genMinusBits): simplified sign-extension (pic16_genUMult8XLit_8,pic16_genUMult8X8_8): renamed to pic16_genMult8XLit_n resp. pic16_genMult8X8_n, fixed and adjusted to correctly handle mixed-signed operands, disabled now unused multiplciation routines * src/pic16/gen.c (pic16_pushpCodeOp): fixed to handle literals (assignResultValue): added argument denoting the size of the result as returned by the function (fixes upcasts in assigning from function calls: char foo(); int i = foo();) (genCall,genPcall,genGenPointerGet,genReceive): pass size of function result to assignResultValue (genMult): disabled inlined multiplication code (genDiv): augmented to also handle the modulus operator, fixed to handle mixed-signed operands correctly (genMod): simply call genDiv, disabled unused code (genAssign): fixed missing (sign-)extension on result * src/pic16/main.c (_hasNativeMulFor): accept literals [-128..256) as valid char operands, allow signed operands for native code, added division and modulo operator handling * device/lib/pic16/libsdcc/char/divschar.c: divschar returns an int As a consequence, onebyte.c (if split into two files) and muldiv.c pass regression tests. 2006-06-17 Frieder Ferlemann * doc/Makefile.in: two runs of makeindex seem needed to get correct page references in the index of sdccman.pdf * doc/sdccman.lyx: mentioned cmon51, added links, small changes 2006-06-17 Borut Razem * sdcc/device/lib/Makefile.in: corrected PORTINCDIR path 2006-06-17 Frieder Ferlemann * doc/sdccman.lyx: updated, added (porting source code, debugging), mentioned ec2drv and paulmon 2006-06-16 Maarten Brock * as/mcs51/lkarea.c (lnkarea2): clear new xdatamap, bugfix for two consecutive abs areas (find_empty_space, allocate_space): added map to handle codemap or xdatamap, (lnksect2): renamed rloc to locIndex, fixed bug 960060 by handling absolute idata and xdata * as/mcs51/lkmem.c (summary2): updated legend 2006-06-16 Raphael Neider * src/pic16/gen.c (shiftR2Left2Result): fixed bug #1507127 2006-06-13 Maarten Brock * debugger/mcs51/cmd.c (cmdListFunctions): fixed bugs 1181163 and 1208515 * src/SDCClrange.c (findPrevUse): fixed bug 1294475 2006-06-13 Vangelis Rokas * src/port.h (struct PORT): added field gp_tags, to hold the tag value of generic pointers, * src/avr/main.c, src/ds390/main.c, src/hc08/main.c, src/izt/i186.c, src/izt/tlcs900h.c, src/mcs51/main.c, src/pic/main.c, src/pic16/main.c, src/xa51/main.c, src/z80/main.c: PORT structure, added elements for gp_tags field, * src/SDCCsymt.h: replaced hardwired values of GPTYPE_* macros with fields in the PORT structure of each port, * src/SDCCast.c (decorateType): allow processing of generic pointers for PIC16 port (FPTRSIZE equals GPTRSIZE), also set GPTYPE_NEAR for S_FIXED symbols 2006-06-12 Maarten Brock * link/z80/lkgb.c, * link/z80/lkgg.c, * src/pic16/gen.c, * src/pic16/main.c, * src/pic16/pcode.c, * src/pic/main.c, * src/pic/pcoderegs.c, * src/SDCCicode.c, * src/SDCCmain.c, * src/SDCCsymt.c: replaced all exit(-1) by exit(EXIT_FAILURE) to fix bug 1504689 on minGW 2006-06-12 Frieder Ferlemann * device/lib/printf_tiny.c: fixed bug #1465675 (%x format specifier) 2006-06-12 Bernhard Held * src/SDCCast.c (backPatchLabels): fixed bug #1504636 2006-06-11 Maarten Brock * device/lib/printf_large.c (OUTPUT_CHAR, _output_char): added and used for optimization 2006-06-11 Vangelis Rokas * src/pic16/gen.c (genCast): fixed bug with assignment of a pointer to a char variable. Fixed bug #1504211 * device/include/pic16/adc.h, device/include/lib/pic16/libio/adc/adcopen.c: applied patch #1364387 and fixed bug #1364390 2006-06-10 Borut Razem * CVSROOT: removed the CVS left-over 2006-06-10 Maarten Brock * as/hc08/asmain.c (asexit), * as/hc08/lkmain.c (lkexit), * as/mcs51/asmain.c (asexit), * as/mcs51/lkmain.c (lkexit), * src/SDCCglue.c (DEFSETFUNC), * src/SDCCmain.c (linkEdit, assemble), * support/librarian/sdcclib.c (AddRel), replaced unlink() by standard C remove() * src/SDCC.y: replaced removePostIncDecOps() by createRMW() * src/SDCCast.c (replaceAstWithTemporary, createRMW, gatherImplicitVariables): new, added to fix bug 608752, (createFunction): added gatherImplicitVariables() * src/SDCCast.h: added createRMW prototype * src/SDCCsymt.h (struct symbol): added infertype * support/regression/tests/bug608752.c: new, added 2006-06-10 Raphael Neider * src/pic16/gen.c (pic16_aopOp): use WREG as destination even for multibyte dummy reads (fixes #1503234) 2006-06-10 Maarten Brock * device/include/mcs51/compiler.h: new, added header file to enable creating common sfr definition header files for different compilers 2006-06-05 Raphael Neider * src/pic16/{pcode.h,genarith.c}: introduced pCodeOp combining any two pCodeOps (previously only two register operands could be combined), removed pcop2 from pCodepReg, replaced pCodeOpReg2 with pCodeOp2, fixes #1492366 * src/pic16/pcodepeep.c (pic16_pCodeOpCopy): added case for PO_TWO_OPS * src/pic16/gen.c (pic16_popGet2,pic16_popGet2p,pic16_popCombine2): rewritten to use new PO_TWO_OPS * src/pic16/main.c (_hasNativeMulFor): cover more cases natively, * src/pic16/pcode.c (pic16_newpCodeOpImmd): initialize rIdx field, (pic16_newpCodeOp): catch invalid attempts on PO_TWO_OPS, (pic16_newpCodeOp2): NEW, create combined pCodeOp, (pic16_get_op): embraced return arg to allow #define return(x), added new case for combined opcodes (pic16_get_op2): reduced to use pic16_get_op() on second pCodeOp, (pic16_pCode2str,pic16_getRegFrompCodeOp, pic16_getRegFromInstruction2): fixed/added handling of new pCodeOp 2006-06-04 Bernhard Held * src/SDCCval.c (checkConstantRange): added * src/SDCCval.h: added checkConstantRange * support/Util/SDCCerr.c, * support/Util/SDCCerr.h: replaced unused W_IF_NEVER_TRUE and W_IF_ALWAYS_TRUE by W_COMP_RANGE and W_LIT_OVERFLOW * src/SDCC.y: moved early 'condition transformations' to SDCCast.c * src/SDCCast.c (decorateType): added checkConstantRange, added 'condition transformations' from SDCC.y so that now W_COMP_RANGE can be emitted with the correct always true/false warning, added optimization for double '!'; result of decorateType() must be assigned back to the tree, because decorateType() can change the tree * src/SDCCicode.c (geniCodeLogic), (geniCodeAssign): replaced new checkConstantRange, added warnings, (checkConstantRange): removed, it was only a fragment which never emitted a warning * src/SDCCsymt.c (computeType): fixed promotion for "-1 < (unsigned bit) b" * src/pic/ralloc.c (packRegsForAssign), * src/pic16/ralloc.c (packRegsForAssign), * src/hc08/ralloc.c (packRegsForAssign), * src/z80/ralloc.c (packRegsForAssign): ported fix for bug #930931 from mcs51 * src/mcs51/ralloc.c (packRegsForAssign): removed outcommented source * support/regression/tests/constantRange.c: added * support/valdiag/tests/constantRange.c: added * support/valdiag/valdiag.py: added -DPORT_HOST=1 2006-06-02 Borut Razem * support/regression/ports/pic16/support.c: increase stack size to 255 bytes * support/regression/Makefile.in: sort tests by name so that the resutlts can be compared on different machines / platforms 2006-06-02 Maarten Brock * device/lib/printf_large.c (output_digit): optimized further, Tnx Frieder * src/ds390/gen.c (emitLabel): new, added, (genDjnz): fixed stack overflow bug, (throughout): cosmetic changes to sync with mcs51/gen.c, replaced emitcode("", "%05d$:", lbl->key + 100) with emitLabel(lbl) * src/mcs51/gen.c (genEndFunction): small optimization, (throughout): cosmetic changes to sync with ds390/gen.c 2006-06-02 Maarten Brock * device/lib/printf_large.c (output_digit, calculate_digit): optimized, (_print_format): fixed printing pointers * src/mcs51/gen.c (emitLabel, movb): new, added, (genAssign): small optimization, (genDjnz): fixed stack overflow bug, (throughout): replaced sprintf with SNPRINTF, replaced mcs51_regWithIdx with REG_WITH_INDEX, replaced emitcode("mov", "b,...") with MOVB(...), replaced emitcode("", "%05d$:", lbl->key + 100) with emitLabel(lbl), replaced D(emitcode("; genXXX", "")) with D(emitcode(";", "genXXX")) * src/mcs51/peeph.def: added rules 140 and 264 * src/SDCCmem.c (allocLocal): store register declared locals in DSEG/OSEG so they may get optimized into registers 2006-05-30 Maarten Brock * src/SDCCmain.c (optionsTable, parseCmdLine): handle --use-stdout immediately when encountered, (printUsage): always use stderr even on windows 2006-05-30 Bernhard Held * src/SDCCast.c (isLoopCountable): fixed bug #1478316 (processParms): fixed bug #1247551 * src/SDCCmain.c (printVersionInfo, printOptions, printUsage, parseCmdLine, main): print '--version' to stdout, print 'help' to stdout if --help is given, print 'help' to stderr and exit with EXIT_FAILURE if no or bad arguments are given; fixed --help 2006-05-27 Bernhard Held * src/SDCCcse.c (findPointerSet): fixed bug #1493710 * support/regression/tests/bug-1493710.c: added 2006-05-27 Borut Razem * support/regression/fwk/lib/testfwk.c: define array in _printn() as static instead auto * support/regression/ports/pic16/support.c: increase stack size from default 64 bytes to 128 bytes * support/regression/tests/staticinit.c, support/regression/tests/float.c: regression tests fully enabled for pic16 port by putting the initialized data arrays into the code section * support/regression/ports/pic16/spec.mk: don't link default libraries. This was changed by mistake in the previous version. 2006-05-28 Vangelis Rokas * src/pic16/gen.c (genFunction, genEndFunction): some beautifications, fixed bug with falsely restoring FSR2 in large stack model, thanks to Beau E. Cox for reporting the bug 2006-05-26 Maarten Brock * debugger/mcs51/break.c, * debugger/mcs51/cmd.c (throughout): removed unused variables and labels, use %p to print pointers, made address variables unsigned * debugger/mcs51/cmd.c (infoSymbols): added missing parameter to printf * debugger/mcs51/symtab.c (parseSymbol): must return something * src/mcs51/gen.c (aopForSym): small optimization, moved declarations mcs51_ptrRegReq and mcs51_nRegs to ralloc.h, (freeAsmop): added missing break, (aopPut): removed parameter bvolatile, determine it inside the function, (saveRegisters, unsaveRegisters): small optimization, (genIpush): removed pointless check, (throughout): replaced Safe_calloc, strcpy with Safe_strdup, replaced sprintf with SNPRINTF, replaced strcpy with strncpyz, updated aopPut calls, replaced D(emitcode("; genXXX", "")) with D(emitcode(";", "genXXX")) * src/mcs51/ralloc.h: added declarations mcs51_ptrRegReq and mcs51_nRegs 2006-05-24 Borut Razem * support/regression/tests/bug-221100.c: fixed xdata problem caused by modification of test for the pic16 port, put the array to the code memory for pic16port; thanks to Maarten Brock and Frieder Ferlemann 2006-05-23 Jesus Calvino-Fraga * src/pic/gen.c: MSC 6 does not have . Use pstdint.h instead. * support/Util/pstdint.h: added 2006-05-22 Borut Razem * src/regression/Makefile: removed bool2.c test, added -q linker option * src/regression/add2.c, src/regression/add3.c, src/regression/bool1.c, src/regression/bool3.c, src/regression/nestfor.c, src/regression/ptrfunc.c, src/regression/compare.c, src/regression/or1.c, src/regression/compare2.c, src/regression/while.c, src/regression/compare3.c, src/regression/compare4.c, src/regression/compare5.c, src/regression/sub2.c, src/regression/rotate1.c, src/regression/rotate2.c, src/regression/rotate3.c, src/regression/rotate4.c, src/regression/switch1.c, src/regression/rotate5.c, src/regression/for.c, src/regression/add.c, src/regression/sub.c, src/regression/call1.c: define SUPPORT_BIT_TYPES 0, removed unused bit variables 2006-05-22 Raphael Neider * src/pic16/gen.c (pic16_storeForReturn): fragile fix for bug #1492360 (problematic due to generic pointers, see code) 2006-05-22 Borut Razem * support/regression/ports/pic16/specs.mk: removed stack size linker directive * support/regression/tests/array.c, support/regression/tests/bitopcse.c, support/regression/tests/bug-908454.c, support/regression/tests/malloc.c: modified for pic16 regression test * support/regression/tests/bitfields.c: pic16 - excluded bitfileds of size > 8 * support/regression/tests/bp.c: pic16 - reduced data size * support/regression/tests/bug-221100.c: pic16 - reduced data size * support/regression/tests/bug-460010.c: pic16 - used the absolute address the fits in memory * support/regression/tests/bug-716242.c: bug [ 1443651 ] pic 16: redefining symbol that cannot be redefined. * support/regression/tests/float.c: pic16 - excluded - data size too big * support/regression/tests/onebyte.c: pic16 - bug [ 1444425 ] onebyte.c regression tes fails on pic16 * support/regression/tests/shifts.c: pic16 - function names probably have to differ in first X characters (gpasm limitation?) * support/regression/tests/staticinit.c: pic16 - excluded some tests due error: no target memory available for section ".idata" 2006-05-22 Borut Razem * support/Util/dbuf.c: fixed bug #1489008 fix dbuf_c_str(), second try. Thanks Stas Sergeev once more. 2006-05-21 Maarten Brock * src/hc08/gen.c (transferAopAop): aop forced to stack was not restored, (genLeftShift, genRightShift): fixed bug 1491627 * src/hc08/peeph.def (rules 7, 8.x): added * support/regression/tests/shifts.c (ShiftLeftByParam, ShiftRightByParam, testShiftByParam): added to test variable shifting 2006-05-20 Raphael Neider * src/pic/gen.c (bitpatternFromVal): fixed for 64-bit machines * src/pic16/ralloc.c (newReg): use correct name in hashtable, (allocReg): add only new registers to dynAllocRegs, (pic16_assignRegisters): do not reset dynrIdx, fixes bugs #1489055, #1445850, and probably #1483693 2006-05-19 Vangelis Rokas * src/pic16/glue.c (pic16_emitConfigRegs, pic16_emitIDRegs): fixed bug in for-loop that didn't emit the last of CONFIG and ID registers 2006-05-18 Maarten Brock * src/mcs51/gen.c (genCodePointerGet): inc dptr instead of loading acc with offset * src/mcs51/peeph.def (186.x): updated and reenabled to fix bugs 1489016, 1434401 and 1490124 * src/ds390/peeph.def (186.x, 227.x): updated and reenabled to fix bugs 1489016, 1434401 and 1490124 2006-05-17 Borut Razem * support/Util/dbuf.c: fixed bug #1489008 fix dbuf_c_str(), thanks Stas Sergeev 2006-05-15 Maarten Brock * device/include/mcs51/P89c51RD2.h, * device/include/mcs51/P89LPC901.h, * device/include/mcs51/P89LPC922.h, * device/include/mcs51/P89LPC932.h: added, thanks Omar Espinosa 2006-05-14 Vangelis Rokas * device/lib/pic16/libsdcc/stack/{stack.S, Makefile.in}: add workaround to fix missing stack pragma in compiled binary object file, 2006-05-14 Bernhard Held * support/packihx/configure.in, * support/packihx/configure: removed warning, autoconf >= 2.5x can determine sizeof basic types even while cross compiling 2006-05-13 Bernhard Held * src/avr/gen.c (aopop), * src/ds390/gen.c (aopOp), * src/hc08/gen.c (aopOp), * src/mcs51/gen.c (aopop), * src/pic16/gen.c (pic16_aopOp), * src/pic/gen.c (aopOp), * src/z80/gen.c (aopop): fix for bug #1479882; use new, exclusive asmop if size of operand is smaller than spill location 2006-05-12 Borut Razem * *.dsw, *.dsp: changed property svn:eol-style to CRLF since they have to have CR/LF line endings even if they are checked out on *nix or on WIN32 in cygwin binmode 2006-05-12 Maarten Brock * doc/sdccman.lyx: documented numeric ranges, WEBDOC #1442369 * device/include/ds80c390.h: added sfr16 definitions * src/ds390/gen.c, * src/ds390/gen.h, * src/ds390/main.c, * src/ds390/ralloc.c, * src/ds390/ralloc.h: changes all over the place to sync with mcs51 fixing several bugs and adding sfr16/sfr32, reentrant bit params, bit returning functions * support/regression/tests/sfr16.c: enabled test on ds390 2006-05-11 Erik Petrich * src/hc08/gen.c (asmopToBool, genIfx): fix for bug #1429722 * src/hc08/gen.c (storeRegToAop): fix for bug #1439894 2006-05-11 Maarten Brock * sim/ucsim/sim.src/memcl.h: added get_decoder() to cl_address_space * sim/ucsim/sim.src/mem.cc: implemented cl_address_space::get_decoder, (cl_address_space constructor): removed expensive initialization, (cl_address_space::get_cell): extended for late initialization, (cl_address_space::*): use late initialization, (cl_address_decoder::activate): removed expensive initialization, This reduced regression test running time by 25% 2006-05-11 Bernhard Held * packihx/, * configure.in, * configure, * sdcc.dsw, * Makefile.bcc, * Makefile.in, * support/packihx/Makefile.in, * support/packihx/clean.mk, * support/packihx/Makefile.bcc, * support/packihx/PackIhx.dsp: moved packihx to support/packihx 2006-05-11 Erik Petrich * src/SDCCval.c (valNot): fix for regression test failure of not.c on big endian hosts 2006-05-10 Maarten Brock * device/inlcude/mcs51/msc1210.h: new, added, thanks Philippe Latu 2006-05-10 Erik Petrich * device/lib/mcs51/Makefile.in: changed string comparison operator to = for POSIX compliance; == is bash extension 2006-05-10 Maarten Brock * device/lib/hc08/_mulint.c: applied patch 1485428, thanks kosmonaut_pirx 2006-05-09 Vangelis Rokas * src/pic16/gen.c (pic16_freeAsmop): release any temp registers allocated by aopForSym thus fixing bug #1478657 about failed testfwk.c * src/pic16/main.c (_pic16_keywords): added 'sfr16' keyword, * src/pic16/ralloc.c (pic16_allocWithIdx): also a fix for bug exposed by bug report #1478657, 2006-05-05 Borut Razem * doc/Makefile.in: remove of WARNINGS and labels.pl immediately after making the html 2006-05-02 Borut Razem * doc/Makefile.in: removed *.ind dependency since there is no rule to create *.ind, which made make to fail if invoked with -j 2 2006-05-01 Maarten Brock * src/SDCCglue.c (emitRegularMap): partial fix for bug 1477149, thanks Hubert Sack for patch 1479782 2006-05-01 Vangelis Rokas * src/pic16/glue.c (pic16_printIvalStruct): fixed bug #1445929 2006-05-01 Raphael Neider * src/pic/device.c (sanitise_processor_name): only remove p(ic) prefix, (create_pic): store only prefix-free device name, (init_pic): check for device names with "16" prefix, (list_valid_pics), * src/pic/device.h (struct PIC_device), * src/pic/main.c (_pic14_genAssemblerPreamble): adapted to single stored device name, * device/include/pic/pic12f{635,675,629,683}.h, * device/lib/pic/libdev/pic12f{635,675,629,683}.c: NEW device libraries * device/lib/pic/libdev/Makefile.in: allow pic12* devices, * device/include/pic/pic16f505.h, * device/lib/pic/libdev/pic16f505.c: removed * device/include/pic/pic14devices.txt: added support for pic12f devices, removed unsupported non 16-bit devices [above changes provided by patch from Zik Saleeba] * src/pic/*, src/pic16/*, device/include/pic16/*, device/lib/pic/**, device/lib/pic16/**: obfuscated email address 2006-05-01 Borut Razem * configure.in, configure, doc/Makefile.in: sync with nightly build makefile - latex, dvipdf and dvips not needed any more 2006-04-30 Bernhard Held * support/scripts/sdcc.nsi: removed all Readmes and Makefiles in the library source 2006-04-30 Maarten Brock * support/regression/ports/hc08/spec.mk: fixed bug 1478892 2006-04-28 Raphael Neider * src/pic16/pcode.c (pic16_newpCodeOpLit12), * src/pic16/gen.c (pic16_popGetLit12): NEW, create 12 bit literal, (pic16_loadFSR0): handle 12 bit literals correctly, fixes #1440527 * src/pic16/pcode.h: added prototype for pic16_newpCodeOpLit12() 2006-04-28 Bernhard Held * device/lib/pic/libdev/Makefile.in, * device/lib/hc08/Makefile.in, * device/lib/gbz80/Makefile.in, * device/lib/z80/Makefile.in, * device/lib/ds390/Makefile.in, * device/lib/ds400/Makefile.in: added srcdir to include search path, thanks to Borut for the bug report * configure.in, * configure: always create doc/Makefile independent from --enable-doc * Makefile.in: always install from directory doc independent from --enable-doc * device/lib/pic/Makefile.in: added libdev again, it was erroneously removed * device/lib/pic/libdev/Makefile.in: fixed VPATH build * doc/Makefile.in: install *.txt if present * device/include/Makefile.in (install): added installation of pic/*.inc and pic/*.txt files again, they were erroneously removed 2006-04-28 Raphael Neider * src/pic/{gen.c,main.h,pcode.c}, * src/pic16/{gen.c,pcode.c}: quietened compiler warnings concerning signedness with casts 2006-04-28 Raphael Neider * src/pic/gen.c (genFunction): set global pic14_hasInterrupt on definition of an interrupt handler, * src/pic/glue.c (pic14_emitInterruptHandler): moved output of interrupt handler stuff from picglue() to separate routine, (picglue): enabled definition of intr handlers in files w/o main() 2006-04-26 Maarten Brock * support/librarian/sdcclib.c: moved include up to enable compilation with MSVC 2005 Express Edition (VC8) 2006-04-26 Bernhard Held * device/lib/Makefile: fixed build of gbz80 lib 2006-04-26 Maarten Brock * support/regression/tests/bug-460010.c, * support/regression/tests/bug-524691.c, * support/regression/tests/bug-716242.c: removed conditional defines that are already in testfwk.h 2006-04-25 Maarten Brock * src/ds390/gen.c (AccAXRrl1, AccAXLrl1): changed to real rotate by 1, (AccAXRsh1): added, shift right by 1, (AccAXLsh, AccAXRsh, AccAXRshS): updated for AccAXRrl1, AccAXRsh1 and AccAXLrl1 * support/regression/tests/rotate.c: use and enabled ds390 2006-04-25 Bernhard Held * src/SDCCast.c (decorateType): partial fix for RFE 1475769, remove cast to same type * src/SDCCast.c (decorateType): fix for RFE 1475742, optimize 'ifx (op == 0)' resp. 'ifx (op != 0)' * as/z80/Makefile, * link/z80/Makefile: removed, they have moved to Makefile.in files * configure, * configure.in: replaced duplicate message about ucsim by missing sdcpp * install-sh: fix bug #1204398 by setting umask 0022 * device/lib/Makefile: separate build of z80 and gbz80 lib 2006-04-24 Bernhard Held Enabled VPATH feature: changed nearly all Makefiles (149 files). See sdccman.lyx '2.4.10 VPATH feature' about how to use it. One basic decision: e.g. src/clean.mk includes further files. In order to make this work there are two solutions: - rename another dozen clean.mk to clean_in.mk, add srcdir to them and run configure on them. This way they can use 'include $(srcdir)/port-clean.mk' - always include clean.mk by the Makefile at the same level. To avoid that `make clean` tries to include and build Makefile.dep the MAKECMDGOALS are examined (see e.g. src/Makefile.in). This has been implemented, because now even `make uninstall` doesn't create Makefile.in. clean.mk could be eliminated by pasting it in Makefile.in. * debugger/mcs51/Makefile.in: build own objects from library sources (SLIB, SDCC) in current directory * configure, configure.in: renamed --disable-device-lib-build in --disable-device-lib; added --enable-doc, the required tools are searched by configure; added result message; the toolchain for the belonging ports are now only built, if the port is enabled. * support/regression/*: all output is written in directory gen, because the fwk and ports directories don't livet in the build tree using vpath * doc/sdccman.lyx: renamed --disable-device-lib-build to --disable-device-lib, added --enable-doc, added section VPATH * sim/ucsim/configure.in, * sim/ucsim/configure.in: hc08 couldn't be disabled, now hc08 and z80 are enabled by default 2006-04-24 Raphael Neider * src/pic/device.c (pic14_assignConfigWordValue): remember assignments to config word, "pic14_"-prefixed some extern functions (pic14_emitConfigWord): emit __config directive(s) if assignment to config word has been found * src/pic/device.h: added prototypes * src/pic/pcode.c: added "pic14_"-prefix where needed * src/pic/ralloc.c (IS_CONFIG_ADDRESS,pic14_assignRegisters): cosmetic fixup * src/pic/glue.c (pic14_constructAbsMap): handle assignments to config words, (pic14emitRegularMap): ignore config words, (pic14createInterruptVect): moved generating __config directives away (picglue): have __config directives emitted 2006-04-24 Borut Razem * doc/Makefile: sync with nightly build makefile 2006-04-24 Raphael Neider * src/pic/pcoderegs.c (OptimizeRegUsage): do not optimize registers that have not been assigned proper liveranges, fixes #1469504 and #1474602, (pCodeRegOptimizeRegUsage): fixed typo in comment 2006-04-24 Borut Razem * device/examples/main8051.c: deleted - it was removed from CVS 24.mar.2000 and after that modified 18.feb.2001, so it reappered after the transition to Subversion * src/SDCCalloc.h: deleted - it was removed from CVS 3.feb.2001 and after that modified 18.feb.2001, so it reappered after the transition to Subversion * sim/ucsim/cpu.gif, sim/ucsim/interrupt.gif, sim/ucsim/new.gif, sim/ucsim/serial1.gif, sim/ucsim/serial2.gif, sim/ucsim/term_cpuopt.gif, sim/ucsim/timers.gif, sim/ucsim/wins.gif, sim/ucsim/post.jpg, sim/ucsim/UCsim.jpg: corrected 2006-04-22 Maarten Brock * as/asx8051.dsp: added mcs51/strcmpi.h * as/hc08/as_hc08.dsp: added asm.h, m6808.h, strcmpi.h * as/hc08/aslink.h: updated lnksect prototype * as/hc08/asm.h, * as/mcs51/asm.h: added a_addr to struct area and s_org to struct sym * as/hc08/asmain.c, * as/mcs51/asmain.c (asmbl): init dot.s_org for S_ORG, (newdot): handle A_ABS * as/hc08/asout.c, * as/mcs51/asout.c (outarea): output address * as/hc08/lkaomf51.c, * as/mcs51/lkaomf51.c: disabled unused array UsageType * as/hc08/m08pst.c, * as/mcs51/i51pst.c, * as/z80/z80pst.c: "ABS" is not A_OVR * as/hc08/lkarea.c (newarea): read a_addr, (lnkarea): added codemap array, sort absolute areas to the front, combine all GSINITx/GSFINAL, (find_empty_space, allocate_space): new functions, (lnksect): return next address, handle absolute sections * as/mcs51/lkarea.c (newarea): read a_addr, lnksect2 prototype changed, (lnkarea2): define codemap unsigned, combine all GSINITx/GSFINAL, (find_empty_space, allocate_space): new, factored out of lnksect2, (lnksect2): return next address, handle absolute sections * as/hc08/lkhead.c, * as/mcs51/lkhead.c (newhead): head is absolute but not overlay * as/hc08/lklibr.c (addfile, fndsym), * as/mcs51/lklibr.c (addfile, buildlibraryindex, fndsym): prevent index out of range and detect both '\' and '/' * device/include/mcs51/c8051f200.h: added _XPAGE, removed bad comment * device/include/stdbool.h: removed SDCC_ds390 from check to pass regression tests (ds390 cannot return bool yet) * doc/sdccman.lyx: changed version number, document changed --no-peep, document critical interrupts on z80, document changed SDCC define * src/asm.c (_asxxxx_mapping): fixed .org directive, (_a390_mapping): added .org directive * src/hc08/gen.c (transferAopAop): made bytemask log to fix warning, (genMultOneByte): fixed warnings * src/hc08/hc08.dsp: lowered warning level to 2 to suppress pedantic ones * src/pic16/device.c: removed newReg prototype, removed BYTE_IN_LONG * src/pic16/gen.c (pic16_popGetLabel): made parameter key signed, (pic16_genLeftShiftLiteral, genRightShiftLiteral): fixed warnings * src/pic16/gen.h: changed prototype for pic16_popGetLabel * src/pic16/main.c: removed newReg prototype * src/pic16/pcode.c, * src/pic16/pcode.h (pic16_emitDB): changed parameter c to int to fix warnings * src/pic16/pic16.dsp: lowered warning level to 2 to suppress pedantic ones * src/pic16/ralloc.c * src/pic16/ralloc.h (newReg): changed type to int and size to unsigned to fix warnings * src/pic/pcode.c (allocInternalRegister): changed parameter optype from short to PIC_OPTYPE * src/pic/pic.dsp: lowered warning level to 2 to suppress pedantic ones * src/pic/ralloc.c (newReg, allocInternalRegister): changed parameter optype from short to PIC_OPTYPE * src/port.h: made int_size unsigned to fix warnings * src/SDCC.y: fixed warning on MSVC * src/SDCCicode.c (getArraySizePtr): return unsigned int * src/SDCCopt.c (convertToFcall): fixed warnings * src/SDCCsymt.h: removed double prototype for genSymName * src/xa51/ralloc.c (allocReg): made size unsigned int, type int and offset int to fix warnings 2006-04-22 Borut Razem * doc/sdccman.lyx, */Makefile, */Makefile.in: references to CVS replaced with Subversion 2006-04-21 Borut Razem * doc/sdccman.lyx, */Makefile, */Makefile.in: references to CVS replaced with Subversion 2006-04-19 Borut Razem * src/version.awk: adapted for svn * /asxxxx/asxhtml/*.gif: set property svn:mime-type to image/gif sim/ucsim/doc/*.gif: set property svn:mime-type to image/gif sim/ucsim/doc/*.jpg: set property svn:mime-type to image/jpeg /binutils-avr/etc/*.vi, *.jin: removed all properties support/scripts/sdcc.ico: set property svn:mime-type to image/x-icon 2006-04-19 Borut Razem * CVS to Subversion migration completed 2006-04-18 Borut Razem * support/scripts/sdcc.nsi: removed unexisting ${DEV_ROOT}/lib/pic/*.o, ${DEV_ROOT}/lib/src/pic/libdev/*.S, ${DEV_ROOT}/lib/src/pic/libdev/*.inc 2006-04-17 Borut Razem * device/include/Makefile.in: added pic/*.inc to the installation 2006-04-15 Bernhard Held * support/regression/collate-results.py: fixed output in case of a valdiag error * support/regression/generate-cases.py: fixed splitting of pathnames with dots * as/hc08/lklibr.c (addfile), * as/mcs51/lklibr.c (addfile): fixed off-by-one bug 2006-04-11 Raphael Neider * src/pic16/gen.c (getFreePtr, pic16_popRegFromString), * src/pic16/ralloc.c (pic16_allocregWithName): removed debug output * src/pic16/pcode.c (assignValnums): fixed #1460578 2006-04-11 Raphael Neider * device/lib/pic/libdev/*.c, * device/include/pic/*.h: replaced sfr and data with __sfr and __data, fixes #1468739, enables compilation in --std-c99 mode * support/scripts/inc2h.pl: emit __sfr/__data instead of sfr/data 2006-04-11 Raphael Neider * src/pic/device.c (find_device): removed debug output (list_valid_pics): enabled verbose listing of supported devices * device/include/stdbool.h: define bool as char for pic14/16 as well 2006-04-07 Frieder Ferlemann * src/SDCC.y: allow using brackets here: "__interrupt (1) __using (1)" 2006-04-07 Maarten Brock * .version: bumped version to 2.5.6 * src/pic/ralloc.c (newReg): MSVC doesn't support __builtin_return_address 2006-04-06 Raphael Neider * .version: bumped version to 2.5.6 (pic14 ABI changed) * src/SDCCmain.c: add -DSDCC_PROCESSOR= for pic14 port * src/pic/glue.c (emitSymbolToFile,pic14_constructAbsMap, pic14emitRegularMap,pic14emitMaps): moved output for absolute symbols to pic14_constructAbsMap (pic14printPublics): declare absolute global symbols as global (pic14createInterruptVect), * src/pic/ralloc.c (IS_CONFIG_ADDRESS): support second config word, (newReg): assume new registers unused, use correct name in hashtable (reg->name instead of name), more debugLog output * src/pic/device.h (PIC_device): added fields for verbose output * src/pic/device.c: moved device definition to pic14devices.txt, added routines for runtime parsing of pic14devices.txt, added support for second config word * src/pic/main.c (_process_pragma): removed #pragma maxram, (_pic14_keywords): no longer accept "bit" and "sbit" keywords (_pic14_initPaths): add search paths with "pic" suffix (not "pic14") (_pic14_parseOptions): moved pCodeInitRegisters here (_pic14_do_link): add "pic$(ARCH).lib" to linker arguments * src/pic/pcode.c (AnalyzeBanking): bail out on unset processor, (pCodeInitRegisters): rewrapped comments, perpared new approach to handling the pseudo stack * device/lib/Makefile.in: ignore failures in objects-pic16, * device/lib/pic/{configure,configure.in,Makefile}: added libdev/ * device/lib/pic/NEWS: document new dependency on picXXX.lib * device/lib/pic/Makefile.subdir, * device/lib/pic16/Makefile.subdir: improved clean rules * device/lib/pic/libdev/: NEW, pic14 device libraries * device/lib/pic/libsdcc/_gptr{get,put}{1,2,3,4}.S: use _X not X * device/lib/pic/libsdcc/macros.inc: use _X not X, declare default SFRs * device/include/Makefile.in: create subdir and install pic14 headers * device/include/pic/p16f_common.inc: removed unused declarations * device/include/pic/pic16*.h: added header files for 100+ 14 bit PICs from inc2h.pl v1.6, replaced BIT_AT macros with struct declarations * device/include/pic/pic14devices.txt: definition of supported devices, all above improvements contributed by Zik Saleeba, thanks * support/scripts/inc2h.pl: removed BIT_AT, replaced with structs * support/scripts/sdcc.nsi: also install pic14 device libraries and headers 2006-04-06 Maarten Brock * device/include/mcs51/c8051f410.h: added interrupt numbers, * device/include/mcs51/c8051f200.h: old SiLabs mcu completes the list, thanks to Charles Olds 2006-04-06 Frieder Ferlemann * debugger/mcs51/cmd.c (infoRegisters): show return address on stack 2006-04-06 Maarten Brock * src/SDCCpeeph.c (labelIsReturnOnly): fixed bug 1464657 * src/mcs51/gen.c (genJumpTab): fixed bug in medium model * support/regression/bug1464657.c: added, new test 2006-04-05 Maarten Brock * src/SDCCmain.c (preProcess): implemented RFE 1449908, define SDCC as the version number 2006-04-05 Maarten Brock * src/SDCCpeeph.c (initPeepHole): implemented RFE 1460196, when both --no-peep and --peep-file are used don't use default rules but do use the 2006-04-05 Maarten Brock * src/mcs51/gen.c (genCall): fixed bug 1457608 2006-03-30 Frieder Ferlemann * doc/sdccman.lyx: reverted to version 1.129 of december as my latest changes seem to cause (trigger?) problems with the build system. 2006-03-29 Maarten Brock * src/SDCCpeeph.c (operandsLiteral): new, added, (callFuncByName): inserted operandsLiteral * src/mcs51/peeph.def: reenabled 132.e, added extra check to 132.x 2006-03-28 Frieder Ferlemann * doc/sdccman.lyx: added paragraph "Use of SDCC in Education" * src/mcs51/peeph.def: disabled rule 132.e fixing bug #1453093 2006-03-24 Maarten Brock * src/z80/gen.c (genFunction, genEndFunction): fixed bug 1160666, implemented patch 1120823 Thanks to Willy De la Court (normal interrupts need an interrupt number now if they are made critical), and enabled nesting of critical functions though not for gbz80 (genCritical, genEndCritical): added functions (genZ80Code): added cases for CRITICAL and ENDCRITICAL * src/z80/mappings.i: added "ei" to all mappings 2006-03-20 Frieder Ferlemann * sim/ucsim/cmd.src/newcmdcl.h: applied patch fixing GCC 4.1 build submitted by the Debian SDCC maintainer Aurelien Jarno: "Credits goes to Martin Michlmayr, who rebuilt the whole Debian archive with gcc 4.1 on mips and wrote the patch" 2006-03-16 Raphael Neider * src/pic16/genarith.c (genAddLit): simplified and fixed case where the left operand is shorter than the result (c* = lit-c* + int), fixes bug #1450796 * src/pic16/gen.c (genRightShift): check IS_SYMOP before accessing OP_SYMBOL 2006-03-14 Vangelis Rokas * src/.version: increased version number to 2.5.5 * src/SDCCmain.c (linkEdit): do not test for PIC16 target since, PIC16 linking is done manually in pic16 port's _linkEdit, * src/SDCCsymt.c (compStructSize): for target PIC16 and shell variable PIC16_PACKED_BITFIELDS, compact bitfield structures as much as possible, * src/pic16/gen.c (aopForSym): when direct register name is WREG then allocate asmop as AOP_ACC, (aopForRemat): added parameter 'bool result' in function declaration, (pic16_aopGet): return AOP_ACC when accessing WREG, (pic16_popGetTempReg): minor modification, (pic16_popRegFromIdx): first try with 'pic16_regWithIdx' then with 'pic16_allocWithIdx', (genPcall): removed ftype, usage of OP_SYM_TYPE asserted error when calling function in absolute addresses, (genAssign): take into account AOP_ACC asmop, * src/pic16/pcode.c (pic16_newpCodeOpReg): minor modifications, * src/pic16/pcoderegs.c: some debug functions and lines added, * src/pic16/ralloc.c (decodeRegType): added but commented out, * (pic16_typeRegWithIdx): search 'pic16_dynInternalRegs' for given register too, * (pic16_findFreeReg, pic16_findFreeRegNext): allocate new register via call to allocReg, not by manually allocating a new one, (pic16_assignRegisters): now before going through the register allocating functions mark all registers as free. This eliminates some side effects resulting from peephole parser done earlier in the backbone 2006-03-13 Maarten Brock * src/SDCCicode.c (geniCodeLogic), * src/SDCCast.c (decorateType): applied patch by Bernhard for rfe 1422617 2006-03-10 Maarten Brock * src/mcs51/gen.c (sameReg): new, checks if two aop regs are the same, (genSend): bugfix, do not allocate and free twice, (shiftRLong): handle partially overlapping aops * support/regression/tests/bitopcse.c: fixed warning redefined idata 2006-03-08 Borut Razem * support/regression/fwk/include/testfwk.h: added defines for xdata, idata for pic16 2006-03-08 Maarten Brock * support/regression/tests/bug1409955.c: new, added * src/mcs51/gen.h: changed asmop.freed:1 to asmop.allocated for tracking * src/mcs51/gen.c (newAsmop): set asmop.allocated to 1, (aopForSym, aopOp): increment asmop.allocated if reused, (freeAsmop): decrement asmop.allocated and check for zero instead of using asmop.freed, (freeForBranchAsmop): use asmop.allocated instead of asmop.freed, (genNot, genCpl, genUminus, genMinus, genMult, genDiv, genMod, genCmpGt, genCmpLt, genAndOp, genOrOp, genAnd, genOr, genXor, genRRC, genRLC, genGetHbit, genGetAbit, genGetByte, genGetWord, genSwap, genLeftShiftLiteral, genLeftShift, genRightShiftLiteral, genSignedRightShift, genRightShift, genDataPointerGet, genPagedPointerGet, genFarPointerGet, genCodePointerGet, genGenPointerGet, genDataPointerSet, genAssign, genCast): free asmop's in reverse order from allocation, (genPlus, genCmpEq): free asmop's in reverse order from allocation and added swappedLR to keep track * support/regression/fwk/include/testfwk.h: added defines for xdata, idata, pdata & code for GCC, z80, gbz80 & hc08 * support/regression/tests/zeropad.c: moved defines to testfwk.h 2006-03-08 Raphael Neider * src/pic16/main.c (_hasNativeMulFor): fixed bug #1444425 2006-03-07 Maarten Brock * device/include/mcs51/c8051f410.h: new SiLabs mcu * src/ds390/peeph.def: disabled 186.d and 227.a as fix for #1434401 * support/regression/tests/array.c: added parenthesis, made arrays unsigned 2006-03-06 Borut Razem * support/regression/ports/pic16/spec.mk: link with libm18f.lib, made the linker quiet 2006-03-06 Vangelis Rokas * src/pic16/gen.c (genPcall): fixed bug #1443644 * src/pic16/device.h (struct pic16_options_t): added 'int CATregs' flag which dumps before the function entry point a data byte which represents the number of the local variables used by the specified function, added 'xinst' for initial support for Extended Instruction Support, * src/pic16/gen.c (aopForSym, pic16_aopGet): beautifications, (pic16_testStackOverflow): do not prefix GSTACK_TEST_NAME with port->fun_prefix anymore (may change later), (genFunction, genEndFunction): do not store/restore local registers for _main (this should take care the --main-return command line option in the future), (genOr): removed some legacy pic-port instructions, * src/pic16/genarith.c (genAddLit): re-enabled old code because performing operations with SFR's causes data to be written more than once to each SFR. Perhaps SFRs should be handled in special cases... * src/pic16/glue.c: macros BIG_ENDIAN and BYTE_IN_LONG are moved to pcode.h * src/pic16/main.c (_process_pragma): stack bound checking did not take into account for stack starting position, (struct OPTIONS pic16_optionsTable): added command line argument --extended or -y for Extended Instruction Support, * src/pic16/ralloc.c (pic16_decodeOp): added case for FUNCTION, (deassignLRs): *** perhaps the most important change, old 'for' code (commented out for reference), didn't account for some registers which were left marked 'not free' after a pointer operation. The change reduces register usage a lot in some cases 2006-03-04 Borut Razem * support/regression/ports/hc08/spec.mk: remove *.asm in traget _clean * support/regression/tests/bug-524697.c: decreased array size for mcs51 to fit into the internal RAM * support/regression/Makefile.in: a little bit more verbose 2006-03-03 Borut Razem * support/regression/fwk/lib/testfwk.c, support/regression/fwk/include/testfwk.h: introduced function _prints(), nonrecursive _printn(), call _initEmu() from main() * support/regression/ports/gbz80/support.asm, support/regression/ports/ucz80/support.asm, support/regression/ports/z80/support.asm, support/regression/ports/ds390/support.c, support/regression/ports/hc08/support.c, support/regression/ports/host/support.c, support/regression/ports/mcs51/support.c, support/regression/ports/xa51/support.c: added empty _initEmu() function * support/regression/ports/pic16/gpsim.cmd, support/regression/ports/pic16/spec.mk, support/regression/ports/pic16/support.c, support/regression/Makefile.in: added pic16 regression test 2006-03-01 Raphael Neider * src/pic16/gen.c (genPcall,pic16_derefPtr,genGenPointerGet, genConstPointerGet): use safe way of generating MOVFF to cover literals as well as registers, fixes bug #1440527 * src/pic16/glue.c (pic16_printIvalBitFields): prevent NULL pointer dereference (pic16_printIvalUnion,pic16_isUnion): NEW, handle initialized unions more correctly, fixes bug #1232186 (pic16_printIval): use pic16_printIvalUnion() for initialized unions * src/pic16/main.c (_pic16_linkEdit): reorder linker arguments to make gplink guess the correct processor in more cases, applied patch from Till Riedel attached to and fixing bug #1436552 2006-02-20 Frieder Ferlemann * support/regression/tests/array.c: added, contains check for #1434401 * src/mcs51/peeph.def: disabled 186.d as temporary fix for #1434401 2006-02-16 Maarten Brock * device/include/mcs51/at89s8253.h: new, thanks to Krzysztof Polomka * device/include/mcs51/at89S8252.h: fixed, thanks to Krzysztof Polomka * device/include/mcs51/c8051f326.h, * device/include/mcs51/c8051f340.h: new SiLabs mcu's * device/include/mcs51/c8051f000.h, * device/include/mcs51/c8051f018.h, * device/include/mcs51/c8051f020.h: used () with __at, renamed IDLE,STOP to PCON_IDLE,PCON_STOP and added sfr16 definitions 2006-02-14 Maarten Brock * src/mcs51/gen.c (genPlus, genMinus, genMult, genGetAbit, genGetByte, genGetWord): fixed bug 1409955 2006-02-14 Maarten Brock * device/include/hc08/mc68hc908gp32.h, * device/include/hc08/mc68hc908jb8.h: removed AWUL, added PTA6 & PTA7 2006-02-13 Maarten Brock * src/SDCCast.c (constExprValue): return NULL if not a value * src/SDCCglue.c (printIvalArray): fixed bug 1225568 * src/hc08/gen.c(genUnpackBits, genUnpackBitsImmed): fixed bug 1019480 * support/regression/tests/bitfields.c: enabled signed bitfield for all 2006-02-13 Borut Razem * src/regression/ptrarg.c: added, fails due to bug #1430967 * src/regression/Makefile: ptrarg.c added, ... 2006-02-12 Maarten Brock * src/z80/gen.c (genUnpackBits): fixed bug 1019480 * support/regression/tests/bitfields.c: enabled signed bitfield for z80 2006-02-11 Borut Razem * src/SDCCmain.c: Added "sdcc: Calling linker..." if --verbose, print "Processor: xxx" message to stdout only if --verbose 2006-02-11 Maarten Brock * src/SDCCglue.c (printIvalStruct): fixed bug 1426356 union initializer * support/regression/tests/bug1426356.c: added * support/regression/tests/bitfields.c: removed 2 tests 2006-02-10 Maarten Brock * device/include/mcs51/at89c51snd1c.h: updated comments, see patch 1428901 * device/include/mcs51/c8051f330.h, * device/include/mcs51/c8051f350.h: used () with __at, renamed IDLE,STOP to PCON_IDLE,PCON_STOP and added sfr16 definitions * device/lib/_divsint.c, * device/lib/_divuint.c, * device/lib/_divulong.c, * device/lib/_divulong.c: renamed a,b to x,y to avoid confusion, fixed register bank bug for small stackauto 2006-02-09 Maarten Brock * support/regression/fwk/lib/timeout.c: include for exit() 2006-02-08 Maarten Brock * support/regression/ports/mcs51-xstack-auto/spec.mk: forgot -I(...)/mcs51 * all.dsp: corrected several bin paths * device/include/mcs51/c8051f120.h, * device/include/mcs51/c8051f300.h, * device/include/mcs51/c8051f310.h: used () with __at and renamed IDLE,STOP to PCON_IDLE,PCON_STOP * device/include/mcs51/c8051f320.h: see above, also added sfr16 definitions * device/lib/printf_large.c (output_float): fixed bug 1388703 * support/regression/tests/bug1057979.c: added test for bug 1388703 2006-02-08 Raphael Neider * src/pic/pcode.c (pciTRIS): fixed typo, (BuildFlow,LinkFlow_pCode): added (disabled) debug output, (LinkFlow): fixed handling of flows that end in a call, (ReuseReg): perform safety check earlier * src/pic/pcoderegs.c (pCodeRegMapLiveRangesInFlow): fixed to work with flows at the beginning of a pBlock, fixes #1426557 (Symbol not previously defined), (pic14_ReMapLiveRanges): NEW, destroy and rebuild register usage information (RemoveUnusedRegisters): update register usage info * src/pic/ralloc.c (newReg): prevent duplicate registers from being created, reuse existing ones instead * src/pic/gen.c (genPcall): fixed #1424719 2006-02-07 Bernhard Held * link/z80/lkmain.c, * link/z80/lklex.c, * link/z80/lkdata.c, * link/z80/aslink.h: fixed build on current cygwin: replaced getline() by lk_getline() 2006-02-01 Borut Razem * src/regression/add.c, src/regression/add2.c, src/regression/add3.c, src/regression/add4.c, src/regression/and1.c, src/regression/and2.c, src/regression/arrays.c, src/regression/b.c, src/regression/bank1.c, src/regression/bool1.c, src/regression/bool2.c, src/regression/bool3.c, src/regression/call1.c, src/regression/compare.c, src/regression/compare10.c, src/regression/compare2.c, src/regression/compare3.c, src/regression/compare4.c, src/regression/compare5.c, src/regression/compare6.c, src/regression/compare7.c, src/regression/compare8.c, src/regression/compare9.c, src/regression/configword.c, src/regression/for.c, src/regression/inline.c, src/regression/mult1.c, src/regression/nestfor.c, src/regression/or1.c, src/regression/pointer1.c, src/regression/ptrfunc.c, src/regression/rotate1.c, src/regression/rotate2.c, src/regression/rotate3.c, src/regression/rotate4.c, src/regression/rotate5.c, src/regression/rotate6.c, src/regression/rotate7.c, src/regression/string1.c, src/regression/struct1.c, src/regression/sub.c, src/regression/sub2.c, src/regression/switch1.c, src/regression/while.c, src/regression/xor.c, src/regression/create_stc, src/regression/simulate, src/regression/rt.sh, src/regression/Makefile: reenabled Scott's PIC14 regression tests * src/regression/gpsim_assert.h: added 2006-01-28 Bernhard Held * src/ds390/gen.c (unsaveRegisters): fixed literal function pointer ((void (code *) (void)) 0) (); * as/hc08/aslex.c, * as/hc08/aslink.h, * as/hc08/asm.h, * as/hc08/asmain.c, * as/hc08/lkdata.c, * as/hc08/lklex.c, * as/hc08/lkmain.c, * as/mcs51/aslex.c, * as/mcs51/aslink.h, * as/mcs51/asm.h, * as/mcs51/asmain.c, * as/mcs51/lkdata.c, * as/mcs51/lklex.c, * as/mcs51/lkmain.c, * as/z80/aslex.c, * as/z80/asm.h, * as/z80/asmain.c: fixed build on current cygwin: replaced getline() by as_getline() 2006-01-27 Bernhard Held * src/SDCC.y: fixed bug #716242, exchanged pointer and function declarator in the symbol chain * src/SDCCsymt.h, * src/SDCCsymt.c (processFuncPtrArgs): added, removes "(void)" parameter list for function pointers * src/SDCCast.c (decorateType): added call of processFuncPtrArgs() * support/regression/tests/bug-716242.c: added 2006-01-20 Bernhard Held * src/SDCCicode.c (geniCodeAdd, geniCodeArray): use char for array offset if possible * src/SDCCast.c (getLeftResultType): 255 fits in char, not 256 2006-01-18 Bernhard Held * src/SDCCast.c (backPatchLabels): fixed bug #1408066: made it inifinitely recurseable, added static * support/regression/tests/bug-1408066.c: added 2006-01-17 Bernhard Held * src/SDCCicode.h, * src/SDCCicode.c (newiTempPreheaderLabel, newiTempLoopHeaderLabel): renamed, added possibility to create "postLoopLbl"-labels * src/SDCCBBlock.c (iCodeBreakDown): renamed newiTempPreheaderLabel to newiTempLoopHeaderLabel * src/SDCCloop.c (newInduction, newRegion, backEdges, insertIntoLoop, isNotInBlocks, addToExitsMarkDepth, createLoop, dominatedBy, addDefInExprs, assignmentsToSym, isOperandInvariant, pointerAssigned, hasNonPtrUse, loopInvariants, addressTaken, findInduction, findDefInRegion, mergeRegions, ifMerged, mergeInnerLoops): made static, (pinduction, pregion, hasIncomingDefs, findLoopEndSeq): disabled, (basicInduction): fixed bug #136564, made static, (loopInduction): changed parameter of basicInduction, made static, (addPostLoopBlock): added * src/SDCCloop.h: removed backEdges, pregion, pinduction, loopOptimizations, addressTaken, findDefInRegion, hasIncomingDefs, findLoopEndSeq * support/regression/tests/bug-136564.c: added * support/regression/ports/mcs51-xstack-auto/spec.mk: added --std-sdcc99 to LIBSDCCFLAGS 2006-01-16 Bernhard Held * src/SDCCicode.c (geniCodeIfx): fix bug 1406131: always false while loop * support/regression/tests/bug-1406131.c: added 2005-12-31 Bernhard Held * src/SDCCast.c (decorateType): fix promotion of unary minus * src/SDCCsymt.c (computeType): beautified * src/SDCCval.c (cheapestVal): beautified, old non-Ansi version removed, (valUnaryPM, valComplement): fix sign and promotion, (valNot): ANSI: result type is int (SDCC: unsigned char) * support/regression/tests/uminus.c: speedup by removing superflous test case 'int' * support/regression/tests/onebyte.c: added promotion and signedness tests for unary minus * support/regressions/tests/bug-477927.c: disable warning about uninitialized variables * support/regression/tests/not.c: added 2005-12-28 Bernhard Held * device/lib/Makefile.in: added --std-sdcc99 to CFLAGS * src/mcs51/gen.c (gen51Code): show final register usage after fillGaps in asm with --i-code-in-asm * src/SDCClrange.c (sequenceiCode, setLiveFrom, setLiveTo, markLiveRanges, markAlive, findNextUseSym, findNextUse, unvisitBlocks, incUsed, rliveClear, adjustIChain): made static, (setFromRange): excluded because it's unused, (findPrevUseSym, markWholeLoop): added, (findPrevUse): rewritten; fixes bug 895992; now a complete search through all branches of predecessors enables sdcc to emit the warning W_LOCAL_NOINIT, marking of outermost loop was incomplete, (rlivePoint): made static, added parameter emitWarnings which is only true during the first run out of two, (findRecursiveSucc, findRecursivePred): removed, (computeLiveRanges): made static, added parameter emitWarnings, (dumpIcRlive): added for debugging only * src/SDCClrange.h: added boolean parameter to computeLiveRanges(), removed prototype of setFromRange() * src/SDCCopt.c (eBBlockFromiCode): added new parameter emitWarnings in call of computeLiveRanges() * support/regression/tests/bug-895992.c: added * support/regression/tests/bug-971834.c: added * support/valdiag/tests/bug-895992.c: added * support/valdiag/tests/bug-971834.c: added 2005-12-18 Raphael Neider * src/pic16/gen.c: added IS_DIRECT macro for "direct" operands, (genUnpackBits): improved code for direct operands, (genPackBits): improved code for literal assignment to bitfields and for direct destination operands (no FSR indirection), prevented redundant AND, fixes #1362800, (AccLsh): added parameter to disable masking of the result * src/pic16/pcode.c (pic16_safepCodeUnlink): fixed to work with skip instructions with side-effects (like incfsz), (pic16_pCodeIsAlive): suppress verbose output unless pcode_verbose, * src/pic16/pcoderegs.c (RemoveRegsFromSet): removed annoying warning * device/lib/pic16/Makefile.common.in: added --asm=@GPASM@ to CC, fixes #1375263 2005-12-11 Bernhard Held * src/SDCCicode.c (geniCodeAssign): fixed bug 11369874, don't use volatile variables as spill location 2005-12-10 Bernhard Held * src/SDCCcse.c (findCheaperOp): fixed bug 1376320, copy signedness to replacing literals * support/regression/tests/bug-1376320.c: added 2005-12-08 Raphael Neider * src/pic/device.c: renamed is_shared to pic14_is_shared * src/pic/gen.c (genIfx): re-enabled handling of sbits * src/pic/glue.c (emitSymbolToFile): added workaround for sbits, (is_valid_identifier): added for above workaround 2005-12-07 Maarten Brock * device/lib/Makefile.in: fixed to enable port-specific-objects * device/lib/ds390/i2c390.c (BitOutI2C): optimized by making bout unsigned char, thanks Hubert Sack * doc/sdccman.lyx: documented --xstack-loc, elaborated a bit more on interrupts and pitfalls, removed "setjmp/longjmp unsupported", documented some unsupported C99 features * src/SDCCmain.c (linkEdit): adapted default lib path for --stack-auto * src/SDCCpeeph.c (readRules): inserted patch 1367130 for finding missing if, thanks Hubert Sack * src/mcs51/gen.c (genEndFunction): enabled "pop psw" for regbank 0 isr * support/regression/Makefile.in: test-mcs51-stack-auto no longer needs to make make_library * support/regression/get_ticks.py: new, get cpu cycles and code size, so regression tests can report resource usage (rfe 700441) * support/regression/collate-results.py: report resource usage * support/regression/ports/ds390/spec.mk, * support/regression/ports/hc08/spec.mk, * support/regression/ports/mcs51/spec.mk, * support/regression/ports/ucz80/spec.mk: run sim output through get_ticks * support/regression/ports/ds390/uCsim.cmd, * support/regression/ports/hc08/uCsim.cmd, * support/regression/ports/mcs51/uCsim.cmd, * support/regression/ports/ucz80/uCsim.cmd: inserted "state" to report time * support/regression/ports/mcs51-stack-auto/spec.mk: no need to build the library, use the default one * support/regression/ports/mcs51-xstack-auto/spec.mk: inserted rules for building the library 2005-12-06 Maarten Brock * config.dsp: added dependency on .version and configure_vc.awk * device/include/setjmp.h: updated for --stack-auto and --xstack * device/include/mcs51/at89c51snd1c.h: corrected line endings * device/include/mcs51/XC866.h: added, thanks Llewellyn van Zyl * device/lib/_setjmp.c: updated for --stack-auto and --xstack * device/lib/libsdcc.lib: added _setjmp * src/SDCCast.c (createIvalCharPtr): fixed warnings, (decorateType): fixed bug 1372851, (optimizeGetHbit): fixed warning * src/SDCCglue.c (printIvalChar, printIvalArray): adapted for flexible array initialisation * support/regression/tests/bug1057979.c: added test for bug 1358192 * support/regression/tests/setjmp.c: added, test for setjmp/longjmp 2005-12-03 Borut Razem * support/scripts/sdcc.nsi: added /SOLID option to "SetCompressor lzma" command since the NSIS was upgraded to version 2.11 on CF x86-linux2 2005-11-29 Bernhard Held * src/SDCCast.c (createIvalStruct, createIvalArray, createIvalPtr, createIval): implement symbol independant "flexible array member", (createIvalCharPtr): implemented flexible array initialisation with a string * src/SDCCsymt.c (copyStruct): removed, (getSize): fixed misleading comment, (getAllocSize): removed, the additional allocation size is now in sym->flexArrayLength, (checkStructFlexArray): new, syntax checks for flexible array members, (compStructSize): added syntax checks for "flexible array members" (copyStruct): removed, (copyLinkChain): removed inefficient fix for bug 770487 * src/SDCCglue.c (emitRegularMap): getAllocSize has been removed * src/SDCCsymt.h: added structdef.b_flexArrayMember and symbol->flexArrayLength * src/SDCCerr.c, * src/SDCCerr.h: added W_INVALID_FLEXARRAY, W_C89_NO_FLEXARRAY, E_FLEXARRAY_NOTATEND and E_FLEXARRAY_INEMPTYSTRCT * support/regression/tests/structflexarray.c: added * support/valdiag/tests/structflexiblearray.c: added 2005-11-29 Bernhard Held * src/SDCCast.c (decorateType): fixed bug 1368489 * support/Util/SDCCerr.c, * support/Util/SDCCerr.h: added warning W_CMP_SU_CHAR 2005-11-28 Frieder Ferlemann * device/include/mcs51/at89c51snd1c.h: added file submitted by Weston T. Schmidt , patch #1368001 2005-11-27 Borut Razem * support/cpp2/cppinit.c, support/cpp2/cpplib.h, support/cpp2/mkdeps.c, support/cpp2/mkdeps.h: added command line option -obj-ext= to SDCPP to define object file externion, used for generation of make dependencies (-M) * src/SDCCmain.c: pass -obj-ext= to SDCPP 2005-11-26 Borut Razem * support/scripts/sdcc.nsi: added small-stack-auto libraries, added missing device/lib/mcs51/crt*.asm, pic and pic16 sources, added pic and pic16 libraries 2005-11-26 Jesus Calvino-Fraga * device/include/float.h: Corrected typo in prototype of __fsgt 2005-11-25 Borut Razem * sdcc/device/lib/Makefile.in, sdcc/device/lib/incl.mk: added creation of model-mcs51-stack-auto libraries 2005-11-24 Bernhard Held * src/SDCCsymt.c (copyLinkChain): fixed bug 770487, copy structdef and fields-list too * src/SDCCast.c (createIvalArray): removed obsolete comment 2005-11-24 Borut Razem * sdcc/device/lib/Makefile.in: remove all unnecessary files, 2nd try..., added missing device/lib/mcs51/crt*.asm sources 2005-11-23 Bernhard Held * src/SDCCast.c (createIvalCharPtr): fixed bug 1348271 2005-11-22 Maarten Brock * device/lib/_fs2schar.c, * device/lib/_fs2sint.c, * device/lib/_fs2slong.c: optimized inline asm 2005-11-21 Jesus Calvino-Fraga * device/lib/_fs2slong.c, device/lib/_fs2sint.c, device/lib/_fs2char.c: Better handling of floats between -1.0 and 0.0. 2005-11-20 Frieder Ferlemann * src/mcs51/peeph.def: added missing "if"s as noted by Hubert Sack. (the missing "if"s prohibited removal of redundant labels) 2005-11-19 Jesus Calvino-Fraga * device/lib/_fs2slong.c, device/lib/_fs2sint.c, device/lib/_fs2char.c: Properly convert floats between -1.0 and 0.0 to long, int, and char types (max integer value of negative floats tends to zero). * device/lib/modff.c, device/lib/ceilf.c, device/lib/floorf.c: Removed changes made so to work properly with floats between -1.0 and 0.0, as the problem is fixed in _fs2slong.c, _fs2sint.c, and _fs2char.c 2005-11-18 Bernhard Held * src/SDCCcse.c (ReplaceOpWithCheaperOp): minor fix for debugging only * src/mcs51/gen.c (genUnpackBits): better code and a fix, (genCast) cosmetic change * src/ds390/gen.c (genUnpackBits, ): ported from mcs51 * src/ds390/ralloc.c (packRegsForAssign): ported fix for bitfields from mcs51 * support/regression/tests/bitfields (testSignedBitfields): added 2005-11-18 Borut Razem * sdcc/device/lib/Makefile.in: remove all unnecessary files * device/lib/pic/Makefile.rules, device/lib/pic16/Makefile.subdir: introduced SILENT option to make building of pic16 libraries less 2005-11-18 Jesus Calvino-Fraga * device/lib/modff.c, device/lib/ceilf.c, device/lib/floorf.c: Now they work properly with floats between -1.0 and 0.0 * device/lib/printf_large.c: Removed temporary patch for bug 1358192 2005-11-18 Maarten Brock * src/SDCCicode.c (printOperand): added missing else 2005-11-18 Bernhard Held * src/SDCCsymt.c (computeType): fixed bug 1358192: added missing else, reformatted for better readability * src/mcs51/gen.c (genUnpackBits): initial, incomplete support for signed bitfields 2005-11-17 Borut Razem * device/lib/pic16/Makefile.rules, device/lib/pic16/Makefile.subdir: introduced SILENT option to make building of pic16 libraries less verbose - used for nightly snapshot build * doc/sdccman.lyx: documented that SDCDB and ucSim are currently not available on Win32 platforms. * sdcc/device/lib/Makefile.in: added library sources for mcs51, small, medium, large, pic and pic16 2005-11-16 Jesus Calvino-Fraga * device/lib/printf_large.c: Temporary patch for bug 1358192: printf("%f"...) sets fraction to zero. 2005-11-16 Raphael Neider * src/pic/pcode.c (LinkFlow): handle empty flows correctly, fixes #1357221 * src/pic/gen.c (genIfx): implemented for CARRY bit * src/pic16/gen.c (genAssign,genCast): fixed assigning/casting to generic pointers, fixes #1357332, (pic16_movLit2f): NEW, (pic16_storeForReturn,genDataPointerSet): use pic16_movLit2f 2005-11-14 Maarten Brock * src/SDCCmain.c (parseCmdLine): fixed bug 1356800, thanks rsudjian 2005-11-11 Raphael Neider * src/pic/gen.c: handle FPOINTERS like POINTERS everywhere * src/pic16/gen.c (pic16_derefPtr): now works for non-pointers as well, compute pointer's type from operand, (genUnpackBits,genPackBits): handle FPOINTERS correctly, re-indented, improved single bit reads, fixes bug #1353379 2005-11-09 Borut Razem * support/scripts/sdcc.nsi: added lib/pic to the package 2005-11-08 Maarten Brock * src/SDCCval.c (valUnaryPM): fixed bug 1350699 2005-11-06 Maarten Brock * support/regression/tests/bug1348008.c: added * src/mcs51/gen.c (saveRBank, unsaveRBank): fixed bug 1348008 * support/regression/tests/bug1337835.c: updated comment 2005-11-06 Borut Razem * sim/ucsim/error.cc, sim/ucsim/errorcl.h, sim/ucsim/sim.src/stack.cc, sim/ucsim/sim.src/stackcl.h, sim/ucsim/sim.src/uc.cc, sim/ucsim/sim.src/uccl.h, sim/ucsim/sim.src/mem.cc, sim/ucsim/sim.src/memcl.h, sim/ucsim/cmd.src/set.cc, sim/ucsim/cmd.src/show.cc: dynamic construction of cl_error_class and derivates - 2.nd try 2005-11-05 Borut Razem * sim/ucsim/sim.src/error.cc: fixed uninitialized class member variable bug, which caused Bus Errors on sparc solaris 2005-11-04 Borut Razem * sim/ucsim/error.cc, sim/ucsim/errorcl.h, sim/ucsim/sim.src/stack.cc, sim/ucsim/sim.src/stackcl.h, sim/ucsim/sim.src/uc.cc, sim/ucsim/sim.src/uccl.h, sim/ucsim/sim.src/mem.cc, sim/ucsim/sim.src/memcl.h, sim/ucsim/cmd.src/cmdconf.cc: dynamic construction of cl_error_class and derivates to resolve the initialization problem on OSX 2005-11-02 Borut Razem * sim/ucsim/cmd.src/cmdutil.cc, sim/ucsim/cmd.src/newcmd.cc: corrected typo - #include 2005-11-02 Maarten Brock * src/asm.c (printILine): always close tmpFile, thanks Beau E. Cox, (_asxxxx_mapping): added org directive for future enhancements 2005-11-01 Borut Razem * sim/ucsim/app.cc, sim/ucsim/cmd.src/cmdutil.cc, sim/ucsim/cmd.src/newcmd.cc: enabled sockets on WIN32 * sim/ucsim/cmd.src/newcmd.cc: fixed bug with uninitialized variables 2005-10-31 Borut Razem * support/regression/generate-cases.py: escape backslashes in {testcase}: WIN32 backslash path delimiters should be escaped when used in C strings * support/regression/tests/bitfields.c: exclude failing assertions for __CYGWIN32__ and __MINGW32__ hosts 2005-10-30 Borut Razem * src/SDCCutil.c: corrected double comparison typo 2005-10-30 Maarten Brock * device/lib/medium/Makefile: added for new memory model medium * device/include/asm/mcs51/features.h: updated for medium/pdata * device/include/mcs51/c8051f120.h: added sfr16/sfr32 definitions, added Multiply & Accumulate sbit's and MAC0_PAGE define * device/include/mcs51/c8051f300.h: added sfr16 definitions * device/include/mcs51/c8051f310.h: added sfr16 definitions * device/lib/_mullong.c: update for medium model * device/lib/incl.mk: added medium model * doc/sdccman.lyx: documented medium model * src/SDCCast.c (isBitAndPow2): simplified using updated powof2 * src/SDCCicode.c (geniCodeMultiply, geniCodeDivision): use updated powof2 * src/SDCCmain.c (optionsTable, linkEdit): enabled medium model * src/SDCCmem.c (allocIntoSeg): set iaccess for pdata symbols, (allocParms): set SCLS and OCLS to pdata for medium model * src/SDCCsymt.c (processFuncArgs): use default_local_map and set iaccess for pdata, (powof2): return <0 if not power of 2 * src/avr/gen.c (genBitWise): use updated powof2 * src/mcs51/gen.c (genMinusDec): use acc if necessary, (shiftR2Left2Result): small optimization in setup, save acc when storing, (shiftLLeftOrResult): use B if necessary * src/mcs51/main.c (_mcs51_finaliseOptions, mcs51_port): added medium model * src/mcs51/peeph.def: renamed 226 to 226.b, added 226.a * src/pic/main.c (_pic14_do_link): made void parameter list explicit * support/regression/Makefile.in: added test-mcs51-medium * support/regression/ports/mcs51-medium/spec.mk: added to test medium model 2005-10-28 Bernhard Held * src/SDCCsymt.c (compStructSize): make bitfields without (un)signed specifier unsigned * device/lib/time.c (mktime): fixed bug 1334315 2005-10-28 Raphael Neider * device/include/pic/p16f_common.inc: added common declarations * src/pic/ralloc.c (initStack): moved regs *r to block start for Alpha 2005-10-27 Maarten Brock * src/mcs51/gen.c (getTempRegs): return 0 if not enough registers found, (aopPutUsesAcc): added to predict accumulator use, (assignResultValue): save acc if necessary, (genMinusDec): store result if indirectly addressed, (genDivOneByte): save acc if necessary, (movLeft2Result): bugfix if left already in acc, (genAnd, genOr, genXor, shiftL2Left2Result, shiftR2Left2Result): pay more attention to accumulator use (esp. pdata), (genReceive): receive pdata correctly * src/SDCCicode.c (isOperandInPagedSpace): added to detect pdata operands * src/SDCCicode.h: added isOperandInPagedSpace prototype 2005-10-27 Raphael Neider * doc/sdccman.lyx: corrected version (should be 2.5.4 not 2.5.5) 2005-10-27 Raphael Neider * .version: changed version to 2.5.4 * doc/sdccman.lyx: changed version to 2.5.4, added some remarks to PIC14 * device/lib/pic/libsdcc/{_mulint.c,_mullong.c}: use unsigned literals, (_divschar.c,divuchar.c,_mulchar.c,_modschar.c,_moduchar): NEW, arithmetics support routines * device/lib/pic/Makefile.rules: have assembler sources preprocessed * device/lib/Makefile.in: also create installdir for pic * src/SDCCopt.c (cnvToFcall): mark support routines `extern' for pic14 port as well * src/pic/device.c (dump_sfr): rewritten to delegate register placement to the linker (use `extern sym' rather than sym EQU addr), (validAddress): fixed to check last specified address * src/pic/gen.c (aopForSym): added code to deal with array (useless?), (popGetLit): truncate literal value to 8 bit, (popGet): moved assert to more appropriate place (popGetExternal): create pCode operand from and mark the according symbol as being `extern' (popGetAddr): added sanity check on immediate's offset, provide GPOINTER tag on demand (aopPut): fixed for immediates, (mov2w_op): move operand's address or contents to WREG (depending on operand type), safer variant of mov2w, (movwf,call_libraryfunc): NEW, handy abbreviations, (get_argument_pcop,get_return_val_pcop,pass_argument, get_returnvalue): interface for accessing function parameters and return values, (assignResultValuei,genRet): use new parameter/return value interface (pic14_getDataSize): back to old version handling generic pointers, (pic14_toBoolean,genNot,genCpl,genCmpEq,genOrOp): heavily rewritten, provided implementation and/or fixed old one, (genMultOneByte,genDivOneByte,genModOneByte): implemented as library calls, removed legacy 8051 reference code (AccLsh,AccRsh): rewritten and fixed to deal with signed operands (loadSignToC): NEW, move the operands sign bit to CARRY, (genGenericShift): NEW, replaces genLeftShift, genRightShift and genRightShiftSigned, accepts negative shift counts, (setup_fsr): load FSR and adjust IRP (indirect memory access), (emitPtrByteGet,emitPtrByteSet): rewritten, now works with generic pointers, __data pointers and __code pointers, (genUnpackBits,genPackBits): rewritten to work with generic pointers and signed bitfields, limit bitfields to 8 bit, (genDataPointerGet): fixed number of bytes read, (genGenPointerGet,genConstPointerGet): fixed bitfield access, (genPointerGet,genPointerSet): fixed handling of __code pointers, pointers to constant data are no longer assumed to point to __code space, removed invalid pointer types, (bitpatternFromVal): retrieve the PICs representation of an integer or float literal, (genDataPointerSet): fixed assigning to po_immediate operands, (genGenPointerSet): implemented as library call, (genIfx): fixed incorrect condition, (genAddrOf): limit generic pointers' addresses to 2 bytes, provide GPOINTER tag according to destination's storage class, (genCast): added code to handle casting to generic pointers, added sign-/zero extension of the result (aop_isLitLike,op_isLitLike): fixed handling of immediates * src/pic/gen.h: added macros to access IRP bit in STATUS register * src/pic/genarith.c (genAddLit): use min(result's,left's) size, sign extend the result * src/pic/glue.c (is_shared_address,is_shared): check whether a given address/register resides in the shared banks (emitSymbolToFile): improved to handle global and `pinned' symbols, put all variables into separate sections (have the linker arrange them) (picglue): put init code and interrupt handlers in separate sections * src/pic/main.c: added port specific options table, modified to PORT structure to make GPOINTERs 3 byte, added pic14_options (_pic14_do_link): private linking routine (update paths to libraries, add libsdcc.lib by default) * src/pic/main.h: declare pic14_options * src/pic/pcode.c: fixed instructions i/o relations, (RegCond): reverted to correct version, (newpCodeOpLit): truncate literals to 8 bit, (genericPrint): added debug output, (getRegFromInstruction): fixed for various operand types, simplified (BuildFlow): fixed broken handling of isntructions with labels (LinkFlow): start at last instruction in flow (skip trailing comments), pass the flow on to the next instruction after CALL (pCodeReplace): NEW, replace a pCode and move meta data to the new one (insertPCodeInstruction): fixed inserting after a skip instruction, (DoBankSelect): fixed for labeled instructions (OptimizepBlock): honor --nopeep switch (AnalyzeFlow,ReuseReg): prevent crash on source files with no function * src/pic/pcodepeep.c (pCodePeepMatchRule): prevent NULL pointer accesses * src/pic/pcoderegs.c (regIsLocal): NEW, check visibility of a register (pCodeOptime2pCodes): allow disabling this optimization via --no-pcode-opt due seldomly occuring bugs, fixed some conditions but is still buggy), started implementation of a dataflow based pCode optimization (CSE + dead code elimination) (pCodeRegMapLiveRangesInFlow): removed bogus inCond * src/pic/ralloc.c (initStack): renamed stack registers to STK%d, the new names are independant of the stack location and therefore portable across devices 2005-10-27 Maarten Brock * src/mcs51/ralloc.c (bitType): added to detect bit variables, (selectSpil): fixed bug 1337835 by not spilling bit variables * support/regression/tests/bug1337835.c: added test for this bug * src/mcs51/peeph.def: restart after rule 3.c, addded rules 263.x to optimize loading constants 2005-10-26 Raphael Neider * src/SDCCsymt.c (compStructSize): allow signed bitfields for PIC ports * src/pic16/gen.c (genUnpackBits): support signed bitfields, (genAssign): emit warning when casting literals to generic pointer type, also applies when taking the address of a fixed variable, (genCast): improved casting to generic pointers * src/pic16/glue.c (pic16emitStaticSeg): fixed(?) handling of fixed extern variables, added verbose error message * device/include/pic16/{string.h,errno.h}: added #pragma library c 2005-10-26 Bernhard Held * src/mcs51/gen.c (genMinus): fixed bug 1270906: reverse subtraction, carry must be complemented too * src/mcs51/peeph.def: addded rule 262 to remove double cpl c, which could be emitted by genMinus * src/SDCCval.c (constVal): fixed bug 1305065 2005-10-25 Bernhard Held * src/SDCCast.c (addCast): added promotion for bit variables (decorateType): emit W_COMPLEMENT before the problem vanishes behind promotion casts + optimisation (optimizeGetWord): fix warning 'i' might be used uninitialized * src/mcs51/gen.c (genCpl): removed W_COMPLEMENT * src/ds390/gen.c (genCpl): removed W_COMPLEMENT 2005-10-24 Bernhard Held * src/SDCCicode.c (ast2iCode): reverted to 1.224 because of regression: all chars are promoted to int; promotion should be handled in SDCCast.c 2005-10-15 Jesus Calvino-Fraga * device/lib/_strcmp.c: Fixed bug 1326457 2005-10-11 Raphael Neider * device/lib/pic16/libio/i2c.ignore: added 1320, fixes broken builds * device/lib/pic16/libdev/pic18f1320.c: added 1320's device library 2005-10-05 Maarten Brock * src/SDCC.y (AT): fixed bug with sfr32 addresses when built with GCC * support/regression/tests/sfr16.c: added test for the sfr32 bug 2005-10-04 Raphael Neider * device/include/pic16/pic18fregs.h, src/pic16/devices.inc, device/lib/pic16/pics.all: added pic18f1320 * src/pic16/pcode.c (mnem2key): fixed prototype's argument mismatch 2005-09-30 Raphael Neider * src/pic16/device.c (Pics16[]): moved device descriptions to devices.inc * src/pic16/devices.inc: NEW, provides device descriptions * src/pic16/gen.c (genInline): fixed handling of ';'-comments 2005-09-26 Maarten Brock * src/SDCCicode.c (operandOperation): added GETABIT, GETBYTE, GETWORD and GETHBIT 2005-09-25 Maarten Brock * doc/sdccman.lyx: updated Highest Order Bit documentation, documented Any Order Bit, Higher Order Byte and Higher Order Word * src/SDCC.y: added tokens GETABIT, GETBYTE, GETWORD * src/SDCCast.c (optimizeGetHbit): updated to also accept bool=expr&(1<>(8*n), (optimizeGetWord): new, to get a word from a long int: expr>>(8*n), (isConformingBody): also check GETABIT, GETBYTE, GETWORD, (decorateType): '&': also try GETABIT, GETBYTE, GETWORD optimization, RIGHT_OP: also try GETBYTE, GETWORD optimization, GETABIT, GETBYTE, GETWORD: decorate them, (isShiftRightLitVal, isBitAndPowOf2): new helper functions, (ast_print): added GETABIT, GETBYTE, GETWORD * src/SDCCcse.c (isSignedOp): added GETABIT, GETBYTE, GETWORD * src/SDCCicode.c (codeTable): added GETABIT, GETBYTE, GETWORD, (geniCodeBinary): new generic binary icode, (ast2iCode): added GETABIT, GETBYTE, GETWORD * src/port.h: updated comment for PORT.hasExtBitOp * src/mcs51/gen.c (genGetAbit): new, to get any single bit, (genGetByte): new, to get a single byte, (genGetWord): new, to get a word from a long, (gen51Code): added GETABIT, GETBYTE, GETWORD * src/mcs51/main.c (hasExtBitOp): added GETABIT, GETBYTE, GETWORD 2005-09-23 Raphael Neider * configure.in, configure: have device/lib/pic configured * device/lib/Makefile.in: added model-pic14 * device/lib/clean.mk: added pic/ to clean rule * device/lib/pic: added rudimentary pic14 library providing support functions for multiplication/division/generic pointer access * src/SDCCopt.c (convilong): mark support functions as extern for pic14 port as well * src/pic/gen.c (genMult): added assertions, (genpic14Code): emit warning on unhandled iCodes * src/pic/main.c (_hasNativeMulFor): return true only for 8x8 bit * src/pic/pcode.c (pCodeOpCopy), * src/pic16/pcodepeep.c (pic16_pCodeOpCopy): fixed handling of various pCodeOpReg-subtypes (PO_{STATUS,INTCON,PCL,PCLATH,PCLATU,BSR, SFR_REGISTER}), made safe for future extensions * src/pic16/pcode.c (pic16_safepCodeUnlink): allow for removal of instructions even if preceeded by SKIP instructions (also remove them); removed unused code * src/pic16/pcode.h: added arg2 to pCodeOpLit to match pCodeOpLit2, prevents leaving parts of the structure uninitialized after copying 2005-09-22 Maarten Brock * src/mcs51/gen.c (genMinus): fix for undetected bug introduced 3 months ago by me * support/regression/tests/addsub.c: added test for the bug 2005-09-21 Raphael Neider * device/include/pic16/pic18f1220.h, device/lib/pic16/libdev/pic18f1220.c: added ECCPAS sfr and bitfield * device/lib/pic16/Makefile.rules: added missing opening paren * src/pic16/gen.c (pic16_genNot,pic16_genCpl): removed as these are provided in genutils.c, (genUminusFloat,genUminus,genCmpEq): added asserts on different operand/result sizes, (genCmp): assert on NULL pointers first, then check deref'ed values * src/pic16/genutils.c (pic16_genCpl): fixed for different operand/ result size 2005-09-18 Raphael Neider * src/pic16/gen.c (genFarPointerGet,genFarPointerSet): removed as these are now unused, (genPointerGet,genPointerSet): handle FPOINTERs like POINTERs * src/pic16/pcode.c (pic16_symIsSpecial): assume REG_TMPs to be local, avoids uninitialized pointer dereference on r->name * src/pic16/ralloc.c (newReg): fixed indentation 2005-09-13 Maarten Brock * src/SDCCval.c (constVal): fixed bug 730366 * support/Util/SDCCerr.c, * support/Util/SDCCerr.h: added warning W_INVALID_INT_CONST 2005-09-10 Maarten Brock * as/mcs51/lkmem.c (summary2): fixed report for absolute areas (bug 1210220) 2005-09-09 Maarten Brock * src/mcs51/peeph.def (241.x): fixed bug when comparing generic pointers 2005-09-08 Maarten Brock * as/hc08/lkaomf51.c (OutputName): made name unsigned char, (hex2dec): made hex_digit unsigned char, removed ascii dependance * as/mcs51/lkaomf51.c (OutputName): made name unsigned char, (hex2dec): made hex_digit unsigned char, removed ascii dependance * as/mcs51/lkarea.c (lnkarea2): sort absolute areas to the front * packihx/packihx.c (hexDigit): made c unsigned char * as/mcs51/lklibr.c (fndsym), * link/z80/lkgb.c (gb), * link/z80/lklibr.c (fndsym), * link/z80/lkrloc.c (relr), * sim/ucsim/libltdl/ltdl.c (load_deplibs, try_dlopen), * src/SDCC.lex (checkCurrFile, process_pragma), * src/SDCCglue.c (spacesToUnderscores), * src/SDCCmain.c (setParseWithComma, processFile), * src/asm.c (tvsprintf, printCLine), * src/avr/gen.c (emitcode, aopPut), * src/ds390/gen.c (emitcode), * src/hc08/gen.c (emitcode, emitinline), * src/mcs51/gen.c (emitcode, genInline), * src/pic/pcodepeep.c (cvt_extract_destination, cvt_extract_status, tokenizeLineNode), * src/pic/ralloc.c (debugLog), * src/pic16/pcodepeep.c (cvt_extract_destination, cvt_extract_status, tokenizeLineNode), * src/pic16/ralloc.c (debugLog), * src/z80/main.c (_process_pragma): made all ctype.h function calls safe * src/SDCCopt.c: include math.h for fabs * src/SDCCpeeph.c: added macros ISCHARDIGIT, ISCHARSPACE and ISCHARALNUM and used them throughout the code to make ctype.h function calls safe * src/ds390/main.c (asmLineNodeFromLineNode), * src/mcs51/main.c (asmLineNodeFromLineNode): made p unsigned char* * src/pic/gen.c (DEBUGpic14_emitcode, pic14_emitcode): made lbp unsigned char* * src/pic/pcode.c (mnem2key): made mnem unsigned char*, (newpCodeAsmDir): made ctype.h function calls safe * src/pic16/gen.c (pic16_emitpcomment, DEBUGpic16_emitcode, pic16_emitcode): made lbp unsigned char* * src/pic16/pcode.c (mnem2key): made mnem unsigned char*, (pic16_newpCodeAsmDir): made ctype.h function calls safe * src/xa51/gen.c (emitcode), * src/z80/gen.c (_emit2): made lbp unsigned char* * support/Util/MySystem.c (split_command): made cmd_line and p unsigned char* 2005-09-05 Raphael Neider * src/pic16/ralloc.c (pic16_allocDirReg): use device specific access bank splitpoint 2005-09-05 Raphael Neider * device/lib/pic16/libc/Makefile: added (missing) string to SUBDIRS 2005-09-03 Maarten Brock * .version: changed to version 2.5.3 * doc/sdccman.lyx: changed version to 2.5.3, documented --codeseg and --constseg and pragma codeseg and constseg, documented bit parameters (reentrant) and bit returning * src/SDCCicode.c (geniCodeReceive): fixed (possible) bug generating currFunc->recvSize, but is this ok for all ports? (ast2iCode): result of ~ on unsigned char must be cast to int for bool to work * src/SDCCmem.c (allocGlobal, allocLocal): don't put bit returning function pointers in bit space * src/SDCCsymt.c (checkSClass): allow bit returning function pointers, (processFuncArgs): call port.reg_parm() with reentrancy info * src/port.h, * src/avr/main.c, * src/ds390/main.c, * src/hc08/main.c, * src/pic/main.c, * src/pic16/main.c, * src/xa51/main.c, * src/z80/main.c: port.reg_parm prototype extended with "bool reentrant" parameter * src/mcs51/main.c (_mcs51_regparm): use parameter reentrant instead of options.stackAuto for allocating bit register parameters * src/mcs51/gen.c (genNot): optimized complementing direct bit, (genSend): set BitBankUsed if it is, (selectRegBank): factored out of genCall for use in genPcall, (genCall): removed redundant dtype assignmen, use selectRegBank, (genPcall): handle returning in Carry properly, save in F0 if needed, (genReceive): handle bit register parameters * src/mcs51/ralloc.c (updateRegUsage): update BitBankUsed along the way, (mcs51_assignRegisters): enable bit registers for all reentrant functions and don't set BitBankUsed unconditionally * src/mcs51/peeph.def (177.d): fixed bug if %2==%3 * support/regression/tests/bitvars.c: enable tests for SDCC_STACK_AUTO * support/regression/tests/funptrs.c: added tests for BOOL and for return 2005-08-27 Borut Razem * device/lib/Makefile.in: cp on sparc-solaris (SunOS) and on ppc-osx (Darwin) does not support -u option. It seems that it is supported only on Linux - GNU cp 2005-08-25 Borut Razem * sim/ucsim/gui.src/serio.src/Makefile.in, sim/ucsim/s51.src/Makefile.in, sim/ucsim/avr.src/Makefile.in, sim/ucsim/z80.src/Makefile.in, sim/ucsim/hc08.src/Makefile.in, sim/ucsim/xa.src/Makefile.in: install -s changed to 2 steps: install and strip, since the strip at /usr/ccs/bin should be used on solaris 2005-08-24 Borut Razem * clean.mk, device/lib/clean.mk: find on sparc-solaris does not support -maxdepth option 2005-08-23 Bernhard Held * src/SDCCopt.c (convertToFcall): fixed modulus with divisors 1 and ffffffffu 2005-08-23 Maarten Brock * as/mcs51/aslink.h: completed lkrloc.c prototypes * as/mcs51/lkmain.c (link_main): fixed warning * device/include/stdbool.h: ds390 has no advanced bit support yet * src/SDCC.y: use SPEC_SHORT and renamed _signed to b_signed * src/SDCCsymt.c: use SPEC_SHORT and renamed _signed to b_signed * src/SDCCsymt.h (struct specifier): renamed _xxx bitfields to b_xxx and updated their macros * src/SDCCval.c (constVal): updated comment for renamed b_long 2005-08-22 Maarten Brock * as/mcs51/asdata.c: changed ctype['['] to BINOP * as/mcs51/asexpr.c (expr): added case '[' for bit access in bdata, (term): abused bit 15 of s_addr to indicate bit-addressable bytes, (oprio): set priority for '[' * as/mcs51/aslink.h: added define R_BIT, and prototypes for adb_bit and adb_24_bit * as/mcs51/asm.h: added defines R_BIT and S_BIT * as/mcs51/lkarea.c (lnksect2): use T for seg BIT_BANK and overlay it * as/mcs51/lkdata.c: changed ctype['['] to BINOP * as/mcs51/lkmain.c (Areas51): rel2 contains 12 (=C) areas now, added overlayable BIT_BANK area * as/mcs51/lkmem.c (summary): add BIT_BANK to BSEG_BYTES in the report, (summary2): explain 'T' in legenda * as/mcs51/lkrloc.c: replaced old K&R style, (relr): added R_BIT processing, (errmsg): added "Bit-addressable relocation error", (adb_bit): added for converting from byte- to bit-addressable space, (adb_24_bit): added for converting from byte- to bit-addressable space * device/include/stdbool.h: changed BOOL to __bit for mcs51 as it can be used in reentrant functions now even as return value * device/lib/_gptrput.c (_gptrput): removed obsolete code * src/SDCCast.c (resultTypePropagate): also propagate AND_OP and OR_OP, (decorateType): case '!', GETHBIT, AND_OP, OR_OP: result in bool or char * src/SDCCglobl.h: added indicator BitBankUsed * src/SDCCglue.c (glue): emit area BIT_BANK with byte 'bits' and equ's for the bit registers b0-b7 * src/SDCCicode.c (operandFromSymbol): removed IS_BITVAR check, (geniCodeCast): fixed bug 1263853, (geniCodeLogicAndOr): put result in bool or char, (geniCodeReceive): added parameter func for accessing the return type, (geniCodeFunctionBody): pass func to geniCodeReceive * src/SDCCmain.c: added indicator BitBankUsed * src/SDCCmem.c (allocLocal): explicitly set sclass for V_BIT * src/SDCCsymt.c (newBoolLink): added for creating a bool/bit, (checkSClass): don't put automatic bool/bit on stack, (checkFunction): removed check on function cannot return bit * src/SDCCsymt.h: added newBoolLink prototype * src/mcs51/gen.c (rb1regs): added bit registers, (movc): created for assigning to carry, (pushReg, popReg): created for pushing registers, (sameRegs): check both AOP_REG and AOP_CRY types, (aopOp): handle bit registers, (aopPut): optimization no self-assign, (saveRegisters): push reg->base (bits) only once for bit registers, and use pushReg, (unsaveRegisters): pop reg->base only once and use popReg, (assignResultValue): added parameter func and return in carry for bits, (genIpush): optimization no reload in A if not changed, (genSend): bit parameters in reentrant functions are passed in bit registers by first assigning to bits in B, then save registers and copy B to bits, (genCall): handle returning in Carry properly, save it in F0 if needed, (genPcall): updated assignResultValue call, this is not safe yet for bit returning function !!! (genFunction): don't generate equ's for bit registers and use pushReg, (genEndFunction): take care of bit returning functions and use popReg, (genRet): return bit in Carry, (genIfx): optimize bit registers and other directly addressable bits, (genReceive): updated assignResultValue call * src/mcs51/main.c (_mcs51_reset_regparm): added regBitParmFlg, (_mcs51_regparm): allow passing of upto 8 bit parameters in bit registers when using stack-auto * src/mcs51/ralloc.c (_G): added allBitregs, (regs8051): added the bit registers, (createStackSpil): use macro IS_BIT, (getRegBit): added to allocate a bit register, else spill, (getRegBitNoSpil): added to allocate a bit register, else a gpr, (updateRegUsage): factored out to ease stepping while debugging, (serialRegAssign): use updateRegUsage, only spill bits if necessary, also allocate bit registers, (fillGaps): handle bit registers, (findAllBitregs): added to create bit vector with all bit registers, (mcs51_allBitregs): returns this bit vector, (mcs51_assignRegisters): when using stack-auto use bit registers for passing parameters and creating local variables * src/mcs51/ralloc.h: added B0_IDX..B7_IDX and prototype mcs51_allBitregs 2005-08-22 Borut Razem * device/lib/Makefile.in: replaced find option -or with -o to make it run on solaris 2005-08-22 Raphael Neider * src/pic16/gen.c (pic16_loadFromReturn): added check for AOP_PCODE, fixes #1265442 (crash on Solaris) 2005-08-20 Borut Razem * configure, configure.in: added tests for libsocket and libnsl libraries, requred by sdcdb on sparc-solaris; generate support/regression/Makefile from support/regression/Makefile.in * support/regression/Makefile.in: added * device/lib/pic16/Makefile.common.in: force make to use bash shell * sim/ucsim/libtool: regenerated on sparc-solaris * sim/ucsim/avr.src/Makefile.in, sim/ucsim/hc08.src/Makefile.in, sim/ucsim/s51.src/Makefile.in, sim/ucsim/xa.src/Makefile.in, sim/ucsim/z80.src/Makefile.in: removed GNU ld specific linker options -Wl,--start-group and -Wl,--end-group to enable ucsim compilation on sparc-solaris, which doesn't use GNU ld linker * device/lib/Makefile.in: cp on sparc-solaris (SunOS) does not support -u option * as/Makefile: find on sparc-solaris does not support -maxdepth option 2005-08-19 Maarten Brock * src/mcs51/peeph.def: updated comments 2005-08-16 Frieder Ferlemann * device/lib/_gptrget.c, * device/lib/_gptrput.c: slightly shorter * doc/sdccman.lyx: incremented version * src/mcs51/peeph.def: moved peephole comments to the line of first change to better keep line correlation, reanimated 186.e * src/mcs51/peeph.def: renamed similar peepholes by using suffixes 2005-08-16 Slade Rich * src/pic/pcode.c : Pasted ".line" assembly directives patch from David Saxton with quotes around file name. 2005-08-15 Borut Razem * support/regression/tests/bitfields.c, support/regression/tests/bitvars.c, support/regression/tests/bitwise.c, support/regression/tests/literalop.c, support/regression/tests/rotate.c, support/regression/tests/zeropad.c: make tests run on x86_64 platform 2005-08-13 Raphael Neider * device/lib/pic16/Makefile.subdir: weakened clean-intermediate rule as it might be executed DURING a build (parallel make is wonderful) 2005-08-13 Raphael Neider * device/lib/Makefile.in (port-specific-objects-pic16): revert to cp $(PORT)/bin/*.* $(PORTDIR) * device/lib/pic16/Makefile: added .PHONY targets, removed builddir dependency * device/lib/pic16/Makefile.rules: build subdirs before creating the library, removed builddir rule, create $(builddir) early in recurse rule, use empty recurse rule for leaf directories * device/lib/pic16/Makefile.subdir: added phony targets, ignore mkdir errors (race condition), removed duplicate suffix "hex" from clean rules * device/lib/pic16/libdev/Makefile: recursive make via + and $(MAKE) * device/lib/pic16/libio/Makefile: create sub-make's builddir early, prevents mkdir -p from aborting on Alpha 2005-08-12 Raphael Neider * src/pic16/glue.c (pic16_print(G)PointerType): do not flush db-statements in order to allow for arrays of pointers in code sections to be placed without interspersed 0-padding, fixes bug #1256215 * (emitStatistics): fixed division by zero for pic18f1220 * src/pic16/pcode.c: buffer (up to) 12 DB directives to allow for unpadded writing of 8-bit, 16-bit, 24-bit and 32-bit values * (pic16_emitDS): respect DB_ITEMS_PER_LINE * (pic16_pCodeConstString): keep track of already emitted string literals to prevent "duplicate definitions of symbol _str_NR" * src/pic16/ralloc.c (pic16_allocRegByName): removed not so helpful debug message * device/lib/Makefile.in: ignore failing PIC16 library builds * device/lib/pic16/Makefile: do not build if gputils are missing * device/lib/pic16/Makefile.common.in: do not enforce MAKEFLAGS=-s 2005-08-10 Raphael Neider * device/lib/Makefile.in: fixed copying pic16 libraries (broken by my last commit) 2005-08-10 Raphael Neider * src/*.c, src/pic16/{gen.c,glue.c,main.c}: applied Vangelis Rokas' patch to add the new fixed point type "__fixed16x16" * device/lib/pic16/libsdcc/fixed16x16: added Vangelis' support functions for __fixed16x16 arithmetics * device/lib/pic16: reimplemented the build system to support a separate build directory, better handling of libio (create the library in a separate subdir for each architecture) and easier configuration (centralized in Makefile.common) 2005-08-07 Raphael Neider * src/pic16/gen.c (genrshTwo): fixed sign extension * src/pic16/device.c: added pic18f2320, 4220 and 4320 * device/include/pic16/pic18f2220.h: changed some bit definitions, added T0CONbits * device/include/pic16/pic18f4220.h: NEW, header for pic18f4220 and pic18f4320 * device/include/pic16/pic18fregs.h: added new devices, embraced Nop(), ClrWdt(), Sleep() and Reset() with do {} while(0) * device/include/pic16/signal.h: resolved name clashes on bit definitions, added DEF_HANDLER2(sig1,sig2,handler) to also allow testing for interrupt enable bits, added comments on how to use the macros * device/lib/pic16/libdev/pic18f2220.c: added T0CONbits * device/lib/pic16/libdev/pic18f{2320,4220,4320}.c: NEW, register definitions for the devices * device/lib/pic16/pics.all: added new devices * device/lib/pic16/libc/stdlib/calloc.c: fixed zeroing allocated memory * device/lib/pic16/libc/stdlib/memfree: do not count the block header as free memory * device/lib/pic16/libc/stdlib/memmisc.c (_initHeap): simplified and added missing end-of-blocklist-marker (reported by Peter Onion, fixes #1252814) * (_mergeHeapBlock): fixed loop condition * device/lib/pic16/libc/stdlib/realloc.c: return NULL for len==0, restructured code * device/lib/pic16/libc/stdlib/{malloc,memfreemax}.c: cleaned up a bit, reduced bitfield accesses, prevent endless loops in case of heap corruption * device/lib/pic16/libc/stdlib/x_ftoa.c: disabled "unreferenced arguments/must return a value" warnings * device/lib/pic16/libio/usart/ubaud.c (usart_baud): replaced BAUDREG with SPBRG * device/lib/pic16/libsdcc/lregs/{lrrest.c,lrst.c}, device/lib/pic16/debug/gstack/gstack.c: replaced _naked, _asm, _endasm with __naked, __asm, __endasm 2005-08-05 Raphael Neider * src/pic16/gen.c (pic16_aopGet): fixed handling of offsets in AOP_PCODE operands, fixes multibyte union-bitfield-accesses 2005-08-05 Borut Razem * device/lib/Makefile.in: added missing ';' * configure: removed ^M characters 2005-08-04 Jesus Calvino-Fraga * device/include/mcs51/at89c51ed2.h, device/include/mcs51/p89v51rd2.h, device/include/mcs51/at89s53.h: changed to GNU Lesser General Public License 2005-08-04 Borut Razem * configure.in: pic16 libraries build 2nd try - enable running configure in device/lib/pic16 * configure: regenerated from configure.in * device/lib/Makefile.in: create $(PORT)/bin directory 2005-08-03 Raphael Neider * src/pic16/gen.c (pic16_derefPtr): NEW, single place to get/set values via pointers * (genUnpackBits,genPackBits): changed detection of ptr->bitfield vs. sym.bitfield, fixed access via generic pointers, removed dead (wrong) code for multibyte bitfields * (genNearPointerGet, genGenPointerGet): removed useless code, fixed bitfield detection, fixes #1250594 * (genNearPointerSet): removed useless code * src/pic16/gen.h: renamed pic16_emitpcode to pic16_emitpcode_real and introduced macro pic16_emitpcode that conditionally emits the origin of the following pCode (useful for debugging SDCC) * src/pic16/pcode.c: changed (and disabled) some debug outputs * (createDefmap): fixed handling of LFSR for --optimize-df 2005-08-02 Borut Razem * device/lib/Makefile.in: pic16 libraries build enabled since gputils-0.13.2 are now localy installed at sourceforge's compile farm 2005-08-02 Raphael Neider * src/pic16/gen.c (genPackBits): removed deprecated warning * (genGenPointerSet): fixed bitfield detection 2005-08-02 Jesus Calvino-Fraga * device/include/mcs51/msm8xc154s.h: Removed PT2 definition, now in 8052.h. 2005-07-31 Raphael Neider * device/lib/pic16/libdev/pic18f458.c, device/include/pic16/pic18f458.h: added missing T0CONbits 2005-07-29 Maarten Brock * device/include/mcs51/msm8xc154s.h: added, thanks to Matthias Arndt 2005-07-28 Maarten Brock * src/mcs51/gen.c (operandsEqu): fixed bug 1246687 2005-07-23 Jesus Calvino-Fraga * device/include/mcs51/at89c51ed2.h: added. 2005-07-23 Raphael Neider * src/pic/gen.h: added emitpcode macro for debugging * src/pic/gen.c (emitpcode): renamed to emitpcode_real and replace by macro adding debug information on demand * (genNot): fixed to C semantics (!0 = 1; !x = 0 iff x != 0) * (gencjne): tried to fix; replaced with correct (slower) code * (gen{Unp,P}ackBits): fixed single bit access * src/pic/pcode.c (AnalyzepCode): fixed DFPRINTF argument * src/pic/pcodepeep.c (pCodeSearchCondition): fixed finding previous instruction * src/pic/pcoderegs.c (regIsSpecial): NEW, check whether a register has to be handled with care (forbidding movement of assignments/uses, removing assignments completely, ...) * (pCodeOptime2pCodes): make use of regIsSpecial * added lots of debugging output (commented out) * src/pic/rallloc.c (deassignLRs): prevent operand registers from being reused as result UNLESS it is known to work 2005-07-23 Maarten Brock * support/Util/dbuf.h: include for size_t * .version: changed to version 2.5.2 2005-07-23 Erik Petrich * src/SDCCloop.c (loopInvariants): fixed bug #1234048 2005-07-22 Erik Petrich * src/hc08/gen.c (genMinus): fixed bug #1241835, (genModOneByte): removed needless psha/pula 2005-07-22 Raphael Neider * src/SDCCmain.c (linkEdit): initialized linkerScriptFileName, have PIC14 handled like PIC16, fixes broken pic14 linker calls * src/pic/gen.c (resolveIfx): do not "invent" labels * (genSkipc): changed to positive logic * (genSkipCond): removed as no longer needed * (pic14_mov2w_regOrLit,genCmp): NEW, replacement for buggy version, backport from PIC16 * (genLeftShift): check operands are in different registers * src/pic/genarith.c (genPlus): replaced INCF with ADDLW as INCF does not update CARRY... * src/pic/main.c: fixed _linkCmd * src/pic/pcode.c (unlinkpCode): added inactive code * src/pic/ralloc.c (deassignLRs): keep arguments to shift operations alive (do not assign result and operand overlapping registers) 2005-07-22 Raphael Neider * src/pic/device.c (dump_sfr): replaced register declaration with call to emitSymbolToFile() to avoid duplicate symbols * (assignRelocatableRegisters): do not declare external symbols * src/pic/ralloc.c (allocNewDirReg): fixed to get size of arrays right (take size of type, not etype) * (allocDirReg): fixed call to allocNewDirReg() to pass OP_SYM_TYPE * (writeUsedRegs): also dump dynDirectRegs (e.g. local variables) * (packRegsForAccUse): disabled assignment of WREG as the result reg to prevent occurence of just fixed #1235003, fixes #1242954 * src/pic/glue.c (emitSymbolToFile): NEW, central place to declare symbols (avoids duplicate symbols in .asm file) * (pic14emitRegularMap): use emitSymbolToFile() * src/pic/gen.c (aopOp): fixed spillLocation handling * (gen{Unp,P}ackBits): fixed acquiring bit-operands * (genDataPointerSet): removed unneccessary variables/output 2005-07-22 Maarten Brock * as/mcs51/lkarea.c: enlarged codemap for banked memory * device/lib/mcs51/crtbank.asm: added # to 0x0F 2005-07-21 Raphael Neider * src/pic/gen.c (aopOp): do not generate AOP_ACC operands as pic14 architecture cannot handle them efficiently, fixes bug #1235003 * src/pic16/device.c (pic16_dump_{u,i}section,pic16_dump_int_registers): check for empty sets before using them (fixes bug #1232190) 2005-07-19 Maarten Brock * as/mcs51/lkarea.c (lnkarea, lnkarea2): improved BSEG size calculation, (lnksect2): generate warnings for memory overlap * src/SDCC.lex (doPragma, process_pragma): added pragma's codeseg and constseg to set the name of these segments so you can instruct the linker to place them in banks * src/SDCCast.c (decorateType): use new macro IS_FUNCPTR() * src/SDCCglobl.h: added MODEL_HUGE to enum, added code_seg and const_seg to options * src/SDCCglue.c (emitMaps): use options.const_seg, (createInterruptVect): put interrupt vectors in segment HOME, (glue): put HOME before static segment and put the main glue in HOME, (glue): use options.code_seg * src/SDCCicode.c (geniCodeCall): use new macro IS_FUNCPTR() * src/SDCCmain.c: added option --codeseg and --constseg to set the name of these segments so you can instruct the linker to place them in banks (linkEdit): use code_loc for HOME segment which should be the first segment in code memory now * src/SDCCmem.c: fixed more stuff like bug 1238386 * src/SDCCsymt.c (getSize): use generic pointer size for banked functions, (changePointer): don't change function pointers to code pointers for banked functions, (compareType): added exceptional check for banked function pointers * src/SDCCsymt.h: changed IFFUNC_ISBANKEDCALL, added IS_FUNCPTR * src/hc08/main.c (_hc08_genAssemblerPreamble): put HOME first, put CSEG after static in code memory * src/mcs51/gen.c: added aopLiteralLong prototype, (aopForSym): use getSize for functions, (genCall): generate banked calls over one trampoline __sdcc_banked_call in HOME with lsb of address in r0, msb in r1 and bank in r2, use -Wl-bBANKSEG=0xbbaaaa option to set the address (aaaa) and bank (bb) of the segment, (genPcall): use call for literal function pointers and generate banked calls over the one trampoline so there's only one place for the user to modify according to his/hers hardware, (genEndFunction): jump to __sdcc_banked_ret in HOME for banked functions, (genPlusIncr): moved check icount>4 beyond inc dptr optimization * src/mcs51/main.c: added keyword banked, (_mcs51_genExtraAreas): put HOME first followed by GSINIT, STATIC and CSEG * support/Util/SDCCerr.c, * support/Util/SDCCerr.h: added E_BANKED_WITH_CALLEESAVES, registers are needed for passing the bank and address to the trampoline * device/lib/mcs51/crtbank.asm: added for bankswitching * device/lib/mcs51/Makefile: added crtbank 2005-07-16 Erik Petrich * src/SDCCcse.c (algebraicOpts): fixed loss of volatility for fields at offset 0 of a struct or union as reported on 2005-07-07 in the developer mailing list. 2005-07-15 Maarten Brock * src/SDCCmem.c: fixed bug 1238386 2005-07-12 Frieder Ferlemann * src/mcs51/peeph.def: added labelrefcounting for peepholes (patch #1144962), added peephole 300, enabled 259.x * doc/sdccman.lyx: removed screenshot and provided link instead 2005-07-05 Frieder Ferlemann * doc/sdccman.lyx: added section about debugging with ddd * doc/figures/ddd_example.eps: screenshot of debugging session 2005-07-04 Raphael Neider * src/pic/gen.c (genPointerGet): handle pointers to CONST values like CODE pointers, fixes #1115683 * src/pic/pcode.c (DoBankSelect): forget LastRegIdx during function call, fixes bugs #1232211, #1228110, fixed wrong casts to pCodeFlow from pCodeInstructions 2005-07-04 Raphael Neider * src/pic/gen.c (popGet): changed assert to allow for bit operands * (popGetAddr): changed signature to provide an additional index, patched all call sites * (genCmpEq): handle literal-like operands correctly * (genAddrOf): added sanity checks on __code/__data pointers * (genAssign): added handling of symbols from __code section * (gencjne): do not generate code for comparisons whose result is neither stored nor used, fixes bug #1171114 * (AccLsh, AccRsh): operate on operand instead of WREG * (shift{Left,Right}_Left2ResultLit): NEW, size independant replacement for Shift{LR}{12}Left2Result; shift (byte/int/long) by known count * rewrote complete shift-by-literal logic, commented unused functions out * (genConstPointerGet): get multiple bytes (if result size > 1), fixed handling of non-immediate addresses * (genPointerGet): handle CODE pointers like CONST pointers * (genpic14Code): insert C-SRC lines as Cource-pCodes * ({aop,op}_isLitLike): NEW, single place to decide whether an operand is to be treated as a literal or not * (mov2w,genPcall,genCmpEq), src/pic/genarith.c: use aop_isLitLike() to decide between literal/register contents * (addSign): added missing offset * src/pic/gen.h: remove newline after FENTRY/FEXIT comments, only emit comment in debug-mode, use {aop,op}_isLitLike throughout the file * src/pic/glue.c: fix initializers for pointers (work in progress) * src/pic/pcode.c (get_op): honor index on _const symbols * ({reset,dump}pCodeStatistics): NEW, estimate code size * (dumppBlock): added pCode size estimation * src/pic/ralloc.c (deassignLRs,serialRegAssign,packRegisters): check for IS_SYMOP before OP_SYMBOL'ing * fixed indentation, compacted switch-statements * (allocReg): find free register and allocate it instead of allocating new registers all the time * (deassignLRs): prevent POINTER_GET's from being assigned the same registers as its operands (necessary only for multibyte GETs) 2005-07-01 Raphael Neider * src/pic/gen.h: added prototypes emitpComment, popGetAddr and debugging .asm-output macros FENTRY + FEXIT * src/pic/gen.c (Safe_vsnprintf): NEW, is there a more generic way... I wonder... * (emitpComment): NEW, printf to pCode * (popGet): added assert on too large offsets, fixed PO_IMMEDIATE's offset handling * (popGetAddr): NEW, variant of popGet to access an immediates high(er) bytes instead of the n'th byte of memory they reference, replaced popGet with popGetAddr where neccessary * (genDataPointerGet): reactivated and fixed implementation * (genNearPointerGet): enabled call to genDataPointerGet, fixes array- accesses * (genDataPointerSet): fixed multibyte assignments * (genpic14Code): fixed --i-code-in-asm handling * src/pic/genarith.c: fixed PO_IMMEDIATE issue using popGetAddr, * (genPlus): fixed index-out-of-bounds error * src/pic/pcode.c (get_op): fixed PO_IMMEDIATE's index/offset handling * src/pic/ralloc.c: added debugging output macro FENTRY2 * (spillThis): fixed indentation, enbraced for-body for clarity * (rematStr): commented out as now unused * (regTypeNum): commented out special spill case (overwrites arbitrary values) * fixes bugs #1229346, #1216476 (both arrays) and #1115667 (SIGSEGV) 2005-06-30 Maarten Brock * doc/sdccman.lyx: documented sfr16/sfr32, added example for using storage class with function pointers * src/mcs51/gen.c (genPlusIncr): optimized small offsets from dptr 2005-06-28 Maarten Brock * device/lib/_gptrget.c: also push/pop _PSBANK, added # to 0x03 * device/lib/_itoa.c, * device/lib/_ltoa.c: optimized codesize * src/SDCCsymt.c (checkSClass): added sanity check for sfr at addresses, but don't know how to suppress the double warning. * src/mcs51/gen.c (genPlusIncr): fixed bug when incrementing volatile int's * support/Util/SDCCerr.c, * support/Util/SDCCerr.h: added warning W_SFR_ABSRANGE for sanity check 2005-06-27 Maarten Brock * as/mcs51/asexpr.c (expr): disabled warning "not in .flat24 mode", fixed old K&R prototypes * as/mcs51/asout.c (outrb): always output as if generating 24bit addresses * device/lib/_gptrget.c, * device/lib/_gptrgetc.c, * device/lib/_gptrput.c: changed versions for new memory indicator values, also new versions for small generic pointers and banked generic pointers * src/port.h: added const_name * src/SDCC.lex: added keywords sfr16, __sfr16, sfr32, __sfr32 * src/SDCC.y: added tokens SFR16, SFR32 and their sfr_attributes * src/SDCCcse.c (findPrevIc): check all associative operators * src/SDCCglue.c (emitMaps): use CONST_NAME if defined * src/SDCCicode.h: added macro IS_ASSOCIATIVE * src/SDCCmem.c: updated comments, set far-space to 0 for pdata, results in optimized code * src/SDCCmem.h: added macro CONST_NAME * src/SDCCsymt.h: renumerated generic pointer types GPTYPE_... thereby moving the info into the highest bits, see also gptrget/gptrput * src/src.dsp: added sdcc.ico to project files * src/avr/gen.c (genCast): fixed bug 0x%d * src/avr/main.c (avr_port): added "CONST (CODE)" for const_name * src/ds390/gen.c (aopForRemat, adjustArithmeticResult): disconnected direct relation between ptr_type and DCL_TYPE, (genCast): fixed bug 0x%d * src/ds390/main.c (ds390_port, tininative_port, ds400_port): added "CONST (CODE)" for const_name * src/hc08/gen.c (genCast): fixed bug 0x%d * src/hc08/main.c (_hc08_genAssemblerPreamble): added .area ...const_name, (hc08_port): added "CONST (CODE)" for const_name * src/mcs51/gen.c (aopForSym): optimized pushing ACC, (aopForRemat, adjustArithmeticResult): disconnected direct relation between ptr_type and DCL_TYPE, (aopGetUsesAcc, aopGet, aopPut): changed first parameter from asmop* to operand* and took AOP() inside function so sfr-ness can be checked, (all over): repaired calls to aopGetUsesAcc, aopGet, aopPut to comply with new prototype, (genFunction, genEndFunction): optimized stack setup, (genMinus): optimized for literals with ending zeroes (in bytes), (genCast): fixed bug 0x%d * src/mcs51/main.c (_mcs51_keywords): added sfr16 and sfr32, (mcs51_port): added "CONST (CODE)" for const_name * src/mcs51/peeph.def: made rule 226 more generic * src/pic/main.c (pic_port): added "CONST (CODE)" for const_name * src/pic16/main.c (pic16_port): added "CONST (CODE)" for const_name * src/xa51/main.c (xa51_port): added "CONST (CODE)" for const_name * src/z80/main.c (z80_port): added NULL for const_name, (gbz80_port): added NULL for const_name * support/regression/tests/bug663539.c, * support/regression/tests/sfr16.c: new tests 2005-06-25 Jesus Calvino-Fraga * device/include/mcs51/p89v51rd2.h, device/include/mcs51/at89s53.h: added. 2005-06-24 Raphael Neider * device/lib/pic16/libdev/pic18f[68][567]20.c: corrected typos... * device/include/pic16/signal.h: added USBIF and SIG_USB 2005-06-24 Raphael Neider * device/lib/pic16/libdev/pic18f2455.c, device/include/pic16/pic18f2455.h: NEW * device/include/pic16/pic18fregs.h, device/lib/pic16/pics.all, src/pic16/device.c: added 18f2455 * device/lib/pic16/libdev/pic18f[68][567]20.c, device/include/pic16/{pic18f[68][567].h,usart.h}: replaced MULTIPLE_USARTS define with more relaible compatibility sfrs (for USART access) 2005-06-20 Slade Rich * src/pic/pcode.c : Fixed problem when a string constant contains a "\r\n" and the output asm file line is printed on two lines. 2005-06-19 Erik Petrich * sim/ucsim/hc08.src/inst.cc (inst_condbranch): fixed simulation of BGT, BLE, BHI, and BLS instructions * src/hc08/gen.c (outAcc, outBitC, outBitNV, genCmpLt, genCmpGt, genCmpEq): removed * src/hc08/gen.c (genCmpEQorNE, genCmp, branchopCmp, nameCmp, negatedCmp, exchangedCmp, genhc08Code): rewrite of comparison handling, fixes bug #1216342 * src/hc08/peeph.def: added rules 2g - 2l for new conditional branches 2005-06-15 Raphael Neider * src/pic16/NOTES: moved Vangelis from active developers to people to contact * device/include/pic16/{6520.h,8520.h}: fixed configuration bits * src/pic16/gen.c (): prevent iTemps from being considered to be in CODESPACE, fixes bug #1221120; for symbols in CODESPACE get number of bytes to read from OP_SYM_TYPE() instead of OP_SYM_ETYPE() 2005-06-06 Frieder Ferlemann * device/include/mcs51/reg764.h: Changed PB0 to PBO as requested by Marcel Telka in bug #1215704 2005-06-02 Slade Rich * src/pic/pcode.c : Changed pseudo stack size to 15 to allow WSAVE to be located in shared memory bank. 2005-05-31 Raphael Neider * src/pic16/{gen.c,genarith.c}: replaced sign-extension "CLRF, BTFSC , DECF/COMF" with side-effect-free "CLRF, BTFSC , SETF"; fixes "long>>9" 2005-05-27 Maarten Brock * device/lib/_strncpy.c: fixed the fix 2005-05-26 Raphael Neider * src/pic16/glue.c (pic16_printIvalChar): fixed _constant_ string initializers with \0, bug #1208187 * src/pic/glue.c (printIvalChar): fixed (non- and constant) string intializers with \0, bug #1208187 2005-05-26 Raphael Neider * src/pic16/glue.c (pic16_printIvalChar): fixed string initializers with \0, bug #1208187 * src/pic16/main.c (_process_pragma): added sanity checks for stack position and size, emit warnings when appropriate 2005-05-26 Maarten Brock * device/lib/_strncpy.c: fixed not filling with \0 2005-05-26 Erik Petrich * src/SDCCast.c (funcOfType, funcOfTypeVarg, stringToSymbol, createFunction), * src/SDCC.y (external_definition, enumerator, parameter_declaration, compound_statement), * src/SDCCsymt.h, * src/SDCCsymt.c (addSymChain, processFuncArgs): fixed bug #1159134 2005-05-24 Raphael Neider * src/pic16/glue.c (pic16_printGPointerType): fixed #1207796 2005-05-24 Raphael Neider * device/include/pic16/pic18f{442,452,458}.h: fixed wrong TRISE definitions, closes bug #1162453 2005-05-22 Raphael Neider * src/pic16/main.c (_process_pragma): check for missing arguments to pragmas code and udata * device/include/pic16/pic18f{2550,4331,4455,4520}.h: consistency fixes to match other headers (thanks to Jim Paris) * device/lib/pic16/libio/i2c.ignore: 18f4331 provides no I2C 2005-05-21 Maarten Brock * src/SDCCicode.c (isOperandEqual): fixed missing ; 2005-05-19 Maarten Brock * support/regression/tests/bug1198642.c: new test * src/SDCCicode.c (isOperandEqual): fixed bug 1198642 * src/SDCCcse.c (findPrevIc): added comment, please have a look * support/scripts/resource.h, * support/scripts/resource.rc, * src/src.dsp: added sdcc.ico to project as icon for sdcc.exe * support/scripts/sdcc.ico: added 32x32 icon 2005-05-18 Raphael Neider * device/lib/pic16/libdev/pic18f*.c, * device/include/pic16/pic18f*.h: updated "sfr" and "at X" keywords to "__sfr" and "__at (X)" * device/include/pic16/pic18fregs.h: added pic18f4520 * src/pic16/pcode.c (pic16_pCode2str): fixed (?) bug #1203088 (MPLAB compatibility) 2005-05-17 Raphael Neider * device/include/pic16/pic18f{2550,4331,4455,4520}.h: NEW * device/lib/pic16/libdev/pic18f{2550,4331,4455,4520}.c: NEW * device/lib/pic16/pics.all: added new devices * src/pic16/device.c: added support for pic18f4520 2005-05-16 Raphael Neider * src/pic16/gen.{c,h}: s/mov2f/pic16_mov2f made public * src/pic16/genarith.c (genAddLit): fixed bug 1202480 * src/pic16/pcode.{c,h} (pic16_newpCodeOpBit_simple): NEW convenience function for bit access 2005-05-15 Maarten Brock * device/lib/printf_large.c: fixed bug 1193299 * support/regression/tests/bug1057979.c: added test %3.3s 2005-05-15 Frieder Ferlemann * device/include/mcs51/8051.h, * device/include/mcs51/8052.h: made parseable with lint * device/include/mcs51/lint.h: added include file for (sp)lint * doc/sdccman.lyx: added doc about use of splint (syntax checking tool) * doc/cdbfileformat.lyx, * doc/test_suite_spec.lyx: hardcoded date to the date of last text change 2005-05-14 Raphael Neider * device/lib/pic16/Makefile.common.in: add --optimize-df to OPT_FLAGS * device/lib/pic16/libc/stdlib/itoa.c (new) * device/lib/pic16/libc/stdlib/Makefile: have itoa.c built * device/lib/pic16/libio/Makefile: exclude subdir according to ${subdir}.ignore for certain PICs (lacking e.g. i2c) * device/lib/pic16/libio/i2c.ignore (new): pic18f1220 has no I2C support * src/pic16/gen.c (genFunction): prevent annoying warning * src/pic16/pcode.c: renamed stack_t to dynstack_t to prevent nameclashes on BeOS * support/cpp2/cppmain.c (cpp_output_string): new * support/cpp2/cpplib.c (_cpp_do__Pragma): fixed _Pragma(""), fixes bug 1116802 2005-05-13 Borut Razem * src/SDCCmain.c (linkEdit): fixed bug 1195202 2005-05-12 Erik Petrich * .version: changed to version 2.5.1; back to bleeding edge development 2005-05-11 Borut Razem * doc/sdccman.lyx doc/cdbfileformat.lyx doc/test_suite_spec.lyx: generate PDF version 1.3 documents 2005-05-07 Erik Petrich * .version: changed to version 2.5.0 2005-04-27 Frieder Ferlemann * doc/sdccman.lyx: updated weblinks, index and smaller updates 2005-04-26 Erik Petrich * doc/sdccman.lyx: changed version 2.5.0, documented --std-c89, --std-sdcc89, --std-c99, --std-sdcc99, and the corresponding #pragmas, as well as many smaller updates. * .version: changed to version 2.5.0-pre1 2005-04-26 Jesus Calvino-Fraga * src/SDCCmain.c (setIncludePath): added port->target to SDCC_INCLUDE_NAME 2005-04-26 Maarten Brock * support/regression/tests/bug1185672.c: added * src/mcs51/gen.c (aopGetUsesAcc, genCpl, genAnd, genOr, genXor): fixed bug 1185672 * src/mcs51/gen.c (genCall): added comments, made it look safer * src/mcs51/gen.c (genEndFunction): simplified 2005-04-25 Maarten Brock * src/mcs51/ralloc.c (serialRegAssign): fixed bug 1189609 2005-04-14 Borut Razem * fixed bug 1045046 - SIGSEGV with really simple code?: src/pic/pcode.c (pCodeInitRegisters)- pseudo stack size increased to 16 src/pic/ralloc.c (typeRegWithIdx) - error message on pseudo stack overflow 2005-04-14 Borut Razem * src/pic16/gen.c (genInline), src/pic16/main.c (_process_pragma), src/pic16/device.h: temporarily disabled experimental #inline pragma for 2.5.0 release 2005-04-14 Maarten Brock * device/include/z80/stdio.h, * device/include/z80/string.h: removed these highly incomplete files so SDCC can use the default ones in device/include/ 2005-04-14 Erik Petrich * src/mcs51/gen.c (genEndFunction): removed unused variable to fix gcc warning. * device/lib/Makefile.in: default PORTINCDIR to the mcs51 subdir to fix sdcpp warnings. 2005-04-12 Maarten Brock * device/include/malloc.h: removed redundant __reentrant prototypes * device/lib/_mullong.c: added working xstack variant in asm (C version doesn't pass regression tests) * device/lib/bpx.c: used __data and made bpx char for mcs51 * src/SDCCast.c (decorateType): removed unused GPTYPE_IDATA, (createFunction): fixed bug with xstackPtr * src/SDCCcse.c: corrected comments * src/SDCCopt.c (convertToFcall): fixed warning in MSVC, (killDeadCode, eBBlockFromiCode): removed unused code * src/SDCCsymt.h: removed unused GPTYPE_GPTR and GPTYPE_IDATA, corrected comments * src/mcs51/gen.c (aopForSym, aopPut, toBoolean, unsaveRegisters, assignResultValue, genCall, genFunction, genEndFunction, genAnd, genOr, genXor, genAddrOf): fixed several bugs concerning xstack (genModOneByte): fixed warning in MSVC * src/mcs51/main.c (): added comments * src/mcs51/peeph.def: changed 129 to 129.a, added 129.b, 129.c & 129.d 2005-04-12 Maarten Brock * src/SDCCmain.c (linkEdit): oops, changed one line too many 2005-04-11 Maarten Brock * src/SDCCmain.c (linkEdit): fixed bug with finding crt0.o for z80 2005-04-10 Vangelis Rokas * src/pic16/glue.c (printIvalChar): fixed bug when emitting characters arrays of larger size than the declared one. 2005-04-10 Borut Razem * src/pic/gen.c (genInline), src/pic/pcode.c (newpCodeAsmDir), (pCode2str), (genericPrint), (unlinkpCodeFromBranch), (compareLabel), (findNextInstruction), (findPrevInstruction), (findInstructionUsingLabel), src/pic/pcode.h: fixed bug #1164907 - Labels not being recognized * src/pic/pcode.c (findLabel): added missing '\n' * src/src.dsp: added SDCCdwarf2.c to the project 2005-04-09 Borut Razem * support/scripts/sdcc.nsi: added include/hc08/* h to NSIS setup 2005-04-08 Raphael Neider * src/pic16/pcode.c: added helpers defmapInsertAfter (insert a new item into the chain after a given one) and mergeDefmapSymbols (combine defmap entries for each symbol per pcode) * (createDefmap): have defmap entries merged in the end * (defmapReplaceSymRef): split defmap entries covering two accesses to a symbol before replacing one access type's symbol, merge symbols in the end (replacement symbol might already have an entry) * (assignValnums): keep reference to written WREG intact 2005-04-08 Raphael Neider * src/pic16/pcode.c (struct defmap_s): named anonymous union (for Alpha) 2005-04-08 Vangelis Rokas * src/pic16/pcode.c (pic16_get_op2): enlarged size of array b to 128 bytes 2005-04-07 Raphael Neider * device/include/pic16/usart.h: added compatibility defines for devices with more than one USART * device/include/pic16/pic18f[68][567]20.h: activated above defines 2005-04-07 Maarten Brock * device/lib/Makefile.in: updated for port specific include 2005-04-07 Maarten Brock * support/regression/ports/mcs51/spec.mk: added mcs51 include 2005-04-07 Maarten Brock * device/include/8051.h, * device/include/8052.h, * device/include/at89S8252.h, * device/include/at89c55.h, * device/include/at89x051.h, * device/include/at89x51.h, * device/include/at89x52.h, * device/include/mcs51reg.h, * device/include/reg51.h, * device/include/reg764.h, * device/include/regc515c.h, * device/include/sab80515.h: (re)moved these 12 files * device/include/mcs51/8051.h, * device/include/mcs51/8052.h, * device/include/mcs51/at89S8252.h, * device/include/mcs51/at89c55.h, * device/include/mcs51/at89x051.h, * device/include/mcs51/at89x51.h, * device/include/mcs51/at89x52.h, * device/include/mcs51/mcs51reg.h, * device/include/mcs51/reg51.h, * device/include/mcs51/reg764.h, * device/include/mcs51/regc515c.h, * device/include/mcs51/sab80515.h: and added them here 2005-04-06 Maarten Brock * device/include/stdarg.h: changed SDCC specific keywords to double underlined form. * device/include/stdint.h: changed intptr_t and uintptr_t for others than mcs51 and ds390. * device/include/hc08/mc68hc908gp32.h, * device/include/hc08/mc68hc908jb8.h, * device/include/hc08/mc68hc908jkjl.h, * device/include/hc08/mc68hc908qy.h: fixed comments * device/include/mcs51/README: updated * device/include/mcs51/c8051f120.h: added PINRSF * device/lib/pic16/libc/stdlib/crc16.c: fixed comments * src/pic16/pcode.c: MSVC6 doesn't accept declaring new variables amidst code. Also inline is not supported. 2005-04-06 Raphael Neider * src/pic16/pcode.c (pic16_pCodeReplace): also update pcflow->end * (createDefmap): fixed CALLs to depend on FSR1 and RETLW to restore callers stack/frame pointers 2005-04-06 Vangelis Rokas * device/include/pic16/usart.h: added, missing in previous commit, * device/include/pic16/adc.h: fixed typo, * device/lib/pic16/libc/utils/cvtdec.S: added missing in previous commit, * device/lib/pic16/libc/stdlib/g_ftoa.S: modified to include * device/lib/pic16/libc/stdio/streams.c: leave stdin, stdout uninitialized because a bug appears with gplink * device/lib/pic16/{some makefiles}: moved $(CSTD) from CFLAGS to COMPILE_FLAGS and added CPPFLAGS with -nostdinc because sdcpp complains for unrecognised option 2005-04-05 Raphael Neider * src/pic16/gen.c (pic16_popCopyReg): made copying work for extended structs as well (using memcpy) * (genFunction): fixed comparison, used pCodeOpLabel to reduce warning on ISRs (GOTO has no label) * src/pic16/device.h: added OF_OPTIMIZE_DF * src/pic16/main.c: added compiler switch --optimize-df to enable the new data flow analysis/optimization * src/pic16/pcode.c: added (prototypes for and implementation of) dataflow analysis functions, fixed pCodeInstructions' inCond and outCond values, made RCALL a branch instruction * (pic16_unlinkpCode): keep C line if possible * (pic16_pCodeUnlink): removed cast on left side of assignment, have C line moved if possible * (pic16_getRegFrompCodeOp): NEW, improved version of... * (pic16_getRegFromInstruction,pic16_getRegFromInstruction2): changed to use new pic16_getRegFrompCodeOp (works for more SFRs) * (pic16_BuildFlow): fixed skip instructions with label (did not start new flow) * (pic16_getJumptabpCode): NEW, needed in... * (LinkFlow): fixed handling of jumptables, calls and conditional branches * (pic16_InsertCommentAfter): NEW * (pic16_pCodeReplace): made verbose and flow preserving * (AnalyzeFlow): added call to data flow analysis * src/pic16/pcode.h: added defmaps to pCodeFlow struct * src/pic16/pcodeflow.h: added PCC_STATUS to mean all STATUS bits * src/pic16/ralloc.c (packRegsForAssign): added return 1 in the end 2005-04-03 Erik Petrich * src/SDCCast.c (decorateType): fixed bug #1105626 2005-04-02 Vangelis Rokas * device/include/asm/pic16/features.h, * pic18f*.h headers, * device/include/pic16/adc.h, * device/include/pic16/delay.h, * device/include/pic16/i2c.h, * device/include/pic16/malloc.h, * device/include/pic16/stdio.h, * device/include/pic16/stdlib.h, * device/include/pic16/string.h, * device/lib/pic16/libc/stdio/printf_tiny.c, * device/lib/pic16/libc/stdio/printf_small.c, * device/lib/pic16/libc/stdio/strmgpsim.c, * device/lib/pic16/libc/stdio/strmmssp.c, * device/lib/pic16/libc/stdio/strmusart.c, * device/lib/pic16/libc/stdio/vfprintf.c, * device/lib/pic16/libc/stdlib/ltoa.c, * device/lib/pic16/libc/stdlib/putchar.c, * device/lib/pic16/libc/stdlib/x_ftoa.c, * device/lib/pic16/libc/stdlib/memchrpgm.c, * device/lib/pic16/libc/stdlib/memchrram.c, * device/lib/pic16/libc/stdlib/memcpypgm2ram.c, * device/lib/pic16/libc/stdlib/memcpyram2ram.c, * device/lib/pic16/libio/adc/adcbusy.c, * device/lib/pic16/libio/adc/adcread.c, * device/lib/pic16/libio/adc/adcsetch.c, * device/lib/pic16/libio/usart/ubaud.c, * device/lib/pic16/libio/usart/ubusy.c, * device/lib/pic16/libio/usart/udrdy.c, * device/lib/pic16/libio/usart/uopen.c, * device/lib/pic16/libio/usart/uputc.c, * device/lib/pic16/libsdcc/gptr/gptrget1.c, * device/lib/pic16/libsdcc/gptr/gptrget2.c, * device/lib/pic16/libsdcc/gptr/gptrget3.c, * device/lib/pic16/libsdcc/gptr/gptrget4.c, * device/lib/pic16/libsdcc/gptr/gptrput1.c, * device/lib/pic16/libsdcc/gptr/gptrput2.c, * device/lib/pic16/libsdcc/gptr/gptrput3.c, * device/lib/pic16/libsdcc/gptr/gptrput4.c: modified all SDCC specific keywords to double underlined form, * device/lib/pic16/libc/Makefile.rules, * device/lib/pic16/libsdcc/Makefile.rules, * device/lib/pic16/libm/Makefile, * device/lib/pic16/libio/Makefile.rules: added CSTD macro in CFLAGS to compile with C standard set in Makefile.common * device/lib/pic16/libc/stdlib/Makefile: added new C sources rand.c and crc.c in compilation process, * device/lib/pic16/libsdcc/int/divuint.c, * device/lib/pic16/libsdcc/long/divulong.c: changed declaration of `c' from signed to unsigned, * device/lib/pic16/startup/crt0.c, * device/lib/pic16/startup/crt0i.c, * device/lib/pic16/startup/crt0iz.c: adopted to all SDCC specific keywords to double underlined form, bug fixes in _do_cinit function which prevented the correct initialization of the .idata segment, * src/pic16/pcoderegs.c (insideLRBlock): fixed a bug that caused the core to enter a infinite loop * device/lib/pic16/libc/stdlib/rand.c, crc.c: new files 2005-04-02 Erik Petrich * src/SDCCicode.c (getArraySizePtr): fixed bug #1122171 2005-04-01 Erik Petrich * device/include/Makefile.in: add support for hc08 subdirectory * device/include/hc08/: new subdirectory * device/include/hc08/mc68hc908jkjl.h: new header contributed by Lucas Loizaga, thanks! * device/include/hc08/mc68hc908qy.h, * device/include/hc08/mc68hc908gp32.h, * device/include/hc08/mc68hc908jb8.h: moved hc08 register defs to their own directory. Changed internal macro names to use the compiler reserved namespace. Changed SDCC specific keywords to double underlined form. * device/include/math.h, * device/include/malloc.h, * device/include/stdarg.h, * device/include/stdbool.h * device/include/string.h, * device/include/tinibios.h, * device/include/ds400rom.h, * device/include/8051.h, * device/include/8052.h, * device/include/80c51xa.h, * device/include/at89c55.h, * device/include/at89S8252.h, * device/include/at89x51.h, * device/include/at89x52.h, * device/include/ds80c390.h, * device/include/reg764.h, * device/include/regc515c.h, * device/include/sab80515.h, * device/include/mcs51/c8051f000.h, * device/include/mcs51/c8051f018.h, * device/include/mcs51/c8051f020.h, * device/include/mcs51/c8051f040.h, * device/include/mcs51/c8051f060.h, * device/include/mcs51/c8051f120.h, * device/include/mcs51/c8051f300.h, * device/include/mcs51/c8051f310.h, * device/include/mcs51/c8051f320.h, * device/include/mcs51/c8051f330.h, * device/include/mcs51/c8051f350.h, * device/include/z180.h: Changed SDCC specific keywords to double underlined form. 2005-03-31 Vangelis Rokas * src/pic16/device.c (Pics16[]): added devices 18F2550, 18F4331, 18F4455, * (pic16_assignConfigWordValue): disable testing of configuration register value with config mask, * src/pic16/gen.c (pic16_testStackOverflow): prefix stack test function with port->fun_prefix, * (genFunction): when generating a naked interrupt function never create an absolute segment placed in interrupt vector address, place the actual interrupt function at IVA instead, when an interrupt function is generated with unspecified interrupt then do not create the absolute section, * (genGenPointerGet, genGenPointerSet, genPackBits): replace all code for generating a call to generic pointer get/put function with a call to function pic16_callGenericPointer(), * src/pic16/genutils.c (pic16_callGenericPointerRW): NEW, generates the call to the generic pointer get/put functions with prefixing the function name with port->fun_prefix, * src/pic16/glue.c (pic16glue): ifdef-out test of OF_LR_SUPPORT, * src/pic16/main.c (_process_pragma): prefix function with port->fun_prefix, * (_pic16_finaliseOptions): define macro __18Fxxxx macro when calling assembler, old 18Fxxxx macro is deprecated, * src/pic16/pcode.c (unlinkpCodeFromBranch): added PC_INLINE and PC_ASMDIR in while condition, * (findInstruction): add PC_ASMDIR in while condition, * (buildCallTree): prefix main with port->fun_prefix, * (pic16_pCode2str): fixed bug that didn't emit the memory access identifier for variable with banked access in instructions BTFSS, BTFSC, BCF, BSF, BTG * (AnalyzeFlow): moved call to OptimizepCode to pic16_AnalyzeBanking, * src/pic16/pcodepeep.c (pCodeOpCompare): increase size of b to 1024, * src/pic16/pcoderegs.c (pic16_pCodeRegoptimizeRegUsage): don't perform optimization when enviroment variable NO_REG_OPT is set, * (insideLRBlock): NEW, return 1 if register is inside an INF_LOCALREGS block, * (RemoveRegFromLRBlock): remove a register that is completely eliminated by register optimization, but it is still left in local register store/restore in/from stack block, * (Remove2pcodes): after removing register, check to see if it should be removed from local register store/restore in/from stack block, * src/pic16/ralloc.c (pic16_decodeOp): added decode for DUMMY_READ_VOLATILE, * device/include/pic16/adc.h: minor prototype modifications and update, * device/include/pic16/malloc.h: added GPL notice various modifications, * device/include/pic16/stdint.h: NEW, standard header for ints * device/include/pic16/delay.h: NEW, header for delay functions, delay10tcy, delay100tcy, delay1ktcy, delay10ktcy, delay100ktcy, delay1mtcy, * device/include/pic16/signal.h: NEW, header providing helper macros for implementing signal handlers, * device/include/pic16/stdio.h: added prototypes for functions, printf, vprintf, sprintf, vsprintf, fprintf, vfprintf. Added prototypes for stdin and stdout, added macro PUTCHAR to automatically implement putchar function prototype, * device/include/pic16/usart.h: modified and updated USART library, * device/lib/pic16/libio/adc/, * device/lib/pic16/libio/i2c: some modifications to improve library performance, * device/lib/pic16/libc/stdio/: modifications for the new printf* family of functions, * device/lib/pic16/libc/stdlib/: various modifications in the malloc family of functions and other sources, * device/lib/pic16/libio/usart/: NEW, c sources for the usart module of the PIC18Fxx[28] devices, * device/lib/pic16/libc/delay/: NEW, c sources for the delay functions, * device/lib/pic16/libc/utils/: minor modifications in the .S sources, * device/lib/pic16/startup/{crt0i.c, crt0iz.c}: redesign of the _do_cinit function, because the previous failed when local variables where not placed in the same memory bank, * device/lib/pic16/libsdcc/char/: various modifications to improve library performance, * doc/sdccman.lyx: some reorganization of the PIC16 part, added many information on the new functions of the c library and more... 2005-03-28 Erik Petrich * src/SDCCBBlock.c (iCodeBreakDown): fixed bug #1170212 2005-03-26 Raphael Neider * src/pic16/gen.c (genSkipc): fixed semantics (execute branch if condition == CARRY) * (genCmp): adapted to new genSkipc semantics * src/pic16/genutils.c (pic6_genCmp_special): removed side effect on rIfx (genCmp was broken) 2005-03-26 Erik Petrich * src/SDCCmain.c (setDefaultOptions, optionsTable[], parseCmdLine), * src/z80/main.c (_keywords[]), * src/SDCCglobal.h (struct options), * src/SDCC.y, * src/SDCC.lex (isTargetKeyword, doPragma, pragma_tbl[]): new pragmas to enable/disable SDCC and C99 extensions/keywords (std_c89, std_sdcc89, std_c99, std_sdcc99). Also, equivalent command line options (--std-c89, --std-sdcc89, --std-c99, --std-sdcc99). SDCC specific keywords are always available in leading double underscore form. The C99 support is mostly missing, but it's a start. * support/regression/tests/bug-227710.c: fixed nonconforming use of reserved identifier "__data". 2005-03-24 Maarten Brock * src/mcs51/peeph.def: fixed bug 1170013 2005-03-22 Maarten Brock * device/include/mcs51reg.h: fixed bug 842007 2005-03-21 Erik Petrich * src/SDCCcflow.c (dfNumCompare): committed the wrong version of this last time. 2005-03-20 Erik Petrich * src/port.h (struct PORT), * src/avr/ralloc.c (avr_assignRegisters), * src/avr/main.c, * src/ds390/ralloc.c (ds390_assignRegisters), * src/ds390/main.c, * src/hc08/ralloc.c (hc08_assignRegisters), * src/hc08/main.c, * src/mcs51/ralloc.c (mcs51_assignRegisters), * src/mcs51/main.c, * src/pic/ralloc.c (pic14_assignRegisters), * src/pic/main.c, * src/pic16/ralloc.c (pic16_assignRegisters), * src/pic16/main.c, * src/xa51/ralloc.c (xa51_assignRegisters), * src/xa51/main.c, * src/z80/ralloc.c (z80_assignRegisters), * src/z80/ralloc.h, * src/SDCCopt.c (eBBlockFromiCode, replaceRegEqv, killDeadCode), * src/SDCCcse.c (ifxOptimize, cseBBlock, cseAllBlocks), * src/SDCCcse.h, * src/SDCCdflow.c (computeDataFlow), * src/SDCCdflow.h, * src/SDCCloop.c (addDefInExprs, loopInvariants, loopOptimizations), * src/SDCCloop.h, * src/SDCCcflow.c (*), * src/SDCCcflow.h, * src/SDCCBBlock.c (iCodeBreakDown, dumpEbbsToFileExt, eBBWithEntryLabel), * src/SDCCBBlock.h (struct ebbIndex): new struct that keeps two copies of the eBBlock list, sorted by both bbnum and dfnum. (fixes bug with immedDom() returning wrong block; probably fixes bug #1160833) 2005-03-20 Borut Razem * support/scripts/inc2h.pl: WIN32 port 2005-03-19 Maarten Brock * device/lib/makefile.in: added abs.c and labs.c 2005-03-17 Maarten Brock * device/include/stdint.h: added * device/lib/abs.c: added * device/lib/labs.c: added * device/include/stdlib.h: added abs() and labs() prototypes * device/lib/libsdcc.lib: added abs and labs * device/include/float.h, * device/lib/_fsmul.c, * device/lib/printf_fast.c, * device/lib/printf_tiny.c: updated comments 2005-03-16 Erik Petrich * src/SDCCicode.c (geniCodeSwitch, geniCodeJumpTable): fixed bug #1164313 2005-03-16 Erik Petrich * src/SDCCcse.c (cseBBlock): retain assignment to self when volatile * src/SDCCast.c (isLoopCountable): fixed bug #1161985 2005-03-15 Maarten Brock * device/lib/printf_large.c: removed inline assembly for portability and readability. Use printf_fast if speed or size are more important. * src/pic16/gen.c: removed conditions around use of DEBUGpc * src/pic16/genutils.h: added define for DEBUGpc for MSVC 2005-03-15 Vangelis Rokas * src/pic16/genutils.c (pic16_genCmp_special): initialized offs to prevent compiler warning 2005-03-14 Vangelis Rokas * device/lib/pic16/startup/crt0i.c (_cinit): local variables where moved to level 0 and declared as static. Also they are explicit placed in access bank. This was necessery because some times they might cross memory bank boundaries. crt0iz.c is *NOT* updated!!! * src/pic16/device.h: added flag OPTIMIZE_CMP to enable some compare optimizations. Currently only compare to unsigned char is implemented, * src/pic16/gen.c: added fReturnIdx array, * (struct resolvedIfx) is moved to gen.h and made public, * (struct _G): added sregsAlloc and sregsAllocSet fields, * (aopForSym): added an optimization to directly store in stack of the operand of a SEND iCode, * (pic16_aopOp): don't return return registers as strings (AOP_STR) but as registers instead (AOP_REG) using the fReturnIdx array, * (pic16_freeAsmop): remove the freed register from the _G.sregsAlloc field, * (pic16_aopGet): in case AOP_STR, the compare to 'a' is changed to a compare of 'WREG', * (pic16_popGetTempRegCond): changed function prototype, now function takes also a bitVector argument v which holds the current set of registers that are allocated for stack access by aopForSym, registers allocated in aopForSym for accessing stack symbols are not any more part of the functions usedRegs field, * (genCall): some times aopOp is called for a stack variable to be send, aopForSym might perform the push, if this is true make sure that genCall doesn't push the variable twice by testing _G.resDirect, * (genFunction): changed testing for unspecified interrupt number from 256 to INTNO_UNSPEC, * modified selection scheme of frame pointer generation. Previously if function did use local registers a frame pointer was generated, now a frame pointer is generated only if function has arguments (that need PLUSW2 register access), or has stack arguments, or the compiler is not instructed to omit the frame pointer, * (genEndFunction): before restoring local registers that were saved in the function preamble, also restore the registers that *might* have been allocated for stack access, * (genRet): removed some old comments, * (genCmp, the active (RN's) version): added a call to the pic16_genCmp_special function to perform the compare with a more robust and optimized way, * (genInline): a feature has been added in inline code generation, which allows a wildcard variable substitution when writing inline assembly. Code is incomplete and experimental therefore undocumented, * (genCast): changed order of aopOp for result and right to allow aopForSym to directly load the result if possible, * src/pic16/genutils.c (selectCompareOp, pic16_genCmp_special): NEW, perform an optimized compare on some selected special occasions, * src/pic16/genutils.h: declaration of resolvedIfx structure from gen.c, * src/pic16/glue.c (pic16createInterrupVect): make sure we never generate an IVT any more, * src/pic16/main.c (pic16_optionsTable): added command line option --optimize-cmp, * (_pic16_initPaths): when calling C preprocessor define pic18fXXXX macro too, when calling assembler define pic18fXXXX *and* __18Fxxxx macros, * src/pic16/NOTES: Raphael Neider added in list of active developers * src/pic16/pcode.c (OPT_TYPE_STR): added strings jumptable_begin and jumptable_end to prevent bug #, * (pic16_pciADDWFC, ADDFWC, COMF, CLRF): added some missing flags in inCond and outCond fields, * src/pic16/pcoderegs.c (pCodeOptime2pCodes): add a fix for bug #, * src/pic16/ralloc.c (serialRegAssign): explicit set willCS to 0 to turn off register spilling, * (packRegsForOneUse): synced with other ports' versions although it is not used currently, * (pic16_packRegisters): added an optimization while reading structure bitfields, some registers may be saved (malloc code is decreased by 80 bytes) 2005-03-12 Vangelis Rokas * src/SDCCcse.c (cseBBlock): inside 'do operand lookup' loop test if left is a bitfield, if yes, then don't optimize assignment. Perhaps this can be optimized more? 2005-03-10 Raphael Neider * src/pic16/gen.c (pic16_loadFSR0, genPackBits, genUnpackBits, genNearPointerGet): (hopefully) fixed access to bitfields via pointers (p->bitN = x; and x = p->bitN; failed) 2005-03-09 Paul Stoffregen * device/lib/printf_fast.c: fix leading zero format, eg "%02d" 2005-03-09 Raphael Neider * src/SDCCopt.c (killDeadCode): fixed bug #1156016 2005-03-06 Maarten Brock * src/SDCCicode.h: moved CRITICAL and ENDCRITICAL from SKIP_IC2 to SKIP_IC * src/mcs51/ralloc.c (willCauseSpill): added check for REG_BIT type, (regTypeNum): set REG_BIT type if necessary * src/mcs51/ralloc.h: added define REG_BIT, used to fix bug 1144613 * support/regression/tests/critical.c: check bug 1144613 2005-03-02 Raphael Neider * src/pic16/gen.c (genRightShiftLiteral): fixed bug #1154256 2005-02-26 Erik Petrich * src/avr/ralloc.c (serialRegAssign), * src/ds390/ralloc.c (serialRegAssign), * src/hc08/ralloc.c (serialRegAssign), * src/mcs51/ralloc.c (serialRegAssign), * src/pic/ralloc.c (serialRegAssign), * src/pic16/ralloc.c (serialRegAssign), * src/xa51/ralloc.c (serialRegAssign), * src/z80/ralloc.c (serialRegAssign): fixed bug #1105154 2005-02-22 Maarten Brock * src/SDCCast.c (decorateType): fixed bug 1124787 2005-02-20 Hubert Sack committed by Frieder Ferlemann * src/mcs51/peeph.def: added peepholes 3.h-k and 132.a-f from patch #1121755 2005-02-20 Frieder Ferlemann * src/SDCCpeeph.def: new keyword "labelRefCountChange" which allows peepholes to keep the correct label reference count when adding/removing references to labels. A peephole file using this is appended to patch #1144962. 2005-02-14 Raphael Neider * device/lib/pic16/libc/string/memccpy.c: changed 3rd argument to char * src/SDCC.lex (process_pragma): fixed to make disable_warning work for PIC16 * src/pic16/gen.c (aopForSym, calls to pic16_aopOp): prevent unneccessary retrievals of result operand's value on assignment 2005-02-13 Vangelis Rokas * device/include/pic16/string.h: modified prototype for memccpy() to memccpy(void *, void *, char, size_t) * src/pic16/gen.c (genFunction, genEndFunction): reenable if-case to check whether to omit frame pointer or not, * (genInline): convert all occurences of "\n" to LF in inline assembler blocks, this helps formatting the inline text, * (pic16_loadFSR0): modified prototype, * (genNearPointerGet, genNearPointerSet): reorganization of code, removed some 8051 legacy code, * (genPackBits): enabled handling bitfields exceeding one byte in size, * src/pic16/ralloc.c (pic16_assignRegisters): clear dynrIdx variable before allocating temporary registers in functions, 2005-02-11 Maarten Brock * support/regression/tests/bitvars.c: corrected the "fix" 2005-02-10 Maarten Brock * support/regression/tests/bitvars.c, * support/regression/tests/bitwise.c, * support/regression/tests/rotate.c: "fixed" problems on Alpha 2005-02-10 Raphael Neider * src/pic16/pcode.c (assignToSameBank) : fixed cast to pointer of different size for Alpha * src/pic16/gen.c (genCmpEq) : improved compare with 0 2005-02-09 Raphael Neider * src/SDCC.lex(doPragma) : save and restore warning options as well (also added new stack plus clone- and copyAndFreeSDCCERRG()) * have #pragma less_pedantic set the errorlevel to WARNING (fixes #1117001) * (cloneOptimize) : fixed wrong malloc's size * support/Util/SDCCerr.[ch] : made SDCCERRG globally accessible to facilitate correct handling of #pragma (save|restore) 2005-02-09 Maarten Brock * src/mcs51/gen.c: removed non-standard C nameless struct/union 2005-02-04 Slade Rich * src/pic/gen.c : Fix for bugs #1080519 & #1115662. 2005-02-03 Maarten Brock * device/include/mcs51/c8051f120.h: added declarations for sbit port 2,3&4 2005-02-02 Raphael Neider * src/SDCCast.c (processParms): disabled W_NONRENT_ARGS for pic16 port * src/pic16/gen.c (aopForSym): reenabled special case for function pointers * (pic16_storeForReturn): fixed to allow returning function pointers * (genPackBits): improved accessing full bytes, implemented for GPOINTERs * device/include/pic16/{stddef.h,stdbool.h}: added 2005-02-02 Maarten Brock * device/include/mcs51/c8051f040.h: added define CPT2_PAGE 2005-02-01 Slade Rich * src/pic16/pic16.dsp : Added file graph.c to make it compile under windows * src/pic16/Makefile.bcc : Do not use this file but added file graph.c as it appeared to be required 2005-01-31 Borut Razem * support/scripts/sdcc.nsi: added include/asm/ds390, include/asm/mcs51, include/mcs51 and include/z80 directories to the package 2005-01-26 Erik Petrich * src/hc08/gen.c (genFunction): fixed bug #1112752 2005-01-30 Frieder Ferlemann * src/mcs51/peeph.def: adapted peephole 258.x to changed gen.c (genAnd) 2005-01-29 Frieder Ferlemann * src/mcs51/gen.c (genAnd): accessing LSB/MSB by rotating acc 2005-01-29 Maarten Brock * device/include/Makefile.in: create/copy mcs51 and z80 include subdirs 2005-01-27 Maarten Brock * device/include/c8051fxxx.h: removed these 6 files * device/include/mcs51/c8051fxxx.h: added these 11 new files 2005-01-26 Raphael Neider * src/pic16/gen.c (genAssign): fixed assignment from longs in codespace (were cut to three bytes) * (genDummyRead): implemented (except for CODESPACE...), fixed bug #1108575 * src/pic16/glue.c (emitStatistics): beautified * device/lib/pic16/libm/Makefile: added include path 2005-01-26 Erik Petrich * src/z80/gen.c (aopPut): fixed bug #1103902 2005-01-25 Erik Petrich * device/lib/expf.c: fixed bug #1095792 2005-01-24 Vangelis Rokas * device/lib/pic16/libm: added Math library sources 2005-01-24 Raphael Neider * src/pic16/pcode.h: added second memory operand to pCodeOpReg to enable upcast to pCodeOpReg2 (there is no type tag to differenciate the two and pic16_popGet2p cast into PCOR2) * src/pic16/main.c (_process_pragma): fixed another malloc bug (sizeof(sectNames) changed to sizeof(sectName)) Both patches fix segfaults under MinGW. 2005-01-23 Raphael Neider * src/pic16/{device.c,pcode.c}: s/free/Safe_free/g for Safe_[mc]?alloc()'ed variables * src/pic16/gen.c (pic16_aopOp,pic16_popGet): added handling of (byte sized) temporaries (assign them to WREG for now) * src/pic16/main.c (_process_pragma): fixed nasty malloc bug (used sizeof(set *sectSyms) instead of sizeof(struct sectSym)), this might fix SIGSEGVs on MinGW... * src/SDCCopt.c (killDeadCode): restored original behaviour (volatile operands might get thrown away though) 2005-01-23 Vangelis Rokas * src/pic16/gen.c: fixed bug #1106975, * src/pic16/gen.c: fixed possible bug #1102572, now during TOS pointer update, INTCON is saved, global interrupts are disabled and restored after updateing TOS. * src/SDCC.y, src/SDCC.lex, src/SDCCsymt.c, src/SDCCsymt.h: * added function attribute 'shadowregs' to take advantage of shadow registers, * added function attribute 'wparam' as an alternative to the wparam pragma, * support/Utils/SDCCerr.[ch]: added error E_SHADOWREGS_NO_ISR when user declares a non-ISR function as 'shadowregs', * doc/sdccman.lyx: updated to reflect recent changes of pic16 port 2005-01-22 Vangelis Rokas * .version: bumped version number to 2.4.8 * device/lib/pic16/pics.all: list of PIC18F devices supported by pic16 port, * device/lib/pic16/libio/i2c/: I2C module support library, * device/include/pic16/i2c.h: I2C support library header, * device/lib/pic16/libc/stdio/: standard IO support sources, * (printf_small.c): printf_small() source, supports float print, * (printf_tiny.c): printf_tiny() source, does not support floats, * device/lib/pic16/Makefile.common.in: added OPT_FLAGS macro to enable global optimizations for entire library source, other Makefiles in the source tree are also modified to reflect this, * device/lib/pic16/libc/stdlib/putchar.c (putchar): dummy putchar() function, * doc/sdccman.lyx: updated to reflect new changes, * src/pic16/gen.c (aopForSym): don't handle sym->iaccess in sym->onStack if-case, * src/pic16/main.c (_pic16_keywords): commented out keywords bit, sbit, idata, _idata, xdata, _xdata, * added pragma library, to link an external library, (see doc), * removed command line options, --pomit-config-words, --pomit-ivt, --pleave-reset-vector, * (pic16_finaliseOptions): when define macro SDCC_MODEL_{SMALL/LARGE} when calling assembler to reflect memory model used, also define macro STACK_MODEL_{SMALL/LARGE} when compiling and assembling to reflect stack model used, * src/pic16/ralloc.c (pic16_allocDirReg): when operand is allocated on stack return NULL, 2005-01-22 Daniel Winkler * src/SDCCopt.c (killDeadCode): do not throw iCodes away if one of the operands is volatile. Fixes #1020220 2005-01-22 Daniel Winkler * src/pic16/pcoderegs.c (pCodeOptime2pCodes): reenabled optimization * (OptimizeRegUsage): make sure that there is really no other flow where the first pCode is used 2005-01-22 Raphael Neider * src/pic16/pcoderegs.c (pCodeOptime2pCodes): disabled optimization to fix #1106967 (pCode->seq are not set up correctly) 2005-01-22 Erik Petrich * src/SDCCglue.c (glue): make sure code area is declared before the static initialization area. 2005-01-21 Raphael Neider * device/lib/Makefile.in: fixed test for pic16 install dir * device/lib/pic16/*/Makefile*: modified compile flags to enable optimizations * doc/sdccman.lyx: updated banksel optimization, removed --flr-support and added --optimize-goto compiler switch and pragma wparam documentation * src/pic16/pcode.c (pic16_OptimizeBanksel): removed statistics dump * src/pic16/pcodepeep.c (pic16_pCodeOpCopy): fixed copying of WREG, PRODL and PRODH closing bug #1071770 (peephole optimizer) 2005-01-19 Raphael Neider * src/SDCCglobl.h: ensure that PATH_MAX >= 2048 to guarantee cmdLine buffers (used when calling sdcpp...) are large enough (MAX_PATH=256 truncates arguments leading to system halts when used in MinGW...) * src/pic16/gen.c (pic16_sameRegs): relaxed size criterion * (genUminus): rewritten to for efficiency * (genNearPointer[GS]et): enforce reloading of FSR0 (was still used uninitialized in some cases) * (genCast): upcasting a 16bit int to a 24bit GPOINTER may not copy the third byte from the int -- now assumes 0x80 (data memory) * src/pic16/genarith.c (pic16_genPlus): fixed bug when swapping operands (genAddLit expects the iCode's operands to swapped as well), fixed leftover bytes (crashed for short left operands) * (pic16_genMinusDec): performance improvements, removed false PIC14 emitSKPNCs * (pic16_genMinus): fixed to cope with differently sized operands * src/pic16/glue.c (pic16_glue): added new banksel optimization for --obanksel > 1 * src/pic16/pcode.c: implemented (first phase of) banksel optimization * src/pic16/graph.[ch]: implementation of directed graphs, used by new banksel optimization * src/pic16/pcoderegs.c (pCodeRegMapLiveRangesInFlow): prevented analysis for temporary registers (segfaults...) * src/pic16/peeph.def: added rule 2005-01-18 Vangelis Rokas * device/lib/pic16/libc/stdlib/x_ftoa.c: it defines x_ftoa function which converts a float number to its ASCII representation * device/lib/pic16/libc/utils/cnvfrac.S,cnvint.S: support functions to convert the fractional and integer part of a float to ASCII, * device/lib/pic16/libc/stdlib/(calloc.c,free.c, malloc.c, realloc.c): added _MALLOC_SPEC to explicit place variables in data ram * device/include/asm/pic16/features.h: added _CODE, _DATA, _AUTOMEM, _STATMEM macros, * device/include/pic16/adc.h: added GPL info, * src/pic16/gen.c (genIfxpCOpJump): perform an genIfxJump but using a pCodeOp as tested operand, * (genNearPointerGet): optimized bit testing, does not use intermediate register for bit value, test directly instead with BTFSS, BTFSC, works only for single bits, * (genpic16Code): dump the name of the iCode in the asm, * src/pic16/ralloc.c (decodeOp): removed static declaration and renamed to pic16_decodeOp, * (serialRegAssign): do not allocate a temporary register for iCode sequences that test a single bit for 1/0 2005-01-12 Vangelis Rokas * src/pic16/pcode.[ch]: introduced pic16_stackpnt_*, pic16_framepnt_*, pic16_stack_*, pic1_frame_* pointer variables to access stack and frame pointers. They are initially assigned to point at pic16_pc_fsr1[lh] and pic16_pc_fsr2[lh] variables and other accessing SFRs. Updated all occurences of modification of stack or frame pointer in gen.c and pcode.c, * src/pic16/ralloc.c (serialRegAssign): fixed two bugs with assigning of a literal value to pointers, * src/pic16/main.c (pic16_finiliseOptions): set pre-processor define flag STACK_MODEL_SMALL or STACK_MODEL_LARGE according to the model selected 2005-01-11 Vangelis Rokas * doc/sdccman.lyx: update documentation about stack pragma, added some info for stack memory models 2005-01-08 Jesus Calvino-Fraga * src/pic16/gen.c (DEBUGpc): MSVC 6 does not support macro variable arguments 2005-01-08 Raphael Neider * src/pic16/device.c (pic16_dump_usection): changed naming scheme for udata sections to fix bug #1097823 2005-01-05 Raphael Neider * src/pic16/gen.c (genGenericShift): added handling of differently sized left operand and result 2005-01-04 Raphael Neider * src/pic16/gen.c (genIfxJump): fixed inverted skips on CARRY * (genIfx): fixed (?) read from uninitialized SPIL_LOC (now assumes CARRY to hold the condition bit) * added new version of genCmp (old code available via #define) * added new version of genShiftLeft/genShiftRight in a generic way, now supports shifting by negative values * (genLeftShiftLiteral, genRightShiftLiteral): use absolute value of shiftCount (expected by genGenericShift) * src/pic16/genarith.c (genPlus): added code for adding CARRY+literal * src/pic16/pcode.c (pic16_OptimizeJumps): removed annoying statistics dump * (pic16_newpCodeOpLit): changed to cast to unsigned char (as e.g. -32766 is an invalid literal too...) 2005-01-04 Vangelis Rokas * src/pic16/gen.c (aopForSym, genEndFunction): applied some fixes from Raphael Neider, * src/pic16/pcode.c (pic16_newpCodeOpLit): removed casting to char for 8-bit literals. This fixes some literal operands which are sign extended to 16-bits ints when instruction needs only 8-bits. 2004-12-31 Paul Stoffregen * device/lib/logf.c: added mcs51 assembly version * device/lib/expf.c: added mcs51 assembly version * device/lib/_logexpf.c: new shared asm code for expf and logf * device/include/math.h: add defines for assembly math library * device/lib/Makefile.in: build new _logexpf.c * device/lib/libfloat.lib: use new _logexpf.c 2004-12-29 Slade Rich * src/pic/device.c * src/pic/pcode.c : adjusted internal stack and pre-allocated registers for device types which have less than 0x7f registers. 2004-12-29 Slade Rich * src/pic/genarith.c : Fixed problem with subtraction where the result would not be updated when borrowing. 2004-12-28 Paul Stoffregen * device/lib/printf_fast.c: only build on supported arch. * device/lib/printf_tiny.c: only build on supported arch. * device/lib/printf_fast_f.c: only build if asm float lib * device/lib/_fsget1arg.c: only build if asm float lib * device/lib/_fsget2args.c: only build if asm float lib * device/lib/_fsnormalize.c: only build if asm float lib * device/lib/_fsreturnval.c: only build if asm float lib * device/lib/_fsrshift.c: only build if asm float lib * device/lib/_fsswapargs.c: only build if asm float lib * device/include/stdio.h: don't provide print_fast, print_fast_f, print_tiny prototypes if --xstack used 2004-12-28 Maarten Brock * device/lib/sincosf.c (sincosf): don't invert bit/bool by ~ * support/regression/ports/mcs51-stack-auto/spec.mk: added new _fs.. files to the SOURCES 2004-12-28 Paul Stoffregen * device/lib/printf_fast_f.c: same as printf_fast, but with floating point enabled * device/lib/printf_fast.c: minor tweaks * device/include/stdio.h: add printf_fast_f 2004-12-27 Paul Stoffregen * src/SDCCmain.c: make --float-reent default for mcs51 * device/lib/_fsadd.c: added mcs51 assembly version * device/lib/_fssub.c: added mcs51 assembly version * device/lib/_fsmul.c: added mcs51 assembly version * device/lib/_fsdiv.c: added mcs51 assembly version * device/lib/_fseq.c: added mcs51 assembly version * device/lib/_fsneq.c: added mcs51 assembly version * device/lib/_fsgt.c: added mcs51 assembly version * device/lib/_fslt.c: added mcs51 assembly version * device/lib/_fscmp.c: shared code for fseq,fsgt,fslt,fsneq * device/lib/Makefile.in: add _fscmp to build * device/lib/libfloat.lib: add _fscmp to build 2004-12-27 Paul Stoffregen * device/lib/_fs2slong.c: added mcs51 assembly version * device/lib/_fs2sint.c: added mcs51 assembly version * device/lib/_fs2schar.c: added mcs51 assembly version * device/lib/_fs2ulong.c: added mcs51 assembly version * device/lib/_fs2uint.c: added mcs51 assembly version * device/lib/_fs2uchar.c: added mcs51 assembly version * device/lib/_slong2fs.c: added mcs51 assembly version * device/lib/_sint2fs.c: added mcs51 assembly version * device/lib/_schar2fs.c: added mcs51 assembly version * device/lib/_ulong2fs.c: added mcs51 assembly version * device/lib/_uint2fs.c: added mcs51 assembly version * device/lib/_uchar2fs.c: added mcs51 assembly version * device/include/float.h: added #define to select asm vs c 2004-12-26 Paul Stoffregen * device/lib/printf_fast.c: improvements to float output * device/include/float.h: add defines for assembly float library * device/lib/_fsget1arg.c: receive 1 float arg * device/lib/_fsget2args.c: receive 2 float args (reentrant) * device/lib/_fsnormalize.c: normalize a float * device/lib/_fsreturnval.c: return float, various helper routines * device/lib/_fsrshift.c: right shift a float's mantissa * device/lib/_fsswapargs.c: swap 2 floats * device/lib/Makefile.in: build these 6 new files for mcs51 * device/lib/libfloat.lib: add these 6 files to the library 2004-12-26 Borut Razem * sim/ucsim/avr.src/arith_inst.cc: fixed bug #1088372- savr is not built by gcc 3.4.2 2004-12-25 Paul Stoffregen * device/lib/printf_tiny.c: printf for mcs51 in only 267 bytes, and fully reentrant and register bank neutral. * device/lib/printf_fast.c: added float (not enabled by default), added compact/slower integer (also not enabled by default), improved size/speed of fast integer code, other minor changes * device/include/stdio.h, device/lib/Makefile.in, device/lib/libsdcc.lib: integrate printf_tiny into mcs51 build 2004-12-24 Maarten Brock * src/pic16/pcode.c: declaring variables other than at the start of a block is not supported in C by VC6. 2004-12-22 Vangelis Rokas * applied a previous patch from Raphael Neider that wasn't included in the previous commits, which fixes infinite loops within jumptable improvements, * made some fixes that previous patches introduced 2004-12-21 Vangelis Rokas * src/pic16/gen.c (pic16_aopGet): applied fix from Raphael Neider that fixes an issue with AOP_PCODE asmop's offset, * (pic16_popCopyReg): update instance field too, * (mov2w): modified to pic16_mov2w because it conflicts with mov2w function of pic port, * (genCmp, genAnd, genAssign), * src/pic16/genarith.c (genAddLit): some fixes from Raphael Neider, 2004-12-20 Vangelis Rokas * src/SDCCast.c (gatherAutoInit): allow pic16 to emit static variables initial values to idata section, * src/SDCCicode.c (geniCodeCall): patch from ### to fix unreferenced variables in some functions. This utilizes parmBytes field of iCode structure to hold the offset of the variable in stack. (might be able to use the stack field too?) * applied patch from Raphael Neider # ### , # ### * src/pic16/glue.c (pic16emitRegularMap): fix to print static variable initial values in idata section, * src/pic16/ralloc.c (pic16_allocDirReg): don't allocate register for static variables with initial value * src/device/lib/pic16/libsdcc/float/ulong2fs.c (__ulong2fs): applied fix in while loop from Raphael Neider. 2004-12-19 Maarten Brock * src/ds390/gen.c (genCpl): fixed bit=~(char/bit) bugs, added warning * src/ds390/main.c (_ds390_regparm): don't pass bit params in registers * src/ds390/ralloc.c (serialRegAssign): spill bits * src/mcs51/gen.c (genCpl): fixed bit=~(char) bugs, added warning * support/Util/SDCCerr.c, * support/Util/SDCCerr.h: added warning W_COMPLEMENT for using bit=~(bit) * support/regression/tests/bitvars.c: added tests for bitwise complement(~) * support/regression/tests/bitwise.c: added test for bitwise complement(~) 2004-12-09 Maarten Brock * device/include/sdcc-lib.h: inserted LGPL, added includes asm/ds390/features.h and asm/mcs51/features.h * device/include/asm/default/features.h, * device/include/asm/gbz80/features.h, * device/include/asm/z80/features.h: added empty _AUTOMEM and _STATMEM * device/include/asm/ds390/features.h, * device/include/asm/mcs51/features.h: added files with defines for _AUTOMEM and _STATMEM indicating automatic and static storage class * device/lib/printf_large.c (_print_format): optimized & used _AUTOMEM * doc/sdccman.lyx: version 2.4.7, updated xstack documentation * src/SDCCicode.c (geniCodeCast), * src/SDCCsymt.c (compareType): allow cast of data-ptr to idata-ptr * src/SDCCloop.c (loopInduction): removed unused variable lr * src/SDCCopt.c (convilong, convertToFcall): moved "easy special case" to convertToFcall to include char modulo (RFE 1065037), added check if left operand is unsigned and use abs of literal value * src/SDCCpeeph.c (setFromConditionArgs): removed double quotes option as it doesn't work after conversion from peephole.def to peephole.rul * src/mcs51/gen.c (toBoolean): added check for size, (genModOneByte): optimized code for signed char modulo a literal power of 2 (thanks to Hubert Sack), (genRRC): removed unnecessary "clr c", (genRLC): replaced "add a,acc" with cheaper "rlc a" * src/mcs51/peeph.def: renamed 115 to 115.a, added rule 115.b: another jump optimization, swapped rules 256.c and 256.d, extended 256.d by using new multiple checks (thanks Erik), added rules 256.e and 256.f, updated rule 261.a and 261.b to new generated code * support/regression/tests/muldiv.c: added test div/mod by a power of 2 2004-12-07 Erik Petrich * src/SDCCloop.c (basicInduction, loopInduction): fixed several induction related bugs, including first part of bug #1074377 2004-12-05 Vangelis Rokas * applied patch from bug-report #1076292, * applied patches for genAnd and Goto-optimizations for Raphael Neider, * src/SDCCicode.c (printOperand): fixed !REGA source to compile and dump a less iCode information, * src/pic16/device.h (pic16_options_t): added field debgen, * src/pic16/gen.h: added macros DUMP_FUNCTION_ENTRY, DUMP_FUNCTION_EXIT, FENTRY, FENTRY2, * src/pic16/gen.c (my_powof2): renamed to pic16_my_powof2 and made puclic, * (various functions): added macros FENTRY and FENTRY2 to functions, to emit function prologue, * (various functions): fixed indentation, * (genNearPointerGet): fixed loading of FSR0, * (genPackBits): applied patch from Raphael Neider to fix updating of FSR0 and touching only the modified bits, * src/pic16/genarith.c (various functions): added macros FENTRY to emit function prologue in comments, * src/pic16/pcode.h: added functions debugf2, debugf3, * src/pic16/ralloc.c: partial fix for packForPush caused segmentation fault, 2004-12-04 Frieder Ferlemann * src/mcs51/peeph.def: added 261.a,b (16 bit rotate) by Stas Sergeev with reversed byte order * support/regression/tests/rotate.c: added (ds390 skips some tests) 2004-12-03 Erik Petrich * src/z80/gen.c (genLeftShift, genRightShift): fixed second part of bug #1074377 * src/hc08/gen.c (genrshFour, shiftRLong, shiftLLong), * src/mcs51/gen.c (shiftLLong): Fixed some shifting bugs Frieder found 2004-12-02 Slade Rich * src/pic/pcode.c : fixed a problem where banksel was not being inserted. 2004-12-02 Erik Petrich * src/SDCCpeeph.c (callFuncByName): support combined peephole rule conditions, (setFromConditionArgs): friendly operand parser for peephole rules, (operandBaseName, operandsNotRelated): new peephole condition "operandsNotRelated" -- similar to "operandsNotSame", but takes architecture specific register naming into account, handles n-way comparisons, and supports quoted literals * src/mcs51/peeph.def: restored rule 177.d with an extra condition 2004-12-02 Frieder Ferlemann * src/mcs51/peeph.def: fixed bug #1076940 2004-12-02 Slade Rich * device/include/pic/pic16f877.h : added an include file for the PIC16F877 device. 2004-11-28 Frieder Ferlemann Adding support for replacing ljmps with sjmps in jumptables generated for switch statements. For now you need to set the environment variable SDCC_SJMP_JUMPTABLE to enable this. Now 4 algorithms for mcs51 jumptable generation are used: ljmp or sjmp jumptables for up to 16 cases, stack-pushing target addresses loaded pc-relative for up to 112 cases and stack-pushing target addresses loaded with offset from dptr for up to 256 cases. * src/SDCCpeeph.c: added peephole conditional labelJTInRange * src/mcs51/main.c: adapted constants for switch table generation * src/mcs51/peeph.def: added 260.x for replacing ljmp with sjmp 2004-11-26 Maarten Brock * device/lib/printf_large.c (_print_format): fixed bug 1073386 * support/regression/tests/bug1057979.c: added test for bug 1073386 2004-11-25 Vangelis Rokas * src/pic16/pcode.c: fixed bug which may produce error in non-GNU compilers 2004-11-25 Vangelis Rokas * src/pic16/device.h, * src/pic16/genarith.c, * src/pic16/glue.c, * src/pic16/main.c, * src/pic16/pcode.c: applied patches #1068154 and #1070213 2004-11-24 Vangelis Rokas Large cummulative patch for pic16 port. * device/lib/pic16/gstack.h: NEW, user can specify its own handler to call when a stack overflow occurs, * (malloc.h): added CVS Id tag, * (pic18f{242,252,442,452}.h): added T0CONbits structure and variable, * added libc directory. The current version of LibC contains string functions, ctype functions and macros and some functions of the stdlib set (like malloc/free/atof/atoi etc...). All functions are to be extensively tested in the future. Standard disclaimer here. Library is not automatically build yet. But one can build it by invoking 'make' inside the libc directory. * added ADC library under libio. Preliminary version yet. * src/pic16/gen.h: added emitTOGC macro, to toggle Carry flag, * src/pic16/gen.c (aopForRemat): asmop size is filled by aopForRemat() now and not by pic16_aopOp(), * (pic16_popGetTempReg): removed warning messgae when allocating temporary registers, its a buggy feature and will be removed, * (pic16_popGet): set register instance field in AOP_CRY, * (pic16_outBitC): fixed for results in size greater than 1, * (genUminusFloat): fixed for pic16, ported code from mcs51, * (pic16_storeForReturn): optimized return of 0, * (genCmp): experimental code for new genCmp which uses PIC18's special compare&skip instructions. Initial tests fail some times with variables grater than 1 byte in size, so new code is disabled, * (genUnpackBits, genPackBits): more optimizations in reading/writing, a single bit, * (genCast): began a fix to optimize the casting of a bit to another bit, now assigning a bitfield to another bitfield will fail, sorry, * src/pic16/main.c: disabled the use of lr-support feature, * src/pic16/pcode.h: renamed PCASMDIR to PCAD, * added some function prototypes, added function _debugf prototype, * src/pic16/pcode.c: (pic16_get_op): fixed emitting operands of register bits with offset (case PO_GPR_BIT), * (genericPrint): don't emit INFO pcode when --pcode-verbose not in command line, * (isBankInstruction): modified to return 0 for no banking instruction, and 1 for banking instruction, * (pic16_isPCinFlow): check for PCAD (assembler directives) too, caused stop processing pCodes after a inline assembly block, * (pic16_popCopyGPR2Bit): updated to match bitfields with offset, * src/pic16/pcoderegs.c: fixed a bug with eliminating some temporary registers when it shouldn't, * src/pic16/ralloc.c (allocReg): add preliminary support for supporting a limited set of temporary registers, 2004-11-23 Erik Petrich * src/hc08/gen.c (genAssign, genPointerGetSetOfs, genDataPointerGet, genDataPointerSet): ensure assignments always copy in MSB to LSB order, (loadRegFromAop): recognize CLRH optimization, (genFunction): optimize RECEIVE iCodes in reentrant functions 2004-11-20 Erik Petrich * src/SDCCmain.c (parseCmdLine, optionsTable[]): fixed bug with --out-fmt-s19 turning into --out-fmt-elf if s19 was already selected. * src/SDCCmain.c (linkEdit): don't define SSEG for HC08 * src/hc08/main.c (_hc08_setDefaultOptions): default xdata to be contiguous with data 2004-11-19 Frieder Ferlemann * device/lib/_gptrget.c (_gptrget), * device/lib/_gptrgetc.c (_gptrgetc), * device/lib/_gptrput.c (_gptrput): _naked allows to use ret instead of sjmp to ret * src/mcs51/peeph.def: added peepholes 3.d-g and 177.g,h provided by Hubert Sack in RFE #1067986, thanks 2004-11-18 Maarten Brock * .version: bumped version to 2.4.7 * device/lib/_gptrget.c (_gptrget): is now _naked * device/lib/_gptrgetc.c (_gptrgetc): is now _naked * device/lib/_gptrput.c (_gptrput): is now _naked * src/SDCCast.c (createBlock): removed ridiculous self-assignment, (createFunction): fixed xstack * src/SDCCglue.c (emitMaps): set allocation required for bit area * src/SDCCicode.c (geniCodeCast): don't change SPEC_OCLS for literal or bit either, (geniCodeCritical): store original interrupt state in an iTemp bit var unless stack-auto * src/SDCCicode.h: added CRITICAL and ENDCRITICAL to SKIP_IC2 * src/SDCCmain.c (setIncludePath): added include/target to search path * src/SDCCmem.c (allocParms): store bit vars in bit space, not overlay * src/SDCCsymt.c (checkFunction): don't check regbank for isr's against prototype, (processFuncArgs): put bit vars in bit area * src/mcs51/gen.c (saveRegisters, unsaveRegisters, genXpush, saveRBank, unsaveRBank): fixed xstack, (genFunction): bugfix: replaced (global!) reentrant with fReentrant, (genFunction, genEndFunction): fixed xstack, (genAssign): optimization don't walk backwards through mem * src/mcs51/main.c (_mcs51_regparm): don't pass bit params in registers * src/mcs51/ralloc.c (createStackSpil): spill bits to bit area * support/regression/Makefile: also make library (for stack-auto) when making "all" and added "test-mcs51-xstack-auto" * support/regression/fwk/lib/testfwk.c: added T2_isr prototype for mcs51 * support/regression/ports/mcs51/T2_isr.c: added this file as a stub * support/regression/ports/mcs51/fwk.lib: added to link T2_isr stub * support/regression/ports/mcs51/spec.mk: added rules for fwk.lib * support/regression/ports/mcs51-stack-auto/spec.mk: replaced make-library by MAKE_LIBRARY * support/regression/ports/mcs51-xstack-auto/spec.mk: file added to run regression tests for xstack * support/regression/tests/bitvars.c: test for bit vars (bug 938782) * support/regression/tests/critical.c: test for critical on mcs51 2004-11-18 Erik Petrich * support/regression/ports/ucz80/spec.mk: use include and lib files from built version of sdcc instead of installed version 2004-11-14 Maarten Brock * src/mcs51/gen.c (toBoolean): fixed bug 1065458 * device/lib/Makefile.in: z80 uses printf_large.c, sprintf.c and vprintf.c now * device/lib/printf_large.c (calculate_digit): fixed bug 1057979 * device/lib/z80/Makefile: don't use printf.c as it fails bug 1057979 WARNING: remove device/lib/build/z80/printf.o by hand when updating from previous build! * device/lib/z80/printf.c: updated comment * support/regression/tests/bug1057979.c: test all ports now * support/regression/tests/bug1065458.c: file added 2004-11-12 Erik Petrich * src/z80/gen.c (genFunction, genEndFunction): avoided generating *_start and *_end symbols for static functions 2004-11-11 Maarten Brock * src/SDCCmain.c (linkEdit): don't suppress crt0 if --nostdlib is used and search crt0.o in all library paths, (setIncludePath): proper handling of --nostdinc, (setLibPath): proper handling of --nostdlib * support/regression/Makefile, * support/regression/ports/ds390/spec.mk, * support/regression/ports/gbz80/spec.mk, * support/regression/ports/hc08/spec.mk, * support/regression/ports/mcs51/spec.mk, * support/regression/ports/mcs51-large/spec.mk, * support/regression/ports/mcs51-stack-auto/spec.mk, * support/regression/ports/z80/spec.mk: use include and lib files from built version of sdcc instead of installed version * doc/sdccman.lyx: fixed typo in --nostdinc 2004-11-10 Slade Rich * src/pic/pcode.c, * src/pic/device.c, * src/pic/ralloc.c, * src/pic/gen.c : added support to generate code for struct bit fields. 2004-11-06 Maarten Brock * as/xa51/xa_version.h, * device/include/errno.h, * device/include/regc515c.h, * device/lib/_itoa.c, * device/lib/_ltoa.c, * device/lib/ser_ir_cts_rts.c, * sim/ucsim/xa.src/glob.cc, * sim/ucsim/xa.src/inst_gen.cc, * sim/ucsim/xa.src/xa_bit.cc, * sim/ucsim/xa.src/xa_sfr.cc, * sim/ucsim/z80.src/inst_dd.cc, * sim/ucsim/z80.src/inst_fdcb.cc, * support/scripts/keil2sdcc.pl, * src/pic16/pic16.dsp, * src/pic16/pic16a.dsp: corrected cvs line endings * device/lib/printf_large.c: fixed bug 1057979 * src/pic16/gen.c: fixed non-C standard code * src/SDCCmain.c: made --pack-iram default, added --no-pack-iram * src/SDCCglobl.h: changed pack_iram to no_pack_iram * support/regression/ports/mcs51/support.c: reload T1 asap * doc/sdccman.lyx: updated for options --pack-iram and --no-pack-iram, pdata use and clear idata startup behaviour * support/regression/tests/bug1057979.c: added 2004-11-04 Maarten Brock * device/examples/ds390/ow390/ad26.h, * device/examples/ds390/ow390/cnt1d.h, * device/examples/ds390/ow390/crcutil.c, * device/examples/ds390/ow390/ownet.h, * device/examples/ds390/ow390/owsesu.c, * device/examples/ds390/ow390/swt12.h, * device/examples/ds390/ow390/swtoper.c, * device/examples/ds390/ow390/temp10.h, * device/examples/ds390/ow390/thermodl.c, * device/examples/ds390/tinitalk/tinitalk.dsp, * device/examples/ds390/tinitalk/tinitalk.dsw, * device/examples/mcs51/clock/hw.h, * device/examples/mcs51/simple2/go.bat, * device/examples/serialcomm/windows/serial.h, * device/examples/xa51/dummy.c, * device/examples/xa51/hello.c, * device/include/80c51xa.h, * device/include/at89x051.h: corrected cvs line endings 2004-11-04 Vangelis Rokas * src/pic16/main.c (options): added command line --gstack, to trace stack over/under flows, * added pragma 'wparam' to allow passing first byte of function parameters via WREG, syntax is #pragma wparam my_function[, func2...] * src/pic16/gen.c (pic16_testStackOverflow): function which emits a call to __gstack_test function and sets up the symbol as extern, * (pic16_pushpCodeOp, pic16_poppCodeOp, pushw, pushaop, popaopidx, * popaop): added call to pic16_testStackOverflow, * (wParamCmp, inWparamList): NEW, test existence of a symbol in wparamList list, * (genCall, genPcall): now all parameters are passed via stack except in functions that are pass to wparam pragma in which WREG is used too, * (genPcall): REENTRANT flag is checked to see if variable prototype contains reentrant keyword, don't call a non-reentrant function, via a reentrant function pointer or vice versa, functions are never passed via WREG, * (genJumpTab): applied patch from bug #1057478 by R.Neider and D.Winkler, * src/pic16/glue.c (pic16emitRegularMap): fixed bug which caused a SIGSEGV when accessing a NULL register stucture, * (pic16_printGPointerType): modified to handle UPPER modifier for function initializers, changed prototype of function to simpler one, * (pic16_printIvalFuncPtr): check to see if function is already added in externs list, * src/pic16/pcoderegs.c (pCodeOptime2pCodes): fixed bug which optimized a move from W to SFR with a move to the same register later after a CALL, * device/lib/pic16/debug: NEW directory, contains debug features which are enabled when linking with libdebug.lib, currently command line option --gstack enables stack pointer tracing for over/under flow, corresponding sources are in debug/gstack 2004-10-30 Vangelis Rokas * doc/sdccman.lyx: updated SDCC version, * (PIC16 port): update list of command line options, * src/pic16/device.h (structure pic16_options_t): added field gstack to enable stack overflow tracing on push/pops, * src/pic16/device.c (statistics structure): added statistics structure, * (pic16_dump_access, pic16_dump_usection, pic16_dump_gsection, pic16_dump_int_registers): increase statistics counters for each * variable which is encountered * (pic16_dump_usection): emit each .udata variable to its own udata section, * src/pic16/gen.c (assignResultValue, genCall, genPcall, genFunction): when macro USE_WREG_IN_FUNC_PARAMS is set to 0 pass all function parameters via stack, otherwise use old scheme, * src/pic16/glue.c (pic16_emitStatistics): dump statistics in assembler output file, * src/pic16/main.c: added command line options --gstack to enable push/pop tracing for stack overflow, * src/pic16/pcode.c (all pCodeInstruction records for PIC18F instructions): added size of each instruction, * (pic16_countInstruction): estimate size of instructions in the_pFile list, inline assembly blocks are not counted, * (pic16_FixRegisterBanking): trace previous register usage, when banksel optimizations is greater than 0, don't emit a redudant banksel directive, 2004-10-26 Slade Rich * src/pic/ralloc.c : fixed inefficient code produced when compiling a complimented bit operation. * src/pic16/ralloc.c : applied same fix for pic16. * src/pic/gen.c : tidied it up a little. 2004-10-25 Frieder Ferlemann * src/mcs51/peeph.def: disabled 259.a,b for removing redundant ret, thanks to Martin Helmling for reporting (mail on sdcc-devel 2004-10-25) 2004-10-22 Erik Petrich * src/SDCCast.c (reverseParms): fixed bug #1040577 (part 2) 2004-10-22 Frieder Ferlemann * device/lib/ser_ir_cts_rts.c: integer promotion caused a call to the non-reentrant function __modsint in the interrupt function (thus corrupting math operations during serial I/O) * device/lib/ser_ir.c: as above, changed buffersize * src/mcs51/peeph.def: added 259.a,b for removing redundant ret, 256.c,d for zeroing * doc/Makefile: added option -t for rsync 2004-10-22 Erik Petrich * src/SDCCast.h (struct ast), * src/SDCCast.c (reverseParms, copyAst): fixed bug #1040577 (part 1) 2004-10-20 Borut Razem * support/scripts/sdcc.nsi: added include/pic16/*.h to the setup package 2004-10-20 Vangelis Rokas * device/lib/pic16/libsdcc/Makefile: added lregs directory in makefile targets, * device/lib/pic16/libsdcc/lregs/{Makefile,lrst.c,lrrest.c}: NEW support functions to replace long sequences of MOVFF's from access bank registers to stack and vice versa, * src/pic16/device.h: added new field opt_flags, where optimization flags can be set to enable certain features, * src/pic16/gen.c (pic16_emitpinfo): NEW to add PC_INFO pCode in * pBlock, (genFunction, genEndFunction): surroung loop for saving/loading used registers in stack with PC_INFO pCodes, INF_LREGS. Code in between can then be optimized by pCode optimizer to support function calls, * (genDataPointerSet): fixed bug which loaded float fields in structures with corrupt data, * src/pic16/genutils.c (debugf, _debugf): macro/function which emits in a standard way debug info on stderr. Feature used for developing and debugging only, * src/pic16/glue.c (pic16glue): reformatted, deleted some old and obsolete chunks of code, * if optimization flag OF_LR_SUPPORT was set, call pic16_OptimizeLocalRegs, * src/pic16/main.c (_pic16_parseOptions): added handler for --flr-support, * pic16/src/pcode.c (pic16_newpCodeInfo, * (pic16_newpCodeOpLocalRegs), * (pic16_convertLocalRegs2Support): NEW, to support new optimization feature, * (pic16_pCodeConstString): printing of the initial value of a symbol as a comment is inhibited since parsing was already done by copyStr and output is corrupt, * (pic16_pCode2str, genericPrint): handle PC_INFO pCode, 2004-10-20 Erik Petrich * src/mcs51/ralloc.c (packRegisters): fixed bug #1044601 2004-10-19 Maarten Brock * as/mcs51/lkarea.c: removed old K&R style, (lnksect): changed check on boundary error, (lnksect2): changed check on boundary error, (lnksect2): extend XSTK to end of page if size = 1 * as/mcs51/lkmain.c: removed old K&R style, (Areas51): create l_IRAM symbol * as/mcs51/lkmem.c (summary2): added report on PSEG and XSTK * device/lib/Makefile.in: renamed model-mcs51-reentrant to model-mcs51-stack-auto, added model-mcs51-xstack-auto * device/lib/_mullong.c: added version to be compiled with xstack * device/lib/mcs51/crtclear.asm: clear only upto --iram-size * device/lib/mcs51/crtxclear.asm: clear pdata as well * device/lib/mcs51/crtxstack.asm: fixed comment * src/SDCCglue.c: maxInterrupts defaults to 0, (emitMaps): added pdata, (createInterruptVect): (re)moved default, (glue): added pdata, (glue): moved __start__xstack to XSTK with default size 1 * src/SDCCmain.c (parseCmdLine): automatically set options.intlong_rent and options.float_rent when options.stackAuto is set, (linkEdit): only write XDATA_NAME if provided on command line * src/SDCCmem.h, * src/SDCCmem.c: added pdata * src/port.h: added pdata_name to PORT * src/mcs51/gen.c (toBoolean): fixed for Acc use of aopGet, (saveRegisters, unsaveRegisters): removed usage of B, (genMinus): fixed accumulator clash, (genJumpTab): added comment, this needs another look * src/mcs51/gen.c: added check for "B in use" paranoia, added pushB() and popB() * src/mcs51/peeph.def: restart after 177.c so 177.a can get a second chance * src/avr/main.c, * src/ds390/main.c, * src/hc08/main.c, * src/mcs51/main.c, * src/pic/main.c, * src/pic16/main.c, * src/xa51/main.c, * src/z80/main.c: (reset_regparms) made void parameter explicit and added PSEG (PAG,XDATA) or NULL to port specifier * src/ds390/main.c (_ds390_genIVT): moved implemented default in here * src/mcs51/main.c (_mcs51_genIVT): moved implemented default in here, (_mcs51_genInitStartup): removed __start__xstack equ, (mcs51_port): moved xstack from XSEG (XDATA) to XSTK (PAG,XDATA) * src/pic16/device.c (pic16_dump_usection, pic16_dump_isection), * src/z80/gen.c (_rleAppend): fixed warnings * support/regression/tests/zeropad.c: added pdata test * .version: bumped to 2.4.6 2004-10-17 Borut Razem * support/scripts/sdcc.nsi: cross compiling of WIN32 setup.exe on Linux as a part of nightly build 2004-10-16 Vangelis Rokas * src/pic16/gen.c (struct _G): added field useWreg, is set to 1 when WREG holds the first byte function parameters, * (aopForSym): take special case for symbols which are in FARSPACE but in CODESPACE too, * (assignResultValue): modified to take into account _G.useWreg, * (genCall): don't use wreg for parameter passing when function is declared as reentrant, too, added optimization INCF to stack pointer when stack parameter count is 1, * (genFunction, genEndFunction): refurnished and fixed to not using wreg for passing parameters when function has varargs or is reentrant, fixed bug with symbol name compare for generating functions in absolute address, * (pic16_storeForReturn): refurnished, * (genCmp): began writing a new version of the function, not ready yet, therefore it is disabled, * (genAssign): do not read code memory when assigning a function to a pointer function, * src/pic16/glue.c (pic16emitStaticSeg): abSym->name is defined an array of characters, not pointer, * (pic16initialComments): in debug mode emit an .ident directive for the assembler, * (_process_pragma): emit a new warning type (internal to pic16) when setting stack to default length, emit a similar warning when placing a function at absolute address and address is not word aligned * (_pic16_parseOptions): added 'return TRUE' statement, * (_pic16_linkEdit): if compiling a source, then add the source's file object, first in the list of objects to link, 2004-10-13 Slade Rich * src/pic/pcoderegs.c : increased count on regUsedinRange to prevent unnecessary warning. * src/pic/main.c : removed VC warning. * src/pic/gen.c : changed comment. 2004-10-12 Vangelis Rokas * device/lib/pic16/libsdcc/gptr/gptrput[234].c: an external reference to a deprecated symbol _GPTRREG was causing failure to link. Thanks G. M. Gallant for the info. 2004-10-12 Slade Rich * src/pic/pcode.c : Applied a code patch supplied by Paul Ashmore in comments for Bugs item #954788. 2004-10-10 Vangelis Rokas * src/pic16/device.c (pic16_dump_gsection, * pic16_groupRegistersInSection): handle symbols declared to be in access bank differently, * src/pic16/gen.c (struct _G): added field resDirect, * (aopForSym): if symbol on stack and iCode is '=' and result exists, send values read from stack directly to result and don't allocate temporary values, * (pic16_sameRegs): fixed bug that allowed MOVFF to move between same registers, * (pic16_sameRegsOfs): NEW, * (freeAsmop): if _G.resDirect is set then do not mark registers as free because they were not allocated from temporary pool, * pic16_popRegFromString): workaround to fix a problem with allocating variables twice or never, * (genGenPointerGet): using PRODL instead of FSR0H, * (genGenPointerSet): using POSTDEC1 (that is a stack location) instead of FSR0H, * (genAssign): take advantage of the _G.resDirect flag, * (genCast): around line 11844, use mov2f instead of directly MOVFF'ing between operands to account for literal values, * src/pic16/genutils.c: some new debug functions for gpsim have been added, * src/pic16/glue.c (pic16_printIvalType): fixed bug that initialized float with integer part only, * src/pic16/main.c (_process_pragma): handle pragma udata access to place variables in access bank * device/lib/pic16/libsdcc/gptr/gptr*.c: using BRA instead of GOTO, updated sources to reflect recent changes in gen.c 2004-10-06 Vangelis Rokas * device/lib/pic16/libsdcc/Makefile.rules: fixed bug concerning sources that searched for headers in installation path, now the device/include/pic16 is used, * src/pic16/glue.c (pic16glue), * src/pic16/pcode.c (pCode2str, genericPrint): don't print .file or .line directives if not in debug mode, this suppresses assembler's warnings for ignored directives 2004-10-05 Maarten Brock * src/port.h: made reset_regparms prototype void parameter explicit. * src/SDCCsymt.c (processFuncArgs): removed argument "func". * src/mcs51/ralloc.c (packRegisters): new fix for bugs 898889 & 979599. * doc/sdccman.lyx: documented warning disabling and how to use printf_large to make it print floats. * device/include/stdbool.h: NEW * device/lib/_atof.c, * device/lib/_divuint.c, * device/lib/_divulong.c, * device/lib/expf.c, * device/lib/printf_large.c, * device/lib/sincosf.c, * device/lib/sincoshf.c: used stdbool.h, all compile with stack-auto now * device/lib/Makefile.in: added target for model-mcs51-reentrant to build a completely reentrant lib. 2004-10-05 Vangelis Rokas * device/lib/pic16/libsdcc/gptr/gptr*.c: added return statements * device/include/pic16/stdio.h: fixed bug with colon 2004-10-03 Vangelis Rokas * device/include/pic16/stdio.h, * device/include/pic16/stdlib.h, * device/include/pic16/math.h: NEW * device/lib/pic16/libsdcc/gptr/*.c (gptrget*, gptrput*): functions declared as _naked to reduce overhead * device/lib/Makefile.in (target port-specific-objects-pic16): changed * to *.* so to ignore the CVS directory, * src/pic16/gen.c (pic16_freeAsmop): added code to store result of stacked variables back in stack, * (genEndFunction): fixed bug reported by G.M. Gallant with stack corruption 2004-10-01 Vangelis Rokas * .version: bumped version number to 2.4.5 * support/Util/SDCCerr.h: added warning W_POSSBUG2. * support/Util/SDCCerr.c (messages structure): added entry for W_POSSBUG2 Large cumulative patch for pic16 port and libraries. * device/include/pic16/sdcc-lib.h, * device/include/pic16/stdarg.h, * device/include/asm/pic16/features.h, * device/include/lib/pic16/libsdcc/gptr/{*.c, Makefile}: NEW, * device/include/pic16/float.h: changes reentrant keyword with _FS_REENTRANT, added prototype for __fsneq, included sdcc-lib.h * device/lib/pic16/libsdcc/Makefile: added target directory gptr, updated target build-libraries to include objects from gptr, * device/lib/pic16/libsdcc/{char,int,long}/*.c: added macro _IL_REENTRANT to all function headings, included sdcc-lib.h header, * device/lib/pic16/libsdcc/float/*.c: added macro _FS_REENTRANT to all function headings, * src/SDCCmain.c: added global parameter userIncDirsSet, * (parseCmdLine): when option -I is encountered add directory to userIncDirsSet too, * src/version.awk: added space between control and long, * src/pic16/NOTES: added some notes for the port, * src/pic16/gen.c: added prototype for mov2fp function, * (fReturnpic16[]): properly named return value registers, * (_G structure): added fields stackRegSet, fregsUsed, stack_lat, * (aopForSym): added code to handle symbols with onStack flag set, symbols onStack are allocated PTRSIZE bytes, * (aopFreeAsmop): handles special case where asmops are stack objects, * (aopGet, pic16_popGet): adde cod to handle new asmop AOP_STA, * (pic16_popGetTempReg, pic16_popGetTempRegCond, pic16_popReleaseTempReg): added argument lock to trace flaws in allocating temporary registers when developing port, * (pic16_popGetLit, pic16_popGetLit2): changed lit from unsigned to signed * (pic16_popRegFromString): reenabled allocating a direct register from string, * (assignResultValue): various beautifications, * fixed bug #1037717 (patch from R. Neider & D. Wrinkler) with mistaken referenced function argument, * (genIpush): reenabled to allow stacked arguments, handles only ic->parmPush iCodes, * (genCall, genPcall): major changes to allow for variable argument functions, fixed a bug with falsely restoring stack pointer after returning from call, * (genFunction): pending code for critical function, * (shiftR1Left2ResultSigned, shiftR1Left2Result, shiftL2Left2Result, * (shiftR2Left2Result, shiftLLong) applied patch #1032155 from R.Neider, * (genNearPointerGet): fixed bug with indirect reading, was always reading from INDF0 * (genGenPointerGet, genGenPointerSet): rewrote to support generic pointers, * (genAddrOf): rewrote code to take address of a stacked function parameter * (genCast): fixed casting to generic pointer type, * src/pic16/gen.h: added AOP_STA, * (struct asmop): added field stk, * src/pic16/genarith.c (pic16_AopType): handle AOP_STA, * (pic16_genPlusIncr): changed emitSKPNZ to emitSKPNZ, * (pic16_genAddLit, pic16_genPlus): applied patch #1034042 by tecodev, * (pic16_genMinus): fixed bug #1035119 with patch submitted by tecodev, * src/pic16/genutils.c (pic16_genNot): removed symbol *tlbl, * src/pic16/glue.c (pic16_printGPPointerType): fixed to support new generic pointers, * src/pic16/main.c (_pic16_initPaths): ignores default SDCC include and library paths, * (pic16_port structure): generic pointer size is set to 3, * src/pic16/pcode.c (pic16_newpCodeOpLit): correctly print literal integer, * (insertBankSwitch): cast to (char *) to prevent 64bit CPUs' compiler warning, * src/pic16/ralloc.c (allocReg): prevent allocating register when operand is an iTemp, 2004-09-24 Martin Helmling * debugger/mcs51/cmd.c: set PC if a symbol at pc reg is set * debugger/mcs51/simi.c: addapt new syntax of s51 2004-09-23 Vangelis Rokas * src/pic16/genutils.c (pic16_genNot): fixed bug #1032265, * src/pic16/pcode.c: commented out some calls to free() in order to fix bug #989576, 2004-09-23 Erik Petrich * src/SDCCicode.h, * src/SDCCicode.c (isiCodeInFunctionCall), * src/avr/ralloc.c (selectSpil), * src/pic/ralloc.c (selectSpil), * src/pic16/ralloc.c (selectSpil), * src/ds390/ralloc.c (selectSpil), * src/hc08/ralloc.c (selectSpil), * src/xa51/ralloc.c (selectSpil), * src/mcs51/ralloc.c (selectSpil): Don't use remainSpil to spill to the stack in the middle of a function call sequence (fixes bug #1020268) * src/SDCCicode.c (geniCodeJumpTable): fixed error in computing the costs associated with the minimum switch case. 2004-09-19 Erik Petrich * src/SDCC.lex: fixed bug #1030549 2004-09-19 Erik Petrich * src/SDCCcse.h (struct cseDef), * src/SDCCcse.c (cseBBlock, newCseDef, ifFromAddrTaken): purge CSEs over a function call if the CSE is derived from a symbol whose address has been taken (fixes bug #1029883) * support/regression/tests/bug-1029883: a new regression test for this bug 2004-09-18 Erik Petrich * src/hc08/gen.c (emitinline): fixed bug #1029778 * src/SDCC.y (assignment_expr): fixed the grammer so that assignment to a cast object is no longer a syntax error ("fixes" bug #1030006, and starts toward RFE #905167) 2004-09-17 Vangelis Rokas * src/pic16/gen.c (mov2f): New function to move an operand to another without considering if it is a literal or a register, * (pic16_sameRegs): don't check if they are both AOP_REG, * (AccRsh): removed andmask=0 lines, * (genLeftShift): duplicated to be improved in future versions, * src/pic16/main.c (_process_pragma): emit stack default size in hex, * src/pic16/pcode.c: added POC_INFSNZW, updated inverted_op fields in POC_INCFSZ, POC_INCFSZW, POC_INFSNZ, * (pic16initMnemonics): added initialization for POC_INFSNZW, * (insertBankSwitch): fixed inserting banksel directives algorithm for instructions that follow a skip instruction, this fixes a report for broken subtraction code generation, * src/pic16/ralloc.c (deassignLRs): do not free register if current iCode is a left op, just in case result and right share the same registers 2004-09-16 Erik Petrich * src/hc08/main.c, * src/hc08/gen.c (genJumpTable): more efficient jump table, supports preservation of HX * src/hc08/gen.c (pullRegs): fixed order of HX & XA pairs * src/mcs51/ralloc.c (packRegisters): removed the patch applied on 2004-09-12; it was buggy 2004-09-15 Bernhard Held * src/SDCCsymt.h: removed RESULT_CHECK * src/SDCCast.c, * src/SDCCglue.c, * src/SDCCval.c, * src/pic/glue.c, * src/pic16/glue.c: replaced RESULT_CHECK with RESULT_TYPE_NONE 2004-09-15 Vangelis Rokas * src/SDCCicode.c (piCode): applied patch from Raphael Neider, * src/pic16/device.c (pic16_assignConfigWordValues): wrong configuration values no more rejected by compiler, they are assigned to configuration registers with a warning message instead, * src/pic16/glue.c (pic16_emitConfigRegs): added +1 at top-limit of the for-loop so last conf register is emitted too, * (_pic16_initPaths): link library libsdcc.lib by default, * (_hasNativeMulFor): modified test for multiplication according to Raphael Neider's remarks. Integer multiplication is also done with support functions, * device/include/pic16/pic18fregs.h: corrected type error in while testing and including 18f6720 header file 2004-09-14 Vangelis Rokas * src/pic16/device.h (pic16_options): removed field use_crt, * src/pic16/gen.c (genUnpackBits): added call to pic16_loadFSR0 until an optimization to handle single bits is added, * (pic16_loadFSR0): moved before genUnpackBits, * (genAnd): some white lines removed, * src/pic16/main.c (_pic16_finaliseOptions): set omit_ivt and clear leave_reset flags in pic16_options when using crt modules, 2004-09-12 Maarten Brock * src/mcs51/ralloc.c (packRegisters): applied fix by Bernhard Held for bugs 898889 & 979599. Also used some safer print instructions. 2004-09-12 Vangelis Rokas * src/pic16/device.h (pic16_options_t): added field use_crt, crt_name, no_crt, * src/pic16/genarith.c (pic16_genPlus): added an assert(0) line to catch a probable future bug, * src/pic16/gen.c: aopIdx function commented out, * (genAssign): commented out old code which used aopIdx, * src/pic16/glue.c (pic16glue): removed some legacy fragments of code, added if conditionals to take into account the --use-crt command line options, * src/pic16/main.c (pic16_optionsTable): added new command line options, --use-crt= and --no-crt, * (_pic16_linkEdit): now the proper crt object is added in the linker command line except than when --no-crt is specified, * src/pic16/pcode.c, * src/pic16/pcode.h: added some structures and functions for a new optimization scheme to compansate for instruction overhead between same iCodes, this scheme is currently under development and is not working in any way, * src/pic16/gen.c (genAnd): added patch provided by Aaron Collwell to && operator, * device/lib/pic16/startup/crt0i.c, * device/lib/pic16/startup/crt0iz.c: added global char variable __uflags to force the generation of an idata section 2004-09-12 Bernhard Held * doc/Makefile, * doc/clean.mk: added support for easy creation of sdcc-doc.tar.bz2 * doc/sdccman.lyx: updated sdcc version to 2.4.4 2004-09-10 Erik Petrich * doc/sdccman.lyx: fixed a problem with my new index entries (thanks Frieder) and clarified the default code optimization mode 2004-09-10 Erik Petrich * src/SDCC.lex (doPragma, process_pragma), * src/SDCCglobl.h (struct optimize): added pragmas "opt_code_speed", "opt_code_size", and "opt_code_balanced" * src/SDCCmain.c (optionsTable[], printOptions, scanOptionsTable): regrouped options by category, added support for category headers * src/SDCCmain.c (parseCmdLine): added options "--opt-code-speed" and "--opt-code-size" * doc/sdccman.lyx: documented these new options and pragmas * src/hc08/gen.c (AccLsh, AccRsh): take speed/size optimization preference into account 2004-09-08 Maarten Brock * src/SDCCicode.c (geniCodePostInc, geniCodePreInc, geniCodePostDec, geniCodePreDec): Fixed bug 904237 by generating a warning * src/SDCCerr.h, * src/SDCCerr.c: added warning W_SIZEOF_VOID 2004-09-09 Slade Rich * src/pic/device.c : When no max ram set validate full memory range. * src/pic/pcode.c, * src/pic/pcodepeep.c : Copy C code comments to optimised replacement code. 2004-09-08 Maarten Brock * device/lib/_gptrget.c, * device/lib/_gptrput.c: updated comment * device/lib/calloc.c, * device/lib/free.c, * device/lib/malloc.c, * device/lib/realloc.c: added LGPL, made them reentrant-safe * src/SDCCcse.c (cseBBlock), * src/SDCCicode.c (printOperand, geniCodeArray), * src/SDCCicode.h (struct operand): fixed bug 868103 * support/regression/tests/bug-868103.c: added * src/SDCCast.c (searchLitOp), * src/SDCCcse.h (struct cseDef), * src/SDCCglue.c (printIvalArray, spacesToUnderscores), * src/SDCCicode.h (struct operand), * src/SDCCsymt.h (struct sym_link), * src/avr/gen.c (hasInc), * src/ds390/gen.c (hasInc), * src/hc08/gen.c (genPlusIncr, hasInc), * src/mcs51/gen.c (hasInc), * src/pic16/glue.c (pic16_printIvalChar), * src/pic16/ralloc.c (regWithIdx), * src/xa51/gen.c (hasInc) : removed warnings * src/SDCCast.c (createBlock): added comment ??? * src/hc08/ralloc.c: updated comments 2004-09-07 Frieder Ferlemann * doc/sdccman.lyx: updated section on switch statements, added section about semaphore locking * doc/Makefile: added option -info for latex2html * device/lib/_gptrget.c, * device/lib/_gptrput.c: __XPAGE instead of P2 in outcommented code 2004-09-06 Slade Rich * src/pic/device.h, * src/pic/device.c, * src/pic/port.c : Changed PIC14 code to not set bit RP1 when maxram is less than 0x100. 2004-09-06 Slade Rich * Bug fixes for PIC14 - signed RSHIFT problem. Patch supplied by Allen(agschrum). 2004-09-06 Erik Petrich * src/port.h, * src/mcs51/main.c, * src/ds390/main.c, * src/z80/main.c, * src/hc08/main.c, * src/pic/main.c, * src/pic16/main.c, * src/avr/main.c, * src/xa51/main.c * src/SDCCicode.c (geniCodeJumpTable): Better logic to determine if a a jump table is the best form for a switch statement, including automatic insertion of missing cases to make the case range continuous. Developed in collaboration with Frieder Ferlemann. 2004-09-02 Erik Petrich * src/hc08/ralloc.c (canDefAccResult): multi-byte shift is unsafe for accumulator result if it needs sign extension 2004-09-02 Maarten Brock * src/hc08/ralloc.c (canUseAccOperand): fixed comparison bug 2004-09-02 Maarten Brock * device/lib/gbz80/printf.c, * device/lib/z80/printf.c: removed define for NULL 2004-09-02 Maarten Brock * as/xa51/xa_link.c, * device/examples/ds390/ow390/ad26.c, * device/examples/ds390/ow390/cnt1d.c, * device/examples/ds390/ow390/counter.c, * device/examples/ds390/ow390/ds2480.h, * device/examples/ds390/ow390/ds2480ut.c, * device/examples/ds390/ow390/findtype.c, * device/examples/ds390/ow390/gethumd.c, * device/examples/ds390/ow390/owllu.c, * device/examples/ds390/ow390/ownetu.c, * device/examples/ds390/ow390/swt12.c, * device/examples/ds390/ow390/swtloop.c, * device/examples/ds390/ow390/temp.c, * device/examples/ds390/ow390/temp10.c, * device/examples/ds390/ow390/thermo21.c, * device/examples/ds390/ow390/tinilnk.c, * device/examples/ds390/ow390/tstfind.c, * device/examples/serialcomm/windows/serial.cpp, * device/examples/serialcomm/windows/test_serialcomm.cpp, * device/include/reg51.h: fixed line endings for cvs 2004-09-02 Erik Petrich * src/hc08/ralloc.c (canDefAccResult, canUseAccOperand, packRegsForAccUse, packRegisters): new accumulator register packing algorithm * support/regression/ports/hc08/support.c (_putchar): suppress warning of unused variable * src/SDCCicode.c: added SWAP entry to codeTable 2004-09-01 Maarten Brock * device/lib/sprintf.c: forgot to add this file before previous commit 2004-09-01 Vangelis Rokas * src/pic16/gen.c (genPackBits): added operand right in function parameters, load result directly if p_type is POINTER (that is called by genNearPointerSet) * (genUnPackBits): added operand left in function parameters, * (genNearPointerGet, genNearPointerSet): prevent the loading of FSR0 if accessing bitfields, 2004-08-31 Maarten Brock * device/include/stdio.h: added NULL, size_t, typedef pfn_outputchar, _print_format; updated printf, sprintf, vsprintf * device/include/asm/default/features.h: corrected comment/define * device/lib/Makefile.in: added sprintf.c * device/lib/libsdcc.lib: added sprintf module * device/lib/printf_large.c, * device/lib/vprintf.c, * device/lib/sprintf.c: totally refactored printf_large and vprintf into these 3 files * support/regression/Makefile: changed ALL_PORTS into a usefull default * support/regression/ports/mcs51-stack-auto/spec.mk: added sprintf * support/regression/tests/bug-927659.c: removed dummy putchar, enabled hc08 test * support/regression/tests/zeropad.c: define idata as data for hc08 2004-08-31 Erik Petrich * src/SDCCpeeph.c (labelIsReturnOnly): support hc08 rts opcode also * src/SDCCpeeph.c (buildLabelRefCountHash): assume function entry point labels are referenced at least once (even if a reference is not found) * src/hc08/gen.c (emitcode): set isComment flag for comments * src/hc08/peeph.def: added rules 5a..5f (optimize redundant immediate loads), rules 6a..6b (optimize jumps to return) 2004-08-30 Erik Petrich * device/lib/acosf.c (acosf), * device/lib/asinf.c (asinf), * device/lib/atanf.c (atanf), * device/lib/ceilf.c (ceilf), * device/lib/cosf.c (cosf), * device/lib/coshf.c (coshf), * device/lib/cotf.c (cotf), * device/lib/fabsf.c (fabsf), * device/lib/floorf.c (floorf), * device/lib/log10f.c (log10f), * device/lib/logf.c (logf), * device/lib/sinf.c (sinf), * device/lib/sinhf.c (sinhf), * device/lib/sqrtf.c (sqrtf), * device/lib/tanf.c (tanf), * device/lib/tanhf.c (tanhf), * device/include/math.h: defined _FLOAT_FUNC_REENTRANT macro and replaced all instances of "reentrant" in the library functions defined in math.h with this macro. * support/regression/tests/float_trans.c: reenabled test for hc08 2004-08-30 Bernhard Held * device/lib/pic16/Makefile.common.in: added MODELFLAGS again, it was erroneously deleted 2004-08-30 Erik Petrich * src/hc08/gen.c (loadRegFromAop): better use of clra & clrx * src/hc08/gen.c (genAnd, genOr): fixed bug with conditional when multi-byte volatile operands are used * src/hc08/gen.c (shiftRLong): fixed bug with wrong rotate direction * src/hc08/main.c (_hc08_genAssemblerPreamble): moved the built-in initialization to area GSINIT0 so that it would always precede any static initializers in GSINIT * support/regression/tests/zeropad.c: fixed idata define for hc08 * support/regression/tests/bug-927659.c, * support/regression/tests/float_trans.c: disabled tests for hc08 pending missing library routines * .version: increased version number to 2.4.4 - hc08 port now passes regression tests 2004-08-29 Bernhard Held * device/lib/pic16/Makefile.common.in: added $(MM) to fix `make clean` * Makefile.common.in, * as/Makefile, * as/hc08/Makefile.in, * as/mcs51/Makefile.in, * as/z80/Makefile.in, * debugger/mcs51/Makefile.in, * device/include/Makefile.in, * device/lib/Makefile.in, * doc/Makefile, * link/Makefile, * link/z80/Makefile.in, * packihx/Makefile.in, * sim/ucsim/main_in.mk, * sim/ucsim/avr.src/Makefile.in, * sim/ucsim/doc/Makefile.in, * sim/ucsim/gui.src/serio.src/Makefile.in, * sim/ucsim/hc08.src/Makefile.in, * sim/ucsim/s51.src/Makefile.in, * sim/ucsim/xa.src/Makefile.in, * sim/ucsim/z80.src/Makefile.in, * src/Makefile.in, * support/cpp2/Makefile.in, * support/librarian/Makefile, * support/makebin/Makefile: added DESTDIR to the install path proposed by "Maciej 'Agaran' Pijanka" * doc/sdccman.lyx: added DESTDIR documentation 2004-08-29 Vangelis Rokas (vrokas AT otenet.gr> * src/pic16/gen.c (genFunction, genEndFunction): fixed return instruction for interrupt handlers, use fast returns when returning from high priority interrupts 2004-08-29 Erik Petrich * src/hc08/gen.c (genAnd, genOr, transferAopAop, rmwWithAop): optimized code generation * src/hc08/gen.c (genrshFour, genCpl): fixed bugs * src/hc08/gen.c (genMultOneByte, genDivOneByte, genModOneByte): fixed bugs, ported much of Bernhard's code from mcs51 * src/mcs51/gen.c (genSend), * src/hc08/gen.c (genSend): fixed bug with lost SEND iCodes if more than one when calling a reentrant function * device/lib/_mullong.c: defined an alternate struct layout for big endian ports (hc08) 2004-08-28 Erik Petrich * src/hc08/gen.c (shiftL2Left2Result): fix for bug-500536 regression test 2004-08-28 Erik Petrich * src/SDCCsymt.c (processFuncArgs): make sure parameter types are sane and complete before asking the port its prefered parameter passing method (fixes bug #1017633) * device/lib/hc08/_ret.c: added "data" storage class to _ret2 and _ret3 2004-08-27 Erik Petrich * src/hc08/gen.c (genPackBitsImmed, genUnpackBitsImmed): fix offset problem in bitfields >= 8 bits. 2004-08-27 Maarten Brock * src/SDCCsymt.c: undid changes that were not meant to be committed 2004-08-27 Maarten Brock * support/regression/ports/hc08spec.mk: REENTRANT must be reentrant 2004-08-27 Maarten Brock * src/hc08/gen.c (genUminusFloat): fixed bug where only 3 bytes were copied and wrong bit got inverted 2004-08-27 Erik Petrich * src/hc08/gen.c (genPointerSet, genFarPointerSet): moved code from genFarPointerSet into genPointerSet; eliminated genFarPointerSet * src/hc08/gen.c (genPointerGet, genFarPointerGet): moved code from genFarPointerGet into genPointerGet; eliminated genFarPointerGet * src/hc08/gen.c (genPackBitsImmed): generate optimized code for assignments to bitfields at known addresses * src/hc08/gen.c (genUnpackBitsImmed): generate optimized code for reads from bitfields at known addresses * src/hc08/ralloc.c (packRegisters), * src/hc08/gen.c (genPointerGet, genUnpackBits, genUnpackBitsImmed, genhc08Code): optimize pointer get values used as conditionals * src/hc08/peeph.def: added rules 2e & 2f to optimize bit test and branch 2004-08-24 Erik Petrich * src/mcs51/gen.c (genPointerGet, genNearPointerGet, genPagedPointerGet, genFarPointerGet, genCodePointerGet, genGenPointerGet, genUnpackBits), * src/mcs51/ralloc.c (packRegisters): optimize pointer get values used as conditionals 2004-08-22 Frieder Ferlemann * src/mcs51/peeph.def: peepholes 248.i-m for xdata bitfields 2004-08-21 Erik Petrich * src/mcs51/ralloc.c (packRegsForOneuse): fixed bug #1012650 and some related problems 2004-08-21 Bernhard Held * sim/ucsim/cmd.src/Makefile.in: run lex only if $(PRJDIR)/devel exists 2004-08-18 Erik Petrich * src/z80/ralloc.c (packRegsForAssign): ported some bug fixes from the mcs51 port 2004-08-16 Slade Rich * src/pic/gen.c: Restored fn genRet as previous fix was incorrect. 2004-08-14 Frieder Ferlemann * src/mcs51/gen.c (genJumpTab): jumptables for more than 16 switch cases use more compact code. 2004-08-13 Slade Rich * src/pic/gen.c: Fixed problem with fn returning a variable bigger than a char. 2004-08-12 Erik Petrich * src/SDCClrange.c (findPrevUse): fixed bug #1007371 2004-08-12 Erik Petrich * src/SDCCsymt.h, * src/SDCCsymt.c (changePointer, checkDecl, addSymChain): changed parameter of changePointer() from symbol* to sym_link* * src/SDCCast.c (decorateType): call changePointer() for CAST op * src/SDCCsymt.c (compareType): void* type is castable to other pointers, but not necesarily an exact match. * src/SDCCicode.c (geniCodeCast): allow void* casting here since it is no longer blindly treated as an exact match. * src/SDCCval.c (valCastLiteral): treat missing type as cast to void 2004-08-12 Slade Rich * src/pic/glue.c: Added struct initialisation fn printIvalStruct. 2004-08-11 Slade Rich * src/pic/gen.c, * src/pic/pcode.c, * src/pic/ralloc.h, * src/pic/ralloc.c: Printing rIdx on internal verbose debug. 2004-08-10 Slade Rich * src/pic/device.c, * src/pic/device.h, * src/pic/device.c: Will no longer exit if #pragma maxram has not been defined. 2004-08-06 Erik Petrich * src/mcs51/gen.c (emitcode): fixed bug #992819 2004-08-05 Maarten Brock * src/pic/ralloc.c (deassignLR): allthough pic port is buggy already, there's no need to make it worse 2004-08-05 Erik Petrich * src/mcs51/ralloc.c (deassignLR), * src/ds390/ralloc.c (deassignLR), * src/hc08/ralloc.c (deassignLR), * src/z80/ralloc.c (deassignLR), * src/pic/ralloc.c (deassignLR), * src/pic16/ralloc.c (deassignLR), * src/avr/ralloc.c (deassignLR), * src/SDCClrange.c (findRecursiveSucc, findRecursivePred, findPrevUse, rlivePoint): fixed another part of bug #971834 2004-08-04 Erik Petrich * src/z80/main.c: enabled "critical" keyword * src/z80/mappings.i, * src/z80/gen.c (genFunction, genEndFunction): support for interrupt functions (fixes bug #979646) * doc/sdccman.lyx: added a subsection explaining z80 interrupt support 2004-08-04 Jesus Calvino-Fraga * src/mcs51/gen.c (genInline): Add \n for labels, not DOS/WIN dirs such as c:\mydir. 2004-08-03 Maarten Brock * src/SDCCloop.c (loopInvariants): fixed bug 983545, hope this doesn't disable too much optimizations 2004-08-02 Slade Rich * src/pic/glue.c Disabled "WARNING: function 'main' undefined" when -S option is used. 2004-08-02 Maarten Brock * src/SDCClrange.c (rlivePoint): fixed bug 988568, thanks to anonymous 2004-08-02 Slade Rich * src/pic/gen.c tidied up tabs * src/pic/genarith.c tidied up tabs and fixed bug with literal multiple where same register was used for hi and low byte * src/pic/main.c tidied up tabs * src/pic/pcode.c tidied up tabs and disabled verbose code generation * src/pic/pcoderegs.c tidied up tabs * src/pic/ralloc.c tidied up tabs 2004-07-30 Vangelis Rokas * src/SDCCmem.c (allocGlobal): don't turn S_REGISTER storage class to S_FIXED for pic16 port and when symbol is not in level 0, allocate for S_REGISTER storage class and pic16 port, too, * src/pic16/device.h: prototype for checkSym, * src/pic16/device.c (pic16_dump_access, checkSym): NEW, * (pic16_assignConfigWordValue): test the value and the mask to validate that the value is suitable for the configuration word, * src/pic16/glue.c (pic16_printIvalFuncPtr): use 'externs' to collect extern declared symbols, don't emit symbol twice, check first if symbol is in publics set first, * src/pic16/main.c (_pic16_keywords[]): added keyword 'register', * added command line '--fstack' which enables an experimental feature for stack access, too buggy to be used yet... * src/pic16/ralloc.c (pic16_accessregWithName): NEW, * (pic16_allocDirReg): when register has storage class S_REGISTER allocate in pic16_dynAccessRegs, * device/include/pic16/pic18f????.h: modified configuration word naming convention, words started as CONFIG0H but should be CONFIG1H 2004-07-29 Maarten Brock * device/include/mcs51reg.h: fixed bug 970993 2004-07-27 Maarten Brock * added lib/calloc.c, lib/free.c, lib/realloc.c, include/stddef.h * updated lib/malloc.c, lib/libsdcc.lib, lib/Makefile.in, include/malloc.h * src/SDCC.lex (doPragma): added pragma disable_warning * src/SDCCmain.c (parseCmdLine): added option --disable-warning * src/ds390/gen.c (genPlusIncr): fixed bug when incrementing generic pointers * support/Util/SDCCerr.c (vwerror): suppress disabled warnings and output error/warning numbers, added function setWarningDisabled() * support/Util/SDCCerr.h: added setWarningDisabled() and MAX_ERROR_WARNING * support/regression/ports/mcs51-stack-auto/spec.mk: added dependencies _memcmp.c _memmove.c calloc.c realloc.c free.c * support/regression/tests/malloc.c: added tests for new functionality * support/regression/tests/zeropad.c: added tests for truncated initializers and initialized char arrays starting with '\x0' * src/mcs51/peeph.def: fixed regression, added peephole 177.f 2004-07-26 Bernhard Held * support/valdiag/tests/overflow.c: fixed warning on (1 >> 40) 2004-07-26 Frieder Ferlemann * doc/sdccman.lyx: updated example in section "Absolute Addressing" * src/mcs51/peeph.def: added contributed fix for "bug" #995347 as peephole 177.e. Thanks to anonymous 2004-07-25 Vangelis Rokas * src/pic16/glue.c (pic16_printIvalFuncPtr): when an extern function isn't used in the source but referenced as a variable initializer then declare it as extern in .asm file 2004-07-24 Vangelis Rokas * .version: increased version number to 2.4.3 Adding version extension according to ChangeLog CVS revision * src/Makefile.in (target all): added dependency 'version.h' * (rule version.h): added rule to create version.h from ChangeLog, * (rule dep): added dependency version.h, * src/version.awk: AWK script to create version.h * src/SDCCdwarf2.c (dwWriteModule), * src/SDCCglue.c (initialComments), * src/SDCCmain.c (printVersionInfo): modified to write after version string the version extension number, * src/SDCCutil.c: included "version.h" * (getBuildNumber): NEW, returns SDCC's ChangeLog minor revision number, * src/SDCCutil.h: added prototype for getBuildNumber * src/SDCCmain.c (parseCmdLine): when sOpt is 'I' add rest in includeDirsSet, too, * src/SDCCsymt.c (checkSClass): don't emit error when a variable, const char [] is found in function prototype... * src/pic16/genarith.c (pic16_genUMult8XLit_8): optimization to omit moving to WREG with source is already in WREG, * src/pic16/gen.h: added AOP_FSR0 and AOP_FSR2 in enum, * src/pic16/gen.c (getFreePtr): updated to look for FSR0 and FSR2, * (aopForSym): stack'ed symbols are partially supported, added if-clause to support symbols in FARSPACE, * (sameRegs): added test for AOP_ACC to see if registers are same, * (pic16_freeAsmop): added case for AOP_FSR0 and AOP_FSR2, * (pic16_aopGet): added case for AOP_FSR0 and AOP_FSR2, * (pic16_popRegFromString): will not allocate a new register if it doesn't find one by name, bug may have introduced... * (pic16_popGet): added case for AOP_FSR0 and AOP_FSR2, * (genIpush): revived to use pic16 port's stack, * (genAddrOf): added incomplete case for stack'ed operand, * (genCast): optimized a pair of MOVFW,MOVWF to MOVFF * src/pic16/genutils.c (pic16_genNot): almot new vesrion for NOT, can handle multibyte operands, * src/pic16/glue.c (pic16_printIval*): some debug info added, * (pic16initialComments): added message for MPLAB compatibility mode enabled, * src/pic16/main.h: prototype for pic16_mplab_comp, * src/pic16/main.c (pic16_optionsTable): new option --mplab-comp, which enabled MPLAB compatibility mode (i.e. no #LINE/#FILE, BANKED) * (_pic16_linkEdit): NEW, handles link stage, transferred here because of increased complexity of procedure, * (_process_pragma): stack pragma changed to format 'stack pos len', emit symbol '_stack_end' to conform with gplink, * src/pic16/pcode.c (pic16_newpCodeOpBit): using pic16_regWithName to search for register, * (pic16_get_op, pic16_get_op2): added case for PO_W, PO_WREG and PO_GPR_REGISTER, * (pic16_pCode2str): when in MPLAB compatibility mode, comment out #LINE directives and replace 'B' with 'BANKED' in instruction opcodes * (pic16_getRegFromInstruction, pic16_getRegFromInstruction2): added case for PO_GPR_REGISTER, * (pic16_AnalyzeBanking): removed the old message for inc2h.pl, past dies, the new era is ahead !... * src/pic16/ralloc.c: added hash reposits pic16_dynAllocRegNames and pic16_dynInternalRegs, * (pic16_allocregWithName, pic16_procregWithName, pic16_regWithname): NEW, * (pic16_allocDirReg): minor optimizations and bug fixes, * (pic16_allocWithIdx): when searching pic16_dynProcessorRegs use fixed, * device/lib/pic16/startup/crt0*.c: extern definition of stack_end, load stack and frame pointer with address of 'stack_end' symbol 2004-07-23 Vangelis Rokas * src/pic16/glue.c (pic16emitStaticSeg): fixed bug with files without source code but only variable initializers 2004-07-20 Vangelis Rokas * src/pic16/glue.c (pic16emitRegularMap): unused functions marked as external are not declared as extern to reduce overhead while linking 2004-07-20 Maarten Brock * src/SDCCast.c (decorateType): removed buggy fix for bug #979599 2004-07-11 Maarten Brock * src/SDCCglue.c (printIvalArray): fixed bug #984229, thanks to Phuah Yee Keat for the patch * src/SDCCast.c (decorateType): fixed bug #979599 * src/ds390/gen.h: removed local fReturnSizeDS390 * src/ds390/gen.c: made fReturnSizeDS390 signed short to remove a warning * src/ds390/gen.c (genAnd, genOr, genXor), * src/mcs51/gen.c (genAnd, genOr, genXor): generate better optimized code 2004-07-04 Vangelis Rokas * src/SDCCmain.c (linkEdit): modifications only for pic16 port, add relFilesSet to $3, manipulate $2 to handle linking of object files without source files in command line, * device/include/pic16 (all headers): added ID location macros, * src/pic16/device.c (struct PIC16_device Pics16[]): added field entries for ID location bytes, * (pic16_assignIdByteValue): NEW, * src/pic16/device.h: new structures idRegInfo_t and idBytesInfo_t, added field dumpcalltree to pic16_options_t, * src/pic16/gen.c (genCmp): fixed bug case so a temporary register is used instead of pic16_Gstack_base_addr, check if (ifx) before emitting rFalseIfx label after check_carry label, * src/pic16/glue.c (PIC16_IS_IDLOC_ADDRESS, PIC16_IS_HWREG_ADDRESS, pic16_emitDIRegs), NEW * (pic16glue): dump .calltree file when option --calltree found, * src/pic16/main.c (OPTION _pic16_optionsTable): new option --calltree * (_pic16_genAssemblerPreamble): emit ID locations after configuration registers, * (pic16_linkCmd): modifications of the link command, * src/pic16/pcode.c (pic16_pciMOVFF): PCC_REGISTER replaces PCC_REGISTER2 * (pic16_pCodeInitRegisters): don't init stack registers, * (pic16_findPrevInstruction): fixed bug, * (pic16_getRegFromInstruction, pic16_getRegFromInstruction2): fixed bug with immediate registers, * (buildCallTree): traces stack push and pop, * (pct2): dump also stack usage for each function, * src/pic16/ralloc.c (dynrIdx): registers names start from 0x00 * (pic16_allocDirReg): various modifications, * (pic16_typeRegWithIdx): when searching pic16_dynProcessorRegs set fixed to 1, 2004-07-02 Vangelis Rokas * src/pic16/pcode.c: removed buggy double colon 2004-07-01 Borut Razem * support/scripts/sdcc.nsi: added include/pic16 to setup 2004-06-30 Vangelis Rokas * device/lib/Makefile.in: fixed bug in target objects-pic16, * device/lib/pic16/Makefile: prefixed with dash (-) command under target 'clean', * doc/sdccman.lyx: changed version to 2.4.2 and added some port specific command line arguments. Also added sample lkr script for placing a variable at a specific memory bank. * src/pic16/device.c (pic16_dump_gsection): NEW, to dump variables at a specific memory bank, * (pic16_dump_isection): fixed bug which caused string literals to be omitted when dumping idata section, * (pic16_groupRegistersInSection): added code to handle registers in specific memory banks, * src/pic16/gen.c: labelOffset is prefixed with pic16_ and made public, all references are renamed too, * (pic16_aopGet): removed switch cases for AOP_R0,AOP_R1,AOP_DPTR, AOP_DPTR2, * (pic16_storeForReturn): added case to handle when dest is WREG, * src/pic16/genarith.c (pic16_pCodeOpSubType): NEW, * src/pic16/glue.c (pic16emitRegularMap): when adding a register in pic16_rel_udata, check to see if that register is marked as being a member of a specific memory bank, * (pic16_printIvalCharPtr): added code to add string literals either to code or the idata sections, * src/pic16/main.c (_process_pragma): added \n to WHITE constant, also accept the 'udata' pragma, * src/pic16/main.h: new structure types sectName and sectSym * src/pic16/pcode.c: added new pCodeInstruction entry for BANKSEL * (newpCodeOpBit): added PIC_OPTYPE subt in function prototype, * (pic16_findPrevInstruction): fixed, it returned nothing, * (insertBankSwitch): fixed to emit banksel/skip and skip/banksel instruction combinations, * (pic16_FixRegisterBanking): heavily reorganised, * (pic16_AnalyzeBanking): if generating banksel directives is disabled, then don't call FixRegisterBanking at all, * src/pic16/ralloc.c (bitEQUs, aliasEQUs, allDefsOutOfRange): completely removed, * (pic16_writeUsedRegisters): added call to pic16_dump_gsection 2004-06-29 Bernhard Held * src/SDCCglue.c (printChar): fixed bug #973350, patch provided by Phuah Yee Keat 2004-06-28 Vangelis Rokas * src/pic16/glue.c (pic16createInterruptVect): function now emits correctly the IVT even if it is relocated to some other location 2004-06-28 Vangelis Rokas * device/include/pic16/pic18fregs.h: added case for pic18f2220.h * device/include/pic16/pic18f2220.h: NEW, * device/lib/pic16/libdev/pic18f2220.c: NEW, * device/lib/pic16/libdev/Makefile: added 18f2220 in DEVS, * src/pic16/device.c (struct Pics16): added info for 18f2220, * src/pic16/device.h (struct pic16_options): added ivt_loc and nodefaultlibs, ivt_loc is the location of the interrupt vector table, and nodefaultlibs signs that default libraries should not be linked in link stage, * src/pic16/gen.c (genFunction): relocate interrupt vector functions according to --ivt-loc argument, * src/pic16/main.c (_process_pragma): emit '_stack' as public symbol when pragma stack is found, 2004-06-25 Frieder Ferlemann * src/mcs51/peeph.def: added peepholes 182.d (return 0.0), 256 (range check), 257 (do while), 258.a-f (bit banging f.e. on 3-wire SPI bus) 2004-06-21 Erik Petrich * src/SDCClrange.c (findNextUseSym): fixed a live range bug with variables used exclusively within a loop 2004-06-21 Bernhard Held * src/mcs51/gen.c (genCpl): quick fix for bug #974835 2004-06-21 Erik Petrich * src/SDCClrange.c (computeClash): fixed bug #971834 2004-06-20 Erik Petrich * src/mcs51/gen.c (genCmp): fixed bug #975903 * src/hc08/gen.c (operandsEqu), * src/ds390/gen.c (operandsEqu), * src/z80/gen.c (operandsEqu), * src/pic/gen.c (operandsEqu), * src/pic16/gen.c (operandsEqu), * src/mcs51/gen.c (operandsEqu): fixed bug #976283 * src/SDCCmain.c (parseCmdLine): report --unknown-option only once 2004-06-15 Erik Petrich * src/SDCCcse.c (cseBBlock): fixed bug #966963 2004-06-12 Vangelis Rokas * src/pic16/gen.c (genPointerGet): added E_INTERNAL_ERROR for default case in switch statement, * glue.c (pic16_initPointer): expr is initialised via decoarteType to eliminate problem with initialisation of pointers, but problem still exists, * (pic16_pointerTypeToGPByte): removed, no needed for pic16, * (emitStaticSegment): removed various lines emitting debug info, * src/pic16/pcode.c, src/pic16/pcode.h, src/pic16/ralloc.h: added processor registers for utilizing EEPROM, * src/pic16/pcode.c (pic16_emitDB): number of DBs emitted is not configurable and set 8 2004-06-08 Vangelis Rokas * .version: increased version number to 2.4.2, Cumulative patch for pic16 port * src/pic16/device.c: changed scheme to dump initial values for variables in idata segment, all print_idata* functions were removed, now the pic16_printIval* will be called, * src/pic16/glue.c: (pic16_initPointer, pic16_pointerTypeToGPByte, * _pic16_printPointerType, pic16_printPointerType, * pic16_printGPointerType, pic16_printIvalArray, pic16_printIvalStruct, * pic16_printIvalBitFields, pic16_printIvalFuncPtr, pic16_printIvalPtr: NEW, similar to the respective functions in SDCCglue.c, * src/pic16/pcode.c (pic16_emitDB, pic16_flushDB): reverted to old way, emitting hex bytes, * (pic16_emitDS): NEW, emits a string for pointer initialisation, 2004-06-08 Erik Petrich * src/avr/ralloc.c (serialRegAssign), * src/xa51/ralloc.c (serialRegAssign), * src/pic/ralloc.c (serialRegAssign), * src/pic16/ralloc.c (serialRegAssign), * src/hc08/ralloc.c (serialRegAssign), * src/z80/ralloc.c (serialRegAssign), * src/ds390/ralloc.c (serialRegAssign), * src/mcs51/ralloc.c (serialRegAssign): fixed bug #964479 2004-06-08 Erik Petrich * src/SDCCicode.c (geniCodeJumpTable): fixed bug #967601 * src/SDCCpeeph.c (labelIsReturnOnly): fixed bug #966505 2004-06-07 Vangelis Rokas Cumulative patch for pic16 port: * src/pic16/device.h (typedef PIC16_device) modified fields for defining microcontrollers, * src/pic16/device.c: added new info for all devices in Pics16 array, * src/pic16/gen.c (genPcall): fixed bug that caused the return label to be optimised out by the pCode optimiser, * src/pic16/glue.c (pic16emitRegularMap): treat implicit aggragates specially, bug reported by G.M. Gallant, * src/pic16/pcode.c (pic16_newpCodeLabelFORCE): NEW, marks a label as force'd so that cannot be optimised out by pCode optimiser, * src/pic16/pcode.c, * src/pic16/pcodepeeph.c, * src/pic16/pcoderegs.c: many modifications to re-enable peepholes, they are disabled by default, but can be enabled explicit with command argument --denable-peeps, for testing, * device/lib/pic16/startup/Makefile: added --no-peep,--pomit-config-words, --pomit-ivt in COMPILE_FLAGS 2004-06-06 Maarten Brock * src/pic16/pcode.c (pic16_emitDB): removed double semicolon which fails compilation on MSVC 2004-06-06 Maarten Brock * device/include/sab80515.h: added sfr P6, changed GPL to LGPL 2004-06-06 Frieder Ferlemann device/include/sab80515.h: fixed bug #967492, DAPR is defined at adress 0xd8, but the correct adress is 0xda. Thanks to anonymous for reporting 2004-06-06 Vangelis Rokas * src/pic16/device.c (pic16_assignConfigWord): fixed bug that would only assign 0x300001 register. 2004-06-05 Vangelis Rokas * device/lib/pic16/startup/Makefile: added $(MODELFLAGS) in COMPILE_FLAGS. Thanks to G. Gallant for report. 2004-06-05 Frieder Ferlemann * doc/sdccman.lyx: minor changes, mentioned beta vendor support for ds80c400 * src/mcs51/peeph.def: ran unexpand -a over peeph.def * src/mcs51/peeph.def: removed obsolete peephole 100.a, added peephole 254 (left shift), 255 (jump table) 2004-06-04 Vangelis Rokas * device/lib/Makefile.in: removed comment line with model-pic16, * (target port-specific-objects-pic16): the libraries and objects are copied to the build directory form the device/lib/pic16/bin directory Cumulative patch concerning pic16 port: * library directory has been re-organized, * added support for PIC18F1220, * added headers and library sources for chips 18f1220,18f6520, 18f6620,18f6680,18f6720,18f8520,18f8620,18f8680,18f8720 * configuration registers setting has changed, now each supported device has a complete description of the registers it uses, * all initialisations are moved to idata sections, these section can be absolute or relocatable, * fixed initialisation of codespace variables, * fixed warning about PCLATU and gpsim, * src/pic16/gen.c (genCmp): now can handle partially iCodes with no ifx, * (genAssign): use table reads when assigning from variables in codespace, * src/pic16/glue.c (pic16emitStaticSeg): fixed to correctly initialise char/int variables placed in codespace, * (pic16_emitConfigRegs): NEW, emits a list with configuration registers set in .asm file, no need for --pomit-config-words anymore, * (pic16glue): some 8051 legacy segments are commented out (to be removed completely), * added support for alternative assembler and linker with --asm= and --link= command line arguments, * peepholes are disabled automatically in the port, no need to specify on command line, * port supports natively char/int/long multiplication, but converts all divisions to support functions, * main.c: pic16_linkCmd and pic16_asmCmd changed to force output to the file set in variable $2, * pcode.c (pic16_emitDB, pic16_flushDB): modified to print printable strings in ASCII format and not in hex, * ralloc.c (serialRegAssign): added a triplet of conditional calls to pic16_allocDirReg for IC_RESULT, IC_LEFT and IC_RIGHT so to allocate proper register if iCodes aren't temporary, 2004-06-02 Maarten Brock * support/regression/tests/zeropad.c: added TEST_G macro for alpha 2004-06-02 Vangelis Rokas * src/pic16/gen.c (genPcall): warning about gpsim and PCLATU is commented out 2004-06-01 Erik Petrich * src/hc08/gen.c (genPointerGetSetOfs): disabled optimization if computed address is reused * src/hc08/gen.c (genPackBits): fixed offsets in assignments to multi-byte bitfields 2004-06-01 Maarten Brock * src/z80/gen.c: (genArrayInit): must check for pointers too 2004-06-01 Maarten Brock * support/regression/tests/zeropad.c: never meant to commit the nestedstruct test: removed, added check for GCC version 2004-05-31 Maarten Brock * src/SDCCast.c (createIvalArray): fixed bug 770487 SIGSEGV * src/SDCCglue.c (emitRegularMap): fixed bug 770484 allocation problem * src/SDCCglue.c (initPointer, printIvalType, printIvalStruct, printIvalArray, printIvalFuncPtr, printIvalPtr, printIval): fixed bugs 928906 and 954082 half-empty initializers * src/SDCCsymt.h, * src/SDCCsymt.c (getAllocSize): added for above fix * src/z80/gen.c (genArrayInit): fixed bug 741044 * support/regression/tests/zeropad.c: added tests 2004-05-30 Vangelis Rokas * src/pic16/device.c (pic16_dump_section): corrected bug which caused some symbols of the libraries to be misplaced 2004-05-28 Vangelis Rokas * src/pic16/glue.c, * src/pic16/ralloc.h, * src/pic16/ralloc.cc: prefixed IS_CONFIG_ADDRESS with PIC16_ to fix conflict with pic port 2004-05-28 Vangelis Rokas * src/pic16/glue.c (pic16emitStaticSeg): do not print as publics or externs configuration variables, * src/pic16/ralloc.h, * src/pic16/ralloc.cc: IS_CONFIG_ADDRESS is made public and added prototype in header, commented out some debug messages 2004-05-26 Vangelis Rokas * src/pic16/glue.c, * src/pic16/main.c, * src/pic16/pcode.c: added gpasm directives #FILE/#LINE for gpasm COFF object generation. Thanks to D. Hawkins for his patch info 2004-05-25 Erik Petrich * src/ds390/main.c, * src/mcs51/main.c: fixed sort order of mnemonics (thanks to Maarten Brock for spotting this) * src/ds390/gen.c (genEndFunction), * src/mcs51/gen.c (genEndFunction): always save psw if function is an interrupt handler and critical. Disable push/pop optimizations when peephole optimizations disabled. 2004-05-25 Vangelis Rokas Updated pic16 library sources and headers. * device/lib/pic16/pic18f*/ , * device/include/pic16/*.h: modified to handle structured SFR definitions 2004-05-25 Vangelis Rokas * src/port.h (PORT structure): added hook initPaths, now each port can declare its own default search paths, which can been seen with the --print-search-dirs option, see pic16 port for example, * src/SDCCmain.c (setBinPaths, setIncludePaths, setLibPath, setDataPaths): test to options.printSearchDirs is ifdef'ed out, * (doPrintSearchDirs): NEW, replaces in a central manner the printing of search dirs which was split in set*Paths functions, * (main): added call to port->initPaths and doPrintSearchDirs, * src/avr/main.c, * src/ds390/main.c, * src/hc08/main.c, * src/izt/i186.c, * src/izt/tlcs900h.c, * src/mcs51/main.c, * src/pic/main.c, * src/pic16/main.c: modified port structures to reflect addition of initPaths hook, * src/pic16/device.c (regCompare): registers are finally sorted by name, * (pic16_dump_section): for registers in same address reserve memory once, * src/pic16/device.h (struct PIC16_device): changed variable gen_banksel to no_banksel, * src/pic16/genarith.c (pic16_genPlus): added code to handle cases where result is greater in size than right or left, * (pic16_genUMult8X8_8): there are some cases where the result can be 16 bits size, so handle these, * src/pic16/gen.c: changed some pic16_emitpcomment to DEBUGpic16_emitcode, * (pic16_outBitC): modified to emit pcodes, * (pic16_storeForReturn): using is_LitOp to see if operand is literal or not, * (genDivOneByte): implemented algorithm to divide 8-bits, * (genCmp): uncommented goto, but issues still exist, * (genAnd): fixed a bug with variables >8bits, * (genPackBits): optimization added that uses BCF/BSF to change a single bit, * (genAssign): fixed bug when assigning floating point literals, * src/pic16/glue.c (pic16glue): added assembler directive 'code' before __sdcc_gsinit_startup label, * src/pic16/main.c (_pic16_init): removed search directory initialisations, * (_pic16_initPaths): NEW, used to initialise search directories, * (_hasNativeMulFor): support functions for all except char/int multiplication, and char division, * (PIC16_port struct): modified entry for native mul support, * src/pic16/pcode.c (insertBankSwitch): modified to support the renamed no_banksel option, * (buildCallTree): call to register_usage is ifdef'ed out, 2004-05-22 Erik Petrich * device/include/string.h: applied Stas Sergeev's patch to make this header file compatible with the preprocessor -Wundef option * src/SDCCmain.c (main): abort compilation if preprocessor reports failure (fixes bug #941458) 2004-05-21 Erik Petrich * src/SDCCopt.c (killDeadCode): fixed bug #907733 * support/Util/SDCCerr.c: reworded E_AUTO_ASSUMED diagnostic to clarify that the variable, not the function, should be static * src/SDCCval.c (valCastLiteral): fixed bit initialization from literal to be consistent with non-literal case 2004-05-19 Erik Petrich * src/SDCCast.c (isConformingBody): fixed bug #949967 * src/SDCCopt.c (cnvToFcall, cnvToFloatCast, cnvFromFloatCast, convilong): fixed bug #952086 2004-05-18 Erik Petrich * src/SDCCmem.c (allocVariables): fixed bug #955321 2004-05-18 Erik Petrich * src/hc08/main.c (_hc08_genAssemblerEnd), * src/SDCCdwarf2.c (dwOpenFile, dwCloseFile, dwWriteFunction, dwWriteModule, dwWriteCLine, dwWriteALine, dwarf2FinalizeFile): completely eliminated the use of a temporary file * src/SDCCdwarf2.c (dwWriteAttr): fixed bug with location list offset when more than one file linked * src/SDCCloop.c (pointerAssigned): fixed bug #954163 2004-05-17 Erik Petrich * src/SDCCval.c (valForArray): applied Maarten Brock's patch #947682 which fixes bug #543481 * support/regression/tests/bug-751703.c: fixed comments left from a cut and paste error * src/SDCCdwarf2.c (dwCloseFile): don't explicitly close a temp file * src/SDCCdwarf2.c (dwTagFromType): added bitfield support * src/SDCCdwarf2.c (dwWriteSymbolInternal): handle extern within local scopes * src/SDCCdwarf2.c (dwWriteLineNumber): line number deltas are signed * src/SDCCmain.c (processFile, parseCmdLine): non-alphanumeric chars are now changed to underscores in moduleName 2004-05-15 Jesus Calvino-Fraga * as/mcs51/lkmem.c: better fix for bug #954173 2004-05-15 Maarten Brock committed by Frieder Ferlemann * device/include/c8051f020.h: newly added SiLabs (Cygnal) header file * device/include/c8051f000.h, * device/include/c8051f120.h, * device/include/c8051f300.h, * device/include/c8051f310.h, * device/include/c8051f320.h: updated (added _XPAGE, CAPN, CAPP, PWM16) and detab'ed 2004-05-15 Frieder Ferlemann * doc/sdccman.lyx: mentioned sourceforge's delay between web frontend and mailing lists, doc'ed --no-peep-comments, removed reference to knoppix (newest version has no LyX/LaTeX), other minor changes * src/SDCCglue.c (glue): save 2 bytes stack space with option --main-return. The ljmp could probably be avoided too 2004-05-14 Jesus Calvino-Fraga * as/mcs51/lkmem.c, as/mcs51/lkaomf51: fixed bug 954173 2004-05-14 Erik Petrich * src/SDCCsymt.h: added IS_AUTO(symbol) test macro * src/SDCCopt.c (isLocalWithoutDef), * src/SDCCicode.c (operandFromSymbol): use the IS_AUTO test macro which adds a !IS_EXTERN codition. Fixes bugs #877426 and #751703. (credit to Maarten Brock for patch #949363, on which this is based) * support/regression/tests/bug-751703.c: some test cases of extern used within inner scopes. 2004-05-14 Erik Petrich * src/SDCCdwarf2.c (dwMatchTypes): structs must have matching SPEC_STRUCT * src/SDCCdwarf2.c (dwTagFromType): fix to handle recursive struct definitions * src/SDCCdwarf2.c (dwWriteModule, dwNewDebugSymbol, dwWriteEndFunction, dwWriteLabel): fix to create valid debugger symbols even when the module name has non-alphanumeric symbols in it * src/SDCCdwarf2.c (dwWriteSymbolInternal): better detection for when a variable's allocation has been optimized away 2004-05-13 Erik Petrich * src/hc08/gen.c (hc08_emitDebuggerSymbol), * src/hc08/main.c, * src/mcs51/gen.c (mcs51_emitDebuggerSymbol), * src/mcs51/main.c, * src/ds390/gen.c (ds390_emitDebuggerSymbol), * src/ds390/main.c, * src/z80/gen.c (z80_emitDebuggerSymbol), * src/z80/main.c, * src/pic/gen.c (pic14_emitDebuggerSymbol), * src/pic/main.c, * src/pic16/gen.c (pic14_emitDebuggerSymbol), * src/pic16/main.c, * src/avr/gen.c (avr_emitDebuggerSymbol), * src/avr/main.c, * src/xa51/gen.c (xa51_emitDebuggerSymbol), * src/xa51/main.c, * src/SDCCdebug.c (emitDebuggerSymbol), * src/SDCCdebug.h, * src/port.h: added a debugger struct to the port struct. Added a callback for defining debugger symbols * src/SDCCast.c (createLabel), * src/SDCC.y (labeled_statement): mark all compiler generated labels with isitmp = 1 * src/SDCCicode.h, * src/SDCCicode.c (geniCodeFunctionBody): added a link from the FUNCTION iCode back to the ast for the function * src/hc08/ralloc.c (hc08_assignRegisters), * src/hc08/ralloc.h: define a regs struct for the stack pointer. Removed unneeded fields from the regs struct. * src/hc08/gen.c (transferRegReg, genFunction, genEndFunction): use the pushReg() & pullReg() functions instead of emitcode() * src/hc08/gen.c (genLabel, genhc08Code), * src/SDCCdebug.h: Added additional debugger hooks needed for DWARF * src/cdbFile.c (cdbWriteLabel, cdbWriteScope): Added stubs for unneeded debugger hooks * src/hc08/gen.c (genEndFunction, genhc08Code), * src/hc08/gen.h, * src/mcs51/gen.c (genEndFunction, gen51Code), * src/mcs51/gen.h, * src/ds390/gen.c (genEndFunction, gen390Code), * src/ds390/gen.h, * src/z80/gen.c (genEndFunction, genZ80Code), * src/z80/gen.h, * src/z80/z80.h, * src/pic/gen.c (genEndFunction, genpic14Code), * src/pic/gen.h, * src/pic16/gen.c (genEndFunction, genpic16Code), * src/pic16/gen.h, * src/avr/gen.c (genEndFunction, genAVRCode), * src/avr/gen.h, * src/xa51/gen.c (genEndFunction, genXA51Code), * src/xa51/gen.h, * src/cdbFile.c (cdbWriteFunction, cdbWriteEndFunction): moved cdb specific code to cdbFile.c and out of the backend code generators * as/hc08/lkmain.c (main): removed OMF51 support from link-hc08 * as/hc08/lkarea.c (lnkarea): areas with NOLOAD attribute default starting address is now 0 * as/hc08/asm.h, * as/hc08/m08pst.c, * as/hc08/asmain.c (asmbl): implemented the .sleb128 and .uleb128 assembler directive for DWARF support * as/hc08/lkelf.c (elf): only increment address when rtflg[] set * src/src.dsp, * src/Makefile.in, * src/SDCCdwarf2.c: preliminary DWARF (ver 2) debugger data generator 2004-05-04 Erik Petrich * src/hc08/gen.c (genJumpTab, emitcode, genhc08code): fixed stack error and inappropriate peephole optimization in jump tables 2004-04-30 Jesus Calvino-Fraga * as/hc08/m08pst.c, * src/SDCCglue.c: sdccopt works for the hc08 port now 2004-04-27 Bernhard Held * src/SDCCicode.c (geniCodePreInc, geniCodePreDec): fixed bug #942130 2004-04-27 Jesus Calvino-Fraga * as/hc08/lkelf.c: sdccconf.h is not available in WIN32 2004-04-24 Erik Petrich * src/SDCCpeeph.c (replaceRule): support empty replacement peephole rules * src/SDCCmain.c, * src/SDCCglobl.h, * src/SDCCpeeph.c (getPeepLine): new option --no-peep-comments omits comments from the peephole optimizer replacement rules * src/SDCCmem.c (printAllocInfoSeg): give actual location of spilled symbols * src/SDCCcse.c (updateSpillLocation), * src/SDCCopt.c (killDeadCode, findReqv): better tracking of register equivalents * src/hc08/ralloc.c (regTypeNum): pseudo symbols must be in DATA only * src/hc08/main.c (_hc08_finaliseOptions): made pointers to stack objects far pointers 2004-04-23 Erik Petrich * src/SDCCsymt.h: a missing part of my last change * src/pic/ralloc.c (regTypeNum), * src/pic16/ralloc.c (regTypeNum): fixed statement/declaration order 2004-04-23 Erik Petrich * src/SDCCicode.h, * src/SDCCicode.c (aggrToPtrDclType), * src/SDCCptropt.h, * src/SDCCptropt.c (ptrBaseRematSym, ptrPseudoSymSafe, ptrPseudoSymConvert), * src/pic/ralloc.c (regTypeNum), * src/pic16/ralloc.c (regTypeNum), * src/hc08/ralloc.c (regTypeNum), * src/ds390/ralloc.c (regTypeNum), * src/mcs51/ralloc.c (regTypeNum): check for dependancy hazards before creating pseudo symbols (fixed bugs #777768, #930484, and #933966) 2004-04-22 Erik Petrich * link/z80/lkmain.c (afile), * as/hc08/lkmain.c (afile), * as/mcs51/lkmain.c (afile): fix suggested by Maarten Brock to prevent a pointer problem when a filename has no directory and no extension specified. 2004-04-21 Erik Petrich * link/z80/lkmain.c (afile): allow periods in directory names * link/z80/lkmain.c (afile), * as/mcs51/lkmain.c (afile), * as/hc08/lkmain.c (afile): allow linker script file to have an extension other than ".lnk" * link/z80/lklex.c (getfid), * link/z80/lkmain.c (parse), * as/mcs51/lklex.c (getfid), * as/mcs51/lkmain.c (parse), * as/hc08/lklex.c (getfid), * as/hc08/lkmain.c (parse): Support comments in the linker script file on lines by themselves and after filenames 2004-04-20 Jesus Calvino-Fraga * as/link_hc08.dsp: Added as/hc08/lkelf.c to project. 2004-04-20 Erik Petrich * src/z80/peeph-z80.def: removed some peephole rules that don't work with multibyte arithmetic (fixed bug #937126) * src/mcs51/peeph.def: fixed peephole rules 150-158 to apply only to registers and not global variables * src/SDCCicode.c (geniCodeAssign, ast2iCode, geniCodePostInc, geniCodePreInc, geniCodePostDec, geniCodePreDec, geniCodeLogicAndOr, geniCodeConditional): enforce strict lvalue checking for assignments not internally generated (fixed bug #931895) * src/SDCC.y (postfix_expr): ignore typedefs when looking for a structure member (fixed bug #930072) 2004-04-19 Erik Petrich * src/SDCCmain.c (linkEdit), * src/hc08/main.c (_hc08_parseOptions), * as/hc08/Makefile.in, * as/hc08/aslink.h, * as/hc08/asm.h, * as/hc08/m08pst.c, * as/hc08/lkrloc.c (relr, rele), * as/hc08/lkarea.c (lnkarea) * as/hc08/lkmain.c (afile, parse), * as/hc08/lkelf.c: support for ELF output * as/hc08/lks19.c (s19), * as/hc08/lkihx.c (ihx): ignore areas with the NOLOAD attribute 2004-04-17 Jesus Calvino-Fraga * as/mcs51/lkihx.c: Fixed bug #899105. 2004-04-16 Jesus Calvino-Fraga * doc/sdccman.lyx: Added instructons on how to convert MSVC .dsw and .dsp files from Unix to DOS. 2004-04-16 Erik Petrich * doc/sdccman.lyx: removed the ANSI-C noncompliance note regarding function pointers; we have been compliant for several months now. * src/mcs51/ralloc.c (serialRegAssign): enabled part of my 2004-04-13 change that was accidently commented out * src/mcs51/gen.c (freeAsmop, getFreePtr, freeForBranchAsmop, genIfxJump, genCmpEq, jmpTrueOrFalse, genCmp, genAnd, genOr, genXor, genIfx): fixed bug #922319 2004-04-15 Erik Petrich * src/hc08/gen.c: output of all of the internal debugging information is now controlled by the D() macro; it is disabled by default 2004-04-13 Erik Petrich * src/mcs51/ralloc.c (serialRegAssign, fillGaps, allocThisReg): try harder to keep the same registers during a CAST iCode * src/SDCCopt.c (optimizeCastCast, eBBlockFromiCode): casts of char to long via int can be done in a single cast, if the signedness is correct. * support/regression/tests/bug-927659.c: fixed to avoid conflict with putchar() in tinibios.c in ds390's library 2004-04-12 Bernhard Held * src/SDCCast.c (decorateType): fixed bug #898889, cast result of a literal complement too * src/mcs51/ralloc.c (packRegsForAssign): fixed bug #930931, fixed check for bitfields 2004-04-11 Bernhard Held * src/SDCCicode.c (geniCodeLogic): made it static, (geniCodeLogicAndOr): added in order to fix bug #905492, (ast2iCode): fixed bug #905492 * support/regression/tests/bug-905492.c: added * src/SDCCast.c (decorateType): don't decorate/process parms twice, (processParms): fixed bug #927659: don't copy parms, this will clear decorated flag * support/regression/tests/bug-927659.c: added 2004-03-29 Bernhard Held * src/SDCCast.c (addCast): don't cast float to char * device/lib/libsdcc.lib: added _memmove 2004-03-28 Bernhard Held * device/lib/large/Makefile: fixed parallel execution by replacing `make` by `$(MAKE)` 2004-03-28 Erik Petrich * src/hc08/gen.c (genPointerGetSetOfs): correctly handle 1 byte array offsets (fixes bug #923936) 2004-03-26 Bernhard Held * device/lib/small/Makefile: fixed parallel execution by replacing `make` by `$(MAKE)` 2004-03-23 Bernhard Held * device/lib/vprintf.c (vsprintf): minor optimization, see bug #801101 2004-03-23 Scott Dattalo * src/pic/gen.c (genCpl): multi-byte complements were not working. * src/regression/Makefile: Regression test was not running. 2004-03-23 Bernhard Held * src/SDCCast.c (resultTypePropagate, decorateType): avoid promotion to int for complement if possible * src/SDCCval.c (valComplement), * src/SDCCicode.c (operandOperation): fixed complement of literal * support/regression/tests/onebyte.c (testComplement): added 2004-03-22 Bernhard Held * src/SDCCast.c (processParms): fixed bug #920866; decorateType() can return an optimized tree; actually replace actParm with the new tree * src/SDCCast.h: added some parantheses to remove side effects * support/regression/tests/bug-920866.c 2004-03-21 Scott Dattalo * src/pic/gen.c, src/pic/gen.h, src/pic/genarith.c, src/pic/pcode.c: Bit operands were not being handled properly in the pic14 port. (now src/regression/add.c passes again). 2004-03-20 Erik Petrich * src/SDCC.y (labeled_statement): case and default no longer require a following statement (RFE #893037) 2004-03-19 Erik Petrich * src/mcs51/gen.c (pushSide, genSignedRightShift, genDjnz, geniPush): use MOVA macro to avoid "mov a,acc" when peephole optimizer is disabled (fixes bug #916294) * sim/ucsim/s51.src/mov.cc (inst_mov_a_addr): Throw an error on "mov a,acc"; patch provided by Lenny Story * device/include/mc68hc908gp32.h: header contibuted by Juan Gonzalez 2004-03-19 Erik Petrich * src/mcs51/gen.c (genFunction): optimize RECEIVE in reentrant functions * src/ds390/gen.c (genFunction, genEndFunction), * src/ds390/ralloc.c (ds390_assignRegisters), * src/mcs51/gen.c (genFunction, genEndFunction, mcs51_assignRegisters): * src/mcs51/ralloc.c (mcs51_assignRegisters): Skip optimizing registers pushed if there are parameters passed on the stack. Also, a cleaner way to decide if r0/r1 should be pushed/popped. (Together they fix bug #918693) 2004-03-18 Erik Petrich * doc/sdccman.lyx, * device/lib/mcs51/crtpagesfr.asm, * device/lib/mcs51/crtxinit.asm, * device/lib/mcs51/crtxstack.asm: Changed name of _PAGESFR to _XPAGE to avoid confusion with Si Lab's SFRPAGE register. 2004-03-17 Erik Petrich * src/SDCCglue.c (emitMaps): allow public sfr variables * src/SDCCglue.c (initialComments): include compiler build date with compiler version and put the timestamp of the generated assembly file on a serperate line to be less confusing. * src/port.h: added genInitStartup hook * src/avr/main.c, * src/ds390/main.c, * src/hc08/main.c, * src/pic/main.c, * src/pic16/main.c, * src/xa51/main.c, * src/z80/main.c: genInitStartup initialize as NULL (default to historical behaviour) * src/SDCCglue.c (glue): _sdcc_gsinit_startup is now port specific. * src/mcs51/main.c: (_mcs51_genInitStartup, _mcs51_genExtraAreas, _mcs51_genXINIT, _mcs51_genRAMCLEAR): link initialization code from the library instead of hard coding it into the compiler. * support/regression/ports/mcs51-stack-auto/spec.mk, * src/SDCCmain.c (linkEdit): added mcs51.lib to the link libraries * device/lib/mcs51/Makefile, * device/lib/small/Makefile, * device/lib/large/Makefile, * device/lib/mcs51/crtpagesfr.asm, * device/lib/mcs51/crtstart.asm, * device/lib/mcs51/crtxclear.asm, * device/lib/mcs51/crtxinit.asm, * device/lib/mcs51/crtclear.asm, * device/lib/mcs51/crtxstack.asm: move most of the mcs51 C runtime startup/initialization out of src/SDCCglue.c and src/mcs51/main.c and into user configurable files. * device/lib/clean.mk: clean mcs51 directory too * support/regression/tests/longlit.c: added static to T1 declaration * doc/sdccman.lyx: documented _PAGESFR sfr for customizing pdata accesses in the initialization code 2004-03-14 Erik Petrich * device/include/mc68hc908qy.h: corrected declarations of FLBPR and OSCTRIMVAL as noted in bug #916008 2004-03-14 Erik Petrich * src/SDCCloop.c (basicInduction): fixed bug with loop induction in loops with multiple exits (reported as incorrect registers used by Martin Helmling in Sdcc-user list) 2004-03-12 Frieder Ferlemann * src/ds390/main.c (_ds390_genAssemblerPreamble): cosmetic change, made ds390 register extensions look less like error messages 2004-03-12 Erik Petrich * src/SDCCglue.c (printIvalPtr): fixed bug with pointer initializer reported by Adam Wozniak in Sdcc-user list 2004-03-10 Bernhard Held * src/SDCCast.c (decorateType): fixed with bug and promotion in arithmetic optimizations, added debug output 2004-03-09 Bernhard Held * device/lib/time.c (mktime): fixed bug reported by Bert Thomas * sdcc.spec: updated and split sdcc into 3 rpms * src/SDCCast.c (decorateType): &|^ don't need addCast(); addCast() is needed for literals of LEFT_OP and '+' * src/SDCCicode.c (geniCodeLogic): I must have been braindead when I introduced RESULT_TYPE_NOPROM (geniCodeMultiply): fixed logic for decision if mul is optimized to left shift * src/SDCCsymt.c (computeType): op is int; added RESULT_TYPE_OTHER; limited promotion to int only for '*' * src/SDCCsymt.h (computeType): op is int, removed RESULT_TYPE_NOPROM 2004-03-09 Hans Dorn * src/pic16/gen.c (genSkip), (genc16bit2lit), (gencjneshort): commented out (is_LitOp): new helper function, checks operand type (genCmpEq): rewritten 2004-03-08 Bernhard Held * support/regression/tests/bug-908454.c: added 2004-03-07 Bernhard Held * src/SDCCast.c (addCast): fixed bug #908454 by promoting bits to char * src/SDCCicode.c (usualBinaryConversions): op needs int type (geniCodeCast): cosmetic, don't preserve bit storage class (geniCodeLeftShift): added promotion (geniCodeLogic): fixed regression * src/SDCCsymt.c (computeTypeOr): accept bits too (compareType): 2nd part of fix for bug #908454, needed for bitfields 2004-03-07 Borut Razem * support/Util/findme.c: alloca() replaced with malloc()/free() pair 2004-03-06 Vangelis Rokas * src/pic16/ralloc.c (pic16_genPackRegisters): reverted to old version of pic16_genPackRegisters which does not check if ic is a CAST operator, * src/pic16/gen.c (ifxForOp): disabled new and untested code in function cause string1.c regression test fails 2004-03-06 Bernhard Held * sim/ucsim/configure.in, * sim/ucsim/configure, * sim/ucsim/doc/Makefile.in: use docdir * src/SDCC.y: fixed sbit atrributes * src/SDCCast.c (getResultTypeFromType): added support for bitfields * src/SDCCast.c (decorateType): |^& need special promotion handling * src/SDCCast.h, * src/SDCCsymt.h: moved definition of RESULT_TYPE * src/SDCCsymt.h (computeType), * src/SDCCicode.c: computeType() needs op * src/SDCCsymt.c (checkTypeSanity), * doc/sddman.lyx: "plain" bitfields are unsigned * src/SDCCsymt.c (computeTypeOr): added * src/SDCCsymt.c (computeType): added support for bitfields, fixed |^& ops * src/SDCCval.c (val*): computeType() needs op * src/SDCCval.c (valCastLiteral): fixed casting of bitfields * support/regression/tests/onebyte.c: added tests for |^& 2004-03-06 Hans Dorn * src/pic16/gen.c: (genpic16Code) use copy of printILine's output for writing icode into asm output. 2004-03-05 Vangelis Rokas * src/pic16/device.c: added some debug lines enabled with macro DEBUG_CHECK, * src/pic16/genarith.c: more debug in genPlus, * (pic16_genUMult8XLit_16, pic16_genUMult8X8_16): removed, * (pic16_genUMult16X16_16, pic16_genUMult16XLit_16): NEW, * src/pic16/gen.c: added prototypes for pic16_genMult16X16_16, * (aopForSym): onStack symbols are re-placed in data memspace, and onStack flag is cleared, * (pic16_popGetTempReg, pic16_popReleaseTempReg): modified to copy temporary pcodeop, * (genPcall): added warning for not updating PCLATU, * (genFunction): removed test with IFFUNC_CALLEESAVES, its always true for pic16 port, * (genMultOneWord): NEW, supports integer multiplication, * (genMult): modified to call genMultOneWord, * (ifxForOp): added warning when return NULL, * src/pic16/glue.c (pic16emitRegularMap): symbol implicit flag is set before call to operandFromSymbol for implicit added structures, * src/pic16/main.c (_pic16_finaliseOptions): options.float_rent, options.intlong_rent are set by default, * (_hasNativeMulFor): modified to allow port generation of integer multiplication, * src/pic16/ralloc.c (pic16_allocDirReg): commented out line which set regtype to REG_SFR for all registers, restricting seting the accessBank flag for registers 0<= r < 0x80 and 0xf80<=r<=0xfff, 2004-03-05 Frieder Ferlemann * src/mcs51/peephole.def: added 251.b and 253.x. 253.x are applied more than 500 times in the regression tests 2004-03-05 Erik Petrich * support/Util/SDCCerr.h, * support/Util/SDCCerr.c, * src/SDCC.y (struct_or_union_specifier, enum_specifier, enumerator_list), * src/SDCCsymt.c (addSymChain): show location of oriignal definition for symbol conflicts. * support/valdiags/tests/enum.c, * support/valdiags/tests/tentdecl.c, * support/valdiags/tests/struct.c: expect possible error messages referring to original symbol definitions. * src/SDCC.y (struct_or_union_specifier, struct_declarator), * src/SDCCsymt.h, * src/SDCCsymt.c (promoteAnonStructs): support anonymous struct/union 2004-03-03 Hans Dorn * src/pic16/gen.c (gencjne): fixed for right=REG / left=LIT 2004-02-03 Vangelis Rokas * src/pic16/ralloc.c (newReg): fixed bug #908929 2004-03-02 Erik Petrich * src/ds390/gen.c: added missing #include "main.h" 2004-03-02 Vangelis Rokas * src/pic16/device.c (checkAddSym): NEW, adds a symbol to set while checking if symbol is already in set, * src/pic16/device.h: prototype for checkAddSym, * src/pic16/gen.c: (_G): added entry interruptvector, * (assignResultValue): removed some commented out lines, * (genFunction): check for ISR via sym->type, absolute section for interrupt code is created via a new pBlock, the goto instruction is placed now correctly at the interrupt vector position, changed all references from ivec to _G.interruptvector, * WREG,STATUS,BSR are not saved in stack upon an entry to interrupt is the interrupt is a high priority one, same for return from ISR, * src/pic16/glue.c: changed all calls of addSetHead for publics and externs to calls of checkAddSym, * src/pic16/pcode.c (pic16_pBlockConvert2*): emit warning when pic16_pcode_verbose flag is set, * src/pic16/pcode.h: extern to pic16_pcode_verbose, * src/pic16/pcoderegs.c: message about how many registers are saved will only be emitted if pic16_pcode_verbose flag is set, 2004-03-02 Erik Petrich * src/ds390/ralloc.h, * src/ds390/ralloc.c (ds390_regWithIdx), * src/ds390/gen.c (emitcode), * src/ds390/main.h, * src/ds390/main.c (instructionSize, ds390newAsmLineNode, updateOpRW, ds390opcodeCompare, asmLineNodeFromLineNode, getInstructionSize, ds390operandCompare, getRegsRead, getRegsWritten, initializeAsmLineNode): customized instruction size calculation for ds390, started basis for some register optimizations * src/ds390/gen.c (gen390Code, emitcode): associate iCodes with corresponding assembly output * src/ds390/gen.c (genFunction, genEndFunction): added case to handle missing push/pop of r0/r1. Optimized push/pops 2004-03-01 Erik Petrich * src/mcs51/main.c (instructionSize): fixed ACALL size * src/mcs51/main.c (updateOpRW): fixed bug with @dptr, @a+dptr operands 2004-03-01 Vangelis Rokas * src/pic16/device.c (pic16_dump_section): fixed a bug that allowed the sorting of rlist with NULL elements * (print_idataType, print_idata): NEW to create idata sections * src/pic16/device.h: idataSymSet new variable * src/pic16/gen.c (genFunction): fixed some bugs in string comparing, improved the absolute section creation for ISRs, added FSR0L/FSR0H in registers that are saved in an ISR, * (genInline): fixed the processing of inline snippets, now they undergo no process by the peephole optimizer * src/pic16/glue.c (pic16emitRegularMap): symbols with initialiser are placed in idataSymSet, * (pic16emitStaticSeg): extern symbols are added in externs, * src/pic16/ralloc.c (pic16_allocDirReg): work around to reduce bank switching when aboslute variables are placed in access bank memory * (pic16_writeUsedRegs): added call to pic16_dump_idata, * (packRegsForSupport,packRegsForAccUse,packRegsForOneuse): commented out with #if, * (pic16_packRegisters): reintroduce the check for CAST because some symbols are not correctly handled, * src/pic16/pcode.h: changed the definition of pCodeAsmDir to hold a pCodeInstruction instead of pCode, * src/pic16/pcode.c (pic16_newpCodeAsmDir): modified for the new pCodeAsmDir definition, * (pic16_pCode2str, genericPrint): when an AsmDir pcode has a NULL directive, then the argument directive is emitted without the leading tab, hack for inline labels which must be in the first column, * (compareLabel,pic16_findNextInstruction), * (pic16_findPrevInstruction): added case for PO_ASMDIR, * (insertBankSwitch): modified for the new pCodeAsmDir, 2004-03-01 Hans-Juergen Dorn patch applied by Vangelis Rokas * src/pic16/gen.c (pic16_popGet): case PO_DIR, adds the offset to instance, * (pushSide): commented out with #if, * (assignResultValue): fixed some typos in saving registers, * (genPcall): FIXED and sync'ed with genCall, * (genDataPointerGet,genDataPointerSet): using offset not leoffset * (genNearPointerGet): fixed to handle some more cases, implementation scheme via table reads, * (genConstPointerGet): modified to access code memory correct, * (genCodePointerGet,genNearPointerSet,genGenPointerSet): modified and improved to handle some cases * glue.c (printIvalType,printIvalChar,emitStaticSeg): use "DB" instead of "RETLW" for init data * src/pic16/ralloc.c (pic16_allocDirReg): warning when a symbol is not IN_DIRSPACE, work around to reduce bank switching when aboslute variables are placed in access bank memory (<0x80 and >=0xf80), * src/pic16/pcode.c: added SFRs TBLPTR, TABLAT, added opcodes TBLRD, TBLRD_POSTINC,TBLRD_POSTDEC,TBLRD_PREINC,TBLWT,TBLWT_POSTINC, TBLWT_POSTDEC,TBLWT_PREINC * Fixed initialisation of BSR, set "alias" for SSAVE to "0" * (pic16_emitDB,pic16_flushDB): New functions to generate "DB" directives * (pic16_pCodeConstString): use "DB" instead of "RETLW" * src/pic16/pcode.h: added TBLRD*,TBLWT*, added pic16_emitDB, pic16_flushDB, made pic16_newpCodeAsmDir public, added TBLPTR, TABLAT * src/pic16/ralloc.h: added IDX_BSR,IDX_TBLPTR*,IDX_TABLAT 2004-02-29 Borut Razem * src/Makefile.in, src/SDCCutil.c, support/Util/findme.c, support/Util/findme.h, support/Util/system.h: enhance binary relative search for lib and include by using findProgramPath() 2004-02-28 Erik Petrich * src/SDCCpeeph.h, * src/SDCCpeeph.c (pcDistance), * src/port.h, * src/mcs51/ralloc.h, * src/mcs51/ralloc.c (mcs51_regWithIdx), * src/mcs51/main.h, * src/mcs51/main.c (instructionSize, asmLineNode, updateOpRW, mcs51opcodeCompare, asmLineNodeFromLineNode, getInstructionSize, mcs51operandCompare, getRegsRead, getRegsWritten): made instruction size calculation port specific, started basis for some register optimizations * src/mcs51/gen.c (genFunction, genEndFunction): added case to handle missing push/pop of r0/r1. Optimized push/pops * src/mcs51/ralloc.c (packregisters): fixed bug #727095 * device/lib/_modsint.c (_modsint), * device/lib/_modslong.c (_modslong): fixed sign of result in non-asm and stack version so regression tests pass 2004-02-26 Bernhard Held * src/Makefile.in (dep): include SLIBOBJS in dependency check * src/SDCCast.c (decorateType): catch another small optimization with '?' operator * src/SDCCsymt.c (computeType): added comments and cosmetic changes * src/SDCCval.c (valMult, valDiv, valMod, valPlus, valMinus, valShift): modified to finally use computeType() all over SDCC, see Feature Request #877103 * src/SDCCval.h: cosmetic * src/SDCCicode.c (operandOperation): fixed EQ_OP bug, now same as in valCompare(); regression tested in muldiv.c * support/regression/tests/muldiv.c (testMod): mod sign follows dividend only 2004-02-23 Bernhard Held * src/SDCCast.c (decorateType): fixed bug #902362 * doc/INSTALL.txt: fixed install instructions for win32 2004-02-21 Bernhard Held * device/include/Makefile.in (install): fixed by replacing spaces by tabs * doc/README.txt, * doc/INSTALL.txt: updated for release * doc/sdccman.lyx: added warning for --xstack being buggy 2004-02-20 Bernhard Held * src/pic16/ralloc.c (packRegsForAccUse): disabled functions with #if to eliminate build warnings. * src/pic16/gen.c (pic16_popGet): fixed for gcc 2.95.4 2004-02-20 Vangelis Rokas Hans-Juergen Dorn * doc/sdccman.lyx: removed PIC16 from PIC16 Port Specific Options, removed -penable-stack, added comment for stack pragma, added warning for not initializing the stack/frame registers, removed comment at interrupts section Stack is made permanent, there is no ability to disable stack usage. * src/pic16/device.h, * src/pic16/device.c: removed all references to USE_STACK macro, * src/pic16/device.c (pic16_dump_section): when no elements in rlist, free rlist before return, * (pic16_dump_int_registers): NEW, internal registers are a new set of general purpose registers reused by each function, * (checkAddReg): returns 1 if registers is added to set, * (pic16_groupRegistersInSection): when a registers is of type PO_GPR_TEMP add it in pic16_int_regs and not in pic16_rel_udata, * src/pic16/device.h: memRange and Assigned Memory are deleted, SRCASECMP macro is moved here from device.c * src/pic16/genarith.c (pic16_pCodeOpType): added cases for PO_PCLATU, PO_PRODL, PO_PRODH, * (pic16_pCodeOpType, genMinus, changed compares to "a" register, with AOP_ACC, * (pic16_genPlus): fixed some bugs and indented properly, * (pic16_addSign): changed size to size+offset in the MOVWF instruction, * (pic16_genUMult8XLit_8): NEW, uses processor MULLW instruction to multiply 8-bit operand by literal, result is 8-bit, * (pic16_genUMult8X8_8): NEW, uses processor MULWF instruction to multiply 2 8-bit operand, result is 8-bit, * (pic16_genMult8X8_8): modified to call genUMult8X*_8 functions and not genUMult8X*_16, * src/pic16/gen.c: changed accUse to contain WREG only, * (pic16_emitcomment): renamed to pic16_emitpcomment, * (aopForSym): allocated dir register when IN_DIRSPACE(space) is, true, do not use immediate addressing any more unless sym is a pointer in codespace, * (aopForRemat): do not use immediate addressing when symbol not in codespace and when symbol's address is requested, * (aopOp): for-loop in if(sym->accUse) is modified for the new accUse size (= 1), * (aopGet): added case for AOP_ACC and don't return "accumulator bug" but WREG instead, * (popGetTempReg): pushes contents of temporary register in stack, * (popReleaseTempReg): pops contents of temporary register from stack. Use popGetTempReg/popReleaseTempReg in aligned pairs, * (pic16_popGet): separated case AOP_ACC to return register WREG from processor registers, AOP_PCODE not checks if pcop is PO_DIR or PO_IMMEDIATE and initializes their instance/offset appropriately, * The whole issue with aopForSym,aopForRemat,popGet) is to minimize the use of immediate pointers to certain cases only. * (pic16_pushpCodeOpReg, pic16_poppCodeOpReg): use pic16_popGet2p, * (pic16_loadFromReturn, pic16_storeForReturn: NEW, * (assignResultValue, genCall, genRet): modified to use the new function return value scheme with WREG,PRODL,PRODH,FSR0L and FSR0, genPcall is still broken, * (genFunction): added code to create 'A' type pBlocks when interrupt functions are generated, code not extensively tested yet, ISRs push WREG,STATUS,BSR,PRODL,PRODH,FSR0L,FSR0H registers on stack, * (genEndFunction): modified so ISRs pop stored registers from stack, * (genMultOneByte): cleanup, * (AccRsh): added flag andmask, to and result with appropriate mask, * (genUnpackBits,genPackBits): fixed and can handle bit fields, * (genDataPointerGet): fixed and reenabled its use, * (genNearDataPointerGet): bugs fixed, * (genDataPointerSet): bugs fixed, * src/pic16/genutils.c: added functions pic16_DumpValue,pic16_DumpAop, pic16_DumpSymbol, pic16_DumpOp, * src/pic16/genutils.h: function prototypes for the above functions, * src/pic16/glue.c: new flags initsfpnt, to initialize stack/frame pointers, * (pic16emitRegularMap): many many many improvements, but needs a major cleanup, * src/pic16/main.c: enable_stack in pic16_options is removed, * (_pic16_parseOptions): removed command line options -penable-stack, * (_process_pragma): emit stack symbol only when stack pragma is processed, * src/pic16/pcode.c: pic16_pc_fsr0 is removed, all operations are redirected to FSR0L/FSR0H pair, * (pic16_get_op, pic16_get_op2): modifications and improvements, * (pic16_getRegFromInstruction, pic16_getRegFromInstruction2): added cases PO_PRODL,PO_PRODH, pic16_getRegFromInstruction2 returns sane for immediates, * (insertBankSwitch): modified to handle cases like: (alfa + 1) * (dumpPicOptype): NEW, * src/pic16/pcode.h: added PO_PCLATU,PO_PRODL,PO_PRODH in enum, * src/pic16/pcoderegs.c (pCodeRegMapLiveRangesInFlow): fixed bug with movff instruction, * src/pic16/ralloc.c: renamed typeRegWithIdx to pic16_typeRegWithIdx, added pic16_int_regs, some packRegsFor* functions are commented out, because produce errors, * src/pic16/NOTES: minor modifications 2004-02-18 Jesus Calvino-Fraga * as/mcs51/aslink.h, as/mcs51/lkarea.c, as/mcs51/lkdata.c, as/mcs51/lkmain.c, as/mcs51/lkmem.c, src/SDCCglob.h, src/SDCCmain.c: added options --stack-size and --pack-iram. * doc/sdccman.lyx: described options --stack-size and --pack-iram. * as/mcs51/lkaomf51.c: fixed bug #895763 2004-02-17 Bernhard Held * device/include/c8051f320.h: added. Contributed by Maarten Brock. 2004-02-17 Erik Petrich * doc/sdccman.lyx: added details about the HC08 storage classes and interrupts, fixed the register usage info for z80 & gbz80 2004-02-17 Vangelis Rokas * doc/sdccman.lyx: added more pic16 port documentation * device/include/pic16/: added header pic18fregs.h 2004-02-16 Bernhard Held * doc/sdccman.lyx: added Vangelis' contribution 2004-02-16 Erik Petrich * src/SDCClrange.c (rlivePoint): live range of SEND operand should extend to the next CALL or PCALL, not just to the next CALL. 2004-02-16 Vangelis Rokas * src/pic16/gen.c (genInline): fixed bug #896482 with inline assembly 2004-02-15 Erik Petrich * src/mcs51/ralloc.c (packRegsForAssign, reassignAliasedSym): fixed bug #895752 and a better fix for bug #716790 2004-02-15 Erik Petrich * src/SDCCsymt.c (processFuncArgs): fixed bug #896796 2004-02-14 Frieder Ferlemann * doc/sdccman.lyx: minor changes, minor changed 2004-02-13 Bernhard Held * src/SDCCicode.c (usualBinaryConversions): removed pic16 from ports which can't handle SDCC_NEWONEBYTEOPS, (geniCodeMultiply): removed conversion from mult to shift for pic14 and pic16 2004-02-12 Erik Petrich * src/hc08/gen.h, * src/hc08/gen.c (storeRegToAop, aopOp, aopAdrStr, accopWithAop, rmwWithAop): Ported my 2003-10-02 fix for bug #663539 to the hc08, thus fixing bug #895406 2004-02-11 Bernhard Held * device/lib/_modsint.c, * device/lib/_modslong.c: sign follows divisor only * src/hc08/gen.c (genMultOneByte): if result size is 1, signs or signedness can be ignored * src/SDCCast.c (addCast): cosmetic - added lineno to CAST * src/SDCCast.c (resultTypePropagate): added even more ops: +, - and *, added optimization for IFX, (decorateType): Mult/Div/ModOneByte ops can handle all kind of signed arguments; reenabled optimization for IFX, which was removed on 2004-01-11 * src/SDCCast.h: added return type IFX * src/SDCCicode.c: Mult/Div/ModOneByte ops can handle all kind of signed arguments with 8 or 16 bit results; pic14 and pic16 ports use old promotion behaviour; env. var. SDCC_NEWONEBYTEOPS selects the new, SDCC_OLDONEBYTEOPS selects the old behaviour * src/SDCCsymt.c (computeType): type2 can be NULL (for LEFT_OP); changed again and commented promotion rule * src/SDCCval.c (valDiv): promotion no longer necessary * src/ds390/gen.c (genMultOneByte) (genDivOneByte) (genModOneByte), * src/mcs51/gen.c (genMultOneByte) (genDivOneByte) (genModOneByte): rewritten * support/regression/tests/onebyte.c: added 2004-02-11 Vangelis Rokas * gen.c (genInline): reverted to old code for assemnling inline code because of bug reported James Chadd 2004-02-10 Vangelis Rokas * ralloc.h: missing declarations from previous patch, seems that patch for ralloc.h was never applied, fixed 2004-02-10 Hans-Juergen Dorn patch committed by Vangelis Rokas * pcode.c, * pcode.h, * ralloc.h: added FSR0L, FSR0H and other missing PIC16 SFR's for indirect addressing. Marked FSR0 as deprecated * gen.c (pointerCode): commented out, not needed now (pic16_popGet2p): new MOVFF helper function (genGenPointerGet), (genGenPointerSet): reimplemented with MOVFF and POSTINC0 (shiftRLong): removed duplicate debugging info 2004-02-10 Erik Petrich * src/ds390/gen.c (genNearPointerGet), * src/mcs51/gen.c (genNearPointerGet): allow the genDataPointerGet() optimization with bits, but not bitfields. * src/ds390/ralloc.c (packRegisters), * src/mcs51/ralloc.c (packRegisters): fixed bug #884453 & #880832 2004-02-09 Bernhard Held * src/SDCCcse.c (algebraicOpts): copy operands before modification 2004-02-09 Erik Petrich * src/SDCCsymt.h, * src/SDCCicode.c (operandFromSymbol), * src/mcs51/ralloc.c (verifyRegsAssigned, serialRegAssign), * src/ds390/ralloc.c (verifyRegsAssigned, serialRegAssign), * src/z80/ralloc.c (verifyRegsAssigned, serialRegAssign), * src/hc08/ralloc.c (verifyRegsAssigned, serialRegAssign), * src/pic/ralloc.c (verifyRegsAssigned, serialRegAssign), * src/pic16/ralloc.c (verifyRegsAssigned, serialRegAssign): fixed bug #892038 * src/SDCCast.c (createIvalStruct, createIvalArray, gatherAutoInit), * src/SDCCglue.c (emitRegularMap, printIvalStruct, printIvalArray, printIvalCharPtr, printIvalPtr, printIval, emitStaticSeg, emitOverlay) * src/SDCCsymt.c (newSymbol), * src/SDCC.y (struct_or_union_specifier, enum_specifier, enumerator_list), * src/SDCCval.h, * src/SDCCval.c (newiList): fixed bug #885705 2004-02-08 Jesus Calvino-Fraga * doc/sdccman.lyx: added section 3.1.4: sdcclib. * as/mcs51/lkmem.c: report the size of the stack in .mem file. 2004-02-08 Frieder Ferlemann * device/include/c8051f120.h, * device/include/c8051f300.h, * device/include/c8051f310.h: added/updated header files for Silicon Laboratories (formerly Cygnal) CPUs. Contributed by Maarten Brock. * doc/sdccman.lyx: minor changes, recommended diff -Naur and diff -u in new section Submitting patches 2004-02-08 Erik Petrich * src/mcs51/gen.c (genNearPointerGet, genPagedPointerGet, genFarPointerGet, genCodePointerGet, genGenPointerGet, genNearPointerSet, genPagedPointerSet, genFarPointerSet, genGenPointerSet), * src/ds390/gen.c (genNearPointerGet, genPagedPointerGet, genFarPointerGet, genCodePointerGet, genGenPointerGet, genNearPointerSet, genPagedPointerSet, genFarPointerSet, genGenPointerSet), * src/pic16/gen.c (genNearPointerGet, genPagedPointerGet, genFarPointerGet, genCodePointerGet, genGenPointerGet, genNearPointerSet, genPagedPointerSet, genFarPointerSet, genGenPointerSet), * src/pic/gen.c (genNearPointerGet, genPagedPointerGet, genFarPointerGet, genCodePointerGet, genGenPointerGet, genNearPointerSet, genPagedPointerSet, genFarPointerSet, genGenPointerSet): fixed bug #892400 * src/pic16/gen.c (genSkipz, AccRol): disabled functions with #if 0 to eliminate build warnings. * src/SDCCast.c (processParms), * src/SDCC.y (function_declarator2, declarator2_function_attributes): fixed bug 751859 * support/valdiag/valdiag.py: added GCC to the list of defines active when compiling with gcc 2004-02-07 Erik Petrich * support/Util/SDCCerr.h, * support/Util/SDCCerr.c, * src/SDCCast.c (decorateType, sizeofOp): complain when sizeof is used with an incomplete type (fixed bug #883734) * src/SDCCicode.c (geniCodeCast): fixed bug #890510 2004-02-07 Erik Petrich * src/pic16/gen.c (genCmpEq, shiftRLong): fixed declarations 2004-02-06 Erik Petrich * src/SDCCast.c (decorateType), * src/SDCCicode.c (geniCodeParms, geniCodeCall): fixed bugs in my ANSI function pointer implementation * support/regression/tests/funptrs.c: added tests to verify both forms of function pointers work correctly. Added tests to verify parameters are passed in the correct order. 2004-02-06 Vangelis Rokas * device.c (regCompare): registers are sorted by ascending address and increasing size, * main.c (_pic16_finaliseOptions): removed the declaration of compiler macro MCU. Now a macro of the format pic18fxxxx will be defined from the command line 2004-02-06 Hans-Juergen Dorn patch committed by Vangelis Rokas * pcode.c (pic16initMnemonics): fixed typo in assignment to PCOP_RLNCF PCOP_RLCF was overwritten! * gen.c (genSkip): commented out calls to pic16_emitcode, * (genCmpEQ): fixed "long" compares, only high word did get compared, * (genlshTwo), * (genRRC): added debugging info, * (shiftL2Left2Result): Fixed bug, if offr > offl. Result got overwritten while shifting, * (shiftR2Left2Result): Fixed bug, if offr < offl. Result got overwritten while shifting, * (AccLsh), * (AccRsh), * (shiftLLeftOrResult), * (shiftRLeftOrResult), * (shiftRLong), * (shiftLLong): Implemented with pic16_emitpcode * (genlshFour): Replaced pic16_aopPut with pic16_emitpcode, * (genLeftShift): Fixed bug, operand for shift by variable always was "and"ed with 0x0f, * (genLeftShiftLiteral), * (genrshTwo), * (genRightShiftLiteral): added debugging info, * (genrshFour): added comment, * (genRightShift): determined signedness from operand "left" instead of "result" 2004-02-04 Erik Petrich * src/SDCCicode.c (geniCodeParms), * src/SDCCast.c (decorateType, processParms): support for ANSI-style function pointers, fixed function pointer bugs #861242 and #861896 2004-01-31 Frieder Ferlemann * device/include/c8051f000.h, * device/include/c8051f120.h, * device/include/c8051f300.h: added header files for Silicon Laboratories (formerly Cygnal) CPUs. Contributed by Maarten Brock. 2004-01-31 Bernhard Held * src/SDCCast.c (processParams): added new type flow and restructured (gatherAutoInit): added new type flow (addCast): cosmetic changes (getLeftResultType): added new type flow for array indices, patch provided by Stas, see FR #877103 (decorateType): SDCC_NEWTYPEFLOW removed, new type flow is now standard; array index patch by Stas * src/SDCCast.h: added prototype getResultTypeFromType() * src/SDCCval.h, * src/SDCCval.c (resolveIvalSym) (resolveIvalSym), * src/pic/glue.c (pic14emitStaticSeg), * src/pic16/glue.c (pic16emitStaticSeg), * src/SDCCglue.c (emitRegularMap) (emitStaticSeg): added new type flow for initialization of symbols * src/SDCCicode.c (geniCodeArray): removed warning W_ARRAY_BOUND * support/Util/SDCCerr.h: * support/Util/SDCCerr.c: replaced W_ARRAY_BOUND by W_IDX_OUT_OF_BOUNDS * .version: bumped version number to 2.3.8 * device/include/Makefile.in (install), * doc/Makefile (install): changed to 'rm `find ...`' construct to avoid warnings 2004-01-30 Bernhard Held * support/regression/tests/libmullong.c: fixed for 64 bit hosts Slade Rich fixed an optimization bug * src/pic/pcodepeep.c, * src/pic/pcoderegs.c * doc/Makefile (install): added test for directory 2004-01-30 Erik Petrich * src/mcs51/ralloc.c (getRegPtr, getRegGpr), * src/ds390/ralloc.c (getRegPtr, getRegGpr), * src/pic/ralloc.c (getRegPtr, getRegGpr), * src/pic16/ralloc.c (getRegPtr, getRegGpr), * src/z80/ralloc.c (getRegGpr): fixed bug #883361 * as/mcs51/asexpr.c (term), * as/hc08/asexpr.c (term): fixed bug #887146 2004-01-29 Erik Petrich * src/z80/gen.c (genMult): handle single byte result product * src/SDCCopt.c (killDeadCode): never convert ADDRESS_OF iCode to DUMMY_READ_VOLATILE (fixed bug #886367) 2004-01-27 Bernhard Held * support/regression/tests/libmullong.c: fixed logic, on little endian hosts we ended without a mullong_wrapper() 2004-01-27 Erik Petrich * ChangeLog: changed "@" to " AT " in hopes of reducing spam and virus/worm forged address usage. 2004-01-27 Bernhard Held Fixed promotion, it should be done on AST level: * src/SDCCast.c (addCast): added promotion to int (decorateType): updated call to upCast() * src/SDCCicode.c (geniCodeLeftShift): removed call to usualUnaryConversions() 2004-01-26 Michael Hope * support/regression/tests/literalop.c (mulWrapper): Added a wrapper to remove integer overflow warnings. * support/regression/tests/float_trans.c: Made work on host. * support/regression/ports/ucz80/spec.mk (UCZ80): Made detect the location of sz80. * support/regression/generate-cases.py (main): Changed from inline to a main method. * doc/Makefile (install): Changed to depth first to get rid of missing directory install warning. * as/Makefile (install-doc): Made work on Mac. 2004-01-25 Bernhard Held * src/SDCCast.c: added an additional type flow in decorateType() of opposite direction, see feature request #860006; it's enabled at runtime by setting the environment variable SDCC_NEWTYPEFLOW * src/SDCCast.h: changed prototype of decorateType() * src/SDCCglue.c (emitRegularMap): updated call of decorateType() * src/SDCCicode.c (geniCodeDivision) (geniCodeModulus): promotion from 'char' to 'int' can be omitted, if both operands are 'unsigned char'; see feature request #877103 * src/SDCCval.c: updated call of decorateType() (valBitwise): fixed bug #882876 (valMinus): added promotion (valLogicAndOr): result is unsigned (cheapestVal) (constVal): literals from 0...255 are 'unsigned char' now * src/SDCCsymt.c (computeType), * src/mcs51/gen.c (genCmpGt) (genCmpLt): literal 'unsigned char' must not cause an unsigned operation * src/pic/glue (pic14emitRegularMap), * src/pic16/glue.c (pic16emitRegularMap): updated call of decorateType() 2004-01-23 Bernhard Held * src/pic/pcode.c (PCodeID): commented out left over debug code 2004-01-20 Bernhard Held * support/valdiag/tests/overflow.c: added shift tests * src/pic/device.c, * src/pic/gen.c, * src/pic/gen.h, * src/pic/glue.c, * src/pic/main.c, * src/pic/pcode.c, * src/pic/pcode.h, * src/pic/pcodepeep.c, * src/pic/pcoderegs.c, * src/pic/ralloc.c, * src/pic/ralloc.h: applied patch from Slade Rich; added support for multiple code pages and multiple RAM banks on the PIC 14 port. The ASM files now no longer simply assume all the code / RAM are in the same page / bank. This means the linker can safely allocate code/RAM of separate ASM files to different pages/banks. * doc/sdccman.lyx: added Slade's tips * src/mcs51/peeph.def: fixed bug #880768 2004-01-20 Erik Petrich * src/hc08/ralloc.c (rematStr): fixed bug #879282 * src/SDCCast.c (decorateType): fixed bug #880197 2004-01-20 Michael Hope * sim/ucsim/gui.src/serio.src/main.cc: Fixed unconditional use of getopt.h. * debugger/mcs51/cmd.c (getValBasic): Changed strtof to strtod as strtof is not part of C89 and isn't included with Mac OS X. 2004-01-20 Erik Petrich * src/hc08/gen.c (genPlusIncr, genUminus, genMinusDec, genCmp, shiftL2Left2Result): fixed bug #879326 (genAnd, genOr, genXor): fixed bug when result was of type AOP_CRY (genMultOneByte): fixed bug in signed vs unsigned multiplication * sim/ucsim/hc08.src/inst.cc (inst_clr): added missing effective address fetch for clr instruction * device/lib/hc08/_mulint.c: created optimized assembly version * src/SDCCdflow.c (computeDataFlow): fixed bug #878209 2004-01-19 Bernhard Held * src/SDCCicode.c (geniCodeArray): applied patch from Stas Sergeev proposed in FR #877103 2004-01-18 Bernhard Held * src/SDCCval.c (cheapestVal): added missing checks * src/SDCCicode.c (usualBinaryConversions): fixed condition * src/SDCCicode.c (geniCodeAdd): fixed part of bug #877103 2004-01-16 Klaus Flittner * src/ds390/gen.c (aopOp3): fixed the assignment of different dptrs to equal operands 2004-01-16 Vangelis Rokas * src/SDCCmain.c (linkEdit): variable $3 of the linker command is loaded with the linker search paths (-L arguments) and the libraries to be linked with the current source (-l arguments). Changes currently will affect only the pic16 port. * src/pic16/main.c (_pic16_finaliseOptions): add to the linker include path the port specific paths and port specific libraries, * gplink command now contains the $3 argument, * src/pic16/device.h, * src/pic16/device.c,: structure PIC_device is made public and renamed to PIC16_device, the same for variable Pics which is renamed to Pics16. Updated all references to them. * src/pic16/glue.c (pic16glue): corrected bug with code initialization which bypassed the variable initializations block. * device/lib/pic16/Makefile.rules: removed --penable-stack from COMPILE_FLAGS and added the --nostdinc option 2004-01-15 Erik Petrich * device/include/mc68hc908jb8.h: Register defs for another member of the hc08 family. Contributed by Bjorn Bringert - thanks! 2004-01-14 Vangelis Rokas Documenting changes from previous commits. * configure.in (version 1.56), * configure: initially I've added AC_CONFIG_SUBDIRS(device/lib/pic16) when generating output files to configure the pic16 library, but now I've commented it out, since gputils aren't installed in the SF compile farm, so library won't compile * device/lib/Makefile.in (version 1.56): initially I've added in target 'all' the prerequestive 'model-pic16' so it compiled the pic16 library, but now I've commented it out for the same reasons above, * added targets 'model-pic16' and 'objects-pic16' to compile the library * added target 'port-specific-objects-pic16' to handle the generated libraries and copy them into the build/ directory * added target 'clean-intermediate-pic16' to clean intermediate files into pic16 directory * in target 'installdirs' added line to create directory pic16 in the installation path * device/include/Makefile.in (version 1.11): in target 'install' added lines to copy all header files to installation path, * in target 'installdirs' added line create directory for pic16 headers in the installation path 2004-01-13 Klaus Flittner * src/ds390/gen.c (genCall): fixed a double use of acc and b after a function call 2004-01-13 Bernhard Held * configure, * device/lib/configure.in, * device/lib/configure: fixed for autoconf 2.57 2004-01-13 Erik Petrich * src/z80/main.c (_parseOptions): fixed the portmode= command line option so that it actually works. Made it specific to the z80, since the gbz80 doesn't have these kinds of I/O ports. 2004-01-13 Erik Petrich * device/include/z180.h, * device/lib/_memcpy.c, * device/lib/_memmove.c, * device/lib/_mulint.c, * device/lib/ser_ir.c, * device/lib/ser_ir_cts_rts.c, * device/lib/_strcmp.c, * device/lib/_strtok.c: fixed pragmas to non-deprecated form * src/z80/main.c (_process_pragma): add support for pragmas bank and portmode; added deprecation warning for bank= and protmode= forms. Also, guard against buffer overflow. * src/z80/gen.c (aopGet): generate better code for sfr banked read 2004-01-13 Erik Petrich * src/hc08/main.c (_hc08_genAssemblerPreamble): fixed bug #875487. Also changed interrupt vector table generation to only emit declared vectors. * device/include/Makefile.in: added missing backslash * device/lib/pic16/Makefile.rules: add $(MODELFLAGS) to $(CFLAGS) 2004-01-13 Vangelis Rokas Mainly changes to support compilation of the device libraries * src/pic16/device.c: stack is allocated via symbol and not via literal number. The symbol is placed in the corresponding position of the data ram * (pic16_dump_section): relocatable and absolute uninitialized data are now emitted in sorted order to reduce section naming, * src/pic16/ralloc.c (newReg): fixed bug with SFR's that weren't marked as being in the access bank, 2004-01-13 Vangelis Rokas Added portion of GNU PIC Library under the directory device/include/pic16 and device/lib/pic16. These files contain the declarations of SFRs for the PIC18Fxx2 devices. The directory is initialized via configure from toplevel. 2004-01-12 Klaus Flittner * src/ds390/gen.c (operandsEqu): fixed a little typo, that prevented the spilllocations to be compared correctly 2004-01-12 Bernhard Held * src/SDCCast.c (decorateType): fixed bug introduced today 2004-01-12 Borut Razem * src/SDCC.lex, support/Util/SDCCerr.h, support/Util/SDCCerr.c, doc/sdccman.lyx: upper case pragmas are deprecated 2004-01-12 Bernhard Held * src/SDCCast.c (decorateType): replacing 'ul > 0' by '!ul' results in simpler and even better code 2004-01-11 Bernhard Held * src/SDCCicode.c (operandOperation): fixed bug #874819 * src/SDCCast.c (decorateType): fixed char foo (unsigned long ul) { return ul > 0; } 2004-01-11 Frieder Ferlemann * doc/sdccman.lyx: Moved and added some sections, small changes all over. Telling LaTeX to be less strict with word spacing to better keep the right margin. Changed some notes about maintainance of the ports in section 3.2.1 - is it OK like this? 2004-01-11 Vangelis Rokas SDCC source changes: * src/SDCCopt.c (cntToFcall, cnvToFloatCast, cnvFromFloatCast, convilong): modified to inform the pic16 port that builtin functions are external PIC16 PORT specific changes: * src/pic16/device.c pic16_dump_equates() added, processor registers declared internally by the port are emitted in the translation as equates, * src/pic16/gen.c: inline code is passed unprocessed to the translation, * (pic16_popGetLit2): fnuction modified to take second operand as pCodeOp pointer and not as literal, * (popRegFromIdx): prefixed with pic16_, * (pic16_popCombine2): modified to receive already allocated pCode operands, * (pic16_pushpCodeOpReg, pic16_poppCodeOpReg): added * (genFunction): initializes local stack frame and pushes on stack all the registers used by this function, * (genEndFunction): restores all registers from stack and restores stack frame, * src/pic16/glue.c (pic16emitRegularMap): various changes and improvements, * (pic16glue): changed the program startup sequence, * added new dbName code 'A' for functions placed in absolute section * src/pic16/main.c: added function attribute _naked, * added pragma 'code' to place a fnuction at an absolute address, * added command line arguments --debug-ralloc and --pcode-verbose, * (_pic16_finiliseOptions): options.all_callee_saves is set by default * src/pic16/pcode.c (pic16_pBlockConvert2Absolute) added, * (pic16_newpCodeOpLit2): modified to take the second operand as pCodeOp pointer, * (pic16_printpBlock): modified to emit each function in a separate section, * (pic16_get_op): modified to use the gpasm modifiers LOW,HIGH and UPPER for immediate operands, * src/pic16/pcodepeeph.c: added peephole support for the LFSR instruction, * src/pic16/peeph.def: all peepholes with movff are commented out, because there is a problem in the pcode peep optimizer, * src/pic16/ralloc.c: the register allocator can now reuse local function symbols for another function. This saves register usage. * src/pic16/ralloc.h: added flag isLocal in structure regs, Added file src/pic16/NOTES with information about program writing on the current port version. 2004-01-11 Frieder Ferlemann * src/mcs51/peephole.def: added peepholes 177.c,d (redundant moves) and peephole 252 (array access) 2004-01-09 Borut Razem * src/SDCCmain.c : fixed #872250: -l command line defined library files are scanned before standard library files 2004-01-10 Erik Petrich * src/SDCCast.c (decorateType): fixed bug #874046 2004-01-09 Borut Razem * support/scripts/sdcc.nsi: remove previous installation 2004-01-09 Frieder Ferlemann * src/SDCCglue.c (createInterruptVect): don't append 7(5) padding bytes for last interrupt vector (mcs51) * sdcc.spec: fixed typo 2004-01-09 Erik Petrich * src/mcs51/gen.c (genFunction, genEndFunction, genReceive, getTempRegs, gen51Code): more efficient parameter receive for --model-large ("bug" #845294) 2004-01-09 Erik Petrich * src/ds390/main.c, * src/z80/main.c: added missed needLinkerScript flags (more than one port structure defined in these file) * src/ds390/gen.c (aopForSym, aopOp, operandsEqu, aopOp3): fixed bug #795325 2004-01-08 Vangelis Rokas * src/SDCCmain.c: removed various references to DEFAULT_PORT * src/port.h: added flag needLinkerScript in port->linker structure to inform whether to create a .lnk file or not, * src/avr/main.c, * src/ds390/main.c, * src/hc08/main.c, * src/mcs51/main.c, * src/pic/main.c, * src/pic16/main.c, * src/xa51/main.c, * src/z80/main.c: changed appropriately to configure needLinkerScript flag * src/pic/gen.c, * src/pic16/gen.c (genAddrOf): fixed bug #863624 * src/pic/glue.c: added variable udata_section_name to override default uninitialized data segment definition for devices only with SHAREBANK memory (reported from Erik Epetrich) * (pic14emitOverlay): modified to emit a commented overlay segment directive when no overlay data exist * (picglue): modified to emit uninitialized data segment according to udata_section_name * src/pic/main.c (_pic14_parseOptions): added command line options --udata-section-name=[name] to override default udata definition name * modified _linkCmd and _asmCmd to include compiler passed arguments via -W option * src/pic16/main.c: added $l in _asmCmd, changed extension for object file from '.rel' to '.o' in port->linker structure, changed size of fptr from 2 to 3 in port structure 2004-01-07 Borut Razem * support/scripts/sdcc.nsi: update PATH * support/scripts/sdcc.ico: craeted 2004-01-07 Bernhard Held * device/include/Makefile.in: fix install * doc/Makefile: fix install 2004-01-07 Erik Petrich * src/SDCCsymt.c (processFuncArgs): fixed superflous allocation noted in bug #860505 * src/SDCCmem.c (printAllocInfoSeg, printAllocInfo): minor changes to how the function variable allocation summary is displayed; also include information about variables allocated to the overlay segment 2004-01-06 Jesus Calvino-Fraga * as/mcs51/lkmain.c: Help about -Y option * as/mcs51/lkarea.c: Fixed gcc warnings 2004-01-06 Bernhard Held * src/SDCCval.c (valShift): changed from 16 to 32 bit shift count, fixed warning * support/valdiag/tests/overflow.c: added * src/SDCCast.c (decorateType), * src/SDCCicode.c (geniCodeLeftShift): added promotion to int for LEFT_OP (left shift) 2004-01-06 Jesus Calvino-Fraga * as/mcs51/lkmain.c: stack must be after data when option -Y is not used (default behaviour). 2004-01-06 Erik Petrich A python script to validate compiler diagnostic messages. It can be used to verify that sdcc complains about bad c source code and gives a good location of the error. * support/valdiag/Makefile, * support/valdiag/valdiag.py, * support/valdiag/tests/* 2004-01-06 Erik Petrich * src/SDCC.y (enum_specifier, enumerator_list, opt_assign_expr), * src/SDCCsymt.c (newEnumType), * src/SDCCsymt.h * support/Util/SDCCerr.c, * support/Util/SDCCerr.h: fixed bug #871258 and some other unreported enum related bugs. * support/regression/tests/enum.c: added test for enum values that require at least 2 bytes of storage. 2004-01-06 Vangelis Rokas * src/common.h: added ifndef/define/endif macros around the header file. Bug reported from Jesus Calvino-Fraga 2004-01-06 Bernhard Held * sdcc.spec: updated * device/include/Makefile.in: don't install CVS directories * device/lib/Makefile.in: added removal of CVS directories after install * doc/Makefile: fixed install, added local_icons * sim/ucsim/gui.src/Makefile.in: fixed an old typo * src/mcs51/gen.c (genRightShift): fixed bug #870788 * src/ds390/gen.c (genRightShift): fixed bug #870788 * src/SDCCast.c (decorateType): fixed bug #870781 2004-01-06 Vangelis Rokas PIC16 port related changes: * device.c: removed pic16_finalMapping and pic16_finalMappingSize, added variable stackPos, * gen.c: genCall, assignResultValue: added support for pushing/retrieving function parameters to/from stack, genFunction,genEndFunction: setup stack frame for the generated function, genAddrOf: will be changed according to bug 863624 * added files genutils.c and genutils.h which contain gen* debugged and optimised functions extracted from gen.c * glue.c: added variable 'externs' which holds extern symbols, pic16emitRegularMap: is modified to properly handle relocatable symbols under the new scheme, pic16createInterruptVect: is modified pic16printPublics: is modified to emit 'global' assembler directives, added pic16_printExterns to print extern symbols, pic16glue: initializes stack/frame pointer in the beginning of the assembly output. Temporary hack, will be corrected later, because gplink yet does not support stack and SDCC does not yet support a type of crt0.o object to create the final binary. * Removed many lines that contain 8051 legacy code. * The code is finally placed under a 'code' directive. * Added port specific options. * _process_pragma: simplified since now we do not need *special* include file to define SFR registers. But a separate header will be needed. This will be developed later. * _pic16_parseOptions: added, parses port specific options: --pgen-banksel, --obanksel=, --pomit-config-words, --pomit-ivt, --pleave-reset-vector, --penable-stack, --pstack-model, --debug-xtra --preplace-udata-with= * _pic16_setDefaultOptions: modified to initialize section names, but hack is temporarly out of order since it needs improvement. * _pic16_genAssemblerPreamble: configuration words are emitted by their address instead of their name. This part is incomplete and supports only the 18Fxx2 devices. Other devices will emit an error during assembly since they do not contain the same set of config registers * _pic16_genIVT: is modified, * pcode.c: added definitions for some hardware registers that are needed for stack support * added flag is2LitOp and variable pci_magic in pCodeInstruction. All PCI entries are updated. Now LFSR is supported. * Removed pic16_pciTRIS is mentioned by mdubuc in source * added pic16_newpCodeOpLit2 to support instructions with two literal arguments * pic16_pCode2str: corrected code that emits assembler instructions with two literal operands and those that have an access bit modifier * genericPrint: now PC_ASMDIR pCodes, can emit a label if it exists, this fixes a bug which caused some labels to be lost, when an assembler directive was added, i.e. banksel, * pic16_FixRegisterBanking: improved logic that causes the insertion of bank switching, * InlineFunction: functions that are called once, are not any more inlined. This can be a port option in the future, * pcode.h: added pCodeOpLit2 and added variable label in pCodeAsmDir * ralloc.c: added pic16_rel_udata and pic16_fix_udata variables which hold the corresponding uninitialized symbols, * pic16_allocProcessorRegister: registers have explicit marked the accessBank field, * pic16_allocInternalRegister: registers are explicit marked as not used, * pic16_writeUsedRegs: pic16_dynDirectBitRegs was missing from the processing list, so bit registers were lost, * * ralloc.h: added field 'accessBank' and original symbol operand in register definition, * removed the field isMapped from register definition, ** Several functions have been removed from various sources: BanksUsedFlow2,BanksUsedFlow,FixBankFlow,InstructionRegBank, pic16_addMemRange,pic16_isREGinBank,pic16_dump_map,pic16_dump_cblock isSFR,validAddress,mapRegister,assignRegister,pic16_assignFixedRegisters pic16_assignRelocatableRegisters ** others have been introduced: pic16_areRegsSame,pic16_dump_section,checkAddReg,pic16_groupRegistersInSection pic16_popGetLit2,pic16_popCombine2,pushw,pushaop 2004-01-05 Vangelis Rokas * support/scripts/inc2h.pl: changed definition of BIT_AT to emit 'sbit at' instead of 'bit at'. This was a request. PIC16 port related preliminary changes: * gen.c: prefixed function popRegFromString with pic16_ and all references to it corrected * pcode.c: all pic16_pc_* hardware registers prefixed with underscore (_), pic16_popCopyGPR2Bit(): function sets register wasUsed=1 * ralloc.c: newReg(): when register is REG_SFR then set address to rIdx, pic16_allocProcessorRegister(): marks register wasUsed=0 pic16_writeUsedRegs(): added a call to assign processor registers via pic16_assignFixedRegisters 2004-01-04 Jesus Calvino-Fraga * as/mcs51/aslink.h, as/mcs51/lkarea.c, as/mcs51/lkdata.c, as/mcs51/lkmain.c, as/mcs51/lkmem.c: 8051 linker can now pack variables in unused register banks. Also the SSEG is placed wherever there is enough space for it, and IDATA can be anywhere in internal RAM. For now compile using -Wl-Y[stack_size]. The mem file is different for this option as well, since it makes no sense of talking about DSEG lenght. 2004-01-02 Vangelis Rokas * src/SDCClrange.c: fixed bug 869095 that caused segfault in certain cases, e.g. when ROM assignment, patch provided from Albert den Haan. 2004-01-01 Bernhard Held Many signedness and type propagation fixes: * src/SDCCicode.c: made geniCodeCast() static replaced SPEC_ by IS_ (cosmetic) (operandOperation): fixed div and mod operation (usualBinaryConversions): added support for promotion of char (geniCodeMultiply): replaced (unsigned long) by (TYPE_UDWORD) (geniCodeDivision): replaced (unsigned long) by (TYPE_UDWORD) (geniCodeAdd): an array index will stay unsigned, even if promoted from char to int (geniCodeArray): ditto * src/SDCCicode.h: made geniCodeCast() static: removed prototype * src/SDCCsymt.c (computeType): added more support for char; promotion of char is selectable by promoteCharToInt, fixed signedness for all cases (powof2): replaced (unsigned long) by (TYPE_UDWORD) * src/SDCCsymt.h (powof2): replaced (unsigned long) by (TYPE_UDWORD) * src/SDCCval (val*): replaced signedness calculation by computeType() rearranged if-branches (cosmetic) (valShift): added warning W_SHIFT_CHANGED (valCompare): fixed problem with different types * src/hc08/rallo.c (leastUsedLR): fixed gcc 3.3 warning * support/regression/tests/literalop.c: added many cases * support/regression/tests/ast_constant_folding.c: changed finally to 'unsigned int' * .version: new year, new version: 2.3.7 * src/SDCCmain.c (main): applied patch #866468 * debugger/mcs51/sdcdb.c (parseCmdLine): added -k for ucsim, patch provided by Scott Bronson * doc/sdccman.lyx: updated documentation for sdcdb updated and added chapter tips 2004-01-01 Erik Petrich * src/SDCCsymt.h: missing from yesterday's commits 2003-12-31 Erik Petrich * src/SDCC.y (struct_or_union_specifier), * support/Util/SDCCerr.c, * support/Util/SDCCerr.h: verify that struct & union tags are used as declared. 2003-12-29 Erik Petrich * src/SDCCglobl.h: missing from yesterday's commits 2003-12-28 Erik Petrich * src/SDCC.y (external_definition, type_specifier2, sfr_reg_bit, sft_attributes, struct_declaration, parameter_declaration, type_name, start_block, declaration_list), * src/SDCC.lex (check_type): support redefinition of typedef names 2003-12-22 Frieder Ferlemann * src/mcs51/gen.c (genPlus): added special handling for 256 byte aligned xdata arrays. Erik helped me with the if clause. 2003-12-20 Erik Petrich * device/lib/ds390/tinibios.c (CpuSpeed): suppress unreachable code warning 2003-12-20 Erik Petrich * src/SDCCast.h, * src/SDCCast.c (newAst_), * src/SDCCicode.h, * src/SDCCicode.c (ast2iCode, newiCode), * src/SDCCglobl.h, * src/SDCC.y (logical_and_expr, logical_or_expr, conditional_expr, expr, statement, expression_statement, selection_statement, iteration_statement, expr_opt, jump_statement): foundation for tracking sequence points * src/SDCCopt.c (killDeadCode): fixed bug #861580 (needs the sequence point code too) 2003-12-19 Erik Petrich * support/Util/SDCCerr.c, * src/SDCCast.h, * src/SDCCast.c (createCase, createDefault, decorateType), * src/SDCClabel.c (labelUnreach), * src/SDCC.y (labeled_statement, jump_statement): More improvements to error messages. * support/Util/SDCCerr.c (werrorfl): fixed a non-standard declaration (with thanks to Stas Sergeev) * device/include/time.h, * device/lib/time.c (CheckTime): suppress unreachable code warning 2003-12-18 Erik Petrich * src/SDCCast.c (createIvalCharPtr), * src/SDCCglue.c (printChar): fixed bug #862241 (an error in my fix for bug #753752) * support/regression/tests/nullstring.c: tests for these two bugs 2003-12-18 Erik Petrich * support/Util/SDCCerr.h, * support/Util/SDCCerr.c (E_NOT_ALLOWED), * src/SDCC.y (struct_declaration, struct_or_union_specifier): complain about storage class and 'at' used inside struct or union * src/SDCCBBlock.c (iCodeFromeBBlock), * src/SDCCcse.c (ifxOptimize), * src/SDCCglue.c (emitRegularMap, initPointer, printIvalStruct, printIvalArray, printiValFuncPtr, printIvalCharPtr, printIvalPtr, printIval, emitStaticSeg, emitOverlay), * src/SDCClabel.c (deleteIfx), * src/SDCCopt.c (replaceRegEqv, eBBlockFromiCode), * src/SDCCast.c (resolveSymbols, createIvalStruct, createIvalArray, gatherAutoInit, processParms), * support/Util/SDCCerr.h, * support/Util/SDCCerr.c (werrorfl): Support for better error location reporting for post-parse errors. 2003-12-16 Erik Petrich * src/SDCCval.c (valPlus, valMinus, valShift): fixed some problems with implicit casts via union; they don't work on big endian systems (possible fix for bug #861138) 2003-12-16 Frieder Ferlemann (committed by Erik Petrich on Frieder's behalf) * src/mcs51/main.c: fixed the fix for bug #737001 2003-12-15 Borut Razem * support/scripts/sdcc.nsi: updated for NSIS 2.0 beta 4 2003-12-14 Erik Petrich * support/makebin/makebin.c: put output in binary mode 2003-12-13 Frieder Ferlemann * src/mcs51/main.c: fixed bug #737001 for the mcs51. SDCC clears xdata and data memory on startup. Set the environment variable SDCC_NOGENRAMCLEAR to disable this. * src/mcs51/peephole.def, * src/ds390/peephole.def: using the atomic test and clear instruction jbc (allows non-interrupt and interrupt code to safely compete for a resource without the non-interrupt code having to disable interrupts) 2003-12-13 Erik Petrich * src/SDCCicode.c (geniCodeAdd), * src/SDCCast.c (decorateType): fixed bug #857753 (need to be careful with valFromType if type might be a pointer and host is big endian). * src/SDCCast.c (decorateType): unary plus compatible with all arithmetic types, not just integer types. * src/SDCCsymt.c (addSymChain): clarified error message when symbol is multiply defined with mismatching "at" address. 2003-12-12 Erik Petrich * src/ds390/main.c (PORT tininative_port): fixed bug #858416 * src/SDCCglue.c (printChar, printIvalChar, emitStaticSeg), * src/SDCCast.c (createIvalCharPtr, stringToSymbol): handle strings with embedded nulls (fixed bug #753752) 2003-12-12 Frieder Ferlemann * src/mcs51/main.c(_mcs51_genRAMCLEAR): using r0 instead of r1/r2. Apparently this did not see much testing (endless loop) 2003-12-11 Erik Petrich * src/z80/ralloc.c: set DISABLE_PACK_HL = 1 as a temporary fix to bug #855165 2003-12-10 Erik Petrich * src/SDCCdebug.c (outputDebugSymbols, outputDebugStackSymbols, dumpSymInfo): gracefully handle NULL memmap pointers 2003-12-08 Erik Petrich * src/SDCCopt.c (killDeadCode): change iCode type to DUMMY_READ_VOLATILE instead of deleting the iCode when an operand is volatile * src/z80/gen.c (genDummyRead), * src/mcs51/gen.c (genDummyRead), * src/ds390/gen.c (genDummyRead), * src/hc08/gen.c (genDummyRead): handle operands in IC_LEFT and/or IC_RIGHT, not just IC_RIGHT * src/SDCCicode.c (geniCodeCall): fixed bug #851607 * src/SDCC.y: fixed bug #850420 2003-12-05 Erik Petrich Applied z80 i/o port patch from Peter Townson and fixed some operators to better handle operands in A register. * device/include/z180.h * src/SDCC.y * src/SDCCglue.c * src/z80/gen.c * src/z80/gen.h * src/z80/main.c * src/z80/peeph-z80.def * src/z80/peeph.def * src/z80/z80.h 2003-12-03 Erik Petrich * src/SDCCsymt.c (addSymChain, compareTypeExact): fixed bug #838241 again 2003-12-01 Erik Petrich * device/lib/hc08/_mullong.c: Removed extra #endif 2003-12-01 Erik Petrich * sim/ucsim/hc08.src/inst.cc, * sim/ucsim/hc08.src/hc08mac.h: fixed some problems with CC flag bits and carries from x to h * src/hc08/gen.c (aopAdrStr): fixed problem with 16 bit immediate * src/hc08/gen.c (XAccRsh): fixed problem with right shift * device/include/stdarg.h: fixed varargs for hc08 * device/lib/Makefile.in, * device/lib/hc08/Makefile, * device/lib/hc08/_mulint.c, * device/lib/hc08/_mullong.c: fixed some endian problems 2003-11-28 Frieder Ferlemann * sdcc/src/mcs51/gen.c (genMultOneByte): help peephole 105 * sdcc/src/mcs51/peeph.def: added peephole 186.e array access in code space * device/lib/_gptrget.c, * device/lib/_gptrput.c: P2 not used any more (related to #850747, #785979) 2003-11-27 Erik Petrich * src/SDCClrange.c (findNextUseSym, rlivePoint): fixed bug #849795 * src/SDCCast.c (astErrors): fixed bug #846007 * src/SDCCsymt.c (checkFunction): fixed follow-up bug on bug #846007 2003-11-26 Erik Petrich * src/SDCCast.c (decorateType): disabled a transformation I added in revision 1.188 (access to fields of a structure at an absolute address); it breaks with bitfields, extern declarations, and gcse analysis. * src/SDCCopt.c (isLocalWithoutDef): if ADDRESS_OF applied to a symbol, it could be assigned through a pointer, so don't complain. * src/SDCCast.c (astErrors), * src/SDCCast.h, * src/SDCCglue.c (emitRegularMap): fixed bug #847813 2003-11-26 Vangelis Rokas * src/pic16/main.c (_pic16_genIVT): fixed interrupt vector table * src/pic16/main.c (_pic16_genAssemblerPreamble): re-enabled the output of __config directives, since gpasm now supports them * src/pic16/main.c (_pic16_finaliseOptions): define MCU pre-processor macro, i.e. -DMCU=p18f452 * src/pic16/ralloc.c: renamed packRegisters to pic16_packRegisters, and modified to handle 'cast' icode similarly to '=' icode * src/pic16/device.h (typedef struct PIC_device): added field 'extMIface' to indicate that chip has external memory interface * src/pic16/device.c: added chips 18F248, 18F258, 18F448, 18F458, 18F6520, 18F6620, 18F6680, 18F6720, 18F8520, 18F8620, 18F8680, 18F8720 2003-11-26 Erik Petrich * src/SDCC.y (pointer): fixed bug #846006 * support/Util/SDCCerr.c: made W_PTR_TYPE_INVALID message clearer * src/SDCCast.c (decorateType): fixed bug #846009 * src/ds390/peeph.def, * src/ds390/gen.c (genAnd, genOr), * src/mcs51/peeph.def, * src/mcs51/gen.c (genAnd, genOr): fixed bug #846777 2003-11-25 Erik Petrich Fixed several common-sub-expression bugs (#772861, #768380, & #755323) * src/SDCCdflow.c * src/SDCCcse.c * src/SDCCcse.h * src/SDCCBBlock.h * src/SDCCBBlock.c 2003-11-23 Klaus Flittner fixed bug #845089 * src/SDCCbitv.h, * src/SDCCbitv.c: added function to free a bitvector * src/SDCClrange.h, * src/SDCClrange.c: added function to recompute the liveranges * src/avr/ralloc.c, * src/ds390/ralloc.c, * src/hc08/ralloc.c, * src/mcs51/ralloc.c, * src/pic/ralloc.c, * src/pic16/ralloc.c, * src/xa51/ralloc.c, * src/z80/ralloc.c: recompute the liveranges after register packing 2003-11-21 Klaus Flittner * src/SDCCloop.c (newInduction): fixed bug #845630 2003-11-21 Erik Petrich * src/SDCCsymt.c (compareTypesExact): disabled debugging output inadvertantly left behind from my 2003-11-12 change 2003-11-20 Erik Petrich Updated headers I neglected to commit yesterday. * src/SDCClrange.h, * src/SDCCicode.h 2003-11-19 Erik Petrich * src/SDCCcse.c (algebraicOpts): fixed bug #773153 * src/SDCClrange.c (rlivePoint): need to mark IC_RESULT used if POINTER_SET op * src/SDCCopt.c (eBBlockFromiCode), * src/SDCClrange.c (hashiCodeKeys, sequenceiCode, computeLiveRanges): seperated the creation of the key hash table from the sequencing so it can be used earlier (for some GCSE bug fixes still pending) 2003-11-15 Frieder Ferlemann * src/mcs51/gen.c (genPlus): generate shortcut for adding 0xab00 * support/regression/tests/addsub.c: testing genPlus shortcut 2003-11-15 Borut Razem * src/SDCCmain.c: fixed bug #841645: -MM command line option passed to sdcpp 2003-11-15 Erik Petrich * src/SDCCcse.c (cseBBlock): fixed bug #527779 * src/SDCCcse.c (deleteGetPointers): rewrote so that the set ordering is immaterial. * src/SDCCdflow.c (mergeInExprs): fixed bug #587536 2003-11-14 Erik Petrich * src/SDCCicode.c (geniCodeAddressOf): fixed part of bug #840381 * src/SDCCopt.c (replaceRegEqv, isLocalWithoutDef): fixed other part (SIGSEV) of bug #840381 * src/SDCCmain.c (linkEdit, assemble): fixed bug #841606 (don't unlink new file before rename if new and old filenames are the same) 2003-11-13 Frieder Ferlemann * src/mcs51/main.c: started fixing bug #737001 (SDCC not clearing uninitialized variables) for the mcs51. Set environment variable SDCC_GENRAMCLEAR to test. xdata initialization slightly shorter 2003-11-12 Erik Petrich * src/SDCCsymt.h, * src/SDCCsymt.c (addSymTypeChain, compareTypesExact): fixed bugs #838241 & 780691 (basicly the same bug) * src/SDCCBBlock.c (iCode2eBBlock): fixed bug #840148 * src/SDCCBBlock.c (iCodeFromeBBlock): fixed bug #840162 2003-11-11 Bernhard Held * src/SDCCmain.c (linkEdit): "fix" #834252 2003-11-11 Erik Petrich * src/SDCCast.c (removePostIncDecOps, removePreIncDecOps), * src/SDCCast.h, * src/SDCC.y: fixed bug #819403 2003-11-08 Erik Petrich * support/regression/fwk/lib/testfwk.c: printn is recursive and thus needs the reentrant attribute. * src/hc08/gen.c (genPackBits): added missing stack readjustment * sim/ucsim/hc08.src/inst.cc (inst_mov): fixed bugs with mov instruction simulation * src/SDCCast.c (decorateType): fixed bug with storage class not being updated during pointer dereference; f.e. ~(((char *)1)*) was being erroneously reduced to a literal. * src/hc08/ralloc.c (packRegisters, rematStr), * src/hc08/gen.c (aopForRemat): allow literals to be rematerialized in some cases 2003-11-08 Frieder Ferlemann * src/mcs51/main.c: fixed bug #838385. Thanks to Josef Pavlik for finding and fixing * doc/sdccman.lyx: changed from 'article' to 'book' * doc/Makefile: readded test_suite_spec and cdbfileformat 2003-11-08 Bernhard Held * device/include/stdlib.h: include malloc.h to comply with ANSI * support/regression/tests/malloc.c: include stdlib.h instead of malloc.h 2003-11-07 Frieder Ferlemann * doc/Makefile: sdccman.pdf should build with correct references (more info in commit msg) * doc/clean.mk: also remove *.out files * doc/sdccman.lyx: some additions, larger top/bottom margins 2003-11-07 Erik Petrich * src/SDCC.y: fixed bug #837365 * support/regression/tests/bitopcse.c * src/hc08/gen.c (genPointerGet): Don't assume pointer operand is a symbol (might be valop instead) * device/lib/Makefile.in: added errno.c to HC08SOURCES * device/lib/clean.mk: added hc08 to the cleaning list 2003-11-04 Borut Razem * configure, configure.in, sdcc_vc_in.h, sdcconf_in.h: reverted changes, made 2003-11-04 * support/Util/NewAlloc.c, as/hc08/lklibr.c, as/mcs51/lklibr.c, as/z80/aslist.c, as/z80/assym.c: removed inclusion of nonstandard malloc.h; malloc is declared in standard stdlib.h 2003-11-06 Erik Petrich * device/lib/hc08/Makefile: need to clean .rel not .o files * src/hc08/gen.c (genDjnz): can't use djnz with extended addressing mode 2003-11-06 Erik Petrich * src/port.h, * src/hc08/main.c, * src/mcs51/main.c, * src/ds390/main.c, * src/z80/main.c, * src/avr/main.c, * src/pic/main.c, * src/pic16/main.c, * src/xa51/main.c: added hasExtBitOp & oclsExpense functions to ports * src/SDCCicode.c: changed several IS_FARSPACE tests to isOclsExpensive tests (which uses the port's oclsExpense function) * src/SDCC.y, * src/SDCCast.c, * src/SDCCicode.c, * src/hc08/gen.c, * src/ds390/gen.c, * src/mcs51/gen.c: added support for the SWAP iCode (RFE #834167) 2003-11-04 Erik Petrich * src/SDCCcse.c (ifxOptimize), * src/SDCClabel.c (labelIfx, deleteIfx): When the condition to an IFX iCode is volatile, convert to DUMMY_READ_VOLATILE instead deleting the IFX iCode. * src/hc08/ralloc.c: reduced unneeded slocs * src/hc08/gen.c: fixed bug in asmopToBoolean 2003-11-04 Borut Razem * configure, configure.in, sdcc_vc_in.h, sdcconf_in.h, support/Util/NewAlloc.c, as/hc08/lklibr.c, as/mcs51/lklibr.c, as/z80/aslist.c, as/z80/assym.c: decision to include malloc.h transferred to configure 2003-11-03 Bernhard Held Use headers defined in the C[++] standards: * sim/ucsim/gui.src/serio.src/fileio.cc * sim/ucsim/gui.src/serio.src/frontend.cc * sim/ucsim/gui.src/serio.src/main.cc * sim/ucsim/gui.src/serio.src/posix_signal.cc * support/Util/NewAlloc.c * as/hc08/lklibr.c * as/mcs51/lklibr.c * as/z80/aslist.c * as/z80/assym.c 2003-11-03 Jesus Calvino-Fraga * Added MSVC projects for hc08 assembler and linker: all.dsp, config.dsp, sdcc.dsw, /as/hc08/as_hc08.dsp, /as/hc08/link_hc08.dsp 2003-11-03 Martin Helmling * debugger/mcs51/cmd.c: allows filename starting with digit(+ some debug) 2003-11-02 Bernhard Held * src/SDCCmain.c (linkEdit): "fixed" again bug #833605 2003-11-01 Frieder Ferlemann * src/mcs51/main.c: xdata initialization is 13 bytes shorter now 2003-10-31 Borut Razem * support/cpp2/cpplib.h, support/cpp2/cpplib.c, support/cpp2/cpplex.c, support/cpp2/cppinit.c: introduced #pragma preproc_asm [ + | - ] to switch _asm block preprocessing on / off. Default is #pragma preproc_asm + 2003-10-31 Borut Razem * support/cpp2/cpplex.c: Fixed _WIN32 problem with CR-CR-LF sequences when outputting comment blocks (when executed with -C option) and _asm (SDCPP specific) blocks 2003-10-31 Erik Petrich * as/hc08/lkrloc.c (relr): Fixed ihx output, fixed lastAreaIndex warning 2003-10-31 Klaus Flittner * src/SDCCcse.c (updateSpillLocation): fixed bug #808027 2003-10-31 Bernhard Held * src/SDCCmain.c (linkEdit): "fixed" bug #833605 * src/SDCCast.c (decorateType): fixed bug #832664 2003-10-31 Borut Razem * support/cpp2/cpplex.c: fixed for SDCPP: comments(when executed with -C option) and _asm blocks were included even if they where in skipped #if block. Applied solution from GCC cpp 3.3.2 2003-10-31 Borut Razem * src/SDCC.lex: sdcc now understands both formats: '# ' and '#line ' * support/cpp2/cppmain.c: sdcpp now generates the standard '# ' instead of former '#line ' 2003-10-30 Borut Razem * support/cpp2/cpphash.h, * support/cpp2/cpplib.h * support/cpp2/cpplex.c, * support/cpp2/cppmain.c, * support/cpp2/cppinit.c: fixed bug #828015 - Syntax variation for _asm character constants 2003-10-30 Erik Petrich Fixed a number of problems revealed by bug #827883. * src/SDCCloop.c (loopInvariants): Spill location of the result operand should be recomputed if extracted from a loop. Also, don't extract assignments of an iTemp from a literal. * src/SDCCast.c (isConformingBody): loop reversal should not occur if the control variable is involved with a relational operator. 2003-10-28 Bernhard Held * .version: bumped to 2.3.6 to reflect the big improvements made by Erik and Klaus. Thanks! 2003-10-28 Klaus Flittner Replaced the livrange code. * src/SDCClrange.c: added new LR code * src/SDCCloop.c, * src/SDCCBBlock.h: removed remainig parts from old LR code * src/ds390/ralloc.c, * src/ds390/gen.c: minor fixes to make it work with new code 2003-10-28 Erik Petrich * as/hc08/asm.h, * as/hc08/lkrloc.c, * src/hc08/gen.c, * src/hc08/ralloc.c: Fix various warnings related to the hc08 * src/SDCCicode.c (geniCodePreInc, geniCodePreDec): Fixed bug #829717 (tweaked fix for bug #818696) 2003-10-23 Erik Petrich * src/z80/ralloc.c (joinPushes): Fixed bug #828742 2003-10-23 Erik Petrich * src/SDCCmain.c, * sdccconf_in.h: Fixed bug #828387 (--disable-hc08-port didn't work) * src/mcs51/gen.c (gencjneshort), * src/ds390/gen.c (gencjneshort): Made comparison with AOP_IMMD operand more efficient (per Scott Bronson's suggestion) 2003-10-22 Erik Petrich Extended the semantics of the critical keyword to include individual statements. See RFE #827755 and #799831 * src/SDCC.y * src/SDCCicode.c * src/SDCCopt.c * src/SDCCast.c * support/Util/SDCCerr.c * support/Util/SDCCerr.h * src/mcs51/gen.c * src/ds390/gen.c * src/hc08/gen.c 2003-10-19 Borut Razem * src/SDCC.lex: fixed bug #825944 - defined yytext_ptr to make it compile with flex 2.5.31 2003-10-19 Erik Petrich * src/SDCCicode.c (geniCodePreInc, geniCodePreDec, ast2iCode): Fixed bug #818696 * src/SDCCast.c (ast_print): Fixed --dumptree so that preincrement and predecrement operand is displayed 2003-10-13 Bernhard Held * src/SDCCval.c (valMinus): fixed bug #826041 2003-10-15 Erik Petrich Some hc08 related updates that I missed earlier * sim/ucsim/stypes.h * support/regression/ports/hc08/spec.mk 2003-10-15 Erik Petrich New target "hc08" for the Motorola 68hc08 family of micros * configure * configure.in * Makefile * src/hc08/* * src/SDCCmain.c * src/port.h * sim/ucsim/hc08.src/* * sim/ucsim/configure.in * src/ucsim/configure * sim/ucsim/packages_in.mk * as/hc08/* * as/Makefile * device/include/mc68hc908qy.h * device/lib/hc08/* * device/lib/Makefile.in * support/regression/ports/hc08/* * support/regression/Makefile 2003-10-14 Erik Petrich * src/z80/gen.c: fixed bug revealed by ast_constant_folding.c regression test * src/ds390/gen.c (genCast): fixed bug #821957 2003-10-13 Bernhard Held * device/lib/logf.c: "fixed" overlay bug * support/regression/ports/host/spec.mk: added m library * support/regression/ports/mcs51-stack-auto/spec.mk: added float funcs * support/regression/tests/float_trans: added (for Eric) 2003-10-12 Bernhard Held * src/mcs51/gen.c (genCpl): fixed bug http://sf.net/mailarchive/message.php?msg_id=6263915 2003-10-10 Bernhard Held * src/SDCCast.c (decorateType): added extended constant folding * src/SDCCsymt.c (computeType): cleanup * src/SDCCval.c (valShift): minor optimization * support/regression/tests/ast_constant_folding.c: added 2003-10-09 Erik Petrich * src/SDCCmain.c: removed some unintended changes 2003-10-09 Erik Petrich * src/SDCCmain.c (setParseWithComma): fixed bug #816685 * src/z80/gen.c: fixed part of bug #817589 * src/SDCCsymt.c (checkFunction): fixed bug #817895 2003-10-08 Bernhard Held Replaced cast (void **) with (void *) to avoid gcc 3 warning: * src/SDCCcflow.c * src/SDCCcse.c * src/SDCCdflow.c * src/SDCClabel.c * src/SDCClrange.c * src/SDCCmem.c * src/SDCCopt.c * src/SDCCpeeph.c * src/SDCCset.c * src/avr/ralloc.c * src/ds390/ralloc.c * src/izt/ralloc.c * src/mcs51/ralloc.c * src/pic/ralloc.c * src/pic16/ralloc.c * src/xa51/ralloc.c * src/z80/ralloc.c * src/z80/gen.c: removed unused label "release:" 2003-10-06 Borut Razem * src/SDCC.lex: removed definition of unused variables save_optimize and save_options 2003-10-06 Bernhard Held * clean.mk: removed '=' in "-maxdepth=1" * src/SDCCloop.c: replace LRKLAUS with SDCC_LRKLAUS * src/SDCClrange.c: replace LRKLAUS with SDCC_LRKLAUS 2003-10-06 Borut Razem * src/SDCC.lex, src/SDCC.lex: use dbuf for "_asm" definitions; my_unput() replaced by unput() 2003-10-05 Bernhard Held * src/SDCCloop.c (assignmentsToSym, loopInduction): cast argument of setToNull() to (void *) to avoid gcc3.x's warning: "dereferencing type-punned pointer will break strict-aliasing rules" Old LR behaviour is again default; Klaus' LR can be choosen by defining the environment variable LRKLAUS * src/SDCCBBlock.h * src/SDCCloop.c * src/SDCClrange.c * src/ds390/ralloc.c (spillThis): applied Klaus' patch * clean.mk: fixed removal of files in bin/CVS/ * device/lib/clean.mk: fixed removal of directories small and large * support/Util/SDCCerr.c: changed W_INT_OVL to ERROR_LEVEL_PEDANTIC * src/SDCCicode.c, * src/SDCCval.c: removed superflous test for pedantic 2003-10-05 Borut Razem * src/SDCC.lex, support/Util/SDCCerr.c, sdcc/support/Util/SDCCerr.h: Fixed bug #816692: introduced new ERROR_LEVEL_PEDANTIC warning message "unmatched #pragma SAVE and #pragma RESTORE" 2003-10-04 Frieder Ferlemann * doc/sdccman.lyx: various additions and updates (interrupts, inline assembly, critical functions, atomic, nojtbound) 2003-10-04 Bernhard Held Applied liferange patch from Klaus Flittner * src/SDCCBBlock.h * src/SDCCloop.c * src/SDCCloop.h * src/SDCClrange.c 2003-10-03 Erik Petrich * src/z80/gen.h, * src/z80/gen.c (aopOp, aopGet, aopPut, genDummyRead), * src/mcs51/gen.h * src/mcs51/gen.c (aopOp, aopGet, aopPut, genDummyRead), * src/ds390/gen.h * src/ds390/gen.c (aopOp, aopGet, aopPut, genDummyRead), * src/SDCCicode.c (ast2iCode, geniCodeDummyRead): Fixed bug #663539 * src/SDCCopt.c (killDeadCode): Fixed bugs #663539 & #816705 2003-10-02 Erik Petrich * src/z80/gen.c (genRet): fixed bug #524753 * src/z80/gen.c (genCast): fixed internal error on cast from pointer to long * src/z80/gen.c (_saveRegsForCall, emitCall): adapted Johan's fix for bug #477835 to the z80 * src/z80/gen.c (genZ80code, _vemit2, _emit2): added support for tracking iCodes in the peephole optimizer for z80 2003-10-01 Erik Petrich * src/SDCCicode.c (geniCodeJumpTable, geniCodeSwitch): fixed the other part of bug #814548 * src/SDCCpeeph.c (labelInRange): fixed bug #814558 2003-09-30 Bernhard Held * src/SDCCcse.c: fixed part of bug #814548 2003-09-28 Borut Razem * src/asm.c: rewrite of printILine() to use temporary file instead a pipe * src/xa51/main.c: commented out declaration of int rewinds 2003-09-27 Erik Petrich * src/SDCCicode.c (geniCodeJumpTable): Fixed bug #813206 2003-09-26 Erik Petrich * src/SDCCdflow.c (computeDataFlow): Fixed bug #810746 * src/asm.c (printILine): Fixed bug #811015 2003-09-22 Jesus Calvino-Fraga *link/z80/lklibr.c, as/mcs51/lklibr.c: Improved memory allocation and freeing. 2003-09-21 Erik Petrich * src/z80/gen.c (setupToPreserveCarry): Fixed bug #796955 * src/z80/gen.c (setupPair, genMovePairPair): Fixed setupPair to correctly handle general case of AOP_PAIRPTR * src/z80/gen.c (aopGet, aopPut): Generalized AOP_PAIRPTR handling 2003-09-21 Erik Petrich * src/mcs51/ralloc.c (fillGaps), * src/ds390/ralloc.c (fillGaps): fixed bug #810093 (yet another register positioning bug) 2003-09-21 Bernhard Held * device/lib/_fsdiv.c: replaced (1<<31) by (1ul<<31) 2003-09-19 Erik Petrich * src/mcs51/gen.c (loadDptrFromOperand, genFarPointerGet, genCodePointerGet, genGenPointerGet, genFarPointerSet, genGenPointerSet): handle AOP_DPTR correctly when loading dptr (ralloc doesn't intentionally do this now, but perhaps later) * src/mcs51/ralloc.c (serialRegAssign, fillGaps), * src/ds390/ralloc.c (serialRegAssign, fillGaps): fixed some register positioning bugs (Fixed bug #762602 and #795325) * src/SDCCicode.c (geniCodeDerefPtr): Track output class correctly (Fixed bug #808779) * src/z80/gen.c: increased _vemit2's buffer[] to handle long lines that --i-code-in-asm generates 2003-09-18 Jesus Calvino-Fraga *link/z80/lklibr.c, as/mcs51/lklibr.c: Fixed Linux segfaults when trying to fclose a FILE* that was already closed. 2003-09-18 Erik Petrich * src/SDCCsymt.c (structElemType): fixed bug #808291 (members of const struct should be treated as if const themselves) 2003-09-18 Bernhard Held * src/SDCCval.c (valPlus, valMinus): fixed bug #808337 2003-07-06 Jesus Calvino-Fraga * support/librarian/sdcclib.c: Generate correct offsets for libraries with Unix (/n) and DOS (/r/n) line terminations. 2003-09-17 Erik Petrich * src/SDCCopt.c (cnvFromFloatCast, cnvToFloatCast): fixed bug #613775 2003-09-16 Erik Petrich * src/mcs51/gen.c (genFunction, genEndFunction), * src/ds390/gen.c (genFunction, genEndFunction): Moved save and restore of EA so that stack offsets to parameters are correct when using both critical and reentrant/stack-auto. * src/z80/gen.c (aopOp): removed erroneous assertion about sloc size (can be triggered in error if sloc is shared between different sized objects) * device/include/float.h: fixed macros to explicitly use unsigned long where needed 2003-09-15 Bernhard Held Feature req. 799831: added code to allow nesting of critical functions * src/mcs51/gen.c (genFunction, genEndFunction) * src/ds390/gen.c (genFunction, genEndFunction) 2003-09-14 Erik Petrich * src/SDCCsymt.c (sclsFromPtr), * src/SDCCsymt.h, * src/SDCCast.c (decorateType): fixed bug #462971. Also, better support for standard C idiom of memory mapped variables; for example, *((xdata int*)0x1234) = 1 is now internally equivalent to xdata int at 0x1234 tempvar = 1. * sim/ucsim/z80.src/inst_xd.cc: fixed bug #805483 with patch provided by Akiya ISHIDA 2003-09-13 Bernhard Held * src/SDCCval.c (cheapestVal): reenabled to reduce int to char * src/SDCCval.c (constVal): added reduction from int to char * src/SDCCval.c (valMult, valDiv): fixed sign handling * src/SDCCval.c (valShift): fixed after change of cheapestVal() * src/SDCCval.c (valCompare): fixed EQ_OP and NE_OP; they have to ignore the sign * support/regression/tests/shifts.c: fixed 2003-09-13 Erik Petrich * src/z80/gen.c (genXor): Fixed bug #805445 2003-09-12 Erik Petrich Fixed bug #621531 (const & volatile confusion in the type chain). DCL_PTR_CONST, DCL_PTR_VOLATILE, & IS_PTR_CONST now exclusively refer to the const or volatile state of the pointer itself. * src/SDCCast.c * src/SDCCglue.c * src/SDCCicode.c * src/SDCCsymt.c * src/SDCCval.c * src/SDCC.y * src/SDCCsymt.h * src/pic/gen.c * src/pic/ralloc.c * src/pic16/gen.c * src/pic16/ralloc.c * support/regression/tests/const.c 2003-09-10 Jesus Calvino-Fraga When checking for duplicated modules, use absolute paths instead of relative paths. Files changed: * as/mcs51/lklib.c * link/z80/lklib.c 2003-09-09 Erik Petrich * src/SDCCicode.c (geniCodeLogic): fixed bug #797572 2003-09-07 Erik Petrich * device/include/string.h: added size_t typedef, changed prototypes to use size_t, eliminated separate reentrant and non-reentrant declarations, added _memmove declaration * device/lib/_memcpy.c: changed to use size_t instead of int, changed /4 to >>2 to avoid division library call * device/lib/_memcmp.c, * device/lib/_memset.c, * device/lib/_strncat.c, * device/lib/_strncpy.c, * device/lib/_strncmp.c: changed to use size_t instead of int * device/lib/_memmove.c: new file (fixed bug #772294) * device/lib/Makefile.in: added _memmove.c * device/lib/z80/asm_strings.s: fixed bug #772290 * support/regression/tests/bitfields.c: attempt to fix host assertion failure on amd64-unknown-linux2.2 2003-09-06 Erik Petrich * src/z80/gen.c (aopPut, spillPairReg): fixed bug #800998 * src/z80/gen.c (genFunction, genEndFunction): fixed "bug" #774700 * as/z80/asmain.c (main): fixed bug #801766 2003-09-06 Bernhard Held * src/SDCCicode.c (ast2iCode): fixed differences in iCode with different compilers 2003-09-05 Erik Petrich * src/SDCCast.c (isConformingBody): fixed loop reversal bug reported in bug #800609 2003-09-04 Vangelis Rokas * Top header beautifications in src/pic16 directory: device.c, device.h, gen.c, gen.h, genarith.c, glue.c, pcode.c, pcodeflow.c, pcodeflow.h, pcode.h, pcodepeep.c, pcoderegs.c, pcoderegs.h, ralloc.c, ralloc.h * main.c: added top header and GPL license notice * pcode.c: fixed the if-conditional warning 2003-09-04 Bernhard Held * device/lib/_mullong.c: replaced int by short for gcc 2003-08-31 Erik Petrich * src/SDCCpeeph.c (notVolatile, notVolatileVariable): handle IFX and JUMPTABLE iCodes properly now (worked by accident before) * src/mcs51/gen.c (leftRightUseAcc), * src/ds390/gen.c (leftRightUseAcc): handle IFX and JUMPTABLE iCode properly now. Use getSize instead of nRegs since a & b aren't part of the nRegs tally. 2003-08-31 Vangelis Rokas * src/pic16/main.c: corrected offsets of interrupt vectors in _pic16_genIVT() * src/pic16/pcode.c: fix to disable inserting BANKSEL directive before instructions that use the _STATUS register 2003-08-31 Bernhard Held * src/mcs51/gen.c (freeAsmop): fixed off by one in stack offset (AOP_STK) * src/mcs51/gen.c (genNearPointerSet): added missing opcode for fetching of the pointer * src/mcs51/gen.c (genNearPointerGet): added reuse of PREG, copied from genNearPointerSet() * src/mcs51/gen.c (genNearPointerGet): don't pop r0/r1, if RESULTONSTACK * src/mcs51/gen.c: changed order of freeAsmop(left/right/result)-calls. If they pop r0/r1 they must be called in the opposite order than aopOp(). * device/lib/_mullong.c: fixed for "--model-large --int-long-reent" (resp. --stack-auto), prepared for --xstack 2003-08-28 Frieder Ferlemann * doc/sdccman.lyx: reverted tables to those in cvs 1.64 2003-08-28 Bernhard Held * device/lib/_startup.c: quick & dirty fix for ds390/ds400; these ports have their own __sdcc_external_start() 2003-08-26 Bernhard Held pic patch provided by Slade Rich * src/pic/glue.c (pic14printPublics): fixed bug introduced when symbol type for bits was changed. It resulted in bit variables becoming global, which is not permitted in PIC 14 assembly output. 2003-08-23 Frieder Ferlemann * doc/sdccman.lyx: various additions and updates. Rearranged sections 2003-08-22 Jesus Calvino-Fraga Z80 and MCS51 linkers complaint if a public symbol is defined in more than one library module: * as/mcs51/lklib.c * link/z80/lklib.c * as/mcs51/Makefile.in 2003-08-22 Erik Petrich A few small changes that speed up the peephole optimizer. * src/SDCCpeeph.c 2003-08-22 Erik Petrich Try to make the peephole optimizer smarter by maintaining an association between the assembly source code and the iCodes that originated them. Put this information to use with a new peephole rule condition "notVolatile" so that the rules can be aggressive yet still safe. * src/SDCCpeeph.c * src/SDCCpeeph.h * src/mcs51/gen.c * src/mcs51/peeph.def 2003-08-20 Erik Petrich Fixed bug #741761 * src/mcs51/gen.c (aopForSym, leftRightUseAcc), * src/ds390/gen.c (aopForSym, leftRightUseAcc): preserve A and B if the left or right operand symbols have the accuse flag set. 2003-08-20 Erik Petrich Changed the type of the result of the ! (NOT) operator to char; previously it returned the same type as the source. This allows us to eliminate all the genFloatNot functions (all of its target implementations were very buggy) since !float can use the same code as !long now. * src/SDCCicode.c (ast2iCode): ! returns char * src/mcs51/gen.c (genNot, genNotFloat), * src/ds390/gen.c (genNot, genNotFloat), * src/z80/gen.c (genNot, genNotFloat), * src/pic/gen.c (genNot, genNotFloat), * src/pic16/gen.c (genNot, genNotFloat): eliminated genNotFloat 2003-08-19 Bernhard Held pic patch provided by Slade Rich 1. Interrupt would not compile properly. Ensure PCLATH register is saved during interrupts. Ensure WSAVE is located at a shared bank address. 2. Fixed page selection in some places 3. Fixed BTFSS/C to where necessary use registers directly and not simply the registers name strings. 4. Fixed "signed / unsigned compare" compiler warnings. 5. The PIC port manages its own allocation of the general purpose registers, but makes no attempt to reuse them. As a result when compiling it soon runs out of general purpose registers. Some additional code was added to the files pcode.c and device.c to walk through the function call tree and rename the registers so that they get reused. * src/pic/device.c * src/pic/gen.c * src/pic/glue.c * src/pic/pcode.c * src/pic/pcode.h * src/pic/ralloc.c * src/pic/ralloc.h * src/pic/genarith.c: Fixed problems with PIC 14 port in functions genPlus() & genMinus() when the result is the same as left or right 2003-08-18 Erik Petrich * src/z80/gen.c (isUnsplitable, fetchPairLong): fixed bug #770454 2003-08-18 Erik Petrich Made bitfield a distinct type from bit so that bitfields convert as per ANSI C and bits retain their traditional boolean style behaviour. Implemented bitfield support in the z80 port. * src/SDCCsymt.h, * src/SDCCsymt.c, * src/SDCCast.c, * src/cdbFile.c, * src/mcs51/gen.c, * src/ds390/gen.c: bit v bitfield split * src/z80/gen.c: New support for bitfields * support/regression/tests/bitfields.c: reenabled z80, added more tests 2003-08-17 Frieder Ferlemann Rules 246.x, 247.x relate to bitfields, the others speed up access to xdata mapped I/O devices. * src/mcs51/peeph.def: added 26 peepholes 246.x - 248.x, 180.x 2003-08-16 Erik Petrich Cleaned up genPackBits and genUnpackBits and added two helper functions, emitPtrByteGet & emitPtrByteSet. Added optimizations for literal assignments in genPackBits (thanks to Frieder for reminding me). * src/mcs51/gen.c * src/ds390/gen.c 2003-08-16 Erik Petrich Fixed bug #748310 (pointer to function type mishandled when the function name is omitted). Also fixed a SIGSEGV when a function attribute (reentrant, etc) is used on a non-function or on a function but misplaced before the parameter list. * src/SDCC.y (abstract_declarator, abstract_declaractor2): fixed bug #748310 * src/SDCC.y (declarator2_function_attributes): avoided SIGSEGV * support/Util/SDCCerr.h, * support/Util/SDCCerr.c: Added func attr misuse error msg 2003-08-13 Bernhard Held Fixed bug #787649 by anonymous * src/SDCCglue.c (emitRegularMap): added emission of sloc for func ptr * src/ds390/gen.c (aopForSym): fixed func ptr in sloc 2003-08-14 Erik Petrich Fixed numerous bitfield problems. * src/SDCC.y: More bitfield related error checking * src/SDCCsymt.h, * src/SDCCsymt.c (compStructSize): fixed bitfield offset calc * support/Util/SDCCerr.h, * support/Util/SDCCerr.c: Added & edited some bitfield err msgs * src/mcs51/gen.c (genPackBits, genUnpackBits): fixed mask bugs * src/ds390/gen.c (genPackBits, genUnpackBits): fixed mask bugs * support/regression/tests/bitfields.c: tests added 2003-08-13 Erik Petrich Made the constant following the "interrupt" keyword optional. If omitted, the function will not automatically be given an entry in the interrupt vector table (similar to #pragma NOIV, but less syntacticly kludgy). The interrupt number is also now range checked. Also fixed a bug in the high order bit example in the manual. * src/SDCC.y * src/SDCCmem.c * src/SDCCglue.c * src/SDCCsymt.h * support/Util/SDCCerr.c * support/Util/SDCCerr.h * doc/sdccman.lyx 2003-08-13 Bernhard Held * src/SDCCcse.c (algebraicOpts): fix bug converting op from value to type * src/SDCCicode.c (operandOperation): rewritten some ops (*, ==, unary_minus) to fix possible overflows and to accord with ANSI * src/SDCCsymt.c (computeType): literals are handled the same way as any other type * src/SDCCval.c (cheapestVal): removed, it doesn't accord with ANSI (can be re-activated by defining REDUCE_LITERALS) * src/SDCCval.c (constVal): fixed; hex and octal constants can be unsigned, but are signed by default * src/SDCCval.c (constVal): rearranged * src/SDCCval.c (valMod): preliminary fix * src/SDCCval.c (valCastLiteral): use TYPE_* types * support/regression/literalop.c: added, work in progress 2003-08-12 Erik Petrich Generate warnings for useless declarations like "char data;" that don't do what new users expect. * src/SDCC.y * support/Util/SDCCerr.h * support/Util/SDCCerr.c 2003-08-09 Bernhard Held * src/SDCCval.c (valMult): fix overflow detection of negative int 2003-08-07 Erik Petrich * src/z80/ralloc.c (joinPushes): made compatible with new signedness Changes to support big endian targets: * src/ports.h * src/SDCCglue.c * src/avr/main.c * src/ds390/main.c * src/izt/i186.c * src/mcs51/main.c * src/pic/main.c * src/pic16/main.c * src/xa51/main.c * src/z80/main.c 2003-08-06 Bernhard Held * src/SDCCval.c (cheapestVal): changed behaviour to the same as constVal() * device/lib/time.c: fixed warning "integer overflow in expression" 2003-08-05 Bernhard Held * src/SDCCval.c (cheapestVal, valueFromLit): use TYPE_* types * src/SDCCval.c (constVal): changed default to signed; hex and octal constants are unsigned; added recognition of "u" flag for unsigned * src/SDCCval.c (valMult): fixed signdness, added warning for overflow * src/SDCCval.c (valDiv, valMod): fixed signdness * src/SDCCicode.c (operandOperation): fixed critical typo; fixed signedness of modulo, left and right shift * support/Util/SDCCerr.c: added warning "integer overflow in expression" * support/Util/SDCCerr.h: added warning W_INT_OVL * src/SDCCast.c (decorateType): fixed gcc3.3 warning * src/SDCCast.c (ast_print): improved output of constants 2003-08-04 Jesus Calvino-Fraga Fixed some warnings when building with MSVC: * as/mcs51/asdata.c * as/z80/asdata.c * as/mcs51/asm.h * as/z80/asm.h * link/z80/aslink.h * link/z80/lkdata.c * link/z80/lkeval.c * link/z80/lkgb.c * link/z80/lkihx.c * link/z80/lks19.c * link/z80/lksym.c * support/cpp2/cpplib.c * src/ds390/gen.c * src/mcs51/gen.c 2003-08-03 Bernhard Held * src/SDCCast.c (constExprTree): fix bug #781827 by Carl Worth 2003-08-01 Jesus Calvino-Fraga * support/librarian/clean.mk: Do not remove Makefile. * support/librarian/Makefile: added. 2003-08-01 Jesus Calvino-Fraga Added librarian to MSVC build: * all.dsp * sdcc.dsw * support/librarian/librarian.dsp 'configure' not needed for librarian, removed: * support/librarian/configure * support/librarian/configure.in * support/librarian/config_in.h * support/librarian/Makefile.in Hopefully these ones built the librarian and the rest of sdcc properly: * Makefile * Makefile.common.in Messed up 'configure', so revert to previous version: * configure * configure.in 2003-07-31 Bernhard Held * src/SDCCicode.c (operandOperation): 3. fix, this time for Alpha; ULONG has 64 bits there, while the mantissa of a double is "only" 53 bits wide. 2003-07-31 Jesus Calvino-Fraga Adding sdcclib to the build. MSVC project coming soon. Files added/changed: * support/librarian/clean.mk * support/librarian/configure * support/librarian/configure.in * support/librarian/config_in.h * support/librarian/Makefile.bcc * support/librarian/Makefile.in * support/librarian/sdcclib.c * Makefile.bcc * Makefile * Makefile.common.in * configure * configure.in 2003-07-29 Jesus Calvino-Fraga Linker now complaints if linked modules have conflicting options, for example, one compiled using --model-large and another one compiled with --model-small. The following files were modified: * as/mcs51/asdata.c * as/mcs51/aslink.h * as/mcs51/asm.h * as/mcs51/asmain.c * as/mcs51/asout.c * as/mcs51/i51pst.c * as/mcs51/lkdata.c * as/mcs51/lklibr.c * as/mcs51/lkmain.c * as/z80/asdata.c * as/z80/asm.h * as/z80/asmain.c * as/z80/asout.c * as/z80/z80pst.c * link/z80/aslink.h * link/z80/lkdata.c * link/z80/lklibr.c * link/z80/lkmain.c * src/SDCCglue.c 2003-07-28 Jesus Calvino-Fraga *link/z80/aslink.h, link/z80/lklibr.c, as/mcs51/aslink.h, as/mcs51/lklibr.c: Generate a warning when a library is not found. 2003-07-28 Bernhard Held * src/z80/mappings.i: fix _mul[us][int,long] entries 2003-07-26 Jesus Calvino-Fraga *src/SDCCmain.c: do not search for crt0.o when using --nostdlib 2003-07-24 Bernhard Held * src/SDCCicode.c (operandOperation): really fixed problem with bitops * support/regression/tests/bitopcse.c: added fixed warning: * src/avr/gen.c: * src/pic/gen.c: * src/pic16/gen.c: * src/z80/gen.c: * src/xa51/gen.c: 2003-07-24 Jesus Calvino-Fraga added support for new library format to z80, gbz80 linkers: *link/z80/aslink.h *link/z80/lklex.c *link/z80/lklib.c *link/z80/lklist.c 2003-07-24 Bernhard Held * src/SDCCicode.c (operandOperation): fixed problem with bitops and 0xffffffff; after {double d = 0xffffffff; long l = d;} l will be 0x80000000 (LONG_MIN) 2003-07-23 Bernhard Held added DUMMY_READ_VOLATILE: * src/SDCC.y: * src/avr/gen.c: * src/xa51/gen.c: * src/z80/gen.c: * src/pic/gen.c: * src/pic16/gen.c: * src/mcs51/gen.c: * src/ds390/gen.c: * src/SDCCcse.c (algebraicOpts): many improvements * src/SDCCcse.h: removed algebraicOpts() * src/SDCCicode.c (picDummyRead): added 2003-07-23 Jesus Calvino-Fraga * as/mcs51/lkmem.c: Changed message "Insufficient DRAM memory" to "Insufficient space in data memory". 2003-07-20 Erik Petrich * src/mcs51/gen.c: fixed bug #771358 * src/z80/gen.c: fixed bug #759087 2003-07-20 Bernhard Held * src/pic16/glue.c: minor cleanup by Vangelis 2003-07-19 Frieder Ferlemann * device/include/regc515c.h: fixed #758477 * device/lib/_gptrget.c: saving some cycles in generic pointer get * device/lib/_gptrput.c: saved a few bytes * my tab spacing is 8, yours too?) * device/lib/_ser.c: process RX bytes earlier than TX bytes * device/lib/serial.c: process RX bytes earlier than TX bytes * src/mcs51/gen.c(genGenPointerGet/Set): removed writing of type after postincrement 2003-07-18 Erik Petrich * src/z80/gen.c: fixed some right shift bugs (#772726 among them) 2003-07-17 Jesus Calvino-Fraga * link/z80/lklibr.c: fixed bug when there is a '.' in a library path. 2003-07-17 Bernhard Held * device/lib/Makefile.in: bad fix, reverted to 1.43 2003-07-16 Bernhard Held * device/lib/Makefile.in: added missing z80 object files 2003-07-14 Bernhard Held * src/SDCCcse.c (algebraicOpts): CSE fun with &|^ and 0x00/0xff literals pic16 progress by Vangelis: * src/SDCCglobl.h: * src/SDCCmain.c: * src/pic/Makefile: * src/pic: * pic/Makefile: * pic16/device.c: * pic16/device.h: * pic16/gen.c: * pic16/gen.h: * pic16/genarith.c: * pic16/glue.c: * pic16/main.c: * pic16/pcode.c: * pic16/pcode.h: * pic16/pcodepeep.c: * pic16/peeph.def: 2003-07-13 Jesus Calvino-Fraga * src/SDCCmain.c, src/SDCCglobl.h: added option --no-std-crt0 2003-07-12 Jesus Calvino-Fraga * sdcc.dsw, all.dsp, link/z80/linkgbz80.dsp, as/z80/as-gbz80.dsp: added gbz80 build to MSVC project. * src/SDCCmain.c, src/SDCCglue.c, src/z80/main.c, src/z80/z80.dsp, link/z80/aslink.h, linkz80.dsp: cleaned up z80 and gbz80 asm files from 8051 stuff and setup so it links using a .lnk file. 2003-07-06 Jesus Calvino-Fraga * support/librarian/sdcclib.c: sdcc librarian. * as/mcs51/aslink.h, as/mcs51/lklib.c: Support for libraries created with sdcclib. 2003-07-03 Jesus Calvino-Fraga * as/mcs51/lkmain.c: properly handle extensions in function afile. 2003-07-02 Borut Razem * src/port.h, src/SDCCmain.c, src/pic/glue.h, src/pic/main.c, src/pic16/glue.h, sdcc/src/pic16/main.c, src/izt/i186.c, src/izt/tlcs900h.c, src/avr/main.c, src/ds390/main.c, src/mcs51/main.c, src/xa51/main.c, src/z80/main.c: virtualization of glue() function: each port has it's own glue function, which is accessed by do_glue function pointer in PORT.general structure 2003-07-01 Kevin Vigor * DS800C400 fun, improved ROM interface and tinibios. 2003-06-27 Kevin Vigor * More support for DS80C400. Now includes beginning of interface to ROM. 2003-06-25 Bernhard Held * src/mcs51/gen.c (gencjneshort): fixed bug #760345 2003-06-20 Jesus Calvino-Fraga * as/mcs51/lkaomf51.c: Make sure the size of the last procedure is correct. 2003-06-19 Borut Razem * src/z80/main.c: fixed Z80 port again: missing -k library paths in linker command line 2003-06-19 Borut Razem * src/SDCCutil.h, src/SDCCutil.c, src/SDCCglobl.h, src/SDCCmain.c, src/z80/main.c: fixed Z80 port - crt0.o: cannot open. 2003-06-19 Bernhard Held * support/Util/MySystem.c (merge_command): revert bad fix 2003-06-18 Borut Razem * src/SDCC.lex, src/SDCCmain.c: fixed some warnings, introduced with changes made 15.06.1003 2003-06-18 Jesus Calvino-Fraga * src/SDCCglobl.h, src/SDCCmain.c, doc/sdccman.lyx: option --use-stdout sends errors to stdout instead of stderr. 2003-06-18 Bernhard Held * support/Util/MySystem.c (merge_command): quick fix for Linux segfault with \"cmd\" arg 2003-06-15 Borut Razem * support/cpp2/sdcc.h: HAVE_DOS_BASED_FILE_SYSTEM defined for _WIN32 * src/SDCC.lex: cloneXxx and copyAndFreeXxx functions for options and optimize stack handling * src/SDCCglobl.h, src/SDCCmain.c, src/ds390/main.c, src/mcs51/main.c, src/z80/main.c: fixed width array of pointers replaced with sets; multiple include and lib paths ared transferred to preprocessor and linker * src/SDCCset.c, src/SDCCset.h: added function setFromSetNonRev() and mergeSets() * src/SDCCsymt.c: reimplemented function inCalleeSaveList() by using sets instead fixed width array of pointers * src/SDCCutil.c, src/SDCCutil.h: added functions fputStrSet(), appendStrSet(), joinStrSet(); removed functions addToList(), join(), joinn(), pathCharsEquivalent(), pathCharTransform(), fixupPath(), getPathDifference() * src/ds390/gen.c, src/mcs51/gen.c: reimplemented function inExcludeList() by using sets instead fixed width array of pointers 2003-06-11 Bernhard Held * src/pic16/ralloc.c: fix warnings * src/pic16/pcode.c: fix warning 2003-06-10 Scott Dattalo Scott D. for Vangelis Rokas (vrokas AT otenet.gr). I (scott) don't know all the details, but essentially this set of changes enable the pic16 port to generate movff instructions and generate assembler directives, * src/SDCCmain.c: * src/pic16/gen.c: * src/pic16/glue.c: * src/pic16/pcode.c: * src/pic16/device.c: * src/pic16/main.c: * src/pic16/pcode.h: * src/pic16/pcoderegs.c: * src/pic16/ralloc.c: * src/pic16/ralloc.h: 2003-06-08 Jesus Calvino-Fraga * support/Util/SDCCerr.c, src/SDCCglobl.h, src/SDCCmain.c, doc/sdccman.lyx: added option --vc, so sdcc errors and warnings are compatible with Microsoft Visual Studio. 2003-06-07 Jesus Calvino-Fraga * device/lib/_atof.c, device/lib/Makefile.in, device/include/stdlib.h, device/lib/libfloat.lib: added atof function. 2003-06-04 Bernhard Held * doc/sdccman.lyx: updated to Lyx 1.3 * doc/cdbfileformat.lyx: updated to Lyx 1.3 * doc/test_suite_spec.lyx: updated to Lyx 1.3 * doc/Makefile: added fix for the \tabularnewline problem, thanks to Jesus 2003-06-03 Bernhard Held * src/SDCCpeeph.c: separate peepRules2pCode() for pic16 by "Vangelis Rokas" 2003-06-02 Frieder Ferlemann * doc/sdccman.lyx: cvs revision keywords, passing pdf information in latex preamble, additions to the "related tools/documentation" section 2003-06-02 Bernhard Held * src/SDCCglue.c (tempfileandname): added check for missing TMP/TEMP/TMPDIR variable 2003-05-29 Bernhard Held * src/pic/device.c: added 16F819, patch by "David I. Lehn" * src/SDCCcse.c (algebraicOpts): fixed "c * 1" 2003-05-28 Bernhard Held * doc/sdccman.lyx: fix double dash and other minor things * doc/Makefile: fix double dash 2003-05-28 Karl Bongers(patches from Martin Helmling) * debugger/mcs51/sdcdb.c,cmd.c,break.c and .h files. Martin adds condition and ignore commands. 2003-05-28 Frieder Ferlemann * doc/sdccman.lyx: Changes all over, index improved, smaller margins. The manual is in parts still quite out of date, I did changes as far as I felt makes sense for a non-native english speaker. Please feel free to add to the manual or to correct my changes. * doc/Makefile: undid touching the date of intermediate tex files. 2003-05-26 Frieder Ferlemann * doc/sdccman.lyx: Manual has an index now 2003-05-25 Bernhard Held Finalize muluint/mulsint and mululong/mulslong merging: * device/lib/_mulint.c * device/lib/_mullong.c * device/lib/gbz80/mul.s * device/lib/gbz80/stubs.s * device/lib/z80/mul.s * device/lib/z80/stubs.s * src/SDCCsymt.c (initCSupport) 2003-05-25 Jesus Calvino-Fraga * as/mcs51/lkaomf51.c: Address space 'z' was missing. * src/avr/avr.dsp, src/ds390/ds390.dsp, src/mcs51/mcs51.dsp, src/pic/pic.dsp, src/pic16/pic16.dsp, src/xa51/xa51.dsp, src/x80/z80.dsp: peep.rul is bigger now, so /Zm1000 is used instead of /Zm500. 2003-05-25 Frieder Ferlemann * src/mcs51/peeph.def: added rules 244.x, 245.x. Although they pass the regression tests I'm not brave enough to enable 245.b, 245.c * doc/sdccman.lyx: added latex preamble for hyperref package. Using pdflatex this will give you a hyperlinked pdf file with bookmarks. (prepend '%' before /usepackage if this breaks something) 2003-05-24 Jesus Calvino-Fraga * doc/sdccman.lyx: updated information about .adb files (fixed bug 742649) 2003-05-22 Bernhard Held * src/pic16/pcode.c (pic16_get_op_from_instruction): fixed a gcc 3.x warning 2003-05-21 * src/SDCCglue.c (printIval): fixed bug #739934 2003-05-19 Bernhard Held Applied patch from bug 737905 (renamed yylineo to mylineno): * src/altlex.c * src/SDCCast.c * src/SDCglobl.h * src/SDCC.lex * src/SDCCsymt.c * src/SDCCval.c * src/pic16/pcode.c: Cleaned warnings * src/pic16/pcodeflow.c: Cleaned warnings * src/pic16/pcoderegs.c: Cleaned warnings 2003-05-19 Scott Dattalo * src/pic16/pcode.c: Cleaned warnings * src/pic16/pcodepeep.c: Cleaned warnings * src/pic16/ralloc.c: Cleaned warnings 2003-05-19 Bernhard Held * doc/sdccman.lyx: fixed bug 739745 * src/pic16/pcode.c (pic16_get_op): fixed warning on alpha 2003-05-18 Bernhard Held * src/port.h: removed DEFAULT_PORT, it's not yet pic16 ;-) it can be defined with CFLAGS when running configure * src/SDCCmain.c: fixed compiling + linking with object files 2003-05-18 Vangelis Rokas (vrokas AT otenet.gr) * configure.in: configure for pic16 port, added --disable-pic16-port * sdccconf_in.h: added macro OPT_DISABLE_PIC16 * src/SDCCmain.c: linkOptions is changed to set *, added if/endif conditional macros to remove options help messages from optionsTable when a port is not configured, added support for the PIc16 port in the ports table, when executing the compiler with no port specified on command line, a default port is selected with the new macro DEFAULT_PORT which is defined in port.h, in setDefaultOptions() linkOptions is removed from initialization assignment, since now it is a set, parseCmdLine uses setParseWithComma for linkOptions, in linkEdit() linkOptions are accessed with new function indexSet() which returns the i'th item of a set variable. See SDCCset.c, in linkEdit() when calling buildCmdLine(), added linkOptions as last argument. Now users can pass arguments to gplink via the -Wl option, main() uses pic16glue() to glue up pic16 programs * src/SDCCpeeph.c: various changes to support pic16 * src/SDCCset.c: added function void *indexSet(set *, int) to return the i'th item of the set * src/SDCCset.h: added function prototype for indexSet() * src/SDCCsymt.c: in checkSClass(), added support for PIC16 * src/clean.mk: added pic16 in CLEANALLPORTS variable * src/port.h: added TARGET_ID_PIC16,TARGET_IS_PIC16 macro, added macro DEFAULT_PORT * src/pic/main.c: corrected arguments of gplnk in _linkCmd * src/pic16/gen.c: bug fix in genCpl(), now the correct code is generated * src/pic16/glue.c: commented out some error producing lines * src/pic16/main.c: __config directives are commented out to stop gpasm complaining and test the linkage with gplink, _linkCmd and _asmCmd changed to be more gplink and gpasm friendly * src/pic16/peeph.def: peep rule 3 is commented out, since it produced an error when parsed, peep rule 12 is added to utilize movff, but it is commented out since the pCode does not support yet a command with 2 address arguments 2003-05-18 * src/ds390/gen.c (genArrayInit): removed obsolete and buggy ARRAYINIT * src/ds390/main.c (genArrayInit): removed obsolete and buggy ARRAYINIT 2003-05-17 Karl Bongers(apply patches from Martin Helmling) * debugger/mcs51/sdcdb.c,cmd.c,break.c and .h files. Added feature to script commands from file. 2003-05-14 Bernhard Held * device/lib/_strtok.c: fixed bug #734355 by Lenny Story and Tim Woodall * src/SDCCutil.c: include ctype.h for win32 2003-05-13 Bernhard Held * src/pic16/*: removed CR from many files, reported by Vangelis Rokas 2003-05-12 Karl Bongers(apply development patches from Martin Helmling) * debugger/mcs51/sdcdb.c,simi.c,cmd.c,break.c and .h files. Fixed so you can set breakpoints prior to run, run does not stop on entry now. Add tbreak. Other enhancements and fixes for use with ddd. 2003-05-12 Borut Razem * src/SDCCmain.c: fixed the problem with searching the DATADIR as the last resort on *nix 2003-05-11 Borut Razem * src/SDCCutil.c: WIN32 version of getBinPath() calls GetModuleFileName() to determine the path of bin directory, so that PATH is the only env. variable, which has to be set in case of standard installation. * src/ds390/ds390.dsp: increased value of /Zm option to 1000 * src/pic/main.c: add quotes to file name parameters for gplink and gpasm * src/SDCCglobl.h, src/SDCCmain.c, doc/sdccman.lyx: added --print-search-dirs command line option 2003-05-04 Bernhard Held * src/SDCCmain.c (linkEdit): fixed buffer overflow for gbz80 * support/regression/Makefile: inter-port-clean is no longer nesessary, the temp files are in the port dir; clean the gen/test directory when generating new test.c * support/regression/ports/host/spec.mk: defined OBJEXT for target clean * support/regression/tests/vaargs.c: fixed gcc 3.3 warning * support/regression/tests/zeropad.c: added 2003-05-09 * src/SDCCglue.c: fixed bug #597940 2003-05-05 Karl Bongers(apply patches from Martin Helmling) * debugger/mcs51/sdcdb.c,simi.c,cmd.c,symtab.c and .h files. cache sfr, optimize next,step, fix off by one sourceline, support ddd list function. * sim/ucsim/cmd.src/newcmd.cc - small fix for sdcdb use. 2003-05-04 Bernhard Held * support/regression/HTMLgen.py: added compare_s2f() * support/regression/Makefile: redo 1.27 * support/regression/generate-cases.py: redo 1.5 2003-04-30 Bernhard Held * support/regression/tests/float.c: workaround 33 bit hex constant * support/regression/tests/simplefloat.c: fix division for host 2003-04-29 Scott Dattalo * src/pic/pcoderegs.c Applied patch from Jim Hawkridge that tame's the PIC's over-aggressive optimizer. 2003-04-29 Jesus Calvino-Fraga * src.dsw, link/z80/aslink.h, link/z80/linkz80.dsp: z80 linker support for MSVC. 2003-04-29 Kevin Vigor Initial support for DS80C400. "Hello world" runs on TINIm400 (with polled I/O). 2003-04-28 Karl Bongers(apply patches for Martin Helmling) * debugger/mcs51/sdcdb.c,simi.c,cmd.c,symtab.c and .h files. * Some notes on ddd usage added in debugger/README Martin Helmling adding more features and fixes for ddd GUI debugger. Code added for nexti, stepi, up, down, and other adjustments. 2003-04-28 Scott Dattalo * src/pic/pCodepeep.c non-wildcard asmops are now handled * src/pic/peeph.def Added two rules to optimize carry manipulation * src/pic/* removed debug printfs 2003-04-28 Bernhard Held * debugger/mcs51/cmd.c: added header newalloc.h 2003-04-26 Bernhard Held * as/Makefile: new EXEEXT * as/z80/Makefile: remove trailing slash of BUILDIR * as/z80/clean.mk: new EXEEXT * Makefile.common.in: add to CFLAGS (and others), don't replace it * support/cpp2/Makefile.in: new EXEEXT * src/pic/glue.c (pic14emitRegularMap): fixed warning 2003-04-24 Bernhard Held Cygwin's gcc always appends .exe: 'gcc -o a a.c' creates a.exe; EXEEXT was introduced to fix all related problems with targets "clean", "install" and "uninstall"; a couple of further flaws especially with "clean" have been fixed too * as/mcs51/Makefile.in * as/mcs51/clean.mk * as/z80/Makefile * Makefile * clean.mk * debugger/mcs51/Makefile.in * debugger/mcs51/clean.mk * link/z80/Makefile * link/z80/Makefile.in * link/z80/clean.mk * link/Makefile * packihx/Makefile.in * packihx/clean.mk * sim/ucsim/Makefile * sim/ucsim/clean.mk * sim/ucsim/avr.src/Makefile.in * sim/ucsim/avr.src/clean.mk * sim/ucsim/s51.src/Makefile.in * sim/ucsim/s51.src/clean.mk * sim/ucsim/xa.src/Makefile.in * sim/ucsim/xa.src/clean.mk * sim/ucsim/z80.src/Makefile.in * sim/ucsim/z80.src/clean.mk * sim/ucsim/main_in.mk * sim/ucsim/packages_in.mk * sim/ucsim/gui.src/Makefile.in * sim/ucsim/gui.src/serio.src/Makefile.in * sim/ucsim/gui.src/serio.src/clean.mk * src/Makefile.in * src/clean.mk * support/cpp2/Makefile.in * support/cpp2/clean.mk * support/makebin/Makefile * support/makebin/clean.mk * support/scripts/sdcc_mingw32: --program-suffix no longer needed * doc/sdccman.lyx: --program-suffix no longer needed 2003-04-23 Karl Bongers(apply patches for Martin Helmling) * debugger/mcs51/sdcdb.c,simi.c,cmd.c,.. Martin Helmling added support for ddd GUI debugger. Code added to display assembly, set variables, and other commands to interface to ddd. 2003-04-23 Bernhard Held * as/Makefile: fix target clean * as/clean.mk: fix target clean * as/z80/clean.mk: fix target clean 2003-04-22 Bernhard Held * Makefile.common.in: added AT EXEEXT AT * configure.in: removed all mingw32 stuff * configure: rebuilt from configure.in * doc/sdccman.lyx: updated section "installation" * support/scripts/sdcc_mingw32: adapted to configure * support/scripts/sdcc_cygwin_mingw32: added 2003-04-22 Scott Dattalo * src/pic Added object file support for the PIC port * src/pic Applied patch from Craig Franklin (this started the object file support) * src/regression Updated the PIC regression tests for object files 2003-04-20 Borut Razem * sdcc/as/mcs51/lklex.c: make getfid() more robust and fixed gcc warning: lklex.c: In function `getfid': lklex.c:203: warning: array subscript has type `char' * src/SDCCglobl.h: small change in stack handling macros, to avoid crash when compiled with MSVC with global optimization enabled (probably an cl compiler bug ;-) * support/Util/SDCCerr.c, support/Util/SDCCerr.h: added function fatal(), called from stack handling macros 2003-04-19 Borut Razem * "handling space characters in file path" task: * src/SDCCmacro.c: fixed bug in handlig quote at the end of line * support/Util/BuildCmd.c: define par as NULL if parameter value is invalid * support/Util/MySystem.h: make it self-sufficient * src/avr/main.c, src/ds390/main.c, src/mcs51/main.c, src/pic/main.c, src/xa51/main.c, src/z80/main.c, sdcc/as/mcs51/lklex.c: handling space characters in file path * src/SDCCmain.c: introduced setDataPaths() function, {datadir} macro (it will be used by assemblers, which have their own includes, e.g. gpasm) * support/Util/MySystem.c: handling space characters in executable's path 2003-04-19 Bernhard Held * as/z80/Makefile: fix permanent rebuild of z80 * sim/ucsim/gui.src/Makefile.in: target "install" builds the same packages as target "all" * support/regression/tests/bitfields.c: added Johan's bitfields.c 2003-04-18 Kevin Vigor * src/SDCCopt.c: add special case optimization to replace modulo by a power of two with a bitwise AND. 2003-04-18 * src/mcs51/gen.c (getFreePtr): fixed bug #635354 2003-04-17 * src/mcs51/ralloc.c (packRegsForAssign): fixed bug #716790 and removes lot's of redundant register usage around function calls * src/mcs51/ralloc.c (packRegisters): fixed bug #720667 2003-04-13 Borut Razem * doc/sdccman.lyx: updated info about #pragma SAVE/RESTORE nesting * configure.in, configure: fixed problems on cygwin/WinCVS environmet with ports.* line endings; fixed mingw problem in adl_NORMALIZE_PATH 2003-04-12 Borut Razem * fixed "#pragma SAVE/RESTORE can not be nested": * src/SDCC.lex: reworked pragma handling functions * sdcc/src/SDCCglobl.h: reworked stack handling macros * support/Util/SDCCerr.c, support/Util/SDCCerr.h: added E_STACK_VIOLATION error 2003-04-12 Bernhard Held * src/SDCCutil.c (pathEquivalent): defined but not used * debugger/mcs51/sdcdb.c: replace SDCC_LIB_DIR * configure.in: remove sdcc_datadir, sdcc_lib_dir and sdcc_include_dir * configure: rebuilt from configure.in * sdccconf_in.h: remove SDCC_LIB_DIR and SDCC_INCLUDE_DIR * sdcc_vc_in.h: remove SDCC_LIB_DIR and SDCC_INCLUDE_DIR * device/include/Makefile.in: replace sdcc_datadir * device/lib/Makefile.in: replace sdcc_datadir * Makefile.common.in: add LDFLAGS from configure * packihx/Makefile.in: use LDFLAGS * src/Makefile.in: use LDFLAGS * support/cpp2/Makefile.in: add LDFLAGS from configure * support/makebin/Makefile: use LDFLAGS * .version: bumped version number to 2.3.5 2003-04-12 Borut Razem * completed "different paths" task: * src/SDCCmacro.c: fixed bug in handling quotes * src/SDCCutil.c, src/SDCCutil.c: rewritten getPrefixFromBinPath() * src/SDCCmain.c: _discoverPaths() replaced with setBinPaths(), setIncludePath() and setLibPath() 2003-04-12 Bernhard Held * src/pic/pcoderegs.c (Remove1pcode): fix warning on alpha 2003-04-11 kevin Vigor * ds390/gen.c ds390/peeph.def: fix bug 706781 2003-04-11 Borut Razem * support/Util/dbuf.c, support/Util/dbuf.h: update to version 1.1.1 - re-added C++ stuff to make it still more portable 2003-04-10 Scott Dattalo * src/pic/* Applied the pointer-to-function patch from Steve Tell. * src/pic/* Fixed several pointer bugs. (PIC port broke when the ruonly bit was set - this bit used to not be set...). * src/pic/gen.c Fixed buf 609268 ==> x = (x+1) & 0xf; generated bad code in PIC Port * src/regression/and2.c added to test bug 609268 * src/regression/Makefile added and2.c to regression test 2003-04-08 * src/mcs51/gen.c (gen51Code): display reg usage in --icode-in-asm * src/mcs51/ralloc.c (serialRegAssign): update the registers in use and save some slocs * src/SDCCicode.h: added riu to show the register usage in --icode-in-asm 2003-04-07 Bernhard Held * configure.in: fully support prefix, exec_prefix, datadir, docdir; fix bug #487815 * support/cpp2/Makefile.in: fix bug #487815 * configure: rebuilt from configure.in * Makefile.common.in: docdir changed, new path suffixes * sdccconf_in.h: new RETSIGTYPE, and other PATHs * sdcc_vc_in.h: reflect changes from sdccconf.h * src/SDCCglobl.h: remove *SEPARATOR_CHARS, they are now in sdccconf.h * src/SDCCutil.h: remove BINDIR hack * doc/sdccman.lyx: update new path hierarchy 2003-04-06 Paul Stoffregen * src/SDCCpeeph.c: added okToRemoveSLOC test 2003-04-06 Paul Stoffregen * device/lib/printf_fast.c: added leading zero format ("%06d", etc) 2003-04-06 Paul Stoffregen * src/SDCCpeeph.c: added labelIsReturnOnly test * src/mcs51/peeph.def: Peephole 244: replace ljmp to ret with ret 2003-04-05 * src/SDCCcse.c (cseAllBlocks): fixed bug #460088 * src/SDCCloop.c (DEFSETFUNC): fixed bug #460088 * src/SDCCopt.c (eBBlockFromiCode): fixed bug #460088 * src/SDCCast.c: fixed a warning * src/SDCCast.h: fixed a warning * src/SDCCicode.c (operandFromAst): fixed a warning 2003-04-04 * src/SDCCloop.c (DEFSETFUNC): undid the fix for bug #519584 * src/SDCCast.c (decorateType): fixed bug #715076 * src/SDCC.y: fixed bug #702907 2003-04-03 * device/lib/_mulint.c (_muluint): new #pragma LESS_PEDANTIC * src/SDCCopt.c (eBBlockFromiCode): new #pragma LESS_PEDANTIC * src/SDCCglobl.h (PRAGMA_LESSPEDANTIC): new #pragma LESS_PEDANTIC * src/SDCC.lex (doPragma): new #pragma LESS_PEDANTIC * src/SDCCmain.c (parseCmdLine): new #pragma LESS_PEDANTIC 2003-04-03 Bernhard Held * _decdptr.c: fix return values * _gptrget.c: fix return values * _gptrgetc.c: fix return values * _gptrput.c: fix return values * _mulint.c: fix return values * as/z80/Makefile: fix 'make -j' problem 2003-04-02 Bernhard Held * Makefile.common.in: unused PORT, SCC and SAS removed, fixed docdir * configure.in: big cleanup, updated to autoconf 2.5x * configure: rebuilt from configure.in * sdccconf_in.h: new RETSIGTYPE, and other PATHs * sdcc_vc_in.h: reflect changes from sdccconf.h * doc/Makefile: fixed a flaw in "make install" 2003-04-02 * src/ds390/gen.c (genCmp): no comments * src/mcs51/gen.c (genCmp): no comments * src/SDCCopt.c (eBBlockFromiCode): detect missing return values * src/SDCCast.c (ast_print): fixed the function type in --dumptree 2003-04-01 Bernhard Held * support/regression/generate-cases.py: place generated file in given sub directory * support/regression/ports/host/spec.mk: prevent removal of testfwk.o * support/regression/Makefile: improvements for 'make -j'; side effect: it's simpler and faster now 2003-03-31 Borut Razem * src/z80/main.c: link-{port} and as-{port} defined without path * src/src.dsp: support/Util/MySystem.h and src/SDCCutil.h added to project 2003-03-31 Bernhard Held * Makefile, src/Makefile.in: add dependencies, so that 'make -j' works 2003-03-30 Borut Razem * support/Util/BuildCmd.c, support/Util/BuildCmd.h: rewrite buildCmdLine(), changed type of list parameter to set * src/ds390/main.c: changed type of parameter asmOptions to set in _tininative_do_assemble() * src/port.h: changed type of do_assemble() parameter to set * src/SDCCmain.c: type of asmOptions changed to set, introduced setParseWithComma(), sdcpp defined without path, removed variable VersionString, introduced set binPathSet, definition of "cppoutfilename" macro with NULL value in preProcess() * src/SDCCglobl.h: included "SDCCset.h", added declaration of setParseWithComma() * src/SDCCglue.c: removed variable VersionString, inroduced spacesToUnderscores() * support/Util/MySystem.c, support/Util/MySystem.h: rewrite, char *ExePathList[] replaced with set *binPathSet * shash_add() deallocates the item, if allready exsists, before adding the new one * src/SDCCmacro.c: handling macros with empty or NULL values in _evalMacros() 2003-03-30 Scott Dattalo * src/pic/gen.c: Commit patch from Steve Tell that fixes a nested for loop bug in the PIC port * src/regression/nestfor.c: new regression test file Steve wrote to test nested for loops 2003-03-29 Bernhard Held * support/Util/dbuf.h: remove C++ stuff to make it portable 2003-03-28 Borut Razem * src/SDCC.lex: Fix for bug #711240: dynamic buffer handling of C literal strings in stringLiteral() * support/Util/dbuf.c, support/Util/dbuf.h: added: dynamic buffer handling * src/Makefile.bcc, src/Makefile.in, src/src.dsp: added support/Util/dbuf.c to the project 2003-03-27 Paul Stoffregen * src/SDCCpeeph.c (pcDistance): accurate byte distance for mcs51 2003-03-26 * src/mcs51/gen.c (saveRegisters): catched symbol abuse * src/ds390/gen.c (saveRegisters): catched symbol abuse * src/SDCCast.c (decorateType): fixed " -v < 3" 2003-03-23 Bernhard Held * doc/cdbfile.html: removed, replaced by cdbfileformat.lyx Added Lenny Story's debug infrastructure changes: * src/Makefile.in: added new files cdbFile.c and SDCCdebug.c * src/Makefile.bcc: added new files cdbFile.c and SDCCdebug.c * src/cdbFile.c: added * src/SDCCdebug.c: added * src/SDCCdebug.h: added * src/SDCCast.c (createFunction) * src/SDCCglue.c (emitRegularMap, emitStaticSeg, emitOverlay, glue) * src/SDCCmain.c (parseCmdLine, main) * src/SDCCmem.c (redoStackOffsets) * src/SDCCsymt.c (cdbStructBlock, cdbTypeInfo, cdbSymbol, cdbStruct, cdbStructBlock) * src/SDCCsymt.h * src/common.h * src/avr/gen.c (genAVRCode) * src/ds390/gen.c (gen390Code) * src/mcs51/gen.c (gen51Code) * src/pic/gen.c (genpic14Code) * src/pic/glue.c (pic14emitRegularMap, pic14emitStaticSeg, pic14emitOverlay, picglue) * src/xa51/gen.c (genXA51Code) * src/SDCCast.c: fixed "void foo(void){char c; -c < 0;}" 2003-03-22 Frieder Ferlemann * src/mcs51/gen.c (genCodePointerGet): quicker code for bug #700797 * src/mcs51/peeph.def: added rules 177, 241.x to 243, touched 181, 182.x, 193.x 2003-03-22 * src/SDCCicode.c (geniCodeDerefPtr): fixed bug #698231 2003-03-21 Bernhard Held * support/scripts/sdcc_mingw32: adapted to configure from autoconf 2.54 * doc/cdbfileformat.lyx: added, written by Lenny Story * doc/Makefile: added cdbfileformat.lyx * doc/clean.mk: added cdbfileformat.lyx 2003-03-20 Bernhard Held * src/mcs51/peeph.def: fix bug #705773 2003-03-20 An sfr/sbit can have an "at #" AND an initializer * src/SDCCsymt.c (checkSClass): * src/SDCCmem.c (allocGlobal): * src/SDCCmem.c (allocLocal): * src/SDCCast.c (createBlock): 2003-03-17 Bernhard Held * src/ds390/peeph.def: fix bug #704878: added rule 213.b suggested by Jan Rejlek 2003-03-16 Undid the hackup of const and volatile, the problem is much bigger * src/SDCC.y:1.65 * src/SDCCast.c:1.171 * src/SDCCglue.c:1.138 * src/SDCCicode.c:1.146 * src/SDCCsymt.c:1.150 * src/SDCCval.c:1.65 2003-03-15 Bernhard Held * src/mcs51/ralloc.c (packRegsForAssign): fixed bug #703541 * src/ds390/gen.c (genAddrOf): fixed bug #704087 2003-03-13 Hackup const and volatile modifiers in type chains a bit: * src/SDCC.y:1.63 * src/SDCCast.c:1.169 * src/SDCCglue.c:1.136 * src/SDCCicode.c:1.143 * src/SDCCsymt.c1.146 * src/SDCCsymt.h1.59 * src/SDCCval.c:1.63 2003-03-12 * src/SDCCBBlock.h: more LRH debugging junk * src/SDCCcflow.h: more LRH debugging junk * src/SDCCloop.c: more LRH debugging junk * src/SDCC.y (struct_declaration): fixed bug #697590 * src/SDCCsymt.[hc] (cloneSpec): NEVER EVER use this again * src/ds390/gen.c (aopForRemat): fixed bug #700031 * src/SDCCglue.c (emitStaticSeg): fixed bug #700797 2003-03-11 Kevin Vigor * src/SDCCpeeph.c: quit being lazy and made proper fix (peephole test function names must now match exactly). * src/SDCCcse.c: added special case in findCheaperOp to allow extending a short integer. Makes less awful code for bug 700121 test case. 2003-03-11 Jesus Calvino-Fraga * as/mcs51/lkmain.c: Added ASlink-Warning to messages * as/mcs51/lkaomf51.c: Fixed bug when linking asmblink example 2003-03-11 Kevin Vigor * src/SDCCpeeph.c: fix so that operandsNotEqualX functions are actually called (operandsNotEqual() was called for all operandsNotEqualX tests). 2003-03-11 Kevin Vigor * src/SDCCcse.c: fix findCheaperOp to prevent replacing int types with shorter literals. Fixes bug 700121. 2003-03-11 * src/SDCCsymt.c (compareType): a (void *) can be assigned to any pointer 2003-03-11 Bernhard Held * src/SDCCloop.c (mergeRegions): an evil beast is dead * src/SDCCmain.c (preProcess): minor cleanup: eliminate preOutName 2003-03-10 Borut Razem * src/SDCCmain.c: pipe preprocessor's output * support/Util/MySystem.c, support/Util/MySystem.h: added my_popen() * sdcc_vc_in.h: define pclose as _pclose for WIN32 * src/SDCCglue.c, src/SDCCglue.h: added set pipeSet, added function closePipes, which closes all pipes in pipeSet set * src/SDCCset.c: free deleted item in function deleteSetItem() * src/src.dsp, src/z80/z80.dsp: files support/Util/BuildCmd.c and support/Util/MySystem.c moved from z80 to src subproject * .version: increased version number to 2.3.4 2003-03-10 Bernhard Held * support/regression/ports/mcs51/spec.mk: increase timeout for CF's sparc to 30s * support/regression/ports/ds390/spec.mk: increase timeout for CF's sparc to 25s * support/regression/ports/xa51/spec.mk: fix typo 2003-03-09 Bernhard Held * src/SDCCglobl.h: PATH_MAX is already defined in mingw32 headers 2003-03-09 Borut Razem * src/SDCCmain.c: pipe preprocessor's output * support/Util/MySystem.c, support/Util/MySystem.h: added my_popen() * sdcc_vc_in.h: define pclose as _pclose for WIN32 * src/SDCCglue.c, src/SDCCglue.h: added set pipeSet, added function closePipes, which closes all pipes in pipeSet set * src/SDCCset.c: free deleted item in function deleteSetItem() * src/src.dsp, src/z80/z80.dsp: files support/Util/BuildCmd.c and support/Util/MySystem.c moved from z80 to src subproject 2003-03-09 Borut Razem * src/SDCCglue.c: re-implemented tempfilename() and tempfile(): using mkstemp() if available * src/SDCCsymt.h: fixed MSVC and BORLANDC compilation (included SDCCglobl.h instead srccconf.h) * sdcc_vc_in.h: explicitly undefined HAVE_MKSTEMP which is not available on BORLANDC and MSVC * src/SDCCset.h: removed inclusion of sdccconf.h or sdcc_vc.h * src/SDCCglobl.h: unification of WIN32 native definitions 2003-03-09 Frieder Ferlemann * src/mcs51/gen.c: applied in-/dec patch mentioned on sdcc-devel 2003-03-01 2003-03-08 Bernhard Held * src/configure.in: check for endianess (even while cross-compiling) * src/configure: check for endianess (even while cross-compiling) * src/configure_in.h: check for endianess (even while cross-compiling) * src/avr/gen.c: remove old endianess stuff * src/mcs51/gen.c: remove old endianess stuff * src/ds390/gen.c: remove old endianess stuff * src/pic/gen.c: remove old endianess stuff * src/pic/genarith.c: remove old endianess stuff * src/pic/glue.c: fix endianess check * src/pic16/gen.c: remove old endianess stuff * src/pic16/genarith.c: remove old endianess stuff * src/pic16/glue.c: fix endianess check * src/xa51/gen.c: remove old endianess stuff * src/z80/gen.c: fix endianess check * src/SDCCglue.c: fix endianess check * src/ds390/peeph.def: fix bug 700036 2003-03-08 Bernhard Held * src/SDCCsymt.h: use appropriate data-types on host for SDCC's int and long * src/configure: find appropriate data-types on host for SDCC's int and long * src/configure.in: find appropriate data-types on host for SDCC's int and long * src/sdccconf_in.h: find appropriate data-types on host for SDCC's int and long * src/xa51/gen.c: use %d, not %ld for 4 byte variables 2003-03-07 Just a big NOOP: some minor cleanups before the big shot OP_DEFS and OP_USES now use Kevin's protection new option --nolabelopt * src/SDCCBBlock.c: * src/SDCCast.c,: * src/SDCCcflow.c: * src/SDCCcse.c: * src/SDCCicode.c: * src/SDCCicode.h: * src/SDCClabel.c: * src/SDCCloop.c: * src/SDCCmain.c: * src/ds390/ralloc.c: * src/mcs51/ralloc.c: * src/pic/ralloc.c: * src/xa51/ralloc.c: * src/z80/ralloc.c: 2003-03-06 Bernhard Held * src/pic/pcode.c (get_op): fix 64 bit warnings * src/pic/pcode.c (pCode2str): fix 64 bit warnings * src/SDCChasht.c (newHashTable): fix 64 bit warnings * src/SDCCsymt.c (checkTypeSanity): fix 64 bit warnings * support/regression/tests/malloc.c: fix 64 bit warnings 2003-03-04 Bernhard Held * src/mcs51/gen.c (genMinus): fixed bug 696436 2003-03-02 Borut Razem * src/SDCCmain.c: added BORLANDC, corrected MSVC in printVersionInfo() 2003-02-26 Bernhard Held * configure.in: test for mkstemp * sdccconf_in.h: add HAVE_MKSTEMP 2003-02-24 Bernhard Held * device/include/ctype.h: removed warning while using --stack-auto * device/include/malloc.h: removed warning while using --stack-auto * device/include/string.h: removed warning while using --stack-auto 2003-02-23 Borut Razem * src/asm.h: corrected assertion in function printILine(): _pipe() was not executed on MSVC, because NDEBUG is defined (see man assert) * sdcc_vc_in.h: vsnprintf is defined as _vsnprintf on MSVC 2003-02-23 Frieder Ferlemann * src/mcs51/gen.c (genUminusFloat): avoided dptr in-/decrement for xdata variables * src/mcs51/peeph.def: added rule suggested by Gernot Fink, white space/comment changes 2003-02-18 Frieder Ferlemann * src/SDCCpeeph.c: added peephole conditions testing for same arguments * src/mcs51/peeph.def: added rules 238a-d which remove redundant moves 2003-02-18 * as/mcs51/asmain.c (asmbl): module can start with a digit * as/z80/asmain.c (asmbl): module can start with a digit 2003-02-16 Bernhard Held * sim/ucsim/mkecho: inserted #!/bin/sh for Cygwin, so that it's executable * src/asm.c: fix pipe() for Mingw32 2003-02-15 Bernhard Held * src/SDCCglue.h: make tmpfileNameSet available for preOutName * src/SDCCmain.c (preProcess): make sure, that preOutName will be deleted; make -V work again; --c1mode reads now from stdin * doc/sdccman.lyx: added --c1mode * support/Util/SDCCerr.c: new messages for c1 mode * support/Util/SDCCerr.h: new messages for c1 mode * src/SDCC.lex (checkCurrFile): test if fullSrcFileName is NULL for c1mode 2003-02-15 * src/asm.c: new options: --no-c-code-in-asm and --i-code-in-asm 2003-02-14 Bernhard Held * doc/sdccman.lyx: Environment variables, -o and other minor things 2003-02-14 * src/xa51/main.c: before anyone really tries to use it :) * Install doc's in share/sdcc/doc * removed some obsolete files * Do a proper make distclean and uninstall M Makefile.common.in R sdccbuild.sh M as/Makefile M device/include/Makefile.in M device/lib/Makefile.in M doc/sdccman.lyx M link/Makefile M sim/ucsim/doc/Makefile.in M src/clean.mk R src/avr/peeph.rul R src/xa51/peeph.rul M support/cpp2/Makefile.in M support/makebin/Makefile 2003-02-13 Bernhard Held * support/regression/ports/host/spec.mk: use cc as host compiler for max osx 2003-02-10 Borut Razem * doc/bccinst.txt, packihx/packihx.c, sdcc_vc_in.h, src/SDCCset.h, support/cpp2/config.in: Borland C++ build doesn't depend on Cygwin configure * Bcc.ini, Makefile.bcc, as/mcs51/Makefile.bcc, device/examples/ds390/tinitalk/Makefile.bcc, packihx/Makefile.bcc, support/cpp2/Makefile.bcc, src/Makefile.bcc, src/avr/Makefile.bcc, src/ds390/Makefile.bcc, src/izt/Makefile.bcc, src/mcs51/Makefile.bcc, src/pic/Makefile.bcc, src/pic16/Makefile.bcc, src/xa15/Makefile.bcc, src/z80/Makefile.bcc: Borland Makefile cleanup * as/z80/Makefile.bcc: Added Borland Makefile * support/cpp2/borland.h: Removed 2003-02-10 Bernhard Held * doc/sdccman.lyx: new pragma NOIV by "Johannes Stezenbach" * src/SDCC.lex: new pragma NOIV * src/SDCCglobl.h: new pragma NOIV * src/SDCCmem.c: new pragma NOIV 2003-02-09 Bernhard Held * src/SDCCmain.c: signal handling is switched off by SDCC_LEAVE_SIGNALS 2003-02-09 Bernhard Held * src/SDCCmain.c: signal handling is switched off by --debug * doc/Makefile: small fix for install; use clean.mk again * doc/clean.mk: clean *.pdf and *.html too 2003-02-08 Bernhard Held * device/lib/_mulint.c: small fix for large/ds390 --int-long-reent resp. --stack-auto * device/lib/printfl.c: fix a ds390 bug by making it portable * src/SDCCsymt.c (initCSupport): fix compile warning on Cygwin * src/SDCCopt.c (cnvToFloatCast): fix compile warning on Cygwin * src/SDCCopt.c (cnvFromFloatCast): fix compile warning on Cygwin * debugger/mcs51/cmd.c: converted multi-line string literals * sim/ucsim/globals.cc: converted multi-line string literals * src/SDCCmain.c: introduced signal handler to remove temp files * doc/Makefile: small tweaks, implement clean * doc: removed generated files 2003-02-05 Jesus Calvino-Fraga * as/mcs51/aslink.h, as/mcs51/lkihx.c, as/mcs51/lkrloc.c: Applied patch from Jan Rejlek to fix Bug 677692: "Extended Address Record is not correctly generated for DS390." 2003-02-02 Borut Razem * Makefile.bcc: removed non existing cpp project and non compilable izt project from makefile * as/mcs51/asm.h: fixed compilation with Borland C * support/cpp2/Makefile.bcc: added rule to generate auto-host.h * support/cpp2/auto-host_vc_in.h: fixed compilation with Borland C * src/mcs51/mcs51a.dsp: corrected misspelled project name from msc51a to mcs51a * src/avr/Makefile.bcc, src/ds390/Makefile.bcc, src/izt/Makefile.bcc, src/mcs51/Makefile.bcc, src/pic16/Makefile.bcc, src/xa51/Makefile.bcc, src/z80/Makefile.bcc: delete $(LIB) only if exist * src/Makefile.bcc, src/pic/Makefile.bcc: fixed compilation with Borland C 2003-02-02 Bernhard Held * device/include/malloc.h: introduced NULL * device/include/string.h: introduced NULL * device/include/stdlib.h: introduced NULL * device/lib/_memcpy.c: removed NULL * device/lib/_strcat.c: removed NULL * device/lib/_strchr.c: removed NULL * device/lib/_strcmp.c: removed NULL * device/lib/_strcpy.c: removed NULL * device/lib/_strcspn.c: removed NULL * device/lib/_strlen.c: removed NULL * device/lib/_strncat.c: removed NULL * device/lib/_strncmp.c: removed NULL * device/lib/_strncpy.c: removed NULL * device/lib/_strpbrk.c: removed NULL * device/lib/_strrchr.c: removed NULL * device/lib/_strspn.c: removed NULL * device/lib/_strstr.c: removed NULL * device/lib/_strtok.c: removed NULL * device/lib/malloc.c: removed NULL, include own header 2003-02-02 * src/mcs51/ralloc.c (packForPush): fixed bug #631653, maybe other ports need this too? At least now some new alerts in SDCCBBlock.c and SDCCicode.c gives an early warning * support/regression/fwk/lib/testfwk.c: div and mod isn't broken anymore * regressions ds390/spec.mk and mcs51/spec.mk (timeout): my good old balder isn't fast enough for some tests * src/z80/gen.c (genZ80Code): added c-lines in asm comments * as/z80/asm.h (NINPUT): increased for long c-comments in regression tests * src/z80/gen.c (genRightShiftLiteral): fixed the (char)(-3)>>8 (I think) 2003-02-01 Jesus Calvino-Fraga * src/SDCCmain.c: Fixed bug 678574: "ds390: ASlink-Error-Stack overlaps area 'DATA'" 2003-02-01 * src/SDCCval.c (valBitwise): fixed Karl's "2 | (1<<8)" 2003-01-31 * src/ds390/main.c (_ds390_genAssemblerPreamble): applied Jan Rejlek's >64K startup patch 2003-01-30 * src/SDCCBBlock.c: automatic bug detection * src/SDCCicode.c: automatic bug detection 2003-01-29 Jesus Calvino-Fraga * src/SDCCglobl.h: now --xram-size 0 works * src/SDCCmain.c: now --xram-size 0 works 2003-01-29 * src/almosteverything: changed OP_DEFS and OP_USES from macros to functions to catch symbol abuse (a hot topic in the bug list :) 2003-01-29 Jesus Calvino-Fraga * as/mcs51/aslink.h: Added options --xram-size and --code-size * as/mcs51/lkdata.c: Added options --xram-size and --code-size * as/mcs51/lkmain.c: Added options --xram-size and --code-size * as/mcs51/lkmem.c: Added options --xram-size and --code-size * src/SDCCglobl.h: Added options --xram-size and --code-size * src/SDCCmain.c: Added options --xram-size and --code-size 2003-01-28 Bernhard Held * src/ds390/gen.c: fix deps by replacing with "common.h" * src/SDCC.lex: rename P_OVERLAY to P_OVERLAY_ for cross-gcc 3.2 MINGW32 2003-01-27 * src/SDCC.y: fixed bug #613764 2003-01-26 * src/SDCClrange.c: fixed Bernhard's "char * code ptr = &c" * src/SDCCsymt.h: fixed bug #673374 * src/SDCCglue.c: fixed bug #661910 * src/SDCCast.c: fixed bug #458099 and 673374 2003-01-26 Bernhard Held * as/mcs51/strcmpi.c: added, provides Aurelien Jarno's as_strcmpi(); strcmpi() is not ANSI * as/mcs51/strcmpi.h: added * as/mcs51/asm.h: remove ugly "#define strcmpi strcmp" * as/mcs51/aslink.h: remove ugly "#define strcmpi strcmp" * as/mcs51/asmain.c: strcmpi -> as_strcmpi * as/mcs51/assym.c: strcmpi -> as_strcmpi * as/mcs51/lkmem.c: strcmpi -> as_strcmpi * as/mcs51/lknoice.c: strcmpi -> as_strcmpi * as/mcs51/lksym.c: strcmpi -> as_strcmpi * as/mcs51/Makefile.aslink: new module strcmpi * as/mcs51/Makefile.asx8051: new module strcmpi * as/mcs51/Makefil.bcc: new module strcmpi * as/mcs51/Makefile.in: new module strcmpi * sim/ucsim/s51.src/uc390.cc (get_mem_size): make RAM big enough for tinibios 2003-01-26 * src/SDCCglue.c: reverted back to 1.124 * src/SDCCast.c: reverted back to 1.156 * src/mcs51/gen.c (aopGet): applied Frieder's efficiency patch 2003-01-25 * src/SDCCglue.c: A better fix for bug #661910 * src/SDCCast.c: A better fix for bug #661910 * src/SDCCglue.c (emitRegularMap): That was a little too efficient 2003-01-24 Bernhard Held * src/Makefile.in: remove spawn.o * src/SDCCmain.c: remove spawn.h * src/SDCCmain.c (printVersionInfo): report MINGW32 instead of UNIX * src/spawn.c: removed * src/spawn.h: removed * support/regression/ports/ds390/spec.mk: link with -r 2003-01-24 * src/ds390/gen.c (aopOp): fixed bug #667458 * src/SDCCglue.c (emitRegularMap): fixed bug #458099 again * src/SDCCast.c (createIvalCharPtr): fixed bug #661910 (createIvalCharPtr): an ival doesn't always have a storage class anymore 2003-01-24 Bernhard Held * src/mcs51/peeph.def: better assembler identation by Frieder * src/mcs51/gen.c: better assembler identation by Frieder 2003-01-22 Bernhard Held * as/z80/string.h: removed for gcc 3.2 * support/makebin/makebin.c: #include for gcc 3.2 * src/pic/pcode.c (get_op_from_instruction): fix concatenation of string literals with __FUNCTION__ for gcc 3.2 2003-01-19 Bernhard Held * src/SDCCmain.c (linkEdit): rename mem and map files even in case of failure * src/SDCCpeeph.c (replaceRule): fix bug #663503 * support/regression/Makefile: separate temp files for ports * support/regression/generate-cases.py: separate temp files for ports * src/mcs51/peeph.def: Frieder: removed 237 (obsolete by 236g and 105); added 237 a/b * src/ds390/peeph.def: Frieder: removed 237 (obsolete by 236g and 105); added 237 a/b 2003-01-19 Bernhard Held * moved tinitalk to device/examples/ds390 2003-01-14 Bernhard Held * as/mcs51/lkmem.c: rflag is for DS390 * src/SDCCglobl.h: removed out_name and options stackOnData, genericPtr * src/SDCCmain.c (optionsTable, setDefaultOptions): removed --stack-after-data and --generic (linkEdit): move mem- and map-files the same way as ihx-files * src/z80/main.c (_setDefaultOptions): removed --generic * src/SDCCmain.c (_processC1Arg, parseCmdLine, main): --c1mode works again * src/SDCCglue.c (createInterruptVect, glue): --c1mode works again * src/pic/glue.c (picglue): --c1mode works again * src/pic16/glue.c (pic16glue): --c1mode works again * src/asm.c (printCLine): fix #660034 2003-01-13 Bernhard Held * src/ds390/peeph.def: fix #123; add 14 rules by Fiorenzo D. Ramaglia , 1 by Frieder * src/mcs51/peeph.def: fix #123; add 14 rules by Fiorenzo, 1 by Frieder * src/mcs51/gen.c (genFunction): emit r0 instead of ar0 by Fiorenzo * as/mcs51/lkmem (summary): better fix for sp problem * src/SDCCglue.c (glue): __start_stack - 1, saves 1 byte! * src/ds390/main.c (_ds390_finaliseOptions, _tininative_finaliseOptions): stack_loc = 0x400008 * support/regression/ports/*/spec.mk: moving testfwk-object to port dir allow parallel execution of regression tests remove --stack-after-data 2003-01-12 Bernhard Held * src/SDCCmain.c (main): port->finaliseOptions() moved for z80 linking * src/SDCCutil.c (join): ugly bug: missing '\0' * as/mcs51/lkmem.c (summary): sp on address 7 is safe 2003-01-11 Bernhard Held * src/SDCCmain.c (assemble, linkEdit): preparations for -o * src/port.h: typo * src/pic/main.c (_asmCmd): gpasm supports -o * src/z80/main.c: more general macros * device/lib/Makefile.in: remove intermediate files 2003-01-11 Bernhard Held * .version: Bumped version number to 2.3.3 * src/SDCCBBlock.c: new option -o * src/SDCCglobl.h: new option -o * src/SDCCglue.c: new option -o * src/SDCCmain.c: new option -o * src/asm.c: new option -o * src/ds390/main.c: new option -o * src/pic/glue.c: new option -o * src/pic/pcode.c: new option -o * src/pic/ralloc.c: new option -o * src/pic16/glue.c: new option -o * src/pic16/pcode.c: new option -o * src/pic16/ralloc.c: new option -o * src/z80/main.c: new option -o * device/lib/Makefile.in: use -o * support/regression/ports/ds390/spec.mk: use -o * support/regression/ports/gbz80/spec.mk: use -o * support/regression/ports/mcs51/spec.mk: use -o * support/regression/ports/mcs51-stack-auto/spec.mk: use -o * support/regression/ports/z80/spec.mk: use -o * support/regression/ports/ucz80/spec.mk: use -o * support/regression/ports/xa51/spec.mk: use -o * support/regression/fwk/lib/timeout.c: fix usage string 2003-01-09 Bernhard Held * src/mcs51/gen.c (genPlus): replaced "mov b,acc" by "mov b,a" Fiorenzo D. Ramaglia 2003-01-07 * src/SDCCast.c (decorateType): fixed bug #600035 2003-01-07 Bernhard Held * as/mcs51/lkmem.c: added several l-modifiers to printf to remove warnings * as/mcs51/lkaomf51.c: #include to remove warnings * src/pic/main.c (_hasNativeMulFor): outcommented unused variables to remove warnings * src/pic/pcode.c: outcommented unused variable to remove warnings * src/pic/ralloc.c: outcommented unused variable to remove warnings 2003-01-06 * sim/ucsim/cmd.src/command.cc: fixed so "break xram r 0x7654" works again in regression tests. 2003-01-06 * src/SDCCicode.c: fixed array add 2002-01-05 Bernhard Held * src/SDCCmacro.c: MAX_STRING_LENGTH increased to 2048; was too small for regression tests * support/regression/ports/host/support.c: #include for gcc 3.2 2003-01-04 * src/SDCCval.c (getNelements): fixed the initialized array of structures 2002-12-29 Jesus Calvino-Fraga * as/mcs51/Makefile.bcc: fixed typo lkomf51.o -> lkaomf51.o 2002-12-28 Bernhard Held * src/mcs51/peeph.def: added rules 234 and 235 from Frieder Ferlemann * support/regression/tests/bug-524697.c: fit mem usage into 8032 2002-12-28 Bernhard Held * src/mcs51/gen.c (aopGetUsesAcc): inserted missing "return FALSE" 2002-12-27 Bernhard Held * as/mcs51/Makefile.in: fixed typo lkomf51.o -> lkaomf51.o 2002-12-26 Bernhard Held * src/mcs51/main.c: removed {bindir}{sep} from aslink 2002-12-10 Jesus Calvino-Fraga * in /sdcc/as/mcs51/ changed these files in order to create an aomf51 file: aslink.h, lkdta.c, lklex.c, lklibr.c, lklist.c, lkmain.c. Also added: lkmem.c and lkaomf51.c. Changed the following files to include the previous two files: aslink.dsp, Makefile.aslink, Makefile.bcc, and Makefile.in. * Changed /sdcc/src/SDCCmain.c so it creates files with extension .adb instead of .cdb 2002-11-09 Jesus Calvino-Fraga * /sdcc/as/mcs51/lklist.c: Now reports memory usage using the value from option --iram-size. 2002-09-20 Jesus Calvino-Fraga * /sdcc/as/mcs51/lklist.c: added boundary check before using dram[] array. 2002-09-18 * SDCClrange.h: exposed setFromRange() and setToRange() * mcs51/ralloc.c: fixed over-eager packRegsForSupport() and packRegsForAccUse() (bug 542397) * mcs51/gen.c: MOVA() is now a function to avoid calling aopGet() multiple times and emitting the fetch operations more than once added aopGetUsesAcc() function to allow binary operators to fetch their operands in the correct order; made genMinus() emit compact code for X = LITERAL - Y 2002-09-00 Jesus Calvino-Fraga * /sdcc/as/mcs51/lklist.c: Fixed incorrect number of parameters to sprintf() in line 1267. 2002-09-08 Jesus Calvino-Fraga * /sdcc/src/SDCCglue.c: Generate areas REG_BANK_[0-3] only for 8051 like ports. 2002-09-04 Jesus Calvino-Fraga Changes to aslink (All the changes are marked with 'JCF'): * /sdcc/as/mcs51/aslink.h: External definition of sflag and summary(). * /sdcc/as/mcs51/lkarea.c: Computes the size of area BSEG_BYTES from area BSEG. Also moves, if possible, the DATA area down into the internal ram so more space is available. * /sdcc/as/mcs51/lkdata.c: Definition of memory summary output flag sflag. * /sdcc/as/mcs51/lklist.c: For the BSEG area report the size in bits, not bytes. Function summary() which creates a memory usage summary file with extension .mem. Reports of overlaping stack and small stack size. If the space for the stack is less than 16 bytes aslink trows a warning. * /sdcc/as/mcs51/lkmain.c: Creation of some of the default areas for the 8051. Option 'y' for memory summary output file. Changes to sdcc (All the changes are marked with 'JCF'): * /sdcc/src/SDCCglobl.h: External definition of RegBankUsed[4]. * /sdcc/src/SDCCglue.c: If a register bank is used, creates an overlaying area for it (uses RegBankUsed[4]). * /sdcc/src/SDCCmain.c: Definition RegBankUsed[4]; marks register bank zero as used by default. By default aslink locates the stack (equivalent to --stack-after-data). Pass option 'y' to aslink for the creation of the .mem file. Delegates the allocation of data area to aslink (it is not longer 0x30 by default). If --stack-loc passes the begining of the stack area to aslink. * /sdcc/src/SDCCmem.c: If a register bank is used, marks it so glue() in SDCCglue.c creates an area for it. 2002-09-03 Borut Razem * sdcc/src/SDCCglue.c, sdcc/src/SDCCglue.h, sdcc/src/SDCCmain.c, sdcc/src/pic/glue.c: introduced atexit() handler for teporay files removal in case of errors, assertions, ... 2002-08-29 Borut Razem * sdcc/support/cpp2/auto-host_vc_in.h: re-definition of O_BINARY and other O_XXX as _O_BINARY and _O_XXX, so the problem with the returned value from read() in sdcc/support/cpp2/cppfiles.c is solved for MSC. Maybe there is a similar problem with BORLANDC? It should be checked! * sdcc/src/ds390/ralloc.c, sdcc/src/mcs51/ralloc.c, sdcc/src/z80/ralloc.c: corrected improper use of assert: the assignment to clr variable was done inside the assert. In case that NDEBUG was defined, the assert macro was substituted with no-op, so the assignment was not executed, and the compiler (cl) launched a warning: ralloc.c(1442) : warning C4700: local variable 'clr' used without having been initialized 2002-08-28 Bernhard Held * src/SDCCglue.c (printIvalArray): iterative calculation of array length 2002-08-28 Jesus Calvino-Fraga and Borut Razem * sdcc/sdcc.dsw: added sdcpp, sdcppa, yacc, conf projects * sdcc/src/src.dsp, sdcc/src/avr/avr.dsp, sdcc/src/ds390/ds390.dsp, sdcc/src/mcs51/mcs51.dsp, sdcc/src/pic/pic.dsp, sdcc/src/z80/z80.dsp, sdcc/src/xa51/xa51.dsp, sdcc/src/avr/avra.dsp, sdcc/src/ds390/ds390a.dsp, sdcc/src/mcs51/mcs51a.dsp, sdcc/src/pic/pica.dsp, sdcc/src/z80/z80a.dsp, sdcc/src/xa51/xa51a.dsp, sdcc/as/as_z80.dsp, sdcc/as/aslink.dsp, sdcc/as/asx8051.dsp, sdcc/packihx/packihx.dsp: - added Release configuration in VS projects - review of compiler an linker options - VC .exe files are generated in bin_vc directory, not to interfere with binaries generated from other projects (cygwin, mingw, bcc ...) * sdcc/src/yacc.dsp: added * sdcc/config.dsp, sdcc/configure_vc.awk, sdcc/sdcc_vc_in.h: added - genarate sdcc_vc.h using sdcc_vc_in.h as template and insert the version number definitions from .version * sdcc/support/cpp2/sdcpp.dsp: added - VC project for sdcpp * sdcc/support/cpp2/sdcppa.dsp, sdcc/support/cpp2/auto-host_vc_in.h: added - genarate auto-host.h using auto-host_vc_in.h as template * sdcc/sdcc_vc.h, removed from CVS, generated automatically 2002-08-25 Bernhard Held * support/scripts/inc2h.pl: use gputils or gpasm (from Nathan Hurst) 2002-08-11 Borut Razem * support/Util/NewAlloc.c: removed unneeded #include "sdccconf.h" (suggested by Jesus Calvino-Fraga) 2002-08-10 Borut Razem * src/SDCCmain.c (main): file preOutName was unlinked before closed. This seems to be OK on UNIX and cygwin platforms, but it doesn't work with Visual Studio: the opened file can not be removed. The consequence was that some temporary files were not removed. * src/SDCCglue.c: unification of code in functions tempfilename() and tempfile(): function tempnam() is defined in Visual Studio 6.0 and .NET * sdcc/sdcc.dsw: removed project sdcpp, added project xa51a * sdcc/src/src.dsp, sdcc/src/avr/avr.dsp, sdcc/src/ds390/ds390.dsp, sdcc/src/mcs51/mcs51.dsp, sdcc/src/pic/pic.dsp, sdcc/src/z80/z80.dsp: - removed compiler command line option /WX: Treats all warnings as errors - update a list of source files, included into the project * sdcc/src/avr/avra.dsp, sdcc/src/ds390/ds390a.dsp, sdcc/src/mcs51/mcs51a.dsp, sdcc/src/pic/pica.dsp, sdcc/src/z80/z80a.dsp: changed project type to Generic Project so that can be correcly converted to VS.NET project * sdcc/as/mcs51/asm.h: definition of PATH_MAX for MSC * sdcc/src/SDCCast.c: solved MSC error in function decorateType() * sdcc/src/SDCC.y: added missing ending ';' to rules to get rid of bison warnings * dcc/src/ds390/ralloc.c, sdcc/src/mcs51/ralloc.c: added return 0 statements after assert() to make compiler happy * sdcc/src/xa51/peeph.rul, sdcc/src/xa51/peeph.def, sdcc/src/z80/ralloc.c: added newline in the def file to keep MSC compiler satisfied * sdcc/src/z80/gen.c: - function strcasecmp() is not defined in MSC (and probably also in BORLANDC), so it is replaced with STRCASECMP, which is defined as stricmp in case of MSC and BORLANDC - solved MSC error in function aopDump() * sdcc_vc.h: define PREFIX as "\\sdcc" 2002-07-18 Bernhard Held * src/SDCCast.c (decorateType): fixed access to array of structures http://sourceforge.net/mailarchive/forum.php?thread_id=902690&forum_id=4107 2002-06-22 Scott Dattalo * src/pic/*: Numerous bug fixes. Flow analysis has been enhanced. - Rewrote the register banking algorithm. - Added pCode live-range analysis to registers (for now, only non-used and singly-used registers optimized away) * src/pic/pcoderegs.[ch]: Added new files for pCode live-range analysis * support/scripts/inc2h.pl Kevin L. Pauba submitted this perl script for converting MicroChip include files into SDCC Pic include files. 2002-05-10 Scott Dattalo * src/pic/*: Added support for multiplication. Fixed many,many bugs. 2002-04-22 Michael Hope * device/lib/z80/printf.c: Changed emitter to volatile to work around a pcall bug. * configure.in (DD_COPT): Added include support required for gbdk. * .version: Bumped version number just to increase it. * src/SDCCmain.c: Added -nostdinc to the default options. 2002-04-15 Michael Hope * device/lib/z80/printf.c (sprintf): Added. * src/z80/ralloc.c (packRegisters): Disabled pack HL use for GB as it's broken. * src/z80/peeph.def: Added transpose redundent load rule. * src/z80/main.c: Added force callee saves for jaune. * src/port.h: Removed the i186 and tlcs-900h ports as they weren't being being developed. * src/SDCCmain.c: Pulled the options definition out so that you can add port specific options without changing the main file. 2002-03-28 Johan Knol * src/SDCCval.c: fixed bug #532436 2002-03-14 Scott Dattalo * /src/port.h: Added "char *Processor" field to the port structure. * /src/SDCCmain.c: Added -p option. Allows port dependent processor to be specified. * all ports: Initialized the new field char *Processor field to NULL in all ports * /src/pic/*: Compiler generated registers for interrupt context saving were not getting allocated. 2002-03-16 Sandeep Dutta * /src/SDCCast.c: Fixed left shift. Will promote the left side of a left shift if a) left shifting more than size of operand or b) when assigned to something size > size of left side 2002-03-14 Scott Dattalo * src/pic/* tons of changes. Register allocation has been rewritten. Added customization for the various PICs. Flow analysis is restructured. ... * src/pic/device.h: Added * src/pic/device.c: Added. device.c is a PIC port hack to accomodate variations in PIC devices. 2002-03-13 Michael Hope * src/z80/gen.c (genGenPointerGet): Fixed a bug where a pointer in HL is dereferenced into HL but HL is not spilled. Yeah. 2002-03-04 johanknol * /src/SDCCval.c: fixed const unsigned char arr[][2] = { { 0, 1 } }; t18.c:1: error: Initializer element is not constant 2002-03-04 bela * /device/include/mcs51reg.h: ds89c420 register definition update 2002-03-03 * support/Util/SDCCerr.c: did something, but don't no why anymore * support/regression/tests/bug-524691.c: made it a little less shy * src/SDCCast.c (decorateType): fixed bug #524697 * src/SDCCast.c: made some lineno improvements * src/SDCCval.c (getNelements): changed warning to error * src/SDCCglue.c (printIvalArray): changed warning to error * src/SDCCicode.c: fixed a warning for mingw * src/SDCCast.c (decorateType): fixed the << promotion for ops * src/SDCCicode.c (geniCodeDivision): divide is shift only for unsigned (bug #524685) 2002-03-02 Sandeep Dutta * src/ds390/peeph.def: Added some more peephole rules * src/ds390/gen.c: Various fixes & enhancements * src/SDCClrange.c, src/SDCClrange.h: functions "alldefsoutofrange" and "notusedinblock" moved to SDCClrange.c * src/ds390/ralloc.c: various fixes & enhancements (ds390) specific * src/avr/ralloc.c, src/mcs51/ralloc.c, src/pic/ralloc.c, src/xa51/ralloc.c, src/z80/ralloc.c: Functions "allDefsOutOfRange" & "notUsedinBlock" moved to SDCClrange.c from rallocs. * sdcc/src/SDCCcse.c: Better fix for bug # 514308 2002-03-02 * src/SDCCast.c (decorateType): fixed bug #524708 * src/SDCCval.c (floatFromVal): fixed the literal void (whatever that may be) * src/SDCCicode.c (geniCodePtrPtrSubtract): fixed bug #524691 2002-03-01 Michael Hope * src/SDCCsymt.c (initCSupport): Removed managling of support function names. * src/z80/ralloc.c (packRegsForIYUse): Fixed fp bug where four byte operands were packed into IY. 2002-03-01 * src/SDCCglue.c (printIvalPtr): fixed bug #524211 * src/SDCCast.c (decorateType): fixed bug #524209 * src/SDCCval.c (valNot): fixed bug #524195 2002-02-26 * src/xa51/gen.c: fixed a warning * src/SDCCglue.c (printIvalFuncPtr): fixed bug #522534 * src/SDCCast.c (decorateType): fixed bug #522534 2002-02-23 * src/SDCCdflow.c (computeDataFlow): fixed bug #460088 2002-02-22 * src/SDCCast.c: fixed bug #514865 * src/SDCCy.c ("SDCC.y"): fixed bug #516625 2002-02-21 Sandeep Dutta * sdcc/src/SDCCloop.c: Previous fix was not good. basic blocks that have "break" or "return" are not really partof a loop , but live ranges used in these blocks should be live thru the entire loop, so set partOfLoop but don't add them to loop region 2002-02-21 * src/SDCCcse.c: fixed bug #514308 2002-02-20 Sandeep Dutta * src/SDCCloop.c: Fixed BUG #519583. If a conditional block ended in a return/break statement inside a loop, it was not being considered part of the loop. * src/SDCCcflow.c: Removed fix (Fixed in SDCCloop.c) 2002-02-10 Karl Bongers * debugger/*: Fixed up SDCDB debugger somewhat. Updated debugger/README with lots of comments and notes. * device/examples/test2.c: Fix bug, "red" variable not being initialized(compiler complained). * device/examples/Makefile, examples/test3.c: Add Makefile in device/examples folder, compiles test3.c for use as a multiple module SDCDB test case. * sim/ucsim/cmd.src/cmdset.cc: Took out debug printfs in ucsim "next" command. * sim/ucsim/xa.src: Karl and Johan start ucsim XA support. Most dissassembly working, about 75% emulation done(plenty of work remaining). * sim/ucsim/z80.src: Add Z80 support to ucsim, add test-ucz80 regression test, notice ucsim/z80 emulation fails on examples/test3.c/itoa code. Notice z80 compiler fails on examples/test3.c/crc code. 2002-01-30 Sandeep Dutta * src/mcs51/gen.c, src/mcs51/main.c, src/mcs51/ralloc.c: Added support for --parms-in-bank1 * src/ds390/peeph.def: added a few more peephole optimzations * src/ds390/main.c: 1) added __builtin_inp & __builtin_outp used to read in data of given length from a memory mapped port 2) added __builtin_memcmp 3) added __builtin_swapw swap bytes of a short * src/ds390/gen.c, src/ds390/gen.h, src/ds390/ralloc.c: 1) handle multiple send & receives from register bank1 2) ralloc can now allocate DPTR1 to some liveRanges * src/SDCCsymt.c, src/SDCCsymt.h: changes to handle multiple sends & receives * src/SDCCptropt.h: added some pointer arithmetic optimization * src/SDCCptropt.c: added some pointer arithmetic optimizations but not stable yet so not called from anywhere (will get this working shortly) * src/SDCCopt.c: fixed for multiple sends & receives * src/SDCCmain.c: 1) added options --parms-in-bank1 (ds390/mcs51) & --protect-sp-update 2) preprocessing done AFTER port->finalizeoptions . This allows ports to set preprocessor defines (depending on options) * src/SDCCicode.c, src/SDCCicode.h: changes made to handle multiple sends & receives * src/SDCCglobl.h: Added options --protect-sp-update (ds390) and --parms-in-bank1 (ds390/mcs51) * src/SDCCcse.c, src/SDCCcse.h: added function findbackward def (to be used in upcoming optimization) * src/SDCCcflow.c, src/SDCCcflow.h: added function returnAtEnd - to determine if a basic block terminates with a RETURN iCode * src/SDCCast.c, src/SDCCast.h: added option parms-in-bank1 * device/lib/_divsint.c, device/lib/_divslong.c, device/lib/_divuint.c * device/lib/_divulong.c, device/lib/_modsint.c, device/lib/_modslong.c * device/lib/_modulong.c, device/lib/_mulint.c, device/lib/_mullong.c: adjusted for --parms-in-bank1 option * device/include/string.h: donot redefine "reentrant" keyword * device/include/ds80c390.h: Added some more SFRs 2002-01-28 Bernhard Held * sim/ucsim: Merged branch ucsim-034-pre3 to main trunk; new version 0.4 2002-01-26 Bernhard Held * src/SDCCast.c (funcOfType): fix usage of double --float-reent 2002-01-22 Bernhard Held * support/regression/fwk/lib/testfwk.c (main): Removed workaround for bug #505387 2002-01-18 Paul Stoffregen * Added --xram-movc option 2002-01-13 Bernhard Held * support/regression/Makefile: don't include test-mcs51-stack-auto in target all 2002-01-11 Johan Knol * Added math lib of Jesus Calvino-Fraga 2002-01-08 Bernhard Held * src/SDCCmain.c (processFile): fix processing of ../../src.c * support/regression/Makefile: new target test-mcs51-stack-auto * support/regression/ports/mcs51-stack-auto/spec.mk: added 2002-01-04 Bernhard Held * src/SDCCglue.h: printIvalCharPtr(), not printIvalChar() 2002-01-04 Bernhard Held * support/regression/ports/mcs51/support.c: correct setup of timer / UART 2002-01-03 Bernhard Held * src/SDCCsymt.c (processFuncArgs): fix #498307 by Johan * src/SDCCglue.h: add definition for printIvalChar() 2002-01-02 Bernhard Held * src/SDCCast.c: fix #498138 by Johan * src/SDCCglue.c: fix #498138 by Johan 2002-01-02 Bernhard Held * support/regression/Makefile: fix clean * support/regression/ports/ds390/support.c: fix transmission of last character 2001-12-29 Sandeep Dutta * /sdcc/src/ds390/gen.c: a) improved computing address of stack variable b) took out some #if 0 code c) improved parmBytes adjustment d) improved genPlusIncr & genMinusIncr e) genCmp could generate bad code (when left assigned to DPTR) f) Fixed bug in hasInc * /sdcc/src/ds390/ralloc.c: a) packRegsForSupport could mess up live information (Fixed) b) packRegsDPTRuse could be incorrect for left & right shift * /sdcc/src/mcs51/ralloc.c: packRegsForSupport could mess up the live information (Fixed) * /sdcc/src/mcs51/gen.c: Fixed a bug in hasInc * /sdcc/src/SDCCast.c: can reverse a loop even if function call is present as long as the loop control variable is local & is not passed as parameter 2001-12-24 Sandeep Dutta * /sdcc/ChangeLog: *** empty log message *** * /sdcc/src/ds390/gen.c, /sdcc/src/ds390/main.c: More builtin function additions for TININative * /sdcc/src/ds390/ralloc.c: Had broken the regression testsuite * /sdcc/src/SDCCast.c: Fixed a bug in dumptree * /sdcc/src/SDCCsymt.c, /sdcc/src/SDCCsymt.h: Added funcattr hasStackParms will be set for reentrant functions when there are paramteres on the stack, this helps in minimizing frame pointer generation typeFromStr can handle function pointers now * /sdcc/doc/builtins.txt, /sdcc/doc/TININative.txt: *** empty log message *** 2001-12-24 Sandeep Dutta * /src/ds390/gen.c, /src/ds390/main.c: More builtin function additions for TININative * /src/ds390/ralloc.c: Had broken the regression testsuite * /src/SDCCast.c: Fixed a bug in dumptree * /src/SDCCsymt.c, /src/SDCCsymt.h: Added funcattr hasStackParms will be set for reentrant functions when there are paramteres on the stack, this helps in minimizing frame pointer generation typeFromStr can handle function pointers now * /doc/builtins.txt, /doc/TININative.txt: *** empty log message *** 2001-12-24 Sandeep Dutta * /src/ds390/gen.c, /src/ds390/main.c, /src/ds390/peeph.def, /src/ds390/ralloc.c: ALPHA version for -mTININative * /src/izt/i186.c, /src/izt/tlcs900h.c, /src/mcs51/main.c, /src/pic/main.c, /src/z80/main.c, /src/avr/main.c: updated to reflect changes in the port structure * /src/port.h: added function do_assemble (similar to do_link) if non-null this function will be called to do assembly (-mTININative) requires a multi command assembly added function genAssemblerEnd will be called to generate assembler Epilogue * /src/SDCCsymt.c: added _JavaNative to debug info printing * /src/SDCCmain.c: added option --tini-libid added port->do_assemble function (-mTININative) has a multi command assemble * /src/SDCCglue.c: Disabled "constExpr" check added port->genAssemblerEnd function * /src/SDCCglobl.h: Added option --tini-libid value * /src/SDCCast.h: tookout optimizeCompare from the header (has no external references) * /src/SDCCast.c: made one more function "static" 2001-12-23 Michael Hope * src/z80/mappings.i: Added z80asm support. * src/z80/main.c: Added z80asm support on --asm=z80asm * src/z80/gen.c: Fixed asm portability issues. * src/asm.c (tvsprintf): Removed old code, added 'N' for function name. For extern support. * src/SDCCglue.c (printExterns): Added global/extern split. 2001-12-17 Bernhard Held * support/regression/Makefile: added test for mcs51 model large * support/regression/ports/mcs51-large/spec.mk: added test for mcs51 model large * support/regression/ports/gbz80/spec.mk: added -mgbz80 2001-12-05 Michael Hope * src/diff.1 (Index): Many, many optmisiations. Dhrystone up to 201. 1904-01-06 Michael Hope * src/z80/ralloc.c (packRegsForIYUse): Fixed the case where an operand is in direct space. * src/z80/gen.c (makeFreePairId): Optimised IY load by using a spare pair. 2001-12-02 Bernhard Held * src/mcs51/gen.c (genFunction): avoid excess "inc sp" * support/regression/tests/simplefloat.c: Port to mcs51. 2001-11-25 Michael Hope * support/regression/tests/bug-485362.c: Added. * support/regression/tests/simplefloat.c (testDivNearOne): Added. * src/z80/gen.c (aopOp): Fixed case where left and result are in the same spill loc and they have different sizes. * src/z80/peeph.def: Added rules for optimising two byte compares on the same thing, and to optimise two ptr assign. * src/z80/gen.c (aopDump): Added a dump function. 2001-11-25 Bernhard Held * sim/ucsim/s51.src/glob.cc: DS390 SFRs and bits added. * sim/ucsim/s51.src/port.cc: Port 4 and 5 added. * sim/ucsim/s51.src/regs51.h: DS390 SFRs added. * sim/ucsim/s51.src/uc390.cc: Some details improved, CKRDY works for tinibios. * sim/ucsim/s51.src/uc390cl.h: Work in progress. * sim/ucsim/sim.src/uccl.h: 6 ports for DS390. * support/regression/fwk/lib/testfwk.c: Run with tinibios. * support/regression/ports/mcs51/spec.mk: Fine tuninig. * support/regression/ports/ds390/support.c: Use tinibios. * support/regression/ports/ds390/spec.mk: Fine tuning, use tinibios. 2001-11-23 Michael Hope support/regression/tests/bug-460010.c * src/z80/ralloc.c (packRegsForHLUse3): Changed to not pack into HL if anything is in direct space. (packRegsForHLUse3): Added packing support for send, cast, and return value from a call. * src/z80/peeph.def: Added rules for optimising pushes of part of a pair. * src/z80/gen.c (emitCall): Changed the stack fixup to not use HL. 2001-11-18 Michael Hope * src/z80/gen.c (genCmp): Fixed compare on unsigned. * src/z80/ralloc.c (packRegsForHLUse3): Created and optimised. (packRegsForIYUse): Created and optimised. 2001-11-07 Michael Hope * support/regression/tests/float.c (testFloatAdd): Fixed up warning. 2001-11-18 Bernhard Held * sdcc/support/regression/tests/bug-460010.c: fix seg violation on host * sdcc/support/regression/tests/muldiv.c: fix output on mcs51 * sdcc/support/regression/tests/stacks.c: fix DSEG overflow on mcs51 2001-11-07 Bernhard Held * sdcc/sim/device/lib/_gptrget.c: mem region 5 (idata) added * sdcc/sim/device/lib/_gptrput.c: mem region 5 (idata) added 2001-11-07 Bernhard Held * sdcc/sim/ucsim/globals.cc: New: IXRAM. * sdcc/sim/ucsim/stypes.h: New: IXRAM. * sdcc/sim/ucsim/s51.src/uc390.cc: New: IXRAM. 2001-11-07 Michael Hope * src/z80/ralloc.c (packRegsForHLUse): Banned IFXs from being packed into HL. (packRegsForHLUse): Added rule to pack address of/pointer get for itemps into HL for the Z80. (packRegsForAccUse2): Added rule to pack hbit IFXs into A. * src/z80/main.c (_setDefaultOptions): Made float code re-entrant by default. * src/z80/gen.c (aopGetLitWordLong): Added word support for floats. (genNotFloat): Added. (genUminusFloat): Added. * device/lib/z80/Makefile: Added floating pt stubs. * device/lib/Makefile.in (Z80SOURCES): Added floating pt support. * src/z80/gen.c (genIpush): Fixed up a push of one byte when left is in a pair. * device/lib/_fsadd.c (__fsadd): Fixed up return where the numbers are hugely different. 2001-11-07 Bernhard Held * sdcc/sim/ucsim/s51.src/glob.cc: Minor fix. * sdcc/sim/ucsim/s51.src/regs51.h: Minor fix. * sdcc/support/regression/Makefile: Add port ds390. * sdcc/support/regression/ports/mcs51/spec.mk: Minor change. * sdcc/support/regression/ports/z80/spec.mk: Minor change. * sdcc/support/regression/ports/ds390/spec.mk: Added. * sdcc/support/regression/ports/ds390/support.c: Added. * sdcc/support/regression/ports/ds390/uCsim.cmd: Added. * sdcc/support/regression/ports/mcs51/timeout.c: Cut. * sdcc/support/regression/fwk/lib/timeout.c: Paste. 2001-11-04 Michael Hope * device/include/malloc.h: Added z80 and gbz80 support. * device/lib/gbz80/heap.s: Added. * device/lib/z80/heap.s: Added. * device/lib/malloc.c: Added z80 and gbz80 support. * support/regression/tests/malloc.c (testMalloc): Added. * src/SDCCmain.c (parseCmdLine): Added support for -Wp. * support/regression/tests/bug-478094.c: Added. * src/z80/gen.c (commitPair): Fixed silly gbz80/z80 commit to static bug. 2001-11-04 Bernhard Held * sdcc/sim/ucsim/s51.src/uc390cl.h: Improvement for ds390 to run regression tests * sdcc/sim/ucsim/s51.src/uc390.h: Improvement for ds390 to run regression tests * sdcc/sim/ucsim/s51.src/regs51.h: Improvement for ds390 to run regression tests * sdcc/sim/ucsim/s51.src/glob.cc: Improvement for ds390 to run regression tests * sdcc/support/regression/tests/bug-460010.c: Small change for ds390 2001-11-04 Michael Hope * src/z80/peeph-gbz80.def: Removed a bad sub optimisation. 2001-11-03 Michael Hope * support/regression/tests/bug-477927.c: Added. * src/z80/peeph.def: Added minor rules. * src/z80/gen.c (genPlusIncr): Added an extra plusinc rule. * src/z80/peeph.def: Added jump optimisation modification. 2001-11-01 Michael Hope * src/SDCCmain.c (linkEdit): Added runtime path detection to the mcs51 port. 2001-10-30 Michael Hope * support/regression/tests/funptrs.c: Added. 2001-10-29 Michael Hope * src/z80/ralloc.c (packRegsForHLUse): Fixed up bad spill due to pushing one byte via HL. 2001-10-28 Michael Hope * src/z80/gen.c (genArrayInit): Made it work for on stack arrays. * src/z80/main.c (gbz80_port =): Added rle support to the gbz80 port. * src/z80/gen.c (genMinus): Fixed for where the result is one byte. (movLeft2ResultLong): Created. * src/z80/ralloc.c (packRegsForHLUse): Added a couple of simple cases for the GB. (joinPushes): Added. Joins two char pushes into a word push. 2001-10-27 Michael Hope * support/cpp2/Makefile.in (install): Added creation of dest dir. * support/makebin/Makefile (install): Added creation of dest dir. 2001-10-24 Karl Bongers * configure.in, configure, Makefile, support/cpp: Removed cpp folder, since we have new cpp2 preprocessor code. 2001-10-21 Michael Hope * src/z80/ralloc.c: Turned off faulty pack for one use. * src/z80/peeph-gbz80.def: Removed redundent restart options. * src/z80/gen.c (genMult): Added native mul for constants on the z80 and gbz80. 2001-10-21 Bernhard Held * support/regression/Makefile: Improved clean * support/regression/ports/gbz80/spec.mk: Added clean * support/regression/ports/host/spec.mk: Added clean * support/regression/ports/z80/spec.mk: Added clean * support/regression/ports/mcs51/spec.mk: Added clean, little improvements * support/regression/ports/mcs51/timeout.c: little improvements 2001-10-17 Michael Hope * device/lib/malloc.c (MEMHEADER): Fixed against new pedantic pointers. * support/regression/fwk/include/testfwk.h: Fixed up to use function pts correctly. * support/regression/generate-cases.py: Fixed up to use function pts correctly. 2001-10-16 Bernhard Held * support/regression/port/mcs51/spec.mk: add timeout for uCsim * support/regression/port/mcs51/timeout.c: add timeout for uCsim 2001-10-13 Michael Hope * src/z80/gen.c (emitCall): Fixed up missing spill of HL when used to assign the result value. * src/z80/ralloc.c: Turned off pack for one use as it's quite broken. * src/SDCCmain.c (linkEdit): Added support for passing a legacy command line through the processor. * src/mcs51/main.c (_linkCmd): Added bin path to command. * src/SDCCmain.c (initValues): Added support for when it it called just to link. * as/mcs51/lklibr.c (libfil;): Turned off 'library file' message. * src/SDCCval.c (constVal): Fixed usage of 'L' modifier problems on ppc. * support/regression/tests/longor.c: Added. 2001-10-11 Bernhard Held * as/mcs51/asdata.c: replaced FILENAME_MAX with PATH_MAX * as/mcs51/aslink.h: define PATH_MAX * as/mcs51/asm.h: define PATH_MAX * as/mcs51/asmain.c: replaced FILENAME_MAX with PATH_MAX * as/mcs51/asnoice.c: replaced FILENAME_MAX with PATH_MAX * as/mcs51/lklex.c: replaced FILENAME_MAX with PATH_MAX * as/mcs51/lkmain.c: replaced FILENAME_MAX with PATH_MAX * src/SDCCglobl.h: define PATH_MAX * src/SDCCmacro.c: replaced FILENAME_MAX with PATH_MAX * src/SDCCmain.c: replaced FILENAME_MAX with PATH_MAX 2001-10-11 Michael Hope * src/z80/gen.c (gencjneshort): Fixed * src/z80/ralloc.c (packRegsForHLUse): Added pack into HL for cast then ipush. 2001-10-09 Michael Hope * support/regression/tests/bug-469671.c: Added. * src/z80/gen.c (shiftIntoPair): Fixed up warning. 2001-10-08 Michael Hope * src/SDCCmain.c: Added --fommit-frame-pointer option and implemented in the z80 port. * src/z80/gen.c (genPlus): Fixed to work with extended stack. Also fixed genMinus, genCmp. genUMinus is still left. 2001-10-08 Bernhar Held * src/SDCCmain.c (preProcess): added define SDCC_NOOVERLAY * src/device/lib/_mulint.c : removed hint: nooverlay bug * src/device/lib/_mullong.c : removed hint: nooverlay bug * src/device/lib/_divuint.c : removed hint: nooverlay bug * src/device/lib/_divulong.c: removed hint: nooverlay bug * src/device/lib/_moduint.c : removed hint: nooverlay bug * src/device/lib/_modulong.c: removed hint: nooverlay bug 2001-10-07 Michael Hope * src/z80/gen.c (setupPair): Added 'extended stack' support for the z80. Can now have local variables or parameters of more than 127 bytes in size. Increadibly slow, but it will work. Currently anything involving the carry flag. * support/Util/NewAlloc.c (freeTrace): Changed free for the gc case to not free at all. Fixes runtime segfault. * support/regression/tests/scott-compare3.c (c_abcd): Fixed up casts. 2001-10-07 * device/lib/gets.c (gets): fixed the return value. 2001-10-06 Michael Hope * src/SDCCmain.c (WRITE_SEG_LOC): Fixed up to use Safe_strdup. * src/SDCCpeeph.c (peepHole): Fixed all leaks. Added trace support for freeing lines. Optimised restart logic to re-run instead of restart. Now compiles dscan.c on ~60MB instead of ~200MB. * support/Util/NewAlloc.c: Added ability to use libgc instead of malloc. Added Safe_free and Safe_strdup. Added trace support where you can log allocations and free all at once. * src/z80/gen.c (genZ80Code): Added de-allocation via trace support. * src/pic/gen.c: Removed Safe_strdup. * configure.in: Added option to enable libgc support. * src/SDCCbitv.c (bitVectnBitsOn): Optimised. (bitVectUnion): Optimised. (bitVectIntersect): Optimised. (bitVectBitsInCommon): Optimised. (bitVectCplAnd): Optimised. * support/makebin/makebin.c (usage): Removed getopt as mingw32 doesn't have it. Sigh. 2001-10-03 Bernhard Held * src/SDCCmain.c: distinguish between assembler debug and plain options * src/avr/main.c: remove standard assembler options * src/ds390/main.c: remove standard assembler options * src/mcs51/main.c: remove standard assembler options * src/port.h: removed "PENDING" comment 2001-10-03 Bernhard Held * src/device/lib/_mulint.c : new, with assember functions * src/device/lib/_mullong.c : new, with assember functions * src/device/lib/_divuint.c : with assember functions * src/device/lib/_divsint.c : with assember functions * src/device/lib/_divulong.c: with assember functions * src/device/lib/_divslong.c: with assember functions * src/device/lib/_moduint.c : with assember functions * src/device/lib/_modsint.c : with assember functions * src/device/lib/_modulong.c: with assember functions * src/device/lib/_modslong.c: with assember functions * src/device/lib/libint.lib: replaced _muluint.c and _mulsint.c by _mulint.c * src/device/lib/liblong.lib: replaced _mululong.c and _mulslong.c by _mullong.c * src/device/lib/Makefile.in: replaced _muluint.c and _mulsint.c by _mulint.c replaced _mululong.c and _mulslong.c by _mullong.c 2001-10-03 Bernhard Held * src/SDCCsymt.c: sequence of specifiers in pintTypeChain() corrected 2001-10-01 Bernhard Held * src/SDCCglue.c: test, if win32api is available for MINGW 2001-10-01 Bernhard Held * src/SDCCsymt.c: no more _modifier in printTypeChain() * support/regression/tests/driverstruct.c: REENTRANT for mcs51 * support/regression/ports/gbz80/spec.mk: removed GENERIC * support/regression/ports/host/spec.mk: removed GENERIC * support/regression/ports/mcs51/spec.mk: removed GENERIC * support/regression/ports/z80/spec.mk: removed GENERIC 2001-10-01 Michael Hope * support/regression/fwk/lib/testfwk.c (__printf): Removed GENERIC. * support/regression/tests/bug-467035.c: Created. 2001-10-01 * src/SDCC.y: fixed bug #466586 part 1 2001-10-01 Johan Knol * SDCCicode.c: z80 has no generic pointers * removed -s from strip in all Makefile(.in)'s. It is not needed, but Solaris chocks on it. 2001-09-30 Michael Hope * sim/ucsim/cmd.src/Makefile.in ($(PRJDIR)/libcmd.a): Changed all ar references to $(AR) for Solaris. 2001-09-29 Michael Hope * Makefile (sdcc-libs): Added makebin to the list of standard targets. * support/regression/ports/z80/spec.mk: Updated to use env for sdcc bin dir for automatic regression. 2001-09-25 Michael Hope * configure.in: Fixed up so that ucsim is only configured once. * support/cpp2/configure.in: Fixed to use the program transform to append the .exe for the win32 build. * src/SDCCutil.c (getPrefixFromBinPath): Fixed up to work with win32 in all of its glory. (getPathDifference): As above. * src/SDCCmain.c (preProcess): Changed to use a temporary file in a proper temp directory. Fixed case where pre-processing only. * src/SDCCglue.c (tempfilename): Added function for pre-processor. 2001-09-23 Michael Hope * .version: Updated to 2.3.1 * src/z80/main.c (z80_port =): Added macro based linker and assembler command line support. Added copyright header. * src/SDCCmain.c: Shifted various functions into SDCCutil.c (assemble): Added support for macro based assembler commands. (linkEdit): Added support for macro based linker commands. (preProcess): Changed the pre-processor to use macros. (_setPaths): Added functionality to autodetect the include, lib and bin dir paths. (_discoverPaths): Added support for overriding the install directory using the SDCCDIR env variable. * device/lib/z80/crt0.s: Added module name for debugging. 2001-09-20 Michael Hope * src/SDCCmain.c (printVersionInfo): Added the build date to the version info. * src/SDCChasht.c (hTabDeleteByKey): Fixed delete as it would delete the last item from a bucket even if it wasn't the real one. * src/SDCCglue.c: Moved gc_strdup to SDCCutil.c * src/Makefile.in: Added SDCCmacro and SDCCutil 2001-09-19 Michael Hope * src/SDCCmain.c (printVersionInfo): Added the build date to the version info. 2001-09-16 * support/Util/SDCCerr.c: fixed up the error/warning/info database. I only changed the E_ W_ I_ prefix to what SDCCerr.c says it is. 2001-09-15 * src/mcs51/ralloc.c: (findAssignToSym): fixed bug #460662 part 1 * src/ds390/ralloc.c (findAssignToSym): fixed bug #460662 part 1 2001-09-11 * src/SDCCval.c (valDiv Mod Minus Plus Shift): keep litteral expressions as small as possible (bug #460010) 2001-09-10 Michael Hope * support/regression/tests/bug-460444.c: Added test case. * src/z80/gen.c (genOr): bug 460444: if (a ^ lit) was broken for &, |, and ^. (genCast): Added justification for all of the asserts. 2001-09-10 Bernhard Held * support/regression/support.c: _xdata replaced by xdata * support/regression/spec.mk: removed _generic 2001-09-09 Michael Hope * src/pic/ralloc.c (debugLogRegType): Removed some old types to get it to compile. * src/z80/gen.c (shiftR2Left2Result): Improved the case when v = v >> n for small values of n to use less code space and time. (genrshTwo): Fixed v = v >> n where v is a negative int and n is > 8: bug 460010. * src/z80/peeph.def: Added a rule to optimise shift then compare. * support/regression/tests/bug-460000.c (testShiftByParam): Added test case. * support/regression/tests/bug-460010.c: Added test case. * support/regression/Makefile (test-host): Removed a silly 'clean' target when testing against gcc. 2001-09-09 Bernhard Held * support/regression/Makefile: inter-port-clean adjusted for mcs51 * support/regression/testfwk.c: removed workaround for bug #436344 * support/regression/tests/bp.c: use less memory with mcs51 * support/regression/tests/bug-441448.c: use less memory * support/regression/tests/ports/mcs51/spec.mk: cleanup, use --stack-after-data * support/regression/collate-results.py: typo 2001-09-08 Michael Hope * support/regression/tests/fetchoverlap.c: Added new test case. * support/regression/tests/bp.c: Added new test case. * support/regression/tests/bug-448984.c: Added new test case. * support/regression/tests/pow2shifts.c: Added new test case. * src/z80/gen.c: Turned off the noise it normally generates for the release. (genlshTwo): Fixed right shift for count > 8. * src/z80/ralloc.c: Disabled most of the ACC packing rules as they weren't getting hit and weren't at all safe. 2001-09-08 * src/SDCCicode.c (geniCodeCall): a CPOINTER can be used as a function 2001-09-07 * src/SDCCicode.c (newiCodeCondition): fixed bug #456235 (1.77) * src/SDCCglue.c (emitRegularMap): only delete a symbol when it is a symbol 2001-09-06 * src/SDCC.y: this could be a fix for bug #458744 (1.37) * bernhard noted me at this: "() equals to (void)" (1.38) 2001-09-05 * src/SDCCglue.c (emitRegularMap): a fix for bug #458099/2 2001-09-04 * src/SDCCsymt.c (checkSClass): a fix for bug #458099/1 2001-09-04 Paul Stoffregen * pragma noinduction broke memcpy on mcs51 large model. Moved it inside z80 optimization 2001-09-03 Michael Hope * link/z80/aslink.h: Fixed path for PATH_MAX 2001-09-02 Michael Hope * src/z80/gen.c (fetchLitPair): Changed so that it properly caches direct space references. * support/regression/tests/addsub.c: Added cases to cover all the +, - combinations. * support/regression/tests/uminus.c: Added a test for the unary minus operator. * src/z80/gen.c (genUminus): Fixed add, sub, and uminus on the gbz80 port for longs. Had to shift some functions about to do it. 2001-09-01 Michael Hope * src/z80/gen.c: Fixed up generator to pass the regresion tests, specifically fixing loads for longs, genCmp, and turned on the map file. (genCmp): Fixed up genCmp for the GB with longs. * device/lib/gbz80/Makefile: Fixed up all the libraries to pass the regression tests. * support/regression/ports/host/spec.mk: Updated to compile with the new type specifiers. * device/lib/Makefile.in (Z80SOURCES): Removed old _mululong, _mulslong, and unneeded _mulint. * device/lib/_mullong.c (_mulslong): Changed to actually return a value :) 2001-08-30 Paul Stoffregen * added peepholes 223 to 231 to mcs51 port. These improve code when using large model. 2001-08-30 Michael Hope * device/lib/gbz80/crt0.s (init): Fixed up support for the gbz80 such that it will at least run (and fail badly) the regression tests. * src/z80/gen.c (genPlus): Changed bad long add for gb to a fall through. 2001-08-29 Michael Hope * link/z80/aslink.h: Fixed long file name support. Is now based off PATH_MAX instead of a constant. * src/z80/gen.c: Fixed add and sub for the case where left or right are in static space. 2001-08-30 Bernhard Held * sim/ucsim/configure: little improvement of Cygwin-detection * sim/ucsim/configure.in: little improvement of Cygwin-detection * sim/ucsim/cmd.src/newcmdcl.h: include to define fd_set automated build * support/regression/tests/bug-221100.c: small changes for mcs51 * support/regression/tests/bug-221168.c: small changes for mcs51 * support/regression/tests/bug-227710.c: small changes for mcs51 * support/regression/tests/staticinit.c: small changes for mcs51 * as/mcs51/aslink.h: accept everything as symbol name in rel-files, bug fix ID 452601 * as/mcs51/lklex.c: accept everything as symbol name in rel-files, bug fix ID 452601 * as/mcs51/lksym.c: accept everything as symbol name in rel-files, bug fix ID 452601 $Revision: 5416 $ sdcc-2.9.0/Makefile.bcc000066400000000000000000000012101116427777700146410ustar00rootroot00000000000000# Makefile for Borlad C++ all: config asx8051 as-z80 sdcc packihx cpp config: sdcc_vc.h sdcc_vc.h: sdcc_vc_in.h configure_vc.awk gawk -f configure_vc.awk sdcc_vc_in.h > sdcc_vc.h asx8051: cd as\mcs51 make -f Makefile.bcc cd ..\.. as-z80: cd as\z80 make -f Makefile.bcc cd ..\.. cpp: cd support\cpp make -f Makefile.bcc cd ..\.. sdcc: cd src make -f Makefile.bcc cd .. packihx: cd support\packihx make -f Makefile.bcc cd .. librarian: cd support\librarian make -f Makefile.bcc cd ..\.. sdcc-2.9.0/Makefile.common.in000066400000000000000000000040061116427777700160150ustar00rootroot00000000000000# # # # Version PACKAGE = @PACKAGE@ VERSION = @VERSION@ VERSIONHI = @VERSIONHI@ VERSIONLO = @VERSIONLO@ VERSIONP = @VERSIONP@ # Programs SHELL = /bin/sh CC = @CCACHE@ @CC@ CPP = @CCACHE@ @CPP@ RANLIB = @RANLIB@ INSTALL = @INSTALL@ YACC = @YACC@ LEX = @LEX@ AWK = @AWK@ STRIP = @STRIP@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ docdir = @docdir@ DESTDIR = include_dir_suffix = @include_dir_suffix@ lib_dir_suffix = @lib_dir_suffix@ # Modules to enable/disable OPT_DISABLE_AVR = @OPT_DISABLE_AVR@ OPT_DISABLE_DS390 = @OPT_DISABLE_DS390@ OPT_DISABLE_DS400 = @OPT_DISABLE_DS400@ OPT_DISABLE_HC08 = @OPT_DISABLE_HC08@ OPT_DISABLE_MCS51 = @OPT_DISABLE_MCS51@ OPT_DISABLE_PIC = @OPT_DISABLE_PIC@ OPT_DISABLE_PIC16 = @OPT_DISABLE_PIC16@ OPT_DISABLE_XA51 = @OPT_DISABLE_XA51@ OPT_DISABLE_Z80 = @OPT_DISABLE_Z80@ OPT_DISABLE_UCSIM = @OPT_DISABLE_UCSIM@ OPT_DISABLE_DEVICE_LIB= @OPT_DISABLE_DEVICE_LIB@ OPT_DISABLE_PACKIHX = @OPT_DISABLE_PACKIHX@ OPT_ENABLE_DOC = @OPT_ENABLE_DOC@ OPT_DISABLE_SDCPP = @OPT_DISABLE_SDCPP@ SLIB = $(top_builddir)/support/Util EXEEXT = @EXEEXT@ transform = @program_transform_name@ # Flags DEFS += $(subs -DHAVE_CONFIG_H,,@DEFS@) CPPFLAGS += @CPPFLAGS@ $(INCLUDEFLAGS) -I. -I$(top_builddir) -I$(srcdir)/$(SLIB) -I$(srcdir) CFLAGS += -Wall @CFLAGS@ LDFLAGS += @LDFLAGS@ M_OR_MM = @M_OR_MM@ EXTRALIBS += @LIBS@ # Shared settings between all the sub Makefiles # Done here so that we don't have to start a Make from the top levelport # directory. # Library compilation options CLEANSPEC = *.lst *.asm *.sym *~ *.cdb *.dep *.rul OBJ = $(SOURCES:.c=.o) sdcc-2.9.0/Makefile.in000066400000000000000000000132641116427777700145340ustar00rootroot00000000000000# # # SHELL = /bin/sh VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ include Makefile.common SDCC_LIBS = support/makebin SDCC_DOC = doc # Parts that are not normally compiled but need to be cleaned SDCC_EXTRA = support/regression support/valdiag SDCC_PACKIHX = support/packihx SDCC_LIBRARIAN = support/librarian SDCC_ASRANLIB = as/asranlib TARGETS = sdcc-librarian sdcc-asranlib ifeq ($(OPT_DISABLE_HC08), 0) SDCC_ASLINK += as/hc08 as/link/hc08 endif ifeq ($(OPT_DISABLE_MCS51), 0) SDCC_ASLINK += as/mcs51 as/link/mcs51 SDCC_MISC += debugger/mcs51 endif ifeq ($(OPT_DISABLE_Z80), 0) SDCC_ASLINK += as as/link endif ifeq ($(OPT_DISABLE_UCSIM), 0) TARGETS += sdcc-misc SDCC_MISC += sim/ucsim PKGS += $(SDCC_MISC) endif ifeq ($(OPT_DISABLE_DEVICE_LIB), 0) TARGETS += sdcc-device-lib PKGS += device/lib endif ifeq ($(OPT_DISABLE_PACKIHX), 0) TARGETS += sdcc-packihx PKGS += $(SDCC_PACKIHX) endif ifeq ($(OPT_ENABLE_DOC), 1) TARGETS += sdcc-doc endif # always install docs, which don't need to be built PKGS += $(SDCC_DOC) ifeq ($(OPT_DISABLE_SDCPP), 0) SDCC_LIBS += support/cpp endif TARGETS += sdcc-libs sdcc-cc sdcc-device-inc sdcc-aslink PKGS += $(SDCC_LIBS) src device/include $(SDCC_ASLINK) $(SDCC_LIBRARIAN) $(SDCC_ASRANLIB) PKGS_TINI = $(SDCC_LIBS) $(SDCC_ASLINK) \ src device/include $(SDCC_PACKIHX) $(SDCC_LIBRARIAN) PORTS = $(shell cat ports.build) ALLPORTS = $(shell cat ports.all) # Compiling entire program or any subproject # ------------------------------------------ all: checkconf sdcc tini: checkconf sdcc-tini sdcc-libs: for lib in $(SDCC_LIBS); do $(MAKE) -C $$lib; done sdcc-cc: sdcc-libs $(MAKE) -C src sdcc-aslink: for as in $(SDCC_ASLINK); do $(MAKE) -C $$as ; done sdcc-misc: for misc in $(SDCC_MISC); do $(MAKE) -C $$misc ; done sdcc-packihx: $(MAKE) -C $(SDCC_PACKIHX) sdcc-librarian: $(MAKE) -C $(SDCC_LIBRARIAN) sdcc-asranlib: $(MAKE) -C $(SDCC_ASRANLIB) sdcc-device-inc: $(MAKE) -C device/include sdcc-device-lib: sdcc-cc sdcc-aslink $(MAKE) -C device/lib sdcc-device-tini: $(MAKE) -C device/include $(MAKE) -C device/lib model-ds390 model-ds400 # doc depends on latex and latex2html sdcc-doc: $(MAKE) -C doc sdcc: $(TARGETS) sdcc-tini: sdcc-librarian sdcc-asranlib sdcc-cc sdcc-aslink sdcc-device-tini sdcc-packihx $(MAKE) -f main.mk all # Some interesting sub rules sdcc-bin: sdcc-cc sdcc-aslink sdcc-misc sdcc-base: sdcc-cc sdcc-aslink # Compiling and installing everything and runing test # --------------------------------------------------- install: $(MAKE) -f main.mk install @for pkg in $(PKGS); do\ $(MAKE) -C $$pkg install ;\ done install-tini: $(MAKE) -f main.mk install @for pkg in $(PKGS_TINI); do\ $(MAKE) -C $$pkg install ;\ done $(MAKE) -C device/lib install # Deleting all the installed files # -------------------------------- uninstall: $(MAKE) -f main.mk uninstall @for pkg in $(PKGS); do\ $(MAKE) -C $$pkg uninstall ;\ done # Deleting all files created by building the program # -------------------------------------------------- clean: @echo "+ Cleaning root of the project..." $(MAKE) -f $(srcdir)/clean.mk clean @echo "+ Cleaning packages in their directories..." for pkg in $(PKGS); do\ $(MAKE) -C $$pkg PORTS="$(PORTS)" EXEEXT=$(EXEEXT) clean ;\ done # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: @echo "+ DistCleaning packages using clean.mk..." for pkg in $(PKGS); do\ $(MAKE) -C $$pkg PORTS="$(PORTS)" EXEEXT=$(EXEEXT) distclean ;\ done for pkg in $(SDCC_EXTRA); do \ $(MAKE) -C $$pkg distclean; \ done @echo "+ DistCleaning root of the project..." $(MAKE) -f $(srcdir)/clean.mk distclean # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean $(MAKE) -f $(srcdir)/clean.mk mostlyclean for pkg in $(PKGS); do\ $(MAKE) -C $$pkg PORTS="$(PORTS)" EXEEXT=$(EXEEXT) mostlyclean ;\ done # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, stc. # ----------------------------------------------------------------------- realclean: distclean $(MAKE) -f $(srcdir)/clean.mk realclean for pkg in $(PKGS); do\ $(MAKE) -C $$pkg PORTS="$(PORTS)" EXEEXT=$(EXEEXT) realclean ;\ done # Creating distribution # --------------------- dist: distclean @if [ -f devel ]; then\ rm -f devel; mkdist sdcc; touch devel;\ else\ mkdist sdcc;\ fi # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating dependencies # --------------------- dep: $(MAKE) -f main.mk dep @for pkg in $(PKGS); do\ $(MAKE) -C $$pkg dep ;\ done # My rules # -------- newer: distclean @if [ -f start ]; then \ tar cvf - \ `find . -newer start -type f -print` |\ gzip -9c >`date '+%m%d%H%M'`.tgz; \ else \ echo "start file not found.\n"; \ exit 1; \ fi putcopyright: 'put(c)' -s $(STARTYEAR) *.cc *.h *.y *.l # Remaking configuration # ---------------------- configure: configure.in $(SHELL) $(AUTOCONF) main.mk: $(srcdir)/main_in.mk $(srcdir)/configure.in config.status $(SHELL) ./config.status Makefiles: makefiles makefiles: config.status config.status: configure $(SHELL) ./config.status --recheck makefiles: $(SHELL) ./config.status freshconf: main.mk checkconf: @if [ -f devel ]; then\ $(MAKE) freshconf;\ fi # End of Makefile sdcc-2.9.0/README000066400000000000000000000000661116427777700133430ustar00rootroot00000000000000This file is depreciated. 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A "contributor" is a copyright holder who authorizes use under this License of the Program or a work on which the Program is based. The work thus licensed is called the contributor's "contributor version". A contributor's "essential patent claims" are all patent claims owned or controlled by the contributor, whether already acquired or hereafter acquired, that would be infringed by some manner, permitted by this License, of making, using, or selling its contributor version, but do not include claims that would be infringed only as a consequence of further modification of the contributor version. For purposes of this definition, "control" includes the right to grant patent sublicenses in a manner consistent with the requirements of this License. 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If conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot convey a covered work so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not convey it at all. For example, if you agree to terms that obligate you to collect a royalty for further conveying from those to whom you convey the Program, the only way you could satisfy both those terms and this License would be to refrain entirely from conveying the Program. 13. Use with the GNU Affero General Public License. Notwithstanding any other provision of this License, you have permission to link or combine any covered work with a work licensed under version 3 of the GNU Affero General Public License into a single combined work, and to convey the resulting work. The terms of this License will continue to apply to the part which is the covered work, but the special requirements of the GNU Affero General Public License, section 13, concerning interaction through a network will apply to the combination as such. 14. Revised Versions of this License. The Free Software Foundation may publish revised and/or new versions of the GNU General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies that a certain numbered version of the GNU General Public License "or any later version" applies to it, you have the option of following the terms and conditions either of that numbered version or of any later version published by the Free Software Foundation. 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Copyright (C) This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . Also add information on how to contact you by electronic and paper mail. If the program does terminal interaction, make it output a short notice like this when it starts in an interactive mode: Copyright (C) This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, your program's commands might be different; for a GUI interface, you would use an "about box". You should also get your employer (if you work as a programmer) or school, if any, to sign a "copyright disclaimer" for the program, if necessary. For more information on this, and how to apply and follow the GNU GPL, see . The GNU General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. But first, please read . sdcc-2.9.0/as/Makefile.in000066400000000000000000000017111116427777700151310ustar00rootroot00000000000000# This Makefile is only for z80 and gbz80 VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ BUILDDIR=../$(top_builddir)/bin include $(top_builddir)/Makefile.common PORTS = z80 gbz80 DOCS = README abstra.txt appendk.txt asmlnk.txt asxhtm.html format.txt all: $(MAKE) -C z80 _as-z80 _as-gbz80 E=$(E) BUILDDIR=$(BUILDDIR) install: all install-doc $(INSTALL) $(top_builddir)/bin/as-z80$(EXEEXT) `echo $(DESTDIR)$(bindir)/as-z80$(EXEEXT)|sed '$(transform)'` $(STRIP) `echo $(DESTDIR)$(bindir)/as-z80$(EXEEXT)|sed '$(transform)'` $(INSTALL) $(top_builddir)/bin/as-gbz80$(EXEEXT) `echo $(DESTDIR)$(bindir)/as-gbz80$(EXEEXT)|sed '$(transform)'` $(STRIP) `echo $(DESTDIR)$(bindir)/as-gbz80$(EXEEXT)|sed '$(transform)'` install-doc: $(INSTALL) -d $(DESTDIR)$(docdir)/aslink cd $(srcdir)/doc; cp -f $(DOCS) $(DESTDIR)$(docdir)/aslink uninstall: cd $(DESTDIR)$(bindir); rm -f as-z80$(EXEEXT) as-gbz80$(EXEEXT) include $(srcdir)/clean.mk sdcc-2.9.0/as/README000066400000000000000000000001661116427777700137470ustar00rootroot00000000000000sdcc/as ------- Both the z80 and mcs51 assemblers are derrived from the same tree. One day they may be re-combined. sdcc-2.9.0/as/asranlib/000077500000000000000000000000001116427777700146575ustar00rootroot00000000000000sdcc-2.9.0/as/asranlib/Makefile.in000066400000000000000000000026371116427777700167340ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ include $(top_builddir)/Makefile.common CFLAGS += -Wall -I$(srcdir)/../link OBJECTS = asranlib.o SOURCES = $(patsubst %.o,%.c,$(OBJECTS)) TARGET = $(top_builddir)/bin/asranlib$(EXEEXT) all: $(TARGET) install: all installdirs $(INSTALL) $(TARGET) `echo $(DESTDIR)$(bindir)/asranlib$(EXEEXT)|sed '$(transform)'` $(STRIP) `echo $(DESTDIR)$(bindir)/asranlib$(EXEEXT)|sed '$(transform)'` # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/asranlib$(EXEEXT) # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: $(TARGET): $(OBJECTS) dbuf.o dbuf_string.o $(CC) $(LDFLAGS) -o $@ $(OBJECTS) dbuf.o dbuf_string.o dbuf.o: $(srcdir)/../../support/Util/dbuf.c $(CC) $(CFLAGS) $(CPPFLAGS) -c $< -o $@ dbuf_string.o: $(srcdir)/../../support/Util/dbuf_string.c $(CC) $(CFLAGS) $(CPPFLAGS) -c $< -o $@ .c.o: $(CC) $(CFLAGS) $(CPPFLAGS) -c $< -o $@ checkconf: clean: rm -f *core *[%~] *.[oa] *.output rm -f .[a-z]*~ \#* rm -f $(top_builddir)/bin/asranlib$(EXEEXT) distclean realclean: clean rm -f Makefile sdcc-2.9.0/as/asranlib/asranlib.c000066400000000000000000000456761116427777700166400ustar00rootroot00000000000000/* asranlib.c - ranlib for asxxxx arvhives version 1.0.0, April 27th, 2008 Copyright (C) 2008-2009 Borut Razem, borut dot razem at siol dot net This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include #include #include #include #include "dbuf_string.h" #include "lkar.h" #ifdef _WIN32 #include #else #include #endif #define NELEM(x) (sizeof (x) / sizeof (*x)) static int verbose = 0; static int list = 0; static int print_index = 0; int is_ar (FILE * libfp) { char buf[SARMAG]; int ret; if (!(ret = fread (buf, 1, sizeof (buf), libfp) == sizeof (buf) && memcmp (buf, ARMAG, SARMAG) == 0)) rewind (libfp); return ret; } static char *sym_tab; static int sym_tab_size; char * get_member_name (char *name, size_t *p_size, int allocate, FILE * libfp) { *p_size = 0; if (0 == memcmp (name, "#1/", 3)) { char *p; size_t len = strtoul (&name [3], &p, 10); if (p > &name [3]) { /* BSD appends real file name to the file header */ if (p_size != NULL) *p_size = len; if (allocate) { char *n = (char *) malloc (len); if (fread (n, 1, len, libfp) != len) { /* not an ar archive or broken ar archive */ return NULL; } else return n; } else { /* just advance the file pointer */ fseek (libfp, len, SEEK_CUR); return NULL; } } else { /* not an ar archive or broken ar archive */ return NULL; } } else if (allocate) { if (name[0] == '/') { if (NULL != sym_tab) { char *p; int name_offset = strtol (++name, &p, 0); if (p != name && name_offset < sym_tab_size) { int len = p - name + 1; while (len < AR_NAME_LEN && name[len++] == ' ') ; if (len == AR_NAME_LEN) { char *n; /* long name: get it from the symbol table */ name = &sym_tab[name_offset]; for (p = name; *p != '/' && *p != '\n'; ++p) assert (p < &sym_tab[sym_tab_size]); if (p[0] != '/' || p[1] != '\n') while (*++p != '\n') assert (p < &sym_tab[sym_tab_size]); n = (char *) malloc (p - name + 1); memcpy (n, name, p - name); n[p - name] = '\0'; return n; } } } } else { char *p = strrchr (name, '/'); if (NULL != p) { int len = p - name; while (name[++len] == ' ') ; if (len == AR_NAME_LEN) { char *n = (char *) malloc (p - name + 1); memcpy (n, name, p - name); n[p - name] = '\0'; return n; } } else { /* BSD formed member name: trim trailing spaces */ char *n; p = name + AR_NAME_LEN; while (*--p == ' ' && p >= name) ; ++p; n = (char *) malloc (p - name + 1); memcpy (n, name, p - name); n[p - name] = '\0'; return n; } } /* bad formed member name: just return it */ return strdup (name); } else return NULL; } size_t ar_get_header (struct ar_hdr *hdr, FILE * libfp, char **p_obj_name) { char header[ARHDR_LEN]; char buf[AR_DATE_LEN + 1]; char *obj_name; size_t size; if (fread (header, 1, sizeof (header), libfp) != sizeof (header) || memcmp (header + AR_FMAG_OFFSET, ARFMAG, AR_FMAG_LEN) != 0) { /* not an ar archive */ return 0; } memcpy (hdr->ar_name, &header[AR_NAME_OFFSET], AR_NAME_LEN); hdr->ar_name[AR_NAME_LEN] = '\0'; memcpy (buf, &header[AR_DATE_OFFSET], AR_DATE_LEN); buf[AR_DATE_LEN] = '\0'; hdr->ar_date = strtol (buf, NULL, 0); memcpy (buf, &header[AR_UID_OFFSET], AR_GID_LEN); buf[AR_GID_LEN] = '\0'; hdr->ar_uid = (uid_t) strtol (buf, NULL, 0); memcpy (buf, &header[AR_GID_OFFSET], AR_DATE_LEN); buf[AR_DATE_LEN] = '\0'; hdr->ar_gid = (gid_t) strtol (buf, NULL, 0); memcpy (buf, &header[AR_MODE_OFFSET], AR_MODE_LEN); buf[AR_MODE_LEN] = '\0'; hdr->ar_mode = (mode_t) strtoul (buf, NULL, 0); memcpy (buf, &header[AR_SIZE_OFFSET], AR_SIZE_LEN); buf[AR_SIZE_LEN] = '\0'; hdr->ar_size = strtol (buf, NULL, 0); if (NULL == (obj_name = get_member_name (hdr->ar_name, &size, p_obj_name != NULL, libfp)) && p_obj_name != NULL) { /* Malformed archive */ return 0; } if (p_obj_name != NULL) *p_obj_name = obj_name; /* treat BSD appended real file name as a part of the header */ hdr->ar_size -= size; return size + ARHDR_LEN; } static char * get_member_name_by_offset (FILE * fp, long offset) { struct ar_hdr hdr; char *name; fseek (fp, offset, SEEK_SET); return (ar_get_header (&hdr, fp, &name) != 0) ? name : NULL; } struct symbol_s { const char *name; size_t offset; struct symbol_s *next; }; struct symbol_s *symlist, *lastsym; unsigned int offset, first_member_offset; int add_symbol (const char *sym, void *param) { struct symbol_s *s; if ((s = (struct symbol_s *) malloc (sizeof (struct symbol_s))) == NULL) return 0; if (verbose) printf ("%s\n", sym); s->name = strdup (sym); s->offset = offset - first_member_offset; s->next = NULL; if (NULL == symlist) { lastsym = symlist = s; } else { lastsym->next = s; lastsym = s; } return 0; } int is_rel (FILE * libfp) { int c; long pos = ftell (libfp); int ret = 0; /* [XDQ][HL] */ if (((c = getc (libfp)) == 'X' || c == 'D' || c == 'Q') && ((c = getc (libfp)) == 'H' || c == 'L')) { switch (getc (libfp)) { case '\r': if (getc (libfp) == '\n') ret = 1; break; case '\n': ret = 1; } } else if (c == ';') { char buf[6]; if (fread (buf, 1, sizeof (buf), libfp) == sizeof (buf) && memcmp (buf, "!FILE ", 6) == 0) ret = 1; } fseek (libfp, pos, SEEK_SET); return ret; } int enum_symbols (FILE * fp, long size, int (*func) (const char *sym, void *param), void *param) { long end; struct dbuf_s buf; struct dbuf_s symname; assert (func != NULL); dbuf_init (&buf, 512); dbuf_init (&symname, 32); end = (size >= 0) ? ftell (fp) + size : -1; /* * Read in the object file. Look for lines that * begin with "S" and end with "D". These are * symbol table definitions. If we find one, see * if it is our symbol. Make sure we only read in * our object file and don't go into the next one. */ while (end < 0 || ftell (fp) < end) { const char *p; dbuf_set_length (&buf, 0); if (dbuf_getline (&buf, fp) == 0) break; p = dbuf_c_str (&buf); if ('T' == p[0]) break; /* * Skip everything that's not a symbol record. */ if ('S' == p[0] && ' ' == p[1]) { dbuf_set_length (&symname, 0); for (p += 2; *p && ' ' != *p; ++p) dbuf_append_char (&symname, *p); /* If it's an actual symbol, record it */ if (' ' == p[0] && 'D' == p[1]) if (func != NULL) if ((*func) (dbuf_c_str (&symname), NULL)) return 1; } } dbuf_destroy (&buf); dbuf_destroy (&symname); return 0; } static int process_symbol_table (struct ar_hdr *hdr, FILE *fp) { long pos = ftell (fp); if (print_index) { char *buf, *po, *ps; int i; long nsym; printf ("Archive index:\n"); buf = (char *) malloc (hdr->ar_size); if (fread (buf, 1, hdr->ar_size, fp) != hdr->ar_size) { free (buf); return 0; } nsym = sgetl (buf); po = buf + 4; ps = po + nsym * 4; for (i = 0; i < nsym; ++i) { char *obj; offset = sgetl (po); po += 4; if (NULL == (obj = get_member_name_by_offset (fp, offset))) /* member name */ return 0; printf ("%s in %s", ps, obj); if (verbose) printf (" at 0x%04x\n", offset); else putchar ('\n'); free (obj); ps += strlen(ps) + 1; } free (buf); fseek (fp, pos, SEEK_SET); putchar ('\n'); } /* skip the symbol table */ fseek (fp, pos + hdr->ar_size + (hdr->ar_size & 1), SEEK_SET); return 1; } static int process_bsd_symbol_table (struct ar_hdr *hdr, FILE *fp) { long pos = ftell (fp); if (print_index) { char *buf, *po, *ps; int i; long tablesize; long nsym; printf ("Archive index:\n"); buf = (char *) malloc (hdr->ar_size); if (fread (buf, 1, hdr->ar_size, fp) != hdr->ar_size) { free (buf); return 0; } tablesize = sgetl (buf); nsym = tablesize / 8; po = buf + 4; ps = po + tablesize + 4; for (i = 0; i < nsym; ++i) { char *obj; long sym; sym = sgetl (po); po += 4; offset = sgetl (po); po += 4; printf ("%s in ", ps + sym); if (NULL == (obj = get_member_name_by_offset (fp, offset))) /* member name */ return 0; printf ("%s\n", obj); free (obj); } free (buf); putchar ('\n'); } /* skip the symbol table */ fseek (fp, pos + hdr->ar_size + (hdr->ar_size & 1), SEEK_SET); return 1; } int get_symbols (FILE * fp, const char *archive) { struct ar_hdr hdr; size_t hdr_len; char *name; if (!is_ar (fp) || !(hdr_len = ar_get_header (&hdr, fp, &name))) { free (name); return 0; } if (AR_IS_SYMBOL_TABLE (name)) { free (name); if (!process_symbol_table (&hdr, fp)) return 0; if (feof (fp)) return 1; else if (!(hdr_len = ar_get_header (&hdr, fp, (verbose || list) ? &name : NULL))) return 0; } else if (AR_IS_BSD_SYMBOL_TABLE (name)) { free (name); if (!process_bsd_symbol_table (&hdr, fp)) return 0; if (feof (fp)) return 1; else if (!(hdr_len = ar_get_header (&hdr, fp, (verbose || list) ? &name : NULL))) return 0; } else if (!verbose && !list) free (name); first_member_offset = ftell (fp) - hdr_len; /* walk trough all archive members */ do { if (is_rel (fp)) { if (verbose || list) { printf ("%s%s\n", name, verbose ? ":" : ""); free (name); } if (!list) { long mdule_offset = ftell (fp); offset = mdule_offset - hdr_len; enum_symbols (fp, hdr.ar_size, add_symbol, NULL); fseek (fp, mdule_offset + hdr.ar_size + (hdr.ar_size & 1), SEEK_SET); } if (verbose) putchar ('\n'); } else { if (verbose || list) { fprintf (stderr, "asranlib: %s: File format not recognized\n", name); free (name); } /* skip if the member is not a .REL format */ fseek (fp, hdr.ar_size + (hdr.ar_size & 1), SEEK_CUR); } } while ((hdr_len = ar_get_header (&hdr, fp, (verbose || list) ? &name : NULL))); return feof (fp) ? 1 : 0; } void do_ranlib (const char *archive) { FILE *infp; if (NULL == (infp = fopen (archive, "rb"))) { fprintf (stderr, "asranlib: %s: ", archive); perror (NULL); exit (1); } if (!get_symbols (infp, archive)) { fprintf (stderr, "asranlib: %s: Malformed archive\n", archive); fclose (infp); exit (1); } else if (!list && !print_index) { FILE *outfp; struct symbol_s *symp; char buf[4]; int str_length; int pad; int nsym; int symtab_size; char tmpfile[] = "arXXXXXX"; struct stat stat_buf; int can_stat; #ifdef _WIN32 if (NULL == _mktemp (tmpfile) || NULL == (outfp = fopen (tmpfile, "wb"))) { fclose (infp); fprintf (stderr, "asranlib: %s: ", tmpfile); perror (NULL); exit (1); } #else if ((pad = mkstemp (tmpfile)) < 0) { fclose (infp); fprintf (stderr, "asranlib: %s: ", tmpfile); perror (NULL); exit (1); } if (NULL == (outfp = fdopen (pad, "wb"))) { close (pad); fclose (infp); perror ("asranlib"); exit (1); } #endif /* calculate the size of symbol table */ for (str_length = 0, nsym = 0, symp = symlist; symp; ++nsym, symp = symp->next) { str_length += strlen (symp->name) + 1; } symtab_size = 4 + 4 * nsym + str_length; fprintf (outfp, ARMAG AR_SYMBOL_TABLE_NAME "%-12d%-6d%-6d%-8d%-10d" ARFMAG, (int) time (NULL), 0, 0, 0, symtab_size); if (symtab_size & 1) { pad = 1; ++symtab_size; } else pad = 0; symtab_size += SARMAG + ARHDR_LEN; sputl (nsym, buf); fwrite (buf, 1, sizeof (buf), outfp); for (symp = symlist; symp; symp = symp->next) { sputl (symp->offset + symtab_size, buf); fwrite (buf, 1, sizeof (buf), outfp); } for (symp = symlist; symp; symp = symp->next) { fputs (symp->name, outfp); putc ('\0', outfp); } if (pad) putc ('\n', outfp); fseek (infp, first_member_offset, SEEK_SET); while (EOF != (pad = getc (infp))) putc (pad, outfp); fclose (outfp); if (0 != fstat(fileno(infp), &stat_buf)) { fprintf (stderr, "asranlib: can't stat %s: ", archive); perror (NULL); fclose (infp); can_stat = 0; } else can_stat = 1; fclose (infp); if (0 != remove (archive)) { fprintf (stderr, "asranlib: can't remove %s to %s: ", tmpfile, archive); perror (NULL); } else if (0 != rename (tmpfile, archive)) { fprintf (stderr, "asranlib: can't rename %s to %s: ", tmpfile, archive); perror (NULL); } else if (!can_stat || 0 != chmod (archive, stat_buf.st_mode)) { fprintf (stderr, "asranlib: can't chmod %s: ", archive); perror (NULL); } } else fclose (infp); } void do_verbose (void) { verbose = 1; } void print_version (void) { printf ("SDCC asxxxx ranlib 1.0.0 $Revision: 5410 $\n"); exit (0); } void do_list (void) { list = 1; } void print_armap (void) { print_index = 1; } void usage (void); struct opt_s { char short_opt; const char *long_opt; void (*optfnc) (void); const char *comment; } opts[] = { { 'v', "verbose", &do_verbose, "Be more verbose about the operation" }, { 'V', "version", &print_version, "Print this help message" }, { 'h', "help", &usage, "Print version information" }, { 't', "list", &do_list, "List the contents of an archive" }, { 's', "print-armap", &print_armap, "Print the archive index" }, }; void usage (void) { int i; printf ("Usage: asranlib [options] archive\n" " Generate an index to speed access to archives\n" " The options are:\n"); for (i = 0; i < NELEM (opts); ++i) { int len = 5; if ('\0' != opts[i].short_opt) printf (" -%c ", opts[i].short_opt); else printf (" "); if (NULL != opts[i].long_opt) { printf ("--%s ", opts[i].long_opt); len += strlen (opts[i].long_opt); } while (len++ < 30) putchar (' '); printf ("%s\n", opts[i].comment); } printf ("asranlib: supported targets: asxxxx\n"); exit (1); } int main (int argc, char *argv[]) { char **argp; int noopts = 0; int narch = 0; for (argp = argv + 1; *argp; ++argp) { if (!noopts && (*argp)[0] == '-') { int i; if ((*argp)[1] == '-') { if ((*argp)[2] == '\0') { /* end of options */ noopts = 1; continue; } else { /* long option */ for (i = 0; i < NELEM (opts); ++i) { if (0 == strcmp (&(*argp)[2], opts[i].long_opt)) { if (NULL != opts[i].optfnc) { (*opts[i].optfnc) (); break; } } } if (i >= NELEM (opts)) { fprintf (stderr, "asranlib: unrecognized option `%s'\n", *argp); usage (); } } } else { char *optp; /* short option */ for (optp = &(*argp)[1]; *optp != '\0'; ++optp) { for (i = 0; i < NELEM (opts); ++i) { if (*optp == opts[i].short_opt) { if (NULL != opts[i].optfnc) { (*opts[i].optfnc) (); break; } } } if (i >= NELEM (opts)) { fprintf (stderr, "asranlib: invalid option -- %c\n", *optp); usage (); } } } } else { /* not an option */ do_ranlib (*argp); ++narch; } } if (!narch) usage (); return 0; } sdcc-2.9.0/as/asranlib/asranlib.dsp000066400000000000000000000115501116427777700171640ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="asranlib" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Console Application" 0x0103 CFG=asranlib - Win32 Debug !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "asranlib.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "asranlib.mak" CFG="asranlib - Win32 Debug" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "asranlib - Win32 Release" (based on "Win32 (x86) Console Application") !MESSAGE "asranlib - Win32 Debug" (based on "Win32 (x86) Console Application") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" CPP=cl.exe RSC=rc.exe !IF "$(CFG)" == "asranlib - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 0 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 0 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /GX /O2 /D "WIN32" /D "NDEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD CPP /nologo /W3 /GX /O2 /I "../link" /I "../../support/Util" /D "WIN32" /D "NDEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD BASE RSC /l 0x424 /d "NDEBUG" # ADD RSC /l 0x424 /d "NDEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LINK32=link.exe # ADD BASE LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib odbc32.lib odbccp32.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib odbc32.lib odbccp32.lib /nologo /subsystem:console /machine:I386 # ADD LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib odbc32.lib odbccp32.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib odbc32.lib odbccp32.lib /nologo /subsystem:console /machine:I386 !ELSEIF "$(CFG)" == "asranlib - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /Gm /GX /ZI /Od /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /GZ /c # ADD CPP /nologo /W3 /Gm /GX /ZI /Od /I "../link" /I "../../support/Util" /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /FR /YX /FD /GZ /c # ADD BASE RSC /l 0x424 /d "_DEBUG" # ADD RSC /l 0x424 /d "_DEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LINK32=link.exe # ADD BASE LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib odbc32.lib odbccp32.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib odbc32.lib odbccp32.lib /nologo /subsystem:console /debug /machine:I386 /pdbtype:sept # ADD LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib odbc32.lib odbccp32.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib odbc32.lib odbccp32.lib /nologo /subsystem:console /debug /machine:I386 /pdbtype:sept !ENDIF # Begin Target # Name "asranlib - Win32 Release" # Name "asranlib - Win32 Debug" # Begin Group "Source Files" # PROP Default_Filter "cpp;c;cxx;rc;def;r;odl;idl;hpj;bat" # Begin Source File SOURCE=.\asranlib.c # End Source File # Begin Source File SOURCE=..\..\support\Util\dbuf.c # End Source File # Begin Source File SOURCE=..\..\support\Util\dbuf_string.c # End Source File # End Group # Begin Group "Header Files" # PROP Default_Filter "h;hpp;hxx;hm;inl" # Begin Source File SOURCE=..\link\aslink.h # End Source File # Begin Source File SOURCE=..\link\asxxxx_config.h # End Source File # Begin Source File SOURCE=..\..\support\Util\dbuf.h # End Source File # Begin Source File SOURCE=..\..\support\Util\dbuf_string.h # End Source File # Begin Source File SOURCE=..\link\lkar.h # End Source File # Begin Source File SOURCE=..\link\lkrel.h # End Source File # End Group # Begin Group "Resource Files" # PROP Default_Filter "ico;cur;bmp;dlg;rc2;rct;bin;rgs;gif;jpg;jpeg;jpe" # End Group # End Target # End Project sdcc-2.9.0/as/asxxsrc/000077500000000000000000000000001116427777700145575ustar00rootroot00000000000000sdcc-2.9.0/as/asxxsrc/aslex.c000066400000000000000000000414741116427777700160510ustar00rootroot00000000000000/* aslex.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 JLH bug in getst(): sign extend on ~(SPACE|ILL) * causes infinite loop */ /* * Extensions: P. Felber, M. Hope */ #include #include #include #include "dbuf_string.h" #include "asm.h" /*)Module aslex.c * * The module aslex.c includes the general lexical * analysis routines for the assembler. * * aslex.c contains the following functions: * char endline() * char get() * VOID getid(id,c) * int as_getline() * int getmap() * char getnb() * VOID getst() * int more() * VOID unget(c) * * aslex.c contains no local/static variables */ /*)Function VOID getid(id,c) * * char * id a pointer to a string of * maximum length NCPS * int c mode flag * >=0 this is first character to * copy to the string buffer * <0 skip white space, first * character must be a LETTER * * The function getid() scans the current assembler-source text line * from the current position copying the next LETTER | DIGIT string * into the external string buffer (id). The string ends when a non * LETTER or DIGIT character is found. The maximum number of * characters copied is NCPS. If the input string is larger than * NCPS characters then the string is truncated, if the input string * is shorter than NCPS characters then the string is NULL filled. * If the mode argument (c) is >=0 then (c) is the first character * copied to the string buffer, if (c) is <0 then intervening white * space (SPACES and TABS) are skipped and the first character found * must be a LETTER else a 'q' error terminates the parse of this * assembler-source text line. * * local variables: * char * p pointer to external string buffer * int c current character value * * global variables: * char ctype[] a character array which defines the * type of character being processed. * This index is the character * being processed. * * called functions: * char get() aslex.c * char getnb() aslex.c * VOID unget() aslex.c * * side effects: * use of getnb(), get(), and unget() updates the * global pointer ip, the position in the current * assembler-source text line. */ VOID getid(id, c) register int c; char *id; { register char *p; if (c < 0) { c = getnb(); if ((ctype[c] & LETTER) == 0) qerr(); } p = id; do { if (p < &id[NCPS]) *p++ = c; } while (ctype[c=get()] & (LETTER|DIGIT)); unget(c); while (p < &id[NCPS]) *p++ = 0; } /*)Function VOID getst(id,c) * * char * id a pointer to a string of * maximum length NCPS * int c mode flag * >=0 this is first character to * copy to the string buffer * <0 skip white space, first * character must be a LETTER * * The function getnbid() scans the current assembler-source text line * from the current position copying the next character string into * the external string buffer (id). The string ends when a SPACE or * ILL character is found. The maximum number of * characters copied is NCPS. If the input string is larger than * NCPS characters then the string is truncated, if the input string * is shorter than NCPS characters then the string is NULL filled. * If the mode argument (c) is >=0 then (c) is the first character * copied to the string buffer, if (c) is <0 then intervening white * space (SPACES and TABS) are skipped and the first character found * must be a LETTER else a 'q' error terminates the parse of this * assembler-source text line. * * local variables: * char * p pointer to external string buffer * int c current character value * * global variables: * char ctype[] a character array which defines the * type of character being processed. * This index is the character * being processed. * * called functions: * char get() aslex.c * char getnb() aslex.c * VOID unget() aslex.c * * side effects: * use of getnb(), get(), and unget() updates the * global pointer ip, the position in the current * assembler-source text line. */ VOID getst(id, c) register int c; char *id; { register char *p; if (c < 0) { c = getnb(); if ((ctype[c] & LETTER) == 0) qerr(); } p = id; do { if (p < &id[NCPS]) *p++ = c; } while (ctype[c=get()] & (0xFF - (SPACE|ILL))); unget(c); while (p < &id[NCPS]) *p++ = 0; } /*)Function char getnb() * * The function getnb() scans the current assembler-source * text line returning the first character not a SPACE or TAB. * * local variables: * int c current character from * assembler-source text line * * global variables: * none * * called functions: * char get() aslex.c * * side effects: * use of get() updates the global pointer ip, the position * in the current assembler-source text line */ char getnb() { register int c; while ((c=get()) == ' ' || c == '\t') ; return (c); } /*)Function char get() * * The function get() returns the next character in the * assembler-source text line, at the end of the line a * NULL character is returned. * * local variables: * int c current character from * assembler-source text line * * global variables: * char * ip pointer into the current * assembler-source text line * * called functions: * none * * side effects: * updates ip to the next character position in the * assembler-source text line. If ip is at the end of the * line, ip is not updated. */ char get() { register int c; if ((c = *ip) != 0) ++ip; return (c); } /*)Function VOID unget(c) * * int c value of last character read from * assembler-source text line * * If (c) is not a NULL character then the global pointer ip * is updated to point to the preceeding character in the * assembler-source text line. * * NOTE: This function does not push the character (c) * back into the assembler-source text line, only * the pointer ip is changed. * * local variables: * int c last character read from * assembler-source text line * * global variables: * char * ip position into the current * assembler-source text line * * called functions: * none * * side effects: * ip decremented by 1 character position */ VOID unget(c) { if (c) if (ip != ib) --ip; } /*)Function int getmap(d) * * int d value to compare with the * assembler-source text line character * * The function getmap() converts the 'C' style characters \b, \f, * \n, \r, and \t to their equivalent ascii values and also * converts 'C' style octal constants '\123' to their equivalent * numeric values. If the first character is equivalent to (d) then * a (-1) is returned, if the end of the line is detected then * a 'q' error terminates the parse for this line, or if the first * character is not a \ then the character value is returned. * * local variables: * int c value of character from the * assembler-source text line * int n looping counter * int v current value of numeric conversion * * global variables: * none * * called functions: * char get() aslex.c * * side effects: * use of get() updates the global pointer ip the position * in the current assembler-source text line */ int getmap(d) { register int c, n, v; if ((c=get()) == '\0') qerr(); if (c == d) return (-1); if (c == '\\') { c = get(); switch (c) { case 'b': c = '\b'; break; case 'f': c = '\f'; break; case 'n': c = '\n'; break; case 'r': c = '\r'; break; case 't': c = '\t'; break; case '0': case '1': case '2': case '3': case '4': case '5': case '6': case '7': n = 0; v = 0; while (++n<=3 && c>='0' && c<='7') { v = (v<<3) + c - '0'; c = get(); } unget(c); c = v; break; } } return (c); } /*)Function int as_getline() * * The function as_getline() reads a line of assembler-source text * from an assembly source text file or an include file. * Lines of text are processed from assembler-source files until * all files have been read. If an include file is opened then * lines of text are read from the include file (or nested * include file) until the end of the include file is found. * The input text line is copied into the global string ib[] * and converted to a NULL terminated string. The function * as_getline() returns a (1) after succesfully reading a line * or a (0) if all files have been read. * * local variables: * int i string length * * global variables: * const char ib[] string buffer containing * assembler-source text line * char ifp[] array of file handles for * include files * int incfil index for ifp[] specifies * active include file * int incline[] array of include file * line numbers * char sfp[] array of file handles for * assembler source files * int cfile index for sfp[] specifies * active source file * int srcline[] array of source file * line numbers * int inpfil maximum input file index * * called functions: * int dbuf_init() * int dbuf_set_length() * int dbuf_getline() * const char * dbuf_c_str() * int fclose() c-library * char * fgets() c-library * int strlen() c-library * * side effects: * include file will be closed at detection of end of file. * the next sequential source file may be selected. * the global file indexes incfil or cfile may be changed. * The respective source line or include line counter * will be updated. */ int as_getline(void) { static struct dbuf_s dbuf; static char dbufInitialized = 0; size_t len; if (!dbufInitialized) { dbuf_init (&dbuf, 1024); dbufInitialized = 1; } else dbuf_set_length (&dbuf, 0); loop: if (incfil >= 0) { if ((len = dbuf_getline (&dbuf, ifp[incfil])) == 0) { fclose (ifp[incfil]); ifp[incfil--] = NULL; lop = NLPP; goto loop; } else { ++incline[incfil]; } } else { if ((len = dbuf_getline (&dbuf, sfp[cfile])) == 0) { if (++cfile <= inpfil) { srcline[cfile] = 0; goto loop; } return 0; } else { ++srcline[cfile]; } } ib = dbuf_c_str (&dbuf); /* remove the trailing NL */ if (len > 0 && '\n' == ib[len - 1]) { --len; if (len > 0 && '\r' == ib[len - 1]) --len; dbuf_set_length (&dbuf, len); ib = dbuf_c_str (&dbuf); } return 1; } /*)Function int more() * * The function more() scans the assembler-source text line * skipping white space (SPACES and TABS) and returns a (0) * if the end of the line or a comment delimeter (;) is found, * or a (1) if their are additional characters in the line. * * local variables: * int c next character from the * assembler-source text line * * global variables: * none * * called functions: * char getnb() aslex.c * VOID unget() aslex.c * * side effects: * use of getnb() and unget() updates the global pointer ip * the position in the current assembler-source text line */ int more() { register int c; c = getnb(); unget(c); return( (c == '\0' || c == ';') ? 0 : 1 ); } /*)Function char endline() * * The function endline() scans the assembler-source text line * skipping white space (SPACES and TABS) and returns the next * character or a (0) if the end of the line is found or a * comment delimiter (;) is found. * * local variables: * int c next character from the * assembler-source text line * * global variables: * none * * called functions: * char getnb() aslex.c * * side effects: * use of getnb() updates the global pointer ip the * position in the current assembler-source text line */ char endline() { register int c; c = getnb(); return( (c == '\0' || c == ';') ? 0 : c ); } sdcc-2.9.0/as/asxxsrc/asnoice.c000066400000000000000000000104441116427777700163470ustar00rootroot00000000000000/* asnoice.c - Extensions to CUG 292 assembler ASxxxx to produce NoICE debug files Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Extensions to CUG 292 assembler ASxxxx to produce NoICE debug files * * 3-Nov-1997 by John Hartman */ #include #include #include #include #include "asm.h" /* Return basic file name without path or extension. If spacesToUnderscores != 0 then spaces are converted to underscores */ char* BaseFileName( int fileNumber, int spacesToUnderscores ) { static int prevFile = -1; static char baseName[ PATH_MAX ]; char *p1, *p2; if (fileNumber != prevFile) { prevFile = fileNumber; p1 = srcfn[prevFile]; /* issue a FILE command with full path and extension */ fprintf( ofp, ";!FILE %s\n", p1 ); /* Name starts after any colon or backslash (DOS) */ p2 = strrchr( p1, '\\' ); if (p2 == NULL) p2 = strrchr( p1, '/' ); if (p2 == NULL) p2 = strrchr( p1, ':' ); if (p2 == NULL) p2 = p1-1; strcpy( baseName, p2+1 ); /* Name ends at any separator */ p2 = strrchr( baseName, FSEPX ); if (p2 != NULL) *p2 = 0; /* SD comment this out since not a ANSI Function */ /* strupr( baseName ); */ if (spacesToUnderscores) { /* Convert spaces to underscores */ for (p1 = baseName; *p1; ++p1) if (isspace(*p1)) *p1 = '_'; } } return baseName; } /* Define a symbol for current location: FILE.line# */ void DefineNoICE_Line() { char name[ NCPS ]; struct sym *pSym; /* symbol is FILE.nnn */ sprintf( name, "%s.%u", BaseFileName( cfile, 0 ), srcline[ cfile ] ); pSym = lookup( name ); pSym->s_type = S_USER; pSym->s_area = dot.s_area; pSym->s_addr = laddr; pSym->s_flag |= S_GBL; } /* Define a symbol for current location: A$FILE$line# */ void DefineCDB_Line() { char name[ NCPS ]; struct sym *pSym; /* symbol is FILE.nnn */ sprintf( name, "A$%s$%u", BaseFileName( cfile, 1 ), srcline[ cfile ] ); pSym = lookup( name ); pSym->s_type = S_USER; pSym->s_area = dot.s_area; pSym->s_addr = laddr; pSym->s_flag |= S_GBL; } #if 0 OLD VERSION /* Define a symbol for current location: FILE.line# */ void DefineNoICE_Line() { static int prevFile = -1; static struct area *pPrevArea = NULL; static char baseName[ PATH_MAX ]; int j; char *p1, *p2; /* Get outfilename without extension for use as base symbol name */ if (baseName[0] == 0) { p1 = srcfn[0]; p2 = baseName; while ((*p1 != 0) && (*p1 != FSEPX)) { *p2++ = *p1++; } *p2 = 0; /* SD Commented this out since it is not a ASNI Function */ /* strupr( baseName ); */ } if ((cfile != prevFile) || (dot.s_area != pPrevArea)) { prevFile = cfile; pPrevArea = dot.s_area; /* file or area change: issue FILE command with base @ */ fprintf( ofp, ";!FILE %s %s_%s\n", srcfn[ cfile ], baseName, dot.s_area->a_id ); } fprintf( ofp, ";!LINE %u. 0x%X\n", srcline[ cfile ], laddr ); } #endif sdcc-2.9.0/as/asxxsrc/assym.c000066400000000000000000000346701116427777700160710ustar00rootroot00000000000000/* assym.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 10-Nov-07 borutr: * - use strsto instead StoreString and include it in assym.c * for compatibility with the original asxxxx * - applied changes from 28-Oct-97 JLH: * - lookup: Use StoreString for sym construction * - change symeq() to do length-independent string compare * - change hash() to do length-independent hash calculation * - applied changes from 29-Oct-97 JLH: * - make mnemonics case insensitive ALWAYS * - make hash() case-insensitive always * - replace symeq() call in mlookup with strcmpi */ #include #include #include #include #include "asm.h" /*)Module assym.c * * The module assym.c contains the functions that operate * on the mnemonic/directive and symbol structures. * * assym.c contains the following functions: * VOID allglob() * area * alookup() * int hash() * sym * lookup() * mne * mlookup() * VOID * new() * int symeq() * VOID syminit() * VOID symglob() * * assym.c contains no local/static variables. */ /*)Function VOID syminit() * * The function syminit() is called early in the game * to set up the hashtables. First all buckets in a * table are cleared. Then a pass is made through * the respective symbol lists, linking them into * their hash buckets. Finally the base area pointer * is set to 'dca'. * * local variables: * int h computed hash value * mne * mp pointer to a mne structure * mne ** mpp pointer to an array of * mne structure pointers * sym * sp pointer to a sym structure * sym ** spp pointer to an array of * sym structure pointers * * global variables: * area area[] single elememt area array * area dca defined as area[0] * mne * mnehash[] array of pointers to NHASH * linked mnemonic/directive lists * sym * symhash[] array of pointers to NHASH * linked symbol lists * * functions called: * none * * side effects: * (1) The symbol hash tables are initialized, * the only defined symbol is '.'. * (2) The mnemonic/directive hash tables are * initialized with the assembler directives * and mnemonics found in the machine dependent * file ___pst.c. * (3) The area pointer is initialized to dca (area[0]). */ VOID syminit(void) { register struct mne *mp; struct mne **mpp; register struct sym *sp; struct sym **spp; register int h; mpp = &mnehash[0]; while (mpp < &mnehash[NHASH]) *mpp++ = NULL; mp = &mne[0]; for (;;) { h = hash(mp->m_id); mp->m_mp = mnehash[h]; mnehash[h] = mp; if (mp->m_flag&S_END) break; ++mp; } spp = &symhash[0]; while (spp < &symhash[NHASH]) *spp++ = NULL; sp = &sym[0]; for (;;) { h = hash(sp->s_id); sp->s_sp = symhash[h]; symhash[h] = sp; if (sp->s_flag&S_END) break; ++sp; } areap = &dca; } /*)Function area * alookup(id) * * char * id area name string * * The function alookup() searches the area list for a * match with id. If the area is defined then a pointer * to this area is returned else a NULL is returned. * * local variables: * area * ap pointer to area structure * * global variables: * area * areap pointer to an area structure * * functions called: * int symeq() assym.c * * side effects: * none */ struct area * alookup(char *id) { register struct area *ap; ap = areap; while (ap) { if (symeq(id, ap->a_id)) { return (ap); } ap = ap->a_ap; } return(NULL); } /*)Function mne * mlookup(id) * * char * id mnemonic/directive name string * * The function mlookup() searches the mnemonic/directive * hash tables for a match returning a pointer to the * mne structure else it returns a NULL. * * local variables: * mne * mp pointer to mne structure * int h calculated hash value * * global variables: * mne * mnehash[] array of pointers to NHASH * linked mnemonic/directive lists * * functions called: * none * * side effects: * none */ struct mne * mlookup(char *id) { register struct mne *mp; register int h; h = hash(id); mp = mnehash[h]; while (mp) { if (as_strcmpi(id, mp->m_id) == 0) /* JLH: case insensitive */ return (mp); mp = mp->m_mp; } return (NULL); } /*)Function sym * lookup(id) * * char * id symbol name string * * The function lookup() searches the symbol hash tables for * a symbol name match returning a pointer to the sym structure. * If the symbol is not found then a sym structure is created, * initialized, and linked to the appropriate hash table. * A pointer to this new sym structure is returned. * * local variables: * int h computed hash value * sym * sp pointer to a sym structure * * global varaibles: * sym * symhash[] array of pointers to NHASH * linked symbol lists * * functions called: * int hash() assym.c * VOID * new() assym.c * int symeq() assym.c * * side effects: * If the function new() fails to allocate space * for the new sym structure the assembly terminates. */ struct sym * lookup(char *id) { register struct sym *sp; register int h; h = hash(id); sp = symhash[h]; while (sp) { if (symeq(id, sp->s_id)) return (sp); sp = sp->s_sp; } sp = (struct sym *) new (sizeof(struct sym)); sp->s_sp = symhash[h]; symhash[h] = sp; sp->s_tsym = NULL; sp->s_id = strsto(id); sp->s_type = S_NEW; sp->s_flag = 0; sp->s_area = NULL; sp->s_ref = 0; sp->s_addr = 0; return (sp); } /*)Function VOID symglob() * * The function symglob() will mark all symbols of * type S_NEW as global. Called at the beginning of pass 1 * if the assembly option -g was specified. * * local variables: * sym * sp pointer to a sym structure * int i loop index * * global variables: * sym * symhash[] array of pointers to NHASH * linked symbol lists * * functions called: * none * * side effects: * Symbol types changed. */ VOID symglob(void) { register struct sym *sp; register int i; for (i=0; is_type == S_NEW) sp->s_flag |= S_GBL; sp = sp->s_sp; } } } /*)Function VOID allglob() * * The function allglob() will mark all symbols of * type S_USER as global. Called at the beginning of pass 1 * if the assembly option -a was specified. * * local variables: * sym * sp pointer to a sym structure * int i loop index * * global variables: * sym * symhash[] array of pointers to NHASH * linked symbol lists * * functions called: * none * * side effects: * Symbol types changed. */ VOID allglob(void) { register struct sym *sp; register int i; for (i=0; is_type == S_USER) sp->s_flag |= S_GBL; sp = sp->s_sp; } } } /*)Function int symeq(p1, p2) * * char * p1 name string * char * p2 name string * * The function symeq() compares the two name strings for a match. * The return value is 1 for a match and 0 for no match. * * local variables: * int h loop counter * * global variables: * char ccase[] an array of characters which * perform the case translation function * * functions called: * none * * side effects: * none * */ int symeq(char *p1, char *p2) { #if CASE_SENSITIVE return (strcmp( p1, p2 ) == 0); #else return (as_strcmpi( p1, p2 ) == 0); #endif } /*)Function int hash(p) * * char * p pointer to string to hash * * The function hash() computes a hash code using the sum * of all characters mod table size algorithm. * * local variables: * int h accumulated character sum * int n loop counter * * global variables: * char ccase[] an array of characters which * perform the case translation function * * functions called: * none * * side effects: * none */ int hash(char *p) { register int h; h = 0; while (*p) { /* JLH: case insensitive hash: Doesn't much affect * hashing, and allows same function for mnemonics and symbols */ h += ccase[(int)*p++]; } return (h&HMASK); } /*)Function char * strsto(str) * * char * str pointer to string to save * * Allocate space for "str", copy str into new space. * Return a pointer to the allocated string. * * This function based on code by * John L. Hartman * jhartman at compuserve dot com * * local variables: * int l string length + 1 * int bytes bytes remaining in buffer area * char * p pointer to head of copied string * char * pnext next location in buffer area * * global variables: * none * * functions called: * VOID * new() assym.c * char * strncpy() c_library * * side effects: * Space allocated for string, string copied * to space. Out of Space terminates assembler. */ /* * To avoid wasting memory headers on small allocations, we * allocate a big chunk and parcel it out as required. * These static variables remember our hunk */ #define STR_SPC 1024 static char * pnext = NULL; static int bytes = 0; char * strsto(char *str) { int l; char *p; /* * What we need, including a null. */ l = strlen(str) + 1; if (l > bytes) { /* * No space. Allocate a new hunk. * We lose the pointer to any old hunk. * We don't care, as the names are never deleted. */ pnext = (char *) new (STR_SPC); bytes = STR_SPC; } /* * Copy the name and terminating null. */ p = pnext; strncpy(p, str, l); pnext += l; bytes -= l; return(p); } /*)Function VOID * new(n) * * unsigned int n allocation size in bytes * * The function new() allocates n bytes of space and returns * a pointer to this memory. If no space is available the * assembly is terminated. * * local variables: * VOID * p a general pointer * * global variables: * none * * functions called: * VOID asexit() asmain.c * int fprintf() c_library * VOID * malloc() c_library * * side effects: * Memory is allocated, if allocation fails * the assembly is terminated. */ VOID * new(unsigned int n) { register VOID *p; if ((p = (VOID *) malloc(n)) == NULL) { fprintf(stderr, "Out of space!\n"); asexit(1); } return (p); } sdcc-2.9.0/as/asxxsrc/strcmpi.c000066400000000000000000000017731116427777700164140ustar00rootroot00000000000000/* strcmpi.c */ /* * Compare two strings ignoring case. * * Taken from GLIBC 2.2.5. Original code is copyrighted "Free * Software Foundation" and published under the GNU Lesser General * Public License. * */ #include #include int as_strcmpi (const char *s1, const char *s2) { const unsigned char *p1 = (const unsigned char *) s1; const unsigned char *p2 = (const unsigned char *) s2; unsigned char c1, c2; if (p1 == p2) return 0; do { c1 = tolower (*p1++); c2 = tolower (*p2++); if (c1 == '\0') break; } while (c1 == c2); return c1 - c2; } int as_strncmpi (const char *s1, const char *s2, size_t n) { const unsigned char *p1 = (const unsigned char *) s1; const unsigned char *p2 = (const unsigned char *) s2; unsigned char c1, c2; if ((p1 == p2) || (n == 0)) return 0; do { c1 = tolower (*p1++); c2 = tolower (*p2++); if (c1 == '\0') break; } while ((c1 == c2) && --n); return c1 - c2; } sdcc-2.9.0/as/clean.mk000066400000000000000000000003001116427777700144700ustar00rootroot00000000000000clean: $(MAKE) -C z80 clean BUILDDIR=$(BUILDDIR) rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ rm -f *.dep rm -rf obj distclean: $(MAKE) -C z80 distclean BUILDDIR=$(BUILDDIR) rm -f Makefile sdcc-2.9.0/as/doc/000077500000000000000000000000001116427777700136315ustar00rootroot00000000000000sdcc-2.9.0/as/doc/README000066400000000000000000000406521116427777700145200ustar00rootroot00000000000000(README 2-Apr-1998 by John Hartman. jhartman@compuserve.com) I have made several modifications to the CUG292 assemblers and linker, beginning with version 1.7 (the most recent I know of). The original assembler was written by * Alan R. Baldwin * 721 Berkeley St. * Kent, Ohio 44240 To conserve space on my web site, this ZIP file does not include all of the files in the original CUG292 release. In particular, the assembler test files and ASSIST monitors have been removed. All source files and documents are included. The original is widely available on the net. Your comments and bug reports are solicited. The changes are of three types 1) bug fixes and small changes 2) an 8051 version of the assembler 3) generation of line and symbol information for NoICE ======================================================================== MISCELLANEOUS CHANGES * There is a bug in LKMAIN: it tests S_DEF flag in "s_flag". No one else uses s_flag in the linker - S_DEF is defined in s_type instead. Presumably LKMAIN should use s_type as well? Changed. * There is a portability problem in aslex: the test while (ctype[c=get()] & ~(SPACE | ILL)) causes an infinite loop with my (old Zortech) compiler: ILL = 0x80, SPACE=0. When I read a null at the end of a line, ctype[] returns "ILL". My compiler sign extends this 0x80 to int 0xFF80. Sign extend on ~ILL makes 0x7F into 0xFF7F. The result of the AND is true and we spin. I changed this to while (ctype[c=get()] & (0xFF - (SPACE|ILL))) * I made changes to mlookup() so that mnemonics and pseudo-ops are always case insensitive, regardless of the CASE_SENSITIVE flag. This simplifies using the assembler on existing code. * The scheme described below for debug information can make for very long symbol names. Thus, I have modified the assembler and linker to allow names up to 80 characters, moving the name strings out of the sym struct. This will save significant heap space over simply increasing NCPS to 80. * I have added one module, ASNOICE.C, to each assembler; and one module, LKNOICE.C, to the linker. My make files are named XSnnnn.MAK for the asseblers, and XSLINK.MAK for the linker. I have not modified any of the original make or project files, since I have no means to test them. ======================================================================== 8051 ASSEMBLER I was somewhat surprised that there was no AS8051 - so I wrote one. It is comprised of the modules: i8051.h i51pst.c i51mch.c i51adr.c i51ext.c appendk.txt "Appendix K" about the 8051 for the documentation I added four attributes to the .area directive to support the 8051's multiple address spaces: CODE for codespace DATA for internal data BIT for internal bit-addressable XDATA for external data. These will typically be used as follows (names are examples): .area IDATA (DATA) .area IBIT (BIT) .area MYXDATA (REL,CON,XDATA) .area MYCODE (REL,CON,CODE) The default segment, _CODE, should not be used for the 8051. For compatibility reasons, _CODE is allocated in "DATA" space. You should always define an area in the CODE space. DETAILS: i51mch.c is not especially pretty - it includes some brute-force switch statements which could, I suspect, be trimmed down by application of a few appropriate functions. The 8051 includes two instructions, AJMP and ACALL, which have eleven bit destination addresses. The upper three address bits are encoded into the top three bits of the op-code. In order to achieve this, I was forced to make changes to several ASxxx and LKxxx modules: asm.h line 179 equate for R_J11, 583 outr11 prototype asout.c lines 1087-1132 function outr11: output 11 bit dest aslink.h line 131 equate for R_J11 lkrloc.c lines 354-377 link/locate 11 bit destination The definition of R_J11 is as (R_WORD | R_BYT2) A comment in lkrloc says * R_WORD with the R_BYT2 mode is flagged * as an 'r' error by the assembler, * but it is processed here anyway. This is no longer true, so the code in question is #defined out in the linker only. I suspect that this would cause problems if a module with R_WORD | R_BYT1 by other cause were to be processed. I am not entirely happy with outr11 in the case where the destination is an absolute value. The ideal would be to pass the value thru to the linker, and resolve at link time whether or not the address is within 2K of the instruction location. Unfortunately, I couldn't figure out how to pass an absolute value to the linker, as it has no area. Thus, I interpreted absolute values as being relative to the beginning of the current area, as is done in the other assemblers for relative branch instructions. I am less happy with this solution here, as a 2K range is far larger than the +-128 for a branch instruction. I can envision code such as reset = 123 ... ajmp reset If the ajmp is in a relocatable area, the effect will be not at all what is desired. If you can offer any other solution, I would appreciate it. ======================================================================== SOURCE-LEVEL DEBUG OF ASSEMBLY CODE WITH NoICE 1) The switch "-j" has been added to the assembler. This causes assembly lines to generate line number information in the object file. You may also wish to use the "-a" switch to make all symbols global. Non-global symbols are not passed to the object file. 2) The assemblers will pass any line beginning with the characters ";!" (semi-colon, exclamation point) intact to the object file. You can use such comments in your assembly modules to embed NoICE commands in your source code. 3) The switch "-j" has been added to the linker. This causes a NoICE debug file, with extension ".NOI" to be created. All symbol and line number information in the object files, as well as any ";!" comments will be included. Specifying the -j switch will force a map file to be produced as well. 4) The linker will process any line beginning with the characters ";!" (semi-colon, exclamation point) by removing the ";!" and passing the remainder of the line to the .NOI file (if any). This allows NoICE commands to be placed as ";!" comments in the assembly file, and passed through the assember and linker to the .NOI file. 5) If the linker is requested to produce a hex output file (-i or -s switches), a LOAD command for the hex file will be placed in the .NOI file (if any). 6) The linker will output the ";!" lines after all symbols have been output. Thus, such lines can contain NoICE commands which refer to symbols by name. ======================================================================== SOURCE-LEVEL DEBUG OF C CODE FOR NoICE This section is primarily of interest to compiler writers. Compilers which produce assembly code can pass debug information through the assembler and linker to the NoICE command file. In addition, the linker will provide special processing of symbols with certain formats described below. 1) The switch "-j" should NOT be used on assembly files which represent compiler output. Instead, the compiler should generate line number symbols for each code-producing source line as described below. if your project contains a mixture of C and assembly source files, you may wish to use "-j" on the assembly modules. 2) The assemblers will pass any line beginning with the characters ";!" (semi-colon, exclamation point) intact to the .REL file. The compiler can make use of this fact to pass datatype information and stack offsets for automatic symbols through the assembler and linker to NoICE. This is described in detail below. 3) The switch "-j" has been added to the linker. This causes a NoICE debug file, with extension ".NOI" to be created. Contents will be as described below. Specifying the -j switch will force a map file to be produced as well. 4) The linker will process any line beginning with the characters ";!" (semi-colon, exclamation point) by removing the ";!" and passing the remainder of the line to the .NOI file (if any). 5) If the linker is requested to produce a hex output file (-i or -s switches), a LOAD command for the hex file will be placed in the .NOI file (if any). 6) The linker will process symbols with names of the form text into NoICE DEFINE (global symbol) commands in the .NOI output file DEF name symbolvalue 7) The linker will process symbols with names of the form text.integer into NoICE FILE and LINE (line number) commands in the .NOI output file. It will assume that "text" is the file name without path or extension, that "integer" is the decimal line number within the file, and that the value of the symbol is equal to the address of the first instruction produced by the line. 8) The linker will process symbols with names of the form text.name into NoICE FILE and DEFINESCOPED commands in the .NOI file (if any), to define file-scope variables: FILE text DEFS name symbolvalue 9) The linker will process symbols with names of the form text.name.name2 into NoICE FILE, FUNCTION, and DEFINESCOPED commands in the .NOI file (if any), to define function-scope variables: FILE text FUNC name DEFS name2 symbolvalue 10) The linker will process symbols with names of the form text.name.name2.integer into NoICE FILE, FUNCTION, and DEFINESCOPED commands in the .NOI file (if any), to define function-scope variables, to allow multiple scopes within a single C function. "Integer" is a scope number, and should be zero for the first scope, and increment for each new scope within the function. Since NoICE cannot currently cope with scope finer than function, it will produce symbols of the form: FILE text FUNC name DEFS name2_integer symbolvalue The trailing "_integer" will be omitted for integer == 0 (function). 11) The linker will process symbols with names of the form text.name..FN into NoICE FILE, DEFINE, and FUNCTION commands in the .NOI file (if any), to define the start of a global function: FILE text DEF name symbolvalue %code FUNC name symbolvalue 12) The linker will process symbols with names of the form text.name..SFN into NoICE FILE, DEFINESCOPED, and SFUNCTION commands in the .NOI file (if any), to define the start of a file-scope (static) function: FILE text DEFS name symbolvalue %code SFUNC name symbolvalue 13) The linker will process symbols with names of the form text.name..EFN into NoICE ENDFUNCTION commands in the .NOI file (if any) to define the end of a global or file-scope function: ENDF name symbolvalue 14) The linker will output the symbols in each "area" or memory section in order of increasing address. 15) The linker will output the ";!" lines after all symbols have been output. The features listed above may be used to add full source-level debug information to assembly files produced by a compiler. The example file ctest1.c, and the hypothetical ctest1.s produced by compiling it illustrate this. The comments in the file describe the information, but would not be present in an actual implementation. 1) Begin each file with a ";!FILE" specifying the file name and its original extension (usually ".c"), and with the path if the file is not in the current directory. ;!FILE ctest1.c 2) Define any basic data types: char defaults to S08. Redefine as U08 or ASCII if you desire. "int" defaults to S16. Redefine if necessary. ;!DEFT 0 char %ASCII 3) Define any data structures, typedefs, enums, etc. (C generally does this per source file. Types will remain in scope unless redefined). For example, the C structure typedef struct { char c; int i; int ai[ 10 ]; int *pi; } STR; would generate the commands: ;!STRUCT 0. STR ;!DEFT 0. c %char ;!DEFT 1. i %int ;!DEFT 3. ai %int[10.] ;!DEFT 23. pi %*int ;!ENDS 25. Since the user can change input radix at will, it is generally recommended to specify radix explicitly in the ;! commands: by a trailing "." for decimal, or leading "0x" for hex. 4) Use ;!FUNC, (or ;!SFUNC), ;!DEFS, and ;!ENDF to define any function arguments and local variables. The function void main( void ) { /* declare some local variables */ char lc, *plc; int *pli; int *lnpi; int *lfpi; ... would generate stack-based symbol definitions with their datatypes. (Note that the stack offsets are not passed to the assembler by name, as they need not be relocated. Thus, it is the compiler's duty to generate these. Note that the 68HC11 TSX instruction increments the value of SP by one. Thus, "SP+nn" should use "nn" values one greater than for use as offsets from X. ;!FUNC main ;!DEFS lfpi SP+6. %*int ;!DEFS lnpi SP+8. %*int ;!DEFS pli SP+10. %*int ;!DEFS plc SP+12. %*char ;!DEFS lc SP+14. %char When all local variables and parameters have been defined, the function scope must be closed: ;!ENDF 5) In general, it is desirable to generate two symbols for each function: one with an underbar, at the first byte of the function, so that the disassembler will show it as the destination of the JSR; and a second without an underbar at the address of the first source line after stack frame is set up. The latter will be a common breakpoint location. CUG292 can generate global symbols by using a "::" _main:: tsx xgdx subd #44 xgdx txs 6) Once the stack frame is set up, declare the beginning of the function body. The value of this symbol is the lowest address which NoICE will consider to be within the function for scoping purposes. ctest1.main..FN:: 7) Each C source line which produces code should emit a symbol consisting of the file name without path or extension, followed by the line number (in decimal) in the C source file. ctest1.56:: ldd #6 std _gestr 8) Declare the end of the function body. The value of this symbol is the highest address which NoICE will consider to be within the function for scoping purposes. The address must be on or before the RTS, so that it does not overlap the following function. Normally, the address will be the last C source line in the function before stack frame is destroyed. ctest1.main..EFN:: xgdx addd #44 xgdx txs rts 9) Global variables defined in the file, and their datatypes, may be defined at any time. Debugging is most convenient if the traditional C leading underbar is omitted. The global declarations int gi; STR *pgstr; would generate: ;!DEF gi %*int gi:: .blkb 2 ;!DEF pgstr %*STR pgstr:: .blkb 2 Here, the ";!" command defines the datatype, which is unknown to the assembler, while the "::" defintion defines the value, which is unknown until link time. 10) File-scope static variables, and their datatypes, must be defined between the ;!FILE and the ;!ENDFILE in order to set proper scope. Debugging is most convenient if the traditional C leading underbar is omitted. The static declarations static int si; static STR sstr; would generate: ;!DEFS si %*int ctest1.si:: .blkb 2 ;!DEFS sstr %STR ctest1.sstr:: .blkb 25 We note that while the ;!DEFS must be between ;!FILE and ;!ENDFILE, the "::" definitions may be elsewhere in the file if it is convenient, as the symbol name carries the scoping information. 11) Function-scope static variables, and their datatypes, must be defined between the ;!FUNC (or ;!SFUNC) and the corresponding ;!ENDF in order to set proper scope. Debugging is most convenient if the traditional C leading underbar is omitted. The static declarations void main( void ) { static int si; static STR sstr; would generate: ;!FUNC main at some point, and then ;!DEFS si %*int ctest1.main.si:: .blkb 2 ;!DEFS sstr %STR ctest1.main.sstr:: .blkb 25 We note that while the ;!DEFS must be between ;!FUNC and ;!ENDF, the "::" definitions may be elsewhere in the file if it is convenient, as the symbol name carries the scoping information. 12) After all code, data, and ;! defintions, declare end of file. This is necessary to prevent mangled scope when several modules are linked together. ;!ENDFILE CTEST1.C - sample C source code CTEST1.S - output from ImageCraft compiler, hand-doctored to add additional debug information CTEST2.C - second C module CTEST2.S - output from ImageCraft compiler, undoctored CTEST.BAT - assemble and link CTEST1+CTEST2 Run CTEST.BAT to produce CTEST1.NOI, a NoICE command file. end README sdcc-2.9.0/as/doc/abstra.txt000066400000000000000000000060471116427777700156550ustar00rootroot00000000000000 ASxxxx Cross Assemblers, Version 1.7, November 1995 Submitted by Alan R. Baldwin, Kent State University, Kent, Ohio Operating System: TSX+, RT-11, MS/DOS, PDOS or other supporting K&R C. Source Langauge: C Abstract: The ASxxxx assemblers are a series of microprocessor assem- blers written in the C programming language. This collection contains cross assemblers for the 6800(6802/6808), 6801(hd6303), 6804, 6805, 68HC08, 6809, 6811, 68HC16, 8085(8080), z80(hd64180), H8/3xx, and 6500 series microprocessors. Each as- sembler has a device specific section which includes: (1) device description, byte order, and file extension information, (2) a table of assembler general directives, special directives, assembler mnemonics and associated operation codes, (3) machine specific code for processing the device mnemonics, addressing modes, and special directives. The assemblers have a common device independent section which handles the details of file input/output, symbol table genera- tion, program/data areas, expression analysis, and assembler directive processing. The assemblers provide the following features: (1) alpha- betized, formatted symbol table listings, (2) relocatable object modules, (3) global symbols for linking object modules, (4) con- ditional assembly directives, (5) reusable local symbols, and (6) include-file processing. The companion program ASLINK is a relocating linker perform- ing the following functions: (1) bind multiple object modules into a single memory image, (2) resolve inter-module symbol references, (3) resolve undefined symbols from specified librarys of object modules, (4) process absolute, relative, con- catenated, and overlay attributes in data and program sections, (5) perform byte and word program-counter relative (pc or pcr) addressing calculations, (6) define absolute symbol values at link time, (7) define absolute area base address values at link time, (8) produce Intel Hex or Motorola S19 output file, (9) produce a map of the linked memory image, and (10) update the ASxxxx assembler listing files with the absolute linked ad- dresses and data. The assemblers and linker have been tested using DECUS C under TSX+ and RT-11, PDOS C V5.4b, and Symantec C/C++ V6.1/V7.0 under DOS/Windows 3.x. Complete source code and documentation for the assemblers and linker is included with the distribution. Additionally, test code for each assembler and several micropro- cessor monitors ( ASSIST05 for the 6805, MONDEB and ASSIST09 for the 6809, and BUFFALO 2.5 for the 6811) are included as working examples of use of these assemblers. sdcc-2.9.0/as/doc/appendk.txt000066400000000000000000000101601116427777700160120ustar00rootroot00000000000000 APPENDIX K AS8051 ASSEMBLER K.1 8051 REGISTER SET The following is a list of the 8051 registers used by AS8051: a,b - 8-bit accumulators r0,r1,r2,r3 - 8-bit registers r4,r5,r6,r7 dptr - data pointer sp - stack pointer pc - program counter psw - status word c - carry (bit in status word) K.2 8051 INSTRUCTION SET The following tables list all 8051 mnemonics recognized by the AS8051 assembler. The following list specifies the format for each addressing mode supported by AS8051: #data immediate data byte or word data r,r1,r2 register r0,r1,r2,r3,r4,r5,r6, or r7 @r indirect on register r0 or r1 @dptr indirect on data pointer @a+dptr indirect on accumulator plus data pointer @a+pc indirect on accumulator plus program counter addr direct memory address bitaddr bit address label call or jump label The terms data, addr, bitaddr, and label may all be expressions. Note that not all addressing modes are valid with every in- struction. Refer to the 8051 technical data for valid modes. K.2.1 Inherent Instructions nop K.2.6 Move Instructions mov a,#data mov a,addr mov a,r mov a,@r mov r,#data mov r,addr mov r,a mov addr,a mov addr,#data mov addr,r mov addr,@r mov addr1,addr2 mov bitaddr,c mov @r,#data mov @r,addr mov @r,a mov c,bitaddr mov dptr,#data movc a,@a+dptr movc a,@a+pc movx a,@dptr movx a,@r movx @dptr,a movx @r,a K.2.8 Single Operand Instructions clr a clr c clr bitaddr cpl a cpl c cpl bitaddr setb c setb bitaddr da a rr a rrc a rl a rlc a swap a dec a dec r dec @r inc a inc r inc dptr inc @r div ab mul ab pop addr push addr K.2.8 Two Operand Instructions add a,#data add a,addr add a,r add a,@r addc a,#data addc a,addr addc a,r addc a,@r subb a,#data subb a,addr subb a,r subb a,@r orl a,#data orl a,addr orl a,r orl a,@r orl addr,a orl addr,#data orl c,bitaddr orl c,/bitaddr anl a,#data anl a,addr anl a,r anl a,@r anl addr,a anl addr,#data anl c,bitaddr anl c,/bitaddr xrl a,#data xrl a,addr xrl a,r xrl a,@r xrl addr,a xrl addr,#data xrl c,bitaddr xrl c,/bitaddr xch a,addr xch a,r xch a,@r xchd a,@r K.2.3 Call and Return Instructions acall label lcall label ret reti K.2.4 Jump Instructions ajmp label cjne a,#data,label cjne a,addr,label cjne r,#data,label cjne @r,#data,label djnz r,label djnz addr,label jbc bitadr,label jb bitadr,label jnb bitadr,label jc label jnc label jz label jnz label jmp @a+dptr ljmp label sjmp label sdcc-2.9.0/as/doc/asmlnk.txt000066400000000000000000006044311116427777700156670ustar00rootroot00000000000000 SDCC ASxxxx Assemblers and SDCC ASLINK Relocating Linker CHAPTER 1 THE ASSEMBLER 1-1 1.1 THE ASXXXX ASSEMBLERS 1-1 1.1.1 Assembly Pass 1 1-2 1.1.2 Assembly Pass 2 1-2 1.1.3 Assembly Pass 3 1-2 1.2 SOURCE PROGRAM FORMAT 1-3 1.2.1 Statement Format 1-3 1.2.1.1 Label Field 1-3 1.2.1.2 Operator Field 1-5 1.2.1.3 Operand Field 1-5 1.2.1.4 Comment Field 1-6 1.3 SYMBOLS AND EXPRESSIONS 1-6 1.3.1 Character Set 1-6 1.3.2 User-Defined Symbols 1-10 1.3.3 Local Symbols 1-11 1.3.4 Current Location Counter 1-12 1.3.5 Numbers 1-14 1.3.6 Terms 1-14 1.3.7 Expressions 1-15 1.4 GENERAL ASSEMBLER DIRECTIVES 1-16 1.4.1 .module Directive 1-16 1.4.2 .title Directive 1-17 1.4.3 .sbttl Directive 1-17 1.4.4 .page Directive 1-17 1.4.5 .byte and .db Directives 1-17 1.4.6 .word and .dw Directives 1-18 1.4.7 .blkb, .blkw, and .ds Directives 1-18 1.4.8 .ascii Directive 1-18 1.4.9 .ascis Directive 1-19 1.4.10 .asciz Directive 1-19 1.4.11 .radix Directive 1-20 1.4.12 .even Directive 1-20 1.4.13 .odd Directive 1-20 1.4.14 .area Directive 1-21 1.4.15 .org Directive 1-22 1.4.16 .globl Directive 1-23 1.4.17 .if, .else, and .endif Directives 1-23 1.4.18 .include Directive 1-24 1.4.19 .setdp Directive 1-25 1.5 INVOKING ASXXXX 1-27 1.6 ERRORS 1-28 1.7 LISTING FILE 1-29 1.8 SYMBOL TABLE FILE 1-30 1.9 OBJECT FILE 1-31 CHAPTER 2 THE LINKER 2-1 2.1 ASLINK RELOCATING LINKER 2-1 2.2 INVOKING ASLINK 2-2 2.3 LIBRARY PATH(S) AND FILE(S) 2-3 2.4 ASLINK PROCESSING 2-4 2.5 LINKER INPUT FORMAT 2-5 2.5.1 Object Module Format 2-6 2.5.2 Header Line 2-6 2.5.3 Module Line 2-6 2.5.4 Symbol Line 2-6 2.5.5 Area Line 2-7 Page ii 2.5.6 T Line 2-7 2.5.7 R Line 2-7 2.5.8 P Line 2-8 2.6 LINKER ERROR MESSAGES 2-8 2.7 INTEL HEX OUTPUT FORMAT 2-11 2.8 MOTORLA S1-S9 OUTPUT FORMAT 2-12 CHAPTER 3 BUILDING ASXXXX AND ASLINK 3-1 3.1 BUILDING AN ASSEMBLER 3-1 3.2 BUILDING ASLINK 3-2 APPENDIX A AS6800 ASSEMBLER A-1 A.1 6800 REGISTER SET A-1 A.2 6800 INSTRUCTION SET A-1 A.2.1 Inherent Instructions A-2 A.2.2 Branch Instructions A-2 A.2.3 Single Operand Instructions A-3 A.2.4 Double Operand Instructions A-4 A.2.5 Jump and Jump to Subroutine Instructions A-4 A.2.6 Long Register Instructions A-5 APPENDIX B AS6801 ASSEMBLER B-1 B.1 .hd6303 DIRECTIVE B-1 B.2 6801 REGISTER SET B-1 B.3 6801 INSTRUCTION SET B-1 B.3.1 Inherent Instructions B-2 B.3.2 Branch Instructions B-2 B.3.3 Single Operand Instructions B-3 B.3.4 Double Operand Instructions B-4 B.3.5 Jump and Jump to Subroutine Instructions B-5 B.3.6 Long Register Instructions B-5 B.3.7 6303 Specific Instructions B-5 APPENDIX C AS6804 ASSEMBLER C-1 C.1 6804 REGISTER SET C-1 C.2 6804 INSTRUCTION SET C-1 C.2.1 Inherent Instructions C-2 C.2.2 Branch Instructions C-2 C.2.3 Single Operand Instructions C-2 C.2.4 Jump and Jump to Subroutine Instructions C-2 C.2.5 Bit Test Instructions C-2 C.2.6 Load Immediate data Instruction C-3 C.2.7 6804 Derived Instructions C-3 APPENDIX D AS6805 ASSEMBLER D-1 D.1 6805 REGISTER SET D-1 D.2 6805 INSTRUCTION SET D-1 D.2.1 Control Instructions D-2 D.2.2 Bit Manipulation Instructions D-2 D.2.3 Branch Instructions D-2 D.2.4 Read-Modify-Write Instructions D-3 D.2.5 Register\Memory Instructions D-3 Page iii D.2.6 Jump and Jump to Subroutine Instructions D-4 APPENDIX E AS68HC08 ASSEMBLER E-1 E.1 68HC08 REGISTER SET E-1 E.2 68HC08 INSTRUCTION SET E-1 E.2.1 Control Instructions E-2 E.2.2 Bit Manipulation Instructions E-2 E.2.3 Branch Instructions E-3 E.2.4 Complex Branch Instructions E-3 E.2.5 Read-Modify-Write Instructions E-4 E.2.6 Register\Memory Instructions E-5 E.2.7 Double Operand Move Instruction E-5 E.2.8 16-Bit Index Register Instructions E-5 E.2.9 Jump and Jump to Subroutine Instructions E-5 APPENDIX F AS6809 ASSEMBLER F-1 F.1 6809 REGISTER SET F-1 F.2 6809 INSTRUCTION SET F-1 F.2.1 Inherent Instructions F-3 F.2.2 Short Branch Instructions F-3 F.2.3 Long Branch Instructions F-3 F.2.4 Single Operand Instructions F-4 F.2.5 Double Operand Instructions F-5 F.2.6 D-register Instructions F-5 F.2.7 Index/Stack Register Instructions F-5 F.2.8 Jump and Jump to Subroutine Instructions F-6 F.2.9 Register - Register Instructions F-6 F.2.10 Condition Code Register Instructions F-6 F.2.11 6800 Compatibility Instructions F-6 APPENDIX G AS6811 ASSEMBLER G-1 G.1 6811 REGISTER SET G-1 G.2 6811 INSTRUCTION SET G-1 G.2.1 Inherent Instructions G-2 G.2.2 Branch Instructions G-2 G.2.3 Single Operand Instructions G-3 G.2.4 Double Operand Instructions G-4 G.2.5 Bit Manupulation Instructions G-4 G.2.6 Jump and Jump to Subroutine Instructions G-5 G.2.7 Long Register Instructions G-5 APPENDIX H AS6816 ASSEMBLER H-1 H.1 6816 REGISTER SET H-1 H.2 6816 INSTRUCTION SET H-1 H.2.1 Inherent Instructions H-2 H.2.2 Push/Pull Multiple Register Instructions H-3 H.2.3 Short Branch Instructions H-3 H.2.4 Long Branch Instructions H-3 H.2.5 Bit Manipulation Instructions H-3 H.2.6 Single Operand Instructions H-4 H.2.7 Double Operand Instructions H-5 H.2.8 Index/Stack Register Instructions H-5 Page iv H.2.9 Jump and Jump to Subroutine Instructions H-6 H.2.10 Condition Code Register Instructions H-6 H.2.11 Multiply and Accumulate Instructions H-6 APPENDIX I ASH8 ASSEMBLER I-1 I.1 H8/3XX REGISTER SET I-1 I.2 H8/3XX INSTRUCTION SET I-1 I.2.1 Inherent Instructions I-2 I.2.2 Branch Instructions I-2 I.2.3 Single Operand Instructions I-3 I.2.4 Double Operand Instructions I-4 I.2.5 Mov Instructions I-5 I.2.6 Bit Manipulation Instructions I-6 I.2.7 Extended Bit Manipulation Instructions I-7 I.2.8 Condition Code Instructions I-7 I.2.9 Other Instructions I-8 I.2.10 Jump and Jump to Subroutine Instructions I-8 APPENDIX J AS8085 ASSEMBLER J-1 J.1 8085 REGISTER SET J-1 J.2 8085 INSTRUCTION SET J-1 J.2.1 Inherent Instructions J-2 J.2.2 Register/Memory/Immediate Instructions J-2 J.2.3 Call and Return Instructions J-2 J.2.4 Jump Instructions J-2 J.2.5 Input/Output/Reset Instructions J-3 J.2.6 Move Instructions J-3 J.2.7 Other Instructions J-3 APPENDIX K ASZ80 ASSEMBLER K-1 K.1 .hd64 DIRECTIVE K-1 K.2 Z80 REGISTER SET AND CONDITIONS K-1 K.3 Z80 INSTRUCTION SET K-2 K.3.1 Inherent Instructions K-3 K.3.2 Implicit Operand Instructions K-3 K.3.3 Load Instruction K-4 K.3.4 Call/Return Instructions K-4 K.3.5 Jump and Jump to Subroutine Instructions K-4 K.3.6 Bit Manipulation Instructions K-5 K.3.7 Interrupt Mode and Reset Instructions K-5 K.3.8 Input and Output Instructions K-5 K.3.9 Register Pair Instructions K-5 K.3.10 HD64180 Specific Instructions K-6 APPENDIX L AS6500 ASSEMBLER L-1 L.1 ACKNOWLEDGMENT L-1 L.2 6500 REGISTER SET L-2 L.3 6500 INSTRUCTION SET L-2 L.3.1 Processor Specific Directives L-3 L.3.2 65xx Core Inherent Instructions L-3 L.3.3 65xx Core Branch Instructions L-3 L.3.4 65xx Core Single Operand Instructions L-3 Page v L.3.5 65xx Core Double Operand Instructions L-4 L.3.6 65xx Core Jump and Jump to Subroutine Instructions L-4 L.3.7 65xx Core Miscellaneous X and Y Register Instructions L-4 L.3.8 65F11 and 65F12 Specific Instructions L-5 L.3.9 65C00/21 and 65C29 Specific Instructions L-5 L.3.10 65C02, 65C102, and 65C112 Specific Instructions L-6 Page vi ASxxxx Cross Assemblers, Version 1.7 Submitted by: Alan R. Baldwin, Physics Dept. Kent State University Kent, Ohio 44242 Operating System: TSX+, RT-11, PDOS, MS/DOS, Windows 3.x or other supporting K&R C. Source Langauge: C The ASxxxx Cross Assembler and Linker package (V1.7 November 1995) contains cross assemblers for the 6800(6802/6808), 6801(hd6303), 6804, 6805, 68HC08, 6809, 6811, 68HC16, 8085(8080), z80(hd64180), H8/3xx, and 6500 series microproces- sors. Complete source code is provided with the assem- bler/linker submission. The ASxxxx Cross Assembler and Linker package is available from Kent State University at shop-pdp.kent.edu by "anonymous" FTP. Page vii P R E F A C E The ASxxxx assemblers were written following the style of several cross assemblers found in the Digital Equipment Corpora- tion Users Society (DECUS) distribution of the C programming language. The DECUS code was provided with no documentation as to the input syntax or the output format. Study of the code revealed that the unknown author of the code had attempted to formulate an assembler with attributes similiar to those of the PDP-11 MACRO assembler (without macro's). The incomplete code from the DECUS C distribution has been largely rewritten, only the program structure, and C source file organization remains relatively unchanged. However, I wish to thank the author for his contribution to this set of assemblers. The ASLINK program was written as a companion to the ASxxxx assemblers, its design and implementation was not derived from any other work. I would greatly appreciate receiving the details of any changes, additions, or errors pertaining to these programs and will attempt to incorporate any fixes or generally useful changes in a future update to these programs. Alan R. Baldwin Kent State University Physics Department Kent, Ohio 44242 baldwin@shop-pdp.kent.edu tel: (216) 672 2531 fax: (216) 672 2959 E N D U S E R L I C E N S E A G R E E M E N T This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . CHAPTER 1 THE ASSEMBLER 1.1 THE ASXXXX ASSEMBLERS The ASxxxx assemblers are a series of microprocessor assem- blers written in the C programming language. Each assembler has a device specific section which includes: 1. device description, byte order, and file extension in- formation 2. a table of the assembler general directives, special device directives, assembler mnemonics and associated operation codes 3. machine specific code for processing the device mnemon- ics, addressing modes, and special directives The device specific information is detailed in the appendices. The assemblers have a common device independent section which handles the details of file input/output, symbol table genera- tion, program/data areas, expression analysis, and assembler directive processing. The assemblers provide the following features: 1. Command string control of assembly functions 2. Alphabetized, formatted symbol table listing 3. Relocatable object modules 4. Global symbols for linking object modules 5. Conditional assembly directives THE ASSEMBLER PAGE 1-2 THE ASXXXX ASSEMBLERS 6. Program sectioning directives ASxxxx assembles one or more source files into a single relo- catable ascii object file. The output of the ASxxxx assemblers consists of an ascii relocatable object file(*.rel), an assembly listing file(*.lst), and a symbol file(*.sym). 1.1.1 Assembly Pass 1 During pass 1, ASxxxx opens all source files and performs a rudimenatry assembly of each source statement. During this pro- cess all symbol tables are built, program sections defined, and number of bytes for each assembled source line is estimated. At the end of pass 1 all undefined symbols may be made global (external) using the ASxxxx switch -g, otherwise undefined sym- bols will be flagged as errors during succeeding passes. 1.1.2 Assembly Pass 2 During pass 2 the ASxxxx assembler resolves forward refer- ences and determines the number of bytes for each assembled line. The number of bytes used by a particular assembler in- struction may depend upon the addressing mode, whether the in- struction allows multiple forms based upon the relative distance to the addressed location, or other factors. Pass 2 resolves these cases and determines the address of all symbols. 1.1.3 Assembly Pass 3 Pass 3 by the assembler generates the listing file, the relo- catable output file, and the symbol tables. Also during pass 3 the errors will be reported. The relocatable object file is an ascii file containing sym- bol references and definitions, program area definitions, and the relocatable assembled code, the linker ASLINK will use this information to generate an absolute load file (Motorola or Intel formats). THE ASSEMBLER PAGE 1-3 SOURCE PROGRAM FORMAT 1.2 SOURCE PROGRAM FORMAT 1.2.1 Statement Format A source program is composed of assembly-language statements. Each statement must be completed on one line. A line may con- tain a maximum of 128 characters, longer lines are truncated and lost. An ASxxxx assembler statement may have as many as four fields. These fields are identified by their order within the statement and/or by separating characters between fields. The general format of the ASxxxx statement is: [label:] Operator Operand [;Comment(s)] The label and comment fields are optional. The operator and operand fields are interdependent. The operator field may be an assembler directive or an assembly mnemonic. The operand field may be optional or required as defined in the context of the operator. ASxxxx interprets and processes source statements one at a time. Each statement causes a particular operation to be per- formed. 1.2.1.1 Label Field - A label is a user-defined symbol which is assigned the value of the current location counter and entered into the user de- fined symbol table. The current location counter is used by ASxxxx to assign memory addresses to the source program state- ments as they are encountered during the assembly process. Thus a label is a means of symbolically referring to a specific statement. When a program section is absolute, the value of the current location counter is absolute; its value references an absolute memory address. Similarly, when a program section is relocat- able, the value of the current location counter is relocatable. A relocation bias calculated at link time is added to the ap- parent value of the current location counter to establish its effective absolute address at execution time. (The user can also force the linker to relocate sections defined as absolute. This may be required under special circumstances.) If present, a label must be the first field in a source statement and must be terminated by a colon (:). For example, THE ASSEMBLER PAGE 1-4 SOURCE PROGRAM FORMAT if the value of the current location counter is absolute 01F0(H), the statement: abcd: nop assigns the value 01F0(H) to the label abcd. If the location counter value were relocatable, the final value of abcd would be 01F0(H)+K, where K represents the relocation bias of the program section, as calculated by the linker at link time. More than one label may appear within a single label field. Each label so specified is assigned the same address value. For example, if the value of the current location counter is 1FF0(H), the multiple labels in the following statement are each assigned the value 1FF0(H): abcd: aq: $abc: nop Multiple labels may also appear on successive lines. For ex- ample, the statements abcd: aq: $abc: nop likewise cause the same value to be assigned to all three la- bels. A double colon (::) defines the label as a global symbol. For example, the statement abcd:: nop establishes the label abcd as a global symbol. The distinguish- ing attribute of a global symbol is that it can be referenced from within an object module other than the module in which the symbol is defined. References to this label in other modules are resolved when the modules are linked as a composite execut- able image. The legal characters for defining labels are: A through Z a through z 0 through 9 . (Period) $ (Dollar sign) _ (underscore) A label may be any length, however, only the first eight (8) characters are significant and, therefore must be unique among all labels in the source program (not necessarily among THE ASSEMBLER PAGE 1-5 SOURCE PROGRAM FORMAT separately compiled modules). An error code(s) (m or p) will be generated in the assembly listing if the first eight characters in two or more labels are the same. The m code is caused by the redeclaration of the symbol or its reference by another state- ment. The p code is generated because the symbols location is changing on each pass through the source file. The label must not start with the characters 0-9, as this designates a local symbol with special attributes described in a later section. The label must not start with the sequence $$, as this represents the temporary radix 16 for constants. 1.2.1.2 Operator Field - The operator field specifies the action to be performed. It may consist of an instruction mnemonic (op code) or an assembler directive. When the operator is an instruction mnemonic, a machine in- struction is generated and the assembler evaluates the addresses of the operands which follow. When the operator is a directive ASxxxx performs certain control actions or processing operations during assembly of the source program. Leading and trailing spaces or tabs in the operator field have no significance; such characters serve only to separate the operator field from the preceeding and following fields. An operator is terminated by a space, tab or end of line. 1.2.1.3 Operand Field - When the operator is an instruction mnemonic (op code), the operand field contains program variables that are to be evaluated/manipulated by the operator. Operands may be expressions or symbols, depending on the operator. Multiple expressions used in the operand fields may be separated by a comma. An operand should be preceeded by an operator field; if it is not, the statement will give an error (q or o). All operands following instruction mnemonics are treated as expressions. The operand field is terminated by a semicolon when the field is followed by a comment. For example, in the following statement: label: lda abcd,x ;Comment field THE ASSEMBLER PAGE 1-6 SOURCE PROGRAM FORMAT the tab between lda and abcd terminates the operator field and defines the beginning of the operand field; a comma separates the operands abcd and x; and a semicolon terminates the operand field and defines the beginning of the comment field. When no comment field follows, the operand field is terminated by the end of the source line. 1.2.1.4 Comment Field - The comment field begins with a semicolon and extends through the end of the line. This field is optional and may contain any 7-bit ascii character except null. Comments do not affect assembly processing or program execu- tion. 1.3 SYMBOLS AND EXPRESSIONS This section describes the generic components of the ASxxxx assemblers: the character set, the conventions observed in con- structing symbols, and the use of numbers, operators, and ex- pressions. 1.3.1 Character Set The following characters are legal in ASxxxx source programs: 1. The letters A through Z. Both upper- and lower-case letters are acceptable. The assemblers are case sensi- tive, i.e. ABCD and abcd are different symbols. (The assemblers can be made case insensitive by recompiling with the appropriate switches.) 2. The digits 0 through 9 3. The characters . (period), $ (dollar sign), and _ (un- derscore). 4. The special characters listed in Tables 1 through 6. Tables 1 through 6 describe the various ASxxxx label and field terminators, assignment operators, operand separators, as- sembly, unary, binary, and radix operators. THE ASSEMBLER PAGE 1-7 SYMBOLS AND EXPRESSIONS Table 1 Label Terminators and Assignment Operators ---------------------------------------------------------------- : Colon Label terminator. :: Double colon Label Terminator; defines the label as a global label. = Equal sign Direct assignment operator. == Double equal Direct assignment operator; sign defines the symbol as a global symbol. ---------------------------------------------------------------- Table 2 Field Terminators and Operand Separators ---------------------------------------------------------------- Tab Item or field terminator. Space Item or field terminator. , Comma Operand field separator. ; Semicolon Comment field indicator. ---------------------------------------------------------------- Table 3 Assembler Operators ---------------------------------------------------------------- # Number sign Immediate expression indicator. . Period Current location counter. ( Left parenthesis Expression delimiter. ) Right parenthesis Expression delimeter. ---------------------------------------------------------------- THE ASSEMBLER PAGE 1-8 SYMBOLS AND EXPRESSIONS Table 4 Unary Operators ---------------------------------------------------------------- < Left bracket Right bracket >FEDC Produces the upper byte value of the expression. (FE) + Plus sign +A Positive value of A - Minus sign -A Produces the negative (2's complement) of A. ~ Tilde ~A Produces the 1's comple- ment of A. ' Single quote 'D Produces the value of the character D. " Double quote "AB Produces the double byte value for AB. \ Backslash '\n Unix style characters \b, \f, \n, \r, \t or '\001 or octal byte values. ---------------------------------------------------------------- THE ASSEMBLER PAGE 1-9 SYMBOLS AND EXPRESSIONS Table 5 Binary Operators ---------------------------------------------------------------- << Double 0800 << 4 Produces the 4 bit Left bracket left-shifted value of 0800. (8000) >> Double 0800 >> 4 Produces the 4 bit Right bracket right-shifted value of 0800. (0080) + Plus sign A + B Arithmetic Addition operator. - Minus sign A - B Arithmetic Subtraction operator. * Asterisk A * B Arithmetic Multiplica- tion operator. (signed 16-bit) / Slash A / B Arithmetic Division operator. (signed 16-bit quotient) & Ampersand A & B Logical AND operator. | Bar A | B Logical OR operator. % Percent sign A % B Modulus operator. (16-bit value) ^ Up arrow or A ^ B EXCLUSIVE OR operator. circumflex ---------------------------------------------------------------- THE ASSEMBLER PAGE 1-10 SYMBOLS AND EXPRESSIONS Table 6 Temporary Radix Operators ---------------------------------------------------------------- $%, 0b, 0B Binary radix operator. $&, 0o, 0O, 0q, 0Q Octal radix operator. $#, 0d, 0D Decimal radix operator. $$, 0h, 0H, 0x, 0X Hexidecimal radix operator. Potential ambiguities arising from the use of 0b and 0d as temporary radix operators may be circumvented by pre- ceding all non-prefixed hexidecimal numbers with 00. Leading 0's are required in any case where the first hexidecimal digit is abcdef as the assembler will treat the letter sequence as a label. ---------------------------------------------------------------- 1.3.2 User-Defined Symbols User-defined symbols are those symbols that are equated to a specific value through a direct assignment statement or appear as labels. These symbols are added to the User Symbol Table as they are encountered during assembly. The following rules govern the creation of user-defined symbols: 1. Symbols can be composed of alphanumeric characters, dollar signs ($), periods (.), and underscores (_) only. 2. The first character of a symbol must not be a number (except in the case of local symbols). 3. The first eight characters of a symbol must be unique. A symbol can be written with more than eight legal characters, but the ninth and subsequent characters are ignored. 4. Spaces and Tabs must not be embedded within a symbol. THE ASSEMBLER PAGE 1-11 SYMBOLS AND EXPRESSIONS 1.3.3 Local Symbols Local symbols are specially formatted symbols used as labels within a block of coding that has been delimited as a local sym- bol block. Local symbols are of the form n$, where n is a decimal integer from 0 to 255, inclusive. Examples of local symbols are: 1$ 27$ 138$ 244$ The range of a local symbol block consists of those state- ments between two normally constructed symbolic labels. Note that a statement of the form: ALPHA = EXPRESSION is a direct assignment statement but does not create a label and thus does not delimit the range of a local symbol block. Note that the range of a local symbol block may extend across program areas. Local symbols provide a convenient means of generating labels for branch instructions and other such references within local symbol blocks. Using local symbols reduces the possibility of symbols with multiple definitions appearing within a user pro- gram. In addition, the use of local symbols differentiates entry-point labels from local labels, since local labels cannot be referenced from outside their respective local symbol blocks. Thus, local symbols of the same name can appear in other local symbol blocks without conflict. Local symbols require less sym- bol table space than normal symbols. Their use is recommended. The use of the same local symbol within a local symbol block will generate one or both of the m or p errors. THE ASSEMBLER PAGE 1-12 SYMBOLS AND EXPRESSIONS Example of local symbols: a: ldx #atable ;get table address lda #0d48 ;table length 1$: clr ,x+ ;clear deca bne 1$ b: ldx #btable ;get table address lda #0d48 ;table length 1$: clr ,x+ ;clear deca bne 1$ 1.3.4 Current Location Counter The period (.) is the symbol for the current location coun- ter. When used in the operand field of an instruction, the period represents the address of the first byte of the instruction: AS: ldx #. ;The period (.) refers to ;the address of the ldx ;instruction. When used in the operand field of an ASxxxx directive, it represents the address of the current byte or word: QK = 0 .word 0xFFFE,.+4,QK ;The operand .+4 in the .word ;directive represents a value ;stored in the second of the ;three words during assembly. If we assume the current value of the program counter is 0H0200, then during assembly, ASxxxx reserves three words of storage starting at location 0H0200. The first value, a hex- idecimal constant FFFE, will be stored at location 0H0200. The second value represented by .+4 will be stored at location 0H0202, its value will be 0H0206 ( = 0H0202 + 4). The third value defined by the symbol QK will be placed at location 0H0204. At the beginning of each assembly pass, ASxxxx resets the lo- cation counter. Normally, consecutive memory locations are as- signed to each byte of object code generated. However, the value of the location counter can be changed through a direct assignment statement of the following form: THE ASSEMBLER PAGE 1-13 SYMBOLS AND EXPRESSIONS . = . + expression The new location counter can only be specified relative to the current location counter. Neglecting to specify the current program counter along with the expression on the right side of the assignment operator will generate the (.) error. (Absolute program areas may use the .org directive to specify the absolute location of the current program counter.) The following coding illustrates the use of the current location counter: .area CODE1 (ABS) ;program area CODE1 ;is ABSOLUTE .org 0H100 ;set location to ;0H100 absolute num1: ldx #.+0H10 ;The label num1 has ;the value 0H100. ;X is loaded with ;0H100 + 0H10 .org 0H130 ;location counter ;set to 0H130 num2: ldy #. ;The label num2 has ;the value 0H130. ;Y is loaded with ;value 0H130. .area CODE2 (REL) ;program area CODE2 ;is RELOCATABLE . = . + 0H20 ;Set location counter ;to relocatable 0H20 of ;the program section. num3: .word 0 ;The label num3 has ;the value ;of relocatable 0H20. . = . + 0H40 ;will reserve 0H40 ;bytes of storage as will .blkb 0H40 ;or .blkw 0H20 The .blkb and .blkw directives are the preferred methods of allocating space. THE ASSEMBLER PAGE 1-14 SYMBOLS AND EXPRESSIONS 1.3.5 Numbers ASxxxx assumes that all numbers in the source program are to be interpreted in decimal radix unless otherwise specified. The .radix directive may be used to specify the default as octal, decimal, or hexidecimal. Individual numbers can be designated as binary, octal, decimal, or hexidecimal through the temporary radix prefixes shown in table 6. Negative numbers must be preceeded by a minus sign; ASxxxx translates such numbers into two's complement form. Positive numbers may (but need not) be preceeded by a plus sign. Numbers are always considered to be absolute values, therefor they are never relocatable. 1.3.6 Terms A term is a component of an expression and may be one of the following: 1. A number. 2. A symbol: 1. A period (.) specified in an expression causes the current location counter to be used. 2. A User-defined symbol. 3. An undefined symbol is assigned a value of zero and inserted in the User-Defined symbol table as an un- defined symbol. 3. A single quote followed by a single ascii character, or a double quote followed by two ascii characters. 4. An expression enclosed in parenthesis. Any expression so enclosed is evaluated and reduced to a single term before the remainder of the expression in which it ap- pears is evaluated. Parenthesis, for example, may be used to alter the left-to-right evaluation of expres- sions, (as in A*B+C versus A*(B+C)), or to apply a un- ary operator to an entire expression (as in -(A+B)). 5. A unary operator followed by a symbol or number. THE ASSEMBLER PAGE 1-15 SYMBOLS AND EXPRESSIONS 1.3.7 Expressions Expressions are combinations of terms joined together by binary operators. Expressions reduce to a 16-bit value. The evaluation of an expression includes the determination of its attributes. A resultant expression value may be one of three types (as described later in this section): relocatable, ab- solute, and external. Expressions are evaluate with an operand hierarchy as follows: * / % multiplication, division, and modulus first. + - addition and subtraction second. << >> left shift and right shift third. ^ exclusive or fourth. & logical and fifth. | logical or last except that unary operators take precedence over binary operators. A missing or illegal operator terminates the expression analysis, causing error codes (o) and/or (q) to be generated depending upon the context of the expression itself. At assembly time the value of an external (global) expression is equal to the value of the absolute part of that expression. For example, the expression external+4, where 'external' is an external symbol, has the value of 4. This expression, however, when evaluated at link time takes on the resolved value of the symbol 'external', plus 4. Expressions, when evaluated by ASxxxx, are one of three types: relocatable, absolute, or external. The following dis- tinctions are important: 1. An expression is relocatable if its value is fixed re- lative to the base address of the program area in which it appears; it will have an offset value added at link time. Terms that contain labels defined in relocatable program areas will have a relocatable value; THE ASSEMBLER PAGE 1-16 SYMBOLS AND EXPRESSIONS similarly, a period (.) in a relocatable program area, representing the value of the current program location counter, will also have a relocatable value. 2. An expression is absolute if its value is fixed. An expression whose terms are numbers and ascii characters will reduce to an absolute value. A relocatable ex- pression or term minus a relocatable term, where both elements being evaluated belong to the same program area, is an absolute expression. This is because every term in a program area has the same relocation bias. When one term is subtracted from the other the reloca- tion bias is zero. 3. An expression is external (or global) if it contains a single global reference (plus or minus an absolute ex- pression value) that is not defined within the current program. Thus, an external expression is only par- tially defined following assembly and must be resolved at link time. 1.4 GENERAL ASSEMBLER DIRECTIVES An ASxxxx directive is placed in the operator field of the source line. Only one directive is allowed per source line. Each directive may have a blank operand field or one or more operands. Legal operands differ with each directive. 1.4.1 .module Directive Format: .module string The .module directive causes the string to be included in the assemblers output file as an identifier for this particular ob- ject module. The string may be from 1 to 8 characters in length. Only one identifier is allowed per assembled module. The main use of this directive is to allow the linker to report a modules' use of undefined symbols. At link time all undefined symbols are reported and the modules referencing them are listed. THE ASSEMBLER PAGE 1-17 GENERAL ASSEMBLER DIRECTIVES 1.4.2 .title Directive Format: .title string The .title directive provides a character string to be placed on the second line of each page during listing. 1.4.3 .sbttl Directive Format: .sbttl string The .sbttl directive provides a character string to be placed on the third line of each page during listing. 1.4.4 .page Directive Format: .page The .page directive causes a page ejection with a new heading to be printed. The new page occurs after the next line of the source program is processed, this allows an immediately follow- ing .sbttl directive to appear on the new page. The .page source line will not appear in the file listing. Paging may be disabled by invoking the -p directive. 1.4.5 .byte and .db Directives Format: .byte exp ;Stores the binary value .db exp ;of the expression in the ;next byte. .byte exp1,exp2,expn ;Stores the binary values .db exp1,exp2,expn ;of the list of expressions ;in successive bytes. where: exp, represent expressions that will be exp1, truncated to 8-bits of data. . Each expression will be calculated . as a 16-bit word expression, . the high-order byte will be truncated. . Multiple expressions must be THE ASSEMBLER PAGE 1-18 GENERAL ASSEMBLER DIRECTIVES expn separated by commas. The .byte or .db directives are used to generate successive bytes of binary data in the object module. 1.4.6 .word and .dw Directives Format: .word exp ;Stores the binary value .dw exp ;of the expression in ;the next word. .word exp1,exp2,expn ;Stores the binary values .dw exp1,exp2,expn ;of the list of expressions ;in successive words. where: exp, represent expressions that will occupy two exp1, bytes of data. Each expression will be . calculated as a 16-bit word expression. . Multiple expressions must be expn separated by commas. The .word or .dw directives are used to generate successive words of binary data in the object module. 1.4.7 .blkb, .blkw, and .ds Directives Format: .blkb N ;reserve N bytes of space .blkw N ;reserve N words of space .ds N ;reserve N bytes of space The .blkb and .ds directives reserve byte blocks in the ob- ject module; the .blkw directive reserves word blocks. 1.4.8 .ascii Directive Format: .ascii /string/ where: string is a string of printable ascii characters. / / represent the delimiting characters. These delimiters may be any paired printing characters, as long as the characters are not contained within the string itself. If the THE ASSEMBLER PAGE 1-19 GENERAL ASSEMBLER DIRECTIVES delimiting characters do not match, the .ascii directive will give the (q) error. The .ascii directive places one binary byte of data for each character in the string into the object module. 1.4.9 .ascis Directive Format: .ascis /string/ where: string is a string of printable ascii characters. / / represent the delimiting characters. These delimiters may be any paired printing characters, as long as the characters are not contained within the string itself. If the delimiting characters do not match, the .ascis directive will give the (q) error. The .ascis directive places one binary byte of data for each character in the string into the object module. The last character in the string will have the high order bit set. 1.4.10 .asciz Directive Format: .asciz /string/ where: string is a string of printable ascii characters. / / represent the delimiting characters. These delimiters may be any paired printing characters, as long as the characters are not contained within the string itself. If the delimiting characters do not match, the .asciz directive will give the (q) error. The .asciz directive places one binary byte of data for each character in the string into the object module. Following all the character data a zero byte is inserted to terminate the character string. THE ASSEMBLER PAGE 1-20 GENERAL ASSEMBLER DIRECTIVES 1.4.11 .radix Directive Format: .radix character where: character represents a single character specifying the default radix to be used for succeeding numbers. The character may be any one of the following: B,b Binary O,o Octal Q,q D,d Decimal 'blank' H,h Hexidecimal X,x 1.4.12 .even Directive Format: .even The .even directive ensures that the current location counter contains an even boundary value by adding 1 if the current loca- tion is odd. 1.4.13 .odd Directive Format: .odd The .odd directive ensures that the current location counter contains an odd boundary value by adding one if the current lo- cation is even. THE ASSEMBLER PAGE 1-21 GENERAL ASSEMBLER DIRECTIVES 1.4.14 .area Directive Format: .area name [(options)] where: name represents the symbolic name of the program sec- tion. This name may be the same as any user-defined symbol as the area names are in- dependent of all symbols and labels. options specify the type of program or data area: ABS absolute (automatically invokes OVR) REL relocatable OVR overlay CON concatenate PAG paged area The .area directive provides a means of defining and separat- ing multiple programming and data sections. The name is the area label used by the assembler and the linker to collect code from various separately assembled modules into one section. The name may be from 1 to 8 characters in length. The options are specified within parenthesis and separated by commas as shown in the following example: .area TEST (REL,CON) ;This section is relocatable ;and concatenated with other ;sections of this program area. .area DATA (REL,OVR) ;This section is relocatable ;and overlays other sections ;of this program area. .area SYS (ABS,OVR) ;(CON not allowed with ABS) ;This section is defined as ;absolute. Absolute sections ;are always overlayed with ;other sections of this program ;area. .area PAGE (PAG) ;This is a paged section. The ;section must be on a 256 byte ;boundary and its length is ;checked by the linker to be ;no larger than 256 bytes. ;This is useful for direct page ;areas. THE ASSEMBLER PAGE 1-22 GENERAL ASSEMBLER DIRECTIVES The default area type is REL|CON; i.e. a relocatable sec- tion which is concatenated with other sections of code with the same area name. The ABS option indicates an absolute area. The OVR and CON options indicate if program sections of the same name will overlay each other (start at the same location) or be concatenated with each other (appended to each other). Multiple invocations of the .area directive with the same name must specify the same options or leave the options field blank, this defaults to the previously specified options for this program area. The ASxxxx assemblers automatically provide two program sections: '. .ABS.' This dumby section contains all absolute symbols and their values. '_CODE' This is the default program/data area. This program area is of type (REL,CON). The ASxxxx assemblers also automatically generate two symbols for each program area: 's_' This is the starting address of the pro- gram area. indent -16 'l_' This is the length of the program area. 1.4.15 .org Directive Format: .org exp where: exp is an absolute expression that becomes the cur- rent location counter. The .org directive is valid only in an absolute program section and will give a (q) error if used in a relocatable program area. The .org directive specifies that the current location counter is to become the specified absolute value. THE ASSEMBLER PAGE 1-23 GENERAL ASSEMBLER DIRECTIVES 1.4.16 .globl Directive Format: .globl sym1,sym2,...,symn where: sym1, represent legal symbolic names. When sym2,... When multiple symbols are specified, symn they are separated by commas. A .globl directive may also have a label field and/or a com- ment field. The .globl directive is provided to define (and thus provide linkage to) symbols not otherwise defined as global symbols within a module. In defining global symbols the directive .globl J is similar to: J == expression or J:: Because object modules are linked by global symbols, these symbols are vital to a program. All internal symbols appearing within a given program must be defined at the end of pass 1 or they will be considered undefined. The assembly directive (-g) can be be invoked to make all undefined symbols global at the end of pass 1. 1.4.17 .if, .else, and .endif Directives Format: .if expr . ;} . ;} range of true condition . ;} .else . ;} . ;} range of false condition . ;} .endif The conditional assembly directives allow you to include or exclude blocks of source code during the assembly process, based on the evaluation of the condition test. The range of true condition will be processed if the expres- sion 'expr' is not zero (i.e. true) and the range of false con- dition will be processed if the expression 'expr' is zero (i.e false). The range of true condition is optional as is the .else directive and the range of false condition. The following are all valid .if/.else/.endif constructions: THE ASSEMBLER PAGE 1-24 GENERAL ASSEMBLER DIRECTIVES .if A-4 ;evaluate A-4 .byte 1,2 ;insert bytes if A-4 is .endif ;not zero .if K+3 ;evaluate K+3 .else .byte 3,4 ;insert bytes if K+3 .endif ;is zero .if J&3 ;evaluate J masked by 3 .byte 12 ;insert this byte if J&3 .else ;is not zero .byte 13 ;insert this byte if J&3 .endif ;is zero The .if/.else/.endif directives may be nested upto 10 levels. The .page directive is processed within a false condition range to allow extended textual information to be incorporated in the source program with out the need to use the comment delimiter (;): .if 0 .page This text will be bypassed during assembly but appear in the listing file. . . . .endif 1.4.18 .include Directive Format: .include string where: string represents a delimited string that is the file specification of an ASxxxx source file. The .include directive is used to insert a source file within the source file currently being assembled. When this directive is encountered, an implicit .page directive is issued. When the end of the specified source file is reached, an implicit .page directive is issued and input continues from the previous source file. The maximum nesting level of source files specified by a .include directive is five. THE ASSEMBLER PAGE 1-25 GENERAL ASSEMBLER DIRECTIVES The total number of separately specified .include files is unlimited as each .include file is opened and then closed during each pass made by the assembler. 1.4.19 .setdp Directive Format: .setdp [base [,area]] The set direct page directive has a common format in all the AS68xx assemblers. The .setdp directive is used to inform the assembler of the current direct page region and the offset ad- dress within the selected area. The normal invocation methods are: .area DIRECT (PAG) .setdp or .setdp 0,DIRECT for all the 68xx microprocessors (the 6804 has only the paged ram area). The commands specify that the direct page is in area DIRECT and its offset address is 0 (the only valid value for all but the 6809 microprocessor). Be sure to place the DIRECT area at address 0 during linking. When the base address and area are not specified, then zero and the current area are the defaults. If a .setdp directive is not issued the assembler defaults the direct page to the area "_CODE" at offset 0. The assembler verifies that any local variable used in a direct variable reference is located in this area. Local vari- able and constant value direct access addresses are checked to be within the address range from 0 to 255. External direct references are assumed by the assembler to be in the correct area and have valid offsets. The linker will check all direct page relocations to verify that they are within the correct area. The 6809 microprocessor allows the selection of the direct page to be on any 256 byte boundary by loading the appropriate value into the dp register. Typically one would like to select the page boundary at link time, one method follows: THE ASSEMBLER PAGE 1-26 GENERAL ASSEMBLER DIRECTIVES .area DIRECT (PAG) ; define the direct page .setdp . . . .area PROGRAM . ldd #DIRECT ; load the direct page register tfr a,dp ; for access to the direct page At link time specify the base and global equates to locate the direct page: -b DIRECT = 0x1000 -g DIRECT = 0x1000 Both the area address and offset value must be specified (area and variable names are independent). The linker will verify that the relocated direct page accesses are within the direct page. The preceeding sequence could be repeated for multiple paged areas, however an alternate method is to define a non-paged area and use the .setdp directive to specify the offset value: .area DIRECT ; define non-paged area . . . .area PROGRAM . .setdp 0,DIRECT ; direct page area ldd #DIRECT ; load the direct page register tfr a,dp ; for access to the direct page . . .setdp 0x100,DIRECT ; direct page area ldd #DIRECT+0x100 ; load the direct page register tfr a,dp ; for access to the direct page The linker will verify that subsequent direct page references are in the specified area and offset address range. It is the programmers responsibility to load the dp register with the cor- rect page segment corresponding to the .setdp base address specified. For those cases where a single piece of code must access a defined data structure within a direct page and there are many pages, define a dumby direct page linked at address 0. This dumby page is used only to define the variable labels. Then load the dp register with the real base address but donot use a .setdp directive. This method is equivalent to indexed THE ASSEMBLER PAGE 1-27 GENERAL ASSEMBLER DIRECTIVES addressing, where the dp register is the index register and the direct addressing is the offset. 1.5 INVOKING ASXXXX The ASxxxx assemblers are command line oriented. After the assembler is started, enter the option(s) and file(s) to assem- ble following the 'argv:' prompt: argv: [-dqxjgalcposf] file1 [file2 file3 ... file6] The options are: d decimal listing q octal listing x hex listing (default) The listing radix affects the .lst, .rel, and .sym files. j add line number and debug information to file g undefined symbols made global a all user symbols made global l create list output file1.lst o create object output file1.rel s create symbol output file1.sym c generate sdcdb debug information p disable listing pagination relocatable reference flagging: f by ` in the listing file ff by mode in the listing file asx8051 specific command line option: -I Add the named directory to the include file search path. This option may be used more than once. Directories are searched in the order given. The file name for the .lst, .rel, and .sym files is the first file name specified in the command line. All output files are ascii text files which may be edited, copied, etc. The output files are the concatenation of all the input files, if files are to be assembled independently invoke the assembler for each file. The .rel file contains a radix directive so that the linker will use the proper conversion for this file. Linked files may have different radices. If the list (l) option is specified without the symbol table (s) option, the symbol table is placed at the end of the listing file. ASXXXX assembles supported by and distributed with SDCC are: asx8051 (Intel 8051) as-z80 (Zilog Z80 / Hitachi HD64180) as-gbz80 (GameBoy Z80-like CPU) as-hc08 (Motorola 68HC08) THE ASSEMBLER PAGE 1-28 ERRORS 1.6 ERRORS The ASxxxx assemblers provide limited diagnostic error codes during the assembly process, these errors will be noted in the listing file and printed on the stderr device. The assembler reports the errors on the stderr device as ?ASxxxx-Error-<*> in line nnn of filename where * is the error code, nnn is the line number, and filename is the source/include file. The errors are: (.) This error is caused by an absolute direct assign- ment of the current location counter . = expression (incorrect) rather than the correct . = . + expression (a) Indicates a machine specific addressing or address- ing mode error. (b) Indicates a direct page boundary error. (d) Indicates a direct page addressing error. (i) Caused by an .include file error or an .if/.endif mismatch. (m) Multiple definitions of the same label, multiple .module directives, or multiple conflicting attri- butes in an .area directive. (o) Directive or mnemonic error or the use of the .org directive in a relocatable area. (p) Phase error: label location changing between passes 2 and 3. Normally caused by having more than one level of forward referencing. (q) Questionable syntax: missing or improper operators, terminators, or delimiters. (r) Relocation error: logic operation attempted on a relocatable term, addition of two relocatable terms, subtraction of two relocatable terms not within the same programming area or external symbols. (u) Undefined symbol encountered during assembly. THE ASSEMBLER PAGE 1-29 LISTING FILE 1.7 LISTING FILE The (-l) option produces an ascii output listing file. Each page of output contains a four line header: 1. The ASxxxx program name and page number 2. Title from a .title directive (if any) 3. Subtitle from a .sbttl directive (if any) 4. Blank line Each succeeding line contains five fields: 1. Error field (first three characters of line) 2. Current location counter 3. Generated code in byte format 4. Source text line number 5. Source text The error field may contain upto 2 error flags indicating any errors encountered while assembling this line of source code. The current location counter field displays the 16-bit pro- gram position. This field will be in the selected radix. The generated code follows the program location. The listing radix determines the number of bytes that will be displayed in this field. Hexidecimal listing allows six bytes of data within the field, decimal and octal allow four bytes within the field. If more than one field of data is generated from the assembly of a single line of source code, then the data field is repeated on successive lines. The source text line number is printed in decimal and is fol- lowed by the source text. Two special cases will disable the listing of a line of source text: THE ASSEMBLER PAGE 1-30 LISTING FILE 1. Source line with a .page directive is never listed. 2. Source line with a .include file directive is not listed unless the .include file cannot be opened. Two data field options are available to flag those bytes which will be relocated by the linker. If the -f option is specified then each byte to be relocated will be preceeded by the '`' character. If the -ff option is specified then each byte to be relocated will be preceeded by one of the following characters: 1. * paged relocation 2. u low byte of unsigned word or unsigned byte 3. v high byte of unsigned word 4. p PCR low byte of word relocation or PCR byte 5. q PCR high byte of word relocation 6. r low byte relocation or byte relocation 7. s high byte relocation 1.8 SYMBOL TABLE FILE The symbol table has two parts: 1. The alphabetically sorted list of symbols and/or labels defined or referenced in the source program. 2. A list of the program areas defined during assembly of the source program. The sorted list of symbols and/or labels contains the follow- ing information: 1. Program area number (none if absolute value or exter- nal) 2. The symbol or label 3. Directly assigned symbol is denoted with an (=) sign THE ASSEMBLER PAGE 1-31 SYMBOL TABLE FILE 4. The value of a symbol, location of a label relative to the program area base address (=0), or a **** indicat- ing the symbol or label is undefined. 5. The characters: G - global, R - relocatable, and X - external. The list of program areas provides the correspondence between the program area numbers and the defined program areas, the size of the program areas, and the area flags (attributes). 1.9 OBJECT FILE The object file is an ascii file containing the information needed by the linker to bind multiple object modules into a com- plete loadable memory image. The object module contains the following designators: [XDQ][HL] X Hexidecimal radix D Decimal radix Q Octal radix H Most significant byte first L Least significant byte first H Header M Module A Area S Symbol T Object code R Relocation information P Paging information Refer to the linker for a detailed description of each of the designators and the format of the information contained in the object file. CHAPTER 2 THE LINKER 2.1 ASLINK RELOCATING LINKER ASLINK is the companion linker for the ASxxxx assemblers. The program ASLINK is a general relocating linker performing the following functions: 1. Bind multiple object modules into a single memory image 2. Resolve inter-module symbol references 3. Combine code belonging to the same area from multiple object files into a single contiguous memory region 4. Search and import object module libraries for undefined global variables 5. Perform byte and word program counter relative (pc or pcr) addressing calculations 6. Define absolute symbol values at link time 7. Define absolute area base address values at link time 8. Produce Intel Hex or Motorola S19 output file 9. Produce a map of the linked memory image 10. Produce an updated listing file with the relocated ad- dresses and data THE LINKER PAGE 2-2 INVOKING ASLINK 2.2 INVOKING ASLINK The linker may run in the command line mode or command file modes. The allowed startup linker commands are: -c/-f command line / command file modes -p/-n enable/disable echo file.lnk input to stdout If command line mode is selected, all linker commands come from stdin, if the command file mode is selected the commands are input from the specified file (extension must be .lnk). The linker is started via ASLINK -(cfpn) After invoking the linker the valid options are: 1. -i/-s Intel Hex (file.ihx) or Motorola S19 (file.s19) image output file. 2. -m Generate a map file (file.map). This file con- tains a list of the symbols (by area) with absolute ad- dresses, sizes of linked areas, and other linking information. 3. -u Generate an updated listing file (file.rst) derived from the relocated addresses and data from the linker 4. -xdq Specifies the number radix for the map file (Hexidecimal, Decimal, or Octal). 5. fileN Files to be linked. Files may be on the same line as the above options or on a separate line(s) one file per line or multiple files separated by spaces or tabs. 6. -b area = expression (one definition per line) This specifies an area base address where the expres- sion may contain constants and/or defined symbols from the linked files. 7. -g symbol = expression (one definition per line) This specifies the value for the symbol where the ex- pression may contain constants and/or defined symbols from the linked files. 8. -k library directory path (one definition per line) This specifies one possible THE LINKER PAGE 2-3 INVOKING ASLINK path to an object library. More than one path is al- lowed. 9. -l library file specification (one definition per line) This specifies a possible library file. More than one file is allowed. 10. -e or null line, terminates input to the linker. ASLINK linkers supported by and distributed with SDCC are: aslink (Intel 8051) link-z90 (Zilog Z80 / Hitachi HD64180) link-gbz80 (GameBoy Z80-like CPU) link-hc08 (Motorola 68HC08) aslink (Intel 8051) specific options: Output: -j Produce NoICE debug as file[NOI] -z Produce SDCdb debug as file[cdb] -u Update listing file(s) with link data as file(s)[.RST] Miscellaneous: -a [iram-size] Check for internal RAM overflow -v [xram-size] Check for external RAM overflow -w [code-size] Check for code overflow -y Generate memory usage summary file[mem] -Y Pack internal ram -A [stack-size] Allocate space for stack link-z80 (Zilog Z80 / Hitachi HD64180) specific options: Map format: -j no$gmb symbol file generated as file[SYM] Output: -z Produce SDCdb debug as file[cdb] -Z Gameboy image as file[GB] List: -u Update listing file(s) with link data as file(s)[.RST] link-gbz80 (GameBoy Z80-like CPU) specific options: Relocation: -yo Number of rom banks (default: 2) -ya Number of ram banks (default: 0) -yt MBC type (default: no MBC) -yn Name of program (default: name of output file) -yp# Patch one byte in the output GB file (# is: addr=byte) Map format: -j no$gmb symbol file generated as file[SYM] Output: -Z Gameboy image as file[GB] List: -u Update listing file(s) with link data as file(s)[.RST] link-hc08 (Motorola 68HC08) specific options: Output: -t ELF executable as file[elf] -j Produce NoICE debug as file[NOI] -z Produce SDCdb debug as file[cdb] -u Update listing file(s) with link data as file(s)[.RST] Miscellaneous: -a [iram-size] Check for internal RAM overflow -v [xram-size] Check for external RAM overflow -w [code-size] Check for code overflow 2.3 LIBRARY PATH(S) AND FILE(S) The process of resolving undefined symbols after scanning the input object files includes the scanning of object module libraries. The linker will search through all combinations of the library path specifications (input by the -k option) and the library file specifications (input by the -l option) that lead to an existing library file. Each library file contains a list (one file per line) of modules included in this particular library. Each existing object module is scanned for a match to the undefined symbol. The first module containing the symbol is then linked with the previous modules to resolve the symbol de- finition. The library object modules are rescanned until no more symbols can be resolved. The scanning algorithm allows resolution of back references. No errors are reported for non existant library files or object modules. The library file specification may be formed in one of two ways: 1. If the library file contained an absolute path/file specification then this is the object module's path/file. (i.e. C:\...) 2. If the library file contains a relative path/file specification then the concatenation of the path and this file specification becomes the object module's path/file. (i.e. \...) As an example, assume there exists a library file termio.lib in the syslib directory specifying the following object modules: \6809\io_disk first object module d:\special\io_comm second object module and the following parameters were specified to the linker: THE LINKER PAGE 2-4 LIBRARY PATH(S) AND FILE(S) -k c:\iosystem\ the first path -k c:\syslib\ the second path -l termio the first library file -l io the second library file (no such file) The linker will attempt to use the following object modules to resolve any undefined symbols: c:\syslib\6809\io_disk.rel (concatenated path/file) d:\special\io_comm.rel (absolute path/file) all other path(s)/file(s) don't exist. (No errors are reported for non existant path(s)/file(s).) 2.4 ASLINK PROCESSING The linker processes the files in the order they are presented. The first pass through the input files is used to define all program areas, the section area sizes, and symbols defined or referenced. Undefined symbols will initiate a search of any specified library file(s) and the importing of the module containing the symbol definition. After the first pass the -b (area base address) definitions, if any, are processed and the areas linked. The area linking proceeds by first examining the area types ABS, CON, REL, OVR and PAG. Absolute areas (ABS) from separate object modules are always overlayed and have been assembled at a specific address, these are not normally relocated (if a -b com- mand is used on an absolute area the area will be relocated). Relative areas (normally defined as REL|CON) have a base address of 0x0000 as read from the object files, the -b command speci- fies the beginning address of the area. All subsequent relative areas will be concatenated with proceeding relative areas. Where specific ordering is desired, the first linker input file should have the area definitions in the desired order. At the completion of the area linking all area addresses and lengths have been determined. The areas of type PAG are verified to be on a 256 byte boundary and that the length does not exceed 256 bytes. Any errors are noted on stderr and in the map file. Next the global symbol definitions (-g option), if any, are processed. The symbol definitions have been delayed until this point because the absolute addresses of all internal symbols are known and can be used in the expression calculations. Before continuing with the linking process the symbol table is scanned to determine if any symbols have been referenced but not defined. Undefined symbols are listed on the stderr device. THE LINKER PAGE 2-5 ASLINK PROCESSING if a .module directive was included in the assembled file the module making the reference to this undefined variable will be printed. Constants defined as global in more than one module will be flagged as multiple definitions if their values are not identi- cal. After the preceeding processes are complete the linker may output a map file (-m option). This file provides the following information: 1. Global symbol values and label absolute addresses 2. Defined areas and there lengths 3. Remaining undefined symbols 4. List of modules linked 5. List of library modules linked 6. List of -b and -g definitions The final step of the linking process is performed during the second pass of the input files. As the xxx.rel files are read the code is relocated by substituting the physical addresses for the referenced symbols and areas and may be output in Intel or Motorola formats. The number of files linked and symbols de- fined/referenced is limited by the processor space available to build the area/symbol lists. If the -u option is specified then the listing files (file.lst) associated with the relocation files (file.rel) are scanned and used to create a new file (file.rst) which has all addresses and data relocated to their final values. 2.5 LINKER INPUT FORMAT The linkers' input object file is an ascii file containing the information needed by the linker to bind multiple object modules into a complete loadable memory image. The object module contains the following designators: [XDQ][HL] X Hexidecimal radix D Decimal radix THE LINKER PAGE 2-6 LINKER INPUT FORMAT Q Octal radix H Most significant byte first L Least significant byte first H Header M Module A Area S Symbol T Object code R Relocation information P Paging information 2.5.1 Object Module Format The first line of an object module contains the [XDQ][HL] format specifier (i.e. XH indicates a hexidecimal file with most significant byte first) for the following designators. 2.5.2 Header Line H aa areas gg global symbols The header line specifies the number of areas(aa) and the number of global symbols(gg) defined or referenced in this ob- ject module segment. 2.5.3 Module Line M name The module line specifies the module name from which this header segment was assembled. The module line will not appear if the .module directive was not used in the source program. 2.5.4 Symbol Line S string Defnnnn or S string Refnnnn The symbol line defines (Def) or references (Ref) the symbol 'string' with the value nnnn. The defined value is relative to the current area base address. References to constants and external global symbols will always appear before the first area THE LINKER PAGE 2-7 LINKER INPUT FORMAT definition. References to external symbols will have a value of zero. 2.5.5 Area Line A label size ss flags ff The area line defines the area label, the size (ss) of the area in bytes, and the area flags (ff). The area flags specify the ABS, REL, CON, OVR, and PAG parameters: OVR/CON (0x04/0x00 i.e. bit position 2) ABS/REL (0x08/0x00 i.e. bit position 3) PAG (0x10 i.e. bit position 4) 2.5.6 T Line T xx xx nn nn nn nn nn ... The T line contains the assembled code output by the assem- bler with xx xx being the offset address from the current area base address and nn being the assembled instructions and data in byte format. 2.5.7 R Line R 0 0 nn nn n1 n2 xx xx ... The R line provides the relocation information to the linker. The nn nn value is the current area index, i.e. which area the current values were assembled. Relocation information is en- coded in groups of 4 bytes: 1. n1 is the relocation mode and object format 1. bit 0 word(0x00)/byte(0x01) 2. bit 1 relocatable area(0x00)/symbol(0x02) 3. bit 2 normal(0x00)/PC relative(0x04) relocation 4. bit 3 1-byte(0x00)/2-byte(0x08) object format for byte data 5. bit 4 signed(0x00)/unsigned(0x10) byte data 6. bit 5 normal(0x00)/page '0'(0x20) reference 7. bit 6 normal(0x00)/page 'nnn'(0x40) reference 8. bit 7 LSB byte(0x00)/MSB byte(0x80) with 2-byte mode 2. n2 is a byte index into the corresponding (i.e. pre- ceeding) T line data (i.e. a pointer to the data to be THE LINKER PAGE 2-8 LINKER INPUT FORMAT updated by the relocation). The T line data may be 1-byte or 2-byte byte data format or 2-byte word format. 3. xx xx is the area/symbol index for the area/symbol be- ing referenced. the corresponding area/symbol is found in the header area/symbol lists. The groups of 4 bytes are repeated for each item requiring relo- cation in the preceeding T line. 2.5.8 P Line P 0 0 nn nn n1 n2 xx xx The P line provides the paging information to the linker as specified by a .setdp directive. The format of the relocation information is identical to that of the R line. The correspond- ing T line has the following information: T xx xx aa aa bb bb Where aa aa is the area reference number which specifies the selected page area and bb bb is the base address of the page. bb bb will require relocation processing if the 'n1 n2 xx xx' is specified in the P line. The linker will verify that the base address is on a 256 byte boundary and that the page length of an area defined with the PAG type is not larger than 256 bytes. The linker defaults any direct page references to the first area defined in the input REL file. All ASxxxx assemblers will specify the _CODE area first, making this the default page area. 2.6 LINKER ERROR MESSAGES The linker provides detailed error messages allowing the pro- grammer to quickly find the errant code. As the linker com- pletes pass 1 over the input file(s) it reports any page boundary or page length errors as follows: ?ASlink-Warning-Paged Area PAGE0 Boundary Error and/or ?ASlink-Warning-Paged Area PAGE0 Length Error where PAGE0 is the paged area. THE LINKER PAGE 2-9 LINKER ERROR MESSAGES During Pass two the linker reads the T, R, and P lines per- forming the necessary relocations and outputting the absolute code. Various errors may be reported during this process The P line processing can produce only one possible error: ?ASlink-Warning-Page Definition Boundary Error file module pgarea pgoffset PgDef t6809l t6809l PAGE0 0001 The error message specifies the file and module where the .setdp direct was issued and indicates the page area and the page offset value determined after relocation. The R line processing produces various errors: ?ASlink-Warning-Byte PCR relocation error for symbol bra2 file module area offset Refby t6809l t6809l TEST 00FE Defin tconst tconst . .ABS. 0080 ?ASlink-Warning-Unsigned Byte error for symbol two56 file module area offset Refby t6800l t6800l DIRECT 0015 Defin tconst tconst . .ABS. 0100 ?ASlink-Warning-Page0 relocation error for symbol ltwo56 file module area offset Refby t6800l t6800l DIRECT 000D Defin tconst tconst DIRECT 0100 ?ASlink-Warning-Page Mode relocation error for symbol two56 file module area offset Refby t6809l t6809l DIRECT 0005 Defin tconst tconst . .ABS. 0100 ?ASlink-Warning-Page Mode relocation error file module area offset Refby t Pagetest PROGRAM 0006 Defin t Pagetest DIRECT 0100 These error messages specify the file, module, area, and offset within the area of the code referencing (Refby) and defining (Defin) the symbol. If the symbol is defined in the same module as the reference the linker is unable to report the symbol name. The assembler listing file(s) should be examined at the offset from the specified area to located the offending code. The errors are: 1. The byte PCR error is caused by exceeding the pc rela- tive byte branch range. THE LINKER PAGE 2-10 LINKER ERROR MESSAGES 2. The Unsigned byte error indicates an indexing value was negative or larger than 255. 3. The Page0 error is generated if the direct page vari- able is not in the page0 range of 0 to 255. 4. The page mode error is generated if the direct variable is not within the current direct page (6809). THE LINKER Page 2-11 INTEL HEX OUTPUT FORMAT 2.7 INTEL HEX OUTPUT FORMAT Record Mark Field - This field signifies the start of a record, and consists of an ascii colon (:). Record Length Field - This field consists of two ascii characters which indicate the number of data bytes in this record. The characters are the result of converting the number of bytes in binary to two ascii characters, high digit first. An End of File record contains two ascii zeros in this field. Load Address Field - This field consists of the four ascii characters which result from converting the the binary value of the address in which to begin loading this record. The order is as follows: High digit of high byte of address. Low digit of high byte of address. High digit of low byte of address. Low digit of low byte of address. In an End of File record this field con- sists of either four ascii zeros or the program entry address. Currently the entry address option is not supported. Record Type Field - This field identifies the record type, which is either 0 for data records or 1 for an End of File record. It consists of two ascii characters, with the high digit of the record type first, followed by the low digit of the record type. Data Field - This field consists of the actual data, converted to two ascii characters, high digit first. There are no data bytes in the End of File record. Checksum Field - The checksum field is the 8 bit binary sum of the record length field, the load address field, the record type field, and the data field. This sum is then negated (2's complement) and converted to two ascii characters, high digit first. THE LINKER Page 2-12 MOTOROLA S1-S9 OUTPUT FORMAT 2.8 MOTORLA S1-S9 OUTPUT FORMAT Record Type Field - This field signifies the start of a record and identifies the the record type as follows: Ascii S1 - Data Record Ascii S9 - End of File Record Record Length Field - This field specifies the record length which includes the address, data, and checksum fields. The 8 bit record length value is converted to two ascii characters, high digit first. Load Address Field - This field consists of the four ascii characters which result from converting the the binary value of the address in which to begin loading this record. The order is as follows: High digit of high byte of address. Low digit of high byte of address. High digit of low byte of address. Low digit of low byte of address. In an End of File record this field con- sists of either four ascii zeros or the program entry address. Currently the entry address option is not supported. Data Field - This field consists of the actual data, converted to two ascii characters, high digit first. There are no data bytes in the End of File record. Checksum Field - The checksum field is the 8 bit binary sum of the record length field, the load address field, and the data field. This sum is then complemented (1's comple- ment) and converted to two ascii characters, high digit first. CHAPTER 3 BUILDING ASXXXX AND ASLINK The assemblers and linker have been successfully compiled us- ing the DECUS C (PDP-11) compiler (patch level 9) with RT-11/TSX+, Eyring Research Institute, Inc. PDOS (680x0) C V5.4b compiler, and Symantec C/C++ V6.1/V7.0. The device specific header file (i.e. m6800.h, m6801.h, etc.) contains the DECUS C 'BUILD' directives for generating a command file to compile, assemble, and link the necessary files to prepare an executable image for a particular assembler. 3.1 BUILDING AN ASSEMBLER The building of a typical assembler (6809 for example) re- quires the following files: 1. M6809.H 2. M09EXT.C 3. M09MCH.C 4. M09ADR.C 5. M09PST.C 6. ASM.H 7. ASMAIN.C 8. ASLEX.C 9. ASSYM.C 10. ASSUBR.C 11. ASEXPR.C 12. ASDATA.C 13. ASLIST.C 14. ASOUT.C The first five files are the 6809 processor dependent sec- tions which contain the following: BUILDING ASXXXX AND ASLINK PAGE 3-2 BUILDING AN ASSEMBLER 1. m6809.h - header file containing the machine specific definitions of constants, variables, structures, and types 2. m09ext - device description, byte order, and file ex- tension information 3. m09pst - a table of the assembler general directives, special device directives, and assembler mnemonics with associated operation codes 4. m09mch / m09adr - machine specific code for processing the device mnemonics, addressing modes, and special directives The remaining nine files provide the device independent sec- tions which handle the details of file input/output, symbol table generation, program/data areas, expression analysis, and assembler directive processing. The assembler defaults to the not case sensitive mode. This may be altered by changing the case sensitivity flag in asm.h to /* * Case Sensitivity Flag */ #define CASE_SENSITIVE 1 The assemblers and linker should be compiled with the same case sensitivity option. 3.2 BUILDING ASLINK The building of the linker requires the following files: 1. ASLINK.H 2. LKMAIN.C 3. LKLEX.C 4. LKAREA.C 5. LKHEAD.C 6. LKSYM.C 7. LKEVAL.C 8. LKDATA.C 9. LKLIST.C 10. LKRLOC.C 11. LKLIBR.C 12. LKS19.C 13. LKIHX.C BUILDING ASXXXX AND ASLINK PAGE 3-3 BUILDING ASLINK The linker defaults to the not case sensitive mode. This may be altered by changing the case sensitivity flag in aslink.h to /* * Case Sensitivity Flag */ #define CASE_SENSITIVE 1 The linker and assemblers should be compiled with the same case sensitivity option. APPENDIX A AS6800 ASSEMBLER A.1 6800 REGISTER SET The following is a list of the 6800 registers used by AS6800: a,b - 8-bit accumulators x - index register A.2 6800 INSTRUCTION SET The following tables list all 6800/6802/6808 mnemonics recog- nized by the AS6800 assembler. The designation [] refers to a required addressing mode argument. The following list specifies the format for each addressing mode supported by AS6800: #data immediate data byte or word data *dir direct page addressing (see .setdp directive) 0 <= dir <= 255 ,x register indirect addressing zero offset offset,x register indirect addressing 0 <= offset <= 255 ext extended addressing label branch label The terms data, dir, offset, ext, and label may all be expres- sions. AS6800 ASSEMBLER PAGE A-2 6800 INSTRUCTION SET Note that not all addressing modes are valid with every in- struction, refer to the 6800 technical data for valid modes. A.2.1 Inherent Instructions aba cba clc cli clv daa des dex ins inx nop rti rts sba sec sei sev swi tab tap tba tpa tsx txs wai psha pshb psh a psh b pula pulb pul a pul b A.2.2 Branch Instructions bra label bhi label bls label bcc label bhs label bcs label blo label bne label beq label bvc label bvs label bpl label bmi label bge label blt label bgt label ble label bsr label AS6800 ASSEMBLER PAGE A-3 6800 INSTRUCTION SET A.2.3 Single Operand Instructions asla aslb asl a asl b asl [] asra asrb asr a asr b asr [] clra clrb clr a clr b clr [] coma comb com a com b com [] deca decb dec a dec b dec [] inca incb inc a inc b inc [] lsla lslb lsl a lsl b lsl [] lsra lsrb lsr a lsr b lsr [] nega negb neg a neg b neg [] rola rolb rol a rol b rol [] rora rorb ror a ror b ror [] tsta tstb tst a tst b tst [] AS6800 ASSEMBLER PAGE A-4 6800 INSTRUCTION SET A.2.4 Double Operand Instructions adca [] adcb [] adc a [] adc b [] adda [] addb [] add a [] add b [] anda [] andb [] and a [] and b [] bita [] bitb [] bit a [] bit b [] cmpa [] cmpb [] cmp a [] cmp b [] eora [] eorb [] eor a [] eor b [] ldaa [] ldab [] lda a [] lda b [] oraa [] orab [] ora a [] ora b [] sbca [] sbcb [] sbc a [] sbc b [] staa [] stab [] sta a [] sta b [] suba [] subb [] sub a [] sub b [] A.2.5 Jump and Jump to Subroutine Instructions jmp [] jsr [] AS6800 ASSEMBLER PAGE A-5 6800 INSTRUCTION SET A.2.6 Long Register Instructions cpx [] lds [] sts [] ldx [] stx [] APPENDIX B AS6801 ASSEMBLER B.1 .hd6303 DIRECTIVE Format: .hd6303 The .hd6303 directive enables processing of the HD6303 specific mnemonics not included in the 6801 instruction set. HD6303 mnemonics encountered without the .hd6303 directive will be flagged with an 'o' error. B.2 6801 REGISTER SET The following is a list of the 6801 registers used by AS6801: a,b - 8-bit accumulators d - 16-bit accumulator x - index register B.3 6801 INSTRUCTION SET The following tables list all 6801/6303 mnemonics recognized by the AS6801 assembler. The designation [] refers to a re- quired addressing mode argument. The following list specifies the format for each addressing mode supported by AS6801: #data immediate data byte or word data *dir direct page addressing (see .setdp directive) 0 <= dir <= 255 AS6801 ASSEMBLER PAGE B-2 6801 INSTRUCTION SET ,x register indirect addressing zero offset offset,x register indirect addressing 0 <= offset <= 255 ext extended addressing label branch label The terms data, dir, offset, ext, and label may all be expres- sions. Note that not all addressing modes are valid with every in- struction, refer to the 6801/6303 technical data for valid modes. B.3.1 Inherent Instructions aba abx cba clc cli clv daa des dex ins inx mul nop rti rts sba sec sei sev swi tab tap tba tpa tsx txs wai B.3.2 Branch Instructions bra label brn label bhi label bls label bcc label bhs label bcs label blo label bne label beq label bvc label bvs label bpl label bmi label bge label blt label bgt label ble label bsr label AS6801 ASSEMBLER PAGE B-3 6801 INSTRUCTION SET B.3.3 Single Operand Instructions asla aslb asld asl a asl b asl d asl [] asra asrb asr a asr b asr [] clra clrb clr a clr b clr [] coma comb com a com b com [] deca decb dec a dec b dec [] eora eorb eor a eor b eor [] inca incb inc a inc b inc [] lsla lslb lsld lsl a lsl b lsl d lsl [] lsra lsrb lsrd lsr a lsr b lsr d lsr [] nega negb neg a neg b neg [] psha pshb pshx psh a psh b psh x pula pulb pulx pul a pul b pul x rola rolb rol a rol b rol [] AS6801 ASSEMBLER PAGE B-4 6801 INSTRUCTION SET rora rorb ror a ror b ror [] tsta tstb tst a tst b tst [] B.3.4 Double Operand Instructions adca [] adcb [] adc a [] adc b [] adda [] addb [] addd [] add a [] add b [] add d [] anda [] andb [] and a [] and b [] bita [] bitb [] bit a [] bit b [] cmpa [] cmpb [] cmp a [] cmp b [] ldaa [] ldab [] lda a [] lda b [] oraa [] orab [] ora a [] ora b [] sbca [] sbcb [] sbc a [] sbc b [] staa [] stab [] sta a [] sta b [] suba [] subb [] subd [] sub a [] sub b [] sub d [] AS6801 ASSEMBLER PAGE B-5 6801 INSTRUCTION SET B.3.5 Jump and Jump to Subroutine Instructions jmp [] jsr [] B.3.6 Long Register Instructions cpx [] ldd [] lds [] ldx [] std [] sts [] stx [] B.3.7 6303 Specific Instructions aim #data, [] eim #data, [] oim #data, [] tim #data, [] xgdx slp APPENDIX C AS6804 ASSEMBLER Requires the .setdp directive to specify the ram area. C.1 6804 REGISTER SET The following is a list of the 6804 registers used by AS6804: x,y - index registers C.2 6804 INSTRUCTION SET The following tables list all 6804 mnemonics recognized by the AS6804 assembler. The designation [] refers to a required addressing mode argument. The following list specifies the format for each addressing mode supported by AS6804: #data immediate data byte or word data ,x register indirect addressing dir direct addressing (see .setdp directive) 0 <= dir <= 255 ext extended addressing label branch label The terms data, dir, and ext may be expressions. The label for the short branchs beq, bne, bcc, and bcs must not be external. Note that not all addressing modes are valid with every in- struction, refer to the 6804 technical data for valid modes. AS6804 ASSEMBLER PAGE C-2 6804 INSTRUCTION SET C.2.1 Inherent Instructions coma decx decy incx incy rola rti rts stop tax tay txa tya wait C.2.2 Branch Instructions bne label beq label bcc label bcs label C.2.3 Single Operand Instructions add [] and [] cmp [] dec [] inc [] lda [] sta [] sub [] C.2.4 Jump and Jump to Subroutine Instructions jsr [] jmp [] C.2.5 Bit Test Instructions brclr #data,[],label brset #data,[],label bclr #label,[] bset #label,[] AS6804 ASSEMBLER PAGE C-3 6804 INSTRUCTION SET C.2.6 Load Immediate data Instruction mvi [],#data C.2.7 6804 Derived Instructions asla bam label bap label bxmi label bxpl label bymi label bypl label clra clrx clry deca decx decy inca incx incy ldxi #data ldyi #data nop tax tay txa tya APPENDIX D AS6805 ASSEMBLER D.1 6805 REGISTER SET The following is a list of the 6805 registers used by AS6805: a - 8-bit accumulator x - index register D.2 6805 INSTRUCTION SET The following tables list all 6805 mnemonics recognized by the AS6805 assembler. The designation [] refers to a required addressing mode argument. The following list specifies the format for each addressing mode supported by AS6805: #data immediate data byte or word data *dir direct page addressing (see .setdp directive) 0 <= dir <= 255 ,x register indirect addressing zero offset offset,x register indirect addressing 0 <= offset <= 255 --- byte mode 256 <= offset <= 65535 --- word mode (an externally defined offset uses the word mode) ext extended addressing label branch label AS6805 ASSEMBLER PAGE D-2 6805 INSTRUCTION SET The terms data, dir, offset, and ext may all be expressions. Note that not all addressing modes are valid with every in- struction, refer to the 6805 technical data for valid modes. D.2.1 Control Instructions clc cli nop rsp rti rts sec sei stop swi tax txa wait D.2.2 Bit Manipulation Instructions brset #data,*dir,label brclr #data,*dir,label bset #data,*dir bclr #data,*dir D.2.3 Branch Instructions bra label brn label bhi label bls label bcc label bcs label bne label beq label bhcc label bhcs label bpl label bmi label bmc label bms label bil label bih label bsr label AS6805 ASSEMBLER PAGE D-3 6805 INSTRUCTION SET D.2.4 Read-Modify-Write Instructions nega negx neg [] coma comx com [] lsra lsrx lsr [] rora rorx ror [] asra asrx asr [] lsla lslx lsl [] rola rolx rol [] deca decx dec [] inca incx inc [] tsta tstx tst [] clra clrx clr [] D.2.5 Register\Memory Instructions sub [] cmp [] sbc [] cpx [] and [] bit [] lda [] sta [] eor [] adc [] ora [] add [] ldx [] stx [] AS6805 ASSEMBLER PAGE D-4 6805 INSTRUCTION SET D.2.6 Jump and Jump to Subroutine Instructions jmp [] jsr [] APPENDIX E AS68HC08 ASSEMBLER E.1 68HC08 REGISTER SET The following is a list of the 68HC08 registers used by AS68HC08: a - 8-bit accumulator x - index register s - stack pointer E.2 68HC08 INSTRUCTION SET The following tables list all 68HC08 mnemonics recognized by the AS68HC08 assembler. The designation [] refers to a required addressing mode argument. The following list specifies the format for each addressing mode supported by AS68HC08: #data immediate data byte or word data *dir direct page addressing (see .setdp directive) 0 <= dir <= 255 ,x register indexed addressing zero offset offset,x register indexed addressing 0 <= offset <= 255 --- byte mode 256 <= offset <= 65535 --- word mode (an externally defined offset uses the word mode) ,x+ register indexed addressing zero offset with post increment AS68HC08 ASSEMBLER PAGE E-2 68HC08 INSTRUCTION SET offset,x+ register indexed addressing unsigned byte offset with post increment offset,s stack pointer indexed addressing 0 <= offset <= 255 --- byte mode 256 <= offset <= 65535 --- word mode (an externally defined offset uses the word mode) ext extended addressing label branch label The terms data, dir, offset, and ext may all be expressions. Note that not all addressing modes are valid with every in- struction, refer to the 68HC08 technical data for valid modes. E.2.1 Control Instructions clc cli daa div mul nop nsa psha pshh pshx pula pulh pulx rsp rti rts sec sei stop swi tap tax tpa tsx txa txs wait E.2.2 Bit Manipulation Instructions brset #data,*dir,label brclr #data,*dir,label bset #data,*dir bclr #data,*dir AS68HC08 ASSEMBLER PAGE E-3 68HC08 INSTRUCTION SET E.2.3 Branch Instructions bra label brn label bhi label bls label bcc label bcs label bne label beq label bhcc label bhcs label bpl label bmi label bmc label bms label bil label bih label bsr label bge label blt label bgt label ble label E.2.4 Complex Branch Instructions cbeqa [],label cbeqx [],label cbeq [],label dbnza label dbnzx label dbnz [],label AS68HC08 ASSEMBLER PAGE E-4 68HC08 INSTRUCTION SET E.2.5 Read-Modify-Write Instructions nega negx neg [] coma comx com [] lsra lsrx lsr [] rora rorx ror [] asra asrx asr [] asla aslx asl [] lsla lslx lsl [] rola rolx rol [] deca decx dec [] inca incx inc [] tsta tstx tst [] clra clrx clr [] clrh aix #data ais #data AS68HC08 ASSEMBLER PAGE E-5 68HC08 INSTRUCTION SET E.2.6 Register\Memory Instructions sub [] cmp [] sbc [] cpx [] and [] bit [] lda [] sta [] eor [] adc [] ora [] add [] ldx [] stx [] E.2.7 Double Operand Move Instruction mov [],[] E.2.8 16-Bit Index Register Instructions cphx [] ldhx [] sthx [] E.2.9 Jump and Jump to Subroutine Instructions jmp [] jsr [] APPENDIX F AS6809 ASSEMBLER F.1 6809 REGISTER SET The following is a list of the 6809 registers used by AS6809: a,b - 8-bit accumulators d - 16-bit accumulator x,y - index registers s,u - stack pointers pc - program counter cc - condition code dp - direct page F.2 6809 INSTRUCTION SET The following tables list all 6809 mnemonics recognized by the AS6809 assembler. The designation [] refers to a required addressing mode argument. The following list specifies the format for each addressing mode supported by AS6809: #data immediate data byte or word data *dir direct page addressing (see .setdp directive) 0 <= dir <= 255 label branch label r,r1,r2 registers cc,a,b,d,dp,x,y,s,u,pc ,-x ,--x register indexed autodecrement AS6809 ASSEMBLER PAGE F-2 6809 INSTRUCTION SET ,x+ ,x++ register indexed autoincrement ,x register indexed addressing zero offset offset,x register indexed addressing -16 <= offset <= 15 --- 5-bit -128 <= offset <= -17 --- 8-bit 16 <= offset <= 127 --- 8-bit -32768 <= offset <= -129 --- 16-bit 128 <= offset <= 32767 --- 16-bit (external definition of offset uses 16-bit mode) a,x accumulator offset indexed addressing ext extended addressing ext,pc pc addressing ( pc <- pc + ext ) ext,pcr pc relative addressing [,--x] register indexed indirect autodecrement [,x++] register indexed indirect autoincrement [,x] register indexed indirect addressing zero offset [offset,x] register indexed indirect addressing -128 <= offset <= 127 --- 8-bit -32768 <= offset <= -129 --- 16-bit 128 <= offset <= 32767 --- 16-bit (external definition of offset uses 16-bit mode) [a,x] accumulator offset indexed indirect addressing [ext] extended indirect addressing [ext,pc] pc indirect addressing ( [pc <- pc + ext] ) [ext,pcr] pc relative indirect addressing The terms data, dir, label, offset, and ext may all be expres- sions. AS6809 ASSEMBLER PAGE F-3 6809 INSTRUCTION SET Note that not all addressing modes are valid with every in- struction, refer to the 6809 technical data for valid modes. F.2.1 Inherent Instructions abx daa mul nop rti rts sex swi swi1 swi2 swi3 sync F.2.2 Short Branch Instructions bcc label bcs label beq label bge label bgt label bhi label bhis label bhs label ble label blo label blos label bls label blt label bmi label bne label bpl label bra label brn label bvc label bvs label bsr label F.2.3 Long Branch Instructions lbcc label lbcs label lbeq label lbge label lbgt label lbhi label lbhis label lbhs label lble label lblo label lblos label lbls label lblt label lbmi label lbne label lbpl label lbra label lbrn label lbvc label lbvs label lbsr label AS6809 ASSEMBLER PAGE F-4 6809 INSTRUCTION SET F.2.4 Single Operand Instructions asla aslb asl [] asra asrb asr [] clra clrb clr [] coma comb com [] deca decb dec [] inca incb inc [] lsla lslb lsl [] lsra lsrb lsr [] nega negb neg [] rola rolb rol [] rora rorb ror [] tsta tstb tst [] AS6809 ASSEMBLER PAGE F-5 6809 INSTRUCTION SET F.2.5 Double Operand Instructions adca [] adcb [] adda [] addb [] anda [] andb [] bita [] bitb [] cmpa [] cmpb [] eora [] eorb [] lda [] ldb [] ora [] orb [] sbca [] sbcb [] sta [] stb [] suba [] subb [] F.2.6 D-register Instructions addd [] subd [] cmpd [] ldd [] std [] F.2.7 Index/Stack Register Instructions cmps [] cmpu [] cmpx [] cmpy [] lds [] ldu [] ldx [] ldy [] leas [] leau [] leax [] leay [] sts [] stu [] stx [] sty [] pshs r pshu r puls r pulu r AS6809 ASSEMBLER PAGE F-6 6809 INSTRUCTION SET F.2.8 Jump and Jump to Subroutine Instructions jmp [] jsr [] F.2.9 Register - Register Instructions exg r1,r2 tfr r1,r2 F.2.10 Condition Code Register Instructions andcc #data orcc #data cwai #data F.2.11 6800 Compatibility Instructions aba cba clc cli clv des dex ins inx ldaa [] ldab [] oraa [] orab [] psha pshb pula pulb sba sec sei sev staa [] stab [] tab tap tba tpa tsx txs wai APPENDIX G AS6811 ASSEMBLER G.1 6811 REGISTER SET The following is a list of the 6811 registers used by AS6811: a,b - 8-bit accumulators d - 16-bit accumulator x,y - index registers G.2 6811 INSTRUCTION SET The following tables list all 6811 mnemonics recognized by the AS6811 assembler. The designation [] refers to a required addressing mode argument. The following list specifies the format for each addressing mode supported by AS6811: #data immediate data byte or word data *dir direct page addressing (see .setdp directive) 0 <= dir <= 255 ,x register indirect addressing zero offset offset,x register indirect addressing 0 <= offset <= 255 ext extended addressing label branch label The terms data, dir, offset, and ext may all be expressions. AS6811 ASSEMBLER PAGE G-2 6811 INSTRUCTION SET Note that not all addressing modes are valid with every in- struction, refer to the 6811 technical data for valid modes. G.2.1 Inherent Instructions aba abx aby cba clc cli clv daa des dex dey fdiv idiv ins inx iny mul nop rti rts sba sec sei sev stop swi tab tap tba tpa tsx txs wai xgdx xgdy psha pshb psh a psh b pshx pshy psh x psh y pula pulb pul a pul b pulx puly pul x pul y G.2.2 Branch Instructions bra label brn label bhi label bls label bcc label bhs label bcs label blo label bne label beq label bvc label bvs label bpl label bmi label bge label blt label bgt label ble label bsr label AS6811 ASSEMBLER PAGE G-3 6811 INSTRUCTION SET G.2.3 Single Operand Instructions asla aslb asld asl a asl b asl d asl [] asra asrb asr a asr b asr [] clra clrb clr a clr b clr label coma comb com a com b com [] deca decb dec a dec b dec [] inca incb inc a inc b inc [] lsla lslb lsld lsl a lsl b lsl d lsl [] lsra lsrb lsrd lsr a lsr b lsr d lsr [] nega negb neg a neg b neg [] rola rolb rol a rol b rol [] rora rorb ror a ror b ror [] tsta tstb tst a tst b tst [] AS6811 ASSEMBLER PAGE G-4 6811 INSTRUCTION SET G.2.4 Double Operand Instructions adca [] adcb [] adc a [] adc b [] adda [] addb [] addd [] add a [] add b [] add d [] anda [] andb [] and a [] and b [] bita [] bitb [] bit a [] bit b [] cmpa [] cmpb [] cmp a [] cmp b [] eora [] eorb [] eor a [] eor b [] ldaa [] ldab [] lda a [] lda b [] oraa [] orab [] ora a [] ora b [] sbca [] sbcb [] sbc a [] sbc b [] staa [] stab [] sta a [] sta b [] suba [] subb [] subd [] sub a [] sub b [] sub d [] G.2.5 Bit Manupulation Instructions bclr [],#data bset [],#data brclr [],#data,label brset [],#data,label AS6811 ASSEMBLER PAGE G-5 6811 INSTRUCTION SET G.2.6 Jump and Jump to Subroutine Instructions jmp [] jsr [] G.2.7 Long Register Instructions cpx [] cpy [] ldd [] lds [] ldx [] ldy [] std [] sts [] stx [] sty [] APPENDIX H AS6816 ASSEMBLER H.1 6816 REGISTER SET The following is a list of the 6816 registers used by AS6816: a,b - 8-bit accumulators d - 16-bit accumulator e - 16-bit accumulator x,y,z - index registers k - address extension register s - stack pointer ccr - condition code H.2 6816 INSTRUCTION SET The following tables list all 6816 mnemonics recognized by the AS6816 assembler. The designation [] refers to a required addressing mode argument. The following list specifies the format for each addressing mode supported by AS6816: #data immediate data byte or word data #xo,#yo local immediate data (mac / rmac) label branch label r register ccr,a,b,d,e,x,y,z,s ,x zero offset register indexed addressing ,x8 ,x16 offset,x register indexed addressing AS6816 ASSEMBLER PAGE H-2 6816 INSTRUCTION SET 0 <= offset <= 255 --- 8-bit -32768 <= offset <= -1 --- 16-bit 256 <= offset <= 32767 --- 16-bit (external definition of offset uses 16-bit mode) offset,x8 unsigned 8-bit offset indexed addressing offset,x16 signed 16-bit offset indexed addressing e,x accumulator offset indexed addressing ext extended addressing bank 64K bank number (jmp / jsr) The terms data, label, offset, bank, and ext may all be expres- sions. Note that not all addressing modes are valid with every in- struction, refer to the 6816 technical data for valid modes. H.2.1 Inherent Instructions aba abx aby abz ace aced ade adx ady adz aex aey aez bgnd cba daa ediv edivs emul emuls fdiv fmuls idiv ldhi lpstop mul nop psha pshb pshmac pula pulb pulmac rtr rts sba sde sted swi sxt tab tap tba tbek tbsk tbxk tbyk tbzk tde tdmsk tdp ted tedm tekb tem tmer tmet tmxed tpa tpd tskb tsx tsy tsz txkb txs txy txz tykb tys tyx tyz tzkb tzs tzx tzy wai xgab xgde xgdx xgdy xgdz xgex xgey xgez AS6816 ASSEMBLER PAGE H-3 6816 INSTRUCTION SET H.2.2 Push/Pull Multiple Register Instructions pshm r,... pulm r,... H.2.3 Short Branch Instructions bcc label bcs label beq label bge label bgt label bhi label bhis label bhs label ble label blo label blos label bls label blt label bmi label bne label bpl label bra label brn label bvc label bvs label bsr label H.2.4 Long Branch Instructions lbcc label lbcs label lbeq label lbge label lbgt label lbhi label lbhis label lbhs label lble label lblo label lblos label lbls label lblt label lbmi label lbne label lbpl label lbra label lbrn label lbvc label lbvs label lbsr label H.2.5 Bit Manipulation Instructions bclr [],#data bset [],#data brclr [],#data,label brset [],#data,label AS6816 ASSEMBLER PAGE H-4 6816 INSTRUCTION SET H.2.6 Single Operand Instructions asla aslb asld asle aslm asl [] aslw [] asra asrb asrd asre asrm asr [] asrw [] clra clrb clrd clre clrm clr [] clrw [] coma comb comd come com [] comw [] deca decb dec [] decw [] inca incb inc [] incw [] lsla lslb lsld lsle lslm lsl [] lslw [] lsra lsrb lsrd lsre lsr [] lsrw [] nega negb negd nege neg [] negw [] rola rolb rold role rol [] rolw [] rora rorb rord rore ror [] rorw [] tsta tstb tsta tste tst [] tstw [] AS6816 ASSEMBLER PAGE H-5 6816 INSTRUCTION SET H.2.7 Double Operand Instructions adca [] adcb [] adcd [] adce [] adda [] addb [] addd [] adde [] anda [] andb [] andd [] ande [] bita [] bitb [] cmpa [] cmpb [] cpd [] cpe [] eora [] eorb [] eord [] eore [] ldaa [] ldab [] ldd [] lde [] oraa [] orab [] ord [] ore [] sbca [] sbcb [] sbcd [] sbce [] staa [] stab [] std [] ste [] suba [] subb [] subd [] sube [] H.2.8 Index/Stack Register Instructions cps [] cpx [] cpy [] cpz [] lds [] ldx [] ldy [] ldz [] sts [] stx [] sty [] stz [] AS6816 ASSEMBLER PAGE H-6 6816 INSTRUCTION SET H.2.9 Jump and Jump to Subroutine Instructions jmp bank,[] jsr bank,[] H.2.10 Condition Code Register Instructions andp #data orp #data H.2.11 Multiply and Accumulate Instructions mac #data rmac #data mac #xo,#yo rmac #xo,#yo APPENDIX I ASH8 ASSEMBLER I.1 H8/3XX REGISTER SET The following is a list of the H8 registers used by ASH8: r0 - r7,sp 16-bit accumulators r0L - r7L,spL 8-bit accumulators r0H - r7H,spH 8-bit accumulators spL,spH,sp stack pointers ccr condition code I.2 H8/3XX INSTRUCTION SET The following tables list all H8/3xx mnemonics recognized by the ASH8 assembler. The designation [] refers to a required ad- dressing mode argument. The following list specifies the format for each addressing mode supported by ASH8: #xx:3 immediate data (3 bit) #xx:8 immediate data (8 bit) #xx:16 immediate data (16 bit) *dir direct page addressing (see .setdp directive) 0 <= dir <= 255 label branch label rn registers (16 bit) r0-r7,sp rnB registers (8 bit) r0H-r7H,r0L-r7L,spH,spL ASH8 ASSEMBLER PAGE I-2 H8/3XX INSTRUCTION SET ccr condition code register @rn register indirect @-rn register indirect (auto pre-decrement) @rn+ register indirect (auto post-increment) @[offset,rn] register indirect, 16-bit displacement @@offset memory indirect, (8-bit address) ext extended addressing (16-bit) The terms data, dir, label, offset, and ext may all be expres- sions. Note that not all addressing modes are valid with every in- struction, refer to the H8/3xx technical data for valid modes. I.2.1 Inherent Instructions eepmov nop sleep rte rts I.2.2 Branch Instructions bcc label bcs label beq label bf label bge label bgt label bhi label bhis label bhs label ble label blo label blos label bls label blt label bmi label bne label bpl label bra label brn label bt label bvc label bvs label bsr label ASH8 ASSEMBLER PAGE I-3 H8/3XX INSTRUCTION SET I.2.3 Single Operand Instructions Free Form daa rnB das rnB dec rnB inc rnB neg rnB not rnB rotxl rnB rotxr rnB rotl rnB rotr rnB shal rnB shar rnB shll rnB shlr rnB push rn pop rn Byte / Word Form daa.b rnB das.b rnB dec.b rnB inc.b rnB neg.b rnB not.b rnB rotxl.b rnB rotxr.b rnB rotl.b rnB rotr.b rnB shal.b rnB shar.b rnB shll.b rnB shlr.b rnB push.w rn pop.w rn ASH8 ASSEMBLER PAGE I-4 H8/3XX INSTRUCTION SET I.2.4 Double Operand Instructions Free Form add rnB,rnB add #xx:8,rnB add rn,rn cmp rnB,rnB cmp #xx:8,rnB cmp rn,rn sub rnB,rnB sub rn,rn addx rnB,rnB addx #xx:8,rnB and rnB,rnB and #xx:8,rnB and #xx:8,ccr or rnB,rnB or #xx:8,rnB or #xx:8,ccr subx rnB,rnB subx #xx:8,rnB xor rnB,rnB xor #xx:8,rnB xor #xx:8,ccr Byte / Word Form add.b rnB,rnB add.b #xx:8,rnB add.w rn,rn cmp.b rnB,rnB cmp.b #xx:8,rnB cmp.w rn,rn sub.b rnB,rnB sub.w rn,rn addx.b rnB,rnB addx.b #xx:8,rnB and.b rnB,rnB and.b #xx:8,rnB and.b #xx:8,ccr or.b rnB,rnB or.b #xx:8,rnB or.b #xx:8,ccr subx.b rnB,rnB subx.b #xx:8,rnB xor.b rnB,rnB xor.b #xx:8,rnB xor.b #xx:8,ccr ASH8 ASSEMBLER PAGE I-5 H8/3XX INSTRUCTION SET I.2.5 Mov Instructions Free Form mov rnB,rnB mov rn,rn mov #xx:8,rnB mov #xx:16,rn mov @rn,rnB mov @rn,rn mov @[offset,rn],rnB mov @[offset,rn],rn mov @rn+,rnB mov @rn+,rn mov @dir,rnB mov dir,rnB mov *@dir,rnB mov *dir,rnB mov @label,rnB mov @label,rn mov label,rnB mov label,rn mov rnB,@rn mov rn,@rn mov rnB,@[offset,rn] mov rn,@[offset,rn] mov rnB,@-rn mov rn,@-rn mov rnB,@dir mov rnB,dir mov rnB,*@dir mov rnB,*dir mov rnB,@label mov rn,@label mov rnB,label mov rn,label Byte / Word Form mov.b rnB,rnB mov.w rn,rn mov.b #xx:8,rnB mov.w #xx:16,rn mov.b @rn,rnB mov.w @rn,rn mov.b @[offset,rn],rnB mov.w @[offset,rn],rn mov.b @rn+,rnB mov.w @rn+,rn mov.b @dir,rnB mov.b dir,rnB mov.b *@dir,rnB mov.b *dir,rnB mov.b @label,rnB mov.w @label,rn mov.b label,rnB mov.w label,rn mov.b rnB,@rn mov.w rn,@rn mov.b rnB,@[offset,rn] mov.w rn,@[offset,rn] mov.b rnB,@-rn mov.w rn,@-rn mov.b rnB,@dir mov.b rnB,dir mov.b rnB,*@dir mov.b rnB,*dir mov.b rnB,@label mov.w rn,@label mov.b rnB,label mov.w rn,label ASH8 ASSEMBLER PAGE I-6 H8/3XX INSTRUCTION SET I.2.6 Bit Manipulation Instructions bld #xx:3,rnB bld #xx:3,@rn bld #xx:3,@dir bld #xx:3,dir bld #xx:3,*@dir bld #xx:3,*dir bild #xx:3,rnB bild #xx:3,@rn bild #xx:3,@dir bild #xx:3,dir bild #xx:3,*@dir bild #xx:3,*dir bst #xx:3,rnB bst #xx:3,@rn bst #xx:3,@dir bst #xx:3,dir bst #xx:3,*@dir bst #xx:3,*dir bist #xx:3,rnB bist #xx:3,@rn bist #xx:3,@dir bist #xx:3,dir bist #xx:3,*@dir bist #xx:3,*dir band #xx:3,rnB band #xx:3,@rn band #xx:3,@dir band #xx:3,dir band #xx:3,*@dir band #xx:3,*dir biand #xx:3,rnB biand #xx:3,@rn biand #xx:3,@dir biand #xx:3,dir biand #xx:3,*@dir biand #xx:3,*dir bor #xx:3,rnB bor #xx:3,@rn bor #xx:3,@dir bor #xx:3,dir bor #xx:3,*@dir bor #xx:3,*dir bior #xx:3,rnB bior #xx:3,@rn bior #xx:3,@dir bior #xx:3,dir bior #xx:3,*@dir bior #xx:3,*dir bxor #xx:3,rnB bxor #xx:3,@rn bxor #xx:3,@dir bxor #xx:3,dir bxor #xx:3,*@dir bxor #xx:3,*dir bixor #xx:3,rnB bixor #xx:3,@rn bixor #xx:3,@dir bixor #xx:3,dir bixor #xx:3,*@dir bixor #xx:3,*dir ASH8 ASSEMBLER PAGE I-7 H8/3XX INSTRUCTION SET I.2.7 Extended Bit Manipulation Instructions bset #xx:3,rnB bset #xx:3,@rn bset #xx:3,@dir bset #xx:3,dir bset #xx:3,*@dir bset #xx:3,*dir bset rnB,rnB bset rnB,@rn bset rnB,@dir bset rnB,dir bset rnB,*@dir bset rnB,*dir bclr #xx:3,rnB bclr #xx:3,@rn bclr #xx:3,@dir bclr #xx:3,dir bclr #xx:3,*@dir bclr #xx:3,*dir bclr rnB,rnB bclr rnB,@rn bclr rnB,@dir bclr rnB,dir bclr rnB,*@dir bclr rnB,*dir bnot #xx:3,rnB bnot #xx:3,@rn bnot #xx:3,@dir bnot #xx:3,dir bnot #xx:3,*@dir bnot #xx:3,*dir bnot rnB,rnB bnot rnB,@rn bnot rnB,@dir bnot rnB,dir bnot rnB,*@dir bnot rnB,*dir btst #xx:3,rnB btst #xx:3,@rn btst #xx:3,@dir btst #xx:3,dir btst #xx:3,*@dir btst #xx:3,*dir btst rnB,rnB btst rnB,@rn btst rnB,@dir btst rnB,dir btst rnB,*@dir btst rnB,*dir I.2.8 Condition Code Instructions andc #xx:8,ccr andc #xx:8 and #xx:8,ccr and.b #xx:8,ccr ldc #xx:8,ccr ldc #xx:8 ldc rnB,ccr ldc rnB orc #xx:8,ccr orc #xx:8 or #xx:8,ccr or.b #xx:8,ccr xorc #xx:8,ccr xorc #xx:8 xor #xx:8,ccr xor.b #xx:8,ccr stc ccr,rnB stc rnB ASH8 ASSEMBLER PAGE I-8 H8/3XX INSTRUCTION SET I.2.9 Other Instructions divxu rnB,rn divxu.b rnB,rn mulxu rnB,rn mulxu.b rnB,rn movfpe @label,rnB movfpe label,rnB movfpe.b @label,rnB movfpe.b label,rnB movtpe @label,rnB movtpe label,rnB movtpe.b @label,rnB movtpe.b label,rnB I.2.10 Jump and Jump to Subroutine Instructions jmp @rn jmp @@dir jmp @label jmp label jsr @rn jsr @@dir jsr @label jsr label APPENDIX J AS8085 ASSEMBLER J.1 8085 REGISTER SET The following is a list of the 8080/8085 registers used by AS8085: a,b,c,d,e,h,l - 8-bit accumulators m - memory through (hl) sp - stack pointer psw - status word J.2 8085 INSTRUCTION SET The following tables list all 8080/8085 mnemonics recognized by the AS8085 assembler. The following list specifies the format for each addressing mode supported by AS8085: #data immediate data byte or word data r,r1,r2 register or register pair psw,a,b,c,d,e,h,l bc,de,hl,sp,pc m memory address using (hl) addr direct memory addressing label call or jump label The terms data, m, addr, and label may be expressions. Note that not all addressing modes are valid with every in- struction, refer to the 8080/8085 technical data for valid modes. AS8085 ASSEMBLER PAGE J-2 8085 INSTRUCTION SET J.2.1 Inherent Instructions cma cmc daa di ei hlt nop pchl ral rar ret rim rrc rlc sim sphl stc xchg xthl J.2.2 Register/Memory/Immediate Instructions adc r adc m aci #data add r add m adi #data ana r ana m ani #data cmp r cmp m cpi #data ora r ora m ori #data sbb r sbb m sbi #data sub r sub m sui #data xra r xra m xri #data J.2.3 Call and Return Instructions cc label rc cm label rm cnc label rnc cnz label rnz cp label rp cpe label rpe cpo label rpo cz label rz call label J.2.4 Jump Instructions jc label jm label jnc label jnz label jp label jpe label jpo label jz label jmp label AS8085 ASSEMBLER PAGE J-3 8085 INSTRUCTION SET J.2.5 Input/Output/Reset Instructions in data out data rst data J.2.6 Move Instructions mov r1,r2 mov r,m mov m,r mvi r,#data mvi m,#data J.2.7 Other Instructions dcr r dcr m inr r inr m dad r dcx r inx r ldax r pop r push r stax r lda addr lhld addr shld addr sta addr lxi r,#data APPENDIX K ASZ80 ASSEMBLER K.1 .hd64 DIRECTIVE Format: .hd64 The .hd64 directive enables processing of the HD64180 specific mnemonics not included in the Z80 instruction set. HD64180 mnemonics encountered without the .hd64 directive will be flagged with an 'o' error. K.2 Z80 REGISTER SET AND CONDITIONS The following is a complete list of register designations and condition mnemonics: byte registers - a,b,c,d,e,h,l,i,r register pairs - af,af',bc,de,hl word registers - pc,sp,ix,iy C - carry bit set M - sign bit set NC - carry bit clear NZ - zero bit clear P - sign bit clear PE - parity even PO - parity odd Z - zero bit set ASZ80 ASSEMBLER PAGE K-2 Z80 INSTRUCTION SET K.3 Z80 INSTRUCTION SET The following tables list all Z80/HD64180 mnemonics recog- nized by the ASZ80 assembler. The designation [] refers to a required addressing mode argument. The following list specifies the format for each addressing mode supported by ASZ80: #data immediate data byte or word data n byte value rg a byte register a,b,c,d,e,h,l rp a register pair bc,de,hl (hl) implied addressing or register indirect addressing (label) direct addressing offset(ix) indexed addressing with an offset label call/jmp/jr label The terms data, dir, offset, and ext may all be expressions. The terms dir and offset are not allowed to be external refer- ences. Note that not all addressing modes are valid with every in- struction, refer to the Z80/HD64180 technical data for valid modes. ASZ80 ASSEMBLER PAGE K-3 Z80 INSTRUCTION SET K.3.1 Inherent Instructions ccf cpd cpdr cpi cpir cpl daa di ei exx halt neg nop reti retn rla rlca rld rra rrca rrd scf K.3.2 Implicit Operand Instructions adc a,[] adc [] add a,[] add [] and a,[] and [] cp a,[] cp [] dec a,[] dec [] inc a,[] inc [] or a,[] or [] rl a,[] rl [] rlc a,[] rlc [] rr a,[] rr [] rrc a,[] rrc [] sbc a,[] sbc [] sla a,[] sla [] sra a,[] sra [] srl a,[] srl [] sub a,[] sub [] xor a,[] xor [] ASZ80 ASSEMBLER PAGE K-4 Z80 INSTRUCTION SET K.3.3 Load Instruction ld rg,[] ld [],rg ld (bc),a ld a,(bc) ld (de),a ld a,(de) ld (label),a ld a,(label) ld (label),rp ld rp,(label) ld i,a ld r,a ld a,i ld a,r ld sp,hl ld sp,ix ld sp,iy ld rp,#data ldd lddr ldi ldir K.3.4 Call/Return Instructions call C,label ret C call M,label ret M call NC,label ret NC call NZ,label ret NZ call P,label ret P call PE,label ret PE call PO,label ret PO call Z,label ret Z call label ret K.3.5 Jump and Jump to Subroutine Instructions jp C,label jp M,label jp NC,label jp NZ,label jp P,label jp PE,label jp PO,label jp Z,label jp (hl) jp (ix) jp (iy) jp label djnz label jr C,label jr NC,label jr NZ,label jr Z,label jr label ASZ80 ASSEMBLER PAGE K-5 Z80 INSTRUCTION SET K.3.6 Bit Manipulation Instructions bit n,[] res n,[] set n,[] K.3.7 Interrupt Mode and Reset Instructions im n im n im n rst n K.3.8 Input and Output Instructions in a,(n) in rg,(c) ind indr ini inir out (n),a out (c),rg outd otdr outi otir K.3.9 Register Pair Instructions add hl,rp add ix,rp add iy,rp adc hl,rp sbc hl,rp ex (sp),hl ex (sp),ix ex (sp),iy ex de,hl ex af,af' push rp pop rp ASZ80 ASSEMBLER PAGE K-6 Z80 INSTRUCTION SET K.3.10 HD64180 Specific Instructions in0 rg,(n) out0 (n),rg otdm otdmr otim otimr mlt bc mlt de mlt hl mlt sp slp tst a tstio #data APPENDIX L AS6500 ASSEMBLER L.1 ACKNOWLEDGMENT Thanks to Marko Makela for his contribution of the AS6500 cross assembler. Marko Makela Sillitie 10 A 01480 Vantaa Finland Internet: Marko.Makela@Helsinki.Fi EARN/BitNet: msmakela@finuh Several additions and modifications were made to his code to support the following families of 6500 processors: (1) 650X and 651X processor family (2) 65F11 and 65F12 processor family (3) 65C00/21 and 65C29 processor family (4) 65C02, 65C102, and 65C112 processor family The instruction syntax of this cross assembler contains two peculiarities: (1) the addressing indirection is denoted by the square brackets [] and (2) the `bbrx' and `bbsx' instructions are written `bbr0 memory,label'. AS6500 ASSEMBLER PAGE L-2 6500 REGISTER SET L.2 6500 REGISTER SET The following is a list of the 6500 registers used by AS6500: a - 8-bit accumulator x,y - index registers L.3 6500 INSTRUCTION SET The following tables list all 6500 family mnemonics recog- nized by the AS6500 assembler. The designation [] refers to a required addressing mode argument. The following list specifies the format for each addressing mode supported by AS6500: #data immediate data byte or word data *dir direct page addressing (see .setdp directive) 0 <= dir <= 255 offset,x indexed addressing offset,y indexed addressing address = (offset + (x or y)) [offset,x] pre-indexed indirect addressing 0 <= offset <= 255 address = contents of location (offset + (x or y)) mod 256 [offset],y post-indexed indirect addressing address = contents of location at offset plus the value of the y register [address] indirect addressing ext extended addressing label branch label address,label direct page memory location branch label bbrx and bbsx instruction addressing The terms data, dir, offset, address, ext, and label may all be expressions. Note that not all addressing modes are valid with every in- struction, refer to the 65xx technical data for valid modes. AS6500 ASSEMBLER PAGE L-3 6500 INSTRUCTION SET L.3.1 Processor Specific Directives The AS6500 cross assembler has four (4) processor specific assembler directives which define the target 65xx processor family: .r6500 Core 650X and 651X family (default) .r65f11 Core plus 65F11 and 65F12 .r65c00 Core plus 65C00/21 and 65C29 .r65c02 Core plus 65C02, 65C102, and 65C112 L.3.2 65xx Core Inherent Instructions brk clc cld cli clv dex dey inx iny nop pha php pla plp rti rts sec sed sei tax tay tsx txa txs tya L.3.3 65xx Core Branch Instructions bcc label bhs label bcs label blo label beq label bmi label bne label bpl label bvc label bvs label L.3.4 65xx Core Single Operand Instructions asl [] dec [] inc [] lsr [] rol [] ror [] AS6500 ASSEMBLER PAGE L-4 6500 INSTRUCTION SET L.3.5 65xx Core Double Operand Instructions adc [] and [] bit [] cmp [] eor [] lda [] ora [] sbc [] sta [] L.3.6 65xx Core Jump and Jump to Subroutine Instructions jmp [] jsr [] L.3.7 65xx Core Miscellaneous X and Y Register Instructions cpx [] cpy [] ldx [] stx [] ldy [] sty [] AS6500 ASSEMBLER PAGE L-5 6500 INSTRUCTION SET L.3.8 65F11 and 65F12 Specific Instructions bbr0 [],label bbr1 [],label bbr2 [],label bbr3 [],label bbr4 [],label bbr5 [],label bbr6 [],label bbr7 [],label bbs0 [],label bbs1 [],label bbs2 [],label bbs3 [],label bbs4 [],label bbs5 [],label bbs6 [],label bbs7 [],label rmb0 [] rmb1 [] rmb2 [] rmb3 [] rmb4 [] rmb5 [] rmb6 [] rmb7 [] smb0 [] smb1 [] smb2 [] smb3 [] smb4 [] smb5 [] smb6 [] smb7 [] L.3.9 65C00/21 and 65C29 Specific Instructions bbr0 [],label bbr1 [],label bbr2 [],label bbr3 [],label bbr4 [],label bbr5 [],label bbr6 [],label bbr7 [],label bbs0 [],label bbs1 [],label bbs2 [],label bbs3 [],label bbs4 [],label bbs5 [],label bbs6 [],label bbs7 [],label bra label phx phy plx ply rmb0 [] rmb1 [] rmb2 [] rmb3 [] rmb4 [] rmb5 [] rmb6 [] rmb7 [] smb0 [] smb1 [] smb2 [] smb3 [] smb4 [] smb5 [] smb6 [] smb7 [] AS6500 ASSEMBLER PAGE L-6 6500 INSTRUCTION SET L.3.10 65C02, 65C102, and 65C112 Specific Instructions bbr0 [],label bbr1 [],label bbr2 [],label bbr3 [],label bbr4 [],label bbr5 [],label bbr6 [],label bbr7 [],label bbs0 [],label bbs1 [],label bbs2 [],label bbs3 [],label bbs4 [],label bbs5 [],label bbs6 [],label bbs7 [],label bra label phx phy plx ply rmb0 [] rmb1 [] rmb2 [] rmb3 [] rmb4 [] rmb5 [] rmb6 [] rmb7 [] smb0 [] smb1 [] smb2 [] smb3 [] smb4 [] smb5 [] smb6 [] smb7 [] stz [] trb [] tsb [] Additional addressing modes for the following core instruc- tions are also available with the 65C02, 65C102, and 65C112 pro- cessors. adc [] and [] cmp [] eor [] lda [] ora [] sbc [] sta [] bit [] jmp [] dec inc sdcc-2.9.0/as/doc/asxhtm.html000066400000000000000000006747341116427777700160500ustar00rootroot00000000000000 ASxxxx Cross Assembler Documentation

ASxxxx Cross Assembler Documentation


                              SDCCASxxxx Assemblers


                                       and


                          SDCC ASLINK Relocating Linker




                                  Version   2.0
                                   August 1998


                                                                  Page 2




                                  P R E F A C E





           The  ASxxxx  assemblers  were  written following the style of
        several cross assemblers found in the Digital Equipment Corpora-
        tion  Users  Society  (DECUS)  distribution of the C programming
        language.  The DECUS code was provided with no documentation  as
        to  the  input  syntax  or the output format.  Study of the code
        revealed that the unknown author of the code  had  attempted  to
        formulate  an assembler with attributes similiar to those of the
        PDP-11 MACRO assembler (without macro's).  The  incomplete  code
        from  the  DECUS C distribution has been largely rewritten, only
        the program structure, and C source  file  organization  remains
        relatively  unchanged.   However, I wish to thank the author for
        his contribution to this set of assemblers.

           The  ASLINK  program was written as a companion to the ASxxxx
        assemblers, its design and implementation was not  derived  from
        any other work.

           I  would  greatly  appreciate  receiving  the  details of any
        changes, additions, or errors pertaining to these  programs  and
        will  attempt  to  incorporate  any  fixes  or  generally useful
        changes in a future update to these programs.



                Alan R.  Baldwin
                Kent State University
                Physics Department
                Kent, Ohio 44242
                U.S.A.


                http://shop-pdp.kent.edu/ashtml/asxxxx.htm

                baldwin@shop-pdp.kent.edu
                tel:  (330) 672 2531
                fax:  (330) 672 2959



               E N D   U S E R   L I C E N S E   A G R E E M E N T





          This  program is free software; you can redistribute it and/or
        modify  it under the terms of the GNU General Public License  as
        published  by the Free Software Foundation; either version 3, or
        (at your option) any later version.

          This  program  is  distributed  in the hope that  it  will  be
        useful,  but  WITHOUT ANY WARRANTY;  without  even  the  implied
        warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
        See the GNU General Public License for more details.

          You  should  have  received a copy of the GNU  General  Public
        License     along     with    this program.      If not,     see
        .


                                                                  Page 3








                             C O N T R I B U T O R S




           Thanks  to  Marko  Makela  for his contribution of the AS6500
        cross assembler.

                Marko Makela
                Sillitie 10 A
                01480 Vantaa
                Finland
                Internet: Marko.Makela@Helsinki.Fi
                EARN/BitNet: msmakela@finuh





           Thanks  to  John  Hartman  for his contribution of the AS8051
        cross assembler and updates to the ASxxxx and ASLINK internals.

                John L. Hartman
                jhartman@compuserve.com
                http://ourworld.compuserve.com/homepages/jhartman/





           Thanks  to  G.   Osborn  for his contributions to LKS19.C and
        LKIHX.C.

                G. Osborn
                gary@s-4.com


                                                                  Page 4



        ASxxxx Cross Assemblers, Version 2.00, August 1998

        Submitted by Alan R.  Baldwin,
        Kent State University, Kent, Ohio

        Operating System:  TSX+, RT-11, MS/DOS, PDOS
        or other supporting K&R C.

        Source Langauge:  C

        Abstract:

           The  ASxxxx  assemblers are a series of microprocessor assem-
        blers written in the C programming  language.   This  collection
        contains cross assemblers for the 6800(6802/6808), 6801(hd6303),
        6804,  6805,  68HC08,  6809,  68HC11,  68HC12,   68HC16,   8051,
        8085(8080),  z80(hd64180),  H8/3xx, and 6500 series microproces-
        sors.  Each  assembler  has  a  device  specific  section  which
        includes:   (1)  device description, byte order, and file exten-
        sion information, (2) a table of assembler  general  directives,
        special directives, assembler mnemonics and associated operation
        codes, (3) machine  specific  code  for  processing  the  device
        mnemonics, addressing modes, and special directives.

           The assemblers have a common device independent section which
        handles the details of file input/output, symbol  table  genera-
        tion,  program/data  areas,  expression  analysis, and assembler
        directive processing.

           The  assemblers  provide  the following features:  (1) alpha-
        betized, formatted symbol table listings, (2) relocatable object
        modules, (3) global symbols for linking object modules, (4) con-
        ditional assembly directives, (5) reusable  local  symbols,  and
        (6) include-file processing.

           The  companion program ASLINK is a relocating linker perform-
        ing the following functions:  (1) bind multiple  object  modules
        into  a  single  memory  image,  (2) resolve inter-module symbol
        references,  (3)  resolve  undefined  symbols   from   specified
        librarys of object modules, (4) process absolute, relative, con-
        catenated, and overlay attributes in data and program  sections,
        (5)  perform  byte and word program-counter relative (pc or pcr)
        addressing calculations, (6) define absolute  symbol  values  at
        link  time, (7) define absolute area base address values at link
        time, (8) produce Intel Hex or Motorola  S19  output  file,  (9)
        produce  a  map  of the linked memory image, and (10) update the
        ASxxxx assembler listing files  with  the  absolute  linked  ad-
        dresses and data.

           The  assemblers  and  linker  have  been tested using DECUS C
        under TSX+ and RT-11, PDOS C V5.4b, and Symantec C/C++ V6.1/V7.2
        under  DOS/Windows  3.x/95.  Complete source code and documenta-
        tion for the assemblers and linker is included with the  distri-
        bution.   Additionally, test code for each assembler and several
        microprocessor monitors ( ASSIST05  for  the  6805,  MONDEB  and
        ASSIST09  for  the  6809,  and BUFFALO 2.5 for the 6811) are in-
        cluded as working examples of use of these assemblers.


        CHAPTER 1  THE ASSEMBLER                                     1-1
          1.1     THE ASXXXX ASSEMBLERS                              1-1
          1.1.1     Assembly Pass 1                                  1-2
          1.1.2     Assembly Pass 2                                  1-2
          1.1.3     Assembly Pass 3                                  1-2
          1.2     SOURCE PROGRAM FORMAT                              1-3
          1.2.1     Statement Format                                 1-3
          1.2.1.1     Label Field                                    1-3
          1.2.1.2     Operator Field                                 1-5
          1.2.1.3     Operand Field                                  1-5
          1.2.1.4     Comment Field                                  1-6
          1.3     SYMBOLS AND EXPRESSIONS                            1-6
          1.3.1     Character Set                                    1-6
          1.3.2     User-Defined Symbols                            1-10
          1.3.3     Local Symbols                                   1-11
          1.3.4     Current Location Counter                        1-12
          1.3.5     Numbers                                         1-14
          1.3.6     Terms                                           1-14
          1.3.7     Expressions                                     1-15
          1.4     GENERAL ASSEMBLER DIRECTIVES                      1-16
          1.4.1     .module Directive                               1-16
          1.4.2     .title Directive                                1-17
          1.4.3     .sbttl Directive                                1-17
          1.4.4     .page Directive                                 1-17
          1.4.5     .byte and .db Directives                        1-17
          1.4.6     .word and .dw Directives                        1-18
          1.4.7     .blkb, .blkw, and .ds Directives                1-18
          1.4.8     .ascii Directive                                1-18
          1.4.9     .ascis Directive                                1-19
          1.4.10    .asciz Directive                                1-19
          1.4.11    .radix Directive                                1-20
          1.4.12    .even Directive                                 1-20
          1.4.13    .odd Directive                                  1-20
          1.4.14    .area Directive                                 1-21
          1.4.15    .org Directive                                  1-22
          1.4.16    .globl Directive                                1-23
          1.4.17    .if, .else, and .endif Directives               1-23
          1.4.18    .include Directive                              1-24
          1.4.19    .setdp Directive                                1-25
          1.5     INVOKING ASXXXX                                   1-27
          1.6     ERRORS                                            1-28
          1.7     LISTING FILE                                      1-29
          1.8     SYMBOL TABLE FILE                                 1-30
          1.9     OBJECT FILE                                       1-31

        CHAPTER 2  THE LINKER                                        2-1
          2.1     ASLINK RELOCATING LINKER                           2-1
          2.2     INVOKING ASLINK                                    2-2
          2.3     LIBRARY PATH(S) AND FILE(S)                        2-3
          2.4     ASLINK PROCESSING                                  2-4
          2.5     LINKER INPUT FORMAT                                2-6
          2.5.1     Object Module Format                             2-6
          2.5.2     Header Line                                      2-6
          2.5.3     Module Line                                      2-7
          2.5.4     Symbol Line                                      2-7
          2.5.5     Area Line                                        2-7


                                                                 Page ii



          2.5.6     T Line                                           2-7
          2.5.7     R Line                                           2-8
          2.5.8     P Line                                           2-8
          2.6     LINKER ERROR MESSAGES                              2-9
          2.7     INTEL HEX OUTPUT FORMAT                           2-11
          2.8     MOTORLA S1-S9 OUTPUT FORMAT                       2-12

        CHAPTER 3  BUILDING ASXXXX AND ASLINK                        3-1
          3.1     BUILDING AN ASSEMBLER                              3-1
          3.2     BUILDING ASLINK                                    3-2

        APPENDIX A  AS6800 ASSEMBLER                                 A-1
          A.1     6800 REGISTER SET                                  A-1
          A.2     6800 INSTRUCTION SET                               A-1
          A.2.1     Inherent Instructions                            A-2
          A.2.2     Branch Instructions                              A-2
          A.2.3     Single Operand Instructions                      A-3
          A.2.4     Double Operand Instructions                      A-4
          A.2.5     Jump and Jump to Subroutine Instructions         A-4
          A.2.6     Long Register Instructions                       A-5

        APPENDIX B  AS6801 ASSEMBLER                                 B-1
          B.1     .hd6303 DIRECTIVE                                  B-1
          B.2     6801 REGISTER SET                                  B-1
          B.3     6801 INSTRUCTION SET                               B-1
          B.3.1     Inherent Instructions                            B-2
          B.3.2     Branch Instructions                              B-2
          B.3.3     Single Operand Instructions                      B-3
          B.3.4     Double Operand Instructions                      B-4
          B.3.5     Jump and Jump to Subroutine Instructions         B-5
          B.3.6     Long Register Instructions                       B-5
          B.3.7     6303 Specific Instructions                       B-5

        APPENDIX C  AS6804 ASSEMBLER                                 C-1
          C.1     6804 REGISTER SET                                  C-1
          C.2     6804 INSTRUCTION SET                               C-1
          C.2.1     Inherent Instructions                            C-2
          C.2.2     Branch Instructions                              C-2
          C.2.3     Single Operand Instructions                      C-2
          C.2.4     Jump and Jump to Subroutine Instructions         C-2
          C.2.5     Bit Test Instructions                            C-2
          C.2.6     Load Immediate data Instruction                  C-3
          C.2.7     6804 Derived Instructions                        C-3

        APPENDIX D  AS6805 ASSEMBLER                                 D-1
          D.1     6805 REGISTER SET                                  D-1
          D.2     6805 INSTRUCTION SET                               D-1
          D.2.1     Control Instructions                             D-2
          D.2.2     Bit Manipulation Instructions                    D-2
          D.2.3     Branch Instructions                              D-2
          D.2.4     Read-Modify-Write Instructions                   D-3
          D.2.5     Register\Memory Instructions                     D-3


                                                                Page iii



          D.2.6     Jump and Jump to Subroutine Instructions         D-4

        APPENDIX E  AS6808 ASSEMBLER                                 E-1
          E.1     68HC08 REGISTER SET                                E-1
          E.2     68HC08 INSTRUCTION SET                             E-1
          E.2.1     Control Instructions                             E-2
          E.2.2     Bit Manipulation Instructions                    E-2
          E.2.3     Branch Instructions                              E-3
          E.2.4     Complex Branch Instructions                      E-3
          E.2.5     Read-Modify-Write Instructions                   E-4
          E.2.6     Register\Memory Instructions                     E-5
          E.2.7     Double Operand Move Instruction                  E-5
          E.2.8     16-Bit <H:X> Index Register Instructions         E-5
          E.2.9     Jump and Jump to Subroutine Instructions         E-5

        APPENDIX F  AS6809 ASSEMBLER                                 F-1
          F.1     6809 REGISTER SET                                  F-1
          F.2     6809 INSTRUCTION SET                               F-1
          F.2.1     Inherent Instructions                            F-3
          F.2.2     Short Branch Instructions                        F-3
          F.2.3     Long Branch Instructions                         F-3
          F.2.4     Single Operand Instructions                      F-4
          F.2.5     Double Operand Instructions                      F-5
          F.2.6     D-register Instructions                          F-5
          F.2.7     Index/Stack Register Instructions                F-5
          F.2.8     Jump and Jump to Subroutine Instructions         F-6
          F.2.9     Register - Register Instructions                 F-6
          F.2.10    Condition Code Register Instructions             F-6
          F.2.11    6800 Compatibility Instructions                  F-6

        APPENDIX G  AS6811 ASSEMBLER                                 G-1
          G.1     68HC11 REGISTER SET                                G-1
          G.2     68HC11 INSTRUCTION SET                             G-1
          G.2.1     Inherent Instructions                            G-2
          G.2.2     Branch Instructions                              G-2
          G.2.3     Single Operand Instructions                      G-3
          G.2.4     Double Operand Instructions                      G-4
          G.2.5     Bit Manupulation Instructions                    G-4
          G.2.6     Jump and Jump to Subroutine Instructions         G-5
          G.2.7     Long Register Instructions                       G-5

        APPENDIX H  AS6812 ASSEMBLER                                 H-1
          H.1     68HC12 REGISTER SET                                H-1
          H.2     68HC12 INSTRUCTION SET                             H-1
          H.2.1     Inherent Instructions                            H-3
          H.2.2     Short Branch Instructions                        H-3
          H.2.3     Long Branch Instructions                         H-3
          H.2.4     Branch on Decrement, Test, or Increment          H-4
          H.2.5     Bit Clear and Set Instructions                   H-4
          H.2.6     Branch on Bit Clear or Set                       H-4
          H.2.7     Single Operand Instructions                      H-5
          H.2.8     Double Operand Instructions                      H-6


                                                                 Page iv



          H.2.9     Move Instructions                                H-6
          H.2.10    D-register Instructions                          H-6
          H.2.11    Index/Stack Register Instructions                H-7
          H.2.12    Jump and Jump/Call to Subroutine
                    Instructions                                     H-7
          H.2.13    Other Special Instructions                       H-7
          H.2.14    Register - Register Instructions                 H-7
          H.2.15    Condition Code Register Instructions             H-7
          H.2.16    M68HC11 Compatibility Mode Instructions          H-8

        APPENDIX I  AS6816 ASSEMBLER                                 I-1
          I.1     68HC16 REGISTER SET                                I-1
          I.2     68HC16 INSTRUCTION SET                             I-1
          I.2.1     Inherent Instructions                            I-2
          I.2.2     Push/Pull Multiple Register Instructions         I-3
          I.2.3     Short Branch Instructions                        I-3
          I.2.4     Long Branch Instructions                         I-3
          I.2.5     Bit Manipulation Instructions                    I-3
          I.2.6     Single Operand Instructions                      I-4
          I.2.7     Double Operand Instructions                      I-5
          I.2.8     Index/Stack Register Instructions                I-5
          I.2.9     Jump and Jump to Subroutine Instructions         I-6
          I.2.10    Condition Code Register Instructions             I-6
          I.2.11    Multiply and Accumulate Instructions             I-6

        APPENDIX J  ASH8 ASSEMBLER                                   J-1
          J.1     H8/3XX REGISTER SET                                J-1
          J.2     H8/3XX INSTRUCTION SET                             J-1
          J.2.1     Inherent Instructions                            J-2
          J.2.2     Branch Instructions                              J-2
          J.2.3     Single Operand Instructions                      J-3
          J.2.4     Double Operand Instructions                      J-4
          J.2.5     Mov Instructions                                 J-5
          J.2.6     Bit Manipulation Instructions                    J-6
          J.2.7     Extended Bit Manipulation Instructions           J-7
          J.2.8     Condition Code Instructions                      J-7
          J.2.9     Other Instructions                               J-8
          J.2.10    Jump and Jump to Subroutine Instructions         J-8

        APPENDIX K  AS8051 ASSEMBLER                                 K-1
          K.1     ACKNOWLEDGMENT                                     K-1
          K.2     8051 REGISTER SET                                  K-1
          K.3     8051 INSTRUCTION SET                               K-2
          K.3.1     Inherent Instructions                            K-2
          K.3.2     Move Instructions                                K-3
          K.3.3     Single Operand Instructions                      K-3
          K.3.4     Two Operand Instructions                         K-4
          K.3.5     Call and Return Instructions                     K-4
          K.3.6     Jump Instructions                                K-4
          K.3.7     Predefined Symbols:  SFR Map                     K-5
          K.3.8     Predefined Symbols:  SFR Bit Addresses           K-6
          K.3.9     Predefined Symbols:  Control Bits                K-7


                                                                  Page v



        APPENDIX L  AS8085 ASSEMBLER                                 L-1
          L.1     8085 REGISTER SET                                  L-1
          L.2     8085 INSTRUCTION SET                               L-1
          L.2.1     Inherent Instructions                            L-2
          L.2.2     Register/Memory/Immediate Instructions           L-2
          L.2.3     Call and Return Instructions                     L-2
          L.2.4     Jump Instructions                                L-2
          L.2.5     Input/Output/Reset Instructions                  L-3
          L.2.6     Move Instructions                                L-3
          L.2.7     Other Instructions                               L-3

        APPENDIX M  ASZ80 ASSEMBLER                                  M-1
          M.1     .hd64 DIRECTIVE                                    M-1
          M.2     Z80 REGISTER SET AND CONDITIONS                    M-1
          M.3     Z80 INSTRUCTION SET                                M-2
          M.3.1     Inherent Instructions                            M-3
          M.3.2     Implicit Operand Instructions                    M-3
          M.3.3     Load Instruction                                 M-4
          M.3.4     Call/Return Instructions                         M-4
          M.3.5     Jump and Jump to Subroutine Instructions         M-4
          M.3.6     Bit Manipulation Instructions                    M-5
          M.3.7     Interrupt Mode and Reset Instructions            M-5
          M.3.8     Input and Output Instructions                    M-5
          M.3.9     Register Pair Instructions                       M-5
          M.3.10    HD64180 Specific Instructions                    M-6

        APPENDIX N  AS6500 ASSEMBLER                                 N-1
          N.1     ACKNOWLEDGMENT                                     N-1
          N.2     6500 REGISTER SET                                  N-2
          N.3     6500 INSTRUCTION SET                               N-2
          N.3.1     Processor Specific Directives                    N-3
          N.3.2     65xx Core Inherent Instructions                  N-3
          N.3.3     65xx Core Branch Instructions                    N-3
          N.3.4     65xx Core Single Operand Instructions            N-3
          N.3.5     65xx Core Double Operand Instructions            N-4
          N.3.6     65xx Core Jump and Jump to Subroutine
                    Instructions                                     N-4
          N.3.7     65xx Core Miscellaneous X and Y Register
                    Instructions                                     N-4
          N.3.8     65F11 and 65F12 Specific Instructions            N-5
          N.3.9     65C00/21 and 65C29 Specific Instructions         N-5
          N.3.10    65C02, 65C102, and 65C112 Specific
                    Instructions                                     N-6














                                    CHAPTER 1

                                  THE ASSEMBLER





        1.1  THE ASXXXX ASSEMBLERS


           The  ASxxxx  assemblers are a series of microprocessor assem-
        blers written in the C programming language.  Each assembler has
        a device specific section which includes:

             1.  device  description, byte order, and file extension in-
                 formation

             2.  a  table  of  the assembler general directives, special
                 device directives, assembler mnemonics  and  associated
                 operation codes

             3.  machine specific code for processing the device mnemon-
                 ics, addressing modes, and special directives

        The device specific information is detailed in the appendices.

           The assemblers have a common device independent section which
        handles the details of file input/output, symbol  table  genera-
        tion,  program/data  areas,  expression  analysis, and assembler
        directive processing.

        The assemblers provide the following features:

             1.  Command string control of assembly functions

             2.  Alphabetized, formatted symbol table listing

             3.  Relocatable object modules

             4.  Global symbols for linking object modules

             5.  Conditional assembly directives



        THE ASSEMBLER                                           PAGE 1-2
        THE ASXXXX ASSEMBLERS


             6.  Program sectioning directives


           ASxxxx assembles one or more source files into a single relo-
        catable ascii object file.  The output of the ASxxxx  assemblers
        consists of an ascii relocatable object file(*.rel), an assembly
        listing file(*.lst), and a symbol file(*.sym).


        1.1.1  Assembly Pass 1


           During  pass  1, ASxxxx opens all source files and performs a
        rudimenatry assembly of each source statement.  During this pro-
        cess  all symbol tables are built, program sections defined, and
        number of bytes for each assembled source line is estimated.

           At the end of pass 1 all undefined symbols may be made global
        (external) using the ASxxxx switch -g, otherwise undefined  sym-
        bols will be flagged as errors during succeeding passes.


        1.1.2  Assembly Pass 2


           During  pass  2  the ASxxxx assembler resolves forward refer-
        ences and determines the number  of  bytes  for  each  assembled
        line.   The  number  of bytes used by a particular assembler in-
        struction may depend upon the addressing mode, whether  the  in-
        struction allows multiple forms based upon the relative distance
        to the addressed location, or other factors.   Pass  2  resolves
        these cases and determines the address of all symbols.


        1.1.3  Assembly Pass 3


           Pass 3 by the assembler generates the listing file, the relo-
        catable output file, and the symbol tables.  Also during pass  3
        the errors will be reported.

           The  relocatable object file is an ascii file containing sym-
        bol references and definitions, program  area  definitions,  and
        the  relocatable assembled code, the linker ASLINK will use this
        information to generate an absolute load file (Motorola or Intel
        formats).




        THE ASSEMBLER                                           PAGE 1-3
        SOURCE PROGRAM FORMAT


        1.2  SOURCE PROGRAM FORMAT



        1.2.1  Statement Format


           A source program is composed of assembly-language statements.
        Each statement must be completed on one line.  A line  may  con-
        tain a maximum of 128 characters, longer lines are truncated and
        lost.

           An  ASxxxx  assembler  statement  may  have  as  many as four
        fields.  These fields are identified by their order  within  the
        statement  and/or  by separating characters between fields.  The
        general format of the ASxxxx statement is:

              [label:]  Operator        Operand         [;Comment(s)]

           The  label and comment fields are optional.  The operator and
        operand fields are interdependent.  The operator field may be an
        assembler  directive or an assembly mnemonic.  The operand field
        may be optional or required as defined in  the  context  of  the
        operator.

           ASxxxx  interprets  and  processes source statements one at a
        time.  Each statement causes a particular operation to  be  per-
        formed.


        1.2.1.1  Label Field  -

           A  label is a user-defined symbol which is assigned the value
        of the current location counter and entered into  the  user  de-
        fined  symbol  table.   The  current location counter is used by
        ASxxxx to assign memory addresses to the source  program  state-
        ments as they are encountered during the assembly process.  Thus
        a label is a means  of  symbolically  referring  to  a  specific
        statement.

           When  a program section is absolute, the value of the current
        location counter is absolute;  its value references an  absolute
        memory  address.   Similarly, when a program section is relocat-
        able, the value of the current location counter is  relocatable.
        A  relocation  bias  calculated at link time is added to the ap-
        parent value of the current location counter  to  establish  its
        effective  absolute  address  at  execution time.  (The user can
        also force the linker to relocate sections defined as  absolute.
        This may be required under special circumstances.)

           If  present,  a  label  must  be  the first field in a source
        statement and must be terminated by a colon (:).   For  example,


        THE ASSEMBLER                                           PAGE 1-4
        SOURCE PROGRAM FORMAT


        if  the  value  of  the  current  location  counter  is absolute
        01F0(H), the statement:

              abcd:     nop

        assigns  the  value  01F0(H) to the label abcd.  If the location
        counter value were relocatable, the final value of abcd would be
        01F0(H)+K, where K represents the relocation bias of the program
        section, as calculated by the linker at link time.

           More  than  one label may appear within a single label field.
        Each label so specified is assigned the same address value.  For
        example,  if  the  value  of  the  current  location  counter is
        1FF0(H), the multiple labels in the following statement are each
        assigned the value 1FF0(H):

              abcd:     aq:     $abc:   nop

           Multiple labels may also appear on successive lines.  For ex-
        ample, the statements

              abcd:
              aq:
              $abc:     nop

        likewise  cause  the  same value to be assigned to all three la-
        bels.

           A  double  colon  (::)  defines the label as a global symbol.
        For example, the statement

              abcd::    nop

        establishes the label abcd as a global symbol.  The distinguish-
        ing attribute of a global symbol is that it  can  be  referenced
        from  within an object module other than the module in which the
        symbol is defined.  References to this label  in  other  modules
        are  resolved when the modules are linked as a composite execut-
        able image.

        The legal characters for defining labels are:

                A through Z
                a through z
                0 through 9
                . (Period)
                $ (Dollar sign)
                _ (underscore)

           A  label  may  be  any  length,  however  only  the  first 79
        characters are significant and, therefore must be  unique  among
        all   labels  in  the  source  program  (not  necessarily  among


        THE ASSEMBLER                                           PAGE 1-5
        SOURCE PROGRAM FORMAT


        separately compiled modules).  An error code(s) (m or p) will be
        generated  in the assembly listing if the first 79 characters in
        two or more labels are the same.  The m code is  caused  by  the
        redeclaration  of  the symbol or its reference by another state-
        ment.  The p code is generated because the symbols  location  is
        changing on each pass through the source file.

           The  label  must  not  start with the characters 0-9, as this
        designates a local symbol with special attributes described in a
        later section.

           The  label  must  not  start  with  the  sequence $$, as this
        represents the temporary radix 16 for constants.


        1.2.1.2  Operator Field  -

           The  operator field specifies the action to be performed.  It
        may consist of an instruction mnemonic (op code) or an assembler
        directive.

           When  the  operator is an instruction mnemonic, a machine in-
        struction is generated and the assembler evaluates the addresses
        of  the operands which follow.  When the operator is a directive
        ASxxxx performs certain control actions or processing operations
        during assembly of the source program.

           Leading  and  trailing  spaces  or tabs in the operator field
        have no significance;  such characters serve  only  to  separate
        the operator field from the preceeding and following fields.

           An operator is terminated by a space, tab or end of line.


        1.2.1.3  Operand Field  -

           When  the  operator is an instruction mnemonic (op code), the
        operand  field  contains  program  variables  that  are  to   be
        evaluated/manipulated by the operator.

           Operands  may  be  expressions  or  symbols, depending on the
        operator.  Multiple expressions used in the operand  fields  may
        be  separated  by a comma.  An operand should be preceeded by an
        operator field;  if it is not, the statement will give an  error
        (q  or  o).   All  operands  following instruction mnemonics are
        treated as expressions.

           The operand field is terminated by a semicolon when the field
        is followed  by  a  comment.   For  example,  in  the  following
        statement:

              label:    lda     abcd,x          ;Comment field


        THE ASSEMBLER                                           PAGE 1-6
        SOURCE PROGRAM FORMAT



        the  tab  between lda and abcd terminates the operator field and
        defines the beginning of the operand field;  a  comma  separates
        the operands abcd and x;  and a semicolon terminates the operand
        field and defines the beginning of the comment field.   When  no
        comment  field  follows,  the operand field is terminated by the
        end of the source line.


        1.2.1.4  Comment Field  -

           The comment field begins with a semicolon and extends through
        the end of the line.  This field is optional and may contain any
        7-bit ascii character except null.

           Comments  do not affect assembly processing or program execu-
        tion.


        1.3  SYMBOLS AND EXPRESSIONS


           This  section  describes the generic components of the ASxxxx
        assemblers:  the character set, the conventions observed in con-
        structing  symbols,  and  the use of numbers, operators, and ex-
        pressions.


        1.3.1  Character Set


           The following characters are legal in ASxxxx source programs:

             1.  The  letters  A  through Z.  Both upper- and lower-case
                 letters are acceptable.  The  assemblers,  by  default,
                 are  not  case  sensitive,  i.e.  ABCD and abcd are the
                 same symbols.  (The assemblers can be made case  sensi-
                 tive by using the -z command line option.)

             2.  The digits 0 through 9

             3.  The  characters . (period), $ (dollar sign), and _ (un-
                 derscore).

             4.  The special characters listed in Tables 1 through 6.


           Tables  1  through  6  describe  the various ASxxxx label and
        field terminators, assignment operators, operand separators, as-
        sembly, unary, binary, and radix operators.


        THE ASSEMBLER                                           PAGE 1-7
        SYMBOLS AND EXPRESSIONS


        Table 1         Label Terminators and Assignment Operators
        ----------------------------------------------------------------

                :   Colon               Label terminator.

                ::  Double colon        Label  Terminator;   defines the
                                        label as a global label.

                =   Equal sign          Direct assignment operator.

                ==  Double equal        Direct assignment operator;
                    sign                defines  the  symbol as a global
                                        symbol.

        ----------------------------------------------------------------





        Table 2         Field Terminators and Operand Separators
        ----------------------------------------------------------------

                    Tab                 Item or field terminator.

                    Space               Item or field terminator.

                ,   Comma               Operand field separator.

                ;   Semicolon           Comment field indicator.

        ----------------------------------------------------------------





        Table 3         Assembler Operators
        ----------------------------------------------------------------

                #   Number sign         Immediate expression indicator.

                .   Period              Current location counter.

                (   Left parenthesis    Expression delimiter.

                )   Right parenthesis   Expression delimeter.

        ----------------------------------------------------------------


        THE ASSEMBLER                                           PAGE 1-8
        SYMBOLS AND EXPRESSIONS







        Table 4         Unary Operators
        ----------------------------------------------------------------

                <   Left bracket        <FEDC   Produces  the lower byte
                                                value of the expression.
                                                (DC)

                >   Right bracket       >FEDC   Produces  the upper byte
                                                value of the expression.
                                                (FE)

                +   Plus sign           +A      Positive value of A

                -   Minus sign          -A      Produces   the  negative
                                                (2's complement) of A.

                ~   Tilde               ~A      Produces the 1's comple-
                                                ment of A.

                '   Single quote        'D      Produces  the  value  of
                                                the character D.

                "   Double quote        "AB     Produces the double byte
                                                value for AB.

                \   Backslash           '\n     Unix style characters
                                                \b, \f, \n, \r, \t
                                     or '\001   or octal byte values.

        ----------------------------------------------------------------







        THE ASSEMBLER                                           PAGE 1-9
        SYMBOLS AND EXPRESSIONS


        Table 5         Binary Operators
        ----------------------------------------------------------------

                <<  Double          0800 << 4   Produces the 4 bit
                    Left bracket                left-shifted   value  of
                                                0800.  (8000)

                >>  Double          0800 >> 4   Produces the 4 bit
                    Right bracket               right-shifted  value  of
                                                0800.  (0080)

                +   Plus sign       A + B       Arithmetic      Addition
                                                operator.

                -   Minus sign      A - B       Arithmetic   Subtraction
                                                operator.

                *   Asterisk        A * B       Arithmetic   Multiplica-
                                                tion operator.   (signed
                                                16-bit)

                /   Slash           A / B       Arithmetic      Division
                                                operator.        (signed
                                                16-bit quotient)

                &   Ampersand       A & B       Logical AND operator.

                |   Bar             A | B       Logical OR operator.

                %   Percent sign    A % B       Modulus operator.
                                                (16-bit value)

                ^   Up arrow or     A ^ B       EXCLUSIVE OR operator.
                    circumflex

        ----------------------------------------------------------------







        THE ASSEMBLER                                          PAGE 1-10
        SYMBOLS AND EXPRESSIONS


        Table 6         Temporary Radix Operators
        ----------------------------------------------------------------

                $%,   0b, 0B            Binary radix operator.

                $&,   0o, 0O, 0q, 0Q    Octal radix operator.

                $#,   0d, 0D            Decimal radix operator.

                $$,   0h, 0H, 0x, 0X    Hexidecimal radix operator.


                Potential  ambiguities arising from the use of 0b and 0d
                as temporary radix operators may be circumvented by pre-
                ceding  all  non-prefixed  hexidecimal  numbers with 00.
                Leading 0's are required in any  case  where  the  first
                hexidecimal  digit is abcdef as the assembler will treat
                the letter sequence as a label.

        ----------------------------------------------------------------







        1.3.2  User-Defined Symbols


           User-defined  symbols are those symbols that are equated to a
        specific value through a direct assignment statement  or  appear
        as  labels.  These symbols are added to the User Symbol Table as
        they are encountered during assembly.

        The following rules govern the creation of user-defined symbols:

             1.  Symbols  can  be  composed  of alphanumeric characters,
                 dollar signs ($),  periods  (.),  and  underscores  (_)
                 only.

             2.  The  first  character  of a symbol must not be a number
                 (except in the case of local symbols).

             3.  The  first 79 characters of a symbol must be unique.  A
                 symbol  can  be  written  with  more  than   79   legal
                 characters,  but the 80th and subsequent characters are
                 ignored.

             4.  Spaces and Tabs must not be embedded within a symbol.




        THE ASSEMBLER                                          PAGE 1-11
        SYMBOLS AND EXPRESSIONS


        1.3.3  Local Symbols


           Local  symbols are specially formatted symbols used as labels
        within a block of coding that has been delimited as a local sym-
        bol  block.   Local  symbols  are  of  the form n$, where n is a
        decimal integer from 0 to 255,  inclusive.   Examples  of  local
        symbols are:

              1$
              27$
              138$
              244$

           The  range  of  a local symbol block consists of those state-
        ments between two normally constructed  symbolic  labels.   Note
        that a statement of the form:

              ALPHA = EXPRESSION

        is a direct assignment statement but does not create a label and
        thus does not delimit the range of a local symbol block.

           Note that the range of a local symbol block may extend across
        program areas.

           Local symbols provide a convenient means of generating labels
        for branch instructions and other such references  within  local
        symbol  blocks.   Using local symbols reduces the possibility of
        symbols with multiple definitions appearing within a  user  pro-
        gram.   In  addition,  the  use  of local symbols differentiates
        entry-point labels from local labels, since local labels  cannot
        be referenced from outside their respective local symbol blocks.
        Thus, local symbols of the same name can appear in  other  local
        symbol blocks without conflict.  Local symbols require less sym-
        bol table space than normal symbols.  Their use is recommended.

           The  use of the same local symbol within a local symbol block
        will generate one or both of the m or p errors.


        THE ASSEMBLER                                          PAGE 1-12
        SYMBOLS AND EXPRESSIONS


        Example of local symbols:

                a:      ldx     #atable ;get table address
                        lda     #0d48   ;table length
                1$:     clr     ,x+     ;clear
                        deca
                        bne     1$

                b:      ldx     #btable ;get table address
                        lda     #0d48   ;table length
                1$:     clr     ,x+     ;clear
                        deca
                        bne     1$


        1.3.4  Current Location Counter


           The  period  (.) is the symbol for the current location coun-
        ter.  When used in the operand  field  of  an  instruction,  the
        period   represents  the  address  of  the  first  byte  of  the
        instruction:

                AS:     ldx     #.      ;The period (.) refers to
                                        ;the address of the ldx
                                        ;instruction.

           When  used  in  the  operand field of an ASxxxx directive, it
        represents the address of the current byte or word:

                QK = 0

                .word   0xFFFE,.+4,QK   ;The operand .+4 in the .word
                                        ;directive represents a value
                                        ;stored in the second of the
                                        ;three words during assembly.

           If  we  assume  the  current  value of the program counter is
        0H0200, then during assembly, ASxxxx  reserves  three  words  of
        storage  starting  at  location 0H0200.  The first value, a hex-
        idecimal constant FFFE, will be stored at location 0H0200.   The
        second  value  represented  by  .+4  will  be stored at location
        0H0202, its value will be 0H0206 ( = 0H0202  +  4).   The  third
        value  defined  by  the  symbol  QK  will  be placed at location
        0H0204.

           At the beginning of each assembly pass, ASxxxx resets the lo-
        cation counter.  Normally, consecutive memory locations are  as-
        signed  to  each  byte  of  object code generated.  However, the
        value of the location counter can be changed  through  a  direct
        assignment statement of the following form:



        THE ASSEMBLER                                          PAGE 1-13
        SYMBOLS AND EXPRESSIONS


              . = . + expression


           The  new  location  counter can only be specified relative to
        the current location counter.  Neglecting to specify the current
        program  counter  along with the expression on the right side of
        the assignment operator will generate the (.) error.   (Absolute
        program areas may use the .org directive to specify the absolute
        location of the current program counter.)

        The following coding illustrates the use of the current location
        counter:

                .area   CODE1   (ABS)   ;program area CODE1
                                        ;is ABSOLUTE

                .org    0H100           ;set location to
                                        ;0H100 absolute

        num1:   ldx     #.+0H10         ;The label num1 has
                                        ;the value 0H100.
                                        ;X is loaded with
                                        ;0H100 + 0H10

                .org    0H130           ;location counter
                                        ;set to 0H130

        num2:   ldy     #.              ;The label num2 has
                                        ;the value 0H130.
                                        ;Y is loaded with
                                        ;value 0H130.


                .area   CODE2   (REL)   ;program area CODE2
                                        ;is RELOCATABLE

                . = . + 0H20            ;Set location counter
                                        ;to relocatable 0H20 of
                                        ;the program section.

        num3:   .word   0               ;The label num3 has
                                        ;the value
                                        ;of relocatable 0H20.

                . = . + 0H40            ;will reserve 0H40
                                        ;bytes of storage as will
                .blkb   0H40            ;or
                .blkw   0H20

           The  .blkb  and .blkw directives are the preferred methods of
        allocating space.



        THE ASSEMBLER                                          PAGE 1-14
        SYMBOLS AND EXPRESSIONS


        1.3.5  Numbers


           ASxxxx  assumes that all numbers in the source program are to
        be interpreted in decimal radix unless otherwise specified.  The
        .radix  directive  may  be used to specify the default as octal,
        decimal, or hexidecimal.  Individual numbers can  be  designated
        as  binary, octal, decimal, or hexidecimal through the temporary
        radix prefixes shown in table 6.

           Negative  numbers  must be preceeded by a minus sign;  ASxxxx
        translates such numbers into two's  complement  form.   Positive
        numbers may (but need not) be preceeded by a plus sign.

           Numbers are always considered to be absolute values, therefor
        they are never relocatable.


        1.3.6  Terms


           A  term is a component of an expression and may be one of the
        following:


             1.  A number.

             2.  A symbol:
                 1.  A  period (.) specified in an expression causes the
                     current location counter to be used.
                 2.  A User-defined symbol.
                 3.  An undefined symbol is assigned a value of zero and
                     inserted in the User-Defined symbol table as an un-
                     defined symbol.

             3.  A single quote followed by a single ascii character, or
                 a double quote followed by two ascii characters.

             4.  An  expression enclosed in parenthesis.  Any expression
                 so enclosed is evaluated and reduced to a  single  term
                 before  the remainder of the expression in which it ap-
                 pears is evaluated.  Parenthesis, for example,  may  be
                 used  to  alter the left-to-right evaluation of expres-
                 sions, (as in A*B+C versus A*(B+C)), or to apply a  un-
                 ary operator to an entire expression (as in -(A+B)).

             5.  A unary operator followed by a symbol or number.





        THE ASSEMBLER                                          PAGE 1-15
        SYMBOLS AND EXPRESSIONS


        1.3.7  Expressions


           Expressions  are  combinations  of  terms  joined together by
        binary operators.  Expressions reduce to a  16-bit  value.   The
        evaluation  of  an  expression includes the determination of its
        attributes.  A resultant expression value may be  one  of  three
        types  (as  described  later in this section):  relocatable, ab-
        solute, and external.

        Expressions are evaluate with an operand hierarchy as follows:

                *       /       %       multiplication,
                                        division, and
                                        modulus first.

                +       -               addition and
                                        subtraction second.

                <<      >>              left shift and
                                        right shift third.

                ^                       exclusive or fourth.

                &                       logical and fifth.

                |                       logical or last

                except that unary operators take precedence over binary
                operators.


           A  missing  or  illegal  operator  terminates  the expression
        analysis, causing error codes (o) and/or  (q)  to  be  generated
        depending upon the context of the expression itself.

           At assembly time the value of an external (global) expression
        is equal to the value of the absolute part of  that  expression.
        For  example,  the expression external+4, where 'external' is an
        external symbol, has the value of 4.  This expression,  however,
        when  evaluated  at link time takes on the resolved value of the
        symbol 'external', plus 4.

           Expressions,  when  evaluated  by  ASxxxx,  are  one of three
        types:  relocatable, absolute, or external.  The following  dis-
        tinctions are important:

             1.  An  expression is relocatable if its value is fixed re-
                 lative to the base address of the program area in which
                 it appears;  it will have an offset value added at link
                 time.  Terms that contain labels defined in relocatable
                 program   areas   will   have   a   relocatable  value;


        THE ASSEMBLER                                          PAGE 1-16
        SYMBOLS AND EXPRESSIONS


                 similarly, a period (.) in a relocatable program  area,
                 representing  the value of the current program location
                 counter, will also have a relocatable value.

             2.  An  expression  is  absolute if its value is fixed.  An
                 expression whose terms are numbers and ascii characters
                 will  reduce  to  an absolute value.  A relocatable ex-
                 pression or term minus a relocatable term,  where  both
                 elements  being  evaluated  belong  to the same program
                 area, is an absolute expression.  This is because every
                 term  in  a  program area has the same relocation bias.
                 When one term is subtracted from the other the  reloca-
                 tion bias is zero.

             3.  An  expression is external (or global) if it contains a
                 single global reference (plus or minus an absolute  ex-
                 pression  value) that is not defined within the current
                 program.  Thus, an external  expression  is  only  par-
                 tially  defined following assembly and must be resolved
                 at link time.



        1.4  GENERAL ASSEMBLER DIRECTIVES


           An  ASxxxx  directive  is placed in the operator field of the
        source line.  Only one directive is  allowed  per  source  line.
        Each  directive  may  have  a blank operand field or one or more
        operands.  Legal operands differ with each directive.


        1.4.1  .module Directive

        Format:

                .module string

           The .module directive causes the string to be included in the
        assemblers output file as an identifier for this particular  ob-
        ject  module.   The  string  may  be  from 1 to 79 characters in
        length.  Only one identifier is allowed  per  assembled  module.
        The  main use of this directive is to allow the linker to report
        a modules' use of undefined symbols.  At link time all undefined
        symbols  are  reported  and  the  modules  referencing  them are
        listed.




        THE ASSEMBLER                                          PAGE 1-17
        GENERAL ASSEMBLER DIRECTIVES


        1.4.2  .title Directive

        Format:

                .title  string

           The .title directive provides a character string to be placed
        on the second line of each page during listing.


        1.4.3  .sbttl Directive

        Format:

                .sbttl  string

           The .sbttl directive provides a character string to be placed
        on the third line of each page during listing.


        1.4.4  .page Directive

        Format:

                .page

           The .page directive causes a page ejection with a new heading
        to be printed.  The new page occurs after the next line  of  the
        source  program is processed, this allows an immediately follow-
        ing .sbttl directive to appear  on  the  new  page.   The  .page
        source  line will not appear in the file listing.  Paging may be
        disabled by invoking the -p directive.


        1.4.5  .byte and .db Directives

        Format:

                .byte   exp             ;Stores the binary value
                .db     exp             ;of the expression in the
                                        ;next byte.

                .byte   exp1,exp2,expn  ;Stores the binary values
                .db     exp1,exp2,expn  ;of the list of expressions
                                        ;in successive bytes.

        where:  exp,    represent expressions that will be
                exp1,   truncated to 8-bits of data.
                .       Each expression will be calculated
                .       as a 16-bit word expression,
                .       the high-order byte will be truncated.
                .       Multiple expressions must be


        THE ASSEMBLER                                          PAGE 1-18
        GENERAL ASSEMBLER DIRECTIVES


                expn    separated by commas.

           The  .byte  or .db directives are used to generate successive
        bytes of binary data in the object module.


        1.4.6  .word and .dw Directives

        Format:

                .word   exp             ;Stores the binary value
                .dw     exp             ;of the expression in
                                        ;the next word.

                .word   exp1,exp2,expn  ;Stores the binary values
                .dw     exp1,exp2,expn  ;of the list of expressions
                                        ;in successive words.

        where:  exp,    represent expressions that will occupy two
                exp1,   bytes of data. Each expression will be
                .       calculated as a 16-bit word expression.
                .       Multiple expressions must be
                expn    separated by commas.

           The  .word  or .dw directives are used to generate successive
        words of binary data in the object module.


        1.4.7  .blkb, .blkw, and .ds Directives

        Format:

                .blkb   N       ;reserve N bytes of space
                .blkw   N       ;reserve N words of space
                .ds     N       ;reserve N bytes of space

           The  .blkb  and .ds directives reserve byte blocks in the ob-
        ject module;  the .blkw directive reserves word blocks.


        1.4.8  .ascii Directive

        Format:

                .ascii  /string/

        where:  string  is a string of printable ascii characters.

                /  /    represent   the  delimiting  characters.   These
                        delimiters   may   be   any   paired    printing
                        characters,  as  long  as the characters are not
                        contained within  the  string  itself.   If  the


        THE ASSEMBLER                                          PAGE 1-19
        GENERAL ASSEMBLER DIRECTIVES


                        delimiting  characters  do not match, the .ascii
                        directive will give the (q) error.

        The  .ascii  directive  places  one binary byte of data for each
        character in the string into the object module.


        1.4.9  .ascis Directive

        Format:

                .ascis  /string/

        where:  string  is a string of printable ascii characters.

                /  /    represent   the  delimiting  characters.   These
                        delimiters   may   be   any   paired    printing
                        characters,  as  long  as the characters are not
                        contained within  the  string  itself.   If  the
                        delimiting  characters  do not match, the .ascis
                        directive will give the (q) error.

        The  .ascis  directive  places  one binary byte of data for each
        character in the  string  into  the  object  module.   The  last
        character in the string will have the high order bit set.


        1.4.10  .asciz Directive

        Format:

                .asciz  /string/

        where:  string  is a string of printable ascii characters.

                /  /    represent   the  delimiting  characters.   These
                        delimiters   may   be   any   paired    printing
                        characters,  as  long  as the characters are not
                        contained within  the  string  itself.   If  the
                        delimiting  characters  do not match, the .asciz
                        directive will give the (q) error.

        The  .asciz  directive  places  one binary byte of data for each
        character in the string into the object module.   Following  all
        the  character  data  a  zero  byte is inserted to terminate the
        character string.




        THE ASSEMBLER                                          PAGE 1-20
        GENERAL ASSEMBLER DIRECTIVES


        1.4.11  .radix Directive

        Format:

                .radix  character

        where:  character  represents  a single character specifying the
                        default radix to be used for succeeding numbers.
                        The character may be any one of the following:

                        B,b     Binary

                        O,o     Octal
                        Q,q

                        D,d     Decimal
                        'blank'

                        H,h     Hexidecimal
                        X,x


        1.4.12  .even Directive

        Format:

                .even

           The .even directive ensures that the current location counter
        contains an even boundary value by adding 1 if the current loca-
        tion is odd.


        1.4.13  .odd Directive

        Format:

                .odd

           The  .odd directive ensures that the current location counter
        contains an odd boundary value by adding one if the current  lo-
        cation is even.




        THE ASSEMBLER                                          PAGE 1-21
        GENERAL ASSEMBLER DIRECTIVES


        1.4.14  .area Directive

        Format:

                .area   name    [(options)]

        where:  name    represents the symbolic name of the program sec-
                        tion.   This  name  may  be  the  same  as   any
                        user-defined  symbol  as  the area names are in-
                        dependent of all symbols and labels.

                options specify the type of program or data area:
                        ABS     absolute
                        REL     relocatable
                        OVR     overlay
                        CON     concatenate
                        PAG     paged area


           The .area directive provides a means of defining and separat-
        ing multiple programming and data sections.   The  name  is  the
        area  label used by the assembler and the linker to collect code
        from various separately assembled modules into one section.  The
        name may be from 1 to 79 characters in length.

           The options are specified within parenthesis and separated by
        commas as shown in the following example:

                .area  TEST  (REL,CON)  ;This section is relocatable
                                        ;and concatenated with other
                                        ;sections of this program area.

                .area  DATA  (REL,OVR)  ;This section is relocatable
                                        ;and overlays other sections
                                        ;of this program area.

                .area  SYS   (ABS,OVR)  ;This section is defined as
                                        ;absolute and overlays other
                                        ;sections of this program area.

                .area  PAGE  (PAG)      ;This is a paged section. The
                                        ;section must be on a 256 byte
                                        ;boundary and its length is
                                        ;checked by the linker to be
                                        ;no larger than 256 bytes.
                                        ;This is useful for direct page
                                        ;areas.



        THE ASSEMBLER                                          PAGE 1-22
        GENERAL ASSEMBLER DIRECTIVES


           The  default  area type is REL|CON;  i.e.  a relocatable sec-
        tion which is concatenated with other sections of code with  the
        same area name.  The ABS option indicates an absolute area.  The
        OVR and CON options indicate if program  sections  of  the  same
        name  will overlay each other (start at the same location) or be
        concatenated with each other (appended to each other).

           Warning: ABS used to automatically invoke OVR and CON was not
        allowed  with ABS.  This  behaviour  has been changed.  Absolute
        sections  need an explicit  OVR flag to be overlayed  with other
        sections of this program area.  Overlapping  absolute areas will
        generate a warning unless OVR is specified.

           Multiple  invocations  of  the  .area directive with the same
        name must specify the same options or leave  the  options  field
        blank,  this  defaults  to  the previously specified options for
        this program area.

        The   ASxxxx   assemblers   automatically  provide  two  program
        sections:

                '.  .ABS.'      This dummy section contains all absolute
                                symbols and their values.

                '_CODE'         This  is  the default program/data area.
                                This program area is of type (REL,CON).

        The  ASxxxx  assemblers  also automatically generate two symbols
        for each program area:

                's_<area>'      This is the starting address of the pro-
                                gram area.

                                indent  -16  'l_<area>'      This is the
                                length of the program area.

        The .area names and options are never case sensitive.


        1.4.15  .org Directive

        Format:

                .org    exp

        where:  exp     is  an absolute expression that becomes the cur-
                        rent location counter.

        The  .org directive is valid only in an absolute program section
        and will give a (q) error if used in a relocatable program area.
        The  .org  directive specifies that the current location counter
        is to become the specified absolute value.




        THE ASSEMBLER                                          PAGE 1-23
        GENERAL ASSEMBLER DIRECTIVES


        1.4.16  .globl Directive

        Format:

                .globl  sym1,sym2,...,symn

        where:  sym1,           represent legal symbolic names. When
                sym2,...        When multiple symbols are specified,
                symn            they are separated by commas.

           A  .globl directive may also have a label field and/or a com-
        ment field.

           The  .globl directive is provided to define (and thus provide
        linkage to) symbols not  otherwise  defined  as  global  symbols
        within  a  module.   In  defining  global  symbols the directive
        .globl J is similar to:

              J == expression or J::

           Because  object  modules  are linked by global symbols, these
        symbols are vital to a program.  All internal symbols  appearing
        within  a  given program must be defined at the end of pass 1 or
        they will be considered undefined.  The assembly directive  (-g)
        can  be  be  invoked to make all undefined symbols global at the
        end of pass 1.


        1.4.17  .if, .else, and .endif Directives

        Format:

                .if     expr
                .                       ;}
                .                       ;} range of true condition
                .                       ;}
                .else
                .                       ;}
                .                       ;} range of false condition
                .                       ;}
                .endif

           The  conditional  assembly directives allow you to include or
        exclude blocks of source code during the assembly process, based
        on the evaluation of the condition test.

           The  range of true condition will be processed if the expres-
        sion 'expr' is not zero (i.e.  true) and the range of false con-
        dition  will  be processed if the expression 'expr' is zero (i.e
        false).  The range of true condition is optional as is the .else
        directive  and  the range of false condition.  The following are
        all valid .if/.else/.endif constructions:


        THE ASSEMBLER                                          PAGE 1-24
        GENERAL ASSEMBLER DIRECTIVES



                .if     A-4             ;evaluate A-4
                .byte   1,2             ;insert bytes if A-4 is
                .endif                  ;not zero

                .if     K+3             ;evaluate K+3
                .else
                .byte   3,4             ;insert bytes if K+3
                .endif                  ;is zero

                .if     J&3             ;evaluate J masked by 3
                .byte   12              ;insert this byte if J&3
                .else                   ;is not zero
                .byte   13              ;insert this byte if J&3
                .endif                  ;is zero


        The .if/.else/.endif directives may be nested upto 10 levels.

           The  .page  directive  is  processed within a false condition
        range to allow extended textual information to  be  incorporated
        in  the  source  program  with  out  the need to use the comment
        delimiter (;):

                .if     0

                .page
                This text will be bypassed during assembly
                but appear in the listing file.
                .
                .
                .

                .endif


        1.4.18  .include Directive

        Format:

                .include        string

        where:  string  represents  a  delimited string that is the file
                        specification of an ASxxxx source file.

           The .include directive is used to insert a source file within
        the source file currently being assembled.  When this  directive
        is encountered, an implicit .page directive is issued.  When the
        end of the specified source file is reached, an  implicit  .page
        directive is issued and input continues from the previous source
        file.  The maximum nesting level of source files specified by  a
        .include directive is five.


        THE ASSEMBLER                                          PAGE 1-25
        GENERAL ASSEMBLER DIRECTIVES


           The  total  number  of separately specified .include files is
        unlimited as each .include file is opened and then closed during
        each pass made by the assembler.


        1.4.19  .setdp Directive

        Format:

                .setdp [base [,area]]

        The  set  direct  page  directive has a common format in all the
        AS68xx assemblers.  The .setdp directive is used to  inform  the
        assembler  of  the current direct page region and the offset ad-
        dress within the selected area.  The normal  invocation  methods
        are:

                .area   DIRECT  (PAG)
                .setdp

                or

                .setdp  0,DIRECT

        for  all  the  68xx microprocessors (the 6804 has only the paged
        ram area).  The commands specify that the direct page is in area
        DIRECT and its offset address is 0 (the only valid value for all
        but the 6809 microprocessor).  Be sure to place the DIRECT  area
        at address 0 during linking.  When the base address and area are
        not specified, then zero and the current area are the  defaults.
        If  a  .setdp directive is not issued the assembler defaults the
        direct page to the area "_CODE" at offset 0.

           The  assembler  verifies  that  any  local variable used in a
        direct variable reference is located in this area.  Local  vari-
        able  and  constant value direct access addresses are checked to
        be within the address range from 0 to 255.

           External direct references are assumed by the assembler to be
        in the correct area and have valid  offsets.   The  linker  will
        check all direct page relocations to verify that they are within
        the correct area.

           The  6809  microprocessor  allows the selection of the direct
        page to be on any 256 byte boundary by loading  the  appropriate
        value  into the dp register.  Typically one would like to select
        the page boundary at link time, one method follows:


        THE ASSEMBLER                                          PAGE 1-26
        GENERAL ASSEMBLER DIRECTIVES


                .area   DIRECT  (PAG)   ; define the direct page
                .setdp
                .
                .
                .
                .area   PROGRAM
                .
                ldd     #DIRECT         ; load the direct page register
                tfr     a,dp            ; for access to the direct page

        At  link  time specify the base and global equates to locate the
        direct page:

                -b DIRECT = 0x1000
                -g DIRECT = 0x1000

        Both  the  area address and offset value must be specified (area
        and variable names are independent).   The  linker  will  verify
        that  the  relocated  direct page accesses are within the direct
        page.
        The  preceeding  sequence  could  be repeated for multiple paged
        areas, however an alternate method is to define a non-paged area
        and use the .setdp directive to specify the offset value:

                .area   DIRECT          ; define non-paged area
                .
                .
                .
                .area   PROGRAM
                .
                .setdp  0,DIRECT        ; direct page area
                ldd     #DIRECT         ; load the direct page register
                tfr     a,dp            ; for access to the direct page
                .
                .
                .setdp  0x100,DIRECT    ; direct page area
                ldd     #DIRECT+0x100   ; load the direct page register
                tfr     a,dp            ; for access to the direct page

        The  linker  will  verify that subsequent direct page references
        are in the specified area and offset address range.  It  is  the
        programmers responsibility to load the dp register with the cor-
        rect page segment  corresponding  to  the  .setdp  base  address
        specified.

           For  those  cases  where a single piece of code must access a
        defined data structure within a direct page and there  are  many
        pages,  define  a  dumby  direct page linked at address 0.  This
        dumby page is used only to define  the  variable  labels.   Then
        load  the dp register with the real base address but donot use a
        .setdp  directive.   This  method  is  equivalent   to   indexed


        THE ASSEMBLER                                          PAGE 1-27
        GENERAL ASSEMBLER DIRECTIVES


        addressing,  where the dp register is the index register and the
        direct addressing is the offset.


        1.5  INVOKING ASXXXX


           The  ASxxxx assemblers are command line oriented.  The PC as-
        semblers are started with the appropriate option(s) and  file(s)
        to assemble following the assembler name:

        as-z80 [-dqxjgaloscpff] file1 [file2 file3 ...  file6]

        The options are:

                d       decimal listing
                q       octal   listing
                x       hex     listing (default)

                        The listing radix affects the
                        .lst, .rel, and .sym files.

                j       add line number and debug information to file
                g       undefined symbols made global
                a       all user symbols made global

                l       create list   output file1.lst
                o       create object output file1.rel
                s       create symbol output file1.sym

                c       generate sdcdb debug information

                p       disable listing pagination

                        relocatable reference flagging:

                f       by  `   in the listing file
                ff      by mode in the listing file

        asx8051 specific command line option:
                -I  Add the named directory to the include file
                        search path.  This option may be used more than once.
                        Directories are searched in the order given.

           The file name for the .lst, .rel, and .sym files is the first
        file name specified in the command line.  All output  files  are
        ascii  text  files which may be edited, copied, etc.  The output
        files are the concatenation of all the input files, if files are
        to  be  assembled  independently  invoke  the assembler for each
        file.

           The  .rel  file contains a radix directive so that the linker
        will use the proper conversion for this file.  Linked files  may
        have different radices.

        ASXXXX assembles supported by and distributed with SDCC are:
                asx8051         (Intel 8051)
                as-z80          (Zilog Z80 / Hitachi HD64180)
                as-gbz80        (GameBoy Z80-like CPU)
                as-hc08         (Motorola 68HC08)


        THE ASSEMBLER                                          PAGE 1-28
        INVOKING ASXXXX


           If  the list (l) option is specified without the symbol table
        (s) option, the symbol table is placed at the end of the listing
        file.


        1.6  ERRORS


           The  ASxxxx assemblers provide limited diagnostic error codes
        during the assembly process, these errors will be noted  in  the
        listing file and printed on the stderr device.

           The assembler reports the errors on the stderr device as

                ?ASxxxx-Error-<*> in line nnn of filename

        where  * is the error code, nnn is the line number, and filename
        is the source/include file.

           The errors are:

              (.)   This  error  is caused by an absolute direct assign-
                    ment of the current location counter
                          . = expression (incorrect)
                    rather than the correct
                          . = . + expression

              (a)   Indicates  a machine specific addressing or address-
                    ing mode error.

              (b)   Indicates a direct page boundary error.

              (d)   Indicates a direct page addressing error.

              (i)   Caused  by  an  .include file error or an .if/.endif
                    mismatch.

              (m)   Multiple  definitions  of  the  same label, multiple
                    .module directives, or multiple  conflicting  attri-
                    butes in an .area directive.

              (o)   Directive  or  mnemonic error or the use of the .org
                    directive in a relocatable area.

              (p)   Phase error:  label location changing between passes
                    2 and 3.  Normally caused by having  more  than  one
                    level of forward referencing.

              (q)   Questionable syntax:  missing or improper operators,
                    terminators, or delimiters.

              (r)   Relocation  error:   logic  operation attempted on a


        THE ASSEMBLER                                          PAGE 1-29
        ERRORS


                    relocatable term, addition of two relocatable terms,
                    subtraction  of two relocatable terms not within the
                    same programming area or external symbols.

              (u)   Undefined symbol encountered during assembly.


        1.7  LISTING FILE


           The  (-l) option produces an ascii output listing file.  Each
        page of output contains a four line header:


             1.  The ASxxxx program name and page number

             2.  Title from a .title directive (if any)

             3.  Subtitle from a .sbttl directive (if any)

             4.  Blank line



        Each succeeding line contains five fields:


             1.  Error field (first three characters of line)

             2.  Current location counter

             3.  Generated code in byte format

             4.  Source text line number

             5.  Source text


           The error field may contain upto 2 error flags indicating any
        errors encountered while assembling this line of source code.

           The  current  location counter field displays the 16-bit pro-
        gram position.  This field will be in the selected radix.

           The generated code follows the program location.  The listing
        radix determines the number of bytes that will be  displayed  in
        this field.  Hexidecimal listing allows six bytes of data within
        the field, decimal and octal allow four bytes within the  field.
        If more than one field of data is generated from the assembly of
        a single line of source code, then the data field is repeated on
        successive lines.



        THE ASSEMBLER                                          PAGE 1-30
        LISTING FILE


           The source text line number is printed in decimal and is fol-
        lowed by the source text.

           Two  special  cases  will  disable  the  listing of a line of
        source text:

             1.  Source line with a .page directive is never listed.

             2.  Source  line  with  a  .include  file  directive is not
                 listed unless the .include file cannot be opened.


           Two  data  field  options  are  available to flag those bytes
        which will be relocated by the linker.   If  the  -f  option  is
        specified  then  each  byte to be relocated will be preceeded by
        the '`' character.  If the -ff option  is  specified  then  each
        byte  to  be relocated will be preceeded by one of the following
        characters:

             1.  *   paged relocation

             2.  u   low  byte of unsigned word or unsigned byte

             3.  v   high byte of unsigned word

             4.  p   PCR low  byte of word relocation or PCR byte

             5.  q   PCR high byte of word relocation

             6.  r   low  byte relocation or byte relocation

             7.  s   high byte relocation



        1.8  SYMBOL TABLE FILE


           The symbol table has two parts:

             1.  The alphabetically sorted list of symbols and/or labels
                 defined or referenced in the source program.

             2.  A  list of the program areas defined during assembly of
                 the source program.


           The sorted list of symbols and/or labels contains the follow-
        ing information:

             1.  Program  area  number (none if absolute value or exter-
                 nal)


        THE ASSEMBLER                                          PAGE 1-31
        SYMBOL TABLE FILE


             2.  The symbol or label

             3.  Directly assigned symbol is denoted with an (=) sign

             4.  The  value of a symbol, location of a label relative to
                 the program area base address (=0), or a ****  indicat-
                 ing the symbol or label is undefined.

             5.  The  characters:   G - global, R - relocatable, and X -
                 external.


           The list of program areas provides the correspondence between
        the program area numbers and the defined program areas, the size
        of the program areas, and the area flags (attributes).


        1.9  OBJECT FILE


           The  object  file is an ascii file containing the information
        needed by the linker to bind multiple object modules into a com-
        plete  loadable  memory  image.   The object module contains the
        following designators:

                [XDQ][HL]
                        X       Hexidecimal radix
                        D       Decimal radix
                        Q       Octal radix

                        H       Most significant byte first
                        L       Least significant byte first

                H       Header
                M       Module
                A       Area
                S       Symbol
                T       Object code
                R       Relocation information
                P       Paging information

           Refer to the linker for a detailed description of each of the
        designators and the format of the information contained  in  the
        object file.














                                    CHAPTER 2

                                   THE LINKER





        2.1  ASLINK RELOCATING LINKER


           ASLINK is the companion linker for the ASxxxx assemblers.

           The  program ASLINK is a general relocating linker performing
        the following functions:

             1.  Bind multiple object modules into a single memory image

             2.  Resolve inter-module symbol references

             3.  Combine  code  belonging to the same area from multiple
                 object files into a single contiguous memory region

             4.  Search and import object module libraries for undefined
                 global variables

             5.  Perform   byte   and   word  program  counter  relative
                 (pc or pcr) addressing calculations

             6.  Define absolute symbol values at link time

             7.  Define absolute area base address values at link time

             8.  Produce Intel Hex or Motorola S19 output file

             9.  Produce a map of the linked memory image

            10.  Produce  an updated listing file with the relocated ad-
                 dresses and data





        THE LINKER                                              PAGE 2-2
        INVOKING ASLINK


        2.2  INVOKING ASLINK


           The  linker  may run in the command line mode or command file
        modes.  The allowed startup linker commands are:

        -c/-f           command line / command file modes

        -p/-n           enable/disable echo file.lnk input to stdout

           If  command  line  mode is selected, all linker commands come
        from stdin, if the command file mode is  selected  the  commands
        are input from the specified file (extension must be .lnk).

           Most  sytems require the initial options to be entered on the
           command line:

                ASLINK -[cfpn]

           Some  systems  may  request the arguments after the linker is
           started at a system specific prompt:

                ASLINK
                argv:  -[cfpn]

        After invoking the linker the valid options are:

             1.  -i/-s   Intel Hex (file.ihx) or Motorola S19 (file.s19)
                 image output file.

             2.  -m      Generate a map file (file.map).  This file con-
                 tains a list of the symbols (by area) with absolute ad-
                 dresses,  sizes  of  linked  areas,  and  other linking
                 information.

             3.  -xdq    Specifies  the  number  radix  for the map file
                 (Hexidecimal, Decimal, or Octal).

             4.  -u      Generate  an  updated  listing  file (file.rst)
                 derived from the relocated addresses and data from  the
                 linker

             5.  fileN   Files  to  be linked.  Files may be on the same
                 line as the above options or on a separate line(s)  one
                 file  per line or multiple files separated by spaces or
                 tabs.

             6.  -b  area = expression (one definition per line)
                 This  specifies  an area base address where the expres-
                 sion may contain constants and/or defined symbols  from
                 the linked files.

             7.  -g  symbol = expression (one definition per line)
                 This  specifies  the value for the symbol where the ex-
                 pression may contain constants and/or  defined  symbols
                 from the linked files.

             8.  -k  library directory path
                 (one  definition  per line) This specifies one possible



        THE LINKER                                              PAGE 2-3
        INVOKING ASLINK


                 path to an object library.  More than one path  is  al-
                 lowed.

             9.  -l  library file specification
                 (one  definition  per  line)  This specifies a possible
                 library file.  More than one file is allowed.

            10.  -e      or null line, terminates input to the linker.

        ASLINK linkers supported by and distributed with SDCC are:
                aslink          (Intel 8051)
                link-z90        (Zilog Z80 / Hitachi HD64180)
                link-gbz80      (GameBoy Z80-like CPU)
                link-hc08       (Motorola 68HC08)

        aslink (Intel 8051) specific options:

        Output:
          -j   Produce NoICE debug as file[NOI]
          -z   Produce SDCdb debug as file[cdb]
          -u   Update listing file(s) with link data as file(s)[.RST]
        Miscellaneous:
          -a   [iram-size] Check for internal RAM overflow
          -v   [xram-size] Check for external RAM overflow
          -w   [code-size] Check for code overflow
          -y   Generate memory usage summary file[mem]
          -Y   Pack internal ram
          -A   [stack-size] Allocate space for stack


        link-z80 (Zilog Z80 / Hitachi HD64180) specific options:

        Map format:
          -j   no$gmb symbol file generated as file[SYM]
        Output:
          -z   Produce SDCdb debug as file[cdb]
          -Z   Gameboy image as file[GB]
        List:
          -u   Update listing file(s) with link data as file(s)[.RST]


        link-gbz80 (GameBoy Z80-like CPU) specific options:

        Relocation:
          -yo  Number of rom banks (default: 2)
          -ya  Number of ram banks (default: 0)
          -yt  MBC type (default: no MBC)
          -yn  Name of program (default: name of output file)
          -yp# Patch one byte in the output GB file (# is: addr=byte)
        Map format:
          -j   no$gmb symbol file generated as file[SYM]
        Output:
          -Z   Gameboy image as file[GB]
        List:
          -u   Update listing file(s) with link data as file(s)[.RST]


        link-hc08 (Motorola 68HC08) specific options:
        Output:
          -t   ELF executable as file[elf]
          -j    Produce NoICE debug as file[NOI]
          -z   Produce SDCdb debug as file[cdb]
          -u    Update listing file(s) with link data as file(s)[.RST]
        Miscellaneous:
          -a    [iram-size] Check for internal RAM overflow
          -v    [xram-size] Check for external RAM overflow
          -w    [code-size] Check for code overflow



        2.3  LIBRARY PATH(S) AND FILE(S)


           The process of resolving undefined symbols after scanning the
        input object  files  includes  the  scanning  of  object  module
        libraries.   The  linker will search through all combinations of
        the library path specifications (input by the -k option) and the
        library  file  specifications (input by the -l option) that lead
        to an existing library file.  Each library file contains a  list
        (one  file  per  line)  of  modules  included in this particular
        library.  Each existing object module is scanned for a match  to
        the undefined symbol.  The first module containing the symbol is
        then linked with the previous modules to resolve the symbol  de-
        finition.   The  library  object  modules are rescanned until no
        more symbols can be resolved.   The  scanning  algorithm  allows
        resolution  of  back references.  No errors are reported for non
        existant library files or object modules.

           The  library  file  specification may be formed in one of two
        ways:

             1.  If  the  library  file  contained an absolute path/file
                 specification  then  this  is   the   object   module's
                 path/file.
                 (i.e.  C:\...)

             2.  If  the  library  file  contains  a  relative path/file
                 specification then the concatenation of  the  path  and


        THE LINKER                                              PAGE 2-4
        LIBRARY PATH(S) AND FILE(S)


                 this  file  specification  becomes  the object module's
                 path/file.
                 (i.e.  \...)


           As  an example, assume there exists a library file termio.lib
        in the syslib directory specifying the following object modules:

        \6809\io_disk        first object module
        d:\special\io_comm   second object module

        and the following parameters were specified to the linker:

        -k c:\iosystem\    the first path
        -k c:\syslib\      the second path

        -l termio          the first library file
        -l io              the second library file (no such file)

        The  linker  will attempt to use the following object modules to
        resolve any undefined symbols:

        c:\syslib\6809\io_disk.rel     (concatenated path/file)
        d:\special\io_comm.rel         (absolute path/file)

        all  other path(s)/file(s) don't exist.  (No errors are reported
        for non existant path(s)/file(s).)


        2.4  ASLINK PROCESSING


           The  linker  processes  the  files  in  the  order  they  are
        presented.  The first pass through the input files  is  used  to
        define  all  program  areas, the section area sizes, and symbols
        defined or referenced.  Undefined symbols will initiate a search
        of any specified library file(s) and the importing of the module
        containing the symbol definition.  After the first pass  the  -b
        (area  base  address) definitions, if any, are processed and the
        areas linked.

           The  area  linking proceeds by first examining the area types
        ABS, CON, REL, OVR and PAG.  Absolute areas (ABS) from  separate
        object modules are always overlayed and have been assembled at a
        specific address, these are not normally relocated (if a -b com-
        mand  is  used  on an absolute area the area will be relocated).
        Relative areas (normally defined as REL|CON) have a base address
        of  0x0000  as read from the object files, the -b command speci-
        fies the beginning address of the area.  All subsequent relative
        areas  will  be  concatenated  with  proceeding  relative areas.
        Where specific ordering is desired, the first linker input  file
        should  have  the area definitions in the desired order.  At the


        THE LINKER                                              PAGE 2-5
        ASLINK PROCESSING


        completion of the area linking all area  addresses  and  lengths
        have  been determined.  The areas of type PAG are verified to be
        on a 256 byte boundary and that the length does not  exceed  256
        bytes.  Any errors are noted on stderr and in the map file.

           Next  the  global symbol definitions (-g option), if any, are
        processed.  The symbol definitions have been delayed until  this
        point because the absolute addresses of all internal symbols are
        known and can be used in the expression calculations.

           Before  continuing  with the linking process the symbol table
        is scanned to determine if any symbols have been referenced  but
        not defined.  Undefined symbols are listed on the stderr device.
        if a .module directive was included in the  assembled  file  the
        module  making  the reference to this undefined variable will be
        printed.

           Constants  defined  as global in more than one module will be
        flagged as multiple definitions if their values are not  identi-
        cal.

           After  the  preceeding  processes are complete the linker may
        output a map file (-m option).  This file provides the following
        information:

             1.  Global symbol values and label absolute addresses

             2.  Defined areas and there lengths

             3.  Remaining undefined symbols

             4.  List of modules linked

             5.  List of library modules linked

             6.  List of -b and -g definitions




           The final step of the linking process is performed during the
        second pass of the input files.  As the xxx.rel files  are  read
        the code is relocated by substituting the physical addresses for
        the referenced symbols and areas and may be output in  Intel  or
        Motorola  formats.   The  number of files linked and symbols de-
        fined/referenced is limited by the processor space available  to
        build the area/symbol lists.  If the -u option is specified then
        the listing files  (file.lst)  associated  with  the  relocation
        files  (file.rel)  are  scanned  and  used  to create a new file
        (file.rst) which has all addresses and data relocated  to  their
        final values.



        THE LINKER                                              PAGE 2-6
        LINKER INPUT FORMAT


        2.5  LINKER INPUT FORMAT


           The  linkers'  input  object file is an ascii file containing
        the information needed by the linker  to  bind  multiple  object
        modules into a complete loadable memory image.

        The object module contains the following designators:

                [XDQ][HL]
                        X       Hexidecimal radix
                        D       Decimal radix
                        Q       Octal radix

                        H       Most significant byte first
                        L       Least significant byte first

                H       Header
                M       Module
                A       Area
                S       Symbol
                T       Object code
                R       Relocation information
                P       Paging information


        2.5.1  Object Module Format


           The  first  line  of  an object module contains the [XDQ][HL]
        format specifier (i.e.  XH indicates  a  hexidecimal  file  with
        most significant byte first) for the following designators.


        2.5.2  Header Line

                H aa areas gg global symbols

           The  header  line  specifies  the number of areas(aa) and the
        number of global symbols(gg) defined or referenced in  this  ob-
        ject module segment.




        THE LINKER                                              PAGE 2-7
        LINKER INPUT FORMAT


        2.5.3  Module Line

                M name

           The  module  line  specifies  the module name from which this
        header segment was assembled.  The module line will  not  appear
        if the .module directive was not used in the source program.


        2.5.4  Symbol Line

                S string Defnnnn

                        or

                S string Refnnnn

           The  symbol line defines (Def) or references (Ref) the symbol
        'string' with the value nnnn.  The defined value is relative  to
        the  current area base address.  References to constants and ex-
        ternal global symbols will always appear before the  first  area
        definition.  References to external symbols will have a value of
        zero.


        2.5.5  Area Line

                A label size ss flags ff

           The  area  line  defines the area label, the size (ss) of the
        area in bytes, and the area flags (ff).  The area flags  specify
        the ABS, REL, CON, OVR, and PAG parameters:

                OVR/CON  (0x04/0x00 i.e.  bit position 2)

                ABS/REL  (0x08/0x00 i.e.  bit position 3)

                PAG      (0x10 i.e.  bit position 4)


        2.5.6  T Line

                T xx xx nn nn nn nn nn ...

           The  T  line contains the assembled code output by the assem-
        bler with xx xx being the offset address from the  current  area
        base address and nn being the assembled instructions and data in
        byte format.




        THE LINKER                                              PAGE 2-8
        LINKER INPUT FORMAT


        2.5.7  R Line

                R 0 0 nn nn n1 n2 xx xx ...

           The R line provides the relocation information to the linker.
        The nn nn value is the current area index, i.e.  which area  the
        current  values  were  assembled.  Relocation information is en-
        coded in groups of 4 bytes:

             1.  n1  is  the  relocation mode and object format, for the
                 adhoc extension modes refer to asxxxx.h or aslink.h
                 1.  bit 0  word(0x00)/byte(0x01)
                 2.  bit 1  relocatable area(0x00)/symbol(0x02)
                 3.  bit 2  normal(0x00)/PC relative(0x04) relocation
                 4.  bit 3  1-byte(0x00)/2-byte(0x08)  object format for
                     byte data
                 5.  bit 4  signed(0x00)/unsigned(0x10) byte data
                 6.  bit 5  normal(0x00)/page '0'(0x20) reference
                 7.  bit 6  normal(0x00)/page 'nnn'(0x40) reference
                 8.  bit 7  LSB  byte(0x00)/MSB  byte(0x80)  with 2-byte
                     mode

             2.  n2  is  a byte index into the corresponding (i.e.  pre-
                 ceeding) T line data (i.e.  a pointer to the data to be
                 updated  by  the  relocation).   The T line data may be
                 1-byte or  2-byte  byte  data  format  or  2-byte  word
                 format.

             3.  xx xx  is the area/symbol index for the area/symbol be-
                 ing referenced.  the corresponding area/symbol is found
                 in the header area/symbol lists.


        The groups of 4 bytes are repeated for each item requiring relo-
        cation in the preceeding T line.


        2.5.8  P Line

                P 0 0 nn nn n1 n2 xx xx

           The  P  line provides the paging information to the linker as
        specified by a .setdp directive.  The format of  the  relocation
        information is identical to that of the R line.  The correspond-
        ing T line has the following information:
                T xx xx aa aa bb bb

           Where  aa aa is the area reference number which specifies the
        selected page area and bb bb is the base address  of  the  page.
        bb bb will require relocation processing if the 'n1 n2 xx xx' is
        specified in the P line.  The linker will verify that  the  base


        THE LINKER                                              PAGE 2-9
        LINKER INPUT FORMAT


        address is on a 256 byte boundary and that the page length of an
        area defined with the PAG type is not larger than 256 bytes.

           The  linker  defaults any direct page references to the first
        area defined in the input REL file.  All ASxxxx assemblers  will
        specify the _CODE area first, making this the default page area.


        2.6  LINKER ERROR MESSAGES


           The linker provides detailed error messages allowing the pro-
        grammer to quickly find the errant code.   As  the  linker  com-
        pletes  pass 1  over  the  input  file(s)  it  reports  any page
        boundary or page length errors as follows:

        ?ASlink-Warning-Paged Area PAGE0 Boundary Error

        and/or

        ?ASlink-Warning-Paged Area PAGE0 Length Error

        where PAGE0 is the paged area.

           During  Pass  two the linker reads the T, R, and P lines per-
        forming the necessary relocations and  outputting  the  absolute
        code.  Various errors may be reported during this process
        The P line processing can produce only one possible error:

        ?ASlink-Warning-Page Definition Boundary Error
                 file        module      pgarea      pgoffset
          PgDef  t6809l      t6809l      PAGE0       0001

        The error message specifies the file and module where the .setdp
        direct was issued and indicates  the  page  area  and  the  page
        offset value determined after relocation.


        The R line processing produces various errors:

        ?ASlink-Warning-Byte PCR relocation error for symbol  bra2
                 file        module      area        offset
          Refby  t6809l      t6809l      TEST        00FE
          Defin  tconst      tconst      .  .ABS.    0080

        ?ASlink-Warning-Unsigned Byte error for symbol  two56
                 file        module      area        offset
          Refby  t6800l      t6800l      DIRECT      0015
          Defin  tconst      tconst      .  .ABS.    0100


        THE LINKER                                             PAGE 2-10
        LINKER ERROR MESSAGES


        ?ASlink-Warning-Page0 relocation error for symbol  ltwo56
                 file        module      area        offset
          Refby  t6800l      t6800l      DIRECT      000D
          Defin  tconst      tconst      DIRECT      0100

        ?ASlink-Warning-Page Mode relocation error for symbol  two56
                 file        module      area        offset
          Refby  t6809l      t6809l      DIRECT      0005
          Defin  tconst      tconst      .  .ABS.    0100

        ?ASlink-Warning-Page Mode relocation error
                 file        module      area        offset
          Refby  t           Pagetest    PROGRAM     0006
          Defin  t           Pagetest    DIRECT      0100

        These  error messages specify the file, module, area, and offset
        within the area of the code  referencing  (Refby)  and  defining
        (Defin) the symbol.  If the symbol is defined in the same module
        as the reference the linker is unable to report the symbol name.
        The  assembler  listing file(s) should be examined at the offset
        from the specified area to located the offending code.

           The errors are:

             1.  The  byte PCR error is caused by exceeding the pc rela-
                 tive byte branch range.

             2.  The Unsigned byte error indicates an indexing value was
                 negative or larger than 255.

             3.  The  Page0  error is generated if the direct page vari-
                 able is not in the page0 range of 0 to 255.

             4.  The page mode error is generated if the direct variable
                 is not within the current direct page (6809).



        THE LINKER                                             Page 2-11
        INTEL HEX OUTPUT FORMAT


        2.7  INTEL HEX OUTPUT FORMAT

        Record Mark Field    -  This  field  signifies  the  start  of a
                                record, and consists of an  ascii  colon
                                (:).

        Record Length Field  -  This   field   consists   of  two  ascii
                                characters which indicate the number  of
                                data   bytes   in   this   record.   The
                                characters are the result of  converting
                                the  number  of  bytes  in binary to two
                                ascii characters, high digit first.   An
                                End  of  File  record contains two ascii
                                zeros in this field.

        Load Address Field   -  This  field  consists  of the four ascii
                                characters which result from  converting
                                the  the  binary value of the address in
                                which to begin loading this record.  The
                                order is as follows:

                                    High digit of high byte of address.
                                    Low digit of high byte of address.
                                    High digit of low byte of address.
                                    Low digit of low byte of address.

                                In an End of File record this field con-
                                sists of either four ascii zeros or  the
                                program  entry  address.   Currently the
                                entry address option is not supported.

        Record Type Field    -  This  field  identifies the record type,
                                which is either 0 for data records or  1
                                for  an End of File record.  It consists
                                of two ascii characters, with  the  high
                                digit of the record type first, followed
                                by the low digit of the record type.

        Data Field           -  This  field consists of the actual data,
                                converted to two ascii characters,  high
                                digit first.  There are no data bytes in
                                the End of File record.

        Checksum Field       -  The  checksum  field is the 8 bit binary
                                sum of the record length field, the load
                                address  field,  the  record type field,
                                and the data field.  This  sum  is  then
                                negated  (2's  complement) and converted
                                to  two  ascii  characters,  high  digit
                                first.


        THE LINKER                                             Page 2-12
        MOTOROLA S1-S9 OUTPUT FORMAT


        2.8  MOTORLA S1-S9 OUTPUT FORMAT

        Record Type Field    -  This  field  signifies  the  start  of a
                                record and  identifies  the  the  record
                                type as follows:

                                    Ascii S1 - Data Record
                                    Ascii S9 - End of File Record

        Record Length Field  -  This  field  specifies the record length
                                which includes the  address,  data,  and
                                checksum   fields.   The  8  bit  record
                                length value is converted to  two  ascii
                                characters, high digit first.

        Load Address Field   -  This  field  consists  of the four ascii
                                characters which result from  converting
                                the  the  binary value of the address in
                                which to begin loading this record.  The
                                order is as follows:

                                    High digit of high byte of address.
                                    Low digit of high byte of address.
                                    High digit of low byte of address.
                                    Low digit of low byte of address.

                                In an End of File record this field con-
                                sists of either four ascii zeros or  the
                                program  entry  address.   Currently the
                                entry address option is not supported.

        Data Field           -  This  field consists of the actual data,
                                converted to two ascii characters,  high
                                digit first.  There are no data bytes in
                                the End of File record.

        Checksum Field       -  The  checksum  field is the 8 bit binary
                                sum of the record length field, the load
                                address field, and the data field.  This
                                sum is then  complemented  (1's  comple-
                                ment)   and   converted   to  two  ascii
                                characters, high digit first.














                                    CHAPTER 3

                           BUILDING ASXXXX AND ASLINK




           The assemblers and linker have been successfully compiled us-
        ing  the  DECUS C  (PDP-11)  compiler  (patch  level   9)   with
        RT-11/TSX+,  Eyring  Research  Institute,  Inc.   PDOS (680x0) C
        V5.4b compiler, and Symantec C/C++ V6.1/V7.2.

           The  device  specific  header  file  (i.e.  m6800.h, m6801.h,
        etc.) contains the DECUS C 'BUILD' directives for  generating  a
        command  file to compile, assemble, and link the necessary files
        to prepare an executable image for a particular assembler.


        3.1  BUILDING AN ASSEMBLER


           The  building  of  a typical assembler (6809 for example) re-
        quires the following files:

             1.  M6809.H
             2.  M09EXT.C
             3.  M09MCH.C
             4.  M09ADR.C
             5.  M09PST.C
             6.  ASXXXX.H
             7.  ASMAIN.C
             8.  ASLEX.C
             9.  ASSYM.C
            10.  ASSUBR.C
            11.  ASEXPR.C
            12.  ASDATA.C
            13.  ASLIST.C
            14.  ASOUT.C


           The  first  five  files are the 6809 processor dependent sec-
        tions which contain the following:




        BUILDING ASXXXX AND ASLINK                              PAGE 3-2
        BUILDING AN ASSEMBLER


             1.  m6809.h -  header  file containing the machine specific
                 definitions of constants,  variables,  structures,  and
                 types

             2.  m09ext -  device  description, byte order, and file ex-
                 tension information

             3.  m09pst -  a  table of the assembler general directives,
                 special device directives, and assembler mnemonics with
                 associated operation codes

             4.  m09mch / m09adr -  machine specific code for processing
                 the device mnemonics,  addressing  modes,  and  special
                 directives


           The  remaining nine files provide the device independent sec-
        tions which handle the  details  of  file  input/output,  symbol
        table  generation,  program/data areas, expression analysis, and
        assembler directive processing.


        3.2  BUILDING ASLINK


           The building of the linker requires the following files:

             1.  ASLINK.H
             2.  LKMAIN.C
             3.  LKLEX.C
             4.  LKAREA.C
             5.  LKHEAD.C
             6.  LKSYM.C
             7.  LKEVAL.C
             8.  LKDATA.C
             9.  LKLIST.C
            10.  LKRLOC.C
            11.  LKLIBR.C
            12.  LKS19.C
            13.  LKIHX.C















                                   APPENDIX A

                                AS6800 ASSEMBLER





        A.1  6800 REGISTER SET

        The following is a list of the 6800 registers used by AS6800:

                a,b     -       8-bit accumulators
                x       -       index register


        A.2  6800 INSTRUCTION SET


           The following tables list all 6800/6802/6808 mnemonics recog-
        nized by the AS6800 assembler.  The designation [] refers  to  a
        required addressing mode argument.  The following list specifies
        the format for each addressing mode supported by AS6800:

                #data           immediate data
                                byte or word data

                *dir            direct page addressing
                                (see .setdp directive)
                                0 <= dir <= 255

                ,x              register indirect addressing
                                zero offset

                offset,x        register indirect addressing
                                0 <= offset <= 255

                ext             extended addressing

                label           branch label

        The  terms  data, dir, offset, ext, and label may all be expres-
        sions.



        AS6800 ASSEMBLER                                        PAGE A-2
        6800 INSTRUCTION SET


           Note  that  not all addressing modes are valid with every in-
        struction, refer to the 6800 technical data for valid modes.


        A.2.1  Inherent Instructions

                aba                     cba
                clc                     cli
                clv                     daa
                des                     dex
                ins                     inx
                nop                     rti
                rts                     sba
                sec                     sei
                sev                     swi
                tab                     tap
                tba                     tpa
                tsx                     txs
                wai

                psha                    pshb
                psh a                   psh b
                pula                    pulb
                pul a                   pul b


        A.2.2  Branch Instructions

                bra     label           bhi     label
                bls     label           bcc     label
                bhs     label           bcs     label
                blo     label           bne     label
                beq     label           bvc     label
                bvs     label           bpl     label
                bmi     label           bge     label
                blt     label           bgt     label
                ble     label           bsr     label


        AS6800 ASSEMBLER                                        PAGE A-3
        6800 INSTRUCTION SET


        A.2.3  Single Operand Instructions

                asla                    aslb
                asl a                   asl b
                asl     []

                asra                    asrb
                asr a                   asr b
                asr     []

                clra                    clrb
                clr a                   clr b
                clr     []

                coma                    comb
                com a                   com b
                com     []

                deca                    decb
                dec a                   dec b
                dec     []

                inca                    incb
                inc a                   inc b
                inc     []

                lsla                    lslb
                lsl a                   lsl b
                lsl     []

                lsra                    lsrb
                lsr a                   lsr b
                lsr     []

                nega                    negb
                neg a                   neg b
                neg     []

                rola                    rolb
                rol a                   rol b
                rol     []

                rora                    rorb
                ror a                   ror b
                ror     []

                tsta                    tstb
                tst a                   tst b
                tst     []


        AS6800 ASSEMBLER                                        PAGE A-4
        6800 INSTRUCTION SET


        A.2.4  Double Operand Instructions

                adca    []              adcb    []
                adc a   []              adc b   []

                adda    []              addb    []
                add a   []              add b   []

                anda    []              andb    []
                and a   []              and b   []

                bita    []              bitb    []
                bit a   []              bit b   []

                cmpa    []              cmpb    []
                cmp a   []              cmp b   []

                eora    []              eorb    []
                eor a   []              eor b   []

                ldaa    []              ldab    []
                lda a   []              lda b   []

                oraa    []              orab    []
                ora a   []              ora b   []

                sbca    []              sbcb    []
                sbc a   []              sbc b   []

                staa    []              stab    []
                sta a   []              sta b   []

                suba    []              subb    []
                sub a   []              sub b   []


        A.2.5  Jump and Jump to Subroutine Instructions

                jmp     []              jsr     []




        AS6800 ASSEMBLER                                        PAGE A-5
        6800 INSTRUCTION SET


        A.2.6  Long Register Instructions

                cpx     []
                lds     []              sts     []
                ldx     []              stx     []














                                   APPENDIX B

                                AS6801 ASSEMBLER





        B.1  .hd6303 DIRECTIVE

        Format:

                .hd6303

        The  .hd6303 directive enables processing of the HD6303 specific
        mnemonics not included in  the  6801  instruction  set.   HD6303
        mnemonics  encountered  without  the  .hd6303  directive will be
        flagged with an 'o' error.


        B.2  6801 REGISTER SET

        The following is a list of the 6801 registers used by AS6801:

                a,b     -       8-bit accumulators
                d       -       16-bit accumulator <a:b>
                x       -       index register


        B.3  6801 INSTRUCTION SET


           The  following tables list all 6801/6303 mnemonics recognized
        by the AS6801 assembler.  The designation []  refers  to  a  re-
        quired  addressing  mode argument.  The following list specifies
        the format for each addressing mode supported by AS6801:

                #data           immediate data
                                byte or word data

                *dir            direct page addressing
                                (see .setdp directive)
                                0 <= dir <= 255



        AS6801 ASSEMBLER                                        PAGE B-2
        6801 INSTRUCTION SET


                ,x              register indirect addressing
                                zero offset

                offset,x        register indirect addressing
                                0 <= offset <= 255

                ext             extended addressing

                label           branch label

        The  terms  data, dir, offset, ext, and label may all be expres-
        sions.

           Note  that  not all addressing modes are valid with every in-
        struction, refer to  the  6801/6303  technical  data  for  valid
        modes.


        B.3.1  Inherent Instructions

                aba             abx
                cba             clc
                cli             clv
                daa             des
                dex             ins
                inx             mul
                nop             rti
                rts             sba
                sec             sei
                sev             swi
                tab             tap
                tba             tpa
                tsx             txs
                wai


        B.3.2  Branch Instructions

                bra     label           brn     label
                bhi     label           bls     label
                bcc     label           bhs     label
                bcs     label           blo     label
                bne     label           beq     label
                bvc     label           bvs     label
                bpl     label           bmi     label
                bge     label           blt     label
                bgt     label           ble     label
                bsr     label


        AS6801 ASSEMBLER                                        PAGE B-3
        6801 INSTRUCTION SET


        B.3.3  Single Operand Instructions

                asla            aslb            asld
                asl a           asl b           asl d
                asl     []

                asra            asrb
                asr a           asr b
                asr     []

                clra            clrb
                clr a           clr b
                clr     []

                coma            comb
                com a           com b
                com     []

                deca            decb
                dec a           dec b
                dec     []

                eora            eorb
                eor a           eor b
                eor     []

                inca            incb
                inc a           inc b
                inc     []

                lsla            lslb            lsld
                lsl a           lsl b           lsl d
                lsl     []

                lsra            lsrb            lsrd
                lsr a           lsr b           lsr d
                lsr     []

                nega            negb
                neg a           neg b
                neg     []

                psha            pshb            pshx
                psh a           psh b           psh x

                pula            pulb            pulx
                pul a           pul b           pul x

                rola            rolb
                rol a           rol b
                rol     []



        AS6801 ASSEMBLER                                        PAGE B-4
        6801 INSTRUCTION SET


                rora            rorb
                ror a           ror b
                ror     []

                tsta            tstb
                tst a           tst b
                tst     []


        B.3.4  Double Operand Instructions

                adca    []      adcb    []
                adc a   []      adc b   []

                adda    []      addb    []      addd    []
                add a   []      add b   []      add d   []

                anda    []      andb    []
                and a   []      and b   []

                bita    []      bitb    []
                bit a   []      bit b   []

                cmpa    []      cmpb    []
                cmp a   []      cmp b   []

                ldaa    []      ldab    []
                lda a   []      lda b   []

                oraa    []      orab    []
                ora a   []      ora b   []

                sbca    []      sbcb    []
                sbc a   []      sbc b   []

                staa    []      stab    []
                sta a   []      sta b   []

                suba    []      subb    []      subd    []
                sub a   []      sub b   []      sub d   []




        AS6801 ASSEMBLER                                        PAGE B-5
        6801 INSTRUCTION SET


        B.3.5  Jump and Jump to Subroutine Instructions

                jmp     []      jsr     []


        B.3.6  Long Register Instructions

                cpx     []      ldd     []
                lds     []      ldx     []
                std     []      sts     []
                stx     []


        B.3.7  6303 Specific Instructions

                aim     #data, []       eim     #data, []
                oim     #data, []       tim     #data, []

                xgdx            slp














                                   APPENDIX C

                                AS6804 ASSEMBLER




           Requires the .setdp directive to specify the ram area.


        C.1  6804 REGISTER SET

        The following is a list of the 6804 registers used by AS6804:

                x,y     -       index registers


        C.2  6804 INSTRUCTION SET


           The  following  tables  list all 6804 mnemonics recognized by
        the AS6804 assembler.  The designation [] refers to  a  required
        addressing  mode  argument.   The  following  list specifies the
        format for each addressing mode supported by AS6804:

                #data           immediate data
                                byte or word data

                ,x              register indirect addressing

                dir             direct addressing
                                (see .setdp directive)
                                0 <= dir <= 255

                ext             extended addressing

                label           branch label

        The  terms data, dir, and ext may be expressions.  The label for
        the short branchs beq, bne, bcc, and bcs must not be external.

           Note  that  not all addressing modes are valid with every in-
        struction, refer to the 6804 technical data for valid modes.


        AS6804 ASSEMBLER                                        PAGE C-2
        6804 INSTRUCTION SET


        C.2.1  Inherent Instructions

                coma            decx
                decy            incx
                incy            rola
                rti             rts
                stop            tax
                tay             txa
                tya             wait


        C.2.2  Branch Instructions

                bne     label           beq     label
                bcc     label           bcs     label


        C.2.3  Single Operand Instructions

                add     []
                and     []
                cmp     []
                dec     []
                inc     []
                lda     []
                sta     []
                sub     []


        C.2.4  Jump and Jump to Subroutine Instructions

                jsr     []
                jmp     []


        C.2.5  Bit Test Instructions

                brclr   #data,[],label
                brset   #data,[],label

                bclr    #label,[]
                bset    #label,[]




        AS6804 ASSEMBLER                                        PAGE C-3
        6804 INSTRUCTION SET


        C.2.6  Load Immediate data Instruction

                mvi     [],#data


        C.2.7  6804 Derived Instructions

                asla
                bam     label
                bap     label
                bxmi    label
                bxpl    label
                bymi    label
                bypl    label
                clra
                clrx
                clry
                deca
                decx
                decy
                inca
                incx
                incy
                ldxi    #data
                ldyi    #data
                nop
                tax
                tay
                txa
                tya














                                   APPENDIX D

                                AS6805 ASSEMBLER





        D.1  6805 REGISTER SET

        The following is a list of the 6805 registers used by AS6805:

                a       -       8-bit accumulator
                x       -       index register


        D.2  6805 INSTRUCTION SET


           The  following  tables  list all 6805 mnemonics recognized by
        the AS6805 assembler.  The designation [] refers to  a  required
        addressing  mode  argument.   The  following  list specifies the
        format for each addressing mode supported by AS6805:

                #data           immediate data
                                byte or word data

                *dir            direct page addressing
                                (see .setdp directive)
                                0 <= dir <= 255

                ,x              register indirect addressing
                                zero offset

                offset,x        register indirect addressing
                                  0 <= offset <= 255   --- byte mode
                                256 <= offset <= 65535 --- word mode
                                (an externally defined offset uses the
                                 word mode)

                ext             extended addressing

                label           branch label



        AS6805 ASSEMBLER                                        PAGE D-2
        6805 INSTRUCTION SET


        The terms data, dir, offset, and ext may all be expressions.

           Note  that  not all addressing modes are valid with every in-
        struction, refer to the 6805 technical data for valid modes.


        D.2.1  Control Instructions

                clc             cli
                nop             rsp
                rti             rts
                sec             sei
                stop            swi
                tax             txa
                wait


        D.2.2  Bit Manipulation Instructions

                brset   #data,*dir,label
                brclr   #data,*dir,label

                bset    #data,*dir
                bclr    #data,*dir


        D.2.3  Branch Instructions

                bra     label           brn     label
                bhi     label           bls     label
                bcc     label           bcs     label
                bne     label           beq     label
                bhcc    label           bhcs    label
                bpl     label           bmi     label
                bmc     label           bms     label
                bil     label           bih     label
                bsr     label


        AS6805 ASSEMBLER                                        PAGE D-3
        6805 INSTRUCTION SET


        D.2.4  Read-Modify-Write Instructions

                nega            negx
                neg     []

                coma            comx
                com     []

                lsra            lsrx
                lsr     []

                rora            rorx
                ror     []

                asra            asrx
                asr     []

                lsla            lslx
                lsl     []

                rola            rolx
                rol     []

                deca            decx
                dec     []

                inca            incx
                inc     []

                tsta            tstx
                tst     []

                clra            clrx
                clr     []


        D.2.5  Register\Memory Instructions

                sub     []              cmp     []
                sbc     []              cpx     []
                and     []              bit     []
                lda     []              sta     []
                eor     []              adc     []
                ora     []              add     []
                ldx     []              stx     []


        AS6805 ASSEMBLER                                        PAGE D-4
        6805 INSTRUCTION SET


        D.2.6  Jump and Jump to Subroutine Instructions

                jmp     []              jsr     []














                                   APPENDIX E

                                AS6808 ASSEMBLER





        E.1  68HC08 REGISTER SET

        The  following  is  a  list  of  the  68HC08  registers  used by
        AS68HC08:

                a       -       8-bit accumulator
                x       -       index register  <H:X>
                s       -       stack pointer


        E.2  68HC08 INSTRUCTION SET


           The  following tables list all 68HC08 mnemonics recognized by
        the AS6808 assembler.  The designation [] refers to  a  required
        addressing  mode  argument.   The  following  list specifies the
        format for each addressing mode supported by AS6808:

                #data           immediate data
                                byte or word data

                *dir            direct page addressing
                                (see .setdp directive)
                                0 <= dir <= 255

                ,x              register indexed addressing
                                zero offset

                offset,x        register indexed addressing
                                  0 <= offset <= 255   --- byte mode
                                256 <= offset <= 65535 --- word mode
                                (an externally defined offset uses the
                                 word mode)

                ,x+             register indexed addressing
                                zero offset with post increment


        AS6808 ASSEMBLER                                        PAGE E-2
        68HC08 INSTRUCTION SET



                offset,x+       register indexed addressing
                                unsigned byte offset with post increment

                offset,s        stack pointer indexed addressing
                                  0 <= offset <= 255   --- byte mode
                                256 <= offset <= 65535 --- word mode
                                (an externally defined offset uses the
                                 word mode)

                ext             extended addressing

                label           branch label

        The terms data, dir, offset, and ext may all be expressions.

           Note  that  not all addressing modes are valid with every in-
        struction, refer to the 68HC08 technical data for valid modes.


        E.2.1  Control Instructions

                clc             cli             daa             div
                mul             nop             nsa             psha
                pshh            pshx            pula            pulh
                pulx            rsp             rti             rts
                sec             sei             stop            swi
                tap             tax             tpa             tsx
                txa             txs             wait


        E.2.2  Bit Manipulation Instructions

                brset   #data,*dir,label
                brclr   #data,*dir,label

                bset    #data,*dir
                bclr    #data,*dir


        AS6808 ASSEMBLER                                        PAGE E-3
        68HC08 INSTRUCTION SET


        E.2.3  Branch Instructions

                bra     label           brn     label
                bhi     label           bls     label
                bcc     label           bcs     label
                bne     label           beq     label
                bhcc    label           bhcs    label
                bpl     label           bmi     label
                bmc     label           bms     label
                bil     label           bih     label
                bsr     label           bge     label
                blt     label           bgt     label
                ble     label


        E.2.4  Complex Branch Instructions

                cbeqa   [],label
                cbeqx   [],label
                cbeq    [],label
                dbnza   label
                dbnzx   label
                dbnz    [],label


        AS6808 ASSEMBLER                                        PAGE E-4
        68HC08 INSTRUCTION SET


        E.2.5  Read-Modify-Write Instructions

                nega                    negx
                neg     []

                coma                    comx
                com     []

                lsra                    lsrx
                lsr     []

                rora                    rorx
                ror     []

                asra                    asrx
                asr     []

                asla                    aslx
                asl     []

                lsla                    lslx
                lsl     []

                rola                    rolx
                rol     []

                deca                    decx
                dec     []

                inca                    incx
                inc     []

                tsta                    tstx
                tst     []

                clra                    clrx
                clr     []              clrh

                aix     #data

                ais     #data


        AS6808 ASSEMBLER                                        PAGE E-5
        68HC08 INSTRUCTION SET


        E.2.6  Register\Memory Instructions

                sub     []              cmp     []
                sbc     []              cpx     []
                and     []              bit     []
                lda     []              sta     []
                eor     []              adc     []
                ora     []              add     []
                ldx     []              stx     []


        E.2.7  Double Operand Move Instruction

                mov     [],[]


        E.2.8  16-Bit <H:X> Index Register Instructions

                cphx    []
                ldhx    []
                sthx    []


        E.2.9  Jump and Jump to Subroutine Instructions

                jmp     []              jsr     []














                                   APPENDIX F

                                AS6809 ASSEMBLER





        F.1  6809 REGISTER SET

        The following is a list of the 6809 registers used by AS6809:

                a,b     -       8-bit accumulators
                d       -       16-bit accumulator <a:b>
                x,y     -       index registers
                s,u     -       stack pointers
                pc      -       program counter
                cc      -       condition code
                dp      -       direct page


        F.2  6809 INSTRUCTION SET


           The  following  tables  list all 6809 mnemonics recognized by
        the AS6809 assembler.  The designation [] refers to  a  required
        addressing  mode  argument.   The  following  list specifies the
        format for each addressing mode supported by AS6809:

                #data           immediate data
                                byte or word data

                *dir            direct page addressing
                                (see .setdp directive)
                                0 <= dir <= 255

                label           branch label

                r,r1,r2         registers
                                cc,a,b,d,dp,x,y,s,u,pc

                ,-x     ,--x    register indexed
                                autodecrement



        AS6809 ASSEMBLER                                        PAGE F-2
        6809 INSTRUCTION SET


                ,x+     ,x++    register indexed
                                autoincrement

                ,x              register indexed addressing
                                zero offset

                offset,x        register indexed addressing
                                   -16 <= offset <= 15    ---  5-bit
                                  -128 <= offset <= -17   ---  8-bit
                                    16 <= offset <= 127   ---  8-bit
                                -32768 <= offset <= -129  --- 16-bit
                                   128 <= offset <= 32767 --- 16-bit
                                (external definition of offset
                                 uses 16-bit mode)

                a,x             accumulator offset indexed addressing

                ext             extended addressing

                ext,pc          pc addressing ( pc <- pc + ext )

                ext,pcr         pc relative addressing

                [,--x]          register indexed indirect
                                autodecrement

                [,x++]          register indexed indirect
                                autoincrement

                [,x]            register indexed indirect addressing
                                zero offset

                [offset,x]      register indexed indirect addressing
                                  -128 <= offset <= 127   ---  8-bit
                                -32768 <= offset <= -129  --- 16-bit
                                   128 <= offset <= 32767 --- 16-bit
                                (external definition of offset
                                 uses 16-bit mode)

                [a,x]           accumulator offset indexed
                                indirect addressing

                [ext]           extended indirect addressing

                [ext,pc]        pc indirect addressing
                                ( [pc <- pc + ext] )

                [ext,pcr]       pc relative indirect addressing

        The  terms  data, dir, label, offset, and ext may all be expres-
        sions.



        AS6809 ASSEMBLER                                        PAGE F-3
        6809 INSTRUCTION SET


           Note  that  not all addressing modes are valid with every in-
        struction, refer to the 6809 technical data for valid modes.


        F.2.1  Inherent Instructions

                abx             daa
                mul             nop
                rti             rts
                sex             swi
                swi1            swi2
                swi3            sync


        F.2.2  Short Branch Instructions

                bcc     label           bcs     label
                beq     label           bge     label
                bgt     label           bhi     label
                bhis    label           bhs     label
                ble     label           blo     label
                blos    label           bls     label
                blt     label           bmi     label
                bne     label           bpl     label
                bra     label           brn     label
                bvc     label           bvs     label
                bsr     label


        F.2.3  Long Branch Instructions

                lbcc    label           lbcs    label
                lbeq    label           lbge    label
                lbgt    label           lbhi    label
                lbhis   label           lbhs    label
                lble    label           lblo    label
                lblos   label           lbls    label
                lblt    label           lbmi    label
                lbne    label           lbpl    label
                lbra    label           lbrn    label
                lbvc    label           lbvs    label
                lbsr    label


        AS6809 ASSEMBLER                                        PAGE F-4
        6809 INSTRUCTION SET


        F.2.4  Single Operand Instructions

                asla            aslb
                asl     []

                asra            asrb
                asr     []

                clra            clrb
                clr     []

                coma            comb
                com     []

                deca            decb
                dec     []

                inca            incb
                inc     []

                lsla            lslb
                lsl     []

                lsra            lsrb
                lsr     []

                nega            negb
                neg     []

                rola            rolb
                rol     []

                rora            rorb
                ror     []

                tsta            tstb
                tst     []


        AS6809 ASSEMBLER                                        PAGE F-5
        6809 INSTRUCTION SET


        F.2.5  Double Operand Instructions

                adca    []              adcb    []

                adda    []              addb    []

                anda    []              andb    []

                bita    []              bitb    []

                cmpa    []              cmpb    []

                eora    []              eorb    []

                lda     []              ldb     []

                ora     []              orb     []

                sbca    []              sbcb    []

                sta     []              stb     []

                suba    []              subb    []


        F.2.6  D-register Instructions

                addd    []              subd    []
                cmpd    []              ldd     []
                std     []


        F.2.7  Index/Stack Register Instructions

                cmps    []              cmpu    []
                cmpx    []              cmpy    []

                lds     []              ldu     []
                ldx     []              ldy     []

                leas    []              leau    []
                leax    []              leay    []

                sts     []              stu     []
                stx     []              sty     []

                pshs    r               pshu    r
                puls    r               pulu    r


        AS6809 ASSEMBLER                                        PAGE F-6
        6809 INSTRUCTION SET


        F.2.8  Jump and Jump to Subroutine Instructions

                jmp     []              jsr     []


        F.2.9  Register - Register Instructions

                exg     r1,r2           tfr     r1,r2


        F.2.10  Condition Code Register Instructions

                andcc   #data           orcc    #data
                cwai    #data


        F.2.11  6800 Compatibility Instructions

                aba             cba
                clc             cli
                clv             des
                dex             ins
                inx
                ldaa    []      ldab    []
                oraa    []      orab    []
                psha            pshb
                pula            pulb
                sba             sec
                sei             sev
                staa    []      stab    []
                tab             tap
                tba             tpa
                tsx             txs
                wai














                                   APPENDIX G

                                AS6811 ASSEMBLER





        G.1  68HC11 REGISTER SET

        The following is a list of the 68HC11 registers used by AS6811:

                a,b     -       8-bit accumulators
                d       -       16-bit accumulator <a:b>
                x,y     -       index registers


        G.2  68HC11 INSTRUCTION SET


           The  following tables list all 68HC11 mnemonics recognized by
        the AS6811 assembler.  The designation [] refers to  a  required
        addressing  mode  argument.   The  following  list specifies the
        format for each addressing mode supported by AS6811:

                #data           immediate data
                                byte or word data

                *dir            direct page addressing
                                (see .setdp directive)
                                0 <= dir <= 255

                ,x              register indirect addressing
                                zero offset

                offset,x        register indirect addressing
                                0 <= offset <= 255

                ext             extended addressing

                label           branch label

        The terms data, dir, offset, and ext may all be expressions.



        AS6811 ASSEMBLER                                        PAGE G-2
        68HC11 INSTRUCTION SET


           Note  that  not all addressing modes are valid with every in-
        struction, refer to the 68HC11 technical data for valid modes.


        G.2.1  Inherent Instructions

                aba             abx
                aby             cba
                clc             cli
                clv             daa
                des             dex
                dey             fdiv
                idiv            ins
                inx             iny
                mul             nop
                rti             rts
                sba             sec
                sei             sev
                stop            swi
                tab             tap
                tba             tpa
                tsx             txs
                wai             xgdx
                xgdy

                psha            pshb
                psh a           psh b
                pshx            pshy
                psh x           psh y

                pula            pulb
                pul a           pul b
                pulx            puly
                pul x           pul y


        G.2.2  Branch Instructions

                bra     label           brn     label
                bhi     label           bls     label
                bcc     label           bhs     label
                bcs     label           blo     label
                bne     label           beq     label
                bvc     label           bvs     label
                bpl     label           bmi     label
                bge     label           blt     label
                bgt     label           ble     label
                bsr     label


        AS6811 ASSEMBLER                                        PAGE G-3
        68HC11 INSTRUCTION SET


        G.2.3  Single Operand Instructions

                asla            aslb            asld
                asl a           asl b           asl d
                asl     []

                asra            asrb
                asr a           asr b
                asr     []

                clra            clrb
                clr a           clr b
                clr     label

                coma            comb
                com a           com b
                com     []

                deca            decb
                dec a           dec b
                dec     []

                inca            incb
                inc a           inc b
                inc     []

                lsla            lslb            lsld
                lsl a           lsl b           lsl d
                lsl     []

                lsra            lsrb            lsrd
                lsr a           lsr b           lsr d
                lsr     []

                nega            negb
                neg a           neg b
                neg     []

                rola            rolb
                rol a           rol b
                rol     []

                rora            rorb
                ror a           ror b
                ror     []

                tsta            tstb
                tst a           tst b
                tst     []


        AS6811 ASSEMBLER                                        PAGE G-4
        68HC11 INSTRUCTION SET


        G.2.4  Double Operand Instructions

                adca    []              adcb    []
                adc a   []              adc b   []

                adda    []      addb    []      addd    []
                add a   []      add b   []      add d   []

                anda    []              andb    []
                and a   []              and b   []

                bita    []              bitb    []
                bit a   []              bit b   []

                cmpa    []              cmpb    []
                cmp a   []              cmp b   []

                eora    []              eorb    []
                eor a   []              eor b   []

                ldaa    []              ldab    []
                lda a   []              lda b   []

                oraa    []              orab    []
                ora a   []              ora b   []

                sbca    []              sbcb    []
                sbc a   []              sbc b   []

                staa    []              stab    []
                sta a   []              sta b   []

                suba    []      subb    []      subd    []
                sub a   []      sub b   []      sub d   []


        G.2.5  Bit Manupulation Instructions

                bclr    [],#data
                bset    [],#data

                brclr   [],#data,label
                brset   [],#data,label




        AS6811 ASSEMBLER                                        PAGE G-5
        68HC11 INSTRUCTION SET


        G.2.6  Jump and Jump to Subroutine Instructions

                jmp     []              jsr     []


        G.2.7  Long Register Instructions

                cpx     []              cpy     []

                ldd     []              lds     []
                ldx     []              ldy     []

                std     []              sts     []
                stx     []              sty     []














                                   APPENDIX H

                                AS6812 ASSEMBLER





        H.1  68HC12 REGISTER SET

        The following is a list of the 68HC12 registers used by AS6812:

                a,b     -       8-bit accumulators
                d       -       16-bit accumulator <a:b>
                x,y     -       index registers
                sp,s    -       stack pointer
                pc      -       program counter
                ccr,cc  -       condition code register


        H.2  68HC12 INSTRUCTION SET


           The  following tables list all 68HC12 mnemonics recognized by
        the AS6812 assembler.  The designation [] refers to  a  required
        addressing  mode  argument.   The  following  list specifies the
        format for each addressing mode supported by AS6812:

                #data           immediate data
                                byte or word data

                ext             extended addressing

                pg              memory page number

                *dir            direct page addressing
                                (see .setdp directive)
                                0 <= dir <= 255

                label           branch label

                r,r1,r2         registers
                                ccr,a,b,d,x,y,sp,pc



        AS6812 ASSEMBLER                                        PAGE H-2
        68HC12 INSTRUCTION SET


                -x      x-      register indexed, pre or
                ,-x     ,x-     post autodecrement by 1

                n,-x    n,x-    register indexed, pre or
                                post autodecrement by 1 - 8

                +x      x+      register indexed, pre or
                ,+x     ,x+     post autoincrement by 1

                n,+x    n,x+    register indexed, pre or
                                post autoincrement by 1 - 8

                offset,x        register indexed addressing
                                   -16 <= offset <= 15    ---  5-bit
                                  -256 <= offset <= -17   ---  9-bit
                                    16 <= offset <= 255   ---  9-bit
                                -32768 <= offset <= -257  --- 16-bit
                                   256 <= offset <= 32767 --- 16-bit
                                (external definition of offset
                                 uses 16-bit mode)

                [offset,x]      register indexed indirect addressing
                                -32768 <= offset <= 32767 --- 16-bit

                [,x]            register indexed indirect addressing
                                zero offset

                a,x             accumulator offset indexed addressing

                [d,x]           d accumulator offset indexed
                                indirect addressing

        The  terms  data, dir, label, offset, and ext may all be expres-
        sions.

           Note  that  not all addressing modes are valid with every in-
        struction, refer to the 68HC12 technical data for valid modes.


        AS6812 ASSEMBLER                                        PAGE H-3
        68HC12 INSTRUCTION SET


        H.2.1  Inherent Instructions

                aba             bgnd            cba
                daa             dex             dey
                ediv            edivs           emul
                emuls           fdiv            idiv
                idivs           inx             iny
                mem             mul             nop
                psha            pshb            pshc
                pshd            pshx            pshy
                pula            pulb            pulc
                puld            pulx            puly
                rev             revw            rtc
                rti             rts             sba
                stop            swi             tab
                tba             wai             wav
                wavr


        H.2.2  Short Branch Instructions

                bcc     label           bcs     label
                beq     label           bge     label
                bgt     label           bhi     label
                bhis    label           bhs     label
                ble     label           blo     label
                blos    label           bls     label
                blt     label           bmi     label
                bne     label           bpl     label
                bra     label           brn     label
                bvc     label           bvs     label
                bsr     label


        H.2.3  Long Branch Instructions

                lbcc    label           lbcs    label
                lbeq    label           lbge    label
                lbgt    label           lbhi    label
                lbhis   label           lbhs    label
                lble    label           lblo    label
                lblos   label           lbls    label
                lblt    label           lbmi    label
                lbne    label           lbpl    label
                lbra    label           lbrn    label
                lbvc    label           lbvs    label


        AS6812 ASSEMBLER                                        PAGE H-4
        68HC12 INSTRUCTION SET


        H.2.4  Branch on Decrement, Test, or Increment

                dbeq    r,label         dbne    r,label
                ibeq    r,label         ibne    r,label
                tbeq    r,label         tbne    r,label


        H.2.5  Bit Clear and Set Instructions

                bclr    [],#data
                bset    [],#data


        H.2.6  Branch on Bit Clear or Set

                brclr   [],#data,label
                brset   [],#data,label


        AS6812 ASSEMBLER                                        PAGE H-5
        68HC12 INSTRUCTION SET


        H.2.7  Single Operand Instructions

                asla            aslb
                asl     []

                asra            asrb
                asr     []

                clra            clrb
                clr     []

                coma            comb
                com     []

                deca            decb
                dec     []

                inca            incb
                inc     []

                lsla            lslb
                lsl     []

                lsra            lsrb
                lsr     []

                nega            negb
                neg     []

                rola            rolb
                rol     []

                rora            rorb
                ror     []

                tsta            tstb
                tst     []


        AS6812 ASSEMBLER                                        PAGE H-6
        68HC12 INSTRUCTION SET


        H.2.8  Double Operand Instructions

                adca    []              adcb    []

                adda    []              addb    []

                anda    []              andb    []

                bita    []              bitb    []

                cmpa    []              cmpb    []

                eora    []              eorb    []

                ldaa    []      <=>     lda     []

                ldab    []      <=>     ldb     []

                oraa    []      <=>     ora     []

                orab    []      <=>     orb     []

                sbca    []              sbcb    []

                staa    []      <=>     sta     []

                stab    []      <=>     stb     []

                suba    []              subb    []


        H.2.9  Move Instructions

                movb    [],[]           movw    [],[]


        H.2.10  D-register Instructions

                addd    []              subd    []
                cpd     []      <=>     cmpd    []
                ldd     []              std     []


        AS6812 ASSEMBLER                                        PAGE H-7
        68HC12 INSTRUCTION SET


        H.2.11  Index/Stack Register Instructions

                cps     []      <=>     cmps    []
                cpx     []      <=>     cmpx    []
                cpy     []      <=>     cmpy    []

                lds     []
                ldx     []              ldy     []

                leas    []
                leax    []              leay    []

                sts     []
                stx     []              sty     []


        H.2.12  Jump and Jump/Call to Subroutine Instructions

                call    [],pg
                jmp     []              jsr     []


        H.2.13  Other Special Instructions

                emacs   []
                emaxd   []              emaxm   []
                emind   []              eminm   []
                etbl    []
                maxa    []              maxm    []
                mina    []              minm    []
                tbl     []              trap    #data


        H.2.14  Register - Register Instructions

                exg     r1,r2           sex     r1,r2
                tfr     r1,r2


        H.2.15  Condition Code Register Instructions

                andcc   #data           orcc    #data


        AS6812 ASSEMBLER                                        PAGE H-8
        68HC12 INSTRUCTION SET


        H.2.16  M68HC11 Compatibility Mode Instructions

                abx             aby             clc
                cli             clv             des
                ins             sec             sei
                sev             tap             tpa
                tsx             tsy             txs
                tys             xgdx            xgdy














                                   APPENDIX I

                                AS6816 ASSEMBLER





        I.1  68HC16 REGISTER SET

        The following is a list of the 68HC16 registers used by AS6816:

                a,b     -       8-bit accumulators
                d       -       16-bit accumulator <a:b>
                e       -       16-bit accumulator
                x,y,z   -       index registers
                k       -       address extension register
                s       -       stack pointer
                ccr     -       condition code


        I.2  68HC16 INSTRUCTION SET


           The  following tables list all 68HC16 mnemonics recognized by
        the AS6816 assembler.  The designation [] refers to  a  required
        addressing  mode  argument.   The  following  list specifies the
        format for each addressing mode supported by AS6816:

                #data           immediate data
                                byte or word data

                #xo,#yo         local immediate data (mac / rmac)

                label           branch label

                r               register
                                ccr,a,b,d,e,x,y,z,s

                ,x              zero offset register indexed addressing
                ,x8
                ,x16

                offset,x        register indexed addressing


        AS6816 ASSEMBLER                                        PAGE I-2
        68HC16 INSTRUCTION SET


                                     0 <= offset <= 255   ---  8-bit
                                -32768 <= offset <= -1    --- 16-bit
                                   256 <= offset <= 32767 --- 16-bit
                                (external definition of offset
                                 uses 16-bit mode)

                offset,x8       unsigned 8-bit offset indexed addressing
                offset,x16      signed 16-bit offset indexed addressing

                e,x             accumulator offset indexed addressing

                ext             extended addressing

                bank            64K bank number (jmp / jsr)

        The  terms data, label, offset, bank, and ext may all be expres-
        sions.

           Note  that  not all addressing modes are valid with every in-
        struction, refer to the 6816 technical data for valid modes.


        I.2.1  Inherent Instructions

                aba             abx             aby             abz
                ace             aced            ade             adx
                ady             adz             aex             aey
                aez             bgnd            cba             daa
                ediv            edivs           emul            emuls
                fdiv            fmuls           idiv            ldhi
                lpstop          mul             nop             psha
                pshb            pshmac          pula            pulb
                pulmac          rtr             rts             sba
                sde             sted            swi             sxt
                tab             tap             tba             tbek
                tbsk            tbxk            tbyk            tbzk
                tde             tdmsk           tdp             ted
                tedm            tekb            tem             tmer
                tmet            tmxed           tpa             tpd
                tskb            tsx             tsy             tsz
                txkb            txs             txy             txz
                tykb            tys             tyx             tyz
                tzkb            tzs             tzx             tzy
                wai             xgab            xgde            xgdx
                xgdy            xgdz            xgex            xgey
                xgez


        AS6816 ASSEMBLER                                        PAGE I-3
        68HC16 INSTRUCTION SET


        I.2.2  Push/Pull Multiple Register Instructions

                pshm    r,...           pulm    r,...


        I.2.3  Short Branch Instructions

                bcc     label           bcs     label
                beq     label           bge     label
                bgt     label           bhi     label
                bhis    label           bhs     label
                ble     label           blo     label
                blos    label           bls     label
                blt     label           bmi     label
                bne     label           bpl     label
                bra     label           brn     label
                bvc     label           bvs     label
                bsr     label


        I.2.4  Long Branch Instructions

                lbcc    label           lbcs    label
                lbeq    label           lbge    label
                lbgt    label           lbhi    label
                lbhis   label           lbhs    label
                lble    label           lblo    label
                lblos   label           lbls    label
                lblt    label           lbmi    label
                lbne    label           lbpl    label
                lbra    label           lbrn    label
                lbvc    label           lbvs    label
                lbsr    label


        I.2.5  Bit Manipulation Instructions

                bclr    [],#data
                bset    [],#data

                brclr   [],#data,label
                brset   [],#data,label


        AS6816 ASSEMBLER                                        PAGE I-4
        68HC16 INSTRUCTION SET


        I.2.6  Single Operand Instructions

                asla                    aslb
                asld                    asle
                aslm
                asl     []              aslw    []

                asra                    asrb
                asrd                    asre
                asrm
                asr     []              asrw    []

                clra                    clrb
                clrd                    clre
                                        clrm
                clr     []              clrw    []

                coma                    comb
                comd                    come
                com     []              comw    []

                deca                    decb
                dec     []              decw    []

                inca                    incb
                inc     []              incw    []

                lsla                    lslb
                lsld                    lsle
                lslm
                lsl     []              lslw    []

                lsra                    lsrb
                lsrd                    lsre
                lsr     []              lsrw    []

                nega                    negb
                negd                    nege
                neg     []              negw    []

                rola                    rolb
                rold                    role
                rol     []              rolw    []

                rora                    rorb
                rord                    rore
                ror     []              rorw    []

                tsta                    tstb
                tsta                    tste
                tst     []              tstw    []


        AS6816 ASSEMBLER                                        PAGE I-5
        68HC16 INSTRUCTION SET


        I.2.7  Double Operand Instructions

                adca    []              adcb    []
                adcd    []              adce    []

                adda    []              addb    []
                addd    []              adde    []

                anda    []              andb    []
                andd    []              ande    []

                bita    []              bitb    []

                cmpa    []              cmpb    []
                cpd     []              cpe     []

                eora    []              eorb    []
                eord    []              eore    []

                ldaa    []              ldab    []
                ldd     []              lde     []

                oraa    []              orab    []
                ord     []              ore     []

                sbca    []              sbcb    []
                sbcd    []              sbce    []

                staa    []              stab    []
                std     []              ste     []

                suba    []              subb    []
                subd    []              sube    []


        I.2.8  Index/Stack Register Instructions

                cps     []              cpx     []
                cpy     []              cpz     []

                lds     []              ldx     []
                ldy     []              ldz     []

                sts     []              stx     []
                sty     []              stz     []


        AS6816 ASSEMBLER                                        PAGE I-6
        68HC16 INSTRUCTION SET


        I.2.9  Jump and Jump to Subroutine Instructions

                jmp     bank,[]         jsr     bank,[]


        I.2.10  Condition Code Register Instructions

                andp    #data           orp     #data


        I.2.11  Multiply and Accumulate Instructions

                mac     #data           rmac    #data
                mac     #xo,#yo         rmac    #xo,#yo














                                   APPENDIX J

                                 ASH8 ASSEMBLER





        J.1  H8/3XX REGISTER SET

        The following is a list of the H8 registers used by ASH8:

                r0  -  r7,sp            16-bit accumulators
                r0L -  r7L,spL          8-bit accumulators
                r0H -  r7H,spH          8-bit accumulators
                spL,spH,sp              stack pointers
                ccr                     condition code


        J.2  H8/3XX INSTRUCTION SET


           The  following tables list all H8/3xx mnemonics recognized by
        the ASH8 assembler.  The designation [] refers to a required ad-
        dressing mode argument.  The following list specifies the format
        for each addressing mode supported by ASH8:

                #xx:3           immediate data (3  bit)
                #xx:8           immediate data (8  bit)
                #xx:16          immediate data (16 bit)

                *dir            direct page addressing
                                (see .setdp directive)
                                0xFF00 <= dir <= 0xFFFF

                label           branch label


                rn              registers (16 bit)
                                r0-r7,sp

                rnB             registers (8 bit)
                                r0H-r7H,r0L-r7L,spH,spL



        ASH8 ASSEMBLER                                          PAGE J-2
        H8/3XX INSTRUCTION SET


                ccr             condition code register

                @rn             register indirect

                @-rn            register indirect (auto pre-decrement)

                @rn+            register indirect (auto post-increment)

                @[offset,rn]    register indirect, 16-bit displacement

                @@offset        memory indirect, (8-bit address)

                ext             extended addressing (16-bit)

        The  terms  data, dir, label, offset, and ext may all be expres-
        sions.

           Note  that  not all addressing modes are valid with every in-
        struction, refer to the H8/3xx technical data for valid modes.


        J.2.1  Inherent Instructions

                eepmov
                nop
                sleep
                rte
                rts


        J.2.2  Branch Instructions

                bcc     label                   bcs     label
                beq     label                   bf      label
                bge     label                   bgt     label
                bhi     label                   bhis    label
                bhs     label                   ble     label
                blo     label                   blos    label
                bls     label                   blt     label
                bmi     label                   bne     label
                bpl     label                   bra     label
                brn     label                   bt      label
                bvc     label                   bvs     label
                bsr     label


        ASH8 ASSEMBLER                                          PAGE J-3
        H8/3XX INSTRUCTION SET


        J.2.3  Single Operand Instructions

                Free Form

                daa     rnB                     das     rnB

                dec     rnB                     inc     rnB

                neg     rnB                     not     rnB

                rotxl   rnB                     rotxr   rnB

                rotl    rnB                     rotr    rnB

                shal    rnB                     shar    rnB

                shll    rnB                     shlr    rnB

                push    rn                      pop     rn


                Byte / Word Form

                daa.b   rnB                     das.b   rnB

                dec.b   rnB                     inc.b   rnB

                neg.b   rnB                     not.b   rnB

                rotxl.b rnB                     rotxr.b rnB

                rotl.b  rnB                     rotr.b  rnB

                shal.b  rnB                     shar.b  rnB

                shll.b  rnB                     shlr.b  rnB

                push.w  rn                      pop.w   rn


        ASH8 ASSEMBLER                                          PAGE J-4
        H8/3XX INSTRUCTION SET


        J.2.4  Double Operand Instructions

                Free Form

                add     rnB,rnB                 add     #xx:8,rnB
                add     rn,rn
                adds    #1,rn                   adds    #2,rn
                addx    rnB,rnB                 addx    #xx:8,rnB

                cmp     rnB,rnB                 cmp     #xx:8,rnB
                cmp     rn,rn

                sub     rnB,rnB
                sub     rn,rn
                subs    #1,rn                   subs    #2,rn
                subx    rnB,rnB                 subx    #xx:8,rnB

                and     rnB,rnB                 and     #xx:8,rnB
                                                and     #xx:8,ccr

                or      rnB,rnB                 or      #xx:8,rnB
                                                or      #xx:8,ccr

                xor     rnB,rnB                 xor     #xx:8,rnB
                                                xor     #xx:8,ccr


                Byte / Word Form

                add.b   rnB,rnB                 add.b   #xx:8,rnB
                add.w   rn,rn

                cmp.b   rnB,rnB                 cmp.b   #xx:8,rnB
                cmp.w   rn,rn

                sub.b   rnB,rnB
                sub.w   rn,rn

                addx.b  rnB,rnB                 addx.b  #xx:8,rnB

                and.b   rnB,rnB                 and.b   #xx:8,rnB
                                                and.b   #xx:8,ccr

                or.b    rnB,rnB                 or.b    #xx:8,rnB
                                                or.b    #xx:8,ccr

                subx.b  rnB,rnB                 subx.b  #xx:8,rnB

                xor.b   rnB,rnB                 xor.b   #xx:8,rnB
                                                xor.b   #xx:8,ccr


        ASH8 ASSEMBLER                                          PAGE J-5
        H8/3XX INSTRUCTION SET


        J.2.5  Mov Instructions

                Free Form

                mov     rnB,rnB                 mov     rn,rn
                mov     #xx:8,rnB               mov     #xx:16,rn
                mov     @rn,rnB                 mov     @rn,rn
                mov     @[offset,rn],rnB        mov     @[offset,rn],rn
                mov     @rn+,rnB                mov     @rn+,rn
                mov     @dir,rnB
                mov     dir,rnB
                mov     *@dir,rnB
                mov     *dir,rnB
                mov     @label,rnB              mov     @label,rn
                mov     label,rnB               mov     label,rn
                mov     rnB,@rn                 mov     rn,@rn
                mov     rnB,@[offset,rn]        mov     rn,@[offset,rn]
                mov     rnB,@-rn                mov     rn,@-rn
                mov     rnB,@dir
                mov     rnB,dir
                mov     rnB,*@dir
                mov     rnB,*dir
                mov     rnB,@label              mov     rn,@label
                mov     rnB,label               mov     rn,label


                Byte / Word Form

                mov.b   rnB,rnB                 mov.w   rn,rn
                mov.b   #xx:8,rnB               mov.w   #xx:16,rn
                mov.b   @rn,rnB                 mov.w   @rn,rn
                mov.b   @[offset,rn],rnB        mov.w   @[offset,rn],rn
                mov.b   @rn+,rnB                mov.w   @rn+,rn
                mov.b   @dir,rnB
                mov.b   dir,rnB
                mov.b   *@dir,rnB
                mov.b   *dir,rnB
                mov.b   @label,rnB              mov.w   @label,rn
                mov.b   label,rnB               mov.w   label,rn
                mov.b   rnB,@rn                 mov.w   rn,@rn
                mov.b   rnB,@[offset,rn]        mov.w   rn,@[offset,rn]
                mov.b   rnB,@-rn                mov.w   rn,@-rn
                mov.b   rnB,@dir
                mov.b   rnB,dir
                mov.b   rnB,*@dir
                mov.b   rnB,*dir
                mov.b   rnB,@label              mov.w   rn,@label
                mov.b   rnB,label               mov.w   rn,label


        ASH8 ASSEMBLER                                          PAGE J-6
        H8/3XX INSTRUCTION SET


        J.2.6  Bit Manipulation Instructions

                bld     #xx:3,rnB               bld     #xx:3,@rn
                bld     #xx:3,@dir              bld     #xx:3,dir
                bld     #xx:3,*@dir             bld     #xx:3,*dir

                bild    #xx:3,rnB               bild    #xx:3,@rn
                bild    #xx:3,@dir              bild    #xx:3,dir
                bild    #xx:3,*@dir             bild    #xx:3,*dir

                bst     #xx:3,rnB               bst     #xx:3,@rn
                bst     #xx:3,@dir              bst     #xx:3,dir
                bst     #xx:3,*@dir             bst     #xx:3,*dir

                bist    #xx:3,rnB               bist    #xx:3,@rn
                bist    #xx:3,@dir              bist    #xx:3,dir
                bist    #xx:3,*@dir             bist    #xx:3,*dir

                band    #xx:3,rnB               band    #xx:3,@rn
                band    #xx:3,@dir              band    #xx:3,dir
                band    #xx:3,*@dir             band    #xx:3,*dir

                biand   #xx:3,rnB               biand   #xx:3,@rn
                biand   #xx:3,@dir              biand   #xx:3,dir
                biand   #xx:3,*@dir             biand   #xx:3,*dir

                bor     #xx:3,rnB               bor     #xx:3,@rn
                bor     #xx:3,@dir              bor     #xx:3,dir
                bor     #xx:3,*@dir             bor     #xx:3,*dir

                bior    #xx:3,rnB               bior    #xx:3,@rn
                bior    #xx:3,@dir              bior    #xx:3,dir
                bior    #xx:3,*@dir             bior    #xx:3,*dir

                bxor    #xx:3,rnB               bxor    #xx:3,@rn
                bxor    #xx:3,@dir              bxor    #xx:3,dir
                bxor    #xx:3,*@dir             bxor    #xx:3,*dir

                bixor   #xx:3,rnB               bixor   #xx:3,@rn
                bixor   #xx:3,@dir              bixor   #xx:3,dir
                bixor   #xx:3,*@dir             bixor   #xx:3,*dir


        ASH8 ASSEMBLER                                          PAGE J-7
        H8/3XX INSTRUCTION SET


        J.2.7  Extended Bit Manipulation Instructions

                bset    #xx:3,rnB               bset    #xx:3,@rn
                bset    #xx:3,@dir              bset    #xx:3,dir
                bset    #xx:3,*@dir             bset    #xx:3,*dir
                bset    rnB,rnB                 bset    rnB,@rn
                bset    rnB,@dir                bset    rnB,dir
                bset    rnB,*@dir               bset    rnB,*dir

                bclr    #xx:3,rnB               bclr    #xx:3,@rn
                bclr    #xx:3,@dir              bclr    #xx:3,dir
                bclr    #xx:3,*@dir             bclr    #xx:3,*dir
                bclr    rnB,rnB                 bclr    rnB,@rn
                bclr    rnB,@dir                bclr    rnB,dir
                bclr    rnB,*@dir               bclr    rnB,*dir

                bnot    #xx:3,rnB               bnot    #xx:3,@rn
                bnot    #xx:3,@dir              bnot    #xx:3,dir
                bnot    #xx:3,*@dir             bnot    #xx:3,*dir
                bnot    rnB,rnB                 bnot    rnB,@rn
                bnot    rnB,@dir                bnot    rnB,dir
                bnot    rnB,*@dir               bnot    rnB,*dir

                btst    #xx:3,rnB               btst    #xx:3,@rn
                btst    #xx:3,@dir              btst    #xx:3,dir
                btst    #xx:3,*@dir             btst    #xx:3,*dir
                btst    rnB,rnB                 btst    rnB,@rn
                btst    rnB,@dir                btst    rnB,dir
                btst    rnB,*@dir               btst    rnB,*dir


        J.2.8  Condition Code Instructions

                andc    #xx:8,ccr               andc    #xx:8
                and     #xx:8,ccr               and.b   #xx:8,ccr

                ldc     #xx:8,ccr               ldc     #xx:8
                ldc     rnB,ccr                 ldc     rnB

                orc     #xx:8,ccr               orc     #xx:8
                or      #xx:8,ccr               or.b    #xx:8,ccr

                xorc    #xx:8,ccr               xorc    #xx:8
                xor     #xx:8,ccr               xor.b   #xx:8,ccr

                stc     ccr,rnB                 stc     rnB


        ASH8 ASSEMBLER                                          PAGE J-8
        H8/3XX INSTRUCTION SET


        J.2.9  Other Instructions

                divxu   rnB,rn                  divxu.b rnB,rn

                mulxu   rnB,rn                  mulxu.b rnB,rn

                movfpe  @label,rnB              movfpe  label,rnB
                movfpe.b  @label,rnB            movfpe.b  label,rnB

                movtpe  @label,rnB              movtpe  label,rnB
                movtpe.b  @label,rnB            movtpe.b  label,rnB


        J.2.10  Jump and Jump to Subroutine Instructions

                jmp     @rn                     jmp     @@dir
                jmp     @label                  jmp     label

                jsr     @rn                     jsr     @@dir
                jsr     @label                  jsr     label














                                   APPENDIX K

                                AS8051 ASSEMBLER





        K.1  ACKNOWLEDGMENT


           Thanks  to  John  Hartman  for his contribution of the AS8051
        cross assembler.

                John L. Hartman
                jhartman@compuserve.com


        K.2  8051 REGISTER SET

        The following is a list of the 8051 registers used by AS8051:

                a,b             -       8-bit accumulators
                r0,r1,r2,r3     -       8-bit registers
                r4,r5,r6,r7
                dptr            -       data pointer
                sp              -       stack pointer
                pc              -       program counter
                psw             -       status word
                c               -       carry (bit in status word)


        AS8051 ASSEMBLER                                        PAGE K-2
        8051 REGISTER SET


        K.3  8051 INSTRUCTION SET


           The  following  tables  list all 8051 mnemonics recognized by
        the AS8051 assembler.  The following list specifies  the  format
        for each addressing mode supported by AS8051:

                #data           immediate data
                                byte or word data

                r,r1,r2         register r0,r1,r2,r3,r4,r5,r6, or r7

                @r              indirect on register r0 or r1
                @dptr           indirect on data pointer
                @a+dptr         indirect on accumulator
                                plus data pointer
                @a+pc           indirect on accumulator
                                plus program counter

                addr            direct memory address

                bitaddr         bit address

                label           call or jump label

        The terms data, addr, bitaddr, and label may all be expressions.

           Note  that  not all addressing modes are valid with every in-
        struction.  Refer to the 8051 technical data for valid modes.


        K.3.1  Inherent Instructions

                nop


        AS8051 ASSEMBLER                                        PAGE K-3
        8051 INSTRUCTION SET


        K.3.2  Move Instructions

                mov     a,#data         mov     a,addr
                mov     a,r             mov     a,@r

                mov     r,#data         mov     r,addr
                mov     r,a

                mov     addr,a          mov     addr,#data
                mov     addr,r          mov     addr,@r
                mov     addr1,addr2     mov     bitaddr,c

                mov     @r,#data        mov     @r,addr
                mov     @r,a

                mov     c,bitaddr
                mov     dptr,#data

                movc    a,@a+dptr       movc    a,@a+pc
                movx    a,@dptr         movx    a,@r
                movx    @dptr,a         movx    @r,a


        K.3.3  Single Operand Instructions

                clr     a               clr     c
                clr     bitaddr
                cpl     a               cpl     c
                cpl     bitaddr
                setb    c               setb    bitaddr

                da      a
                rr      a               rrc     a
                rl      a               rlc     a
                swap    a

                dec     a               dec     r
                dec     @r
                inc     a               inc     r
                inc     dptr            inc     @r

                div     ab              mul     ab

                pop     addr            push    addr


        AS8051 ASSEMBLER                                        PAGE K-4
        8051 INSTRUCTION SET


        K.3.4  Two Operand Instructions

                add     a,#data         add     a,addr
                add     a,r             add     a,@r
                addc    a,#data         addc    a,addr
                addc    a,r             addc    a,@r
                subb    a,#data         subb    a,addr
                subb    a,r             subb    a,@r
                orl     a,#data         orl     a,addr
                orl     a,r             orl     a,@r
                orl     addr,a          orl     addr,#data
                orl     c,bitaddr       orl     c,/bitaddr
                anl     a,#data         anl     a,addr
                anl     a,r             anl     a,@r
                anl     addr,a          anl     addr,#data
                anl     c,bitaddr       anl     c,/bitaddr
                xrl     a,#data         xrl     a,addr
                xrl     a,r             xrl     a,@r
                xrl     addr,a          xrl     addr,#data
                xrl     c,bitaddr       xrl     c,/bitaddr
                xch     a,addr          xch     a,r
                xch     a,@r            xchd    a,@r


        K.3.5  Call and Return Instructions

                acall   label           lcall   label
                ret                     reti
                in      data
                out     data
                rst     data


        K.3.6  Jump Instructions

                ajmp    label
                cjne    a,#data,label   cjne    a,addr,label
                cjne    r,#data,label   cjne    @r,#data,label
                djnz    r,label         djnz    addr,label
                jbc     bitadr,label
                jb      bitadr,label    jnb     bitadr,label
                jc      label           jnc     label
                jz      label           jnz     label
                jmp     @a+dptr
                ljmp    label           sjmp    label


        AS8051 ASSEMBLER                                        PAGE K-5
        8051 INSTRUCTION SET


        K.3.7  Predefined Symbols:  SFR Map

                        --------- 4 Bytes ----------
                        ----    ----    ----    ----
                FC                                          FF
                F8                                          FB
                F4                                          F7
                F0      B                                   F3
                EC                                          EF
                E8                                          EB
                E4                                          E7
                E0      ACC                                 E3
                DC                                          DF
                D8                                          DB
                D4                                          D7
                D0      PSW                                 D3
                CC   [  TL2     TH2                     ]   CF
                C8   [  T2CON           RCAP2L  RCAP2H  ]   CB
                C4                                          C7
                C0                                          C3
                BC                                          BF
                B8      IP                                  BB
                B4                                          B7
                B0      P3                                  B3
                AC                                          AF
                A8      IE                                  AB
                A4                                          A7
                A0      P2                                  A3
                9C                                          9F
                98      SCON    SBUF                        9B
                94                                          97
                90      P1                                  93
                8C      TH0     TH1                         8F
                88      TCON    TMOD    TL0     TL1         8B
                84                              PCON        87
                80      P0      SP      DPL     DPH         83

                [...] Indicates Resident in 8052, not 8051


        AS8051 ASSEMBLER                                        PAGE K-6
        8051 INSTRUCTION SET


        K.3.8  Predefined Symbols:  SFR Bit Addresses

                        ---------- 4 BITS ----------
                        ----    ----    ----    ----
                FC                                          FF
                F8                                          FB
                F4      B.4     B.5     B.6     B.7         F7
                F0      B.0     B.1     B.2     B.3         F3
                EC                                          EF
                E8                                          EB
                E4      ACC.4   ACC.5   ACC.6   ACC.7       E7
                E0      ACC.0   ACC.1   ACC.2   ACC.3       E3
                DC                                          DF
                D8                                          DB
                D4      PSW.4   PSW.5   PSW.6   PSW.7       D7
                D0      PSW.0   PSW.1   PSW.2   PSW.3       D3
                CC   [  T2CON.4 T2CON.5 T2CON.6 T2CON.7 ]   CF
                C8   [  T2CON.0 T2CON.1 T2CON.2 T2CON.3 ]   CB
                C4                                          C7
                C0                                          C3
                BC      IP.4    IP.5    IP.6    IP.7        BF
                B8      IP.0    IP.1    IP.2    IP.3        BB
                B4      P3.4    P3.5    P3.6    P3.7        B7
                B0      P3.0    P3.1    P3.2    P3.3        B3
                AC      IE.4    IE.5    EI.6    IE.7        AF
                A8      IE.0    IE.1    IE.2    IE.3        AB
                A4      P2.4    P2.5    P2.6    P2.7        A7
                A0      P2.0    P2.1    P2.2    P2.3        A3
                9C      SCON.4  SCON.5  SCON.6  SCON.7      9F
                98      SCON.0  SCON.1  SCON.2  SCON.3      9B
                94      P1.4    P1.5    P1.6    P1.7        97
                90      P1.0    P1.1    P1.2    P1.3        93
                8C      TCON.4  TCON.5  TCON.6  TCON.7      8F
                88      TCON.0  TCON.1  TCON.2  TCON.3      8B
                84      P0.4    P0.5    P0.6    P0.7        87
                80      P0.0    P0.1    P0.2    P0.3        83

                [...] Indicates Resident in 8052, not 8051


        AS8051 ASSEMBLER                                        PAGE K-7
        8051 INSTRUCTION SET


        K.3.9  Predefined Symbols:  Control Bits

                        ---------- 4 BITS ----------
                        ----    ----    ----    ----
                FC                                          FF
                F8                                          FB
                F4                                          F7
                F0                                          F3
                EC                                          EF
                E8                                          EB
                E4                                          E7
                E0                                          E3
                DC                                          DF
                D8                                          DB
                D4      RS1     F0      AC      CY          D7
                D0      P               OV      RS0         D3
                CC   [  TLCK    RCLK    EXF2    TF2     ]   CF
                C8   [  CPRL2   CT2     TR2     EXEN2   ]   CB
                C4                                          C7
                C0                                          C3
                BC      PS      PT2                         BF
                B8      PX0     PT0     PX1     PT1         BB
                B4                                          B7
                B0      RXD     TXD     INT0    INT1        B3
                AC      ES      ET2             EA          AF
                A8      EX0     ET0     EX1     ET1         AB
                A4                                          A7
                A0                                          A3
                9C      REN     SM2     SM1     SM0         9F
                98      RI      TI      RB8     TB8         9B
                94                                          97
                90                                          93
                8C      TR0     TF0     TR1     TF1         8F
                88      IT0     IE0     IT1     IE1         8B
                84                                          87
                80                                          83

                [...] Indicates Resident in 8052, not 8051














                                   APPENDIX L

                                AS8085 ASSEMBLER





        L.1  8085 REGISTER SET

        The  following  is  a  list  of  the 8080/8085 registers used by
        AS8085:

                a,b,c,d,e,h,l   -       8-bit accumulators
                m               -       memory through (hl)
                sp              -       stack pointer
                psw             -       status word


        L.2  8085 INSTRUCTION SET


           The  following tables list all 8080/8085 mnemonics recognized
        by the AS8085  assembler.   The  following  list  specifies  the
        format for each addressing mode supported by AS8085:

                #data           immediate data
                                byte or word data

                r,r1,r2         register or register pair
                                psw,a,b,c,d,e,h,l
                                bc,de,hl,sp,pc

                m               memory address using (hl)

                addr            direct memory addressing

                label           call or jump label

        The terms data, m, addr, and label may be expressions.

           Note  that  not all addressing modes are valid with every in-
        struction, refer to  the  8080/8085  technical  data  for  valid
        modes.


        AS8085 ASSEMBLER                                        PAGE L-2
        8085 INSTRUCTION SET


        L.2.1  Inherent Instructions

                cma             cmc
                daa             di
                ei              hlt
                nop             pchl
                ral             rar
                ret             rim
                rrc             rlc
                sim             sphl
                stc             xchg
                xthl


        L.2.2  Register/Memory/Immediate Instructions

                adc     r       adc     m       aci     #data
                add     r       add     m       adi     #data
                ana     r       ana     m       ani     #data
                cmp     r       cmp     m       cpi     #data
                ora     r       ora     m       ori     #data
                sbb     r       sbb     m       sbi     #data
                sub     r       sub     m       sui     #data
                xra     r       xra     m       xri     #data


        L.2.3  Call and Return Instructions

                cc      label           rc
                cm      label           rm
                cnc     label           rnc
                cnz     label           rnz
                cp      label           rp
                cpe     label           rpe
                cpo     label           rpo
                cz      label           rz
                call    label


        L.2.4  Jump Instructions

                jc      label
                jm      label
                jnc     label
                jnz     label
                jp      label
                jpe     label
                jpo     label
                jz      label
                jmp     label


        AS8085 ASSEMBLER                                        PAGE L-3
        8085 INSTRUCTION SET


        L.2.5  Input/Output/Reset Instructions

                in      data
                out     data
                rst     data


        L.2.6  Move Instructions

                mov     r1,r2
                mov     r,m
                mov     m,r

                mvi     r,#data
                mvi     m,#data


        L.2.7  Other Instructions

                dcr     r               dcr     m
                inr     r               inr     m

                dad     r               dcx     r
                inx     r               ldax    r
                pop     r               push    r
                stax    r

                lda     addr            lhld    addr
                shld    addr            sta     addr

                lxi     r,#data














                                   APPENDIX M

                                 ASZ80 ASSEMBLER





        M.1  .hd64 DIRECTIVE

        Format:

                .hd64

        The  .hd64  directive enables processing of the HD64180 specific
        mnemonics not included in  the  Z80  instruction  set.   HD64180
        mnemonics  encountered  without  the  .hd64  directive  will  be
        flagged with an 'o' error.


        M.2  Z80 REGISTER SET AND CONDITIONS


           The following is a complete list of register designations and
        condition mnemonics:

                byte registers  -       a,b,c,d,e,h,l,i,r
                register pairs  -       af,af',bc,de,hl
                word registers  -       pc,sp,ix,iy

                C -     carry bit set
                M -     sign bit set
                NC -    carry bit clear
                NZ -    zero bit clear
                P -     sign bit clear
                PE -    parity even
                PO -    parity odd
                Z -     zero bit set




        ASZ80 ASSEMBLER                                         PAGE M-2
        Z80 INSTRUCTION SET


        M.3  Z80 INSTRUCTION SET


           The  following  tables  list all Z80/HD64180 mnemonics recog-
        nized by the ASZ80 assembler.  The designation []  refers  to  a
        required addressing mode argument.  The following list specifies
        the format for each addressing mode supported by ASZ80:

                #data           immediate data
                                byte or word data

                n               byte value

                rg              a byte register
                                a,b,c,d,e,h,l

                rp              a register pair
                                bc,de,hl

                (hl)            implied addressing or
                                register indirect addressing

                (label)         direct addressing

                offset(ix)      indexed addressing with
                                an offset

                label           call/jmp/jr label

        The  terms  data,  dir,  offset, and ext may all be expressions.
        The terms dir and offset are not allowed to be  external  refer-
        ences.

           Note  that  not all addressing modes are valid with every in-
        struction, refer to the Z80/HD64180  technical  data  for  valid
        modes.


        ASZ80 ASSEMBLER                                         PAGE M-3
        Z80 INSTRUCTION SET


        M.3.1  Inherent Instructions

                ccf             cpd
                cpdr            cpi
                cpir            cpl
                daa             di
                ei              exx
                halt            neg
                nop             reti
                retn            rla
                rlca            rld
                rra             rrca
                rrd             scf


        M.3.2  Implicit Operand Instructions

                adc     a,[]            adc     []
                add     a,[]            add     []
                and     a,[]            and     []
                cp      a,[]            cp      []
                dec     a,[]            dec     []
                inc     a,[]            inc     []
                or      a,[]            or      []
                rl      a,[]            rl      []
                rlc     a,[]            rlc     []
                rr      a,[]            rr      []
                rrc     a,[]            rrc     []
                sbc     a,[]            sbc     []
                sla     a,[]            sla     []
                sra     a,[]            sra     []
                srl     a,[]            srl     []
                sub     a,[]            sub     []
                xor     a,[]            xor     []


        ASZ80 ASSEMBLER                                         PAGE M-4
        Z80 INSTRUCTION SET


        M.3.3  Load Instruction

                ld      rg,[]           ld      [],rg
                ld      (bc),a          ld      a,(bc)
                ld      (de),a          ld      a,(de)
                ld      (label),a       ld      a,(label)
                ld      (label),rp      ld      rp,(label)
                ld      i,a             ld      r,a
                ld      a,i             ld      a,r
                ld      sp,hl           ld      sp,ix
                ld      sp,iy           ld      rp,#data

                ldd                     lddr
                ldi                     ldir


        M.3.4  Call/Return Instructions

                call    C,label         ret     C
                call    M,label         ret     M
                call    NC,label        ret     NC
                call    NZ,label        ret     NZ
                call    P,label         ret     P
                call    PE,label        ret     PE
                call    PO,label        ret     PO
                call    Z,label         ret     Z
                call    label           ret


        M.3.5  Jump and Jump to Subroutine Instructions

                jp      C,label         jp      M,label
                jp      NC,label        jp      NZ,label
                jp      P,label         jp      PE,label
                jp      PO,label        jp      Z,label

                jp      (hl)            jp      (ix)
                jp      (iy)            jp      label

                djnz    label

                jr      C,label         jr      NC,label
                jr      NZ,label        jr      Z,label
                jr      label


        ASZ80 ASSEMBLER                                         PAGE M-5
        Z80 INSTRUCTION SET


        M.3.6  Bit Manipulation Instructions

                bit     n,[]
                res     n,[]
                set     n,[]


        M.3.7  Interrupt Mode and Reset Instructions

                im      n
                im      n
                im      n
                rst     n


        M.3.8  Input and Output Instructions

                in      a,(n)           in      rg,(c)
                ind                     indr
                ini                     inir

                out     (n),a           out     (c),rg
                outd                    otdr
                outi                    otir


        M.3.9  Register Pair Instructions

                add     hl,rp           add     ix,rp
                add     iy,rp

                adc     hl,rp           sbc     hl,rp

                ex      (sp),hl         ex      (sp),ix
                ex      (sp),iy
                ex      de,hl
                ex      af,af'

                push    rp              pop     rp


        ASZ80 ASSEMBLER                                         PAGE M-6
        Z80 INSTRUCTION SET


        M.3.10  HD64180 Specific Instructions

                in0     rg,(n)
                out0    (n),rg

                otdm                    otdmr
                otim                    otimr

                mlt     bc              mlt     de
                mlt     hl              mlt     sp

                slp

                tst     a
                tstio   #data














                                   APPENDIX N

                                AS6500 ASSEMBLER





        N.1  ACKNOWLEDGMENT


           Thanks  to  Marko  Makela  for his contribution of the AS6500
        cross assembler.

                Marko Makela
                Sillitie 10 A
                01480 Vantaa
                Finland
                Internet: Marko.Makela@Helsinki.Fi
                EARN/BitNet: msmakela@finuh

           Several  additions and modifications were made to his code to
        support the following families of 6500 processors:

                (1)     650X and 651X processor family
                (2)     65F11 and 65F12 processor family
                (3)     65C00/21 and 65C29 processor family
                (4)     65C02, 65C102, and 65C112 processor family

           The  instruction  syntax of this cross assembler contains two
        peculiarities:  (1) the addressing indirection is denoted by the
        square  brackets  []  and (2) the `bbrx' and `bbsx' instructions
        are written `bbr0 memory,label'.




        AS6500 ASSEMBLER                                        PAGE N-2
        6500 REGISTER SET


        N.2  6500 REGISTER SET

        The following is a list of the 6500 registers used by AS6500:

                a       -       8-bit accumulator
                x,y     -       index registers


        N.3  6500 INSTRUCTION SET


           The  following  tables  list all 6500 family mnemonics recog-
        nized by the AS6500 assembler.  The designation [] refers  to  a
        required addressing mode argument.  The following list specifies
        the format for each addressing mode supported by AS6500:

                #data           immediate data
                                byte or word data

                *dir            direct page addressing
                                (see .setdp directive)
                                0 <= dir <= 255

                offset,x        indexed addressing
                offset,y        indexed addressing
                                address = (offset + (x or y))

                [offset,x]      pre-indexed indirect addressing
                                0 <= offset <= 255
                                address = contents of location
                                    (offset + (x or y)) mod 256

                [offset],y      post-indexed indirect addressing
                                address = contents of location at offset
                                    plus the value of the y register

                [address]       indirect addressing

                ext             extended addressing

                label           branch label

                address,label   direct page memory location
                                branch label
                                bbrx and bbsx instruction addressing

        The  terms data, dir, offset, address, ext, and label may all be
        expressions.

           Note  that  not all addressing modes are valid with every in-
        struction, refer to the 65xx technical data for valid modes.


        AS6500 ASSEMBLER                                        PAGE N-3
        6500 INSTRUCTION SET


        N.3.1  Processor Specific Directives


           The  AS6500  cross  assembler has four (4) processor specific
        assembler directives which  define  the  target  65xx  processor
        family:

                .r6500          Core 650X and 651X family (default)
                .r65f11         Core plus 65F11 and 65F12
                .r65c00         Core plus 65C00/21 and 65C29
                .r65c02         Core plus 65C02, 65C102, and 65C112


        N.3.2  65xx Core Inherent Instructions

                brk                     clc
                cld                     cli
                clv                     dex
                dey                     inx
                iny                     nop
                pha                     php
                pla                     plp
                rti                     rts
                sec                     sed
                sei                     tax
                tay                     tsx
                txa                     txs
                tya


        N.3.3  65xx Core Branch Instructions

                bcc     label           bhs     label
                bcs     label           blo     label
                beq     label           bmi     label
                bne     label           bpl     label
                bvc     label           bvs     label


        N.3.4  65xx Core Single Operand Instructions

                asl     []
                dec     []
                inc     []
                lsr     []
                rol     []
                ror     []


        AS6500 ASSEMBLER                                        PAGE N-4
        6500 INSTRUCTION SET


        N.3.5  65xx Core Double Operand Instructions

                adc     []
                and     []
                bit     []
                cmp     []
                eor     []
                lda     []
                ora     []
                sbc     []
                sta     []


        N.3.6  65xx Core Jump and Jump to Subroutine Instructions

                jmp     []              jsr     []


        N.3.7  65xx Core Miscellaneous X and Y Register Instructions

                cpx     []
                cpy     []
                ldx     []
                stx     []
                ldy     []
                sty     []


        AS6500 ASSEMBLER                                        PAGE N-5
        6500 INSTRUCTION SET


        N.3.8  65F11 and 65F12 Specific Instructions

                bbr0    [],label                bbr1    [],label
                bbr2    [],label                bbr3    [],label
                bbr4    [],label                bbr5    [],label
                bbr6    [],label                bbr7    [],label

                bbs0    [],label                bbs1    [],label
                bbs2    [],label                bbs3    [],label
                bbs4    [],label                bbs5    [],label
                bbs6    [],label                bbs7    [],label

                rmb0    []                      rmb1    []
                rmb2    []                      rmb3    []
                rmb4    []                      rmb5    []
                rmb6    []                      rmb7    []

                smb0    []                      smb1    []
                smb2    []                      smb3    []
                smb4    []                      smb5    []
                smb6    []                      smb7    []


        N.3.9  65C00/21 and 65C29 Specific Instructions

                bbr0    [],label                bbr1    [],label
                bbr2    [],label                bbr3    [],label
                bbr4    [],label                bbr5    [],label
                bbr6    [],label                bbr7    [],label

                bbs0    [],label                bbs1    [],label
                bbs2    [],label                bbs3    [],label
                bbs4    [],label                bbs5    [],label
                bbs6    [],label                bbs7    [],label

                bra     label

                phx                             phy
                plx                             ply

                rmb0    []                      rmb1    []
                rmb2    []                      rmb3    []
                rmb4    []                      rmb5    []
                rmb6    []                      rmb7    []

                smb0    []                      smb1    []
                smb2    []                      smb3    []
                smb4    []                      smb5    []
                smb6    []                      smb7    []


        AS6500 ASSEMBLER                                        PAGE N-6
        6500 INSTRUCTION SET


        N.3.10  65C02, 65C102, and 65C112 Specific Instructions

                bbr0    [],label                bbr1    [],label
                bbr2    [],label                bbr3    [],label
                bbr4    [],label                bbr5    [],label
                bbr6    [],label                bbr7    [],label

                bbs0    [],label                bbs1    [],label
                bbs2    [],label                bbs3    [],label
                bbs4    [],label                bbs5    [],label
                bbs6    [],label                bbs7    [],label

                bra     label

                phx                             phy
                plx                             ply

                rmb0    []                      rmb1    []
                rmb2    []                      rmb3    []
                rmb4    []                      rmb5    []
                rmb6    []                      rmb7    []

                smb0    []                      smb1    []
                smb2    []                      smb3    []
                smb4    []                      smb5    []
                smb6    []                      smb7    []

                stz     []
                trb     []
                tsb     []

           Additional  addressing  modes for the following core instruc-
        tions are also available with the 65C02, 65C102, and 65C112 pro-
        cessors.

                adc     []                      and     []
                cmp     []                      eor     []
                lda     []                      ora     []
                sbc     []                      sta     []

                bit     []                      jmp     []

                dec                             inc

... Home Page

sdcc-2.9.0/as/doc/format.txt000066400000000000000000000127161116427777700156710ustar00rootroot00000000000000 2.5.1 Object Module Format The first line of an object module contains the [XDQ][HL] format specifier (i.e. XH indicates a hexidecimal file with most significant byte first) for the following designators. 2.5.2 Header Line H aa areas gg global symbols The header line specifies the number of areas(aa) and the number of global symbols(gg) defined or referenced in this ob- ject module segment. 2.5.3 Module Line M name The module line specifies the module name from which this header segment was assembled. The module line will not appear if the .module directive was not used in the source program. 2.5.4 Symbol Line S string Defnnnn or S string Refnnnn The symbol line defines (Def) or references (Ref) the symbol 'string' with the value nnnn. The defined value is relative to the current area base address. References to constants and external global symbols will always appear before the first area definition. References to external symbols will have a value of zero. 2.5.5 Area Line A label size ss flags ff The area line defines the area label, the size (ss) of the area in bytes, and the area flags (ff). The area flags specify the ABS, REL, CON, OVR, and PAG parameters: OVR/CON (0x04/0x00 i.e. bit position 2) ABS/REL (0x08/0x00 i.e. bit position 3) PAG (0x10 i.e. bit position 4) 2.5.6 T Line T xx xx nn nn nn nn nn ... The T line contains the assembled code output by the assem- bler with xx xx being the offset address from the current area base address and nn being the assembled instructions and data in byte format. 2.5.7 R Line R 0 0 nn nn n1 [n1x] n2 xx xx ... The R line provides the relocation information to the linker. The nn nn value is the current area index, i.e. which area the current values were assembled. Relocation information is en- coded in groups of 4 (possibly 5) bytes: 1. n1 (and optionally n1x) is the relocation mode and object format: 1. bit 0 word(0x00)/byte(0x01) 2. bit 1 relocatable area(0x00)/symbol(0x02) 3. bit 2 normal(0x00)/PC relative(0x04) relocation 4. bit 3 1-byte(0x00)/2-byte(0x08) object format for byte data 5. bit 4 signed(0x00)/unsigned(0x10) byte data 6. bit 5 normal(0x00)/page '0'(0x20) reference 7. bit 6 normal(0x00)/page 'nnn'(0x40) reference 8. bit 7 LSB byte(0x00)/MSB byte(0x80) with 2-byte mode 9. bit 8 1 or 2 (0x00)/3-byte (0x100) object format for byte data. 10. bit 9 LSB or MSB (middle byte) (0x00) or byte 3 (real MSB) (0x200) for 3-byte mode. If the upper four bits of n1 are set (i.e. (n1 & 0xf0) == 0xf0), it is taken as an escape character, and the relocation mode will consist of the lower four bits of n1 left shifted 8 bits or'ed with the value of n1x. If the upper four bits of n1 are not all set, then it is not an escape character, and the n1x byte is not present. This escape mechanism allows a 12-bit relocation mode value. Note that in byte mode, when 3-byte mode is used (bits 0 and 8 are both set), the MSB bit (bit 7) really refers to the 16 bit MSB (the middle byte of the 24-bit value) while the "byte 3" bit (bit 9) refers to the 24-bit MSB. 2. n2 is a byte index into the corresponding (i.e. pre- ceeding) T line data (i.e. a pointer to the data to be updated by the relocation). The T line data may be 1-byte or 2-byte byte data format or 2-byte word format. 3. xx xx is the area/symbol index for the area/symbol be- ing referenced. the corresponding area/symbol is found in the header area/symbol lists. The groups of 4 bytes are repeated for each item requiring relo- cation in the preceeding T line. 2.5.8 P Line P 0 0 nn nn n1 n2 xx xx The P line provides the paging information to the linker as specified by a .setdp directive. The format of the relocation information is identical to that of the R line. The correspond- ing T line has the following information: T xx xx aa aa bb bb Where aa aa is the area reference number which specifies the selected page area and bb bb is the base address of the page. bb bb will require relocation processing if the 'n1 n2 xx xx' is specified in the P line. The linker will verify that the base address is on a 256 byte boundary and that the page length of an area defined with the PAG type is not larger than 256 bytes. The linker defaults any direct page references to the first area defined in the input REL file. All ASxxxx assemblers will specify the _CODE area first, making this the default page area. sdcc-2.9.0/as/hc08/000077500000000000000000000000001116427777700136265ustar00rootroot00000000000000sdcc-2.9.0/as/hc08/Makefile.as_hc08000066400000000000000000000030241116427777700165110ustar00rootroot00000000000000CC=gcc LEX=flex YACC=bison INCROOT=. CFLAGS=-ggdb -O2 -I $(INCROOT) TARGETS=$(SDCCDIR)/bin/as_hc08 ALLOBJECTS= asmain.o aslex.o assym.o assubr.o asnoice.o \ asexpr.o asdata.o aslist.o asout.o \ h08ext.o h08pst.o h08mch.o h08adr.o strcmpi.o all:: $(TARGETS) clean:: rm -f $(TARGETS) $(ALLOBJECTS) asmain.o : asmain.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o asmain.o asmain.c aslex.o : aslex.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o aslex.o aslex.c assym.o : assym.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o assym.o assym.c assubr.o : assubr.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o assubr.o assubr.c asexpr.o : asexpr.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o asexpr.o asexpr.c asdata.o : asdata.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o asdata.o asdata.c aslist.o : aslist.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o aslist.o aslist.c asout.o : asout.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o asout.o asout.c asnoice.o : asnoice.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o asnoice.o asnoice.c h08ext.o : h08ext.c asm.h m6808.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o h08ext.o h08ext.c h08pst.o : h08pst.c asm.h m6808.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o h08pst.o h08pst.c h08mch.o : h08mch.c asm.h m6808.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o h08mch.o h08mch.c h08adr.o : h08adr.c asm.h m6808.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o h08adr.o h08adr.c strcmpi.o : strcmpi.c strcmpi.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o strcmpi.o strcmpi.c $(TARGETS): $(ALLOBJECTS) $(CC) $(CFLAGS) $(LDFLAGS) -o $@ $(ALLOBJECTS) sdcc-2.9.0/as/hc08/Makefile.bcc000066400000000000000000000011021116427777700160060ustar00rootroot00000000000000# Makefile for Borland C++ PRJDIR = ../.. !include $(PRJDIR)/Bcc.inc ASOBJECTS = asmain.obj aslex.obj assubr.obj \ asexpr.obj asdata.obj aslist.obj asout.obj \ h08ext.obj h08pst.obj h08mch.obj h08adr.obj \ ../asxxsrc/strcmpi.obj ../asxxsrc/assym.obj \ ../asxxsrc/asnoice.obj \ ../../support/Util/dbuf.obj ../../support/Util/dbuf_string.obj ASX8051 = $(PRJDIR)/bin/asx8051.exe all: $(ASX8051) $(ASX8051): $(ASOBJECTS) $(CC) $(CFLAGS) -e$@ $(ASOBJECTS) sdcc-2.9.0/as/hc08/Makefile.in000066400000000000000000000062651116427777700157040ustar00rootroot00000000000000# # # VERSION = @VERSION@ VERSIONHI = @VERSIONHI@ VERSIONLO = @VERSIONLO@ VERSIONP = @VERSIONP@ SHELL = /bin/sh CC = @CC@ CPP = @CPP@ INSTALL = @INSTALL@ STRIP = @STRIP@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ srcdir = @srcdir@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @info@ EXEEXT = @EXEEXT@ VPATH = @srcdir@ CPPFLAGS = @CPPFLAGS@ -I. -I$(srcdir) CFLAGS = @CFLAGS@ -Wall -I. -I$(srcdir) -I$(srcdir)/../../support/Util M_OR_MM = @M_OR_MM@ LDFLAGS = @LDFLAGS@ OBJDIR = obj UTILLIB = $(srcdir)/../../support/Util UTILSRC = dbuf.c dbuf_string.c UTILLIBOBJS = $(UTILSRC:%.c=$(OBJDIR)/%.o) ASXXLIB = $(srcdir)/../asxxsrc ASXXLIBSRC = strcmpi.c assym.c aslex.c asnoice.c ASXXLIBOBJS = $(ASXXLIBSRC:%.c=$(OBJDIR)/%.o) SRC = asmain.c assubr.c \ asexpr.c asdata.c aslist.c asout.c \ m08ext.c m08pst.c m08mch.c m08adr.c OBJS = $(SRC:%.c=$(OBJDIR)/%.o) ASSOURCES = $(SRC) $(ASXXLIBSRC:%.c=$(ASXXLIB)/%.c) $(UTILSRC:%.c=$(UTILLIB)/%.c) ASOBJECTS = $(OBJS) $(ASXXLIBOBJS) $(UTILLIBOBJS) ASX = $(top_builddir)/bin/as-hc08$(EXEEXT) DEST = $(DESTDIR)$(bindir)/as-hc08$(EXEEXT) transform = @program_transform_name@ # Compiling entire program or any subproject # ------------------------------------------ all: checkconf $(ASX) $(ASX): $(ASOBJECTS) $(CC) $(CFLAGS) $(LDFLAGS) -o $@ $(ASOBJECTS) # Compiling and installing everything and running test # ---------------------------------------------------- install: all installdirs $(INSTALL) $(ASX) `echo $(DEST)|sed '$(transform)'` $(STRIP) `echo $(DEST)|sed '$(transform)'` # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DEST) # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(ASSOURCES) $(srcdir)/*.h $(CPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.c,$^) >Makefile.dep ifeq "$(findstring $(MAKECMDGOALS),uninstall check installcheck installdirs \ clean distclean mostlyclean realclean)" "" -include Makefile.dep endif include $(srcdir)/clean.mk # My rules # -------- $(OBJDIR)/.stamp: mkdir -p $(OBJDIR) touch $(OBJDIR)/.stamp $(OBJDIR)/%.o: %.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< $(OBJDIR)/%.o: $(ASXXLIB)/%.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< $(OBJDIR)/%.o: $(UTILLIB)/%.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of Makefile sdcc-2.9.0/as/hc08/as_hc08.dsp000066400000000000000000000124541116427777700155710ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="as_hc08" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Console Application" 0x0103 CFG=as_hc08 - Win32 Debug !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "as_hc08.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "as_hc08.mak" CFG="as_hc08 - Win32 Debug" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "as_hc08 - Win32 Release" (based on "Win32 (x86) Console Application") !MESSAGE "as_hc08 - Win32 Debug" (based on "Win32 (x86) Console Application") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" CPP=cl.exe RSC=rc.exe !IF "$(CFG)" == "as_hc08 - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 0 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 0 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Ignore_Export_Lib 0 # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /GX /O2 /D "WIN32" /D "NDEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD CPP /nologo /W3 /GX /O2 /I "." /I "../../support/Util" /D "WIN32" /D "NDEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD BASE RSC /l 0x409 /d "NDEBUG" # ADD RSC /l 0x409 /d "NDEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LINK32=link.exe # ADD BASE LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /machine:I386 # ADD LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /machine:I386 /out:"..\..\bin_vc\as-hc08.exe" !ELSEIF "$(CFG)" == "as_hc08 - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Ignore_Export_Lib 0 # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /Gm /GX /ZI /Od /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /GZ /c # ADD CPP /nologo /W3 /Gm /GX /ZI /Od /I "." /I "../../support/Util" /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /GZ /c # ADD BASE RSC /l 0x409 /d "_DEBUG" # ADD RSC /l 0x409 /d "_DEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LINK32=link.exe # ADD BASE LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /debug /machine:I386 /pdbtype:sept # ADD LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /debug /machine:I386 /out:"..\..\bin_vc\as-hc08.exe" /pdbtype:sept !ENDIF # Begin Target # Name "as_hc08 - Win32 Release" # Name "as_hc08 - Win32 Debug" # Begin Group "Source Files" # PROP Default_Filter "cpp;c;cxx;rc;def;r;odl;idl;hpj;bat" # Begin Source File SOURCE=.\asdata.c # End Source File # Begin Source File SOURCE=.\asexpr.c # End Source File # Begin Source File SOURCE=..\asxxsrc\aslex.c # End Source File # Begin Source File SOURCE=.\aslist.c # End Source File # Begin Source File SOURCE=.\asmain.c # End Source File # Begin Source File SOURCE=..\asxxsrc\asnoice.c # End Source File # Begin Source File SOURCE=.\asout.c # End Source File # Begin Source File SOURCE=.\assubr.c # End Source File # Begin Source File SOURCE=..\asxxsrc\assym.c # End Source File # Begin Source File SOURCE=..\..\support\Util\dbuf.c # End Source File # Begin Source File SOURCE=..\..\support\Util\dbuf_string.c # End Source File # Begin Source File SOURCE=.\m08adr.c # End Source File # Begin Source File SOURCE=.\m08ext.c # End Source File # Begin Source File SOURCE=.\m08mch.c # End Source File # Begin Source File SOURCE=.\m08pst.c # End Source File # Begin Source File SOURCE=..\asxxsrc\strcmpi.c # End Source File # End Group # Begin Group "Header Files" # PROP Default_Filter "h;hpp;hxx;hm;inl" # Begin Source File SOURCE=.\asm.h # End Source File # Begin Source File SOURCE=..\..\support\Util\dbuf.h # End Source File # Begin Source File SOURCE=..\..\support\Util\dbuf_string.h # End Source File # Begin Source File SOURCE=.\m6808.h # End Source File # End Group # End Target # End Project sdcc-2.9.0/as/hc08/asdata.c000066400000000000000000000332701116427777700152340ustar00rootroot00000000000000/* asdata.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 JLH: * - change s_id from [NCPS] to pointer (comment) * 2-Nov-97 JLH: * - add jflag for debug control */ #include #include #include #include "asm.h" /*)Module asdata.c * * The module asdata.c contains the global constants, * structures, and variables used in the assembler. */ int aserr; /* ASxxxx error counter */ jmp_buf jump_env; /* compiler dependent structure * used by setjmp() and longjmp() */ int inpfil; /* count of assembler * input files specified */ int incfil; /* current file handle index * for include files */ int cfile; /* current file handle index * of input assembly files */ int flevel; /* IF-ELSE-ENDIF flag will be non * zero for false conditional case */ int tlevel; /* current conditional level */ int ifcnd[MAXIF+1]; /* array of IF statement condition * values (0 = FALSE) indexed by tlevel */ int iflvl[MAXIF+1]; /* array of IF-ELSE-ENDIF flevel * values indexed by tlevel */ char afn[PATH_MAX]; /* afile temporary file name */ char srcfn[MAXFIL][PATH_MAX];/* array of source file names */ int srcline[MAXFIL]; /* source line number */ char incfn[MAXINC][PATH_MAX];/* array of include file names */ int incline[MAXINC]; /* include line number */ int radix; /* current number conversion radix: * 2 (binary), 8 (octal), 10 (decimal), * 16 (hexadecimal) */ int line; /* current assembler source * line number */ int page; /* current page number */ int lop; /* current line number on page */ int pass; /* assembler pass number */ int org_cnt; /* .org directive counter */ int lflag; /* -l, generate listing flag */ int cflag; /* -lc, generate sdcdb debug info */ int gflag; /* -g, make undefined symbols global flag */ int aflag; /* -a, make all symbols global flag */ int jflag; /* -j, generate debug information flag */ int oflag; /* -o, generate relocatable output flag */ int sflag; /* -s, generate symbol table flag */ int pflag; /* -p, enable listing pagination */ int xflag; /* -x, listing radix flag */ int fflag; /* -f(f), relocations flagged flag */ Addr_T laddr; /* address of current assembler line * or value of .if argument */ Addr_T fuzz; /* tracks pass to pass changes in the * address of symbols caused by * variable length instruction formats */ int lmode; /* listing mode */ char *ep; /* pointer into error list * array eb[NERR] */ char eb[NERR]; /* array of generated error codes */ const char *ip; /* pointer into the assembler-source * text line in ib[] */ const char *ib; /* assembler-source text line */ char *cp; /* pointer to assembler output * array cb[] */ char cb[NCODE]; /* array of assembler output values */ int *cpt; /* pointer to assembler relocation type * output array cbt[] */ int cbt[NCODE]; /* array of assembler relocation types * describing the data in cb[] */ char tb[NTITL]; /* Title string buffer */ char stb[NSBTL]; /* Subtitle string buffer */ char optsdcc[NINPUT]; /* sdcc compile options */ int flat24Mode; /* non-zero if we are using DS390 24 bit * flat mode (via .flat24 directive). */ char symtbl[] = { "Symbol Table" }; char aretbl[] = { "Area Table" }; char module[NCPS]; /* module name string */ /* * The mne structure is a linked list of the assembler * mnemonics and directives. The list of mnemonics and * directives contained in the device dependent file * xxxpst.c are hashed and linked into NHASH lists in * module assym.c by syminit(). The structure contains * the mnemonic/directive name, a subtype which directs * the evaluation of this mnemonic/directive, a flag which * is used to detect the end of the mnemonic/directive * list in xxxpst.c, and a value which is normally * associated with the assembler mnemonic base instruction * value. * * struct mne * { * struct mne *m_mp; Hash link * char m_id[NCPS]; Mnemonic * char m_type; Mnemonic subtype * char m_flag; Mnemonic flags * Addr_T m_valu; Value * }; */ struct mne *mnehash[NHASH]; /* * The sym structure is a linked list of symbols defined * in the assembler source files. The first symbol is "." * defined here. The entry 'struct tsym *s_tsym' * links any temporary symbols following this symbol and * preceeding the next normal symbol. The structure also * contains the symbol's name, type (USER or NEW), flag * (global, assigned, and multiply defined), a pointer * to the area structure defining where the symbol is * located, a reference number assigned by outgsd() in * asout.c, and the symbols address relative to the base * address of the area where the symbol is located. * * struct sym * { * struct sym *s_sp; Hash link * struct tsym *s_tsym; Temporary symbol link * char *s_id; Symbol (JLH) * char s_type; Symbol subtype * char s_flag; Symbol flags * struct area *s_area; Area line, 0 if absolute * int s_ref; Ref. number * Addr_T s_addr; Address * }; */ struct sym sym[] = { {NULL, NULL, ".", S_USER, S_END, NULL, 0, 0} }; struct sym *symp; /* pointer to a symbol structure */ struct sym *symhash[NHASH]; /* array of pointers to NHASH * linked symbol lists */ /* * The area structure contains the parameter values for a * specific program or data section. The area structure * is a linked list of areas. The initial default area * is "_CODE" defined here, the next area structure * will be linked to this structure through the structure * element 'struct area *a_ep'. The structure contains the * area name, area reference number ("_CODE" is 0) determined * by the order of .area directives, area size determined * from the total code and/or data in an area, area fuzz is * an variable used to track pass to pass changes in the * area size caused by variable length instruction formats, * and area flags which specify the area's relocation type. * * struct area * { * struct area *a_ap; Area link * char a_id[NCPS]; Area Name * int a_ref; Reference number * Addr_T a_size; Area size * Addr_T a_fuzz; Area fuzz * int a_flag; Area flags * }; */ struct area area[] = { {NULL, "_CODE", 0, 0, 0, A_CON|A_REL} }; struct area *areap; /* pointer to an area structure */ FILE *lfp; /* list output file handle */ FILE *ofp; /* relocation output file handle */ FILE *tfp; /* symbol table output file handle */ FILE *sfp[MAXFIL]; /* array of assembler-source file handles */ FILE *ifp[MAXINC]; /* array of include-file file handles */ /* * array of character types, one per * ASCII character */ unsigned char ctype[128] = { /*NUL*/ ILL, ILL, ILL, ILL, ILL, ILL, ILL, ILL, /*BS*/ ILL, SPACE, ILL, ILL, SPACE, ILL, ILL, ILL, /*DLE*/ ILL, ILL, ILL, ILL, ILL, ILL, ILL, ILL, /*CAN*/ ILL, ILL, ILL, ILL, ILL, ILL, ILL, ILL, /*SPC*/ SPACE, ETC, ETC, ETC, LETTER, BINOP, BINOP, ETC, /*(*/ ETC, ETC, BINOP, BINOP, ETC, BINOP, LETTER, BINOP, /*0*/ DGT2, DGT2, DGT8, DGT8, DGT8, DGT8, DGT8, DGT8, /*8*/ DGT10, DGT10, ETC, ETC, BINOP, ETC, BINOP, ETC, /*@*/ ETC, LTR16, LTR16, LTR16, LTR16, LTR16, LTR16, LETTER, /*H*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*P*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*X*/ LETTER, LETTER, LETTER, ETC, ETC, ETC, BINOP, LETTER, /*`*/ ETC, LTR16, LTR16, LTR16, LTR16, LTR16, LTR16, LETTER, /*h*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*p*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*x*/ LETTER, LETTER, LETTER, ETC, BINOP, ETC, ETC, ETC }; /* * an array of characters which * perform the case translation function */ char ccase[128] = { /*NUL*/ '\000', '\001', '\002', '\003', '\004', '\005', '\006', '\007', /*BS*/ '\010', '\011', '\012', '\013', '\014', '\015', '\016', '\017', /*DLE*/ '\020', '\021', '\022', '\023', '\024', '\025', '\026', '\027', /*CAN*/ '\030', '\031', '\032', '\033', '\034', '\035', '\036', '\037', /*SPC*/ '\040', '\041', '\042', '\043', '\044', '\045', '\046', '\047', /*(*/ '\050', '\051', '\052', '\053', '\054', '\055', '\056', '\057', /*0*/ '\060', '\061', '\062', '\063', '\064', '\065', '\066', '\067', /*8*/ '\070', '\071', '\072', '\073', '\074', '\075', '\076', '\077', /*@*/ '\100', '\141', '\142', '\143', '\144', '\145', '\146', '\147', /*H*/ '\150', '\151', '\152', '\153', '\154', '\155', '\156', '\157', /*P*/ '\160', '\161', '\162', '\163', '\164', '\165', '\166', '\167', /*X*/ '\170', '\171', '\172', '\133', '\134', '\135', '\136', '\137', /*`*/ '\140', '\141', '\142', '\143', '\144', '\145', '\146', '\147', /*h*/ '\150', '\151', '\152', '\153', '\154', '\155', '\156', '\157', /*p*/ '\160', '\161', '\162', '\163', '\164', '\165', '\166', '\167', /*x*/ '\170', '\171', '\172', '\173', '\174', '\175', '\176', '\177' }; sdcc-2.9.0/as/hc08/asexpr.c000066400000000000000000000561471116427777700153110ustar00rootroot00000000000000/* asexpr.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include #include "asm.h" /*)Module asexpr.c * * The module asexpr.c contains the routines to evaluate * arithmetic/numerical expressions. The functions in * asexpr.c perform a recursive evaluation of the arithmetic * expression read from the assembler-source text line. * The expression may include binary/unary operators, brackets, * symbols, labels, and constants in hexadecimal, decimal, octal * and binary. Arithmetic operations are prioritized and * evaluated by normal arithmetic conventions. * * asexpr.c contains the following functions: * VOID abscheck() * Addr_T absexpr() * VOID clrexpr() * int digit() * VOID expr() * int oprio() * VOID term() * * asexpr.c contains no local/static variables */ /*)Function VOID expr(esp, n) * * expr * esp pointer to an expr structure * int n a firewall priority; all top * level calls (from the user) * should be made with n set to 0. * * The function expr() evaluates an expression and * stores its value and relocation information into * the expr structure supplied by the user. * * local variables: * int c current assembler-source * text character * int p current operator priority * area * ap pointer to an area structure * exp re internal expr structure * * global variables: * char ctype[] array of character types, one per * ASCII character * * functions called: * VOID abscheck() asexpr.c * VOID clrexpr() asexpr.c * VOID expr() asexpr.c * int getnb() aslex.c * int oprio() asexpr.c * VOID qerr() assubr.c * VOID rerr() assubr.c * VOID term() asexpr.c * VOID unget() aslex.c * * * side effects: * An expression is evaluated modifying the user supplied * expr structure, a sym structure maybe created for an * undefined symbol, and the parse of the expression may * terminate if a 'q' error occurs. */ VOID expr(register struct expr *esp, int n) { register int c, p; struct area *ap; struct expr re; term(esp); while (ctype[c = getnb()] & BINOP) { /* * Handle binary operators + - * / & | % ^ << >> */ if ((p = oprio(c)) <= n) break; if ((c == '>' || c == '<') && c != get()) qerr(); clrexpr(&re); expr(&re, p); esp->e_rlcf |= re.e_rlcf; if (c == '+') { /* * esp + re, at least one must be absolute */ if (esp->e_base.e_ap == NULL) { /* * esp is absolute (constant), * use area from re */ esp->e_base.e_ap = re.e_base.e_ap; } else if (re.e_base.e_ap) { /* * re should be absolute (constant) */ rerr(); } if (esp->e_flag && re.e_flag) rerr(); if (re.e_flag) esp->e_flag = 1; esp->e_addr += re.e_addr; } else if (c == '-') { /* * esp - re */ if ((ap = re.e_base.e_ap) != NULL) { if (esp->e_base.e_ap == ap) { esp->e_base.e_ap = NULL; } else { rerr(); } } if (re.e_flag) rerr(); esp->e_addr -= re.e_addr; } else { /* * Both operands (esp and re) must be constants */ /* SD :- moved the abscheck to each case case and change the right shift operator.. if right shift by 8 bits of a relocatable address then the user wants the higher order byte. set the R_MSB for the expression */ switch (c) { case '*': abscheck(esp); abscheck(&re); esp->e_addr *= re.e_addr; break; case '/': abscheck(esp); abscheck(&re); esp->e_addr /= re.e_addr; break; case '&': abscheck(esp); abscheck(&re); esp->e_addr &= re.e_addr; break; case '|': abscheck(esp); abscheck(&re); esp->e_addr |= re.e_addr; break; case '%': abscheck(esp); abscheck(&re); esp->e_addr %= re.e_addr; break; case '^': abscheck(esp); abscheck(&re); esp->e_addr ^= re.e_addr; break; case '<': abscheck(esp); abscheck(&re); esp->e_addr <<= re.e_addr; break; case '>': /* SD change here */ abscheck(&re); /* if the left is a relative address & the right side is == 8 then */ if (esp->e_base.e_ap && re.e_addr == 8) { esp->e_rlcf |= R_MSB ; break; } else if (esp->e_base.e_ap && re.e_addr == 16) { if (flat24Mode) { esp->e_rlcf |= R_HIB; } else { warnBanner(); fprintf(stderr, "(expr >> 16) is only meaningful in " ".flat24 mode.\n"); qerr(); } break; } /* else continue with the normal processing */ abscheck(esp); esp->e_addr >>= re.e_addr; break; default: qerr(); break; } } } unget(c); } /*)Function Addr_T absexpr() * * The function absexpr() evaluates an expression, verifies it * is absolute (i.e. not position dependent or relocatable), and * returns its value. * * local variables: * expr e expr structure * * global variables: * none * * functions called: * VOID abscheck() asexpr.c * VOID clrexpr() asexpr.c * VOID expr() asexpr.c * * side effects: * If the expression is not absolute then * a 'r' error is reported. */ Addr_T absexpr(void) { struct expr e; clrexpr(&e); expr(&e, 0); abscheck(&e); return (e.e_addr); } /*)Function VOID term(esp) * * expr * esp pointer to an expr structure * * The function term() evaluates a single constant * or symbol value prefaced by any unary operator * ( +, -, ~, ', ", >, or < ). This routine is also * responsible for setting the relocation type to symbol * based (e.flag != 0) on global references. * * local variables: * int c current character * char id[] symbol name * char * jp pointer to assembler-source text * int n constant evaluation running sum * int r current evaluation radix * sym * sp pointer to a sym structure * tsym * tp pointer to a tsym structure * int v current digit evaluation * * global variables: * char ctype[] array of character types, one per * ASCII character * sym * symp pointer to a symbol structure * * functions called: * VOID abscheck() asexpr.c * int digit() asexpr.c * VOID err() assubr.c * VOID expr() asexpr.c * int is_abs() asexpr.c * int get() aslex.c * VOID getid() aslex.c * int getmap() aslex.c * int getnb() aslex.c * sym * lookup() assym.c * VOID qerr() assubr.c * VOID unget() aslex.c * * side effects: * An arithmetic term is evaluated, a symbol structure * may be created, term evaluation may be terminated * by a 'q' error. */ VOID term(register struct expr *esp) { register int c, n; register const char *jp; char id[NCPS]; struct sym *sp; struct tsym *tp; int r=0, v; c = getnb(); /* * Discard the unary '+' at this point and * also any reference to numerical arguments * associated with the '#' prefix. */ while (c == '+' || c == '#') { c = getnb(); } /* * Evaluate all binary operators * by recursively calling expr(). */ if (c == LFTERM) { expr(esp, 0); if (getnb() != RTTERM) qerr(); return; } if (c == '-') { expr(esp, 100); abscheck(esp); esp->e_addr = 0-esp->e_addr; return; } if (c == '~') { expr(esp, 100); abscheck(esp); esp->e_addr = ~esp->e_addr; return; } if (c == '\'') { esp->e_mode = S_USER; esp->e_addr = getmap(-1)&0377; return; } if (c == '\"') { esp->e_mode = S_USER; if (hilo) { esp->e_addr = (getmap(-1)&0377)<<8; esp->e_addr |= (getmap(-1)&0377); } else { esp->e_addr = (getmap(-1)&0377); esp->e_addr |= (getmap(-1)&0377)<<8; } return; } if (c == '>' || c == '<') { expr(esp, 100); if (is_abs (esp)) { /* * evaluate msb/lsb directly */ if (c == '>') esp->e_addr >>= 8; esp->e_addr &= 0377; return; } else { /* * let linker perform msb/lsb, lsb is default */ esp->e_rlcf |= R_BYT2; if (c == '>') esp->e_rlcf |= R_MSB; return; } } /* * Evaluate digit sequences as local symbols * if followed by a '$' or as constants. */ if (ctype[c] & DIGIT) { esp->e_mode = S_USER; jp = ip; while (ctype[(int)*jp] & RAD10) { jp++; } if (*jp == '$') { n = 0; while ((v = digit(c, 10)) >= 0) { n = 10*n + v; c = get(); } tp = symp->s_tsym; while (tp) { if (n == tp->t_num) { esp->e_base.e_ap = tp->t_area; esp->e_addr = tp->t_addr; return; } tp = tp->t_lnk; } err('u'); return; } r = radix; if (c == '0') { c = get(); switch (c) { case 'b': case 'B': r = 2; c = get(); break; case 'o': case 'O': case 'q': case 'Q': r = 8; c = get(); break; case 'd': case 'D': r = 10; c = get(); break; case 'h': case 'H': case 'x': case 'X': r = 16; c = get(); break; default: break; } } n = 0; while ((v = digit(c, r)) >= 0) { n = r*n + v; c = get(); } unget(c); esp->e_addr = n; return; } /* * Evaluate '$' sequences as a temporary radix * if followed by a '%', '&', '#', or '$'. */ if (c == '$') { c = get(); if (c == '%' || c == '&' || c == '#' || c == '$') { switch (c) { case '%': r = 2; break; case '&': r = 8; break; case '#': r = 10; break; case '$': r = 16; break; default: break; } c = get(); n = 0; while ((v = digit(c, r)) >= 0) { n = r*n + v; c = get(); } unget(c); esp->e_mode = S_USER; esp->e_addr = n; return; } unget(c); c = '$'; } /* * Evaluate symbols and labels */ if (ctype[c] & LETTER) { esp->e_mode = S_USER; getid(id, c); sp = lookup(id); if (sp->s_type == S_NEW) { esp->e_addr = 0; if (sp->s_flag&S_GBL) { esp->e_flag = 1; esp->e_base.e_sp = sp; return; } /* err('u'); */ } else { esp->e_mode = sp->s_type; esp->e_addr = sp->s_addr; esp->e_base.e_ap = sp->s_area; } return; } /* * Else not a term. */ qerr(); } /*)Function int digit(c, r) * * int c digit character * int r current radix * * The function digit() returns the value of c * in the current radix r. If the c value is not * a number of the current radix then a -1 is returned. * * local variables: * none * * global variables: * char ctype[] array of character types, one per * ASCII character * * functions called: * none * * side effects: * none */ int digit(register int c, register int r) { if (r == 16) { if (ctype[c] & RAD16) { if (c >= 'A' && c <= 'F') return (c - 'A' + 10); if (c >= 'a' && c <= 'f') return (c - 'a' + 10); return (c - '0'); } } else if (r == 10) { if (ctype[c] & RAD10) return (c - '0'); } else if (r == 8) { if (ctype[c] & RAD8) return (c - '0'); } else if (r == 2) { if (ctype[c] & RAD2) return (c - '0'); } return (-1); } /*)Function VOID abscheck(esp) * * expr * esp pointer to an expr structure * * The function abscheck() tests the evaluation of an * expression to verify it is absolute. If the evaluation * is relocatable then an 'r' error is noted and the expression * made absolute. * * Note: The area type (i.e. ABS) is not checked because * the linker can be told to explicitly relocate an * absolute area. * * local variables: * none * * global variables: * none * * functions called: * VOID rerr() assubr.c * * side effects: * The expression may be changed to absolute and the * 'r' error invoked. */ VOID abscheck(register struct expr *esp) { if (esp->e_flag || esp->e_base.e_ap) { esp->e_flag = 0; esp->e_base.e_ap = NULL; rerr(); } } /*)Function int is_abs(esp) * * expr * esp pointer to an expr structure * * The function is_abs() tests the evaluation of an * expression to verify it is absolute. If the evaluation * is absolute then 1 is returned, else 0 is returned. * * Note: The area type (i.e. ABS) is not checked because * the linker can be told to explicitly relocate an * absolute area. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int is_abs (register struct expr *esp) { if (esp->e_flag || esp->e_base.e_ap) { return(0); } return(1); } /*)Function int oprio(c) * * int c operator character * * The function oprio() returns a relative priority * for all valid unary and binary operators. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int oprio(register int c) { if (c == '*' || c == '/' || c == '%') return (10); if (c == '+' || c == '-') return (7); if (c == '<' || c == '>') return (5); if (c == '^') return (4); if (c == '&') return (3); if (c == '|') return (1); return (0); } /*)Function VOID clrexpr(esp) * * expr * esp pointer to expression structure * * The function clrexpr() clears the expression structure. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * expression structure cleared. */ VOID clrexpr(register struct expr *esp) { esp->e_mode = 0; esp->e_flag = 0; esp->e_addr = 0; esp->e_base.e_ap = NULL; esp->e_rlcf = 0; } sdcc-2.9.0/as/hc08/aslist.c000066400000000000000000000332011116427777700152700ustar00rootroot00000000000000/* aslist.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 JLH: * - lstsym: show s_id as string rather than array [NCPS] */ #include #include #include #include #include "asm.h" /*)Module aslist.c * * The module aslist.c contains all the functions used * to generate the assembler list and symbol output files. * * aslist.c contains the following functions: * VOID list() * VOID list1() * VOID list2() * VOID slew() * VOID lstsym() * * The module aslist.c contains no local/static variables */ /*)Function VOID list() * * The function list() generates the listing output * which includes the input source, line numbers, * and generated code. Numerical output may be selected * as hexadecimal, decimal, or octal. * * local variables: * int * wp pointer to the assembled data bytes * int * wpt pointer to the data byte mode * int nb computed number of assembled bytes * * global variables: * int cb[] array of assembler output values * int cbt[] array of assembler relocation types * describing the data in cb[] * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * char eb[] array of generated error codes * char * ep pointer into error list * array eb[] * char ib[] assembler-source text line * FILE * lfp list output file handle * int line current assembler source line number * int lmode listing mode * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * VOID list1() aslist.c * int putc() c_library * VOID slew() asslist.c * * side effects: * Listing or symbol output updated. */ VOID list() { register char *wp; register int *wpt; register int nb; if (lfp == NULL || lmode == NLIST) return; /* * Get Correct Line Number */ if (incfil >= 0) { line = incline[incfil]; if (line == 0) { if (incfil > 0) { line = incline[incfil-1]; } else { line = srcline[cfile]; } } } else { line = srcline[cfile]; } /* * Move to next line. */ slew(lfp, pflag); /* * Output a maximum of NERR error codes with listing. */ while (ep < &eb[NERR]) *ep++ = ' '; fprintf(lfp, "%.2s", eb); /* * Source listing only option. */ if (lmode == SLIST) { fprintf(lfp, "%24s%5u %s\n", "", line, ib); return; } if (lmode == ALIST) { outchk(HUGE,HUGE); } /* * HEX output Option. */ if (xflag == 0) { /* HEX */ /* * Equate only */ if (lmode == ELIST) { fprintf(lfp, "%18s%04X", "", laddr); fprintf(lfp, " %5u %s\n", line, ib); return; } /* * Address (with allocation) */ fprintf(lfp, " %04X", laddr); if (lmode == ALIST || lmode == BLIST) { fprintf(lfp, "%19s%5u %s\n", "", line, ib); outdot(); return; } wp = cb; wpt = cbt; nb = (int) (cp - cb); /* * First line of output for this source line with data. */ list1(wp, wpt, nb, 1); fprintf(lfp, " %5u %s\n", line, ib); /* * Subsequent lines of output if more data. */ while ((nb -= 6) > 0) { wp += 6; wpt += 6; slew(lfp, 0); fprintf(lfp, "%7s", ""); list1(wp, wpt, nb, 0); putc('\n', lfp); } } else /* * OCTAL output Option. */ if (xflag == 1) { /* OCTAL */ /* * Equate only */ if (lmode == ELIST) { fprintf(lfp, "%16s%06o", "", laddr); fprintf(lfp, " %5u %s\n", line, ib); return; } /* * Address (with allocation) */ fprintf(lfp, " %06o", laddr); if (lmode == ALIST || lmode == BLIST) { fprintf(lfp, "%17s%5u %s\n", "", line, ib); outdot(); return; } wp = cb; wpt = cbt; nb = (int) (cp - cb); /* * First line of output for this source line with data. */ list1(wp, wpt, nb, 1); fprintf(lfp, " %5u %s\n", line, ib); /* * Subsequent lines of output if more data. */ while ((nb -= 4) > 0) { wp += 4; wpt += 4; slew(lfp, 0); fprintf(lfp, "%9s", ""); list1(wp, wpt, nb, 0); putc('\n', lfp); } } else /* * DECIMAL output Option. */ if (xflag == 2) { /* DECIMAL */ /* * Equate only */ if (lmode == ELIST) { fprintf(lfp, "%16s%05u", "", laddr); fprintf(lfp, " %5u %s\n", line, ib); return; } /* * Address (with allocation) */ fprintf(lfp, " %05u", laddr); if (lmode == ALIST || lmode == BLIST) { fprintf(lfp, "%17s%5u %s\n", "", line, ib); outdot(); return; } wp = cb; wpt = cbt; nb = (int) (cp - cb); /* * First line of output for this source line with data. */ list1(wp, wpt, nb, 1); fprintf(lfp, " %5u %s\n", line, ib); /* * Subsequent lines of output if more data. */ while ((nb -= 4) > 0) { wp += 4; wpt += 4; slew(lfp, 0); fprintf(lfp, "%9s", ""); list1(wp, wpt, nb, 0); putc('\n', lfp); } } } /*)Function VOID list1(wp, wpt, nw, f) * * int f fill blank fields (1) * int nb number of data bytes * int * wp pointer to data bytes * int * wpt pointer to data byte mode * * local variables: * int i loop counter * * global variables: * int xflag -x, listing radix flag * * functions called: * VOID list2() asslist.c * int fprintf() c_library * * side effects: * Data formatted and output to listing. */ VOID list1(wp, wpt, nb, f) register char *wp; register int *wpt, nb, f; { register int i; /* * HEX output Option. */ if (xflag == 0) { /* HEX */ /* * Bound number of words to HEX maximum per line. */ if (nb > 6) nb = 6; /* * Output bytes. */ for (i=0; i 4) nb = 4; /* * Output bytes. */ for (i=0; i 4) nb = 4; /* * Output bytes. */ for (i=0; i= 2) { if (t & R_RELOC) { if (t & (R_PAG0|R_PAG)) { c = '*'; } else if (t & R_USGN) { c = 'u'; } else if (t & R_PCR) { c = 'p'; } else { c = 'r'; } if (t & R_HIGH) c += 1; } } /* * Output the selected mode. */ putc(c, lfp); } /*)Function VOID slew(fp, flag) * * FILE * fp file handle for listing * int flag enable pagination * * The function slew() increments the page line count. * If the page overflows and pagination is enabled: * 1) put out a page skip, * 2) a title, * 3) a subtitle, * 4) and reset the line count. * * local variables: * none * * global variables: * char cpu[] cpu type string * int lop current line number on page * int page current page number * char stb[] Subtitle string buffer * char tb[] Title string buffer * * functions called: * int fprintf() c_library * * side effects: * Increments page line counter, on overflow * a new page header is output to the listing file. */ VOID slew(fp,flag) FILE *fp; int flag; { if ((lop++ >= NLPP) && flag) { fprintf(fp, "\fASxxxx Assembler %s (%s), page %u.\n", VERSION, cpu, ++page); fprintf(fp, "%s\n", tb); fprintf(fp, "%s\n\n", stb); lop = 5; } } /* Used for qsort call in lstsym */ static int _cmpSym(const void *p1, const void *p2) { struct sym **s1 = (struct sym **)(p1); struct sym **s2 = (struct sym **)(p2); return strcmp((*s1)->s_id,(*s2)->s_id); } /*)Function VOID lstsym(fp) * * FILE * fp file handle for output * * The function lstsym() outputs alphabetically * sorted symbol and area tables. * * local variables: * int c temporary * int i loop counter * int j temporary * int k temporary * char * ptr pointer to an id string * int nmsym number of symbols * int narea number of areas * sym * sp pointer to symbol structure * sym ** p pointer to an array of * pointers to symbol structures * area * ap pointer to an area structure * * global variables: * area * areap pointer to an area structure * char aretbl[] string "Area Table" * sym dot defined as sym[0] * char stb[] Subtitle string buffer * sym * symhash[] array of pointers to NHASH * linked symbol lists * char symtbl[] string "Symbol Table" * FILE * tfp symbol table output file handle * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * int putc() c_library * VOID slew() aslist.c * int strcmp() c_library * char * strcpy() c_library * * side effects: * Symbol and area tables output. */ VOID lstsym(fp) FILE *fp; { register int c, i, j, k; register char *ptr; int nmsym, narea; struct sym *sp; struct sym **p; struct area *ap; /* * Symbol Table Header */ strcpy(stb, &symtbl[0]); lop = NLPP; if (fp == tfp) page = 0; slew(fp, 1); /* * Find number of symbols */ nmsym = 0; for (i=0; is_sp; } } if (nmsym == 0) goto atable; /* * Allocate space for an array of pointers to symbols * and load array. */ if ((p = (struct sym **) malloc(sizeof((struct sym *) sp)*nmsym)) == NULL) { fprintf(fp, "Insufficient space to build Symbol Table.\n"); return; } nmsym = 0; for (i=0; is_sp; } } #if 0 /* BUBBLE SORT?? WTF??? */ /* * Bubble Sort on Symbol Table Array */ j = 1; c = nmsym - 1; while (j) { j = 0; for (i=0; is_id[0],&p[i+1]->s_id[0]) > 0) { j = 1; sp = p[i+1]; p[i+1] = p[i]; p[i] = sp; } } } #else qsort(p, nmsym, sizeof(struct sym *), _cmpSym); #endif /* * Symbol Table Output */ for (i=0; is_area) { j = sp->s_area->a_ref; if (xflag == 0) { fprintf(fp, " %2X ", j); } else if (xflag == 1) { fprintf(fp, "%3o ", j); } else if (xflag == 2) { fprintf(fp, "%3u ", j); } } else { fprintf(fp, " "); } ptr = &sp->s_id[0]; fprintf(fp, "%-60s", ptr ); /* JLH */ if (sp->s_flag & S_ASG) { putc('=', fp); } else { putc(' ', fp); } if (sp->s_type == S_NEW) { if (xflag == 0) { fprintf(fp, " **** "); } else if (xflag == 1) { fprintf(fp, "****** "); } else if (xflag == 2) { fprintf(fp, " ***** "); } } else { j = sp->s_addr; if (xflag == 0) { fprintf(fp, " %04X ", j); } else if (xflag == 1) { fprintf(fp, "%06o ", j); } else if (xflag == 2) { fprintf(fp, " %05u ", j); } } j = 0; if (sp->s_flag & S_GBL) { putc('G', fp); ++j; } if (sp->s_area != NULL) { putc('R', fp); ++j; } if (sp->s_type == S_NEW) { putc('X', fp); ++j; } #if NCPS-8 putc('\n', fp); slew(fp, 0); ++i; #else if (++i % 3 == 0) { putc('\n', fp); slew(fp, pflag); } else if (i < nmsym) { while (j++ < 4) putc(' ', fp); fprintf(fp, "| "); } #endif } putc('\n', fp); /* * Area Table Header */ atable: strcpy(stb, &aretbl[0]); lop = NLPP; slew(fp, 1); /* * Area Table Output */ narea = 0; ap = areap; while (ap) { ++narea; ap = ap->a_ap; } for (i=0; ia_ap; j = ap->a_ref; if (xflag == 0) { fprintf(fp, " %2X ", j); } else if (xflag == 1) { fprintf(fp, " %3o ", j); } else if (xflag == 2) { fprintf(fp, " %3u ", j); } ptr = &ap->a_id[0]; while (ptr < &ap->a_id[NCPS]) { if ((c = *ptr++) != 0) { putc(c, fp); } else { putc(' ', fp); } } j = ap->a_size; k = ap->a_flag; if (xflag==0) { fprintf(fp, " size %4X flags %X\n", j, k); } else if (xflag==1) { fprintf(fp, " size %6o flags %o\n", j, k); } else if (xflag==2) { fprintf(fp, " size %5u flags %u\n", j, k); } } } sdcc-2.9.0/as/hc08/asm.h000066400000000000000000000712741116427777700145720ustar00rootroot00000000000000/* asm.h Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 JLH: * - add proto for StoreString * - change s_id from [NCPS] to pointer * - change m_id from [NCPS] to pointer * - change NCPS to 80 * - case sensitive * - add R_J11 for 8051 assembler * - add outr11 prototype for 8051 assembler * - always define "ccase" * 2-Nov-97 JLH: * - add jflag for debug control * - prototypes for DefineNoICE_Line * 30-Jan-98 JLH: * - add memory space flags to a_flag for 8051 * * 3-Feb-00 KV: * - add DS80C390 flat mode support. */ #define VERSION "V01.70 + NoICE + SDCC mods + Flat24 Feb-1999" #if !defined(__BORLANDC__) && !defined(_MSC_VER) #include #endif /* * Case Sensitivity Flag */ #define CASE_SENSITIVE 1 /*)Module asm.h * * The module asm.h contains the definitions for constants, * structures, global variables, and ASxxxx functions * contained in the ASxxxx.c files. The two functions * and three global variables from the machine dependent * files are also defined. */ /* * compiler/operating system specific definitions */ /* DECUS C void definition */ /* File/extension seperator */ #ifdef decus #define VOID char #define FSEPX '.' #endif /* PDOS C void definition */ /* File/extension seperator */ #ifdef PDOS #define VOID char #define FSEPX ':' #endif /* Default void definition */ /* File/extension seperator */ #ifndef VOID #define VOID void #define FSEPX '.' #define OTHERSYSTEM #endif /* * PATH_MAX */ #include #ifndef PATH_MAX /* POSIX, but not required */ #if defined(_MSC_VER) || defined(__BORLANDC__) /* Microsoft C or Borland C*/ #include #define PATH_MAX _MAX_PATH #else #define PATH_MAX /* define a reasonable value */ #endif #endif #ifdef _WIN32 /* WIN32 native */ # define NATIVE_WIN32 1 # ifdef __MINGW32__ /* GCC MINGW32 depends on configure */ # include "../../sdccconf.h" # else # include "../../sdcc_vc.h" # define PATH_MAX _MAX_PATH # endif #else /* Assume Un*x style system */ # include "../../sdccconf.h" #endif /* * Assembler definitions. */ #define LFTERM '(' /* Left expression delimeter */ #define RTTERM ')' /* Right expression delimeter */ #define NCPS 80 /* Chars. per symbol (JLH: change from 8) */ #define HUGE 1000 /* A huge number */ #define NERR 3 /* Errors per line */ #define NINPUT 1024 /* Input buffer size (icodes need space) */ #define NCODE 128 /* Listing code buffer size */ #define NTITL 64 /* Title buffer size */ #define NSBTL 64 /* SubTitle buffer size */ #define NHASH 64 /* Buckets in hash table */ #define HMASK 077 /* Hash mask */ #define NLPP 60 /* Lines per page */ #define MAXFIL 6 /* Maximum command line input files */ #define MAXINC 6 /* Maximum nesting of include files */ #define MAXIF 10 /* Maximum nesting of if/else/endif */ #define NLIST 0 /* No listing */ #define SLIST 1 /* Source only */ #define ALIST 2 /* Address only */ #define BLIST 3 /* Address only with allocation */ #define CLIST 4 /* Code */ #define ELIST 5 /* Equate only */ #define dot sym[0] /* Dot, current loc */ #define dca area[0] /* Dca, default code area */ /* NB: for Flat24 extentions to work, Addr_T must be at least 24 * bits. This is checked at runtime when the .flat24 directive * is processed. */ typedef unsigned int Addr_T; /* * The area structure contains the parameter values for a * specific program or data section. The area structure * is a linked list of areas. The initial default area * is "_CODE" defined in asdata.c, the next area structure * will be linked to this structure through the structure * element 'struct area *a_ap'. The structure contains the * area name, area reference number ("_CODE" is 0) determined * by the order of .area directives, area size determined * from the total code and/or data in an area, area fuzz is * a variable used to track pass to pass changes in the * area size caused by variable length instruction formats, * and area flags which specify the area's relocation type. */ struct area { struct area *a_ap; /* Area link */ char a_id[NCPS]; /* Area Name */ int a_ref; /* Ref. number */ Addr_T a_addr; /* Area address */ Addr_T a_size; /* Area size */ Addr_T a_fuzz; /* Area fuzz */ int a_flag; /* Area flags */ }; /* * The "A_" area constants define values used in * generating the assembler area output data. * * Area flags * * 7 6 5 4 3 2 1 0 * +-----+-----+-----+-----+-----+-----+-----+-----+ * | BIT |XDATA|DATA | PAG | ABS | OVR | | | * +-----+-----+-----+-----+-----+-----+-----+-----+ */ #define A_CON 0000 /* Concatenating */ #define A_OVR 0004 /* Overlaying */ #define A_REL 0000 /* Relocatable */ #define A_ABS 0010 /* absolute */ #define A_NOPAG 0000 /* Non-Paged */ #define A_PAG 0020 /* Paged */ /* Additional flags for 8051 address spaces */ #define A_DATA 0000 /* data space (default)*/ #define A_CODE 0040 /* code space */ #define A_XDATA 0100 /* external data space */ #define A_BIT 0200 /* bit addressable space */ #define A_NOLOAD 0400 /* nonloadable */ #define A_LOAD 0000 /* loadable (default) */ /* * The "R_" relocation constants define values used in * generating the assembler relocation output data for * areas, symbols, and code. * * Relocation flags * * 7 6 5 4 3 2 1 0 * +-----+-----+-----+-----+-----+-----+-----+-----+ * | MSB | PAGn| PAG0| USGN| BYT2| PCR | SYM | BYT | * +-----+-----+-----+-----+-----+-----+-----+-----+ */ #define R_WORD 0x00 /* 16 bit */ #define R_BYTE 0x01 /* 8 bit */ #define R_AREA 0x00 /* Base type */ #define R_SYM 0x02 #define R_NORM 0x00 /* PC adjust */ #define R_PCR 0x04 #define R_BYT1 0x00 /* Byte count for R_BYTE = 1 */ #define R_BYT2 0x08 /* Byte count for R_BYTE = 2 */ #define R_SGND 0x00 /* Signed Byte */ #define R_USGN 0x10 /* Unsigned Byte */ #define R_NOPAG 0x00 /* Page Mode */ #define R_PAG0 0x20 /* Page '0' */ #define R_PAG 0x40 /* Page 'nnn' */ #define R_LSB 0x00 /* low byte */ #define R_MSB 0x80 /* high byte */ #define R_BYT3 0x100 /* if R_BYTE is set, this is a * 3 byte address, of which * the linker must select one byte. */ #define R_HIB 0x200 /* If R_BYTE & R_BYT3 are set, linker * will select byte 3 of the relocated * 24 bit address. */ #define R_J11 (R_WORD|R_BYT2) /* JLH: 11 bit JMP and CALL (8051) */ #define R_J19 (R_WORD|R_BYT2|R_MSB) /* 19 bit JMP/CALL (DS80C390) */ #define R_C24 (R_WORD|R_BYT1|R_MSB) /* 24 bit address (DS80C390) */ #define R_J19_MASK (R_BYTE|R_BYT2|R_MSB) #define IS_R_J19(x) (((x) & R_J19_MASK) == R_J19) #define IS_R_J11(x) (((x) & R_J19_MASK) == R_J11) #define IS_C24(x) (((x) & R_J19_MASK) == R_C24) #define R_ESCAPE_MASK 0xf0 /* Used to escape relocation modes * greater than 0xff in the .rel * file. */ /* * Listing Control Flags */ #define R_HIGH 0040000 /* High Byte */ #define R_RELOC 0100000 /* Relocation */ #define R_DEF 00 /* Global def. */ #define R_REF 01 /* Global ref. */ #define R_REL 00 /* Relocatable */ #define R_ABS 02 /* Absolute */ #define R_GBL 00 /* Global */ #define R_LCL 04 /* Local */ /* * The mne structure is a linked list of the assembler * mnemonics and directives. The list of mnemonics and * directives contained in the device dependent file * xxxpst.c are hashed and linked into NHASH lists in * module assym.c by syminit(). The structure contains * the mnemonic/directive name, a subtype which directs * the evaluation of this mnemonic/directive, a flag which * is used to detect the end of the mnemonic/directive * list in xxxpst.c, and a value which is normally * associated with the assembler mnemonic base instruction * value. */ struct mne { struct mne *m_mp; /* Hash link */ char *m_id; /* Mnemonic JLH: change from [NCPS] */ char m_type; /* Mnemonic subtype */ char m_flag; /* Mnemonic flags */ Addr_T m_valu; /* Value */ }; /* * The sym structure is a linked list of symbols defined * in the assembler source files. The first symbol is "." * defined in asdata.c. The entry 'struct tsym *s_tsym' * links any temporary symbols following this symbol and * preceeding the next normal symbol. The structure also * contains the symbol's name, type (USER or NEW), flag * (global, assigned, and multiply defined), a pointer * to the area structure defining where the symbol is * located, a reference number assigned by outgsd() in * asout.c, and the symbols address relative to the base * address of the area where the symbol is located. */ struct sym { struct sym *s_sp; /* Hash link */ struct tsym *s_tsym; /* Temporary symbol link */ char *s_id; /* Symbol: JLH change from [NCPS] */ char s_type; /* Symbol subtype */ char s_flag; /* Symbol flags */ struct area *s_area; /* Area line, 0 if absolute */ int s_ref; /* Ref. number */ Addr_T s_addr; /* Address */ Addr_T s_org; /* Start Address if absolute */ }; #define S_GBL 01 /* Global */ #define S_ASG 02 /* Assigned */ #define S_MDF 04 /* Mult. def */ #define S_END 010 /* End mark for pst. */ #define S_NEW 0 /* New name */ #define S_USER 1 /* User name */ /* unused slot */ /* unused slot */ /* unused slot */ #define S_BYTE 5 /* .byte */ #define S_WORD 6 /* .word */ #define S_ASCII 7 /* .ascii */ #define S_ASCIZ 8 /* .asciz */ #define S_BLK 9 /* .blkb or .blkw */ #define S_INCL 10 /* .include */ #define S_DAREA 11 /* .area */ #define S_ATYP 12 /* .area type */ #define S_AREA 13 /* .area name */ #define S_GLOBL 14 /* .globl */ #define S_PAGE 15 /* .page */ #define S_TITLE 16 /* .title */ #define S_SBTL 17 /* .sbttl */ #define S_IF 18 /* .if */ #define S_ELSE 19 /* .else */ #define S_ENDIF 20 /* .endif */ #define S_EVEN 21 /* .even */ #define S_ODD 22 /* .odd */ #define S_RADIX 23 /* .radix */ #define S_ORG 24 /* .org */ #define S_MODUL 25 /* .module */ #define S_ASCIS 26 /* .ascis */ #define S_FLAT24 27 /* .flat24 */ #define S_OPTSDCC 28 /* .optsdcc */ #define S_ULEB128 29 /* .uleb128 */ #define S_SLEB128 30 /* .sleb128 */ /* * The tsym structure is a linked list of temporary * symbols defined in the assembler source files following * a normal symbol. The structure contains the temporary * symbols number, a flag (multiply defined), a pointer to the * area structure defining where the temporary structure * is located, and the temporary symbol's address relative * to the base address of the area where the symbol * is located. */ struct tsym { struct tsym *t_lnk; /* Link to next */ /* sandeep changed to 'int' from 'char' */ /* this will increase the number temp symbols that can be defined from 255 to INT_MAX */ int t_num; /* 0-INT_MAX$ */ int t_flg; /* flags */ struct area *t_area; /* Area */ Addr_T t_addr; /* Address */ }; /* * External Definitions for all Global Variables */ extern int aserr; /* ASxxxx error counter */ extern jmp_buf jump_env; /* compiler dependent structure * used by setjmp() and longjmp() */ extern int inpfil; /* count of assembler * input files specified */ extern int incfil; /* current file handle index * for include files */ extern int cfile; /* current file handle index * of input assembly files */ extern int flevel; /* IF-ELSE-ENDIF flag will be non * zero for false conditional case */ extern int tlevel; /* current conditional level */ extern int ifcnd[MAXIF+1]; /* array of IF statement condition * values (0 = FALSE) indexed by tlevel */ extern int iflvl[MAXIF+1]; /* array of IF-ELSE-ENDIF flevel * values indexed by tlevel */ extern char afn[PATH_MAX]; /* afile() temporary filespec */ extern char srcfn[MAXFIL][PATH_MAX]; /* array of source file names */ extern int srcline[MAXFIL]; /* current source file line */ extern char incfn[MAXINC][PATH_MAX]; /* array of include file names */ extern int incline[MAXINC]; /* current include file line */ extern int radix; /* current number conversion radix: * 2 (binary), 8 (octal), 10 (decimal), * 16 (hexadecimal) */ extern int line; /* current assembler source * line number */ extern int page; /* current page number */ extern int lop; /* current line number on page */ extern int pass; /* assembler pass number */ extern int org_cnt; /* .org directive counter */ extern int lflag; /* -l, generate listing flag */ extern int cflag; /* -c, generate sdcdb debug information */ extern int gflag; /* -g, make undefined symbols global flag */ extern int aflag; /* -a, make all symbols global flag */ extern int jflag; /* -j, generate debug information flag */ extern int oflag; /* -o, generate relocatable output flag */ extern int sflag; /* -s, generate symbol table flag */ extern int pflag; /* -p, enable listing pagination */ extern int xflag; /* -x, listing radix flag */ extern int fflag; /* -f(f), relocations flagged flag */ extern Addr_T laddr; /* address of current assembler line * or value of .if argument */ extern Addr_T fuzz; /* tracks pass to pass changes in the * address of symbols caused by * variable length instruction formats */ extern int lmode; /* listing mode */ extern struct area area[]; /* array of 1 area */ extern struct area *areap; /* pointer to an area structure */ extern struct sym sym[]; /* array of 1 symbol */ extern struct sym *symp; /* pointer to a symbol structure */ extern struct sym *symhash[NHASH]; /* array of pointers to NHASH * linked symbol lists */ extern struct mne *mnehash[NHASH]; /* array of pointers to NHASH * linked mnemonic/directive lists */ extern char *ep; /* pointer into error list * array eb[NERR] */ extern char eb[NERR]; /* array of generated error codes */ extern const char *ip; /* pointer into the assembler-source * text line in ib[] */ extern const char *ib; /* assembler-source text line */ extern char *cp; /* pointer to assembler output * array cb[] */ extern char cb[NCODE]; /* array of assembler output values */ extern int *cpt; /* pointer to assembler relocation type * output array cbt[] */ extern int cbt[NCODE]; /* array of assembler relocation types * describing the data in cb[] */ extern char tb[NTITL]; /* Title string buffer */ extern char stb[NSBTL]; /* Subtitle string buffer */ extern char optsdcc[NINPUT]; /* sdcc compile options */ extern int flat24Mode; /* non-zero if we are using DS390 24 bit * flat mode (via .flat24 directive). */ extern char symtbl[]; /* string "Symbol Table" */ extern char aretbl[]; /* string "Area Table" */ extern char module[NCPS]; /* module name string */ extern FILE *lfp; /* list output file handle */ extern FILE *ofp; /* relocation output file handle */ extern FILE *tfp; /* symbol table output file handle */ extern FILE *sfp[MAXFIL]; /* array of assembler-source file handles */ extern FILE *ifp[MAXINC]; /* array of include-file file handles */ extern unsigned char ctype[128]; /* array of character types, one per * ASCII character */ extern char ccase[128]; /* an array of characters which * perform the case translation function */ /* * Definitions for Character Types */ #define SPACE 0000 #define ETC 0000 #define LETTER 0001 #define DIGIT 0002 #define BINOP 0004 #define RAD2 0010 #define RAD8 0020 #define RAD10 0040 #define RAD16 0100 #define ILL 0200 #define DGT2 DIGIT|RAD16|RAD10|RAD8|RAD2 #define DGT8 DIGIT|RAD16|RAD10|RAD8 #define DGT10 DIGIT|RAD16|RAD10 #define LTR16 LETTER|RAD16 /* * The exp structure is used to return the evaluation * of an expression. The structure supports three valid * cases: * (1) The expression evaluates to a constant, * mode = S_USER, flag = 0, addr contains the * constant, and base = NULL. * (2) The expression evaluates to a defined symbol * plus or minus a constant, mode = S_USER, * flag = 0, addr contains the constant, and * base = pointer to area symbol. * (3) The expression evaluates to a external * global symbol plus or minus a constant, * mode = S_NEW, flag = 1, addr contains the * constant, and base = pointer to symbol. */ struct expr { char e_mode; /* Address mode */ char e_flag; /* Symbol flag */ Addr_T e_addr; /* Address */ union { struct area *e_ap; struct sym *e_sp; } e_base; /* Rel. base */ int e_rlcf; /* Rel. flags */ }; /* C Library functions */ /* for reference only extern VOID exit(); extern int fclose(); extern char * fgets(); extern FILE * fopen(); extern int fprintf(); extern VOID longjmp(); extern VOID * malloc(); extern int printf(); extern char putc(); extern int rewind(); extern int setjmp(); extern int strcmp(); extern char * strcpy(); extern int strlen(); extern char * strncpy(); */ /* Machine independent functions */ /* asmain.c */ extern FILE * afile(); extern VOID asexit(); extern VOID asmbl(); extern int main(); extern VOID newdot(); extern VOID phase(); extern VOID usage(); /* aslex.c */ extern char endline(); extern char get(); extern VOID getid(); extern int as_getline(); extern int getmap(); extern char getnb(); extern VOID getst(); extern int more(); extern VOID unget(); extern VOID chop_crlf(); /* assym.c */ extern struct area * alookup(); extern struct mne * mlookup(); extern int hash(); extern struct sym * lookup(); extern VOID * new(); extern char * strsto(char *str); extern int symeq(); extern VOID syminit(); extern VOID symglob(); extern VOID allglob(); /* assubr.c */ extern VOID aerr(); extern VOID diag(); extern VOID err(); extern VOID warnBanner(void); extern char * geterr(); extern VOID qerr(); extern VOID rerr(); /* asexpr.c */ extern VOID abscheck(); extern Addr_T absexpr(); extern VOID clrexpr(); extern int digit(); extern int is_abs(); extern VOID expr(); extern int oprio(); extern VOID term(); /* aslist.c */ extern VOID list(); extern VOID list1(); extern VOID list2(); extern VOID lstsym(); extern VOID slew(); /* asout.c */ extern int hibyte(); extern int lobyte(); extern int byte3(int); extern VOID out(); extern VOID outab(); extern VOID outarea(); extern VOID outaw(); extern VOID outall(); extern VOID outdot(); extern VOID outbuf(); extern VOID outchk(); extern VOID outgsd(); extern VOID outrb(); extern VOID outrw(struct expr *, int); extern VOID outr24(struct expr *, int); extern VOID outsym(); extern VOID out_lb(); extern VOID out_lw(); extern VOID out_l24(int, int); extern VOID out_rw(); extern VOID out_tw(); extern VOID out_t24(int); extern VOID outr11(); /* JLH */ extern VOID outr19(struct expr *, int, int); extern VOID outdp(struct area *, struct expr *); /* asnoice.c */ extern void DefineNoICE_Line(); extern void DefineCDB_Line(); /* Machine dependent variables */ extern char * cpu; extern char * dsft; extern int hilo; extern struct mne mne[]; /* Machine dependent functions */ extern VOID minit(); extern VOID machine(struct mne *); /* strcmpi.c */ extern int as_strcmpi(const char *s1, const char *s2); extern int as_strncmpi(const char *s1, const char *s2, size_t n); sdcc-2.9.0/as/hc08/asmain.c000066400000000000000000001421301116427777700152430ustar00rootroot00000000000000/* asmain.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 29-Oct-97 JLH pass ";!" comments to output file */ #include #include #include #include #include #include "asm.h" /*)Module asmain.c * * The module asmain.c includes the command argument parser, * the three pass sequencer, and the machine independent * assembler parsing code. * * asmain.c contains the following functions: * VOID main(argc, argv) * VOID asexit() * VOID asmbl() * FILE * afile(fn, ft, wf) * VOID newdot(nap) * VOID phase(ap, a) * VOID usage() * * asmain.c contains the array char *usetxt[] which * references the usage text strings printed by usage(). */ static const char *search_path[100]; static int search_path_length; /** * The search_path_append is used to append another directory to the end * of the include file search path. * * @param dir * The directory to be added to the path. */ void search_path_append(const char *dir) { if (search_path_length < sizeof(search_path)/sizeof(char*)) { search_path[search_path_length++] = dir; } } /** * The search_path_fopen function is used to open the named file. If * the file isn't in the current directory, the search path is then used * to build a series of possible file names, and attempts to open them. * The first found is used. * * @param filename * The name of the file to be opened. * @param mode * The mode of the file to be opened. * @returns * what the fopen function would return on success, or NULL if the * file is not anywhere in the search path. */ static FILE * search_path_fopen(const char *filename, const char *mode) { FILE *fp; int j; fp = fopen(filename, mode); if (fp != NULL || filename[0] == '/' || filename[0] == '\\') return fp; for (j = 0; j < search_path_length; ++j) { char path[2000]; strncpy(path, search_path[j], sizeof(path)); if ((path[strlen(path) - 1] != '/') && (path[strlen(path) - 1] != DIR_SEPARATOR_CHAR)) { strncat(path, DIR_SEPARATOR_STRING, sizeof(path)); } strncat(path, filename, sizeof(path)); fp = fopen(path, mode); if (fp != NULL) return fp; } errno = ENOENT; return NULL; } /*)Function VOID main(argc, argv) * * int argc argument count * char * argv array of pointers to argument strings * * The function main() is the entry point to the assembler. * The purpose of main() is to (1) parse the command line * arguments for options and source file specifications and * (2) to process the source files through the 3 pass assembler. * Before each assembler pass various variables are initialized * and source files are rewound to their beginning. During each * assembler pass each assembler-source text line is processed. * After each assembler pass the assembler information is flushed * to any opened output files and the if-else-endif processing * is checked for proper termination. * * The function main() is also responsible for opening all * output files (REL, LST, and SYM), sequencing the global (-g) * and all-global (-a) variable definitions, and dumping the * REL file header information. * * local variables: * char * p pointer to argument string * int c character from argument string * int i argument loop counter * area * ap pointer to area structure * * global variables: * int aflag -a, make all symbols global flag * char afn[] afile() constructed filespec * area * areap pointer to an area structure * int cb[] array of assembler output values * int cbt[] array of assembler relocation types * describing the data in cb[] * int cfile current file handle index * of input assembly files * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * char eb[] array of generated error codes * char * ep pointer into error list array eb[] * int fflag -f(f), relocations flagged flag * int flevel IF-ELSE-ENDIF flag will be non * zero for false conditional case * Addr_T fuzz tracks pass to pass changes in the * address of symbols caused by * variable length instruction formats * int gflag -g, make undefined symbols global flag * char ib[] assembler-source text line * int inpfil count of assembler * input files specified * int ifcnd[] array of IF statement condition * values (0 = FALSE) indexed by tlevel * int iflvl[] array of IF-ELSE-ENDIF flevel * values indexed by tlevel * int incfil current file handle index * for include files * char * ip pointer into the assembler-source * text line in ib[] * jmp_buf jump_env compiler dependent structure * used by setjmp() and longjmp() * int lflag -l, generate listing flag * int line current assembler source * line number * int lop current line number on page * int oflag -o, generate relocatable output flag * int jflag -j, generate debug info flag * int page current page number * int pflag enable listing pagination * int pass assembler pass number * int radix current number conversion radix: * 2 (binary), 8 (octal), 10 (decimal), * 16 (hexadecimal) * int sflag -s, generate symbol table flag * char srcfn[][] array of source file names * int srcline[] current source file line * char stb[] Subtitle string buffer * sym * symp pointer to a symbol structure * int tlevel current conditional level * int xflag -x, listing radix flag * FILE * lfp list output file handle * FILE * ofp relocation output file handle * FILE * tfp symbol table output file handle * FILE * sfp[] array of assembler-source file handles * * called functions: * FILE * afile() asmain.c * VOID allglob() assym.c * VOID asexit() asmain.c * VOID diag() assubr.c * VOID err() assubr.c * int fprintf() c-library * int as_getline() aslex.c * VOID list() aslist.c * VOID lstsym() aslist.c * VOID minit() ___mch.c * VOID newdot() asmain.c * VOID outchk() asout.c * VOID outgsd() asout.c * int rewind() c-library * int setjmp() c-library * VOID symglob() assym.c * VOID syminit() assym.c * VOID usage() asmain.c * * side effects: * Completion of main() completes the assembly process. * REL, LST, and/or SYM files may be generated. */ int fatalErrors=0; char relFile[128]; int main(int argc, char *argv[]) { register char *p; register int c, i; struct area *ap; /*fprintf(stdout, "\n");*/ inpfil = -1; pflag = 1; for (i=1; i= 0) usage(); ++p; while ((c = *p++) != 0) switch(c) { case 'a': case 'A': ++aflag; break; case 'c': case 'C': ++cflag; break; case 'g': case 'G': ++gflag; break; case 'i': case 'I': search_path_append(p); while (*p) ++p; break; case 'j': /* JLH: debug info */ case 'J': ++jflag; ++oflag; /* force object */ break; case 'l': case 'L': ++lflag; break; case 'o': case 'O': ++oflag; break; case 's': case 'S': ++sflag; break; case 'p': case 'P': pflag = 0; break; case 'x': case 'X': xflag = 0; break; case 'q': case 'Q': xflag = 1; break; case 'd': case 'D': xflag = 2; break; case 'f': case 'F': ++fflag; break; default: usage(); } } else { if (++inpfil == MAXFIL) { fprintf(stderr, "too many input files\n"); asexit(1); } sfp[inpfil] = afile(p, "", 0); strcpy(srcfn[inpfil],afn); if (inpfil == 0) { if (lflag) lfp = afile(p, "lst", 1); if (oflag) { ofp = afile(p, "rel", 1); // save the file name if we have to delete it on error strcpy(relFile,afn); } if (sflag) tfp = afile(p, "sym", 1); } } } if (inpfil < 0) usage(); syminit(); for (pass=0; pass<3; ++pass) { if (gflag && pass == 1) symglob(); if (aflag && pass == 1) allglob(); if (oflag && pass == 2) outgsd(); flevel = 0; tlevel = 0; ifcnd[0] = 0; iflvl[0] = 0; radix = 10; srcline[0] = 0; page = 0; org_cnt = 0; stb[0] = 0; lop = NLPP; cfile = 0; incfil = -1; for (i = 0; i <= inpfil; i++) rewind(sfp[i]); ap = areap; while (ap) { ap->a_fuzz = 0; ap->a_size = 0; ap = ap->a_ap; } fuzz = 0; dot.s_addr = 0; dot.s_area = &dca; symp = ˙ minit(); while (as_getline()) { cp = cb; cpt = cbt; ep = eb; ip = ib; /* JLH: if line begins with ";!", then * pass this comment on to the output file */ if (oflag && (pass == 1) && (ip[0] == ';') && (ip[1] == '!')) { fprintf(ofp, "%s\n", ip ); } if (setjmp(jump_env) == 0) asmbl(); if (pass == 2) { diag(); list(); } } newdot(dot.s_area); /* Flush area info */ if (flevel || tlevel) err('i'); } if (oflag) outchk(HUGE, HUGE); /* Flush */ if (sflag) { lstsym(tfp); } else if (lflag) { lstsym(lfp); } //printf ("aserr: %d\n", aserr); //printf ("fatalErrors: %d\n", fatalErrors); asexit(fatalErrors); return 0; // hush the compiler } /*)Function VOID asexit(i) * * int i exit code * * The function asexit() explicitly closes all open * files and then terminates the program. * * local variables: * int j loop counter * * global variables: * FILE * ifp[] array of include-file file handles * FILE * lfp list output file handle * FILE * ofp relocation output file handle * FILE * tfp symbol table output file handle * FILE * sfp[] array of assembler-source file handles * * functions called: * int fclose() c-library * VOID exit() c-library * * side effects: * All files closed. Program terminates. */ VOID asexit(int i) { int j; if (lfp != NULL) fclose(lfp); if (ofp != NULL) fclose(ofp); if (tfp != NULL) fclose(tfp); for (j=0; j= 0) { n = 10*n + d; c = get(); } if (c != '$' || get() != ':') qerr(); tp = symp->s_tsym; if (pass == 0) { while (tp) { if (n == tp->t_num) { tp->t_flg |= S_MDF; break; } tp = tp->t_lnk; } if (tp == NULL) { tp=(struct tsym *) new (sizeof(struct tsym)); tp->t_lnk = symp->s_tsym; tp->t_num = n; tp->t_flg = 0; tp->t_area = dot.s_area; tp->t_addr = dot.s_addr; symp->s_tsym = tp; } } else { while (tp) { if (n == tp->t_num) { break; } tp = tp->t_lnk; } if (tp) { if (pass == 1) { fuzz = tp->t_addr - dot.s_addr; tp->t_area = dot.s_area; tp->t_addr = dot.s_addr; } else { phase(tp->t_area, tp->t_addr); if (tp->t_flg & S_MDF) err('m'); } } else { err('u'); } } lmode = ALIST; goto loop; } /* * If the first character is a letter then assume a label, * symbol, assembler directive, or assembler mnemonic is * being processed. */ if ((ctype[c] & LETTER) == 0) { if (flevel) { return; } else { qerr(); } } getid(id, c); c = getnb(); /* * If the next character is a : then a label is being processed. * A double :: defines a global label. If this is new label * then create a symbol structure. * pass 0: * Flag multiply defined labels. * pass 1: * Load area, address, and fuzz values * into structure symp. * pass 2: * Check for assembler phase error and * multiply defined error. */ if (c == ':') { if (flevel) return; if ((c = get()) != ':') { unget(c); c = 0; } symp = lookup(id); if (symp == &dot) err('.'); if (pass == 0) if ((symp->s_type != S_NEW) && ((symp->s_flag & S_ASG) == 0)) symp->s_flag |= S_MDF; if (pass != 2) { fuzz = symp->s_addr - dot.s_addr; symp->s_type = S_USER; symp->s_area = dot.s_area; symp->s_addr = dot.s_addr; } else { if (symp->s_flag & S_MDF) err('m'); phase(symp->s_area, symp->s_addr); } if (c) { symp->s_flag |= S_GBL; } lmode = ALIST; goto loop; } /* * If the next character is a = then an equate is being processed. * A double == defines a global equate. If this is new variable * then create a symbol structure. */ if (c == '=') { if (flevel) return; if ((c = get()) != '=') { unget(c); c = 0; } clrexpr(&e1); expr(&e1, 0); sp = lookup(id); if (sp == &dot) { outall(); if (e1.e_flag || e1.e_base.e_ap != dot.s_area) err('.'); } else if (sp->s_type != S_NEW && (sp->s_flag & S_ASG) == 0) { err('m'); } sp->s_type = S_USER; sp->s_area = e1.e_base.e_ap; sp->s_addr = laddr = e1.e_addr; sp->s_flag |= S_ASG; if (c) { sp->s_flag |= S_GBL; } lmode = ELIST; goto loop; } unget(c); lmode = flevel ? SLIST : CLIST; if ((mp = mlookup(id)) == NULL) { if (!flevel) err('o'); return; } /* * If we have gotten this far then we have found an * assembler directive or an assembler mnemonic. * * Check for .if, .else, .endif, and .page directives * which are not controlled by the conditional flags */ switch (mp->m_type) { case S_IF: n = absexpr(); if (tlevel < MAXIF) { ++tlevel; ifcnd[tlevel] = n; iflvl[tlevel] = flevel; if (n == 0) { ++flevel; } } else { err('i'); } lmode = ELIST; laddr = n; return; case S_ELSE: if (ifcnd[tlevel]) { if (++flevel > (iflvl[tlevel]+1)) { err('i'); } } else { if (--flevel < iflvl[tlevel]) { err('i'); } } lmode = SLIST; return; case S_ENDIF: if (tlevel) { flevel = iflvl[tlevel--]; } else { err('i'); } lmode = SLIST; return; case S_PAGE: lop = NLPP; lmode = NLIST; return; default: break; } if (flevel) return; /* * If we are not in a false state for .if/.else then * process the assembler directives here. */ switch (mp->m_type) { case S_EVEN: outall(); laddr = dot.s_addr = (dot.s_addr + 1) & ~1; lmode = ALIST; break; case S_ODD: outall(); laddr = dot.s_addr |= 1; lmode = ALIST; break; case S_BYTE: case S_WORD: do { clrexpr(&e1); expr(&e1, 0); if (mp->m_type == S_BYTE) { outrb(&e1, R_NORM); } else { outrw(&e1, R_NORM); } } while ((c = getnb()) == ','); unget(c); break; case S_ULEB128: case S_SLEB128: do { Addr_T val = absexpr(); int bit = sizeof(val)*8 - 1; int impliedBit; if (mp->m_type == S_ULEB128) { impliedBit = 0; } else { impliedBit = (val & (1 << bit)) ? 1 : 0; } while ((bit>0) && (((val & (1 << bit)) ? 1 : 0) == impliedBit)) { bit--; } if (mp->m_type == S_SLEB128) { bit++; } while (bit>=0) { if (bit<7) { outab(val & 0x7f); } else { outab(0x80 | (val & 0x7f)); } bit -= 7; val >>= 7; } } while ((c = getnb()) == ','); unget(c); break; case S_ASCII: case S_ASCIZ: if ((d = getnb()) == '\0') qerr(); while ((c = getmap(d)) >= 0) outab(c); if (mp->m_type == S_ASCIZ) outab(0); break; case S_ASCIS: if ((d = getnb()) == '\0') qerr(); c = getmap(d); while (c >= 0) { if ((n = getmap(d)) >= 0) { outab(c); } else { outab(c | 0x80); } c = n; } break; case S_BLK: clrexpr(&e1); expr(&e1, 0); outchk(HUGE,HUGE); dot.s_addr += e1.e_addr*mp->m_valu; lmode = BLIST; break; case S_TITLE: p = tb; if ((c = getnb()) != 0) { do { if (p < &tb[NTITL-1]) *p++ = c; } while ((c = get()) != 0); } *p = 0; unget(c); lmode = SLIST; break; case S_SBTL: p = stb; if ((c = getnb()) != 0) { do { if (p < &stb[NSBTL-1]) *p++ = c; } while ((c = get()) != 0); } *p = 0; unget(c); lmode = SLIST; break; case S_MODUL: getst(id, getnb()); // a module can start with a digit if (pass == 0) { if (module[0]) { err('m'); } else { strncpy(module, id, NCPS); } } lmode = SLIST; break; case S_OPTSDCC: p = optsdcc; if ((c = getnb()) != 0) { do { if (p < &optsdcc[NINPUT-1]) *p++ = c; } while ((c = get()) != 0); } *p = 0; unget(c); lmode = SLIST; /*if (pass == 0) printf("optsdcc=%s\n", optsdcc);*/ break; case S_GLOBL: do { getid(id, -1); sp = lookup(id); sp->s_flag |= S_GBL; } while ((c = getnb()) == ','); unget(c); lmode = SLIST; break; case S_DAREA: getid(id, -1); uaf = 0; uf = A_CON|A_REL; if ((c = getnb()) == '(') { do { getid(opt, -1); mp = mlookup(opt); if (mp && mp->m_type == S_ATYP) { ++uaf; uf |= mp->m_valu; } else { err('u'); } } while ((c = getnb()) == ','); if (c != ')') qerr(); } else { unget(c); } if ((ap = alookup(id)) != NULL) { if (uaf && uf != ap->a_flag) err('m'); } else { ap = (struct area *) new (sizeof(struct area)); ap->a_ap = areap; strncpy(ap->a_id, id, NCPS); ap->a_ref = areap->a_ref + 1; ap->a_addr = 0; ap->a_size = 0; ap->a_fuzz = 0; ap->a_flag = uaf ? uf : (A_CON|A_REL); areap = ap; } newdot(ap); lmode = SLIST; if (dot.s_area->a_flag & A_ABS) abs_ap = ap; break; case S_ORG: if (dot.s_area->a_flag & A_ABS) { char buf[NCPS]; laddr = absexpr(); sprintf(buf, "%s%x", abs_ap->a_id, org_cnt++); if ((ap = alookup(buf)) == NULL) { ap = (struct area *) new (sizeof(struct area)); *ap = *areap; ap->a_ap = areap; strncpy(ap->a_id, buf, NCPS); ap->a_ref = areap->a_ref + 1; ap->a_size = 0; ap->a_fuzz = 0; areap = ap; } newdot(ap); lmode = ALIST; dot.s_addr = dot.s_org = laddr; } else { err('o'); } break; case S_RADIX: if (more()) { switch (getnb()) { case 'b': case 'B': radix = 2; break; case '@': case 'o': case 'O': case 'q': case 'Q': radix = 8; break; case 'd': case 'D': radix = 10; break; case 'h': case 'H': case 'x': case 'X': radix = 16; break; default: radix = 10; qerr(); break; } } else { radix = 10; } lmode = SLIST; break; case S_INCL: d = getnb(); p = fn; while ((c = get()) != d) { if (p < &fn[PATH_MAX-1]) { *p++ = c; } else { break; } } *p = 0; if ((++incfil == MAXINC) || (ifp[incfil] = search_path_fopen(fn, "r")) == NULL) { --incfil; err('i'); } else { lop = NLPP; incline[incfil] = 0; strcpy(incfn[incfil],fn); } lmode = SLIST; break; case S_FLAT24: if (more()) { getst(id, -1); if (!as_strcmpi(id, "on")) { /* Quick sanity check: size of * Addr_T must be at least 24 bits. */ if (sizeof(Addr_T) < 3) { warnBanner(); fprintf(stderr, "Cannot enable Flat24 mode: " "host system must have 24 bit " "or greater integers.\n"); } else { flat24Mode = 1; } } else if (!as_strcmpi(id, "off")) { flat24Mode = 0; } else { qerr(); } } else { qerr(); } lmode = SLIST; #if 0 printf("as8051: ds390 flat mode %sabled.\n", flat24Mode ? "en" : "dis"); #endif break; /* * If not an assembler directive then go to * the machine dependent function which handles * all the assembler mnemonics. */ default: machine(mp); /* if cdb information then generate the line info */ if (cflag && (pass == 1)) DefineCDB_Line(); /* JLH: if -j, generate a line number symbol */ if (jflag && (pass == 1)) { DefineNoICE_Line(); } } goto loop; } /*)Function FILE * afile(fn, ft, wf) * * char * fn file specification string * char * ft file type string * int wf read(0)/write(1) flag * * The function afile() opens a file for reading or writing. * (1) If the file type specification string ft * is not NULL then a file specification is * constructed with the file path\name in fn * and the extension in ft. * (2) If the file type specification string ft * is NULL then the file specification is * constructed from fn. If fn does not have * a file type then the default source file * type dsft is appended to the file specification. * * afile() returns a file handle for the opened file or aborts * the assembler on an open error. * * local variables: * int c character value * FILE * fp filehandle for opened file * char * p1 pointer to filespec string fn * char * p2 pointer to filespec string fb * char * p3 pointer to filetype string ft * * global variables: * char afn[] afile() constructed filespec * char dsft[] default assembler file type string * char afn[] constructed file specification string * * functions called: * VOID asexit() asmain.c * FILE * fopen() c_library * int fprintf() c_library * * side effects: * File is opened for read or write. */ FILE * afile(char *fn, char *ft, int wf) { register char *p2, *p3; register int c; FILE *fp; p2 = afn; p3 = ft; strcpy (afn, fn); p2 = strrchr (afn, FSEPX); // search last '.' if (!p2) p2 = afn + strlen (afn); if (p2 > &afn[PATH_MAX-4]) // truncate filename, if it's too long p2 = &afn[PATH_MAX-4]; *p2++ = FSEPX; // choose a file-extension if (*p3 == 0) { // extension supplied? p3 = strrchr (fn, FSEPX); // no: extension in fn? if (p3) ++p3; else p3 = dsft; // no: default extension } while ((c = *p3++) != 0) { // strncpy if (p2 < &afn[PATH_MAX-1]) *p2++ = c; } *p2++ = 0; if ((fp = fopen(afn, wf?"w":"r")) == NULL) { fprintf(stderr, "%s: cannot %s.\n", afn, wf?"create":"open"); asexit(1); } return (fp); } /*)Function VOID newdot(nap) * * area * nap pointer to the new area structure * * The function newdot(): * (1) copies the current values of fuzz and the last * address into the current area referenced by dot * (2) loads dot with the pointer to the new area and * loads the fuzz and last address parameters * (3) outall() is called to flush any remaining * bufferred code from the old area to the output * * local variables: * area * oap pointer to old area * * global variables: * sym dot defined as sym[0] * Addr_T fuzz tracks pass to pass changes in the * address of symbols caused by * variable length instruction formats * * functions called: * none * * side effects: * Current area saved, new area loaded, buffers flushed. */ VOID newdot(register struct area *nap) { register struct area *oap; oap = dot.s_area; /* fprintf (stderr, "%s dot.s_area->a_size: %d dot.s_addr: %d\n", oap->a_id, dot.s_area->a_size, dot.s_addr); */ oap->a_fuzz = fuzz; if (oap->a_flag & A_OVR) { // the size of an overlay is the biggest size encountered if (oap->a_size < dot.s_addr) { oap->a_size = dot.s_addr; } } else if (oap->a_flag & A_ABS) { oap->a_addr = dot.s_org; oap->a_size += dot.s_addr - dot.s_org; dot.s_addr = dot.s_org = 0; } else { oap->a_addr = 0; oap->a_size = dot.s_addr; } if (nap->a_flag & A_OVR) { // a new overlay starts at 0, no fuzz dot.s_addr = 0; fuzz = 0; } else if (nap->a_flag & A_ABS) { // a new absolute starts at org, no fuzz dot.s_addr = dot.s_org; fuzz = 0; } else { dot.s_addr = nap->a_size; fuzz = nap->a_fuzz; } dot.s_area = nap; outall(); } /*)Function VOID phase(ap, a) * * area * ap pointer to area * Addr_T a address in area * * Function phase() compares the area ap and address a * with the current area dot.s_area and address dot.s_addr * to determine if the position of the symbol has changed * between assembler passes. * * local variables: * none * * global varaibles: * sym * dot defined as sym[0] * * functions called: * none * * side effects: * The p error is invoked if the area and/or address * has changed. */ VOID phase(struct area *ap, Addr_T a) { if (ap != dot.s_area || a != dot.s_addr) err('p'); } char *usetxt[] = { "Usage: [-dqxjgalopsf][ -I ] file1 [file2 file3 ...]", " d decimal listing", " q octal listing", " x hex listing (default)", " j add line number and debug information to file", /* JLH */ " g undefined symbols made global", " a all user symbols made global", " l create list output file1[LST]", " o create object output file1[REL]", " s create symbol output file1[SYM]", " c generate sdcdb debug information", " p disable listing pagination", " f flag relocatable references by ` in listing file", " ff flag relocatable references by mode in listing file", "-I Add the named directory to the include file", " search path. This option may be used more than once.", " Directories are searched in the order given.", "", 0 }; /*)Function VOID usage() * * The function usage() outputs to the stderr device the * assembler name and version and a list of valid assembler options. * * local variables: * char ** dp pointer to an array of * text string pointers. * * global variables: * char cpu[] assembler type string * char * usetxt[] array of string pointers * * functions called: * VOID asexit() asmain.c * int fprintf() c_library * * side effects: * program is terminated */ VOID usage(void) { register char **dp; fprintf(stderr, "\nASxxxx Assembler %s (%s)\n\n", VERSION, cpu); for (dp = usetxt; *dp; dp++) fprintf(stderr, "%s\n", *dp); asexit(1); } sdcc-2.9.0/as/hc08/asout.c000066400000000000000000001035771116427777700151420ustar00rootroot00000000000000/* asout.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 JLH: * - outsym: show s_id as string rather than array [NCPS] * - Added outr11 to support 8051's 11 bit destination address */ #include #include #include #include "asm.h" /*)Module asout.c * * The module asout.c contains all the functions used to * generate the .REL assembler output file. * * * The assemblers' output object file is an ascii file containing * the information needed by the linker to bind multiple object * modules into a complete loadable memory image. * * The object module contains the following designators: * * [XDQ][HL] * X Hexadecimal radix * D Decimal radix * Q Octal radix * * H Most significant byte first * L Least significant byte first * * H Header * M Module * A Area * S Symbol * T Object code * R Relocation information * P Paging information * * * (1) Radix Line * * The first line of an object module contains the [XDQ][HL] * format specifier (i.e. XH indicates a hexadecimal file with * most significant byte first) for the following designators. * * * (2) Header Line * * H aa areas gg global symbols * * The header line specifies the number of areas(aa) and the * number of global symbols(gg) defined or referenced in this ob- * ject module segment. * * * (3) Module Line * * M name * * The module line specifies the module name from which this * header segment was assembled. The module line will not appear * if the .module directive was not used in the source program. * * * (4) Symbol Line * * S string Defnnnn * * or * * S string Refnnnn * * The symbol line defines (Def) or references (Ref) the symbol * 'string' with the value nnnn. The defined value is relative to * the current area base address. References to constants and ex- * ternal global symbols will always appear before the first area * definition. References to external symbols will have a value of * zero. * * * (5) Area Line * * A label size ss flags ff * * The area line defines the area label, the size (ss) of the * area in bytes, and the area flags (ff). The area flags specify * the ABS, REL, CON, OVR, and PAG parameters: * * OVR/CON (0x04/0x00 i.e. bit position 2) * * ABS/REL (0x08/0x00 i.e. bit position 3) * * PAG (0x10 i.e. bit position 4) * * * (6) T Line * * T xx xx nn nn nn nn nn ... * * The T line contains the assembled code output by the assem- * bler with xx xx being the offset address from the current area * base address and nn being the assembled instructions and data in * byte format. * * * (7) R Line * * R 0 0 nn nn n1 n2 xx xx ... * * The R line provides the relocation information to the linker. * The nn nn value is the current area index, i.e. which area the * current values were assembled. Relocation information is en- * coded in groups of 4 bytes: * * 1. n1 is the relocation mode and object format * 1. bit 0 word(0x00)/byte(0x01) * 2. bit 1 relocatable area(0x00)/symbol(0x02) * 3. bit 2 normal(0x00)/PC relative(0x04) relocation * 4. bit 3 1-byte(0x00)/2-byte(0x08) object format for * byte data * 5. bit 4 signed(0x00)/unsigned(0x10) byte data * 6. bit 5 normal(0x00)/page '0'(0x20) reference * 7. bit 6 normal(0x00)/page 'nnn'(0x40) reference * 8. bit 7 normal(0x00)/MSB of value * * 2. n2 is a byte index into the corresponding (i.e. pre- * ceeding) T line data (i.e. a pointer to the data to be * updated by the relocation). The T line data may be * 1-byte or 2-byte byte data format or 2-byte word * format. * * 3. xx xx is the area/symbol index for the area/symbol be- * ing referenced. the corresponding area/symbol is found * in the header area/symbol lists. * * * The groups of 4 bytes are repeated for each item requiring relo- * cation in the preceeding T line. * * * (8) P Line * * P 0 0 nn nn n1 n2 xx xx * * The P line provides the paging information to the linker as * specified by a .setdp directive. The format of the relocation * information is identical to that of the R line. The correspond- * ing T line has the following information: * T xx xx aa aa bb bb * * Where aa aa is the area reference number which specifies the * selected page area and bb bb is the base address of the page. * bb bb will require relocation processing if the 'n1 n2 xx xx' is * specified in the P line. The linker will verify that the base * address is on a 256 byte boundary and that the page length of an * area defined with the PAG type is not larger than 256 bytes. * * The linker defaults any direct page references to the first * area defined in the input REL file. All ASxxxx assemblers will * specify the _CODE area first, making this the default page area. * * * asout.c contains the following functions: * int lobyte() * int hibyte() * VOID out() * VOID outab() * VOID outall() * VOID outarea() * VOID outaw() * VOID outbuf() * VOID outchk() * VOID outdot() * VOID outdp() * VOID outgsd() * VOID outrb() * VOID outrw() * VOID outsym() * VOID out_lb() * VOID out_lw() * VOID out_rw() * VOID out_tw() * * The module asout.c contains the following local variables: * int rel[] relocation data for code/data array * int * relp pointer to rel array * int txt[] assembled code/data array * int * txtp pointer to txt array */ #define NTXT 16 #define NREL 16 char txt[NTXT]; char rel[NREL]; char *txtp = { &txt[0] }; char *relp = { &rel[0] }; /*)Function VOID outab(b) * * int b assembler data word * * The function outab() processes a single word of * assembled data in absolute format. * * local variables: * int * txtp pointer to data word * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID outchk() asout.c * VOID out_lb() asout.c * * side effects: * The current assembly address is incremented by 1. */ VOID outab(int b) { if (pass == 2) { out_lb(b,0); if (oflag) { outchk(1, 0); *txtp++ = lobyte(b); } } ++dot.s_addr; } /*)Function VOID outaw(w) * * int w assembler data word * * The function outaw() processes a single word of * assembled data in absolute format. * * local variables: * int * txtp pointer to data word * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID outchk() asout.c * VOID out_lw() asout.c * * side effects: * The current assembly address is incremented by 2. */ VOID outaw(int w) { if (pass == 2) { out_lw(w,0); if (oflag) { outchk(2, 0); out_tw(w); } } dot.s_addr += 2; } /*)Function VOID write_rmode(r) * * int r relocation mode * * write_rmode puts the passed relocation mode into the * output relp buffer, escaping it if necessary. * * global variables: * int * relp pointer to rel array * * functions called: * VOID rerr() assubr.c * * side effects: * relp is incremented appropriately. */ VOID write_rmode(int r) { /* We need to escape the relocation mode if it is greater * than a byte, or if it happens to look like an escape. * (I don't think that the latter case is legal, but * better safe than sorry). */ if ((r > 0xff) || ((r & R_ESCAPE_MASK) == R_ESCAPE_MASK)) { /* Hack in up to an extra 4 bits of flags with escape. */ if (r > 0xfff) { /* uh-oh.. we have more than 4 extra bits. */ fprintf(stderr, "Internal error: relocation mode 0x%X too big.\n", r); rerr(); } /* printf("escaping relocation mode\n"); */ *relp++ = R_ESCAPE_MASK | (r >> 8); *relp++ = r & 0xff; } else { *relp++ = r; } } /*)Function VOID outrb(esp, r) * * expr * esp pointer to expr structure * int r relocation mode * * The function outrb() processes a byte of generated code * in either absolute or relocatable format dependent upon * the data contained in the expr structure esp. If the * .REL output is enabled then the appropriate information * is loaded into the txt and rel buffers. * * local variables: * int n symbol/area reference number * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * sym dot defined as sym[0] * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID aerr() assubr.c * VOID outchk() asout.c * VOID out_lb() asout.c * VOID out_rb() asout.c * VOID out_tb() asout.c * * side effects: * The current assembly address is incremented by 1. */ VOID outrb(struct expr *esp, int r) { register int n; if (pass == 2) { if (esp->e_flag==0 && esp->e_base.e_ap==NULL) { /* This is a constant; simply write the * const byte to the T line and don't * generate any relocation info. */ out_lb(lobyte(esp->e_addr),0); if (oflag) { outchk(1, 0); *txtp++ = lobyte(esp->e_addr); } } else { /* We are generating a single byte of relocatable * info. * * In 8051 mode, we generate a 16 bit address. The * linker will later select a single byte based on * whether R_MSB is set. * * In flat24 mode, we generate a 24 bit address. The * linker will select a single byte based on * whether R_MSB or R_HIB is set. */ if (!flat24Mode) { r |= R_BYTE | R_BYT2 | esp->e_rlcf; if (r & R_MSB) { out_lb(hibyte(esp->e_addr),r|R_RELOC|R_HIGH); } else { out_lb(lobyte(esp->e_addr),r|R_RELOC); } if (oflag) { outchk(2, 5); out_tw(esp->e_addr); if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } write_rmode(r); *relp++ = txtp - txt - 2; out_rw(n); } } else { /* 24 bit mode. */ r |= R_BYTE | R_BYT3 | esp->e_rlcf; if (r & R_HIB) { /* Probably should mark this differently in the * listing file. */ out_lb(byte3(esp->e_addr),r|R_RELOC|R_HIGH); } else if (r & R_MSB) { out_lb(hibyte(esp->e_addr),r|R_RELOC|R_HIGH); } else { out_lb(lobyte(esp->e_addr),r|R_RELOC); } if (oflag) { outchk(3, 5); out_t24(esp->e_addr); if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } write_rmode(r); *relp++ = txtp - txt - 3; out_rw(n); } } } } ++dot.s_addr; } /*)Function VOID outrw(esp, r) * * expr * esp pointer to expr structure * int r relocation mode * * The function outrw() processes a word of generated code * in either absolute or relocatable format dependent upon * the data contained in the expr structure esp. If the * .REL output is enabled then the appropriate information * is loaded into the txt and rel buffers. * * local variables: * int n symbol/area reference number * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * sym dot defined as sym[0] * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID aerr() assubr.c * VOID outchk() asout.c * VOID out_lw() asout.c * VOID out_rw() asout.c * VOID out_tw() asout.c * * side effects: * The current assembly address is incremented by 2. */ VOID outrw(struct expr *esp, int r) { register int n; if (pass == 2) { if (esp->e_addr > 0xffff) { warnBanner(); fprintf(stderr, "large constant 0x%x truncated to 16 bits\n", esp->e_addr); } if (esp->e_flag==0 && esp->e_base.e_ap==NULL) { out_lw(esp->e_addr,0); if (oflag) { outchk(2, 0); out_tw(esp->e_addr); } } else { r |= R_WORD | esp->e_rlcf; if (r & R_BYT2) { rerr(); if (r & R_MSB) { out_lw(hibyte(esp->e_addr),r|R_RELOC); } else { out_lw(lobyte(esp->e_addr),r|R_RELOC); } } else { out_lw(esp->e_addr,r|R_RELOC); } if (oflag) { outchk(2, 5); out_tw(esp->e_addr); if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } if (IS_C24(r)) { /* If this happens, the linker will * attempt to process this 16 bit field * as 24 bits. That would be bad. */ fprintf(stderr, "***Internal error: C24 out in " "outrw()\n"); rerr(); } write_rmode(r); *relp++ = txtp - txt - 2; out_rw(n); } } } dot.s_addr += 2; } /*)Function VOID outr24(esp, r) * * expr * esp pointer to expr structure * int r relocation mode * * The function outr24() processes 24 bits of generated code * in either absolute or relocatable format dependent upon * the data contained in the expr structure esp. If the * .REL output is enabled then the appropriate information * is loaded into the txt and rel buffers. * * local variables: * int n symbol/area reference number * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * sym dot defined as sym[0] * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID aerr() assubr.c * VOID outchk() asout.c * VOID out_l24() asout.c * VOID out_rw() asout.c * VOID out_t24() asout.c * * side effects: * The current assembly address is incremented by 3. */ VOID outr24(struct expr *esp, int r) { register int n; if (pass == 2) { if (esp->e_flag==0 && esp->e_base.e_ap==NULL) { /* This is a constant expression. */ out_l24(esp->e_addr,0); if (oflag) { outchk(3, 0); out_t24(esp->e_addr); } } else { /* This is a symbol. */ r |= R_WORD | esp->e_rlcf; if (r & R_BYT2) { /* I have no idea what this case is. */ rerr(); if (r & R_MSB) { out_lw(hibyte(esp->e_addr),r|R_RELOC); } else { out_lw(lobyte(esp->e_addr),r|R_RELOC); } } else { out_l24(esp->e_addr,r|R_RELOC); } if (oflag) { outchk(3, 5); out_t24(esp->e_addr); if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } if (r & R_BYTE) { /* If this occurs, we cannot properly * code the relocation data with the * R_C24 flag. This means the linker * will fail to do the 24 bit relocation. * Which will suck. */ fprintf(stderr, "***Internal error: BYTE out in 24 " "bit flat mode unexpected.\n"); rerr(); } write_rmode(r | R_C24); *relp++ = txtp - txt - 3; out_rw(n); } } } dot.s_addr += 3; } /*)Function VOID outdp(carea, esp) * * area * carea pointer to current area strcuture * expr * esp pointer to expr structure * * The function outdp() flushes the output buffer and * outputs paging information to the .REL file. * * local variables: * int n symbol/area reference number * int r relocation mode * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID outbuf() asout.c * VOID outchk() asout.c * VOID out_rw() asout.c * VOID out_tw() asout.c * * side effects: * Output buffer flushed to .REL fiel. * Paging information dumped to .REL file. */ VOID outdp(register struct area *carea, register struct expr *esp) { register int n, r; if (oflag && pass==2) { outchk(HUGE,HUGE); out_tw(carea->a_ref); out_tw(esp->e_addr); if (esp->e_flag || esp->e_base.e_ap!=NULL) { r = R_WORD; if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } write_rmode(r); *relp++ = txtp - txt - 2; out_rw(n); } outbuf("P"); } } /*)Function VOID outall() * * The function outall() will output any bufferred assembled * data and relocation information (during pass 2 if the .REL * output has been enabled). * * local variables: * none * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID outbuf() asout.c * * side effects: * assembled data and relocation buffers will be cleared. */ VOID outall(void) { if (oflag && pass==2) outbuf("R"); } /*)Function VOID outdot() * * The function outdot() outputs information about the * current program counter value (during pass 2 if the .REL * output has been enabled). * * local variables: * none * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * int fprintf() c_library * VOID out() asout.c * * side effects: * assembled data and relocation buffers will be cleared. */ VOID outdot(void) { if (oflag && pass==2) { fprintf(ofp, "T"); out(txt,(int) (txtp-txt)); fprintf(ofp, "\n"); fprintf(ofp, "R"); out(rel,(int) (relp-rel)); fprintf(ofp, "\n"); txtp = txt; relp = rel; } } /*)Function outchk(nt, nr) * * int nr number of additional relocation words * int nt number of additional data words * * The function outchk() checks the data and relocation buffers * for space to insert the nt data words and nr relocation words. * If space is not available then output the current data and * initialize the data buffers to receive the new data. * * local variables: * area * ap pointer to an area structure * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * sym dot defined as sym[0] * * functions called: * VOID outbuf() asout.c * * side effects: * Data and relocation buffers may be emptied and initialized. */ VOID outchk(int nt, int nr) { register struct area *ap; if (txtp+nt > &txt[NTXT] || relp+nr > &rel[NREL]) { outbuf("R"); } if (txtp == txt) { out_tw(dot.s_addr); if ((ap = dot.s_area) != NULL) { write_rmode(R_WORD|R_AREA); *relp++ = 0; out_rw(ap->a_ref); } } } /*)Function VOID outbuf() * * The function outbuf() will output any bufferred data * and relocation information to the .REL file. The output * buffer pointers and counters are initialized. * * local variables: * int rel[] relocation data for code/data array * int * relp pointer to rel array * int txt[] assembled code/data array * int * txtp pointer to txt array * * global variables: * FILE * ofp relocation output file handle * * functions called: * VOID out() asout.c * * side effects: * All bufferred data written to .REL file and * buffer pointers and counters initialized. */ VOID outbuf(char *s) { if (txtp > &txt[2]) { fprintf(ofp, "T"); out(txt,(int) (txtp-txt)); fprintf(ofp, "\n"); fprintf(ofp, "%s", s); out(rel,(int) (relp-rel)); fprintf(ofp, "\n"); } txtp = txt; relp = rel; } /*)Function VOID outgsd() * * The function outgsd() performs the following: * (1) outputs the .REL file radix * (2) outputs the header specifying the number * of areas and global symbols * (3) outputs the module name * (4) set the reference number and output a symbol line * for all external global variables and absolutes * (5) output an area name, set reference number and output * a symbol line for all global relocatables in the area. * Repeat this proceedure for all areas. * * local variables: * area * ap pointer to an area structure * sym * sp pointer to a sym structure * int i loop counter * int j loop counter * int c string character value * int narea number of code areas * char * ptr string pointer * int nglob number of global symbols * int rn symbol reference number * * global variables: * area * areap pointer to an area structure * char module[] module name string * sym * symhash[] array of pointers to NHASH * linked symbol lists * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * VOID outarea() asout.c * VOID outsym() asout.c * int putc() c_library * * side effects: * All symbols are given reference numbers, all symbol * and area information is output to the .REL file. */ VOID outgsd(void) { register struct area *ap; register struct sym *sp; register int i, j; char *ptr; int c, narea, nglob, rn; /* * Number of areas */ narea = areap->a_ref + 1; /* * Number of global references/absolutes */ nglob = 0; for (i = 0; i < NHASH; ++i) { sp = symhash[i]; while (sp) { if (sp->s_flag&S_GBL) ++nglob; sp = sp->s_sp; } } /* * Output Radix and number of areas and symbols */ if (xflag == 0) { fprintf(ofp, "X%c\n", hilo ? 'H' : 'L'); fprintf(ofp, "H %X areas %X global symbols\n", narea, nglob); } else if (xflag == 1) { fprintf(ofp, "Q%c\n", hilo ? 'H' : 'L'); fprintf(ofp, "H %o areas %o global symbols\n", narea, nglob); } else if (xflag == 2) { fprintf(ofp, "D%c\n", hilo ? 'H' : 'L'); fprintf(ofp, "H %u areas %u global symbols\n", narea, nglob); } /* * Module name */ if (module[0]) { fprintf(ofp, "M "); ptr = &module[0]; while (ptr < &module[NCPS]) { if ((c = *ptr++) != 0) putc(c, ofp); } putc('\n', ofp); } /* * Sdcc compile options */ if (strlen(optsdcc)) fprintf(ofp, "O %s\n", optsdcc); /* * Global references and absolutes. */ rn = 0; for (i=0; is_area==NULL && sp->s_flag&S_GBL) { sp->s_ref = rn++; outsym(sp); } sp = sp->s_sp; } } /* * Global relocatables. */ for (i=0; ia_ref != i) ap = ap->a_ap; outarea(ap); for (j=0; js_area==ap && sp->s_flag&S_GBL) { sp->s_ref = rn++; outsym(sp); } sp = sp->s_sp; } } } } /*)Function VOID outarea(ap) * * area * ap pointer to an area structure * * The function outarea() outputs the A line to the .REL * file. The A line contains the area's name, size, and * attributes. * * local variables: * char * ptr pointer to area id string * int c character value * * global variables: * FILE * ofp relocation output file handle * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * int putc() c_library * * side effects: * The A line is sent to the .REL file. */ VOID outarea(register struct area *ap) { register char *ptr; register int c; fprintf(ofp, "A "); ptr = &ap->a_id[0]; while (ptr < &ap->a_id[NCPS]) { if ((c = *ptr++) != 0) putc(c, ofp); } if (xflag == 0) { fprintf(ofp, " size %X flags %X addr %X\n", ap->a_size, ap->a_flag, ap->a_addr); } else if (xflag == 1) { fprintf(ofp, " size %o flags %o\n", ap->a_size, ap->a_flag); } else if (xflag == 2) { fprintf(ofp, " size %u flags %u\n", ap->a_size, ap->a_flag); } } /*)Function VOID outsym(sp) * * sym * sp pointer to a sym structure * * The function outsym() outputs the S line to the .REL * file. The S line contains the symbols name and whether the * the symbol is defined or referenced. * * local variables: * char * ptr pointer to symbol id string * int c character value * * global variables: * FILE * ofp relocation output file handle * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * int putc() c_library * * side effects: * The S line is sent to the .REL file. */ VOID outsym(register struct sym *sp) { register char *ptr; fprintf(ofp, "S "); ptr = &sp->s_id[0]; fprintf(ofp, "%s", ptr ); fprintf(ofp, " %s", sp->s_type==S_NEW ? "Ref" : "Def"); if (xflag == 0) { fprintf(ofp, "%04X\n", sp->s_addr); } else if (xflag == 1) { fprintf(ofp, "%06o\n", sp->s_addr); } else if (xflag == 2) { fprintf(ofp, "%05u\n", sp->s_addr); } } /*)Function VOID out(p, n) * * int n number of words to output * int * p pointer to data words * * The function out() outputs the data words to the .REL file * int the specified radix. * * local variables: * none * * global variables: * FILE * ofp relocation output file handle * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * * side effects: * Data is sent to the .REL file. */ VOID out(char *p, int n) { while (n--) { if (xflag == 0) { fprintf(ofp, " %02X", (*p++)&0xff); } else if (xflag == 1) { fprintf(ofp, " %03o", (*p++)&0xff); } else if (xflag == 2) { fprintf(ofp, " %03u", (*p++)&0xff); } } } /*)Function VOID out_lb(b, t) * * int b assembled data * int t relocation type * * The function out_lb() copies the assembled data and * its relocation type to the list data buffers. * * local variables: * none * * global variables: * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * * functions called: * none * * side effects: * Pointers to data and relocation buffers incremented by 1. */ VOID out_lb(register int b, register int t) { if (cp < &cb[NCODE]) { *cp++ = b; *cpt++ = t; } } /*)Function VOID out_lw(n, t) * * int n assembled data * int t relocation type * * The function out_lw() copies the assembled data and * its relocation type to the list data buffers. * * local variables: * none * * global variables: * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * * functions called: * none * * side effects: * Pointers to data and relocation buffers incremented by 2. */ VOID out_lw(register int n, register int t) { if (hilo) { out_lb(hibyte(n),t ? t|R_HIGH : 0); out_lb(lobyte(n),t); } else { out_lb(lobyte(n),t); out_lb(hibyte(n),t ? t|R_HIGH : 0); } } /*)Function VOID out_l24(n, t) * * int n assembled data * int t relocation type * * The function out_l24() copies the assembled data and * its relocation type to the list data buffers. * * local variables: * none * * global variables: * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * * functions called: * none * * side effects: * Pointers to data and relocation buffers incremented by 3. */ VOID out_l24(int n, int t) { if (hilo) { out_lb(byte3(n),t ? t|R_HIGH : 0); out_lb(hibyte(n),t); out_lb(lobyte(n),t); } else { out_lb(lobyte(n),t); out_lb(hibyte(n),t); out_lb(byte3(n),t ? t|R_HIGH : 0); } } /*)Function VOID out_rw(n) * * int n data word * * The function out_rw() outputs the relocation (R) * data word as two bytes ordered according to hilo. * * local variables: * int * relp pointer to rel array * * global variables: * none * * functions called: * int lobyte() asout.c * int hibyte() asout.c * * side effects: * Pointer to relocation buffer incremented by 2. */ VOID out_rw(register int n) { if (hilo) { *relp++ = hibyte(n); *relp++ = lobyte(n); } else { *relp++ = lobyte(n); *relp++ = hibyte(n); } } /*)Function VOID out_tw(n) * * int n data word * * The function out_tw() outputs the text (T) * data word as two bytes ordered according to hilo. * * local variables: * int * txtp pointer to txt array * * global variables: * none * * functions called: * int lobyte() asout.c * int hibyte() asout.c * * side effects: * Pointer to relocation buffer incremented by 2. */ VOID out_tw(register int n) { if (hilo) { *txtp++ = hibyte(n); *txtp++ = lobyte(n); } else { *txtp++ = lobyte(n); *txtp++ = hibyte(n); } } /*)Function VOID out_t24(n) * * int n data word * * The function out_t24() outputs the text (T) * data word as three bytes ordered according to hilo. * * local variables: * int * txtp pointer to txt array * * global variables: * none * * functions called: * int lobyte() asout.c * int hibyte() asout.c * * side effects: * Pointer to relocation buffer incremented by 3. */ VOID out_t24(int n) { if (hilo) { *txtp++ = byte3(n); *txtp++ = hibyte(n); *txtp++ = lobyte(n); } else { *txtp++ = lobyte(n); *txtp++ = hibyte(n); *txtp++ = byte3(n); } } /*)Function int lobyte(n) * * int n data word * * The function lobyte() returns the lower byte of * integer n. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int lobyte(int n) { return (n&0377); } /*)Function int hibyte(n) * * int n data word * * The function hibyte() returns the higher byte of * integer n. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int hibyte(int n) { return ((n>>8)&0377); } /*)Function int byte3(n) * * int n 24 bit data * * The function byte3() returns the MSB of the * 24 bit integer n. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int byte3(int n) { return ((n >> 16) & 0xff); } /* * JLH: Output relocatable 11 bit jump/call * * This function is derived from outrw(), adding the parameter for the * 11 bit address. This form of address is used only on the 8051 and 8048. */ VOID outr11(register struct expr *esp, int op, int r) { register int n; if (pass == 2) { if (esp->e_flag==0 && esp->e_base.e_ap==NULL) { /* Absolute destination. * Listing shows only the address. */ out_lw(esp->e_addr,0); if (oflag) { outchk(3, 0); out_tw(esp->e_addr); *txtp++ = op; write_rmode(r); *relp++ = txtp - txt - 3; out_rw(0xFFFF); } } else { /* Relocatable destination. Build THREE * byte output: relocatable word, followed * by op-code. Linker will combine them. * Listing shows only the address. */ r |= R_WORD | esp->e_rlcf; out_lw(esp->e_addr,r|R_RELOC); if (oflag) { outchk(3, 5); out_tw(esp->e_addr); *txtp++ = op; if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } write_rmode(r); *relp++ = txtp - txt - 3; out_rw(n); } } } dot.s_addr += 2; } /* * Output relocatable 19 bit jump/call * * This function is derived from outrw(), adding the parameter for the * 19 bit address. This form of address is used only in the DS80C390 * Flat24 mode. */ VOID outr19(struct expr * esp, int op, int r) { register int n; if (pass == 2) { if (esp->e_flag==0 && esp->e_base.e_ap==NULL) { /* Absolute destination. * Listing shows only the address. */ out_lw(esp->e_addr,0); if (oflag) { outchk(4, 0); out_t24(esp->e_addr); *txtp++ = op; write_rmode(r); *relp++ = txtp - txt - 4; out_rw(0xFFFF); } } else { /* Relocatable destination. Build FOUR * byte output: relocatable 24-bit entity, followed * by op-code. Linker will combine them. * Listing shows only the address. */ r |= R_WORD | esp->e_rlcf; out_l24(esp->e_addr,r|R_RELOC); if (oflag) { outchk(4, 5); out_t24(esp->e_addr); *txtp++ = op; if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } write_rmode(r); *relp++ = txtp - txt - 4; out_rw(n); } } } dot.s_addr += 3; } sdcc-2.9.0/as/hc08/assubr.c000066400000000000000000000136411116427777700152760ustar00rootroot00000000000000/* assubr.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include #include "asm.h" /*)Module assubr.c * * The module assubr.c contains the error * processing routines. * * assubr.c contains the following functions: * VOID aerr() * VOID diag() * VOID err() * VOID qerr() * VOID rerr() * * assubr.c contains the local array of *error[] */ /*)Function VOID err(c) * * int c error type character * * The function err() logs the error code character * suppressing duplicate errors. If the error code * is 'q' then the parse of the current assembler-source * text line is terminated. * * local variables: * char * p pointer to the error array * * global variables: * char eb[] array of generated error codes * * functions called: * VOID longjmp() c_library * * side effects: * The error code may be inserted into the * error code array eb[] or the parse terminated. */ VOID err(c) register int c; { register char *p; aserr++; p = eb; while (p < ep) if (*p++ == c) return; if (p < &eb[NERR]) { *p++ = c; ep = p; } if (c == 'q') longjmp(jump_env, -1); } /*)Function VOID diag() * * The function diag() prints any error codes and * the source line number to the stderr output device. * * local variables: * char * p pointer to error code array eb[] * * global variables: * int cfile current source file index * char eb[] array of generated error codes * char * ep pointer into error list * int incfile current include file index * char incfn[] array of include file names * int incline[] array of include line numbers * char srcfn[] array of source file names * int srcline[] array of source line numbers * FILE * stderr c_library * * functions called: * int fprintf() c_library * char * geterr() assubr.c * * side effects: * none */ extern int fatalErrors; VOID diag() { register char *p,*errstr; if (eb != ep) { fatalErrors++; p = eb; fprintf(stderr, "?ASxxxx-Error-<"); while (p < ep) { fprintf(stderr, "%c", *p++); } fprintf(stderr, "> in line "); if (incfil >= 0) { fprintf(stderr, "%d", incline[incfil]); fprintf(stderr, " of %s\n", incfn[incfil]); } else { fprintf(stderr, "%d", srcline[cfile]); fprintf(stderr, " of %s\n", srcfn[cfile]); } p = eb; while (p < ep) { if ((errstr = geterr(*p++)) != NULL) { fprintf(stderr, " %s\n", errstr); } } } } /*)Function VOID warnBanner() * * The function warnBanner() prints a generic warning message * header (including the current source file/line) and positions * the output for a more specific warning message. * * It is assumed that the call to warnBanner will be followed with * a fprintf to stderr (or equivalent) with the specific warning * text. * * local variables: * none * * global variables: * int cfile current source file index * int incfile current include file index * char incfn[] array of include file names * int incline[] array of include line numbers * char srcfn[] array of source file names * int srcline[] array of source line numbers * FILE * stderr c_library * * functions called: * int fprintf() c_library * * side effects: * none */ VOID warnBanner(void) { fprintf(stderr, "?ASxxxx-Warning in line "); if (incfil >= 0) { fprintf(stderr, "%d", incline[incfil]); fprintf(stderr, " of %s\n", incfn[incfil]); } else { fprintf(stderr, "%d", srcline[cfile]); fprintf(stderr, " of %s\n", srcfn[cfile]); } fprintf(stderr, " "); } /*)Functions: VOID aerr() * VOID qerr() * VOID rerr() * * The functions aerr(), qerr(), and rerr() report their * respective error type. These are included only for * convenience. * * local variables: * none * * global variables: * none * * functions called: * VOID err() assubr.c * * side effects: * The appropriate error code is inserted into the * error array and the parse may be terminated. */ /* * Note an 'r' error. */ VOID rerr() { err('r'); } /* * Note an 'a' error. */ VOID aerr() { err('a'); } /* * Note a 'q' error. */ VOID qerr() { err('q'); } /* * ASxxxx assembler errors */ char *errors[] = { "<.> use \". = . + \" not \". = \"", " machine specific addressing or addressing mode error", " direct page boundary error", " direct page addressing error", " .include file error or an .if/.endif mismatch", " multiple definitions error", " .org in REL area or directive / mnemonic error", "

phase error: label location changing between passes 2 and 3", " missing or improper operators, terminators, or delimiters", " relocation error", " undefined symbol encountered during assembly", NULL }; /*)Function: char *getarr(c) * * int c the error code character * * The function geterr() scans the list of errors returning the * error string corresponding to the input error character. * * local variables: * int i error index counter * * global variables: * char *errors[] array of pointers to the * error strings * * functions called: * none * * side effects: * A pointer to the appropriate * error code string is returned. */ char * geterr(c) int c; { int i; for (i=0; errors[i]!=NULL; i++) { if (c == errors[i][1]) { return(errors[i]); } } return(NULL); } sdcc-2.9.0/as/hc08/clean.mk000066400000000000000000000014301116427777700152370ustar00rootroot00000000000000# Deleting all files created by building the program # -------------------------------------------------- include $(top_builddir)/Makefile.common clean: mostlyclean rm -f *.dep # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f Makefile # Like clean but some files may still exist # ----------------------------------------- mostlyclean: rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ rm -f $(top_builddir)/bin/as-hc08$(EXEEXT) as-hc08$(EXEEXT) # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean sdcc-2.9.0/as/hc08/conf.mk000066400000000000000000000003021116427777700150770ustar00rootroot00000000000000# # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of conf.mk sdcc-2.9.0/as/hc08/m08adr.c000066400000000000000000000137501116427777700150730ustar00rootroot00000000000000/* m08adr.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "asm.h" #include "m6808.h" int addr(esp) register struct expr *esp; { register int c; register struct area *espa; register Addr_T espv; const char *tcp; if ((c = getnb()) == '#') { expr(esp, 0); esp->e_mode = S_IMMED; } else if (c == ',') { switch(admode(axs)) { default: aerr(); case S_X: c = S_IX; break; case S_S: c = S_IS; break; case S_XP: c = S_IXP; break; } esp->e_mode = c; } else if (c == '*') { expr(esp, 0); esp->e_mode = S_DIR; if (esp->e_addr & ~0xFF) err('d'); if (more()) { comma(); tcp = ip; switch(admode(axs)) { case S_X: esp->e_mode = S_IX1; break; case S_S: esp->e_mode = S_SP1; break; case S_XP: esp->e_mode = S_IX1P; break; default: ip = --tcp; } } } else { unget(c); if ((esp->e_mode = admode(axs)) != 0) { ; } else { expr(esp, 0); espa = esp->e_base.e_ap; espv = esp->e_addr; if (more()) { comma(); c = admode(axs); if (esp->e_flag == 0 && espa == NULL && (espv & ~0xFF) == 0) { switch(c) { default: aerr(); case S_X: c = S_IX1; break; case S_S: c = S_SP1; break; case S_XP: c = S_IX1P; break; } } else { switch(c) { default: aerr(); case S_X: c = S_IX2; break; case S_S: c = S_SP2; break; case S_XP: c = S_IX2P; break; } } esp->e_mode = c; } else { esp->e_mode = S_EXT; } } } return (esp->e_mode); } /* * Enter admode() to search a specific addressing mode table * for a match. Return the addressing value on a match or * zero for no match. */ int admode(sp) register struct adsym *sp; { register char *ptr; register int i; register const char *ips; ips = ip; unget(getnb()); i = 0; while ( *(ptr = &sp[i].a_str[0]) ) { if (srch(ptr)) { return(sp[i].a_val); } i++; } ip = ips; return(0); } /* * srch --- does string match ? */ int srch(str) register char *str; { register const char *ptr; ptr = ip; while (*ptr && *str) { if(ccase[*ptr & 0x007F] != ccase[*str & 0x007F]) break; ptr++; str++; } if (ccase[*ptr & 0x007F] == ccase[*str & 0x007F]) { ip = ptr; return(1); } if (!*str) if (any(*ptr," \t\n,];")) { ip = ptr; return(1); } return(0); } /* * any --- does str contain c? */ int any(c,str) int c; char*str; { while (*str) if(*str++ == c) return(1); return(0); } struct adsym axs[] = { /* a, x, or s registers */ { "a", S_A }, { "x", S_X }, { "s", S_S }, { "x+", S_XP }, { "", 0x00 } }; sdcc-2.9.0/as/hc08/m08ext.c000066400000000000000000000015051116427777700151200ustar00rootroot00000000000000/* m08ext.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "asm.h" #include "m6808.h" char *cpu = "Motorola 68HC08"; int hilo = 1; char *dsft = "asm"; sdcc-2.9.0/as/hc08/m08mch.c000066400000000000000000000171361116427777700150760ustar00rootroot00000000000000/* m08mch.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "asm.h" #include "m6808.h" /* * Process a machine op. */ VOID machine(mp) struct mne *mp; { register int op, t1, t2, type; struct expr e1, e2, e3; Addr_T espv; struct area *espa; char id[NCPS]; int c, v1; clrexpr(&e1); clrexpr(&e2); clrexpr(&e3); op = mp->m_valu; type = mp->m_type; switch (type) { case S_SDP: espa = NULL; if (more()) { expr(&e1, 0); if (e1.e_flag == 0 && e1.e_base.e_ap == NULL) { if (e1.e_addr) { err('b'); } } if ((c = getnb()) == ',') { getid(id, -1); espa = alookup(id); if (espa == NULL) { err('u'); } } else { unget(c); } } if (espa) { outdp(espa, &e1); } else { outdp(dot.s_area, &e1); } lmode = SLIST; break; case S_INH: outab(op); break; case S_BRA: expr(&e1, 0); outab(op); if (mchpcr(&e1)) { v1 = e1.e_addr - dot.s_addr - 1; if ((v1 < -128) || (v1 > 127)) aerr(); outab(v1); } else { outrb(&e1, R_PCR); } if (e1.e_mode != S_USER) rerr(); break; case S_TYP1: t1 = addr(&e1); if (t1 == S_A) { outab(op+0x10); break; } if (t1 == S_X) { outab(op+0x20); break; } if (t1 == S_DIR || t1 == S_EXT) { outab(op); outrb(&e1, R_PAG0); break; } if (t1 == S_IX) { outab(op+0x40); break; } if (t1 == S_IX1 || t1 == S_IX2) { if (chkindx(&e1)) aerr(); outab(op+0x30); outrb(&e1, R_USGN); break; } if (t1 == S_SP1 || t1 == S_SP2) { if (chkindx(&e1)) aerr(); outab(0x9e); outab(op+0x30); outrb(&e1, R_USGN); break; } aerr(); break; case S_TYP2: t1 = addr(&e1); if (t1 == S_IMMED) { if ((op == 0xA7) || (op == 0xAC) || (op == 0xAD) || (op == 0xAF)) aerr(); outab(op); outrb(&e1, 0); break; } if (t1 == S_DIR) { outab(op+0x10); outrb(&e1, R_PAG0); break; } if (t1 == S_EXT) { outab(op+0x20); outrw(&e1, 0); break; } if (t1 == S_IX) { outab(op+0x50); break; } if (t1 == S_IX1) { outab(op+0x40); outrb(&e1, R_USGN); break; } if (t1 == S_IX2) { outab(op+0x30); outrw(&e1, 0); break; } if (t1 == S_SP1) { if (op == 0xAC || op == 0xAD) aerr(); outab(0x9e); outab(op+0x40); outrb(&e1, R_USGN); break; } if (t1 == S_SP2) { if (op == 0xAC || op == 0xAD) aerr(); outab(0x9e); outab(op+0x30); outrw(&e1, 0); break; } aerr(); break; case S_TYP3: t1 = addr(&e1); espv = e1.e_addr; if (t1 != S_IMMED || espv & ~0x07) aerr(); comma(); t2 = addr(&e2); if (t2 != S_DIR) aerr(); outab(op + 2*(espv&0x07)); outrb(&e2, R_PAG0); break; case S_TYP4: t1 = addr(&e1); espv = e1.e_addr; if (t1 != S_IMMED || espv & ~0x07) aerr(); comma(); t2 = addr(&e2); if (t2 != S_DIR) aerr(); comma(); expr(&e3, 0); outab(op + 2*(espv&0x07)); outrb(&e2, R_PAG0); if (mchpcr(&e3)) { v1 = e3.e_addr - dot.s_addr - 1; if ((v1 < -128) || (v1 > 127)) aerr(); outab(v1); } else { outrb(&e3, R_PCR); } if (e3.e_mode != S_USER) rerr(); break; case S_TYPAI: t1 = addr(&e1); if (t1 == S_IMMED) { outab(op); if (e1.e_flag == 0 && e1.e_base.e_ap == NULL) { v1 = e1.e_addr; if ((v1 < -128) || (v1 > 127)) aerr(); outab(v1); } else { outrb(&e1, 0); } break; } aerr(); break; case S_TYPHX: t1 = addr(&e1); if (t1 == S_IMMED) { if (op == 0x25) aerr(); outab(op); outrw(&e1, 0); break; } if (t1 == S_DIR || t1 == S_EXT) { outab(op | 0x10); outrb(&e1, R_PAG0); break; } aerr(); break; case S_CBEQ: t1 = addr(&e1); comma(); expr(&e2, 0); if (t1 == S_IMMED) { outab(op); outrb(&e1, 0); } else if (t1 == S_DIR || t1 == S_EXT) { outab(op); outrb(&e1, R_PAG0); } else if (t1 == S_IXP) { outab(op+0x40); } else if (t1 == S_IX1P || t1 == S_IX2P) { if (chkindx(&e1)) aerr(); outab(op+0x30); outrb(&e1, R_USGN); } else if (t1 == S_SP1 || t1 == S_SP2) { if (chkindx(&e1)) aerr(); outab(0x9E); outab(op+0x30); outrb(&e1, R_USGN); } else { aerr(); break; } if (mchpcr(&e2)) { v1 = e2.e_addr - dot.s_addr - 1; if ((v1 < -128) || (v1 > 127)) aerr(); outab(v1); } else { outrb(&e2, R_PCR); } if (e2.e_mode != S_USER) rerr(); break; case S_CQAX: t1 = addr(&e1); if (t1 != S_IMMED) aerr(); comma(); expr(&e2, 0); outab(op); outrb(&e1, 0); if (mchpcr(&e2)) { v1 = e2.e_addr - dot.s_addr - 1; if ((v1 < -128) || (v1 > 127)) aerr(); outab(v1); } else { outrb(&e2, R_PCR); } if (e2.e_mode != S_USER) rerr(); break; case S_DBNZ: t1 = addr(&e1); comma(); expr(&e2, 0); if (t1 == S_DIR || t1 == S_EXT) { outab(op); outrb(&e1, R_PAG0); } else if (t1 == S_IX) { outab(op+0x40); } else if (t1 == S_IX1 || t1 == S_IX2) { if (chkindx(&e1)) aerr(); outab(op+0x30); outrb(&e1, R_USGN); } else if (t1 == S_SP1 || t1 == S_SP2) { if (chkindx(&e1)) aerr(); outab(0x9E); outab(op+0x30); outrb(&e1, R_USGN); } else { aerr(); break; } if (mchpcr(&e2)) { v1 = e2.e_addr - dot.s_addr - 1; if ((v1 < -128) || (v1 > 127)) aerr(); outab(v1); } else { outrb(&e2, R_PCR); } if (e2.e_mode != S_USER) rerr(); break; case S_DZAX: expr(&e1, 0); outab(op); if (mchpcr(&e1)) { v1 = e1.e_addr - dot.s_addr - 1; if ((v1 < -128) || (v1 > 127)) aerr(); outab(v1); } else { outrb(&e1, R_PCR); } if (e1.e_mode != S_USER) rerr(); break; case S_MOV: t1 = addr(&e1); if (t1 == S_IX1P || t1 == S_IX2P) { if (chkindx(&e1)) aerr(); outab(op+0x10); outrb(&e1, R_PAG0); break; } comma(); t2 = addr(&e2); if (t1 == S_IMMED) { if (t2 == S_DIR || t2 == S_EXT) { outab(op+0x20); outrb(&e1, 0); outrb(&e2, R_PAG0); break; } } if (t1 == S_DIR || t1 == S_EXT) { if (t2 == S_DIR || t2 == S_EXT) { outab(op); outrb(&e1, R_PAG0); outrb(&e2, R_PAG0); break; } } if (t1 == S_IXP) { if (t2 == S_DIR || t2 == S_EXT) { outab(op+0x30); outrb(&e2, R_PAG0); break; } } aerr(); break; default: err('o'); } } /* * Check index byte */ int chkindx(exp) struct expr *exp; { if (exp->e_flag == 0 && exp->e_base.e_ap == NULL) { if (exp->e_addr & ~0xFF) { return(1); } } return(0); } /* * Branch/Jump PCR Mode Check */ int mchpcr(esp) register struct expr *esp; { if (esp->e_base.e_ap == dot.s_area) { return(1); } if (esp->e_flag==0 && esp->e_base.e_ap==NULL) { /* * Absolute Destination * * Use the global symbol '.__.ABS.' * of value zero and force the assembler * to use this absolute constant as the * base value for the relocation. */ esp->e_flag = 1; esp->e_base.e_sp = &sym[1]; } return(0); } /* * The next character must be a * comma. */ int comma() { if (getnb() != ',') qerr(); return(1); } /* * Machine specific initialization. */ VOID minit() { } sdcc-2.9.0/as/hc08/m08pst.c000066400000000000000000000160171116427777700151320ustar00rootroot00000000000000/* m08pst.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "asm.h" #include "m6808.h" struct mne mne[] = { /* machine */ { NULL, ".setdp", S_SDP, 0, 0 }, /* system */ { NULL, "CON", S_ATYP, 0, A_CON }, { NULL, "OVR", S_ATYP, 0, A_OVR }, { NULL, "REL", S_ATYP, 0, A_REL }, { NULL, "ABS", S_ATYP, 0, A_ABS }, { NULL, "NOPAG", S_ATYP, 0, A_NOPAG }, { NULL, "PAG", S_ATYP, 0, A_PAG }, { NULL, "CODE", S_ATYP, 0, A_CODE }, { NULL, "DATA", S_ATYP, 0, A_DATA }, { NULL, "LOAD", S_ATYP, 0, A_LOAD }, { NULL, "NOLOAD", S_ATYP, 0, A_NOLOAD }, { NULL, ".uleb128", S_ULEB128, 0, 0 }, { NULL, ".sleb128", S_SLEB128, 0, 0 }, { NULL, ".byte", S_BYTE, 0, 1 }, { NULL, ".db", S_BYTE, 0, 1 }, { NULL, ".word", S_WORD, 0, 2 }, { NULL, ".dw", S_WORD, 0, 2 }, { NULL, ".ascii", S_ASCII, 0, 0 }, { NULL, ".asciz", S_ASCIZ, 0, 0 }, { NULL, ".blkb", S_BLK, 0, 1 }, { NULL, ".ds", S_BLK, 0, 1 }, { NULL, ".blkw", S_BLK, 0, 2 }, { NULL, ".page", S_PAGE, 0, 0 }, { NULL, ".title", S_TITLE, 0, 0 }, { NULL, ".sbttl", S_SBTL, 0, 0 }, { NULL, ".globl", S_GLOBL, 0, 0 }, { NULL, ".area", S_DAREA, 0, 0 }, { NULL, ".even", S_EVEN, 0, 0 }, { NULL, ".odd", S_ODD, 0, 0 }, { NULL, ".if", S_IF, 0, 0 }, { NULL, ".else", S_ELSE, 0, 0 }, { NULL, ".endif", S_ENDIF, 0, 0 }, { NULL, ".include", S_INCL, 0, 0 }, { NULL, ".radix", S_RADIX, 0, 0 }, { NULL, ".org", S_ORG, 0, 0 }, { NULL, ".module", S_MODUL, 0, 0 }, { NULL, ".ascis", S_ASCIS, 0, 0 }, { NULL, ".optsdcc", S_OPTSDCC, 0, 0}, // { NULL, ".assume", S_ERROR, 0, 0 }, // { NULL, ".error", S_ERROR, 0, 1 }, /* 68HC08 */ { NULL, "neg", S_TYP1, 0, 0x30 }, { NULL, "com", S_TYP1, 0, 0x33 }, { NULL, "lsr", S_TYP1, 0, 0x34 }, { NULL, "ror", S_TYP1, 0, 0x36 }, { NULL, "asr", S_TYP1, 0, 0x37 }, { NULL, "asl", S_TYP1, 0, 0x38 }, { NULL, "lsl", S_TYP1, 0, 0x38 }, { NULL, "rol", S_TYP1, 0, 0x39 }, { NULL, "dec", S_TYP1, 0, 0x3A }, { NULL, "inc", S_TYP1, 0, 0x3C }, { NULL, "tst", S_TYP1, 0, 0x3D }, { NULL, "clr", S_TYP1, 0, 0x3F }, { NULL, "sub", S_TYP2, 0, 0xA0 }, { NULL, "cmp", S_TYP2, 0, 0xA1 }, { NULL, "sbc", S_TYP2, 0, 0xA2 }, { NULL, "cpx", S_TYP2, 0, 0xA3 }, { NULL, "and", S_TYP2, 0, 0xA4 }, { NULL, "bit", S_TYP2, 0, 0xA5 }, { NULL, "lda", S_TYP2, 0, 0xA6 }, { NULL, "sta", S_TYP2, 0, 0xA7 }, { NULL, "eor", S_TYP2, 0, 0xA8 }, { NULL, "adc", S_TYP2, 0, 0xA9 }, { NULL, "ora", S_TYP2, 0, 0xAA }, { NULL, "add", S_TYP2, 0, 0xAB }, { NULL, "jmp", S_TYP2, 0, 0xAC }, { NULL, "jsr", S_TYP2, 0, 0xAD }, { NULL, "ldx", S_TYP2, 0, 0xAE }, { NULL, "stx", S_TYP2, 0, 0xAF }, { NULL, "bset", S_TYP3, 0, 0x10 }, { NULL, "bclr", S_TYP3, 0, 0x11 }, { NULL, "brset", S_TYP4, 0, 0x00 }, { NULL, "brclr", S_TYP4, 0, 0x01 }, { NULL, "ais", S_TYPAI, 0, 0xA7 }, { NULL, "aix", S_TYPAI, 0, 0xAF }, { NULL, "sthx", S_TYPHX, 0, 0x25 }, { NULL, "ldhx", S_TYPHX, 0, 0x45 }, { NULL, "cphx", S_TYPHX, 0, 0x65 }, { NULL, "cbeq", S_CBEQ, 0, 0x31 }, { NULL, "cbeqa", S_CQAX, 0, 0x41 }, { NULL, "cbeqx", S_CQAX, 0, 0x51 }, { NULL, "dbnz", S_DBNZ, 0, 0x3B }, { NULL, "dbnza", S_DZAX, 0, 0x4B }, { NULL, "dbnzx", S_DZAX, 0, 0x5B }, { NULL, "mov", S_MOV, 0, 0x4E }, { NULL, "bra", S_BRA, 0, 0x20 }, { NULL, "brn", S_BRA, 0, 0x21 }, { NULL, "bhi", S_BRA, 0, 0x22 }, { NULL, "bls", S_BRA, 0, 0x23 }, { NULL, "bcc", S_BRA, 0, 0x24 }, { NULL, "bhs", S_BRA, 0, 0x24 }, { NULL, "bcs", S_BRA, 0, 0x25 }, { NULL, "blo", S_BRA, 0, 0x25 }, { NULL, "bne", S_BRA, 0, 0x26 }, { NULL, "beq", S_BRA, 0, 0x27 }, { NULL, "bhcc", S_BRA, 0, 0x28 }, { NULL, "bhcs", S_BRA, 0, 0x29 }, { NULL, "bpl", S_BRA, 0, 0x2A }, { NULL, "bmi", S_BRA, 0, 0x2B }, { NULL, "bmc", S_BRA, 0, 0x2C }, { NULL, "bms", S_BRA, 0, 0x2D }, { NULL, "bil", S_BRA, 0, 0x2E }, { NULL, "bih", S_BRA, 0, 0x2F }, { NULL, "bge", S_BRA, 0, 0x90 }, { NULL, "blt", S_BRA, 0, 0x91 }, { NULL, "bgt", S_BRA, 0, 0x92 }, { NULL, "ble", S_BRA, 0, 0x93 }, { NULL, "bsr", S_BRA, 0, 0xAD }, { NULL, "nega", S_INH, 0, 0x40 }, { NULL, "mul", S_INH, 0, 0x42 }, { NULL, "coma", S_INH, 0, 0x43 }, { NULL, "lsra", S_INH, 0, 0x44 }, { NULL, "rora", S_INH, 0, 0x46 }, { NULL, "asra", S_INH, 0, 0x47 }, { NULL, "asla", S_INH, 0, 0x48 }, { NULL, "lsla", S_INH, 0, 0x48 }, { NULL, "rola", S_INH, 0, 0x49 }, { NULL, "deca", S_INH, 0, 0x4A }, { NULL, "inca", S_INH, 0, 0x4C }, { NULL, "tsta", S_INH, 0, 0x4D }, { NULL, "clra", S_INH, 0, 0x4F }, { NULL, "negx", S_INH, 0, 0x50 }, { NULL, "div", S_INH, 0, 0x52 }, { NULL, "comx", S_INH, 0, 0x53 }, { NULL, "lsrx", S_INH, 0, 0x54 }, { NULL, "rorx", S_INH, 0, 0x56 }, { NULL, "asrx", S_INH, 0, 0x57 }, { NULL, "aslx", S_INH, 0, 0x58 }, { NULL, "lslx", S_INH, 0, 0x58 }, { NULL, "rolx", S_INH, 0, 0x59 }, { NULL, "decx", S_INH, 0, 0x5A }, { NULL, "incx", S_INH, 0, 0x5C }, { NULL, "tstx", S_INH, 0, 0x5D }, { NULL, "clrx", S_INH, 0, 0x5F }, { NULL, "nsa", S_INH, 0, 0x62 }, { NULL, "daa", S_INH, 0, 0x72 }, { NULL, "rti", S_INH, 0, 0x80 }, { NULL, "rts", S_INH, 0, 0x81 }, { NULL, "swi", S_INH, 0, 0x83 }, { NULL, "tap", S_INH, 0, 0x84 }, { NULL, "tpa", S_INH, 0, 0x85 }, { NULL, "pula", S_INH, 0, 0x86 }, { NULL, "psha", S_INH, 0, 0x87 }, { NULL, "pulx", S_INH, 0, 0x88 }, { NULL, "pshx", S_INH, 0, 0x89 }, { NULL, "pulh", S_INH, 0, 0x8A }, { NULL, "pshh", S_INH, 0, 0x8B }, { NULL, "clrh", S_INH, 0, 0x8C }, { NULL, "stop", S_INH, 0, 0x8E }, { NULL, "wait", S_INH, 0, 0x8F }, { NULL, "txs", S_INH, 0, 0x94 }, { NULL, "tsx", S_INH, 0, 0x95 }, { NULL, "tax", S_INH, 0, 0x97 }, { NULL, "clc", S_INH, 0, 0x98 }, { NULL, "sec", S_INH, 0, 0x99 }, { NULL, "cli", S_INH, 0, 0x9A }, { NULL, "sei", S_INH, 0, 0x9B }, { NULL, "rsp", S_INH, 0, 0x9C }, { NULL, "nop", S_INH, 0, 0x9D }, { NULL, "txa", S_INH, S_END, 0x9F } }; sdcc-2.9.0/as/hc08/m6808.h000066400000000000000000000044251116427777700145660ustar00rootroot00000000000000/* m6808.h Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /*)BUILD $(PROGRAM) = AS6808 $(INCLUDE) = { ASM.H M6808.H } $(FILES) = { M08EXT.C M08MCH.C M08ADR.C M08PST.C ASMAIN.C ASLEX.C ASSYM.C ASSUBR.C ASEXPR.C ASDATA.C ASLIST.C ASOUT.C } $(STACK) = 3000 */ struct adsym { char a_str[4]; /* addressing string */ int a_val; /* addressing mode value */ }; /* * Addressing types */ #define S_IMMED 30 #define S_DIR 31 #define S_EXT 32 #define S_IX 33 #define S_IXP 34 #define S_IX1 35 #define S_IX1P 36 #define S_IX2 37 #define S_IX2P 38 #define S_IS 39 #define S_SP1 40 #define S_SP2 41 #define S_A 42 #define S_X 43 #define S_S 44 #define S_XP 45 /* * Instruction types */ #define S_INH 60 #define S_BRA 61 #define S_TYP1 62 #define S_TYP2 63 #define S_TYP3 64 #define S_TYP4 65 #define S_TYPAI 66 #define S_TYPHX 67 #define S_CBEQ 68 #define S_CQAX 69 #define S_DBNZ 70 #define S_DZAX 71 #define S_MOV 72 /* * Set Direct Pointer */ #define S_SDP 80 /* machine dependent functions */ #ifdef OTHERSYSTEM /* m08adr.c */ extern struct adsym axs[]; extern int addr(struct expr *esp); extern int admode(struct adsym *sp); extern int any(int c, char *str); extern int srch(char *str); /* m08mch.c */ extern VOID machine(struct mne *mp); extern int chkindx(struct expr *exp); extern int mchpcr(struct expr *esp); extern VOID minit(void); extern int comma(void); #else /* m08adr.c */ extern struct adsym axs[]; extern int addr(); extern int admode(); extern int any(); extern int srch(); /* m08mch.c */ extern VOID machine(); extern int chkindx(); extern int mchpcr(); extern VOID minit(); extern int comma(); #endif sdcc-2.9.0/as/link/000077500000000000000000000000001116427777700140215ustar00rootroot00000000000000sdcc-2.9.0/as/link/Makefile.in000066400000000000000000000013161116427777700160670ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ include $(top_builddir)/Makefile.common PORTS = z80 gbz80 all: $(MAKE) -C z80 _link-z80 _link-gbz80 E=$(E) BUILDDIR=../../../bin/ install: all $(INSTALL) $(top_builddir)/bin/link-z80$(EXEEXT) `echo $(DESTDIR)$(bindir)/link-z80$(EXEEXT)|sed '$(transform)'` $(STRIP) `echo $(DESTDIR)$(bindir)/link-z80$(EXEEXT)|sed '$(transform)'` $(INSTALL) $(top_builddir)/bin/link-gbz80$(EXEEXT) `echo $(DESTDIR)$(bindir)/link-gbz80$(EXEEXT)|sed '$(transform)'` $(STRIP) `echo $(DESTDIR)$(bindir)/link-gbz80$(EXEEXT)|sed '$(transform)'` uninstall: cd $(DESTDIR)$(bindir); rm -f link-z80$(EXEEXT) link-gbz80$(EXEEXT) include $(srcdir)/clean.mk sdcc-2.9.0/as/link/README000066400000000000000000000002531116427777700147010ustar00rootroot00000000000000sdcc/link --------- In gbdk the linker and assembler were split into seperate packages. For now I'm keeping that split, and leaving the mcs51 version as is. -- Michael sdcc-2.9.0/as/link/aslink.h000066400000000000000000000747361116427777700154740ustar00rootroot00000000000000/* aslink.h Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* 28-Oct-97 JLH: * - add proto for StoreString * - change s_id from [NCPS] to pointer * - change NCPS to 80 * - case sensitive * - add R_J11 for 8051 assembler * 31-Oct-97 JLH: * - add jflag and jfp for NoICE output * 30-Jan-98 JLH: * - add memory space flags to a_flag for 8051 * * Extensions: P. Felber */ #define VERSION "V01.75 + NoICE + SDCC Feb 1999" /* * Case Sensitivity Flag */ #define CASE_SENSITIVE 1 /*)Module asmlnk.h * * The module asmlnk.h contains the definitions for constants, * structures, global variables, and LKxxxx functions * contained in the LKxxxx.c files. */ /*)BUILD $(PROGRAM) = ASLINK $(INCLUDE) = ASLINK.H $(FILES) = { LKMAIN.C LKLEX.C LKAREA.C LKHEAD.C LKSYM.C LKEVAL.C LKDATA.C LKLIST.C LKRLOC.C LKLIBR.C LKS19.C LKIHX.C } $(STACK) = 2000 */ #if defined decus /* DECUS C void definition */ /* File/extension seperator */ #define VOID char #define FSEPX '.' #elif defined PDOS /* PDOS C void definition */ /* File/extension seperator */ #define VOID char #define FSEPX ':' #elif defined UNIX /* UNIX void definition */ /* File/extension seperator */ #define VOID void #define FSEPX '.' #define LKDIRSEP '/' #define LKDIRSEPSTR "/" #define OTHERSYSTEM #else /* DOS/WINDOWS void definition */ /* File/extension seperator */ #define VOID void #define FSEPX '.' #define LKDIRSEP '\\' #define LKDIRSEPSTR "\\" #define OTHERSYSTEM #endif /* * PATH_MAX */ #include #ifndef PATH_MAX /* POSIX, but not required */ #if defined(__BORLANDC__) || defined(_MSC_VER) #include #define PATH_MAX _MAX_PATH #else #define PATH_MAX 255 /* define a reasonable value */ #endif #endif #ifdef SDK #define LKOBJEXT "o" #else /* SDK */ #define LKOBJEXT "rel" #endif /* SDK */ /* * This file defines the format of the * relocatable binary file. */ #define NCPS 80 /* characters per symbol (JLH: change from 8) */ #define NDATA 16 /* actual data */ #define NINPUT PATH_MAX /* Input buffer size */ #define NHASH 64 /* Buckets in hash table */ #define HMASK 077 /* Hash mask */ #define NLPP 60 /* Lines per page */ #define NTXT 16 /* T values */ /* * The "R_" relocation constants define values used in * generating the assembler relocation output data for * areas, symbols, and code. * * * Relocation types. * * 7 6 5 4 3 2 1 0 * +-----+-----+-----+-----+-----+-----+-----+-----+ * | MSB | PAGn| PAG0| USGN| BYT2| PCR | SYM | BYT | * +-----+-----+-----+-----+-----+-----+-----+-----+ */ #define R_WORD 0x00 /* 16 bit */ #define R_BYTE 0x01 /* 8 bit */ #define R_AREA 0x00 /* Base type */ #define R_SYM 0x02 #define R_NORM 0x00 /* PC adjust */ #define R_PCR 0x04 #define R_BYT1 0x00 /* Byte count for R_BYTE = 1 */ #define R_BYT2 0x08 /* Byte count for R_BYTE = 2 */ #define R_SGND 0x00 /* Signed Byte */ #define R_USGN 0x10 /* Unsigned Byte */ #define R_NOPAG 0x00 /* Page Mode */ #define R_PAG0 0x20 /* Page '0' */ #define R_PAG 0x40 /* Page 'nnn' */ #define R_LSB 0x00 /* low byte */ #define R_MSB 0x80 /* high byte */ #define R_BYT3 0x100 /* if R_BYTE is set, this is a * 3 byte address, of which * the linker must select one byte. */ #define R_HIB 0x200 /* If R_BYTE & R_BYT3 are set, linker * will select byte 3 of the relocated * 24 bit address. */ #define R_BIT 0x400 /* Linker will convert from byte-addressable * space to bit-addressable space. */ #define R_J11 (R_WORD|R_BYT2) /* JLH: 11 bit JMP and CALL (8051) */ #define R_J19 (R_WORD|R_BYT2|R_MSB) /* 19 bit JMP/CALL (DS80C390) */ #define R_C24 (R_WORD|R_BYT1|R_MSB) /* 24 bit address (DS80C390) */ #define R_J19_MASK (R_BYTE|R_BYT2|R_MSB) #define IS_R_J19(x) (((x) & R_J19_MASK) == R_J19) #define IS_R_J11(x) (((x) & R_J19_MASK) == R_J11) #define IS_C24(x) (((x) & R_J19_MASK) == R_C24) #define R_ESCAPE_MASK 0xf0 /* Used to escape relocation modes * greater than 0xff in the .rel * file. */ /* * Global symbol types. */ #define S_REF 1 /* referenced */ #define S_DEF 2 /* defined */ /* * Area type flags */ #define A_CON 0000 /* concatenate */ #define A_OVR 0004 /* overlay */ #define A_REL 0000 /* relocatable */ #define A_ABS 0010 /* absolute */ #define A_NOPAG 0000 /* non-paged */ #define A_PAG 0020 /* paged */ /* Additional flags for 8051 address spaces */ #define A_DATA 0000 /* data space (default)*/ #define A_CODE 0040 /* code space */ #define A_XDATA 0100 /* external data space */ #define A_BIT 0200 /* bit addressable space */ /* Additional flags for hc08 */ #define A_NOLOAD 0400 /* nonloadable */ #define A_LOAD 0000 /* loadable (default) */ /* * File types */ #define F_INV 0 /* invalid */ #define F_STD 1 /* stdin */ #define F_LNK 2 /* File.lnk */ #define F_REL 3 /* File.rel */ #define F_CMD 4 /* Command line */ #ifdef GAMEBOY /* * Multiple banks support */ extern int nb_rom_banks; extern int nb_ram_banks; extern int current_rom_bank; extern int mbc_type; extern char cart_name[]; /* * ROM patching support */ typedef struct _patch { unsigned int addr; unsigned char value; struct _patch *next; } patch; extern patch* patches; #endif /* GAMEBOY */ /* * General assembler address type */ typedef unsigned int Addr_T; /* * The structures of head, area, areax, and sym are created * as the REL files are read during the first pass of the * linker. The struct head is created upon encountering a * H directive in the REL file. The structure contains a * link to a link file structure (struct lfile) which describes * the file containing the H directive, the number of data/code * areas contained in this header segment, the number of * symbols referenced/defined in this header segment, a pointer * to an array of pointers to areax structures (struct areax) * created as each A directive is read, and a pointer to an * array of pointers to symbol structures (struct sym) for * all referenced/defined symbols. As H directives are read * from the REL files a linked list of head structures is * created by placing a link to the new head structure * in the previous head structure. */ struct head { struct head *h_hp; /* Header link */ struct lfile *h_lfile;/* Associated file */ int h_narea; /* # of areas */ struct areax **a_list; /* Area list */ int h_nglob; /* # of global symbols */ struct sym **s_list; /* Globle symbol list */ char m_id[NCPS]; /* Module name */ }; /* * A structure area is created for each 'unique' data/code * area definition found as the REL files are read. The * struct area contains the name of the area, a flag byte * which contains the area attributes (REL/CON/OVR/ABS), * an area subtype (not used in this assembler), and the * area base address and total size which will be filled * in at the end of the first pass through the REL files. * As A directives are read from the REL files a linked * list of unique area structures is created by placing a * link to the new area structure in the previous area structure. */ struct area { struct area *a_ap; /* Area link */ struct areax *a_axp; /* Area extension link */ Addr_T a_addr; /* Beginning address of area */ Addr_T a_size; /* Total size of the area */ Addr_T a_unaloc; /* Total number of unallocated bytes, for error reporting */ char a_type; /* Area subtype */ int a_flag; /* Flag byte */ char a_id[NCPS]; /* Name */ char *a_image; /* Something for hc08/lkelf */ char *a_used; /* Something for hc08/lkelf */ }; /* * An areax structure is created for every A directive found * while reading the REL files. The struct areax contains a * link to the 'unique' area structure referenced by the A * directive and to the head structure this area segment is * a part of. The size of this area segment as read from the * A directive is placed in the areax structure. The beginning * address of this segment will be filled in at the end of the * first pass through the REL files. As A directives are read * from the REL files a linked list of areax structures is * created for each unique area. The final areax linked * list has at its head the 'unique' area structure linked * to the linked areax structures (one areax structure for * each A directive for this area). */ struct areax { struct areax *a_axp; /* Area extension link */ struct area *a_bap; /* Base area link */ struct head *a_bhp; /* Base header link */ Addr_T a_addr; /* Beginning address of section */ Addr_T a_size; /* Size of the area in section */ }; /* * A sym structure is created for every unique symbol * referenced/defined while reading the REL files. The * struct sym contains the symbol's name, a flag value * (not used in this linker), a symbol type denoting * referenced/defined, and an address which is loaded * with the relative address within the area in which * the symbol was defined. The sym structure also * contains a link to the area where the symbol was defined. * The sym structures are linked into linked lists using * the symbol link element. */ struct sym { struct sym *s_sp; /* Symbol link */ struct areax *s_axp; /* Symbol area link */ char s_type; /* Symbol subtype */ char s_flag; /* Flag byte */ Addr_T s_addr; /* Address */ char *s_id; /* Name: JLH change from [NCPS] */ }; /* * The structure lfile contains a pointer to a * file specification string, the file type, and * a link to the next lfile structure. */ struct lfile { struct lfile *f_flp; /* lfile link */ int f_type; /* File type */ char *f_idp; /* Pointer to file spec */ }; /* * The struct base contains a pointer to a * base definition string and a link to the next * base structure. */ struct base { struct base *b_base; /* Base link */ char *b_strp; /* String pointer */ }; /* * The struct globl contains a pointer to a * global definition string and a link to the next * global structure. */ struct globl { struct globl *g_globl; /* Global link */ char *g_strp; /* String pointer */ }; /* * A structure sdp is created for each 'unique' paged * area definition found as the REL files are read. * As P directives are read from the REL files a linked * list of unique sdp structures is created by placing a * link to the new sdp structure in the previous area structure. */ struct sdp { struct area *s_area; /* Paged Area link */ struct areax *s_areax; /* Paged Area Extension Link */ Addr_T s_addr; /* Page address offset */ }; /* * The structure rerr is loaded with the information * required to report an error during the linking * process. The structure contains an index value * which selects the areax structure from the header * areax structure list, a mode value which selects * symbol or area relocation, the base address in the * area section, an area/symbol list index value, and * an area/symbol offset value. */ struct rerr { int aindex; /* Linking area */ int mode; /* Relocation mode */ Addr_T rtbase; /* Base address in section */ int rindex; /* Area/Symbol reloaction index */ Addr_T rval; /* Area/Symbol offset value */ }; /* * The structure lbpath is created for each library * path specification input by the -k option. The * lbpath structures are linked into a list using * the next link element. */ struct lbpath { struct lbpath *next; char *path; }; /* * The structure lbname is created for all combinations of the * library path specifications (input by the -k option) and the * library file specifications (input by the -l option) that * lead to an existing file. The element path points to * the path string, element libfil points to the library * file string, and the element libspc is the concatenation * of the valid path and libfil strings. * * The lbpath structures are linked into a list * using the next link element. * * Each library file contains a list of object files * that are contained in the particular library. e.g.: * * \iolib\termio * \inilib\termio * * Only one specification per line is allowed. */ struct lbname { struct lbname *next; char *path; char *libfil; char *libspc; }; /* * The function fndsym() searches through all combinations of the * library path specifications (input by the -k option) and the * library file specifications (input by the -l option) that * lead to an existing file for a symbol definition. * * The structure lbfile is created for the first library * object file which contains the definition for the * specified undefined symbol. * * The element libspc points to the library file path specification * and element relfil points to the object file specification string. * The element filspc is the complete path/file specification for * the library file to be imported into the linker. The * file specicifation may be formed in one of two ways: * * (1) If the library file contained an absolute * path/file specification then this becomes filspc. * (i.e. C:\...) * * (2) If the library file contains a relative path/file * specification then the concatenation of the path * and this file specification becomes filspc. * (i.e. \...) * * The lbpath structures are linked into a list * using the next link element. */ struct lbfile { struct lbfile *next; char *libspc; char *relfil; char *filspc; long offset; unsigned int type; }; /* * External Definitions for all Global Variables */ extern char *_abs_; /* = { ". .ABS." }; */ extern int lkerr; /* ASLink error flag */ extern char *ip; /* pointer into the REL file * text line in ib[] */ extern char ib[NINPUT]; /* REL file text line */ extern char *rp; /* pointer into the LST file * text line in rb[] */ extern char rb[NINPUT]; /* LST file text line being * address relocated */ extern unsigned char ctype[]; /* array of character types, one per * ASCII character */ extern char sdccopt[NINPUT]; extern char sdccopt_module[NINPUT]; extern char curr_module[NINPUT]; /* * Character Type Definitions */ #define SPACE 0000 #define ETC 0000 #define LETTER 0001 #define DIGIT 0002 #define BINOP 0004 #define RAD2 0010 #define RAD8 0020 #define RAD10 0040 #define RAD16 0100 #define ILL 0200 #define DGT2 DIGIT|RAD16|RAD10|RAD8|RAD2 #define DGT8 DIGIT|RAD16|RAD10|RAD8 #define DGT10 DIGIT|RAD16|RAD10 #define LTR16 LETTER|RAD16 #if CASE_SENSITIVE #else extern char ccase[]; /* an array of characters which * perform the case translation function */ #endif extern struct lfile *filep; /* The pointers (lfile *) filep, * (lfile *) cfp, and (FILE *) sfp * are used in conjunction with * the routine lk_getline() to read * asmlnk commands from * (1) the standard input or * (2) or a command file * and to read the REL files * sequentially as defined by the * asmlnk input commands. * * The pointer *filep points to the * beginning of a linked list of * lfile structures. */ extern struct lfile *cfp; /* The pointer *cfp points to the * current lfile structure */ extern struct lfile *startp;/* asmlnk startup file structure */ extern struct lfile *linkp; /* pointer to first lfile structure * containing an input REL file * specification */ extern struct lfile *lfp; /* pointer to current lfile structure * being processed by parse() */ extern struct head *headp; /* The pointer to the first * head structure of a linked list */ extern struct head *hp; /* Pointer to the current * head structure */ extern struct area *areap; /* The pointer to the first * area structure of a linked list */ extern struct area *ap; /* Pointer to the current * area structure */ extern struct areax *axp; /* Pointer to the current * areax structure */ extern struct sym *symhash[NHASH]; /* array of pointers to NHASH * linked symbol lists */ extern struct base *basep; /* The pointer to the first * base structure */ extern struct base *bsp; /* Pointer to the current * base structure */ extern struct globl *globlp;/* The pointer to the first * globl structure */ extern struct globl *gsp; /* Pointer to the current * globl structure */ extern struct sdp sdp; /* Base Paged structure */ extern struct rerr rerr; /* Structure containing the * linker error information */ extern FILE *ofp; /* Linker Output file handle */ extern FILE *mfp; /* Map output file handle */ extern FILE *jfp; /* NoICE output file handle */ extern FILE *rfp; /* File handle for output * address relocated ASxxxx * listing file */ extern FILE *sfp; /* The file handle sfp points to the * currently open file */ extern FILE *tfp; /* File handle for input * ASxxxx listing file */ extern FILE *dfp; /* File handle for debug info output */ extern int dflag; /* Output debug information flag */ extern int oflag; /* Output file type flag */ extern int mflag; /* Map output flag */ extern int sflag; /* JCF: Memory usage output flag */ extern int packflag; /* Pack data memory flag */ extern int stacksize; /* Pack data memory flag */ extern int jflag; /* NoICE output flag */ extern int symflag; /* no$gmb .sym output flag */ extern int xflag; /* Map file radix type flag */ extern int pflag; /* print linker command file flag */ extern int uflag; /* Listing relocation flag */ extern int rflag; /* Extended linear address record flag. */ extern int radix; /* current number conversion radix: * 2 (binary), 8 (octal), 10 (decimal), * 16 (hexadecimal) */ extern int line; /* current line number */ extern int page; /* current page number */ extern int lop; /* current line number on page */ extern int pass; /* linker pass number */ extern int rtcnt; /* count of elements in the * rtval[] and rtflg[] arrays */ extern Addr_T rtval[]; /* data associated with relocation */ extern int rtflg[]; /* indicates if rtval[] value is * to be sent to the output file. * (always set in this linker) */ extern int hilo; /* REL file byte ordering */ extern int gline; /* LST file relocation active * for current line */ extern int gcntr; /* LST file relocation active * counter */ extern struct lbpath *lbphead; /* pointer to the first * library path structure */ extern struct lbname *lbnhead; /* pointer to the first * library name structure */ extern struct lbfile *lbfhead; /* pointer to the first * library file structure */ extern Addr_T iram_size; /* internal ram size */ extern long xram_size; /* external ram size */ extern long code_size; /* code size */ /* C Library function definitions */ /* for reference only extern VOID exit(); extern int fclose(); extern char * fgets(); extern FILE * fopen(); extern int fprintf(); extern VOID free(); extern VOID * malloc(); extern char putc(); extern char * strcpy(); extern int strlen(); extern char * strncpy(); */ /* Program function definitions */ /* lkmain.c */ extern FILE * afile(); extern VOID bassav(); extern VOID gblsav(); extern VOID iramsav(); extern VOID xramsav(); extern VOID codesav(); extern VOID iramcheck(); extern VOID link_main(); extern VOID lkexit(); extern int main(); extern VOID map(); extern VOID sym(); extern int parse(); extern VOID setbas(); extern VOID setgbl(); extern VOID usage(); extern VOID copyfile(); /* lklex.c */ extern char endline(); extern char get(); extern VOID getfid(); extern VOID getid(); extern VOID getSid(char *id); extern int lk_getline(); extern int getmap(); extern char getnb(); extern int more(); extern VOID skip(); extern VOID unget(); extern VOID chop_crlf(); /* lkarea.c */ extern VOID lkparea(); extern VOID lnkarea(); extern VOID lnkarea2(); extern VOID newarea(); /* lkhead.c */ extern VOID module(); extern VOID newhead(); /* lksym.c */ extern int hash(); extern struct sym * lkpsym(); extern VOID * new(); extern struct sym * newsym(); extern VOID symdef(); extern int symeq(); extern VOID syminit(); extern VOID symmod(); extern Addr_T symval(); /* lkeval.c */ extern int digit(); extern Addr_T eval(); extern Addr_T expr(); extern int oprio(); extern Addr_T term(); /* lklist.c */ extern int dgt(); extern VOID lkulist(); extern VOID lkalist(); extern VOID lkglist(); extern VOID lstarea(); extern VOID newpag(); extern VOID slew(); /* lkrloc.c */ extern Addr_T adb_b(register Addr_T v, register int i); extern Addr_T adb_bit(register Addr_T v, register int i); extern Addr_T adb_hi(Addr_T v, int i); extern Addr_T adb_lo(Addr_T v, int i); extern Addr_T adb_24_bit(register Addr_T v, register int i); extern Addr_T adb_24_hi(Addr_T v, int i); extern Addr_T adb_24_mid(Addr_T v, int i); extern Addr_T adb_24_lo(Addr_T v, int i); extern Addr_T adw_w(register Addr_T v, register int i); extern Addr_T adw_24(Addr_T v, int i); extern Addr_T adw_hi(Addr_T v, int i); extern Addr_T adw_lo(Addr_T v, int i); extern Addr_T evword(VOID); extern VOID rele(VOID); extern VOID reloc(char c); extern VOID relt(VOID); extern VOID relr(VOID); extern VOID relp(VOID); extern VOID relerr(char *str); extern char * errmsg[]; extern VOID errdmp(FILE *fptr, char *str); extern VOID relerp(char *str); extern VOID erpdmp(FILE *fptr, char *str); extern VOID prntval(FILE *fptr, Addr_T v); extern int lastExtendedAddress; /* lklibr.c */ extern int addfile(); extern VOID addlib(); extern VOID addpath(); extern int fndsym(); extern VOID library(); extern VOID loadfile(); extern VOID search(); /* lks19.c */ extern VOID s19(); /* lkihx.c */ extern VOID ihx(); extern VOID ihxExtendedLinearAddress(Addr_T); extern VOID ihxNewArea(); /* lkstore.c */ extern char * StoreString( char *str ); /* lknoice.c */ extern void DefineNoICE( char *name, Addr_T value, int page ); /* EEP: lkelf.c */ extern VOID elf(); /* JCF: lkmem.c */ extern int summary(struct area * xp); extern int summary2(struct area * xp); /* JCF: lkaomf51.c */ extern void SaveLinkedFilePath(char * filepath); extern void CreateAOMF51(void); /* lkgb.h */ VOID gb(int in); VOID gg(int in); /* strcmpi.h */ extern int as_strcmpi(const char *s1, const char *s2); extern int as_strncmpi(const char *s1, const char *s2, size_t n); sdcc-2.9.0/as/link/asxxxx_config.h.in000066400000000000000000000006621116427777700174730ustar00rootroot00000000000000#ifndef __ASXXXX_CONFIG_H #define __ASXXXX_CONFIG_H #undef TYPE_BYTE #undef TYPE_WORD #undef TYPE_DWORD #undef TYPE_UBYTE #undef TYPE_UWORD #undef TYPE_UDWORD #if !defined TYPE_WORD && defined _WIN32 # define TYPE_BYTE char # define TYPE_WORD short # define TYPE_DWORD int # define TYPE_UBYTE unsigned TYPE_BYTE # define TYPE_UWORD unsigned TYPE_WORD # define TYPE_UDWORD unsigned TYPE_DWORD #endif #endif /* __ASXXXX_CONFIG_H */ sdcc-2.9.0/as/link/clean.mk000066400000000000000000000002341116427777700154330ustar00rootroot00000000000000clean: $(MAKE) -C z80 clean rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ rm -f *.dep rm -rf obj distclean: clean $(MAKE) -C z80 distclean rm -f Makefile sdcc-2.9.0/as/link/getline.c000066400000000000000000000045731116427777700156250ustar00rootroot00000000000000/* getline.c - read a line from file into a buffer version 1.0.0, April 25th, 2008 Copyright (c) 2008 Borut Razem This software is provided 'as-is', without any express or implied warranty. In no event will the authors be held liable for any damages arising from the use of this software. Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and redistribute it freely, subject to the following restrictions: 1. The origin of this software must not be misrepresented; you must not claim that you wrote the original software. If you use this software in a product, an acknowledgment in the product documentation would be appreciated but is not required. 2. Altered source versions must be plainly marked as such, and must not be misrepresented as being the original software. 3. This notice may not be removed or altered from any source distribution. Borut Razem borut.razem@siol.net */ #include "getline.h" /******************************************************************************* getline getline() reads in at most one less than size characters from stream and stores them into the buffer pointed to by s. Reading stops after an EOF or a newline. The newline character is not stored into the buffer. A '\0' is stored after the last character in the buffer. All the characters between size and the newline or EOF are skipped. getline() return s on success, and NULL on error or when end of file occurs while no characters have been read. *******************************************************************************/ char * getline (char *s, int size, FILE * stream) { static char eof_f = 0; int c = '\0'; char *s_o; char prev_c; if (eof_f) { eof_f = 0; return NULL; } s_o = s; --size; /* for null terminator */ while (size > 0) { prev_c = c; if ((c = getc (stream)) == '\n' || c == EOF) break; if (prev_c == '\r') { *s++ = prev_c; if (--size <= 0) break; } if (c != '\r') { *s++ = c; --size; } } *s = '\0'; while (c != '\n' && c != EOF) c = getc (stream); if (c == EOF) { if (s == s_o) return NULL; eof_f = 1; } return s_o; } sdcc-2.9.0/as/link/getline.h000066400000000000000000000023341116427777700156230ustar00rootroot00000000000000/* getline.h - read a line from file into a buffer version 1.0.0, Aprile 25th, 2008 Copyright (c) 2008 Borut Razem This software is provided 'as-is', without any express or implied warranty. In no event will the authors be held liable for any damages arising from the use of this software. Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and redistribute it freely, subject to the following restrictions: 1. The origin of this software must not be misrepresented; you must not claim that you wrote the original software. If you use this software in a product, an acknowledgment in the product documentation would be appreciated but is not required. 2. Altered source versions must be plainly marked as such, and must not be misrepresented as being the original software. 3. This notice may not be removed or altered from any source distribution. Borut Razem borut.razem@siol.net */ #ifndef __GETLINE_H #define __GETLINE_H #include #ifdef __cplusplus extern "C" { #endif char *getline (char *s, int size, FILE * stream); #ifdef __cplusplus } #endif #endif /* __GETLINE_H */ sdcc-2.9.0/as/link/hc08/000077500000000000000000000000001116427777700145635ustar00rootroot00000000000000sdcc-2.9.0/as/link/hc08/Makefile.aslink000066400000000000000000000034621116427777700175100ustar00rootroot00000000000000CC=gcc LEX=flex YACC=bison INCROOT=. CFLAGS=-ggdb -O2 -I $(INCROOT) TARGETS=$(SDCCDIR)/bin/aslink ALLOBJECTS= lkmain.o lkhead.o lkarea.o lkdata.o\ lkeval.o lklex.o lksym.o lkrloc.o\ lklibr.o lklist.o lkihx.o lks19.o\ lkstore.o lknoice.o lkmem.o lkaomf51.o strcmpi.o all:: $(TARGETS) clean:: rm -f $(TARGETS) $(ALLOBJECTS) lkmain.o : lkmain.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkmain.o lkmain.c lkhead.o : lkhead.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkhead.o lkhead.c lkarea.o : lkarea.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkarea.o lkarea.c lkdata.o : lkdata.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkdata.o lkdata.c lkeval.o : lkeval.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkeval.o lkeval.c lklex.o : lklex.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lklex.o lklex.c lksym.o : lksym.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lksym.o lksym.c lkrloc.o : lkrloc.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkrloc.o lkrloc.c lklibr.o : lklibr.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lklibr.o lklibr.c lklist.o : lklist.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lklist.o lklist.c lkihx.o : lkihx.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkihx.o lkihx.c lks19.o : lks19.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lks19.o lks19.c lkstore.o : lkstore.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkstore.o lkstore.c lknoice.o : lknoice.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lknoice.o lknoice.c strcmpi.o : strcmpi.c strcmpi.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o strcmpi.o strcmpi.c lkmem.o : lkmem.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkmem.o lkmem.c lkaomf51.o : lkaomf51.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkaomf51.o lkaomf51.c $(TARGETS): $(ALLOBJECTS) $(CC) $(CFLAGS) $(LDFLAGS) -o $@ $(ALLOBJECTS) sdcc-2.9.0/as/link/hc08/Makefile.bcc000066400000000000000000000010551116427777700167520ustar00rootroot00000000000000# Makefile for Borland C++ PRJDIR = ../.. !include $(PRJDIR)/Bcc.inc LKOBJECTS = lkmain.obj lkarea.obj lkihx.obj \ lkrloc.obj lks19.obj lkmem.obj \ ../lkaomf51.obj ../lkdata.obj \ ../lkeval.obj ../lkhead.obj ../lklex.obj ../lklibr.obj \ ../lklist.obj ../lknoice.obj ../lkstore.obj ../lksym.obj \ ../../asxxsrc/strcmpi.obj ASLINK = $(PRJDIR)/bin/aslink.exe all: $(ASLINK) $(ASLINK): $(LKOBJECTS) $(CC) $(CFLAGS) -e$@ $(LKOBJECTS) sdcc-2.9.0/as/link/hc08/Makefile.in000066400000000000000000000065071116427777700166400ustar00rootroot00000000000000# # # VERSION = @VERSION@ VERSIONHI = @VERSIONHI@ VERSIONLO = @VERSIONLO@ VERSIONP = @VERSIONP@ SHELL = /bin/sh CC = @CC@ CPP = @CPP@ INSTALL = @INSTALL@ STRIP = @STRIP@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ srcdir = @srcdir@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @info@ EXEEXT = @EXEEXT@ VPATH = @srcdir@ CPPFLAGS = @CPPFLAGS@ -I.. -I$(srcdir)/.. CFLAGS = @CFLAGS@ -Wall -DUNIX -I.. -I$(srcdir)/.. M_OR_MM = @M_OR_MM@ LDFLAGS = @LDFLAGS@ OBJDIR = obj ASXXLIB = $(srcdir)/../../asxxsrc LKLIB = $(srcdir)/.. ASXXLIBSRC = strcmpi.c LKLIBSRC = getline.c lkaomf51.c lkar.c lkdata.c lkeval.c \ lkhead.c lklex.c lklib.c lklibr.c lklist.c \ lknoice.c lkrel.c lksdcclib.c lkstore.c lksym.c SRC = lkmain.c lkarea.c lkihx.c \ lkrloc.c lks19.c lkelf.c lkmem.c LKSOURCES = $(SRC) $(LKLIBSRC:%.c=$(LKLIB)/%.c) $(ASXXLIBSRC:%.c=$(ASXXLIB)/%.c) OBJS = $(SRC:%.c=$(OBJDIR)/%.o) LKOBJS = $(LKLIBSRC:%.c=$(OBJDIR)/%.o) ASXXLIBOBJS = $(ASXXLIBSRC:%.c=$(OBJDIR)/%.o) LKOBJECTS = $(OBJS) $(LKOBJS) $(ASXXLIBOBJS) ASLINK = $(top_builddir)/bin/link-hc08$(EXEEXT) transform = @program_transform_name@ # Compiling entire program or any subproject # ------------------------------------------ all: checkconf $(ASLINK) #all: # echo $(LKSOURCES) $(ASLINK): $(LKOBJECTS) $(CC) $(CFLAGS) $(LDFLAGS) -o $@ $(LKOBJECTS) # Compiling and installing everything and running test # ---------------------------------------------------- install: all installdirs $(INSTALL) $(ASLINK) `echo $(DESTDIR)$(bindir)/link-hc08$(EXEEXT)|sed '$(transform)'` $(STRIP) `echo $(DESTDIR)$(bindir)/link-hc08$(EXEEXT)|sed '$(transform)'` # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/link-hc08$(EXEEXT) # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(LKSOURCES) $(LKLIB)/*.h $(top_builddir)/*.h $(CPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.c,$^) >Makefile.dep ifeq "$(findstring $(MAKECMDGOALS),uninstall check installcheck installdirs \ clean distclean mostlyclean realclean)" "" -include Makefile.dep endif include $(srcdir)/clean.mk # My rules # -------- $(OBJDIR)/.stamp: mkdir -p $(OBJDIR) touch $(OBJDIR)/.stamp $(OBJDIR)/%.o: %.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< $(OBJDIR)/%.o: $(LKLIB)/%.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< $(OBJDIR)/%.o: $(ASXXLIB)/%.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of Makefile sdcc-2.9.0/as/link/hc08/aslink.mak000066400000000000000000000124211116427777700165360ustar00rootroot00000000000000ORIGIN = Symantec C++ ORIGIN_VER = Version 7.00 VERSION = RELEASE !IFDEF SUB_DEBUG DEBUG = $(SUB_DEBUG) NDEBUG = !$(SUB_DEBUG) !ELSE DEBUG = 0 NDEBUG = 1 !ENDIF PROJ = ASLINK APPTYPE = DOS EXE PROJTYPE = EXE CC = SC CPP = SPP MAKE = SMAKE RC = RCC HC = HC31 ASM = SC DISASM = OBJ2ASM LNK = LINK DLLS = HEADERS = ..\linksrc\aslink.h DEFFILE = ASLINK.DEF !IF $(DEBUG) OUTPUTDIR = . CREATEOUTPUTDIR = TARGETDIR = . CREATETARGETDIR = LIBS = CFLAGS = -A -Jm -J -ms -o+time -S -2 -a2 -c LFLAGS = /PACKF DEFINES = -D_DEBUG=1 !ELSE OUTPUTDIR = . CREATEOUTPUTDIR = TARGETDIR = . CREATETARGETDIR = LIBS = CFLAGS = -A -Jm -J -ms -o+time -S -2 -a2 -c LFLAGS = /PACKF DEFINES = !ENDIF HFLAGS = $(CFLAGS) MFLAGS = MASTERPROJ=$(PROJ) LIBFLAGS = /C RESFLAGS = DEBUGGERFLAGS = -LOADSYMBOLS AFLAGS = $(CFLAGS) HELPFLAGS = MODEL = S PAR = PROJS BATS OBJS RCDEFINES = LIBDIRS = INCLUDES = -Ic:\asxxxx\linksrc INCLUDEDOBJS = OBJS = $(OUTPUTDIR)\lkarea.OBJ $(OUTPUTDIR)\lkdata.OBJ $(OUTPUTDIR)\lkeval.OBJ \ $(OUTPUTDIR)\lkhead.OBJ $(OUTPUTDIR)\lkihx.OBJ $(OUTPUTDIR)\lklex.OBJ $(OUTPUTDIR)\lklibr.OBJ \ $(OUTPUTDIR)\lklist.OBJ $(OUTPUTDIR)\lkmain.OBJ $(OUTPUTDIR)\lkrloc.OBJ $(OUTPUTDIR)\lks19.OBJ \ $(OUTPUTDIR)\lksym.OBJ RCFILES = RESFILES = SYMS = HELPFILES = BATS = .SUFFIXES: .C .CP .CPP .CXX .CC .H .HPP .HXX .COM .EXE .DLL .LIB .RTF .DLG .ASM .RES .RC .OBJ .C.OBJ: $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$*.obj $*.c .CPP.OBJ: $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$*.obj $*.cpp .CXX.OBJ: $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$*.obj $*.cxx .CC.OBJ: $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$*.obj $*.cc .CP.OBJ: $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$*.obj $*.cp .H.SYM: $(CC) $(HFLAGS) $(DEFINES) $(INCLUDES) -HF -o$(*B).sym $*.h .HPP.SYM: $(CC) $(HFLAGS) $(DEFINES) $(INCLUDES) -HF -o$(*B).sym $*.hpp .HXX.SYM: $(CC) $(HFLAGS) $(DEFINES) $(INCLUDES) -HF -o$(*B).sym $*.hxx .C.EXP: $(CPP) $(CFLAGS) $(DEFINES) $(INCLUDES) $*.c -o$*.lst .CPP.EXP: $(CPP) $(CFLAGS) $(DEFINES) $(INCLUDES) $*.cpp -o$*.lst .CXX.EXP: $(CPP) $(CFLAGS) $(DEFINES) $(INCLUDES) $*.cxx -o$*.lst .CP.EXP: $(CPP) $(CFLAGS) $(DEFINES) $(INCLUDES) $*.cp -o$*.lst .CC.EXP: $(CPP) $(CFLAGS) $(DEFINES) $(INCLUDES) $*.cc -o$*.lst .ASM.EXP: $(CPP) $(CFLAGS) $(DEFINES) $(INCLUDES) $*.asm -o$*.lst .OBJ.COD: $(DISASM) $*.OBJ >$*.cod .OBJ.EXE: $(LNK) $(LFLAGS) @$(PROJ).LNK .RTF.HLP: $(HC) $(HELPFLAGS) $*.HPJ .ASM.OBJ: $(ASM) $(AFLAGS) $(DEFINES) $(INCLUDES) -o$*.obj $*.asm .RC.RES: $(RC) $(RCDEFINES) $(RESFLAGS) $(INCLUDES) $*.rc -o$*.res .DLG.RES: echo ^#include "windows.h" >$$$*.rc echo ^IF EXIST "$*.h" >>$$$*.rc echo ^#include "$*.h" >>$$$*.rc echo ^#include "$*.dlg" >>$$$*.rc $(RC) $(RCDEFINES) $(RESFLAGS) $(INCLUDES) $$$*.rc -del $*.res -ren $$$*.res $*.res all: createdir $(PRECOMPILE) $(SYMS) $(OBJS) $(INCLUDEDOBJS) $(POSTCOMPILE) $(TARGETDIR)\$(PROJ).$(PROJTYPE) $(POSTLINK) _done createdir: $(CREATEOUTPUTDIR) $(CREATETARGETDIR) $(TARGETDIR)\$(PROJ).$(PROJTYPE): $(OBJS) $(INCLUDEDOBJS) $(RCFILES) $(RESFILES) $(HELPFILES) $(LNK) $(LFLAGS) @$(PROJ).LNK; -del $(TARGETDIR)\$(PROJ).$(PROJTYPE) -ren $(TARGETDIR)\$$SCW$$.$(PROJTYPE) $(PROJ).$(PROJTYPE) -echo $(TARGETDIR)\$(PROJ).$(PROJTYPE) built _done: -echo $(PROJ).$(PROJTYPE) done buildall: clean all clean: -del $(TARGETDIR)\$$SCW$$.$(PROJTYPE) -del $(TARGETDIR)\$(PROJ).CLE -del $(OUTPUTDIR)\SCPH.SYM -del $(OBJS) cleanres: res: cleanres $(RCFILES) all link: $(LNK) $(LFLAGS) @$(PROJ).LNK; -del $(TARGETDIR)\$(PROJ).$(PROJTYPE) -ren $(TARGETDIR)\$$SCW$$.$(PROJTYPE) $(PROJ).$(PROJTYPE) !IF EXIST (ASLINK.dpd) !INCLUDE ASLINK.dpd !ENDIF $(OUTPUTDIR)\lkarea.OBJ: ..\linksrc\lkarea.c $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$(OUTPUTDIR)\lkarea.obj ..\linksrc\lkarea.c $(OUTPUTDIR)\lkdata.OBJ: ..\linksrc\lkdata.c $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$(OUTPUTDIR)\lkdata.obj ..\linksrc\lkdata.c $(OUTPUTDIR)\lkeval.OBJ: ..\linksrc\lkeval.c $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$(OUTPUTDIR)\lkeval.obj ..\linksrc\lkeval.c $(OUTPUTDIR)\lkhead.OBJ: ..\linksrc\lkhead.c $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$(OUTPUTDIR)\lkhead.obj ..\linksrc\lkhead.c $(OUTPUTDIR)\lkihx.OBJ: ..\linksrc\lkihx.c $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$(OUTPUTDIR)\lkihx.obj ..\linksrc\lkihx.c $(OUTPUTDIR)\lklex.OBJ: ..\linksrc\lklex.c $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$(OUTPUTDIR)\lklex.obj ..\linksrc\lklex.c $(OUTPUTDIR)\lklibr.OBJ: ..\linksrc\lklibr.c $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$(OUTPUTDIR)\lklibr.obj ..\linksrc\lklibr.c $(OUTPUTDIR)\lklist.OBJ: ..\linksrc\lklist.c $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$(OUTPUTDIR)\lklist.obj ..\linksrc\lklist.c $(OUTPUTDIR)\lkmain.OBJ: ..\linksrc\lkmain.c $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$(OUTPUTDIR)\lkmain.obj ..\linksrc\lkmain.c $(OUTPUTDIR)\lkrloc.OBJ: ..\linksrc\lkrloc.c $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$(OUTPUTDIR)\lkrloc.obj ..\linksrc\lkrloc.c $(OUTPUTDIR)\lks19.OBJ: ..\linksrc\lks19.c $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$(OUTPUTDIR)\lks19.obj ..\linksrc\lks19.c $(OUTPUTDIR)\lksym.OBJ: ..\linksrc\lksym.c $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$(OUTPUTDIR)\lksym.obj ..\linksrc\lksym.c sdcc-2.9.0/as/link/hc08/clean.mk000066400000000000000000000014221116427777700161750ustar00rootroot00000000000000# Deleting all files created by building the program # -------------------------------------------------- include $(top_builddir)/Makefile.common clean: rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ rm -f $(top_builddir)/bin/link-hc08$(EXEEXT) link-hc08$(EXEEXT) # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean sdcc-2.9.0/as/link/hc08/conf.mk000066400000000000000000000003021116427777700160340ustar00rootroot00000000000000# # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of conf.mk sdcc-2.9.0/as/link/hc08/link_hc08.dsp000066400000000000000000000134271116427777700170610ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="link_hc08" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Console Application" 0x0103 CFG=link_hc08 - Win32 Debug !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "link_hc08.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "link_hc08.mak" CFG="link_hc08 - Win32 Debug" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "link_hc08 - Win32 Release" (based on "Win32 (x86) Console Application") !MESSAGE "link_hc08 - Win32 Debug" (based on "Win32 (x86) Console Application") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" CPP=cl.exe RSC=rc.exe !IF "$(CFG)" == "link_hc08 - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 0 # PROP BASE Output_Dir "hc08\Release" # PROP BASE Intermediate_Dir "hc08\Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 0 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Ignore_Export_Lib 0 # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /GX /O2 /D "WIN32" /D "NDEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD CPP /nologo /W3 /GX /O2 /I ".." /D "WIN32" /D "NDEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD BASE RSC /l 0x409 /d "NDEBUG" # ADD RSC /l 0x409 /d "NDEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LINK32=link.exe # ADD BASE LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /machine:I386 # ADD LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /machine:I386 /out:"..\..\..\bin_vc\link-hc08.exe" !ELSEIF "$(CFG)" == "link_hc08 - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "hc08\Debug" # PROP BASE Intermediate_Dir "hc08\Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Ignore_Export_Lib 0 # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /Gm /GX /ZI /Od /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /GZ /c # ADD CPP /nologo /W3 /Gm /GX /ZI /Od /I ".." /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /FR /YX /FD /GZ /c # ADD BASE RSC /l 0x409 /d "_DEBUG" # ADD RSC /l 0x409 /d "_DEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LINK32=link.exe # ADD BASE LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /debug /machine:I386 /pdbtype:sept # ADD LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /debug /machine:I386 /out:"..\..\..\bin_vc\link-hc08.exe" /pdbtype:sept !ENDIF # Begin Target # Name "link_hc08 - Win32 Release" # Name "link_hc08 - Win32 Debug" # Begin Group "Source Files" # PROP Default_Filter "cpp;c;cxx;rc;def;r;odl;idl;hpj;bat" # Begin Source File SOURCE=..\getline.c # End Source File # Begin Source File SOURCE=..\lkaomf51.c # End Source File # Begin Source File SOURCE=..\lkar.c # End Source File # Begin Source File SOURCE=.\lkarea.c # End Source File # Begin Source File SOURCE=..\lkdata.c # End Source File # Begin Source File SOURCE=.\lkelf.c # End Source File # Begin Source File SOURCE=..\lkeval.c # End Source File # Begin Source File SOURCE=..\lkhead.c # End Source File # Begin Source File SOURCE=.\lkihx.c # End Source File # Begin Source File SOURCE=..\lklex.c # End Source File # Begin Source File SOURCE=..\lklib.c # End Source File # Begin Source File SOURCE=..\lklibr.c # End Source File # Begin Source File SOURCE=..\lklist.c # End Source File # Begin Source File SOURCE=.\lkmain.c # End Source File # Begin Source File SOURCE=.\lkmem.c # End Source File # Begin Source File SOURCE=..\lknoice.c # End Source File # Begin Source File SOURCE=..\lkrel.c # End Source File # Begin Source File SOURCE=.\lkrloc.c # End Source File # Begin Source File SOURCE=.\lks19.c # End Source File # Begin Source File SOURCE=..\lksdcclib.c # End Source File # Begin Source File SOURCE=..\lkstore.c # End Source File # Begin Source File SOURCE=..\lksym.c # End Source File # Begin Source File SOURCE=..\..\asxxsrc\strcmpi.c # End Source File # End Group # Begin Group "Header Files" # PROP Default_Filter "h;hpp;hxx;hm;inl" # Begin Source File SOURCE=..\aslink.h # End Source File # Begin Source File SOURCE=..\asxxxx_config.h # End Source File # Begin Source File SOURCE=..\getline.h # End Source File # Begin Source File SOURCE=..\lkar.h # End Source File # Begin Source File SOURCE=..\lklibr.h # End Source File # Begin Source File SOURCE=..\lkrel.h # End Source File # End Group # End Target # End Project sdcc-2.9.0/as/link/hc08/lkarea.c000066400000000000000000000472701116427777700162000ustar00rootroot00000000000000/* lkarea.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 3-Nov-97 JLH: * - change lkparea to use a_type == 0 as "virgin area" flag * 02-Apr-98 JLH: add code to link 8051 data spaces */ #include #include #include "aslink.h" /*)Module lkarea.c * * The module lkarea.c contains the functions which * create and link together all area definitions read * from the .rel file(s). * * lkarea.c contains the following functions: * VOID lnkarea() * VOID lnksect() * VOID lkparea() * VOID newarea() * * lkarea.c contains no global variables. */ /*)Function VOID newarea() * * The function newarea() creates and/or modifies area * and areax structures for each A directive read from * the .rel file(s). The function lkparea() is called * to find the area structure associated with this name. * If the area does not yet exist then a new area * structure is created and linked to any existing * linked area structures. The area flags are copied * into the area flag variable. For each occurence of * an A directive an areax structure is created and * linked to the areax structures associated with this * area. The size of this area section is placed into * the areax structure. The flag value for all subsequent * area definitions for the same area are compared and * flagged as an error if they are not identical. * The areax structure created for every occurence of * an A directive is loaded with a pointer to the base * area structure and a pointer to the associated * head structure. And finally, a pointer to this * areax structure is loaded into the list of areax * structures in the head structure. Refer to lkdata.c * for details of the structures and their linkage. * * local variables: * areax **halp pointer to an array of pointers * int i counter, loop variable, value * char id[] id string * int narea number of areas in this head structure * areax * taxp pointer to an areax structure * to areax structures * * global variables: * area *ap Pointer to the current * area structure * areax *axp Pointer to the current * areax structure * head *hp Pointer to the current * head structure * int lkerr error flag * * functions called: * Addr_T eval() lkeval.c * VOID exit() c_library * int fprintf() c_library * VOID getid() lklex.c * VOID lkparea() lkarea.c * VOID skip() lklex.c * * side effects: * The area and areax structures are created and * linked with the appropriate head structures. * Failure to allocate area or areax structure * space will terminate the linker. Other internal * errors most likely caused by corrupted .rel * files will also terminate the linker. */ /* * Create an area entry. * * A xxxxxx size nnnn flags mm * | | | * | | `-- ap->a_flag * | `------------- axp->a_size * `------------------------- ap->a_id * */ VOID newarea() { register int i, narea; struct areax *taxp; struct areax **halp; char id[NCPS]; /* * Create Area entry */ getid(id, -1); lkparea(id); /* * Evaluate area size */ skip(-1); axp->a_size = eval(); /* * Evaluate flags */ skip(-1); i = 0; taxp = ap->a_axp; while (taxp->a_axp) { ++i; taxp = taxp->a_axp; } if (i == 0) { ap->a_flag = eval(); } else { i = eval(); /* if (i && (ap->a_flag != i)) { */ /* fprintf(stderr, "Conflicting flags in area %8s\n", id); */ /* lkerr++; */ /* } */ } /* * Evaluate area address */ skip(-1); axp->a_addr = eval(); /* * Place pointer in header area list */ if (headp == NULL) { fprintf(stderr, "No header defined\n"); lkexit(1); } narea = hp->h_narea; halp = hp->a_list; for (i=0; i < narea ;++i) { if (halp[i] == NULL) { halp[i] = taxp; return; } } fprintf(stderr, "Header area list overflow\n"); lkexit(1); } /*)Function VOID lkparea(id) * * char * id pointer to the area name string * * The function lkparea() searches the linked area structures * for a name match. If the name is not found then an area * structure is created. An areax structure is created and * appended to the areax structures linked to the area structure. * The associated base area and head structure pointers are * loaded into the areax structure. * * local variables: * area * tap pointer to an area structure * areax * taxp pointer to an areax structure * * global variables: * area *ap Pointer to the current * area structure * area *areap The pointer to the first * area structure of a linked list * areax *axp Pointer to the current * areax structure * * functions called: * VOID * new() lksym() * char * strcpy() c_library * int symeq() lksym.c * * side effects: * Area and/or areax structures are created. * Failure to allocate space for created structures * will terminate the linker. */ VOID lkparea(char *id) { register struct area *tap; register struct areax *taxp; ap = areap; axp = (struct areax *) new (sizeof(struct areax)); axp->a_addr = -1; /* default: no address yet */ while (ap) { if (symeq(id, ap->a_id)) { taxp = ap->a_axp; while (taxp->a_axp) taxp = taxp->a_axp; taxp->a_axp = axp; axp->a_bap = ap; axp->a_bhp = hp; return; } ap = ap->a_ap; } ap = (struct area *) new (sizeof(struct area)); if (areap == NULL) { areap = ap; } else { tap = areap; while (tap->a_ap) tap = tap->a_ap; tap->a_ap = ap; } ap->a_axp = axp; axp->a_bap = ap; axp->a_bhp = hp; strncpy(ap->a_id, id, NCPS); ap->a_addr = 0; } /*)Function VOID lnkarea() * * The function lnkarea() resolves all area addresses. * The function evaluates each area structure (and all * the associated areax structures) in sequence. The * linking process supports four (4) possible area types: * * ABS/OVR - All sections (each individual areax * section) starts at the identical base * area address overlaying all other * areax sections for this area. The * size of the area is largest of the area * sections. * * ABS/CON - All sections (each individual areax * section) are concatenated with the * first section starting at the base * area address. The size of the area * is the sum of the section sizes. * * NOTE: Multiple absolute (ABS) areas are * never concatenated with each other, * thus absolute area A and absolute area * B will overlay each other if they begin * at the same location (the default is * always address 0 for absolute areas). * * REL/OVR - All sections (each individual areax * section) starts at the identical base * area address overlaying all other * areax sections for this area. The * size of the area is largest of the area * sections. * * REL/CON - All sections (each individual areax * section) are concatenated with the * first section starting at the base * area address. The size of the area * is the sum of the section sizes. * * NOTE: Relocatable (REL) areas are always concatenated * with each other, thus relocatable area B * (defined after area A) will follow * relocatable area A independent of the * starting address of area A. Within a * specific area each areax section may be * overlayed or concatenated with other * areax sections. * * * If a base address for an area is specified then the * area will start at that address. Any relocatable * areas defined subsequently will be concatenated to the * previous relocatable area if it does not have a base * address specified. * * The names s_ and l_ are created to * define the starting address and length of each area. * * local variables: * Addr_T rloc ;current relocation address * char temp[] ;temporary string * struct symbol *sp ;symbol structure * * global variables: * area *ap Pointer to the current * area structure * area *areap The pointer to the first * area structure of a linked list * * functions called: * int fprintf() c_library * VOID lnksect() lkarea.c * symbol *lkpsym() lksym.c * char * strncpy() c_library * int symeq() lksym.c * * side effects: * All area and areax addresses and sizes are * determined and saved in their respective * structures. */ unsigned long codemap[2048]; Addr_T lnksect(struct area *tap); /* * Resolve all area addresses. */ VOID lnkarea() { Addr_T rloc[4] = {0, 0, 0, 0}; Addr_T gs_size = 0; int locIndex; char temp[NCPS]; struct sym *sp; /*JCF: used to save the REG_BANK_[0-3] and SBIT_BYTES area pointers*/ struct area *ta[5]; int j; struct area *abs_ap = NULL; struct area *gs0_ap = NULL; memset(codemap, 0, sizeof(codemap)); /* first sort all absolute areas to the front */ ap = areap; /* no need to check first area, it's in front anyway */ while (ap && ap->a_ap) { if (ap->a_ap->a_flag & A_ABS) {/* next area is absolute, move it to front, reversed sequence is no problem for absolutes */ abs_ap = ap->a_ap; ap->a_ap = abs_ap->a_ap; abs_ap->a_ap = areap; areap = abs_ap; } else { ap = ap->a_ap; } } /* next accumulate all GSINITx/GSFINAL area sizes into GSINIT so they stay together */ ap = areap; while (ap) { if (!strncmp(ap->a_id, "GS", 2)) {/* GSxxxxx area */ if (ap->a_size == 0) { axp = ap->a_axp; while (axp) { ap->a_size += axp->a_size; axp = axp->a_axp; } } gs_size += ap->a_size; if (!strcmp(ap->a_id, "GSINIT0")) {/* GSINIT0 area */ gs0_ap = ap; } } ap = ap->a_ap; } if (gs0_ap) gs0_ap->a_size = gs_size; ap = areap; while (ap) { if (ap->a_flag & A_ABS) { /* * Absolute sections */ lnksect(ap); } else { /* Determine memory space */ locIndex = 0; #if 0 if (ap->a_flag & A_CODE) { locIndex = 1; } if (ap->a_flag & A_XDATA) { locIndex = 2; } if (ap->a_flag & A_BIT) { locIndex = 3; } #endif /* * Relocatable sections */ if (ap->a_type == 0) { /* JLH */ if (ap->a_flag & A_NOLOAD) { locIndex = 2; ap->a_addr = 0; } else { ap->a_addr = rloc[ locIndex ]; } ap->a_type = 1; } rloc[ locIndex ] = lnksect(ap); } /* * Create symbols called: * s_ the start address of the area * l_ the length of the area */ if (! symeq(ap->a_id, _abs_)) { strncpy(temp+2,ap->a_id,NCPS-2); *(temp+1) = '_'; *temp = 's'; sp = lkpsym(temp, 1); sp->s_addr = ap->a_addr ; /* sp->s_axp = ap->a_axp; JLH: was NULL; */ sp->s_type |= S_DEF; *temp = 'l'; sp = lkpsym(temp, 1); sp->s_addr = ap->a_size; sp->s_axp = NULL; sp->s_type |= S_DEF; } /*JCF: Since area BSEG is defined just before BSEG_BYTES, use the bit size of BSEG to compute the byte size of BSEG_BYTES: */ if (!strcmp(ap->a_id, "BSEG")) { ap->a_ap->a_axp->a_size=(ap->a_addr/8)+((ap->a_size+7)/8); /*Bits to bytes*/ } else if (!strcmp(ap->a_id, "REG_BANK_0")) ta[0]=ap; else if (!strcmp(ap->a_id, "REG_BANK_1")) ta[1]=ap; else if (!strcmp(ap->a_id, "REG_BANK_2")) ta[2]=ap; else if (!strcmp(ap->a_id, "REG_BANK_3")) ta[3]=ap; else if (!strcmp(ap->a_id, "BSEG_BYTES")) { ta[4]=ap; for(j=4; j>1; j--) { /*If upper register banks are not used roll back the relocation counter*/ if ( (ta[j]->a_size==0) && (ta[j-1]->a_size==0) ) { rloc[0]-=8; } else break; } } ap = ap->a_ap; } } static Addr_T find_empty_space(Addr_T start, Addr_T size, unsigned long *map) { int i, j, k; unsigned long mask, b; while (1) { Addr_T a = start; i = start >> 5; j = (start + size) >> 5; mask = -(1 << (start & 0x1F)); while (i < j) { if (map[i] & mask) { k = 32; for (b=0x80000000; b!=0; b>>=1, k--) { if (map[i] & b) break; } start = a + k; break; } i++; mask = 0xFFFFFFFF; a += 32; } if (start > a) continue; mask &= (1 << ((start + size) & 0x1F)) - 1; if (map[i] & mask) { k = 32; for (b=0x80000000; b!=0; b>>=1, k--) { if (map[i] & b) break; } start = (a & ~0x1F) + k; } if (start <= a) break; } return start; } static Addr_T allocate_space(Addr_T start, Addr_T size, char* id, unsigned long *map) { int i, j; unsigned long mask; Addr_T a = start; i = start >> 5; j = (start + size) >> 5; mask = -(1 << (start & 0x1F)); while (i < j) { if (map[i] & mask) { fprintf(stderr, "memory overlap near 0x%X for %s\n", a, id); } map[i++] |= mask; mask = 0xFFFFFFFF; a += 32; } mask &= (1 << ((start + size) & 0x1F)) - 1; if (map[i] & mask) { fprintf(stderr, "memory overlap near 0x%X for %s\n", a, id); } map[i] |= mask; return start; } /*)Function VOID lnksect() * * area * tap pointer to an area structure * * The function lnksect() is the function called by * lnkarea() to resolve the areax addresses. Refer * to the function lnkarea() for more detail. Pageing * boundary and length errors will be reported by this * function. * * local variables: * Addr_T size size of area * Addr_T addr address of area * areax * taxp pointer to an areax structure * * global variables: * int lkerr error flag * * functions called: * none * * side effects: * All area and areax addresses and sizes area determined * and linked into the structures. */ Addr_T lnksect(struct area *tap) { register Addr_T size, addr; register struct areax *taxp; size = 0; addr = tap->a_addr; if ((tap->a_flag&A_PAG) && (addr & 0xFF)) { fprintf(stderr, "\n?ASlink-Warning-Paged Area %8s Boundary Error\n", tap->a_id); lkerr++; } taxp = tap->a_axp; if (tap->a_flag&A_OVR) { /* * Overlayed sections */ while (taxp) { taxp->a_addr = addr; if (taxp->a_size > size) size = taxp->a_size; taxp = taxp->a_axp; } } else if (tap->a_flag & A_ABS) { /* * Absolute sections */ while (taxp) { allocate_space(taxp->a_addr, taxp->a_size, tap->a_id, codemap); taxp->a_addr = 0; /* reset to zero so relative addresses become absolute */ size += taxp->a_size; taxp = taxp->a_axp; } } else { /* * Concatenated sections */ if (tap->a_size) { addr = find_empty_space(addr, tap->a_size, codemap); } while (taxp) { //find next unused address now if (taxp->a_size) { addr = find_empty_space(addr, taxp->a_size, codemap); allocate_space(addr, taxp->a_size, tap->a_id, codemap); } taxp->a_addr = addr; addr += taxp->a_size; size += taxp->a_size; taxp = taxp->a_axp; } } tap->a_size = size; if ((tap->a_flag&A_PAG) && (size > 256)) { fprintf(stderr, "\n?ASlink-Warning-Paged Area %8s Length Error\n", tap->a_id); lkerr++; } return addr; } sdcc-2.9.0/as/link/hc08/lkelf.c000066400000000000000000000452301116427777700160300ustar00rootroot00000000000000/* lkelf.c - Create an executable ELF/DWARF file Copyright (C) 2004 Erik Petrich, epetrich at users dot sourceforge dot net This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include #include #include #include "aslink.h" static int execStartMSB; static int execStartLSB; static char execStartMSBfound; static char execStartLSBfound; typedef TYPE_UDWORD Elf32_Addr; typedef TYPE_WORD Elf32_Half; typedef TYPE_UDWORD Elf32_Off; typedef TYPE_DWORD Elf32_Sword; typedef TYPE_UDWORD Elf32_Word; enum { EI_MAG0 = 0, EI_MAG1, EI_MAG2, EI_MAG3, EI_CLASS, EI_DATA, EI_VERSION, EI_PAD, EI_NIDENT = 16 }; enum { ELFMAG0 = 0x7f, ELFMAG1 = 'E', ELFMAG2 = 'L', ELFMAG3 = 'F' }; enum { ET_NONE = 0, ET_REL, ET_EXEC, ET_DYN, ET_CORE }; /* These e_machine values are from "Motorola 8- and 16-bit Embedded */ /* Application Binary Interface (M8/16EABI)" version 2.0 */ enum { EM_NONE = 0, EM_68HC05 = 72, EM_68HC08 = 71, EM_68HC11 = 70, EM_68HC12 = 53, EM_68HC16 = 69 }; enum { EV_NONE = 0, EV_CURRENT }; enum { ELFCLASSNONE = 0, ELFCLASS32, ELFCLASS64 }; enum { ELFDATANONE = 0, ELFDATA2LSB, ELFDATA2MSB }; enum { SHT_NULL = 0, SHT_PROGBITS, SHT_SYMTAB, SHT_STRTAB, SHT_RELA, SHT_HASH, SHT_DYNAMIC, SHT_NOTE, SHT_NOBITS, SHT_REL, SHT_SHLIB, SHT_DYNSYM }; enum { SHF_WRITE = (1 << 0), SHF_ALLOC = (1 << 1), SHF_EXECINSTR = (1 << 2), }; enum { PT_NULL = 0, PT_LOAD }; enum { PF_X = (1 << 0), PF_W = (1 << 1), PF_R = (1 << 2) }; typedef struct { unsigned char e_ident[EI_NIDENT]; Elf32_Half e_type; Elf32_Half e_machine; Elf32_Word e_version; Elf32_Addr e_entry; Elf32_Off e_phoff; Elf32_Off e_shoff; Elf32_Word e_flags; Elf32_Half e_ehsize; Elf32_Half e_phentsize; Elf32_Half e_phnum; Elf32_Half e_shentsize; Elf32_Half e_shnum; Elf32_Half e_shstrndx; } Elf32_Ehdr; typedef struct { Elf32_Word sh_name; Elf32_Word sh_type; Elf32_Word sh_flags; Elf32_Addr sh_addr; Elf32_Off sh_offset; Elf32_Word sh_size; Elf32_Word sh_link; Elf32_Word sh_info; Elf32_Word sh_addralign; Elf32_Word sh_entsize; } Elf32_Shdr; typedef struct { Elf32_Word p_type; Elf32_Off p_offset; Elf32_Addr p_vaddr; Elf32_Addr p_paddr; Elf32_Word p_filesz; Elf32_Word p_memsz; Elf32_Word p_flags; Elf32_Word p_align; } Elf32_Phdr; typedef struct strtabString { char * string; struct strtabString * prev; struct strtabString * next; Elf32_Word index; } strtabString; typedef struct { strtabString * first; strtabString * last; } strtabList; static strtabList shstrtab; typedef struct listEntry { void * item; struct listEntry * prev; struct listEntry * next; } listEntry; typedef struct { listEntry * first; listEntry * last; int count; } listHeader; static void listAdd (listHeader * lhp, void * item) { listEntry * lep; lep = new (sizeof (*lep)); lep->item = item; lep->prev = lhp->last; if (lep->prev) lep->prev->next = lep; lhp->last = lep; if (!lhp->first) lhp->first = lep; lhp->count++; } static listHeader * listNew (void) { listHeader * lhp; lhp = new (sizeof (*lhp)); return lhp; } #if 0 static Elf32_Word strtabFind (strtabList * strtab, char * str) { strtabString * sp; sp = strtab->first; while (sp) { if (!strcmp (str, sp->string)) return sp->index; sp = sp->next; } return 0; } #endif /*-------------------------------------------------------------------*/ /* strtabFindOrAdd - Finds a string in a string table or adds the */ /* string if it does not already exist. Returns the offset of the */ /* string in the table. */ /*-------------------------------------------------------------------*/ static Elf32_Word strtabFindOrAdd (strtabList * strtab, char * str) { strtabString * sp; sp = strtab->first; while (sp) { if (!strcmp (str, sp->string)) return sp->index; sp = sp->next; } sp = new (sizeof(*sp)); if (strtab->last) sp->index = strtab->last->index + 1 + strlen (strtab->last->string); else sp->index = 1; sp->string = new (1+strlen (str)); strcpy (sp->string, str); sp->prev = strtab->last; if (sp->prev) sp->prev->next = sp; strtab->last = sp; if (!strtab->first) strtab->first = sp; return sp->index; } /*-------------------------------------------------------------------*/ /* fputElfStrtab - writes a string table to a file */ /*-------------------------------------------------------------------*/ static void fputElfStrtab (strtabList *strtab, FILE *fp) { strtabString * sp; fputc (0, fp); /* index 0 must be the null character */ sp = strtab->first; while (sp) { fputs (sp->string, fp); fputc (0, fp); sp = sp->next; } } /*-------------------------------------------------------------------*/ /* fputElf32_Word - writes an Elf32_Word value to a file */ /*-------------------------------------------------------------------*/ static void fputElf32_Word (Elf32_Word x, FILE *fp) { if (hilo == 0) { fputc (x & 0xff, fp); fputc ((x >> 8) & 0xff, fp); fputc ((x >> 16) & 0xff, fp); fputc ((x >> 24) & 0xff, fp); } else { fputc ((x >> 24) & 0xff, fp); fputc ((x >> 16) & 0xff, fp); fputc ((x >> 8) & 0xff, fp); fputc (x & 0xff, fp); } } /*-------------------------------------------------------------------*/ /* fputElf32_Off - writes an Elf32_Off value to a file */ /*-------------------------------------------------------------------*/ static void fputElf32_Off (Elf32_Off x, FILE *fp) { if (hilo == 0) { fputc (x & 0xff, fp); fputc ((x >> 8) & 0xff, fp); fputc ((x >> 16) & 0xff, fp); fputc ((x >> 24) & 0xff, fp); } else { fputc ((x >> 24) & 0xff, fp); fputc ((x >> 16) & 0xff, fp); fputc ((x >> 8) & 0xff, fp); fputc (x & 0xff, fp); } } /*-------------------------------------------------------------------*/ /* fputElf32_Addr - writes an Elf32_Addr value to a file */ /*-------------------------------------------------------------------*/ static void fputElf32_Addr (Elf32_Addr x, FILE *fp) { if (hilo == 0) { fputc (x & 0xff, fp); fputc ((x >> 8) & 0xff, fp); fputc ((x >> 16) & 0xff, fp); fputc ((x >> 24) & 0xff, fp); } else { fputc ((x >> 24) & 0xff, fp); fputc ((x >> 16) & 0xff, fp); fputc ((x >> 8) & 0xff, fp); fputc (x & 0xff, fp); } } /*-------------------------------------------------------------------*/ /* fputElf32_Half - writes an Elf32_Half value to a file */ /*-------------------------------------------------------------------*/ static void fputElf32_Half (Elf32_Half x, FILE *fp) { if (hilo == 0) { fputc (x & 0xff, fp); fputc ((x >> 8) & 0xff, fp); } else { fputc ((x >> 8) & 0xff, fp); fputc (x & 0xff, fp); } } /*------------------------------------------------------------------------*/ /* fputElf32_Ehdr - writes an Elf32_Ehdr struct (ELF header) to a file */ /*------------------------------------------------------------------------*/ static void fputElf32_Ehdr (Elf32_Ehdr * ehdr, FILE * fp) { int i; for (i=0; ie_ident[i], fp); fputElf32_Half (ehdr->e_type, fp); fputElf32_Half (ehdr->e_machine, fp); fputElf32_Word (ehdr->e_version, fp); fputElf32_Addr (ehdr->e_entry, fp); fputElf32_Off (ehdr->e_phoff, fp); fputElf32_Off (ehdr->e_shoff, fp); fputElf32_Word (ehdr->e_flags, fp); fputElf32_Half (ehdr->e_ehsize, fp); fputElf32_Half (ehdr->e_phentsize, fp); fputElf32_Half (ehdr->e_phnum, fp); fputElf32_Half (ehdr->e_shentsize, fp); fputElf32_Half (ehdr->e_shnum, fp); fputElf32_Half (ehdr->e_shstrndx, fp); } /*-------------------------------------------------------------------------*/ /* fputElf32_Ehdr - writes an Elf32_Shdr struct (section header) to a file */ /*-------------------------------------------------------------------------*/ static void fputElf32_Shdr (Elf32_Shdr * shdr, FILE * fp) { fputElf32_Word (shdr->sh_name, fp); fputElf32_Word (shdr->sh_type, fp); fputElf32_Word (shdr->sh_flags, fp); fputElf32_Addr (shdr->sh_addr, fp); fputElf32_Off (shdr->sh_offset, fp); fputElf32_Word (shdr->sh_size, fp); fputElf32_Word (shdr->sh_link, fp); fputElf32_Word (shdr->sh_info, fp); fputElf32_Word (shdr->sh_addralign, fp); fputElf32_Word (shdr->sh_entsize, fp); } /*-------------------------------------------------------------------------*/ /* fputElf32_Ehdr - writes an Elf32_Phdr struct (segment header) to a file */ /*-------------------------------------------------------------------------*/ static void fputElf32_Phdr (Elf32_Phdr * phdr, FILE * fp) { fputElf32_Word (phdr->p_type, fp); fputElf32_Off (phdr->p_offset, fp); fputElf32_Addr (phdr->p_vaddr, fp); fputElf32_Addr (phdr->p_paddr, fp); fputElf32_Word (phdr->p_filesz, fp); fputElf32_Word (phdr->p_memsz, fp); fputElf32_Word (phdr->p_flags, fp); fputElf32_Word (phdr->p_align, fp); } /*--------------------------------------------------------------------------*/ /* elfGenerateAbs - generates segments and sections for an absolute area. */ /* This is a little more complicated than a relative area since it may */ /* contain noncontiguous regions. */ /*--------------------------------------------------------------------------*/ static void elfGenerateAbs (struct area *ap, listHeader * segments, listHeader * sections) { Elf32_Addr ofs; Elf32_Addr addr; Elf32_Word size; Elf32_Phdr * phdrp; Elf32_Shdr * shdrp; if (!ap->a_image) { return; } ofs = 0; for (;;) { /* Find the start of a contiguously */ /* used region within this area */ while (ofs < ap->a_size && !ap->a_used[ofs]) ofs++; if (ofs >= ap->a_size) return; /* Find the end of the region */ addr = ap->a_addr + ofs; while (ofs < ap->a_size && ap->a_used[ofs]) ofs++; size = ap->a_addr + ofs - addr; /* create a segment header for this region if loadable */ if (!(ap->a_flag & A_NOLOAD)) { phdrp = new (sizeof (*phdrp)); phdrp->p_type = PT_LOAD; phdrp->p_offset = ftell (ofp); phdrp->p_vaddr = addr; phdrp->p_paddr = addr; phdrp->p_filesz = size; phdrp->p_memsz = size; phdrp->p_flags = PF_R; if (ap->a_flag & A_CODE) phdrp->p_flags |= PF_X; phdrp->p_align = 1; listAdd (segments, phdrp); } /* create a section header for this region */ shdrp = new (sizeof (*shdrp)); shdrp->sh_name = strtabFindOrAdd (&shstrtab, ap->a_id); shdrp->sh_type = SHT_PROGBITS; shdrp->sh_flags = 0; if (!(ap->a_flag & A_NOLOAD)) shdrp->sh_flags |= SHF_ALLOC; if (ap->a_flag & A_CODE) shdrp->sh_flags |= SHF_EXECINSTR; shdrp->sh_addr = addr; shdrp->sh_offset = ftell (ofp); shdrp->sh_size = size; shdrp->sh_link = 0; shdrp->sh_info = 0; shdrp->sh_addralign = 0; shdrp->sh_entsize = 0; listAdd (sections, shdrp); fwrite (&ap->a_image[addr-ap->a_addr], 1, size, ofp); } } /*--------------------------------------------------------------------------*/ /* elfGenerateRel - generates a segment and section for a relative area. */ /*--------------------------------------------------------------------------*/ static void elfGenerateRel (struct area *ap, listHeader * segments, listHeader * sections) { Elf32_Phdr * phdrp; Elf32_Shdr * shdrp; if (!ap->a_image) { return; } /* create a segment header for this area if loadable */ if (!(ap->a_flag & A_NOLOAD)) { phdrp = new (sizeof (*phdrp)); phdrp->p_type = PT_LOAD; phdrp->p_offset = ftell (ofp); phdrp->p_vaddr = ap->a_addr; phdrp->p_paddr = ap->a_addr; phdrp->p_filesz = ap->a_size; phdrp->p_memsz = ap->a_size; phdrp->p_flags = PF_R; if (ap->a_flag & A_CODE) phdrp->p_flags |= PF_X; phdrp->p_align = 1; listAdd (segments, phdrp); } /* create a section header for this area */ shdrp = new (sizeof (*shdrp)); shdrp->sh_name = strtabFindOrAdd (&shstrtab, ap->a_id); shdrp->sh_type = SHT_PROGBITS; shdrp->sh_flags = 0; if (!(ap->a_flag & A_NOLOAD)) shdrp->sh_flags |= SHF_ALLOC; if (ap->a_flag & A_CODE) shdrp->sh_flags |= SHF_EXECINSTR; shdrp->sh_addr = ap->a_addr; shdrp->sh_offset = ftell (ofp); shdrp->sh_size = ap->a_size; shdrp->sh_link = 0; shdrp->sh_info = 0; shdrp->sh_addralign = 0; shdrp->sh_entsize = 0; listAdd (sections, shdrp); fwrite (ap->a_image, 1, ap->a_size, ofp); } /*--------------------------------------------------------------------------*/ /* elfGenerate - generates the complete ELF file */ /*--------------------------------------------------------------------------*/ static void elfGenerate (void) { listHeader * sections = listNew(); listHeader * segments = listNew(); struct area *ap; Elf32_Ehdr ehdr; Elf32_Shdr * shdrp; Elf32_Phdr * phdrp; listEntry * lep; int i; Elf32_Word shstrtabName; /* create the null section header for index 0 */ shdrp = new (sizeof (*shdrp)); shdrp->sh_name = 0; shdrp->sh_type = SHT_NULL; shdrp->sh_flags = 0; shdrp->sh_addr = 0; shdrp->sh_offset = 0; shdrp->sh_size = 0; shdrp->sh_link = 0; shdrp->sh_info = 0; shdrp->sh_addralign = 0; shdrp->sh_entsize = 0; listAdd (sections, shdrp); /* Initialize the ELF header */ for (i=0; ia_size) { if (ap->a_flag & A_ABS) elfGenerateAbs (ap, segments, sections); else elfGenerateRel (ap, segments, sections); } ap = ap->a_ap; } /* Create the string table section after the other sections */ shdrp = new (sizeof (*shdrp)); shdrp->sh_name = strtabFindOrAdd (&shstrtab, ".shstrtab"); shdrp->sh_type = SHT_STRTAB; shdrp->sh_flags = 0; shdrp->sh_addr = 0; shdrp->sh_offset = ftell (ofp); shdrp->sh_size = shstrtab.last->index + strlen (shstrtab.last->string) + 1; shdrp->sh_link = 0; shdrp->sh_info = 0; shdrp->sh_addralign = 0; shdrp->sh_entsize = 0; listAdd (sections, shdrp); fputElfStrtab (&shstrtab, ofp); /* Find the index of the section string table */ /* header and save it in the ELF header */ ehdr.e_shstrndx = 0; shstrtabName = shdrp->sh_name; lep = sections->first; while (lep) { shdrp = lep->item; if (shdrp->sh_name == shstrtabName) break; ehdr.e_shstrndx++; lep = lep->next; } /* Write out the segment headers */ ehdr.e_phnum = segments->count; ehdr.e_phoff = ftell (ofp); lep = segments->first; while (lep) { phdrp = lep->item; fputElf32_Phdr (phdrp, ofp); lep = lep->next; } /* Write out the section headers */ ehdr.e_shnum = sections->count; ehdr.e_shoff = ftell (ofp); lep = sections->first; while (lep) { shdrp = lep->item; fputElf32_Shdr (shdrp, ofp); lep = lep->next; } /* All the values in the ELF header have now been computed; write */ /* over the placeholder header with the final values */ fseek (ofp, 0, SEEK_SET); fputElf32_Ehdr (&ehdr, ofp); fseek (ofp, 0, SEEK_END); } /*--------------------------------------------------------------------------*/ /* elf - incrementally called by the linker core to generate ELF file data. */ /* The parameter is nonzero when there is data available and zero when */ /* the linker is finished. */ /*--------------------------------------------------------------------------*/ void elf (int i) { Addr_T address; /* Buffer the data until we have it all */ if (i) { if (hilo == 0) address = rtval[0] + (rtval[1] << 8); /* little endian order */ else address = rtval[1] + (rtval[0] << 8); /* big endian order */ /* If this area doesn't have an image buffer, create one */ if (!ap->a_image) { ap->a_image = new (ap->a_size); if (ap->a_flag & A_ABS) ap->a_used = new (ap->a_size); } /* Copy the data into the image buffer */ for (i = 2; i < rtcnt ; i++) { if (rtflg[i]) { ap->a_image[address-ap->a_addr] = rtval[i]; if (ap->a_used) ap->a_used[address-ap->a_addr] = 1; /* Make note of the reset vector */ if (!(ap->a_flag & A_NOLOAD)) { if (address == 0xfffe) { execStartMSB = rtval[i]; execStartMSBfound = 1; } if (address == 0xffff) { execStartLSB = rtval[i]; execStartLSBfound = 1; } } address++; } } } else elfGenerate(); } sdcc-2.9.0/as/link/hc08/lkihx.c000066400000000000000000000236231116427777700160540ustar00rootroot00000000000000/* lkihx.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "aslink.h" /*)Module lkihx.c * * The module lkihx.c contains the function to * output the relocated object code in the * Intel Hex format. * * lkihx.c contains the following functions: * VOID hexRecord(addr, rtvalIndex) * VOID ihx(i) * VOID ihxExtendedLinearAddress(a) * * local variables: hexPageOverrun, lastHexAddr */ /*Intel Hex Format * Record Mark Field - This field signifies the start of a * record, and consists of an ascii colon * (:). * * Record Length Field - This field consists of two ascii * characters which indicate the number of * data bytes in this record. The * characters are the result of converting * the number of bytes in binary to two * ascii characters, high digit first. An * End of File record contains two ascii * zeros in this field. * * Load Address Field - This field consists of the four ascii * characters which result from converting * the the binary value of the address in * which to begin loading this record. The * order is as follows: * * High digit of high byte of address. * Low digit of high byte of address. * High digit of low byte of address. * Low digit of low byte of address. * * In an End of File record this field con- * sists of either four ascii zeros or the * program entry address. Currently the * entry address option is not supported. * * Record Type Field - This field identifies the record type, * which is either 0 for data records or 1 * for an End of File record. It consists * of two ascii characters, with the high * digit of the record type first, followed * by the low digit of the record type. * * Data Field - This field consists of the actual data, * converted to two ascii characters, high * digit first. There are no data bytes in * the End of File record. * * Checksum Field - The checksum field is the 8 bit binary * sum of the record length field, the load * address field, the record type field, * and the data field. This sum is then * negated (2's complement) and converted * to two ascii characters, high digit * first. */ /* Static variable which holds the count of hex page overruns * (crossings of the 64kB boundary). Cleared at explicit extended * address output. */ static int hexPageOverrun = 0; /* Global which holds the last (16 bit) address of hex record. * Cleared at begin of new area or when the extended address is output. */ unsigned int lastHexAddr = 0; /*)Function hexRecord(addr, rtvalIndex) * * unsigned addr starting address of hex record * int rtvalIndex starting index into the rtval[] array * * The function hexRecord() outputs the relocated data * in the standard Intel Hex format (with inserting * the extended address record if necessary). * * local variables: * Addr_T chksum byte checksum * int i index for loops * int overrun temporary storage for hexPageOverrun * int bytes counter for bytes written * * global variables: * FILE * ofp output file handle * int rtcnt count of data words * int rtflg[] output the data flag * Addr_T rtval[] relocated data * * functions called: * int fprintf() c_library * ihxExtendedLinearAddress() lkihx.c * hexRecord() lkihx.c (recursion) * * side effects: * hexPageOverrun is eventually incremented, * lastHexAddr is updated */ VOID hexRecord(unsigned addr, int rtvalIndex) { Addr_T chksum; int i, overrun, bytes; for (i = rtvalIndex, chksum = 0; i < rtcnt; i++) { if (rtflg[i]) { if (addr + ++chksum > 0xffff) break; } } if (chksum == 0) return; // nothing to output if (lastHexAddr > addr) { overrun = hexPageOverrun + 1; ihxExtendedLinearAddress(lastExtendedAddress + overrun); hexPageOverrun = overrun; hexRecord(addr, rtvalIndex); return; } lastHexAddr = addr; fprintf(ofp, ":%02X%04X00", chksum, addr); chksum += (addr >> 8) + (addr & 0xff); for (i = rtvalIndex, bytes = 0; i < rtcnt; i++) { if (rtflg[i]) { fprintf(ofp, "%02X", rtval[i]); chksum += rtval[i]; #if 0 if (addr + ++bytes > 0xffff) { if (rflag) { fprintf(ofp, "%02X\n", (0-chksum) & 0xff); overrun = hexPageOverrun + 1; ihxExtendedLinearAddress(lastExtendedAddress + overrun); hexPageOverrun = overrun; hexRecord(0, i + 1); return; } else { fprintf(stderr, "warning: extended linear address encountered; " "you probably want the -r flag.\n"); } } #endif } } fprintf(ofp, "%02X\n", (0-chksum) & 0xff); } /*)Function ihx(i) * * int i 0 - process data * 1 - end of data * * The function ihx() calls the hexRecord() function for processing data * or writes the End of Data record to the file defined by ofp. * * local variables: * Addr_T n auxiliary variable * * global variables: * int hilo byte order * FILE * ofp output file handle * Addr_T rtval[] relocated data * * functions called: * VOID hexRecord() lkihx.c * int fprintf() c_library * * side effects: * The sequence of rtval[0], rtval[1] is eventually changed. */ VOID ihx(i) { Addr_T n; if (i) { if (ap->a_flag & A_NOLOAD) return; if (hilo == 0) { n = rtval[0]; rtval[0] = rtval[1]; rtval[1] = n; } hexRecord((rtval[0]<<8) + rtval[1], 2); } else { fprintf(ofp, ":00000001FF\n"); } } /*)Function ihxNewArea(i) * The function ihxNewArea() is called when processing of new area is started. * It resets the value of lastHexAddr. */ VOID ihxNewArea() { lastHexAddr = 0; } /*)Function ihxExtendedLinearAddress(i) * * Addr_T i 16 bit extended linear address. * * The function ihxExtendedLinearAddress() writes an extended * linear address record (type 04) to the output file. * * local variables: * Addr_T chksum byte checksum * * global variables: * FILE * ofp output file handle * * functions called: * int fprintf() c_library * * side effects: * The data is output to the file defined by ofp. * hexPageOverrun and lastHexAddr is cleared */ VOID ihxExtendedLinearAddress(Addr_T a) { Addr_T chksum; /* The checksum is the complement of the bytes in the * record: the 2 is record length, 4 is the extended linear * address record type, plus the two address bytes. */ chksum = 2 + 4 + (a & 0xff) + ((a >> 8) & 0xff); fprintf(ofp, ":02000004%04X%02X\n", a & 0xffff, (0-chksum) & 0xff); hexPageOverrun = 0; lastHexAddr = 0; } sdcc-2.9.0/as/link/hc08/lkmain.c000066400000000000000000001372111116427777700162070ustar00rootroot00000000000000/* lkmain.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 31-Oct-97 JLH: * - add jflag and jfp to control NoICE output file genration * 3-Nov-97 JLH: * - use a_type == 0 as "virgin area" flag: set == 1 if -b */ #include #include #include #include "aslink.h" #ifdef WIN32T #include void Timer(int action, char * message) { static double start, end, total=0.0; static const double secs_per_tick = 1.0 / CLOCKS_PER_SEC; if(action==0) start=clock()*secs_per_tick; else if(action==1) { end=clock() * secs_per_tick; printf("%s \t%f seconds.\n", message, (end-start)); total+=end-start; } else { printf("Total time: \t%f seconds.\n", total); total=0.0; } } #endif /*)Module lkmain.c * * The module lkmain.c contains the functions which * (1) input the linker options, parameters, and specifications * (2) perform a two pass link * (3) produce the appropriate linked data output and/or * link map file and/or relocated listing files. * * lkmain.c contains the following functions: * FILE * afile(fn,ft,wf) * VOID bassav() * VOID gblsav() * VOID link_main() * VOID lkexit() * VOID main(argc,argv) * VOID map() * int parse() * VOID setbas() * VOID setgbl() * VOID usage() * * lkmain.c contains the following local variables: * char * usetext[] array of pointers to the * command option tect lines * */ /*JCF: Creates some of the default areas so they are allocated in the right order.*/ void Areas51 (void) { char * rel[]={ "XH", "H 7 areas 0 global symbols", "A _CODE size 0 flags 0", /*Each .rel has one, so...*/ "A REG_BANK_0 size 0 flags 4", /*Register banks are overlayable*/ "A REG_BANK_1 size 0 flags 4", "A REG_BANK_2 size 0 flags 4", "A REG_BANK_3 size 0 flags 4", "A BSEG size 0 flags 80", /*BSEG must be just before BITS*/ "A BSEG_BYTES size 0 flags 0", /*Size will be obtained from BSEG in lnkarea()*/ "" }; int j; for (j=0; rel[j][0]!=0; j++) { ip=rel[j]; link_main(); } /*Set the start address of the default areas:*/ for(ap=areap; ap; ap=ap->a_ap) { /**/ if (!strcmp(ap->a_id, "REG_BANK_0")) { ap->a_addr=0x00; ap->a_type=1; } else if (!strcmp(ap->a_id, "REG_BANK_1")) { ap->a_addr=0x08; ap->a_type=1; } else if (!strcmp(ap->a_id, "REG_BANK_2")) { ap->a_addr=0x10; ap->a_type=1; } else if (!strcmp(ap->a_id, "REG_BANK_3")) { ap->a_addr=0x18; ap->a_type=1; } else if (!strcmp(ap->a_id, "BSEG_BYTES")) { ap->a_addr=0x20; ap->a_type=1; } } } /*)Function VOID main(argc,argv) * * int argc number of command line arguments + 1 * char * argv[] array of pointers to the command line * arguments * * The function main() evaluates the command line arguments to * determine if the linker parameters are to input through 'stdin' * or read from a command file. The functions lk_getline() and parse() * are to input and evaluate the linker parameters. The linking process * proceeds by making the first pass through each .rel file in the order * presented to the linker. At the end of the first pass the setbase(), * lnkarea(), setgbl(), and symdef() functions are called to evaluate * the base address terms, link all areas, define global variables, * and look for undefined symbols. Following these routines a linker * map file may be produced and the linker output files may be opened. * The second pass through the .rel files will output the linked data * in one of the four supported formats. * * local variables: * char * p pointer to an argument string * int c character from argument string * int i loop counter * * global variables: * text line in ib[] * lfile *cfp The pointer *cfp points to the * current lfile structure * char ctype[] array of character types, one per * ASCII character * lfile *filep The pointer *filep points to the * beginning of a linked list of * lfile structures. * head *hp Pointer to the current * head structure * char ib[NINPUT] .rel file text line * char *ip pointer into the .rel file * lfile *linkp pointer to first lfile structure * containing an input .rel file * specification * int lkerr error flag * int mflag Map output flag * int oflag Output file type flag * FILE *ofp Output file handle * for word formats * FILE *ofph Output file handle * for high byte format * FILE *ofpl Output file handle * for low byte format * int pass linker pass number * int pflag print linker command file flag * int radix current number conversion radix * FILE *sfp The file handle sfp points to the * currently open file * lfile *startp asmlnk startup file structure * FILE * stdin c_library * FILE * stdout c_library * * functions called: * FILE * afile() lkmain.c * int fclose() c_library * int fprintf() c_library * int lk_getline() lklex.c * VOID library() lklibr.c * VOID link_main() lkmain.c * VOID lkexit() lkmain.c * VOID lnkarea() lkarea.c * VOID map() lkmain.c * VOID new() lksym.c * int parse() lkmain.c * VOID reloc() lkreloc.c * VOID search() lklibr.c * VOID setbas() lkmain.c * VOID setgbl() lkmain.c * VOID symdef() lksym.c * VOID usage() lkmain.c * * side effects: * Completion of main() completes the linking process * and may produce a map file (.map) and/or a linked * data files (.ihx or .s19) and/or one or more * relocated listing files (.rst). */ int main(int argc, char *argv[]) { register char *p; register int c, i; #ifdef WIN32T Timer(0, ""); #endif startp = (struct lfile *) new (sizeof (struct lfile)); pflag = 1; for (i=1; if_type = F_STD; break; case 'f': case 'F': startp->f_type = F_LNK; break; case 'n': case 'N': pflag = 0; break; case 'p': case 'P': pflag = 1; break; default: usage(); } } } else { if (startp->f_type == F_LNK) { startp->f_idp = p; } } } if (startp->f_type == 0) usage(); if (startp->f_type == F_LNK && startp->f_idp == NULL) usage(); cfp = NULL; sfp = NULL; filep = startp; while (1) { ip = ib; if (lk_getline() == 0) break; if (pflag && sfp != stdin) fprintf(stdout, "%s\n", ip); if (*ip == '\0' || parse()) break; } if (sfp) { fclose(sfp); sfp = NULL; } if (linkp == NULL) usage(); syminit(); if (dflag){ //dfp = afile("temp", "cdb", 1); SaveLinkedFilePath(linkp->f_idp); //Must be the first one... dfp = afile(linkp->f_idp,"cdb",1); //JCF: Nov 30, 2002 if (dfp == NULL) lkexit(1); } for (pass=0; pass<2; ++pass) { cfp = NULL; sfp = NULL; filep = linkp; hp = NULL; radix = 10; Areas51(); /*JCF: Create the default 8051 areas in the right order*/ while (lk_getline()) { ip = ib; /* pass any "magic comments" to NoICE output */ if ((ip[0] == ';') && (ip[1] == '!') && jfp) { fprintf( jfp, "%s\n", &ip[2] ); } link_main(); } if (pass == 0) { /* * Search libraries for global symbols */ search(); /* * Set area base addresses. */ setbas(); /* * Link all area addresses. */ lnkarea(); /* * Process global definitions. */ setgbl(); /* * Check for undefined globals. */ symdef(stderr); /* Open NoICE output file if requested */ if (jflag) { jfp = afile(linkp->f_idp, "NOI", 1); if (jfp == NULL) { lkexit(1); } } /* * Output Link Map if requested, * or if NoICE output requested (since NoICE * file is generated in part by map() processing) */ if (mflag || jflag) map(); if (sflag) /*JCF: memory usage summary output*/ if(summary(areap))lkexit(1); if (iram_size) iramcheck(); /* * Open output file */ if (oflag == 1) { ofp = afile(linkp->f_idp, "ihx", 1); if (ofp == NULL) { lkexit(1); } /* include NoICE command to load hex file */ if (jfp) fprintf( jfp, "LOAD %s.IHX\n", linkp->f_idp ); } else if (oflag == 2) { ofp = afile(linkp->f_idp, "S19", 1); if (ofp == NULL) { lkexit(1); } /* include NoICE command to load hex file */ if (jfp) fprintf( jfp, "LOAD %s.S19\n", linkp->f_idp ); } else if (oflag == 3) { ofp = afile(linkp->f_idp, "elf", 4); if (ofp == NULL) { lkexit(1); } } } else { /* * Link in library files */ library(); reloc('E'); } } //JCF: //CreateAOMF51(); #ifdef WIN32T Timer(1, "Linker execution time"); #endif lkexit(lkerr); return 0; } /*)Function VOID lkexit(i) * * int i exit code * * The function lkexit() explicitly closes all open * files and then terminates the program. * * local variables: * none * * global variables: * FILE * mfp file handle for .map * FILE * ofp file handle for .ihx/.s19 * FILE * rfp file hanlde for .rst * FILE * sfp file handle for .rel * FILE * tfp file handle for .lst * * functions called: * int fclose() c_library * VOID exit() c_library * * side effects: * All files closed. Program terminates. */ VOID lkexit(int i) { if (mfp != NULL) fclose(mfp); if (jfp != NULL) fclose(jfp); if (ofp != NULL) fclose(ofp); if (rfp != NULL) fclose(rfp); if (sfp != NULL) fclose(sfp); if (tfp != NULL) fclose(tfp); if (dfp != NULL) fclose(dfp); /*if (dfp != NULL) FILE *xfp = afile(linkp->f_idp,"cdb",1); dfp = freopen("temp.cdb","r",dfp); copyfile(xfp,dfp); fclose(xfp); fclose(dfp); remove("temp.cdb"); }*/ exit(i); } /*)Function link_main() * * The function link_main() evaluates the directives for each line of * text read from the .rel file(s). The valid directives processed * are: * X, D, Q, H, M, A, S, T, R, and P. * * local variables: * int c first non blank character of a line * * global variables: * head *headp The pointer to the first * head structure of a linked list * head *hp Pointer to the current * head structure * int pass linker pass number * int radix current number conversion radix * * functions called: * char endline() lklex.c * VOID module() lkhead.c * VOID newarea() lkarea.c * VOID newhead() lkhead.c * sym * newsym() lksym.c * VOID reloc() lkreloc.c * * side effects: * Head, area, and symbol structures are created and * the radix is set as the .rel file(s) are read. */ VOID link_main() { register char c; if ((c=endline()) == 0) { return; } switch (c) { case 'O': /*For some important sdcc options*/ if (pass == 0) { if(strlen(sdccopt)==0) { strcpy(sdccopt, &ip[1]); strcpy(sdccopt_module, curr_module); } else { if(strcmp(sdccopt, &ip[1])!=0) { fprintf(stderr, "?ASlink-Warning-Conflicting sdcc options:\n" " \"%s\" in module \"%s\" and\n" " \"%s\" in module \"%s\".\n", sdccopt, sdccopt_module, &ip[1], curr_module); lkerr++; } } } break; case 'X': radix = 16; break; case 'D': radix = 10; break; case 'Q': radix = 8; break; case 'H': if (pass == 0) { newhead(); } else { if (hp == 0) { hp = headp; } else { hp = hp->h_hp; } } sdp.s_area = NULL; sdp.s_areax = NULL; sdp.s_addr = 0; break; case 'M': if (pass == 0) { strcpy(curr_module, &ip[1]); module(); } break; case 'A': if (pass == 0) newarea(); if (sdp.s_area == NULL) { sdp.s_area = areap; sdp.s_areax = areap->a_axp; sdp.s_addr = 0; } break; case 'S': if (pass == 0) newsym(); break; case 'T': case 'R': case 'P': if (pass == 0) break; reloc(c); break; default: break; } if (c == 'X' || c == 'D' || c == 'Q') { if ((c = get()) == 'H') { hilo = 1; } else if (c == 'L') { hilo = 0; } } } /*)Function VOID map() * * The function map() opens the output map file and calls the various * routines to * (1) output the variables in each area, * (2) list the files processed with module names, * (3) list the libraries file processed, * (4) list base address definitions, * (5) list global variable definitions, and * (6) list any undefined variables. * * local variables: * int i counter * head * hdp pointer to head structure * lbfile *lbfh pointer to library file structure * * global variables: * area *ap Pointer to the current * area structure * area *areap The pointer to the first * area structure of a linked list * base *basep The pointer to the first * base structure * base *bsp Pointer to the current * base structure * lfile *filep The pointer *filep points to the * beginning of a linked list of * lfile structures. * globl *globlp The pointer to the first * globl structure * globl *gsp Pointer to the current * globl structure * head *headp The pointer to the first * head structure of a linked list * lbfile *lbfhead The pointer to the first * lbfile structure of a linked list * lfile *linkp pointer to first lfile structure * containing an input REL file * specification * int lop current line number on page * FILE *mfp Map output file handle * int page current page number * * functions called: * FILE * afile() lkmain.c * int fprintf() c_library * VOID lkexit() lkmain.c * VOID lstarea() lklist.c * VOID newpag() lklist.c * VOID symdef() lksym.c * * side effects: * The map file is created. */ VOID map() { register int i; register struct head *hdp; register struct lbfile *lbfh; /* * Open Map File */ mfp = afile(linkp->f_idp, "map", 1); if (mfp == NULL) { lkexit(1); } /* * Output Map Area Lists */ page = 0; lop = NLPP; ap = areap; while (ap) { lstarea(ap); ap = ap->a_ap; } /* * List Linked Files */ newpag(mfp); fprintf(mfp, "\nFiles Linked [ module(s) ]\n\n"); hdp = headp; filep = linkp; while (filep) { fprintf(mfp, "%-16s", filep->f_idp); i = 0; while ((hdp != NULL) && (hdp->h_lfile == filep)) { if (i % 5) { fprintf(mfp, ", %8.8s", hdp->m_id); } else { if (i) { fprintf(mfp, ",\n%20s%8.8s", "", hdp->m_id); } else { fprintf(mfp, " [ %8.8s", hdp->m_id); } } hdp = hdp->h_hp; i++; } if (i) fprintf(mfp, " ]"); fprintf(mfp, "\n"); filep = filep->f_flp; } /* * List Linked Libraries */ if (lbfhead != NULL) { fprintf(mfp, "\nLibraries Linked [ object file ]\n\n"); for (lbfh=lbfhead; lbfh; lbfh=lbfh->next) { fprintf(mfp, "%-32s [ %16.16s ]\n", lbfh->libspc, lbfh->relfil); } fprintf(mfp, "\n"); } /* * List Base Address Definitions */ if (basep) { newpag(mfp); fprintf(mfp, "\nUser Base Address Definitions\n\n"); bsp = basep; while (bsp) { fprintf(mfp, "%s\n", bsp->b_strp); bsp = bsp->b_base; } } /* * List Global Definitions */ if (globlp) { newpag(mfp); fprintf(mfp, "\nUser Global Definitions\n\n"); gsp = globlp; while (gsp) { fprintf(mfp, "%s\n", gsp->g_strp); gsp = gsp->g_globl; } } fprintf(mfp, "\n\f"); symdef(mfp); } /*)Function int parse() * * The function parse() evaluates all command line or file input * linker directives and updates the appropriate variables. * * local variables: * int c character value * char fid[] file id string * * global variables: * char ctype[] array of character types, one per * ASCII character * lfile *lfp pointer to current lfile structure * being processed by parse() * lfile *linkp pointer to first lfile structure * containing an input REL file * specification * int mflag Map output flag * int oflag Output file type flag * int pflag print linker command file flag * FILE * stderr c_library * int uflag Relocated listing flag * int xflag Map file radix type flag * * Functions called: * VOID addlib() lklibr.c * VOID addpath() lklibr.c * VOID bassav() lkmain.c * int fprintf() c_library * VOID gblsav() lkmain.c * VOID getfid() lklex.c * char getnb() lklex.c * VOID lkexit() lkmain.c * char * strcpy() c_library * int strlen() c_library * * side effects: * Various linker flags are updated and the linked * structure lfile is created. */ int parse() { register int c; char fid[NINPUT]; while ((c = getnb()) != 0) { if ( c == ';') return(0); if ( c == '-') { while (ctype[c=get()] & LETTER) { switch(c) { case 'i': case 'I': oflag = 1; break; case 's': case 'S': oflag = 2; break; case 't': case 'T': oflag = 3; break; case 'm': case 'M': ++mflag; break; case 'y': /*JCF: memory usage summary output*/ case 'Y': ++sflag; break; case 'j': case 'J': jflag = 1; break; case 'u': case 'U': uflag = 1; break; case 'r': case 'R': rflag = 1; break; case 'x': case 'X': xflag = 0; break; case 'q': case 'Q': xflag = 1; break; case 'd': case 'D': xflag = 2; break; case 'e': case 'E': return(1); case 'n': case 'N': pflag = 0; break; case 'p': case 'P': pflag = 1; break; case 'b': case 'B': bassav(); return(0); case 'g': case 'G': gblsav(); return(0); case 'k': case 'K': addpath(); return(0); case 'l': case 'L': addlib(); return(0); case 'a': case 'A': iramsav(); return(0); case 'v': case 'V': xramsav(); return(0); case 'w': case 'W': codesav(); return(0); case 'z': case 'Z': dflag = 1; return(0); default: fprintf(stderr, "Invalid option\n"); lkexit(1); } } if ( c == ';') return(0); } else if (ctype[c] & ILL) { fprintf(stderr, "Invalid input"); lkexit(1); } else { if (linkp == NULL) { linkp = (struct lfile *) new (sizeof (struct lfile)); lfp = linkp; } else { lfp->f_flp = (struct lfile *) new (sizeof (struct lfile)); lfp = lfp->f_flp; } getfid(fid, c); lfp->f_idp = (char *) new (strlen(fid)+1); strcpy(lfp->f_idp, fid); lfp->f_type = F_REL; } } return(0); } /*)Function VOID bassav() * * The function bassav() creates a linked structure containing * the base address strings input to the linker. * * local variables: * none * * global variables: * base *basep The pointer to the first * base structure * base *bsp Pointer to the current * base structure * char *ip pointer into the REL file * text line in ib[] * * functions called: * char getnb() lklex.c * VOID * new() lksym.c * int strlen() c_library * char * strcpy() c_library * VOID unget() lklex.c * * side effects: * The basep structure is created. */ VOID bassav() { if (basep == NULL) { basep = (struct base *) new (sizeof (struct base)); bsp = basep; } else { bsp->b_base = (struct base *) new (sizeof (struct base)); bsp = bsp->b_base; } unget(getnb()); bsp->b_strp = (char *) new (strlen(ip)+1); strcpy(bsp->b_strp, ip); } /*)Function VOID setbas() * * The function setbas() scans the base address lines in the * basep structure, evaluates the arguments, and sets beginning * address of the specified areas. * * local variables: * int v expression value * char id[] base id string * * global variables: * area *ap Pointer to the current * area structure * area *areap The pointer to the first * area structure of a linked list * base *basep The pointer to the first * base structure * base *bsp Pointer to the current * base structure * char *ip pointer into the REL file * text line in ib[] * int lkerr error flag * * functions called: * Addr_T expr() lkeval.c * int fprintf() c_library * VOID getid() lklex.c * char getnb() lklex.c * int symeq() lksym.c * * side effects: * The base address of an area is set. */ VOID setbas() { register int v; char id[NCPS]; bsp = basep; while (bsp) { ip = bsp->b_strp; getid(id, -1); if (getnb() == '=') { v = expr(0); for (ap = areap; ap != NULL; ap = ap->a_ap) { if (symeq(id, ap->a_id)) break; } if (ap == NULL) { fprintf(stderr, "ASlink-Warning-No definition of area %s\n", id); lkerr++; } else { ap->a_addr = v; ap->a_type = 1; /* JLH: value set */ } } else { fprintf(stderr, "ASlink-Warning-No '=' in base expression"); lkerr++; } bsp = bsp->b_base; } } /*)Function VOID gblsav() * * The function gblsav() creates a linked structure containing * the global variable strings input to the linker. * * local variable: * none * * global variables: * globl *globlp The pointer to the first * globl structure * globl *gsp Pointer to the current * globl structure * char *ip pointer into the REL file * text line in ib[] * int lkerr error flag * * functions called: * char getnb() lklex.c * VOID * new() lksym.c * int strlen() c_library * char * strcpy() c_library * VOID unget() lklex.c * * side effects: * The globlp structure is created. */ VOID gblsav() { if (globlp == NULL) { globlp = (struct globl *) new (sizeof (struct globl)); gsp = globlp; } else { gsp->g_globl = (struct globl *) new (sizeof (struct globl)); gsp = gsp->g_globl; } unget(getnb()); gsp->g_strp = (char *) new (strlen(ip)+1); strcpy(gsp->g_strp, ip); } /*)Function VOID setgbl() * * The function setgbl() scans the global variable lines in the * globlp structure, evaluates the arguments, and sets a variable * to this value. * * local variables: * int v expression value * char id[] base id string * sym * sp pointer to a symbol structure * * global variables: * char *ip pointer into the REL file * text line in ib[] * globl *globlp The pointer to the first * globl structure * globl *gsp Pointer to the current * globl structure * FILE * stderr c_library * int lkerr error flag * * functions called: * Addr_T expr() lkeval.c * int fprintf() c_library * VOID getid() lklex.c * char getnb() lklex.c * sym * lkpsym() lksym.c * * side effects: * The value of a variable is set. */ VOID setgbl() { register int v; register struct sym *sp; char id[NCPS]; gsp = globlp; while (gsp) { ip = gsp->g_strp; getid(id, -1); if (getnb() == '=') { v = expr(0); sp = lkpsym(id, 0); if (sp == NULL) { fprintf(stderr, "No definition of symbol %s\n", id); lkerr++; } else { if (sp->s_flag & S_DEF) { fprintf(stderr, "Redefinition of symbol %s\n", id); lkerr++; sp->s_axp = NULL; } sp->s_addr = v; sp->s_type |= S_DEF; } } else { fprintf(stderr, "No '=' in global expression"); lkerr++; } gsp = gsp->g_globl; } } /*)Function FILE * afile(fn,, ft, wf) * * char * fn file specification string * char * ft file type string * int wf read(0)/write(1) flag * * The function afile() opens a file for reading or writing. * (1) If the file type specification string ft * is not NULL then a file specification is * constructed with the file path\name in fn * and the extension in ft. * (2) If the file type specification string ft * is NULL then the file specification is * constructed from fn. If fn does not have * a file type then the default .rel file * type is appended to the file specification. * * afile() returns a file handle for the opened file or aborts * the assembler on an open error. * * local variables: * char fb[] constructed file specification string * FILE * fp filehandle for opened file * * global variables: * int lkerr error flag * * functions called: * FILE * fopen() c_library * int fprintf() c_library * * side effects: * File is opened for read or write. */ FILE * afile(char *fn, char *ft, int wf) { FILE *fp; char fb[PATH_MAX]; char *omode; int i; switch (wf) { case 0: omode = "r"; break; case 1: omode = "w"; break; case 2: omode = "a"; break; case 3: omode = "rb"; break; case 4: omode = "wb"; break; case 5: omode = "ab"; break; default: omode = "r"; break; } /*Look backward the name path and get rid of the extension, if any*/ i=strlen(fn); for(; (fn[i]!='.')&&(fn[i]!='\\')&&(fn[i]!='/')&&(i>0); i--); if( (fn[i]=='.') && strcmp(ft, "lnk") ) { strncpy(fb, fn, i); fb[i]=0; } else { strcpy(fb, fn); } /*Add the extension*/ if (fb[i] != '.') { strcat(fb, "."); strcat(fb, strlen(ft)?ft:"rel"); } fp = fopen(fb, omode); if (fp==NULL) { if (strcmp(ft,"adb"))/*Do not complaint for optional adb files*/ { fprintf(stderr, "%s: cannot %s.\n", fb, wf?"create":"open"); lkerr++; } } return (fp); } /*)Function VOID iramsav() * * The function iramsav() stores the size of the chip's internal RAM. * This is used after linking to check that variable assignment to this * dataspace didn't overflow into adjoining segments. Variables in the * DSEG, OSEG, and ISEG are assigned to this dataspace. * * local variables: * none * * global variables: * char *ip pointer into the REL file * text line in ib[] * unsigned int size of chip's internal * iram_size RAM segment * * functions called: * char getnb() lklex.c * VOID unget() lklex.c * Addr_T expr() lkeval.c * * side effects: * The iram_size may be modified. */ VOID iramsav() { unget(getnb()); if (ip && *ip) iram_size = expr(0); /* evaluate size expression */ else iram_size = 128; /* Default is 128 (0x80) bytes */ } /*Similar to iramsav but for xram memory*/ VOID xramsav() { unget(getnb()); if (ip && *ip) xram_size = expr(0); /* evaluate size expression */ else xram_size = rflag?0x1000000:0x10000; } /*Similar to iramsav but for code memory*/ VOID codesav() { unget(getnb()); if (ip && *ip) code_size = expr(0); /* evaluate size expression */ else code_size = rflag?0x1000000:0x10000; } /*)Function VOID iramcheck() * * The function iramcheck() is used at the end of linking to check that * the internal RAM area wasn't overflowed by too many variable * assignments. Variables in the DSEG, ISEG, and OSEG are assigned to * the chip's internal RAM. * * local variables: * none * * global variables: * unsigned int size of chip's internal * iram_size RAM segment * struct area linked list of memory * *areap areas * * functions called: * * side effects: */ VOID iramcheck() { register unsigned int last_addr; register struct area *ap; for (ap = areap; ap; ap=ap->a_ap) { if ((ap->a_size != 0) && (!strcmp(ap->a_id, "DSEG") || !strcmp(ap->a_id, "OSEG") || !strcmp(ap->a_id, "ISEG") ) ) { last_addr = ap->a_addr + ap->a_size - 1; if (last_addr >= iram_size) fprintf(stderr, "\nWARNING! Segment %s extends past the end\n" " of internal RAM. Check map file.\n", ap->a_id); } } } char *usetxt[] = { "Startup:", " -c Command line input", " -f file[LNK] File input", " -p Prompt and echo of file[LNK] to stdout (default)", " -n No echo of file[LNK] to stdout", /* "Usage: [-Options] file [file ...]", */ "Libraries:", " -k Library path specification, one per -k", " -l Library file specification, one per -l", "Relocation:", " -b area base address = expression", " -g global symbol = expression", "Map format:", " -m Map output generated as file[MAP]", " -x Hexadecimal (default), -d Decimal, -q Octal", "Output:", " -i Intel Hex as file[IHX]", " -s Motorola S19 as file[S19]", " -t ELF executable as file[elf]", " -j Produce NoICE debug as file[NOI]", " -z Produce SDCdb debug as file[cdb]", /* "List:", */ " -u Update listing file(s) with link data as file(s)[.RST]", "Miscellaneous:\n" " -a [iram-size] Check for internal RAM overflow", " -v [xram-size] Check for external RAM overflow", " -w [code-size] Check for code overflow", "End:", " -e or null line terminates input", 0 }; /*)Function VOID usage() * * The function usage() outputs to the stderr device the * assembler name and version and a list of valid assembler options. * * local variables: * char ** dp pointer to an array of * text string pointers. * * global variables: * FILE * stderr c_library * * functions called: * int fprintf() c_library * * side effects: * none */ VOID usage() { register char **dp; fprintf(stderr, "\nASxxxx Linker %s\n\n", VERSION); for (dp = usetxt; *dp; dp++) fprintf(stderr, "%s\n", *dp); lkexit(1); } /*)Function VOID copyfile() * * FILE *dest destination file * FILE *src source file * * function will copy source file to destination file * * * functions called: * int fgetc() c_library * int fputc() c_library * * side effects: * none */ VOID copyfile (dest,src) FILE *src,*dest ; { int ch; while ((ch = fgetc(src)) != EOF) { fputc(ch,dest); } } sdcc-2.9.0/as/link/hc08/lkmem.c000066400000000000000000000304711116427777700160410ustar00rootroot00000000000000/* lkmem.c - Create a memory summary file with extension .mem Copyright (C) 2002 Jesus Calvino-Fraga, jesusc at ieee dot org This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include #include "aslink.h" int summary(struct area * areap) { #define EQ(A,B) !as_strcmpi((A),(B)) #define MIN_STACK 16 #define REPORT_ERROR(A, H) \ {\ fprintf(of, "%s%s", (H)?"*** ERROR: ":"", (A)); \ fprintf(stderr, "%s%s", (H)?"\n?ASlink-Error-":"",(A)); \ toreturn=1; \ } #define REPORT_WARNING(A, H) \ { \ fprintf(of, "%s%s", (H)?"*** WARNING: ":"", (A)); \ fprintf(stderr, "%s%s",(H)?"\n?ASlink-Warning-":"", (A)); \ } char buff[128]; int j, toreturn=0; unsigned int Total_Last=0, k; struct area * xp; FILE * of; /*Artifacts used for printing*/ char start[15], end[15], size[15], max[15]; char format[]=" %-16.16s %-8.8s %-8.8s %-8.8s %-8.8s\n"; char line[]="---------------------"; typedef struct { unsigned long Start; unsigned long Size; unsigned long Max; char Name[NCPS]; unsigned long flag; } _Mem; unsigned int dram[0x100]; _Mem Ram[]={ {0, 0, 0, "REG_BANK_0", 0x0001}, {0x0, 0, 0, "REG_BANK_1", 0x0002}, {0x0, 0, 0, "REG_BANK_2", 0x0004}, {0x0, 0, 0, "REG_BANK_3", 0x0008}, {0x0, 0, 0, "BSEG_BYTES", 0x0010}, {0, 0, 256, "UNUSED", 0x0000}, {0xff, 0, 256, "DATA", 0x0020}, {0, 0, 256, "TOTAL:", 0x0000} }; _Mem IRam= {0xff, 0, 0, "INDIRECT RAM", 0x0080}; _Mem Stack={0xff, 0, 1, "STACK", 0x0000}; _Mem XRam= {0xffff, 0, 65536, "EXTERNAL RAM", 0x0100}; _Mem Rom= {0xffff, 0, 65536, "ROM/EPROM/FLASH", 0x0200}; #if 0 if(rflag) /*For the DS390*/ { XRam.Max=0x1000000; /*24 bits*/ XRam.Start=0xffffff; Rom.Max=0x1000000; Rom.Start=0xffffff; } if((iram_size<=0)||(iram_size>0x100)) /*Default: 8052 like memory*/ { Ram[5].Max=0x80; Ram[6].Max=0x80; Ram[7].Max=0x80; IRam.Max=0x80; iram_size=0x100; } else if(iram_size<0x80) { Ram[5].Max=iram_size; Ram[6].Max=iram_size; Ram[7].Max=iram_size; IRam.Max=0; } else { Ram[5].Max=0x80; Ram[6].Max=0x80; Ram[7].Max=0x80; IRam.Max=iram_size-0x80; } #endif for(j=0; j<(int)iram_size; j++) dram[j]=0; for(; j<0x100; j++) dram[j]=0x8000; /*Memory not available*/ /* Open Memory Summary File*/ of = afile(linkp->f_idp, "mem", 1); if (of == NULL) { lkexit(1); } xp=areap; while (xp) { /**/ if (EQ(xp->a_id, "REG_BANK_0")) { Ram[0].Size=xp->a_size; } else if (EQ(xp->a_id, "REG_BANK_1")) { Ram[1].Size=xp->a_size; } else if (EQ(xp->a_id, "REG_BANK_2")) { Ram[2].Size=xp->a_size; } else if (EQ(xp->a_id, "REG_BANK_3")) { Ram[3].Size=xp->a_size; } else if (EQ(xp->a_id, "BSEG_BYTES")) { Ram[4].Size=xp->a_size; } else if ( EQ(xp->a_id, "DSEG") || EQ(xp->a_id, "OSEG") ) { Ram[6].Size+=xp->a_size; if(xp->a_addra_addr; } else if( EQ(xp->a_id, "CSEG") || EQ(xp->a_id, "GSINIT") || EQ(xp->a_id, "GSFINAL") || EQ(xp->a_id, "HOME") ) { Rom.Size+=xp->a_size; if(xp->a_addra_addr; } else if (EQ(xp->a_id, "SSEG")) { Stack.Size+=xp->a_size; if(xp->a_addra_addr; } else if (EQ(xp->a_id, "XSEG") || EQ(xp->a_id, "XISEG")) { XRam.Size+=xp->a_size; if(xp->a_addra_addr; } else if (EQ(xp->a_id, "ISEG")) { IRam.Size+=xp->a_size; if(xp->a_addra_addr; } xp=xp->a_ap; } for(j=0; j<7; j++) for(k=Ram[j].Start; (k<(Ram[j].Start+Ram[j].Size))&&(k<0x100); k++) dram[k]|=Ram[j].flag; /*Mark as used*/ #if 0 for(k=IRam.Start; (k<(IRam.Start+IRam.Size))&&(k<0x100); k++) dram[k]|=IRam.flag; /*Mark as used*/ #endif /*Compute the amount of unused memory in direct data Ram. This is the gap between the last register bank or bit segment and the data segment.*/ for(k=Ram[6].Start-1; (dram[k]==0) && (k>0); k--); Ram[5].Start=k+1; Ram[5].Size=Ram[6].Start-Ram[5].Start; /*It may be zero (which is good!)*/ /*Compute the data Ram totals*/ for(j=0; j<7; j++) { if(Ram[7].Start>Ram[j].Start) Ram[7].Start=Ram[j].Start; Ram[7].Size+=Ram[j].Size; } Total_Last=Ram[6].Size+Ram[6].Start-1; /*Report the Ram totals*/ fprintf(of, "Direct Internal RAM:\n"); fprintf(of, format, "Name", "Start", "End", "Size", "Max"); for(j=0; j<8; j++) { if((j==0) || (j==7)) fprintf(of, format, line, line, line, line, line); if((j!=5) || (Ram[j].Size>0)) { sprintf(start, "0x%02lx", Ram[j].Start); if(Ram[j].Size==0) end[0]=0;/*Empty string*/ else sprintf(end, "0x%02lx", j==7?Total_Last:Ram[j].Size+Ram[j].Start-1); sprintf(size, "%5lu", Ram[j].Size); sprintf(max, "%5lu", Ram[j].Max); fprintf(of, format, Ram[j].Name, start, end, size, max); } } #if 0 for(k=Ram[6].Start; (k<(Ram[6].Start+Ram[6].Size))&&(k<0x100); k++) { if(dram[k]!=Ram[6].flag) { sprintf(buff, "Internal memory overlap starting at 0x%02x.\n", k); REPORT_ERROR(buff, 1); break; } } if(Ram[4].Size>Ram[4].Max) { k=Ram[4].Size-Ram[4].Max; sprintf(buff, "Insufficient bit addressable memory. " "%d byte%s short.\n", k, (k==1)?"":"s"); REPORT_ERROR(buff, 1); } if(Ram[5].Size!=0) { sprintf(buff, "%ld bytes in data memory wasted. " "SDCC link could use: --data-loc 0x%02lx\n", Ram[5].Size, Ram[6].Start-Ram[5].Size); REPORT_WARNING(buff, 1); } if((Ram[6].Start+Ram[6].Size)>Ram[6].Max) { k=(Ram[6].Start+Ram[6].Size)-Ram[6].Max; sprintf(buff, "Insufficient space in data memory. " "%d byte%s short.\n", k, (k==1)?"":"s"); REPORT_ERROR(buff, 1); } #endif /*Report the position of the beginning of the stack*/ fprintf(of, "\n%stack starts at: 0x%02lx (sp set to 0x%02lx)", rflag ? "16 bit mode initial s" : "S", Stack.Start, Stack.Start-1); #if 0 /*Check that the stack pointer is landing in a safe place:*/ if( (dram[Stack.Start] & 0x8000) == 0x8000 ) { fprintf(of, ".\n"); sprintf(buff, "Stack set to unavailable memory.\n"); REPORT_ERROR(buff, 1); } else if(dram[Stack.Start]) { fprintf(of, ".\n"); sprintf(buff, "Stack overlaps area "); REPORT_ERROR(buff, 1); for(j=0; j<7; j++) { if(dram[Stack.Start]&Ram[j].flag) { sprintf(buff, "'%s'\n", Ram[j].Name); break; } } if(dram[Stack.Start]&IRam.flag) { sprintf(buff, "'%s'\n", IRam.Name); } REPORT_ERROR(buff, 0); } else { for(j=Stack.Start, k=0; (j<(int)iram_size)&&(dram[j]==0); j++, k++); fprintf(of, " with %d bytes available\n", k); if (k(IRam.Max+0x80)) { sprintf(buff, "Insufficient INDIRECT RAM memory.\n"); REPORT_ERROR(buff, 1); } #endif if( ((XRam.Start+XRam.Size)>XRam.Max) || (((int)XRam.Size>xram_size)&&(xram_size>=0)) ) { sprintf(buff, "Insufficient EXTERNAL RAM memory.\n"); REPORT_ERROR(buff, 1); } if( ((Rom.Start+Rom.Size)>Rom.Max) || (((int)Rom.Size>code_size)&&(code_size>=0)) ) { sprintf(buff, "Insufficient ROM/EPROM/FLASH memory.\n"); REPORT_ERROR(buff, 1); } fclose(of); return toreturn; } sdcc-2.9.0/as/link/hc08/lkrloc.c000066400000000000000000001264411116427777700162250ustar00rootroot00000000000000/* lkrloc.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 29-Oct-97 JLH: * - errdmp: show s_id as string rather than array [NCPS] * - relr: add support for 11 bit 8051 addressing * 02-Apr-98 JLH: don't output empty hex records */ #include #include #include "aslink.h" /*)Module lkrloc.c * * The module lkrloc.c contains the functions which * perform the relocation calculations. * * lkrloc.c contains the following functions: * Addr_T adb_b() * Addr_T adb_lo() * Addr_T adb_hi() * Addr_T adw_w() * Addr_T adw_lo() * Addr_T adw_hi() * VOID erpdmp() * VOID errdmp() * Addr_T evword() * VOID prntval() * VOID rele() * VOID relerr() * VOID relerp() * VOID reloc() * VOID relp() * VOID relr() * VOID relt() * * lkrloc.c the local variable errmsg[]. * */ /* Global which holds the upper 16 bits of the last 32 bit area adress * output. Useful only for iHex mode. */ int lastExtendedAddress=-1; /* Static variable which holds the index of last processed area. * Useful only for iHex mode. */ static int lastAreaIndex = -1; /*)Function VOID reloc(c) * * char c process code * * The function reloc() calls a particular relocation * function determined by the process code. * * local variable: * none * * global variables: * int lkerr error flag * * called functions: * int fprintf() c_library * VOID rele() lkrloc.c * VOID relp() lkrloc.c * VOID relr() lkrloc.c * VOId relt() lkrloc.c * * side effects: * Refer to the called relocation functions. * */ VOID reloc(char c) { switch(c) { case 'T': relt(); break; case 'R': relr(); break; case 'P': relp(); break; case 'E': rele(); break; default: fprintf(stderr, "Undefined Relocation Operation\n"); lkerr++; break; } } /*)Function VOID relt() * * The function relt() evaluates a T line read by * the linker. Each byte value read is saved in the * rtval[] array, rtflg[] is set, and the number of * evaluations is maintained in rtcnt. * * T Line * * T xx xx nn nn nn nn nn ... * * * In: "T n0 n1 n2 n3 ... nn" * * Out: 0 1 2 .. rtcnt * +----+----+----+----+----+ * rtval | n0 | n1 | n2 | .. | nn | * +----+----+----+----+----+ * rtflag| 1 | 1 | 1 | 1 | 1 | * +----+----+----+----+----+ * * The T line contains the assembled code output by the assem- * bler with xx xx being the offset address from the current area * base address and nn being the assembled instructions and data in * byte format. * * local variable: * none * * global variables: * int rtcnt number of values evaluated * int rtflg[] array of evaluation flags * int rtval[] array of evaluation values * * called functions: * int eval() lkeval.c * int more() lklex.c * * side effects: * Linker input T line evaluated. * */ VOID relt(VOID) { rtcnt = 0; while (more()) { if (rtcnt < NTXT) { rtval[rtcnt] = eval(); rtflg[rtcnt] = 1; rtcnt++; } } } /*)Function VOID relr() * * The function relr() evaluates a R line read by * the linker. The R line data is combined with the * previous T line data to perform the relocation of * code and data bytes. The S19 / IHX output and * translation of the LST files to RST files may be * performed. * * R Line * * R 0 0 nn nn n1 n2 xx xx ... * * The R line provides the relocation information to the linker. * The nn nn value is the current area index, i.e. which area the * current values were assembled. Relocation information is en- * coded in groups of 4 bytes: * * 1. n1 is the relocation mode and object format * 1. bit 0 word(0x00)/byte(0x01) * 2. bit 1 relocatable area(0x00)/symbol(0x02) * 3. bit 2 normal(0x00)/PC relative(0x04) relocation * 4. bit 3 1-byte(0x00)/2-byte(0x08) object format for * byte data * 5. bit 4 signed(0x00)/unsigned(0x10) byte data * 6. bit 5 normal(0x00)/page '0'(0x20) reference * 7. bit 6 normal(0x00)/page 'nnn'(0x40) reference * * 2. n2 is a byte index into the corresponding (i.e. pre- * ceeding) T line data (i.e. a pointer to the data to be * updated by the relocation). The T line data may be * 1-byte or 2-byte byte data format or 2-byte word * format. * * 3. xx xx is the area/symbol index for the area/symbol be- * ing referenced. the corresponding area/symbol is found * in the header area/symbol lists. * * The groups of 4 bytes are repeated for each item requiring relo- * cation in the preceeding T line. * * local variable: * areax **a pointer to array of area pointers * int aindex area index * char *errmsg[] array of pointers to error strings * int error error code * int lkerr error flag * int mode relocation mode * adrr_t paga paging base area address * Addr_T pags paging symbol address * Addr_T pc relocated base address * Addr_T r PCR relocation value * Addr_T reli relocation initial value * Addr_T relv relocation final value * int rindex symbol / area index * Addr_T rtbase base code address * Addr_T rtofst rtval[] index offset * int rtp index into T data * sym **s pointer to array of symbol pointers * * global variables: * head *hp pointer to the head structure * rerr rerr linker error structure * FILE *stderr standard error device * * called functions: * Addr_T adb_b() lkrloc.c * Addr_T adb_lo() lkrloc.c * Addr_T adb_hi() lkrloc.c * Addr_T adw_w() lkrloc.c * VOID elf() lkelf.c * Addr_T evword() lkrloc.c * int eval() lkeval.c * int fprintf() c_library * VOID ihx() lkihx.c * int lkulist lklist.c * int more() lklex.c * VOID relerr() lkrloc.c * VOID s19() lks19.c * int symval() lksym.c * * side effects: * The R and T lines are combined to produce * relocated code and data. Output S19 / IHX * and relocated listing files may be produced. * */ VOID relr(VOID) { register int mode; register Addr_T reli, relv; int aindex, rindex, rtp, error; Addr_T r, rtbase, rtofst, paga, pags, pc; struct areax **a; struct sym **s; /* * Get area and symbol lists */ a = hp->a_list; s = hp->s_list; /* * Verify Area Mode */ if (eval() != (R_WORD | R_AREA) || eval()) { fprintf(stderr, "R input error\n"); lkerr++; } /* * Get area pointer */ aindex = evword(); if (aindex >= hp->h_narea) { fprintf(stderr, "R area error\n"); lkerr++; return; } ap = a[aindex]->a_bap; /* * Base values */ rtbase = adw_w(0, 0); rtofst = 2; /* * Relocate address */ pc = adw_w(a[aindex]->a_addr, 0); #if 0 printf("area %d base address: 0x%x size: 0x%x rtbase: 0x%x\n", aindex, a[aindex]->a_addr, a[aindex]->a_size, rtbase); #endif /* * Do remaining relocations */ while (more()) { error = 0; mode = eval(); if ((mode & R_ESCAPE_MASK) == R_ESCAPE_MASK) { mode = ((mode & ~R_ESCAPE_MASK) << 8) | eval(); /* printf("unescaping rmode\n"); */ } rtp = eval(); rindex = evword(); /* * R_SYM or R_AREA references */ if (mode & R_SYM) { if (rindex >= hp->h_nglob) { fprintf(stderr, "R symbol error\n"); lkerr++; return; } reli = symval(s[rindex]); } else { if (rindex >= hp->h_narea) { fprintf(stderr, "R area error\n"); lkerr++; return; } reli = a[rindex]->a_addr; } /* * R_PCR addressing */ if (mode & R_PCR) { if (mode & R_BYTE) { reli -= (pc + (rtp-rtofst) + 1); } else { reli -= (pc + (rtp-rtofst) + 2); } } /* * R_PAG0 or R_PAG addressing */ if (mode & (R_PAG0 | R_PAG)) { paga = sdp.s_area->a_addr; pags = sdp.s_addr; reli -= paga + pags; } /* * R_BYTE or R_WORD operation */ if (mode & R_BYTE) { if (mode & R_BYT3) { /* This is a three byte address, of which * we will select one byte. */ if (mode & R_HIB) { /* printf("24 bit address selecting hi byte.\n"); */ relv = adb_24_hi(reli, rtp); } else if (mode & R_MSB) { /* Note that in 24 bit mode, R_MSB * is really the middle byte, not * the most significant byte. * * This is ugly and I can only apologize * for any confusion. */ /* printf("24 bit address selecting middle byte.\n"); */ relv = adb_24_mid(reli, rtp); } else { /* printf("24 bit address selecting lo byte.\n"); */ relv = adb_24_lo(reli, rtp); } } else if (mode & R_BYT2) { /* This is a two byte address, of * which we will select one byte. */ if (mode & R_MSB) { relv = adb_hi(reli, rtp); } else { relv = adb_lo(reli, rtp); } } else { relv = adb_b(reli, rtp); } } else if (IS_R_J11(mode)) { /* JLH: 11 bit jump destination for 8051. Forms / two byte instruction with op-code bits / in the MIDDLE! / rtp points at 3 byte locus: first two / will get the instructiion. third one / has raw op-code. */ /* Calculate absolute destination / relv must be on same 2K page as pc */ relv = adw_w(reli, rtp); if ((relv & ~0x7ff) != ((pc + rtp - rtofst) & ~0x7ff)) { error = 2; } /* Merge MSB (byte 0) with op-code, ignoring / top 5 bits of address. Then hide the op-code */ rtval[rtp] = ((rtval[rtp] & 0x07)<<5) | rtval[rtp+2]; rtflg[rtp+2] = 0; rtofst += 1; } else if (IS_R_J19(mode)) { /* 19 bit jump destination for DS80C390. Forms / three byte instruction with op-code bits / in the MIDDLE! / rtp points at 4 byte locus: first three / will get the instructiion. fourth one / has raw op-code. */ /* Calculate absolute destination / relv must be on same 512K page as pc */ relv = adw_24(reli, rtp); if ((relv & ~0x7ffff) != ((pc + rtp - rtofst) & ~0x7ffff)) { error = 2; } /* Merge MSB (byte 0) with op-code, ignoring / top 5 bits of address. Then hide the op-code */ rtval[rtp] = ((rtval[rtp] & 0x07)<<5) | rtval[rtp+3]; rtflg[rtp+3] = 0; rtofst += 1; } else if (IS_C24(mode)) { /* 24 bit address */ relv = adw_24(reli, rtp); } else { /* 16 bit address. */ relv = adw_w(reli, rtp); } /* * R_BYTE with R_BYT2 offset adjust */ if (mode & R_BYTE) { if (mode & R_BYT2) { rtofst += 1; } } /* * Unsigned Byte Checking */ if (mode & R_USGN && mode & R_BYTE && relv & ~0xFF) error = 1; /* * PCR Relocation Error Checking */ if (mode & R_PCR && mode & R_BYTE) { r = relv & ~0x7F; if (r != (Addr_T) ~0x7F && r != 0) error = 2; } /* * Page Relocation Error Checking */ /* if (mode & R_PAG0 && (relv & ~0xFF || paga || pags)) error = 3;*/ if (mode & R_PAG && (relv & ~0xFF)) error = 4; /* * Error Processing */ if (error) { rerr.aindex = aindex; rerr.mode = mode; rerr.rtbase = rtbase + rtp - rtofst - 1; rerr.rindex = rindex; rerr.rval = relv - reli; relerr(errmsg[error-1]); } } if (uflag != 0) { lkulist(1); } /* JLH: output only if data (beyond two byte address) */ if ((oflag == 1) && (rtcnt > 2)) { // int extendedAddress = (a[aindex]->a_addr >> 16) & 0xffff; /* Boy, is this a hack: for ABS sections, the * base address is stored as zero, and the T records * indicate the offset from zero. * * Since T records can only indicate a 16 bit offset, this * obviously creates a problem for ABS segments located * above 64K (this is only meaningful in flat24 mode). * * However, the size of an ABS area is stored as * base address + section size (I suspect this is a bug, * but it's a handy one right now). So the upper 8 bits of * the 24 bit address are stored in the size record. * Thus we add it in. * * This is another reason why we can't have areas greater * than 64K yet, even in flat24 mode. */ // extendedAddress += ((a[aindex]->a_size) >> 16 & 0xffff); // commented out by jr if (lastAreaIndex != aindex) { lastAreaIndex = aindex; ihxNewArea(); } #if 0 if (extendedAddress != lastExtendedAddress) { if (lastExtendedAddress!=-1) { printf("output extended linear address record 0x%x 0x%x\n", extendedAddress, lastExtendedAddress); } if (rflag) { ihxExtendedLinearAddress(extendedAddress); } else if (extendedAddress) { /* Not allowed to generate extended address records, * but one is called for here... */ fprintf(stderr, "warning: extended linear address encountered; " "you probably want the -r flag.\n"); } lastExtendedAddress = extendedAddress; } #endif ihx(1); } else if ((oflag == 2) && (rtcnt > 2)) { s19(1); } else if ((oflag == 3) && (rtcnt > 2)) { elf(1); } } char *errmsg[] = { "Unsigned Byte error", "Byte PCR relocation error", "Page0 relocation error", "Page Mode relocation error" }; /*)Function VOID relp() * * The function relp() evaluates a P line read by * the linker. The P line data is combined with the * previous T line data to set the base page address * and test the paging boundary and length. * * P Line * * P 0 0 nn nn n1 n2 xx xx * * The P line provides the paging information to the linker as * specified by a .setdp directive. The format of the relocation * information is identical to that of the R line. The correspond- * ing T line has the following information: * T xx xx aa aa bb bb * * Where aa aa is the area reference number which specifies the * selected page area and bb bb is the base address of the page. * bb bb will require relocation processing if the 'n1 n2 xx xx' is * specified in the P line. The linker will verify that the base * address is on a 256 byte boundary and that the page length of an * area defined with the PAG type is not larger than 256 bytes. * * local variable: * areax **a pointer to array of area pointers * int aindex area index * int mode relocation mode * Addr_T relv relocation value * int rindex symbol / area index * int rtp index into T data * sym **s pointer to array of symbol pointers * * global variables: * head *hp pointer to the head structure * int lkerr error flag * sdp sdp base page structure * FILE *stderr standard error device * * called functions: * Addr_T adw_w() lkrloc.c * Addr_T evword() lkrloc.c * int eval() lkeval.c * int fprintf() c_library * int more() lklex.c * int symval() lksym.c * * side effects: * The P and T lines are combined to set * the base page address and report any * paging errors. * */ VOID relp(VOID) { register int aindex, rindex; int mode, rtp; Addr_T relv; struct areax **a; struct sym **s; /* * Get area and symbol lists */ a = hp->a_list; s = hp->s_list; /* * Verify Area Mode */ if (eval() != (R_WORD | R_AREA) || eval()) { fprintf(stderr, "P input error\n"); lkerr++; } /* * Get area pointer */ aindex = evword(); if (aindex >= hp->h_narea) { fprintf(stderr, "P area error\n"); lkerr++; return; } /* * Do remaining relocations */ while (more()) { mode = eval(); rtp = eval(); rindex = evword(); /* * R_SYM or R_AREA references */ if (mode & R_SYM) { if (rindex >= hp->h_nglob) { fprintf(stderr, "P symbol error\n"); lkerr++; return; } relv = symval(s[rindex]); } else { if (rindex >= hp->h_narea) { fprintf(stderr, "P area error\n"); lkerr++; return; } relv = a[rindex]->a_addr; } adw_w(relv, rtp); } /* * Paged values */ aindex = adw_w(0,2); if (aindex >= hp->h_narea) { fprintf(stderr, "P area error\n"); lkerr++; return; } sdp.s_areax = a[aindex]; sdp.s_area = sdp.s_areax->a_bap; sdp.s_addr = adw_w(0,4); if (sdp.s_area->a_addr & 0xFF || sdp.s_addr & 0xFF) relerp("Page Definition Boundary Error"); } /*)Function VOID rele() * * The function rele() closes all open output files * at the end of the linking process. * * local variable: * none * * global variables: * int oflag output type flag * int uflag relocation listing flag * * called functions: * VOID elf() lkelf.c * VOID ihx() lkihx.c * VOID lkulist() lklist.c * VOID s19() lks19.c * * side effects: * All open output files are closed. * */ VOID rele(VOID) { if (uflag != 0) { lkulist(0); } if (oflag == 1) { ihx(0); } else if (oflag == 2) { s19(0); } else if (oflag == 3) { elf(0); } } /*)Function Addr_T evword() * * The function evword() combines two byte values * into a single word value. * * local variable: * Addr_T v temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * int eval() lkeval.c * * side effects: * Relocation text line is scanned to combine * two byte values into a single word value. * */ Addr_T evword(VOID) { register Addr_T v; if (hilo) { v = (eval() << 8); v += eval(); } else { v = eval(); v += (eval() << 8); } return(v); } /*)Function Addr_T adb_b(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_b() adds the value of v to * the single byte value contained in rtval[i]. * The new value of rtval[i] is returned. * * local variable: * none * * global variables: * none * * called functions: * none * * side effects: * The value of rtval[] is changed. * */ Addr_T adb_b(register Addr_T v, register int i) { return(rtval[i] += v); } /*)Function Addr_T adb_lo(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_lo() adds the value of v to the * double byte value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * The MSB rtflg[] is cleared. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The rtflg[] value corresponding to the * MSB of the word value is cleared to reflect * the fact that the LSB is the selected byte. * */ Addr_T adb_lo(Addr_T v, int i) { register Addr_T j; j = adw_w(v, i); /* * Remove Hi byte */ if (hilo) { rtflg[i] = 0; } else { rtflg[i+1] = 0; } return (j); } /*)Function Addr_T adb_hi(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_hi() adds the value of v to the * double byte value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * The LSB rtflg[] is cleared. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The rtflg[] value corresponding to the * LSB of the word value is cleared to reflect * the fact that the MSB is the selected byte. * */ Addr_T adb_hi(Addr_T v, int i) { register Addr_T j; j = adw_w(v, i); /* * Remove Lo byte */ if (hilo) { rtflg[i+1] = 0; } else { rtflg[i] = 0; } return (j); } /*)Function Addr_T adb_24_hi(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_24_hi() adds the value of v to the * 24 bit value contained in rtval[i] - rtval[i+2]. * The new value of rtval[i] / rtval[i+1] is returned. * The LSB & middle byte rtflg[] is cleared. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The rtflg[] value corresponding to the * LSB & middle byte of the word value is cleared to * reflect the fact that the MSB is the selected byte. * */ Addr_T adb_24_hi(Addr_T v, int i) { register Addr_T j; j = adw_24(v, i); /* Remove the lower two bytes. */ if (hilo) { rtflg[i+2] = 0; } else { rtflg[i] = 0; } rtflg[i+1] = 0; return (j); } /*)Function Addr_T adb_24_mid(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_24_mid() adds the value of v to the * 24 bit value contained in rtval[i] - rtval[i+2]. * The new value of rtval[i] / rtval[i+1] is returned. * The LSB & MSB byte rtflg[] is cleared. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The rtflg[] value corresponding to the * LSB & MSB of the 24 bit value is cleared to reflect * the fact that the middle byte is the selected byte. * */ Addr_T adb_24_mid(Addr_T v, int i) { register Addr_T j; j = adw_24(v, i); /* remove the MSB & LSB. */ rtflg[i+2] = 0; rtflg[i] = 0; return (j); } /*)Function Addr_T adb_24_lo(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_24_lo() adds the value of v to the * 24 bit value contained in rtval[i] - rtval[i+2]. * The new value of rtval[i] / rtval[i+1] is returned. * The MSB & middle byte rtflg[] is cleared. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The rtflg[] value corresponding to the * MSB & middle byte of the word value is cleared to * reflect the fact that the LSB is the selected byte. * */ Addr_T adb_24_lo(Addr_T v, int i) { register Addr_T j; j = adw_24(v, i); /* Remove the upper two bytes. */ if (hilo) { rtflg[i] = 0; } else { rtflg[i+2] = 0; } rtflg[i+1] = 0; return (j); } /*)Function Addr_T adw_w(v, i) * * int v value to add to word * int i rtval[] index * * The function adw_w() adds the value of v to the * word value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The word value of rtval[] is changed. * */ Addr_T adw_w(register Addr_T v, register int i) { register Addr_T j; if (hilo) { j = v + (rtval[i] << 8) + (rtval[i+1] & 0xff); rtval[i] = (j >> 8) & 0xff; rtval[i+1] = j & 0xff; } else { j = v + (rtval[i] & 0xff) + (rtval[i+1] << 8); rtval[i] = j & 0xff; rtval[i+1] = (j >> 8) & 0xff; } return(j); } /*)Function Addr_T adw_24(v, i) * * int v value to add to word * int i rtval[] index * * The function adw_w() adds the value of v to the * 24 bit value contained in rtval[i] - rtval[i+2]. * The new value of rtval[i] - rtval[i+2] is returned. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The word value of rtval[] is changed. * */ Addr_T adw_24(Addr_T v, int i) { register Addr_T j; if (hilo) { j = v + ((rtval[i] & 0xff) << 16) + ((rtval[i+1] & 0xff) << 8) + (rtval[i+2] & 0xff); rtval[i] = (j >> 16) & 0xff; rtval[i+1] = (j >> 8) & 0xff; rtval[i+2] = j & 0xff; } else { j = v + (rtval[i] & 0xff) + ((rtval[i+1] & 0xff) << 8) + ((rtval[i+2] & 0xff) << 16); rtval[i] = j & 0xff; rtval[i+1] = (j >> 8) & 0xff; rtval[i+2] = (j >> 16) & 0xff; } return(j); } /*)Function Addr_T adw_lo(v, i) * * int v value to add to byte * int i rtval[] index * * The function adw_lo() adds the value of v to the * double byte value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * The MSB rtval[] is zeroed. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The MSB of the word value is cleared to reflect * the fact that the LSB is the selected byte. * */ Addr_T adw_lo(Addr_T v, int i) { register Addr_T j; j = adw_w(v, i); /* * Clear Hi byte */ if (hilo) { rtval[i] = 0; } else { rtval[i+1] = 0; } return (j); } /*)Function Addr_T adw_hi(v, i) * * int v value to add to byte * int i rtval[] index * * The function adw_hi() adds the value of v to the * double byte value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * The MSB and LSB values are interchanged. * The MSB rtval[] is zeroed. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The MSB and LSB values are interchanged and * then the MSB cleared. * */ Addr_T adw_hi(Addr_T v, int i) { register Addr_T j; j = adw_w(v, i); /* * LSB = MSB, Clear MSB */ if (hilo) { rtval[i+1] = rtval[i]; rtval[i] = 0; } else { rtval[i] = rtval[i+1]; rtval[i+1] = 0; } return (j); } /*)Function VOID relerr(str) * * char *str error string * * The function relerr() outputs the error string to * stderr and to the map file (if it is open). * * local variable: * none * * global variables: * FILE *mfp handle for the map file * * called functions: * VOID errdmp() lkrloc.c * * side effects: * Error message inserted into map file. * */ VOID relerr(char *str) { errdmp(stderr, str); if (mfp) errdmp(mfp, str); } /*)Function VOID errdmp(fptr, str) * * FILE *fptr output file handle * char *str error string * * The function errdmp() outputs the error string str * to the device specified by fptr. Additional information * is output about the definition and referencing of * the symbol / area error. * * local variable: * int mode error mode * int aindex area index * int lkerr error flag * int rindex error index * sym **s pointer to array of symbol pointers * areax **a pointer to array of area pointers * areax *raxp error area extension pointer * * global variables: * sdp sdp base page structure * * called functions: * int fprintf() c_library * VOID prntval() lkrloc.c * * side effects: * Error reported. * */ VOID errdmp(FILE *fptr, char *str) { int mode, aindex, rindex; struct sym **s; struct areax **a; struct areax *raxp; a = hp->a_list; s = hp->s_list; mode = rerr.mode; aindex = rerr.aindex; rindex = rerr.rindex; /* * Print Error */ fprintf(fptr, "\n?ASlink-Warning-%s", str); lkerr++; /* * Print symbol if symbol based */ if (mode & R_SYM) { fprintf(fptr, " for symbol %s\n", &s[rindex]->s_id[0]); } else { fprintf(fptr, "\n"); } /* * Print Ref Info */ fprintf(fptr, " file module area offset\n"); fprintf(fptr, " Refby %-8.8s %-8.8s %-8.8s ", hp->h_lfile->f_idp, &hp->m_id[0], &a[aindex]->a_bap->a_id[0]); prntval(fptr, rerr.rtbase); /* * Print Def Info */ if (mode & R_SYM) { raxp = s[rindex]->s_axp; } else { raxp = a[rindex]; } fprintf(fptr, " Defin %-8.8s %-8.8s %-8.8s ", raxp->a_bhp->h_lfile->f_idp, &raxp->a_bhp->m_id[0], &raxp->a_bap->a_id[0]); if (mode & R_SYM) { prntval(fptr, s[rindex]->s_addr); } else { prntval(fptr, rerr.rval); } } /*)Function VOID prntval(fptr, v) * * FILE *fptr output file handle * Addr_T v value to output * * The function prntval() outputs the value v, in the * currently selected radix, to the device specified * by fptr. * * local variable: * none * * global variables: * int xflag current radix * * called functions: * int fprintf() c_library * * side effects: * none * */ VOID prntval(FILE *fptr, Addr_T v) { if (xflag == 0) { fprintf(fptr, "%04X\n", v); } else if (xflag == 1) { fprintf(fptr, "%06o\n", v); } else if (xflag == 2) { fprintf(fptr, "%05u\n", v); } } /*)Function VOID relerp(str) * * char *str error string * * The function relerp() outputs the paging error string to * stderr and to the map file (if it is open). * * local variable: * none * * global variables: * FILE *mfp handle for the map file * * called functions: * VOID erpdmp() lkrloc.c * * side effects: * Error message inserted into map file. * */ VOID relerp(char *str) { erpdmp(stderr, str); if (mfp) erpdmp(mfp, str); } /*)Function VOID erpdmp(fptr, str) * * FILE *fptr output file handle * char *str error string * * The function erpdmp() outputs the error string str * to the device specified by fptr. * * local variable: * head *thp pointer to head structure * * global variables: * int lkerr error flag * sdp sdp base page structure * * called functions: * int fprintf() c_library * VOID prntval() lkrloc.c * * side effects: * Error reported. * */ VOID erpdmp(FILE *fptr, char *str) { register struct head *thp; thp = sdp.s_areax->a_bhp; /* * Print Error */ fprintf(fptr, "\n?ASlink-Warning-%s\n", str); lkerr++; /* * Print PgDef Info */ fprintf(fptr, " file module pgarea pgoffset\n"); fprintf(fptr, " PgDef %-8.8s %-8.8s %-8.8s ", thp->h_lfile->f_idp, &thp->m_id[0], &sdp.s_area->a_id[0]); prntval(fptr, sdp.s_area->a_addr + sdp.s_addr); } sdcc-2.9.0/as/link/hc08/lks19.c000066400000000000000000000117541116427777700157020ustar00rootroot00000000000000/* lks19.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "aslink.h" /*)Module lks19.c * * The module lks19.c contains the function to * output the relocated object code in the * Motorola S19 format. * * lks19.c contains the following function: * VOID s19(i) * * lks19.c contains no local variables. */ /*)S19 Format * Record Type Field - This field signifies the start of a * record and identifies the the record * type as follows: * * Ascii S1 - Data Record * Ascii S9 - End of File Record * * Record Length Field - This field specifies the record length * which includes the address, data, and * checksum fields. The 8 bit record * length value is converted to two ascii * characters, high digit first. * * Load Address Field - This field consists of the four ascii * characters which result from converting * the the binary value of the address in * which to begin loading this record. The * order is as follows: * * High digit of high byte of address. * Low digit of high byte of address. * High digit of low byte of address. * Low digit of low byte of address. * * In an End of File record this field con- * sists of either four ascii zeros or the * program entry address. Currently the * entry address option is not supported. * * Data Field - This field consists of the actual data, * converted to two ascii characters, high * digit first. There are no data bytes in * the End of File record. * * Checksum Field - The checksum field is the 8 bit binary * sum of the record length field, the load * address field, and the data field. This * sum is then complemented (1's comple- * ment) and converted to two ascii * characters, high digit first. */ /*)Function s19(i) * * int i 0 - process data * 1 - end of data * * The function s19() outputs the relocated data * in the standard Motorola S19 format. * * local variables: * Addr_T chksum byte checksum * * global variables: * int hilo byte order * FILE * ofp output file handle * int rtcnt count of data words * int rtflg[] output the data flag * Addr_T rtval[] relocated data * * functions called: * int fprintf() c_library * * side effects: * The data is output to the file defined by ofp. */ VOID s19(i) { register Addr_T chksum; if (i) { if (ap->a_flag & A_NOLOAD) return; if (hilo == 0) { chksum = rtval[0]; rtval[0] = rtval[1]; rtval[1] = chksum; } for (i = 0, chksum = 1; i < rtcnt; i++) { if (rtflg[i]) chksum++; } fprintf(ofp, "S1%02X", chksum); for (i = 0; i < rtcnt ; i++) { if (rtflg[i]) { fprintf(ofp, "%02X", rtval[i]); chksum += rtval[i]; } } fprintf(ofp, "%02X\n", (0-chksum-1) & 0xff); } else { fprintf(ofp, "S9030000FC\n"); } } sdcc-2.9.0/as/link/lkaomf51.c000066400000000000000000001203571116427777700156140ustar00rootroot00000000000000/* lkaomf51.c - Create an absolute object memory format 51 file Copyright (C) 2002 Jesus Calvino-Fraga, jesusc at ieee dot org This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include #include #include "aslink.h" #define EQ(A,B) !strcmp((A),(B)) #define MEMSIZE 0x10000 //#define DODUMP 1 typedef struct { char PathName[PATH_MAX]; char ModuleName[PATH_MAX]; } _infn; int numin=0; _infn * infn=NULL; char ihxFileName[PATH_MAX]; char aomf51FileName[PATH_MAX]; typedef struct { char name[0x100]; int FileNameNumber; int Procedure;//If the symbol belongs to a function int Static; //If the symbol is only public on its file int Address; int UsageType; } _symbol; int numsym=0; _symbol * symbol=NULL; typedef struct { char name[0x100]; int FileNameNumber; int BeginAdd; int EndAdd; } _procedure; int numproc=0; _procedure * procedure=NULL; typedef struct { int Number; int Address; int Procedure; int FileNameNumber; } _linenum; int numlinenum=0; _linenum * linenum=NULL; #if 0 typedef struct { char * name; int usage; } _UsageType; _UsageType UsageType[]= { {"CSEG", 0}, {"GSINIT", 0}, {"GSINIT0", 0}, {"GSINIT1", 0}, {"GSINIT2", 0}, {"GSINIT3", 0}, {"GSINIT4", 0}, {"GSINIT5", 0}, {"GSFINAL", 0}, {"HOME", 0}, {"XINIT", 0}, {"XSEG", 1}, {"XISEG", 1}, {"REG_BANK_0", 2}, {"REG_BANK_1", 2}, {"REG_BANK_2", 2}, {"REG_BANK_3", 2}, {"DSEG", 2}, {"OSEG", 2}, {"SSEG", 2}, {"ISEG", 3}, {"BSEG", 4}, {"", 5} /*A typeless number?*/ }; #endif char * UsageTypeName[]={"CODE", "XDATA", "DATA", "IDATA", "BIT", "NUMBER"}; int AddNumber; unsigned char * ihxBuff=NULL; FILE * aomf51out; int GlobalChkSum=0; int HexSize, HexBegin=0x10000; void GetName(char * filepath, char * name) { int j, k; for(j=strlen(filepath); j>0; j--) if( (filepath[j-1]=='/')||(filepath[j-1]=='\\') ) break; for(k=0; (filepath[j]!=0)&&(filepath[j]!='.'); j++, k++) name[k]=filepath[j]; name[k]=0; } void SaveLinkedFilePath(char * filepath) { int j; if((dflag) && (!rflag)) { infn=realloc(infn, sizeof(_infn)*(numin+1)); strcpy(infn[numin].PathName, filepath); j=strlen(infn[numin].PathName); /*If there is an extension remove it*/ if(j>=4) { if(EQ(&infn[numin].PathName[j-4], ".rel")) { infn[numin].PathName[j-4]=0; } } /*Get the module name=filename, no drive, no dir, no ext*/ GetName(infn[numin].PathName, infn[numin].ModuleName); //printf("%s, %s\n", infn[numin].PathName, infn[numin].ModuleName); /*Check if this filename is already in*/ for(j=0; j=0)?procedure[symbol[j].Procedure].name:"GLOBAL", symbol[j].Address, k<6?UsageTypeName[k]:"???"); } fprintf(DumpFile,"\nPROCEDURES:\n"); for(j=0; j %s\n", linenum[j].Number, linenum[j].Address, infn[linenum[j].FileNameNumber].PathName, (linenum[j].Procedure>=0)?procedure[linenum[j].Procedure].name:"I don't know"); } fclose(DumpFile); } #endif void OutputAOEMF51(void) { int i, j, k, recsize; char MHRname[0x100], Mname[0x100]; strcpy(aomf51FileName, infn[0].PathName); aomf51out=fopen(aomf51FileName, "wb"); if(aomf51out==NULL) { printf("Couldn't create file %s\n", aomf51FileName); return; } GetName(infn[0].PathName, MHRname); GlobalChkSum=0; /*Module header record*/ OutputByte(0x02);/*REC TYPE*/ OutputWord((strlen(MHRname)+1)+3);/*Record Length*/ OutputName(MHRname);/*Module Name*/ OutputByte(0xff);/*TRN ID: RL51?*/ OutputByte(0x00); OutputChkSum(); for(j=0; j2) /*If there are any symbols*/ { OutputByte(0x12); /*REC TYPE*/ OutputWord(recsize);/*Record Length*/ OutputByte(0x01); /*DEF TYPE: Public symbols*/ for(k=0; k2) /*If there are any symbols*/ { OutputByte(0x12); /*REC TYPE*/ OutputWord(recsize);/*Record Length*/ OutputByte(0x00); /*DEF TYPE: Local symbols*/ for(k=0; k2) /*If there are any symbols*/ { OutputByte(0x12); /*REC TYPE*/ OutputWord(recsize);/*Record Length*/ OutputByte(0x00); /*DEF TYPE: Local symbols*/ for(i=0; i2) /*If there are any line numbers*/ { OutputByte(0x12); /*REC TYPE*/ OutputWord(recsize);/*Record Length*/ OutputByte(0x03); /*DEF TYPE: Line numbers*/ for(i=0; i|L}$$$(),

,," char Sfmt[]="%[^$] %c %[^$] %c %[^$] %c %s"; char c; char scope[0x100]; char name[0x100]; char level[0x100]; char block[0x100]; char Bfmt[]="%[^)] %c %c %c %c %d %c %d"; char TypeInfo[0x100]; char AddressSpace; int OnStack; int StackOffset; int Address, CLine; if(numin==0) return; if (dfp != NULL) { fclose(dfp); dfp=NULL; } /*Build the source filename*/ strcpy(SourceName, infn[0].PathName); strcat(SourceName, ".cdb"); CDBin=fopen(SourceName, "r"); if(CDBin==NULL) { printf("Couldn't open file '%s'\n", SourceName); lkexit(1); } CurrentModule=0; /*Set the active module as the first one*/ while(!feof(CDBin)) { fgets(buff, sizeof(buff)-1, CDBin); if(!feof(CDBin)) switch(buff[0]) { /*Example: "M:adq"*/ case 'M': sscanf(&buff[2], "%s", name); for(j=0; j(),
,,*/ sscanf(block, Bfmt, TypeInfo, &c, &c, &AddressSpace, &c, &OnStack, &c, &StackOffset); i=-1; k=-1; switch(scope[2]) { case 'G': /*Global symbol*/ break; case 'L': /*Local symbol of a procedure*/ for(j=0; j=procedure[k].BeginAdd) && (linenum[j].Address<=procedure[k].EndAdd) && (linenum[j].FileNameNumber==procedure[k].FileNameNumber) ) { linenum[j].Procedure=k; } } } fclose(CDBin); } int hex2dec (unsigned char hex_digit) { if (isdigit (hex_digit)) return hex_digit-'0'; else return toupper (hex_digit)-'A'+10; } unsigned char GetByte(char * buffer) { return hex2dec(buffer[0])*0x10+hex2dec(buffer[1]); } unsigned short GetWord(char * buffer) { return hex2dec(buffer[0])*0x1000+ hex2dec(buffer[1])*0x100+ hex2dec(buffer[2])*0x10+ hex2dec(buffer[3]); } int ReadHexFile(int * Begin) { char buffer[1024]; FILE * filein; int j; unsigned char linesize, recordtype, rchksum, value; unsigned short address; int MaxAddress=0; int chksum; /*If the hexfile is already open, close it*/ if(ofp!=NULL) { fclose(ofp); ofp=NULL; } strcpy(ihxFileName, infn[0].PathName); strcat(ihxFileName, ".ihx"); if ( (filein=fopen(ihxFileName, "r")) == NULL ) { printf("Error: Can't open file `%s`.\r\n", ihxFileName); return 0; } ihxBuff=calloc(MEMSIZE, sizeof(unsigned char)); if(ihxBuff==NULL) { printf("Insufficient memory\n"); fclose(filein); return -1; } for(j=0; j. */ /* * With contributions for the * object libraries from * Ken Hornstein * kenh@cmf.nrl.navy.mil * */ /* * Extensions: P. Felber */ #include #include #include #include #include "aslink.h" #include "lklibr.h" #include "lkrel.h" #include "lkar.h" #ifndef max # define max(a,b) ((a) > (b) ? (a) : (b)) #endif #ifndef min # define min(a,b) ((a) < (b) ? (a) : (b)) #endif static int is_ar (FILE * libfp) { char buf[SARMAG]; int ret; if (!(ret = fread (buf, 1, sizeof (buf), libfp) == sizeof (buf) && memcmp (buf, ARMAG, SARMAG) == 0)) rewind (libfp); return ret; } static char *sym_tab; static int sym_tab_size; char * get_member_name (char *name, size_t *p_size, int allocate, FILE * libfp) { *p_size = 0; if (0 == memcmp (name, "#1/", 3)) { char *p; size_t len = strtoul (&name [3], &p, 10); if (p > &name [3]) { /* BSD appends real file name to the file header */ if (p_size != NULL) *p_size = len; if (allocate) { char *n = (char *) malloc (len); if (fread (n, 1, len, libfp) != len) { /* not an ar archive or broken ar archive */ return NULL; } else return n; } else { /* just advance the file pointer */ fseek (libfp, len, SEEK_CUR); return NULL; } } else { /* not an ar archive or broken ar archive */ return NULL; } } else if (allocate) { if (name[0] == '/') { if (NULL != sym_tab) { char *p; int name_offset = strtol (++name, &p, 0); if (p != name && name_offset < sym_tab_size) { int len = p - name + 1; while (len < AR_NAME_LEN && name[len++] == ' ') ; if (len == AR_NAME_LEN) { char *n; /* long name: get it from the symbol table */ name = &sym_tab[name_offset]; for (p = name; *p != '/' && *p != '\n'; ++p) assert (p < &sym_tab[sym_tab_size]); if (p[0] != '/' || p[1] != '\n') while (*++p != '\n') assert (p < &sym_tab[sym_tab_size]); n = (char *) malloc (p - name + 1); memcpy (n, name, p - name); n[p - name] = '\0'; return n; } } } } else { char *p = strrchr (name, '/'); if (NULL != p) { int len = p - name; while (name[++len] == ' ') ; if (len == AR_NAME_LEN) { char *n = (char *) malloc (p - name + 1); memcpy (n, name, p - name); n[p - name] = '\0'; return n; } } else { /* BSD formed member name: trim trailing spaces */ char *n; p = name + AR_NAME_LEN; while (*--p == ' ' && p >= name) ; ++p; n = (char *) malloc (p - name + 1); memcpy (n, name, p - name); n[p - name] = '\0'; return n; } } /* bad formed member name: just return it */ return strdup (name); } else return NULL; } size_t ar_get_header (struct ar_hdr *hdr, FILE * libfp, char **p_obj_name) { char header[ARHDR_LEN]; char buf[AR_DATE_LEN + 1]; char *obj_name; size_t size; if (fread (header, 1, sizeof (header), libfp) != sizeof (header) || memcmp (header + AR_FMAG_OFFSET, ARFMAG, AR_FMAG_LEN) != 0) { /* not an ar archive */ return 0; } memcpy (hdr->ar_name, &header[AR_NAME_OFFSET], AR_NAME_LEN); hdr->ar_name[AR_NAME_LEN] = '\0'; memcpy (buf, &header[AR_DATE_OFFSET], AR_DATE_LEN); buf[AR_DATE_LEN] = '\0'; hdr->ar_date = strtol (buf, NULL, 0); memcpy (buf, &header[AR_UID_OFFSET], AR_GID_LEN); buf[AR_GID_LEN] = '\0'; hdr->ar_uid = (uid_t) strtol (buf, NULL, 0); memcpy (buf, &header[AR_GID_OFFSET], AR_DATE_LEN); buf[AR_DATE_LEN] = '\0'; hdr->ar_gid = (gid_t) strtol (buf, NULL, 0); memcpy (buf, &header[AR_MODE_OFFSET], AR_MODE_LEN); buf[AR_MODE_LEN] = '\0'; hdr->ar_mode = (mode_t) strtoul (buf, NULL, 0); memcpy (buf, &header[AR_SIZE_OFFSET], AR_SIZE_LEN); buf[AR_SIZE_LEN] = '\0'; hdr->ar_size = strtol (buf, NULL, 0); obj_name = get_member_name (hdr->ar_name, &size, p_obj_name != NULL, libfp); if (p_obj_name != NULL) *p_obj_name = obj_name; /* treat BSD appended real file name as a part of the header */ hdr->ar_size -= size; return size + ARHDR_LEN; } #if INDEXLIB static char * get_member_name_by_offset (FILE * fp, long offset) { struct ar_hdr hdr; char *name; fseek (fp, offset, SEEK_SET); return (ar_get_header (&hdr, fp, &name) != 0) ? name : NULL; } static pmlibraryfile find_member_by_offset (const char *libspc, long offset) { pmlibraryfile p; /* walk trough all archive members */ for (p = libr; p; p = p->next) { if (0 == strcmp (libspc, p->libspc) && p->offset == offset) return p; } return NULL; } static pmlibraryfile buildlibraryindex_ar (struct lbname *lbnh, FILE * libfp, pmlibraryfile This, int type) { struct ar_hdr hdr; char *obj_name; size_t hdr_size; /* walk trough all archive members */ while ((hdr_size = ar_get_header (&hdr, libfp, &obj_name)) != 0) { if (AR_IS_SYMBOL_TABLE (obj_name)) { char *buf, *po, *ps; int i; long nsym; long pos; free (obj_name); buf = (char *) new (hdr.ar_size); if (fread (buf, 1, hdr.ar_size, libfp) != hdr.ar_size) { free (buf); return This; } pos = ftell (libfp); nsym = sgetl (buf); po = buf + 4; ps = po + nsym * 4; for (i = 0; i < nsym; ++i) { pmlibrarysymbol ThisSym; char *sym; long offset; pmlibraryfile entry; offset = sgetl (po); po += 4; sym = strdup (ps); ps += strlen (ps) + 1; if ((entry = find_member_by_offset (lbnh->libspc, offset)) != NULL) { for (ThisSym = entry->symbols; ThisSym->next != NULL; ThisSym = ThisSym->next) ; } else { /* Opened OK - create a new libraryfile object for it */ if (This == NULL) { assert (libr == NULL); libr = This = (pmlibraryfile) new (sizeof (mlibraryfile)); } else { This->next = (pmlibraryfile) new (sizeof (mlibraryfile)); This = This->next; } This->next = NULL; This->loaded = 0; This->libspc = lbnh->libspc; This->offset = offset; This->relfil = get_member_name_by_offset (libfp, offset); /* member name */ This->filspc = strdup (This->relfil); /* member file name */ This->type = type; /* start a new linked list of symbols for this module. */ This->symbols = ThisSym = NULL; } if (ThisSym == NULL) ThisSym = This->symbols = (pmlibrarysymbol) new (sizeof (mlibrarysymbol)); else { ThisSym->next = (pmlibrarysymbol) new (sizeof (mlibrarysymbol)); ThisSym = ThisSym->next; } ThisSym->next = NULL; ThisSym->name = sym; } free (buf); fseek (libfp, pos, SEEK_SET); break; } else if (AR_IS_BSD_SYMBOL_TABLE (obj_name)) { char *buf, *po, *ps; int i; long nsym, tablesize; long pos; free (obj_name); buf = (char *) new (hdr.ar_size); if (fread (buf, 1, hdr.ar_size, libfp) != hdr.ar_size) { free (buf); return This; } pos = ftell (libfp); tablesize = sgetl (buf); nsym = tablesize / 8; po = buf + 4; ps = po + tablesize + 4; for (i = 0; i < nsym; ++i) { pmlibrarysymbol ThisSym; char *sym; long offset; pmlibraryfile entry; sym = ps + sgetl (po); po += 4; offset = sgetl (po); po += 4; sym = strdup (ps); if ((entry = find_member_by_offset (lbnh->libspc, offset)) != NULL) { for (ThisSym = entry->symbols; ThisSym->next != NULL; ThisSym = ThisSym->next) ; } else { /* Opened OK - create a new libraryfile object for it */ if (This == NULL) { assert (libr == NULL); libr = This = (pmlibraryfile) new (sizeof (mlibraryfile)); } else { This->next = (pmlibraryfile) new (sizeof (mlibraryfile)); This = This->next; } This->next = NULL; This->loaded = 0; This->libspc = lbnh->libspc; This->offset = offset; This->relfil = get_member_name_by_offset (libfp, offset); /* member name */ This->filspc = strdup (This->relfil); /* member file name */ This->type = type; /* start a new linked list of symbols for this module. */ This->symbols = ThisSym = NULL; } if (ThisSym == NULL) ThisSym = This->symbols = (pmlibrarysymbol) new (sizeof (mlibrarysymbol)); else { ThisSym->next = (pmlibrarysymbol) new (sizeof (mlibrarysymbol)); ThisSym = ThisSym->next; } ThisSym->next = NULL; ThisSym->name = sym; } free (buf); fseek (libfp, pos, SEEK_SET); break; } else if (AR_IS_STRING_TABLE (obj_name)) { free (obj_name); if (sym_tab) free (sym_tab); sym_tab = (char *) new (hdr.ar_size); if (fread (sym_tab, 1, hdr.ar_size, libfp) != hdr.ar_size) { free (sym_tab); sym_tab_size = 0; return This; } sym_tab_size = hdr.ar_size; } else { long moduleOffset = ftell (libfp); free (obj_name); /* Opened OK - create a new libraryfile object for it */ if (This == NULL) { assert (libr == NULL); libr = This = (pmlibraryfile) new (sizeof (mlibraryfile)); } else { This->next = (pmlibraryfile) new (sizeof (mlibraryfile)); This = This->next; } This->next = NULL; This->loaded = -1; This->libspc = lbnh->libspc; This->offset = moduleOffset - hdr_size; This->relfil = obj_name; /* member name */ This->filspc = strdup (This->relfil); /* member file name */ D (" Indexing module: %s\n", This->relfil); This->type = type; /* start a new linked list of symbols for this module. */ This->symbols = NULL; add_rel_index (libfp, hdr.ar_size, This); fseek (libfp, moduleOffset + hdr.ar_size + (hdr.ar_size & 1), SEEK_SET); } } if (NULL != sym_tab) { free (sym_tab); sym_tab = NULL; sym_tab_size = 0; } return This; } #else #if 0 static int load_adb (FILE * libfp, struct lbfile *lbfh) { struct ar_hdr hdr; char *adb_name; char *obj_name; size_t hdr_size; /* check if it is a .rel file */ if (0 != stricmp (&lbfh->relfil[strlen (lbfh->relfil) - 4], ".rel")) return 0; adb_name = (char *) new (strlen (lbfh->relfil) + 1); memcpy (adb_name, lbfh->relfil, strlen (lbfh->relfil) - 4); memcpy (&adb_name[strlen (lbfh->relfil) - 4], ".adb", 5); if (!is_ar (libfp)) { fprintf (stderr, "?ASlink-Error-%s is not an archive\n", lbfh->libspc); fclose (libfp); lkexit (1); } /* walk trough all archive members */ while ((hdr_size = ar_get_header (&hdr, libfp, &obj_name)) != 0) { if (AR_IS_STRING_TABLE (obj_name)) { free (obj_name); if (sym_tab) free (sym_tab); sym_tab = (char *) new (hdr.ar_size); if ((off_t) fread (sym_tab, 1, hdr.ar_size, libfp) != hdr.ar_size) { free (sym_tab); sym_tab_size = 0; return 0; } sym_tab_size = hdr.ar_size; } if (AR_IS_SYMBOL_TABLE (obj_name) || 0 != stricmp (obj_name, adb_name)) { free (obj_name); /* skip the mamber */ fseek (libfp, hdr.ar_size + (hdr.ar_size & 1), SEEK_CUR); } else { long left = hdr.ar_size; char buf[4096]; free (obj_name); while (left) { size_t n = min (left, sizeof buf); if (fread (buf, 1, n, libfp) != n) { assert (0); } fwrite (buf, 1, n, dfp); left -= n; } if (hdr.ar_size & 1) getc (libfp); free (adb_name); return 1; } } free (adb_name); return 0; } #endif static int fndsym_ar (const char *name, struct lbname *lbnh, FILE * libfp, int type) { struct ar_hdr hdr; int ret = 0; size_t hdr_size; char *obj_name; /* walk trough all archive members */ while ((hdr_size = ar_get_header (&hdr, libfp, &obj_name)) != 0) { char filspc[PATH_MAX]; if (lbnh->path != NULL) { strcpy (filspc, lbnh->path); #ifdef OTHERSYSTEM if (*filspc != '\0' && (filspc[strlen (filspc) - 1] != '/') && (filspc[strlen (filspc) - 1] != LKDIRSEP)) { strcat (filspc, LKDIRSEPSTR); } #endif } if (AR_IS_SYMBOL_TABLE (obj_name)) { char *buf, *po, *ps; int i; long nsym; free (obj_name); buf = (char *) new (hdr.ar_size); if (fread (buf, 1, hdr.ar_size, libfp) != hdr.ar_size) { free (buf); return 0; } nsym = sgetl (buf); po = buf + 4; ps = po + nsym * 4; for (i = 0; i < nsym; ++i) { char *sym; long offset; offset = sgetl (po); po += 4; sym = ps; while (*ps++ != '\0') ; if (0 == strcmp (name, sym)) { fseek (libfp, offset, SEEK_SET); if (ar_get_header (&hdr, libfp, NULL)) { sprintf (&filspc[strlen (filspc)], "%s", hdr.ar_name); /* If this module has been loaded already don't load it again. */ if (!is_module_loaded (filspc)) { struct lbfile *lbfh, *lbf; lbfh = (struct lbfile *) new (sizeof (struct lbfile)); lbfh->libspc = strdup (lbnh->libspc); lbfh->relfil = strdup (hdr.ar_name); lbfh->filspc = strdup (filspc); lbfh->offset = offset; lbfh->type = type; if (lbfhead == NULL) { lbfhead = lbfh; } else { for (lbf = lbfhead; lbf->next != NULL; lbf = lbf->next) ; lbf->next = lbfh; } D ("Loading module %s from file %s.\n", hdr.ar_name, lbfh->libspc); load_rel (libfp, hdr.ar_size); ///* if cdb information required & .adb file present */ //if (dflag && dfp) // { // if (load_adb(FILE *libfp, struct lbfile *lbfh)) // SaveLinkedFilePath (filspc); // } ret = 1; break; } } else { fprintf (stderr, "?ASlink-Error-Bad offset in library file %s(%s)\n", lbnh->libspc, name); fclose (libfp); lkexit (1); } } } free (buf); break; } else if (AR_IS_BSD_SYMBOL_TABLE (obj_name)) { char *buf, *po, *ps; int i; long nsym, tablesize; free (obj_name); buf = (char *) new (hdr.ar_size); if (fread (buf, 1, hdr.ar_size, libfp) != hdr.ar_size) { free (buf); return 0; } tablesize = sgetl (buf); nsym = tablesize / 8; po = buf + 4; ps = po + tablesize + 4; for (i = 0; i < nsym; ++i) { char *sym; long offset; sym = ps + sgetl (po); po += 4; offset = sgetl (po); po += 4; if (0 == strcmp (name, sym)) { fseek (libfp, offset, SEEK_SET); if (ar_get_header (&hdr, libfp, NULL)) { sprintf (&filspc[strlen (filspc)], "%s", hdr.ar_name); /* If this module has been loaded already don't load it again. */ if (!is_module_loaded (filspc)) { struct lbfile *lbfh, *lbf; lbfh = (struct lbfile *) new (sizeof (struct lbfile)); lbfh->libspc = strdup (lbnh->libspc); lbfh->relfil = strdup (hdr.ar_name); lbfh->filspc = strdup (filspc); lbfh->offset = offset; lbfh->type = type; if (lbfhead == NULL) { lbfhead = lbfh; } else { for (lbf = lbfhead; lbf->next != NULL; lbf = lbf->next) ; lbf->next = lbfh; } D ("Loading module %s from file %s.\n", hdr.ar_name, lbfh->libspc); load_rel (libfp, hdr.ar_size); ///* if cdb information required & .adb file present */ //if (dflag && dfp) // { // if (load_adb(FILE *libfp, struct lbfile *lbfh)) // SaveLinkedFilePath (filspc); // } ret = 1; break; } } else { fprintf (stderr, "?ASlink-Error-Bad offset in library file %s(%s)\n", lbnh->libspc, name); fclose (libfp); lkexit (1); } } } free (buf); break; } else if (AR_IS_STRING_TABLE (obj_name)) { free (obj_name); if (sym_tab) free (sym_tab); sym_tab = (char *) new (hdr.ar_size); if (fread (sym_tab, 1, hdr.ar_size, libfp) != hdr.ar_size) { free (sym_tab); sym_tab = NULL; sym_tab_size = 0; return 0; } sym_tab_size = hdr.ar_size; } else { long moduleOffset = ftell (libfp); free (obj_name); D (" Module: %s\n", hdr.ar_name); sprintf (&filspc[strlen (filspc)], "%s", hdr.ar_name); /* Opened OK - create a new libraryfile object for it */ ret = add_rel_file (name, lbnh, hdr.ar_name, filspc, moduleOffset - hdr_size, libfp, hdr.ar_size, type); ///* if cdb information required & .adb file present */ //if (dflag && dfp) // { // if (load_adb(FILE *libfp, struct lbfile *lbfh)) // SaveLinkedFilePath (filspc); // } if (ret) break; fseek (libfp, moduleOffset + hdr.ar_size + (hdr.ar_size & 1), SEEK_SET); } } if (NULL != sym_tab) { free (sym_tab); sym_tab = NULL; sym_tab_size = 0; } return ret; } #endif static void loadfile_ar (struct lbfile *lbfh) { FILE *fp; #ifdef __CYGWIN__ char posix_path[PATH_MAX]; void cygwin_conv_to_full_posix_path (char *win_path, char *posix_path); cygwin_conv_to_full_posix_path (lbfh->libspc, posix_path); fp = fopen (posix_path, "rb"); #else fp = fopen (lbfh->libspc, "rb"); #endif if (fp != NULL) { struct ar_hdr hdr; fseek (fp, lbfh->offset, SEEK_SET); if (ar_get_header (&hdr, fp, NULL) != 0) { D ("Loading module %s from file %s.\n", hdr.ar_name, lbfh->libspc); load_rel (fp, hdr.ar_size); fclose (fp); } else { fprintf (stderr, "?ASlink-Error-Bad offset in library file %s(%s)\n", lbfh->libspc, lbfh->relfil); fclose (fp); lkexit (1); } } else { fprintf (stderr, "?ASlink-Error-Opening library '%s'\n", lbfh->libspc); lkexit (1); } } struct aslib_target aslib_target_ar = { &is_ar, #ifdef INDEXLIB &buildlibraryindex_ar, #else &fndsym_ar, #endif &loadfile_ar, }; sdcc-2.9.0/as/link/lkar.h000066400000000000000000000055461116427777700151350ustar00rootroot00000000000000/* lkar.h - ar library format handling Copyright (C) 2008-2009 Borut Razem, borut dot razem at siol dot net This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #ifndef __LKAR_H #define __LKAR_H #include #include #ifdef _WIN32 typedef unsigned short mode_t; typedef short uid_t; typedef short gid_t; typedef _off_t off_t; #endif #define sgetl(buf) (((((((unsigned char)(buf)[0] << 8) + (unsigned char)(buf)[1]) << 8) + (unsigned char)(buf)[2]) << 8) + (unsigned char)(buf)[3]) #define sputl(value, buf) ((buf)[0] = (value) >> 24, (buf)[1] = (value) >> 16, (buf)[2] = (value) >> 8, (buf)[3] = (value)) #define ARMAG "!\n" /* magic string */ #define SARMAG (sizeof (ARMAG) - 1) /* length of magic string */ #define ARFMAG "`\n" /* header trailer string */ #define AR_NAME_OFFSET 0 #define AR_NAME_LEN 16 #define AR_DATE_OFFSET 16 #define AR_DATE_LEN 12 #define AR_UID_OFFSET 28 #define AR_UID_LEN 6 #define AR_GID_OFFSET 34 #define AR_GID_LEN 6 #define AR_MODE_OFFSET 40 #define AR_MODE_LEN 8 #define AR_SIZE_OFFSET 48 #define AR_SIZE_LEN 10 #define AR_FMAG_OFFSET 58 #define AR_FMAG_LEN (sizeof (ARFMAG) - 1) #define ARHDR_LEN (AR_NAME_LEN + AR_DATE_LEN + AR_UID_LEN + AR_GID_LEN + AR_MODE_LEN + AR_SIZE_LEN + AR_FMAG_LEN) #define AR_SYMBOL_TABLE_NAME "/ " #define AR_STRING_TABLE_NAME "// " #define AR_BSD_SYMBOL_TABLE_NAME "__.SYMDEF " #define AR_BSD_SORTED_SYMBOL_TABLE_NAME "__.SYMDEF SORTED" #define AR_IS_SYMBOL_TABLE(name) (0 == strcmp((name), AR_SYMBOL_TABLE_NAME)) #define AR_IS_STRING_TABLE(name) (0 == strcmp((name), AR_STRING_TABLE_NAME)) #define AR_IS_BSD_SYMBOL_TABLE(name) (0 == strcmp((name), AR_BSD_SYMBOL_TABLE_NAME) || 0 == strcmp((name), AR_BSD_SORTED_SYMBOL_TABLE_NAME)) struct ar_hdr /* archive member header */ { char ar_name[AR_NAME_LEN + 1]; /* archive member name */ time_t ar_date; /* archive member date */ uid_t ar_uid; /* archive member user identification */ gid_t ar_gid; /* archive member group identification */ mode_t ar_mode; /* archive member mode (octal) */ size_t ar_size; /* archive member size */ }; #endif /* __LKAR_H */ sdcc-2.9.0/as/link/lkdata.c000066400000000000000000000513341116427777700154330ustar00rootroot00000000000000/* lkdata.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 JLH: * - change s_id from [NCPS] to pointer (comment) * 31-Oct-97 JLH: * - add jflag and jfp for NoICE output */ #include #include #include "aslink.h" /*)Module lkdata.c * * The module lkdata contains the global variables * and structures used in the linker aslink. */ /* * Definitions for all Global Variables */ char *_abs_ = { ". .ABS." }; int lkerr; /* Linker error flag */ char *ip; /* Pointer into the REL file text line in ib[] */ char ib[NINPUT]; /* REL file text line */ char *rp; /* pointer into the LST file * text line in rb[] */ char rb[NINPUT]; /* LST file text line being * address relocated */ char sdccopt[NINPUT]=""; char sdccopt_module[NINPUT]=""; char curr_module[NINPUT]=""; int dflag; /* Debug information output flag */ int oflag; /* Output file type flag */ int mflag; /* Map output flag */ int sflag; /* JCF: Memory usage output flag */ int packflag=0; /* JCF: Pack internal memory flag */ int stacksize=0; /* JCF: Stack size */ int aflag; /* Overlapping area warning flag */ int jflag; /* NoICE output flag */ int symflag; /* no$gmb .sym output flag */ int xflag; /* Map file radix type flag */ int pflag; /* print linker command file flag */ int uflag; /* Listing relocation flag */ int rflag; /* Extended linear address record flag. */ int radix; /* current number conversion radix: * 2 (binary), 8 (octal), 10 (decimal), * 16 (hexadecimal) */ int line; /* current line number */ int page; /* current page number */ int lop; /* current line number on page */ int pass; /* linker pass number */ int rtcnt; /* count of elements in the * rtval[] and rtflg[] arrays */ Addr_T rtval[NTXT]; /* data associated with relocation */ int rtflg[NTXT]; /* indicates if rtval[] value is * to be sent to the output file. * (always set in this linker) */ int hilo; /* REL file byte ordering */ int gline; /* LST file relocation active * for current line */ int gcntr; /* LST file relocation active * counter */ Addr_T iram_size; /* internal ram size */ long xram_size=-1; /* external ram size */ long code_size=-1; /* code size */ /* * The structure lfile contains a pointer to a * file specification string, the file type, and * a link to the next lfile structure. * * struct lfile * { * struct lfile *f_flp; lfile link * int f_type; File type * char *f_idp; Pointer to file spec * }; */ struct lfile *filep; /* The pointers (lfile *) filep, * (lfile *) cfp, and (FILE *) sfp * are used in conjunction with * the routine lk_getline() to read * asmlnk commands from * (1) the standard input or * (2) or a command file * and to read the REL files * sequentially as defined by the * asmlnk input commands. * * The pointer *filep points to the * beginning of a linked list of * lfile structures. */ struct lfile *cfp; /* The pointer *cfp points to the * current lfile structure */ struct lfile *startp;/* asmlnk startup file structure */ struct lfile *linkp; /* pointer to first lfile structure * containing an input REL file * specification */ struct lfile *lfp; /* pointer to current lfile structure * being processed by parse() */ FILE *ofp; /* Output file handle * for word formats */ FILE *mfp; /* Map output file handle */ FILE *jfp; /* NoICE output file handle */ FILE *rfp; /* File handle for output * address relocated ASxxxx * listing file */ FILE *sfp; /* The file handle sfp points to the * currently open file */ FILE *tfp; /* File handle for input * ASxxxx listing file */ FILE *dfp = NULL ; /* * File handle for debug * information output file */ /* * The structures of head, area, areax, and sym are created * as the REL files are read during the first pass of the * linker. The struct head is created upon encountering a * H directive in the REL file. The structure contains a * link to a link file structure (struct lfile) which describes * the file containing the H directive, the number of data/code * areas contained in this header segment, the number of * symbols referenced/defined in this header segment, a pointer * to an array of pointers to areax structures (struct areax) * created as each A directive is read, and a pointer to an * array of pointers to symbol structures (struct sym) for * all referenced/defined symbols. As H directives are read * from the REL files a linked list of head structures is * created by placing a link to the new head structure * in the previous head structure. * * struct head * { * struct head *h_hp; Header link * struct lfile *h_lfile; Associated file * int h_narea; # of areas * struct areax **a_list; Area list * int h_nglob; # of global symbols * struct sym **s_list; Global symbol list * char m_id[NCPS]; Module name * }; */ struct head *headp; /* The pointer to the first * head structure of a linked list */ struct head *hp; /* Pointer to the current * head structure */ /* * A structure area is created for each 'unique' data/code * area definition found as the REL files are read. The * struct area contains the name of the area, a flag byte * which contains the area attributes (REL/CON/OVR/ABS), * an area subtype (not used in this assembler), and the * area base address and total size which will be filled * in at the end of the first pass through the REL files. * As A directives are read from the REL files a linked * list of unique area structures is created by placing a * link to the new area structure in the previous area structure. * * struct area * { * struct area *a_ap; Area link * struct areax *a_axp; Area extension link * Addr_T a_addr; Beginning address of area * Addr_T a_size; Total size of the area * char a_type; Area subtype * char a_flag; Flag byte * char a_id[NCPS]; Name * }; */ struct area *areap; /* The pointer to the first * area structure of a linked list */ struct area *ap; /* Pointer to the current * area structure */ /* * An areax structure is created for every A directive found * while reading the REL files. The struct areax contains a * link to the 'unique' area structure referenced by the A * directive and to the head structure this area segment is * a part of. The size of this area segment as read from the * A directive is placed in the areax structure. The beginning * address of this segment will be filled in at the end of the * first pass through the REL files. As A directives are read * from the REL files a linked list of areax structures is * created for each unique area. The final areax linked * list has at its head the 'unique' area structure linked * to the linked areax structures (one areax structure for * each A directive for this area). * * struct areax * { * struct areax *a_axp; Area extension link * struct area *a_bap; Base area link * struct head *a_bhp; Base header link * Addr_T a_addr; Beginning address of section * Addr_T a_size; Size of the area in section * }; */ struct areax *axp; /* Pointer to the current * areax structure */ /* * A sym structure is created for every unique symbol * referenced/defined while reading the REL files. The * struct sym contains the symbol's name, a flag value * (not used in this linker), a symbol type denoting * referenced/defined, and an address which is loaded * with the relative address within the area in which * the symbol was defined. The sym structure also * contains a link to the area where the symbol was defined. * The sym structures are linked into linked lists using * the symbol link element. * * struct sym * { * struct sym *s_sp; Symbol link * struct areax *s_axp; Symbol area link * char s_type; Symbol subtype * char s_flag; Flag byte * Addr_T s_addr; Address * char *s_id; Name (JLH) * }; */ struct sym *symhash[NHASH]; /* array of pointers to NHASH * linked symbol lists */ /* * The struct base contains a pointer to a * base definition string and a link to the next * base structure. * * struct base * { * struct base *b_base; Base link * char *b_strp; String pointer * }; */ struct base *basep; /* The pointer to the first * base structure */ struct base *bsp; /* Pointer to the current * base structure */ /* * The struct globl contains a pointer to a * global definition string and a link to the next * global structure. * * struct globl * { * struct globl *g_globl; Global link * char *g_strp; String pointer * }; */ struct globl *globlp;/* The pointer to the first * globl structure */ struct globl *gsp; /* Pointer to the current * globl structure */ /* * A structure sdp is created for each 'unique' paged * area definition found as the REL files are read. * As P directives are read from the REL files a linked * list of unique sdp structures is created by placing a * link to the new sdp structure in the previous area structure. * * struct sdp * { * struct area *s_area; Paged Area link * struct areax *s_areax; Paged Area Extension Link * Addr_T s_addr; Page address offset * }; */ struct sdp sdp; /* Base Page Structure */ /* * The structure rerr is loaded with the information * required to report an error during the linking * process. The structure contains an index value * which selects the areax structure from the header * areax structure list, a mode value which selects * symbol or area relocation, the base address in the * area section, an area/symbol list index value, and * an area/symbol offset value. * * struct rerr * { * int aindex; Linking area * int mode; Relocation mode * Addr_T rtbase; Base address in section * int rindex; Area/Symbol reloaction index * Addr_T rval; Area/Symbol offset value * }; */ struct rerr rerr; /* Structure containing the * linker error information */ /* * The structure lbpath is created for each library * path specification input by the -k option. The * lbpath structures are linked into a list using * the next link element. * * struct lbpath { * struct lbpath *next; * char *path; * }; */ struct lbpath *lbphead; /* pointer to the first * library path structure */ /* * The structure lbname is created for all combinations of the * library path specifications (input by the -k option) and the * library file specifications (input by the -l option) that * lead to an existing file. The element path points to * the path string, element libfil points to the library * file string, and the element libspc is the concatenation * of the valid path and libfil strings. * * The lbpath structures are linked into a list * using the next link element. * * Each library file contains a list of object files * that are contained in the particular library. e.g.: * * \iolib\termio * \inilib\termio * * Only one specification per line is allowed. * * struct lbname { * struct lbname *next; * char *path; * char *libfil; * char *libspc; * }; */ struct lbname *lbnhead; /* pointer to the first * library name structure */ /* * The function fndsym() searches through all combinations of the * library path specifications (input by the -k option) and the * library file specifications (input by the -l option) that * lead to an existing file for a symbol definition. * * The structure lbfile is created for the first library * object file which contains the definition for the * specified undefined symbol. * * The element libspc points to the library file path specification * and element relfil points to the object file specification string. * The element filspc is the complete path/file specification for * the library file to be imported into the linker. The * file specicifation may be formed in one of two ways: * * (1) If the library file contained an absolute * path/file specification then this becomes filspc. * (i.e. C:\...) * * (2) If the library file contains a relative path/file * specification then the concatenation of the path * and this file specification becomes filspc. * (i.e. \...) * * The lbpath structures are linked into a list * using the next link element. * * struct lbfile { * struct lbfile *next; * char *libspc; * char *relfil; * char *filspc; * }; */ struct lbfile *lbfhead; /* pointer to the first * library file structure */ /* * array of character types, one per * ASCII character */ unsigned char ctype[128] = { /*NUL*/ ILL, ILL, ILL, ILL, ILL, ILL, ILL, ILL, /*BS*/ ILL, SPACE, ILL, ILL, SPACE, ILL, ILL, ILL, /*DLE*/ ILL, ILL, ILL, ILL, ILL, ILL, ILL, ILL, /*CAN*/ ILL, ILL, ILL, ILL, ILL, ILL, ILL, ILL, /*SPC*/ SPACE, ETC, ETC, ETC, LETTER, BINOP, BINOP, ETC, /*(*/ ETC, ETC, BINOP, BINOP, ETC, BINOP, LETTER, BINOP, /*0*/ DGT2, DGT2, DGT8, DGT8, DGT8, DGT8, DGT8, DGT8, /*8*/ DGT10, DGT10, ETC, ETC, BINOP, ETC, BINOP, ETC, /*@*/ ETC, LTR16, LTR16, LTR16, LTR16, LTR16, LTR16, LETTER, /*H*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*P*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*X*/ LETTER, LETTER, LETTER, BINOP, ETC, ETC, BINOP, LETTER, /*`*/ ETC, LTR16, LTR16, LTR16, LTR16, LTR16, LTR16, LETTER, /*h*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*p*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*x*/ LETTER, LETTER, LETTER, ETC, BINOP, ETC, ETC, ETC }; /* * an array of characters which * perform the case translation function */ #if CASE_SENSITIVE #else char ccase[128] = { /*NUL*/ '\000', '\001', '\002', '\003', '\004', '\005', '\006', '\007', /*BS*/ '\010', '\011', '\012', '\013', '\014', '\015', '\016', '\017', /*DLE*/ '\020', '\021', '\022', '\023', '\024', '\025', '\026', '\027', /*CAN*/ '\030', '\031', '\032', '\033', '\034', '\035', '\036', '\037', /*SPC*/ '\040', '\041', '\042', '\043', '\044', '\045', '\046', '\047', /*(*/ '\050', '\051', '\052', '\053', '\054', '\055', '\056', '\057', /*0*/ '\060', '\061', '\062', '\063', '\064', '\065', '\066', '\067', /*8*/ '\070', '\071', '\072', '\073', '\074', '\075', '\076', '\077', /*@*/ '\100', '\141', '\142', '\143', '\144', '\145', '\146', '\147', /*H*/ '\150', '\151', '\152', '\153', '\154', '\155', '\156', '\157', /*P*/ '\160', '\161', '\162', '\163', '\164', '\165', '\166', '\167', /*X*/ '\170', '\171', '\172', '\133', '\134', '\135', '\136', '\137', /*`*/ '\140', '\141', '\142', '\143', '\144', '\145', '\146', '\147', /*h*/ '\150', '\151', '\152', '\153', '\154', '\155', '\156', '\157', /*p*/ '\160', '\161', '\162', '\163', '\164', '\165', '\166', '\167', /*x*/ '\170', '\171', '\172', '\173', '\174', '\175', '\176', '\177' }; #endif sdcc-2.9.0/as/link/lkeval.c000066400000000000000000000277311116427777700154550ustar00rootroot00000000000000/* lkeval.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "aslink.h" /*)Module lkeval.c * * The module lkeval.c contains the routines to evaluate * arithmetic/numerical expressions. The functions in * lkeval.c perform a recursive evaluation of the arithmetic * expression read from the input text line. * The expression may include binary/unary operators, brackets, * symbols, labels, and constants in hexadecimal, decimal, octal * and binary. Arithmetic operations are prioritized and * evaluated by normal arithmetic conventions. * * lkeval.c contains the following functions: * int digit() * Addr_T eval() * Addr_T expr() * int oprio() * Addr_T term() * * lkeval.c contains no local/static variables */ /*)Function Addr_T eval() * * The function eval() evaluates a character string to a * numerical value. * * local variables: * int c character from input string * int v value of character in current radix * Addr_T n evaluation value * * global variables: * int radix current number conversion radix * * functions called: * int digit() lkeval.c * char get() lklex.c * char getnb() lklex.c * VOID unget() lklex.c * * side effects: * Input test is scanned and evaluated to a * numerical value. */ Addr_T eval() { register int c, v; register Addr_T n; c = getnb(); n = 0; while ((v = digit(c, radix)) >= 0) { n = n*radix + v; c = get(); } unget(c); return(n); } /*)Function Addr_T expr(n) * * int n a firewall priority; all top * level calls (from the user) * should be made with n set to 0. * * The function expr() evaluates an expression and * returns the value. * * local variables: * int c current input text character * int p current operator priority * Addr_T v value returned by term() * Addr_T ve value returned by a * recursive call to expr() * * global variables: * char ctype[] array of character types, one per * ASCII character * int lkerr error flag * FILE * stderr c_library * * functions called: * VOID expr() lkeval.c * int fprintf() c_library * int getnb() lklex.c * int oprio() lkeval.c * VOID term() lkeval.c * VOID unget() lklex.c * * * side effects: * An expression is evaluated by scanning the input * text string. */ Addr_T expr (n) { register int c, p; register Addr_T v, ve; v = term(); while (ctype[c = getnb()] & BINOP) { if ((p = oprio(c)) <= n) break; if ((c == '>' || c == '<') && c != get()) { fprintf(stderr, "Invalid expression"); lkerr++; return(v); } ve = expr(p); if (c == '+') { v += ve; } else if (c == '-') { v -= ve; } else { switch (c) { case '*': v *= ve; break; case '/': v /= ve; break; case '&': v &= ve; break; case '|': v |= ve; break; case '%': v %= ve; break; case '^': v ^= ve; break; case '<': v <<= ve; break; case '>': v >>= ve; break; } } } unget(c); return(v); } /*)Function Addr_T term() * * The function term() evaluates a single constant * or symbol value prefaced by any unary operator * ( +, -, ~, ', ", >, or < ). * * local variables: * int c current character * char id[] symbol name * int n value of digit in current radix * int r current evaluation radix * sym * sp pointer to a sym structure * Addr_T v evaluation value * * global variables: * char ctype[] array of character types, one per * ASCII character * int lkerr error flag * * functions called: * int digit() lkeval.c * VOID expr() lkeval.c * int fprintf() c_library * int get() lklex.c * VOID getid() lklex.c * int getmap() lklex.c * int getnb() lklex.c * sym * lkpsym() lksym.c * Addr_T symval() lksym.c * VOID unget() lklex.c * * side effects: * An arithmetic term is evaluated by scanning input text. */ Addr_T term() { register int c, r, n; register Addr_T v; struct sym *sp; char id[NCPS]; c = getnb(); if (c == '#') { c = getnb(); } if (c == '(') { v = expr(0); if (getnb() != ')') { fprintf(stderr, "Missing delimiter"); lkerr++; } return(v); } if (c == '-') { return(0-expr(100)); } if (c == '~') { return(~expr(100)); } if (c == '\'') { return(getmap(-1)&0377); } if (c == '\"') { if (hilo) { v = (getmap(-1)&0377)<<8; v |= getmap(-1)&0377; } else { v = getmap(-1)&0377; v |= (getmap(-1)&0377)<<8; } return(v); } if (c == '>' || c == '<') { v = expr(100); if (c == '>') v >>= 8; return(v&0377); } if (ctype[c] & DIGIT) { r = 10; if (c == '0') { c = get(); switch (c) { case 'b': case 'B': r = 2; c = get(); break; case '@': case 'o': case 'O': case 'q': case 'Q': r = 8; c = get(); break; case 'd': case 'D': r = 10; c = get(); break; case 'h': case 'H': case 'x': case 'X': r = 16; c = get(); break; default: break; } } v = 0; while ((n = digit(c, r)) >= 0) { v = r*v + n; c = get(); } unget(c); return(v); } if (ctype[c] & LETTER) { getid(id, c); if ((sp = lkpsym(id, 0)) == NULL) { fprintf(stderr, "Undefined symbol %8s\n", id); lkerr++; return(0); } else { return(symval(sp)); } } /* Shouldn't get here. */ return(0); } /*)Function int digit(c, r) * * int c digit character * int r current radix * * The function digit() returns the value of c * in the current radix r. If the c value is not * a number of the current radix then a -1 is returned. * * local variables: * none * * global variables: * char ctype[] array of character types, one per * ASCII character * * functions called: * none * * side effects: * none */ int digit(c, r) register int c, r; { if (r == 16) { if (ctype[c] & RAD16) { if (c >= 'A' && c <= 'F') return (c - 'A' + 10); if (c >= 'a' && c <= 'f') return (c - 'a' + 10); return (c - '0'); } } else if (r == 10) { if (ctype[c] & RAD10) return (c - '0'); } else if (r == 8) { if (ctype[c] & RAD8) return (c - '0'); } else if (r == 2) { if (ctype[c] & RAD2) return (c - '0'); } return (-1); } /*)Function int oprio(c) * * int c operator character * * The function oprio() returns a relative priority * for all valid unary and binary operators. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int oprio(c) register int c; { if (c == '*' || c == '/' || c == '%') return (10); if (c == '+' || c == '-') return (7); if (c == '<' || c == '>') return (5); if (c == '^') return (4); if (c == '&') return (3); if (c == '|') return (1); return (0); } sdcc-2.9.0/as/link/lkhead.c000066400000000000000000000117241116427777700154220ustar00rootroot00000000000000/* lkhead.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "aslink.h" /*Module lkhead.c * * The module lkhead.c contains the function newhead() which * creates a head structure and the function module() which * loads the module name into the current head structure. * * lkhead.c contains the following functions: * VOID newhead() * VOID module() * * lkhead.c contains no local variables. */ /*)Function VOID newhead() * * The function newhead() creates a head structure. All head * structures are linked to form a linked list of head structures * with the current head structure at the tail of the list. * * local variables: * int i evaluation value * head * thp temporary pointer * to a header structure * * global variables: * area *ap Pointer to the current * area structure * lfile *cfp The pointer *cfp points to the * current lfile structure * head *headp The pointer to the first * head structure of a linked list * head *hp Pointer to the current * head structure * * functions called: * Addr_T expr() lkeval.c * VOID * new() lksym.c * VOID lkparea() lkarea.c * * side effects: * A new head structure is created and linked to any * existing linked head structure. The head structure * parameters of file handle, number of areas, and number * of global symbols are loaded into the structure. * The default area "_abs_" is created when the first * head structure is created and an areax structure is * created for every head structure called. */ /* * Create a new header entry. * * H n areas n global symbols * | | * | `---- hp->h_nglob * `------------ hp->h_narea * */ VOID newhead() { register int i; struct head *thp; hp = (struct head *) new (sizeof(struct head)); if (headp == NULL) { headp = hp; } else { thp = headp; while (thp->h_hp) thp = thp->h_hp; thp->h_hp = hp; } /* * Set file pointer */ hp->h_lfile = cfp; /* * Evaluate and build Area pointer list */ i = hp->h_narea = eval(); if (i) hp->a_list = (struct areax **) new (i*sizeof(struct areax *)); /* * Evaluate and build Global symbol pointer list */ skip(-1); i = hp->h_nglob = eval(); if (i) hp->s_list = (struct sym **) new (i*sizeof(struct sym *)); /* * Setup Absolute DEF linkage. */ lkparea(_abs_); ap->a_flag = A_ABS; axp->a_addr = 0; } /*)Function VOID module() * * The function module() copies the module name into * the current head structure. * * local variables: * char id[] module id string * * global variables: * head *headp The pointer to the first * head structure of a linked list * head *hp Pointer to the current * head structure * int lkerr error flag * FILE * stderr c_library * * functions called: * int fprintf() c_library * VOID getid() lklex.c * char * strncpy() c_library * * side effects: * The module name is copied into the head structure. */ /* * Module Name */ VOID module() { char id[NCPS]; if (headp) { getid(id, -1); strncpy(hp->m_id, id, NCPS); } else { fprintf(stderr, "No header defined\n"); lkerr++; } } sdcc-2.9.0/as/link/lklex.c000066400000000000000000000512261116427777700153120ustar00rootroot00000000000000/* lklex.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "aslink.h" /*)Module lklex.c * * The module lklex.c contains the general lexical analysis * functions used to scan the text lines from the .rel files. * * lklex.c contains the fllowing functions: * char endline() * char get() * VOID getfid() * VOID getid() * VOID getSid() * int lk_getline() * int getmap() * char getnb() * int more() * VOID skip() * VOID unget() * * lklex.c contains no local variables. */ /*)Function VOID getid(id,c) * * char * id a pointer to a string of * maximum length NCPS * int c mode flag * >=0 this is first character to * copy to the string buffer * <0 skip white space * * The function getid() scans the current input text line * from the current position copying the next LETTER | DIGIT string * into the external string buffer (id). The string ends when a non * LETTER or DIGIT character is found. The maximum number of * characters copied is NCPS. If the input string is larger than * NCPS characters then the string is truncated, if the input string * is shorter than NCPS characters then the string is NULL filled. * If the mode argument (c) is >=0 then (c) is the first character * copied to the string buffer, if (c) is <0 then intervening white * space (SPACES and TABS) are skipped. * * local variables: * char * p pointer to external string buffer * int c current character value * * global variables: * char ctype[] a character array which defines the * type of character being processed. * This index is the character * being processed. * * called functions: * char get() lklex.c * char getnb() lklex.c * VOID unget() lklex.c * * side effects: * use of getnb(), get(), and unget() updates the * global pointer ip the position in the current * input text line. */ VOID getid(id, c) register int c; char *id; { register char *p; if (c < 0) { c = getnb(); } p = id; do { if (p < &id[NCPS]) *p++ = c; } while (ctype[c=get()] & (LETTER|DIGIT)); unget(c); while (p < &id[NCPS]) *p++ = 0; } /*)Function VOID getSid (char *id) * * char * id a pointer to a string of * maximum length NCPS * * getSid is derived from getid. It is called from newsym() * in lksym.c, when an S-record has to be scanned. getSid accepts * much more characters than getid, which is necessary for SDCC. * * The function getSid() scans the current input text line * from the current position copying the next string * into the external string buffer (id). The string ends when a space * character (space, tab, \0) is found. The maximum number of * characters copied is NCPS. If the input string is larger than * NCPS characters then the string is truncated, if the input string * is shorter than NCPS characters then the string is NULL filled. * Intervening white space (SPACES and TABS) are skipped. * * local variables: * char * p pointer to external string buffer * int c current character value * * global variables: * char ctype[] a character array which defines the * type of character being processed. * This index is the character * being processed. * * called functions: * char get() lklex.c * char getnb() lklex.c * VOID unget() lklex.c * * side effects: * use of getnb(), get(), and unget() updates the * global pointer ip the position in the current * input text line. */ VOID getSid (char *id) { register int c; register char *p; c = getnb(); p = id; do { if (p < &id[NCPS]) *p++ = c; c = get(); } while (c != '\0' && c != ' ' && c != '\t'); unget(c); while (p < &id[NCPS]) *p++ = 0; } /*)Function VOID getfid(fid,c) * * char * str a pointer to a string of * maximum length PATH_MAX * int c this is first character to * copy to the string buffer * * The function getfid() scans the current input text line from * the current position copying the next string into the external * string buffer (str). The string ends when end of line is found. * Trailing spaces are removed. The maximum number of characters * copied is PATH_MAX. If the input string is larger than PATH_MAX * characters then the string is truncated. The string is NULL * terminated. * * local variables: * char * p pointer to external string buffer * int c current character value * * global variables: * char ctype[] a character array which defines the * type of character being processed. * This index is the character * being processed. * * called functions: * char get() lklex.c * * side effects: * use of get() updates the global pointer ip * the position in the current input text line. */ VOID getfid(char *str, register int c) { register char *p; p = str; do { if (p < &str[PATH_MAX-1]) *p++ = c; c = get(); if (c == ';') while (c) c = get(); } while (c); /* trim trailing spaces */ --p; while (p >= str && ctype[(int)*p] == SPACE) --p; /* terminate the string */ *(++p) = '\0'; } /*)Function char getnb() * * The function getnb() scans the current input text * line returning the first character not a SPACE or TAB. * * local variables: * int c current character from input * * global variables: * none * * called functions: * char get() lklex.c * * side effects: * use of get() updates the global pointer ip, the position * in the current input text line */ char getnb() { register int c; while ((c=get())==' ' || c=='\t') ; return (c); } /*)Function VOID skip() * * The function skip() scans the input text skipping all * letters and digits. * * local variables: * none * * global variables: * char ctype[] array of character types, one per * ASCII character * * functions called: * char get() lklex.c * char getnb() lklex.c * VOID unget() lklex.c * * side effects: * Input letters and digits are skipped. */ VOID skip(register int c) { if (c < 0) c = getnb(); while (ctype[c=get()] & (LETTER|DIGIT)) { ; } unget(c); } /*)Function char get() * * The function get() returns the next character in the * input text line, at the end of the line a * NULL character is returned. * * local variables: * int c current character from * input text line * * global variables: * char * ip pointer into the current * input text line * * called functions: * none * * side effects: * updates ip to the next character position in the * input text line. If ip is at the end of the * line, ip is not updated. */ char get() { register int c; if ((c = *ip) != 0) ++ip; return (c); } /*)Function VOID unget(c) * * int c value of last character * read from input text line * * If (c) is not a NULL character then the global pointer ip * is updated to point to the preceeding character in the * input text line. * * NOTE: This function does not push the character (c) * back into the input text line, only * the pointer ip is changed. * * local variables: * int c last character read * from input text line * * global variables: * char * ip position into the current * input text line * * called functions: * none * * side effects: * ip decremented by 1 character position */ VOID unget(int c) { if (c != 0) --ip; } /*)Function int getmap(d) * * int d value to compare with the * input text line character * * The function getmap() converts the 'C' style characters \b, \f, * \n, \r, and \t to their equivalent ascii values and also * converts 'C' style octal constants '\123' to their equivalent * numeric values. If the first character is equivalent to (d) then * a (-1) is returned, if the end of the line is detected then * a 'q' error terminates the parse for this line, or if the first * character is not a \ then the character value is returned. * * local variables: * int c value of character * from input text line * int n looping counter * int v current value of numeric conversion * * global variables: * none * * called functions: * char get() lklex.c * VOID unget() lklex.c * * side effects: * use of get() updates the global pointer ip the position * in the current input text line */ int getmap(int d) { register int c, n, v; if ((c = get()) == '\0') return (-1); if (c == d) return (-1); if (c == '\\') { c = get(); switch (c) { case 'b': c = '\b'; break; case 'f': c = '\f'; break; case 'n': c = '\n'; break; case 'r': c = '\r'; break; case 't': c = '\t'; break; case '0': case '1': case '2': case '3': case '4': case '5': case '6': case '7': n = 0; v = 0; while (++n<=3 && c>='0' && c<='7') { v = (v<<3) + c - '0'; c = get(); } unget(c); c = v; break; } } return (c); } /*)Function int lk_getline() * * The function lk_getline() reads a line of input text from a * .rel source text file, a .lnk command file or from stdin. * Lines of text are processed from a single .lnk file or * multiple .rel files until all files have been read. * The input text line is copied into the global string ib[] * and converted to a NULL terminated string. The function * lk_getline() returns a (1) after succesfully reading a line * or a (0) if all files have been read. * This function also opens each input .lst file and output * .rst file as each .rel file is processed. * * local variables: * int i string length * int ftype file type * char * fid file name * * global variables: * lfile *cfp The pointer *cfp points to the * current lfile structure * lfile *filep The pointer *filep points to the * beginning of a linked list of * lfile structures. * int gline get a line from the LST file * to translate for the RST file * char ib[NINPUT] REL file text line * int pass linker pass number * int pflag print linker command file flag * FILE *rfp The file handle to the current * output RST file * FILE *sfp The file handle sfp points to the * currently open file * FILE * stdin c_library * FILE * stdout c_library * FILE *tfp The file handle to the current * LST file being scanned * int uflag update listing flag * * called functions: * FILE * afile() lkmain.c * int fclose() c_library * char * fgets() c_library * int fprintf() c_library * VOID lkulist() lklist.c * VOID lkexit() lkmain.c * int strlen() c_library * * side effects: * The input stream is scanned. The .rel files will be * opened and closed sequentially scanning each in turn. */ int lk_getline() { register int ftype; register char *fid; loop: if (pflag && cfp && cfp->f_type == F_STD) fprintf(stdout, "ASlink >> "); if (sfp == NULL || fgets(ib, sizeof ib, sfp) == NULL) { if (sfp) { fclose(sfp); sfp = NULL; lkulist(0); } if (cfp == NULL) { cfp = filep; } else { cfp = cfp->f_flp; } if (cfp) { ftype = cfp->f_type; fid = cfp->f_idp; if (ftype == F_STD) { sfp = stdin; } else if (ftype == F_LNK) { sfp = afile(fid, "lnk", 0); } else if (ftype == F_REL) { sfp = afile(fid, LKOBJEXT, 0); /* if a .adb file exists then copy it over */ if (dflag && sfp && dfp && pass == 0) { FILE *xfp = afile(fid,"adb",0); //JCF: Nov 30, 2002 if (xfp) { copyfile(dfp,xfp); fclose(xfp); } } if (uflag && pass != 0) { SaveLinkedFilePath(fid); //Save the linked path for aomf51 if ((tfp = afile(fid, "lst", 0)) != NULL) { if ((rfp = afile(fid, "rst", 1)) == NULL) { fclose(tfp); tfp = NULL; } } } gline = 1; } else { fprintf(stderr, "Invalid file type\n"); lkexit(1); } if (sfp == NULL) { lkexit(1); } goto loop; } else { filep = NULL; return(0); } } chop_crlf(ib); return (1); } /*)Function int more() * * The function more() scans the input text line * skipping white space (SPACES and TABS) and returns a (0) * if the end of the line or a comment delimeter (;) is found, * or a (1) if their are additional characters in the line. * * local variables: * int c next character from * the input text line * * global variables: * none * * called functions: * char getnb() lklex.c * VOID unget() lklex.c * * side effects: * use of getnb() and unget() updates the global pointer ip * the position in the current input text line */ int more() { register int c; c = getnb(); unget(c); return( (c == '\0' || c == ';') ? 0 : 1 ); } /*)Function char endline() * * The function endline() scans the input text line * skipping white space (SPACES and TABS) and returns the next * character or a (0) if the end of the line is found or a * comment delimiter (;) is found. * * local variables: * int c next character from * the input text line * * global variables: * none * * called functions: * char getnb() lklex.c * * side effects: * Use of getnb() updates the global pointer ip the * position in the current input text line. */ char endline() { register int c; c = getnb(); return( (c == '\0' || c == ';') ? 0 : c ); } /*)Function VOID chop_crlf(str) * * char *str string to chop * * The function chop_crlf() removes trailing LF or CR/LF from * str, if present. * * local variables: * int i string length * * global variables: * none * * functions called: * none * * side effects: * none */ VOID chop_crlf(char *str) { register int i; i = strlen(str); if (i >= 1 && str[i-1] == '\n') str[i-1] = 0; if (i >= 2 && str[i-2] == '\r') str[i-2] = 0; } sdcc-2.9.0/as/link/lklib.c000066400000000000000000000145641116427777700152740ustar00rootroot00000000000000/* lklib.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 Copyright (C) 2008-2009 Borut Razem, borut dot razem at siol dot net This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * With contributions for the * object libraries from * Ken Hornstein * kenh@cmf.nrl.navy.mil * */ /* * Extensions: P. Felber */ #include #include "getline.h" #include "aslink.h" #include "lklibr.h" #include "lkrel.h" static int is_lib (FILE * libfp) { return 1; } #ifdef INDEXLIB /* buildlibraryindex - build an in-memory cache of the symbols contained in * the libraries */ static pmlibraryfile buildlibraryindex_lib (struct lbname *lbnh, FILE * libfp, pmlibraryfile This, int type) { char relfil[NINPUT]; while (getline (relfil, sizeof (relfil), libfp) != NULL) { FILE *fp; char str[PATH_MAX]; if (lbnh->path != NULL) { strcpy (str, lbnh->path); #ifdef OTHERSYSTEM if ((*str != '\0') && (str[strlen (str) - 1] != '/') && (str[strlen (str) - 1] != LKDIRSEP)) { strcat (str, LKDIRSEPSTR); } #endif } else str[0] = '\0'; if ((relfil[0] == '/') || (relfil[0] == LKDIRSEP)) { strcat (str, relfil + 1); } else { strcat (str, relfil); } if (strchr (relfil, FSEPX) == NULL) { sprintf (&str[strlen (str)], "%c%s", FSEPX, LKOBJEXT); } if ((fp = fopen (str, "rb")) != NULL) { /* Opened OK - create a new libraryfile object for it */ if (libr == NULL) { libr = This = (pmlibraryfile) new (sizeof (mlibraryfile)); } else { This->next = (pmlibraryfile) new (sizeof (mlibraryfile)); This = This->next; } This->next = NULL; This->loaded = -1; This->libspc = lbnh->libspc; This->relfil = strdup (relfil); This->filspc = strdup (str); This->type = type; /* Start a new linked list of symbols for this module: */ This->symbols = NULL; add_rel_index (fp, -1, This); fclose (fp); } /* Closes if object file opened OK */ else { fprintf (stderr, "?ASlink-Warning-Cannot open library module %s\n", str); } } /* Ends while - processing all in libr */ return This; } #else static int fndsym_lib (const char *name, struct lbname *lbnh, FILE * libfp, int type) { char relfil[NINPUT]; D ("Searching symbol: %s\n", name); while (getline (relfil, sizeof (relfil), libfp) != NULL) { char str[PATH_MAX]; FILE *fp; if (lbnh->path != NULL) { strcpy (str, lbnh->path); #ifdef OTHERSYSTEM if ((*str != '\0') && (str[strlen (str) - 1] != '/') && (str[strlen (str) - 1] != LKDIRSEP)) { strcat (str, LKDIRSEPSTR); } #endif } else str[0] = '\0'; if ((relfil[0] == '/') || (relfil[0] == LKDIRSEP)) { strcat (str, relfil + 1); } else { strcat (str, relfil); } if (strchr (relfil, FSEPX) == NULL) { sprintf (&str[strlen (str)], "%c%s", FSEPX, LKOBJEXT); } if ((fp = fopen (str, "rb")) != NULL) { /* Opened OK - create a new libraryfile object for it */ int ret = add_rel_file (name, lbnh, relfil, str, -1, fp, -1, type); fclose (fp); if (ret) { D ("Loaded module %s from file %s.\n", str, str); /* if cdb information required & adb file present */ if (dflag && dfp) { FILE *xfp = afile (str, "adb", 0); //JCF: Nov 30, 2002 if (xfp) { SaveLinkedFilePath (str); copyfile (dfp, xfp); fclose (xfp); } } return 1; /* Found the symbol, so success! */ } } /* Closes if object file opened OK */ else { fprintf (stderr, "?ASlink-Warning-Cannot open library module %s\n", str); } } /* Ends while - processing all in libr */ return 0; /* The symbol is not in this library */ } #endif /*)Function VOID loadfile_lib(filspc) * * char *filspc library object file specification * * The function loadfile() links the library object module. * * local variables: * FILE *fp file handle * int i input line length * char str[] file input line * * global variables: * char *ip pointer to linker input string * * functions called: * int fclose() c_library * char *getline() getline.c * FILE * fopen() c_library * VOID link_main() lkmain.c * int strlen() c_library * * side effects: * If file exists it is linked. */ static VOID loadfile_lib (struct lbfile *lbfh) { FILE *fp; #ifdef __CYGWIN__ char posix_path[PATH_MAX]; void cygwin_conv_to_full_posix_path (char *win_path, char *posix_path); cygwin_conv_to_full_posix_path (lbfh->filspc, posix_path); fp = fopen (posix_path, "rb"); #else fp = fopen (lbfh->filspc, "rb"); #endif if (fp != NULL) { load_rel (fp, -1); fclose (fp); } else { fprintf (stderr, "?ASlink-Error-Opening library '%s'\n", lbfh->filspc); fclose (fp); lkexit (1); } } struct aslib_target aslib_target_lib = { &is_lib, #ifdef INDEXLIB &buildlibraryindex_lib, #else &fndsym_lib, #endif &loadfile_lib, }; sdcc-2.9.0/as/link/lklibr.c000066400000000000000000000525051116427777700154530ustar00rootroot00000000000000/* lklibr.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 Copyright (C) 2008-2009 Borut Razem, borut dot razem at siol dot net This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * With contributions for the * object libraries from * Ken Hornstein * kenh@cmf.nrl.navy.mil * */ /* * Extensions: P. Felber */ #include #include #include #include #include #include "aslink.h" #include "lkrel.h" #include "lklibr.h" /*)Module lklibr.c * * The module lklibr.c contains the functions which * (1) specify the path(s) to library files [.LIB] * (2) specify the library file(s) [.LIB] to search * (3) search the library files for specific symbols * and link the module containing this symbol * * lklibr.c contains the following functions: * VOID addpath() * VOID addlib() * VOID addfile() * VOID search() * VOID fndsym() * VOID library() * VOID loadfile() * */ #define EQ(A,B) !strcmp((A),(B)) #define NELEM(x) (sizeof (x) / sizeof (*x)) #ifdef INDEXLIB /* First entry in the library object symbol cache */ pmlibraryfile libr = NULL; int buildlibraryindex (void); void freelibraryindex (void); #endif /* INDEXLIB */ struct aslib_target *aslib_targets[] = { &aslib_target_sdcclib, &aslib_target_ar, &aslib_target_lib, }; /*)Function VOID addpath() * * The function addpath() creates a linked structure containing * the paths to various object module library files. * * local variables: * lbpath *lbph pointer to new path structure * lbpath *lbp temporary pointer * * global variables: * lbpath *lbphead The pointer to the first * path structure * * functions called: * char getnb() lklex.c * VOID * new() lksym.c * int strlen() c_library * char * strcpy() c_library * VOID unget() lklex.c * * side effects: * An lbpath structure may be created. */ VOID addpath (void) { struct lbpath *lbph, *lbp; lbph = (struct lbpath *) new (sizeof (struct lbpath)); if (lbphead == NULL) { lbphead = lbph; } else { lbp = lbphead; while (lbp->next) { lbp = lbp->next; } lbp->next = lbph; } unget (getnb ()); lbph->path = strdup (ip); } /*)Function VOID addlib() * * The function addlib() tests for the existance of a * library path structure to determine the method of * adding this library file to the library search structure. * * This function calls the function addfile() to actually * add the library file to the search list. * * local variables: * lbpath *lbph pointer to path structure * * global variables: * lbpath *lbphead The pointer to the first * path structure * ip a pointer to the library name * * functions called: * VOID addfile() lklibr.c * char getnb() lklex.c * VOID unget() lklex.c * * side effects: * The function addfile() may add the file to * the library search list. */ VOID addlib (void) { struct lbpath *lbph; int foundcount = 0; unget (getnb ()); if (lbphead == NULL) { foundcount = addfile (NULL, ip); } else { for (lbph = lbphead; lbph; lbph = lbph->next) { foundcount += addfile (lbph->path, ip); } } if (foundcount == 0) { fprintf (stderr, "?ASlink-Warning-Couldn't find library '%s'\n", ip); } } /*)Function int addfile(path,libfil) * * char *path library path specification * char *libfil library file specification * * The function addfile() searches for the library file * by concatenating the path and libfil specifications. * if the library is found, an lbname structure is created * and linked to any previously defined structures. This * linked list is used by the function fndsym() to attempt * to find any undefined symbols. * * The function does not give report an error on invalid * path / file specifications or if the file is not found. * * local variables: * lbname *lbnh pointer to new name structure * lbname *lbn temporary pointer * * global variables: * lbname *lbnhead The pointer to the first * path structure * * functions called: * char getnb() lklex.c * VOID * new() lksym.c * int strlen() c_library * char * strcpy() c_library * VOID unget() lklex.c * * side effects: * An lbname structure may be created. * * return: * 1: the library was found * 0: the library was not found */ int addfile (char *path, char *libfil) { FILE *fp; char *str; struct lbname *lbnh, *lbn; #ifdef OTHERSYSTEM int libfilinc = 0; #endif if (path != NULL) { str = (char *) new (strlen (path) + strlen (libfil) + 6); strcpy (str, path); #ifdef OTHERSYSTEM if (strlen (str) && (str[strlen (str) - 1] != '/') && (str[strlen (str) - 1] != LKDIRSEP)) { strcat (str, LKDIRSEPSTR); } #endif } else { str = (char *) new (strlen (libfil) + 5); } #ifdef OTHERSYSTEM if ((libfil[0] == '/') || (libfil[0] == LKDIRSEP)) { libfil++; libfilinc = 1; } #endif strcat (str, libfil); if (strchr (libfil, FSEPX) == NULL) { sprintf (&str[strlen (str)], "%clib", FSEPX); } fp = fopen (str, "rb"); if (fp == NULL) { /*Ok, that didn't work. Try with the 'libfil' name only */ #ifdef OTHERSYSTEM if (libfilinc) libfil--; #endif fp = fopen (libfil, "rb"); if (fp != NULL) { /*Bingo! 'libfil' is the absolute path of the library */ strcpy (str, libfil); path = NULL; /*This way 'libfil' and 'path' will be rebuilt from 'str' */ } } if (path == NULL) { /*'path' can not be null since it is needed to find the object files associated with the library. So, get 'path' from 'str' and then chop it off and recreate 'libfil'. That way putting 'path' and 'libfil' together will result into the original filepath as contained in 'str'. */ int j; path = strdup (str); for (j = strlen (path) - 1; j >= 0; j--) { if ((path[j] == '/') || (path[j] == LKDIRSEP)) { strcpy (libfil, &path[j + 1]); path[j + 1] = 0; break; } } if (j <= 0) path[0] = 0; } if (fp != NULL) { fclose (fp); lbnh = (struct lbname *) new (sizeof (struct lbname)); if (lbnhead == NULL) { lbnhead = lbnh; } else { lbn = lbnhead; while (lbn->next) { lbn = lbn->next; } lbn->next = lbnh; } lbnh->path = path; lbnh->libfil = strdup (libfil); lbnh->libspc = str; return 1; } else { free (str); return 0; } } /*)Function VOID search() * * The function search() looks through all the symbol tables * at the end of pass 1. If any undefined symbols are found * then the function fndsym() is called. Function fndsym() * searches any specified library files to automagically * import the object modules containing the needed symbol. * * After a symbol is found and imported by the function * fndsym() the symbol tables are again searched. The * symbol tables are search until no more symbols can be * resolved within the library files. This ensures that * back references from one library module to another are * also resolved. * * local variables: * int i temporary counter * sym *sp pointer to a symbol structure * int symfnd found a symbol flag * * global variables: * sym *symhash[] array of pointers to symbol tables * * functions called: * int fndsym() lklibr.c * * side effects: * If a symbol is found then the library object module * containing the symbol will be imported and linked. */ VOID search (void) { register struct sym *sp; register int i, symfnd; /* * Look for undefined symbols. Keep * searching until no more symbols are resolved. */ symfnd = 1; while (symfnd) { symfnd = 0; /* * Look through all the symbols */ for (i = 0; i < NHASH; ++i) { sp = symhash[i]; while (sp) { /* If we find an undefined symbol * (one where S_DEF is not set), then * try looking for it. If we find it * in any of the libraries then * increment symfnd. This will force * another pass of symbol searching and * make sure that back references work. */ if ((sp->s_type & S_DEF) == 0) { if (fndsym (sp->s_id)) { symfnd++; } } sp = sp->s_sp; } } } } /*)Function VOID fndsym(name) * * char *name symbol name to find * * The function fndsym() searches through all combinations of the * library path specifications (input by the -k option) and the * library file specifications (input by the -l option) that * lead to an existing file. * * The file specicifation may be formed in one of two ways: * * (1) If the library file contained an absolute * path/file specification then this becomes filspc. * (i.e. C:\...) * * (2) If the library file contains a relative path/file * specification then the concatenation of the path * and this file specification becomes filspc. * (i.e. \...) * * The structure lbfile is created for the first library * object file which contains the definition for the * specified undefined symbol. * * If the library file [.LIB] contains file specifications for * non existant files, no errors are returned. * * local variables: * char buf[] [.REL] file input line * char c [.REL] file input character * FILE *fp file handle for object file * lbfile *lbf temporary pointer * lbfile *lbfh pointer to lbfile structure * FILE *libfp file handle for library file * lbname *lbnh pointer to lbname structure * char *path file specification path * char relfil[] [.REL] file specification * char *str combined path and file specification * char symname[] [.REL] file symbol string * * global variables: * lbname *lbnhead The pointer to the first * name structure * lbfile *lbfhead The pointer to the first * file structure * * functions called: * int fclose() c_library * FILE *fopen() c_library * VOID free() c_library * char getnb() lklex.c * VOID lkexit() lkmain.c * VOID loadfile() lklibr.c * VOID * new() lksym.c * char * sprintf() c_library * int sscanf() c_library * char * strcat() c_library * char * strchr() c_library * char * strcpy() c_library * int strlen() c_library * int strncmp() c_library * VOID unget() lklex.c * * side effects: * If the symbol is found then a new lbfile structure * is created and added to the linked list of lbfile * structures. The file containing the found symbol * is linked. */ #ifdef INDEXLIB int fndsym (char *name) { struct lbfile *lbfh, *lbf; pmlibraryfile ThisLibr; pmlibrarysymbol ThisSym = NULL; pmlibraryfile FirstFound; int numfound = 0; D ("Searching symbol: %s\n", name); /* Build the index if this is the first call to fndsym */ if (libr == NULL) buildlibraryindex (); /* Iterate through all library object files */ FirstFound = libr; /* So gcc stops whining */ for (ThisLibr = libr; ThisLibr != NULL; ThisLibr = ThisLibr->next) { /* Iterate through all symbols in an object file */ for (ThisSym = ThisLibr->symbols; ThisSym != NULL; ThisSym = ThisSym->next) { if (!strcmp (ThisSym->name, name)) { if ((!ThisLibr->loaded) && (numfound == 0)) { /* Object file is not loaded - add it to the list */ lbfh = (struct lbfile *) new (sizeof (struct lbfile)); if (lbfhead == NULL) { lbfhead = lbfh; } else { for (lbf = lbfhead; lbf->next != NULL; lbf = lbf->next) ; lbf->next = lbfh; } lbfh->libspc = ThisLibr->libspc; lbfh->filspc = ThisLibr->filspc; lbfh->relfil = strdup (ThisLibr->relfil); lbfh->offset = ThisLibr->offset; lbfh->type = ThisLibr->type; (*aslib_targets[lbfh->type]->loadfile) (lbfh); ThisLibr->loaded = 1; } if (numfound == 0) { numfound++; FirstFound = ThisLibr; } else { char absPath1[PATH_MAX]; char absPath2[PATH_MAX]; #if defined(__BORLANDC__) || defined(_MSC_VER) || defined(__MINGW32__) int j; _fullpath (absPath1, FirstFound->libspc, PATH_MAX); _fullpath (absPath2, ThisLibr->libspc, PATH_MAX); for (j = 0; absPath1[j] != 0; j++) absPath1[j] = tolower ((unsigned char) absPath1[j]); for (j = 0; absPath2[j] != 0; j++) absPath2[j] = tolower ((unsigned char) absPath2[j]); #else realpath (FirstFound->libspc, absPath1); realpath (ThisLibr->libspc, absPath2); #endif if (!(EQ (absPath1, absPath2) && EQ (FirstFound->relfil, ThisLibr->relfil))) { if (numfound == 1) { fprintf (stderr, "?ASlink-Warning-Definition of public symbol '%s'" " found more than once:\n", name); fprintf (stderr, " Library: '%s', Module: '%s'\n", FirstFound->libspc, FirstFound->relfil); } fprintf (stderr, " Library: '%s', Module: '%s'\n", ThisLibr->libspc, ThisLibr->relfil); numfound++; } } } } } return numfound; } struct add_sym_s { pmlibraryfile plf; pmlibrarysymbol pls; }; static int add_sybmol (const char *sym, void *param) { struct add_sym_s *as = (struct add_sym_s *) param; pmlibrarysymbol ps = (pmlibrarysymbol) new (sizeof (mlibrarysymbol)); D (" Indexing symbol: %s\n", sym); as->plf->loaded = 0; ps->next = NULL; ps->name = strdup (sym); if (as->pls == NULL) { as->pls = as->plf->symbols = ps; } else { as->pls->next = ps; as->pls = as->pls->next; } return 0; } pmlibrarysymbol add_rel_index (FILE * fp, long size, pmlibraryfile This) { struct add_sym_s as; as.plf = This; as.pls = This->symbols; assert (This->symbols == NULL); enum_symbols (fp, size, &add_sybmol, &as); return as.pls; } /* buildlibraryindex - build an in-memory cache of the symbols contained in * the libraries */ int buildlibraryindex (void) { pmlibraryfile This = NULL; struct lbname *lbnh; /* * Search through every library in the linked list "lbnhead". */ for (lbnh = lbnhead; lbnh; lbnh = lbnh->next) { FILE *libfp; int i; D ("Indexing library: %s\n", lbnh->libspc); if ((libfp = fopen (lbnh->libspc, "rb")) == NULL) { fprintf (stderr, "?ASlink-Error-Cannot open library file %s\n", lbnh->libspc); lkexit (1); } for (i = 0; i < NELEM (aslib_targets); ++i) { if ((*aslib_targets[i]->is_lib) (libfp)) { This = (*aslib_targets[i]->buildlibraryindex) (lbnh, libfp, This, i); break; } } if (i >= NELEM (aslib_targets)) fprintf (stderr, "?ASlink-Error-Unknown library file format %s\n", lbnh->libspc); fclose (libfp); } return 0; } /* Release all memory allocated for the in-memory library index */ void freelibraryindex (void) { pmlibraryfile ThisLibr, ThisLibr2Free; pmlibrarysymbol ThisSym, ThisSym2Free; ThisLibr = libr; while (ThisLibr) { ThisSym = ThisLibr->symbols; while (ThisSym) { free (ThisSym->name); ThisSym2Free = ThisSym; ThisSym = ThisSym->next; free (ThisSym2Free); } free (ThisLibr->filspc); free (ThisLibr->relfil); ThisLibr2Free = ThisLibr; ThisLibr = ThisLibr->next; free (ThisLibr2Free); } libr = NULL; } #else /* INDEXLIB */ struct load_sym_s { const char *name; struct lbname *lbnh; const char *relfil; const char *filspc; int offset; int type; }; static int load_sybmol (const char *sym, void *params) { struct load_sym_s *ls = (struct load_sym_s *) params; D (" Symbol: %s\n", sym); if (strcmp (ls->name, sym) == 0) { struct lbfile *lbfh, *lbf; D (" Symbol %s found in module %s!\n", sym, ls->relfil); lbfh = (struct lbfile *) new (sizeof (struct lbfile)); lbfh->libspc = ls->lbnh->libspc; lbfh->relfil = strdup (ls->relfil); lbfh->filspc = strdup (ls->filspc); lbfh->offset = ls->offset; lbfh->type = ls->type; if (lbfhead == NULL) lbfhead = lbfh; else { for (lbf = lbfhead; lbf->next != NULL; lbf = lbf->next) ; lbf->next = lbfh; } (*aslib_targets[ls->type]->loadfile) (lbfh); return 1; } else return 0; } /*)Function int is_module_loaded(filspc) * * If this module has been already loaded */ int is_module_loaded (const char *filspc) { struct lbfile *lbf; for (lbf = lbfhead; lbf != NULL; lbf = lbf->next) { if (EQ (filspc, lbf->filspc)) { D (" Module %s already loaded!\n", filspc); return 1; /* Module already loaded */ } } return 0; } int add_rel_file (const char *name, struct lbname *lbnh, const char *relfil, const char *filspc, int offset, FILE * fp, long size, int type) { struct load_sym_s ls; /* If this module has been loaded already don't load it again. */ if (is_module_loaded (filspc)) return 0; else { ls.name = name; ls.lbnh = lbnh; ls.relfil = relfil; ls.filspc = filspc; ls.offset = offset; ls.type = type; return enum_symbols (fp, size, &load_sybmol, &ls); } } int fndsym (const char *name) { FILE *libfp; struct lbname *lbnh; int i; /* * Search through every library in the linked list "lbnhead". */ D ("Searching symbol: %s\n", name); for (lbnh = lbnhead; lbnh; lbnh = lbnh->next) { int ret = 0; D ("Library: %s\n", lbnh->libspc); if ((libfp = fopen (lbnh->libspc, "rb")) == NULL) { fprintf (stderr, "?ASlink-Error-Cannot open library file %s\n", lbnh->libspc); lkexit (1); } for (i = 0; i < NELEM (aslib_targets); ++i) { if ((*aslib_targets[i]->is_lib) (libfp)) { ret = (*aslib_targets[i]->fndsym) (name, lbnh, libfp, i); break; } } if (i >= NELEM (aslib_targets)) fprintf (stderr, "?ASlink-Error-Unknown library file format %s\n", lbnh->libspc); fclose (libfp); if (ret) return 1; } /* Ends good open of libr file */ return 0; } #endif /* INDEXLIB */ /*)Function VOID library() * * The function library() links all the library object files * contained in the lbfile structures. * * local variables: * lbfile *lbfh pointer to lbfile structure * * global variables: * lbfile *lbfhead pointer to first lbfile structure * * functions called: * VOID loadfile lklibr.c * * side effects: * Links all files contained in the lbfile structures. */ VOID library (void) { struct lbfile *lbfh; for (lbfh = lbfhead; lbfh; lbfh = lbfh->next) (*aslib_targets[lbfh->type]->loadfile) (lbfh); #ifdef INDEXLIB freelibraryindex (); #endif } sdcc-2.9.0/as/link/lklibr.h000066400000000000000000000050461116427777700154560ustar00rootroot00000000000000/* lklibr.h Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 Copyright (C) 2008 Borut Razem, borut dot razem at siol dot net This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * With contributions for the * object libraries from * Ken Hornstein * kenh@cmf.nrl.navy.mil * */ /* * Extensions: P. Felber */ #ifndef __LKLIBR_H #define __LKLIBR_H #include #ifdef INDEXLIB typedef struct slibrarysymbol mlibrarysymbol; typedef struct slibrarysymbol *pmlibrarysymbol; struct slibrarysymbol { char *name; /* Warning: allocate memory before using */ pmlibrarysymbol next; }; typedef struct slibraryfile mlibraryfile; typedef struct slibraryfile *pmlibraryfile; struct slibraryfile { int loaded; char *libspc; char *relfil; /* Warning: allocate memory before using */ char *filspc; /* Warning: allocate memory before using */ long offset; /* The embedded file offset in the library file libspc */ unsigned int type; pmlibrarysymbol symbols; pmlibraryfile next; }; extern pmlibraryfile libr; pmlibrarysymbol add_rel_index (FILE * fp, long size, pmlibraryfile This); #else int is_module_loaded (const char *filspc); int add_rel_file (const char *name, struct lbname *lbnh, const char *relfil, const char *filspc, int offset, FILE * fp, long size, int type); #endif struct aslib_target { int (*is_lib) (FILE * libfp); #ifdef INDEXLIB pmlibraryfile (*buildlibraryindex) (struct lbname * lbnh, FILE * libfp, pmlibraryfile This, int type); #else int (*fndsym) (const char *name, struct lbname * lbnh, FILE * libfp, int type); #endif void (*loadfile) (struct lbfile * lbfh); }; extern struct aslib_target aslib_target_sdcclib; extern struct aslib_target aslib_target_ar; extern struct aslib_target aslib_target_lib; //// //#define DEBUG_PRINT #ifdef DEBUG_PRINT # define D printf #else # define D 1 ? (void)0 : (*(void (*)(const char *, ...))0) #endif #endif /* __LKLIBR_H */ sdcc-2.9.0/as/link/lklist.c000066400000000000000000001076741116427777700155060ustar00rootroot00000000000000/* lklist.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 JLH: * - lstarea: show s_id as string rather than array [NCPS] * - lstarea: show a_id as string rather than array [NCPS] * 31-Oct-97 JLH: add NoICE output file genration in lstarea * 02-Apr-98 JLH: add XDATA, DATA, BIT flags to area output */ #include #include #include #include "aslink.h" /*)Module lklist.c * * The module lklist.c contains the functions which * output the linker .map file and produce a relocated * listing .rst file. * * lklist.c contains the following functions: * int dgt() * VOID lstarea() * VOID lkulist() * VOID lkalist() * VOID lkglist() * VOID newpag() * VOID slew() * * lklist.c contains no local variables. */ /*)Function VOID slew(fp) * * FILE * fp output file handle * * The function slew() increments the page line counter. * If the number of lines exceeds the maximum number of * lines per page then a page skip and a page header are * output. * * local variables: * int i loop counter * * global variables: * int lop current line number on page * int xflag Map file radix type flag * * functions called: * int fprintf() c_library * VOID newpag() lklist.c * * side effects: * The page line and the page count may be updated. */ VOID slew(fp) FILE *fp; { register int i; if (lop++ >= NLPP) { newpag(fp); if (xflag == 0) { fprintf(fp, "Hexadecimal\n\n"); } else if (xflag == 1) { fprintf(fp, "Octal\n\n"); } else if (xflag == 2) { fprintf(fp, "Decimal\n\n"); } fprintf(fp, "Area Addr Size"); fprintf(fp, " Decimal Bytes (Attributes)\n"); for(i=0;i<4;++i) fprintf(fp, " Value--Global"); fprintf(fp, "\n\n"); lop += 6; } } /*)Function VOID newpag() * * The function newpag() outputs a page skip, writes the * first page header line, sets the line count to 1, and * increments the page counter. * * local variables: * none * * global variables: * int lop current line number on page * int page current page number * * functions called: * int fprintf() c_library * * side effects: * The page and line counters are updated. */ VOID newpag(fp) FILE *fp; { fprintf(fp, "\fASxxxx Linker %s, page %u.\n", VERSION, ++page); lop = 1; } /* Used for qsort call in lstsym */ static int _cmpSymByAddr(const void *p1, const void *p2) { struct sym **s1 = (struct sym **)(p1); struct sym **s2 = (struct sym **)(p2); int delta = ((*s1)->s_addr + (*s1)->s_axp->a_addr) - ((*s2)->s_addr + (*s2)->s_axp->a_addr); /* Sort first by address, then by name. */ if (delta) { return delta; } return strcmp((*s1)->s_id,(*s2)->s_id); } #if NCPS-8 /* NCPS != 8 */ /*)Function VOID lstarea(xp) * * area * xp pointer to an area structure * * The function lstarea() creates the linker map output for * the area specified by pointer xp. The generated output * area header includes the area name, starting address, * size of area, number of words (in decimal), and the * area attributes. The symbols defined in this area are * sorted by ascending address and output one per line * in the selected radix. * * local variables: * areax * oxp pointer to an area extension structure * int c character value * int i loop counter * char * ptr pointer to an id string * int nmsym number of symbols in area * Addr_T ai temporary * Addr_T aj temporary * sym * sp pointer to a symbol structure * sym ** p pointer to an array of * pointers to symbol structures * * global variables: * FILE *mfp Map output file handle * sym *symhash[NHASH] array of pointers to NHASH * linked symbol lists * int xflag Map file radix type flag * * functions called: * int fprintf() c_library * VOID free() c_library * char * malloc() c_library * char putc() c_library * VOID slew() lklist.c * * side effects: * Map output generated. */ VOID lstarea(struct area *xp) { register struct areax *oxp; register int i; register char *ptr; int nmsym; Addr_T ai, aj; struct sym *sp; struct sym **p; int memPage; putc('\n', mfp); /* * Find number of symbols in area */ nmsym = 0; oxp = xp->a_axp; while (oxp) { for (i=0; is_axp) ++nmsym; sp = sp->s_sp; } } oxp = oxp->a_axp; } if (nmsym == 0) { return; } if (xflag == 0) { fprintf(mfp, "Hexadecimal\n\n"); } else if (xflag == 1) { fprintf(mfp, "Octal\n\n"); } else if (xflag == 2) { fprintf(mfp, "Decimal\n\n"); } fprintf(mfp, "Area "); fprintf(mfp, "Addr Size Decimal %s (Attributes)\n", (xp->a_flag & A_BIT)?"Bits ":"Bytes");/* JCF: For BIT print bits...*/ fprintf(mfp, "-------------------------------- "); fprintf(mfp, "---- ---- ------- ----- ------------\n"); /* * Output Area Header */ ptr = &xp->a_id[0]; fprintf(mfp, "%-32s", ptr ); /* JLH: width matches --- above */ ai = xp->a_addr; aj = xp->a_size; if (xflag == 0) { fprintf(mfp, " %04X %04X", ai, aj); } else if (xflag == 1) { fprintf(mfp, " %06o %06o", ai, aj); } else if (xflag == 2) { fprintf(mfp, " %05u %05u", ai, aj); } fprintf(mfp, " = %6u. %s ", aj, (xp->a_flag & A_BIT)?"bits ":"bytes"); /* JCF: For BIT print bits...*/ if (xp->a_flag & A_ABS) { fprintf(mfp, "(ABS"); } else { fprintf(mfp, "(REL"); } if (xp->a_flag & A_OVR) { fprintf(mfp, ",OVR"); } else { fprintf(mfp, ",CON"); } if (xp->a_flag & A_PAG) { fprintf(mfp, ",PAG"); } memPage = 0x00; if (xp->a_flag & A_CODE) { fprintf(mfp, ",CODE"); memPage = 0x0C; } if (xp->a_flag & A_XDATA) { fprintf(mfp, ",XDATA"); memPage = 0x0D; } if (xp->a_flag & A_BIT) { fprintf(mfp, ",BIT"); memPage = 0x0B; } fprintf(mfp, ")"); if (xp->a_flag & A_PAG) { ai = (ai & 0xFF); aj = (aj > 256); if (ai || aj) { fprintf(mfp, " "); } if (ai) { fprintf(mfp, " Boundary"); } if (ai & aj) { fprintf(mfp, " /"); } if (aj) { fprintf(mfp, " Length"); } if (ai || aj) { fprintf(mfp, " Error"); } } /* * Allocate space for an array of pointers to symbols * and load array. */ if ( (p = (struct sym **) malloc(nmsym*sizeof(struct sym *))) == NULL) { fprintf(mfp, "\nInsufficient space to build Map Segment.\n"); return; } nmsym = 0; oxp = xp->a_axp; while (oxp) { for (i=0; is_axp) { p[nmsym++] = sp; } sp = sp->s_sp; } } oxp = oxp->a_axp; } qsort(p, nmsym, sizeof(struct sym *), _cmpSymByAddr); /* * Symbol Table Output */ i = 0; fprintf(mfp, "\n\n"); fprintf(mfp, " Value Global\n"); fprintf(mfp, " -------- --------------------------------"); while (i < nmsym) { fprintf(mfp, "\n"); if (memPage != 0) fprintf(mfp, " %02X:", memPage); else fprintf(mfp, " "); sp = p[i]; aj = sp->s_addr + sp->s_axp->a_addr; if (xflag == 0) { fprintf(mfp, "%04X ", aj); } else if (xflag == 1) { fprintf(mfp, "%06o ", aj); } else if (xflag == 2) { fprintf(mfp, "%05u ", aj); } ptr = &sp->s_id[0]; fprintf(mfp, "%s", ptr ); /* if cdb flag set the output cdb Information and the symbol has a '$' sign in it then */ if (dflag && strchr(ptr,'$')) fprintf(dfp,"L:%s:%X\n",ptr,aj); /* NoICE output of symbol */ if (jflag) DefineNoICE( ptr, aj, memPage ); i++; } putc('\n', mfp); free(p); } #else /* NCPS == 8 */ /*)Function VOID lstarea(xp) * * area * xp pointer to an area structure * * The function lstarea() creates the linker map output for * the area specified by pointer xp. The generated output * area header includes the area name, starting address, * size of area, number of words (in decimal), and the * area attributes. The symbols defined in this area are * sorted by ascending address and output four per line * in the selected radix. * * local variables: * areax * oxp pointer to an area extension structure * int c character value * int i loop counter * char * ptr pointer to an id string * int nmsym number of symbols in area * Addr_T ai temporary * Addr_T aj temporary * sym * sp pointer to a symbol structure * sym ** p pointer to an array of * pointers to symbol structures * * global variables: * FILE *mfp Map output file handle * sym *symhash[NHASH] array of pointers to NHASH * linked symbol lists * int xflag Map file radix type flag * * functions called: * int fprintf() c_library * VOID free() c_library * char * malloc() c_library * char putc() c_library * VOID slew() lklist.c * * side effects: * Map output generated. */ VOID lstarea(struct area *xp) { register struct areax *oxp; register int c, i; register char *ptr; int nmsym; Addr_T ai, aj; struct sym *sp; struct sym **p; int page; putc('\n', mfp); slew(mfp); /* * Output Area Header */ ptr = &xp->a_id[0]; while (ptr < &xp->a_id[NCPS]) { if ((c = *ptr++) != 0) { putc(c, mfp); } else { putc(' ', mfp); } } ai = xp->a_addr; aj = xp->a_size; if (xflag == 0) { fprintf(mfp, " %04X %04X", ai, aj); } else if (xflag == 1) { fprintf(mfp, " %06o %06o", ai, aj); } else if (xflag == 2) { fprintf(mfp, " %05u %05u", ai, aj); } fprintf(mfp, " = %6u. bytes ", aj); if (xp->a_flag & A_ABS) { fprintf(mfp, "(ABS"); } else { fprintf(mfp, "(REL"); } if (xp->a_flag & A_OVR) { fprintf(mfp, ",OVR"); } else { fprintf(mfp, ",CON"); } if (xp->a_flag & A_PAG) { fprintf(mfp, ",PAG"); } page = 0x00; if (xp->a_flag & A_CODE) { fprintf(mfp, ",CODE"); memPage = 0x0C; } if (xp->a_flag & A_XDATA) { fprintf(mfp, ",XDATA"); memPage = 0x0D; } if (xp->a_flag & A_BIT) { fprintf(mfp, ",BIT"); memPage = 0x0B; } fprintf(mfp, ")"); if (xp->a_flag & A_PAG) { ai = (ai & 0xFF); aj = (aj > 256); if (ai || aj) { fprintf(mfp, " "); } if (ai) { fprintf(mfp, " Boundary"); } if (ai & aj) { fprintf(mfp, " /"); } if (aj) { fprintf(mfp, " Length"); } if (ai || aj) { fprintf(mfp, " Error"); } } /* * Find number of symbols in area */ nmsym = 0; oxp = xp->a_axp; while (oxp) { for (i=0; is_axp) ++nmsym; sp = sp->s_sp; } } oxp = oxp->a_axp; } if (nmsym == 0) { putc('\n', mfp); slew(mfp); return; } /* * Allocate space for an array of pointers to symbols * and load array. */ if ( (p = (struct sym **) malloc(nmsym*sizeof(struct sym *))) == NULL) { fprintf(mfp, "\nInsufficient space to build Map Segment.\n"); slew(mfp); return; } nmsym = 0; oxp = xp->a_axp; while (oxp) { for (i=0; is_axp) { p[nmsym++] = sp; } sp = sp->s_sp; } } oxp = oxp->a_axp; } qsort(p, nmsym, sizeof(struct sym *), _cmpSymByAddr); /* * Symbol Table Output */ i = 0; while (i < nmsym) { fprintf(mfp, "\n"); slew(mfp); fprintf(mfp, " "); sp = p[i]; aj = sp->s_addr + sp->s_axp->a_addr; if (xflag == 0) { fprintf(mfp, " %04X ", aj); } else if (xflag == 1) { fprintf(mfp, "%06o ", aj); } else if (xflag == 2) { fprintf(mfp, " %05u ", aj); } ptr = &sp->s_id[0]; fprintf(mfp, "%*s", NCPS, ptr ); /* NoICE output of symbol */ if (jflag) DefineNoICE( ptr, aj, memPage ); } putc('\n', mfp); free(p); slew(mfp); } #endif #ifdef SDK VOID lstareatosym(struct area *xp) { /* Output the current area symbols to a NO$GMB .sym file */ register struct areax *oxp; register int i; int nmsym; Addr_T a0; struct sym *sp; struct sym **p; /* * Find number of symbols in area */ nmsym = 0; oxp = xp->a_axp; while (oxp) { for (i=0; is_axp) ++nmsym; sp = sp->s_sp; } } oxp = oxp->a_axp; } /* * Symbol Table Output */ if (!((xp->a_size==0)&&(xp->a_addr==0)&&(nmsym==0))) { /* Dont worry about any area information */ fprintf(mfp, "; Area: %s\n", xp->a_id ); if (nmsym>0) { /* * Allocate space for an array of pointers to symbols * and load array. */ if ( (p = (struct sym **) malloc(nmsym*sizeof(struct sym *))) == NULL) { fprintf(mfp, "\nInsufficient space to build Map Segment.\n"); return; } nmsym = 0; oxp = xp->a_axp; while (oxp) { for (i=0; is_axp) { p[nmsym++] = sp; } sp = sp->s_sp; } } oxp = oxp->a_axp; } qsort(p, nmsym, sizeof(struct sym *), _cmpSymByAddr); i = 0; while (i < nmsym) { /* no$gmb requires the symbol names to be less than 32 chars long. Truncate. */ char name[32]; strncpy(name, p[i]->s_id, 31); name[31] = '\0'; if ((strncmp("l__", name, 3)!=0)&&(strchr(name,' ')==NULL)) { a0=p[i]->s_addr + p[i]->s_axp->a_addr; if (a0>0x7FFFU) { /* Not inside the ROM, so treat as being in bank zero */ fprintf(mfp, "00:%04X %s\n", a0, name); } else { fprintf(mfp, "%02X:%04X %s\n", a0/16384, a0, name); } } i++; } free(p); } } } #endif /*)Function VOID lkulist(i) * * int i i # 0 process LST to RST file * i = 0 copy remainder of LST file * to RST file and close files * * The function lkulist() creates a relocated listing (.rst) * output file from the ASxxxx assembler listing (.lst) * files. The .lst file's program address and code bytes * are changed to reflect the changes made by ASlink as * the .rel files are combined into a single relocated * output file. * * local variables: * Addr_T pc current program counter address * * global variables: * int hilo byte order * int gline get a line from the LST file * to translate for the RST file * char rb[] read listing file text line * FILE *rfp The file handle to the current * output RST file * int rtcnt count of data words * int rtflg[] output the data flag * Addr_T rtval[] relocated data * FILE *tfp The file handle to the current * LST file being scanned * * functions called: * int fclose() c_library * int fgets() c_library * int fprintf() c_library * VOID lkalist() lklist.c * VOID lkglist() lklist.c * * side effects: * A .rst file is created for each available .lst * file associated with a .rel file. */ VOID lkulist(int i) { Addr_T pc; /* * Exit if listing file is not open */ if (tfp == NULL) return; /* * Normal processing of LST to RST */ if (i) { /* * Evaluate current code address */ if (hilo == 0) { pc = ((rtval[1] & 0xFF) << 8) + (rtval[0] & 0xFF); } else { pc = ((rtval[0] & 0xFF) << 8) + (rtval[1] & 0xFF); } /* * Line with only address */ if (rtcnt == 2) { lkalist(pc); /* * Line with address and code */ } else { for (i=2; i < rtcnt; i++) { if (rtflg[i]) { lkglist(pc++, rtval[i] & 0xFF); } } } /* * Copy remainder of LST to RST */ } else { if (gline == 0) fprintf(rfp, "%s", rb); while (fgets(rb, sizeof(rb), tfp) != 0) { fprintf(rfp, "%s", rb); } fclose(tfp); tfp = NULL; fclose(rfp); rfp = NULL; } } /*)Function VOID lkalist(pc) * * int pc current program counter value * * The function lkalist() performs the following functions: * * (1) if the value of gline = 0 then the current listing * file line is copied to the relocated listing file output. * * (2) the listing file is read line by line and copied to * the relocated listing file until a valid source * line number and a program counter value of the correct * radix is found. The new relocated pc value is substituted * and the line is written to the RST file. * * local variables: * int i loop counter * char str[] temporary string * * global variables: * int gcntr data byte counter * int gline get a line from the LST file * to translate for the RST file * char rb[] read listing file text line * char *rp pointer to listing file text line * FILE *rfp The file handle to the current * output RST file * FILE *tfp The file handle to the current * LST file being scanned * * functions called: * int dgt() lklist.c * int fclose() c_library * int fgets() c_library * int fprintf() c_library * int sprintf() c_library * char * strncpy() c_library * * side effects: * Lines of the LST file are copied to the RST file, * the last line copied has the code address * updated to reflect the program relocation. */ VOID lkalist(Addr_T pc) { char str[8]; int i; /* * Exit if listing file is not open */ loop: if (tfp == NULL) return; /* * Copy current LST to RST */ if (gline == 0) { fprintf(rfp, "%s", rb); gline = 1; } /* * Clear text line buffer */ for (i=0,rp=rb; i. */ /* * Extensions to CUG 292 linker ASLINK to produce NoICE debug files * * 31-Oct-1997 by John Hartman * 30-Jan-98 JLH add page to DefineNoICE for 8051 * 2-Feb-98 JLH Allow optional .nest on local vars - C scoping rules... */ #include #include #include #include "aslink.h" static void DefineGlobal( char *name, Addr_T value, int page ); static void DefineScoped( char *name, Addr_T value, int page ); static void DefineFile( char *name, Addr_T value, int page ); static void DefineFunction( char *name, Addr_T value, int page ); static void DefineStaticFunction( char *name, Addr_T value, int page ); static void DefineEndFunction( Addr_T value, int page ); static void DefineLine( char *lineString, Addr_T value, int page ); static void PagedAddress( Addr_T value, int page ); /* * Called from lstarea in lklist.c for each symbol. * * Generates appropriate NoICE commands into output file, if any is open * */ void DefineNoICE( char *name, Addr_T value, int page ) { char token1[NCPS]; /* parse for file.function.symbol */ char token2[NCPS]; char token3[NCPS]; // char token4[NCPS]; char sep1, sep2; int j, level; /* no output if file is not open */ if (jfp == NULL) return; j = sscanf( name, "%[^.]%c%[^.]%c%s", token1, &sep1, token2, &sep2, token3 ); switch (j) { /* file.function.symbol, or file.function..SPECIAL */ case 5: DefineFile( token1, 0, 0 ); if (token3[0] == '.') { if (strcmp( token3, ".FN" ) == 0) { /* Global function */ DefineFunction( token2, value, page ); } else if (strcmp( token3, ".SFN" ) == 0) { /* Static (file-scope) function */ DefineStaticFunction( token2, value, page ); } else if (strcmp( token3, ".EFN" ) == 0) { /* End of function */ DefineEndFunction( value, page ); } } else { /* Function-scope var. */ DefineFunction( token2, 0, 0 ); /* Look for optional level integer */ j = sscanf( token3, "%[^.]%c%u", token1, &sep1, &level ); if ((j == 3) && (level != 0)) { sprintf( &token1[ strlen(token1) ], "_%u", level ); } DefineScoped( token1, value, page ); } break; /* file.func. is illegal */ case 4: break; /* either file.symbol or file.line# */ case 3: DefineFile( token1, 0, 0 ); if ((token2[0] >= '0') && (token2[0] <= '9')) { /* Line number */ DefineLine( token2, value, page ); } else { /* File-scope symbol. (Kill any function) */ DefineEndFunction( 0, 0 ); DefineScoped( token2, value, page ); } break; /* symbol. is illegal */ case 2: break; /* just a symbol */ case 1: DefineGlobal( token1, value, page ); break; } } static char currentFile[NCPS]; static char currentFunction[NCPS]; /* * static function: * Define "name" as a global symbol */ void DefineGlobal( char *name, Addr_T value, int page ) { fprintf( jfp, "DEF %s ", name ); PagedAddress( value, page ); } /* * static function: * Define "name" as a static (scoped) symbol */ void DefineScoped( char *name, Addr_T value, int page ) { fprintf( jfp, "DEFS %s ", name ); PagedAddress( value, page ); } /* * static function: * Define "name" as the current file */ void DefineFile( char *name, Addr_T value, int page ) { if (as_strcmpi( name, currentFile ) != 0) { strcpy( currentFile, name ); if (value != 0) { fprintf( jfp, "FILE %s ", name ); PagedAddress( value, page ); } else { fprintf( jfp, "FILE %s\n", name ); } } } /* * static function: * Define "name" as the current function */ void DefineFunction( char *name, Addr_T value, int page ) { if (as_strcmpi( name, currentFunction ) != 0) { strcpy( currentFunction, name ); if (value != 0) { fprintf( jfp, "DEF %s ", name ); PagedAddress( value, page ); fprintf( jfp, "FUNC %s ", name ); PagedAddress( value, page ); } else { fprintf( jfp, "FUNC %s\n", name ); } } } /* * static function: * Define "name" as the current static (scoped) function */ void DefineStaticFunction( char *name, Addr_T value, int page ) { if (as_strcmpi( name, currentFunction ) != 0) { strcpy( currentFunction, name ); if (value != 0) { fprintf( jfp, "DEFS %s ", name ); PagedAddress( value, page ); fprintf( jfp, "SFUNC %s ", name ); PagedAddress( value, page ); } else { fprintf( jfp, "SFUNC %s\n", name ); } } } /* * static function: * Define the end of the current function */ void DefineEndFunction( Addr_T value, int page ) { if (currentFunction[0] != 0) { if (value != 0) { fprintf( jfp, "ENDF " ); PagedAddress( value, page ); } else { fprintf( jfp, "ENDF\n" ); } currentFunction[0] = 0; } } /* * static function: * Define "lineNumber" as a line in the current file */ void DefineLine( char *lineString, Addr_T value, int page ) { int indigit, lineNumber = 0; while( (indigit=digit( *lineString++, 10 )) >= 0) { lineNumber = 10*lineNumber + indigit; } fprintf( jfp, "LINE %u ", lineNumber ); PagedAddress( value, page ); } void PagedAddress( Addr_T value, int page ) { fprintf( jfp, "%X:0x%X\n", page, value ); } sdcc-2.9.0/as/link/lkrel.c000066400000000000000000000062341116427777700153030ustar00rootroot00000000000000/* lkrel.c - .rel object file handling Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 Copyright (C) 2008-2009 Borut Razem, borut dot razem at siol dot net This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * With contributions for the * object libraries from * Ken Hornstein * kenh@cmf.nrl.navy.mil * */ /* * Extensions: P. Felber */ #include #include #include "getline.h" #include "aslink.h" #include "lkrel.h" int is_rel (FILE * libfp) { int c; long pos = ftell (libfp); int ret = 0; /* [XDQ][HL] */ if (((c = getc (libfp)) == 'X' || c == 'D' || c == 'Q') && ((c = getc (libfp)) == 'H' || c == 'L')) { switch (getc (libfp)) { case '\r': if (getc (libfp) == '\n') ret = 1; break; case '\n': ret = 1; } } else if (c == ';') { char buf[6]; if (fread (buf, 1, sizeof (buf), libfp) == sizeof (buf) && memcmp (buf, "!FILE ", 6) == 0) ret = 1; } fseek (libfp, pos, SEEK_SET); return ret; } /* Load a standalone or embedded .rel */ int load_rel (FILE * libfp, long size) { if (is_rel (libfp)) { char str[NINPUT]; long end; end = (size >= 0) ? ftell (libfp) + size : -1; while ((end < 0 || ftell (libfp) < end) && getline (str, sizeof (str), libfp) != NULL) { if (0 == strcmp (str, "")) return 1; ip = str; link_main (); } return 1; } else return 0; } int enum_symbols (FILE * fp, long size, int (*func) (const char *symvoid, void *param), void *param) { char buf[NINPUT]; long end = (size >= 0) ? ftell (fp) + size : -1; assert (func != NULL); /* * Read in the object file. Look for lines that * begin with "S" and end with "D". These are * symbol table definitions. If we find one, see * if it is our symbol. Make sure we only read in * our object file and don't go into the next one. */ while ((end < 0 || ftell (fp) < end) && getline (buf, sizeof (buf), fp) != NULL) { char symname[NINPUT]; char c; /* * When a 'T line' is found terminate file scan. * All 'S line's preceed 'T line's in .REL files. */ if (buf[0] == 'T') break; /* * Skip everything that's not a symbol record. */ if (buf[0] != 'S') continue; sscanf (buf, "S %s %c", symname, &c); /* If it's an actual symbol, record it */ if (c == 'D') { if ((*func) (symname, param)) return 1; } } return 0; } sdcc-2.9.0/as/link/lkrel.h000066400000000000000000000024071116427777700153060ustar00rootroot00000000000000/* lkrel.h - .rel object file handling Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 Copyright (C) 2008-2009 Borut Razem, borut dot razem at siol dot net This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * With contributions for the * object libraries from * Ken Hornstein * kenh@cmf.nrl.navy.mil * */ /* * Extensions: P. Felber */ #ifndef __LKREL_H #define __LKREL_H #include #ifdef __cplusplus extern "C" { #endif int is_rel (FILE * libfp); int load_rel (FILE * libfp, long size); int enum_symbols (FILE * fp, long size, int (*func) (const char *symvoid, void *param), void *param); #ifdef __cplusplus } #endif #endif /* __LKREL_H */ sdcc-2.9.0/as/link/lksdcclib.c000066400000000000000000000263031116427777700161230ustar00rootroot00000000000000/* lksdcclib.c - sdcc library format handling Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 Copyright (C) 2008 Borut Razem, borut dot razem at siol dot net This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * With contributions for the * object libraries from * Ken Hornstein * kenh@cmf.nrl.navy.mil * */ /* * Extensions: P. Felber */ #include #include #include "getline.h" #include "aslink.h" #include "lklibr.h" #include "lkrel.h" #define EQ(A,B) !strcmp((A),(B)) #define MAXLINE 254 /*when using getline */ static int is_sdcclib (FILE * libfp) { #define SDCCLIB_MAGIC "" #define SDCCLIB_MAGIC_LEN (sizeof ("") - 1) char buf[SDCCLIB_MAGIC_LEN]; if (fread (buf, 1, sizeof (buf), libfp) == sizeof (buf) && memcmp (buf, SDCCLIB_MAGIC, SDCCLIB_MAGIC_LEN) == 0) { switch (getc (libfp)) { case '\r': if (getc (libfp) == '\n') return 1; case '\n': return 1; } } rewind (libfp); return 0; } /* Load a .rel file embedded in a sdcclib file */ static int LoadRel (char *libfname, FILE * libfp, char *ModName) { char str[NINPUT]; int state = 0; while (getline (str, sizeof (str), libfp) != NULL) { switch (state) { case 0: if (EQ (str, "")) { if (NULL != getline (str, sizeof (str), libfp) && EQ (str, ModName)) state = 1; else return 0; } else return 0; break; case 1: return EQ (str, "") ? load_rel (libfp, -1) : 0; } } return 0; } #ifdef INDEXLIB static pmlibraryfile buildlibraryindex_sdcclib (struct lbname *lbnh, FILE * libfp, pmlibraryfile This, int type) { char FLine[MAXLINE]; int state = 0; long IndexOffset = 0; pmlibrarysymbol ThisSym = NULL; while (getline (FLine, sizeof (FLine), libfp)) { switch (state) { case 0: if (EQ (FLine, "")) { /*The next line has the size of the index */ getline (FLine, sizeof (FLine), libfp); IndexOffset = atol (FLine); state = 1; } break; case 1: if (EQ (FLine, "")) { char buff[PATH_MAX]; char ModName[NCPS] = ""; long FileOffset; /* The next line has the name of the module and the offset of the corresponding embedded file in the library */ getline (FLine, sizeof (FLine), libfp); sscanf (FLine, "%s %ld", ModName, &FileOffset); state = 2; /* Create a new libraryfile object for this module */ if (libr == NULL) { libr = This = (pmlibraryfile) new (sizeof (mlibraryfile)); } else { This->next = (pmlibraryfile) new (sizeof (mlibraryfile)); This = This->next; } This->next = NULL; This->loaded = -1; This->offset = FileOffset + IndexOffset; This->libspc = lbnh->libspc; This->relfil = strdup (ModName); sprintf (buff, "%s%s%c%s", lbnh->path, ModName, FSEPX, LKOBJEXT); This->filspc = strdup (buff); This->type = type; This->symbols = ThisSym = NULL; /* Start a new linked list of symbols */ } else if (EQ (FLine, "")) { return This; /* Finish, get out of here */ } break; case 2: if (EQ (FLine, "")) { This->loaded = 0; /* Create the index for the next module */ state = 1; } else { /* Add the symbols */ if (ThisSym == NULL) /* First symbol of the current module */ { ThisSym = This->symbols = (pmlibrarysymbol) new (sizeof (mlibrarysymbol)); } else { ThisSym->next = (pmlibrarysymbol) new (sizeof (mlibrarysymbol)); ThisSym = ThisSym->next; } ThisSym->next = NULL; ThisSym->name = strdup (FLine); } break; default: return This; /* State machine should never reach this point, but just in case... */ break; } } return This; /* State machine should never reach this point, but just in case... */ } #else /* Load an .adb file embedded in a sdcclib file. If there is something between and returns 1, otherwise returns 0. This way the aomf51 will not have useless empty modules. */ static int LoadAdb (FILE * libfp) { char str[MAXLINE]; int state = 0; int ret = 0; while (getline (str, sizeof (str), libfp) != NULL) { switch (state) { case 0: if (EQ (str, "")) state = 1; break; case 1: if (EQ (str, "")) return ret; fprintf (dfp, "%s\n", str); ret = 1; break; } } return ret; } /* Check for a symbol in a SDCC library. If found, add the embedded .rel and .adb files from the library. The library must be created with the SDCC librarian 'sdcclib' since the linking process depends on the correct file offsets embedded in the library file. */ static int findsym_sdcclib (const char *name, struct lbname *lbnh, FILE * libfp, int type) { struct lbfile *lbfh; char ModName[NCPS] = ""; char FLine[MAXLINE]; int state = 0; long IndexOffset = 0, FileOffset; while (getline (FLine, sizeof (FLine), libfp)) { char filspc[PATH_MAX]; if (lbnh->path != NULL) { strcpy (filspc, lbnh->path); #ifdef OTHERSYSTEM if (*filspc != '\0' && (filspc[strlen (filspc) - 1] != '/') && (filspc[strlen (filspc) - 1] != LKDIRSEP)) { strcat (filspc, LKDIRSEPSTR); } #endif } switch (state) { case 0: if (EQ (FLine, "")) { /* The next line has the size of the index */ getline (FLine, sizeof (FLine), libfp); IndexOffset = atol (FLine); state = 1; } break; case 1: if (EQ (FLine, "")) { /* The next line has the name of the module and the offset of the corresponding embedded file in the library */ getline (FLine, sizeof (FLine), libfp); sscanf (FLine, "%s %ld", ModName, &FileOffset); state = 2; } else if (EQ (FLine, "")) { /* Reached the end of the index. The symbol is not in this library. */ return 0; } break; case 2: if (EQ (FLine, "")) { /* The symbol is not in this module, try the next one */ state = 1; } else { /* Check if this is the symbol we are looking for. */ if (strncmp (name, FLine, NCPS) == 0) { /* The symbol is in this module. */ /* As in the original library format, it is assumed that the .rel files reside in the same directory as the lib files. */ sprintf (&filspc[strlen (filspc)], "%s%c%s", ModName, FSEPX, LKOBJEXT); /* If this module has been loaded already don't load it again. */ if (is_module_loaded (filspc)) return 1; /* Add the embedded file to the list of files to be loaded in the second pass. That is performed latter by the function library() below. */ lbfh = (struct lbfile *) new (sizeof (struct lbfile)); if (lbfhead == NULL) { lbfhead = lbfh; } else { struct lbfile *lbf; for (lbf = lbfhead; lbf->next; lbf = lbf->next) ; lbf->next = lbfh; } lbfh->libspc = lbnh->libspc; lbfh->filspc = strdup (filspc); lbfh->relfil = strdup (ModName); /* Library embedded file, so lbfh->offset must be >=0 */ lbfh->offset = IndexOffset + FileOffset; /* Jump to where the .rel begins and load it. */ fseek (libfp, lbfh->offset, SEEK_SET); if (!LoadRel (lbnh->libspc, libfp, ModName)) { fclose (libfp); fprintf (stderr, "?ASlink-Error-Bad offset in library file %s(%s)\n", lbfh->libspc, ModName); lkexit (1); } /* if cdb information required & .adb file present */ if (dflag && dfp) { if (LoadAdb (libfp)) SaveLinkedFilePath (filspc); } return 1; /* Found the symbol, so success! */ } } break; default: return 0; /* It should never reach this point, but just in case... */ break; } } return 0; /* The symbol is not in this library */ } #endif static void loadfile_sdcclib (struct lbfile *lbfh) { FILE *fp; int res; #ifdef __CYGWIN__ char posix_path[PATH_MAX]; void cygwin_conv_to_full_posix_path (char *win_path, char *posix_path); cygwin_conv_to_full_posix_path (lbfh->libspc, posix_path); fp = fopen (posix_path, "rb"); #else fp = fopen (lbfh->libspc, "rb"); #endif if (fp != NULL) { fseek (fp, lbfh->offset, SEEK_SET); res = LoadRel (lbfh->libspc, fp, lbfh->relfil); fclose (fp); if (!res) { fprintf (stderr, "?ASlink-Error-Bad offset in library file %s(%s)\n", lbfh->libspc, lbfh->relfil); lkexit (1); } } else { fprintf (stderr, "?ASlink-Error-Opening library '%s'\n", lbfh->libspc); lkexit (1); } } struct aslib_target aslib_target_sdcclib = { &is_sdcclib, #ifdef INDEXLIB &buildlibraryindex_sdcclib, #else &findsym_sdcclib, #endif &loadfile_sdcclib, }; sdcc-2.9.0/as/link/lkstore.c000066400000000000000000000035631116427777700156570ustar00rootroot00000000000000/* lkstore.c - Allocated string storage module. Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Allocated string storage module. * * 31-Oct-1997 by John Hartman */ #include #include #include #include "aslink.h" /* * Allocate space for "str", copy str into new space * Return a pointer to the allocated name, or NULL if out of memory */ char *StoreString( char *str ) { /* To avoid wasting memory headers on small allocations, we / allocate a big chunk and parcel it out as required. / These static variables remember our hunk */ #define STR_STORE_HUNK 2000 static char *pNextFree = NULL; static int bytesLeft = 0; int length; char *pStoredString; length = strlen( str ) + 1; /* what we need, including null */ if (length > bytesLeft) { /* no space. Allocate a new hunk. We lose the pointer to any / old hunk. We don't care, as the names are never deleted. */ pNextFree = (char*)new( STR_STORE_HUNK ); bytesLeft = STR_STORE_HUNK; } /* Copy the name and terminating null into the name store */ pStoredString = pNextFree; memcpy( pStoredString, str, length ); pNextFree += length; bytesLeft -= length; return pStoredString; } sdcc-2.9.0/as/link/lksym.c000066400000000000000000000350271116427777700153330ustar00rootroot00000000000000/* lksym.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 JLH: * - lkpsym: Use StoreString for sym construction * - change symeq() to do length-independent string compare * - change hash() to do length-independent hash calculation */ #include #include #include #include "aslink.h" /*)Module lksym.c * * The module lksym.c contains the functions that operate * on the symbol structures. * * lksym.c contains the following functions: * int hash() * sym * lkpsym() * VOID * new() * sym * newsym() * VOID symdef() * int symeq() * VOID syminit() * VOID symmod() * Addr_T symval() * * lksym.c contains no local/static variables. */ /*)Function VOID syminit() * * The function syminit() is called to clear the hashtable. * * local variables: * int h computed hash value * sym ** spp pointer to an array of * sym structure pointers * * global variables: * sym * symhash[] array of pointers to NHASH * linked symbol lists * * functions called: * none * * side effects: * (1) The symbol hash tables are cleared */ VOID syminit(void) { struct sym **spp; spp = &symhash[0]; while (spp < &symhash[NHASH]) *spp++ = NULL; } /*)Function sym * newsym() * * The function newsym() is called to evaluate the symbol * definition/reference directive from the .rel file(s). * If the symbol is not found in the symbol table a new * symbol structure is created. Evaluation of the * directive determines if this is a reference or a definition. * Multiple definitions of the same variable will be flagged * as an error if the values are not identical. A symbol * definition places the symbol value and area extension * into the symbols data structure. And finally, a pointer * to the symbol structure is placed into the head structure * symbol list. Refer to the description of the header, symbol, * area, and areax structures in lkdata.c for structure and * linkage details. * * local variables: * int c character from input text * int i evaluation value * char id[] symbol name * int nglob number of symbols in this header * sym * tsp pointer to symbol structure * sym ** s list of pointers to symbol structures * * global variables: * areax *axp Pointer to the current * areax structure * head *headp The pointer to the first * head structure of a linked list * int lkerr error flag * * functions called: * Addr_T eval() lkeval.c * VOID exit() c_library * int fprintf() c_library * char getSid() lklex.c * char get() lklex.c * char getnb() lklex.c * sym * lkpsym() lksym.c * * side effects: * A symbol structure is created and/or modified. * If structure space allocation fails linker will abort. * Several severe errors (these are internal errors * indicating a corrupted .rel file or corrupted * assembler or linker) will terminated the linker. */ /* * Find/Create a global symbol entry. * * S xxxxxx Defnnnn * | | | * | | `-- sp->s_addr * | `----- sp->s_type * `------------ sp->s_id * */ struct sym * newsym(void) { register unsigned i ; register unsigned nglob ; register int c ; struct sym *tsp; struct sym **s; char id[NCPS]; getSid(id); // old: getid(id, -1); tsp = lkpsym(id, 1); c = getnb();get();get(); if (c == 'R') { tsp->s_type |= S_REF; if (eval()) { fprintf(stderr, "Non zero S_REF\n"); lkerr++; } } else if (c == 'D') { i = eval(); if (tsp->s_type & S_DEF && tsp->s_addr != i) { fprintf(stderr, "Multiple definition of %s\n", id); lkerr++; } tsp->s_type |= S_DEF; /* * Set value and area extension link. */ tsp->s_addr = i; tsp->s_axp = axp; } else { fprintf(stderr, "Invalid symbol type %c for %s\n", c, id); lkexit(1); } /* * Place pointer in header symbol list */ if (headp == NULL) { fprintf(stderr, "No header defined\n"); lkexit(1); } nglob = hp->h_nglob; s = hp->s_list; for (i=0; i < nglob ;++i) { if (s[i] == NULL) { s[i] = tsp; return(tsp); } } fprintf(stderr, "Header symbol list overflow\n"); lkexit(1); /* Never reached */ return(0); } /*)Function sym * lkpsym(id,f) * * char * id symbol name string * int f f == 0, lookup only * f != 0, create if not found * * The function lookup() searches the symbol hash tables for * a symbol name match returning a pointer to the sym structure. * If the symbol is not found then a sym structure is created, * initialized, and linked to the appropriate hash table if f != 0. * A pointer to this new sym structure is returned or a NULL * pointer is returned if f == 0. * * local variables: * int h computed hash value * sym * sp pointer to a sym structure * * global varaibles: * sym * symhash[] array of pointers to NHASH * linked symbol lists * * functions called: * int hash() lksym.c * VOID * new() lksym.c * int symeq() lksym.c * * side effects: * If the function new() fails to allocate space * for the new sym structure the linker terminates. */ struct sym * lkpsym(char *id, int f) { register struct sym *sp; register int h; h = hash(id); sp = symhash[h]; while (sp != NULL) { if (symeq(id, sp->s_id)) return (sp); sp = sp->s_sp; } if (f == 0) return (NULL); sp = (struct sym *) new (sizeof(struct sym)); sp->s_sp = symhash[h]; symhash[h] = sp; sp->s_id = StoreString( id ); /* JLH */ return (sp); } /*)Function Addr_T symval(tsp) * * sym * tsp pointer to a symbol structure * * The function symval() returns the value of the * relocated symbol by adding the variable definition * value to the areax base address. * * local variables: * Addr_T val relocated address value * * global variables: * none * * functions called: * none * * side effects: * none */ Addr_T symval(register struct sym *tsp) { register Addr_T val; val = tsp->s_addr; if (tsp->s_axp) { val += tsp->s_axp->a_addr; } return(val); } /*)Function VOID symdef(fp) * * FILE * fp file handle for output * * The function symdef() scans the hashed symbol table * searching for variables referenced but not defined. * Undefined variables are linked to the default * area "_CODE" and reported as referenced by the * appropriate module. * * local variables: * int i hash table index loop variable * sym * sp pointer to linked symbol structure * * global variables: * area *areap The pointer to the first * area structure of a linked list * sym *symhash[NHASH] array of pointers to NHASH * linked symbol lists * * functions called: * symmod() lksym.c * * side effects: * Undefined variables have their areas set to "_CODE". */ VOID symdef(FILE *fp) { register struct sym *sp; register int i; for (i=0; is_axp == NULL) sp->s_axp = areap->a_axp; if ((sp->s_type & S_DEF) == 0) symmod(fp, sp); sp = sp->s_sp; } } } /*)Function VOID symmod(fp,tsp) * * FILE * fp output file handle * sym * tsp pointer to a symbol structure * * The function symmod() scans the header structures * searching for a reference to the symbol structure * pointer to by tsp. The function then generates an error * message whichs names the module having referenced the * undefined variable. * * local variables: * int i loop counter * sym ** p pointer to a list of pointers * to symbol structures * * global variables: * head *headp The pointer to the first * head structure of a linked list * head *hp Pointer to the current * head structure * int lkerr error flag * * functions called: * int fprintf() c_library * * side effects: * Error output generated. */ VOID symmod(FILE *fp, struct sym *tsp) { register int i; struct sym **p; if ((hp = headp) != NULL) { while(hp) { p = hp->s_list; for (i=0; ih_nglob; ++i) { if (p[i] == tsp) { fprintf(fp, "\n?ASlink-Warning-Undefined Global '%s' ", tsp->s_id); fprintf(fp, "referenced by module '%s'\n", hp->m_id); lkerr++; } } hp = hp->h_hp; } } } /*)Function int symeq(p1, p2) * * char * p1 name string * char * p2 name string * * The function symeq() compares the two name strings for a match. * The return value is 1 for a match and 0 for no match. * * local variables: * int h loop counter * * global variables: * char ccase[] an array of characters which * perform the case translation function * * functions called: * none * * side effects: * none * */ int symeq(register char *p1, register char *p2) { #if CASE_SENSITIVE return (strncmp( p1, p2, NCPS ) == 0); #else return (as_strncmpi( p1, p2, NCPS ) == 0); #endif } /*)Function int hash(p) * * char * p pointer to string to hash * * The function hash() computes a hash code using the sum * of all characters mod table size algorithm. * * local variables: * int h accumulated character sum * int n loop counter * * global variables: * char ccase[] an array of characters which * perform the case translation function * * functions called: * none * * side effects: * none * */ int hash(register char *p) { register int h, n; h = 0; n = NCPS; while (*p && n--) { #if CASE_SENSITIVE h += *p++; #else h += ccase[(unsigned char)(*p++)]; #endif } return (h&HMASK); } /*)Function VOID * new(n) * * unsigned int n allocation size in bytes * * The function new() allocates n bytes of space and returns * a pointer to this memory. If no space is available the * linker is terminated. * * local variables: * char * p a general pointer * char * q a general pointer * * global variables: * none * * functions called: * int fprintf() c_library * VOID * malloc() c_library * * side effects: * Memory is allocated, if allocation fails * the linker is terminated. */ VOID * new(unsigned int n) { register char *p; if ((p = (char *) calloc(n, 1)) == NULL) { fprintf(stderr, "Out of space!\n"); lkexit(1); } return (p); } sdcc-2.9.0/as/link/mcs51/000077500000000000000000000000001116427777700147515ustar00rootroot00000000000000sdcc-2.9.0/as/link/mcs51/Makefile.aslink000066400000000000000000000035301116427777700176720ustar00rootroot00000000000000CC=gcc LEX=flex YACC=bison INCROOT=.. CFLAGS=-ggdb -O2 -I $(INCROOT) TARGETS=$(SDCCDIR)/bin/aslink ALLOBJECTS= lkmain.o lkhead.o lkarea.o lkdata.o\ lkeval.o lklex.o lksym.o lkrloc.o\ lklibr.o lklist.o lkihx.o lks19.o\ lknoice.o lkmem.o lkaomf51.o\ ../lkstore.o\ strcmpi.o all:: $(TARGETS) clean:: rm -f $(TARGETS) $(ALLOBJECTS) lkmain.o : lkmain.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkmain.o lkmain.c lkhead.o : lkhead.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkhead.o lkhead.c lkarea.o : lkarea.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkarea.o lkarea.c lkdata.o : lkdata.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkdata.o lkdata.c lkeval.o : lkeval.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkeval.o lkeval.c lklex.o : lklex.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lklex.o lklex.c lksym.o : lksym.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lksym.o lksym.c lkrloc.o : lkrloc.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkrloc.o lkrloc.c lklibr.o : lklibr.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lklibr.o lklibr.c lklist.o : lklist.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lklist.o lklist.c lkihx.o : lkihx.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkihx.o lkihx.c lks19.o : lks19.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lks19.o lks19.c lkstore.o : lkstore.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o ../lkstore.o ../lkstore.c lknoice.o : lknoice.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lknoice.o lknoice.c strcmpi.o : strcmpi.c strcmpi.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o strcmpi.o strcmpi.c lkmem.o : lkmem.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkmem.o lkmem.c lkaomf51.o : lkaomf51.c aslink.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o lkaomf51.o lkaomf51.c $(TARGETS): $(ALLOBJECTS) $(CC) $(CFLAGS) $(LDFLAGS) -o $@ $(ALLOBJECTS) sdcc-2.9.0/as/link/mcs51/Makefile.bcc000066400000000000000000000010551116427777700171400ustar00rootroot00000000000000# Makefile for Borland C++ PRJDIR = ../.. !include $(PRJDIR)/Bcc.inc LKOBJECTS = lkmain.obj lkarea.obj lkihx.obj \ lkrloc.obj lks19.obj lkmem.obj \ ../lkaomf51.obj ../lkdata.obj \ ../lkeval.obj ../lkhead.obj ../lklex.obj ../lklibr.obj \ ../lklist.obj ../lknoice.obj ../lkstore.obj ../lksym.obj \ ../../asxxsrc/strcmpi.obj ASLINK = $(PRJDIR)/bin/aslink.exe all: $(ASLINK) $(ASLINK): $(LKOBJECTS) $(CC) $(CFLAGS) -e$@ $(LKOBJECTS) sdcc-2.9.0/as/link/mcs51/Makefile.in000066400000000000000000000064551116427777700170300ustar00rootroot00000000000000# # # VERSION = @VERSION@ VERSIONHI = @VERSIONHI@ VERSIONLO = @VERSIONLO@ VERSIONP = @VERSIONP@ SHELL = /bin/sh CC = @CC@ CPP = @CPP@ INSTALL = @INSTALL@ STRIP = @STRIP@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ srcdir = @srcdir@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @info@ EXEEXT = @EXEEXT@ VPATH = @srcdir@ CPPFLAGS = @CPPFLAGS@ -I.. -I$(srcdir)/.. CFLAGS = @CFLAGS@ -Wall -DINDEXLIB -DUNIX -I.. -I$(srcdir)/.. M_OR_MM = @M_OR_MM@ LDFLAGS = @LDFLAGS@ OBJDIR = obj ASXXLIB = $(srcdir)/../../asxxsrc LKLIB = $(srcdir)/.. ASXXLIBSRC = strcmpi.c LKLIBSRC = getline.c lkaomf51.c lkar.c lkdata.c lkeval.c \ lkhead.c lklex.c lklib.c lklibr.c lklist.c \ lknoice.c lkrel.c lksdcclib.c lkstore.c lksym.c SRC = lkmain.c lkarea.c lkihx.c \ lkrloc.c lks19.c lkmem.c LKSOURCES = $(SRC) $(LKLIBSRC:%.c=$(LKLIB)/%.c) $(ASXXLIBSRC:%.c=$(ASXXLIB)/%.c) OBJS = $(SRC:%.c=$(OBJDIR)/%.o) LKOBJS = $(LKLIBSRC:%.c=$(OBJDIR)/%.o) ASXXLIBOBJS = $(ASXXLIBSRC:%.c=$(OBJDIR)/%.o) LKOBJECTS = $(OBJS) $(LKOBJS) $(ASXXLIBOBJS) ASLINK = $(top_builddir)/bin/aslink$(EXEEXT) transform = @program_transform_name@ # Compiling entire program or any subproject # ------------------------------------------ all: checkconf $(ASLINK) $(ASLINK): $(LKOBJECTS) $(CC) $(CFLAGS) $(LDFLAGS) -o $@ $(LKOBJECTS) # Compiling and installing everything and running test # ---------------------------------------------------- install: all installdirs $(INSTALL) $(ASLINK) `echo $(DESTDIR)$(bindir)/aslink$(EXEEXT)|sed '$(transform)'` $(STRIP) `echo $(DESTDIR)$(bindir)/aslink$(EXEEXT)|sed '$(transform)'` # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/aslink$(EXEEXT) # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(LKSOURCES) $(LKLIB)/*.h $(top_builddir)/*.h $(CPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.c,$^) >Makefile.dep ifeq "$(findstring $(MAKECMDGOALS),uninstall check installcheck installdirs \ clean distclean mostlyclean realclean)" "" -include Makefile.dep endif include $(srcdir)/clean.mk # My rules # -------- $(OBJDIR)/.stamp: mkdir -p $(OBJDIR) touch $(OBJDIR)/.stamp $(OBJDIR)/%.o: %.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< $(OBJDIR)/%.o: $(LKLIB)/%.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< $(OBJDIR)/%.o: $(ASXXLIB)/%.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of Makefile sdcc-2.9.0/as/link/mcs51/aslink.dsp000066400000000000000000000117651116427777700167540ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="aslink" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Console Application" 0x0103 CFG=aslink - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "aslink.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. 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CREATETARGETDIR = LIBS = CFLAGS = -A -Jm -J -ms -o+time -S -2 -a2 -c LFLAGS = /PACKF DEFINES = !ENDIF HFLAGS = $(CFLAGS) MFLAGS = MASTERPROJ=$(PROJ) LIBFLAGS = /C RESFLAGS = DEBUGGERFLAGS = -LOADSYMBOLS AFLAGS = $(CFLAGS) HELPFLAGS = MODEL = S PAR = PROJS BATS OBJS RCDEFINES = LIBDIRS = INCLUDES = -Ic:\asxxxx\linksrc INCLUDEDOBJS = OBJS = $(OUTPUTDIR)\lkarea.OBJ $(OUTPUTDIR)\lkdata.OBJ $(OUTPUTDIR)\lkeval.OBJ \ $(OUTPUTDIR)\lkhead.OBJ $(OUTPUTDIR)\lkihx.OBJ $(OUTPUTDIR)\lklex.OBJ $(OUTPUTDIR)\lklibr.OBJ \ $(OUTPUTDIR)\lklist.OBJ $(OUTPUTDIR)\lkmain.OBJ $(OUTPUTDIR)\lkrloc.OBJ $(OUTPUTDIR)\lks19.OBJ \ $(OUTPUTDIR)\lksym.OBJ RCFILES = RESFILES = SYMS = HELPFILES = BATS = .SUFFIXES: .C .CP .CPP .CXX .CC .H .HPP .HXX .COM .EXE .DLL .LIB .RTF .DLG .ASM .RES .RC .OBJ .C.OBJ: $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$*.obj $*.c .CPP.OBJ: $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$*.obj $*.cpp .CXX.OBJ: $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$*.obj $*.cxx .CC.OBJ: $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$*.obj $*.cc .CP.OBJ: $(CC) $(CFLAGS) $(DEFINES) $(INCLUDES) -o$*.obj $*.cp .H.SYM: $(CC) $(HFLAGS) $(DEFINES) $(INCLUDES) -HF -o$(*B).sym $*.h .HPP.SYM: $(CC) $(HFLAGS) $(DEFINES) $(INCLUDES) -HF -o$(*B).sym $*.hpp .HXX.SYM: $(CC) $(HFLAGS) $(DEFINES) $(INCLUDES) -HF -o$(*B).sym $*.hxx .C.EXP: $(CPP) $(CFLAGS) $(DEFINES) $(INCLUDES) $*.c -o$*.lst .CPP.EXP: $(CPP) $(CFLAGS) $(DEFINES) $(INCLUDES) $*.cpp -o$*.lst .CXX.EXP: $(CPP) $(CFLAGS) $(DEFINES) $(INCLUDES) $*.cxx -o$*.lst .CP.EXP: $(CPP) $(CFLAGS) $(DEFINES) $(INCLUDES) $*.cp -o$*.lst .CC.EXP: $(CPP) $(CFLAGS) $(DEFINES) $(INCLUDES) $*.cc -o$*.lst .ASM.EXP: $(CPP) $(CFLAGS) $(DEFINES) $(INCLUDES) $*.asm -o$*.lst .OBJ.COD: $(DISASM) $*.OBJ >$*.cod .OBJ.EXE: $(LNK) $(LFLAGS) @$(PROJ).LNK .RTF.HLP: $(HC) $(HELPFLAGS) $*.HPJ .ASM.OBJ: $(ASM) $(AFLAGS) $(DEFINES) $(INCLUDES) -o$*.obj $*.asm .RC.RES: $(RC) $(RCDEFINES) $(RESFLAGS) $(INCLUDES) $*.rc -o$*.res .DLG.RES: echo ^#include "windows.h" >$$$*.rc echo ^IF EXIST "$*.h" >>$$$*.rc echo ^#include "$*.h" >>$$$*.rc echo ^#include "$*.dlg" >>$$$*.rc $(RC) $(RCDEFINES) $(RESFLAGS) $(INCLUDES) $$$*.rc -del $*.res -ren $$$*.res $*.res all: createdir $(PRECOMPILE) $(SYMS) $(OBJS) $(INCLUDEDOBJS) $(POSTCOMPILE) $(TARGETDIR)\$(PROJ).$(PROJTYPE) $(POSTLINK) _done createdir: $(CREATEOUTPUTDIR) $(CREATETARGETDIR) $(TARGETDIR)\$(PROJ).$(PROJTYPE): $(OBJS) $(INCLUDEDOBJS) $(RCFILES) $(RESFILES) $(HELPFILES) $(LNK) $(LFLAGS) @$(PROJ).LNK; 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It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean sdcc-2.9.0/as/link/mcs51/conf.mk000066400000000000000000000003001116427777700162200ustar00rootroot00000000000000# # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_prjdir) && $(SHELL) ./config.status # End of conf.mk sdcc-2.9.0/as/link/mcs51/lkarea.c000066400000000000000000001027451116427777700163650ustar00rootroot00000000000000/* lkarea.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 3-Nov-97 JLH: * - change lkparea to use a_type == 0 as "virgin area" flag * 02-Apr-98 JLH: add code to link 8051 data spaces */ #include #include #include "aslink.h" /*)Module lkarea.c * * The module lkarea.c contains the functions which * create and link together all area definitions read * from the .rel file(s). * * lkarea.c contains the following functions: * VOID lnkarea() * VOID lnksect() * VOID lkparea() * VOID newarea() * * lkarea.c contains no global variables. */ /*)Function VOID newarea() * * The function newarea() creates and/or modifies area * and areax structures for each A directive read from * the .rel file(s). The function lkparea() is called * to find the area structure associated with this name. * If the area does not yet exist then a new area * structure is created and linked to any existing * linked area structures. The area flags are copied * into the area flag variable. For each occurence of * an A directive an areax structure is created and * linked to the areax structures associated with this * area. The size of this area section is placed into * the areax structure. The flag value for all subsequent * area definitions for the same area are compared and * flagged as an error if they are not identical. * The areax structure created for every occurence of * an A directive is loaded with a pointer to the base * area structure and a pointer to the associated * head structure. And finally, a pointer to this * areax structure is loaded into the list of areax * structures in the head structure. Refer to lkdata.c * for details of the structures and their linkage. * * local variables: * areax **halp pointer to an array of pointers * int i counter, loop variable, value * char id[] id string * int narea number of areas in this head structure * areax * taxp pointer to an areax structure * to areax structures * * global variables: * area *ap Pointer to the current * area structure * areax *axp Pointer to the current * areax structure * head *hp Pointer to the current * head structure * int lkerr error flag * * functions called: * Addr_T eval() lkeval.c * VOID exit() c_library * int fprintf() c_library * VOID getid() lklex.c * VOID lkparea() lkarea.c * VOID skip() lklex.c * * side effects: * The area and areax structures are created and * linked with the appropriate head structures. * Failure to allocate area or areax structure * space will terminate the linker. Other internal * errors most likely caused by corrupted .rel * files will also terminate the linker. */ /* * Create an area entry. * * A xxxxxx size nnnn flags mm * | | | * | | `-- ap->a_flag * | `------------- axp->a_size * `------------------------- ap->a_id * */ VOID newarea() { register int i, narea; struct areax *taxp; struct areax **halp; char id[NCPS]; /* * Create Area entry */ getid(id, -1); lkparea(id); /* * Evaluate area size */ skip(-1); axp->a_size = eval(); /* * Evaluate flags */ skip(-1); i = 0; taxp = ap->a_axp; while (taxp->a_axp) { ++i; taxp = taxp->a_axp; } if (i == 0) { ap->a_flag = eval(); } else { i = eval(); /* if (i && (ap->a_flag != i)) { */ /* fprintf(stderr, "Conflicting flags in area %8s\n", id); */ /* lkerr++; */ /* } */ } /* * Evaluate area address */ skip(-1); axp->a_addr = eval(); /* * Place pointer in header area list */ if (headp == NULL) { fprintf(stderr, "No header defined\n"); lkexit(1); } narea = hp->h_narea; halp = hp->a_list; for (i=0; i < narea ;++i) { if (halp[i] == NULL) { halp[i] = taxp; return; } } fprintf(stderr, "Header area list overflow\n"); lkexit(1); } /*)Function VOID lkparea(id) * * char * id pointer to the area name string * * The function lkparea() searches the linked area structures * for a name match. If the name is not found then an area * structure is created. An areax structure is created and * appended to the areax structures linked to the area structure. * The associated base area and head structure pointers are * loaded into the areax structure. * * local variables: * area * tap pointer to an area structure * areax * taxp pointer to an areax structure * * global variables: * area *ap Pointer to the current * area structure * area *areap The pointer to the first * area structure of a linked list * areax *axp Pointer to the current * areax structure * * functions called: * VOID * new() lksym() * char * strcpy() c_library * int symeq() lksym.c * * side effects: * Area and/or areax structures are created. * Failure to allocate space for created structures * will terminate the linker. */ VOID lkparea(char *id) { register struct area *tap; register struct areax *taxp; ap = areap; axp = (struct areax *) new (sizeof(struct areax)); axp->a_addr = -1; /* default: no address yet */ while (ap) { if (symeq(id, ap->a_id)) { taxp = ap->a_axp; while (taxp->a_axp) taxp = taxp->a_axp; taxp->a_axp = axp; axp->a_bap = ap; axp->a_bhp = hp; return; } ap = ap->a_ap; } ap = (struct area *) new (sizeof(struct area)); if (areap == NULL) { areap = ap; } else { tap = areap; while (tap->a_ap) tap = tap->a_ap; tap->a_ap = ap; } ap->a_axp = axp; axp->a_bap = ap; axp->a_bhp = hp; strncpy(ap->a_id, id, NCPS); ap->a_addr = 0; } /*)Function VOID lnkarea() * * The function lnkarea() resolves all area addresses. * The function evaluates each area structure (and all * the associated areax structures) in sequence. The * linking process supports four (4) possible area types: * * ABS/OVR - All sections (each individual areax * section) starts at the identical base * area address overlaying all other * areax sections for this area. The * size of the area is largest of the area * sections. * * ABS/CON - All sections (each individual areax * section) are concatenated with the * first section starting at the base * area address. The size of the area * is the sum of the section sizes. * * NOTE: Multiple absolute (ABS) areas are * never concatenated with each other, * thus absolute area A and absolute area * B will overlay each other if they begin * at the same location (the default is * always address 0 for absolute areas). * * REL/OVR - All sections (each individual areax * section) starts at the identical base * area address overlaying all other * areax sections for this area. The * size of the area is largest of the area * sections. * * REL/CON - All sections (each individual areax * section) are concatenated with the * first section starting at the base * area address. The size of the area * is the sum of the section sizes. * * NOTE: Relocatable (REL) areas are always concatenated * with each other, thus relocatable area B * (defined after area A) will follow * relocatable area A independent of the * starting address of area A. Within a * specific area each areax section may be * overlayed or concatenated with other * areax sections. * * * If a base address for an area is specified then the * area will start at that address. Any relocatable * areas defined subsequently will be concatenated to the * previous relocatable area if it does not have a base * address specified. * * The names s_ and l_ are created to * define the starting address and length of each area. * * local variables: * Addr_T rloc ;current relocation address * char temp[] ;temporary string * struct symbol *sp ;symbol structure * * global variables: * area *ap Pointer to the current * area structure * area *areap The pointer to the first * area structure of a linked list * * functions called: * int fprintf() c_library * VOID lnksect() lkarea.c * symbol *lkpsym() lksym.c * char * strncpy() c_library * int symeq() lksym.c * * side effects: * All area and areax addresses and sizes are * determined and saved in their respective * structures. */ VOID lnksect(register struct area *tap); /* * Resolve all area addresses. */ VOID lnkarea() { Addr_T rloc[4]; int locIndex; char temp[NCPS]; struct sym *sp; /*JCF: used to save the REG_BANK_[0-3] and SBIT_BYTES area pointers*/ struct area *ta[5]; int j; rloc[0] = rloc[1] = rloc[2] = rloc[3] = 0; ap = areap; while (ap) { if (ap->a_flag&A_ABS) { /* * Absolute sections */ lnksect(ap); } else { /* Determine memory space */ locIndex = 0; if (ap->a_flag & A_CODE) { locIndex = 1; } if (ap->a_flag & A_XDATA) { locIndex = 2; } if (ap->a_flag & A_BIT) { locIndex = 3; } /* * Relocatable sections */ if (ap->a_type == 0) { /* JLH */ ap->a_addr = rloc[ locIndex ]; ap->a_type = 1; } lnksect(ap); rloc[ locIndex ] = ap->a_addr + ap->a_size; } /* * Create symbols called: * s_ the start address of the area * l_ the length of the area */ if (! symeq(ap->a_id, _abs_)) { strncpy(temp+2,ap->a_id,NCPS-2); *(temp+1) = '_'; *temp = 's'; sp = lkpsym(temp, 1); sp->s_addr = ap->a_addr ; /* sp->s_axp = ap->a_axp; JLH: was NULL; */ sp->s_type |= S_DEF; *temp = 'l'; sp = lkpsym(temp, 1); sp->s_addr = ap->a_size; sp->s_axp = NULL; sp->s_type |= S_DEF; } /*JCF: Since area BSEG is defined just before BSEG_BYTES, use the bit size of BSEG to compute the byte size of BSEG_BYTES: */ if (!strcmp(ap->a_id, "BSEG")) { ap->a_ap->a_axp->a_size += ((ap->a_addr + ap->a_size + 7)/8); /*Bits to bytes*/ } else if (!strcmp(ap->a_id, "REG_BANK_0")) ta[0]=ap; else if (!strcmp(ap->a_id, "REG_BANK_1")) ta[1]=ap; else if (!strcmp(ap->a_id, "REG_BANK_2")) ta[2]=ap; else if (!strcmp(ap->a_id, "REG_BANK_3")) ta[3]=ap; else if (!strcmp(ap->a_id, "BSEG_BYTES")) { ta[4]=ap; for(j=4; j>1; j--) { /*If upper register banks are not used roll back the relocation counter*/ if ( (ta[j]->a_size==0) && (ta[j-1]->a_size==0) ) { rloc[0]-=8; } else break; } } ap = ap->a_ap; } } /*)Function VOID lnksect() * * area * tap pointer to an area structure * * The function lnksect() is the function called by * lnkarea() to resolve the areax addresses. Refer * to the function lnkarea() for more detail. Pageing * boundary and length errors will be reported by this * function. * * local variables: * Addr_T size size of area * Addr_T addr address of area * areax * taxp pointer to an areax structure * * global variables: * int lkerr error flag * * functions called: * none * * side effects: * All area and areax addresses and sizes area determined * and linked into the structures. */ VOID lnksect(register struct area *tap) { register Addr_T size, addr; register struct areax *taxp; size = 0; addr = tap->a_addr; #if 0 if ((tap->a_flag&A_PAG) && (addr & 0xFF)) { fprintf(stderr, "\n?ASlink-Warning-Paged Area %8s Boundary Error\n", tap->a_id); lkerr++; } #endif taxp = tap->a_axp; if (tap->a_flag&A_OVR) { /* * Overlayed sections */ while (taxp) { taxp->a_addr = addr; if (taxp->a_size > size) size = taxp->a_size; taxp = taxp->a_axp; } } else { /* * Concatenated sections */ while (taxp) { taxp->a_addr = addr; addr += taxp->a_size; size += taxp->a_size; taxp = taxp->a_axp; } } tap->a_size = size; if ((tap->a_flag&A_PAG) && (size > 256)) { fprintf(stderr, "\n?ASlink-Warning-Paged Area %8s Length Error\n", tap->a_id); lkerr++; } if ((tap->a_flag&A_PAG) && (tap->a_size) && ((tap->a_addr & 0xFFFFFF00) != ((addr-1) & 0xFFFFFF00))) { fprintf(stderr, "\n?ASlink-Warning-Paged Area %8s Boundary Error\n", tap->a_id); lkerr++; } } Addr_T lnksect2 (struct area *tap, int locIndex); char idatamap[256]; unsigned long codemap[524288]; unsigned long xdatamap[131072]; struct area *dseg_ap = NULL; Addr_T dram_start = 0; Addr_T iram_start = 0; /*Modified version of the functions for packing variables in internal data memory*/ VOID lnkarea2 (void) { Addr_T rloc[4]={0, 0, 0, 0}; Addr_T gs_size = 0; int locIndex; char temp[NCPS]; struct sym *sp; int j; struct area *bseg_ap = NULL; struct area *abs_ap = NULL; struct area *gs0_ap = NULL; struct sym *sp_dseg_s=NULL, *sp_dseg_l=NULL; for(j=0; j<256; j++) idatamap[j]=' '; memset(codemap, 0, sizeof(codemap)); memset(xdatamap, 0, sizeof(xdatamap)); /* first sort all absolute areas to the front */ ap = areap; /* no need to check first area, it's in front anyway */ while (ap && ap->a_ap) { if (ap->a_ap->a_flag & A_ABS) {/* next area is absolute, move it to front, reversed sequence is no problem for absolutes */ abs_ap = ap->a_ap; ap->a_ap = abs_ap->a_ap; abs_ap->a_ap = areap; areap = abs_ap; } else { ap = ap->a_ap; } } /* next accumulate all GSINITx/GSFINAL area sizes into GSINIT so they stay together */ ap = areap; abs_ap = areap; while (ap) { if (ap->a_flag & A_ABS) { abs_ap = ap; /* Remember the last abs area */ } if (!strncmp(ap->a_id, "GS", 2)) {/* GSxxxxx area */ if (ap->a_size == 0) { axp = ap->a_axp; while (axp) { ap->a_size += axp->a_size; axp = axp->a_axp; } } gs_size += ap->a_size; if (!strcmp(ap->a_id, "GSINIT0")) {/* GSINIT0 area */ gs0_ap = ap; } } /*Since area BSEG is defined just before BSEG_BYTES, use the bit size of BSEG to compute the byte size of BSEG_BYTES: */ else if (!strcmp(ap->a_id, "BSEG")) { bseg_ap = ap->a_ap; //BSEG_BYTES for (axp=ap->a_axp; axp; axp=axp->a_axp) ap->a_size += axp->a_size; bseg_ap->a_axp->a_size = ((ap->a_addr + ap->a_size + 7)/8); /*Bits to bytes*/ ap->a_ap = bseg_ap->a_ap; //removed BSEG_BYTES from list bseg_ap->a_ap = abs_ap->a_ap; abs_ap->a_ap = bseg_ap; //inserted BSEG_BYTES after abs bseg_ap = ap; //BSEG } else if (!strcmp(ap->a_id, "DSEG")) { dseg_ap = ap; /*Need it later*/ dram_start = ap->a_addr; } else if (!strcmp(ap->a_id, "ISEG")) { iram_start = ap->a_addr; } ap = ap->a_ap; } if (gs0_ap) gs0_ap->a_size = gs_size; ap = areap; while (ap) { /* Determine memory space */ if (ap->a_flag & A_CODE) locIndex = 1; else if (ap->a_flag & A_XDATA) locIndex = 2; else if (ap->a_flag & A_BIT) locIndex = 3; else locIndex = 0; if (ap->a_flag & A_ABS) /* Absolute sections */ { lnksect2(ap, locIndex); } else /* Relocatable sections */ { if (ap->a_type == 0) { ap->a_addr = rloc[locIndex]; ap->a_type = 1; } rloc[locIndex] = lnksect2(ap, locIndex); } if (!strcmp(ap->a_id, "BSEG_BYTES")) { bseg_ap->a_addr = (ap->a_axp->a_addr - 0x20) * 8; /*Bytes to bits*/ } /* * Create symbols called: * s_ the start address of the area * l_ the length of the area */ if (! symeq(ap->a_id, _abs_)) { strncpy(temp+2,ap->a_id,NCPS-2); *(temp+1) = '_'; *temp = 's'; sp = lkpsym(temp, 1); sp->s_addr = ap->a_addr; sp->s_type |= S_DEF; if (!strcmp(ap->a_id, "DSEG")) sp_dseg_s=sp; *temp = 'l'; sp = lkpsym(temp, 1); sp->s_addr = ap->a_size; sp->s_axp = NULL; sp->s_type |= S_DEF; if (!strcmp(ap->a_id, "DSEG")) sp_dseg_l=sp; } ap = ap->a_ap; } /*Compute the size of DSEG*/ if(dseg_ap!=NULL) { dseg_ap->a_addr=0; dseg_ap->a_size=0; for(j=0; j<0x80; j++) if(idatamap[j]!=' ') dseg_ap->a_size++; } if(sp_dseg_s!=NULL) sp_dseg_s->s_addr=0; if(sp_dseg_l!=NULL) sp_dseg_l->s_addr=dseg_ap->a_size; } static Addr_T find_empty_space(Addr_T start, Addr_T size, unsigned long *map) { int i, j, k; unsigned long mask, b; while (1) { Addr_T a = start; i = start >> 5; j = (start + size) >> 5; mask = -(1 << (start & 0x1F)); while (i < j) { if (map[i] & mask) { k = 32; for (b=0x80000000; b!=0; b>>=1, k--) { if (map[i] & b) break; } start = a + k; break; } i++; mask = 0xFFFFFFFF; a += 32; } if (start > a) continue; mask &= (1 << ((start + size) & 0x1F)) - 1; if (map[i] & mask) { k = 32; for (b=0x80000000; b!=0; b>>=1, k--) { if (map[i] & b) break; } start = (a & ~0x1F) + k; } if (start <= a) break; } return start; } static Addr_T allocate_space(Addr_T start, Addr_T size, char* id, unsigned long *map) { int i, j; unsigned long mask; Addr_T a = start; i = start >> 5; j = (start + size) >> 5; mask = -(1 << (start & 0x1F)); while (i < j) { if (map[i] & mask) { fprintf(stderr, "memory overlap near 0x%X for %s\n", a, id); } map[i++] |= mask; mask = 0xFFFFFFFF; a += 32; } mask &= (1 << ((start + size) & 0x1F)) - 1; if (map[i] & mask) { fprintf(stderr, "memory overlap near 0x%X for %s\n", a, id); } map[i] |= mask; return start; } Addr_T lnksect2 (struct area *tap, int locIndex) { register Addr_T size, addr; register struct areax *taxp; int j, k, ramlimit, ramstart; char fchar=' ', dchar='a'; char ErrMsg[]="?ASlink-Error-Could not get %d consecutive byte%s" " in internal RAM for area %s.\n"; tap->a_unaloc=0; /*Notice that only ISEG and SSEG can be in the indirectly addressable internal RAM*/ if( (!strcmp(tap->a_id, "ISEG")) || (!strcmp(tap->a_id, "SSEG")) ) { ramstart = iram_start; if ((iram_size <= 0) || (ramstart + iram_size > 0x100)) ramlimit = 0x100; else ramlimit = ramstart + iram_size; } else { ramstart = dram_start; if ((iram_size <= 0) || (ramstart + iram_size > 0x80)) ramlimit = 0x80; else ramlimit = ramstart + iram_size; } size = 0; addr = tap->a_addr; #if 0 if ((tap->a_flag&A_PAG) && (addr & 0xFF)) { fprintf(stderr, "\n?ASlink-Warning-Paged Area %8s Boundary Error\n", tap->a_id); lkerr++; } #endif taxp = tap->a_axp; /*Use a letter to identify each area in the internal RAM layout map*/ if (locIndex==0) { /**/ if(!strcmp(tap->a_id, "DSEG")) fchar='D'; /*It will be converted to letters 'a' to 'z' later for each areax*/ else if(!strcmp(tap->a_id, "ISEG")) fchar='I'; else if(!strcmp(tap->a_id, "SSEG")) fchar='S'; else if(!strcmp(tap->a_id, "OSEG")) fchar='Q'; else if(!strcmp(tap->a_id, "REG_BANK_0")) fchar='0'; else if(!strcmp(tap->a_id, "REG_BANK_1")) fchar='1'; else if(!strcmp(tap->a_id, "REG_BANK_2")) fchar='2'; else if(!strcmp(tap->a_id, "REG_BANK_3")) fchar='3'; else if(!strcmp(tap->a_id, "BSEG_BYTES")) fchar='B'; else if(!strcmp(tap->a_id, "BIT_BANK")) fchar='T'; else fchar=' ';/*???*/ } else if (locIndex == 1) { /**/ if(!strcmp(tap->a_id, "GSINIT")) fchar='G'; } else if (locIndex == 2) { /**/ if(!strcmp(tap->a_id, "XSTK")) fchar='K'; } if (tap->a_flag&A_OVR) /* Overlayed sections */ { while (taxp) { if(taxp->a_size == 0) { taxp = taxp->a_axp; continue; } if ( (fchar=='0')||(fchar=='1')||(fchar=='2')||(fchar=='3') ) /*Reg banks*/ { addr=(fchar-'0')*8; taxp->a_addr=addr; size=taxp->a_size; for(j=addr; (j<(int)(addr+size)) && (ja_size=0; j(int)taxp->a_size) taxp->a_size=k; } else { k=0; } } stacksize=taxp->a_size; } /*If more space required, release the previously allocated areax in internal RAM and search for a bigger one*/ if((int)taxp->a_size>size) { size=(int)taxp->a_size; for(j=ramstart; ja_size) break; } /*Mark the memory used for overlay*/ if(k==(int)taxp->a_size) { addr = j-k+1; for(j=addr; (j<(int)(addr+size)); j++) idatamap[j]=fchar; } else /*Couldn't find a chunk big enough: report the problem.*/ { tap->a_unaloc=taxp->a_size; fprintf(stderr, ErrMsg, taxp->a_size, taxp->a_size>1?"s":"", tap->a_id); lkerr++; } } } else if (fchar=='T') /*Bit addressable bytes in internal RAM*/ { /*Find the size of the space currently used for this areax overlay*/ // for(j=0x20, size=0; j<0x30; j++) // if(idatamap[j]==fchar) size++; /*If more space required, release the previously allocated areax in internal RAM and search for a bigger one*/ if((int)taxp->a_size>size) { size=(int)taxp->a_size; for(j=0x20; j<0x30; j++) if(idatamap[j]==fchar) idatamap[j]=' '; /*Search for a space large enough in data memory for this overlay areax*/ for(j=0x20, k=0; j<0x30; j++) { if(idatamap[j]==' ') k++; else k=0; if(k==(int)taxp->a_size) break; } /*Mark the memory used for overlay*/ if(k==(int)size) { addr = j-k+1; for(j=addr; (j<(int)(addr+size)); j++) idatamap[j]=fchar; } else /*Couldn't find a chunk big enough: report the problem.*/ { tap->a_unaloc=taxp->a_size; fprintf(stderr, ErrMsg, taxp->a_size, taxp->a_size>1?"s":"", tap->a_id); lkerr++; } } } else /*Overlay areas not in internal ram*/ { taxp->a_addr = addr; if (taxp->a_size > size) size = taxp->a_size; } taxp = taxp->a_axp; } /*Now set all overlayed areax to the same start address*/ taxp = tap->a_axp; while (taxp) { taxp->a_addr = addr; taxp = taxp->a_axp; } } else if (tap->a_flag & A_ABS) /* Absolute sections */ { while (taxp) { if (locIndex == 0) { for (j=taxp->a_addr; (j<(int)(taxp->a_addr+taxp->a_size)) && (j<256); j++) { if (idatamap[j] == ' ') idatamap[j] = 'A'; else fprintf(stderr, "memory overlap at 0x%X for %s\n", j, tap->a_id); } } else if (locIndex == 1) { allocate_space(taxp->a_addr, taxp->a_size, tap->a_id, codemap); } else if (locIndex == 2) { allocate_space(taxp->a_addr, taxp->a_size, tap->a_id, xdatamap); } taxp->a_addr = 0; /* reset to zero so relative addresses become absolute */ size += taxp->a_size; taxp = taxp->a_axp; } } else /* Concatenated sections */ { if ((locIndex == 1) && tap->a_size) { addr = find_empty_space(addr, tap->a_size, codemap); } if ((locIndex == 2) && tap->a_size) { addr = find_empty_space(addr, tap->a_size, xdatamap); } while (taxp) { if( (fchar=='D') || (fchar=='I') ) { if(taxp->a_size) { /*Search for a space large enough in internal RAM for this areax*/ for(j=ramstart, k=0; ja_size) break; } if(k==(int)taxp->a_size) { taxp->a_addr = j-k+1; size += taxp->a_size; for(j=taxp->a_addr; (j<(int)(taxp->a_addr+taxp->a_size)) && (ja_size>0)&&(fchar=='D'))dchar++; if((dchar<'a')||(dchar>'z')) dchar='D'; /*Ran out of letters?*/ } else /*We are in trouble, there is not enough memory for an areax chunk*/ { taxp->a_addr = addr; addr += taxp->a_size; size += taxp->a_size; tap->a_unaloc+=taxp->a_size; fprintf(stderr, ErrMsg, taxp->a_size, taxp->a_size>1?"s":"", tap->a_id); lkerr++; } } taxp = taxp->a_axp; } else if(fchar=='B') { if(taxp->a_size!=0) { /*Search for a space large enough in data memory for this areax*/ for(j=0x20, k=0; j<0x30; j++) { if(idatamap[j]==' ') k++; else k=0; if(k==(int)taxp->a_size) break; } /*Mark the memory used*/ if(k==(int)taxp->a_size) { taxp->a_addr = j-k+1; for(j=taxp->a_addr; (j<(int)(taxp->a_addr+taxp->a_size)) && (j<0x30); j++) idatamap[j]=fchar; } else /*Couldn't find a chunk big enough: report the problem.*/ { tap->a_unaloc=taxp->a_size; fprintf(stderr, ErrMsg, taxp->a_size, taxp->a_size>1?"s":"", tap->a_id); lkerr++; } } size += taxp->a_size; taxp = taxp->a_axp; } else /*For concatenated BIT, CODE, and XRAM areax's*/ { if((fchar=='K') && (taxp->a_size == 1)) { taxp->a_size = 256-(addr & 0xFF); } //find next unused address now if ((locIndex == 1) && taxp->a_size) { addr = find_empty_space(addr, taxp->a_size, codemap); allocate_space(addr, taxp->a_size, tap->a_id, codemap); } if ((locIndex == 2) && taxp->a_size) { addr = find_empty_space(addr, taxp->a_size, xdatamap); allocate_space(addr, taxp->a_size, tap->a_id, xdatamap); } taxp->a_addr = addr; addr += taxp->a_size; size += taxp->a_size; taxp = taxp->a_axp; } } } tap->a_size = size; tap->a_addr = tap->a_axp->a_addr; if ((tap->a_flag&A_PAG) && (size > 256)) { fprintf(stderr, "\n?ASlink-Warning-Paged Area %8s Length Error\n", tap->a_id); lkerr++; } if ((tap->a_flag&A_PAG) && (tap->a_size) && ((tap->a_addr & 0xFFFFFF00) != ((addr-1) & 0xFFFFFF00))) { fprintf(stderr, "\n?ASlink-Warning-Paged Area %8s Boundary Error\n", tap->a_id); lkerr++; } return addr; } sdcc-2.9.0/as/link/mcs51/lkihx.c000066400000000000000000000220071116427777700162350ustar00rootroot00000000000000/* lkihx.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "aslink.h" /*)Module lkihx.c * * The module lkihx.c contains the function to * output the relocated object code in the * Intel Hex format. * * lkihx.c contains the following functions: * VOID hexRecord(addr, rtvalIndex) * VOID ihx(i) * VOID ihxExtendedLinearAddress(a) * * local variables: hexPageOverrun, lastHexAddr */ /*Intel Hex Format * Record Mark Field - This field signifies the start of a * record, and consists of an ascii colon * (:). * * Record Length Field - This field consists of two ascii * characters which indicate the number of * data bytes in this record. The * characters are the result of converting * the number of bytes in binary to two * ascii characters, high digit first. An * End of File record contains two ascii * zeros in this field. * * Load Address Field - This field consists of the four ascii * characters which result from converting * the the binary value of the address in * which to begin loading this record. The * order is as follows: * * High digit of high byte of address. * Low digit of high byte of address. * High digit of low byte of address. * Low digit of low byte of address. * * In an End of File record this field con- * sists of either four ascii zeros or the * program entry address. Currently the * entry address option is not supported. * * Record Type Field - This field identifies the record type, * which is either 0 for data records or 1 * for an End of File record. It consists * of two ascii characters, with the high * digit of the record type first, followed * by the low digit of the record type. * * Data Field - This field consists of the actual data, * converted to two ascii characters, high * digit first. There are no data bytes in * the End of File record. * * Checksum Field - The checksum field is the 8 bit binary * sum of the record length field, the load * address field, the record type field, * and the data field. This sum is then * negated (2's complement) and converted * to two ascii characters, high digit * first. */ /* Static variable which holds the count of hex page overruns * (crossings of the 64kB boundary). Cleared at explicit extended * address output. */ static int hexPageOverrun = 0; /* Global which holds the last (16 bit) address of hex record. * Cleared at begin of new area or when the extended address is output. */ unsigned int lastHexAddr = 0; /*)Function hexRecord(addr, rtvalIndex) * * unsigned addr starting address of hex record * int rtvalIndex starting index into the rtval[] array * * The function hexRecord() outputs the relocated data * in the standard Intel Hex format (with inserting * the extended address record if necessary). * * local variables: * Addr_T chksum byte checksum * int i index for loops * int overrun temporary storage for hexPageOverrun * int bytes counter for bytes written * * global variables: * FILE * ofp output file handle * int rtcnt count of data words * int rtflg[] output the data flag * Addr_T rtval[] relocated data * * functions called: * int fprintf() c_library * ihxExtendedLinearAddress() lkihx.c * hexRecord() lkihx.c (recursion) * * side effects: * hexPageOverrun is eventually incremented, * lastHexAddr is updated */ VOID hexRecord(unsigned addr, int rtvalIndex) { Addr_T chksum; int i, overrun, bytes; for (i = rtvalIndex, chksum = 0; i < rtcnt; i++) { if (rtflg[i]) { if (addr + ++chksum > 0xffff) break; } } if (chksum == 0) return; // nothing to output /* Is this record in the same bank as previous? */ if ( ((lastHexAddr>>16) != (addr>>16)) && (rflag) ) { overrun = hexPageOverrun + 1; ihxExtendedLinearAddress(lastExtendedAddress + overrun); hexPageOverrun = overrun; hexRecord(addr, rtvalIndex); return; } lastHexAddr = addr; fprintf(ofp, ":%02X%04X00", chksum, addr); chksum += (addr >> 8) + (addr & 0xff); for (i = rtvalIndex, bytes = 0; i < rtcnt; i++) { if (rtflg[i]) { fprintf(ofp, "%02X", rtval[i]); chksum += rtval[i]; if (addr + ++bytes > 0xffff) { if (rflag) { fprintf(ofp, "%02X\n", (0-chksum) & 0xff); overrun = hexPageOverrun + 1; ihxExtendedLinearAddress(lastExtendedAddress + overrun); hexPageOverrun = overrun; hexRecord(0, i + 1); return; } else { fprintf(stderr, "warning: extended linear address encountered; " "you probably want the -r flag.\n"); } } } } fprintf(ofp, "%02X\n", (0-chksum) & 0xff); } /*)Function ihx(i) * * int i 0 - process data * 1 - end of data * * The function ihx() calls the hexRecord() function for processing data * or writes the End of Data record to the file defined by ofp. * * local variables: * Addr_T n auxiliary variable * * global variables: * int hilo byte order * FILE * ofp output file handle * Addr_T rtval[] relocated data * * functions called: * VOID hexRecord() lkihx.c * int fprintf() c_library * * side effects: * The sequence of rtval[0], rtval[1] is eventually changed. */ VOID ihx(i) { Addr_T n; if (i) { if (hilo == 0) { n = rtval[0]; rtval[0] = rtval[1]; rtval[1] = n; } hexRecord((rtval[0]<<8) + rtval[1], 2); } else { if (rflag) /* linear start address, hardcoded as reset vector (0x0000) */ fprintf(ofp, ":0400000500000000F7\n"); fprintf(ofp, ":00000001FF\n"); } } /*)Function ihxNewArea(i) * The function ihxNewArea() is called when processing of new area is started. * It resets the value of lastHexAddr. */ VOID ihxNewArea() { lastHexAddr = 0; } /*)Function ihxExtendedLinearAddress(i) * * Addr_T i 16 bit extended linear address. * * The function ihxExtendedLinearAddress() writes an extended * linear address record (type 04) to the output file. * * local variables: * Addr_T chksum byte checksum * * global variables: * FILE * ofp output file handle * * functions called: * int fprintf() c_library * * side effects: * The data is output to the file defined by ofp. * hexPageOverrun and lastHexAddr is cleared */ VOID ihxExtendedLinearAddress(Addr_T a) { Addr_T chksum; /* The checksum is the complement of the bytes in the * record: the 2 is record length, 4 is the extended linear * address record type, plus the two address bytes. */ chksum = 2 + 4 + (a & 0xff) + ((a >> 8) & 0xff); fprintf(ofp, ":02000004%04X%02X\n", a & 0xffff, (0-chksum) & 0xff); hexPageOverrun = 0; lastHexAddr = 0; } sdcc-2.9.0/as/link/mcs51/lkmain.c000066400000000000000000001161741116427777700164020ustar00rootroot00000000000000/* lkmain.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 31-Oct-97 JLH: * - add jflag and jfp to control NoICE output file generation * 3-Nov-97 JLH: * - use a_type == 0 as "virgin area" flag: set == 1 if -b */ #include #include #include #include "aslink.h" #ifdef WIN32T #include void Timer(int action, char * message) { static double start, end, total=0.0; static const double secs_per_tick = 1.0 / CLOCKS_PER_SEC; if(action==0) start=clock()*secs_per_tick; else if(action==1) { end=clock() * secs_per_tick; printf("%s \t%f seconds.\n", message, (end-start)); total+=end-start; } else { printf("Total time: \t%f seconds.\n", total); total=0.0; } } #endif /*)Module lkmain.c * * The module lkmain.c contains the functions which * (1) input the linker options, parameters, and specifications * (2) perform a two pass link * (3) produce the appropriate linked data output and/or * link map file and/or relocated listing files. * * lkmain.c contains the following functions: * FILE * afile(fn,ft,wf) * VOID bassav() * VOID gblsav() * VOID link_main() * VOID lkexit() * VOID main(argc,argv) * VOID map() * int parse() * VOID setbas() * VOID setgbl() * VOID usage() * * lkmain.c contains the following local variables: * char * usetext[] array of pointers to the * command option tect lines * */ /*JCF: Creates some of the default areas so they are allocated in the right order.*/ void Areas51 (void) { char * rel[]={ "XH", "H 7 areas 0 global symbols", "A _CODE size 0 flags 0", /*Each .rel has one, so...*/ "A REG_BANK_0 size 0 flags 4", /*Register banks are overlayable*/ "A REG_BANK_1 size 0 flags 4", "A REG_BANK_2 size 0 flags 4", "A REG_BANK_3 size 0 flags 4", "A BSEG size 0 flags 80", /*BSEG must be just before BITS*/ "A BSEG_BYTES size 0 flags 0", /*Size will be obtained from BSEG in lnkarea()*/ "" }; char * rel2[]={ "XH", "H C areas 0 global symbols", "A _CODE size 0 flags 0", /*Each .rel has one, so...*/ "A REG_BANK_0 size 0 flags 4", /*Register banks are overlayable*/ "A REG_BANK_1 size 0 flags 4", "A REG_BANK_2 size 0 flags 4", "A REG_BANK_3 size 0 flags 4", "A BSEG size 0 flags 80", /*BSEG must be just before BITS*/ "A BSEG_BYTES size 0 flags 0", /*Size will be obtained from BSEG in lnkarea()*/ "A BIT_BANK size 0 flags 4", /*Bit register bank is overlayable*/ "A DSEG size 0 flags 0", "A OSEG size 0 flags 4", "A ISEG size 0 flags 0", "A SSEG size 0 flags 4", "" }; int j; struct sym * sp; if(packflag) { for (j=0; rel2[j][0]!=0; j++) { ip=rel2[j]; link_main(); } } else { for (j=0; rel[j][0]!=0; j++) { ip=rel[j]; link_main(); } } /*Set the start address of the default areas:*/ for(ap=areap; ap; ap=ap->a_ap) { /**/ if (!strcmp(ap->a_id, "REG_BANK_0")) { ap->a_addr=0x00; ap->a_type=1; } else if (!strcmp(ap->a_id, "REG_BANK_1")) { ap->a_addr=0x08; ap->a_type=1; } else if (!strcmp(ap->a_id, "REG_BANK_2")) { ap->a_addr=0x10; ap->a_type=1; } else if (!strcmp(ap->a_id, "REG_BANK_3")) { ap->a_addr=0x18; ap->a_type=1; } else if (!strcmp(ap->a_id, "BSEG_BYTES")) { ap->a_addr=0x20; ap->a_type=1; } else if (!strcmp(ap->a_id, "SSEG")) { if(stacksize) ap->a_axp->a_size=stacksize; } } sp = lkpsym("l_IRAM", 1); sp->s_addr = ((iram_size>0) && (iram_size<=0x100)) ? iram_size : 0x0100; sp->s_axp = NULL; sp->s_type |= S_DEF; } /*)Function VOID main(argc,argv) * * int argc number of command line arguments + 1 * char * argv[] array of pointers to the command line * arguments * * The function main() evaluates the command line arguments to * determine if the linker parameters are to input through 'stdin' * or read from a command file. The functions lk_getline() and parse() * are to input and evaluate the linker parameters. The linking process * proceeds by making the first pass through each .rel file in the order * presented to the linker. At the end of the first pass the setbase(), * lnkarea(), setgbl(), and symdef() functions are called to evaluate * the base address terms, link all areas, define global variables, * and look for undefined symbols. Following these routines a linker * map file may be produced and the linker output files may be opened. * The second pass through the .rel files will output the linked data * in one of the four supported formats. * * local variables: * char * p pointer to an argument string * int c character from argument string * int i loop counter * * global variables: * text line in ib[] * lfile *cfp The pointer *cfp points to the * current lfile structure * char ctype[] array of character types, one per * ASCII character * lfile *filep The pointer *filep points to the * beginning of a linked list of * lfile structures. * head *hp Pointer to the current * head structure * char ib[NINPUT] .rel file text line * char *ip pointer into the .rel file * lfile *linkp pointer to first lfile structure * containing an input .rel file * specification * int lkerr error flag * int mflag Map output flag * int oflag Output file type flag * FILE *ofp Output file handle * for word formats * FILE *ofph Output file handle * for high byte format * FILE *ofpl Output file handle * for low byte format * int pass linker pass number * int pflag print linker command file flag * int radix current number conversion radix * FILE *sfp The file handle sfp points to the * currently open file * lfile *startp asmlnk startup file structure * FILE * stdin c_library * FILE * stdout c_library * * functions called: * FILE * afile() lkmain.c * int fclose() c_library * int fprintf() c_library * int lk_getline() lklex.c * VOID library() lklibr.c * VOID link_main() lkmain.c * VOID lkexit() lkmain.c * VOID lnkarea() lkarea.c * VOID map() lkmain.c * VOID new() lksym.c * int parse() lkmain.c * VOID reloc() lkreloc.c * VOID search() lklibr.c * VOID setbas() lkmain.c * VOID setgbl() lkmain.c * VOID symdef() lksym.c * VOID usage() lkmain.c * * side effects: * Completion of main() completes the linking process * and may produce a map file (.map) and/or a linked * data files (.ihx or .s19) and/or one or more * relocated listing files (.rst). */ int main(int argc, char *argv[]) { register char *p; register int c, i; #ifdef WIN32T Timer(0, ""); #endif startp = (struct lfile *) new (sizeof (struct lfile)); pflag = 1; for (i=1; if_type = F_STD; break; case 'f': case 'F': startp->f_type = F_LNK; break; case 'n': case 'N': pflag = 0; break; case 'p': case 'P': pflag = 1; break; default: usage(); } } } else { if (startp->f_type == F_LNK) { startp->f_idp = p; } } } if (startp->f_type == 0) usage(); if (startp->f_type == F_LNK && startp->f_idp == NULL) usage(); cfp = NULL; sfp = NULL; filep = startp; while (1) { ip = ib; if (lk_getline() == 0) break; if (pflag && sfp != stdin) fprintf(stdout, "%s\n", ip); if (*ip == '\0' || parse()) break; } if (sfp) { fclose(sfp); sfp = NULL; } if (linkp == NULL) usage(); syminit(); if (dflag){ //dfp = afile("temp", "cdb", 1); SaveLinkedFilePath(linkp->f_idp); //Must be the first one... dfp = afile(linkp->f_idp,"cdb",1); //JCF: Nov 30, 2002 if (dfp == NULL) lkexit(1); } for (pass=0; pass<2; ++pass) { cfp = NULL; sfp = NULL; filep = linkp; hp = NULL; radix = 10; Areas51(); /*JCF: Create the default 8051 areas in the right order*/ while (lk_getline()) { ip = ib; /* pass any "magic comments" to NoICE output */ if ((ip[0] == ';') && (ip[1] == '!') && jfp) { fprintf( jfp, "%s\n", &ip[2] ); } link_main(); } if (pass == 0) { /* * Search libraries for global symbols */ search(); /* * Set area base addresses. */ setbas(); /* * Link all area addresses. */ if(!packflag) lnkarea(); else lnkarea2(); /* * Process global definitions. */ setgbl(); /* * Check for undefined globals. */ symdef(stderr); /* Open NoICE output file if requested */ if (jflag) { jfp = afile(linkp->f_idp, "NOI", 1); if (jfp == NULL) { lkexit(1); } } /* * Output Link Map if requested, * or if NoICE output requested (since NoICE * file is generated in part by map() processing) */ if (mflag || jflag) map(); if (sflag) /*JCF: memory usage summary output*/ { if(!packflag) { if(summary(areap)) lkexit(1); } else { if(summary2(areap)) lkexit(1); } } if ((iram_size) && (!packflag)) iramcheck(); /* * Open output file */ if (oflag == 1) { ofp = afile(linkp->f_idp, "ihx", 1); if (ofp == NULL) { lkexit(1); } /* include NoICE command to load hex file */ if (jfp) fprintf( jfp, "LOAD %s.IHX\n", linkp->f_idp ); } else if (oflag == 2) { ofp = afile(linkp->f_idp, "S19", 1); if (ofp == NULL) { lkexit(1); } /* include NoICE command to load hex file */ if (jfp) fprintf( jfp, "LOAD %s.S19\n", linkp->f_idp ); } } else { /* * Link in library files */ library(); reloc('E'); } } //JCF: CreateAOMF51(); #ifdef WIN32T Timer(1, "Linker execution time"); #endif lkexit(lkerr); /* Never get here. */ return 0; } /*)Function VOID lkexit(i) * * int i exit code * * The function lkexit() explicitly closes all open * files and then terminates the program. * * local variables: * none * * global variables: * FILE * mfp file handle for .map * FILE * ofp file handle for .ihx/.s19 * FILE * rfp file hanlde for .rst * FILE * sfp file handle for .rel * FILE * tfp file handle for .lst * * functions called: * int fclose() c_library * VOID exit() c_library * * side effects: * All files closed. Program terminates. */ VOID lkexit(int i) { if (mfp != NULL) fclose(mfp); if (jfp != NULL) fclose(jfp); if (ofp != NULL) fclose(ofp); if (rfp != NULL) fclose(rfp); if (sfp != NULL) fclose(sfp); if (tfp != NULL) fclose(tfp); if (dfp != NULL) fclose(dfp); exit(i); } /*)Function link_main() * * The function link_main() evaluates the directives for each line of * text read from the .rel file(s). The valid directives processed * are: * X, D, Q, H, M, A, S, T, R, and P. * * local variables: * int c first non blank character of a line * * global variables: * head *headp The pointer to the first * head structure of a linked list * head *hp Pointer to the current * head structure * int pass linker pass number * int radix current number conversion radix * * functions called: * char endline() lklex.c * VOID module() lkhead.c * VOID newarea() lkarea.c * VOID newhead() lkhead.c * sym * newsym() lksym.c * VOID reloc() lkreloc.c * * side effects: * Head, area, and symbol structures are created and * the radix is set as the .rel file(s) are read. */ VOID link_main() { register char c; if ((c=endline()) == 0) { return; } switch (c) { case 'O': /*For some important sdcc options*/ if (pass == 0) { if(strlen(sdccopt)==0) { strcpy(sdccopt, &ip[1]); strcpy(sdccopt_module, curr_module); } else { if(strcmp(sdccopt, &ip[1])!=0) { fprintf(stderr, "?ASlink-Warning-Conflicting sdcc options:\n" " \"%s\" in module \"%s\" and\n" " \"%s\" in module \"%s\".\n", sdccopt, sdccopt_module, &ip[1], curr_module); lkerr++; } } } break; case 'X': radix = 16; break; case 'D': radix = 10; break; case 'Q': radix = 8; break; case 'H': if (pass == 0) { newhead(); } else { if (hp == 0) { hp = headp; } else { hp = hp->h_hp; } } sdp.s_area = NULL; sdp.s_areax = NULL; sdp.s_addr = 0; break; case 'M': if (pass == 0) { strcpy(curr_module, &ip[1]); module(); } break; case 'A': if (pass == 0) newarea(); if (sdp.s_area == NULL) { sdp.s_area = areap; sdp.s_areax = areap->a_axp; sdp.s_addr = 0; } break; case 'S': if (pass == 0) newsym(); break; case 'T': case 'R': case 'P': if (pass == 0) break; reloc(c); break; default: break; } if (c == 'X' || c == 'D' || c == 'Q') { if ((c = get()) == 'H') { hilo = 1; } else if (c == 'L') { hilo = 0; } } } /*)Function VOID map() * * The function map() opens the output map file and calls the various * routines to * (1) output the variables in each area, * (2) list the files processed with module names, * (3) list the libraries file processed, * (4) list base address definitions, * (5) list global variable definitions, and * (6) list any undefined variables. * * local variables: * int i counter * head * hdp pointer to head structure * lbfile *lbfh pointer to library file structure * * global variables: * area *ap Pointer to the current * area structure * area *areap The pointer to the first * area structure of a linked list * base *basep The pointer to the first * base structure * base *bsp Pointer to the current * base structure * lfile *filep The pointer *filep points to the * beginning of a linked list of * lfile structures. * globl *globlp The pointer to the first * globl structure * globl *gsp Pointer to the current * globl structure * head *headp The pointer to the first * head structure of a linked list * lbfile *lbfhead The pointer to the first * lbfile structure of a linked list * lfile *linkp pointer to first lfile structure * containing an input REL file * specification * int lop current line number on page * FILE *mfp Map output file handle * int page current page number * * functions called: * FILE * afile() lkmain.c * int fprintf() c_library * VOID lkexit() lkmain.c * VOID lstarea() lklist.c * VOID newpag() lklist.c * VOID symdef() lksym.c * * side effects: * The map file is created. */ VOID map() { register int i; register struct head *hdp; register struct lbfile *lbfh; /* * Open Map File */ mfp = afile(linkp->f_idp, "map", 1); if (mfp == NULL) { lkexit(1); } /* * Output Map Area Lists */ page = 0; lop = NLPP; ap = areap; while (ap) { lstarea(ap); ap = ap->a_ap; } /* * List Linked Files */ newpag(mfp); fprintf(mfp, "\nFiles Linked [ module(s) ]\n\n"); hdp = headp; filep = linkp; while (filep) { fprintf(mfp, "%-16s", filep->f_idp); i = 0; while ((hdp != NULL) && (hdp->h_lfile == filep)) { if (i % 5) { fprintf(mfp, ", %8.8s", hdp->m_id); } else { if (i) { fprintf(mfp, ",\n%20s%8.8s", "", hdp->m_id); } else { fprintf(mfp, " [ %8.8s", hdp->m_id); } } hdp = hdp->h_hp; i++; } if (i) fprintf(mfp, " ]"); fprintf(mfp, "\n"); filep = filep->f_flp; } /* * List Linked Libraries */ if (lbfhead != NULL) { fprintf(mfp, "\nLibraries Linked [ object file ]\n\n"); for (lbfh=lbfhead; lbfh; lbfh=lbfh->next) { fprintf(mfp, "%-32s [ %16.16s ]\n", lbfh->libspc, lbfh->relfil); } fprintf(mfp, "\n"); } /* * List Base Address Definitions */ if (basep) { newpag(mfp); fprintf(mfp, "\nUser Base Address Definitions\n\n"); bsp = basep; while (bsp) { fprintf(mfp, "%s\n", bsp->b_strp); bsp = bsp->b_base; } } /* * List Global Definitions */ if (globlp) { newpag(mfp); fprintf(mfp, "\nUser Global Definitions\n\n"); gsp = globlp; while (gsp) { fprintf(mfp, "%s\n", gsp->g_strp); gsp = gsp->g_globl; } } fprintf(mfp, "\n\f"); symdef(mfp); } /*)Function int parse() * * The function parse() evaluates all command line or file input * linker directives and updates the appropriate variables. * * local variables: * int c character value * char fid[] file id string * * global variables: * char ctype[] array of character types, one per * ASCII character * lfile *lfp pointer to current lfile structure * being processed by parse() * lfile *linkp pointer to first lfile structure * containing an input REL file * specification * int mflag Map output flag * int oflag Output file type flag * int pflag print linker command file flag * FILE * stderr c_library * int uflag Relocated listing flag * int xflag Map file radix type flag * * Functions called: * VOID addlib() lklibr.c * VOID addpath() lklibr.c * VOID bassav() lkmain.c * int fprintf() c_library * VOID gblsav() lkmain.c * VOID getfid() lklex.c * char getnb() lklex.c * VOID lkexit() lkmain.c * char * strcpy() c_library * int strlen() c_library * * side effects: * Various linker flags are updated and the linked * structure lfile is created. */ int parse() { register int c; char fid[NINPUT]; while ((c = getnb()) != 0) { if ( c == ';') return(0); if ( c == '-') { while (ctype[c=get()] & LETTER) { switch(c) { case 'i': case 'I': oflag = 1; break; case 's': case 'S': oflag = 2; break; case 'm': case 'M': ++mflag; break; case 'y': /*JCF: memory usage summary output*/ ++sflag; break; case 'Y': unget(getnb()); packflag=1; break; case 'A': unget(getnb()); if (ip && *ip) { stacksize=expr(0); if(stacksize>256) stacksize=256; else if(stacksize<0) stacksize=0; } return(0); case 'j': case 'J': jflag = 1; break; case 'u': case 'U': uflag = 1; break; case 'r': case 'R': rflag = 1; break; case 'x': case 'X': xflag = 0; break; case 'q': case 'Q': xflag = 1; break; case 'd': case 'D': xflag = 2; break; case 'e': case 'E': return(1); case 'n': case 'N': pflag = 0; break; case 'p': case 'P': pflag = 1; break; case 'b': case 'B': bassav(); return(0); case 'g': case 'G': gblsav(); return(0); case 'k': case 'K': addpath(); return(0); case 'l': case 'L': addlib(); return(0); case 'a': iramsav(); return(0); case 'v': case 'V': xramsav(); return(0); case 'w': case 'W': codesav(); return(0); case 'z': case 'Z': dflag = 1; return(0); default: fprintf(stderr, "Invalid option\n"); lkexit(1); } } if ( c == ';') return(0); } else if (ctype[c] & ILL) { fprintf(stderr, "Invalid input"); lkexit(1); } else { if (linkp == NULL) { linkp = (struct lfile *) new (sizeof (struct lfile)); lfp = linkp; } else { lfp->f_flp = (struct lfile *) new (sizeof (struct lfile)); lfp = lfp->f_flp; } getfid(fid, c); lfp->f_idp = (char *) new (strlen(fid)+1); strcpy(lfp->f_idp, fid); lfp->f_type = F_REL; } } return(0); } /*)Function VOID bassav() * * The function bassav() creates a linked structure containing * the base address strings input to the linker. * * local variables: * none * * global variables: * base *basep The pointer to the first * base structure * base *bsp Pointer to the current * base structure * char *ip pointer into the REL file * text line in ib[] * * functions called: * char getnb() lklex.c * VOID * new() lksym.c * int strlen() c_library * char * strcpy() c_library * VOID unget() lklex.c * * side effects: * The basep structure is created. */ VOID bassav() { if (basep == NULL) { basep = (struct base *) new (sizeof (struct base)); bsp = basep; } else { bsp->b_base = (struct base *) new (sizeof (struct base)); bsp = bsp->b_base; } unget(getnb()); bsp->b_strp = (char *) new (strlen(ip)+1); strcpy(bsp->b_strp, ip); } /*)Function VOID setbas() * * The function setbas() scans the base address lines in the * basep structure, evaluates the arguments, and sets beginning * address of the specified areas. * * local variables: * int v expression value * char id[] base id string * * global variables: * area *ap Pointer to the current * area structure * area *areap The pointer to the first * area structure of a linked list * base *basep The pointer to the first * base structure * base *bsp Pointer to the current * base structure * char *ip pointer into the REL file * text line in ib[] * int lkerr error flag * * functions called: * Addr_T expr() lkeval.c * int fprintf() c_library * VOID getid() lklex.c * char getnb() lklex.c * int symeq() lksym.c * * side effects: * The base address of an area is set. */ VOID setbas() { register int v; char id[NCPS]; bsp = basep; while (bsp) { ip = bsp->b_strp; getid(id, -1); if (getnb() == '=') { v = expr(0); for (ap = areap; ap != NULL; ap = ap->a_ap) { if (symeq(id, ap->a_id)) break; } if (ap == NULL) { fprintf(stderr, "ASlink-Warning-No definition of area %s\n", id); lkerr++; } else { ap->a_addr = v; ap->a_type = 1; /* JLH: value set */ } } else { fprintf(stderr, "ASlink-Warning-No '=' in base expression"); lkerr++; } bsp = bsp->b_base; } } /*)Function VOID gblsav() * * The function gblsav() creates a linked structure containing * the global variable strings input to the linker. * * local variable: * none * * global variables: * globl *globlp The pointer to the first * globl structure * globl *gsp Pointer to the current * globl structure * char *ip pointer into the REL file * text line in ib[] * int lkerr error flag * * functions called: * char getnb() lklex.c * VOID * new() lksym.c * int strlen() c_library * char * strcpy() c_library * VOID unget() lklex.c * * side effects: * The globlp structure is created. */ VOID gblsav() { if (globlp == NULL) { globlp = (struct globl *) new (sizeof (struct globl)); gsp = globlp; } else { gsp->g_globl = (struct globl *) new (sizeof (struct globl)); gsp = gsp->g_globl; } unget(getnb()); gsp->g_strp = (char *) new (strlen(ip)+1); strcpy(gsp->g_strp, ip); } /*)Function VOID setgbl() * * The function setgbl() scans the global variable lines in the * globlp structure, evaluates the arguments, and sets a variable * to this value. * * local variables: * int v expression value * char id[] base id string * sym * sp pointer to a symbol structure * * global variables: * char *ip pointer into the REL file * text line in ib[] * globl *globlp The pointer to the first * globl structure * globl *gsp Pointer to the current * globl structure * FILE * stderr c_library * int lkerr error flag * * functions called: * Addr_T expr() lkeval.c * int fprintf() c_library * VOID getid() lklex.c * char getnb() lklex.c * sym * lkpsym() lksym.c * * side effects: * The value of a variable is set. */ VOID setgbl() { register int v; register struct sym *sp; char id[NCPS]; gsp = globlp; while (gsp) { ip = gsp->g_strp; getid(id, -1); if (getnb() == '=') { v = expr(0); sp = lkpsym(id, 0); if (sp == NULL) { fprintf(stderr, "No definition of symbol %s\n", id); lkerr++; } else { if (sp->s_flag & S_DEF) { fprintf(stderr, "Redefinition of symbol %s\n", id); lkerr++; sp->s_axp = NULL; } sp->s_addr = v; sp->s_type |= S_DEF; } } else { fprintf(stderr, "No '=' in global expression"); lkerr++; } gsp = gsp->g_globl; } } /*)Function FILE * afile(fn, ft, wf) * * char * fn file specification string * char * ft file type string * int wf read(0)/write(1) flag * * The function afile() opens a file for reading or writing. * (1) If the file type specification string ft * is not NULL then a file specification is * constructed with the file path\name in fn * and the extension in ft. * (2) If the file type specification string ft * is NULL then the file specification is * constructed from fn. If fn does not have * a file type then the default .rel file * type is appended to the file specification. * * afile() returns a file handle for the opened file or aborts * the assembler on an open error. * * local variables: * char fb[] constructed file specification string * FILE * fp filehandle for opened file * * global variables: * int lkerr error flag * * functions called: * FILE * fopen() c_library * int fprintf() c_library * * side effects: * File is opened for read or write. */ FILE * afile(char *fn, char *ft, int wf) { FILE *fp; char fb[PATH_MAX]; char *omode; int i; switch (wf) { case 0: omode = "r"; break; case 1: omode = "w"; break; case 2: omode = "a"; break; case 3: omode = "rb"; break; case 4: omode = "wb"; break; case 5: omode = "ab"; break; default: omode = "r"; break; } /*Look backward the name path and get rid of the extension, if any*/ i=strlen(fn); for(; (fn[i]!=FSEPX)&&(fn[i]!=LKDIRSEP)&&(fn[i]!='/')&&(i>0); i--); if( (fn[i]==FSEPX) && strcmp(ft, "lnk") ) { strncpy(fb, fn, i); fb[i]=0; } else { strcpy(fb, fn); } /*Add the extension*/ if (fb[i] != FSEPX) { fb[i] = FSEPX; fb[i+1] = 0; strcat(fb, strlen(ft)?ft:LKOBJEXT); } fp = fopen(fb, omode); if (fp==NULL) { if (strcmp(ft,"adb"))/*Do not complain for optional adb files*/ { fprintf(stderr, "%s: cannot %s.\n", fb, (wf%3)==1?"create":"open"); lkerr++; } } return (fp); } /*)Function VOID iramsav() * * The function iramsav() stores the size of the chip's internal RAM. * This is used after linking to check that variable assignment to this * dataspace didn't overflow into adjoining segments. Variables in the * DSEG, OSEG, and ISEG are assigned to this dataspace. * * local variables: * none * * global variables: * char *ip pointer into the REL file * text line in ib[] * unsigned int size of chip's internal * iram_size RAM segment * * functions called: * char getnb() lklex.c * VOID unget() lklex.c * Addr_T expr() lkeval.c * * side effects: * The iram_size may be modified. */ VOID iramsav() { unget(getnb()); if (ip && *ip) iram_size = expr(0); /* evaluate size expression */ else iram_size = 128; /* Default is 128 (0x80) bytes */ if ((iram_size<=0) || (iram_size>256)) iram_size = 128; /* Default is 128 (0x80) bytes */ } /*Similar to iramsav but for xram memory*/ VOID xramsav() { unget(getnb()); if (ip && *ip) xram_size = expr(0); /* evaluate size expression */ else xram_size = rflag?0x1000000:0x10000; } /*Similar to iramsav but for code memory*/ VOID codesav() { unget(getnb()); if (ip && *ip) code_size = expr(0); /* evaluate size expression */ else code_size = rflag?0x1000000:0x10000; } /*)Function VOID iramcheck() * * The function iramcheck() is used at the end of linking to check that * the internal RAM area wasn't overflowed by too many variable * assignments. Variables in the DSEG, ISEG, and OSEG are assigned to * the chip's internal RAM. * * local variables: * none * * global variables: * unsigned int size of chip's internal * iram_size RAM segment * struct area linked list of memory * *areap areas * * functions called: * * side effects: */ VOID iramcheck() { register unsigned int last_addr; register struct area *ap; for (ap = areap; ap; ap=ap->a_ap) { if ((ap->a_size != 0) && (!strcmp(ap->a_id, "DSEG") || !strcmp(ap->a_id, "OSEG") || !strcmp(ap->a_id, "ISEG") ) ) { last_addr = ap->a_addr + ap->a_size - 1; if (last_addr >= iram_size) fprintf(stderr, "\nWARNING! Segment %s extends past the end\n" " of internal RAM. Check map file.\n", ap->a_id); } } } char *usetxt[] = { "Startup:", " -c Command line input", " -f file[LNK] File input", " -p Prompt and echo of file[LNK] to stdout (default)", " -n No echo of file[LNK] to stdout", /* "Usage: [-Options] file [file ...]", */ "Libraries:", " -k Library path specification, one per -k", " -l Library file specification, one per -l", "Relocation:", " -b area base address = expression", " -g global symbol = expression", "Map format:", " -m Map output generated as file[MAP]", " -x Hexadecimal (default), -d Decimal, -q Octal", "Output:", " -i Intel Hex as file[IHX]", " -s Motorola S19 as file[S19]", " -j Produce NoICE debug as file[NOI]", " -z Produce SDCdb debug as file[cdb]", /* "List:", */ " -u Update listing file(s) with link data as file(s)[.RST]", "Miscellaneous:\n" " -a [iram-size] Check for internal RAM overflow", " -v [xram-size] Check for external RAM overflow", " -w [code-size] Check for code overflow", " -y Generate memory usage summary file[mem]", " -Y Pack internal ram", " -A [stack-size] Allocate space for stack", "End:", " -e or null line terminates input", 0 }; /*)Function VOID usage() * * The function usage() outputs to the stderr device the * assembler name and version and a list of valid assembler options. * * local variables: * char ** dp pointer to an array of * text string pointers. * * global variables: * FILE * stderr c_library * * functions called: * int fprintf() c_library * * side effects: * none */ VOID usage() { register char **dp; fprintf(stderr, "\nASxxxx Linker %s\n\n", VERSION); for (dp = usetxt; *dp; dp++) fprintf(stderr, "%s\n", *dp); lkexit(1); } /*)Function VOID copyfile() * * FILE *dest destination file * FILE *src source file * * function will copy source file to destination file * * * functions called: * int fgetc() c_library * int fputc() c_library * * side effects: * none */ VOID copyfile (FILE *dest, FILE *src) { int ch; while ((ch = fgetc(src)) != EOF) { fputc(ch,dest); } } sdcc-2.9.0/as/link/mcs51/lkmem.c000066400000000000000000000416751116427777700162370ustar00rootroot00000000000000/* lkmem.c - Create a memory summary file with extension .mem Copyright (C) 2002 Jesus Calvino-Fraga, jesusc at ieee dot org This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include #include "aslink.h" int summary(struct area * areap) { #define EQ(A,B) !as_strcmpi((A),(B)) #define MIN_STACK 16 #define REPORT_ERROR(A, H) \ {\ fprintf(of, "%s%s", (H)?"*** ERROR: ":"", (A)); \ fprintf(stderr, "%s%s", (H)?"\n?ASlink-Error-":"",(A)); \ toreturn=1; \ } #define REPORT_WARNING(A, H) \ { \ fprintf(of, "%s%s", (H)?"*** WARNING: ":"", (A)); \ fprintf(stderr, "%s%s",(H)?"\n?ASlink-Warning-":"", (A)); \ } char buff[128]; int j, toreturn=0; unsigned int Total_Last=0, k; struct area * xp; FILE * of; /*Artifacts used for printing*/ char start[15], end[15], size[15], max[15]; char format[]=" %-16.16s %-8.8s %-8.8s %-8.8s %-8.8s\n"; char line[]="---------------------"; typedef struct { unsigned long Start; unsigned long Size; unsigned long Max; char Name[NCPS]; unsigned long flag; } _Mem; unsigned int dram[0x100]; _Mem Ram[]={ {0, 8, 8, "REG_BANK_0", 0x0001}, {0x8, 8, 8, "REG_BANK_1", 0x0002}, {0x10, 8, 8, "REG_BANK_2", 0x0004}, {0x18, 8, 8, "REG_BANK_3", 0x0008}, {0x20, 0, 16, "BSEG_BYTES", 0x0010}, {0, 0, 128, "UNUSED", 0x0000}, {0x7f, 0, 128, "DATA", 0x0020}, {0, 0, 128, "TOTAL:", 0x0000} }; _Mem IRam= {0xff, 0, 128, "INDIRECT RAM", 0x0080}; _Mem Stack={0xff, 0, 1, "STACK", 0x0000}; _Mem XRam= {0xffff, 0, 65536, "EXTERNAL RAM", 0x0100}; _Mem Rom= {0xffff, 0, 65536, "ROM/EPROM/FLASH", 0x0200}; if(stacksize==0) stacksize=MIN_STACK; if(rflag) /*For the DS390*/ { XRam.Max=0x1000000; /*24 bits*/ XRam.Start=0xffffff; Rom.Max=0x1000000; Rom.Start=0xffffff; } if((iram_size<=0)||(iram_size>0x100)) /*Default: 8052 like memory*/ { Ram[5].Max=0x80; Ram[6].Max=0x80; Ram[7].Max=0x80; IRam.Max=0x80; iram_size=0x100; } else if(iram_size<0x80) { Ram[5].Max=iram_size; Ram[6].Max=iram_size; Ram[7].Max=iram_size; IRam.Max=0; } else { Ram[5].Max=0x80; Ram[6].Max=0x80; Ram[7].Max=0x80; IRam.Max=iram_size-0x80; } for(j=0; j<(int)iram_size; j++) dram[j]=0; for(; j<0x100; j++) dram[j]=0x8000; /*Memory not available*/ /* Open Memory Summary File*/ of = afile(linkp->f_idp, "mem", 1); if (of == NULL) { lkexit(1); } xp=areap; while (xp) { /**/ if (EQ(xp->a_id, "REG_BANK_0")) { Ram[0].Size=xp->a_size; } else if (EQ(xp->a_id, "REG_BANK_1")) { Ram[1].Size=xp->a_size; } else if (EQ(xp->a_id, "REG_BANK_2")) { Ram[2].Size=xp->a_size; } else if (EQ(xp->a_id, "REG_BANK_3")) { Ram[3].Size=xp->a_size; } else if (EQ(xp->a_id, "BSEG_BYTES")) { Ram[4].Size+=xp->a_size; } else if (EQ(xp->a_id, "BIT_BANK")) { Ram[4].Size+=xp->a_size; } else if(xp->a_flag & A_CODE) { if(xp->a_size>0) { Rom.Size+=xp->a_size; if(xp->a_addra_addr; } } else if (EQ(xp->a_id, "SSEG")) { Stack.Size+=xp->a_size; if(xp->a_addra_addr; } else if(xp->a_flag & A_XDATA) { if(xp->a_size>0) { XRam.Size+=xp->a_size; if(xp->a_addra_addr; } } else if (EQ(xp->a_id, "ISEG")) { IRam.Size+=xp->a_size; if(xp->a_addra_addr; } /*If is not a register bank, bit, stack, or idata, then it should be data*/ else if((xp->a_flag & (A_CODE|A_BIT|A_XDATA))==0) { if(xp->a_size) { Ram[6].Size+=xp->a_size; if(xp->a_addra_addr; } } xp=xp->a_ap; } for(j=0; j<7; j++) for(k=Ram[j].Start; (k<(Ram[j].Start+Ram[j].Size))&&(k<0x100); k++) dram[k]|=Ram[j].flag; /*Mark as used*/ for(k=IRam.Start; (k<(IRam.Start+IRam.Size))&&(k<0x100); k++) dram[k]|=IRam.flag; /*Mark as used*/ /*Compute the amount of unused memory in direct data Ram. This is the gap between the last register bank or bit segment and the data segment.*/ for(k=Ram[6].Start-1; (dram[k]==0) && (k>0); k--); Ram[5].Start=k+1; Ram[5].Size=Ram[6].Start-Ram[5].Start; /*It may be zero (which is good!)*/ /*Compute the data Ram totals*/ for(j=0; j<7; j++) { if(Ram[7].Start>Ram[j].Start) Ram[7].Start=Ram[j].Start; Ram[7].Size+=Ram[j].Size; } Total_Last=Ram[6].Size+Ram[6].Start-1; /*Report the Ram totals*/ fprintf(of, "Direct Internal RAM:\n"); fprintf(of, format, "Name", "Start", "End", "Size", "Max"); for(j=0; j<8; j++) { if((j==0) || (j==7)) fprintf(of, format, line, line, line, line, line); if((j!=5) || (Ram[j].Size>0)) { sprintf(start, "0x%02lx", Ram[j].Start); if(Ram[j].Size==0) end[0]=0;/*Empty string*/ else sprintf(end, "0x%02lx", j==7?Total_Last:Ram[j].Size+Ram[j].Start-1); sprintf(size, "%5lu", Ram[j].Size); sprintf(max, "%5lu", Ram[j].Max); fprintf(of, format, Ram[j].Name, start, end, size, max); } } for(k=Ram[6].Start; (k<(Ram[6].Start+Ram[6].Size))&&(k<0x100); k++) { if(dram[k]!=Ram[6].flag) { sprintf(buff, "Internal memory overlap starting at 0x%02x.\n", k); REPORT_ERROR(buff, 1); break; } } if(Ram[4].Size>Ram[4].Max) { k=Ram[4].Size-Ram[4].Max; sprintf(buff, "Insufficient bit addressable memory. " "%d byte%s short.\n", k, (k==1)?"":"s"); REPORT_ERROR(buff, 1); } if(Ram[5].Size!=0) { sprintf(buff, "%ld bytes in data memory wasted. " "SDCC link could use: --data-loc 0x%02lx\n", Ram[5].Size, Ram[6].Start-Ram[5].Size); REPORT_WARNING(buff, 1); } if((Ram[6].Start+Ram[6].Size)>Ram[6].Max) { k=(Ram[6].Start+Ram[6].Size)-Ram[6].Max; sprintf(buff, "Insufficient space in data memory. " "%d byte%s short.\n", k, (k==1)?"":"s"); REPORT_ERROR(buff, 1); } /*Report the position of the beginning of the stack*/ fprintf(of, "\n%stack starts at: 0x%02lx (sp set to 0x%02lx)", rflag ? "16 bit mode initial s" : "S", Stack.Start, Stack.Start-1); /*Check that the stack pointer is landing in a safe place:*/ if( (dram[Stack.Start] & 0x8000) == 0x8000 ) { fprintf(of, ".\n"); sprintf(buff, "Stack set to unavailable memory.\n"); REPORT_ERROR(buff, 1); } else if(dram[Stack.Start]) { fprintf(of, ".\n"); sprintf(buff, "Stack overlaps area "); REPORT_ERROR(buff, 1); for(j=0; j<7; j++) { if(dram[Stack.Start]&Ram[j].flag) { sprintf(buff, "'%s'\n", Ram[j].Name); break; } } if(dram[Stack.Start]&IRam.flag) { sprintf(buff, "'%s'\n", IRam.Name); } REPORT_ERROR(buff, 0); } else { for(j=Stack.Start, k=0; (j<(int)iram_size)&&(dram[j]==0); j++, k++); fprintf(of, " with %d bytes available\n", k); if ((int)k(IRam.Max+0x80)) { sprintf(buff, "Insufficient INDIRECT RAM memory.\n"); REPORT_ERROR(buff, 1); } if( ((XRam.Start+XRam.Size)>XRam.Max) || (((int)XRam.Size>xram_size)&&(xram_size>=0)) ) { sprintf(buff, "Insufficient EXTERNAL RAM memory.\n"); REPORT_ERROR(buff, 1); } if( ((Rom.Start+Rom.Size)>Rom.Max) || (((int)Rom.Size>code_size)&&(code_size>=0)) ) { sprintf(buff, "Insufficient ROM/EPROM/FLASH memory.\n"); REPORT_ERROR(buff, 1); } fclose(of); return toreturn; } extern char idatamap[]; //0:not used, 1:used int summary2(struct area * areap) { #define EQ(A,B) !as_strcmpi((A),(B)) char buff[128]; int toreturn = 0; unsigned int j; unsigned long int Stack_Start=0, Stack_Size; struct area * xp; struct area * xstack_xp = NULL; FILE * of; /*Artifacts used for printing*/ char start[15], end[15], size[15], max[15]; char format[]=" %-16.16s %-8.8s %-8.8s %-8.8s %-8.8s\n"; char line[]="---------------------"; typedef struct { unsigned long Start; unsigned long End; unsigned long Size; unsigned long Max; char Name[NCPS]; unsigned long flag; } _Mem; _Mem Stack={0xff, 0, 0, 1, "STACK", 0x0000}; _Mem Paged={0xffff, 0, 0, 256, "PAGED EXT. RAM", A_PAG}; _Mem XRam= {0xffff, 0, 0, 65536, "EXTERNAL RAM", 0x0100}; _Mem Rom= {0xffff, 0, 0, 65536, "ROM/EPROM/FLASH", 0x0200}; if(rflag) /*For the DS390*/ { XRam.Max=0x1000000; /*24 bits*/ XRam.Start=0xffffff; Rom.Max=0x1000000; Rom.Start=0xffffff; } /* Open Memory Summary File*/ of = afile(linkp->f_idp, "mem", 1); if (of == NULL) { lkexit(1); } xp=areap; while (xp) { if (xp->a_flag & A_CODE) { if(xp->a_size) { Rom.Size += xp->a_size; if(xp->a_addr < Rom.Start) Rom.Start = xp->a_addr; if(xp->a_addr + xp->a_size > Rom.End) Rom.End = xp->a_addr + xp->a_size; } } else if (EQ(xp->a_id, "SSEG")) { Stack.Size += xp->a_size; if(xp->a_addr < Stack.Start) Stack.Start = xp->a_addr; if(xp->a_addr + xp->a_size > Stack.End) Stack.End = xp->a_addr + xp->a_size; } else if (EQ(xp->a_id, "PSEG")) { Paged.Size += xp->a_size; if(xp->a_addr < Paged.Start) Paged.Start = xp->a_addr; if(xp->a_addr + xp->a_size > Paged.End) Paged.End = xp->a_addr + xp->a_size; } else if (EQ(xp->a_id, "XSTK")) { xstack_xp = xp; Paged.Size += xp->a_size; if(xp->a_addr < Paged.Start) Paged.Start = xp->a_addr; if(xp->a_addr + xp->a_size > Paged.End) Paged.End = xp->a_addr + xp->a_size; } else if (xp->a_flag & A_XDATA) { if(xp->a_size) { XRam.Size += xp->a_size; if(xp->a_addr < XRam.Start) XRam.Start = xp->a_addr; if(xp->a_addr + xp->a_size > XRam.End) XRam.End = xp->a_addr + xp->a_size; } } xp = xp->a_ap; } /*Report the Ram totals*/ fprintf(of, "Internal RAM layout:\n"); fprintf(of, " 0 1 2 3 4 5 6 7 8 9 A B C D E F"); for(j=0; j<256; j++) { if(j%16==0) fprintf(of, "\n0x%02x:|", j); fprintf(of, "%c|", idatamap[j]); } fprintf(of, "\n0-3:Reg Banks, T:Bit regs, a-z:Data, B:Bits, Q:Overlay, I:iData, S:Stack, A:Absolute\n"); for(j=0; j<256; j++) { if(idatamap[j]=='S') { Stack_Start=j; break; } } for(j=Stack_Start, Stack_Size=0; j<((iram_size)?iram_size:256); j++) { if((idatamap[j]=='S')||(idatamap[j]==' ')) Stack_Size++; else break; } xp=areap; while (xp) { if(xp->a_unaloc>0) { fprintf(of, "\nERROR: Couldn't get %d byte%s allocated" " in internal RAM for area %s.", xp->a_unaloc, xp->a_unaloc>1?"s":"", xp->a_id); toreturn=1; } xp=xp->a_ap; } /*Report the position of the begining of the stack*/ if(Stack_Start!=256) fprintf(of, "\n%stack starts at: 0x%02lx (sp set to 0x%02lx) with %ld bytes available.", rflag ? "16 bit mode initial s" : "S", Stack_Start, Stack_Start-1, Stack_Size); else fprintf(of, "\nI don't have a clue where the stack ended up! Sorry..."); /*Report about xstack*/ if (xstack_xp) { Stack_Start = xstack_xp->a_addr; Stack_Size = xstack_xp->a_size; fprintf(of, "\nXstack starts at: 0x%04lx with %ld bytes available.", Stack_Start, Stack_Size); } fprintf(of, "\n\nOther memory:\n"); fprintf(of, format, "Name", "Start", "End", "Size", "Max"); fprintf(of, format, line, line, line, line, line); /*Report Paged XRam totals:*/ if(Paged.Size==0) { start[0]=0;/*Empty string*/ end[0]=0;/*Empty string*/ } else { sprintf(start, "0x%04lx", Paged.Start); sprintf(end, "0x%04lx", Paged.End-1); } sprintf(size, "%5lu", Paged.Size); sprintf(max, "%5lu", xram_size<0 ? Paged.Max : xram_size<256 ? xram_size : 256); fprintf(of, format, Paged.Name, start, end, size, max); /*Report XRam totals:*/ if(XRam.Size==0) { start[0]=0;/*Empty string*/ end[0]=0;/*Empty string*/ } else { sprintf(start, "0x%04lx", XRam.Start); sprintf(end, "0x%04lx", XRam.End-1); } sprintf(size, "%5lu", XRam.Size); sprintf(max, "%5lu", xram_size<0?XRam.Max:xram_size); fprintf(of, format, XRam.Name, start, end, size, max); /*Report Rom/Flash totals:*/ if(Rom.Size==0) { start[0]=0;/*Empty string*/ end[0]=0;/*Empty string*/ } else { sprintf(start, "0x%04lx", Rom.Start); sprintf(end, "0x%04lx", Rom.End-1); } sprintf(size, "%5lu", Rom.Size); sprintf(max, "%5lu", code_size<0?Rom.Max:code_size); fprintf(of, format, Rom.Name, start, end, size, max); /*Report any excess:*/ if( ((XRam.End) > XRam.Max) || (((int)XRam.Size>xram_size)&&(xram_size>=0)) ) { sprintf(buff, "Insufficient EXTERNAL RAM memory.\n"); REPORT_ERROR(buff, 1); } if( ((Rom.End) > Rom.Max) || (((int)Rom.Size>code_size)&&(code_size>=0)) ) { sprintf(buff, "Insufficient ROM/EPROM/FLASH memory.\n"); REPORT_ERROR(buff, 1); } fclose(of); return toreturn; } sdcc-2.9.0/as/link/mcs51/lkrloc.c000066400000000000000000001122711116427777700164070ustar00rootroot00000000000000/* lkrloc.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 29-Oct-97 JLH: * - errdmp: show s_id as string rather than array [NCPS] * - relr: add support for 11 bit 8051 addressing * 02-Apr-98 JLH: don't output empty hex records */ #include #include #include "aslink.h" /*)Module lkrloc.c * * The module lkrloc.c contains the functions which * perform the relocation calculations. * * lkrloc.c contains the following functions: * Addr_T adb_b() * Addr_T adb_lo() * Addr_T adb_hi() * Addr_T adw_w() * Addr_T adw_lo() * Addr_T adw_hi() * VOID erpdmp() * VOID errdmp() * Addr_T evword() * VOID prntval() * VOID rele() * VOID relerr() * VOID relerp() * VOID reloc() * VOID relp() * VOID relr() * VOID relt() * * lkrloc.c the local variable errmsg[]. * */ /* Global which holds the upper 16 bits of the last 32 bit area adress * output. Useful only for iHex mode. */ int lastExtendedAddress=-1; /* Static variable which holds the index of last processed area. * Useful only for iHex mode. */ static int lastAreaIndex = -1; /*)Function VOID reloc(c) * * char c process code * * The function reloc() calls a particular relocation * function determined by the process code. * * local variable: * none * * global variables: * int lkerr error flag * * called functions: * int fprintf() c_library * VOID rele() lkrloc.c * VOID relp() lkrloc.c * VOID relr() lkrloc.c * VOId relt() lkrloc.c * * side effects: * Refer to the called relocation functions. * */ VOID reloc(char c) { switch(c) { case 'T': relt(); break; case 'R': relr(); break; case 'P': relp(); break; case 'E': rele(); break; default: fprintf(stderr, "Undefined Relocation Operation\n"); lkerr++; break; } } /*)Function VOID relt() * * The function relt() evaluates a T line read by * the linker. Each byte value read is saved in the * rtval[] array, rtflg[] is set, and the number of * evaluations is maintained in rtcnt. * * T Line * * T xx xx nn nn nn nn nn ... * * * In: "T n0 n1 n2 n3 ... nn" * * Out: 0 1 2 .. rtcnt * +----+----+----+----+----+ * rtval | n0 | n1 | n2 | .. | nn | * +----+----+----+----+----+ * rtflag| 1 | 1 | 1 | 1 | 1 | * +----+----+----+----+----+ * * The T line contains the assembled code output by the assem- * bler with xx xx being the offset address from the current area * base address and nn being the assembled instructions and data in * byte format. * * local variable: * none * * global variables: * int rtcnt number of values evaluated * int rtflg[] array of evaluation flags * int rtval[] array of evaluation values * * called functions: * int eval() lkeval.c * int more() lklex.c * * side effects: * Linker input T line evaluated. * */ VOID relt(VOID) { rtcnt = 0; while (more()) { if (rtcnt < NTXT) { rtval[rtcnt] = eval(); rtflg[rtcnt] = 1; rtcnt++; } } } /*)Function VOID relr() * * The function relr() evaluates a R line read by * the linker. The R line data is combined with the * previous T line data to perform the relocation of * code and data bytes. The S19 / IHX output and * translation of the LST files to RST files may be * performed. * * R Line * * R 0 0 nn nn n1 n2 xx xx ... * * The R line provides the relocation information to the linker. * The nn nn value is the current area index, i.e. which area the * current values were assembled. Relocation information is en- * coded in groups of 4 bytes: * * 1. n1 is the relocation mode and object format * 1. bit 0 word(0x00)/byte(0x01) * 2. bit 1 relocatable area(0x00)/symbol(0x02) * 3. bit 2 normal(0x00)/PC relative(0x04) relocation * 4. bit 3 1-byte(0x00)/2-byte(0x08) object format for * byte data * 5. bit 4 signed(0x00)/unsigned(0x10) byte data * 6. bit 5 normal(0x00)/page '0'(0x20) reference * 7. bit 6 normal(0x00)/page 'nnn'(0x40) reference * * 2. n2 is a byte index into the corresponding (i.e. pre- * ceeding) T line data (i.e. a pointer to the data to be * updated by the relocation). The T line data may be * 1-byte or 2-byte byte data format or 2-byte word * format. * * 3. xx xx is the area/symbol index for the area/symbol be- * ing referenced. the corresponding area/symbol is found * in the header area/symbol lists. * * The groups of 4 bytes are repeated for each item requiring relo- * cation in the preceeding T line. * * local variable: * areax **a pointer to array of area pointers * int aindex area index * char *errmsg[] array of pointers to error strings * int error error code * int lkerr error flag * int mode relocation mode * adrr_t paga paging base area address * Addr_T pags paging symbol address * Addr_T pc relocated base address * Addr_T r PCR relocation value * Addr_T reli relocation initial value * Addr_T relv relocation final value * int rindex symbol / area index * Addr_T rtbase base code address * Addr_T rtofst rtval[] index offset * int rtp index into T data * sym **s pointer to array of symbol pointers * * global variables: * head *hp pointer to the head structure * rerr rerr linker error structure * FILE *stderr standard error device * * called functions: * Addr_T adb_b() lkrloc.c * Addr_T adb_lo() lkrloc.c * Addr_T adb_hi() lkrloc.c * Addr_T adw_w() lkrloc.c * Addr_T evword() lkrloc.c * int eval() lkeval.c * int fprintf() c_library * VOID ihx() lkihx.c * int lkulist lklist.c * int more() lklex.c * VOID relerr() lkrloc.c * VOID s19() lks19.c * int symval() lksym.c * * side effects: * The R and T lines are combined to produce * relocated code and data. Output S19 / IHX * and relocated listing files may be produced. * */ VOID relr(VOID) { register int mode; register Addr_T reli, relv; int aindex, rindex, rtp, error; Addr_T r, rtbase, rtofst, paga, pags, pc; struct areax **a; struct sym **s; /* * Get area and symbol lists */ a = hp->a_list; s = hp->s_list; /* * Verify Area Mode */ if (eval() != (R_WORD | R_AREA) || eval()) { fprintf(stderr, "R input error\n"); lkerr++; } /* * Get area pointer */ aindex = evword(); if (aindex >= hp->h_narea) { fprintf(stderr, "R area error\n"); lkerr++; return; } /* * Base values */ rtbase = adw_w(0, 0); rtofst = 2; /* * Relocate address */ pc = adw_w(a[aindex]->a_addr, 0); #if 0 printf("area %d base address: 0x%x size: 0x%x rtbase: 0x%x\n", aindex, a[aindex]->a_addr, a[aindex]->a_size, rtbase); #endif /* * Do remaining relocations */ while (more()) { error = 0; mode = eval(); if ((mode & R_ESCAPE_MASK) == R_ESCAPE_MASK) { mode = ((mode & ~R_ESCAPE_MASK) << 8) | eval(); /* printf("unescaping rmode\n"); */ } rtp = eval(); rindex = evword(); /* * R_SYM or R_AREA references */ if (mode & R_SYM) { if (rindex >= hp->h_nglob) { fprintf(stderr, "R symbol error\n"); lkerr++; return; } reli = symval(s[rindex]); } else if ((IS_R_J11(mode) || IS_R_J19(mode)) && (rindex == 0xFFFF)) { /* absolute acall/ajmp address */ reli = 0; } else { if (rindex >= hp->h_narea) { fprintf(stderr, "R area error\n"); lkerr++; return; } reli = a[rindex]->a_addr; } /* * R_PCR addressing */ if (mode & R_PCR) { if (mode & R_BYTE) { reli -= (pc + (rtp-rtofst) + 1); } else { reli -= (pc + (rtp-rtofst) + 2); } } /* * R_PAG0 or R_PAG addressing */ if (mode & (R_PAG0 | R_PAG)) { paga = sdp.s_area->a_addr; pags = sdp.s_addr; reli -= paga + pags; } /* * R_BYTE or R_WORD operation */ if (mode & R_BYTE) { if (mode & R_BYT3) { /* This is a three byte address, of which * we will select one byte. */ if (mode & R_BIT) { relv = adb_24_bit(reli, rtp); } else if (mode & R_HIB) { /* printf("24 bit address selecting hi byte.\n"); */ relv = adb_24_hi(reli, rtp); } else if (mode & R_MSB) { /* Note that in 24 bit mode, R_MSB * is really the middle byte, not * the most significant byte. * * This is ugly and I can only apologize * for any confusion. */ /* printf("24 bit address selecting middle byte.\n"); */ relv = adb_24_mid(reli, rtp); } else { /* printf("24 bit address selecting lo byte.\n"); */ relv = adb_24_lo(reli, rtp); } } else if (mode & R_BYT2) { /* This is a two byte address, of * which we will select one byte. */ if (mode & R_BIT) { relv = adb_bit(reli, rtp); } else if (mode & R_MSB) { relv = adb_hi(reli, rtp); } else { relv = adb_lo(reli, rtp); } } else { relv = adb_b(reli, rtp); } } else if (IS_R_J11(mode)) { /* JLH: 11 bit jump destination for 8051. Forms / two byte instruction with op-code bits / in the MIDDLE! / rtp points at 3 byte locus: first two / will get the instructiion. third one / has raw op-code. */ /* Calculate absolute destination / relv must be on same 2K page as pc */ relv = adw_w(reli, rtp); if ((relv & ~0x7ff) != ((pc + rtp - rtofst) & ~0x7ff)) { error = 2; } /* Merge MSB (byte 0) with op-code, ignoring / top 5 bits of address. Then hide the op-code */ rtval[rtp] = ((rtval[rtp] & 0x07)<<5) | rtval[rtp+2]; rtflg[rtp+2] = 0; rtofst += 1; } else if (IS_R_J19(mode)) { /* 19 bit jump destination for DS80C390. Forms / three byte instruction with op-code bits / in the MIDDLE! / rtp points at 4 byte locus: first three / will get the instructiion. fourth one / has raw op-code. */ /* Calculate absolute destination / relv must be on same 512K page as pc */ relv = adw_24(reli, rtp); if ((relv & ~0x7ffff) != ((pc + rtp - rtofst) & ~0x7ffff)) { error = 2; } /* Merge MSB (byte 0) with op-code, ignoring / top 5 bits of address. Then hide the op-code */ rtval[rtp] = ((rtval[rtp] & 0x07)<<5) | rtval[rtp+3]; rtflg[rtp+3] = 0; rtofst += 1; } else if (IS_C24(mode)) { /* 24 bit address */ relv = adw_24(reli, rtp); } else { /* 16 bit address. */ relv = adw_w(reli, rtp); } /* * R_BYTE with R_BYT2 offset adjust */ if (mode & R_BYTE) { if (mode & R_BYT2) { rtofst += 1; } } /* * Unsigned Byte Checking */ if (mode & R_USGN && mode & R_BYTE && relv & ~0xFF) error = 1; /* * PCR Relocation Error Checking */ if (mode & R_PCR && mode & R_BYTE) { r = relv & ~0x7F; if (r != (Addr_T) ~0x7F && r != 0) error = 2; } /* * Page Relocation Error Checking */ /* if (mode & R_PAG0 && (relv & ~0xFF || paga || pags)) error = 3;*/ if (mode & R_PAG && (relv & ~0xFF)) error = 4; if ((mode & R_BIT) && (relv & ~0x87FF)) error = 5; /* * Error Processing */ if (error) { rerr.aindex = aindex; rerr.mode = mode; rerr.rtbase = rtbase + rtp - rtofst - 1; rerr.rindex = rindex; rerr.rval = relv - reli; relerr(errmsg[error-1]); } } if (uflag != 0) { lkulist(1); } /* JLH: output only if data (beyond two byte address) */ if ((oflag == 1) && (rtcnt > 2)) { int extendedAddress = (a[aindex]->a_addr >> 16) & 0xffff; /* Boy, is this a hack: for ABS sections, the * base address is stored as zero, and the T records * indicate the offset from zero. * * Since T records can only indicate a 16 bit offset, this * obviously creates a problem for ABS segments located * above 64K (this is only meaningful in flat24 mode). * * However, the size of an ABS area is stored as * base address + section size (I suspect this is a bug, * but it's a handy one right now). So the upper 8 bits of * the 24 bit address are stored in the size record. * Thus we add it in. * * This is another reason why we can't have areas greater * than 64K yet, even in flat24 mode. */ // extendedAddress += ((a[aindex]->a_size) >> 16 & 0xffff); // commented out by jr if (lastAreaIndex != aindex) { lastAreaIndex = aindex; ihxNewArea(); } if (extendedAddress != lastExtendedAddress) { if (lastExtendedAddress!=-1) { printf("output extended linear address record 0x%x 0x%x\n", extendedAddress, lastExtendedAddress); } if (rflag) { ihxExtendedLinearAddress(extendedAddress); } else if (extendedAddress) { /* Not allowed to generate extended address records, * but one is called for here... */ fprintf(stderr, "warning: extended linear address encountered; " "you probably want the -r flag.\n"); } lastExtendedAddress = extendedAddress; } ihx(1); } else if ((oflag == 2) && (rtcnt > 2)) { s19(1); } } char *errmsg[] = { "Unsigned Byte error", "Byte PCR relocation error", "Page0 relocation error", "Page Mode relocation error", "Bit-addressable relocation error" }; /*)Function VOID relp() * * The function relp() evaluates a P line read by * the linker. The P line data is combined with the * previous T line data to set the base page address * and test the paging boundary and length. * * P Line * * P 0 0 nn nn n1 n2 xx xx * * The P line provides the paging information to the linker as * specified by a .setdp directive. The format of the relocation * information is identical to that of the R line. The correspond- * ing T line has the following information: * T xx xx aa aa bb bb * * Where aa aa is the area reference number which specifies the * selected page area and bb bb is the base address of the page. * bb bb will require relocation processing if the 'n1 n2 xx xx' is * specified in the P line. The linker will verify that the base * address is on a 256 byte boundary and that the page length of an * area defined with the PAG type is not larger than 256 bytes. * * local variable: * areax **a pointer to array of area pointers * int aindex area index * int mode relocation mode * Addr_T relv relocation value * int rindex symbol / area index * int rtp index into T data * sym **s pointer to array of symbol pointers * * global variables: * head *hp pointer to the head structure * int lkerr error flag * sdp sdp base page structure * FILE *stderr standard error device * * called functions: * Addr_T adw_w() lkrloc.c * Addr_T evword() lkrloc.c * int eval() lkeval.c * int fprintf() c_library * int more() lklex.c * int symval() lksym.c * * side effects: * The P and T lines are combined to set * the base page address and report any * paging errors. * */ VOID relp(VOID) { register int aindex, rindex; int mode, rtp; Addr_T relv; struct areax **a; struct sym **s; /* * Get area and symbol lists */ a = hp->a_list; s = hp->s_list; /* * Verify Area Mode */ if (eval() != (R_WORD | R_AREA) || eval()) { fprintf(stderr, "P input error\n"); lkerr++; } /* * Get area pointer */ aindex = evword(); if (aindex >= hp->h_narea) { fprintf(stderr, "P area error\n"); lkerr++; return; } /* * Do remaining relocations */ while (more()) { mode = eval(); rtp = eval(); rindex = evword(); /* * R_SYM or R_AREA references */ if (mode & R_SYM) { if (rindex >= hp->h_nglob) { fprintf(stderr, "P symbol error\n"); lkerr++; return; } relv = symval(s[rindex]); } else { if (rindex >= hp->h_narea) { fprintf(stderr, "P area error\n"); lkerr++; return; } relv = a[rindex]->a_addr; } adw_w(relv, rtp); } /* * Paged values */ aindex = adw_w(0,2); if (aindex >= hp->h_narea) { fprintf(stderr, "P area error\n"); lkerr++; return; } sdp.s_areax = a[aindex]; sdp.s_area = sdp.s_areax->a_bap; sdp.s_addr = adw_w(0,4); if (sdp.s_area->a_addr & 0xFF || sdp.s_addr & 0xFF) relerp("Page Definition Boundary Error"); } /*)Function VOID rele() * * The function rele() closes all open output files * at the end of the linking process. * * local variable: * none * * global variables: * int oflag output type flag * int uflag relocation listing flag * * called functions: * VOID ihx() lkihx.c * VOID lkulist() lklist.c * VOID s19() lks19.c * * side effects: * All open output files are closed. * */ VOID rele(VOID) { if (uflag != 0) { lkulist(0); } if (oflag == 1) { ihx(0); } else if (oflag == 2) { s19(0); } } /*)Function Addr_T evword() * * The function evword() combines two byte values * into a single word value. * * local variable: * Addr_T v temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * int eval() lkeval.c * * side effects: * Relocation text line is scanned to combine * two byte values into a single word value. * */ Addr_T evword(VOID) { register Addr_T v; if (hilo) { v = (eval() << 8); v += eval(); } else { v = eval(); v += (eval() << 8); } return(v); } /*)Function Addr_T adb_b(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_b() adds the value of v to * the single byte value contained in rtval[i]. * The new value of rtval[i] is returned. * * local variable: * none * * global variables: * none * * called functions: * none * * side effects: * The value of rtval[] is changed. * */ Addr_T adb_b(register Addr_T v, register int i) { return(rtval[i] += v); } /*)Function Addr_T adb_bit(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_bit() converts the single * byte address value contained in rtval[i] to bit- * addressable space and adds the value of v to it. * The new value of rtval[i] is returned. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * none * * called functions: * none * * side effects: * The value of rtval[] is changed. * */ Addr_T adb_bit(register Addr_T v, register int i) { register Addr_T j; j = adb_lo(v, i) & 0xFF; if ((j >= 0x20) && (j <= 0x2F)) { j = (j - 0x20) * 8; } else if ((j < 0x80) || ((j & 0x07) != 0)) { return(0x100);//error } if (hilo) { j = rtval[i+1] = j + (rtval[i] & 0x07); } else { j = rtval[i] = j + (rtval[i+1] & 0x07); } return(j); } /*)Function Addr_T adb_lo(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_lo() adds the value of v to the * double byte value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * The MSB rtflg[] is cleared. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The rtflg[] value corresponding to the * MSB of the word value is cleared to reflect * the fact that the LSB is the selected byte. * */ Addr_T adb_lo(Addr_T v, int i) { register Addr_T j; j = adw_w(v, i); /* * Remove Hi byte */ if (hilo) { rtflg[i] = 0; } else { rtflg[i+1] = 0; } return (j); } /*)Function Addr_T adb_hi(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_hi() adds the value of v to the * double byte value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * The LSB rtflg[] is cleared. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The rtflg[] value corresponding to the * LSB of the word value is cleared to reflect * the fact that the MSB is the selected byte. * */ Addr_T adb_hi(Addr_T v, int i) { register Addr_T j; j = adw_w(v, i); /* * Remove Lo byte */ if (hilo) { rtflg[i+1] = 0; } else { rtflg[i] = 0; } return (j); } /*)Function Addr_T adb_24_bit(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_24_bit() converts the single * byte address value contained in rtval[i] to bit- * addressable space and adds the value of v to it. * The new value of rtval[i] is returned. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * none * * called functions: * none * * side effects: * The value of rtval[] is changed. * */ Addr_T adb_24_bit(register Addr_T v, register int i) { register Addr_T j; j = adb_24_lo(v, i) & 0xFF; if ((j >= 0x20) && (j <= 0x2F)) { j = (j - 0x20) * 8; } else if ((j < 0x80) || ((j & 0x07) != 0)) { return(0x100);//error } if (hilo) { j = rtval[i+2] = j + (rtval[i+1] & 0x07); } else { j = rtval[i] = j + (rtval[i+1] & 0x07); } return(j); } /*)Function Addr_T adb_24_hi(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_24_hi() adds the value of v to the * 24 bit value contained in rtval[i] - rtval[i+2]. * The new value of rtval[i] / rtval[i+1] is returned. * The LSB & middle byte rtflg[] is cleared. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The rtflg[] value corresponding to the * LSB & middle byte of the word value is cleared to * reflect the fact that the MSB is the selected byte. * */ Addr_T adb_24_hi(Addr_T v, int i) { register Addr_T j; j = adw_24(v, i); /* Remove the lower two bytes. */ if (hilo) { rtflg[i+2] = 0; } else { rtflg[i] = 0; } rtflg[i+1] = 0; return (j); } /*)Function Addr_T adb_24_mid(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_24_mid() adds the value of v to the * 24 bit value contained in rtval[i] - rtval[i+2]. * The new value of rtval[i] / rtval[i+1] is returned. * The LSB & MSB byte rtflg[] is cleared. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The rtflg[] value corresponding to the * LSB & MSB of the 24 bit value is cleared to reflect * the fact that the middle byte is the selected byte. * */ Addr_T adb_24_mid(Addr_T v, int i) { register Addr_T j; j = adw_24(v, i); /* remove the MSB & LSB. */ rtflg[i+2] = 0; rtflg[i] = 0; return (j); } /*)Function Addr_T adb_24_lo(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_24_lo() adds the value of v to the * 24 bit value contained in rtval[i] - rtval[i+2]. * The new value of rtval[i] / rtval[i+1] is returned. * The MSB & middle byte rtflg[] is cleared. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The rtflg[] value corresponding to the * MSB & middle byte of the word value is cleared to * reflect the fact that the LSB is the selected byte. * */ Addr_T adb_24_lo(Addr_T v, int i) { register Addr_T j; j = adw_24(v, i); /* Remove the upper two bytes. */ if (hilo) { rtflg[i] = 0; } else { rtflg[i+2] = 0; } rtflg[i+1] = 0; return (j); } /*)Function Addr_T adw_w(v, i) * * int v value to add to word * int i rtval[] index * * The function adw_w() adds the value of v to the * word value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The word value of rtval[] is changed. * */ Addr_T adw_w(register Addr_T v, register int i) { register Addr_T j; if (hilo) { j = v + (rtval[i] << 8) + (rtval[i+1] & 0xff); rtval[i] = (j >> 8) & 0xff; rtval[i+1] = j & 0xff; } else { j = v + (rtval[i] & 0xff) + (rtval[i+1] << 8); rtval[i] = j & 0xff; rtval[i+1] = (j >> 8) & 0xff; } return(j); } /*)Function Addr_T adw_24(v, i) * * int v value to add to word * int i rtval[] index * * The function adw_w() adds the value of v to the * 24 bit value contained in rtval[i] - rtval[i+2]. * The new value of rtval[i] - rtval[i+2] is returned. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The word value of rtval[] is changed. * */ Addr_T adw_24(Addr_T v, int i) { register Addr_T j; if (hilo) { j = v + ((rtval[i] & 0xff) << 16) + ((rtval[i+1] & 0xff) << 8) + (rtval[i+2] & 0xff); rtval[i] = (j >> 16) & 0xff; rtval[i+1] = (j >> 8) & 0xff; rtval[i+2] = j & 0xff; } else { j = v + (rtval[i] & 0xff) + ((rtval[i+1] & 0xff) << 8) + ((rtval[i+2] & 0xff) << 16); rtval[i] = j & 0xff; rtval[i+1] = (j >> 8) & 0xff; rtval[i+2] = (j >> 16) & 0xff; } return(j); } /*)Function Addr_T adw_lo(v, i) * * int v value to add to byte * int i rtval[] index * * The function adw_lo() adds the value of v to the * double byte value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * The MSB rtval[] is zeroed. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The MSB of the word value is cleared to reflect * the fact that the LSB is the selected byte. * */ Addr_T adw_lo(Addr_T v, int i) { register Addr_T j; j = adw_w(v, i); /* * Clear Hi byte */ if (hilo) { rtval[i] = 0; } else { rtval[i+1] = 0; } return (j); } /*)Function Addr_T adw_hi(v, i) * * int v value to add to byte * int i rtval[] index * * The function adw_hi() adds the value of v to the * double byte value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * The MSB and LSB values are interchanged. * The MSB rtval[] is zeroed. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The MSB and LSB values are interchanged and * then the MSB cleared. * */ Addr_T adw_hi(Addr_T v, int i) { register Addr_T j; j = adw_w(v, i); /* * LSB = MSB, Clear MSB */ if (hilo) { rtval[i+1] = rtval[i]; rtval[i] = 0; } else { rtval[i] = rtval[i+1]; rtval[i+1] = 0; } return (j); } /*)Function VOID relerr(str) * * char *str error string * * The function relerr() outputs the error string to * stderr and to the map file (if it is open). * * local variable: * none * * global variables: * FILE *mfp handle for the map file * * called functions: * VOID errdmp() lkrloc.c * * side effects: * Error message inserted into map file. * */ VOID relerr(char *str) { errdmp(stderr, str); if (mfp) errdmp(mfp, str); } /*)Function VOID errdmp(fptr, str) * * FILE *fptr output file handle * char *str error string * * The function errdmp() outputs the error string str * to the device specified by fptr. Additional information * is output about the definition and referencing of * the symbol / area error. * * local variable: * int mode error mode * int aindex area index * int lkerr error flag * int rindex error index * sym **s pointer to array of symbol pointers * areax **a pointer to array of area pointers * areax *raxp error area extension pointer * * global variables: * sdp sdp base page structure * * called functions: * int fprintf() c_library * VOID prntval() lkrloc.c * * side effects: * Error reported. * */ VOID errdmp(FILE *fptr, char *str) { int mode, aindex, rindex; struct sym **s; struct areax **a; struct areax *raxp; a = hp->a_list; s = hp->s_list; mode = rerr.mode; aindex = rerr.aindex; rindex = rerr.rindex; /* * Print Error */ fprintf(fptr, "\n?ASlink-Warning-%s", str); lkerr++; /* * Print symbol if symbol based */ if (mode & R_SYM) { fprintf(fptr, " for symbol %s\n", &s[rindex]->s_id[0]); } else { fprintf(fptr, "\n"); } /* * Print Ref Info */ fprintf(fptr, " file module area offset\n"); fprintf(fptr, " Refby %-8.8s %-8.8s %-8.8s ", hp->h_lfile->f_idp, &hp->m_id[0], &a[aindex]->a_bap->a_id[0]); prntval(fptr, rerr.rtbase); /* * Print Def Info */ if (mode & R_SYM) { raxp = s[rindex]->s_axp; } else { raxp = a[rindex]; } fprintf(fptr, " Defin %-8.8s %-8.8s %-8.8s ", raxp->a_bhp->h_lfile->f_idp, &raxp->a_bhp->m_id[0], &raxp->a_bap->a_id[0]); if (mode & R_SYM) { prntval(fptr, s[rindex]->s_addr); } else { prntval(fptr, rerr.rval); } } /*)Function VOID prntval(fptr, v) * * FILE *fptr output file handle * Addr_T v value to output * * The function prntval() outputs the value v, in the * currently selected radix, to the device specified * by fptr. * * local variable: * none * * global variables: * int xflag current radix * * called functions: * int fprintf() c_library * * side effects: * none * */ VOID prntval(FILE *fptr, Addr_T v) { if (xflag == 0) { fprintf(fptr, "%04X\n", v); } else if (xflag == 1) { fprintf(fptr, "%06o\n", v); } else if (xflag == 2) { fprintf(fptr, "%05u\n", v); } } /*)Function VOID relerp(str) * * char *str error string * * The function relerp() outputs the paging error string to * stderr and to the map file (if it is open). * * local variable: * none * * global variables: * FILE *mfp handle for the map file * * called functions: * VOID erpdmp() lkrloc.c * * side effects: * Error message inserted into map file. * */ VOID relerp(char *str) { erpdmp(stderr, str); if (mfp) erpdmp(mfp, str); } /*)Function VOID erpdmp(fptr, str) * * FILE *fptr output file handle * char *str error string * * The function erpdmp() outputs the error string str * to the device specified by fptr. * * local variable: * head *thp pointer to head structure * * global variables: * int lkerr error flag * sdp sdp base page structure * * called functions: * int fprintf() c_library * VOID prntval() lkrloc.c * * side effects: * Error reported. * */ VOID erpdmp(FILE *fptr, char *str) { register struct head *thp; thp = sdp.s_areax->a_bhp; /* * Print Error */ fprintf(fptr, "\n?ASlink-Warning-%s\n", str); lkerr++; /* * Print PgDef Info */ fprintf(fptr, " file module pgarea pgoffset\n"); fprintf(fptr, " PgDef %-8.8s %-8.8s %-8.8s ", thp->h_lfile->f_idp, &thp->m_id[0], &sdp.s_area->a_id[0]); prntval(fptr, sdp.s_area->a_addr + sdp.s_addr); } sdcc-2.9.0/as/link/mcs51/lks19.c000066400000000000000000000116411116427777700160630ustar00rootroot00000000000000/* lks19.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "aslink.h" /*)Module lks19.c * * The module lks19.c contains the function to * output the relocated object code in the * Motorola S19 format. * * lks19.c contains the following function: * VOID s19(i) * * lks19.c contains no local variables. */ /*)S19 Format * Record Type Field - This field signifies the start of a * record and identifies the the record * type as follows: * * Ascii S1 - Data Record * Ascii S9 - End of File Record * * Record Length Field - This field specifies the record length * which includes the address, data, and * checksum fields. The 8 bit record * length value is converted to two ascii * characters, high digit first. * * Load Address Field - This field consists of the four ascii * characters which result from converting * the the binary value of the address in * which to begin loading this record. The * order is as follows: * * High digit of high byte of address. * Low digit of high byte of address. * High digit of low byte of address. * Low digit of low byte of address. * * In an End of File record this field con- * sists of either four ascii zeros or the * program entry address. Currently the * entry address option is not supported. * * Data Field - This field consists of the actual data, * converted to two ascii characters, high * digit first. There are no data bytes in * the End of File record. * * Checksum Field - The checksum field is the 8 bit binary * sum of the record length field, the load * address field, and the data field. This * sum is then complemented (1's comple- * ment) and converted to two ascii * characters, high digit first. */ /*)Function s19(i) * * int i 0 - process data * 1 - end of data * * The function s19() outputs the relocated data * in the standard Motorola S19 format. * * local variables: * Addr_T chksum byte checksum * * global variables: * int hilo byte order * FILE * ofp output file handle * int rtcnt count of data words * int rtflg[] output the data flag * Addr_T rtval[] relocated data * * functions called: * int fprintf() c_library * * side effects: * The data is output to the file defined by ofp. */ VOID s19(i) { register Addr_T chksum; if (i) { if (hilo == 0) { chksum = rtval[0]; rtval[0] = rtval[1]; rtval[1] = chksum; } for (i = 0, chksum = 1; i < rtcnt; i++) { if (rtflg[i]) chksum++; } fprintf(ofp, "S1%02X", chksum); for (i = 0; i < rtcnt ; i++) { if (rtflg[i]) { fprintf(ofp, "%02X", rtval[i]); chksum += rtval[i]; } } fprintf(ofp, "%02X\n", (0-chksum-1) & 0xff); } else { fprintf(ofp, "S9030000FC\n"); } } sdcc-2.9.0/as/link/mcs51/readme.390000066400000000000000000000105561116427777700164520ustar00rootroot00000000000000DS80C390 flat mode support 2/4/2000 Kevin Vigor (e-mail: kevin at vigor.nu) I have hacked the 8051 assembler to support the 24 bit flat address mode of the DS80C390 processor. This mode allows the chip to directly address up to 4 Meg of RAM. Details can be found at Dallas' web site: www.dalsemi.com. 1: Assembler changes. 24 bit mode is entered via a new assembler directive, .flat24. This directive takes a mandatory argument, which is either the string "on" or the string "off". ".flat24 on" enables 24-bit mode, and ".flat24 off" puts the assembler into standard 8051 mode. Note that any .included files within a ".flat24 on" segment of the code will be compiled in 24-bit mode. In 24-bit mode, 8 instructions have altered behavior. Of these, 5 modify the instruction encoding, while 3 differ only in behavior. These instructions are discussed in the DS80C390 User's Guide, but a summary is included here: ACALL and AJMP now take a 19 bit offset instead of the 8051's 11 bit offset. An extra address byte is added to the encoded instruction. LCALL and LJMP now take a 24 bit target address instead of the 8051's 16 bit address. An extra address byte is added to the encoded instruction. MOV DPTR, #immed now takes a 24 bit immediate value instead of the 8051's 16 bit address. An extra data byte is added to the encoded instruction. INC DPTR now increments the entire 24 bit DPTR. The encoding is not changed. RET and RETI restore the full 24 bit PC from the stack. The encoding is not changed. 2: Linker changes. The linker supports (through a variety of evil hacks) 19 bit ACALL/AJMP relocations and 24 bit LCALL/LJMP/DPTR relocations. These changes should be invisible to the user. The linker can now also generated extended linear address records in the Intel hex output format. This is necessary for any areas located above the 64K mark. This is enabled by the "-r" linker flag, and is disabled by default (but the linker will throw a warning if an extended address is encountered without the -r flag being enabled). Note that for various reasons, areas may still not be larger than 64K. However, they may be located anywhere in the 4 Meg address space via the assembler .org directive (for ABS areas) or the linker "-b" option. 3: Examples Note that this example uses ABS areas to make the layout obvious. This code won't do anything useful at all, but demonstrates the instruction encoding in .flat24 mode vs 8051 mode. ; test1.asm .area CODE (ABS) .org 0 ; SFRs not known to the assembler yet... $TA = 0x00C7 $ACON = 0x009D ; Set the chip to 24 bit flat mode via the DS "timed access" procedure. mov $TA, #0xAA mov $TA, #0x55 mov $ACON, #0x06 ; 10 bit stack & 24 bit flat addressing. .flat24 on ; Enable 24-bit mode. The AM1 bit had better be ; on... mov dptr, #myData ; Valid on the '390: myData is in the FARDATA ; area at 0x300001. ; Generates: 90 30 00 01 acall _junkNear ; Within 11 bit range, but still must generate ; 19 bit address for '390 flat mode. ; Generates: 11 04 00 ajmp _junkFar ; Within 16 bit range. ; Generates 01 08 00 acall _junkReallyFar ; Within 19 bit range. ; Generates 91 00 00 lcall _junkReallyReallyFar ; Within 24 bit range. ; Generates 12 08 00 00 ; Set the chip to 8051 mode via the DS "timed access" procedure. mov $TA, #0x0AA mov $TA, #0x055 mov $ACON, #0x00 ; 8 bit stack & 16 bit flat addressing. .flat24 off ; Now we're an 8051 again. The AM1 bit had better be ; off... ;mov dptr, #myData ; Can't do that: myData is too far away. acall _junkNear ; Within 11 bit range. ; Generates 91 00 ljmp _junkFar ; Within 16 bit range; can't AJMP, but can LJMP ; Generates 02 08 00 ret .area CODE2 (ABS) .org 0x400 ; This is within the 11 bit ACALL/AJMP range of the 8051. _junkNear: ret .area CODE3 (ABS) .org 0x800 ; This is within the 390's 19 bit ACALL/AJMP range, and inside the stock ; 8051's 16 bit LCALL range. _junkFar: ret .area CODE4 (ABS) ; This is within the 390's 19 bit ACALL/AJMP range and outside the ; 8051's LCALL range. ; Note that to link an image with an area beyond 64K (like this one), ; the '-r' flag must be provided to the linker, and Intel Hex output format ; must be used. .org 0x40000 _junkReallyFar: ret .area CODE5 (ABS) ; This is outside anybody's ACALL/AJMP range. .org 0x80000 _junkReallyReallyFar: ret .area FARDATA (ABS) .org 0x300000 ; This is way, way up there. .byte 0x01 myData: .byte 0x02 ; test1.asm ends. sdcc-2.9.0/as/link/z80/000077500000000000000000000000001116427777700144425ustar00rootroot00000000000000sdcc-2.9.0/as/link/z80/Makefile.in000066400000000000000000000032651116427777700165150ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ include $(top_builddir)/Makefile.common OBJDIR = obj$(EXT) ASXXLIB = $(srcdir)/../../asxxsrc ASXXLIBSRC = strcmpi.c LKLIB = $(srcdir)/.. LKLIBSRC = getline.c lkaomf51.c lkar.c lkdata.c lkeval.c \ lkhead.c lklex.c lklib.c lklibr.c lklist.c \ lknoice.c lkrel.c lksdcclib.c lkstore.c lksym.c SRC = lkmain.c lkarea.c lkihx.c \ lkrloc.c lks19.c lkgb.c lkgg.c LKSOURCES = $(SRC) $(LKLIBSRC:%.c=$(LKLIB)/%.c) $(ASXXLIBSRC:%.c=$(ASXXLIB)/%.c) OBJS = $(SRC:%.c=$(OBJDIR)/%.o) LKOBJS = $(LKLIBSRC:%.c=$(OBJDIR)/%.o) ASXXLIBOBJS = $(ASXXLIBSRC:%.c=$(OBJDIR)/%.o) LKOBJECTS = $(OBJS) $(LKOBJS) $(ASXXLIBOBJS) BINS = $(BUILDDIR)link$(EXT)$(EXEEXT) CPPFLAGS += -I.. -I$(srcdir)/.. CFLAGS += $(CPPFLAGS) $(OPTS) -DINDEXLIB -DMLH_MAP -DSDK CFLAGS += -funsigned-char -DUNIX CFLAGS += -I$(top_builddir)/as/$(PORT) LDFLAGS = @LDFLAGS@ -lm $(EXTRALIBS) all: $(BINS) $(BINS): $(LKOBJECTS) $(CC) -g -o $(BINS) $(LKOBJECTS) $(LDFLAGS) # We need a '.stamp'-file in $(OBJDIR), because the time stamp # of $(OBJDIR) itself is always updated, when a file in $(OBJDIR) # is updated. 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Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "aslink.h" /*)Module lkarea.c * * The module lkarea.c contains the functions which * create and link together all area definitions read * from the .rel file(s). * * lkarea.c contains the following functions: * VOID lnkarea() * VOID lnksect() * VOID lkparea() * VOID newarea() * * lkarea.c contains no global variables. */ /*)Function VOID newarea() * * The function newarea() creates and/or modifies area * and areax structures for each A directive read from * the .rel file(s). The function lkparea() is called * to find the area structure associated with this name. * If the area does not yet exist then a new area * structure is created and linked to any existing * linked area structures. The area flags are copied * into the area flag variable. For each occurence of * an A directive an areax structure is created and * linked to the areax structures associated with this * area. The size of this area section is placed into * the areax structure. The flag value for all subsequent * area definitions for the same area are compared and * flagged as an error if they are not identical. * The areax structure created for every occurence of * an A directive is loaded with a pointer to the base * area structure and a pointer to the associated * head structure. And finally, a pointer to this * areax structure is loaded into the list of areax * structures in the head structure. Refer to lkdata.c * for details of the structures and their linkage. * * local variables: * areax **halp pointer to an array of pointers * int i counter, loop variable, value * char id[] id string * int narea number of areas in this head structure * areax * taxp pointer to an areax structure * to areax structures * * global variables: * area *ap Pointer to the current * area structure * areax *axp Pointer to the current * areax structure * head *hp Pointer to the current * head structure * int lkerr error flag * * functions called: * Addr_T eval() lkeval.c * VOID exit() c_library * int fprintf() c_library * VOID getid() lklex.c * VOID lkparea() lkarea.c * VOID skip() lklex.c * * side effects: * The area and areax structures are created and * linked with the appropriate head structures. * Failure to allocate area or areax structure * space will terminate the linker. Other internal * errors most likely caused by corrupted .rel * files will also terminate the linker. */ /* * Create an area entry. * * A xxxxxx size nnnn flags mm * | | | * | | `-- ap->a_flag * | `------------- axp->a_size * `------------------------- ap->a_id * */ VOID newarea() { register int i, narea; struct areax *taxp; struct areax **halp; char id[NCPS]; /* * Create Area entry */ getid(id, -1); lkparea(id); /* * Evaluate area size */ skip(-1); axp->a_size = eval(); /* * Evaluate flags */ skip(-1); i = 0; taxp = ap->a_axp; while (taxp->a_axp) { ++i; taxp = taxp->a_axp; } if (i == 0) { ap->a_flag = eval(); } else { i = eval(); if (i && (ap->a_flag != i)) { fprintf(stderr, "Conflicting flags in area %.8s\n", id); lkerr++; } } /* * Place pointer in header area list */ if (headp == NULL) { fprintf(stderr, "No header defined\n"); lkexit(1); } narea = hp->h_narea; halp = hp->a_list; for (i=0; i < narea ;++i) { if (halp[i] == NULL) { halp[i] = taxp; return; } } fprintf(stderr, "Header area list overflow\n"); lkexit(1); } /*)Function VOID lkparea(id) * * char * id pointer to the area name string * * The function lkparea() searches the linked area structures * for a name match. If the name is not found then an area * structure is created. An areax structure is created and * appended to the areax structures linked to the area structure. * The associated base area and head structure pointers are * loaded into the areax structure. * * local variables: * area * tap pointer to an area structure * areax * taxp pointer to an areax structure * * global variables: * area *ap Pointer to the current * area structure * area *areap The pointer to the first * area structure of a linked list * areax *axp Pointer to the current * areax structure * * functions called: * VOID * new() lksym() * char * strcpy() c_library * int symeq() lksym.c * * side effects: * Area and/or areax structures are created. * Failure to allocate space for created structures * will terminate the linker. */ VOID lkparea(char *id) { register struct area *tap; register struct areax *taxp; ap = areap; axp = (struct areax *) new (sizeof(struct areax)); while (ap) { if (symeq(id, ap->a_id)) { taxp = ap->a_axp; while (taxp->a_axp) taxp = taxp->a_axp; taxp->a_axp = axp; axp->a_bap = ap; axp->a_bhp = hp; return; } ap = ap->a_ap; } ap = (struct area *) new (sizeof(struct area)); if (areap == NULL) { areap = ap; } else { tap = areap; while (tap->a_ap) tap = tap->a_ap; tap->a_ap = ap; } ap->a_axp = axp; axp->a_bap = ap; axp->a_bhp = hp; strncpy(ap->a_id, id, NCPS); ap->a_addr = 0; } /*)Function VOID lnkarea() * * The function lnkarea() resolves all area addresses. * The function evaluates each area structure (and all * the associated areax structures) in sequence. The * linking process supports four (4) possible area types: * * ABS/OVR - All sections (each individual areax * section) starts at the identical base * area address overlaying all other * areax sections for this area. The * size of the area is largest of the area * sections. * * ABS/CON - All sections (each individual areax * section) are concatenated with the * first section starting at the base * area address. The size of the area * is the sum of the section sizes. * * NOTE: Multiple absolute (ABS) areas are * never concatenated with each other, * thus absolute area A and absolute area * B will overlay each other if they begin * at the same location (the default is * always address 0 for absolute areas). * * REL/OVR - All sections (each individual areax * section) starts at the identical base * area address overlaying all other * areax sections for this area. The * size of the area is largest of the area * sections. * * REL/CON - All sections (each individual areax * section) are concatenated with the * first section starting at the base * area address. The size of the area * is the sum of the section sizes. * * NOTE: Relocatable (REL) areas are always concatenated * with each other, thus relocatable area B * (defined after area A) will follow * relocatable area A independent of the * starting address of area A. Within a * specific area each areax section may be * overlayed or concatenated with other * areax sections. * * * If a base address for an area is specified then the * area will start at that address. Any relocatable * areas defined subsequently will be concatenated to the * previous relocatable area if it does not have a base * address specified. * * The names s_ and l_ are created to * define the starting address and length of each area. * * local variables: * Addr_T rloc ;current relocation address * char temp[] ;temporary string * struct symbol *sp ;symbol structure * * global variables: * area *ap Pointer to the current * area structure * area *areap The pointer to the first * area structure of a linked list * * functions called: * int fprintf() c_library * VOID lnksect() lkarea.c * symbol *lkpsym() lksym.c * char * strncpy() c_library * int symeq() lksym.c * * side effects: * All area and areax addresses and sizes are * determined and saved in their respective * structures. */ //unsigned long codemap[2048]; //Addr_T lnksect(register struct area *tap); VOID lnksect(register struct area *tap); /* * Resolve all area addresses. */ VOID lnkarea() { register Addr_T rloc = 0; // Addr_T gs_size = 0; char temp[NCPS]; struct sym *sp; #if 0 struct area *abs_ap = NULL; struct area *gs0_ap = NULL; memset(codemap, 0, sizeof(codemap)); /* first sort all absolute areas to the front */ ap = areap; /* no need to check first area, it's in front anyway */ while (ap && ap->a_ap) { if (ap->a_ap->a_flag & A_ABS) {/* next area is absolute, move it to front, reversed sequence is no problem for absolutes */ abs_ap = ap->a_ap; ap->a_ap = abs_ap->a_ap; abs_ap->a_ap = areap; areap = abs_ap; } else { ap = ap->a_ap; } } /* next accumulate all GSINITx/GSFINAL area sizes into GSINIT so they stay together */ ap = areap; while (ap) { if (!strncmp(ap->a_id, "GS", 2)) {/* GSxxxxx area */ if (ap->a_size == 0) { axp = ap->a_axp; while (axp) { ap->a_size += axp->a_size; axp = axp->a_axp; } } gs_size += ap->a_size; if (!strcmp(ap->a_id, "GSINIT0")) {/* GSINIT0 area */ gs0_ap = ap; } } ap = ap->a_ap; } if (gs0_ap) gs0_ap->a_size = gs_size; #endif ap = areap; while (ap) { if (ap->a_flag & A_ABS) { /* * Absolute sections */ lnksect(ap); } else { /* * Relocatable sections */ if (ap->a_addr == 0) ap->a_addr = rloc; // rloc = lnksect(ap); lnksect(ap); rloc = ap->a_addr + ap->a_size; } /* * Create symbols called: * s_ the start address of the area * l_ the length of the area */ if (! symeq(ap->a_id, _abs_)) { strncpy(temp+2,ap->a_id,NCPS-2); *(temp+1) = '_'; *temp = 's'; sp = lkpsym(temp, 1); sp->s_addr = ap->a_addr; sp->s_axp = NULL; sp->s_type |= S_DEF; *temp = 'l'; sp = lkpsym(temp, 1); sp->s_addr = ap->a_size; sp->s_axp = NULL; sp->s_type |= S_DEF; } ap = ap->a_ap; } } #if 0 static Addr_T find_empty_space(Addr_T start, Addr_T size, unsigned long *map) { int i, j, k; unsigned long mask, b; while (1) { Addr_T a = start; i = start >> 5; j = (start + size) >> 5; mask = -(1 << (start & 0x1F)); while (i < j) { if (map[i] & mask) { k = 32; for (b=0x80000000; b!=0; b>>=1, k--) { if (map[i] & b) break; } start = a + k; break; } i++; mask = 0xFFFFFFFF; a += 32; } if (start > a) continue; mask &= (1 << ((start + size) & 0x1F)) - 1; if (map[i] & mask) { k = 32; for (b=0x80000000; b!=0; b>>=1, k--) { if (map[i] & b) break; } start = (a & ~0x1F) + k; } if (start <= a) break; } return start; } static Addr_T allocate_space(Addr_T start, Addr_T size, char* id, unsigned long *map) { int i, j; unsigned long mask; Addr_T a = start; i = start >> 5; j = (start + size) >> 5; mask = -(1 << (start & 0x1F)); while (i < j) { if (map[i] & mask) { fprintf(stderr, "memory overlap near 0x%X for %s\n", a, id); } map[i++] |= mask; mask = 0xFFFFFFFF; a += 32; } mask &= (1 << ((start + size) & 0x1F)) - 1; if (map[i] & mask) { fprintf(stderr, "memory overlap near 0x%X for %s\n", a, id); } map[i] |= mask; return start; } #endif /*)Function VOID lnksect() * * area * tap pointer to an area structure * * The function lnksect() is the function called by * lnkarea() to resolve the areax addresses. Refer * to the function lnkarea() for more detail. Pageing * boundary and length errors will be reported by this * function. * * local variables: * Addr_T size size of area * Addr_T addr address of area * areax * taxp pointer to an areax structure * * global variables: * int lkerr error flag * * functions called: * none * * side effects: * All area and areax addresses and sizes area determined * and linked into the structures. */ VOID lnksect(register struct area *tap) //Addr_T lnksect(register struct area *tap) { register Addr_T size, addr; register struct areax *taxp; size = 0; addr = tap->a_addr; if ((tap->a_flag&A_PAG) && (addr & 0xFF)) { fprintf(stderr, "\n?ASlink-Warning-Paged Area %.8s Boundary Error\n", tap->a_id); lkerr++; } taxp = tap->a_axp; if (tap->a_flag & A_OVR) { /* * Overlayed sections */ while (taxp) { taxp->a_addr = addr; if (taxp->a_size > size) size = taxp->a_size; taxp = taxp->a_axp; } } #if 0 else if (tap->a_flag & A_ABS) { /* * Absolute sections */ while (taxp) { allocate_space(taxp->a_addr, taxp->a_size, tap->a_id, codemap); taxp->a_addr = 0; /* reset to zero so relative addresses become absolute */ size += taxp->a_size; taxp = taxp->a_axp; } } #endif else { /* * Concatenated sections */ /* if (tap->a_size) { addr = find_empty_space(addr, tap->a_size, codemap); } */ while (taxp) { /* //find next unused address now if (taxp->a_size) { addr = find_empty_space(addr, taxp->a_size, codemap); allocate_space(addr, taxp->a_size, tap->a_id, codemap); } */ taxp->a_addr = addr; addr += taxp->a_size; size += taxp->a_size; taxp = taxp->a_axp; } } tap->a_size = size; if ((tap->a_flag & A_PAG) && (size > 256)) { fprintf(stderr, "\n?ASlink-Warning-Paged Area %.8s Length Error\n", tap->a_id); lkerr++; } // return addr; } sdcc-2.9.0/as/link/z80/lkgb.c000066400000000000000000000136041116427777700155310ustar00rootroot00000000000000/* lkgb.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * P. Felber */ #ifdef GAMEBOY #include #include #include #include #include "aslink.h" /* Value used to fill the unused portions of the image */ /* FFh puts less stress on a EPROM/Flash */ #define FILLVALUE 0xFF #define CARTSIZE ((unsigned long)nb_rom_banks*16UL*1024UL) #define NBSEG 8UL #define SEGSIZE (CARTSIZE/NBSEG) #define ROMSIZE 0x8000UL #define BANKSTART 0x4000UL #define BANKSIZE 0x4000UL unsigned char *cart[NBSEG]; int nb_rom_banks; int nb_ram_banks; int current_rom_bank; int mbc_type; char cart_name[16] = ""; patch* patches = NULL; VOID gb(int in) { static int first = 1; unsigned long pos, chk; int i; patch *p; if(first) { for(i = 0; i < NBSEG; i++) { if((cart[i] = malloc(SEGSIZE)) == NULL) { fprintf(stderr, "ERROR: can't allocate %dth segment of memory (%d bytes)\n", i, (int)SEGSIZE); exit(EXIT_FAILURE); } memset(cart[i], FILLVALUE, SEGSIZE); } first = 0; } if(in) { if(rtcnt > 2) { if(hilo == 0) pos = rtval[0] | (rtval[1]<<8); else pos = rtval[1] | (rtval[0]<<8); /* Perform some validity checks */ if(pos >= ROMSIZE) { fprintf(stderr, "ERROR: address overflow (addr %lx >= %lx)\n", pos, ROMSIZE); exit(EXIT_FAILURE); } if(current_rom_bank >= nb_rom_banks) { fprintf(stderr, "ERROR: bank overflow (addr %x > %x)\n", current_rom_bank, nb_rom_banks); exit(EXIT_FAILURE); } if(current_rom_bank > 0 && pos < BANKSTART) { fprintf(stderr, "ERROR: address underflow (addr %lx < %lx)\n", pos, BANKSTART); exit(EXIT_FAILURE); } if(nb_rom_banks == 2 && current_rom_bank > 0) { fprintf(stderr, "ERROR: only 1 32kB segment with 2 bank\n"); exit(EXIT_FAILURE); } if(current_rom_bank > 1) pos += (current_rom_bank-1)*BANKSIZE; for(i = 2; i < rtcnt; i++) { if(rtflg[i]) { if(pos < CARTSIZE) { if(cart[pos/SEGSIZE][pos%SEGSIZE] != FILLVALUE) fprintf(stderr, "WARNING: possibly wrote twice at addr %lx (%02X->%02X)\n", pos, rtval[i], cart[pos/SEGSIZE][pos%SEGSIZE]); cart[pos/SEGSIZE][pos%SEGSIZE] = rtval[i]; } else { fprintf(stderr, "ERROR: cartridge size overflow (addr %lx >= %lx)\n", pos, CARTSIZE); exit(EXIT_FAILURE); } pos++; } } } } else { /* EOF */ if(cart_name[0] == 0 && linkp->f_idp != NULL) { for(i = strlen(linkp->f_idp); i > 0 && (isalnum((unsigned char)linkp->f_idp[i-1]) || linkp->f_idp[i-1] == '.'); i--) ; for(pos = 0; pos < 16 && linkp->f_idp[i] != '.'; pos++, i++) cart_name[pos] = toupper((unsigned char)linkp->f_idp[i]); if(pos < 16) cart_name[pos] = 0; } for(pos = 0x0134, i = 0; pos < 0x0144 && cart_name[i]; pos++, i++) cart[pos/SEGSIZE][pos%SEGSIZE] = cart_name[i]; for(; pos < 0x0144; pos++) cart[pos/SEGSIZE][pos%SEGSIZE] = 0; cart[0x147/SEGSIZE][0x147%SEGSIZE] = mbc_type; switch(nb_rom_banks) { case 2: cart[0x148/SEGSIZE][0x148%SEGSIZE] = 0; break; case 4: cart[0x148/SEGSIZE][0x148%SEGSIZE] = 1; break; case 8: cart[0x148/SEGSIZE][0x148%SEGSIZE] = 2; break; case 16: cart[0x148/SEGSIZE][0x148%SEGSIZE] = 3; break; case 32: cart[0x148/SEGSIZE][0x148%SEGSIZE] = 4; break; case 64: cart[0x148/SEGSIZE][0x148%SEGSIZE] = 5; break; case 128: cart[0x148/SEGSIZE][0x148%SEGSIZE] = 6; break; case 256: cart[0x148/SEGSIZE][0x148%SEGSIZE] = 7; break; case 512: cart[0x148/SEGSIZE][0x148%SEGSIZE] = 8; break; default: fprintf(stderr, "WARNING: unsupported number of ROM banks (%d)\n", nb_rom_banks); cart[0x148/SEGSIZE][0x148%SEGSIZE] = 0; break; } switch(nb_ram_banks) { case 0: cart[0x149/SEGSIZE][0x149%SEGSIZE] = 0; break; case 1: cart[0x149/SEGSIZE][0x149%SEGSIZE] = 2; break; case 4: cart[0x149/SEGSIZE][0x149%SEGSIZE] = 3; break; case 16: cart[0x149/SEGSIZE][0x149%SEGSIZE] = 4; break; default: fprintf(stderr, "WARNING: unsupported number of RAM banks (%d)\n", nb_ram_banks); cart[0x149/SEGSIZE][0x149%SEGSIZE] = 0; break; } /* Patch before calculating the checksum */ if(patches) for(p = patches; p; p = p->next) cart[p->addr/SEGSIZE][p->addr%SEGSIZE] = p->value; /* Update complement checksum */ chk = 0; for(pos = 0x0134; pos < 0x014D; pos++) chk += cart[pos/SEGSIZE][pos%SEGSIZE]; cart[0x014D/SEGSIZE][0x014D%SEGSIZE] = (unsigned char)(0xE7 - (chk&0xFF)); /* Update checksum */ chk = 0; cart[0x014E/SEGSIZE][0x014E%SEGSIZE] = 0; cart[0x014F/SEGSIZE][0x014F%SEGSIZE] = 0; for(i = 0; i < NBSEG; i++) for(pos = 0; pos < SEGSIZE; pos++) chk += cart[i][pos]; cart[0x014E/SEGSIZE][0x014E%SEGSIZE] = (unsigned char)((chk>>8)&0xFF); cart[0x014F/SEGSIZE][0x014F%SEGSIZE] = (unsigned char)(chk&0xFF); for(i = 0; i < NBSEG; i++) fwrite(cart[i], 1, SEGSIZE, ofp); } } #endif /* GAMEBOY */ sdcc-2.9.0/as/link/z80/lkgg.c000066400000000000000000000047221116427777700155370ustar00rootroot00000000000000/* lkgg.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * P. Felber */ #ifdef GAMEGEAR #include #include #include #include #include "aslink.h" #define CARTSIZE ((unsigned long)4*16UL*1024UL) #define NBSEG 8UL #define SEGSIZE (CARTSIZE/NBSEG) unsigned char *cart[NBSEG]; #define ROMSIZE 0x10000UL #define BANKSIZE 0x4000UL int current_rom_bank; VOID gg(int in) { static int first = 1; unsigned long pos; int i; if(first) { for(i = 0; i < NBSEG; i++) { if((cart[i] = malloc(SEGSIZE)) == NULL) { fprintf(stderr, "ERROR: can't allocate %dth segment of memory (%d bytes)\n", i, (int)SEGSIZE); exit(EXIT_FAILURE); } memset(cart[i], 0, SEGSIZE); } first = 0; } if(in) { if(rtcnt > 2) { if(hilo == 0) pos = rtval[0] | (rtval[1]<<8); else pos = rtval[1] | (rtval[0]<<8); /* Perform some validity checks */ if(pos >= ROMSIZE) { fprintf(stderr, "ERROR: address overflow (addr %lx >= %lx)\n", pos, ROMSIZE); exit(EXIT_FAILURE); } if(current_rom_bank > 1) pos += (current_rom_bank-1)*BANKSIZE; for(i = 2; i < rtcnt; i++) { if(rtflg[i]) { if(pos < CARTSIZE) { if(cart[pos/SEGSIZE][pos%SEGSIZE] != 0) fprintf(stderr, "WARNING: wrote twice at addr %lx (%02X->%02X)\n", pos, rtval[i], cart[pos/SEGSIZE][pos%SEGSIZE]); cart[pos/SEGSIZE][pos%SEGSIZE] = rtval[i]; } else { fprintf(stderr, "ERROR: cartridge size overflow (addr %lx >= %lx)\n", pos, CARTSIZE); exit(EXIT_FAILURE); } pos++; } } } } else { /* EOF */ /* Patch before calculating the checksum */ for(i = 0; i < NBSEG; i++) fwrite(cart[i], 1, SEGSIZE, ofp); } } #endif /* GAMEGEAR */ sdcc-2.9.0/as/link/z80/lkihx.c000066400000000000000000000131011116427777700157210ustar00rootroot00000000000000/* lkihx.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "aslink.h" /*)Module lkihx.c * * The module lkihx.c contains the function to * output the relocated object code in the * Intel Hex format. * * lkihx.c contains the following functions: * VOID ihx(i) * * lkihx.c contains no local variables. */ /*Intel Hex Format * Record Mark Field - This field signifies the start of a * record, and consists of an ascii colon * (:). * * Record Length Field - This field consists of two ascii * characters which indicate the number of * data bytes in this record. The * characters are the result of converting * the number of bytes in binary to two * ascii characters, high digit first. An * End of File record contains two ascii * zeros in this field. * * Load Address Field - This field consists of the four ascii * characters which result from converting * the the binary value of the address in * which to begin loading this record. The * order is as follows: * * High digit of high byte of address. * Low digit of high byte of address. * High digit of low byte of address. * Low digit of low byte of address. * * In an End of File record this field con- * sists of either four ascii zeros or the * program entry address. Currently the * entry address option is not supported. * * Record Type Field - This field identifies the record type, * which is either 0 for data records or 1 * for an End of File record. It consists * of two ascii characters, with the high * digit of the record type first, followed * by the low digit of the record type. * * Data Field - This field consists of the actual data, * converted to two ascii characters, high * digit first. There are no data bytes in * the End of File record. * * Checksum Field - The checksum field is the 8 bit binary * sum of the record length field, the load * address field, the record type field, * and the data field. This sum is then * negated (2's complement) and converted * to two ascii characters, high digit * first. */ /*)Function ihx(i) * * int i 0 - process data * 1 - end of data * * The function ihx() outputs the relocated data * in the standard Intel Hex format. * * local variables: * Addr_T chksum byte checksum * * global variables: * int hilo byte order * FILE * ofp output file handle * int rtcnt count of data words * int rtflg[] output the data flag * Addr_T rtval[] relocated data * * functions called: * int fprintf() c_library * * side effects: * The data is output to the file defined by ofp. */ VOID ihx(i) { register Addr_T chksum; if (i) { if (hilo == 0) { chksum = rtval[0]; rtval[0] = rtval[1]; rtval[1] = chksum; } for (i = 0, chksum = -2; i < rtcnt; i++) { if (rtflg[i]) chksum++; } fprintf(ofp, ":%02X", chksum); for (i = 0; i < rtcnt ; i++) { if (rtflg[i]) { fprintf(ofp, "%02X", rtval[i]); chksum += rtval[i]; } if (i == 1) { fprintf(ofp, "00"); } } fprintf(ofp, "%02X\n", (0-chksum) & 0xff); } else { fprintf(ofp, ":00000001FF\n"); } } sdcc-2.9.0/as/link/z80/lkmain.c000066400000000000000000001454711116427777700160750ustar00rootroot00000000000000/* lkmain.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Extensions: P. Felber */ #include #include #include #include "aslink.h" #ifndef SDK_VERSION_STRING #define SDK_VERSION_STRING "3.0.0" #endif #ifndef TARGET_STRING #define TARGET_STRING "gbz80" #endif #ifdef WIN32T #include void Timer(int action, char * message) { static double start, end, total=0.0; static const double secs_per_tick = 1.0 / CLOCKS_PER_SEC; if(action==0) start=clock()*secs_per_tick; else if(action==1) { end=clock() * secs_per_tick; printf("%s \t%f seconds.\n", message, (end-start)); total+=end-start; } else { printf("Total time: \t%f seconds.\n", total); total=0.0; } } #endif /*)Module lkmain.c * * The module lkmain.c contains the functions which * (1) input the linker options, parameters, and specifications * (2) perform a two pass link * (3) produce the appropriate linked data output and/or * link map file and/or relocated listing files. * * lkmain.c contains the following functions: * FILE * afile(fn,ft,wf) * VOID bassav() * VOID gblsav() * VOID link_main() * VOID lkexit() * VOID main(argc,argv) * VOID map() * int parse() * VOID setbas() * VOID setgbl() * VOID usage() * * lkmain.c contains the following local variables: * char * usetext[] array of pointers to the * command option tect lines * */ /*)Function VOID main(argc,argv) * * int argc number of command line arguments + 1 * char * argv[] array of pointers to the command line * arguments * * The function main() evaluates the command line arguments to * determine if the linker parameters are to input through 'stdin' * or read from a command file. The functions lk_getline() and parse() * are to input and evaluate the linker parameters. The linking process * proceeds by making the first pass through each .rel file in the order * presented to the linker. At the end of the first pass the setbase(), * lnkarea(), setgbl(), and symdef() functions are called to evaluate * the base address terms, link all areas, define global variables, * and look for undefined symbols. Following these routines a linker * map file may be produced and the linker output files may be opened. * The second pass through the .rel files will output the linked data * in one of the four supported formats. * * local variables: * char * p pointer to an argument string * int c character from argument string * int i loop counter * * global variables: * text line in ib[] * lfile *cfp The pointer *cfp points to the * current lfile structure * char ctype[] array of character types, one per * ASCII character * lfile *filep The pointer *filep points to the * beginning of a linked list of * lfile structures. * head *hp Pointer to the current * head structure * char ib[NINPUT] .rel file text line * char *ip pointer into the .rel file * lfile *linkp pointer to first lfile structure * containing an input .rel file * specification * int lkerr error flag * int mflag Map output flag * int oflag Output file type flag * FILE *ofp Output file handle * for word formats * FILE *ofph Output file handle * for high byte format * FILE *ofpl Output file handle * for low byte format * int pass linker pass number * int pflag print linker command file flag * int radix current number conversion radix * FILE *sfp The file handle sfp points to the * currently open file * lfile *startp asmlnk startup file structure * FILE * stdin c_library * FILE * stdout c_library * * functions called: * FILE * afile() lkmain.c * int fclose() c_library * int fprintf() c_library * int lk_getline() lklex.c * VOID library() lklibr.c * VOID link_main() lkmain.c * VOID lkexit() lkmain.c * VOID lnkarea() lkarea.c * VOID map() lkmain.c * VOID new() lksym.c * int parse() lkmain.c * VOID reloc() lkreloc.c * VOID search() lklibr.c * VOID setbas() lkmain.c * VOID setgbl() lkmain.c * VOID symdef() lksym.c * VOID usage() lkmain.c * * side effects: * Completion of main() completes the linking process * and may produce a map file (.map) and/or a linked * data files (.ihx or .s19) and/or one or more * relocated listing files (.rst). */ #ifdef SDK int binary = 0; #endif /* SDK */ #ifdef GAMEBOY char *default_basep[] = { "_CODE=0x0200", "_DATA=0xC0A0", NULL }; char *default_globlp[] = { /* DMA transfer must start at multiples of 0x100 */ ".OAM=0xC000", ".STACK=0xE000", ".refresh_OAM=0xFF80", ".init=0x0000", NULL }; #endif /* GAMEBOY */ int main(int argc, char *argv[]) { register char *p; register int c, i; #ifdef WIN32T Timer(0, ""); #endif #ifdef GAMEBOY nb_rom_banks = 2; nb_ram_banks = 0; mbc_type = 0; symflag=0; for(i = 0; default_basep[i] != NULL; i++) { if(basep == NULL) { basep = (struct base *)new(sizeof(struct base)); bsp = basep; } else { bsp->b_base = (struct base *)new(sizeof(struct base)); bsp = bsp->b_base; } bsp->b_strp = default_basep[i]; } for(i = 0; default_globlp[i] != NULL; i++) { if(globlp == NULL) { globlp = (struct globl *)new(sizeof(struct globl)); gsp = globlp; } else { gsp->g_globl = (struct globl *)new(sizeof(struct globl)); gsp = gsp->g_globl; } gsp->g_strp = default_globlp[i]; } #endif /* GAMEBOY */ #ifndef SDK fprintf(stdout, "\n"); #endif /* SDK */ startp = (struct lfile *) new (sizeof (struct lfile)); pflag = 1; for (i=1; if_type = F_STD; break; case 'f': case 'F': startp->f_type = F_LNK; break; case 'n': case 'N': pflag = 0; break; case 'p': case 'P': pflag = 1; break; default: usage(); } } #ifdef SDK if(c == '-') { startp->f_type = F_CMD; startp->f_idp = (char *)&argv[i+1]; break; } #endif /* SDK */ } else { if (startp->f_type == F_LNK) { startp->f_idp = p; } } } if (startp->f_type == F_INV) usage(); if (startp->f_type == F_LNK && startp->f_idp == NULL) usage(); #ifdef SDK if (startp->f_type == F_CMD && startp->f_idp == NULL) usage(); #endif /* SDK */ cfp = NULL; sfp = NULL; filep = startp; while (1) { ip = ib; if (lk_getline() == 0) break; if (pflag && sfp != stdin) fprintf(stdout, "%s\n", ip); if (*ip == '\0' || parse()) break; } if (sfp) { fclose(sfp); sfp = NULL; } if (linkp == NULL) usage(); #ifdef SDK if (linkp->f_flp == NULL) usage(); #endif /* SDK */ #ifdef GAMEBOY for(i = 1; i < nb_rom_banks; i++) { bsp->b_base = (struct base *)new(sizeof(struct base)); bsp = bsp->b_base; bsp->b_strp = (char *)malloc(18); sprintf(bsp->b_strp, "_CODE_%d=0x4000", i); } for(i = 0; i < nb_ram_banks; i++) { bsp->b_base = (struct base *)new(sizeof(struct base)); bsp = bsp->b_base; bsp->b_strp = (char *)malloc(18); sprintf(bsp->b_strp, "_DATA_%d=0xA000", i); } #endif /* GAMEBOY */ syminit(); if (dflag){ SaveLinkedFilePath(linkp->f_idp); //Must be the first one... dfp = afile(linkp->f_idp,"cdb",1); if (dfp == NULL) lkexit(1); } for (pass=0; pass<2; ++pass) { cfp = NULL; sfp = NULL; #ifdef SDK filep = linkp->f_flp; #else /* SDK */ filep = linkp; #endif /* SDK */ hp = NULL; radix = 10; while (lk_getline()) { ip = ib; link_main(); } if (pass == 0) { /* * Search libraries for global symbols */ search(); /* * Set area base addresses. */ setbas(); /* * Link all area addresses. */ lnkarea(); /* * Process global definitions. */ setgbl(); /* * Check for undefined globals. */ symdef(stderr); #ifdef SDK if (symflag) sym(); #endif /* * Output Link Map if requested. */ if (mflag) map(); /* * Open output file */ if (oflag == 1) { #ifdef SDK ofp = afile(linkp->f_idp, "ihx", 1); #else /* SDK */ ofp = afile(linkp->f_idp, "IHX", 1); #endif /* SDK */ if (ofp == NULL) { lkexit(1); } } else if (oflag == 2) { #ifdef SDK ofp = afile(linkp->f_idp, "s19", 1); #else /* SDK */ ofp = afile(linkp->f_idp, "S19", 1); #endif /* SDK */ if (ofp == NULL) { lkexit(1); } #ifdef SDK } else if (oflag == 3) { binary = 1; ofp = afile(linkp->f_idp, "", 1); binary = 0; if (ofp == NULL) { lkexit(1); } #endif /* SDK */ } } else { /* * Link in library files */ library(); reloc('E'); } } #ifdef WIN32T Timer(1, "Linker execution time"); #endif lkexit(lkerr); /* Never get here. */ return 0; } /*)Function VOID lkexit(i) * * int i exit code * * The function lkexit() explicitly closes all open * files and then terminates the program. * * local variables: * none * * global variables: * FILE * mfp file handle for .map * FILE * ofp file handle for .ihx/.s19 * FILE * rfp file hanlde for .rst * FILE * sfp file handle for .rel * FILE * tfp file handle for .lst * * functions called: * int fclose() c_library * VOID exit() c_library * * side effects: * All files closed. Program terminates. */ VOID lkexit(int i) { if (mfp != NULL) fclose(mfp); if (ofp != NULL) fclose(ofp); if (rfp != NULL) fclose(rfp); if (sfp != NULL) fclose(sfp); if (tfp != NULL) fclose(tfp); if (dfp != NULL) fclose(dfp); exit(i); } /*)Function link_main() * * The function link_main() evaluates the directives for each line of * text read from the .rel file(s). The valid directives processed * are: * X, D, Q, H, M, A, S, T, R, and P. * * local variables: * int c first non blank character of a line * * global variables: * head *headp The pointer to the first * head structure of a linked list * head *hp Pointer to the current * head structure * int pass linker pass number * int radix current number conversion radix * * functions called: * char endline() lklex.c * VOID module() lkhead.c * VOID newarea() lkarea.c * VOID newhead() lkhead.c * sym * newsym() lksym.c * VOID reloc() lkreloc.c * * side effects: * Head, area, and symbol structures are created and * the radix is set as the .rel file(s) are read. */ VOID link_main() { register char c; if ((c=endline()) == 0) { return; } switch (c) { case 'O': /*For some important sdcc options*/ if (pass == 0) { if(strlen(sdccopt)==0) { strcpy(sdccopt, &ip[1]); strcpy(sdccopt_module, curr_module); } else { if(strcmp(sdccopt, &ip[1])!=0) { fprintf(stderr, "?ASlink-Warning-Conflicting sdcc options:\n" " \"%s\" in module \"%s\" and\n" " \"%s\" in module \"%s\".\n", sdccopt, sdccopt_module, &ip[1], curr_module); lkerr++; } } } break; case 'X': radix = 16; break; case 'D': radix = 10; break; case 'Q': radix = 8; break; case 'H': if (pass == 0) { newhead(); } else { if (hp == 0) { hp = headp; } else { hp = hp->h_hp; } } sdp.s_area = NULL; sdp.s_areax = NULL; sdp.s_addr = 0; break; case 'M': if (pass == 0) { strcpy(curr_module, &ip[1]); module(); } break; case 'A': if (pass == 0) newarea(); if (sdp.s_area == NULL) { sdp.s_area = areap; sdp.s_areax = areap->a_axp; sdp.s_addr = 0; } break; case 'S': if (pass == 0) newsym(); break; case 'T': case 'R': case 'P': if (pass == 0) break; reloc(c); break; default: break; } if (c == 'X' || c == 'D' || c == 'Q') { if ((c = get()) == 'H') { hilo = 1; } else if (c == 'L') { hilo = 0; } } } /*)Function VOID map() * * The function map() opens the output map file and calls the various * routines to * (1) output the variables in each area, * (2) list the files processed with module names, * (3) list the libraries file processed, * (4) list base address definitions, * (5) list global variable definitions, and * (6) list any undefined variables. * * local variables: * int i counter * head * hdp pointer to head structure * lbfile *lbfh pointer to library file structure * * global variables: * area *ap Pointer to the current * area structure * area *areap The pointer to the first * area structure of a linked list * base *basep The pointer to the first * base structure * base *bsp Pointer to the current * base structure * lfile *filep The pointer *filep points to the * beginning of a linked list of * lfile structures. * globl *globlp The pointer to the first * globl structure * globl *gsp Pointer to the current * globl structure * head *headp The pointer to the first * head structure of a linked list * lbfile *lbfhead The pointer to the first * lbfile structure of a linked list * lfile *linkp pointer to first lfile structure * containing an input REL file * specification * int lop current line number on page * FILE *mfp Map output file handle * int page current page number * * functions called: * FILE * afile() lkmain.c * int fprintf() c_library * VOID lkexit() lkmain.c * VOID lstarea() lklist.c * VOID newpag() lklist.c * VOID symdef() lksym.c * * side effects: * The map file is created. */ #ifndef MLH_MAP VOID map() { register int i; register struct head *hdp; register struct lbfile *lbfh; /* * Open Map File */ #ifdef SDK mfp = afile(linkp->f_idp, "map", 1); #else /* SDK */ mfp = afile(linkp->f_idp, "MAP", 1); #endif /* SDK */ if (mfp == NULL) { lkexit(1); } /* * Output Map Area Lists */ page = 0; lop = NLPP; ap = areap; while (ap) { lstarea(ap); ap = ap->a_ap; } /* * List Linked Files */ newpag(mfp); fprintf(mfp, "\nFiles Linked [ module(s) ]\n\n"); hdp = headp; #ifdef SDK filep = linkp->f_flp; #else /* SDK */ filep = linkp; #endif /* SDK */ while (filep) { fprintf(mfp, "%-16s", filep->f_idp); i = 0; while ((hdp != NULL) && (hdp->h_lfile == filep)) { if (i % 5) { fprintf(mfp, ", %8.8s", hdp->m_id); } else { if (i) { fprintf(mfp, ",\n%20s%8.8s", "", hdp->m_id); } else { fprintf(mfp, " [ %8.8s", hdp->m_id); } } hdp = hdp->h_hp; i++; } if (i) fprintf(mfp, " ]"); fprintf(mfp, "\n"); filep = filep->f_flp; } /* * List Linked Libraries */ if (lbfhead != NULL) { fprintf(mfp, "\nLibraries Linked [ object file ]\n\n"); for (lbfh=lbfhead; lbfh; lbfh=lbfh->next) { fprintf(mfp, "%-32s [ %16.16s ]\n", lbfh->libspc, lbfh->relfil); } fprintf(mfp, "\n"); } /* * List Base Address Definitions */ if (basep) { newpag(mfp); fprintf(mfp, "\nUser Base Address Definitions\n\n"); bsp = basep; while (bsp) { fprintf(mfp, "%s\n", bsp->b_strp); bsp = bsp->b_base; } } /* * List Global Definitions */ if (globlp) { newpag(mfp); fprintf(mfp, "\nUser Global Definitions\n\n"); gsp = globlp; while (gsp) { fprintf(mfp, "%s\n", gsp->g_strp); gsp = gsp->g_globl; } } fprintf(mfp, "\n\f"); symdef(mfp); } #else VOID map() { register struct head *hdp; register struct lbfile *lbfh; /* * Open Map File */ #ifdef SDK mfp = afile(linkp->f_idp, "map", 1); #else /* SDK */ mfp = afile(linkp->f_idp, "MAP", 1); #endif /* SDK */ if (mfp == NULL) { lkexit(1); } /* *Output Map Area Lists */ page = 0; lop = NLPP; ap = areap; while (ap) { lstarea(ap); ap = ap->a_ap; } /* * List Linked Files */ hdp = headp; #ifdef SDK filep = linkp->f_flp; #else /* SDK */ filep = linkp; #endif /* SDK */ if (filep) { fprintf( mfp, "MODULES\n"); } while (filep) { fprintf(mfp, "\tFILE %s\n", filep->f_idp); while ((hdp != NULL) && (hdp->h_lfile == filep)) { if (strlen(hdp->m_id)>0) fprintf(mfp, "\t\tNAME %s\n", hdp->m_id); hdp = hdp->h_hp; } filep = filep->f_flp; } /* * List Linked Libraries */ if (lbfhead != NULL) { fprintf(mfp, "LIBRARIES\n"); for (lbfh=lbfhead; lbfh; lbfh=lbfh->next) { fprintf(mfp, "\tLIBRARY %s\n" "\t\tMODULE %s\n", lbfh->libspc, lbfh->relfil); } } /* * List Base Address Definitions */ if (basep) { fprintf(mfp, "USERBASEDEF\n"); bsp = basep; while (bsp) { fprintf(mfp, "\t%s\n", bsp->b_strp); bsp = bsp->b_base; } } /* * List Global Definitions */ if (globlp) { fprintf(mfp, "USERGLOBALDEF\n"); gsp = globlp; while (gsp) { fprintf(mfp, "\t%s\n", gsp->g_strp); gsp = gsp->g_globl; } } symdef(mfp); #ifdef SDK if (mfp!=NULL) { fclose(mfp); mfp = NULL; } #endif } #endif /* MLH_MAP */ #ifdef SDK /* PENDING */ VOID lstareatosym(struct area *xp); VOID sym() { /* * Open sym File */ mfp = afile(linkp->f_idp, "sym", 1); if (mfp == NULL) { lkexit(1); } fprintf( mfp, "; no$gmb format .sym file\n" "; Generated automagically by ASxxxx linker %s (SDK " SDK_VERSION_STRING ")\n" , VERSION ); /* * Output sym Area Lists */ page = 0; lop = NLPP; ap = areap; while (ap) { lstareatosym(ap); ap = ap->a_ap; } if (mfp!=NULL) { fclose(mfp); mfp = NULL; } } #endif /* SDK */ /*)Function int parse() * * The function parse() evaluates all command line or file input * linker directives and updates the appropriate variables. * * local variables: * int c character value * char fid[] file id string * * global variables: * char ctype[] array of character types, one per * ASCII character * lfile *lfp pointer to current lfile structure * being processed by parse() * lfile *linkp pointer to first lfile structure * containing an input REL file * specification * int mflag Map output flag * int oflag Output file type flag * int pflag print linker command file flag * FILE * stderr c_library * int uflag Relocated listing flag * int xflag Map file radix type flag * * Functions called: * VOID addlib() lklibr.c * VOID addpath() lklibr.c * VOID bassav() lkmain.c * int fprintf() c_library * VOID gblsav() lkmain.c * VOID getfid() lklex.c * char getnb() lklex.c * VOID lkexit() lkmain.c * char * strcpy() c_library * int strlen() c_library * * side effects: * Various linker flags are updated and the linked * structure lfile is created. */ int parse() { register int c; char fid[NINPUT]; while ((c = getnb()) != 0) { if (c == ';') return(0); if ( c == '-') { while (ctype[c=get()] & LETTER) { switch(c) { case 'i': case 'I': oflag = 1; break; case 's': case 'S': oflag = 2; break; #ifdef GAMEBOY case 'y': case 'Y': c = get(); if(c == 'O' || c == 'o') nb_rom_banks = expr(0); else if(c == 'A' || c == 'a') nb_ram_banks = expr(0); else if(c == 'T' || c == 't') mbc_type = expr(0); else if(c == 'N' || c == 'n') { int i = 0; if(getnb() != '=' || getnb() != '"') { fprintf(stderr, "Syntax error in -YN=\"name\" flag\n"); lkexit(1); } while((c = get()) != '"' && i < 16) { cart_name[i++] = c; } if(i < 16) cart_name[i] = 0; else while(get() != '"') ; } else if(c == 'P' || c == 'p') { patch *p = patches; patches = (patch *)malloc(sizeof(patch)); patches->next = p; patches->addr = expr(0); if(getnb() != '=') { fprintf(stderr, "Syntax error in -YHaddr=val flag\n"); lkexit(1); } patches->value = expr(0); } else { fprintf(stderr, "Invalid option\n"); lkexit(1); } break; #endif /* GAMEBOY */ #ifdef SDK case 'j': case 'J': ++symflag; break; case 'Z': oflag = 3; break; #endif /* SDK */ #ifndef GAMEBOY case 'z': dflag = 1; return(0); #endif case 'm': case 'M': ++mflag; break; case 'u': case 'U': uflag = 1; break; case 'x': case 'X': xflag = 0; break; case 'q': case 'Q': xflag = 1; break; case 'd': case 'D': xflag = 2; break; case 'e': case 'E': return(1); case 'n': case 'N': pflag = 0; break; case 'p': case 'P': pflag = 1; break; case 'b': case 'B': bassav(); return(0); case 'g': case 'G': gblsav(); return(0); case 'k': case 'K': addpath(); return(0); case 'l': case 'L': addlib(); return(0); default: fprintf(stderr, "Invalid option\n"); lkexit(1); } } if (c == ';') return(0); } else if (ctype[c] & ILL) { fprintf(stderr, "Invalid input"); lkexit(1); } else { if (linkp == NULL) { linkp = (struct lfile *) new (sizeof (struct lfile)); lfp = linkp; } else { lfp->f_flp = (struct lfile *) new (sizeof (struct lfile)); lfp = lfp->f_flp; } getfid(fid, c); lfp->f_idp = (char *) new (strlen(fid)+1); strcpy(lfp->f_idp, fid); lfp->f_type = F_REL; } } return(0); } /*)Function VOID bassav() * * The function bassav() creates a linked structure containing * the base address strings input to the linker. * * local variables: * none * * global variables: * base *basep The pointer to the first * base structure * base *bsp Pointer to the current * base structure * char *ip pointer into the REL file * text line in ib[] * * functions called: * char getnb() lklex.c * VOID * new() lksym.c * int strlen() c_library * char * strcpy() c_library * VOID unget() lklex.c * * side effects: * The basep structure is created. */ VOID bassav() { if (basep == NULL) { basep = (struct base *) new (sizeof (struct base)); bsp = basep; } else { bsp->b_base = (struct base *) new (sizeof (struct base)); bsp = bsp->b_base; } unget(getnb()); bsp->b_strp = (char *) new (strlen(ip)+1); strcpy(bsp->b_strp, ip); } /*)Function VOID setbas() * * The function setbas() scans the base address lines in the * basep structure, evaluates the arguments, and sets beginning * address of the specified areas. * * local variables: * int v expression value * char id[] base id string * * global variables: * area *ap Pointer to the current * area structure * area *areap The pointer to the first * area structure of a linked list * base *basep The pointer to the first * base structure * base *bsp Pointer to the current * base structure * char *ip pointer into the REL file * text line in ib[] * int lkerr error flag * * functions called: * Addr_T expr() lkeval.c * int fprintf() c_library * VOID getid() lklex.c * char getnb() lklex.c * int symeq() lksym.c * * side effects: * The base address of an area is set. */ VOID setbas() { register int v; char id[NCPS]; bsp = basep; while (bsp) { ip = bsp->b_strp; getid(id, -1); if (getnb() == '=') { v = expr(0); for (ap = areap; ap != NULL; ap = ap->a_ap) { if (symeq(id, ap->a_id)) break; } if (ap == NULL) { #ifndef SDK fprintf(stderr, "ASlink-Warning-No definition of area %s\n", id); lkerr++; #endif /* SDK */ } else { ap->a_addr = v; } } else { fprintf(stderr, "ASlink-Warning-No '=' in base expression"); lkerr++; } bsp = bsp->b_base; } } /*)Function VOID gblsav() * * The function gblsav() creates a linked structure containing * the global variable strings input to the linker. * * local variable: * none * * global variables: * globl *globlp The pointer to the first * globl structure * globl *gsp Pointer to the current * globl structure * char *ip pointer into the REL file * text line in ib[] * int lkerr error flag * * functions called: * char getnb() lklex.c * VOID * new() lksym.c * int strlen() c_library * char * strcpy() c_library * VOID unget() lklex.c * * side effects: * The globlp structure is created. */ VOID gblsav() { if (globlp == NULL) { globlp = (struct globl *) new (sizeof (struct globl)); gsp = globlp; } else { gsp->g_globl = (struct globl *) new (sizeof (struct globl)); gsp = gsp->g_globl; } unget(getnb()); gsp->g_strp = (char *) new (strlen(ip)+1); strcpy(gsp->g_strp, ip); } /*)Function VOID setgbl() * * The function setgbl() scans the global variable lines in the * globlp structure, evaluates the arguments, and sets a variable * to this value. * * local variables: * int v expression value * char id[] base id string * sym * sp pointer to a symbol structure * * global variables: * char *ip pointer into the REL file * text line in ib[] * globl *globlp The pointer to the first * globl structure * globl *gsp Pointer to the current * globl structure * FILE * stderr c_library * int lkerr error flag * * functions called: * Addr_T expr() lkeval.c * int fprintf() c_library * VOID getid() lklex.c * char getnb() lklex.c * sym * lkpsym() lksym.c * * side effects: * The value of a variable is set. */ VOID setgbl() { register int v; register struct sym *sp; char id[NCPS]; gsp = globlp; while (gsp) { ip = gsp->g_strp; getid(id, -1); if (getnb() == '=') { v = expr(0); sp = lkpsym(id, 0); if (sp == NULL) { #ifndef SDK fprintf(stderr, "No definition of symbol %s\n", id); lkerr++; #endif /* SDK */ } else { #ifndef SDK if (sp->s_flag & S_DEF) { fprintf(stderr, "Redefinition of symbol %s\n", id); lkerr++; sp->s_axp = NULL; } #endif /* SDK */ sp->s_addr = v; sp->s_type |= S_DEF; } } else { fprintf(stderr, "No '=' in global expression"); lkerr++; } gsp = gsp->g_globl; } } /*)Function FILE * afile(fn,, ft, wf) * * char * fn file specification string * char * ft file type string * int wf read(0)/write(1) flag * * The function afile() opens a file for reading or writing. * (1) If the file type specification string ft * is not NULL then a file specification is * constructed with the file path\name in fn * and the extension in ft. * (2) If the file type specification string ft * is NULL then the file specification is * constructed from fn. If fn does not have * a file type then the default .rel file * type is appended to the file specification. * * afile() returns a file handle for the opened file or aborts * the assembler on an open error. * * local variables: * int c character value * char fb[] constructed file specification string * FILE * fp filehandle for opened file * char * p1 pointer to filespec string fn * char * p2 pointer to filespec string fb * char * p3 pointer to filetype string ft * * global variables: * int lkerr error flag * * functions called: * FILE * fopen() c_library * int fprintf() c_library * * side effects: * File is opened for read or write. */ FILE * afile(char *fn, char *ft, int wf) { #if 0 register char *p1, *p2, *p3; register int c; #else int i; #endif FILE *fp; char fb[PATH_MAX]; #if 0 p1 = fn; p2 = fb; p3 = ft; while ((c = *p1++) != 0 && c != FSEPX) { if (p2 < &fb[PATH_MAX-4]) *p2++ = c; } *p2++ = FSEPX; if (*p3 == 0) { if (c == FSEPX) { p3 = p1; } else { #ifdef SDK p3 = "rel"; #else /* SDK */ p3 = "REL"; #endif /* SDK */ } } while ((c = *p3++) != 0) { if (p2 < &fb[FILSPC-1]) *p2++ = c; } *p2++ = 0; #else /*Look backward the name path and get rid of the extension, if any*/ i=strlen(fn); for(; (fn[i]!='.')&&(fn[i]!='\\')&&(fn[i]!='/')&&(i>0); i--); if( (fn[i]=='.') && *ft && strcmp(ft, "lnk") ) { strncpy(fb, fn, i); fb[i]=0; } else { strcpy(fb, fn); } /*Add the extension*/ if (fb[i] != '.') { strcat(fb, "."); #ifdef SDK strcat(fb, strlen(ft)?ft:"rel"); #else strcat(fb, strlen(ft)?ft:"REL"); #endif } #endif #ifdef SDK if ((fp = fopen(fb, wf?(binary?"wb":"w"):(binary?"rb":"r"))) == NULL) { #else /* SDK */ if ((fp = fopen(fb, wf?"w":"r")) == NULL) { #endif /* SDK */ if (strcmp(ft,"adb"))/*Do not complaint for optional adb files*/ { fprintf(stderr, "%s: cannot %s.\n", fb, wf?"create":"open"); lkerr++; } } return (fp); } char *usetxt[] = { #ifdef SDK "Distributed with SDK " SDK_VERSION_STRING ", built on " __DATE__ " " __TIME__, "Compile options: SDK Target " TARGET_STRING #ifdef INDEXLIB " INDEXLIB" #endif "\n", #endif "Startup:", " -c Command line input", " -f file[LNK] File input", " -p Prompt and echo of file[LNK] to stdout (default)", " -n No echo of file[LNK] to stdout", #if 0 #ifdef SDK "Usage: [-Options] outfile file [file ...]", #else /* SDK */ "Usage: [-Options] file [file ...]", #endif /* SDK */ #endif "Libraries:", " -k Library path specification, one per -k", " -l Library file specification, one per -l", "Relocation:", " -b area base address = expression", " -g global symbol = expression", #ifdef GAMEBOY " -yo Number of rom banks (default: 2)", " -ya Number of ram banks (default: 0)", " -yt MBC type (default: no MBC)", " -yn Name of program (default: name of output file)", " -yp# Patch one byte in the output GB file (# is: addr=byte)", #endif /* GAMEBOY */ "Map format:", " -m Map output generated as file[MAP]", #ifdef SDK " -j no$gmb symbol file generated as file[SYM]", #endif /* SDK */ " -x Hexadecimal (default), -d Decimal, -q Octal", "Output:", " -i Intel Hex as file[IHX]", " -s Motorola S19 as file[S19]", #ifndef GAMEBOY " -z Produce SDCdb debug as file[cdb]", #endif #ifdef SDK #ifdef GAMEGEAR " -Z Gamegear image as file[GG]", #else " -Z Gameboy image as file[GB]", #endif /* GAMEGEAR */ #endif /* SDK */ "List:", " -u Update listing file(s) with link data as file(s)[.RST]", "End:", " -e or null line terminates input", "", 0 }; /*)Function VOID usage() * * The function usage() outputs to the stderr device the * assembler name and version and a list of valid assembler options. * * local variables: * char ** dp pointer to an array of * text string pointers. * * global variables: * FILE * stderr c_library * * functions called: * int fprintf() c_library * * side effects: * none */ VOID usage() { register char **dp; fprintf(stderr, "\nASxxxx Linker %s\n\n", VERSION); for (dp = usetxt; *dp; dp++) fprintf(stderr, "%s\n", *dp); lkexit(1); } /*)Function VOID copyfile() * * FILE *dest destination file * FILE *src source file * * function will copy source file to destination file * * * functions called: * int fgetc() c_library * int fputc() c_library * * side effects: * none */ VOID copyfile (dest,src) FILE *src,*dest ; { int ch; while ((ch = fgetc(src)) != EOF) { fputc(ch,dest); } } sdcc-2.9.0/as/link/z80/lkrloc.c000066400000000000000000001007431116427777700161010ustar00rootroot00000000000000/* lkrloc.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Extensions: P. Felber */ #include #include #include #include #include "aslink.h" /*)Module lkrloc.c * * The module lkrloc.c contains the functions which * perform the relocation calculations. * * lkrloc.c contains the following functions: * Addr_T adb_b() * Addr_T adb_lo() * Addr_T adb_hi() * Addr_T adw_w() * Addr_T adw_lo() * Addr_T adw_hi() * VOID erpdmp() * VOID errdmp() * Addr_T evword() * VOID prntval() * VOID rele() * VOID relerr() * VOID relerp() * VOID reloc() * VOID relp() * VOID relr() * VOID relt() * * lkrloc.c the local variable errmsg[]. * */ /*)Function VOID reloc(c) * * char c process code * * The function reloc() calls a particular relocation * function determined by the process code. * * local variable: * none * * global variables: * int lkerr error flag * * called functions: * int fprintf() c_library * VOID rele() lkrloc.c * VOID relp() lkrloc.c * VOID relr() lkrloc.c * VOId relt() lkrloc.c * * side effects: * Refer to the called relocation functions. * */ VOID reloc(char c) { switch(c) { case 'T': relt(); break; case 'R': relr(); break; case 'P': relp(); break; case 'E': rele(); break; default: fprintf(stderr, "Undefined Relocation Operation\n"); lkerr++; break; } } /*)Function VOID relt() * * The function relt() evaluates a T line read by * the linker. Each byte value read is saved in the * rtval[] array, rtflg[] is set, and the number of * evaluations is maintained in rtcnt. * * T Line * * T xx xx nn nn nn nn nn ... * * * In: "T n0 n1 n2 n3 ... nn" * * Out: 0 1 2 .. rtcnt * +----+----+----+----+----+ * rtval | n0 | n1 | n2 | .. | nn | * +----+----+----+----+----+ * rtflag| 1 | 1 | 1 | 1 | 1 | * +----+----+----+----+----+ * * The T line contains the assembled code output by the assem- * bler with xx xx being the offset address from the current area * base address and nn being the assembled instructions and data in * byte format. * * local variable: * none * * global variables: * int rtcnt number of values evaluated * int rtflg[] array of evaluation flags * int rtval[] array of evaluation values * * called functions: * int eval() lkeval.c * int more() lklex.c * * side effects: * Linker input T line evaluated. * */ VOID relt(VOID) { rtcnt = 0; while (more()) { if (rtcnt < NTXT) { rtval[rtcnt] = eval(); rtflg[rtcnt] = 1; rtcnt++; } } } /*)Function VOID relr() * * The function relr() evaluates a R line read by * the linker. The R line data is combined with the * previous T line data to perform the relocation of * code and data bytes. The S19 / IHX output and * translation of the LST files to RST files may be * performed. * * R Line * * R 0 0 nn nn n1 n2 xx xx ... * * The R line provides the relocation information to the linker. * The nn nn value is the current area index, i.e. which area the * current values were assembled. Relocation information is en- * coded in groups of 4 bytes: * * 1. n1 is the relocation mode and object format * 1. bit 0 word(0x00)/byte(0x01) * 2. bit 1 relocatable area(0x00)/symbol(0x02) * 3. bit 2 normal(0x00)/PC relative(0x04) relocation * 4. bit 3 1-byte(0x00)/2-byte(0x08) object format for * byte data * 5. bit 4 signed(0x00)/unsigned(0x10) byte data * 6. bit 5 normal(0x00)/page '0'(0x20) reference * 7. bit 6 normal(0x00)/page 'nnn'(0x40) reference * * 2. n2 is a byte index into the corresponding (i.e. pre- * ceeding) T line data (i.e. a pointer to the data to be * updated by the relocation). The T line data may be * 1-byte or 2-byte byte data format or 2-byte word * format. * * 3. xx xx is the area/symbol index for the area/symbol be- * ing referenced. the corresponding area/symbol is found * in the header area/symbol lists. * * The groups of 4 bytes are repeated for each item requiring relo- * cation in the preceeding T line. * * local variable: * areax **a pointer to array of area pointers * int aindex area index * char *errmsg[] array of pointers to error strings * int error error code * int lkerr error flag * int mode relocation mode * adrr_t paga paging base area address * Addr_T pags paging symbol address * Addr_T pc relocated base address * Addr_T r PCR relocation value * Addr_T reli relocation initial value * Addr_T relv relocation final value * int rindex symbol / area index * Addr_T rtbase base code address * Addr_T rtofst rtval[] index offset * int rtp index into T data * sym **s pointer to array of symbol pointers * * global variables: * head *hp pointer to the head structure * rerr rerr linker error structure * FILE *stderr standard error device * * called functions: * Addr_T adb_b() lkrloc.c * Addr_T adb_lo() lkrloc.c * Addr_T adb_hi() lkrloc.c * Addr_T adw_w() lkrloc.c * Addr_T evword() lkrloc.c * int eval() lkeval.c * int fprintf() c_library * VOID ihx() lkihx.c * int lkulist lklist.c * int more() lklex.c * VOID relerr() lkrloc.c * VOID s19() lks19.c * int symval() lksym.c * * side effects: * The R and T lines are combined to produce * relocated code and data. Output S19 / IHX * and relocated listing files may be produced. * */ VOID relr(VOID) { register int mode; register Addr_T reli, relv; int aindex, rindex, rtp, error; Addr_T r, rtbase, rtofst, paga = 0, pags = 0, pc; struct areax **a; struct sym **s; /* * Get area and symbol lists */ a = hp->a_list; s = hp->s_list; /* * Verify Area Mode */ if (eval() != (R_WORD | R_AREA) || eval()) { fprintf(stderr, "R input error\n"); lkerr++; } /* * Get area pointer */ aindex = evword(); if (aindex >= hp->h_narea) { fprintf(stderr, "R area error\n"); lkerr++; return; } /* * Base values */ rtbase = adw_w(0, 0); rtofst = 2; /* * Relocate address */ pc = adw_w(a[aindex]->a_addr, 0); #ifdef GAMEBOY { char *s = strrchr(a[aindex]->a_bap->a_id, '_'); if(s != NULL && isdigit((unsigned char)s[1])) current_rom_bank = atoi(s+1); else current_rom_bank = 0; } #endif /* GAMEBOY */ /* * Do remaining relocations */ while (more()) { error = 0; mode = eval(); rtp = eval(); rindex = evword(); /* * R_SYM or R_AREA references */ if (mode & R_SYM) { if (rindex >= hp->h_nglob) { fprintf(stderr, "R symbol error\n"); lkerr++; return; } reli = symval(s[rindex]); } else { if (rindex >= hp->h_narea) { fprintf(stderr, "R area error\n"); lkerr++; return; } reli = a[rindex]->a_addr; } /* * R_PCR addressing */ if (mode & R_PCR) { if (mode & R_BYTE) { reli -= (pc + (rtp-rtofst) + 1); } else { reli -= (pc + (rtp-rtofst) + 2); } } /* * R_PAG0 or R_PAG addressing */ if (mode & (R_PAG0 | R_PAG)) { paga = sdp.s_area->a_addr; pags = sdp.s_addr; reli -= paga + pags; } /* * R_BYTE or R_WORD operation */ if (mode & R_BYTE) { if (mode & R_BYT2) { /* This is a two byte address, of * which we will select one byte. */ if (mode & R_MSB) { relv = adb_hi(reli, rtp); } else { relv = adb_lo(reli, rtp); } } else { relv = adb_b(reli, rtp); } } else { /* * R_WORD with the R_BYT2 mode is flagged * as an 'r' error by the assembler, * but it is processed here anyway. */ if (mode & R_BYT2) { if (mode & R_MSB) { relv = adw_hi(reli, rtp); } else { relv = adw_lo(reli, rtp); } } else { relv = adw_w(reli, rtp); } } /* * R_BYTE with R_BYT2 offset adjust */ if (mode & R_BYTE) { if (mode & R_BYT2) { rtofst += 1; } } /* * Unsigned Byte Checking */ if (mode & R_USGN && mode & R_BYTE && relv & ~0xFF) error = 1; /* * PCR Relocation Error Checking */ if (mode & R_PCR && mode & R_BYTE) { r = relv & ~0x7F; if (r != (Addr_T) ~0x7F && r != 0) error = 2; } /* * Page Relocation Error Checking */ if (mode & R_PAG0 && (relv & ~0xFF || paga || pags)) error = 3; if (mode & R_PAG && (relv & ~0xFF)) error = 4; /* * Error Processing */ if (error) { rerr.aindex = aindex; rerr.mode = mode; rerr.rtbase = rtbase + rtp - rtofst - 1; rerr.rindex = rindex; rerr.rval = relv - reli; relerr(errmsg[error-1]); } } if (uflag != 0) { lkulist(1); } if (oflag == 1) { ihx(1); } else if (oflag == 2) { s19(1); #ifdef SDK } else if (oflag == 3) { #ifdef GAMEGEAR gg(1); #endif /* GAMEGEAR */ #ifdef GAMEBOY gb(1); #endif /* GAMEBOY */ #endif /* SDK */ } } char *errmsg[] = { "Unsigned Byte error", "Byte PCR relocation error", "Page0 relocation error", "Page Mode relocation error" }; /*)Function VOID relp() * * The function relp() evaluates a P line read by * the linker. The P line data is combined with the * previous T line data to set the base page address * and test the paging boundary and length. * * P Line * * P 0 0 nn nn n1 n2 xx xx * * The P line provides the paging information to the linker as * specified by a .setdp directive. The format of the relocation * information is identical to that of the R line. The correspond- * ing T line has the following information: * T xx xx aa aa bb bb * * Where aa aa is the area reference number which specifies the * selected page area and bb bb is the base address of the page. * bb bb will require relocation processing if the 'n1 n2 xx xx' is * specified in the P line. The linker will verify that the base * address is on a 256 byte boundary and that the page length of an * area defined with the PAG type is not larger than 256 bytes. * * local variable: * areax **a pointer to array of area pointers * int aindex area index * int mode relocation mode * Addr_T relv relocation value * int rindex symbol / area index * int rtp index into T data * sym **s pointer to array of symbol pointers * * global variables: * head *hp pointer to the head structure * int lkerr error flag * sdp sdp base page structure * FILE *stderr standard error device * * called functions: * Addr_T adw_w() lkrloc.c * Addr_T evword() lkrloc.c * int eval() lkeval.c * int fprintf() c_library * int more() lklex.c * int symval() lksym.c * * side effects: * The P and T lines are combined to set * the base page address and report any * paging errors. * */ VOID relp(VOID) { register int aindex, rindex; int mode, rtp; Addr_T relv; struct areax **a; struct sym **s; /* * Get area and symbol lists */ a = hp->a_list; s = hp->s_list; /* * Verify Area Mode */ if (eval() != (R_WORD | R_AREA) || eval()) { fprintf(stderr, "P input error\n"); lkerr++; } /* * Get area pointer */ aindex = evword(); if (aindex >= hp->h_narea) { fprintf(stderr, "P area error\n"); lkerr++; return; } /* * Do remaining relocations */ while (more()) { mode = eval(); rtp = eval(); rindex = evword(); /* * R_SYM or R_AREA references */ if (mode & R_SYM) { if (rindex >= hp->h_nglob) { fprintf(stderr, "P symbol error\n"); lkerr++; return; } relv = symval(s[rindex]); } else { if (rindex >= hp->h_narea) { fprintf(stderr, "P area error\n"); lkerr++; return; } relv = a[rindex]->a_addr; } adw_w(relv, rtp); } /* * Paged values */ aindex = adw_w(0,2); if (aindex >= hp->h_narea) { fprintf(stderr, "P area error\n"); lkerr++; return; } sdp.s_areax = a[aindex]; sdp.s_area = sdp.s_areax->a_bap; sdp.s_addr = adw_w(0,4); if (sdp.s_area->a_addr & 0xFF || sdp.s_addr & 0xFF) relerp("Page Definition Boundary Error"); } /*)Function VOID rele() * * The function rele() closes all open output files * at the end of the linking process. * * local variable: * none * * global variables: * int oflag output type flag * int uflag relocation listing flag * * called functions: * VOID ihx() lkihx.c * VOID lkulist() lklist.c * VOID s19() lks19.c * * side effects: * All open output files are closed. * */ VOID rele(VOID) { if (uflag != 0) { lkulist(0); } if (oflag == 1) { ihx(0); } else if (oflag == 2) { s19(0); #ifdef SDK } else if (oflag == 3) { #ifdef GAMEGEAR gg(0); #endif /* GAMEGEAR */ #ifdef GAMEBOY gb(0); #endif /* GAMEBOY */ #endif /* SDK */ } } /*)Function Addr_T evword() * * The function evword() combines two byte values * into a single word value. * * local variable: * Addr_T v temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * int eval() lkeval.c * * side effects: * Relocation text line is scanned to combine * two byte values into a single word value. * */ Addr_T evword(VOID) { register Addr_T v; if (hilo) { v = (eval() << 8); v += eval(); } else { v = eval(); v += (eval() << 8); } return(v); } /*)Function Addr_T adb_b(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_b() adds the value of v to * the single byte value contained in rtval[i]. * The new value of rtval[i] is returned. * * local variable: * none * * global variables: * none * * called functions: * none * * side effects: * The value of rtval[] is changed. * */ Addr_T adb_b(register Addr_T v, register int i) { return(rtval[i] += v); } /*)Function Addr_T adb_lo(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_lo() adds the value of v to the * double byte value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * The MSB rtflg[] is cleared. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The rtflg[] value corresponding to the * MSB of the word value is cleared to reflect * the fact that the LSB is the selected byte. * */ Addr_T adb_lo(Addr_T v, int i) { register Addr_T j; j = adw_w(v, i); /* * Remove Hi byte */ if (hilo) { rtflg[i] = 0; } else { rtflg[i+1] = 0; } return (j); } /*)Function Addr_T adb_hi(v, i) * * int v value to add to byte * int i rtval[] index * * The function adb_hi() adds the value of v to the * double byte value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * The LSB rtflg[] is cleared. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The rtflg[] value corresponding to the * LSB of the word value is cleared to reflect * the fact that the MSB is the selected byte. * */ Addr_T adb_hi(Addr_T v, int i) { register Addr_T j; j = adw_w(v, i); /* * Remove Lo byte */ if (hilo) { rtflg[i+1] = 0; } else { rtflg[i] = 0; } return (j); } /*)Function Addr_T adw_w(v, i) * * int v value to add to word * int i rtval[] index * * The function adw_w() adds the value of v to the * word value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The word value of rtval[] is changed. * */ Addr_T adw_w(register Addr_T v, register int i) { register Addr_T j; if (hilo) { j = v + (rtval[i] << 8) + (rtval[i+1] & 0xff); rtval[i] = (j >> 8) & 0xff; rtval[i+1] = j & 0xff; } else { j = v + (rtval[i] & 0xff) + (rtval[i+1] << 8); rtval[i] = j & 0xff; rtval[i+1] = (j >> 8) & 0xff; } return(j); } /*)Function Addr_T adw_lo(v, i) * * int v value to add to byte * int i rtval[] index * * The function adw_lo() adds the value of v to the * double byte value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * The MSB rtval[] is zeroed. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The MSB of the word value is cleared to reflect * the fact that the LSB is the selected byte. * */ Addr_T adw_lo(Addr_T v, int i) { register Addr_T j; j = adw_w(v, i); /* * Clear Hi byte */ if (hilo) { rtval[i] = 0; } else { rtval[i+1] = 0; } return (j); } /*)Function Addr_T adw_hi(v, i) * * int v value to add to byte * int i rtval[] index * * The function adw_hi() adds the value of v to the * double byte value contained in rtval[i] and rtval[i+1]. * The new value of rtval[i] / rtval[i+1] is returned. * The MSB and LSB values are interchanged. * The MSB rtval[] is zeroed. * * local variable: * Addr_T j temporary evaluation variable * * global variables: * hilo byte ordering parameter * * called functions: * none * * side effects: * The value of rtval[] is changed. * The MSB and LSB values are interchanged and * then the MSB cleared. * */ Addr_T adw_hi(Addr_T v, int i) { register Addr_T j; j = adw_w(v, i); /* * LSB = MSB, Clear MSB */ if (hilo) { rtval[i+1] = rtval[i]; rtval[i] = 0; } else { rtval[i] = rtval[i+1]; rtval[i+1] = 0; } return (j); } /*)Function VOID relerr(str) * * char *str error string * * The function relerr() outputs the error string to * stderr and to the map file (if it is open). * * local variable: * none * * global variables: * FILE *mfp handle for the map file * * called functions: * VOID errdmp() lkrloc.c * * side effects: * Error message inserted into map file. * */ VOID relerr(char *str) { errdmp(stderr, str); if (mfp) errdmp(mfp, str); } /*)Function VOID errdmp(fptr, str) * * FILE *fptr output file handle * char *str error string * * The function errdmp() outputs the error string str * to the device specified by fptr. Additional information * is output about the definition and referencing of * the symbol / area error. * * local variable: * int mode error mode * int aindex area index * int lkerr error flag * int rindex error index * sym **s pointer to array of symbol pointers * areax **a pointer to array of area pointers * areax *raxp error area extension pointer * * global variables: * sdp sdp base page structure * * called functions: * int fprintf() c_library * VOID prntval() lkrloc.c * * side effects: * Error reported. * */ VOID errdmp(FILE *fptr, char *str) { int mode, aindex, rindex; struct sym **s; struct areax **a; struct areax *raxp; a = hp->a_list; s = hp->s_list; mode = rerr.mode; aindex = rerr.aindex; rindex = rerr.rindex; /* * Print Error */ fprintf(fptr, "\n?ASlink-Warning-%s", str); lkerr++; /* * Print symbol if symbol based */ if (mode & R_SYM) { fprintf(fptr, " for symbol %.*s\n", NCPS, &s[rindex]->s_id[0]); } else { fprintf(fptr, "\n"); } /* * Print Ref Info */ fprintf(fptr, " file module area offset\n"); fprintf(fptr, " Refby %-8.8s %-8.8s %-8.8s ", hp->h_lfile->f_idp, &hp->m_id[0], &a[aindex]->a_bap->a_id[0]); prntval(fptr, rerr.rtbase); /* * Print Def Info */ if (mode & R_SYM) { raxp = s[rindex]->s_axp; } else { raxp = a[rindex]; } fprintf(fptr, " Defin %-8.8s %-8.8s %-8.8s ", raxp->a_bhp->h_lfile->f_idp, &raxp->a_bhp->m_id[0], &raxp->a_bap->a_id[0]); if (mode & R_SYM) { prntval(fptr, s[rindex]->s_addr); } else { prntval(fptr, rerr.rval); } } /*)Function VOID prntval(fptr, v) * * FILE *fptr output file handle * Addr_T v value to output * * The function prntval() outputs the value v, in the * currently selected radix, to the device specified * by fptr. * * local variable: * none * * global variables: * int xflag current radix * * called functions: * int fprintf() c_library * * side effects: * none * */ VOID prntval(FILE *fptr, Addr_T v) { if (xflag == 0) { fprintf(fptr, "%04X\n", v); } else if (xflag == 1) { fprintf(fptr, "%06o\n", v); } else if (xflag == 2) { fprintf(fptr, "%05u\n", v); } } /*)Function VOID relerp(str) * * char *str error string * * The function relerp() outputs the paging error string to * stderr and to the map file (if it is open). * * local variable: * none * * global variables: * FILE *mfp handle for the map file * * called functions: * VOID erpdmp() lkrloc.c * * side effects: * Error message inserted into map file. * */ VOID relerp(char *str) { erpdmp(stderr, str); if (mfp) erpdmp(mfp, str); } /*)Function VOID erpdmp(fptr, str) * * FILE *fptr output file handle * char *str error string * * The function erpdmp() outputs the error string str * to the device specified by fptr. * * local variable: * head *thp pointer to head structure * * global variables: * int lkerr error flag * sdp sdp base page structure * * called functions: * int fprintf() c_library * VOID prntval() lkrloc.c * * side effects: * Error reported. * */ VOID erpdmp(FILE *fptr, char *str) { register struct head *thp; thp = sdp.s_areax->a_bhp; /* * Print Error */ fprintf(fptr, "\n?ASlink-Warning-%s\n", str); lkerr++; /* * Print PgDef Info */ fprintf(fptr, " file module pgarea pgoffset\n"); fprintf(fptr, " PgDef %-8.8s %-8.8s %-8.8s ", thp->h_lfile->f_idp, &thp->m_id[0], &sdp.s_area->a_id[0]); prntval(fptr, sdp.s_area->a_addr + sdp.s_addr); } sdcc-2.9.0/as/link/z80/lks19.c000066400000000000000000000116411116427777700155540ustar00rootroot00000000000000/* lks19.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include "aslink.h" /*)Module lks19.c * * The module lks19.c contains the function to * output the relocated object code in the * Motorola S19 format. * * lks19.c contains the following function: * VOID s19(i) * * lks19.c contains no local variables. */ /*)S19 Format * Record Type Field - This field signifies the start of a * record and identifies the the record * type as follows: * * Ascii S1 - Data Record * Ascii S9 - End of File Record * * Record Length Field - This field specifies the record length * which includes the address, data, and * checksum fields. The 8 bit record * length value is converted to two ascii * characters, high digit first. * * Load Address Field - This field consists of the four ascii * characters which result from converting * the the binary value of the address in * which to begin loading this record. The * order is as follows: * * High digit of high byte of address. * Low digit of high byte of address. * High digit of low byte of address. * Low digit of low byte of address. * * In an End of File record this field con- * sists of either four ascii zeros or the * program entry address. Currently the * entry address option is not supported. * * Data Field - This field consists of the actual data, * converted to two ascii characters, high * digit first. There are no data bytes in * the End of File record. * * Checksum Field - The checksum field is the 8 bit binary * sum of the record length field, the load * address field, and the data field. This * sum is then complemented (1's comple- * ment) and converted to two ascii * characters, high digit first. */ /*)Function s19(i) * * int i 0 - process data * 1 - end of data * * The function s19() outputs the relocated data * in the standard Motorola S19 format. * * local variables: * Addr_T chksum byte checksum * * global variables: * int hilo byte order * FILE * ofp output file handle * int rtcnt count of data words * int rtflg[] output the data flag * Addr_T rtval[] relocated data * * functions called: * int fprintf() c_library * * side effects: * The data is output to the file defined by ofp. */ VOID s19(i) { register Addr_T chksum; if (i) { if (hilo == 0) { chksum = rtval[0]; rtval[0] = rtval[1]; rtval[1] = chksum; } for (i = 0, chksum = 1; i < rtcnt; i++) { if (rtflg[i]) chksum++; } fprintf(ofp, "S1%02X", chksum); for (i = 0; i < rtcnt ; i++) { if (rtflg[i]) { fprintf(ofp, "%02X", rtval[i]); chksum += rtval[i]; } } fprintf(ofp, "%02X\n", (0-chksum-1) & 0xff); } else { fprintf(ofp, "S9030000FC\n"); } } sdcc-2.9.0/as/mcs51/000077500000000000000000000000001116427777700140145ustar00rootroot00000000000000sdcc-2.9.0/as/mcs51/Makefile.asx8051000066400000000000000000000030241116427777700165630ustar00rootroot00000000000000CC=gcc LEX=flex YACC=bison INCROOT=. CFLAGS=-ggdb -O2 -I $(INCROOT) TARGETS=$(SDCCDIR)/bin/asx8051 ALLOBJECTS= asmain.o aslex.o assym.o assubr.o asnoice.o \ asexpr.o asdata.o aslist.o asout.o \ i51ext.o i51pst.o i51mch.o i51adr.o strcmpi.o all:: $(TARGETS) clean:: rm -f $(TARGETS) $(ALLOBJECTS) asmain.o : asmain.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o asmain.o asmain.c aslex.o : aslex.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o aslex.o aslex.c assym.o : assym.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o assym.o assym.c assubr.o : assubr.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o assubr.o assubr.c asexpr.o : asexpr.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o asexpr.o asexpr.c asdata.o : asdata.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o asdata.o asdata.c aslist.o : aslist.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o aslist.o aslist.c asout.o : asout.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o asout.o asout.c asnoice.o : asnoice.c asm.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o asnoice.o asnoice.c i51ext.o : i51ext.c asm.h i8051.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o i51ext.o i51ext.c i51pst.o : i51pst.c asm.h i8051.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o i51pst.o i51pst.c i51mch.o : i51mch.c asm.h i8051.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o i51mch.o i51mch.c i51adr.o : i51adr.c asm.h i8051.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o i51adr.o i51adr.c strcmpi.o : strcmpi.c strcmpi.h $(CC) $(CFLAGS) $(LDFLAGS) -c -o strcmpi.o strcmpi.c $(TARGETS): $(ALLOBJECTS) $(CC) $(CFLAGS) $(LDFLAGS) -o $@ $(ALLOBJECTS) sdcc-2.9.0/as/mcs51/Makefile.bcc000066400000000000000000000011021116427777700161740ustar00rootroot00000000000000# Makefile for Borland C++ PRJDIR = ../.. !include $(PRJDIR)/Bcc.inc ASOBJECTS = asmain.obj aslex.obj assubr.obj \ asexpr.obj asdata.obj aslist.obj asout.obj \ i51ext.obj i51pst.obj i51mch.obj i51adr.obj \ ../asxxsrc/strcmpi.obj ../asxxsrc/assym.obj \ ../asxxsrc/asnoice.obj \ ../../support/Util/dbuf.obj ../../support/Util/dbuf_string.obj ASX8051 = $(PRJDIR)/bin/asx8051.exe all: $(ASX8051) $(ASX8051): $(ASOBJECTS) $(CC) $(CFLAGS) -e$@ $(ASOBJECTS) sdcc-2.9.0/as/mcs51/Makefile.in000066400000000000000000000063001116427777700160600ustar00rootroot00000000000000# # # VERSION = @VERSION@ VERSIONHI = @VERSIONHI@ VERSIONLO = @VERSIONLO@ VERSIONP = @VERSIONP@ SHELL = /bin/sh CC = @CC@ CPP = @CPP@ INSTALL = @INSTALL@ STRIP = @STRIP@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ srcdir = @srcdir@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @info@ EXEEXT = @EXEEXT@ VPATH = @srcdir@ CPPFLAGS = @CPPFLAGS@ -I. -I$(srcdir) CFLAGS = @CFLAGS@ -Wall -DINDEXLIB -I. -I$(srcdir) -I$(srcdir)/../../support/Util M_OR_MM = @M_OR_MM@ LDFLAGS = @LDFLAGS@ OBJDIR = obj UTILLIB = $(srcdir)/../../support/Util UTILSRC = dbuf.c dbuf_string.c UTILLIBOBJS = $(UTILSRC:%.c=$(OBJDIR)/%.o) ASXXLIB = $(srcdir)/../asxxsrc ASXXLIBSRC = strcmpi.c assym.c aslex.c asnoice.c ASXXLIBOBJS = $(ASXXLIBSRC:%.c=$(OBJDIR)/%.o) SRC = asmain.c assubr.c \ asexpr.c asdata.c aslist.c asout.c \ i51ext.c i51pst.c i51mch.c i51adr.c OBJS = $(SRC:%.c=$(OBJDIR)/%.o) ASSOURCES = $(SRC) $(ASXXLIBSRC:%.c=$(ASXXLIB)/%.c) $(UTILSRC:%.c=$(UTILLIB)/%.c) ASOBJECTS = $(OBJS) $(ASXXLIBOBJS) $(UTILLIBOBJS) ASX = $(top_builddir)/bin/asx8051$(EXEEXT) DEST = $(DESTDIR)$(bindir)/asx8051$(EXEEXT) transform = @program_transform_name@ # Compiling entire program or any subproject # ------------------------------------------ all: checkconf $(ASX) $(ASX): $(ASOBJECTS) $(CC) $(CFLAGS) $(LDFLAGS) -o $@ $(ASOBJECTS) # Compiling and installing everything and running test # ---------------------------------------------------- install: all installdirs $(INSTALL) $(ASX) `echo $(DEST)|sed '$(transform)'` $(STRIP) `echo $(DEST)|sed '$(transform)'` # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DEST) # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(ASSOURCES) $(srcdir)/*.h $(CPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.c,$^) >Makefile.dep ifeq "$(findstring $(MAKECMDGOALS),uninstall check installcheck installdirs \ clean distclean mostlyclean realclean)" "" -include Makefile.dep endif include $(srcdir)/clean.mk # My rules # -------- $(OBJDIR)/.stamp: mkdir -p $(OBJDIR) touch $(OBJDIR)/.stamp $(OBJDIR)/%.o: %.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< $(OBJDIR)/%.o: $(ASXXLIB)/%.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< $(OBJDIR)/%.o: $(UTILLIB)/%.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of Makefile sdcc-2.9.0/as/mcs51/asdata.c000066400000000000000000000332701116427777700154220ustar00rootroot00000000000000/* asdata.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 JLH: * - change s_id from [NCPS] to pointer (comment) * 2-Nov-97 JLH: * - add jflag for debug control */ #include #include #include #include "asm.h" /*)Module asdata.c * * The module asdata.c contains the global constants, * structures, and variables used in the assembler. */ int aserr; /* ASxxxx error counter */ jmp_buf jump_env; /* compiler dependent structure * used by setjmp() and longjmp() */ int inpfil; /* count of assembler * input files specified */ int incfil; /* current file handle index * for include files */ int cfile; /* current file handle index * of input assembly files */ int flevel; /* IF-ELSE-ENDIF flag will be non * zero for false conditional case */ int tlevel; /* current conditional level */ int ifcnd[MAXIF+1]; /* array of IF statement condition * values (0 = FALSE) indexed by tlevel */ int iflvl[MAXIF+1]; /* array of IF-ELSE-ENDIF flevel * values indexed by tlevel */ char afn[PATH_MAX]; /* afile temporary file name */ char srcfn[MAXFIL][PATH_MAX];/* array of source file names */ int srcline[MAXFIL]; /* source line number */ char incfn[MAXINC][PATH_MAX];/* array of include file names */ int incline[MAXINC]; /* include line number */ int radix; /* current number conversion radix: * 2 (binary), 8 (octal), 10 (decimal), * 16 (hexadecimal) */ int line; /* current assembler source * line number */ int page; /* current page number */ int lop; /* current line number on page */ int pass; /* assembler pass number */ int org_cnt; /* .org directive counter */ int lflag; /* -l, generate listing flag */ int cflag; /* -lc, generate sdcdb debug info */ int gflag; /* -g, make undefined symbols global flag */ int aflag; /* -a, make all symbols global flag */ int jflag; /* -j, generate debug information flag */ int oflag; /* -o, generate relocatable output flag */ int sflag; /* -s, generate symbol table flag */ int pflag; /* -p, enable listing pagination */ int xflag; /* -x, listing radix flag */ int fflag; /* -f(f), relocations flagged flag */ Addr_T laddr; /* address of current assembler line * or value of .if argument */ Addr_T fuzz; /* tracks pass to pass changes in the * address of symbols caused by * variable length instruction formats */ int lmode; /* listing mode */ char *ep; /* pointer into error list * array eb[NERR] */ char eb[NERR]; /* array of generated error codes */ const char *ip; /* pointer into the assembler-source * text line in ib[] */ const char *ib; /* assembler-source text line */ char *cp; /* pointer to assembler output * array cb[] */ char cb[NCODE]; /* array of assembler output values */ int *cpt; /* pointer to assembler relocation type * output array cbt[] */ int cbt[NCODE]; /* array of assembler relocation types * describing the data in cb[] */ char tb[NTITL]; /* Title string buffer */ char stb[NSBTL]; /* Subtitle string buffer */ char optsdcc[NINPUT]; /* sdcc compile options */ int flat24Mode; /* non-zero if we are using DS390 24 bit * flat mode (via .flat24 directive). */ char symtbl[] = { "Symbol Table" }; char aretbl[] = { "Area Table" }; char module[NCPS]; /* module name string */ /* * The mne structure is a linked list of the assembler * mnemonics and directives. The list of mnemonics and * directives contained in the device dependent file * xxxpst.c are hashed and linked into NHASH lists in * module assym.c by syminit(). The structure contains * the mnemonic/directive name, a subtype which directs * the evaluation of this mnemonic/directive, a flag which * is used to detect the end of the mnemonic/directive * list in xxxpst.c, and a value which is normally * associated with the assembler mnemonic base instruction * value. * * struct mne * { * struct mne *m_mp; Hash link * char m_id[NCPS]; Mnemonic * char m_type; Mnemonic subtype * char m_flag; Mnemonic flags * Addr_T m_valu; Value * }; */ struct mne *mnehash[NHASH]; /* * The sym structure is a linked list of symbols defined * in the assembler source files. The first symbol is "." * defined here. The entry 'struct tsym *s_tsym' * links any temporary symbols following this symbol and * preceeding the next normal symbol. The structure also * contains the symbol's name, type (USER or NEW), flag * (global, assigned, and multiply defined), a pointer * to the area structure defining where the symbol is * located, a reference number assigned by outgsd() in * asout.c, and the symbols address relative to the base * address of the area where the symbol is located. * * struct sym * { * struct sym *s_sp; Hash link * struct tsym *s_tsym; Temporary symbol link * char *s_id; Symbol (JLH) * char s_type; Symbol subtype * char s_flag; Symbol flags * struct area *s_area; Area line, 0 if absolute * int s_ref; Ref. number * Addr_T s_addr; Address * }; */ struct sym sym[] = { {NULL, NULL, ".", S_USER, S_END, NULL, 0, 0} }; struct sym *symp; /* pointer to a symbol structure */ struct sym *symhash[NHASH]; /* array of pointers to NHASH * linked symbol lists */ /* * The area structure contains the parameter values for a * specific program or data section. The area structure * is a linked list of areas. The initial default area * is "_CODE" defined here, the next area structure * will be linked to this structure through the structure * element 'struct area *a_ep'. The structure contains the * area name, area reference number ("_CODE" is 0) determined * by the order of .area directives, area size determined * from the total code and/or data in an area, area fuzz is * an variable used to track pass to pass changes in the * area size caused by variable length instruction formats, * and area flags which specify the area's relocation type. * * struct area * { * struct area *a_ap; Area link * char a_id[NCPS]; Area Name * int a_ref; Reference number * Addr_T a_size; Area size * Addr_T a_fuzz; Area fuzz * int a_flag; Area flags * }; */ struct area area[] = { {NULL, "_CODE", 0, 0, 0, A_CON|A_REL} }; struct area *areap; /* pointer to an area structure */ FILE *lfp; /* list output file handle */ FILE *ofp; /* relocation output file handle */ FILE *tfp; /* symbol table output file handle */ FILE *sfp[MAXFIL]; /* array of assembler-source file handles */ FILE *ifp[MAXINC]; /* array of include-file file handles */ /* * array of character types, one per * ASCII character */ unsigned char ctype[128] = { /*NUL*/ ILL, ILL, ILL, ILL, ILL, ILL, ILL, ILL, /*BS*/ ILL, SPACE, ILL, ILL, SPACE, ILL, ILL, ILL, /*DLE*/ ILL, ILL, ILL, ILL, ILL, ILL, ILL, ILL, /*CAN*/ ILL, ILL, ILL, ILL, ILL, ILL, ILL, ILL, /*SPC*/ SPACE, ETC, ETC, ETC, LETTER, BINOP, BINOP, ETC, /*(*/ ETC, ETC, BINOP, BINOP, ETC, BINOP, LETTER, BINOP, /*0*/ DGT2, DGT2, DGT8, DGT8, DGT8, DGT8, DGT8, DGT8, /*8*/ DGT10, DGT10, ETC, ETC, BINOP, ETC, BINOP, ETC, /*@*/ ETC, LTR16, LTR16, LTR16, LTR16, LTR16, LTR16, LETTER, /*H*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*P*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*X*/ LETTER, LETTER, LETTER, BINOP, ETC, ETC, BINOP, LETTER, /*`*/ ETC, LTR16, LTR16, LTR16, LTR16, LTR16, LTR16, LETTER, /*h*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*p*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*x*/ LETTER, LETTER, LETTER, ETC, BINOP, ETC, ETC, ETC }; /* * an array of characters which * perform the case translation function */ char ccase[128] = { /*NUL*/ '\000', '\001', '\002', '\003', '\004', '\005', '\006', '\007', /*BS*/ '\010', '\011', '\012', '\013', '\014', '\015', '\016', '\017', /*DLE*/ '\020', '\021', '\022', '\023', '\024', '\025', '\026', '\027', /*CAN*/ '\030', '\031', '\032', '\033', '\034', '\035', '\036', '\037', /*SPC*/ '\040', '\041', '\042', '\043', '\044', '\045', '\046', '\047', /*(*/ '\050', '\051', '\052', '\053', '\054', '\055', '\056', '\057', /*0*/ '\060', '\061', '\062', '\063', '\064', '\065', '\066', '\067', /*8*/ '\070', '\071', '\072', '\073', '\074', '\075', '\076', '\077', /*@*/ '\100', '\141', '\142', '\143', '\144', '\145', '\146', '\147', /*H*/ '\150', '\151', '\152', '\153', '\154', '\155', '\156', '\157', /*P*/ '\160', '\161', '\162', '\163', '\164', '\165', '\166', '\167', /*X*/ '\170', '\171', '\172', '\133', '\134', '\135', '\136', '\137', /*`*/ '\140', '\141', '\142', '\143', '\144', '\145', '\146', '\147', /*h*/ '\150', '\151', '\152', '\153', '\154', '\155', '\156', '\157', /*p*/ '\160', '\161', '\162', '\163', '\164', '\165', '\166', '\167', /*x*/ '\170', '\171', '\172', '\173', '\174', '\175', '\176', '\177' }; sdcc-2.9.0/as/mcs51/asexpr.c000066400000000000000000000603251116427777700154700ustar00rootroot00000000000000/* asexpr.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include #include "asm.h" /*)Module asexpr.c * * The module asexpr.c contains the routines to evaluate * arithmetic/numerical expressions. The functions in * asexpr.c perform a recursive evaluation of the arithmetic * expression read from the assembler-source text line. * The expression may include binary/unary operators, brackets, * symbols, labels, and constants in hexadecimal, decimal, octal * and binary. Arithmetic operations are prioritized and * evaluated by normal arithmetic conventions. * * asexpr.c contains the following functions: * VOID abscheck() * Addr_T absexpr() * VOID clrexpr() * int digit() * VOID expr() * int oprio() * VOID term() * * asexpr.c contains no local/static variables */ /*)Function VOID expr(esp, n) * * expr * esp pointer to an expr structure * int n a firewall priority; all top * level calls (from the user) * should be made with n set to 0. * * The function expr() evaluates an expression and * stores its value and relocation information into * the expr structure supplied by the user. * * local variables: * int c current assembler-source * text character * int p current operator priority * area * ap pointer to an area structure * exp re internal expr structure * * global variables: * char ctype[] array of character types, one per * ASCII character * * functions called: * VOID abscheck() asexpr.c * VOID clrexpr() asexpr.c * VOID expr() asexpr.c * int getnb() aslex.c * int oprio() asexpr.c * VOID qerr() assubr.c * VOID rerr() assubr.c * VOID term() asexpr.c * VOID unget() aslex.c * * * side effects: * An expression is evaluated modifying the user supplied * expr structure, a sym structure maybe created for an * undefined symbol, and the parse of the expression may * terminate if a 'q' error occurs. */ VOID expr(register struct expr *esp, int n) { register int c, p; struct area *ap; struct expr re; term(esp); while (ctype[c = getnb()] & BINOP) { /* * Handle binary operators + - * / & | % ^ << >> [ */ if ((p = oprio(c)) <= n) break; if ((c == '>' || c == '<') && c != get()) qerr(); clrexpr(&re); expr(&re, p); esp->e_rlcf |= re.e_rlcf; if (c == '+') { /* * esp + re, at least one must be absolute */ if (esp->e_base.e_ap == NULL) { /* * esp is absolute (constant), * use area from re */ esp->e_base.e_ap = re.e_base.e_ap; } else if (re.e_base.e_ap) { /* * re should be absolute (constant) */ rerr(); } if (esp->e_flag && re.e_flag) rerr(); if (re.e_flag) esp->e_flag = 1; esp->e_addr += re.e_addr; } else if (c == '-') { /* * esp - re */ if ((ap = re.e_base.e_ap) != NULL) { if (esp->e_base.e_ap == ap) { esp->e_base.e_ap = NULL; } else { rerr(); } } if (re.e_flag) rerr(); esp->e_addr -= re.e_addr; } else { /* * Both operands (esp and re) must be constants */ /* SD :- moved the abscheck to each case case and change the right shift operator.. if right shift by 8 bits of a relocatable address then the user wants the higher order byte. set the R_MSB for the expression */ switch (c) { case '*': abscheck(esp); abscheck(&re); esp->e_addr *= re.e_addr; break; case '/': abscheck(esp); abscheck(&re); esp->e_addr /= re.e_addr; break; case '&': abscheck(esp); abscheck(&re); esp->e_addr &= re.e_addr; break; case '|': abscheck(esp); abscheck(&re); esp->e_addr |= re.e_addr; break; case '%': abscheck(esp); abscheck(&re); esp->e_addr %= re.e_addr; break; case '^': abscheck(esp); abscheck(&re); esp->e_addr ^= re.e_addr; break; case '<': abscheck(esp); abscheck(&re); esp->e_addr <<= re.e_addr; break; case '>': /* SD change here */ abscheck(&re); /* if the left is a relative address & the right side is == 8 then */ if (esp->e_base.e_ap && re.e_addr == 8) { esp->e_rlcf |= R_MSB ; break; } else if (esp->e_base.e_ap && re.e_addr == 16) { // if (flat24Mode) // { esp->e_rlcf |= R_HIB; // } // else // { // warnBanner(); // fprintf(stderr, // "(expr >> 16) is only meaningful in " // ".flat24 mode.\n"); // qerr(); // } break; } /* else continue with the normal processing */ abscheck(esp); esp->e_addr >>= re.e_addr; break; case '[': /* MB added [ for bit access in bdata */ abscheck(&re); if (getnb() != ']') qerr(); /* if the left is a relative address then */ if (esp->e_base.e_ap) { esp->e_addr |= (re.e_addr | 0x80) << 8; break; } else if ((esp->e_addr & 0x87) == 0x80) { esp->e_addr |= re.e_addr; break; } default: qerr(); break; } } } unget(c); } /*)Function Addr_T absexpr() * * The function absexpr() evaluates an expression, verifies it * is absolute (i.e. not position dependent or relocatable), and * returns its value. * * local variables: * expr e expr structure * * global variables: * none * * functions called: * VOID abscheck() asexpr.c * VOID clrexpr() asexpr.c * VOID expr() asexpr.c * * side effects: * If the expression is not absolute then * a 'r' error is reported. */ Addr_T absexpr(void) { struct expr e; clrexpr(&e); expr(&e, 0); abscheck(&e); return (e.e_addr); } /*)Function VOID term(esp) * * expr * esp pointer to an expr structure * * The function term() evaluates a single constant * or symbol value prefaced by any unary operator * ( +, -, ~, ', ", >, or < ). This routine is also * responsible for setting the relocation type to symbol * based (e.flag != 0) on global references. * * local variables: * int c current character * char id[] symbol name * char * jp pointer to assembler-source text * int n constant evaluation running sum * int r current evaluation radix * sym * sp pointer to a sym structure * tsym * tp pointer to a tsym structure * int v current digit evaluation * * global variables: * char ctype[] array of character types, one per * ASCII character * sym * symp pointer to a symbol structure * * functions called: * VOID abscheck() asexpr.c * int digit() asexpr.c * VOID err() assubr.c * VOID expr() asexpr.c * int is_abs() asexpr.c * int get() aslex.c * VOID getid() aslex.c * int getmap() aslex.c * int getnb() aslex.c * sym * lookup() assym.c * VOID qerr() assubr.c * VOID unget() aslex.c * * side effects: * An arithmetic term is evaluated, a symbol structure * may be created, term evaluation may be terminated * by a 'q' error. */ VOID term(register struct expr *esp) { register int c, n; register const char *jp; char id[NCPS]; struct sym *sp; struct tsym *tp; int r=0, v; c = getnb(); /* * Discard the unary '+' at this point and * also any reference to numerical arguments * associated with the '#' prefix. */ while (c == '+' || c == '#') { c = getnb(); } /* * Evaluate all binary operators * by recursively calling expr(). */ if (c == LFTERM) { expr(esp, 0); if (getnb() != RTTERM) qerr(); return; } if (c == '-') { expr(esp, 100); abscheck(esp); esp->e_addr = 0-esp->e_addr; return; } if (c == '~') { expr(esp, 100); abscheck(esp); esp->e_addr = ~esp->e_addr; return; } if (c == '\'') { esp->e_mode = S_USER; esp->e_addr = getmap(-1)&0377; return; } if (c == '\"') { esp->e_mode = S_USER; if (hilo) { esp->e_addr = (getmap(-1)&0377)<<8; esp->e_addr |= (getmap(-1)&0377); } else { esp->e_addr = (getmap(-1)&0377); esp->e_addr |= (getmap(-1)&0377)<<8; } return; } if (c == '>' || c == '<') { expr(esp, 100); if (is_abs (esp)) { /* * evaluate msb/lsb directly */ if (c == '>') esp->e_addr >>= 8; esp->e_addr &= 0377; return; } else { /* * let linker perform msb/lsb, lsb is default */ esp->e_rlcf |= R_BYT2; if (c == '>') esp->e_rlcf |= R_MSB; return; } } /* * Evaluate digit sequences as local symbols * if followed by a '$' or as constants. */ if (ctype[c] & DIGIT) { esp->e_mode = S_USER; jp = ip; while (ctype[(int)*jp] & RAD10) { jp++; } if (*jp == '$') { n = 0; while ((v = digit(c, 10)) >= 0) { n = 10*n + v; c = get(); } tp = symp->s_tsym; while (tp) { if (n == tp->t_num) { esp->e_base.e_ap = tp->t_area; esp->e_addr = tp->t_addr; return; } tp = tp->t_lnk; } err('u'); return; } r = radix; if (c == '0') { c = get(); switch (c) { case 'b': case 'B': r = 2; c = get(); break; case 'o': case 'O': case 'q': case 'Q': r = 8; c = get(); break; case 'd': case 'D': r = 10; c = get(); break; case 'h': case 'H': case 'x': case 'X': r = 16; c = get(); break; default: break; } } n = 0; while ((v = digit(c, r)) >= 0) { n = r*n + v; c = get(); } unget(c); esp->e_addr = n; return; } /* * Evaluate '$' sequences as a temporary radix * if followed by a '%', '&', '#', or '$'. */ if (c == '$') { c = get(); if (c == '%' || c == '&' || c == '#' || c == '$') { switch (c) { case '%': r = 2; break; case '&': r = 8; break; case '#': r = 10; break; case '$': r = 16; break; default: break; } c = get(); n = 0; while ((v = digit(c, r)) >= 0) { n = r*n + v; c = get(); } unget(c); esp->e_mode = S_USER; esp->e_addr = n; return; } unget(c); c = '$'; } /* * Evaluate symbols and labels */ if (ctype[c] & LETTER) { esp->e_mode = S_USER; getid(id, c); sp = lookup(id); if (sp->s_type == S_NEW) { esp->e_addr = 0; if (sp->s_flag&S_GBL) { esp->e_flag = 1; esp->e_base.e_sp = sp; return; } /* err('u'); */ } else { esp->e_mode = sp->s_type; esp->e_addr = sp->s_addr; esp->e_base.e_ap = sp->s_area; /* MB: abused bit 15 of s_addr to indicate bit-addressable bytes */ if ((sp->s_addr & 0x8000) && sp->s_area && (!strcmp(sp->s_area->a_id, "BSEG_BYTES") || !strcmp(sp->s_area->a_id, "BIT_BANK"))) { esp->e_rlcf |= R_BIT | R_BYT2; } } return; } /* * Else not a term. */ qerr(); } /*)Function int digit(c, r) * * int c digit character * int r current radix * * The function digit() returns the value of c * in the current radix r. If the c value is not * a number of the current radix then a -1 is returned. * * local variables: * none * * global variables: * char ctype[] array of character types, one per * ASCII character * * functions called: * none * * side effects: * none */ int digit(register int c, register int r) { if (r == 16) { if (ctype[c] & RAD16) { if (c >= 'A' && c <= 'F') return (c - 'A' + 10); if (c >= 'a' && c <= 'f') return (c - 'a' + 10); return (c - '0'); } } else if (r == 10) { if (ctype[c] & RAD10) return (c - '0'); } else if (r == 8) { if (ctype[c] & RAD8) return (c - '0'); } else if (r == 2) { if (ctype[c] & RAD2) return (c - '0'); } return (-1); } /*)Function VOID abscheck(esp) * * expr * esp pointer to an expr structure * * The function abscheck() tests the evaluation of an * expression to verify it is absolute. If the evaluation * is relocatable then an 'r' error is noted and the expression * made absolute. * * Note: The area type (i.e. ABS) is not checked because * the linker can be told to explicitly relocate an * absolute area. * * local variables: * none * * global variables: * none * * functions called: * VOID rerr() assubr.c * * side effects: * The expression may be changed to absolute and the * 'r' error invoked. */ VOID abscheck(register struct expr *esp) { if (esp->e_flag || esp->e_base.e_ap) { esp->e_flag = 0; esp->e_base.e_ap = NULL; rerr(); } } /*)Function int is_abs(esp) * * expr * esp pointer to an expr structure * * The function is_abs() tests the evaluation of an * expression to verify it is absolute. If the evaluation * is absolute then 1 is returned, else 0 is returned. * * Note: The area type (i.e. ABS) is not checked because * the linker can be told to explicitly relocate an * absolute area. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int is_abs (register struct expr *esp) { if (esp->e_flag || esp->e_base.e_ap) { return(0); } return(1); } /*)Function int oprio(c) * * int c operator character * * The function oprio() returns a relative priority * for all valid unary and binary operators. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int oprio(register int c) { if (c == '[') return (12); if (c == '*' || c == '/' || c == '%') return (10); if (c == '+' || c == '-') return (7); if (c == '<' || c == '>') return (5); if (c == '^') return (4); if (c == '&') return (3); if (c == '|') return (1); return (0); } /*)Function VOID clrexpr(esp) * * expr * esp pointer to expression structure * * The function clrexpr() clears the expression structure. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * expression structure cleared. */ VOID clrexpr(register struct expr *esp) { esp->e_mode = 0; esp->e_flag = 0; esp->e_addr = 0; esp->e_base.e_ap = NULL; esp->e_rlcf = 0; } sdcc-2.9.0/as/mcs51/aslist.c000066400000000000000000000332011116427777700154560ustar00rootroot00000000000000/* aslist.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 JLH: * - lstsym: show s_id as string rather than array [NCPS] */ #include #include #include #include #include "asm.h" /*)Module aslist.c * * The module aslist.c contains all the functions used * to generate the assembler list and symbol output files. * * aslist.c contains the following functions: * VOID list() * VOID list1() * VOID list2() * VOID slew() * VOID lstsym() * * The module aslist.c contains no local/static variables */ /*)Function VOID list() * * The function list() generates the listing output * which includes the input source, line numbers, * and generated code. Numerical output may be selected * as hexadecimal, decimal, or octal. * * local variables: * int * wp pointer to the assembled data bytes * int * wpt pointer to the data byte mode * int nb computed number of assembled bytes * * global variables: * int cb[] array of assembler output values * int cbt[] array of assembler relocation types * describing the data in cb[] * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * char eb[] array of generated error codes * char * ep pointer into error list * array eb[] * char ib[] assembler-source text line * FILE * lfp list output file handle * int line current assembler source line number * int lmode listing mode * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * VOID list1() aslist.c * int putc() c_library * VOID slew() asslist.c * * side effects: * Listing or symbol output updated. */ VOID list() { register char *wp; register int *wpt; register int nb; if (lfp == NULL || lmode == NLIST) return; /* * Get Correct Line Number */ if (incfil >= 0) { line = incline[incfil]; if (line == 0) { if (incfil > 0) { line = incline[incfil-1]; } else { line = srcline[cfile]; } } } else { line = srcline[cfile]; } /* * Move to next line. */ slew(lfp, pflag); /* * Output a maximum of NERR error codes with listing. */ while (ep < &eb[NERR]) *ep++ = ' '; fprintf(lfp, "%.2s", eb); /* * Source listing only option. */ if (lmode == SLIST) { fprintf(lfp, "%24s%5u %s\n", "", line, ib); return; } if (lmode == ALIST) { outchk(HUGE,HUGE); } /* * HEX output Option. */ if (xflag == 0) { /* HEX */ /* * Equate only */ if (lmode == ELIST) { fprintf(lfp, "%18s%04X", "", laddr); fprintf(lfp, " %5u %s\n", line, ib); return; } /* * Address (with allocation) */ fprintf(lfp, " %04X", laddr); if (lmode == ALIST || lmode == BLIST) { fprintf(lfp, "%19s%5u %s\n", "", line, ib); outdot(); return; } wp = cb; wpt = cbt; nb = (int) (cp - cb); /* * First line of output for this source line with data. */ list1(wp, wpt, nb, 1); fprintf(lfp, " %5u %s\n", line, ib); /* * Subsequent lines of output if more data. */ while ((nb -= 6) > 0) { wp += 6; wpt += 6; slew(lfp, 0); fprintf(lfp, "%7s", ""); list1(wp, wpt, nb, 0); putc('\n', lfp); } } else /* * OCTAL output Option. */ if (xflag == 1) { /* OCTAL */ /* * Equate only */ if (lmode == ELIST) { fprintf(lfp, "%16s%06o", "", laddr); fprintf(lfp, " %5u %s\n", line, ib); return; } /* * Address (with allocation) */ fprintf(lfp, " %06o", laddr); if (lmode == ALIST || lmode == BLIST) { fprintf(lfp, "%17s%5u %s\n", "", line, ib); outdot(); return; } wp = cb; wpt = cbt; nb = (int) (cp - cb); /* * First line of output for this source line with data. */ list1(wp, wpt, nb, 1); fprintf(lfp, " %5u %s\n", line, ib); /* * Subsequent lines of output if more data. */ while ((nb -= 4) > 0) { wp += 4; wpt += 4; slew(lfp, 0); fprintf(lfp, "%9s", ""); list1(wp, wpt, nb, 0); putc('\n', lfp); } } else /* * DECIMAL output Option. */ if (xflag == 2) { /* DECIMAL */ /* * Equate only */ if (lmode == ELIST) { fprintf(lfp, "%16s%05u", "", laddr); fprintf(lfp, " %5u %s\n", line, ib); return; } /* * Address (with allocation) */ fprintf(lfp, " %05u", laddr); if (lmode == ALIST || lmode == BLIST) { fprintf(lfp, "%17s%5u %s\n", "", line, ib); outdot(); return; } wp = cb; wpt = cbt; nb = (int) (cp - cb); /* * First line of output for this source line with data. */ list1(wp, wpt, nb, 1); fprintf(lfp, " %5u %s\n", line, ib); /* * Subsequent lines of output if more data. */ while ((nb -= 4) > 0) { wp += 4; wpt += 4; slew(lfp, 0); fprintf(lfp, "%9s", ""); list1(wp, wpt, nb, 0); putc('\n', lfp); } } } /*)Function VOID list1(wp, wpt, nw, f) * * int f fill blank fields (1) * int nb number of data bytes * int * wp pointer to data bytes * int * wpt pointer to data byte mode * * local variables: * int i loop counter * * global variables: * int xflag -x, listing radix flag * * functions called: * VOID list2() asslist.c * int fprintf() c_library * * side effects: * Data formatted and output to listing. */ VOID list1(wp, wpt, nb, f) register char *wp; register int *wpt, nb, f; { register int i; /* * HEX output Option. */ if (xflag == 0) { /* HEX */ /* * Bound number of words to HEX maximum per line. */ if (nb > 6) nb = 6; /* * Output bytes. */ for (i=0; i 4) nb = 4; /* * Output bytes. */ for (i=0; i 4) nb = 4; /* * Output bytes. */ for (i=0; i= 2) { if (t & R_RELOC) { if (t & (R_PAG0|R_PAG)) { c = '*'; } else if (t & R_USGN) { c = 'u'; } else if (t & R_PCR) { c = 'p'; } else { c = 'r'; } if (t & R_HIGH) c += 1; } } /* * Output the selected mode. */ putc(c, lfp); } /*)Function VOID slew(fp, flag) * * FILE * fp file handle for listing * int flag enable pagination * * The function slew() increments the page line count. * If the page overflows and pagination is enabled: * 1) put out a page skip, * 2) a title, * 3) a subtitle, * 4) and reset the line count. * * local variables: * none * * global variables: * char cpu[] cpu type string * int lop current line number on page * int page current page number * char stb[] Subtitle string buffer * char tb[] Title string buffer * * functions called: * int fprintf() c_library * * side effects: * Increments page line counter, on overflow * a new page header is output to the listing file. */ VOID slew(fp,flag) FILE *fp; int flag; { if ((lop++ >= NLPP) && flag) { fprintf(fp, "\fASxxxx Assembler %s (%s), page %u.\n", VERSION, cpu, ++page); fprintf(fp, "%s\n", tb); fprintf(fp, "%s\n\n", stb); lop = 5; } } /* Used for qsort call in lstsym */ static int _cmpSym(const void *p1, const void *p2) { struct sym **s1 = (struct sym **)(p1); struct sym **s2 = (struct sym **)(p2); return strcmp((*s1)->s_id,(*s2)->s_id); } /*)Function VOID lstsym(fp) * * FILE * fp file handle for output * * The function lstsym() outputs alphabetically * sorted symbol and area tables. * * local variables: * int c temporary * int i loop counter * int j temporary * int k temporary * char * ptr pointer to an id string * int nmsym number of symbols * int narea number of areas * sym * sp pointer to symbol structure * sym ** p pointer to an array of * pointers to symbol structures * area * ap pointer to an area structure * * global variables: * area * areap pointer to an area structure * char aretbl[] string "Area Table" * sym dot defined as sym[0] * char stb[] Subtitle string buffer * sym * symhash[] array of pointers to NHASH * linked symbol lists * char symtbl[] string "Symbol Table" * FILE * tfp symbol table output file handle * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * int putc() c_library * VOID slew() aslist.c * int strcmp() c_library * char * strcpy() c_library * * side effects: * Symbol and area tables output. */ VOID lstsym(fp) FILE *fp; { register int c, i, j, k; register char *ptr; int nmsym, narea; struct sym *sp; struct sym **p; struct area *ap; /* * Symbol Table Header */ strcpy(stb, &symtbl[0]); lop = NLPP; if (fp == tfp) page = 0; slew(fp, 1); /* * Find number of symbols */ nmsym = 0; for (i=0; is_sp; } } if (nmsym == 0) goto atable; /* * Allocate space for an array of pointers to symbols * and load array. */ if ((p = (struct sym **) malloc(sizeof((struct sym *) sp)*nmsym)) == NULL) { fprintf(fp, "Insufficient space to build Symbol Table.\n"); return; } nmsym = 0; for (i=0; is_sp; } } #if 0 /* BUBBLE SORT?? WTF??? */ /* * Bubble Sort on Symbol Table Array */ j = 1; c = nmsym - 1; while (j) { j = 0; for (i=0; is_id[0],&p[i+1]->s_id[0]) > 0) { j = 1; sp = p[i+1]; p[i+1] = p[i]; p[i] = sp; } } } #else qsort(p, nmsym, sizeof(struct sym *), _cmpSym); #endif /* * Symbol Table Output */ for (i=0; is_area) { j = sp->s_area->a_ref; if (xflag == 0) { fprintf(fp, " %2X ", j); } else if (xflag == 1) { fprintf(fp, "%3o ", j); } else if (xflag == 2) { fprintf(fp, "%3u ", j); } } else { fprintf(fp, " "); } ptr = &sp->s_id[0]; fprintf(fp, "%-60s", ptr ); /* JLH */ if (sp->s_flag & S_ASG) { putc('=', fp); } else { putc(' ', fp); } if (sp->s_type == S_NEW) { if (xflag == 0) { fprintf(fp, " **** "); } else if (xflag == 1) { fprintf(fp, "****** "); } else if (xflag == 2) { fprintf(fp, " ***** "); } } else { j = sp->s_addr; if (xflag == 0) { fprintf(fp, " %04X ", j); } else if (xflag == 1) { fprintf(fp, "%06o ", j); } else if (xflag == 2) { fprintf(fp, " %05u ", j); } } j = 0; if (sp->s_flag & S_GBL) { putc('G', fp); ++j; } if (sp->s_area != NULL) { putc('R', fp); ++j; } if (sp->s_type == S_NEW) { putc('X', fp); ++j; } #if NCPS-8 putc('\n', fp); slew(fp, 0); ++i; #else if (++i % 3 == 0) { putc('\n', fp); slew(fp, pflag); } else if (i < nmsym) { while (j++ < 4) putc(' ', fp); fprintf(fp, "| "); } #endif } putc('\n', fp); /* * Area Table Header */ atable: strcpy(stb, &aretbl[0]); lop = NLPP; slew(fp, 1); /* * Area Table Output */ narea = 0; ap = areap; while (ap) { ++narea; ap = ap->a_ap; } for (i=0; ia_ap; j = ap->a_ref; if (xflag == 0) { fprintf(fp, " %2X ", j); } else if (xflag == 1) { fprintf(fp, " %3o ", j); } else if (xflag == 2) { fprintf(fp, " %3u ", j); } ptr = &ap->a_id[0]; while (ptr < &ap->a_id[NCPS]) { if ((c = *ptr++) != 0) { putc(c, fp); } else { putc(' ', fp); } } j = ap->a_size; k = ap->a_flag; if (xflag==0) { fprintf(fp, " size %4X flags %X\n", j, k); } else if (xflag==1) { fprintf(fp, " size %6o flags %o\n", j, k); } else if (xflag==2) { fprintf(fp, " size %5u flags %u\n", j, k); } } } sdcc-2.9.0/as/mcs51/asm.h000066400000000000000000000712561116427777700147600ustar00rootroot00000000000000/* asm.h Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 JLH: * - add proto for StoreString * - change s_id from [NCPS] to pointer * - change m_id from [NCPS] to pointer * - change NCPS to 80 * - case sensitive * - add R_J11 for 8051 assembler * - add outr11 prototype for 8051 assembler * - always define "ccase" * 2-Nov-97 JLH: * - add jflag for debug control * - prototypes for DefineNoICE_Line * 30-Jan-98 JLH: * - add memory space flags to a_flag for 8051 * * 3-Feb-00 KV: * - add DS80C390 flat mode support. */ #define VERSION "V01.70 + NoICE + SDCC mods + Flat24 Feb-1999" #if !defined(__BORLANDC__) && !defined(_MSC_VER) #include #endif /* * Case Sensitivity Flag */ #define CASE_SENSITIVE 1 /*)Module asm.h * * The module asm.h contains the definitions for constants, * structures, global variables, and ASxxxx functions * contained in the ASxxxx.c files. The two functions * and three global variables from the machine dependent * files are also defined. */ /* * compiler/operating system specific definitions */ /* DECUS C void definition */ /* File/extension seperator */ #ifdef decus #define VOID char #define FSEPX '.' #endif /* PDOS C void definition */ /* File/extension seperator */ #ifdef PDOS #define VOID char #define FSEPX ':' #endif /* Default void definition */ /* File/extension seperator */ #ifndef VOID #define VOID void #define FSEPX '.' #define OTHERSYSTEM #endif /* * PATH_MAX */ #include #ifndef PATH_MAX /* POSIX, but not required */ #if defined(_MSC_VER) || defined(__BORLANDC__) /* Microsoft C or Borland C*/ #include #define PATH_MAX _MAX_PATH #else #define PATH_MAX /* define a reasonable value */ #endif #endif #ifdef _WIN32 /* WIN32 native */ # define NATIVE_WIN32 1 # ifdef __MINGW32__ /* GCC MINGW32 depends on configure */ # include "../../sdccconf.h" # else # include "../../sdcc_vc.h" # define PATH_MAX _MAX_PATH # endif #else /* Assume Un*x style system */ # include "../../sdccconf.h" #endif /* * Assembler definitions. */ #define LFTERM '(' /* Left expression delimeter */ #define RTTERM ')' /* Right expression delimeter */ #define NCPS 80 /* Chars. per symbol (JLH: change from 8) */ #define HUGE 1000 /* A huge number */ #define NERR 3 /* Errors per line */ #define NINPUT 1024 /* Input buffer size (icodes need space) */ #define NCODE 128 /* Listing code buffer size */ #define NTITL 64 /* Title buffer size */ #define NSBTL 64 /* SubTitle buffer size */ #define NHASH 64 /* Buckets in hash table */ #define HMASK 077 /* Hash mask */ #define NLPP 60 /* Lines per page */ #define MAXFIL 6 /* Maximum command line input files */ #define MAXINC 6 /* Maximum nesting of include files */ #define MAXIF 10 /* Maximum nesting of if/else/endif */ #define NLIST 0 /* No listing */ #define SLIST 1 /* Source only */ #define ALIST 2 /* Address only */ #define BLIST 3 /* Address only with allocation */ #define CLIST 4 /* Code */ #define ELIST 5 /* Equate only */ #define dot sym[0] /* Dot, current loc */ #define dca area[0] /* Dca, default code area */ /* NB: for Flat24 extentions to work, Addr_T must be at least 24 * bits. This is checked at runtime when the .flat24 directive * is processed. */ typedef unsigned int Addr_T; /* * The area structure contains the parameter values for a * specific program or data section. The area structure * is a linked list of areas. The initial default area * is "_CODE" defined in asdata.c, the next area structure * will be linked to this structure through the structure * element 'struct area *a_ap'. The structure contains the * area name, area reference number ("_CODE" is 0) determined * by the order of .area directives, area size determined * from the total code and/or data in an area, area fuzz is * a variable used to track pass to pass changes in the * area size caused by variable length instruction formats, * and area flags which specify the area's relocation type. */ struct area { struct area *a_ap; /* Area link */ char a_id[NCPS]; /* Area Name */ int a_ref; /* Ref. number */ Addr_T a_addr; /* Area address */ Addr_T a_size; /* Area size */ Addr_T a_fuzz; /* Area fuzz */ int a_flag; /* Area flags */ }; /* * The "A_" area constants define values used in * generating the assembler area output data. * * Area flags * * 7 6 5 4 3 2 1 0 * +-----+-----+-----+-----+-----+-----+-----+-----+ * | BIT |XDATA|DATA | PAG | ABS | OVR | | | * +-----+-----+-----+-----+-----+-----+-----+-----+ */ #define A_CON 0000 /* Concatenating */ #define A_OVR 0004 /* Overlaying */ #define A_REL 0000 /* Relocatable */ #define A_ABS 0010 /* absolute */ #define A_NOPAG 0000 /* Non-Paged */ #define A_PAG 0020 /* Paged */ /* Additional flags for 8051 address spaces */ #define A_DATA 0000 /* data space (default)*/ #define A_CODE 0040 /* code space */ #define A_XDATA 0100 /* external data space */ #define A_BIT 0200 /* bit addressable space */ /* * The "R_" relocation constants define values used in * generating the assembler relocation output data for * areas, symbols, and code. * * Relocation flags * * 7 6 5 4 3 2 1 0 * +-----+-----+-----+-----+-----+-----+-----+-----+ * | MSB | PAGn| PAG0| USGN| BYT2| PCR | SYM | BYT | * +-----+-----+-----+-----+-----+-----+-----+-----+ */ #define R_WORD 0x00 /* 16 bit */ #define R_BYTE 0x01 /* 8 bit */ #define R_AREA 0x00 /* Base type */ #define R_SYM 0x02 #define R_NORM 0x00 /* PC adjust */ #define R_PCR 0x04 #define R_BYT1 0x00 /* Byte count for R_BYTE = 1 */ #define R_BYT2 0x08 /* Byte count for R_BYTE = 2 */ #define R_SGND 0x00 /* Signed Byte */ #define R_USGN 0x10 /* Unsigned Byte */ #define R_NOPAG 0x00 /* Page Mode */ #define R_PAG0 0x20 /* Page '0' */ #define R_PAG 0x40 /* Page 'nnn' */ #define R_LSB 0x00 /* low byte */ #define R_MSB 0x80 /* high byte */ #define R_BYT3 0x100 /* if R_BYTE is set, this is a * 3 byte address, of which * the linker must select one byte. */ #define R_HIB 0x200 /* If R_BYTE & R_BYT3 are set, linker * will select byte 3 of the relocated * 24 bit address. */ #define R_BIT 0x400 /* Linker will convert from byte-addressable * space to bit-addressable space. */ #define R_J11 (R_WORD|R_BYT2) /* JLH: 11 bit JMP and CALL (8051) */ #define R_J19 (R_WORD|R_BYT2|R_MSB) /* 19 bit JMP/CALL (DS80C390) */ #define R_C24 (R_WORD|R_BYT1|R_MSB) /* 24 bit address (DS80C390) */ #define R_J19_MASK (R_BYTE|R_BYT2|R_MSB) #define IS_R_J19(x) (((x) & R_J19_MASK) == R_J19) #define IS_R_J11(x) (((x) & R_J19_MASK) == R_J11) #define IS_C24(x) (((x) & R_J19_MASK) == R_C24) #define R_ESCAPE_MASK 0xf0 /* Used to escape relocation modes * greater than 0xff in the .rel * file. */ /* * Listing Control Flags */ #define R_HIGH 0040000 /* High Byte */ #define R_RELOC 0100000 /* Relocation */ #define R_DEF 00 /* Global def. */ #define R_REF 01 /* Global ref. */ #define R_REL 00 /* Relocatable */ #define R_ABS 02 /* Absolute */ #define R_GBL 00 /* Global */ #define R_LCL 04 /* Local */ /* * The mne structure is a linked list of the assembler * mnemonics and directives. The list of mnemonics and * directives contained in the device dependent file * xxxpst.c are hashed and linked into NHASH lists in * module assym.c by syminit(). The structure contains * the mnemonic/directive name, a subtype which directs * the evaluation of this mnemonic/directive, a flag which * is used to detect the end of the mnemonic/directive * list in xxxpst.c, and a value which is normally * associated with the assembler mnemonic base instruction * value. */ struct mne { struct mne *m_mp; /* Hash link */ char *m_id; /* Mnemonic JLH: change from [NCPS] */ char m_type; /* Mnemonic subtype */ char m_flag; /* Mnemonic flags */ Addr_T m_valu; /* Value */ }; /* * The sym structure is a linked list of symbols defined * in the assembler source files. The first symbol is "." * defined in asdata.c. The entry 'struct tsym *s_tsym' * links any temporary symbols following this symbol and * preceeding the next normal symbol. The structure also * contains the symbol's name, type (USER or NEW), flag * (global, assigned, and multiply defined), a pointer * to the area structure defining where the symbol is * located, a reference number assigned by outgsd() in * asout.c, and the symbols address relative to the base * address of the area where the symbol is located. */ struct sym { struct sym *s_sp; /* Hash link */ struct tsym *s_tsym; /* Temporary symbol link */ char *s_id; /* Symbol: JLH change from [NCPS] */ char s_type; /* Symbol subtype */ char s_flag; /* Symbol flags */ struct area *s_area; /* Area line, 0 if absolute */ int s_ref; /* Ref. number */ Addr_T s_addr; /* Address */ Addr_T s_org; /* Start Address if absolute */ }; #define S_GBL 01 /* Global */ #define S_ASG 02 /* Assigned */ #define S_MDF 04 /* Mult. def */ #define S_END 010 /* End mark for pst. */ #define S_BIT 020 /* address of bit in byte memory */ #define S_NEW 0 /* New name */ #define S_USER 1 /* User name */ /* unused slot */ /* unused slot */ /* unused slot */ #define S_BYTE 5 /* .byte */ #define S_WORD 6 /* .word */ #define S_ASCII 7 /* .ascii */ #define S_ASCIZ 8 /* .asciz */ #define S_BLK 9 /* .blkb or .blkw */ #define S_INCL 10 /* .include */ #define S_DAREA 11 /* .area */ #define S_ATYP 12 /* .area type */ #define S_AREA 13 /* .area name */ #define S_GLOBL 14 /* .globl */ #define S_PAGE 15 /* .page */ #define S_TITLE 16 /* .title */ #define S_SBTL 17 /* .sbttl */ #define S_IF 18 /* .if */ #define S_ELSE 19 /* .else */ #define S_ENDIF 20 /* .endif */ #define S_EVEN 21 /* .even */ #define S_ODD 22 /* .odd */ #define S_RADIX 23 /* .radix */ #define S_ORG 24 /* .org */ #define S_MODUL 25 /* .module */ #define S_ASCIS 26 /* .ascis */ #define S_FLAT24 27 /* .flat24 */ #define S_OPTSDCC 28 /* .optsdcc */ /* * The tsym structure is a linked list of temporary * symbols defined in the assembler source files following * a normal symbol. The structure contains the temporary * symbols number, a flag (multiply defined), a pointer to the * area structure defining where the temporary structure * is located, and the temporary symbol's address relative * to the base address of the area where the symbol * is located. */ struct tsym { struct tsym *t_lnk; /* Link to next */ /* sandeep changed to 'int' from 'char' */ /* this will increase the number temp symbols that can be defined from 255 to INT_MAX */ int t_num; /* 0-INT_MAX$ */ int t_flg; /* flags */ struct area *t_area; /* Area */ Addr_T t_addr; /* Address */ }; /* * External Definitions for all Global Variables */ extern int aserr; /* ASxxxx error counter */ extern jmp_buf jump_env; /* compiler dependent structure * used by setjmp() and longjmp() */ extern int inpfil; /* count of assembler * input files specified */ extern int incfil; /* current file handle index * for include files */ extern int cfile; /* current file handle index * of input assembly files */ extern int flevel; /* IF-ELSE-ENDIF flag will be non * zero for false conditional case */ extern int tlevel; /* current conditional level */ extern int ifcnd[MAXIF+1]; /* array of IF statement condition * values (0 = FALSE) indexed by tlevel */ extern int iflvl[MAXIF+1]; /* array of IF-ELSE-ENDIF flevel * values indexed by tlevel */ extern char afn[PATH_MAX]; /* afile() temporary filespec */ extern char srcfn[MAXFIL][PATH_MAX]; /* array of source file names */ extern int srcline[MAXFIL]; /* current source file line */ extern char incfn[MAXINC][PATH_MAX]; /* array of include file names */ extern int incline[MAXINC]; /* current include file line */ extern int radix; /* current number conversion radix: * 2 (binary), 8 (octal), 10 (decimal), * 16 (hexadecimal) */ extern int line; /* current assembler source * line number */ extern int page; /* current page number */ extern int lop; /* current line number on page */ extern int pass; /* assembler pass number */ extern int org_cnt; /* .org directive counter */ extern int lflag; /* -l, generate listing flag */ extern int cflag; /* -c, generate sdcdb debug information */ extern int gflag; /* -g, make undefined symbols global flag */ extern int aflag; /* -a, make all symbols global flag */ extern int jflag; /* -j, generate debug information flag */ extern int oflag; /* -o, generate relocatable output flag */ extern int sflag; /* -s, generate symbol table flag */ extern int pflag; /* -p, enable listing pagination */ extern int xflag; /* -x, listing radix flag */ extern int fflag; /* -f(f), relocations flagged flag */ extern Addr_T laddr; /* address of current assembler line * or value of .if argument */ extern Addr_T fuzz; /* tracks pass to pass changes in the * address of symbols caused by * variable length instruction formats */ extern int lmode; /* listing mode */ extern struct area area[]; /* array of 1 area */ extern struct area *areap; /* pointer to an area structure */ extern struct sym sym[]; /* array of 1 symbol */ extern struct sym *symp; /* pointer to a symbol structure */ extern struct sym *symhash[NHASH]; /* array of pointers to NHASH * linked symbol lists */ extern struct mne *mnehash[NHASH]; /* array of pointers to NHASH * linked mnemonic/directive lists */ extern char *ep; /* pointer into error list * array eb[NERR] */ extern char eb[NERR]; /* array of generated error codes */ extern const char *ip; /* pointer into the assembler-source * text line in ib[] */ extern const char *ib; /* assembler-source text line */ extern char *cp; /* pointer to assembler output * array cb[] */ extern char cb[NCODE]; /* array of assembler output values */ extern int *cpt; /* pointer to assembler relocation type * output array cbt[] */ extern int cbt[NCODE]; /* array of assembler relocation types * describing the data in cb[] */ extern char tb[NTITL]; /* Title string buffer */ extern char stb[NSBTL]; /* Subtitle string buffer */ extern char optsdcc[NINPUT]; /* sdcc compile options */ extern int flat24Mode; /* non-zero if we are using DS390 24 bit * flat mode (via .flat24 directive). */ extern char symtbl[]; /* string "Symbol Table" */ extern char aretbl[]; /* string "Area Table" */ extern char module[NCPS]; /* module name string */ extern FILE *lfp; /* list output file handle */ extern FILE *ofp; /* relocation output file handle */ extern FILE *tfp; /* symbol table output file handle */ extern FILE *sfp[MAXFIL]; /* array of assembler-source file handles */ extern FILE *ifp[MAXINC]; /* array of include-file file handles */ extern unsigned char ctype[128]; /* array of character types, one per * ASCII character */ extern char ccase[128]; /* an array of characters which * perform the case translation function */ /* * Definitions for Character Types */ #define SPACE 0000 #define ETC 0000 #define LETTER 0001 #define DIGIT 0002 #define BINOP 0004 #define RAD2 0010 #define RAD8 0020 #define RAD10 0040 #define RAD16 0100 #define ILL 0200 #define DGT2 DIGIT|RAD16|RAD10|RAD8|RAD2 #define DGT8 DIGIT|RAD16|RAD10|RAD8 #define DGT10 DIGIT|RAD16|RAD10 #define LTR16 LETTER|RAD16 /* * The exp structure is used to return the evaluation * of an expression. The structure supports three valid * cases: * (1) The expression evaluates to a constant, * mode = S_USER, flag = 0, addr contains the * constant, and base = NULL. * (2) The expression evaluates to a defined symbol * plus or minus a constant, mode = S_USER, * flag = 0, addr contains the constant, and * base = pointer to area symbol. * (3) The expression evaluates to a external * global symbol plus or minus a constant, * mode = S_NEW, flag = 1, addr contains the * constant, and base = pointer to symbol. */ struct expr { char e_mode; /* Address mode */ char e_flag; /* Symbol flag */ Addr_T e_addr; /* Address */ union { struct area *e_ap; struct sym *e_sp; } e_base; /* Rel. base */ int e_rlcf; /* Rel. flags */ }; /* C Library functions */ /* for reference only extern VOID exit(); extern int fclose(); extern char * fgets(); extern FILE * fopen(); extern int fprintf(); extern VOID longjmp(); extern VOID * malloc(); extern int printf(); extern char putc(); extern int rewind(); extern int setjmp(); extern int strcmp(); extern char * strcpy(); extern int strlen(); extern char * strncpy(); */ /* Machine independent functions */ /* asmain.c */ extern FILE * afile(); extern VOID asexit(); extern VOID asmbl(); extern int main(); extern VOID newdot(); extern VOID phase(); extern VOID usage(); /* aslex.c */ extern char endline(); extern char get(); extern VOID getid(); extern int as_getline(); extern int getmap(); extern char getnb(); extern VOID getst(); extern int more(); extern VOID unget(); extern VOID chop_crlf(); /* assym.c */ extern struct area * alookup(); extern struct mne * mlookup(); extern int hash(); extern struct sym * lookup(); extern VOID * new(); extern char * strsto(char *str); extern int symeq(); extern VOID syminit(); extern VOID symglob(); extern VOID allglob(); /* assubr.c */ extern VOID aerr(); extern VOID diag(); extern VOID err(); extern VOID warnBanner(void); extern char * geterr(); extern VOID qerr(); extern VOID rerr(); /* asexpr.c */ extern VOID abscheck(); extern Addr_T absexpr(); extern VOID clrexpr(); extern int digit(); extern int is_abs(); extern VOID expr(); extern int oprio(); extern VOID term(); /* aslist.c */ extern VOID list(); extern VOID list1(); extern VOID list2(); extern VOID lstsym(); extern VOID slew(); /* asout.c */ extern int hibyte(); extern int lobyte(); extern int byte3(int); extern VOID out(); extern VOID outab(); extern VOID outarea(); extern VOID outaw(); extern VOID outall(); extern VOID outdot(); extern VOID outbuf(); extern VOID outchk(); extern VOID outgsd(); extern VOID outrb(); extern VOID outrw(struct expr *, int); extern VOID outr24(struct expr *, int); extern VOID outsym(); extern VOID out_lb(); extern VOID out_lw(); extern VOID out_l24(int, int); extern VOID out_rw(); extern VOID out_tw(); extern VOID out_t24(int); extern VOID outr11(); /* JLH */ extern VOID outr19(struct expr *, int, int); /* asnoice.c */ extern void DefineNoICE_Line(); extern void DefineCDB_Line(); /* Machine dependent variables */ extern char * cpu; extern char * dsft; extern int hilo; extern struct mne mne[]; /* Machine dependent functions */ extern VOID minit(); extern VOID machine(struct mne *); /* strcmpi.c */ extern int as_strcmpi(const char *s1, const char *s2); extern int as_strncmpi(const char *s1, const char *s2, size_t n); sdcc-2.9.0/as/mcs51/asmain.c000066400000000000000000001376061116427777700154450ustar00rootroot00000000000000/* asmain.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 29-Oct-97 JLH pass ";!" comments to output file */ #include #include #include #include #include #include "asm.h" /*)Module asmain.c * * The module asmain.c includes the command argument parser, * the three pass sequencer, and the machine independent * assembler parsing code. * * asmain.c contains the following functions: * VOID main(argc, argv) * VOID asexit() * VOID asmbl() * FILE * afile(fn, ft, wf) * VOID newdot(nap) * VOID phase(ap, a) * VOID usage() * * asmain.c contains the array char *usetxt[] which * references the usage text strings printed by usage(). */ static const char *search_path[100]; static int search_path_length; /** * The search_path_append is used to append another directory to the end * of the include file search path. * * @param dir * The directory to be added to the path. */ void search_path_append(const char *dir) { if (search_path_length < sizeof(search_path)/sizeof(char*)) { search_path[search_path_length++] = dir; } } /** * The search_path_fopen function is used to open the named file. If * the file isn't in the current directory, the search path is then used * to build a series of possible file names, and attempts to open them. * The first found is used. * * @param filename * The name of the file to be opened. * @param mode * The mode of the file to be opened. * @returns * what the fopen function would return on success, or NULL if the * file is not anywhere in the search path. */ static FILE * search_path_fopen(const char *filename, const char *mode) { FILE *fp; int j; fp = fopen(filename, mode); if (fp != NULL || filename[0] == '/' || filename[0] == '\\') return fp; for (j = 0; j < search_path_length; ++j) { char path[2000]; strncpy(path, search_path[j], sizeof(path)); if ((path[strlen(path) - 1] != '/') && (path[strlen(path) - 1] != DIR_SEPARATOR_CHAR)) { strncat(path, DIR_SEPARATOR_STRING, sizeof(path)); } strncat(path, filename, sizeof(path)); fp = fopen(path, mode); if (fp != NULL) return fp; } errno = ENOENT; return NULL; } /*)Function VOID main(argc, argv) * * int argc argument count * char * argv array of pointers to argument strings * * The function main() is the entry point to the assembler. * The purpose of main() is to (1) parse the command line * arguments for options and source file specifications and * (2) to process the source files through the 3 pass assembler. * Before each assembler pass various variables are initialized * and source files are rewound to their beginning. During each * assembler pass each assembler-source text line is processed. * After each assembler pass the assembler information is flushed * to any opened output files and the if-else-endif processing * is checked for proper termination. * * The function main() is also responsible for opening all * output files (REL, LST, and SYM), sequencing the global (-g) * and all-global (-a) variable definitions, and dumping the * REL file header information. * * local variables: * char * p pointer to argument string * int c character from argument string * int i argument loop counter * area * ap pointer to area structure * * global variables: * int aflag -a, make all symbols global flag * char afn[] afile() constructed filespec * area * areap pointer to an area structure * int cb[] array of assembler output values * int cbt[] array of assembler relocation types * describing the data in cb[] * int cfile current file handle index * of input assembly files * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * char eb[] array of generated error codes * char * ep pointer into error list array eb[] * int fflag -f(f), relocations flagged flag * int flevel IF-ELSE-ENDIF flag will be non * zero for false conditional case * Addr_T fuzz tracks pass to pass changes in the * address of symbols caused by * variable length instruction formats * int gflag -g, make undefined symbols global flag * char ib[] assembler-source text line * int inpfil count of assembler * input files specified * int ifcnd[] array of IF statement condition * values (0 = FALSE) indexed by tlevel * int iflvl[] array of IF-ELSE-ENDIF flevel * values indexed by tlevel * int incfil current file handle index * for include files * char * ip pointer into the assembler-source * text line in ib[] * jmp_buf jump_env compiler dependent structure * used by setjmp() and longjmp() * int lflag -l, generate listing flag * int line current assembler source * line number * int lop current line number on page * int oflag -o, generate relocatable output flag * int jflag -j, generate debug info flag * int page current page number * int pflag enable listing pagination * int pass assembler pass number * int radix current number conversion radix: * 2 (binary), 8 (octal), 10 (decimal), * 16 (hexadecimal) * int sflag -s, generate symbol table flag * char srcfn[][] array of source file names * int srcline[] current source file line * char stb[] Subtitle string buffer * sym * symp pointer to a symbol structure * int tlevel current conditional level * int xflag -x, listing radix flag * FILE * lfp list output file handle * FILE * ofp relocation output file handle * FILE * tfp symbol table output file handle * FILE * sfp[] array of assembler-source file handles * * called functions: * FILE * afile() asmain.c * VOID allglob() assym.c * VOID asexit() asmain.c * VOID diag() assubr.c * VOID err() assubr.c * int fprintf() c-library * int as_getline() aslex.c * VOID list() aslist.c * VOID lstsym() aslist.c * VOID minit() ___mch.c * VOID newdot() asmain.c * VOID outchk() asout.c * VOID outgsd() asout.c * int rewind() c-library * int setjmp() c-library * VOID symglob() assym.c * VOID syminit() assym.c * VOID usage() asmain.c * * side effects: * Completion of main() completes the assembly process. * REL, LST, and/or SYM files may be generated. */ int fatalErrors=0; char relFile[128]; int main(int argc, char *argv[]) { register char *p; register int c, i; struct area *ap; /*fprintf(stdout, "\n");*/ inpfil = -1; pflag = 1; for (i=1; i= 0) usage(); ++p; while ((c = *p++) != 0) switch(c) { case 'a': case 'A': ++aflag; break; case 'c': case 'C': ++cflag; break; case 'g': case 'G': ++gflag; break; case 'i': case 'I': search_path_append(p); while (*p) ++p; break; case 'j': /* JLH: debug info */ case 'J': ++jflag; ++oflag; /* force object */ break; case 'l': case 'L': ++lflag; break; case 'o': case 'O': ++oflag; break; case 's': case 'S': ++sflag; break; case 'p': case 'P': pflag = 0; break; case 'x': case 'X': xflag = 0; break; case 'q': case 'Q': xflag = 1; break; case 'd': case 'D': xflag = 2; break; case 'f': case 'F': ++fflag; break; default: usage(); } } else { if (++inpfil == MAXFIL) { fprintf(stderr, "too many input files\n"); asexit(1); } sfp[inpfil] = afile(p, "", 0); strcpy(srcfn[inpfil],afn); if (inpfil == 0) { if (lflag) lfp = afile(p, "lst", 1); if (oflag) { ofp = afile(p, "rel", 1); // save the file name if we have to delete it on error strcpy(relFile,afn); } if (sflag) tfp = afile(p, "sym", 1); } } } if (inpfil < 0) usage(); syminit(); for (pass=0; pass<3; ++pass) { if (gflag && pass == 1) symglob(); if (aflag && pass == 1) allglob(); if (oflag && pass == 2) outgsd(); flevel = 0; tlevel = 0; ifcnd[0] = 0; iflvl[0] = 0; radix = 10; srcline[0] = 0; page = 0; org_cnt = 0; stb[0] = 0; lop = NLPP; cfile = 0; incfil = -1; for (i = 0; i <= inpfil; i++) rewind(sfp[i]); ap = areap; while (ap) { ap->a_fuzz = 0; ap->a_size = 0; ap = ap->a_ap; } fuzz = 0; dot.s_addr = 0; dot.s_area = &dca; symp = ˙ minit(); while (as_getline()) { cp = cb; cpt = cbt; ep = eb; ip = ib; /* JLH: if line begins with ";!", then * pass this comment on to the output file */ if (oflag && (pass == 1) && (ip[0] == ';') && (ip[1] == '!')) { fprintf(ofp, "%s\n", ip ); } if (setjmp(jump_env) == 0) asmbl(); if (pass == 2) { diag(); list(); } } newdot(dot.s_area); /* Flush area info */ if (flevel || tlevel) err('i'); } if (oflag) outchk(HUGE, HUGE); /* Flush */ if (sflag) { lstsym(tfp); } else if (lflag) { lstsym(lfp); } //printf ("aserr: %d\n", aserr); //printf ("fatalErrors: %d\n", fatalErrors); asexit(fatalErrors); return 0; // hush the compiler } /*)Function VOID asexit(i) * * int i exit code * * The function asexit() explicitly closes all open * files and then terminates the program. * * local variables: * int j loop counter * * global variables: * FILE * ifp[] array of include-file file handles * FILE * lfp list output file handle * FILE * ofp relocation output file handle * FILE * tfp symbol table output file handle * FILE * sfp[] array of assembler-source file handles * * functions called: * int fclose() c-library * VOID exit() c-library * * side effects: * All files closed. Program terminates. */ VOID asexit(int i) { int j; if (lfp != NULL) fclose(lfp); if (ofp != NULL) fclose(ofp); if (tfp != NULL) fclose(tfp); for (j=0; j= 0) { n = 10*n + d; c = get(); } if (c != '$' || get() != ':') qerr(); tp = symp->s_tsym; if (pass == 0) { while (tp) { if (n == tp->t_num) { tp->t_flg |= S_MDF; break; } tp = tp->t_lnk; } if (tp == NULL) { tp=(struct tsym *) new (sizeof(struct tsym)); tp->t_lnk = symp->s_tsym; tp->t_num = n; tp->t_flg = 0; tp->t_area = dot.s_area; tp->t_addr = dot.s_addr; symp->s_tsym = tp; } } else { while (tp) { if (n == tp->t_num) { break; } tp = tp->t_lnk; } if (tp) { if (pass == 1) { fuzz = tp->t_addr - dot.s_addr; tp->t_area = dot.s_area; tp->t_addr = dot.s_addr; } else { phase(tp->t_area, tp->t_addr); if (tp->t_flg & S_MDF) err('m'); } } else { err('u'); } } lmode = ALIST; goto loop; } /* * If the first character is a letter then assume a label, * symbol, assembler directive, or assembler mnemonic is * being processed. */ if ((ctype[c] & LETTER) == 0) { if (flevel) { return; } else { qerr(); } } getid(id, c); c = getnb(); /* * If the next character is a : then a label is being processed. * A double :: defines a global label. If this is new label * then create a symbol structure. * pass 0: * Flag multiply defined labels. * pass 1: * Load area, address, and fuzz values * into structure symp. * pass 2: * Check for assembler phase error and * multiply defined error. */ if (c == ':') { if (flevel) return; if ((c = get()) != ':') { unget(c); c = 0; } symp = lookup(id); if (symp == &dot) err('.'); if (pass == 0) if ((symp->s_type != S_NEW) && ((symp->s_flag & S_ASG) == 0)) symp->s_flag |= S_MDF; if (pass != 2) { fuzz = symp->s_addr - dot.s_addr; symp->s_type = S_USER; symp->s_area = dot.s_area; symp->s_addr = dot.s_addr; } else { if (symp->s_flag & S_MDF) err('m'); phase(symp->s_area, symp->s_addr); } if (c) { symp->s_flag |= S_GBL; } lmode = ALIST; goto loop; } /* * If the next character is a = then an equate is being processed. * A double == defines a global equate. If this is new variable * then create a symbol structure. */ if (c == '=') { if (flevel) return; if ((c = get()) != '=') { unget(c); c = 0; } clrexpr(&e1); expr(&e1, 0); sp = lookup(id); if (sp == &dot) { outall(); if (e1.e_flag || e1.e_base.e_ap != dot.s_area) err('.'); } else if (sp->s_type != S_NEW && (sp->s_flag & S_ASG) == 0) { err('m'); } sp->s_type = S_USER; sp->s_area = e1.e_base.e_ap; sp->s_addr = laddr = e1.e_addr; sp->s_flag |= S_ASG; if (c) { sp->s_flag |= S_GBL; } lmode = ELIST; goto loop; } unget(c); lmode = flevel ? SLIST : CLIST; if ((mp = mlookup(id)) == NULL) { if (!flevel) err('o'); return; } /* * If we have gotten this far then we have found an * assembler directive or an assembler mnemonic. * * Check for .if, .else, .endif, and .page directives * which are not controlled by the conditional flags */ switch (mp->m_type) { case S_IF: n = absexpr(); if (tlevel < MAXIF) { ++tlevel; ifcnd[tlevel] = n; iflvl[tlevel] = flevel; if (n == 0) { ++flevel; } } else { err('i'); } lmode = ELIST; laddr = n; return; case S_ELSE: if (ifcnd[tlevel]) { if (++flevel > (iflvl[tlevel]+1)) { err('i'); } } else { if (--flevel < iflvl[tlevel]) { err('i'); } } lmode = SLIST; return; case S_ENDIF: if (tlevel) { flevel = iflvl[tlevel--]; } else { err('i'); } lmode = SLIST; return; case S_PAGE: lop = NLPP; lmode = NLIST; return; default: break; } if (flevel) return; /* * If we are not in a false state for .if/.else then * process the assembler directives here. */ switch (mp->m_type) { case S_EVEN: outall(); laddr = dot.s_addr = (dot.s_addr + 1) & ~1; lmode = ALIST; break; case S_ODD: outall(); laddr = dot.s_addr |= 1; lmode = ALIST; break; case S_BYTE: case S_WORD: do { clrexpr(&e1); expr(&e1, 0); if (mp->m_type == S_BYTE) { outrb(&e1, R_NORM); } else { outrw(&e1, R_NORM); } } while ((c = getnb()) == ','); unget(c); break; case S_ASCII: case S_ASCIZ: if ((d = getnb()) == '\0') qerr(); while ((c = getmap(d)) >= 0) outab(c); if (mp->m_type == S_ASCIZ) outab(0); break; case S_ASCIS: if ((d = getnb()) == '\0') qerr(); c = getmap(d); while (c >= 0) { if ((n = getmap(d)) >= 0) { outab(c); } else { outab(c | 0x80); } c = n; } break; case S_BLK: clrexpr(&e1); expr(&e1, 0); outchk(HUGE,HUGE); dot.s_addr += e1.e_addr*mp->m_valu; lmode = BLIST; break; case S_TITLE: p = tb; if ((c = getnb()) != 0) { do { if (p < &tb[NTITL-1]) *p++ = c; } while ((c = get()) != 0); } *p = 0; unget(c); lmode = SLIST; break; case S_SBTL: p = stb; if ((c = getnb()) != 0) { do { if (p < &stb[NSBTL-1]) *p++ = c; } while ((c = get()) != 0); } *p = 0; unget(c); lmode = SLIST; break; case S_MODUL: getst(id, getnb()); // a module can start with a digit if (pass == 0) { if (module[0]) { err('m'); } else { strncpy(module, id, NCPS); } } lmode = SLIST; break; case S_OPTSDCC: p = optsdcc; if ((c = getnb()) != 0) { do { if (p < &optsdcc[NINPUT-1]) *p++ = c; } while ((c = get()) != 0); } *p = 0; unget(c); lmode = SLIST; /*if (pass == 0) printf("optsdcc=%s\n", optsdcc);*/ break; case S_GLOBL: do { getid(id, -1); sp = lookup(id); sp->s_flag |= S_GBL; } while ((c = getnb()) == ','); unget(c); lmode = SLIST; break; case S_DAREA: getid(id, -1); uaf = 0; uf = A_CON|A_REL; if ((c = getnb()) == '(') { do { getid(opt, -1); mp = mlookup(opt); if (mp && mp->m_type == S_ATYP) { ++uaf; uf |= mp->m_valu; } else { err('u'); } } while ((c = getnb()) == ','); if (c != ')') qerr(); } else { unget(c); } if ((ap = alookup(id)) != NULL) { if (uaf && uf != ap->a_flag) err('m'); } else { ap = (struct area *) new (sizeof(struct area)); ap->a_ap = areap; strncpy(ap->a_id, id, NCPS); ap->a_ref = areap->a_ref + 1; ap->a_addr = 0; ap->a_size = 0; ap->a_fuzz = 0; ap->a_flag = uaf ? uf : (A_CON|A_REL); areap = ap; } newdot(ap); lmode = SLIST; if (dot.s_area->a_flag & A_ABS) abs_ap = ap; break; case S_ORG: if (dot.s_area->a_flag & A_ABS) { char buf[NCPS]; laddr = absexpr(); sprintf(buf, "%s%x", abs_ap->a_id, org_cnt++); if ((ap = alookup(buf)) == NULL) { ap = (struct area *) new (sizeof(struct area)); *ap = *areap; ap->a_ap = areap; strncpy(ap->a_id, buf, NCPS); ap->a_ref = areap->a_ref + 1; ap->a_size = 0; ap->a_fuzz = 0; areap = ap; } newdot(ap); lmode = ALIST; dot.s_addr = dot.s_org = laddr; } else { err('o'); } break; case S_RADIX: if (more()) { switch (getnb()) { case 'b': case 'B': radix = 2; break; case '@': case 'o': case 'O': case 'q': case 'Q': radix = 8; break; case 'd': case 'D': radix = 10; break; case 'h': case 'H': case 'x': case 'X': radix = 16; break; default: radix = 10; qerr(); break; } } else { radix = 10; } lmode = SLIST; break; case S_INCL: d = getnb(); p = fn; while ((c = get()) != d) { if (p < &fn[PATH_MAX-1]) { *p++ = c; } else { break; } } *p = 0; if ((++incfil == MAXINC) || (ifp[incfil] = search_path_fopen(fn, "r")) == NULL) { --incfil; err('i'); } else { lop = NLPP; incline[incfil] = 0; strcpy(incfn[incfil],fn); } lmode = SLIST; break; case S_FLAT24: if (more()) { getst(id, -1); if (!as_strcmpi(id, "on")) { /* Quick sanity check: size of * Addr_T must be at least 24 bits. */ if (sizeof(Addr_T) < 3) { warnBanner(); fprintf(stderr, "Cannot enable Flat24 mode: " "host system must have 24 bit " "or greater integers.\n"); } else { flat24Mode = 1; } } else if (!as_strcmpi(id, "off")) { flat24Mode = 0; } else { qerr(); } } else { qerr(); } lmode = SLIST; #if 0 printf("as8051: ds390 flat mode %sabled.\n", flat24Mode ? "en" : "dis"); #endif break; /* * If not an assembler directive then go to * the machine dependent function which handles * all the assembler mnemonics. */ default: machine(mp); /* if cdb information then generate the line info */ if (cflag && (pass == 1)) DefineCDB_Line(); /* JLH: if -j, generate a line number symbol */ if (jflag && (pass == 1)) { DefineNoICE_Line(); } } goto loop; } /*)Function FILE * afile(fn, ft, wf) * * char * fn file specification string * char * ft file type string * int wf read(0)/write(1) flag * * The function afile() opens a file for reading or writing. * (1) If the file type specification string ft * is not NULL then a file specification is * constructed with the file path\name in fn * and the extension in ft. * (2) If the file type specification string ft * is NULL then the file specification is * constructed from fn. If fn does not have * a file type then the default source file * type dsft is appended to the file specification. * * afile() returns a file handle for the opened file or aborts * the assembler on an open error. * * local variables: * int c character value * FILE * fp filehandle for opened file * char * p1 pointer to filespec string fn * char * p2 pointer to filespec string fb * char * p3 pointer to filetype string ft * * global variables: * char afn[] afile() constructed filespec * char dsft[] default assembler file type string * char afn[] constructed file specification string * * functions called: * VOID asexit() asmain.c * FILE * fopen() c_library * int fprintf() c_library * * side effects: * File is opened for read or write. */ FILE * afile(char *fn, char *ft, int wf) { register char *p2, *p3; register int c; FILE *fp; p2 = afn; p3 = ft; strcpy (afn, fn); p2 = strrchr (afn, FSEPX); // search last '.' if (!p2) p2 = afn + strlen (afn); if (p2 > &afn[PATH_MAX-4]) // truncate filename, if it's too long p2 = &afn[PATH_MAX-4]; *p2++ = FSEPX; // choose a file-extension if (*p3 == 0) { // extension supplied? p3 = strrchr (fn, FSEPX); // no: extension in fn? if (p3) ++p3; else p3 = dsft; // no: default extension } while ((c = *p3++) != 0) { // strncpy if (p2 < &afn[PATH_MAX-1]) *p2++ = c; } *p2++ = 0; if ((fp = fopen(afn, wf?"w":"r")) == NULL) { fprintf(stderr, "%s: cannot %s.\n", afn, wf?"create":"open"); asexit(1); } return (fp); } /*)Function VOID newdot(nap) * * area * nap pointer to the new area structure * * The function newdot(): * (1) copies the current values of fuzz and the last * address into the current area referenced by dot * (2) loads dot with the pointer to the new area and * loads the fuzz and last address parameters * (3) outall() is called to flush any remaining * bufferred code from the old area to the output * * local variables: * area * oap pointer to old area * * global variables: * sym dot defined as sym[0] * Addr_T fuzz tracks pass to pass changes in the * address of symbols caused by * variable length instruction formats * * functions called: * none * * side effects: * Current area saved, new area loaded, buffers flushed. */ VOID newdot(register struct area *nap) { register struct area *oap; oap = dot.s_area; /* fprintf (stderr, "%s dot.s_area->a_size: %d dot.s_addr: %d\n", oap->a_id, dot.s_area->a_size, dot.s_addr); */ oap->a_fuzz = fuzz; if (oap->a_flag & A_OVR) { // the size of an overlay is the biggest size encountered if (oap->a_size < dot.s_addr) { oap->a_size = dot.s_addr; } } else if (oap->a_flag & A_ABS) { oap->a_addr = dot.s_org; oap->a_size += dot.s_addr - dot.s_org; dot.s_addr = dot.s_org = 0; } else { oap->a_addr = 0; oap->a_size = dot.s_addr; } if (nap->a_flag & A_OVR) { // a new overlay starts at 0, no fuzz dot.s_addr = 0; fuzz = 0; } else if (nap->a_flag & A_ABS) { // a new absolute starts at org, no fuzz dot.s_addr = dot.s_org; fuzz = 0; } else { dot.s_addr = nap->a_size; fuzz = nap->a_fuzz; } dot.s_area = nap; outall(); } /*)Function VOID phase(ap, a) * * area * ap pointer to area * Addr_T a address in area * * Function phase() compares the area ap and address a * with the current area dot.s_area and address dot.s_addr * to determine if the position of the symbol has changed * between assembler passes. * * local variables: * none * * global varaibles: * sym * dot defined as sym[0] * * functions called: * none * * side effects: * The p error is invoked if the area and/or address * has changed. */ VOID phase(struct area *ap, Addr_T a) { if (ap != dot.s_area || a != dot.s_addr) err('p'); } char *usetxt[] = { "Usage: [-dqxjgalopsf][ -I ] file1 [file2 file3 ...]", " d decimal listing", " q octal listing", " x hex listing (default)", " j add line number and debug information to file", /* JLH */ " g undefined symbols made global", " a all user symbols made global", " l create list output file1[LST]", " o create object output file1[REL]", " s create symbol output file1[SYM]", " c generate sdcdb debug information", " p disable listing pagination", " f flag relocatable references by ` in listing file", " ff flag relocatable references by mode in listing file", "-I Add the named directory to the include file", " search path. This option may be used more than once.", " Directories are searched in the order given.", "", 0 }; /*)Function VOID usage() * * The function usage() outputs to the stderr device the * assembler name and version and a list of valid assembler options. * * local variables: * char ** dp pointer to an array of * text string pointers. * * global variables: * char cpu[] assembler type string * char * usetxt[] array of string pointers * * functions called: * VOID asexit() asmain.c * int fprintf() c_library * * side effects: * program is terminated */ VOID usage(void) { register char **dp; fprintf(stderr, "\nASxxxx Assembler %s (%s)\n\n", VERSION, cpu); for (dp = usetxt; *dp; dp++) fprintf(stderr, "%s\n", *dp); asexit(1); } sdcc-2.9.0/as/mcs51/asout.c000066400000000000000000001343621116427777700153240ustar00rootroot00000000000000/* asout.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 JLH: * - outsym: show s_id as string rather than array [NCPS] * - Added outr11 to support 8051's 11 bit destination address */ #include #include #include #include "asm.h" /*)Module asout.c * * The module asout.c contains all the functions used to * generate the .REL assembler output file. * * * The assemblers' output object file is an ascii file containing * the information needed by the linker to bind multiple object * modules into a complete loadable memory image. * * The object module contains the following designators: * * [XDQ][HL] * X Hexadecimal radix * D Decimal radix * Q Octal radix * * H Most significant byte first * L Least significant byte first * * H Header * M Module * A Area * S Symbol * T Object code * R Relocation information * P Paging information * * * (1) Radix Line * * The first line of an object module contains the [XDQ][HL] * format specifier (i.e. XH indicates a hexadecimal file with * most significant byte first) for the following designators. * * * (2) Header Line * * H aa areas gg global symbols * * The header line specifies the number of areas(aa) and the * number of global symbols(gg) defined or referenced in this ob- * ject module segment. * * * (3) Module Line * * M name * * The module line specifies the module name from which this * header segment was assembled. The module line will not appear * if the .module directive was not used in the source program. * * * (4) Symbol Line * * S string Defnnnn * * or * * S string Refnnnn * * The symbol line defines (Def) or references (Ref) the symbol * 'string' with the value nnnn. The defined value is relative to * the current area base address. References to constants and ex- * ternal global symbols will always appear before the first area * definition. References to external symbols will have a value of * zero. * * * (5) Area Line * * A label size ss flags ff * * The area line defines the area label, the size (ss) of the * area in bytes, and the area flags (ff). The area flags specify * the ABS, REL, CON, OVR, and PAG parameters: * * OVR/CON (0x04/0x00 i.e. bit position 2) * * ABS/REL (0x08/0x00 i.e. bit position 3) * * PAG (0x10 i.e. bit position 4) * * * (6) T Line * * T xx xx nn nn nn nn nn ... * * The T line contains the assembled code output by the assem- * bler with xx xx being the offset address from the current area * base address and nn being the assembled instructions and data in * byte format. * * * (7) R Line * * R 0 0 nn nn n1 n2 xx xx ... * * The R line provides the relocation information to the linker. * The nn nn value is the current area index, i.e. which area the * current values were assembled. Relocation information is en- * coded in groups of 4 bytes: * * 1. n1 is the relocation mode and object format * 1. bit 0 word(0x00)/byte(0x01) * 2. bit 1 relocatable area(0x00)/symbol(0x02) * 3. bit 2 normal(0x00)/PC relative(0x04) relocation * 4. bit 3 1-byte(0x00)/2-byte(0x08) object format for * byte data * 5. bit 4 signed(0x00)/unsigned(0x10) byte data * 6. bit 5 normal(0x00)/page '0'(0x20) reference * 7. bit 6 normal(0x00)/page 'nnn'(0x40) reference * 8. bit 7 normal(0x00)/MSB of value * * 2. n2 is a byte index into the corresponding (i.e. pre- * ceeding) T line data (i.e. a pointer to the data to be * updated by the relocation). The T line data may be * 1-byte or 2-byte byte data format or 2-byte word * format. * * 3. xx xx is the area/symbol index for the area/symbol be- * ing referenced. the corresponding area/symbol is found * in the header area/symbol lists. * * * The groups of 4 bytes are repeated for each item requiring relo- * cation in the preceeding T line. * * * (8) P Line * * P 0 0 nn nn n1 n2 xx xx * * The P line provides the paging information to the linker as * specified by a .setdp directive. The format of the relocation * information is identical to that of the R line. The correspond- * ing T line has the following information: * T xx xx aa aa bb bb * * Where aa aa is the area reference number which specifies the * selected page area and bb bb is the base address of the page. * bb bb will require relocation processing if the 'n1 n2 xx xx' is * specified in the P line. The linker will verify that the base * address is on a 256 byte boundary and that the page length of an * area defined with the PAG type is not larger than 256 bytes. * * The linker defaults any direct page references to the first * area defined in the input REL file. All ASxxxx assemblers will * specify the _CODE area first, making this the default page area. * * * asout.c contains the following functions: * int lobyte() * int hibyte() * VOID out() * VOID outab() * VOID outall() * VOID outarea() * VOID outaw() * VOID outbuf() * VOID outchk() * VOID outdot() * VOID outdp() * VOID outgsd() * VOID outrb() * VOID outrw() * VOID outsym() * VOID out_lb() * VOID out_lw() * VOID out_rw() * VOID out_tw() * * The module asout.c contains the following local variables: * int rel[] relocation data for code/data array * int * relp pointer to rel array * int txt[] assembled code/data array * int * txtp pointer to txt array */ #define NTXT 16 #define NREL 16 char txt[NTXT]; char rel[NREL]; char *txtp = { &txt[0] }; char *relp = { &rel[0] }; /*)Function VOID outab(b) * * int b assembler data word * * The function outab() processes a single word of * assembled data in absolute format. * * local variables: * int * txtp pointer to data word * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID outchk() asout.c * VOID out_lb() asout.c * * side effects: * The current assembly address is incremented by 1. */ VOID outab(int b) { if (pass == 2) { out_lb(b,0); if (oflag) { outchk(1, 0); *txtp++ = lobyte(b); } } ++dot.s_addr; } /*)Function VOID outaw(w) * * int w assembler data word * * The function outaw() processes a single word of * assembled data in absolute format. * * local variables: * int * txtp pointer to data word * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID outchk() asout.c * VOID out_lw() asout.c * * side effects: * The current assembly address is incremented by 2. */ VOID outaw(int w) { if (pass == 2) { out_lw(w,0); if (oflag) { outchk(2, 0); out_tw(w); } } dot.s_addr += 2; } /*)Function VOID write_rmode(r) * * int r relocation mode * * write_rmode puts the passed relocation mode into the * output relp buffer, escaping it if necessary. * * global variables: * int * relp pointer to rel array * * functions called: * VOID rerr() assubr.c * * side effects: * relp is incremented appropriately. */ VOID write_rmode(int r) { /* We need to escape the relocation mode if it is greater * than a byte, or if it happens to look like an escape. * (I don't think that the latter case is legal, but * better safe than sorry). */ if ((r > 0xff) || ((r & R_ESCAPE_MASK) == R_ESCAPE_MASK)) { /* Hack in up to an extra 4 bits of flags with escape. */ if (r > 0xfff) { /* uh-oh.. we have more than 4 extra bits. */ fprintf(stderr, "Internal error: relocation mode 0x%X too big.\n", r); rerr(); } /* printf("escaping relocation mode\n"); */ *relp++ = R_ESCAPE_MASK | (r >> 8); *relp++ = r & 0xff; } else { *relp++ = r; } } /*)Function VOID outrb(esp, r) * * expr * esp pointer to expr structure * int r relocation mode * * The function outrb() processes a byte of generated code * in either absolute or relocatable format dependent upon * the data contained in the expr structure esp. If the * .REL output is enabled then the appropriate information * is loaded into the txt and rel buffers. * * local variables: * int n symbol/area reference number * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * sym dot defined as sym[0] * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID aerr() assubr.c * VOID outchk() asout.c * VOID out_lb() asout.c * VOID out_rb() asout.c * VOID out_tb() asout.c * * side effects: * The current assembly address is incremented by 1. */ VOID outrb(struct expr *esp, int r) { register int n; if (pass == 2) { if (esp->e_flag==0 && esp->e_base.e_ap==NULL) { /* This is a constant; simply write the * const byte to the T line and don't * generate any relocation info. */ out_lb(lobyte(esp->e_addr),0); if (oflag) { outchk(1, 0); *txtp++ = lobyte(esp->e_addr); } } else { /* We are generating a single byte of relocatable * info. * * We generate a 24 bit address. The linker will * select a single byte based on whether R_MSB or * R_HIB is set. */ { /* 24 bit mode. */ r |= R_BYTE | R_BYT3 | esp->e_rlcf; if (r & R_HIB) { /* Probably should mark this differently in the * listing file. */ out_lb(byte3(esp->e_addr),r|R_RELOC|R_HIGH); } else if (r & R_MSB) { out_lb(hibyte(esp->e_addr),r|R_RELOC|R_HIGH); } else { out_lb(lobyte(esp->e_addr),r|R_RELOC); } if (oflag) { outchk(3, 5); out_t24(esp->e_addr); if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } write_rmode(r); *relp++ = txtp - txt - 3; out_rw(n); } } } } ++dot.s_addr; } /*)Function VOID outrw(esp, r) * * expr * esp pointer to expr structure * int r relocation mode * * The function outrw() processes a word of generated code * in either absolute or relocatable format dependent upon * the data contained in the expr structure esp. If the * .REL output is enabled then the appropriate information * is loaded into the txt and rel buffers. * * local variables: * int n symbol/area reference number * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * sym dot defined as sym[0] * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID aerr() assubr.c * VOID outchk() asout.c * VOID out_lw() asout.c * VOID out_rw() asout.c * VOID out_tw() asout.c * * side effects: * The current assembly address is incremented by 2. */ VOID outrw(struct expr *esp, int r) { register int n; if (pass == 2) { if (esp->e_addr > 0xffff) { warnBanner(); fprintf(stderr, "large constant 0x%x truncated to 16 bits\n", esp->e_addr); } if (esp->e_flag==0 && esp->e_base.e_ap==NULL) { out_lw(esp->e_addr,0); if (oflag) { outchk(2, 0); out_tw(esp->e_addr); } } else { r |= R_WORD | esp->e_rlcf; if (r & R_BYT2) { rerr(); if (r & R_MSB) { out_lw(hibyte(esp->e_addr),r|R_RELOC); } else { out_lw(lobyte(esp->e_addr),r|R_RELOC); } } else { out_lw(esp->e_addr,r|R_RELOC); } if (oflag) { outchk(2, 5); out_tw(esp->e_addr); if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } if (IS_C24(r)) { /* If this happens, the linker will * attempt to process this 16 bit field * as 24 bits. That would be bad. */ fprintf(stderr, "***Internal error: C24 out in " "outrw()\n"); rerr(); } write_rmode(r); *relp++ = txtp - txt - 2; out_rw(n); } } } dot.s_addr += 2; } /*)Function VOID outr24(esp, r) * * expr * esp pointer to expr structure * int r relocation mode * * The function outr24() processes 24 bits of generated code * in either absolute or relocatable format dependent upon * the data contained in the expr structure esp. If the * .REL output is enabled then the appropriate information * is loaded into the txt and rel buffers. * * local variables: * int n symbol/area reference number * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * sym dot defined as sym[0] * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID aerr() assubr.c * VOID outchk() asout.c * VOID out_l24() asout.c * VOID out_rw() asout.c * VOID out_t24() asout.c * * side effects: * The current assembly address is incremented by 3. */ VOID outr24(struct expr *esp, int r) { register int n; if (pass == 2) { if (esp->e_flag==0 && esp->e_base.e_ap==NULL) { /* This is a constant expression. */ out_l24(esp->e_addr,0); if (oflag) { outchk(3, 0); out_t24(esp->e_addr); } } else { /* This is a symbol. */ r |= R_WORD | esp->e_rlcf; if (r & R_BYT2) { /* I have no idea what this case is. */ rerr(); if (r & R_MSB) { out_lw(hibyte(esp->e_addr),r|R_RELOC); } else { out_lw(lobyte(esp->e_addr),r|R_RELOC); } } else { out_l24(esp->e_addr,r|R_RELOC); } if (oflag) { outchk(3, 5); out_t24(esp->e_addr); if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } if (r & R_BYTE) { /* If this occurs, we cannot properly * code the relocation data with the * R_C24 flag. This means the linker * will fail to do the 24 bit relocation. * Which will suck. */ fprintf(stderr, "***Internal error: BYTE out in 24 " "bit flat mode unexpected.\n"); rerr(); } write_rmode(r | R_C24); *relp++ = txtp - txt - 3; out_rw(n); } } } dot.s_addr += 3; } /*)Function VOID outdp(carea, esp) * * area * carea pointer to current area strcuture * expr * esp pointer to expr structure * * The function outdp() flushes the output buffer and * outputs paging information to the .REL file. * * local variables: * int n symbol/area reference number * int r relocation mode * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID outbuf() asout.c * VOID outchk() asout.c * VOID out_rw() asout.c * VOID out_tw() asout.c * * side effects: * Output buffer flushed to .REL fiel. * Paging information dumped to .REL file. */ VOID outdp(register struct area *carea, register struct expr *esp) { register int n, r; if (oflag && pass==2) { outchk(HUGE,HUGE); out_tw(carea->a_ref); out_tw(esp->e_addr); if (esp->e_flag || esp->e_base.e_ap!=NULL) { r = R_WORD; if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } write_rmode(r); *relp++ = txtp - txt - 2; out_rw(n); } outbuf("P"); } } /*)Function VOID outall() * * The function outall() will output any bufferred assembled * data and relocation information (during pass 2 if the .REL * output has been enabled). * * local variables: * none * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID outbuf() asout.c * * side effects: * assembled data and relocation buffers will be cleared. */ VOID outall(void) { if (oflag && pass==2) outbuf("R"); } /*)Function VOID outdot() * * The function outdot() outputs information about the * current program counter value (during pass 2 if the .REL * output has been enabled). * * local variables: * none * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * int fprintf() c_library * VOID out() asout.c * * side effects: * assembled data and relocation buffers will be cleared. */ VOID outdot(void) { if (oflag && pass==2) { fprintf(ofp, "T"); out(txt,(int) (txtp-txt)); fprintf(ofp, "\n"); fprintf(ofp, "R"); out(rel,(int) (relp-rel)); fprintf(ofp, "\n"); txtp = txt; relp = rel; } } /*)Function outchk(nt, nr) * * int nr number of additional relocation words * int nt number of additional data words * * The function outchk() checks the data and relocation buffers * for space to insert the nt data words and nr relocation words. * If space is not available then output the current data and * initialize the data buffers to receive the new data. * * local variables: * area * ap pointer to an area structure * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * sym dot defined as sym[0] * * functions called: * VOID outbuf() asout.c * * side effects: * Data and relocation buffers may be emptied and initialized. */ VOID outchk(int nt, int nr) { register struct area *ap; if (txtp+nt > &txt[NTXT] || relp+nr > &rel[NREL]) { outbuf("R"); } if (txtp == txt) { out_tw(dot.s_addr); if ((ap = dot.s_area) != NULL) { write_rmode(R_WORD|R_AREA); *relp++ = 0; out_rw(ap->a_ref); } } } /*)Function VOID outbuf() * * The function outbuf() will output any bufferred data * and relocation information to the .REL file. The output * buffer pointers and counters are initialized. * * local variables: * int rel[] relocation data for code/data array * int * relp pointer to rel array * int txt[] assembled code/data array * int * txtp pointer to txt array * * global variables: * FILE * ofp relocation output file handle * * functions called: * VOID out() asout.c * * side effects: * All bufferred data written to .REL file and * buffer pointers and counters initialized. */ VOID outbuf(char *s) { if (txtp > &txt[2]) { fprintf(ofp, "T"); out(txt,(int) (txtp-txt)); fprintf(ofp, "\n"); fprintf(ofp, "%s", s); out(rel,(int) (relp-rel)); fprintf(ofp, "\n"); } txtp = txt; relp = rel; } /*)Function VOID outgsd() * * The function outgsd() performs the following: * (1) outputs the .REL file radix * (2) outputs the header specifying the number * of areas and global symbols * (3) outputs the module name * (4) set the reference number and output a symbol line * for all external global variables and absolutes * (5) output an area name, set reference number and output * a symbol line for all global relocatables in the area. * Repeat this proceedure for all areas. * * local variables: * area * ap pointer to an area structure * sym * sp pointer to a sym structure * int i loop counter * int j loop counter * int c string character value * int narea number of code areas * char * ptr string pointer * int nglob number of global symbols * int rn symbol reference number * * global variables: * area * areap pointer to an area structure * char module[] module name string * sym * symhash[] array of pointers to NHASH * linked symbol lists * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * VOID outarea() asout.c * VOID outsym() asout.c * int putc() c_library * * side effects: * All symbols are given reference numbers, all symbol * and area information is output to the .REL file. */ VOID outgsd(void) { register struct area *ap; register struct sym *sp; register int i, j; char *ptr; int c, narea, nglob, rn; /* * Number of areas */ narea = areap->a_ref + 1; /* * Number of global references/absolutes */ nglob = 0; for (i = 0; i < NHASH; ++i) { sp = symhash[i]; while (sp) { if (sp->s_flag&S_GBL) ++nglob; sp = sp->s_sp; } } /* * Output Radix and number of areas and symbols */ if (xflag == 0) { fprintf(ofp, "X%c\n", hilo ? 'H' : 'L'); fprintf(ofp, "H %X areas %X global symbols\n", narea, nglob); } else if (xflag == 1) { fprintf(ofp, "Q%c\n", hilo ? 'H' : 'L'); fprintf(ofp, "H %o areas %o global symbols\n", narea, nglob); } else if (xflag == 2) { fprintf(ofp, "D%c\n", hilo ? 'H' : 'L'); fprintf(ofp, "H %u areas %u global symbols\n", narea, nglob); } /* * Module name */ if (module[0]) { fprintf(ofp, "M "); ptr = &module[0]; while (ptr < &module[NCPS]) { if ((c = *ptr++) != 0) putc(c, ofp); } putc('\n', ofp); } /* * Sdcc compile options */ if (strlen(optsdcc)) fprintf(ofp, "O %s\n", optsdcc); /* * Global references and absolutes. */ rn = 0; for (i=0; is_area==NULL && sp->s_flag&S_GBL) { sp->s_ref = rn++; outsym(sp); } sp = sp->s_sp; } } /* * Global relocatables. */ for (i=0; ia_ref != i) ap = ap->a_ap; outarea(ap); for (j=0; js_area==ap && sp->s_flag&S_GBL) { sp->s_ref = rn++; outsym(sp); } sp = sp->s_sp; } } } } /*)Function VOID outarea(ap) * * area * ap pointer to an area structure * * The function outarea() outputs the A line to the .REL * file. The A line contains the area's name, size, and * attributes. * * local variables: * char * ptr pointer to area id string * int c character value * * global variables: * FILE * ofp relocation output file handle * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * int putc() c_library * * side effects: * The A line is sent to the .REL file. */ VOID outarea(register struct area *ap) { register char *ptr; register int c; fprintf(ofp, "A "); ptr = &ap->a_id[0]; while (ptr < &ap->a_id[NCPS]) { if ((c = *ptr++) != 0) putc(c, ofp); } if (xflag == 0) { fprintf(ofp, " size %X flags %X addr %X\n", ap->a_size, ap->a_flag, ap->a_addr); } else if (xflag == 1) { fprintf(ofp, " size %o flags %o\n", ap->a_size, ap->a_flag); } else if (xflag == 2) { fprintf(ofp, " size %u flags %u\n", ap->a_size, ap->a_flag); } } /*)Function VOID outsym(sp) * * sym * sp pointer to a sym structure * * The function outsym() outputs the S line to the .REL * file. The S line contains the symbols name and whether the * the symbol is defined or referenced. * * local variables: * char * ptr pointer to symbol id string * int c character value * * global variables: * FILE * ofp relocation output file handle * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * int putc() c_library * * side effects: * The S line is sent to the .REL file. */ VOID outsym(register struct sym *sp) { register char *ptr; fprintf(ofp, "S "); ptr = &sp->s_id[0]; fprintf(ofp, "%s", ptr ); fprintf(ofp, " %s", sp->s_type==S_NEW ? "Ref" : "Def"); if (xflag == 0) { fprintf(ofp, "%04X\n", sp->s_addr); } else if (xflag == 1) { fprintf(ofp, "%06o\n", sp->s_addr); } else if (xflag == 2) { fprintf(ofp, "%05u\n", sp->s_addr); } } /*)Function VOID out(p, n) * * int n number of words to output * int * p pointer to data words * * The function out() outputs the data words to the .REL file * int the specified radix. * * local variables: * none * * global variables: * FILE * ofp relocation output file handle * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * * side effects: * Data is sent to the .REL file. */ VOID out(char *p, int n) { while (n--) { if (xflag == 0) { fprintf(ofp, " %02X", (*p++)&0xff); } else if (xflag == 1) { fprintf(ofp, " %03o", (*p++)&0xff); } else if (xflag == 2) { fprintf(ofp, " %03u", (*p++)&0xff); } } } /*)Function VOID out_lb(b, t) * * int b assembled data * int t relocation type * * The function out_lb() copies the assembled data and * its relocation type to the list data buffers. * * local variables: * none * * global variables: * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * * functions called: * none * * side effects: * Pointers to data and relocation buffers incremented by 1. */ VOID out_lb(register int b, register int t) { if (cp < &cb[NCODE]) { *cp++ = b; *cpt++ = t; } } /*)Function VOID out_lw(n, t) * * int n assembled data * int t relocation type * * The function out_lw() copies the assembled data and * its relocation type to the list data buffers. * * local variables: * none * * global variables: * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * * functions called: * none * * side effects: * Pointers to data and relocation buffers incremented by 2. */ VOID out_lw(register int n, register int t) { if (hilo) { out_lb(hibyte(n),t ? t|R_HIGH : 0); out_lb(lobyte(n),t); } else { out_lb(lobyte(n),t); out_lb(hibyte(n),t ? t|R_HIGH : 0); } } /*)Function VOID out_l24(n, t) * * int n assembled data * int t relocation type * * The function out_l24() copies the assembled data and * its relocation type to the list data buffers. * * local variables: * none * * global variables: * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * * functions called: * none * * side effects: * Pointers to data and relocation buffers incremented by 3. */ VOID out_l24(int n, int t) { if (hilo) { out_lb(byte3(n),t ? t|R_HIGH : 0); out_lb(hibyte(n),t); out_lb(lobyte(n),t); } else { out_lb(lobyte(n),t); out_lb(hibyte(n),t); out_lb(byte3(n),t ? t|R_HIGH : 0); } } /*)Function VOID out_rw(n) * * int n data word * * The function out_rw() outputs the relocation (R) * data word as two bytes ordered according to hilo. * * local variables: * int * relp pointer to rel array * * global variables: * none * * functions called: * int lobyte() asout.c * int hibyte() asout.c * * side effects: * Pointer to relocation buffer incremented by 2. */ VOID out_rw(register int n) { if (hilo) { *relp++ = hibyte(n); *relp++ = lobyte(n); } else { *relp++ = lobyte(n); *relp++ = hibyte(n); } } /*)Function VOID out_tw(n) * * int n data word * * The function out_tw() outputs the text (T) * data word as two bytes ordered according to hilo. * * local variables: * int * txtp pointer to txt array * * global variables: * none * * functions called: * int lobyte() asout.c * int hibyte() asout.c * * side effects: * Pointer to relocation buffer incremented by 2. */ VOID out_tw(register int n) { if (hilo) { *txtp++ = hibyte(n); *txtp++ = lobyte(n); } else { *txtp++ = lobyte(n); *txtp++ = hibyte(n); } } /*)Function VOID out_t24(n) * * int n data word * * The function out_t24() outputs the text (T) * data word as three bytes ordered according to hilo. * * local variables: * int * txtp pointer to txt array * * global variables: * none * * functions called: * int lobyte() asout.c * int hibyte() asout.c * * side effects: * Pointer to relocation buffer incremented by 3. */ VOID out_t24(int n) { if (hilo) { *txtp++ = byte3(n); *txtp++ = hibyte(n); *txtp++ = lobyte(n); } else { *txtp++ = lobyte(n); *txtp++ = hibyte(n); *txtp++ = byte3(n); } } /*)Function int lobyte(n) * * int n data word * * The function lobyte() returns the lower byte of * integer n. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int lobyte(int n) { return (n&0377); } /*)Function int hibyte(n) * * int n data word * * The function hibyte() returns the higher byte of * integer n. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int hibyte(int n) { return ((n>>8)&0377); } /*)Function int byte3(n) * * int n 24 bit data * * The function byte3() returns the MSB of the * 24 bit integer n. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int byte3(int n) { return ((n >> 16) & 0xff); } /* * JLH: Output relocatable 11 bit jump/call * * This function is derived from outrw(), adding the parameter for the * 11 bit address. This form of address is used only on the 8051 and 8048. */ VOID outr11(register struct expr *esp, int op, int r) { register int n; if (pass == 2) { if (esp->e_flag==0 && esp->e_base.e_ap==NULL) { /* Absolute destination. * Listing shows only the address. */ out_lw(esp->e_addr,0); if (oflag) { outchk(3, 0); out_tw(esp->e_addr); *txtp++ = op; write_rmode(r); *relp++ = txtp - txt - 3; out_rw(0xFFFF); } } else { /* Relocatable destination. Build THREE * byte output: relocatable word, followed * by op-code. Linker will combine them. * Listing shows only the address. */ r |= R_WORD | esp->e_rlcf; out_lw(esp->e_addr,r|R_RELOC); if (oflag) { outchk(3, 5); out_tw(esp->e_addr); *txtp++ = op; if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } write_rmode(r); *relp++ = txtp - txt - 3; out_rw(n); } } } dot.s_addr += 2; } /* * Output relocatable 19 bit jump/call * * This function is derived from outrw(), adding the parameter for the * 19 bit address. This form of address is used only in the DS80C390 * Flat24 mode. */ VOID outr19(struct expr * esp, int op, int r) { register int n; if (pass == 2) { if (esp->e_flag==0 && esp->e_base.e_ap==NULL) { /* Absolute destination. * Listing shows only the address. */ out_lw(esp->e_addr,0); if (oflag) { outchk(4, 0); out_t24(esp->e_addr); *txtp++ = op; write_rmode(r); *relp++ = txtp - txt - 4; out_rw(0xFFFF); } } else { /* Relocatable destination. Build FOUR * byte output: relocatable 24-bit entity, followed * by op-code. Linker will combine them. * Listing shows only the address. */ r |= R_WORD | esp->e_rlcf; out_l24(esp->e_addr,r|R_RELOC); if (oflag) { outchk(4, 5); out_t24(esp->e_addr); *txtp++ = op; if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } write_rmode(r); *relp++ = txtp - txt - 4; out_rw(n); } } } dot.s_addr += 3; } sdcc-2.9.0/as/mcs51/assubr.c000066400000000000000000000136411116427777700154640ustar00rootroot00000000000000/* assubr.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include #include "asm.h" /*)Module assubr.c * * The module assubr.c contains the error * processing routines. * * assubr.c contains the following functions: * VOID aerr() * VOID diag() * VOID err() * VOID qerr() * VOID rerr() * * assubr.c contains the local array of *error[] */ /*)Function VOID err(c) * * int c error type character * * The function err() logs the error code character * suppressing duplicate errors. If the error code * is 'q' then the parse of the current assembler-source * text line is terminated. * * local variables: * char * p pointer to the error array * * global variables: * char eb[] array of generated error codes * * functions called: * VOID longjmp() c_library * * side effects: * The error code may be inserted into the * error code array eb[] or the parse terminated. */ VOID err(c) register int c; { register char *p; aserr++; p = eb; while (p < ep) if (*p++ == c) return; if (p < &eb[NERR]) { *p++ = c; ep = p; } if (c == 'q') longjmp(jump_env, -1); } /*)Function VOID diag() * * The function diag() prints any error codes and * the source line number to the stderr output device. * * local variables: * char * p pointer to error code array eb[] * * global variables: * int cfile current source file index * char eb[] array of generated error codes * char * ep pointer into error list * int incfile current include file index * char incfn[] array of include file names * int incline[] array of include line numbers * char srcfn[] array of source file names * int srcline[] array of source line numbers * FILE * stderr c_library * * functions called: * int fprintf() c_library * char * geterr() assubr.c * * side effects: * none */ extern int fatalErrors; VOID diag() { register char *p,*errstr; if (eb != ep) { fatalErrors++; p = eb; fprintf(stderr, "?ASxxxx-Error-<"); while (p < ep) { fprintf(stderr, "%c", *p++); } fprintf(stderr, "> in line "); if (incfil >= 0) { fprintf(stderr, "%d", incline[incfil]); fprintf(stderr, " of %s\n", incfn[incfil]); } else { fprintf(stderr, "%d", srcline[cfile]); fprintf(stderr, " of %s\n", srcfn[cfile]); } p = eb; while (p < ep) { if ((errstr = geterr(*p++)) != NULL) { fprintf(stderr, " %s\n", errstr); } } } } /*)Function VOID warnBanner() * * The function warnBanner() prints a generic warning message * header (including the current source file/line) and positions * the output for a more specific warning message. * * It is assumed that the call to warnBanner will be followed with * a fprintf to stderr (or equivalent) with the specific warning * text. * * local variables: * none * * global variables: * int cfile current source file index * int incfile current include file index * char incfn[] array of include file names * int incline[] array of include line numbers * char srcfn[] array of source file names * int srcline[] array of source line numbers * FILE * stderr c_library * * functions called: * int fprintf() c_library * * side effects: * none */ VOID warnBanner(void) { fprintf(stderr, "?ASxxxx-Warning in line "); if (incfil >= 0) { fprintf(stderr, "%d", incline[incfil]); fprintf(stderr, " of %s\n", incfn[incfil]); } else { fprintf(stderr, "%d", srcline[cfile]); fprintf(stderr, " of %s\n", srcfn[cfile]); } fprintf(stderr, " "); } /*)Functions: VOID aerr() * VOID qerr() * VOID rerr() * * The functions aerr(), qerr(), and rerr() report their * respective error type. These are included only for * convenience. * * local variables: * none * * global variables: * none * * functions called: * VOID err() assubr.c * * side effects: * The appropriate error code is inserted into the * error array and the parse may be terminated. */ /* * Note an 'r' error. */ VOID rerr() { err('r'); } /* * Note an 'a' error. */ VOID aerr() { err('a'); } /* * Note a 'q' error. */ VOID qerr() { err('q'); } /* * ASxxxx assembler errors */ char *errors[] = { "<.> use \". = . + \" not \". = \"", " machine specific addressing or addressing mode error", " direct page boundary error", " direct page addressing error", " .include file error or an .if/.endif mismatch", " multiple definitions error", " .org in REL area or directive / mnemonic error", "

phase error: label location changing between passes 2 and 3", " missing or improper operators, terminators, or delimiters", " relocation error", " undefined symbol encountered during assembly", NULL }; /*)Function: char *getarr(c) * * int c the error code character * * The function geterr() scans the list of errors returning the * error string corresponding to the input error character. * * local variables: * int i error index counter * * global variables: * char *errors[] array of pointers to the * error strings * * functions called: * none * * side effects: * A pointer to the appropriate * error code string is returned. */ char * geterr(c) int c; { int i; for (i=0; errors[i]!=NULL; i++) { if (c == errors[i][1]) { return(errors[i]); } } return(NULL); } sdcc-2.9.0/as/mcs51/asx8051.dsp000066400000000000000000000112631116427777700156400ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="asx8051" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Console Application" 0x0103 CFG=asx8051 - Win32 Release !MESSAGE This is not a valid makefile. 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It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean sdcc-2.9.0/as/mcs51/conf.mk000066400000000000000000000003001116427777700152630ustar00rootroot00000000000000# # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_prjdir) && $(SHELL) ./config.status # End of conf.mk sdcc-2.9.0/as/mcs51/i51adr.c000066400000000000000000000157431116427777700152570ustar00rootroot00000000000000/* i51adr.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Ported from 8085 to 8051 by John Hartman 30-Apr-1995 * Continued, 29-May-95 */ #include #include #include "asm.h" #include "i8051.h" extern int admode (struct adsym *); struct adsym reg51[] = { /* R0 thru R7 registers */ { "R0", R0}, { "R1", R1}, { "R2", R2}, { "R3", R3}, { "R4", R4}, { "R5", R5}, { "R6", R6}, { "R7", R7}, { "A", A}, { "DPTR", DPTR}, { "PC", PC}, { "C", C}, { "AB", AB}, { "r0", R0}, { "r1", R1}, { "r2", R2}, { "r3", R3}, { "r4", R4}, { "r5", R5}, { "r6", R6}, { "r7", R7}, { "a", A}, { "dptr", DPTR}, { "pc", PC}, { "c", C}, { "ab", AB}, { "", 0x00} }; /* Classify argument as to address mode */ int addr(esp) register struct expr *esp; { register int c; register unsigned rd; if ((c = getnb()) == '#') { /* Immediate mode */ expr(esp, 0); esp->e_mode = S_IMMED; } else if (c == '@') { /* choices are @R0, @R1, @DPTR, @A+PC, @A+DPTR */ switch (reg()) { case R0: esp->e_mode = S_AT_R; esp->e_addr = R0; break; case R1: esp->e_mode = S_AT_R; esp->e_addr = R1; break; case DPTR: esp->e_mode = S_AT_DP; esp->e_addr = DPTR; break; case A: if (getnb() == '+') { rd = reg(); if (rd == PC) { esp->e_mode = S_AT_APC; esp->e_addr = 0; } else if (rd == DPTR) { esp->e_mode = S_AT_ADP; esp->e_addr = 0; } else { aerr(); } } else aerr(); break; } esp->e_flag = 0; esp->e_base.e_ap = NULL; } else if (c == '*') { /* Force direct page */ expr(esp, 0); esp->e_mode = S_DIR; if (esp->e_addr & ~0xFF) err('d'); } else if (c == '/') { /* Force inverted bit */ expr(esp, 0); esp->e_mode = S_NOT_BIT; if (esp->e_addr & ~0xFF) err('d'); } else { unget(c); /* try for register: A, AB, R0-R7, DPTR, PC, Cy */ if ((esp->e_addr = admode(reg51)) != -1) { switch (esp->e_addr) { case A: esp->e_mode = S_A; break; case AB: esp->e_mode = S_RAB; break; case DPTR: esp->e_mode = S_DPTR; break; case PC: esp->e_mode = S_PC; break; case C: esp->e_mode = S_C; break; default: /* R0-R7 */ esp->e_mode = S_REG; } } else { /* Must be an expression */ expr(esp, 0); if ((!esp->e_flag) && (esp->e_base.e_ap==NULL) && !(esp->e_addr & ~0xFF)) { esp->e_mode = S_DIR; } else { esp->e_mode = S_EXT; } } } return (esp->e_mode); } /* * any --- does str contain c? */ int any(c,str) char c, *str; { while (*str) if(*str++ == c) return(1); return(0); } int srch(str) register char *str; { register const char *ptr; ptr = ip; #if CASE_SENSITIVE while (*ptr && *str) { if(*ptr != *str) break; ptr++; str++; } if (*ptr == *str) { ip = ptr; return(1); } #else while (*ptr && *str) { if(ccase[*ptr] != ccase[*str]) break; ptr++; str++; } if (ccase[*ptr] == ccase[*str]) { ip = ptr; return(1); } #endif if (!*str) if (any(*ptr," \t\n,];")) { ip = ptr; return(1); } return(0); } /* * Enter admode() to search a specific addressing mode table * for a match. Return the addressing value on a match or * -1 for no match. */ int admode(sp) register struct adsym *sp; { register char *ptr; register int i; unget(getnb()); i = 0; while ( *(ptr = (char *) &sp[i]) ) { if (srch(ptr)) { return(sp[i].a_val); } i++; } return(-1); } /* * srch --- does string match ? */ /* * Read a register name. Return register value, -1 if no register found */ int reg() { register struct mne *mp; char id[NCPS]; getid(id, -1); if ((mp = mlookup(id))==NULL) { aerr(); return (-1); } switch (mp->m_type) { case S_A: case S_AB: case S_DPTR: case S_PC: case S_REG: return (mp->m_valu); default: return (-1); } } sdcc-2.9.0/as/mcs51/i51ext.c000066400000000000000000000016001116427777700152740ustar00rootroot00000000000000/* i51ext.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Ported from 8085 to 8051 by John Hartman 30-Apr-1995 */ #include #include #include "asm.h" #include "i8051.h" char *cpu = "Intel 8051"; int hilo = 1; char *dsft = "ASM"; sdcc-2.9.0/as/mcs51/i51mch.c000066400000000000000000000521761116427777700152610ustar00rootroot00000000000000/* i85mch.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 Ported from 8085 to 8051 by John Hartman */ #include #include #include "asm.h" #include "i8051.h" extern int addr(struct expr *); /* * Process machine ops. */ VOID machine(struct mne *mp) { register unsigned op; register int t, t1, v1; struct expr e, e1, e2; clrexpr(&e); clrexpr(&e1); clrexpr(&e2); op = mp->m_valu; switch (mp->m_type) { case S_INH: outab(op); break; case S_JMP11: /* ACALL or AJMP. In Flat24 mode, this is a * 19 bit destination; in 8051 mode, this is a * 11 bit destination. * * The opcode is merged with the address in a * hack-o-matic fashion by the linker. */ expr(&e, 0); if (flat24Mode) { outr19(&e, op, R_J19); } else { outr11(&e, op, R_J11); } break; case S_JMP16: /* LCALL or LJMP. In Flat24 mode, this is a 24 bit * destination; in 8051 mode, this is a 16 bit * destination. */ expr(&e, 0); outab(op); if (flat24Mode) { outr24(&e, 0); } else { outrw(&e, 0); } break; case S_ACC: t = addr(&e); if (t != S_A) aerr(); outab(op); break; case S_TYP1: /* A, direct, @R0, @R1, R0 to R7. "INC" also allows DPTR */ t = addr(&e); switch (t) { case S_A: outab(op + 4); break; case S_DIR: case S_EXT: /* Direct is also legal */ outab(op + 5); outrb(&e, R_PAG0); break; case S_AT_R: outab(op + 6 + e.e_addr); break; case S_REG: outab(op + 8 + e.e_addr); break; case S_DPTR: if (op != 0) /* only INC (op=0) has DPTR mode */ aerr(); else outab( 0xA3); break; default: aerr(); } break; case S_TYP2: /* A,#imm; A,direct; A,@R0; A,@R1; A,R0 to A,R7 */ t = addr(&e); if (t != S_A) aerr(); comma(); t1 = addr(&e1); switch (t1) { case S_IMMED: outab(op + 4); outrb(&e1, 0); break; case S_DIR: case S_EXT: outab(op + 5); outrb(&e1, R_PAG0); break; case S_AT_R: outab(op + 6 + e1.e_addr); break; case S_REG: outab(op + 8 + (e1.e_addr)); break; default: aerr(); } break; case S_TYP3: /* dir,A; dir,#imm; * A,#imm; A,direct; A,@R0; A,@R1; A,R0 to A,R7 * C,direct; C,/direct */ t = addr(&e); comma(); t1 = addr(&e1); switch (t) { case S_DIR: case S_EXT: switch (t1) { case S_A: outab(op + 2); outrb(&e, R_PAG0); break; case S_IMMED: outab(op + 3); outrb(&e, 0); outrb(&e1, 0); break; default: aerr(); } break; case S_A: switch (t1) { case S_IMMED: outab(op + 4); outrb(&e1, 0); break; case S_DIR: case S_EXT: outab(op + 5); outrb(&e1, R_PAG0); break; case S_AT_R: outab(op + 6 + e1.e_addr); break; case S_REG: outab(op + 8 + e1.e_addr); break; default: aerr(); } break; case S_C: /* XRL has no boolean version. Trap it */ if (op == 0x60) aerr(); switch (t1) { case S_DIR: case S_EXT: outab(op + 0x32); outrb(&e1, R_PAG0); break; case S_NOT_BIT: outab(op + 0x60); outrb(&e1, 0); break; default: aerr(); } break; default: aerr(); } break; case S_TYP4: /* A,direct; A,@R0; A,@R1; A,R0 to A,R7 */ t = addr(&e); if (t != S_A) aerr(); comma(); t1 = addr(&e1); switch (t1) { case S_DIR: case S_EXT: outab(op + 5); outrb(&e1, R_PAG0); break; case S_AT_R: outab(op + 6 + e1.e_addr); break; case S_REG: outab(op + 8 + e1.e_addr); break; default: aerr(); } break; /* MOV instruction, all modes */ case S_MOV: t = addr(&e); comma(); t1 = addr(&e1); switch (t) { case S_A: switch (t1) { case S_IMMED: outab(0x74); outrb(&e1, 0); break; case S_DIR: case S_EXT: outab(0xE5); outrb(&e1, R_PAG0); break; case S_AT_R: outab(0xE6 + e1.e_addr); break; case S_REG: outab(0xE8 + e1.e_addr); break; default: aerr(); } break; case S_REG: switch (t1) { case S_A: outab(0xF8 + e.e_addr); break; case S_IMMED: outab(0x78 + e.e_addr); outrb(&e1, 0); break; case S_DIR: case S_EXT: outab(0xA8 + e.e_addr); outrb(&e1, R_PAG0); break; default: aerr(); } break; case S_DIR: case S_EXT: switch (t1) { case S_A: outab(0xF5); outrb(&e, R_PAG0); break; case S_IMMED: outab(0x75); outrb(&e, R_PAG0); outrb(&e1, 0); break; case S_DIR: case S_EXT: outab(0x85); outrb(&e1, R_PAG0); outrb(&e, R_PAG0); break; case S_AT_R: outab(0x86 + e1.e_addr); outrb(&e, R_PAG0); break; case S_REG: outab(0x88 + e1.e_addr); outrb(&e, R_PAG0); break; case S_C: outab(0x92); outrb(&e, R_PAG0); break; default: aerr(); } break; case S_AT_R: switch (t1) { case S_IMMED: outab(0x76 + e.e_addr); outrb(&e1, 0); break; case S_DIR: case S_EXT: outab(0xA6 + e.e_addr); outrb(&e1, R_PAG0); break; case S_A: outab(0xF6 + e.e_addr); break; default: aerr(); } break; case S_C: if ((t1 != S_DIR) && (t1 != S_EXT)) aerr(); outab(0xA2); outrb(&e1, R_PAG0); break; case S_DPTR: if (t1 != S_IMMED) aerr(); outab(0x90); /* mov DPTR, #immed: for Flat24 mode, * #immed is a 24 bit constant. For 8051, * it is a 16 bit constant. */ if (flat24Mode) { outr24(&e1, 0); } else { outrw(&e1, 0); } break; default: aerr(); } break; case S_BITBR: /* Branch on bit set/clear */ t = addr(&e); if ((t != S_DIR) && (t != S_EXT)) aerr(); comma(); expr(&e1, 0); outab(op); outrb(&e, R_PAG0); if (e1.e_base.e_ap == NULL || e1.e_base.e_ap == dot.s_area) { v1 = e1.e_addr - dot.s_addr - 1; if (pass==2 && ((v1 < -128) || (v1 > 127))) aerr(); outab(v1); } else { outrb(&e1, R_PCR); } if (e1.e_mode != S_USER) rerr(); break; case S_BR: /* Relative branch */ expr(&e1, 0); outab(op); if (e1.e_base.e_ap == NULL || e1.e_base.e_ap == dot.s_area) { v1 = e1.e_addr - dot.s_addr - 1; if (pass == 2 && ((v1 < -128) || (v1 > 127))) aerr(); outab(v1); } else { outrb(&e1, R_PCR); } if (e1.e_mode != S_USER) rerr(); break; case S_CJNE: /* A,#; A,dir; @R0,#; @R1,#; Rn,# */ t = addr(&e); comma(); t1 = addr(&e1); comma(); expr(&e2, 0); switch (t) { case S_A: if (t1 == S_IMMED) { outab(op + 4); outrb(&e1, 0); } else if ((t1 == S_DIR) || (t1 == S_EXT)) { outab(op + 5); outrb(&e1, R_PAG0); } else aerr(); break; case S_AT_R: outab(op + 6 + e.e_addr); if (t1 != S_IMMED) aerr(); outrb(&e1, 0); break; case S_REG: outab(op + 8 + e.e_addr); if (t1 != S_IMMED) aerr(); outrb(&e1, 0); break; default: aerr(); } /* branch destination */ if (e2.e_base.e_ap == NULL || e2.e_base.e_ap == dot.s_area) { v1 = e2.e_addr - dot.s_addr - 1; if (pass == 2 && ((v1 < -128) || (v1 > 127))) aerr(); outab(v1); } else { outrb(&e2, R_PCR); } if (e2.e_mode != S_USER) rerr(); break; case S_DJNZ: /* Dir,dest; Reg,dest */ t = addr(&e); comma(); expr(&e1, 0); switch (t) { case S_DIR: case S_EXT: outab(op + 5); outrb(&e, R_PAG0); break; case S_REG: outab(op + 8 + e.e_addr); break; default: aerr(); } /* branch destination */ if (e1.e_base.e_ap == NULL || e1.e_base.e_ap == dot.s_area) { v1 = e1.e_addr - dot.s_addr - 1; if (pass == 2 && ((v1 < -128) || (v1 > 127))) aerr(); outab(v1); } else { outrb(&e1, R_PCR); } if (e1.e_mode != S_USER) rerr(); break; case S_JMP: /* @A+DPTR */ t = addr(&e); if (t != S_AT_ADP) aerr(); outab(op); break; case S_MOVC: /* A,@A+DPTR A,@A+PC */ t = addr(&e); if (t != S_A) aerr(); comma(); t1 = addr(&e1); if (t1 == S_AT_ADP) outab(0x93); else if (t1 == S_AT_APC) outab(0x83); else aerr(); break; case S_MOVX: /* A,@DPTR A,@R0 A,@R1 @DPTR,A @R0,A @R1,A */ t = addr(&e); comma(); t1 = addr(&e1); switch (t) { case S_A: switch (t1) { case S_AT_DP: outab(0xE0); break; case S_AT_R: outab(0xE2 + e1.e_addr); break; default: aerr(); } break; case S_AT_DP: if (t1 == S_A) outab(0xF0); else aerr(); break; case S_AT_R: if (t1 == S_A) outab(0xF2 + e.e_addr); else aerr(); break; default: aerr(); } break; /* MUL/DIV A,B */ case S_AB: t = addr(&e); if (t != S_RAB) aerr(); outab(op); break; /* CLR or CPL: A, C, or bit */ case S_ACBIT: t = addr(&e); switch (t) { case S_A: if (op == 0xB2) outab(0xF4); else outab(0xE4); break; case S_C: outab(op+1); break; case S_DIR: case S_EXT: outab(op); outrb(&e, R_PAG0); break; default: aerr(); } break; /* SETB C or bit */ case S_SETB: t = addr(&e); switch (t) { case S_C: outab(op+1); break; case S_DIR: case S_EXT: outab(op); outrb(&e, R_PAG0); break; default: aerr(); } break; /* direct */ case S_DIRECT: t = addr(&e); if ((t != S_DIR) && (t != S_EXT)) { aerr(); break; } outab(op); outrb(&e, R_PAG0); break; /* XCHD A,@Rn */ case S_XCHD: t = addr(&e); if (t != S_A) aerr(); comma(); t1 = addr(&e1); switch (t1) { case S_AT_R: outab(op + e1.e_addr); break; default: aerr(); } break; default: err('o'); } } /* * Is the next character a comma ? */ int comma() { if (getnb() != ',') qerr(); return(1); } /* * Machine specific initialization */ VOID minit() { static int beenHere=0; /* set non-zero if we have done that... */ struct sym *sp; struct PreDef *pd; /* First time only, add the pre-defined symbols to the symbol table*/ if (beenHere == 0) { pd = preDef; while (*pd->id) { sp = lookup(pd->id); if (sp->s_type == S_NEW) { sp->s_addr = pd->value; sp->s_type = S_DIR; } pd++; } beenHere = 1; } } sdcc-2.9.0/as/mcs51/i51pst.c000066400000000000000000000312671116427777700153160ustar00rootroot00000000000000/* i85pst.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 28-Oct-97 Ported from 8085 to 8051 by John Hartman * 30-Jan-98 JLH: add memory-space flags for .AREA */ #include #include #include "asm.h" #include "i8051.h" struct mne mne[] = { /* machine */ /* system */ { NULL, "CON", S_ATYP, 0, A_CON}, { NULL, "OVR", S_ATYP, 0, A_OVR}, { NULL, "REL", S_ATYP, 0, A_REL}, { NULL, "ABS", S_ATYP, 0, A_ABS}, { NULL, "NOPAG", S_ATYP, 0, A_NOPAG}, { NULL, "PAG", S_ATYP, 0, A_PAG}, { NULL, "CODE", S_ATYP, 0, A_CODE}, { NULL, "DATA", S_ATYP, 0, A_DATA}, { NULL, "XDATA", S_ATYP, 0, A_XDATA}, { NULL, "BIT", S_ATYP, 0, A_BIT}, { NULL, ".byte", S_BYTE, 0, 0}, { NULL, ".db", S_BYTE, 0, 0}, { NULL, ".word", S_WORD, 0, 0}, { NULL, ".dw", S_WORD, 0, 0}, { NULL, ".ascii", S_ASCII, 0, 0}, { NULL, ".asciz", S_ASCIZ, 0, 0}, { NULL, ".blkb", S_BLK, 0, 1}, { NULL, ".ds", S_BLK, 0, 1}, { NULL, ".blkw", S_BLK, 0, 2}, { NULL, ".page", S_PAGE, 0, 0}, { NULL, ".title", S_TITLE, 0, 0}, { NULL, ".sbttl", S_SBTL, 0, 0}, { NULL, ".globl", S_GLOBL, 0, 0}, { NULL, ".area", S_DAREA, 0, 0}, { NULL, ".even", S_EVEN, 0, 0}, { NULL, ".odd", S_ODD, 0, 0}, { NULL, ".if", S_IF, 0, 0}, { NULL, ".else", S_ELSE, 0, 0}, { NULL, ".endif", S_ENDIF, 0, 0}, { NULL, ".include", S_INCL, 0, 0}, { NULL, ".radix", S_RADIX, 0, 0}, { NULL, ".org", S_ORG, 0, 0}, { NULL, ".module", S_MODUL, 0, 0}, { NULL, ".ascis", S_ASCIS, 0, 0}, { NULL, ".flat24", S_FLAT24, 0, 0}, { NULL, ".optsdcc", S_OPTSDCC, 0, 0}, /* 8051 */ { NULL, "a", S_A, 0, A}, { NULL, "ab", S_AB, 0, 0}, { NULL, "dptr", S_DPTR, 0, DPTR}, { NULL, "pc", S_PC, 0, PC}, { NULL, "r0", S_REG, 0, R0}, { NULL, "r1", S_REG, 0, R1}, { NULL, "r2", S_REG, 0, R2}, { NULL, "r3", S_REG, 0, R3}, { NULL, "r4", S_REG, 0, R4}, { NULL, "r5", S_REG, 0, R5}, { NULL, "r6", S_REG, 0, R6}, { NULL, "r7", S_REG, 0, R7}, { NULL, "nop", S_INH, 0, 0x00}, { NULL, "ret", S_INH, 0, 0x22}, { NULL, "reti", S_INH, 0, 0x32}, { NULL, "ajmp", S_JMP11, 0, 0x01}, { NULL, "acall", S_JMP11, 0, 0x11}, { NULL, "ljmp", S_JMP16, 0, 0x02}, { NULL, "lcall", S_JMP16, 0, 0x12}, { NULL, "rr", S_ACC, 0, 0x03}, { NULL, "rrc", S_ACC, 0, 0x13}, { NULL, "rl", S_ACC, 0, 0x23}, { NULL, "rlc", S_ACC, 0, 0x33}, { NULL, "swap", S_ACC, 0, 0xC4}, { NULL, "da", S_ACC, 0, 0xD4}, { NULL, "inc", S_TYP1, 0, 0x00}, { NULL, "dec", S_TYP1, 0, 0x10}, { NULL, "add", S_TYP2, 0, 0x20}, { NULL, "addc", S_TYP2, 0, 0x30}, { NULL, "subb", S_TYP2, 0, 0x90}, { NULL, "orl", S_TYP3, 0, 0x40}, { NULL, "anl", S_TYP3, 0, 0x50}, { NULL, "xrl", S_TYP3, 0, 0x60}, { NULL, "xch", S_TYP4, 0, 0xC0}, { NULL, "mov", S_MOV, 0, 0x00}, { NULL, "jbc", S_BITBR, 0, 0x10}, { NULL, "jb", S_BITBR, 0, 0x20}, { NULL, "jnb", S_BITBR, 0, 0x30}, { NULL, "jc", S_BR, 0, 0x40}, { NULL, "jnc", S_BR, 0, 0x50}, { NULL, "jz", S_BR, 0, 0x60}, { NULL, "jnz", S_BR, 0, 0x70}, { NULL, "sjmp", S_BR, 0, 0x80}, { NULL, "cjne", S_CJNE, 0, 0xB0}, { NULL, "djnz", S_DJNZ, 0, 0xD0}, { NULL, "jmp", S_JMP, 0, 0x73}, { NULL, "movc", S_MOVC, 0, 0x83}, { NULL, "movx", S_MOVX, 0, 0x00}, { NULL, "div", S_AB, 0, 0x84}, { NULL, "mul", S_AB, 0, 0xA4}, { NULL, "clr", S_ACBIT, 0, 0xC2}, { NULL, "cpl", S_ACBIT, 0, 0xB2}, { NULL, "setb", S_SETB, 0, 0xD2}, { NULL, "push", S_DIRECT, 0, 0xC0}, { NULL, "pop", S_DIRECT, 0, 0xD0}, { NULL, "xchd", S_XCHD, S_END, 0xD6} }; struct PreDef preDef[] = { {"AC", 0x00D6}, {"ac", 0x00D6}, {"A", 0x00D6}, {"a", 0x00D6}, {"ACC", 0x00E0}, {"acc", 0x00E0}, {"ACC.0", 0x00E0}, {"ACC.1", 0x00E1}, {"ACC.2", 0x00E2}, {"ACC.3", 0x00E3}, {"ACC.4", 0x00E4}, {"ACC.5", 0x00E5}, {"ACC.6", 0x00E6}, {"ACC.7", 0x00E7}, {"acc.0", 0x00E0}, {"acc.1", 0x00E1}, {"acc.2", 0x00E2}, {"acc.3", 0x00E3}, {"acc.4", 0x00E4}, {"acc.5", 0x00E5}, {"acc.6", 0x00E6}, {"acc.7", 0x00E7}, {"B", 0x00F0}, {"B.0", 0x00F0}, {"B.1", 0x00F1}, {"B.2", 0x00F2}, {"B.3", 0x00F3}, {"B.4", 0x00F4}, {"B.5", 0x00F5}, {"B.6", 0x00F6}, {"B.7", 0x00F7}, {"b", 0x00F0}, {"b.0", 0x00F0}, {"b.1", 0x00F1}, {"b.2", 0x00F2}, {"b.3", 0x00F3}, {"b.4", 0x00F4}, {"b.5", 0x00F5}, {"b.6", 0x00F6}, {"b.7", 0x00F7}, {"CPRL2", 0x00C8}, {"cprl2", 0x00C8}, {"CT2", 0x00C9}, {"ct2", 0x00C9}, {"CY", 0x00D7}, {"cy", 0x00D7}, {"DPH", 0x0083}, {"DPL", 0x0082}, {"dph", 0x0083}, {"dpl", 0x0082}, {"EA", 0x00AF}, {"ea", 0x00AF}, {"ES", 0x00AC}, {"es", 0x00AC}, {"ET0", 0x00A9}, {"et0", 0x00A9}, {"ET1", 0x00AB}, {"et1", 0x00AB}, {"ET2", 0x00AD}, {"et2", 0x00AD}, {"EX0", 0x00A8}, {"ex0", 0x00A8}, {"EX1", 0x00AA}, {"ex1", 0x00AA}, {"EXEN2", 0x00CB}, {"exen2", 0x00CB}, {"EXF2", 0x00CE}, {"exf2", 0x00CE}, {"F0", 0x00D5}, {"f0", 0x00D5}, {"IE", 0x00A8}, {"IE.0", 0x00A8}, {"IE.1", 0x00A9}, {"IE.2", 0x00AA}, {"IE.3", 0x00AB}, {"IE.4", 0x00AC}, {"IE.5", 0x00AD}, {"IE.7", 0x00AF}, {"ie", 0x00A8}, {"ie.0", 0x00A8}, {"ie.1", 0x00A9}, {"ie.2", 0x00AA}, {"ie.3", 0x00AB}, {"ie.4", 0x00AC}, {"ie.5", 0x00AD}, {"ie.7", 0x00AF}, {"IE0", 0x0089}, {"ie0", 0x0089}, {"IE1", 0x008B}, {"ie1", 0x008B}, {"INT0", 0x00B2}, {"int0", 0x00B2}, {"INT1", 0x00B3}, {"int1", 0x00B3}, {"IP", 0x00B8}, {"IP.0", 0x00B8}, {"IP.1", 0x00B9}, {"IP.2", 0x00BA}, {"IP.3", 0x00BB}, {"IP.4", 0x00BC}, {"IP.5", 0x00BD}, {"ip", 0x00B8}, {"ip.0", 0x00B8}, {"ip.1", 0x00B9}, {"ip.2", 0x00BA}, {"ip.3", 0x00BB}, {"ip.4", 0x00BC}, {"ip.5", 0x00BD}, {"IT0", 0x0088}, {"it0", 0x0088}, {"IT1", 0x008A}, {"it1", 0x008A}, {"OV", 0x00D2}, {"ov", 0x00D2}, {"P", 0x00D0}, {"p", 0x00D0}, {"P0", 0x0080}, {"P0.0", 0x0080}, {"P0.1", 0x0081}, {"P0.2", 0x0082}, {"P0.3", 0x0083}, {"P0.4", 0x0084}, {"P0.5", 0x0085}, {"P0.6", 0x0086}, {"P0.7", 0x0087}, {"p0", 0x0080}, {"p0.0", 0x0080}, {"p0.1", 0x0081}, {"p0.2", 0x0082}, {"p0.3", 0x0083}, {"p0.4", 0x0084}, {"p0.5", 0x0085}, {"p0.6", 0x0086}, {"p0.7", 0x0087}, {"P1", 0x0090}, {"P1.0", 0x0090}, {"P1.1", 0x0091}, {"P1.2", 0x0092}, {"P1.3", 0x0093}, {"P1.4", 0x0094}, {"P1.5", 0x0095}, {"P1.6", 0x0096}, {"P1.7", 0x0097}, {"p1", 0x0090}, {"p1.0", 0x0090}, {"p1.1", 0x0091}, {"p1.2", 0x0092}, {"p1.3", 0x0093}, {"p1.4", 0x0094}, {"p1.5", 0x0095}, {"p1.6", 0x0096}, {"p1.7", 0x0097}, {"P2", 0x00A0}, {"P2.0", 0x00A0}, {"P2.1", 0x00A1}, {"P2.2", 0x00A2}, {"P2.3", 0x00A3}, {"P2.4", 0x00A4}, {"P2.5", 0x00A5}, {"P2.6", 0x00A6}, {"P2.7", 0x00A7}, {"p2", 0x00A0}, {"p2.0", 0x00A0}, {"p2.1", 0x00A1}, {"p2.2", 0x00A2}, {"p2.3", 0x00A3}, {"p2.4", 0x00A4}, {"p2.5", 0x00A5}, {"p2.6", 0x00A6}, {"p2.7", 0x00A7}, {"P3", 0x00B0}, {"P3.0", 0x00B0}, {"P3.1", 0x00B1}, {"P3.2", 0x00B2}, {"P3.3", 0x00B3}, {"P3.4", 0x00B4}, {"P3.5", 0x00B5}, {"P3.6", 0x00B6}, {"P3.7", 0x00B7}, {"p3", 0x00B0}, {"p3.0", 0x00B0}, {"p3.1", 0x00B1}, {"p3.2", 0x00B2}, {"p3.3", 0x00B3}, {"p3.4", 0x00B4}, {"p3.5", 0x00B5}, {"p3.6", 0x00B6}, {"p3.7", 0x00B7}, {"PCON", 0x0087}, {"pcon", 0x0087}, {"PS", 0x00BC}, {"ps", 0x00BC}, {"PSW", 0x00D0}, {"PSW.0", 0x00D0}, {"PSW.1", 0x00D1}, {"PSW.2", 0x00D2}, {"PSW.3", 0x00D3}, {"PSW.4", 0x00D4}, {"PSW.5", 0x00D5}, {"PSW.6", 0x00D6}, {"PSW.7", 0x00D7}, {"psw", 0x00D0}, {"psw.0", 0x00D0}, {"psw.1", 0x00D1}, {"psw.2", 0x00D2}, {"psw.3", 0x00D3}, {"psw.4", 0x00D4}, {"psw.5", 0x00D5}, {"psw.6", 0x00D6}, {"psw.7", 0x00D7}, {"PT0", 0x00B9}, {"pt0", 0x00B9}, {"PT1", 0x00BB}, {"pt1", 0x00BB}, {"PT2", 0x00BD}, {"pt2", 0x00BD}, {"PX0", 0x00B8}, {"px0", 0x00B8}, {"PX1", 0x00BA}, {"px1", 0x00BA}, {"RB8", 0x009A}, {"rb8", 0x009A}, {"RCAP2H", 0x00CB}, {"rcap2h", 0x00CB}, {"RCAP2L", 0x00CA}, {"rcap2l", 0x00CA}, {"RCLK", 0x00CD}, {"rclk", 0x00CD}, {"REN", 0x009C}, {"ren", 0x009C}, {"RI", 0x0098}, {"ri", 0x0098}, {"RS0", 0x00D3}, {"rs0", 0x00D3}, {"RS1", 0x00D4}, {"rs1", 0x00D4}, {"rxd", 0x00B0}, {"RXD", 0x00B0}, {"SBUF", 0x0099}, {"sbuf", 0x0099}, {"SCON", 0x0098}, {"SCON.0", 0x0098}, {"SCON.1", 0x0099}, {"SCON.2", 0x009A}, {"SCON.3", 0x009B}, {"SCON.4", 0x009C}, {"SCON.5", 0x009D}, {"SCON.6", 0x009E}, {"SCON.7", 0x009F}, {"scon", 0x0098}, {"scon.0", 0x0098}, {"scon.1", 0x0099}, {"scon.2", 0x009A}, {"scon.3", 0x009B}, {"scon.4", 0x009C}, {"scon.5", 0x009D}, {"scon.6", 0x009E}, {"scon.7", 0x009F}, {"SM0", 0x009F}, {"sm0", 0x009F}, {"SM1", 0x009E}, {"sm1", 0x009E}, {"SM2", 0x009D}, {"sm2", 0x009D}, {"SP", 0x0081}, {"sp", 0x0081}, {"T2CON", 0x00C8}, {"T2CON.0",0x00C8}, {"T2CON.1",0x00C9}, {"T2CON.2",0x00CA}, {"T2CON.3",0x00CB}, {"T2CON.4",0x00CC}, {"T2CON.5",0x00CD}, {"T2CON.6",0x00CE}, {"T2CON.7",0x00CF}, {"t2con", 0x00C8}, {"t2con.0",0x00C8}, {"t2con.1",0x00C9}, {"t2con.2",0x00CA}, {"t2con.3",0x00CB}, {"t2con.4",0x00CC}, {"t2con.5",0x00CD}, {"t2con.6",0x00CE}, {"t2con.7",0x00CF}, {"TB8", 0x009B}, {"tb8", 0x009B}, {"TCLK", 0x00CC}, {"tclk", 0x00CC}, {"TCON", 0x0088}, {"TCON.0", 0x0088}, {"TCON.1", 0x0089}, {"TCON.2", 0x008A}, {"TCON.3", 0x008B}, {"TCON.4", 0x008C}, {"TCON.5", 0x008D}, {"TCON.6", 0x008E}, {"TCON.7", 0x008F}, {"tcon", 0x0088}, {"tcon.0", 0x0088}, {"tcon.1", 0x0089}, {"tcon.2", 0x008A}, {"tcon.3", 0x008B}, {"tcon.4", 0x008C}, {"tcon.5", 0x008D}, {"tcon.6", 0x008E}, {"tcon.7", 0x008F}, {"TF0", 0x008D}, {"tf0", 0x008D}, {"TF1", 0x008F}, {"tf1", 0x008F}, {"TF2", 0x00CF}, {"tf2", 0x00CF}, {"TH0", 0x008C}, {"th0", 0x008C}, {"TH1", 0x008D}, {"th1", 0x008D}, {"TH2", 0x00CD}, {"th2", 0x00CD}, {"TI", 0x0099}, {"ti", 0x0099}, {"TL0", 0x008A}, {"tl0", 0x008A}, {"TL1", 0x008B}, {"tl1", 0x008B}, {"TL2", 0x00CC}, {"tl2", 0x00CC}, {"TMOD", 0x0089}, {"tmod", 0x0089}, {"TR0", 0x008C}, {"tr0", 0x008C}, {"TR1", 0x008E}, {"tr1", 0x008E}, {"TR2", 0x00CA}, {"tr2", 0x00CA}, {"TXD", 0x00B1}, {"txd", 0x00B1}, {"", 0x0000}, }; sdcc-2.9.0/as/mcs51/i8051.h000066400000000000000000000064331116427777700147410ustar00rootroot00000000000000/* i8051.h Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Ported from 8085 to 8051 by John Hartman 30-Apr-1995 * Continued, 2-Jun-95 */ /*)BUILD $(PROGRAM) = AS8051 $(INCLUDE) = { ASM.H I8051.H } $(FILES) = { I51EXT.C I51MCH.C I51PST.C ASMAIN.C ASLEX.C ASSYM.C ASSUBR.C ASEXPR.C ASDATA.C ASLIST.C ASOUT.C } $(STACK) = 2000 */ /* * Symbol types. */ #define S_INH 50 /* One byte inherent */ #define S_JMP11 51 /* Jump and call 11 bit. */ #define S_JMP16 52 /* Jump and call 16 bit */ #define S_ACC 53 /* Accumulator */ #define S_TYP1 54 /* Type 1 (inc and dec) */ #define S_TYP2 55 /* Type 2 (arith ops) */ #define S_TYP3 56 /* Type 3 (logic ops) */ #define S_TYP4 57 /* Type 4 (XCH) */ #define S_MOV 58 /* MOV */ #define S_BITBR 59 /* bit branch */ #define S_BR 60 /* branch */ #define S_ACBIT 61 /* CLR, CPL */ #define S_CJNE 62 /* CJNE */ #define S_DJNZ 63 /* DJNZ */ #define S_JMP 64 /* JMP */ #define S_MOVC 65 /* MOVC */ #define S_MOVX 66 /* MOVX */ #define S_AB 67 /* AB (div and mul) */ #define S_CPL 68 /* CPL */ #define S_SETB 69 /* SETB */ #define S_DIRECT 70 /* DIRECT (pusha and pop) */ #define S_XCHD 71 /* XCHD */ /* Addressing modes */ #define S_A 30 /* A */ /* #define S_B 31 */ /* B */ #define S_C 32 /* C (carry) */ #define S_RAB 33 /* AB */ #define S_DPTR 34 /* DPTR */ #define S_REG 35 /* Register R0-R7 */ #define S_IMMED 36 /* immediate */ #define S_DIR 37 /* direct */ #define S_EXT 38 /* extended */ #define S_PC 39 /* PC (for addressing mode) */ #define S_AT_R 40 /* @R0 or @R1 */ #define S_AT_DP 41 /* @DPTR */ #define S_AT_APC 42 /* @A+PC */ #define S_AT_ADP 43 /* @A+DPTR */ #define S_NOT_BIT 44 /* /BIT (/DIR) */ /* * Registers. Value == address in RAM, except for PC */ #define R0 0 #define R1 1 #define R2 2 #define R3 3 #define R4 4 #define R5 5 #define R6 6 #define R7 7 #define A 0xE0 #define DPTR 0x82 #define PC 0xFF /* dummy number for register ID only */ #define AB 0xFE /* dummy number for register ID only */ #define C 0xFD /* dummy number for register ID only */ struct adsym { char a_str[5]; /* addressing string (length for DPTR+null)*/ int a_val; /* addressing mode value */ }; /* pre-defined symbol structure: name and value */ struct PreDef { char id[NCPS]; int value; }; extern struct PreDef preDef[]; /* machine dependent functions */ /* i51mch.c */ extern int comma(); extern VOID minit(); extern int reg(); sdcc-2.9.0/as/mcs51/readme.390000066400000000000000000000105561116427777700155150ustar00rootroot00000000000000DS80C390 flat mode support 2/4/2000 Kevin Vigor (e-mail: kevin at vigor.nu) I have hacked the 8051 assembler to support the 24 bit flat address mode of the DS80C390 processor. This mode allows the chip to directly address up to 4 Meg of RAM. Details can be found at Dallas' web site: www.dalsemi.com. 1: Assembler changes. 24 bit mode is entered via a new assembler directive, .flat24. This directive takes a mandatory argument, which is either the string "on" or the string "off". ".flat24 on" enables 24-bit mode, and ".flat24 off" puts the assembler into standard 8051 mode. Note that any .included files within a ".flat24 on" segment of the code will be compiled in 24-bit mode. In 24-bit mode, 8 instructions have altered behavior. Of these, 5 modify the instruction encoding, while 3 differ only in behavior. These instructions are discussed in the DS80C390 User's Guide, but a summary is included here: ACALL and AJMP now take a 19 bit offset instead of the 8051's 11 bit offset. An extra address byte is added to the encoded instruction. LCALL and LJMP now take a 24 bit target address instead of the 8051's 16 bit address. An extra address byte is added to the encoded instruction. MOV DPTR, #immed now takes a 24 bit immediate value instead of the 8051's 16 bit address. An extra data byte is added to the encoded instruction. INC DPTR now increments the entire 24 bit DPTR. The encoding is not changed. RET and RETI restore the full 24 bit PC from the stack. The encoding is not changed. 2: Linker changes. The linker supports (through a variety of evil hacks) 19 bit ACALL/AJMP relocations and 24 bit LCALL/LJMP/DPTR relocations. These changes should be invisible to the user. The linker can now also generated extended linear address records in the Intel hex output format. This is necessary for any areas located above the 64K mark. This is enabled by the "-r" linker flag, and is disabled by default (but the linker will throw a warning if an extended address is encountered without the -r flag being enabled). Note that for various reasons, areas may still not be larger than 64K. However, they may be located anywhere in the 4 Meg address space via the assembler .org directive (for ABS areas) or the linker "-b" option. 3: Examples Note that this example uses ABS areas to make the layout obvious. This code won't do anything useful at all, but demonstrates the instruction encoding in .flat24 mode vs 8051 mode. ; test1.asm .area CODE (ABS) .org 0 ; SFRs not known to the assembler yet... $TA = 0x00C7 $ACON = 0x009D ; Set the chip to 24 bit flat mode via the DS "timed access" procedure. mov $TA, #0xAA mov $TA, #0x55 mov $ACON, #0x06 ; 10 bit stack & 24 bit flat addressing. .flat24 on ; Enable 24-bit mode. The AM1 bit had better be ; on... mov dptr, #myData ; Valid on the '390: myData is in the FARDATA ; area at 0x300001. ; Generates: 90 30 00 01 acall _junkNear ; Within 11 bit range, but still must generate ; 19 bit address for '390 flat mode. ; Generates: 11 04 00 ajmp _junkFar ; Within 16 bit range. ; Generates 01 08 00 acall _junkReallyFar ; Within 19 bit range. ; Generates 91 00 00 lcall _junkReallyReallyFar ; Within 24 bit range. ; Generates 12 08 00 00 ; Set the chip to 8051 mode via the DS "timed access" procedure. mov $TA, #0x0AA mov $TA, #0x055 mov $ACON, #0x00 ; 8 bit stack & 16 bit flat addressing. .flat24 off ; Now we're an 8051 again. The AM1 bit had better be ; off... ;mov dptr, #myData ; Can't do that: myData is too far away. acall _junkNear ; Within 11 bit range. ; Generates 91 00 ljmp _junkFar ; Within 16 bit range; can't AJMP, but can LJMP ; Generates 02 08 00 ret .area CODE2 (ABS) .org 0x400 ; This is within the 11 bit ACALL/AJMP range of the 8051. _junkNear: ret .area CODE3 (ABS) .org 0x800 ; This is within the 390's 19 bit ACALL/AJMP range, and inside the stock ; 8051's 16 bit LCALL range. _junkFar: ret .area CODE4 (ABS) ; This is within the 390's 19 bit ACALL/AJMP range and outside the ; 8051's LCALL range. ; Note that to link an image with an area beyond 64K (like this one), ; the '-r' flag must be provided to the linker, and Intel Hex output format ; must be used. .org 0x40000 _junkReallyFar: ret .area CODE5 (ABS) ; This is outside anybody's ACALL/AJMP range. .org 0x80000 _junkReallyReallyFar: ret .area FARDATA (ABS) .org 0x300000 ; This is way, way up there. .byte 0x01 myData: .byte 0x02 ; test1.asm ends. sdcc-2.9.0/as/xa51/000077500000000000000000000000001116427777700136425ustar00rootroot00000000000000sdcc-2.9.0/as/xa51/Makefile.in000066400000000000000000000015621116427777700157130ustar00rootroot00000000000000VPATH = @srcdir@ CC = gcc CFLAGS = -ggdb -Wall YACC = bison -y -d LEX = flex -i LEXLIB = all: xa_rasm xa_link OBJECTS = xa_main.o xa_rasm.tab.o xa_rasm.lex.o xa_rasm: $(OBJECTS) $(CC) -o xa_rasm $(OBJECTS) $(LEXLIB) #strip xa_rasm xa_rasm.lex.o: xa_rasm.lex.c xa_rasm.tab.h xa_main.h $(CC) $(CFLAGS) -c xa_rasm.lex.c xa_rasm.tab.o: xa_rasm.tab.c xa_rasm.tab.h xa_main.h $(CC) $(CFLAGS) -c xa_rasm.tab.c xa_main.o: xa_main.c xa_main.h xa_version.h $(CC) $(CFLAGS) -Wall -c xa_main.c xa_link.o: xa_link.c xa_main.h xa_version.h $(CC) $(CFLAGS) -Wall -c xa_link.c xa_rasm.tab.c xa_rasm.tab.h: xa_rasm.y $(YACC) xa_rasm.y mv y.tab.c xa_rasm.tab.c mv y.tab.h xa_rasm.tab.h xa_rasm.lex.c: xa_rasm.l $(LEX) xa_rasm.l mv lex.yy.c xa_rasm.lex.c all: xa_rasm clean: rm -f *.tab.c *.tab.h *.lex.c *.o *.bak y.output *.hex *.lst *.obj rm -f xa_rasm xa_link core *~ sdcc-2.9.0/as/xa51/xa_link.c000066400000000000000000000530261116427777700154410ustar00rootroot00000000000000/* xa_link.c This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* WORK IN PROGRESS: do not watch this if you don't have the legal age in your country to watch this. */ /* This is a cheap hack. The xa51 has a couple of ways to scramble relocation info into it's opcode that the standard linker can't handle, not to mention word allignment. No hash or qsort yet. The relocatable format looks like the known one, BUT ISN'T. The only things that are handled now are: "SDCCXA rel, version %f" must be the first line, sort of MAGIC word "H %d areas %d global symbols" defines the # of areas and globals "S [Ref0000 | DefXXXX | AbsXXXX]" Def's are supposed to be defined in their own area/segment "A size %d flags %d" switch to another segment. this can happen multiple times and should be equal. flags is ignored for now "T xxxx 0" "R xxxx " the relocation info. xxxx is the address within relative code space. How is something like REL_FF, REL_FFFF, ABS_70FF. Symbol is the referenced symbol and pc+ is the program counter that will be used to calculate the relative address (that is the address of the following instruction). So, this is not a standalone linker. It will only link files generated by xa_rasm, which will only process files generated by the xa51 sdcc port. */ #include #include #include #include #include "xa_version.h" enum { // these are all concatenated into the code image GSINIT=1, CSEG, XINIT, // here goes the final output and should be used by the assembler GSFINAL, // these are only for storage BSEG, DSEG, XSEG, XISEG, // that's all MAX_SEGMENTS }; enum { REL_FF=1, REL_FFFF, BIT_03FF, DIR_07FF, DIR_70FF, DIR_0700FF, ABS_0F, ABS_FF, ABS_FFFF, ABS_PC, MAX_REFS }; char *refModes[]={ "???", "REL_FF", "REL_FFFF", "BIT_03FF", "DIR_07FF", "DIR_70FF", "DIR_0700FF", "ABS_0F", "ABS_FF", "ABS_FFFF", "ABS_PC" }; #define CODESIZE 0x10000 int fatalErrors=0; unsigned char gsinitImage[CODESIZE]; unsigned char csegImage[CODESIZE]; unsigned char xinitImage[CODESIZE]; unsigned char gsfinalImage[CODESIZE]; struct SEGMENT { short id; char *name; int hasSymbols; int _size; int start; int current; unsigned char *image; } segments[MAX_SEGMENTS]={ {0, "???", 0, 0, 0, 0, NULL}, {GSINIT, "GSINIT", 0, 0, 0, 0, gsinitImage}, {CSEG, "CSEG", 0, 0, 0, 0, csegImage}, {XINIT, "XINIT", 0, 0, 0, 0, xinitImage}, {GSFINAL, "GSFINAL", 0, 0, 0, 0, gsfinalImage}, {BSEG, "BSEG", 0, 0, 0, 0, NULL}, {DSEG, "DSEG", 0, 0, 0, 0, NULL}, {XSEG, "XSEG", 0, 0, 0, 0, NULL}, {XISEG, "XISEG", 0, 0, 0, 0, NULL}, }; struct MODULE { char *name; int offset[MAX_SEGMENTS]; int size[MAX_SEGMENTS]; int isLib; struct MODULE *next; struct MODULE *last; } *modules=NULL; struct SYMBOL { char *name; struct MODULE *module; int lineno; struct SEGMENT *segment; char absolute; int address; struct SYMBOL *next; struct SYMBOL *last; } *symbols=NULL; struct REFERENCE { char *name; struct MODULE *module; struct SEGMENT *segment; int lineno; unsigned address, pc; short how; short resolved; struct REFERENCE *next; struct REFERENCE *last; } *references=NULL; char *libraryPaths[128]; int nlibPaths=0; char *libraryFiles[128]; int nlibFiles=0; static char outFileName[PATH_MAX]={'\0'}; static char mapFileName[PATH_MAX]={'\0'}; FILE *mapOut; struct SEGMENT *currentSegment; struct MODULE *currentModule; int currentLine; int howToReference(char *how) { int r; for (r=1; rnext) { if (strcmp(symbol->name, symName)==0) { return symbol; } } return 0; } struct MODULE *findModuleByName(char *modName) { struct MODULE *module; for (module=modules; module; module=module->next) { if (strcmp(module->name, modName)==0) { return module; } } return NULL; } void addToModules (char *name, int isLib) { struct MODULE *module; int s; module=calloc(1, sizeof(struct MODULE)); module->name=strdup(name); for (s=0; soffset[s]=(segments[s]._size+1)&0xfffffe; } module->isLib=isLib; if (!modules) { modules=module; } else { modules->last->next=module; } currentModule=modules->last=module; } void addToRefs(char *ref, int address, char *how, int pc) { struct REFERENCE *reference; reference=calloc(1, sizeof(struct REFERENCE)); reference->name=strdup(ref); reference->module=currentModule; reference->segment=currentSegment; reference->lineno=currentLine; reference->address=address; reference->how=howToReference(how); if (reference->how==ABS_PC) { reference->resolved=1; } reference->pc=pc; if (!references) { references=reference; } else { references->last->next=reference; } references->last=reference; } void resolve() { struct REFERENCE *reference; for (reference=references; reference; reference=reference->next) { if ((reference->how==ABS_PC) || findSymbolByName(reference->name)) { reference->resolved=1; } } } int isUnresolved(char *ref, int resolved) { struct REFERENCE *reference; for (reference=references; reference; reference=reference->next) { if (strcmp(reference->name, ref)==0) { // found if (reference->resolved) { // already resolved return 0; } if (resolved) { reference->resolved=1; return 1; } } } return 0; } void addToDefs(char *def, int address, char absolute) { struct SYMBOL *symbol; // no duplicates allowed if ((symbol=findSymbolByName(def))) { fprintf (stderr, "*** %s:%d duplicate symbol %s first defined in " "module %s:%d\n", currentModule->name, currentLine, def, symbol->module->name, symbol->lineno); fatalErrors++; } symbol=calloc(1, sizeof(struct SYMBOL)); symbol->name=strdup(def); symbol->module=currentModule; symbol->lineno=currentLine; symbol->segment=currentSegment; symbol->absolute=absolute; symbol->address=currentModule->offset[currentSegment->id]+address; if (!symbols) { symbols=symbol; } else { symbols->last->next=symbol; } symbols->last=symbol; currentSegment->hasSymbols++; } void syntaxError (char *err) { fprintf (stderr, "*** %s:%d error while parsing '%s'\n", currentModule->name, currentLine, err); fatalErrors++; } void readModule(char *module, int isLib) { double hisVersion; char line[132]; FILE *relModule; char moduleName[PATH_MAX]; int segments, globals; currentLine=1; if ((relModule=fopen(module, "r"))==NULL) { perror (module); exit (1); } // first we need to check if this is a valid file if (sscanf(fgets(line, 132, relModule), "SDCCXA rel, version %lf", &hisVersion)!=1) { fprintf (stderr, "*** %s is not a valid input file\n", module); exit (1); } if (hisVersion!=version) { fprintf (stderr, "*** WARNING: version conflict; " "we(%1.1f) != %s(%1.1f)\n", version, module, hisVersion); } currentLine++; // H 7 areas 168 global symbols if (sscanf(fgets(line, 132, relModule), "H %d areas %d global symbols", &segments, &globals)!=2) { syntaxError(line); } currentLine++; // M module if (sscanf(fgets(line, 132, relModule), "M %s", moduleName)!=1) { syntaxError(line); } // add this to the known modules with current offsets addToModules(module, isLib); currentLine++; // now for the ASTR tags while (fgets(line, 132, relModule)) { switch (line[0]) { case 'A': { char segment[32]; int size, flags; if (sscanf(line, "A %[^ ] size %d flags %d", segment, &size, &flags)!=3) { syntaxError(line); } // do we know this segment? if (!(currentSegment=findSegmentByName(segment))) { fprintf (stderr, "*** %s:%d unknown area: %s\n", module, currentLine, segment); exit (1); } // double check repeated 'A' records if (currentModule->size[currentSegment->id]) { // pleased to meet you again, I hope ... if (currentModule->size[currentSegment->id] != size) { fprintf (stderr, "*** %s:%d error %s size %d != %d\n", module, currentLine, currentSegment->name, currentModule->size[currentSegment->id], size); fatalErrors++; } } else { currentSegment->_size += size; currentModule->size[currentSegment->id] = size; } // never mind about the flags for now break; } case 'S': { char symbol[132]; char refdef[132]; unsigned int address; if (sscanf(line, "S %[^ ] %s", symbol, refdef)!=2) { fprintf (stderr, "*** %s:%d syntax error near \"%s\"\n", module, currentLine, line); exit (1); } if (strncmp(refdef, "Ref", 3)==0) { // we don't need them } else if (strncmp(refdef, "Def", 3)==0) { sscanf (refdef, "Def%04x", &address); addToDefs(symbol, address, 0); } else if (strncmp(refdef, "Abs", 3)==0) { sscanf (refdef, "Abs%04x", &address); addToDefs(symbol, address, 1); } else { fprintf (stderr, "%s:%d found invalid symbol definition \"%s\"\n", module, currentLine, line); exit (1); } break; } case 'T': { unsigned int address; unsigned int byte; char *tline=NULL; if (currentSegment->id!=CSEG && currentSegment->id!=GSINIT && currentSegment->id!=XINIT) { fprintf (stderr, "%s:%d cannot emit bytes in %s\n", module, currentLine, currentSegment->name); exit (1); } if (sscanf(strtok(&line[2], " "), "%04x", &address)!=1) { fprintf (stderr, "%s:%d error in T record\n", module, currentLine); fatalErrors++; } address+=currentModule->offset[currentSegment->id]; //address+=currentSegment->current; for ( ; (tline=strtok(NULL, " \t\n")) && (sscanf(tline, "%02x", &byte)==1); ) { currentSegment->image[address++]=byte; currentSegment->current++; } break; } case 'R': { unsigned address, pc; char symbol[132]; char how[32]; sscanf (line, "R %x %[^ ] %[^ ] %x", &address, how, symbol, &pc); addToRefs (symbol, address, how, pc); break; } default: fprintf (stderr, "%s:%d unknown record \"%s\"\n", module, currentLine, line); fatalErrors++; break; } currentLine++; } fclose (relModule); } void writeModule(char *outFileName) { FILE *fOut; unsigned int address=segments[GSFINAL].start; unsigned int size=segments[GSFINAL]._size; unsigned int len; unsigned int checksum; if ((fOut=fopen(outFileName, "w"))==NULL) { perror (outFileName); } while (size) { len = size>16 ? 16 : size; size-=len; fprintf (fOut, ":%02X%04X%02X", len, address, 0); checksum = len + (address>>8) + (address&0xff); while (len--) { checksum += gsfinalImage[address]; fprintf (fOut, "%02X", gsfinalImage[address++]); } checksum &= 0xff; if (checksum) { checksum = 0x100 - checksum; } fprintf (fOut, "%02X\n", checksum); } fprintf (fOut, ":00000001FF\n"); fclose (fOut); } int relocate() { struct SYMBOL *symbol; struct REFERENCE *reference; char *from, *to; int length=segments[GSINIT]._size + segments[CSEG]._size + segments[XINIT]._size; int unresolved=0; // first check if it will fit if (length > 0xffff) { fprintf (stderr, "error: code segment exceeds 0xffff\n"); fatalErrors++; } // resolve reverences for (reference=references; reference; reference=reference->next) { if (!reference->resolved && !findSymbolByName(reference->name)) { unresolved++; } } if (unresolved) { // first scan the libraries return unresolved; } // GSFINAL starts at --code-loc ( -b CSEG = 0x1234 ) if (segments[CSEG].start & 1) { fprintf (stderr, "*** error: code doesn't start at " "an even address: %04x\n", segments[CSEG].start); exit (1); } segments[GSFINAL].start=segments[CSEG].start; memset(gsfinalImage, 0xff, CODESIZE); // copy gsinit to gsfinal from = gsinitImage; to = gsfinalImage + segments[GSFINAL].start + segments[GSFINAL]._size; memcpy(to, from, segments[GSINIT]._size); segments[GSINIT].start=segments[GSFINAL].start; segments[GSFINAL]._size += segments[GSINIT]._size; if (segments[GSFINAL]._size & 1) { segments[GSFINAL]._size++; } // append cseg to gsfinal from=csegImage; to = gsfinalImage + segments[GSFINAL].start + segments[GSFINAL]._size; memcpy(to, from, segments[CSEG]._size); segments[CSEG].start=segments[GSFINAL].start+segments[GSFINAL]._size; segments[GSFINAL]._size += segments[CSEG]._size; if (segments[GSFINAL]._size & 1) { segments[GSFINAL]._size++; } // append xinit to gsfinal from=xinitImage; to = gsfinalImage + segments[GSFINAL].start + segments[GSFINAL]._size; memcpy(to, from, segments[XINIT]._size); segments[XINIT].start=segments[GSFINAL].start+segments[GSFINAL]._size; segments[GSFINAL]._size += segments[XINIT]._size; if (segments[GSFINAL]._size & 1) { segments[GSFINAL]._size++; } // XISEG is located after XSEG if (segments[XSEG].start & 1) { fprintf (stderr, "*** warning: xdata doesn't start at " "an even address: %04x\n", segments[XSEG].start); } if (segments[XSEG]._size & 1) { segments[XSEG]._size++; } segments[XISEG].start=segments[XSEG].start + segments[XSEG]._size; // now relocate the defined symbols for (symbol=symbols; symbol; symbol=symbol->next) { if (!symbol->absolute) { symbol->address += symbol->segment->start; } } // and the references for (reference=references; reference; reference=reference->next) { symbol=findSymbolByName(reference->name); if (!reference->resolved && !symbol && reference->how!=ABS_PC) { // this reference isn't resolved after all fprintf (stderr, "*** %s:%d undefined symbol %s\n", reference->module->name, reference->lineno, reference->name); fatalErrors++; } else { reference->address += reference->module->offset[reference->segment->id]+ reference->segment->start; reference->pc += reference->module->offset[reference->segment->id]+ reference->segment->start; switch (reference->how) { case REL_FF: { int rel8 = symbol->address-(reference->pc & ~1); if (rel8<-256 || rel8>256) { fprintf (stderr, "rel8 target for %s is out of range in module %s:%d\n", reference->name, reference->module->name, reference->lineno); fatalErrors++; } gsfinalImage[reference->address]=rel8/2; break; } case REL_FFFF: { int rel16 = symbol->address-(reference->pc & ~1); if (rel16<-65536 || rel16>65534) { fprintf (stderr, "rel16 target for %s is out of range in module %s:%d\n", reference->name, reference->module->name, reference->lineno); fatalErrors++; } gsfinalImage[reference->address]=(rel16/2)>>8; gsfinalImage[reference->address+1]=rel16/2; break; } case DIR_70FF: gsfinalImage[reference->address] = (gsfinalImage[reference->address]&~0x70) + ((symbol->address>>4)&0x70); gsfinalImage[reference->address+1] = symbol->address; break; case ABS_FFFF: gsfinalImage[reference->address] = symbol->address>>8; gsfinalImage[reference->address+1] = symbol->address; break; case ABS_FF: gsfinalImage[reference->address] = symbol->address; break; case ABS_PC: { unsigned int address= (gsfinalImage[reference->address]<<8) + gsfinalImage[reference->address+1]; address += reference->module->offset[reference->segment->id]; address += segments[reference->segment->id].start; gsfinalImage[reference->address] = address>>8; gsfinalImage[reference->address+1] = address; }; break; default: fprintf (stderr, "unsupported reference mode %d.\n", reference->how); fatalErrors++; } } } return 0; } void usage (char * progName, int errNo) { fprintf (stderr, "usage: %s lnkCmdFile\n", progName); if (errNo) { exit (errNo); } } int scanLibraries(int unresolved) { int resolved=0; int nlp, nlf; char libFiles[PATH_MAX]; char libFile[PATH_MAX]; char line[132]; char symName[132]; FILE *lf, *lfs; for (nlp=0; nlpnext) { if (!reference->resolved) { fprintf (stderr, "*** unresolved symbol %s in %s:%d\n", reference->name, reference->module->name, reference->lineno); fatalErrors++; } } break; } } if (unresolved==0) { writeModule(outFileName); } // the modules fprintf (mapOut, "Modules:\n"); for (module=modules; module; module=module->next) { fprintf (mapOut, "\t%s\n", module->name); for (s=0; ssize[s]) { fprintf (mapOut, "\t\t%s:0x%04x-0x%04x\n", segments[s].name, module->offset[s]+segments[s].start, module->offset[s]+segments[s].start+module->size[s]); } } } // the segments fprintf (mapOut, "\nSegments:\n"); for (s=1; snext) { fprintf (mapOut, "%s\t%s %s0x%04x %s\n", symbol->name, symbol->segment->name, symbol->absolute ? "= " : "", symbol->address, symbol->module->name); } fclose(mapOut); return fatalErrors? 1 : 0; } sdcc-2.9.0/as/xa51/xa_main.c000066400000000000000000000423711116427777700154310ustar00rootroot00000000000000/* xa_main.c - Paul's XA51 Assembler Copyright 1997,2002 Paul Stoffregen (paul at pjrc dot com) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* adapted from the osu8asm project, 1995 */ /* http://www.pjrc.com/tech/osu8/index.html */ /* made "relocatable" by johan.knol@iduna.nl for sdcc This isn't a standalone assembler anymore. It's only purpose is to create relocatable modules (that has to be processed with xa_link) out of sdcc-generated .xa files */ #define D(x) x #include #include #include #include #define printf(x...) fprintf(stderr,x) #include "xa_main.h" #include "xa_version.h" extern void yyrestart(FILE *new_file); extern int yyparse(); char modulename[PATH_MAX]; char infilename[PATH_MAX]; char outfilename[PATH_MAX]; char listfilename[PATH_MAX]; char symfilename[PATH_MAX]; /* global variables */ FILE *frel, *fmem, *list_fp, *sym_fp; extern FILE *yyin; extern char *yytext; extern char last_line_text[]; struct symbol *sym_list=NULL; struct target *targ_list=NULL; int lineno=1; int p1=0, p2=0, p3=0; int expr_result, expr_ok, jump_dest, inst; int opcode; char symbol_name[1000]; struct area_struct area[NUM_AREAS]; int current_area=0; char rel_line[2][132]; char *areaToString (int area) { switch (area) { case AREA_CSEG: return "CSEG"; case AREA_DSEG: return "DSEG"; //case AREA_OSEG: return "OSEG"; //case AREA_ISEG: return "ISEG"; case AREA_BSEG: return "BSEG"; case AREA_XSEG: return "XSEG"; case AREA_XISEG: return "XISEG"; case AREA_XINIT: return "XINIT"; case AREA_GSINIT: return "GSINIT"; //case AREA_GSFINAL: return "GSFINAL"; //case AREA_HOME: return "HOME"; //case AREA_SSEG: return "SSEG"; } return ("UNKNOW"); } /* "mem" is replaced by area[current_area].alloc_position */ /* int mem=0; */ /* mem is location in memory */ /* add symbols to list when we find their definition in pass #1 */ /* we will evaluate their values in pass #2, and figure out if */ /* they are branch targets betweem passes 1 and 2. Every symbol */ /* should appear exactly once in this list, since it can't be redefined */ struct symbol * build_sym_list(char *thename) { struct symbol *new, *p; if ((p=findSymbol(thename))) { if (p->isdef) { fprintf (stderr, "error: symbol %s already defined\n", thename); exit (1); } else { return p; } } //printf(" Symbol: %s Line: %d\n", thename, lineno); new = (struct symbol *) malloc(sizeof(struct symbol)); new->name = (char *) malloc(strlen(thename)+1); strcpy(new->name, thename); new->value = 0; new->istarget = 0; new->isdef = 0; new->isbit = 0; new->isreg = 0; new->line_def = lineno - 1; new->area = current_area; new->mode = 'X'; // start with an external new->next = NULL; if (sym_list == NULL) return (sym_list = new); p = sym_list; while (p->next != NULL) p = p->next; p->next = new; return (new); } struct symbol *findSymbol (char *thename) { struct symbol *p; for (p=sym_list; p; p=p->next) { if (strcasecmp(thename, p->name)==0) { return p; } } return NULL; } int assign_value(char *thename, int thevalue, char mode) { struct symbol *p; p = sym_list; while (p != NULL) { if (!(strcasecmp(thename, p->name))) { p->area=current_area; p->value = thevalue; p->isdef = 1; p->mode = mode; return (0); } p = p->next; } fprintf(stderr, "Internal Error! Couldn't find symbol\n"); exit(1); } int mk_bit(char *thename, int area) { struct symbol *p; p = sym_list; while (p != NULL) { if (!(strcasecmp(thename, p->name))) { p->isbit = 1; p->area = area; return (0); } p = p->next; } fprintf(stderr, "Internal Error! Couldn't find symbol\n"); exit(1); } int mk_sfr(char *thename) { struct symbol *p; p = sym_list; while (p != NULL) { if (!(strcasecmp(thename, p->name))) { p->issfr = 1; p->area = 0; return (0); } p = p->next; } fprintf(stderr, "Internal Error! Couldn't find symbol\n"); exit(1); } int mk_reg(char *thename) { struct symbol *p; p = sym_list; while (p != NULL) { if (!(strcasecmp(thename, p->name))) { p->isreg = 1; return (0); } p = p->next; } fprintf(stderr, "Internal Error! Couldn't find symbol\n"); exit(1); } int mk_global(char *thename) { struct symbol *p; p = sym_list; while (p != NULL) { if (!(strcasecmp(thename, p->name))) { p->global = 1; return (0); } p = p->next; } fprintf(stderr, "Internal Error! Couldn't find symbol\n"); exit(1); } int get_value(char *thename) { struct symbol *p; p = sym_list; while (p != NULL) { if (!(strcasecmp(thename, p->name))) { if (p->mode=='=') ;//return 0; return (p->value); } p = p->next; } fprintf(stderr, "Internal Error! Couldn't find symbol value\n"); exit(1); } /* add every branch target to this list as we find them */ /* ok if multiple entries of same symbol name in this list */ struct target * build_target_list(char *thename) { struct target *new, *p; new = (struct target *) malloc(sizeof(struct target)); new->name = (char *) malloc(strlen(thename)+1); strcpy(new->name, thename); new->next = NULL; if (targ_list == NULL) return (targ_list = new); p = targ_list; while (p->next != NULL) p = p->next; p->next = new; return (new); } /* figure out which symbols are branch targets */ void flag_targets() { struct symbol *p_sym; struct target *p_targ; p_targ = targ_list; while (p_targ != NULL) { p_sym = sym_list; while (p_sym != NULL) { if (!strcasecmp(p_sym->name, p_targ->name)) p_sym->istarget = 1; p_sym = p_sym->next; } p_targ = p_targ->next; } } void print_symbol_table() { struct symbol *p; p = sym_list; while (p != NULL) { #if 0 fprintf(sym_fp, "Sym in %-5s: %s\n", areaToString(p->area), p->name); fprintf(sym_fp, " at: 0x%04X (%5d)", p->value, p->value); fprintf(sym_fp, " Def:%s", p->isdef ? "Yes" : "No "); fprintf(sym_fp, " Bit:%s", p->isbit ? "Yes" : "No "); fprintf(sym_fp, " Target:%s", p->istarget ? "Yes" : "No "); fprintf(sym_fp, " Line %d\n", p->line_def); #else if (p->issfr) { fprintf (sym_fp, "%-7s", "SFR"); } else if (p->isbit && !p->area) { fprintf (sym_fp, "%-7s", "SBIT"); } else if (p->mode=='=') { fprintf (sym_fp,"ABS "); } else if (!p->isdef) { fprintf (sym_fp,"EXTRN "); } else { fprintf (sym_fp, "%-7s", areaToString(p->area)); } fprintf (sym_fp, " 0x%04x (%5d)", p->value, p->value); fprintf (sym_fp, " %s", p->isdef ? "D" : "-"); fprintf (sym_fp, "%s", p->isbit ? "B" : "-"); fprintf (sym_fp, "%s", p->istarget ? "T" : "-"); fprintf (sym_fp, " %s\n", p->name); #endif p = p->next; } } /* check that every symbol is in the table only once */ void check_redefine() { struct symbol *p1, *p2; p1 = sym_list; while (p1 != NULL) { p2 = p1->next; while (p2 != NULL) { if (!strcasecmp(p1->name, p2->name)) { fprintf(stderr, "Error: symbol '%s' redefined on line %d", p1->name, p2->line_def); fprintf(stderr, ", first defined on line %d\n", p1->line_def); exit(1); } p2 = p2->next; } p1 = p1->next; } } int is_target(char *thename) { struct symbol *p; p = sym_list; while (p != NULL) { if (!strcasecmp(thename, p->name)) return (p->istarget); p = p->next; } return (0); } int is_bit(char *thename) { struct symbol *p; p = sym_list; while (p != NULL) { if (!strcasecmp(thename, p->name)) return (p->isbit); p = p->next; } return (0); } int is_reg(char *thename) { struct symbol *p; p = sym_list; while (p != NULL) { if (!strcasecmp(thename, p->name)) return (p->isreg); p = p->next; } return (0); } struct symbol *is_def(char *thename) { struct symbol *p; p = sym_list; while (p != NULL) { if (!strcasecmp(thename, p->name) && p->isdef) return p; p = p->next; } return NULL; } struct symbol *is_ref(char *thename) { struct symbol *p; p = sym_list; while (p != NULL) { if (strcasecmp(thename, p->name)==0) return p; p = p->next; } return NULL; } int is_abs(char *thename) { struct symbol *p; p = sym_list; while (p != NULL) { if (strcasecmp(thename, p->name)==0) return p->mode == '='; p = p->next; } return 0; } /* this routine is used to dump a group of bytes to the output */ /* it is responsible for generating the list file and sending */ /* the bytes one at a time to the object code generator */ /* this routine is also responsible for generatine the list file */ /* though is it expected that the lexer has placed all the actual */ /* original text from the line in "last_line_text" */ static short last_area=-1; int debug=0; void out(int *byte_list, int num) { struct symbol *p; int i, first=1; if (num > 0) fprintf(list_fp, "%06X: ", MEM_POS); else fprintf(list_fp, "\t"); if (last_area!=current_area) { // emit area information if (area[current_area].size) { fprintf (frel, "A %s size %d flags 0\n", areaToString(current_area), area[current_area].size); if (!area[current_area].defsEmitted) { for (p=sym_list; p; p=p->next) { if (p->global && p->isdef && p->area==current_area) { // skip temp labels if (p->name[strlen(p->name)-1]!='$') { if (p->mode=='=') { fprintf (frel, "S %s Abs%04x\n", p->name, p->value); } else { fprintf (frel, "S %s Def%04x\n", p->name, p->value); } } } } area[current_area].defsEmitted=1; } } last_area=current_area; } if (current_area==AREA_CSEG || current_area==AREA_GSINIT || current_area==AREA_XINIT) { if (num) { for (i=0; i= 0; i--) { sum += j * (str[i] == '1'); j *= 2; } return (sum); } void print_usage(int); void init_areas(void) { area[AREA_CSEG].start=area[AREA_CSEG].alloc_position = 0; area[AREA_DSEG].start=area[AREA_DSEG].alloc_position = 0; area[AREA_BSEG].start=area[AREA_BSEG].alloc_position = 0; area[AREA_XSEG].start=area[AREA_XSEG].alloc_position = 0; area[AREA_XISEG].start=area[AREA_XISEG].alloc_position = 0; area[AREA_XINIT].start=area[AREA_XINIT].alloc_position = 0; area[AREA_GSINIT].start=area[AREA_GSINIT].alloc_position = 0; area[AREA_GSFINAL].start=area[AREA_GSFINAL].alloc_position = 0; area[AREA_HOME].start=area[AREA_HOME].alloc_position = 0; } void relPrelude() { //char buffer[132]; int i, areas=0, globals=0; struct symbol *p; fprintf (frel, "SDCCXA rel, version %1.1f\n", version); for (i=1; inext) { if (p->isdef) { // skip temp labels if (p->name[strlen(p->name)-1]!='$') { globals++; } } } fprintf (frel, "H %d areas %d global symbols\n", areas, globals); fprintf (frel, "M %s\n", modulename); for (p=sym_list; p; p=p->next) { if (!p->isdef) { fprintf (frel, "S %s Ref0000\n", p->name); } } } void printVersion() { printf("\nPaul's XA51 Assembler\n"); printf("Copyright 1997,2002 Paul Stoffregen\n\n"); printf("This program is free software; you can redistribute it\n"); printf("and/or modify it under the terms of the GNU General Public\n"); printf("License, Version 2, published by the Free Software Foundation\n\n"); printf("This program is distributed in the hope that it will be useful,\n"); printf("but WITHOUT ANY WARRANTY; without even the implied warranty of\n"); printf("MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n\n"); } int verbose=0, createSymbolFile=0; void process_args(int argc, char **argv) { int i=0; if (argc < 2) print_usage(1); while (++i. */ #define SIZE8 0 #define SIZE16 1 #define SIZE32 2 #define UNKNOWN -1 #define WORD_REG 16384 #define BYTE_REG 32768 /* max # of bytes in db directive */ #define MAX_DB 2500 /* max # char in symbol name */ #define MAX_SYMBOL 1024 /* max # of bytes per line */ #define MAX_LINE 4096 /* REL() computes branch operand from dest and memory */ /* location of the jump instruction itself */ /* this is later adjusted by one for jcu, of course */ #define BRANCH_SPACING 2 #define REL(dest, mem) (((dest)-((((mem)+1)/(\ BRANCH_SPACING))*(BRANCH_SPACING)))/(BRANCH_SPACING)) #define NOP_OPCODE 0 /* opcode for NOP */ /* a linked list of all the symbols */ struct symbol { char *name; int value; int istarget; /* 1 if a branch target, 0 otherwise */ int isdef; /* 1 if defined, 0 if no value yet */ int line_def; /* line in which is was defined */ int isbit; /* 1 if a bit address, 0 otherwise */ int issfr; int isreg; /* 1 if a register, 0 otehrwise */ int global ; /* is defined as global */ char mode; /* Absolute, Relative, Tmplabel, eXternal */ short lk_index; /* symbol index for the linker */ int area; /* the area that this symbol is in */ struct symbol *next; }; /* a list of all the symbols that are branch targets */ /* (and will need to get aligned on 4 byte boundries) */ struct target { char *name; struct target *next; }; struct area_struct { int start; int alloc_position; int defsEmitted; int size; }; extern int current_area; #define MEM_POS (area[current_area].alloc_position) enum { AREA_CSEG=1, AREA_DSEG, // AREA_OSEG, // AREA_ISEG, AREA_BSEG, AREA_XSEG, AREA_XISEG, AREA_XINIT, AREA_GSINIT, AREA_GSFINAL, AREA_HOME, AREA_SSEG, NUM_AREAS=AREA_SSEG }; extern struct area_struct area[NUM_AREAS]; extern FILE *yyin; extern char *yytext; extern int lineno; extern int p1, p2, p3, mem, m_len; extern struct symbol * build_sym_list(char *thename); extern int assign_value(char *thename, int thevalue, char mode); extern int mk_bit(char *thename, int current_area); extern int mk_reg(char *thename); extern void out(int *byte_list, int num); extern int is_target(char *thename); extern void pad_with_nop(); extern int binary2int(char *str); extern int is_bit(char *thename); extern int is_reg(char *thename); extern struct symbol * is_def(char *thename); extern struct symbol * is_ref(char *thename); extern int get_value(char *thename); extern struct symbol *findSymbol (char *thename); extern char rel_line[2][132]; extern char operand[2][MAX_SYMBOL]; extern void error(char*); int mk_bit(char*, int); int mk_sfr(char*); int mk_global(char*); struct target * build_target_list(char *thename); struct symbol * build_sym_list(char *); int find_size_reg(int op1spec); int find_size0(int isize); int find_size1(int isize, int op1spec); int find_size2(int isize, int op1spec, int op2spec); int yyerror(char *s); int imm_data4_signed(int value); int imm_data4_unsigned(int value); int imm_data5_unsigned(int value); int imm_data8(int value); int imm_data16(int value); int reg(int reg_spec); int reg_indirect(int reg_spec); int lsb(int value); int msb(int value); int direct_addr(int value); int bit_addr(int value); int rel16(int pos, int dest); int rel8(int pos, int dest); char *areaToString (int area); FILE *frel, *fmem, *list_fp, *sym_fp; extern void relout(); sdcc-2.9.0/as/xa51/xa_rasm.l000066400000000000000000000271701116427777700154600ustar00rootroot00000000000000%{ /* xa_rasm.l - This file is part of Paul's XA51 Assembler Copyright 1997,2002 Paul Stoffregen (paul at pjrc dot com) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* Author contact: paul@pjrc.com */ #include #include #include "xa_main.h" #include "xa_rasm.tab.h" extern int inst_size, yylval; char line_text[MAX_LINE]={'\0'}, last_line_text[MAX_LINE]; char lex_sym_name[MAX_SYMBOL]; extern char base_symbol_name[]; #define LIST if (p3) strcat(line_text, yytext) %} %% add\.w {LIST; inst_size=SIZE16; return ADD;} add\.b {LIST; inst_size=SIZE8; return ADD;} add {LIST; inst_size=UNKNOWN; return ADD;} addc\.w {LIST; inst_size=SIZE16; return ADDC;} addc\.b {LIST; inst_size=SIZE8; return ADDC;} addc {LIST; inst_size=UNKNOWN; return ADDC;} adds\.w {LIST; inst_size=SIZE16; return ADDS;} adds\.b {LIST; inst_size=SIZE8; return ADDS;} adds {LIST; inst_size=UNKNOWN; return ADDS;} and\.w {LIST; inst_size=SIZE16; return AND;} and\.b {LIST; inst_size=SIZE8; return AND;} and {LIST; inst_size=UNKNOWN; return AND;} anl {LIST; inst_size=UNKNOWN; return ANL;} asl\.d {LIST; inst_size=SIZE32; return ASL;} asl\.w {LIST; inst_size=SIZE16; return ASL;} asl\.b {LIST; inst_size=SIZE8; return ASL;} asl {LIST; inst_size=UNKNOWN; return ASL;} asr\.d {LIST; inst_size=SIZE32; return ASR;} asr\.w {LIST; inst_size=SIZE16; return ASR;} asr\.b {LIST; inst_size=SIZE8; return ASR;} asr {LIST; inst_size=UNKNOWN; return ASR;} bcc {LIST; inst_size=UNKNOWN; return BCC;} bcs {LIST; inst_size=UNKNOWN; return BCS;} beq {LIST; inst_size=UNKNOWN; return BEQ;} bg {LIST; inst_size=UNKNOWN; return BG;} bge {LIST; inst_size=UNKNOWN; return BGE;} bgt {LIST; inst_size=UNKNOWN; return BGT;} bkpt {LIST; inst_size=UNKNOWN; return BKPT;} bl {LIST; inst_size=UNKNOWN; return BL;} ble {LIST; inst_size=UNKNOWN; return BLE;} blt {LIST; inst_size=UNKNOWN; return BLT;} bmi {LIST; inst_size=UNKNOWN; return BMI;} bne {LIST; inst_size=UNKNOWN; return BNE;} bnv {LIST; inst_size=UNKNOWN; return BNV;} bov {LIST; inst_size=UNKNOWN; return BOV;} bpl {LIST; inst_size=UNKNOWN; return BPL;} br {LIST; inst_size=UNKNOWN; return BR;} call {LIST; inst_size=UNKNOWN; return CALL;} cjne\.w {LIST; inst_size=SIZE16; return CJNE;} cjne\.b {LIST; inst_size=SIZE8; return CJNE;} cjne {LIST; inst_size=UNKNOWN; return CJNE;} clr {LIST; inst_size=UNKNOWN; return CLR;} cmp\.w {LIST; inst_size=SIZE16; return CMP;} cmp\.b {LIST; inst_size=SIZE8; return CMP;} cmp {LIST; inst_size=UNKNOWN; return CMP;} cpl\.w {LIST; inst_size=SIZE16; return CPL;} cpl\.b {LIST; inst_size=SIZE8; return CPL;} cpl {LIST; inst_size=UNKNOWN; return CPL;} da\.b {LIST; inst_size=SIZE8; return DA;} da {LIST; inst_size=UNKNOWN; return DA;} div\.d {LIST; inst_size=SIZE32; return DIV;} div\.w {LIST; inst_size=SIZE16; return DIV;} div\.b {LIST; inst_size=SIZE8; return DIV;} div {LIST; inst_size=UNKNOWN; return DIV;} divu\.d {LIST; inst_size=SIZE32; return DIVU;} divu\.w {LIST; inst_size=SIZE16; return DIVU;} divu\.b {LIST; inst_size=SIZE8; return DIVU;} divu {LIST; inst_size=UNKNOWN; return DIVU;} djnz\.w {LIST; inst_size=SIZE16; return DJNZ;} djnz\.b {LIST; inst_size=SIZE8; return DJNZ;} djnz {LIST; inst_size=UNKNOWN; return DJNZ;} fcall {LIST; inst_size=UNKNOWN; return FCALL;} fjmp {LIST; inst_size=UNKNOWN; return FJMP;} jb {LIST; inst_size=UNKNOWN; return JB;} jbc {LIST; inst_size=UNKNOWN; return JBC;} jmp {LIST; inst_size=UNKNOWN; return JMP;} jnb {LIST; inst_size=UNKNOWN; return JNB;} jnz {LIST; inst_size=UNKNOWN; return JNZ;} jz {LIST; inst_size=UNKNOWN; return JZ;} lea\.w {LIST; inst_size=SIZE16; return LEA;} lea {LIST; inst_size=UNKNOWN; return LEA;} lsr\.d {LIST; inst_size=SIZE32; return LSR;} lsr\.w {LIST; inst_size=SIZE16; return LSR;} lsr\.b {LIST; inst_size=SIZE8; return LSR;} lsr {LIST; inst_size=UNKNOWN; return LSR;} mov\.w {LIST; inst_size=SIZE16; return MOV;} mov\.b {LIST; inst_size=SIZE8; return MOV;} mov {LIST; inst_size=UNKNOWN; return MOV;} movc\.w {LIST; inst_size=SIZE16; return MOVC;} movc\.b {LIST; inst_size=SIZE8; return MOVC;} movc {LIST; inst_size=UNKNOWN; return MOVC;} movs\.w {LIST; inst_size=SIZE16; return MOVS;} movs\.b {LIST; inst_size=SIZE8; return MOVS;} movs {LIST; inst_size=UNKNOWN; return MOVS;} movx\.w {LIST; inst_size=SIZE16; return MOVX;} movx\.b {LIST; inst_size=SIZE8; return MOVX;} movx {LIST; inst_size=UNKNOWN; return MOVX;} mul\.d {LIST; inst_size=SIZE32; return MUL;} mul\.w {LIST; inst_size=SIZE16; return MUL;} mul\.b {LIST; inst_size=SIZE8; return MUL;} mul {LIST; inst_size=UNKNOWN; return MUL;} mulu\.d {LIST; inst_size=SIZE32; return MULU;} mulu\.w {LIST; inst_size=SIZE16; return MULU;} mulu\.b {LIST; inst_size=SIZE8; return MULU;} mulu {LIST; inst_size=UNKNOWN; return MULU;} neg\.w {LIST; inst_size=SIZE16; return NEG;} neg\.b {LIST; inst_size=SIZE8; return NEG;} neg {LIST; inst_size=UNKNOWN; return NEG;} nop {LIST; inst_size=UNKNOWN; return NOP;} norm\.d {LIST; inst_size=SIZE32; return NORM;} norm\.w {LIST; inst_size=SIZE16; return NORM;} norm\.b {LIST; inst_size=SIZE8; return NORM;} norm {LIST; inst_size=UNKNOWN; return NORM;} or\.w {LIST; inst_size=SIZE16; return OR;} or\.b {LIST; inst_size=SIZE8; return OR;} or {LIST; inst_size=UNKNOWN; return OR;} orl {LIST; inst_size=UNKNOWN; return ORL;} pop\.w {LIST; inst_size=SIZE16; return POP;} pop\.b {LIST; inst_size=SIZE8; return POP;} pop {LIST; inst_size=UNKNOWN; return POP;} popu\.w {LIST; inst_size=SIZE16; return POPU;} popu\.b {LIST; inst_size=SIZE8; return POPU;} popu {LIST; inst_size=UNKNOWN; return POPU;} push\.w {LIST; inst_size=SIZE16; return PUSH;} push\.b {LIST; inst_size=SIZE8; return PUSH;} push {LIST; inst_size=UNKNOWN; return PUSH;} pushu\.w {LIST; inst_size=SIZE16; return PUSHU;} pushu\.b {LIST; inst_size=SIZE8; return PUSHU;} pushu {LIST; inst_size=UNKNOWN; return PUSHU;} reset {LIST; inst_size=UNKNOWN; return RESET;} ret {LIST; inst_size=UNKNOWN; return RET;} reti {LIST; inst_size=UNKNOWN; return RETI;} rl\.w {LIST; inst_size=SIZE16; return RL;} rl\.b {LIST; inst_size=SIZE8; return RL;} rl {LIST; inst_size=UNKNOWN; return RL;} rlc\.w {LIST; inst_size=SIZE16; return RLC;} rlc\.b {LIST; inst_size=SIZE8; return RLC;} rlc {LIST; inst_size=UNKNOWN; return RLC;} rr\.w {LIST; inst_size=SIZE16; return RR;} rr\.b {LIST; inst_size=SIZE8; return RR;} rr {LIST; inst_size=UNKNOWN; return RR;} rrc\.w {LIST; inst_size=SIZE16; return RRC;} rrc\.b {LIST; inst_size=SIZE8; return RRC;} rrc {LIST; inst_size=UNKNOWN; return RRC;} setb {LIST; inst_size=UNKNOWN; return SETB;} sext\.w {LIST; inst_size=SIZE16; return SEXT;} sext\.b {LIST; inst_size=SIZE8; return SEXT;} sext {LIST; inst_size=UNKNOWN; return SEXT;} sub\.w {LIST; inst_size=SIZE16; return SUB;} sub\.b {LIST; inst_size=SIZE8; return SUB;} sub {LIST; inst_size=UNKNOWN; return SUB;} subb\.w {LIST; inst_size=SIZE16; return SUBB;} subb\.b {LIST; inst_size=SIZE8; return SUBB;} subb {LIST; inst_size=UNKNOWN; return SUBB;} trap {LIST; inst_size=UNKNOWN; return TRAP;} xch\.w {LIST; inst_size=SIZE16; return XCH;} xch\.b {LIST; inst_size=SIZE8; return XCH;} xch {LIST; inst_size=UNKNOWN; return XCH;} xor\.w {LIST; inst_size=SIZE16; return XOR;} xor\.b {LIST; inst_size=SIZE8; return XOR;} xor {LIST; inst_size=UNKNOWN; return XOR;} dptr {LIST; return DPTR;} pc {LIST; return PC;} a {LIST; return A;} c {LIST; return C;} usp {LIST; return USP;} org {LIST; return ORG;} equ {LIST; return EQU;} sfr {LIST; return SFR;} db {LIST; return DB;} dw {LIST; return DW;} byte {LIST; return DB;} bit {LIST; return BITDEF;} reg {LIST; return REGDEF;} area {LIST; return AREA;} ds {LIST; return DS;} DSEG {LIST; yylval = AREA_DSEG; return AREA_NAME;} BSEG {LIST; yylval = AREA_BSEG; return AREA_NAME;} XSEG {LIST; yylval = AREA_XSEG; return AREA_NAME;} XISEG {LIST; yylval = AREA_XISEG; return AREA_NAME;} XINIT {LIST; yylval = AREA_XINIT; return AREA_NAME;} GSINIT {LIST; yylval = AREA_GSINIT; return AREA_NAME;} GSFINAL {LIST; yylval = AREA_GSFINAL; return AREA_NAME;} HOME {LIST; yylval = AREA_HOME; return AREA_NAME;} SSEG {LIST; yylval = AREA_SSEG; return AREA_NAME;} CSEG {LIST; yylval = AREA_CSEG; return AREA_NAME;} module {LIST; return MODULE;} globl {LIST; return GLOBL;} \(DATA\) {LIST; return AREA_DESC;} \(OVR,XDATA\) {LIST; return AREA_DESC;} \(BIT\) {LIST; return AREA_DESC;} \(XDATA\) {LIST; return AREA_DESC;} \(CODE\) {LIST; return AREA_DESC;} low {LIST; return LOW;} high {LIST; return HIGH;} >> {LIST; return RSHIFT;} \<\< {LIST; return LSHIFT;} R[0-9] {LIST; yylval = yytext[1] - '0' + WORD_REG; return REG;} R1[0-5] {LIST; yylval = yytext[2] - '0' + 10 + WORD_REG; return REG;} R[0-7]L {LIST; yylval = (yytext[1] - '0') * 2 + BYTE_REG; return REG;} R[0-7]H {LIST; yylval = (yytext[1] - '0') * 2 + 1 + BYTE_REG; return REG;} [a-z_][a-z0-9_]* { LIST; if (is_def(yytext)) { yylval = get_value(yytext); } else { if (p1) build_sym_list(yytext); yylval = 0; //if (p3) error("Symbol undefined"); } /* keep name in lex_sym_name since yytext */ /* could be overwritten if the parser does */ /* a lookahead operation */ strcpy(lex_sym_name, yytext); if (is_def(lex_sym_name)) { yylval = get_value(lex_sym_name); /* return correct type if special */ if (is_bit(lex_sym_name)) return BIT; if (is_reg(lex_sym_name)) return REG; } if (p3) { if (*operand[0]) { // first one in use strcpy (operand[1], yytext); } else { strcpy (operand[0], yytext); } } return WORD; } [0-9]+\$ { LIST; /* should print error if base_symbol_name */ /* is not defined */ sprintf(lex_sym_name, "%s:%s", base_symbol_name, yytext); if (is_def(lex_sym_name)) { yylval = get_value(lex_sym_name); } else { yylval = 0; if (p3) error("Symbol undefined"); } return WORD; } [01]+[bq] { LIST; yylval = binary2int(yytext); return NUMBER; } 0x[0-9a-f]+ { LIST; sscanf(yytext, "%*c%*c%x", &yylval); return NUMBER; } [0-9a-f]+[h] { LIST; sscanf(yytext, "%x%*[hH]", &yylval); return NUMBER; } \$[0-9a-f]+ { LIST; sscanf(yytext, "$%x", &yylval); return NUMBER; } -?[0-9]+ { LIST; sscanf(yytext, "%d", &yylval); return NUMBER; } \'.\' { LIST; yylval = (int)yytext[1]; return CHAR; } \'\\.\' { LIST; switch (yytext[1]) { case 'n': case 'N': yylval = 10; break; case 'r': case 'R': yylval = 13; break; case '0': yylval = 0; break; default: yylval = (int)yytext[1]; /* print a warning here */ } return CHAR; } \"[^"\n]*["\n] { LIST; return STRING; } ;[^\n]* {LIST; /* comments */} [ \t\r] {LIST; /* whitespace */} \n { strcpy(last_line_text, line_text); line_text[0] = '\0'; ++lineno; return EOL; } . {LIST; return yytext[0];} %% sdcc-2.9.0/as/xa51/xa_rasm.y000066400000000000000000001067151116427777700155000ustar00rootroot00000000000000%{ /* xa_rasm.y - This file is part of Paul's XA51 Assembler Copyright 1997,2002 Paul Stoffregen (paul at pjrc dot com) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* Author contact: paul@pjrc.com */ /* parser for the 51-XA assembler, Paul Stoffregen, July 1997 */ #include #include #include #include "xa_main.h" int op[MAX_DB]; int size; int inst_size; int arith_opcode, short_opcode, num_op, opcode0, opcode1; int shift_imm_opcode, shift_reg_opcode, rotate_opcode; int stack_addr_opcode, stack_reg_opcode, branch_opcode; int rlist_reg_bank, rlist_bitmask, rlist_size; int db_count, dw_count, i; char symbol_name[MAX_SYMBOL], base_symbol_name[MAX_SYMBOL]={'\0'}; char operand[2][MAX_SYMBOL]={{'\0'},{'\0'}}; extern char lex_sym_name[]; extern int yylex(); extern void yyrestart(FILE *new_file); extern char * disasm(int byte, int memory_location); void error(char *s); void RELOC_FF(unsigned where, unsigned pc, short rl) { // pc = PC of the next instruction struct symbol *sym; if ((sym=findSymbol(operand[0]))) { if (sym->mode=='X' || sym->area!=current_area) { sprintf (rel_line[rl], "R %04x REL_FF %s %04x", where, sym->name, pc); } } } void RELOC_FFFF(unsigned where, unsigned pc, short rl) { struct symbol *sym; if ((sym=findSymbol(operand[0]))) { if (sym->mode=='X' || sym->area!=current_area) { sprintf (rel_line[rl], "R %04x REL_FFFF %s %04x", where, sym->name, pc); } } } void RELOC_ABS_0F(unsigned where, int seq) { struct symbol *sym; if ((sym=findSymbol(operand[seq])) && sym->mode!='A') { sprintf (rel_line[seq], "R %04x ABS_0F %s 0", where, sym->name); } } void RELOC_BIT_03FF(unsigned where, int seq) { struct symbol *sym; if ((sym=findSymbol(operand[seq])) && sym->mode!='A') { sprintf (rel_line[seq], "R %04x BIT_03FF %s 0", where, sym->name); } } void RELOC_DIR_07FF(unsigned where, int seq) { struct symbol *sym; if ((sym=findSymbol(operand[seq])) && sym->mode!='A') { sprintf (rel_line[seq], "R %04x DIR_07FF %s 0", where, sym->name); } } void RELOC_DIR_70FF(unsigned where, int seq) { struct symbol *sym; if ((sym=findSymbol(operand[seq])) && sym->mode!='A') { sprintf (rel_line[seq], "R %04x DIR_70FF %s 0", where, sym->name); } } void RELOC_ABS_FF(unsigned where, int seq) { struct symbol *sym; if ((sym=findSymbol(operand[seq])) && sym->mode!='A') { sprintf (rel_line[seq], "R %04x DIR_FF %s 0", where, sym->name); } } void RELOC_ABS_FFFF(unsigned where, int seq) { struct symbol *sym; if ((sym=findSymbol(operand[seq]))) { switch (sym->mode) { case 'A': // sfr or sbit, already in instruction case '=': // equat, already in instruction break; case 'X': // external reference sprintf (rel_line[seq], "R %04x ABS_FFFF %s %04x", where, sym->name, sym->value); break; case 'R': // absolute in current segment sprintf (rel_line[seq], "R %04x ABS_PC PC %04x", where, sym->value); break; default: fprintf (stderr, "unknown ABS_FFFF\n"); exit (1); } } } void RELOC_DIR_0700FF(unsigned where, int seq) { struct symbol *sym; if ((sym=findSymbol(operand[seq])) && sym->mode!='A') { sprintf (rel_line[seq], "R %04x ABS_0700FF %s 0", where, sym->name); } } %} %token ADD ADDC ADDS AND ANL ASL ASR BCC BCS BEQ BG BGE BGT %token BKPT BL BLE BLT BMI BNE BNV BOV BPL BR CALL CJNE CLR %token CMP CPL DA DIV DIVU DJNZ FCALL FJMP JB JBC JMP JNB JNZ %token JZ LEA LSR MOV MOVC MOVS MOVX MUL MULU NEG NOP NORM %token OR ORL POP POPU PUSH PUSHU RESET RET RETI RL RLC RR RRC %token SETB SEXT SUB SUBB TRAP XCH XOR %token REG DPTR PC A C USP %token WORD BIT NUMBER CHAR STRING EOL LOCAL_LABEL %token ORG EQU SFR DB DW BITDEF REGDEF LOW HIGH %token RSHIFT LSHIFT %token AREA AREA_NAME AREA_DESC DS %token MODULE GLOBL %left '&' '|' '^' %left RSHIFT LSHIFT %left '+' '-' %left '*' '/' %nonassoc UNARY %% all: line | line all; line: linesymbol ':' linenosym { if (p1) { build_sym_list(symbol_name); if (current_area == AREA_BSEG) { mk_bit(symbol_name, current_area); } } if (p1 || p2) assign_value(symbol_name, MEM_POS, 'R'); MEM_POS += $3; } | linenosym { if (!is_abs(symbol_name)) { MEM_POS += $1; } } linenosym: directive EOL { if (p3) out(op, $1); $$ = $1; } | instruction EOL { if (p3) out(op, $1); $$ = $1; } | EOL { if (p3) out(NULL, 0); $$ = 0; } | error EOL /* try to recover from any parse error */ directive: '.' ORG expr { MEM_POS = $3; $$ = 0; } | ORG expr { MEM_POS = $2; $$ = 0; } | '.' EQU symbol ',' expr { if (p1) build_sym_list(symbol_name); if (p1 || p2) assign_value(symbol_name, $5, '?'); $$ = 0; } | symbol '=' expr { if (p1) build_sym_list(symbol_name); if (p1 || p2) assign_value(symbol_name, $3, '='); } | symbol SFR expr { if (p1) build_sym_list(symbol_name); if (p1 || p2) assign_value(symbol_name, $3, 'A'); if (p1 || p2) mk_sfr(symbol_name); $$ = 0; } | '.' BITDEF bitsymbol ',' bit { if (p1) { build_sym_list(symbol_name); mk_bit(symbol_name, 0); } if (p1 || p2) assign_value(symbol_name, $5, '?'); $$ = 0; } | bitsymbol BITDEF bit { if (p1) { build_sym_list(symbol_name); mk_bit(symbol_name, 0); } if (p1 || p2) assign_value(symbol_name, $3, '?'); $$ = 0; } | bitsymbol BITDEF expr { if (p1) { build_sym_list(symbol_name); mk_bit(symbol_name, 0); } if (p1 || p2) assign_value(symbol_name, $3, 'A'); $$ = 0; } | '.' REGDEF regsymbol ',' REG { if (p1) { build_sym_list(symbol_name); mk_reg(symbol_name); } if (p1 || p2) assign_value(symbol_name, $5, '?'); $$ = 0; } | regsymbol REGDEF REG { if (p1) { build_sym_list(symbol_name); mk_reg(symbol_name); } if (p1 || p2) assign_value(symbol_name, $3, '?'); $$ = 0; } | '.' db_directive bytes { $$ = db_count; } | '.' dw_directive words { $$ = dw_count; } | '.' AREA AREA_NAME AREA_DESC { if ($3 < 0 || $3 > NUM_AREAS) { error("Illegal Area Directive"); } symbol_name[0] = '\0'; current_area = $3; $$ = 0; } | '.' MODULE WORD { /* ignore module definition */ $$ = 0; } | '.' GLOBL WORD { mk_global(lex_sym_name); /* ignore global symbol declaration */ $$ = 0; } | '.' GLOBL bit { /* ignore bit symbol declaration */ $$ = 0; } | '.' DS expr { /* todo: if CSEG, emit some filler bytes */ $$ = $3; } db_directive: DB {db_count = 0;} linesymbol: normal_or_bit_symbol { strcpy(symbol_name, lex_sym_name); if (!strchr(lex_sym_name, ':')) { /* non-local label, remember base name */ strcpy(base_symbol_name, lex_sym_name); } if (is_target(symbol_name)) pad_with_nop(); } normal_or_bit_symbol: WORD {$$ = $1;} | BIT {$$ = $1;} bytes: byte_element | bytes ',' byte_element byte_element: expr { op[db_count] = $1 & 255; if (++db_count >= MAX_DB) { error("too many bytes, use two DB"); db_count--; } } | STRING { for(i=1; i < strlen(yytext)-1; i++) { op[db_count++] = yytext[i]; if (db_count >= MAX_DB) { error("too many bytes, use two DB"); db_count--; } } } dw_directive: DW {dw_count = 0;} words: words ',' word_element | word_element word_element: expr { op[dw_count] = $1 & 255; op[dw_count+1] = ($1 >> 8) & 255; dw_count += 2; if (dw_count >= MAX_DB) { error("too many bytes, use two DW"); db_count -= 2; } } symbol: WORD { strcpy(symbol_name, lex_sym_name); } bitsymbol: WORD { strcpy(symbol_name, lex_sym_name); } | BIT { strcpy(symbol_name, lex_sym_name); } regsymbol: WORD { strcpy(symbol_name, lex_sym_name); } | REG { strcpy(symbol_name, lex_sym_name); } bit: expr '.' expr { if ($3 < 0 || $3 > 7) { /* only 8 bits in a byte */ error("Only eight bits in a byte"); } $$ = 100000; /* should really check $1 is valid */ if ($1 >= 0x20 && $1 <= 0x3F) { $$ = $1 * 8 + $3; } if ($1 >= 0x400 && $1 <= 0x43F) { $$ = ($1 - 0x400) * 8 + $3 + 0x200; } } | REG '.' expr { $$ = 100000; if (find_size_reg($1) == SIZE8) { if ($3 < 0 || $3 > 7) error("byte reg has only 8 bits"); $$ = reg($1) * 8 + $3; } if (find_size_reg($1) == SIZE16) { if ($3 < 0 || $3 > 15) error("word reg has only 16 bits"); $$ = reg($1) * 16 + $3; } } | BIT {$$ = $1;} jmpaddr: WORD { $$ = $1; if (p1) build_target_list(lex_sym_name); } | NUMBER { if ($1 & 1) error("Jump target must be aligned"); $$ = $1; } expr: value {$$ = $1;} | expr '+' expr {$$ = $1 + $3;} | expr '-' expr {$$ = $1 - $3;} | expr '*' expr {$$ = $1 * $3;} | expr '/' expr {$$ = $1 / $3;} | expr '&' expr {$$ = $1 & $3;} | expr '|' expr {$$ = $1 | $3;} | expr '^' expr {$$ = $1 ^ $3;} | expr RSHIFT expr {$$ = $1 >> $3;} | expr LSHIFT expr {$$ = $1 << $3;} | '-' expr %prec UNARY {$$ = $2 * -1;} | '+' expr %prec UNARY {$$ = $2;} | '(' expr ')' {$$ = $2;} | LOW expr %prec UNARY {$$ = $2 & 255;} | HIGH expr %prec UNARY {$$ = ($2 >> 8) & 255;} value: NUMBER {$$ = $1;} | CHAR {$$ = $1;} | WORD { $$ = $1;} rlist: REG { rlist_bitmask = 1<<(reg($1) % 8); rlist_reg_bank = (reg($1) / 8) ? 1 : 0; rlist_size = find_size_reg($1); } | REG ',' rlist { rlist_bitmask |= 1<<(reg($1) % 8); if (rlist_reg_bank != ((reg($1) / 8) ? 1 : 0)) error("register list may not mix 0-7/8-15 regs"); if (rlist_size != find_size_reg($1)) error("register list may not mix 8/16 bit registers"); } instruction: arith_inst REG ',' REG { $$ = 2; size = find_size2(inst_size, $2, $4); op[0] = arith_opcode * 16 + size * 8 + 1; op[1] = reg($2) * 16 + reg($4); } | arith_inst REG ',' '[' REG ']' { $$ = 2; size = find_size1(inst_size, $2); op[0] = arith_opcode * 16 + size * 8 + 2; op[1] = reg($2) * 16 + reg_indirect($5); } | arith_inst '[' REG ']' ',' REG { $$ = 2; size = find_size1(inst_size, $6); op[0] = arith_opcode * 16 + size * 8 + 2; op[1] = reg($6) * 16 + 8 + reg_indirect($3); } | arith_inst REG ',' '[' REG '+' expr ']' { size = find_size1(inst_size, $2); if ($7 >= -128 && $7 <= 127) { $$ = 3; op[0] = arith_opcode * 16 + size * 8 + 4; op[1] = reg($2) * 16 + reg_indirect($5); op[2] = ($7 >= 0) ? $7 : 256 + $7; RELOC_ABS_FF(MEM_POS+2,0); } else { $$ = 4; op[0] = arith_opcode * 16 + size * 8 + 5; op[1] = reg($2) * 16 + reg_indirect($5); op[2] = ($7 >= 0) ? msb($7) : msb(65536 + $7); op[3] = ($7 >= 0) ? lsb($7) : lsb(65536 + $7); RELOC_ABS_FFFF(MEM_POS+2,0); } } | arith_inst '[' REG '+' expr ']' ',' REG { size = find_size1(inst_size, $8); if ($5 >= -128 && $5 <= 127) { $$ = 3; op[0] = arith_opcode * 16 + size * 8 + 4; op[1] = reg($8) * 16 + 8 + reg_indirect($3); op[2] = ($5 >= 0) ? $5 : 256 + $5; RELOC_ABS_FF(MEM_POS+2,0); } else { $$ = 4; op[0] = arith_opcode * 16 + size * 8 + 5; op[1] = reg($8) * 16 + 8 + reg_indirect($3); op[2] = ($5 >= 0) ? msb($5) : msb(65536 + $5); op[3] = ($5 >= 0) ? lsb($5) : lsb(65536 + $5); RELOC_ABS_FFFF(MEM_POS+2,0); } } | arith_inst REG ',' '[' REG '+' ']' { $$ = 2; size = find_size1(inst_size, $2); op[0] = arith_opcode * 16 + size * 8 + 3; op[1] = reg($2) * 16 + reg_indirect($5); } | arith_inst '[' REG '+' ']' ',' REG { $$ = 2; size = find_size1(inst_size, $7); op[0] = arith_opcode * 16 + size * 8 + 3; op[1] = reg($7) * 16 + 8 + reg_indirect($3); } | arith_inst WORD ',' REG { $$ = 3; size = find_size1(inst_size, $4); op[0] = arith_opcode * 16 + size * 8 + 6; op[1] = reg($4) * 16 + 8 + msb(direct_addr($2)); op[2] = lsb(direct_addr($2)); RELOC_DIR_07FF(MEM_POS+1, 0); } | arith_inst REG ',' WORD { $$ = 3; size = find_size1(inst_size, $2); op[0] = arith_opcode * 16 + size * 8 + 6; op[1] = reg($2) * 16 + msb(direct_addr($4)); op[2] = lsb(direct_addr($4)); RELOC_DIR_07FF(MEM_POS+1, 0); } | arith_inst REG ',' '#' expr { size = find_size1(inst_size, $2); if (size == SIZE8) { $$ = 3; op[0] = 0x91; op[1] = reg($2) * 16 + arith_opcode; op[2] = imm_data8($5); RELOC_ABS_FF(MEM_POS+2, 0); } else { $$ = 4; op[0] = 0x99; op[1] = reg($2) * 16 + arith_opcode; op[2] = msb(imm_data16($5)); op[3] = lsb(imm_data16($5)); RELOC_ABS_FFFF (MEM_POS+2, 0); } } | arith_inst '[' REG ']' ',' '#' expr { size = find_size0(inst_size); if (size == SIZE8) { $$ = 3; op[0] = 0x92; op[1] = reg_indirect($3) * 16 + arith_opcode; op[2] = imm_data8($7); RELOC_ABS_FF(MEM_POS+2, 0); } else { $$ = 4; op[0] = 0x9A; op[1] = reg_indirect($3) * 16 + arith_opcode; op[2] = msb(imm_data16($7)); op[3] = lsb(imm_data16($7)); RELOC_ABS_FFFF (MEM_POS+2, 0); } } | arith_inst '[' REG '+' ']' ',' '#' expr { size = find_size0(inst_size); if (size == SIZE8) { $$ = 3; op[0] = 0x93; op[1] = reg_indirect($3) * 16 + arith_opcode; op[2] = imm_data8($8); RELOC_ABS_FF(MEM_POS+2, 0); } else { $$ = 4; op[0] = 0x9B; op[1] = reg_indirect($3) * 16 + arith_opcode; op[2] = msb(imm_data16($8)); op[3] = lsb(imm_data16($8)); RELOC_ABS_FFFF (MEM_POS+2, 0); } } | arith_inst '[' REG '+' expr ']' ',' '#' expr { size = find_size0(inst_size); if ($5 >= -128 && $5 <= 127) { if (size == SIZE8) { $$ = 4; op[0] = 0x94; op[1] = reg_indirect($3) * 16 + arith_opcode; op[2] = ($5 >= 0) ? $5 : 256 + $5; op[3] = imm_data8($9); RELOC_ABS_FF(MEM_POS+2, 0); RELOC_ABS_FF(MEM_POS+3, 1); } else { $$ = 5; op[0] = 0x9C; op[1] = reg_indirect($3) * 16 + arith_opcode; op[2] = ($5 >= 0) ? $5 : 256 + $5; op[3] = msb(imm_data16($9)); op[4] = lsb(imm_data16($9)); RELOC_ABS_FF(MEM_POS+2, 0); RELOC_ABS_FFFF(MEM_POS+3, 1); } } else { if (size == SIZE8) { $$ = 5; op[0] = 0x95; op[1] = reg_indirect($3) * 16 + arith_opcode; op[2] = ($5 >= 0) ? msb($5) : msb(65536 + $5); op[3] = ($5 >= 0) ? lsb($5) : lsb(65536 + $5); op[4] = imm_data8($9); RELOC_ABS_FFFF(MEM_POS+2,0); RELOC_ABS_FF(MEM_POS+4,1); } else { $$ = 6; op[0] = 0x9D; op[1] = reg_indirect($3) * 16 + arith_opcode; op[2] = ($5 >= 0) ? msb($5) : msb(65536 + $5); op[3] = ($5 >= 0) ? lsb($5) : lsb(65536 + $5); op[4] = msb(imm_data16($9)); op[5] = lsb(imm_data16($9)); RELOC_ABS_FFFF(MEM_POS+2, 0); RELOC_ABS_FFFF(MEM_POS+4, 1); } } } | arith_inst WORD ',' '#' expr { size = find_size0(inst_size); if (size == SIZE8) { $$ = 4; op[0] = 0x96; op[1] = msb(direct_addr($2)) * 16 + arith_opcode; op[2] = lsb(direct_addr($2)); op[3] = imm_data8($5); RELOC_DIR_70FF(MEM_POS+1,0); RELOC_ABS_FF(MEM_POS+3,1); } else { $$ = 5; op[0] = 0x9E; op[1] = msb(direct_addr($2)) * 16 + arith_opcode; op[2] = lsb(direct_addr($2)); op[3] = msb(imm_data16($5)); op[4] = lsb(imm_data16($5)); RELOC_DIR_70FF(MEM_POS+1,0); RELOC_ABS_FFFF (MEM_POS+3,1); } } /* the next 8 instructions are MOV, but because MOV was used in the */ /* arith_inst group, it will cause a shift/reduce conflict if used */ /* directly below... so we're forced to use arith_inst and then */ /* add a bit of code to make sure it was MOV and not the other ones */ | arith_inst '[' REG '+' ']' ',' '[' REG '+' ']' { /* this addr mode is only valid for MOV */ if (arith_opcode != 8) error("Addr mode only valid for MOV (1)"); size = find_size0(inst_size); $$ = 2; op[0] = 0x90 + size * 8; op[1] = reg_indirect($3) * 16 + reg_indirect($8); } | arith_inst WORD ',' '[' REG ']' { /* this addr mode is only valid for MOV */ if (arith_opcode != 8) error("Addr mode only valid for MOV (2)"); size = find_size0(inst_size); $$ = 3; op[0] = 0xA0 + size * 8; op[1] = 128 + reg_indirect($5) * 16 + msb(direct_addr($2)); op[2] = lsb(direct_addr($2)); RELOC_DIR_07FF(MEM_POS+1, 0); } | arith_inst '[' REG ']' ',' WORD { /* this addr mode is only valid for MOV */ if (arith_opcode != 8) error("Addr mode only valid for MOV (3)"); size = find_size0(inst_size); $$ = 3; op[0] = 0xA0 + size * 8; op[1] = reg_indirect($3) * 16 + msb(direct_addr($6)); op[2] = lsb(direct_addr($6)); RELOC_DIR_07FF(MEM_POS+1, 0); } | arith_inst WORD ',' WORD { /* this addr mode is only valid for MOV */ if (arith_opcode != 8) error("Addr mode only valid for MOV (4)"); size = find_size0(inst_size); $$ = 4; op[0] = 0x97 + size * 8; op[1] = msb(direct_addr($2)) * 16 + msb(direct_addr($4)); op[2] = lsb(direct_addr($2)); op[3] = lsb(direct_addr($4)); RELOC_DIR_70FF(MEM_POS+1, 0); RELOC_DIR_0700FF(MEM_POS+1, 1); } | arith_inst REG ',' USP { /* this addr mode is only valid for MOV */ if (arith_opcode != 8) error("Addr mode only valid for MOV (5)"); $$ = 2; op[0] = 0x90; op[1] = reg($2) * 16 + 15; } | arith_inst USP ',' REG { /* this addr mode is only valid for MOV */ if (arith_opcode != 8) error("Addr mode only valid for MOV (6)"); $$ = 2; op[0] = 0x98; op[1] = reg($4) * 16 + 15; } | arith_inst C ',' bit { /* this addr mode is only valid for MOV */ if (arith_opcode != 8) error("Addr mode only valid for MOV (7)"); $$ = 3; op[0] = 0x08; op[1] = 0x20 + msb(bit_addr($4)); op[2] = lsb(bit_addr($4)); RELOC_BIT_03FF(MEM_POS+1, 0); } | arith_inst bit ',' C { /* this addr mode is only valid for MOV */ if (arith_opcode != 8) error("Addr mode only valid for MOV (8)"); $$ = 3; op[0] = 0x08; op[1] = 0x30 + msb(bit_addr($2)); op[2] = lsb(bit_addr($2)); RELOC_BIT_03FF(MEM_POS+1, 0); } | MOVC REG ',' '[' REG '+' ']' { size = find_size1(inst_size, $2); $$ = 2; op[0] = 0x80 + size * 8; op[1] = reg($2) * 16 + reg_indirect($5); } | MOVC A ',' '[' A '+' DPTR ']' { $$ = 2; op[0] = 0x90; op[1] = 0x4E; } | MOVC A ',' '[' A '+' PC ']' { $$ = 2; op[0] = 0x90; op[1] = 0x4C; } | MOVX REG ',' '[' REG ']' { $$ = 2; size = find_size1(inst_size, $2); op[0] = 0xA7 + size * 8; op[1] = reg($2) * 16 + reg_indirect($5); } | MOVX '[' REG ']' ',' REG { $$ = 2; size = find_size1(inst_size, $6); op[0] = 0xA7 + size * 8; op[1] = reg($6) * 16 + 8 + reg_indirect($3); } | XCH REG ',' REG { $$ = 2; size = find_size2(inst_size, $2, $4); op[0] = 0x60 + size * 8; op[1] = reg($2) * 16 + reg($4); } | XCH REG ',' '[' REG ']' { $$ = 2; size = find_size1(inst_size, $2); op[0] = 0x50 + size * 8; op[1] = reg($2) * 16 + reg_indirect($5); } | XCH REG ',' WORD { $$ = 3; size = find_size1(inst_size, $2); op[0] = 0xA0 + size * 8; op[1] = reg($2) * 16 + msb(direct_addr($4)); op[2] = lsb(direct_addr($4)); RELOC_DIR_07FF(MEM_POS+1, 0); } | short_data_inst REG ',' '#' expr { $$ = 2; size = find_size1(inst_size, $2); op[0] = short_opcode + size * 8 + 1; op[1] = reg($2) * 16 + imm_data4_signed($5); RELOC_ABS_0F(MEM_POS+1, 0); } | short_data_inst '[' REG ']' ',' '#' expr { $$ = 2; size = find_size0(inst_size); op[0] = short_opcode + size * 8 + 2; op[1] = reg_indirect($3) * 16 + imm_data4_signed($7); RELOC_ABS_0F(MEM_POS+1, 0); } | short_data_inst '[' REG '+' ']' ',' '#' expr { $$ = 2; size = find_size0(inst_size); op[0] = short_opcode + size * 8 + 3; op[1] = reg_indirect($3) * 16 + imm_data4_signed($8); RELOC_ABS_0F(MEM_POS+1, 0); } | short_data_inst '[' REG '+' expr ']' ',' '#' expr { size = find_size0(inst_size); if ($5 >= -128 && $5 <= 127) { $$ = 3; op[0] = short_opcode + size * 8 + 4; op[1] = reg_indirect($3) * 16 + imm_data4_signed($9); op[2] = op[2] = ($5 >= 0) ? $5 : 256 + $5; RELOC_ABS_0F(MEM_POS+1, 1); RELOC_ABS_FF(MEM_POS+2, 0); } else { $$ = 4; op[0] = short_opcode + size * 8 + 5; op[1] = reg_indirect($3) * 16 + imm_data4_signed($9); op[2] = ($5 >= 0) ? msb($5) : msb(65536 + $5); op[3] = ($5 >= 0) ? lsb($5) : lsb(65536 + $5); RELOC_ABS_0F(MEM_POS+1, 1); RELOC_ABS_FFFF(MEM_POS+2, 0); } } | short_data_inst expr ',' '#' expr { $$ = 3; size = find_size0(inst_size); op[0] = short_opcode + size * 8 + 6; op[1] = msb(direct_addr($2)) * 16 + imm_data4_signed($5); op[2] = lsb(direct_addr($2)); RELOC_ABS_0F(MEM_POS+1, 0); } | ANL C ',' bit { $$ = 3; op[0] = 0x08; op[1] = 0x40 + msb(bit_addr($4)); op[2] = lsb(bit_addr($4)); RELOC_BIT_03FF(MEM_POS+1, 0); } | ANL C ',' '/' bit { $$ = 3; op[0] = 0x08; op[1] = 0x50 + msb(bit_addr($5)); op[2] = lsb(bit_addr($5)); RELOC_BIT_03FF(MEM_POS+1, 0); } | ORL C ',' bit { $$ = 3; op[0] = 0x08; op[1] = 0x60 + msb(bit_addr($4)); op[2] = lsb(bit_addr($4)); RELOC_BIT_03FF(MEM_POS+1, 0); } | ORL C ',' '/' bit { $$ = 3; op[0] = 0x08; op[1] = 0x70 + msb(bit_addr($5)); op[2] = lsb(bit_addr($5)); RELOC_BIT_03FF(MEM_POS+1, 0); } | CLR bit { $$ = 3; op[0] = 0x08; op[1] = msb(bit_addr($2)); op[2] = lsb(bit_addr($2)); RELOC_BIT_03FF(MEM_POS+1, 0); } | SETB bit { $$ = 3; op[0] = 0x08; op[1] = 0x10 + msb(bit_addr($2)); op[2] = lsb(bit_addr($2)); RELOC_BIT_03FF(MEM_POS+1, 0); } | logical_shift_inst REG ',' REG { size = find_size1(inst_size, $2); if (find_size_reg($4) != SIZE8) error("Second register in logical shift must be byte size"); $$ = 2; op[0] = shift_reg_opcode; switch (size) { case SIZE8: op[0] += 0; break; case SIZE16: op[0] += 8; break; case SIZE32: op[0] += 12; break; } op[1] = reg($2) * 16 + reg($4); } | logical_shift_inst REG ',' '#' NUMBER { size = find_size1(inst_size, $2); $$ = 2; if (shift_imm_opcode == -1) error("NORM may not use a constant"); op[0] = shift_imm_opcode; switch (size) { case SIZE8: op[0] += 0; break; case SIZE16: op[0] += 8; break; case SIZE32: op[0] += 12; break; } switch (size) { case SIZE8: case SIZE16: op[1] = reg($2) * 16 + imm_data4_unsigned($5); break; case SIZE32: op[1] = (reg($2) / 2) * 32 + imm_data5_unsigned($5); break; } } | no_opperand_inst { $$ = num_op; op[0] = opcode0; op[1] = opcode1; } | TRAP '#' NUMBER { $$ = 2; op[0] = 0xD6; op[1] = 0x30 + imm_data4_unsigned($3); } | CPL REG { $$ = 2; size = find_size1(inst_size, $2); op[0] = 0x90 + size * 8; op[1] = reg($2) * 16 + 10; } | DA REG { $$ = 2; op[0] = 0x90; op[1] = reg($2) * 16 + 8; } | NEG REG { $$ = 2; size = find_size1(inst_size, $2); op[0] = 0x90 + size * 8; op[1] = reg($2) * 16 + 11; } | SEXT REG { $$ = 2; size = find_size1(inst_size, $2); op[0] = 0x90 + size * 8; op[1] = reg($2) * 16 + 9; } | rotate_inst REG ',' '#' NUMBER { $$ = 2; size = find_size1(inst_size, $2); op[0] = rotate_opcode + size * 8; op[1] = reg($2) * 16 + imm_data4_unsigned($5); } | LEA REG ',' REG '+' expr { if ($6 >= -128 && $6 <= 127) { $$ = 3; op[0] = 0x40; op[1] = reg($2) * 16 + reg_indirect($4); op[2] = ($6 >= 0) ? $6 : 256 + $6; RELOC_ABS_FF(MEM_POS+2, 0); } else { op[0] = 0x48; op[1] = reg($2) * 16 + reg_indirect($4); op[2] = ($6 >= 0) ? msb($6) : msb(65536 + $6); op[3] = ($6 >= 0) ? lsb($6) : lsb(65536 + $6); RELOC_ABS_FFFF(MEM_POS+2, 0); } } | stack_inst WORD { $$ = 3; size = find_size0(inst_size); op[0] = msb(stack_addr_opcode) + size * 8; op[1] = lsb(stack_addr_opcode) + msb(direct_addr($2)); op[2] = lsb(direct_addr($2)); RELOC_DIR_07FF(MEM_POS+1, 0); } | stack_inst rlist { $$ = 2; if (inst_size != UNKNOWN && find_size0(inst_size) != rlist_size) error("inst specifies different size than registers used"); op[0] = stack_reg_opcode + rlist_reg_bank * 64 + rlist_size * 8; op[1] = rlist_bitmask; } | MUL REG ',' REG { $$ = 2; size = find_size2(inst_size, $2, $4); op[0] = 0xE6; op[1] = reg($2) * 16 + reg($4); } | MULU REG ',' REG { $$ = 2; size = find_size2(inst_size, $2, $4); if (size == SIZE8) { op[0] = 0xE0; op[1] = reg($2) * 16 + reg($4); } else { op[0] = 0xE4; op[1] = reg($2) * 16 + reg($4); } } | MUL REG ',' '#' expr { $$ = 2; size = find_size1(inst_size, $2); op[0] = 0xE9; op[1] = reg($2) + 8; op[2] = msb(imm_data16($5)); op[3] = lsb(imm_data16($5)); RELOC_ABS_FFFF(MEM_POS+2, 0); } | MULU REG ',' '#' expr { size = find_size2(inst_size, $2, $4); if (size == SIZE8) { $$ = 3; op[0] = 0xE8; op[1] = reg($2) * 16; op[2] = imm_data8($5); RELOC_ABS_FF(MEM_POS+2, 0); } else { $$ = 4; op[0] = 0xE9; op[1] = reg($2) * 16; op[2] = msb(imm_data16($5)); op[3] = lsb(imm_data16($5)); RELOC_ABS_FFFF(MEM_POS+2, 0); } } | DIV REG ',' REG { $$ = 2; size = find_size2(inst_size, $2, $4); switch (size) { case SIZE8: error("Signed DIV can't be 8 bit size"); break; case SIZE16: op[0] = 0xE7; op[1] = reg($2) * 16 + reg($4); break; case SIZE32: op[0] = 0xEF; op[1] = (reg($2) / 2) * 32 + reg($4); break; } } | DIVU REG ',' REG { $$ = 2; size = find_size2(inst_size, $2, $4); switch (size) { case SIZE8: op[0] = 0xE1; op[1] = reg($2) * 16 + reg($4); break; case SIZE16: op[0] = 0xE5; op[1] = reg($2) * 16 + reg($4); break; case SIZE32: op[0] = 0xED; op[1] = (reg($2) / 2) * 32 + reg($4); break; } } | DIV REG ',' '#' expr { size = find_size1(inst_size, $2); switch (size) { case SIZE8: error("Singed DIV can't be 8 bit size"); break; case SIZE16: $$ = 3; op[0] = 0xE8; op[1] = reg($2) * 16 + 11; op[2] = imm_data8($5); RELOC_ABS_FF(MEM_POS+2, 0); break; case SIZE32: $$ = 4; op[0] = 0xE9; op[1] = (reg($2) / 2) * 32 + 9; op[2] = msb(imm_data16($5)); op[3] = lsb(imm_data16($5)); RELOC_ABS_FFFF(MEM_POS+2, 0); break; } } | DIVU REG ',' '#' expr { size = find_size1(inst_size, $2); switch (size) { case SIZE8: $$ = 3; op[0] = 0xE8; op[1] = reg($2) * 16 + 1; op[2] = imm_data8($5); RELOC_ABS_FF(MEM_POS+2, 0); break; case SIZE16: $$ = 3; op[0] = 0xE8; op[1] = reg($2) * 16 + 3; op[2] = imm_data8($5); RELOC_ABS_FF(MEM_POS+2, 0); break; case SIZE32: $$ = 4; op[0] = 0xE9; op[1] = (reg($2) / 2) * 32 + 1; op[2] = msb(imm_data16($5)); op[3] = lsb(imm_data16($5)); RELOC_ABS_FFFF(MEM_POS+2, 0); break; } } | CALL '[' REG ']' { $$ = 2; op[0] = 0xC6; op[1] = reg($3); } | FCALL jmpaddr { $$ = 4; op[0] = 0xC4; op[1] = ($2 >> 8) & 255; op[2] = $2 & 255; op[3] = ($2 >> 16) & 255; } | FJMP jmpaddr { $$ = 4; op[0] = 0xD4; op[1] = ($2 >> 8) & 255; op[2] = $2 & 255; op[3] = ($2 >> 16) & 255; } | JMP '[' REG ']' { $$ = 2; op[0] = 0xD6; op[1] = 0x70 + reg_indirect($3); } | JMP '[' A '+' DPTR ']' { $$ = 2; op[0] = 0xD6; op[1] = 0x46; } | JMP '[' '[' REG '+' ']' ']' { $$ = 2; op[0] = 0xD6; op[1] = 0x60 + reg_indirect($4); } | JMP jmpaddr { $$ = 3; op[0] = 0xD5; op[1] = msb(rel16(MEM_POS + $$, $2)); op[2] = lsb(rel16(MEM_POS + $$, $2)); RELOC_FFFF(MEM_POS+1,MEM_POS+$$,0); } | CALL jmpaddr { $$ = 3; op[0] = 0xC5; op[1] = msb(rel16(MEM_POS + $$, $2)); op[2] = lsb(rel16(MEM_POS + $$, $2)); RELOC_FFFF(MEM_POS+1, MEM_POS+$$, 0); } | branch_inst jmpaddr { $$ = 2; op[0] = branch_opcode; op[1] = rel8(MEM_POS + $$, $2); RELOC_FF(MEM_POS+1,MEM_POS + $$, 0); } | CJNE REG ',' expr ',' jmpaddr { $$ = 4; size = find_size1(inst_size, $2); op[0] = 0xE2 + size * 8; op[1] = reg($2) * 16 + msb(direct_addr($4)); op[2] = lsb(direct_addr($4)); op[3] = rel8(MEM_POS + $$, $6); RELOC_DIR_07FF(MEM_POS+1, 0); RELOC_FF(MEM_POS+3, MEM_POS + $$, 1); } | CJNE REG ',' '#' expr ',' jmpaddr { size = find_size1(inst_size, $2); if (size == SIZE8) { $$ = 4; op[0] = 0xE3; op[1] = reg($2) * 16; op[2] = rel8(MEM_POS + $$, $7); op[3] = imm_data8($5); RELOC_ABS_FF(MEM_POS+3, 0); } else { $$ = 5; op[0] = 0xEB; op[1] = reg($2) * 16; op[2] = rel8(MEM_POS + $$, $7); op[3] = msb(imm_data16($5)); op[4] = lsb(imm_data16($5)); RELOC_ABS_FFFF(MEM_POS+3, 0); } } | CJNE '[' REG ']' ',' '#' expr ',' jmpaddr { size = find_size0(inst_size); if (size == SIZE8) { $$ = 4; op[0] = 0xE3; op[1] = reg_indirect($3) * 16 + 8; op[2] = rel8(MEM_POS + $$, $9); op[3] = imm_data8($7); RELOC_ABS_FF(MEM_POS+3, 0); } else { $$ = 5; op[0] = 0xEB; op[1] = reg_indirect($3) * 16 + 8; op[2] = rel8(MEM_POS + $$, $9); op[3] = msb(imm_data16($7)); op[4] = lsb(imm_data16($7)); RELOC_ABS_FFFF(MEM_POS+3, 0); } } | DJNZ REG ',' jmpaddr { $$ = 3; size = find_size1(inst_size, $2); op[0] = 0x87 + size * 8; op[1] = reg($2) * 16 + 8; op[2] = rel8(MEM_POS + $$, $4); RELOC_FF(MEM_POS+2, MEM_POS+$$, 0); } | DJNZ WORD ',' jmpaddr { $$ = 4; size = find_size0(inst_size); op[0] = 0xE2 + size * 8; op[1] = msb(direct_addr($2)) + 8; op[2] = lsb(direct_addr($2)); op[3] = rel8(MEM_POS + $$, $4); RELOC_DIR_07FF(MEM_POS+1, 0); RELOC_FF(MEM_POS+3, MEM_POS + $$, 1) } | JB bit ',' jmpaddr { $$ = 4; op[0] = 0x97; op[1] = 0x80 + msb(bit_addr($2)); op[2] = lsb(bit_addr($2)); op[3] = rel8(MEM_POS + $$, $4); RELOC_BIT_03FF(MEM_POS+1, 0); RELOC_FF(MEM_POS+3, MEM_POS + $$, 1); } | JBC bit ',' jmpaddr { $$ = 4; op[0] = 0x97; op[1] = 0xC0 + msb(bit_addr($2)); op[2] = lsb(bit_addr($2)); op[3] = rel8(MEM_POS + $$, $4); RELOC_BIT_03FF(MEM_POS+1, 0); RELOC_FF(MEM_POS+3, MEM_POS + $$, 1); } | JNB bit ',' jmpaddr { $$ = 4; op[0] = 0x97; op[1] = 0xA0 + msb(bit_addr($2)); op[2] = lsb(bit_addr($2)); op[3] = rel8(MEM_POS + $$, $4); RELOC_BIT_03FF(MEM_POS+1, 0); RELOC_FF(MEM_POS+3, MEM_POS + $$, 1); } arith_inst: ADD {arith_opcode = 0;} | ADDC {arith_opcode = 1;} | AND {arith_opcode = 5;} | CMP {arith_opcode = 4;} | MOV {arith_opcode = 8;} | OR {arith_opcode = 6;} | SUB {arith_opcode = 2;} | SUBB {arith_opcode = 3;} | XOR {arith_opcode = 7;} short_data_inst: ADDS {short_opcode = 0xA0;} | MOVS {short_opcode = 0xB0;} logical_shift_inst: ASL {shift_reg_opcode = 0xC1; shift_imm_opcode = 0xD1;} | ASR {shift_reg_opcode = 0xC2; shift_imm_opcode = 0xD2;} | LSR {shift_reg_opcode = 0xC0; shift_imm_opcode = 0xD0;} | NORM {shift_reg_opcode = 0xC3; shift_imm_opcode = -1;} rotate_inst: RL {rotate_opcode = 0xD3;} | RLC {rotate_opcode = 0xD7;} | RR {rotate_opcode = 0xD0;} | RRC {rotate_opcode = 0xD7;} stack_inst: POP {stack_addr_opcode = 0x8710; stack_reg_opcode = 0x27;} | POPU {stack_addr_opcode = 0x8700; stack_reg_opcode = 0x37;} | PUSH {stack_addr_opcode = 0x8730; stack_reg_opcode = 0x07;} | PUSHU {stack_addr_opcode = 0x8720; stack_reg_opcode = 0x17;} no_opperand_inst: BKPT {num_op = 1; opcode0 = 255; opcode1 = 0;} | NOP {num_op = 1; opcode0 = 0; opcode1 = 0;} | RESET {num_op = 2; opcode0 = 0xD6; opcode1 = 0x10;} | RET {num_op = 2; opcode0 = 0xD6; opcode1 = 0x80;} | RETI {num_op = 2; opcode0 = 0xD6; opcode1 = 0x90;} branch_inst: BCC {branch_opcode = 0xF0;} | BCS {branch_opcode = 0xF1;} | BEQ {branch_opcode = 0xF3;} | BG {branch_opcode = 0xF8;} | BGE {branch_opcode = 0xFA;} | BGT {branch_opcode = 0xFC;} | BL {branch_opcode = 0xF9;} | BLE {branch_opcode = 0xFD;} | BLT {branch_opcode = 0xFB;} | BMI {branch_opcode = 0xF7;} | BNE {branch_opcode = 0xF2;} | BNV {branch_opcode = 0xF4;} | BOV {branch_opcode = 0xF5;} | BPL {branch_opcode = 0xF6;} | BR {branch_opcode = 0xFE;} | JZ {branch_opcode = 0xEC;} | JNZ {branch_opcode = 0xEE;} %% int reg(int reg_spec) { return reg_spec & 15; } int reg_indirect(int reg_spec) { if (reg_spec & BYTE_REG) error("Indirect addressing may not use byte registers"); if ((reg_spec & 15) > 7) error("Only R0 through R7 may be used for indirect addr"); return reg_spec & 7; } int rel16(int pos, int dest) { int rel; if (!p3) return 0; /* don't bother unless writing code */ if (dest & (BRANCH_SPACING - 1)) error("Attempt to jump to unaligned location"); pos &= ~(BRANCH_SPACING - 1); rel = (dest - pos) / BRANCH_SPACING; if (rel < -32768 || rel > 32767) error("Attempt to jump out of 16 bit relative range"); if (rel < 0) rel += 65536; return rel; } int rel8(int pos, int dest) { int rel; if (!p3) return 0; /* don't bother unless writing code */ if (dest & (BRANCH_SPACING - 1)) error("Attempt to jump to unaligned location"); pos &= ~(BRANCH_SPACING - 1); rel = (dest - pos) / BRANCH_SPACING; if (rel < -128 || rel > 127) error("Attempt to jump out of 16 bit relative range"); if (rel < 0) rel += 256; return rel; } int msb(int value) { return (value >> 8) & 255; } int lsb(int value) { return value & 255; } int direct_addr(int value) { char buf[250]; if (value < 0 || value > 2047) { sprintf(buf, "illegal value (%d) for direct address", value); error(buf); } return value; } int imm_data4_signed(int value) { if (value < -8 || value > 7) error("illegal 4 bit (signed) value"); if (value >= 0) return value; else return (16 + value); } int imm_data4_unsigned(int value) { if (value < 0 || value > 15) error("illegal 4 bit (unsigned) value"); return value; } int imm_data5_unsigned(int value) { if (value < 0 || value > 31) error("illegal 5 bit (unsigned) value"); return value; } int imm_data8(int value) { if (value < -128 || value > 255) error("illegal 8 bit value"); if (value >= 0) return value; else return (256 + value); } int imm_data16(int value) { if (value < -32728 || value > 65535) error("illegal 16 bit value"); if (value >= 0) return value; else return (65536 + value); } int bit_addr(int value) { if (value < 0 || value > 1023) { fprintf(stderr, "bad bit addr of 0x%04X (%d dec)\n", value, value); error("illegal bit address"); } return value; } int find_size_reg(int op1spec) { int op1size=UNKNOWN; if (op1spec & BYTE_REG) op1size = SIZE8; if (op1spec & WORD_REG) op1size = SIZE16; if (op1size == UNKNOWN) error("Register without implied size"); return op1size; } int find_size0(int isize) { if (isize == UNKNOWN) error("Can't determine data size from instruction"); return isize; } int find_size1(int isize, int op1spec) { int op1size=UNKNOWN; if (op1spec & BYTE_REG) op1size = SIZE8; if (op1spec & WORD_REG) op1size = SIZE16; if (op1size == UNKNOWN) error("Register without implied size"); if (isize == SIZE32 && op1size == SIZE16) return SIZE32; if (isize == UNKNOWN) return op1size; else { if (isize != op1size) error("data size of register and inst don't agree"); return isize; } } int find_size2(int isize, int op1spec, int op2spec) { int op1size=UNKNOWN, op2size=UNKNOWN; if (op1spec & BYTE_REG) op1size = SIZE8; if (op1spec & WORD_REG) op1size = SIZE16; if (op1size == UNKNOWN) error("Register without implied size"); if (op2spec & BYTE_REG) op2size = SIZE8; if (op2spec & WORD_REG) op2size = SIZE16; if (op1size == UNKNOWN) error("Register without implied size"); if (op1size != op2size) error("data sizes of two registers don't agree"); if (isize == UNKNOWN) return op1size; else { if (isize != op1size) error("data size of registers and inst don't agree"); return isize; } } int yyerror(char *s) { if (yytext[0] >= 32) { fprintf(stderr, "%s near '%s', line %d\n", s, yytext, lineno); } else { fprintf(stderr, "%s, line %d\n", s, lineno - 1); } return 0; } void error(char *s) { yyerror(s); exit(1); } int yywrap() { return 1; } sdcc-2.9.0/as/xa51/xa_version.h000066400000000000000000000012751116427777700161750ustar00rootroot00000000000000/* xa_version.h Copyright 1997,2002 Paul Stoffregen (paul at pjrc dot com) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #define version 0.1 sdcc-2.9.0/as/z80/000077500000000000000000000000001116427777700135055ustar00rootroot00000000000000sdcc-2.9.0/as/z80/Makefile.bcc000066400000000000000000000012061116427777700156720ustar00rootroot00000000000000# Makefile for Borland C PRJDIR = ../.. !include $(PRJDIR)/Bcc.inc CFLAGS = $(CFLAGS) -DINDEXLIB -DMLH_MAP -DSDK OBJECTS = asdata.obj asexpr.obj aslex.obj aslist.obj asmain.obj \ asout.obj assubr.obj z80adr.obj z80ext.obj \ z80mch.obj z80pst.obj \ ../asxxsrc/strcmpi.obj ../asxxsrc/assym.obj ../asxxsrc/aslex.obj \ ../asxxsrc/asnoice.obj \ ../../support/Util/dbuf.obj ../../support/Util/dbuf_string.obj TARGET = $(PRJDIR)/bin/as-z80.exe all: $(TARGET) $(TARGET): $(OBJECTS) $(CC) $(CFLAGS) -e$@ $(OBJECTS) sdcc-2.9.0/as/z80/Makefile.in000066400000000000000000000035761116427777700155650ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ include $(top_builddir)/Makefile.common OBJDIR = obj$(EXT) UTILLIB = $(srcdir)/../../support/Util UTILSRC = dbuf.c dbuf_string.c UTILLIBOBJS = $(UTILSRC:%.c=$(OBJDIR)/%.o) ASXXLIB = $(srcdir)/../asxxsrc ASXXLIBSRC = strcmpi.c assym.c aslex.c asnoice.c ASXXLIBOBJS = $(ASXXLIBSRC:%.c=$(OBJDIR)/%.o) SRC = asmain.c assubr.c \ asexpr.c asdata.c aslist.c asout.c \ z80ext.c z80pst.c z80mch.c z80adr.c OBJS = $(SRC:%.c=$(OBJDIR)/%.o) ASSOURCES = $(SRC) $(ASXXLIBSRC:%.c=$(ASXXLIB)/%.c) $(UTILSRC:%.c=$(UTILLIB)/%.c) ASOBJECTS = $(OBJS) $(ASXXLIBOBJS) $(UTILLIBOBJS) BINS = $(BUILDDIR)/as$(EXT)$(EXEEXT) CFLAGS += $(CPPFLAGS) $(OPTS) -I. -I$(srcdir)/../../support/Util -DINDEXLIB -DMLH_MAP -DUNIX -DSDK CFLAGS += -funsigned-char LDFLAGS = @LDFLAGS@ -lm $(EXTRALIBS) all: dep $(BINS) dep: Makefile.dep Makefile.dep: $(ASSOURCES) $(srcdir)/*.h $(CPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.c,$^) > Makefile.dep ifeq "$(findstring $(MAKECMDGOALS),uninstall check installcheck installdirs \ clean distclean mostlyclean realclean)" "" -include Makefile.dep endif # We need a '.stamp'-file in $(OBJDIR), because the time stamp # of $(OBJDIR) itself is always updated, when a file in $(OBJDIR) # is updated. A rule like # $(OBJDIR)/anyfile: $(OBJDIR) # will always force a remake (at least on Linux ext2). $(OBJDIR)/.stamp: mkdir -p $(OBJDIR) touch $(OBJDIR)/.stamp $(BINS): $(ASOBJECTS) $(CC) -o $(BINS) $(ASOBJECTS) $(LDFLAGS) $(OBJDIR)/%.o: %.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< $(OBJDIR)/%.o: $(ASXXLIB)/%.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< $(OBJDIR)/%.o: $(UTILLIB)/%.c $(OBJDIR)/.stamp $(CC) -c $(CFLAGS) -o $@ $< _as-z80: $(MAKE) EXT=-z80$(E) _as-gbz80: $(MAKE) EXT=-gbz80$(E) OPTS=-DGAMEBOY include $(srcdir)/clean.mk sdcc-2.9.0/as/z80/as_gbz80.dsp000066400000000000000000000120671116427777700156400ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="as_gbz80" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Console Application" 0x0103 CFG=as_gbz80 - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "as_gbz80.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. 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Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include #include "asm.h" /*)Module asdata.c * * The module asdata.c contains the global constants, * structures, and variables used in the assembler. */ int aserr; /* ASxxxx error counter */ jmp_buf jump_env; /* compiler dependent structure * used by setjmp() and longjmp() */ int inpfil; /* count of assembler * input files specified */ int incfil; /* current file handle index * for include files */ int cfile; /* current file handle index * of input assembly files */ int flevel; /* IF-ELSE-ENDIF flag will be non * zero for false conditional case */ int tlevel; /* current conditional level */ int ifcnd[MAXIF+1]; /* array of IF statement condition * values (0 = FALSE) indexed by tlevel */ int iflvl[MAXIF+1]; /* array of IF-ELSE-ENDIF flevel * values indexed by tlevel */ char afn[FILSPC]; /* afile temporary file name */ char srcfn[MAXFIL][FILSPC]; /* array of source file names */ int srcline[MAXFIL]; /* source line number */ char incfn[MAXINC][FILSPC]; /* array of include file names */ int incline[MAXINC]; /* include line number */ int radix; /* current number conversion radix: * 2 (binary), 8 (octal), 10 (decimal), * 16 (hexadecimal) */ int line; /* current assembler source * line number */ int page; /* current page number */ int lop; /* current line number on page */ int pass; /* assembler pass number */ int lflag; /* -l, generate listing flag */ int cflag; /* -c, generate sdcdb debug info */ int gflag; /* -g, make undefined symbols global flag */ int aflag; /* -a, make all symbols global flag */ int jflag; /* -j, generate debug information flag */ int oflag; /* -o, generate relocatable output flag */ int sflag; /* -s, generate symbol table flag */ int pflag; /* -p, enable listing pagination */ int xflag; /* -x, listing radix flag */ int fflag; /* -f(f), relocations flagged flag */ Addr_T laddr; /* address of current assembler line * or value of .if argument */ Addr_T fuzz; /* tracks pass to pass changes in the * address of symbols caused by * variable length instruction formats */ int lmode; /* listing mode */ char *ep; /* pointer into error list * array eb[NERR] */ char eb[NERR]; /* array of generated error codes */ const char *ip; /* pointer into the assembler-source * text line in ib[] */ const char *ib; /* assembler-source text line */ char *cp; /* pointer to assembler output * array cb[] */ char cb[NCODE]; /* array of assembler output values */ int *cpt; /* pointer to assembler relocation type * output array cbt[] */ int cbt[NCODE]; /* array of assembler relocation types * describing the data in cb[] */ char tb[NTITL]; /* Title string buffer */ char stb[NSBTL]; /* Subtitle string buffer */ char optsdcc[NINPUT]; /* sdcc compile options */ char symtbl[] = { "Symbol Table" }; char aretbl[] = { "Area Table" }; char module[NCPS]; /* module name string */ /* * The mne structure is a linked list of the assembler * mnemonics and directives. The list of mnemonics and * directives contained in the device dependent file * xxxpst.c are hashed and linked into NHASH lists in * module assym.c by syminit(). The structure contains * the mnemonic/directive name, a subtype which directs * the evaluation of this mnemonic/directive, a flag which * is used to detect the end of the mnemonic/directive * list in xxxpst.c, and a value which is normally * associated with the assembler mnemonic base instruction * value. * * struct mne * { * struct mne *m_mp; Hash link * char *m_id; Mnemonic * char m_type; Mnemonic subtype * char m_flag; Mnemonic flags * Addr_T m_valu; Value * }; */ struct mne *mnehash[NHASH]; /* * The sym structure is a linked list of symbols defined * in the assembler source files. The first symbol is "." * defined here. The entry 'struct tsym *s_tsym' * links any temporary symbols following this symbol and * preceeding the next normal symbol. The structure also * contains the symbol's name, type (USER or NEW), flag * (global, assigned, and multiply defined), a pointer * to the area structure defining where the symbol is * located, a reference number assigned by outgsd() in * asout.c, and the symbols address relative to the base * address of the area where the symbol is located. * * struct sym * { * struct sym *s_sp; Hash link * struct tsym *s_tsym; Temporary symbol link * char *s_id; Symbol * char s_type; Symbol subtype * char s_flag; Symbol flags * struct area *s_area; Area line, 0 if absolute * int s_ref; Ref. number * Addr_T s_addr; Address * }; */ struct sym sym[] = { { NULL, NULL, ".", S_USER, S_END, NULL, 0, } }; struct sym *symp; /* pointer to a symbol structure */ struct sym *symhash[NHASH]; /* array of pointers to NHASH * linked symbol lists */ /* * The area structure contains the parameter values for a * specific program or data section. The area structure * is a linked list of areas. The initial default area * is "_CODE" defined here, the next area structure * will be linked to this structure through the structure * element 'struct area *a_ep'. The structure contains the * area name, area reference number ("_CODE" is 0) determined * by the order of .area directives, area size determined * from the total code and/or data in an area, area fuzz is * an variable used to track pass to pass changes in the * area size caused by variable length instruction formats, * and area flags which specify the area's relocation type. * * struct area * { * struct area *a_ap; Area link * char *a_id; Area Name * int a_ref; Reference number * Addr_T a_size; Area size * Addr_T a_fuzz; Area fuzz * int a_flag; Area flags * }; */ struct area area[] = { { NULL, "_CODE", 0, 0, 0, A_CON|A_REL } }; struct area *areap; /* pointer to an area structure */ FILE *lfp; /* list output file handle */ FILE *ofp; /* relocation output file handle */ FILE *tfp; /* symbol table output file handle */ FILE *sfp[MAXFIL]; /* array of assembler-source file handles */ FILE *ifp[MAXINC]; /* array of include-file file handles */ /* * array of character types, one per * ASCII character */ unsigned char ctype[128] = { /*NUL*/ ILL, ILL, ILL, ILL, ILL, ILL, ILL, ILL, /*BS*/ ILL, SPACE, ILL, ILL, SPACE, ILL, ILL, ILL, /*DLE*/ ILL, ILL, ILL, ILL, ILL, ILL, ILL, ILL, /*CAN*/ ILL, ILL, ILL, ILL, ILL, ILL, ILL, ILL, /*SPC*/ SPACE, ETC, ETC, ETC, LETTER, BINOP, BINOP, ETC, /*(*/ ETC, ETC, BINOP, BINOP, ETC, BINOP, LETTER, BINOP, /*0*/ DGT2, DGT2, DGT8, DGT8, DGT8, DGT8, DGT8, DGT8, /*8*/ DGT10, DGT10, ETC, ETC, BINOP, ETC, BINOP, ETC, /*@*/ ETC, LTR16, LTR16, LTR16, LTR16, LTR16, LTR16, LETTER, /*H*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*P*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*X*/ LETTER, LETTER, LETTER, ETC, ETC, ETC, BINOP, LETTER, /*`*/ ETC, LTR16, LTR16, LTR16, LTR16, LTR16, LTR16, LETTER, /*h*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*p*/ LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, LETTER, /*x*/ LETTER, LETTER, LETTER, ETC, BINOP, ETC, ETC, ETC }; /* * an array of characters which * perform the case translation function */ char ccase[128] = { /*NUL*/ '\000', '\001', '\002', '\003', '\004', '\005', '\006', '\007', /*BS*/ '\010', '\011', '\012', '\013', '\014', '\015', '\016', '\017', /*DLE*/ '\020', '\021', '\022', '\023', '\024', '\025', '\026', '\027', /*CAN*/ '\030', '\031', '\032', '\033', '\034', '\035', '\036', '\037', /*SPC*/ '\040', '\041', '\042', '\043', '\044', '\045', '\046', '\047', /*(*/ '\050', '\051', '\052', '\053', '\054', '\055', '\056', '\057', /*0*/ '\060', '\061', '\062', '\063', '\064', '\065', '\066', '\067', /*8*/ '\070', '\071', '\072', '\073', '\074', '\075', '\076', '\077', /*@*/ '\100', '\141', '\142', '\143', '\144', '\145', '\146', '\147', /*H*/ '\150', '\151', '\152', '\153', '\154', '\155', '\156', '\157', /*P*/ '\160', '\161', '\162', '\163', '\164', '\165', '\166', '\167', /*X*/ '\170', '\171', '\172', '\133', '\134', '\135', '\136', '\137', /*`*/ '\140', '\141', '\142', '\143', '\144', '\145', '\146', '\147', /*h*/ '\150', '\151', '\152', '\153', '\154', '\155', '\156', '\157', /*p*/ '\160', '\161', '\162', '\163', '\164', '\165', '\166', '\167', /*x*/ '\170', '\171', '\172', '\173', '\174', '\175', '\176', '\177' }; sdcc-2.9.0/as/z80/asexpr.c000066400000000000000000000521351116427777700151610ustar00rootroot00000000000000/* asexpr.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #include #include #include #include "asm.h" /*)Module asexpr.c * * The module asexpr.c contains the routines to evaluate * arithmetic/numerical expressions. The functions in * asexpr.c perform a recursive evaluation of the arithmetic * expression read from the assembler-source text line. * The expression may include binary/unary operators, brackets, * symbols, labels, and constants in hexadecimal, decimal, octal * and binary. Arithmetic operations are prioritized and * evaluated by normal arithmetic conventions. * * asexpr.c contains the following functions: * VOID abscheck() * Addr_T absexpr() * VOID clrexpr() * int digit() * VOID expr() * int oprio() * VOID term() * * asexpr.c contains no local/static variables */ /*)Function VOID expr(esp, n) * * expr * esp pointer to an expr structure * int n a firewall priority; all top * level calls (from the user) * should be made with n set to 0. * * The function expr() evaluates an expression and * stores its value and relocation information into * the expr structure supplied by the user. * * local variables: * int c current assembler-source * text character * int p current operator priority * area * ap pointer to an area structure * exp re internal expr structure * * global variables: * char ctype[] array of character types, one per * ASCII character * * functions called: * VOID abscheck() asexpr.c * VOID clrexpr() asexpr.c * VOID expr() asexpr.c * int getnb() aslex.c * int oprio() asexpr.c * VOID qerr() assubr.c * VOID rerr() assubr.c * VOID term() asexpr.c * VOID unget() aslex.c * * * side effects: * An expression is evaluated modifying the user supplied * expr structure, a sym structure maybe created for an * undefined symbol, and the parse of the expression may * terminate if a 'q' error occurs. */ VOID expr(esp, n) register struct expr *esp; int n; { register int c, p; struct area *ap; struct expr re; term(esp); while (ctype[c = getnb()] & BINOP) { /* * Handle binary operators + - * / & | % ^ << >> */ if ((p = oprio(c)) <= n) break; if ((c == '>' || c == '<') && c != get()) qerr(); clrexpr(&re); expr(&re, p); esp->e_rlcf |= re.e_rlcf; if (c == '+') { /* * esp + re, at least one must be absolute */ if (esp->e_base.e_ap == NULL) { /* * esp is absolute (constant), * use area from re */ esp->e_base.e_ap = re.e_base.e_ap; } else if (re.e_base.e_ap) { /* * re should be absolute (constant) */ rerr(); } if (esp->e_flag && re.e_flag) rerr(); if (re.e_flag) esp->e_flag = 1; esp->e_addr += re.e_addr; } else if (c == '-') { /* * esp - re */ if ((ap = re.e_base.e_ap) != NULL) { if (esp->e_base.e_ap == ap) { esp->e_base.e_ap = NULL; } else { rerr(); } } if (re.e_flag) rerr(); esp->e_addr -= re.e_addr; } else { /* * Both operands (esp and re) must be constants */ abscheck(esp); abscheck(&re); switch (c) { case '*': esp->e_addr *= re.e_addr; break; case '/': esp->e_addr /= re.e_addr; break; case '&': esp->e_addr &= re.e_addr; break; case '|': esp->e_addr |= re.e_addr; break; case '%': esp->e_addr %= re.e_addr; break; case '^': esp->e_addr ^= re.e_addr; break; case '<': esp->e_addr <<= re.e_addr; break; case '>': esp->e_addr >>= re.e_addr; break; default: qerr(); break; } } } unget(c); } /*)Function Addr_T absexpr() * * The function absexpr() evaluates an expression, verifies it * is absolute (i.e. not position dependent or relocatable), and * returns its value. * * local variables: * expr e expr structure * * global variables: * none * * functions called: * VOID abscheck() asexpr.c * VOID clrexpr() asexpr.c * VOID expr() asexpr.c * * side effects: * If the expression is not absolute then * a 'r' error is reported. */ Addr_T absexpr() { struct expr e; clrexpr(&e); expr(&e, 0); abscheck(&e); return (e.e_addr); } /*)Function VOID term(esp) * * expr * esp pointer to an expr structure * * The function term() evaluates a single constant * or symbol value prefaced by any unary operator * ( +, -, ~, ', ", >, or < ). This routine is also * responsible for setting the relocation type to symbol * based (e.flag != 0) on global references. * * local variables: * int c current character * char id[] symbol name * char * jp pointer to assembler-source text * int n constant evaluation running sum * int r current evaluation radix * sym * sp pointer to a sym structure * tsym * tp pointer to a tsym structure * int v current digit evaluation * * global variables: * char ctype[] array of character types, one per * ASCII character * sym * symp pointer to a symbol structure * * functions called: * VOID abscheck() asexpr.c * int digit() asexpr.c * VOID err() assubr.c * VOID expr() asexpr.c * int is_abs() asexpr.c * int get() aslex.c * VOID getid() aslex.c * int getmap() aslex.c * int getnb() aslex.c * sym * lookup() assym.c * VOID qerr() assubr.c * VOID unget() aslex.c * * side effects: * An arithmetic term is evaluated, a symbol structure * may be created, term evaluation may be terminated * by a 'q' error. */ VOID term(esp) register struct expr *esp; { register int c, n; register const char *jp; char id[NCPS]; struct sym *sp; struct tsym *tp; int r = 0, v; c = getnb(); /* * Discard the unary '+' at this point and * also any reference to numerical arguments * associated with the '#' prefix. */ while (c == '+' || c == '#') { c = getnb(); } /* * Evaluate all binary operators * by recursively calling expr(). */ if (c == LFTERM) { expr(esp, 0); if (getnb() != RTTERM) qerr(); return; } if (c == '-') { expr(esp, 100); abscheck(esp); esp->e_addr = 0 - esp->e_addr; return; } if (c == '~') { expr(esp, 100); abscheck(esp); esp->e_addr = ~esp->e_addr; return; } if (c == '\'') { esp->e_mode = S_USER; esp->e_addr = getmap(-1)&0377; return; } if (c == '\"') { esp->e_mode = S_USER; if (hilo) { esp->e_addr = (getmap(-1)&0377)<<8; esp->e_addr |= (getmap(-1)&0377); } else { esp->e_addr = (getmap(-1)&0377); esp->e_addr |= (getmap(-1)&0377)<<8; } return; } if (c == '>' || c == '<') { expr(esp, 100); if (is_abs (esp)) { /* * evaluate msb/lsb directly */ if (c == '>') esp->e_addr >>= 8; esp->e_addr &= 0377; return; } else { /* * let linker perform msb/lsb, lsb is default */ esp->e_rlcf |= R_BYT2; if (c == '>') esp->e_rlcf |= R_MSB; return; } } /* * Evaluate digit sequences as local symbols * if followed by a '$' or as constants. */ if (ctype[c] & DIGIT) { esp->e_mode = S_USER; jp = ip; while (ctype[(unsigned char)(*jp)] & RAD10) { jp++; } if (*jp == '$') { n = 0; while ((v = digit(c, 10)) >= 0) { n = 10*n + v; c = get(); } tp = symp->s_tsym; while (tp) { if (n == tp->t_num) { esp->e_base.e_ap = tp->t_area; esp->e_addr = tp->t_addr; return; } tp = tp->t_lnk; } err('u'); return; } r = radix; if (c == '0') { c = get(); switch (c) { case 'b': case 'B': r = 2; c = get(); break; case 'o': case 'O': case 'q': case 'Q': r = 8; c = get(); break; case 'd': case 'D': r = 10; c = get(); break; case 'h': case 'H': case 'x': case 'X': r = 16; c = get(); break; default: break; } } n = 0; while ((v = digit(c, r)) >= 0) { n = r*n + v; c = get(); } unget(c); esp->e_addr = n; return; } /* * Evaluate '$' sequences as a temporary radix * if followed by a '%', '&', '#', or '$'. */ if (c == '$') { c = get(); if (c == '%' || c == '&' || c == '#' || c == '$') { switch (c) { case '%': r = 2; break; case '&': r = 8; break; case '#': r = 10; break; case '$': r = 16; break; default: break; } c = get(); n = 0; while ((v = digit(c, r)) >= 0) { n = r*n + v; c = get(); } unget(c); esp->e_mode = S_USER; esp->e_addr = n; return; } unget(c); c = '$'; } /* * Evaluate symbols and labels */ if (ctype[c] & LETTER) { esp->e_mode = S_USER; getid(id, c); sp = lookup(id); if (sp->s_type == S_NEW) { if (sp->s_flag&S_GBL) { esp->e_flag = 1; esp->e_base.e_sp = sp; return; } err('u'); } else { esp->e_mode = sp->s_type; esp->e_addr = sp->s_addr; esp->e_base.e_ap = sp->s_area; } return; } /* * Else not a term. */ qerr(); } /*)Function int digit(c, r) * * int c digit character * int r current radix * * The function digit() returns the value of c * in the current radix r. If the c value is not * a number of the current radix then a -1 is returned. * * local variables: * none * * global variables: * char ctype[] array of character types, one per * ASCII character * * functions called: * none * * side effects: * none */ int digit(c, r) register int c, r; { if (r == 16) { if (ctype[c] & RAD16) { if (c >= 'A' && c <= 'F') return (c - 'A' + 10); if (c >= 'a' && c <= 'f') return (c - 'a' + 10); return (c - '0'); } } else if (r == 10) { if (ctype[c] & RAD10) return (c - '0'); } else if (r == 8) { if (ctype[c] & RAD8) return (c - '0'); } else if (r == 2) { if (ctype[c] & RAD2) return (c - '0'); } return (-1); } /*)Function VOID abscheck(esp) * * expr * esp pointer to an expr structure * * The function abscheck() tests the evaluation of an * expression to verify it is absolute. If the evaluation * is relocatable then an 'r' error is noted and the expression * made absolute. * * Note: The area type (i.e. ABS) is not checked because * the linker can be told to explicitly relocate an * absolute area. * * local variables: * none * * global variables: * none * * functions called: * VOID rerr() assubr.c * * side effects: * The expression may be changed to absolute and the * 'r' error invoked. */ VOID abscheck(esp) register struct expr *esp; { if (esp->e_flag || esp->e_base.e_ap) { esp->e_flag = 0; esp->e_base.e_ap = NULL; rerr(); } } /*)Function int is_abs(esp) * * expr * esp pointer to an expr structure * * The function is_abs() tests the evaluation of an * expression to verify it is absolute. If the evaluation * is absolute then 1 is returned, else 0 is returned. * * Note: The area type (i.e. ABS) is not checked because * the linker can be told to explicitly relocate an * absolute area. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int is_abs (esp) register struct expr *esp; { if (esp->e_flag || esp->e_base.e_ap) { return(0); } return(1); } /*)Function int oprio(c) * * int c operator character * * The function oprio() returns a relative priority * for all valid unary and binary operators. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int oprio(c) register int c; { if (c == '*' || c == '/' || c == '%') return (10); if (c == '+' || c == '-') return (7); if (c == '<' || c == '>') return (5); if (c == '^') return (4); if (c == '&') return (3); if (c == '|') return (1); return (0); } /*)Function VOID clrexpr(esp) * * expr * esp pointer to expression structure * * The function clrexpr() clears the expression structure. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * expression structure cleared. */ VOID clrexpr(esp) register struct expr *esp; { esp->e_mode = 0; esp->e_flag = 0; esp->e_addr = 0; esp->e_base.e_ap = NULL; esp->e_rlcf = 0; } sdcc-2.9.0/as/z80/aslist.c000066400000000000000000000570351116427777700151620ustar00rootroot00000000000000/* aslist.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Extensions: P. Felber */ #include #include #include #include #include "asm.h" /*)Module aslist.c * * The module aslist.c contains all the functions used * to generate the assembler list and symbol output files. * * aslist.c contains the following functions: * VOID list() * VOID list1() * VOID list2() * VOID slew() * VOID lstsym() * * The module aslist.c contains no local/static variables */ /*)Function VOID list() * * The function list() generates the listing output * which includes the input source, line numbers, * and generated code. Numerical output may be selected * as hexadecimal, decimal, or octal. * * local variables: * int * wp pointer to the assembled data bytes * int * wpt pointer to the data byte mode * int nb computed number of assembled bytes * * global variables: * int cb[] array of assembler output values * int cbt[] array of assembler relocation types * describing the data in cb[] * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * char eb[] array of generated error codes * char * ep pointer into error list * array eb[] * char ib[] assembler-source text line * FILE * lfp list output file handle * int line current assembler source line number * int lmode listing mode * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * VOID list1() aslist.c * int putc() c_library * VOID slew() asslist.c * * side effects: * Listing or symbol output updated. */ #ifndef MLH_LST VOID list() { register char *wp; register int *wpt; register int nb; if (lfp == NULL || lmode == NLIST) return; /* * Get Correct Line Number */ if (incfil >= 0) { line = incline[incfil]; if (line == 0) { if (incfil > 0) { line = incline[incfil-1]; } else { line = srcline[cfile]; } } } else { line = srcline[cfile]; } /* * Move to next line. */ slew(lfp, pflag); /* * Output a maximum of NERR error codes with listing. */ while (ep < &eb[NERR]) *ep++ = ' '; fprintf(lfp, "%.2s", eb); /* * Source listing only option. */ if (lmode == SLIST) { fprintf(lfp, "%24s%5u %s\n", "", line, ib); return; } #ifndef SDK if (lmode == ALIST) { outchk(HUGE,HUGE); } #endif /* * HEX output Option. */ if (xflag == 0) { /* HEX */ /* * Equate only */ if (lmode == ELIST) { fprintf(lfp, "%18s%04X", "", laddr); fprintf(lfp, " %5u %s\n", line, ib); return; } /* * Address (with allocation) */ fprintf(lfp, " %04X", laddr); if (lmode == ALIST || lmode == BLIST) { fprintf(lfp, "%19s%5u %s\n", "", line, ib); #ifndef SDK outdot(); #endif return; } wp = cb; wpt = cbt; nb = (int) (cp - cb); /* * First line of output for this source line with data. */ list1(wp, wpt, nb, 1); fprintf(lfp, " %5u %s\n", line, ib); /* * Subsequent lines of output if more data. */ while ((nb -= 6) > 0) { wp += 6; wpt += 6; slew(lfp, 0); fprintf(lfp, "%7s", ""); list1(wp, wpt, nb, 0); putc('\n', lfp); } } else /* * OCTAL output Option. */ if (xflag == 1) { /* OCTAL */ /* * Equate only */ if (lmode == ELIST) { fprintf(lfp, "%16s%06o", "", laddr); fprintf(lfp, " %5u %s\n", line, ib); return; } /* * Address (with allocation) */ fprintf(lfp, " %06o", laddr); if (lmode == ALIST || lmode == BLIST) { fprintf(lfp, "%17s%5u %s\n", "", line, ib); #ifndef SDK outdot(); #endif return; } wp = cb; wpt = cbt; nb = (int) (cp - cb); /* * First line of output for this source line with data. */ list1(wp, wpt, nb, 1); fprintf(lfp, " %5u %s\n", line, ib); /* * Subsequent lines of output if more data. */ while ((nb -= 4) > 0) { wp += 4; wpt += 4; slew(lfp, 0); fprintf(lfp, "%9s", ""); list1(wp, wpt, nb, 0); putc('\n', lfp); } } else /* * DECIMAL output Option. */ if (xflag == 2) { /* DECIMAL */ /* * Equate only */ if (lmode == ELIST) { fprintf(lfp, "%16s%05u", "", laddr); fprintf(lfp, " %5u %s\n", line, ib); return; } /* * Address (with allocation) */ fprintf(lfp, " %05u", laddr); if (lmode == ALIST || lmode == BLIST) { fprintf(lfp, "%17s%5u %s\n", "", line, ib); #ifndef SDK outdot(); #endif return; } wp = cb; wpt = cbt; nb = (int) (cp - cb); /* * First line of output for this source line with data. */ list1(wp, wpt, nb, 1); fprintf(lfp, " %5u %s\n", line, ib); /* * Subsequent lines of output if more data. */ while ((nb -= 4) > 0) { wp += 4; wpt += 4; slew(lfp, 0); fprintf(lfp, "%9s", ""); list1(wp, wpt, nb, 0); putc('\n', lfp); } } } #else VOID list() { register char *wp; register int *wpt; register nb; if (lfp == NULL || lmode == NLIST) return; /* * Get Correct Line Number */ if (incfil >= 0) { line = incline[incfil]; if (line == 0) { if (incfil > 0) { line = incline[incfil-1]; } else { line = srcline[cfile]; } } } else { line = srcline[cfile]; } /* * HEX output Option. */ /* Output filename relative_address line_number */ if (incfil >= 0) { fprintf(lfp, "%s ", incfn[incfil]); } else { fprintf(lfp, "%s ", srcfn[cfile]); } fprintf(lfp, "%u %04X\n", line, laddr); #if 0 wp = cb; wpt = cbt; nb = (int) (cp - cb); /* * First line of output for this source line with data. */ list1(wp, wpt, nb, 1); fprintf(lfp, " %5u %s\n", line, ib); /* * Subsequent lines of output if more data. */ while ((nb -= 6) > 0) { wp += 6; wpt += 6; slew(lfp, 0); fprintf(lfp, "%7s", ""); list1(wp, wpt, nb, 0); putc('\n', lfp); } #endif } #endif /* MLH_LST */ /*)Function VOID list1(wp, wpt, nw, f) * * int f fill blank fields (1) * int nb number of data bytes * int * wp pointer to data bytes * int * wpt pointer to data byte mode * * local variables: * int i loop counter * * global variables: * int xflag -x, listing radix flag * * functions called: * VOID list2() asslist.c * int fprintf() c_library * * side effects: * Data formatted and output to listing. */ VOID list1(wp, wpt, nb, f) register char *wp; register int *wpt, nb, f; { register int i; /* * HEX output Option. */ if (xflag == 0) { /* HEX */ /* * Bound number of words to HEX maximum per line. */ if (nb > 6) nb = 6; /* * Output bytes. */ for (i=0; i 4) nb = 4; /* * Output bytes. */ for (i=0; i 4) nb = 4; /* * Output bytes. */ for (i=0; i= 2) { if (t & R_RELOC) { if (t & (R_PAG0|R_PAG)) { c = '*'; } else if (t & R_USGN) { c = 'u'; } else if (t & R_PCR) { c = 'p'; } else { c = 'r'; } if (t & R_HIGH) c += 1; } } /* * Output the selected mode. */ putc(c, lfp); } /*)Function VOID slew(fp, flag) * * FILE * fp file handle for listing * int flag enable pagination * * The function slew() increments the page line count. * If the page overflows and pagination is enabled: * 1) put out a page skip, * 2) a title, * 3) a subtitle, * 4) and reset the line count. * * local variables: * none * * global variables: * char cpu[] cpu type string * int lop current line number on page * int page current page number * char stb[] Subtitle string buffer * char tb[] Title string buffer * * functions called: * int fprintf() c_library * * side effects: * Increments page line counter, on overflow * a new page header is output to the listing file. */ VOID slew(fp,flag) FILE *fp; int flag; { if ((lop++ >= NLPP) && flag) { fprintf(fp, "\fASxxxx Assembler %s (%s), page %u.\n", VERSION, cpu, ++page); fprintf(fp, "%s\n", tb); fprintf(fp, "%s\n\n", stb); lop = 5; } } /*)Function VOID lstsym(fp) * * FILE * fp file handle for output * * The function lstsym() outputs alphabetically * sorted symbol and area tables. * * local variables: * int c temporary * int i loop counter * int j temporary * int k temporary * int nmsym number of symbols * int narea number of areas * sym * sp pointer to symbol structure * sym ** p pointer to an array of * pointers to symbol structures * area * ap pointer to an area structure * * global variables: * area * areap pointer to an area structure * char aretbl[] string "Area Table" * sym dot defined as sym[0] * char stb[] Subtitle string buffer * sym * symhash[] array of pointers to NHASH * linked symbol lists * char symtbl[] string "Symbol Table" * FILE * tfp symbol table output file handle * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * int putc() c_library * VOID slew() aslist.c * int strcmp() c_library * char * strcpy() c_library * * side effects: * Symbol and area tables output. */ VOID lstsym(FILE *fp) { register int c, i, j, k; int nmsym, narea; struct sym *sp; struct sym **p; struct area *ap; /* * Symbol Table Header */ strcpy(stb, &symtbl[0]); lop = NLPP; if (fp == tfp) page = 0; slew(fp, 1); /* * Find number of symbols */ nmsym = 0; for (i=0; is_sp; } } if (nmsym == 0) goto atable; /* * Allocate space for an array of pointers to symbols * and load array. */ if ((p = (struct sym **) malloc(sizeof((struct sym *) sp)*nmsym)) == NULL) { fprintf(fp, "Insufficient space to build Symbol Table.\n"); return; } nmsym = 0; for (i=0; is_sp; } } /* * Bubble Sort on Symbol Table Array */ j = 1; c = nmsym - 1; while (j) { j = 0; for (i=0; is_id[0],&p[i+1]->s_id[0]) > 0) { j = 1; sp = p[i+1]; p[i+1] = p[i]; p[i] = sp; } } } /* * Symbol Table Output */ for (i=0; is_area) { j = sp->s_area->a_ref; if (xflag == 0) { fprintf(fp, " %2X ", j); } else if (xflag == 1) { fprintf(fp, "%3o ", j); } else if (xflag == 2) { fprintf(fp, "%3u ", j); } } else { fprintf(fp, " "); } fprintf(fp, "%-60s", sp->s_id); if (sp->s_flag & S_ASG) { putc('=', fp); } else { putc(' ', fp); } if (sp->s_type == S_NEW) { if (xflag == 0) { fprintf(fp, " **** "); } else if (xflag == 1) { fprintf(fp, "****** "); } else if (xflag == 2) { fprintf(fp, " ***** "); } } else { j = sp->s_addr; if (xflag == 0) { fprintf(fp, " %04X ", j); } else if (xflag == 1) { fprintf(fp, "%06o ", j); } else if (xflag == 2) { fprintf(fp, " %05u ", j); } } j = 0; if (sp->s_flag & S_GBL) { putc('G', fp); ++j; } if (sp->s_area != NULL) { putc('R', fp); ++j; } if (sp->s_type == S_NEW) { putc('X', fp); ++j; } #if NCPS-8 putc('\n', fp); slew(fp, 0); ++i; #else if (++i % 3 == 0) { putc('\n', fp); slew(fp, pflag); } else if (i < nmsym) { while (j++ < 4) putc(' ', fp); fprintf(fp, "| "); } #endif } putc('\n', fp); /* * Area Table Header */ atable: strcpy(stb, &aretbl[0]); lop = NLPP; slew(fp, 1); /* * Area Table Output */ narea = 0; ap = areap; while (ap) { ++narea; ap = ap->a_ap; } for (i=0; ia_ap; j = ap->a_ref; if (xflag == 0) { fprintf(fp, " %2X ", j); } else if (xflag == 1) { fprintf(fp, " %3o ", j); } else if (xflag == 2) { fprintf(fp, " %3u ", j); } fprintf(fp, "%-60s", ap->a_id); j = ap->a_size; k = ap->a_flag; if (xflag==0) { fprintf(fp, " size %4X flags %X\n", j, k); } else if (xflag==1) { fprintf(fp, " size %6o flags %o\n", j, k); } else if (xflag==2) { fprintf(fp, " size %5u flags %u\n", j, k); } } } sdcc-2.9.0/as/z80/asm.h000066400000000000000000000571461116427777700144530ustar00rootroot00000000000000/* asm.h Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 10-Nov-07 borutr: * - add proto for strsto * - change s_id from [NCPS] to pointer * - change m_id from [NCPS] to pointer * - change a_id from [NCPS] to pointer * - change NCPS to 80 * - case sensitive * - always define "ccase" */ /* * Extensions: P. Felber */ #define VERSION "V01.75 + SDCC mods" /* * Case Sensitivity Flag */ #define CASE_SENSITIVE 1 /*)Module asm.h * * The module asm.h contains the definitions for constants, * structures, global variables, and ASxxxx functions * contained in the ASxxxx.c files. The two functions * and three global variables from the machine dependent * files are also defined. */ /* * compiler/operating system specific definitions */ /* DECUS C void definition */ /* File/extension seperator */ #ifdef decus #define VOID char #define FSEPX '.' #endif /* PDOS C void definition */ /* File/extension seperator */ #ifdef PDOS #define VOID char #define FSEPX ':' #endif /* Default void definition */ /* File/extension seperator */ #ifndef VOID #define VOID void #define FSEPX '.' #define OTHERSYSTEM #endif /* * PATH_MAX */ #include #ifndef PATH_MAX /* POSIX, but not required */ #if defined(_MSC_VER) || defined(__BORLANDC__) /* Microsoft C or Borland C*/ #include #define PATH_MAX _MAX_PATH #else #define PATH_MAX /* define a reasonable value */ #endif #endif #ifdef _WIN32 /* WIN32 native */ # define NATIVE_WIN32 1 # ifdef __MINGW32__ /* GCC MINGW32 depends on configure */ # include "../../sdccconf.h" # else # include "../../sdcc_vc.h" # define PATH_MAX _MAX_PATH # endif #else /* Assume Un*x style system */ # include "../../sdccconf.h" #endif /* * Assembler definitions. */ #define LFTERM '(' /* Left expression delimeter */ #define RTTERM ')' /* Right expression delimeter */ #ifdef SDK #define NCPS 80 /* characters per symbol */ #else /* SDK */ #define NCPS 8 /* Chars. per symbol */ #endif /* SDK */ /* #define NCPS 32 */ /* Chars. per symbol */ #define HUGE 1000 /* A huge number */ #define NERR 3 /* Errors per line */ #define NINPUT 1024 /* Input buffer size */ #define NCODE 128 /* Listing code buffer size */ #define NTITL 64 /* Title buffer size */ #define NSBTL 64 /* SubTitle buffer size */ #define NHASH 64 /* Buckets in hash table */ #define HMASK 077 /* Hash mask */ #define NLPP 60 /* Lines per page */ #define MAXFIL 6 /* Maximum command line input files */ #define MAXINC 6 /* Maximum nesting of include files */ #define MAXIF 10 /* Maximum nesting of if/else/endif */ #define FILSPC 256 /* Chars. in filespec */ #define NLIST 0 /* No listing */ #define SLIST 1 /* Source only */ #define ALIST 2 /* Address only */ #define BLIST 3 /* Address only with allocation */ #define CLIST 4 /* Code */ #define ELIST 5 /* Equate only */ #define dot sym[0] /* Dot, current loc */ #define dca area[0] /* Dca, default code area */ typedef unsigned int Addr_T; /* * The area structure contains the parameter values for a * specific program or data section. The area structure * is a linked list of areas. The initial default area * is "_CODE" defined in asdata.c, the next area structure * will be linked to this structure through the structure * element 'struct area *a_ap'. The structure contains the * area name, area reference number ("_CODE" is 0) determined * by the order of .area directives, area size determined * from the total code and/or data in an area, area fuzz is * a variable used to track pass to pass changes in the * area size caused by variable length instruction formats, * and area flags which specify the area's relocation type. */ struct area { struct area *a_ap; /* Area link */ char *a_id; /* Area Name */ int a_ref; /* Ref. number */ Addr_T a_size; /* Area size */ Addr_T a_fuzz; /* Area fuzz */ int a_flag; /* Area flags */ }; /* * The "A_" area constants define values used in * generating the assembler area output data. * * Area flags * * 7 6 5 4 3 2 1 0 * +-----+-----+-----+-----+-----+-----+-----+-----+ * | | | | PAG | ABS | OVR | | | * +-----+-----+-----+-----+-----+-----+-----+-----+ */ #define A_CON 000 /* Concatenating */ #define A_OVR 004 /* Overlaying */ #define A_REL 000 /* Relocatable */ #define A_ABS 010 /* absolute */ #define A_NOPAG 000 /* Non-Paged */ #define A_PAG 020 /* Paged */ /* * The "R_" relocation constants define values used in * generating the assembler relocation output data for * areas, symbols, and code. * * Relocation flags * * 7 6 5 4 3 2 1 0 * +-----+-----+-----+-----+-----+-----+-----+-----+ * | MSB | PAGn| PAG0| USGN| BYT2| PCR | SYM | BYT | * +-----+-----+-----+-----+-----+-----+-----+-----+ */ #define R_WORD 0000 /* 16 bit */ #define R_BYTE 0001 /* 8 bit */ #define R_AREA 0000 /* Base type */ #define R_SYM 0002 #define R_NORM 0000 /* PC adjust */ #define R_PCR 0004 #define R_BYT1 0000 /* Byte count for R_BYTE = 1 */ #define R_BYT2 0010 /* Byte count for R_BYTE = 2 */ #define R_SGND 0000 /* Signed Byte */ #define R_USGN 0020 /* Unsigned Byte */ #define R_NOPAG 0000 /* Page Mode */ #define R_PAG0 0040 /* Page '0' */ #define R_PAG 0100 /* Page 'nnn' */ #define R_LSB 0000 /* low byte */ #define R_MSB 0200 /* high byte */ /* * Listing Control Flags */ #define R_HIGH 0040000 /* High Byte */ #define R_RELOC 0100000 /* Relocation */ #define R_DEF 00 /* Global def. */ #define R_REF 01 /* Global ref. */ #define R_REL 00 /* Relocatable */ #define R_ABS 02 /* Absolute */ #define R_GBL 00 /* Global */ #define R_LCL 04 /* Local */ /* * The mne structure is a linked list of the assembler * mnemonics and directives. The list of mnemonics and * directives contained in the device dependent file * xxxpst.c are hashed and linked into NHASH lists in * module assym.c by syminit(). The structure contains * the mnemonic/directive name, a subtype which directs * the evaluation of this mnemonic/directive, a flag which * is used to detect the end of the mnemonic/directive * list in xxxpst.c, and a value which is normally * associated with the assembler mnemonic base instruction * value. */ struct mne { struct mne *m_mp; /* Hash link */ char *m_id; /* Mnemonic */ char m_type; /* Mnemonic subtype */ char m_flag; /* Mnemonic flags */ Addr_T m_valu; /* Value */ }; /* * The sym structure is a linked list of symbols defined * in the assembler source files. The first symbol is "." * defined in asdata.c. The entry 'struct tsym *s_tsym' * links any temporary symbols following this symbol and * preceeding the next normal symbol. The structure also * contains the symbol's name, type (USER or NEW), flag * (global, assigned, and multiply defined), a pointer * to the area structure defining where the symbol is * located, a reference number assigned by outgsd() in * asout.c, and the symbols address relative to the base * address of the area where the symbol is located. */ struct sym { struct sym *s_sp; /* Hash link */ struct tsym *s_tsym; /* Temporary symbol link */ char *s_id; /* Symbol */ char s_type; /* Symbol subtype */ char s_flag; /* Symbol flags */ struct area *s_area; /* Area line, 0 if absolute */ int s_ref; /* Ref. number */ Addr_T s_addr; /* Address */ }; #define S_GBL 01 /* Global */ #define S_ASG 02 /* Assigned */ #define S_MDF 04 /* Mult. def */ #define S_END 010 /* End mark for pst. */ #define S_NEW 0 /* New name */ #define S_USER 1 /* User name */ /* unused slot */ /* unused slot */ /* unused slot */ #define S_BYTE 5 /* .byte */ #define S_WORD 6 /* .word */ #define S_ASCII 7 /* .ascii */ #define S_ASCIZ 8 /* .asciz */ #define S_BLK 9 /* .blkb or .blkw */ #define S_INCL 10 /* .include */ #define S_DAREA 11 /* .area */ #define S_ATYP 12 /* .area type */ #define S_AREA 13 /* .area name */ #define S_GLOBL 14 /* .globl */ #define S_PAGE 15 /* .page */ #define S_TITLE 16 /* .title */ #define S_SBTL 17 /* .sbttl */ #define S_IF 18 /* .if */ #define S_ELSE 19 /* .else */ #define S_ENDIF 20 /* .endif */ #define S_EVEN 21 /* .even */ #define S_ODD 22 /* .odd */ #define S_RADIX 23 /* .radix */ #define S_ORG 24 /* .org */ #define S_MODUL 25 /* .module */ #define S_ASCIS 26 /* .ascis */ #ifdef SDK # define S_FLOAT 27 /* .df */ #endif #define S_OPTSDCC 28 /* .optsdcc */ /* * The tsym structure is a linked list of temporary * symbols defined in the assembler source files following * a normal symbol. The structure contains the temporary * symbols number, a flag (multiply defined), a pointer to the * area structure defining where the temporary structure * is located, and the temporary symbol's address relative * to the base address of the area where the symbol * is located. */ struct tsym { struct tsym *t_lnk; /* Link to next */ int t_num; /* 0-lots$ */ char t_flg; /* flags */ struct area *t_area; /* Area */ Addr_T t_addr; /* Address */ }; /* * External Definitions for all Global Variables */ extern int aserr; /* ASxxxx error counter */ extern jmp_buf jump_env; /* compiler dependent structure * used by setjmp() and longjmp() */ extern int inpfil; /* count of assembler * input files specified */ extern int incfil; /* current file handle index * for include files */ extern int cfile; /* current file handle index * of input assembly files */ extern int flevel; /* IF-ELSE-ENDIF flag will be non * zero for false conditional case */ extern int tlevel; /* current conditional level */ extern int ifcnd[MAXIF+1]; /* array of IF statement condition * values (0 = FALSE) indexed by tlevel */ extern int iflvl[MAXIF+1]; /* array of IF-ELSE-ENDIF flevel * values indexed by tlevel */ extern char afn[FILSPC]; /* afile() temporary filespec */ extern char srcfn[MAXFIL][FILSPC]; /* array of source file names */ extern int srcline[MAXFIL]; /* current source file line */ extern char incfn[MAXINC][FILSPC]; /* array of include file names */ extern int incline[MAXINC]; /* current include file line */ extern int radix; /* current number conversion radix: * 2 (binary), 8 (octal), 10 (decimal), * 16 (hexadecimal) */ extern int line; /* current assembler source * line number */ extern int page; /* current page number */ extern int lop; /* current line number on page */ extern int pass; /* assembler pass number */ extern int lflag; /* -l, generate listing flag */ extern int cflag; /* -c, generate sdcdb debug information */ extern int gflag; /* -g, make undefined symbols global flag */ extern int aflag; /* -a, make all symbols global flag */ extern int jflag; /* -j, generate debug information flag */ extern int oflag; /* -o, generate relocatable output flag */ extern int sflag; /* -s, generate symbol table flag */ extern int pflag; /* -p, enable listing pagination */ extern int xflag; /* -x, listing radix flag */ extern int fflag; /* -f(f), relocations flagged flag */ extern Addr_T laddr; /* address of current assembler line * or value of .if argument */ extern Addr_T fuzz; /* tracks pass to pass changes in the * address of symbols caused by * variable length instruction formats */ extern int lmode; /* listing mode */ extern struct area area[]; /* array of 1 area */ extern struct area *areap; /* pointer to an area structure */ extern struct sym sym[]; /* array of 1 symbol */ extern struct sym *symp; /* pointer to a symbol structure */ extern struct sym *symhash[NHASH]; /* array of pointers to NHASH * linked symbol lists */ extern struct mne *mnehash[NHASH]; /* array of pointers to NHASH * linked mnemonic/directive lists */ extern char *ep; /* pointer into error list * array eb[NERR] */ extern char eb[NERR]; /* array of generated error codes */ extern const char *ip; /* pointer into the assembler-source * text line in ib[] */ extern const char *ib; /* assembler-source text line */ extern char *cp; /* pointer to assembler output * array cb[] */ extern char cb[NCODE]; /* array of assembler output values */ extern int *cpt; /* pointer to assembler relocation type * output array cbt[] */ extern int cbt[NCODE]; /* array of assembler relocation types * describing the data in cb[] */ extern char tb[NTITL]; /* Title string buffer */ extern char stb[NSBTL]; /* Subtitle string buffer */ extern char optsdcc[NINPUT]; /* sdcc compile options */ extern char symtbl[]; /* string "Symbol Table" */ extern char aretbl[]; /* string "Area Table" */ extern char module[NCPS]; /* module name string */ extern FILE *lfp; /* list output file handle */ extern FILE *ofp; /* relocation output file handle */ extern FILE *tfp; /* symbol table output file handle */ extern FILE *sfp[MAXFIL]; /* array of assembler-source file handles */ extern FILE *ifp[MAXINC]; /* array of include-file file handles */ extern unsigned char ctype[128]; /* array of character types, one per * ASCII character */ extern char ccase[128]; /* an array of characters which * perform the case translation function */ /* * Definitions for Character Types */ #define SPACE 0000 #define ETC 0000 #define LETTER 0001 #define DIGIT 0002 #define BINOP 0004 #define RAD2 0010 #define RAD8 0020 #define RAD10 0040 #define RAD16 0100 #define ILL 0200 #define DGT2 DIGIT|RAD16|RAD10|RAD8|RAD2 #define DGT8 DIGIT|RAD16|RAD10|RAD8 #define DGT10 DIGIT|RAD16|RAD10 #define LTR16 LETTER|RAD16 /* * The exp structure is used to return the evaluation * of an expression. The structure supports three valid * cases: * (1) The expression evaluates to a constant, * mode = S_USER, flag = 0, addr contains the * constant, and base = NULL. * (2) The expression evaluates to a defined symbol * plus or minus a constant, mode = S_USER, * flag = 0, addr contains the constant, and * base = pointer to area symbol. * (3) The expression evaluates to a external * global symbol plus or minus a constant, * mode = S_NEW, flag = 1, addr contains the * constant, and base = pointer to symbol. */ struct expr { char e_mode; /* Address mode */ char e_flag; /* Symbol flag */ Addr_T e_addr; /* Address */ union { struct area *e_ap; struct sym *e_sp; } e_base; /* Rel. base */ char e_rlcf; /* Rel. flags */ }; /* C Library functions */ /* for reference only extern VOID exit(); extern int fclose(); extern char * fgets(); extern FILE * fopen(); extern int fprintf(); extern VOID longjmp(); extern VOID * malloc(); extern int printf(); extern char putc(); extern int rewind(); extern int setjmp(); extern int strcmp(); extern char * strcpy(); extern int strlen(); extern char * strncpy(); */ /* Machine independent functions */ /* asmain.c */ extern FILE * afile(); extern VOID asexit(); extern VOID asmbl(); extern int main(); extern VOID newdot(); extern VOID phase(); extern VOID usage(); /* aslex.c */ extern char endline(); extern char get(); extern VOID getid(); extern int as_getline(); extern int getmap(); extern char getnb(); extern VOID getst(); extern int more(); extern VOID unget(); /* assym.c */ extern struct area * alookup(); extern struct mne * mlookup(); extern int hash(); extern struct sym * lookup(); extern VOID * new(); extern char * strsto(char *str); extern int symeq(); extern VOID syminit(); extern VOID symglob(); extern VOID allglob(); /* assubr.c */ extern VOID aerr(); extern VOID diag(); extern VOID err(); extern char * geterr(); extern VOID qerr(); extern VOID rerr(); /* asexpr.c */ extern VOID abscheck(); extern Addr_T absexpr(); extern VOID clrexpr(); extern int digit(); extern int is_abs(); extern VOID expr(); extern int oprio(); extern VOID term(); /* aslist.c */ extern VOID list(); extern VOID list1(); extern VOID list2(); extern VOID lstsym(); extern VOID slew(); /* asout.c */ extern int hibyte(); extern int lobyte(); extern VOID out(); extern VOID outab(); extern VOID outarea(); extern VOID outaw(); extern VOID outall(); extern VOID outdot(); extern VOID outbuf(); extern VOID outchk(); extern VOID outgsd(); extern VOID outrb(); extern VOID outrw(); extern VOID outsym(); extern VOID out_lb(); extern VOID out_lw(); extern VOID out_rw(); extern VOID out_tw(); /* asnoice.c */ extern void DefineNoICE_Line(); extern void DefineCDB_Line(); /* Machine dependent variables */ extern char * cpu; extern char * dsft; extern int hilo; extern struct mne mne[]; /* Machine dependent functions */ extern VOID minit(); /* strcmpi.c */ extern int as_strcmpi(const char *s1, const char *s2); extern int as_strncmpi(const char *s1, const char *s2, size_t n); sdcc-2.9.0/as/z80/asmain.c000066400000000000000000001312011116427777700151170ustar00rootroot00000000000000/* asmain.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Extensions: P. Felber * 13-Feb-08 AD -j and -c as in 8051 as */ #include #include #include #ifdef SDK #include #include #undef HUGE #endif #include "asm.h" #include "z80.h" /*)Module asmain.c * * The module asmain.c includes the command argument parser, * the three pass sequencer, and the machine independent * assembler parsing code. * * asmain.c contains the following functions: * VOID main(argc, argv) * VOID asexit() * VOID asmbl() * FILE * afile(fn, ft, wf) * VOID newdot(nap) * VOID phase(ap, a) * VOID usage() * * asmain.c contains the array char *usetxt[] which * references the usage text strings printed by usage(). */ /*)Function VOID main(argc, argv) * * int argc argument count * char * argv array of pointers to argument strings * * The function main() is the entry point to the assembler. * The purpose of main() is to (1) parse the command line * arguments for options and source file specifications and * (2) to process the source files through the 3 pass assembler. * Before each assembler pass various variables are initialized * and source files are rewound to their beginning. During each * assembler pass each assembler-source text line is processed. * After each assembler pass the assembler information is flushed * to any opened output files and the if-else-endif processing * is checked for proper termination. * * The function main() is also responsible for opening all * output files (REL, LST, and SYM), sequencing the global (-g) * and all-global (-a) variable definitions, and dumping the * REL file header information. * * local variables: * char * p pointer to argument string * int c character from argument string * int i argument loop counter * area * ap pointer to area structure * * global variables: * int aflag -a, make all symbols global flag * char afn[] afile() constructed filespec * area * areap pointer to an area structure * int cb[] array of assembler output values * int cbt[] array of assembler relocation types * describing the data in cb[] * int cfile current file handle index * of input assembly files * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * char eb[] array of generated error codes * char * ep pointer into error list array eb[] * int fflag -f(f), relocations flagged flag * int flevel IF-ELSE-ENDIF flag will be non * zero for false conditional case * Addr_T fuzz tracks pass to pass changes in the * address of symbols caused by * variable length instruction formats * int gflag -g, make undefined symbols global flag * char ib[] assembler-source text line * int inpfil count of assembler * input files specified * int ifcnd[] array of IF statement condition * values (0 = FALSE) indexed by tlevel * int iflvl[] array of IF-ELSE-ENDIF flevel * values indexed by tlevel * int incfil current file handle index * for include files * char * ip pointer into the assembler-source * text line in ib[] * jmp_buf jump_env compiler dependent structure * used by setjmp() and longjmp() * int lflag -l, generate listing flag * int line current assembler source * line number * int lop current line number on page * int oflag -o, generate relocatable output flag * int jflag -j, generate debug info flag * int page current page number * int pflag enable listing pagination * int pass assembler pass number * int radix current number conversion radix: * 2 (binary), 8 (octal), 10 (decimal), * 16 (hexadecimal) * int sflag -s, generate symbol table flag * char srcfn[][] array of source file names * int srcline[] current source file line * char stb[] Subtitle string buffer * sym * symp pointer to a symbol structure * int tlevel current conditional level * int xflag -x, listing radix flag * FILE * lfp list output file handle * FILE * ofp relocation output file handle * FILE * tfp symbol table output file handle * FILE * sfp[] array of assembler-source file handles * * called functions: * FILE * afile() asmain.c * VOID allglob() assym.c * VOID asexit() asmain.c * VOID diag() assubr.c * VOID err() assubr.c * int fprintf() c-library * int as_getline() aslex.c * VOID list() aslist.c * VOID lstsym() aslist.c * VOID minit() ___mch.c * VOID newdot() asmain.c * VOID outchk() asout.c * VOID outgsd() asout.c * int rewind() c-library * int setjmp() c-library * VOID symglob() assym.c * VOID syminit() assym.c * VOID usage() asmain.c * * side effects: * Completion of main() completes the assembly process. * REL, LST, and/or SYM files may be generated. */ int main(int argc, char **argv) { register char *p; register int c, i; struct area *ap; /* Check to make sure there are the right number of filenames */ /* before openning any of them */ #ifdef SDK inpfil = -2; #else /* SDK */ inpfil = -1; #endif /* SDK */ for (i=1; i= 0) usage(); ++p; while ((c = *p++) != 0) switch(c) { case 'a': case 'A': ++aflag; break; case 'c': case 'C': ++cflag; break; case 'g': case 'G': ++gflag; break; case 'j': /* JLH: debug info */ case 'J': ++jflag; ++oflag; /* force object */ break; case 'l': case 'L': ++lflag; break; case 'o': case 'O': ++oflag; break; case 's': case 'S': ++sflag; break; case 'p': case 'P': pflag = 0; break; case 'x': case 'X': xflag = 0; break; case 'q': case 'Q': xflag = 1; break; case 'd': case 'D': xflag = 2; break; case 'f': case 'F': ++fflag; break; default: usage(); } } else { #ifdef SDK if(inpfil != -2) { #endif /* SDK */ if (++inpfil == MAXFIL) { fprintf(stderr, "too many input files\n"); asexit(1); } sfp[inpfil] = afile(p, "", 0); strcpy(srcfn[inpfil],afn); #ifdef SDK } else inpfil++; if (inpfil == -1) { if (lflag) lfp = afile(p, "lst", 1); if (oflag) ofp = afile(p, "", 1); if (sflag) tfp = afile(p, "sym", 1); } #else /* SDK */ if (inpfil == 0) { if (lflag) lfp = afile(p, "LST", 1); if (oflag) ofp = afile(p, "REL", 1); if (sflag) tfp = afile(p, "SYM", 1); } #endif /* SDK */ } } if (inpfil < 0) usage(); syminit(); for (pass=0; pass<3; ++pass) { if (gflag && pass == 1) symglob(); if (aflag && pass == 1) allglob(); if (oflag && pass == 2) outgsd(); flevel = 0; tlevel = 0; ifcnd[0] = 0; iflvl[0] = 0; radix = 10; srcline[0] = 0; page = 0; stb[0] = 0; lop = NLPP; cfile = 0; incfil = -1; for (i = 0; i <= inpfil; i++) rewind(sfp[i]); ap = areap; while (ap) { ap->a_fuzz = 0; ap->a_size = 0; ap = ap->a_ap; } fuzz = 0; dot.s_addr = 0; dot.s_area = &dca; symp = ˙ minit(); while (as_getline()) { cp = cb; cpt = cbt; ep = eb; ip = ib; if (setjmp(jump_env) == 0) asmbl(); if (pass == 2) { diag(); list(); } } newdot(dot.s_area); /* Flush area info */ if (flevel || tlevel) err('i'); } if (oflag) outchk(HUGE, HUGE); /* Flush */ if (sflag) { lstsym(tfp); } else if (lflag) { lstsym(lfp); } asexit(aserr != 0); /* Never reached */ return 0; } /*)Function VOID asexit(i) * * int i exit code * * The function asexit() explicitly closes all open * files and then terminates the program. * * local variables: * int j loop counter * * global variables: * FILE * ifp[] array of include-file file handles * FILE * lfp list output file handle * FILE * ofp relocation output file handle * FILE * tfp symbol table output file handle * FILE * sfp[] array of assembler-source file handles * * functions called: * int fclose() c-library * VOID exit() c-library * * side effects: * All files closed. Program terminates. */ VOID asexit(int i) { int j; if (lfp != NULL) fclose(lfp); if (ofp != NULL) fclose(ofp); if (tfp != NULL) fclose(tfp); for (j=0; j= 0) { n = 10*n + d; c = get(); } if (c != '$' || get() != ':') qerr(); tp = symp->s_tsym; if (pass == 0) { while (tp) { if (n == tp->t_num) { tp->t_flg |= S_MDF; break; } tp = tp->t_lnk; } if (tp == NULL) { tp=(struct tsym *) new (sizeof(struct tsym)); tp->t_lnk = symp->s_tsym; tp->t_num = n; tp->t_flg = 0; tp->t_area = dot.s_area; tp->t_addr = dot.s_addr; symp->s_tsym = tp; } } else { while (tp) { if (n == tp->t_num) { break; } tp = tp->t_lnk; } if (tp) { if (pass == 1) { fuzz = tp->t_addr - dot.s_addr; tp->t_area = dot.s_area; tp->t_addr = dot.s_addr; } else { phase(tp->t_area, tp->t_addr); if (tp->t_flg & S_MDF) err('m'); } } else { err('u'); } } lmode = ALIST; goto loop; } /* * If the first character is a letter then assume a label, * symbol, assembler directive, or assembler mnemonic is * being processed. */ if ((ctype[c] & LETTER) == 0) { if (flevel) { return; } else { qerr(); } } getid(id, c); c = getnb(); /* * If the next character is a : then a label is being processed. * A double :: defines a global label. If this is new label * then create a symbol structure. * pass 0: * Flag multiply defined labels. * pass 1: * Load area, address, and fuzz values * into structure symp. * pass 2: * Check for assembler phase error and * multiply defined error. */ if (c == ':') { if (flevel) return; if ((c = get()) != ':') { unget(c); c = 0; } symp = lookup(id); if (symp == &dot) err('.'); if (pass == 0) if ((symp->s_type != S_NEW) && ((symp->s_flag & S_ASG) == 0)) symp->s_flag |= S_MDF; if (pass != 2) { fuzz = symp->s_addr - dot.s_addr; symp->s_type = S_USER; symp->s_area = dot.s_area; symp->s_addr = dot.s_addr; } else { if (symp->s_flag & S_MDF) err('m'); phase(symp->s_area, symp->s_addr); } if (c) { symp->s_flag |= S_GBL; } lmode = ALIST; goto loop; } /* * If the next character is a = then an equate is being processed. * A double == defines a global equate. If this is new variable * then create a symbol structure. */ if (c == '=') { if (flevel) return; if ((c = get()) != '=') { unget(c); c = 0; } clrexpr(&e1); expr(&e1, 0); sp = lookup(id); if (sp == &dot) { outall(); if (e1.e_flag || e1.e_base.e_ap != dot.s_area) err('.'); } else if (sp->s_type != S_NEW && (sp->s_flag & S_ASG) == 0) { err('m'); } sp->s_type = S_USER; sp->s_area = e1.e_base.e_ap; sp->s_addr = laddr = e1.e_addr; sp->s_flag |= S_ASG; if (c) { sp->s_flag |= S_GBL; } lmode = ELIST; goto loop; } unget(c); lmode = flevel ? SLIST : CLIST; if ((mp = mlookup(id)) == NULL) { if (!flevel) err('o'); return; } /* * If we have gotten this far then we have found an * assembler directive or an assembler mnemonic. * * Check for .if, .else, .endif, and .page directives * which are not controlled by the conditional flags */ switch (mp->m_type) { case S_IF: n = absexpr(); if (tlevel < MAXIF) { ++tlevel; ifcnd[tlevel] = n; iflvl[tlevel] = flevel; if (n == 0) { ++flevel; } } else { err('i'); } lmode = ELIST; laddr = n; return; case S_ELSE: if (ifcnd[tlevel]) { if (++flevel > (iflvl[tlevel]+1)) { err('i'); } } else { if (--flevel < iflvl[tlevel]) { err('i'); } } lmode = SLIST; return; case S_ENDIF: if (tlevel) { flevel = iflvl[tlevel--]; } else { err('i'); } lmode = SLIST; return; case S_PAGE: lop = NLPP; lmode = NLIST; return; default: break; } if (flevel) return; /* * If we are not in a false state for .if/.else then * process the assembler directives here. */ switch (mp->m_type) { case S_EVEN: outall(); laddr = dot.s_addr = (dot.s_addr + 1) & ~1; lmode = ALIST; break; case S_ODD: outall(); laddr = dot.s_addr |= 1; lmode = ALIST; break; case S_BYTE: case S_WORD: do { clrexpr(&e1); expr(&e1, 0); if (mp->m_type == S_BYTE) { outrb(&e1, R_NORM); } else { outrw(&e1, R_NORM); } } while ((c = getnb()) == ','); unget(c); break; #ifdef SDK case S_FLOAT: do { getid( readbuffer, ' ' ); /* Hack :) */ if ((c=getnb())=='.') { getid(&readbuffer[strlen(readbuffer)],'.'); } else unget(c); f1 = strtod( readbuffer, (char **)NULL ); /* Convert f1 to a gb-lib type fp * 24 bit mantissa followed by 7 bit exp and 1 bit sign */ if (f1!=0) { f2 = floor(log(fabs(f1))/log(2))+1; mantissa = (unsigned int) ((0x1000000*fabs(f1))/exp(f2*log(2))) ; mantissa &=0xffffff; exponent = (unsigned int) (f2 + 0x40) ; if (f1<0) exponent |=0x80; } else { mantissa=0; exponent=0; } outab(mantissa&0xff); outab((mantissa>>8)&0xff); outab((mantissa>>16)&0xff); outab(exponent&0xff); } while ((c = getnb()) == ','); unget(c); break; #endif case S_ASCII: case S_ASCIZ: if ((d = getnb()) == '\0') qerr(); while ((c = getmap(d)) >= 0) outab(c); if (mp->m_type == S_ASCIZ) outab(0); break; case S_ASCIS: if ((d = getnb()) == '\0') qerr(); c = getmap(d); while (c >= 0) { if ((n = getmap(d)) >= 0) { outab(c); } else { outab(c | 0x80); } c = n; } break; case S_BLK: clrexpr(&e1); expr(&e1, 0); dot.s_addr += e1.e_addr*mp->m_valu; outchk(HUGE,HUGE); lmode = BLIST; break; case S_TITLE: p = tb; if ((c = getnb()) != 0) { do { if (p < &tb[NTITL-1]) *p++ = c; } while ((c = get()) != 0); } *p = 0; unget(c); lmode = SLIST; break; case S_SBTL: p = stb; if ((c = getnb()) != 0) { do { if (p < &stb[NSBTL-1]) *p++ = c; } while ((c = get()) != 0); } *p = 0; unget(c); lmode = SLIST; break; case S_MODUL: getst(id, getnb()); // a module can start with a digit if (pass == 0) { if (module[0]) { err('m'); } else { strncpy(module, id, NCPS); } } lmode = SLIST; break; case S_OPTSDCC: p = optsdcc; if ((c = getnb()) != 0) { do { if (p < &optsdcc[NINPUT-1]) *p++ = c; } while ((c = get()) != 0); } *p = 0; unget(c); lmode = SLIST; break; case S_GLOBL: do { getid(id, -1); sp = lookup(id); sp->s_flag |= S_GBL; } while ((c = getnb()) == ','); unget(c); lmode = SLIST; break; case S_DAREA: getid(id, -1); uaf = 0; uf = A_CON|A_REL; if ((c = getnb()) == '(') { do { getid(opt, -1); mp = mlookup(opt); if (mp && mp->m_type == S_ATYP) { ++uaf; uf |= mp->m_valu; } else { err('u'); } } while ((c = getnb()) == ','); if (c != ')') qerr(); } else { unget(c); } if ((ap = alookup(id)) != NULL) { if (uaf && uf != ap->a_flag) err('m'); } else { ap = (struct area *) new (sizeof(struct area)); ap->a_ap = areap; ap->a_id = strsto(id); ap->a_ref = areap->a_ref + 1; ap->a_size = 0; ap->a_fuzz = 0; ap->a_flag = uaf ? uf : (A_CON|A_REL); areap = ap; } newdot(ap); lmode = SLIST; break; case S_ORG: if (dot.s_area->a_flag & A_ABS) { outall(); laddr = dot.s_addr = absexpr(); } else { err('o'); } outall(); lmode = ALIST; break; case S_RADIX: if (more()) { switch (getnb()) { case 'b': case 'B': radix = 2; break; case '@': case 'o': case 'O': case 'q': case 'Q': radix = 8; break; case 'd': case 'D': radix = 10; break; case 'h': case 'H': case 'x': case 'X': radix = 16; break; default: radix = 10; qerr(); break; } } else { radix = 10; } lmode = SLIST; break; case S_INCL: d = getnb(); p = fn; while ((c = get()) != d) { if (p < &fn[FILSPC-1]) { *p++ = c; } else { break; } } *p = 0; if (++incfil == MAXINC || (ifp[incfil] = fopen(fn, "r")) == NULL) { --incfil; err('i'); } else { lop = NLPP; incline[incfil] = 0; strcpy(incfn[incfil],fn); } lmode = SLIST; break; /* * If not an assembler directive then go to * the machine dependent function which handles * all the assembler mnemonics. */ default: /* if cdb information then generate the line info */ if (cflag && (pass == 1)) DefineCDB_Line(); /* JLH: if -j, generate a line number symbol */ if (jflag && (pass == 1)) { DefineNoICE_Line(); } machine(mp); } goto loop; } /*)Function FILE * afile(fn, ft, wf) * * char * fn file specification string * char * ft file type string * int wf read(0)/write(1) flag * * The function afile() opens a file for reading or writing. * (1) If the file type specification string ft * is not NULL then a file specification is * constructed with the file path\name in fn * and the extension in ft. * (2) If the file type specification string ft * is NULL then the file specification is * constructed from fn. If fn does not have * a file type then the default source file * type dsft is appended to the file specification. * * afile() returns a file handle for the opened file or aborts * the assembler on an open error. * * local variables: * int c character value * FILE * fp filehandle for opened file * char * p1 pointer to filespec string fn * char * p2 pointer to filespec string fb * char * p3 pointer to filetype string ft * * global variables: * char afn[] afile() constructed filespec * char dsft[] default assembler file type string * char afn[] constructed file specification string * * functions called: * VOID asexit() asmain.c * FILE * fopen() c_library * int fprintf() c_library * * side effects: * File is opened for read or write. */ FILE * afile(char *fn, char *ft, int wf) { register char *p2, *p3; register int c; FILE *fp; p2 = afn; p3 = ft; strcpy (afn, fn); p2 = strrchr (afn, FSEPX); // search last '.' if (!p2) p2 = afn + strlen (afn); if (p2 > &afn[FILSPC-4]) // truncate filename, if it's too long p2 = &afn[FILSPC-4]; *p2++ = FSEPX; // choose a file-extension if (*p3 == 0) { // extension supplied? p3 = strrchr (fn, FSEPX); // no: extension in fn? if (p3) ++p3; else p3 = dsft; // no: default extension } while ((c = *p3++) != 0) { // strncpy if (p2 < &afn[FILSPC-1]) *p2++ = c; } *p2++ = 0; if ((fp = fopen(afn, wf?"w":"r")) == NULL) { fprintf(stderr, "%s: cannot %s.\n", afn, wf?"create":"open"); asexit(1); } return (fp); } /*)Function VOID newdot(nap) * * area * nap pointer to the new area structure * * The function newdot(): * (1) copies the current values of fuzz and the last * address into the current area referenced by dot * (2) loads dot with the pointer to the new area and * loads the fuzz and last address parameters * (3) outall() is called to flush any remaining * bufferred code from the old area to the output * * local variables: * area * oap pointer to old area * * global variables: * sym dot defined as sym[0] * Addr_T fuzz tracks pass to pass changes in the * address of symbols caused by * variable length instruction formats * * functions called: * none * * side effects: * Current area saved, new area loaded, buffers flushed. */ VOID newdot(struct area *nap) { register struct area *oap; oap = dot.s_area; oap->a_fuzz = fuzz; oap->a_size = dot.s_addr; fuzz = nap->a_fuzz; dot.s_area = nap; dot.s_addr = nap->a_size; outall(); } /*)Function VOID phase(ap, a) * * area * ap pointer to area * Addr_T a address in area * * Function phase() compares the area ap and address a * with the current area dot.s_area and address dot.s_addr * to determine if the position of the symbol has changed * between assembler passes. * * local variables: * none * * global varaibles: * sym * dot defined as sym[0] * * functions called: * none * * side effects: * The p error is invoked if the area and/or address * has changed. */ VOID phase(struct area *ap, Addr_T a) { if (ap != dot.s_area || a != dot.s_addr) err('p'); } char *usetxt[] = { #ifdef SDK "Usage: [-dqxjgalopscf] outfile file1 [file2 file3 ...]", #else /* SDK */ "Usage: [-dqxjgalopscf] file1 [file2 file3 ...]", #endif /* SDK */ " d decimal listing", " q octal listing", " x hex listing (default)", " j add line number and debug information to file", /* JLH */ " g undefined symbols made global", " a all user symbols made global", #ifdef SDK " l create list output outfile[LST]", " o create object output outfile[o]", " s create symbol output outfile[SYM]", #else /* SDK */ " l create list output file1[LST]", " o create object output file1[REL]", " s create symbol output file1[SYM]", #endif /* SDK */ " c generate sdcdb debug information", " p disable listing pagination", " f flag relocatable references by ` in listing file", " ff flag relocatable references by mode in listing file", "", 0 }; /*)Function VOID usage() * * The function usage() outputs to the stderr device the * assembler name and version and a list of valid assembler options. * * local variables: * char ** dp pointer to an array of * text string pointers. * * global variables: * char cpu[] assembler type string * char * usetxt[] array of string pointers * * functions called: * VOID asexit() asmain.c * int fprintf() c_library * * side effects: * program is terminated */ VOID usage(void) { register char **dp; fprintf(stderr, "\nASxxxx Assembler %s (%s)\n\n", VERSION, cpu); for (dp = usetxt; *dp; dp++) fprintf(stderr, "%s\n", *dp); asexit(1); } sdcc-2.9.0/as/z80/asout.c000066400000000000000000001012601116427777700150040ustar00rootroot00000000000000/* asout.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * 10-Nov-07 borutr: * - applied changes from 28-Oct-97 JLH: * - outsym: show s_id as string rather than array [NCPS] */ #include #include #include #include "asm.h" /*)Module asout.c * * The module asout.c contains all the functions used to * generate the .REL assembler output file. * * * The assemblers' output object file is an ascii file containing * the information needed by the linker to bind multiple object * modules into a complete loadable memory image. * * The object module contains the following designators: * * [XDQ][HL] * X Hexidecimal radix * D Decimal radix * Q Octal radix * * H Most significant byte first * L Least significant byte first * * H Header * M Module * A Area * S Symbol * T Object code * R Relocation information * P Paging information * * * (1) Radix Line * * The first line of an object module contains the [XDQ][HL] * format specifier (i.e. XH indicates a hexidecimal file with * most significant byte first) for the following designators. * * * (2) Header Line * * H aa areas gg global symbols * * The header line specifies the number of areas(aa) and the * number of global symbols(gg) defined or referenced in this ob- * ject module segment. * * * (3) Module Line * * M name * * The module line specifies the module name from which this * header segment was assembled. The module line will not appear * if the .module directive was not used in the source program. * * * (4) Symbol Line * * S string Defnnnn * * or * * S string Refnnnn * * The symbol line defines (Def) or references (Ref) the symbol * 'string' with the value nnnn. The defined value is relative to * the current area base address. References to constants and ex- * ternal global symbols will always appear before the first area * definition. References to external symbols will have a value of * zero. * * * (5) Area Line * * A label size ss flags ff * * The area line defines the area label, the size (ss) of the * area in bytes, and the area flags (ff). The area flags specify * the ABS, REL, CON, OVR, and PAG parameters: * * OVR/CON (0x04/0x00 i.e. bit position 2) * * ABS/REL (0x08/0x00 i.e. bit position 3) * * PAG (0x10 i.e. bit position 4) * * * (6) T Line * * T xx xx nn nn nn nn nn ... * * The T line contains the assembled code output by the assem- * bler with xx xx being the offset address from the current area * base address and nn being the assembled instructions and data in * byte format. * * * (7) R Line * * R 0 0 nn nn n1 n2 xx xx ... * * The R line provides the relocation information to the linker. * The nn nn value is the current area index, i.e. which area the * current values were assembled. Relocation information is en- * coded in groups of 4 bytes: * * 1. n1 is the relocation mode and object format * 1. bit 0 word(0x00)/byte(0x01) * 2. bit 1 relocatable area(0x00)/symbol(0x02) * 3. bit 2 normal(0x00)/PC relative(0x04) relocation * 4. bit 3 1-byte(0x00)/2-byte(0x08) object format for * byte data * 5. bit 4 signed(0x00)/unsigned(0x10) byte data * 6. bit 5 normal(0x00)/page '0'(0x20) reference * 7. bit 6 normal(0x00)/page 'nnn'(0x40) reference * 8. bit 7 normal(0x00)/MSB of value * * 2. n2 is a byte index into the corresponding (i.e. pre- * ceeding) T line data (i.e. a pointer to the data to be * updated by the relocation). The T line data may be * 1-byte or 2-byte byte data format or 2-byte word * format. * * 3. xx xx is the area/symbol index for the area/symbol be- * ing referenced. the corresponding area/symbol is found * in the header area/symbol lists. * * * The groups of 4 bytes are repeated for each item requiring relo- * cation in the preceeding T line. * * * (8) P Line * * P 0 0 nn nn n1 n2 xx xx * * The P line provides the paging information to the linker as * specified by a .setdp directive. The format of the relocation * information is identical to that of the R line. The correspond- * ing T line has the following information: * T xx xx aa aa bb bb * * Where aa aa is the area reference number which specifies the * selected page area and bb bb is the base address of the page. * bb bb will require relocation processing if the 'n1 n2 xx xx' is * specified in the P line. The linker will verify that the base * address is on a 256 byte boundary and that the page length of an * area defined with the PAG type is not larger than 256 bytes. * * The linker defaults any direct page references to the first * area defined in the input REL file. All ASxxxx assemblers will * specify the _CODE area first, making this the default page area. * * * asout.c contains the following functions: * int lobyte() * int hibyte() * VOID out() * VOID outab() * VOID outall() * VOID outarea() * VOID outaw() * VOID outbuf() * VOID outchk() * VOID outdot() * VOID outdp() * VOID outgsd() * VOID outrb() * VOID outrw() * VOID outsym() * VOID out_lb() * VOID out_lw() * VOID out_rw() * VOID out_tw() * * The module asout.c contains the following local variables: * int rel[] relocation data for code/data array * int * relp pointer to rel array * int txt[] assembled code/data array * int * txtp pointer to txt array */ #define NTXT 16 #define NREL 16 char txt[NTXT]; char rel[NREL]; char *txtp = { &txt[0] }; char *relp = { &rel[0] }; /*)Function VOID outab(b) * * int b assembler data word * * The function outab() processes a single word of * assembled data in absolute format. * * local variables: * int * txtp pointer to data word * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID outchk() asout.c * VOID out_lb() asout.c * * side effects: * The current assembly address is incremented by 1. */ VOID outab(int b) { if (pass == 2) { out_lb(b,0); if (oflag) { outchk(1, 0); *txtp++ = lobyte(b); } } ++dot.s_addr; } /*)Function VOID outaw(w) * * int w assembler data word * * The function outaw() processes a single word of * assembled data in absolute format. * * local variables: * int * txtp pointer to data word * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID outchk() asout.c * VOID out_lw() asout.c * * side effects: * The current assembly address is incremented by 2. */ VOID outaw(int w) { if (pass == 2) { out_lw(w,0); if (oflag) { outchk(2, 0); out_tw(w); } } dot.s_addr += 2; } /*)Function VOID outrb(esp, r) * * expr * esp pointer to expr structure * int r relocation mode * * The function outrb() processes a byte of generated code * in either absolute or relocatable format dependent upon * the data contained in the expr structure esp. If the * .REL output is enabled then the appropriate information * is loaded into the txt and rel buffers. * * local variables: * int n symbol/area reference number * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * sym dot defined as sym[0] * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID aerr() assubr.c * VOID outchk() asout.c * VOID out_lb() asout.c * VOID out_rb() asout.c * VOID out_tb() asout.c * * side effects: * The current assembly address is incremented by 1. */ VOID outrb(struct expr *esp, int r) { register int n; if (pass == 2) { if (esp->e_flag==0 && esp->e_base.e_ap==NULL) { out_lb(lobyte(esp->e_addr),0); if (oflag) { outchk(1, 0); *txtp++ = lobyte(esp->e_addr); } } else { r |= R_BYTE | R_BYT2 | esp->e_rlcf; if (r & R_MSB) { out_lb(hibyte(esp->e_addr),r|R_RELOC|R_HIGH); } else { out_lb(lobyte(esp->e_addr),r|R_RELOC); } if (oflag) { outchk(2, 4); out_tw(esp->e_addr); if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } *relp++ = r; *relp++ = txtp - txt - 2; out_rw(n); } } } ++dot.s_addr; } /*)Function VOID outrw(esp, r) * * expr * esp pointer to expr structure * int r relocation mode * * The function outrw() processes a word of generated code * in either absolute or relocatable format dependent upon * the data contained in the expr structure esp. If the * .REL output is enabled then the appropriate information * is loaded into the txt and rel buffers. * * local variables: * int n symbol/area reference number * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * sym dot defined as sym[0] * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID aerr() assubr.c * VOID outchk() asout.c * VOID out_lw() asout.c * VOID out_rw() asout.c * VOID out_tw() asout.c * * side effects: * The current assembly address is incremented by 2. */ VOID outrw(struct expr *esp, int r) { register int n; if (pass == 2) { if (esp->e_flag==0 && esp->e_base.e_ap==NULL) { out_lw(esp->e_addr,0); if (oflag) { outchk(2, 0); out_tw(esp->e_addr); } } else { r |= R_WORD | esp->e_rlcf; if (r & R_BYT2) { rerr(); if (r & R_MSB) { out_lw(hibyte(esp->e_addr),r|R_RELOC); } else { out_lw(lobyte(esp->e_addr),r|R_RELOC); } } else { out_lw(esp->e_addr,r|R_RELOC); } if (oflag) { outchk(2, 4); out_tw(esp->e_addr); if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } *relp++ = r; *relp++ = txtp - txt - 2; out_rw(n); } } } dot.s_addr += 2; } /*)Function VOID outdp(carea, esp) * * area * carea pointer to current area strcuture * expr * esp pointer to expr structure * * The function outdp() flushes the output buffer and * outputs paging information to the .REL file. * * local variables: * int n symbol/area reference number * int r relocation mode * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID outbuf() asout.c * VOID outchk() asout.c * VOID out_rw() asout.c * VOID out_tw() asout.c * * side effects: * Output buffer flushed to .REL fiel. * Paging information dumped to .REL file. */ VOID outdp(struct area *carea, struct expr *esp) { register int n, r; if (oflag && pass==2) { outchk(HUGE,HUGE); out_tw(carea->a_ref); out_tw(esp->e_addr); if (esp->e_flag || esp->e_base.e_ap!=NULL) { r = R_WORD; if (esp->e_flag) { n = esp->e_base.e_sp->s_ref; r |= R_SYM; } else { n = esp->e_base.e_ap->a_ref; } *relp++ = r; *relp++ = txtp - txt - 2; out_rw(n); } outbuf("P"); } } /*)Function VOID outall() * * The function outall() will output any bufferred assembled * data and relocation information (during pass 2 if the .REL * output has been enabled). * * local variables: * none * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * VOID outbuf() asout.c * * side effects: * assembled data and relocation buffers will be cleared. */ VOID outall(void) { if (oflag && pass==2) outbuf("R"); } /*)Function VOID outdot() * * The function outdot() outputs information about the * current program counter value (during pass 2 if the .REL * output has been enabled). * * local variables: * none * * global variables: * int oflag -o, generate relocatable output flag * int pass assembler pass number * * functions called: * int fprintf() c_library * VOID out() asout.c * * side effects: * assembled data and relocation buffers will be cleared. */ VOID outdot(void) { if (oflag && pass==2) { fprintf(ofp, "T"); out(txt,(int) (txtp-txt)); fprintf(ofp, "\n"); fprintf(ofp, "R"); out(rel,(int) (relp-rel)); fprintf(ofp, "\n"); txtp = txt; relp = rel; } } /*)Function outchk(nt, nr) * * int nr number of additional relocation words * int nt number of additional data words * * The function outchk() checks the data and relocation buffers * for space to insert the nt data words and nr relocation words. * If space is not available then output the current data and * initialize the data buffers to receive the new data. * * local variables: * area * ap pointer to an area structure * int * relp pointer to rel array * int * txtp pointer to txt array * * global variables: * sym dot defined as sym[0] * * functions called: * VOID outbuf() asout.c * * side effects: * Data and relocation buffers may be emptied and initialized. */ VOID outchk(int nt, int nr) { register struct area *ap; if (txtp+nt > &txt[NTXT] || relp+nr > &rel[NREL]) { outbuf("R"); } if (txtp == txt) { out_tw(dot.s_addr); if ((ap = dot.s_area) != NULL) { *relp++ = R_WORD|R_AREA; *relp++ = 0; out_rw(ap->a_ref); } } } /*)Function VOID outbuf() * * The function outbuf() will output any bufferred data * and relocation information to the .REL file. The output * buffer pointers and counters are initialized. * * local variables: * int rel[] relocation data for code/data array * int * relp pointer to rel array * int txt[] assembled code/data array * int * txtp pointer to txt array * * global variables: * FILE * ofp relocation output file handle * * functions called: * VOID out() asout.c * * side effects: * All bufferred data written to .REL file and * buffer pointers and counters initialized. */ VOID outbuf(char *s) { if (txtp > &txt[2]) { fprintf(ofp, "T"); out(txt,(int) (txtp-txt)); fprintf(ofp, "\n"); fprintf(ofp, "%s", s); out(rel,(int) (relp-rel)); fprintf(ofp, "\n"); } txtp = txt; relp = rel; } /*)Function VOID outgsd() * * The function outgsd() performs the following: * (1) outputs the .REL file radix * (2) outputs the header specifying the number * of areas and global symbols * (3) outputs the module name * (4) set the reference number and output a symbol line * for all external global variables and absolutes * (5) output an area name, set reference number and output * a symbol line for all global relocatables in the area. * Repeat this proceedure for all areas. * * local variables: * area * ap pointer to an area structure * sym * sp pointer to a sym structure * int i loop counter * int j loop counter * int c string character value * int narea number of code areas * char * ptr string pointer * int nglob number of global symbols * int rn symbol reference number * * global variables: * area * areap pointer to an area structure * char module[] module name string * sym * symhash[] array of pointers to NHASH * linked symbol lists * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * VOID outarea() asout.c * VOID outsym() asout.c * int putc() c_library * * side effects: * All symbols are given reference numbers, all symbol * and area information is output to the .REL file. */ VOID outgsd(void) { register struct area *ap; register struct sym *sp; register int i, j; char *ptr; int c, narea, nglob, rn; /* * Number of areas */ narea = areap->a_ref + 1; /* * Number of global references/absolutes */ nglob = 0; for (i = 0; i < NHASH; ++i) { sp = symhash[i]; while (sp) { if (sp->s_flag&S_GBL) ++nglob; sp = sp->s_sp; } } /* * Output Radix and number of areas and symbols */ if (xflag == 0) { fprintf(ofp, "X%c\n", hilo ? 'H' : 'L'); fprintf(ofp, "H %X areas %X global symbols\n", narea, nglob); } else if (xflag == 1) { fprintf(ofp, "Q%c\n", hilo ? 'H' : 'L'); fprintf(ofp, "H %o areas %o global symbols\n", narea, nglob); } else if (xflag == 2) { fprintf(ofp, "D%c\n", hilo ? 'H' : 'L'); fprintf(ofp, "H %u areas %u global symbols\n", narea, nglob); } /* * Module name */ if (module[0]) { fprintf(ofp, "M "); ptr = &module[0]; while (ptr < &module[NCPS]) { if ((c = *ptr++) != 0) putc(c, ofp); } putc('\n', ofp); } /* * Sdcc compile options */ if (strlen(optsdcc)) fprintf(ofp, "O %s\n", optsdcc); /* * Global references and absolutes. */ rn = 0; for (i=0; is_area==NULL && sp->s_flag&S_GBL) { sp->s_ref = rn++; outsym(sp); } sp = sp->s_sp; } } /* * Global relocatables. */ for (i=0; ia_ref != i) ap = ap->a_ap; outarea(ap); for (j=0; js_area==ap && sp->s_flag&S_GBL) { sp->s_ref = rn++; outsym(sp); } sp = sp->s_sp; } } } } /*)Function VOID outarea(ap) * * area * ap pointer to an area structure * * The function outarea() outputs the A line to the .REL * file. The A line contains the area's name, size, and * attributes. * * local variables: * char * ptr pointer to area id string * int c character value * * global variables: * FILE * ofp relocation output file handle * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * int putc() c_library * * side effects: * The A line is sent to the .REL file. */ VOID outarea(struct area *ap) { fprintf(ofp, "A %s", ap->a_id); if (xflag == 0) { fprintf(ofp, " size %X flags %X\n", ap->a_size, ap->a_flag); } else if (xflag == 1) { fprintf(ofp, " size %o flags %o\n", ap->a_size, ap->a_flag); } else if (xflag == 2) { fprintf(ofp, " size %u flags %u\n", ap->a_size, ap->a_flag); } } /*)Function VOID outsym(sp) * * sym * sp pointer to a sym structure * * The function outsym() outputs the S line to the .REL * file. The S line contains the symbols name and whether the * the symbol is defined or referenced. * * local variables: * char * ptr pointer to symbol id string * int c character value * * global variables: * FILE * ofp relocation output file handle * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * int putc() c_library * * side effects: * The S line is sent to the .REL file. */ VOID outsym(struct sym *sp) { fprintf(ofp, "S %s", sp->s_id); fprintf(ofp, " %s", sp->s_type==S_NEW ? "Ref" : "Def"); if (xflag == 0) { fprintf(ofp, "%04X\n", sp->s_addr); } else if (xflag == 1) { fprintf(ofp, "%06o\n", sp->s_addr); } else if (xflag == 2) { fprintf(ofp, "%05u\n", sp->s_addr); } } /*)Function VOID out(p, n) * * int n number of words to output * int * p pointer to data words * * The function out() outputs the data words to the .REL file * int the specified radix. * * local variables: * none * * global variables: * FILE * ofp relocation output file handle * int xflag -x, listing radix flag * * functions called: * int fprintf() c_library * * side effects: * Data is sent to the .REL file. */ VOID out(char *p, int n) { while (n--) { if (xflag == 0) { fprintf(ofp, " %02X", (*p++)&0377); } else if (xflag == 1) { fprintf(ofp, " %03o", (*p++)&0377); } else if (xflag == 2) { fprintf(ofp, " %03u", (*p++)&0377); } } } /*)Function VOID out_lb(b, t) * * int b assembled data * int t relocation type * * The function out_lb() copies the assembled data and * its relocation type to the list data buffers. * * local variables: * none * * global variables: * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * * functions called: * none * * side effects: * Pointers to data and relocation buffers incremented by 1. */ VOID out_lb(int b,int t) { if (cp < &cb[NCODE]) { *cp++ = b; *cpt++ = t; } } /*)Function VOID out_lw(n, t) * * int n assembled data * int t relocation type * * The function out_lw() copies the assembled data and * its relocation type to the list data buffers. * * local variables: * none * * global variables: * int * cp pointer to assembler output array cb[] * int * cpt pointer to assembler relocation type * output array cbt[] * * functions called: * none * * side effects: * Pointers to data and relocation buffers incremented by 2. */ VOID out_lw(int n,int t) { if (hilo) { out_lb(hibyte(n),t ? t|R_HIGH : 0); out_lb(lobyte(n),t); } else { out_lb(lobyte(n),t); out_lb(hibyte(n),t ? t|R_HIGH : 0); } } /*)Function VOID out_rw(n) * * int n data word * * The function out_rw() outputs the relocation (R) * data word as two bytes ordered according to hilo. * * local variables: * int * relp pointer to rel array * * global variables: * none * * functions called: * int lobyte() asout.c * int hibyte() asout.c * * side effects: * Pointer to relocation buffer incremented by 2. */ VOID out_rw(int n) { if (hilo) { *relp++ = hibyte(n); *relp++ = lobyte(n); } else { *relp++ = lobyte(n); *relp++ = hibyte(n); } } /*)Function VOID out_tw(n) * * int n data word * * The function out_tw() outputs the text (T) * data word as two bytes ordered according to hilo. * * local variables: * int * txtp pointer to txt array * * global variables: * none * * functions called: * int lobyte() asout.c * int hibyte() asout.c * * side effects: * Pointer to relocation buffer incremented by 2. */ VOID out_tw(int n) { if (hilo) { *txtp++ = hibyte(n); *txtp++ = lobyte(n); } else { *txtp++ = lobyte(n); *txtp++ = hibyte(n); } } /*)Function int lobyte(n) * * int n data word * * The function lobyte() returns the lower byte of * integer n. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int lobyte(int n) { return (n&0377); } /*)Function int hibyte(n) * * int n data word * * The function hibyte() returns the higher byte of * integer n. * * local variables: * none * * global variables: * none * * functions called: * none * * side effects: * none */ int hibyte(int n) { return ((n>>8)&0377); } sdcc-2.9.0/as/z80/assubr.c000066400000000000000000000124371116427777700151570ustar00rootroot00000000000000/* assubr.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Extensions: P. Felber, M. Hope */ #include #include #include #include "asm.h" /*)Module assubr.c * * The module assubr.c contains the error * processing routines. * * assubr.c contains the following functions: * VOID aerr() * VOID diag() * VOID err() * VOID qerr() * VOID rerr() * * assubr.c contains the local array of *error[] */ /*)Function VOID err(c) * * int c error type character * * The function err() logs the error code character * suppressing duplicate errors. If the error code * is 'q' then the parse of the current assembler-source * text line is terminated. * * local variables: * char * p pointer to the error array * * global variables: * char eb[] array of generated error codes * * functions called: * VOID longjmp() c_library * * side effects: * The error code may be inserted into the * error code array eb[] or the parse terminated. */ VOID err(c) register int c; { register char *p; #ifndef SDK aserr++; #endif /* SDK */ p = eb; while (p < ep) if (*p++ == c) return; if (p < &eb[NERR]) { *p++ = c; ep = p; } if (c == 'q') longjmp(jump_env, -1); } /*)Function VOID diag() * * The function diag() prints any error codes and * the source line number to the stderr output device. * * local variables: * char * p pointer to error code array eb[] * * global variables: * int cfile current source file index * char eb[] array of generated error codes * char * ep pointer into error list * int incfile current include file index * char incfn[] array of include file names * int incline[] array of include line numbers * char srcfn[] array of source file names * int srcline[] array of source line numbers * FILE * stderr c_library * * functions called: * int fprintf() c_library * char * geterr() assubr.c * * side effects: * none */ VOID diag() { register char *p,*errstr; if (eb != ep) { p = eb; #ifndef SDK fprintf(stderr, "?ASxxxx-Error-<"); while (p < ep) { fprintf(stderr, "%c", *p++); } fprintf(stderr, "> in line "); if (incfil >= 0) { fprintf(stderr, "%d", incline[incfil]); fprintf(stderr, " of %s\n", incfn[incfil]); } else { fprintf(stderr, "%d", srcline[cfile]); fprintf(stderr, " of %s\n", srcfn[cfile]); } p = eb; #endif /* SDK */ while (p < ep) { if ((errstr = geterr(*p++)) != NULL) { #ifdef SDK /* Modified to conform to gcc error standard, M. Hope, 7 Feb 98. */ if (incfil >= 0) { fprintf(stderr, "%s:", incfn[incfil]); fprintf(stderr, "%d: Error:", incline[incfil]); } else { fprintf(stderr, "%s:", srcfn[cfile]); fprintf(stderr, "%d: Error:", srcline[cfile]); } fprintf(stderr, " %s\n", errstr); #else fprintf(stderr, " %s\n", errstr); #endif /* SDK */ } } #ifdef SDK aserr++; #endif /* SDK */ } } /*)Functions: VOID aerr() * VOID qerr() * VOID rerr() * * The functions aerr(), qerr(), and rerr() report their * respective error type. These are included only for * convenience. * * local variables: * none * * global variables: * none * * functions called: * VOID err() assubr.c * * side effects: * The appropriate error code is inserted into the * error array and the parse may be terminated. */ /* * Note an 'r' error. */ VOID rerr() { err('r'); } /* * Note an 'a' error. */ VOID aerr() { err('a'); } /* * Note a 'q' error. */ VOID qerr() { err('q'); } /* * ASxxxx assembler errors */ char *errors[] = { "<.> use \". = . + \" not \". = \"", " machine specific addressing or addressing mode error", " direct page boundary error", " direct page addressing error", " .include file error or an .if/.endif mismatch", " multiple definitions error", " .org in REL area or directive / mnemonic error", "

phase error: label location changing between passes 2 and 3", " missing or improper operators, terminators, or delimiters", " relocation error", " undefined symbol encountered during assembly", NULL }; /*)Function: char *getarr(c) * * int c the error code character * * The function geterr() scans the list of errors returning the * error string corresponding to the input error character. * * local variables: * int i error index counter * * global variables: * char *errors[] array of pointers to the * error strings * * functions called: * none * * side effects: * A pointer to the appropriate * error code string is returned. */ char * geterr(c) int c; { int i; for (i=0; errors[i]!=NULL; i++) { if (c == errors[i][1]) { return(errors[i]); } } return(NULL); } sdcc-2.9.0/as/z80/clean.mk000066400000000000000000000015431116427777700151230ustar00rootroot00000000000000# Deleting all files created by building the program # -------------------------------------------------- include $(top_builddir)/Makefile.common clean: mostlyclean rm -f *.dep # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f Makefile # Like clean but some files may still exist # ----------------------------------------- mostlyclean: rm -rf obj rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ rm -f $(top_builddir)/bin/as-z80$(EXEEXT) as-z80$(EXEEXT) rm -f $(top_builddir)/bin/as-gbz80$(EXEEXT) as-gbz80$(EXEEXT) # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean sdcc-2.9.0/as/z80/conf.mk000066400000000000000000000013211116427777700147600ustar00rootroot00000000000000# Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ rm -f $(top_builddir)/bin/as-z80 as-z80 # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean sdcc-2.9.0/as/z80/incld1.asm000066400000000000000000000001751116427777700153640ustar00rootroot00000000000000 xxx ;1 .include "incld2.asm" ;2 ;3 ;4 ;5 xxx ;6 ;7 ;8 ;9 ;10 sdcc-2.9.0/as/z80/incld2.asm000066400000000000000000000001751116427777700153650ustar00rootroot00000000000000 ;1 xxx ;2 .include "incld3.asm" ;3 ;4 ;5 ;6 xxx ;7 ;8 ;9 ;10 sdcc-2.9.0/as/z80/incld3.asm000066400000000000000000000001751116427777700153660ustar00rootroot00000000000000 ;1 ;2 xxx ;3 .include "incld4.asm" ;4 ;5 ;6 ;7 xxx ;8 ;9 ;10 sdcc-2.9.0/as/z80/incld4.asm000066400000000000000000000001751116427777700153670ustar00rootroot00000000000000 ;1 ;2 ;3 xxx ;4 .include "incld5.asm" ;5 ;6 ;7 ;8 xxx ;9 ;10 sdcc-2.9.0/as/z80/incld5.asm000066400000000000000000000001751116427777700153700ustar00rootroot00000000000000 ;1 ;2 ;3 ;4 xxx ;5 .include "incldx.asm" ;6 ;7 ;8 ;9 xxx ;10 sdcc-2.9.0/as/z80/itsta.asm000066400000000000000000000023051116427777700153330ustar00rootroot00000000000000 .include "incld1.asm" ;1 ;2 ;3 ;4 ;5 ;6 ;7 ;8 ;9 ;10 xxx ;11 ; ; This is a simple test of the error reporting ; for source and include files. ; ; assemble inctst: ; asxxxx itsta itstb ; ; ?ASxxxx-E- in line 1 of incld1.asm ; ?ASxxxx-E- in line 2 of incld2.asm ; ?ASxxxx-E- in line 3 of incld3.asm ; ?ASxxxx-E- in line 4 of incld4.asm ; ?ASxxxx-E- in line 5 of incld5.asm ; ?ASxxxx-E- in line 6 of incld5.asm ; ?ASxxxx-E- in line 10 of incld5.asm ; ?ASxxxx-E- in line 9 of incld4.asm ; ?ASxxxx-E- in line 8 of incld3.asm ; ?ASxxxx-E- in line 7 of incld2.asm ; ?ASxxxx-E- in line 6 of incld1.asm ; ?ASxxxx-E- in line 11 of itsta.asm ; ?ASxxxx-E- in line 1 of incld1.asm ; ?ASxxxx-E- in line 2 of incld2.asm ; ?ASxxxx-E- in line 3 of incld3.asm ; ?ASxxxx-E- in line 4 of incld4.asm ; ?ASxxxx-E- in line 5 of incld5.asm ; ?ASxxxx-E- in line 6 of incld5.asm ; ?ASxxxx-E- in line 10 of incld5.asm ; ?ASxxxx-E- in line 9 of incld4.asm ; ?ASxxxx-E- in line 8 of incld3.asm ; ?ASxxxx-E- in line 7 of incld2.asm ; ?ASxxxx-E- in line 6 of incld1.asm ; ?ASxxxx-E- in line 11 of itstb.asm sdcc-2.9.0/as/z80/itstb.asm000066400000000000000000000023051116427777700153340ustar00rootroot00000000000000 .include "incld1.asm" ;1 ;2 ;3 ;4 ;5 ;6 ;7 ;8 ;9 ;10 xxx ;11 ; ; This is a simple test of the error reporting ; for source and include files. ; ; assemble inctst: ; asxxxx itsta itstb ; ; ?ASxxxx-E- in line 1 of incld1.asm ; ?ASxxxx-E- in line 2 of incld2.asm ; ?ASxxxx-E- in line 3 of incld3.asm ; ?ASxxxx-E- in line 4 of incld4.asm ; ?ASxxxx-E- in line 5 of incld5.asm ; ?ASxxxx-E- in line 6 of incld5.asm ; ?ASxxxx-E- in line 10 of incld5.asm ; ?ASxxxx-E- in line 9 of incld4.asm ; ?ASxxxx-E- in line 8 of incld3.asm ; ?ASxxxx-E- in line 7 of incld2.asm ; ?ASxxxx-E- in line 6 of incld1.asm ; ?ASxxxx-E- in line 11 of itsta.asm ; ?ASxxxx-E- in line 1 of incld1.asm ; ?ASxxxx-E- in line 2 of incld2.asm ; ?ASxxxx-E- in line 3 of incld3.asm ; ?ASxxxx-E- in line 4 of incld4.asm ; ?ASxxxx-E- in line 5 of incld5.asm ; ?ASxxxx-E- in line 6 of incld5.asm ; ?ASxxxx-E- in line 10 of incld5.asm ; ?ASxxxx-E- in line 9 of incld4.asm ; ?ASxxxx-E- in line 8 of incld3.asm ; ?ASxxxx-E- in line 7 of incld2.asm ; ?ASxxxx-E- in line 6 of incld1.asm ; ?ASxxxx-E- in line 11 of itstb.asm sdcc-2.9.0/as/z80/tconst.asm000066400000000000000000000021711116427777700155220ustar00rootroot00000000000000 .title Assembler Link Test Constants .module tconst .area TEST (ABS,OVR) bra1 == 0 ; branching constants bra2 == 0x80 bra3 == 0x182 bra4 == 0x204 .blkb 0x7E ;bra1: .blkb 0x02 .blkb 0x7F ;bra2: .blkb 0x02 .blkb 0x02 .blkb 0x7F .blkb 0x00 ;bra3: .blkb 0x02 .blkb 0x80 .blkb 0x00 ;bra4: .globl bra5,bra6,bra7,bra8 ; branching labels bra5: .blkb 0x7E ;bra5: .blkb 0x02 bra6: .blkb 0x7F ;bra6: .blkb 0x02 .blkb 0x02 .blkb 0x7F bra7: .blkb 0x00 ;bra7: .blkb 0x02 .blkb 0x80 bra8: .blkb 0x00 ;bra8: ; 12-Bit numbers are considered valid if: ; 1) the most significant 4 bits of the 16-bit number are zero ; 2) the most significant 4 bits of the 16-bit number are all ones n0FFF == 0x0FFF ;largest positive n1000 == 0x1000 ;+1 nF000 == 0xF000 ;largest negative nEFFF == 0xEFFF ;-1 .area DIRECT (ABS,OVR) .setdp boundary == 0x101 minus1 == -1 ; paging / indexing constants zero == 0 two55 == 0d255 two56 == 0d256 five11 == 0d511 five12 == 0d512 .globl lzero,ltwo55,ltwo56,lminus1 lzero: .blkb 0x00FF ; paging labels ltwo55: .blkb 0x0001 ltwo56: .blkb 0xFEFF lminus1:.blkb 0d0000 sdcc-2.9.0/as/z80/tz80.asm000066400000000000000000000612041116427777700150170ustar00rootroot00000000000000 .title Test of Z80 / HD64180 assembler offset = 0x55 ;arbitrary constants n = 0x20 nn = 0x0584 ; notes: ; Leading 'a' operand is optional. ; If offset is ommitted 0 is assumed. ;*********************************************************** ; add with carry to 'a' adc a,(hl) ;8E adc a,offset(ix) ;DD 8E 55 adc a,offset(iy) ;FD 8E 55 adc a,a ;8F adc a,b ;88 adc a,c ;89 adc a,d ;8A adc a,e ;8B adc a,h ;8C adc a,l ;8D adc a,#n ;CE 20 ;*********************************************************** adc (hl) ;8E adc offset(ix) ;DD 8E 55 adc offset(iy) ;FD 8E 55 adc a ;8F adc b ;88 adc c ;89 adc d ;8A adc e ;8B adc h ;8C adc l ;8D adc #n ;CE 20 ;*********************************************************** ; add with carry register pair to 'hl' adc hl,bc ;ED 4A adc hl,de ;ED 5A adc hl,hl ;ED 6A adc hl,sp ;ED 7A ;*********************************************************** ; add operand to 'a' add a,(hl) ;86 add a,offset(ix) ;DD 86 55 add a,offset(iy) ;FD 86 55 add a,a ;87 add a,b ;80 add a,c ;81 add a,d ;82 add a,e ;83 add a,h ;84 add a,l ;85 add a,#n ;C6 20 ;*********************************************************** ; add register pair to 'hl' add hl,bc ;09 add hl,de ;19 add hl,hl ;29 add hl,sp ;39 ;*********************************************************** ; add register pair to 'ix' add ix,bc ;DD 09 add ix,de ;DD 19 add ix,ix ;DD 29 add ix,sp ;DD 39 ;*********************************************************** ; add register pair to 'iy' add iy,bc ;FD 09 add iy,de ;FD 19 add iy,iy ;FD 29 add iy,sp ;FD 39 ;*********************************************************** ; logical 'and' operand with 'a' and a,(hl) ;A6 and a,offset(ix) ;DD A6 55 and a,offset(iy) ;FD A6 55 and a,a ;A7 and a,b ;A0 and a,c ;A1 and a,d ;A2 and a,e ;A3 and a,h ;A4 and a,l ;A5 and a,#n ;E6 20 ;*********************************************************** ; test bit of location or register bit 0,(hl) ;CB 46 bit 0,offset(ix) ;DD CB 55 46 bit 0,offset(iy) ;FD CB 55 46 bit 0,a ;CB 47 bit 0,b ;CB 40 bit 0,c ;CB 41 bit 0,d ;CB 42 bit 0,e ;CB 43 bit 0,h ;CB 44 bit 0,l ;CB 45 bit 1,(hl) ;CB 4E bit 1,offset(ix) ;DD CB 55 4E bit 1,offset(iy) ;FD CB 55 4E bit 1,a ;CB 4F bit 1,b ;CB 48 bit 1,c ;CB 49 bit 1,d ;CB 4A bit 1,e ;CB 4B bit 1,h ;CB 4C bit 1,l ;CB 4D bit 2,(hl) ;CB 56 bit 2,offset(ix) ;DD CB 55 56 bit 2,offset(iy) ;FD CB 55 56 bit 2,a ;CB 57 bit 2,b ;CB 50 bit 2,c ;CB 51 bit 2,d ;CB 52 bit 2,e ;CB 53 bit 2,h ;CB 54 bit 2,l ;CB 55 bit 3,(hl) ;CB 5E bit 3,offset(ix) ;DD CB 55 5E bit 3,offset(iy) ;FD CB 55 5E bit 3,a ;CB 5F bit 3,b ;CB 58 bit 3,c ;CB 59 bit 3,d ;CB 5A bit 3,e ;CB 5B bit 3,h ;CB 5C bit 3,l ;CB 5D bit 4,(hl) ;CB 66 bit 4,offset(ix) ;DD CB 55 66 bit 4,offset(iy) ;FD CB 55 66 bit 4,a ;CB 67 bit 4,b ;CB 60 bit 4,c ;CB 61 bit 4,d ;CB 62 bit 4,e ;CB 63 bit 4,h ;CB 64 bit 4,l ;CB 65 bit 5,(hl) ;CB 6E bit 5,offset(ix) ;DD CB 55 6E bit 5,offset(iy) ;FD CB 55 6E bit 5,a ;CB 6F bit 5,b ;CB 68 bit 5,c ;CB 69 bit 5,d ;CB 6A bit 5,e ;CB 6B bit 5,h ;CB 6C bit 5,l ;CB 6D bit 6,(hl) ;CB 76 bit 6,offset(ix) ;DD CB 55 76 bit 6,offset(iy) ;FD CB 55 76 bit 6,a ;CB 77 bit 6,b ;CB 70 bit 6,c ;CB 71 bit 6,d ;CB 72 bit 6,e ;CB 73 bit 6,h ;CB 74 bit 6,l ;CB 75 bit 7,(hl) ;CB 7E bit 7,offset(ix) ;DD CB 55 7E bit 7,offset(iy) ;FD CB 55 7E bit 7,a ;CB 7F bit 7,b ;CB 78 bit 7,c ;CB 79 bit 7,d ;CB 7A bit 7,e ;CB 7B bit 7,h ;CB 7C bit 7,l ;CB 7D ;*********************************************************** ; call subroutine at nn if condition is true call C,nn ;DC 84 05 call M,nn ;FC 84 05 call NC,nn ;D4 84 05 call NZ,nn ;C4 84 05 call P,nn ;F4 84 05 call PE,nn ;EC 84 05 call PO,nn ;E4 84 05 call Z,nn ;CC 84 05 ;*********************************************************** ; unconditional call to subroutine at nn call nn ;CD 84 05 ;*********************************************************** ; complement carry flag ccf ;3F ;*********************************************************** ; compare operand with 'a' cp a,(hl) ;BE cp a,offset(ix) ;DD BE 55 cp a,offset(iy) ;FD BE 55 cp a,a ;BF cp a,b ;B8 cp a,c ;B9 cp a,d ;BA cp a,e ;BB cp a,h ;BC cp a,l ;BD cp a,#n ;FE 20 ;*********************************************************** ; compare location (hl) and 'a' ; decrement 'hl' and 'bc' cpd ;ED A9 ;*********************************************************** ; compare location (hl) and 'a' ; decrement 'hl' and 'bc' ; repeat until 'bc' = 0 cpdr ;ED B9 ;*********************************************************** ; compare location (hl) and 'a' ; increment 'hl' and decrement 'bc' cpi ;ED A1 ;*********************************************************** ; compare location (hl) and 'a' ; increment 'hl' and decrement 'bc' ; repeat until 'bc' = 0 cpir ;ED B1 ;*********************************************************** ; 1's complement of 'a' cpl ;2F ;*********************************************************** ; decimal adjust 'a' daa ;27 ;*********************************************************** ; decrement operand dec (hl) ;35 dec offset(ix) ;DD 35 55 dec offset(iy) ;FD 35 55 dec a ;3D dec b ;05 dec bc ;0B dec c ;0D dec d ;15 dec de ;1B dec e ;1D dec h ;25 dec hl ;2B dec ix ;DD 2B dec iy ;FD 2B dec l ;2D dec sp ;3B ;*********************************************************** ; disable interrupts di ;F3 ;*********************************************************** ; decrement b and jump relative if b # 0 djnz .+0x12 ;10 10 ;*********************************************************** ; enable interrupts ei ;FB ;*********************************************************** ; exchange location and (sp) ex (sp),hl ;E3 ex (sp),ix ;DD E3 ex (sp),iy ;FD E3 ;*********************************************************** ; exchange af and af' ex af,af' ;08 ;*********************************************************** ; exchange de and hl ex de,hl ;EB ;*********************************************************** ; exchange: ; bc <-> bc' ; de <-> de' ; hl <-> hl' exx ;D9 ;*********************************************************** ; halt (wait for interrupt or reset) halt ;76 ;*********************************************************** ; set interrupt mode im 0 ;ED 46 im 1 ;ED 56 im 2 ;ED 5E ;*********************************************************** ; load 'a' with input from device n in a,(n) ;DB 20 ;*********************************************************** ; load register with input from (c) in a,(c) ;ED 78 in b,(c) ;ED 40 in c,(c) ;ED 48 in d,(c) ;ED 50 in e,(c) ;ED 58 in h,(c) ;ED 60 in l,(c) ;ED 68 ;*********************************************************** ; increment operand inc (hl) ;34 inc offset(ix) ;DD 34 55 inc offset(iy) ;FD 34 55 inc a ;3C inc b ;04 inc bc ;03 inc c ;0C inc d ;14 inc de ;13 inc e ;1C inc h ;24 inc hl ;23 inc ix ;DD 23 inc iy ;FD 23 inc l ;2C inc sp ;33 ;*********************************************************** ; load location (hl) with input ; from port (c) ; decrement 'hl' and 'b' ind ;ED AA ;*********************************************************** ; load location (hl) with input ; from port (c) ; decrement 'hl' and 'b' ; repeat until 'b' = 0 indr ;ED BA ;*********************************************************** ; load location (hl) with input ; from port (c) ; increment 'hl' and decrement 'b' ini ;ED A2 ;*********************************************************** ; load location (hl) with input ; from port (c) ; increment 'hl' and decrement 'b' ; repeat until 'b' = 0 inir ;ED B2 ;*********************************************************** ; unconditional jump to location nn jp nn ;C3 84 05 jp (hl) ;E9 jp (ix) ;DD E9 jp (iy) ;FD E9 ;*********************************************************** ; jump to location if condition is true jp C,nn ;DA 84 05 jp M,nn ;FA 84 05 jp NC,nn ;D2 84 05 jp NZ,nn ;C2 84 05 jp P,nn ;F2 84 05 jp PE,nn ;EA 84 05 jp PO,nn ;E2 84 05 jp Z,nn ;CA 84 05 ;*********************************************************** ; unconditional jump relative to PC+e jr jr1+0x10 ;18 10 ;*********************************************************** ; jump relative to PC+e if condition is true jr1: jr C,jr2+0x10 ;38 10 jr2: jr NC,jr3+0x10 ;30 10 jr3: jr NZ,jr4+0x10 ;20 10 jr4: jr Z,jr5+0x10 ;28 10 jr5: ;*********************************************************** ; load source to destination ld a,(hl) ;7E ld a,offset(ix) ;DD 7E 55 ld a,offset(iy) ;FD 7E 55 ld a,a ;7F ld a,b ;78 ld a,c ;79 ld a,d ;7A ld a,e ;7B ld a,h ;7C ld a,l ;7D ld a,#n ;3E 20 ld b,(hl) ;46 ld b,offset(ix) ;DD 46 55 ld b,offset(iy) ;FD 46 55 ld b,a ;47 ld b,b ;40 ld b,c ;41 ld b,d ;42 ld b,e ;43 ld b,h ;44 ld b,l ;45 ld b,#n ;06 20 ld c,(hl) ;4E ld c,offset(ix) ;DD 4E 55 ld c,offset(iy) ;FD 4E 55 ld c,a ;4F ld c,b ;48 ld c,c ;49 ld c,d ;4A ld c,e ;4B ld c,h ;4C ld c,l ;4D ld c,#n ;0E 20 ld d,(hl) ;56 ld d,offset(ix) ;DD 56 55 ld d,offset(iy) ;FD 56 55 ld d,a ;57 ld d,b ;50 ld d,c ;51 ld d,d ;52 ld d,e ;53 ld d,h ;54 ld d,l ;55 ld d,#n ;16 20 ld e,(hl) ;5E ld e,offset(ix) ;DD 5E 55 ld e,offset(iy) ;FD 5E 55 ld e,a ;5F ld e,b ;58 ld e,c ;59 ld e,d ;5A ld e,e ;5B ld e,h ;5C ld e,l ;5D ld e,#n ;1E 20 ld h,(hl) ;66 ld h,offset(ix) ;DD 66 55 ld h,offset(iy) ;FD 66 55 ld h,a ;67 ld h,b ;60 ld h,c ;61 ld h,d ;62 ld h,e ;63 ld h,h ;64 ld h,l ;65 ld h,#n ;26 20 ld l,(hl) ;6E ld l,offset(ix) ;DD 6E 55 ld l,offset(iy) ;FD 6E 55 ld l,a ;6F ld l,b ;68 ld l,c ;69 ld l,d ;6A ld l,e ;6B ld l,h ;6C ld l,l ;6D ld l,#n ;2E 20 ;*********************************************************** ld i,a ;ED 47 ld r,a ;ED 4F ld a,i ;ED 57 ld a,r ;ED 5F ;*********************************************************** ld (bc),a ;02 ld (de),a ;12 ld a,(bc) ;0A ld a,(de) ;1A ;*********************************************************** ld (hl),a ;77 ld (hl),b ;70 ld (hl),c ;71 ld (hl),d ;72 ld (hl),e ;73 ld (hl),h ;74 ld (hl),l ;75 ld (hl),#n ;36 20 ;*********************************************************** ld offset(ix),a ;DD 77 55 ld offset(ix),b ;DD 70 55 ld offset(ix),c ;DD 71 55 ld offset(ix),d ;DD 72 55 ld offset(ix),e ;DD 73 55 ld offset(ix),h ;DD 74 55 ld offset(ix),l ;DD 75 55 ld offset(ix),#n ;DD 36 55 20 ;*********************************************************** ld offset(iy),a ;FD 77 55 ld offset(iy),b ;FD 70 55 ld offset(iy),c ;FD 71 55 ld offset(iy),d ;FD 72 55 ld offset(iy),e ;FD 73 55 ld offset(iy),h ;FD 74 55 ld offset(iy),l ;FD 75 55 ld offset(iy),#n ;FD 36 55 20 ;*********************************************************** ld (nn),a ;32 84 05 ld (nn),bc ;ED 43 84 05 ld (nn),de ;ED 53 84 05 ld (nn),hl ;22 84 05 ld (nn),sp ;ED 73 84 05 ld (nn),ix ;DD 22 84 05 ld (nn),iy ;FD 22 84 05 ;*********************************************************** ld a,(nn) ;3A 84 05 ld bc,(nn) ;ED 4B 84 05 ld de,(nn) ;ED 5B 84 05 ld hl,(nn) ;2A 84 05 ld sp,(nn) ;ED 7B 84 05 ld ix,(nn) ;DD 2A 84 05 ld iy,(nn) ;FD 2A 84 05 ;*********************************************************** ld bc,#nn ;01 84 05 ld de,#nn ;11 84 05 ld hl,#nn ;21 84 05 ld sp,#nn ;31 84 05 ld ix,#nn ;DD 21 84 05 ld iy,#nn ;FD 21 84 05 ;*********************************************************** ld sp,hl ;F9 ld sp,ix ;DD F9 ld sp,iy ;FD F9 ;*********************************************************** ; load location (hl) ; with location (de) ; decrement de, hl ; decrement bc ldd ;ED A8 ;*********************************************************** ; load location (hl) ; with location (de) ; decrement de, hl ; decrement bc ; repeat until bc = 0 lddr ;ED B8 ;*********************************************************** ; load location (hl) ; with location (de) ; increment de, hl ; decrement bc ldi ;ED A0 ;*********************************************************** ; load location (hl) ; with location (de) ; increment de, hl ; decrement bc ; repeat until bc = 0 ldir ;ED B0 ;*********************************************************** ; 2's complement of 'a' neg ;ED 44 ;*********************************************************** ; no operation nop ;00 ;*********************************************************** ; logical 'or' operand with 'a' or a,(hl) ;B6 or a,offset(ix) ;DD B6 55 or a,offset(iy) ;FD B6 55 or a,a ;B7 or a,b ;B0 or a,c ;B1 or a,d ;B2 or a,e ;B3 or a,h ;B4 or a,l ;B5 or a,#n ;F6 20 ;*********************************************************** ; load output port (c) ; with location (hl) ; decrement hl and decrement b ; repeat until b = 0 otdr ;ED BB ;*********************************************************** ; load output port (c) ; with location (hl) ; increment hl and decrement b ; repeat until b = 0 otir ;ED B3 ;*********************************************************** ; load output port (c) with reg out (c),a ;ED 79 out (c),b ;ED 41 out (c),c ;ED 49 out (c),d ;ED 51 out (c),e ;ED 59 out (c),h ;ED 61 out (c),l ;ED 69 ;*********************************************************** ; load output port (n) with 'a' out (n),a ;D3 20 ;*********************************************************** ; load output port (c) ; with location (hl) ; decrement hl and decrement b outd ;ED AB ;*********************************************************** ; load output port (c) ; with location (hl) ; increment hl and decrement b outi ;ED A3 ;*********************************************************** ; load destination with top of stack pop af ;F1 pop bc ;C1 pop de ;D1 pop hl ;E1 pop ix ;DD E1 pop iy ;FD E1 ;*********************************************************** ; put source on stack push af ;F5 push bc ;C5 push de ;D5 push hl ;E5 push ix ;DD E5 push iy ;FD E5 ;*********************************************************** ; reset bit of location or register res 0,(hl) ;CB 86 res 0,offset(ix) ;DD CB 55 86 res 0,offset(iy) ;FD CB 55 86 res 0,a ;CB 87 res 0,b ;CB 80 res 0,c ;CB 81 res 0,d ;CB 82 res 0,e ;CB 83 res 0,h ;CB 84 res 0,l ;CB 85 res 1,(hl) ;CB 8E res 1,offset(ix) ;DD CB 55 8E res 1,offset(iy) ;FD CB 55 8E res 1,a ;CB 8F res 1,b ;CB 88 res 1,c ;CB 89 res 1,d ;CB 8A res 1,e ;CB 8B res 1,h ;CB 8C res 1,l ;CB 8D res 2,(hl) ;CB 96 res 2,offset(ix) ;DD CB 55 96 res 2,offset(iy) ;FD CB 55 96 res 2,a ;CB 97 res 2,b ;CB 90 res 2,c ;CB 91 res 2,d ;CB 92 res 2,e ;CB 93 res 2,h ;CB 94 res 2,l ;CB 95 res 3,(hl) ;CB 9E res 3,offset(ix) ;DD CB 55 9E res 3,offset(iy) ;FD CB 55 9E res 3,a ;CB 9F res 3,b ;CB 98 res 3,c ;CB 99 res 3,d ;CB 9A res 3,e ;CB 9B res 3,h ;CB 9C res 3,l ;CB 9D res 4,(hl) ;CB A6 res 4,offset(ix) ;DD CB 55 A6 res 4,offset(iy) ;FD CB 55 A6 res 4,a ;CB A7 res 4,b ;CB A0 res 4,c ;CB A1 res 4,d ;CB A2 res 4,e ;CB A3 res 4,h ;CB A4 res 4,l ;CB A5 res 5,(hl) ;CB AE res 5,offset(ix) ;DD CB 55 AE res 5,offset(iy) ;FD CB 55 AE res 5,a ;CB AF res 5,b ;CB A8 res 5,c ;CB A9 res 5,d ;CB AA res 5,e ;CB AB res 5,h ;CB AC res 5,l ;CB AD res 6,(hl) ;CB B6 res 6,offset(ix) ;DD CB 55 B6 res 6,offset(iy) ;FD CB 55 B6 res 6,a ;CB B7 res 6,b ;CB B0 res 6,c ;CB B1 res 6,d ;CB B2 res 6,e ;CB B3 res 6,h ;CB B4 res 6,l ;CB B5 res 7,(hl) ;CB BE res 7,offset(ix) ;DD CB 55 BE res 7,offset(iy) ;FD CB 55 BE res 7,a ;CB BF res 7,b ;CB B8 res 7,c ;CB B9 res 7,d ;CB BA res 7,e ;CB BB res 7,h ;CB BC res 7,l ;CB BD ;*********************************************************** ; return from subroutine ret ;C9 ;*********************************************************** ; return from subroutine if condition is true ret C ;D8 ret M ;F8 ret NC ;D0 ret NZ ;C0 ret P ;F0 ret PE ;E8 ret PO ;E0 ret Z ;C8 ;*********************************************************** ; return from interrupt reti ;ED 4D ;*********************************************************** ; return from non-maskable interrupt retn ;ED 45 ;*********************************************************** ; rotate left through carry rl a,(hl) ;CB 16 rl a,offset(ix) ;DD CB 55 16 rl a,offset(iy) ;FD CB 55 16 rl a,a ;CB 17 rl a,b ;CB 10 rl a,c ;CB 11 rl a,d ;CB 12 rl a,e ;CB 13 rl a,h ;CB 14 rl a,l ;CB 15 ;*********************************************************** ; rotate left 'a' with carry rla ;17 ;*********************************************************** ; rotate left circular rlc a,(hl) ;CB 06 rlc a,offset(ix) ;DD CB 55 06 rlc a,offset(iy) ;FD CB 55 06 rlc a,a ;CB 07 rlc a,b ;CB 00 rlc a,c ;CB 01 rlc a,d ;CB 02 rlc a,e ;CB 03 rlc a,h ;CB 04 rlc a,l ;CB 05 ;*********************************************************** ; rotate left 'a' circular rlca ;07 ;*********************************************************** ; rotate digit left and right ; between 'a' and location (hl) rld ;ED 6F ;*********************************************************** ; rotate right through carry rr a,(hl) ;CB 1E rr a,offset(ix) ;DD CB 55 1E rr a,offset(iy) ;FD CB 55 1E rr a,a ;CB 1F rr a,b ;CB 18 rr a,c ;CB 19 rr a,d ;CB 1A rr a,e ;CB 1B rr a,h ;CB 1C rr a,l ;CB 1D ;*********************************************************** ; rotate 'a' right with carry rra ;1F ;*********************************************************** ; rotate right circular rrc a,(hl) ;CB 0E rrc a,offset(ix) ;DD CB 55 0E rrc a,offset(iy) ;FD CB 55 0E rrc a,a ;CB 0F rrc a,b ;CB 08 rrc a,c ;CB 09 rrc a,d ;CB 0A rrc a,e ;CB 0B rrc a,h ;CB 0C rrc a,l ;CB 0D ;*********************************************************** ; rotate 'a' right circular rrca ;0F ;*********************************************************** ; rotate digit right and left ; between 'a' and location (hl) rrd ;ED 67 ;*********************************************************** ; restart location rst 0x00 ;C7 rst 0x08 ;CF rst 0x10 ;D7 rst 0x18 ;DF rst 0x20 ;E7 rst 0x28 ;EF rst 0x30 ;F7 rst 0x38 ;FF ;*********************************************************** ; subtract with carry to 'a' sbc a,(hl) ;9E sbc a,offset(ix) ;DD 9E 55 sbc a,offset(iy) ;FD 9E 55 sbc a,a ;9F sbc a,b ;98 sbc a,c ;99 sbc a,d ;9A sbc a,e ;9B sbc a,h ;9C sbc a,l ;9D sbc a,#n ;DE 20 ;*********************************************************** ; add with carry register pair to 'hl' sbc hl,bc ;ED 42 sbc hl,de ;ED 52 sbc hl,hl ;ED 62 sbc hl,sp ;ED 72 ;*********************************************************** ; set carry flag (C=1) scf ;37 ;*********************************************************** ; set bit of location or register set 0,(hl) ;CB C6 set 0,offset(ix) ;DD CB 55 C6 set 0,offset(iy) ;FD CB 55 C6 set 0,a ;CB C7 set 0,b ;CB C0 set 0,c ;CB C1 set 0,d ;CB C2 set 0,e ;CB C3 set 0,h ;CB C4 set 0,l ;CB C5 set 1,(hl) ;CB CE set 1,offset(ix) ;DD CB 55 CE set 1,offset(iy) ;FD CB 55 CE set 1,a ;CB CF set 1,b ;CB C8 set 1,c ;CB C9 set 1,d ;CB CA set 1,e ;CB CB set 1,h ;CB CC set 1,l ;CB CD set 2,(hl) ;CB D6 set 2,offset(ix) ;DD CB 55 D6 set 2,offset(iy) ;FD CB 55 D6 set 2,a ;CB D7 set 2,b ;CB D0 set 2,c ;CB D1 set 2,d ;CB D2 set 2,e ;CB D3 set 2,h ;CB D4 set 2,l ;CB D5 set 3,(hl) ;CB DE set 3,offset(ix) ;DD CB 55 DE set 3,offset(iy) ;FD CB 55 DE set 3,a ;CB DF set 3,b ;CB D8 set 3,c ;CB D9 set 3,d ;CB DA set 3,e ;CB DB set 3,h ;CB DC set 3,l ;CB DD set 4,(hl) ;CB E6 set 4,offset(ix) ;DD CB 55 E6 set 4,offset(iy) ;FD CB 55 E6 set 4,a ;CB E7 set 4,b ;CB E0 set 4,c ;CB E1 set 4,d ;CB E2 set 4,e ;CB E3 set 4,h ;CB E4 set 4,l ;CB E5 set 5,(hl) ;CB EE set 5,offset(ix) ;DD CB 55 EE set 5,offset(iy) ;FD CB 55 EE set 5,a ;CB EF set 5,b ;CB E8 set 5,c ;CB E9 set 5,d ;CB EA set 5,e ;CB EB set 5,h ;CB EC set 5,l ;CB ED set 6,(hl) ;CB F6 set 6,offset(ix) ;DD CB 55 F6 set 6,offset(iy) ;FD CB 55 F6 set 6,a ;CB F7 set 6,b ;CB F0 set 6,c ;CB F1 set 6,d ;CB F2 set 6,e ;CB F3 set 6,h ;CB F4 set 6,l ;CB F5 set 7,(hl) ;CB FE set 7,offset(ix) ;DD CB 55 FE set 7,offset(iy) ;FD CB 55 FE set 7,a ;CB FF set 7,b ;CB F8 set 7,c ;CB F9 set 7,d ;CB FA set 7,e ;CB FB set 7,h ;CB FC set 7,l ;CB FD ;*********************************************************** ; shift operand left arithmetic sla a,(hl) ;CB 26 sla a,offset(ix) ;DD CB 55 26 sla a,offset(iy) ;FD CB 55 26 sla a,a ;CB 27 sla a,b ;CB 20 sla a,c ;CB 21 sla a,d ;CB 22 sla a,e ;CB 23 sla a,h ;CB 24 sla a,l ;CB 25 ;*********************************************************** ; shift operand right arithmetic sra a,(hl) ;CB 2E sra a,offset(ix) ;DD CB 55 2E sra a,offset(iy) ;FD CB 55 2E sra a,a ;CB 2F sra a,b ;CB 28 sra a,c ;CB 29 sra a,d ;CB 2A sra a,e ;CB 2B sra a,h ;CB 2C sra a,l ;CB 2D ;*********************************************************** ; shift operand right logical srl a,(hl) ;CB 3E srl a,offset(ix) ;DD CB 55 3E srl a,offset(iy) ;FD CB 55 3E srl a,a ;CB 3F srl a,b ;CB 38 srl a,c ;CB 39 srl a,d ;CB 3A srl a,e ;CB 3B srl a,h ;CB 3C srl a,l ;CB 3D ;*********************************************************** ; subtract operand from 'a' sub a,(hl) ;96 sub a,offset(ix) ;DD 96 55 sub a,offset(iy) ;FD 96 55 sub a,a ;97 sub a,b ;90 sub a,c ;91 sub a,d ;92 sub a,e ;93 sub a,h ;94 sub a,l ;95 sub a,#n ;D6 20 ;*********************************************************** ; logical 'xor' operand with 'a' xor a,(hl) ;AE xor a,offset(ix) ;DD AE 55 xor a,offset(iy) ;FD AE 55 xor a,a ;AF xor a,b ;A8 xor a,c ;A9 xor a,d ;AA xor a,e ;AB xor a,h ;AC xor a,l ;AD xor a,#n ;EE 20 .page ;*********************************************************** ; Hitachi HD64180 Codes ;*********************************************************** .hd64 ;*********************************************************** ; load register with input from port (n) in0 a,(n) ;ED 38 20 in0 b,(n) ;ED 00 20 in0 c,(n) ;ED 08 20 in0 d,(n) ;ED 10 20 in0 e,(n) ;ED 18 20 in0 h,(n) ;ED 20 20 in0 l,(n) ;ED 28 20 ;*********************************************************** ; multiplication of each half ; of the specified register pair ; with the 16-bit result going to ; the specified register pair mlt bc ;ED 4C mlt de ;ED 5C mlt hl ;ED 6C mlt sp ;ED 7C ;*********************************************************** ; load output port (c) with ; location (hl), ; decrement hl and b ; decrement c otdm ;ED 8B ;*********************************************************** ; load output port (c) with ; location (hl), ; decrement hl and c ; decrement b ; repeat until b = 0 otdmr ;ED 9B ;*********************************************************** ; load output port (c) with ; location (hl), ; increment hl and b ; decrement c otim ;ED 83 ;*********************************************************** ; load output port (c) with ; location (hl), ; increment hl and c ; decrement b ; repeat until b = 0 otimr ;ED 93 ;*********************************************************** ; load output port (n) from register out0 (n),a ;ED 39 20 out0 (n),b ;ED 01 20 out0 (n),c ;ED 09 20 out0 (n),d ;ED 11 20 out0 (n),e ;ED 19 20 out0 (n),h ;ED 21 20 out0 (n),l ;ED 29 20 ;*********************************************************** ; enter sleep mode slp ;ED 76 ;*********************************************************** ; non-destructive'and' with accumulator and specified operand tst a ;ED 3C tst b ;ED 04 tst c ;ED 0C tst d ;ED 14 tst e ;ED 1C tst h ;ED 24 tst l ;ED 2C tst #n ;ED 64 20 tst (hl) ;ED 34 ;*********************************************************** ; non-destructive 'and' of n and the contents of port (c) tstio #n ;ED 74 20 ;*********************************************************** sdcc-2.9.0/as/z80/tz80l.asm000066400000000000000000000015531116427777700151740ustar00rootroot00000000000000 .sbttl Assembler Link Tests .module tz80l ; This file and TCONST.ASM should be assembled and linked. ; ; ASZ80 -XGOL TZ80L ; ASZ80 -XGOL TCONST ; ; ASLINK -C ; -XMS ; TZ80L ; TCONST ; -E ; ; The following tests verify the correct processing of ; external references for the branches. ; ; *L signifies an error will be reported at link time. ; branch test must be first .area TEST (ABS,OVR) .blkb 0x7E ;bra1: jr C,bra1 ; 38 00 [38 80] .blkb 0x7F ;bra2: jr C,bra2 ;*L 38 00 [38 7F] jr C,bra3 ; 38 00 [38 7F] .blkb 0x7F .blkb 0x00 ;bra3: jr C,bra4 ;*L 38 00 [38 [80] .blkb 0x80 .blkb 0x00 ;bra4: .blkb 0x7E ;bra5: jr C,bra5 ; 38 00 [38 80] .blkb 0x7F ;bra6: jr C,bra6 ;*L 38 00 [38 7F] jr C,bra7 ; 38 00 [38 7F] .blkb 0x7F .blkb 0x00 ;bra7: jr C,bra8 ;*L 38 00 [38 [80] .blkb 0x80 .blkb 0x00 ;bra8: sdcc-2.9.0/as/z80/z80.h000066400000000000000000000063021116427777700143000ustar00rootroot00000000000000/* z80.h Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Extensions: P. Felber */ /*)BUILD $(PROGRAM) = ASZ80 $(INCLUDE) = { ASM.H Z80.H } $(FILES) = { Z80EXT.C Z80MCH.C Z80ADR.C Z80PST.C ASMAIN.C ASLEX.C ASSYM.C ASSUBR.C ASEXPR.C ASDATA.C ASLIST.C ASOUT.C } $(STACK) = 2000 */ /* * Indirect Addressing delimeters */ #define LFIND '(' #define RTIND ')' /* * Registers */ #define B 0 #define C 1 #define D 2 #define E 3 #define H 4 #define L 5 #define A 7 #define I 0107 #define R 0117 #define BC 0 #define DE 1 #define HL 2 #define SP 3 #define AF 4 #ifndef GAMEBOY #define IX 5 #define IY 6 #else /* GAMEBOY */ #define HLD 5 #define HLI 6 #endif /* GAMEBOY */ /* * Conditional definitions */ #define NZ 0 #define Z 1 #define NC 2 #define CS 3 #ifndef GAMEBOY #define PO 4 #define PE 5 #define P 6 #define M 7 #endif /* GAMEBOY */ /* * Symbol types */ #define S_IMMED 30 #define S_R8 31 #define S_R8X 32 #define S_R16 33 #define S_R16X 34 #define S_CND 35 #define S_FLAG 36 /* * Indexing modes */ #define S_INDB 40 #define S_IDC 41 #define S_INDR 50 #define S_IDBC 50 #define S_IDDE 51 #define S_IDHL 52 #define S_IDSP 53 #ifndef GAMEBOY #define S_IDIX 55 #define S_IDIY 56 #else /* GAMEBOY */ #define S_IDHLD 55 #define S_IDHLI 56 #endif /* GAMEBOY */ #define S_INDM 57 /* * Instruction types */ #define S_LD 60 #define S_CALL 61 #define S_JP 62 #define S_JR 63 #define S_RET 64 #define S_BIT 65 #define S_INC 66 #define S_DEC 67 #define S_ADD 68 #define S_ADC 69 #define S_AND 70 #ifndef GAMEBOY #define S_EX 71 #endif /* GAMEBOY */ #define S_PUSH 72 #ifndef GAMEBOY #define S_IN 73 #define S_OUT 74 #endif /* GAMEBOY */ #define S_RL 75 #define S_RST 76 #define S_IM 77 #define S_INH1 78 #ifndef GAMEBOY #define S_INH2 79 #define S_DJNZ 80 #endif /* GAMEBOY */ #define S_SUB 81 #define S_SBC 82 #ifdef GAMEBOY #define S_STOP 83 #define S_LDH 84 #define S_LDA 85 #define S_LDHL 86 #endif /* GAMEBOY */ /* * HD64180 Instructions */ #define X_HD64 90 #define X_INH2 91 #define X_IN 92 #define X_OUT 93 #define X_MLT 94 #define X_TST 95 #define X_TSTIO 96 struct adsym { char a_str[4]; /* addressing string */ int a_val; /* addressing mode value */ }; extern struct adsym R8[]; extern struct adsym R8X[]; extern struct adsym R16[]; extern struct adsym R16X[]; extern struct adsym CND[]; /* machine dependent functions */ /* z80adr.c */ extern int addr(); extern int admode(); extern int any(); extern int srch(); /* z80mch.c */ extern int comma(); extern int genop(); extern int gixiy(); extern VOID minit(); extern VOID machine(struct mne *mp) ; sdcc-2.9.0/as/z80/z80adr.c000066400000000000000000000167471116427777700150000ustar00rootroot00000000000000/* z80adr.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Extensions: P. Felber */ #include #include #include "asm.h" #include "z80.h" /* * Read an address specifier. Pack the * address information into the supplied * `expr' structure. Return the mode of * the address. * * This addr(esp) routine performs the following addressing decoding: * * address mode flag addr base * #n S_IMMED 0 n NULL * label s_type ---- s_addr s_area * [REG] S_IND+icode 0 0 NULL * [label] S_INDM ---- s_addr s_area * offset[REG] S_IND+icode ---- offset ---- */ int addr(esp) register struct expr *esp; { register int c, mode = 0, indx; if ((c = getnb()) == '#') { expr(esp, 0); esp->e_mode = S_IMMED; } else if (c == LFIND) { if ((indx = admode(R8)) != 0) { mode = S_INDB; } else if ((indx = admode(R16)) != 0) { mode = S_INDR; } else if ((indx = admode(R8X)) != 0) { mode = S_R8X; aerr(); } else if ((indx = admode(R16X)) != 0) { mode = S_R16X; aerr(); } else { expr(esp, 0); esp->e_mode = S_INDM; } if (indx) { esp->e_mode = (mode + indx)&0xFF; esp->e_base.e_ap = NULL; } if ((c = getnb()) != RTIND) qerr(); } else { unget(c); if ((indx = admode(R8)) != 0) { mode = S_R8; } else if ((indx = admode(R16)) != 0) { mode = S_R16; } else if ((indx = admode(R8X)) != 0) { mode = S_R8X; } else if ((indx = admode(R16X)) != 0) { mode = S_R16X; } else { expr(esp, 0); esp->e_mode = S_USER; } if (indx) { esp->e_addr = indx&0xFF; esp->e_mode = mode; esp->e_base.e_ap = NULL; } if ((c = getnb()) == LFIND) { #ifndef GAMEBOY if ((indx=admode(R16))!=0 && ((indx&0xFF)==IX || (indx&0xFF)==IY)) { #else /* GAMEBOY */ if ((indx=admode(R16))!=0) { #endif /* GAMEBOY */ esp->e_mode = S_INDR + (indx&0xFF); } else { aerr(); } if ((c = getnb()) != RTIND) qerr(); } else { unget(c); } } return (esp->e_mode); } /* * Enter admode() to search a specific addressing mode table * for a match. Return the addressing value on a match or * zero for no match. */ int admode(sp) register struct adsym *sp; { register char *ptr; register int i; register const char *ips; ips = ip; unget(getnb()); i = 0; while ( *(ptr = (char *) &sp[i]) ) { if (srch(ptr)) { return(sp[i].a_val); } i++; } ip = ips; return(0); } /* * srch --- does string match ? */ int srch(str) register char *str; { register const char *ptr; ptr = ip; #if CASE_SENSITIVE while (*ptr && *str) { if (*ptr != *str) break; ptr++; str++; } if (*ptr == *str) { ip = ptr; return(1); } #else while (*ptr && *str) { if (ccase[(unsigned char)(*ptr)] != ccase[(unsigned char)(*str)]) break; ptr++; str++; } if (ccase[(unsigned char)(*ptr)] == ccase[(unsigned char)(*str)]) { ip = ptr; return(1); } #endif if (!*str) if (any(*ptr," \t\n,);")) { ip = ptr; return(1); } return(0); } /* * any --- does str contain c? */ int any(c,str) char c, *str; { while (*str) if(*str++ == c) return(1); return(0); } /* * Registers */ struct adsym R8[] = { { "b", B|0400 }, { "c", C|0400 }, { "d", D|0400 }, { "e", E|0400 }, { "h", H|0400 }, { "l", L|0400 }, { "a", A|0400 }, { "B", B|0400 }, { "C", C|0400 }, { "D", D|0400 }, { "E", E|0400 }, { "H", H|0400 }, { "L", L|0400 }, { "A", A|0400 }, { "", 000 } }; struct adsym R8X[] = { { "i", I|0400 }, { "r", R|0400 }, { "I", I|0400 }, { "R", R|0400 }, { "", 000 } }; struct adsym R16[] = { { "bc", BC|0400 }, { "de", DE|0400 }, { "hl", HL|0400 }, { "sp", SP|0400 }, { "BC", BC|0400 }, { "DE", DE|0400 }, { "HL", HL|0400 }, { "SP", SP|0400 }, #ifndef GAMEBOY { "ix", IX|0400 }, { "iy", IY|0400 }, { "IX", IX|0400 }, { "IY", IY|0400 }, #else /* GAMEBOY */ { "hl-", HLD|0400 }, { "hl+", HLI|0400 }, { "hld", HLD|0400 }, { "hli", HLI|0400 }, { "HL-", HLD|0400 }, { "HL+", HLI|0400 }, { "HLD", HLD|0400 }, { "HLI", HLI|0400 }, #endif /* GAMEBOY */ { "", 000 } }; struct adsym R16X[] = { { "af", AF|0400 }, { "AF", AF|0400 }, #ifndef GAMEBOY { "af'", AF|0400 }, { "AF'", AF|0400 }, #endif /* GAMEBOY */ { "", 000 } }; /* * Conditional definitions */ struct adsym CND[] = { { "NZ", NZ|0400 }, { "Z", Z |0400 }, { "NC", NC|0400 }, { "C", CS|0400 }, { "nz", NZ|0400 }, { "z", Z |0400 }, { "nc", NC|0400 }, { "c", CS|0400 }, #ifndef GAMEBOY { "PO", PO|0400 }, { "PE", PE|0400 }, { "P", P |0400 }, { "M", M |0400 }, { "po", PO|0400 }, { "pe", PE|0400 }, { "p", P |0400 }, { "m", M |0400 }, #endif /* GAMEBOY */ { "", 000 } }; sdcc-2.9.0/as/z80/z80ext.c000066400000000000000000000017151116427777700150170ustar00rootroot00000000000000/* z80ext.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Extensions: P. Felber */ #include #include #include "asm.h" #include "z80.h" #ifndef GAMEBOY char *cpu = "Zilog Z80 / Hitachi HD64180"; #else /* GAMEBOY */ char *cpu = "GameBoy Z80-like CPU"; #endif /* GAMEBOY */ int hilo = 0; char *dsft = "ASM"; sdcc-2.9.0/as/z80/z80mch.c000066400000000000000000000307641116427777700147740ustar00rootroot00000000000000/* z80mch.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Extensions: P. Felber */ #include #include #include "asm.h" #include "z80.h" char imtab[3] = { 0x46, 0x56, 0x5E }; #ifndef GAMEBOY int hd64; #endif /* GAMEBOY */ /* * Process a machine op. */ VOID machine(mp) struct mne *mp; { register int op, t1, t2; struct expr e1, e2; int rf, v1, v2; clrexpr(&e1); clrexpr(&e2); op = mp->m_valu; rf = mp->m_type; #ifndef GAMEBOY if (!hd64 && rf>X_HD64) rf = 0; #endif /* GAMEBOY */ switch (rf) { case S_INH1: outab(op); break; #ifndef GAMEBOY case S_INH2: outab(0xED); outab(op); break; #endif /* GAMEBOY */ case S_RET: if (more()) { if ((v1 = admode(CND)) != 0) { outab(op | v1<<3); } else { qerr(); } } else { outab(0xC9); } break; case S_PUSH: if (admode(R16X)) { outab(op+0x30); break; } else if ((v1 = admode(R16)) != 0 && (v1 &= 0xFF) != SP) { if (v1 != gixiy(v1)) { outab(op+0x20); break; } outab(op | v1<<4); break; } aerr(); break; case S_RST: v1 = absexpr(); if (v1 & ~0x38) { aerr(); v1 = 0; } outab(op|v1); break; case S_IM: expr(&e1, 0); abscheck(&e1); if (e1.e_addr > 2) { aerr(); e1.e_addr = 0; } outab(op); outab(imtab[e1.e_addr]); break; case S_BIT: expr(&e1, 0); t1 = 0; v1 = e1.e_addr; if (v1 > 7) { ++t1; v1 &= 0x07; } op |= (v1<<3); comma(); addr(&e2); abscheck(&e1); if (genop(0xCB, op, &e2, 0) || t1) aerr(); break; case S_RL: t1 = 0; t2 = addr(&e2); if (more()) { if ((t2 != S_R8) || (e2.e_addr != A)) ++t1; comma(); clrexpr(&e2); t2 = addr(&e2); } if (genop(0xCB, op, &e2, 0) || t1) aerr(); break; case S_AND: case S_SUB: t1 = 0; t2 = addr(&e2); if (more()) { if ((t2 != S_R8) || (e2.e_addr != A)) ++t1; comma(); clrexpr(&e2); t2 = addr(&e2); } if (genop(0, op, &e2, 1) || t1) aerr(); break; case S_ADD: case S_ADC: case S_SBC: t1 = addr(&e1); t2 = 0; if (more()) { comma(); t2 = addr(&e2); } if (t2 == 0) { if (genop(0, op, &e1, 1)) aerr(); break; } if ((t1 == S_R8) && (e1.e_addr == A)) { if (genop(0, op, &e2, 1)) aerr(); break; } if ((t1 == S_R16) && (t2 == S_R16)) { #ifndef GAMEBOY if (rf == S_ADD) op = 0x09; if (rf == S_ADC) op = 0x4A; if (rf == S_SBC) op = 0x42; v1 = e1.e_addr; v2 = e2.e_addr; if ((v1 == HL) && (v2 <= SP)) { if (rf != S_ADD) outab(0xED); outab(op | (v2<<4)); break; } if (rf != S_ADD) { aerr(); break; } if ((v1 == IX) && (v2 != HL) && (v2 != IY)) { if (v2 == IX) v2 = HL; outab(0xDD); outab(op | (v2<<4)); break; } if ((v1 == IY) && (v2 != HL) && (v2 != IX)) { if (v2 == IY) v2 = HL; outab(0xFD); outab(op | (v2<<4)); break; } } #else /* GAMEBOY */ v1 = e1.e_addr; v2 = e2.e_addr; if ((v1 == HL) && (v2 <= SP) && (rf == S_ADD)) { outab(0x09 | (v2<<4)); break; } } /* * 0xE8 : ADD SP,#n */ if ((rf == S_ADD) && (t1 == S_R16) && (e1.e_addr == SP) && (t2 == S_IMMED)) { outab(0xE8); outrb(&e2,0); break; } #endif /* GAMEBOY */ aerr(); break; case S_LD: t1 = addr(&e1); comma(); t2 = addr(&e2); if (t1 == S_R8) { v1 = op | e1.e_addr<<3; if (genop(0, v1, &e2, 0) == 0) break; if (t2 == S_IMMED) { outab(e1.e_addr<<3 | 0x06); outrb(&e2,0); break; } } v1 = e1.e_addr; v2 = e2.e_addr; if ((t1 == S_R16) && (t2 == S_IMMED)) { v1 = gixiy(v1); outab(0x01|v1<<4); outrw(&e2, 0); break; } #ifndef GAMEBOY if ((t1 == S_R16) && (t2 == S_INDM)) { if (gixiy(v1) == HL) { outab(0x2A); } else { outab(0xED); outab(0x4B | v1<<4); } outrw(&e2, 0); break; } if ((t1 == S_INDM) && (t2 == S_R16)) { if (gixiy(v2) == HL) { outab(0x22); } else { outab(0xED); outab(0x43 | v2<<4); } outrw(&e1, 0); break; } if ((t1 == S_R8) && (v1 == A) && (t2 == S_INDM)) { outab(0x3A); outrw(&e2, 0); break; } if ((t1 == S_INDM) && (t2 == S_R8) && (v2 == A)) { outab(0x32); outrw(&e1, 0); break; } #endif /* GAMEBOY */ if ((t2 == S_R8) && (gixiy(t1) == S_IDHL)) { outab(0x70|v2); if (t1 != S_IDHL) outrb(&e1, 0); break; } if ((t2 == S_IMMED) && (gixiy(t1) == S_IDHL)) { outab(0x36); if (t1 != S_IDHL) outrb(&e1, 0); outrb(&e2, 0); break; } #ifndef GAMEBOY if ((t1 == S_R8X) && (t2 == S_R8) && (v2 == A)) { outab(0xED); outab(v1); break; } if ((t1 == S_R8) && (v1 == A) && (t2 == S_R8X)) { outab(0xED); outab(v2|0x10); break; } #endif /* GAMEBOY */ if ((t1 == S_R16) && (v1 == SP)) { if ((t2 == S_R16) && (gixiy(v2) == HL)) { outab(0xF9); break; } } if ((t1 == S_R8) && (v1 == A)) { if ((t2 == S_IDBC) || (t2 == S_IDDE)) { outab(0x0A | (t2-S_INDR)<<4); break; } } if ((t2 == S_R8) && (v2 == A)) { if ((t1 == S_IDBC) || (t1 == S_IDDE)) { outab(0x02 | (t1-S_INDR)<<4); break; } } #ifdef GAMEBOY /* * 0x08 : LD (nn),SP */ if ((t1 == S_INDM) && (t2 == S_R16) && (v2 == SP)) { outab(0x08); outrw(&e1, 0); break; } /* * 0xEA : LD (nn),A * 0xFA : LD A,(nn) */ if ((t1 == S_INDM) && (t2 == S_R8) && (v2 == A)) { outab(0xEA); outrw(&e1, 0); break; } if ((t2 == S_INDM) && (t1 == S_R8) && (v1 == A)) { outab(0xFA); outrw(&e2, 0); break; } /* * 0x32 : LD (HL-),A * 0x3A : LD A,(HL-) */ if ((t1 == S_R8) && (v1 == A) && (t2 == S_IDHLD)) { outab(0x3A); break; } if ((t2 == S_R8) && (v2 == A) && (t1 == S_IDHLD)) { outab(0x32); break; } /* * 0x22 : LD (HL+),A * 0x2A : LD A,(HL+) */ if ((t1 == S_R8) && (v1 == A) && (t2 == S_IDHLI)) { outab(0x2A); break; } if ((t2 == S_R8) && (v2 == A) && (t1 == S_IDHLI)) { outab(0x22); break; } #endif /* GAMEBOY */ aerr(); break; #ifdef GAMEBOY case S_STOP: /* 0x10 */ /* * 0x10 : STOP */ outab(op); outab(0x00); break; case S_LDH: /* 0xE0 */ /* * 0xE0 : LDH (n),A = LD ($FF00+n),A * 0xE2 : LDH (C),A = LD ($FF00+C),A * 0xF0 : LDH A,(n) = LD A,($FF00+n) * 0xF2 : LDH A,(C) = LD A,($FF00+C) */ t1 = addr(&e1); comma(); t2 = addr(&e2); if ((t1 == S_INDM) && (t2 == S_R8) && (e2.e_addr == A)) { outab(0xE0); outrb(&e1, 0); break; } if ((t1 == S_IDC) && (t2 == S_R8) && (e2.e_addr == A)) { outab(0xE2); break; } if ((t2 == S_INDM) && (t1 == S_R8) && (e1.e_addr == A)) { outab(0xF0); outrb(&e2, 0); break; } if ((t2 == S_IDC) && (t1 == S_R8) && (e1.e_addr == A)) { outab(0xF2); break; } aerr(); break; case S_LDA: /* 0xE8 */ /* * 0xE8 : LDA SP,#n(SP) * 0xF8 : LDA HL,#n(SP) */ t1 = addr(&e1); comma(); t2 = addr(&e2); if ((t1 == S_R16) && (e1.e_addr == SP) && (t2 == S_INDR+SP)) { outab(0xE8); outrb(&e2,0); break; } if ((t1 == S_R16) && (e1.e_addr == HL) && (t2 == S_INDR+SP)) { outab(0xF8); outrb(&e2,0); break; } aerr(); break; case S_LDHL: /* 0xF8 */ /* * 0xF8 : LDHL SP,#n */ t1 = addr(&e1); comma(); t2 = addr(&e2); if ((t1 == S_R16) && (e1.e_addr == SP) && (t2 == S_IMMED)) { outab(0xF8); outrb(&e2,0); break; } aerr(); break; #endif /* GAMEBOY */ #ifndef GAMEBOY case S_EX: t1 = addr(&e1); comma(); t2 = addr(&e2); if (t2 == S_R16) { v1 = e1.e_addr; v2 = e2.e_addr; if ((t1 == S_IDSP) && (v1 == 0)) { if (gixiy(v2) == HL) { outab(op); break; } } if (t1 == S_R16) { if ((v1 == DE) && (v2 == HL)) { outab(0xEB); break; } } } if ((t1 == S_R16X) && (t2 == S_R16X)) { outab(0x08); break; } aerr(); break; case S_IN: case S_OUT: if (rf == S_IN) { t1 = addr(&e1); comma(); t2 = addr(&e2); } else { t2 = addr(&e2); comma(); t1 = addr(&e1); } v1 = e1.e_addr; v2 = e2.e_addr; if (t1 == S_R8) { if ((v1 == A) && (t2 == S_INDM)) { outab(op); outab(v2); break; } if (t2 == S_IDC) { outab(0xED); outab(((rf == S_IN) ? 0x40 : 0x41) + (v1<<3)); break; } } aerr(); break; #endif /* GAMEBOY */ case S_DEC: case S_INC: t1 = addr(&e1); v1 = e1.e_addr; if (t1 == S_R8) { outab(op|(v1<<3)); break; } if (t1 == S_IDHL) { outab(op|0x30); break; } if (t1 != gixiy(t1)) { outab(op|0x30); outrb(&e1,0); break; } if (t1 == S_R16) { v1 = gixiy(v1); if (rf == S_INC) { outab(0x03|(v1<<4)); break; } if (rf == S_DEC) { outab(0x0B|(v1<<4)); break; } } aerr(); break; #ifndef GAMEBOY case S_DJNZ: case S_JR: if ((v1 = admode(CND)) != 0 && rf != S_DJNZ) { if ((v1 &= 0xFF) <= 0x03) { op += (v1+1)<<3; } else { aerr(); } comma(); } #else /* GAMEBOY */ case S_JR: if ((v1 = admode(CND)) != 0) { if ((v1 &= 0xFF) <= 0x18) { op += (v1+1)<<3; } else { aerr(); } comma(); } #endif /* GAMEBOY */ expr(&e2, 0); outab(op); if (e2.e_base.e_ap == NULL || e2.e_base.e_ap == dot.s_area) { v2 = e2.e_addr - dot.s_addr - 1; if (pass == 2 && ((v2 < -128) || (v2 > 127))) aerr(); outab(v2); } else { outrb(&e2, R_PCR); } if (e2.e_mode != S_USER) rerr(); break; case S_CALL: if ((v1 = admode(CND)) != 0) { op |= (v1&0xFF)<<3; comma(); } else { op = 0xCD; } expr(&e1, 0); outab(op); outrw(&e1, 0); break; case S_JP: if ((v1 = admode(CND)) != 0) { op |= (v1&0xFF)<<3; comma(); expr(&e1, 0); outab(op); outrw(&e1, 0); break; } t1 = addr(&e1); if (t1 == S_USER) { outab(0xC3); outrw(&e1, 0); break; } if ((e1.e_addr == 0) && (gixiy(t1) == S_IDHL)) { outab(0xE9); break; } aerr(); break; #ifndef GAMEBOY case X_HD64: ++hd64; break; case X_INH2: outab(0xED); outab(op); break; case X_IN: case X_OUT: if (rf == X_IN) { t1 = addr(&e1); comma(); t2 = addr(&e2); } else { t2 = addr(&e2); comma(); t1 = addr(&e1); } if ((t1 == S_R8) && (t2 == S_INDM)) { outab(0xED); outab(op | e1.e_addr<<3); outrb(&e2, 0); break; } aerr(); break; case X_MLT: t1 = addr(&e1); if ((t1 == S_R16) && ((v1 = e1.e_addr) <= SP)) { outab(0xED); outab(op | v1<<4); break; } aerr(); break; case X_TST: t1 = addr(&e1); if (t1 == S_R8) { outab(0xED); outab(op | e1.e_addr<<3); break; } if (t1 == S_IDHL) { outab(0xED); outab(0x34); break; } if (t1 == S_IMMED) { outab(0xED); outab(0x64); outrb(&e1, 0); break; } aerr(); break; case X_TSTIO: t1 = addr(&e1); if (t1 == S_IMMED) { outab(0xED); outab(op); outrb(&e1, 0); break; } aerr(); break; #endif /* GAMEBOY */ default: err('o'); } } /* * general addressing evaluation * return(0) if general addressing mode output, else * return(esp->e_mode) */ int genop(pop, op, esp, f) register int pop, op; register struct expr *esp; int f; { register int t1; if ((t1 = esp->e_mode) == S_R8) { if (pop) outab(pop); outab(op|esp->e_addr); return(0); } if (t1 == S_IDHL) { if (pop) outab(pop); outab(op|0x06); return(0); } if (gixiy(t1) == S_IDHL) { if (pop) { outab(pop); outrb(esp,0); outab(op|0x06); } else { outab(op|0x06); outrb(esp,0); } return(0); } if ((t1 == S_IMMED) && (f)) { if (pop) outab(pop); outab(op|0x46); outrb(esp,0); return(0); } return(t1); } /* * IX and IY prebyte check */ int gixiy(v) int v; { #ifndef GAMEBOY if (v == IX) { v = HL; outab(0xDD); } else if (v == IY) { v = HL; outab(0xFD); } else if (v == S_IDIX) { v = S_IDHL; outab(0xDD); } else if (v == S_IDIY) { v = S_IDHL; outab(0xFD); } #endif /* GAMEBOY */ return(v); } /* * The next character must be a * comma. */ int comma() { if (getnb() != ',') qerr(); return(1); } /* * Machine dependent initialization */ VOID minit() { #ifndef GAMEBOY hd64 = 0; #endif /* GAMEBOY */ } sdcc-2.9.0/as/z80/z80pst.c000066400000000000000000000131371116427777700150260ustar00rootroot00000000000000/* z80pst.c Copyright (C) 1989-1995 Alan R. Baldwin 721 Berkeley St., Kent, Ohio 44240 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ /* * Extensions: P. Felber */ #include #include #include "asm.h" #include "z80.h" struct mne mne[] = { /* machine */ /* system */ { NULL, "CON", S_ATYP, 0, A_CON }, { NULL, "OVR", S_ATYP, 0, A_OVR }, { NULL, "REL", S_ATYP, 0, A_REL }, { NULL, "ABS", S_ATYP, 0, A_ABS }, { NULL, "NOPAG", S_ATYP, 0, A_NOPAG }, { NULL, "PAG", S_ATYP, 0, A_PAG }, { NULL, ".byte", S_BYTE, 0, 0 }, { NULL, ".db", S_BYTE, 0, 0 }, { NULL, ".word", S_WORD, 0, 0 }, { NULL, ".dw", S_WORD, 0, 0 }, { NULL, ".df", S_FLOAT, 0, 0 }, { NULL, ".ascii", S_ASCII, 0, 0 }, { NULL, ".asciz", S_ASCIZ, 0, 0 }, { NULL, ".blkb", S_BLK, 0, 1 }, { NULL, ".ds", S_BLK, 0, 1 }, { NULL, ".blkw", S_BLK, 0, 2 }, { NULL, ".page", S_PAGE, 0, 0 }, { NULL, ".title", S_TITLE, 0, 0 }, { NULL, ".sbttl", S_SBTL, 0, 0 }, { NULL, ".globl", S_GLOBL, 0, 0 }, { NULL, ".area", S_DAREA, 0, 0 }, { NULL, ".even", S_EVEN, 0, 0 }, { NULL, ".odd", S_ODD, 0, 0 }, { NULL, ".if", S_IF, 0, 0 }, { NULL, ".else", S_ELSE, 0, 0 }, { NULL, ".endif", S_ENDIF, 0, 0 }, { NULL, ".include", S_INCL, 0, 0 }, { NULL, ".radix", S_RADIX, 0, 0 }, { NULL, ".org", S_ORG, 0, 0 }, { NULL, ".module", S_MODUL, 0, 0 }, { NULL, ".ascis", S_ASCIS, 0, 0 }, { NULL, ".optsdcc", S_OPTSDCC, 0, 0 }, /* z80 / hd64180 */ { NULL, "ld", S_LD, 0, 0x40 }, { NULL, "call", S_CALL, 0, 0xC4 }, { NULL, "jp", S_JP, 0, 0xC2 }, { NULL, "jr", S_JR, 0, 0x18 }, #ifndef GAMEBOY { NULL, "djnz", S_DJNZ, 0, 0x10 }, #endif /* GAMEBOY */ { NULL, "ret", S_RET, 0, 0xC0 }, { NULL, "bit", S_BIT, 0, 0x40 }, { NULL, "res", S_BIT, 0, 0x80 }, { NULL, "set", S_BIT, 0, 0xC0 }, { NULL, "inc", S_INC, 0, 0x04 }, { NULL, "dec", S_DEC, 0, 0x05 }, { NULL, "add", S_ADD, 0, 0x80 }, { NULL, "adc", S_ADC, 0, 0x88 }, { NULL, "sub", S_SUB, 0, 0x90 }, { NULL, "sbc", S_SBC, 0, 0x98 }, { NULL, "and", S_AND, 0, 0xA0 }, { NULL, "cp", S_AND, 0, 0xB8 }, { NULL, "or", S_AND, 0, 0xB0 }, { NULL, "xor", S_AND, 0, 0xA8 }, #ifndef GAMEBOY { NULL, "ex", S_EX, 0, 0xE3 }, #endif /* GAMEBOY */ { NULL, "push", S_PUSH, 0, 0xC5 }, { NULL, "pop", S_PUSH, 0, 0xC1 }, #ifndef GAMEBOY { NULL, "in", S_IN, 0, 0xDB }, { NULL, "out", S_OUT, 0, 0xD3 }, #endif /* GAMEBOY */ { NULL, "rl", S_RL, 0, 0x10 }, { NULL, "rlc", S_RL, 0, 0x00 }, { NULL, "rr", S_RL, 0, 0x18 }, { NULL, "rrc", S_RL, 0, 0x08 }, { NULL, "sla", S_RL, 0, 0x20 }, { NULL, "sra", S_RL, 0, 0x28 }, { NULL, "srl", S_RL, 0, 0x38 }, { NULL, "rst", S_RST, 0, 0xC7 }, #ifndef GAMEBOY { NULL, "im", S_IM, 0, 0xED }, #endif /* GAMEBOY */ { NULL, "ccf", S_INH1, 0, 0x3F }, { NULL, "cpl", S_INH1, 0, 0x2F }, { NULL, "daa", S_INH1, 0, 0x27 }, { NULL, "di", S_INH1, 0, 0xF3 }, { NULL, "ei", S_INH1, 0, 0xFB }, #ifndef GAMEBOY { NULL, "exx", S_INH1, 0, 0xD9 }, #endif /* GAMEBOY */ { NULL, "nop", S_INH1, 0, 0x00 }, { NULL, "halt", S_INH1, 0, 0x76 }, { NULL, "rla", S_INH1, 0, 0x17 }, { NULL, "rlca", S_INH1, 0, 0x07 }, { NULL, "rra", S_INH1, 0, 0x1F }, { NULL, "rrca", S_INH1, 0, 0x0F }, { NULL, "scf", S_INH1, 0, 0x37 }, #ifndef GAMEBOY { NULL, "cpd", S_INH2, 0, 0xA9 }, { NULL, "cpdr", S_INH2, 0, 0xB9 }, { NULL, "cpi", S_INH2, 0, 0xA1 }, { NULL, "cpir", S_INH2, 0, 0xB1 }, { NULL, "ind", S_INH2, 0, 0xAA }, { NULL, "indr", S_INH2, 0, 0xBA }, { NULL, "ini", S_INH2, 0, 0xA2 }, { NULL, "inir", S_INH2, 0, 0xB2 }, { NULL, "ldd", S_INH2, 0, 0xA8 }, { NULL, "lddr", S_INH2, 0, 0xB8 }, { NULL, "ldi", S_INH2, 0, 0xA0 }, { NULL, "ldir", S_INH2, 0, 0xB0 }, { NULL, "neg", S_INH2, 0, 0x44 }, { NULL, "otdr", S_INH2, 0, 0xBB }, { NULL, "otir", S_INH2, 0, 0xB3 }, { NULL, "outd", S_INH2, 0, 0xAB }, { NULL, "outi", S_INH2, 0, 0xA3 }, { NULL, "reti", S_INH2, 0, 0x4D }, { NULL, "retn", S_INH2, 0, 0x45 }, { NULL, "rld", S_INH2, 0, 0x6F }, { NULL, "rrd", S_INH2, 0, 0x67 }, /* 64180 */ { NULL, ".hd64", X_HD64, 0, 0 }, { NULL, "otdm", X_INH2, 0, 0x8B }, { NULL, "otdmr", X_INH2, 0, 0x9B }, { NULL, "otim", X_INH2, 0, 0x83 }, { NULL, "otimr", X_INH2, 0, 0x93 }, { NULL, "slp", X_INH2, 0, 0x76 }, { NULL, "in0", X_IN, 0, 0x00 }, { NULL, "out0", X_OUT, 0, 0x01 }, { NULL, "mlt", X_MLT, 0, 0x4C }, { NULL, "tst", X_TST, 0, 0x04 }, { NULL, "tstio", X_TSTIO, S_END, 0x7 } #else /* GAMEBOY */ { NULL, "stop", S_STOP, 0, 0x10 }, { NULL, "swap", S_RL, 0, 0x30 }, { NULL, "reti", S_INH1, 0, 0xD9 }, { NULL, "ldh", S_LDH, 0, 0xE0 }, { NULL, "lda", S_LDA, 0, 0xE8 }, { NULL, "ldhl", S_LDHL, S_END, 0xF } #endif /* GAMEBOY */ }; sdcc-2.9.0/bin/000077500000000000000000000000001116427777700132315ustar00rootroot00000000000000sdcc-2.9.0/bin/README000066400000000000000000000000561116427777700141120ustar00rootroot00000000000000sdcc/bin -------- Where binary files end up. sdcc-2.9.0/clean.mk000066400000000000000000000015571116427777700141040ustar00rootroot00000000000000# Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ cd bin && for name in *; do if [ -f $$name -a $$name != README ]; then rm $$name; fi; done # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f config.cache config.log config.status Makefile Makefile.common rm -f sdccconf.h main.mk *.dep rm -f ports.all ports.build # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. 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" >&6; } if test "${ac_cv_prog_ac_ct_RANLIB+set}" = set; then $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_RANLIB"; then ac_cv_prog_ac_ct_RANLIB="$ac_ct_RANLIB" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_RANLIB="ranlib" $as_echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_RANLIB=$ac_cv_prog_ac_ct_RANLIB if test -n "$ac_ct_RANLIB"; then { $as_echo "$as_me:$LINENO: result: $ac_ct_RANLIB" >&5 $as_echo "$ac_ct_RANLIB" >&6; } else { $as_echo "$as_me:$LINENO: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_RANLIB" = x; then RANLIB=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:$LINENO: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac RANLIB=$ac_ct_RANLIB fi else RANLIB="$ac_cv_prog_RANLIB" fi # Extract the first word of "autoconf", so it can be a program name with args. set dummy autoconf; ac_word=$2 { $as_echo "$as_me:$LINENO: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... 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" >&6; } if test "${ac_cv_prog_STRIP+set}" = set; then $as_echo_n "(cached) " >&6 else if test -n "$STRIP"; then ac_cv_prog_STRIP="$STRIP" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_STRIP="strip" $as_echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_STRIP" && ac_cv_prog_STRIP=":" fi fi STRIP=$ac_cv_prog_STRIP if test -n "$STRIP"; then { $as_echo "$as_me:$LINENO: result: $STRIP" >&5 $as_echo "$STRIP" >&6; } else { $as_echo "$as_me:$LINENO: result: no" >&5 $as_echo "no" >&6; } fi # Extract the first word of "as", so it can be a program name with args. set dummy as; ac_word=$2 { $as_echo "$as_me:$LINENO: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if test "${ac_cv_prog_AS+set}" = set; then $as_echo_n "(cached) " >&6 else if test -n "$AS"; then ac_cv_prog_AS="$AS" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_AS="as" $as_echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_AS" && ac_cv_prog_AS=":" fi fi AS=$ac_cv_prog_AS if test -n "$AS"; then { $as_echo "$as_me:$LINENO: result: $AS" >&5 $as_echo "$AS" >&6; } else { $as_echo "$as_me:$LINENO: result: no" >&5 $as_echo "no" >&6; } fi # Extract the first word of "cp", so it can be a program name with args. set dummy cp; ac_word=$2 { $as_echo "$as_me:$LINENO: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... 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" >&6; } if test "${ac_cv_prog_LEX+set}" = set; then $as_echo_n "(cached) " >&6 else if test -n "$LEX"; then ac_cv_prog_LEX="$LEX" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_LEX="$ac_prog" $as_echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi LEX=$ac_cv_prog_LEX if test -n "$LEX"; then { $as_echo "$as_me:$LINENO: result: $LEX" >&5 $as_echo "$LEX" >&6; } else { $as_echo "$as_me:$LINENO: result: no" >&5 $as_echo "no" >&6; } fi test -n "$LEX" && break done test -n "$LEX" || LEX=":" for ac_prog in 'bison -y' byacc yacc do # Extract the first word of "$ac_prog", so it can be a program name with args. set dummy $ac_prog; ac_word=$2 { $as_echo "$as_me:$LINENO: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if test "${ac_cv_prog_YACC+set}" = set; then $as_echo_n "(cached) " >&6 else if test -n "$YACC"; then ac_cv_prog_YACC="$YACC" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_YACC="$ac_prog" $as_echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi YACC=$ac_cv_prog_YACC if test -n "$YACC"; then { $as_echo "$as_me:$LINENO: result: $YACC" >&5 $as_echo "$YACC" >&6; } else { $as_echo "$as_me:$LINENO: result: no" >&5 $as_echo "no" >&6; } fi test -n "$YACC" && break done test -n "$YACC" || YACC=":" if test "$YACC" = ":"; then { { $as_echo "$as_me:$LINENO: error: Cannot find required program bison." >&5 $as_echo "$as_me: error: Cannot find required program bison." >&2;} { (exit 1); exit 1; }; } fi if test "$LEX" = ":"; then { { $as_echo "$as_me:$LINENO: error: Cannot find required program flex." >&5 $as_echo "$as_me: error: Cannot find required program flex." >&2;} { (exit 1); exit 1; }; } fi ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu # Check whether --with-ccache was given. if test "${with_ccache+set}" = set; then withval=$with_ccache; fi case x${with_ccache-yes} in xyes) # Extract the first word of "ccache", so it can be a program name with args. set dummy ccache; ac_word=$2 { $as_echo "$as_me:$LINENO: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... 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Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char $ac_func (); /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. Some functions are actually named something starting with __ and the normal name is an alias. */ #if defined __stub_$ac_func || defined __stub___$ac_func choke me #endif int main () { return $ac_func (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && { test "$cross_compiling" = yes || $as_test_x conftest$ac_exeext }; then eval "$as_ac_var=yes" else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_var=no" fi rm -rf conftest.dSYM rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext fi ac_res=`eval 'as_val=${'$as_ac_var'} $as_echo "$as_val"'` { $as_echo "$as_me:$LINENO: result: $ac_res" >&5 $as_echo "$ac_res" >&6; } as_val=`eval 'as_val=${'$as_ac_var'} $as_echo "$as_val"'` if test "x$as_val" = x""yes; then cat >>confdefs.h <<_ACEOF #define `$as_echo "HAVE_$ac_func" | $as_tr_cpp` 1 _ACEOF fi done for ac_func in vsnprintf snprintf vsprintf mkstemp do as_ac_var=`$as_echo "ac_cv_func_$ac_func" | $as_tr_sh` { $as_echo "$as_me:$LINENO: checking for $ac_func" >&5 $as_echo_n "checking for $ac_func... 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This function iterates over these triplets and set $RESULT # to the relative path from $FROM to $TO. Note that $FROM and $TO needs to be # absolute filenames for this macro to success. ## Note: ## ***** ## The following helper macros are too fragile to be used out ## of adl_COMPUTE_RELATIVE_PATHS (mainly because they assume that ## paths are normalized), that's why I'm keeping them in the same file. ## Still, some of them maybe worth to reuse. # Checking characteristics of compilers and other programs # =========================================================================== { $as_echo "$as_me:$LINENO: checking whether preprocessor accepts -MM or -M" >&5 $as_echo_n "checking whether preprocessor accepts -MM or -M... 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$as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_try") 2>&5 ac_status=$? $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_char=`cat conftest.val` else $as_echo "$as_me: program exited with status $ac_status" >&5 $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) if test "$ac_cv_type_char" = yes; then { { $as_echo "$as_me:$LINENO: error: in \`$ac_pwd':" >&5 $as_echo "$as_me: error: in \`$ac_pwd':" >&2;} { { $as_echo "$as_me:$LINENO: error: cannot compute sizeof (char) See \`config.log' for more details." >&5 $as_echo "$as_me: error: cannot compute sizeof (char) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; }; } else ac_cv_sizeof_char=0 fi fi rm -rf conftest.dSYM rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi rm -f conftest.val fi { $as_echo "$as_me:$LINENO: result: $ac_cv_sizeof_char" >&5 $as_echo "$ac_cv_sizeof_char" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_CHAR $ac_cv_sizeof_char _ACEOF # The cast to long int works around a bug in the HP C Compiler # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects # declarations like `int a3[[(sizeof (unsigned char)) >= 0]];'. # This bug is HP SR number 8606223364. { $as_echo "$as_me:$LINENO: checking size of short" >&5 $as_echo_n "checking size of short... " >&6; } if test "${ac_cv_sizeof_short+set}" = set; then $as_echo_n "(cached) " >&6 else if test "$cross_compiling" = yes; then # Depending upon the size, compute the lo and hi bounds. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { static int test_array [1 - 2 * !(((long int) (sizeof (short))) >= 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=0 ac_mid=0 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { static int test_array [1 - 2 * !(((long int) (sizeof (short))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=$ac_mid; break else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr $ac_mid + 1` if test $ac_lo -le $ac_mid; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { static int test_array [1 - 2 * !(((long int) (sizeof (short))) < 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=-1 ac_mid=-1 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { static int test_array [1 - 2 * !(((long int) (sizeof (short))) >= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=$ac_mid; break else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_hi=`expr '(' $ac_mid ')' - 1` if test $ac_mid -le $ac_hi; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo= ac_hi= fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext # Binary search between lo and hi bounds. while test "x$ac_lo" != "x$ac_hi"; do ac_mid=`expr '(' $ac_hi - $ac_lo ')' / 2 + $ac_lo` cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { static int test_array [1 - 2 * !(((long int) (sizeof (short))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=$ac_mid else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr '(' $ac_mid ')' + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done case $ac_lo in ?*) ac_cv_sizeof_short=$ac_lo;; '') if test "$ac_cv_type_short" = yes; then { { $as_echo "$as_me:$LINENO: error: in \`$ac_pwd':" >&5 $as_echo "$as_me: error: in \`$ac_pwd':" >&2;} { { $as_echo "$as_me:$LINENO: error: cannot compute sizeof (short) See \`config.log' for more details." >&5 $as_echo "$as_me: error: cannot compute sizeof (short) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; }; } else ac_cv_sizeof_short=0 fi ;; esac else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default static long int longval () { return (long int) (sizeof (short)); } static unsigned long int ulongval () { return (long int) (sizeof (short)); } #include #include int main () { FILE *f = fopen ("conftest.val", "w"); if (! f) return 1; if (((long int) (sizeof (short))) < 0) { long int i = longval (); if (i != ((long int) (sizeof (short)))) return 1; fprintf (f, "%ld", i); } else { unsigned long int i = ulongval (); if (i != ((long int) (sizeof (short)))) return 1; fprintf (f, "%lu", i); } /* Do not output a trailing newline, as this causes \r\n confusion on some platforms. */ return ferror (f) || fclose (f) != 0; ; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_link") 2>&5 ac_status=$? $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_try") 2>&5 ac_status=$? $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_short=`cat conftest.val` else $as_echo "$as_me: program exited with status $ac_status" >&5 $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) if test "$ac_cv_type_short" = yes; then { { $as_echo "$as_me:$LINENO: error: in \`$ac_pwd':" >&5 $as_echo "$as_me: error: in \`$ac_pwd':" >&2;} { { $as_echo "$as_me:$LINENO: error: cannot compute sizeof (short) See \`config.log' for more details." >&5 $as_echo "$as_me: error: cannot compute sizeof (short) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; }; } else ac_cv_sizeof_short=0 fi fi rm -rf conftest.dSYM rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi rm -f conftest.val fi { $as_echo "$as_me:$LINENO: result: $ac_cv_sizeof_short" >&5 $as_echo "$ac_cv_sizeof_short" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_SHORT $ac_cv_sizeof_short _ACEOF # The cast to long int works around a bug in the HP C Compiler # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects # declarations like `int a3[[(sizeof (unsigned char)) >= 0]];'. # This bug is HP SR number 8606223364. { $as_echo "$as_me:$LINENO: checking size of int" >&5 $as_echo_n "checking size of int... " >&6; } if test "${ac_cv_sizeof_int+set}" = set; then $as_echo_n "(cached) " >&6 else if test "$cross_compiling" = yes; then # Depending upon the size, compute the lo and hi bounds. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { static int test_array [1 - 2 * !(((long int) (sizeof (int))) >= 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=0 ac_mid=0 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { static int test_array [1 - 2 * !(((long int) (sizeof (int))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=$ac_mid; break else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr $ac_mid + 1` if test $ac_lo -le $ac_mid; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { static int test_array [1 - 2 * !(((long int) (sizeof (int))) < 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=-1 ac_mid=-1 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { static int test_array [1 - 2 * !(((long int) (sizeof (int))) >= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=$ac_mid; break else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_hi=`expr '(' $ac_mid ')' - 1` if test $ac_mid -le $ac_hi; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo= ac_hi= fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext # Binary search between lo and hi bounds. while test "x$ac_lo" != "x$ac_hi"; do ac_mid=`expr '(' $ac_hi - $ac_lo ')' / 2 + $ac_lo` cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { static int test_array [1 - 2 * !(((long int) (sizeof (int))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? 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$as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_try") 2>&5 ac_status=$? $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_int=`cat conftest.val` else $as_echo "$as_me: program exited with status $ac_status" >&5 $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) if test "$ac_cv_type_int" = yes; then { { $as_echo "$as_me:$LINENO: error: in \`$ac_pwd':" >&5 $as_echo "$as_me: error: in \`$ac_pwd':" >&2;} { { $as_echo "$as_me:$LINENO: error: cannot compute sizeof (int) See \`config.log' for more details." >&5 $as_echo "$as_me: error: cannot compute sizeof (int) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; }; } else ac_cv_sizeof_int=0 fi fi rm -rf conftest.dSYM rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi rm -f conftest.val fi { $as_echo "$as_me:$LINENO: result: $ac_cv_sizeof_int" >&5 $as_echo "$ac_cv_sizeof_int" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_INT $ac_cv_sizeof_int _ACEOF # The cast to long int works around a bug in the HP C Compiler # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects # declarations like `int a3[[(sizeof (unsigned char)) >= 0]];'. # This bug is HP SR number 8606223364. { $as_echo "$as_me:$LINENO: checking size of long" >&5 $as_echo_n "checking size of long... 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grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=$ac_mid; break else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr $ac_mid + 1` if test $ac_lo -le $ac_mid; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { static int test_array [1 - 2 * !(((long int) (sizeof (long))) < 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=-1 ac_mid=-1 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { static int test_array [1 - 2 * !(((long int) (sizeof (long))) >= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=$ac_mid; break else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_hi=`expr '(' $ac_mid ')' - 1` if test $ac_mid -le $ac_hi; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo= ac_hi= fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext # Binary search between lo and hi bounds. while test "x$ac_lo" != "x$ac_hi"; do ac_mid=`expr '(' $ac_hi - $ac_lo ')' / 2 + $ac_lo` cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { static int test_array [1 - 2 * !(((long int) (sizeof (long))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? 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$as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_try") 2>&5 ac_status=$? $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_long=`cat conftest.val` else $as_echo "$as_me: program exited with status $ac_status" >&5 $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) if test "$ac_cv_type_long" = yes; then { { $as_echo "$as_me:$LINENO: error: in \`$ac_pwd':" >&5 $as_echo "$as_me: error: in \`$ac_pwd':" >&2;} { { $as_echo "$as_me:$LINENO: error: cannot compute sizeof (long) See \`config.log' for more details." >&5 $as_echo "$as_me: error: cannot compute sizeof (long) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; }; } else ac_cv_sizeof_long=0 fi fi rm -rf conftest.dSYM rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi rm -f conftest.val fi { $as_echo "$as_me:$LINENO: result: $ac_cv_sizeof_long" >&5 $as_echo "$ac_cv_sizeof_long" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_LONG $ac_cv_sizeof_long _ACEOF { $as_echo "$as_me:$LINENO: checking whether char is unsigned" >&5 $as_echo_n "checking whether char is unsigned... 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(defined BYTE_ORDER && defined BIG_ENDIAN && defined LITTLE_ENDIAN \ && BYTE_ORDER && BIG_ENDIAN && LITTLE_ENDIAN) bogus endian macros #endif ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then # It does; now see whether it defined to BIG_ENDIAN or not. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include int main () { #if BYTE_ORDER != BIG_ENDIAN not big endian #endif ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then sdcc_cv_build_bigendian=yes else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 sdcc_cv_build_bigendian=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 # It does not; compile a test program. if test "$cross_compiling" = yes; then # try to guess the endianness by grepping values into an object file sdcc_cv_build_bigendian=unknown cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ short int ascii_mm[] = { 0x4249, 0x4765, 0x6E44, 0x6961, 0x6E53, 0x7953, 0 }; short int ascii_ii[] = { 0x694C, 0x5454, 0x656C, 0x6E45, 0x6944, 0x6E61, 0 }; void _ascii () { char *s = (char *) ascii_mm; s = (char *) ascii_ii; } short int ebcdic_ii[] = { 0x89D3, 0xE3E3, 0x8593, 0x95C5, 0x89C4, 0x9581, 0 }; short int ebcdic_mm[] = { 0xC2C9, 0xC785, 0x95C4, 0x8981, 0x95E2, 0xA8E2, 0 }; void _ebcdic () { char *s = (char *) ebcdic_mm; s = (char *) ebcdic_ii; } int main () { _ascii (); _ebcdic (); ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then if grep BIGenDianSyS conftest.$ac_objext >/dev/null ; then sdcc_cv_build_bigendian=yes fi if grep LiTTleEnDian conftest.$ac_objext >/dev/null ; then if test "$sdcc_cv_build_bigendian" = unknown; then sdcc_cv_build_bigendian=no else # finding both strings is unlikely to happen, but who knows? sdcc_cv_build_bigendian=unknown fi fi else $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { /* Are we little or big endian? From Harbison&Steele. */ union { long int l; char c[sizeof (long int)]; } u; u.l = 1; return u.c[sizeof (long int) - 1] == 1; ; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_link") 2>&5 ac_status=$? $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval ac_try_echo="\"\$as_me:$LINENO: $ac_try_echo\"" $as_echo "$ac_try_echo") >&5 (eval "$ac_try") 2>&5 ac_status=$? $as_echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then sdcc_cv_build_bigendian=no else $as_echo "$as_me: program exited with status $ac_status" >&5 $as_echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) sdcc_cv_build_bigendian=yes fi rm -rf conftest.dSYM rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { $as_echo "$as_me:$LINENO: result: $sdcc_cv_build_bigendian" >&5 $as_echo "$sdcc_cv_build_bigendian" >&6; } case $sdcc_cv_build_bigendian in yes) cat >>confdefs.h <<\_ACEOF #define BUILD_WORDS_BIGENDIAN 1 _ACEOF ;; no) ;; *) { { $as_echo "$as_me:$LINENO: error: unknown endianness presetting sdcc_cv_build_bigendian=no (or yes) will help" >&5 $as_echo "$as_me: error: unknown endianness presetting sdcc_cv_build_bigendian=no (or yes) will help" >&2;} { (exit 1); exit 1; }; } ;; esac # Set standard installation paths # =========================================================================== # In the Makefiles we need paths with '/' as directory separator, even if # crosscompiling for Win32. # And we want to preserve the macros (e.g. ${prefix}) in the Makefiles. # The variables in the Makefiles are replaced by AC_SUBST() # # In sdccconf.h the '/' in paths can be replaced by "\\" (normalized), if # # The macros are expanded for the header. # The variables in the header are replaced by AC_*DEFINE*() # sdccconf_h_dir_separator contains a backslash. if test "x${sdccconf_h_dir_separator}" = "x"; then sdccconf_h_dir_separator="/" fi # Makefiles ########### # LIB_TYPE: # *nix default: "RANLIB" if test "${LIB_TYPE}" = ""; then LIB_TYPE="RANLIB" fi # include_dir_suffix: # *nix default: "sdcc/include" if test "${include_dir_suffix}" = ""; then include_dir_suffix="sdcc/include" fi # lib_dir_suffix: # *nix default: "sdcc/lib" if test "${lib_dir_suffix}" = ""; then lib_dir_suffix="sdcc/lib" fi # docdir: # *nix default: "${datadir}/sdcc/doc" if test "${docdir}" = ""; then docdir="\${datadir}"/sdcc/doc fi # sdccconf.h ############ cat >>confdefs.h <<_ACEOF #define DIR_SEPARATOR_STRING "${sdccconf_h_dir_separator}" _ACEOF cat >>confdefs.h <<_ACEOF #define DIR_SEPARATOR_CHAR '${sdccconf_h_dir_separator}' _ACEOF # prefix: # default: "NONE", ${ac_default_prefix}: "/usr/local" test "x$prefix" = xNONE && prefix="$ac_default_prefix" test "x$exec_prefix" = xNONE && exec_prefix='${prefix}' ac_expand=$prefix test "x$ac_expand" = xNONE && ac_expand="$ac_default_prefix" ac_expand=`eval echo $ac_expand` expanded_prefix=`eval echo $ac_expand` ac_ndu=$expanded_prefix case ":$ac_ndu:" in ::) ac_ndu='.' ;; :*[\\/]:) ac_ndu=`echo "$ac_ndu" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case $sdccconf_h_dir_separator in *\\*) ac_ndu=`echo "$ac_ndu" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) ac_ndu=`echo "$ac_ndu" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac cat >>confdefs.h <<_ACEOF #define PREFIX "${ac_ndu}" _ACEOF # exec_prefix: # default: "${prefix}" test "x$prefix" = xNONE && prefix="$ac_default_prefix" test "x$exec_prefix" = xNONE && exec_prefix='${prefix}' ac_expand=$exec_prefix test "x$ac_expand" = xNONE && ac_expand="$expanded_prefix" ac_expand=`eval echo $ac_expand` expanded_exec_prefix=`eval echo $ac_expand` ac_ndu=$expanded_exec_prefix case ":$ac_ndu:" in ::) ac_ndu='.' ;; :*[\\/]:) ac_ndu=`echo "$ac_ndu" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case $sdccconf_h_dir_separator in *\\*) ac_ndu=`echo "$ac_ndu" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) ac_ndu=`echo "$ac_ndu" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac cat >>confdefs.h <<_ACEOF #define EXEC_PREFIX "${ac_ndu}" _ACEOF # bindir: # default: "${exec_prefix}/bin" test "x$prefix" = xNONE && prefix="$ac_default_prefix" test "x$exec_prefix" = xNONE && exec_prefix='${prefix}' ac_expand=$bindir test "x$ac_expand" = xNONE && ac_expand="$"NONE"" ac_expand=`eval echo $ac_expand` expanded_bindir=`eval echo $ac_expand` ac_ndu=$expanded_bindir case ":$ac_ndu:" in ::) ac_ndu='.' ;; :*[\\/]:) ac_ndu=`echo "$ac_ndu" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case $sdccconf_h_dir_separator in *\\*) ac_ndu=`echo "$ac_ndu" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) ac_ndu=`echo "$ac_ndu" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac cat >>confdefs.h <<_ACEOF #define BINDIR "${ac_ndu}" _ACEOF # datadir: # default: "${prefix}/share" test "x$prefix" = xNONE && prefix="$ac_default_prefix" test "x$exec_prefix" = xNONE && exec_prefix='${prefix}' ac_expand=$datadir test "x$ac_expand" = xNONE && ac_expand="$"NONE"" ac_expand=`eval echo $ac_expand` expanded_datadir=`eval echo $ac_expand` ac_ndu=$expanded_datadir case ":$ac_ndu:" in ::) ac_ndu='.' ;; :*[\\/]:) ac_ndu=`echo "$ac_ndu" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case $sdccconf_h_dir_separator in *\\*) ac_ndu=`echo "$ac_ndu" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) ac_ndu=`echo "$ac_ndu" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac cat >>confdefs.h <<_ACEOF #define DATADIR "${ac_ndu}" _ACEOF # include/lib suffix norm_inc_dir_suffix=${include_dir_suffix} case ":$norm_inc_dir_suffix:" in ::) norm_inc_dir_suffix='.' ;; :*[\\/]:) norm_inc_dir_suffix=`echo "$norm_inc_dir_suffix" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case $sdccconf_h_dir_separator in *\\*) norm_inc_dir_suffix=`echo "$norm_inc_dir_suffix" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) norm_inc_dir_suffix=`echo "$norm_inc_dir_suffix" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac cat >>confdefs.h <<_ACEOF #define INCLUDE_DIR_SUFFIX DIR_SEPARATOR_STRING "${norm_inc_dir_suffix}" _ACEOF norm_lib_dir_suffix=${lib_dir_suffix} case ":$norm_lib_dir_suffix:" in ::) norm_lib_dir_suffix='.' ;; :*[\\/]:) norm_lib_dir_suffix=`echo "$norm_lib_dir_suffix" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case $sdccconf_h_dir_separator in *\\*) norm_lib_dir_suffix=`echo "$norm_lib_dir_suffix" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) norm_lib_dir_suffix=`echo "$norm_lib_dir_suffix" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac cat >>confdefs.h <<_ACEOF #define LIB_DIR_SUFFIX DIR_SEPARATOR_STRING "${norm_lib_dir_suffix}" _ACEOF # relative paths for _lcl_i in expanded_bindir:expanded_datadir:bin2data_dir; do _lcl_from=\$`echo "$_lcl_i" | sed 's,:.*$,,'` _lcl_to=\$`echo "$_lcl_i" | sed 's,^[^:]*:,,' | sed 's,:[^:]*$,,'` _lcl_result_var=`echo "$_lcl_i" | sed 's,^.*:,,'` _lcl_receval="$_lcl_from" _lcl_from=`(test "x$prefix" = xNONE && prefix="$ac_default_prefix" test "x$exec_prefix" = xNONE && exec_prefix="${prefix}" _lcl_receval_old='' while test "$_lcl_receval_old" != "$_lcl_receval"; do _lcl_receval_old="$_lcl_receval" eval _lcl_receval="\"$_lcl_receval\"" done echo "$_lcl_receval")` _lcl_receval="$_lcl_to" _lcl_to=`(test "x$prefix" = xNONE && prefix="$ac_default_prefix" test "x$exec_prefix" = xNONE && exec_prefix="${prefix}" _lcl_receval_old='' while test "$_lcl_receval_old" != "$_lcl_receval"; do _lcl_receval_old="$_lcl_receval" eval _lcl_receval="\"$_lcl_receval\"" done echo "$_lcl_receval")` _lcl_notation="$_lcl_from$_lcl_to" case ":$_lcl_from:" in ::) _lcl_from='.' ;; :*[\\/]:) _lcl_from=`echo "$_lcl_from" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case '/' in *\\*) _lcl_from=`echo "$_lcl_from" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) _lcl_from=`echo "$_lcl_from" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac case ":$_lcl_to:" in ::) _lcl_to='.' ;; :*[\\/]:) _lcl_to=`echo "$_lcl_to" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case '/' in *\\*) _lcl_to=`echo "$_lcl_to" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) _lcl_to=`echo "$_lcl_to" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac _lcl_common_prefix='' _lcl_second_prefix_match='' while test "$_lcl_second_prefix_match" != 0; do _lcl_first_prefix=`expr "x$_lcl_from" : "x\($_lcl_common_prefix/*[^/]*\)"` _lcl_second_prefix_match=`expr "x$_lcl_to" : "x$_lcl_first_prefix"` if test "$_lcl_second_prefix_match" != 0; then if test "$_lcl_first_prefix" != "$_lcl_common_prefix"; then _lcl_common_prefix="$_lcl_first_prefix" else _lcl_second_prefix_match=0 fi fi done _lcl_first_suffix=`expr "x$_lcl_from" : "x$_lcl_common_prefix/*\(.*\)"` _lcl_first_rel='' _lcl_tmp='xxx' while test "$_lcl_tmp" != ''; do _lcl_tmp=`expr "x$_lcl_first_suffix" : "x[^/]*/*\(.*\)"` if test "$_lcl_first_suffix" != ''; then _lcl_first_suffix="$_lcl_tmp" _lcl_first_rel="../$_lcl_first_rel" fi done _lcl_second_suffix=`expr "x$_lcl_to" : "x$_lcl_common_prefix/*\(.*\)"` _lcl_result_tmp="$_lcl_first_rel$_lcl_second_suffix" case ":$_lcl_result_tmp:" in ::) _lcl_result_tmp='.' ;; :*[\\/]:) _lcl_result_tmp=`echo "$_lcl_result_tmp" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case "$_lcl_notation" in *\\*) _lcl_result_tmp=`echo "$_lcl_result_tmp" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) _lcl_result_tmp=`echo "$_lcl_result_tmp" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac eval $_lcl_result_var='$_lcl_result_tmp' done case ":$bin2data_dir:" in ::) bin2data_dir='.' ;; :*[\\/]:) bin2data_dir=`echo "$bin2data_dir" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case $sdccconf_h_dir_separator in *\\*) bin2data_dir=`echo "$bin2data_dir" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) bin2data_dir=`echo "$bin2data_dir" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac cat >>confdefs.h <<_ACEOF #define BIN2DATA_DIR DIR_SEPARATOR_STRING "${bin2data_dir}" _ACEOF for _lcl_i in expanded_prefix:expanded_bindir:prefix2bin_dir; do _lcl_from=\$`echo "$_lcl_i" | sed 's,:.*$,,'` _lcl_to=\$`echo "$_lcl_i" | sed 's,^[^:]*:,,' | sed 's,:[^:]*$,,'` _lcl_result_var=`echo "$_lcl_i" | sed 's,^.*:,,'` _lcl_receval="$_lcl_from" _lcl_from=`(test "x$prefix" = xNONE && prefix="$ac_default_prefix" test "x$exec_prefix" = xNONE && exec_prefix="${prefix}" _lcl_receval_old='' while test "$_lcl_receval_old" != "$_lcl_receval"; do _lcl_receval_old="$_lcl_receval" eval _lcl_receval="\"$_lcl_receval\"" done echo "$_lcl_receval")` _lcl_receval="$_lcl_to" _lcl_to=`(test "x$prefix" = xNONE && prefix="$ac_default_prefix" test "x$exec_prefix" = xNONE && exec_prefix="${prefix}" _lcl_receval_old='' while test "$_lcl_receval_old" != "$_lcl_receval"; do _lcl_receval_old="$_lcl_receval" eval _lcl_receval="\"$_lcl_receval\"" done echo "$_lcl_receval")` _lcl_notation="$_lcl_from$_lcl_to" case ":$_lcl_from:" in ::) _lcl_from='.' ;; :*[\\/]:) _lcl_from=`echo "$_lcl_from" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case '/' in *\\*) _lcl_from=`echo "$_lcl_from" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) _lcl_from=`echo "$_lcl_from" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac case ":$_lcl_to:" in ::) _lcl_to='.' ;; :*[\\/]:) _lcl_to=`echo "$_lcl_to" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case '/' in *\\*) _lcl_to=`echo "$_lcl_to" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) _lcl_to=`echo "$_lcl_to" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac _lcl_common_prefix='' _lcl_second_prefix_match='' while test "$_lcl_second_prefix_match" != 0; do _lcl_first_prefix=`expr "x$_lcl_from" : "x\($_lcl_common_prefix/*[^/]*\)"` _lcl_second_prefix_match=`expr "x$_lcl_to" : "x$_lcl_first_prefix"` if test "$_lcl_second_prefix_match" != 0; then if test "$_lcl_first_prefix" != "$_lcl_common_prefix"; then _lcl_common_prefix="$_lcl_first_prefix" else _lcl_second_prefix_match=0 fi fi done _lcl_first_suffix=`expr "x$_lcl_from" : "x$_lcl_common_prefix/*\(.*\)"` _lcl_first_rel='' _lcl_tmp='xxx' while test "$_lcl_tmp" != ''; do _lcl_tmp=`expr "x$_lcl_first_suffix" : "x[^/]*/*\(.*\)"` if test "$_lcl_first_suffix" != ''; then _lcl_first_suffix="$_lcl_tmp" _lcl_first_rel="../$_lcl_first_rel" fi done _lcl_second_suffix=`expr "x$_lcl_to" : "x$_lcl_common_prefix/*\(.*\)"` _lcl_result_tmp="$_lcl_first_rel$_lcl_second_suffix" case ":$_lcl_result_tmp:" in ::) _lcl_result_tmp='.' ;; :*[\\/]:) _lcl_result_tmp=`echo "$_lcl_result_tmp" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case "$_lcl_notation" in *\\*) _lcl_result_tmp=`echo "$_lcl_result_tmp" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) _lcl_result_tmp=`echo "$_lcl_result_tmp" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac eval $_lcl_result_var='$_lcl_result_tmp' done case ":$prefix2bin_dir:" in ::) prefix2bin_dir='.' ;; :*[\\/]:) prefix2bin_dir=`echo "$prefix2bin_dir" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case $sdccconf_h_dir_separator in *\\*) prefix2bin_dir=`echo "$prefix2bin_dir" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) prefix2bin_dir=`echo "$prefix2bin_dir" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac cat >>confdefs.h <<_ACEOF #define PREFIX2BIN_DIR DIR_SEPARATOR_STRING "${prefix2bin_dir}" _ACEOF for _lcl_i in expanded_prefix:expanded_datadir:prefix2data_dir; do _lcl_from=\$`echo "$_lcl_i" | sed 's,:.*$,,'` _lcl_to=\$`echo "$_lcl_i" | sed 's,^[^:]*:,,' | sed 's,:[^:]*$,,'` _lcl_result_var=`echo "$_lcl_i" | sed 's,^.*:,,'` _lcl_receval="$_lcl_from" _lcl_from=`(test "x$prefix" = xNONE && prefix="$ac_default_prefix" test "x$exec_prefix" = xNONE && exec_prefix="${prefix}" _lcl_receval_old='' while test "$_lcl_receval_old" != "$_lcl_receval"; do _lcl_receval_old="$_lcl_receval" eval _lcl_receval="\"$_lcl_receval\"" done echo "$_lcl_receval")` _lcl_receval="$_lcl_to" _lcl_to=`(test "x$prefix" = xNONE && prefix="$ac_default_prefix" test "x$exec_prefix" = xNONE && exec_prefix="${prefix}" _lcl_receval_old='' while test "$_lcl_receval_old" != "$_lcl_receval"; do _lcl_receval_old="$_lcl_receval" eval _lcl_receval="\"$_lcl_receval\"" done echo "$_lcl_receval")` _lcl_notation="$_lcl_from$_lcl_to" case ":$_lcl_from:" in ::) _lcl_from='.' ;; :*[\\/]:) _lcl_from=`echo "$_lcl_from" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case '/' in *\\*) _lcl_from=`echo "$_lcl_from" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) _lcl_from=`echo "$_lcl_from" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac case ":$_lcl_to:" in ::) _lcl_to='.' ;; :*[\\/]:) _lcl_to=`echo "$_lcl_to" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case '/' in *\\*) _lcl_to=`echo "$_lcl_to" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) _lcl_to=`echo "$_lcl_to" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac _lcl_common_prefix='' _lcl_second_prefix_match='' while test "$_lcl_second_prefix_match" != 0; do _lcl_first_prefix=`expr "x$_lcl_from" : "x\($_lcl_common_prefix/*[^/]*\)"` _lcl_second_prefix_match=`expr "x$_lcl_to" : "x$_lcl_first_prefix"` if test "$_lcl_second_prefix_match" != 0; then if test "$_lcl_first_prefix" != "$_lcl_common_prefix"; then _lcl_common_prefix="$_lcl_first_prefix" else _lcl_second_prefix_match=0 fi fi done _lcl_first_suffix=`expr "x$_lcl_from" : "x$_lcl_common_prefix/*\(.*\)"` _lcl_first_rel='' _lcl_tmp='xxx' while test "$_lcl_tmp" != ''; do _lcl_tmp=`expr "x$_lcl_first_suffix" : "x[^/]*/*\(.*\)"` if test "$_lcl_first_suffix" != ''; then _lcl_first_suffix="$_lcl_tmp" _lcl_first_rel="../$_lcl_first_rel" fi done _lcl_second_suffix=`expr "x$_lcl_to" : "x$_lcl_common_prefix/*\(.*\)"` _lcl_result_tmp="$_lcl_first_rel$_lcl_second_suffix" case ":$_lcl_result_tmp:" in ::) _lcl_result_tmp='.' ;; :*[\\/]:) _lcl_result_tmp=`echo "$_lcl_result_tmp" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case "$_lcl_notation" in *\\*) _lcl_result_tmp=`echo "$_lcl_result_tmp" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) _lcl_result_tmp=`echo "$_lcl_result_tmp" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac eval $_lcl_result_var='$_lcl_result_tmp' done case ":$prefix2data_dir:" in ::) prefix2data_dir='.' ;; :*[\\/]:) prefix2data_dir=`echo "$prefix2data_dir" | sed 's,[\\/]*$,,'` ;; :*:) ;; esac case $sdccconf_h_dir_separator in *\\*) prefix2data_dir=`echo "$prefix2data_dir" | sed 's,\(.\)[\\/][\\/]*,\1\\\\\\\\,g s,^[\\/],\\\\\\\\,'` ;; *) prefix2data_dir=`echo "$prefix2data_dir" | sed 's,\(.\)[\\/][\\/]*,\1/,g'` ;; esac if test "${prefix2data_dir}" = "."; then # small optimization for Mingw32; otherwise Borut will complain ;-) cat >>confdefs.h <<_ACEOF #define PREFIX2DATA_DIR "" _ACEOF else cat >>confdefs.h <<_ACEOF #define PREFIX2DATA_DIR DIR_SEPARATOR_STRING "${prefix2data_dir}" _ACEOF fi # standard libs cat >>confdefs.h <<_ACEOF #define STD_LIB "libsdcc" _ACEOF cat >>confdefs.h <<_ACEOF #define STD_INT_LIB "libint" _ACEOF cat >>confdefs.h <<_ACEOF #define STD_LONG_LIB "liblong" _ACEOF cat >>confdefs.h <<_ACEOF #define STD_FP_LIB "libfloat" _ACEOF cat >>confdefs.h <<_ACEOF #define STD_DS390_LIB "libds390" _ACEOF cat >>confdefs.h <<_ACEOF #define STD_DS400_LIB "libds400" _ACEOF cat >>confdefs.h <<_ACEOF #define STD_XA51_LIB "libxa51" _ACEOF # SDCC runtime environment variables sdcc_dir_name="SDCC_HOME" cat >>confdefs.h <<_ACEOF #define SDCC_DIR_NAME "${sdcc_dir_name}" _ACEOF sdcc_include_name="SDCC_INCLUDE" cat >>confdefs.h <<_ACEOF #define SDCC_INCLUDE_NAME "${sdcc_include_name}" _ACEOF sdcc_lib_name="SDCC_LIB" cat >>confdefs.h <<_ACEOF #define SDCC_LIB_NAME "${sdcc_lib_name}" _ACEOF # Port selection helper # =========================================================================== # macro AC_DO_ENABLER() # $1 used to access enable_$1, e.g. enable_doc # $2 OPT_DISABLE_$2, normally uppercase of $1, e.g. DOC # $3 help string # macro AC_DO_DISABLER() # $1 used to access disable_$1, e.g. ucsim # $2 OPT_DISABLE_$2, normally uppercase of $1, e.g. UCSIM # $3 help string # macro AC_DO_PORT($1, $2, $3, $4) # $1 used to access enable_$2_port, e.g. gbz80 # $2 port name in ports.all and ports.build, e.g. z80 # $3 OPT_DISABLE_$3, normally uppercase of $2, e.g. GBZ80 # $4 help string # Now handle the port selection # =========================================================================== rm -f ports.all ports.build # Check whether --enable-mcs51-port was given. if test "${enable_mcs51_port+set}" = set; then enableval=$enable_mcs51_port; fi if test "$enable_mcs51_port" = "no"; then OPT_DISABLE_MCS51=1 else enable_mcs51_port="yes" OPT_DISABLE_MCS51=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_MCS51 $OPT_DISABLE_MCS51 _ACEOF echo mcs51 >>ports.all if test $OPT_DISABLE_MCS51 = 0; then echo mcs51 >>ports.build fi # Check whether --enable-gbz80-port was given. if test "${enable_gbz80_port+set}" = set; then enableval=$enable_gbz80_port; fi if test "$enable_gbz80_port" = "no"; then OPT_DISABLE_GBZ80=1 else enable_gbz80_port="yes" OPT_DISABLE_GBZ80=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_GBZ80 $OPT_DISABLE_GBZ80 _ACEOF echo z80 >>ports.all if test $OPT_DISABLE_GBZ80 = 0; then echo z80 >>ports.build fi # Check whether --enable-z80-port was given. if test "${enable_z80_port+set}" = set; then enableval=$enable_z80_port; fi if test "$enable_z80_port" = "no"; then OPT_DISABLE_Z80=1 else enable_z80_port="yes" OPT_DISABLE_Z80=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_Z80 $OPT_DISABLE_Z80 _ACEOF echo z80 >>ports.all if test $OPT_DISABLE_Z80 = 0; then echo z80 >>ports.build fi # Check whether --enable-avr-port was given. if test "${enable_avr_port+set}" = set; then enableval=$enable_avr_port; fi if test "$enable_avr_port" = "no"; then OPT_DISABLE_AVR=1 else enable_avr_port="yes" OPT_DISABLE_AVR=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_AVR $OPT_DISABLE_AVR _ACEOF echo avr >>ports.all if test $OPT_DISABLE_AVR = 0; then echo avr >>ports.build fi # Check whether --enable-ds390-port was given. if test "${enable_ds390_port+set}" = set; then enableval=$enable_ds390_port; fi if test "$enable_ds390_port" = "no"; then OPT_DISABLE_DS390=1 else enable_ds390_port="yes" OPT_DISABLE_DS390=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_DS390 $OPT_DISABLE_DS390 _ACEOF echo ds390 >>ports.all if test $OPT_DISABLE_DS390 = 0; then echo ds390 >>ports.build fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_TININative $OPT_DISABLE_DS390 _ACEOF # Check whether --enable-ds400-port was given. if test "${enable_ds400_port+set}" = set; then enableval=$enable_ds400_port; fi if test "$enable_ds400_port" = "no"; then OPT_DISABLE_DS400=1 else enable_ds400_port="yes" OPT_DISABLE_DS400=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_DS400 $OPT_DISABLE_DS400 _ACEOF echo ds400 >>ports.all if test $OPT_DISABLE_DS400 = 0; then echo ds400 >>ports.build fi # Check whether --enable-pic-port was given. if test "${enable_pic_port+set}" = set; then enableval=$enable_pic_port; fi if test "$enable_pic_port" = "no"; then OPT_DISABLE_PIC=1 else enable_pic_port="yes" OPT_DISABLE_PIC=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_PIC $OPT_DISABLE_PIC _ACEOF echo pic >>ports.all if test $OPT_DISABLE_PIC = 0; then echo pic >>ports.build fi # Check whether --enable-pic16-port was given. if test "${enable_pic16_port+set}" = set; then enableval=$enable_pic16_port; fi if test "$enable_pic16_port" = "no"; then OPT_DISABLE_PIC16=1 else enable_pic16_port="yes" OPT_DISABLE_PIC16=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_PIC16 $OPT_DISABLE_PIC16 _ACEOF echo pic16 >>ports.all if test $OPT_DISABLE_PIC16 = 0; then echo pic16 >>ports.build fi # Check whether --enable-xa51-port was given. if test "${enable_xa51_port+set}" = set; then enableval=$enable_xa51_port; fi if test "$enable_xa51_port" = "no"; then OPT_DISABLE_XA51=1 else enable_xa51_port="yes" OPT_DISABLE_XA51=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_XA51 $OPT_DISABLE_XA51 _ACEOF echo xa51 >>ports.all if test $OPT_DISABLE_XA51 = 0; then echo xa51 >>ports.build fi # Check whether --enable-hc08-port was given. if test "${enable_hc08_port+set}" = set; then enableval=$enable_hc08_port; fi if test "$enable_hc08_port" = "no"; then OPT_DISABLE_HC08=1 else enable_hc08_port="yes" OPT_DISABLE_HC08=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_HC08 $OPT_DISABLE_HC08 _ACEOF echo hc08 >>ports.all if test $OPT_DISABLE_HC08 = 0; then echo hc08 >>ports.build fi # Check whether --enable-ucsim was given. if test "${enable_ucsim+set}" = set; then enableval=$enable_ucsim; fi arg1=`echo ucsim | sed s/-/_/` if test "`eval echo \\$enable_$arg1`" = "no"; then OPT_DISABLE_UCSIM=1 else OPT_DISABLE_UCSIM=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_UCSIM $OPT_DISABLE_UCSIM _ACEOF # Check whether --enable-device-lib was given. if test "${enable_device_lib+set}" = set; then enableval=$enable_device_lib; fi arg1=`echo device-lib | sed s/-/_/` if test "`eval echo \\$enable_$arg1`" = "no"; then OPT_DISABLE_DEVICE_LIB=1 else OPT_DISABLE_DEVICE_LIB=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_DEVICE_LIB $OPT_DISABLE_DEVICE_LIB _ACEOF # Check whether --enable-packihx was given. if test "${enable_packihx+set}" = set; then enableval=$enable_packihx; fi arg1=`echo packihx | sed s/-/_/` if test "`eval echo \\$enable_$arg1`" = "no"; then OPT_DISABLE_PACKIHX=1 else OPT_DISABLE_PACKIHX=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_PACKIHX $OPT_DISABLE_PACKIHX _ACEOF # Check whether --enable-sdcpp was given. if test "${enable_sdcpp+set}" = set; then enableval=$enable_sdcpp; fi arg1=`echo sdcpp | sed s/-/_/` if test "`eval echo \\$enable_$arg1`" = "no"; then OPT_DISABLE_SDCPP=1 else OPT_DISABLE_SDCPP=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_SDCPP $OPT_DISABLE_SDCPP _ACEOF # Check whether --enable-sdcdb was given. if test "${enable_sdcdb+set}" = set; then enableval=$enable_sdcdb; fi arg1=`echo sdcdb | sed s/-/_/` if test "`eval echo \\$enable_$arg1`" = "no"; then OPT_DISABLE_SDCDB=1 else OPT_DISABLE_SDCDB=0 fi cat >>confdefs.h <<_ACEOF #define OPT_DISABLE_SDCDB $OPT_DISABLE_SDCDB _ACEOF # Check whether --enable-doc was given. if test "${enable_doc+set}" = set; then enableval=$enable_doc; fi if test "$enable_doc" = "yes"; then OPT_ENABLE_DOC=1 else OPT_ENABLE_DOC=0 fi cat >>confdefs.h <<_ACEOF #define OPT_ENABLE_DOC $OPT_ENABLE_DOC _ACEOF # Extract the first word of "lyx", so it can be a program name with args. set dummy lyx; ac_word=$2 { $as_echo "$as_me:$LINENO: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if test "${ac_cv_prog_LYX+set}" = set; then $as_echo_n "(cached) " >&6 else if test -n "$LYX"; then ac_cv_prog_LYX="$LYX" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_LYX="lyx" $as_echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_LYX" && ac_cv_prog_LYX=":" fi fi LYX=$ac_cv_prog_LYX if test -n "$LYX"; then { $as_echo "$as_me:$LINENO: result: $LYX" >&5 $as_echo "$LYX" >&6; } else { $as_echo "$as_me:$LINENO: result: no" >&5 $as_echo "no" >&6; } fi # Extract the first word of "latex2html", so it can be a program name with args. set dummy latex2html; ac_word=$2 { $as_echo "$as_me:$LINENO: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if test "${ac_cv_prog_LATEX2HTML+set}" = set; then $as_echo_n "(cached) " >&6 else if test -n "$LATEX2HTML"; then ac_cv_prog_LATEX2HTML="$LATEX2HTML" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_LATEX2HTML="latex2html" $as_echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_LATEX2HTML" && ac_cv_prog_LATEX2HTML=":" fi fi LATEX2HTML=$ac_cv_prog_LATEX2HTML if test -n "$LATEX2HTML"; then { $as_echo "$as_me:$LINENO: result: $LATEX2HTML" >&5 $as_echo "$LATEX2HTML" >&6; } else { $as_echo "$as_me:$LINENO: result: no" >&5 $as_echo "no" >&6; } fi # Extract the first word of "pdflatex", so it can be a program name with args. set dummy pdflatex; ac_word=$2 { $as_echo "$as_me:$LINENO: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if test "${ac_cv_prog_PDFLATEX+set}" = set; then $as_echo_n "(cached) " >&6 else if test -n "$PDFLATEX"; then ac_cv_prog_PDFLATEX="$PDFLATEX" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_PDFLATEX="pdflatex" $as_echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_PDFLATEX" && ac_cv_prog_PDFLATEX=":" fi fi PDFLATEX=$ac_cv_prog_PDFLATEX if test -n "$PDFLATEX"; then { $as_echo "$as_me:$LINENO: result: $PDFLATEX" >&5 $as_echo "$PDFLATEX" >&6; } else { $as_echo "$as_me:$LINENO: result: no" >&5 $as_echo "no" >&6; } fi # Extract the first word of "pdfopt", so it can be a program name with args. set dummy pdfopt; ac_word=$2 { $as_echo "$as_me:$LINENO: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if test "${ac_cv_prog_PDFOPT+set}" = set; then $as_echo_n "(cached) " >&6 else if test -n "$PDFOPT"; then ac_cv_prog_PDFOPT="$PDFOPT" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_PDFOPT="pdfopt" $as_echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_PDFOPT" && ac_cv_prog_PDFOPT=":" fi fi PDFOPT=$ac_cv_prog_PDFOPT if test -n "$PDFOPT"; then { $as_echo "$as_me:$LINENO: result: $PDFOPT" >&5 $as_echo "$PDFOPT" >&6; } else { $as_echo "$as_me:$LINENO: result: no" >&5 $as_echo "no" >&6; } fi # Extract the first word of "makeindex", so it can be a program name with args. set dummy makeindex; ac_word=$2 { $as_echo "$as_me:$LINENO: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... 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It does not: dnl - convert the first slash dnl - replace a slash with a double-backslash dnl *\\*) $1=`echo "[$]$1" | sed 's,\(.\)[[\\/]][[\\/]]*,\1\\\\,g'` ;; *\\*) $1=`echo "[$]$1" | sed 's,\(.\)[[\\/]][[\\/]]*,\1\\\\\\\\,g s,^[[\\/]],\\\\\\\\,'` ;; dnl if the path contains slashes, also turn backslashes into slashes *) $1=`echo "[$]$1" | sed 's,\(.\)[[\\/]][[\\/]]*,\1/,g'` ;; esac]) # adl_COMPUTE_RELATIVE_PATH # # PATH_LIST is a space-separated list of colon-separated triplets of the form # 'FROM:TO:RESULT'. This function iterates over these triplets and set $RESULT # to the relative path from $FROM to $TO. Note that $FROM and $TO needs to be # absolute filenames for this macro to success. AC_DEFUN([adl_COMPUTE_RELATIVE_PATHS], [for _lcl_i in $1; do _lcl_from=\[$]`echo "[$]_lcl_i" | sed 's,:.*$,,'` _lcl_to=\[$]`echo "[$]_lcl_i" | sed 's,^[[^:]]*:,,' | sed 's,:[[^:]]*$,,'` _lcl_result_var=`echo "[$]_lcl_i" | sed 's,^.*:,,'` adl_RECURSIVE_EVAL([[$]_lcl_from], [_lcl_from]) adl_RECURSIVE_EVAL([[$]_lcl_to], [_lcl_to]) _lcl_notation="$_lcl_from$_lcl_to" adl_NORMALIZE_PATH([_lcl_from],['/']) adl_NORMALIZE_PATH([_lcl_to],['/']) adl_COMPUTE_RELATIVE_PATH([_lcl_from], [_lcl_to], [_lcl_result_tmp]) adl_NORMALIZE_PATH([_lcl_result_tmp],["[$]_lcl_notation"]) eval $_lcl_result_var='[$]_lcl_result_tmp' done]) ## Note: ## ***** ## The following helper macros are too fragile to be used out ## of adl_COMPUTE_RELATIVE_PATHS (mainly because they assume that ## paths are normalized), that's why I'm keeping them in the same file. ## Still, some of them maybe worth to reuse. dnl adl_COMPUTE_RELATIVE_PATH(FROM, TO, RESULT) dnl =========================================== dnl Compute the relative path to go from $FROM to $TO and set the value dnl of $RESULT to that value. This function work on raw filenames dnl (for instead it will considerate /usr//local and /usr/local as dnl two distinct paths), you should really use adl_COMPUTE_REALTIVE_PATHS dnl instead to have the paths sanitized automatically. dnl dnl For instance: dnl first_dir=/somewhere/on/my/disk/bin dnl second_dir=/somewhere/on/another/disk/share dnl adl_COMPUTE_RELATIVE_PATH(first_dir, second_dir, first_to_second) dnl will set $first_to_second to '../../../another/disk/share'. AC_DEFUN([adl_COMPUTE_RELATIVE_PATH], [adl_COMPUTE_COMMON_PATH([$1], [$2], [_lcl_common_prefix]) adl_COMPUTE_BACK_PATH([$1], [_lcl_common_prefix], [_lcl_first_rel]) adl_COMPUTE_SUFFIX_PATH([$2], [_lcl_common_prefix], [_lcl_second_suffix]) $3="[$]_lcl_first_rel[$]_lcl_second_suffix"]) dnl adl_COMPUTE_COMMON_PATH(LEFT, RIGHT, RESULT) dnl ============================================ dnl Compute the common path to $LEFT and $RIGHT and set the result to $RESULT. dnl dnl For instance: dnl first_path=/somewhere/on/my/disk/bin dnl second_path=/somewhere/on/another/disk/share dnl adl_COMPUTE_COMMON_PATH(first_path, second_path, common_path) dnl will set $common_path to '/somewhere/on'. AC_DEFUN([adl_COMPUTE_COMMON_PATH], [$3='' _lcl_second_prefix_match='' while test "[$]_lcl_second_prefix_match" != 0; do _lcl_first_prefix=`expr "x[$]$1" : "x\([$]$3/*[[^/]]*\)"` _lcl_second_prefix_match=`expr "x[$]$2" : "x[$]_lcl_first_prefix"` if test "[$]_lcl_second_prefix_match" != 0; then if test "[$]_lcl_first_prefix" != "[$]$3"; then $3="[$]_lcl_first_prefix" else _lcl_second_prefix_match=0 fi fi done]) dnl adl_COMPUTE_SUFFIX_PATH(PATH, SUBPATH, RESULT) dnl ============================================== dnl Substrack $SUBPATH from $PATH, and set the resulting suffix dnl (or the empty string if $SUBPATH is not a subpath of $PATH) dnl to $RESULT. dnl dnl For instace: dnl first_path=/somewhere/on/my/disk/bin dnl second_path=/somewhere/on dnl adl_COMPUTE_SUFFIX_PATH(first_path, second_path, common_path) dnl will set $common_path to '/my/disk/bin'. AC_DEFUN([adl_COMPUTE_SUFFIX_PATH], [$3=`expr "x[$]$1" : "x[$]$2/*\(.*\)"`]) dnl adl_COMPUTE_BACK_PATH(PATH, SUBPATH, RESULT) dnl ============================================ dnl Compute the relative path to go from $PATH to $SUBPATH, knowing that dnl $SUBPATH is a subpath of $PATH (any other words, only repeated '../' dnl should be needed to move from $PATH to $SUBPATH) and set the value dnl of $RESULT to that value. If $SUBPATH is not a subpath of PATH, dnl set $RESULT to the empty string. dnl dnl For instance: dnl first_path=/somewhere/on/my/disk/bin dnl second_path=/somewhere/on dnl adl_COMPUTE_BACK_PATH(first_path, second_path, back_path) dnl will set $back_path to '../../../'. AC_DEFUN([adl_COMPUTE_BACK_PATH], [adl_COMPUTE_SUFFIX_PATH([$1], [$2], [_lcl_first_suffix]) $3='' _lcl_tmp='xxx' while test "[$]_lcl_tmp" != ''; do _lcl_tmp=`expr "x[$]_lcl_first_suffix" : "x[[^/]]*/*\(.*\)"` if test "[$]_lcl_first_suffix" != ''; then _lcl_first_suffix="[$]_lcl_tmp" $3="../[$]$3" fi done]) dnl adl_RECURSIVE_EVAL(VALUE, RESULT) dnl ================================= dnl Interpolate the VALUE in loop until it does not change, dnl and set the result to $RESULT. dnl WARNING: It is easy to get an infinite loop with some unsane input. AC_DEFUN([adl_RECURSIVE_EVAL], [_lcl_receval="$1" $2=`(test "x$prefix" = xNONE && prefix="$ac_default_prefix" test "x$exec_prefix" = xNONE && exec_prefix="${prefix}" _lcl_receval_old='' while test "[$]_lcl_receval_old" != "[$]_lcl_receval"; do _lcl_receval_old="[$]_lcl_receval" eval _lcl_receval="\"[$]_lcl_receval\"" done echo "[$]_lcl_receval")`]) dnl adl_NORMALIZE_DEFINE_UNQUOTED(var, DEFINE, REFERENCE_STRING) AC_DEFUN([adl_NORMALIZE_DEFINE_UNQUOTED], [ ac_ndu=[$]$1 adl_NORMALIZE_PATH([ac_ndu], [$]$3) AC_DEFINE_UNQUOTED($2, "${ac_ndu}") ]) dnl adl_NORMALIZE_PATH_MSG(input_string, var, dir_separator) dnl ======================================================== dnl call adl_NORMALIZE_PATH and format it for the result message AC_DEFUN([adl_NORMALIZE_PATH_MSG], [ dnl replace /./ by / $2=`echo "$1" | sed 's,/\./,/,g'` adl_NORMALIZE_PATH([$2], [$3]) dnl replace \\ by \ $2=`echo "[$]$2" | sed 's,\\\\\\\\,\\\\,g'` ]) # Checking characteristics of compilers and other programs # =========================================================================== AC_CACHE_CHECK(whether preprocessor accepts -MM or -M,sdcc_cv_MM, echo "#include " >_test_.c echo "" >>_test_.c $CPP -v -MM _test_.c 1>&5 2>&5 if test "$?" = "0"; then sdcc_cv_MM="-MM" else sdcc_cv_MM="-M" fi rm -f _test_.*) M_OR_MM=$sdcc_cv_MM AC_SUBST(M_OR_MM) # This is the first time when CFLAGS are set/modified!! adl_DD_COPT(CC, ggdb) if test "$sdcc_cv_CCggdb" = "yes"; then CFLAGS="-ggdb ${CFLAGS}" fi adl_DD_COPT(CC, pipe) if test "$sdcc_cv_CCpipe" = "yes"; then CFLAGS="-pipe $CFLAGS" fi # Checks for typedefs, structures, and compiler characteristics. # =========================================================================== AC_TYPE_SIGNAL AC_CHECK_SIZEOF(char) AC_CHECK_SIZEOF(short) AC_CHECK_SIZEOF(int) AC_CHECK_SIZEOF(long) AC_C_CHAR_UNSIGNED type_name() { if expr "$ac_cv_sizeof_char" '>=' "$1" >/dev/null; then echo "char" exit fi if expr "$ac_cv_sizeof_short" '>=' "$1" >/dev/null; then echo "short" exit fi if expr "$ac_cv_sizeof_int" '>=' "$1" >/dev/null; then echo "int" exit fi if expr "$ac_cv_sizeof_long" '>=' "$1" >/dev/null; then echo "long" exit fi echo "long" } AC_MSG_CHECKING(type name for byte) TYPE_CHAR=`type_name 1` if test "$ac_cv_c_char_unsigned" = "yes"; then TYPE_BYTE="signed $TYPE_CHAR" else TYPE_BYTE=$TYPE_CHAR fi AC_MSG_RESULT($TYPE_BYTE) AC_MSG_CHECKING(type name for word) TYPE_WORD=`type_name 2` AC_MSG_RESULT($TYPE_WORD) AC_MSG_CHECKING(type name for dword) TYPE_DWORD=`type_name 4` AC_MSG_RESULT($TYPE_DWORD) AC_DEFINE_UNQUOTED(TYPE_BYTE, $TYPE_BYTE) AC_DEFINE_UNQUOTED(TYPE_WORD, $TYPE_WORD) AC_DEFINE_UNQUOTED(TYPE_DWORD, $TYPE_DWORD) AC_DEFINE_UNQUOTED(TYPE_UBYTE, unsigned $TYPE_CHAR) AC_DEFINE_UNQUOTED(TYPE_UWORD, unsigned $TYPE_WORD) AC_DEFINE_UNQUOTED(TYPE_UDWORD, unsigned $TYPE_DWORD) # SDCC_BUILD_BIGENDIAN ([ACTION-IF-TRUE], [ACTION-IF-FALSE], [ACTION-IF-UNKNOWN]) # ------------------------------------------------------------------------- AC_DEFUN([SDCC_BUILD_BIGENDIAN], [AC_CACHE_CHECK(whether host machine byte ordering is bigendian, sdcc_cv_build_bigendian, [# See if sys/param.h defines the BYTE_ORDER macro. AC_COMPILE_IFELSE([AC_LANG_PROGRAM([#include #include ], [#if ! (defined BYTE_ORDER && defined BIG_ENDIAN && defined LITTLE_ENDIAN \ && BYTE_ORDER && BIG_ENDIAN && LITTLE_ENDIAN) bogus endian macros #endif ])], [# It does; now see whether it defined to BIG_ENDIAN or not. AC_COMPILE_IFELSE([AC_LANG_PROGRAM([#include #include ], [#if BYTE_ORDER != BIG_ENDIAN not big endian #endif ])], [sdcc_cv_build_bigendian=yes], [sdcc_cv_build_bigendian=no])], [# It does not; compile a test program. AC_RUN_IFELSE( [AC_LANG_PROGRAM([AC_INCLUDES_DEFAULT], [[ /* Are we little or big endian? From Harbison&Steele. */ union { long int l; char c[sizeof (long int)]; } u; u.l = 1; return u.c[sizeof (long int) - 1] == 1; ]])], [sdcc_cv_build_bigendian=no], [sdcc_cv_build_bigendian=yes], [# try to guess the endianness by grepping values into an object file sdcc_cv_build_bigendian=unknown AC_COMPILE_IFELSE([AC_LANG_PROGRAM( [[short int ascii_mm[] = { 0x4249, 0x4765, 0x6E44, 0x6961, 0x6E53, 0x7953, 0 }; short int ascii_ii[] = { 0x694C, 0x5454, 0x656C, 0x6E45, 0x6944, 0x6E61, 0 }; void _ascii () { char *s = (char *) ascii_mm; s = (char *) ascii_ii; } short int ebcdic_ii[] = { 0x89D3, 0xE3E3, 0x8593, 0x95C5, 0x89C4, 0x9581, 0 }; short int ebcdic_mm[] = { 0xC2C9, 0xC785, 0x95C4, 0x8981, 0x95E2, 0xA8E2, 0 }; void _ebcdic () { char *s = (char *) ebcdic_mm; s = (char *) ebcdic_ii; }]], [[ _ascii (); _ebcdic (); ]])], [if grep BIGenDianSyS conftest.$ac_objext >/dev/null ; then sdcc_cv_build_bigendian=yes fi if grep LiTTleEnDian conftest.$ac_objext >/dev/null ; then if test "$sdcc_cv_build_bigendian" = unknown; then sdcc_cv_build_bigendian=no else # finding both strings is unlikely to happen, but who knows? sdcc_cv_build_bigendian=unknown fi fi])])])]) case $sdcc_cv_build_bigendian in yes) m4_default([$1], [AC_DEFINE([BUILD_WORDS_BIGENDIAN], 1, [Define to 1 if your processor stores words with the most significant byte first (like Motorola and SPARC, unlike Intel and VAX).])]) ;; no) $2 ;; *) m4_default([$3], [AC_MSG_ERROR([unknown endianness presetting sdcc_cv_build_bigendian=no (or yes) will help])]) ;; esac ])# SDCC_BUILD_BIGENDIAN SDCC_BUILD_BIGENDIAN # Set standard installation paths # =========================================================================== # In the Makefiles we need paths with '/' as directory separator, even if # crosscompiling for Win32. # And we want to preserve the macros (e.g. ${prefix}) in the Makefiles. # The variables in the Makefiles are replaced by AC_SUBST() # # In sdccconf.h the '/' in paths can be replaced by "\\" (normalized), if # # The macros are expanded for the header. # The variables in the header are replaced by AC_*DEFINE*() # sdccconf_h_dir_separator contains a backslash. AC_ARG_VAR([sdccconf_h_dir_separator], [needed in sdccconf.h: either "/" (default) or "\\"]) if test "x${sdccconf_h_dir_separator}" = "x"; then sdccconf_h_dir_separator="/" fi # Makefiles ########### # LIB_TYPE: # *nix default: "RANLIB" AC_ARG_VAR([LIB_TYPE], [library type: LIB, SDCCLIB, AR or RANLIB (default)]) if test "${LIB_TYPE}" = ""; then LIB_TYPE="RANLIB" fi # include_dir_suffix: # *nix default: "sdcc/include" AC_ARG_VAR([include_dir_suffix], [appended to datadir to define SDCC's include directory]) if test "${include_dir_suffix}" = ""; then include_dir_suffix="sdcc/include" fi # lib_dir_suffix: # *nix default: "sdcc/lib" AC_ARG_VAR([lib_dir_suffix], [appended to datadir to define SDCC's library root directory]) if test "${lib_dir_suffix}" = ""; then lib_dir_suffix="sdcc/lib" fi # docdir: # *nix default: "${datadir}/sdcc/doc" AC_ARG_VAR([docdir], [documentation installation directory]) if test "${docdir}" = ""; then docdir="\${datadir}"/sdcc/doc fi AC_SUBST(EXEEXT) # sdccconf.h ############ AC_DEFINE_UNQUOTED(DIR_SEPARATOR_STRING, "${sdccconf_h_dir_separator}") AC_DEFINE_UNQUOTED(DIR_SEPARATOR_CHAR, '${sdccconf_h_dir_separator}') # prefix: # default: "NONE", ${ac_default_prefix}: "/usr/local" adl_EXPAND(prefix, ac_default_prefix, expanded_prefix) adl_NORMALIZE_DEFINE_UNQUOTED(expanded_prefix, PREFIX, sdccconf_h_dir_separator) # exec_prefix: # default: "${prefix}" adl_EXPAND(exec_prefix, expanded_prefix, expanded_exec_prefix) adl_NORMALIZE_DEFINE_UNQUOTED(expanded_exec_prefix, EXEC_PREFIX, sdccconf_h_dir_separator) # bindir: # default: "${exec_prefix}/bin" adl_EXPAND(bindir, "NONE", expanded_bindir) adl_NORMALIZE_DEFINE_UNQUOTED(expanded_bindir, BINDIR, sdccconf_h_dir_separator) # datadir: # default: "${prefix}/share" adl_EXPAND(datadir, "NONE", expanded_datadir) adl_NORMALIZE_DEFINE_UNQUOTED(expanded_datadir, DATADIR, sdccconf_h_dir_separator) # include/lib suffix norm_inc_dir_suffix=${include_dir_suffix} adl_NORMALIZE_PATH([norm_inc_dir_suffix], [$sdccconf_h_dir_separator]) AC_DEFINE_UNQUOTED(INCLUDE_DIR_SUFFIX, DIR_SEPARATOR_STRING "${norm_inc_dir_suffix}") norm_lib_dir_suffix=${lib_dir_suffix} adl_NORMALIZE_PATH([norm_lib_dir_suffix], [$sdccconf_h_dir_separator]) AC_DEFINE_UNQUOTED(LIB_DIR_SUFFIX, DIR_SEPARATOR_STRING "${norm_lib_dir_suffix}") # relative paths adl_COMPUTE_RELATIVE_PATHS([expanded_bindir:expanded_datadir:bin2data_dir]) adl_NORMALIZE_PATH(bin2data_dir, [$sdccconf_h_dir_separator]) AC_DEFINE_UNQUOTED(BIN2DATA_DIR, DIR_SEPARATOR_STRING "${bin2data_dir}") adl_COMPUTE_RELATIVE_PATHS([expanded_prefix:expanded_bindir:prefix2bin_dir]) adl_NORMALIZE_PATH(prefix2bin_dir, [$sdccconf_h_dir_separator]) AC_DEFINE_UNQUOTED(PREFIX2BIN_DIR, DIR_SEPARATOR_STRING "${prefix2bin_dir}") adl_COMPUTE_RELATIVE_PATHS([expanded_prefix:expanded_datadir:prefix2data_dir]) adl_NORMALIZE_PATH(prefix2data_dir, [$sdccconf_h_dir_separator]) if test "${prefix2data_dir}" = "."; then # small optimization for Mingw32; otherwise Borut will complain ;-) AC_DEFINE_UNQUOTED(PREFIX2DATA_DIR, "") else AC_DEFINE_UNQUOTED(PREFIX2DATA_DIR, DIR_SEPARATOR_STRING "${prefix2data_dir}") fi # standard libs AC_DEFINE_UNQUOTED(STD_LIB, "libsdcc") AC_DEFINE_UNQUOTED(STD_INT_LIB, "libint") AC_DEFINE_UNQUOTED(STD_LONG_LIB, "liblong") AC_DEFINE_UNQUOTED(STD_FP_LIB, "libfloat") AC_DEFINE_UNQUOTED(STD_DS390_LIB, "libds390") AC_DEFINE_UNQUOTED(STD_DS400_LIB, "libds400") AC_DEFINE_UNQUOTED(STD_XA51_LIB, "libxa51") # SDCC runtime environment variables sdcc_dir_name="SDCC_HOME" AC_DEFINE_UNQUOTED(SDCC_DIR_NAME, "${sdcc_dir_name}") sdcc_include_name="SDCC_INCLUDE" AC_DEFINE_UNQUOTED(SDCC_INCLUDE_NAME, "${sdcc_include_name}") sdcc_lib_name="SDCC_LIB" AC_DEFINE_UNQUOTED(SDCC_LIB_NAME, "${sdcc_lib_name}") # Port selection helper # =========================================================================== # macro AC_DO_ENABLER() # $1 used to access enable_$1, e.g. enable_doc # $2 OPT_DISABLE_$2, normally uppercase of $1, e.g. DOC # $3 help string AC_DEFUN([AC_DO_ENABLER], [ AC_ARG_ENABLE($1, AC_HELP_STRING([--enable-$1], $3)) if test "[$]enable_$1" = "yes"; then OPT_ENABLE_$2=1 else OPT_ENABLE_$2=0 fi AC_DEFINE_UNQUOTED(OPT_ENABLE_$2, [$]OPT_ENABLE_$2) AC_SUBST(OPT_ENABLE_$2) ]) # macro AC_DO_DISABLER() # $1 used to access disable_$1, e.g. ucsim # $2 OPT_DISABLE_$2, normally uppercase of $1, e.g. UCSIM # $3 help string AC_DEFUN([AC_DO_DISABLER], [ AC_ARG_ENABLE($1, AC_HELP_STRING([--disable-$1], $3)) dnl the '-' in 'device-lib' needs special handling, dnl because the variable is 'enable_device_lib' arg1=`echo $1 | sed s/-/_/` if test "`eval echo \\$enable_$arg1`" = "no"; then OPT_DISABLE_$2=1 else OPT_DISABLE_$2=0 fi AC_DEFINE_UNQUOTED(OPT_DISABLE_$2, [$]OPT_DISABLE_$2) AC_SUBST(OPT_DISABLE_$2) ]) # macro AC_DO_PORT($1, $2, $3, $4) # $1 used to access enable_$2_port, e.g. gbz80 # $2 port name in ports.all and ports.build, e.g. z80 # $3 OPT_DISABLE_$3, normally uppercase of $2, e.g. GBZ80 # $4 help string AC_DEFUN([AC_DO_PORT], [ AC_ARG_ENABLE($1-port, AC_HELP_STRING([--disable-$1-port], $4)) if test "[$]enable_$1_port" = "no"; then OPT_DISABLE_$3=1 else enable_$1_port="yes" OPT_DISABLE_$3=0 fi AC_DEFINE_UNQUOTED(OPT_DISABLE_$3, [$]OPT_DISABLE_$3) AC_SUBST(OPT_DISABLE_$3) echo $2 >>ports.all if test [$]OPT_DISABLE_$3 = 0; then echo $2 >>ports.build fi ]) # Now handle the port selection # =========================================================================== rm -f ports.all ports.build AC_DO_PORT(mcs51, mcs51, MCS51, [Excludes the Intel mcs51 port]) AC_DO_PORT(gbz80, z80, GBZ80, [Excludes the Gameboy gbz80 port]) AC_DO_PORT(z80, z80, Z80, [Excludes the z80 port]) AC_DO_PORT(avr, avr, AVR, [Excludes the AVR port]) AC_DO_PORT(ds390, ds390, DS390, [Excludes the DS390 port]) AC_DEFINE_UNQUOTED(OPT_DISABLE_TININative, $OPT_DISABLE_DS390) AC_DO_PORT(ds400, ds400, DS400, [Excludes the DS400 port]) AC_DO_PORT(pic, pic, PIC, [Excludes the PIC port]) AC_DO_PORT(pic16, pic16, PIC16, [Excludes the PIC16 port]) AC_DO_PORT(xa51, xa51, XA51, [Excludes the XA51 port]) AC_DO_PORT(hc08, hc08, HC08, [Excludes the HC08 port]) AC_DO_DISABLER(ucsim, UCSIM, [Disables configuring and building of ucsim]) AC_DO_DISABLER(device-lib, DEVICE_LIB, [Disables building device libraries]) AC_DO_DISABLER(packihx, PACKIHX, [Disables building packihx]) AC_DO_DISABLER(sdcpp, SDCPP, [Disables building sdcpp]) AC_DO_DISABLER(sdcdb, SDCDB, [Disables building sdcdb]) AC_DO_ENABLER(doc, DOC, [Enables building the documentation]) AC_CHECK_PROG([LYX], [lyx], [lyx], [:]) AC_CHECK_PROG([LATEX2HTML], [latex2html], [latex2html], [:]) AC_CHECK_PROG([PDFLATEX], [pdflatex], [pdflatex], [:]) AC_CHECK_PROG([PDFOPT], [pdfopt], [pdfopt], [:]) AC_CHECK_PROG([MAKEINDEX], [makeindex], [makeindex], [:]) if test $OPT_ENABLE_DOC = 1; then SDCC_REQUIRE_PROG($LYX, lyx) SDCC_REQUIRE_PROG($LATEX2HTML, latex2html) SDCC_REQUIRE_PROG($PDFLATEX, pdflatex) SDCC_REQUIRE_PROG($PDFOPT, pdfopt) SDCC_REQUIRE_PROG($MAKEINDEX, makeindex) fi AC_DO_ENABLER(libgc, LIBGC, [Use the Bohem memory allocator. Lower runtime footprint.]) if test $OPT_ENABLE_LIBGC = 1; then AC_CHECK_LIB(gc, GC_malloc) if test $ac_cv_lib_gc_GC_malloc = no; then AC_MSG_ERROR([Cannot find library libgc with Bohem memory allocator.]) fi fi #remove duplicates uniq ports.all ports mv ports ports.all uniq ports.build ports mv ports ports.build # Generating output files # =========================================================================== test $OPT_DISABLE_SDCPP = 0 && AC_CONFIG_SUBDIRS(support/cpp) test $OPT_DISABLE_PACKIHX = 0 && AC_CONFIG_SUBDIRS(support/packihx) test $OPT_DISABLE_UCSIM = 0 && AC_CONFIG_SUBDIRS(sim/ucsim) test $OPT_DISABLE_SDCDB = 0 && AC_CONFIG_SUBDIRS(debugger/mcs51) AC_CONFIG_FILES([doc/Makefile]) test $OPT_DISABLE_AVR = 0 && AC_CONFIG_FILES([src/avr/Makefile]) if test $OPT_DISABLE_DS390 = 0; then AC_CONFIG_FILES([src/ds390/Makefile]) test $OPT_DISABLE_DEVICE_LIB = 0 && AC_CONFIG_FILES([device/lib/ds390/Makefile]) fi if test $OPT_DISABLE_DS400 = 0; then AC_CONFIG_FILES([src/ds400/Makefile]) test $OPT_DISABLE_DEVICE_LIB = 0 && AC_CONFIG_FILES([device/lib/ds400/Makefile]) fi if test $OPT_DISABLE_HC08 = 0; then AC_CONFIG_FILES([src/hc08/Makefile as/hc08/Makefile as/link/hc08/Makefile]) test $OPT_DISABLE_DEVICE_LIB = 0 && AC_CONFIG_FILES([device/lib/hc08/Makefile]) fi if test $OPT_DISABLE_MCS51 = 0; then AC_CONFIG_FILES([src/mcs51/Makefile as/mcs51/Makefile as/link/mcs51/Makefile]) test $OPT_DISABLE_DEVICE_LIB = 0 && AC_CONFIG_FILES([device/lib/mcs51/Makefile device/lib/small/Makefile device/lib/medium/Makefile device/lib/large/Makefile]) fi if test $OPT_DISABLE_PIC = 0; then AC_CONFIG_FILES(src/pic/Makefile) test $OPT_DISABLE_DEVICE_LIB = 0 && AC_CONFIG_SUBDIRS(device/lib/pic) fi if test $OPT_DISABLE_PIC16 = 0; then AC_CONFIG_FILES(src/pic16/Makefile) test $OPT_DISABLE_DEVICE_LIB = 0 && AC_CONFIG_SUBDIRS(device/lib/pic16) fi test $OPT_DISABLE_XA51 = 0 && AC_CONFIG_FILES([src/xa51/Makefile]) if test $OPT_DISABLE_Z80 = 0; then AC_CONFIG_FILES([src/z80/Makefile as/Makefile as/z80/Makefile as/link/Makefile as/link/z80/Makefile]) test $OPT_DISABLE_DEVICE_LIB = 0 && AC_CONFIG_FILES([device/lib/z80/Makefile device/lib/gbz80/Makefile]) fi test $OPT_DISABLE_DEVICE_LIB = 0 && AC_CONFIG_FILES([device/lib/Makefile]) AC_CONFIG_FILES([main.mk:main_in.mk src/Makefile device/include/Makefile as/asranlib/Makefile support/librarian/Makefile support/makebin/Makefile support/regression/Makefile support/valdiag/Makefile Makefile Makefile.common:Makefile.common.in ]) AC_OUTPUT # I found no better place mkdir -p bin # Prepare result message # ====================== # In the C-header we need \\ as dir-separator, but in the message only \ dirch=${sdccconf_h_dir_separator} test ${dirch} = '\\' && dirch='\' # calc friendly strings adl_NORMALIZE_PATH_MSG(/${prefix2bin_dir}, [binPath], [$dirch]) adl_NORMALIZE_PATH_MSG(/${prefix2data_dir}/${norm_inc_dir_suffix}, [incPath1], [$dirch]) adl_NORMALIZE_PATH_MSG(/${bin2data_dir}/${norm_inc_dir_suffix}, [incPath2], [$dirch]) adl_NORMALIZE_PATH_MSG(${expanded_datadir}/${norm_inc_dir_suffix}, [incPath3], [$dirch]) adl_NORMALIZE_PATH_MSG(/${prefix2data_dir}/${norm_lib_dir_suffix}, [libPath1], [$dirch]) adl_NORMALIZE_PATH_MSG(/${bin2data_dir}/${norm_lib_dir_suffix}, [libPath2], [$dirch]) adl_NORMALIZE_PATH_MSG(${expanded_datadir}/${norm_lib_dir_suffix}, [libPath3], [$dirch]) AC_MSG_RESULT([ sdcc ${VERSION} is now configured for Build: ${build_alias} Host: ${host_alias} Source directory: ${srcdir} C compiler: ${CC} CFLAGS: ${CFLAGS} ENABLED Ports: avr ${enable_avr_port} ds390 ${enable_ds390_port} ds400 ${enable_ds400_port} gbz80 ${enable_gbz80_port} hc08 ${enable_hc08_port} mcs51 ${enable_mcs51_port} pic ${enable_pic_port} pic16 ${enable_pic16_port} xa51 ${enable_xa51_port} z80 ${enable_z80_port} Disable packihx: ${OPT_DISABLE_PACKIHX} Disable ucsim: ${OPT_DISABLE_UCSIM} Disable device lib: ${OPT_DISABLE_DEVICE_LIB} Disable sdcpp: ${OPT_DISABLE_SDCPP} Disable sdcdb: ${OPT_DISABLE_SDCDB} Enable documentation: ${OPT_ENABLE_DOC} Enable libgc: ${OPT_ENABLE_LIBGC} Install paths: binary files: ${exec_prefix} include files: ${datadir}/${include_dir_suffix} library files: ${datadir}/${lib_dir_suffix} documentation: ${docdir} prefix: ${prefix} datadir: ${datadir} datarootdir: ${datarootdir} Search paths (incomplete, see manual for all search paths): binary files: \$SDCC_HOME${binPath} include files: ${incPath1} path(argv[[0]])${incPath2} ${incPath3} library files: \$SDCC_HOME${libPath1}${dirch} path(argv[[0]])${libPath2}${dirch} ${libPath3}${dirch} ]) # End of configure/configure.in sdcc-2.9.0/configure_vc.awk000066400000000000000000000030631116427777700156400ustar00rootroot00000000000000#!/usr/bin/awk # configure_vc.awk - Genarate sdcc_vc.h using sdcc_vc_in.h as template # and insert the version number definitions from .version # # Written By - Borut Razem borut.razem@siol.net # # This file is part of sdcc. # # This program is free software; you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by the # Free Software Foundation; either version 2, or (at your option) any # later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. BEGIN { # get the values from .version FS="."; getline <".version"; version_high = $1; version_lo = $2; version_patch = $3; print "/*" print " * Generated automatically by configure_vc.awk, DO NOT edit!" print " */" print "" } /^#undef SDCC_VERSION_HI$/ { print("#define SDCC_VERSION_HI " version_high); next } /^#undef SDCC_VERSION_LO$/ { print("#define SDCC_VERSION_LO " version_lo); next } /^#undef SDCC_VERSION_P$/ { print("#define SDCC_VERSION_P " version_patch); next } /^#undef SDCC_VERSION_STR$/ { print("#define SDCC_VERSION_STR " "\"" version_high "." version_lo "." version_patch "\""); next } { print } sdcc-2.9.0/debugger/000077500000000000000000000000001116427777700142455ustar00rootroot00000000000000sdcc-2.9.0/debugger/README000066400000000000000000000403471116427777700151350ustar00rootroot00000000000000sdcc/debugger SDCDB debugger - Development notes. ====================== ddd - Notes from Martin Helmling, May 23, 2003 ======================== Additionally following new commands work: ignore - ignore the breakpoint n times condition <|>|<=|>=|==|!= - break condition commands - see gdb description - ddd - Notes from Martin Helmling, April 28, 2003 ======================== To fullfill the requirements of 'ddd' ( Data Display Debugger ) to use it at graphical frontend to 'sdcdb' some new commands must be implemented. Now you can run the ddd with the commandline ddd -debugger 'sdcdb -cpu 8032 ' Following commands are additional implemented: 1. execution: stepi - Step one instruction exactly using simulator 'step' command. nexti - Step one instruction, but proceed through subroutine calls using simulator 'next' command. break * - Set breakpoint at program address log examples: -> "stepi\n" <- "Simulator stopped at Address 0x0051\n" "\032\032x.c:31:1:beg:0x00000051\n" "(sdcdb) " -> "nexti\n" <- "Simulator stopped at Address 0x0055\n" "\032\032x.c:33:1:beg:0x00000055\n" "(sdcdb) " 2. show machine code window: x /i - disassemble one asm command x disassemble asm commands log examples: -> "x /i 0x00000055\n" <- "0x00000055 :\t\tmov\tr0,#_l\n" "(sdcdb) " -> "disassemble 0x00000055\n" <- "Dump of assembler code for function main:\n" "0x0000004f

:\t\tmov\tr0,#_ttt\n" "0x00000051 :\t\tmov\t@r0,#0x01\n" <- "0x00000053 :\t\tmov\tr2,#0x09\n" "0x00000055 :\t\tmov\tr0,#_l\n" ... "0x000000c1 :\t\tret\n" "End of assembler dump.\n" "(sdcdb) " -> "disassemble 0x40 0x45\n" <- "Dump of assembler code from 0x00000040 to 0x00000045:\n" "0x00000040 :\t\tinc\tr0\n" "0x00000041 :\t\tmov\t@r0,ar3\n" "0x00000043 :\t\tmov\ta,r3\n" "0x00000044 :\t\trlc\ta\n" "0x00000045 :\t\tsubb\ta,acc\n" "End of assembler dump.\n" "(sdcdb) " -> "break x.c:23\n" <- "Breakpoint 1 at 0x4b: file x.c, line 23.\n" "(sdcdb) " -> "info breakpoints\n" <- "Num Type Disp Enb Address What\n" "1 breakpoint keep y 0x0000004b at x.c:23\n" "(sdcdb) " -> 3. show registers and stack frame - print information about the current Stack where - print stack up - Select and print stack frame that called this one down - Select and print stack frame that called this one info registers - show registers info all-registers - show also special these function registers, which are symbolical defined. help show short help for ddd tooltip info log examples: -> "where\n" <- "#0 0x0000004b in subfunc1 () at x.c:23\n" "#1 0x0000004f in main () at x.c:31\n" "(sdcdb) " -> "frame\n" <- "#0 0x0000004b in subfunc1 () at x.c:23\n" "\032\032x.c:23:1:beg:0x0000004b\n" "(sdcdb) " -> "up\n" <- "#1 0x0000004f in main () at x.c:31\n" "\032\032x.c:31:1:beg:0x0000004f\n" "(sdcdb) " -> "frame\n" <- "#1 0x0000004f in main () at x.c:31\n" "\032\032x.c:31:1:beg:0x0000004f\n" "(sdcdb) " -> "down\n" <- "#0 0x0000004b in subfunc1 () at x.c:23\n" "\032\032x.c:23:1:beg:0x0000004b\n" "(sdcdb) " -> "frame\n" <- "#0 0x0000004b in subfunc1 () at x.c:23\n" "\032\032x.c:23:1:beg:0x0000004b\n" "(sdcdb) " -> "info registers\n" <- "R0 : 0x87 135 .\n" "R1 : 0x00 0 .\n" "R2 : 0x05 5 .\n" "R3 : 0x00 0 .\n" "R4 : 0x00 0 .\n" "R5 : 0x08 8 .\n" "R6 : 0x00 0 .\n" "ACC : 0x00 0 .\n" "B : 0x00 0 .\n" "DPTR: 0x0005 5\n" "@DPTR: 0x00 0 .\n" "PSW : 0x00 | CY : 0 | AC : 0 | OV : 0 | P : 0\n" "(sdcdb) " # Showing all registers. -> "info all-registers\n" <- "R0 : 0x87 135 .\n" "R1 : 0x00 0 .\n" "R2 : 0x05 5 .\n" "R3 : 0x00 0 .\n" "R4 : 0x00 0 .\n" "R5 : 0x08 8 .\n" "R6 : 0x00 0 .\n" "ACC : 0x00 0 .\n" "B : 0x00 0 .\n" "DPTR: 0x0005 5\n" "@DPTR: 0x00 0 .\n" "PSW : 0x00 | CY : 0 | AC : 0 | OV : 0 | P : 0\n" "Special Function Registers:\n" <- "P0=0xff P0_0=1 P0_1=1 P0_2=1 P0_3=1\n" "SP=0x13\n" "(sdcdb) " -> "help step\n" <- "Step program until it reaches a different source line.\n" "(sdcdb) " -> "help stepi\n" <- "Step one instruction exactly.\n" "(sdcdb) " 4. show and set variables: output [/] print value of without newline for tooltip of ddd print [/] print value of with newline display [/] print value of every time the program is stopped or 'display' command without args is used. set variable = is the format for the basic type which is print out. If no format is set the default format is used. format is set by ddd 'x' as hex 'o' as octal, 'd' as dezimal and 't' as binary. can by a variable , a array element , a structure element ( [] and . is parsed ). indices of arrays may be constants or variables. ( dereference of pointers and casting today not implemented !! ) log examples: code: typedef unsigned char uchar; idata long l; typedef struct _txstate { uchar dstatus[4]; uchar avalue [8 ]; } txstate_t; xdata txstate_t txstates[8]; -> "output l\n" <- "5(sdcdb) " -> "display l\n" <- "(sdcdb) " -> "display /x l\n" <- "(sdcdb) " -> "display\n" <- "2: /x l = 0x00000005\n" "1: l = 5\n" "(sdcdb) " -> "display /o l\n" <- "(sdcdb) " -> "display\n" <- "3: /o l = 00000000005\n" "2: /x l = 0x00000005\n" "1: l = 5\n" "(sdcdb) " -> "display /d l\n" <- "(sdcdb) " -> "display\n" <- "4: /d l = 5\n" "3: /o l = 00000000005\n" "2: /x l = 0x00000005\n" "1: l = 5\n" "(sdcdb) " -> "display /t l\n" <- "(sdcdb) " -> "display\n" <- "5: /t l = 00000000000000000000000000000101\n" "4: /d l = 5\n" "3: /o l = 00000000005\n" "2: /x l = 0x00000005\n" "1: l = 5\n" "(sdcdb) " -> "output l\n" <- "5(sdcdb) " -> "print txstates\n" <- "$2 = { { dstatus = {\'\\1\',\'\\0\',\'\\0\',\'\\0\'}, avalue = {\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\'}}, { dstatus = {\'\\0\',\'\\2\',\'\\0\',\'\\0\'}, avalue = {\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\'}}, { dstatus = {\'\\0\',\'\\0\',\'\\375\',\'\\0\'}, avalue = {\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\'}}, { dstatus = {\'\\0\',\'\\0\',\'\\0\',\'\\0\'}, avalue = {\'\\0\',\'\\0\',\'\\0\',\'\\4\',\'\\0\',\'\\0\',\'\\0\',\ '\\0\'}}, { dstatus = {\'\\0\',\'\\0\',\'\\0\',\'\\0\'}, avalue = {\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\'}}, { dstatus = {\'\\0\',\'\\0\',\'\\0\',\'\\0\'}, avalue = {\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\'}}, { dstatus = {\'\\0\',\'\\0\',\'\\0\',\'\\0\'}, avalue = {\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\'}}, { dstatus = {\'\\0\',\'\\0\',\'\\0\',\'\\0\'}, avalue = {\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\0\',\'\\ 0\'}}}\n" "(sdcdb) " -> "print txstates[1].dstatus[1]\n" <- "$5 = \'\\2\'\n" "(sdcdb) " -> "print /x txstates[1].dstatus[1]\n" <- "$7 = 0x02\n" -> "output txstates[1].dstatus[1]\n" <- "\'\\2\'(sdcdb) " -> "set variable txstates[1].dstatus[1] = 0x10\n" <- "(sdcdb) " -> "print /t txstates[1].dstatus[1]\n" <- "$9 = 00010000\n" -> "print /x txstates[1].dstatus[1]\n" <- "$10 = 0x10\n" -> "output l\n" <- "5(sdcdb) " -> "set variable l = 2\n" <- "(sdcdb) " -> "print l\n" <- "$15 = 2\n" -> "print /x txstates[l].dstatus[2]\n" <- "$16 = 0xfd\n" --------------------------------------------------- Implementation Notes: IMEM and XMEM are cached to optimize the printaut of structures and arrays Notes April 23, 2003 ======================== Martin Helmling added support for ddd GUI debugger. Code added to display assembly, set variables, and other commands to interface to ddd. From Martins email: in the attachment is my actual patch. The 'up' and 'down' stack commands are not implemented. But the features for 'ddd' to see bopth the c source and the assembler works, also the display of variables. Set variables are only implemented for basic types. Register variables can also displayed, but here I think a problem in the *.cdb file exists. Sometimes the register name not exists: S:LcacheTxAnalogValue$offset$1$1({1}SC:U),E,0,0 S:LcacheTxAnalogValue$i$1$1({1}SC:S),R,0,0,[] S:LcacheTxAnalogValue$val$1$1({4}ST__00020000:S),E,0,0 S:LcacheTxAnalogValue$value$1$1({1}SC:U),R,0,0,[] S:LcacheTxAnalogValue$sloc0$1$0({4}SL:U),E,0,0 S:LsetRelays$addr$1$1({1}SC:U),R,0,0,[r2] S:LsetRelays$state$1$1({1}SC:U),R,0,0,[r3] S:LsetRelays$value$1$1({1}SC:U),R,0,0,[r5] S:L_main$i$1$1({1}SC:U),R,0,0,[] S:L_main$j$1$1({1}SC:U),R,0,0,[r3] S:L_main$ok$1$1({1}SC:U),R,0,0,[r3] the empty [] I mean !! Is this a known bug in sdcc ? Also sometimes not the correct breakpoints for stepping found in sdcdb. I try to fix this tomorrow. Additional patches and notes from Martin(4-24-03): in the attachment you found three patches: debugpatch: Only for debugging, you can switch on and off the 4 different debug and you can grep the debug by the prefix. signalpatch:Now the simulator stops if the user sends an interrupt ( or 'ddd' ) and also the simulator does not die by another user signal. sympatch: This is not a feature, THIS is the fix of a BUG !!! In some circumstances in the *.cdb file the Symbol record comes before the function record. So the symbol was generated TWO TIMES in the symbol list. The L:G and L:XG records then insert entry and exit address to the wrong symbol. So before a new symbol is generated for the function, a lookup in the symboltable is done. Example of a *.cdb: S:G$ZpuInitialize$0$0({2}DF,SV:S),C,0,0 S:G$ZpuInitialize$0$0({2}DF,SV:S),C,0,0 F:G$ZpuInitialize$0$0({2}DF,SV:S),Z,0,0,0,0,0 S:LZpuInitialize$i$1$1({2}SI:S),R,0,0,[] L:G$ZpuInitialize$0$0:ADF L:XG$ZpuInitialize$0$0:BBB Notes Feb 10, 2002 - Karl Bongers ======================== SDCDB is a debugger for SDCC compiler. It works as a front end to the ucSim simulator/disassembler program. WARNING: SDCDB is EXPERIMENTAL and NOT A FULLY FUNCTIONING TOOL. SDCDB does hold out promise for a nice debugger tool that could integrate well with ucSim and other SDCC tools. It has some nice functionality that could augment ucSim nicely. It reads in a lot of symbolic information from the .CDB debug files as well as the source code and assembly listings referred to in these CDB files. This can be used to display your program data, list c or asm source code and set breakpoints. Unfortunately, SDCDB is not quite finished and does not function well enough yet to recommend for general use. Usage Notes ====================== Compile with --debug option: sdcc --debug hi.c This should generate .cdb symbolic debug files. Load sdcdb, like this: sdcdb hi.ihx Then you need to do an initial "run" command. It should hopefully stop somewhere at the main() entrypoint. Now you should be able to list code, and set breakpoints. Type "c" to continue running to a breakpoint, or type "s" to single step or "n" to skip function calls. Tpye "help" for a summary of commands. Use a preceeding bang("!") to do s51 simulator commands. So for example: !pc will send the "pc" command to ucSim and give you the program counter and list the current line of assembly. !help will give you the brief command line help listing of ucSim. But this help will scroll of the screen. So to get a list, I redirect stdout to a text file to examine like this: sdcdb hi.ihx 2>&1 | tee sdcdb.log Type '.' to toggle to a full time ucSim prompt. SDCDB problem areas. ====================== Ok, so what are some of its problems? Lets try to itemize them so we can fix them: * It hangs sometimes when trying to do step or next. This probably has something to do with the context sdcdb tries to build dynamically. Sdcdb tries to trace program operation by placing hidden breakpoints and stepping threw the simulation between these. * Does not print variables properly. Seems to use the wrong address for the variable. (fixed) * ASM listing not implemented. This should be easy enough to add. This feature really needs to be implemented before this is a useful tool. That or addresses of code functions need to be readily available for raw ucSim commands. * No way to browse symbols, files names. Preferably, it is easy to learn the addresses of variables and functions too. (working on this... see new ls,lm,lf commands) * Does not allow listing, setting breakpoints or viewing variables before starting the simulation. (I am fixing now, partly fixed) * p codestr - print on code char * broken, could be CDB info invalid. Changes Made ====================== Added a -z option. Any options after -z on sdcdb invocation line are passed directly to ucSim. Fixed print basic variable command(was not parsing or expecting "0x" in data coming from ucSim). Dump bit command changed from "db" to "dump". Add support for the following alternative ucSim binaries: -mz80 - use "uz80" simulator. -mavr - use "uavr" simulator. -mxa - use "uxa" simulator. Note that Z80(and probably avr/xa) does not produce enough CDB debugging information to make SDCDB useful. Hopefully CDB support will be added to these other linkers and code generators. Added lf,lm,ls commands(list functions, list modules, list symbols). This allows browsing some the CDB information SDCDB pulls in to do the wonderful things it does. Added '.' prefix/command, used alone switches back and forth from ucSim/SDCDB command mode). Also when at the (ucsim) prompt, if a command is prefixed with '.' it will route the command to the SDCDB command processor. (This could obsolete the '!' prefix). ====================== Fix any remaining shortcomings above and make sdcdb integrate better with ucSim. Concerning the hanging on next/step instructions: This is critical to fix. I beleive the problem is related to SDCDB's attempt to dynamically track context. To do this, it sets many temporary break points and uses these to progress step by step through the source code. It does not seem reliable. It might be an idea to offer a simplified mode of stepping and breakpoints. Need to study this more. Make SDCDB integrate better with ucSim. I think if sdcdb can act more transparently in regard to ucSim it would be used more. So stress adding value and enhancing ucSim operation, and not block or hide the functionality of ucSim. * combine print "p" & "pt" together. We have room on the screen, might as well print its type, address and value in one command. * "fr" command prints the current position in the C code. Should also print the raw code address for dumping ucSim code. Developer Notes: ====================== To debug, it might be helpful to turn on verbose debug dumps by uncommenting #define SDCDB_DEBUG in sdcdb.h. Some basic layout: sdcdb.c - main shell of the program. cmd.c - process user commands typed in. simi.c - handle talking to the simulator via a socket connection. symtab.c - Misc. functions to translate and process linked list structures(modules, functions, symbols, etc) and CDB file parsing. break.c - track and implement break points. Understanding the structures and access mechanisms of SDCDB is a bit of work. The structures include generic linked list and function access. These lists are accessed in part by the functions from ../../src/SDCCset.c and SDCChash.c. See the cmd.c:infoSymbols() routine to gain some insight into these main program structures. Or type "info symbols" to dump out some of these. The new ls,lm,lf commands are also based on showing information about these lists of structures. Generic functions are used to act on these linked lists of structures. For example, in cmd.c, DEFSETFUNC(funcWithName) function will find a function structure with a given name. So the linked list of function structures(with the head "functions") is traversed and when one is found with a matching name, a pointer to the function structure is returned. The src/SDCCset.c,SDCCset.h contain much of the core helper routines to allowed to implement these linked list access functions. The dynamic context tracking is difficult to understand. It has some concept of stack use, as in cmd.c:printSymValue(), where it can print variables relative to the stack pointer. sdcc-2.9.0/debugger/mcs51/000077500000000000000000000000001116427777700151755ustar00rootroot00000000000000sdcc-2.9.0/debugger/mcs51/Makefile.in000066400000000000000000000054551116427777700172530ustar00rootroot00000000000000# # # SHELL = /bin/sh CC = @CC@ CPP = @CPP@ INSTALL = @INSTALL@ STRIP = @STRIP@ top_builddir = ../../ top_srcdir = @srcdir@/../.. SLIB = $(top_srcdir)/support/Util SDCCLIB = $(top_srcdir)/src VPATH = @srcdir@ srcdir = @srcdir@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ STD_INC = @sdcc_include_dir@ CPPFLAGS = @CPPFLAGS@ -I. -I$(top_builddir) -I$(top_srcdir) -I$(SLIB) -DHAVE_CONFIG_H CFLAGS = @CFLAGS@ M_OR_MM = @M_OR_MM@ LDFLAGS = @LDFLAGS@ EXEEXT = @EXEEXT@ LIBS = @LIBS@ @LIBREADLINE@ LIBDIRS = OBJECTS = sdcdb.o symtab.o simi.o \ break.o cmd.o SLIBOBJS = NewAlloc.o SDCCOBJS = SDCCset.o SDCChasht.o SDCCerr.o SOURCES = $(patsubst %.o,%.c,$(OBJECTS)) SLIBSOURCES = $(patsubst %.o,$(SLIB)/%.c,$(SLIBOBJS)) SDCCSOURCES = $(patsubst %.o,$(SDCCLIB)/%.c,$(SDCCOBJS)) TARGET = $(top_builddir)/bin/sdcdb$(EXEEXT) # Compiling entire program or any subproject # ------------------------------------------ all: checkconf $(TARGET) # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs $(INSTALL) $(TARGET) $(DESTDIR)$(bindir)/sdcdb$(EXEEXT) $(STRIP) $(DESTDIR)$(bindir)/sdcdb$(EXEEXT) cp $(srcdir)/sdcdb.el $(DESTDIR)$(bindir)/sdcdb.el cp $(srcdir)/sdcdbsrc.el $(DESTDIR)$(bindir)/sdcdbsrc.el # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/sdcdb$(EXEEXT) rm -f $(DESTDIR)$(bindir)/sdcdb.el rm -f $(DESTDIR)$(bindir)/sdcdbsrc.el # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(SOURCES) $(SLIBSOURCES) $(SDCCSOURCES) $(srcdir)/*.h $(top_builddir)/*.h $(top_srcdir)/*.h $(CPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.c,$^) >Makefile.dep ifeq "$(findstring $(MAKECMDGOALS),uninstall installcheck installdirs checkconf \ clean distclean mostlyclean realclean)" "" -include Makefile.dep endif include $(srcdir)/clean.mk # My rules # -------- $(TARGET): $(OBJECTS) $(SLIBOBJS) $(SDCCOBJS) $(CC) $(LDFLAGS) -o $@ $(OBJECTS) $(SLIBOBJS) $(SDCCOBJS) $(LIBDIRS) $(LIBS) .c.o: $(CC) $(CPPFLAGS) $(CFLAGS) -c -o $@ $< $(SLIBOBJS):%.o:$(SLIB)/%.c $(CC) $(CPPFLAGS) $(CFLAGS) -c -o $@ $< $(SDCCOBJS):%.o:$(SDCCLIB)/%.c $(CC) $(CPPFLAGS) $(CFLAGS) -c -o $@ $< # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of cpp/Makefile sdcc-2.9.0/debugger/mcs51/acinclude.m4000066400000000000000000000043261116427777700173730ustar00rootroot00000000000000dnl Borut Razem dnl dnl This macro checks for the presence of the readline library. dnl It works also in cross-compilation environment. dnl dnl To get it into the aclocal.m4 dnl file, do this: dnl aclocal -I . --verbose dnl dnl The --verbose will show all of the files that are searched dnl for .m4 macros. AC_DEFUN([wi_LIB_READLINE], [ dnl check for the readline.h header file AC_CHECK_HEADER(readline/readline.h) if test "$ac_cv_header_readline_readline_h" = yes; then dnl check the readline version cat > conftest.$ac_ext < #include wi_LIB_READLINE_VERSION RL_VERSION_MAJOR RL_VERSION_MINOR EOF wi_READLINE_VERSION=$($CPP $CPPFLAGS conftest.$ac_ext | sed -n -e "s/^wi_LIB_READLINE_VERSION *\([[0-9\]][[0-9\]]*\) *\([[0-9\]][[0-9\]]*\)$/\1.\2/p") rm -rf conftest* if test -n "$wi_READLINE_VERSION"; then wi_MAJOR=$(expr $wi_READLINE_VERSION : '\([[0-9]][[0-9]]*\)\.') wi_MINOR=$(expr $wi_READLINE_VERSION : '[[0-9]][[0-9]]*\.\([[0-9]][[0-9]]*$\)') if test $wi_MINOR -lt 10; then wi_MINOR=$(expr $wi_MINOR \* 10) fi wi_READLINE_VERSION=$(expr $wi_MAJOR \* 100 + $wi_MINOR) else wi_READLINE_VERSION=-1 fi dnl check for the readline library ac_save_LIBS="$LIBS" # Note: $LIBCURSES is permitted to be empty. for LIBREADLINE in "-lreadline.dll" "-lreadline" "-lreadline $LIBCURSES" "-lreadline -ltermcap" "-lreadline -lncurses" "-lreadline -lcurses" do AC_MSG_CHECKING([for GNU Readline library $LIBREADLINE]) LIBS="$ac_save_LIBS $LIBREADLINE" AC_TRY_LINK([ /* includes */ #include #include ],[ /* function-body */ int dummy = rl_completion_append_character; /* rl_completion_append_character appeared in version 2.1 */ readline(NULL); ],[ wi_cv_lib_readline=yes AC_MSG_RESULT(yes) ],[ wi_cv_lib_readline=no AC_MSG_RESULT(no) ]) if test "$wi_cv_lib_readline" = yes; then AC_SUBST(LIBREADLINE) AC_DEFINE_UNQUOTED(HAVE_LIBREADLINE, $wi_READLINE_VERSION, [Readline]) break fi done LIBS="$ac_save_LIBS" fi ]) sdcc-2.9.0/debugger/mcs51/aclocal.m4000066400000000000000000000052731116427777700170440ustar00rootroot00000000000000dnl aclocal.m4 generated automatically by aclocal 1.4-p6 dnl Copyright (C) 1994, 1995-8, 1999, 2001 Free Software Foundation, Inc. dnl This file is free software; the Free Software Foundation dnl gives unlimited permission to copy and/or distribute it, dnl with or without modifications, as long as this notice is preserved. dnl This program is distributed in the hope that it will be useful, dnl but WITHOUT ANY WARRANTY, to the extent permitted by law; without dnl even the implied warranty of MERCHANTABILITY or FITNESS FOR A dnl PARTICULAR PURPOSE. dnl This macro will check for the presence of the readline library. dnl To get it into the aclocal.m4 dnl file, do this: dnl aclocal -I . --verbose dnl dnl The --verbose will show all of the files that are searched dnl for .m4 macros. AC_DEFUN([wi_LIB_READLINE], [ dnl check for the readline.h header file AC_CHECK_HEADER(readline/readline.h) if test "$ac_cv_header_readline_readline_h" = yes; then dnl check the readline version cat > conftest.$ac_ext < #include wi_LIB_READLINE_VERSION RL_VERSION_MAJOR RL_VERSION_MINOR EOF wi_READLINE_VERSION=$($CPP $CPPFLAGS conftest.$ac_ext | sed -n -e "s/^wi_LIB_READLINE_VERSION *\([[0-9\]][[0-9\]]*\) *\([[0-9\]][[0-9\]]*\)$/\1.\2/p") rm -rf conftest* if test -n "$wi_READLINE_VERSION"; then wi_MAJOR=$(expr $wi_READLINE_VERSION : '\([[0-9]][[0-9]]*\)\.') wi_MINOR=$(expr $wi_READLINE_VERSION : '[[0-9]][[0-9]]*\.\([[0-9]][[0-9]]*$\)') if test $wi_MINOR -lt 10; then wi_MINOR=$(expr $wi_MINOR \* 10) fi wi_READLINE_VERSION=$(expr $wi_MAJOR \* 100 + $wi_MINOR) else wi_READLINE_VERSION=-1 fi dnl check for the readline library ac_save_LIBS="$LIBS" # Note: $LIBCURSES is permitted to be empty. for LIBREADLINE in "-lreadline.dll" "-lreadline" "-lreadline $LIBCURSES" "-lreadline -ltermcap" "-lreadline -lncurses" "-lreadline -lcurses" do AC_MSG_CHECKING([for GNU Readline library $LIBREADLINE]) LIBS="$ac_save_LIBS $LIBREADLINE" AC_TRY_LINK([ /* includes */ #include #include ],[ /* function-body */ int dummy = rl_completion_append_character; /* rl_completion_append_character appeared in version 2.1 */ readline(NULL); ],[ wi_cv_lib_readline=yes AC_MSG_RESULT(yes) ],[ wi_cv_lib_readline=no AC_MSG_RESULT(no) ]) if test "$wi_cv_lib_readline" = yes; then AC_SUBST(LIBREADLINE) AC_DEFINE_UNQUOTED(HAVE_LIBREADLINE, $wi_READLINE_VERSION, [Readline]) break fi done LIBS="$ac_save_LIBS" fi ]) sdcc-2.9.0/debugger/mcs51/break.c000066400000000000000000000450011116427777700164250ustar00rootroot00000000000000/*------------------------------------------------------------------------- break.c - Source file for break point management Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "sdcdb.h" #include "symtab.h" #include "break.h" #include "cmd.h" #include "newalloc.h" hTab *bptable = NULL; char doingSteps = 0; char userBpPresent = 0; /* call stack can be 1024 deep */ STACK_DCL(callStack,function *,1024); #ifdef SDCDB_DEBUG char *debug_bp_type_strings[] = {"ERR-0", "DATA", "CODE" , "A_CODE" , "USER" , "STEP" , "NEXT" , "FENTRY" , "FEXIT", "TMPUSER", ""}; #endif static long bpnum = 0; long getLastBreakptNumber() { return bpnum; } void resetHitCount() { int k; breakp *bp; for ( bp = hTabFirstItem(bptable,&k); bp ; bp = hTabNextItem(bptable,&k)) { bp->hitCnt = 0; bp->ignoreCnt = 0; } } /*-----------------------------------------------------------------*/ /* setBreakPoint - creates an entry in the break point table */ /*-----------------------------------------------------------------*/ int setBreakPoint (unsigned addr, char addrType, char bpType, int (*callBack)(unsigned,breakp *,context *) , char *fileName, int lineno) { breakp *bp, *bpl; Dprintf(D_break, ("setBreakPoint: addr:%x atype:%s bpType:%s [%s:%d]\n", addr, debug_bp_type_strings[addrType], debug_bp_type_strings[bpType], fileName, lineno+1)); /* allocate & init a new bp */ bp = Safe_calloc(1,sizeof(breakp)); bp->addr = addr; bp->addrType = addrType; bp->bpType = bpType; bp->callBack = callBack; bp->bpnum = ((bpType == USER || bpType == TMPUSER)? ++bpnum : 0); bp->filename = fileName; bp->lineno = lineno; /* if this is an user break point then check if there already exists one for this address */ if (bpType == USER || bpType == TMPUSER) { for ( bpl = hTabFirstItemWK(bptable,addr) ; bpl; bpl = hTabNextItemWK(bptable)) { /* if also a user break point then issue Note : */ if (bpl->bpType == USER || bpType == TMPUSER) fprintf(stderr,"Note: breakpoint %d also set at pc 0x%x\n", bpl->bpnum,bpl->addr); } fprintf(stderr,"Breakpoint %d at 0x%x: file %s, line %d.\n", bp->bpnum, addr, fileName, lineno+1); userBpPresent++; } if (bpType != STEP && bpType != NEXT) { /* if a break point does not already exist then send command to simulator to add one */ if (!hTabSearch(bptable,addr)) /* send the break command to the simulator */ simSetBP (addr); } /* now add the break point to list */ hTabAddItem(&bptable,addr,bp); return bp->bpnum ; } /*-----------------------------------------------------------------*/ /* deleteSTEPbp - deletes all step break points */ /*-----------------------------------------------------------------*/ void deleteSTEPbp () { breakp *bp; int k; Dprintf(D_break, ("break: Deleting all STEP BPs\n")); /* for break points delete if they are STEP */ for ( bp = hTabFirstItem(bptable,&k); bp ; bp = hTabNextItem(bptable,&k)) { /* if this is a step then delete */ if (bp->bpType == STEP) { hTabDeleteItem(&bptable,bp->addr,bp,DELETE_ITEM,NULL); Safe_free(bp); } } } /*-----------------------------------------------------------------*/ /* deleteNEXTbp - deletes all step break points */ /*-----------------------------------------------------------------*/ void deleteNEXTbp () { breakp *bp; int k; Dprintf(D_break, ("break: Deleting all NEXT BPs\n")); /* for break points delete if they are NEXT */ for ( bp = hTabFirstItem(bptable,&k); bp ; bp = hTabNextItem(bptable,&k)) { /* if this is a step then delete */ if (bp->bpType == NEXT) { hTabDeleteItem(&bptable,bp->addr,bp,DELETE_ITEM,NULL); Safe_free(bp); } } } static void freeUSERbp(breakp *bp) { if ( bp->commands ) Safe_free(bp->commands); if ( bp->condition ) Safe_free(bp->condition); Safe_free(bp); } /*-----------------------------------------------------------------*/ /* deleteUSERbp - deletes USER break point with number */ /*-----------------------------------------------------------------*/ void deleteUSERbp (int bpnum) { breakp *bp; int k; Dprintf(D_break, ("break: deleteUSERbp %d\n", bpnum)); /* for break points delete if they are STEP */ for ( bp = hTabFirstItem(bptable,&k); bp ; bp = hTabNextItem(bptable,&k)) { /* if this is a user then delete if break point matches or bpnumber == -1 (meaning delete all user break points */ if ((bp->bpType == USER || bp->bpType == TMPUSER ) && ( bp->bpnum == bpnum || bpnum == -1)) { hTabDeleteItem(&bptable,bp->addr,bp,DELETE_ITEM,NULL); /* if this leaves no other break points then send command to simulator to delete bp from this addr */ if (hTabSearch(bptable,bp->addr) == NULL) { simClearBP (bp->addr); Dprintf(D_break, ("break: deleteUSERbp:simClearBP 0x%x\n", bp->addr)); } fprintf(stdout,"Deleted breakpoint %d\n",bp->bpnum); userBpPresent-- ; freeUSERbp(bp); if (bpnum == -1) continue ; else break; } } if (!bp && bpnum != -1) fprintf(stderr,"No breakpoint number %d.\n",bpnum); } /*-----------------------------------------------------------------*/ /* setUserbpCommand - set commandstring for breakpoint */ /*-----------------------------------------------------------------*/ void setUserbpCommand (int bpnum, char *cmds) { breakp *bp; int k; Dprintf(D_break, ("break: setUserbpCommand %d: commands:\n%send\n", bpnum, cmds)); for ( bp = hTabFirstItem(bptable,&k); bp ; bp = hTabNextItem(bptable,&k)) { if ((bp->bpType == USER || bp->bpType == TMPUSER ) && ( bp->bpnum == bpnum )) { if ( bp->commands ) Safe_free(bp->commands); bp->commands = cmds; return; } } fprintf(stderr,"No breakpoint number %d.\n",bpnum); } /*-----------------------------------------------------------------*/ /* setUserbpCondition - set condition string for breakpoint */ /*-----------------------------------------------------------------*/ void setUserbpCondition (int bpnum, char *cond) { breakp *bp; int k; Dprintf(D_break, ("break: setUserbpCondition %d: condition:'%s'\n", bpnum, cond?cond:"")); for ( bp = hTabFirstItem(bptable,&k); bp ; bp = hTabNextItem(bptable,&k)) { if ((bp->bpType == USER || bp->bpType == TMPUSER ) && ( bp->bpnum == bpnum )) { if ( bp->condition ) Safe_free(bp->condition); bp->condition = cond; return; } } fprintf(stderr,"No breakpoint number %d.\n",bpnum); } /*-----------------------------------------------------------------*/ /* setUserbpIgnCount - set ignorecount for breakpoint */ /*-----------------------------------------------------------------*/ void setUserbpIgnCount (int bpnum, int ignorecnt ) { breakp *bp; int k; Dprintf(D_break, ("break: setUserbpIgnCount %d: ignorecnt=%d\n", bpnum, ignorecnt)); for ( bp = hTabFirstItem(bptable,&k); bp ; bp = hTabNextItem(bptable,&k)) { if ((bp->bpType == USER || bp->bpType == TMPUSER ) && ( bp->bpnum == bpnum )) { bp->ignoreCnt = bp->hitCnt + ignorecnt; return; } } fprintf(stderr,"No breakpoint number %d.\n",bpnum); } /*-----------------------------------------------------------------*/ /* listUSERbp - list all user break points */ /*-----------------------------------------------------------------*/ void listUSERbp () { breakp *bp; int k, isuser; /* if there are none then say so & return */ if (!userBpPresent) { fprintf(stdout,"No breakpoints.\n"); return ; } fprintf(stdout,"Num Type Disp Enb Address What\n"); for ( bp = hTabFirstItem(bptable,&k) ; bp ; bp = hTabNextItem(bptable,&k)) { isuser = 0; if (bp->bpType == USER ) { fprintf(stdout,"%-3d breakpoint keep y 0x%08x at %s:%d\n", bp->bpnum,bp->addr, bp->filename,bp->lineno+1); isuser = 1; } else if (bp->bpType == TMPUSER ) { fprintf(stdout,"%-3d breakpoint del y 0x%08x at %s:%d\n", bp->bpnum,bp->addr, bp->filename,bp->lineno+1); isuser = 1; } if ( ! isuser ) continue; if ( bp->ignoreCnt > bp->hitCnt ) fprintf(stdout,"\tignore next %d hits\n", bp->ignoreCnt - bp->hitCnt ); if ( bp->condition ) fprintf(stdout,"\tstop only if %s\n",bp->condition ); if ( bp->hitCnt > 0 ) fprintf(stdout,"\tbreakpoint already hit %d time%s\n", bp->hitCnt,bp->hitCnt>1?"s":"" ); } } /*-----------------------------------------------------------------*/ /* simStopBPCB - simulator stopped break point */ /*-----------------------------------------------------------------*/ static int simStopBPCB( unsigned int addr) { fprintf(stdout,"Simulator stopped at Address 0x%04x\n",addr); fprintf(stdout,"%s",simResponse()); return 1; } /*-----------------------------------------------------------------*/ /* clearUSERbp - deletes USER break point at address */ /*-----------------------------------------------------------------*/ void clearUSERbp ( unsigned int addr ) { breakp *bp; /* for break points delete if they are STEP */ for ( bp = hTabFirstItemWK(bptable,addr); bp ; bp = hTabNextItemWK(bptable)) { /* if this is a step then delete */ if (bp->bpType == USER || bp->bpType == TMPUSER) { hTabDeleteItem(&bptable,bp->addr,bp,DELETE_ITEM,NULL); /* if this leaves no other break points then send command to simulator to delete bp from this addr */ if (hTabSearch(bptable,bp->addr) == NULL) { simClearBP(bp->addr); } fprintf(stdout,"Deleted breakpoint %d\n", bp->bpnum); userBpPresent-- ; freeUSERbp(bp); break; } } if (!bp) fprintf(stderr,"No breakpoint at address 0x%x.\n",addr); } /*-----------------------------------------------------------------*/ /* dispatchCB - will lookup the bp table and dispatch the cb funcs */ /*-----------------------------------------------------------------*/ int dispatchCB (unsigned addr, context *ctxt) { breakp *bp; int rv =0; Dprintf(D_break, ("break: dispatchCB: addr:0x%x \n", addr)); /* if no break points set for this address then use a simulator stop break point */ if ((bp = hTabFirstItemWK(bptable,addr)) == NULL) { if ( doingSteps == 2 ) return 1; if ( doingSteps ) return 0; if ( contsim ) return 0; return simStopBPCB(addr); } /* dispatch the call back functions */ for (; bp; bp = hTabNextItemWK(bptable)) { rv += (*bp->callBack)(addr,bp,ctxt); } if (rv == 0) { Dprintf(D_break, ("break: dispatchCB: WARNING rv==0\n", rv)); } return rv; } /*-----------------------------------------------------------------*/ /* fentryCB - callback function for function entry */ /*-----------------------------------------------------------------*/ BP_CALLBACK(fentryCB) { function *func; /* we save the value of SP which will be used to display the value of local variables and parameters on the stack */ ctxt->func->stkaddr = simGetValue (0x81,'I',1); Dprintf(D_break, ("break: fentryCB: BP_CALLBACK entry %s sp=0x%02x %p\n", ctxt->func->sym->name, ctxt->func->stkaddr, p_callStack)); /* and set laddr of calling function to return addr from stack */ if ((func = STACK_PEEK(callStack))) { /* extern stack ?? 'A' */ func->laddr = simGetValue (ctxt->func->stkaddr-1,'B',2); } /* add the current function into the call stack */ STACK_PUSH(callStack,ctxt->func); return 0; } /*-----------------------------------------------------------------*/ /* fexitCB - call back for function exit */ /*-----------------------------------------------------------------*/ BP_CALLBACK(fexitCB) { function *func; /* pop the top most from the call stack */ func = STACK_POP(callStack); if (!func) { fprintf(stdout, "Stack underflow\n"); return 1; } Dprintf(D_break, ("break: fexitCB: BP_CALLBACK entry %s %p\n", func->sym->name, p_callStack)); /* check main function */ if ( !strcmp(func->sym->name, "main")) { fprintf(stdout, "Program exited with code %lu.\n", simGetValue (0x82,'I',2)); return 1; } return 0; } /*-----------------------------------------------------------------*/ /* userBpCB - call back function for user break points */ /*-----------------------------------------------------------------*/ BP_CALLBACK(userBpCB) { bp->hitCnt++ ; Dprintf(D_break, ("break: userBpCB: BP_CALLBACK entry hit=%d ignor=%d\n", bp->hitCnt, bp->ignoreCnt)); if ( bp->ignoreCnt > bp->hitCnt ) return 0; if ( bp->condition ) { if (! conditionIsTrue( bp->condition, ctxt )) return 0; } if ( bp->commands ) { Dprintf(D_break, ("break: userBpCB: commands:%p\n", bp->commands)); setCmdLine(bp->commands); } if (srcMode == SRC_CMODE) { fprintf(stdout,"Breakpoint %d, %s() at %s:%d\n", bp->bpnum, ctxt->func->sym->name, ctxt->func->mod->c_name, ctxt->cline+1); if (ctxt->func->mod && ctxt->cline > 0) fprintf(stdout,"%d\t%s",ctxt->cline+1, ctxt->func->mod->cLines[ctxt->cline]->src); } else { fprintf(stdout,"Breakpoint %d, %s() at %s:%d\n", bp->bpnum, ctxt->func->sym->name, ctxt->func->mod->asm_name, ctxt->asmline+1); if (ctxt->func->mod && ctxt->asmline > 0) fprintf(stdout,"%d\t%s",ctxt->asmline+1, ctxt->func->mod->asmLines[ctxt->asmline]->src); } if ( bp->bpType == TMPUSER && bp->bpnum > 0 ) { hTabDeleteItem(&bptable,bp->addr,bp,DELETE_ITEM,NULL); /* if this leaves no other break points then send command to simulator to delete bp from this addr */ if (hTabSearch(bptable,bp->addr) == NULL) { simClearBP (bp->addr); Dprintf(D_break, ("break: simClearBP 0x%x\n", bp->addr)); } userBpPresent-- ; freeUSERbp(bp); } return 1; } /*-----------------------------------------------------------------*/ /* stepBpCB - call back function for step break points */ /*-----------------------------------------------------------------*/ BP_CALLBACK(stepBpCB) { static function *lfunc = NULL; Dprintf(D_break, ("break: stepBpCB: BP_CALLBACK entry\n")); if (srcMode == SRC_CMODE) { if ((lfunc && lfunc != ctxt->func) || !lfunc) fprintf(stdout,"%s () at %s:%d\n", ctxt->func->sym->name, ctxt->func->mod->c_name, ctxt->cline+1); if (ctxt->func->mod && ctxt->cline > 0) { fprintf(stdout,"%d\t%s",ctxt->cline+1 , ctxt->func->mod->cLines[ctxt->cline]->src); } } else { if ((lfunc && lfunc != ctxt->func) || !lfunc) fprintf(stdout,"%s () at %s:%d\n", ctxt->func->sym->name, ctxt->func->mod->asm_name, ctxt->asmline); if (ctxt->func->mod && ctxt->cline > 0) { fprintf(stdout,"%d\t%s",ctxt->asmline , ctxt->func->mod->asmLines[ctxt->asmline]->src); } } lfunc = ctxt->func; deleteSTEPbp(); return 1; } /*-----------------------------------------------------------------*/ /* nextBpCB - call back function for next break points */ /*-----------------------------------------------------------------*/ BP_CALLBACK(nextBpCB) { static function *lfunc = NULL; Dprintf(D_break, ("break: nextBpCB: BP_CALLBACK entry\n")); if (srcMode == SRC_CMODE) { if ((lfunc && lfunc != ctxt->func) || !lfunc) fprintf(stdout,"%s () at %s:%d\n", ctxt->func->sym->name, ctxt->func->mod->c_name, ctxt->cline+1); if (ctxt->func->mod && ctxt->cline > 0) fprintf(stdout,"%d\t%s",ctxt->cline+1, ctxt->func->mod->cLines[ctxt->cline]->src); } else { if ((lfunc && lfunc != ctxt->func) || !lfunc) fprintf(stdout,"%s () at %s:%d\n", ctxt->func->sym->name, ctxt->func->mod->asm_name, ctxt->asmline); if (ctxt->func->mod && ctxt->asmline > 0) fprintf(stdout,"%d\t%s",ctxt->asmline, ctxt->func->mod->asmLines[ctxt->asmline]->src); } lfunc = ctxt->func; deleteNEXTbp(); return 1; } sdcc-2.9.0/debugger/mcs51/break.h000066400000000000000000000055541116427777700164430ustar00rootroot00000000000000/*------------------------------------------------------------------------- break.h - Header file for break point management Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCDB_BREAK_H #define SDCDB_BREAK_H #include "simi.h" /* break point type */ enum { DATA = 1, CODE , A_CODE , USER , STEP , NEXT , FENTRY , FEXIT, TMPUSER }; typedef struct breakp { unsigned addr; /* address of break point */ int bpnum ; /* break point number */ char addrType; /* data or code */ char bpType ; /* bp type USER/ LOGICAL */ char *filename; /* file name */ int lineno ; /* lineno */ int (*callBack) (unsigned,struct breakp *,context *);/* address of call back * function */ char *commands; int ignoreCnt; int hitCnt; char *condition; } breakp; #define BP_CALLBACK(func) \ int func (unsigned addr, \ breakp *bp, \ context *ctxt) #define EXTERN_BP_CALLBACK(func) \ extern int func (unsigned addr, \ breakp *bp, \ context *ctxt) extern char userBpPresent; extern char doingSteps; extern hTab *bptable; int setBreakPoint (unsigned , char , char, int (*callBack)(unsigned,breakp *bp,context *),char *, int); long getLastBreakptNumber(void); void resetHitCount(void); void setUserbpCommand (int , char *); void setUserbpCondition (int , char *); void setUserbpIgnCount (int , int ); void clearUSERbp ( unsigned int ); void deleteSTEPbp(); void deleteNEXTbp(); void deleteUSERbp(int); int dispatchCB (unsigned, context *); void listUSERbp (); /* call back functions */ EXTERN_BP_CALLBACK(fexitCB); EXTERN_BP_CALLBACK(fentryCB); EXTERN_BP_CALLBACK(userBpCB); EXTERN_BP_CALLBACK(stepBpCB); EXTERN_BP_CALLBACK(nextBpCB); #endif sdcc-2.9.0/debugger/mcs51/clean.mk000066400000000000000000000014071116427777700166120ustar00rootroot00000000000000# Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ rm -f $(top_builddir)/bin/sdcdb$(EXEEXT) # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f config.h config.cache config.log config.status rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean sdcc-2.9.0/debugger/mcs51/cmd.c000066400000000000000000003226531116427777700161170ustar00rootroot00000000000000/*------------------------------------------------------------------------- cmd.c - source file for debugger command execution Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "sdcdb.h" #include "symtab.h" #include "simi.h" #include "break.h" #include "cmd.h" #include "newalloc.h" /* default number of lines to list out */ #define LISTLINES 10 static int listlines = LISTLINES; /* mainly used to retain a reference to the active module being listed. May be used as a general context for other commands if no better context is available */ static module *list_mod = NULL; EXTERN_STACK_DCL(callStack,function *,1024); #if defined(__APPLE__) && defined(__MACH__) static char *copying= {" GNU GENERAL PUBLIC LICENSE Version 2"}; static char *warranty= {" NO WARRANTY"}; #else static char *copying= " GNU GENERAL PUBLIC LICENSE\n" " Version 2, June 1991\n" "\n" " Copyright (C) 1989, 1991 Free Software Foundation, Inc.\n" " 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA\n" " Everyone is permitted to copy and distribute verbatim copies\n" " of this license document, but changing it is not allowed.\n" "\n" " Preamble\n" "\n" " The licenses for most software are designed to take away your\n" "freedom to share and change it. By contrast, the GNU General Public\n" "License is intended to guarantee your freedom to share and change free\n" "software--to make sure the software is free for all its users. This\n" "General Public License applies to most of the Free Software\n" "Foundation's software and to any other program whose authors commit to\n" "using it. (Some other Free Software Foundation software is covered by\n" "the GNU Library General Public License instead.) You can apply it to\n" "your programs, too.\n" "\n" " When we speak of free software, we are referring to freedom, not\n" "price. Our General Public Licenses are designed to make sure that you\n" "have the freedom to distribute copies of free software (and charge for\n" "this service if you wish), that you receive source code or can get it\n" "if you want it, that you can change the software or use pieces of it\n" "in new free programs; and that you know you can do these things.\n" "\n" " To protect your rights, we need to make restrictions that forbid\n" "anyone to deny you these rights or to ask you to surrender the rights.\n" "These restrictions translate to certain responsibilities for you if you\n" "distribute copies of the software, or if you modify it.\n" "\n" " For example, if you distribute copies of such a program, whether\n" "gratis or for a fee, you must give the recipients all the rights that\n" "you have. You must make sure that they, too, receive or can get the\n" "source code. And you must show them these terms so they know their\n" "rights.\n" "\n" " We protect your rights with two steps: (1) copyright the software, and\n" "(2) offer you this license which gives you legal permission to copy,\n" "distribute and/or modify the software.\n" "\n" " Also, for each author's protection and ours, we want to make certain\n" "that everyone understands that there is no warranty for this free\n" "software. If the software is modified by someone else and passed on, we\n" "want its recipients to know that what they have is not the original, so\n" "that any problems introduced by others will not reflect on the original\n" "authors' reputations.\n" "\n" " Finally, any free program is threatened constantly by software\n" "patents. We wish to avoid the danger that redistributors of a free\n" "program will individually obtain patent licenses, in effect making the\n" "program proprietary. To prevent this, we have made it clear that any\n" "patent must be licensed for everyone's free use or not licensed at all.\n" "\n" " The precise terms and conditions for copying, distribution and\n" "modification follow.\n" "^L\n" " GNU GENERAL PUBLIC LICENSE\n" " TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION\n" "\n" " 0. This License applies to any program or other work which contains\n" "a notice placed by the copyright holder saying it may be distributed\n" "under the terms of this General Public License. The \"Program\", below,\n" "refers to any such program or work, and a \"work based on the Program\"\n" "means either the Program or any derivative work under copyright law:\n" "that is to say, a work containing the Program or a portion of it,\n" "either verbatim or with modifications and/or translated into another\n" "language. (Hereinafter, translation is included without limitation in\n" "the term \"modification\".) Each licensee is addressed as \"you\".\n" "\n" "Activities other than copying, distribution and modification are not\n" "covered by this License; they are outside its scope. The act of\n" "running the Program is not restricted, and the output from the Program\n" "is covered only if its contents constitute a work based on the\n" "Program (independent of having been made by running the Program).\n" "Whether that is true depends on what the Program does.\n" "\n" " 1. You may copy and distribute verbatim copies of the Program's\n" "source code as you receive it, in any medium, provided that you\n" "conspicuously and appropriately publish on each copy an appropriate\n" "copyright notice and disclaimer of warranty; keep intact all the\n" "notices that refer to this License and to the absence of any warranty;\n" "and give any other recipients of the Program a copy of this License\n" "along with the Program.\n" "\n" "You may charge a fee for the physical act of transferring a copy, and\n" "you may at your option offer warranty protection in exchange for a fee.\n" "\n" " 2. You may modify your copy or copies of the Program or any portion\n" "of it, thus forming a work based on the Program, and copy and\n" "distribute such modifications or work under the terms of Section 1\n" "above, provided that you also meet all of these conditions:\n" "\n" " a) You must cause the modified files to carry prominent notices\n" " stating that you changed the files and the date of any change.\n" "\n" " b) You must cause any work that you distribute or publish, that in\n" " whole or in part contains or is derived from the Program or any\n" " part thereof, to be licensed as a whole at no charge to all third\n" " parties under the terms of this License.\n" "\n" " c) If the modified program normally reads commands interactively\n" " when run, you must cause it, when started running for such\n" " interactive use in the most ordinary way, to print or display an\n" " announcement including an appropriate copyright notice and a\n" " notice that there is no warranty (or else, saying that you provide\n" " a warranty) and that users may redistribute the program under\n" " these conditions, and telling the user how to view a copy of this\n" " License. (Exception: if the Program itself is interactive but\n" " does not normally print such an announcement, your work based on\n" " the Program is not required to print an announcement.)\n" "\n" "These requirements apply to the modified work as a whole. If\n" "identifiable sections of that work are not derived from the Program,\n" "and can be reasonably considered independent and separate works in\n" "themselves, then this License, and its terms, do not apply to those\n" "sections when you distribute them as separate works. But when you\n" "distribute the same sections as part of a whole which is a work based\n" "on the Program, the distribution of the whole must be on the terms of\n" "this License, whose permissions for other licensees extend to the\n" "entire whole, and thus to each and every part regardless of who wrote it.\n" "\n" "Thus, it is not the intent of this section to claim rights or contest\n" "your rights to work written entirely by you; rather, the intent is to\n" "exercise the right to control the distribution of derivative or\n" "collective works based on the Program.\n" "\n" "In addition, mere aggregation of another work not based on the Program\n" "with the Program (or with a work based on the Program) on a volume of\n" "a storage or distribution medium does not bring the other work under\n" "the scope of this License.\n" "\n" " 3. You may copy and distribute the Program (or a work based on it,\n" "under Section 2) in object code or executable form under the terms of\n" "Sections 1 and 2 above provided that you also do one of the following:\n" "\n" " a) Accompany it with the complete corresponding machine-readable\n" " source code, which must be distributed under the terms of Sections\n" " 1 and 2 above on a medium customarily used for software interchange; or,\n" "\n" " b) Accompany it with a written offer, valid for at least three\n" " years, to give any third party, for a charge no more than your\n" " cost of physically performing source distribution, a complete\n" " machine-readable copy of the corresponding source code, to be\n" " distributed under the terms of Sections 1 and 2 above on a medium\n" " customarily used for software interchange; or,\n" "\n" " c) Accompany it with the information you received as to the offer\n" " to distribute corresponding source code. (This alternative is\n" " allowed only for noncommercial distribution and only if you\n" " received the program in object code or executable form with such\n" " an offer, in accord with Subsection b above.)\n" "\n" "The source code for a work means the preferred form of the work for\n" "making modifications to it. For an executable work, complete source\n" "code means all the source code for all modules it contains, plus any\n" "associated interface definition files, plus the scripts used to\n" "control compilation and installation of the executable. However, as a\n" "special exception, the source code distributed need not include\n" "anything that is normally distributed (in either source or binary\n" "form) with the major components (compiler, kernel, and so on) of the\n" "operating system on which the executable runs, unless that component\n" "itself accompanies the executable.\n" "\n" "If distribution of executable or object code is made by offering\n" "access to copy from a designated place, then offering equivalent\n" "access to copy the source code from the same place counts as\n" "distribution of the source code, even though third parties are not\n" "compelled to copy the source along with the object code.\n" "^L\n" " 4. You may not copy, modify, sublicense, or distribute the Program\n" "except as expressly provided under this License. Any attempt\n" "otherwise to copy, modify, sublicense or distribute the Program is\n" "void, and will automatically terminate your rights under this License.\n" "However, parties who have received copies, or rights, from you under\n" "this License will not have their licenses terminated so long as such\n" "parties remain in full compliance.\n" "\n" " 5. You are not required to accept this License, since you have not\n" "signed it. However, nothing else grants you permission to modify or\n" "distribute the Program or its derivative works. These actions are\n" "prohibited by law if you do not accept this License. Therefore, by\n" "modifying or distributing the Program (or any work based on the\n" "Program), you indicate your acceptance of this License to do so, and\n" "all its terms and conditions for copying, distributing or modifying\n" "the Program or works based on it.\n" "\n" " 6. Each time you redistribute the Program (or any work based on the\n" "Program), the recipient automatically receives a license from the\n" "original licensor to copy, distribute or modify the Program subject to\n" "these terms and conditions. You may not impose any further\n" "restrictions on the recipients' exercise of the rights granted herein.\n" "You are not responsible for enforcing compliance by third parties to\n" "this License.\n" "\n" " 7. If, as a consequence of a court judgment or allegation of patent\n" "infringement or for any other reason (not limited to patent issues),\n" "conditions are imposed on you (whether by court order, agreement or\n" "otherwise) that contradict the conditions of this License, they do not\n" "excuse you from the conditions of this License. If you cannot\n" "distribute so as to satisfy simultaneously your obligations under this\n" "License and any other pertinent obligations, then as a consequence you\n" "may not distribute the Program at all. For example, if a patent\n" "license would not permit royalty-free redistribution of the Program by\n" "all those who receive copies directly or indirectly through you, then\n" "the only way you could satisfy both it and this License would be to\n" "refrain entirely from distribution of the Program.\n" "\n" "If any portion of this section is held invalid or unenforceable under\n" "any particular circumstance, the balance of the section is intended to\n" "apply and the section as a whole is intended to apply in other\n" "circumstances.\n" "\n" "It is not the purpose of this section to induce you to infringe any\n" "patents or other property right claims or to contest validity of any\n" "such claims; this section has the sole purpose of protecting the\n" "integrity of the free software distribution system, which is\n" "implemented by public license practices. Many people have made\n" "generous contributions to the wide range of software distributed\n" "through that system in reliance on consistent application of that\n" "system; it is up to the author/donor to decide if he or she is willing\n" "to distribute software through any other system and a licensee cannot\n" "impose that choice.\n" "\n" "This section is intended to make thoroughly clear what is believed to\n" "be a consequence of the rest of this License.\n" "\n" " 8. If the distribution and/or use of the Program is restricted in\n" "certain countries either by patents or by copyrighted interfaces, the\n" "original copyright holder who places the Program under this License\n" "may add an explicit geographical distribution limitation excluding\n" "those countries, so that distribution is permitted only in or among\n" "countries not thus excluded. In such case, this License incorporates\n" "the limitation as if written in the body of this License.\n" "\n" " 9. The Free Software Foundation may publish revised and/or new versions\n" "of the General Public License from time to time. Such new versions will\n" "be similar in spirit to the present version, but may differ in detail to\n" "address new problems or concerns.\n" "\n" "Each version is given a distinguishing version number. If the Program\n" "specifies a version number of this License which applies to it and \"any\n" "later version\", you have the option of following the terms and conditions\n" "either of that version or of any later version published by the Free\n" "Software Foundation. If the Program does not specify a version number of\n" "this License, you may choose any version ever published by the Free Software\n" "Foundation.\n" "\n" " 10. If you wish to incorporate parts of the Program into other free\n" "programs whose distribution conditions are different, write to the author\n" "to ask for permission. For software which is copyrighted by the Free\n" "Software Foundation, write to the Free Software Foundation; we sometimes\n" "make exceptions for this. Our decision will be guided by the two goals\n" "of preserving the free status of all derivatives of our free software and\n" "of promoting the sharing and reuse of software generally.\n"; static char *warranty= " NO WARRANTY\n" "\n" " 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY\n" "FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN\n" "OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES\n" "PROVIDE THE PROGRAM \"AS IS\" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED\n" "OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF\n" "MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS\n" "TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE\n" "PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING,\n" "REPAIR OR CORRECTION.\n" "\n" " 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING\n" "WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR\n" "REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES,\n" "INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING\n" "OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED\n" "TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY\n" "YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER\n" "PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE\n" "POSSIBILITY OF SUCH DAMAGES.\n"; #endif static void printTypeInfo(link *); static void printValAggregates (symbol *,link *,char,unsigned int,int); static int printOrSetSymValue (symbol *sym, context *cctxt, int flg, int dnum, int fmt, char *rs, char *val, char cmp); int srcMode = SRC_CMODE ; set *dispsymbols = NULL ; /* set of displayable symbols */ static int currentFrame = 0; /* actual displayed frame */ /*-----------------------------------------------------------------*/ /* funcWithName - returns function with name */ /*-----------------------------------------------------------------*/ DEFSETFUNC(funcWithName) { function *func = item; V_ARG(char *,name); V_ARG(function **,funcp); if (*funcp) return 0; if (strcmp(func->sym->name,name) == 0) { *funcp = func; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* symWithAddr - look for symbol with sfr / sbit address */ /*-----------------------------------------------------------------*/ DEFSETFUNC(symWithAddr) { symbol *sym = item; V_ARG(unsigned long,laddr); V_ARG(int ,laddrspace); V_ARG(symbol **,rsym); if (*rsym) return 0; if ( sym->addr == laddr && sym->addrspace == laddrspace ) { *rsym = sym; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* setBPatModLine - set break point at the line specified for the */ /*-----------------------------------------------------------------*/ static void setBPatModLine (module *mod, int line, char bpType ) { int next_line; /* look for the first executable line after the line specified & get the break point there */ if ( line < 0 ) return; if (srcMode == SRC_CMODE && line > mod->ncLines) { fprintf(stderr,"No line %d in file \"%s\".\n", line,mod->c_name); return ; } if (srcMode == SRC_AMODE && line > mod->nasmLines) { fprintf(stderr,"No line %d in file \"%s\".\n", line,mod->asm_name); return ; } next_line = line; for ( ; next_line < (srcMode == SRC_CMODE ? mod->ncLines : mod->nasmLines ) ; next_line++ ) { if (srcMode == SRC_CMODE) { if (mod->cLines[next_line]->addr != INT_MAX) { setBreakPoint (mod->cLines[next_line]->addr, CODE, bpType, userBpCB, mod->c_name, next_line); return; // break; } } else { if (mod->asmLines[next_line]->addr != INT_MAX) { setBreakPoint (mod->asmLines[next_line]->addr, CODE, bpType, userBpCB, mod->asm_name, next_line); return; // break; } } } fprintf(stderr,"No line %d or after in file \"%s\"..\n", line,mod->c_name); return; } /*-----------------------------------------------------------------*/ /* clearBPatModLine - clr break point at the line specified */ /*-----------------------------------------------------------------*/ static void clearBPatModLine (module *mod, int line) { /* look for the first executable line after the line specified & get the break point there */ if (srcMode == SRC_CMODE && line > mod->ncLines) { fprintf(stderr,"No line %d in file \"%s\".\n", line,mod->c_name); return ; } if (srcMode == SRC_AMODE && line > mod->ncLines) { fprintf(stderr,"No line %d in file \"%s\".\n", line,mod->c_name); return ; } for ( ; line < (srcMode == SRC_CMODE ? mod->ncLines : mod->nasmLines ) ; line++ ) { if (srcMode == SRC_CMODE) if (mod->cLines[line]->addr) { clearUSERbp (mod->cLines[line]->addr); break; } else if (mod->asmLines[line]->addr) { clearUSERbp (mod->asmLines[line]->addr); break; } } return; } /*-----------------------------------------------------------------*/ /* moduleLineWithAddr - finds and returns a line with a given address */ /*-----------------------------------------------------------------*/ DEFSETFUNC(moduleLineWithAddr) { module *mod = item; int i; V_ARG(unsigned int,addr); V_ARG(module **,rmod); V_ARG(int *,line); if (*rmod) return 0; for (i=0; i < mod->nasmLines; i++ ) { if ( mod->asmLines[i]->addr == addr) { *rmod = mod ; if (line ) { *line = 0; for ( i=0; i < mod->ncLines; i++ ) { if ( mod->cLines[i]->addr > addr) break; *line = i; } return 1; } } } return 0; } /*-----------------------------------------------------------------*/ /* funcWithNameModule - returns functions with a name module combo */ /*-----------------------------------------------------------------*/ DEFSETFUNC(funcWithNameModule) { function *func = item; V_ARG(char *,fname); V_ARG(char *,mname); V_ARG(function **,funcp); if (*funcp) return 0; if (strcmp(func->sym->name,fname) == 0 && strcmp(func->mod->c_name,mname) == 0) { *funcp = func; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* funcInAddr - given an address returns the function */ /*-----------------------------------------------------------------*/ DEFSETFUNC(funcInAddr) { function *func = item; V_ARG(unsigned int,addr); V_ARG(function **,funcp); if (*funcp) return 0; /* in the address range */ if (func->sym->addr <= addr && func->sym->eaddr >= addr) { *funcp = func; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* setStepBp - will set STEP Bp @ function entry points */ /*-----------------------------------------------------------------*/ DEFSETFUNC(setStepBp) { function *func = item; if (func->sym && func->sym->addr ) { /* set the entry break point */ setBreakPoint (func->sym->addr , CODE , STEP , stepBpCB ,func->mod->c_name , func->entryline); return 1; } return 0; } /*-----------------------------------------------------------------*/ /* setStepEPBp - sets a given type of bp @ the execution point */ /*-----------------------------------------------------------------*/ DEFSETFUNC(setStepEPBp) { exePoint *ep = item; V_ARG(int,bptype); V_ARG(char *,mname); setBreakPoint (ep->addr, CODE, bptype, stepBpCB, mname, ep->line); return 1; } /*-----------------------------------------------------------------*/ /* setNextEPBp - sets a given type of bp @ the execution point */ /*-----------------------------------------------------------------*/ DEFSETFUNC(setNextEPBp) { exePoint *ep = item; V_ARG(int,bptype); V_ARG(char *,mname); setBreakPoint (ep->addr, CODE, bptype, nextBpCB, mname, ep->line); return 1; } /*-----------------------------------------------------------------*/ /* lineAtAddr - for execution points returns the one with addr */ /*-----------------------------------------------------------------*/ DEFSETFUNC(lineAtAddr) { exePoint *ep = item; V_ARG(unsigned int,addr); V_ARG(int *,line); V_ARG(int *,block); V_ARG(int *,level); /* address must be an exact match */ if (ep->addr == addr) { *line = ep->line; if (block) *block = ep->block ; if (level) *level = ep->level ; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* lineNearAddr - for execution points returns the one with addr */ /*-----------------------------------------------------------------*/ DEFSETFUNC(lineNearAddr) { exePoint *ep = item; V_ARG(unsigned int,addr); V_ARG(int *,line); V_ARG(int *,block); V_ARG(int *,level); /* the line in which the address is */ if (ep->addr <= addr) { *line = ep->line; if (block) *block = ep->block ; if (level) *level = ep->level ; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* discoverContext - find out the current context of the bp */ /*-----------------------------------------------------------------*/ context *discoverContext (unsigned addr, function *func) { module *mod = NULL; int line = 0; /* find the function we are in */ if (!func && !applyToSet(functions,funcInAddr,addr,&func)) { if (!applyToSet(functions,funcWithName,"_main",&func) || !applyToSet(modules,moduleLineWithAddr,addr,&mod,NULL)) { fprintf(stderr, "addr 0x%x in no module/function (runtime env?)\n",addr); return NULL; } currCtxt->func = func; currCtxt->addr = addr; currCtxt->modName = mod->name; currCtxt->cline = func->exitline; } else { currCtxt->func = func; currCtxt->addr = func->laddr = addr; currCtxt->modName = func->modName; /* find the c line number */ if(applyToSet(func->cfpoints,lineAtAddr,addr, &line,&currCtxt->block,&currCtxt->level)) currCtxt->cline = func->lline = line; else if(applyToSet(func->cfpoints,lineNearAddr,addr, &line,&currCtxt->block,&currCtxt->level)) currCtxt->cline = func->lline = line; else currCtxt->cline = -1; } /* find the asm line number */ line = 0; if (applyToSet(func->afpoints,lineAtAddr,addr, &line,NULL,NULL)) currCtxt->asmline = line; else currCtxt->asmline = -1; return currCtxt ; } /*-----------------------------------------------------------------*/ /* simGo - send 'go' cmd to simulator and wait till a break occurs */ /*-----------------------------------------------------------------*/ void simGo (unsigned int gaddr) { unsigned int addr ; context *ctxt; int rv; stopCommandList(); top: if ( userinterrupt ) { userinterrupt = 0; return; } if ( gaddr == 0 ) { function *func = NULL;; if (applyToSet(functions,funcInAddr,gaddr,&func)) STACK_PUSH(callStack,func); } addr = simGoTillBp (gaddr); /* got the pc for the break point now first discover the program context i.e. module, function linenumber of the source etc, etc etc */ currentFrame = 0; ctxt = discoverContext (addr, NULL); /* dispatch all the break point call back functions */ rv = dispatchCB (addr,ctxt); /* the dispatch call back function will return non-zero if an user break point has been hit if not then we continue with the execution of the program */ if (!rv) { if ( gaddr == 0 ) gaddr = -1; if ( gaddr == -1 || doingSteps == 1 ) goto top ; } } /*-----------------------------------------------------------------*/ /* preparePrint - common parse function for set variable, */ /* output, print and display */ /*-----------------------------------------------------------------*/ static char *preparePrint(char *s, context *cctxt, int *fmt, symbol **sym) { char *bp; char save_ch ; *fmt = FMT_NON; *sym = NULL; s = trim(s); if (!*s) return (char *)0; if ( *s == '/' ) { /* format of printout */ switch ( *++s ) { case 'x': *fmt = FMT_HEX ; break; case 'o': *fmt = FMT_OCT ; break; default: case 'd': *fmt = FMT_DEZ ; break; case 't': *fmt = FMT_BIN ; break; } s++; s = trim_left(s); } for ( bp = s; *bp && ( isalnum( *bp ) || *bp == '_' || *bp == '$'); bp++ ); save_ch = *bp; if ( *bp ) *bp = '\0'; if ( *s ) *sym = symLookup(s,cctxt); *bp = save_ch; if ( ! *sym ) fprintf(stdout,"No symbol \"%s\" in current context.\n", s); return bp; } static int printAsmLine( function *func, module *m, unsigned saddr, unsigned eaddr) { int i,j,delta; unsigned symaddr; unsigned lastaddr = saddr+1; char *symname; if ( func ) { symaddr = func->sym->addr; symname = func->sym->name; } else { symaddr = saddr; symname = "" ; } for (j=0,i=0; i < m->nasmLines; i++ ) { if ( saddr >= 0 && m->asmLines[i]->addr < saddr) { continue; } if ( eaddr >= 0 && m->asmLines[i]->addr > eaddr) { continue; } if ( func && (m->asmLines[i]->addr < func->sym->addr || m->asmLines[i]->addr > func->sym->eaddr )) { continue; } delta = m->asmLines[i]->addr - symaddr; if ( delta >= 0 ) { j++; lastaddr = m->asmLines[i]->addr; printf("0x%08x <%s",lastaddr,symname); if (delta > 0) printf("+%d",delta); printf(">:\t%s",m->asmLines[i]->src); } } return lastaddr; } /*-----------------------------------------------------------------*/ /* cmdDisasm - disassemble asm instruction */ /*-----------------------------------------------------------------*/ static int cmdDisasm (char *s, context *cctxt, int args) { function *func = NULL; long saddr = -1; long eaddr = -1; int found = 0; module *modul; /* white space skip */ if ( args > 0 ) { s = trim_left(s); if ( isdigit(*s)) { saddr = strtol(s,&s,0); if ( args > 1 ) { s = trim_left(s); if ( isdigit(*s)) eaddr = strtol(s,0,0); } else eaddr = saddr+1; } } if ( eaddr == -1 ) { /* no start or only start so dump function */ if ( saddr == -1 ) { func = cctxt->func; } else { applyToSet(functions,funcInAddr,saddr,&func); } if ( func ) { printf("Dump of assembler code for function %s:\n",func->sym->name); printAsmLine(func,func->mod,-1,-1); printf("End of assembler dump.\n"); return 0; } else { if (applyToSet(modules,moduleLineWithAddr,saddr,&modul,NULL)) { eaddr = saddr + 5; printf("Dump of assembler code:\n"); printAsmLine(NULL,modul,saddr,eaddr); printf("End of assembler dump.\n"); return 0; } } } else { if ( args > 1 ) printf("Dump of assembler code from 0x%08lx to 0x%08lx:\n",saddr,eaddr); found = 0; while ( saddr < eaddr ) { func = NULL; if (applyToSet(functions,funcInAddr,saddr,&func)) { found = 1; modul = func->mod; } else { if ( found ) break; if (!applyToSet(modules,moduleLineWithAddr,saddr,&modul,NULL)) break; } saddr = printAsmLine(func,modul,saddr,eaddr) + 1; } if( saddr >= eaddr) { if ( args > 1 ) printf("End of assembler dump.\n"); return 0; } } fprintf(stderr,"No function contains specified address.\n"); if( saddr >= 0 ) { char lbuf[64]; sprintf(lbuf,"dis 0x%lx 0 %ld\n",saddr,( eaddr == -1 )?1L:eaddr-saddr); sendSim(lbuf); waitForSim(1000, NULL); fputs(simResponse(),stdout); } return 0; } /*-----------------------------------------------------------------*/ /* cmdDisasm1 - disassemble one asm instruction */ /*-----------------------------------------------------------------*/ int cmdDisasm1 (char *s, context *cctxt) { return cmdDisasm( s, cctxt, 1); } /*-----------------------------------------------------------------*/ /* cmdDisasmF - disassemble asm instructions */ /*-----------------------------------------------------------------*/ int cmdDisasmF(char *s, context *cctxt) { return cmdDisasm( s, cctxt, 2); } static int commonSetUserBp(char *s, context *cctxt, char bpType) { char *bp ; function *func = NULL; /* user break point location specification can be of the following forms a) - break point at current location b) lineno - number of the current module c) filename:lineno - line number of the given file e) filename:function- function X in file Y (useful for static functions) f) function - function entry point g) *addr - break point at address */ if (!cctxt) { fprintf(stdout,"No symbol table is loaded. Use the \"file\" command.\n"); return 0; } /* trim left and right */ s = trim(s); /* case a) nothing */ /* if nothing given then current location : we know the current execution location from the currentContext */ if (! *s ) { /* if current context is known */ if (cctxt->func) { Dprintf(D_break, ("commonSetUserBp: a) cctxtaddr:%x \n",cctxt->addr)); if (srcMode == SRC_CMODE) /* set the break point */ setBreakPoint ( cctxt->addr , CODE , bpType , userBpCB , cctxt->func->mod->c_name, cctxt->cline); else setBreakPoint ( cctxt->addr , CODE , bpType , userBpCB , cctxt->func->mod->asm_name, cctxt->asmline); } else fprintf(stderr,"No default breakpoint address now.\n"); goto ret ; } /* case g) *addr */ if ( *s == '*' && isdigit(*(s+1))) { int line = 0; long braddr = strtol(s+1,0,0); if (!applyToSet(functions,funcInAddr,braddr,&func)) { module *modul; if (!applyToSet(modules,moduleLineWithAddr,braddr,&modul,&line)) { fprintf(stderr,"Address 0x%08lx not exists in code.\n",braddr); } else { Dprintf(D_break, ("commonSetUserBp: g) addr:%lx \n",braddr)); setBreakPoint ( braddr , CODE , bpType , userBpCB , modul->c_name,line); } goto ret ; } else { int line = func->exitline; if ( !applyToSet(func->cfpoints,lineAtAddr,braddr, &line,NULL,NULL)) applyToSet(func->cfpoints,lineNearAddr,braddr,&line,NULL,NULL); setBreakPoint ( braddr , CODE , bpType , userBpCB , func->mod->c_name,line); } goto ret ; } /* case b) lineno */ /* check if line number */ if ( !strchr(s,':') && isdigit(*s)) { /* get the lineno */ int line = atoi(s) -1; Dprintf(D_break, ("commonSetUserBp: b) line:%d \n",line)); if ( line < 0 ) { fprintf(stdout,"linenumber <= 0\n"); goto ret; } /* if current context not present then we must get the module which has main & set the break point @ line number provided of that module : if current context known then set the bp at the line number given for the current module */ if (cctxt->func) { if (!cctxt->func->mod) { if (!applyToSet(functions,funcWithName,"main")) fprintf(stderr,"Function \"main\" not defined.\n"); else setBPatModLine(func->mod,line, bpType); } else setBPatModLine(cctxt->func->mod,line, bpType); } else { if (list_mod) { setBPatModLine(list_mod,line, bpType); } else { fprintf(stdout,"Sdcdb fails to have module symbol context at %d\n", __LINE__); } } goto ret; } if ((bp = strchr(s,':'))) { module *mod = NULL; *bp = '\0'; if (srcMode == SRC_CMODE) { if (!applyToSet(modules,moduleWithCName,s,&mod)) { fprintf (stderr,"No source file named %s.\n",s); goto ret; } } else { if (!applyToSet(modules,moduleWithAsmName,s,&mod)) { fprintf (stderr,"No source file named %s.\n",s); goto ret; } } /* case c) filename:lineno */ if (isdigit(*(bp +1))) { Dprintf(D_break, ("commonSetUserBp: c) line:%d \n",atoi(bp+1))); setBPatModLine (mod,atoi(bp+1)-1,bpType); goto ret; } /* case d) filename:function */ if (!applyToSet(functions,funcWithNameModule,bp+1,s,&func)) fprintf(stderr,"Function \"%s\" not defined.\n",bp+1); else Dprintf(D_break, ("commonSetUserBp: d) \n")); setBPatModLine (mod, (srcMode == SRC_CMODE ? func->entryline : func->aentryline),bpType); goto ret; } /* case e) function */ Dprintf(D_break, ("commonSetUserBp: e) \n")); if (!applyToSet(functions,funcWithName,s,&func)) fprintf(stderr,"Function \"%s\" not defined.\n",s); else setBPatModLine(func->mod, (srcMode == SRC_CMODE ? func->entryline : func->aentryline),bpType); ret: return 0; } /*-----------------------------------------------------------------*/ /* cmdSetTmpUserBp - settempory break point at the user specified location */ /*-----------------------------------------------------------------*/ int cmdSetTmpUserBp (char *s, context *cctxt) { return commonSetUserBp(s, cctxt, TMPUSER ); } /*-----------------------------------------------------------------*/ /* cmdSetUserBp - set break point at the user specified location */ /*-----------------------------------------------------------------*/ int cmdSetUserBp (char *s, context *cctxt) { return commonSetUserBp(s, cctxt, USER ); } /*-----------------------------------------------------------------*/ /* cmdJump - set program counter */ /*-----------------------------------------------------------------*/ int cmdJump (char *s, context *cctxt) { char *bp; function *func = NULL; if (STACK_EMPTY(callStack)) { fprintf(stdout,"The program is not running.\n"); return 0; } /* trim left and right */ s = trim(s); if (! *s ) { fprintf(stdout,"No argument: need line or *addr.\n"); return 0; } if ( *s == '*' && isdigit(*(s+1))) { unsigned int addr = atoi(s); if (cctxt && cctxt->func && cctxt->func->sym->addr <= addr && cctxt->func->sym->eaddr >= addr) { simSetPC(addr); return 0; } fprintf(stdout,"Warning addr 0x%x outside actual function.\n",addr); simSetPC(addr); return 0; } if (isdigit(*s)) { /* get the lineno */ int line = atoi(s) -1; if (!cctxt || !cctxt->func || !cctxt->func->mod) { fprintf(stderr,"Function not defined.\n"); return 0; } if (line >= cctxt->func->entryline && line <= cctxt->func->exitline ) { simSetPC(cctxt->func->mod->cLines[line]->addr); return 0; } if (line >= cctxt->func->mod->ncLines ) { fprintf(stderr,"line not in module.\n"); return 0; } fprintf(stdout,"Warning line %d outside actual function.\n",line+1); simSetPC(cctxt->func->mod->cLines[line]->addr); return 0; } if ((bp = strchr(s,':'))) { int line; module *mod = NULL; *bp++ = '\0'; if (!applyToSet(modules,moduleWithCName,s,&mod)) { fprintf (stderr,"No source file named %s.\n",s); return 0; } if (!isdigit(*bp)) { fprintf (stderr,"No line number.\n"); return 0; } line = atoi(bp) -1; if (line >= mod->ncLines ) { fprintf(stderr,"line not in module.\n"); return 0; } if ( mod != cctxt->func->mod || line < cctxt->func->entryline || line > cctxt->func->exitline ) { fprintf(stdout,"Warning line %d outside actual function.\n", line+1); } simSetPC(mod->cLines[line]->addr); } return 0; } /*-----------------------------------------------------------------*/ /* cmdListAsm - list assembler source code */ /*-----------------------------------------------------------------*/ int cmdListAsm (char *s, context *cctxt) { if ( cctxt && cctxt->func) { /* actual line */ if ( cctxt->addr != INT_MAX ) { if (printAsmLine(cctxt->func,cctxt->func->mod, (long)cctxt->addr,(long)cctxt->addr)) return 0; } } return 0; } /*-----------------------------------------------------------------*/ /* cmdSetOption - set debugger options */ /*-----------------------------------------------------------------*/ int cmdSetOption (char *s, context *cctxt) { s = trim_left(s); if (strncmp(s,"srcmode",7) == 0 ) { if (srcMode == SRC_CMODE) srcMode = SRC_AMODE; else srcMode = SRC_CMODE; fprintf(stderr,"source mode set to '%s'\n", (srcMode == SRC_CMODE ? "C" : "asm")); return 0; } if (strncmp(s,"listsize ",9) == 0) { listlines = strtol(s+9,0,0); if ( listlines < LISTLINES ) listlines = LISTLINES; return 0; } #ifdef SDCDB_DEBUG if (strncmp(s,"debug ",6) == 0) { sdcdbDebug = strtol(s+6,0,0); return 0; } #endif if (strncmp(s,"variable ",9) == 0) { symbol *sym ; int fmt; char *rs; s += 9; if ( !( rs = preparePrint(s, cctxt, &fmt, &sym ))) return 0; s = rs; while (*s && *s != '=') s++; *s++ = '\0'; s = trim_left(s); if (*s && sym) { printOrSetSymValue(sym,cctxt,0,0,0,rs,s,'\0'); return 0; } else fprintf(stdout,"No new value for \"%s\".\n",s); return 0; } fprintf(stderr,"'set %s' command not yet implemented\n",s); return 0; } /*-----------------------------------------------------------------*/ /* cmdContinue - continue till next break point */ /*-----------------------------------------------------------------*/ int cmdContinue (char *s, context *cctxt) { if (STACK_EMPTY(callStack)) { fprintf(stdout,"The program is not being run.\n"); return 0; } fprintf(stdout,"Continuing.\n"); simGo(-1); showfull = 1; return 0; } /*-----------------------------------------------------------------*/ /* cmdIgnore - set ignorecount for breakpoint */ /*-----------------------------------------------------------------*/ int cmdIgnore (char *s, context *cctxt) { int bpnum, cnt ; s = trim_left(s); if (!*s ) { fprintf(stdout,"Argument required (breakpoint number).\n"); return 0; } bpnum = strtol(s,&s,10); s = trim_left(s); if (!*s ) { fprintf(stdout,"Second argument (specified ignore-count) is missing."); return 0; } cnt = strtol(s,0,10); setUserbpIgnCount(bpnum,cnt); return 0; } /*-----------------------------------------------------------------*/ /* cmdCondition - set condition for breakpoint */ /*-----------------------------------------------------------------*/ int cmdCondition (char *s, context *cctxt) { int bpnum ; s = trim_left(s); if (!*s ) { fprintf(stdout,"Argument required (breakpoint number).\n"); return 0; } bpnum = strtol(s,&s,10); s = trim_left(s); if (*s) s = Safe_strdup(s); else s = NULL; setUserbpCondition(bpnum,s); return 0; } /*-----------------------------------------------------------------*/ /* cmdCommands - set commands for breakpoint */ /*-----------------------------------------------------------------*/ int cmdCommands (char *s, context *cctxt) { int bpnum ; char *cmds,*line; s = trim_left(s); if (!*s ) bpnum = getLastBreakptNumber(); else bpnum = strtol(s,0,10); cmds = NULL; while ((line = getNextCmdLine())) { line = trim_left(line); if (!strncmp(line,"end",3)) break; if (! cmds ) { cmds = Safe_strdup(line); } else { cmds = Safe_realloc( cmds, strlen(cmds) + 1 + strlen(line)); strcat(cmds,line); } } setUserbpCommand(bpnum,cmds); return 0; } /*-----------------------------------------------------------------*/ /* cmdDelUserBp - delete user break point */ /*-----------------------------------------------------------------*/ int cmdDelUserBp (char *s, context *cctxt) { int bpnum ; s = trim_left(s); if (!*s ) { if (userBpPresent) { char buffer[10]; fprintf (stdout,"Delete all breakpoints? (y or n) "); fflush(stdout); fgets(buffer,sizeof(buffer),stdin); if (toupper(buffer[0]) == 'Y') deleteUSERbp(-1); } return 0; } /* determine the break point number */ if (sscanf(s,"%d",&bpnum) == 1) deleteUSERbp(bpnum); return 0; } /*-----------------------------------------------------------------*/ /* cmdStepi - single step exactly one instruction */ /*-----------------------------------------------------------------*/ int cmdStepi (char *s, context *cctxt) { if (0 /*STACK_EMPTY(callStack)*/) fprintf(stdout,"The program is not being run.\n"); else { doingSteps = 2; simGo(2); doingSteps = 0; showfull = 1; } return 0; } /*-----------------------------------------------------------------*/ /* cmdStep - single step thru C source file */ /*-----------------------------------------------------------------*/ int cmdStep (char *s, context *cctxt) { function *func = NULL; if (STACK_EMPTY(callStack)) fprintf(stdout,"The program is not being run.\n"); else { /* if we are @ the end of a function then set break points at execution points of the function in the call stack... */ if (cctxt->addr == cctxt->func->sym->eaddr) { if ((func = STACK_PEEK(callStack))) { if (srcMode == SRC_CMODE) applyToSet (func->cfpoints,setStepEPBp,STEP, func->mod->c_name); else applyToSet (func->afpoints,setStepEPBp,STEP, func->mod->asm_name); } } else { /* set breakpoints at all function entry points and all exepoints of this functions & for all functions one up in the call stack */ /* all function entry points */ applyToSet(functions,setStepBp); if (srcMode == SRC_CMODE) { /* for all execution points in this function */ applyToSet(cctxt->func->cfpoints,setStepEPBp,STEP, cctxt->func->mod->c_name); /* set a break point @ the current function's exit */ setBreakPoint (cctxt->func->sym->eaddr, CODE, STEP , stepBpCB, cctxt->func->mod->c_name, cctxt->func->exitline); /* now break point @ callers execution points */ if ((func = STACK_PPEEK(callStack))) { applyToSet (func->cfpoints,setStepEPBp,STEP, func->mod->c_name); /* set bp @ callers exit point */ setBreakPoint (func->sym->eaddr, CODE, STEP , stepBpCB, func->mod->c_name, func->exitline); } } else { /* for all execution points in this function */ applyToSet(cctxt->func->afpoints,setStepEPBp,STEP, cctxt->func->mod->asm_name); /* set a break point @ the current function's exit */ setBreakPoint (cctxt->func->sym->eaddr, CODE, STEP , stepBpCB, cctxt->func->mod->asm_name, cctxt->func->aexitline); /* now break point @ callers execution points */ if ((func = STACK_PPEEK(callStack))) { applyToSet (func->afpoints,setStepEPBp,STEP, func->mod->asm_name); /* set bp @ callers exit point */ setBreakPoint (func->sym->eaddr, CODE, STEP , stepBpCB, func->mod->asm_name, func->aexitline); } } } doingSteps = 1; simGo(2); doingSteps = 0; showfull = 1; } return 0; } /*-----------------------------------------------------------------*/ /* cmdNexti - next instruction but proceed function call */ /*-----------------------------------------------------------------*/ int cmdNexti (char *s, context *cctxt) { if (STACK_EMPTY(callStack)) fprintf(stdout,"The program is not being run.\n"); else { doingSteps = 2; simGo(1); doingSteps = 0; showfull = 1; } return 0; } /*-----------------------------------------------------------------*/ /* cmdNext - next executable C statement file */ /*-----------------------------------------------------------------*/ int cmdNext (char *s, context *cctxt) { function *func = NULL; /* next is almost the same as step except we don't we don't set break point for all function entry points */ if (STACK_EMPTY(callStack)) fprintf(stdout,"The program is not being run.\n"); else { /* if we are @ the end of a function then set break points at execution points of the function in the call stack... */ if (cctxt->addr == cctxt->func->sym->eaddr) { if ((func = STACK_PEEK(callStack))) { if (srcMode == SRC_CMODE) applyToSet (func->cfpoints,setStepEPBp,NEXT, func->mod->c_name); else applyToSet (func->afpoints,setStepEPBp,NEXT, func->mod->asm_name); } } else { if (srcMode == SRC_CMODE) { /* for all execution points in this function */ applyToSet(cctxt->func->cfpoints,setNextEPBp,NEXT, cctxt->func->mod->c_name); /* set a break point @ the current function's exit */ setBreakPoint (cctxt->func->sym->eaddr, CODE, NEXT , nextBpCB, cctxt->func->mod->c_name, cctxt->func->exitline); /* now break point @ callers execution points */ if ((func = STACK_PPEEK(callStack))) { applyToSet (func->cfpoints,setNextEPBp,NEXT , func->mod->c_name); /* set bp @ callers exit point */ setBreakPoint (func->sym->eaddr, CODE, NEXT , stepBpCB, func->mod->c_name, func->exitline); } } else { /* for all execution points in this function */ applyToSet(cctxt->func->afpoints,setNextEPBp,NEXT, cctxt->func->mod->asm_name); /* set a break point @ the current function's exit */ setBreakPoint (cctxt->func->sym->eaddr, CODE, NEXT , nextBpCB, cctxt->func->mod->asm_name, cctxt->func->aexitline); /* now break point @ callers execution points */ if ((func = STACK_PPEEK(callStack))) { applyToSet (func->cfpoints,setNextEPBp,NEXT , func->mod->asm_name); /* set bp @ callers exit point */ setBreakPoint (func->sym->eaddr, CODE, NEXT , stepBpCB, func->mod->asm_name, func->aexitline); } } } doingSteps = 1; simGo(1); doingSteps = 0; showfull = 1; } return 0; } /*-----------------------------------------------------------------*/ /* cmdRun - run till next break point */ /*-----------------------------------------------------------------*/ int cmdRun (char *s, context *cctxt) { char buff[10]; if (STACK_EMPTY(callStack)) { fprintf(stdout,"Starting program\n"); if ( ! simactive ) { fprintf(stdout,"No executable file specified.\nUse the \"file\" command.\n"); return 0; } resetHitCount(); simGo(0); } else { fprintf(stdout, "The program being debugged has been started already.\n"); fprintf(stdout,"Start it from the beginning? (y or n) "); fflush(stdout); fgets(buff,sizeof(buff),stdin); if (toupper(buff[0]) == 'Y') { simReset(); resetHitCount(); simGo(0); } } showfull = 1; return 0; } /*----------------------------------------------------------------- cmdListSymbols - list symbols |-----------------------------------------------------------------*/ int cmdListSymbols (char *s, context *cctxt) { int our_verbose = 0; symbol *sy; int i; if (strstr(s, "v1")) { our_verbose = 1; } else if (strstr(s, "v2")) { our_verbose = 2; } printf("[symbols]\n"); sy = setFirstItem(symbols); i = 0; for (;;) { if (sy == NULL) break; if (our_verbose <= 1) printf("<%s>", sy->name); if (our_verbose > 1) { printf(" %d) name:%s, size:%d, level:%d block:%d\n", i, sy->name, sy->size, sy->level, sy->block); printf(" isonstack:%d, isfunc:%d, offset:%d addr:%d\n", sy->isonstack, sy->isfunc, sy->offset, sy->addr); printf(" eaddr:%d, addr_type:%c, type:%p etype:%p\n", sy->eaddr, sy->addr_type, sy->type, sy->etype); printf(" scopetype:%c, sname:%s, rname:%s addrspace:%c\n", sy->scopetype, sy->sname, sy->rname, sy->addrspace); printf(" next:%p\n", sy->next); } ++i; sy = setNextItem(symbols); } printf(" %d symbols\n", i); return 0; } /*----------------------------------------------------------------- cmdListFunctions - list functions. |-----------------------------------------------------------------*/ int cmdListFunctions (char *s, context *cctxt) { function *f; int i; int our_verbose = 0; if (strstr(s, "v1")) { our_verbose = 1; } else if (strstr(s, "v2")) { our_verbose = 2; } printf("[functions]\n"); f = setFirstItem(functions); i = 0; while (f != NULL) { if (our_verbose) { printf(" %d) sym:%p, fname:%s, modName:%s, mod:%p\n", i, f->sym, f->sym->name, f->modName, f->mod); printf(" entryline:%d, aentryline:%d, exitline:%d, aexitline:%d\n", f->entryline, f->aentryline, f->exitline, f->aexitline); printf(" cfpoints:%p, afpoints:%p, laddr:%x, lline:%d\n", f->cfpoints, f->afpoints, f->laddr, f->lline); } else { printf("<%s>", f->sym->name); } ++i; f = setNextItem(functions); } printf(" %d functions\n", i); return 0; } /*----------------------------------------------------------------- cmdListModules - list modules. |-----------------------------------------------------------------*/ int cmdListModules (char *s, context *cctxt) { module *m; srcLine *cs, *as; int i, mi; int our_verbose = 0; if (strstr(s, "v1")) { our_verbose = 1; } else if (strstr(s, "v2")) { our_verbose = 2; } printf("[modules]\n"); m = setFirstItem(modules); mi = 0; for (;;) { if (m == NULL) break; if (our_verbose >= 0) { printf(" %d) cfullname:%s, afullname:%s, name:%s\n", ++mi, m->cfullname, m->afullname, m->name); printf(" c_name:%s, asm_name:%s, ncLines:%d, nasmLines:%d\n", m->c_name, m->asm_name, m->ncLines, m->nasmLines); printf(" cLines:%p, asmLines:%p\n", m->cLines, m->asmLines); } if (our_verbose >= 2) { if (m->ncLines) { printf(" [cLines] "); if ( our_verbose) for (i=0; incLines; i++ ) { cs = m->cLines[i]; printf(" (%d) addr:%x, block:%d, level:%d, src:%s\n", i, cs->addr, cs->block, cs->level, cs->src); } if (!our_verbose) printf("%d records", i); } if (m->nasmLines) { printf(" [asmLines] "); if ( our_verbose) for (i=0; inasmLines; i++ ) { as = m->asmLines[i]; printf(" (%d) addr:%x, block:%d, level:%d, src:%s\n", i, as->addr, as->block, as->level, as->src); } if (!our_verbose) printf("%d records", i); } printf("\n"); } m = setNextItem(modules); } return 0; } /*----------------------------------------------------------------- infoSymbols - This is really just a tool to dump all these huge program structures out into human readable form. |-----------------------------------------------------------------*/ static void infoSymbols(context *ctxt) { int our_verbose = 0; printf("[context:%p] func:%p modName:%s addr:%x\n", ctxt, ctxt->func, ctxt->modName, ctxt->addr); printf(" cline:%d asmline:%d block:%d level:%d\n", ctxt->cline, ctxt->asmline, ctxt->block, ctxt->level); printf("[globals] currCtxt:%p, modules:%p, functions:%p symbols:%p\n", currCtxt, modules, functions, symbols); printf(" nStructs:%d, structs:%p, ssdirl:%s\n", nStructs, structs, ssdirl); /**************** modules *******************/ { module *m; srcLine *cs, *as; int i, mi; printf("[modules]\n"); m = setFirstItem(modules); mi = 0; for (;;) { if (m == NULL) break; printf(" %d) cfullname:%s, afullname:%s, name:%s\n", ++mi, m->cfullname, m->afullname, m->name); printf(" c_name:%s, asm_name:%s, ncLines:%d, nasmLines:%d\n", m->c_name, m->asm_name, m->ncLines, m->nasmLines); printf(" cLines:%p, asmLines:%p\n", m->cLines, m->asmLines); i = 0; if (m->cLines) { cs = m->cLines[i++]; printf(" [cLines] "); while (cs) { if (our_verbose) printf(" (%d) addr:%x, block:%d, level:%d, src:%s\n", i, cs->addr, cs->block, cs->level, cs->src); cs = m->cLines[i++]; } if (!our_verbose) printf("%d records", i); } i = 0; if (m->asmLines) { as = m->asmLines[i++]; printf(" [asmLines] "); while (as) { if (our_verbose) printf(" (%d) addr:%x, block:%d, level:%d, src:%s\n", i, as->addr, as->block, as->level, as->src); as = m->asmLines[i++]; } if (!our_verbose) printf("%d records", i); } printf("\n"); m = setNextItem(modules); } } /**************** functions *******************/ { function *f; int i; printf("[functions]\n"); f = setFirstItem(functions); i = 0; for (;;) { if (f == NULL) break; if (our_verbose) { printf(" %d) sym:%p, modName:%s, mod:%p\n", i, f->sym, f->modName, f->mod); printf(" entryline:%d, aentryline:%d, exitline:%d, aexitline:%d\n", f->entryline, f->aentryline, f->exitline, f->aexitline); printf(" cfpoints:%p, afpoints:%p, laddr:%x, lline:%d\n", f->cfpoints, f->afpoints, f->laddr, f->lline); } ++i; f = setNextItem(functions); } if (!our_verbose) printf(" %d functions\n", i); } /**************** symbols *******************/ { symbol *s; int i; printf("[symbols]\n"); s = setFirstItem(symbols); i = 0; for (;;) { if (s == NULL) break; if (our_verbose) { printf(" %d) name:%s, size:%d, level:%d block:%d\n", i, s->name, s->size, s->level, s->block); printf(" isonstack:%d, isfunc:%d, offset:%d addr:%d\n", s->isonstack, s->isfunc, s->offset, s->addr); printf(" eaddr:%d, addr_type:%c, type:%p etype:%p\n", s->eaddr, s->addr_type, s->type, s->etype); printf(" scopetype:%c, sname:%s, rname:%s addrspace:%c\n", s->scopetype, s->sname, s->rname, s->addrspace); printf(" next:%p\n", s->next); } ++i; s = setNextItem(symbols); } if (!our_verbose) printf(" %d symbols\n", i); } } /*-----------------------------------------------------------------*/ /* infoRegisters - print register information */ /*-----------------------------------------------------------------*/ static void infoRegisters( int all, context *ctxt) { static int regaddrs[] = {0x81,0x82,0x83,0xb8,0xd0,0xe0,0xf0,0}; unsigned long val; int i,j,*r; i = simGetValue (0xd0,'I',1); fprintf(stdout,"IP : 0x%04X RegisterBank %d:\nR0-7:",ctxt->addr,(i>>3)&3); for ( j = 0; j < 8 ; j++ ) { val = simGetValue (j,'R',1); fprintf(stdout," 0x%02lX",val); } fprintf(stdout,"\n"); val = simGetValue (0xe0,'I',1); fprintf(stdout,"ACC : 0x%02lX %lu %c\n",val,val,(isprint(val) ? (char)val : '.')); val = simGetValue (0xf0,'I',1); fprintf(stdout,"B : 0x%02lX %lu %c\n",val,val,(isprint(val) ? (char)val : '.')); val = simGetValue (0x82,'I',2); fprintf(stdout,"DPTR: 0x%04lX %lu\n",val,val); val = simGetValue (0x81,'I',1); fprintf(stdout,"SP : 0x%02lX (0x%04lX)\n",val,simGetValue (val-1,'B',2)); fprintf(stdout,"PSW : 0x%02X | CY : %c | AC : %c | OV : %c | P : %c\n", i,(i&0x80)?'1':'0',(i&0x40)?'1':'0',(i&4)?'1':'0',(i&1)?'1':'0'); if ( all ) { fprintf(stdout,"Special Function Registers:\n"); r = regaddrs; for ( i = 0x80 ; i < 0x100 ; i++ ) { symbol *sym = NULL; if ( *r && *r == i ) { /* skip normal registers */ r++ ; continue; } if (applyToSetFTrue(sfrsymbols,symWithAddr,i,'I',&sym)) { val = simGetValue (sym->addr,sym->addrspace,sym->size); fprintf(stdout,"%s : 0x%02lx",sym->name,val); if ( !(i & 0x07 )) { for ( j = 0 ; j < 8 ; j++ ) { sym = NULL; if (applyToSetFTrue(sfrsymbols,symWithAddr,i+j,'J',&sym)) { //val = simGetValue (sym->addr,sym->addrspace,sym->size); fprintf(stdout," %s=%c",sym->name,(val&1)? '1':'0'); } val >>= 1; } } fprintf(stdout,"\n"); } } } } /*-----------------------------------------------------------------*/ /* infoStack - print call stack information */ /*-----------------------------------------------------------------*/ static void infoStack(context *ctxt) { function *func ; int i = 0 ; STACK_STARTWALK(callStack) ; while ((func = STACK_WALK(callStack))) { Dprintf(D_break, ("break: infoStack: %s %p (%p)\n",func->sym->name, w_callStack,p_callStack)); fprintf(stdout,"#%d 0x%08x in %s () at %s:%d\n",i++, func->laddr,func->sym->name, func->mod->c_name,func->lline+1); } if ( !i ) fprintf(stdout,"no stack.\n"); } /*-----------------------------------------------------------------*/ /* cmdWhere - where command */ /*-----------------------------------------------------------------*/ int cmdWhere(char *s, context *cctxt) { infoStack(cctxt); return 0; } static int infomode = 0; /*-----------------------------------------------------------------*/ /* cmdInfo - info command */ /*-----------------------------------------------------------------*/ int cmdInfo (char *s, context *cctxt) { /* trim left and_right*/ s = trim(s); /* list all break points */ if (strncmp(s,"break",5) == 0) { listUSERbp(); return 0; } /* info frame same as frame */ if (strncmp(s,"frame",5) == 0) { cmdFrame (s+5,cctxt); return 0; } if (strncmp(s,"line",4) == 0) { infomode=1; cmdListSrc (s+4,cctxt); return 0; } if (strncmp(s,"source",6) == 0) { module *m; if ( s[6] == 's' ) { int k = 0; fprintf(stdout,"Source files for which symbols have been read in:\n\n"); for (m = setFirstItem(modules); m ; m = setNextItem(modules)) { fprintf(stdout,"%s%s, %s",k ? ", ":"",m->cfullname, m->afullname); k = 1; } fprintf(stdout,"\n"); } else { if (!cctxt || !cctxt->func || !cctxt->func->mod) { fprintf(stdout,"No source file loaded\n"); return 0; } m = cctxt->func->mod; fprintf(stdout,"Current source file is %s\n",m->c_name); fprintf(stdout,"Located in %s\n",m->cfullname); fprintf(stdout,"Contains %d lines.\nSource language is c.\n", m->ncLines); } return 0; } if (strcmp(s,"functions") == 0) { function *f; module *m = NULL; fprintf(stdout,"All defined functions:\n"); for ( f = setFirstItem(functions); f ; f = setNextItem(functions)) { if ( f->mod != m ) { m = f->mod; fprintf(stdout,"\nFile %s\n", m->c_name); } fprintf(stdout,"%s();\n",f->sym->name); } return 0; } /* info stack display call stack */ if (strcmp(s,"stack") == 0) { infoStack(cctxt); showfull = 1; return 0; } /* info stack display call stack */ if (strcmp(s,"registers") == 0) { infoRegisters(0,cctxt); return 0; } /* info stack display call stack */ if (strcmp(s,"all-registers") == 0) { infoRegisters(1,cctxt); return 0; } /* info stack display call stack */ if (strcmp(s,"symbols") == 0) { /* dump out symbols we have read in */ fprintf(stdout,"Dumping symbols...\n"); infoSymbols(cctxt); return 0; } if (strcmp(s,"variables") == 0) { /* dump out symbols we have read in */ fprintf(stdout,"Dumping symbols...\n"); infoSymbols(cctxt); return 0; } fprintf(stdout,"Undefined info command: \"%s\". Try \"help\n",s); return 0; } /*-----------------------------------------------------------------*/ /* cmdQuit - quit debugging */ /*-----------------------------------------------------------------*/ int cmdQuit (char *s, context *cctxt) { if (simactive) closeSimulator(); return 1; } /*-----------------------------------------------------------------*/ /* cmdListSrc - list src */ /*-----------------------------------------------------------------*/ int cmdListSrc (char *s, context *cctxt) { static int currline = 0; int i =0 ; int pline = 0; int llines = listlines; function *func = NULL; s = trim_left(s); /* if the user has spcified line numer then the line number can be of the following formats LINE - just line number FILE:LINE - filename line number FILE:LINE,LASTLINE + last line FUNCTION - list a function FILE:FUNCTION - function in file */ if (*s) { /* case a) LINE */ if (isdigit(*s)) { if (!cctxt || !cctxt->func || !cctxt->func->mod) { if (!list_mod) { fprintf(stdout,"Sdcdb fails to have a proper context at %d.\n", __LINE__); return 0; } } else list_mod = cctxt->func->mod; pline = strtol(s,&s,10) - 1; if (s && (s = strchr(s,','))) { /* LINE,LASTLINE */ llines = strtol(s+1,0,10); if ( llines > 0 ) llines -= pline+1; else llines = listlines; } } else { char *bp; /* if ':' present then FILE:LINE || FILE:FUNCTION */ if ((bp = strchr(s,':'))) { *bp = '\0'; bp ++; if (isdigit(*bp)) { /* FILE:LINE */ list_mod=NULL; /* bug fix 2-09-02, moduleWithCName expects mod to be null */ if (srcMode == SRC_CMODE) { if (!applyToSet(modules,moduleWithCName,s,&list_mod)) { fprintf (stderr,"No c source file named %s.\n",s); return 0; } } else { if (!applyToSet(modules,moduleWithAsmName,s,&list_mod)) { fprintf (stderr,"No source file named %s.\n",s); return 0; } } pline = strtol(bp,&bp,10) - 1; if (bp && (bp = strchr(bp,','))) { /* FILE:LINE,LASTLINE */ llines = strtol(bp+1,0,10); if ( llines > 0 ) llines -= pline+1; else llines = listlines; } } else { /* FILE:FUCTION */ if (!applyToSet(functions,funcWithNameModule,bp,s,&func)) { fprintf(stdout,"Function \"%s\" not defined.\n",bp); return 0; } list_mod = func->mod; if (srcMode == SRC_CMODE) { pline = func->entryline; llines = func->exitline - func->entryline + 1; } else { pline = func->aentryline; llines = func->aexitline - func->aentryline + 1; } } } else { /* FUNCTION */ if (*s == '\'') { /* 'FUNCTION' */ s++ ; if ((bp = strrchr(s,'\''))) { *bp = '\0'; } } if (!applyToSet(functions,funcWithName,s,&func)) { fprintf(stderr,"Function \"%s\" not defined.\n",s); return 0; } else { list_mod = func->mod; if (srcMode == SRC_CMODE) { pline = func->entryline; llines = func->exitline - func->entryline + 1; } else { pline = func->aentryline; llines = func->aexitline - func->aentryline + 1; } } } } } else { /* if no line specified & we had listed before then continue from that listing */ if (currline) pline = currline ; else { if (!cctxt || !cctxt->func || !cctxt->func->mod) { fprintf(stdout,"Missing context at %d. Try list filename:lineno\n", __LINE__); return 0; } list_mod = cctxt->func->mod; if (srcMode == SRC_CMODE) pline = cctxt->cline; else pline = cctxt->asmline; } } if (!list_mod) { fprintf(stdout,"Sdcdb fails to have a valid module context at %d.\n", __LINE__); return 0; } if ( pline < 0 ) return 0; if ( infomode ) { unsigned firstaddr , lastaddr ; if ( pline >= list_mod->ncLines ) pline = cctxt->cline; firstaddr = lastaddr = list_mod->cLines[pline]->addr; if (!func && cctxt && cctxt->func ) func = cctxt->func; fprintf(stdout,"Line %d of \"%s\" starts at address 0x%08x <%s+%d>", pline+1, list_mod->c_name, lastaddr, func ? func->sym->name : "?", func ? lastaddr -func->sym->addr : 0); llines = pline +1; for ( ; pline < list_mod->ncLines; pline++ ) { if ( list_mod->cLines[pline]->addr > lastaddr ) { lastaddr = list_mod->cLines[pline]->addr -1; break; } } fprintf(stdout," and ends at 0x%08x <%s+%d>.\n", lastaddr, func ? func->sym->name : "?", func ? lastaddr -func->sym->addr : 0); infomode=0; if ( func ) fprintf(stdout,"\032\032%s:%d:1:beg:0x%08x\n", func->mod->cfullname, llines,firstaddr); else showfull=1; return 0; } for ( i = 0 ; i < llines ; i++ ) { if (srcMode == SRC_CMODE) { if ( (pline + i) >= list_mod->ncLines ) break; fprintf(stdout,"%d\t%s",pline + i, list_mod->cLines[pline +i]->src); } else { if ( (pline + i) >= list_mod->nasmLines ) break; fprintf(stdout,"%d\t%s",pline + i, list_mod->asmLines[pline +i]->src); } } currline = pline + i ; return 0; } static unsigned long getValBasic(symbol *sym, link *type, char *val) { char *s; union { float f; unsigned long val; long sval; struct { unsigned short lo; unsigned short hi; } i; unsigned char b[4]; }v; if (IS_FLOAT(type)) v.f = strtod(val,NULL); else if (IS_PTR(type)) v.val = strtol(val,NULL,0); else { if (IS_INTEGRAL(type)) { link *etype; if ( type->next ) etype = type->next; else etype = type; if (IS_CHAR(etype)) { if (( s = strchr(val,'\''))) { if ( s[1] == '\\' ) v.b[0] = strtol(s+2,NULL,8); else v.b[0] = s[1]; } else { v.b[0] = strtol(val,NULL,0); } } else if (IS_INT(etype)) if (IS_LONG(etype)) v.val = strtol(val,NULL,0); else v.i.lo = strtol(val,NULL,0); else v.val = strtol(val,NULL,0); } else v.val = strtol(val,NULL,0); } return v.val; } /*-----------------------------------------------------------------*/ /* printFmtInteger - print value in bin,oct,dez or hex */ /*-----------------------------------------------------------------*/ static void printFmtInteger(char *deffmt,int fmt, long val, int sign, int size) { static char digits[] = { '0' , '1' , '2' , '3' , '4' , '5' , '6' , '7' , '8' , '9' , 'a' , 'b' , 'c' , 'd' , 'e' , 'f' , 'g' , 'h' }; static int radixOfFormat[] = { 0 , 2, 8 ,10, 16 }; static int olenOfSize[] = { 0 , 3, 6 , 8, 11 }; char buf[40]; char negative = 0; int charPos = 38; int radix; if ( fmt == FMT_NON || fmt == FMT_DEZ ) { fprintf(stdout,deffmt,val); return; } radix = radixOfFormat[fmt]; /* if ( sign && val < 0 ) negative = 1; */ if (!negative) val = -val; buf[39] = '\0'; while (val <= -radix) { buf[charPos--] = digits[-(val % radix)]; val = val / radix; } buf[charPos] = digits[-val]; switch ( fmt ) { case FMT_OCT: radix = olenOfSize[size]; break; case FMT_HEX: radix = size << 1; break; case FMT_BIN: radix = size << 3; break; } while (charPos > 39 - radix ) { buf[--charPos] = '0'; } switch ( fmt ) { case FMT_OCT: if ( buf[charPos] != '0' ) buf[--charPos] = '0'; break; case FMT_HEX: buf[--charPos] = 'x'; buf[--charPos] = '0'; break; } if (negative) { buf[--charPos] = '-'; } fputs(&buf[charPos],stdout); } /*-----------------------------------------------------------------*/ /* printValBasic - print value of basic types */ /*-----------------------------------------------------------------*/ static void printValBasic(symbol *sym, link *type, char mem, unsigned addr,int size, int fmt) { union { float f; unsigned long val; long sval; struct { unsigned short lo; unsigned short hi; } i; unsigned char b[4]; }v; v.val = simGetValue(addr,mem,size); /* if this a floating point number then */ if (IS_FLOAT(type)) fprintf(stdout,"%f",v.f); else if (IS_PTR(type)) fprintf(stdout,"0x%*lx",size<<1,v.val); else if (IS_INTEGRAL(type)) { link *etype; if ( type->next ) etype = type->next; else etype = type; if (IS_CHAR(etype)) { if ( isprint(v.val)) printFmtInteger((SPEC_USIGN(etype)?"0x%02x":"'%c'"), fmt,(long)v.val,0,size); else printFmtInteger((SPEC_USIGN(etype)?"0x%02x":"'\\%o'"), fmt,(long)v.val,0,size); } else { if (IS_INT(etype)) if (IS_LONG(etype)) if (SPEC_USIGN(etype)) printFmtInteger("%u",fmt,(long)v.val,0,size); else printFmtInteger("%d",fmt,(long)v.sval,1,size); else if (SPEC_USIGN(etype)) printFmtInteger("%u",fmt,(long)v.i.lo,0,size); else printFmtInteger("%d",fmt,(long)v.i.lo,1,size); else { if (IS_BITVAR(etype)) fprintf(stdout,"%c",(v.val?'1':'0')); else fprintf(stdout,"0x%0*lx",size<<1,v.val); } } } else fprintf(stdout,"0x%0*lx",size<<1,v.val); } /*-----------------------------------------------------------------*/ /* printValFunc - prints function values */ /*-----------------------------------------------------------------*/ static void printValFunc (symbol *sym, int fmt) { fprintf(stdout,"print function not yet implemented"); } /*-----------------------------------------------------------------*/ /* printArrayValue - will print the values of array elements */ /*-----------------------------------------------------------------*/ static void printArrayValue (symbol *sym, link *type, char space, unsigned int addr, int fmt) { link *elem_type = type->next; int i; fprintf(stdout,"{"); for (i = 0 ; i < DCL_ELEM(type) ; i++) { if (IS_AGGREGATE(elem_type)) { printValAggregates(sym,elem_type,space,addr,fmt); } else { printValBasic(sym,elem_type,space,addr,getSize(elem_type),fmt); } addr += getSize(elem_type); if (i != DCL_ELEM(type) -1) fprintf(stdout,","); } fprintf(stdout,"}"); } /*-----------------------------------------------------------------*/ /* printStructValue - prints structures elements */ /*-----------------------------------------------------------------*/ static void printStructValue (symbol *sym, link *type, char space, unsigned int addr, int fmt) { symbol *fields = SPEC_STRUCT(type)->fields; int first = 1; fprintf(stdout," { "); while (fields) { fprintf(stdout,"%s%s = ",(first ? "": ", "),fields->name); first = 0; if (IS_AGGREGATE(fields->type)) { printValAggregates(fields,fields->type,space, addr, fmt); } else { printValBasic(fields,fields->type,space,addr,getSize(fields->type), fmt); } addr += getSize(fields->type); fields = fields->next; } fprintf(stdout,"}"); } /*-----------------------------------------------------------------*/ /* printValAggregates - print value of aggregates */ /*-----------------------------------------------------------------*/ static void printValAggregates (symbol *sym, link *type, char space,unsigned int addr, int fmt) { if (IS_ARRAY(type)) { printArrayValue(sym, type, space, addr, fmt); return ; } if (IS_STRUCT(type)) { printStructValue(sym, type, space, addr, fmt); return; } } /*-----------------------------------------------------------------*/ /* printOrSetSymValue - print or set value of a symbol */ /*-----------------------------------------------------------------*/ static int printOrSetSymValue (symbol *sym, context *cctxt, int flg, int dnum, int fmt, char *rs, char *val, char cmp ) { static char fmtChar[] = " todx "; static int stack = 1; symbol *fields; link *type; unsigned int addr; int size, n; char *s, *s2; char save_ch, save_ch2; /* if it is on stack then compute address & fall thru */ if (sym->isonstack) { symbol *bp = symLookup("bp",cctxt); if (!bp) { fprintf(stdout,"cannot determine stack frame\n"); return 1; } sym->addr = simGetValue(bp->addr,bp->addrspace,bp->size) + sym->offset ; } /* get the value from the simulator and print it */ switch (flg) { case 0: default: break; case 1: fprintf(stdout,"$%d = ",stack++); break; case 2: fprintf(stdout,"%d: ", dnum); if ( fmt != FMT_NON ) fprintf(stdout,"/%c ",fmtChar[fmt]); fprintf(stdout,"%s%s = ",sym->name,rs); break; } addr = sym->addr; type = sym->type; size = sym->size; while ( *rs ) { if ( *rs == '[' && IS_ARRAY(type)) { s = rs+1; while ( *rs && *rs != ']' ) rs++ ; save_ch = *rs; *rs = '\0' ; if ( ! isdigit(*s )) { /* index seems a variable */ for ( s2 = s; *s2 && ( isalnum( *s2 ) || *s2 == '_'); s2++ ); save_ch2 = *s2; if ( *s2 ) *s2 = '\0'; fields = symLookup(s,cctxt); *s2 = save_ch2; if ( ! fields ) { fprintf(stdout,"Unknown variable \"%s\" for index.\n", s); return 1; } /* arrays & structures first */ if (! IS_INTEGRAL(fields->type)) { fprintf(stdout,"Wrong type of variable \"%s\" for index \n", s); return 1; } n = simGetValue(fields->addr,fields->addrspace,getSize(fields->type)); } else { n = strtol(s,0,0); } if ( n < 0 || n >= DCL_ELEM(type)) { fprintf(stdout,"Wrong index %d.\n", n); return 1; } type = type->next; size = getSize(type); addr += size * n; *rs++ = save_ch; } else if ( *rs == '.' && IS_STRUCT(type)) { s = rs+1; /* search structure element */ for ( rs = s; *rs && ( isalnum( *rs ) || *rs == '_'); rs++ ); save_ch = *rs; if ( *rs ) *rs = '\0'; for (fields = SPEC_STRUCT(type)->fields; fields; fields = fields->next) { if (!(strcmp(s,fields->name))) break; } *rs = save_ch; if ( ! fields ) { fprintf(stdout,"Unknown field \"%s\" of structure\n", s); return 1; } type = fields->type; size = getSize(type); addr += fields->offset; } else break; } /* arrays & structures first */ if (IS_AGGREGATE(type)) { if ( val ) { fprintf(stdout,"Cannot set/compare aggregate variable\n"); return 1; } else printValAggregates(sym,type,sym->addrspace,addr,fmt); } else /* functions */ if (IS_FUNC(type)) { if ( !val ) printValFunc(sym,fmt); else return 1; } else { if ( val ) { unsigned long newval; newval = getValBasic(sym,type,val); if ( cmp ) { unsigned long lval; lval = simGetValue(addr,sym->addrspace,size); switch ( cmp ) { case '<' : return ( lval < newval ? 1:0 ); break; case '>' : return ( lval > newval ? 1:0 ); break; case 'l' : return ( lval <= newval ? 1:0 ); break; case 'g' : return ( lval >= newval ? 1:0 ); break; case '=' : return ( lval == newval ? 1:0 ); break; case '!' : return ( lval != newval ? 1:0 ); break; } } else { if ( sym->addrspace == 'I' && addr == 0xb8 ) { /* Symbol with address of IP */ if ( cctxt ) cctxt->addr = newval; simSetPC(cctxt->addr); } else simSetValue(addr,sym->addrspace,size,newval); return 1; } } else printValBasic(sym,type,sym->addrspace,addr,size,fmt); } if ( flg > 0 ) fprintf(stdout,"\n"); return 0; } /*-----------------------------------------------------------------*/ /* printStructInfo - print out structure information */ /*-----------------------------------------------------------------*/ static void printStructInfo (structdef *sdef) { symbol *field = sdef->fields ; int i = 0 ; while (field) { i += field->offset; field = field->next; } fprintf(stdout,"%s %s {\n",(i ? "struct" : "union" ), sdef->tag); field = sdef->fields; while (field) { printTypeInfo (field->type); fprintf(stdout," %s ;\n",field->name); field = field->next ; } fprintf(stdout,"}\n"); } /*-----------------------------------------------------------------*/ /* printTypeInfo - print out the type information */ /*-----------------------------------------------------------------*/ static void printTypeInfo(link *p) { if (!p) return ; if (IS_DECL(p)) { switch (DCL_TYPE(p)) { case FUNCTION: printTypeInfo (p->next); fprintf(stdout,"()"); break; case ARRAY: printTypeInfo (p->next); fprintf(stdout,"[%d]",DCL_ELEM(p)); break; case IPOINTER: case PPOINTER: case POINTER: printTypeInfo (p->next); fprintf(stdout,"(_near *)"); break; case FPOINTER: printTypeInfo (p->next); fprintf(stdout,"(_xdata *)"); break; case CPOINTER: printTypeInfo( p->next); fprintf(stdout,"(_code *)"); break; case GPOINTER: printTypeInfo( p->next); fprintf(stdout,"(_generic *)"); break; } } else { switch (SPEC_NOUN(p)) { /* depending on the specifier type */ case V_INT: (IS_LONG(p) ? fputs("long ",stdout) : ( IS_SHORT(p) ? fputs("short ",stdout) : fputs("int ",stdout))) ; break; case V_FLOAT: fputs("float ",stdout); break; case V_CHAR: fputs ("char ",stdout); break; case V_VOID: fputs("void ",stdout); break; case V_STRUCT: printStructInfo (SPEC_STRUCT(p)); break; case V_SBIT: fputs("sbit ",stdout); break; case V_BIT: fprintf(stdout,": %d" ,SPEC_BLEN(p)); break; } } } /*-----------------------------------------------------------------*/ /* conditionIsTrue - compare variable with constant value */ /*-----------------------------------------------------------------*/ int conditionIsTrue( char *s, context *cctxt) { symbol *sym = NULL; int fmt; char *rs, *dup, cmp_char; dup = s = Safe_strdup(s); if ( !( rs = preparePrint(s, cctxt, &fmt, &sym )) || !sym) fmt = 1; else if (!( s = strpbrk(rs,"<>=!"))) fmt = 1; else { cmp_char = *s; *s++ = '\0'; if ( *s == '=' ) { /* if <= or >= an other char is used * == or != not checked in switch */ switch( cmp_char ) { case '>': cmp_char = 'g' ; break; case '<': cmp_char = 'l' ; break; } s++ ; } s = trim_left(s); fmt = printOrSetSymValue(sym,cctxt,0,0,0,rs,s,cmp_char); } Safe_free(dup); return fmt; } /*-----------------------------------------------------------------*/ /* cmdPrint - print value of variable */ /*-----------------------------------------------------------------*/ int cmdPrint (char *s, context *cctxt) { symbol *sym ; int fmt; char *rs; if ( !( rs = preparePrint(s, cctxt, &fmt, &sym ))) return 0; if ( sym ) { printOrSetSymValue(sym,cctxt,1,0,fmt,rs,NULL,'\0'); } return 0; } /*-----------------------------------------------------------------*/ /* cmdOutput - print value of variable without number and newline */ /*-----------------------------------------------------------------*/ int cmdOutput (char *s, context *cctxt) { symbol *sym ; int fmt; char *rs; if ( !( rs = preparePrint(s, cctxt, &fmt, &sym ))) return 0; if ( sym ) { printOrSetSymValue(sym,cctxt,0,0,fmt,rs,NULL,'\0'); } return 0; } /** find display entry with this number */ DEFSETFUNC(dsymWithNumber) { dsymbol *dsym = item; V_ARG(int , dnum); V_ARG(dsymbol **,dsymp); if ( dsym->dnum == dnum ) { *dsymp = dsym; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* displayAll - display all valid variables */ /*-----------------------------------------------------------------*/ void displayAll(context *cctxt) { dsymbol *dsym; symbol *sym; if ( !dispsymbols ) return; for (dsym = setFirstItem(dispsymbols); dsym ; dsym = setNextItem(dispsymbols)) { if ( (sym = symLookup(dsym->name,cctxt))) printOrSetSymValue(sym,cctxt,2,dsym->dnum,dsym->fmt, dsym->rs,NULL,'\0'); } } /*-----------------------------------------------------------------*/ /* cmdDisplay - display value of variable */ /*-----------------------------------------------------------------*/ int cmdDisplay (char *s, context *cctxt) { static int dnum = 1; symbol *sym ; int fmt; char *rs; if ( !( rs = preparePrint(s, cctxt, &fmt, &sym ))) { displayAll(cctxt); return 0; } if ( sym ) { dsymbol *dsym = (dsymbol *)Safe_calloc(1,sizeof(dsymbol)); dsym->dnum = dnum++ ; dsym->name = sym->name; dsym->fmt = fmt; dsym->rs = gc_strdup(rs); addSetHead(&dispsymbols,dsym); } return 0; } /*-----------------------------------------------------------------*/ /* cmdUnDisplay - undisplay value of variable */ /*-----------------------------------------------------------------*/ int cmdUnDisplay (char *s, context *cctxt) { dsymbol *dsym; int dnum; s = trim_left(s); if (!*s) { for (dsym = setFirstItem(dispsymbols); dsym; dsym = setNextItem(dispsymbols)) { Safe_free(dsym->rs); Safe_free(dsym); } deleteSet(&dispsymbols); return 0; } while ( s && *s ) { dnum = strtol(s,&s,10); if (applyToSetFTrue(dispsymbols,dsymWithNumber,dnum,&dsym)) { deleteSetItem(&dispsymbols,dsym); Safe_free(dsym->rs); Safe_free(dsym); } else { fprintf(stdout,"Arguments must be display numbers.\n"); } } return 0; } /*-----------------------------------------------------------------*/ /* cmdPrintType - print type of a variable */ /*-----------------------------------------------------------------*/ int cmdPrintType (char *s, context *cctxt) { symbol *sym ; /* trim left and right */ s = trim(s); if (!*s) return 0; if ((sym = symLookup(s,cctxt))) { printTypeInfo(sym->type); fprintf(stdout,"\n"); } else { fprintf(stdout, "No symbol \"%s\" in current context.\n", s); } return 0; } /*-----------------------------------------------------------------*/ /* cmdClrUserBp - clear user break point */ /*-----------------------------------------------------------------*/ int cmdClrUserBp (char *s, context *cctxt) { char *bp ; function *func = NULL; /* clear break point location specification can be of the following forms a) - break point at current location b) lineno - number of the current module c) filename:lineno - line number of the given file e) filename:function- function X in file Y (useful for static functions) f) function - function entry point */ if (!cctxt) { fprintf(stdout,"No symbol table is loaded. Use the \"file\" command.\n"); return 0; } /* trim left and right */ s = trim(s); /* case a) nothing */ /* if nothing given then current location : we know the current execution location from the currentContext */ if (! *s ) { /* if current context is known */ if (cctxt->func) /* clear the break point @ current location */ clearUSERbp (cctxt->addr); else fprintf(stderr,"No default breakpoint address now.\n"); goto ret ; } /* case b) lineno */ /* check if line number */ if (isdigit(*s)) { /* get the lineno */ int line = atoi(s); /* if current context not present then we must get the module which has main & set the break point @ line number provided of that module : if current context known then set the bp at the line number given for the current module */ if (cctxt->func) { if (!cctxt->func->mod) { if (!applyToSet(functions,funcWithName,"main")) fprintf(stderr,"Function \"main\" not defined.\n"); else clearBPatModLine(func->mod,line); } else clearBPatModLine(cctxt->func->mod,line); } goto ret; } if ((bp = strchr(s,':'))) { module *mod = NULL; *bp = '\0'; if (!applyToSet(modules,moduleWithCName,s,&mod)) { fprintf (stderr,"No source file named %s.\n",s); goto ret; } /* case c) filename:lineno */ if (isdigit(*(bp +1))) { clearBPatModLine (mod,atoi(bp+1)); goto ret; } /* case d) filename:function */ if (!applyToSet(functions,funcWithNameModule,bp+1,s,&func)) fprintf(stderr,"Function \"%s\" not defined.\n",bp+1); else clearBPatModLine (mod,func->entryline); goto ret; } /* case e) function */ if (!applyToSet(functions,funcWithName,s,&func)) fprintf(stderr,"Function \"%s\" not defined.\n",s); else clearBPatModLine(func->mod,func->entryline); ret: return 0; } /*-----------------------------------------------------------------*/ /* cmdSimulator - send command to simulator */ /*-----------------------------------------------------------------*/ int cmdSimulator (char *s, context *cctxt) { char tmpstr[82]; if (strlen(s) > 80) { printf("error 3A\n"); exit(1); } strcpy(tmpstr, s); strcat(tmpstr, "\n"); sendSim(tmpstr); waitForSim(200,NULL); fprintf(stdout,"%s",simResponse()); return 0; } void setMainContext() { function *func = NULL; currentFrame = 0; if (!applyToSet(functions,funcWithName,"_main",&func) && !applyToSet(functions,funcWithName,"main",&func)) return; discoverContext (func->sym->addr, func); } function *needExtraMainFunction() { function *func = NULL; if (!applyToSet(functions,funcWithName,"_main",&func)) { if (applyToSet(functions,funcWithName,"main",&func)) { return func; } } return NULL; } static void printFrame() { int i; function *func = NULL; function *lastfunc = NULL; if ( currentFrame < 0 ) { currentFrame = 0; fprintf(stdout,"Bottom (i.e., innermost) frame selected; you cannot go down.\n"); return; } STACK_STARTWALK(callStack) ; for ( i = 0; i <= currentFrame ; i++ ) { func = STACK_WALK(callStack); if ( !func ) { currentFrame = i-1; fprintf(stdout,"Initial frame selected; you cannot go up.\n"); return; } } fprintf(stdout,"#%d 0x%08x in %s () at %s:%d\n", currentFrame,func->laddr,func->sym->name,func->mod->c_name,func->lline+1); fprintf(stdout,"\032\032%s:%d:1:beg:0x%08x\n", func->mod->cfullname,func->lline+1,func->laddr); discoverContext (func->laddr, func); } /*-----------------------------------------------------------------*/ /* cmdUp - Up command */ /*-----------------------------------------------------------------*/ int cmdUp(char *s, context *cctxt) { s = trim_left(s); if ( *s ) currentFrame += strtol(s,0,10); else currentFrame++ ; printFrame(); return 0; } /*-----------------------------------------------------------------*/ /* cmdDown - down command */ /*-----------------------------------------------------------------*/ int cmdDown(char *s, context *cctxt) { s = trim_left(s); if ( *s ) currentFrame -= strtol(s,0,10); else currentFrame-- ; printFrame(); return 0; } /*-----------------------------------------------------------------*/ /* cmdFrame - Frame command */ /*-----------------------------------------------------------------*/ int cmdFrame (char *s, context *cctxt) { function *func = NULL; int framenr = 0; s = trim_left(s); if ( *s ) currentFrame = strtol(s,0,10); printFrame(); return 0; } /*-----------------------------------------------------------------*/ /* cmdFinish - exec till end of current function */ /*-----------------------------------------------------------------*/ int cmdFinish (char *s, context *ctxt) { if (STACK_EMPTY(callStack)) { fprintf(stdout,"The program is not running.\n"); return 0; } if (srcMode == SRC_CMODE) { setBreakPoint (ctxt->func->sym->eaddr, CODE, STEP, stepBpCB, ctxt->func->mod->c_name, ctxt->func->exitline); } else { setBreakPoint (ctxt->func->sym->eaddr, CODE, STEP, stepBpCB, ctxt->func->mod->asm_name, ctxt->func->aexitline); } simGo(-1); showfull = 1; return 0; } /*-----------------------------------------------------------------*/ /* cmdShow - show command */ /*-----------------------------------------------------------------*/ int cmdShow (char *s, context *cctxt) { /* skip white space */ s = trim_left(s); if (strcmp(s,"copying") == 0) { fputs(copying,stdout); return 0; } if (strcmp(s,"warranty") == 0) { fputs(warranty,stdout); return 0; } return 0; } sdcc-2.9.0/debugger/mcs51/cmd.h000066400000000000000000000062161116427777700161160ustar00rootroot00000000000000/*------------------------------------------------------------------------- cmd.h - header file for debugger command execution Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCDB_CMD_H #define SDCDB_CMD_H /* forward definition for command functions */ extern int cmdSetTmpUserBp (char *, context *); extern int cmdSetUserBp (char *, context *); extern int cmdClrUserBp (char *, context *); extern int cmdHelp (char *, context *); extern int cmdJump (char *, context *); extern int cmdListSrc (char *, context *); extern int cmdListAsm (char *, context *); extern int cmdSetOption (char *, context *); extern int cmdCondition (char *, context *); extern int cmdIgnore (char *, context *); extern int cmdContinue (char *, context *); extern int cmdDelUserBp (char *, context *); extern int cmdStep (char *, context *); extern int cmdRun (char *, context *); extern int cmdNext (char *, context *); extern int cmdPrint (char *, context *); extern int cmdFrame (char *, context *); extern int cmdSimulator (char *, context *); extern int cmdQuit (char *, context *); extern int cmdPrintType (char *, context *); extern int cmdFile (char *, context *); extern int cmdInfo (char *, context *); extern int cmdShow (char *, context *); extern int cmdFinish (char *, context *); extern int cmdCommands (char *, context *); extern int cmdStepi (char *, context *); extern int cmdNexti (char *, context *); extern int cmdUp (char *, context *); extern int cmdDown (char *, context *); extern int cmdWhere (char *, context *); extern int cmdOutput (char *, context *); extern int cmdDisasm1 (char *, context *); extern int cmdDisasmF (char *, context *); extern int cmdDisplay (char *, context *); extern int cmdUnDisplay (char *, context *); extern int cmdSource (char *, context *); extern void displayAll (context *); extern int cmdListModules (char *s, context *cctxt); extern int cmdListFunctions (char *s, context *cctxt); extern int cmdListSymbols (char *s, context *cctxt); extern void setMainContext( void); extern function *needExtraMainFunction(void); int conditionIsTrue( char *s, context *cctxt); #endif sdcc-2.9.0/debugger/mcs51/conf.mk000066400000000000000000000003021116427777700164460ustar00rootroot00000000000000# # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of conf.mk sdcc-2.9.0/debugger/mcs51/config.h.in000066400000000000000000000003011116427777700172120ustar00rootroot00000000000000/* */ #ifndef CONFIG_H #define CONFIG_H #undef DIR_SEPARATOR_STRING #undef DATADIR #undef LIB_DIR_SUFFIX #undef HAVE_SYS_SOCKET_H #undef HAVE_LIBREADLINE #endif /* End of config.h */ sdcc-2.9.0/debugger/mcs51/configure000066400000000000000000005741511116427777700171160ustar00rootroot00000000000000#! /bin/sh # Guess values for system-dependent variables and create Makefiles. # Generated by GNU Autoconf 2.60. # # Copyright (C) 1992, 1993, 1994, 1995, 1996, 1998, 1999, 2000, 2001, # 2002, 2003, 2004, 2005, 2006 Free Software Foundation, Inc. # This configure script is free software; the Free Software Foundation # gives unlimited permission to copy, distribute and modify it. ## --------------------- ## ## M4sh Initialization. ## ## --------------------- ## # Be Bourne compatible if test -n "${ZSH_VERSION+set}" && (emulate sh) >/dev/null 2>&1; then emulate sh NULLCMD=: # Zsh 3.x and 4.x performs word splitting on ${1+"$@"}, which # is contrary to our usage. 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Now check whether nonexistent headers # can be detected and how. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null; then if test -s conftest.err; then ac_cpp_err=$ac_c_preproc_warn_flag ac_cpp_err=$ac_cpp_err$ac_c_werror_flag else ac_cpp_err= fi else ac_cpp_err=yes fi if test -z "$ac_cpp_err"; then # Broken: success on invalid input. continue else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 # Passes both tests. ac_preproc_ok=: break fi rm -f conftest.err conftest.$ac_ext done # Because of `break', _AC_PREPROC_IFELSE's cleaning code was skipped. rm -f conftest.err conftest.$ac_ext if $ac_preproc_ok; then : else { { echo "$as_me:$LINENO: error: C preprocessor \"$CPP\" fails sanity check See \`config.log' for more details." >&5 echo "$as_me: error: C preprocessor \"$CPP\" fails sanity check See \`config.log' for more details." >&2;} { (exit 1); exit 1; }; } fi ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu { echo "$as_me:$LINENO: checking for grep that handles long lines and -e" >&5 echo $ECHO_N "checking for grep that handles long lines and -e... $ECHO_C" >&6; } if test "${ac_cv_path_GREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else # Extract the first word of "grep ggrep" to use in msg output if test -z "$GREP"; then set dummy grep ggrep; ac_prog_name=$2 if test "${ac_cv_path_GREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_path_GREP_found=false # Loop through the user's path and test for each of PROGNAME-LIST as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH$PATH_SEPARATOR/usr/xpg4/bin do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_prog in grep ggrep; do for ac_exec_ext in '' $ac_executable_extensions; do ac_path_GREP="$as_dir/$ac_prog$ac_exec_ext" { test -f "$ac_path_GREP" && $as_executable_p "$ac_path_GREP"; } || continue # Check for GNU ac_path_GREP and select it if it is found. # Check for GNU $ac_path_GREP case `"$ac_path_GREP" --version 2>&1` in *GNU*) ac_cv_path_GREP="$ac_path_GREP" ac_path_GREP_found=:;; *) ac_count=0 echo $ECHO_N "0123456789$ECHO_C" >"conftest.in" while : do cat "conftest.in" "conftest.in" >"conftest.tmp" mv "conftest.tmp" "conftest.in" cp "conftest.in" "conftest.nl" echo 'GREP' >> "conftest.nl" "$ac_path_GREP" -e 'GREP$' -e '-(cannot match)-' < "conftest.nl" >"conftest.out" 2>/dev/null || break diff "conftest.out" "conftest.nl" >/dev/null 2>&1 || break ac_count=`expr $ac_count + 1` if test $ac_count -gt ${ac_path_GREP_max-0}; then # Best one so far, save it but keep looking for a better one ac_cv_path_GREP="$ac_path_GREP" ac_path_GREP_max=$ac_count fi # 10*(2^10) chars as input seems more than enough test $ac_count -gt 10 && break done rm -f conftest.in conftest.tmp conftest.nl conftest.out;; esac $ac_path_GREP_found && break 3 done done done IFS=$as_save_IFS fi GREP="$ac_cv_path_GREP" if test -z "$GREP"; then { { echo "$as_me:$LINENO: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&5 echo "$as_me: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&2;} { (exit 1); exit 1; }; } fi else ac_cv_path_GREP=$GREP fi fi { echo "$as_me:$LINENO: result: $ac_cv_path_GREP" >&5 echo "${ECHO_T}$ac_cv_path_GREP" >&6; } GREP="$ac_cv_path_GREP" { echo "$as_me:$LINENO: checking for egrep" >&5 echo $ECHO_N "checking for egrep... $ECHO_C" >&6; } if test "${ac_cv_path_EGREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if echo a | $GREP -E '(a|b)' >/dev/null 2>&1 then ac_cv_path_EGREP="$GREP -E" else # Extract the first word of "egrep" to use in msg output if test -z "$EGREP"; then set dummy egrep; ac_prog_name=$2 if test "${ac_cv_path_EGREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_path_EGREP_found=false # Loop through the user's path and test for each of PROGNAME-LIST as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH$PATH_SEPARATOR/usr/xpg4/bin do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_prog in egrep; do for ac_exec_ext in '' $ac_executable_extensions; do ac_path_EGREP="$as_dir/$ac_prog$ac_exec_ext" { test -f "$ac_path_EGREP" && $as_executable_p "$ac_path_EGREP"; } || continue # Check for GNU ac_path_EGREP and select it if it is found. # Check for GNU $ac_path_EGREP case `"$ac_path_EGREP" --version 2>&1` in *GNU*) ac_cv_path_EGREP="$ac_path_EGREP" ac_path_EGREP_found=:;; *) ac_count=0 echo $ECHO_N "0123456789$ECHO_C" >"conftest.in" while : do cat "conftest.in" "conftest.in" >"conftest.tmp" mv "conftest.tmp" "conftest.in" cp "conftest.in" "conftest.nl" echo 'EGREP' >> "conftest.nl" "$ac_path_EGREP" 'EGREP$' < "conftest.nl" >"conftest.out" 2>/dev/null || break diff "conftest.out" "conftest.nl" >/dev/null 2>&1 || break ac_count=`expr $ac_count + 1` if test $ac_count -gt ${ac_path_EGREP_max-0}; then # Best one so far, save it but keep looking for a better one ac_cv_path_EGREP="$ac_path_EGREP" ac_path_EGREP_max=$ac_count fi # 10*(2^10) chars as input seems more than enough test $ac_count -gt 10 && break done rm -f conftest.in conftest.tmp conftest.nl conftest.out;; esac $ac_path_EGREP_found && break 3 done done done IFS=$as_save_IFS fi EGREP="$ac_cv_path_EGREP" if test -z "$EGREP"; then { { echo "$as_me:$LINENO: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&5 echo "$as_me: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&2;} { (exit 1); exit 1; }; } fi else ac_cv_path_EGREP=$EGREP fi fi fi { echo "$as_me:$LINENO: result: $ac_cv_path_EGREP" >&5 echo "${ECHO_T}$ac_cv_path_EGREP" >&6; } EGREP="$ac_cv_path_EGREP" { echo "$as_me:$LINENO: checking for ANSI C header files" >&5 echo $ECHO_N "checking for ANSI C header files... $ECHO_C" >&6; } if test "${ac_cv_header_stdc+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include #include #include int main () { ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_header_stdc=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_header_stdc=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext if test $ac_cv_header_stdc = yes; then # SunOS 4.x string.h does not declare mem*, contrary to ANSI. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "memchr" >/dev/null 2>&1; then : else ac_cv_header_stdc=no fi rm -f conftest* fi if test $ac_cv_header_stdc = yes; then # ISC 2.0.2 stdlib.h does not declare free, contrary to ANSI. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "free" >/dev/null 2>&1; then : else ac_cv_header_stdc=no fi rm -f conftest* fi if test $ac_cv_header_stdc = yes; then # /bin/cc in Irix-4.0.5 gets non-ANSI ctype macros unless using -ansi. if test "$cross_compiling" = yes; then : else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include #if ((' ' & 0x0FF) == 0x020) # define ISLOWER(c) ('a' <= (c) && (c) <= 'z') # define TOUPPER(c) (ISLOWER(c) ? 'A' + ((c) - 'a') : (c)) #else # define ISLOWER(c) \ (('a' <= (c) && (c) <= 'i') \ || ('j' <= (c) && (c) <= 'r') \ || ('s' <= (c) && (c) <= 'z')) # define TOUPPER(c) (ISLOWER(c) ? ((c) | 0x40) : (c)) #endif #define XOR(e, f) (((e) && !(f)) || (!(e) && (f))) int main () { int i; for (i = 0; i < 256; i++) if (XOR (islower (i), ISLOWER (i)) || toupper (i) != TOUPPER (i)) return 2; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then : else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) ac_cv_header_stdc=no fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi fi fi { echo "$as_me:$LINENO: result: $ac_cv_header_stdc" >&5 echo "${ECHO_T}$ac_cv_header_stdc" >&6; } if test $ac_cv_header_stdc = yes; then cat >>confdefs.h <<\_ACEOF #define STDC_HEADERS 1 _ACEOF fi # On IRIX 5.3, sys/types and inttypes.h are conflicting. for ac_header in sys/types.h sys/stat.h stdlib.h string.h memory.h strings.h \ inttypes.h stdint.h unistd.h do as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_header" >&5 echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6; } if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default #include <$ac_header> _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then eval "$as_ac_Header=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_Header=no" fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_Header'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_Header'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_header" | $as_tr_cpp` 1 _ACEOF fi done if test "${ac_cv_header_readline_readline_h+set}" = set; then { echo "$as_me:$LINENO: checking for readline/readline.h" >&5 echo $ECHO_N "checking for readline/readline.h... $ECHO_C" >&6; } if test "${ac_cv_header_readline_readline_h+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 fi { echo "$as_me:$LINENO: result: $ac_cv_header_readline_readline_h" >&5 echo "${ECHO_T}$ac_cv_header_readline_readline_h" >&6; } else # Is the header compilable? { echo "$as_me:$LINENO: checking readline/readline.h usability" >&5 echo $ECHO_N "checking readline/readline.h usability... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default #include _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_header_compiler=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_compiler=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_compiler" >&5 echo "${ECHO_T}$ac_header_compiler" >&6; } # Is the header present? { echo "$as_me:$LINENO: checking readline/readline.h presence" >&5 echo $ECHO_N "checking readline/readline.h presence... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? 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What about this header? case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in yes:no: ) { echo "$as_me:$LINENO: WARNING: readline/readline.h: accepted by the compiler, rejected by the preprocessor!" >&5 echo "$as_me: WARNING: readline/readline.h: accepted by the compiler, rejected by the preprocessor!" >&2;} { echo "$as_me:$LINENO: WARNING: readline/readline.h: proceeding with the compiler's result" >&5 echo "$as_me: WARNING: readline/readline.h: proceeding with the compiler's result" >&2;} ac_header_preproc=yes ;; no:yes:* ) { echo "$as_me:$LINENO: WARNING: readline/readline.h: present but cannot be compiled" >&5 echo "$as_me: WARNING: readline/readline.h: present but cannot be compiled" >&2;} { echo "$as_me:$LINENO: WARNING: readline/readline.h: check for missing prerequisite headers?" >&5 echo "$as_me: WARNING: readline/readline.h: check for missing prerequisite headers?" >&2;} { echo "$as_me:$LINENO: WARNING: readline/readline.h: see the Autoconf documentation" >&5 echo "$as_me: WARNING: readline/readline.h: see the Autoconf documentation" >&2;} { echo "$as_me:$LINENO: WARNING: readline/readline.h: section \"Present But Cannot Be Compiled\"" >&5 echo "$as_me: WARNING: readline/readline.h: section \"Present But Cannot Be Compiled\"" >&2;} { echo "$as_me:$LINENO: WARNING: readline/readline.h: proceeding with the preprocessor's result" >&5 echo "$as_me: WARNING: readline/readline.h: proceeding with the preprocessor's result" >&2;} { echo "$as_me:$LINENO: WARNING: readline/readline.h: in the future, the compiler will take precedence" >&5 echo "$as_me: WARNING: readline/readline.h: in the future, the compiler will take precedence" >&2;} ;; esac { echo "$as_me:$LINENO: checking for readline/readline.h" >&5 echo $ECHO_N "checking for readline/readline.h... $ECHO_C" >&6; } if test "${ac_cv_header_readline_readline_h+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_cv_header_readline_readline_h=$ac_header_preproc fi { echo "$as_me:$LINENO: result: $ac_cv_header_readline_readline_h" >&5 echo "${ECHO_T}$ac_cv_header_readline_readline_h" >&6; } fi if test "$ac_cv_header_readline_readline_h" = yes; then cat > conftest.$ac_ext < #include wi_LIB_READLINE_VERSION RL_VERSION_MAJOR RL_VERSION_MINOR EOF wi_READLINE_VERSION=$($CPP $CPPFLAGS conftest.$ac_ext | sed -n -e "s/^wi_LIB_READLINE_VERSION *\([0-9\][0-9\]*\) *\([0-9\][0-9\]*\)$/\1.\2/p") rm -rf conftest* if test -n "$wi_READLINE_VERSION"; then wi_MAJOR=$(expr $wi_READLINE_VERSION : '\([0-9][0-9]*\)\.') wi_MINOR=$(expr $wi_READLINE_VERSION : '[0-9][0-9]*\.\([0-9][0-9]*$\)') if test $wi_MINOR -lt 10; then wi_MINOR=$(expr $wi_MINOR \* 10) fi wi_READLINE_VERSION=$(expr $wi_MAJOR \* 100 + $wi_MINOR) else wi_READLINE_VERSION=-1 fi ac_save_LIBS="$LIBS" # Note: $LIBCURSES is permitted to be empty. for LIBREADLINE in "-lreadline.dll" "-lreadline" "-lreadline $LIBCURSES" "-lreadline -ltermcap" "-lreadline -lncurses" "-lreadline -lcurses" do { echo "$as_me:$LINENO: checking for GNU Readline library $LIBREADLINE" >&5 echo $ECHO_N "checking for GNU Readline library $LIBREADLINE... $ECHO_C" >&6; } LIBS="$ac_save_LIBS $LIBREADLINE" cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* includes */ #include #include int main () { /* function-body */ int dummy = rl_completion_append_character; /* rl_completion_append_character appeared in version 2.1 */ readline(NULL); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? 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If you think this configuration is useful to you, please write to autoconf@gnu.org." >&2;} ac_tool_warned=yes ;; esac RANLIB=$ac_ct_RANLIB fi else RANLIB="$ac_cv_prog_RANLIB" fi # Extract the first word of "autoconf", so it can be a program name with args. set dummy autoconf; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_AUTOCONF+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$AUTOCONF"; then ac_cv_prog_AUTOCONF="$AUTOCONF" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_AUTOCONF="autoconf" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_AUTOCONF" && ac_cv_prog_AUTOCONF=":" fi fi AUTOCONF=$ac_cv_prog_AUTOCONF if test -n "$AUTOCONF"; then { echo "$as_me:$LINENO: result: $AUTOCONF" >&5 echo "${ECHO_T}$AUTOCONF" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # Extract the first word of "strip", so it can be a program name with args. set dummy strip; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_STRIP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$STRIP"; then ac_cv_prog_STRIP="$STRIP" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_STRIP="strip" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_STRIP" && ac_cv_prog_STRIP=":" fi fi STRIP=$ac_cv_prog_STRIP if test -n "$STRIP"; then { echo "$as_me:$LINENO: result: $STRIP" >&5 echo "${ECHO_T}$STRIP" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # Extract the first word of "as", so it can be a program name with args. set dummy as; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_AS+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$AS"; then ac_cv_prog_AS="$AS" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_AS="as" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_AS" && ac_cv_prog_AS=":" fi fi AS=$ac_cv_prog_AS if test -n "$AS"; then { echo "$as_me:$LINENO: result: $AS" >&5 echo "${ECHO_T}$AS" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # Extract the first word of "cp", so it can be a program name with args. set dummy cp; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_CP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$CP"; then ac_cv_prog_CP="$CP" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_CP="cp" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_CP" && ac_cv_prog_CP=":" fi fi CP=$ac_cv_prog_CP if test -n "$CP"; then { echo "$as_me:$LINENO: result: $CP" >&5 echo "${ECHO_T}$CP" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu # Checking for header files. # =========================================================================== socket_type=unknown for ac_header in sys/socket.h do as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh` if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then { echo "$as_me:$LINENO: checking for $ac_header" >&5 echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6; } if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 fi ac_res=`eval echo '${'$as_ac_Header'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } else # Is the header compilable? { echo "$as_me:$LINENO: checking $ac_header usability" >&5 echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default #include <$ac_header> _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_header_compiler=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_compiler=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_compiler" >&5 echo "${ECHO_T}$ac_header_compiler" >&6; } # Is the header present? { echo "$as_me:$LINENO: checking $ac_header presence" >&5 echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include <$ac_header> _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null; then if test -s conftest.err; then ac_cpp_err=$ac_c_preproc_warn_flag ac_cpp_err=$ac_cpp_err$ac_c_werror_flag else ac_cpp_err= fi else ac_cpp_err=yes fi if test -z "$ac_cpp_err"; then ac_header_preproc=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_preproc=no fi rm -f conftest.err conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_preproc" >&5 echo "${ECHO_T}$ac_header_preproc" >&6; } # So? What about this header? case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in yes:no: ) { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5 echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5 echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;} ac_header_preproc=yes ;; no:yes:* ) { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5 echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: check for missing prerequisite headers?" >&5 echo "$as_me: WARNING: $ac_header: check for missing prerequisite headers?" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5 echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: section \"Present But Cannot Be Compiled\"" >&5 echo "$as_me: WARNING: $ac_header: section \"Present But Cannot Be Compiled\"" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5 echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5 echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;} ;; esac { echo "$as_me:$LINENO: checking for $ac_header" >&5 echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6; } if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else eval "$as_ac_Header=\$ac_header_preproc" fi ac_res=`eval echo '${'$as_ac_Header'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } fi if test `eval echo '${'$as_ac_Header'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_header" | $as_tr_cpp` 1 _ACEOF socket_type=sys_socket_h fi done if test $socket_type = unknown; then for ac_header in winsock2.h do as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh` if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then { echo "$as_me:$LINENO: checking for $ac_header" >&5 echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6; } if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 fi ac_res=`eval echo '${'$as_ac_Header'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } else # Is the header compilable? { echo "$as_me:$LINENO: checking $ac_header usability" >&5 echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default #include <$ac_header> _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_header_compiler=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_compiler=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_compiler" >&5 echo "${ECHO_T}$ac_header_compiler" >&6; } # Is the header present? { echo "$as_me:$LINENO: checking $ac_header presence" >&5 echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include <$ac_header> _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? 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When coming back to configure, we # need to make the FD available again. if test "$no_create" != yes; then ac_cs_success=: ac_config_status_args= test "$silent" = yes && ac_config_status_args="$ac_config_status_args --quiet" exec 5>/dev/null $SHELL $CONFIG_STATUS $ac_config_status_args || ac_cs_success=false exec 5>>config.log # Use ||, not &&, to avoid exiting from the if with $? = 1, which # would make configure fail if this is the last instruction. $ac_cs_success || { (exit 1); exit 1; } fi # End of configure/configure.in sdcc-2.9.0/debugger/mcs51/configure.in000066400000000000000000000136621116427777700175160ustar00rootroot00000000000000#!/bin/sh AC_PREREQ(2.60) AC_INIT AC_CONFIG_SRCDIR([Makefile.in]) AC_CONFIG_HEADER(config.h) wi_LIB_READLINE # Required programs # =========================================================================== AC_PROG_CC AC_PROG_CPP AC_PROG_INSTALL AC_PROG_RANLIB AC_CHECK_PROG(AUTOCONF, autoconf, autoconf, :) AC_CHECK_PROG(STRIP, strip, strip, :) AC_CHECK_PROG(AS, as, as, :) AC_CHECK_PROG(CP, cp, cp, :) AC_LANG_C # Checking for header files. # =========================================================================== socket_type=unknown AC_CHECK_HEADERS(sys/socket.h, socket_type=sys_socket_h) if test $socket_type = unknown; then AC_CHECK_HEADERS(winsock2.h, socket_type=winsock2_h) fi # Checking for functions/libs # =========================================================================== if test $socket_type = winsock2_h; then LIBS="-lws2_32 $LIBS" else AC_CHECK_LIB(socket,socket) AC_CHECK_LIB(nsl,xdr_short) fi # Macro definitions # =========================================================================== # adl_DD_COPT macro checks if the compiler specified as the 1st parameter # supports option specified as the 2nd parameter # For example: DD_CPORT(CXX, fPIC) AC_DEFUN(adl_DD_COPT, [ AC_CACHE_CHECK(whether $$1 accepts -$2,sdcc_cv_$1$2, cat >_test_.c < void main(void) {} EOF $$1 -v -$2 -c _test_.c 1>&5 2>&5 if test "$?" = "0"; then sdcc_cv_$1$2="yes" else sdcc_cv_$1$2="no" fi rm -f _test_.* a.out) ]) # This macro expands DIR and assigns it to RET. # If DIR is NONE, then it's replaced by DEFAULT. # # Based on AC_DEFINE_DIR # # Examples: # # adl_EXPAND(prefix, "/usr/local", expanded_prefix) AC_DEFUN([adl_EXPAND], [ test "x$prefix" = xNONE && prefix="$ac_default_prefix" test "x$exec_prefix" = xNONE && exec_prefix='${prefix}' ac_expand=[$]$1 test "x$ac_expand" = xNONE && ac_expand="[$]$2" ac_expand=`eval echo [$]ac_expand` $3=`eval echo [$]ac_expand` ]) # adl_NORMALIZE_PATH # # - empty paths are changed to '.' # - trailing slashes are removed # - repeated slashes are squeezed except a leading doubled slash '//' # (which might indicate a networked disk on some OS). # # # REFERENCE_STRING is used to turn '/' into '\' and vice-versa: if # REFERENCE_STRING contains some backslashes, all slashes and backslashes # are turned into backslashes, otherwise they are all turned into slashes. # # This makes processing of DOS filenames quite easier, because you can turn a # filename to the Unix notation, make your processing, and turn it back to # original notation. dnl Available from the GNU Autoconf Macro Archive at: dnl http://www.gnu.org/software/ac-archive/htmldoc/normpath.html dnl AC_DEFUN([adl_NORMALIZE_PATH], [case ":[$]$1:" in dnl change empty paths to '.' ::) $1='.' ;; dnl strip trailing slashes :*[[\\/]]:) $1=`echo "[$]$1" | sed 's,[[\\/]]*[$],,'` ;; :*:) ;; esac dnl squeze repeated slashes case ifelse($2,,"[$]$1",$2) in dnl if the path contains any backslashes, turn slashes into backslashes dnl Bernhard Held 2003-04-06 dnl This was the original line. It does not: dnl - convert the first slash dnl - replace a slash with a double-backslash dnl *\\*) $1=`echo "[$]$1" | sed 's,\(.\)[[\\/]][[\\/]]*,\1\\\\,g'` ;; *\\*) $1=`echo "[$]$1" | sed 's,\(.\)[[\\/]][[\\/]]*,\1\\\\\\\\,g s,^[[\\/]],\\\\\\\\,'` ;; dnl if the path contains slashes, also turn backslashes into slashes *) $1=`echo "[$]$1" | sed 's,\(.\)[[\\/]][[\\/]]*,\1/,g'` ;; esac]) dnl adl_NORMALIZE_DEFINE_UNQUOTED(var, DEFINE, REFERENCE_STRING) AC_DEFUN([adl_NORMALIZE_DEFINE_UNQUOTED], [ ac_ndu=[$]$1 adl_NORMALIZE_PATH([ac_ndu], [$]$3) AC_DEFINE_UNQUOTED($2, "${ac_ndu}") ]) # Checking characteristics of compilers and other programs # =========================================================================== AC_CACHE_CHECK(whether preprocessor accepts -MM or -M,sdcc_cv_MM, echo "#include " >_test_.c echo "" >>_test_.c $CPP -v -MM _test_.c 1>&5 2>&5 if test "$?" = "0"; then sdcc_cv_MM="-MM" else sdcc_cv_MM="-M" fi rm -f _test_.*) M_OR_MM=$sdcc_cv_MM AC_SUBST(M_OR_MM) # This is the first time when CFLAGS are set/modified!! adl_DD_COPT(CC, ggdb) if test "$sdcc_cv_CCggdb" = "yes"; then CFLAGS="-ggdb ${CFLAGS}" fi adl_DD_COPT(CC, pipe) if test "$sdcc_cv_CCpipe" = "yes"; then CFLAGS="-pipe $CFLAGS" fi # Set standard installation paths # =========================================================================== # In the Makefiles we need paths with '/' as directory separator, even if # crosscompiling for Win32. # And we want to preserve the macros (e.g. ${prefix}) in the Makefiles. # The variables in the Makefiles are replaced by AC_SUBST() # # In sdccconf.h the '/' in paths can be replaced by "\\" (normalized), if # # The macros are expanded for the header. # The variables in the header are replaced by AC_*DEFINE*() # sdccconf_h_dir_separator contains a backslash. AC_ARG_VAR(sdccconf_h_dir_separator, needed in sdccconf.h: either "/" (default) or "\\") if test "x${sdccconf_h_dir_separator}" = "x"; then sdccconf_h_dir_separator="/" fi # Makefiles ########### # lib_dir_suffix: # *nix default: "sdcc/lib" AC_ARG_VAR(lib_dir_suffix, appended to datadir to define SDCC's library root directory) if test "${lib_dir_suffix}" = ""; then lib_dir_suffix="sdcc/lib" fi AC_SUBST(lib_dir_suffix) AC_SUBST(EXEEXT) # sdccconf.h ############ AC_DEFINE_UNQUOTED(DIR_SEPARATOR_STRING, "${sdccconf_h_dir_separator}") # datadir: # default: "${prefix}/share" adl_EXPAND(datadir, "NONE", expanded_datadir) adl_NORMALIZE_DEFINE_UNQUOTED(expanded_datadir, DATADIR, sdccconf_h_dir_separator) # lib suffix norm_lib_dir_suffix=${lib_dir_suffix} adl_NORMALIZE_PATH([norm_lib_dir_suffix], [$sdccconf_h_dir_separator]) AC_DEFINE_UNQUOTED(LIB_DIR_SUFFIX, DIR_SEPARATOR_STRING "${norm_lib_dir_suffix}") # Generating output files # =========================================================================== AC_CONFIG_FILES([Makefile]) AC_OUTPUT # End of configure/configure.in sdcc-2.9.0/debugger/mcs51/sdcdb.c000066400000000000000000001463731116427777700164360ustar00rootroot00000000000000/*------------------------------------------------------------------------- sdcdb.c - main source file for sdcdb debugger Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "sdcdb.h" #include "symtab.h" #include "simi.h" #include "break.h" #include "cmd.h" #include "newalloc.h" #if defined HAVE_LIBREADLINE && HAVE_LIBREADLINE != -1 #define HAVE_READLINE_COMPLETITION 1 #endif #ifdef HAVE_LIBREADLINE #include #include #endif /* HAVE_LIBREADLINE */ #ifdef SDCDB_DEBUG int sdcdbDebug = 0; #endif char *currModName = NULL; cdbrecs *recsRoot = NULL ; set *modules = NULL; /* set of all modules */ set *functions = NULL ; /* set of functions */ set *symbols = NULL ; /* set of symbols */ set *sfrsymbols= NULL ; /* set of symbols of sfr or sbit */ int nStructs = 0 ; structdef **structs = NULL ; /* all structures */ int nLinkrecs = 0; linkrec **linkrecs = NULL; /* all linkage editor records */ context *currCtxt = NULL; short fullname = 0; short showfull = 0; char userinterrupt = 0; char nointerrupt = 0; char contsim = 0; char *ssdirl = DATADIR LIB_DIR_SUFFIX ":" DATADIR LIB_DIR_SUFFIX DIR_SEPARATOR_STRING "small" ; char *simArgs[40]; int nsimArgs = 0; char model_str[20]; /* fake filename & lineno to make linker */ char *filename=NULL; int lineno = 0; int fatalError = 0; static void commandLoop(FILE *cmdfile); #ifdef HAVE_READLINE_COMPLETITION char *completionCmdSource(const char *text, int state); char *completionCmdFile(const char *text, int state); char *completionCmdInfo(const char *text, int state); char *completionCmdShow(const char *text, int state); char *completionCmdListSymbols(const char *text, int state); char *completionCmdPrintType(const char *text, int state); char *completionCmdPrint(const char *text, int state); char *completionCmdDelUserBp(const char *text, int state); char *completionCmdUnDisplay(const char *text, int state); char *completionCmdSetUserBp(const char *text, int state); char *completionCmdSetOption(const char *text, int state); #else #define completionCmdSource NULL #define completionCmdFile NULL #define completionCmdInfo NULL #define completionCmdShow NULL #define completionCmdListSymbols NULL #define completionCmdPrintType NULL #define completionCmdPrint NULL #define completionCmdDelUserBp NULL #define completionCmdUnDisplay NULL #define completionCmdSetUserBp NULL #define completionCmdSetOption NULL #endif /* HAVE_READLINE_COMPLETITION */ /* command table */ struct cmdtab { char *cmd ; /* command the user will enter */ int (*cmdfunc)(char *,context *); /* function to execute when command is entered */ #ifdef HAVE_READLINE_COMPLETITION rl_compentry_func_t *completion_func; #else void *dummy; #endif /* HAVE_READLINE_COMPLETITION */ char *htxt ; /* short help text */ } cmdTab[] = { /* NOTE:- the search is done from the top, so "break" should precede the synonym "b" */ /* break point */ { "break" , cmdSetUserBp , completionCmdSetUserBp, "{b}reak\t\t\t [LINE | FILE:LINE | FILE:FUNCTION | FUNCTION | *
]\n", }, { "tbreak" , cmdSetTmpUserBp , completionCmdSetUserBp/*same as "break"*/, "tbreak\t\t\t [LINE | FILE:LINE | FILE:FUNCTION | FUNCTION | *
]\n", }, { "b" , cmdSetUserBp , completionCmdSetUserBp , NULL,}, { "jump" , cmdJump , NULL, "jump\t\t\tContinue program being debugged at specified line or address\n [LINE | FILE:LINE | *
]\n", }, { "clear" , cmdClrUserBp , completionCmdSetUserBp/*same as "break"*/, "{cl}ear\t\t\t [LINE | FILE:LINE | FILE:FUNCTION | FUNCTION]\n" }, { "cl" , cmdClrUserBp , completionCmdSetUserBp/*same as "break"*/ , NULL,}, { "continue" , cmdContinue , NULL, "{c}ontinue\t\t Continue program being debugged, after breakpoint.\n" }, { "condition" , cmdCondition , completionCmdDelUserBp/*same as "delete"*/, "condition brkpoint_number expr\t\tSet condition for breakpoint.\n" }, { "ignore" , cmdIgnore , completionCmdDelUserBp/*same as "delete"*/, "ignore brkpoint_number count\t\tSet ignore count for breakpoint.\n" }, { "commands" , cmdCommands , completionCmdDelUserBp/*same as "delete"*/, "commands [brkpoint_number]\t\tSetting commands for breakpoint.\n" }, { "c" , cmdContinue , NULL , NULL,}, { "disassemble",cmdDisasmF , NULL, "disassemble [startaddr [endaddress]]\tdisassemble asm commands\n" }, { "delete" , cmdDelUserBp , completionCmdDelUserBp, "{d}elete n\t\t clears break point number n\n" }, { "display" , cmdDisplay , completionCmdPrint/*same as "print"*/, "display [/] []\t print value of given variable each time the program stops\n" }, { "undisplay" , cmdUnDisplay , completionCmdUnDisplay, "undisplay []\t dont display this variable or all\n" }, { "down" , cmdDown , NULL, "down\t\tSelect and print stack frame called by this one.\nAn argument says how many frames down to go.\n" }, { "up" , cmdUp , NULL, "up\t\tSelect and print stack frame that called this one.\nAn argument says how many frames up to go.\n" }, { "d" , cmdDelUserBp , completionCmdDelUserBp, NULL }, { "info" , cmdInfo , completionCmdInfo, "info \n" "\t list all break points, call-stack, frame or register information\n" }, { "listasm" , cmdListAsm , NULL, "listasm {la}\t\t list assembler code for the current C line\n" }, { "la" , cmdListAsm , NULL, NULL }, { "ls" , cmdListSymbols , completionCmdListSymbols, "ls,lf,lm\t\t list symbols,functions,modules\n" }, { "lf" , cmdListFunctions, completionCmdListSymbols, NULL }, { "lm" , cmdListModules , completionCmdListSymbols, NULL }, { "list" , cmdListSrc , completionCmdSetUserBp/*same as "break"*/, "{l}ist\t\t\t [LINE | FILE:LINE | FILE:FUNCTION | FUNCTION]\n" }, { "l" , cmdListSrc , completionCmdSetUserBp/*same as "break"*/, NULL }, { "show" , cmdShow , completionCmdShow, "show" " \t copying & distribution terms, warranty\n" }, { "set" , cmdSetOption , completionCmdSetOption, "set \t\t toggle between c/asm.\nset variable = >value\t\tset variable to new value\n" }, { "stepi" , cmdStepi , NULL, "stepi\t\t\tStep one instruction exactly.\n" }, { "step" , cmdStep , NULL, "{s}tep\t\t\tStep program until it reaches a different source line.\n" }, { "source" , cmdSource , completionCmdSource, "source \t\t\tRead commands from a file named FILE.\n" }, { "s" , cmdStep , NULL, NULL }, { "nexti" , cmdNexti , NULL, "nexti\t\t\tStep one instruction, but proceed through subroutine calls.\n" }, { "next" , cmdNext , NULL, "{n}ext\t\t\tStep program, proceeding through subroutine calls.\n" }, { "n" , cmdNext , NULL, NULL }, { "run" , cmdRun , NULL, "{r}un\t\t\tStart debugged program. \n" }, { "r" , cmdRun , NULL, NULL }, { "ptype" , cmdPrintType , completionCmdPrintType, "{pt}ype \tprint type information of a variable\n" }, { "pt" , cmdPrintType , NULL, NULL }, { "print" , cmdPrint , completionCmdPrintType, "{p}rint \t print value of given variable\n" }, { "output" , cmdOutput , completionCmdPrint/*same as "print"*/, "output \t print value of given variable without $ and newline \n" }, { "p" , cmdPrint , completionCmdPrintType, NULL }, { "file" , cmdFile , completionCmdFile, "file \t\t load symbolic information from \n" }, { "frame" , cmdFrame , NULL, "{fr}ame\t\t print information about the current Stack\n" }, { "finish" , cmdFinish , NULL, "{fi}nish\t\t execute till return of current function\n" }, { "fi" , cmdFinish , NULL, NULL }, { "where" , cmdWhere , NULL, "where\t\t print stack\n" }, { "fr" , cmdFrame , NULL, NULL }, { "f" , cmdFrame , NULL, NULL }, { "x /i" , cmdDisasm1 , NULL, "x\t\t disassemble one asm command\n" }, { "!" , cmdSimulator , NULL, "!\t send a command directly to the simulator\n" }, { "." , cmdSimulator , NULL, ".{cmd}\t switch from simulator or debugger command mode\n" }, { "help" , cmdHelp , NULL, "{h|?}elp\t [CMD_NAME | 0,1,2,3(help page)] (general help or specific help)\n" }, { "?" , cmdHelp , NULL, NULL }, { "h" , cmdHelp , NULL, NULL }, { "quit" , cmdQuit , NULL, "{q}uit\t\t\t \"Watch me now. Iam going Down. My name is Bobby Brown\"\n" }, { "q" , cmdQuit , NULL, NULL } }; /*-----------------------------------------------------------------*/ /* trimming functions */ /*-----------------------------------------------------------------*/ char *trim_left(char *s) { while (isspace(*s)) ++s; return s; } char *trim_right(char *s) { char *p = &s[strlen(s) - 1]; while (p >= s && isspace(*p)) --p; *++p = '\0'; return s; } char *trim(char *s) { return trim_right(trim_left(s)); } /*-----------------------------------------------------------------*/ /* gc_strdup - make a string duplicate garbage collector aware */ /*-----------------------------------------------------------------*/ char *gc_strdup(const char *s) { char *ret; ret = Safe_malloc(strlen(s)+1); strcpy(ret, s); return ret; } /*-----------------------------------------------------------------*/ /* alloccpy - allocate copy and return a new string */ /*-----------------------------------------------------------------*/ char *alloccpy ( char *s, int size) { char *d; if (!size) return NULL; d = Safe_malloc(size+1); memcpy(d,s,size); d[size] = '\0'; return d; } /*-----------------------------------------------------------------*/ /* resize - resizes array of type with new size */ /*-----------------------------------------------------------------*/ void **resize (void **array, int newSize) { void **vptr; if (array) vptr = Safe_realloc(array,newSize*(sizeof(void **))); else vptr = calloc(1, sizeof(void **)); if (!vptr) { fprintf(stderr,"sdcdb: out of memory \n"); exit(1); } return vptr; } /*-----------------------------------------------------------------*/ /* readCdb - reads the cdb files & puts the records into cdbLine */ /* linked list */ /*-----------------------------------------------------------------*/ static int readCdb (FILE *file) { cdbrecs *currl ; char buffer[1024]; char *bp ; if (!(bp = fgets(buffer,sizeof(buffer),file))) return 0; currl = Safe_calloc(1,sizeof(cdbrecs)); recsRoot = currl ; while (1) { /* make sure this is a cdb record */ if (strchr("STLFM",*bp) && *(bp+1) == ':') { /* depending on the record type */ switch (*bp) { case 'S': /* symbol record */ currl->type = SYM_REC; break; case 'T': currl->type = STRUCT_REC; break; case 'L': currl->type = LNK_REC; break; case 'F': currl->type = FUNC_REC; break; case 'M': currl->type = MOD_REC ; } bp += 2; currl->line = Safe_malloc(strlen(bp)); strncpy(currl->line,bp,strlen(bp)-1); currl->line[strlen(bp)-1] = '\0'; } if (!(bp = fgets(buffer,sizeof(buffer),file))) break; if (feof(file)) break; currl->next = Safe_calloc(1,sizeof(cdbrecs)); currl = currl->next; } return (recsRoot->line ? 1 : 0); } /*-----------------------------------------------------------------*/ /* searchDirsFname - search directory list & return the filename */ /*-----------------------------------------------------------------*/ char *searchDirsFname (char *fname) { char *dirs , *sdirs; FILE *rfile = NULL; char buffer[128]; /* first try the current directory */ if ((rfile = fopen(fname,"r"))) { fclose(rfile); return strdup(fname) ; } if (!ssdirl) return strdup(fname); /* make a copy of the source directories */ dirs = sdirs = strdup(ssdirl); /* assume that the separator is ':' and try for each directory in the search list */ dirs = strtok(dirs,":"); while (dirs) { if (dirs[strlen(dirs)] == '/') sprintf(buffer,"%s%s",dirs,fname); else sprintf(buffer,"%s/%s",dirs,fname); if ((rfile = fopen(buffer,"r"))) break ; dirs = strtok(NULL,":"); } free(sdirs); if (rfile) { fclose(rfile); return strdup(buffer); } else return strdup(fname); } /*-----------------------------------------------------------------*/ /* searchDirsFopen - go thru list of directories for filename given*/ /*-----------------------------------------------------------------*/ FILE *searchDirsFopen(char *fname) { char *dirs , *sdirs; FILE *rfile = NULL; char buffer[128]; /* first try the current directory */ if ((rfile = fopen(fname,"r"))) return rfile; if (!ssdirl) return NULL; /* make a copy of the source directories */ dirs = sdirs = strdup(ssdirl); /* assume that the separator is ':' and try for each directory in the search list */ dirs = strtok(dirs,":"); while (dirs) { sprintf(buffer,"%s/%s",dirs,fname); if ((rfile = fopen(buffer,"r"))) break ; dirs = strtok(NULL,":"); } free(sdirs); return rfile ; } /*-----------------------------------------------------------------*/ /* loadFile - loads a file into module buffer */ /*-----------------------------------------------------------------*/ srcLine **loadFile (char *name, int *nlines) { FILE *mfile ; char buffer[512]; char *bp; srcLine **slines = NULL; if (!(mfile = searchDirsFopen(name))) { fprintf(stderr,"sdcdb: cannot open module %s -- use '--directory= option\n",name); return NULL; } while ((bp = fgets(buffer,sizeof(buffer),mfile))) { (*nlines)++; slines = (srcLine **)resize((void **)slines,*nlines); slines[(*nlines)-1] = Safe_calloc(1,sizeof(srcLine)); slines[(*nlines)-1]->src = alloccpy(bp,strlen(bp)); slines[(*nlines)-1]->addr= INT_MAX; } fclose(mfile); return slines; } /*-----------------------------------------------------------------*/ /* loadModules - reads the source files into module structure */ /*-----------------------------------------------------------------*/ static void loadModules (void) { cdbrecs *loop; module *currMod; char *rs; /* go thru the records & find out the module records & load the modules specified */ for ( loop = recsRoot ; loop ; loop = loop->next ) { switch (loop->type) { /* for module records do */ case MOD_REC: currMod = parseModule(loop->line, TRUE); currModName = currMod->name ; currMod->cfullname = searchDirsFname(currMod->c_name); /* load it into buffer */ currMod->cLines = loadFile (currMod->c_name, &currMod->ncLines); /* do the same for the assembler file */ currMod->afullname = searchDirsFname(currMod->asm_name); currMod->asmLines=loadFile (currMod->asm_name, &currMod->nasmLines); break; /* if this is a function record */ case FUNC_REC: parseFunc(loop->line); break; /* if this is a structure record */ case STRUCT_REC: parseStruct(loop->line); break; /* if symbol then parse the symbol */ case SYM_REC: parseSymbol(loop->line,&rs,2); break; case LNK_REC: parseLnkRec(loop->line); break; } } } /*-----------------------------------------------------------------*/ /* generate extra sets of sfr and sbit symbols */ /*-----------------------------------------------------------------*/ static void specialFunctionRegs (void) { symbol *sym; for (sym = setFirstItem(symbols); sym ; sym = setNextItem(symbols)) { if ( sym->addrspace == 'I' || sym->addrspace == 'J') { addSet(&sfrsymbols,sym); } } } /*-----------------------------------------------------------------*/ /* functionPoints - determine the execution points within a func */ /*-----------------------------------------------------------------*/ static void functionPoints (void) { function *func; symbol *sym; exePoint *ep ; // add _main dummy for runtime env if ((func = needExtraMainFunction())) { function *func1; /* alloc new _main function */ func1 = Safe_calloc(1,sizeof(function)); *func1 = *func; func1->sym = Safe_calloc(1,sizeof(symbol)); *func1->sym = *func->sym; func1->sym->name = alloccpy("_main",5); func1->sym->rname = alloccpy("G$_main$0$",10); /* TODO must be set by symbol information */ func1->sym->addr = 0; func1->sym->eaddr = 0x2f; addSet(&functions,func1); } /* for all functions do */ for ( func = setFirstItem(functions); func; func = setNextItem(functions)) { int j ; module *mod; sym = func->sym; Dprintf(D_sdcdb, ("sdcdb: func '%s' has entry '0x%x' exit '0x%x'\n", func->sym->name, func->sym->addr, func->sym->eaddr)); if (!func->sym->addr && !func->sym->eaddr) continue ; /* for all source lines in the module find the ones with address >= start and <= end and put them in the point */ mod = NULL ; if (! applyToSet(modules,moduleWithName,func->modName,&mod)) continue ; func->mod = mod ; func->entryline= INT_MAX-2; func->exitline = 0; func->aentryline = INT_MAX-2 ; func->aexitline = 0; /* do it for the C Lines first */ for ( j = 0 ; j < mod->ncLines ; j++ ) { if (mod->cLines[j]->addr < INT_MAX && mod->cLines[j]->addr >= sym->addr && mod->cLines[j]->addr <= sym->eaddr ) { /* add it to the execution point */ if (func->entryline > j) func->entryline = j; if (func->exitline < j) func->exitline = j; ep = Safe_calloc(1,sizeof(exePoint)); ep->addr = mod->cLines[j]->addr ; ep->line = j; ep->block= mod->cLines[j]->block; ep->level= mod->cLines[j]->level; addSet(&func->cfpoints,ep); } } /* check double line execution points of module */ for (ep = setFirstItem(mod->cfpoints); ep; ep = setNextItem(mod->cfpoints)) { if (ep->addr >= sym->addr && ep->addr <= sym->eaddr ) { addSet(&func->cfpoints,ep); } } /* do the same for asm execution points */ for ( j = 0 ; j < mod->nasmLines ; j++ ) { if (mod->asmLines[j]->addr < INT_MAX && mod->asmLines[j]->addr >= sym->addr && mod->asmLines[j]->addr <= sym->eaddr ) { exePoint *ep ; /* add it to the execution point */ if (func->aentryline > j) func->aentryline = j; if (func->aexitline < j) func->aexitline = j; /* add it to the execution point */ ep = Safe_calloc(1,sizeof(exePoint)); ep->addr = mod->asmLines[j]->addr ; ep->line = j; addSet(&func->afpoints,ep); } } if ( func->entryline == INT_MAX-2 ) func->entryline = 0; if ( func->aentryline == INT_MAX-2 ) func->aentryline = 0; #ifdef SDCDB_DEBUG if (!( D_sdcdb & sdcdbDebug)) continue; Dprintf(D_sdcdb, ("sdcdb: function '%s' has the following C exePoints\n", func->sym->name)); { exePoint *ep; for (ep = setFirstItem(func->cfpoints); ep; ep = setNextItem(func->cfpoints)) Dprintf(D_sdcdb, ("sdcdb: {0x%x,%d} %s", ep->addr,ep->line+1,mod->cLines[ep->line]->src)); Dprintf(D_sdcdb, ("sdcdb: and the following ASM exePoints\n")); for (ep = setFirstItem(func->afpoints); ep; ep = setNextItem(func->afpoints)) Dprintf (D_sdcdb, ("sdcdb: {0x%x,%d} %s", ep->addr,ep->line+1,mod->asmLines[ep->line]->src)); } #endif } } /*-----------------------------------------------------------------*/ /* setEntryExitBP - set the entry & exit Break Points for functions*/ /*-----------------------------------------------------------------*/ DEFSETFUNC(setEntryExitBP) { function *func = item; if (func->sym && func->sym->addr && func->sym->eaddr) { /* set the entry break point */ setBreakPoint (func->sym->addr , CODE , FENTRY , fentryCB ,func->mod->c_name , func->entryline); /* set the exit break point */ setBreakPoint (func->sym->eaddr , CODE , FEXIT , fexitCB ,func->mod->c_name , func->exitline ); } return 0; } /*-----------------------------------------------------------------*/ /* cmdFile - load file into the debugger */ /*-----------------------------------------------------------------*/ int cmdFile (char *s,context *cctxt) { FILE *cdbFile; char buffer[128]; char *bp; s = trim_left(s); if (!*s) { fprintf(stdout,"No exec file now.\nNo symbol file now.\n"); return 0; } sprintf(buffer,"%s.cdb",s); /* try creating the cdbfile */ if (!(cdbFile = searchDirsFopen(buffer))) { fprintf(stdout,"Cannot open file\"%s\", no symbolic information loaded\n",buffer); // return 0; } /* allocate for context */ currCtxt = Safe_calloc(1,sizeof(context)); if (cdbFile) { /* readin the debug information */ if (!readCdb (cdbFile)) { fprintf(stdout,"No symbolic information found in file %s.cdb\n",s); //return 0; } } /* parse and load the modules required */ loadModules(); /* determine the execution points for this module */ functionPoints(); /* extract known special function registers */ specialFunctionRegs(); /* start the simulator & setup connection to it */ #ifdef _WIN32 if (INVALID_SOCKET == sock) #else if ( sock == -1 ) #endif openSimulator((char **)simArgs,nsimArgs); fprintf(stdout,"%s",simResponse()); /* now send the filename to be loaded to the simulator */ sprintf(buffer,"%s.ihx",s); bp=searchDirsFname(buffer); simLoadFile(bp); free(bp); /*set the break points required by the debugger . i.e. the function entry and function exit break points */ applyToSet(functions,setEntryExitBP); setMainContext(); return 0; } /*-----------------------------------------------------------------*/ /* cmdSource - read commands from file */ /*-----------------------------------------------------------------*/ int cmdSource (char *s, context *cctxt) { FILE *cmdfile; s = trim(s); if (!( cmdfile = searchDirsFopen(s))) { fprintf(stderr,"commandfile '%s' not found\n",s); return 0; } commandLoop( cmdfile ); fclose( cmdfile ); return 0; } /*-----------------------------------------------------------------*/ /* cmdHelp - help command */ /*-----------------------------------------------------------------*/ int cmdHelp (char *s, context *cctxt) { int i ; int endline = 999; int startline = 0; s = trim_left(s); if (isdigit(*s)) { endline = ((*s - '0') * 20) + 20; if (endline > 0) startline = endline - 20; } else if (*s) { for (i = 0 ; i < (sizeof(cmdTab)/sizeof(struct cmdtab)) ; i++) { if ((cmdTab[i].htxt) && !strcmp(cmdTab[i].cmd,s)) { s = strrchr(cmdTab[i].htxt,'\t'); if ( !s ) s = cmdTab[i].htxt; else s++; fprintf(stdout,"%s",s); break; } } return 0; } for (i = 0 ; i < (sizeof(cmdTab)/sizeof(struct cmdtab)) ; i++) { /* command string matches */ if ((cmdTab[i].htxt) && (i >= startline)) fprintf(stdout,"%s",cmdTab[i].htxt); if (i == endline) break; } return 0; } #define MAX_CMD_LEN 512 static char cmdbuff[MAX_CMD_LEN]; static int sim_cmd_mode = 0; /*----------------------------------------------------------------- interpretCmd - interpret and do the command. Return 0 to continue, return 1 to exit program. |-----------------------------------------------------------------*/ int interpretCmd (char *s) { static char *pcmd = NULL; int i ; int rv = 0 ; /* if nothing & previous command exists then execute the previous command again */ if (*s == '\n' && pcmd) strcpy(s,pcmd); /* if previous command exists & is different from the current command then copy it */ if (pcmd) { if (strcmp(pcmd,s)) { free(pcmd); pcmd = strdup(s); } } else pcmd = strdup(s); /* trim trailing blanks */ s = trim_right(s); if (sim_cmd_mode) { if (strcmp(s,".") == 0) { sim_cmd_mode = 0; return 0; } else if (s[0] == '.') { /* kill the preceeding '.' and pass on as SDCDB command */ char *s1 = s+1; char *s2 = s; while (*s1 != 0) *s2++ = *s1++; *s2 = 0; } else { cmdSimulator (s, currCtxt); return 0; } } else { if (strcmp(s,".") ==0) { sim_cmd_mode = 1; return 0; } } for (i = 0 ; i < (sizeof(cmdTab)/sizeof(struct cmdtab)) ; i++) { /* command string matches */ if (strncmp(s,cmdTab[i].cmd,strlen(cmdTab[i].cmd)) == 0) { if (!cmdTab[i].cmdfunc) return 1; rv = (*cmdTab[i].cmdfunc)(s + strlen(cmdTab[i].cmd),currCtxt); /* if full name then give the file name & position */ if (fullname && showfull && currCtxt && currCtxt->func) { showfull = 0; if (srcMode == SRC_CMODE) fprintf(stdout,"\032\032%s:%d:1:beg:0x%08x\n", currCtxt->func->mod->cfullname, currCtxt->cline+1,currCtxt->addr); else fprintf(stdout,"\032\032%s:%d:1:beg:0x%08x\n", currCtxt->func->mod->afullname, currCtxt->asmline,currCtxt->addr); displayAll(currCtxt); } goto ret; } } fprintf(stdout,"Undefined command: \"%s\". Try \"help\".\n",s); ret: return rv; } static FILE *actualcmdfile=NULL ; static char *actualcmds=NULL; static int stopcmdlist; /*-----------------------------------------------------------------*/ /* getNextCmdLine get additional lines used by special commands */ /*-----------------------------------------------------------------*/ char *getNextCmdLine(void) { //fprintf(stderr,"getNextCmdLine() actualcmdfile=%p\n",actualcmdfile); if (!actualcmdfile) return NULL; fprintf(stdout,">"); fflush(stdout); if (fgets(cmdbuff,sizeof(cmdbuff),actualcmdfile) == NULL) { // fprintf(stderr,"getNextCmdLine() returns null\n"); return NULL; } //fprintf(stderr,"getNextCmdLine() returns: %s",cmdbuff); return cmdbuff; } void setCmdLine( char *cmds ) { actualcmds = cmds; } void stopCommandList() { stopcmdlist = 1; } #ifdef HAVE_READLINE_COMPLETITION // helper function for doing readline completion. // input: toknum=index of token to find (0=first token) // output: *start=first character index of the token, // or the index of '\0' // *end=first blank character right after the token, // or the index of '\0' // return value: 0=token not found, 1=token found int completionHelper_GetTokenNumber(int toknum, int *start, int *end) { int tok_index; const char *p = rl_line_buffer; tok_index = 0; *start = *end = 0; while (p[*end] != 0) { // start = skip blanks from end *start = *end; while (p[*start] && isspace( p[*start] )) (*start)++; // end = skip non-blanks from start *end = *start; while (p[*end] && !isspace( p[*end] )) (*end)++; if (tok_index == toknum) return 1; // found tok_index++; } return 0; // not found } // helper function for doing readline completion. // returns the token number that we were asked to complete. // 0=first token (command name), 1=second token... int completionHelper_GetCurrTokenNumber() { int toknum, start, end; toknum = start = end = 0; while (1) { if (!completionHelper_GetTokenNumber(toknum, &start, &end)) return toknum; if (rl_point <= end) return toknum; toknum++; } } // exapmle for vallist on entry: // "copying\0warranty\0"; char *completionCompleteFromStrList(const char *text, int state, char *vallist) { static char *ptr; int len; if (state == 0) ptr = vallist; else ptr += strlen(ptr)+1; len = strlen(text); while (*ptr) { if ( (len < strlen(ptr)) && !strncmp(text, ptr, len) ) return strdup(ptr); ptr += strlen(ptr)+1; } return NULL; } // readline library completion function. // completes from the list of all sdcdb command. char *completionCommandsList(const char *text, int state) { static int i = 0; if (state == 0) // new completion? { // yes, only complete if this is the first token on the line. int ok = 0; // try to complete this request? char *p = rl_line_buffer; // skip blanks while (p && isspace(*p)) { if (p-rl_line_buffer == rl_point) ok = 1; p++; } while (p && !isspace(*p)) { if (p-rl_line_buffer == rl_point) ok = 1; p++; } if (p-rl_line_buffer == rl_point) ok = 1; if ( !ok ) return NULL; // no more completions i = 0; // ok, gonna complete. initialize static variable. } else i++; for (; i < (sizeof(cmdTab)/sizeof(struct cmdtab)) ; i++) { int len = strlen(text); if (len <= strlen(cmdTab[i].cmd)) { if (strncmp(text,cmdTab[i].cmd,len) == 0) return strdup(cmdTab[i].cmd); } } return NULL; // no more completions } // readline library completion function. // completes from the list of symbols. char *completionSymbolName(const char *text, int state) { static symbol *sy; if (state == 0) // new completion? sy = setFirstItem(symbols); // yes else sy = setNextItem(symbols); for (; sy != NULL; ) { int len = strlen(text); if (len <= strlen(sy->name)) { if (strncmp(text,sy->name,len) == 0) return strdup(sy->name); } sy = setNextItem(symbols); } return NULL; } // readline library completion function. // completes from the list known functions. // module_flag - if false, ignore function module name // if true, compare against module_name:fnction_name char *completionFunctionName(const char *text, int state, int module_flag) { static function *f; if (state == 0) // new completion? f = setFirstItem(functions); // yes else f = setNextItem(functions); for (; f != NULL; ) { int text_len = strlen(text); if (!module_flag) { if (text_len <= strlen(f->sym->name) && !strncmp(text,f->sym->name,text_len)) return strdup(f->sym->name); } else { int modname_len = strlen(f->mod->c_name); int funcname_len = strlen(f->sym->name); char *functext = malloc(modname_len+funcname_len+2); //assert(functext); strcpy(functext,f->mod->c_name); strcat(functext,":"); strcat(functext,f->sym->name); if (text_len <= strlen(functext) && !strncmp(text,functext,text_len)) return functext; else free(functext); } f = setNextItem(functions); } return NULL; } // readline library completion function. // completes from the list known modules. char *completionModuleName(const char *text, int state) { static module *m; if (state == 0) // new completion? m = setFirstItem(modules); // yes else m = setNextItem(modules); for (; m != NULL; ) { int len = strlen(text); if ( (len <= strlen(m->c_name)) && !strncmp(text,m->c_name,len) ) return strdup(m->c_name); if ( (len <= strlen(m->asm_name)) && (strncmp(text,m->asm_name,len) == 0) ) return strdup(m->asm_name); m = setNextItem(modules); } return NULL; } // readline completion function for "file" command char *completionCmdFile(const char *text, int state) { if (state == 0) { if (completionHelper_GetCurrTokenNumber() != 1) return NULL; } // we use filename_completion_function() from the readline library. return rl_filename_completion_function(text, state); } // readline completion function for "source" command char *completionCmdSource(const char *text, int state) { return completionCmdFile(text, state); } // readline completion function for "info" command char *completionCmdInfo(const char *text, int state) { static char *ptr; if (state == 0) { if (completionHelper_GetCurrTokenNumber() != 1) return NULL; } return completionCompleteFromStrList(text, state, "break\0stack\0frame\0registers\0all-registers\0" "line\0source\0functions\0symbols\0variables\0"); } // readline completion function for "show" command char *completionCmdShow(const char *text, int state) { static char *ptr; if (state == 0) { if (completionHelper_GetCurrTokenNumber() != 1) return NULL; } return completionCompleteFromStrList(text, state, "copying\0warranty\0"); } // readline completion function for "la" command char *completionCmdListSymbols(const char *text, int state) { static char *ptr; if (state == 0) { if (completionHelper_GetCurrTokenNumber() != 1) return NULL; } return completionCompleteFromStrList(text, state, "v1\0v2\0"); } char *completionCmdPrintType(const char *text, int state) { if (state == 0) { if (completionHelper_GetCurrTokenNumber() != 1) return NULL; } return completionSymbolName(text, state); } char *completionCmdPrint(const char *text, int state) { if (state == 0) { int i = completionHelper_GetCurrTokenNumber(); if (i != 1 && i != 2) return NULL; } return completionSymbolName(text, state); } char *completionCmdDelUserBp(const char *text, int state) { static breakp *bp; static int k; if (state == 0) { if (completionHelper_GetCurrTokenNumber() != 1) return NULL; if (!userBpPresent) return NULL; bp = hTabFirstItem(bptable,&k); } else bp = hTabNextItem(bptable,&k); for ( ; bp ; bp = hTabNextItem(bptable,&k)) { if (bp->bpType == USER || bp->bpType == TMPUSER) { char buff[20]; sprintf(buff, "%d", bp->bpnum); return strdup(buff); } } return NULL; } // readline completion function for "undisplay" command char *completionCmdUnDisplay(const char *text, int state) { static dsymbol *dsym; if (state == 0) { if (completionHelper_GetCurrTokenNumber() != 1) return NULL; dsym = setFirstItem(dispsymbols); } if (dsym) { char buff[30]; sprintf(buff, "%d", dsym->dnum); dsym = setNextItem(dispsymbols); return strdup(buff); } return NULL; } char *completionCmdSetUserBp(const char *text, int state) { static int internal_state; // 0=calling completionFunctionName(text, state, 0) // 1=calling completionFunctionName(text, 1, 1) if (state == 0) { if (completionHelper_GetCurrTokenNumber() != 1) return NULL; internal_state = 0; } if (internal_state == 0) { char *p = completionFunctionName(text, state, 0); if (p) return p; internal_state = 1; return completionFunctionName(text, 0, 1); } else { return completionFunctionName(text, 1, 1); } } char *completionCmdSetOption(const char *text, int state) { static char *ptr; static int currtok; if (state == 0) { int start,end; currtok = completionHelper_GetCurrTokenNumber(); if (currtok == 2 || currtok == 3) { // make sure token 1 == "variable" completionHelper_GetTokenNumber(1, &start, &end); if (end - start != 8 || strncmp(rl_line_buffer+start,"variable",8)) return NULL; } else if (currtok != 1) { return NULL; } } switch (currtok) { case 1: return completionCompleteFromStrList(text, state, #ifdef SDCDB_DEBUG "debug\0" #endif "srcmode\0listsize\0variable\0"); case 2: return completionSymbolName(text, state); case 3: return completionCompleteFromStrList(text, state, "=\0"); } } // our main readline completion function // calls the other completion functions as needed. char *completionMain(const char *text, int state) { static rl_compentry_func_t *compl_func; int i, start, end, len; if (state == 0) // new completion? { compl_func = NULL; if (completionHelper_GetCurrTokenNumber() == 0) compl_func = &completionCommandsList; else { // not completing first token, find the right completion // function according to the first token the user typed. completionHelper_GetTokenNumber(0, &start, &end); len = end-start; for (i=0; i < (sizeof(cmdTab)/sizeof(struct cmdtab)) ; i++) { if (!strncmp(rl_line_buffer+start,cmdTab[i].cmd,len) && cmdTab[i].cmd[len] == '\0') { compl_func = cmdTab[i].completion_func; break; } } } if (!compl_func) return NULL; } return (*compl_func)(text,state); } #endif /* HAVE_READLINE_COMPLETITION */ /*-----------------------------------------------------------------*/ /* commandLoop - the main command loop or loop over command file */ /*-----------------------------------------------------------------*/ static void commandLoop(FILE *cmdfile) { char *line, save_ch, *s; char *line_read; #ifdef HAVE_LIBREADLINE FILE *old_rl_instream, *old_rl_outstream; actualcmdfile = cmdfile; #ifdef HAVE_READLINE_COMPLETITION rl_completion_entry_function = completionMain; #endif /* HAVE_READLINE_COMPLETITION */ rl_readline_name = "sdcdb"; // Allow conditional parsing of the ~/.inputrc file. // save readline's input/output streams // this is done to support nested calls to commandLoop() // i wonder if it works... old_rl_instream = rl_instream; old_rl_outstream = rl_outstream; // set new streams for readline if ( cmdfile == stdin ) rl_instream = rl_outstream = NULL; // use stdin/stdout pair else rl_instream = rl_outstream = cmdfile; while (1) { if ( cmdfile == stdin ) { if (sim_cmd_mode) line_read = (char*)readline ("(sim) "); else line_read = (char*)readline ("(sdcdb) "); } else line_read = (char*)readline (""); if (line_read) { /* If the line has any text in it, save it on the history. */ if (line_read && *line_read) add_history (line_read); // FIX: readline returns malloced string. // should check the source to verify it can be used // directly. for now - just copy it to cmdbuff. strcpy(cmdbuff,line_read); #if defined(_WIN32) || defined(HAVE_RL_FREE) rl_free(line_read); #else free(line_read); #endif line_read = NULL; } else break; // EOF #else actualcmdfile = cmdfile; while (1) { if ( cmdfile == stdin ) { if (sim_cmd_mode) printf("(sim) "); else fprintf(stdout,"(sdcdb) "); fflush(stdout); } //fprintf(stderr,"commandLoop actualcmdfile=%p cmdfile=%p\n", // actualcmdfile,cmdfile); if (fgets(cmdbuff,sizeof(cmdbuff),cmdfile) == NULL) break; #endif /* HAVE_LIBREADLINE */ if (interpretCmd(cmdbuff)) break; while ( actualcmds ) { strcpy(cmdbuff,actualcmds); actualcmds = NULL; stopcmdlist= 0; for ( line = cmdbuff; *line ; line = s ) { if ( (s=strchr(line ,'\n'))) { save_ch = *++s; *s = '\0'; } else { s += strlen( line ); save_ch = '\0'; } if (interpretCmd( line )) { *s = save_ch; break; } *s = save_ch; if ( stopcmdlist ) break; } } } #ifdef HAVE_LIBREADLINE // restore readline's input/output streams rl_instream = old_rl_instream; rl_outstream = old_rl_outstream; #endif /* HAVE_LIBREADLINE */ } /*-----------------------------------------------------------------*/ /* printVersionInfo - print the version information */ /*-----------------------------------------------------------------*/ static void printVersionInfo() { fprintf(stdout, "SDCDB is free software and you are welcome to distribute copies of it\n" "under certain conditions; type \"show copying\" to see the conditions.\n" "There is absolutely no warranty for SDCDB; type \"show warranty\" for details.\n" "SDCDB 0.8 . Copyright (C) 1999 Sandeep Dutta (sandeep.dutta@usa.net)\n" "Type ? for help\n"); } /*-----------------------------------------------------------------*/ /* parseCmdLine - parse the commandline arguments */ /*-----------------------------------------------------------------*/ static void parseCmdLine (int argc, char **argv) { int i ; char *filename = NULL; int passon_args_flag = 0; /* if true, pass on args to simulator */ Dprintf(D_sdcdb, ("sdcdb: parseCmdLine\n")); contsim=0; for ( i = 1; i < argc ; i++) { //fprintf(stdout,"%s\n",argv[i]); if (passon_args_flag) { /* if true, pass on args to simulator */ simArgs[nsimArgs++] = strdup(argv[i]); continue; } /* if this is an option */ if (argv[i][0] == '-') { /* if directory then mark directory */ if (strncmp(argv[i],"--directory=",12) == 0) { if (!ssdirl) ssdirl = &argv[i][12]; else { char *p = Safe_malloc(strlen(ssdirl)+strlen(&argv[i][12])+2); strcat(strcat(strcpy(p,&argv[i][12]),":"),ssdirl); ssdirl = p; } continue; } if (strncmp(argv[i],"-fullname",9) == 0) { fullname = TRUE; continue; } if (strcmp(argv[i],"-cd") == 0) { i++; chdir(argv[i]); continue; } if (strncmp(argv[i],"-cd=",4) == 0) { chdir(argv[i][4]); continue; } #ifdef SDCDB_DEBUG if (strncmp(argv[i],"-d=",3) == 0) { sdcdbDebug = strtol(&argv[i][3],0,0); continue; } #endif if (strncmp(argv[i],"-contsim",8) == 0) { contsim=1; continue; } if (strncmp(argv[i],"-q",2) == 0) { continue; } /* model string */ if (strncmp(argv[i],"-m",2) == 0) { strncpy(model_str, &argv[i][2], 15); if (strcmp(model_str,"avr") == 0) simArgs[0] = "savr"; else if (strcmp(model_str,"xa") == 0) simArgs[0] = "sxa"; else if (strcmp(model_str,"z80") == 0) simArgs[0] = "sz80"; continue ; } /* -z all remaining options are for simulator */ if (strcmp(argv[i],"-z") == 0) { passon_args_flag = 1; continue ; } /* the simulator arguments */ /* cpu */ if (strcmp(argv[i],"-t") == 0 || strcmp(argv[i],"-cpu") == 0) { simArgs[nsimArgs++] = "-t"; simArgs[nsimArgs++] = strdup(argv[++i]); continue ; } /* XTAL Frequency */ if (strcmp(argv[i],"-X") == 0 || strcmp(argv[i],"-frequency") == 0) { simArgs[nsimArgs++] = "-X"; simArgs[nsimArgs++] = strdup(argv[++i]); continue ; } /* serial port */ if ( (strcmp(argv[i],"-S") == 0) || (strcmp(argv[i],"-s") == 0)) { simArgs[nsimArgs++] = strdup(argv[i]); simArgs[nsimArgs++] = strdup(argv[++i]); continue ; } /* network serial port */ if ( (strcmp(argv[i],"-k") == 0)) { simArgs[nsimArgs++] = strdup(argv[i]); simArgs[nsimArgs++] = strdup(argv[++i]); continue ; } fprintf(stderr,"unknown option %s --- ignored\n", argv[i]); } else { /* must be file name */ if (filename) { fprintf(stderr,"too many filenames .. parameter '%s' ignored\n", argv[i]); continue ; } if (-1 != access(argv[i], 0)) { /* file exists: strip the cdb or ihx externsion */ char *p = strrchr(argv[i], '.'); if (NULL != p && (0 == strcmp(p, ".cdb") || 0 == strcmp(p, ".ihx"))) *p = '\0'; } filename = argv[i]; } } if (filename) cmdFile(filename,NULL); } /*-----------------------------------------------------------------*/ /* setsignals - catch some signals */ /*-----------------------------------------------------------------*/ #include static void bad_signal(int sig) { if ( simactive ) closeSimulator(); exit(1); } static void sigintr(int sig) { /* may be interrupt from user: stop debugger and also simulator */ userinterrupt = 1; if ( !nointerrupt ) sendSim("stop\n"); } #ifndef _WIN32 /* the only child can be the simulator */ static void sigchld(int sig) { /* the only child can be the simulator */ int status, retpid; retpid = wait ( &status ); /* if ( retpid == simPid ) */ simactive = 0; } #endif static void setsignals() { signal(SIGINT , sigintr ); signal(SIGABRT, bad_signal); signal(SIGTERM, bad_signal); #ifndef _WIN32 signal(SIGHUP , SIG_IGN); signal(SIGCONT, SIG_IGN); signal(SIGCHLD, sigchld ); signal(SIGALRM, bad_signal); //signal(SIGFPE, bad_signal); //signal(SIGILL, bad_signal); signal(SIGPIPE, bad_signal); signal(SIGQUIT, bad_signal); //signal(SIGSEGV, bad_signal); #endif } /*-----------------------------------------------------------------*/ /* main - */ /*-----------------------------------------------------------------*/ int main ( int argc, char **argv) { printVersionInfo(); printf("WARNING: SDCDB is EXPERIMENTAL.\n"); simArgs[nsimArgs++] = "s51"; simArgs[nsimArgs++] = "-P"; simArgs[nsimArgs++] = "-r 9756"; /* parse command line */ setsignals(); parseCmdLine(argc,argv); commandLoop(stdin); return 0; } sdcc-2.9.0/debugger/mcs51/sdcdb.el000066400000000000000000000562741116427777700166140ustar00rootroot00000000000000;;; sdcdb.el --- run sdcdb under Emacs ;; Author: W. Schelter, University of Texas ;; wfs@rascal.ics.utexas.edu ;; Rewritten by rms. ;; Keywords: c, unix, tools, debugging ;; Some ideas are due to Masanobu. ;; This file is part of XEmacs. ;; XEmacs is free software; you can redistribute it and/or modify it ;; under the terms of the GNU General Public License as published by ;; the Free Software Foundation; either version 2, or (at your option) ;; any later version. ;; XEmacs is distributed in the hope that it will be useful, but ;; WITHOUT ANY WARRANTY; without even the implied warranty of ;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ;; General Public License for more details. ;; You should have received a copy of the GNU General Public License ;; along with XEmacs; see the file COPYING. If not, write to the Free ;; Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA ;; 02111-1307, USA. ;;; Synched up with: Not in FSF ;;; Commentary: ;; Description of SDCDB interface: ;; A facility is provided for the simultaneous display of the source code ;; in one window, while using sdcdb to step through a function in the ;; other. A small arrow in the source window, indicates the current ;; line. ;; Starting up: ;; In order to use this facility, invoke the command SDCDB to obtain a ;; shell window with the appropriate command bindings. You will be asked ;; for the name of a file to run. Sdcdb will be invoked on this file, in a ;; window named *sdcdb-foo* if the file is foo. ;; M-s steps by one line, and redisplays the source file and line. ;; You may easily create additional commands and bindings to interact ;; with the display. For example to put the sdcdb command next on \M-n ;; (def-sdcdb next "\M-n") ;; This causes the emacs command sdcdb-next to be defined, and runs ;; sdcdb-display-frame after the command. ;; sdcdb-display-frame is the basic display function. It tries to display ;; in the other window, the file and line corresponding to the current ;; position in the sdcdb window. For example after a sdcdb-step, it would ;; display the line corresponding to the position for the last step. Or ;; if you have done a backtrace in the sdcdb buffer, and move the cursor ;; into one of the frames, it would display the position corresponding to ;; that frame. ;; sdcdb-display-frame is invoked automatically when a filename-and-line-number ;; appears in the output. ;;; Code: (require 'comint) (require 'shell) (condition-case nil (if (featurep 'toolbar) (require 'eos-toolbar "sun-eos-toolbar")) (error nil)) (defvar sdcdb-last-frame) (defvar sdcdb-delete-prompt-marker) (defvar sdcdb-filter-accumulator) (defvar sdcdb-last-frame-displayed-p) (defvar sdcdb-arrow-extent nil) (or (fboundp 'make-glyph) (fset 'make-glyph 'identity)) ; work w/ pre beta v12 (defvar sdcdb-arrow-glyph (make-glyph "=>")) (make-face 'sdcdb-arrow-face) (or (face-differs-from-default-p 'sdcdb-arrow-face) ;; Usually has a better default value than highlight does (copy-face 'isearch 'sdcdb-arrow-face)) ;; Hooks can side-effect extent arg to change extent properties (defvar sdcdb-arrow-extent-hooks '()) (defvar sdcdb-prompt-pattern "^>\\|^(.*sdcdb[+]?) *\\|^---Type to.*--- *" "A regexp to recognize the prompt for sdcdb or sdcdb+.") (defvar sdcdb-mode-map nil "Keymap for sdcdb-mode.") (defvar sdcdb-toolbar nil) (if sdcdb-mode-map nil (setq sdcdb-mode-map (make-sparse-keymap)) (set-keymap-name sdcdb-mode-map 'sdcdb-mode-map) (set-keymap-parents sdcdb-mode-map (list comint-mode-map)) (define-key sdcdb-mode-map "\C-l" 'sdcdb-refresh) (define-key sdcdb-mode-map "\C-c\C-c" 'sdcdb-control-c-subjob) (define-key sdcdb-mode-map "\t" 'comint-dynamic-complete) (define-key sdcdb-mode-map "\M-?" 'comint-dynamic-list-completions)) (define-key ctl-x-map " " 'sdcdb-break) (define-key ctl-x-map "&" 'send-sdcdb-command) ;;Of course you may use `def-sdcdb' with any other sdcdb command, including ;;user defined ones. (defmacro def-sdcdb (name key &optional doc &rest forms) (let* ((fun (intern (format "sdcdb-%s" name))) (cstr (list 'if '(not (= 1 arg)) (list 'format "%s %s" name 'arg) name))) (list 'progn (nconc (list 'defun fun '(arg) (or doc "") '(interactive "p") (list 'sdcdb-call cstr)) forms) (and key (list 'define-key 'sdcdb-mode-map key (list 'quote fun)))))) (def-sdcdb "step" "\M-s" "Step one source line with display" (sdcdb-delete-arrow-extent)) (def-sdcdb "stepi" "\M-i" "Step one instruction with display" (sdcdb-delete-arrow-extent)) (def-sdcdb "finish" "\C-c\C-f" "Finish executing current function" (sdcdb-delete-arrow-extent)) (def-sdcdb "run" nil "Run the current program" (sdcdb-delete-arrow-extent)) ;;"next" and "cont" were bound to M-n and M-c in Emacs 18, but these are ;;poor choices, since M-n is used for history navigation and M-c is ;;capitalize-word. These are defined without key bindings so that users ;;may choose their own bindings. (def-sdcdb "next" "\C-c\C-n" "Step one source line (skip functions)" (sdcdb-delete-arrow-extent)) (def-sdcdb "cont" "\C-c\M-c" "Proceed with the program" (sdcdb-delete-arrow-extent)) (def-sdcdb "up" "\C-c<" "Go up N stack frames (numeric arg) with display") (def-sdcdb "down" "\C-c>" "Go down N stack frames (numeric arg) with display") (defvar sdcdb-display-mode nil "Minor mode for sdcdb frame display") (or (assq 'sdcdb-display-mode minor-mode-alist) (setq minor-mode-alist (purecopy (append minor-mode-alist '((sdcdb-display-mode " Frame")))))) (defun sdcdb-display-mode (&optional arg) "Toggle SDCDB Frame display mode With arg, turn display mode on if and only if arg is positive. In the display minor mode, source file are displayed in another window for repective \\[sdcdb-display-frame] commands." (interactive "P") (setq sdcdb-display-mode (if (null arg) (not sdcdb-display-mode) (> (prefix-numeric-value arg) 0)))) ;; Using cc-mode's syntax table is broken. (defvar sdcdb-mode-syntax-table nil "Syntax table for SDCDB mode.") ;; This is adapted from CC Mode 5.11. (unless sdcdb-mode-syntax-table (setq sdcdb-mode-syntax-table (make-syntax-table)) ;; DO NOT TRY TO SET _ (UNDERSCORE) TO WORD CLASS! (modify-syntax-entry ?_ "_" sdcdb-mode-syntax-table) (modify-syntax-entry ?\\ "\\" sdcdb-mode-syntax-table) (modify-syntax-entry ?+ "." sdcdb-mode-syntax-table) (modify-syntax-entry ?- "." sdcdb-mode-syntax-table) (modify-syntax-entry ?= "." sdcdb-mode-syntax-table) (modify-syntax-entry ?% "." sdcdb-mode-syntax-table) (modify-syntax-entry ?< "." sdcdb-mode-syntax-table) (modify-syntax-entry ?> "." sdcdb-mode-syntax-table) (modify-syntax-entry ?& "." sdcdb-mode-syntax-table) (modify-syntax-entry ?| "." sdcdb-mode-syntax-table) (modify-syntax-entry ?\' "\"" sdcdb-mode-syntax-table) ;; add extra comment syntax (modify-syntax-entry ?/ ". 14" sdcdb-mode-syntax-table) (modify-syntax-entry ?* ". 23" sdcdb-mode-syntax-table)) (defun sdcdb-mode () "Major mode for interacting with an inferior Sdcdb process. The following commands are available: \\{sdcdb-mode-map} \\[sdcdb-display-frame] displays in the other window the last line referred to in the sdcdb buffer. See also \\[sdcdb-display-mode]. \\[sdcdb-step],\\[sdcdb-next], and \\[sdcdb-nexti] in the sdcdb window, call sdcdb to step,next or nexti and then update the other window with the current file and position. If you are in a source file, you may select a point to break at, by doing \\[sdcdb-break]. Commands: Many commands are inherited from comint mode. Additionally we have: \\[sdcdb-display-frame] display frames file in other window \\[sdcdb-step] advance one line in program \\[send-sdcdb-command] used for special printing of an arg at the current point. C-x SPACE sets break point at current line." (interactive) (comint-mode) (use-local-map sdcdb-mode-map) (set-syntax-table sdcdb-mode-syntax-table) (make-local-variable 'sdcdb-last-frame-displayed-p) (make-local-variable 'sdcdb-last-frame) (make-local-variable 'sdcdb-delete-prompt-marker) (make-local-variable 'sdcdb-display-mode) (make-local-variable' sdcdb-filter-accumulator) (setq sdcdb-last-frame nil sdcdb-delete-prompt-marker nil sdcdb-filter-accumulator nil sdcdb-display-mode t major-mode 'sdcdb-mode mode-name "Inferior SDCDB" comint-prompt-regexp sdcdb-prompt-pattern sdcdb-last-frame-displayed-p t) (set (make-local-variable 'shell-dirtrackp) t) ;;(make-local-variable 'sdcdb-arrow-extent) (and (extentp sdcdb-arrow-extent) (delete-extent sdcdb-arrow-extent)) (setq sdcdb-arrow-extent nil) ;; XEmacs change: (make-local-hook 'kill-buffer-hook) (add-hook 'kill-buffer-hook 'sdcdb-delete-arrow-extent nil t) (add-hook 'comint-input-filter-functions 'shell-directory-tracker nil t) (run-hooks 'sdcdb-mode-hook)) (defun sdcdb-delete-arrow-extent () (let ((inhibit-quit t)) (if sdcdb-arrow-extent (delete-extent sdcdb-arrow-extent)) (setq sdcdb-arrow-extent nil))) (defvar current-sdcdb-buffer nil) ;;;###autoload (defvar sdcdb-command-name "sdcdb" "Pathname for executing sdcdb.") ;;;###autoload (defun sdcdb (path &optional corefile) "Run sdcdb on program FILE in buffer *sdcdb-FILE*. The directory containing FILE becomes the initial working directory and source-file directory for SDCDB. If you wish to change this, use the SDCDB commands `cd DIR' and `directory'." (interactive "FRun sdcdb on file: ") (setq path (file-truename (expand-file-name path))) (let ((file (file-name-nondirectory path))) (switch-to-buffer (concat "*sdcdb-" file "*")) (setq default-directory (file-name-directory path)) (or (bolp) (newline)) (insert "Current directory is " default-directory "\n") (apply 'make-comint (concat "sdcdb-" file) (substitute-in-file-name sdcdb-command-name) nil "-fullname" "-cd" default-directory file (and corefile (list corefile))) (set-process-filter (get-buffer-process (current-buffer)) 'sdcdb-filter) (set-process-sentinel (get-buffer-process (current-buffer)) 'sdcdb-sentinel) ;; XEmacs change: turn on sdcdb mode after setting up the proc filters ;; for the benefit of shell-font.el (sdcdb-mode) (sdcdb-set-buffer))) ;;;###autoload (defun sdcdb-with-core (file corefile) "Debug a program using a corefile." (interactive "fProgram to debug: \nfCore file to use: ") (sdcdb file corefile)) (defun sdcdb-set-buffer () (cond ((eq major-mode 'sdcdb-mode) (setq current-sdcdb-buffer (current-buffer)) (if (featurep 'eos-toolbar) (set-specifier default-toolbar (cons (current-buffer) sdcdb-toolbar)))))) ;; This function is responsible for inserting output from SDCDB ;; into the buffer. ;; Aside from inserting the text, it notices and deletes ;; each filename-and-line-number; ;; that SDCDB prints to identify the selected frame. ;; It records the filename and line number, and maybe displays that file. (defun sdcdb-filter (proc string) (let ((inhibit-quit t)) (save-current-buffer (set-buffer (process-buffer proc)) (if sdcdb-filter-accumulator (sdcdb-filter-accumulate-marker proc (concat sdcdb-filter-accumulator string)) (sdcdb-filter-scan-input proc string))))) (defun sdcdb-filter-accumulate-marker (proc string) (setq sdcdb-filter-accumulator nil) (if (> (length string) 1) (if (= (aref string 1) ?\032) (let ((end (string-match "\n" string))) (if end (progn (let* ((first-colon (string-match ":" string 2)) (second-colon (string-match ":" string (1+ first-colon)))) (setq sdcdb-last-frame (cons (substring string 2 first-colon) (string-to-int (substring string (1+ first-colon) second-colon))))) (setq sdcdb-last-frame-displayed-p nil) (sdcdb-filter-scan-input proc (substring string (1+ end)))) (setq sdcdb-filter-accumulator string))) (sdcdb-filter-insert proc "\032") (sdcdb-filter-scan-input proc (substring string 1))) (setq sdcdb-filter-accumulator string))) (defun sdcdb-filter-scan-input (proc string) (if (equal string "") (setq sdcdb-filter-accumulator nil) (let ((start (string-match "\032" string))) (if start (progn (sdcdb-filter-insert proc (substring string 0 start)) (sdcdb-filter-accumulate-marker proc (substring string start))) (sdcdb-filter-insert proc string))))) (defun sdcdb-filter-insert (proc string) (let ((moving (= (point) (process-mark proc))) (output-after-point (< (point) (process-mark proc)))) (save-excursion ;; Insert the text, moving the process-marker. (goto-char (process-mark proc)) (insert-before-markers string) (set-marker (process-mark proc) (point)) (sdcdb-maybe-delete-prompt) ;; Check for a filename-and-line number. (sdcdb-display-frame ;; Don't display the specified file ;; unless (1) point is at or after the position where output appears ;; and (2) this buffer is on the screen. (or output-after-point (not (get-buffer-window (current-buffer)))) ;; Display a file only when a new filename-and-line-number appears. t)) (if moving (goto-char (process-mark proc)))) (let (s) (if (and (should-use-dialog-box-p) (setq s (or (string-match " (y or n) *\\'" string) (string-match " (yes or no) *\\'" string)))) (sdcdb-mouse-prompt-hack (substring string 0 s) (current-buffer)))) ) (defun sdcdb-mouse-prompt-hack (prompt buffer) (popup-dialog-box (list prompt (vector "Yes" (list 'sdcdb-mouse-prompt-hack-answer 't buffer) t) (vector "No" (list 'sdcdb-mouse-prompt-hack-answer 'nil buffer) t) nil (vector "Cancel" (list 'sdcdb-mouse-prompt-hack-answer 'nil buffer) t) ))) (defun sdcdb-mouse-prompt-hack-answer (answer buffer) (let ((b (current-buffer))) (unwind-protect (progn (set-buffer buffer) (goto-char (process-mark (get-buffer-process buffer))) (delete-region (point) (point-max)) (insert (if answer "yes" "no")) (comint-send-input)) (set-buffer b)))) (defun sdcdb-sentinel (proc msg) (cond ((null (buffer-name (process-buffer proc))) ;; buffer killed ;; Stop displaying an arrow in a source file. ;(setq overlay-arrow-position nil) -- done by kill-buffer-hook (set-process-buffer proc nil)) ((memq (process-status proc) '(signal exit)) ;; Stop displaying an arrow in a source file. (sdcdb-delete-arrow-extent) ;; Fix the mode line. (setq modeline-process (concat ": sdcdb " (symbol-name (process-status proc)))) (let* ((obuf (current-buffer))) ;; save-excursion isn't the right thing if ;; process-buffer is current-buffer (unwind-protect (progn ;; Write something in *compilation* and hack its mode line, (set-buffer (process-buffer proc)) ;; Force mode line redisplay soon (set-buffer-modified-p (buffer-modified-p)) (if (eobp) (insert ?\n mode-name " " msg) (save-excursion (goto-char (point-max)) (insert ?\n mode-name " " msg))) ;; If buffer and mode line will show that the process ;; is dead, we can delete it now. Otherwise it ;; will stay around until M-x list-processes. (delete-process proc)) ;; Restore old buffer, but don't restore old point ;; if obuf is the sdcdb buffer. (set-buffer obuf)))))) (defun sdcdb-refresh (&optional arg) "Fix up a possibly garbled display, and redraw the arrow." (interactive "P") (recenter arg) (sdcdb-display-frame)) (defun sdcdb-display-frame (&optional nodisplay noauto) "Find, obey and delete the last filename-and-line marker from SDCDB. The marker looks like \\032\\032FILENAME:LINE:CHARPOS\\n. Obeying it means displaying in another window the specified file and line." (interactive) (sdcdb-set-buffer) (and sdcdb-last-frame (not nodisplay) sdcdb-display-mode (or (not sdcdb-last-frame-displayed-p) (not noauto)) (progn (sdcdb-display-line (car sdcdb-last-frame) (cdr sdcdb-last-frame)) (setq sdcdb-last-frame-displayed-p t)))) ;; Make sure the file named TRUE-FILE is in a buffer that appears on the screen ;; and that its line LINE is visible. ;; Put the overlay-arrow on the line LINE in that buffer. (defun sdcdb-display-line (true-file line &optional select-method) ;; FILE to display ;; LINE number to highlight and make visible ;; SELECT-METHOD 'source, 'debugger, or 'none. (default is 'debugger) (and (null select-method) (setq select-method 'debugger)) (let* ((pre-display-buffer-function nil) ; screw it, put it all in one screen (pop-up-windows t) (source-buffer (find-file-noselect true-file)) (source-window (display-buffer source-buffer)) (debugger-window (get-buffer-window current-sdcdb-buffer)) (extent sdcdb-arrow-extent) pos) ;; XEmacs change: make sure we find a window displaying the source file ;; even if we are already sitting in it when a breakpoint is hit. ;; Otherwise the t argument to display-buffer will prevent it from being ;; displayed. (save-excursion (cond ((eq select-method 'debugger) ;; might not already be displayed (setq debugger-window (display-buffer current-sdcdb-buffer)) (select-window debugger-window)) ((eq select-method 'source) (select-window source-window)))) (and extent (not (eq (extent-object extent) source-buffer)) (setq extent (delete-extent extent))) (or extent (progn (setq extent (make-extent 1 1 source-buffer)) (set-extent-face extent 'sdcdb-arrow-face) (set-extent-begin-glyph extent sdcdb-arrow-glyph) (set-extent-begin-glyph-layout extent 'whitespace) (set-extent-priority extent 2000) (setq sdcdb-arrow-extent extent))) (save-current-buffer (set-buffer source-buffer) (save-restriction (widen) (goto-line line) (set-window-point source-window (point)) (setq pos (point)) (end-of-line) (set-extent-endpoints extent pos (point)) (run-hook-with-args 'sdcdb-arrow-extent-hooks extent)) (cond ((or (< pos (point-min)) (> pos (point-max))) (widen) (goto-char pos)))) ;; Added by Stig. It caused lots of problems for several users ;; and since its purpose is unclear it is getting commented out. ;;(and debugger-window ;; (set-window-point debugger-window pos)) )) (defun sdcdb-call (command) "Invoke sdcdb COMMAND displaying source in other window." (interactive) (goto-char (point-max)) ;; Record info on the last prompt in the buffer and its position. ;; This is used in sdcdb-maybe-delete-prompt ;; to prevent multiple prompts from accumulating. (save-excursion (goto-char (process-mark (get-buffer-process current-sdcdb-buffer))) (let ((pt (point))) (beginning-of-line) (setq sdcdb-delete-prompt-marker (if (= (point) pt) nil (list (point-marker) (- pt (point)) (buffer-substring (point) pt)))))) (sdcdb-set-buffer) (process-send-string (get-buffer-process current-sdcdb-buffer) (concat command "\n"))) (defun sdcdb-maybe-delete-prompt () (if sdcdb-delete-prompt-marker ;; Get the string that we used as the prompt before. (let ((prompt (nth 2 sdcdb-delete-prompt-marker)) (length (nth 1 sdcdb-delete-prompt-marker))) ;; Position after it. (goto-char (+ (car sdcdb-delete-prompt-marker) length)) ;; Delete any duplicates of it which follow right after. (while (and (<= (+ (point) length) (point-max)) (string= prompt (buffer-substring (point) (+ (point) length)))) (delete-region (point) (+ (point) length))) ;; If that didn't take us to where output is arriving, ;; we have encountered something other than a prompt, ;; so stop trying to delete any more prompts. (if (not (= (point) (process-mark (get-buffer-process current-sdcdb-buffer)))) (progn (set-marker (car sdcdb-delete-prompt-marker) nil) (setq sdcdb-delete-prompt-marker nil)))))) (defun sdcdb-break (temp) "Set SDCDB breakpoint at this source line. With ARG set temporary breakpoint." (interactive "P") (let* ((file-name (file-name-nondirectory buffer-file-name)) (line (save-restriction (widen) (beginning-of-line) (1+ (count-lines 1 (point))))) (cmd (concat (if temp "tbreak " "break ") file-name ":" (int-to-string line)))) (set-buffer current-sdcdb-buffer) (goto-char (process-mark (get-buffer-process current-sdcdb-buffer))) (delete-region (point) (point-max)) (insert cmd) (comint-send-input) ;;(process-send-string (get-buffer-process current-sdcdb-buffer) cmd) )) (defun sdcdb-clear () "Set SDCDB breakpoint at this source line." (interactive) (let* ((file-name (file-name-nondirectory buffer-file-name)) (line (save-restriction (widen) (beginning-of-line) (1+ (count-lines 1 (point))))) (cmd (concat "clear " file-name ":" (int-to-string line)))) (set-buffer current-sdcdb-buffer) (goto-char (process-mark (get-buffer-process current-sdcdb-buffer))) (delete-region (point) (point-max)) (insert cmd) (comint-send-input) ;;(process-send-string (get-buffer-process current-sdcdb-buffer) cmd) )) (defun sdcdb-read-address() "Return a string containing the core-address found in the buffer at point." (save-excursion (let ((pt (point)) found begin) (setq found (if (search-backward "0x" (- pt 7) t)(point))) (cond (found (forward-char 2) (buffer-substring found (progn (re-search-forward "[^0-9a-f]") (forward-char -1) (point)))) (t (setq begin (progn (re-search-backward "[^0-9]") (forward-char 1) (point))) (forward-char 1) (re-search-forward "[^0-9]") (forward-char -1) (buffer-substring begin (point))))))) (defvar sdcdb-commands nil "List of strings or functions used by send-sdcdb-command. It is for customization by you.") (defun send-sdcdb-command (arg) "This command reads the number where the cursor is positioned. It then inserts this ADDR at the end of the sdcdb buffer. A numeric arg selects the ARG'th member COMMAND of the list sdcdb-print-command. If COMMAND is a string, (format COMMAND ADDR) is inserted, otherwise (funcall COMMAND ADDR) is inserted. eg. \"p (rtx)%s->fld[0].rtint\" is a possible string to be a member of sdcdb-commands. " (interactive "P") (let (comm addr) (if arg (setq comm (nth arg sdcdb-commands))) (setq addr (sdcdb-read-address)) (if (eq (current-buffer) current-sdcdb-buffer) (set-mark (point))) (cond (comm (setq comm (if (stringp comm) (format comm addr) (funcall comm addr)))) (t (setq comm addr))) (switch-to-buffer current-sdcdb-buffer) (goto-char (point-max)) (insert comm))) (fset 'sdcdb-control-c-subjob 'comint-interrupt-subjob) ;(defun sdcdb-control-c-subjob () ; "Send a Control-C to the subprocess." ; (interactive) ; (process-send-string (get-buffer-process (current-buffer)) ; "\C-c")) (defun sdcdb-toolbar-break () (interactive) (save-excursion (message (car sdcdb-last-frame)) (set-buffer (find-file-noselect (car sdcdb-last-frame))) (sdcdb-break nil))) (defun sdcdb-toolbar-clear () (interactive) (save-excursion (message (car sdcdb-last-frame)) (set-buffer (find-file-noselect (car sdcdb-last-frame))) (sdcdb-clear))) (provide 'sdcdb) ;;; sdcdb.el ends here sdcc-2.9.0/debugger/mcs51/sdcdb.h000066400000000000000000000240171116427777700164310ustar00rootroot00000000000000/*------------------------------------------------------------------------- sdcdb.h - Header file used by ALL source files for the debugger Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCDB_H #define SDCDB_H #define SDCDB_DEBUG #ifdef SDCDB_DEBUG // set D_x to 0 to turn off, 1 to turn on. #define D_break 0x01 #define D_simi 0x02 #define D_sdcdb 0x04 #define D_symtab 0x08 extern int sdcdbDebug; #define Dprintf(f, fs) {if (f & sdcdbDebug) printf fs ; } #else #define Dprintf(f, fs) { } #endif #include #include #include #include #include #include "config.h" #include "src/SDCCset.h" #include "src/SDCChasht.h" #define TRUE 1 #define FALSE !TRUE typedef short bool; #ifndef max #define max(a,b) (a > b ? a : b) #endif #ifndef min #define min(a,b) (a < b ? a : b) #endif /* * #ifndef ALLOC * #define ALLOC(x,sz) if (!(x = calloc(1, sz))) \ * { \ * fprintf(stderr,"sdcdb: out of memory\n"); \ * exit (1); \ * } * #endif * #ifndef ALLOC_ATOMIC * #define ALLOC_ATOMIC(x,sz) if (!(x = calloc(1, sz))) \ * { \ * fprintf(stderr,"sdcdb: out of memory\n"); \ * exit (1); \ * } * #endif */ /* generalpurpose stack related macros */ #define STACK_DCL(stack,type,size) \ typedef type t_##stack ; \ t_##stack stack[size] ; \ t_##stack (*p_##stack) = stack + (size); \ t_##stack (*w_##stack) ; /* define extern stack */ #define EXTERN_STACK_DCL(stack,type,size) \ typedef type t_##stack ; \ extern t_##stack stack[size] ; \ extern t_##stack *p_##stack; \ extern t_##stack *w_##stack; #define STACK_FULL(stack) ((p_##stack) <= stack ) #define STACK_EMPTY(stack) ((p_##stack) >= (stack + \ sizeof(stack)/sizeof(*stack)) ) #define STACK_PUSH_(stack,x) (*--p_##stack = (x)) #define STACK_POP_(stack) (*p_##stack++) #define STACK_PUSH(stack,x) (STACK_FULL(stack) \ ?((t_##stack)(long)(STACK_ERR(1))) \ : STACK_PUSH_(stack,x) ) #define STACK_POP(stack) (STACK_EMPTY(stack) \ ?((t_##stack) NULL) \ : STACK_POP_(stack) ) #define STACK_PEEK(stack) (STACK_EMPTY(stack) \ ?((t_##stack) NULL) \ : *p_##stack ) #define STACK_PPEEK(stack) (((p_##stack + 1) >= (stack + \ sizeof(stack)/sizeof(*stack))) \ ?((t_##stack) NULL) \ : *(p_##stack + 1) ) #define STACK_ERR(o) ( o \ ? fprintf(stderr,"stack Overflow\n")\ : fprintf(stderr,"stack underflow\n")) #define STACK_STARTWALK(stack) (w_##stack = p_##stack) #define STACK_WALK(stack) (w_##stack >= (stack + sizeof(stack)/sizeof(*stack)) \ ? NULL : *w_##stack++ ) #include "src/SDCCbitv.h" enum { SYM_REC = 1, LNK_REC , FUNC_REC , STRUCT_REC, MOD_REC }; enum { FMT_NON = 0, FMT_BIN = 1, FMT_OCT = 2, FMT_DEZ = 3, FMT_HEX = 4 }; enum { SRC_CMODE = 1, SRC_AMODE }; /*-----------------------------------------------------------------*/ /* source line structure */ /*-----------------------------------------------------------------*/ typedef struct srcLine { unsigned addr ; short block, level; /* scope information */ char *src ; } srcLine ; /*-----------------------------------------------------------------*/ /* structure for cdb record */ /*-----------------------------------------------------------------*/ typedef struct cdbrecs { char type ; /* type of line */ char *line; /* contents of line */ struct cdbrecs *next; /* next in chain */ } cdbrecs ; /*-----------------------------------------------------------------*/ /* module definition */ /*-----------------------------------------------------------------*/ typedef struct module { char *cfullname ; /* full name Includeing path for the module */ char *afullname; /* fullname of assembly file */ char *name ; /* name of module */ char *c_name; /* c filename */ char *asm_name; /* asm file name */ int ncLines; /* number of lines in this module */ int nasmLines; /* # of lines in the assembler file */ srcLine **cLines; /* actual source lines */ srcLine **asmLines; /* actual assembler source lines*/ set *cfpoints; /* set of double line execution points */ } module; /*-----------------------------------------------------------------*/ /* execution point definition */ /*-----------------------------------------------------------------*/ typedef struct exePoint { unsigned addr ; int line ; short block , level ; } exePoint ; /*-----------------------------------------------------------------*/ /* definition for a function */ /*-----------------------------------------------------------------*/ typedef struct function { struct symbol *sym ;/* pointer to symbol for function */ char *modName ;/* module name */ module *mod ;/* module for this function */ int entryline ;/* first line in the function */ int aentryline ; int exitline ;/* last line in the function */ int aexitline ; set *cfpoints ;/* set of all C execution points in func */ set *afpoints ;/* set of all ASM execution points in func */ unsigned int laddr ;/* last executed address */ int lline ;/* last executed linenumber */ unsigned int stkaddr ;/* stackpointer at beginning of function * (not reentrant ! ) only actual */ } function ; /*-----------------------------------------------------------------*/ /* link record defintion */ /*-----------------------------------------------------------------*/ typedef struct linkrec { char type; /* type of linker rec */ unsigned addr ; /* address specified by the linker rec */ char *name ; /* name specified by linker rec */ } linkrec; /*-----------------------------------------------------------------*/ /* program context */ /*-----------------------------------------------------------------*/ typedef struct context { function *func; /* current function we are in */ char *modName; /* name of the module */ unsigned int addr ; /* current pc */ int cline ; /* current c line number */ int asmline; /* current asm line number */ int block ; /* current block number */ int level ; /* current level number */ } context ; /*-----------------------------------------------------------------*/ /* symbol display information */ /*-----------------------------------------------------------------*/ typedef struct _dsymbol { char *name; int dnum; int fmt; char *rs; } dsymbol; extern cdbrecs *recsRoot ; extern context *currCtxt ; extern set *modules ; /* set of modules */ extern set *functions; /* set of functions */ extern set *symbols ; /* set of symbols */ extern set *sfrsymbols;/* set of symbols of sfr or sbit */ extern set *dispsymbols; /* set of displayable symbols */ extern char *currModName ; extern char userinterrupt ; extern char nointerrupt ; extern short showfull ; extern int nStructs ; extern struct structdef **structs ; /* all structures */ extern char *ssdirl; /* source directory search path */ void **resize (void **, int ); char *alloccpy(char *,int ); char *gc_strdup(const char *s); srcLine **loadFile (char *name, int *nlines); extern short fullname; extern int srcMode; extern char contsim; char *searchDirsFname (char *); char *getNextCmdLine(void ); void setCmdLine( char * ); void stopCommandList( void ); /* trimming functions */ extern char *trim_left(char *s); extern char *trim_right(char *s); extern char *trim(char *s); #endif sdcc-2.9.0/debugger/mcs51/sdcdbsrc.el000066400000000000000000001542751116427777700173240ustar00rootroot00000000000000;;; sdcdbsrc.el -- Source-based (as opposed to comint-based) debugger ;; interaction mode eventually, this will be unified with GUD ;; (after gud works reliably w/ XEmacs...) ;; Keywords: c, unix, tools, debugging ;; Copyright (C) 1990 Debby Ayers , and ;; Rich Schaefer ;; Copyright (C) 1994, 1995 Tinker Systems and INS Engineering Corp. ;; ;; Copyright (C) 1999 Sandeep Dutta ;; ;; This file is part of XEmacs. ;; ;; XEmacs is free software; you can redistribute it and/or modify ;; it under the terms of the GNU General Public License as published by ;; the Free Software Foundation; either version 2 of the License, or ;; (at your option) any later version. ;; ;; XEmacs is distributed in the hope that it will be useful, ;; but WITHOUT ANY WARRANTY; without even the implied warranty of ;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ;; GNU General Public License for more details. ;; ;; You should have received a copy of the GNU General Public License ;; along with XEmacs; if not, write to the Free Software ;; Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. ;; Based upon code for version18 by Debra Ayers ;;; SDCDBSRC:: ;;; Sdcdbsrc extends the emacs SDCDB interface to accept sdcdb commands issued ;;; from the source code buffer. Sdcdbsrc behaves similar to sdcdb except ;;; now most debugging may be done from the source code using the *sdcdb* ;;; buffer to view output. Supports a point and click model under X to ;;; evaluate source code expressions (no more typing long variable names). ;;; ;;; Supports C source at the moment but C++ support will be added if there ;;; is sufficient interest. ;;; ;; SDCDBSRC::Sdcdb Source Mode Interface description. ;; Sdcdbsrc extends the emacs SDCDB interface to accept sdcdb commands issued ;; from the source code buffer. Sdcdbsrc behaves similar to sdcdb except now all ;; debugging may be done from the currently focused source buffer using ;; the *sdcdb* buffer to view output. ;; When source files are displayed through sdcdbsrc, buffers are put in ;; sdcdbsrc-mode minor mode. This mode puts the buffer in read-only state ;; and sets up a special key and mouse map to invoke communication with ;; the current sdcdb process. The minor mode may be toggled on/off as needed. ;; (ESC-T) ;; C-expressions may be evaluated by sdcdbsrc by simply pointing at text in the ;; current source buffer with the mouse or by centering the cursor over text ;; and typing a single key command. ('p' for print, '*' for print *). ;; As code is debugged and new buffers are displayed, the focus of sdcdbsrc ;; follows to each new source buffer. Makes debugging fun. (sound like a ;; commercial or what!) ;; ;; Current Listing :: ;;key binding Comment ;;--- ------- ------- ;; ;; r sdcdb-return-from-src SDCDB return command ;; n sdcdb-next-from-src SDCDB next command ;; b sdcdb-back-from-src SDCDB back command ;; w sdcdb-where-from-src SDCDB where command ;; f sdcdb-finish-from-src SDCDB finish command ;; u sdcdb-up-from-src SDCDB up command ;; d sdcdb-down-from-src SDCDB down command ;; c sdcdb-cont-from-src SDCDB continue command ;; i sdcdb-stepi-from-src SDCDB step instruction command ;; s sdcdb-step-from-src SDCDB step command ;; ? sdcdb-whatis-c-sexp SDCDB whatis command for data at ;; buffer point ;; x sdcdbsrc-delete SDCDB Delete all breakpoints if no arg ;; given or delete arg (C-u arg x) ;; m sdcdbsrc-frame SDCDB Display current frame if no arg, ;; given or display frame arg ;; * sdcdb-*print-c-sexp SDCDB print * command for data at ;; buffer point ;; ! sdcdbsrc-goto-sdcdb Goto the SDCDB output buffer ;; p sdcdb-print-c-sexp SDCDB print * command for data at ;; buffer point ;; g sdcdbsrc-goto-sdcdb Goto the SDCDB output buffer ;; t sdcdbsrc-mode Toggles Sdcdbsrc mode (turns it off) ;; ;; C-c C-f sdcdb-finish-from-src SDCDB finish command ;; ;; C-x SPC sdcdb-break Set break for line with point ;; ESC t sdcdbsrc-mode Toggle Sdcdbsrc mode ;; ESC m sdcdbsrc-srcmode Toggle list mode ;; ;; Local Bindings for buffer when you exit Sdcdbsrc minor mode ;; ;; C-x SPC sdcdb-break Set break for line with point ;; ESC t sdcdbsrc-mode Toggle Sdcdbsrc mode ;; ;;; (eval-when-compile ;;; (or noninteractive ;;; (progn ;;; (message "ONLY compile sdcdbsrc except with -batch because of advice") ;;; (ding) ;;; ))) ;;; sdcdb.el --- run sdcdb under Emacs ;; Author: W. Schelter, University of Texas ;; wfs@rascal.ics.utexas.edu ;; Rewritten by rms. ;; Keywords: c, unix, tools, debugging ;; Some ideas are due to Masanobu. ;; This file is part of XEmacs. ;; XEmacs is free software; you can redistribute it and/or modify it ;; under the terms of the GNU General Public License as published by ;; the Free Software Foundation; either version 2, or (at your option) ;; any later version. ;; XEmacs is distributed in the hope that it will be useful, but ;; WITHOUT ANY WARRANTY; without even the implied warranty of ;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ;; General Public License for more details. ;; You should have received a copy of the GNU General Public License ;; along with XEmacs; see the file COPYING. If not, write to the Free ;; Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA ;; 02111-1307, USA. ;;; Synched up with: Not in FSF ;;; Commentary: ;; Description of SDCDB interface: ;; A facility is provided for the simultaneous display of the source code ;; in one window, while using sdcdb to step through a function in the ;; other. A small arrow in the source window, indicates the current ;; line. ;; Starting up: ;; In order to use this facility, invoke the command SDCDB to obtain a ;; shell window with the appropriate command bindings. You will be asked ;; for the name of a file to run. Sdcdb will be invoked on this file, in a ;; window named *sdcdb-foo* if the file is foo. ;; M-s steps by one line, and redisplays the source file and line. ;; You may easily create additional commands and bindings to interact ;; with the display. For example to put the sdcdb command next on \M-n ;; (def-sdcdb next "\M-n") ;; This causes the emacs command sdcdb-next to be defined, and runs ;; sdcdb-display-frame after the command. ;; sdcdb-display-frame is the basic display function. It tries to display ;; in the other window, the file and line corresponding to the current ;; position in the sdcdb window. For example after a sdcdb-step, it would ;; display the line corresponding to the position for the last step. Or ;; if you have done a backtrace in the sdcdb buffer, and move the cursor ;; into one of the frames, it would display the position corresponding to ;; that frame. ;; sdcdb-display-frame is invoked automatically when a filename-and-line-number ;; appears in the output. ;;; Code: (require 'comint) (require 'shell) (condition-case nil (if (featurep 'toolbar) (require 'eos-toolbar "sun-eos-toolbar")) (error nil)) (defvar sdcdb-last-frame) (defvar sdcdb-delete-prompt-marker) (defvar sdcdb-filter-accumulator) (defvar sdcdb-last-frame-displayed-p) (defvar sdcdb-arrow-extent nil) (or (fboundp 'make-glyph) (fset 'make-glyph 'identity)) ; work w/ pre beta v12 (defvar sdcdb-arrow-glyph (make-glyph "=>")) (make-face 'sdcdb-arrow-face) (or (face-differs-from-default-p 'sdcdb-arrow-face) ;; Usually has a better default value than highlight does (copy-face 'isearch 'sdcdb-arrow-face)) ;; Hooks can side-effect extent arg to change extent properties (defvar sdcdb-arrow-extent-hooks '()) (defvar sdcdb-prompt-pattern "^>\\|^(.*sdcdb[+]?) *\\|^---Type to.*--- *" "A regexp to recognize the prompt for sdcdb or sdcdb+.") (defvar sdcdb-mode-map nil "Keymap for sdcdb-mode.") (defvar sdcdb-toolbar nil) (if sdcdb-mode-map nil (setq sdcdb-mode-map (make-sparse-keymap)) (set-keymap-name sdcdb-mode-map 'sdcdb-mode-map) (set-keymap-parents sdcdb-mode-map (list comint-mode-map)) (define-key sdcdb-mode-map "\C-l" 'sdcdb-refresh) (define-key sdcdb-mode-map "\C-c\C-c" 'sdcdb-control-c-subjob) (define-key sdcdb-mode-map "\t" 'comint-dynamic-complete) (define-key sdcdb-mode-map "\M-?" 'comint-dynamic-list-completions)) (define-key ctl-x-map " " 'sdcdb-break) (define-key ctl-x-map "&" 'send-sdcdb-command) ;;Of course you may use `def-sdcdb' with any other sdcdb command, including ;;user defined ones. (defmacro def-sdcdb (name key &optional doc &rest forms) (let* ((fun (intern (format "sdcdb-%s" name))) (cstr (list 'if '(not (= 1 arg)) (list 'format "%s %s" name 'arg) name))) (list 'progn (nconc (list 'defun fun '(arg) (or doc "") '(interactive "p") (list 'sdcdb-call cstr)) forms) (and key (list 'define-key 'sdcdb-mode-map key (list 'quote fun)))))) (def-sdcdb "step" "\M-s" "Step one source line with display" (sdcdb-delete-arrow-extent)) (def-sdcdb "stepi" "\M-i" "Step one instruction with display" (sdcdb-delete-arrow-extent)) (def-sdcdb "finish" "\C-c\C-f" "Finish executing current function" (sdcdb-delete-arrow-extent)) (def-sdcdb "run" nil "Run the current program" (sdcdb-delete-arrow-extent)) ;;"next" and "cont" were bound to M-n and M-c in Emacs 18, but these are ;;poor choices, since M-n is used for history navigation and M-c is ;;capitalize-word. These are defined without key bindings so that users ;;may choose their own bindings. (def-sdcdb "next" "\C-c\C-n" "Step one source line (skip functions)" (sdcdb-delete-arrow-extent)) (def-sdcdb "cont" "\C-c\M-c" "Proceed with the program" (sdcdb-delete-arrow-extent)) (def-sdcdb "up" "\C-c<" "Go up N stack frames (numeric arg) with display") (def-sdcdb "down" "\C-c>" "Go down N stack frames (numeric arg) with display") (defvar sdcdb-display-mode nil "Minor mode for sdcdb frame display") (or (assq 'sdcdb-display-mode minor-mode-alist) (setq minor-mode-alist (purecopy (append minor-mode-alist '((sdcdb-display-mode " Frame")))))) (defun sdcdb-display-mode (&optional arg) "Toggle SDCDB Frame display mode With arg, turn display mode on if and only if arg is positive. In the display minor mode, source file are displayed in another window for repective \\[sdcdb-display-frame] commands." (interactive "P") (setq sdcdb-display-mode (if (null arg) (not sdcdb-display-mode) (> (prefix-numeric-value arg) 0)))) ;; Using cc-mode's syntax table is broken. (defvar sdcdb-mode-syntax-table nil "Syntax table for SDCDB mode.") ;; This is adapted from CC Mode 5.11. (unless sdcdb-mode-syntax-table (setq sdcdb-mode-syntax-table (make-syntax-table)) ;; DO NOT TRY TO SET _ (UNDERSCORE) TO WORD CLASS! (modify-syntax-entry ?_ "_" sdcdb-mode-syntax-table) (modify-syntax-entry ?\\ "\\" sdcdb-mode-syntax-table) (modify-syntax-entry ?+ "." sdcdb-mode-syntax-table) (modify-syntax-entry ?- "." sdcdb-mode-syntax-table) (modify-syntax-entry ?= "." sdcdb-mode-syntax-table) (modify-syntax-entry ?% "." sdcdb-mode-syntax-table) (modify-syntax-entry ?< "." sdcdb-mode-syntax-table) (modify-syntax-entry ?> "." sdcdb-mode-syntax-table) (modify-syntax-entry ?& "." sdcdb-mode-syntax-table) (modify-syntax-entry ?| "." sdcdb-mode-syntax-table) (modify-syntax-entry ?\' "\"" sdcdb-mode-syntax-table) ;; add extra comment syntax (modify-syntax-entry ?/ ". 14" sdcdb-mode-syntax-table) (modify-syntax-entry ?* ". 23" sdcdb-mode-syntax-table)) (defun sdcdb-mode () "Major mode for interacting with an inferior Sdcdb process. The following commands are available: \\{sdcdb-mode-map} \\[sdcdb-display-frame] displays in the other window the last line referred to in the sdcdb buffer. See also \\[sdcdb-display-mode]. \\[sdcdb-step],\\[sdcdb-next], and \\[sdcdb-nexti] in the sdcdb window, call sdcdb to step,next or nexti and then update the other window with the current file and position. If you are in a source file, you may select a point to break at, by doing \\[sdcdb-break]. Commands: Many commands are inherited from comint mode. Additionally we have: \\[sdcdb-display-frame] display frames file in other window \\[sdcdb-step] advance one line in program \\[send-sdcdb-command] used for special printing of an arg at the current point. C-x SPACE sets break point at current line." (interactive) (comint-mode) (use-local-map sdcdb-mode-map) (set-syntax-table sdcdb-mode-syntax-table) (make-local-variable 'sdcdb-last-frame-displayed-p) (make-local-variable 'sdcdb-last-frame) (make-local-variable 'sdcdb-delete-prompt-marker) (make-local-variable 'sdcdb-display-mode) (make-local-variable' sdcdb-filter-accumulator) (setq sdcdb-last-frame nil sdcdb-delete-prompt-marker nil sdcdb-filter-accumulator nil sdcdb-display-mode t major-mode 'sdcdb-mode mode-name "Inferior SDCDB" comint-prompt-regexp sdcdb-prompt-pattern sdcdb-last-frame-displayed-p t) (set (make-local-variable 'shell-dirtrackp) t) ;;(make-local-variable 'sdcdb-arrow-extent) (and (extentp sdcdb-arrow-extent) (delete-extent sdcdb-arrow-extent)) (setq sdcdb-arrow-extent nil) ;; XEmacs change: (make-local-hook 'kill-buffer-hook) (add-hook 'kill-buffer-hook 'sdcdb-delete-arrow-extent nil t) (add-hook 'comint-input-filter-functions 'shell-directory-tracker nil t) (run-hooks 'sdcdb-mode-hook)) (defun sdcdb-delete-arrow-extent () (let ((inhibit-quit t)) (if sdcdb-arrow-extent (delete-extent sdcdb-arrow-extent)) (setq sdcdb-arrow-extent nil))) (defvar current-sdcdb-buffer nil) ;;;###autoload (defvar sdcdb-command-name "sdcdb" "Pathname for executing sdcdb.") ;; ;; default values should be changed as needed ;; (defvar sdcdbsrc-cpu-type "51") (defvar sdcdbsrc-frequency "11059200") (defvar sdcdbsrc-serial nil) ;;;###autoload (defun sdcdb (path &optional corefile) "Run sdcdb on program FILE in buffer *sdcdb-FILE*. The directory containing FILE becomes the initial working directory and source-file directory for SDCDB. If you wish to change this, use the SDCDB commands `cd DIR' and `directory'." (interactive "FRun sdcdb on file: ") (setq path (file-truename (expand-file-name path))) (let ((file (file-name-nondirectory path))) (switch-to-buffer (concat "*sdcdb-" file "*")) (setq default-directory (file-name-directory path)) (or (bolp) (newline)) (insert "Current directory is " default-directory "\n") (apply 'make-comint (concat "sdcdb-" file) (substitute-in-file-name sdcdb-command-name) nil "-cpu" sdcdbsrc-cpu-type "-X" sdcdbsrc-frequency "-fullname" file (and corefile (list corefile))) (set-process-filter (get-buffer-process (current-buffer)) 'sdcdb-filter) (set-process-sentinel (get-buffer-process (current-buffer)) 'sdcdb-sentinel) ;; XEmacs change: turn on sdcdb mode after setting up the proc filters ;; for the benefit of shell-font.el (sdcdb-mode) (sdcdb-set-buffer))) ;;;###autoload (defun sdcdb-with-core (file corefile) "Debug a program using a corefile." (interactive "fProgram to debug: \nfCore file to use: ") (sdcdb file corefile)) (defun sdcdb-set-buffer () (cond ((eq major-mode 'sdcdb-mode) (setq current-sdcdb-buffer (current-buffer)) (if (featurep 'eos-toolbar) (set-specifier default-toolbar (cons (current-buffer) sdcdb-toolbar)))))) ;; This function is responsible for inserting output from SDCDB ;; into the buffer. ;; Aside from inserting the text, it notices and deletes ;; each filename-and-line-number; ;; that SDCDB prints to identify the selected frame. ;; It records the filename and line number, and maybe displays that file. (defun sdcdb-filter (proc string) (let ((inhibit-quit t)) (save-current-buffer (set-buffer (process-buffer proc)) (if sdcdb-filter-accumulator (sdcdb-filter-accumulate-marker proc (concat sdcdb-filter-accumulator string)) (sdcdb-filter-scan-input proc string))))) (defun sdcdb-filter-accumulate-marker (proc string) (setq sdcdb-filter-accumulator nil) (if (> (length string) 1) (if (= (aref string 1) ?\032) (let ((end (string-match "\n" string))) (if end (progn (let* ((first-colon (string-match ":" string 2)) (second-colon (string-match ":" string (1+ first-colon)))) (setq sdcdb-last-frame (cons (substring string 2 first-colon) (string-to-int (substring string (1+ first-colon) second-colon))))) (setq sdcdb-last-frame-displayed-p nil) (sdcdb-filter-scan-input proc (substring string (1+ end)))) (setq sdcdb-filter-accumulator string))) (sdcdb-filter-insert proc "\032") (sdcdb-filter-scan-input proc (substring string 1))) (setq sdcdb-filter-accumulator string))) (defun sdcdb-filter-scan-input (proc string) (if (equal string "") (setq sdcdb-filter-accumulator nil) (let ((start (string-match "\032" string))) (if start (progn (sdcdb-filter-insert proc (substring string 0 start)) (sdcdb-filter-accumulate-marker proc (substring string start))) (sdcdb-filter-insert proc string))))) (defun sdcdb-filter-insert (proc string) (let ((moving (= (point) (process-mark proc))) (output-after-point (< (point) (process-mark proc)))) (save-excursion ;; Insert the text, moving the process-marker. (goto-char (process-mark proc)) (insert-before-markers string) (set-marker (process-mark proc) (point)) (sdcdb-maybe-delete-prompt) ;; Check for a filename-and-line number. (sdcdb-display-frame ;; Don't display the specified file ;; unless (1) point is at or after the position where output appears ;; and (2) this buffer is on the screen. (or output-after-point (not (get-buffer-window (current-buffer)))) ;; Display a file only when a new filename-and-line-number appears. t)) (if moving (goto-char (process-mark proc)))) (let (s) (if (and (should-use-dialog-box-p) (setq s (or (string-match " (y or n) *\\'" string) (string-match " (yes or no) *\\'" string)))) (sdcdb-mouse-prompt-hack (substring string 0 s) (current-buffer)))) ) (defun sdcdb-mouse-prompt-hack (prompt buffer) (popup-dialog-box (list prompt (vector "Yes" (list 'sdcdb-mouse-prompt-hack-answer 't buffer) t) (vector "No" (list 'sdcdb-mouse-prompt-hack-answer 'nil buffer) t) nil (vector "Cancel" (list 'sdcdb-mouse-prompt-hack-answer 'nil buffer) t) ))) (defun sdcdb-mouse-prompt-hack-answer (answer buffer) (let ((b (current-buffer))) (unwind-protect (progn (set-buffer buffer) (goto-char (process-mark (get-buffer-process buffer))) (delete-region (point) (point-max)) (insert (if answer "yes" "no")) (comint-send-input)) (set-buffer b)))) (defun sdcdb-sentinel (proc msg) (cond ((null (buffer-name (process-buffer proc))) ;; buffer killed ;; Stop displaying an arrow in a source file. ;(setq overlay-arrow-position nil) -- done by kill-buffer-hook (set-process-buffer proc nil)) ((memq (process-status proc) '(signal exit)) ;; Stop displaying an arrow in a source file. (sdcdb-delete-arrow-extent) ;; Fix the mode line. (setq modeline-process (concat ": sdcdb " (symbol-name (process-status proc)))) (let* ((obuf (current-buffer))) ;; save-excursion isn't the right thing if ;; process-buffer is current-buffer (unwind-protect (progn ;; Write something in *compilation* and hack its mode line, (set-buffer (process-buffer proc)) ;; Force mode line redisplay soon (set-buffer-modified-p (buffer-modified-p)) (if (eobp) (insert ?\n mode-name " " msg) (save-excursion (goto-char (point-max)) (insert ?\n mode-name " " msg))) ;; If buffer and mode line will show that the process ;; is dead, we can delete it now. Otherwise it ;; will stay around until M-x list-processes. (delete-process proc)) ;; Restore old buffer, but don't restore old point ;; if obuf is the sdcdb buffer. (set-buffer obuf)))))) (defun sdcdb-refresh (&optional arg) "Fix up a possibly garbled display, and redraw the arrow." (interactive "P") (recenter arg) (sdcdb-display-frame)) (defun sdcdb-display-frame (&optional nodisplay noauto) "Find, obey and delete the last filename-and-line marker from SDCDB. The marker looks like \\032\\032FILENAME:LINE:CHARPOS\\n. Obeying it means displaying in another window the specified file and line." (interactive) (sdcdb-set-buffer) (and sdcdb-last-frame (not nodisplay) sdcdb-display-mode (or (not sdcdb-last-frame-displayed-p) (not noauto)) (progn (sdcdb-display-line (car sdcdb-last-frame) (cdr sdcdb-last-frame)) (setq sdcdb-last-frame-displayed-p t)))) ;; Make sure the file named TRUE-FILE is in a buffer that appears on the screen ;; and that its line LINE is visible. ;; Put the overlay-arrow on the line LINE in that buffer. (defun sdcdb-display-line (true-file line &optional select-method) ;; FILE to display ;; LINE number to highlight and make visible ;; SELECT-METHOD 'source, 'debugger, or 'none. (default is 'debugger) (and (null select-method) (setq select-method 'debugger)) (let* ((pre-display-buffer-function nil) ; screw it, put it all in one screen (pop-up-windows t) (source-buffer (find-file-noselect true-file)) (source-window (display-buffer source-buffer)) (debugger-window (get-buffer-window current-sdcdb-buffer)) (extent sdcdb-arrow-extent) pos) ;; XEmacs change: make sure we find a window displaying the source file ;; even if we are already sitting in it when a breakpoint is hit. ;; Otherwise the t argument to display-buffer will prevent it from being ;; displayed. (save-excursion (cond ((eq select-method 'debugger) ;; might not already be displayed (setq debugger-window (display-buffer current-sdcdb-buffer)) (select-window debugger-window)) ((eq select-method 'source) (select-window source-window)))) (and extent (not (eq (extent-object extent) source-buffer)) (setq extent (delete-extent extent))) (or extent (progn (setq extent (make-extent 1 1 source-buffer)) (set-extent-face extent 'sdcdb-arrow-face) (set-extent-begin-glyph extent sdcdb-arrow-glyph) (set-extent-begin-glyph-layout extent 'whitespace) (set-extent-priority extent 2000) (setq sdcdb-arrow-extent extent))) (save-current-buffer (set-buffer source-buffer) (save-restriction (widen) (goto-line line) (set-window-point source-window (point)) (setq pos (point)) (end-of-line) (set-extent-endpoints extent pos (point)) (run-hook-with-args 'sdcdb-arrow-extent-hooks extent)) (cond ((or (< pos (point-min)) (> pos (point-max))) (widen) (goto-char pos)))) ;; Added by Stig. It caused lots of problems for several users ;; and since its purpose is unclear it is getting commented out. ;;(and debugger-window ;; (set-window-point debugger-window pos)) )) (defun sdcdb-call (command) "Invoke sdcdb COMMAND displaying source in other window." (interactive) (goto-char (point-max)) ;; Record info on the last prompt in the buffer and its position. ;; This is used in sdcdb-maybe-delete-prompt ;; to prevent multiple prompts from accumulating. (save-excursion (goto-char (process-mark (get-buffer-process current-sdcdb-buffer))) (let ((pt (point))) (beginning-of-line) (setq sdcdb-delete-prompt-marker (if (= (point) pt) nil (list (point-marker) (- pt (point)) (buffer-substring (point) pt)))))) (sdcdb-set-buffer) (process-send-string (get-buffer-process current-sdcdb-buffer) (concat command "\n"))) (defun sdcdb-maybe-delete-prompt () (if sdcdb-delete-prompt-marker ;; Get the string that we used as the prompt before. (let ((prompt (nth 2 sdcdb-delete-prompt-marker)) (length (nth 1 sdcdb-delete-prompt-marker))) ;; Position after it. (goto-char (+ (car sdcdb-delete-prompt-marker) length)) ;; Delete any duplicates of it which follow right after. (while (and (<= (+ (point) length) (point-max)) (string= prompt (buffer-substring (point) (+ (point) length)))) (delete-region (point) (+ (point) length))) ;; If that didn't take us to where output is arriving, ;; we have encountered something other than a prompt, ;; so stop trying to delete any more prompts. (if (not (= (point) (process-mark (get-buffer-process current-sdcdb-buffer)))) (progn (set-marker (car sdcdb-delete-prompt-marker) nil) (setq sdcdb-delete-prompt-marker nil)))))) (defun sdcdb-break (temp) "Set SDCDB breakpoint at this source line. With ARG set temporary breakpoint." (interactive "P") (let* ((file-name (file-name-nondirectory buffer-file-name)) (line (save-restriction (widen) (beginning-of-line) (1+ (count-lines 1 (point))))) (cmd (concat (if temp "tbreak " "break ") file-name ":" (int-to-string line)))) (set-buffer current-sdcdb-buffer) (goto-char (process-mark (get-buffer-process current-sdcdb-buffer))) (delete-region (point) (point-max)) (insert cmd) (comint-send-input) ;;(process-send-string (get-buffer-process current-sdcdb-buffer) cmd) )) (defun sdcdb-clear () "Set SDCDB breakpoint at this source line." (interactive) (let* ((file-name (file-name-nondirectory buffer-file-name)) (line (save-restriction (widen) (beginning-of-line) (1+ (count-lines 1 (point))))) (cmd (concat "clear " file-name ":" (int-to-string line)))) (set-buffer current-sdcdb-buffer) (goto-char (process-mark (get-buffer-process current-sdcdb-buffer))) (delete-region (point) (point-max)) (insert cmd) (comint-send-input) ;;(process-send-string (get-buffer-process current-sdcdb-buffer) cmd) )) (defun sdcdb-read-address() "Return a string containing the core-address found in the buffer at point." (save-excursion (let ((pt (point)) found begin) (setq found (if (search-backward "0x" (- pt 7) t)(point))) (cond (found (forward-char 2) (buffer-substring found (progn (re-search-forward "[^0-9a-f]") (forward-char -1) (point)))) (t (setq begin (progn (re-search-backward "[^0-9]") (forward-char 1) (point))) (forward-char 1) (re-search-forward "[^0-9]") (forward-char -1) (buffer-substring begin (point))))))) (defvar sdcdb-commands nil "List of strings or functions used by send-sdcdb-command. It is for customization by you.") (defun send-sdcdb-command (arg) "This command reads the number where the cursor is positioned. It then inserts this ADDR at the end of the sdcdb buffer. A numeric arg selects the ARG'th member COMMAND of the list sdcdb-print-command. If COMMAND is a string, (format COMMAND ADDR) is inserted, otherwise (funcall COMMAND ADDR) is inserted. eg. \"p (rtx)%s->fld[0].rtint\" is a possible string to be a member of sdcdb-commands. " (interactive "P") (let (comm addr) (if arg (setq comm (nth arg sdcdb-commands))) (setq addr (sdcdb-read-address)) (if (eq (current-buffer) current-sdcdb-buffer) (set-mark (point))) (cond (comm (setq comm (if (stringp comm) (format comm addr) (funcall comm addr)))) (t (setq comm addr))) (switch-to-buffer current-sdcdb-buffer) (goto-char (point-max)) (insert comm))) (fset 'sdcdb-control-c-subjob 'comint-interrupt-subjob) ;(defun sdcdb-control-c-subjob () ; "Send a Control-C to the subprocess." ; (interactive) ; (process-send-string (get-buffer-process (current-buffer)) ; "\C-c")) (defun sdcdb-toolbar-break () (interactive) (save-excursion (message (car sdcdb-last-frame)) (set-buffer (find-file-noselect (car sdcdb-last-frame))) (sdcdb-break nil))) (defun sdcdb-toolbar-clear () (interactive) (save-excursion (message (car sdcdb-last-frame)) (set-buffer (find-file-noselect (car sdcdb-last-frame))) (sdcdb-clear))) (provide 'sdcdb) (require 'sdcdb "sdcdb") ; NOT gud! (yet...) (defvar sdcdbsrc-active-p t "*Set to nil if you do not want source files put in sdcdbsrc-mode") (defvar sdcdbsrc-call-p nil "True if sdcdb command issued from a source buffer") (defvar sdcdbsrc-associated-buffer nil "Buffer name of attached sdcdb process") (defvar sdcdbsrc-mode nil "Indicates whether buffer is in sdcdbsrc-mode or not") (make-variable-buffer-local 'sdcdbsrc-mode) (defvar sdcdbsrc-global-mode nil "Indicates whether global sdcdbsrc bindings are in effect or not") (defvar sdcdb-prompt-pattern "^[^)#$%>\n]*[)#$%>] *" "A regexp for matching the end of the sdcdb prompt") (defvar eos::toolbar-toggle-srcmode (toolbar-make-button-list (expand-file-name "recycle.xbm" eos::toolbar-icon-directory)) "A Run icon pair.") ;;; bindings (defvar sdcdbsrc-global-map (let ((map (make-sparse-keymap))) (set-keymap-name map 'sdcdbsrc-global-map) (define-key map "\C-x " 'sdcdb-break) (define-key map "\M-\C-t" 'sdcdbsrc-mode) (define-key map "\M-\C-g" 'sdcdbsrc-goto-sdcdb) (define-key map "\M-m" 'sdcdbsrc-srcmode) ;; middle button to select and print expressions... (define-key map '(meta button2) 'sdcdbsrc-print-csexp) (define-key map '(meta shift button2) 'sdcdbsrc-*print-csexp) ;; left button to position breakpoints (define-key map '(meta button1) 'sdcdbsrc-set-break) (define-key map '(meta shift button1) 'sdcdbsrc-set-tbreak-continue) map) "Global minor keymap that is active whenever sdcdbsrc is running.") (add-minor-mode 'sdcdbsrc-global-mode " SdcdbGlobal" sdcdbsrc-global-map) (defvar sdcdbsrc-mode-map (let ((map (make-sparse-keymap))) (suppress-keymap map) (set-keymap-name map 'sdcdbsrc-mode-map) ;; inherit keys from global sdcdbsrc map just in case that somehow gets turned off. (set-keymap-parents map (list sdcdbsrc-global-map)) (define-key map "\C-x\C-q" 'sdcdbsrc-mode) ; toggle read-only (define-key map "\C-c\C-c" 'sdcdbsrc-mode) (define-key map "b" 'sdcdb-break) (define-key map "g" 'sdcdbsrc-goto-sdcdb) (define-key map "!" 'sdcdbsrc-goto-sdcdb) (define-key map "p" 'sdcdb-print-c-sexp) (define-key map "*" 'sdcdb-*print-c-sexp) (define-key map "?" 'sdcdb-whatis-c-sexp) (define-key map "R" 'sdcdbsrc-reset) map) "Minor keymap for buffers in sdcdbsrc-mode") (add-minor-mode 'sdcdbsrc-mode " SdcdbSrc" sdcdbsrc-mode-map) (defvar sdcdbsrc-toolbar '([eos::toolbar-stop-at-icon sdcdb-break t "Stop at selected position"] [eos::toolbar-stop-in-icon sdcdb-break t "Stop in function whose name is selected"] [eos::toolbar-clear-at-icon sdcdb-clear t "Clear at selected position"] [eos::toolbar-evaluate-icon sdcdb-print-c-sexp t "Evaluate selected expression; shows in separate XEmacs frame"] [eos::toolbar-run-icon sdcdbsrc-run t "Run current program"] [eos::toolbar-cont-icon sdcdbsrc-cont t "Continue current program"] [eos::toolbar-step-into-icon sdcdbsrc-step t "Step into (aka step)"] [eos::toolbar-step-over-icon sdcdbsrc-next t "Step over (aka next)"] [eos::toolbar-fix-icon nil nil "Fix (not available with sdcdb)"] [eos::toolbar-build-icon toolbar-compile t "Build (aka make -NYI)"] [eos::toolbar-toggle-srcmode sdcdbsrc-srcmode t "Toggle Source C <-> Asm"] )) (defmacro def-sdcdb-from-src (sdcdb-command key &optional doc &rest forms) "Create a function that will call SDCDB-COMMAND with KEY." (let* ((fname (format "sdcdbsrc-%s" sdcdb-command)) (cstr (list 'if 'arg (list 'format "%s %s" sdcdb-command '(prefix-numeric-value arg)) sdcdb-command)) fun) (while (string-match " " fname) (aset fname (match-beginning 0) ?-)) (setq fun (intern fname)) (list 'progn (nconc (list 'defun fun '(arg) (or doc "") '(interactive "P") (list 'sdcdb-call-from-src cstr)) forms) (list 'define-key 'sdcdbsrc-mode-map key (list 'quote fun))))) (def-sdcdb-from-src "step" "s" "Step one instruction in src" (sdcdb-delete-arrow-extent)) (def-sdcdb-from-src "stepi" "i" "Step one source line (skip functions)" (sdcdb-delete-arrow-extent)) (def-sdcdb-from-src "cont" "c" "Continue with display" (sdcdb-delete-arrow-extent)) (def-sdcdb-from-src "down" "d" "Go down N stack frames (numeric arg) ") (def-sdcdb-from-src "up" "u" "Go up N stack frames (numeric arg)") (def-sdcdb-from-src "finish" "f" "Finish frame") (def-sdcdb-from-src "where" "w" "Display (N frames of) backtrace") (def-sdcdb-from-src "next" "n" "Step one line with display" (sdcdb-delete-arrow-extent)) (def-sdcdb-from-src "run" "r" "Run program from start" (sdcdb-delete-arrow-extent)) (def-sdcdb-from-src "return" "R" "Return from selected stack frame") (def-sdcdb-from-src "disable" "x" "Disable all breakpoints") (def-sdcdb-from-src "delete" "X" "Delete all breakpoints") (def-sdcdb-from-src "quit" "Q" "Quit sdcdb." (sdcdb-delete-arrow-extent)) (def-sdcdb-from-src "info locals" "l" "Show local variables") (def-sdcdb-from-src "info break" "B" "Show breakpoints") (def-sdcdb-from-src "" "\r" "Repeat last command") (def-sdcdb-from-src "frame" "m" "Show frame if no arg, with arg go to frame") ;;; code ;;;###autoload (defun sdcdbsrc (path &optional core-or-pid) "Activates a sdcdb session with sdcdbsrc-mode turned on. A numeric prefix argument can be used to specify a running process to attach, and a non-numeric prefix argument will cause you to be prompted for a core file to debug." (interactive (let ((file (read-file-name "Program to debug: " nil nil t))) (cond ((numberp current-prefix-arg) (list file (int-to-string current-prefix-arg))) (current-prefix-arg (list file (read-file-name "Core file: " nil nil t))) (t (list file))) )) ;; FIXME - this is perhaps an uncool thing to do --Stig (delete-other-windows) (split-window-vertically) (other-window 0) (sdcdb path core-or-pid) (local-set-key 'button2 'sdcdbsrc-select-or-yank) (setq mode-motion-hook 'sdcdbsrc-mode-motion) ;; XEmacs change: (make-local-hook 'kill-buffer-hook) (add-hook 'kill-buffer-hook 'sdcdbsrc-reset nil t)) (defun sdcdbsrc-global-mode () ;; this can be used as a hook for sdcdb-mode.... (or current-sdcdb-buffer (and (eq major-mode 'sdcdb-mode) ; doesn't work w/ energize yet (setq current-sdcdb-buffer (current-buffer)) ;; XEmacs change: (progn (make-local-hook 'kill-buffer-hook) (add-hook 'kill-buffer-hook 'sdcdbsrc-reset nil t))) (error "Cannot determine current-sdcdb-buffer")) ;;; (set-process-filter ;;; (get-buffer-process current-sdcdb-buffer) 'sdcdbsrc-mode-filter) ;;; (set-process-sentinel ;;; (get-buffer-process current-sdcdb-buffer) 'sdcdbsrc-mode-sentinel) ;; sdcdbsrc-global-mode was set to t here but that tended to piss ;; people off (setq sdcdbsrc-global-mode nil sdcdbsrc-active-p t sdcdbsrc-call-p nil sdcdbsrc-mode nil) (message "Gbd source mode active")) (add-hook 'sdcdb-mode-hook 'sdcdbsrc-global-mode) ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;; Sdcdb Source minor mode. ;;; (defvar sdcdbsrc-associated-buffer nil "The sdcdb buffer to send commands to.") (defvar sdcdbsrc-initial-readonly 'undefined "read-only status of buffer when not in sdcdbsrc-mode") (defvar sdcdbsrc-old-toolbar nil "saved toolbar for buffer") (defun sdcdbsrc-mode (arg &optional quiet) "Minor mode for interacting with sdcdb from a c source file. With arg, turn sdcdbsrc-mode on iff arg is positive. In sdcdbsrc-mode, you may send an associated sdcdb buffer commands from the current buffer containing c source code." (interactive "P") (setq sdcdbsrc-mode (if (null arg) (not sdcdbsrc-mode) (> (prefix-numeric-value arg) 0))) (cond (sdcdbsrc-mode (cond ((not (local-variable-p 'sdcdbsrc-initial-readonly (current-buffer))) (set (make-local-variable 'sdcdbsrc-initial-readonly) buffer-read-only) (set (make-local-variable 'sdcdbsrc-associated-buffer) current-sdcdb-buffer) (if (featurep 'toolbar) (set (make-local-variable 'sdcdbsrc-old-toolbar) (specifier-specs default-toolbar (current-buffer)))) ) ) (if (featurep 'toolbar) (set-specifier default-toolbar (cons (current-buffer) sdcdbsrc-toolbar))) (setq buffer-read-only t) (or quiet (message "Entering sdcdbsrc-mode..."))) (t (and (local-variable-p 'sdcdbsrc-initial-readonly (current-buffer)) (progn (if (featurep 'toolbar) (if sdcdbsrc-old-toolbar (set-specifier default-toolbar (cons (current-buffer) sdcdbsrc-old-toolbar)) (remove-specifier default-toolbar (current-buffer)))) (kill-local-variable 'sdcdbsrc-old-toolbar) (setq buffer-read-only sdcdbsrc-initial-readonly) (kill-local-variable 'sdcdbsrc-initial-readonly) (kill-local-variable 'sdcdbsrc-associated-buffer) )) (or quiet (message "Exiting sdcdbsrc-mode...")))) (redraw-modeline t)) ;; ;; Sends commands to sdcdb process. (defun sdcdb-call-from-src (command) "Send associated sdcdb process COMMAND displaying source in this window." (setq sdcdbsrc-call-p t) (let ((src-win (selected-window)) (buf (or sdcdbsrc-associated-buffer current-sdcdb-buffer))) (or (buffer-name buf) (error "SDCDB buffer deleted")) (pop-to-buffer buf) (goto-char (point-max)) (beginning-of-line) ;; Go past sdcdb prompt (re-search-forward sdcdb-prompt-pattern (save-excursion (end-of-line) (point)) t) ;; Delete any not-supposed-to-be-there text (delete-region (point) (point-max)) (insert command) (comint-send-input) (select-window src-win) )) ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;; ;;; Define Commands for SDCDB SRC Mode Buffer ;;; ;;; ;; #### - move elsewhere (or (fboundp 'event-buffer) (defun event-buffer (event) "Return buffer assocaited with EVENT, or nil." (let ((win (event-window event))) (and win (window-buffer win))))) (defun set-sdcdbsrc-mode-motion-extent (st en action) ;; by Stig@hackvan.com (let ((ex (make-extent st en))) (set-extent-face ex 'highlight) (set-extent-property ex 'sdcdbsrc t) (set-extent-property ex 'action action) (setq mode-motion-extent ex))) (defun nuke-mode-motion-extent () ;; by Stig@hackvan.com (cond (mode-motion-extent (delete-extent mode-motion-extent) (setq mode-motion-extent nil)))) (defun looking-at-any (regex-list) ;; by Stig@hackvan.com (catch 'found (while regex-list (and (looking-at (car regex-list)) (throw 'found t)) (setq regex-list (cdr regex-list))))) (defconst sdcdb-breakpoint-patterns '( ;; when execution stops... ;;Breakpoint 1, XlwMenuRedisplay (w=0x4d2e00, ev=0xefffe3f8, region=0x580e60) ;; at /net/stig/src/xemacs/lwlib/xlwmenu.c:2518 "^[BW][ra][et][ac][kh]point [0-9]+, .*\\(\n\\s .*\\)*" ;; output of the breakpoint command: ;;Breakpoint 1 at 0x19f5c8: file /net/stig/src/xemacs/lwlib/xlwmenu.c, line 2715. "^[BW][ra][et][ac][kh]point [0-9]+ at .*: file \\([^ ,\n]+\\), line \\([0-9]+\\)." ;;Num Type Disp Enb Address What ;;1 breakpoint keep y 0x0019ee60 in XlwMenuRedisplay ;; at /net/stig/src/xemacs/lwlib/xlwmenu.c:2518 "^[0-9]+\\s +[bw][ra][et][ac][kh]point.* in .*\\(\n\\s +\\)?at [^ :\n]+:[0-9]+\\(\n\\s .*\\)*" ) "list of patterns to match sdcdb's various ways of displaying a breakpoint") (defun sdcdbsrc-make-breakpoint-action (string) ;; by Stig@hackvan.com (if (or (string-match "file \\([^ ,\n]+\\), line \\([0-9]+\\)" string) (string-match "at \\([^ :\n]+\\):\\([0-9]+\\)" string)) (list 'sdcdbsrc-display (match-string 1 string) (string-to-int (match-string 2 string))))) (defconst sdcdb-stack-frame-pattern ;;#9 0x62f08 in emacs_Xt_next_event (emacs_event=0x4cf804) ;; at /net/stig/src/xemacs/src/event-Xt.c:1778 "^#\\([0-9]+\\)\\s +\\(0x[0-9a-f]+ in .*\\|.*\\sw+.* (.*) at .*\\)\\(\n\\s .*\\)*" "matches the first line of a sdcdb stack frame and all continuation lines. subex 1 is frame number.") (defun sdcdbsrc-mode-motion (ee) ;; by Stig@hackvan.com (save-excursion (set-buffer (event-buffer ee)) (save-excursion (if (not (event-point ee)) (nuke-mode-motion-extent) (goto-char (event-point ee)) (beginning-of-line) (while (and (not (bobp)) (eq ? (char-syntax (following-char)))) (forward-line -1)) (if (extent-at (point) (current-buffer) 'sdcdbsrc) nil (nuke-mode-motion-extent) (cond ((looking-at-any sdcdb-breakpoint-patterns) (set-sdcdbsrc-mode-motion-extent (match-beginning 0) (match-end 0) (sdcdbsrc-make-breakpoint-action (match-string 0)))) ((looking-at sdcdb-stack-frame-pattern) (set-sdcdbsrc-mode-motion-extent (match-beginning 0) (match-end 0) (list 'sdcdbsrc-frame (string-to-int (match-string 1))))) ))) ))) (defun sdcdbsrc-display (file line) ;; by Stig@hackvan.com (select-window (display-buffer (find-file-noselect file))) (goto-line line)) (defun click-inside-selection-p (click) (or (click-inside-extent-p click primary-selection-extent) (click-inside-extent-p click zmacs-region-extent) )) (defun click-inside-extent-p (click extent) "Returns non-nil if the button event is within the bounds of the primary selection-extent, nil otherwise." ;; stig@hackvan.com (let ((ewin (event-window click)) (epnt (event-point click))) (and ewin epnt extent (eq (window-buffer ewin) (extent-object extent)) (extent-start-position extent) (> epnt (extent-start-position extent)) (> (extent-end-position extent) epnt)))) (defun point-inside-extent-p (extent) "Returns non-nil if the point is within or just after the bounds of the primary selection-extent, nil otherwise." ;; stig@hackvan.com (and extent ; FIXME - I'm such a sinner... (eq (current-buffer) (extent-object extent)) (> (point) (extent-start-position extent)) (>= (extent-end-position extent) (point)))) (defun sdcdbsrc-select-or-yank (ee) ;; by Stig@hackvan.com (interactive "e") (let ((action (save-excursion (set-buffer (event-buffer ee)) (and mode-motion-extent (click-inside-extent-p ee mode-motion-extent) (extent-property mode-motion-extent 'action))) )) (if action (eval action) (mouse-yank ee)))) (defvar sdcdb-print-format "" "Set this variable to a valid format string to print c-sexps in a different way (hex,octal, etc).") (defun sdcdb-print-c-sexp () "Find the nearest c-mode sexp. Send it to sdcdb with print command." (interactive) (let* ((tag (find-c-sexp)) (command (concat "print " sdcdb-print-format tag))) (sdcdb-call-from-src command))) (defun sdcdbsrc-srcmode () "Toggle between assembler & C source modes." (sdcdb-call-from-src "set srcmode")) (defun sdcdb-*print-c-sexp () "Find the nearest c-mode sexp. Send it to sdcdb with the print * command." (interactive) (let* ((tag (find-c-sexp)) (command (concat "print " sdcdb-print-format "*" tag))) (sdcdb-call-from-src command))) (defun sdcdb-whatis-c-sexp () "Find the nearest c-mode sexp. Send it to sdcdb with the whatis command. " (interactive) (let* ((tag (sdcdbsrc-selection-or-sexp)) (command (concat "ptype " tag))) (sdcdb-call-from-src command))) (defun sdcdbsrc-goto-sdcdb () "Hop back and forth between the sdcdb interaction buffer and the sdcdb source buffer. " ;; by Stig@hackvan.com (interactive) (let ((gbuf (or sdcdbsrc-associated-buffer current-sdcdb-buffer))) (cond ((eq (current-buffer) gbuf) (and sdcdb-arrow-extent (extent-object sdcdb-arrow-extent) (progn (pop-to-buffer (extent-object sdcdb-arrow-extent)) (goto-char (extent-start-position sdcdb-arrow-extent))))) ((buffer-name gbuf) (pop-to-buffer gbuf)) ((y-or-n-p "No debugger. Start a new one? ") (call-interactively 'sdcdbsrc)) (t (error "No sdcdb buffer.")) ))) (defvar sdcdbsrc-last-src-buffer nil) (defun sdcdbsrc-goto-src () (interactive) (let* ((valid (and sdcdbsrc-last-src-buffer (memq sdcdbsrc-last-src-buffer (buffer-list)))) (win (and valid (get-buffer-window sdcdbsrc-last-src-buffer)))) (cond (win (select-window win)) (valid (pop-to-buffer sdcdbsrc-last-src-buffer))))) ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;; ;;; The following functions are used to extract the closest surrounding ;;; c expression from point ;;; (defun back-sexp () "Version of backward-sexp that catches errors" (condition-case nil (backward-sexp) (error t))) (defun forw-sexp () "Version of forward-sexp that catches errors" (condition-case nil (forward-sexp) (error t))) (defun sexp-compound-sep (span-start span-end) "Returns '.' for '->' & '.', returns ' ' for white space, returns '?' for other puctuation" (let ((result ? ) (syntax)) (while (< span-start span-end) (setq syntax (char-syntax (char-after span-start))) (cond ((= syntax ? ) t) ((= syntax ?.) (setq syntax (char-after span-start)) (cond ((= syntax ?.) (setq result ?.)) ((and (= syntax ?-) (= (char-after (+ span-start 1)) ?>)) (setq result ?.) (setq span-start (+ span-start 1))) (t (setq span-start span-end) (setq result ??))))) (setq span-start (+ span-start 1))) result ) ) (defun sexp-compound (first second) "Returns non-nil if the concatenation of two S-EXPs result in a Single C token. The two S-EXPs are represented as a cons cells, where the car specifies the point in the current buffer that marks the begging of the S-EXP and the cdr specifies the character after the end of the S-EXP Link S-Exps of the form: Sexp -> SexpC Sexp . Sexp Sexp (Sexp) Maybe exclude if first Sexp is: if, while, do, for, switch Sexp [Sexp] (Sexp) Sexp [Sexp] Sexp" (let ((span-start (cdr first)) (span-end (car second)) (syntax)) (setq syntax (sexp-compound-sep span-start span-end)) (cond ((= (car first) (car second)) nil) ((= (cdr first) (cdr second)) nil) ((= syntax ?.) t) ((= syntax ? ) (setq span-start (char-after (- span-start 1))) (setq span-end (char-after span-end)) (cond ((= span-start ?) ) t ) ((= span-start ?] ) t ) ((= span-end ?( ) t ) ((= span-end ?[ ) t ) (t nil)) ) (t nil)) ) ) (defun sexp-cur () "Returns the S-EXP that Point is a member, Point is set to begging of S-EXP. The S-EXPs is represented as a cons cell, where the car specifies the point in the current buffer that marks the begging of the S-EXP and the cdr specifies the character after the end of the S-EXP" (let ((p (point)) (begin) (end)) (back-sexp) (setq begin (point)) (forw-sexp) (setq end (point)) (if (>= p end) (progn (setq begin p) (goto-char p) (forw-sexp) (setq end (point)) ) ) (goto-char begin) (cons begin end) ) ) (defun sexp-prev () "Returns the previous S-EXP, Point is set to begging of that S-EXP. The S-EXPs is represented as a cons cell, where the car specifies the point in the current buffer that marks the begging of the S-EXP and the cdr specifies the character after the end of the S-EXP" (let ((begin) (end)) (back-sexp) (setq begin (point)) (forw-sexp) (setq end (point)) (goto-char begin) (cons begin end)) ) (defun sexp-next () "Returns the following S-EXP, Point is set to begging of that S-EXP. The S-EXPs is represented as a cons cell, where the car specifies the point in the current buffer that marks the begging of the S-EXP and the cdr specifies the character after the end of the S-EXP" (let ((begin) (end)) (forw-sexp) (forw-sexp) (setq end (point)) (back-sexp) (setq begin (point)) (cons begin end) ) ) (defun find-c-sexp () "Returns the Complex S-EXP that surrounds Point" (interactive) (save-excursion (let ((p) (sexp) (test-sexp)) (setq p (point)) (setq sexp (sexp-cur)) (setq test-sexp (sexp-prev)) (while (sexp-compound test-sexp sexp) (setq sexp (cons (car test-sexp) (cdr sexp))) (goto-char (car sexp)) (setq test-sexp (sexp-prev)) ) (goto-char p) (setq test-sexp (sexp-next)) (while (sexp-compound sexp test-sexp) (setq sexp (cons (car sexp) (cdr test-sexp))) (setq test-sexp (sexp-next)) ) (buffer-substring (car sexp) (cdr sexp)) ) ) ) (defun sdcdbsrc-selection-or-sexp (&optional ee) ;; FIXME - fix this docstring "If the EVENT is within the primary selection, then return the selected text, otherwise parse the expression at the point of the mouse click and return that. If EVENT is nil, then return the C sexp at point." ;; stig@hackvan.com (cond ((or (and ee (click-inside-selection-p ee)) (and (not ee) (point-inside-selection-p))) (replace-in-string (extent-string primary-selection-extent) "\n\\s *" " ")) (ee (sdcdbsrc-get-csexp-at-click ee)) (t (find-c-sexp)) )) (defun sdcdbsrc-get-csexp-at-click (ee) "Returns the containing s-expression located at the mouse cursor to point." ;; " ;; by Stig@hackvan.com (let ((ewin (event-window ee)) (epnt (event-point ee))) (or (and ewin epnt) (error "Must click within a window")) (save-excursion (set-buffer (window-buffer ewin)) (save-excursion (goto-char epnt) (find-c-sexp))))) (defun sdcdbsrc-print-csexp (&optional ee) (interactive) (or ee (setq ee current-mouse-event)) (sdcdb-call-from-src (concat "print " sdcdb-print-format (sdcdbsrc-selection-or-sexp ee)))) (defun sdcdbsrc-*print-csexp (&optional ee) (interactive) (or ee (setq ee current-mouse-event)) (sdcdb-call-from-src (concat "print *" sdcdb-print-format (sdcdbsrc-selection-or-sexp ee)))) ;; (defun sdcdbsrc-print-region (arg) ;; (let (( command (concat "print " sdcdb-print-format (x-get-cut-buffer)))) ;; (sdcdb-call-from-src command))) ;; ;; (defun sdcdbsrc-*print-region (arg) ;; (let (( command (concat "print *" sdcdb-print-format (x-get-cut-buffer)))) ;; (sdcdb-call-from-src command))) (defun sdcdbsrc-file:lno () "returns \"file:lno\" specification for location of point. " ;; by Stig@hackvan.com (format "%s:%d" (file-name-nondirectory buffer-file-name) (save-restriction (widen) (1+ (count-lines (point-min) (save-excursion (beginning-of-line) (point))))) )) (defun sdcdbsrc-set-break (ee) "Sets a breakpoint. Click on the selection and it will set a breakpoint using the selected text. Click anywhere in a source file, and it will set a breakpoint at that line number of that file." ;; by Stig@hackvan.com ;; there is already sdcdb-break, so this only needs to work with mouse clicks. (interactive "e") (sdcdb-call-from-src (concat "break " (if (click-inside-selection-p ee) (extent-string primary-selection-extent) (mouse-set-point ee) (or buffer-file-name (error "No file in window")) (- (sdcdbsrc-file:lno) 1) )))) (defun sdcdbsrc-set-tbreak-continue (&optional ee) "Set a temporary breakpoint at the position of the mouse click and then continues. This can be bound to either a key or a mouse button." ;; by Stig@hackvan.com (interactive) (or ee (setq ee current-mouse-event)) (and ee (mouse-set-point ee)) (sdcdb-call-from-src (concat "tbreak " (sdcdbsrc-file:lno))) (sdcdb-call-from-src "c")) ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;; Functions extended from sdcdb.el for sdcdbsrc. ;; ;; sdcdbsrc-set-buffer - added a check to set buffer to sdcdbsrc-associated-buffer ;; to handle multiple sdcdb sessions being driven from src ;; files. (require 'advice) (defadvice sdcdb-set-buffer (after sdcdbsrc activate) ; () "Advised to work from a source buffer instead of just the sdcdb buffer." ;; by Stig@hackvan.com ;; the operations below have tests which are disjoint from the tests in ;; the original `sdcdb-set-buffer'. Current-sdcdb-buffer cannot be set twice. (and sdcdbsrc-call-p sdcdbsrc-associated-buffer (setq current-sdcdb-buffer sdcdbsrc-associated-buffer))) (defadvice sdcdb-display-line (around sdcdbsrc activate) ;; (true-file line &optional select-method) "Advised to select the source buffer instead of the sdcdb-buffer" ;; by Stig@hackvan.com (ad-set-arg 2 'source) ; tell it not to select the sdcdb window ad-do-it (save-excursion (let* ((buf (extent-object sdcdb-arrow-extent)) (win (get-buffer-window buf))) (setq sdcdbsrc-last-src-buffer buf) (select-window win) (set-window-point win (extent-start-position sdcdb-arrow-extent)) (set-buffer buf)) (and sdcdbsrc-active-p (not sdcdbsrc-mode) (not (eq (current-buffer) current-sdcdb-buffer)) (sdcdbsrc-mode 1)))) (defadvice sdcdb-filter (after sdcdbsrc activate) ; (proc string) ;; by Stig@hackvan.com ;; if we got a sdcdb prompt and it wasn't a sdcdbsrc command, then it's sdcdb ;; hitting a breakpoint or having a core dump, so bounce back to the sdcdb ;; window. (let* ((selbuf (window-buffer (selected-window))) win) ;; if we're at a sdcdb prompt, then display the buffer (and (save-match-data (string-match sdcdb-prompt-pattern (ad-get-arg 1))) (prog1 (not sdcdbsrc-call-p) (setq sdcdbsrc-call-p nil)) (setq win (display-buffer current-sdcdb-buffer)) ;; if we're not in either the source buffer or the sdcdb buffer, ;; then select the window too... (not (eq selbuf current-sdcdb-buffer)) (not (eq selbuf sdcdbsrc-last-src-buffer)) (progn (ding nil 'warp) (select-window win))) )) (defun sdcdbsrc-reset () ;; tidy house and turn off sdcdbsrc-mode in all buffers ;; by Stig@hackvan.com (sdcdb-delete-arrow-extent) (setq sdcdbsrc-global-mode nil) (mapcar #'(lambda (buffer) (set-buffer buffer) (cond ((eq sdcdbsrc-associated-buffer current-sdcdb-buffer) (sdcdbsrc-mode -1)))) (buffer-list))) (defadvice sdcdb-sentinel (after sdcdbsrc freeze) ; (proc msg) ;; by Stig@hackvan.com (sdcdbsrc-reset) (message "Sdcdbsrc finished")) (provide 'sdcdbsrc) sdcc-2.9.0/debugger/mcs51/simi.c000066400000000000000000000503121116427777700163030ustar00rootroot00000000000000/*------------------------------------------------------------------------- simi.c - source file for simulator interaction Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "sdcdb.h" #include "simi.h" #include "newalloc.h" #ifdef _WIN32 #include #include #include #include #include #else #ifdef HAVE_SYS_SOCKET_H #include #include #include #include #include #include #else #error "Cannot build debugger without socket support" #endif #endif FILE *simin ; /* stream for simulator input */ FILE *simout; /* stream for simulator output */ #ifdef _WIN32 SOCKET sock = INVALID_SOCKET; PROCESS_INFORMATION *simPid = NULL; #else int sock = -1; /* socket descriptor to comm with simulator */ pid_t simPid = -1; #endif static char simibuff[MAX_SIM_BUFF]; /* sim buffer */ static char regBuff[MAX_SIM_BUFF]; static char *sbp = simibuff; /* simulator buffer pointer */ extern char **environ; char simactive = 0; static memcache_t memCache[NMEM_CACHE]; /*-----------------------------------------------------------------*/ /* get data from memory cache/ load cache from simulator */ /*-----------------------------------------------------------------*/ static char *getMemCache(unsigned int addr,int cachenum, int size) { char *resp, *buf; unsigned int laddr; memcache_t *cache = &memCache[cachenum]; if ( cache->size <= 0 || cache->addr > addr || cache->addr + cache->size < addr + size ) { if ( cachenum == IMEM_CACHE ) { sendSim("di 0x0 0xff\n"); } else if ( cachenum == SREG_CACHE ) { sendSim("ds 0x80 0xff\n"); } else { laddr = addr & 0xffffffc0; sprintf(cache->buffer,"dx 0x%x 0x%x\n",laddr,laddr+0xff ); sendSim(cache->buffer); } waitForSim(100,NULL); resp = simResponse(); cache->addr = strtol(resp,0,0); buf = cache->buffer; cache->size = 0; while ( *resp && *(resp+1) && *(resp+2)) { /* cache is a stringbuffer with ascii data like " 00 00 00 00 00 00 00 00" */ resp += 2; laddr = 0; /* skip thru the address part */ while (isxdigit(*resp)) resp++; while ( *resp && *resp != '\n') { if ( laddr < 24 ) { laddr++ ; *buf++ = *resp ; } resp++; } resp++ ; cache->size += 8; } *buf = '\0'; if ( cache->addr > addr || cache->addr + cache->size < addr + size ) return NULL; } return cache->buffer + (addr - cache->addr)*3; } /*-----------------------------------------------------------------*/ /* invalidate memory cache */ /*-----------------------------------------------------------------*/ static void invalidateCache( int cachenum ) { memCache[cachenum].size = 0; } /*-----------------------------------------------------------------*/ /* waitForSim - wait till simulator is done its job */ /*-----------------------------------------------------------------*/ void waitForSim(int timeout_ms, char *expect) { int i=0; int ch; Dprintf(D_simi, ("simi: waitForSim start(%d)\n", timeout_ms)); sbp = simibuff; while ((ch = fgetc(simin)) > 0 ) { *sbp++ = ch; } *sbp = 0; Dprintf(D_simi, ("waitForSim(%d) got[%s]\n", timeout_ms, simibuff)); } /*-----------------------------------------------------------------*/ /* openSimulator - create a pipe to talk to simulator */ /*-----------------------------------------------------------------*/ #ifdef _WIN32 static void init_winsock(void) { static int is_initialized = 0; if (!is_initialized) { WSADATA wsaData; int iResult; // Initialize Winsock if (0 != WSAStartup(MAKEWORD(2,2), &wsaData)) { fprintf(stderr, "WSAStartup failed: %d\n", iResult); exit(1); } } } static char *argsToCmdLine(char **args, int nargs) { #define CHUNCK 256 int i; int cmdPos = 0; char *cmd = Safe_malloc(CHUNCK); int cmdLen = CHUNCK; for (i = 0; i < nargs; i++) { int quote = 0; int argLen = strlen(args[i]); if (NULL != strchr(args[i], ' ')) { quote = 1; argLen += 2; } if (0 < i) ++argLen; if (cmdPos + argLen >= cmdLen) { do { cmdLen += cmdLen; } while (cmdPos + argLen >= cmdLen); cmd = Safe_realloc(cmd, cmdLen); } if (0 < i) { cmd[cmdPos++] = ' '; --argLen; } if (quote) { cmd[cmdPos++] = '"'; --argLen; } memcpy(&cmd[cmdPos], args[i], argLen); cmdPos += argLen; if (quote) cmd[cmdPos++] = '"'; } cmd[cmdPos] = '\0'; return cmd; } static PROCESS_INFORMATION *execSimulator(char **args, int nargs) { STARTUPINFO si; static PROCESS_INFORMATION pi; char *cmdLine = argsToCmdLine(args, nargs); memset(&si, 0, sizeof(si)); si.cb = sizeof(si); memset(&pi, 0, sizeof(pi)); // Start the child process. if (!CreateProcess(NULL, // No module name (use command line) cmdLine, // Command line NULL, // Process handle not inheritable NULL, // Thread handle not inheritable FALSE, // Set handle inheritance to FALSE 0, // No creation flags NULL, // Use parent's environment block NULL, // Use parent's starting directory &si, // Pointer to STARTUPINFO structure &pi) // Pointer to PROCESS_INFORMATION structure ) { Safe_free(cmdLine); printf( "CreateProcess failed (%d).\n", GetLastError() ); return NULL; } Safe_free(cmdLine); return π } void openSimulator (char **args, int nargs) { struct sockaddr_in sin; int retry = 0; int i; int fh; init_winsock(); Dprintf(D_simi, ("simi: openSimulator\n")); #ifdef SDCDB_DEBUG if (D_simi & sdcdbDebug) { printf("simi: openSimulator: "); for (i=0; i < nargs; i++ ) { printf("arg%d: %s ",i,args[i]); } printf("\n"); } #endif invalidateCache(XMEM_CACHE); invalidateCache(IMEM_CACHE); invalidateCache(SREG_CACHE); if (INVALID_SOCKET == (sock = WSASocket(PF_INET, SOCK_STREAM, IPPROTO_TCP, NULL, 0, 0))) { fprintf(stderr, "cannot create socket: %d\n", WSAGetLastError()); exit(1); } memset(&sin,0,sizeof(sin)); sin.sin_family = AF_INET; sin.sin_addr.s_addr = inet_addr("127.0.0.1"); sin.sin_port = htons(9756); try_connect: /* connect to the simulator */ if (SOCKET_ERROR == connect(sock, (struct sockaddr *)&sin, sizeof(sin))) { /* if failed then wait 1 second & try again do this for 10 secs only */ if (retry < 10) { if ( !retry ) simPid = execSimulator(args, nargs); retry ++; Sleep(1000); goto try_connect; } perror("connect failed :"); exit(1); } fh = _open_osfhandle((intptr_t)sock, _O_TEXT); if (-1 == fh) { perror("cannot _open_osfhandle"); exit(1); } /* go the socket now turn it into a file handle */ if (!(simin = fdopen(fh, "r"))) { perror("cannot open socket for read"); exit(1); } fh = _open_osfhandle((intptr_t)sock, _O_TEXT); if (-1 == fh) { perror("cannot _open_osfhandle"); exit(1); } if (!(simout = fdopen(fh, "w"))) { perror("cannot open socket for write"); exit(1); } /* now that we have opened, wait for the prompt */ waitForSim(200, NULL); simactive = 1; } #else static int execSimulator(char **args, int nargs) { if ((simPid = fork())) { Dprintf(D_simi, ("simi: simulator pid %d\n",(int) simPid)); } else { /* we are in the child process : start the simulator */ signal(SIGINT , SIG_IGN ); signal(SIGABRT, SIG_IGN ); signal(SIGHUP , SIG_IGN ); signal(SIGCHLD, SIG_IGN ); if (execvp(args[0],args) < 0) { perror("cannot exec simulator"); exit(1); } } return simPid; } void openSimulator (char **args, int nargs) { struct sockaddr_in sin; int retry = 0; int i; Dprintf(D_simi, ("simi: openSimulator\n")); #ifdef SDCDB_DEBUG if (D_simi & sdcdbDebug) { printf("simi: openSimulator: "); for (i=0; i < nargs; i++ ) { printf("arg%d: %s ",i,args[i]); } printf("\n"); } #endif invalidateCache(XMEM_CACHE); invalidateCache(IMEM_CACHE); invalidateCache(SREG_CACHE); if ((sock = socket(AF_INET,SOCK_STREAM,0)) < 0) { perror("cannot create socket"); exit(1); } memset(&sin,0,sizeof(sin)); sin.sin_family = AF_INET; sin.sin_addr.s_addr = inet_addr("127.0.0.1"); sin.sin_port = htons(9756); try_connect: /* connect to the simulator */ if (connect(sock,(struct sockaddr *) &sin, sizeof(sin)) < 0) { /* if failed then wait 1 second & try again do this for 10 secs only */ if (retry < 10) { if ( !retry ) { simPid = execSimulator(args, nargs); } retry ++; sleep (1); goto try_connect; } perror("connect failed :"); exit(1); } /* go the socket now turn it into a file handle */ if (!(simin = fdopen(sock,"r"))) { fprintf(stderr,"cannot open socket for read\n"); exit(1); } if (!(simout = fdopen(sock,"w"))) { fprintf(stderr,"cannot open socket for write\n"); exit(1); } /* now that we have opened, wait for the prompt */ waitForSim(200,NULL); simactive = 1; } #endif /*-----------------------------------------------------------------*/ /* simResponse - returns buffer to simulator's response */ /*-----------------------------------------------------------------*/ char *simResponse(void) { return simibuff; } /*-----------------------------------------------------------------*/ /* sendSim - sends a command to the simuator */ /*-----------------------------------------------------------------*/ void sendSim(char *s) { if ( ! simout ) return; Dprintf(D_simi, ("simi: sendSim-->%s", s)); // s has LF at end already fputs(s,simout); fflush(simout); } static int getMemString(char *buffer, char wrflag, unsigned int *addr, char mem, int size ) { int cachenr = NMEM_CACHE; char *prefix; char *cmd ; if ( wrflag ) cmd = "set mem"; else cmd = "dump"; buffer[0] = '\0' ; switch (mem) { case 'A': /* External stack */ case 'F': /* External ram */ prefix = "xram"; cachenr = XMEM_CACHE; break; case 'C': /* Code */ case 'D': /* Code / static segment */ prefix = "rom"; break; case 'B': /* Internal stack */ case 'E': /* Internal ram (lower 128) bytes */ case 'G': /* Internal ram */ prefix = "iram"; cachenr = IMEM_CACHE; break; case 'H': /* Bit addressable */ case 'J': /* SBIT space */ cachenr = BIT_CACHE; if ( wrflag ) { cmd = "set bit"; } sprintf(buffer,"%s 0x%x\n",cmd,*addr); return cachenr; break; case 'I': /* SFR space */ prefix = "sfr" ; cachenr = SREG_CACHE; break; case 'R': /* Register space */ prefix = "iram"; /* get register bank */ cachenr = simGetValue (0xd0,'I',1); *addr += cachenr & 0x18 ; cachenr = IMEM_CACHE; break; default: case 'Z': /* undefined space code */ return cachenr; } if ( wrflag ) sprintf(buffer,"%s %s 0x%x\n",cmd,prefix,*addr); else sprintf(buffer,"%s %s 0x%x 0x%x\n",cmd,prefix,*addr,*addr+size-1); return cachenr; } void simSetPC( unsigned int addr ) { char buffer[40]; sprintf(buffer,"pc %d\n", addr); sendSim(buffer); waitForSim(100,NULL); simResponse(); } int simSetValue (unsigned int addr,char mem, int size, unsigned long val) { char cachenr, i; char buffer[40]; char *s; if ( size <= 0 ) return 0; cachenr = getMemString(buffer,1,&addr,mem,size); if ( cachenr < NMEM_CACHE ) { invalidateCache(cachenr); } s = buffer + strlen(buffer) -1; for ( i = 0 ; i < size ; i++ ) { sprintf(s," 0x%lx", val & 0xff); s += strlen(s); val >>= 8; } sprintf(s,"\n"); sendSim(buffer); waitForSim(100,NULL); simResponse(); return 0; } /*-----------------------------------------------------------------*/ /* simGetValue - get value @ address for mem space */ /*-----------------------------------------------------------------*/ unsigned long simGetValue (unsigned int addr,char mem, int size) { unsigned int b[4] = {0,0,0,0}; /* can be a max of four bytes long */ char cachenr, i; char buffer[40]; char *resp; if ( size <= 0 ) return 0; cachenr = getMemString(buffer,0,&addr,mem,size); resp = NULL; if ( cachenr < NMEM_CACHE ) { resp = getMemCache(addr,cachenr,size); } if ( !resp ) { /* create the simulator command */ sendSim(buffer); waitForSim(100,NULL); resp = simResponse(); /* got the response we need to parse it the response is of the form [address] [v] [v] [v] ... special case in case of bit variables which case it becomes [address] [assembler bit address] [v] */ /* first skip thru white space */ resp = trim_left(resp); if (strncmp(resp, "0x",2) == 0) resp += 2; /* skip thru the address part */ while (isxdigit(*resp)) resp++; } /* make the branch for bit variables */ if ( cachenr == BIT_CACHE) { /* skip until newline */ while (*resp && *resp != '\n' ) resp++ ; if ( *--resp != '0' ) b[0] = 1; } else { for (i = 0 ; i < size ; i++ ) { /* skip white space */ resp = trim_left(resp); b[i] = strtol(resp,&resp,16); } } return b[0] | b[1] << 8 | b[2] << 16 | b[3] << 24 ; } /*-----------------------------------------------------------------*/ /* simSetBP - set break point for a given address */ /*-----------------------------------------------------------------*/ void simSetBP (unsigned int addr) { char buff[50]; sprintf(buff,"break 0x%x\n",addr); sendSim(buff); waitForSim(100,NULL); } /*-----------------------------------------------------------------*/ /* simClearBP - clear a break point */ /*-----------------------------------------------------------------*/ void simClearBP (unsigned int addr) { char buff[50]; sprintf(buff,"clear 0x%x\n",addr); sendSim(buff); waitForSim(100,NULL); } /*-----------------------------------------------------------------*/ /* simLoadFile - load the simulator file */ /*-----------------------------------------------------------------*/ void simLoadFile (char *s) { char buff[128]; sprintf(buff,"file \"%s\"\n",s); printf("%s",buff); sendSim(buff); waitForSim(500,NULL); } /*-----------------------------------------------------------------*/ /* simGoTillBp - send 'go' to simulator till a bp then return addr */ /*-----------------------------------------------------------------*/ unsigned int simGoTillBp ( unsigned int gaddr) { char *sr; unsigned addr ; char *sfmt; int wait_ms = 1000; invalidateCache(XMEM_CACHE); invalidateCache(IMEM_CACHE); invalidateCache(SREG_CACHE); if (gaddr == 0) { /* initial start, start & stop from address 0 */ //char buf[20]; // this program is setting up a bunch of breakpoints automatically // at key places. Like at startup & main() and other function // entry points. So we don't need to setup one here.. //sendSim("break 0x0\n"); //sleep(1); //waitForSim(); sendSim("reset\n"); waitForSim(wait_ms, NULL); sendSim("run 0x0\n"); } else if (gaddr == -1) { /* resume */ sendSim ("run\n"); wait_ms = 100; } else if (gaddr == 1 ) { /* nexti or next */ sendSim ("next\n"); wait_ms = 100; } else if (gaddr == 2 ) { /* stepi or step */ sendSim ("step\n"); wait_ms = 100; } else { printf("Error, simGoTillBp > 0!\n"); exit(1); } waitForSim(wait_ms, NULL); /* get the simulator response */ sr = simResponse(); /* check for errors */ while ( *sr ) { while ( *sr && *sr != 'E' ) sr++ ; if ( !*sr ) break; if ( ! strncmp(sr,"Error:",6)) { fputs(sr,stdout); break; } sr++ ; } nointerrupt = 1; /* get answer of stop command */ if ( userinterrupt ) waitForSim(wait_ms, NULL); /* better solution: ask pc */ sendSim ("pc\n"); waitForSim(100, NULL); sr = simResponse(); nointerrupt = 0; gaddr = strtol(sr+3,0,0); return gaddr; } /*-----------------------------------------------------------------*/ /* simReset - reset the simulator */ /*-----------------------------------------------------------------*/ void simReset (void) { invalidateCache(XMEM_CACHE); invalidateCache(IMEM_CACHE); invalidateCache(SREG_CACHE); sendSim("res\n"); waitForSim(100,NULL); } /*-----------------------------------------------------------------*/ /* closeSimulator - close connection to simulator */ /*-----------------------------------------------------------------*/ void closeSimulator (void) { #ifdef _WIN32 if ( ! simin || ! simout || INVALID_SOCKET == sock ) #else if ( ! simin || ! simout || sock == -1 ) #endif { simactive = 0; return; } simactive = 0; sendSim("quit\n"); fclose (simin); fclose (simout); shutdown(sock,2); #ifdef _WIN32 closesocket(sock); sock = -1; if (NULL != simPid) TerminateProcess(simPid->hProcess, 0); // Close process and thread handles. CloseHandle(simPid->hProcess); CloseHandle(simPid->hThread); #else close(sock); sock = -1; if ( simPid > 0 ) kill (simPid,SIGKILL); #endif } sdcc-2.9.0/debugger/mcs51/simi.h000066400000000000000000000043571116427777700163200ustar00rootroot00000000000000/*------------------------------------------------------------------------- simi.h - Header file for simulator interaction Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SIMI_H #define SIMI_H #ifdef _WIN32 /* ugly hack to prevent the incusion of objidl.h */ #ifdef __MINGW32__ #define _OLE2_H #elif defined _MSC_VER #define _OLE2_H_ #endif #include #endif #define MAX_SIM_BUFF 8*1024 #define MAX_CACHE_SIZE 2048 /* number of cache */ #define IMEM_CACHE 0 #define XMEM_CACHE 1 #define SREG_CACHE 2 #define NMEM_CACHE 3 /* special index */ #define BIT_CACHE 4 typedef struct _memcache { int addr; int size; char buffer[MAX_CACHE_SIZE]; } memcache_t; //#define SIMNAME "s51" #ifdef _WIN32 extern SOCKET sock; #else extern int sock; #endif extern char simactive; void openSimulator (char **,int); void waitForSim(int timeout_ms, char *expect); void closeSimulator (); void sendSim(char *); char *simResponse(); void simSetPC (unsigned int); void simSetBP (unsigned int); void simClearBP (unsigned int); void simLoadFile(char *); void simReset (); char *simRegs() ; unsigned int simGoTillBp (unsigned int); unsigned long simGetValue (unsigned int ,char , int ); int simSetValue (unsigned int ,char , int, unsigned long ); #endif sdcc-2.9.0/debugger/mcs51/symtab.c000066400000000000000000000524171116427777700166510ustar00rootroot00000000000000/*------------------------------------------------------------------------- symtab.c - Header file for symbol table for sdcdb ( debugger ) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "sdcdb.h" #include "symtab.h" #include "newalloc.h" structdef *structWithName (char *); DEFSETFUNC(symWithRName); /*------------------------------------------------------------------*/ /* getSize - returns size of a type chain in bits */ /*------------------------------------------------------------------*/ unsigned int getSize ( link *p ) { /* if nothing return 0 */ if ( ! p ) return 0 ; if ( IS_SPEC(p) ) { /* if this is the specifier then */ switch (SPEC_NOUN(p)) { /* depending on the specifier type */ case V_INT: return (IS_LONG(p) ? LONGSIZE : ( IS_SHORT(p) ? SHORTSIZE: INTSIZE)) ; case V_FLOAT: return FLOATSIZE ; case V_CHAR: return CHARSIZE ; case V_VOID: return 0 ; case V_STRUCT: return SPEC_STRUCT(p)->size ; case V_LABEL: return 0 ; case V_SBIT: return BITSIZE ; case V_BIT: return ((SPEC_BLEN(p) / 8) + (SPEC_BLEN(p) % 8 ? 1 : 0)) ; default : return 0 ; } } /* this is a specifier */ switch (DCL_TYPE(p)) { case FUNCTION: return 2; case ARRAY: return DCL_ELEM(p) * getSize (p->next) ; case IPOINTER: case PPOINTER: case POINTER: return ( PTRSIZE ) ; case FPOINTER: case CPOINTER: return ( FPTRSIZE ); case GPOINTER: return ( GPTRSIZE ); default : return 0 ; } } /*-----------------------------------------------------------------*/ /* parseFunc - creates a function record entry */ /*-----------------------------------------------------------------*/ void parseFunc (char *line) { function *func ; char *rs = line ; int i; while (*rs && *rs != '(') rs++ ; *--rs = '\0'; func = Safe_calloc(1,sizeof(function)); func->sym = NULL; applyToSetFTrue(symbols,symWithRName,line,&func->sym); *rs++ = '0'; if (! func->sym) func->sym = parseSymbol(line,&rs,1); func->sym->isfunc = 1; func->modName = currModName ; while(*rs && *rs != ',') rs++; rs++; sscanf(rs,"%d,%d,%hd",&i, &(SPEC_INTN(func->sym->etype)), &(SPEC_BANK(func->sym->etype))); SPEC_INTRTN(func->sym->etype) = i; addSet(&functions,func); } /*-----------------------------------------------------------------*/ /* parseTypeInfo - parse the type info of a symbol expects the type*/ /* info to be of the form */ /* ({}size = strtol (s,&bp,10); /* bp now points to '}' ... go past it */ s = ++bp; while (*s != ')') { /* till we reach the end */ link *type; type = Safe_calloc(1,sizeof(link)); if (*s == ',') s++; /* is a declarator */ if (*s == 'D') { s++; switch (*s) { case 'F': DCL_TYPE(type) = FUNCTION; s++; break; case 'G': DCL_TYPE(type) = GPOINTER; s++; break; case 'C': DCL_TYPE(type) = CPOINTER; s++; break; case 'X': DCL_TYPE(type) = FPOINTER; s++; break; case 'D': DCL_TYPE(type) = POINTER; s++; break; case 'I': DCL_TYPE(type) = IPOINTER; s++; break; case 'P': DCL_TYPE(type) = PPOINTER; s++; break; case 'A': s++; DCL_TYPE(type) = ARRAY ; DCL_ELEM(type) = strtol(s,&s,10); break; } } else { /* is a specifier */ type->class = SPECIFIER ; s++; switch (*s) { case 'L': SPEC_NOUN(type) = V_INT; SPEC_LONG(type) = 1; s++; break; case 'I': SPEC_NOUN(type) = V_INT; s++; break; case 'S': case 'C': SPEC_NOUN(type) = V_CHAR ; s++; break; case 'V': SPEC_NOUN(type) = V_VOID; s++; break; case 'F': SPEC_NOUN(type) = V_FLOAT; s++; break; case 'T': s++; SPEC_NOUN(type) = V_STRUCT; { char *ss = strtok(strdup(s),",):"); SPEC_STRUCT(type) = structWithName(ss); free(ss); } break; case 'X': s++; SPEC_NOUN(type) = V_SBIT; break; case 'B': SPEC_NOUN(type) = V_BIT; s++; SPEC_BSTR(type) = strtol(s,&s,10); s++; SPEC_BLEN(type) = strtol(s,&s,10); break; } while (*s != ':') s++; s++; if (*s++ == 'S') SPEC_USIGN(type) = 0; else SPEC_USIGN(type) = 1; } /* add the type to the symbol's type chain */ if (sym->type) sym->etype = sym->etype->next = type; else sym->type = sym->etype = type; } return ++s; } /*-----------------------------------------------------------------*/ /* symFromRec - parse a symbol record and extract and create a sym */ /* expects the input string to be of the form */ /* {G|F|L}'$''$' */ /* '$' */ /*-----------------------------------------------------------------*/ symbol *parseSymbol (char *s, char **rs, int doadd) { symbol *nsym ; char save_ch; char *bp = s; /* go the mangled name */ for ( bp = s; *bp && *bp != '('; bp++ ); save_ch = *--bp; *bp = '\0'; nsym = NULL; if ( doadd == 2 ) { /* add only if not present and if linkrecord before symbol record*/ if ( applyToSetFTrue(symbols,symWithRName,s,&nsym)) { if ( nsym->rname != nsym->name ) return NULL; doadd = 0; } } if ( ! nsym ) { nsym = Safe_calloc(1,sizeof(symbol)); nsym->rname = alloccpy(s,bp - s); } *bp = save_ch; /* if this is a Global Symbol */ nsym->scopetype = *s; s++ ; if (nsym->scopetype != 'G') { /* get the function name it is local to */ bp = s; while (*s != '$') s++; nsym->sname = alloccpy(bp,s - bp); } /* next get the name */ bp = ++s; while ( *s != '$' ) s++; nsym->name = alloccpy(bp,s - bp); s++; /* get the level number */ nsym->level = strtol (s,&bp,10); s = ++bp; /* skip the '$' & get the block number */ nsym->block = strtol (s,&bp,10); s = parseTypeInfo(nsym,bp); /* get the address space after going past the comma */ s++; nsym->addrspace =*s; s+= 2; nsym->isonstack = strtol(s,&s,10); /* get the stack offset */ s++; nsym->offset = strtol(s,&s,10); if ( nsym->addrspace == 'R' ) { /* get registeroffset */ while (*s && *s != '[') s++ ; s++ ; if ( *s == 'r' ) { nsym->addr = strtol(s+1,&s,10); } while (*s && *s != ']') s++ ; } *rs = s; if ( doadd ) addSet(&symbols,nsym); Dprintf(D_symtab, ("symtab: par %s(0x%x) add=%d sym=%p\n",nsym->name,nsym->addr,doadd,nsym)); return nsym; } /*-----------------------------------------------------------------*/ /* parseStruct - parses a structure record expected in format */ /* {F}$[()()()...] */ /*-----------------------------------------------------------------*/ structdef *parseStruct (char *s) { structdef *nsdef ; char *bp; char *name; symbol *fields = NULL; while (*s != '$') s++; bp =++s; while (*s != '[') s++ ; name = alloccpy(bp,s - bp); nsdef = structWithName(name); nsdef->fields = NULL; nsdef->size = 0; s++; while (*s && *s != ']') { int offset ; symbol *sym ; while (!isdigit(*s)) s++; offset = strtol(s,&s,10); while (*s != ':') s++; s++; sym = parseSymbol(s,&s,0); sym->offset = offset ; s += 3; if (!fields) fields = nsdef->fields = sym; else fields = fields->next = sym; nsdef->size += sym->size; } return nsdef; } /*-----------------------------------------------------------------*/ /* parseModule - creates a module with a given name */ /*-----------------------------------------------------------------*/ module *parseModule (char *s, bool createName ) { module *nmod ; char buffer[512]; nmod = Safe_calloc(1,sizeof(module)); addSet (&modules,nmod); /* create copy file name */ nmod->name = s; if (createName) { sprintf(buffer,"%s.c",s); nmod->c_name = Safe_malloc(strlen(buffer)+1); strcpy(nmod->c_name,buffer); sprintf(buffer,"%s.asm",s); nmod->asm_name = Safe_malloc(strlen(buffer)+1); strcpy(nmod->asm_name,buffer); } return nmod; } /*-----------------------------------------------------------------*/ /* moduleWithName - finds and returns a module with a given name */ /*-----------------------------------------------------------------*/ DEFSETFUNC(moduleWithName) { module *mod = item; V_ARG(char *,s); V_ARG(module **,rmod); if (*rmod) return 0; if (strcmp(mod->name,s) == 0) { *rmod = mod ; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* moduleWithCName - finds and returns a module with a given c_name*/ /*-----------------------------------------------------------------*/ DEFSETFUNC(moduleWithCName) { module *mod = item; V_ARG(char *,s); V_ARG(module **,rmod); if (*rmod) return 0; if (strcmp(mod->c_name,s) == 0) { *rmod = mod; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* moduleWithAsmName - finds & returns a module with given asm_name*/ /*-----------------------------------------------------------------*/ DEFSETFUNC(moduleWithAsmName) { module *mod = item; V_ARG(char *,s); V_ARG(module **,rmod); if (*rmod) return 0; if (strcmp(mod->asm_name,s) == 0) { *rmod = mod; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* structWithName - returns a structure with a given name */ /*-----------------------------------------------------------------*/ structdef *structWithName (char *s) { int i; structdef *nsdef ; /* go thru the struct table looking for a match */ for ( i = 0 ; i < nStructs ; i++ ) { if (strcmp(currModName,structs[i]->sname) == 0 && strcmp(s,structs[i]->tag) == 0) return structs[i]; } nsdef = Safe_calloc(1,sizeof(structdef)); nsdef->tag = alloccpy(s,strlen(s)); nsdef->sname = currModName ; nStructs++; structs = (struct structdef **)resize((void **)structs,nStructs); structs[nStructs-1] = nsdef; return nsdef; } /*-----------------------------------------------------------------*/ /* symWithRName - look for symbol with mangled name = parm */ /*-----------------------------------------------------------------*/ DEFSETFUNC(symWithRName) { symbol *sym = item; V_ARG(char *,s); V_ARG(symbol **,rsym); if (*rsym) return 0; if (strcmp(sym->rname,s) == 0) { *rsym = sym; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* funcWithRName - look for function with name */ /*-----------------------------------------------------------------*/ DEFSETFUNC(funcWithRName) { function *func = item; V_ARG(char *,s); V_ARG(function **,rfunc); if (*rfunc) return 0; if (strcmp(func->sym->rname,s) == 0) { *rfunc = func; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* symLocal - local symbol respecting blocks & levels */ /*-----------------------------------------------------------------*/ DEFSETFUNC(symLocal) { symbol *sym = item; V_ARG(char *,name); V_ARG(char *,sname); V_ARG(int ,block); V_ARG(int ,level); V_ARG(symbol **,rsym); if (strcmp(name,sym->name) == 0 && /* name matches */ sym->scopetype != 'G' && /* local scope */ (sym->sname && strcmp(sym->sname,sname) == 0) && /* scope == specified scope */ sym->block <= block && /* block & level kindo matches */ sym->level <= level) { /* if a symbol was previously found then sure that ones block & level are less then this one */ if (*rsym && (*rsym)->block >= block && (*rsym)->level >= level) return 0; *rsym = sym; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* symGlobal - return global symbol of name */ /*-----------------------------------------------------------------*/ DEFSETFUNC(symGlobal) { symbol *sym = item; V_ARG(char *,name); V_ARG(symbol **,rsym); if (*rsym) return 0; /* simple :: global & name matches */ if (sym->scopetype == 'G' && strcmp(sym->name,name) == 0) { *rsym = sym; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* symLookup - determine symbol from name & context */ /*-----------------------------------------------------------------*/ symbol *symLookup (char *name, context *ctxt) { symbol *sym = NULL ; if ((ctxt) && (ctxt->func) && (ctxt->func->sym) && (ctxt->func->sym->name)) { /* first try & find a local variable for the given name */ if ( applyToSet(symbols,symLocal, name, ctxt->func->sym->name, ctxt->block, ctxt->level, &sym)) return sym; sym = NULL; } if ((ctxt) && (ctxt->func) && (ctxt->func->mod) && (ctxt->func->mod->name)) { /* then try local to this module */ if (applyToSet(symbols,symLocal, name, ctxt->func->mod->name, 0,0,&sym)) return sym; sym = NULL; } /* no:: try global */ if ( applyToSet(symbols,symGlobal,name,&sym)) return sym; /* cannot find return null */ return NULL; } /*-----------------------------------------------------------------*/ /* lnkFuncEnd - link record for end of function */ /*-----------------------------------------------------------------*/ static void lnkFuncEnd (char *s) { char sname[128], *bp = sname; function *func; /* copy till we get to a ':' */ while ( *s != ':' ) *bp++ = *s++; bp -= 1; *bp = '\0'; func = NULL; if (!applyToSet(functions,funcWithRName,sname,&func)) return ; s++; sscanf(s,"%x",&func->sym->eaddr); Dprintf(D_symtab, ("symtab: ead %s(0x%x)\n",func->sym->name,func->sym->eaddr)); } /*-----------------------------------------------------------------*/ /* lnkSymRec - record for a symbol */ /*-----------------------------------------------------------------*/ static void lnkSymRec (char *s) { char *bp, save_ch ; symbol *sym; /* search to a ':' */ for ( bp = s; *bp && *bp != ':'; bp++ ); save_ch = *--bp; *bp = '\0'; sym = NULL; applyToSetFTrue(symbols,symWithRName,s,&sym); if (! sym) { sym = Safe_calloc(1,sizeof(symbol)); sym->rname = alloccpy(s,bp - s); sym->scopetype = *s; sym->name = sym->rname; addSet(&symbols,sym); } *bp = save_ch; if ( *bp ) { sscanf(bp+2,"%x",&sym->addr); } Dprintf(D_symtab, ("symtab: lnk %s(0x%x)\n",sym->name,sym->addr)); } /*-----------------------------------------------------------------*/ /* lnkAsmSrc - process linker record for asm sources */ /*-----------------------------------------------------------------*/ static void lnkAsmSrc (char *s) { char mname[128], *bp = mname; int line ; unsigned addr; module *mod = NULL; /* input will be of format filename$:
*/ while (*s != '$' && *s != '.') *bp++ = *s++; *bp = '\0'; /* skip to line stuff */ while (*s != '$') s++; if (!applyToSet(modules,moduleWithName,mname,&mod)) return ; if (sscanf(s,"$%d:%x",&line,&addr) != 2) return ; line--; if (line < mod->nasmLines) { mod->asmLines[line]->addr = addr; Dprintf(D_symtab, ("symtab: asm %s(%d:0x%x) %s",mod->asm_name,line,addr,mod->asmLines[line]->src)); } } /*-----------------------------------------------------------------*/ /* lnkCSrc - process linker output for c source */ /*-----------------------------------------------------------------*/ static void lnkCSrc (char *s) { char mname[128], *bp = mname; int block,level,line; unsigned int addr; module *mod ; /* input will be of format filename.ext$$$:
*/ /* get the module name */ while (*s != '$' ) *bp++ = *s++; *bp = '\0'; /* skip the extension */ while (*s != '$') s++; if (sscanf(s,"$%d$%d$%d:%x", &line,&level,&block,&addr) != 4) return ; mod = NULL; if (!applyToSet(modules,moduleWithCName,mname,&mod)) { mod = parseModule(mname, FALSE); mod->c_name = alloccpy(mname,strlen(mname)); mod->cfullname=searchDirsFname(mod->c_name); mod->cLines = loadFile(mod->c_name,&mod->ncLines); } line--; /* one line can have more than one address : (for loops !)*/ if (line < mod->ncLines && line > 0 /*&& ( !mod->cLines[line]->addr || mod->cLines[line]->level > level )*/ ) { if ( mod->cLines[line]->addr != INT_MAX ) { /* save double line information for exepoints */ exePoint *ep ; ep = Safe_calloc(1,sizeof(exePoint)); ep->addr = mod->cLines[line]->addr ; ep->line = line; ep->block= mod->cLines[line]->block; ep->level= mod->cLines[line]->level; addSet(&mod->cfpoints,ep); Dprintf(D_symtab, ("symtab: exe %s(%d:0x%x) %s",mod->c_name, line+1,addr,mod->cLines[line]->src)); } mod->cLines[line]->addr = addr; mod->cLines[line]->block = block; mod->cLines[line]->level = level; Dprintf(D_symtab, ("symtab: ccc %s(%d:0x%x) %s",mod->c_name, line+1,addr,mod->cLines[line]->src)); } return; } /*-----------------------------------------------------------------*/ /* parseLnkRec - parses a linker generated record */ /*-----------------------------------------------------------------*/ void parseLnkRec (char *s) { /* link records can be several types dpeneding on the type do */ switch (*s) { /* c source line address */ case 'C': lnkCSrc(s+2); break; /* assembler source address */ case 'A': lnkAsmSrc(s+2); break; case 'X': lnkFuncEnd(s+1); break; default : lnkSymRec(s); break; } } sdcc-2.9.0/debugger/mcs51/symtab.h000066400000000000000000000251201116427777700166450ustar00rootroot00000000000000/*------------------------------------------------------------------------- symtab.h - Header file for symbol table for sdcdb ( debugger ) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SYMTAB_H #define SYMTAB_H #define MAX_NEST_LEVEL 256 #define SDCC_NAME_MAX 64 typedef struct structdef { char *tag ; /* tag part of structure */ unsigned char level ; /* Nesting level */ struct symbol *fields ; /* pointer to fields */ unsigned size ; /* sizeof the table in bytes */ char *sname ; /* scope name */ char scopetype ; /* scope type 'G' or 'F' */ } structdef ; /* noun definitions */ enum { V_INT = 0, V_FLOAT , V_CHAR , V_VOID , V_STRUCT , V_LABEL , V_BIT , V_SBIT }; /* storage class */ enum { S_FIXED = 0, S_AUTO , S_REGISTER , S_CONSTANT , S_SFR , S_SBIT , S_CODE , S_XDATA , S_DATA , S_IDATA , S_PDATA , S_LITERAL , S_STACK , S_XSTACK , S_BIT }; /* specifier is the last in the type-chain */ typedef struct specifier { unsigned noun ; /* CHAR INT STRUCTURE LABEL */ unsigned sclass ; /* REGISTER,AUTO,FIX,CONSTANT */ unsigned _long : 1 ; /* 1=long */ unsigned _short: 1 ; /* 1=short int */ unsigned _unsigned: 1 ; /* 1=unsigned, 0=signed */ unsigned _static: 1 ; /* 1=static keyword found */ unsigned _extern: 1 ; /* 1=extern found */ unsigned _absadr: 1 ; /* absolute address specfied */ unsigned _reent : 1 ; /* function is reentrant */ unsigned _intrtn: 1 ; /* this is an interrupt routin*/ unsigned _rbank : 1 ; /* seperate register bank */ unsigned _volatile : 1; /* is marked as volatile */ unsigned _const:1 ; /* is a constant */ unsigned _critical:1 ; /* critical function */ unsigned _typedef :1 ; /* is typedefed */ unsigned _IntNo ; /* 1=Interrupt svc routine */ short _regbank ; /* register bank 2b used */ unsigned _addr ; /* address of symbol */ unsigned _stack ; /* stack offset for stacked v */ unsigned _bitStart ; /* bit start position */ int _bitLength ; /* bit length */ struct structdef *v_struct; /* structure pointer */ } specifier ; /* types of declarators */ enum { POINTER = 0, /* pointer to near data */ FPOINTER , /* pointer to far data */ CPOINTER , /* pointer to code space */ GPOINTER , /* _generic pointer */ PPOINTER , /* paged area pointer */ IPOINTER , /* pointer to upper 128 bytes */ UPOINTER , /* unknown pointer used only when parsing */ ARRAY , FUNCTION }; typedef struct declarator { short dcl_type; /* POINTER,ARRAY or FUNCTION */ short num_elem; /* # of elems if type==array */ short ptr_const :1; /* pointer is constant */ short ptr_volatile:1; /* pointer is volatile */ struct link *tspec; /* pointer type specifier */ } declarator ; #define DECLARATOR 0 #define SPECIFIER 1 typedef struct link { unsigned class : 1 ; /* DECLARATOR or SPECIFIER */ unsigned tdef : 1 ; /* current link created by */ /* typedef if this flag is set*/ union { specifier s ; /* if CLASS == SPECIFIER */ declarator d ; /* if CLASS == DECLARATOR */ } select ; struct link *next ; /* next element on the chain */ } link ; typedef struct symbol { char *name ; short size ; short level ; /* declration lev,fld offset */ short block ; /* sequential block # of defintion */ short isonstack ; /* is the variable on stack */ unsigned isfunc :1 ; /* is a functions */ unsigned offset ; /* offset from top if struct */ unsigned addr ; /* address if the symbol */ unsigned eaddr ; /* end address for functions */ char addr_type ; /* which address space */ link *type ; /* start of type chain */ link *etype ; /* end of type chain */ char scopetype ; /* 'G' global, 'F' - file, 'L' local */ char *sname ; /* if 'F' or 'L' then scope name */ char *rname ; /* real name i.e. mangled beyond recognition */ char addrspace ; /* address space designator */ struct symbol *next ; } symbol ; /* size's in bytes */ #define CHARSIZE 1 #define SHORTSIZE 1 #define INTSIZE 2 #define LONGSIZE 4 #define PTRSIZE 1 #define FPTRSIZE 2 #define GPTRSIZE 3 #define BITSIZE 1 #define FLOATSIZE 4 #define MAXBASESIZE 4 /* Easy Access Macros */ #define DCL_TYPE(l) l->select.d.dcl_type #define DCL_ELEM(l) l->select.d.num_elem #define DCL_PTR_CONST(l) l->select.d.ptr_const #define DCL_PTR_VOLATILE(l) l->select.d.ptr_volatile #define DCL_TSPEC(l) l->select.d.tspec #define SPEC_NOUN(x) x->select.s.noun #define SPEC_LONG(x) x->select.s._long #define SPEC_SHORT(x) x->select.s._short #define SPEC_USIGN(x) x->select.s._unsigned #define SPEC_SCLS(x) x->select.s.sclass #define SPEC_OCLS(x) x->select.s.oclass #define SPEC_STAT(x) x->select.s._static #define SPEC_EXTR(x) x->select.s._extern #define SPEC_CODE(x) x->select.s._codesg #define SPEC_RENT(x) x->select.s._reent #define SPEC_INTN(x) x->select.s._IntNo #define SPEC_ABSA(x) x->select.s._absadr #define SPEC_BANK(x) x->select.s._regbank #define SPEC_ADDR(x) x->select.s._addr #define SPEC_STAK(x) x->select.s._stack #define SPEC_CVAL(x) x->select.s.const_val #define SPEC_BSTR(x) x->select.s._bitStart #define SPEC_BLEN(x) x->select.s._bitLength #define SPEC_BNKF(x) x->select.s._rbank #define SPEC_INTRTN(x) x->select.s._intrtn #define SPEC_CRTCL(x) x->select.s._critical #define SPEC_VOLATILE(x) x->select.s._volatile #define SPEC_CONST(x) x->select.s._const #define SPEC_STRUCT(x) x->select.s.v_struct #define SPEC_TYPEDEF(x) x->select.s._typedef /* type check macros */ #define IS_DECL(x) ( x && x->class == DECLARATOR ) #define IS_SPEC(x) ( x && x->class == SPECIFIER ) #define IS_ARRAY(x) (IS_DECL(x) && DCL_TYPE(x) == ARRAY) #define IS_PTR(x) (IS_DECL(x) && (DCL_TYPE(x) == POINTER || \ DCL_TYPE(x) == FPOINTER || \ DCL_TYPE(x) == GPOINTER || \ DCL_TYPE(x) == IPOINTER || \ DCL_TYPE(x) == PPOINTER || \ DCL_TYPE(x) == CPOINTER || \ DCL_TYPE(x) == UPOINTER )) #define IS_PTR_CONST(x) (IS_PTR(x) && DCL_PTR_CONST(x)) #define IS_FARPTR(x) (IS_DECL(x) && DCL_TYPE(x) == FPOINTER) #define IS_GENPTR(x) (IS_DECL(x) && DCL_TYPE(x) == GPOINTER) #define IS_FUNC(x) (IS_DECL(x) && DCL_TYPE(x) == FUNCTION) #define IS_LONG(x) (IS_SPEC(x) && x->select.s._long) #define IS_SHORT(x) (IS_SPEC(x) && x->select.s._short) #define IS_TYPEDEF(x) (IS_SPEC(x) && x->select.s._typedef) #define IS_CONSTANT(x) (IS_SPEC(x) && (x->select.s.sclass == S_CONSTANT ||\ x->select.s._const == 1)) #define IS_STRUCT(x) (IS_SPEC(x) && x->select.s.noun == V_STRUCT) #define IS_ABSOLUTE(x) (IS_SPEC(x) && x->select.s._absadr ) #define IS_REGISTER(x) (IS_SPEC(x) && SPEC_SCLS(x) == S_REGISTER) #define IS_RENT(x) (IS_SPEC(x) && x->select.s._reent ) #define IS_STATIC(x) (IS_SPEC(x) && SPEC_STAT(x)) #define IS_INT(x) (IS_SPEC(x) && x->select.s.noun == V_INT) #define IS_VOID(x) (IS_SPEC(x) && x->select.s.noun == V_VOID) #define IS_CHAR(x) (IS_SPEC(x) && x->select.s.noun == V_CHAR) #define IS_EXTERN(x) (IS_SPEC(x) && x->select.s._extern) #define IS_VOLATILE(x) (IS_SPEC(x) && x->select.s._volatile ) #define IS_INTEGRAL(x) (IS_SPEC(x) && (x->select.s.noun == V_INT || \ x->select.s.noun == V_CHAR || \ x->select.s.noun == V_BIT || \ x->select.s.noun == V_SBIT )) #define IS_BITFIELD(x) (IS_SPEC(x) && (x->select.s.noun == V_BIT)) #define IS_BITVAR(x) (IS_SPEC(x) && (x->select.s.noun == V_BIT || \ x->select.s.noun == V_SBIT )) #define IS_FLOAT(x) (IS_SPEC(x) && x->select.s.noun == V_FLOAT) #define IS_ARITHMETIC(x) (IS_INTEGRAL(x) || IS_FLOAT(x)) #define IS_AGGREGATE(x) (IS_ARRAY(x) || IS_STRUCT(x)) #define IS_LITERAL(x) (IS_SPEC(x) && x->select.s.sclass == S_LITERAL) #define IS_ISR(x) (IS_SPEC(x) && SPEC_INTRTN(x)) symbol *parseSymbol (char *, char **, int); structdef *parseStruct (char *); void parseFunc (char *); module *parseModule (char *, bool); void parseLnkRec (char *); symbol *symLookup (char *,context *); DEFSETFUNC(moduleWithName); DEFSETFUNC(moduleWithCName); DEFSETFUNC(moduleWithAsmName); unsigned int getSize (link *); #endif sdcc-2.9.0/device/000077500000000000000000000000001116427777700137205ustar00rootroot00000000000000sdcc-2.9.0/device/README000066400000000000000000000001751116427777700146030ustar00rootroot00000000000000sdcc/device ----------- This directory contains all device only files i.e. a basic C library, headers, and set of examples. sdcc-2.9.0/device/examples/000077500000000000000000000000001116427777700155365ustar00rootroot00000000000000sdcc-2.9.0/device/examples/Makefile000066400000000000000000000017371116427777700172060ustar00rootroot00000000000000 #DO_GCC=1 DO_Z80=1 #DO_MCS51=1 ifdef DO_GCC CC = gcc -Wall -g endif ifdef DO_Z80 OBJEXT=o CC = sdcc MFLAGS = --debug -mz80 endif ifdef DO_MCS51 OBJEXT=rel CC = sdcc MFLAGS = --debug --model-small --stack-after-data #CFLAGS = -V #MFLAGS = --debug --model-large --stack-after-data #LFLAGS = --xram-loc 0x4000 --code-loc 0x0000 endif #OBJECTS = test3.c itoa.$(OBJEXT) crc.$(OBJEXT) OBJECTS = test3.c itoa.$(OBJEXT) all: test3.ihx ifdef DO_MCS51 an429.ihx : an429.c sdcc --model-small an429.c test2.ihx : test2.c sdcc --model-small test2.c endif %.$(OBJEXT): %.c $(CC) -c $(CFLAGS) $(MFLAGS) $< itoa.rel : itoa.c $(CC) -c $(CFLAGS) $(MFLAGS) itoa.c #crc.rel : crc.c # $(CC) -c $(CFLAGS) $(MFLAGS) crc.c test3.ihx: $(OBJECTS) $(CC) $(MFLAGS) $(LFLAGS) $(OBJECTS) test3.bin: test3.ihx makebin < test3.ihx > test3.bin clean: rm -f core *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map *.o \ *.rst *.sym *.lnk *.lib *.bin testser: test3.ihx s51 -Sout=serial.log test3.ihx sdcc-2.9.0/device/examples/an429.c000066400000000000000000000271711116427777700165470ustar00rootroot00000000000000/* this program the flow of air through a rotary flowmeter and displays the calculated cfm. the output of the meter is a small duty cycle pulse, the period of repatition of which if proportional to the flow. the flow is compensated for changes in pressure and temperature to maintain calibration. if the flow exceeds an adjustable setpoint it energizes a 2 form c relay for user application use. */ #include #define ZERO_K 2730 /* 0 degress centigrade in kelvin */ #define ONE_TENTH_CFM 4444444L /* 1/10 cfm in microseconds */ #define STD_TEMP 2980 /* 25 degrees centigrade in kelvin */ #define STD_ATM 147 /* one atmosphere in tenths psi */ #define LOWEST_CFM 0x40 /* maximun period from meter 0x400000 */ #define START_ADC0 0x28 /* commands to start appropriate */ #define START_ADC1 0x29 /* a/d conversion cycle */ #define START_ADC2 0x2a /* */ #define START_ADC3 0x2b /* */ #define START_ADC4 0x2c /* */ #define ADCI 0x10 /* a/d converter status flags */ #define ADCS 0x08 /* */ #define FREERUN_I 0x10 /* */ #define SEG_A 0x01 /* P3 position for display segment 'a' */ #define CFM 0x01 /* P3 position for 'cfm' led */ #define SEG_B 0x02 /* P3 position for display segment 'b' */ #define DEGREES 0x02 /* P3 position for 'degrees' led */ #define SEG_C 0x04 /* P3 position for display segment 'c' */ #define PSI 0x04 /* P3 position for 'psi' led */ #define SEG_D 0x08 /* P3 position for display segment 'd' */ #define SETPOINT 0x08 /* P3 position for 'setpoint' led */ #define SEG_E 0x10 /* P3 position for display segment 'e' */ #define SEG_F 0x20 /* P3 position for display segment 'f' */ #define SEG_G 0x40 /* P3 position for display segment 'g' */ #define SEG_DP 0x80 /* P3 position for display decimal pt. */ typedef unsigned char byte; /* type define objects with */ typedef unsigned int word; /* more classical microprocessor */ typedef unsigned long l_word; /* meaning */ #define TRUE 1 /* define logical true / false */ #define FALSE 0 /* values for bit variables */ /* define look-up table of possible seven segment display characters possible to display. table contents need to be inverted before use to be compatible with U2 (udn2585a) */ code byte segments[] = { SEG_A | SEG_B | SEG_C | SEG_D | SEG_E | SEG_F , /* 0 */ SEG_B | SEG_C , /* 1 */ SEG_A | SEG_B | SEG_D | SEG_E | SEG_G, /* 2 */ SEG_A | SEG_B | SEG_C | SEG_D | SEG_G, /* 3 */ SEG_B | SEG_C | SEG_F | SEG_G, /* 4 */ SEG_A | SEG_C | SEG_D | SEG_F | SEG_G, /* 5 */ SEG_A | SEG_C | SEG_D | SEG_E | SEG_F | SEG_G, /* 6 */ SEG_A | SEG_B | SEG_C , /* 7 */ SEG_A | SEG_B | SEG_C | SEG_D | SEG_E | SEG_F | SEG_G, /* 8 */ SEG_A | SEG_B | SEG_C | SEG_D | SEG_F | SEG_G, /* 9 */ SEG_A | SEG_D | SEG_E | SEG_F | SEG_G /* error */ }; sbit RELAY = 0x96; /* active hi to turn on setpoint relay */ sbit STROBE_0 = 0x80; /* active hi to enable status led's */ sbit STROBE_1 = 0x81; /* active hi to enable display cr15 */ sbit STROBE_2 = 0x82; /* active hi to enable display cr14 */ sbit NO_FLOW = 0x83; /* flag set when no flow detected */ sbit STROBE_3 = 0x84; /* active hi to enable display cr13 */ sbit SEL_0 = 0x93; /* active low inputs used to select */ sbit SEL_1 = 0x94; /* mode being displayed */ sbit INTR = 0x95; /* */ sbit UPDATE = 0x97; /* flag set when time to update display */ data word cfm; /* gas flow in tenths of a cfm */ data word setpoint; /* relay setpoint in tenths of a cfm */ data word degree_c; /* temperature in tenths centagrade */ data l_word corr; /* intermediate calculation value */ data word psi; /* pressupe in tenths of a psi */ data byte display0; /* variables to hold values for the */ data byte display1; /* displays during refresh */ data byte display2; /* */ data byte display3; /* */ data byte disp_pntr; /* pointer to next display to enable */ data byte refresh; /* counter determines display updates */ data byte high; /* bits 16 - 23 of flow period */ data byte middle; /* bits 8 - 15 of flow period */ data byte low; /* bits 0 - 7 of flow period */ data byte ticks; /* incremented by timer overflow */ /* use the free-running I timer to multiplex the led displays at approx. 1000 hz. */ void multiplex() interrupt 3 { switch(disp_pntr) { case 0x00: STROBE_3 = FALSE; /* turn off display cr13 */ P3 = 0xff; /* turn off all segments */ P3 = display0; /* load segments for led's */ STROBE_0 = TRUE; /* turn on status led's */ disp_pntr = 1; /* increment pointer to dsiplay */ break; case 0x01: STROBE_0 = FALSE; /* turn off status led's */ P3 = 0xff; /* turn off all segments */ P3 = display1; /* load segments for tenths */ STROBE_1 = TRUE; /* turn on display cr15 */ disp_pntr = 2; /* increment pointer to dsiplay */ break; case 0x02: STROBE_1 = FALSE; /* turn off display cr15 */ P3 = 0xff; /* turn off all segments */ P3 = display2; /* load segments for units */ STROBE_2 = TRUE; /* turn on display cr14 */ disp_pntr = 3; /* increment pointer to dsiplay */ break; case 0x03: STROBE_2 = FALSE; /* turn off display cr14 */ P3 = 0xff; /* turn off all segments */ P3 = display3; /* load segments for tens */ STROBE_3 = TRUE; /* turn on display cr13 */ disp_pntr = 0; /* increment pointer to dsiplay */ break; } } /* use the free running pwm prescaler to generate interrupts every 92 hz. every 32nd interrupt set the UPDATE flag to enable the reading of the command switches, and updating of the led display contents. */ void read_switch() interrupt 6 { if(refresh++ == 32) { UPDATE = TRUE; refresh = 0; } } /* whenever the timer overflows from 0xffff to 0x0000 increment the variable 'ticks' which represent the highest order (16 - 23) bits of the gas flow period in microseconds. if the variable 'ticks' is greater than the period representing a flow of < 0.1 cfm then set the NO_FLOW flag to enable display of 00.0 */ void overflow() interrupt 1 { if(++ticks > LOWEST_CFM) { cfm = 0; ticks = 0; NO_FLOW = TRUE; } } /* an external interrupt generated by a tach pulse from the flowmeter reads the current value of the timer into variables 'low' and 'middle', and then resets the timers. the 'ticks' variable described above is also copied to variable 'high', and then reset to zero. the NO_FLOW flag is cleared to enable display of the calculated cfm. */ void calc_cfm() interrupt 0 { low = TL0; TL0 = 0; middle = TH0; TH0 = 0; high = ticks; ticks = 0; NO_FLOW = FALSE; } void main() { RELAY = 0; /* initialize output pins */ INTR = 1; UPDATE = 1; STROBE_0 = 0; STROBE_1 = 0; STROBE_2 = 0; STROBE_3 = 0; NO_FLOW = 0; TL0 = 0; /* timer 0 period 0x10000 u_seconds */ TH0 = 0; PWMP = 255; /* pwm timer interrupt at 92 hz */ TR0 = 1; /* enable timer 0 */ IT0 = 1; /* INT0 is edge active */ ticks = 0; /* initialize variables */ cfm = 0; low = 0; middle = 0; high = 0; degree_c = 250; psi = 147; corr = 0; refresh = 0; disp_pntr = 0; IEN0 = 0xab; /* enable intrrupts */ #ifdef MY /* main execution loop, executes forever. */ while(1) { /* calculate base cfm rate - first create long word representing flow rate period in microseconds. then subtract out the time overhead in servicing the routine 'calc_cfm'. then divide the period into the period for 1/10 cfm, to get flow rate in 1/10 cfm resolution. */ corr = high * 0x10000L; corr += (middle * 0x100L); corr += low; corr = ONE_TENTH_CFM / corr; /* read temperature - measure output from the LM35 sensor, scaled by the AMP-02. the scaling results in a range of 0 to 51.0 degrees centigrade, in 0.2 degree steps. */ ADCON = START_ADC1; while(ADCON & ADCS) ; degree_c = ((word)ADDATH) << 8 | ADDATL; degree_c *= 2; /* compensate cfm rate for temperature - convert temperature into degrees kelvin, then divide it into the measured flow rate multiplied by the calibration temperature of the flow- meter in degrees kelvin. (nominal 25 degrees centigrade) */ corr *= STD_TEMP; corr /= (ZERO_K + degree_c); /* read pressure - measure output of the KP100A pressure trans- ducer, scaled by the AMP_02. the scaling results in a range of 0 to 25.5 psi, in 1/10 psi steps. */ ADCON = START_ADC0; while(ADCON & ADCS) ; psi = ((word) ADDATH << 8) | ADDATL; /* compensate cfm rate for pressure - multiply measured pres- sure and the calculated flow rate, and then divide it by the standard atmospheric pressure at sea-level. (nominal 14.7 psi) */ corr *= psi; corr /= STD_ATM; cfm = corr; /* read setpoint pot to obtain setpoint in the range of 0 - 25.5 cfm in 1/10 cfm steps. */ ADCON = START_ADC2; while(ADCON & ADCS) ; setpoint = ADAT; /* test if cfm rate greater or equal to the setpoint, and if so then energize relay */ if(setpoint > cfm) RELAY = 0; else RELAY = 1; /* test if update flag has been set, and if so reset flag. */ if(UPDATE) { UPDATE = 0; /* then test if the no flow flag has been set. if so then display 00.0 cfm */ if(NO_FLOW) { display0 = ~CFM; display1 = ~segments[0]; display2 = ~(segments[0] | SEG_DP); display3 = ~segments[0]; } /* if the no flow flag was not set then read the display select switches, and display the appropriate data. */ else if(SEL_0) { if(SEL_1) { /* if no swich is depressed then the default display is the flow rate in cfm. test the flowrate is greater than or equal to 30 cfm then display the overrange message EEE else the flow in XX.X format. */ if(cfm <= 300) { display0 = ~CFM; display1 = ~segments[cfm % 10]; cfm /= 10; display2 = ~(segments[cfm % 10]); cfm /= 10; display3 = ~segments[cfm % 10]; } else { display0 = ~CFM; display1 = ~segments[10]; display2 = ~segments[10]; display3 = ~segments[10]; } } /* if switch 1 is depressed then display temperature. */ else { display0 = ~DEGREES; display1 = ~segments[degree_c % 10]; degree_c /= 10; display2 = ~(segments[degree_c % 10] | SEG_DP); degree_c /= 10; display3 = ~segments[degree_c % 10]; } } else { /* if switch 2 depressed then display the pressure. */ if(SEL_1) { display0 = ~PSI; display1 = ~segments[psi % 10]; psi /= 10; display2 = ~(segments[psi % 10] | SEG_DP); psi /= 10; display3 = ~segments[psi % 10]; } /* if switch 3 depressed then display the setpoint. */ else { display0 = ~SETPOINT; display1 = ~segments[setpoint % 10]; setpoint /= 10; display2 = ~(segments[setpoint % 10] | SEG_DP); setpoint /= 10; display3 = ~segments[setpoint % 10]; } } } } #endif } sdcc-2.9.0/device/examples/clean.mk000066400000000000000000000014471116427777700171570ustar00rootroot00000000000000include incl.mk # Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] *.rel *.lst *.sym *.asm *.ihx *.dump* rm -f .[a-z]*~ rm -f *.dump* for model in $(MODELS); do \ rm -rf $$model; \ done # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean sdcc-2.9.0/device/examples/crc.c000066400000000000000000000002611116427777700164500ustar00rootroot00000000000000typedef unsigned char byte; byte accum_checksum(byte cs, byte val) { unsigned int tmp; tmp = ((cs<<7) | (cs>>1)) + val; return (byte)tmp + ((byte) (tmp>>8) & 1); } sdcc-2.9.0/device/examples/crcs.c000066400000000000000000000003041116427777700166310ustar00rootroot00000000000000#include <8051.h> typedef unsigned char byte; byte accum_checksum(byte cs, byte val) { register unsigned char tmp; tmp = ((cs<<1) | (cs>>7)) + val; return (CY ? ( tmp + 1 ) : tmp); } sdcc-2.9.0/device/examples/ds390/000077500000000000000000000000001116427777700164005ustar00rootroot00000000000000sdcc-2.9.0/device/examples/ds390/Makefile000066400000000000000000000004621116427777700200420ustar00rootroot00000000000000TARGETS = clock390 hello390 i2c390 readmac rtc390 ow390 all: $(TARGETS) for target in $(TARGETS); do \ (cd $$target; $(MAKE)); \ done; clean: $(TARGETS) rm -f *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map *.rst *.sym *.lnk for target in $(TARGETS); do \ (cd $$target; $(MAKE) clean); \ done; sdcc-2.9.0/device/examples/ds390/clock390/000077500000000000000000000000001116427777700177275ustar00rootroot00000000000000sdcc-2.9.0/device/examples/ds390/clock390/Makefile000066400000000000000000000006061116427777700213710ustar00rootroot00000000000000CC = sdcc MFLAGS = -mds390 LFLAGS = --xram-loc 0x100080 --code-loc 0x10000 -Wl-r OBJECTS = clock390.rel all: clock390.hex clean: rm -f *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map *.rst *.sym *.lnk core *.dump* clock390.hex: $(OBJECTS) $(CC) $(MFLAGS) $(LFLAGS) $(OBJECTS) packihx clock390.ihx >clock390.hex #tinitalk -c execute clock390.hex %.rel: %.c $(CC) -c $(MFLAGS) $< sdcc-2.9.0/device/examples/ds390/clock390/clock390.c000066400000000000000000000016501116427777700214240ustar00rootroot00000000000000#include /* If you don't have an lcd display, don't worry, it will just toggle some bits in the void, but ok */ #define USE_LCD void main (void) { unsigned long ms, seconds, oldSeconds=-1; printf ("\nStarting systemclock test.\n"); #ifdef USE_LCD LcdInit(); LcdLPutString(0, "Testing clock"); LcdLPutString(2, "ms: "); #endif while (1) { ms=ClockTicks(); seconds=ms/1000; #ifdef USE_LCD LcdLPrintf (2 + (4<<8), "%10ld", ms); #endif if (seconds!=oldSeconds) { printf ("%02d:%02d.%02d\n", (int)seconds/3600, (int)(seconds/60)%60, (int)seconds%60); oldSeconds=seconds; _asm cpl P3.5 ; toggle led _endasm; } if (Serial0CharArrived()) { switch (getchar()) { case '2': printf ("Switching to 2 clocks/cycle\n"); CpuSpeed(2); break; case '4': printf ("Switching to 4 clocks/cycle\n"); CpuSpeed(4); break; } } } } sdcc-2.9.0/device/examples/ds390/hello390/000077500000000000000000000000001116427777700177375ustar00rootroot00000000000000sdcc-2.9.0/device/examples/ds390/hello390/Makefile000066400000000000000000000004111116427777700213730ustar00rootroot00000000000000hello390.hex: hello390.c sdcc -mds390 --xram-loc 0x100080 --code-loc 0x10000 \ -Wl-r hello390.c packihx hello390.ihx >hello390.hex #tinitalk -c execute hello390.hex clean: rm -f *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map *.rst *.sym *.lnk core *.dump* sdcc-2.9.0/device/examples/ds390/hello390/hello390.c000066400000000000000000000001321116427777700214360ustar00rootroot00000000000000#include void main (void) { printf ("\nHello from 390.\nSee you, bye..."); } sdcc-2.9.0/device/examples/ds390/i2c390/000077500000000000000000000000001116427777700173115ustar00rootroot00000000000000sdcc-2.9.0/device/examples/ds390/i2c390/Makefile000066400000000000000000000006211116427777700207500ustar00rootroot00000000000000CC = sdcc MFLAGS = -mds390 LFLAGS = --xram-loc 0x100080 --code-loc 0x10000 -Wl-r OBJECTS = i2c390.rel ds1621.rel pcf8591.rel all: i2c390.hex clean: rm -f *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map *.rst *.sym *.lnk core *.dump* i2c390.hex: $(OBJECTS) $(CC) $(MFLAGS) $(LFLAGS) $(OBJECTS) packihx i2c390.ihx >i2c390.hex #tinitalk -c execute i2c390.hex %.rel: %.c $(CC) -c $(MFLAGS) $< sdcc-2.9.0/device/examples/ds390/i2c390/ds1621.c000066400000000000000000000022511116427777700203750ustar00rootroot00000000000000#include #include "ds1621.h" float ReadDS1621(char address) { float temperature; signed char counter, slope; int id=DS1621_ID + (address<<1); while (!I2CReset()) { //fprintf (stderr, "I2C bus busy, retrying.\n"); } i2cTransmitBuffer[0]=0xac; // access config command i2cTransmitBuffer[1]=0x09; // mode (8=continuous, 9=one-shot) if (I2CSend(id, 2)) return -999; i2cTransmitBuffer[0]=0xee; // start conversion command if (I2CSend(id, 1)) return -999; do { i2cTransmitBuffer[0]=0xac; // access config command if (I2CSendReceive(id, 1, 1)) return -999; } while ((i2cReceiveBuffer[0]&0x80)==0); // wait for conversion done i2cTransmitBuffer[0]=0xaa; // read temperature command if (I2CSendReceive(id, 1, 1)) return -999; temperature=i2cReceiveBuffer[0]; i2cTransmitBuffer[0]=0xa8; // read counter command if (I2CSendReceive(id, 1, 1)) return -999; counter=i2cReceiveBuffer[0]; i2cTransmitBuffer[0]=0xa9; // read slope command if (I2CSendReceive(id, 1, 1)) return -999; slope=i2cReceiveBuffer[0]; temperature=temperature - 0.25 + ((float)slope-(float)counter)/(float)slope; return temperature; } sdcc-2.9.0/device/examples/ds390/i2c390/ds1621.h000066400000000000000000000000771116427777700204060ustar00rootroot00000000000000#define DS1621_ID 0x90 extern float ReadDS1621(char address); sdcc-2.9.0/device/examples/ds390/i2c390/i2c390.c000066400000000000000000000004111116427777700203620ustar00rootroot00000000000000#include #include "ds1621.h" #include "pcf8591.h" void main (void) { while(1) { printf ("% 5.2f %03u %03u %03u %03u\n\r", ReadDS1621(2), ReadPCF8591(0,0), ReadPCF8591(0,1), ReadPCF8591(0,2), ReadPCF8591(0,3)); } } sdcc-2.9.0/device/examples/ds390/i2c390/pcf8591.c000066400000000000000000000007111116427777700205530ustar00rootroot00000000000000#include #include "pcf8591.h" unsigned char ReadPCF8591(char address, char channel) { unsigned char id=PCF8591_ID+(address<<1); while (!I2CReset()) { //fprintf (stderr, "I2C bus busy, retrying.\n"); } // set output enable, no autoincrement i2cTransmitBuffer[0]=(channel&0x03)+0x40; // read 2 bytes, since the first one is the old value if (I2CSendReceive(id, 1, 2)) return 0; return i2cReceiveBuffer[1]; } sdcc-2.9.0/device/examples/ds390/i2c390/pcf8591.h000066400000000000000000000001271116427777700205610ustar00rootroot00000000000000#define PCF8591_ID 0x90 extern unsigned char ReadPCF8591(char address, char channel); sdcc-2.9.0/device/examples/ds390/ow390/000077500000000000000000000000001116427777700172615ustar00rootroot00000000000000sdcc-2.9.0/device/examples/ds390/ow390/Makefile000066400000000000000000000020051116427777700207160ustar00rootroot00000000000000CC = sdcc MFLAGS = -mds390 LFLAGS = --xram-loc 0x180080 --code-loc 0x10000 -Wl-r TARGETS = tstfind.hex temp.hex swtloop.hex swtoper.hex counter.hex \ tstow.hex thermodl.hex gethumd.hex OW_OBJECTS = ownetu.rel owsesu.rel owllu.rel owlli.rel owtrnu.rel \ crcutil.rel tinilnk.rel findtype.rel ds2480ut.rel owfile.rel SENSOR_OBJECTS = temp10.rel swt12.rel cnt1d.rel thermo21.rel ad26.rel TINI_TEST_OBJECTS = all: ow.lib sensors.lib $(TINI_TEST_OBJECTS) $(TARGETS) ow.lib: $(OW_OBJECTS) rm -f $@; \ for object in $(OW_OBJECTS) $(TINI_TEST_OBJECTS); do \ echo $$object >>$@; \ done; sensors.lib: $(SENSOR_OBJECTS) rm -f $@; \ for object in $(SENSOR_OBJECTS); do \ echo $$object >>$@; \ done; clean: rm -f core *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map \ *.rst *.sym *.lnk *.lib *.dump* %.hex: ow.lib sensors.lib $(TINI_TEST_OBJECTS) %.rel $(CC) $(MFLAGS) $(LFLAGS) $*.rel $(TINI_TEST_OBJECTS) \ -L . ow.lib sensors.lib packihx $*.ihx >$@ #tinitalk -c execute $@ %.rel: %.c $(CC) -c $(MFLAGS) $< sdcc-2.9.0/device/examples/ds390/ow390/ad26.c000066400000000000000000000146411116427777700201670ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //-------------------------------------------------------------------------- // // ad26.c - Reads the voltage on the 1-Wire // version 1.00 // // Include Files #include #include "ownet.h" #include "ad26.h" int Volt_AD(int portnum, int vdd, uchar *SNum) { uchar send_block[50]; uchar test; int send_cnt=0; int i; ushort lastcrc8; int busybyte; owSerialNum(portnum,SNum,FALSE); // Recall the Status/Configuration page // Recall command send_block[send_cnt++] = 0xB8; // Page to Recall send_block[send_cnt++] = 0x00; if(!owBlock(portnum,FALSE,send_block,send_cnt)) return FALSE; send_cnt = 0; if(owAccess(portnum)) { // Read the Status/Configuration byte // Read scratchpad command send_block[send_cnt++] = 0xBE; // Page for the Status/Configuration byte send_block[send_cnt++] = 0x00; for(i=0;i<9;i++) send_block[send_cnt++] = 0xFF; if(owBlock(portnum,FALSE,send_block,send_cnt)) { setcrc8(portnum,0); for(i=2;i> 3) * 0.03125; }//Access return ret; } sdcc-2.9.0/device/examples/ds390/ow390/ad26.h000066400000000000000000000032211116427777700201640ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // ad26.h - Include file for Smart Battery Monitor demo. // // Version: 2.00 int Volt_AD(int portnum, int vdd, uchar *); float Volt_Reading(int portnum, int vdd, uchar *); double Get_Temperature(int portnum,uchar *); sdcc-2.9.0/device/examples/ds390/ow390/cnt1d.c000066400000000000000000000075431116427777700204470ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // cnt1D.c - Module to read the DS2423 - counter. // // Version: 2.00 // // #include "ownet.h" #include "cnt1d.h" //---------------------------------------------------------------------- // Read the counter on a specified page of a DS2423. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'SerialNum' - Serial Number of DS2423 that contains the counter // to be read // 'CounterPage' - page number that the counter is associated with // 'Count' - pointer to variable where that count will be returned // // Returns: TRUE(1) counter has been read and verified // FALSE(0) could not read the counter, perhaps device is not // in contact // int ReadCounter(int portnum, uchar SerialNum[8], int CounterPage, unsigned long *Count) { int rt=FALSE; uchar send_block[30]; int send_cnt=0, address, i; ushort lastcrc16; setcrc16(portnum,0); // set the device serial number to the counter device owSerialNum(portnum,SerialNum,FALSE); // access the device if (owAccess(portnum)) { // create a block to send that reads the counter // read memory and counter command send_block[send_cnt++] = 0xA5; docrc16(portnum,0xA5); // address of last data byte before counter address = (CounterPage << 5) + 31; // (1.02) send_block[send_cnt++] = (uchar)(address & 0xFF); docrc16(portnum,(ushort)(address & 0xFF)); send_block[send_cnt++] = (uchar)(address >> 8); docrc16(portnum,(ushort)(address >> 8)); // now add the read bytes for data byte,counter,zero bits, crc16 for (i = 0; i < 11; i++) send_block[send_cnt++] = 0xFF; // now send the block if (owBlock(portnum,FALSE,send_block,send_cnt)) { // perform the CRC16 on the last 11 bytes of packet for (i = send_cnt - 11; i < send_cnt; i++) lastcrc16 = docrc16(portnum,send_block[i]); // verify CRC16 is correct if (lastcrc16 == 0xB001) { // success rt = TRUE; // extract the counter value *Count = 0; for (i = send_cnt - 7; i >= send_cnt - 10; i--) { *Count <<= 8; *Count |= send_block[i]; } } } } // return the result flag rt return rt; } sdcc-2.9.0/device/examples/ds390/ow390/cnt1d.h000066400000000000000000000001051116427777700204370ustar00rootroot00000000000000extern int ReadCounter(int, uchar *SerialNum, int, unsigned long *); sdcc-2.9.0/device/examples/ds390/ow390/counter.c000066400000000000000000000111351116427777700211050ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // counter.c - Application to read the 1-Wire Net DS2423 - counter. // // This application uses the files from the 'Public Domain' // 1-Wire Net libraries ('general' and 'userial'). // // Version: 2.00 // #include #include #include "ownet.h" #include "cnt1d.h" // defines #define MAXDEVICES 20 // local functions void PrintSerialNum(uchar *SerialNum); // local serial numbers static uchar FamilySN[MAXDEVICES][8]; // tini hack int argc=2; char *argv[]={__FILE__, "exow"}; //---------------------------------------------------------------------- // Main Test for the DS2423 - counter // int main() //short argc, char **argv) { char return_msg[128]; int NumDevices=0; int i; int CounterPage; ulong Count; int portnum=0; //------------------------------------------------------ // Introduction header printf("\n/---------------------------------------------\n"); printf(" Counter Application - V2.00\n" " The following is a test to excersize a\n" " DS2423 - counter \n\n"); printf(" Press any CTRL-C to stop this program.\n\n"); printf(" Output [Serial Number(s) ... Counter Value ... Counter Value ... " "Counter Value ... Counter Value] \n\n"); // check for required port name if (argc != 2) { printf("1-Wire Net name required on command line!\n" " (example: \"COM1\" (Win32 DS2480),\"/dev/cua0\" " "(Linux DS2480),\"1\" (Win32 TMEX)\n"); exit(1); } // attempt to acquire the 1-Wire Net if (!owAcquire(portnum, argv[1], return_msg)) { printf("%s",return_msg); exit(1); } // success printf("%s",return_msg); // Find the device(s) NumDevices = FindDevices(portnum, &FamilySN[0], 0x1D, MAXDEVICES); if (NumDevices>0) { printf("\n"); printf("Device(s) Found: \n"); for (i = 0; i < NumDevices; i++) { PrintSerialNum(FamilySN[i]); printf("\n"); } printf("\n\n"); // (stops on CTRL-C) do { // read the current counters for (i = 0; i < NumDevices; i++) { printf("\n"); PrintSerialNum(FamilySN[i]); for (CounterPage = 12; CounterPage <= 15; CounterPage++) { if (ReadCounter(portnum, FamilySN[i], CounterPage, &Count)) { printf(" %10ld ", Count); } else printf("\nError reading counter, verify device present:%d\n", owVerify(portnum,FALSE)); } } printf("\n\n"); } while (!key_abort()); } else printf("\n\n\n ERROR, device not found!\n"); // release the 1-Wire Net owRelease(portnum,return_msg); printf("%s",return_msg); exit(0); return 0; } // ------------------------------------------------------------------------------- // Read and print the serial number // void PrintSerialNum(uchar *SerialNum) { int i; for (i = 7; i>=0; i--) printf("%02X", SerialNum[i]); } sdcc-2.9.0/device/examples/ds390/ow390/crcutil.c000066400000000000000000000114551116427777700211000ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //-------------------------------------------------------------------------- // // crcutil.c - Keeps track of the CRC for 16 and 8 bit operations // version 2.00 // tinihack, data is a reserved keyword for sdcc. So: #define data DaTa // Include files #include "ownet.h" // Local global variables static ushort utilcrc16[MAX_PORTNUM]; static uchar utilcrc8[MAX_PORTNUM]; static short oddparity[16] = { 0, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0 }; static uchar dscrc_table[] = { 0, 94,188,226, 97, 63,221,131,194,156,126, 32,163,253, 31, 65, 157,195, 33,127,252,162, 64, 30, 95, 1,227,189, 62, 96,130,220, 35,125,159,193, 66, 28,254,160,225,191, 93, 3,128,222, 60, 98, 190,224, 2, 92,223,129, 99, 61,124, 34,192,158, 29, 67,161,255, 70, 24,250,164, 39,121,155,197,132,218, 56,102,229,187, 89, 7, 219,133,103, 57,186,228, 6, 88, 25, 71,165,251,120, 38,196,154, 101, 59,217,135, 4, 90,184,230,167,249, 27, 69,198,152,122, 36, 248,166, 68, 26,153,199, 37,123, 58,100,134,216, 91, 5,231,185, 140,210, 48,110,237,179, 81, 15, 78, 16,242,172, 47,113,147,205, 17, 79,173,243,112, 46,204,146,211,141,111, 49,178,236, 14, 80, 175,241, 19, 77,206,144,114, 44,109, 51,209,143, 12, 82,176,238, 50,108,142,208, 83, 13,239,177,240,174, 76, 18,145,207, 45,115, 202,148,118, 40,171,245, 23, 73, 8, 86,180,234,105, 55,213,139, 87, 9,235,181, 54,104,138,212,149,203, 41,119,244,170, 72, 22, 233,183, 85, 11,136,214, 52,106, 43,117,151,201, 74, 20,246,168, 116, 42,200,150, 21, 75,169,247,182,232, 10, 84,215,137,107, 53}; //-------------------------------------------------------------------------- // Reset crc16 to the value passed in // // 'reset' - data to set crc16 to. // void setcrc16(int portnum, ushort reset) { utilcrc16[portnum] = reset; return; } //-------------------------------------------------------------------------- // Reset crc8 to the value passed in // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'reset' - data to set crc8 to // void setcrc8(int portnum, uchar reset) { utilcrc8[portnum] = reset; return; } //-------------------------------------------------------------------------- // Calculate a new CRC16 from the input data shorteger. Return the current // CRC16 and also update the global variable CRC16. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'data' - data to perform a CRC16 on // // Returns: the current CRC16 // ushort docrc16(int portnum, ushort data) { data = (data ^ (utilcrc16[portnum] & 0xff)) & 0xff; utilcrc16[portnum] >>= 8; if (oddparity[data & 0xf] ^ oddparity[data >> 4]) utilcrc16[portnum] ^= 0xc001; data <<= 6; utilcrc16[portnum] ^= data; data <<= 1; utilcrc16[portnum] ^= data; return utilcrc16[portnum]; } //-------------------------------------------------------------------------- // Update the Dallas Semiconductor One Wire CRC (utilcrc8) from the global // variable utilcrc8 and the argument. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'x' - data byte to calculate the 8 bit crc from // // Returns: the updated utilcrc8. // uchar docrc8(int portnum, uchar x) { utilcrc8[portnum] = dscrc_table[utilcrc8[portnum] ^ x]; return utilcrc8[portnum]; } sdcc-2.9.0/device/examples/ds390/ow390/ds2480.h000066400000000000000000000160511116427777700203610ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // DS2480.H - This file contains the DS2480 constants // // Version: 2.00 // // History: 1.02 -> 1.03 Make sure uchar is not defined twice. // // // Mode Commands #define MODE_DATA 0xE1 #define MODE_COMMAND 0xE3 #define MODE_STOP_PULSE 0xF1 // Return byte value #define RB_CHIPID_MASK 0x1C #define RB_RESET_MASK 0x03 #define RB_1WIRESHORT 0x00 #define RB_PRESENCE 0x01 #define RB_ALARMPRESENCE 0x02 #define RB_NOPRESENCE 0x03 #define RB_BIT_MASK 0x03 #define RB_BIT_ONE 0x03 #define RB_BIT_ZERO 0x00 // Masks for all bit ranges #define CMD_MASK 0x80 #define FUNCTSEL_MASK 0x60 #define BITPOL_MASK 0x10 #define SPEEDSEL_MASK 0x0C #define MODSEL_MASK 0x02 #define PARMSEL_MASK 0x70 #define PARMSET_MASK 0x0E // Command or config bit #define CMD_COMM 0x81 #define CMD_CONFIG 0x01 // Function select bits #define FUNCTSEL_BIT 0x00 #define FUNCTSEL_SEARCHON 0x30 #define FUNCTSEL_SEARCHOFF 0x20 #define FUNCTSEL_RESET 0x40 #define FUNCTSEL_CHMOD 0x60 // Bit polarity/Pulse voltage bits #define BITPOL_ONE 0x10 #define BITPOL_ZERO 0x00 #define BITPOL_5V 0x00 #define BITPOL_12V 0x10 // One Wire speed bits #define SPEEDSEL_STD 0x00 #define SPEEDSEL_FLEX 0x04 #define SPEEDSEL_OD 0x08 #define SPEEDSEL_PULSE 0x0C // Data/Command mode select bits #define MODSEL_DATA 0x00 #define MODSEL_COMMAND 0x02 // 5V Follow Pulse select bits (If 5V pulse // will be following the next byte or bit.) #define PRIME5V_TRUE 0x02 #define PRIME5V_FALSE 0x00 // Parameter select bits #define PARMSEL_PARMREAD 0x00 #define PARMSEL_SLEW 0x10 #define PARMSEL_12VPULSE 0x20 #define PARMSEL_5VPULSE 0x30 #define PARMSEL_WRITE1LOW 0x40 #define PARMSEL_SAMPLEOFFSET 0x50 #define PARMSEL_ACTIVEPULLUPTIME 0x60 #define PARMSEL_BAUDRATE 0x70 // Pull down slew rate. #define PARMSET_Slew15Vus 0x00 #define PARMSET_Slew2p2Vus 0x02 #define PARMSET_Slew1p65Vus 0x04 #define PARMSET_Slew1p37Vus 0x06 #define PARMSET_Slew1p1Vus 0x08 #define PARMSET_Slew0p83Vus 0x0A #define PARMSET_Slew0p7Vus 0x0C #define PARMSET_Slew0p55Vus 0x0E // 12V programming pulse time table #define PARMSET_32us 0x00 #define PARMSET_64us 0x02 #define PARMSET_128us 0x04 #define PARMSET_256us 0x06 #define PARMSET_512us 0x08 #define PARMSET_1024us 0x0A #define PARMSET_2048us 0x0C #define PARMSET_infinite 0x0E // 5V strong pull up pulse time table #define PARMSET_16p4ms 0x00 #define PARMSET_65p5ms 0x02 #define PARMSET_131ms 0x04 #define PARMSET_262ms 0x06 #define PARMSET_524ms 0x08 #define PARMSET_1p05s 0x0A #define PARMSET_2p10s 0x0C #define PARMSET_infinite 0x0E // Write 1 low time #define PARMSET_Write8us 0x00 #define PARMSET_Write9us 0x02 #define PARMSET_Write10us 0x04 #define PARMSET_Write11us 0x06 #define PARMSET_Write12us 0x08 #define PARMSET_Write13us 0x0A #define PARMSET_Write14us 0x0C #define PARMSET_Write15us 0x0E // Data sample offset and Write 0 recovery time #define PARMSET_SampOff3us 0x00 #define PARMSET_SampOff4us 0x02 #define PARMSET_SampOff5us 0x04 #define PARMSET_SampOff6us 0x06 #define PARMSET_SampOff7us 0x08 #define PARMSET_SampOff8us 0x0A #define PARMSET_SampOff9us 0x0C #define PARMSET_SampOff10us 0x0E // Active pull up on time #define PARMSET_PullUp0p0us 0x00 #define PARMSET_PullUp0p5us 0x02 #define PARMSET_PullUp1p0us 0x04 #define PARMSET_PullUp1p5us 0x06 #define PARMSET_PullUp2p0us 0x08 #define PARMSET_PullUp2p5us 0x0A #define PARMSET_PullUp3p0us 0x0C #define PARMSET_PullUp3p5us 0x0E // Baud rate bits #define PARMSET_9600 0x00 #define PARMSET_19200 0x02 #define PARMSET_57600 0x04 #define PARMSET_115200 0x06 // DS2480 program voltage available #define DS2480PROG_MASK 0x20 // mode bit flags #define MODE_NORMAL 0x00 #define MODE_OVERDRIVE 0x01 #define MODE_STRONG5 0x02 #define MODE_PROGRAM 0x04 #define MODE_BREAK 0x08 extern int DS2480Detect(int); extern int DS2480ChangeBaud(int, uchar); // global DS2480 state extern int ULevel[MAX_PORTNUM]; // current DS2480 1-Wire Net level extern int UBaud[MAX_PORTNUM]; // current DS2480 baud rate extern int UMode[MAX_PORTNUM]; // current DS2480 command or data mode state extern int USpeed[MAX_PORTNUM]; // current DS2480 1-Wire Net comm speed sdcc-2.9.0/device/examples/ds390/ow390/ds2480ut.c000066400000000000000000000154001116427777700207220ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // ds2480ut.c - DS2480 utility functions. // // Version: 2.00 // // History: 1.00 -> 1.01 Default PDSRC changed from 0.83 to 1.37V/us // in DS2480Detect. Changed to use msDelay instead // of Delay. // 1.01 -> 1.02 Changed global declarations from 'uchar' to 'int'. // Changed DSO/WORT from 7 to 10us in DS2480Detect. // 1.02 -> 1.03 Removed caps in #includes for Linux capatibility // 1.03 -> 2.00 Changed 'MLan' to 'ow'. Added support for // multiple ports. Changed W1LT to 8us. #include "ownet.h" #include "ds2480.h" // global DS2480 state int ULevel[MAX_PORTNUM]; // current DS2480 1-Wire Net level int UBaud[MAX_PORTNUM]; // current DS2480 baud rate int UMode[MAX_PORTNUM]; // current DS2480 command or data mode state int USpeed[MAX_PORTNUM]; // current DS2480 1-Wire Net communication speed //--------------------------------------------------------------------------- // Attempt to resyc and detect a DS2480 // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // // Returns: TRUE - DS2480 detected successfully // FALSE - Could not detect DS2480 // int DS2480Detect(int portnum) { uchar sendpacket[10],readbuffer[10]; short sendlen=0; short rt=FALSE; // reset modes ULevel[portnum] = MODE_NORMAL; UMode[portnum] = MODSEL_COMMAND; UBaud[portnum] = PARMSET_9600; USpeed[portnum] = SPEEDSEL_FLEX; // set the baud rate to 9600 SetBaudCOM(portnum,(uchar)UBaud[portnum]); // send a break to reset the DS2480 BreakCOM(portnum); // delay to let line settle msDelay(2); // flush the buffers FlushCOM(portnum); // send the timing byte sendpacket[0] = 0xC1; if (WriteCOM(portnum,1,sendpacket) != 1) return FALSE; // set the FLEX configuration parameters // default PDSRC = 1.37Vus sendpacket[sendlen++] = CMD_CONFIG | PARMSEL_SLEW | PARMSET_Slew1p37Vus; // default W1LT = 8us sendpacket[sendlen++] = CMD_CONFIG | PARMSEL_WRITE1LOW | PARMSET_Write8us; // default DSO/WORT = 10us sendpacket[sendlen++] = CMD_CONFIG | PARMSEL_SAMPLEOFFSET | PARMSET_SampOff10us; // construct the command to read the baud rate (to test command block) sendpacket[sendlen++] = CMD_CONFIG | PARMSEL_PARMREAD | (PARMSEL_BAUDRATE >> 3); // also do 1 bit operation (to test 1-Wire block) sendpacket[sendlen++] = CMD_COMM | FUNCTSEL_BIT | UBaud[portnum] | BITPOL_ONE; // flush the buffers FlushCOM(portnum); // send the packet if (WriteCOM(portnum,sendlen,sendpacket)) { // read back the response if (ReadCOM(portnum,5,readbuffer) == 5) { // look at the baud rate and bit operation // to see if the response makes sense if (((readbuffer[3] & 0xF1) == 0x00) && ((readbuffer[3] & 0x0E) == UBaud[portnum]) && ((readbuffer[4] & 0xF0) == 0x90) && ((readbuffer[4] & 0x0C) == UBaud[portnum])) return TRUE; } } return FALSE; } //--------------------------------------------------------------------------- // Change the DS2480 from the current baud rate to the new baud rate. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'newbaud' - the new baud rate to change to, defined as: // PARMSET_9600 0x00 // PARMSET_19200 0x02 // PARMSET_57600 0x04 // PARMSET_115200 0x06 // // Returns: current DS2480 baud rate. // int DS2480ChangeBaud(int portnum, uchar newbaud) { int rt=FALSE; uchar readbuffer[5],sendpacket[5],sendpacket2[5]; int sendlen=0,sendlen2=0; // see if diffenent then current baud rate if (UBaud[portnum] == newbaud) return TRUE; else { // build the command packet // check if correct mode if (UMode[portnum] != MODSEL_COMMAND) { UMode[portnum] = MODSEL_COMMAND; sendpacket[sendlen++] = MODE_COMMAND; } // build the command sendpacket[sendlen++] = CMD_CONFIG | PARMSEL_BAUDRATE | newbaud; // flush the buffers FlushCOM(portnum); // send the packet if (!WriteCOM(portnum,sendlen,sendpacket)) rt = FALSE; else { // make sure buffer is flushed msDelay(5); // change our baud rate SetBaudCOM(portnum,newbaud); UBaud[portnum] = newbaud; // wait for things to settle msDelay(5); // build a command packet to read back baud rate sendpacket2[sendlen2++] = CMD_CONFIG | PARMSEL_PARMREAD | (PARMSEL_BAUDRATE >> 3); // flush the buffers FlushCOM(portnum); // send the packet if (WriteCOM(portnum,sendlen2,sendpacket2)) { // read back the 1 byte response if (ReadCOM(portnum,1,readbuffer) == 1) { // verify correct baud if (((readbuffer[0] & 0x0E) == (sendpacket[sendlen-1] & 0x0E))) rt = TRUE; } } } } // if lost communication with DS2480 then reset if (rt != TRUE) DS2480Detect(portnum); return UBaud[portnum]; } sdcc-2.9.0/device/examples/ds390/ow390/findtype.c000066400000000000000000000051541116427777700212540ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // findtype.c - Test module to find all devices of one type. // // Version: 2.00 // //---------------------------------------------------------------------- // // #include "ownet.h" //---------------------------------------------------------------------- // Search for devices // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // // Returns: TRUE(1) success, device type found // FALSE(0) device not found // int FindDevices(int portnum, uchar FamilySN[][8], int family_code, int MAXDEVICES) { int NumDevices=0; int TotalDevices=0; // find the devices // set the search to first find that family code owFamilySearchSetup(portnum,family_code); // loop to find all of the devices up to MAXDEVICES NumDevices = 0; do { // perform the search if (!owNext(portnum,TRUE, FALSE)) break; owSerialNum(portnum,FamilySN[NumDevices], TRUE); if (FamilySN[NumDevices][0] == family_code) { NumDevices++; } } while (NumDevices < (MAXDEVICES - 1)); // check if not at least 1 device return NumDevices; } sdcc-2.9.0/device/examples/ds390/ow390/gethumd.c000066400000000000000000000066161116427777700210730ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // getV.c - This utility gets the Volts for pins Vad and Vdd from the DS2438. // // Version: 2.00 // History: #include #include "ownet.h" #include "ad26.h" #define MAXDEVICES 5 // Global necessary for screenio int VERBOSE; // tini hack int argc=2; char *argv[]={__FILE__, "exow"}; //---------------------------------------------------------------------- // This is the Main routine for debit // int main() //short argc, char **argv) { char msg[200]; int portnum = 0; float Vdd,Vad; double humid,temp; int i; int numbat; uchar famvolt[MAXDEVICES][8]; // check for required port name if (argc != 2) { sprintf(msg,"1-Wire Net name required on command line!\n" " (example: \"COM1\" (Win32 DS2480),\"/dev/cua0\" " "(Linux DS2480),\"1\" (Win32 TMEX)\n"); //output_status(LV_ALWAYS,msg); printf (msg); return 0; } if(!owAcquire(portnum,argv[1],msg)) { //output_status(LV_ALWAYS,msg); printf (msg); return 0; } else { do { numbat = FindDevices(portnum,&famvolt[0],SBATTERY_FAM,MAXDEVICES); if (numbat==0) { printf ("No device found.\n"); } for(i=0;i #endif //--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // owFile.C: Rudimentary level functions for reading and writing TMEX // files on NVRAM iButton using the packet level functions. // // Version: 2.00 // // History: // 1.02 -> 1.03 Removed caps in #includes for Linux capatibility // 1.03 -> 2.00 Changed 'MLan' to 'ow'. Added support for // multiple ports. // #include "ownet.h" //-------------------------------------------------------------------------- // Read a TMEX file return it in the provided buffer. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'filename' - pointer to five byte filename to read where the // the first four bytes are the name and the fifth is // the extension (0 to 101 decimal). // 'buf' - pointer to a buffer to place the file information into. // This may need to be as large as 7084 bytes. // // Supported devices: All devices supported by owReadPacketStd // // Returns: >=0 success, number of bytes in the buffer // <0 failed to read the file (error code) // int owReadFile(int portnum, uchar *filename, uchar *buf) { uchar dirpg=0,pgbuf[32],filepg=0; char pglen; ushort bufcnt=0,i; #if DEBUG_OW_FILE printf ("owReadFile: %s\n", filename); #endif // loop read directory pages until the file entry is found do { // read a directory page pglen = owReadPacketStd(portnum,TRUE,dirpg,pgbuf); // check for reading error if (pglen <= 0) return READ_ERROR; // if this is the first page make sure this is a directory // structure if ( ((dirpg == 0) && ((pgbuf[0] != 0xAA) || (pgbuf[1] != 0) || (pglen < 7))) || ((pglen-1) % 7) ) return INVALID_DIR; // loop through each file entry in directory page (page 0 exception) for (i = (dirpg == 0) ? 7 : 0; i < 28; i += 7) { // file entry found? if ((filename[0] == pgbuf[i]) && (filename[1] == pgbuf[i+1]) && (filename[2] == pgbuf[i+2]) && (filename[3] == pgbuf[i+3]) && (filename[4] == (pgbuf[i+4] & 0x7F)) ) { // get the file starting page number filepg = pgbuf[i+5]; #if DEBUG_OW_FILE printf ("owReadFile: file %s starts at %d\n", filename, filepg); #endif break; } } // get the next directory page (from page pointer) dirpg = pgbuf[pglen-1]; } while (dirpg && (filepg == 0)); // check if file found if (!filepg) return NO_FILE; // loop to read the file pages do { // read a file page pglen = owReadPacketStd(portnum,TRUE,filepg,pgbuf); // check result of read if (pglen <= 0) { return READ_ERROR; } // append the page data to the buffer for (i = 0; i < (pglen - 1); i++) buf[bufcnt++] = pgbuf[i]; // get the next file page (from page pointer) filepg = pgbuf[pglen-1]; } while (filepg); // return the number of data bytes read return bufcnt; } //-------------------------------------------------------------------------- // Format and Write a TMEX file. // Any previous files will be removed in the Format operation. // The file length 'fllen' can be up to: // 420 bytes for a DS1993 // 1736 bytes for a DS1995 // 7084 bytes for a DS1996. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'filename' - pointer to five byte filename to write where the // the first four bytes are the name and the fifth is // the extension (0 to 101 decimal). // 'buf' - pointer to a buffer containing the file information to write. // // Supported devices: DS1993, DS1994, DS1995, DS1996 // // Returns: TRUE(1) success, device formated and file written // <0 failed to read the file (error code) // // int owFormatWriteFile(int portnum, uchar *filename, int fllen, uchar *buf) { uchar dummydir[] = { 0xAA, 0, 0x80, 0x01, 0, 0, 0, 0 }, newdir[] = { 0xAA, 0, 0x80, 0x01, 0, 0, 0, ' ', ' ', ' ', ' ', 0, 1, 1, 0 }, bmpg1[] = { 0x03,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0x02 }, bmpg2[] = { 0,0,0,0,0 }, pgbuf[32]; int i,numdirpgs,flpg,bmpg1len,bmpg2len,cntleft,pos,numpgs; #if DEBUG_OW_FILE printf ("owFormatWriteFile: %s %d\n", filename, fllen); #endif // calculate the number of pages needed to write the file numpgs = (fllen / 28) + ((fllen % 28) ? 1 : 0); // put the file in the newdirectory for(i = 0; i < 5; i++) newdir[i+7] = filename[i]; newdir[13] = (uchar)numpgs; // set the directory pages for formatting device depending on the device type switch (SerialNum[portnum][0]) //jpe { case 0x06: // DS1993 // check for file too big if (numpgs > 15) return FILE_TOO_BIG; // set the bitmap in the directory page for (i = 0; i < numpgs; i++) bitacc(WRITE_FUNCTION,1,i+1,&newdir[3]); numdirpgs = 1; flpg = 1; newdir[12] = (uchar)flpg; break; case 0x0A: // DS1995 // check for file too big if (numpgs > 62) return FILE_TOO_BIG; // set to external bitmap file newdir[2] = 0; // set the bitmap in the first (and only) bitmap page for (i = 0; i < numpgs; i++) bitacc(WRITE_FUNCTION,1,i+2,&bmpg1[0]); numdirpgs = 2; flpg = 2; newdir[12] = (uchar)flpg; // startpage bmpg1len = 9; newdir[3] = 0; // remove local bitmap newdir[5] = 1; // bitmap start page newdir[6] = 1; // bitmap number of pages break; case 0x0C: // DS1996 // check for file too big if (numpgs > 253) return FILE_TOO_BIG; // set to external bitmap file newdir[2] = 0; // set the 3rd bitmap page in the bitmap bitacc(WRITE_FUNCTION,1,2,&bmpg1[0]); // set the bitmap in the first and second bitmap page for (i = 0; i < numpgs; i++) { if (i <= 221) bitacc(WRITE_FUNCTION,1,i+3,&bmpg1[0]); else bitacc(WRITE_FUNCTION,1,i-221,&bmpg2[0]); } numdirpgs = 3; flpg = 3; newdir[12] = (uchar)flpg; // startpage bmpg1len = 29; bmpg2len = 5; newdir[3] = 0; // remove local bitmap newdir[5] = 1; // bitmap start page newdir[6] = 2; // bitmap number of pages break; default: return WRONG_TYPE; } // write a dummy directory in page 0 in case we get interrupted if (!owWritePacketStd(portnum,0,dummydir,8,FALSE,FALSE)) return WRITE_ERROR; // loop to write the file in contiguous pages start with flpg cntleft = fllen; // count of bytes left to write pos = 0; // current position in the buffer to write while (cntleft > 0) { // get a page of data to write for (i = 0; i < ((cntleft > 28) ? 28 : cntleft); i++) pgbuf[i] = buf[pos++]; // adjust the bytes left cntleft -= i; // set the next page pointer pgbuf[i] = (cntleft == 0) ? 0 : flpg+1; // write the page and check to result if (!owWritePacketStd(portnum,flpg,pgbuf,i+1,FALSE,FALSE)) return WRITE_ERROR; // set the next page flpg++; } // now write the second bitmap page if needed if (numdirpgs == 3) if (!owWritePacketStd(portnum,2,bmpg2,bmpg2len,FALSE,FALSE)) return WRITE_ERROR; // now write the first bitmap page if needed if (numdirpgs >= 2) if (!owWritePacketStd(portnum,1,bmpg1,bmpg1len,FALSE,FALSE)) return WRITE_ERROR; // now write the directory page if (!owWritePacketStd(portnum,0,newdir,15,FALSE,FALSE)) return WRITE_ERROR; // success file written return TRUE; } sdcc-2.9.0/device/examples/ds390/ow390/owlli.c000066400000000000000000000343721116427777700205640ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // iow.c // // Minimal access routines for TINI internal one-wire bus patched together // from Dallas example code (hence the copyright notice above). // // Kevin Vigor, 11/20/2000 #include #include "ownet.h" /* The internal 1-wire bus is hooked to P3.5, a.k.a T1 */ /* The "activity" LED is also hooked to this line. */ #define INT_OW_PORT T1 // local variables for this module to hold search state information static int LastDiscrepancy; static int LastFamilyDiscrepancy; static int LastDevice; static unsigned char iSerialNum[8]; static uchar iowTouchBit(uchar); static uchar iowTouchByte(uchar); //-------------------------------------------------------------------------- // Reset all of the devices on the 1-Wire Net and return the result. // // Returns: TRUE(1): presense pulse(s) detected, device(s) reset // FALSE(0): no presense pulses detected // unsigned char iowTouchReset(void) { unsigned char result; //printf ("iowTouchReset(): "); /* Code stolen straight from appnote 126. */ INT_OW_PORT = 0; /* drive bus low. */ ClockMicroSecondsDelay(480); INT_OW_PORT = 1; /* bus high. */ ClockMicroSecondsDelay(120); result = INT_OW_PORT; /* get presence detect pulse. */ ClockMicroSecondsDelay(360); //printf ("%d\n", result); return result; } //-------------------------------------------------------------------------- // Send 1 bit of communication to the 1-Wire Net and return the // result 1 bit read from the 1-Wire Net. The parameter 'sendbit' // least significant bit is used and the least significant bit // of the result is the return bit. // // Returns: 0: 0 bit read from sendbit // 1: 1 bit read from sendbit // static unsigned char iowTouchBit(unsigned char sendbit) { unsigned char result; INT_OW_PORT = 0; /* start timeslot. */ ClockMicroSecondsDelay(1); INT_OW_PORT = sendbit; /* send bit out. */ ClockMicroSecondsDelay(9); result = INT_OW_PORT; /* sample result @ 10 us. */ ClockMicroSecondsDelay(50); INT_OW_PORT = 1; /* timeslot done. */ ClockMicroSecondsDelay(5); return result; } //-------------------------------------------------------------------------- // Send 8 bits of communication to the 1-Wire Net and return the // result 8 bits read from the 1-Wire Net. The parameter 'sendbyte' // least significant 8 bits are used and the least significant 8 bits // of the result is the return byte. // // 'sendbyte' - 8 bits to send (least significant byte) // // Returns: 8 bytes read from sendbyte // static unsigned char iowTouchByte(unsigned char sendbyte) { unsigned char i; unsigned char result = 0; //printf ("iowTouchByte(%02x): ", sendbyte); for (i = 0; i < 8; i++) { result |= (iowTouchBit(sendbyte & 1) << i); sendbyte >>= 1; } //printf ("%02x\n", result); return result; } //-------------------------------------------------------------------------- // Send 8 bits of communication to the 1-Wire Net and verify that the // 8 bits read from the 1-Wire Net is the same (write operation). // The parameter 'sendbyte' least significant 8 bits are used. // // 'sendbyte' - 8 bits to send (least significant byte) // // Returns: TRUE: bytes written and echo was the same // FALSE: echo was not the same // unsigned char iowWriteByte(unsigned char sendbyte) { return (iowTouchByte(sendbyte) == sendbyte) ? TRUE : FALSE; } //-------------------------------------------------------------------------- // The 'owBlock' transfers a block of data to and from the // 1-Wire Net with an optional reset at the begining of communication. // The result is returned in the same buffer. // // 'do_reset' - cause a owTouchReset to occure at the begining of // communication TRUE(1) or not FALSE(0) // 'tran_buf' - pointer to a block of unsigned // chars of length 'TranferLength' that will be sent // to the 1-Wire Net // 'tran_len' - length in bytes to transfer // Supported devices: all // // Returns: TRUE (1) : The optional reset returned a valid // presence (do_reset == TRUE) or there // was no reset required. // FALSE (0): The reset did not return a valid prsence // (do_reset == TRUE). // // The maximum tran_len is 64 // unsigned char iowBlock(unsigned char do_reset, unsigned char *tran_buf, unsigned char tran_len) { int i; // check for a block too big if (tran_len > 64) return FALSE; // check if need to do a owTouchReset first if (do_reset) { if (!iowTouchReset()) return FALSE; } // send and receive the buffer for (i = 0; i < tran_len; i++) tran_buf[i] = iowTouchByte(tran_buf[i]); return TRUE; } //-------------------------------------------------------------------------- // Send 8 bits of read communication to the 1-Wire Net and and return the // result 8 bits read from the 1-Wire Net. // // Returns: 8 bytes read from 1-Wire Net // unsigned char iowReadByte(void) { return iowTouchByte(0xFF); } //-------------------------------------------------------------------------- // The 'owFirst' finds the first device on the 1-Wire Net This function // contains one parameter 'alarm_only'. When // 'alarm_only' is TRUE (1) the find alarm command 0xEC is // sent instead of the normal search command 0xF0. // Using the find alarm command 0xEC will limit the search to only // 1-Wire devices that are in an 'alarm' state. // // 'do_reset' - TRUE (1) // perform reset before search. // 'alarm_only' - TRUE (1) the find alarm command 0xEC is // sent instead of the normal search command 0xF0 // // Returns: TRUE (1) : when a 1-Wire device was found and it's // Serial Number placed in the global iSerialNum[portnum] // FALSE (0): There are no devices on the 1-Wire Net. // unsigned char iowFirst(unsigned char do_reset, unsigned char alarm_only) { // reset the search state LastDiscrepancy = 0; LastDevice = FALSE; LastFamilyDiscrepancy = 0; return iowNext(do_reset,alarm_only); } //-------------------------------------------------------------------------- // The 'owNext' function does a general search. This function // continues from the previos search state. The search state // can be reset by using the 'owFirst' function. // This function contains one parameter 'alarm_only'. // When 'alarm_only' is TRUE (1) the find alarm command // 0xEC is sent instead of the normal search command 0xF0. // Using the find alarm command 0xEC will limit the search to only // 1-Wire devices that are in an 'alarm' state. // // 'do_reset' - TRUE (1) perform reset before search, FALSE (0) do not // perform reset before search. // 'alarm_only' - TRUE (1) the find alarm command 0xEC is // sent instead of the normal search command 0xF0 // // Returns: TRUE (1) : when a 1-Wire device was found and it's // Serial Number placed in the global iSerialNum[portnum] // FALSE (0): when no new device was found. Either the // last search was the last device or there // are no devices on the 1-Wire Net. // unsigned char iowNext(unsigned char do_reset, unsigned char alarm_only) { int bit_test, search_direction, bit_number; int last_zero, serial_byte_number, next_result; unsigned char serial_byte_mask; unsigned char lastcrc8; //printf ("iowNext(%d,%d)\n", do_reset, alarm_only); // initialize for search bit_number = 1; last_zero = 0; serial_byte_number = 0; serial_byte_mask = 1; next_result = 0; lastcrc8 = 0; // if the last call was not the last one if (!LastDevice) { // check if reset first is requested if (do_reset) { // reset the 1-wire // if there are no parts on 1-wire, return FALSE if (!iowTouchReset()) { // reset the search LastDiscrepancy = 0; LastFamilyDiscrepancy = 0; return FALSE; } } // If finding alarming devices issue a different command if (alarm_only) iowWriteByte(0xEC); // issue the alarming search command else iowWriteByte(0xF0); // issue the search command // loop to do the search do { // read a bit and its compliment bit_test = iowTouchBit(1) << 1; bit_test |= iowTouchBit(1); // check for no devices on 1-wire if (bit_test == 3) { break; } else { // all devices coupled have 0 or 1 if (bit_test > 0) { search_direction = !(bit_test & 0x01); // bit write value for search } else { // if this discrepancy if before the Last Discrepancy // on a previous next then pick the same as last time if (bit_number < LastDiscrepancy) search_direction = ((iSerialNum[serial_byte_number] & serial_byte_mask) > 0); else // if equal to last pick 1, if not then pick 0 search_direction = (bit_number == LastDiscrepancy); // if 0 was picked then record its position in LastZero if (search_direction == 0) last_zero = bit_number; // check for Last discrepancy in family if (last_zero < 9) LastFamilyDiscrepancy = last_zero; } // set or clear the bit in the iSerialNum byte serial_byte_number // with mask serial_byte_mask if (search_direction == 1) iSerialNum[serial_byte_number] |= serial_byte_mask; else iSerialNum[serial_byte_number] &= ~serial_byte_mask; // serial number search direction write bit iowTouchBit(search_direction); // increment the byte counter bit_number // and shift the mask serial_byte_mask bit_number++; serial_byte_mask <<= 1; // if the mask is 0 then go to new iSerialNum byte serial_byte_number // and reset mask if (serial_byte_mask == 0) { lastcrc8 = docrc8(lastcrc8,iSerialNum[serial_byte_number]); // accumulate the CRC serial_byte_number++; serial_byte_mask = 1; } } } while(serial_byte_number < 8); // loop until through all iSerialNum bytes 0-7 // if the search was successful then if (!((bit_number < 65) || lastcrc8)) { // search successful so set LastDiscrepancy,LastDevice,next_result LastDiscrepancy = last_zero; LastDevice = (LastDiscrepancy == 0); next_result = TRUE; } } // if no device found then reset counters so next 'next' will be // like a first if (!next_result || !iSerialNum[0]) { LastDiscrepancy = 0; LastDevice = FALSE; LastFamilyDiscrepancy = 0; next_result = FALSE; } return next_result; } //-------------------------------------------------------------------------- // The 'owSerialNum' function either reads or sets the SerialNum buffer // that is used in the search functions 'owFirst' and 'owNext'. // This function contains two parameters, 'serialnum_buf' is a pointer // to a buffer provided by the caller. 'serialnum_buf' should point to // an array of 8 unsigned chars. The second parameter is a flag called // 'do_read' that is TRUE (1) if the operation is to read and FALSE // (0) if the operation is to set the internal SerialNum buffer from // the data in the provided buffer. // // 'serialnum_buf' - buffer to that contains the serial number to set // when do_read = FALSE (0) and buffer to get the serial // number when do_read = TRUE (1). // 'do_read' - flag to indicate reading (1) or setting (0) the current // serial number. // void iowSerialNum(unsigned char *serialnum_buf, unsigned char do_read) { int i; // read the internal buffer and place in 'serialnum_buf' if (do_read) { for (i = 0; i < 8; i++) { serialnum_buf[i] = iSerialNum[i]; } } // set the internal buffer from the data in 'serialnum_buf' else { for (i = 0; i < 8; i++) { iSerialNum[i] = serialnum_buf[i]; } } } // unsupported routines uchar iowSpeed(int speed) { speed; // hush the compiler printf ("No owSpeed for internal ow yet\n"); return FALSE; } uchar iowLevel(int level) { level; // hush the compiler printf ("No owLevel for internal ow yet\n"); return FALSE; } uchar iowProgramPulse() { printf ("No owProgramPulse for internal ow yet\n"); return FALSE; } sdcc-2.9.0/device/examples/ds390/ow390/owllu.c000066400000000000000000000362551116427777700206020ustar00rootroot00000000000000#define DEBUG_OW_LLU 0 #if DEBUG_OW_LLU #include #endif //--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // owLLU.C - Link Layer 1-Wire Net functions using the DS2480/DS2480B (U) // serial interface chip. // // Version: 2.00 // // History: 1.00 -> 1.01 DS2480 version number now ignored in // owTouchReset. // 1.02 -> 1.03 Removed caps in #includes for Linux capatibility // Removed #include // Add #include "ownet.h" to define TRUE,FALSE // 1.03 -> 2.00 Changed 'MLan' to 'ow'. Added support for // multiple ports. #include "ownet.h" #include "ds2480.h" // local varable flag, true if program voltage available static int ProgramAvailable[MAX_PORTNUM]; //-------------------------------------------------------------------------- // Reset all of the devices on the 1-Wire Net and return the result. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // // Returns: TRUE(1): presense pulse(s) detected, device(s) reset // FALSE(0): no presense pulses detected // // WARNING: This routine will not function correctly on some // Alarm reset types of the DS1994/DS1427/DS2404 with // Rev 1,2, and 3 of the DS2480/DS2480B. // int owTouchReset(int portnum) { uchar readbuffer[10],sendpacket[10]; int sendlen=0; #if DEBUG_OW_LLU printf ("owTouchReset\n"); #endif // make sure normal level owLevel(portnum,MODE_NORMAL); // check if correct mode if (UMode[portnum] != MODSEL_COMMAND) { UMode[portnum] = MODSEL_COMMAND; sendpacket[sendlen++] = MODE_COMMAND; } // construct the command sendpacket[sendlen++] = (uchar)(CMD_COMM | FUNCTSEL_RESET | USpeed[portnum]); // flush the buffers FlushCOM(portnum); // send the packet if (WriteCOM(portnum,sendlen,sendpacket)) { // read back the 1 byte response if (ReadCOM(portnum,1,readbuffer) == 1) { // make sure this byte looks like a reset byte if (((readbuffer[0] & RB_RESET_MASK) == RB_PRESENCE) || ((readbuffer[0] & RB_RESET_MASK) == RB_ALARMPRESENCE)) { // check if programming voltage available ProgramAvailable[portnum] = ((readbuffer[0] & 0x20) == 0x20); return TRUE; } else return FALSE; } } // an error occured so re-sync with DS2480 DS2480Detect(portnum); return FALSE; } //-------------------------------------------------------------------------- // Send 1 bit of communication to the 1-Wire Net and return the // result 1 bit read from the 1-Wire Net. The parameter 'sendbit' // least significant bit is used and the least significant bit // of the result is the return bit. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'sendbit' - the least significant bit is the bit to send // // Returns: 0: 0 bit read from sendbit // 1: 1 bit read from sendbit // int owTouchBit(int portnum, int sendbit) { uchar readbuffer[10],sendpacket[10]; int sendlen=0; // make sure normal level owLevel(portnum,MODE_NORMAL); // check if correct mode if (UMode[portnum] != MODSEL_COMMAND) { UMode[portnum] = MODSEL_COMMAND; sendpacket[sendlen++] = MODE_COMMAND; } // construct the command sendpacket[sendlen] = (sendbit != 0) ? BITPOL_ONE : BITPOL_ZERO; sendpacket[sendlen++] |= CMD_COMM | FUNCTSEL_BIT | USpeed[portnum]; // flush the buffers FlushCOM(portnum); // send the packet if (WriteCOM(portnum,sendlen,sendpacket)) { // read back the response if (ReadCOM(portnum,1,readbuffer) == 1) { // interpret the response if (((readbuffer[0] & 0xE0) == 0x80) && ((readbuffer[0] & RB_BIT_MASK) == RB_BIT_ONE)) return 1; else return 0; } } // an error occured so re-sync with DS2480 DS2480Detect(portnum); return 0; } //-------------------------------------------------------------------------- // Send 8 bits of communication to the 1-Wire Net and verify that the // 8 bits read from the 1-Wire Net is the same (write operation). // The parameter 'sendbyte' least significant 8 bits are used. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'sendbyte' - 8 bits to send (least significant byte) // // Returns: TRUE: bytes written and echo was the same // FALSE: echo was not the same // int owWriteByte(int portnum, int sendbyte) { return (owTouchByte(portnum,sendbyte) == sendbyte) ? TRUE : FALSE; } //-------------------------------------------------------------------------- // Send 8 bits of read communication to the 1-Wire Net and and return the // result 8 bits read from the 1-Wire Net. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // // Returns: 8 bytes read from 1-Wire Net // int owReadByte(int portnum) { return owTouchByte(portnum,0xFF); } //-------------------------------------------------------------------------- // Send 8 bits of communication to the 1-Wire Net and return the // result 8 bits read from the 1-Wire Net. The parameter 'sendbyte' // least significant 8 bits are used and the least significant 8 bits // of the result is the return byte. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'sendbyte' - 8 bits to send (least significant byte) // // Returns: 8 bytes read from sendbyte // int owTouchByte(int portnum, int sendbyte) { uchar readbuffer[10],sendpacket[10]; int sendlen=0; // make sure normal level owLevel(portnum,MODE_NORMAL); // check if correct mode if (UMode[portnum] != MODSEL_DATA) { UMode[portnum] = MODSEL_DATA; sendpacket[sendlen++] = MODE_DATA; } // add the byte to send sendpacket[sendlen++] = (uchar)sendbyte; // check for duplication of data that looks like COMMAND mode if (sendbyte == MODE_COMMAND) sendpacket[sendlen++] = (uchar)sendbyte; // flush the buffers FlushCOM(portnum); // send the packet if (WriteCOM(portnum,sendlen,sendpacket)) { // read back the 1 byte response if (ReadCOM(portnum,1,readbuffer) == 1) { // return the response return (int)readbuffer[0]; } } // an error occured so re-sync with DS2480 DS2480Detect(portnum); return 0; } //-------------------------------------------------------------------------- // Set the 1-Wire Net communucation speed. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'new_speed' - new speed defined as // MODE_NORMAL 0x00 // MODE_OVERDRIVE 0x01 // // Returns: current 1-Wire Net speed // int owSpeed(int portnum, int new_speed) { uchar sendpacket[5]; short sendlen=0; int rt = FALSE; #if DEBUG_OW_LLU printf ("starting owSpeed: %d\n", new_speed); #endif // check if change from current mode if (((new_speed == MODE_OVERDRIVE) && (USpeed[portnum] != SPEEDSEL_OD)) || ((new_speed == MODE_NORMAL) && (USpeed[portnum] != SPEEDSEL_FLEX))) { if (new_speed == MODE_OVERDRIVE) { // if overdrive then switch to 115200 baud if (DS2480ChangeBaud(portnum,PARMSET_115200) == PARMSET_115200) { USpeed[portnum] = SPEEDSEL_OD; rt = TRUE; } } else if (new_speed == MODE_NORMAL) { // else normal so set to 9600 baud if (DS2480ChangeBaud(portnum,PARMSET_9600) == PARMSET_9600) { USpeed[portnum] = SPEEDSEL_FLEX; rt = TRUE; } } // if baud rate is set correctly then change DS2480 speed if (rt) { // check if correct mode if (UMode[portnum] != MODSEL_COMMAND) { UMode[portnum] = MODSEL_COMMAND; sendpacket[sendlen++] = MODE_COMMAND; } // proceed to set the DS2480 communication speed sendpacket[sendlen++] = CMD_COMM | FUNCTSEL_SEARCHOFF | USpeed[portnum]; // send the packet if (!WriteCOM(portnum,sendlen,sendpacket)) { rt = FALSE; // lost communication with DS2480 then reset DS2480Detect(portnum); } } } #if DEBUG_OW_LLU printf ("owSpeed: %d\n", rt); #endif // return the current speed return (USpeed[portnum] == SPEEDSEL_OD) ? MODE_OVERDRIVE : MODE_NORMAL; } //-------------------------------------------------------------------------- // Set the 1-Wire Net line level. The values for new_level are // as follows: // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'new_level' - new level defined as // MODE_NORMAL 0x00 // MODE_STRONG5 0x02 // MODE_PROGRAM 0x04 // MODE_BREAK 0x08 (not supported) // // Returns: current 1-Wire Net level // int owLevel(int portnum, int new_level) { uchar sendpacket[10],readbuffer[10]; short sendlen=0; short rt=FALSE; #if DEBUG_OW_LLU printf ("owLevel: %d\n", new_level); #endif // check if need to change level if (new_level != ULevel[portnum]) { // check if just putting back to normal if (new_level == MODE_NORMAL) { // check if correct mode if (UMode[portnum] != MODSEL_COMMAND) { UMode[portnum] = MODSEL_COMMAND; sendpacket[sendlen++] = MODE_COMMAND; } // stop pulse command sendpacket[sendlen++] = MODE_STOP_PULSE; // flush the buffers FlushCOM(portnum); // send the packet if (WriteCOM(portnum,sendlen,sendpacket)) { // read back the 1 byte response if (ReadCOM(portnum,1,readbuffer) == 1) { // check response byte if ((readbuffer[0] & 0xE0) == 0xE0) { rt = TRUE; ULevel[portnum] = MODE_NORMAL; } } } } // set new level else { // check if correct mode if (UMode[portnum] != MODSEL_COMMAND) { UMode[portnum] = MODSEL_COMMAND; sendpacket[sendlen++] = MODE_COMMAND; } // strong 5 volts if (new_level == MODE_STRONG5) { // set the SPUD time value sendpacket[sendlen++] = CMD_CONFIG | PARMSEL_5VPULSE | PARMSET_infinite; // add the command to begin the pulse sendpacket[sendlen++] = CMD_COMM | FUNCTSEL_CHMOD | SPEEDSEL_PULSE | BITPOL_5V; } // 12 volts else if (new_level == MODE_PROGRAM) { // check if programming voltage available if (!ProgramAvailable[portnum]) return MODE_NORMAL; // set the PPD time value sendpacket[sendlen++] = CMD_CONFIG | PARMSEL_12VPULSE | PARMSET_infinite; // add the command to begin the pulse sendpacket[sendlen++] = CMD_COMM | FUNCTSEL_CHMOD | SPEEDSEL_PULSE | BITPOL_12V; } // flush the buffers FlushCOM(portnum); // send the packet if (WriteCOM(portnum,sendlen,sendpacket)) { // read back the 1 byte response from setting time limit if (ReadCOM(portnum,1,readbuffer) == 1) { // check response byte if ((readbuffer[0] & 0x81) == 0) { ULevel[portnum] = new_level; rt = TRUE; } } } } // if lost communication with DS2480 then reset if (rt != TRUE) DS2480Detect(portnum); } // return the current level return ULevel[portnum]; } //-------------------------------------------------------------------------- // This procedure creates a fixed 480 microseconds 12 volt pulse // on the 1-Wire Net for programming EPROM iButtons. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // // Returns: TRUE successful // FALSE program voltage not available // int owProgramPulse(int portnum) { uchar sendpacket[10],readbuffer[10]; short sendlen=0; // check if programming voltage available if (!ProgramAvailable[portnum]) return FALSE; // make sure normal level owLevel(portnum,MODE_NORMAL); // check if correct mode if (UMode[portnum] != MODSEL_COMMAND) { UMode[portnum] = MODSEL_COMMAND; sendpacket[sendlen++] = MODE_COMMAND; } // set the SPUD time value sendpacket[sendlen++] = CMD_CONFIG | PARMSEL_12VPULSE | PARMSET_512us; // pulse command sendpacket[sendlen++] = CMD_COMM | FUNCTSEL_CHMOD | BITPOL_12V | SPEEDSEL_PULSE; // flush the buffers FlushCOM(portnum); // send the packet if (WriteCOM(portnum,sendlen,sendpacket)) { // read back the 2 byte response if (ReadCOM(portnum,2,readbuffer) == 2) { // check response byte if (((readbuffer[0] | CMD_CONFIG) == (CMD_CONFIG | PARMSEL_12VPULSE | PARMSET_512us)) && ((readbuffer[1] & 0xFC) == (0xFC & (CMD_COMM | FUNCTSEL_CHMOD | BITPOL_12V | SPEEDSEL_PULSE)))) return TRUE; } } // an error occured so re-sync with DS2480 DS2480Detect(portnum); return FALSE; } sdcc-2.9.0/device/examples/ds390/ow390/ownet.h000066400000000000000000000113451116427777700205720ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // ownet.h - Include file for 1-Wire Net library // // Version: 2.00 // // History: 1.02 -> 1.03 Make sure uchar is not defined twice. // 1.03 -> 2.00 Changed 'MLan' to 'ow'. // // Typedefs #ifndef OW_UCHAR #define OW_UCHAR typedef unsigned char uchar; typedef unsigned int ushort; typedef unsigned long ulong; #endif // general defines #define WRITE_FUNCTION 1 #define READ_FUNCTION 0 // error codes #define READ_ERROR -1 #define INVALID_DIR -2 #define NO_FILE -3 #define WRITE_ERROR -4 #define WRONG_TYPE -5 #define FILE_TOO_BIG -6 // Misc #define FALSE 0 #define TRUE 1 #define MAX_PORTNUM 16 // mode bit flags #define MODE_NORMAL 0x00 #define MODE_OVERDRIVE 0x01 #define MODE_STRONG5 0x02 #define MODE_PROGRAM 0x04 #define MODE_BREAK 0x08 // family codes of devices #define DIR_FAMILY 0x01 #define TEMP_FAMILY 0x10 #define NVRAM64K_FAMILY 0x0c #define SWITCH_FAMILY 0x12 #define COUNT_FAMILY 0x1D #define ATOD_FAMILY 0X20 #define THERMO_FAM 0x21 #define SBATTERY_FAM 0x26 // this is weird, the DS2502 should be 0x09 #define DS2502_FAMILY 0x89 // tinilnk.c extern void FlushCOM(int); extern int WriteCOM(int,int,uchar*); extern int ReadCOM(int,int,uchar*); extern void BreakCOM(int); extern void SetBaudCOM(int,int); extern void msDelay(int); extern long msGettick(void); extern int OpenCOM(int,char *); extern void CloseCOM(int); // ownetu.c extern int owFirst(int,int,int); extern int owNext(int,int,int); extern void owSerialNum(int,uchar *, int); extern void owFamilySearchSetup(int,int); extern void owSkipFamily(int); extern int owAccess(int); extern int owVerify(int,int); extern int owOverdriveAccess(int); extern int bitacc(int,int,int,uchar *); extern uchar SerialNum[MAX_PORTNUM][8]; // owtrnu.c extern int owBlock(int,int,uchar *,int); extern int owReadPacketStd(int,int,int,uchar *); extern int owWritePacketStd(int,int,uchar *,int,int,int); extern int owProgramByte(int,int,int,int,int,int); // crcutil.c extern void setcrc16(int,ushort); extern ushort docrc16(int,ushort); extern void setcrc8(int,uchar); extern uchar docrc8(int,uchar); // owllu.c extern int owTouchReset(int); extern int owTouchByte(int, int); extern int owWriteByte(int,int); extern int owReadByte(int); extern int owSpeed(int,int); extern int owLevel(int,int); extern int owProgramPulse(int); // owlli for the internal (TINI) ow bus extern uchar iowTouchReset(void); extern uchar iowReadByte(void); extern uchar iowWriteByte(uchar); extern uchar iowBlock(uchar, uchar*, uchar); extern uchar iowFirst(uchar do_reset, uchar alarm_only); extern uchar iowNext(uchar do_reset, uchar alarm_only); extern uchar iowSpeed(int speed); extern uchar iowLevel(int level); extern uchar iowProgramPulse(void); extern void iowSerialNum(uchar *, uchar); // owsesu.c extern int owAcquire(int,char *, char *); //extern int owAcquire(int,char *); extern void owRelease(int, char *); //extern void owRelease(int); // findtype.c extern int FindDevices(int, uchar FamilySN[][8], int, int); // offile.c int owReadFile(int,uchar *,uchar *); int owFormatWriteFile(int,uchar *, int, uchar *); // sdcc has no exit #define exit return // sdcc has no double #define double float // sdcc has no key_abort #define key_abort Serial0CharArrived sdcc-2.9.0/device/examples/ds390/ow390/ownetu.c000066400000000000000000000461631116427777700207600ustar00rootroot00000000000000#define DEBUG_OW_NETU 0 #if DEBUG_OW_NETU #include #endif //--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // owNetU.C - Network functions for 1-Wire Net devices // using the DS2480/DS2480B (U) serial interface chip. // // Version: 2.00 // // 1.02 -> 1.03 Removed caps in #includes for Linux capatibility // 1.03 -> 2.00 Changed 'MLan' to 'ow'. Added support for // multiple ports. // #include "ownet.h" #include "ds2480.h" // globally used uchar SerialNum[MAX_PORTNUM][8]; // local variables for this module to hold search state information static int LastDiscrepancy[MAX_PORTNUM]; static int LastFamilyDiscrepancy[MAX_PORTNUM]; static int LastDevice[MAX_PORTNUM]; //-------------------------------------------------------------------------- // The 'owFirst' finds the first device on the 1-Wire Net This function // contains one parameter 'alarm_only'. When // 'alarm_only' is TRUE (1) the find alarm command 0xEC is // sent instead of the normal search command 0xF0. // Using the find alarm command 0xEC will limit the search to only // 1-Wire devices that are in an 'alarm' state. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'do_reset' - TRUE (1) perform reset before search, FALSE (0) do not // perform reset before search. // 'alarm_only' - TRUE (1) the find alarm command 0xEC is // sent instead of the normal search command 0xF0 // // Returns: TRUE (1) : when a 1-Wire device was found and it's // Serial Number placed in the global SerialNum // FALSE (0): There are no devices on the 1-Wire Net. // int owFirst(int portnum, int do_reset, int alarm_only) { // reset the search state LastDiscrepancy[portnum] = 0; LastDevice[portnum] = FALSE; LastFamilyDiscrepancy[portnum] = 0; return owNext(portnum, do_reset, alarm_only); } //-------------------------------------------------------------------------- // The 'owNext' function does a general search. This function // continues from the previos search state. The search state // can be reset by using the 'owFirst' function. // This function contains one parameter 'alarm_only'. // When 'alarm_only' is TRUE (1) the find alarm command // 0xEC is sent instead of the normal search command 0xF0. // Using the find alarm command 0xEC will limit the search to only // 1-Wire devices that are in an 'alarm' state. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'do_reset' - TRUE (1) perform reset before search, FALSE (0) do not // perform reset before search. // 'alarm_only' - TRUE (1) the find alarm command 0xEC is // sent instead of the normal search command 0xF0 // // Returns: TRUE (1) : when a 1-Wire device was found and it's // Serial Number placed in the global SerialNum // FALSE (0): when no new device was found. Either the // last search was the last device or there // are no devices on the 1-Wire Net. // int owNext(int portnum, int do_reset, int alarm_only) { int i,tmp_last_desc,pos; uchar tmp_serial_num[8]; uchar readbuffer[20],sendpacket[40]; int sendlen=0; uchar lastcrc8; // if the last call was the last one if (LastDevice[portnum]) { // reset the search LastDiscrepancy[portnum] = 0; LastDevice[portnum] = FALSE; LastFamilyDiscrepancy[portnum] = 0; #if DEBUG_OW_NETU printf ("owNext: no (more) devices\n"); #endif return FALSE; } // check if reset first is requested if (do_reset) { // reset the 1-wire // if there are no parts on 1-wire, return FALSE if (!owTouchReset(portnum)) { // reset the search LastDiscrepancy[portnum] = 0; LastFamilyDiscrepancy[portnum] = 0; return FALSE; } } // build the command stream // call a function that may add the change mode command to the buff // check if correct mode if (UMode[portnum] != MODSEL_DATA) { UMode[portnum] = MODSEL_DATA; sendpacket[sendlen++] = MODE_DATA; } // search command if (alarm_only) sendpacket[sendlen++] = 0xEC; // issue the alarming search command else sendpacket[sendlen++] = 0xF0; // issue the search command // change back to command mode UMode[portnum] = MODSEL_COMMAND; sendpacket[sendlen++] = MODE_COMMAND; // search mode on sendpacket[sendlen++] = (uchar)(CMD_COMM | FUNCTSEL_SEARCHON | USpeed[portnum]); // change back to data mode UMode[portnum] = MODSEL_DATA; sendpacket[sendlen++] = MODE_DATA; // set the temp Last Descrep to none tmp_last_desc = 0xFF; // add the 16 bytes of the search pos = sendlen; for (i = 0; i < 16; i++) sendpacket[sendlen++] = 0; // only modify bits if not the first search if (LastDiscrepancy[portnum] != 0xFF) { // set the bits in the added buffer for (i = 0; i < 64; i++) { // before last discrepancy if (i < (LastDiscrepancy[portnum] - 1)) bitacc(WRITE_FUNCTION, bitacc(READ_FUNCTION,0,i,&SerialNum[portnum][0]), (short)(i * 2 + 1), &sendpacket[pos]); // at last discrepancy else if (i == (LastDiscrepancy[portnum] - 1)) bitacc(WRITE_FUNCTION,1, (short)(i * 2 + 1), &sendpacket[pos]); // after last discrepancy so leave zeros } } // change back to command mode UMode[portnum] = MODSEL_COMMAND; sendpacket[sendlen++] = MODE_COMMAND; // search OFF sendpacket[sendlen++] = (uchar)(CMD_COMM | FUNCTSEL_SEARCHOFF | USpeed[portnum]); // flush the buffers FlushCOM(portnum); // send the packet if (WriteCOM(portnum,sendlen,sendpacket)) { // read back the 1 byte response if (ReadCOM(portnum,17,readbuffer) == 17) { // interpret the bit stream for (i = 0; i < 64; i++) { // get the SerialNum bit bitacc(WRITE_FUNCTION, bitacc(READ_FUNCTION,0,(short)(i * 2 + 1),&readbuffer[1]), i, &tmp_serial_num[0]); // check LastDiscrepancy if ((bitacc(READ_FUNCTION,0,(short)(i * 2),&readbuffer[1]) == 1) && (bitacc(READ_FUNCTION,0,(short)(i * 2 + 1),&readbuffer[1]) == 0)) { tmp_last_desc = i + 1; // check LastFamilyDiscrepancy if (i < 8) LastFamilyDiscrepancy[portnum] = i + 1; } } // do dowcrc setcrc8(portnum,0); for (i = 0; i < 8; i++) lastcrc8 = docrc8(portnum,tmp_serial_num[i]); // check results if ((lastcrc8 != 0) || (LastDiscrepancy[portnum] == 63) || (tmp_serial_num[0] == 0)) { // error during search // reset the search LastDiscrepancy[portnum] = 0; LastDevice[portnum] = FALSE; LastFamilyDiscrepancy[portnum] = 0; #if DEBUG_OW_NETU printf ("owNext: check results failed\n"); #endif return FALSE; } // successful search else { // check for lastone if ((tmp_last_desc == LastDiscrepancy[portnum]) || (tmp_last_desc == 0xFF)) LastDevice[portnum] = TRUE; // copy the SerialNum to the buffer for (i = 0; i < 8; i++) SerialNum[portnum][i] = tmp_serial_num[i]; // set the count LastDiscrepancy[portnum] = tmp_last_desc; return TRUE; } } else { #if DEBUG_OW_NETU printf ("owNext: ReadCOM failed\n"); #endif } } else { #if DEBUG_OW_NETU printf ("owNext: WriteCOM failed\n"); #endif } // an error occured so re-sync with DS2480 DS2480Detect(portnum); // reset the search LastDiscrepancy[portnum] = 0; LastDevice[portnum] = FALSE; LastFamilyDiscrepancy[portnum] = 0; return FALSE; } //-------------------------------------------------------------------------- // The 'owSerialNum' function either reads or sets the SerialNum buffer // that is used in the search functions 'owFirst' and 'owNext'. // This function contains two parameters, 'serialnum_buf' is a pointer // to a buffer provided by the caller. 'serialnum_buf' should point to // an array of 8 unsigned chars. The second parameter is a flag called // 'do_read' that is TRUE (1) if the operation is to read and FALSE // (0) if the operation is to set the internal SerialNum buffer from // the data in the provided buffer. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'serialnum_buf' - buffer to that contains the serial number to set // when do_read = FALSE (0) and buffer to get the serial // number when do_read = TRUE (1). // 'do_read' - flag to indicate reading (1) or setting (0) the current // serial number. // void owSerialNum(int portnum, uchar *serialnum_buf, int do_read) { int i; // read the internal buffer and place in 'serialnum_buf' if (do_read) { for (i = 0; i < 8; i++) serialnum_buf[i] = SerialNum[portnum][i]; } // set the internal buffer from the data in 'serialnum_buf' else { for (i = 0; i < 8; i++) SerialNum[portnum][i] = serialnum_buf[i]; } } //-------------------------------------------------------------------------- // Setup the search algorithm to find a certain family of devices // the next time a search function is called 'owNext'. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'search_family' - family code type to set the search algorithm to find // next. // void owFamilySearchSetup(int portnum, int search_family) { int i; // set the search state to find search_family type devices SerialNum[portnum][0] = (uchar)search_family; for (i = 1; i < 8; i++) SerialNum[portnum][i] = 0; LastDiscrepancy[portnum] = 64; LastDevice[portnum] = FALSE; } //-------------------------------------------------------------------------- // Set the current search state to skip the current family code. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // void owSkipFamily(int portnum) { // set the Last discrepancy to last family discrepancy LastDiscrepancy[portnum] = LastFamilyDiscrepancy[portnum]; // check for end of list if (LastDiscrepancy[portnum] == 0) LastDevice[portnum] = TRUE; } //-------------------------------------------------------------------------- // The 'owAccess' function resets the 1-Wire and sends a MATCH Serial // Number command followed by the current SerialNum code. After this // function is complete the 1-Wire device is ready to accept device-specific // commands. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // // Returns: TRUE (1) : reset indicates present and device is ready // for commands. // FALSE (0): reset does not indicate presence or echos 'writes' // are not correct. // int owAccess(int portnum) { uchar sendpacket[9]; int i; // reset the 1-wire if (owTouchReset(portnum)) { // create a buffer to use with block function // match Serial Number command 0x55 sendpacket[0] = 0x55; // Serial Number for (i = 1; i < 9; i++) sendpacket[i] = SerialNum[portnum][i-1]; // send/recieve the transfer buffer if (owBlock(portnum,FALSE,sendpacket,9)) { // verify that the echo of the writes was correct for (i = 1; i < 9; i++) if (sendpacket[i] != SerialNum[portnum][i-1]) return FALSE; if (sendpacket[0] != 0x55) return FALSE; else return TRUE; } } // reset or match echo failed return FALSE; } //---------------------------------------------------------------------- // The function 'owVerify' verifies that the current device // is in contact with the 1-Wire Net. // Using the find alarm command 0xEC will verify that the device // is in contact with the 1-Wire Net and is in an 'alarm' state. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'alarm_only' - TRUE (1) the find alarm command 0xEC // is sent instead of the normal search // command 0xF0. // // Returns: TRUE (1) : when the 1-Wire device was verified // to be on the 1-Wire Net // with alarm_only == FALSE // or verified to be on the 1-Wire Net // AND in an alarm state when // alarm_only == TRUE. // FALSE (0): the 1-Wire device was not on the // 1-Wire Net or if alarm_only // == TRUE, the device may be on the // 1-Wire Net but in a non-alarm state. // int owVerify(int portnum, int alarm_only) { int i,sendlen=0,goodbits=0,cnt=0,s,tst; uchar sendpacket[50]; // construct the search rom if (alarm_only) sendpacket[sendlen++] = 0xEC; // issue the alarming search command else sendpacket[sendlen++] = 0xF0; // issue the search command // set all bits at first for (i = 1; i <= 24; i++) sendpacket[sendlen++] = 0xFF; // now set or clear apropriate bits for search for (i = 0; i < 64; i++) bitacc(WRITE_FUNCTION,bitacc(READ_FUNCTION,0,i,&SerialNum[portnum][0]),(int)((i+1)*3-1),&sendpacket[1]); // send/recieve the transfer buffer if (owBlock(portnum,TRUE,sendpacket,sendlen)) { // check results to see if it was a success for (i = 0; i < 192; i += 3) { tst = (bitacc(READ_FUNCTION,0,i,&sendpacket[1]) << 1) | bitacc(READ_FUNCTION,0,(int)(i+1),&sendpacket[1]); s = bitacc(READ_FUNCTION,0,cnt++,&SerialNum[portnum][0]); if (tst == 0x03) // no device on line { goodbits = 0; // number of good bits set to zero break; // quit } if (((s == 0x01) && (tst == 0x02)) || ((s == 0x00) && (tst == 0x01)) ) // correct bit goodbits++; // count as a good bit } // check too see if there were enough good bits to be successful if (goodbits >= 8) return TRUE; } // block fail or device not present return FALSE; } //---------------------------------------------------------------------- // Perform a overdrive MATCH command to select the 1-Wire device with // the address in the ID data register. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // // Returns: TRUE: If the device is present on the 1-Wire Net and // can do overdrive then the device is selected. // FALSE: Device is not present or not capable of overdrive. // // *Note: This function could be converted to send DS2480 // commands in one packet. // int owOverdriveAccess(int portnum) { uchar sendpacket[8]; int i, bad_echo = FALSE; #if DEBUG_OW_NETU printf ("owOverdriveAccess\n"); #endif // make sure normal level owLevel(portnum,MODE_NORMAL); // force to normal communication speed owSpeed(portnum,MODE_NORMAL); // call the 1-Wire Net reset function if (owTouchReset(portnum)) { // send the match command 0x69 if (owWriteByte(portnum,0x69)) { // switch to overdrive communication speed owSpeed(portnum,MODE_OVERDRIVE); // create a buffer to use with block function // Serial Number for (i = 0; i < 8; i++) sendpacket[i] = SerialNum[portnum][i]; // send/recieve the transfer buffer if (owBlock(portnum,FALSE,sendpacket,8)) { // verify that the echo of the writes was correct for (i = 0; i < 8; i++) if (sendpacket[i] != SerialNum[portnum][i]) bad_echo = TRUE; // if echo ok then success if (!bad_echo) { #if DEBUG_OW_NETU printf ("owOverdriveAccess success\n"); #endif return TRUE; } } } } // failure, force back to normal communication speed owSpeed(portnum,MODE_NORMAL); return FALSE; } //-------------------------------------------------------------------------- // Bit utility to read and write a bit in the buffer 'buf'. // // 'op' - operation (1) to set and (0) to read // 'state' - set (1) or clear (0) if operation is write (1) // 'loc' - bit number location to read or write // 'buf' - pointer to array of bytes that contains the bit // to read or write // // Returns: 1 if operation is set (1) // 0/1 state of bit number 'loc' if operation is reading // int bitacc(int op, int state, int loc, uchar *buf) { int nbyt,nbit; nbyt = (loc / 8); nbit = loc - (nbyt * 8); if (op == WRITE_FUNCTION) { if (state) buf[nbyt] |= (0x01 << nbit); else buf[nbyt] &= ~(0x01 << nbit); return 1; } else return ((buf[nbyt] >> nbit) & 0x01); } sdcc-2.9.0/device/examples/ds390/ow390/owsesu.c000066400000000000000000000071301116427777700207530ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // owSesU.C - Acquire and release a Session on the 1-Wire Net. // // Version: 2.00 // // History: 1.03 -> 2.00 Changed 'MLan' to 'ow'. Added support for // multiple ports. #include #include "ownet.h" #include "ds2480.h" // keep port name for later message when closing static char portname[MAX_PORTNUM][128]; //--------------------------------------------------------------------------- // Attempt to acquire a 1-Wire net using a com port and a DS2480 based // adapter. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'port_zstr' - zero terminated port name. For this platform // use format COMX where X is the port number. // 'return_msg' - zero terminated return message. // // Returns: TRUE - success, COM port opened // int owAcquire(int portnum, char *port_zstr, char *return_msg) { int cnt=0; portname[portnum][0] = 0; // attempt to open the communications port if (OpenCOM(portnum,port_zstr)) cnt += sprintf(&return_msg[cnt],"%s opened\n",port_zstr); else { cnt += sprintf(&return_msg[cnt],"Could not open port %s," " aborting.\nClosing port %s.\n",port_zstr,port_zstr); return FALSE; } // detect DS2480 if (DS2480Detect(portnum)) cnt += sprintf(&return_msg[cnt],"DS2480-based adapter detected\n"); else { cnt += sprintf(&return_msg[cnt],"DS2480-based adapter not detected, aborting program\n"); cnt += sprintf(&return_msg[cnt],"Closing port %s.\n",port_zstr); CloseCOM(portnum); return FALSE; } // success sprintf(portname[portnum],"%s",port_zstr); return TRUE; } //--------------------------------------------------------------------------- // Release the previously acquired a 1-Wire net. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'return_msg' - zero terminated return message. // void owRelease(int portnum, char *return_msg) { // close the communications port sprintf(return_msg,"Closing port %s.\n",portname[portnum]); CloseCOM(portnum); } sdcc-2.9.0/device/examples/ds390/ow390/owtrnu.c000066400000000000000000000465771116427777700210060ustar00rootroot00000000000000#define DEBUG_OW_TRNU 0 #if DEBUG_OW_TRNU #include #endif //--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // owTranU.C - Transport functions for 1-Wire Net // using the DS2480 (U) serial interface chip. // // Version: 2.00 // // History: 1.02 -> 1.03 Removed caps in #includes for Linux capatibility // 1.03 -> 2.00 Changed 'MLan' to 'ow'. Added support for // multiple ports. // #include "ownet.h" #include "ds2480.h" // local functions static int Write_Scratchpad(int,uchar *,int,int); static int Copy_Scratchpad(int,int,int); //-------------------------------------------------------------------------- // The 'owBlock' transfers a block of data to and from the // 1-Wire Net with an optional reset at the begining of communication. // The result is returned in the same buffer. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'do_reset' - cause a owTouchReset to occure at the begining of // communication TRUE(1) or not FALSE(0) // 'tran_buf' - pointer to a block of unsigned // chars of length 'tran_len' that will be sent // to the 1-Wire Net // 'tran_len' - length in bytes to transfer // Supported devices: all // // Returns: TRUE (1) : The optional reset returned a valid // presence (do_reset == TRUE) or there // was no reset required. // FALSE (0): The reset did not return a valid prsence // (do_reset == TRUE). // // The maximum tran_length is 64 // int owBlock(int portnum, int do_reset, uchar *tran_buf, int tran_len) { uchar sendpacket[150]; int sendlen=0,pos,i; // check for a block too big if (tran_len > 64) return FALSE; // check if need to do a owTouchReset first if (do_reset) { if (!owTouchReset(portnum)) return FALSE; } // construct the packet to send to the DS2480 // check if correct mode if (UMode[portnum] != MODSEL_DATA) { UMode[portnum] = MODSEL_DATA; sendpacket[sendlen++] = MODE_DATA; } // add the bytes to send pos = sendlen; for (i = 0; i < tran_len; i++) { sendpacket[sendlen++] = tran_buf[i]; // check for duplication of data that looks like COMMAND mode if (tran_buf[i] == MODE_COMMAND) sendpacket[sendlen++] = tran_buf[i]; } // flush the buffers FlushCOM(portnum); // send the packet if (WriteCOM(portnum,sendlen,sendpacket)) { // read back the response if (ReadCOM(portnum,tran_len,tran_buf) == tran_len) { return TRUE; } } // an error occured so re-sync with DS2480 DS2480Detect(portnum); return FALSE; } //-------------------------------------------------------------------------- // Read a Universal Data Packet from a standard NVRAM iButton // and return it in the provided buffer. The page that the // packet resides on is 'start_page'. Note that this function is limited // to single page packets. The buffer 'read_buf' must be at least // 29 bytes long. // // The Universal Data Packet always start on page boundaries but // can end anywhere. The length is the number of data bytes not // including the length byte and the CRC16 bytes. There is one // length byte. The CRC16 is first initialized to the starting // page number. This provides a check to verify the page that // was intended is being read. The CRC16 is then calculated over // the length and data bytes. The CRC16 is then inverted and stored // low byte first followed by the high byte. // // Supported devices: DS1992, DS1993, DS1994, DS1995, DS1996, DS1982, // DS1985, DS1986, DS2407, and DS1971. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'do_access' - flag to indicate if an 'owAccess' should be // peformed at the begining of the read. This may // be FALSE (0) if the previous call was to read the // previous page (start_page-1). // 'start_page' - page number to start the read from // 'read_buf' - pointer to a location to store the data read // // Returns: >=0 success, number of data bytes in the buffer // -1 failed to read a valid UDP // // int owReadPacketStd(int portnum, int do_access, int start_page, uchar *read_buf) { int i,length,sendlen=0,head_len=0; uchar sendpacket[50]; ushort lastcrc16; #if DEBUG_OW_TRNU printf ("owReadPacketStd: %d %d\n", do_access, start_page); #endif // check if access header is done // (only use if in sequention read with one access at begining) if (do_access) { // match command sendpacket[sendlen++] = 0x55; for (i = 0; i < 8; i++) sendpacket[sendlen++] = SerialNum[portnum][i]; // read memory command sendpacket[sendlen++] = 0xF0; // write the target address sendpacket[sendlen++] = ((start_page << 5) & 0xFF); sendpacket[sendlen++] = (start_page >> 3); // check for DS1982 exception (redirection byte) if (SerialNum[portnum][0] == 0x09) sendpacket[sendlen++] = 0xFF; // record the header length head_len = sendlen; } // read the entire page length byte for (i = 0; i < 32; i++) sendpacket[sendlen++] = 0xFF; // send/recieve the transfer buffer if (owBlock(portnum,do_access,sendpacket,sendlen)) { // seed crc with page number setcrc16(portnum,(ushort)start_page); // attempt to read UDP from sendpacket length = sendpacket[head_len]; docrc16(portnum,(ushort)length); // verify length is not too large if (length <= 29) { // loop to read packet including CRC for (i = 0; i < length; i++) { read_buf[i] = sendpacket[i+1+head_len]; docrc16(portnum,read_buf[i]); } // read and compute the CRC16 docrc16(portnum,sendpacket[i+1+head_len]); lastcrc16 = docrc16(portnum,sendpacket[i+2+head_len]); // verify the CRC16 is correct if (lastcrc16 == 0xB001) return length; // return number of byte in record #if DEBUG_OW_TRNU printf ("owReadPacketStd: crc error in page %d\n", start_page); #endif } } #if DEBUG_OW_TRNU printf ("owReadPacketStd: block>29 : %d\n", length); #endif // failed block or incorrect CRC return -1; } //-------------------------------------------------------------------------- // Write a Universal Data Packet onto a standard NVRAM 1-Wire device // on page 'start_page'. This function is limited to UDPs that // fit on one page. The data to write is provided as a buffer // 'write_buf' with a length 'write_len'. // // The Universal Data Packet always start on page boundaries but // can end anywhere. The length is the number of data bytes not // including the length byte and the CRC16 bytes. There is one // length byte. The CRC16 is first initialized to the starting // page number. This provides a check to verify the page that // was intended is being read. The CRC16 is then calculated over // the length and data bytes. The CRC16 is then inverted and stored // low byte first followed by the high byte. // // Supported devices: is_eprom=0 // DS1992, DS1993, DS1994, DS1995, DS1996 // is_eprom=1, crc_type=0(CRC8) // DS1982 // is_eprom=1, crc_type=1(CRC16) // DS1985, DS1986, DS2407 // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'start_page' - page number to write packet to // 'write_buf' - pointer to buffer containing data to write // 'write_len' - number of data byte in write_buf // 'is_eprom' - flag set if device is an EPROM (1 EPROM, 0 NVRAM) // 'crc_type' - if is_eprom=1 then indicates CRC type // (0 CRC8, 1 CRC16) // // Returns: TRUE(1) success, packet written // FALSE(0) failure to write, contact lost or device locked // // int owWritePacketStd(int portnum, int start_page, uchar *write_buf, int write_len, int is_eprom, int crc_type) { uchar construct_buffer[32]; int i,buffer_cnt=0,start_address,do_access; ushort lastcrc16; #if DEBUG_OW_TRNU printf ("owWritePacketStd: %d %d\n", start_page, write_len); #endif // check to see if data too long to fit on device if (write_len > 29) { #if DEBUG_OW_TRNU printf ("owWritePacketStd: too long\n"); #endif return FALSE; } // seed crc with page number setcrc16(portnum,(ushort)start_page); // set length byte construct_buffer[buffer_cnt++] = (uchar)(write_len); docrc16(portnum,(ushort)write_len); // fill in the data to write for (i = 0; i < write_len; i++) { lastcrc16 = docrc16(portnum,write_buf[i]); construct_buffer[buffer_cnt++] = write_buf[i]; } // add the crc construct_buffer[buffer_cnt++] = (uchar)(~(lastcrc16 & 0xFF)); construct_buffer[buffer_cnt++] = (uchar)(~((lastcrc16 & 0xFF00) >> 8)); // check if not EPROM if (!is_eprom) { // write the page if (!Write_Scratchpad(portnum,construct_buffer,start_page,buffer_cnt)) { #if DEBUG_OW_TRNU printf ("owWritePacketStd: couldn't Write_Scratchpad\n"); #endif return FALSE; } // copy the scratchpad if (!Copy_Scratchpad(portnum,start_page,buffer_cnt)) { #if DEBUG_OW_TRNU printf ("owWritePacketStd: couldn't Copy_Scratchpad\n"); #endif return FALSE; } // copy scratch pad was good then success return TRUE; } // is EPROM else { // calculate the start address start_address = ((start_page >> 3) << 8) | ((start_page << 5) & 0xFF); do_access = TRUE; // loop to program each byte for (i = 0; i < buffer_cnt; i++) { if (owProgramByte(portnum,construct_buffer[i], start_address + i, 0x0F, crc_type, do_access) != construct_buffer[i]) return FALSE; do_access = FALSE; } return TRUE; } } //-------------------------------------------------------------------------- // Write a byte to an EPROM 1-Wire device. // // Supported devices: crc_type=0(CRC8) // DS1982 // crc_type=1(CRC16) // DS1985, DS1986, DS2407 // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'write_byte' - byte to program // 'addr' - address of byte to program // 'write_cmd' - command used to write (0x0F reg mem, 0x55 status) // 'crc_type' - CRC used (0 CRC8, 1 CRC16) // 'do_access' - Flag to access device for each byte // (0 skip access, 1 do the access) // WARNING, only use do_access=0 if programing the NEXT // byte immediatly after the previous byte. // // Returns: >=0 success, this is the resulting byte from the program // effort // -1 error, device not connected or program pulse voltage // not available // int owProgramByte(int portnum, int write_byte, int addr, int write_cmd, int crc_type, int do_access) { ushort lastcrc16; uchar lastcrc8; // optionally access the device if (do_access) { if (!owAccess(portnum)) return -1; // send the write command if (!owWriteByte(portnum,write_cmd)) return -1; // send the address if (!owWriteByte(portnum,addr & 0xFF)) return -1; if (!owWriteByte(portnum,addr >> 8)) return -1; } // send the data to write if (!owWriteByte(portnum,write_byte)) return -1; // read the CRC if (crc_type == 0) { // calculate CRC8 if (do_access) { setcrc8(portnum,0); docrc8(portnum,(uchar)write_cmd); docrc8(portnum,(uchar)(addr & 0xFF)); docrc8(portnum,(uchar)(addr >> 8)); } else setcrc8(portnum,(uchar)(addr & 0xFF)); docrc8(portnum,(uchar)write_byte); // read and calculate the read crc lastcrc8 = docrc8(portnum,(uchar)owReadByte(portnum)); // crc should now be 0x00 if (lastcrc8 != 0) return -1; } else { // CRC16 if (do_access) { setcrc16(portnum,0); docrc16(portnum,(ushort)write_cmd); docrc16(portnum,(ushort)(addr & 0xFF)); docrc16(portnum,(ushort)(addr >> 8)); } else setcrc16(portnum,(ushort)addr); docrc16(portnum,(ushort)write_byte); // read and calculate the read crc docrc16(portnum,(ushort)owReadByte(portnum)); lastcrc16 = docrc16(portnum,(ushort)owReadByte(portnum)); // crc should now be 0xB001 if (lastcrc16 != 0xB001) return -1; } // send the program pulse if (!owProgramPulse(portnum)) return -1; // read back and return the resulting byte return owReadByte(portnum); } //-------------------------------------------------------------------------- // Write the scratchpad of a standard NVRam device such as the DS1992,3,4 // and verify its contents. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'write_buf' - pointer to buffer containing data to write // 'start_page' - page number to write packet to // 'write_len' - number of data byte in write_buf // // Returns: TRUE(1) success, the data was written and verified // FALSE(0) failure, the data could not be written // // int Write_Scratchpad(int portnum, uchar *write_buf, int start_page, int write_len) { int i,sendlen=0; uchar sendpacket[50]; #if DEBUG_OW_TRNU printf ("Write_Scratchpad: %d %d\n", start_page, write_len); #endif // match command sendpacket[sendlen++] = 0x55; for (i = 0; i < 8; i++) sendpacket[sendlen++] = SerialNum[portnum][i]; // write scratchpad command sendpacket[sendlen++] = 0x0F; // write the target address sendpacket[sendlen++] = ((start_page << 5) & 0xFF); sendpacket[sendlen++] = (start_page >> 3); // write packet bytes for (i = 0; i < write_len; i++) sendpacket[sendlen++] = write_buf[i]; // send/recieve the transfer buffer if (owBlock(portnum,TRUE,sendpacket,sendlen)) { // now attempt to read back to check sendlen = 0; // match command sendpacket[sendlen++] = 0x55; for (i = 0; i < 8; i++) sendpacket[sendlen++] = SerialNum[portnum][i]; // read scratchpad command sendpacket[sendlen++] = 0xAA; // read the target address, offset and data for (i = 0; i < (write_len + 3); i++) sendpacket[sendlen++] = 0xFF; // send/recieve the transfer buffer if (owBlock(portnum,TRUE,sendpacket,sendlen)) { // check address and offset of scratchpad read if ((sendpacket[10] != (int)((start_page << 5) & 0xFF)) || (sendpacket[11] != (int)(start_page >> 3)) || (sendpacket[12] != (int)(write_len - 1))) { #if DEBUG_OW_TRNU printf ("\nWrite_Scratchpad: check failed\n"); #endif //return FALSE; } // verify each data byte for (i = 0; i < write_len; i++) if (sendpacket[i+13] != write_buf[i]) { #if DEBUG_OW_TRNU printf ("\nWrite_Scratchpad: data check failed\n"); #endif return FALSE; } // must have verified return TRUE; } } #if DEBUG_OW_TRNU printf ("\nWrite_Scratchpad: owBlock failed\n"); #endif // failed a block tranfer return FALSE; } //-------------------------------------------------------------------------- // Copy the contents of the scratchpad to its intended nv ram page. The // page and length of the data is needed to build the authorization bytes // to copy. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'start_page' - page number to write packet to // 'write_len' - number of data bytes that are being copied // // Returns: TRUE(1) success // FALSE(0) failure // int Copy_Scratchpad(int portnum, int start_page, int write_len) { int i,sendlen=0; uchar sendpacket[50]; #if DEBUG_OW_TRNU printf ("Copy_Scratchpad: %d %d\n", start_page, write_len); #endif // match command sendpacket[sendlen++] = 0x55; for (i = 0; i < 8; i++) sendpacket[sendlen++] = SerialNum[portnum][i]; // copy scratchpad command sendpacket[sendlen++] = 0x55; // write the target address sendpacket[sendlen++] = ((start_page << 5) & 0xFF); sendpacket[sendlen++] = (start_page >> 3); sendpacket[sendlen++] = write_len - 1; // read copy result sendpacket[sendlen++] = 0xFF; #if DEBUG_OW_TRNU printf ("Copy_Scratchpad: %d, %02x %02x %02x %02x\n", sendlen, sendpacket[10],sendpacket[11],sendpacket[12],sendpacket[13]); #endif // send/recieve the transfer buffer if (owBlock(portnum,TRUE,sendpacket,sendlen)) { // check address and offset of scratchpad read if ((sendpacket[10] != (int)((start_page << 5) & 0xFF)) || (sendpacket[11] != (int)(start_page >> 3)) || (sendpacket[12] != (int)(write_len - 1)) || (sendpacket[13] & 0xF0)) { #if DEBUG_OW_TRNU printf ("Copy_Scratchpad: %d, check failed: %02x %02x %02x %02x\n", sendlen, sendpacket[10],sendpacket[11],sendpacket[12],sendpacket[13]); #endif return FALSE; } else { #if DEBUG_OW_TRNU printf ("Copy_Scratchpad: %02x %02x %02x %02x\n", sendpacket[10],sendpacket[11],sendpacket[12],sendpacket[13]); #endif return TRUE; } } #if DEBUG_OW_TRNU printf ("Copy_Scratchpad: owBlock failed\n"); #endif // failed a block tranfer return FALSE; } sdcc-2.9.0/device/examples/ds390/ow390/swt12.c000066400000000000000000000175471116427777700204230ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //-------------------------------------------------------------------------- // // swt12.c - Modifies Channel A and B and returns info byte data for // the DS2406 and DS2407. // version 2.00 // Include files #include #include "ownet.h" #include "swt12.h" //---------------------------------------------------------------------- // SUBROUTINE - ReadSwitch12 // // This routine gets the Channel Info Byte and returns it. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'ClearActivity' - To reset the button // // Returns: (-1) If the Channel Info Byte could not be read. // (Info Byte) If the Channel Info Byte could be read. // int ReadSwitch12(int portnum, int ClearActivity) { int rt=-1; //this is the return value depending if the byte was read int trans_cnt=0; //this is the counter for the number of bytes to send uchar transfer[30]; //this is the whole block of byte info // access and verify it is there if (owAccess(portnum)) { // reset CRC setcrc16(portnum,0); // channel access command transfer[trans_cnt++] = 0xF5; docrc16(portnum,0xF5); // control bytes if (ClearActivity) { transfer[trans_cnt++] = 0xD5; docrc16(portnum,0xD5); } else { transfer[trans_cnt++] = 0x55; docrc16(portnum,0x55); } transfer[trans_cnt++] = 0xFF; docrc16(portnum,0xFF); // read the info byte transfer[trans_cnt++] = 0xFF; // dummy data transfer[trans_cnt++] = 0xFF; transfer[trans_cnt++] = 0xFF; transfer[trans_cnt++] = 0xFF; if (owBlock(portnum,FALSE,transfer,trans_cnt)) { rt = transfer[3]; // read a dummy read byte and CRC16 docrc16(portnum,transfer[trans_cnt-4]); docrc16(portnum,transfer[trans_cnt-3]); docrc16(portnum,transfer[trans_cnt-2]); if(docrc16(portnum,transfer[trans_cnt-1]) != 0xB001) rt = -1; } } else rt = -1; return rt; } //---------------------------------------------------------------------- // SUBROUTINE - SetSwitch12 // // This routine sets the channel state of the specified DS2406 // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'SerialNum' - Serial Number of DS2406 to set the switch state // 'State' - Is a type containing what to set A and/or B to. It // also contains the other fields that maybe written later // // Returns: TRUE(1) State of DS2406 set and verified // FALSE(0) could not set the DS2406, perhaps device is not // in contact // int SetSwitch12(int portnum, uchar *SerialNum, SwitchProps *State) { ushort st; int rt=FALSE; uchar send_block[30]; int send_cnt=0; setcrc16(portnum,0); // set the device serial number to the counter device owSerialNum(portnum,SerialNum,FALSE); // access the device if (owAccess(portnum)) { // create a block to send that reads the counter // write status command send_block[send_cnt++] = 0x55; docrc16(portnum,0x55); // address of switch state send_block[send_cnt++] = 0x07; docrc16(portnum,0x07); send_block[send_cnt++] = 0x00; docrc16(portnum,0x00); // write state st = 0x1F; if(!State->Chan_B) st |= 0x40; if(!State->Chan_A) st |= 0x20; // more ifs can be added here for the other fields. send_block[send_cnt++] = (uchar)st; docrc16(portnum,st); // read CRC16 send_block[send_cnt++] = 0xFF; send_block[send_cnt++] = 0xFF; // now send the block if (owBlock(portnum,FALSE,send_block,send_cnt)) { // perform the CRC16 on the last 2 bytes of packet docrc16(portnum,send_block[send_cnt-2]); // verify crc16 is correct if(docrc16(portnum,send_block[send_cnt-1]) == 0xB001) rt = TRUE; } } // return the result flag rt return rt; } //---------------------------------------------------------------------- // SUBROUTINE - SwitchStateToString12 // // This routine uses the info byte to return a string with all the data. // // 'infobyte' - This is the information byte data from the hardware. // 'outstr' - This will be the output string. It gets set in the // the procedure. // int SwitchStateToString12(int infobyte, char *outstr) { int cnt = 0; if(infobyte & 0x40) { cnt += sprintf(outstr+cnt, "%s", "Channel A and B\n"); if(infobyte & 0x80) cnt += sprintf(outstr+cnt, "%s", "Supply\n"); else cnt += sprintf(outstr+cnt, "%s", "No Supply\n"); if(infobyte & 0x20) cnt += sprintf(outstr+cnt, "%s", "Activity on PIO-B\n"); else cnt += sprintf(outstr+cnt, "%s", "No activity on PIO-B\n"); if(infobyte & 0x10) cnt += sprintf(outstr+cnt, "%s", "Activity on PIO-A\n"); else cnt += sprintf(outstr+cnt, "%s", "No activity on PIO-A\n"); if(infobyte & 0x08) cnt += sprintf(outstr+cnt, "%s", "Hi level on PIO B\n"); else cnt += sprintf(outstr+cnt, "%s", "Lo level on PIO B\n"); if(infobyte & 0x04) cnt += sprintf(outstr+cnt, "%s", "Hi level on PIO A\n"); else cnt += sprintf(outstr+cnt, "%s", "Lo level on PIO A\n"); if(infobyte & 0x02) cnt += sprintf(outstr+cnt, "%s", "Channel B off\n"); else cnt += sprintf(outstr+cnt, "%s", "Channel B on\n"); if(infobyte & 0x01) cnt += sprintf(outstr+cnt, "%s", "Channel A off\n"); else cnt += sprintf(outstr+cnt, "%s", "Channel A on\n"); } else { cnt += sprintf(outstr+cnt, "%s", "Channel A\n"); if(infobyte & 0x80) cnt += sprintf(outstr+cnt, "%s", "Supply\n"); else cnt += sprintf(outstr+cnt, "%s", "No Supply\n"); if(infobyte & 0x10) cnt += sprintf(outstr+cnt, "%s", "Activity on PIO-A\n"); else cnt += sprintf(outstr+cnt, "%s", "No activity on PIO-A\n"); if(infobyte & 0x04) cnt += sprintf(outstr+cnt, "%s", "Hi level on PIO A\n"); else cnt += sprintf(outstr+cnt, "%s", "Lo level on PIO A\n"); if(infobyte & 0x01) cnt += sprintf(outstr+cnt, "%s", "Channel A off\n"); else cnt += sprintf(outstr+cnt, "%s", "Channel A on\n"); } return cnt; } sdcc-2.9.0/device/examples/ds390/ow390/swt12.h000066400000000000000000000003661116427777700204170ustar00rootroot00000000000000typedef struct tagSRAM { uchar Supply; uchar Chan_B; uchar Chan_A; uchar Chan_Sel; uchar Sour_Sel; uchar Polarity; } SwitchProps; int ReadSwitch12(int,int); int SetSwitch12(int,uchar *,SwitchProps*); int SwitchStateToString12(int,char *); sdcc-2.9.0/device/examples/ds390/ow390/swtloop.c000066400000000000000000000142741116427777700211440ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //-------------------------------------------------------------------------- // // swtloop.C - Goes through the testing of the DS2406(DS2407) switch // Version 2.00 // Include files #include #include #include "ownet.h" #include "swt12.h" // Constant definition #define MAXDEVICES 15 // tini hack int argc=2; char *argv[]={__FILE__, "exow"}; #define getkeystroke getchar //-------------------------------------------------------------------------- // This is the begining of the program that tests the different Channels int main() //short argc, char **argv) { char return_msg[128]; //returned message from 1-wire operations int i,j,k,n; //loop counters short test=0; //info byte data short clear=0; //used to clear the button SwitchProps sw; //used to set Channel A and B uchar SwitchSN[MAXDEVICES][8]; //the serial numbers for the devices int num; //for the number of devices present int ch; //inputed character from user char out[140]; //used for output of the info byte data int portnum=0; //---------------------------------------- // Introduction header printf("\n/---------------------------------------------\n"); printf(" swtest - V2.00\n" " The following is a test to excersize the\n" " different channels on the DS2406.\n"); printf(" Press any CTRL-C to stop this program.\n\n"); // check for required port name if (argc != 2) { printf("1-Wire Net name required on command line!\n" " (example: \"COM1\" (Win32 DS2480),\"/dev/cua0\" " "(Linux DS2480),\"1\" (Win32 TMEX)\n"); exit(1); } // attempt to acquire the 1-Wire Net if (!owAcquire(portnum, argv[1], return_msg)) { printf("%s",return_msg); exit(1); } // success printf("%s",return_msg); // this is to get the number of the devices and the serial numbers num = FindDevices(portnum, &SwitchSN[0], SWITCH_FAMILY, MAXDEVICES); // setting up the first print out for the frist device owSerialNum(portnum, SwitchSN[0], FALSE); j=1; n=0; do { // This is for after the different combinations of channels // have been tested to reset to a different device to be tested. if( ((test & 0x40) && (j==5)) || ((!(test & 0x40)) && (j==3)) ) { printf("\n\n"); for(k=0; k < num; k++) { printf("%d ", k+1); for(i=7; i>=0; i--) { printf("%02X", SwitchSN[k][i]); } printf("\n"); } printf("%d To quit or any other key.\n", k+1); printf("\n"); printf("Pick a device\n"); ch = getkeystroke(); n = 0; n = (10*n + (ch - '0')) - 1; if( (n>num-1) || (n<0) ) { n = 0; //used to finish off the loop break; } owSerialNum(portnum, SwitchSN[n], FALSE); j = 1; } printf("\n"); test = ReadSwitch12(portnum,clear); // This looks at the info byte to determine if it is a // two or one channel device. if(test & 0x40) { switch(j) { case 1: sw.Chan_A = 0; sw.Chan_B = 0; break; case 2: sw.Chan_A = 0; sw.Chan_B = 1; break; case 3: sw.Chan_A = 1; sw.Chan_B = 0; break; case 4: sw.Chan_A = 1; sw.Chan_B = 1; break; default: sw.Chan_A = 1; sw.Chan_B = 1; j=0; break; } } else { switch(j) { case 1: sw.Chan_B = 0; sw.Chan_A = 0; break; case 2: sw.Chan_B = 0; sw.Chan_A = 1; break; default: sw.Chan_B = 0; sw.Chan_A = 1; j = 0; break; } } if(!SetSwitch12(portnum, SwitchSN[n], &sw)) { msDelay(50); if(SetSwitch12(portnum, SwitchSN[n], &sw)) msDelay(50); else printf("Switch not set\n"); } test = ReadSwitch12(portnum,clear); printf("\n"); for(i=7; i>=0; i--) { printf("%02X", SwitchSN[n][i]); } printf("\n"); SwitchStateToString12(test, out); printf("%s", out); j++; } while(1); // release the 1-Wire Net owRelease(portnum,return_msg); printf("%s",return_msg); exit(0); return 0; } sdcc-2.9.0/device/examples/ds390/ow390/swtoper.c000066400000000000000000000155751116427777700211450ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //-------------------------------------------------------------------------- // // swtoper.C - Menu-driven test of DS2406(DS2407) 1-Wire switch // version 2.00 // Include files #include #include #include #include "ownet.h" #include "swt12.h" // Constant definition #define MAXDEVICES 15 // tini hack int argc=2; char *argv[]={__FILE__, "exow"}; #define getkeystroke getchar //--------------------------------------------------------------------------- // The main program that performs the operations on switches // int main() //short argc, char **argv) { char return_msg[128]; //returned message from 1-wire operations short test; //info byte data short clear=0; //used to clear the button short done; //to tell when the user is done SwitchProps sw; //used to set Channel A and B uchar SwitchSN[MAXDEVICES][8]; //the serial number for the devices int num; //for the number of devices present int ch; //inputed character from user int i,j,n; //loop counters and indexes char out[140]; //used for output of the info byte data int count; //the number of characters in the info byte data int portnum=0; //---------------------------------------- // Introduction header printf("\n/---------------------------------------------\n"); printf(" Switch - V2.00\n" " The following is a test to excersize the \n" " setting of the state in a DS2406.\n"); printf(" Press any CTRL-C to stop this program.\n\n"); // check for required port name if (argc != 2) { printf("1-Wire Net name required on command line!\n" " (example: \"COM1\" (Win32 DS2480),\"/dev/cua0\" " "(Linux DS2480),\"1\" (Win32 TMEX)\n"); exit(1); } // attempt to acquire the 1-Wire Net if (!owAcquire(portnum, argv[1], return_msg)) { printf("%s",return_msg); exit(1); } // success printf("%s",return_msg); // this is to get the number of the devices and the serial numbers num = FindDevices(portnum, &SwitchSN[0], SWITCH_FAMILY, MAXDEVICES); // setting up the first print out for the frist device owSerialNum(portnum, SwitchSN[0], FALSE); printf("\n"); n=0; if(owAccess(portnum)) { // loop while not done do { test = ReadSwitch12(portnum, clear); for(i=7; i>=0; i--) printf("%02X", SwitchSN[n][i]); printf("\n"); count = SwitchStateToString12(test, out); printf("%s", out); // print menu printf("\n\n(1) Display the switch Info\n" "(2) Clear activity Latches\n" "(3) Set Flip Flop(s) on switch\n" "(4) Select different device\n" "(5) Quit\n" "Select a Number:"); ch = getkeystroke(); printf("\n\n"); // do something from the menu selection clear = FALSE; switch(ch) { case '1': // Display the switch Info done = FALSE; break; case '2': // Clear activity Latches clear = TRUE; done = FALSE; break; case '3': // Set Flip Flop(s) on switch printf("Channel %c Flip Flop (1 set, 0 clear):",'A'); ch = getkeystroke(); if (ch == '0') sw.Chan_A = 0; else sw.Chan_A = 1; printf("\n"); if(test & 0x40) { printf("Channel %c Flip Flop (1 set, 0 clear):",'B'); ch = getkeystroke(); if (ch == '0') sw.Chan_B = 0; else sw.Chan_B = 1; printf("\n"); } else { printf("\n"); sw.Chan_B = 0; } printf("\n"); if(!SetSwitch12(portnum, SwitchSN[n], &sw)) { msDelay(50); if(SetSwitch12(portnum, SwitchSN[n], &sw)) msDelay(50); else printf("Switch not set\n"); } done = FALSE; break; case '4': // Switch Devices for(j=0; j < num; j++) { printf("%d ", j+1); for(i=7; i>=0; i--) { printf("%02X", SwitchSN[j][i]); } printf("\n"); } printf("\n"); do { printf("Pick a device\n"); ch = getkeystroke(); n = 0; n = (10*n + (ch - '0')) - 1; printf("\n"); } while((!isalnum(ch)) || (n>num-1)); printf("\n"); n = 0; n = (10*n + (ch - '0')) - 1; owSerialNum(portnum, SwitchSN[n], FALSE); done = FALSE; break; case '5': case 'q': case 'Q': // Done done = TRUE; break; default: break; } } while (!done); } //One Wire Access owRelease(portnum,return_msg); printf("%s",return_msg); exit(0); return 0; } sdcc-2.9.0/device/examples/ds390/ow390/temp.c000066400000000000000000000112451116427777700203750ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // temp.c - Application to find and read the 1-Wire Net // DS1920/DS1820/DS18S20 - temperature measurement. // // This application uses the files from the 'Public Domain' // 1-Wire Net libraries ('general' and 'userial'). // // // Version: 2.00 // #include #include #include "ownet.h" #include "temp10.h" // defines #define MAXDEVICES 20 // local functions static void PrintSerialNum(uchar FamilySN[8]); // local serial numbers static uchar FamilySN[MAXDEVICES][8]; // variables static int family_code; // tini hack int argc=2; char *argv[]={__FILE__, "exow"}; //---------------------------------------------------------------------- // Main Test for DS1920/DS1820 temperature measurement // int main() //short argc, char **argv) { float current_temp; char return_msg[128]; int i = 0; int j = 0; int NumDevices=0; int portnum = 0; //---------------------------------------- // Introduction header printf("\n/---------------------------------------------\n"); printf(" Temperature application DS1920/DS1820 - Version 1.00 \n" " The following is a test to excersize a DS1920/DS1820.\n" " Temperature Find and Read from a: \n" " DS1920/DS1820 (at least 1)\n\n"); printf(" Press any CTRL-C to stop this program.\n\n"); printf(" Output [Serial Number(s) ........ Temp1(C)] \n\n"); // check for required port name if (argc != 2) { printf("1-Wire Net name required on command line!\n" " (example: \"COM1\" (Win32 DS2480),\"/dev/cua0\" " "(Linux DS2480),\"1\" (Win32 TMEX)\n"); exit(1); } // attempt to acquire the 1-Wire Net if (!owAcquire(portnum, argv[1], return_msg)) { printf("%s",return_msg); exit(1); } // success printf("%s",return_msg); // Find the device(s) NumDevices = FindDevices(portnum, &FamilySN[0], 0x10, MAXDEVICES); if (NumDevices>0) { printf("\n"); printf("Device(s) Found: \n"); for (i = 0; i < NumDevices; i++) { PrintSerialNum(FamilySN[i]); printf("\n"); } printf("\n\n"); // (stops on CTRL-C) do { // read the temperature and print serial number and temperature for (i = 0; i < NumDevices; i++) { if (ReadTemperature(portnum, FamilySN[i],¤t_temp)) { PrintSerialNum(FamilySN[i]); printf(" %5.2f \n", current_temp); } else printf(" Error reading temperature, verify device present:%d\n", owVerify(portnum, FALSE)); } printf("\n"); } while (!key_abort()); } else printf("\n\n\nERROR, device DS1920/DS1820 not found!\n"); // release the 1-Wire Net owRelease(portnum, return_msg); printf("%s",return_msg); exit(0); return 0; } // ------------------------------------------------------------------------------- // Read and print the serial number. // void PrintSerialNum(uchar FamilySN[8]) { int i; for (i = 7; i>=0; i--) printf("%02X", FamilySN[i]); } sdcc-2.9.0/device/examples/ds390/ow390/temp10.c000066400000000000000000000110671116427777700205400ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. // --------------------------------------------------------------------------- // // temp10.C - Module to read the DS1920/DS1820 - temperature measurement. // // Version: 2.00 // // --------------------------------------------------------------------------- // // #include "ownet.h" #include "temp10.h" //---------------------------------------------------------------------- // Read the temperature of a DS1920/DS1820 // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // 'SerialNum' - Serial Number of DS1920/DS1820 to read temperature from // 'Temp ' - pointer to variable where that temperature will be // returned // // Returns: TRUE(1) temperature has been read and verified // FALSE(0) could not read the temperature, perhaps device is not // in contact // int ReadTemperature(int portnum, uchar *SerialNum, float *Temp) { int rt=FALSE; uchar send_block[30],lastcrc8; int send_cnt=0, tsht, i, loop=0; float tmp,cr,cpc; setcrc8(portnum,0); // set the device serial number to the counter device owSerialNum(portnum,SerialNum,FALSE); for (loop = 0; rt==FALSE && loop < 2; loop ++) { // access the device if (owAccess(portnum)) { // send the convert temperature command owTouchByte(portnum,0x44); // set the 1-Wire Net to strong pull-up if (owLevel(portnum,MODE_STRONG5) != MODE_STRONG5) return FALSE; // sleep for 1 second msDelay(1000); // turn off the 1-Wire Net strong pull-up if (owLevel(portnum,MODE_NORMAL) != MODE_NORMAL) return FALSE; // access the device if (owAccess(portnum)) { // create a block to send that reads the temperature // read scratchpad command send_block[send_cnt++] = 0xBE; // now add the read bytes for data bytes and crc8 for (i = 0; i < 9; i++) send_block[send_cnt++] = 0xFF; // now send the block if (owBlock(portnum,FALSE,send_block,send_cnt)) { // perform the CRC8 on the last 8 bytes of packet for (i = send_cnt - 9; i < send_cnt; i++) lastcrc8 = docrc8(portnum,send_block[i]); // verify CRC8 is correct if (lastcrc8 == 0x00) { // calculate the high-res temperature tsht = send_block[1]/2; if (send_block[2] & 0x01) tsht |= -128; tmp = (float)(tsht); cr = send_block[7]; cpc = send_block[8]; if (((cpc - cr) == 1) && (loop == 0)) continue; if (cpc == 0) return FALSE; else tmp = tmp - (float)0.25 + (cpc - cr)/cpc; *Temp = tmp; // success rt = TRUE; } } } } } // return the result flag rt return rt; } sdcc-2.9.0/device/examples/ds390/ow390/temp10.h000066400000000000000000000000631116427777700205370ustar00rootroot00000000000000extern int ReadTemperature(int, uchar *, float *); sdcc-2.9.0/device/examples/ds390/ow390/thermo21.c000066400000000000000000001243431116427777700210750ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // thermo21.c - Thermochron iButton utility functions // // Version: 2.00 // // History: // 1.03 -> 2.00 Reorganization of Public Domain Kit // Convert to global CRC utility functions // Y2K fix. #include #include "time.h" #include #include "ownet.h" #include "thermo21.h" // a hack for sdcc/TINI, just printf to stdout int fprintf (FILE *fp, char *format, ...) reentrant { va_list arg; *fp; // hush the compiler va_start(arg, format); vsprintf(NULL, format, arg); va_end(arg); } FILE * fopen(char * path, char *mode) { path, mode; //hush the compiler return (FILE *)0; } int fclose(FILE *fp) { fp; // hust the compiler return 0; } static int RunThermoScript(int,ThermoStateType *,ThermoScript script[], FILE *fp); static int ThermoStep(int,ThermoStateType *,ThermoScript *,int *,int *,int *,char *); static int ReadPages(int,int,int,int *,uchar *); static int WriteScratch(int,uchar *,int,int); static int CopyScratch(int,int,int); static int WriteMemory(int,uchar *, int, int); // step constants enum { ST_SETUP=0, ST_READ_STATUS, ST_READ_ALARM, ST_READ_HIST, ST_READ_LOG, ST_CLEAR_MEM, ST_CLEAR_VERIFY, ST_WRITE_TIME, ST_WRITE_CONTROL, ST_WRITE_RATE, ST_FINISH, ST_GET_SESSION, ST_FIND_THERMO, ST_REL_SESSION, ST_READ_PAGES, ST_WRITE_MEM, ST_CLEAR_SETUP }; // status contants enum { STATUS_STEP_COMPLETE, STATUS_COMPLETE, STATUS_INPROGRESS, STATUS_ERROR_HALT, STATUS_ERROR_TRANSIENT }; // download steps static ThermoScript Download[] = {{ ST_READ_STATUS, "Setup to read the mission status"}, { ST_READ_PAGES, "Read the status page"}, { ST_READ_ALARM, "Setup to read alarm pages"}, { ST_READ_PAGES, "Read the alarm pages"}, { ST_READ_HIST, "Setup to read histogram pages"}, { ST_READ_PAGES, "Read the histogram pages"}, { ST_READ_LOG, "Setup to read log pages"}, { ST_READ_PAGES, "Read the log pages"}, { ST_FINISH, "Finished"}}; // read status only steps static ThermoScript GetStatus[] = {{ ST_READ_STATUS, "Setup to read the mission status"}, { ST_READ_PAGES, "Read the status page"}, { ST_FINISH, "Finished"}}; // mission steps (assume already did StatusThermo) static ThermoScript Mission[] = {{ ST_CLEAR_SETUP, "Setup clear memory"}, { ST_WRITE_MEM, "Write clear memory bit"}, { ST_CLEAR_MEM, "Clear the memory"}, { ST_READ_STATUS, "Setup to read the mission status"}, { ST_READ_PAGES, "Read the status page"}, { ST_CLEAR_VERIFY, "Verify memory is clear"}, { ST_WRITE_TIME, "Setup to write the real time clock"}, { ST_WRITE_MEM, "Write the real time clock"}, { ST_WRITE_CONTROL,"Setup to write the control"}, { ST_WRITE_MEM, "Write the control"}, { ST_WRITE_RATE, "Setup to write the sample rate to start mission"}, { ST_WRITE_MEM, "Write the sample rate"}, { ST_READ_STATUS, "Read the new mission status"}, { ST_FINISH, "Finished"}}; // global state information static int current_speed[MAX_PORTNUM]; //-------------------------------------------------------------------------- // The 'DownloadThermo' downloads the specified Thermochron in 'SerialNum' // and puts the data in the state variable 'ThermoState'. Progress output // is printed to the specified file 'fp'. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'SerialNum' - Device serial number to download // 'ThermoState' - pointer to a structure type that holds the raw and // translated Thermochron data. // 'fp' - file pointer to print status information to // // Returns: TRUE (1) : Thermochron download with raw data in ThermoState // FALSE (0): not downloaded. Abort due to repeated errors // or user keypress. // int DownloadThermo(int portnum, uchar *SerialNum, ThermoStateType *ThermoState, FILE *fp) { // set the serial num owSerialNum(portnum, SerialNum, FALSE); // run the script and download thermochron return RunThermoScript(portnum,ThermoState,Download,fp); } //-------------------------------------------------------------------------- // The 'ReadThermoStatus' reads the Thermochron status in 'SerialNum' // and puts the data in the state variable 'ThermoState'. Progress output // is printed to the specified file 'fp'. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'SerialNum' - Device serial number to download // 'ThermoState' - pointer to a structure type that holds the raw and // translated Thermochron data. // 'fp' - file pointer to print status information to // // Returns: TRUE (1) : Thermochron status read with raw data in ThermoState // FALSE (0): status not read. Abort due to repeated errors // or user keypress. // int ReadThermoStatus(int portnum, uchar *SerialNum, ThermoStateType *ThermoState, FILE *fp) { // set the serial num owSerialNum(portnum, SerialNum, FALSE); // run the script and read status of thermochron return RunThermoScript(portnum,ThermoState,GetStatus,fp); } //-------------------------------------------------------------------------- // The 'MissionThermo' starts a new Thermochron mission on 'SerialNum' // from the state information provided in 'ThermoState'. Progress output // is printed to the specified file 'fp'. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // 'SerialNum' - Device serial number to download // 'ThermoState' - pointer to a structure type that holds the raw and // translated Thermochron data. // 'fp' - file pointer to print status information to // // Returns: TRUE (1) : Thermochron missioned // FALSE (0): not missioned. Abort due to repeated errors // or user keypress. // int MissionThermo(int portnum, uchar *SerialNum, ThermoStateType *ThermoState, FILE *fp) { // set the serial num owSerialNum(portnum, SerialNum, FALSE); // run the script and mission thermochron return RunThermoScript(portnum,ThermoState,Mission,fp); } //-------------------------------------------------------------------------- // Run the specified script. Return TRUE if all steps completed else FALSE. // Status is printed to file 'fp'. // int RunThermoScript(int portnum, ThermoStateType *ThermoState, ThermoScript script[], FILE *fp) { char msg[256],LastDescription[256],LastMsg[256]; int StepCount,SubStep,ErrorCount,Status; int last_clear_step=0; // reset the step to the begining StepCount = 0; SubStep = 0; ErrorCount = 0; Status = STATUS_INPROGRESS; // loop to perform all of the steps to download the Thermochron do { // switch on the status of the last step done switch(Status) { // step complete so go to the next case STATUS_STEP_COMPLETE: StepCount++; SubStep = 0; ErrorCount = 0; Status = STATUS_INPROGRESS; LastDescription[0] = 0; LastMsg[0] = 0; break; // in progress so call again case STATUS_INPROGRESS: // record the step position of the last memory clear // this is in case we need to attempt a clear again if (script[StepCount].Step == ST_CLEAR_SETUP) last_clear_step = StepCount; // print step description if different if (strcmp(LastDescription, script[StepCount].StepDescription) != 0) { fprintf(fp,"%s --> ",script[StepCount].StepDescription); sprintf(LastDescription,"%s",script[StepCount].StepDescription); } // perform a step in the job ThermoStep(portnum,ThermoState,&script[StepCount],&SubStep, &Status, &ErrorCount, msg); // print results if different if (strcmp(LastMsg,msg) != 0) { fprintf(fp,"%s\n",msg); sprintf(LastMsg,"%s",msg); } else fprintf(fp,"."); break; // encountered a transient error case STATUS_ERROR_TRANSIENT: // check if transient error is a memory clear if (script[StepCount].Step == ST_CLEAR_VERIFY) { // put back to starting clear over again StepCount = last_clear_step; SubStep = 0; ErrorCount = 0; Status = STATUS_INPROGRESS; break; } // if 20 tansient errors in a row then abort if (ErrorCount > 20) Status = STATUS_ERROR_HALT; else Status = STATUS_INPROGRESS; break; // all steps complete case STATUS_COMPLETE: fprintf(fp,"End script normally\n"); return TRUE; break; // non-recoverable error case STATUS_ERROR_HALT: fprintf(fp,"Aborting script due to non-recoverable error\n"); return FALSE; break; } } while (!Serial0CharArrived()); // key abort fprintf(fp,"Aborting script due to key press\n"); return FALSE; } //---------------------------------------------------------------------- // Use the script to perform a step and return. // int ThermoStep(int portnum, ThermoStateType *ThermoState, ThermoScript *StateScript, int *SubStep, int *Status, int *ErrorCount, char *msg) { short rslt; static int read_page_num, read_pages, write_addr, write_len; static uchar *read_buf, *write_buf; static uchar tbuf[5]; ErrorCount; // hush the compiler // do the current step switch (StateScript->Step) { // the operation is complete case ST_FINISH: sprintf(msg,"Operation complete"); *Status = STATUS_COMPLETE; break; // read the mission status page case ST_READ_STATUS: read_page_num = STATUS_PAGE; read_pages = 1; read_buf = ThermoState->MissStat.status_raw; sprintf(msg,"Ready to read status page %d", read_page_num); *Status = STATUS_STEP_COMPLETE; break; // set up to read the alarm registers case ST_READ_ALARM: read_page_num = 17; read_pages = 3; read_buf = ThermoState->AlarmData.alarm_raw; sprintf(msg,"Ready to read alarm pages %d to %d", read_page_num, read_page_num + read_pages - 1); *Status = STATUS_STEP_COMPLETE; break; // set up to read the histogram data case ST_READ_HIST: read_page_num = 64; read_pages = 4; read_buf = ThermoState->HistData.hist_raw; sprintf(msg,"Ready to read histogram pages %d to %d", read_page_num, read_page_num + read_pages - 1); *Status = STATUS_STEP_COMPLETE; break; // set up to read the log data case ST_READ_LOG: read_page_num = 128; read_pages = 64; read_buf = ThermoState->LogData.log_raw; sprintf(msg,"Ready to read log pages %d to %d", read_page_num, read_page_num + read_pages - 1); *Status = STATUS_STEP_COMPLETE; break; // read the specified pages case ST_READ_PAGES: // check for last page if (*SubStep == 0) // set the sub-step to the current page being read *SubStep = read_page_num; // read the status page rslt = ReadPages(portnum, read_page_num, read_pages, SubStep, read_buf); if (rslt == FALSE) { sprintf(msg,"Thermochron not on 1-Wire Net"); *Status = STATUS_INPROGRESS; } else { sprintf(msg,"Pages read from Thermochron"); *Status = STATUS_STEP_COMPLETE; } break; // setup the clear memory case ST_CLEAR_SETUP: // create a small buff to write to start the clear memory tbuf[0] = 0x40; write_buf = &tbuf[0]; write_len = 1; write_addr = 0x20E; sprintf(msg,"Write to setup clear memory"); *Status = STATUS_STEP_COMPLETE; break; // clear the memory case ST_CLEAR_MEM: // set the clear memory command (not check return because verify) owAccess(portnum); owWriteByte(portnum,0x3C); msDelay(3); owTouchReset(portnum); sprintf(msg,"Clear memory command sent"); *Status = STATUS_STEP_COMPLETE; break; // clear the memory case ST_CLEAR_VERIFY: // look at the memory clear bit if ((ThermoState->MissStat.status_raw[0x14] & 0x40) == 0x40) { sprintf(msg,"Memory is clear"); *Status = STATUS_STEP_COMPLETE; break; } else { sprintf(msg,"Memory did NOT clear"); *Status = STATUS_ERROR_TRANSIENT; break; } break; // setup write time, clock alarm, control, trips case ST_WRITE_TIME: // create the write buffer FormatMission(&ThermoState->MissStat); write_buf = &ThermoState->MissStat.status_raw[0x00]; write_len = 13; write_addr = 0x200; sprintf(msg,"Write time, clock alarm, and trips setup"); *Status = STATUS_STEP_COMPLETE; break; // write the control, mission delay and clear flags case ST_WRITE_CONTROL: write_buf = &ThermoState->MissStat.status_raw[0x0E]; write_len = 7; write_addr = 0x20E; sprintf(msg,"Write control, mission delay, clear flags setup"); *Status = STATUS_STEP_COMPLETE; break; case ST_WRITE_RATE: write_buf = &ThermoState->MissStat.status_raw[0x0D]; write_len = 1; write_addr = 0x20D; sprintf(msg,"Write sample rate setup"); *Status = STATUS_STEP_COMPLETE; break; // write the specified memory location case ST_WRITE_MEM: if (WriteMemory(portnum, write_buf, write_len, write_addr)) { sprintf(msg,"Memory written to Thermochron"); *Status = STATUS_STEP_COMPLETE; } else { sprintf(msg,"Thermochron not on 1-Wire Net"); *Status = STATUS_INPROGRESS; } default: break; } return *Status; } //---------------------------------------------------------------------- // Read a specified number of pages in overdrive // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // int ReadPages(int portnum, int start_pg, int num_pgs, int *last_pg, uchar *finalbuf) { int skip_overaccess = 0, skip_access = 0; uchar pkt[60]; int len,i; uchar SerialNumber[8]; ushort lastcrc16; // read the rom number owSerialNum(portnum,SerialNumber,TRUE); // verify device is in overdrive if (current_speed[portnum] == MODE_OVERDRIVE) { if (owVerify(portnum,FALSE)) skip_overaccess = 1; } if (!skip_overaccess) { if (owOverdriveAccess(portnum)) current_speed[portnum] = MODE_OVERDRIVE; else current_speed[portnum] = MODE_NORMAL; } // loop while there is pages to read do { // create a packet to read a page len = 0; setcrc16(portnum,0); // optional skip access on subsequent pages if (!skip_access) { // match pkt[len++] = 0x55; // rom number for (i = 0; i < 8; i++) pkt[len++] = SerialNumber[i]; // read memory with crc command pkt[len] = 0xA5; docrc16(portnum,pkt[len++]); // address pkt[len] = (uchar)((*last_pg << 5) & 0xFF); docrc16(portnum,pkt[len++]); pkt[len] = (uchar)(*last_pg >> 3); docrc16(portnum,pkt[len++]); } // set 32 reads for data and 2 for crc for (i = 0; i < 34; i++) pkt[len++] = 0xFF; // send the bytes if (owBlock(portnum,!skip_access,pkt,len)) { // calucate the CRC over the last 34 bytes for (i = 0; i < 34; i++) lastcrc16 = docrc16(portnum,pkt[len - 34 + i]); // check crc if (lastcrc16 == 0xB001) { // copy the data into the buffer #ifdef LetsCrashTheCompiler for (i = 0; i < 32; i++) finalbuf[i + (*last_pg - start_pg) * 32] = pkt[len - 34 + i]; #endif { ushort k; for (i = 0; i < 32; i++) { k=i + (*last_pg - start_pg) * 32; finalbuf[k] = pkt[len - 34 + i]; } } // change number of pages *last_pg = *last_pg + 1; // now skip access skip_access = TRUE; } else return FALSE; } else return FALSE; } while ((*last_pg - start_pg) < num_pgs); return TRUE; } //----------------------------------------------------------------------------} // Write a memory location. Data must all be on the same page // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // int WriteMemory(int portnum, uchar *Buf, int ln, int adr) { // write to scratch and then copy if (WriteScratch(portnum,Buf,ln,adr)) return CopyScratch(portnum,ln,adr); return FALSE; } //----------------------------------------------------------------------------} // Write the scratch pad // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // int WriteScratch(int portnum, uchar *Buf, int ln, int adr) { int i; uchar pbuf[80]; // check for alarm indicator if (owAccess(portnum)) { // construct a packet to send pbuf[0] = 0x0F; // write scratch command pbuf[1] = (adr & 0xFF); // address 1 pbuf[2] = ((adr >> 8) & 0xFF); // address 2 // the write bytes for (i = 0; i < ln; i++) pbuf[3 + i] = (uchar)(Buf[i]); // data // perform the block if (!owBlock(portnum,FALSE,pbuf,ln+3)) return FALSE; // Now read back the scratch if (owAccess(portnum)) { // construct a packet to send pbuf[0] = 0xAA; // read scratch command pbuf[1] = 0xFF; // address 1 pbuf[2] = 0xFF; // address 2 pbuf[3] = 0xFF; // offset // the write bytes for (i = 0; i < ln; i++) pbuf[4 + i] = 0xFF; // data // perform the block if (!owBlock(portnum,FALSE,pbuf,ln+4)) return FALSE; // read address 1 if (pbuf[1] != (adr & 0xFF)) return FALSE; // read address 2 if (pbuf[2] != ((adr >> 8) & 0xFF)) return FALSE; // read the offset if (pbuf[3] != ((adr + ln - 1) & 0x1F)) return FALSE; // read and compare the contents for (i = 0; i < ln; i++) { if (pbuf[4 + i] != Buf[i]) return FALSE; } // success return TRUE; } } return FALSE; } //----------------------------------------------------------------------------} // Copy the scratch pad // // 'portnum' - number 0 to MAX_PORTNUM-1. This number is provided to // indicate the symbolic port number. // int CopyScratch(int portnum, int ln, int adr) { int i; uchar pbuf[50]; // check for alarm indicator if (owAccess(portnum)) { // construct a packet to send pbuf[0] = 0x55; // copy scratch command pbuf[1] = (adr & 0xFF); // address 1 pbuf[2] = ((adr >> 8) & 0xFF); // address 2 pbuf[3] = (adr + ln - 1) & 0x1F; // offset for (i = 0; i <= 9; i++) pbuf[4 + i] = 0xFF; // result of copy // perform the block if (owBlock(portnum,FALSE,pbuf,14)) { if ((pbuf[13] == 0x55) || (pbuf[13] == 0xAA)) return TRUE; } } return FALSE; } //---------------------------------------------------------------------- // Interpret the Status by looking at the 'raw' portion of the // mission status structure. // void InterpretStatus(MissionStatus *mstatus) { timedate td,tdtmp; int offset; ulong tmtmp; time_t tlong; struct tm *tstruct; // mission in progress flag mstatus->mission_in_progress = (0x20 & mstatus->status_raw[0x14]) >> 5; // sample rate mstatus->sample_rate = mstatus->status_raw[0x0D]; // rollover enabled mstatus->rollover_enable = (0x08 & mstatus->status_raw[0x0E]) >> 3; // startdelay mstatus->start_delay = ((int)mstatus->status_raw[0x13] << 8) | mstatus->status_raw[0x12]; // number of samples in this mission mstatus->mission_samples = ((long)mstatus->status_raw[0x1C] << 16) | ((int)mstatus->status_raw[0x1B] << 8) | mstatus->status_raw[0x1A]; // total number of samples mstatus->samples_total = ((long)mstatus->status_raw[0x1F] << 16) | ((int)mstatus->status_raw[0x1E] << 8) | mstatus->status_raw[0x1D]; // temperature thresholds mstatus->high_threshold = mstatus->status_raw[0x0C]; mstatus->low_threshold = mstatus->status_raw[0x0B]; // rollover occurred if ((mstatus->mission_samples > 2048) && mstatus->rollover_enable) mstatus->rollover_occurred = 1; else mstatus->rollover_occurred = 0; // current real-time clock value offset = 0x00; td.second = BCDToBin((uchar)(mstatus->status_raw[offset] & 0x7F)); td.minute = BCDToBin((uchar)(mstatus->status_raw[offset + 1] & 0x7F)); // check for 12 hour mode if (mstatus->status_raw[offset + 2] & 0x40) { td.hour = BCDToBin((uchar)(mstatus->status_raw[offset + 2] & 0x1F)); // check for PM if (mstatus->status_raw[offset + 2] & 0x20) td.hour += 12; } else td.hour = BCDToBin((uchar)(mstatus->status_raw[offset + 2] & 0x3F)); td.day = BCDToBin((uchar)(mstatus->status_raw[offset + 4] & 0x3F)); td.month = BCDToBin((uchar)(mstatus->status_raw[offset + 5] & 0x1F)); td.year = BCDToBin(mstatus->status_raw[offset + 6]) + 1900; // check for century bit if (mstatus->status_raw[offset + 5] & 0x80) td.year = BCDToBin(mstatus->status_raw[offset + 6]) + 2000; // (2.00) // convert to seconds since 1970 mstatus->current_time = DateToSeconds(&td); // date/time when mission started offset = 0x15; td.second = (uchar)0; td.minute = BCDToBin((uchar)(mstatus->status_raw[offset] & 0x7F)); // check for 12 hour mode if (mstatus->status_raw[offset + 1] & 0x40) { td.hour = BCDToBin((uchar)(mstatus->status_raw[offset + 1] & 0x1F)); // check for PM if (mstatus->status_raw[offset + 1] & 0x20) td.hour += 12; } else td.hour = BCDToBin((uchar)(mstatus->status_raw[offset + 1] & 0x3F)); td.day = BCDToBin((uchar)(mstatus->status_raw[offset + 2] & 0x3F)); td.month = BCDToBin((uchar)(mstatus->status_raw[offset + 3] & 0x1F)); td.year = BCDToBin((uchar)(mstatus->status_raw[offset + 4])); // (2.00) // (2.00) logic to decide on century of mission stamp // check if century bit set in mission stamp if (mstatus->status_raw[offset + 3] & 0x80) td.year += 2000; // check in mission in progress else if (mstatus->mission_in_progress) { // calculate the mission start year back from real time clock tmtmp = mstatus->current_time - (mstatus->sample_rate * mstatus->mission_samples * 60); SecondsToDate(&tdtmp,tmtmp); td.year = tdtmp.year; } else { // mission stopped so get century by year window if (td.year <= 70) td.year += 2000; else td.year += 1900; } // convert to seconds since 1970 if ((td.month == 0) || (td.day == 0)) mstatus->mission_start_time = 0; else mstatus->mission_start_time = DateToSeconds(&td); // download stations time of reading time(&tlong); tstruct = localtime(&tlong); td.day = tstruct->tm_mday; td.month = tstruct->tm_mon + 1; // (1.01) td.year = tstruct->tm_year + 1900; td.hour = tstruct->tm_hour; td.minute = tstruct->tm_min; td.second = tstruct->tm_sec; mstatus->download_time = DateToSeconds(&td); // skip alarm modes and status for now } //-------------------------------------------------------------------------- // Take the Mission Status structure and create new raw data to start // a new mission. // void FormatMission(MissionStatus *mstatus) { int i; time_t tlong; struct tm *tstruct; // clear the buffer for (i = 0; i < 32; i++) mstatus->status_raw[i] = 0; // Real Time Clock time(&tlong); tlong++; // add 1 second tstruct = localtime(&tlong); // convert to BCD mstatus->status_raw[0x00] = ToBCD((short)tstruct->tm_sec); mstatus->status_raw[0x01] = ToBCD((short)tstruct->tm_min); mstatus->status_raw[0x02] = ToBCD((short)tstruct->tm_hour); mstatus->status_raw[0x03] = ToBCD((short)(tstruct->tm_wday + 1)); mstatus->status_raw[0x04] = ToBCD((short)tstruct->tm_mday); mstatus->status_raw[0x05] = ToBCD((short)(tstruct->tm_mon + 1)); if (tstruct->tm_year >= 100) mstatus->status_raw[0x05] |= 0x80; mstatus->status_raw[0x06] = ToBCD((short)(tstruct->tm_year % 100)); // Real Time clock Alarm (leave 0's) // Low temp alarm mstatus->status_raw[0x0B] = mstatus->low_threshold; // High temp alarm mstatus->status_raw[0x0C] = mstatus->high_threshold; // sample rate mstatus->status_raw[0x0D] = mstatus->sample_rate; // control mstatus->status_raw[0x0E] = 0x40; if (mstatus->rollover_enable) mstatus->status_raw[0x0E] |= 0x08; // mission start delay mstatus->status_raw[0x12] = mstatus->start_delay & 0xFF; mstatus->status_raw[0x13] = (mstatus->start_delay >> 8) & 0xFF; } //-------------------------------------------------------------------------- // Convert an integer to a 1 Byte BCD number (99 max) // uchar ToBCD(short num) { uchar rtbyte; rtbyte = (num - ((num / 10) * 10)) & 0x0F; rtbyte = rtbyte | ((num / 10) << 4); return rtbyte; } //-------------------------------------------------------------------------- // Take the Mission Status structure and convert to string format // void MissionStatusToString(MissionStatus *mstatus, int ConvertToF, char *str) { int cnt=0,i; timedate td; time_t tlong; struct tm *tstruct; // title cnt += sprintf(&str[cnt],"Mission State\n-------------\n"); // serial number cnt += sprintf(&str[cnt],"Serial Number of DS1921: "); for (i = 7; i >= 0; i--) cnt += sprintf(&str[cnt],"%02X",mstatus->serial_num[i]); // mission state if (mstatus->mission_in_progress) cnt += sprintf(&str[cnt],"\nMission is in progress\n"); else cnt += sprintf(&str[cnt],"\nMission is ended\n"); // sample rate cnt += sprintf(&str[cnt],"Sample rate: %d minute(s)\n",mstatus->sample_rate); // rollover cnt += sprintf(&str[cnt],"Roll-Over Enabled: "); if (mstatus->rollover_enable) cnt += sprintf(&str[cnt],"yes\n"); else cnt += sprintf(&str[cnt],"no\n"); cnt += sprintf(&str[cnt],"Roll-Over Occurred: "); if (mstatus->rollover_occurred) cnt += sprintf(&str[cnt],"yes\n"); else cnt += sprintf(&str[cnt],"no\n"); // mission start time if (mstatus->start_delay == 0) { SecondsToDate(&td,mstatus->mission_start_time); if (mstatus->mission_start_time == 0) cnt += sprintf(&str[cnt],"Mission Start time: not started yet\n"); else cnt += sprintf(&str[cnt],"Mission Start time: %02d/%02d/%04d %02d:%02d:%02d\n", td.month,td.day,td.year,td.hour,td.minute,td.second); } else cnt += sprintf(&str[cnt],"Mission Start time: na\n"); // mission start delay cnt += sprintf(&str[cnt],"Mission Start delay: %d minute(s)\n",mstatus->start_delay); // mission samples cnt += sprintf(&str[cnt],"Mission Samples: %d\n",mstatus->mission_samples); // device total samples cnt += sprintf(&str[cnt],"Device total samples: %d\n",mstatus->samples_total); // temperature display mode cnt += sprintf(&str[cnt],"Temperature displayed in: "); if (ConvertToF) cnt += sprintf(&str[cnt],"(Fahrenheit)\n"); else cnt += sprintf(&str[cnt],"(Celsius)\n"); // thresholds cnt += sprintf(&str[cnt],"High Threshold: %6.1f\n", TempToFloat(mstatus->high_threshold,ConvertToF)); cnt += sprintf(&str[cnt],"Low Threshold: %6.1f\n", TempToFloat(mstatus->low_threshold,ConvertToF)); // time from D1921 SecondsToDate(&td,mstatus->current_time); cnt += sprintf(&str[cnt],"Current Real-Time Clock from DS1921: %02d/%02d/%04d %02d:%02d:%02d\n", td.month,td.day,td.year,td.hour,td.minute,td.second); // current PC time time(&tlong); tstruct = localtime(&tlong); cnt += sprintf(&str[cnt],"Current PC Time: %02d/%02d/%04d %02d:%02d:%02d\n", tstruct->tm_mon + 1,tstruct->tm_mday,tstruct->tm_year + 1900, tstruct->tm_hour,tstruct->tm_min,tstruct->tm_sec); // zero terminate string str[cnt] = 0; } //---------------------------------------------------------------------- // Interpret the Histogram by looking at the 'raw' portion of the // Histogram structure. Store the temperature range values in Celsius. // void InterpretHistogram(Histogram *hist) { int i; // loop through each bin value for (i = 0; i < 126; i += 2) // (2.00) { // get the bin value hist->bin_count[i / 2] = hist->hist_raw[i] | ((int)hist->hist_raw[i + 1] << 8); // start value for this bin hist->start_range[i / 2] = TempToFloat((uchar)((i / 2) << 2),FALSE); // end value for this bin hist->end_range[i / 2] = TempToFloat((uchar)(((i / 2) << 2) | 0x03),FALSE); } } //-------------------------------------------------------------------------- // Take the Histogram structure and convert to string format // void HistogramToString(Histogram *hist, int ConvertToF, char *str) { int cnt=0,i; // title cnt += sprintf(&str[cnt],"Temperature Histogram\n---------------------\n" "Format: [Temp Range, Count] "); if (ConvertToF) cnt += sprintf(&str[cnt],"(Fahrenheit)\n"); else cnt += sprintf(&str[cnt],"(Celsius)\n"); // loop through bins for (i = 0; i < 63; i++) // (2.00) { cnt += sprintf(&str[cnt],"%6.1f to %6.1f, %d\n", (ConvertToF) ? CToF(hist->start_range[i]): hist->start_range[i], (ConvertToF) ? CToF(hist->end_range[i]): hist->end_range[i], hist->bin_count[i]); } // zero terminate string str[cnt] = 0; } //---------------------------------------------------------------------- // Interpret the Temperature Alarm Event data by looking at the 'raw' // portion of the TempAlarmEvents structure. Mission Status is needed // to interpret the events. // void InterpretAlarms(TempAlarmEvents *alarm, MissionStatus *mstatus) { int i; ulong event_mission_count; uchar duration; // low events alarm->num_low = 0; for (i = 0; i < 48; i += 4) { // get the mission start count of this event event_mission_count = ((long)alarm->alarm_raw[i + 2] << 16) | ((int)alarm->alarm_raw[i + 1] << 8) | alarm->alarm_raw[i]; // check if done with low events if (!event_mission_count) break; // get the duration duration = alarm->alarm_raw[i + 3]; // calculate the start time alarm->low_start_time[alarm->num_low] = mstatus->mission_start_time + (event_mission_count - 1) * (mstatus->sample_rate * 60); // calculate the end time alarm->low_end_time[alarm->num_low] = alarm->low_start_time[alarm->num_low] + (duration - 1) * (mstatus->sample_rate * 60); // increment number of low events alarm->num_low++; } // high events alarm->num_high = 0; for (i = 48; i < 96; i += 4) { // get the mission start count of this event event_mission_count = ((long)alarm->alarm_raw[i + 2] << 16) | ((int)alarm->alarm_raw[i + 1] << 8) | alarm->alarm_raw[i]; // check if done with low events if (!event_mission_count) break; // get the duration duration = alarm->alarm_raw[i + 3]; // calculate the start time alarm->high_start_time[alarm->num_high] = mstatus->mission_start_time + (event_mission_count - 1) * (mstatus->sample_rate * 60); // calculate the end time alarm->high_end_time[alarm->num_high] = alarm->high_start_time[alarm->num_high] + (duration - 1) * (mstatus->sample_rate * 60); // increment number of low events alarm->num_high++; } } //-------------------------------------------------------------------------- // Take the Temperature Alarms Events structure and convert to string // format // void AlarmsToString(TempAlarmEvents *alarm, char *str) { int i, cnt=0; timedate td; // title cnt += sprintf(&str[cnt],"Temperature Alarms\n------------------\n" "Format: [(HIGH/LOW), Time/Date Range]\n"); // loop through each low alarm for (i = 0; i < alarm->num_low; i++) { cnt += sprintf(&str[cnt],"LOW , "); // start time SecondsToDate(&td,alarm->low_start_time[i]); cnt += sprintf(&str[cnt]," %02d/%02d/%04d %02d:%02d to ", td.month,td.day,td.year,td.hour,td.minute); // end time SecondsToDate(&td,alarm->low_end_time[i]); cnt += sprintf(&str[cnt]," %02d/%02d/%04d %02d:%02d\n", td.month,td.day,td.year,td.hour,td.minute); } // loop through each high alarm for (i = 0; i < alarm->num_high; i++) { cnt += sprintf(&str[cnt],"HIGH , "); // start time SecondsToDate(&td,alarm->high_start_time[i]); cnt += sprintf(&str[cnt]," %02d/%02d/%04d %02d:%02d to ", td.month,td.day,td.year,td.hour,td.minute); // end time SecondsToDate(&td,alarm->high_end_time[i]); cnt += sprintf(&str[cnt]," %02d/%02d/%04d %02d:%02d\n", td.month,td.day,td.year,td.hour,td.minute); } // zero terminate string str[cnt] = 0; } //---------------------------------------------------------------------- // Interpret the Log data by looking at the 'raw' // portion of the Log structure. Mission Status is needed // to interpret when the logs occurred. // void InterpretLog(Log *log, MissionStatus *mstatus) { ulong loops=0,overlap=0,lastlog=2048,i; int logcnt=0; // check if wrap occurred if (mstatus->rollover_occurred) { // calculate the number loops loops = (mstatus->mission_samples / 2048) - 1; // calculate the number of overlap overlap = mstatus->mission_samples % 2048; log->num_log = 2048; } else { log->start_time = mstatus->mission_start_time; if (mstatus->mission_samples > 2048) // (1.02) lastlog = 2048; else lastlog = mstatus->mission_samples; log->num_log = (int)lastlog; } // set the interval log->interval = mstatus->sample_rate * 60; // caluclate the start time of the first log value log->start_time = mstatus->mission_start_time + loops * 2048 * log->interval + overlap * log->interval; // loop to fill in the remainder first for (i = overlap; i < lastlog; i++) log->temp[logcnt++] = TempToFloat(log->log_raw[i],FALSE); // loop to get the overlap for (i = 0; i < overlap; i++) log->temp[logcnt++] = TempToFloat(log->log_raw[i],FALSE); } //-------------------------------------------------------------------------- // Take the Log structure and convert to string // format // void LogToString(Log *log, int ConvertToF, char *str) { int i,cnt=0; ulong logtime; timedate td; // title cnt += sprintf(&str[cnt],"Log Data\n--------\n" "Format: [Time/Date , Temperature] "); if (ConvertToF) cnt += sprintf(&str[cnt],"(Fahrenheit)\n"); else cnt += sprintf(&str[cnt],"(Celsius)\n"); // loop through the logs logtime = log->start_time; for (i = 0; i < log->num_log; i++) { // time SecondsToDate(&td,logtime); cnt += sprintf(&str[cnt],"%02d/%02d/%04d %02d:%02d ,", td.month,td.day,td.year,td.hour,td.minute); // temp cnt += sprintf(&str[cnt],"%6.1f\n", (ConvertToF) ? CToF(log->temp[i]): log->temp[i]); // increment the time logtime += log->interval; } // zero terminate string str[cnt] = 0; } //-------------------------------------------------------------------------- // Convert the raw debug data to a string // void DebugToString(MissionStatus *mstatus, TempAlarmEvents *alarm, Histogram *hist, Log *log, char *str) { int i,cnt=0; // title cnt += sprintf(&str[cnt],"Debug Dump\n----------\nRegister Page:\n"); // reg for (i = 0; i < 32; i++) { cnt += sprintf(&str[cnt],"%02X ",mstatus->status_raw[i]); if (i && (((i + 1) % 16) == 0)) cnt += sprintf(&str[cnt],"\n"); } // alarms cnt += sprintf(&str[cnt],"Alarms:\n"); for (i = 0; i < 96; i++) { cnt += sprintf(&str[cnt],"%02X ",alarm->alarm_raw[i]); if (i && (((i + 1) % 16) == 0)) cnt += sprintf(&str[cnt],"\n"); } // histogram cnt += sprintf(&str[cnt],"Histogram:\n"); for (i = 0; i < 128; i++) { cnt += sprintf(&str[cnt],"%02X ",hist->hist_raw[i]); if (i && (((i + 1) % 16) == 0)) cnt += sprintf(&str[cnt],"\n"); } // log cnt += sprintf(&str[cnt],"Log:\n"); for (i = 0; i < ((log->num_log > 2048) ? 2048 : log->num_log); i++) { cnt += sprintf(&str[cnt],"%02X ",log->log_raw[i]); if (i && (((i + 1) % 16) == 0)) cnt += sprintf(&str[cnt],"\n"); } // zero terminate string str[cnt] = 0; } //-------------------------------------------------------------------------- // Take one byte BCD value and return binary value // uchar BCDToBin(uchar bcd) { return (((bcd & 0xF0) >> 4) * 10) + (bcd & 0x0F); } //-------------------------------------------------------------------------- // Take a 4 byte long string and convert it into a timedata structure. // static int dm[] = { 0,0,31,59,90,120,151,181,212,243,273,304,334,365 }; void SecondsToDate(timedate *td, ulong x) { short tmp,i,j; ulong y; // check to make sure date is not over 2070 (sanity check) if (x > 0xBBF81E00L) x = 0; y = x/60; td->second = (ushort)(x-60*y); x = y/60; td->minute = (ushort)(y-60*x); y = x/24; td->hour = (ushort)(x-24*y); x = 4*(y+731); td->year = (ushort)(x/1461); i = (int)((x-1461*(ulong)(td->year))/4); td->month = 13; do { td->month -= 1; tmp = (td->month > 2) && ((td->year & 3)==0) ? 1 : 0; j = dm[td->month]+tmp; } while (i < j); td->day = i-j+1; // slight adjustment to algorithm if (td->day == 0) td->day = 1; td->year = (td->year < 32) ? td->year + 68 + 1900: td->year - 32 + 2000; } //-------------------------------------------------------------------------- // DateToSeconds takes a time/date structure and converts it into the // number of seconds since 1970 // ulong DateToSeconds(timedate *td) { ulong Sv,Bv,Xv; // convert the date/time values into the 5 byte format used in the touch if (td->year >= 2000) Sv = td->year + 32 - 2000; else Sv = td->year - 68 - 1900; if ((td->month > 2) && ( (Sv & 3) == 0)) Bv = 1; else Bv = 0; Xv = 365 * (Sv-2) + (Sv-1)/4 + dm[td->month] + td->day + Bv - 1; Xv = 86400 * Xv + (ulong)(td->second) + 60*((ulong)(td->minute) + 60*(ulong)(td->hour)); return Xv; } //-------------------------------------------------------------------------- // Convert from DS1921 termature format to a float // // float TempToFloat(uchar tmp, int ConvertToF) { float tfloat; tfloat = (float)((tmp / 2.0) - 40.0); if (ConvertToF) return (float)(tfloat * 9.0 / 5.0 + 32.0); else return tfloat; } //-------------------------------------------------------------------------- // Convert from Celsius to Fahrenheit // float CToF(float CVal) { return (float)(CVal * 9.0 / 5.0 + 32.0); } sdcc-2.9.0/device/examples/ds390/ow390/thermo21.h000066400000000000000000000133331116427777700210760ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // thermo.h - Include file for Thermochron demo. // // Version: 2.00 // // History: // 1.03 -> 2.00 Reorganization of Public Domain Kit #ifndef THERMO_TYPES #define THERMO_TYPES // hacks for sdcc->TINI #define FILE void #define stdin ((void *)0) #define stdout ((void *)0) #define stderr ((void *)0) int fprintf (FILE *fp, char *format, ...) reentrant; FILE *fopen (char *, char *); int fclose (FILE *); // defines #define STATUS_PAGE 16 #define THERMO_FAM 0x21 #include // Typedefs #ifndef OW_UCHAR #define OW_UCHAR typedef unsigned char uchar; #ifdef WIN32 typedef unsigned short ushort; typedef unsigned long ulong; #endif #endif // structure to hold the mission status typedef struct { uchar serial_num[8]; // serial number of thermochron uchar mission_in_progress; // 1 mission in progres, 0 mission over uchar sample_rate; // minutes between samples uchar rollover_enable; // 1 if roll-over enabled uchar rollover_occurred; // 1 if roll-over occurred ushort start_delay; // minutes before mission starts ulong mission_start_time; // date/time when mission started ulong current_time; // current real-time clock value ulong download_time; // download stations time of reading ulong mission_samples; // number of samples in this mission ulong samples_total; // total number of samples taken by device uchar high_threshold; // raw temp of high threshold uchar low_threshold; // raw temp of low threshold // skip alarm modes and status for now uchar status_raw[32]; } MissionStatus; // structure to hold the histogram data typedef struct { ushort bin_count[56]; // counter per bin 0 to 55 float start_range[56]; // start temp range (C) in bin 0 to 55 float end_range[56]; // end temp range (C) in bin 0 to 55 uchar hist_raw[128]; // raw data for histogram } Histogram; // structure to hold the histogram data typedef struct { int num_low; // number of low events ulong low_start_time[12]; // start time of event 0 to 12 ulong low_end_time[12]; // end time of event 0 to 12 int num_high; // number of high events ulong high_start_time[12]; // start time of event 0 to 12 ulong high_end_time[12]; // end time of event 0 to 12 uchar alarm_raw[96]; // raw data for alarm events } TempAlarmEvents; // structure to hold the log data typedef struct { int num_log; // number of logs float temp[2048]; // temperature log in (C) ulong start_time; // start time of log int interval; // interval in seconds between logs uchar log_raw[2048]; // raw data for log } Log; // structure to hold all of the thermochron data state typedef struct { MissionStatus MissStat; // mission state Histogram HistData; // histogram data TempAlarmEvents AlarmData; // temperature alarm event data Log LogData; // log data } ThermoStateType; // type structure to holde time/date typedef struct { ushort second; ushort minute; ushort hour; ushort day; ushort month; ushort year; } timedate; // structure to hold each state in the StateMachine typedef struct { int Step; char StepDescription[50]; } ThermoScript; // Global Function Prototypes int DownloadThermo(int,uchar *,ThermoStateType *, FILE *); int ReadThermoStatus(int,uchar *,ThermoStateType *, FILE *); int MissionThermo(int,uchar *,ThermoStateType *, FILE *); void SecondsToDate(timedate *, ulong); ulong DateToSeconds(timedate *); uchar BCDToBin(uchar); void InterpretStatus(MissionStatus *); void MissionStatusToString(MissionStatus *, int, char *); void FormatMission(MissionStatus *); void InterpretHistogram(Histogram *); void HistogramToString(Histogram *, int, char *); void InterpretAlarms(TempAlarmEvents *, MissionStatus *); void AlarmsToString(TempAlarmEvents *, char *); void InterpretLog(Log *, MissionStatus *); void LogToString(Log *, int, char *); void DebugToString(MissionStatus *, TempAlarmEvents *, Histogram *, Log *, char *); float TempToFloat(uchar, int); float CToF(float); uchar ToBCD(short); #endif sdcc-2.9.0/device/examples/ds390/ow390/thermodl.c000066400000000000000000000157211116427777700212510ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // thermodl.c - This utility uses to download the results of the // current mission of a DS1921 Thermochron iButton. // // Version: 2.00 // // History: // 1.03 -> 2.00 Reorganization of Public Domain Kit // Y2K update, display all histogram bins, debug // dump. Supports multiple thermochons. // #include #include #include "ownet.h" #include "thermo21.h" // defines #define MAXDEVICES 20 // local function prototypes void PrintResults(ThermoStateType *,FILE *,int); // tini hack #define ExitProg(msg,exit_code) {printf("%s\n",msg); exit(exit_code);} int argc=2; char *argv[]={__FILE__, "exow"}; //---------------------------------------------------------------------- // This is the Main routine for thermodl. // int main() //short argc, char **argv) { int Fahrenheit=FALSE,filenum,num,i,j; char return_msg[128]; FILE *fp; ThermoStateType ThermoState; uchar ThermoSN[MAXDEVICES][8]; //the serial numbers for the devices int portnum=0; // check arguments to see if request instruction with '?' or too many if ((argc < 2) || (argc > 4) || ((argc > 1) && (argv[1][0] == '?' || argv[1][1] == '?'))) ExitProg("\nusage: thermodl 1wire_net_name \n" " - Thermochron download on the 1-Wire Net port\n" " - 1wire_net_port required port name\n" " example: \"COM1\" (Win32 DS2480),\"/dev/cua0\" \n" " (Linux DS2480),\"1\" (Win32 TMEX)\n" " - optional output filename\n" " - optional Fahrenheit mode (default Celsius)\n" " - version 2.00\n",1); // attempt to acquire the 1-Wire Net if (!owAcquire(portnum,argv[1],return_msg)) ExitProg(return_msg,1); // success printf("%s",return_msg); //---------------------------------------- // Introduction printf("\n/----------------------------------------------\n"); printf(" Find and download DS1921 Thermochron iButton(s)\n" " Version 2.00\n\n"); // check arguments for temperature conversion and filename Fahrenheit = FALSE; filenum = 0; if (argc >= 3) { if (argv[2][0] != '/') filenum = 2; else if ((argv[2][1] == 'F') || (argv[2][1] == 'f')) Fahrenheit = TRUE; if (argc == 4) { if (argv[3][0] != '/') filenum = 3; else if ((argv[3][1] == 'F') || (argv[3][1] == 'f')) Fahrenheit = TRUE; } } // open the output file fp = NULL; if (filenum > 0) { fp = fopen(argv[filenum],"w+"); if(fp == NULL) { printf("ERROR, Could not open output file!\n"); exit(1); } else printf("File '%s' opened to write mission results.\n", argv[filenum]); } // get list of Thermochron's num = FindDevices(portnum, &ThermoSN[0],THERMO_FAM, MAXDEVICES); // check if not present or more then 1 present if (num == 0) ExitProg("Thermochron not present on 1-Wire\n",1); // loop to download each Thermochron for (i = 0; i < num; i++) { // set the serial number portion in the thermo state printf("\nDownloading: "); for (j = 7; j >= 0; j--) { ThermoState.MissStat.serial_num[j] = ThermoSN[i][j]; printf("%02X",ThermoSN[i][j]); } printf("\n"); // download the Thermochron found if (DownloadThermo(portnum,&ThermoSN[i][0],&ThermoState,stdout)) { // interpret the results of the download InterpretStatus(&ThermoState.MissStat); InterpretAlarms(&ThermoState.AlarmData, &ThermoState.MissStat); InterpretHistogram(&ThermoState.HistData); InterpretLog(&ThermoState.LogData, &ThermoState.MissStat); // print the output PrintResults(&ThermoState,fp,Fahrenheit); } else { fprintf(fp,"\nError downloading device: "); for (j = 0; j < 8; j++) fprintf(fp,"%02X",ThermoSN[i][j]); fprintf(fp,"\n"); } } // close opened file if (fp != NULL) { printf("File '%s' closed.\n", argv[filenum]); fclose(fp); } // release the 1-Wire Net //owRelease(portnum,return_msg); printf("\n%s",return_msg); ExitProg("End program normally\n",0); return 0; } //-------------------------------------------------------------------------- // Prints the mission data optionaly to a file or standard out // void PrintResults(ThermoStateType *ThermoState, FILE *fp, int ConvertToF) { // aslink only can handle 64k, so we use the second 64k bank char *str=(xdata char*)0x190000; // check if need to use standard out if (fp == NULL) fp = stdout; #if 0 // get big block to use as a buffer str = malloc(80000); if (str == NULL) { printf("Insufficient memory available to print!\n"); return; } #endif // mission status MissionStatusToString(&ThermoState->MissStat, ConvertToF, &str[0]); fprintf(fp,"\n%s\n",str); // alarm events AlarmsToString(&ThermoState->AlarmData, &str[0]); fprintf(fp,"%s\n",str); // histogram HistogramToString(&ThermoState->HistData, ConvertToF, &str[0]); fprintf(fp,"%s\n",str); // log data LogToString(&ThermoState->LogData, ConvertToF, &str[0]); fprintf(fp,"%s\n",str); // debug raw data DebugToString(&ThermoState->MissStat, &ThermoState->AlarmData, &ThermoState->HistData, &ThermoState->LogData, &str[0]); fprintf(fp,"%s\n",str); #if 0 // free the memory block used free(str); #endif } sdcc-2.9.0/device/examples/ds390/ow390/tinilnk.c000066400000000000000000000226211116427777700211000ustar00rootroot00000000000000#define DEBUG_OW_COM 0 #if DEBUG_OW_COM #include #endif //--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // TODO.C - COM functions required by MLANLL.C, MLANTRNU, MLANNETU.C and // MLanFile.C for MLANU to communicate with the DS2480 based // Universal Serial Adapter 'U'. Fill in the platform specific code. // // Version: 1.02 // // History: 1.00 -> 1.01 Added function msDelay. // // 1.01 -> 1.02 Changed to generic OpenCOM/CloseCOM for easier // use with other platforms. // //-------------------------------------------------------------------------- // Copyright (C) 1998 Andrea Chambers and University of Newcastle upon Tyne, // All Rights Reserved. //-------------------------------------------------------------------------- // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL THE UNIVERSITY OF NEWCASTLE UPON TYNE OR ANDREA CHAMBERS // BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION // OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH // THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. //--------------------------------------------------------------------------- // // LinuxLNK.C - COM functions required by MLANLLU.C, MLANTRNU.C, MLANNETU.C // and MLanFile.C for MLANU to communicate with the DS2480 based // Universal Serial Adapter 'U'. Platform specific code. // // Version: 1.03 // History: 1.00 -> 1.03 modifications by David Smiczek // Changed to use generic OpenCOM/CloseCOM // Pass port name to OpenCOM instead of hard coded // Changed msDelay to handle long delays // Reformatted to look like 'TODO.C' // Added #include "ds2480.h" to use constants. // Added function SetBaudCOM() // Added function msGettick() // Removed delay from WriteCOM(), used tcdrain() // Added wait for byte available with timeout using // select() in ReadCOM() // // 1.03 -> 2.00 Support for multiple ports. Include "ownet.h". Use // 'uchar'. Reorder functions. Provide correct // return values to OpenCOM. Replace 'makeraw' call. // Should now be POSIX. // #include #include "ownet.h" #include "ds2480.h" //--------------------------------------------------------------------------- // Attempt to open a com port. // Set the starting baud rate to 9600. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number provided will // be used to indicate the port number desired when calling // all other functions in this library. // // 'port_zstr' - zero terminate port name. For this platform // ignored for now // // // Returns: TRUE(1) - success, COM port opened // FALSE(0) - failure, could not open specified port // int OpenCOM(int portnum, char *port_zstr) { unsigned long baud=9600; //printf ("OpenCOM(%d,\"%s\")\n", portnum, port_zstr); // hush the compiler portnum; port_zstr; Serial1Init(baud,1); return TRUE; // changed (2.00), used to return fd; } //--------------------------------------------------------------------------- // Closes the connection to the port. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number was provided to // OpenCOM to indicate the port number. // void CloseCOM(int portnum) { //printf ("CloseCOM(%d)\n", portnum); // hush the compiler portnum; } //-------------------------------------------------------------------------- // Write an array of bytes to the COM port, verify that it was // sent out. Assume that baud rate has been set. // // 'portnum' - number 0 to MAX_PORTNUM-1. This number provided will // be used to indicate the port number desired when calling // all other functions in this library. // Returns 1 for success and 0 for failure // int WriteCOM(int portnum, int outlen, uchar *outbuf) { int i; #if DEBUG_OW_COM printf ("WriteCOM(%d, %d,...): ", portnum, outlen, outbuf); #endif // hush the compiler portnum; for (i=0; i 1.03 Removed caps in #includes for Linux capatibility // Removed "ds2480.h", and // includes because not needed // Added "ownet.h" include to define TRUE/FALSE // Prompt to search again // Changed to use Acquire/Release 1-Wire Net functions // 1.03 -> 2.00 Changed 'MLan' to 'ow'. Added support for // multiple ports. Don't stop loop at end of each // search round. #include #include #include "ownet.h" // local funcitons static void PrintSerialNum(int); // tini hack int argc=2; char *argv[]={__FILE__, "exow"}; //---------------------------------------------------------------------- // Main for tstfind // int main() //short argc, char **argv) { int rslt,cnt; char return_msg[128]; int portnum=0; // check for required port name if (argc != 2) { printf("1-Wire Net name required on command line!\n" " (example: \"COM1\" (Win32 DS2480),\"/dev/cua0\" " "(Linux DS2480),\"1\" (Win32 TMEX)\n"); exit(1); } // attempt to acquire the 1-Wire Net if (!owAcquire(portnum,argv[1],return_msg)) { printf("%s",return_msg); exit(1); } // success printf("%s",return_msg); //---------------------------------------- // Introduction printf("\n/---------------------------------------------\n"); printf(" Loop to find all iButton on 1-Wire Net.\n\n"); do { printf("-------------------- Start of search\n"); cnt = 0; // find the first device (all devices not just alarming) rslt = owFirst(portnum, TRUE, FALSE); while (rslt) { // print the device number cnt++; printf("(%d) ",cnt); // print the Serial Number of the device just found PrintSerialNum(portnum); // find the next device rslt = owNext(portnum, TRUE, FALSE); } printf("-------------------- End of search\n\n"); } while (!key_abort()); // release the 1-Wire Net owRelease(portnum,return_msg); printf("%s",return_msg); exit(0); return 0; } //---------------------------------------------------------------------- // Read and print the Serial Number. // void PrintSerialNum(int portnum) { uchar serial_num[8]; int i; owSerialNum(portnum,serial_num,TRUE); for (i = 7; i >= 0; i--) printf("%02X",serial_num[i]); printf("\n"); } sdcc-2.9.0/device/examples/ds390/ow390/tstow.c000066400000000000000000000261341116427777700206130ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // tstow.C - Test application to test 1-Wire Net functions. No EPROM writes. // // Version: 2.00 // // History: 1.00 -> 1.01 Change to use msDelay instead of Sleep. // // 1.01 -> 1.02 Changed to generic OpenCOM/CloseCOM for easier // use with other platforms. // 1.02 -> 1.03 Removed caps in #includes for Linux capatibility // Changed to use Acquire/Release 1-Wire Net functions // 1.03 -> 2.00 Reorganization of Public Domain Kit // #include #include #include "ownet.h" // local funcitons void PrintSerialNum(int portnum); // tini hack int argc=2; char *argv[]={__FILE__, "exow"}; //---------------------------------------------------------------------- // Main Test // int main() //short argc, char **argv) { int PortNum=1,rslt,i,j,testcnt=0,length; uchar TempSerialNum[8]; uchar tran_buffer[2000], filename[10]; char return_msg[128]; int portnum=0; // check for required port name if (argc != 2) { printf("1-Wire Net name required on command line!\n" " (example: \"COM1\" (Win32 DS2480),\"/dev/cua0\" " "(Linux DS2480),\"1\" (Win32 TMEX)\n"); exit(1); } // attempt to acquire the 1-Wire Net if (!owAcquire(portnum, argv[1], return_msg)) { printf("%s",return_msg); exit(1); } // success printf("%s",return_msg); //---------------------------------------- // Introduction printf("\n/---------------------------------------------\n"); printf(" The following is a test excersize of the\n" " 1-Wire Net public domain library Version 2.00.\n\n" " This test was run using with 2 DS1920's (DS1820),\n" " 1 DS1971 (DS2430), and 1 DS1996.\n\n"); //---------------------------------------- // First the devices on the 1-Wire Net printf("\n/---------------------------------------------\n"); printf("TEST%d: Searching for devices on 1-Wire Net\n",testcnt++); // find the first device (all devices not just alarming) rslt = owFirst(portnum,TRUE, FALSE); while (rslt) { // print the Serial Number of the device just found PrintSerialNum(portnum); // find the next device rslt = owNext(portnum,TRUE, FALSE); } //---------------------------------------- // now search for the part with a 0x0C family code (DS1996) printf("\n/---------------------------------------------\n"); printf("TEST%d: Set to find first device with 0x0C family code\n",testcnt++); owFamilySearchSetup(portnum,0x0C); // find the first 0x0c device TempSerialNum[0]=0; while (TempSerialNum[0]!=0x0c && owNext(portnum,TRUE,FALSE)) { owSerialNum(portnum,TempSerialNum,TRUE); } printf("search result %d\n",TempSerialNum[0]==0x0c); // print the Serial Number of the device just found PrintSerialNum(portnum); //---------------------------------------- // Access a device and read ram printf("\n/---------------------------------------------\n"); printf("TEST%d: Access the current device and read ram\n",testcnt++); printf("owAccess %d\n",owAccess(portnum)); printf("Read Ram 0xF0: %02X\n",owTouchByte(portnum,0xF0)); printf("Address0 0x00: %02X\n",owTouchByte(portnum,0x00)); printf("Address1 0x00: %02X\n",owTouchByte(portnum,0x00)); printf("Page 0: "); for (i = 0; i < 32; i++) printf("%02X ",owTouchByte(portnum,0xFF)); printf("\n"); //---------------------------------------- // Read ram with owBlock printf("\n/---------------------------------------------\n"); printf("TEST%d: Read ram with owBlock\n",testcnt++); for (i = 0; i < 32; i++) tran_buffer[i] = 0xFF; printf("owBlock %d\n",owBlock(portnum,FALSE,tran_buffer,32)); printf("Page 1: "); for (i = 0; i < 32; i++) printf("%02X ",tran_buffer[i]); printf("\n"); //---------------------------------------- // Write a packet in each page of DS1996 printf("\n/---------------------------------------------\n"); printf("TEST%d: Place the DS1996 into overdrive\n",testcnt++); printf("owOverdriveAccess %d\n",owOverdriveAccess(portnum)); //---------------------------------------- // Write 4 packets with owWritePacketStd printf("\n/---------------------------------------------\n"); printf("TEST%d: Write 4 packets with owWritePacketStd\n",testcnt++); for (j = 0; j < 4; j++) { for (i = 0; i < 29; i++) tran_buffer[i] = (uchar)i + j; printf("Write page %d: %d\n",j,owWritePacketStd(portnum,j,tran_buffer,29,FALSE,FALSE)); for (i = 0; i < 29; i++) tran_buffer[i] = 0; length = owReadPacketStd(portnum,TRUE,j,tran_buffer); printf("Read page %d: %d\n",j,length); for (i = 0; i < length; i++) printf("%02X",tran_buffer[i]); printf("\n"); } //---------------------------------------- // Write a file to DS1996 printf("\n/---------------------------------------------\n"); printf("TEST%d: Format and write a file (in overdrive)\n",testcnt++); sprintf(filename,"DEMO"); // set the data to write for (i = 0; i < 2000; i++) tran_buffer[i] = i % 255; printf("Format and write file DEMO.000 %d\n", owFormatWriteFile(portnum,filename,2000,tran_buffer)); // clear the buffer for (i = 0; i < 2000; i++) tran_buffer[i] = 0x55; printf("Read file DEMO.000 %d\n",owReadFile(portnum,filename,tran_buffer)); // print the data result for (i = 0; i < 2000; i++) { if ((i % 0x20) == 0) printf("\n%03X ",i); printf("%02X",tran_buffer[i]); } printf("\n"); //---------------------------------------- // Turn off overdrive printf("\n/---------------------------------------------\n"); printf("TEST%d: Turn off overdrive\n",testcnt++); printf("Set 1-Wire Net speed to normal %d\n",owSpeed(portnum,MODE_NORMAL)); //---------------------------------------- // Verify a device printf("\n/---------------------------------------------\n"); printf("TEST%d: Verify the current device\n",testcnt++); printf("owVerify (normal) %d\n",owVerify(portnum,FALSE)); printf("owVerify (alarm) %d\n",owVerify(portnum,TRUE)); //---------------------------------------- // Skip the first family code found printf("\n/---------------------------------------------\n"); printf("TEST%d: Skip the first family code found\n",testcnt++); // find the next device printf("search result of owFirst %d\n",owFirst(portnum,TRUE, FALSE)); // print the Serial Number of the device just found PrintSerialNum(portnum); // skip the first family type found owSkipFamily(portnum); printf("owSkipFamily called\n"); // find the next device printf("search result of owNext %d\n",owNext(portnum,TRUE, FALSE)); // print the Serial Number of the device just found PrintSerialNum(portnum); //---------------------------------------- // Find first family code (DS1920) and read temperature printf("\n/---------------------------------------------\n"); printf("TEST%d: Find first family code (DS1920) and read temperature\n",testcnt++); // find the next device printf("search result of owFirst %d\n",owFirst(portnum,TRUE, FALSE)); // print the Serial Number of the device just found PrintSerialNum(portnum); // send the convert temperature command printf("Convert temperature command %02X\n",owTouchByte(portnum,0x44)); // set the 1-Wire Net to strong pull-up printf("Set power delivery %d\n",owLevel(portnum,MODE_STRONG5)); // sleep for 1 second msDelay(1000); // turn off the 1-Wire Net strong pull-up printf("Disable power delivery %d\n",owLevel(portnum,MODE_NORMAL)); // read the DS1920 temperature value printf("Access the DS1920 %d\n",owAccess(portnum)); tran_buffer[0] = 0xBE; tran_buffer[1] = 0xFF; tran_buffer[2] = 0xFF; printf("Block to read temperature %d\n",owBlock(portnum,FALSE,tran_buffer,3)); // interpret the result printf("result: DS1920 temperature read: %d C\n", (tran_buffer[1] | ((int)tran_buffer[2] << 8)) / 2); //---------------------------------------- // Verify the current device, could also be alarming printf("\n/---------------------------------------------\n"); printf("TEST%d: Verify the current device, could also be alarming\n",testcnt++); printf("owVerify (normal) %d\n",owVerify(portnum,FALSE)); printf("owVerify (alarm) %d\n",owVerify(portnum,TRUE)); //---------------------------------------- // Test setting the Serial Number with owSerialNum printf("\n/---------------------------------------------\n"); printf("TEST%d: Test setting the Serial Number with owSerialNum\n",testcnt++); // set the Serial Num to 0 to 7 for (i = 0; i < 8; i++) TempSerialNum[i] = (uchar)i; owSerialNum(portnum,TempSerialNum,FALSE); // read back the Serial Number PrintSerialNum(portnum); //---------------------------------------- // Verify the current device (should fail, no such device) printf("\n/---------------------------------------------\n"); printf("TEST%d: Verify the current device (should fail, no such device)\n",testcnt++); printf("owVerify (normal) %d\n",owVerify(portnum,FALSE)); printf("owVerify (alarm) %d\n",owVerify(portnum,TRUE)); // release the 1-Wire Net owRelease(portnum,return_msg); printf("%s",return_msg); exit(0); return 0; } //---------------------------------------------------------------------- // Read and print the Serial Number. // void PrintSerialNum(int portnum) { uchar TempSerialNumber[8]; int i; owSerialNum(portnum,TempSerialNumber,TRUE); for (i = 7; i >= 0; i--) printf("%02X",TempSerialNumber[i]); printf("\n"); } sdcc-2.9.0/device/examples/ds390/readmac/000077500000000000000000000000001116427777700177745ustar00rootroot00000000000000sdcc-2.9.0/device/examples/ds390/readmac/Makefile000066400000000000000000000006131116427777700214340ustar00rootroot00000000000000CC = sdcc MFLAGS = -mds390 LFLAGS = --xram-loc 0x180080 --code-loc 0x10000 -Wl-r OBJECTS = readmac.rel ow.rel crcutil.rel all: readmac.hex clean: rm -f *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map *.rst *.sym *.lnk core *.dump* readmac.hex: readmac.ihx packihx readmac.ihx >readmac.hex readmac.ihx: $(OBJECTS) $(CC) $(MFLAGS) $(LFLAGS) $(OBJECTS) %.rel: %.c $(CC) -c $(MFLAGS) $< sdcc-2.9.0/device/examples/ds390/readmac/crcutil.c000066400000000000000000000070111116427777700216040ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //-------------------------------------------------------------------------- // // crcutil.c - Keeps track of the CRC for 16 and 8 bit operations // version 2.00 // // Badly abused by Kevin Vigor, 11/20/2000 // Include files #include "crcutil.h" // Local global variables #ifdef WANT_CRC_16 static short oddparity[16] = { 0, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0 }; #endif static unsigned char dscrc_table[] = { 0, 94,188,226, 97, 63,221,131,194,156,126, 32,163,253, 31, 65, 157,195, 33,127,252,162, 64, 30, 95, 1,227,189, 62, 96,130,220, 35,125,159,193, 66, 28,254,160,225,191, 93, 3,128,222, 60, 98, 190,224, 2, 92,223,129, 99, 61,124, 34,192,158, 29, 67,161,255, 70, 24,250,164, 39,121,155,197,132,218, 56,102,229,187, 89, 7, 219,133,103, 57,186,228, 6, 88, 25, 71,165,251,120, 38,196,154, 101, 59,217,135, 4, 90,184,230,167,249, 27, 69,198,152,122, 36, 248,166, 68, 26,153,199, 37,123, 58,100,134,216, 91, 5,231,185, 140,210, 48,110,237,179, 81, 15, 78, 16,242,172, 47,113,147,205, 17, 79,173,243,112, 46,204,146,211,141,111, 49,178,236, 14, 80, 175,241, 19, 77,206,144,114, 44,109, 51,209,143, 12, 82,176,238, 50,108,142,208, 83, 13,239,177,240,174, 76, 18,145,207, 45,115, 202,148,118, 40,171,245, 23, 73, 8, 86,180,234,105, 55,213,139, 87, 9,235,181, 54,104,138,212,149,203, 41,119,244,170, 72, 22, 233,183, 85, 11,136,214, 52,106, 43,117,151,201, 74, 20,246,168, 116, 42,200,150, 21, 75,169,247,182,232, 10, 84,215,137,107, 53}; #ifdef WANT_CRC_16 //-------------------------------------------------------------------------- // Calculate a new CRC16 from the input data shorteger. Return the current // CRC16. // // Returns: the current CRC16 // unsigned int docrc16(unsigned int oldCrc, unsigned int byte) { byte = (byte ^ (oldCrc & 0xff)) & 0xff; oldCrc >>= 8; if (oddparity[byte & 0xf] ^ oddparity[byte >> 4]) { oldCrc ^= 0xc001; } byte <<= 6; oldCrc ^= byte; byte <<= 1; oldCrc ^= byte; return oldCrc; } #endif unsigned char docrc8(unsigned char oldCrc, unsigned char x) { return dscrc_table[oldCrc ^ x]; }sdcc-2.9.0/device/examples/ds390/readmac/crcutil.h000066400000000000000000000003041116427777700216070ustar00rootroot00000000000000#ifndef CRCUTIL_H_ #define CRCUTIL_H_ #ifdef WANT_CRC_16 unsigned int docrc16(unsigned int oldCrc, unsigned int byte); #endif unsigned char docrc8(unsigned char oldCrc, unsigned char x); #endif sdcc-2.9.0/device/examples/ds390/readmac/ow.c000066400000000000000000000343531116427777700205750ustar00rootroot00000000000000//--------------------------------------------------------------------------- // Copyright (C) 2000 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. //--------------------------------------------------------------------------- // // ow.c // // Minimal access routines for TINI internal one-wire bus patched together // from Dallas example code (hence the copyright notice above). // // Kevin Vigor, 11/20/2000 #include #include "ow.h" #include "crcutil.h" /* The internal 1-wire bus is hooked to P3.5, a.k.a T1 */ /* The "activity" LED is also hooked to this line. */ #define INT_OW_PORT T1 // global variables for this module to hold search state information static int LastDiscrepancy; static int LastFamilyDiscrepancy; static int LastDevice; static unsigned char SerialNum[8]; //-------------------------------------------------------------------------- // Reset all of the devices on the 1-Wire Net and return the result. // // Returns: TRUE(1): presense pulse(s) detected, device(s) reset // FALSE(0): no presense pulses detected // unsigned char owTouchReset(void) { unsigned char result; /* Code stolen straight from appnote 126. */ INT_OW_PORT = 0; /* drive bus low. */ msDelay(480); /* sleep 480 ms */ INT_OW_PORT = 1; /* bus high. */ msDelay(120); result = INT_OW_PORT; /* get presence detect pulse. */ msDelay(360); return result; } //-------------------------------------------------------------------------- // Send 1 bit of communication to the 1-Wire Net and return the // result 1 bit read from the 1-Wire Net. The parameter 'sendbit' // least significant bit is used and the least significant bit // of the result is the return bit. // // Returns: 0: 0 bit read from sendbit // 1: 1 bit read from sendbit // unsigned char owTouchBit(unsigned char sendbit) { unsigned char result; INT_OW_PORT = 0; /* start timeslot. */ msDelay(1); INT_OW_PORT = sendbit; /* send bit out. */ msDelay(9); result = INT_OW_PORT; /* sample result @ 10 ms. */ msDelay(50); /* Kill rest of slot. */ INT_OW_PORT = 1; /* timeslot done. */ msDelay(5); /* Just to make sure... */ return result; } //-------------------------------------------------------------------------- // Send 8 bits of communication to the 1-Wire Net and return the // result 8 bits read from the 1-Wire Net. The parameter 'sendbyte' // least significant 8 bits are used and the least significant 8 bits // of the result is the return byte. // // 'sendbyte' - 8 bits to send (least significant byte) // // Returns: 8 bytes read from sendbyte // unsigned char owTouchByte(unsigned char sendbyte) { unsigned char i; unsigned char result = 0; for (i = 0; i < 8; i++) { result |= (owTouchBit(sendbyte & 1) << i); sendbyte >>= 1; } return result; } //-------------------------------------------------------------------------- // Send 8 bits of communication to the 1-Wire Net and verify that the // 8 bits read from the 1-Wire Net is the same (write operation). // The parameter 'sendbyte' least significant 8 bits are used. // // 'sendbyte' - 8 bits to send (least significant byte) // // Returns: TRUE: bytes written and echo was the same // FALSE: echo was not the same // unsigned char owWriteByte(unsigned char sendbyte) { return (owTouchByte(sendbyte) == sendbyte) ? TRUE : FALSE; } //-------------------------------------------------------------------------- // Send 8 bits of read communication to the 1-Wire Net and and return the // result 8 bits read from the 1-Wire Net. // // Returns: 8 bytes read from 1-Wire Net // unsigned char owReadByte(void) { return owTouchByte(0xFF); } //-------------------------------------------------------------------------- // Description: // Delay for at least 'len' ms // void msDelay(unsigned int len) { len; /* shut compiler up. */ _asm ; len is in dpl/dph mov r0, dpl mov r1, dph mov a, r0 orl a, r1 ; quick out for zero case. jz _sleepDone inc r1 cjne r0, #0, _sleep1msLoop dec r1 _sleep1msLoop: nop nop nop nop nop nop nop ; 7 nops djnz r0, _sleep1msLoop ; 3 cycles x 1 = 3 cycles ; 10 cycles per iter; we want 9.216, but more is better ; than less. djnz r1, _sleep1msLoop _sleepDone: _endasm; } //-------------------------------------------------------------------------- // The 'owBlock' transfers a block of data to and from the // 1-Wire Net with an optional reset at the begining of communication. // The result is returned in the same buffer. // // 'do_reset' - cause a owTouchReset to occure at the begining of // communication TRUE(1) or not FALSE(0) // 'tran_buf' - pointer to a block of unsigned // chars of length 'TranferLength' that will be sent // to the 1-Wire Net // 'tran_len' - length in bytes to transfer // Supported devices: all // // Returns: TRUE (1) : The optional reset returned a valid // presence (do_reset == TRUE) or there // was no reset required. // FALSE (0): The reset did not return a valid prsence // (do_reset == TRUE). // // The maximum tran_len is 64 // unsigned char owBlock(unsigned char do_reset, unsigned char *tran_buf, unsigned char tran_len) { int i; // check for a block too big if (tran_len > 64) return FALSE; // check if need to do a owTouchReset first if (do_reset) { if (!owTouchReset()) return FALSE; } // send and receive the buffer for (i = 0; i < tran_len; i++) tran_buf[i] = owTouchByte(tran_buf[i]); return TRUE; } //-------------------------------------------------------------------------- // The 'owFirst' finds the first device on the 1-Wire Net This function // contains one parameter 'alarm_only'. When // 'alarm_only' is TRUE (1) the find alarm command 0xEC is // sent instead of the normal search command 0xF0. // Using the find alarm command 0xEC will limit the search to only // 1-Wire devices that are in an 'alarm' state. // // 'do_reset' - TRUE (1) // perform reset before search. // 'alarm_only' - TRUE (1) the find alarm command 0xEC is // sent instead of the normal search command 0xF0 // // Returns: TRUE (1) : when a 1-Wire device was found and it's // Serial Number placed in the global SerialNum[portnum] // FALSE (0): There are no devices on the 1-Wire Net. // unsigned char owFirst(unsigned char do_reset, unsigned char alarm_only) { // reset the search state LastDiscrepancy = 0; LastDevice = FALSE; LastFamilyDiscrepancy = 0; return owNext(do_reset,alarm_only); } //-------------------------------------------------------------------------- // The 'owNext' function does a general search. This function // continues from the previos search state. The search state // can be reset by using the 'owFirst' function. // This function contains one parameter 'alarm_only'. // When 'alarm_only' is TRUE (1) the find alarm command // 0xEC is sent instead of the normal search command 0xF0. // Using the find alarm command 0xEC will limit the search to only // 1-Wire devices that are in an 'alarm' state. // // 'do_reset' - TRUE (1) perform reset before search, FALSE (0) do not // perform reset before search. // 'alarm_only' - TRUE (1) the find alarm command 0xEC is // sent instead of the normal search command 0xF0 // // Returns: TRUE (1) : when a 1-Wire device was found and it's // Serial Number placed in the global SerialNum[portnum] // FALSE (0): when no new device was found. Either the // last search was the last device or there // are no devices on the 1-Wire Net. // unsigned char owNext(unsigned char do_reset, unsigned char alarm_only) { int bit_test, search_direction, bit_number; int last_zero, serial_byte_number, next_result; unsigned char serial_byte_mask; unsigned char lastcrc8; // initialize for search bit_number = 1; last_zero = 0; serial_byte_number = 0; serial_byte_mask = 1; next_result = 0; lastcrc8 = 0; // if the last call was not the last one if (!LastDevice) { // check if reset first is requested if (do_reset) { // reset the 1-wire // if there are no parts on 1-wire, return FALSE if (!owTouchReset()) { // reset the search LastDiscrepancy = 0; LastFamilyDiscrepancy = 0; return FALSE; } } // If finding alarming devices issue a different command if (alarm_only) owWriteByte(0xEC); // issue the alarming search command else owWriteByte(0xF0); // issue the search command // loop to do the search do { // read a bit and its compliment bit_test = owTouchBit(1) << 1; bit_test |= owTouchBit(1); // check for no devices on 1-wire if (bit_test == 3) { break; } else { // all devices coupled have 0 or 1 if (bit_test > 0) { search_direction = !(bit_test & 0x01); // bit write value for search } else { // if this discrepancy if before the Last Discrepancy // on a previous next then pick the same as last time if (bit_number < LastDiscrepancy) search_direction = ((SerialNum[serial_byte_number] & serial_byte_mask) > 0); else // if equal to last pick 1, if not then pick 0 search_direction = (bit_number == LastDiscrepancy); // if 0 was picked then record its position in LastZero if (search_direction == 0) last_zero = bit_number; // check for Last discrepancy in family if (last_zero < 9) LastFamilyDiscrepancy = last_zero; } // set or clear the bit in the SerialNum byte serial_byte_number // with mask serial_byte_mask if (search_direction == 1) SerialNum[serial_byte_number] |= serial_byte_mask; else SerialNum[serial_byte_number] &= ~serial_byte_mask; // serial number search direction write bit owTouchBit(search_direction); // increment the byte counter bit_number // and shift the mask serial_byte_mask bit_number++; serial_byte_mask <<= 1; // if the mask is 0 then go to new SerialNum byte serial_byte_number // and reset mask if (serial_byte_mask == 0) { lastcrc8 = docrc8(lastcrc8,SerialNum[serial_byte_number]); // accumulate the CRC serial_byte_number++; serial_byte_mask = 1; } } } while(serial_byte_number < 8); // loop until through all SerialNum bytes 0-7 // if the search was successful then if (!((bit_number < 65) || lastcrc8)) { // search successful so set LastDiscrepancy,LastDevice,next_result LastDiscrepancy = last_zero; LastDevice = (LastDiscrepancy == 0); next_result = TRUE; } } // if no device found then reset counters so next 'next' will be // like a first if (!next_result || !SerialNum[0]) { LastDiscrepancy = 0; LastDevice = FALSE; LastFamilyDiscrepancy = 0; next_result = FALSE; } return next_result; } //-------------------------------------------------------------------------- // The 'owSerialNum' function either reads or sets the SerialNum buffer // that is used in the search functions 'owFirst' and 'owNext'. // This function contains two parameters, 'serialnum_buf' is a pointer // to a buffer provided by the caller. 'serialnum_buf' should point to // an array of 8 unsigned chars. The second parameter is a flag called // 'do_read' that is TRUE (1) if the operation is to read and FALSE // (0) if the operation is to set the internal SerialNum buffer from // the data in the provided buffer. // // 'serialnum_buf' - buffer to that contains the serial number to set // when do_read = FALSE (0) and buffer to get the serial // number when do_read = TRUE (1). // 'do_read' - flag to indicate reading (1) or setting (0) the current // serial number. // void owSerialNum(unsigned char *serialnum_buf, unsigned char do_read) { int i; // read the internal buffer and place in 'serialnum_buf' if (do_read) { for (i = 0; i < 8; i++) { serialnum_buf[i] = SerialNum[i]; } } // set the internal buffer from the data in 'serialnum_buf' else { for (i = 0; i < 8; i++) { SerialNum[i] = serialnum_buf[i]; } } } sdcc-2.9.0/device/examples/ds390/readmac/ow.h000066400000000000000000000012331116427777700205710ustar00rootroot00000000000000#ifndef OW_H_ #define OW_H_ #ifndef FALSE #define FALSE 0 #endif #ifndef TRUE #define TRUE 1 #endif unsigned char owFirst(unsigned char,unsigned char); unsigned char owNext(unsigned char,unsigned char); void owSerialNum(unsigned char *,unsigned char); /* Low level functions */ unsigned char owTouchReset(void); unsigned char owTouchBit(unsigned char); unsigned char owTouchByte(unsigned char); unsigned char owWriteByte(unsigned char); unsigned char owReadByte(void); void msDelay(unsigned int); unsigned char owBlock(unsigned char do_reset, unsigned char *tran_buf, unsigned char tran_len); #endif sdcc-2.9.0/device/examples/ds390/readmac/readmac.c000066400000000000000000000046611116427777700215430ustar00rootroot00000000000000// readmac.c // // Uses the internal 1-wire access routines in ow.c to read the MAC address // from the 2502 on the TINI. #include #include "ow.h" #include "crcutil.h" void main(void) { unsigned char serial[32]; unsigned char mac[6]; unsigned char myCRC; unsigned char rc = 0; unsigned char i; printf("Probing internal one-wire bus...\n"); if (owTouchReset()) { printf("No presence pulse.\n"); rc = 1; } if (!rc && !owFirst(0, 0)) { printf("Nothing on internal 1-wire bus.\n"); rc = 1; } if (!rc) { // Find first device of type 89 on internal 1-wire. { owSerialNum(serial, 1); #ifdef NOISY printf("found 1-wire device: %02x%02x%02x%02x%02x%02x%02x%02x\n", serial[0], serial[1], serial[2], serial[3], serial[4], serial[5], serial[6], serial[7]); #endif } while (serial[0] != 0x89 && owNext(0, 0)); owTouchReset(); if (serial[0] != 0x89) { printf("No DS2502 found on internal 1-wire bus.\n"); rc = 1; } } if (!rc) { printf("DS2502 located (ID %02x%02x%02x%02x%02x%02x%02x%02x).\n", serial[0], serial[1], serial[2], serial[3], serial[4], serial[5], serial[6], serial[7]); /* Build command packet. */ serial[0] = 0xCC; /* Skip ROM. */ serial[1] = 0xF0; /* Read memory. */ serial[2] = 0x00; /* Start address least significant byte. */ serial[3] = 0x00; /* start address MSB. */ serial[4] = 0xFF; /* listen slot for CRC8 of 1-3. */ owBlock(0, serial, 5); myCRC = docrc8(0, serial[1]); myCRC = docrc8(myCRC, serial[2]); myCRC = docrc8(myCRC, serial[3]); if (myCRC != serial[4]) { printf("read failed: bogus CRC: %x != %x\n", myCRC, serial[4]); rc = 1; } } if (!rc) { for (i = 0; i < 32; i++) { serial[i] = 0xFF; } owBlock(0, serial, 32); #ifdef NOISY printf("DS2502 memory: "); for (i = 0; i < 32; i++) { printf("%02x ", serial[i]); } printf("\n"); #endif { unsigned char *mptr = mac; unsigned char *sptr = &(serial[10]); for (i = 0; i < 6; i++) { *mptr++ = *sptr--; } } printf("MAC address: %02x%02x%02x%02x%02x%02x\n", mac[0], mac[1], mac[2], mac[3], mac[4], mac[5]); owTouchReset(); } } sdcc-2.9.0/device/examples/ds390/rtc390/000077500000000000000000000000001116427777700174245ustar00rootroot00000000000000sdcc-2.9.0/device/examples/ds390/rtc390/Makefile000066400000000000000000000006001116427777700210600ustar00rootroot00000000000000CC = sdcc MFLAGS = -mds390 LFLAGS = --xram-loc 0x100080 --code-loc 0x10000 -Wl-r OBJECTS = rtc390.rel all: rtc390.hex clean: rm -f *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map *.rst *.sym *.lnk core *.dump* rtc390.hex: $(OBJECTS) $(CC) $(MFLAGS) $(LFLAGS) $(OBJECTS) packihx rtc390.ihx >rtc390.hex #tinitalk -c execute rtc390.hex %.rel: %.c $(CC) -c $(MFLAGS) -I . $< sdcc-2.9.0/device/examples/ds390/rtc390/rtc390.c000066400000000000000000000060661116427777700206240ustar00rootroot00000000000000/*------------------------------------------------------------------------- rtc390.c - time demo using the DS1315 (tested on TINI) Written By - Johan Knol, johan.knol@iduna.nl This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include // until we have a decent scanf: int ScanInt(int current) { char reply[32], *r; gets(reply); if (isdigit(*(r=reply))) { current=0; do { current*=10; current+=(*r++)-'0'; } while (isdigit(*r)); } return current; } char GetTime(struct tm *rtcTime) { printf ("Enter year [%d]: ", rtcTime->tm_year+1900); rtcTime->tm_year=ScanInt(rtcTime->tm_year+1900); printf ("Enter month [%d]: ", rtcTime->tm_mon+1); rtcTime->tm_mon=ScanInt(rtcTime->tm_mon)-1; printf ("Enter day [%d]: ", rtcTime->tm_mday); rtcTime->tm_mday=ScanInt(rtcTime->tm_mday); printf ("Enter hour [%d]: ", rtcTime->tm_hour); rtcTime->tm_hour=ScanInt(rtcTime->tm_hour); printf ("Enter minute [%d]: ", rtcTime->tm_min); rtcTime->tm_min=ScanInt(rtcTime->tm_min); printf ("Enter second [%d]: ", rtcTime->tm_sec); rtcTime->tm_sec=ScanInt(rtcTime->tm_sec); return 1; } void PrintTime(struct tm *rtcTime, char verbose) { printf ("%s%04d-%02d-%02d %02d:%02d:%02d.%02d\n", verbose ? "RTC time: " : "", rtcTime->tm_year+1900, rtcTime->tm_mon+1, rtcTime->tm_mday, rtcTime->tm_hour, rtcTime->tm_min, rtcTime->tm_sec, rtcTime->tm_hundredth); if (verbose) { time_t calendarTime=mktime(rtcTime); printf ("Seconds since 00:00:00 Jan 01 1970: %ld\n", calendarTime); } } void main (void) { struct tm rtcTime, *now; time_t calendarTime; char seconds=-1; printf ("\nStarting RTC demo.\n"); RtcRead(&rtcTime); PrintTime(&rtcTime,1); while(1) { calendarTime=time(0); now=localtime(&calendarTime); if (now->tm_sec!=seconds) { printf(ctime(&calendarTime)); seconds=now->tm_sec; } if (Serial0CharArrived()) { switch (getchar()) { case 0: break; case 'q': printf ("Ok.\n"); return; default: RtcRead(&rtcTime); if (GetTime(&rtcTime)) { RtcWrite(&rtcTime); printf ("Time written.\n"); } } } } } sdcc-2.9.0/device/examples/ds390/test390/000077500000000000000000000000001116427777700176135ustar00rootroot00000000000000sdcc-2.9.0/device/examples/ds390/test390/Makefile000066400000000000000000000004521116427777700212540ustar00rootroot00000000000000 all : test390.ihx test390.ihx : test390.c sdcc -mds390 test390.c normal : sdcc -mds390 --model-large test390.c clean: rm -f mon.ihx *.lst *.rel *.rst *.sym *.cdb *.map *.ihx *.lnk *.asm sim: ./s51 -t DS390F -Sout=test.lst test390.ihx sim_norm: ./s51 -t DS390 -Sout=test.lst test390.ihx sdcc-2.9.0/device/examples/ds390/test390/test390.c000066400000000000000000000056231116427777700212000ustar00rootroot00000000000000/* A simple test app for ds390 compiler work */ #include <8052.h> typedef unsigned char byte; typedef unsigned int word; typedef unsigned long l_word; code char my_message[] = {"Testing 123\n"}; volatile byte hi_flag = 1; volatile byte timer = 0; /**** Note(Bug?): stock mcs51 will find this in library routines, For -mds390 compile, if this is not here linker does not link in anything and does not complain or fail the link. *****/ unsigned char _sdcc_external_startup () { return 0; } /*------------------------------------------------------------------------ timer0_int - Timer0 interrupt. Notice we are using register bank 2 for this interrupt. |------------------------------------------------------------------------*/ void timer0_irq_proc(void) interrupt 1 using 2 { if (timer != 0) { --timer; } else { hi_flag = 1; timer = 250; } TR0 = 0; /* Stop Timer 0 counting */ TH0 = (~(5000)) >> 8; TL0 = (~(5000)) & 0xff; TR0 = 1; /* Start counting again */ } #if 0 /*------------------------------------------------------------------------ uart0_int - Interrupt 4 is for the UART, notice we use register bank 1 for the interrupt routine. |------------------------------------------------------------------------*/ void uart0_int(void) interrupt 4 using 1 { if (RI) { c = SBUF; RI = 0; } } #endif /*------------------------------------------------------------------------ tx_char - transmit(tx) a char out the serial uart. |------------------------------------------------------------------------*/ void tx_char(char c) { SBUF = c; while (!TI) ; TI = 0; } /*------------------------------------------------------------------------ tx_str - transmit(tx) a string out the serial uart. |------------------------------------------------------------------------*/ void tx_str(char *str) { while (*str) tx_char(*str++); } /*------------------------------------------------------------------------ main - Simple test program to send out something to the serial port. |------------------------------------------------------------------------*/ void main(void) { PCON = 0x80; /* power control byte, set SMOD bit for serial port */ SCON = 0x50; /* serial control byte, mode 1, RI active */ TMOD = 0x21; /* timer control mode, byte operation */ TCON = 0; /* timer control register, byte operation */ TH1 = 0xFA; /* serial reload value, 9,600 baud at 11.0952Mhz */ TR1 = 1; /* start serial timer */ TR0 = 1; /* start timer0 */ ET0 = 1; /* Enable Timer 0 overflow interrupt IE.1 */ EA = 1; /* Enable Interrupts */ TI = 0; /* clear this out */ SBUF = '.'; /* send an initial '.' out serial port */ hi_flag = 1; //ES = 1; /* Enable serial interrupts IE.4 */ tx_str(my_message); for (;;) { if (hi_flag) { tx_str("Hi There\n"); hi_flag = 0; } } } sdcc-2.9.0/device/examples/ds390/tinitalk/000077500000000000000000000000001116427777700202175ustar00rootroot00000000000000sdcc-2.9.0/device/examples/ds390/tinitalk/Makefile000066400000000000000000000002061116427777700216550ustar00rootroot00000000000000CFLAGS=-Wall -g tinitalk: tinitalk.c tinitalk.h cc -o $@ $(CFLAGS) $< cp $@ /usr/local/bin clean: rm -f core *~ *.o tinitalk \#* sdcc-2.9.0/device/examples/ds390/tinitalk/Makefile.bcc000066400000000000000000000003531116427777700224060ustar00rootroot00000000000000# Makefile for Borlad C++ PRJDIR = ../../../.. !include $(PRJDIR)/Bcc.inc OBJECTS = tinitalk.obj TARGET = tinitalk.exe all: $(TARGET) $(TARGET): $(OBJECTS) $(CC) $(CFLAGS) -e$(TARGET) $(OBJECTS) sdcc-2.9.0/device/examples/ds390/tinitalk/tinitalk.c000066400000000000000000000430751116427777700222130ustar00rootroot00000000000000/*------------------------------------------------------------------------- tinitalk.c - A tini utility to download files to TINI and talk to it Written By - Johan Knol johan.knol@iduna.nl This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #if defined(_MSC_VER) || defined(__BORLANDC__) #define TINI_PORT "COM2" #else #ifdef linux // must be linux #define TINI_PORT "/dev/ttyS0" #else // could be solaris #define TINI_PORT "/dev/term/a" #endif #endif #define TINI_BAUD 115200 #define TINI_ESCAPE_CHAR 0x1b #include #include #include #include #include #if !defined( _MSC_VER) && !defined(__BORLANDC__) #include #include #include #else #include #include #define sleep(ms) Sleep((ms*1000)) #define usleep(us) Sleep((us/1000)) #endif #include "tinitalk.h" char *programName; char escapeChar = 0; char *port = NULL; int baud = 0, appBaud = 0; void Usage () { fprintf (stderr, "usage: %s command [args] \n", programName); fprintf (stderr, "\nwhere options are:\n"); fprintf (stderr, " <-p port> set the serial port, defaults to %s\n", TINI_PORT); fprintf (stderr, " <-b baud> set the baud rate, defaults to %d\n", TINI_BAUD); fprintf (stderr, " <-B baud> set the baud rate for the application\n"); fprintf (stderr, " <-c> connect to tini after command (if any)\n"); fprintf (stderr, " <-e #> to set the escape char\n"); fprintf (stderr, " <-s> to see some examples.\n"); fprintf (stderr, "\nand commands are:\n"); fprintf (stderr, " load a hex file and restart the bootloader\n"); fprintf (stderr, " load a hex file and/or start the program in bank 1\n"); exit (1); } void Examples () { printf ("\n"); printf ("%s -p /dev/ttyS1\n", programName); printf (" now you are talking to the bootloader through serial-1\n"); printf ("%s -b 19200\n", programName); printf (" now you are talking to the bootloader at 19200 baud\n"); printf ("%s load tini.hex\n", programName); printf (" load tini.hex\n"); printf ("%s -c load tini.hex\n", programName); printf (" after loading tini.hex you are talking to the bootloader\n"); printf ("%s execute tini.hex\n", programName); printf (" load tini.hex and start the program in bank 1\n"); printf ("%s -c execute tini.hex\n", programName); printf (" after loading the file you are talking to the (restarted)\n"); printf (" program in bank 1\n"); printf ("%s execute\n", programName); printf (" now the program in bank 1 is restarted.\n"); printf ("%s -c execute\n", programName); printf (" now you are talking to the (restarted) program in bank 1\n"); printf ("%s -b 115200 -B 9600 -c execute tini.hex\n", programName); printf (" download tini.hex at 115200 baud, but talk the program at 9600 baud\n"); exit (0); } int main (int argc, char **argv) { int connect = 0; char command[64]; int arg = 1; //programName=argv[0]; programName = "tinitalk"; // process options while (arg < argc && argv[arg][0] == '-') { // no arguments required if (argv[arg][1] == 'c') { connect = 1; arg++; continue; } else if (argv[arg][1] == 's') { Examples (); // will not return } // argument required if (arg >= (argc - 1)) { Usage (); } switch (argv[arg][1]) { case 'p': port = argv[arg + 1]; break; case 'b': baud = atoi (argv[arg + 1]); break; case 'B': appBaud = atoi (argv[arg + 1]); break; case 'e': escapeChar = atoi (argv[arg + 1]); break; default: Usage (); } arg += 2; } if (port == NULL) { if ((port = getenv ("TINI_PORT")) == NULL) { port = TINI_PORT; } } if (baud == 0) { if (getenv ("TINI_BAUD")) { baud = atoi (getenv ("TINI_BAUD")); } else { baud = TINI_BAUD; } } if (escapeChar == 0) { if (getenv ("TINI_ESCAPE_CHAR")) { escapeChar = atoi (getenv ("TINI_ESCAPE_CHAR")); } else { escapeChar = TINI_ESCAPE_CHAR; } } if (appBaud == 0) { appBaud = baud; } if (!TiniOpen (port, baud)) { exit (1); } // process commands while (arg < argc) { if (strcmp (argv[arg], "load") == 0) { // argument required if (arg >= (argc - 1)) { Usage (); } if (LoadHexFile (argv[arg + 1])) { TiniReset (1); if (connect) { TiniConnect (baud); } } exit (0); } if (strcmp (argv[arg], "execute") == 0) { // argument supplied? if (arg < (argc - 1)) { if (!LoadHexFile (argv[arg + 1])) { exit (0); } } TiniReset (0); if (connect) { TiniConnect (appBaud); } exit (0); } // unsupported command Usage (); } // no commands, just connect // on my linux box, DTR is always set after opening the port, so: // reset the bootloader strcpy (command, "r"); while (1) { switch (tolower (command[0])) { case '?': case '\n': case 'h': printf ("\n"); printf ("r - reset, start bootloader and connect to TINI\n"); printf ("e - reset, start program in bank 1 and connect to TINI\n"); printf ("c - connect to TINI.\n"); printf ("l - load file.\n"); printf ("s - save file.\n"); printf ("q - quit.\n"); break; case 'e': TiniReset (0); TiniConnect (appBaud); break; case 'r': TiniReset (1); TiniConnect (baud); break; case 'c': // leave it as it was TiniConnect (0); break; case 'l': { char fileName[FILENAME_MAX] = ""; printf ("Enter filename: "); fflush (stdout); fgets (fileName, FILENAME_MAX, stdin); // remove the EOL character fileName[strlen (fileName) - 1] = 0; LoadHexFile (fileName); } break; case 's': printf ("Command \"%c\" not implemented yet.\n", command[0]); break; case 'q': return 0; break; default: printf ("Unknown command: \"%c\".\n", command[0]); break; } printf ("\n<%s> ", programName); fflush (stdout); #if defined(_MSC_VER) || defined(__BORLANDC__) // don't know why getch (); #endif fgets (command, 64, stdin); } return 0; } int LoadHexFile (char *path) { FILE *hexFile; char hexLine[256]; int bank = 0; int line = 0, type; char tempString[16]; char c, ctrlC = 0x03; int bytesLoaded = 0, progress = 0; char banksZapped[8] = {0, 0, 0, 0, 0, 0, 0, 0}; unsigned int address, bytes, i; unsigned int checksum, chk; if ((hexFile = fopen (path, "r")) == NULL) { perror (path); return 0; } TiniFlush (); while (fgets (hexLine, 256, hexFile)) { if (TiniRead (&c, 1) == 1) { // show error messages from TINI printf ("\n"); do { putchar (c); } while (TiniRead (&c, 1) == 1); printf ("\nInterrupted by loader.\n"); return 0; } line++; if (hexLine[0] != ':' || sscanf (&hexLine[1], "%02x", &bytes) != 1 || sscanf (&hexLine[3], "%04x", &address) != 1 || sscanf (&hexLine[7], "%02x", &type) != 1) { printf ("Invalid ihx record: \"%s\"\n", hexLine); TiniReset (1); return 0; } // make sure line ends with '\r' or TINI won't swallow it hexLine[strlen (hexLine) - 1] = '\r'; address += bank << 16; // test checksum checksum = 0; for (i = 0; i < bytes + 5; i++) { sscanf (&hexLine[i * 2 + 1], "%02x", &chk); checksum += chk; } if (checksum & 0xff) { printf ("\nChecksum error at %06x (0x%02x!=0) in line: %d\n", address, checksum&0xff, line); TiniReset (1); return 0; } if (type == 4) { // new Hex386 record sscanf (&hexLine[9], "%04x", &bank); address = (address & 0xffff) + (bank << 16); // just for safety if (bank == 0) { printf ("==> No overwrite of bank 0 <==\n"); return 0; } if (0) { // interupt loader TiniWriteAndWait (&ctrlC, 1, '>'); } else { // reset TINI TiniReset (1); } if (!banksZapped[bank]) { // zap bank sprintf (tempString, "z%d\r", bank); TiniWriteAndWait (tempString, 3, '?'); TiniWriteAndWait ("y", 1, '\n'); printf ("[Zapping bank %d]\n", bank); TiniWait ('>'); banksZapped[bank] = 1; // start loader //printf ("[Starting loader]\n"); } TiniWriteAndWait ("l\r", 2, '\n'); printf ("[Loading bank %d]\n", bank); } if (bank > 0) { if ((type == 0) && (1 || ((bytesLoaded / 1024) > progress))) { progress = bytesLoaded / 1024; printf ("[%06x: sent %d bytes]\r", address, bytesLoaded); fflush (stdout); } bytesLoaded += bytes; //printf ("data: %s\n", hexLine); TiniWrite (" ", 12); TiniWrite (hexLine, strlen (hexLine)); TiniDrain (); } else { //printf ("skip: %s\n", hexLine); } } TiniWriteAndWait ("\r", 1, '>'); printf ("\n[Load succesfull]\n"); fclose (hexFile); return 1; } int SaveFile (char *path) { printf ("Saving file: %s\n", path); return 1; } /* this is the io part */ #if defined(_MSC_VER) || defined(__BORLANDC__) HANDLE tiniHandle; DCB tiniDcb; #else static int tini_fd; static int tini_status; static struct termios tini_options; #endif static int initflag = 0; int TiniOpen (char *port, int baud) { if (initflag) { return 1; } printf ("[Opening \"%s\" at \"%d\" baud, escape is 0x%02x]\n", port, baud, escapeChar); #if defined(_MSC_VER) || defined(__BORLANDC__) if ((tiniHandle = CreateFile (port, GENERIC_READ | GENERIC_WRITE, 0, NULL, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, NULL)) == INVALID_HANDLE_VALUE) #else if ((tini_fd = open (port, O_RDWR | O_NOCTTY | O_NONBLOCK)) < 0) #endif { fprintf (stderr, "%s: unable to open port %s - ", "TiniOpen", port); perror(""); return 0; } // configure the serial port #if defined(_MSC_VER) || defined(__BORLANDC__) tiniDcb.DCBlength = sizeof (DCB); if (GetCommState (tiniHandle, &tiniDcb) != TRUE) { fprintf (stderr, "%s: unable to query port %s\n", "TiniOpen", port); TiniClose (); return 0; } tiniDcb.StopBits = 0; tiniDcb.ByteSize = 8; tiniDcb.Parity = 0; tiniDcb.fDtrControl = DTR_CONTROL_DISABLE; tiniDcb.fRtsControl = RTS_CONTROL_DISABLE; tiniDcb.fOutxCtsFlow = FALSE; tiniDcb.fOutX = FALSE; tiniDcb.fInX = FALSE; if (SetCommState (tiniHandle, &tiniDcb) != TRUE) { fprintf (stderr, "%s: unable to configure port %s\n", "TiniOpen", port); TiniClose (); return 0; } // reset DTR EscapeCommFunction (tiniHandle, CLRDTR); #else if (ioctl (tini_fd, TIOCMGET, &tini_status)) { perror ("0: ioctl(tini_fd, TIOCMGET, &tini_status) - "); TiniClose (); return 0; } // reset DTR tini_status &= ~TIOCM_DTR; if (ioctl (tini_fd, TIOCMSET, &tini_status)) { perror ("2: ioctl(tini_fd, TIOCMSET, &tini_status) - "); TiniClose (); return 0; } tcgetattr (tini_fd, &tini_options); tini_options.c_cflag |= (CLOCAL | CREAD); tini_options.c_lflag &= ~(ISIG | ICANON | ECHO); tini_options.c_iflag |= (IGNCR); tini_options.c_cc[VMIN] = 0; tini_options.c_cc[VTIME] = 0; tcsetattr (tini_fd, TCSANOW, &tini_options); #endif if (!TiniBaudRate (baud)) { TiniClose (); return 0; } initflag = 1; return 1; } #if defined(_MSC_VER) || defined(__BORLANDC__) #define B9600 CBR_9600 #define B19200 CBR_19200 #define B38400 CBR_38400 #define B57600 CBR_57600 #define B115200 CBR_115200 #endif int TiniBaudRate (int baud) { int baudB; switch (baud) { case 9600: baudB = B9600; break; case 19200: baudB = B19200; break; case 38400: baudB = B38400; break; case 57600: baudB = B57600; break; case 115200: baudB = B115200; break; default: fprintf (stderr, "%s: illegal baudrate: \"%d\"\n", programName, baud); return 0; } #if defined(_MSC_VER) || defined(__BORLANDC__) tiniDcb.BaudRate = baudB; SetCommState (tiniHandle, &tiniDcb); #else cfsetispeed (&tini_options, baudB); cfsetospeed (&tini_options, baudB); tcsetattr (tini_fd, TCSANOW, &tini_options); #endif return 1; } int TiniReset (int toBootLoader) { // set DTR #if defined(_MSC_VER) || defined(__BORLANDC__) EscapeCommFunction (tiniHandle, SETDTR); #else tini_status |= TIOCM_DTR; if (ioctl (tini_fd, TIOCMSET, &tini_status)) { perror ("1: ioctl(tini_fd, TIOCMSET, &tini_status) - "); return 0; } #endif // wait for 100ms usleep (100000); // drain input and output buffers TiniDrain (); // reset DTR #if defined(_MSC_VER) || defined(__BORLANDC__) EscapeCommFunction (tiniHandle, CLRDTR); #else tini_status &= ~TIOCM_DTR; if (ioctl (tini_fd, TIOCMSET, &tini_status)) { perror ("2: ioctl(tini_fd, TIOCMSET, &tini_status) - "); return 0; } #endif // wait for 100ms usleep (100000); if (TiniWrite ("\r", 1) != 1) { fprintf (stderr, "TiniReset: couldn't write to tini\n"); return 0; } // wait for the bootloader prompt // we should build a timeout here TiniWait ('>'); if (toBootLoader) { return 1; } TiniWriteAndWait ("E\r", 2, 'E'); return 1; } #if defined(_MSC_VER) || defined(__BORLANDC__) // read as much character as available, at most n int TiniRead (char *buffer, int n) { int count; int status; COMSTAT tiniComStat; ClearCommError (tiniHandle, &status, &tiniComStat); if (tiniComStat.cbInQue < (unsigned int) n) { n = tiniComStat.cbInQue; } ReadFile (tiniHandle, buffer, n, &count, NULL); return count; } int TiniWrite (char *buffer, int n) { int count; WriteFile (tiniHandle, buffer, n, &count, NULL); return count; } #else int TiniRead (char *buffer, int n) { return read (tini_fd, buffer, n); } int TiniWrite (char *buffer, int n) { return write (tini_fd, buffer, n); } #endif // wait for the prompChar int TiniWait (char promptChar) { char c; while (1) { switch (TiniRead (&c, 1)) { case 0: // no char available // give up our time slice sleep (0); break; case 1: // one char read putchar (c); fflush (stdout); if (c == promptChar) { return 1; } break; default: // some error perror ("TiniWait: "); return 0; break; } } } // send the buffer and wait for the promptChar int TiniWriteAndWait (char *buffer, int n, char promptChar) { char bytes = TiniWrite (buffer, n); TiniWait (promptChar); return bytes; } // flush input and output buffers (wait for it) void TiniFlush () { #if defined(_MSC_VER) || defined(__BORLANDC__) FlushFileBuffers (tiniHandle); #else // flush the buffers, isn't there a simpler way? tcsetattr (tini_fd, TCSAFLUSH, &tini_options); #endif } // drain input and output buffers (forget it) void TiniDrain () { #if defined(_MSC_VER) || defined(__BORLANDC__) PurgeComm (tiniHandle, PURGE_TXCLEAR | PURGE_RXCLEAR); #else // drain the buffers, isn't there a simpler way? tcsetattr (tini_fd, TCSADRAIN, &tini_options); #endif } #if defined(_MSC_VER) || defined(__BORLANDC__) void TiniConnect (int baud) { char c; if (baud) { TiniBaudRate (baud); } while (1) { if (TiniRead (&c, 1)) { // char from TINI, high priority putchar (c); fflush (stdout); } else if (kbhit ()) { // char from console, low priotity if ((c = getch ()) == escapeChar) { // escape from connect? printf (""); break; } TiniWrite (&c, 1); } else { // nothing to do, so give up our timeslice sleep (0); } } } #else void TiniConnect (int baud) { struct termios options, consoleOptions; int consoleFlags; char c; int fno; if (baud) { TiniBaudRate (baud); } // set stdin to nonblocking IO, noecho fno = fileno (stdin); consoleFlags = fcntl (fno, F_GETFL); fcntl (fno, F_SETFL, consoleFlags | O_NONBLOCK); tcgetattr (fno, &consoleOptions); options = consoleOptions; options.c_lflag &= ~(ISIG | ICANON | ECHO); tcsetattr (fno, TCSANOW, &options); while (1) { if (TiniRead (&c, 1) == 1) { // char from TINI, high priority putchar (c); } else if ((c = getchar ()) != EOF) { // char from console, low priority if (c == escapeChar) { // escape from connect? break; } if (c == '\n') { c = '\r'; } TiniWrite (&c, 1); } else { // nothing to do, so give up our timeslice sleep (0); } } // reset stdin fcntl (fno, F_SETFL, consoleFlags); tcsetattr (fno, TCSANOW, &consoleOptions); } #endif void TiniClose (void) { initflag = 0; #if defined(_MSC_VER) || defined(__BORLANDC__) CloseHandle (tiniHandle); #else close (tini_fd); #endif } sdcc-2.9.0/device/examples/ds390/tinitalk/tinitalk.dsp000066400000000000000000000063161116427777700225540ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="tinitalk" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 5.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Console Application" 0x0103 CFG=tinitalk - Win32 Debug !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "tinitalk.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "tinitalk.mak" CFG="tinitalk - Win32 Debug" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "tinitalk - Win32 Release" (based on\ "Win32 (x86) Console Application") !MESSAGE "tinitalk - Win32 Debug" (based on "Win32 (x86) Console Application") !MESSAGE # Begin Project # PROP Scc_ProjName "" # PROP Scc_LocalPath "" CPP=cl.exe RSC=rc.exe !IF "$(CFG)" == "tinitalk - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 0 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 0 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /GX /O2 /D "WIN32" /D "NDEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD CPP /nologo /W3 /GX /O2 /D "WIN32" /D "NDEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD BASE RSC /l 0x413 /d "NDEBUG" # ADD RSC /l 0x413 /d "NDEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LINK32=link.exe # ADD BASE LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /machine:I386 # ADD LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /machine:I386 !ELSEIF "$(CFG)" == "tinitalk - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /Gm /GX /Zi /Od /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD CPP /nologo /W3 /Gm /GX /Zi /Od /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD BASE RSC /l 0x413 /d "_DEBUG" # ADD RSC /l 0x413 /d "_DEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LINK32=link.exe # ADD BASE LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /debug /machine:I386 /pdbtype:sept # ADD LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /debug /machine:I386 /pdbtype:sept !ENDIF # Begin Target # Name "tinitalk - Win32 Release" # Name "tinitalk - Win32 Debug" # Begin Source File SOURCE=.\tinitalk.c # End Source File # End Target # End Project sdcc-2.9.0/device/examples/ds390/tinitalk/tinitalk.dsw000066400000000000000000000007761116427777700225670ustar00rootroot00000000000000Microsoft Developer Studio Workspace File, Format Version 5.00 # WARNING: DO NOT EDIT OR DELETE THIS WORKSPACE FILE! ############################################################################### Project: "tinitalk"=.\tinitalk.dsp - Package Owner=<4> Package=<5> {{{ }}} Package=<4> {{{ }}} ############################################################################### Global: Package=<5> {{{ }}} Package=<3> {{{ }}} ############################################################################### sdcc-2.9.0/device/examples/ds390/tinitalk/tinitalk.h000066400000000000000000000010141116427777700222030ustar00rootroot00000000000000extern char *globalStringSpace; extern int TiniOpen(char *argPort, int argBaud); extern int TiniBaudRate(int baud); extern int TiniReset(int toBootLoader); extern int TiniRead(char*, int); extern int TiniWrite(char*, int); extern int TiniWait(char promptChar); extern int TiniWriteAndWait(char *buffer, int n, char promptChar); extern void TiniFlush(void); extern void TiniDrain(void); extern void TiniConnect(int baud); extern void TiniClose(void); extern int LoadHexFile(char *path); extern int SaveHexFile(char *path); sdcc-2.9.0/device/examples/ds400/000077500000000000000000000000001116427777700163705ustar00rootroot00000000000000sdcc-2.9.0/device/examples/ds400/hello400/000077500000000000000000000000001116427777700177175ustar00rootroot00000000000000sdcc-2.9.0/device/examples/ds400/hello400/Makefile000066400000000000000000000005551116427777700213640ustar00rootroot00000000000000CC = ../../../../bin/sdcc MFLAGS = -mds400 LFLAGS = --xram-loc 0x10000 --code-loc 0x400000 -Wl-r OBJECTS = hello.rel all: hello.hex clean: rm -f *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map *.rst *.sym *.lnk hello.hex: hello.ihx packihx hello.ihx >hello.hex hello.ihx: $(OBJECTS) $(CC) $(MFLAGS) $(LFLAGS) $(OBJECTS) %.rel: %.c $(CC) -c $(MFLAGS) $< sdcc-2.9.0/device/examples/ds400/hello400/Readme000066400000000000000000000001551116427777700210400ustar00rootroot00000000000000This works on a TINIm400. The resulting "hello.hex" can be loaded uaing JavaKit's 'Load hex as TBIN' option. sdcc-2.9.0/device/examples/ds400/hello400/hello.c000066400000000000000000000005761116427777700211760ustar00rootroot00000000000000#include #include void main(void) { int i, j; printf("Hello world!\n"); j = 0; while (1) { printf("Loop %d\n", j++); /* Make LED go blink. */ P5 |= 4; for (i = 0; i < 32767; i++) { ; } for (i = 0; i < 32767; i++) { ; } P5 &= ~4; for (i = 0; i < 32767; i++) { ; } } } sdcc-2.9.0/device/examples/ds400/monitor400/000077500000000000000000000000001116427777700203035ustar00rootroot00000000000000sdcc-2.9.0/device/examples/ds400/monitor400/Makefile000066400000000000000000000005651116427777700217510ustar00rootroot00000000000000CC = ../../../../bin/sdcc MFLAGS = -mds400 LFLAGS = --xram-loc 0x10000 --code-loc 0x400000 -Wl-r OBJECTS = mon400.rel all: mon400.hex clean: rm -f *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map *.rst *.sym *.lnk mon400.hex: mon400.ihx packihx mon400.ihx >mon400.hex mon400.ihx: $(OBJECTS) $(CC) $(MFLAGS) $(LFLAGS) $(OBJECTS) %.rel: %.c $(CC) -c $(MFLAGS) $< sdcc-2.9.0/device/examples/ds400/monitor400/mon400.c000066400000000000000000000045201116427777700214650ustar00rootroot00000000000000#include #include #include #include #define BUF_LEN 80 void usage(void) { puts("Available commands:\n"); puts("ledon: turns LED on."); puts("ledoff: turns LED off."); puts("clock: reports millisecond timer."); puts("sleep: sleeps for 10 seconds (or forever if you didn't startclock first)."); } void blinker(void) { int i, j; while (1) { P5 |= 4; for (j = 0; j < 10; j++) { for (i = 0; i < 32767; i++) { ; } } P5 &= ~4; for (j = 0; j < 10; j++) { for (i = 0; i < 32767; i++) { ; } } } } void main(void) { char buffer[80]; // At this stage, the rom isn't initalized. We do have polled serial I/O, but that's // about the only functional library service. printf("TINIm400 monitor rev 0.0\n"); romInit(1, SPEED_2X); // Now we're cooking with gas. while (1) { // monitor prompt. printf("-> "); gets(buffer); // unsafe, of course, should use some equivalent of fgets. if (!strcmp(buffer, "ledon")) { P5 &= ~4; // LED on. printf("LED on.\n"); } else if (!strcmp(buffer, "ledoff")) { P5 |= 4; printf("LED off.\n"); } else if (!strcmp(buffer, "clock")) { printf("Clock: %ld\n", ClockTicks()); } else if (!strcmp(buffer, "thread")) { printf("Thread ID: %d\n", (int)task_getthreadID()); } else if (!strcmp(buffer, "sleep")) { printf("Sleeping for 10 seconds...\n"); ClockMilliSecondsDelay(10 * 1000); printf("Back.\n"); } else if (!strcmp(buffer, "pmr")) { printf("PMR: %x\n", PMR); } else if (!strcmp(buffer, "exif")) { printf("EXIF: %x\n", EXIF); } else if (!strcmp(buffer, "blink")) { blinker(); } else if (!strcmp(buffer, "t0")) { printf("TH0:TL0 %x:%x\n", TH0, TL0); } else if (!strcmp(buffer, "t2")) { printf("TH2:TL2 %x:%x\n", TH2, TH2); } else if (!strcmp(buffer, "faster")) { printf("going really fast...\n"); P5 |= 4; // LED off. PMR = 0x82; PMR = 0x8a; // 8a for REAL fast PMR = 0x9a; // 9a for REAL fast. while (!(EXIF & 8)) ; PMR = 0x1a; // 1a for REAL fast. _asm nop _endasm; P5 &= ~5; // LED on. } else if (buffer[0]) { printf("Unknown command \"%s\".\n", buffer); usage(); } } } sdcc-2.9.0/device/examples/itoa.c000066400000000000000000000022311116427777700166340ustar00rootroot00000000000000/*------------------------------------------------------------------------- integer to string conversion Written by: Bela Torok, 1999 bela.torok@kssg.ch usage: uitoa(unsigned int value, char* string, int radix) itoa(int value, char* string, int radix) value -> Number to be converted string -> Result radix -> Base of value (e.g.: 2 for binary, 10 for decimal, 16 for hex) ---------------------------------------------------------------------------*/ #define NUMBER_OF_DIGITS 16 /* space for NUMBER_OF_DIGITS + '\0' */ void uitoa(unsigned int value, char* string, int radix) { unsigned char index, i; index = NUMBER_OF_DIGITS; i = 0; do { string[--index] = '0' + (value % radix); if ( string[index] > '9') string[index] += 'A' - ':'; /* continue with A, B,.. */ value /= radix; } while (value != 0); do { string[i++] = string[index++]; } while ( index < NUMBER_OF_DIGITS ); string[i] = 0; /* string terminator */ } void itoa(int value, char* string, int radix) { if (value < 0 && radix == 10) { *string++ = '-'; uitoa(-value, string, radix); } else { uitoa(value, string, radix); } }sdcc-2.9.0/device/examples/ltoa.c000066400000000000000000000022551116427777700166450ustar00rootroot00000000000000/*------------------------------------------------------------------------- integer to string conversion Written by: Bela Torok, 1999 bela.torok@kssg.ch usage: ultoa(unsigned long value, char* string, int radix) ltoa(long value, char* string, int radix) value -> Number to be converted string -> Result radix -> Base of value (e.g.: 2 for binary, 10 for decimal, 16 for hex) ---------------------------------------------------------------------------*/ #define NUMBER_OF_DIGITS 32 void ultoa(unsigned long value, char* string, int radix) { unsigned char index; char buffer[NUMBER_OF_DIGITS]; /* space for NUMBER_OF_DIGITS + '\0' */ index = NUMBER_OF_DIGITS; do { buffer[--index] = '0' + (value % radix); if ( buffer[index] > '9') buffer[index] += 'A' - ':'; /* continue with A, B,... */ value /= radix; } while (value != 0); do { *string++ = buffer[index++]; } while ( index < NUMBER_OF_DIGITS ); *string = 0; /* string terminator */ } void ltoa(long value, char* string, int radix) { if (value < 0 && radix == 10) { *string++ = '-'; ultoa(-value, string, radix); } else { ultoa(value, string, radix); } } sdcc-2.9.0/device/examples/mcs51/000077500000000000000000000000001116427777700164665ustar00rootroot00000000000000sdcc-2.9.0/device/examples/mcs51/asmblink/000077500000000000000000000000001116427777700202665ustar00rootroot00000000000000sdcc-2.9.0/device/examples/mcs51/asmblink/Makefile000066400000000000000000000003331116427777700217250ustar00rootroot00000000000000# makefile for Linux all : blink.ihx blink.ihx : blink.lnk asx8051 -los blink.asm aslink -f blink.lnk blink.lnk : blink_lnk cp blink_lnk blink.lnk clean: rm -f mon.ihx *.lst *.rel *.rst *.sym *.cdb *.map *.ihx sdcc-2.9.0/device/examples/mcs51/asmblink/blink.asm000066400000000000000000000017441116427777700220750ustar00rootroot00000000000000;-------------------------------------------------------- ; blink.asm - simple ASM example to toggle a port pin ; (LED on TINI board). ; ; On a TINI board this toggles really fast, so ; it appears that the LED just dims slightly. ; You may need a scope to detect it. ; ; You can use s51(ucsim simulator) to look at the ; blink.ihx(hex-file). Run like this: ; >S51 blink.ihx ; Then dump code like this: ; s51>dc ;-------------------------------------------------------- .module bootasm ;-------------------------------------------------------- ; Stack segment in internal ram ;-------------------------------------------------------- .area SSEG (DATA) __start__stack: .ds 1 .area CODE (CODE) ;-------------------------------------------------------- ; global & static initialisations ;-------------------------------------------------------- .area GSINIT (CODE) main: clr ea ; disable ints clr p3.5 ; turn LED off setb p3.5 ; turn LED on ljmp main sdcc-2.9.0/device/examples/mcs51/asmblink/blink_lnk000066400000000000000000000001541116427777700221540ustar00rootroot00000000000000-muxi -z -b CODE = 0x00000 -b DSEG = 0x0030 -b XSEG = 0x160000 -b ISEG = 0x0080 -b BSEG = 0x0000 blink -e sdcc-2.9.0/device/examples/mcs51/asmblink/go_dos.bat000066400000000000000000000002161116427777700222270ustar00rootroot00000000000000rem DOS CVS access does not like .lnk files, so this is workaround. copy blink_lnk blink.lnk asx8051.exe -los blink.asm aslink -f blink.lnk sdcc-2.9.0/device/examples/mcs51/clock/000077500000000000000000000000001116427777700175615ustar00rootroot00000000000000sdcc-2.9.0/device/examples/mcs51/clock/Makefile000066400000000000000000000007571116427777700212320ustar00rootroot00000000000000CC = sdcc #CFLAGS = -V MFLAGS = --model-small --debug #MFLAGS = --model-large LFLAGS = --xram-loc 0x4000 --code-loc 0x0000 all: clock.bin OBJECTS = clock.rel hwinit.rel clock.bin: clock.ihx hex2bin clock.bin cat clock.bin >/dev/par0 cu -l /dev/ttyS0 -s 19200 dir clock.ihx: $(OBJECTS) $(CC) $(MFLAGS) $(LFLAGS) $(OBJECTS) clean: rm -f core *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map \ *.rst *.sym *.lnk *.lib *.bin %.rel: %.c hw.h $(CC) -c $(CFLAGS) $(MFLAGS) $< sdcc-2.9.0/device/examples/mcs51/clock/clock.c000066400000000000000000000010361116427777700210200ustar00rootroot00000000000000#include <8051.h> #include #include "hw.h" void main(void) { unsigned long ms; unsigned int seconds, oldseconds=ClockTicks()/1000; printf ("Example using the core timer to generate seconds.\n"); while (1) { ms=ClockTicks(); seconds=ms/1000; if (oldseconds!=seconds) { oldseconds=seconds; printf ("%02d:%02d.%02d %ld\n", (int)seconds/3600, (int)(seconds/60)%60, (int)seconds%60, ms); } if (RI) { putchar(getchar()); printf("%ld\n\r", ClockTicks()); } } } sdcc-2.9.0/device/examples/mcs51/clock/hw.h000066400000000000000000000002021116427777700203420ustar00rootroot00000000000000#define OSCILLATOR 11059200 #define BAUD 19200 void ClockIrqHandler (void) interrupt 1 using 3; unsigned long ClockTicks(void); sdcc-2.9.0/device/examples/mcs51/clock/hwinit.c000066400000000000000000000026741116427777700212400ustar00rootroot00000000000000#include "8051.h" #include "hw.h" // timer 0 used for systemclock #define TIMER0_RELOAD_VALUE -OSCILLATOR/12/1000 // 0.999348ms for 11.059Mhz // timer 1 used for baudrate generator #define TIMER1_RELOAD_VALUE -(2*OSCILLATOR)/(32*12*BAUD) static long data milliSeconds; void ClockIrqHandler (void) interrupt 1 using 3 { TL0 = TIMER0_RELOAD_VALUE&0xff; TH0 = TIMER0_RELOAD_VALUE>>8; milliSeconds++; } // we can't just use milliSeconds unsigned long ClockTicks(void) { unsigned long ms; ET0=0; ms=milliSeconds; ET0=1; return ms; } unsigned char _sdcc_external_startup() { // initialize timer0 for system clock TR0=0; // stop timer 0 TMOD =(TMOD&0xf0)|0x01; // T0=16bit timer // timeout is xtal/12 TL0 = -TIMER0_RELOAD_VALUE&0xff; TH0 = -TIMER0_RELOAD_VALUE>>8; milliSeconds=0; // reset system time TR0=1; // start timer 0 ET0=1; // enable timer 0 interrupt // initialize timer1 for baudrate TR1=0; // stop timer 1 TMOD = (TMOD&0x0f)|0x20; // T1=8bit autoreload timer // baud = ((2^SMOD)*xtal)/(32*12*(256-TH1)) PCON |= 0x80; // SMOD=1: double baudrate TH1=TL1=TIMER1_RELOAD_VALUE; TR1=1; // start timer 1 // initialize serial port SCON=0x52; // mode 1, ren, txrdy, rxempty EA=1; // enable global interrupt return 0; } char getchar() { char c; while (!RI) ; RI=0; c=SBUF; return c; } void putchar(char c) { while (!TI) ; TI=0; SBUF=c; if (c=='\n') { putchar('\r'); } } sdcc-2.9.0/device/examples/mcs51/simple/000077500000000000000000000000001116427777700177575ustar00rootroot00000000000000sdcc-2.9.0/device/examples/mcs51/simple/go000077500000000000000000000000271116427777700203110ustar00rootroot00000000000000#!/bin/bash sdcc hi.c sdcc-2.9.0/device/examples/mcs51/simple/go.bat000066400000000000000000000003641116427777700210570ustar00rootroot00000000000000; this is a windows batch file to compile hi.c ; set SDCCINC=c:\usr\local\sdcc\device\include ; set SDCCLIBS=c:\usr\local\sdcc\device\lib\small set SDCCINC=c:\sdcc\include set SDCCLIBS=c:\sdcc\lib\small sdcc -I %SDCCINC% -L %SDCCLIBS% hi.c sdcc-2.9.0/device/examples/mcs51/simple/hi.c000066400000000000000000000115241116427777700205260ustar00rootroot00000000000000/*------------------------------------------------------------------------ hi.c - This is a simple program designed to operate on basic MCS51 hardware at 11.0592Mhz. It sets up the baudrate to 9600 and sends a "Hi\n" "There\n" message every few seconds. The timer interrupt is used. Its intended to be a simple example for SDCC, a good first program to compile and play with. The simulator can be used to run this program: s51 -Sout=serial.txt hi.ihx (run, stop, quit) Notice that unless we use the --stack-after-data option, the SSEG listed in the map is not accurate, look at the .asm file and search for "sp," to see where it is really initialized to. 6-28-01 Written by Karl Bongers(karl@turbobit.com) |------------------------------------------------------------------------*/ #include <8052.h> typedef unsigned char byte; typedef unsigned int word; typedef unsigned long l_word; //---- most of the following declares are simply to demostrate some // of SDCC's variable storage declaration syntax // volatile keyword is needed for variables shared by interrupt routine // and normal application thread, otherwise things get optimized out. volatile data byte timer; volatile data byte hi_flag; data byte a_data_byte; // normal < 128 bytes of 8031 internal memory. idata byte a_idata_byte; // in +128 byte internal memory of 8032 xdata byte a_xdata_byte; // in external memory. xdata at 0x8000 byte mem_mapped_hardware; // example at usage bit my_bit; // mcs51 bit variable, stored in single bit of register space sfr at 0xd8 WDCON; // special function register declaration sbit LED_SYS = 0xb5; // P3.5 is led, example use of sbit keyword code char my_message[] = {"GNU rocks\n"}; // placed in code space void timer0_irq_proc(void) interrupt 1 using 2; /*------------------------------------------------------------------------ timer0_int - Timer0 interrupt. Notice we are using register bank 2 for this interrupt. |------------------------------------------------------------------------*/ void timer0_irq_proc(void) interrupt 1 using 2 { if (timer != 0) { --timer; } else { hi_flag = 1; timer = 250; } TR0 = 0; /* Stop Timer 0 counting */ TH0 = (~(5000)) >> 8; TL0 = (~(5000)) & 0xff; TR0 = 1; /* Start counting again */ } #if 0 /*------------------------------------------------------------------------ uart0_int - Interrupt 4 is for the UART, notice we use register bank 1 for the interrupt routine. |------------------------------------------------------------------------*/ void uart0_int(void) interrupt 4 using 1 { if (RI) { c = SBUF; RI = 0; } } #endif /*------------------------------------------------------------------------ tx_char - transmit(tx) a char out the serial uart. |------------------------------------------------------------------------*/ void tx_char(char c) { SBUF = c; while (!TI) ; TI = 0; } /*------------------------------------------------------------------------ tx_str - transmit(tx) a string out the serial uart. |------------------------------------------------------------------------*/ void tx_str(char *str) { while (*str) tx_char(*str++); } /*------------------------------------------------------------------------ stop - a break point in Daniel D's s51 can be set at 65535 memory location to stop the simulation. This routine also shows how to embed assembly. |------------------------------------------------------------------------*/ void stop(void) { _asm; mov dptr, #65535; movx a, @dptr; nop; _endasm; } /*------------------------------------------------------------------------ main - Simple test program to send out something to the serial port. |------------------------------------------------------------------------*/ void main(void) { PCON = 0x80; /* power control byte, set SMOD bit for serial port */ SCON = 0x50; /* serial control byte, mode 1, RI active */ TMOD = 0x21; /* timer control mode, byte operation */ TCON = 0; /* timer control register, byte operation */ TH1 = 0xFA; /* serial reload value, 9,600 baud at 11.0952Mhz */ TR1 = 1; /* start serial timer */ TR0 = 1; /* start timer0 */ ET0 = 1; /* Enable Timer 0 overflow interrupt IE.1 */ EA = 1; /* Enable Interrupts */ TI = 0; /* clear this out */ SBUF = '.'; /* send an initial '.' out serial port */ hi_flag = 1; //ES = 1; /* Enable serial interrupts IE.4 */ tx_str(my_message); for (;;) { if (hi_flag) { tx_str("Hi There\n"); hi_flag = 0; } stop(); #ifdef TEST_IDLE_MODE // this was a simple test of the low power sleep mode of a // dallas DS5000 cmos part, to see how much power requirements // dropped in sleep mode. // into idle mode until next interrupt. Draws only 3ma. PCON = 0x81; #endif } } sdcc-2.9.0/device/examples/mcs51/simple/test000077500000000000000000000002621116427777700206640ustar00rootroot00000000000000#!/bin/bash # Try out the simulator. Route serial port output to a text file. # After simulator is started, you need to type: # run # stop # quit s51 -Sout=serial.txt hi.ihx sdcc-2.9.0/device/examples/mcs51/simple/test.bat000066400000000000000000000000361116427777700214250ustar00rootroot00000000000000s51 -Sout=serial.txt hi.ihx sdcc-2.9.0/device/examples/mcs51/simple2/000077500000000000000000000000001116427777700200415ustar00rootroot00000000000000sdcc-2.9.0/device/examples/mcs51/simple2/go000077500000000000000000000000271116427777700203730ustar00rootroot00000000000000#!/bin/bash sdcc hi.c sdcc-2.9.0/device/examples/mcs51/simple2/go.bat000066400000000000000000000003641116427777700211410ustar00rootroot00000000000000; this is a windows batch file to compile hi.c ; set SDCCINC=c:\usr\local\sdcc\device\include ; set SDCCLIBS=c:\usr\local\sdcc\device\lib\small set SDCCINC=c:\sdcc\include set SDCCLIBS=c:\sdcc\lib\small sdcc -I %SDCCINC% -L %SDCCLIBS% hi.c sdcc-2.9.0/device/examples/mcs51/simple2/hi.c000066400000000000000000000056201116427777700206100ustar00rootroot00000000000000/*------------------------------------------------------------------------ hello.c - This is a simple program designed to operate on basic MCS51 hardware at 11.0592Mhz. It sets up the baudrate to 9600 and responds to simple ascii commands on the serial port. Its intended to be a simple example for SDCC and ucSim. The redirection of the simluated serial port to a TCP port is cool, try this: Try: 1.) type>s51 -k 5678 hi.ihx 2.) (Now telnet to 127.0.0.1 Port 5678) 3.) At the s51 prompt, type: run 4.) At the telnet prompt, type in a few keys followed by CR 5.) You should see this program send back what you typed. 6-28-01 Written by Karl Bongers(karl@turbobit.com) |------------------------------------------------------------------------*/ #include <8052.h> typedef unsigned char byte; typedef unsigned int word; typedef unsigned long l_word; data byte li = 0; // index into lbuf data byte g_dc; data byte lbuf[12]; // this is our line buffer, chars gather here till CR seen /*------------------------------------------------------------------------ tx_char - transmit(tx) a char out the serial uart. |------------------------------------------------------------------------*/ void tx_char(char c) { SBUF = c; while (!TI) ; TI = 0; } /*------------------------------------------------------------------------ tx_str - transmit(tx) a string out the serial uart. |------------------------------------------------------------------------*/ void tx_str(char *str) { while (*str) tx_char(*str++); } /*------------------------------------------------------------------------ main - |------------------------------------------------------------------------*/ void main(void) { PCON = 0x80; /* power control byte, set SMOD bit for serial port */ SCON = 0x50; /* serial control byte, mode 1, RI active */ TMOD = 0x21; /* timer control mode, byte operation */ TCON = 0; /* timer control register, byte operation */ TH1 = 0xFA; /* serial reload value, 9,600 baud at 11.0952Mhz */ TR1 = 1; /* start serial timer */ EA = 1; /* Enable Interrupts */ TI = 0; /* clear this out */ SBUF = '.'; /* send an initial '.' out serial port */ //ES = 1; /* Enable serial interrupts IE.4 */ tx_str("Hello World\n"); RI = 0; g_dc = 0; for (;;) { if (RI) // we have new serial rx data { g_dc = SBUF; // read the serial char RI = 0; // reset serial rx flag tx_char(g_dc); // echo back out as serial tx data if ((g_dc == 0x0d) || (g_dc == '.') || (g_dc == 0x0a)) // if CR, then end of line { tx_char(0xd); // CR tx_char(0xa); // LF lbuf[li] = 0; li = 0; tx_str("You typed in this["); tx_str(lbuf); tx_str("]\n"); } else { lbuf[li] = g_dc; if (li < 11) ++li; } } } } sdcc-2.9.0/device/examples/mcs51/simple2/test000077500000000000000000000000411116427777700207410ustar00rootroot00000000000000#!/bin/bash s51 -k 5678 hi.ihx sdcc-2.9.0/device/examples/mcs51/simple2/test.bat000066400000000000000000000000251116427777700215050ustar00rootroot00000000000000s51 -k 5678 hi.ihx sdcc-2.9.0/device/examples/serialcomm/000077500000000000000000000000001116427777700176715ustar00rootroot00000000000000sdcc-2.9.0/device/examples/serialcomm/windows/000077500000000000000000000000001116427777700213635ustar00rootroot00000000000000sdcc-2.9.0/device/examples/serialcomm/windows/serial.c000066400000000000000000000157571116427777700230250ustar00rootroot00000000000000/*------------------------------------------------------------------------- Serial library functions for the Windows OS (95-XP) Tested with different versions of MS Visual Studio (C ad C++) Written by - Bela Torok / www.torok.info & www.belatorok.com (February 2006) This library is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License (http://www.gnu.org/licenses/gpl.txt). This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include #include "serial.h" #define ASCII_XON 0x11 #define ASCII_XOFF 0x13 HANDLE SerialInit(char *ComPortName, DWORD BaudRate, int ByteSize, int StopBit, char ParityChar, char Protocol, int RxTimeOut, int TxTimeOut, int RxBufSize, int TxBufSize) { HANDLE hCom; BOOL bPortReady; DCB dcb; COMMTIMEOUTS CommTimeouts; int Parity; switch(ParityChar) { case 'N': case 'n': Parity = NOPARITY; break; case 'E': case 'e': Parity = EVENPARITY; break; case 'O': case 'o': Parity = ODDPARITY; break; default: return NULL; // illegal parameter ! } switch(StopBit) { case 1: StopBit = ONESTOPBIT; break; case 2: StopBit = TWOSTOPBITS; break; default: return NULL; // illegal parameter ! } hCom = CreateFile( ComPortName, GENERIC_READ | GENERIC_WRITE, 0, // exclusive access NULL, // no security OPEN_EXISTING, 0, // no overlapped I/O NULL); // null template if(hCom == INVALID_HANDLE_VALUE) return NULL; bPortReady = SetupComm(hCom, RxBufSize, TxBufSize); // set Rx and Tx buffer sizes // Port settings are specified in a Data Communication Block (DCB). bPortReady = GetCommState(hCom, &dcb); dcb.BaudRate = BaudRate; dcb.ByteSize = ByteSize; dcb.Parity = Parity; dcb.StopBits = StopBit; dcb.fAbortOnError = TRUE; switch(Protocol) { case 'D': // DTR/DSR case 'd': // set XON/XOFF dcb.fOutX = FALSE; dcb.fInX = FALSE; // set RTSCTS dcb.fOutxCtsFlow = FALSE; dcb.fRtsControl = RTS_CONTROL_DISABLE; // set DSRDTR dcb.fOutxDsrFlow = TRUE; dcb.fDtrControl = DTR_CONTROL_HANDSHAKE; break; case 'R': // RTS/CTS case 'r': // set XON/XOFF dcb.fOutX = FALSE; dcb.fInX = FALSE; // set RTSCTS dcb.fOutxCtsFlow = TRUE; dcb.fRtsControl = RTS_CONTROL_HANDSHAKE; // set DSRDTR dcb.fOutxDsrFlow = FALSE; dcb.fDtrControl = DTR_CONTROL_DISABLE; break; case 'X': // XON/XOFF case 'x': // set XON/XOFF dcb.fOutX = TRUE; dcb.fInX = TRUE; dcb.fTXContinueOnXoff = TRUE; dcb.XoffChar = ASCII_XOFF; dcb.XoffLim = RxBufSize - (RxBufSize / 4); dcb.XonChar = ASCII_XON; dcb.XonLim = RxBufSize - (RxBufSize / 2); // set RTSCTS dcb.fOutxCtsFlow = FALSE; dcb.fRtsControl = RTS_CONTROL_DISABLE; // set DSRDTR dcb.fOutxDsrFlow = FALSE; dcb.fDtrControl = DTR_CONTROL_DISABLE; break; case 'N': // NOPROTOCOL case 'n': default: // set XON/XOFF dcb.fOutX = FALSE; dcb.fInX = FALSE; // set RTSCTS dcb.fOutxCtsFlow = FALSE; dcb.fRtsControl = RTS_CONTROL_DISABLE; // set DSRDTR dcb.fOutxDsrFlow = FALSE; dcb.fDtrControl = DTR_CONTROL_DISABLE; break; } bPortReady = SetCommState(hCom, &dcb); // Set timeouts CommTimeouts.ReadIntervalTimeout = RxTimeOut; CommTimeouts.ReadTotalTimeoutMultiplier = 0; CommTimeouts.ReadTotalTimeoutConstant = RxTimeOut; CommTimeouts.WriteTotalTimeoutMultiplier = 0; CommTimeouts.WriteTotalTimeoutConstant = TxTimeOut; bPortReady = SetCommTimeouts(hCom, &CommTimeouts); return hCom; } void SerialClose(HANDLE hSerial) { CloseHandle(hSerial); } int SerialGetc(HANDLE hSerial) { unsigned char rxchar; BOOL bReadRC; static DWORD iBytesRead, dwError; if(hSerial == NULL) return 0; bReadRC = ReadFile(hSerial, &rxchar, 1, &iBytesRead, NULL); if(bReadRC == FALSE) { // error ClearCommError(hSerial, &dwError, NULL); // PurgeComm(hSerial, PURGE_RXABORT | PURGE_RXCLEAR | PURGE_TXABORT | PURGE_TXCLEAR); // PurgeComm(hSerial, PURGE_RXCLEAR | PURGE_TXCLEAR); if(dwError == 0) return TIMEOUT; // no error, iBytesRead is probably == 0 if(dwError & CE_BREAK) return BREAK; // break detected if(dwError & CE_FRAME) return BREAK; // framing error /* One, or a combination of the following conditions: CE_IOE -> 0x0400 I/O error during communication with the device CE_OVERRUN -> 0x0002 character-buffer overrun, the next character is lost CE_RXOVER -> 0x0001 input buffer overflow, no room in the input buffer, or a character was received after the EOF character CE_RXPARITY -> 0x0004 parity error CE_TXFULL -> 0x0100 transmit buffer is full */ if(dwError & CE_IOE) printf("SerialGetc() I/O error during communication with the device!\n"); if(dwError & CE_OVERRUN) printf("SerialGetc() Character-buffer overrun, the next character is lost!\n"); if(dwError & CE_RXOVER) printf("SerialGetc() Input buffer overflow!\n"); if(dwError & CE_RXPARITY) printf("SerialGetc() Parity error!\n"); if(dwError & CE_TXFULL) printf("SerialGetc() Transmit buffer is full!\n"); return SERIAL_ERROR; } if(iBytesRead == 0) return TIMEOUT; // Timeout occured return (int) rxchar; } int SerialPutc(HANDLE hCom, char txchar) { BOOL bWriteRC; static DWORD iBytesWritten; if(hCom == NULL) return -255; bWriteRC = WriteFile(hCom, &txchar, 1, &iBytesWritten,NULL); if(iBytesWritten = 1) return 0; return TIMEOUT; } char SerialGets(char *rxstring, int MaxNumberOfCharsToRead, HANDLE hCom) { int c; int pos = 0; unsigned char success = 0; // set to error if(hCom == NULL) return success; // Error! while(pos <= MaxNumberOfCharsToRead) { c = SerialGetc(hCom); if(c == TIMEOUT) return success; // Error if(c == '\n') break; if(c != '\r') rxstring[pos++] = (char) c; // discard carriage return } rxstring[pos] = 0; success = 1; return success; // No errors } void SerialPuts(HANDLE hCom, char *txstring) { BOOL bWriteRC; static DWORD iBytesWritten; if(hCom == NULL) return; bWriteRC = WriteFile(hCom, txstring, (DWORD) strlen(txstring), &iBytesWritten,NULL); } int SerialGetModemStatus(HANDLE hCom, int Mask) { // The value for Mask must be one of the following definitions: // MS_CTS_ON // MS_DSR_ON // MS_RING_ON int ModemStat; GetCommModemStatus(hCom, &ModemStat); switch( Mask ) { case MS_CTS_ON: case MS_DSR_ON: case MS_RING_ON: if((ModemStat & Mask) != 0) { return 1; } else { return 0; } default: return -1; } } void SerialClearRxBuffer(HANDLE hCom) { PurgeComm(hCom, PURGE_RXCLEAR); } sdcc-2.9.0/device/examples/serialcomm/windows/serial.h000066400000000000000000000006641116427777700230210ustar00rootroot00000000000000#define TIMEOUT -1 #define SERIAL_ERROR -8 #define BREAK -16 #ifdef __cplusplus extern "C" { #endif HANDLE SerialInit(char*, DWORD, int, int, char, char, int, int, int, int); int SerialGetc(HANDLE); int SerialPutc(HANDLE, char); char SerialGets(char*, int, HANDLE); void SerialPuts(HANDLE, char*); int SerialGetModemStatus(HANDLE, int); void SerialClearRxBuffer(HANDLE); void SerialClose(HANDLE); #ifdef __cplusplus } #endifsdcc-2.9.0/device/examples/serialcomm/windows/serialcomm.dsp000066400000000000000000000102111116427777700242210ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="serialcomm" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Console Application" 0x0103 CFG=serialcomm - Win32 Debug !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "serialcomm.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "serialcomm.mak" CFG="serialcomm - Win32 Debug" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "serialcomm - Win32 Release" (based on "Win32 (x86) Console Application") !MESSAGE "serialcomm - Win32 Debug" (based on "Win32 (x86) Console Application") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" CPP=cl.exe RSC=rc.exe !IF "$(CFG)" == "serialcomm - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 0 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 0 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /GX /O2 /D "WIN32" /D "NDEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD CPP /nologo /W3 /GX /O2 /D "WIN32" /D "NDEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD BASE RSC /l 0x409 /d "NDEBUG" # ADD RSC /l 0x409 /d "NDEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LINK32=link.exe # ADD BASE LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /machine:I386 # ADD LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /machine:I386 !ELSEIF "$(CFG)" == "serialcomm - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Ignore_Export_Lib 0 # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /Gm /GX /ZI /Od /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /GZ /c # ADD CPP /nologo /W3 /Gm /GX /ZI /Od /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /GZ /c # ADD BASE RSC /l 0x409 /d "_DEBUG" # ADD RSC /l 0x409 /d "_DEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo /o"Debug/test_serialcomm.bsc" LINK32=link.exe # ADD BASE LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /debug /machine:I386 /pdbtype:sept # ADD LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /debug /machine:I386 /out:"Debug/test_serialcomm.exe" /pdbtype:sept !ENDIF # Begin Target # Name "serialcomm - Win32 Release" # Name "serialcomm - Win32 Debug" # Begin Group "Source Files" # PROP Default_Filter "cpp;c;cxx;rc;def;r;odl;idl;hpj;bat" # Begin Source File SOURCE=.\serial.c # End Source File # Begin Source File SOURCE=.\test_serialcomm.cpp # End Source File # End Group # Begin Group "Header Files" # PROP Default_Filter "h;hpp;hxx;hm;inl" # Begin Source File SOURCE=.\serial.h # End Source File # End Group # End Target # End Project sdcc-2.9.0/device/examples/serialcomm/windows/serialcomm.dsw000066400000000000000000000010371116427777700242360ustar00rootroot00000000000000Microsoft Developer Studio Workspace File, Format Version 6.00 # WARNING: DO NOT EDIT OR DELETE THIS WORKSPACE FILE! ############################################################################### Project: "serialcomm"=.\serialcomm.dsp - Package Owner=<4> Package=<5> {{{ }}} Package=<4> {{{ }}} ############################################################################### Global: Package=<5> {{{ }}} Package=<3> {{{ }}} ############################################################################### sdcc-2.9.0/device/examples/serialcomm/windows/test_serialcomm.cpp000066400000000000000000000013201116427777700252550ustar00rootroot00000000000000// Test program for serial communication. Visual C / MFC Version // Bela Torok / bela.torok@kssg.ch, March 2001 #include // Defines the entry point for the console application. #include #include #include "serial.h" int main(int argc, char* argv[]) { HANDLE hComPort; char buf[128]; hComPort = SerialInit("com1", 1200, 8, 1, 'N', 'N', 5000, 5000, 2, 128); if( hComPort == 0) { printf("\n\nError initializing %s!\n", "com1"); exit(1); } // write string to RS232 SerialPuts(&hComPort, "\nInitialize\n"); // sleep(5000); // read string from RS232 printf("\nString received: %s\n", SerialGets(buf, sizeof (buf) - 1, hComPort)); CloseHandle(hComPort); return 0; } sdcc-2.9.0/device/examples/startupcode/000077500000000000000000000000001116427777700200735ustar00rootroot00000000000000sdcc-2.9.0/device/examples/startupcode/c.bat000066400000000000000000000003571116427777700210120ustar00rootroot00000000000000set SDCCFLAGS=--debug --stack-after-data --model-large cls cd src sdcc --version sdcc %SDCCFLAGS% --compile-only startup_code.c sdcc %SDCCFLAGS% --compile-only cpu_c515a.c sdcc %SDCCFLAGS% startup_code.rel cpu_c515a.rel cd .. pause c.bat sdcc-2.9.0/device/examples/startupcode/inc/000077500000000000000000000000001116427777700206445ustar00rootroot00000000000000sdcc-2.9.0/device/examples/startupcode/inc/c515a.h000066400000000000000000000276141116427777700216450ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for SIEMENS SAB 80515 Processor Written By - Bela Torok Bela.Torokt@kssg.ch based on reg51.h by Sandeep Dutta sandeep.dutta@usa.net modified 20. march 2000 by Michael.Schmitt@t-online.de KEIL C compatible definitions are included This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SAB80C515A_H #define SAB80C515A_H /* BYTE addressable registers */ sfr at 0x80 P0 ; sfr at 0x81 SP ; sfr at 0x82 DPL ; sfr at 0x83 DPH ; sfr at 0x87 PCON ; sfr at 0x88 TCON ; sfr at 0x89 TMOD ; sfr at 0x8A TL0 ; sfr at 0x8B TL1 ; sfr at 0x8C TH0 ; sfr at 0x8D TH1 ; sfr at 0x90 P1 ; sfr at 0x98 SCON ; sfr at 0x99 SBUF ; sfr at 0xA0 P2 ; sfr at 0xA8 IE ; sfr at 0xA8 IEN0 ; /* as called by Siemens */ sfr at 0xA9 IP0 ; /* interrupt priority register - SAB80515 specific */ sfr at 0xAA SRELL ; // Baudrategenerator Reload Low Value sfr at 0xB0 P3 ; sfr at 0xB1 SYSCON ; // XRAM Controller Access Control SAB80C515A specific sfr at 0xB8 IEN1 ; /* interrupt enable register - SAB80515 specific */ sfr at 0xB9 IP1 ; /* interrupt priority register as called by Siemens */ sfr at 0xBA SRELH ; // Baudrategenerator Reload HIGH Value sfr at 0xC0 IRCON ; /* interrupt control register - SAB80515 specific */ sfr at 0xC1 CCEN ; /* compare/capture enable register */ sfr at 0xC2 CCL1 ; /* compare/capture register 1, low byte */ sfr at 0xC3 CCH1 ; /* compare/capture register 1, high byte */ sfr at 0xC4 CCL2 ; /* compare/capture register 2, low byte */ sfr at 0xC5 CCH2 ; /* compare/capture register 2, high byte */ sfr at 0xC6 CCL3 ; /* compare/capture register 3, low byte */ sfr at 0xC7 CCH3 ; /* compare/capture register 3, high byte */ sfr at 0xC8 T2CON ; sfr at 0xCA CRCL ; /* compare/reload/capture register, low byte */ sfr at 0xCB CRCH ; /* compare/reload/capture register, high byte */ sfr at 0xCC TL2 ; sfr at 0xCD TH2 ; sfr at 0xD0 PSW ; //sfr at 0xD8 ADCON ; /* A/D-converter control register */ sfr at 0xD8 ADCON0 ; /* A/D-converter control register as called by Siemens */ sfr at 0xD8 ADCON1 ; /* A/D-converter control register as called by Siemens */ sfr at 0xD9 ADDATH ; /* A/D-converter data register High-Byte*/ sfr at 0xDA ADDATL ; /* A/D-converter data register High-Byte*/ //sfr at 0xD8 DAPR ; /* D/A-converter program register */ sfr at 0xE0 ACC ; sfr at 0xE0 A ; sfr at 0xE8 P4 ; /* Port 4 - SAB80515 specific */ sfr at 0xF0 B ; sfr at 0xF8 P5 ; /* Port 5 - SAB80515 specific */ /* BIT addressable registers */ /* P0 */ sbit at 0x80 P0_0 ; sbit at 0x81 P0_1 ; sbit at 0x82 P0_2 ; sbit at 0x83 P0_3 ; sbit at 0x84 P0_4 ; sbit at 0x85 P0_5 ; sbit at 0x86 P0_6 ; sbit at 0x87 P0_7 ; /* TCON */ sbit at 0x88 IT0 ; sbit at 0x89 IE0 ; sbit at 0x8A IT1 ; sbit at 0x8B IE1 ; sbit at 0x8C TR0 ; sbit at 0x8D TF0 ; sbit at 0x8E TR1 ; sbit at 0x8F TF1 ; /* P1 */ sbit at 0x90 P1_0 ; sbit at 0x91 P1_1 ; sbit at 0x92 P1_2 ; sbit at 0x93 P1_3 ; sbit at 0x94 P1_4 ; sbit at 0x95 P1_5 ; sbit at 0x96 P1_6 ; sbit at 0x97 P1_7 ; sbit at 0x90 INT3_CC0 ; /* P1 alternate functions - SAB80515 specific */ sbit at 0x91 INT4_CC1 ; sbit at 0x92 INT5_CC2 ; sbit at 0x93 INT6_CC3 ; sbit at 0x94 INT2 ; sbit at 0x95 T2EX ; sbit at 0x96 CLKOUT ; sbit at 0x97 T2 ; /* SCON */ sbit at 0x98 RI ; sbit at 0x99 TI ; sbit at 0x9A RB8 ; sbit at 0x9B TB8 ; sbit at 0x9C REN ; sbit at 0x9D SM2 ; sbit at 0x9E SM1 ; sbit at 0x9F SM0 ; /* P2 */ sbit at 0xA0 P2_0 ; sbit at 0xA1 P2_1 ; sbit at 0xA2 P2_2 ; sbit at 0xA3 P2_3 ; sbit at 0xA4 P2_4 ; sbit at 0xA5 P2_5 ; sbit at 0xA6 P2_6 ; sbit at 0xA7 P2_7 ; /* IEN0 */ sbit at 0xA8 EX0 ; sbit at 0xA9 ET0 ; sbit at 0xAA EX1 ; sbit at 0xAB ET1 ; sbit at 0xAC ES ; sbit at 0xAD ET2 ; sbit at 0xAE WDT ; /* watchdog timer reset - SAB80515 specific */ sbit at 0xAF EA ; sbit at 0xAF EAL ; /* EA as called by Siemens */ /* P3 */ sbit at 0xB0 P3_0 ; sbit at 0xB1 P3_1 ; sbit at 0xB2 P3_2 ; sbit at 0xB3 P3_3 ; sbit at 0xB4 P3_4 ; sbit at 0xB5 P3_5 ; sbit at 0xB6 P3_6 ; sbit at 0xB7 P3_7 ; sbit at 0xB0 RXD ; sbit at 0xB1 TXD ; sbit at 0xB2 INT0 ; sbit at 0xB3 INT1 ; sbit at 0xB4 T0 ; sbit at 0xB5 T1 ; sbit at 0xB6 WR ; sbit at 0xB7 RD ; // IEN1 von MS geprueft sbit at 0xB8 EADC ; /* A/D converter interrupt enable */ sbit at 0xB9 EX2 ; sbit at 0xBA EX3 ; sbit at 0xBB EX4 ; sbit at 0xBC EX5 ; sbit at 0xBD EX6 ; sbit at 0xBE SWDT ; /* watchdog timer start/reset */ sbit at 0xBF EXEN2 ; /* timer2 external reload interrupt enable */ // IRCON von MS geprueft sbit at 0xC0 IADC ; /* A/D converter irq flag */ sbit at 0xC1 IEX2 ; /* external interrupt edge detect flag */ sbit at 0xC2 IEX3 ; sbit at 0xC3 IEX4 ; sbit at 0xC4 IEX5 ; sbit at 0xC5 IEX6 ; sbit at 0xC6 TF2 ; /* timer 2 owerflow flag */ sbit at 0xC7 EXF2 ; /* timer2 reload flag */ /* T2CON */ sbit at 0xC8 T2CON_0 ; sbit at 0xC9 T2CON_1 ; sbit at 0xCA T2CON_2 ; sbit at 0xCB T2CON_3 ; sbit at 0xCC T2CON_4 ; sbit at 0xCD T2CON_5 ; sbit at 0xCE T2CON_6 ; sbit at 0xCF T2CON_7 ; sbit at 0xC8 T2I0 ; sbit at 0xC9 T2I1 ; sbit at 0xCA T2CM ; sbit at 0xCB T2R0 ; sbit at 0xCC T2R1 ; sbit at 0xCD I2FR ; sbit at 0xCE I3FR ; sbit at 0xCF T2PS ; /* PSW */ sbit at 0xD0 P ; sbit at 0xD1 FL ; sbit at 0xD2 OV ; sbit at 0xD3 RS0 ; sbit at 0xD4 RS1 ; sbit at 0xD5 F0 ; sbit at 0xD6 AC ; sbit at 0xD7 CY ; sbit at 0xD1 F1 ; /* ADCON */ sbit at 0xD8 MX0 ; sbit at 0xD9 MX1 ; sbit at 0xDA MX2 ; sbit at 0xDB ADM ; sbit at 0xDC BSY ; sbit at 0xDE CLK ; sbit at 0xDF BD ; /* A */ sbit at 0xA0 AREG_F0 ; sbit at 0xA1 AREG_F1 ; sbit at 0xA2 AREG_F2 ; sbit at 0xA3 AREG_F3 ; sbit at 0xA4 AREG_F4 ; sbit at 0xA5 AREG_F5 ; sbit at 0xA6 AREG_F6 ; sbit at 0xA7 AREG_F7 ; /* P4 */ sbit at 0xE8 P4_0 ; sbit at 0xE9 P4_1 ; sbit at 0xEA P4_2 ; sbit at 0xEB P4_3 ; sbit at 0xEC P4_4 ; sbit at 0xED P4_5 ; sbit at 0xEE P4_6 ; sbit at 0xEF P4_7 ; /* B */ sbit at 0xF0 BREG_F0 ; sbit at 0xF1 BREG_F1 ; sbit at 0xF2 BREG_F2 ; sbit at 0xF3 BREG_F3 ; sbit at 0xF4 BREG_F4 ; sbit at 0xF5 BREG_F5 ; sbit at 0xF6 BREG_F6 ; sbit at 0xF7 BREG_F7 ; /* P5 */ sbit at 0xF8 P5_0 ; sbit at 0xF9 P5_1 ; sbit at 0xFA P5_2 ; sbit at 0xFB P5_3 ; sbit at 0xFC P5_4 ; sbit at 0xFD P5_5 ; sbit at 0xFE P5_6 ; sbit at 0xFF P5_7 ; /* BIT definitions for bits that are not directly accessible */ /* PCON bits */ #define IDL 0x01 #define PD 0x02 #define GF0 0x04 #define GF1 0x08 #define SMOD 0x80 #define IDL_ 0x01 #define PD_ 0x02 #define GF0_ 0x04 #define GF1_ 0x08 #define SMOD_ 0x80 /* TMOD bits */ #define M0_0 0x01 #define M1_0 0x02 #define C_T0 0x04 #define GATE0 0x08 #define M0_1 0x10 #define M1_1 0x20 #define C_T1 0x40 #define GATE1 0x80 #define M0_0_ 0x01 #define M1_0_ 0x02 #define C_T0_ 0x04 #define GATE0_ 0x08 #define M0_1_ 0x10 #define M1_1_ 0x20 #define C_T1_ 0x40 #define GATE1_ 0x80 #define T0_M0 0x01 #define T0_M1 0x02 #define T0_CT 0x04 #define T0_GATE 0x08 #define T1_M0 0x10 #define T1_M1 0x20 #define T1_CT 0x40 #define T1_GATE 0x80 #define T0_M0_ 0x01 #define T0_M1_ 0x02 #define T0_CT_ 0x04 #define T0_GATE_ 0x08 #define T1_M0_ 0x10 #define T1_M1_ 0x20 #define T1_CT_ 0x40 #define T1_GATE_ 0x80 #define T0_MASK 0x0F #define T1_MASK 0xF0 #define T0_MASK_ 0x0F #define T1_MASK_ 0xF0 /* T2MOD bits */ #define DCEN 0x01 #define T2OE 0x02 #define DCEN_ 0x01 #define T2OE_ 0x02 /* WMCON bits */ #define WMCON_WDTEN 0x01 #define WMCON_WDTRST 0x02 #define WMCON_DPS 0x04 #define WMCON_EEMEN 0x08 #define WMCON_EEMWE 0x10 #define WMCON_PS0 0x20 #define WMCON_PS1 0x40 #define WMCON_PS2 0x80 /* SPCR-SPI bits */ #define SPCR_SPR0 0x01 #define SPCR_SPR1 0x02 #define SPCR_CPHA 0x04 #define SPCR_CPOL 0x08 #define SPCR_MSTR 0x10 #define SPCR_DORD 0x20 #define SPCR_SPE 0x40 #define SPCR_SPIE 0x80 /* SPSR-SPI bits */ #define SPSR_WCOL 0x40 #define SPSR_SPIF 0x80 /* SPDR-SPI bits */ #define SPDR_SPD0 0x10 #define SPDR_SPD1 0x20 #define SPDR_SPD2 0x40 #define SPDR_SPD3 0x80 #define SPDR_SPD4 0x10 #define SPDR_SPD5 0x20 #define SPDR_SPD6 0x40 #define SPDR_SPD7 0x80 // SYSCON bits #define XMAP0_BIT 0x01 #define XMAP1_BIT 0x02 #define RMAP_BIT 0x10 #define EALE_BIT 0x20 // ADCON0 bits von MS geprueft #define ADCON0_MX0 0x01 #define ADCON0_MX1 0x02 #define ADCON0_MX2 0x04 #define ADCON0_ADM 0x08 #define ADCON0_BSY 0x10 #define ADCON0_ADEX 0x20 #define ADCON0_CLK 0x40 #define ADCON0_BD 0x80 // ADCON1 bits von MS geprueft #define ADCON1_MX0 0x01 #define ADCON1_MX1 0x02 #define ADCON1_MX2 0x04 #define ADCON1_ADCL 0x80 /* Interrupt numbers: address = (number * 8) + 3 */ #define IE0_VECTOR 0 /* 0x03 external interrupt 0 */ #define TF0_VECTOR 1 /* 0x0b timer 0 */ #define IE1_VECTOR 2 /* 0x13 external interrupt 1 */ #define TF1_VECTOR 3 /* 0x1b timer 1 */ #define SI0_VECTOR 4 /* 0x23 serial port 0 */ #define TF2_VECTOR 5 /* 0x2B timer 2 */ #define EX2_VECTOR 5 /* 0x2B external interrupt 2 */ #define IADC_VECTOR 8 /* 0x43 A/D converter interrupt */ #define IEX2_VECTOR 9 /* 0x4B external interrupt 2 */ #define IEX3_VECTOR 10 /* 0x53 external interrupt 3 */ #define IEX4_VECTOR 11 /* 0x5B external interrupt 4 */ #define IEX5_VECTOR 12 /* 0x63 external interrupt 5 */ #define IEX6_VECTOR 13 /* 0x6B external interrupt 6 */ #endif sdcc-2.9.0/device/examples/startupcode/inc/cpu_c515a.h000066400000000000000000000035141116427777700225050ustar00rootroot00000000000000/*------------------------------------------------------------------------- CPU depending Declarations Header file Written By - Dipl.-Ing. (FH) Michael Schmitt Bug-Fix Oct 15 1999 mschmitt@mainz-online.de michael.schmitt@t-online.de This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __FILE_CPU_C515A #define __FILE_CPU_C515A extern void CpuIdle( void ); void WatchDog( void ); #ifdef SERIAL_VIA_INTERRUPT // Funktion nur wenn Interrupt Mode extern void SERIALVIAINTERRUPT (void) interrupt SI0_VECTOR; #endif extern void putchar( char Byte ); extern char getchar( void ); extern unsigned char keypressed( void ); #ifdef USE_SYSTEM_TIMER extern void DelayMsec( unsigned long delayTime ); extern void timer0_isr (void) interrupt TF0_VECTOR; #endif #ifdef USE_ANALOGPORT extern unsigned int ADCGetValue( char ADCPort ); #endif extern void InitHardware( void ); extern volatile unsigned long SystemTicks1msec; #endif sdcc-2.9.0/device/examples/startupcode/inc/hardware_description.h000066400000000000000000000035161116427777700252220ustar00rootroot00000000000000// INCLUDES & DEFINES =============================================== // here are some definition about the CPU type #ifndef __FILE_HARDWARE_DESCRIBTION_H #define __FILE_HARDWARE_DESCRIBTION_H #define CPUTYPE C515A #include "..\inc\c515a.h" // Definitions of registers, SFRs and Bits #include #include #include #include #include #include #include #include // First some useful definitions #define FALSE 0 #define TRUE !FALSE // here is a definition of a single nop command as it has to be declared under keil-C and sdcc #ifdef SDCC #define NOP _asm nop _endasm //#define UBYTE unsigned char //#define UINT unsigned int //#define BOOL unsigned char #else // This is for Keil-C #define NOP _nop_() #endif // now we specify at what crystal speed the cpu runs (unit is Hz !!) //#define CPUCLKHZ 11059200 #define CPUCLKHZ 24000000 // We use the internal UART, so we have to set the desired BAUDRATE //#define BAUDRATE 9600 //#define BAUDRATE 19200 #define BAUDRATE 57600 // For serial com. we use the internal UART and data exchange is done by interrupt and not via polling #define SERIAL_VIA_INTERRUPT // Achtung maximal 127Bytes ! Puffer #define SERIAL_VIA_INTERRUPT_XBUFLEN 100 #define SERIAL_VIA_INTERRUPT_RBUFLEN 100 // disable the above three lines and enable the next one if polling method is used //#define SERIAL_VIA_POLLING // The Siemens CPU C515A has a build in Baudrategenerator, therefore we use it instead // of timer 1 this gives a better resolution #define BAUDRATEGENENATOR_USED // to measure time and delays we include a 1msec timer #define USE_SYSTEM_TIMER // CPU-Ports #define CPUIDLE P3_3 #define EXTWATCHDOG P3_5 #include "..\inc\cpu_c515a.h" #endifsdcc-2.9.0/device/examples/startupcode/inc/startup_code.h000066400000000000000000000005071116427777700235130ustar00rootroot00000000000000// INCLUDES & DEFINES =============================================== // here are some definition about the CPU type #ifndef __FILE_WSI_128KFLASH_H #define __FILE_WSI_128KFLASH_H #include "..\inc\hardware_description.h" // place all 8051-CPU depending tools ISR and functions here //include "..\inc\another_header.h" #endifsdcc-2.9.0/device/examples/startupcode/src/000077500000000000000000000000001116427777700206625ustar00rootroot00000000000000sdcc-2.9.0/device/examples/startupcode/src/cpu_c515a.c000066400000000000000000000560451116427777700225250ustar00rootroot00000000000000/********************************************************************/ /* Function : Siemens CPU C515A-L24M dependinge Functions FILE */ /*------------------------------------------------------------------*/ /* Description : All CPU dependig functions like UART fe. are */ /* are initialized here */ /*------------------------------------------------------------------*/ /* Author : Michael Schmitt */ /*------------------------------------------------------------------*/ /* Input : none */ /*------------------------------------------------------------------*/ /* Returnvalue : none */ /*------------------------------------------------------------------*/ /* History : 00/03 V1.0 Initial Version */ /* */ /********************************************************************/ #ifndef __FILE_CPU_C515A #define __FILE_CPU_C515A // All that has to be included and / or defined is done here #include "../inc/hardware_description.h" // END INCLUDES & DEFINES =========================================== /********************************************************************/ /* Function : CpuIdle() SUB */ /*------------------------------------------------------------------*/ /* Description : If no CPU Power is need, we put into idle mode */ /*------------------------------------------------------------------*/ /* Author : Michael Schmitt */ /*------------------------------------------------------------------*/ /* Input : none */ /*------------------------------------------------------------------*/ /* Returnvalue : none */ /*------------------------------------------------------------------*/ /* History : 00/03 V1.0 Initial Version */ /* */ /********************************************************************/ void CpuIdle() { // The Siemens Manual says, that we have to wait until the AD-Conversion // is completed before we put the cpu into idle mode // wait until AD-Conversion is finished while( BSY ) { // } CPUIDLE = 1; #ifdef USE_SYSTEM_TIMER PCON |= 0x01; // IDL-Bit in register PCON starts IDLE Mode PCON |= 0x20; // #else // If there is no regular INT source, we better do not use // the IDLE Mode NOP; #endif CPUIDLE = 0; } /********************************************************************/ /* Function : WatchDog() SUB */ /*------------------------------------------------------------------*/ /* Description : Internal (and external) Watchdogs trigger */ /*------------------------------------------------------------------*/ /* Author : Michael Schmitt */ /*------------------------------------------------------------------*/ /* Input : none */ /*------------------------------------------------------------------*/ /* Returnvalue : none */ /*------------------------------------------------------------------*/ /* History : 00/03 V1.0 Initial Version */ /* */ /********************************************************************/ void WatchDog( void ) { //NOP; // retrigger Externer Watchdog // Interner Watchdog not yet implemented } // =========================================================================== // Serial IO with the internal UART in Interrupt Mode #ifdef SERIAL_VIA_INTERRUPT #define SERIAL_IS_DEFINED // Transmit Buffersize #ifndef SERIAL_VIA_INTERRUPT_XBUFLEN #error "SERIAL_VIA_INTERRUPT_XBUFLEN not defined using default size 8" #define SERIAL_VIA_INTERRUPT_XBUFLEN 8 #endif // Receive Buffersize #ifndef SERIAL_VIA_INTERRUPT_RBUFLEN #error "SERIAL_VIA_INTERRUPT_RBUFLEN not defined using default size 8" #define SERIAL_VIA_INTERRUPT_RBUFLEN 8 #endif // in interrupt mode the ing buffer is placed in XDATA memory volatile xdata static unsigned char SERIAL_VIA_INTERRUPT_RBUF[SERIAL_VIA_INTERRUPT_RBUFLEN]; volatile xdata static unsigned char SERIAL_VIA_INTERRUPT_XBUF[SERIAL_VIA_INTERRUPT_XBUFLEN]; volatile xdata static unsigned char SERIAL_VIA_INTERRUPT_RCNT; volatile xdata static unsigned char SERIAL_VIA_INTERRUPT_XCNT; volatile xdata static unsigned char SERIAL_VIA_INTERRUPT_RPOS; volatile xdata static unsigned char SERIAL_VIA_INTERRUPT_XPOS; volatile xdata static unsigned char SERIAL_VIA_INTERRUPT_BUSY; #endif // SERIAL_VIA_INTERRUPT // =========================================================================== // Serial IO with them internal UART in Polling Mode #ifdef SERIAL_VIA_POLLING #define SERIAL_IS_DEFINED #endif // SERIAL_VIA_POLLING #ifdef SERIAL_IS_DEFINED // calculate the reloadvalues acc. to the definitions #ifndef CPUCLKHZ #error "CPUCLKHZ not defined !" #endif #ifndef BAUDRATE #error "BAUDRATE not defined !" #endif // The Siemens CPU C515A has a build in Baudrategenerator, therefore we use it instead // of timer 1 this gives a better resolution #define BAUDRATEGENRELOADVALUE (1024-(2*CPUCLKHZ/64/BAUDRATE)) #define TIMER1MODE2RELOADVALUE (256-(2*CPUCLKHZ/32/12/BAUDRATE)) #endif // SERIAL_IS_DEFINED // =========================================================================== // now to the serial functions #ifdef SERIAL_VIA_INTERRUPT /********************************************************************/ /* Function : SERIAL_VIA_INTERRUPT() ISR */ /*------------------------------------------------------------------*/ /* Description : If a serial INT occours, the sub function is called*/ /* if a char is not yet transmitted, it is stored in */ /* the uart and transmitted, if a char has been */ /* received, it will be placed in the rx-buffer /*------------------------------------------------------------------*/ /* Author : Michael Schmitt */ /*------------------------------------------------------------------*/ /* Input : none */ /*------------------------------------------------------------------*/ /* Returnvalue : none */ /*------------------------------------------------------------------*/ /* History : 00/03 V1.0 Initial Version */ /* */ /********************************************************************/ void SERIALVIAINTERRUPT (void) interrupt SI0_VECTOR { if (RI) { RI = 0; // char that are already inside the buffer should not be overwritten if (SERIAL_VIA_INTERRUPT_RCNT < SERIAL_VIA_INTERRUPT_RBUFLEN) { SERIAL_VIA_INTERRUPT_RBUF [(SERIAL_VIA_INTERRUPT_RPOS+SERIAL_VIA_INTERRUPT_RCNT++) % SERIAL_VIA_INTERRUPT_RBUFLEN] = SBUF; } } if (TI) { TI = 0; if (SERIAL_VIA_INTERRUPT_BUSY = SERIAL_VIA_INTERRUPT_XCNT) { /* Assignment, _not_ comparison! */ SERIAL_VIA_INTERRUPT_XCNT--; SBUF = SERIAL_VIA_INTERRUPT_XBUF [SERIAL_VIA_INTERRUPT_XPOS++]; if (SERIAL_VIA_INTERRUPT_XPOS >= SERIAL_VIA_INTERRUPT_XBUFLEN) { SERIAL_VIA_INTERRUPT_XPOS = 0; } } } } /********************************************************************/ /* Function : putchar() SUB */ /*------------------------------------------------------------------*/ /* Description : everybody knows what this function is doing */ /*------------------------------------------------------------------*/ /* Author : Michael Schmitt */ /*------------------------------------------------------------------*/ /* Input : char Byte */ /*------------------------------------------------------------------*/ /* Returnvalue : none */ /*------------------------------------------------------------------*/ /* History : 00/03 V1.0 Initial Version */ /* */ /********************************************************************/ void putchar( char Byte ) { while (SERIAL_VIA_INTERRUPT_XCNT >= SERIAL_VIA_INTERRUPT_XBUFLEN) { // buffer is full, wait until room WatchDog(); CpuIdle(); } ES = 0; if (SERIAL_VIA_INTERRUPT_BUSY) { SERIAL_VIA_INTERRUPT_XBUF[(SERIAL_VIA_INTERRUPT_XPOS+SERIAL_VIA_INTERRUPT_XCNT++) % SERIAL_VIA_INTERRUPT_XBUFLEN] = Byte; } else { SBUF = Byte; SERIAL_VIA_INTERRUPT_BUSY = 1; } ES = 1; } /********************************************************************/ /* Function : getchar() SUB */ /*------------------------------------------------------------------*/ /* Description : everybody knows what this function is doing */ /*------------------------------------------------------------------*/ /* Author : Michael Schmitt */ /*------------------------------------------------------------------*/ /* Input : none */ /*------------------------------------------------------------------*/ /* Returnvalue : char Byte */ /*------------------------------------------------------------------*/ /* History : 00/03 V1.0 Initial Version */ /* */ /********************************************************************/ char getchar( void ) { unsigned char c; while (!SERIAL_VIA_INTERRUPT_RCNT) { // no char avail, so wait WatchDog(); CpuIdle(); } ES = 0; SERIAL_VIA_INTERRUPT_RCNT--; c = SERIAL_VIA_INTERRUPT_RBUF [SERIAL_VIA_INTERRUPT_RPOS++]; if (SERIAL_VIA_INTERRUPT_RPOS >= SERIAL_VIA_INTERRUPT_RBUFLEN) { SERIAL_VIA_INTERRUPT_RPOS = 0; } ES = 1; return (c); } /********************************************************************/ /* Function : keypressed() SUB */ /*------------------------------------------------------------------*/ /* Description : checks, if a char is available */ /*------------------------------------------------------------------*/ /* Author : Michael Schmitt */ /*------------------------------------------------------------------*/ /* Input : none */ /*------------------------------------------------------------------*/ /* Returnvalue : TRUE yes, FALSE no */ /*------------------------------------------------------------------*/ /* History : 00/03 V1.0 Initial Version */ /* */ /********************************************************************/ char keypressed( void ) { unsigned char c; if(SERIAL_VIA_INTERRUPT_RCNT) { c = TRUE; } else { c = FALSE; } return (c); } #endif // =========================================================================== // Now the Internal UART Handling if Polling Method is used #ifdef SERIAL_VIA_POLLING /********************************************************************/ /* Function : putchar() SUB */ /*------------------------------------------------------------------*/ /* Description : everybody knows what this function is doing */ /*------------------------------------------------------------------*/ /* Author : Michael Schmitt */ /*------------------------------------------------------------------*/ /* Input : char Byte */ /*------------------------------------------------------------------*/ /* Returnvalue : none */ /*------------------------------------------------------------------*/ /* History : 00/03 V1.0 Initial Version */ /* */ /********************************************************************/ void putchar( char Byte ) { while( !TI ) /* wait for TI==1 */ { WatchDog(); CpuIdle(); } SBUF = Byte; TI = 0; } /********************************************************************/ /* Function : getchar() SUB */ /*------------------------------------------------------------------*/ /* Description : everybody knows what this function is doing */ /*------------------------------------------------------------------*/ /* Author : Michael Schmitt */ /*------------------------------------------------------------------*/ /* Input : none */ /*------------------------------------------------------------------*/ /* Returnvalue : char Byte */ /*------------------------------------------------------------------*/ /* History : 00/03 V1.0 Initial Version */ /* */ /********************************************************************/ char getchar( void ) { while( !RI ) /* wait for RI==1 */ { WatchDog(); CpuIdle(); } RI=0; return (SBUF); } /********************************************************************/ /* Function : keypressed() SUB */ /*------------------------------------------------------------------*/ /* Description : is a char available ? */ /*------------------------------------------------------------------*/ /* Author : Michael Schmitt */ /*------------------------------------------------------------------*/ /* Input : none */ /*------------------------------------------------------------------*/ /* Returnvalue : TRUE yes, FALSE no */ /*------------------------------------------------------------------*/ /* History : 00/03 V1.0 Initial Version */ /* */ /********************************************************************/ char keypressed( void ) { unsigned char c; if(RI) { c = TRUE; } else { c = FALSE; } return (c); } #endif // =========================================================================== // System Timer #ifdef USE_SYSTEM_TIMER volatile unsigned long SystemTicks1msec; // Here are the definitions of the 1kHz Timer 0 // used for delay( xx_msec ) #ifndef CPUCLKHZ #error "CPUCLKHZ is not defined !" #endif #define TIMER0INTSPERSECOND 1000 #define TIMER0MODE1RELOADVALUE (-((CPUCLKHZ/TIMER0INTSPERSECOND)/12)) /********************************************************************/ /* Function : delayMsec() SUB */ /*------------------------------------------------------------------*/ /* Description : waste some CPU-Time, CPU will be set into IDLE Mode*/ /* and is waked up every 1msec by TIMER0 */ /*------------------------------------------------------------------*/ /* Author : Michael Schmitt */ /*------------------------------------------------------------------*/ /* Input : unsigned long delayTime */ /*------------------------------------------------------------------*/ /* Returnvalue : none */ /*------------------------------------------------------------------*/ /* History : 99/10 V1.0 Initial Version */ /* */ /********************************************************************/ void DelayMsec( unsigned long delayTime ) { delayTime += SystemTicks1msec; WatchDog(); while( SystemTicks1msec < delayTime ) { CpuIdle(); WatchDog(); } WatchDog(); } /********************************************************************/ /* Function : timer0_isr ISR */ /*------------------------------------------------------------------*/ /* Description : This ISR is called every 1msec and inc. a variable */ /* that is used for delay() */ /*------------------------------------------------------------------*/ /* Author : Michael Schmitt */ /*------------------------------------------------------------------*/ /* Input : none */ /*------------------------------------------------------------------*/ /* Returnvalue : none */ /*------------------------------------------------------------------*/ /* History : 99/10 V1.0 Initial Version */ /* */ /********************************************************************/ void timer0_isr (void) interrupt TF0_VECTOR { /* Interruptrate will be slightly slower than wanted */ /* because TL0 is not 0 here, not bug-fix yet */ TL0 = (TIMER0MODE1RELOADVALUE & 0x00FF); TH0 = (TIMER0MODE1RELOADVALUE >> 8); SystemTicks1msec++; } #endif // USE_SYSTEM_TIMER // =========================================================================== // Analog Stuff #ifdef USE_ANALOGPORT unsigned int ADCGetValue( char ADCPort ) { // if a conversion is busy, wait while( BSY ) { // } WatchDog(); // set AD-Port ADCON1 &= 0xF8; // clear MX0 to MX2 ADCON1 |= (ADCPort & 0x07); // set Port // start AD Conversion ADDATL = 0x00; while( BSY ) { // } WatchDog(); // read AD Converter Register return( (((unsigned int)ADDATH) << 2) + ((unsigned int)ADDATL >> 6) ); } #endif // =========================================================================== // =================================================================== // Global Hardware Init /********************************************************************/ /* Function : InitHardware() SUB */ /*------------------------------------------------------------------*/ /* Description : Should be the first executed after reset to get a */ /* proper initalised CPU */ /*------------------------------------------------------------------*/ /* Author : Michael Schmitt */ /*------------------------------------------------------------------*/ /* Input : none */ /*------------------------------------------------------------------*/ /* Returnvalue : none */ /*------------------------------------------------------------------*/ /* History : 99/10 V1.0 Initial Version */ /* */ /********************************************************************/ void InitHardware( void ) { #ifdef USE_SYSTEM_TIMER SystemTicks1msec = 0x0; #endif // USE_SYSTEM_TIMER EA = 0; // Disable ALL Ints ES = 0; // Disable Serial Int ET1 = 0; // Disable Timer 1 Int EX1 = 0; // Disable External Interrupt 1 ET0 = 0; // Disable Timer 0 Int EX0 = 0; // Disable External Interrupt 0 EADC = 0; // Disable A/D Converter Interrupt TR1 = 0; // Stop Timer 1 TR0 = 0; // Stop Timer 0 // The Siemens CPU C515A has 8 Analog inputs with 10Bit resolution // Conversion Clock is generated from CPU-Clock but should be less // than max 2MHZ. if( CPUCLKHZ < 16000000 ) { // CPU Speed < 16MHz Prescaler Ratio is divide by 4 (Reset default) ADCON1 &= ~ADCON1_ADCL; // the automatic A/D Converter Calibration needs // Reset Calibration phase = 26624 / CPUCLKHZ // @ 16MHz this is about 1,7msec // or 2219 machine cycle } else { // CPU Speed > 16MHz Prescaler Ratio is divide by 4 (Reset default) ADCON1 |= ADCON1_ADCL; // the automatic A/D Converter Calibration needs // Reset Calibration phase = 53248 / CPUCLKHZ // @ 246MHz this is about 2,3msec // or 4438 machine cycle } // AD-Conversion stars intern and not with P40 ADST# ADCON0 &= ~ADCON0_ADM; #ifdef USE_SYSTEM_TIMER // Init Timer 0 as Software Interrupt for 1mSec Timer TL0 = (TIMER0MODE1RELOADVALUE & 0x00FF); TH0 = (TIMER0MODE1RELOADVALUE >> 8); TMOD &= 0xf0; TMOD |= 0x01; // Setting Timer 0 als GATE=0 TIMER und MODE 1 16-bit Timer mode TR0 = 1; // Enabling Timer 0 TR0 = 1; // Start Timer 0 ET0 = 1; // Enable Timer 0 Interrupt #endif #ifdef SERIAL_VIA_INTERRUPT // Ringbuffer for Serielle UART init SERIAL_VIA_INTERRUPT_RCNT = 0; SERIAL_VIA_INTERRUPT_XCNT = 0; SERIAL_VIA_INTERRUPT_RPOS = 0; SERIAL_VIA_INTERRUPT_XPOS = 0; SERIAL_VIA_INTERRUPT_BUSY = 0; #endif #ifdef SERIAL_IS_DEFINED #ifdef BAUDRATEGENENATOR_USED // We use the internal Bauratengenerator of the Siemens CPU SRELL = (BAUDRATEGENRELOADVALUE & 0x00FF); SRELH = (BAUDRATEGENRELOADVALUE >> 8); ADCON0 |= 0x80; // set BD-Bit, we use internal Baudrate gen. PCON |= 0x80; // SMOD-Bit forr double Baudrate #else // use TIMER1 im Mode 2 PCON |= 0x80; // set SMOD-Bit for double Baudrate TH1 = TIMER1MODE2RELOADVALUE; TL1 = TIMER1MODE2RELOADVALUE; TMOD &= 0x0f; TMOD |= 0x20; // Timer 1 als GATE=0 TIMER und MODE 2 8-bit auto reload TR1 = 1; // Enabling Timer 1 #endif SCON = 0x40; // Init Serial Port as 8-Bit UART SCON |= 0x10; // Enabling Seriel receive REN-Bit SCON |= 0x02; // Setting TI-Bit #ifdef SERIAL_VIA_INTERRUPT ES = 1; // Enable Serial Interrupt #endif #endif #ifdef USE_CPU_Internal_XRAM // CPU Internal SRAM einable SYSCON = ((SYSCON) & ((UBYTE)~(XMAP0_BIT | XMAP1_BIT))); #endif EA = 1; // Enable all Enabled Interrupts } #endif sdcc-2.9.0/device/examples/startupcode/src/makefile000066400000000000000000000013351116427777700223640ustar00rootroot00000000000000# Makefile for startup-code SDCC = sdcc AS = asx8051 CP = cp RM = rm -f CFLAGS = --debug --stack-after-data --model-large LDFLAGS = --debug --stack-after-data COBJECTS = startup_code.rel \ cpu_c515a.rel CSOURCES = $(patsubst %.rel,%.c,$(COBJECTS)) .SUFFIXES: .rel .c.rel: $(SDCC) $(CFLAGS) -c $< all: startup $(SDCC) $(LDFLAGS) $(COBJECTS) c: $(COBJECTS) startup: $(COBJECTS) clean: $(RM) *.lst $(RM) *.asm $(RM) *.bak $(RM) *.rst $(RM) *.sym $(RM) *.hex $(RM) *.map -include makefile.dep dep: makefile.dep makefile.dep: $(CSOURCES) rm -f makefile.dep for csrc in $(CSOURCES) ;do\ $(SDCC) -MM $$csrc >>makefile.dep ;\ done sdcc-2.9.0/device/examples/startupcode/src/makefile.dep000066400000000000000000000014751116427777700231400ustar00rootroot00000000000000startup_code.rel: startup_code.c ../inc/startup_code.h \ ../inc/..\inc\hardware_description.h ../inc/..\inc\c515a.h \ /usr/local/share/include/stdarg.h /usr/local/share/include/stdio.h \ /usr/local/share/include/stdlib.h /usr/local/share/include/string.h \ /usr/local/share/include/ctype.h /usr/local/share/include/assert.h \ /usr/local/share/include/limits.h /usr/local/share/include/malloc.h \ ../inc/..\inc\cpu_c515a.h cpu_c515a.rel: cpu_c515a.c ../inc/hardware_description.h \ ../inc/..\inc\c515a.h /usr/local/share/include/stdarg.h \ /usr/local/share/include/stdio.h /usr/local/share/include/stdlib.h \ /usr/local/share/include/string.h /usr/local/share/include/ctype.h \ /usr/local/share/include/assert.h /usr/local/share/include/limits.h \ /usr/local/share/include/malloc.h ../inc/..\inc\cpu_c515a.h sdcc-2.9.0/device/examples/startupcode/src/startup_code.c000066400000000000000000000007251116427777700235260ustar00rootroot00000000000000// INCLUDES & DEFINES =============================================== #define __FILE_STARTUP_CODE_C // All that has to be included and / or defined is done here #include "../inc/startup_code.h" // END INCLUDES & DEFINES =========================================== void main() { // Init Hardware muss als erstes erfolgen InitHardware(); printf( "\n\rSoftware vom : "); printf( __DATE__ ); printf(" "); printf( __TIME__ ); while( 1 ); } sdcc-2.9.0/device/examples/test2.c000066400000000000000000000714311116427777700167510ustar00rootroot00000000000000/******************************************************************************/ /* */ /* 2HACES.C */ /* */ /******************************************************************************/ void watchdog(); unsigned char codigo(unsigned char, unsigned char, unsigned char, unsigned char); void contestar(); void inicializar_registros(); void bajo_consumo(); unsigned char recibir_trama(); unsigned char contestar_si_error(); void configurar_haz0(unsigned char, unsigned char); void configurar_haz1(unsigned char, unsigned char); void telec_actualizacion(); void telec_conformacion(unsigned char); void telec_temperatura(); void telec_pet_Estado(); /* Fichero de definición de direcciones de memoria asignadas a los diferentes registros */ #include <8051.h> /* Direcciones de los puertos P4 y P5 y del TIMER3*/ sfr P4 = 0xC0; sfr P5 = 0xC4; sfr TIMER3 = 0xFF; sfr ADCON = 0xD8; sfr ADAT = 0xD7; /* Dirección del bit que indica que hay una conversión A/D preparada */ #define AD_FIN 0x10 /* Valores que utilizamos para obtener el código de Hamming de los mensajes. El mensaje es de 29 bits (4 bytes) y la redundancia la tomamos de 11 bits. La matriz de Hamming asociada será por tanto de tamaño (11x29) bits. En las matrices siguiente colocamos la expresión hexadecimal de cada una de las columnas de la matriz de Hamming. La obtención de los bits de redundancia asociados a un mensaje los obtendremos haciendo la operación XOR entre las columnas de la matriz de Hamming correspondientes a los '1' de los 29 bits del mensaje. Esto es más eficiente que realizar el producto matricial. Como la memoria está organizada en bytes, utilizamos dos matrices. En una de ellas, "Hamming_H", colocamos las tres primeras filas de la matriz de Hamming y en la otra, "Hamming_L", las 8 filas restantes. */ #define Hamming_H0 0x0 #define Hamming_H1 0x1 #define Hamming_H2 0x2 #define Hamming_H3 0x1 #define Hamming_H4 0x6 #define Hamming_H5 0x5 #define Hamming_H6 0x2 #define Hamming_H7 0x7 #define Hamming_H8 0x8 #define Hamming_H9 0x3 #define Hamming_H10 0x9 #define Hamming_H11 0x6 #define Hamming_H12 0x2 #define Hamming_H13 0x9 #define Hamming_H14 0x4 #define Hamming_H15 0x4 #define Hamming_H16 0x3 #define Hamming_H17 0x8 #define Hamming_H18 0x7 #define Hamming_H19 0x6 #define Hamming_H20 0x0 #define Hamming_H21 0x8 #define Hamming_H22 0x7 #define Hamming_H23 0x6 #define Hamming_H24 0x9 #define Hamming_H25 0x2 #define Hamming_H26 0x3 #define Hamming_H27 0x7 #define Hamming_H28 0x3 #define Hamming_H29 0x3 #define Hamming_H30 0x3 #define Hamming_H31 0x3 /* Dirección del bit que inicia la conversión A/D */ #define AD_INI 0x08 /* Valores booleanos */ #define TRUE 0x01 #define FALSE 0x00 /* Máscaras utilizadas para identificar los telecomandos */ #define CONFORMACION 0xC0 /* Telecomando que procesan todos los Subarrays. Se cambia el apuntamiento de la antena */ #define ACTUALIZACION 0x80 /* Telecomando en el que se envía a un Subarray el próximo estado de uno de los haces */ #define TEMPERATURA 0x00 /* Telecomando en el que se solicita a un Subarray la temperatura del módulo T/R */ #define PETICION_ESTADO 0x40 /* Telecomando en el que se solicita a un Subarray el estado de programación de un haz */ /* Valores booleanos utilizados en las rutinas de recepción de tramas */ #define TIEMPO_EXCEDIDO 0x01 #define TIEMPO_NO_EXCEDIDO 0x00 /* Asociamos etiquetas a los identificadores que utiliza el compilador para designar algunos registros del micro */ #define ACUMULADOR ACC #define BUFFER_SERIE SBUF #define DATO_RECIBIDO RI #define DATO_ENVIADO TI #define PARIDAD_ACC P #define BIT_PARIDAD_REC RB8 #define BIT_PARIDAD_TRA TB8 /* Sustituimos por etiquetas algunas operaciones sencillas */ #define obtener_direc_mensaje (BYTE[0] & 0x3F) #define direccion_CONFORMACION (BYTE[1] & 0x3F) #define obtener_tipo_mensaje (BYTE[0] & 0xC0) #define direc_subarray ((P5 & 0x7E) >> 1) /* DECLARACION DE VARIABLES */ volatile unsigned char int_serie; unsigned char BYTE[5]; unsigned char BYTE_MENSAJE[3]; volatile unsigned char ERROR_PARIDAD; /* Matriz que utilizamos para almacenar los estados predefinidos. En las posiciones pares (0,2,4,...) están los códigos de amplitud y en las impares (1,3,5,...) los de fase. */ unsigned char tabla_estados[20]; /* Matriz en la que almacenamos los índices a la tabla de estados correspondientes a la programación actual de los dos haces. Los índices tienen 11 bits de longitud. El contenido de la matriz es estado_haces[0] --> haz 0, i10...i3 estado_haces[1] --> haz 0, i2...i0 estado_haces[2] --> haz 1, i10...i3 estado_haces[3] --> haz 1, i2...i0 */ unsigned char estado_haces[4]; /* Función principal */ void main() { unsigned char direc_mensaje; unsigned char TIMEOUT; unsigned char mensaje; unsigned char ERROR; unsigned char DIRECCION_SUBARRAY; inicializar_registros(); /* Obtenemos la dirección del subarray */ DIRECCION_SUBARRAY = direc_subarray; /* bucle del programa */ while(1) { /* Bandera que utilizamos para determinar si la interrupción que se produce se ha originado en el puerto serie */ int_serie = 0; /* El micro entra en modo de bajo consumo mientras no se produzca actividad en el puerto serie */ while(int_serie == 0) bajo_consumo(); /* Se ha detectado actividad en el bus de telecomandos. Capturamos la trama */ TIMEOUT = recibir_trama(); /* Si no se ha excedido el tiempo límite se procede a identificar el mensaje recibido */ if (TIMEOUT == FALSE) { mensaje = obtener_tipo_mensaje; direc_mensaje = obtener_direc_mensaje; if (direc_mensaje == DIRECCION_SUBARRAY) ERROR = contestar_si_error(); /* Si no ha habido error en la recepción se procesa el telecomando */ if (ERROR == FALSE) { switch(mensaje) { case CONFORMACION : telec_conformacion(DIRECCION_SUBARRAY); break; case ACTUALIZACION : if (direc_mensaje == DIRECCION_SUBARRAY) telec_actualizacion(); break; case TEMPERATURA : if (direc_mensaje == DIRECCION_SUBARRAY) telec_temperatura(); break; case PETICION_ESTADO : if (direc_mensaje == DIRECCION_SUBARRAY) telec_pet_Estado(); break; } } } } } /* Subrutina que actualiza el TIMER3 con el que se implementa la función WATCHDOG. Esta función se habilita conectando un pin externo a nivel bajo, y funciona de forma independiente al código que se ejecuta en el micro. Cuando el TIMER3 llega al final de la cuenta se produce un RESET del micro, por tanto, hay que habilitar un mecanismo de recarga del CONTADOR de forma que entre dos recargas no medie un tiempo mayor al que emplea la cuenta. Este tiempo oscila (para la frecuencia de reloj que utilizamos, 11.059 MHz) entre 2.22 ms para una cuenta mínima y 569 ms para una cuenta máxima. Aquí usaremos el CONTADOR con cuenta máxima, para lo cual, dado que la cuenta es ascendente, el valor de recarga es 0. La recarga la haremos utilizando la interrupción que provoca el TIMER0 al llegar al final de la cuenta. */ void watchdog() { PCON |= 0x10; /*TIMER3 = 0x00;*/ } /* Subrutina que atiende a la interrupción provocada por la UART del puerto serie cuando se ha recibido o enviado un carácter. En esta subrutina lo único que hacemos es poner el valor 1 en la variable 'int_serie' para indicar que la interrupción ocurrida es debida al puerto serie. Esto es necesario porque el micro sale del estado de bajo consumo mediante cualquier interrupción, y sólo queremos que lo haga cuando haya actividad en el puerto serie, de forma que si se produce alguna otra interrupción el micro chequea esta variable y si está a 0 vuelve a entrar en el estado de bajo consumo. La variable 'int_serie' se pone a cero siempre justo antes de entrar en el modo de bajo consumo, y es únicamente en esta subrutina donde se pone a valor uno. */ void sint(void) interrupt 4 using 2 { int_serie = 1; } /* Subrutina que atiende a la interrupción provocada por el TIMER0. Utilizamos esta interrupción para recargar el TIMER3 que relacionado con la operación del WATCHDOG. Esta interrupción se produce (para la frecuencia de reloj que utilizamos, 11.059 MHz) cada 71.12 ms, lo que supone un margen de seguridad amplio frente a los 569 ms que emplea el TIMER3 en realizar una cuenta. */ void tint() interrupt 1 using 1 { /* Llamamos a la subrutina que actualiza el TIMER3 del 'watchdog' */ watchdog(); } /* Función que implementa la codificación de Hamming (40,32) del mensaje (tc1, tc2, tc3, tc4). La función devuelve la redundancia del mensaje de entrada en las variables "red" Como ya hemos comentado al declarar la matriz 'Hamming', para no realizar producto de matriz por vector para calcular la redundancia, almacenamos la matriz generadora de Hamming como dos vectores de valores hexadecimales de longitud 29. Para obtener la redundancia lo que hacemos es realizar la operación XOR entre los valores del vectores "Hamming_H" cuyo índice coincide con los índices de los dígitos igual a '1' en la palabra mensaje. Para encontrar estos índices comparamos cada uno de los 4 bytes de que se compone el mensaje con las potencias de dos (2^7, 2^6, ... , 2^1, 2^0). */ unsigned char codigo(unsigned char tc1,unsigned char tc2,unsigned char tc3,unsigned char tc4) { // unsigned char red; unsigned char red = 0; if (tc1 != 0x00) { if (tc1 & 128) red ^= Hamming_H0; if (tc1 & 64 ) red ^= Hamming_H1; if (tc1 & 32 ) red ^= Hamming_H2; if (tc1 & 16 ) red ^= Hamming_H3; if (tc1 & 8 ) red ^= Hamming_H4; if (tc1 & 4 ) red ^= Hamming_H5; if (tc1 & 2 ) red ^= Hamming_H6; if (tc1 & 1 ) red ^= Hamming_H7; } if (tc2 != 0x00) { if (tc2 & 128) red ^= Hamming_H8; if (tc2 & 64 ) red ^= Hamming_H9; if (tc2 & 32 ) red ^= Hamming_H10; if (tc2 & 16 ) red ^= Hamming_H11; if (tc2 & 8 ) red ^= Hamming_H12; if (tc2 & 4 ) red ^= Hamming_H13; if (tc2 & 2 ) red ^= Hamming_H14; if (tc2 & 1 ) red ^= Hamming_H15; } if (tc3 != 0x00) { if (tc3 & 128) red ^= Hamming_H16; if (tc3 & 64 ) red ^= Hamming_H17; if (tc3 & 32 ) red ^= Hamming_H18; if (tc3 & 16 ) red ^= Hamming_H19; if (tc3 & 8 ) red ^= Hamming_H20; if (tc3 & 4 ) red ^= Hamming_H21; if (tc3 & 2 ) red ^= Hamming_H22; if (tc3 & 1 ) red ^= Hamming_H23; } if (tc4 != 0x00) { if (tc4 & 128) red ^= Hamming_H24; if (tc4 & 64 ) red ^= Hamming_H25; if (tc4 & 32 ) red ^= Hamming_H26; if (tc4 & 16 ) red ^= Hamming_H27; if (tc4 & 8 ) red ^= Hamming_H28; if (tc4 & 4 ) red ^= Hamming_H29; if (tc4 & 2 ) red ^= Hamming_H30; if (tc4 & 1 ) red ^= Hamming_H31; } return(red); } /* Subrutina que implementa el envío de mensajes en respuesta a los telecomandos recibidos. Los mensajes enviados son siempre de dos bytes más el byte de redundancia del código de Hamming. Para utilizar el mismo código en transmisión que en recepción, se añade un tercer byte con valor 0 cuando se calcula la redundancia del mensaje a enviar. Esto mismo hace el módulo que recibe los mensajes que envían los subarrays para chequear la corrección de dichos mensajes. El proceso de envío es el siguiente. - Activar el 'driver' de transmisión. - Enviar 3 bytes del mensaje: * Calcular la paridad de cada byte y colarla en el registro de la UART etiquetado como 'BIT_PARIDAD_TRA'. * Colocar el byte a transmitir en el registro de salida 'BUFFER_SERIE'. * Esperar que la UART indique en la bandera 'DATO_ENVIADO' que se ha enviado un byte antes de enviar el siguiente. - Desactivar el 'driver' de transmisión. Para evitar que por alguna eventualidad la UART no actualice la bandera 'DATO_ENVIADO' y el programa quede indefinidamente esperando, utilizamos la variable 'CONTADOR' que se incrementa cada vez que hacemos una comprobación de la bandera. Cuando se llega a un valor límite no se hacen mas comprobaciones y se sigue enviando el resto del mensaje. Podríamos haber optado por abortar la transmisión en el caso de se llegue al valor límite de la cuenta, porque esto indicaría que se ha producido un error. Sin embargo continuamos la transmisión dejando que recaiga sobre el módulo que recibe los mensajes la responsabilidad de actuar frente a la detección de un error. Esto no supone ningún riesgo grave porque los mensajes de respuesta a telecomandos no afectan al estado de apuntamiento de la antena. */ void contestar() { unsigned char CONTADOR; int num_byte; /* Paridad impar. Metemos el bit de paridad en BIT_PARIDAD_TRA antes de mandar un byte. En el "flag" PARIDAD_ACC tenemos la paridad del dato que hay en el ACUMULADOR. Como la paridad es impar lo negamos */ /* Activar driver transmisión: (P3.2 a 0) */ P3 &= 0xFB; for (num_byte = 0; num_byte <3; num_byte ++) { ACUMULADOR = BYTE_MENSAJE[num_byte]; BIT_PARIDAD_TRA = ~PARIDAD_ACC; BUFFER_SERIE = ACUMULADOR; /* Esperamos que el dato sea enviado */ CONTADOR = 0; while ((DATO_ENVIADO == 0) && (CONTADOR < 254)) CONTADOR++; /* Desactivamos el flag */ DATO_ENVIADO = 0; } /* Desactivar driver */ P3 |= 0x04; } /* Subrutina que se ejecuta al comenzar a funcionar el microcontrolador y que adecua al cometido que ha de realizar el micro los valores en algunos registros. */ void inicializar_registros() { /* Registro de interrupciones: habilitamos la interrupción del TIMER0 */ IP =0x82; /* Puerto serie */ /* fosc = 11.059 MHz */ /* Transmisión a 9600 baudios */ PCON = 0x00; TMOD = 0x21; SCON = 0xD0; /* Registros de los 'timers' */ /* Timer 1 en 'auto-reload' para generar velocidad transmisión */ /* Usamos el TIMER0 para recargar el TIMER3 mientras se */ /* espera un nuevo comando */ /* El TIMER1 se usa para generar el 'baud-rate' */ /* Los timers son de 16 bits. */ TH1 = 0xFD; TL1 = 0x00; TH0 = 0xFF; TL0 = 0x00; /* Activamos los 'timers' */ TR1 = 0x1; TR0 = 0x1; } /* Subrutina que hace que el micro entre en estado de bajo consumo */ void bajo_consumo() { /* Habilitamos la interrupción del puerto serie */ IE = 0x92; /* Activamos el modo 'idle' de bajo consumo. De este modo se sale cuando se produce alguna interrupción */ PCON |= 1; /* Esta instrucción se ejecuta una vez que se ha salido del modo 'idle' Deshabilitamos la interrupción del puerto serie */ IE = 0x82; } /* Subrutina que realiza la recepción de los telecomandos. Todos tienen una longitud de 4 bytes más el byte del código de Hamming. Los bytes recibidos los coloca la UART en el registro 'BUFFER_SERIE', y el programa los coloca en las variables 'BYTE0...4'. La recepción de cada byte supone esperar que la bandera 'DATO_RECIBIDO' sea actualizada por la UART. Para evitar que por alguna eventualidad el programa pudiera quedar indefinidamente esperando que se actualizara dicha bandera se utiliza el mismo método que en la subrutina de enviar mensajes, la variable 'CONTADOR' se incrementa a cada comprobación que se hace de la bandera. Si se alcanza un valor límite, en este caso, y a diferencia de la subrutina de transmisión, se aborta la recepción y se devuelve el valor 'TIEMPO_EXCEDIDO' indicando que ha habido un error en la recepción. En este caso si que es obligado abortar el proceso puesto que de no hacerlo se podría provocar un funcionamiento incorrecto de la antena al ejecutar comandos erróneos. A cada byte recibido se le comprueba si la paridad es la correcta. Caso de no serlo se actualiza la variable global 'ERROR_PARIDAD' que evitará que se procesen telecomandos erróneos. Un error de paridad detectado no aborta la recepción. Lo que se hace es que una vez acabada se envía un mensaje indicando el error detectado. */ unsigned char recibir_trama() { /* Variable que utilizaremos para evitar que el programa se quede esperando si se produce una interrupción en el puerto serie, pero no llega ningún dato */ unsigned char CONTADOR; /* Indice del byte que se está recibiendo */ unsigned char num_byte; /* Ponemos a cero el indicador de error en la paridad de los datos recibidos */ ERROR_PARIDAD = 0; /* Bucle de recepción */ for (num_byte = 0; num_byte < 5; num_byte ++) { CONTADOR = 0; /* esperamos que haya un dato válido */ while((DATO_RECIBIDO == 0) && (CONTADOR < 254)) CONTADOR++; /* Si no ha llegado ningún dato salimos de la función y devolvemos una señal indicándolo */ if (CONTADOR == 254) return TIEMPO_EXCEDIDO; /* Desactivamos el "flag" */ DATO_RECIBIDO = 0; /* Almacenamos el dato que ha llegado */ BYTE[num_byte] = BUFFER_SERIE; ACUMULADOR = BYTE[num_byte]; /* Determinamos la paridad del dato recibido. 'PARIDAD_ACC' indica si el dato en el acumulador tiene paridad par. Por tanto, habrá un error de paridad cuando la paridad recibida sea la misma que indica 'PARIDAD_ACC' */ if (BIT_PARIDAD_REC == PARIDAD_ACC) ERROR_PARIDAD = 1; } /* transmisión terminada */ return TIEMPO_NO_EXCEDIDO; } /* Subrutina que envía un mensaje de error si ha ocurrido alguna de las dos situaciones siguientes: - Se ha detectado un error de paridad en al recepción de algún byte del último telecomando. - El código de Hamming recibido no coincide con el que realmente corresponde a los cuatro bytes del mensaje recibido. En cada ocasión únicamente contesta un Subarray puesto que cada telecomando lleve incluido un campo que identifica al Subarray direccionado, incluso cuando el telecomando es global. En este último caso la dirección del Subarray está en el segundo byte del mensaje y en el resto de los casos en el primero. La subrutina devuelve un indicador de si ha habido error. */ unsigned char contestar_si_error() { BYTE_MENSAJE[2] = codigo(BYTE[0], BYTE[1], BYTE[2], BYTE[3]); if ((ERROR_PARIDAD == 1) || (BYTE[4] != BYTE_MENSAJE[2])) { BYTE_MENSAJE[0] = BYTE_MENSAJE[1] = BYTE_MENSAJE[1] = 0x00; contestar(); return TRUE; } else return FALSE; } /**********************************************************************************/ /* MAPEADO DE LAS LINEAS DE CONTROL DE LOS DOS HACES CON LOS PUERTOS DEL MICRO */ /* */ /* Simbolización: Haz 1, bit 2 de Amplitud -> H1A2 */ /* Haz 0, bit 0 de Fase -> H0F0 */ /* */ /* | BIT0 | BIT1 | BIT2 | BIT3 | BIT4 | BIT5 | BIT6 | BIT7 | */ /* | | | | | | | | | */ /* PUERTO 0 -> P0 | H0A9 | | | | | | | | */ /* | | | | | | | | | */ /* PUERTO 1 -> P1 | H1F0 | H1F1 | H1F2 | H1F3 | H1F4 | H0F0 | H0F1 | H0F2 | */ /* | | | | | | | | | */ /* PUERTO 2 -> P2 | H0A0 | H0A1 | H0A2 | H0A3 | H0A4 | H0A5 | H0A6 | H0A7 | */ /* | | | | | | | | | */ /* PUERTO 3 -> P3 | | | | H1A8 | H1A9 | H0F3 | H0F4 | H0A8 | */ /* | | | | | | | | | */ /* PUERTO 4 -> P4 | H1A0 | H1A1 | H1A2 | H1A3 | H1A4 | H1A5 | H1A6 | H1A7 | */ /* */ /**********************************************************************************/ /* Subrutina que configura el HAZ 0. Los valores de las líneas H9..H0 se obtienen según las siguientes expresiones: H9 <-- ~A0 H8 <-- (~A3 & A2) | (A3 & A1) H7 <-- (~A3 & A1) | (A3 & A2) H6 <-- A3 | (A1 & ~A2) H5 <-- A3 | A2 H4 <-- ~A1 H3 <-- ~A2 H2 <-- ~A3 H1 <-- A4 H0 <-- ~A4 donde, '~', '|' y '&' representan la negación, la operación OR y la operación AND binaria, respectivamente. */ void configurar_haz0(unsigned char amplitud, unsigned char fase) { unsigned char conf_P2 = 0x00; /* ponemos a cero los bits de los puertos que vamos a cambiar mediante una operación 'OR' */ P0 &= 0xFE; P1 &= 0x1F; P3 &= 0x1F; /* H0 */ conf_P2 |= (~(amplitud & 0x10))* 0x01; /* H1 */ conf_P2 |= (amplitud & 0x10) * 0x02; /* H2 */ conf_P2 |= (~(amplitud & 0x08))* 0x04; /* H3 */ conf_P2 |= (~(amplitud & 0x04))* 0x08; /* H4 */ conf_P2 |= (~(amplitud & 0x02))* 0x10; /* H5 */ conf_P2 |= ((amplitud & 0x08) | (amplitud & 0x04))* 0x20; /* H6 */ conf_P2 |= ((amplitud & 0x08) | ((amplitud & 0x02)&(~(amplitud & 0x04))))* 0x40; /* H7 */ conf_P2 |= (((amplitud & 0x08)&(amplitud & 0x04)) | ((amplitud & 0x02)&(~(amplitud & 0x08))))* 0x80; /* H8 */ P3 |= (((amplitud & 0x08)&(amplitud & 0x02)) | ((amplitud & 0x04)&(~(amplitud & 0x08))))* 0x80; /* H9 */ P0 |= (~(amplitud & 0x01)) * 0x01; /* Actualizamos el puerto P2 */ P2 = conf_P2; /* Actualizamos el puerto P1 */ P1 |= (fase & 0x07) << 5; /* Actualizamos el puerto P3 */ P3 |= (fase & 0x18) << 2; } /* Subrutina que configura el HAZ 1. */ void configurar_haz1(unsigned char amplitud, unsigned char fase) { unsigned char conf_P4 = 0x00; /* ponemos a cero los bits de los puertos que vamos a cambiar mediante una operación 'OR' */ P1 &= 0xE0; P3 &= 0xE7; /* H0 */ conf_P4 |= (~(amplitud & 0x10))* 0x01; /* H1 */ conf_P4 |= (amplitud & 0x10) * 0x02; /* H2 */ conf_P4 |= (~(amplitud & 0x08))* 0x04; /* H3 */ conf_P4 |= (~(amplitud & 0x04))* 0x08; /* H4 */ conf_P4 |= (~(amplitud & 0x02))* 0x10; /* H5 */ conf_P4 |= ((amplitud & 0x08) | (amplitud & 0x04))* 0x20; /* H6 */ conf_P4 |= ((amplitud & 0x08) | ((amplitud & 0x02)&(~(amplitud & 0x04))))* 0x40; /* H7 */ conf_P4 |= (((amplitud & 0x08)&(amplitud & 0x04)) | ((amplitud & 0x02)&(~(amplitud & 0x08))))* 0x80; /* H8 */ P3 |= (((amplitud & 0x08)&(amplitud & 0x02)) | ((amplitud & 0x04)&(~(amplitud & 0x08))))* 0x08; /* H9 */ P3 |= (~(amplitud & 0x01)) * 0x10; /* Actualizamos el puerto P4 */ P4 = conf_P4; /* Actualizamos el puerto P1 */ P1 |= fase; } /* Telecomando en el que se envía a un Subarray concreto para actualizar uno de los estados de programación predefinidos. El índice del estado consta de bits contenidos en BYTE1 Los 10 bits de la palabra del nuevo estado están en: 5 bits de amplitud en BYTE2[4..0] 5 bits de fase en BYTE3[7..3] */ void telec_actualizacion() { unsigned char fase, amplitud, fila, columna, i, p; /* Obtenemos la columna correspondiente al estado que se actualiza */ /* dentro de la matriztabla_estados */ columna = 1 << (BYTE[1] & 0x07); /* Obtenemos la fila */ fila = (BYTE[1] >> 3) * 0x0A; /* Obtenemos el valor de la fase */ fase = BYTE[3]; /* Obtenemos el valor de la amplitud */ amplitud = BYTE[2]; /* Actualizamos la tabla */ for (i = 0x00, p = 0x01; i < 0x05; i++, p <<= 1) { /* Colocamos un '0' en todas las posiciones correspondientes */ /* al estado */ tabla_estados[fila+i ] &= 0xFF ^ columna; tabla_estados[fila+i+5] &= 0xFF ^ columna; /* Según el valor de amplitud y fase colocamos un '1' en las */ /* posiciones correspondientes */ if (amplitud & p) tabla_estados[fila+i ] |= columna; if (fase & p) tabla_estados[fila+i+5] |= columna; } /* Contestamos indicando que no ha habido error. Los bytes del mensaje de respuesta son 0xFC y 0x00, y completa la palabra código Hamming el byte 0x76. */ BYTE_MENSAJE[0] = 0xFF; BYTE_MENSAJE[1] = 0x00; BYTE_MENSAJE[2] = 0x76; contestar(); } /* Subrutina que actualiza con la nueva programación las líneas de control de la red desfasadora y atenuadora. La variable 'haz_conformado' contiene la información sobre el haz que hay que reprogramar. */ void telec_conformacion(unsigned char DIRECCION_SUBARRAY) { unsigned char haz_conformado, amplitud = 0x00, fase = 0x00, fila, columna, i, p; /* Obtenemos la columna dentro de la matriz tabla_estados */ columna = 1 << (BYTE[1] & 0x07); /* Obtenemos la fila */ fila = (BYTE[1] >> 3) * 0x0A; /* Obtenemos el haz que se reprograma */ haz_conformado = BYTE[3]; /* Obtenemos los valores de las palabras de amplitud y fase */ for (i = 0x00, p = 0x01; i < 0x05; i++, p <<= 1) { if (tabla_estados[fila+i ] & columna) amplitud |= p; if (tabla_estados[fila+i+5] & columna) fase |= p; } /* Colocamos los valores correspondientes en las líneas de control */ if (haz_conformado == 0x00) { estado_haces[0] = amplitud; estado_haces[1] = fase; configurar_haz0(amplitud, fase); } if (haz_conformado == 0x01) { estado_haces[2] = amplitud; estado_haces[3] = fase; configurar_haz1(amplitud, fase); } /* Contestar, si corresponde, que no habido error */ if (direccion_CONFORMACION == DIRECCION_SUBARRAY) { BYTE_MENSAJE[0] = 0xFF; BYTE_MENSAJE[1] = 0x00; BYTE_MENSAJE[2] = 0x76; contestar(); } } /* Subrutina que realiza la adquisición de la temperatura del módulo T/R. La conversión analógica es de 10 bits. El mensaje se compone de dos bytes más el código de Hamming con la siguiente distribución: MSB LSB BYTE1 : 0 0 0 0 0 0 T9 T8 BYTE2 : T7 T6 T5 T4 T3 T2 T1 T0 BYTE3 : H7 H6 H5 H4 H3 H2 H1 H0 donde T9..T0 son los 10 bits de la lectura de la temperatura y H7..H0 son los 8 bits de la redundancia de Hamming. */ void telec_temperatura() { unsigned char CONTADOR; /* Reseteamos el registro de control del conversor A/D */ ADCON = 0x00; /* Activar la conversión A/D */ ADCON = ADCON | AD_INI; /* Esperamos a que termine el muestreo. Con la variable contador establecemos un tiempo límite de espera */ CONTADOR = 0; while (((ADCON & AD_FIN) == 0) || (CONTADOR == 250)) CONTADOR++; /* Si se ha superado el tiempo de espera enviamos mensaje de error */ if (CONTADOR == 250) { BYTE_MENSAJE[0] = BYTE_MENSAJE[1] = BYTE_MENSAJE[2] = 0x00; contestar(); return; } /* Realizamos la lectura del conversor */ BYTE_MENSAJE[0] = (ADCON & 0xC0) >> 6; BYTE_MENSAJE[1] = ADAT; /* Calculamos la palabra código */ BYTE_MENSAJE[2] = codigo(BYTE_MENSAJE[0], BYTE_MENSAJE[1], 0x00, 0x00); /* Enviamos respuesta */ contestar(); } /* Subrutina que implementa dos funciones: - Envía un mensaje en respuesta a un telecomando de petición de estado con la programación actual del haz solicitado, información que está contenida en la variable 'tabla_estados' en la forma siguiente: * tabla_haces_prog[2*haz] <- Amplitud (5bits) * tabla_haces_prog[2*haz+1] <- Fase (5bits) El mensaje se compone de dos bytes más el código de Hamming con la siguiente distribución: MSB LSB BYTE1 : 0 0 0 A4 A3 A2 A1 A0 BYTE2 : 0 0 0 F4 F3 F2 F1 F0 BYTE3 : H7 H6 H5 H4 H3 H2 H1 H0 - Provoca un RESET del microcontrolador cuando el telecomando de petición de temperatura tiene el segundo byte igual a 0xFF. Este RESET intencionado se utiliza cuando el módulo que distribuye los mensajes a los distintos subarrays detecta que hay un error en el bus de telemedidas que persiste cuando se dirige a un subarray en particular, o bien hay un subarray que no contesta. Estas anomalías posiblemente son debidas a que un subarray por cualquier motivo desconocido ha sufrido un error en la posición de memoria donde almacena la dirección que lo identifica, de forma que hay dos subarrays con la misma dirección o bien un subarray tiene una dirección no válida (superior a 51, dirección máxima). */ void telec_pet_Estado() { unsigned char haz; /* Comprobamos si se trata de un comando de reset */ /* En caso afirmativo entramos en un bucle vacío */ /* para que se provoque un reset */ if (BYTE[1] == 0xFF) { /* Deshabilitamos las interrupciones de forma que el TIMER0 no pueda activar la rutina 'watchdog()' y se produzca un RESET. */ IE = 0x00; /* Bucle infinito */ while(1); } /* Si el telecomando es efectivamente de petición */ /* de estado obtenemos el haz direccionado */ haz = BYTE[2]; /* Construimos los bytes de respuesta */ BYTE_MENSAJE[0] = estado_haces[2*haz]; BYTE_MENSAJE[1] = estado_haces[2*haz+1]; BYTE_MENSAJE[2] = codigo(BYTE_MENSAJE[0], BYTE_MENSAJE[1], 0x00, 0x00); /* Enviamos mensaje de respuesta */ contestar(); } sdcc-2.9.0/device/examples/test3.c000066400000000000000000000062601116427777700167500ustar00rootroot00000000000000/*------------------------------------------------------------------------ test3.c - A simple multiple module example, uses itoa() and crc() routines from other modules in same directory. Compile with: make -f maketest3 |------------------------------------------------------------------------*/ #if defined(__mcs51) #include <8052.h> #endif #if defined(__ds390) #include #endif #include typedef unsigned char byte; typedef unsigned int word; typedef unsigned long l_word; void uitoa(unsigned int value, char* string, int radix); void itoa(int value, char* string, int radix); byte accum_checksum(byte cs, byte val); char tmpstr[30]; int i; #if defined(__mcs51) || defined(__ds390) /*------------------------------------------------------------------------ tx_char - transmit(tx) a char out the serial uart. |------------------------------------------------------------------------*/ void tx_char(char c) { SBUF = c; while (!TI) ; TI = 0; } /*------------------------------------------------------------------------ my_puts - |------------------------------------------------------------------------*/ void my_puts(char *str) { while (*str) tx_char(*str++); } /*------------------------------------------------------------------------ init_mcs51 - |------------------------------------------------------------------------*/ void init_mcs51(void) { PCON = 0x80; /* power control byte, set SMOD bit for serial port */ SCON = 0x50; /* serial control byte, mode 1, RI active */ TMOD = 0x21; /* timer control mode, byte operation */ TCON = 0; /* timer control register, byte operation */ TH1 = 0xFA; /* serial reload value, 9,600 baud at 11.0952Mhz */ TR1 = 1; /* start serial timer */ EA = 1; /* Enable Interrupts */ TI = 0; /* clear this out */ } #else /*------------------------------------------------------------------------ my_puts - |------------------------------------------------------------------------*/ void my_puts(char *str) { while (*str) putchar(*str++); /* putchar() is lib routine which calls simulator trap */ } #endif /*------------------------------------------------------------------------ main - Simple test program to send out something to the serial port. |------------------------------------------------------------------------*/ int main(void) { byte ccs; unsigned int tmp; #if defined(__mcs51) || defined(__ds390) init_mcs51(); #endif ccs = 0x3f; tmp = (ccs<<7); my_puts("0x3f<<7 hex="); uitoa(tmp, tmpstr, 10); my_puts(tmpstr); my_puts("\n"); #if 0 byte r,cs,val; unsigned int tmp; cs = 0xff; val = 0; tmp = ((cs<<7) | (cs>>1)) + val; printf("tmp=%xH(0x7fff)\n", tmp); cs = 0xfd; tmp = ((cs<<7) | (cs>>1)) + val; printf("tmp=%xH(0x7efe)\n", tmp); // return (byte)tmp + ((byte) (tmp>>8) & 1); #endif my_puts("Test3 - multiple module test\n"); my_puts("1023 decimal="); uitoa(1023, tmpstr, 10); my_puts(tmpstr); my_puts(" hex="); uitoa(1023, tmpstr, 0x10); my_puts(tmpstr); my_puts("\n"); my_puts(" chksum="); // i = accum_checksum(50, 20); uitoa(i, tmpstr, 10); my_puts(tmpstr); my_puts("\n"); for (;;) { } return 0; } sdcc-2.9.0/device/examples/xa51/000077500000000000000000000000001116427777700163145ustar00rootroot00000000000000sdcc-2.9.0/device/examples/xa51/Makefile000066400000000000000000000006651116427777700177630ustar00rootroot00000000000000CC = sdcc CFLAGS= -Wa-s --dumpall MFLAGS= -mxa51 #LFLAGS= --code-loc 0x1000 --xram-loc 0x4000 LFLAGS= --xram-loc 0x4000 all: hello.hex OBJECTS = hello.rel hwinit.rel dummy.rel hello.hex: $(OBJECTS) $(CC) $(MFLAGS) $(LFLAGS) $(OBJECTS) echo go | sxa hello.hex clean: rm -f core *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map \ *.xa *.rst *.sym *.lnk *.lib *.bin *.dump* *.log %.rel: %.c hw.h $(CC) -c $(CFLAGS) $(MFLAGS) $< sdcc-2.9.0/device/examples/xa51/dummy.c000066400000000000000000000002711116427777700176130ustar00rootroot00000000000000data char dummy_d1, dummy_d2=3; xdata char dummy_x1, dummy_x2=3; code char dummy_c1=4, dummy_c2=3; bit dummy_b1; // and some dummy code int dummy(void) { return dummy_x2+dummy_c2; } sdcc-2.9.0/device/examples/xa51/hello.c000066400000000000000000000006021116427777700175610ustar00rootroot00000000000000#include "hw.h" bit b1, b2=1; code c1=0; data d1, d2=2; xdata x1, x2=3; extern bit be; extern code ce; extern data de; extern xdata xe; extern xdata xee; xdata at 0x1234 abs; void main(void) { puts ("Hello world.\n\r"); if (d2==2) { puts ("d2=2"); } else { puts ("d2!=2"); } if (d1!=3) { puts ("d1!=3"); } else { puts ("d1==3"); } exit_simulator(); } sdcc-2.9.0/device/examples/xa51/hw.h000066400000000000000000000002571116427777700171070ustar00rootroot00000000000000#include <80c51xa.h> #define BAUD_RATE 9600 #define OSC 20000000L /* Xtal frequency */ void putchar(char); char getchar(void); int puts(char *); void exit_simulator(void); sdcc-2.9.0/device/examples/xa51/hwinit.c000066400000000000000000000024351116427777700177660ustar00rootroot00000000000000#include "hw.h" bit b3; code c2=1; data d3, d4=4; xdata x3, x4=5; #define DIVIDER (OSC/(64L*BAUD_RATE)) void external_startup(void) { _asm mov.b _WDCON,#0 ;shut down the watchdog mov.b _WFEED1,#0a5h mov.b _WFEED2,#05ah ; mov.b _BCR,#1 ;BCR: 8 data, 16 address ; mov.b _SCR,#1 ;SCR: page zero mode _endasm; // init serial io TL1 = RTL1 = -DIVIDER; TH1 = RTH1 = -DIVIDER >> 8; TR1 = 1; /* enable timer 1 */ S0CON = 0x52; /* mode 1, receiver enable */ IPA4 |= 0x6; /* maximum priority */ ERI0=1; /* enable receiver interupts */ TI0==1; /* transmitter empty */ RI0=0; /* receiver empty */ //PSWH &= 0xf0; /* start interupt system */ } #define SIMULATOR 1 #ifdef SIMULATOR void putchar(char c) { c; // hush the compiler _asm mov.b r0l, [r7+2] trap #0EH; _endasm; } char getchar() { return 0; } void exit_simulator(void) { _asm trap #0FH; _endasm; } #else void putchar(char c) { while(!TI0) ; S0BUF = c; TI0 = 0; } char getchar(void) { char c; while (!RI0) ; c=S0BUF; RI0=0; return c; } int kbhit(void) { return RI0; } #endif int puts(char *string) { int chars=0; while (*string) { putchar (*string++); chars++; } putchar ('\n'); return chars+1; } sdcc-2.9.0/device/include/000077500000000000000000000000001116427777700153435ustar00rootroot00000000000000sdcc-2.9.0/device/include/80c51xa.h000066400000000000000000000164151116427777700166140ustar00rootroot00000000000000/* * XA G3 SFR definitions * Extracted directly from Philips documentation */ #ifndef XA_H #define XA_H __sfr __at 0x400 /*unsigned short*/ PSW; /* Program status word */ __sfr __at 0x400 PSWL; /* Program status word (low byte) */ __sfr __at 0x401 PSWH; /* Program status word (high byte) */ __sfr __at 0x402 PSW51; /* 80C51 compatible PSW */ __sfr __at 0x403 SSEL; /* Segment selection register */ __sfr __at 0x404 PCON; /* Power control register */ __sfr __at 0x410 TCON; /* Timer 0 and 1 control register */ __sfr __at 0x411 TSTAT; /* Timer 0 and 1 extended status */ __sfr __at 0x418 T2CON; /* Timer 2 control register */ __sfr __at 0x419 T2MOD; /* Timer 2 mode control */ __sfr __at 0x41F WDCON; /* Watchdog control register */ __sfr __at 0x420 S0CON; /* Serial port 0 control register */ __sfr __at 0x421 S0STAT; /* Serial port 0 extended status */ __sfr __at 0x424 S1CON; /* Serial port 1 control register */ __sfr __at 0x425 S1STAT; /* Serial port 1 extended status */ __sfr __at 0x426 IEL; /* Interrupt enable low byte */ __sfr __at 0x427 IEH; /* Interrupt enable high byte */ __sfr __at 0x42A SWR; /* Software Interrupt Request */ __sfr __at 0x430 P0; /* Port 0 */ __sfr __at 0x431 P1; /* Port 1 */ __sfr __at 0x432 P2; /* Port 2 */ __sfr __at 0x433 P3; /* Port3 */ __sfr __at 0x440 SCR; /* System configuration register */ __sfr __at 0x441 DS; /* Data segment */ __sfr __at 0x442 ES; /* Extra segment */ __sfr __at 0x443 CS; /* Code segment */ __sfr __at 0x450 TL0; /* Timer 0 low byte */ __sfr __at 0x451 TH0; /* Timer 0 high byte */ __sfr __at 0x452 TL1; /* Timer 1 low byte */ __sfr __at 0x453 TH1; /* Timer 1 high byte */ __sfr __at 0x454 RTL0; /* Timer 0 extended reload, low byte */ __sfr __at 0x455 RTH0; /* Timer 0 extended reload, high byte */ __sfr __at 0x456 RTL1; /* Timer 1 extended reload, low byte */ __sfr __at 0x457 RTH1; /* Timer 1 extended reload, high byte */ __sfr __at 0x458 TL2; /* Timer 2 low byte */ __sfr __at 0x459 TH2; /* Timer 2 high byte */ __sfr __at 0x45A T2CAPL; /* Timer 2 capture register, low byte */ __sfr __at 0x45B T2CAPH; /* Timer 2 capture register, high byte */ __sfr __at 0x45C TMOD; /* Timer 0 and 1 mode register */ __sfr __at 0x45D WFEED1; /* Watchdog feed 1 */ __sfr __at 0x45E WFEED2; /* Watchdog feed 2 */ __sfr __at 0x45F WDL; /* Watchdog timer reload */ __sfr __at 0x460 S0BUF; /* Serial port 0 buffer register */ __sfr __at 0x461 S0ADDR; /* Serial port 0 address register */ __sfr __at 0x462 S0ADEN; /* Serial port 0 address enable register */ __sfr __at 0x464 S1BUF; /* Serial port 1 buffer register */ __sfr __at 0x465 S1ADDR; /* Serial port 1 address register */ __sfr __at 0x466 S1ADEN; /* Serial port 1 address enable register */ __sfr __at 0x468 BTRL; /* Bus timing register high byte */ __sfr __at 0x469 BTRH; /* Bus timing register low byte */ __sfr __at 0x46A BCR; /* Bus configuration register */ __sfr __at 0x470 P0CFGA; /* Port 0 configuration A */ __sfr __at 0x471 P1CFGA; /* Port 1 configuration A */ __sfr __at 0x472 P2CFGA; /* Port 2 configuration A */ __sfr __at 0x473 P3CFGA; /* Port 3 configuration A */ __sfr __at 0x47A SWE; /* Software Interrupt Enable */ __sfr __at 0x4A0 IPA0; /* Interrupt priority 0 */ __sfr __at 0x4A1 IPA1; /* Interrupt priority 1 */ __sfr __at 0x4A2 IPA2; /* Interrupt priority 2 */ __sfr __at 0x4A4 IPA4; /* Interrupt priority 4 */ __sfr __at 0x4A5 IPA5; /* Interrupt priority 5 */ __sfr __at 0x4F0 P0CFGB; /* Port 0 configuration B */ __sfr __at 0x4F1 P1CFGB; /* Port 1 configuration B */ __sfr __at 0x4F2 P2CFGB; /* Port 2 configuration B */ __sfr __at 0x4F3 P3CFGB; /* Port 3 configuration B */ __sbit __at 0x33B ETI1; /* TX interrupt enable 1 */ __sbit __at 0x33A ERI1; /* RX interrupt enable 1 */ __sbit __at 0x339 ETI0; /* TX interrupt enable 0 */ __sbit __at 0x338 ERI0; /* RX interrupt enable 0 */ __sbit __at 0x337 EA; /* global int. enable */ __sbit __at 0x334 ET2; /* timer 2 interrupt */ __sbit __at 0x333 ET1; /* timer 1 interrupt */ __sbit __at 0x332 EX1; /* external interrupt 1 */ __sbit __at 0x331 ET0; /* timer 0 interrupt */ __sbit __at 0x330 EX0; /* external interrupt 0 */ __sbit __at 0x221 PD; /* power down */ __sbit __at 0x220 IDL; __sbit __at 0x20F SM; __sbit __at 0x20E TM; __sbit __at 0x20D RS1; __sbit __at 0x20C RS0; __sbit __at 0x20B IM3; __sbit __at 0x20A IM2; __sbit __at 0x209 IM1; __sbit __at 0x208 IM0; __sbit __at 0x307 S0M0; __sbit __at 0x306 S0M1; __sbit __at 0x305 S0M2; __sbit __at 0x304 R0EN; __sbit __at 0x303 T0B8; __sbit __at 0x302 R0B8; __sbit __at 0x301 TI0; /* serial port 0 tx ready */ __sbit __at 0x300 RI0; /* serial port 0 rx ready */ __sbit __at 0x30B FE0; __sbit __at 0x30A BR0; __sbit __at 0x309 OE0; __sbit __at 0x308 STINT0; __sbit __at 0x327 S1M0; __sbit __at 0x326 S1M1; __sbit __at 0x325 S1M2; __sbit __at 0x324 R1EN; __sbit __at 0x323 T1B8; __sbit __at 0x322 R1B8; __sbit __at 0x321 TI1; /* serial port 0 tx ready */ __sbit __at 0x320 RI1; /* serial port 0 rx ready */ __sbit __at 0x32B FE1; __sbit __at 0x32A BR1; __sbit __at 0x329 OE1; __sbit __at 0x328 STINT1; __sbit __at 0x356 SWR7; __sbit __at 0x355 SWR6; __sbit __at 0x354 SWR5; __sbit __at 0x353 SWR4; __sbit __at 0x352 SWR3; __sbit __at 0x351 SWR2; __sbit __at 0x350 SWR1; __sbit __at 0x2C7 TF2; __sbit __at 0x2C6 EXF2; __sbit __at 0x2C5 RCLK0; __sbit __at 0x2C4 TCLK0; __sbit __at 0x2CD RCLK1; __sbit __at 0x2CC TCLK1; __sbit __at 0x2C3 EXEN2; __sbit __at 0x2C2 TR2; __sbit __at 0x2C1 CT2; __sbit __at 0x2C0 CPRL2; __sbit __at 0x2C9 T2OE; __sbit __at 0x2C8 DCEN; __sbit __at 0x287 TF1; __sbit __at 0x286 TR1; __sbit __at 0x285 TF0; __sbit __at 0x284 TR0; __sbit __at 0x283 IE1; __sbit __at 0x282 IT1; __sbit __at 0x281 IE0; __sbit __at 0x280 IT0; __sbit __at 0x28A T1OE; __sbit __at 0x288 T0OE; __sbit __at 0x2FF PRE2; __sbit __at 0x2FE PRE1; __sbit __at 0x2FD PRE0; __sbit __at 0x2FA WDRUN; __sbit __at 0x2F9 WDTOF; __sbit __at 0x2F8 WDMOD; __sbit __at 0x388 WR1; __sbit __at 0x38F T2EX; __sbit __at 0x38C RXD1; __sbit __at 0x38D TXD1; __sbit __at 0x398 RXD0; __sbit __at 0x399 TXD0; __sbit __at 0x39A INT0; __sbit __at 0x39B INT1; __sbit __at 0x39C T0; __sbit __at 0x39D T1; __sbit __at 0x39E WR; __sbit __at 0x39F RD; /* * Interrupt stuff */ /* Vectors */ #define IV_BRKPT 0x04 /* breakpoint vector */ #define IV_TRACE 0x08 /* Trace mode bit set */ #define IV_STKOVER 0x0C /* stack overflow */ #define IV_DIVZERO 0x10 /* divide by zero */ #define IV_IRET 0x14 /* user mode IRET */ #define IV_EX0 0x80 #define IV_T0 0x84 #define IV_EX1 0x88 #define IV_T1 0x8C #define IV_T2 0x90 #define IV_RI0 0xA0 #define IV_TI0 0xA4 #define IV_RI1 0xA8 #define IV_TI1 0xAC #define IV_SWI1 0x100 /* software interrupts */ #define IV_SWI2 0x104 #define IV_SWI3 0x108 #define IV_SWI4 0x10C #define IV_SWI5 0x110 #define IV_SWI6 0x114 #define IV_SWI7 0x118 /* PSW Values for interrupt vectors */ #define IV_PSW 0x8F00 /* System mode, high priority, bank 0 */ #define IV_SYSTEM 0x8000 #define IV_PRI00 0x0000 /* priorities 0 - 15 */ #define IV_PRI01 0x0100 #define IV_PRI02 0x0200 #define IV_PRI03 0x0300 #define IV_PRI04 0x0400 #define IV_PRI05 0x0500 #define IV_PRI06 0x0600 #define IV_PRI07 0x0700 #define IV_PRI08 0x0800 #define IV_PRI09 0x0900 #define IV_PRI10 0x0A00 #define IV_PRI11 0x0B00 #define IV_PRI12 0x0C00 #define IV_PRI13 0x0D00 #define IV_PRI14 0x0E00 #define IV_PRI15 0x0F00 #define IV_BANK0 0x0000 #define IV_BANK1 0x1000 #define IV_BANK2 0x2000 #define IV_BANK3 0x3000 #endif /* XA_H */ sdcc-2.9.0/device/include/Makefile.in000066400000000000000000000063431116427777700174160ustar00rootroot00000000000000# # # VERSION = @VERSION@ VERSIONHI = @VERSIONHI@ VERSIONLO = @VERSIONLO@ VERSIONP = @VERSIONP@ SHELL = /bin/sh CPP = @CPP@ INSTALL = @INSTALL@ CP = @CP@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ VPATH = @srcdir@ srcdir = @srcdir@ include_dir_suffix = @include_dir_suffix@ sdcc_includedir = $(DESTDIR)$(datadir)/$(include_dir_suffix) CPPFLAGS = @CPPFLAGS@ -I$(top_builddir) # Compiling entire program or any subproject # ------------------------------------------ all: # Compiling and installing everything and running test # ---------------------------------------------------- install: all installdirs $(CP) -r $(srcdir)/asm $(srcdir)/*.h $(sdcc_includedir) if [ "`grep mcs51 $(top_builddir)/ports.build`" = mcs51 ]; then \ $(CP) $(srcdir)/mcs51/*.h $(sdcc_includedir)/mcs51 ; \ fi if [ "`grep '^pic$$' $(top_builddir)/ports.build`" = pic ]; then \ $(CP) $(srcdir)/pic/*.h $(sdcc_includedir)/pic ; \ $(CP) $(srcdir)/pic/*.inc $(sdcc_includedir)/pic ; \ $(CP) $(srcdir)/pic/*.txt $(sdcc_includedir)/pic ; \ $(CP) $(srcdir)/pic/pic14devices.txt $(sdcc_includedir)/pic ; \ fi if [ "`grep pic16 $(top_builddir)/ports.build`" = pic16 ]; then \ $(CP) $(srcdir)/pic16/*.h $(sdcc_includedir)/pic16 ; \ $(CP) $(srcdir)/pic16/*.txt $(sdcc_includedir)/pic16 ; \ fi if [ "`grep z80 $(top_builddir)/ports.build`" = z80 ]; then \ $(CP) $(srcdir)/z80/*.h $(sdcc_includedir)/z80 ; \ fi if [ "`grep hc08 $(top_builddir)/ports.build`" = hc08 ]; then \ $(CP) $(srcdir)/hc08/*.h $(sdcc_includedir)/hc08 ; \ fi rm -rf `find $(sdcc_includedir) -type d -name '.svn'` # some files in CVS are executable :-( find $(sdcc_includedir) -type f -exec chmod 644 {} \; # Deleting all the installed files # -------------------------------- uninstall: rm -rf $(sdcc_includedir) # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: [ -d $(sdcc_includedir) ] || mkdir -p $(sdcc_includedir) [ -d $(sdcc_includedir)/mcs51 ] || mkdir -p $(sdcc_includedir)/mcs51 [ -d $(sdcc_includedir)/pic ] || mkdir -p $(sdcc_includedir)/pic [ -d $(sdcc_includedir)/pic16 ] || mkdir -p $(sdcc_includedir)/pic16 [ -d $(sdcc_includedir)/z80 ] || mkdir -p $(sdcc_includedir)/z80 [ -d $(sdcc_includedir)/hc08 ] || mkdir -p $(sdcc_includedir)/hc08 # Creating dependencies # --------------------- dep: #Makefile.dep #Makefile.dep: # $(CPP) $(CPPFLAGS) $(M_OR_MM) *.c >main.dep #-include Makefile.dep include $(srcdir)/clean.mk # My rules # -------- # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f $(srcdir)/conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" \ freshconf;\ fi # End of main_in.mk/main.mk sdcc-2.9.0/device/include/asm/000077500000000000000000000000001116427777700161235ustar00rootroot00000000000000sdcc-2.9.0/device/include/asm/default/000077500000000000000000000000001116427777700175475ustar00rootroot00000000000000sdcc-2.9.0/device/include/asm/default/features.h000066400000000000000000000002741116427777700215410ustar00rootroot00000000000000/** default features. */ #ifndef __SDC51_ASM_FEATURES_H #define __SDC51_ASM_FEATURES_H 1 #define _REENTRANT __reentrant #define _CODE __code #define _AUTOMEM #define _STATMEM #endif sdcc-2.9.0/device/include/asm/ds390/000077500000000000000000000000001116427777700167655ustar00rootroot00000000000000sdcc-2.9.0/device/include/asm/ds390/features.h000066400000000000000000000037231116427777700207610ustar00rootroot00000000000000/*--------------------------------------------------------------------------- DS390/DS400 specific features. Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA ---------------------------------------------------------------------------*/ #ifndef __SDC51_ASM_DS390_FEATURES_H #define __SDC51_ASM_DS390_FEATURES_H 1 #define _REENTRANT __reentrant #define _CODE __code /* define _AUTOMEM to indicate the default storage class for automatic variables. To be used with pointers to automatic variables. Cannot be used in reentrant declared functions! void foo(void) { char Ar[10]; char _AUTOMEM * pAr = Ar; } */ #if defined(SDCC_STACK_AUTO) #if defined(SDCC_USE_XSTACK) #define _AUTOMEM __pdata #elif defined(SDCC_STACK_TENBIT) #define _AUTOMEM __xdata #else #define _AUTOMEM __idata #endif #elif defined(SDCC_MODEL_SMALL) #define _AUTOMEM __data #else #define _AUTOMEM __xdata #endif /* define _STATMEM to indicate the default storage class for global/static variables. To be used with pointers to static variables. char Ar[10]; void foo(void) { char _STATMEM * pAr = Ar; } */ #if defined(SDCC_MODEL_SMALL) #define _STATMEM __data #else #define _STATMEM __xdata #endif #endif sdcc-2.9.0/device/include/asm/gbz80/000077500000000000000000000000001116427777700170555ustar00rootroot00000000000000sdcc-2.9.0/device/include/asm/gbz80/features.h000066400000000000000000000010331116427777700210410ustar00rootroot00000000000000/** Z80 specific features. */ #ifndef __SDC51_ASM_Z80_FEATURES_H #define __SDC51_ASM_Z80_FEATURES_H 1 #define _REENTRANT #define _CODE #define _AUTOMEM #define _STATMEM #define _SDCC_MANGLES_SUPPORT_FUNS 1 #define _SDCC_Z80_STYLE_LIB_OPT 1 /* The following are disabled to make the dhrystone test more authentic. */ #define _SDCC_PORT_PROVIDES_MEMCPY 0 #define _SDCC_PORT_PROVIDES_STRCMP 0 /* Register allocator is as good as hand coded asm. Cool. */ #define _SDCC_PORT_PROVIDES_STRCPY 0 #define _SDCC_MALLOC_TYPE_MLH 1 #endif sdcc-2.9.0/device/include/asm/mcs51/000077500000000000000000000000001116427777700170535ustar00rootroot00000000000000sdcc-2.9.0/device/include/asm/mcs51/features.h000066400000000000000000000040051116427777700210410ustar00rootroot00000000000000/*--------------------------------------------------------------------------- MCS51 specific features. Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA ---------------------------------------------------------------------------*/ #ifndef __SDC51_ASM_MCS51_FEATURES_H #define __SDC51_ASM_MCS51_FEATURES_H 1 #define _REENTRANT __reentrant #define _CODE __code /* define _AUTOMEM to indicate the default storage class for automatic variables. To be used with pointers to automatic variables. Cannot be used in reentrant declared functions! void foo(void) { char Ar[10]; char _AUTOMEM * pAr = Ar; } */ #if defined(SDCC_STACK_AUTO) #if defined(SDCC_USE_XSTACK) #define _AUTOMEM __pdata #else #define _AUTOMEM __idata #endif #elif defined(SDCC_MODEL_SMALL) #define _AUTOMEM __data #elif defined(SDCC_MODEL_MEDIUM) #define _AUTOMEM __pdata #else #define _AUTOMEM __xdata #endif /* define _STATMEM to indicate the default storage class for global/static variables. To be used with pointers to static variables. char Ar[10]; void foo(void) { char _STATMEM * pAr = Ar; } */ #if defined(SDCC_MODEL_SMALL) #define _STATMEM __data #elif defined(SDCC_MODEL_MEDIUM) #define _STATMEM __pdata #else #define _STATMEM __xdata #endif #endif sdcc-2.9.0/device/include/asm/pic/000077500000000000000000000000001116427777700166765ustar00rootroot00000000000000sdcc-2.9.0/device/include/asm/pic/features.h000066400000000000000000000011071116427777700206640ustar00rootroot00000000000000/* * PIC14 port features. * * This file is part of the GNU PIC Library. * * June, 2006: adopted for pic14 * Raphael Neider * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: features.h 4776 2007-04-29 13:15:51Z borutr $ * */ #ifndef __PIC14_ASM_FEATURES_H #define __PIC14_ASM_FEATURES_H 1 #define _REENTRANT #define _IL_REENTRANT #define _FS_REENTRANT #define _MATH_REENTRANT #define _CODE __code #define _DATA __data #define _AUTOMEM #define _STATMEM #endif /* __PIC14_ASM_FEATURES_H */ sdcc-2.9.0/device/include/asm/pic16/000077500000000000000000000000001116427777700170455ustar00rootroot00000000000000sdcc-2.9.0/device/include/asm/pic16/features.h000066400000000000000000000007731116427777700210430ustar00rootroot00000000000000/* * PIC16 port features. * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: features.h 3714 2005-04-02 13:13:53Z vrokas $ * */ #ifndef __PIC16_ASM_FEATURES_H #define __PIC16_ASM_FEATURES_H 1 #define _REENTRANT #define _IL_REENTRANT #define _FS_REENTRANT #define _MATH_REENTRANT #define _CODE __code #define _DATA __data #define _AUTOMEM #define _STATMEM #endif /* __PIC16_ASM_FEATURES_H */ sdcc-2.9.0/device/include/asm/z80/000077500000000000000000000000001116427777700165445ustar00rootroot00000000000000sdcc-2.9.0/device/include/asm/z80/features.h000066400000000000000000000010331116427777700205300ustar00rootroot00000000000000/** Z80 specific features. */ #ifndef __SDC51_ASM_Z80_FEATURES_H #define __SDC51_ASM_Z80_FEATURES_H 1 #define _REENTRANT #define _CODE #define _AUTOMEM #define _STATMEM #define _SDCC_MANGLES_SUPPORT_FUNS 1 #define _SDCC_Z80_STYLE_LIB_OPT 1 /* The following are disabled to make the dhrystone test more authentic. */ #define _SDCC_PORT_PROVIDES_MEMCPY 0 #define _SDCC_PORT_PROVIDES_STRCMP 0 /* Register allocator is as good as hand coded asm. Cool. */ #define _SDCC_PORT_PROVIDES_STRCPY 0 #define _SDCC_MALLOC_TYPE_MLH 1 #endif sdcc-2.9.0/device/include/assert.h000066400000000000000000000027061116427777700170220ustar00rootroot00000000000000/*------------------------------------------------------------------------- assert.h - header file for assert ANSI routine Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #undef assert #ifdef NDEBUG /* Debugging disabled -- do not evaluate assertions. */ #define assert(x) ((void)0) #else /* Debugging enabled -- verify assertions at run time. */ void _assert(char *, const char *, unsigned int); #define assert(x) ((x) == 0 ? _assert(#x, __FILE__, __LINE__):(void)0) #endif sdcc-2.9.0/device/include/clean.mk000066400000000000000000000012501116427777700167540ustar00rootroot00000000000000# Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean sdcc-2.9.0/device/include/conf.mk000066400000000000000000000003021116427777700166140ustar00rootroot00000000000000# # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of conf.mk sdcc-2.9.0/device/include/ctype.h000066400000000000000000000056121116427777700166440ustar00rootroot00000000000000/*------------------------------------------------------------------------- ctype.h - ANSI functions forward declarations Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) Revisions: 1.0 - June.1.2000 1.0 - Bela Torok / bela.torok@kssg.ch order: function definitions -> macros corretced macro: isalpha(c) added macros: _tolower(c), _toupper(c), tolower(c), toupper(c) toascii(c) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __SDC51_CTYPE_H #define __SDC51_CTYPE_H 1 #include #ifdef SDCC_STACK_AUTO extern char iscntrl (unsigned char ) _REENTRANT ; extern char isdigit (unsigned char ) _REENTRANT ; extern char isgraph (unsigned char ) _REENTRANT ; extern char islower (unsigned char ) _REENTRANT ; extern char isupper (unsigned char ) _REENTRANT ; extern char isprint (unsigned char ) _REENTRANT ; extern char ispunct (unsigned char ) _REENTRANT ; extern char isspace (unsigned char ) _REENTRANT ; extern char isxdigit (unsigned char ) _REENTRANT ; #else extern char iscntrl (unsigned char ) ; extern char isdigit (unsigned char ) ; extern char isgraph (unsigned char ) ; extern char islower (unsigned char ) ; extern char isupper (unsigned char ) ; extern char isprint (unsigned char ) ; extern char ispunct (unsigned char ) ; extern char isspace (unsigned char ) ; extern char isxdigit (unsigned char ) ; #endif #define isalnum(c) (isalpha(c) || isdigit(c)) #define isalpha(c) (isupper(c) || islower(c)) /* ANSI versions of _tolower & _toupper #define _tolower(c) ((c) - ('a' - 'A')) #define _toupper(c) ((c) + ('a' - 'A')) */ /* The _tolower & _toupper functions below can applied to any alpha characters regardless of the case (upper or lower) */ #define _tolower(c) ((c) | ('a' - 'A')) #define _toupper(c) ((c) & ~('a' - 'A')) #define tolower(c) ((isupper(c)) ? _tolower(c) : (c)) #define toupper(c) ((islower(c)) ? _toupper(c) : (c)) #define toascii(c) ((c) & 0x7F) #endif sdcc-2.9.0/device/include/ds400rom.h000066400000000000000000000015441116427777700170700ustar00rootroot00000000000000/* Interface to DS80C400 ROM functions. */ #ifndef DS400ROM_H_ #define DS400ROM_H_ extern unsigned char init_rom(void __xdata *loMem, void __xdata *hiMem) __naked; extern unsigned long task_gettimemillis_long(void) __naked; extern unsigned char task_getthreadID(void) __naked; /** Timer reload value for 14.746 MHz crystal. */ #define RELOAD_14_746 0xfb33 /** Timer reload value for 18.432 MHz crystal. */ #define RELOAD_18_432 0xfa00 /** Timer reload value for 29.491 MHz crystal. */ #define RELOAD_29_491 0xfd99 /** Timer reload value for 36.864 MHz crystal. */ #define RELOAD_36_864 0xfd00 /** Timer reload value for 58.982 MHz crystal. */ #define RELOAD_58_982 0xfecc /** Timer reload value for 73.728 MHz crystal. */ #define RELOAD_73_728 0xfe80 extern unsigned int task_gettickreload(void); extern void task_settickreload(unsigned); #endif sdcc-2.9.0/device/include/ds80c390.h000066400000000000000000000151231116427777700166730ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the DALLAS DS80C390 Processor far from complete, e.g. no CAN Written By - Johan Knol, johan.knol@iduna.nl This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef DS80C390_H #define DS80C390_H __sfr __at 0x80 P4; /* ce3..ce0, a19..a16 */ __sfr __at 0x81 SP; /* stack pointer */ __sfr __at 0x82 DPL; /* data pointer 0 lsb */ __sfr __at 0x83 DPH; /* data pointer 0 msb */ __sfr __at 0x84 DPL1; /* data pointer 1 lsb */ __sfr __at 0x85 DPH1; /* data pointer 1 msb */ __sfr __at 0x86 DPS; /* data pointer select */ __sfr __at 0x87 PCON; /* power control */ __sfr __at 0x88 TCON; /* timer/counter control */ __sbit __at 0x88 IT0; __sbit __at 0x89 IE0; __sbit __at 0x8a IT1; __sbit __at 0x8b IE1; __sbit __at 0x8c TR0; __sbit __at 0x8d TF0; __sbit __at 0x8e TR1; __sbit __at 0x8f TF1; __sfr __at 0x89 TMOD; /* timer mode control */ __sfr __at 0x8a TL0; /* timer 0 lsb */ __sfr __at 0x8b TL1; /* timer 1 msb */ __sfr __at 0x8c TH0; /* timer 0 msb */ __sfr __at 0x8d TH1; /* timer 1 msb */ __sfr __at 0x8e CKCON; /* clock control */ __sfr __at 0x90 P1; __sbit __at 0x90 T2; __sbit __at 0x91 T2EX; __sbit __at 0x92 RXD1; __sbit __at 0x93 TXD1; __sbit __at 0x94 INT2; __sbit __at 0x95 INT3; __sbit __at 0x96 INT4; __sbit __at 0x97 INT5; __sfr __at 0x91 EXIF; /* external interrupt flag */ __sfr __at 0x92 P4CNT; __sfr __at 0x93 DPX; /* extended datapointer 0 */ __sfr __at 0x95 DPX1; /* extended datapointer 1 */ __sfr __at 0x98 SCON0; /* serial 0 control */ __sbit __at 0x98 RI_0; __sbit __at 0x99 TI_0; __sbit __at 0x9a RB8_0; __sbit __at 0x9b TB8_0; __sbit __at 0x9c REN_0; __sbit __at 0x9d SM2_0; __sbit __at 0x9e SM1_0; __sbit __at 0x9f SM0_0; __sbit __at 0x9f FE_0; /* depending on SMOD0 */ __sfr __at 0x99 SBUF0; /* serial 0 data buffer */ __sfr __at 0x9b ESP; /* extended stack pointer */ __sfr __at 0x9c AP; /* address page */ __sfr __at 0x9d ACON; /* address control */ __sfr __at 0xa0 P2; /* never mind the sbits */ __sfr __at 0xa1 P5; __sfr __at 0xa2 P5CNT; __sfr __at 0xa8 IE; /* interrupt enable */ __sbit __at 0xa8 EX0; __sbit __at 0xa9 ET0; __sbit __at 0xaa EX1; __sbit __at 0xab ET1; __sbit __at 0xac ES0; __sbit __at 0xad ET2; __sbit __at 0xae ES1; __sbit __at 0xaf EA; __sfr __at 0xb0 P3; __sbit __at 0xb0 RXD0; __sbit __at 0xb1 TXD0; __sbit __at 0xb2 INT0; __sbit __at 0xb3 INT1; __sbit __at 0xb4 T0; __sbit __at 0xb5 T1; __sbit __at 0xb6 WR; __sbit __at 0xb7 RD; __sfr __at 0xb8 IP; /* interupt priority */ __sbit __at 0xb8 PX0; /* external 0 */ __sbit __at 0xb9 PT0; /* timer 0 */ __sbit __at 0xba PX1; /* external 1 */ __sbit __at 0xbb PT1; /* timer 1 */ __sbit __at 0xbc PS0; /* serial port 0 */ __sbit __at 0xbd PT2; /* timer 2 */ __sbit __at 0xbe PS1; /* serial port 1 */ __sfr __at 0xc0 SCON1; /* serial 1 control */ __sbit __at 0xc0 RI_1; __sbit __at 0xc1 TI_1; __sbit __at 0xc2 RB8_1; __sbit __at 0xc3 TB8_1; __sbit __at 0xc4 REN_1; __sbit __at 0xc5 SM2_1; __sbit __at 0xc6 SM1_1; __sbit __at 0xc7 SM0_1; __sbit __at 0xc7 FE_1; /* depending on SMOD0 */ __sfr __at 0xc1 SBUF1; /* serial 1 data buffer */ __sfr __at 0xc4 PMR; /* power managment */ __sfr __at 0xc6 MCON; /* memory control register */ __sfr __at 0xc7 TA; /* timed access register */ __sfr __at 0xc8 T2CON; /* timer 2 control */ __sbit __at 0xc8 CP_RL; /* capture/reload */ __sbit __at 0xc9 C_T; /* count/timer */ __sbit __at 0xca TR2; /* stop/run */ __sbit __at 0xcb EXEN2; __sbit __at 0xcc TCLK; __sbit __at 0xcd RCLK; __sbit __at 0xce EXF2; __sbit __at 0xcf TF2; /* overflow flag */ __sfr __at 0xc9 T2MOD; /* timer 2 mode */ __sfr __at 0xca RCAP2L; /* timer 2 capture/reload */ __sfr __at 0xca RTL2; /* depends on CP_RL */ __sfr __at 0xcb RCAP2H; __sfr __at 0xcb RTH2; __sfr __at 0xcc TL2; /* timer 2 lsb */ __sfr __at 0xcd TH2; /* timer 2 msb */ __sfr __at 0xd0 PSW; /* program status word (byte actually) */ __sbit __at 0xd0 P; /* parity */ __sbit __at 0xd1 F1; /* user flag 1 */ __sbit __at 0xd2 OV; /* overflow flag */ __sbit __at 0xd3 RS0; /* register select l */ __sbit __at 0xd4 RS1; /* register select h */ __sbit __at 0xd5 F0; /* user flag 0 */ __sbit __at 0xd6 AC; /* auxiliary carry flag */ __sbit __at 0xd7 CY; /* carry flag */ __sfr __at 0xd1 MCNT0; /* arithmetic accellerator */ __sfr __at 0xd2 MCNT1; __sfr __at 0xd3 MA; __sfr __at 0xd4 MB; __sfr __at 0xd5 MC; __sfr __at 0xd8 WDCON; /* watch dog */ __sbit __at 0xd8 RWT; __sbit __at 0xd9 EWT; __sbit __at 0xda WDRF; __sbit __at 0xdb WDIF; __sbit __at 0xdc PFI; __sbit __at 0xdd EPFI; __sbit __at 0xde POR; __sbit __at 0xdf SMOD_1; __sfr __at 0xe0 ACC; /* accumulator */ __sfr __at 0xe8 EIE; /* extended interrupt enable */ __sbit __at 0xe8 EX2; __sbit __at 0xe9 EX3; __sbit __at 0xea EX4; __sbit __at 0xeb EX5; __sbit __at 0xec EWDI; __sbit __at 0xed C1IE; __sbit __at 0xee C0IE; __sbit __at 0xef CANBIE; __sfr __at 0xea MXAX; /* extended address register */ __sfr __at 0xf0 B; /* aux accumulator */ __sfr __at 0xf8 EIP; /* extended interrupt priority */ __sbit __at 0xf8 PX2; __sbit __at 0xf9 PX3; __sbit __at 0xfa PX4; __sbit __at 0xfb PX5; __sbit __at 0xfc PWDI; __sbit __at 0xfd C1IP; __sbit __at 0xfe C0IP; __sbit __at 0xff CANBIP; /* WORD/DWORD Registers */ __sfr16 __at (0x8C8A) TMR0; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1; /* TIMER 1 COUNTER */ __sfr16 __at (0xCDCC) TMR2; /* TIMER 2 COUNTER */ __sfr16 __at (0xCBCA) RCAP2; /* TIMER 2 CAPTURE REGISTER WORD */ #endif /* DS80C390_H */ sdcc-2.9.0/device/include/errno.h000066400000000000000000000021561116427777700166450ustar00rootroot00000000000000/* errno.h: Error codes used in the math functions Copyright (C) 2001 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #ifndef _INC_ERRNO #define _INC_ERRNO extern int errno; /* Error Codes: */ #define EDOM 33 /* Math argument out of domain of functions */ #define ERANGE 34 /* Math result not representable */ #endif /* _INC_ERRNO */ sdcc-2.9.0/device/include/float.h000066400000000000000000000064071116427777700166300ustar00rootroot00000000000000/*------------------------------------------------------------------------- float.h - ANSI functions forward declarations Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __SDC51_FLOAT_H #define __SDC51_FLOAT_H 1 #include #define FLT_RADIX 2 #define FLT_MANT_DIG 24 #define FLT_EPSILON 1.192092896E-07F #define FLT_DIG 6 #define FLT_MIN_EXP (-125) #define FLT_MIN 1.175494351E-38F #define FLT_MIN_10_EXP (-37) #define FLT_MAX_EXP (+128) #define FLT_MAX 3.402823466E+38F #define FLT_MAX_10_EXP (+38) /* the following deal with IEEE single-precision numbers */ #define EXCESS 126 #define SIGNBIT ((unsigned long)0x80000000) #define __INFINITY ((unsigned long)0x7F800000) #define HIDDEN (unsigned long)(1ul << 23) #define SIGN(fp) (((unsigned long)(fp) >> (8*sizeof(fp)-1)) & 1) #define EXP(fp) (((unsigned long)(fp) >> 23) & (unsigned int) 0x00FF) #define MANT(fp) (((fp) & (unsigned long)0x007FFFFF) | HIDDEN) #define NORM 0xff000000 #define PACK(s,e,m) ((s) | ((unsigned long)(e) << 23) | (m)) float __uchar2fs (unsigned char); float __schar2fs (signed char); float __uint2fs (unsigned int); float __sint2fs (signed int); float __ulong2fs (unsigned long); float __slong2fs (signed long); unsigned char __fs2uchar (float); signed char __fs2schar (float); unsigned int __fs2uint (float); signed int __fs2sint (float); unsigned long __fs2ulong (float); signed long __fs2slong (float); float __fsadd (float, float); float __fssub (float, float); float __fsmul (float, float); float __fsdiv (float, float); char __fslt (float, float); char __fseq (float, float); char __fsgt (float, float); #if defined(SDCC_FLOAT_LIB) && defined(SDCC_mcs51) && !defined(SDCC_USE_XSTACK) && !defined(_SDCC_NO_ASM_LIB_FUNCS) #define FLOAT_ASM_MCS51 /* This adds extra code for proper round-off, in an attempt to match the results from gcc. */ #define FLOAT_FULL_ACCURACY /* This adds about 66 bytes to the code size and significantly speeds up shift operations more than 8 bits (common when subtracting numbers of significantly different magnitude and scaling to fixed point) */ #define FLOAT_SHIFT_SPEEDUP #define sign_a psw.1 #define sign_b psw.5 #define exp_a dpl #define exp_b dph #endif /* using mcs51 assembly */ #endif /* __SDC51_FLOAT_H */ sdcc-2.9.0/device/include/hc08/000077500000000000000000000000001116427777700161055ustar00rootroot00000000000000sdcc-2.9.0/device/include/hc08/mc68hc908apxx.h000066400000000000000000000727611116427777700205250ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for Motorola MC68HC908AP16/32/64 Copyright (c) 2004, Lucas Loizaga This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (__at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef MC68HC908APXX_H #define MC68HC908APXX_H #ifndef _UINT8 #define _UINT8 unsigned char #endif #ifndef _UINT16 #define _UINT16 unsigned int #endif #ifndef _VOLDATA #define _VOLDATA volatile __data #endif #ifndef _VOLXDATA #define _VOLXDATA volatile __xdata #endif struct __hc08_bits { unsigned int bit0:1; unsigned int bit1:1; unsigned int bit2:1; unsigned int bit3:1; unsigned int bit4:1; unsigned int bit5:1; unsigned int bit6:1; unsigned int bit7:1; }; _VOLDATA _UINT8 __at 0x00 PTA; /* Port A Data Register */ #define PORTA PTA /* Alias for PTA */ #define PTA0 ((struct __hc08_bits *)(&PTA))->bit0 #define PTA1 ((struct __hc08_bits *)(&PTA))->bit1 #define PTA2 ((struct __hc08_bits *)(&PTA))->bit2 #define PTA3 ((struct __hc08_bits *)(&PTA))->bit3 #define PTA4 ((struct __hc08_bits *)(&PTA))->bit4 #define PTA5 ((struct __hc08_bits *)(&PTA))->bit5 #define PTA6 ((struct __hc08_bits *)(&PTA))->bit6 #define PTA7 ((struct __hc08_bits *)(&PTA))->bit7 _VOLDATA _UINT8 __at 0x01 PTB; /* Port B Data Register */ #define PORTB PTB /* Alias for PTB */ #define PTB0 ((struct __hc08_bits *)(&PTB))->bit0 #define PTB1 ((struct __hc08_bits *)(&PTB))->bit1 #define PTB2 ((struct __hc08_bits *)(&PTB))->bit2 #define PTB3 ((struct __hc08_bits *)(&PTB))->bit3 #define PTB4 ((struct __hc08_bits *)(&PTB))->bit4 #define PTB5 ((struct __hc08_bits *)(&PTB))->bit5 #define PTB6 ((struct __hc08_bits *)(&PTB))->bit6 #define PTB7 ((struct __hc08_bits *)(&PTB))->bit7 _VOLDATA _UINT8 __at 0x02 PTC; /* Port C Data Register */ #define PORTC PTC /* Alias for PTC */ #define PTC0 ((struct __hc08_bits *)(&PTC))->bit0 #define PTC1 ((struct __hc08_bits *)(&PTC))->bit1 #define PTC2 ((struct __hc08_bits *)(&PTC))->bit2 #define PTC3 ((struct __hc08_bits *)(&PTC))->bit3 #define PTC4 ((struct __hc08_bits *)(&PTC))->bit4 #define PTC5 ((struct __hc08_bits *)(&PTC))->bit5 #define PTC6 ((struct __hc08_bits *)(&PTC))->bit6 #define PTC7 ((struct __hc08_bits *)(&PTC))->bit7 _VOLDATA _UINT8 __at 0x03 PTD; /* Port D Data Register */ #define PORTD PTD /* Alias for PTD */ #define PTD0 ((struct __hc08_bits *)(&PTD))->bit0 #define PTD1 ((struct __hc08_bits *)(&PTD))->bit1 #define PTD2 ((struct __hc08_bits *)(&PTD))->bit2 #define PTD3 ((struct __hc08_bits *)(&PTD))->bit3 #define PTD4 ((struct __hc08_bits *)(&PTD))->bit4 #define PTD5 ((struct __hc08_bits *)(&PTD))->bit5 #define PTD6 ((struct __hc08_bits *)(&PTD))->bit6 #define PTD7 ((struct __hc08_bits *)(&PTD))->bit7 _VOLDATA _UINT8 __at 0x04 DDRA; /* Data Direction Register A */ #define DDRA0 ((struct __hc08_bits *)(&DDRA))->bit0 #define DDRA1 ((struct __hc08_bits *)(&DDRA))->bit1 #define DDRA2 ((struct __hc08_bits *)(&DDRA))->bit2 #define DDRA3 ((struct __hc08_bits *)(&DDRA))->bit3 #define DDRA4 ((struct __hc08_bits *)(&DDRA))->bit4 #define DDRA5 ((struct __hc08_bits *)(&DDRA))->bit5 #define DDRA6 ((struct __hc08_bits *)(&DDRA))->bit6 #define DDRA7 ((struct __hc08_bits *)(&DDRA))->bit7 _VOLDATA _UINT8 __at 0x05 DDRB; /* Data Direction Register B */ #define DDRB0 ((struct __hc08_bits *)(&DDRB))->bit0 #define DDRB1 ((struct __hc08_bits *)(&DDRB))->bit1 #define DDRB2 ((struct __hc08_bits *)(&DDRB))->bit2 #define DDRB3 ((struct __hc08_bits *)(&DDRB))->bit3 #define DDRB4 ((struct __hc08_bits *)(&DDRB))->bit4 #define DDRB5 ((struct __hc08_bits *)(&DDRB))->bit5 #define DDRB6 ((struct __hc08_bits *)(&DDRB))->bit6 #define DDRB7 ((struct __hc08_bits *)(&DDRB))->bit7 _VOLDATA _UINT8 __at 0x06 DDRC; /* Data Direction Register C */ #define DDRC0 ((struct __hc08_bits *)(&DDRC))->bit0 #define DDRC1 ((struct __hc08_bits *)(&DDRC))->bit1 #define DDRC2 ((struct __hc08_bits *)(&DDRC))->bit2 #define DDRC3 ((struct __hc08_bits *)(&DDRC))->bit3 #define DDRC4 ((struct __hc08_bits *)(&DDRC))->bit4 #define DDRC5 ((struct __hc08_bits *)(&DDRC))->bit5 #define DDRC6 ((struct __hc08_bits *)(&DDRC))->bit6 #define DDRC7 ((struct __hc08_bits *)(&DDRC))->bit7 _VOLDATA _UINT8 __at 0x07 DDRD; /* Data Direction Register D */ #define DDRD0 ((struct __hc08_bits *)(&DDRD))->bit0 #define DDRD1 ((struct __hc08_bits *)(&DDRD))->bit1 #define DDRD2 ((struct __hc08_bits *)(&DDRD))->bit2 #define DDRD3 ((struct __hc08_bits *)(&DDRD))->bit3 #define DDRD4 ((struct __hc08_bits *)(&DDRD))->bit4 #define DDRD5 ((struct __hc08_bits *)(&DDRD))->bit5 #define DDRD6 ((struct __hc08_bits *)(&DDRD))->bit6 #define DDRD7 ((struct __hc08_bits *)(&DDRD))->bit7 _VOLDATA _UINT8 __at 0x0C LEDA; /* PORTA Led Control Register */ #define LEDA0 ((struct __hc08_bits *)(&LEDA))->bit0 #define LEDA1 ((struct __hc08_bits *)(&LEDA))->bit1 #define LEDA2 ((struct __hc08_bits *)(&LEDA))->bit2 #define LEDA3 ((struct __hc08_bits *)(&LEDA))->bit3 #define LEDA4 ((struct __hc08_bits *)(&LEDA))->bit4 #define LEDA5 ((struct __hc08_bits *)(&LEDA))->bit5 #define LEDA6 ((struct __hc08_bits *)(&LEDA))->bit6 #define LEDA7 ((struct __hc08_bits *)(&LEDA))->bit7 _VOLDATA _UINT8 __at 0x10 SPCR; /* SPI Control Register */ #define SPRIE ((struct __hc08_bits *)(&SPCR))->bit7 #define DMAS ((struct __hc08_bits *)(&SPCR))->bit6 #define SPMSTR ((struct __hc08_bits *)(&SPCR))->bit5 #define CPOL ((struct __hc08_bits *)(&SPCR))->bit4 #define CPHA ((struct __hc08_bits *)(&SPCR))->bit3 #define SPWOM ((struct __hc08_bits *)(&SPCR))->bit2 #define SPE ((struct __hc08_bits *)(&SPCR))->bit1 #define SPTIE ((struct __hc08_bits *)(&SPCR))->bit0 _VOLDATA _UINT8 __at 0x11 SPSCR; /* SPI Status and Control Register */ #define SPRF ((struct __hc08_bits *)(&SPSCR))->bit7 #define ERRIE ((struct __hc08_bits *)(&SPSCR))->bit6 #define OVRF ((struct __hc08_bits *)(&SPSCR))->bit5 #define MODF ((struct __hc08_bits *)(&SPSCR))->bit4 #define SPTE ((struct __hc08_bits *)(&SPSCR))->bit3 #define MODFEN ((struct __hc08_bits *)(&SPSCR))->bit2 #define SPR1 ((struct __hc08_bits *)(&SPSCR))->bit1 #define SPR0 ((struct __hc08_bits *)(&SPSCR))->bit0 _VOLDATA _UINT8 __at 0x12 SPDR; /* SPI Data Register */ _VOLDATA _UINT8 __at 0x13 SCC1; /* SCI Control Register 1 */ #define LOOPS ((struct __hc08_bits *)(&SCC1))->bit7 #define ENSCI ((struct __hc08_bits *)(&SCC1))->bit6 #define TXINV ((struct __hc08_bits *)(&SCC1))->bit5 #define M ((struct __hc08_bits *)(&SCC1))->bit4 #define WAKE ((struct __hc08_bits *)(&SCC1))->bit3 #define ILTY ((struct __hc08_bits *)(&SCC1))->bit2 #define PEN ((struct __hc08_bits *)(&SCC1))->bit1 #define PTY ((struct __hc08_bits *)(&SCC1))->bit0 _VOLDATA _UINT8 __at 0x14 SCC2; /* SCI Control Register 2 */ #define SCTIE ((struct __hc08_bits *)(&SCC2))->bit7 #define TCIE ((struct __hc08_bits *)(&SCC2))->bit6 #define SCRIE ((struct __hc08_bits *)(&SCC2))->bit5 #define ILIE ((struct __hc08_bits *)(&SCC2))->bit4 #define TE ((struct __hc08_bits *)(&SCC2))->bit3 #define RE ((struct __hc08_bits *)(&SCC2))->bit2 #define WRU ((struct __hc08_bits *)(&SCC2))->bit1 #define SBK ((struct __hc08_bits *)(&SCC2))->bit0 _VOLDATA _UINT8 __at 0x15 SCC3; /* SCI Control Register 3 */ #define SCC3_R8 ((struct __hc08_bits *)(&SCC3))->bit7 #define SCC3_T8 ((struct __hc08_bits *)(&SCC3))->bit6 #define DMARE ((struct __hc08_bits *)(&SCC3))->bit5 #define DMATE ((struct __hc08_bits *)(&SCC3))->bit4 #define ORIE ((struct __hc08_bits *)(&SCC3))->bit3 #define NEIE ((struct __hc08_bits *)(&SCC3))->bit2 #define FEIE ((struct __hc08_bits *)(&SCC3))->bit1 #define PEIE ((struct __hc08_bits *)(&SCC3))->bit0 _VOLDATA _UINT8 __at 0x16 SCS1; /* SCI Status Register 1 */ #define SCTE ((struct __hc08_bits *)(&SCS1))->bit7 #define TC ((struct __hc08_bits *)(&SCS1))->bit6 #define SCRF ((struct __hc08_bits *)(&SCS1))->bit5 #define IDLE ((struct __hc08_bits *)(&SCS1))->bit4 #define OR ((struct __hc08_bits *)(&SCS1))->bit3 #define NF ((struct __hc08_bits *)(&SCS1))->bit2 #define FE ((struct __hc08_bits *)(&SCS1))->bit1 #define PE ((struct __hc08_bits *)(&SCS1))->bit0 _VOLDATA _UINT8 __at 0x17 SCS2; /* SCI Status Register 2 */ #define RPF ((struct __hc08_bits *)(&SCS2))->bit0 #define BKF ((struct __hc08_bits *)(&SCS2))->bit1 /* Bits 2-7 not implemented */ _VOLDATA _UINT8 __at 0x18 SCDR; /* SCI Data Register */ _VOLDATA _UINT8 __at 0x19 SCBR; /* SCI Baud Rate Register */ #define SCP1 ((struct __hc08_bits *)(&SCBR))->bit5 #define SCP0 ((struct __hc08_bits *)(&SCBR))->bit4 #define R ((struct __hc08_bits *)(&SCBR))->bit3 #define SCR2 ((struct __hc08_bits *)(&SCBR))->bit2 #define SCR1 ((struct __hc08_bits *)(&SCBR))->bit1 #define SCR0 ((struct __hc08_bits *)(&SCBR))->bit0 /*-- Bits 6 and 7 do not exist */ _VOLDATA _UINT8 __at 0x1a INTKBSCR; /* Keyboard Status and Control Register */ #define KEYF ((struct __hc08_bits *)(&INTKBSCR))->bit3 #define ACKK ((struct __hc08_bits *)(&INTKBSCR))->bit2 #define IMASKK ((struct __hc08_bits *)(&INTKBSCR))->bit1 #define MODEK ((struct __hc08_bits *)(&INTKBSCR))->bit0 /*-- Bits 4-7 do not exist */ _VOLDATA _UINT8 __at 0x1b INTKBIER; /* Keyboard Interrupt Enable Register */ #define KBIE7 ((struct __hc08_bits *)(&INTKBIER))->bit7 #define KBIE6 ((struct __hc08_bits *)(&INTKBIER))->bit6 #define KBIE5 ((struct __hc08_bits *)(&INTKBIER))->bit5 #define KBIE4 ((struct __hc08_bits *)(&INTKBIER))->bit4 #define KBIE3 ((struct __hc08_bits *)(&INTKBIER))->bit3 #define KBIE2 ((struct __hc08_bits *)(&INTKBIER))->bit2 #define KBIE1 ((struct __hc08_bits *)(&INTKBIER))->bit1 #define KBIE0 ((struct __hc08_bits *)(&INTKBIER))->bit0 _VOLDATA _UINT8 __at 0x1C INTSCR2; /* Keyboard Status and Control Register */ #define PUC0ENB ((struct __hc08_bits *)(&INTSCR2))->bit6 #define IRQF2 ((struct __hc08_bits *)(&INTSCR2))->bit3 #define ACK2 ((struct __hc08_bits *)(&INTSCR2))->bit2 #define IMASK2 ((struct __hc08_bits *)(&INTSCR2))->bit1 #define MODE2 ((struct __hc08_bits *)(&INTSCR2))->bit0 _VOLDATA _UINT8 __at 0x1D CONFIG2; /* Configuration Register 2 */ /* CONFIG2 is one-time writeble, so can't use bitfields */ _VOLDATA _UINT8 __at 0x1E INTSCR1; /* IRQ status/control */ #define IRQF1 ((struct __hc08_bits *)(&INTSCR1))->bit3 #define ACK1 ((struct __hc08_bits *)(&INTSCR1))->bit2 #define IMASK1 ((struct __hc08_bits *)(&INTSCR1))->bit1 #define MODE1 ((struct __hc08_bits *)(&INTSCR1))->bit0 /* Bits 4-7 unimplemented */ _VOLDATA _UINT8 __at 0x1f CONFIG1; /* Configuration Register 1 */ /* CONFIG1 is one-time writeable, so can't use bitfields */ _VOLDATA _UINT8 __at 0x20 T1SC; /* TIM 1 Status and Control */ #define PS0 ((struct __hc08_bits *)(&T1SC))->bit0 #define PS1 ((struct __hc08_bits *)(&T1SC))->bit1 #define PS2 ((struct __hc08_bits *)(&T1SC))->bit2 #define TRST ((struct __hc08_bits *)(&T1SC))->bit4 #define TSTOP ((struct __hc08_bits *)(&T1SC))->bit5 #define TOIE ((struct __hc08_bits *)(&T1SC))->bit6 #define TOF ((struct __hc08_bits *)(&T1SC))->bit7 _VOLDATA _UINT16 __at 0x21 T1CNT; /* TIM1 Counter High & Low Registers */ _VOLDATA _UINT8 __at 0x21 T1CNTH; /* TIM1 Counter Register High */ _VOLDATA _UINT8 __at 0x22 T1CNTL; /* TIM1 Counter Register Low */ _VOLDATA _UINT16 __at 0x23 T1MOD; /* TIM1 Counter Modulo High & Low Registers */ _VOLDATA _UINT8 __at 0x23 T1MODH; /* TIM1 Counter Modulo Register High */ _VOLDATA _UINT8 __at 0x24 T1MODL; /* TIM1 Counter Modulo Register Low */ _VOLDATA _UINT8 __at 0x25 T1SC0; /* TIM1 Channel 0 Status and Control Register */ #define CH0MAX ((struct __hc08_bits *)(&T1SC0))->bit0 #define TOV0 ((struct __hc08_bits *)(&T1SC0))->bit1 #define ELS0A ((struct __hc08_bits *)(&T1SC0))->bit2 #define ELS0B ((struct __hc08_bits *)(&T1SC0))->bit3 #define MS0A ((struct __hc08_bits *)(&T1SC0))->bit4 #define MS0B ((struct __hc08_bits *)(&T1SC0))->bit5 #define CH0IE ((struct __hc08_bits *)(&T1SC0))->bit6 #define CH0F ((struct __hc08_bits *)(&T1SC0))->bit7 _VOLDATA _UINT16 __at 0x26 T1CH0; /* TIM1 Channel 0 High & Low Registers */ _VOLDATA _UINT8 __at 0x26 T1CH0H; /* TIM1 Channel 0 Register High */ _VOLDATA _UINT8 __at 0x27 T1CH0L; /* TIM1 Channel 0 Register Low */ _VOLDATA _UINT8 __at 0x28 T1SC1; /* TIM1 Channel 1 Status and Control Register */ #define CH1MAX ((struct __hc08_bits *)(&T1SC1))->bit0 #define TOV1 ((struct __hc08_bits *)(&T1SC1))->bit1 #define ELS1A ((struct __hc08_bits *)(&T1SC1))->bit2 #define ELS1B ((struct __hc08_bits *)(&T1SC1))->bit3 #define MS1A ((struct __hc08_bits *)(&T1SC1))->bit4 #define CH1IE ((struct __hc08_bits *)(&T1SC1))->bit6 #define CH1F ((struct __hc08_bits *)(&T1SC1))->bit7 _VOLDATA _UINT16 __at 0x29 T1CH1; /* TIM1 Channel 1 High & Low Registers */ _VOLDATA _UINT8 __at 0x29 T1CH1H; /* TIM1 Channel 1 Register High */ _VOLDATA _UINT8 __at 0x2A T1CH1L; /* TIM1 Channel 1 Register Low */ /*------------------*/ /* TIM 2 REGISTERS */ /*------------------*/ _VOLDATA _UINT8 __at 0x2B T2SC; /* TIM 2 Status and Control */ #define PS0_2 ((struct __hc08_bits *)(&T2SC))->bit0 #define PS1_2 ((struct __hc08_bits *)(&T2SC))->bit1 #define PS2_2 ((struct __hc08_bits *)(&T2SC))->bit2 #define TRST_2 ((struct __hc08_bits *)(&T2SC))->bit4 #define TSTOP_2 ((struct __hc08_bits *)(&T2SC))->bit5 #define TOIE_2 ((struct __hc08_bits *)(&T2SC))->bit6 #define TOF_2 ((struct __hc08_bits *)(&T2SC))->bit7 _VOLDATA _UINT16 __at 0x2C T2CNT; /* TIM2 Counter High & Low Registers */ _VOLDATA _UINT8 __at 0x2C T2CNTH; /* TIM2 Counter Register High */ _VOLDATA _UINT8 __at 0x2D T2CNTL; /* TIM2 Counter Register Low */ _VOLDATA _UINT16 __at 0x2E T2MOD; /* TIM2 Counter Modulo High & Low Registers */ _VOLDATA _UINT8 __at 0x2E T2MODH; /* TIM2 Counter Modulo Register High */ _VOLDATA _UINT8 __at 0x2F T2MODL; /* TIM2 Counter Modulo Register Low */ _VOLDATA _UINT8 __at 0x30 T2SC0; /* TIM2 Channel 0 Status and Control Register */ #define CH0MAX_2 ((struct __hc08_bits *)(&T2SC0))->bit0 #define TOV0_2 ((struct __hc08_bits *)(&T2SC0))->bit1 #define ELS0A_2 ((struct __hc08_bits *)(&T2SC0))->bit2 #define ELS0B_2 ((struct __hc08_bits *)(&T2SC0))->bit3 #define MS0A_2 ((struct __hc08_bits *)(&T2SC0))->bit4 #define MS0B_2 ((struct __hc08_bits *)(&T2SC0))->bit5 #define CH0IE_2 ((struct __hc08_bits *)(&T2SC0))->bit6 #define CH0F_2 ((struct __hc08_bits *)(&T2SC0))->bit7 _VOLDATA _UINT16 __at 0x31 T2CH0; /* TIM2 Channel 0 High & Low Registers */ _VOLDATA _UINT8 __at 0x31 T2CH0H; /* TIM2 Channel 0 Register High */ _VOLDATA _UINT8 __at 0x32 T2CH0L; /* TIM2 Channel 0 Register Low */ _VOLDATA _UINT8 __at 0x33 T2SC1; /* TIM2 Channel 1 Status and Control Register */ #define CH1MAX_2 ((struct __hc08_bits *)(&T2SC1))->bit0 #define TOV1_2 ((struct __hc08_bits *)(&T2SC1))->bit1 #define ELS1A_2 ((struct __hc08_bits *)(&T2SC1))->bit2 #define ELS1B_2 ((struct __hc08_bits *)(&T2SC1))->bit3 #define MS1A_2 ((struct __hc08_bits *)(&T2SC1))->bit4 #define CH1IE_2 ((struct __hc08_bits *)(&T2SC1))->bit6 #define CH1F_2 ((struct __hc08_bits *)(&T2SC1))->bit7 _VOLDATA _UINT16 __at 0x34 T2CH1; /* TIM2 Channel 1 High & Low Registers */ _VOLDATA _UINT8 __at 0x34 T2CH1H; /* TIM2 Channel 1 Register High */ _VOLDATA _UINT8 __at 0x35 T2CH1L; /* TIM2 Channel 1 Register Low */ _VOLDATA _UINT8 __at 0x36 PCTL; /* PLL Control Register */ #define PLLIE ((struct __hc08_bits *)(&PCTL))->bit7 #define PLLF ((struct __hc08_bits *)(&PCTL))->bit6 #define PLLON ((struct __hc08_bits *)(&PCTL))->bit5 #define BCS ((struct __hc08_bits *)(&PCTL))->bit4 #define PRE1 ((struct __hc08_bits *)(&PCTL))->bit3 #define PRE0 ((struct __hc08_bits *)(&PCTL))->bit2 #define VPR1 ((struct __hc08_bits *)(&PCTL))->bit1 #define VPR0 ((struct __hc08_bits *)(&PCTL))->bit0 _VOLDATA _UINT8 __at 0x37 PBWC; /* PLL Bandwidth Control Register */ #define AUTO ((struct __hc08_bits *)(&PBWC))->bit7 #define LOCK ((struct __hc08_bits *)(&PBWC))->bit6 #define ACQ ((struct __hc08_bits *)(&PBWC))->bit5 /* Bits 1-4, Unimplemented */ /* Bit 0, Reserved */ _VOLDATA _UINT8 __at 0x38 PMSH; /* PLL Multiplier Select High */ #define MUL11 ((struct __hc08_bits *)(&PMSH))->bit3 #define MUL10 ((struct __hc08_bits *)(&PMSH))->bit2 #define MUL9 ((struct __hc08_bits *)(&PMSH))->bit1 #define MUL8 ((struct __hc08_bits *)(&PMSH))->bit0 /* Bits 4-7 unimplemented */ _VOLDATA _UINT8 __at 0x39 PMSL; /* PLL Multiplir Select Low */ #define MUL7 ((struct __hc08_bits *)(&PMSL))->bit7 #define MUL6 ((struct __hc08_bits *)(&PMSL))->bit6 #define MUL5 ((struct __hc08_bits *)(&PMSL))->bit5 #define MUL4 ((struct __hc08_bits *)(&PMSL))->bit4 #define MUL3 ((struct __hc08_bits *)(&PMSL))->bit3 #define MUL2 ((struct __hc08_bits *)(&PMSL))->bit2 #define MUL1 ((struct __hc08_bits *)(&PMSL))->bit1 #define MUL0 ((struct __hc08_bits *)(&PMSL))->bit0 _VOLDATA _UINT8 __at 0x3a PMRS; /* PLL VCO Select Range */ #define VRS7 ((struct __hc08_bits *)(&PMRS))->bit7 #define VRS6 ((struct __hc08_bits *)(&PMRS))->bit6 #define VRS5 ((struct __hc08_bits *)(&PMRS))->bit5 #define VRS4 ((struct __hc08_bits *)(&PMRS))->bit4 #define VRS3 ((struct __hc08_bits *)(&PMRS))->bit3 #define VRS2 ((struct __hc08_bits *)(&PMRS))->bit2 #define VRS1 ((struct __hc08_bits *)(&PMRS))->bit1 #define VRS0 ((struct __hc08_bits *)(&PMRS))->bit0 _VOLDATA _UINT8 __at 0x3b PMDS; /* PLL Reference Divider Select Register */ #define RDS3 ((struct __hc08_bits *)(&PMDS))->bit3 #define RDS2 ((struct __hc08_bits *)(&PMDS))->bit2 #define RDS1 ((struct __hc08_bits *)(&PMDS))->bit1 #define RDS0 ((struct __hc08_bits *)(&PMDS))->bit0 /* Bits 4-7 unimplemented */ _VOLDATA _UINT8 __at 0x40 IRSCC1; /* SCI Control Register 1 */ #define LOOPS_IR ((struct __hc08_bits *)(&IRSCC1))->bit7 #define ENSCI_IR ((struct __hc08_bits *)(&IRSCC1))->bit6 #define TXINV_IR ((struct __hc08_bits *)(&IRSCC1))->bit5 #define M_IR ((struct __hc08_bits *)(&IRSCC1))->bit4 #define WAKE_IR ((struct __hc08_bits *)(&IRSCC1))->bit3 #define ILTY_IR ((struct __hc08_bits *)(&IRSCC1))->bit2 #define PEN_IR ((struct __hc08_bits *)(&IRSCC1))->bit1 #define PTY_IR ((struct __hc08_bits *)(&IRSCC1))->bit0 _VOLDATA _UINT8 __at 0x41 IRSCC2; /* SCI Control Register 2 */ #define SCTIE_IR ((struct __hc08_bits *)(&IRSCC2))->bit7 #define TCIE_IR ((struct __hc08_bits *)(&IRSCC2))->bit6 #define SCRIE_IR ((struct __hc08_bits *)(&IRSCC2))->bit5 #define ILIE_IR ((struct __hc08_bits *)(&IRSCC2))->bit4 #define TE_IR ((struct __hc08_bits *)(&IRSCC2))->bit3 #define RE_IR ((struct __hc08_bits *)(&IRSCC2))->bit2 #define WRU_IR ((struct __hc08_bits *)(&IRSCC2))->bit1 #define SBK_IR ((struct __hc08_bits *)(&IRSCC2))->bit0 _VOLDATA _UINT8 __at 0x42 IRSCC3; /* SCI Control Register 3 */ #define SCC3_R8_IR ((struct __hc08_bits *)(&IRSCC3))->bit7 #define SCC3_T8_IR ((struct __hc08_bits *)(&IRSCC3))->bit6 #define DMARE_IR ((struct __hc08_bits *)(&IRSCC3))->bit5 #define DMATE_IR ((struct __hc08_bits *)(&IRSCC3))->bit4 #define ORIE_IR ((struct __hc08_bits *)(&IRSCC3))->bit3 #define NEIE_IR ((struct __hc08_bits *)(&IRSCC3))->bit2 #define FEIE_IR ((struct __hc08_bits *)(&IRSCC3))->bit1 #define PEIE_IR ((struct __hc08_bits *)(&IRSCC3))->bit0 _VOLDATA _UINT8 __at 0x43 IRSCS1; /* SCI Status Register 1 */ #define SCTE_IR ((struct __hc08_bits *)(&IRSCS1))->bit7 #define TC_IR ((struct __hc08_bits *)(&IRSCS1))->bit6 #define SCRF_IR ((struct __hc08_bits *)(&IRSCS1))->bit5 #define IDLE_IR ((struct __hc08_bits *)(&IRSCS1))->bit4 #define OR_IR ((struct __hc08_bits *)(&IRSCS1))->bit3 #define NF_IR ((struct __hc08_bits *)(&IRSCS1))->bit2 #define FE_IR ((struct __hc08_bits *)(&IRSCS1))->bit1 #define PE_IR ((struct __hc08_bits *)(&IRSCS1))->bit0 _VOLDATA _UINT8 __at 0x44 IRSCS2; /* SCI Status Register 2 */ #define RPF_IR ((struct __hc08_bits *)(&IRSCS2))->bit0 #define BKF_IR ((struct __hc08_bits *)(&IRSCS2))->bit1 /* Bits 2-7 not implemented */ _VOLDATA _UINT8 __at 0x45 IRSCDR; /* SCI Data Register */ _VOLDATA _UINT8 __at 0x46 IRSCBR; /* SCI Baud Rate Register */ #define CKS_IR ((struct __hc08_bits *)(&IRSCBR))->bit7 #define SCP1_IR ((struct __hc08_bits *)(&IRSCBR))->bit5 #define SCP0_IR ((struct __hc08_bits *)(&IRSCBR))->bit4 #define SCR2_IR ((struct __hc08_bits *)(&IRSCBR))->bit2 #define SCR1_IR ((struct __hc08_bits *)(&IRSCBR))->bit1 #define SCR0_IR ((struct __hc08_bits *)(&IRSCBR))->bit0 _VOLDATA _UINT8 __at 0x47 IRSCIRCR; /* SCI Baud Rate Register */ #define TNP1_IR ((struct __hc08_bits *)(&IRSCIRCR))->bit2 #define TNP0_IR ((struct __hc08_bits *)(&IRSCIRCR))->bit1 #define IREN_IR ((struct __hc08_bits *)(&IRSCIRCR))->bit0 _VOLDATA _UINT8 __at 0x48 MMADR; /* MMIIC Address Register. */ #define MMAD7 ((struct __hc08_bits *)(&MMADR))->bit7 #define MMAD6 ((struct __hc08_bits *)(&MMADR))->bit6 #define MMAD5 ((struct __hc08_bits *)(&MMADR))->bit5 #define MMAD4 ((struct __hc08_bits *)(&MMADR))->bit4 #define MMAD3 ((struct __hc08_bits *)(&MMADR))->bit3 #define MMAD2 ((struct __hc08_bits *)(&MMADR))->bit2 #define MMAD1 ((struct __hc08_bits *)(&MMADR))->bit1 #define MMEXTAD ((struct __hc08_bits *)(&MMADR))->bit0 _VOLDATA _UINT8 __at 0x49 MMCR1; /* MMIIC Control Register 1. */ #define MMEN ((struct __hc08_bits *)(&MMCR1))->bit7 #define MMIEN ((struct __hc08_bits *)(&MMCR1))->bit6 #define MMCLRBB ((struct __hc08_bits *)(&MMCR1))->bit5 #define MMTXAK ((struct __hc08_bits *)(&MMCR1))->bit3 #define REPSEN ((struct __hc08_bits *)(&MMCR1))->bit2 #define MMCRCBYTE ((struct __hc08_bits *)(&MMCR1))->bit1 _VOLDATA _UINT8 __at 0x4a MMCR2; /* MMIIC Control Register 2. */ #define MMALIF ((struct __hc08_bits *)(&MMCR2))->bit7 #define MMNAKIF ((struct __hc08_bits *)(&MMCR2))->bit6 #define MMBB ((struct __hc08_bits *)(&MMCR2))->bit5 #define MMAST ((struct __hc08_bits *)(&MMCR2))->bit4 #define MMRW ((struct __hc08_bits *)(&MMCR2))->bit3 #define MMCRCEF ((struct __hc08_bits *)(&MMCR2))->bit0 _VOLDATA _UINT8 __at 0x4B MMSR; /* MMIIC Status Register. */ #define MMRXIF ((struct __hc08_bits *)(&MMSR))->bit7 #define MMTXIF ((struct __hc08_bits *)(&MMSR))->bit6 #define MMATCH ((struct __hc08_bits *)(&MMSR))->bit5 #define MMSRW ((struct __hc08_bits *)(&MMSR))->bit4 #define MMRXAK ((struct __hc08_bits *)(&MMSR))->bit3 #define MMCRCBF ((struct __hc08_bits *)(&MMSR))->bit2 #define MMTXBE ((struct __hc08_bits *)(&MMSR))->bit1 #define MMRXBF ((struct __hc08_bits *)(&MMSR))->bit0 _VOLDATA _UINT8 __at 0x4C MMDTR; /* MMIIC Data Transmit Register */ _VOLDATA _UINT8 __at 0x4D MMDRR; /* MMIIC Data Receive Register */ _VOLDATA _UINT8 __at 0x4E MMCRDR; /* MMIIC CRC Data Register */ _VOLDATA _UINT8 __at 0x4F MMFDR; /* MMIIC Frecuency Divider Register */ #define MMBR2 ((struct __hc08_bits *)(&MMFDR))->bit2 #define MMBR1 ((struct __hc08_bits *)(&MMFDR))->bit1 #define MMBR0 ((struct __hc08_bits *)(&MMFDR))->bit0 _VOLDATA _UINT8 __at 0x51 TBCR; /* Time Base Module Control */ #define TBIF ((struct __hc08_bits *)(&TBCR))->bit7 #define TBR2 ((struct __hc08_bits *)(&TBCR))->bit6 #define TBR1 ((struct __hc08_bits *)(&TBCR))->bit5 #define TBR0 ((struct __hc08_bits *)(&TBCR))->bit4 #define TACK ((struct __hc08_bits *)(&TBCR))->bit3 #define TBIE ((struct __hc08_bits *)(&TBCR))->bit2 #define TBON ((struct __hc08_bits *)(&TBCR))->bit1 /* Bit 0 Reserved */ _VOLDATA _UINT8 __at 0x57 ADSCR; /* Analog-to-Digital Status and Control Reg. */ #define COCO ((struct __hc08_bits *)(&ADSCR))->bit7 #define AIEN ((struct __hc08_bits *)(&ADSCR))->bit6 #define ADCO ((struct __hc08_bits *)(&ADSCR))->bit5 #define ADCH4 ((struct __hc08_bits *)(&ADSCR))->bit4 #define ADCH3 ((struct __hc08_bits *)(&ADSCR))->bit3 #define ADCH2 ((struct __hc08_bits *)(&ADSCR))->bit2 #define ADCH1 ((struct __hc08_bits *)(&ADSCR))->bit1 #define ADCH0 ((struct __hc08_bits *)(&ADSCR))->bit0 _VOLDATA _UINT8 __at 0x58 ADCLK; /* Analog-to-Digital Clock */ #define ADIV2 ((struct __hc08_bits *)(&ADCLK))->bit7 #define ADIV1 ((struct __hc08_bits *)(&ADCLK))->bit6 #define ADIV0 ((struct __hc08_bits *)(&ADCLK))->bit5 #define ADICLK ((struct __hc08_bits *)(&ADCLK))->bit4 #define ADMODE1 ((struct __hc08_bits *)(&ADCLK))->bit3 #define ADMODE0 ((struct __hc08_bits *)(&ADCLK))->bit2 _VOLDATA _UINT8 __at 0x59 ADRH0; /* Analog-to-Digital Data Register */ _VOLDATA _UINT8 __at 0x5a ADRL0; /* Analog-to-Digital Data Register */ _VOLDATA _UINT8 __at 0x5b ADRL1; /* Analog-to-Digital Data Register */ _VOLDATA _UINT8 __at 0x5c ADRL2; /* Analog-to-Digital Data Register */ _VOLDATA _UINT8 __at 0x5d ADRL3; /* Analog-to-Digital Data Register */ _VOLDATA _UINT8 __at 0x5e ADASCR; /* ADC Auto Scan Control */ #define ASCAN ((struct __hc08_bits *)(&ADCLK))->bit0 #define AUTO0 ((struct __hc08_bits *)(&ADCLK))->bit1 #define AUTO1 ((struct __hc08_bits *)(&ADCLK))->bit2 _VOLXDATA _UINT8 __at 0xfe00 SBSR; /* SIM Break Status Register */ #define SBSW ((struct __hc08_bits *)(&SBSR))->bit1 _VOLXDATA _UINT8 __at 0xfe01 SRSR; /* SIM Reset Status Register */ #define LVI ((struct __hc08_bits *)(&SRSR))->bit1 #define MODRST ((struct __hc08_bits *)(&SRSR))->bit2 #define ILAD ((struct __hc08_bits *)(&SRSR))->bit3 #define ILOP ((struct __hc08_bits *)(&SRSR))->bit4 #define COP ((struct __hc08_bits *)(&SRSR))->bit5 #define PIN ((struct __hc08_bits *)(&SRSR))->bit6 #define POR ((struct __hc08_bits *)(&SRSR))->bit7 /* Bit 0 unimplemented */ _VOLXDATA _UINT8 __at 0xfe03 SBFCR; /* SIM Break Flag Control Register */ #define BFCE ((struct __hc08_bits *)(&BFCR))->bit7 _VOLXDATA _UINT8 __at 0xfe04 INT1; /* Interrupt Status Register 1 */ #define IF1 ((struct __hc08_bits *)(&INT1))->bit2 #define IF2 ((struct __hc08_bits *)(&INT1))->bit3 #define IF3 ((struct __hc08_bits *)(&INT1))->bit4 #define IF4 ((struct __hc08_bits *)(&INT1))->bit5 #define IF5 ((struct __hc08_bits *)(&INT1))->bit6 #define IF6 ((struct __hc08_bits *)(&INT1))->bit7 /* Bits 0-1 Reserved */ _VOLXDATA _UINT8 __at 0xfe05 INT2; /* Interrupt Status Register 2 */ #define IF14 ((struct __hc08_bits *)(&INT2))->bit7 #define IF13 ((struct __hc08_bits *)(&INT2))->bit6 #define IF12 ((struct __hc08_bits *)(&INT2))->bit5 #define IF11 ((struct __hc08_bits *)(&INT2))->bit4 #define IF10 ((struct __hc08_bits *)(&INT2))->bit3 #define IF9 ((struct __hc08_bits *)(&INT2))->bit2 #define IF8 ((struct __hc08_bits *)(&INT2))->bit1 #define IF7 ((struct __hc08_bits *)(&INT2))->bit0 _VOLXDATA _UINT8 __at 0xfe06 INT3; /* Interrupt Status Register 3 */ #define IF21 ((struct __hc08_bits *)(&INT3))->bit6 #define IF20 ((struct __hc08_bits *)(&INT3))->bit5 #define IF19 ((struct __hc08_bits *)(&INT3))->bit4 #define IF18 ((struct __hc08_bits *)(&INT3))->bit3 #define IF17 ((struct __hc08_bits *)(&INT3))->bit2 #define IF16 ((struct __hc08_bits *)(&INT3))->bit1 #define IF15 ((struct __hc08_bits *)(&INT3))->bit0 _VOLXDATA _UINT8 __at 0xfe08 FLCR; /* FLASH Control Register */ #define PGM ((struct __hc08_bits *)(&FLCR))->bit0 #define ERASE ((struct __hc08_bits *)(&FLCR))->bit1 #define MASS ((struct __hc08_bits *)(&FLCR))->bit2 #define HVEN ((struct __hc08_bits *)(&FLCR))->bit3 _VOLXDATA _UINT8 __at 0xfe09 FLBPR; /* FLASH Block Protect Register */ #define BPR0 ((struct __hc08_bits *)(&FLBPR))->bit0 #define BPR1 ((struct __hc08_bits *)(&FLBPR))->bit1 #define BPR2 ((struct __hc08_bits *)(&FLBPR))->bit2 #define BPR3 ((struct __hc08_bits *)(&FLBPR))->bit3 #define BPR4 ((struct __hc08_bits *)(&FLBPR))->bit4 #define BPR5 ((struct __hc08_bits *)(&FLBPR))->bit5 #define BPR6 ((struct __hc08_bits *)(&FLBPR))->bit6 #define BPR7 ((struct __hc08_bits *)(&FLBPR))->bit7 _VOLXDATA _UINT16 __at 0xfe0C BRK; /* Break Address High & Low Registers */ _VOLXDATA _UINT8 __at 0xfe0C BRKH; /* Break Address High Register */ _VOLXDATA _UINT8 __at 0xfe0D BRKL; /* Break Address Low Register */ _VOLXDATA _UINT8 __at 0xfe0b BRKSCR; /* Break Status and Control Register */ #define BRKA ((struct __hc08_bits *)(&BRKSCR))->bit6 #define BRKE ((struct __hc08_bits *)(&BRKSCR))->bit7 _VOLXDATA _UINT8 __at 0xfe0c LVISR; /* Low voltage detect */ #define LVIOUT ((struct __hc08_bits *)(&LVISR))->bit7 _VOLXDATA _UINT8 __at 0xffff COPCTL; /* COP Control Register */ #endif sdcc-2.9.0/device/include/hc08/mc68hc908gp32.h000066400000000000000000000617051116427777700203140ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for Motorola MC68HC908GP32 Copyright (c) 2004, Juan Gonzalez Based on mc68hc908qy.h, Written By - Erik Petrich epetrich@users.sourceforge.net (2003) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef _MC68HC908GP32_H #define _MC68HC908GP32_H #ifndef _UINT8 #define _UINT8 unsigned char #endif #ifndef _UINT16 #define _UINT16 unsigned int #endif #ifndef _VOLDATA #define _VOLDATA volatile __data #endif #ifndef _VOLXDATA #define _VOLXDATA volatile __xdata #endif struct __hc08_bits { unsigned int bit0:1; unsigned int bit1:1; unsigned int bit2:1; unsigned int bit3:1; unsigned int bit4:1; unsigned int bit5:1; unsigned int bit6:1; unsigned int bit7:1; }; _VOLDATA _UINT8 __at 0x00 PTA; /* Port A Data Register */ #define PORTA PTA /* Alias for PTA */ #define PTA0 ((struct __hc08_bits *)(&PTA))->bit0 #define PTA1 ((struct __hc08_bits *)(&PTA))->bit1 #define PTA2 ((struct __hc08_bits *)(&PTA))->bit2 #define PTA3 ((struct __hc08_bits *)(&PTA))->bit3 #define PTA4 ((struct __hc08_bits *)(&PTA))->bit4 #define PTA5 ((struct __hc08_bits *)(&PTA))->bit5 #define PTA6 ((struct __hc08_bits *)(&PTA))->bit6 #define PTA7 ((struct __hc08_bits *)(&PTA))->bit7 _VOLDATA _UINT8 __at 0x01 PTB; /* Port B Data Register */ #define PORTB PTB /* Alias for PTB */ #define PTB0 ((struct __hc08_bits *)(&PTB))->bit0 #define PTB1 ((struct __hc08_bits *)(&PTB))->bit1 #define PTB2 ((struct __hc08_bits *)(&PTB))->bit2 #define PTB3 ((struct __hc08_bits *)(&PTB))->bit3 #define PTB4 ((struct __hc08_bits *)(&PTB))->bit4 #define PTB5 ((struct __hc08_bits *)(&PTB))->bit5 #define PTB6 ((struct __hc08_bits *)(&PTB))->bit6 #define PTB7 ((struct __hc08_bits *)(&PTB))->bit7 _VOLDATA _UINT8 __at 0x02 PTC; /* Port C Data Register */ #define PORTC PTC /* Alias for PTC */ #define PTC0 ((struct __hc08_bits *)(&PTC))->bit0 #define PTC1 ((struct __hc08_bits *)(&PTC))->bit1 #define PTC2 ((struct __hc08_bits *)(&PTC))->bit2 #define PTC3 ((struct __hc08_bits *)(&PTC))->bit3 #define PTC4 ((struct __hc08_bits *)(&PTC))->bit4 #define PTC5 ((struct __hc08_bits *)(&PTC))->bit5 #define PTC6 ((struct __hc08_bits *)(&PTC))->bit6 #define PTC7 ((struct __hc08_bits *)(&PTC))->bit7 _VOLDATA _UINT8 __at 0x03 PTD; /* Port D Data Register */ #define PORTD PTD /* Alias for PTD */ #define PTD0 ((struct __hc08_bits *)(&PTD))->bit0 #define PTD1 ((struct __hc08_bits *)(&PTD))->bit1 #define PTD2 ((struct __hc08_bits *)(&PTD))->bit2 #define PTD3 ((struct __hc08_bits *)(&PTD))->bit3 #define PTD4 ((struct __hc08_bits *)(&PTD))->bit4 #define PTD5 ((struct __hc08_bits *)(&PTD))->bit5 #define PTD6 ((struct __hc08_bits *)(&PTD))->bit6 #define PTD7 ((struct __hc08_bits *)(&PTD))->bit7 _VOLDATA _UINT8 __at 0x04 DDRA; /* Data Direction Register A */ #define DDRA0 ((struct __hc08_bits *)(&DDRA))->bit0 #define DDRA1 ((struct __hc08_bits *)(&DDRA))->bit1 #define DDRA2 ((struct __hc08_bits *)(&DDRA))->bit2 #define DDRA3 ((struct __hc08_bits *)(&DDRA))->bit3 #define DDRA4 ((struct __hc08_bits *)(&DDRA))->bit4 #define DDRA5 ((struct __hc08_bits *)(&DDRA))->bit5 #define DDRA6 ((struct __hc08_bits *)(&DDRA))->bit6 #define DDRA7 ((struct __hc08_bits *)(&DDRA))->bit7 _VOLDATA _UINT8 __at 0x05 DDRB; /* Data Direction Register B */ #define DDRB0 ((struct __hc08_bits *)(&DDRB))->bit0 #define DDRB1 ((struct __hc08_bits *)(&DDRB))->bit1 #define DDRB2 ((struct __hc08_bits *)(&DDRB))->bit2 #define DDRB3 ((struct __hc08_bits *)(&DDRB))->bit3 #define DDRB4 ((struct __hc08_bits *)(&DDRB))->bit4 #define DDRB5 ((struct __hc08_bits *)(&DDRB))->bit5 #define DDRB6 ((struct __hc08_bits *)(&DDRB))->bit6 #define DDRB7 ((struct __hc08_bits *)(&DDRB))->bit7 _VOLDATA _UINT8 __at 0x06 DDRC; /* Data Direction Register C */ #define DDRC0 ((struct __hc08_bits *)(&DDRC))->bit0 #define DDRC1 ((struct __hc08_bits *)(&DDRC))->bit1 #define DDRC2 ((struct __hc08_bits *)(&DDRC))->bit2 #define DDRC3 ((struct __hc08_bits *)(&DDRC))->bit3 #define DDRC4 ((struct __hc08_bits *)(&DDRC))->bit4 #define DDRC5 ((struct __hc08_bits *)(&DDRC))->bit5 #define DDRC6 ((struct __hc08_bits *)(&DDRC))->bit6 #define DDRC7 ((struct __hc08_bits *)(&DDRC))->bit7 _VOLDATA _UINT8 __at 0x07 DDRD; /* Data Direction Register D */ #define DDRD0 ((struct __hc08_bits *)(&DDRD))->bit0 #define DDRD1 ((struct __hc08_bits *)(&DDRD))->bit1 #define DDRD2 ((struct __hc08_bits *)(&DDRD))->bit2 #define DDRD3 ((struct __hc08_bits *)(&DDRD))->bit3 #define DDRD4 ((struct __hc08_bits *)(&DDRD))->bit4 #define DDRD5 ((struct __hc08_bits *)(&DDRD))->bit5 #define DDRD6 ((struct __hc08_bits *)(&DDRD))->bit6 #define DDRD7 ((struct __hc08_bits *)(&DDRD))->bit7 _VOLDATA _UINT8 __at 0x08 PTE; /* Port E Data Register */ #define PORTE PTE /* Alias for PTE */ #define PTE0 ((struct __hc08_bits *)(&PTE))->bit0 #define PTE1 ((struct __hc08_bits *)(&PTE))->bit1 #define PTE2 ((struct __hc08_bits *)(&PTE))->bit2 #define PTE3 ((struct __hc08_bits *)(&PTE))->bit3 #define PTE4 ((struct __hc08_bits *)(&PTE))->bit4 #define PTE5 ((struct __hc08_bits *)(&PTE))->bit5 #define PTE6 ((struct __hc08_bits *)(&PTE))->bit6 #define PTE7 ((struct __hc08_bits *)(&PTE))->bit7 _VOLDATA _UINT8 __at 0x0C DDRE; /* Data Direction Register E */ #define DDRE0 ((struct __hc08_bits *)(&DDRE))->bit0 #define DDRE1 ((struct __hc08_bits *)(&DDRE))->bit1 #define DDRE2 ((struct __hc08_bits *)(&DDRE))->bit2 #define DDRE3 ((struct __hc08_bits *)(&DDRE))->bit3 #define DDRE4 ((struct __hc08_bits *)(&DDRE))->bit4 #define DDRE5 ((struct __hc08_bits *)(&DDRE))->bit5 #define DDRE6 ((struct __hc08_bits *)(&DDRE))->bit6 #define DDRE7 ((struct __hc08_bits *)(&DDRE))->bit7 _VOLDATA _UINT8 __at 0x0D PTAPUE; /* Port A pull-up enables */ #define PTAPUE0 ((struct __hc08_bits *)(&PTAPUE))->bit0 #define PTAPUE1 ((struct __hc08_bits *)(&PTAPUE))->bit1 #define PTAPUE2 ((struct __hc08_bits *)(&PTAPUE))->bit2 #define PTAPUE3 ((struct __hc08_bits *)(&PTAPUE))->bit3 #define PTAPUE4 ((struct __hc08_bits *)(&PTAPUE))->bit4 #define PTAPUE5 ((struct __hc08_bits *)(&PTAPUE))->bit5 #define PTAPUE6 ((struct __hc08_bits *)(&PTAPUE))->bit6 #define PTAPUE7 ((struct __hc08_bits *)(&PTAPUE))->bit7 _VOLDATA _UINT8 __at 0x0E PTCPUE; /* Port C pull-up enables */ #define PTCPUE0 ((struct __hc08_bits *)(&PTCPUE))->bit0 #define PTCPUE1 ((struct __hc08_bits *)(&PTCPUE))->bit1 #define PTCPUE2 ((struct __hc08_bits *)(&PTCPUE))->bit2 #define PTCPUE3 ((struct __hc08_bits *)(&PTCPUE))->bit3 #define PTCPUE4 ((struct __hc08_bits *)(&PTCPUE))->bit4 #define PTCPUE5 ((struct __hc08_bits *)(&PTCPUE))->bit5 #define PTCPUE6 ((struct __hc08_bits *)(&PTCPUE))->bit6 /* PTCPUE7 does not exit! */ _VOLDATA _UINT8 __at 0x0F PTDPUE; /* port D pull-up enables */ #define PTDPUE0 ((struct __hc08_bits *)(&PTDPUE))->bit0 #define PTDPUE1 ((struct __hc08_bits *)(&PTDPUE))->bit1 #define PTDPUE2 ((struct __hc08_bits *)(&PTDPUE))->bit2 #define PTDPUE3 ((struct __hc08_bits *)(&PTDPUE))->bit3 #define PTDPUE4 ((struct __hc08_bits *)(&PTDPUE))->bit4 #define PTDPUE5 ((struct __hc08_bits *)(&PTDPUE))->bit5 #define PTDPUE6 ((struct __hc08_bits *)(&PTDPUE))->bit6 #define PTDPUE7 ((struct __hc08_bits *)(&PTDPUE))->bit7 _VOLDATA _UINT8 __at 0x10 SPCR; /* SPI Control Register */ #define SPRIE ((struct __hc08_bits *)(&SPCR))->bit7 #define DMAS ((struct __hc08_bits *)(&SPCR))->bit6 #define SPMSTR ((struct __hc08_bits *)(&SPCR))->bit5 #define CPOL ((struct __hc08_bits *)(&SPCR))->bit4 #define CPHA ((struct __hc08_bits *)(&SPCR))->bit3 #define SPWOM ((struct __hc08_bits *)(&SPCR))->bit2 #define SPE ((struct __hc08_bits *)(&SPCR))->bit1 #define SPTIE ((struct __hc08_bits *)(&SPCR))->bit0 _VOLDATA _UINT8 __at 0x11 SPSCR; /* SPI Status and Control Register */ #define SPRF ((struct __hc08_bits *)(&SPSCR))->bit7 #define ERRIE ((struct __hc08_bits *)(&SPSCR))->bit6 #define OVRF ((struct __hc08_bits *)(&SPSCR))->bit5 #define MODF ((struct __hc08_bits *)(&SPSCR))->bit4 #define SPTE ((struct __hc08_bits *)(&SPSCR))->bit3 #define MODFEN ((struct __hc08_bits *)(&SPSCR))->bit2 #define SPR1 ((struct __hc08_bits *)(&SPSCR))->bit1 #define SPR0 ((struct __hc08_bits *)(&SPSCR))->bit0 _VOLDATA _UINT8 __at 0x12 SPDR; /* SPI Data Register */ _VOLDATA _UINT8 __at 0x13 SCC1; /* SCI Control Register 1 */ #define LOOPS ((struct __hc08_bits *)(&SCC1))->bit7 #define ENSCI ((struct __hc08_bits *)(&SCC1))->bit6 #define TXINV ((struct __hc08_bits *)(&SCC1))->bit5 #define M ((struct __hc08_bits *)(&SCC1))->bit4 #define WAKE ((struct __hc08_bits *)(&SCC1))->bit3 #define ILTY ((struct __hc08_bits *)(&SCC1))->bit2 #define PEN ((struct __hc08_bits *)(&SCC1))->bit1 #define PTY ((struct __hc08_bits *)(&SCC1))->bit0 _VOLDATA _UINT8 __at 0x14 SCC2; /* SCI Control Register 2 */ #define SCTIE ((struct __hc08_bits *)(&SCC2))->bit7 #define TCIE ((struct __hc08_bits *)(&SCC2))->bit6 #define SCRIE ((struct __hc08_bits *)(&SCC2))->bit5 #define ILIE ((struct __hc08_bits *)(&SCC2))->bit4 #define TE ((struct __hc08_bits *)(&SCC2))->bit3 #define RE ((struct __hc08_bits *)(&SCC2))->bit2 #define WRU ((struct __hc08_bits *)(&SCC2))->bit1 #define SBK ((struct __hc08_bits *)(&SCC2))->bit0 _VOLDATA _UINT8 __at 0x15 SCC3; /* SCI Control Register 3 */ #define SCC3_R8 ((struct __hc08_bits *)(&SCC3))->bit7 #define SCC3_TB ((struct __hc08_bits *)(&SCC3))->bit6 #define DMARE ((struct __hc08_bits *)(&SCC3))->bit5 #define DMATE ((struct __hc08_bits *)(&SCC3))->bit4 #define ORIE ((struct __hc08_bits *)(&SCC3))->bit3 #define NEIE ((struct __hc08_bits *)(&SCC3))->bit2 #define FEIE ((struct __hc08_bits *)(&SCC3))->bit1 #define PEIE ((struct __hc08_bits *)(&SCC3))->bit0 _VOLDATA _UINT8 __at 0x16 SCS1; /* SCI Status Register 1 */ #define SCTE ((struct __hc08_bits *)(&SCS1))->bit7 #define TC ((struct __hc08_bits *)(&SCS1))->bit6 #define SCRF ((struct __hc08_bits *)(&SCS1))->bit5 #define IDLE ((struct __hc08_bits *)(&SCS1))->bit4 #define OR ((struct __hc08_bits *)(&SCS1))->bit3 #define NF ((struct __hc08_bits *)(&SCS1))->bit2 #define FE ((struct __hc08_bits *)(&SCS1))->bit1 #define PE ((struct __hc08_bits *)(&SCS1))->bit0 _VOLDATA _UINT8 __at 0x17 SCS2; /* SCI Status Register 2 */ #define RPF ((struct __hc08_bits *)(&SCS2))->bit0 #define BKF ((struct __hc08_bits *)(&SCS2))->bit1 /* Bits 2-7 not implemented */ _VOLDATA _UINT8 __at 0x18 SCDR; /* SCI Data Register */ _VOLDATA _UINT8 __at 0x19 SCBR; /* SCI Baud Rate Register */ #define SCP1 ((struct __hc08_bits *)(&SCBR))->bit5 #define SCP0 ((struct __hc08_bits *)(&SCBR))->bit4 #define R ((struct __hc08_bits *)(&SCBR))->bit3 #define SCR2 ((struct __hc08_bits *)(&SCBR))->bit2 #define SCR1 ((struct __hc08_bits *)(&SCBR))->bit1 #define SCR0 ((struct __hc08_bits *)(&SCBR))->bit0 /*-- Bits 6 and 7 do not exist */ _VOLDATA _UINT8 __at 0x1a INTKBSCR; /* Keyboard Status and Control Register */ #define KEYF ((struct __hc08_bits *)(&INTKBSCR))->bit3 #define ACKK ((struct __hc08_bits *)(&INTKBSCR))->bit2 #define IMASKK ((struct __hc08_bits *)(&INTKBSCR))->bit1 #define MODEK ((struct __hc08_bits *)(&INTKBSCR))->bit0 /*-- Bits 4-7 do not exist */ _VOLDATA _UINT8 __at 0x1b INTKBIER; /* Keyboard Interrupt Enable Register */ #define KBIE7 ((struct __hc08_bits *)(&INTKBIER))->bit7 #define KBIE6 ((struct __hc08_bits *)(&INTKBIER))->bit6 #define KBIE5 ((struct __hc08_bits *)(&INTKBIER))->bit5 #define KBIE4 ((struct __hc08_bits *)(&INTKBIER))->bit4 #define KBIE3 ((struct __hc08_bits *)(&INTKBIER))->bit3 #define KBIE2 ((struct __hc08_bits *)(&INTKBIER))->bit2 #define KBIE1 ((struct __hc08_bits *)(&INTKBIER))->bit1 #define KBIE0 ((struct __hc08_bits *)(&INTKBIER))->bit0 _VOLDATA _UINT8 __at 0x1C TBCR; /* Time Base Module Control */ #define TBIF ((struct __hc08_bits *)(&TBCR))->bit7 #define TBR2 ((struct __hc08_bits *)(&TBCR))->bit6 #define TBR1 ((struct __hc08_bits *)(&TBCR))->bit5 #define TBR0 ((struct __hc08_bits *)(&TBCR))->bit4 #define TACK ((struct __hc08_bits *)(&TBCR))->bit3 #define TBIE ((struct __hc08_bits *)(&TBCR))->bit2 #define TBON ((struct __hc08_bits *)(&TBCR))->bit1 /* Bit 0 Reserved */ _VOLDATA _UINT8 __at 0x1D INTSCR; /* IRQ status/control */ #define IRQF1 ((struct __hc08_bits *)(&INTSCR))->bit3 #define ACK1 ((struct __hc08_bits *)(&INTSCR))->bit2 #define IMASK1 ((struct __hc08_bits *)(&INTSCR))->bit1 #define MODE1 ((struct __hc08_bits *)(&INTSCR))->bit0 /* Bits 4-7 unimplemented */ _VOLDATA _UINT8 __at 0x1e CONFIG2; /* Configuration Register 2 */ /* CONFIG2 is one-time writeble, so can't use bitfields */ _VOLDATA _UINT8 __at 0x1f CONFIG1; /* Configuration Register 1 */ /* CONFIG1 is one-time writeable, so can't use bitfields */ _VOLDATA _UINT8 __at 0x20 T1SC; /* TIM 1 Status and Control */ #define PS0 ((struct __hc08_bits *)(&T1SC))->bit0 #define PS1 ((struct __hc08_bits *)(&T1SC))->bit1 #define PS2 ((struct __hc08_bits *)(&T1SC))->bit2 #define TRST ((struct __hc08_bits *)(&T1SC))->bit4 #define TSTOP ((struct __hc08_bits *)(&T1SC))->bit5 #define TOIE ((struct __hc08_bits *)(&T1SC))->bit6 #define TOF ((struct __hc08_bits *)(&T1SC))->bit7 _VOLDATA _UINT16 __at 0x21 T1CNT; /* TIM1 Counter High & Low Registers */ _VOLDATA _UINT8 __at 0x21 T1CNTH; /* TIM1 Counter Register High */ _VOLDATA _UINT8 __at 0x22 T1CNTL; /* TIM1 Counter Register Low */ _VOLDATA _UINT16 __at 0x23 T1MOD; /* TIM1 Counter Modulo High & Low Registers */ _VOLDATA _UINT8 __at 0x23 T1MODH; /* TIM1 Counter Modulo Register High */ _VOLDATA _UINT8 __at 0x24 T1MODL; /* TIM1 Counter Modulo Register Low */ _VOLDATA _UINT8 __at 0x25 T1SC0; /* TIM1 Channel 0 Status and Control Register */ #define CH0MAX ((struct __hc08_bits *)(&T1SC0))->bit0 #define TOV0 ((struct __hc08_bits *)(&T1SC0))->bit1 #define ELS0A ((struct __hc08_bits *)(&T1SC0))->bit2 #define ELS0B ((struct __hc08_bits *)(&T1SC0))->bit3 #define MS0A ((struct __hc08_bits *)(&T1SC0))->bit4 #define MS0B ((struct __hc08_bits *)(&T1SC0))->bit5 #define CH0IE ((struct __hc08_bits *)(&T1SC0))->bit6 #define CH0F ((struct __hc08_bits *)(&T1SC0))->bit7 _VOLDATA _UINT16 __at 0x26 T1CH0; /* TIM1 Channel 0 High & Low Registers */ _VOLDATA _UINT8 __at 0x26 T1CH0H; /* TIM1 Channel 0 Register High */ _VOLDATA _UINT8 __at 0x27 T1CH0L; /* TIM1 Channel 0 Register Low */ _VOLDATA _UINT8 __at 0x28 T1SC1; /* TIM1 Channel 1 Status and Control Register */ #define CH1MAX ((struct __hc08_bits *)(&T1SC1))->bit0 #define TOV1 ((struct __hc08_bits *)(&T1SC1))->bit1 #define ELS1A ((struct __hc08_bits *)(&T1SC1))->bit2 #define ELS1B ((struct __hc08_bits *)(&T1SC1))->bit3 #define MS1A ((struct __hc08_bits *)(&T1SC1))->bit4 #define CH1IE ((struct __hc08_bits *)(&T1SC1))->bit6 #define CH1F ((struct __hc08_bits *)(&T1SC1))->bit7 _VOLDATA _UINT16 __at 0x29 T1CH1; /* TIM1 Channel 1 High & Low Registers */ _VOLDATA _UINT8 __at 0x29 T1CH1H; /* TIM1 Channel 1 Register High */ _VOLDATA _UINT8 __at 0x2A T1CH1L; /* TIM1 Channel 1 Register Low */ /*------------------*/ /* TIM 2 REGISTERS */ /*------------------*/ _VOLDATA _UINT8 __at 0x2B T2SC; /* TIM 2 Status and Control */ #define PS0_2 ((struct __hc08_bits *)(&T2SC))->bit0 #define PS1_2 ((struct __hc08_bits *)(&T2SC))->bit1 #define PS2_2 ((struct __hc08_bits *)(&T2SC))->bit2 #define TRST_2 ((struct __hc08_bits *)(&T2SC))->bit4 #define TSTOP_2 ((struct __hc08_bits *)(&T2SC))->bit5 #define TOIE_2 ((struct __hc08_bits *)(&T2SC))->bit6 #define TOF_2 ((struct __hc08_bits *)(&T2SC))->bit7 _VOLDATA _UINT16 __at 0x2C T2CNT; /* TIM2 Counter High & Low Registers */ _VOLDATA _UINT8 __at 0x2C T2CNTH; /* TIM2 Counter Register High */ _VOLDATA _UINT8 __at 0x2D T2CNTL; /* TIM2 Counter Register Low */ _VOLDATA _UINT16 __at 0x2E T2MOD; /* TIM2 Counter Modulo High & Low Registers */ _VOLDATA _UINT8 __at 0x2E T2MODH; /* TIM2 Counter Modulo Register High */ _VOLDATA _UINT8 __at 0x2F T2MODL; /* TIM2 Counter Modulo Register Low */ _VOLDATA _UINT8 __at 0x30 T2SC0; /* TIM2 Channel 0 Status and Control Register */ #define CH0MAX_2 ((struct __hc08_bits *)(&T2SC0))->bit0 #define TOV0_2 ((struct __hc08_bits *)(&T2SC0))->bit1 #define ELS0A_2 ((struct __hc08_bits *)(&T2SC0))->bit2 #define ELS0B_2 ((struct __hc08_bits *)(&T2SC0))->bit3 #define MS0A_2 ((struct __hc08_bits *)(&T2SC0))->bit4 #define MS0B_2 ((struct __hc08_bits *)(&T2SC0))->bit5 #define CH0IE_2 ((struct __hc08_bits *)(&T2SC0))->bit6 #define CH0F_2 ((struct __hc08_bits *)(&T2SC0))->bit7 _VOLDATA _UINT16 __at 0x31 T2CH0; /* TIM2 Channel 0 High & Low Registers */ _VOLDATA _UINT8 __at 0x31 T2CH0H; /* TIM2 Channel 0 Register High */ _VOLDATA _UINT8 __at 0x32 T2CH0L; /* TIM2 Channel 0 Register Low */ _VOLDATA _UINT8 __at 0x33 T2SC1; /* TIM2 Channel 1 Status and Control Register */ #define CH1MAX_2 ((struct __hc08_bits *)(&T2SC1))->bit0 #define TOV1_2 ((struct __hc08_bits *)(&T2SC1))->bit1 #define ELS1A_2 ((struct __hc08_bits *)(&T2SC1))->bit2 #define ELS1B_2 ((struct __hc08_bits *)(&T2SC1))->bit3 #define MS1A_2 ((struct __hc08_bits *)(&T2SC1))->bit4 #define CH1IE_2 ((struct __hc08_bits *)(&T2SC1))->bit6 #define CH1F_2 ((struct __hc08_bits *)(&T2SC1))->bit7 _VOLDATA _UINT16 __at 0x34 T2CH1; /* TIM2 Channel 1 High & Low Registers */ _VOLDATA _UINT8 __at 0x34 T2CH1H; /* TIM2 Channel 1 Register High */ _VOLDATA _UINT8 __at 0x35 T2CH1L; /* TIM2 Channel 1 Register Low */ _VOLDATA _UINT8 __at 0x36 PCTL; /* PLL Control Register */ #define PLLIE ((struct __hc08_bits *)(&PCTL))->bit7 #define PLLF ((struct __hc08_bits *)(&PCTL))->bit6 #define PLLON ((struct __hc08_bits *)(&PCTL))->bit5 #define BCS ((struct __hc08_bits *)(&PCTL))->bit4 #define PRE1 ((struct __hc08_bits *)(&PCTL))->bit3 #define PRE0 ((struct __hc08_bits *)(&PCTL))->bit2 #define VPR1 ((struct __hc08_bits *)(&PCTL))->bit1 #define VPR0 ((struct __hc08_bits *)(&PCTL))->bit0 _VOLDATA _UINT8 __at 0x37 PBWC; /* PLL Bandwidth Control Register */ #define AUTO ((struct __hc08_bits *)(&PBWC))->bit7 #define LOCK ((struct __hc08_bits *)(&PBWC))->bit6 #define ACQ ((struct __hc08_bits *)(&PBWC))->bit5 /* Bits 1-4, Unimplemented */ /* Bit 0, Reserved */ _VOLDATA _UINT8 __at 0x38 PMSH; /* PLL Multiplier Select High */ #define MUL11 ((struct __hc08_bits *)(&PMSH))->bit3 #define MUL10 ((struct __hc08_bits *)(&PMSH))->bit2 #define MUL9 ((struct __hc08_bits *)(&PMSH))->bit1 #define MUL8 ((struct __hc08_bits *)(&PMSH))->bit0 /* Bits 4-7 unimplemented */ _VOLDATA _UINT8 __at 0x39 PMSL; /* PLL Multiplir Select Low */ #define MUL7 ((struct __hc08_bits *)(&PMSL))->bit7 #define MUL6 ((struct __hc08_bits *)(&PMSL))->bit6 #define MUL5 ((struct __hc08_bits *)(&PMSL))->bit5 #define MUL4 ((struct __hc08_bits *)(&PMSL))->bit4 #define MUL3 ((struct __hc08_bits *)(&PMSL))->bit3 #define MUL2 ((struct __hc08_bits *)(&PMSL))->bit2 #define MUL1 ((struct __hc08_bits *)(&PMSL))->bit1 #define MUL0 ((struct __hc08_bits *)(&PMSL))->bit0 _VOLDATA _UINT8 __at 0x3a PMRS; /* PLL VCO Select Range */ #define VRS7 ((struct __hc08_bits *)(&PMRS))->bit7 #define VRS6 ((struct __hc08_bits *)(&PMRS))->bit6 #define VRS5 ((struct __hc08_bits *)(&PMRS))->bit5 #define VRS4 ((struct __hc08_bits *)(&PMRS))->bit4 #define VRS3 ((struct __hc08_bits *)(&PMRS))->bit3 #define VRS2 ((struct __hc08_bits *)(&PMRS))->bit2 #define VRS1 ((struct __hc08_bits *)(&PMRS))->bit1 #define VRS0 ((struct __hc08_bits *)(&PMRS))->bit0 _VOLDATA _UINT8 __at 0x3b PMDS; /* PLL Reference Divider Select Register */ #define RDS3 ((struct __hc08_bits *)(&PMDS))->bit3 #define RDS2 ((struct __hc08_bits *)(&PMDS))->bit2 #define RDS1 ((struct __hc08_bits *)(&PMDS))->bit1 #define RDS0 ((struct __hc08_bits *)(&PMDS))->bit0 /* Bits 4-7 unimplemented */ _VOLDATA _UINT8 __at 0x3c ADSCR; /* Analog-to-Digital Status and Control Reg. */ #define COCO ((struct __hc08_bits *)(&ADSCR))->bit7 #define AIEN ((struct __hc08_bits *)(&ADSCR))->bit6 #define ADCO ((struct __hc08_bits *)(&ADSCR))->bit5 #define ADCH4 ((struct __hc08_bits *)(&ADSCR))->bit4 #define ADCH3 ((struct __hc08_bits *)(&ADSCR))->bit3 #define ADCH2 ((struct __hc08_bits *)(&ADSCR))->bit2 #define ADCH1 ((struct __hc08_bits *)(&ADSCR))->bit1 #define ADCH0 ((struct __hc08_bits *)(&ADSCR))->bit0 _VOLDATA _UINT8 __at 0x3d ADR; /* Analog-to-Digital Data Register */ _VOLDATA _UINT8 __at 0x3e ADCLK; /* Analog-to-Digital Clock */ #define ADIV2 ((struct __hc08_bits *)(&ADCLK))->bit7 #define ADIV1 ((struct __hc08_bits *)(&ADCLK))->bit6 #define ADIV0 ((struct __hc08_bits *)(&ADCLK))->bit5 #define ADICLK ((struct __hc08_bits *)(&ADCLK))->bit4 /* Bits 0-3 unimplemented */ _VOLXDATA _UINT8 __at 0xfe00 SBSR; /* SIM Break Status Register */ #define SBSW ((struct __hc08_bits *)(&SBSR))->bit1 _VOLXDATA _UINT8 __at 0xfe01 SRSR; /* SIM Reset Status Register */ #define LVI ((struct __hc08_bits *)(&SRSR))->bit1 #define MODRST ((struct __hc08_bits *)(&SRSR))->bit2 #define ILAD ((struct __hc08_bits *)(&SRSR))->bit3 #define ILOP ((struct __hc08_bits *)(&SRSR))->bit4 #define COP ((struct __hc08_bits *)(&SRSR))->bit5 #define PIN ((struct __hc08_bits *)(&SRSR))->bit6 #define POR ((struct __hc08_bits *)(&SRSR))->bit7 /* Bit 0 unimplemented */ _VOLXDATA _UINT8 __at 0xfe02 SUBAR; /* SIM Upper Byte Address */ _VOLXDATA _UINT8 __at 0xfe03 SBFCR; /* SIM Break Flag Control Register */ #define BFCE ((struct __hc08_bits *)(&BFCR))->bit7 _VOLXDATA _UINT8 __at 0xfe04 INT1; /* Interrupt Status Register 1 */ #define IF1 ((struct __hc08_bits *)(&INT1))->bit2 #define IF2 ((struct __hc08_bits *)(&INT1))->bit3 #define IF3 ((struct __hc08_bits *)(&INT1))->bit4 #define IF4 ((struct __hc08_bits *)(&INT1))->bit5 #define IF5 ((struct __hc08_bits *)(&INT1))->bit6 #define IF6 ((struct __hc08_bits *)(&INT1))->bit7 /* Bits 0-1 Reserved */ _VOLXDATA _UINT8 __at 0xfe05 INT2; /* Interrupt Status Register 2 */ #define IF14 ((struct __hc08_bits *)(&INT2))->bit7 #define IF13 ((struct __hc08_bits *)(&INT2))->bit6 #define IF12 ((struct __hc08_bits *)(&INT2))->bit5 #define IF11 ((struct __hc08_bits *)(&INT2))->bit4 #define IF10 ((struct __hc08_bits *)(&INT2))->bit3 #define IF9 ((struct __hc08_bits *)(&INT2))->bit2 #define IF8 ((struct __hc08_bits *)(&INT2))->bit1 #define IF7 ((struct __hc08_bits *)(&INT2))->bit0 _VOLXDATA _UINT8 __at 0xfe06 INT3; /* Interrupt Status Register 3 */ #define IF16 ((struct __hc08_bits *)(&INT3))->bit1 #define IF15 ((struct __hc08_bits *)(&INT3))->bit0 _VOLXDATA _UINT8 __at 0xfe07 FLCTR; /* Flash test/programming */ _VOLXDATA _UINT8 __at 0xfe08 FLCR; /* FLASH Control Register */ #define PGM ((struct __hc08_bits *)(&FLCR))->bit0 #define ERASE ((struct __hc08_bits *)(&FLCR))->bit1 #define MASS ((struct __hc08_bits *)(&FLCR))->bit2 #define HVEN ((struct __hc08_bits *)(&FLCR))->bit3 _VOLXDATA _UINT16 __at 0xfe09 BRK; /* Break Address High & Low Registers */ _VOLXDATA _UINT8 __at 0xfe09 BRKH; /* Break Address High Register */ _VOLXDATA _UINT8 __at 0xfe0a BRKL; /* Break Address Low Register */ _VOLXDATA _UINT8 __at 0xfe0b BRKSCR; /* Break Status and Control Register */ #define BRKA ((struct __hc08_bits *)(&BRKSCR))->bit6 #define BRKE ((struct __hc08_bits *)(&BRKSCR))->bit7 _VOLXDATA _UINT8 __at 0xfe0c LVISR; /* Low voltage detect */ #define LVIOUT ((struct __hc08_bits *)(&LVISR))->bit7 _VOLXDATA _UINT8 __at 0xfe7e FLBPR; /* FLASH Block Protect Register */ #define BPR0 ((struct __hc08_bits *)(&FLBPR))->bit0 #define BPR1 ((struct __hc08_bits *)(&FLBPR))->bit1 #define BPR2 ((struct __hc08_bits *)(&FLBPR))->bit2 #define BPR3 ((struct __hc08_bits *)(&FLBPR))->bit3 #define BPR4 ((struct __hc08_bits *)(&FLBPR))->bit4 #define BPR5 ((struct __hc08_bits *)(&FLBPR))->bit5 #define BPR6 ((struct __hc08_bits *)(&FLBPR))->bit6 #define BPR7 ((struct __hc08_bits *)(&FLBPR))->bit7 _VOLXDATA _UINT8 __at 0xffff COPCTL; /* COP Control Register */ #endif sdcc-2.9.0/device/include/hc08/mc68hc908jb8.h000066400000000000000000000462501116427777700202220ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for Motorola MC68HC908JB8 Copyright (c) 2004, Bjorn Bringert Based on mc68hc908qy.h, Written By - Erik Petrich epetrich@users.sourceforge.net (2003) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef _MC68HC908JB8_H #define _MC68HC908JB8_H #ifndef _UINT8 #define _UINT8 unsigned char #endif #ifndef _UINT16 #define _UINT16 unsigned int #endif #ifndef _VOLDATA #define _VOLDATA volatile __data #endif #ifndef _VOLXDATA #define _VOLXDATA volatile __xdata #endif struct __hc08_bits { unsigned int bit0:1; unsigned int bit1:1; unsigned int bit2:1; unsigned int bit3:1; unsigned int bit4:1; unsigned int bit5:1; unsigned int bit6:1; unsigned int bit7:1; }; _VOLDATA _UINT8 __at 0x00 PTA; /* Port A Data Register */ #define PTA0 ((struct __hc08_bits *)(&PTA))->bit0 #define PTA1 ((struct __hc08_bits *)(&PTA))->bit1 #define PTA2 ((struct __hc08_bits *)(&PTA))->bit2 #define PTA3 ((struct __hc08_bits *)(&PTA))->bit3 #define PTA4 ((struct __hc08_bits *)(&PTA))->bit4 #define PTA5 ((struct __hc08_bits *)(&PTA))->bit5 #define PTA6 ((struct __hc08_bits *)(&PTA))->bit6 #define PTA7 ((struct __hc08_bits *)(&PTA))->bit7 _VOLDATA _UINT8 __at 0x01 PTB; /* Port B Data Register */ #define PTB0 ((struct __hc08_bits *)(&PTB))->bit0 #define PTB1 ((struct __hc08_bits *)(&PTB))->bit1 #define PTB2 ((struct __hc08_bits *)(&PTB))->bit2 #define PTB3 ((struct __hc08_bits *)(&PTB))->bit3 #define PTB4 ((struct __hc08_bits *)(&PTB))->bit4 #define PTB5 ((struct __hc08_bits *)(&PTB))->bit5 #define PTB6 ((struct __hc08_bits *)(&PTB))->bit6 #define PTB7 ((struct __hc08_bits *)(&PTB))->bit7 _VOLDATA _UINT8 __at 0x02 PTC; /* Port C Data Register */ #define PTC0 ((struct __hc08_bits *)(&PTC))->bit0 #define PTC1 ((struct __hc08_bits *)(&PTC))->bit1 #define PTC2 ((struct __hc08_bits *)(&PTC))->bit2 #define PTC3 ((struct __hc08_bits *)(&PTC))->bit3 #define PTC4 ((struct __hc08_bits *)(&PTC))->bit4 #define PTC5 ((struct __hc08_bits *)(&PTC))->bit5 #define PTC6 ((struct __hc08_bits *)(&PTC))->bit6 #define PTC7 ((struct __hc08_bits *)(&PTC))->bit7 _VOLDATA _UINT8 __at 0x03 PTD; /* Port D Data Register */ #define PTD0 ((struct __hc08_bits *)(&PTD))->bit0 #define PTD1 ((struct __hc08_bits *)(&PTD))->bit1 #define PTD2 ((struct __hc08_bits *)(&PTD))->bit2 #define PTD3 ((struct __hc08_bits *)(&PTD))->bit3 #define PTD4 ((struct __hc08_bits *)(&PTD))->bit4 #define PTD5 ((struct __hc08_bits *)(&PTD))->bit5 #define PTD6 ((struct __hc08_bits *)(&PTD))->bit6 #define PTD7 ((struct __hc08_bits *)(&PTD))->bit7 _VOLDATA _UINT8 __at 0x04 DDRA; /* Data Direction Register A */ #define DDRA0 ((struct __hc08_bits *)(&DDRA))->bit0 #define DDRA1 ((struct __hc08_bits *)(&DDRA))->bit1 #define DDRA2 ((struct __hc08_bits *)(&DDRA))->bit2 #define DDRA3 ((struct __hc08_bits *)(&DDRA))->bit3 #define DDRA4 ((struct __hc08_bits *)(&DDRA))->bit4 #define DDRA5 ((struct __hc08_bits *)(&DDRA))->bit5 #define DDRA6 ((struct __hc08_bits *)(&DDRA))->bit6 #define DDRA7 ((struct __hc08_bits *)(&DDRA))->bit7 _VOLDATA _UINT8 __at 0x05 DDRB; /* Data Direction Register B */ #define DDRB0 ((struct __hc08_bits *)(&DDRB))->bit0 #define DDRB1 ((struct __hc08_bits *)(&DDRB))->bit1 #define DDRB2 ((struct __hc08_bits *)(&DDRB))->bit2 #define DDRB3 ((struct __hc08_bits *)(&DDRB))->bit3 #define DDRB4 ((struct __hc08_bits *)(&DDRB))->bit4 #define DDRB5 ((struct __hc08_bits *)(&DDRB))->bit5 #define DDRB6 ((struct __hc08_bits *)(&DDRB))->bit6 #define DDRB7 ((struct __hc08_bits *)(&DDRB))->bit7 _VOLDATA _UINT8 __at 0x06 DDRC; /* Data Direction Register C */ #define DDRC0 ((struct __hc08_bits *)(&DDRC))->bit0 #define DDRC1 ((struct __hc08_bits *)(&DDRC))->bit1 #define DDRC2 ((struct __hc08_bits *)(&DDRC))->bit2 #define DDRC3 ((struct __hc08_bits *)(&DDRC))->bit3 #define DDRC4 ((struct __hc08_bits *)(&DDRC))->bit4 #define DDRC5 ((struct __hc08_bits *)(&DDRC))->bit5 #define DDRC6 ((struct __hc08_bits *)(&DDRC))->bit6 #define DDRC7 ((struct __hc08_bits *)(&DDRC))->bit7 _VOLDATA _UINT8 __at 0x07 DDRD; /* Data Direction Register D */ #define DDRD0 ((struct __hc08_bits *)(&DDRD))->bit0 #define DDRD1 ((struct __hc08_bits *)(&DDRD))->bit1 #define DDRD2 ((struct __hc08_bits *)(&DDRD))->bit2 #define DDRD3 ((struct __hc08_bits *)(&DDRD))->bit3 #define DDRD4 ((struct __hc08_bits *)(&DDRD))->bit4 #define DDRD5 ((struct __hc08_bits *)(&DDRD))->bit5 #define DDRD6 ((struct __hc08_bits *)(&DDRD))->bit6 #define DDRD7 ((struct __hc08_bits *)(&DDRD))->bit7 _VOLDATA _UINT8 __at 0x08 PTE; /* Port E Data Register */ #define PTE0 ((struct __hc08_bits *)(&PTE))->bit0 #define PTE1 ((struct __hc08_bits *)(&PTE))->bit1 #define PTE2 ((struct __hc08_bits *)(&PTE))->bit2 #define PTE3 ((struct __hc08_bits *)(&PTE))->bit3 #define PTE4 ((struct __hc08_bits *)(&PTE))->bit4 #define PTE5 ((struct __hc08_bits *)(&PTE))->bit5 #define PTE6 ((struct __hc08_bits *)(&PTE))->bit6 #define PTE7 ((struct __hc08_bits *)(&PTE))->bit7 _VOLDATA _UINT8 __at 0x09 DDRE; /* Data Direction Register E */ #define DDRE0 ((struct __hc08_bits *)(&DDRE))->bit0 #define DDRE1 ((struct __hc08_bits *)(&DDRE))->bit1 #define DDRE2 ((struct __hc08_bits *)(&DDRE))->bit2 #define DDRE3 ((struct __hc08_bits *)(&DDRE))->bit3 #define DDRE4 ((struct __hc08_bits *)(&DDRE))->bit4 #define DDRE5 ((struct __hc08_bits *)(&DDRE))->bit5 #define DDRE6 ((struct __hc08_bits *)(&DDRE))->bit6 #define DDRE7 ((struct __hc08_bits *)(&DDRE))->bit7 _VOLDATA _UINT8 __at 0x0a TSC; /* TIM Status and Control */ #define PS0 ((struct __hc08_bits *)(&TSC))->bit0 #define PS1 ((struct __hc08_bits *)(&TSC))->bit1 #define PS2 ((struct __hc08_bits *)(&TSC))->bit2 #define TRST ((struct __hc08_bits *)(&TSC))->bit4 #define TSTOP ((struct __hc08_bits *)(&TSC))->bit5 #define TOIE ((struct __hc08_bits *)(&TSC))->bit6 #define TOF ((struct __hc08_bits *)(&TSC))->bit7 _VOLDATA _UINT16 __at 0x0c TCNT; /* TIM Counter High & Low Registers */ _VOLDATA _UINT8 __at 0x0c TCNTH; /* TIM Counter Register High */ _VOLDATA _UINT8 __at 0x0d TCNTL; /* TIM Counter Register Low */ _VOLDATA _UINT16 __at 0x0e TMOD; /* TIM Counter Modulo High & Low Registers */ _VOLDATA _UINT8 __at 0x0e TMODH; /* TIM Counter Modulo Register High */ _VOLDATA _UINT8 __at 0x0f TMODL; /* TIM Counter Modulo Register Low */ _VOLDATA _UINT8 __at 0x10 TSC0; /* TIM Channel 0 Status and Control Register */ #define CH0MAX ((struct __hc08_bits *)(&TSC0))->bit0 #define TOV0 ((struct __hc08_bits *)(&TSC0))->bit1 #define ELS0A ((struct __hc08_bits *)(&TSC0))->bit2 #define ELS0B ((struct __hc08_bits *)(&TSC0))->bit3 #define MS0A ((struct __hc08_bits *)(&TSC0))->bit4 #define MS0B ((struct __hc08_bits *)(&TSC0))->bit5 #define CH0IE ((struct __hc08_bits *)(&TSC0))->bit6 #define CH0F ((struct __hc08_bits *)(&TSC0))->bit7 _VOLDATA _UINT16 __at 0x11 TCH0; /* TIM Channel 0 High & Low Registers */ _VOLDATA _UINT8 __at 0x11 TCH0H; /* TIM Channel 0 Register High */ _VOLDATA _UINT8 __at 0x12 TCH0L; /* TIM Channel 0 Register Low */ _VOLDATA _UINT8 __at 0x13 TSC1; /* TIM Channel 1 Status and Control Register */ #define CH1MAX ((struct __hc08_bits *)(&TSC1))->bit0 #define TOV1 ((struct __hc08_bits *)(&TSC1))->bit1 #define ELS1A ((struct __hc08_bits *)(&TSC1))->bit2 #define ELS1B ((struct __hc08_bits *)(&TSC1))->bit3 #define MS1A ((struct __hc08_bits *)(&TSC1))->bit4 #define CH1IE ((struct __hc08_bits *)(&TSC1))->bit6 #define CH1F ((struct __hc08_bits *)(&TSC1))->bit7 _VOLDATA _UINT16 __at 0x14 TCH1; /* TIM Channel 1 High & Low Registers */ _VOLDATA _UINT8 __at 0x14 TCH1H; /* TIM Channel 1 Register High */ _VOLDATA _UINT8 __at 0x15 TCH1L; /* TIM Channel 1 Register Low */ _VOLDATA _UINT8 __at 0x16 KBSCR; /* Keyboard Status and Control Register */ #define MODEK ((struct __hc08_bits *)(&KBSCR))->bit0 #define IMASKK ((struct __hc08_bits *)(&KBSCR))->bit1 #define ACKK ((struct __hc08_bits *)(&KBSCR))->bit2 #define KEYF ((struct __hc08_bits *)(&KBSCR))->bit3 _VOLDATA _UINT8 __at 0x17 KBIER; /* Keyboard Interrupt Enable Register */ #define KBIE0 ((struct __hc08_bits *)(&KBIER))->bit0 #define KBIE1 ((struct __hc08_bits *)(&KBIER))->bit1 #define KBIE2 ((struct __hc08_bits *)(&KBIER))->bit2 #define KBIE3 ((struct __hc08_bits *)(&KBIER))->bit3 #define KBIE4 ((struct __hc08_bits *)(&KBIER))->bit4 #define KBIE5 ((struct __hc08_bits *)(&KBIER))->bit5 #define KBIE6 ((struct __hc08_bits *)(&KBIER))->bit6 #define KBIE7 ((struct __hc08_bits *)(&KBIER))->bit7 _VOLDATA _UINT8 __at 0x18 UIR2; /* USB Interrupt Register 2 */ #define RXD0FR ((struct __hc08_bits *)(&UIR2))->bit0 #define TXD0FR ((struct __hc08_bits *)(&UIR2))->bit1 #define RESUMFR ((struct __hc08_bits *)(&UIR2))->bit2 #define TXD1FR ((struct __hc08_bits *)(&UIR2))->bit3 #define RXD2FR ((struct __hc08_bits *)(&UIR2))->bit4 #define TXD2FR ((struct __hc08_bits *)(&UIR2))->bit5 #define RSTFR ((struct __hc08_bits *)(&UIR2))->bit6 #define EOPFR ((struct __hc08_bits *)(&UIR2))->bit7 _VOLDATA _UINT8 __at 0x19 UCR2; /* USB Control Register 2 */ #define TP2SIZ0 ((struct __hc08_bits *)(&UCR2))->bit0 #define TP2SIZ1 ((struct __hc08_bits *)(&UCR2))->bit1 #define TP2SIZ2 ((struct __hc08_bits *)(&UCR2))->bit2 #define TP2SIZ3 ((struct __hc08_bits *)(&UCR2))->bit3 #define RX2E ((struct __hc08_bits *)(&UCR2))->bit4 #define TX2E ((struct __hc08_bits *)(&UCR2))->bit5 #define STALL2 ((struct __hc08_bits *)(&UCR2))->bit6 #define T2SEQ ((struct __hc08_bits *)(&UCR2))->bit7 _VOLDATA _UINT8 __at 0x1a UCR3; /* USB Control Register 3 */ #define ENABLE1 ((struct __hc08_bits *)(&UCR3))->bit0 #define ENABLE2 ((struct __hc08_bits *)(&UCR3))->bit1 #define PULLEN ((struct __hc08_bits *)(&UCR3))->bit2 #define ISTALL0 ((struct __hc08_bits *)(&UCR3))->bit4 #define OSTALL0 ((struct __hc08_bits *)(&UCR3))->bit5 #define TX1STR ((struct __hc08_bits *)(&UCR3))->bit6 #define TX1ST ((struct __hc08_bits *)(&UCR3))->bit7 _VOLDATA _UINT8 __at 0x1b UCR4; /* USB Control Register 4 */ #define FDM ((struct __hc08_bits *)(&UCR4))->bit0 #define FDP ((struct __hc08_bits *)(&UCR4))->bit1 #define FUSB0 ((struct __hc08_bits *)(&UCR4))->bit2 _VOLDATA _UINT8 __at 0x1c IOCR; /* IRQ Option Control Register */ #define IRQPD ((struct __hc08_bits *)(&IOCR))->bit0 #define PTE4IE ((struct __hc08_bits *)(&IOCR))->bit1 #define PTE4IF ((struct __hc08_bits *)(&IOCR))->bit2 _VOLDATA _UINT8 __at 0x1d POCR; /* Port Option Control Register */ #define PAP ((struct __hc08_bits *)(&POCR))->bit0 #define PBP ((struct __hc08_bits *)(&POCR))->bit1 #define PCP ((struct __hc08_bits *)(&POCR))->bit2 #define PTE3P ((struct __hc08_bits *)(&POCR))->bit3 #define PTE4P ((struct __hc08_bits *)(&POCR))->bit4 #define PTDILDD ((struct __hc08_bits *)(&POCR))->bit5 #define PTDLDD ((struct __hc08_bits *)(&POCR))->bit6 #define PTE20P ((struct __hc08_bits *)(&POCR))->bit7 _VOLDATA _UINT8 __at 0x1e ISCR; /* IRQ Status and Control Register */ #define MODE ((struct __hc08_bits *)(&ISCR))->bit0 #define IMASK ((struct __hc08_bits *)(&ISCR))->bit1 #define ACK ((struct __hc08_bits *)(&ISCR))->bit2 #define IRQF ((struct __hc08_bits *)(&ISCR))->bit3 _VOLDATA _UINT8 __at 0x1f CONFIG; /* Configuration Register 1 */ /* CONFIG1 is one-time writeable, so can't use bitfields */ _VOLDATA _UINT8 __at 0x20 UE0D0; /* USB Endpoint 0 Data Register 0 */ _VOLDATA _UINT8 __at 0x21 UE0D1; /* USB Endpoint 0 Data Register 1 */ _VOLDATA _UINT8 __at 0x22 UE0D2; /* USB Endpoint 0 Data Register 2 */ _VOLDATA _UINT8 __at 0x23 UE0D3; /* USB Endpoint 0 Data Register 3 */ _VOLDATA _UINT8 __at 0x24 UE0D4; /* USB Endpoint 0 Data Register 4 */ _VOLDATA _UINT8 __at 0x25 UE0D5; /* USB Endpoint 0 Data Register 5 */ _VOLDATA _UINT8 __at 0x26 UE0D6; /* USB Endpoint 0 Data Register 6 */ _VOLDATA _UINT8 __at 0x27 UE0D7; /* USB Endpoint 0 Data Register 7 */ _VOLDATA _UINT8 __at 0x28 UE1D0; /* USB Endpoint 1 Data Register 0 */ _VOLDATA _UINT8 __at 0x29 UE1D1; /* USB Endpoint 1 Data Register 1 */ _VOLDATA _UINT8 __at 0x2a UE1D2; /* USB Endpoint 1 Data Register 2 */ _VOLDATA _UINT8 __at 0x2b UE1D3; /* USB Endpoint 1 Data Register 3 */ _VOLDATA _UINT8 __at 0x2c UE1D4; /* USB Endpoint 1 Data Register 4 */ _VOLDATA _UINT8 __at 0x2d UE1D5; /* USB Endpoint 1 Data Register 5 */ _VOLDATA _UINT8 __at 0x2e UE1D6; /* USB Endpoint 1 Data Register 6 */ _VOLDATA _UINT8 __at 0x2f UE1D7; /* USB Endpoint 1 Data Register 7 */ _VOLDATA _UINT8 __at 0x30 UE2D0; /* USB Endpoint 2 Data Register 0 */ _VOLDATA _UINT8 __at 0x31 UE2D1; /* USB Endpoint 2 Data Register 1 */ _VOLDATA _UINT8 __at 0x32 UE2D2; /* USB Endpoint 2 Data Register 2 */ _VOLDATA _UINT8 __at 0x33 UE2D3; /* USB Endpoint 2 Data Register 3 */ _VOLDATA _UINT8 __at 0x34 UE2D4; /* USB Endpoint 2 Data Register 4 */ _VOLDATA _UINT8 __at 0x35 UE2D5; /* USB Endpoint 2 Data Register 5 */ _VOLDATA _UINT8 __at 0x36 UE2D6; /* USB Endpoint 2 Data Register 6 */ _VOLDATA _UINT8 __at 0x37 UE2D7; /* USB Endpoint 2 Data Register 7 */ _VOLDATA _UINT8 __at 0x38 UADDR; /* USB Address Register */ #define USBEN ((struct __hc08_bits *)(&UADDR))->bit7 _VOLDATA _UINT8 __at 0x39 UIR0; /* USB Interrupt Register 0 */ #define RXD0IE ((struct __hc08_bits *)(&UIR0))->bit0 #define TXD0IE ((struct __hc08_bits *)(&UIR0))->bit1 #define TXD1IE ((struct __hc08_bits *)(&UIR0))->bit3 #define RXD2IE ((struct __hc08_bits *)(&UIR0))->bit4 #define TXD2IE ((struct __hc08_bits *)(&UIR0))->bit5 #define SUSPND ((struct __hc08_bits *)(&UIR0))->bit6 #define EOPIE ((struct __hc08_bits *)(&UIR0))->bit7 _VOLDATA _UINT8 __at 0x3a UIR1; /* USB Interrupt Register 1 */ #define RXD0F ((struct __hc08_bits *)(&UIR1))->bit0 #define TXD0F ((struct __hc08_bits *)(&UIR1))->bit1 #define RESUMF ((struct __hc08_bits *)(&UIR1))->bit2 #define TXD1F ((struct __hc08_bits *)(&UIR1))->bit3 #define RXD2F ((struct __hc08_bits *)(&UIR1))->bit4 #define TXD2F ((struct __hc08_bits *)(&UIR1))->bit5 #define RSTF ((struct __hc08_bits *)(&UIR1))->bit6 #define EOPF ((struct __hc08_bits *)(&UIR1))->bit7 _VOLDATA _UINT8 __at 0x3b UCR0; /* USB Control Register 0 */ #define TP0SIZ0 ((struct __hc08_bits *)(&UCR0))->bit0 #define TP0SIZ1 ((struct __hc08_bits *)(&UCR0))->bit1 #define TP0SIZ2 ((struct __hc08_bits *)(&UCR0))->bit2 #define TP0SIZ3 ((struct __hc08_bits *)(&UCR0))->bit3 #define RX0E ((struct __hc08_bits *)(&UCR0))->bit4 #define TX0E ((struct __hc08_bits *)(&UCR0))->bit5 #define T0SEQ ((struct __hc08_bits *)(&UCR0))->bit7 _VOLDATA _UINT8 __at 0x3c UCR1; /* USB Control Register 1 */ #define TP1SIZ0 ((struct __hc08_bits *)(&UCR1))->bit0 #define TP1SIZ1 ((struct __hc08_bits *)(&UCR1))->bit1 #define TP1SIZ2 ((struct __hc08_bits *)(&UCR1))->bit2 #define TP1SIZ3 ((struct __hc08_bits *)(&UCR1))->bit3 #define FRESUM ((struct __hc08_bits *)(&UCR1))->bit4 #define TX1E ((struct __hc08_bits *)(&UCR1))->bit5 #define STALL1 ((struct __hc08_bits *)(&UCR1))->bit6 #define T1SEQ ((struct __hc08_bits *)(&UCR1))->bit7 _VOLDATA _UINT8 __at 0x3d USR0; /* USB Status Register 0 */ #define RP0SIZ0 ((struct __hc08_bits *)(&USR0))->bit0 #define RP0SIZ1 ((struct __hc08_bits *)(&USR0))->bit1 #define RP0SIZ2 ((struct __hc08_bits *)(&USR0))->bit2 #define RP0SIZ3 ((struct __hc08_bits *)(&USR0))->bit3 #define SETUP ((struct __hc08_bits *)(&USR0))->bit6 #define R0SEQ ((struct __hc08_bits *)(&USR0))->bit7 _VOLDATA _UINT8 __at 0x3e USR1; /* USB Status Register 1 */ #define RP2SIZ0 ((struct __hc08_bits *)(&USR1))->bit0 #define RP2SIZ1 ((struct __hc08_bits *)(&USR1))->bit1 #define RP2SIZ2 ((struct __hc08_bits *)(&USR1))->bit2 #define RP2SIZ3 ((struct __hc08_bits *)(&USR1))->bit3 #define TXSTL ((struct __hc08_bits *)(&USR1))->bit4 #define TXNAK ((struct __hc08_bits *)(&USR1))->bit5 #define TXACK ((struct __hc08_bits *)(&USR1))->bit6 #define R2SEQ ((struct __hc08_bits *)(&USR1))->bit7 _VOLXDATA _UINT8 __at 0xfe00 BSR; /* Break Status Register */ #define SBSW ((struct __hc08_bits *)(&BSR))->bit1 _VOLXDATA _UINT8 __at 0xfe01 RSR; /* Reset Status Register */ #define LVI ((struct __hc08_bits *)(&RSR))->bit1 #define USB ((struct __hc08_bits *)(&RSR))->bit2 #define ILAD ((struct __hc08_bits *)(&RSR))->bit3 #define ILOP ((struct __hc08_bits *)(&RSR))->bit4 #define COP ((struct __hc08_bits *)(&RSR))->bit5 #define PIN ((struct __hc08_bits *)(&RSR))->bit6 #define POR ((struct __hc08_bits *)(&RSR))->bit7 _VOLXDATA _UINT8 __at 0xfe03 BFCR; /* Break Flag Control Register */ #define BFCE ((struct __hc08_bits *)(&BFCR))->bit7 _VOLXDATA _UINT8 __at 0xfe04 INT1; /* Interrupt Status Register 1 */ #define IF1 ((struct __hc08_bits *)(&INT1))->bit2 #define IF2 ((struct __hc08_bits *)(&INT1))->bit3 #define IF3 ((struct __hc08_bits *)(&INT1))->bit4 #define IF4 ((struct __hc08_bits *)(&INT1))->bit5 #define IF5 ((struct __hc08_bits *)(&INT1))->bit6 #define IF6 ((struct __hc08_bits *)(&INT1))->bit7 _VOLXDATA _UINT8 __at 0xfe08 FLCR; /* FLASH Control Register */ #define PGM ((struct __hc08_bits *)(&FLCR))->bit0 #define ERASE ((struct __hc08_bits *)(&FLCR))->bit1 #define MASS ((struct __hc08_bits *)(&FLCR))->bit2 #define HVEN ((struct __hc08_bits *)(&FLCR))->bit3 _VOLXDATA _UINT8 __at 0xfe09 FLBPR; /* FLASH Block Protect Register */ #define BPR0 ((struct __hc08_bits *)(&FLBPR))->bit0 #define BPR1 ((struct __hc08_bits *)(&FLBPR))->bit1 #define BPR2 ((struct __hc08_bits *)(&FLBPR))->bit2 #define BPR3 ((struct __hc08_bits *)(&FLBPR))->bit3 #define BPR4 ((struct __hc08_bits *)(&FLBPR))->bit4 #define BPR5 ((struct __hc08_bits *)(&FLBPR))->bit5 #define BPR6 ((struct __hc08_bits *)(&FLBPR))->bit6 #define BPR7 ((struct __hc08_bits *)(&FLBPR))->bit7 _VOLXDATA _UINT16 __at 0xfe0c BRK; /* Break Address High & Low Registers */ _VOLXDATA _UINT8 __at 0xfe0c BRKH; /* Break Address High Register */ _VOLXDATA _UINT8 __at 0xfe0d BRKL; /* Break Address Low Register */ _VOLXDATA _UINT8 __at 0xfe0e BRKSCR; /* Break Status and Control Register */ #define BRKA ((struct __hc08_bits *)(&BRKSCR))->bit6 #define BRKE ((struct __hc08_bits *)(&BRKSCR))->bit7 _VOLXDATA _UINT8 __at 0xffff COPCTL; /* COP Control Register */ #endif sdcc-2.9.0/device/include/hc08/mc68hc908jkjl.h000066400000000000000000000443131116427777700204670ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for Motorola MC68HC908JK1/JK3/JL3/JK8/JL8 Copyright (c) 2004, Lucas Loizaga Based on mc68hc908qy.h, Written By - Erik Petrich epetrich@users.sourceforge.net (2003) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef _MC68HC908JKJL_H #define _MC68HC908JKJL_H #ifndef _UINT8 #define _UINT8 unsigned char #endif #ifndef _UINT16 #define _UINT16 unsigned int #endif #ifndef _VOLDATA #define _VOLDATA volatile __data #endif #ifndef _VOLXDATA #define _VOLXDATA volatile __xdata #endif struct __hc08_bits { unsigned int bit0:1; unsigned int bit1:1; unsigned int bit2:1; unsigned int bit3:1; unsigned int bit4:1; unsigned int bit5:1; unsigned int bit6:1; unsigned int bit7:1; }; _VOLDATA _UINT8 __at 0x00 PTA; /* Port A Data Register */ #define PORTA PTA /* Alias for PTA */ #define PTA0 ((struct __hc08_bits *)(&PTA))->bit0 #define PTA1 ((struct __hc08_bits *)(&PTA))->bit1 #define PTA2 ((struct __hc08_bits *)(&PTA))->bit2 #define PTA3 ((struct __hc08_bits *)(&PTA))->bit3 #define PTA4 ((struct __hc08_bits *)(&PTA))->bit4 #define PTA5 ((struct __hc08_bits *)(&PTA))->bit5 #define PTA6 ((struct __hc08_bits *)(&PTA))->bit6 #define PTA7 ((struct __hc08_bits *)(&PTA))->bit7 _VOLDATA _UINT8 __at 0x01 PTB; /* Port B Data Register */ #define PORTB PTB /* Alias for PTB */ #define PTB0 ((struct __hc08_bits *)(&PTB))->bit0 #define PTB1 ((struct __hc08_bits *)(&PTB))->bit1 #define PTB2 ((struct __hc08_bits *)(&PTB))->bit2 #define PTB3 ((struct __hc08_bits *)(&PTB))->bit3 #define PTB4 ((struct __hc08_bits *)(&PTB))->bit4 #define PTB5 ((struct __hc08_bits *)(&PTB))->bit5 #define PTB6 ((struct __hc08_bits *)(&PTB))->bit6 #define PTB7 ((struct __hc08_bits *)(&PTB))->bit7 _VOLDATA _UINT8 __at 0x03 PTD; /* Port D Data Register */ #define PORTD PTD /* Alias for PTD */ #define PTD0 ((struct __hc08_bits *)(&PTD))->bit0 #define PTD1 ((struct __hc08_bits *)(&PTD))->bit1 #define PTD2 ((struct __hc08_bits *)(&PTD))->bit2 #define PTD3 ((struct __hc08_bits *)(&PTD))->bit3 #define PTD4 ((struct __hc08_bits *)(&PTD))->bit4 #define PTD5 ((struct __hc08_bits *)(&PTD))->bit5 #define PTD6 ((struct __hc08_bits *)(&PTD))->bit6 #define PTD7 ((struct __hc08_bits *)(&PTD))->bit7 _VOLDATA _UINT8 __at 0x04 DDRA; /* Data Direction Register A */ #define DDRA0 ((struct __hc08_bits *)(&DDRA))->bit0 #define DDRA1 ((struct __hc08_bits *)(&DDRA))->bit1 #define DDRA2 ((struct __hc08_bits *)(&DDRA))->bit2 #define DDRA3 ((struct __hc08_bits *)(&DDRA))->bit3 #define DDRA4 ((struct __hc08_bits *)(&DDRA))->bit4 #define DDRA5 ((struct __hc08_bits *)(&DDRA))->bit5 #define DDRA6 ((struct __hc08_bits *)(&DDRA))->bit6 #define DDRA7 ((struct __hc08_bits *)(&DDRA))->bit7 _VOLDATA _UINT8 __at 0x05 DDRB; /* Data Direction Register B */ #define DDRB0 ((struct __hc08_bits *)(&DDRB))->bit0 #define DDRB1 ((struct __hc08_bits *)(&DDRB))->bit1 #define DDRB2 ((struct __hc08_bits *)(&DDRB))->bit2 #define DDRB3 ((struct __hc08_bits *)(&DDRB))->bit3 #define DDRB4 ((struct __hc08_bits *)(&DDRB))->bit4 #define DDRB5 ((struct __hc08_bits *)(&DDRB))->bit5 #define DDRB6 ((struct __hc08_bits *)(&DDRB))->bit6 #define DDRB7 ((struct __hc08_bits *)(&DDRB))->bit7 _VOLDATA _UINT8 __at 0x07 DDRD; /* Data Direction Register D */ #define DDRD0 ((struct __hc08_bits *)(&DDRD))->bit0 #define DDRD1 ((struct __hc08_bits *)(&DDRD))->bit1 #define DDRD2 ((struct __hc08_bits *)(&DDRD))->bit2 #define DDRD3 ((struct __hc08_bits *)(&DDRD))->bit3 #define DDRD4 ((struct __hc08_bits *)(&DDRD))->bit4 #define DDRD5 ((struct __hc08_bits *)(&DDRD))->bit5 #define DDRD6 ((struct __hc08_bits *)(&DDRD))->bit6 #define DDRD7 ((struct __hc08_bits *)(&DDRD))->bit7 _VOLDATA _UINT8 __at 0x08 PTE; /* Port E Data Register */ #define PORTE PTE /* Alias for PTE */ #define PTE0 ((struct __hc08_bits *)(&PTE))->bit0 #define PTE1 ((struct __hc08_bits *)(&PTE))->bit1 _VOLDATA _UINT8 __at 0x0A PDCR; /* Port D Control Register */ #define PTDPU6 ((struct __hc08_bits *)(&PDCR))->bit0 #define PTDPU7 ((struct __hc08_bits *)(&PDCR))->bit1 #define SLOWD6 ((struct __hc08_bits *)(&PDCR))->bit2 #define SLOWD7 ((struct __hc08_bits *)(&PDCR))->bit3 _VOLDATA _UINT8 __at 0x0C DDRE; /* Data Direction Register E */ #define DDRE0 ((struct __hc08_bits *)(&DDRE))->bit0 #define DDRE1 ((struct __hc08_bits *)(&DDRE))->bit1 _VOLDATA _UINT8 __at 0x0D PTAPUE; /* Port A pull-up enables */ #define PTAPUE0 ((struct __hc08_bits *)(&PTAPUE))->bit0 #define PTAPUE1 ((struct __hc08_bits *)(&PTAPUE))->bit1 #define PTAPUE2 ((struct __hc08_bits *)(&PTAPUE))->bit2 #define PTAPUE3 ((struct __hc08_bits *)(&PTAPUE))->bit3 #define PTAPUE4 ((struct __hc08_bits *)(&PTAPUE))->bit4 #define PTAPUE5 ((struct __hc08_bits *)(&PTAPUE))->bit5 #define PTAPUE6 ((struct __hc08_bits *)(&PTAPUE))->bit6 #define PTA6EN ((struct __hc08_bits *)(&PTAPUE))->bit7 _VOLDATA _UINT8 __at 0x0E PTA7PUE; /* Port A pull-up enables */ #define PTAPUE7 ((struct __hc08_bits *)(&PTA7PUE))->bit7 _VOLDATA _UINT8 __at 0x13 SCC1; /* SCI Control Register 1 */ #define LOOPS ((struct __hc08_bits *)(&SCC1))->bit7 #define ENSCI ((struct __hc08_bits *)(&SCC1))->bit6 #define TXINV ((struct __hc08_bits *)(&SCC1))->bit5 #define M ((struct __hc08_bits *)(&SCC1))->bit4 #define WAKE ((struct __hc08_bits *)(&SCC1))->bit3 #define ILTY ((struct __hc08_bits *)(&SCC1))->bit2 #define PEN ((struct __hc08_bits *)(&SCC1))->bit1 #define PTY ((struct __hc08_bits *)(&SCC1))->bit0 _VOLDATA _UINT8 __at 0x14 SCC2; /* SCI Control Register 2 */ #define SCTIE ((struct __hc08_bits *)(&SCC2))->bit7 #define TCIE ((struct __hc08_bits *)(&SCC2))->bit6 #define SCRIE ((struct __hc08_bits *)(&SCC2))->bit5 #define ILIE ((struct __hc08_bits *)(&SCC2))->bit4 #define TE ((struct __hc08_bits *)(&SCC2))->bit3 #define RE ((struct __hc08_bits *)(&SCC2))->bit2 #define WRU ((struct __hc08_bits *)(&SCC2))->bit1 #define SBK ((struct __hc08_bits *)(&SCC2))->bit0 _VOLDATA _UINT8 __at 0x15 SCC3; /* SCI Control Register 3 */ #define SCC3_R8 ((struct __hc08_bits *)(&SCC3))->bit7 #define SCC3_TB ((struct __hc08_bits *)(&SCC3))->bit6 #define DMARE ((struct __hc08_bits *)(&SCC3))->bit5 #define DMATE ((struct __hc08_bits *)(&SCC3))->bit4 #define ORIE ((struct __hc08_bits *)(&SCC3))->bit3 #define NEIE ((struct __hc08_bits *)(&SCC3))->bit2 #define FEIE ((struct __hc08_bits *)(&SCC3))->bit1 #define PEIE ((struct __hc08_bits *)(&SCC3))->bit0 _VOLDATA _UINT8 __at 0x16 SCS1; /* SCI Status Register 1 */ #define SCTE ((struct __hc08_bits *)(&SCS1))->bit7 #define TC ((struct __hc08_bits *)(&SCS1))->bit6 #define SCRF ((struct __hc08_bits *)(&SCS1))->bit5 #define IDLE ((struct __hc08_bits *)(&SCS1))->bit4 #define OR ((struct __hc08_bits *)(&SCS1))->bit3 #define NF ((struct __hc08_bits *)(&SCS1))->bit2 #define FE ((struct __hc08_bits *)(&SCS1))->bit1 #define PE ((struct __hc08_bits *)(&SCS1))->bit0 _VOLDATA _UINT8 __at 0x17 SCS2; /* SCI Status Register 2 */ #define RPF ((struct __hc08_bits *)(&SCS2))->bit0 #define BKF ((struct __hc08_bits *)(&SCS2))->bit1 /* Bits 2-7 not implemented */ _VOLDATA _UINT8 __at 0x18 SCDR; /* SCI Data Register */ _VOLDATA _UINT8 __at 0x19 SCBR; /* SCI Baud Rate Register */ #define SCP1 ((struct __hc08_bits *)(&SCBR))->bit5 #define SCP0 ((struct __hc08_bits *)(&SCBR))->bit4 #define R ((struct __hc08_bits *)(&SCBR))->bit3 #define SCR2 ((struct __hc08_bits *)(&SCBR))->bit2 #define SCR1 ((struct __hc08_bits *)(&SCBR))->bit1 #define SCR0 ((struct __hc08_bits *)(&SCBR))->bit0 /*-- Bits 6 and 7 do not exist */ _VOLDATA _UINT8 __at 0x1a KBSCR; /* Keyboard Status and Control Register */ #define MODEK ((struct __hc08_bits *)(&KBSCR))->bit0 #define IMASKK ((struct __hc08_bits *)(&KBSCR))->bit1 #define ACKK ((struct __hc08_bits *)(&KBSCR))->bit2 #define KEYF ((struct __hc08_bits *)(&KBSCR))->bit3 /*-- Bits 4-7 do not exist */ _VOLDATA _UINT8 __at 0x1b KBIER; /* Keyboard Interrupt Enable Register */ #define KBIE0 ((struct __hc08_bits *)(&KBIER))->bit0 #define KBIE1 ((struct __hc08_bits *)(&KBIER))->bit1 #define KBIE3 ((struct __hc08_bits *)(&KBIER))->bit3 #define KBIE2 ((struct __hc08_bits *)(&KBIER))->bit2 #define KBIE4 ((struct __hc08_bits *)(&KBIER))->bit4 #define KBIE5 ((struct __hc08_bits *)(&KBIER))->bit5 #define KBIE6 ((struct __hc08_bits *)(&KBIER))->bit6 #define KBIE7 ((struct __hc08_bits *)(&KBIER))->bit7 _VOLDATA _UINT8 __at 0x1D INTSCR; /* IRQ status/control */ #define IRQF1 ((struct __hc08_bits *)(&INTSCR))->bit3 #define ACK1 ((struct __hc08_bits *)(&INTSCR))->bit2 #define IMASK1 ((struct __hc08_bits *)(&INTSCR))->bit1 #define MODE1 ((struct __hc08_bits *)(&INTSCR))->bit0 /* Bits 4-7 unimplemented */ _VOLDATA _UINT8 __at 0x1e CONFIG2; /* Configuration Register 2 */ /* CONFIG2 is one-time writeble, so can't use bitfields */ _VOLDATA _UINT8 __at 0x1f CONFIG1; /* Configuration Register 1 */ /* CONFIG1 is one-time writeable, so can't use bitfields */ _VOLDATA _UINT8 __at 0x20 T1SC; /* TIM 1 Status and Control */ #define PS0 ((struct __hc08_bits *)(&T1SC))->bit0 #define PS1 ((struct __hc08_bits *)(&T1SC))->bit1 #define PS2 ((struct __hc08_bits *)(&T1SC))->bit2 #define TRST ((struct __hc08_bits *)(&T1SC))->bit4 #define TSTOP ((struct __hc08_bits *)(&T1SC))->bit5 #define TOIE ((struct __hc08_bits *)(&T1SC))->bit6 #define TOF ((struct __hc08_bits *)(&T1SC))->bit7 _VOLDATA _UINT16 __at 0x21 T1CNT; /* TIM1 Counter High & Low Registers */ _VOLDATA _UINT8 __at 0x21 T1CNTH; /* TIM1 Counter Register High */ _VOLDATA _UINT8 __at 0x22 T1CNTL; /* TIM1 Counter Register Low */ _VOLDATA _UINT16 __at 0x23 T1MOD; /* TIM1 Counter Modulo High & Low Registers */ _VOLDATA _UINT8 __at 0x23 T1MODH; /* TIM1 Counter Modulo Register High */ _VOLDATA _UINT8 __at 0x24 T1MODL; /* TIM1 Counter Modulo Register Low */ _VOLDATA _UINT8 __at 0x25 T1SC0; /* TIM1 Channel 0 Status and Control Register */ #define CH0MAX ((struct __hc08_bits *)(&T1SC0))->bit0 #define TOV0 ((struct __hc08_bits *)(&T1SC0))->bit1 #define ELS0A ((struct __hc08_bits *)(&T1SC0))->bit2 #define ELS0B ((struct __hc08_bits *)(&T1SC0))->bit3 #define MS0A ((struct __hc08_bits *)(&T1SC0))->bit4 #define MS0B ((struct __hc08_bits *)(&T1SC0))->bit5 #define CH0IE ((struct __hc08_bits *)(&T1SC0))->bit6 #define CH0F ((struct __hc08_bits *)(&T1SC0))->bit7 _VOLDATA _UINT16 __at 0x26 T1CH0; /* TIM1 Channel 0 High & Low Registers */ _VOLDATA _UINT8 __at 0x26 T1CH0H; /* TIM1 Channel 0 Register High */ _VOLDATA _UINT8 __at 0x27 T1CH0L; /* TIM1 Channel 0 Register Low */ _VOLDATA _UINT8 __at 0x28 T1SC1; /* TIM1 Channel 1 Status and Control Register */ #define CH1MAX ((struct __hc08_bits *)(&T1SC1))->bit0 #define TOV1 ((struct __hc08_bits *)(&T1SC1))->bit1 #define ELS1A ((struct __hc08_bits *)(&T1SC1))->bit2 #define ELS1B ((struct __hc08_bits *)(&T1SC1))->bit3 #define MS1A ((struct __hc08_bits *)(&T1SC1))->bit4 #define CH1IE ((struct __hc08_bits *)(&T1SC1))->bit6 #define CH1F ((struct __hc08_bits *)(&T1SC1))->bit7 _VOLDATA _UINT16 __at 0x29 T1CH1; /* TIM1 Channel 1 High & Low Registers */ _VOLDATA _UINT8 __at 0x29 T1CH1H; /* TIM1 Channel 1 Register High */ _VOLDATA _UINT8 __at 0x2A T1CH1L; /* TIM1 Channel 1 Register Low */ _VOLDATA _UINT8 __at 0x30 T2SC; /* TIM2 Status and Control Register */ #define PS0_2 ((struct __hc08_bits *)(&T2SC))->bit0 #define PS1_2 ((struct __hc08_bits *)(&T2SC0))->bit1 #define PS2_2 ((struct __hc08_bits *)(&T2SC0))->bit2 #define TRST_2 ((struct __hc08_bits *)(&T2SC0))->bit4 #define TSTOP_2 ((struct __hc08_bits *)(&T2SC0))->bit5 #define TOIE_2 ((struct __hc08_bits *)(&T2SC0))->bit6 #define TOF_2 ((struct __hc08_bits *)(&T2SC0))->bit7 _VOLDATA _UINT16 __at 0x31 T2CNT; /* TIM2 Counter Registers */ _VOLDATA _UINT8 __at 0x31 T2CNTH; /* TIM2 Counter Register High */ _VOLDATA _UINT8 __at 0x32 T2CNTL; /* TIM2 Counter Register Low */ _VOLDATA _UINT16 __at 0x33 T2MOD; /* TIM2 Counter Modulo Registers */ _VOLDATA _UINT8 __at 0x33 T2MODH; /* TIM2 Counter Modulo Register High */ _VOLDATA _UINT8 __at 0x34 T2MODL; /* TIM2 Counter Modulo Register Low */ _VOLDATA _UINT8 __at 0x35 T2SC0; /* TIM2 Channel 0 Status and Control Register */ #define CH0MAX_2 ((struct __hc08_bits *)(&T2SC0))->bit0 #define TOV0_2 ((struct __hc08_bits *)(&T2SC0))->bit1 #define ELS0A_2 ((struct __hc08_bits *)(&T2SC0))->bit2 #define ELS0B_2 ((struct __hc08_bits *)(&T2SC0))->bit3 #define MS0A_2 ((struct __hc08_bits *)(&T2SC0))->bit4 #define CH0IE_2 ((struct __hc08_bits *)(&T2SC0))->bit6 #define CH0F_2 ((struct __hc08_bits *)(&T2SC0))->bit7 _VOLDATA _UINT16 __at 0x36 T2CH0; /* TIM2 Channel 0 High & Low Registers */ _VOLDATA _UINT8 __at 0x36 T2CH0H; /* TIM2 Channel 0 Register High */ _VOLDATA _UINT8 __at 0x37 T2CH0L; /* TIM2 Channel 0 Register Low */ _VOLDATA _UINT8 __at 0x38 T2SC1; /* TIM2 Channel 1 Status and Control Register */ #define CH1MAX_2 ((struct __hc08_bits *)(&T2SC1))->bit0 #define TOV1_2 ((struct __hc08_bits *)(&T2SC1))->bit1 #define ELS1A_2 ((struct __hc08_bits *)(&T2SC1))->bit2 #define ELS1B_2 ((struct __hc08_bits *)(&T2SC1))->bit3 #define MS1A_2 ((struct __hc08_bits *)(&T2SC1))->bit4 #define CH1IE_2 ((struct __hc08_bits *)(&T2SC1))->bit6 #define CH1F_2 ((struct __hc08_bits *)(&T2SC1))->bit7 _VOLDATA _UINT16 __at 0x39 T2CH1; /* TIM2 Channel 1 High & Low Registers */ _VOLDATA _UINT8 __at 0x39 T2CH1H; /* TIM2 Channel 1 Register High */ _VOLDATA _UINT8 __at 0x3a T2CH1L; /* TIM2 Channel 1 Register Low */ _VOLDATA _UINT8 __at 0x3c ADSCR; /* Analog-to-Digital Status and Control Reg. */ #define COCO ((struct __hc08_bits *)(&ADSCR))->bit7 #define AIEN ((struct __hc08_bits *)(&ADSCR))->bit6 #define ADCO ((struct __hc08_bits *)(&ADSCR))->bit5 #define ADCH4 ((struct __hc08_bits *)(&ADSCR))->bit4 #define ADCH3 ((struct __hc08_bits *)(&ADSCR))->bit3 #define ADCH2 ((struct __hc08_bits *)(&ADSCR))->bit2 #define ADCH1 ((struct __hc08_bits *)(&ADSCR))->bit1 #define ADCH0 ((struct __hc08_bits *)(&ADSCR))->bit0 _VOLDATA _UINT8 __at 0x3d ADR; /* Analog-to-Digital Data Register */ _VOLDATA _UINT8 __at 0x3e ADCLK; /* Analog-to-Digital Clock */ #define ADIV2 ((struct __hc08_bits *)(&ADCLK))->bit7 #define ADIV1 ((struct __hc08_bits *)(&ADCLK))->bit6 #define ADIV0 ((struct __hc08_bits *)(&ADCLK))->bit5 /* Bits 0-4 unimplemented */ _VOLXDATA _UINT8 __at 0xfe00 BSR; /* SIM Break Status Register */ #define SBSW ((struct __hc08_bits *)(&BSR))->bit1 _VOLXDATA _UINT8 __at 0xfe01 RSR; /* SIM Reset Status Register */ #define LVI ((struct __hc08_bits *)(&RSR))->bit1 #define MODRST ((struct __hc08_bits *)(&RSR))->bit2 #define ILAD ((struct __hc08_bits *)(&RSR))->bit3 #define ILOP ((struct __hc08_bits *)(&RSR))->bit4 #define COP ((struct __hc08_bits *)(&RSR))->bit5 #define PIN ((struct __hc08_bits *)(&RSR))->bit6 #define POR ((struct __hc08_bits *)(&RSR))->bit7 /* Bit 0 unimplemented */ _VOLXDATA _UINT8 __at 0xfe02 SUBAR; /* SIM Upper Byte Address */ _VOLXDATA _UINT8 __at 0xfe03 BFCR; /* SIM Break Flag Control Register */ #define BFCE ((struct __hc08_bits *)(&BFCR))->bit7 _VOLXDATA _UINT8 __at 0xfe04 INT1; /* Interrupt Status Register 1 */ #define IF1 ((struct __hc08_bits *)(&INT1))->bit2 #define IF3 ((struct __hc08_bits *)(&INT1))->bit4 #define IF4 ((struct __hc08_bits *)(&INT1))->bit5 #define IF5 ((struct __hc08_bits *)(&INT1))->bit6 _VOLXDATA _UINT8 __at 0xfe05 INT2; /* Interrupt Status Register 2 */ #define IF14 ((struct __hc08_bits *)(&INT2))->bit7 _VOLXDATA _UINT8 __at 0xfe06 INT3; /* Interrupt Status Register 3 */ #define IF16 ((struct __hc08_bits *)(&INT3))->bit1 #define IF15 ((struct __hc08_bits *)(&INT3))->bit0 _VOLXDATA _UINT8 __at 0xfe08 FLCR; /* FLASH Control Register */ #define PGM ((struct __hc08_bits *)(&FLCR))->bit0 #define ERASE ((struct __hc08_bits *)(&FLCR))->bit1 #define MASS ((struct __hc08_bits *)(&FLCR))->bit2 #define HVEN ((struct __hc08_bits *)(&FLCR))->bit3 _VOLXDATA _UINT8 __at 0xfe09 FLBPR; /* Flash Block Protect Register */ #define BPR0 ((struct __hc08_bits *)(&FLBPR))->bit0 #define BPR1 ((struct __hc08_bits *)(&FLBPR))->bit1 #define BPR2 ((struct __hc08_bits *)(&FLBPR))->bit2 #define BPR3 ((struct __hc08_bits *)(&FLBPR))->bit3 #define BPR4 ((struct __hc08_bits *)(&FLBPR))->bit4 #define BPR5 ((struct __hc08_bits *)(&FLBPR))->bit5 #define BPR6 ((struct __hc08_bits *)(&FLBPR))->bit6 #define BPR7 ((struct __hc08_bits *)(&FLBPR))->bit7 _VOLXDATA _UINT16 __at 0xfe0C BRK; /* Break Address High & Low Registers */ _VOLXDATA _UINT8 __at 0xfe0C BRKH; /* Break Address High Register */ _VOLXDATA _UINT8 __at 0xfe0D BRKL; /* Break Address Low Register */ _VOLXDATA _UINT8 __at 0xfe0e BRKSCR; /* Break Status and Control Register */ #define BRKA ((struct __hc08_bits *)(&BRKSCR))->bit6 #define BRKE ((struct __hc08_bits *)(&BRKSCR))->bit7 _VOLXDATA _UINT8 __at 0xffff COPCTL; /* COP Control Register */ #endif sdcc-2.9.0/device/include/hc08/mc68hc908qy.h000066400000000000000000000263631116427777700201730ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for Motorola MC68HC908QY & MC68HC908QT Written By - Erik Petrich epetrich@users.sourceforge.net (2003) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef _MC68HC908QY_H #define _MC68HC908QY_H #ifndef _UINT8 #define _UINT8 unsigned char #endif #ifndef _UINT16 #define _UINT16 unsigned int #endif #ifndef _VOLDATA #define _VOLDATA volatile __data #endif #ifndef _VOLXDATA #define _VOLXDATA volatile __xdata #endif struct __hc08_bits { unsigned int bit0:1; unsigned int bit1:1; unsigned int bit2:1; unsigned int bit3:1; unsigned int bit4:1; unsigned int bit5:1; unsigned int bit6:1; unsigned int bit7:1; }; _VOLDATA _UINT8 __at 0x00 PTA; /* Port A Data Register */ #define PTA0 ((struct __hc08_bits *)(&PTA))->bit0 #define PTA1 ((struct __hc08_bits *)(&PTA))->bit1 #define PTA2 ((struct __hc08_bits *)(&PTA))->bit2 #define PTA3 ((struct __hc08_bits *)(&PTA))->bit3 #define PTA4 ((struct __hc08_bits *)(&PTA))->bit4 #define PTA5 ((struct __hc08_bits *)(&PTA))->bit5 #define AWUL ((struct __hc08_bits *)(&PTA))->bit6 _VOLDATA _UINT8 __at 0x01 PTB; /* Port B Data Register */ #define PTB0 ((struct __hc08_bits *)(&PTB))->bit0 #define PTB1 ((struct __hc08_bits *)(&PTB))->bit1 #define PTB2 ((struct __hc08_bits *)(&PTB))->bit2 #define PTB3 ((struct __hc08_bits *)(&PTB))->bit3 #define PTB4 ((struct __hc08_bits *)(&PTB))->bit4 #define PTB5 ((struct __hc08_bits *)(&PTB))->bit5 #define PTB6 ((struct __hc08_bits *)(&PTB))->bit6 #define PTB7 ((struct __hc08_bits *)(&PTB))->bit7 _VOLDATA _UINT8 __at 0x04 DDRA; /* Data Direction Register A */ #define DDRA0 ((struct __hc08_bits *)(&DDRA))->bit0 #define DDRA1 ((struct __hc08_bits *)(&DDRA))->bit1 #define DDRA3 ((struct __hc08_bits *)(&DDRA))->bit3 #define DDRA4 ((struct __hc08_bits *)(&DDRA))->bit4 #define DDRA5 ((struct __hc08_bits *)(&DDRA))->bit5 _VOLDATA _UINT8 __at 0x05 DDRB; /* Data Direction Register B */ #define DDRB0 ((struct __hc08_bits *)(&DDRB))->bit0 #define DDRB1 ((struct __hc08_bits *)(&DDRB))->bit1 #define DDRB2 ((struct __hc08_bits *)(&DDRB))->bit2 #define DDRB3 ((struct __hc08_bits *)(&DDRB))->bit3 #define DDRB4 ((struct __hc08_bits *)(&DDRB))->bit4 #define DDRB5 ((struct __hc08_bits *)(&DDRB))->bit5 #define DDRB6 ((struct __hc08_bits *)(&DDRB))->bit6 #define DDRB7 ((struct __hc08_bits *)(&DDRB))->bit7 _VOLDATA _UINT8 __at 0x0b PTAPUE; /* Port A Input Pullup Enable Register */ #define PTAPUE0 ((struct __hc08_bits *)(&PTAPUE))->bit0 #define PTAPUE1 ((struct __hc08_bits *)(&PTAPUE))->bit1 #define PTAPUE2 ((struct __hc08_bits *)(&PTAPUE))->bit2 #define PTAPUE3 ((struct __hc08_bits *)(&PTAPUE))->bit3 #define PTAPUE4 ((struct __hc08_bits *)(&PTAPUE))->bit4 #define PTAPUE5 ((struct __hc08_bits *)(&PTAPUE))->bit5 #define OSC2EN ((struct __hc08_bits *)(&PTAPUE))->bit7 _VOLDATA _UINT8 __at 0x0c PTBPUE; /* Port B Input Pullup Enable Register */ #define PTBPUE0 ((struct __hc08_bits *)(&PTBPUE))->bit0 #define PTBPUE1 ((struct __hc08_bits *)(&PTBPUE))->bit1 #define PTBPUE2 ((struct __hc08_bits *)(&PTBPUE))->bit2 #define PTBPUE3 ((struct __hc08_bits *)(&PTBPUE))->bit3 #define PTBPUE4 ((struct __hc08_bits *)(&PTBPUE))->bit4 #define PTBPUE5 ((struct __hc08_bits *)(&PTBPUE))->bit5 #define PTBPUE6 ((struct __hc08_bits *)(&PTBPUE))->bit6 #define PTBPUE7 ((struct __hc08_bits *)(&PTBPUE))->bit7 _VOLDATA _UINT8 __at 0x1a KBSCR; /* Keyboard Status and Control Register */ #define MODEK ((struct __hc08_bits *)(&KBSCR))->bit0 #define IMASKK ((struct __hc08_bits *)(&KBSCR))->bit1 #define ACKK ((struct __hc08_bits *)(&KBSCR))->bit2 #define KEYF ((struct __hc08_bits *)(&KBSCR))->bit3 _VOLDATA _UINT8 __at 0x1b KBIER; /* Keyboard Interrupt Enable Register */ #define KBIE0 ((struct __hc08_bits *)(&KBIER))->bit0 #define KBIE1 ((struct __hc08_bits *)(&KBIER))->bit1 #define KBIE2 ((struct __hc08_bits *)(&KBIER))->bit2 #define KBIE3 ((struct __hc08_bits *)(&KBIER))->bit3 #define KBIE4 ((struct __hc08_bits *)(&KBIER))->bit4 #define KBIE5 ((struct __hc08_bits *)(&KBIER))->bit5 #define AWUIE ((struct __hc08_bits *)(&KBIER))->bit6 _VOLDATA _UINT8 __at 0x1d INTSCR; /* IRQ Status and Control Register */ #define MODE1 ((struct __hc08_bits *)(&INTSCR))->bit0 #define IMASK1 ((struct __hc08_bits *)(&INTSCR))->bit1 #define ACK1 ((struct __hc08_bits *)(&INTSCR))->bit2 #define IRQF1 ((struct __hc08_bits *)(&INTSCR))->bit3 _VOLDATA _UINT8 __at 0x1e CONFIG2; /* Configuration Register 2 */ /* CONFIG2 is one-time writeable, so can't use bitfields */ _VOLDATA _UINT8 __at 0x1f CONFIG1; /* Configuration Register 1 */ /* CONFIG1 is one-time writeable, so can't use bitfields */ _VOLDATA _UINT8 __at 0x20 TSC; /* TIM Status and Control */ #define PS0 ((struct __hc08_bits *)(&TSC))->bit0 #define PS1 ((struct __hc08_bits *)(&TSC))->bit1 #define PS2 ((struct __hc08_bits *)(&TSC))->bit2 #define TRST ((struct __hc08_bits *)(&TSC))->bit4 #define TSTOP ((struct __hc08_bits *)(&TSC))->bit5 #define TOIE ((struct __hc08_bits *)(&TSC))->bit6 #define TOF ((struct __hc08_bits *)(&TSC))->bit7 _VOLDATA _UINT8 __at 0x21 TCNTH; /* TIM Counter Register High */ _VOLDATA _UINT8 __at 0x22 TCNTL; /* TIM Counter Register Low */ _VOLDATA _UINT16 __at 0x21 TCNT; /* TIM Counter High & Low Registers */ _VOLDATA _UINT8 __at 0x23 TMODH; /* TIM Counter Modulo Register High */ _VOLDATA _UINT8 __at 0x24 TMODL; /* TIM Counter Modulo Register Low */ _VOLDATA _UINT16 __at 0x23 TMOD; /* TIM Counter Modulo High & Low Registers */ _VOLDATA _UINT8 __at 0x25 TSC0; /* TIM Channel 0 Status and Control Register */ #define CH0MAX ((struct __hc08_bits *)(&TSC0))->bit0 #define TOV0 ((struct __hc08_bits *)(&TSC0))->bit1 #define ELS0A ((struct __hc08_bits *)(&TSC0))->bit2 #define ELS0B ((struct __hc08_bits *)(&TSC0))->bit3 #define MS0A ((struct __hc08_bits *)(&TSC0))->bit4 #define MS0B ((struct __hc08_bits *)(&TSC0))->bit5 #define CH0IE ((struct __hc08_bits *)(&TSC0))->bit6 #define CH0F ((struct __hc08_bits *)(&TSC0))->bit7 _VOLDATA _UINT8 __at 0x26 TCH0H; /* TIM Channel 0 Register High */ _VOLDATA _UINT8 __at 0x27 TCH0L; /* TIM Channel 0 Register Low */ _VOLDATA _UINT16 __at 0x26 TCH0; /* TIM Channel 0 High & Low Registers */ _VOLDATA _UINT8 __at 0x28 TSC1; /* TIM Channel 1 Status and Control Register */ #define CH1MAX ((struct __hc08_bits *)(&TSC1))->bit0 #define TOV1 ((struct __hc08_bits *)(&TSC1))->bit1 #define ELS1A ((struct __hc08_bits *)(&TSC1))->bit2 #define ELS1B ((struct __hc08_bits *)(&TSC1))->bit3 #define MS1A ((struct __hc08_bits *)(&TSC1))->bit4 #define MS1B ((struct __hc08_bits *)(&TSC1))->bit5 #define CH1IE ((struct __hc08_bits *)(&TSC1))->bit6 #define CH1F ((struct __hc08_bits *)(&TSC1))->bit7 _VOLDATA _UINT8 __at 0x29 TCH1H; /* TIM Channel 1 Register High */ _VOLDATA _UINT8 __at 0x2a TCH1L; /* TIM Channel 1 Register Low */ _VOLDATA _UINT16 __at 0x29 TCH1; /* TIM Channel 1 High & Low Registers */ _VOLDATA _UINT8 __at 0x36 OSCSTAT; /* Oscillator Status Register */ #define ECGST ((struct __hc08_bits *)(&OSCSTAT))->bit0 #define ECGON ((struct __hc08_bits *)(&OSCSTAT))->bit1 _VOLDATA _UINT8 __at 0x38 OSCTRIM; /* Oscillator Trim Register */ _VOLDATA _UINT8 __at 0x3c ADSCR; /* ADC Status and Control Register */ #define CH0 ((struct __hc08_bits *)(&ADSCR))->bit0 #define CH1 ((struct __hc08_bits *)(&ADSCR))->bit1 #define CH2 ((struct __hc08_bits *)(&ADSCR))->bit2 #define CH3 ((struct __hc08_bits *)(&ADSCR))->bit3 #define CH4 ((struct __hc08_bits *)(&ADSCR))->bit4 #define ADC0 ((struct __hc08_bits *)(&ADSCR))->bit5 #define AIEN ((struct __hc08_bits *)(&ADSCR))->bit6 #define COCO ((struct __hc08_bits *)(&ADSCR))->bit7 _VOLDATA _UINT8 __at 0x3e ADR; /* ADC Data Register */ _VOLDATA _UINT8 __at 0x3f ADICLK; /* ADS Input Clock Register */ #define ADIV0 ((struct __hc08_bits *)(&ADICLK))->bit5 #define ADIV1 ((struct __hc08_bits *)(&ADICLK))->bit6 #define ADIV2 ((struct __hc08_bits *)(&ADICLK))->bit7 _VOLXDATA _UINT8 __at 0xfe00 BSR; /* Break Status Register */ #define SBSW ((struct __hc08_bits *)(&BSR))->bit1 _VOLXDATA _UINT8 __at 0xfe01 SRSR; /* SIM Reset Status Register */ #define LVI ((struct __hc08_bits *)(&SRSR))->bit1 #define MODRST ((struct __hc08_bits *)(&SRSR))->bit2 #define ILAD ((struct __hc08_bits *)(&SRSR))->bit3 #define ILOP ((struct __hc08_bits *)(&SRSR))->bit4 #define COP ((struct __hc08_bits *)(&SRSR))->bit5 #define PIN ((struct __hc08_bits *)(&SRSR))->bit6 #define POR ((struct __hc08_bits *)(&SRSR))->bit7 _VOLXDATA _UINT8 __at 0xfe02 BRKAR; /* Break Auxilliary Register */ #define BDCOP ((struct __hc08_bits *)(&BRKAR))->bit0 _VOLXDATA _UINT8 __at 0xfe03 BFCF; /* Break Flag Control Register */ #define BFCF ((struct __hc08_bits *)(&BFCF))->bit7 _VOLXDATA _UINT8 __at 0xfe04 INT1; /* Interrupt Status Register 1 */ #define IF1 ((struct __hc08_bits *)(&INT1))->bit2 #define IF3 ((struct __hc08_bits *)(&INT1))->bit4 #define IF4 ((struct __hc08_bits *)(&INT1))->bit5 #define IF5 ((struct __hc08_bits *)(&INT1))->bit6 _VOLXDATA _UINT8 __at 0xfe05 INT2; /* Interrupt Status Register 2 */ #define IF14 ((struct __hc08_bits *)(&INT2))->bit7 _VOLXDATA _UINT8 __at 0xfe06 INT3; /* Interrupt Status Register 3 */ #define IF15 ((struct __hc08_bits *)(&INT3))->bit0 _VOLXDATA _UINT8 __at 0xfe08 FLCR; /* FLASH Control Register */ #define PGM ((struct __hc08_bits *)(&FLCR))->bit0 #define ERASE ((struct __hc08_bits *)(&FLCR))->bit1 #define MASS ((struct __hc08_bits *)(&FLCR))->bit2 #define HVEN ((struct __hc08_bits *)(&FLCR))->bit3 _VOLXDATA _UINT8 __at 0xfe09 BRKH; /* Break Address High Register */ _VOLXDATA _UINT8 __at 0xfe0a BRKL; /* Break Address Low Register */ _VOLXDATA _UINT16 __at 0xfe09 BRK; /* Break Address High & Low Registers */ _VOLXDATA _UINT8 __at 0xfe0b BRKSCR; /* Break Status and Control Register */ #define BRKA ((struct __hc08_bits *)(&BRKSCR))->bit6 #define BRKE ((struct __hc08_bits *)(&BRKSCR))->bit7 _VOLXDATA _UINT8 __at 0xfe0c LVISR; /* LVI Status Register */ #define LVIOUT ((struct __hc08_bits *)(&LVISR))->bit7 _VOLXDATA _UINT8 __at 0xffbe FLBPR; /* FLASH Block Protect Register */ _VOLXDATA _UINT8 __at 0xffc0 OSCTRIMVAL; /* Oscillator Trim Value */ _VOLXDATA _UINT8 __at 0xffff COPCTL; /* COP Control Register */ #endif sdcc-2.9.0/device/include/limits.h000066400000000000000000000034041116427777700170160ustar00rootroot00000000000000/*------------------------------------------------------------------------- limits.h - ANSI defines constants for sizes of integral types Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __SDC51_LIMITS_H #define __SDC51_LIMITS_H 1 #define CHAR_BIT 8 /* bits in a char */ #define CHAR_MAX 127 #define CHAR_MIN -128 #define SCHAR_MAX CHAR_MAX #define SCHAR_MIN CHAR_MIN #define UCHAR_MAX 0xff #define UCHAR_MIN 0 #define INT_MIN -32768 #define INT_MAX 32767 #define SHRT_MAX INT_MAX #define SHRT_MIN INT_MIN #define UINT_MAX 0xffff #define UINT_MIN 0 #define USHRT_MAX UINT_MAX #define USHRT_MIN UINT_MIN #define LONG_MIN -2147483648 #define LONG_MAX 2147483647 #define ULONG_MAX 0xffffffff #define ULONG_MIN 0 #endif sdcc-2.9.0/device/include/malloc.h000066400000000000000000000031521116427777700167640ustar00rootroot00000000000000/*------------------------------------------------------------------------- malloc.h - malloc header file Written By - Written by Dmitry S. Obukhov, 1997 dso@usa.net This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* malloc.h */ #ifndef __SDCC51_MALLOC_H #define __SDCC51_MALLOC_H #include #include #if _SDCC_MALLOC_TYPE_MLH void * calloc (size_t nmemb, size_t size); void * malloc (size_t size); void * realloc (void * ptr, size_t size); void free (void * ptr); #else extern void __xdata * calloc (size_t nmemb, size_t size); extern void __xdata * malloc (size_t size); extern void __xdata * realloc (void * ptr, size_t size); extern void free (void * ptr); #endif #endif sdcc-2.9.0/device/include/math.h000066400000000000000000000065731116427777700164600ustar00rootroot00000000000000/* math.h: Floating point math function declarations Copyright (C) 2001 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #ifndef _INC_MATH #define _INC_MATH #define HUGE_VALF 3.402823466e+38 #define PI 3.1415926536 #define TWO_PI 6.2831853071 #define HALF_PI 1.5707963268 #define QUART_PI 0.7853981634 #define iPI 0.3183098862 #define iTWO_PI 0.1591549431 #define TWO_O_PI 0.6366197724 /* EPS=B**(-t/2), where B is the radix of the floating-point representation and there are t base-B digits in the significand. Therefore, for floats EPS=2**(-12). Also define EPS2=EPS*EPS. */ #define EPS 244.14062E-6 #define EPS2 59.6046E-9 union float_long { float f; long l; }; #if defined(SDCC_MATH_LIB) && defined(SDCC_mcs51) && !defined(SDCC_USE_XSTACK) && !defined(SDCC_STACK_AUTO) && !defined(_SDCC_NO_ASM_LIB_FUNCS) /* Compile the mcs51 assembly version only when all these conditions are met. Since not all the functions are reentrant, do not compile with --stack-auto is used. */ #define MATH_ASM_MCS51 #endif /* Functions on the z80 & gbz80 are always reentrant and so the "reentrant" */ /* keyword is not defined. */ #if defined(SDCC_z80) || defined(SDCC_gbz80) #define _FLOAT_FUNC_REENTRANT #else #define _FLOAT_FUNC_REENTRANT __reentrant #endif /********************************************** * Prototypes for float ANSI C math functions * **********************************************/ /* Trigonometric functions */ float sinf(const float x) _FLOAT_FUNC_REENTRANT; float cosf(const float x) _FLOAT_FUNC_REENTRANT; float tanf(const float x) _FLOAT_FUNC_REENTRANT; float cotf(const float x) _FLOAT_FUNC_REENTRANT; float asinf(const float x) _FLOAT_FUNC_REENTRANT; float acosf(const float x) _FLOAT_FUNC_REENTRANT; float atanf(const float x) _FLOAT_FUNC_REENTRANT; float atan2f(const float x, const float y); /* Hyperbolic functions */ float sinhf(const float x) _FLOAT_FUNC_REENTRANT; float coshf(const float x) _FLOAT_FUNC_REENTRANT; float tanhf(const float x) _FLOAT_FUNC_REENTRANT; /* Exponential, logarithmic and power functions */ float expf(const float x); float logf(const float x) _FLOAT_FUNC_REENTRANT; float log10f(const float x) _FLOAT_FUNC_REENTRANT; float powf(const float x, const float y); float sqrtf(const float a) _FLOAT_FUNC_REENTRANT; /* Nearest integer, absolute value, and remainder functions */ float fabsf(const float x) _FLOAT_FUNC_REENTRANT; float frexpf(const float x, int *pw2); float ldexpf(const float x, const int pw2); float ceilf(float x) _FLOAT_FUNC_REENTRANT; float floorf(float x) _FLOAT_FUNC_REENTRANT; float modff(float x, float * y); #endif /* _INC_MATH */ sdcc-2.9.0/device/include/mcs51/000077500000000000000000000000001116427777700162735ustar00rootroot00000000000000sdcc-2.9.0/device/include/mcs51/8051.h000066400000000000000000000112221116427777700170370ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Intel 8051 Processor Written By - Bela Torok / bela.torok@kssg.ch (July 2000) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REG8051_H #define REG8051_H /* BYTE Register */ __sfr __at (0x80) P0 ; __sfr __at (0x81) SP ; __sfr __at (0x82) DPL ; __sfr __at (0x83) DPH ; __sfr __at (0x87) PCON ; __sfr __at (0x88) TCON ; __sfr __at (0x89) TMOD ; __sfr __at (0x8A) TL0 ; __sfr __at (0x8B) TL1 ; __sfr __at (0x8C) TH0 ; __sfr __at (0x8D) TH1 ; __sfr __at (0x90) P1 ; __sfr __at (0x98) SCON ; __sfr __at (0x99) SBUF ; __sfr __at (0xA0) P2 ; __sfr __at (0xA8) IE ; __sfr __at (0xB0) P3 ; __sfr __at (0xB8) IP ; __sfr __at (0xD0) PSW ; __sfr __at (0xE0) ACC ; __sfr __at (0xF0) B ; /* BIT Register */ /* P0 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON */ __sbit __at (0x88) IT0 ; __sbit __at (0x89) IE0 ; __sbit __at (0x8A) IT1 ; __sbit __at (0x8B) IE1 ; __sbit __at (0x8C) TR0 ; __sbit __at (0x8D) TF0 ; __sbit __at (0x8E) TR1 ; __sbit __at (0x8F) TF1 ; /* P1 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x97) P1_7 ; /* SCON */ __sbit __at (0x98) RI ; __sbit __at (0x99) TI ; __sbit __at (0x9A) RB8 ; __sbit __at (0x9B) TB8 ; __sbit __at (0x9C) REN ; __sbit __at (0x9D) SM2 ; __sbit __at (0x9E) SM1 ; __sbit __at (0x9F) SM0 ; /* P2 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA7) P2_7 ; /* IE */ __sbit __at (0xA8) EX0 ; __sbit __at (0xA9) ET0 ; __sbit __at (0xAA) EX1 ; __sbit __at (0xAB) ET1 ; __sbit __at (0xAC) ES ; __sbit __at (0xAF) EA ; /* P3 */ __sbit __at (0xB0) P3_0 ; __sbit __at (0xB1) P3_1 ; __sbit __at (0xB2) P3_2 ; __sbit __at (0xB3) P3_3 ; __sbit __at (0xB4) P3_4 ; __sbit __at (0xB5) P3_5 ; __sbit __at (0xB6) P3_6 ; __sbit __at (0xB7) P3_7 ; __sbit __at (0xB0) RXD ; __sbit __at (0xB1) TXD ; __sbit __at (0xB2) INT0 ; __sbit __at (0xB3) INT1 ; __sbit __at (0xB4) T0 ; __sbit __at (0xB5) T1 ; __sbit __at (0xB6) WR ; __sbit __at (0xB7) RD ; /* IP */ __sbit __at (0xB8) PX0 ; __sbit __at (0xB9) PT0 ; __sbit __at (0xBA) PX1 ; __sbit __at (0xBB) PT1 ; __sbit __at (0xBC) PS ; /* PSW */ __sbit __at (0xD0) P ; __sbit __at (0xD1) F1 ; __sbit __at (0xD2) OV ; __sbit __at (0xD3) RS0 ; __sbit __at (0xD4) RS1 ; __sbit __at (0xD5) F0 ; __sbit __at (0xD6) AC ; __sbit __at (0xD7) CY ; /* BIT definitions for bits that are not directly accessible */ /* PCON bits */ #define IDL 0x01 #define PD 0x02 #define GF0 0x04 #define GF1 0x08 #define SMOD 0x80 /* TMOD bits */ #define T0_M0 0x01 #define T0_M1 0x02 #define T0_CT 0x04 #define T0_GATE 0x08 #define T1_M0 0x10 #define T1_M1 0x20 #define T1_CT 0x40 #define T1_GATE 0x80 #define T0_MASK 0x0F #define T1_MASK 0xF0 /* Interrupt numbers: address = (number * 8) + 3 */ #define IE0_VECTOR 0 /* 0x03 external interrupt 0 */ #define TF0_VECTOR 1 /* 0x0b timer 0 */ #define IE1_VECTOR 2 /* 0x13 external interrupt 1 */ #define TF1_VECTOR 3 /* 0x1b timer 1 */ #define SI0_VECTOR 4 /* 0x23 serial port 0 */ #endif sdcc-2.9.0/device/include/mcs51/8052.h000066400000000000000000000042211116427777700170410ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Intel 8052 Processor Written By - Bela Torok / bela.torok@kssg.ch (July 2000) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REG8052_H #define REG8052_H #include <8051.h> /* load definitions for the 8051 core */ #ifdef REG8051_H #undef REG8051_H #endif /* define 8052 specific registers only */ /* T2CON */ __sfr __at (0xC8) T2CON ; /* RCAP2 L & H */ __sfr __at (0xCA) RCAP2L ; __sfr __at (0xCB) RCAP2H ; __sfr __at (0xCC) TL2 ; __sfr __at (0xCD) TH2 ; /* IE */ __sbit __at (0xAD) ET2 ; /* Enable timer2 interrupt */ /* IP */ __sbit __at (0xBD) PT2 ; /* T2 interrupt priority bit */ /* T2CON bits */ __sbit __at (0xC8) T2CON_0 ; __sbit __at (0xC9) T2CON_1 ; __sbit __at (0xCA) T2CON_2 ; __sbit __at (0xCB) T2CON_3 ; __sbit __at (0xCC) T2CON_4 ; __sbit __at (0xCD) T2CON_5 ; __sbit __at (0xCE) T2CON_6 ; __sbit __at (0xCF) T2CON_7 ; __sbit __at (0xC8) CP_RL2 ; __sbit __at (0xC9) C_T2 ; __sbit __at (0xCA) TR2 ; __sbit __at (0xCB) EXEN2 ; __sbit __at (0xCC) TCLK ; __sbit __at (0xCD) RCLK ; __sbit __at (0xCE) EXF2 ; __sbit __at (0xCF) TF2 ; #endif sdcc-2.9.0/device/include/mcs51/ADuC84x.h000066400000000000000000000407441116427777700175750ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for Analog Devices ADuC841/ADuC842/ADuC843 (Based on datasheet Rev 0, 11/2003 ) Written By - Jesus Calvino-Fraga / jesusc at ece.ubc.ca (March 2007) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option); any later version This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REG_ADUC84X_H #define REG_ADUC84X_H #include SFR(CFG841, 0xAF); // ADuC841 Configuration SFR. SFR(CFG842, 0xAF); // ADuC842/ADuC843 Configuration SFR. //For the two SFRs above these are the bits. Warning: some are different for //the ADuC841 and ADuC842/ADuC843. Check the datasheet! #define EPM2 0x10 // Flash/EE Controller and PWM Clock Frequency Configuration Bit 2. #define EPM1 0x08 // Flash/EE Controller and PWM Clock Frequency Configuration Bit 1. #define EPM0 0x04 // Flash/EE Controller and PWM Clock Frequency Configuration Bit 0. #define EXSP 0x80 // Extended SP Enable. #define PWPO 0x40 // PWM Pin Out Selection. #define DBUF 0x20 // DAC Output Buffer. #define EXTCLK 0x10 // Set by the user to 1 to select an external clock input on P3.4. #define MSPI 0x02 // Set to 1 by the user to move the SPI functionality of. #define XRAMEN 0x01 // XRAM Enable Bit. SFR(SP, 0x81); // Stack Pointer. SFR(SPH, 0xB7); // Stack pointer high. SFR(DPL, 0x82); // Data Pointer Low. SFR(DPH, 0x83); // Data Pointer High. SFR(DPP, 0x84); // Data Pointer Page Byte. SFR(DPCON, 0xA7); // Data Pointer Control SFR. SFR(PCON, 0x87); // Power Control. #define SMOD 0x80 //Double UART Baud Rate. #define SERIPD 0x40 //I2C/SPI Power-Down Interrupt Enable. #define INT0PD 0x20 //INT0 Power-Down Interrupt Enable. #define ALEOFF 0x10 //Disable ALE Output. #define GF1 0x08 //General-Purpose Flag Bit. #define GF0 0x04 //General-Purpose Flag Bit. #define PD 0x02 //Power-Down Mode Enable. #define IDL 0x01 //Idle Mode Enable. SFR(TCON, 0x88); // Timer/Counter Control. SBIT(TF1, 0x88, 7); // Timer 1 overflow flag. SBIT(TR1, 0x88, 6); // Timer 1 run control flag. SBIT(TF0, 0x88, 5); // Timer 0 overflow flag. SBIT(TR0, 0x88, 4); // Timer 0 run control flag. SBIT(IE1, 0x88, 3); // Interrupt 1 flag. SBIT(IT1, 0x88, 2); // Interrupt 1 type control bit. SBIT(IE0, 0x88, 1); // Interrupt 0 flag. SBIT(IT0, 0x88, 0); // Interrupt 0 type control bit. SFR(TMOD, 0x89); // Timer/Counter Mode Control. #define GATE1 0x80 // External enable for timer 1. #define C_T1 0x40 // Timer or counter select for timer 1. #define M1_1 0x20 // Operation mode bit 1 for timer 1. #define M0_1 0x10 // Operation mode bit 0 for timer 1. #define GATE0 0x08 // External enable for timer 0. #define C_T0 0x04 // Timer or counter select for timer 0. #define M1_0 0x02 // Operation mode bit 1 for timer 0. #define M0_0 0x01 // Operation mode bit 0 for timer 0. SFR(TL0, 0x8A); // Timer 0 LSB. SFR(TL1, 0x8B); // Timer 1 LSB. SFR(TH0, 0x8C); // Timer 0 MSB. SFR(TH1, 0x8D); // Timer 1 MSB. SFR(P0, 0x80); // Port 0 SBIT(P0_0, 0x80, 0); // Port 0 bit 0. SBIT(P0_1, 0x80, 1); // Port 0 bit 1. SBIT(P0_2, 0x80, 2); // Port 0 bit 2. SBIT(P0_3, 0x80, 3); // Port 0 bit 3. SBIT(P0_4, 0x80, 4); // Port 0 bit 4. SBIT(P0_5, 0x80, 5); // Port 0 bit 5. SBIT(P0_6, 0x80, 6); // Port 0 bit 6. SBIT(P0_7, 0x80, 7); // Port 0 bit 7. SFR(P1, 0x90); // Port 1 SBIT(P1_0, 0x90, 0); // Port 1 bit 0. SBIT(P1_1, 0x90, 1); // Port 1 bit 1. SBIT(P1_2, 0x90, 2); // Port 1 bit 2. SBIT(P1_3, 0x90, 3); // Port 1 bit 3. SBIT(P1_4, 0x90, 4); // Port 1 bit 4. SBIT(P1_5, 0x90, 5); // Port 1 bit 5. SBIT(P1_6, 0x90, 6); // Port 1 bit 6. SBIT(P1_7, 0x90, 7); // Port 1 bit 7. // Alternate names SBIT(T2EX, 0x90, 1); //Capture/reload trigger for Counter 2. SBIT(T2, 0x90, 0); //Input to Timer/Counter 2. SFR(P2, 0xA0); // Port 2 SBIT(P2_0, 0xA0, 0); // Port 2 bit 0. SBIT(P2_1, 0xA0, 1); // Port 2 bit 1. SBIT(P2_2, 0xA0, 2); // Port 2 bit 2. SBIT(P2_3, 0xA0, 3); // Port 2 bit 3. SBIT(P2_4, 0xA0, 4); // Port 2 bit 4. SBIT(P2_5, 0xA0, 5); // Port 2 bit 5. SBIT(P2_6, 0xA0, 6); // Port 2 bit 6. SBIT(P2_7, 0xA0, 7); // Port 2 bit 7. SFR(P3, 0xB0); // Port 3 SBIT(P3_0, 0xB0, 0); // Port 3 bit 0. SBIT(P3_1, 0xB0, 1); // Port 3 bit 1. SBIT(P3_2, 0xB0, 2); // Port 3 bit 2. SBIT(P3_3, 0xB0, 3); // Port 3 bit 3. SBIT(P3_4, 0xB0, 4); // Port 3 bit 4. SBIT(P3_5, 0xB0, 5); // Port 3 bit 5. SBIT(P3_6, 0xB0, 6); // Port 3 bit 6. SBIT(P3_7, 0xB0, 7); // Port 3 bit 7. // Alternate names. SBIT(RXD, 0xB0, 0); SBIT(TXD, 0xB0, 1); SBIT(INT0, 0xB0, 2); SBIT(INT1, 0xB0, 3); SBIT(T0, 0xB0, 4); SBIT(T1, 0xB0, 5); SBIT(WR, 0xB0, 6); SBIT(RD, 0xB0, 7); SFR(I2CADD, 0x9B); // I2C Address Register 1. SFR(I2CADD1, 0x91); // I2C Address Register 2. SFR(I2CADD2, 0x92); // I2C Address Register 3. SFR(I2CADD3, 0x93); // I2C Address Register 4. SFR(I2CDAT, 0x9A); // I2C Data Register. SFR(SCON, 0x98); // Serial Port Control. SBIT(SM0, 0x98, 7); // Serial Port Mode Bit 0. SBIT(SM1, 0x98, 6); // Serial Port Mode Bit 1. SBIT(SM2, 0x98, 5); // Serial Port Mode Bit 2. SBIT(REN, 0x98, 4); // Enables serial reception. SBIT(TB8, 0x98, 3); // The 9th data bit that will be transmitted in Modes 2 and 3. SBIT(RB8, 0x98, 2); // In Modes 2 and 3, the 9th data bit that was received. SBIT(TI, 0x98, 1); // Transmit interrupt flag. SBIT(RI, 0x98, 0); // Receive interrupt flag. SFR(SBUF, 0x99); // Serial Data Buffer. //For these two, you may want to check page 68 of the datasheet... SFR(T3FD, 0x9D); // Fractional divider ratio. SFR(T3CON, 0x9E); // T3CON is the baud rate control SFR, allowing Timer 3 to be // used to set up the UART baud rate, and setting up the binary // divider (DIV). #define T3BAUDEN 0x80 // T3 UART BAUD Enable. #define DIV2 0x04 // Binary Divider Factor bit 3. #define DIV1 0x02 // Binary Divider Factor bit 2. #define DIV0 0x01 // Binary Divider Factor bit 1. SFR(TIMECON, 0xA1); // TIC Control Register. #define TFH 0x40 // Twenty-Four Hour Select Bit. #define ITS1 0x20 // Interval Timebase Selection Bit 1. #define ITS0 0x10 // Interval Timebase Selection Bit 1. #define STI 0x08 // Single Time Interval Bit. #define TII 0x04 // TIC Interrupt Bit. #define TIEN 0x02 // Time Interval Enable Bit. #define TCEN 0x01 // Time Clock Enable Bit. SFR(HTHSEC, 0xA2); // Hundredths Seconds Time Register. SFR(SEC, 0xA3); // Seconds Time Register. SFR(MIN, 0xA4); // Minutes Time Register. SFR(HOUR, 0xA5); // Hours Time Register. SFR(INTVAL, 0xA6); // User Time Interval Select Register. SFR(IE, 0xA8); // Interrupt Enable. SBIT(EA, 0xA8, 7); // Global Interrupt Enable. SBIT(EADC, 0xA8, 6); // ADC Interrupt Enable. SBIT(ET2, 0xA8, 5); // Timer 2 Interrupt Enable. SBIT(ES, 0xA8, 4); // Serial Interrupt Enable. SBIT(ET1, 0xA8, 3); // Timer 1 Interrupt Enable. SBIT(EX1, 0xA8, 2); // External 1 Interrupt Enable. SBIT(ET0, 0xA8, 1); // Timer 0 Interrupt Enable. SBIT(EX0, 0xA8, 0); // External 0 Interrupt Enable. SFR(IEIP2, 0xA9); // Secondary Interrupt Enable Register #define PTI 0x40 // Priority for time interval interrupt. #define PPSM 0x20 // Priority for power supply monitor interrupt. #define PSI2 0x10 // Priority for SPI/I2C interrupt. Same name as bit in IP??? #define ETI 0x04 // Enable time interval counter interrupts. #define EPSMI 0x02 // Enable power supply monitor interrupts. #define ESI 0x01 // Enable SPI or I2C serial port interrupts. SFR(PWMCON, 0xAE); //PWM control. #define SNGL 0x80 // Turns off PMW output at P2.6 or P3.4. #define MD2 0x40 // PWM Mode Bit 2. #define MD1 0x20 // PWM Mode Bit 2. #define MD0 0x10 // PWM Mode Bit 2. #define CDIV1 0x08 // PWM Clock Divider bit 1. #define CDIV0 0x04 // PWM Clock Divider bit 1. #define CSEL1 0x02 // PWM Clock Select bit 1. (Typo in datasheet???) #define CSEL0 0x01 // PWM Clock Select bit 0. SFR(PWM0L, 0xB1); // PWM 0 duty cycle low. SFR(PWM0H, 0xB2); // PWM 0 duty cycle high. SFR(PWM1L, 0xB3); // PWM 1 duty cycle low. SFR(PWM1H, 0xB4); // PWM 1 duty cycle high. SFR(IP, 0xB8); // Interrupt Priority Reg. SBIT(PSI, 0xB8, 7); // Priority for SPI/I2C interrupt. SBIT(PADC, 0xB8, 6); // ADC interrupt priority bit. SBIT(PT2, 0xB8, 5); // Timer 2 interrupt priority bit. SBIT(PS, 0xB8, 4); // Serial Port interrupt priority bit. SBIT(PT1, 0xB8, 3); // Timer 1 interrupt priority bit. SBIT(PX1, 0xB8, 2); // External interrupt 1 priority bit. SBIT(PT0, 0xB8, 1); // Timer 0 interrupt priority bit. SBIT(PX0, 0xB8, 0); // External interrupt 0 priority bit. SFR(ECON, 0xB9); // Flash/EE Memory Control SFR. SFR(EDATA1, 0xBC); // EE page data byte 1. SFR(EDATA2, 0xBD); // EE page data byte 2. SFR(EDATA3, 0xBE); // EE page data byte 3. SFR(EDATA4, 0xBF); // EE page data byte 4. SFR(EADRL, 0xC6); // EE address low. SFR(EADRH, 0xC7); // EE address high. SFR(WDCON, 0xC0); //Watchdog Timer Control Register. SBIT(PRE3, 0xc0, 7); // Timeout period bit 4. SBIT(PRE2, 0xc0, 6); // Timeout period bit 3. SBIT(PRE1, 0xc0, 5); // Timeout period bit 2. SBIT(PRE0, 0xc0, 4); // Timeout period bit 1. SBIT(WDIR, 0xc0, 3); // Watchdog Interrupt Response Enable Bit. SBIT(WDS, 0xc0, 2); // Watchdog Status Bit. SBIT(WDE, 0xc0, 1); // Watchdog Enable Bit. SBIT(WDWR, 0xc0, 0); // Watchdog Write Enable Bit. SFR(CHIPID, 0xC2); // System Self-Identification? WARNING: No description in the datasheet. SFR(T2CON, 0xC8); // Timer / Counter 2 Control. SBIT(TF2, 0xC8, 7); // Timer 2 overflow flag. SBIT(EXF2, 0xC8, 6); // Timer 2 external flag. SBIT(RCLK, 0xC8, 5); // Receive clock flag. SBIT(TCLK, 0xC8, 4); // Transmit clock flag. SBIT(EXEN2, 0xC8, 3); // Timer 2 external enable flag. SBIT(TR2, 0xC8, 2); // Start/stop control for timer 2. SBIT(CNT2, 0xC8, 1); // Timer or coutner select. SBIT(CAP2, 0xC8, 0); // Capture/reload flag. SFR(RCAP2L, 0xCA); // Timer 2 Capture LSB. SFR(RCAP2H, 0xCB); // Timer 2 Capture MSB. SFR(TL2, 0xCC); // Timer 2 LSB. SFR(TH2, 0xCD); // Timer 2 MSB. SFR(PSW, 0xD0); // Program Status Word. SBIT(CY, 0xD0, 7); // Carry Flag. SBIT(AC, 0xD0, 6); // Auxiliary Carry Flag. SBIT(F0, 0xD0, 5); // User-Defined Flag. SBIT(RS1, 0xD0, 4); // Register Bank Select 1. SBIT(RS0, 0xD0, 3); // Register Bank Select 0. SBIT(OV, 0xD0, 2); // Overflow Flag. SBIT(F1, 0xD0, 1); // User-Defined Flag. SBIT(P, 0xD0, 0); // Parity Flag. SFR(DMAL, 0xD2); // DMA mode address pointer low. SFR(DMAH, 0xD3); // DMA mode address pointer high. SFR(DMAP, 0xD4); // DMA mode address pointer page. (?) SFR(PLLCON, 0xD7); // PLL Control Register. SFR(PSMCON, 0xDF); // Power supply monitor. #define CMPD 0x40 // DVDD Comparator Bit. #define PSMI 0x20 // Power Supply Monitor Interrupt Bit. #define TPD1 0x10 // DVDD Trip Point Selection Bit 2. #define TPD0 0x08 // DVDD Trip Point Selection Bit 1. #define PSMEN 0x01 // Power Supply Monitor Enable Bit. SFR(ACC, 0xE0); // Accumulator SBIT(ACC_0, 0xE0, 0); // Accumulator bit 0. SBIT(ACC_1, 0xE0, 1); // Accumulator bit 1. SBIT(ACC_2, 0xE0, 2); // Accumulator bit 2. SBIT(ACC_3, 0xE0, 3); // Accumulator bit 3. SBIT(ACC_4, 0xE0, 4); // Accumulator bit 4. SBIT(ACC_5, 0xE0, 5); // Accumulator bit 5. SBIT(ACC_6, 0xE0, 6); // Accumulator bit 6. SBIT(ACC_7, 0xE0, 7); // Accumulator bit 7. SFR(I2CCON, 0xE8); // I2C Control Register // Master mode SBIT(MDO, 0xE8, 7); // I2C Software Master Data Output Bit. SBIT(MDE, 0xE8, 6); // I2C Software Master Data Output Enable Bit. SBIT(MCO, 0xE8, 5); // I2C Software Master Clock Output Bit. SBIT(MDI, 0xE8, 4); // I2C Software Master Data Input Bit. // Slave mode SBIT(I2CSI, 0xE8, 7); // I2C Stop Interrupt Enable Bit. SBIT(I2CGC, 0xE8, 6); // I2C General Call Status Bit. SBIT(I2CID1, 0xE8, 5); // I2C Interrupt Decode Bit 2. SBIT(I2CID0, 0xE8, 4); // I2C Interrupt Decode Bit 1. SBIT(I2CM, 0xE8, 3); // I2C Master/Slave Mode Bit. SBIT(I2CRS, 0xE8, 2); // I2C Reset Bit. SBIT(I2CTX, 0xE8, 1); // I2C Direction Transfer Bit. SBIT(I2CI, 0xE8, 0); // I2C Interrupt Bit. SFR(B, 0xF0); // B Register SBIT(B_0, 0xF0, 0); // Register B bit 0. SBIT(B_1, 0xF0, 1); // Register B bit 1. SBIT(B_2, 0xF0, 2); // Register B bit 2. SBIT(B_3, 0xF0, 3); // Register B bit 3. SBIT(B_4, 0xF0, 4); // Register B bit 4. SBIT(B_5, 0xF0, 5); // Register B bit 5. SBIT(B_6, 0xF0, 6); // Register B bit 6. SBIT(B_7, 0xF0, 7); // Register B bit 7. SFR(ADCCON1, 0xEF); //ADC Control SFR 1 //WARNING: bit 7 is named MD1 in the datasheet, but that name is already used. #define MD 0x80 // The mode bit selects the active operating mode of the ADC. #define EXT_REF 0x40 // Set by the user to select an external reference. #define CK1 0x20 // The ADC clock divide bit 1. #define CK0 0x10 // The ADC clock divide bit 0. #define AQ1 0x08 // ADC acquisition select bit 1. #define AQ0 0x04 // ADC acquisition select bit 0. #define T2C 0x02 // The Timer 2 conversion bit. #define EXC 0x01 // The external trigger enable bit. SFR(ADCCON2, 0xD8); // ADC Control SFR 2. SBIT(ADCI, 0xD8, 7); // ADC Interrupt Bit. SBIT(DMA, 0xD8, 6); // DMA Mode Enable Bit. SBIT(CCONV, 0xD8, 5); // Continuous Conversion Bit. SBIT(SCONV, 0xD8, 4); // Single Conversion Bit. SBIT(CS3, 0xD8, 3); // Channel Selection Bit 4. SBIT(CS2, 0xD8, 2); // Channel Selection Bit 3. SBIT(CS1, 0xD8, 1); // Channel Selection Bit 2. SBIT(CS0, 0xD8, 0); // Channel Selection Bit 1. SFR(ADCCON3, 0xF5); //ADC Control SFR 3 #define BUSY 0x80 // ADC Busy Status Bit. #define AVGS1 0x20 // Number of Average Selection Bit 2. #define AVGS0 0x10 // Number of Average Selection Bit 1. #define TYPICAL 0x02 // Calibration Type Select Bit. #define SCAL 0x01 // Start Calibration Cycle Bit. SFR(ADCDATAL, 0xD9); // ADC Result byte low. SFR(ADCDATAH, 0xDA); // ADC Result byte high. WARNING: bits 4 to 7 are the ADC channel! SFR(ADCOFSL, 0xF1); // Offset calibration coefficient byte (low). SFR(ADCOFSH, 0xF2); // Offset calibration coefficient byte (high). SFR(ADCGAINL, 0xF3); // Gain calibration coefficient byte (low). SFR(ADCGAINH, 0xF4); // Gain calibration coefficient byte (high). SFR(SPIDAT, 0xF7); // SPI Data Register. SFR(SPICON, 0xF8); // SPI Control Register. SBIT(ISPI, 0xF8, 7); // SPI Interrupt Bit. SBIT(WCOL, 0xF8, 6); // Write Collision Error Bit. SBIT(SPE, 0xF8, 5); // SPI Interface Enable Bit. SBIT(SPIM, 0xF8, 4); // SPI Master/Slave Mode Select Bit. SBIT(CPOL, 0xF8, 3); // Clock Polarity Select Bit. SBIT(CPHA, 0xF8, 2); // Clock Phase Select Bit. SBIT(SPR1, 0xF8, 1); // SPI Bit Rate Select Bit 2. SBIT(SPR0, 0xF8, 0); // SPI Bit Rate Select Bit 1. SFR(DAC0L, 0xF9); // DAC0 Data Low Byte. SFR(DAC0H, 0xFA); // DAC0 Data High Byte. SFR(DAC1L, 0xFB); // DAC1 Data Low Byte. SFR(DAC1H, 0xFC); // DAC1 Data High Byte. SFR(DACCON, 0xFD); // DAC Control Register. #define MODE 0x80 // 8/12 bit selection. #define RNG1 0x40 // DAC1 Range Select Bit. #define RNG0 0x20 // DAC0 Range Select Bit. #define CLR1 0x10 // DAC1 Clear Bit. #define CLR0 0x08 // DAC0 Clear Bit. #define SYNC 0x04 // DAC0/1 Update Synchronization Bit. #define PD1 0x02 // DAC1 Power-Down Bit. #define PD0 0x01 // DAC0 Power-Down Bit. #endif //REG_ADUC84X_H sdcc-2.9.0/device/include/mcs51/C8051F000.h000066400000000000000000000530201116427777700174720ustar00rootroot00000000000000/*--------------------------------------------------------------------------- Register Declarations for the Cygnal/SiLabs C8051F000-F017 Processor Range Copyright (C) 2003 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA ---------------------------------------------------------------------------*/ #ifndef C8051F000_H #define C8051F000_H /* BYTE Registers */ __sfr __at (0x80) P0 ; /* PORT 0 */ __sfr __at (0x81) SP ; /* STACK POINTER */ __sfr __at (0x82) DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at (0x83) DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at (0x87) PCON ; /* POWER CONTROL */ __sfr __at (0x88) TCON ; /* TIMER CONTROL */ __sfr __at (0x89) TMOD ; /* TIMER MODE */ __sfr __at (0x8A) TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at (0x8B) TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at (0x8C) TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at (0x8D) TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at (0x8E) CKCON ; /* CLOCK CONTROL */ __sfr __at (0x8F) PSCTL ; /* PROGRAM STORE R/W CONTROL */ __sfr __at (0x90) P1 ; /* PORT 1 */ __sfr __at (0x91) TMR3CN ; /* TIMER 3 CONTROL */ __sfr __at (0x92) TMR3RLL ; /* TIMER 3 RELOAD REGISTER - LOW BYTE */ __sfr __at (0x93) TMR3RLH ; /* TIMER 3 RELOAD REGISTER - HIGH BYTE */ __sfr __at (0x94) TMR3L ; /* TIMER 3 - LOW BYTE */ __sfr __at (0x95) TMR3H ; /* TIMER 3 - HIGH BYTE */ __sfr __at (0x98) SCON ; /* SERIAL PORT CONTROL */ __sfr __at (0x99) SBUF ; /* SERIAL PORT BUFFER */ __sfr __at (0x9A) SPI0CFG ; /* SERIAL PERIPHERAL INTERFACE 0 CONFIGURATION */ __sfr __at (0x9B) SPI0DAT ; /* SERIAL PERIPHERAL INTERFACE 0 DATA */ __sfr __at (0x9D) SPI0CKR ; /* SERIAL PERIPHERAL INTERFACE 0 CLOCK RATE CONTROL */ __sfr __at (0x9E) CPT0CN ; /* COMPARATOR 0 CONTROL */ __sfr __at (0x9F) CPT1CN ; /* COMPARATOR 1 CONTROL */ __sfr __at (0xA0) P2 ; /* PORT 2 */ __sfr __at (0xA4) PRT0CF ; /* PORT 0 CONFIGURATION */ __sfr __at (0xA5) PRT1CF ; /* PORT 1 CONFIGURATION */ __sfr __at (0xA6) PRT2CF ; /* PORT 2 CONFIGURATION */ __sfr __at (0xA7) PRT3CF ; /* PORT 3 CONFIGURATION */ __sfr __at (0xA8) IE ; /* INTERRUPT ENABLE */ __sfr __at (0xAD) PRT1IF ; /* PORT 1 EXTERNAL INTERRUPT FLAGS */ __sfr __at (0xAF) EMI0CN ; /* EXTERNAL MEMORY INTERFACE CONTROL */ __sfr __at (0xAF) _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at (0xB0) P3 ; /* PORT 3 */ __sfr __at (0xB1) OSCXCN ; /* EXTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB2) OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB6) FLSCL ; /* FLASH MEMORY TIMING PRESCALER */ __sfr __at (0xB7) FLACL ; /* FLASH ACESS LIMIT */ __sfr __at (0xB8) IP ; /* INTERRUPT PRIORITY */ __sfr __at (0xBA) AMX0CF ; /* ADC 0 MUX CONFIGURATION */ __sfr __at (0xBB) AMX0SL ; /* ADC 0 MUX CHANNEL SELECTION */ __sfr __at (0xBC) ADC0CF ; /* ADC 0 CONFIGURATION */ __sfr __at (0xBE) ADC0L ; /* ADC 0 DATA - LOW BYTE */ __sfr __at (0xBF) ADC0H ; /* ADC 0 DATA - HIGH BYTE */ __sfr __at (0xC0) SMB0CN ; /* SMBUS 0 CONTROL */ __sfr __at (0xC1) SMB0STA ; /* SMBUS 0 STATUS */ __sfr __at (0xC2) SMB0DAT ; /* SMBUS 0 DATA */ __sfr __at (0xC3) SMB0ADR ; /* SMBUS 0 SLAVE ADDRESS */ __sfr __at (0xC4) ADC0GTL ; /* ADC 0 GREATER-THAN REGISTER - LOW BYTE */ __sfr __at (0xC5) ADC0GTH ; /* ADC 0 GREATER-THAN REGISTER - HIGH BYTE */ __sfr __at (0xC6) ADC0LTL ; /* ADC 0 LESS-THAN REGISTER - LOW BYTE */ __sfr __at (0xC7) ADC0LTH ; /* ADC 0 LESS-THAN REGISTER - HIGH BYTE */ __sfr __at (0xC8) T2CON ; /* TIMER 2 CONTROL */ __sfr __at (0xCA) RCAP2L ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCB) RCAP2H ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCC) TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCD) TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xCF) SMB0CR ; /* SMBUS 0 CLOCK RATE */ __sfr __at (0xD0) PSW ; /* PROGRAM STATUS WORD */ __sfr __at (0xD1) REF0CN ; /* VOLTAGE REFERENCE 0 CONTROL */ __sfr __at (0xD2) DAC0L ; /* DAC 0 REGISTER - LOW BYTE */ __sfr __at (0xD3) DAC0H ; /* DAC 0 REGISTER - HIGH BYTE */ __sfr __at (0xD4) DAC0CN ; /* DAC 0 CONTROL */ __sfr __at (0xD5) DAC1L ; /* DAC 1 REGISTER - LOW BYTE */ __sfr __at (0xD6) DAC1H ; /* DAC 1 REGISTER - HIGH BYTE */ __sfr __at (0xD7) DAC1CN ; /* DAC 1 CONTROL */ __sfr __at (0xD8) PCA0CN ; /* PCA 0 COUNTER CONTROL */ __sfr __at (0xD9) PCA0MD ; /* PCA 0 COUNTER MODE */ __sfr __at (0xDA) PCA0CPM0 ; /* CONTROL REGISTER FOR PCA 0 MODULE 0 */ __sfr __at (0xDB) PCA0CPM1 ; /* CONTROL REGISTER FOR PCA 0 MODULE 1 */ __sfr __at (0xDC) PCA0CPM2 ; /* CONTROL REGISTER FOR PCA 0 MODULE 2 */ __sfr __at (0xDD) PCA0CPM3 ; /* CONTROL REGISTER FOR PCA 0 MODULE 3 */ __sfr __at (0xDE) PCA0CPM4 ; /* CONTROL REGISTER FOR PCA 0 MODULE 4 */ __sfr __at (0xE0) ACC ; /* ACCUMULATOR */ __sfr __at (0xE1) XBR0 ; /* DIGITAL CROSSBAR CONFIGURATION REGISTER 0 */ __sfr __at (0xE2) XBR1 ; /* DIGITAL CROSSBAR CONFIGURATION REGISTER 1 */ __sfr __at (0xE3) XBR2 ; /* DIGITAL CROSSBAR CONFIGURATION REGISTER 2 */ __sfr __at (0xE6) EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at (0xE7) EIE2 ; /* EXTERNAL INTERRUPT ENABLE 2 */ __sfr __at (0xE8) ADC0CN ; /* ADC 0 CONTROL */ __sfr __at (0xE9) PCA0L ; /* PCA 0 TIMER - LOW BYTE */ __sfr __at (0xEA) PCA0CPL0 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 0 - LOW BYTE */ __sfr __at (0xEB) PCA0CPL1 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 1 - LOW BYTE */ __sfr __at (0xEC) PCA0CPL2 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 2 - LOW BYTE */ __sfr __at (0xED) PCA0CPL3 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 3 - LOW BYTE */ __sfr __at (0xEE) PCA0CPL4 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 4 - LOW BYTE */ __sfr __at (0xEF) RSTSRC ; /* RESET SOURCE */ __sfr __at (0xF0) B ; /* B REGISTER */ __sfr __at (0xF6) EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at (0xF7) EIP2 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 2 */ __sfr __at (0xF8) SPI0CN ; /* SERIAL PERIPHERAL INTERFACE 0 CONTROL */ __sfr __at (0xF9) PCA0H ; /* PCA 0 TIMER - HIGH BYTE */ __sfr __at (0xFA) PCA0CPH0 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 0 - HIGH BYTE */ __sfr __at (0xFB) PCA0CPH1 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 1 - HIGH BYTE */ __sfr __at (0xFC) PCA0CPH2 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 2 - HIGH BYTE */ __sfr __at (0xFD) PCA0CPH3 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 3 - HIGH BYTE */ __sfr __at (0xFE) PCA0CPH4 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 4 - HIGH BYTE */ __sfr __at (0xFF) WDTCN ; /* WATCHDOG TIMER CONTROL */ /* WORD/DWORD Registers */ __sfr16 __at (0x8C8A) TMR0 ; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1 ; /* TIMER 1 COUNTER */ __sfr16 __at (0xCDCC) TMR2 ; /* TIMER 2 COUNTER */ __sfr16 __at (0xCBCA) RCAP2 ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0x9594) TMR3 ; /* TIMER 3 COUNTER */ __sfr16 __at (0x9392) TMR3RL ; /* TIMER 3 CAPTURE REGISTER WORD */ __sfr16 __at (0xBFBE) ADC0 ; /* ADC 0 DATA WORD */ __sfr16 __at (0xC5C4) ADC0GT ; /* ADC 0 GREATER-THAN REGISTER WORD */ __sfr16 __at (0xC7C6) ADC0LT ; /* ADC 0 LESS-THAN REGISTER WORD */ __sfr16 __at (0xD3D2) DAC0 ; /* DAC 0 REGISTER WORD */ __sfr16 __at (0xD6D5) DAC1 ; /* DAC 1 REGISTER WORD */ __sfr16 __at (0xF9E9) PCA0 ; /* PCA COUNTER */ __sfr16 __at (0xFAEA) PCA0CP0 ; /* PCA CAPTURE 0 WORD */ __sfr16 __at (0xFBEB) PCA0CP1 ; /* PCA CAPTURE 1 WORD */ __sfr16 __at (0xFCEC) PCA0CP2 ; /* PCA CAPTURE 2 WORD */ __sfr16 __at (0xFDED) PCA0CP3 ; /* PCA CAPTURE 3 WORD */ __sfr16 __at (0xFEEE) PCA0CP4 ; /* PCA CAPTURE 4 WORD */ /* BIT Registers */ /* P0 0x80 */ __sbit __at (0x87) P0_7 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x80) P0_0 ; /* TCON 0x88 */ __sbit __at (0x8F) TF1 ; /* TIMER 1 OVERFLOW FLAG */ __sbit __at (0x8E) TR1 ; /* TIMER 1 ON/OFF CONTROL */ __sbit __at (0x8D) TF0 ; /* TIMER 0 OVERFLOW FLAG */ __sbit __at (0x8C) TR0 ; /* TIMER 0 ON/OFF CONTROL */ __sbit __at (0x8B) IE1 ; /* EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at (0x8A) IT1 ; /* EXT. INTERRUPT 1 TYPE */ __sbit __at (0x89) IE0 ; /* EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at (0x88) IT0 ; /* EXT. INTERRUPT 0 TYPE */ /* P1 0x90 */ __sbit __at (0x97) P1_7 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x90) P1_0 ; /* SCON 0x98 */ __sbit __at (0x9F) SM0 ; /* SERIAL MODE CONTROL BIT 0 */ __sbit __at (0x9E) SM1 ; /* SERIAL MODE CONTROL BIT 1 */ __sbit __at (0x9D) SM2 ; /* MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9C) REN ; /* RECEIVE ENABLE */ __sbit __at (0x9B) TB8 ; /* TRANSMIT BIT 8 */ __sbit __at (0x9A) RB8 ; /* RECEIVE BIT 8 */ __sbit __at (0x99) TI ; /* TRANSMIT INTERRUPT FLAG */ __sbit __at (0x98) RI ; /* RECEIVE INTERRUPT FLAG */ /* P2 0xA0 */ __sbit __at (0xA7) P2_7 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA0) P2_0 ; /* IE 0xA8 */ __sbit __at (0xAF) EA ; /* GLOBAL INTERRUPT ENABLE */ __sbit __at (0xAD) ET2 ; /* TIMER 2 INTERRUPT ENABLE */ __sbit __at (0xAC) ES ; /* SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAB) ET1 ; /* TIMER 1 INTERRUPT ENABLE */ __sbit __at (0xAA) EX1 ; /* EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at (0xA9) ET0 ; /* TIMER 0 INTERRUPT ENABLE */ __sbit __at (0xA8) EX0 ; /* EXTERNAL INTERRUPT 0 ENABLE */ /* P3 0xB0 */ __sbit __at (0xB7) P3_7 ; __sbit __at (0xB6) P3_6 ; __sbit __at (0xB5) P3_5 ; __sbit __at (0xB4) P3_4 ; __sbit __at (0xB3) P3_3 ; __sbit __at (0xB2) P3_2 ; __sbit __at (0xB1) P3_1 ; __sbit __at (0xB0) P3_0 ; /* IP 0xB8 */ __sbit __at (0xBD) PT2 ; /* TIMER 2 PRIORITY */ __sbit __at (0xBC) PS ; /* SERIAL PORT PRIORITY */ __sbit __at (0xBB) PT1 ; /* TIMER 1 PRIORITY */ __sbit __at (0xBA) PX1 ; /* EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at (0xB9) PT0 ; /* TIMER 0 PRIORITY */ __sbit __at (0xB8) PX0 ; /* EXTERNAL INTERRUPT 0 PRIORITY */ /* SMB0CN 0xC0 */ __sbit __at (0xC7) BUSY ; /* SMBUS 0 BUSY */ __sbit __at (0xC6) ENSMB ; /* SMBUS 0 ENABLE */ __sbit __at (0xC5) STA ; /* SMBUS 0 START FLAG */ __sbit __at (0xC4) STO ; /* SMBUS 0 STOP FLAG */ __sbit __at (0xC3) SI ; /* SMBUS 0 INTERRUPT PENDING FLAG */ __sbit __at (0xC2) AA ; /* SMBUS 0 ASSERT/ACKNOWLEDGE FLAG */ __sbit __at (0xC1) SMBFTE ; /* SMBUS 0 FREE TIMER ENABLE */ __sbit __at (0xC0) SMBTOE ; /* SMBUS 0 TIMEOUT ENABLE */ /* T2CON 0xC8 */ __sbit __at (0xCF) TF2 ; /* TIMER 2 OVERFLOW FLAG */ __sbit __at (0xCE) EXF2 ; /* EXTERNAL FLAG */ __sbit __at (0xCD) RCLK ; /* RECEIVE CLOCK FLAG */ __sbit __at (0xCC) TCLK ; /* TRANSMIT CLOCK FLAG */ __sbit __at (0xCB) EXEN2 ; /* TIMER 2 EXTERNAL ENABLE FLAG */ __sbit __at (0xCA) TR2 ; /* TIMER 2 ON/OFF CONTROL */ __sbit __at (0xC9) CT2 ; /* TIMER OR COUNTER SELECT */ __sbit __at (0xC8) CPRL2 ; /* CAPTURE OR RELOAD SELECT */ /* PSW 0xD0 */ __sbit __at (0xD7) CY ; /* CARRY FLAG */ __sbit __at (0xD6) AC ; /* AUXILIARY CARRY FLAG */ __sbit __at (0xD5) F0 ; /* USER FLAG 0 */ __sbit __at (0xD4) RS1 ; /* REGISTER BANK SELECT 1 */ __sbit __at (0xD3) RS0 ; /* REGISTER BANK SELECT 0 */ __sbit __at (0xD2) OV ; /* OVERFLOW FLAG */ __sbit __at (0xD1) F1 ; /* USER FLAG 1 */ __sbit __at (0xD0) P ; /* ACCUMULATOR PARITY FLAG */ /* PCA0CN 0xD8H */ __sbit __at (0xDF) CF ; /* PCA 0 COUNTER OVERFLOW FLAG */ __sbit __at (0xDE) CR ; /* PCA 0 COUNTER RUN CONTROL BIT */ __sbit __at (0xDC) CCF4 ; /* PCA 0 MODULE 4 INTERRUPT FLAG */ __sbit __at (0xDB) CCF3 ; /* PCA 0 MODULE 3 INTERRUPT FLAG */ __sbit __at (0xDA) CCF2 ; /* PCA 0 MODULE 2 INTERRUPT FLAG */ __sbit __at (0xD9) CCF1 ; /* PCA 0 MODULE 1 INTERRUPT FLAG */ __sbit __at (0xD8) CCF0 ; /* PCA 0 MODULE 0 INTERRUPT FLAG */ /* ADC0CN 0xE8H */ __sbit __at (0xEF) AD0EN ; /* ADC 0 ENABLE */ __sbit __at (0xEE) AD0TM ; /* ADC 0 TRACK MODE */ __sbit __at (0xED) AD0INT ; /* ADC 0 CONVERISION COMPLETE INTERRUPT FLAG */ __sbit __at (0xEC) AD0BUSY ; /* ADC 0 BUSY FLAG */ __sbit __at (0xEB) ADSTM1 ; /* ADC 0 START OF CONVERSION MODE BIT 1 */ __sbit __at (0xEA) ADSTM0 ; /* ADC 0 START OF CONVERSION MODE BIT 0 */ __sbit __at (0xE9) AD0WINT ; /* ADC 0 WINDOW COMPARE INTERRUPT FLAG */ __sbit __at (0xE8) ADLJST ; /* ADC 0 RIGHT JUSTIFY DATA BIT */ /* SPI0CN 0xF8H */ __sbit __at (0xFF) SPIF ; /* SPI 0 INTERRUPT FLAG */ __sbit __at (0xFE) WCOL ; /* SPI 0 WRITE COLLISION FLAG */ __sbit __at (0xFD) MODF ; /* SPI 0 MODE FAULT FLAG */ __sbit __at (0xFC) RXOVRN ; /* SPI 0 RX OVERRUN FLAG */ __sbit __at (0xFB) TXBSY ; /* SPI 0 TX BUSY FLAG */ __sbit __at (0xFA) SLVSEL ; /* SPI 0 SLAVE SELECT */ __sbit __at (0xF9) MSTEN ; /* SPI 0 MASTER ENABLE */ __sbit __at (0xF8) SPIEN ; /* SPI 0 SPI ENABLE */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define TF3 0x80 /* TMR3CN */ #define CPFIF 0x10 /* CPTnCN */ #define CPRIF 0x20 /* CPTnCN */ #define CPOUT 0x40 /* CPTnCN */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #endif sdcc-2.9.0/device/include/mcs51/C8051F018.h000066400000000000000000000514201116427777700175050ustar00rootroot00000000000000/*--------------------------------------------------------------------------- Register Declarations for the Cygnal/SiLabs C8051F018-F019 Processor Range Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA ---------------------------------------------------------------------------*/ #ifndef C8051F018_H #define C8051F018_H /* BYTE Registers */ __sfr __at (0x80) P0 ; /* PORT 0 */ __sfr __at (0x81) SP ; /* STACK POINTER */ __sfr __at (0x82) DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at (0x83) DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at (0x87) PCON ; /* POWER CONTROL */ __sfr __at (0x88) TCON ; /* TIMER CONTROL */ __sfr __at (0x89) TMOD ; /* TIMER MODE */ __sfr __at (0x8A) TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at (0x8B) TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at (0x8C) TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at (0x8D) TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at (0x8E) CKCON ; /* CLOCK CONTROL */ __sfr __at (0x8F) PSCTL ; /* PROGRAM STORE R/W CONTROL */ __sfr __at (0x90) P1 ; /* PORT 1 */ __sfr __at (0x91) TMR3CN ; /* TIMER 3 CONTROL */ __sfr __at (0x92) TMR3RLL ; /* TIMER 3 RELOAD REGISTER - LOW BYTE */ __sfr __at (0x93) TMR3RLH ; /* TIMER 3 RELOAD REGISTER - HIGH BYTE */ __sfr __at (0x94) TMR3L ; /* TIMER 3 - LOW BYTE */ __sfr __at (0x95) TMR3H ; /* TIMER 3 - HIGH BYTE */ __sfr __at (0x98) SCON ; /* SERIAL PORT CONTROL */ __sfr __at (0x99) SBUF ; /* SERIAL PORT BUFFER */ __sfr __at (0x9A) SPI0CFG ; /* SERIAL PERIPHERAL INTERFACE 0 CONFIGURATION */ __sfr __at (0x9B) SPI0DAT ; /* SERIAL PERIPHERAL INTERFACE 0 DATA */ __sfr __at (0x9D) SPI0CKR ; /* SERIAL PERIPHERAL INTERFACE 0 CLOCK RATE CONTROL */ __sfr __at (0x9E) CPT0CN ; /* COMPARATOR 0 CONTROL */ __sfr __at (0x9F) CPT1CN ; /* COMPARATOR 1 CONTROL */ __sfr __at (0xA0) P2 ; /* PORT 2 */ __sfr __at (0xA4) PRT0CF ; /* PORT 0 CONFIGURATION */ __sfr __at (0xA5) PRT1CF ; /* PORT 1 CONFIGURATION */ __sfr __at (0xA6) PRT2CF ; /* PORT 2 CONFIGURATION */ __sfr __at (0xA7) PRT3CF ; /* PORT 3 CONFIGURATION */ __sfr __at (0xA8) IE ; /* INTERRUPT ENABLE */ __sfr __at (0xAD) PRT1IF ; /* PORT 1 EXTERNAL INTERRUPT FLAGS */ __sfr __at (0xAF) EMI0CN ; /* EXTERNAL MEMORY INTERFACE CONTROL */ __sfr __at (0xAF) _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at (0xB0) P3 ; /* PORT 3 */ __sfr __at (0xB1) OSCXCN ; /* EXTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB2) OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB6) FLSCL ; /* FLASH MEMORY TIMING PRESCALER */ __sfr __at (0xB7) FLACL ; /* FLASH ACESS LIMIT */ __sfr __at (0xB8) IP ; /* INTERRUPT PRIORITY */ __sfr __at (0xBA) AMX0CF ; /* ADC 0 MUX CONFIGURATION */ __sfr __at (0xBB) AMX0SL ; /* ADC 0 MUX CHANNEL SELECTION */ __sfr __at (0xBC) ADC0CF ; /* ADC 0 CONFIGURATION */ __sfr __at (0xBE) ADC0L ; /* ADC 0 DATA - LOW BYTE */ __sfr __at (0xBF) ADC0H ; /* ADC 0 DATA - HIGH BYTE */ __sfr __at (0xC0) SMB0CN ; /* SMBUS 0 CONTROL */ __sfr __at (0xC1) SMB0STA ; /* SMBUS 0 STATUS */ __sfr __at (0xC2) SMB0DAT ; /* SMBUS 0 DATA */ __sfr __at (0xC3) SMB0ADR ; /* SMBUS 0 SLAVE ADDRESS */ __sfr __at (0xC4) ADC0GTL ; /* ADC 0 GREATER-THAN REGISTER - LOW BYTE */ __sfr __at (0xC5) ADC0GTH ; /* ADC 0 GREATER-THAN REGISTER - HIGH BYTE */ __sfr __at (0xC6) ADC0LTL ; /* ADC 0 LESS-THAN REGISTER - LOW BYTE */ __sfr __at (0xC7) ADC0LTH ; /* ADC 0 LESS-THAN REGISTER - HIGH BYTE */ __sfr __at (0xC8) T2CON ; /* TIMER 2 CONTROL */ __sfr __at (0xCA) RCAP2L ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCB) RCAP2H ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCC) TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCD) TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xCF) SMB0CR ; /* SMBUS 0 CLOCK RATE */ __sfr __at (0xD0) PSW ; /* PROGRAM STATUS WORD */ __sfr __at (0xD1) REF0CN ; /* VOLTAGE REFERENCE 0 CONTROL */ __sfr __at (0xD8) PCA0CN ; /* PCA 0 COUNTER CONTROL */ __sfr __at (0xD9) PCA0MD ; /* PCA 0 COUNTER MODE */ __sfr __at (0xDA) PCA0CPM0 ; /* CONTROL REGISTER FOR PCA 0 MODULE 0 */ __sfr __at (0xDB) PCA0CPM1 ; /* CONTROL REGISTER FOR PCA 0 MODULE 1 */ __sfr __at (0xDC) PCA0CPM2 ; /* CONTROL REGISTER FOR PCA 0 MODULE 2 */ __sfr __at (0xDD) PCA0CPM3 ; /* CONTROL REGISTER FOR PCA 0 MODULE 3 */ __sfr __at (0xDE) PCA0CPM4 ; /* CONTROL REGISTER FOR PCA 0 MODULE 4 */ __sfr __at (0xE0) ACC ; /* ACCUMULATOR */ __sfr __at (0xE1) XBR0 ; /* DIGITAL CROSSBAR CONFIGURATION REGISTER 0 */ __sfr __at (0xE2) XBR1 ; /* DIGITAL CROSSBAR CONFIGURATION REGISTER 1 */ __sfr __at (0xE3) XBR2 ; /* DIGITAL CROSSBAR CONFIGURATION REGISTER 2 */ __sfr __at (0xE6) EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at (0xE7) EIE2 ; /* EXTERNAL INTERRUPT ENABLE 2 */ __sfr __at (0xE8) ADC0CN ; /* ADC 0 CONTROL */ __sfr __at (0xE9) PCA0L ; /* PCA 0 TIMER - LOW BYTE */ __sfr __at (0xEA) PCA0CPL0 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 0 - LOW BYTE */ __sfr __at (0xEB) PCA0CPL1 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 1 - LOW BYTE */ __sfr __at (0xEC) PCA0CPL2 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 2 - LOW BYTE */ __sfr __at (0xED) PCA0CPL3 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 3 - LOW BYTE */ __sfr __at (0xEE) PCA0CPL4 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 4 - LOW BYTE */ __sfr __at (0xEF) RSTSRC ; /* RESET SOURCE */ __sfr __at (0xF0) B ; /* B REGISTER */ __sfr __at (0xF6) EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at (0xF7) EIP2 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 2 */ __sfr __at (0xF8) SPI0CN ; /* SERIAL PERIPHERAL INTERFACE 0 CONTROL */ __sfr __at (0xF9) PCA0H ; /* PCA 0 TIMER - HIGH BYTE */ __sfr __at (0xFA) PCA0CPH0 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 0 - HIGH BYTE */ __sfr __at (0xFB) PCA0CPH1 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 1 - HIGH BYTE */ __sfr __at (0xFC) PCA0CPH2 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 2 - HIGH BYTE */ __sfr __at (0xFD) PCA0CPH3 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 3 - HIGH BYTE */ __sfr __at (0xFE) PCA0CPH4 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 4 - HIGH BYTE */ __sfr __at (0xFF) WDTCN ; /* WATCHDOG TIMER CONTROL */ /* WORD/DWORD Registers */ __sfr16 __at (0x8C8A) TMR0 ; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1 ; /* TIMER 1 COUNTER */ __sfr16 __at (0xCDCC) TMR2 ; /* TIMER 2 COUNTER */ __sfr16 __at (0xCBCA) RCAP2 ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0x9594) TMR3 ; /* TIMER 3 COUNTER */ __sfr16 __at (0x9392) TMR3RL ; /* TIMER 3 CAPTURE REGISTER WORD */ __sfr16 __at (0xBFBE) ADC0 ; /* ADC 0 DATA WORD */ __sfr16 __at (0xC5C4) ADC0GT ; /* ADC 0 GREATER-THAN REGISTER WORD */ __sfr16 __at (0xC7C6) ADC0LT ; /* ADC 0 LESS-THAN REGISTER WORD */ __sfr16 __at (0xF9E9) PCA0 ; /* PCA COUNTER */ __sfr16 __at (0xFAEA) PCA0CP0 ; /* PCA CAPTURE 0 WORD */ __sfr16 __at (0xFBEB) PCA0CP1 ; /* PCA CAPTURE 1 WORD */ __sfr16 __at (0xFCEC) PCA0CP2 ; /* PCA CAPTURE 2 WORD */ __sfr16 __at (0xFDED) PCA0CP3 ; /* PCA CAPTURE 3 WORD */ __sfr16 __at (0xFEEE) PCA0CP4 ; /* PCA CAPTURE 4 WORD */ /* BIT Registers */ /* P0 0x80 */ __sbit __at (0x87) P0_7 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x80) P0_0 ; /* TCON 0x88 */ __sbit __at (0x8F) TF1 ; /* TIMER 1 OVERFLOW FLAG */ __sbit __at (0x8E) TR1 ; /* TIMER 1 ON/OFF CONTROL */ __sbit __at (0x8D) TF0 ; /* TIMER 0 OVERFLOW FLAG */ __sbit __at (0x8C) TR0 ; /* TIMER 0 ON/OFF CONTROL */ __sbit __at (0x8B) IE1 ; /* EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at (0x8A) IT1 ; /* EXT. INTERRUPT 1 TYPE */ __sbit __at (0x89) IE0 ; /* EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at (0x88) IT0 ; /* EXT. INTERRUPT 0 TYPE */ /* P1 0x90 */ __sbit __at (0x97) P1_7 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x90) P1_0 ; /* SCON 0x98 */ __sbit __at (0x9F) SM0 ; /* SERIAL MODE CONTROL BIT 0 */ __sbit __at (0x9E) SM1 ; /* SERIAL MODE CONTROL BIT 1 */ __sbit __at (0x9D) SM2 ; /* MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9C) REN ; /* RECEIVE ENABLE */ __sbit __at (0x9B) TB8 ; /* TRANSMIT BIT 8 */ __sbit __at (0x9A) RB8 ; /* RECEIVE BIT 8 */ __sbit __at (0x99) TI ; /* TRANSMIT INTERRUPT FLAG */ __sbit __at (0x98) RI ; /* RECEIVE INTERRUPT FLAG */ /* P2 0xA0 */ __sbit __at (0xA7) P2_7 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA0) P2_0 ; /* IE 0xA8 */ __sbit __at (0xAF) EA ; /* GLOBAL INTERRUPT ENABLE */ __sbit __at (0xAD) ET2 ; /* TIMER 2 INTERRUPT ENABLE */ __sbit __at (0xAC) ES ; /* SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAB) ET1 ; /* TIMER 1 INTERRUPT ENABLE */ __sbit __at (0xAA) EX1 ; /* EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at (0xA9) ET0 ; /* TIMER 0 INTERRUPT ENABLE */ __sbit __at (0xA8) EX0 ; /* EXTERNAL INTERRUPT 0 ENABLE */ /* P3 0xB0 */ __sbit __at (0xB7) P3_7 ; __sbit __at (0xB6) P3_6 ; __sbit __at (0xB5) P3_5 ; __sbit __at (0xB4) P3_4 ; __sbit __at (0xB3) P3_3 ; __sbit __at (0xB2) P3_2 ; __sbit __at (0xB1) P3_1 ; __sbit __at (0xB0) P3_0 ; /* IP 0xB8 */ __sbit __at (0xBD) PT2 ; /* TIMER 2 PRIORITY */ __sbit __at (0xBC) PS ; /* SERIAL PORT PRIORITY */ __sbit __at (0xBB) PT1 ; /* TIMER 1 PRIORITY */ __sbit __at (0xBA) PX1 ; /* EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at (0xB9) PT0 ; /* TIMER 0 PRIORITY */ __sbit __at (0xB8) PX0 ; /* EXTERNAL INTERRUPT 0 PRIORITY */ /* SMB0CN 0xC0 */ __sbit __at (0xC7) BUSY ; /* SMBUS 0 BUSY */ __sbit __at (0xC6) ENSMB ; /* SMBUS 0 ENABLE */ __sbit __at (0xC5) STA ; /* SMBUS 0 START FLAG */ __sbit __at (0xC4) STO ; /* SMBUS 0 STOP FLAG */ __sbit __at (0xC3) SI ; /* SMBUS 0 INTERRUPT PENDING FLAG */ __sbit __at (0xC2) AA ; /* SMBUS 0 ASSERT/ACKNOWLEDGE FLAG */ __sbit __at (0xC1) SMBFTE ; /* SMBUS 0 FREE TIMER ENABLE */ __sbit __at (0xC0) SMBTOE ; /* SMBUS 0 TIMEOUT ENABLE */ /* T2CON 0xC8 */ __sbit __at (0xCF) TF2 ; /* TIMER 2 OVERFLOW FLAG */ __sbit __at (0xCE) EXF2 ; /* EXTERNAL FLAG */ __sbit __at (0xCD) RCLK ; /* RECEIVE CLOCK FLAG */ __sbit __at (0xCC) TCLK ; /* TRANSMIT CLOCK FLAG */ __sbit __at (0xCB) EXEN2 ; /* TIMER 2 EXTERNAL ENABLE FLAG */ __sbit __at (0xCA) TR2 ; /* TIMER 2 ON/OFF CONTROL */ __sbit __at (0xC9) CT2 ; /* TIMER OR COUNTER SELECT */ __sbit __at (0xC8) CPRL2 ; /* CAPTURE OR RELOAD SELECT */ /* PSW 0xD0 */ __sbit __at (0xD7) CY ; /* CARRY FLAG */ __sbit __at (0xD6) AC ; /* AUXILIARY CARRY FLAG */ __sbit __at (0xD5) F0 ; /* USER FLAG 0 */ __sbit __at (0xD4) RS1 ; /* REGISTER BANK SELECT 1 */ __sbit __at (0xD3) RS0 ; /* REGISTER BANK SELECT 0 */ __sbit __at (0xD2) OV ; /* OVERFLOW FLAG */ __sbit __at (0xD1) F1 ; /* USER FLAG 1 */ __sbit __at (0xD0) P ; /* ACCUMULATOR PARITY FLAG */ /* PCA0CN 0xD8H */ __sbit __at (0xDF) CF ; /* PCA 0 COUNTER OVERFLOW FLAG */ __sbit __at (0xDE) CR ; /* PCA 0 COUNTER RUN CONTROL BIT */ __sbit __at (0xDC) CCF4 ; /* PCA 0 MODULE 4 INTERRUPT FLAG */ __sbit __at (0xDB) CCF3 ; /* PCA 0 MODULE 3 INTERRUPT FLAG */ __sbit __at (0xDA) CCF2 ; /* PCA 0 MODULE 2 INTERRUPT FLAG */ __sbit __at (0xD9) CCF1 ; /* PCA 0 MODULE 1 INTERRUPT FLAG */ __sbit __at (0xD8) CCF0 ; /* PCA 0 MODULE 0 INTERRUPT FLAG */ /* ADC0CN 0xE8H */ __sbit __at (0xEF) AD0EN ; /* ADC 0 ENABLE */ __sbit __at (0xEE) AD0TM ; /* ADC 0 TRACK MODE */ __sbit __at (0xED) AD0INT ; /* ADC 0 CONVERISION COMPLETE INTERRUPT FLAG */ __sbit __at (0xEC) AD0BUSY ; /* ADC 0 BUSY FLAG */ __sbit __at (0xEB) ADSTM1 ; /* ADC 0 START OF CONVERSION MODE BIT 1 */ __sbit __at (0xEA) ADSTM0 ; /* ADC 0 START OF CONVERSION MODE BIT 0 */ __sbit __at (0xE9) AD0WINT ; /* ADC 0 WINDOW COMPARE INTERRUPT FLAG */ __sbit __at (0xE8) ADLJST ; /* ADC 0 RIGHT JUSTIFY DATA BIT */ /* SPI0CN 0xF8H */ __sbit __at (0xFF) SPIF ; /* SPI 0 INTERRUPT FLAG */ __sbit __at (0xFE) WCOL ; /* SPI 0 WRITE COLLISION FLAG */ __sbit __at (0xFD) MODF ; /* SPI 0 MODE FAULT FLAG */ __sbit __at (0xFC) RXOVRN ; /* SPI 0 RX OVERRUN FLAG */ __sbit __at (0xFB) TXBSY ; /* SPI 0 TX BUSY FLAG */ __sbit __at (0xFA) SLVSEL ; /* SPI 0 SLAVE SELECT */ __sbit __at (0xF9) MSTEN ; /* SPI 0 MASTER ENABLE */ __sbit __at (0xF8) SPIEN ; /* SPI 0 SPI ENABLE */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define TF3 0x80 /* TMR3CN */ #define CPFIF 0x10 /* CPTnCN */ #define CPRIF 0x20 /* CPTnCN */ #define CPOUT 0x40 /* CPTnCN */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #endif sdcc-2.9.0/device/include/mcs51/C8051F020.h000066400000000000000000000665171116427777700175130ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Cygnal/SiLabs C8051F02x Processor Range Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F020_H #define C8051F020_H /* BYTE Registers */ __sfr __at (0x80) P0 ; /* PORT 0 */ __sfr __at (0x81) SP ; /* STACK POINTER */ __sfr __at (0x82) DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at (0x83) DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at (0x84) P4 ; /* PORT 4 */ __sfr __at (0x85) P5 ; /* PORT 5 */ __sfr __at (0x86) P6 ; /* PORT 6 */ __sfr __at (0x87) PCON ; /* POWER CONTROL */ __sfr __at (0x88) TCON ; /* TIMER CONTROL */ __sfr __at (0x89) TMOD ; /* TIMER MODE */ __sfr __at (0x8A) TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at (0x8B) TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at (0x8C) TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at (0x8D) TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at (0x8E) CKCON ; /* CLOCK CONTROL */ __sfr __at (0x8F) PSCTL ; /* PROGRAM STORE R/W CONTROL */ __sfr __at (0x90) P1 ; /* PORT 1 */ __sfr __at (0x91) TMR3CN ; /* TIMER 3 CONTROL */ __sfr __at (0x92) TMR3RLL ; /* TIMER 3 RELOAD REGISTER - LOW BYTE */ __sfr __at (0x93) TMR3RLH ; /* TIMER 3 RELOAD REGISTER - HIGH BYTE */ __sfr __at (0x94) TMR3L ; /* TIMER 3 - LOW BYTE */ __sfr __at (0x95) TMR3H ; /* TIMER 3 - HIGH BYTE */ __sfr __at (0x96) P7 ; /* PORT 7 */ __sfr __at (0x98) SCON ; /* UART0 CONTROL */ __sfr __at (0x98) SCON0 ; /* UART0 CONTROL */ __sfr __at (0x99) SBUF ; /* UART0 BUFFER */ __sfr __at (0x99) SBUF0 ; /* UART0 BUFFER */ __sfr __at (0x9A) SPI0CFG ; /* SERIAL PERIPHERAL INTERFACE 0 CONFIGURATION */ __sfr __at (0x9B) SPI0DAT ; /* SERIAL PERIPHERAL INTERFACE 0 DATA */ __sfr __at (0x9C) ADC1 ; /* ADC 1 DATA */ __sfr __at (0x9D) SPI0CKR ; /* SERIAL PERIPHERAL INTERFACE 0 CLOCK RATE CONTROL */ __sfr __at (0x9E) CPT0CN ; /* COMPARATOR 0 CONTROL */ __sfr __at (0x9F) CPT1CN ; /* COMPARATOR 1 CONTROL */ __sfr __at (0xA0) P2 ; /* PORT 2 */ __sfr __at (0xA1) EMI0TC ; /* External Memory Timing Control */ __sfr __at (0xA3) EMI0CF ; /* EMIF CONFIGURATION */ __sfr __at (0xA4) PRT0CF ; /* PORT 0 CONFIGURATION */ __sfr __at (0xA4) P0MDOUT ; /* PORT 0 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA5) PRT1CF ; /* PORT 1 CONFIGURATION */ __sfr __at (0xA5) P1MDOUT ; /* PORT 1 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA6) PRT2CF ; /* PORT 2 CONFIGURATION */ __sfr __at (0xA6) P2MDOUT ; /* PORT 2 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA7) PRT3CF ; /* PORT 3 CONFIGURATION */ __sfr __at (0xA7) P3MDOUT ; /* PORT 3 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA8) IE ; /* INTERRUPT ENABLE */ __sfr __at (0xA9) SADDR0 ; /* UART0 Slave Address */ __sfr __at (0xAA) ADC1CN ; /* ADC 1 CONTROL */ __sfr __at (0xAB) ADC1CF ; /* ADC 1 CONFIGURATION */ __sfr __at (0xAC) AMX1SL ; /* ADC 1 MUX CHANNEL SELECTION */ __sfr __at (0xAD) P3IF ; /* PORT 3 EXTERNAL INTERRUPT FLAGS */ __sfr __at (0xAE) SADEN1 ; /* UART1 Slave Address Enable */ __sfr __at (0xAF) EMI0CN ; /* EXTERNAL MEMORY INTERFACE CONTROL */ __sfr __at (0xAF) _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at (0xB0) P3 ; /* PORT 3 */ __sfr __at (0xB1) OSCXCN ; /* EXTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB2) OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB5) P74OUT ; /* PORT 4 THROUGH 7 OUTPUT MODE CONFIGURATION */ __sfr __at (0xB6) FLSCL ; /* FLASH MEMORY TIMING PRESCALER */ __sfr __at (0xB7) FLACL ; /* FLASH ACESS LIMIT */ __sfr __at (0xB8) IP ; /* INTERRUPT PRIORITY */ __sfr __at (0xB9) SADEN0 ; /* UART0 Slave Address Enable */ __sfr __at (0xBA) AMX0CF ; /* ADC 0 MUX CONFIGURATION */ __sfr __at (0xBB) AMX0SL ; /* ADC 0 MUX CHANNEL SELECTION */ __sfr __at (0xBC) ADC0CF ; /* ADC 0 CONFIGURATION */ __sfr __at (0xBD) P1MDIN ; /* PORT 1 Input Mode */ __sfr __at (0xBE) ADC0L ; /* ADC 0 DATA - LOW BYTE */ __sfr __at (0xBF) ADC0H ; /* ADC 0 DATA - HIGH BYTE */ __sfr __at (0xC0) SMB0CN ; /* SMBUS 0 CONTROL */ __sfr __at (0xC1) SMB0STA ; /* SMBUS 0 STATUS */ __sfr __at (0xC2) SMB0DAT ; /* SMBUS 0 DATA */ __sfr __at (0xC3) SMB0ADR ; /* SMBUS 0 SLAVE ADDRESS */ __sfr __at (0xC4) ADC0GTL ; /* ADC 0 GREATER-THAN REGISTER - LOW BYTE */ __sfr __at (0xC5) ADC0GTH ; /* ADC 0 GREATER-THAN REGISTER - HIGH BYTE */ __sfr __at (0xC6) ADC0LTL ; /* ADC 0 LESS-THAN REGISTER - LOW BYTE */ __sfr __at (0xC7) ADC0LTH ; /* ADC 0 LESS-THAN REGISTER - HIGH BYTE */ __sfr __at (0xC8) T2CON ; /* TIMER 2 CONTROL */ __sfr __at (0xC9) T4CON ; /* TIMER 4 CONTROL */ __sfr __at (0xCA) RCAP2L ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCB) RCAP2H ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCC) TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCD) TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xCF) SMB0CR ; /* SMBUS 0 CLOCK RATE */ __sfr __at (0xD0) PSW ; /* PROGRAM STATUS WORD */ __sfr __at (0xD1) REF0CN ; /* VOLTAGE REFERENCE 0 CONTROL */ __sfr __at (0xD2) DAC0L ; /* DAC 0 REGISTER - LOW BYTE */ __sfr __at (0xD3) DAC0H ; /* DAC 0 REGISTER - HIGH BYTE */ __sfr __at (0xD4) DAC0CN ; /* DAC 0 CONTROL */ __sfr __at (0xD5) DAC1L ; /* DAC 1 REGISTER - LOW BYTE */ __sfr __at (0xD6) DAC1H ; /* DAC 1 REGISTER - HIGH BYTE */ __sfr __at (0xD7) DAC1CN ; /* DAC 1 CONTROL */ __sfr __at (0xD8) PCA0CN ; /* PCA 0 COUNTER CONTROL */ __sfr __at (0xD9) PCA0MD ; /* PCA 0 COUNTER MODE */ __sfr __at (0xDA) PCA0CPM0 ; /* CONTROL REGISTER FOR PCA 0 MODULE 0 */ __sfr __at (0xDB) PCA0CPM1 ; /* CONTROL REGISTER FOR PCA 0 MODULE 1 */ __sfr __at (0xDC) PCA0CPM2 ; /* CONTROL REGISTER FOR PCA 0 MODULE 2 */ __sfr __at (0xDD) PCA0CPM3 ; /* CONTROL REGISTER FOR PCA 0 MODULE 3 */ __sfr __at (0xDE) PCA0CPM4 ; /* CONTROL REGISTER FOR PCA 0 MODULE 4 */ __sfr __at (0xE0) ACC ; /* ACCUMULATOR */ __sfr __at (0xE1) XBR0 ; /* DIGITAL CROSSBAR CONFIGURATION REGISTER 0 */ __sfr __at (0xE2) XBR1 ; /* DIGITAL CROSSBAR CONFIGURATION REGISTER 1 */ __sfr __at (0xE3) XBR2 ; /* DIGITAL CROSSBAR CONFIGURATION REGISTER 2 */ __sfr __at (0xE4) RCAP4L ; /* TIMER 4 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xE5) RCAP4H ; /* TIMER 4 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xE6) EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at (0xE7) EIE2 ; /* EXTERNAL INTERRUPT ENABLE 2 */ __sfr __at (0xE8) ADC0CN ; /* ADC 0 CONTROL */ __sfr __at (0xE9) PCA0L ; /* PCA 0 TIMER - LOW BYTE */ __sfr __at (0xEA) PCA0CPL0 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 0 - LOW BYTE */ __sfr __at (0xEB) PCA0CPL1 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 1 - LOW BYTE */ __sfr __at (0xEC) PCA0CPL2 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 2 - LOW BYTE */ __sfr __at (0xED) PCA0CPL3 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 3 - LOW BYTE */ __sfr __at (0xEE) PCA0CPL4 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 4 - LOW BYTE */ __sfr __at (0xEF) RSTSRC ; /* RESET SOURCE */ __sfr __at (0xF0) B ; /* B REGISTER */ __sfr __at (0xF1) SCON1 ; /* UART1 CONTROL */ __sfr __at (0xF2) SBUF1 ; /* UART1 DATA */ __sfr __at (0xF3) SADDR1 ; /* UART1 Slave Address */ __sfr __at (0xF4) TL4 ; /* TIMER 4 DATA - LOW BYTE */ __sfr __at (0xF5) TH4 ; /* TIMER 4 DATA - HIGH BYTE */ __sfr __at (0xF6) EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at (0xF7) EIP2 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 2 */ __sfr __at (0xF8) SPI0CN ; /* SERIAL PERIPHERAL INTERFACE 0 CONTROL */ __sfr __at (0xF9) PCA0H ; /* PCA 0 TIMER - HIGH BYTE */ __sfr __at (0xFA) PCA0CPH0 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 0 - HIGH BYTE */ __sfr __at (0xFB) PCA0CPH1 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 1 - HIGH BYTE */ __sfr __at (0xFC) PCA0CPH2 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 2 - HIGH BYTE */ __sfr __at (0xFD) PCA0CPH3 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 3 - HIGH BYTE */ __sfr __at (0xFE) PCA0CPH4 ; /* CAPTURE/COMPARE REGISTER FOR PCA 0 MODULE 4 - HIGH BYTE */ __sfr __at (0xFF) WDTCN ; /* WATCHDOG TIMER CONTROL */ /* WORD/DWORD Registers */ __sfr16 __at (0x8C8A) TMR0 ; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1 ; /* TIMER 1 COUNTER */ __sfr16 __at (0xCDCC) TMR2 ; /* TIMER 2 COUNTER */ __sfr16 __at (0xCBCA) RCAP2 ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0x9594) TMR3 ; /* TIMER 3 COUNTER */ __sfr16 __at (0x9392) TMR3RL ; /* TIMER 3 CAPTURE REGISTER WORD */ __sfr16 __at (0xF5F4) TMR4 ; /* TIMER 4 COUNTER */ __sfr16 __at (0xE5E4) RCAP4 ; /* TIMER 4 CAPTURE REGISTER WORD */ __sfr16 __at (0xBFBE) ADC0 ; /* ADC 0 DATA WORD */ __sfr16 __at (0xC5C4) ADC0GT ; /* ADC 0 GREATER-THAN REGISTER WORD */ __sfr16 __at (0xC7C6) ADC0LT ; /* ADC 0 LESS-THAN REGISTER WORD */ __sfr16 __at (0xD3D2) DAC0 ; /* DAC 0 REGISTER WORD */ __sfr16 __at (0xD6D5) DAC1 ; /* DAC 1 REGISTER WORD */ __sfr16 __at (0xF9E9) PCA0 ; /* PCA COUNTER */ __sfr16 __at (0xFAEA) PCA0CP0 ; /* PCA CAPTURE 0 WORD */ __sfr16 __at (0xFBEB) PCA0CP1 ; /* PCA CAPTURE 1 WORD */ __sfr16 __at (0xFCEC) PCA0CP2 ; /* PCA CAPTURE 2 WORD */ __sfr16 __at (0xFDED) PCA0CP3 ; /* PCA CAPTURE 3 WORD */ __sfr16 __at (0xFEEE) PCA0CP4 ; /* PCA CAPTURE 4 WORD */ /* BIT Registers */ /* P0 0x80 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON 0x88 */ __sbit __at (0x88) IT0 ; /* EXT. INTERRUPT 0 TYPE */ __sbit __at (0x89) IE0 ; /* EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at (0x8A) IT1 ; /* EXT. INTERRUPT 1 TYPE */ __sbit __at (0x8B) IE1 ; /* EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at (0x8C) TR0 ; /* TIMER 0 ON/OFF CONTROL */ __sbit __at (0x8D) TF0 ; /* TIMER 0 OVERFLOW FLAG */ __sbit __at (0x8E) TR1 ; /* TIMER 1 ON/OFF CONTROL */ __sbit __at (0x8F) TF1 ; /* TIMER 1 OVERFLOW FLAG */ /* P1 0x90 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x97) P1_7 ; /* SCON 0x98 */ __sbit __at (0x98) RI ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x98) RI0 ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x99) TI ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x99) TI0 ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x9A) RB8 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9A) RB80 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9B) TB8 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9B) TB80 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9C) REN ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9C) REN0 ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9D) SM2 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9D) SM20 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9D) MCE0 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9E) SM1 ; /* SCON.6 - SERIAL MODE CONTROL BIT 1 */ __sbit __at (0x9E) SM10 ; /* SCON.6 - SERIAL MODE CONTROL BIT 1 */ __sbit __at (0x9F) SM0 ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ __sbit __at (0x9F) SM00 ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ __sbit __at (0x9F) S0MODE ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ /* P2 0xA0 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA7) P2_7 ; /* IE 0xA8 */ __sbit __at (0xA8) EX0 ; /* EXTERNAL INTERRUPT 0 ENABLE */ __sbit __at (0xA9) ET0 ; /* TIMER 0 INTERRUPT ENABLE */ __sbit __at (0xAA) EX1 ; /* EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at (0xAB) ET1 ; /* TIMER 1 INTERRUPT ENABLE */ __sbit __at (0xAC) ES0 ; /* SERIAL PORT 0 INTERRUPT ENABLE */ __sbit __at (0xAC) ES ; /* SERIAL PORT 0 INTERRUPT ENABLE */ __sbit __at (0xAD) ET2 ; /* TIMER 2 INTERRUPT ENABLE */ __sbit __at (0xAF) EA ; /* GLOBAL INTERRUPT ENABLE */ /* P3 0xB0 */ __sbit __at (0xB0) P3_0 ; __sbit __at (0xB1) P3_1 ; __sbit __at (0xB2) P3_2 ; __sbit __at (0xB3) P3_3 ; __sbit __at (0xB4) P3_4 ; __sbit __at (0xB5) P3_5 ; __sbit __at (0xB6) P3_6 ; __sbit __at (0xB7) P3_7 ; /* IP 0xB8 */ __sbit __at (0xB8) PX0 ; /* EXTERNAL INTERRUPT 0 PRIORITY */ __sbit __at (0xB9) PT0 ; /* TIMER 0 PRIORITY */ __sbit __at (0xBA) PX1 ; /* EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at (0xBB) PT1 ; /* TIMER 1 PRIORITY */ __sbit __at (0xBC) PS0 ; /* SERIAL PORT PRIORITY */ __sbit __at (0xBC) PS ; /* SERIAL PORT PRIORITY */ __sbit __at (0xBD) PT2 ; /* TIMER 2 PRIORITY */ /* SMB0CN 0xC0 */ __sbit __at (0xC0) SMBTOE ; /* SMBUS 0 TIMEOUT ENABLE */ __sbit __at (0xC1) SMBFTE ; /* SMBUS 0 FREE TIMER ENABLE */ __sbit __at (0xC2) AA ; /* SMBUS 0 ASSERT/ACKNOWLEDGE FLAG */ __sbit __at (0xC3) SI ; /* SMBUS 0 INTERRUPT PENDING FLAG */ __sbit __at (0xC4) STO ; /* SMBUS 0 STOP FLAG */ __sbit __at (0xC5) STA ; /* SMBUS 0 START FLAG */ __sbit __at (0xC6) ENSMB ; /* SMBUS 0 ENABLE */ __sbit __at (0xC7) BUSY ; /* SMBUS 0 BUSY */ /* T2CON 0xC8 */ __sbit __at (0xC8) CPRL2 ; /* CAPTURE OR RELOAD SELECT */ __sbit __at (0xC9) CT2 ; /* TIMER OR COUNTER SELECT */ __sbit __at (0xCA) TR2 ; /* TIMER 2 ON/OFF CONTROL */ __sbit __at (0xCB) EXEN2 ; /* TIMER 2 EXTERNAL ENABLE FLAG */ __sbit __at (0xCC) TCLK ; /* TRANSMIT CLOCK FLAG */ __sbit __at (0xCD) RCLK ; /* RECEIVE CLOCK FLAG */ __sbit __at (0xCE) EXF2 ; /* EXTERNAL FLAG */ __sbit __at (0xCF) TF2 ; /* TIMER 2 OVERFLOW FLAG */ /* PSW 0xD0 */ __sbit __at (0xD0) P ; /* ACCUMULATOR PARITY FLAG */ __sbit __at (0xD1) F1 ; /* USER FLAG 1 */ __sbit __at (0xD2) OV ; /* OVERFLOW FLAG */ __sbit __at (0xD3) RS0 ; /* REGISTER BANK SELECT 0 */ __sbit __at (0xD4) RS1 ; /* REGISTER BANK SELECT 1 */ __sbit __at (0xD5) F0 ; /* USER FLAG 0 */ __sbit __at (0xD6) AC ; /* AUXILIARY CARRY FLAG */ __sbit __at (0xD7) CY ; /* CARRY FLAG */ /* PCA0CN 0xD8H */ __sbit __at (0xD8) CCF0 ; /* PCA 0 MODULE 0 INTERRUPT FLAG */ __sbit __at (0xD9) CCF1 ; /* PCA 0 MODULE 1 INTERRUPT FLAG */ __sbit __at (0xDA) CCF2 ; /* PCA 0 MODULE 2 INTERRUPT FLAG */ __sbit __at (0xDB) CCF3 ; /* PCA 0 MODULE 3 INTERRUPT FLAG */ __sbit __at (0xDC) CCF4 ; /* PCA 0 MODULE 4 INTERRUPT FLAG */ __sbit __at (0xDE) CR ; /* PCA 0 COUNTER RUN CONTROL BIT */ __sbit __at (0xDF) CF ; /* PCA 0 COUNTER OVERFLOW FLAG */ /* ADC0CN 0xE8H */ __sbit __at (0xE8) ADLJST ; /* ADC 0 RIGHT JUSTIFY DATA BIT */ __sbit __at (0xE8) AD0LJST ; /* ADC 0 RIGHT JUSTIFY DATA BIT */ __sbit __at (0xE9) ADWINT ; /* ADC 0 WINDOW COMPARE INTERRUPT FLAG */ __sbit __at (0xE9) AD0WINT ; /* ADC 0 WINDOW COMPARE INTERRUPT FLAG */ __sbit __at (0xEA) ADSTM0 ; /* ADC 0 START OF CONVERSION MODE BIT 0 */ __sbit __at (0xEA) AD0CM0 ; /* ADC 0 START OF CONVERSION MODE BIT 0 */ __sbit __at (0xEB) ADSTM1 ; /* ADC 0 START OF CONVERSION MODE BIT 1 */ __sbit __at (0xEB) AD0CM1 ; /* ADC 0 START OF CONVERSION MODE BIT 1 */ __sbit __at (0xEC) ADBUSY ; /* ADC 0 BUSY FLAG */ __sbit __at (0xEC) AD0BUSY ; /* ADC 0 BUSY FLAG */ __sbit __at (0xED) ADCINT ; /* ADC 0 CONVERISION COMPLETE INTERRUPT FLAG */ __sbit __at (0xED) AD0INT ; /* ADC 0 CONVERISION COMPLETE INTERRUPT FLAG */ __sbit __at (0xEE) ADCTM ; /* ADC 0 TRACK MODE */ __sbit __at (0xEE) AD0TM ; /* ADC 0 TRACK MODE */ __sbit __at (0xEF) ADCEN ; /* ADC 0 ENABLE */ __sbit __at (0xEF) AD0EN ; /* ADC 0 ENABLE */ /* SPI0CN 0xF8H */ __sbit __at (0xF8) SPIEN ; /* SPI 0 SPI ENABLE */ __sbit __at (0xF9) MSTEN ; /* SPI 0 MASTER ENABLE */ __sbit __at (0xFA) SLVSEL ; /* SPI 0 SLAVE SELECT */ __sbit __at (0xFB) TXBSY ; /* SPI 0 TX BUSY FLAG */ __sbit __at (0xFC) RXOVRN ; /* SPI 0 RX OVERRUN FLAG */ __sbit __at (0xFD) MODF ; /* SPI 0 MODE FAULT FLAG */ __sbit __at (0xFE) WCOL ; /* SPI 0 WRITE COLLISION FLAG */ __sbit __at (0xFF) SPIF ; /* SPI 0 INTERRUPT FLAG */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define PCON_SMOD0 0x80 /* PCON */ #define TF3 0x80 /* TMR3CN */ #define CPFIF 0x10 /* CPTnCN */ #define CPRIF 0x20 /* CPTnCN */ #define CPOUT 0x40 /* CPTnCN */ #define TR4 0x04 /* T4CON */ #define TF4 0x80 /* T4CON */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define RI1 0x01 /* SCON1 */ #define TI1 0x02 /* SCON1 */ #define RB81 0x04 /* SCON1 */ #define TB81 0x08 /* SCON1 */ #define REN1 0x10 /* SCON1 */ #define SM21 0x20 /* SCON1 */ #define SM11 0x40 /* SCON1 */ #define SM01 0x80 /* SCON1 */ #endif sdcc-2.9.0/device/include/mcs51/C8051F040.h000066400000000000000000000727321116427777700175110ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Cygnal/SiLabs C8051F04x Processor Range Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F040_H #define C8051F040_H /* BYTE Registers */ /* All Pages */ __sfr __at 0x80 P0 ; /* PORT 0 */ __sfr __at 0x81 SP ; /* STACK POINTER */ __sfr __at 0x82 DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at 0x83 DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at 0x84 SFRPAGE ; /* SFR PAGE SELECT */ __sfr __at 0x85 SFRNEXT ; /* SFR STACK NEXT PAGE */ __sfr __at 0x86 SFRLAST ; /* SFR STACK LAST PAGE */ __sfr __at 0x87 PCON ; /* POWER CONTROL */ __sfr __at 0x90 P1 ; /* PORT 1 */ __sfr __at 0xA0 P2 ; /* PORT 2 */ __sfr __at 0xA8 IE ; /* INTERRUPT ENABLE */ __sfr __at 0xB0 P3 ; /* PORT 3 */ __sfr __at 0xB8 IP ; /* INTERRUPT PRIORITY */ __sfr __at 0xD0 PSW ; /* PROGRAM STATUS WORD */ __sfr __at 0xE0 ACC ; /* ACCUMULATOR */ __sfr __at 0xE6 EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at 0xE7 EIE2 ; /* EXTERNAL INTERRUPT ENABLE 2 */ __sfr __at 0xF0 B ; /* B REGISTER */ __sfr __at 0xF6 EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at 0xF7 EIP2 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 2 */ __sfr __at 0xFF WDTCN ; /* WATCHDOG TIMER CONTROL */ /* Page 0x00 */ __sfr __at 0x88 TCON ; /* TIMER CONTROL */ __sfr __at 0x89 TMOD ; /* TIMER MODE */ __sfr __at 0x8A TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at 0x8B TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at 0x8C TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at 0x8D TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at 0x8E CKCON ; /* TIMER 0/1 CLOCK CONTROL */ __sfr __at 0x8F PSCTL ; /* FLASH WRITE/ERASE CONTROL */ __sfr __at 0x91 SSTA0 ; /* UART 0 STATUS */ __sfr __at 0x98 SCON0 ; /* UART 0 CONTROL */ __sfr __at 0x98 SCON ; /* UART 0 CONTROL */ __sfr __at 0x99 SBUF0 ; /* UART 0 BUFFER */ __sfr __at 0x99 SBUF ; /* UART 0 BUFFER */ __sfr __at 0x9A SPI0CFG ; /* SPI 0 CONFIGURATION */ __sfr __at 0x9B SPI0DAT ; /* SPI 0 DATA */ __sfr __at 0x9D SPI0CKR ; /* SPI 0 CLOCK RATE CONTROL */ __sfr __at 0xA1 EMI0TC ; /* EMIF TIMING CONTROL */ __sfr __at 0xA2 EMI0CN ; /* EMIF CONTROL */ __sfr __at 0xA2 _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at 0xA3 EMI0CF ; /* EMIF CONFIGURATION */ __sfr __at 0xA9 SADDR0 ; /* UART 0 SLAVE ADDRESS */ __sfr __at 0xB7 FLSCL ; /* FLASH SCALE */ __sfr __at 0xB9 SADEN0 ; /* UART 0 SLAVE ADDRESS MASK */ __sfr __at 0xBA AMX0CF ; /* ADC 0 MUX CONFIGURATION */ __sfr __at 0xBB AMX0SL ; /* ADC 0 MUX CHANNEL SELECTION */ __sfr __at 0xBC ADC0CF ; /* ADC 0 CONFIGURATION */ __sfr __at 0xBD AMX0PRT ; /* ADC 0 PORT 3 I/O PIN SELECT */ __sfr __at 0xBE ADC0L ; /* ADC 0 DATA - LOW BYTE */ __sfr __at 0xBF ADC0H ; /* ADC 0 DATA - HIGH BYTE */ __sfr __at 0xC0 SMB0CN ; /* SMBUS 0 CONTROL */ __sfr __at 0xC1 SMB0STA ; /* SMBUS 0 STATUS */ __sfr __at 0xC2 SMB0DAT ; /* SMBUS 0 DATA */ __sfr __at 0xC3 SMB0ADR ; /* SMBUS 0 SLAVE ADDRESS */ __sfr __at 0xC4 ADC0GTL ; /* ADC 0 GREATER-THAN REGISTER - LOW BYTE */ __sfr __at 0xC5 ADC0GTH ; /* ADC 0 GREATER-THAN REGISTER - HIGH BYTE */ __sfr __at 0xC6 ADC0LTL ; /* ADC 0 LESS-THAN REGISTER - LOW BYTE */ __sfr __at 0xC7 ADC0LTH ; /* ADC 0 LESS-THAN REGISTER - HIGH BYTE */ __sfr __at 0xC8 TMR2CN ; /* TIMER 2 CONTROL */ __sfr __at 0xC9 TMR2CF ; /* TIMER 2 CONFIGURATION */ __sfr __at 0xCA RCAP2L ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at 0xCB RCAP2H ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at 0xCC TMR2L ; /* TIMER 2 - LOW BYTE */ __sfr __at 0xCC TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at 0xCD TMR2H ; /* TIMER 2 - HIGH BYTE */ __sfr __at 0xCD TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at 0xCF SMB0CR ; /* SMBUS 0 CLOCK RATE */ __sfr __at 0xD1 REF0CN ; /* VOLTAGE REFERENCE 0 CONTROL */ __sfr __at 0xD2 DAC0L ; /* DAC 0 REGISTER - LOW BYTE */ __sfr __at 0xD3 DAC0H ; /* DAC 0 REGISTER - HIGH BYTE */ __sfr __at 0xD4 DAC0CN ; /* DAC 0 CONTROL */ __sfr __at 0xD6 HVA0CN ; /* HIGH VOLTAGE DIFFERENTIAL AMP CONTROL */ __sfr __at 0xD8 PCA0CN ; /* PCA 0 COUNTER CONTROL */ __sfr __at 0xD9 PCA0MD ; /* PCA 0 COUNTER MODE */ __sfr __at 0xDA PCA0CPM0 ; /* PCA 0 MODULE 0 CONTROL */ __sfr __at 0xDB PCA0CPM1 ; /* PCA 0 MODULE 1 CONTROL */ __sfr __at 0xDC PCA0CPM2 ; /* PCA 0 MODULE 2 CONTROL */ __sfr __at 0xDD PCA0CPM3 ; /* PCA 0 MODULE 3 CONTROL */ __sfr __at 0xDE PCA0CPM4 ; /* PCA 0 MODULE 4 CONTROL */ __sfr __at 0xDF PCA0CPM5 ; /* PCA 0 MODULE 5 CONTROL */ __sfr __at 0xE1 PCA0CPL5 ; /* PCA 0 MODULE 5 CAPTURE/COMPARE - LOW BYTE */ __sfr __at 0xE2 PCA0CPH5 ; /* PCA 0 MODULE 5 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at 0xE8 ADC0CN ; /* ADC 0 CONTROL */ __sfr __at 0xE9 PCA0CPL2 ; /* PCA 0 MODULE 2 CAPTURE/COMPARE - LOW BYTE */ __sfr __at 0xEA PCA0CPH2 ; /* PCA 0 MODULE 2 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at 0xEB PCA0CPL3 ; /* PCA 0 MODULE 3 CAPTURE/COMPARE - LOW BYTE */ __sfr __at 0xEC PCA0CPH3 ; /* PCA 0 MODULE 3 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at 0xED PCA0CPL4 ; /* PCA 0 MODULE 4 CAPTURE/COMPARE - LOW BYTE */ __sfr __at 0xEE PCA0CPH4 ; /* PCA 0 MODULE 4 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at 0xEF RSTSRC ; /* RESET SOURCE */ __sfr __at 0xF8 SPI0CN ; /* SPI 0 CONTROL */ __sfr __at 0xF9 PCA0L ; /* PCA 0 TIMER - LOW BYTE */ __sfr __at 0xFA PCA0H ; /* PCA 0 TIMER - HIGH BYTE */ __sfr __at 0xFB PCA0CPL0 ; /* PCA 0 MODULE 0 CAPTURE/COMPARE - LOW BYTE */ __sfr __at 0xFC PCA0CPH0 ; /* PCA 0 MODULE 0 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at 0xFD PCA0CPL1 ; /* PCA 0 MODULE 1 CAPTURE/COMPARE - LOW BYTE */ __sfr __at 0xFE PCA0CPH1 ; /* PCA 0 MODULE 1 CAPTURE/COMPARE - HIGH BYTE */ /* Page 0x01 */ __sfr __at 0x88 CPT0CN ; /* COMPARATOR 0 CONTROL */ __sfr __at 0x89 CPT0MD ; /* COMPARATOR 0 CONFIGURATION */ __sfr __at 0x98 SCON1 ; /* UART 1 CONTROL */ __sfr __at 0x99 SBUF1 ; /* UART 1 BUFFER */ __sfr __at 0xC0 CAN0STA ; /* CAN 0 STATUS */ __sfr __at 0xC8 TMR3CN ; /* TIMER 3 CONTROL */ __sfr __at 0xC9 TMR3CF ; /* TIMER 3 CONFIGURATION */ __sfr __at 0xCA RCAP3L ; /* TIMER 3 CAPTURE REGISTER - LOW BYTE */ __sfr __at 0xCB RCAP3H ; /* TIMER 3 CAPTURE REGISTER - HIGH BYTE */ __sfr __at 0xCC TMR3L ; /* TIMER 3 - LOW BYTE */ __sfr __at 0xCD TMR3H ; /* TIMER 3 - HIGH BYTE */ __sfr __at 0xD2 DAC1L ; /* DAC 1 REGISTER - LOW BYTE */ __sfr __at 0xD3 DAC1H ; /* DAC 1 REGISTER - HIGH BYTE */ __sfr __at 0xD4 DAC1CN ; /* DAC 1 CONTROL */ __sfr __at 0xD8 CAN0DATL ; /* CAN 0 DATA REGISTER LOW */ __sfr __at 0xD9 CAN0DATH ; /* CAN 0 DATA REGISTER HIGH */ __sfr __at 0xDA CAN0ADR ; /* CAN 0 ADDRESS */ __sfr __at 0xDB CAN0TST ; /* CAN 0 TEST REGISTER */ __sfr __at 0xF8 CAN0CN ; /* CAN 0 CONTROL */ /* Page 0x02 */ __sfr __at 0x88 CPT1CN ; /* COMPARATOR 1 CONTROL */ __sfr __at 0x89 CPT1MD ; /* COMPARATOR 1 CONFIGURATION */ __sfr __at 0xBA AMX2CF ; /* ADC 2 MUX CONFIGURATION */ __sfr __at 0xBB AMX2SL ; /* ADC 2 MUX CHANNEL SELECTION */ __sfr __at 0xBC ADC2CF ; /* ADC 2 CONFIGURATION */ __sfr __at 0xBE ADC2 ; /* ADC 2 DATA */ __sfr __at 0xC4 ADC2GT ; /* ADC 2 GREATER-THAN REGISTER */ __sfr __at 0xC6 ADC2LT ; /* ADC 2 LESS-THAN REGISTER */ __sfr __at 0xC8 TMR4CN ; /* TIMER 4 CONTROL */ __sfr __at 0xC9 TMR4CF ; /* TIMER 4 CONFIGURATION */ __sfr __at 0xCA RCAP4L ; /* TIMER 4 CAPTURE REGISTER - LOW BYTE */ __sfr __at 0xCB RCAP4H ; /* TIMER 4 CAPTURE REGISTER - HIGH BYTE */ __sfr __at 0xCC TMR4L ; /* TIMER 4 - LOW BYTE */ __sfr __at 0xCD TMR4H ; /* TIMER 4 - HIGH BYTE */ __sfr __at 0xE8 ADC2CN ; /* ADC 2 CONTROL */ /* Page 0x03 */ __sfr __at 0x88 CPT2CN ; /* COMPARATOR 2 CONTROL */ __sfr __at 0x89 CPT2MD ; /* COMPARATOR 2 CONFIGURATION */ /* Page 0x0F */ __sfr __at 0x8A OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at 0x8B OSCICL ; /* INTERNAL OSCILLATOR CALIBRATION */ __sfr __at 0x8C OSCXCN ; /* EXTERNAL OSCILLATOR CONTROL */ __sfr __at 0x96 SFRPGCN ; /* SFR PAGE CONTROL */ __sfr __at 0x97 CLKSEL ; /* SYSTEM CLOCK SELECT */ __sfr __at 0x9C P4MDOUT ; /* PORT 4 OUTPUT MODE */ __sfr __at 0x9D P5MDOUT ; /* PORT 5 OUTPUT MODE */ __sfr __at 0x9E P6MDOUT ; /* PORT 6 OUTPUT MODE */ __sfr __at 0x9F P7MDOUT ; /* PORT 7 OUTPUT MODE */ __sfr __at 0xA4 P0MDOUT ; /* PORT 0 OUTPUT MODE */ __sfr __at 0xA5 P1MDOUT ; /* PORT 1 OUTPUT MODE */ __sfr __at 0xA6 P2MDOUT ; /* PORT 2 OUTPUT MODE CONFIGURATION */ __sfr __at 0xA7 P3MDOUT ; /* PORT 3 OUTPUT MODE CONFIGURATION */ __sfr __at 0xAD P1MDIN ; /* PORT 1 INPUT MODE */ __sfr __at 0xAE P2MDIN ; /* PORT 2 INPUT MODE */ __sfr __at 0xAF P3MDIN ; /* PORT 3 INPUT MODE */ __sfr __at 0xB7 FLACL ; /* FLASH ACCESS LIMIT */ __sfr __at 0xC8 P4 ; /* PORT 4 */ __sfr __at 0xD8 P5 ; /* PORT 5 */ __sfr __at 0xE1 XBR0 ; /* CROSSBAR CONFIGURATION REGISTER 0 */ __sfr __at 0xE2 XBR1 ; /* CROSSBAR CONFIGURATION REGISTER 1 */ __sfr __at 0xE3 XBR2 ; /* CROSSBAR CONFIGURATION REGISTER 2 */ __sfr __at 0xE4 XBR3 ; /* CROSSBAR CONFIGURATION REGISTER 3 */ __sfr __at 0xE8 P6 ; /* PORT 6 */ __sfr __at 0xF8 P7 ; /* PORT 7 */ /* Do NOT use sfr16 for CAN0DAT ! */ /* BIT Registers */ /* P0 0x80 */ __sbit __at 0x80 P0_0 ; __sbit __at 0x81 P0_1 ; __sbit __at 0x82 P0_2 ; __sbit __at 0x83 P0_3 ; __sbit __at 0x84 P0_4 ; __sbit __at 0x85 P0_5 ; __sbit __at 0x86 P0_6 ; __sbit __at 0x87 P0_7 ; /* TCON 0x88 */ __sbit __at 0x88 IT0 ; /* EXT. INTERRUPT 0 TYPE */ __sbit __at 0x89 IE0 ; /* EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at 0x8A IT1 ; /* EXT. INTERRUPT 1 TYPE */ __sbit __at 0x8B IE1 ; /* EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at 0x8C TR0 ; /* TIMER 0 ON/OFF CONTROL */ __sbit __at 0x8D TF0 ; /* TIMER 0 OVERFLOW FLAG */ __sbit __at 0x8E TR1 ; /* TIMER 1 ON/OFF CONTROL */ __sbit __at 0x8F TF1 ; /* TIMER 1 OVERFLOW FLAG */ /* CPT0CN 0x88 */ __sbit __at 0x88 CP0HYN0 ; /* COMPARATOR 0 NEGATIVE HYSTERESIS 0 */ __sbit __at 0x89 CP0HYN1 ; /* COMPARATOR 0 NEGATIVE HYSTERESIS 1 */ __sbit __at 0x8A CP0HYP0 ; /* COMPARATOR 0 POSITIVE HYSTERESIS 0 */ __sbit __at 0x8B CP0HYP1 ; /* COMPARATOR 0 POSITIVE HYSTERESIS 1 */ __sbit __at 0x8C CP0FIF ; /* COMPARATOR 0 FALLING EDGE INTERRUPT */ __sbit __at 0x8D CP0RIF ; /* COMPARATOR 0 RISING EDGE INTERRUPT */ __sbit __at 0x8E CP0OUT ; /* COMPARATOR 0 OUTPUT */ __sbit __at 0x8F CP0EN ; /* COMPARATOR 0 ENABLE */ /* CPT1CN 0x88 */ __sbit __at 0x88 CP1HYN0 ; /* COMPARATOR 1 NEGATIVE HYSTERESIS 0 */ __sbit __at 0x89 CP1HYN1 ; /* COMPARATOR 1 NEGATIVE HYSTERESIS 1 */ __sbit __at 0x8A CP1HYP0 ; /* COMPARATOR 1 POSITIVE HYSTERESIS 0 */ __sbit __at 0x8B CP1HYP1 ; /* COMPARATOR 1 POSITIVE HYSTERESIS 1 */ __sbit __at 0x8C CP1FIF ; /* COMPARATOR 1 FALLING EDGE INTERRUPT */ __sbit __at 0x8D CP1RIF ; /* COMPARATOR 1 RISING EDGE INTERRUPT */ __sbit __at 0x8E CP1OUT ; /* COMPARATOR 1 OUTPUT */ __sbit __at 0x8F CP1EN ; /* COMPARATOR 1 ENABLE */ /* CPT2CN 0x88 */ __sbit __at 0x88 CP2HYN0 ; /* COMPARATOR 2 NEGATIVE HYSTERESIS 0 */ __sbit __at 0x89 CP2HYN1 ; /* COMPARATOR 2 NEGATIVE HYSTERESIS 1 */ __sbit __at 0x8A CP2HYP0 ; /* COMPARATOR 2 POSITIVE HYSTERESIS 0 */ __sbit __at 0x8B CP2HYP1 ; /* COMPARATOR 2 POSITIVE HYSTERESIS 1 */ __sbit __at 0x8C CP2FIF ; /* COMPARATOR 2 FALLING EDGE INTERRUPT */ __sbit __at 0x8D CP2RIF ; /* COMPARATOR 2 RISING EDGE INTERRUPT */ __sbit __at 0x8E CP2OUT ; /* COMPARATOR 2 OUTPUT */ __sbit __at 0x8F CP2EN ; /* COMPARATOR 2 ENABLE */ /* P1 0x90 */ __sbit __at 0x90 P1_0 ; __sbit __at 0x91 P1_1 ; __sbit __at 0x92 P1_2 ; __sbit __at 0x93 P1_3 ; __sbit __at 0x94 P1_4 ; __sbit __at 0x95 P1_5 ; __sbit __at 0x96 P1_6 ; __sbit __at 0x97 P1_7 ; /* SCON0 0x98 */ __sbit __at 0x98 RI0 ; /* UART 0 RX INTERRUPT FLAG */ __sbit __at 0x98 RI ; /* UART 0 RX INTERRUPT FLAG */ __sbit __at 0x99 TI0 ; /* UART 0 TX INTERRUPT FLAG */ __sbit __at 0x99 TI ; /* UART 0 TX INTERRUPT FLAG */ __sbit __at 0x9A RB80 ; /* UART 0 RX BIT 8 */ __sbit __at 0x9B TB80 ; /* UART 0 TX BIT 8 */ __sbit __at 0x9C REN0 ; /* UART 0 RX ENABLE */ __sbit __at 0x9C REN ; /* UART 0 RX ENABLE */ __sbit __at 0x9D SM20 ; /* UART 0 MULTIPROCESSOR EN */ __sbit __at 0x9E SM10 ; /* UART 0 MODE 1 */ __sbit __at 0x9F SM00 ; /* UART 0 MODE 0 */ /* SCON1 0x98 */ __sbit __at 0x98 RI1 ; /* UART 1 RX INTERRUPT FLAG */ __sbit __at 0x99 TI1 ; /* UART 1 TX INTERRUPT FLAG */ __sbit __at 0x9A RB81 ; /* UART 1 RX BIT 8 */ __sbit __at 0x9B TB81 ; /* UART 1 TX BIT 8 */ __sbit __at 0x9C REN1 ; /* UART 1 RX ENABLE */ __sbit __at 0x9D MCE1 ; /* UART 1 MCE */ __sbit __at 0x9F S1MODE ; /* UART 1 MODE */ /* P2 0xA0 */ __sbit __at 0xA0 P2_0 ; __sbit __at 0xA1 P2_1 ; __sbit __at 0xA2 P2_2 ; __sbit __at 0xA3 P2_3 ; __sbit __at 0xA4 P2_4 ; __sbit __at 0xA5 P2_5 ; __sbit __at 0xA6 P2_6 ; __sbit __at 0xA7 P2_7 ; /* IE 0xA8 */ __sbit __at 0xA8 EX0 ; /* EXTERNAL INTERRUPT 0 ENABLE */ __sbit __at 0xA9 ET0 ; /* TIMER 0 INTERRUPT ENABLE */ __sbit __at 0xAA EX1 ; /* EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at 0xAB ET1 ; /* TIMER 1 INTERRUPT ENABLE */ __sbit __at 0xAC ES0 ; /* UART0 INTERRUPT ENABLE */ __sbit __at 0xAC ES ; /* UART0 INTERRUPT ENABLE */ __sbit __at 0xAD ET2 ; /* TIMER 2 INTERRUPT ENABLE */ __sbit __at 0xAF EA ; /* GLOBAL INTERRUPT ENABLE */ /* P3 0xB0 */ __sbit __at 0xB0 P3_0 ; __sbit __at 0xB1 P3_1 ; __sbit __at 0xB2 P3_2 ; __sbit __at 0xB3 P3_3 ; __sbit __at 0xB4 P3_4 ; __sbit __at 0xB5 P3_5 ; __sbit __at 0xB6 P3_6 ; __sbit __at 0xB7 P3_7 ; /* IP 0xB8 */ __sbit __at 0xB8 PX0 ; /* EXTERNAL INTERRUPT 0 PRIORITY */ __sbit __at 0xB9 PT0 ; /* TIMER 0 PRIORITY */ __sbit __at 0xBA PX1 ; /* EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at 0xBB PT1 ; /* TIMER 1 PRIORITY */ __sbit __at 0xBC PS0 ; /* SERIAL PORT PRIORITY */ __sbit __at 0xBC PS ; /* SERIAL PORT PRIORITY */ __sbit __at 0xBD PT2 ; /* TIMER 2 PRIORITY */ /* SMB0CN 0xC0 */ __sbit __at 0xC0 SMBTOE ; /* SMBUS 0 TIMEOUT ENABLE */ __sbit __at 0xC1 SMBFTE ; /* SMBUS 0 FREE TIMER ENABLE */ __sbit __at 0xC2 AA ; /* SMBUS 0 ASSERT/ACKNOWLEDGE FLAG */ __sbit __at 0xC3 SI ; /* SMBUS 0 INTERRUPT PENDING FLAG */ __sbit __at 0xC4 STO ; /* SMBUS 0 STOP FLAG */ __sbit __at 0xC5 STA ; /* SMBUS 0 START FLAG */ __sbit __at 0xC6 ENSMB ; /* SMBUS 0 ENABLE */ __sbit __at 0xC7 BUSY ; /* SMBUS 0 BUSY */ /* CAN0STA 0xC0 */ __sbit __at 0xC3 CANTXOK ; /* CAN TRANSMITTED A MESSAGE SUCCESSFULLY */ __sbit __at 0xC4 CANRXOK ; /* CAN RECEIVED A MESSAGE SUCCESSFULLY */ __sbit __at 0xC5 CANEPASS; /* CAN ERROR PASSIVE */ __sbit __at 0xC6 CANEWARN; /* CAN WARNING STATUS */ __sbit __at 0xC7 CANBOFF ; /* CAN BUSOFF STATUS */ /* TMR2CN 0xC8 */ __sbit __at 0xC8 CPRL2 ; /* TIMER 2 CAPTURE SELECT */ __sbit __at 0xC9 CT2 ; /* TIMER 2 COUNTER SELECT */ __sbit __at 0xCA TR2 ; /* TIMER 2 ON/OFF CONTROL */ __sbit __at 0xCB EXEN2 ; /* TIMER 2 EXTERNAL ENABLE FLAG */ __sbit __at 0xCE EXF2 ; /* TIMER 2 EXTERNAL FLAG */ __sbit __at 0xCF TF2 ; /* TIMER 2 OVERFLOW FLAG */ /* TMR3CN 0xC8 */ __sbit __at 0xC8 CPRL3 ; /* TIMER 3 CAPTURE SELECT */ __sbit __at 0xC9 CT3 ; /* TIMER 3 COUNTER SELECT */ __sbit __at 0xCA TR3 ; /* TIMER 3 ON/OFF CONTROL */ __sbit __at 0xCB EXEN3 ; /* TIMER 3 EXTERNAL ENABLE FLAG */ __sbit __at 0xCE EXF3 ; /* TIMER 3 EXTERNAL FLAG */ __sbit __at 0xCF TF3 ; /* TIMER 3 OVERFLOW FLAG */ /* TMR4CN 0xC8 */ __sbit __at 0xC8 CPRL4 ; /* TIMER 4 CAPTURE SELECT */ __sbit __at 0xC9 CT4 ; /* TIMER 4 COUNTER SELECT */ __sbit __at 0xCA TR4 ; /* TIMER 4 ON/OFF CONTROL */ __sbit __at 0xCB EXEN4 ; /* TIMER 4 EXTERNAL ENABLE FLAG */ __sbit __at 0xCE EXF4 ; /* TIMER 4 EXTERNAL FLAG */ __sbit __at 0xCF TF4 ; /* TIMER 4 OVERFLOW FLAG */ /* P4 0xC8 */ __sbit __at 0xC8 P4_0 ; __sbit __at 0xC9 P4_1 ; __sbit __at 0xCA P4_2 ; __sbit __at 0xCB P4_3 ; __sbit __at 0xCC P4_4 ; __sbit __at 0xCD P4_5 ; __sbit __at 0xCE P4_6 ; __sbit __at 0xCF P4_7 ; /* PSW 0xD0 */ __sbit __at 0xD0 P ; /* ACCUMULATOR PARITY FLAG */ __sbit __at 0xD1 F1 ; /* USER FLAG 1 */ __sbit __at 0xD2 OV ; /* OVERFLOW FLAG */ __sbit __at 0xD3 RS0 ; /* REGISTER BANK SELECT 0 */ __sbit __at 0xD4 RS1 ; /* REGISTER BANK SELECT 1 */ __sbit __at 0xD5 F0 ; /* USER FLAG 0 */ __sbit __at 0xD6 AC ; /* AUXILIARY CARRY FLAG */ __sbit __at 0xD7 CY ; /* CARRY FLAG */ /* PCA0CN 0xD8 */ __sbit __at 0xD8 CCF0 ; /* PCA 0 MODULE 0 INTERRUPT FLAG */ __sbit __at 0xD9 CCF1 ; /* PCA 0 MODULE 1 INTERRUPT FLAG */ __sbit __at 0xDA CCF2 ; /* PCA 0 MODULE 2 INTERRUPT FLAG */ __sbit __at 0xDB CCF3 ; /* PCA 0 MODULE 3 INTERRUPT FLAG */ __sbit __at 0xDC CCF4 ; /* PCA 0 MODULE 4 INTERRUPT FLAG */ __sbit __at 0xDD CCF5 ; /* PCA 0 MODULE 5 INTERRUPT FLAG */ __sbit __at 0xDE CR ; /* PCA 0 COUNTER RUN CONTROL BIT */ __sbit __at 0xDF CF ; /* PCA 0 COUNTER OVERFLOW FLAG */ /* P5 0xD8 */ __sbit __at 0xD8 P5_0 ; __sbit __at 0xD9 P5_1 ; __sbit __at 0xDA P5_2 ; __sbit __at 0xDB P5_3 ; __sbit __at 0xDC P5_4 ; __sbit __at 0xDD P5_5 ; __sbit __at 0xDE P5_6 ; __sbit __at 0xDF P5_7 ; /* ADC0CN 0xE8 */ __sbit __at 0xE8 AD0LJST ; /* ADC 0 RIGHT JUSTIFY DATA BIT */ __sbit __at 0xE9 AD0WINT ; /* ADC 0 WINDOW INTERRUPT FLAG */ __sbit __at 0xEA AD0CM0 ; /* ADC 0 CONVERT START MODE BIT 0 */ __sbit __at 0xEB AD0CM1 ; /* ADC 0 CONVERT START MODE BIT 1 */ __sbit __at 0xEC AD0BUSY ; /* ADC 0 BUSY FLAG */ __sbit __at 0xED AD0INT ; /* ADC 0 EOC INTERRUPT FLAG */ __sbit __at 0xEE AD0TM ; /* ADC 0 TRACK MODE */ __sbit __at 0xEF AD0EN ; /* ADC 0 ENABLE */ /* ADC2CN 0xE8 */ __sbit __at 0xE8 AD2WINT ; /* ADC 2 WINDOW INTERRUPT FLAG */ __sbit __at 0xE9 AD2CM0 ; /* ADC 2 CONVERT START MODE BIT 0 */ __sbit __at 0xEA AD2CM1 ; /* ADC 2 CONVERT START MODE BIT 1 */ __sbit __at 0xEB AD2CM2 ; /* ADC 2 CONVERT START MODE BIT 2 */ __sbit __at 0xEC AD2BUSY ; /* ADC 2 BUSY FLAG */ __sbit __at 0xED AD2INT ; /* ADC 2 EOC INTERRUPT FLAG */ __sbit __at 0xEE AD2TM ; /* ADC 2 TRACK MODE */ __sbit __at 0xEF AD2EN ; /* ADC 2 ENABLE */ /* P6 0xE8 */ __sbit __at 0xE8 P6_0 ; __sbit __at 0xE9 P6_1 ; __sbit __at 0xEA P6_2 ; __sbit __at 0xEB P6_3 ; __sbit __at 0xEC P6_4 ; __sbit __at 0xED P6_5 ; __sbit __at 0xEE P6_6 ; __sbit __at 0xEF P6_7 ; /* SPI0CN 0xF8 */ __sbit __at 0xF8 SPIEN ; /* SPI 0 SPI ENABLE */ __sbit __at 0xF9 TXBMT ; /* SPI 0 TX BUFFER EMPTY FLAG */ __sbit __at 0xFA NSSMD0 ; /* SPI 0 SLAVE SELECT MODE 0 */ __sbit __at 0xFB NSSMD1 ; /* SPI 0 SLAVE SELECT MODE 1 */ __sbit __at 0xFC RXOVRN ; /* SPI 0 RX OVERRUN FLAG */ __sbit __at 0xFD MODF ; /* SPI 0 MODE FAULT FLAG */ __sbit __at 0xFE WCOL ; /* SPI 0 WRITE COLLISION FLAG */ __sbit __at 0xFF SPIF ; /* SPI 0 INTERRUPT FLAG */ /* CAN0CN 0xF8 */ __sbit __at 0xF8 CANINIT ; /* CAN INITIALIZATION */ __sbit __at 0xF9 CANIE ; /* CAN MODULE INTERRUPT ENABLE */ __sbit __at 0xFA CANSIE ; /* CAN STATUS CHANGE INTERRUPT ENABLE */ __sbit __at 0xFB CANEIE ; /* CAN ERROR INTERRUPT ENABLE */ __sbit __at 0xFC CANIF ; /* CAN INTERRUPT FLAG */ __sbit __at 0xFD CANDAR ; /* CAN DISABLE AUTOMATIC RETRANSMISSION */ __sbit __at 0xFE CANCCE ; /* CAN CONFIGURATION CHANGE ENABLE */ __sbit __at 0xFF CANTEST ; /* CAN TEST MODE ENABLE */ /* P7 0xF8 */ __sbit __at 0xF8 P7_0 ; __sbit __at 0xF9 P7_1 ; __sbit __at 0xFA P7_2 ; __sbit __at 0xFB P7_3 ; __sbit __at 0xFC P7_4 ; __sbit __at 0xFD P7_5 ; __sbit __at 0xFE P7_6 ; __sbit __at 0xFF P7_7 ; /* Predefined SFR Bit Masks */ #define IDLE 0x01 /* PCON */ #define STOP 0x02 /* PCON */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ /* SFR PAGE DEFINITIONS */ #define CONFIG_PAGE 0x0F /* SYSTEM AND PORT CONFIGURATION PAGE */ #define LEGACY_PAGE 0x00 /* LEGACY SFR PAGE */ #define TIMER01_PAGE 0x00 /* TIMER 0 AND TIMER 1 */ #define CPT0_PAGE 0x01 /* COMPARATOR 0 */ #define CPT1_PAGE 0x02 /* COMPARATOR 1 */ #define CPT2_PAGE 0x03 /* COMPARATOR 2 */ #define UART0_PAGE 0x00 /* UART 0 */ #define UART1_PAGE 0x01 /* UART 1 */ #define SPI0_PAGE 0x00 /* SPI 0 */ #define EMI0_PAGE 0x00 /* EXTERNAL MEMORY INTERFACE */ #define ADC0_PAGE 0x00 /* ADC 0 */ #define ADC2_PAGE 0x02 /* ADC 2 */ #define SMB0_PAGE 0x00 /* SMBUS 0 */ #define TMR2_PAGE 0x00 /* TIMER 2 */ #define TMR3_PAGE 0x01 /* TIMER 3 */ #define TMR4_PAGE 0x02 /* TIMER 4 */ #define DAC0_PAGE 0x00 /* DAC 0 */ #define DAC1_PAGE 0x01 /* DAC 1 */ #define PCA0_PAGE 0x00 /* PCA 0 */ #define CAN0_PAGE 0x01 /* CAN 0 */ #endif sdcc-2.9.0/device/include/mcs51/C8051F060.h000066400000000000000000001015341116427777700175040ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Cygnal/SiLabs C8051F06x Processor Range Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F060_H #define C8051F060_H /* BYTE Registers */ /* All Pages */ __sfr __at 0x80 P0 ; /* PORT 0 */ __sfr __at 0x81 SP ; /* STACK POINTER */ __sfr __at 0x82 DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at 0x83 DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at 0x84 SFRPAGE ; /* SFR PAGE SELECT */ __sfr __at 0x85 SFRNEXT ; /* SFR STACK NEXT PAGE */ __sfr __at 0x86 SFRLAST ; /* SFR STACK LAST PAGE */ __sfr __at 0x87 PCON ; /* POWER CONTROL */ __sfr __at 0x90 P1 ; /* PORT 1 */ __sfr __at 0xA0 P2 ; /* PORT 2 */ __sfr __at 0xA8 IE ; /* INTERRUPT ENABLE */ __sfr __at 0xB0 P3 ; /* PORT 3 */ __sfr __at 0xB8 IP ; /* INTERRUPT PRIORITY */ __sfr __at 0xD0 PSW ; /* PROGRAM STATUS WORD */ __sfr __at 0xE0 ACC ; /* ACCUMULATOR */ __sfr __at 0xE6 EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at 0xE7 EIE2 ; /* EXTERNAL INTERRUPT ENABLE 2 */ __sfr __at 0xF0 B ; /* B REGISTER */ __sfr __at 0xF6 EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at 0xF7 EIP2 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 2 */ __sfr __at 0xFF WDTCN ; /* WATCHDOG TIMER CONTROL */ /* Page 0x00 */ __sfr __at 0x88 TCON ; /* TIMER CONTROL */ __sfr __at 0x89 TMOD ; /* TIMER MODE */ __sfr __at 0x8A TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at 0x8B TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at 0x8C TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at 0x8D TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at 0x8E CKCON ; /* TIMER 0/1 CLOCK CONTROL */ __sfr __at 0x8F PSCTL ; /* FLASH WRITE/ERASE CONTROL */ __sfr __at 0x91 SSTA0 ; /* UART 0 STATUS */ __sfr __at 0x98 SCON0 ; /* UART 0 CONTROL */ __sfr __at 0x98 SCON ; /* UART 0 CONTROL */ __sfr __at 0x99 SBUF0 ; /* UART 0 BUFFER */ __sfr __at 0x99 SBUF ; /* UART 0 BUFFER */ __sfr __at 0x9A SPI0CFG ; /* SPI 0 CONFIGURATION */ __sfr __at 0x9B SPI0DAT ; /* SPI 0 DATA */ __sfr __at 0x9D SPI0CKR ; /* SPI 0 CLOCK RATE CONTROL */ __sfr __at 0xA1 EMI0TC ; /* EMIF TIMING CONTROL */ __sfr __at 0xA2 EMI0CN ; /* EMIF CONTROL */ __sfr __at 0xA2 _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at 0xA3 EMI0CF ; /* EMIF CONFIGURATION */ __sfr __at 0xA9 SADDR0 ; /* UART 0 SLAVE ADDRESS */ __sfr __at 0xB7 FLSCL ; /* FLASH SCALE */ __sfr __at 0xB9 SADEN0 ; /* UART 0 SLAVE ADDRESS MASK */ __sfr __at 0xBB AMX0SL ; /* ADC 0 MUX CHANNEL SELECTION */ __sfr __at 0xBC ADC0CF ; /* ADC 0 CONFIGURATION */ __sfr __at 0xBE ADC0L ; /* ADC 0 DATA - LOW BYTE */ __sfr __at 0xBF ADC0H ; /* ADC 0 DATA - HIGH BYTE */ __sfr __at 0xC0 SMB0CN ; /* SMBUS 0 CONTROL */ __sfr __at 0xC1 SMB0STA ; /* SMBUS 0 STATUS */ __sfr __at 0xC2 SMB0DAT ; /* SMBUS 0 DATA */ __sfr __at 0xC3 SMB0ADR ; /* SMBUS 0 SLAVE ADDRESS */ __sfr __at 0xC4 ADC0GTL ; /* ADC 0 GREATER-THAN REGISTER - LOW BYTE */ __sfr __at 0xC5 ADC0GTH ; /* ADC 0 GREATER-THAN REGISTER - HIGH BYTE */ __sfr __at 0xC6 ADC0LTL ; /* ADC 0 LESS-THAN REGISTER - LOW BYTE */ __sfr __at 0xC7 ADC0LTH ; /* ADC 0 LESS-THAN REGISTER - HIGH BYTE */ __sfr __at 0xC8 TMR2CN ; /* TIMER 2 CONTROL */ __sfr __at 0xC9 TMR2CF ; /* TIMER 2 CONFIGURATION */ __sfr __at 0xCA RCAP2L ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at 0xCB RCAP2H ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at 0xCC TMR2L ; /* TIMER 2 - LOW BYTE */ __sfr __at 0xCC TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at 0xCD TMR2H ; /* TIMER 2 - HIGH BYTE */ __sfr __at 0xCD TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at 0xCF SMB0CR ; /* SMBUS 0 CLOCK RATE */ __sfr __at 0xD1 REF0CN ; /* VOLTAGE REFERENCE 0 CONTROL */ __sfr __at 0xD2 DAC0L ; /* DAC 0 REGISTER - LOW BYTE */ __sfr __at 0xD3 DAC0H ; /* DAC 0 REGISTER - HIGH BYTE */ __sfr __at 0xD4 DAC0CN ; /* DAC 0 CONTROL */ __sfr __at 0xD8 PCA0CN ; /* PCA 0 COUNTER CONTROL */ __sfr __at 0xD9 PCA0MD ; /* PCA 0 COUNTER MODE */ __sfr __at 0xDA PCA0CPM0 ; /* PCA 0 MODULE 0 CONTROL */ __sfr __at 0xDB PCA0CPM1 ; /* PCA 0 MODULE 1 CONTROL */ __sfr __at 0xDC PCA0CPM2 ; /* PCA 0 MODULE 2 CONTROL */ __sfr __at 0xDD PCA0CPM3 ; /* PCA 0 MODULE 3 CONTROL */ __sfr __at 0xDE PCA0CPM4 ; /* PCA 0 MODULE 4 CONTROL */ __sfr __at 0xDF PCA0CPM5 ; /* PCA 0 MODULE 5 CONTROL */ __sfr __at 0xE1 PCA0CPL5 ; /* PCA 0 MODULE 5 CAPTURE/COMPARE - LOW BYTE */ __sfr __at 0xE2 PCA0CPH5 ; /* PCA 0 MODULE 5 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at 0xE8 ADC0CN ; /* ADC 0 CONTROL */ __sfr __at 0xE9 PCA0CPL2 ; /* PCA 0 MODULE 2 CAPTURE/COMPARE - LOW BYTE */ __sfr __at 0xEA PCA0CPH2 ; /* PCA 0 MODULE 2 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at 0xEB PCA0CPL3 ; /* PCA 0 MODULE 3 CAPTURE/COMPARE - LOW BYTE */ __sfr __at 0xEC PCA0CPH3 ; /* PCA 0 MODULE 3 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at 0xED PCA0CPL4 ; /* PCA 0 MODULE 4 CAPTURE/COMPARE - LOW BYTE */ __sfr __at 0xEE PCA0CPH4 ; /* PCA 0 MODULE 4 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at 0xEF RSTSRC ; /* RESET SOURCE */ __sfr __at 0xF8 SPI0CN ; /* SPI 0 CONTROL */ __sfr __at 0xF9 PCA0L ; /* PCA 0 TIMER - LOW BYTE */ __sfr __at 0xFA PCA0H ; /* PCA 0 TIMER - HIGH BYTE */ __sfr __at 0xFB PCA0CPL0 ; /* PCA 0 MODULE 0 CAPTURE/COMPARE - LOW BYTE */ __sfr __at 0xFC PCA0CPH0 ; /* PCA 0 MODULE 0 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at 0xFD PCA0CPL1 ; /* PCA 0 MODULE 1 CAPTURE/COMPARE - LOW BYTE */ __sfr __at 0xFE PCA0CPH1 ; /* PCA 0 MODULE 1 CAPTURE/COMPARE - HIGH BYTE */ /* Page 0x01 */ __sfr __at 0x88 CPT0CN ; /* COMPARATOR 0 CONTROL */ __sfr __at 0x89 CPT0MD ; /* COMPARATOR 0 CONFIGURATION */ __sfr __at 0x98 SCON1 ; /* UART 1 CONTROL */ __sfr __at 0x99 SBUF1 ; /* UART 1 BUFFER */ __sfr __at 0xBC ADC1CF ; /* ADC 1 CONFIGURATION */ __sfr __at 0xBE ADC1L ; /* ADC 1 DATA - LOW BYTE */ __sfr __at 0xBF ADC1H ; /* ADC 1 DATA - HIGH BYTE */ __sfr __at 0xC0 CAN0STA ; /* CAN 0 STATUS */ __sfr __at 0xC8 TMR3CN ; /* TIMER 3 CONTROL */ __sfr __at 0xC9 TMR3CF ; /* TIMER 3 CONFIGURATION */ __sfr __at 0xCA RCAP3L ; /* TIMER 3 CAPTURE REGISTER - LOW BYTE */ __sfr __at 0xCB RCAP3H ; /* TIMER 3 CAPTURE REGISTER - HIGH BYTE */ __sfr __at 0xCC TMR3L ; /* TIMER 3 - LOW BYTE */ __sfr __at 0xCD TMR3H ; /* TIMER 3 - HIGH BYTE */ __sfr __at 0xD1 REF1CN ; /* VOLTAGE REFERENCE 1 CONTROL */ __sfr __at 0xD2 DAC1L ; /* DAC 1 REGISTER - LOW BYTE */ __sfr __at 0xD3 DAC1H ; /* DAC 1 REGISTER - HIGH BYTE */ __sfr __at 0xD4 DAC1CN ; /* DAC 1 CONTROL */ __sfr __at 0xD8 CAN0DATL ; /* CAN 0 DATA REGISTER LOW */ __sfr __at 0xD9 CAN0DATH ; /* CAN 0 DATA REGISTER HIGH */ __sfr __at 0xDA CAN0ADR ; /* CAN 0 ADDRESS */ __sfr __at 0xDB CAN0TST ; /* CAN 0 TEST REGISTER */ __sfr __at 0xE8 ADC1CN ; /* ADC 1 CONTROL */ __sfr __at 0xF8 CAN0CN ; /* CAN 0 CONTROL */ /* Page 0x02 */ __sfr __at 0x88 CPT1CN ; /* COMPARATOR 1 CONTROL */ __sfr __at 0x89 CPT1MD ; /* COMPARATOR 1 CONFIGURATION */ __sfr __at 0xBA AMX2CF ; /* ADC 2 MUX CONFIGURATION */ __sfr __at 0xBB AMX2SL ; /* ADC 2 MUX CHANNEL SELECTION */ __sfr __at 0xBC ADC2CF ; /* ADC 2 CONFIGURATION */ __sfr __at 0xBE ADC2L ; /* ADC 2 DATA - LOW BYTE */ __sfr __at 0xBF ADC2H ; /* ADC 2 DATA - HIGH BYTE */ __sfr __at 0xC4 ADC2GTL ; /* ADC 2 GREATER-THAN REGISTER - LOW BYTE */ __sfr __at 0xC5 ADC2GTH ; /* ADC 2 GREATER-THAN REGISTER - HIGH BYTE */ __sfr __at 0xC6 ADC2LTL ; /* ADC 2 LESS-THAN REGISTER - LOW BYTE */ __sfr __at 0xC7 ADC2LTH ; /* ADC 2 LESS-THAN REGISTER - HIGH BYTE */ __sfr __at 0xC8 TMR4CN ; /* TIMER 4 CONTROL */ __sfr __at 0xC9 TMR4CF ; /* TIMER 4 CONFIGURATION */ __sfr __at 0xCA RCAP4L ; /* TIMER 4 CAPTURE REGISTER - LOW BYTE */ __sfr __at 0xCB RCAP4H ; /* TIMER 4 CAPTURE REGISTER - HIGH BYTE */ __sfr __at 0xCC TMR4L ; /* TIMER 4 - LOW BYTE */ __sfr __at 0xCD TMR4H ; /* TIMER 4 - HIGH BYTE */ __sfr __at 0xD1 REF2CN ; /* VOLTAGE REFERENCE 2 CONTROL */ __sfr __at 0xE8 ADC2CN ; /* ADC 2 CONTROL */ /* Page 0x03 */ __sfr __at 0x88 CPT2CN ; /* COMPARATOR 2 CONTROL */ __sfr __at 0x89 CPT2MD ; /* COMPARATOR 2 CONFIGURATION */ __sfr __at 0xD8 DMA0CN ; /* DMA0 CONTROL */ __sfr __at 0xD9 DMA0DAL ; /* DMA0 DATA ADDRESS BEGINNING LOW BYTE */ __sfr __at 0xDA DMA0DAH ; /* DMA0 DATA ADDRESS BEGINNING HIGH BYTE */ __sfr __at 0xDB DMA0DSL ; /* DMA0 DATA ADDRESS POINTER LOW BYTE */ __sfr __at 0xDC DMA0DSH ; /* DMA0 DATA ADDRESS POINTER HIGH BYTE */ __sfr __at 0xDD DMA0IPT ; /* DMA0 INSTRUCTION WRITE ADDRESS */ __sfr __at 0xDE DMA0IDT ; /* DMA0 INSTRUCTION WRITE DATA */ __sfr __at 0xF8 DMA0CF ; /* DMA0 CONFIGURATION */ __sfr __at 0xF9 DMA0CTL ; /* DMA0 REPEAT COUNTER LIMIT LOW BYTE */ __sfr __at 0xFA DMA0CTH ; /* DMA0 REPEAT COUNTER LIMIT HIGH BYTE */ __sfr __at 0xFB DMA0CSL ; /* DMA0 REPEAT COUNTER STATUS LOW BYTE */ __sfr __at 0xFC DMA0CSH ; /* DMA0 REPEAT COUNTER STATUS HIGH BYTE */ __sfr __at 0xFD DMA0BND ; /* DMA0 INSTRUCTION BOUNDARY */ __sfr __at 0xFE DMA0ISW ; /* DMA0 INSTRUCTION STATUS */ /* Page 0x0F */ __sfr __at 0x8A OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at 0x8B OSCICL ; /* INTERNAL OSCILLATOR CALIBRATION */ __sfr __at 0x8C OSCXCN ; /* EXTERNAL OSCILLATOR CONTROL */ __sfr __at 0x96 SFRPGCN ; /* SFR PAGE CONTROL */ __sfr __at 0x97 CLKSEL ; /* SYSTEM CLOCK SELECT */ __sfr __at 0x9C P4MDOUT ; /* PORT 4 OUTPUT MODE */ __sfr __at 0x9D P5MDOUT ; /* PORT 5 OUTPUT MODE */ __sfr __at 0x9E P6MDOUT ; /* PORT 6 OUTPUT MODE */ __sfr __at 0x9F P7MDOUT ; /* PORT 7 OUTPUT MODE */ __sfr __at 0xA4 P0MDOUT ; /* PORT 0 OUTPUT MODE */ __sfr __at 0xA5 P1MDOUT ; /* PORT 1 OUTPUT MODE */ __sfr __at 0xA6 P2MDOUT ; /* PORT 2 OUTPUT MODE CONFIGURATION */ __sfr __at 0xA7 P3MDOUT ; /* PORT 3 OUTPUT MODE CONFIGURATION */ __sfr __at 0xAD P1MDIN ; /* PORT 1 INPUT MODE */ __sfr __at 0xAE P2MDIN ; /* PORT 2 INPUT MODE */ __sfr __at 0xB7 FLACL ; /* FLASH ACCESS LIMIT */ __sfr __at 0xBA ADC0CPT ; /* ADC0 CALIBRATION POINTER */ __sfr __at 0xBB ADC0CCF ; /* ADC0 CALIBRATION COEFFICIENT */ __sfr __at 0xC8 P4 ; /* PORT 4 */ __sfr __at 0xD8 P5 ; /* PORT 5 */ __sfr __at 0xE1 XBR0 ; /* CROSSBAR CONFIGURATION REGISTER 0 */ __sfr __at 0xE2 XBR1 ; /* CROSSBAR CONFIGURATION REGISTER 1 */ __sfr __at 0xE3 XBR2 ; /* CROSSBAR CONFIGURATION REGISTER 2 */ __sfr __at 0xE4 XBR3 ; /* CROSSBAR CONFIGURATION REGISTER 3 */ __sfr __at 0xE8 P6 ; /* PORT 6 */ __sfr __at 0xF8 P7 ; /* PORT 7 */ /* BIT Registers */ /* P0 0x80 */ __sbit __at 0x80 P0_0 ; __sbit __at 0x81 P0_1 ; __sbit __at 0x82 P0_2 ; __sbit __at 0x83 P0_3 ; __sbit __at 0x84 P0_4 ; __sbit __at 0x85 P0_5 ; __sbit __at 0x86 P0_6 ; __sbit __at 0x87 P0_7 ; /* TCON 0x88 */ __sbit __at 0x88 IT0 ; /* EXT. INTERRUPT 0 TYPE */ __sbit __at 0x89 IE0 ; /* EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at 0x8A IT1 ; /* EXT. INTERRUPT 1 TYPE */ __sbit __at 0x8B IE1 ; /* EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at 0x8C TR0 ; /* TIMER 0 ON/OFF CONTROL */ __sbit __at 0x8D TF0 ; /* TIMER 0 OVERFLOW FLAG */ __sbit __at 0x8E TR1 ; /* TIMER 1 ON/OFF CONTROL */ __sbit __at 0x8F TF1 ; /* TIMER 1 OVERFLOW FLAG */ /* CPT0CN 0x88 */ __sbit __at 0x88 CP0HYN0 ; /* COMPARATOR 0 NEGATIVE HYSTERESIS 0 */ __sbit __at 0x89 CP0HYN1 ; /* COMPARATOR 0 NEGATIVE HYSTERESIS 1 */ __sbit __at 0x8A CP0HYP0 ; /* COMPARATOR 0 POSITIVE HYSTERESIS 0 */ __sbit __at 0x8B CP0HYP1 ; /* COMPARATOR 0 POSITIVE HYSTERESIS 1 */ __sbit __at 0x8C CP0FIF ; /* COMPARATOR 0 FALLING EDGE INTERRUPT */ __sbit __at 0x8D CP0RIF ; /* COMPARATOR 0 RISING EDGE INTERRUPT */ __sbit __at 0x8E CP0OUT ; /* COMPARATOR 0 OUTPUT */ __sbit __at 0x8F CP0EN ; /* COMPARATOR 0 ENABLE */ /* CPT1CN 0x88 */ __sbit __at 0x88 CP1HYN0 ; /* COMPARATOR 1 NEGATIVE HYSTERESIS 0 */ __sbit __at 0x89 CP1HYN1 ; /* COMPARATOR 1 NEGATIVE HYSTERESIS 1 */ __sbit __at 0x8A CP1HYP0 ; /* COMPARATOR 1 POSITIVE HYSTERESIS 0 */ __sbit __at 0x8B CP1HYP1 ; /* COMPARATOR 1 POSITIVE HYSTERESIS 1 */ __sbit __at 0x8C CP1FIF ; /* COMPARATOR 1 FALLING EDGE INTERRUPT */ __sbit __at 0x8D CP1RIF ; /* COMPARATOR 1 RISING EDGE INTERRUPT */ __sbit __at 0x8E CP1OUT ; /* COMPARATOR 1 OUTPUT */ __sbit __at 0x8F CP1EN ; /* COMPARATOR 1 ENABLE */ /* CPT2CN 0x88 */ __sbit __at 0x88 CP2HYN0 ; /* COMPARATOR 2 NEGATIVE HYSTERESIS 0 */ __sbit __at 0x89 CP2HYN1 ; /* COMPARATOR 2 NEGATIVE HYSTERESIS 1 */ __sbit __at 0x8A CP2HYP0 ; /* COMPARATOR 2 POSITIVE HYSTERESIS 0 */ __sbit __at 0x8B CP2HYP1 ; /* COMPARATOR 2 POSITIVE HYSTERESIS 1 */ __sbit __at 0x8C CP2FIF ; /* COMPARATOR 2 FALLING EDGE INTERRUPT */ __sbit __at 0x8D CP2RIF ; /* COMPARATOR 2 RISING EDGE INTERRUPT */ __sbit __at 0x8E CP2OUT ; /* COMPARATOR 2 OUTPUT */ __sbit __at 0x8F CP2EN ; /* COMPARATOR 2 ENABLE */ /* P1 0x90 */ __sbit __at 0x90 P1_0 ; __sbit __at 0x91 P1_1 ; __sbit __at 0x92 P1_2 ; __sbit __at 0x93 P1_3 ; __sbit __at 0x94 P1_4 ; __sbit __at 0x95 P1_5 ; __sbit __at 0x96 P1_6 ; __sbit __at 0x97 P1_7 ; /* SCON0 0x98 */ __sbit __at 0x98 RI0 ; /* UART 0 RX INTERRUPT FLAG */ __sbit __at 0x98 RI ; /* UART 0 RX INTERRUPT FLAG */ __sbit __at 0x99 TI0 ; /* UART 0 TX INTERRUPT FLAG */ __sbit __at 0x99 TI ; /* UART 0 TX INTERRUPT FLAG */ __sbit __at 0x9A RB80 ; /* UART 0 RX BIT 8 */ __sbit __at 0x9B TB80 ; /* UART 0 TX BIT 8 */ __sbit __at 0x9C REN0 ; /* UART 0 RX ENABLE */ __sbit __at 0x9C REN ; /* UART 0 RX ENABLE */ __sbit __at 0x9D SM20 ; /* UART 0 MULTIPROCESSOR EN */ __sbit __at 0x9E SM10 ; /* UART 0 MODE 1 */ __sbit __at 0x9F SM00 ; /* UART 0 MODE 0 */ /* SCON1 0x98 */ __sbit __at 0x98 RI1 ; /* UART 1 RX INTERRUPT FLAG */ __sbit __at 0x99 TI1 ; /* UART 1 TX INTERRUPT FLAG */ __sbit __at 0x9A RB81 ; /* UART 1 RX BIT 8 */ __sbit __at 0x9B TB81 ; /* UART 1 TX BIT 8 */ __sbit __at 0x9C REN1 ; /* UART 1 RX ENABLE */ __sbit __at 0x9D MCE1 ; /* UART 1 MCE */ __sbit __at 0x9F S1MODE ; /* UART 1 MODE */ /* P2 0xA0 */ __sbit __at 0xA0 P2_0 ; __sbit __at 0xA1 P2_1 ; __sbit __at 0xA2 P2_2 ; __sbit __at 0xA3 P2_3 ; __sbit __at 0xA4 P2_4 ; __sbit __at 0xA5 P2_5 ; __sbit __at 0xA6 P2_6 ; __sbit __at 0xA7 P2_7 ; /* IE 0xA8 */ __sbit __at 0xA8 EX0 ; /* EXTERNAL INTERRUPT 0 ENABLE */ __sbit __at 0xA9 ET0 ; /* TIMER 0 INTERRUPT ENABLE */ __sbit __at 0xAA EX1 ; /* EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at 0xAB ET1 ; /* TIMER 1 INTERRUPT ENABLE */ __sbit __at 0xAC ES0 ; /* UART0 INTERRUPT ENABLE */ __sbit __at 0xAC ES ; /* UART0 INTERRUPT ENABLE */ __sbit __at 0xAD ET2 ; /* TIMER 2 INTERRUPT ENABLE */ __sbit __at 0xAF EA ; /* GLOBAL INTERRUPT ENABLE */ /* P3 0xB0 */ __sbit __at 0xB0 P3_0 ; __sbit __at 0xB1 P3_1 ; __sbit __at 0xB2 P3_2 ; __sbit __at 0xB3 P3_3 ; __sbit __at 0xB4 P3_4 ; __sbit __at 0xB5 P3_5 ; __sbit __at 0xB6 P3_6 ; __sbit __at 0xB7 P3_7 ; /* IP 0xB8 */ __sbit __at 0xB8 PX0 ; /* EXTERNAL INTERRUPT 0 PRIORITY */ __sbit __at 0xB9 PT0 ; /* TIMER 0 PRIORITY */ __sbit __at 0xBA PX1 ; /* EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at 0xBB PT1 ; /* TIMER 1 PRIORITY */ __sbit __at 0xBC PS0 ; /* SERIAL PORT PRIORITY */ __sbit __at 0xBC PS ; /* SERIAL PORT PRIORITY */ __sbit __at 0xBD PT2 ; /* TIMER 2 PRIORITY */ /* SMB0CN 0xC0 */ __sbit __at 0xC0 SMBTOE ; /* SMBUS 0 TIMEOUT ENABLE */ __sbit __at 0xC1 SMBFTE ; /* SMBUS 0 FREE TIMER ENABLE */ __sbit __at 0xC2 AA ; /* SMBUS 0 ASSERT/ACKNOWLEDGE FLAG */ __sbit __at 0xC3 SI ; /* SMBUS 0 INTERRUPT PENDING FLAG */ __sbit __at 0xC4 STO ; /* SMBUS 0 STOP FLAG */ __sbit __at 0xC5 STA ; /* SMBUS 0 START FLAG */ __sbit __at 0xC6 ENSMB ; /* SMBUS 0 ENABLE */ __sbit __at 0xC7 BUSY ; /* SMBUS 0 BUSY */ /* CAN0STA 0xC0 */ __sbit __at 0xC3 CANTXOK ; /* CAN TRANSMITTED A MESSAGE SUCCESSFULLY */ __sbit __at 0xC4 CANRXOK ; /* CAN RECEIVED A MESSAGE SUCCESSFULLY */ __sbit __at 0xC5 CANEPASS; /* CAN ERROR PASSIVE */ __sbit __at 0xC6 CANEWARN; /* CAN WARNING STATUS */ __sbit __at 0xC7 CANBOFF ; /* CAN BUSOFF STATUS */ /* TMR2CN 0xC8 */ __sbit __at 0xC8 CPRL2 ; /* TIMER 2 CAPTURE SELECT */ __sbit __at 0xC9 CT2 ; /* TIMER 2 COUNTER SELECT */ __sbit __at 0xCA TR2 ; /* TIMER 2 ON/OFF CONTROL */ __sbit __at 0xCB EXEN2 ; /* TIMER 2 EXTERNAL ENABLE FLAG */ __sbit __at 0xCE EXF2 ; /* TIMER 2 EXTERNAL FLAG */ __sbit __at 0xCF TF2 ; /* TIMER 2 OVERFLOW FLAG */ /* TMR3CN 0xC8 */ __sbit __at 0xC8 CPRL3 ; /* TIMER 3 CAPTURE SELECT */ __sbit __at 0xC9 CT3 ; /* TIMER 3 COUNTER SELECT */ __sbit __at 0xCA TR3 ; /* TIMER 3 ON/OFF CONTROL */ __sbit __at 0xCB EXEN3 ; /* TIMER 3 EXTERNAL ENABLE FLAG */ __sbit __at 0xCE EXF3 ; /* TIMER 3 EXTERNAL FLAG */ __sbit __at 0xCF TF3 ; /* TIMER 3 OVERFLOW FLAG */ /* TMR4CN 0xC8 */ __sbit __at 0xC8 CPRL4 ; /* TIMER 4 CAPTURE SELECT */ __sbit __at 0xC9 CT4 ; /* TIMER 4 COUNTER SELECT */ __sbit __at 0xCA TR4 ; /* TIMER 4 ON/OFF CONTROL */ __sbit __at 0xCB EXEN4 ; /* TIMER 4 EXTERNAL ENABLE FLAG */ __sbit __at 0xCE EXF4 ; /* TIMER 4 EXTERNAL FLAG */ __sbit __at 0xCF TF4 ; /* TIMER 4 OVERFLOW FLAG */ /* P4 0xC8 */ __sbit __at 0xC8 P4_0 ; __sbit __at 0xC9 P4_1 ; __sbit __at 0xCA P4_2 ; __sbit __at 0xCB P4_3 ; __sbit __at 0xCC P4_4 ; __sbit __at 0xCD P4_5 ; __sbit __at 0xCE P4_6 ; __sbit __at 0xCF P4_7 ; /* PSW 0xD0 */ __sbit __at 0xD0 P ; /* ACCUMULATOR PARITY FLAG */ __sbit __at 0xD1 F1 ; /* USER FLAG 1 */ __sbit __at 0xD2 OV ; /* OVERFLOW FLAG */ __sbit __at 0xD3 RS0 ; /* REGISTER BANK SELECT 0 */ __sbit __at 0xD4 RS1 ; /* REGISTER BANK SELECT 1 */ __sbit __at 0xD5 F0 ; /* USER FLAG 0 */ __sbit __at 0xD6 AC ; /* AUXILIARY CARRY FLAG */ __sbit __at 0xD7 CY ; /* CARRY FLAG */ /* PCA0CN 0xD8 */ __sbit __at 0xD8 CCF0 ; /* PCA 0 MODULE 0 INTERRUPT FLAG */ __sbit __at 0xD9 CCF1 ; /* PCA 0 MODULE 1 INTERRUPT FLAG */ __sbit __at 0xDA CCF2 ; /* PCA 0 MODULE 2 INTERRUPT FLAG */ __sbit __at 0xDB CCF3 ; /* PCA 0 MODULE 3 INTERRUPT FLAG */ __sbit __at 0xDC CCF4 ; /* PCA 0 MODULE 4 INTERRUPT FLAG */ __sbit __at 0xDD CCF5 ; /* PCA 0 MODULE 5 INTERRUPT FLAG */ __sbit __at 0xDE CR ; /* PCA 0 COUNTER RUN CONTROL BIT */ __sbit __at 0xDF CF ; /* PCA 0 COUNTER OVERFLOW FLAG */ /* DMA0CN 0xD8 */ __sbit __at 0xD8 DMA0DO0 ; /* ADC0 Data Overflow Warning Flag */ __sbit __at 0xD9 DMA0DO1 ; /* ADC1 Data Overflow Warning Flag */ __sbit __at 0xDA DMA0DOE ; /* Data Overflow Warning Interrupt Enable */ __sbit __at 0xDB DMA0DE0 ; /* ADC0 Data Overflow Error Flag */ __sbit __at 0xDC DMA0DE1 ; /* ADC1 Data Overflow Error Flag */ __sbit __at 0xDD DMA0MD ; /* DMA0 Mode Select */ __sbit __at 0xDE DMA0INT ; /* DMA0 Operations Complete Flag */ __sbit __at 0xDF DMA0EN ; /* DMA0 Enable */ /* P5 0xD8 */ __sbit __at 0xD8 P5_0 ; __sbit __at 0xD9 P5_1 ; __sbit __at 0xDA P5_2 ; __sbit __at 0xDB P5_3 ; __sbit __at 0xDC P5_4 ; __sbit __at 0xDD P5_5 ; __sbit __at 0xDE P5_6 ; __sbit __at 0xDF P5_7 ; /* ADC0CN 0xE8 */ __sbit __at 0xE9 AD0WINT ; /* ADC 0 WINDOW INTERRUPT FLAG */ __sbit __at 0xEA AD0CM0 ; /* ADC 0 CONVERT START MODE BIT 0 */ __sbit __at 0xEB AD0CM1 ; /* ADC 0 CONVERT START MODE BIT 1 */ __sbit __at 0xEC AD0BUSY ; /* ADC 0 BUSY FLAG */ __sbit __at 0xED AD0INT ; /* ADC 0 EOC INTERRUPT FLAG */ __sbit __at 0xEE AD0TM ; /* ADC 0 TRACK MODE */ __sbit __at 0xEF AD0EN ; /* ADC 0 ENABLE */ /* ADC1CN 0xE8 */ __sbit __at 0xE9 AD1CM0 ; /* ADC 1 CONVERT START MODE BIT 0 */ __sbit __at 0xEA AD1CM1 ; /* ADC 1 CONVERT START MODE BIT 1 */ __sbit __at 0xEB AD1CM2 ; /* ADC 1 CONVERT START MODE BIT 1 */ __sbit __at 0xEC AD1BUSY ; /* ADC 1 BUSY FLAG */ __sbit __at 0xED AD1INT ; /* ADC 1 EOC INTERRUPT FLAG */ __sbit __at 0xEE AD1TM ; /* ADC 1 TRACK MODE */ __sbit __at 0xEF AD1EN ; /* ADC 1 ENABLE */ /* ADC2CN 0xE8 */ __sbit __at 0xE8 AD2LJST ; /* ADC 2 LEFT JUSTIFY SELECT */ __sbit __at 0xE9 AD2WINT ; /* ADC 2 WINDOW INTERRUPT FLAG */ __sbit __at 0xEA AD2CM0 ; /* ADC 2 CONVERT START MODE BIT 0 */ __sbit __at 0xEB AD2CM1 ; /* ADC 2 CONVERT START MODE BIT 1 */ __sbit __at 0xEC AD2BUSY ; /* ADC 2 BUSY FLAG */ __sbit __at 0xED AD2INT ; /* ADC 2 EOC INTERRUPT FLAG */ __sbit __at 0xEE AD2TM ; /* ADC 2 TRACK MODE */ __sbit __at 0xEF AD2EN ; /* ADC 2 ENABLE */ /* P6 0xE8 */ __sbit __at 0xE8 P6_0 ; __sbit __at 0xE9 P6_1 ; __sbit __at 0xEA P6_2 ; __sbit __at 0xEB P6_3 ; __sbit __at 0xEC P6_4 ; __sbit __at 0xED P6_5 ; __sbit __at 0xEE P6_6 ; __sbit __at 0xEF P6_7 ; /* SPI0CN 0xF8 */ __sbit __at 0xF8 SPIEN ; /* SPI 0 SPI ENABLE */ __sbit __at 0xF9 TXBMT ; /* SPI 0 TX BUFFER EMPTY FLAG */ __sbit __at 0xFA NSSMD0 ; /* SPI 0 SLAVE SELECT MODE 0 */ __sbit __at 0xFB NSSMD1 ; /* SPI 0 SLAVE SELECT MODE 1 */ __sbit __at 0xFC RXOVRN ; /* SPI 0 RX OVERRUN FLAG */ __sbit __at 0xFD MODF ; /* SPI 0 MODE FAULT FLAG */ __sbit __at 0xFE WCOL ; /* SPI 0 WRITE COLLISION FLAG */ __sbit __at 0xFF SPIF ; /* SPI 0 INTERRUPT FLAG */ /* CAN0CN 0xF8 */ __sbit __at 0xF8 CANINIT ; /* CAN INITIALIZATION */ __sbit __at 0xF9 CANIE ; /* CAN MODULE INTERRUPT ENABLE */ __sbit __at 0xFA CANSIE ; /* CAN STATUS CHANGE INTERRUPT ENABLE */ __sbit __at 0xFB CANEIE ; /* CAN ERROR INTERRUPT ENABLE */ __sbit __at 0xFC CANIF ; /* CAN INTERRUPT FLAG */ __sbit __at 0xFD CANDAR ; /* CAN DISABLE AUTOMATIC RETRANSMISSION */ __sbit __at 0xFE CANCCE ; /* CAN CONFIGURATION CHANGE ENABLE */ __sbit __at 0xFF CANTEST ; /* CAN TEST MODE ENABLE */ /* DMA0CF 0xF8 */ __sbit __at 0xF8 DMA0EO ; /* END-OF-OPERATION FLAG */ __sbit __at 0xF9 DMA0EOE ; /* END-OF-OPERATION INTERRUPT ENABLE */ __sbit __at 0xFA DMA0CI ; /* REPEAT COUNTER OVERFLOW FLAG */ __sbit __at 0xFB DMA0CIE ; /* REPEAT COUNTER OVERFLOW INTERRUPT ENABLE */ __sbit __at 0xFE DMA0XBY ; /* OFF-CHIP XRAM BUSY FLAG */ __sbit __at 0xFF DMA0HLT ; /* HALT DMA0 OFF-CHIP XRAM ACCESS */ /* P7 0xF8 */ __sbit __at 0xF8 P7_0 ; __sbit __at 0xF9 P7_1 ; __sbit __at 0xFA P7_2 ; __sbit __at 0xFB P7_3 ; __sbit __at 0xFC P7_4 ; __sbit __at 0xFD P7_5 ; __sbit __at 0xFE P7_6 ; __sbit __at 0xFF P7_7 ; /* Predefined SFR Bit Masks */ #define IDLE 0x01 /* PCON */ #define STOP 0x02 /* PCON */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ /* SFR PAGE DEFINITIONS */ #define CONFIG_PAGE 0x0F /* SYSTEM AND PORT CONFIGURATION PAGE */ #define LEGACY_PAGE 0x00 /* LEGACY SFR PAGE */ #define TIMER01_PAGE 0x00 /* TIMER 0 AND TIMER 1 */ #define CPT0_PAGE 0x01 /* COMPARATOR 0 */ #define CPT1_PAGE 0x02 /* COMPARATOR 1 */ #define CPT2_PAGE 0x03 /* COMPARATOR 2 */ #define UART0_PAGE 0x00 /* UART 0 */ #define UART1_PAGE 0x01 /* UART 1 */ #define SPI0_PAGE 0x00 /* SPI 0 */ #define EMI0_PAGE 0x00 /* EXTERNAL MEMORY INTERFACE */ #define ADC0_PAGE 0x00 /* ADC 0 */ #define ADC1_PAGE 0x01 /* ADC 1 */ #define ADC2_PAGE 0x02 /* ADC 2 */ #define SMB0_PAGE 0x00 /* SMBUS 0 */ #define TMR2_PAGE 0x00 /* TIMER 2 */ #define TMR3_PAGE 0x01 /* TIMER 3 */ #define TMR4_PAGE 0x02 /* TIMER 4 */ #define DAC0_PAGE 0x00 /* DAC 0 */ #define DAC1_PAGE 0x01 /* DAC 1 */ #define PCA0_PAGE 0x00 /* PCA 0 */ #define DMA0_PAGE 0x03 /* DMA 0 */ #define CAN0_PAGE 0x01 /* CAN 0 */ #endif sdcc-2.9.0/device/include/mcs51/C8051F120.h000066400000000000000000001060321116427777700174770ustar00rootroot00000000000000/*--------------------------------------------------------------------------- Register Declarations for the Cygnal/SiLabs C8051F12x-F13x Processor Range Copyright (C) 2003 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA ---------------------------------------------------------------------------*/ #ifndef C8051F120_H #define C8051F120_H /* BYTE Registers */ /* All Pages */ __sfr __at (0x80) P0 ; /* PORT 0 */ __sfr __at (0x81) SP ; /* STACK POINTER */ __sfr __at (0x82) DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at (0x83) DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at (0x84) SFRPAGE ; /* SFR PAGE SELECT */ __sfr __at (0x85) SFRNEXT ; /* SFR STACK NEXT PAGE */ __sfr __at (0x86) SFRLAST ; /* SFR STACK LAST PAGE */ __sfr __at (0x87) PCON ; /* POWER CONTROL */ __sfr __at (0x90) P1 ; /* PORT 1 */ __sfr __at (0xA0) P2 ; /* PORT 2 */ __sfr __at (0xA8) IE ; /* INTERRUPT ENABLE */ __sfr __at (0xB0) P3 ; /* PORT 3 */ __sfr __at (0xB1) PSBANK ; /* FLASH BANK SELECT */ __sfr __at (0xB8) IP ; /* INTERRUPT PRIORITY */ __sfr __at (0xD0) PSW ; /* PROGRAM STATUS WORD */ __sfr __at (0xE0) ACC ; /* ACCUMULATOR */ __sfr __at (0xE6) EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at (0xE7) EIE2 ; /* EXTERNAL INTERRUPT ENABLE 2 */ __sfr __at (0xF0) B ; /* B REGISTER */ __sfr __at (0xF6) EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at (0xF7) EIP2 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 2 */ __sfr __at (0xFF) WDTCN ; /* WATCHDOG TIMER CONTROL */ /* Page 0x00 */ __sfr __at (0x88) TCON ; /* TIMER CONTROL */ __sfr __at (0x89) TMOD ; /* TIMER MODE */ __sfr __at (0x8A) TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at (0x8B) TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at (0x8C) TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at (0x8D) TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at (0x8E) CKCON ; /* TIMER 0/1 CLOCK CONTROL */ __sfr __at (0x8F) PSCTL ; /* FLASH WRITE/ERASE CONTROL */ __sfr __at (0x91) SSTA0 ; /* UART 0 STATUS */ __sfr __at (0x98) SCON0 ; /* UART 0 CONTROL */ __sfr __at (0x98) SCON ; /* UART 0 CONTROL */ __sfr __at (0x99) SBUF0 ; /* UART 0 BUFFER */ __sfr __at (0x99) SBUF ; /* UART 0 BUFFER */ __sfr __at (0x9A) SPI0CFG ; /* SPI 0 CONFIGURATION */ __sfr __at (0x9B) SPI0DAT ; /* SPI 0 DATA */ __sfr __at (0x9D) SPI0CKR ; /* SPI 0 CLOCK RATE CONTROL */ __sfr __at (0xA1) EMI0TC ; /* EMIF TIMING CONTROL */ __sfr __at (0xA2) EMI0CN ; /* EMIF CONTROL */ __sfr __at (0xA2) _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at (0xA3) EMI0CF ; /* EMIF CONFIGURATION */ __sfr __at (0xA9) SADDR0 ; /* UART 0 SLAVE ADDRESS */ __sfr __at (0xB7) FLSCL ; /* FLASH SCALE */ __sfr __at (0xB9) SADEN0 ; /* UART 0 SLAVE ADDRESS MASK */ __sfr __at (0xBA) AMX0CF ; /* ADC 0 MUX CONFIGURATION */ __sfr __at (0xBB) AMX0SL ; /* ADC 0 MUX CHANNEL SELECTION */ __sfr __at (0xBC) ADC0CF ; /* ADC 0 CONFIGURATION */ __sfr __at (0xBE) ADC0L ; /* ADC 0 DATA - LOW BYTE */ __sfr __at (0xBF) ADC0H ; /* ADC 0 DATA - HIGH BYTE */ __sfr __at (0xC0) SMB0CN ; /* SMBUS 0 CONTROL */ __sfr __at (0xC1) SMB0STA ; /* SMBUS 0 STATUS */ __sfr __at (0xC2) SMB0DAT ; /* SMBUS 0 DATA */ __sfr __at (0xC3) SMB0ADR ; /* SMBUS 0 SLAVE ADDRESS */ __sfr __at (0xC4) ADC0GTL ; /* ADC 0 GREATER-THAN REGISTER - LOW BYTE */ __sfr __at (0xC5) ADC0GTH ; /* ADC 0 GREATER-THAN REGISTER - HIGH BYTE */ __sfr __at (0xC6) ADC0LTL ; /* ADC 0 LESS-THAN REGISTER - LOW BYTE */ __sfr __at (0xC7) ADC0LTH ; /* ADC 0 LESS-THAN REGISTER - HIGH BYTE */ __sfr __at (0xC8) TMR2CN ; /* TIMER 2 CONTROL */ __sfr __at (0xC9) TMR2CF ; /* TIMER 2 CONFIGURATION */ __sfr __at (0xCA) RCAP2L ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCB) RCAP2H ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCC) TMR2L ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCC) TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCD) TMR2H ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xCD) TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xCF) SMB0CR ; /* SMBUS 0 CLOCK RATE */ __sfr __at (0xD1) REF0CN ; /* VOLTAGE REFERENCE 0 CONTROL */ __sfr __at (0xD2) DAC0L ; /* DAC 0 REGISTER - LOW BYTE */ __sfr __at (0xD3) DAC0H ; /* DAC 0 REGISTER - HIGH BYTE */ __sfr __at (0xD4) DAC0CN ; /* DAC 0 CONTROL */ __sfr __at (0xD8) PCA0CN ; /* PCA 0 COUNTER CONTROL */ __sfr __at (0xD9) PCA0MD ; /* PCA 0 COUNTER MODE */ __sfr __at (0xDA) PCA0CPM0 ; /* PCA 0 MODULE 0 CONTROL */ __sfr __at (0xDB) PCA0CPM1 ; /* PCA 0 MODULE 1 CONTROL */ __sfr __at (0xDC) PCA0CPM2 ; /* PCA 0 MODULE 2 CONTROL */ __sfr __at (0xDD) PCA0CPM3 ; /* PCA 0 MODULE 3 CONTROL */ __sfr __at (0xDE) PCA0CPM4 ; /* PCA 0 MODULE 4 CONTROL */ __sfr __at (0xDF) PCA0CPM5 ; /* PCA 0 MODULE 5 CONTROL */ __sfr __at (0xE1) PCA0CPL5 ; /* PCA 0 MODULE 5 CAPTURE/COMPARE - LOW BYTE */ __sfr __at (0xE2) PCA0CPH5 ; /* PCA 0 MODULE 5 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at (0xE8) ADC0CN ; /* ADC 0 CONTROL */ __sfr __at (0xE9) PCA0CPL2 ; /* PCA 0 MODULE 2 CAPTURE/COMPARE - LOW BYTE */ __sfr __at (0xEA) PCA0CPH2 ; /* PCA 0 MODULE 2 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at (0xEB) PCA0CPL3 ; /* PCA 0 MODULE 3 CAPTURE/COMPARE - LOW BYTE */ __sfr __at (0xEC) PCA0CPH3 ; /* PCA 0 MODULE 3 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at (0xED) PCA0CPL4 ; /* PCA 0 MODULE 4 CAPTURE/COMPARE - LOW BYTE */ __sfr __at (0xEE) PCA0CPH4 ; /* PCA 0 MODULE 4 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at (0xEF) RSTSRC ; /* RESET SOURCE */ __sfr __at (0xF8) SPI0CN ; /* SPI 0 CONTROL */ __sfr __at (0xF9) PCA0L ; /* PCA 0 TIMER - LOW BYTE */ __sfr __at (0xFA) PCA0H ; /* PCA 0 TIMER - HIGH BYTE */ __sfr __at (0xFB) PCA0CPL0 ; /* PCA 0 MODULE 0 CAPTURE/COMPARE - LOW BYTE */ __sfr __at (0xFC) PCA0CPH0 ; /* PCA 0 MODULE 0 CAPTURE/COMPARE - HIGH BYTE */ __sfr __at (0xFD) PCA0CPL1 ; /* PCA 0 MODULE 1 CAPTURE/COMPARE - LOW BYTE */ __sfr __at (0xFE) PCA0CPH1 ; /* PCA 0 MODULE 1 CAPTURE/COMPARE - HIGH BYTE */ /* Page 0x01 */ __sfr __at (0x88) CPT0CN ; /* COMPARATOR 0 CONTROL */ __sfr __at (0x89) CPT0MD ; /* COMPARATOR 0 CONFIGURATION */ __sfr __at (0x98) SCON1 ; /* UART 1 CONTROL */ __sfr __at (0x99) SBUF1 ; /* UART 1 BUFFER */ __sfr __at (0xC8) TMR3CN ; /* TIMER 3 CONTROL */ __sfr __at (0xC9) TMR3CF ; /* TIMER 3 CONFIGURATION */ __sfr __at (0xCA) RCAP3L ; /* TIMER 3 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCB) RCAP3H ; /* TIMER 3 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCC) TMR3L ; /* TIMER 3 - LOW BYTE */ __sfr __at (0xCD) TMR3H ; /* TIMER 3 - HIGH BYTE */ __sfr __at (0xD2) DAC1L ; /* DAC 1 REGISTER - LOW BYTE */ __sfr __at (0xD3) DAC1H ; /* DAC 1 REGISTER - HIGH BYTE */ __sfr __at (0xD4) DAC1CN ; /* DAC 1 CONTROL */ /* Page 0x02 */ __sfr __at (0x88) CPT1CN ; /* COMPARATOR 1 CONTROL */ __sfr __at (0x89) CPT1MD ; /* COMPARATOR 1 CONFIGURATION */ __sfr __at (0xBA) AMX2CF ; /* ADC 2 MUX CONFIGURATION */ __sfr __at (0xBB) AMX2SL ; /* ADC 2 MUX CHANNEL SELECTION */ __sfr __at (0xBC) ADC2CF ; /* ADC 2 CONFIGURATION */ __sfr __at (0xBE) ADC2 ; /* ADC 2 DATA */ __sfr __at (0xC4) ADC2GT ; /* ADC 2 GREATER-THAN REGISTER */ __sfr __at (0xC6) ADC2LT ; /* ADC 2 LESS-THAN REGISTER */ __sfr __at (0xC8) TMR4CN ; /* TIMER 4 CONTROL */ __sfr __at (0xC9) TMR4CF ; /* TIMER 4 CONFIGURATION */ __sfr __at (0xCA) RCAP4L ; /* TIMER 4 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCB) RCAP4H ; /* TIMER 4 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCC) TMR4L ; /* TIMER 4 - LOW BYTE */ __sfr __at (0xCD) TMR4H ; /* TIMER 4 - HIGH BYTE */ __sfr __at (0xE8) ADC2CN ; /* ADC 2 CONTROL */ /* Page 0x03 */ __sfr __at (0x91) MAC0BL ; /* MAC0 B Register Low Byte */ __sfr __at (0x92) MAC0BH ; /* MAC0 B Register High Byte */ __sfr __at (0x93) MAC0ACC0 ; /* MAC0 Accumulator Byte 0 (LSB) */ __sfr __at (0x94) MAC0ACC1 ; /* MAC0 Accumulator Byte 1 */ __sfr __at (0x95) MAC0ACC2 ; /* MAC0 Accumulator Byte 2 */ __sfr __at (0x96) MAC0ACC3 ; /* MAC0 Accumulator Byte 3 (MSB) */ __sfr __at (0x97) MAC0OVR ; /* MAC0 Accumulator Overflow */ __sfr __at (0xC0) MAC0STA ; /* MAC0 Status Register */ __sfr __at (0xC1) MAC0AL ; /* MAC0 A Register Low Byte */ __sfr __at (0xC2) MAC0AH ; /* MAC0 A Register High Byte */ __sfr __at (0xC3) MAC0CF ; /* MAC0 Configuration */ __sfr __at (0xCE) MAC0RNDL ; /* MAC0 Rounding Register Low Byte */ __sfr __at (0xCF) MAC0RNDH ; /* MAC0 Rounding Register High Byte */ /* Page 0x0F */ __sfr __at (0x88) FLSTAT ; /* FLASH STATUS */ __sfr __at (0x89) PLL0CN ; /* PLL 0 CONTROL */ __sfr __at (0x8A) OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at (0x8B) OSCICL ; /* INTERNAL OSCILLATOR CALIBRATION */ __sfr __at (0x8C) OSCXCN ; /* EXTERNAL OSCILLATOR CONTROL */ __sfr __at (0x8D) PLL0DIV ; /* PLL 0 DIVIDER */ __sfr __at (0x8E) PLL0MUL ; /* PLL 0 MULTIPLIER */ __sfr __at (0x8F) PLL0FLT ; /* PLL 0 FILTER */ __sfr __at (0x96) SFRPGCN ; /* SFR PAGE CONTROL */ __sfr __at (0x97) CLKSEL ; /* SYSTEM CLOCK SELECT */ __sfr __at (0x9A) CCH0MA ; /* CACHE MISS ACCUMULATOR */ __sfr __at (0x9C) P4MDOUT ; /* PORT 4 OUTPUT MODE */ __sfr __at (0x9D) P5MDOUT ; /* PORT 5 OUTPUT MODE */ __sfr __at (0x9E) P6MDOUT ; /* PORT 6 OUTPUT MODE */ __sfr __at (0x9F) P7MDOUT ; /* PORT 7 OUTPUT MODE */ __sfr __at (0xA1) CCH0CN ; /* CACHE CONTROL */ __sfr __at (0xA2) CCH0TN ; /* CACHE TUNING REGISTER */ __sfr __at (0xA3) CCH0LC ; /* CACHE LOCK */ __sfr __at (0xA4) P0MDOUT ; /* PORT 0 OUTPUT MODE */ __sfr __at (0xA5) P1MDOUT ; /* PORT 1 OUTPUT MODE */ __sfr __at (0xA6) P2MDOUT ; /* PORT 2 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA7) P3MDOUT ; /* PORT 3 OUTPUT MODE CONFIGURATION */ __sfr __at (0xAD) P1MDIN ; /* PORT 1 INPUT MODE */ __sfr __at (0xB7) FLACL ; /* FLASH ACCESS LIMIT */ __sfr __at (0xC8) P4 ; /* PORT 4 */ __sfr __at (0xD8) P5 ; /* PORT 5 */ __sfr __at (0xE1) XBR0 ; /* CROSSBAR CONFIGURATION REGISTER 0 */ __sfr __at (0xE2) XBR1 ; /* CROSSBAR CONFIGURATION REGISTER 1 */ __sfr __at (0xE3) XBR2 ; /* CROSSBAR CONFIGURATION REGISTER 2 */ __sfr __at (0xE8) P6 ; /* PORT 6 */ __sfr __at (0xF8) P7 ; /* PORT 7 */ /* WORD/DWORD Registers */ /* Page 0x00 */ __sfr16 __at (0x8C8A) TMR0 ; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1 ; /* TIMER 1 COUNTER */ __sfr16 __at (0xCDCC) TMR2 ; /* TIMER 2 COUNTER */ __sfr16 __at (0xCBCA) RCAP2 ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0xBFBE) ADC0 ; /* ADC 0 DATA WORD */ __sfr16 __at (0xC5C4) ADC0GT ; /* ADC 0 GREATER-THAN REGISTER WORD */ __sfr16 __at (0xC7C6) ADC0LT ; /* ADC 0 LESS-THAN REGISTER WORD */ __sfr16 __at (0xD3D2) DAC0 ; /* DAC 0 REGISTER WORD */ __sfr16 __at (0xFAF9) PCA0 ; /* PCA 0 TIMER COUNTER */ __sfr16 __at (0xFCFB) PCA0CP0 ; /* PCA 0 MODULE 0 CAPTURE/COMPARE WORD */ __sfr16 __at (0xFEFD) PCA0CP1 ; /* PCA 0 MODULE 1 CAPTURE/COMPARE WORD */ __sfr16 __at (0xEAE9) PCA0CP2 ; /* PCA 0 MODULE 2 CAPTURE/COMPARE WORD */ __sfr16 __at (0xECEB) PCA0CP3 ; /* PCA 0 MODULE 3 CAPTURE/COMPARE WORD */ __sfr16 __at (0xEEED) PCA0CP4 ; /* PCA 0 MODULE 4 CAPTURE/COMPARE WORD */ __sfr16 __at (0xE2E1) PCA0CP5 ; /* PCA 0 MODULE 5 CAPTURE/COMPARE WORD */ /* Page 0x01 */ __sfr16 __at (0xCDCC) TMR3 ; /* TIMER 3 COUNTER */ __sfr16 __at (0xCBCA) RCAP3 ; /* TIMER 3 CAPTURE REGISTER WORD */ __sfr16 __at (0xD3D2) DAC1 ; /* DAC 1 REGISTER WORD */ /* Page 0x02 */ __sfr16 __at (0xCDCC) TMR4 ; /* TIMER 4 COUNTER */ __sfr16 __at (0xCBCA) RCAP4 ; /* TIMER 4 CAPTURE REGISTER WORD */ /* Page 0x03 */ __sfr16 __at (0xC2C1) MAC0A ; /* MAC0 A Register */ /* No sfr16 definition for MAC0B because MAC0BL must be written last */ __sfr32 __at (0x96959493) MAC0ACC ; /* MAC0 Accumulator */ __sfr16 __at (0xCFCE) MAC0RND ; /* MAC0 Rounding Register */ /* BIT Registers */ /* P0 0x80 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON 0x88 */ __sbit __at (0x88) IT0 ; /* EXT. INTERRUPT 0 TYPE */ __sbit __at (0x89) IE0 ; /* EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at (0x8A) IT1 ; /* EXT. INTERRUPT 1 TYPE */ __sbit __at (0x8B) IE1 ; /* EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at (0x8C) TR0 ; /* TIMER 0 ON/OFF CONTROL */ __sbit __at (0x8D) TF0 ; /* TIMER 0 OVERFLOW FLAG */ __sbit __at (0x8E) TR1 ; /* TIMER 1 ON/OFF CONTROL */ __sbit __at (0x8F) TF1 ; /* TIMER 1 OVERFLOW FLAG */ /* CPT0CN 0x88 */ __sbit __at (0x88) CP0HYN0 ; /* COMPARATOR 0 NEGATIVE HYSTERESIS 0 */ __sbit __at (0x89) CP0HYN1 ; /* COMPARATOR 0 NEGATIVE HYSTERESIS 1 */ __sbit __at (0x8A) CP0HYP0 ; /* COMPARATOR 0 POSITIVE HYSTERESIS 0 */ __sbit __at (0x8B) CP0HYP1 ; /* COMPARATOR 0 POSITIVE HYSTERESIS 1 */ __sbit __at (0x8C) CP0FIF ; /* COMPARATOR 0 FALLING EDGE INTERRUPT */ __sbit __at (0x8D) CP0RIF ; /* COMPARATOR 0 RISING EDGE INTERRUPT */ __sbit __at (0x8E) CP0OUT ; /* COMPARATOR 0 OUTPUT */ __sbit __at (0x8F) CP0EN ; /* COMPARATOR 0 ENABLE */ /* CPT1CN 0x88 */ __sbit __at (0x88) CP1HYN0 ; /* COMPARATOR 1 NEGATIVE HYSTERESIS 0 */ __sbit __at (0x89) CP1HYN1 ; /* COMPARATOR 1 NEGATIVE HYSTERESIS 1 */ __sbit __at (0x8A) CP1HYP0 ; /* COMPARATOR 1 POSITIVE HYSTERESIS 0 */ __sbit __at (0x8B) CP1HYP1 ; /* COMPARATOR 1 POSITIVE HYSTERESIS 1 */ __sbit __at (0x8C) CP1FIF ; /* COMPARATOR 1 FALLING EDGE INTERRUPT */ __sbit __at (0x8D) CP1RIF ; /* COMPARATOR 1 RISING EDGE INTERRUPT */ __sbit __at (0x8E) CP1OUT ; /* COMPARATOR 1 OUTPUT */ __sbit __at (0x8F) CP1EN ; /* COMPARATOR 1 ENABLE */ /* FLSTAT 0x88 */ __sbit __at (0x88) FLHBUSY ; /* FLASH BUSY */ /* P1 0x90 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x97) P1_7 ; /* SCON0 0x98 */ __sbit __at (0x98) RI0 ; /* UART 0 RX INTERRUPT FLAG */ __sbit __at (0x98) RI ; /* UART 0 RX INTERRUPT FLAG */ __sbit __at (0x99) TI0 ; /* UART 0 TX INTERRUPT FLAG */ __sbit __at (0x99) TI ; /* UART 0 TX INTERRUPT FLAG */ __sbit __at (0x9A) RB80 ; /* UART 0 RX BIT 8 */ __sbit __at (0x9B) TB80 ; /* UART 0 TX BIT 8 */ __sbit __at (0x9C) REN0 ; /* UART 0 RX ENABLE */ __sbit __at (0x9C) REN ; /* UART 0 RX ENABLE */ __sbit __at (0x9D) SM20 ; /* UART 0 MULTIPROCESSOR EN */ __sbit __at (0x9E) SM10 ; /* UART 0 MODE 1 */ __sbit __at (0x9F) SM00 ; /* UART 0 MODE 0 */ /* SCON1 0x98 */ __sbit __at (0x98) RI1 ; /* UART 1 RX INTERRUPT FLAG */ __sbit __at (0x99) TI1 ; /* UART 1 TX INTERRUPT FLAG */ __sbit __at (0x9A) RB81 ; /* UART 1 RX BIT 8 */ __sbit __at (0x9B) TB81 ; /* UART 1 TX BIT 8 */ __sbit __at (0x9C) REN1 ; /* UART 1 RX ENABLE */ __sbit __at (0x9D) MCE1 ; /* UART 1 MCE */ __sbit __at (0x9F) S1MODE ; /* UART 1 MODE */ /* P2 0xA0 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA7) P2_7 ; /* IE 0xA8 */ __sbit __at (0xA8) EX0 ; /* EXTERNAL INTERRUPT 0 ENABLE */ __sbit __at (0xA9) ET0 ; /* TIMER 0 INTERRUPT ENABLE */ __sbit __at (0xAA) EX1 ; /* EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at (0xAB) ET1 ; /* TIMER 1 INTERRUPT ENABLE */ __sbit __at (0xAC) ES0 ; /* UART0 INTERRUPT ENABLE */ __sbit __at (0xAC) ES ; /* UART0 INTERRUPT ENABLE */ __sbit __at (0xAD) ET2 ; /* TIMER 2 INTERRUPT ENABLE */ __sbit __at (0xAF) EA ; /* GLOBAL INTERRUPT ENABLE */ /* P3 0xB0 */ __sbit __at (0xB0) P3_0 ; __sbit __at (0xB1) P3_1 ; __sbit __at (0xB2) P3_2 ; __sbit __at (0xB3) P3_3 ; __sbit __at (0xB4) P3_4 ; __sbit __at (0xB5) P3_5 ; __sbit __at (0xB6) P3_6 ; __sbit __at (0xB7) P3_7 ; /* IP 0xB8 */ __sbit __at (0xB8) PX0 ; /* EXTERNAL INTERRUPT 0 PRIORITY */ __sbit __at (0xB9) PT0 ; /* TIMER 0 PRIORITY */ __sbit __at (0xBA) PX1 ; /* EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at (0xBB) PT1 ; /* TIMER 1 PRIORITY */ __sbit __at (0xBC) PS0 ; /* SERIAL PORT PRIORITY */ __sbit __at (0xBC) PS ; /* SERIAL PORT PRIORITY */ __sbit __at (0xBD) PT2 ; /* TIMER 2 PRIORITY */ /* SMB0CN 0xC0 */ __sbit __at (0xC0) SMBTOE ; /* SMBUS 0 TIMEOUT ENABLE */ __sbit __at (0xC1) SMBFTE ; /* SMBUS 0 FREE TIMER ENABLE */ __sbit __at (0xC2) AA ; /* SMBUS 0 ASSERT/ACKNOWLEDGE FLAG */ __sbit __at (0xC3) SI ; /* SMBUS 0 INTERRUPT PENDING FLAG */ __sbit __at (0xC4) STO ; /* SMBUS 0 STOP FLAG */ __sbit __at (0xC5) STA ; /* SMBUS 0 START FLAG */ __sbit __at (0xC6) ENSMB ; /* SMBUS 0 ENABLE */ __sbit __at (0xC7) BUSY ; /* SMBUS 0 BUSY */ /* MAC0STA 0xC0 */ __sbit __at (0xC0) MAC0N ; /* MAC 0 NEGATIVE FLAG */ __sbit __at (0xC1) MAC0SO ; /* MAC 0 SOFT OVERFLOW FLAG */ __sbit __at (0xC2) MAC0Z ; /* MAC 0 ZERO FLAG */ __sbit __at (0xC3) MAC0HO ; /* MAC 0 HARD OVERFLOW FLAG */ /* TMR2CN 0xC8 */ __sbit __at (0xC8) CPRL2 ; /* TIMER 2 CAPTURE SELECT */ __sbit __at (0xC9) CT2 ; /* TIMER 2 COUNTER SELECT */ __sbit __at (0xCA) TR2 ; /* TIMER 2 ON/OFF CONTROL */ __sbit __at (0xCB) EXEN2 ; /* TIMER 2 EXTERNAL ENABLE FLAG */ __sbit __at (0xCE) EXF2 ; /* TIMER 2 EXTERNAL FLAG */ __sbit __at (0xCF) TF2 ; /* TIMER 2 OVERFLOW FLAG */ /* TMR3CN 0xC8 */ __sbit __at (0xC8) CPRL3 ; /* TIMER 3 CAPTURE SELECT */ __sbit __at (0xC9) CT3 ; /* TIMER 3 COUNTER SELECT */ __sbit __at (0xCA) TR3 ; /* TIMER 3 ON/OFF CONTROL */ __sbit __at (0xCB) EXEN3 ; /* TIMER 3 EXTERNAL ENABLE FLAG */ __sbit __at (0xCE) EXF3 ; /* TIMER 3 EXTERNAL FLAG */ __sbit __at (0xCF) TF3 ; /* TIMER 3 OVERFLOW FLAG */ /* TMR4CN 0xC8 */ __sbit __at (0xC8) CPRL4 ; /* TIMER 4 CAPTURE SELECT */ __sbit __at (0xC9) CT4 ; /* TIMER 4 COUNTER SELECT */ __sbit __at (0xCA) TR4 ; /* TIMER 4 ON/OFF CONTROL */ __sbit __at (0xCB) EXEN4 ; /* TIMER 4 EXTERNAL ENABLE FLAG */ __sbit __at (0xCE) EXF4 ; /* TIMER 4 EXTERNAL FLAG */ __sbit __at (0xCF) TF4 ; /* TIMER 4 OVERFLOW FLAG */ /* P4 0xC8 */ __sbit __at (0xC8) P4_0 ; __sbit __at (0xC9) P4_1 ; __sbit __at (0xCA) P4_2 ; __sbit __at (0xCB) P4_3 ; __sbit __at (0xCC) P4_4 ; __sbit __at (0xCD) P4_5 ; __sbit __at (0xCE) P4_6 ; __sbit __at (0xCF) P4_7 ; /* PSW 0xD0 */ __sbit __at (0xD0) P ; /* ACCUMULATOR PARITY FLAG */ __sbit __at (0xD1) F1 ; /* USER FLAG 1 */ __sbit __at (0xD2) OV ; /* OVERFLOW FLAG */ __sbit __at (0xD3) RS0 ; /* REGISTER BANK SELECT 0 */ __sbit __at (0xD4) RS1 ; /* REGISTER BANK SELECT 1 */ __sbit __at (0xD5) F0 ; /* USER FLAG 0 */ __sbit __at (0xD6) AC ; /* AUXILIARY CARRY FLAG */ __sbit __at (0xD7) CY ; /* CARRY FLAG */ /* PCA0CN D8H */ __sbit __at (0xD8) CCF0 ; /* PCA 0 MODULE 0 INTERRUPT FLAG */ __sbit __at (0xD9) CCF1 ; /* PCA 0 MODULE 1 INTERRUPT FLAG */ __sbit __at (0xDA) CCF2 ; /* PCA 0 MODULE 2 INTERRUPT FLAG */ __sbit __at (0xDB) CCF3 ; /* PCA 0 MODULE 3 INTERRUPT FLAG */ __sbit __at (0xDC) CCF4 ; /* PCA 0 MODULE 4 INTERRUPT FLAG */ __sbit __at (0xDD) CCF5 ; /* PCA 0 MODULE 5 INTERRUPT FLAG */ __sbit __at (0xDE) CR ; /* PCA 0 COUNTER RUN CONTROL BIT */ __sbit __at (0xDF) CF ; /* PCA 0 COUNTER OVERFLOW FLAG */ /* P5 0xD8 */ __sbit __at (0xD8) P5_0 ; __sbit __at (0xD9) P5_1 ; __sbit __at (0xDA) P5_2 ; __sbit __at (0xDB) P5_3 ; __sbit __at (0xDC) P5_4 ; __sbit __at (0xDD) P5_5 ; __sbit __at (0xDE) P5_6 ; __sbit __at (0xDF) P5_7 ; /* ADC0CN E8H */ __sbit __at (0xE8) AD0LJST ; /* ADC 0 RIGHT JUSTIFY DATA BIT */ __sbit __at (0xE9) AD0WINT ; /* ADC 0 WINDOW INTERRUPT FLAG */ __sbit __at (0xEA) AD0CM0 ; /* ADC 0 CONVERT START MODE BIT 0 */ __sbit __at (0xEB) AD0CM1 ; /* ADC 0 CONVERT START MODE BIT 1 */ __sbit __at (0xEC) AD0BUSY ; /* ADC 0 BUSY FLAG */ __sbit __at (0xED) AD0INT ; /* ADC 0 EOC INTERRUPT FLAG */ __sbit __at (0xEE) AD0TM ; /* ADC 0 TRACK MODE */ __sbit __at (0xEF) AD0EN ; /* ADC 0 ENABLE */ /* ADC2CN E8H */ __sbit __at (0xE8) AD2WINT ; /* ADC 2 WINDOW INTERRUPT FLAG */ __sbit __at (0xE9) AD2CM0 ; /* ADC 2 CONVERT START MODE BIT 0 */ __sbit __at (0xEA) AD2CM1 ; /* ADC 2 CONVERT START MODE BIT 1 */ __sbit __at (0xEB) AD2CM2 ; /* ADC 2 CONVERT START MODE BIT 2 */ __sbit __at (0xEC) AD2BUSY ; /* ADC 2 BUSY FLAG */ __sbit __at (0xED) AD2INT ; /* ADC 2 EOC INTERRUPT FLAG */ __sbit __at (0xEE) AD2TM ; /* ADC 2 TRACK MODE */ __sbit __at (0xEF) AD2EN ; /* ADC 2 ENABLE */ /* P6 0xE8 */ __sbit __at (0xE8) P6_0 ; __sbit __at (0xE9) P6_1 ; __sbit __at (0xEA) P6_2 ; __sbit __at (0xEB) P6_3 ; __sbit __at (0xEC) P6_4 ; __sbit __at (0xED) P6_5 ; __sbit __at (0xEE) P6_6 ; __sbit __at (0xEF) P6_7 ; /* SPI0CN F8H */ __sbit __at (0xF8) SPIEN ; /* SPI 0 SPI ENABLE */ __sbit __at (0xF9) TXBMT ; /* SPI 0 TX BUFFER EMPTY FLAG */ __sbit __at (0xFA) NSSMD0 ; /* SPI 0 SLAVE SELECT MODE 0 */ __sbit __at (0xFB) NSSMD1 ; /* SPI 0 SLAVE SELECT MODE 1 */ __sbit __at (0xFC) RXOVRN ; /* SPI 0 RX OVERRUN FLAG */ __sbit __at (0xFD) MODF ; /* SPI 0 MODE FAULT FLAG */ __sbit __at (0xFE) WCOL ; /* SPI 0 WRITE COLLISION FLAG */ __sbit __at (0xFF) SPIF ; /* SPI 0 INTERRUPT FLAG */ /* P7 0xF8 */ __sbit __at (0xF8) P7_0 ; __sbit __at (0xF9) P7_1 ; __sbit __at (0xFA) P7_2 ; __sbit __at (0xFB) P7_3 ; __sbit __at (0xFC) P7_4 ; __sbit __at (0xFD) P7_5 ; __sbit __at (0xFE) P7_6 ; __sbit __at (0xFF) P7_7 ; /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define PINRSF 0x01 /* RSTSRC */ #define PORSF 0x02 /* RSTSRC */ #define MCDRSF 0x04 /* RSTSRC */ #define WDTRSF 0x08 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define C0RSEF 0x20 /* RSTSRC */ #define CNVRSEF 0x40 /* RSTSRC */ /* SFR PAGE DEFINITIONS */ #define CONFIG_PAGE 0x0F /* SYSTEM AND PORT CONFIGURATION PAGE */ #define LEGACY_PAGE 0x00 /* LEGACY SFR PAGE */ #define TIMER01_PAGE 0x00 /* TIMER 0 AND TIMER 1 */ #define CPT0_PAGE 0x01 /* COMPARATOR 0 */ #define CPT1_PAGE 0x02 /* COMPARATOR 1 */ #define UART0_PAGE 0x00 /* UART 0 */ #define UART1_PAGE 0x01 /* UART 1 */ #define SPI0_PAGE 0x00 /* SPI 0 */ #define EMI0_PAGE 0x00 /* EXTERNAL MEMORY INTERFACE */ #define ADC0_PAGE 0x00 /* ADC 0 */ #define ADC2_PAGE 0x02 /* ADC 2 */ #define SMB0_PAGE 0x00 /* SMBUS 0 */ #define TMR2_PAGE 0x00 /* TIMER 2 */ #define TMR3_PAGE 0x01 /* TIMER 3 */ #define TMR4_PAGE 0x02 /* TIMER 4 */ #define DAC0_PAGE 0x00 /* DAC 0 */ #define DAC1_PAGE 0x01 /* DAC 1 */ #define PCA0_PAGE 0x00 /* PCA 0 */ #define PLL0_PAGE 0x0F /* PLL 0 */ #define MAC0_PAGE 0x03 /* MULTIPLY / ACCUMULATE 0 */ #endif sdcc-2.9.0/device/include/mcs51/C8051F200.h000066400000000000000000000354101116427777700174770ustar00rootroot00000000000000/*--------------------------------------------------------------------------- Register Declarations for the Cygnal/SiLabs C8051F2xx Processor Range Copyright (C) 2006 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA ---------------------------------------------------------------------------*/ #ifndef C8051F200_H #define C8051F200_H /* BYTE Registers */ __sfr __at (0x80) P0 ; /* PORT 0 */ __sfr __at (0x81) SP ; /* STACK POINTER */ __sfr __at (0x82) DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at (0x83) DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at (0x87) PCON ; /* POWER Control */ __sfr __at (0x88) TCON ; /* TIMER Control */ __sfr __at (0x89) TMOD ; /* TIMER MODE */ __sfr __at (0x8A) TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at (0x8B) TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at (0x8C) TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at (0x8D) TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at (0x8E) CKCON ; /* CLOCK Control */ __sfr __at (0x8F) PSCTL ; /* PROGRAM STORE R/W Control */ __sfr __at (0x90) P1 ; /* PORT 1 */ __sfr __at (0x98) SCON ; /* SERIAL PORT Control */ __sfr __at (0x99) SBUF ; /* SERIAL PORT BUFFER */ __sfr __at (0x9A) SPI0CFG ; /* SERIAL PERIPHERAL INTERFACE 0 Configuration */ __sfr __at (0x9B) SPI0DAT ; /* SERIAL PERIPHERAL INTERFACE 0 DATA */ __sfr __at (0x9D) SPI0CKR ; /* SERIAL PERIPHERAL INTERFACE 0 CLOCK RATE Control */ __sfr __at (0x9E) CPT0CN ; /* COMPARATOR 0 Control */ __sfr __at (0x9F) CPT1CN ; /* COMPARATOR 1 Control */ __sfr __at (0xA0) P2 ; /* PORT 2 */ __sfr __at (0xA4) PRT0CF ; /* PORT 0 OUTPUT MODE Configuration */ __sfr __at (0xA5) PRT1CF ; /* PORT 1 OUTPUT MODE Configuration */ __sfr __at (0xA6) PRT2CF ; /* PORT 2 OUTPUT MODE Configuration */ __sfr __at (0xA7) PRT3CF ; /* PORT 3 OUTPUT MODE Configuration */ __sfr __at (0xA8) IE ; /* Interrupt Enable */ __sfr __at (0xAD) SWCINT ; /* SOFTWARE-Controlled Interrupt FLAGS */ __sfr __at (0xAD) PRT1IF ; /* SOFTWARE-Controlled Interrupt FLAGS (LEGACY NAME) */ __sfr __at (0xAF) EMI0CN ; /* EXTERNAL MEMORY INTERFACE Control (F206/F226/F236)*/ __sfr __at (0xAF) _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at (0xB0) P3 ; /* PORT 3 */ __sfr __at (0xB1) OSCXCN ; /* EXTERNAL OSCILLATOR Control */ __sfr __at (0xB2) OSCICN ; /* INTERNAL OSCILLATOR Control */ __sfr __at (0xB6) FLSCL ; /* FLASH MEMORY TIMING PRESCALER */ __sfr __at (0xB7) FLACL ; /* FLASH ACESS LIMIT */ __sfr __at (0xB8) IP ; /* Interrupt Priority */ __sfr __at (0xBB) AMX0SL ; /* ADC 0 MUX CHANNEL SELECTION (Not on F230/1/6) */ __sfr __at (0xBC) ADC0CF ; /* ADC 0 Configuration (Not on F230/1/6) */ __sfr __at (0xBE) ADC0L ; /* ADC 0 Data LOW ( F206 only ) */ __sfr __at (0xBF) ADC0H ; /* ADC 0 Data High */ __sfr __at (0xC4) ADC0GTL ; /* ADC 0 GREATER-THAN Register LOW( F206 only ) */ __sfr __at (0xC5) ADC0GTH ; /* ADC 0 GREATER-THAN Register (Not on F230/1/6) */ __sfr __at (0xC6) ADC0LTL ; /* ADC 0 LESS-THAN Register LOW ( F206 only ) */ __sfr __at (0xC7) ADC0LTH ; /* ADC 0 LESS-THAN Register (Not on F230/1/6) */ __sfr __at (0xC8) T2CON ; /* TIMER 2 Control */ __sfr __at (0xCA) RCAP2L ; /* TIMER 2 CAPTURE Register - LOW BYTE */ __sfr __at (0xCB) RCAP2H ; /* TIMER 2 CAPTURE Register - HIGH BYTE */ __sfr __at (0xCC) TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCD) TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xD0) PSW ; /* PROGRAM STATUS WORD */ __sfr __at (0xD1) REF0CN ; /* VOLTAGE REFERENCE 0 Control */ __sfr __at (0xE0) ACC ; /* ACCUMULATOR */ __sfr __at (0xE1) PRT0MX ; /* PORT MUX Configuration Register 0 */ __sfr __at (0xE2) PRT1MX ; /* PORT MUX Configuration Register 1 */ __sfr __at (0xE3) PRT2MX ; /* PORT MUX Configuration Register 2 */ __sfr __at (0xE6) EIE1 ; /* EXTERNAL Interrupt Enable 1 */ __sfr __at (0xE7) EIE2 ; /* EXTERNAL Interrupt Enable 2 */ __sfr __at (0xE8) ADC0CN ; /* ADC 0 Control (Not on F230/1/6) */ __sfr __at (0xEF) RSTSRC ; /* RESET SOURCE */ __sfr __at (0xF0) B ; /* B Register */ __sfr __at (0xF1) P0MODE ; /* PORT 0 INPUT MODE Configuration */ __sfr __at (0xF2) P1MODE ; /* PORT 1 INPUT MODE Configuration */ __sfr __at (0xF3) P2MODE ; /* PORT 2 INPUT MODE Configuration */ __sfr __at (0xF4) P3MODE ; /* PORT 3 INPUT MODE Configuration (Not on F221/F231)*/ __sfr __at (0xF6) EIP1 ; /* EXTERNAL Interrupt Priority Register 1 */ __sfr __at (0xF7) EIP2 ; /* EXTERNAL Interrupt Priority Register 2 */ __sfr __at (0xF8) SPI0CN ; /* SERIAL PERIPHERAL INTERFACE 0 Control */ __sfr __at (0xFF) WDTCN ; /* WATCHDOG TIMER Control */ /* WORD/DWORD Registers */ __sfr16 __at (0x8C8A) TMR0 ; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1 ; /* TIMER 1 COUNTER */ __sfr16 __at (0xCDCC) TMR2 ; /* TIMER 2 COUNTER */ __sfr16 __at (0xCBCA) RCAP2 ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0xBFBE) ADC0 ; /* ADC 0 DATA WORD */ __sfr16 __at (0xC5C4) ADC0GT ; /* ADC 0 GREATER-THAN REGISTER WORD */ __sfr16 __at (0xC7C6) ADC0LT ; /* ADC 0 LESS-THAN REGISTER WORD */ /* BIT Registers */ /* P0 0x80 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; /* Port0 I/O Bits */ __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON 0x88 */ __sbit __at (0x88) IT0 ; /* EXT. Interrupt 0 TYPE */ __sbit __at (0x89) IE0 ; /* EXT. Interrupt 0 EDGE FLAG */ __sbit __at (0x8A) IT1 ; /* EXT. Interrupt 1 TYPE */ __sbit __at (0x8B) IE1 ; /* EXT. Interrupt 1 EDGE FLAG */ __sbit __at (0x8C) TR0 ; /* TIMER 0 ON/OFF Control */ __sbit __at (0x8D) TF0 ; /* TIMER 0 Overflow FLAG */ __sbit __at (0x8E) TR1 ; /* TIMER 1 ON/OFF Control */ __sbit __at (0x8F) TF1 ; /* TIMER 1 Overflow FLAG */ /* P1 0x90 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x94) P1_4 ; /* Port1 I/O Bits */ __sbit __at (0x95) P1_5 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x97) P1_7 ; /* SCON 0x98 */ __sbit __at (0x98) RI ; /* RECEIVE Interrupt FLAG */ __sbit __at (0x99) TI ; /* TRANSMIT Interrupt FLAG */ __sbit __at (0x9A) RB8 ; /* RECEIVE BIT 8 */ __sbit __at (0x9B) TB8 ; /* TRANSMIT BIT 8 */ __sbit __at (0x9C) REN ; /* RECEIVE Enable */ __sbit __at (0x9D) SM2 ; /* MULTIPROCESSOR COMMUNICATION Enable */ __sbit __at (0x9E) SM1 ; /* SERIAL MODE Control BIT 1 */ __sbit __at (0x9F) SM0 ; /* SERIAL MODE Control BIT 0 */ /* P2 0xA0 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; /* Port2 I/O Bits */ __sbit __at (0xA5) P2_5 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA7) P2_7 ; /* IE 0xA8 */ __sbit __at (0xA8) EX0 ; /* EXTERNAL Interrupt 0 Enable */ __sbit __at (0xA9) ET0 ; /* TIMER 0 Interrupt Enable */ __sbit __at (0xAA) EX1 ; /* EXTERNAL Interrupt 1 Enable */ __sbit __at (0xAB) ET1 ; /* TIMER 1 Interrupt Enable */ __sbit __at (0xAC) ES ; /* SERIAL PORT Interrupt Enable */ __sbit __at (0xAD) ET2 ; /* TIMER 2 Interrupt Enable */ //------------- /* Bit 6 not used */ __sbit __at (0xAF) EA ; /* GLOBAL Interrupt Enable */ /* P2 0xB0 */ __sbit __at (0xB0) P3_0 ; __sbit __at (0xB1) P3_1 ; __sbit __at (0xB2) P3_2 ; __sbit __at (0xB3) P3_3 ; __sbit __at (0xB4) P3_4 ; /* Port3 I/O Bits */ __sbit __at (0xB5) P3_5 ; __sbit __at (0xB6) P3_6 ; __sbit __at (0xB7) P3_7 ; /* IP 0xB8 */ __sbit __at (0xB8) PX0 ; /* EXTERNAL Interrupt 0 Priority */ __sbit __at (0xB9) PT0 ; /* TIMER 0 Priority */ __sbit __at (0xBA) PX1 ; /* EXTERNAL Interrupt 1 Priority */ __sbit __at (0xBB) PT1 ; /* TIMER 1 Priority */ __sbit __at (0xBC) PS ; /* SERIAL PORT Priority */ __sbit __at (0xBD) PT2 ; /* TIMER 2 Priority */ //------------- /* Bit 6 not used */ //------------- /* Bit 7 not used */ /* T2CON 0xC8 */ __sbit __at (0xC8) CPRL2 ; /* CAPTURE OR RELOAD SELECT */ __sbit __at (0xC9) CT2 ; /* TIMER OR COUNTER SELECT */ __sbit __at (0xCA) TR2 ; /* TIMER 2 ON/OFF Control */ __sbit __at (0xCB) EXEN2 ; /* TIMER 2 EXTERNAL Enable FLAG */ __sbit __at (0xCC) TCLK ; /* TRANSMIT CLOCK FLAG */ __sbit __at (0xCD) RCLK ; /* RECEIVE CLOCK FLAG */ __sbit __at (0xCE) EXF2 ; /* EXTERNAL FLAG */ __sbit __at (0xCF) TF2 ; /* TIMER 2 Overflow FLAG */ /* PSW 0xD0 */ __sbit __at (0xD0) P ; /* ACCUMULATOR PARITY FLAG */ __sbit __at (0xD1) F1 ; /* USER FLAG 1 */ __sbit __at (0xD2) OV ; /* Overflow FLAG */ __sbit __at (0xD3) RS0 ; /* Register BANK SELECT 0 */ __sbit __at (0xD4) RS1 ; /* Register BANK SELECT 1 */ __sbit __at (0xD5) F0 ; /* USER FLAG 0 */ __sbit __at (0xD6) AC ; /* AUXILIARY CARRY FLAG */ __sbit __at (0xD7) CY ; /* CARRY FLAG */ /* ADC0CN 0xE8 */ __sbit __at (0xE8) ADLJST ; /* Left Justify Data (F206 only) */ __sbit __at (0xE9) ADWINT ; /* WINDOW COMPARE Interrupt FLAG */ __sbit __at (0xEA) ADSTM0 ; /* START OF CONVERSION MODE BIT 0 */ __sbit __at (0xEB) ADSTM1 ; /* START OF CONVERSION MODE BIT 1 */ __sbit __at (0xEC) ADBUSY ; /* BUSY FLAG */ __sbit __at (0xED) ADCINT ; /* CONVERISION COMPLETE Interrupt FLAG */ __sbit __at (0xEE) ADCTM ; /* TRACK MODE */ __sbit __at (0xEF) ADCEN ; /* Enable */ /* SPI0CN 0xF8 */ __sbit __at (0xF8) SPIEN ; /* SPI Enable */ __sbit __at (0xF9) MSTEN ; /* MASTER Enable */ __sbit __at (0xFA) SLVSEL ; /* SLAVE SELECT */ __sbit __at (0xFB) TXBSY ; /* TX BUSY FLAG */ __sbit __at (0xFC) RXOVRN ; /* RX OVERRUN FLAG */ __sbit __at (0xFD) MODF ; /* MODE FAULT FLAG */ __sbit __at (0xFE) WCOL ; /* WRITE COLLISION FLAG */ __sbit __at (0xFF) SPIF ; /* Interrupt FLAG */ #endif sdcc-2.9.0/device/include/mcs51/C8051F300.h000066400000000000000000000424531116427777700175050ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Cygnal/SiLabs C8051F30x Processor Range Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F300_H #define C8051F300_H /* BYTE Registers */ __sfr __at (0x80) P0 ; /* PORT 0 */ __sfr __at (0x81) SP ; /* STACK POINTER */ __sfr __at (0x82) DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at (0x83) DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at (0x87) PCON ; /* POWER CONTROL */ __sfr __at (0x88) TCON ; /* TIMER CONTROL */ __sfr __at (0x89) TMOD ; /* TIMER MODE */ __sfr __at (0x8A) TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at (0x8B) TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at (0x8C) TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at (0x8D) TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at (0x8E) CKCON ; /* CLOCK CONTROL */ __sfr __at (0x8F) PSCTL ; /* PROGRAM STORE R/W CONTROL */ __sfr __at (0x98) SCON ; /* SERIAL PORT CONTROL */ __sfr __at (0x98) SCON0 ; /* SERIAL PORT CONTROL */ __sfr __at (0x99) SBUF ; /* SERIAL PORT BUFFER */ __sfr __at (0x99) SBUF0 ; /* SERIAL PORT BUFFER */ __sfr __at (0x9D) CPT0MD ; /* COMPARATOR 0 MODE SELECTION */ __sfr __at (0x9F) CPT0MX ; /* COMPARATOR 0 MUX SELECTION */ __sfr __at (0xA4) P0MDOUT ; /* PORT 0 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA8) IE ; /* INTERRUPT ENABLE */ __sfr __at (0xB1) OSCXCN ; /* EXTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB2) OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB3) OSCICL ; /* INTERNAL OSCILLATOR CALIBRATION */ __sfr __at (0xB6) FLSCL ; /* FLASH MEMORY TIMING PRESCALER */ __sfr __at (0xB7) FLKEY ; /* FLASH ACESS LIMIT */ __sfr __at (0xB8) IP ; /* INTERRUPT PRIORITY */ __sfr __at (0xBB) AMX0SL ; /* ADC 0 MUX CHANNEL SELECTION */ __sfr __at (0xBC) ADC0CF ; /* ADC 0 CONFIGURATION */ __sfr __at (0xBE) ADC0 ; /* ADC 0 DATA */ __sfr __at (0xC0) SMB0CN ; /* SMBUS CONTROL */ __sfr __at (0xC1) SMB0CF ; /* SMBUS CONFIGURATION */ __sfr __at (0xC2) SMB0DAT ; /* SMBUS DATA */ __sfr __at (0xC4) ADC0GT ; /* ADC 0 GREATER-THAN REGISTER */ __sfr __at (0xC6) ADC0LT ; /* ADC 0 LESS-THAN REGISTER */ __sfr __at (0xC8) T2CON ; /* TIMER 2 CONTROL */ __sfr __at (0xC8) TMR2CN ; /* TIMER 2 CONTROL */ __sfr __at (0xCA) RCAP2L ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCA) TMR2RLL ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCB) RCAP2H ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCB) TMR2RLH ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCC) TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCC) TMR2L ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCD) TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xCD) TMR2H ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xD0) PSW ; /* PROGRAM STATUS WORD */ __sfr __at (0xD1) REF0CN ; /* VOLTAGE REFERENCE 0 CONTROL */ __sfr __at (0xD8) PCA0CN ; /* PCA CONTROL */ __sfr __at (0xD9) PCA0MD ; /* PCA MODE */ __sfr __at (0xDA) PCA0CPM0 ; /* PCA MODULE 0 MODE REGISTER */ __sfr __at (0xDB) PCA0CPM1 ; /* PCA MODULE 1 MODE REGISTER */ __sfr __at (0xDC) PCA0CPM2 ; /* PCA MODULE 2 MODE REGISTER */ __sfr __at (0xE0) ACC ; /* ACCUMULATOR */ __sfr __at (0xE1) PRT0MX ; /* PORT MUX CONFIGURATION REGISTER 0 */ __sfr __at (0xE1) XBR0 ; /* PORT MUX CONFIGURATION REGISTER 0 */ __sfr __at (0xE2) PRT1MX ; /* PORT MUX CONFIGURATION REGISTER 1 */ __sfr __at (0xE2) XBR1 ; /* PORT MUX CONFIGURATION REGISTER 1 */ __sfr __at (0xE3) PRT2MX ; /* PORT MUX CONFIGURATION REGISTER 2 */ __sfr __at (0xE3) XBR2 ; /* PORT MUX CONFIGURATION REGISTER 2 */ __sfr __at (0xE4) IT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE4) INT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE6) EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at (0xE8) ADC0CN ; /* ADC 0 CONTROL */ __sfr __at (0xE9) PCA0CPL1 ; /* PCA CAPTURE 1 LOW */ __sfr __at (0xEA) PCA0CPH1 ; /* PCA CAPTURE 1 HIGH */ __sfr __at (0xEB) PCA0CPL2 ; /* PCA CAPTURE 2 LOW */ __sfr __at (0xEC) PCA0CPH2 ; /* PCA CAPTURE 2 HIGH */ __sfr __at (0xEF) RSTSRC ; /* RESET SOURCE */ __sfr __at (0xF0) B ; /* B REGISTER */ __sfr __at (0xF1) P0MODE ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF1) P0MDIN ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF6) EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at (0xF8) CPT0CN ; /* COMPARATOR 0 CONTROL */ __sfr __at (0xF9) PCA0L ; /* PCA COUNTER LOW */ __sfr __at (0xFA) PCA0H ; /* PCA COUNTER HIGH */ __sfr __at (0xFB) PCA0CPL0 ; /* PCA CAPTURE 0 LOW */ __sfr __at (0xFC) PCA0CPH0 ; /* PCA CAPTURE 0 HIGH */ /* WORD/DWORD Registers */ __sfr16 __at (0x8C8A) TMR0 ; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1 ; /* TIMER 1 COUNTER */ __sfr16 __at (0xCDCC) TMR2 ; /* TIMER 2 COUNTER */ __sfr16 __at (0xCBCA) RCAP2 ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0xCBCA) TMR2RL ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0xFAF9) PCA0 ; /* PCA COUNTER */ __sfr16 __at (0xFCFB) PCA0CP0 ; /* PCA CAPTURE 0 WORD */ __sfr16 __at (0xEAE9) PCA0CP1 ; /* PCA CAPTURE 1 WORD */ __sfr16 __at (0xECEB) PCA0CP2 ; /* PCA CAPTURE 2 WORD */ /* BIT Registers */ /* P0 0x80 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON 0x88 */ __sbit __at (0x88) IT0 ; /* TCON.0 - EXT. INTERRUPT 0 TYPE */ __sbit __at (0x89) IE0 ; /* TCON.1 - EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at (0x8A) IT1 ; /* TCON.2 - EXT. INTERRUPT 1 TYPE */ __sbit __at (0x8B) IE1 ; /* TCON.3 - EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at (0x8C) TR0 ; /* TCON.4 - TIMER 0 ON/OFF CONTROL */ __sbit __at (0x8D) TF0 ; /* TCON.5 - TIMER 0 OVERFLOW FLAG */ __sbit __at (0x8E) TR1 ; /* TCON.6 - TIMER 1 ON/OFF CONTROL */ __sbit __at (0x8F) TF1 ; /* TCON.7 - TIMER 1 OVERFLOW FLAG */ /* SCON 0x98 */ __sbit __at (0x98) RI ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x98) RI0 ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x99) TI ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x99) TI0 ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x9A) RB8 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9A) RB80 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9B) TB8 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9B) TB80 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9C) REN ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9C) REN0 ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9D) SM2 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9D) MCE0 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9F) SM0 ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ __sbit __at (0x9F) S0MODE ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ /* IE 0xA8 */ __sbit __at (0xA8) EX0 ; /* IE.0 - EXTERNAL INTERRUPT 0 ENABLE */ __sbit __at (0xA9) ET0 ; /* IE.1 - TIMER 0 INTERRUPT ENABLE */ __sbit __at (0xAA) EX1 ; /* IE.2 - EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at (0xAB) ET1 ; /* IE.3 - TIMER 1 INTERRUPT ENABLE */ __sbit __at (0xAC) ES ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAC) ES0 ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAD) ET2 ; /* IE.5 - TIMER 2 INTERRUPT ENABLE */ __sbit __at (0xAE) IEGF0 ; /* IE.6 - GENERAL PURPOSE FLAG 0 */ __sbit __at (0xAF) EA ; /* IE.7 - GLOBAL INTERRUPT ENABLE */ /* IP 0xB8 */ __sbit __at (0xB8) PX0 ; /* IP.0 - EXTERNAL INTERRUPT 0 PRIORITY */ __sbit __at (0xB9) PT0 ; /* IP.1 - TIMER 0 PRIORITY */ __sbit __at (0xBA) PX1 ; /* IP.2 - EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at (0xBB) PT1 ; /* IP.3 - TIMER 1 PRIORITY */ __sbit __at (0xBC) PS ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBC) PS0 ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBD) PT2 ; /* IP.5 - TIMER 2 PRIORITY */ /* SMB0CN 0xC0 */ __sbit __at (0xC0) SI ; /* SMB0CN.0 - SMBUS 0 INTERRUPT PENDING FLAG */ __sbit __at (0xC1) ACK ; /* SMB0CN.1 - SMBUS 0 ACKNOWLEDGE FLAG */ __sbit __at (0xC2) ARBLOST ; /* SMB0CN.2 - SMBUS 0 ARBITRATION LOST INDICATOR */ __sbit __at (0xC3) ACKRQ ; /* SMB0CN.3 - SMBUS 0 ACKNOWLEDGE REQUEST */ __sbit __at (0xC4) STO ; /* SMB0CN.4 - SMBUS 0 STOP FLAG */ __sbit __at (0xC5) STA ; /* SMB0CN.5 - SMBUS 0 START FLAG */ __sbit __at (0xC6) TXMODE ; /* SMB0CN.6 - SMBUS 0 TRANSMIT MODE INDICATOR */ __sbit __at (0xC7) MASTER ; /* SMB0CN.7 - SMBUS 0 MASTER/SLAVE INDICATOR */ /* TMR2CN 0xC8 */ __sbit __at (0xC8) T2XCLK ; /* TMR2CN.0 - TIMER 2 EXTERNAL CLOCK SELECT */ __sbit __at (0xCA) TR2 ; /* TMR2CN.2 - TIMER 2 ON/OFF CONTROL */ __sbit __at (0xCB) T2SPLIT ; /* TMR2CN.3 - TIMER 2 SPLIT MODE ENABLE */ __sbit __at (0xCD) TF2LEN ; /* TMR2CN.5 - TIMER 2 LOW BYTE INTERRUPT ENABLE */ __sbit __at (0xCE) TF2L ; /* TMR2CN.6 - TIMER 2 LOW BYTE OVERFLOW FLAG */ __sbit __at (0xCF) TF2 ; /* TMR2CN.7 - TIMER 2 OVERFLOW FLAG */ __sbit __at (0xCF) TF2H ; /* TMR2CN.7 - TIMER 2 HIGH BYTE OVERFLOW FLAG */ /* PSW 0xD0 */ __sbit __at (0xD0) PARITY ; /* PSW.0 - ACCUMULATOR PARITY FLAG */ __sbit __at (0xD1) F1 ; /* PSW.1 - FLAG 1 */ __sbit __at (0xD2) OV ; /* PSW.2 - OVERFLOW FLAG */ __sbit __at (0xD3) RS0 ; /* PSW.3 - REGISTER BANK SELECT 0 */ __sbit __at (0xD4) RS1 ; /* PSW.4 - REGISTER BANK SELECT 1 */ __sbit __at (0xD5) F0 ; /* PSW.5 - FLAG 0 */ __sbit __at (0xD6) AC ; /* PSW.6 - AUXILIARY CARRY FLAG */ __sbit __at (0xD7) CY ; /* PSW.7 - CARRY FLAG */ /* PCA0CN 0xD8 */ __sbit __at (0xD8) CCF0 ; /* PCA0CN.0 - PCA MODULE 0 CAPTURE/COMPARE FLAG */ __sbit __at (0xD9) CCF1 ; /* PCA0CN.1 - PCA MODULE 1 CAPTURE/COMPARE FLAG */ __sbit __at (0xDA) CCF2 ; /* PCA0CN.2 - PCA MODULE 2 CAPTURE/COMPARE FLAG */ __sbit __at (0xDE) CR ; /* PCA0CN.6 - PCA COUNTER/TIMER RUN CONTROL */ __sbit __at (0xDF) CF ; /* PCA0CN.7 - PCA COUNTER/TIMER OVERFLOW FLAG */ /* ADC0CN 0xE8 */ __sbit __at (0xE8) AD0CM0 ; /* ADC0CN.0 - ADC 0 START OF CONV. MODE BIT 0 */ __sbit __at (0xE9) AD0CM1 ; /* ADC0CN.1 - ADC 0 START OF CONV. MODE BIT 1 */ __sbit __at (0xEA) AD0CM2 ; /* ADC0CN.2 - ADC 0 START OF CONV. MODE BIT 2 */ __sbit __at (0xEB) AD0WINT ; /* ADC0CN.3 - ADC 0 WINDOW COMPARE INT. FLAG */ __sbit __at (0xEC) AD0BUSY ; /* ADC0CN.4 - ADC 0 BUSY FLAG */ __sbit __at (0xED) AD0INT ; /* ADC0CN.5 - ADC 0 CONV. COMPLETE INT. FLAG */ __sbit __at (0xEE) AD0TM ; /* ADC0CN.6 - ADC 0 TRACK MODE */ __sbit __at (0xEF) AD0EN ; /* ADC0CN.7 - ADC 0 ENABLE */ /* CPT0CN 0xF8 */ __sbit __at (0xF8) CP0HYN0 ; /* CPT0CN.0 - Comp.0 Neg. Hysteresis Control Bit0*/ __sbit __at (0xF9) CP0HYN1 ; /* CPT0CN.1 - Comp.0 Neg. Hysteresis Control Bit1*/ __sbit __at (0xFA) CP0HYP0 ; /* CPT0CN.2 - Comp.0 Pos. Hysteresis Control Bit0*/ __sbit __at (0xFB) CP0HYP1 ; /* CPT0CN.3 - Comp.0 Pos. Hysteresis Control Bit1*/ __sbit __at (0xFC) CP0FIF ; /* CPT0CN.4 - Comparator0 Falling-Edge Int. Flag */ __sbit __at (0xFD) CP0RIF ; /* CPT0CN.5 - Comparator0 Rising-Edge Int. Flag */ __sbit __at (0xFE) CP0OUT ; /* CPT0CN.6 - Comparator0 Output State Flag */ __sbit __at (0xFF) CP0EN ; /* CPT0CN.7 - Comparator0 Enable Bit */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T1M 0x10 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define ECP0F 0x10 /* EIE1 */ #define ECP0R 0x20 /* EIE1 */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define CP0E 0x10 /* XBR1 */ #define CP0OEN 0x10 /* XBR1 */ #define CP0AE 0x20 /* XBR1 */ #define CP0AOEN 0x20 /* XBR1 */ #endif sdcc-2.9.0/device/include/mcs51/C8051F310.h000066400000000000000000000543771116427777700175160ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Cygnal/SiLabs C8051F31x Processor Range Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F310_H #define C8051F310_H /* BYTE Registers */ __sfr __at (0x80) P0 ; /* PORT 0 */ __sfr __at (0x81) SP ; /* STACK POINTER */ __sfr __at (0x82) DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at (0x83) DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at (0x87) PCON ; /* POWER CONTROL */ __sfr __at (0x88) TCON ; /* TIMER CONTROL */ __sfr __at (0x89) TMOD ; /* TIMER MODE */ __sfr __at (0x8A) TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at (0x8B) TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at (0x8C) TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at (0x8D) TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at (0x8E) CKCON ; /* CLOCK CONTROL */ __sfr __at (0x8F) PSCTL ; /* PROGRAM STORE R/W CONTROL */ __sfr __at (0x90) P1 ; /* PORT 1 */ __sfr __at (0x91) TMR3CN ; /* TIMER 3 CONTROL */ __sfr __at (0x92) TMR3RLL ; /* TIMER 3 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0x93) TMR3RLH ; /* TIMER 3 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0x94) TMR3L ; /* TIMER 3 - LOW BYTE */ __sfr __at (0x95) TMR3H ; /* TIMER 3 - HIGH BYTE */ __sfr __at (0x98) SCON ; /* SERIAL PORT CONTROL */ __sfr __at (0x98) SCON0 ; /* SERIAL PORT CONTROL */ __sfr __at (0x99) SBUF ; /* SERIAL PORT BUFFER */ __sfr __at (0x99) SBUF0 ; /* SERIAL PORT BUFFER */ __sfr __at (0x9A) CPT1CN ; /* COMPARATOR 1 CONTROL */ __sfr __at (0x9B) CPT0CN ; /* COMPARATOR 0 CONTROL */ __sfr __at (0x9C) CPT1MD ; /* COMPARATOR 1 MODE SELECTION */ __sfr __at (0x9D) CPT0MD ; /* COMPARATOR 0 MODE SELECTION */ __sfr __at (0x9E) CPT1MX ; /* COMPARATOR 1 MUX SELECTION */ __sfr __at (0x9F) CPT0MX ; /* COMPARATOR 0 MUX SELECTION */ __sfr __at (0xA0) P2 ; /* PORT 2 */ __sfr __at (0xA1) SPI0CFG ; /* SPI0 CONFIGURATION */ __sfr __at (0xA2) SPI0CKR ; /* SPI0 CLOCK RATE CONTROL */ __sfr __at (0xA3) SPI0DAT ; /* SPI0 DATA */ __sfr __at (0xA4) P0MDOUT ; /* PORT 0 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA5) P1MDOUT ; /* PORT 1 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA6) P2MDOUT ; /* PORT 2 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA7) P3MDOUT ; /* PORT 3 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA8) IE ; /* INTERRUPT ENABLE */ __sfr __at (0xA9) CLKSEL ; /* SYSTEM CLOCK SELECT */ __sfr __at (0xAA) EMI0CN ; /* EXTERNAL MEMORY INTERFACE CONTROL */ __sfr __at (0xAA) _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at (0xB0) P3 ; /* PORT 3 */ __sfr __at (0xB1) OSCXCN ; /* EXTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB2) OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB3) OSCICL ; /* INTERNAL OSCILLATOR CALIBRATION */ __sfr __at (0xB6) FLSCL ; /* FLASH MEMORY TIMING PRESCALER */ __sfr __at (0xB7) FLKEY ; /* FLASH ACESS LIMIT */ __sfr __at (0xB8) IP ; /* INTERRUPT PRIORITY */ __sfr __at (0xBA) AMX0N ; /* ADC 0 MUX NEGATIVE CHANNEL SELECTION */ __sfr __at (0xBB) AMX0P ; /* ADC 0 MUX POSITIVE CHANNEL SELECTION */ __sfr __at (0xBC) ADC0CF ; /* ADC 0 CONFIGURATION */ __sfr __at (0xBD) ADC0L ; /* ADC 0 DATA WORD LSB */ __sfr __at (0xBE) ADC0H ; /* ADC 0 DATA WORD MSB */ __sfr __at (0xC0) SMB0CN ; /* SMBUS CONTROL */ __sfr __at (0xC1) SMB0CF ; /* SMBUS CONFIGURATION */ __sfr __at (0xC2) SMB0DAT ; /* SMBUS DATA */ __sfr __at (0xC3) ADC0GTL ; /* ADC 0 GREATER-THAN LOW BYTE */ __sfr __at (0xC4) ADC0GTH ; /* ADC 0 GREATER-THAN HIGH BYTE */ __sfr __at (0xC5) ADC0LTL ; /* ADC 0 LESS-THAN LOW BYTE */ __sfr __at (0xC6) ADC0LTH ; /* ADC 0 LESS-THAN HIGH BYTE */ __sfr __at (0xC8) T2CON ; /* TIMER 2 CONTROL */ __sfr __at (0xC8) TMR2CN ; /* TIMER 2 CONTROL */ __sfr __at (0xCA) RCAP2L ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCA) TMR2RLL ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCB) RCAP2H ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCB) TMR2RLH ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCC) TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCC) TMR2L ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCD) TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xCD) TMR2H ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xD0) PSW ; /* PROGRAM STATUS WORD */ __sfr __at (0xD1) REF0CN ; /* VOLTAGE REFERENCE 0 CONTROL */ __sfr __at (0xD4) P0SKIP ; /* PORT 0 SKIP */ __sfr __at (0xD5) P1SKIP ; /* PORT 1 SKIP */ __sfr __at (0xD6) P2SKIP ; /* PORT 2 SKIP */ __sfr __at (0xD8) PCA0CN ; /* PCA CONTROL */ __sfr __at (0xD9) PCA0MD ; /* PCA MODE */ __sfr __at (0xDA) PCA0CPM0 ; /* PCA MODULE 0 MODE REGISTER */ __sfr __at (0xDB) PCA0CPM1 ; /* PCA MODULE 1 MODE REGISTER */ __sfr __at (0xDC) PCA0CPM2 ; /* PCA MODULE 2 MODE REGISTER */ __sfr __at (0xDD) PCA0CPM3 ; /* PCA MODULE 3 MODE REGISTER */ __sfr __at (0xDE) PCA0CPM4 ; /* PCA MODULE 4 MODE REGISTER */ __sfr __at (0xE0) ACC ; /* ACCUMULATOR */ __sfr __at (0xE1) XBR0 ; /* PORT MUX CONFIGURATION REGISTER 0 */ __sfr __at (0xE2) XBR1 ; /* PORT MUX CONFIGURATION REGISTER 1 */ __sfr __at (0xE4) IT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE4) INT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE6) EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at (0xE8) ADC0CN ; /* ADC 0 CONTROL */ __sfr __at (0xE9) PCA0CPL1 ; /* PCA CAPTURE 1 LOW */ __sfr __at (0xEA) PCA0CPH1 ; /* PCA CAPTURE 1 HIGH */ __sfr __at (0xEB) PCA0CPL2 ; /* PCA CAPTURE 2 LOW */ __sfr __at (0xEC) PCA0CPH2 ; /* PCA CAPTURE 2 HIGH */ __sfr __at (0xED) PCA0CPL3 ; /* PCA CAPTURE 3 LOW */ __sfr __at (0xEE) PCA0CPH3 ; /* PCA CAPTURE 3 HIGH */ __sfr __at (0xEF) RSTSRC ; /* RESET SOURCE */ __sfr __at (0xF0) B ; /* B REGISTER */ __sfr __at (0xF1) P0MODE ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF1) P0MDIN ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF2) P1MODE ; /* PORT 1 INPUT MODE CONFIGURATION */ __sfr __at (0xF2) P1MDIN ; /* PORT 1 INPUT MODE CONFIGURATION */ __sfr __at (0xF3) P2MODE ; /* PORT 2 INPUT MODE CONFIGURATION */ __sfr __at (0xF3) P2MDIN ; /* PORT 2 INPUT MODE CONFIGURATION */ __sfr __at (0xF4) P3MODE ; /* PORT 3 INPUT MODE CONFIGURATION */ __sfr __at (0xF4) P3MDIN ; /* PORT 3 INPUT MODE CONFIGURATION */ __sfr __at (0xF6) EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at (0xF8) SPI0CN ; /* SPI0 CONTROL */ __sfr __at (0xF9) PCA0L ; /* PCA COUNTER LOW */ __sfr __at (0xFA) PCA0H ; /* PCA COUNTER HIGH */ __sfr __at (0xFB) PCA0CPL0 ; /* PCA CAPTURE 0 LOW */ __sfr __at (0xFC) PCA0CPH0 ; /* PCA CAPTURE 0 HIGH */ __sfr __at (0xFD) PCA0CPL4 ; /* PCA CAPTURE 4 LOW */ __sfr __at (0xFE) PCA0CPH4 ; /* PCA CAPTURE 4 HIGH */ __sfr __at (0xFF) VDM0CN ; /* VDD MONITOR CONTROL */ /* WORD/DWORD Registers */ __sfr16 __at (0x8C8A) TMR0 ; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1 ; /* TIMER 1 COUNTER */ __sfr16 __at (0xCDCC) TMR2 ; /* TIMER 2 COUNTER */ __sfr16 __at (0xCBCA) RCAP2 ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0xCBCA) TMR2RL ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0x9594) TMR3 ; /* TIMER 3 COUNTER */ __sfr16 __at (0x9392) TMR3RL ; /* TIMER 3 CAPTURE REGISTER WORD */ __sfr16 __at (0xBEBD) ADC0 ; /* ADC 0 DATA WORD */ __sfr16 __at (0xC4C3) ADC0GT ; /* ADC 0 GREATER-THAN REGISTER WORD */ __sfr16 __at (0xC6C5) ADC0LT ; /* ADC 0 LESS-THAN REGISTER WORD */ __sfr16 __at (0xFAF9) PCA0 ; /* PCA COUNTER */ __sfr16 __at (0xFCFB) PCA0CP0 ; /* PCA CAPTURE 0 WORD */ __sfr16 __at (0xEAE9) PCA0CP1 ; /* PCA CAPTURE 1 WORD */ __sfr16 __at (0xECEB) PCA0CP2 ; /* PCA CAPTURE 2 WORD */ __sfr16 __at (0xEEED) PCA0CP3 ; /* PCA CAPTURE 3 WORD */ __sfr16 __at (0xFEFD) PCA0CP4 ; /* PCA CAPTURE 4 WORD */ /* BIT Registers */ /* P0 0x80 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON 0x88 */ __sbit __at (0x88) IT0 ; /* TCON.0 - EXT. INTERRUPT 0 TYPE */ __sbit __at (0x89) IE0 ; /* TCON.1 - EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at (0x8A) IT1 ; /* TCON.2 - EXT. INTERRUPT 1 TYPE */ __sbit __at (0x8B) IE1 ; /* TCON.3 - EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at (0x8C) TR0 ; /* TCON.4 - TIMER 0 ON/OFF CONTROL */ __sbit __at (0x8D) TF0 ; /* TCON.5 - TIMER 0 OVERFLOW FLAG */ __sbit __at (0x8E) TR1 ; /* TCON.6 - TIMER 1 ON/OFF CONTROL */ __sbit __at (0x8F) TF1 ; /* TCON.7 - TIMER 1 OVERFLOW FLAG */ /* P1 0x90 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x97) P1_7 ; /* SCON 0x98 */ __sbit __at (0x98) RI ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x98) RI0 ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x99) TI ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x99) TI0 ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x9A) RB8 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9A) RB80 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9B) TB8 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9B) TB80 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9C) REN ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9C) REN0 ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9D) SM2 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9D) MCE0 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9F) SM0 ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ __sbit __at (0x9F) S0MODE ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ /* P2 0xA0 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA7) P2_7 ; /* IE 0xA8 */ __sbit __at (0xA8) EX0 ; /* IE.0 - EXTERNAL INTERRUPT 0 ENABLE */ __sbit __at (0xA9) ET0 ; /* IE.1 - TIMER 0 INTERRUPT ENABLE */ __sbit __at (0xAA) EX1 ; /* IE.2 - EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at (0xAB) ET1 ; /* IE.3 - TIMER 1 INTERRUPT ENABLE */ __sbit __at (0xAC) ES ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAC) ES0 ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAD) ET2 ; /* IE.5 - TIMER 2 INTERRUPT ENABLE */ __sbit __at (0xAE) ESPI0 ; /* IE.6 - SPI0 INTERRUPT ENABLE */ __sbit __at (0xAF) EA ; /* IE.7 - GLOBAL INTERRUPT ENABLE */ /* P3 0xB0 */ __sbit __at (0xB0) P3_0 ; __sbit __at (0xB1) P3_1 ; __sbit __at (0xB2) P3_2 ; __sbit __at (0xB3) P3_3 ; __sbit __at (0xB4) P3_4 ; __sbit __at (0xB5) P3_5 ; __sbit __at (0xB6) P3_6 ; __sbit __at (0xB7) P3_7 ; /* IP 0xB8 */ __sbit __at (0xB8) PX0 ; /* IP.0 - EXTERNAL INTERRUPT 0 PRIORITY */ __sbit __at (0xB9) PT0 ; /* IP.1 - TIMER 0 PRIORITY */ __sbit __at (0xBA) PX1 ; /* IP.2 - EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at (0xBB) PT1 ; /* IP.3 - TIMER 1 PRIORITY */ __sbit __at (0xBC) PS ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBC) PS0 ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBD) PT2 ; /* IP.5 - TIMER 2 PRIORITY */ __sbit __at (0xBE) PSPI0 ; /* IP.6 - SPI0 PRIORITY */ /* SMB0CN 0xC0 */ __sbit __at (0xC0) SI ; /* SMB0CN.0 - SMBUS 0 INTERRUPT PENDING FLAG */ __sbit __at (0xC1) ACK ; /* SMB0CN.1 - SMBUS 0 ACKNOWLEDGE FLAG */ __sbit __at (0xC2) ARBLOST ; /* SMB0CN.2 - SMBUS 0 ARBITRATION LOST INDICATOR */ __sbit __at (0xC3) ACKRQ ; /* SMB0CN.3 - SMBUS 0 ACKNOWLEDGE REQUEST */ __sbit __at (0xC4) STO ; /* SMB0CN.4 - SMBUS 0 STOP FLAG */ __sbit __at (0xC5) STA ; /* SMB0CN.5 - SMBUS 0 START FLAG */ __sbit __at (0xC6) TXMODE ; /* SMB0CN.6 - SMBUS 0 TRANSMIT MODE INDICATOR */ __sbit __at (0xC7) MASTER ; /* SMB0CN.7 - SMBUS 0 MASTER/SLAVE INDICATOR */ /* TMR2CN 0xC8 */ __sbit __at (0xC8) T2XCLK ; /* TMR2CN.0 - TIMER 2 EXTERNAL CLOCK SELECT */ __sbit __at (0xCA) TR2 ; /* TMR2CN.2 - TIMER 2 ON/OFF CONTROL */ __sbit __at (0xCB) T2SPLIT ; /* TMR2CN.3 - TIMER 2 SPLIT MODE ENABLE */ __sbit __at (0xCD) TF2LEN ; /* TMR2CN.5 - TIMER 2 LOW BYTE INTERRUPT ENABLE */ __sbit __at (0xCE) TF2L ; /* TMR2CN.6 - TIMER 2 LOW BYTE OVERFLOW FLAG */ __sbit __at (0xCF) TF2 ; /* TMR2CN.7 - TIMER 2 OVERFLOW FLAG */ __sbit __at (0xCF) TF2H ; /* TMR2CN.7 - TIMER 2 HIGH BYTE OVERFLOW FLAG */ /* PSW 0xD0 */ __sbit __at (0xD0) PARITY ; /* PSW.0 - ACCUMULATOR PARITY FLAG */ __sbit __at (0xD1) F1 ; /* PSW.1 - FLAG 1 */ __sbit __at (0xD2) OV ; /* PSW.2 - OVERFLOW FLAG */ __sbit __at (0xD3) RS0 ; /* PSW.3 - REGISTER BANK SELECT 0 */ __sbit __at (0xD4) RS1 ; /* PSW.4 - REGISTER BANK SELECT 1 */ __sbit __at (0xD5) F0 ; /* PSW.5 - FLAG 0 */ __sbit __at (0xD6) AC ; /* PSW.6 - AUXILIARY CARRY FLAG */ __sbit __at (0xD7) CY ; /* PSW.7 - CARRY FLAG */ /* PCA0CN 0xD8 */ __sbit __at (0xD8) CCF0 ; /* PCA0CN.0 - PCA MODULE 0 CAPTURE/COMPARE FLAG */ __sbit __at (0xD9) CCF1 ; /* PCA0CN.1 - PCA MODULE 1 CAPTURE/COMPARE FLAG */ __sbit __at (0xDA) CCF2 ; /* PCA0CN.2 - PCA MODULE 2 CAPTURE/COMPARE FLAG */ __sbit __at (0xDB) CCF3 ; /* PCA0CN.3 - PCA MODULE 3 CAPTURE/COMPARE FLAG */ __sbit __at (0xDC) CCF4 ; /* PCA0CN.4 - PCA MODULE 4 CAPTURE/COMPARE FLAG */ __sbit __at (0xDE) CR ; /* PCA0CN.6 - PCA COUNTER/TIMER RUN CONTROL */ __sbit __at (0xDF) CF ; /* PCA0CN.7 - PCA COUNTER/TIMER OVERFLOW FLAG */ /* ADC0CN 0xE8 */ __sbit __at (0xE8) AD0CM0 ; /* ADC0CN.0 - ADC 0 START OF CONV. MODE BIT 0 */ __sbit __at (0xE9) AD0CM1 ; /* ADC0CN.1 - ADC 0 START OF CONV. MODE BIT 1 */ __sbit __at (0xEA) AD0CM2 ; /* ADC0CN.2 - ADC 0 START OF CONV. MODE BIT 2 */ __sbit __at (0xEB) AD0WINT ; /* ADC0CN.3 - ADC 0 WINDOW COMPARE INT. FLAG */ __sbit __at (0xEC) AD0BUSY ; /* ADC0CN.4 - ADC 0 BUSY FLAG */ __sbit __at (0xED) AD0INT ; /* ADC0CN.5 - ADC 0 CONV. COMPLETE INT. FLAG */ __sbit __at (0xEE) AD0TM ; /* ADC0CN.6 - ADC 0 TRACK MODE */ __sbit __at (0xEF) AD0EN ; /* ADC0CN.7 - ADC 0 ENABLE */ /* SPI0CN 0xF8 */ __sbit __at (0xF8) SPIEN ; /* SPI0CN.0 - SPI0 ENABLE */ __sbit __at (0xF9) TXBMT ; /* SPI0CN.1 - TRANSMIT BUFFER EMPTY */ __sbit __at (0xFA) NSSMD0 ; /* SPI0CN.2 - SLAVE SELECT MODE BIT 0 */ __sbit __at (0xFB) NSSMD1 ; /* SPI0CN.3 - SLAVE SELECT MODE BIT 1 */ __sbit __at (0xFC) RXOVRN ; /* SPI0CN.4 - RECEIVE OVERRUN FLAG */ __sbit __at (0xFD) MODF ; /* SPI0CN.5 - MODE FAULT FLAG */ __sbit __at (0xFE) WCOL ; /* SPI0CN.6 - WRITE COLLISION FLAG */ __sbit __at (0xFF) SPIF ; /* SPI0CN.7 - SPI0 INTERRUPT FLAG */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T1M 0x08 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define ECP0 0x20 /* EIE1 */ #define ECP1 0x40 /* EIE1 */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define CP0E 0x10 /* XBR0 */ #define CP0OEN 0x10 /* XBR0 */ #define CP0AE 0x20 /* XBR0 */ #define CP0AOEN 0x20 /* XBR0 */ #define CP1E 0x40 /* XBR0 */ #define CP1AE 0x80 /* XBR0 */ #endif sdcc-2.9.0/device/include/mcs51/C8051F320.h000066400000000000000000000567211116427777700175120ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Cygnal/SiLabs C8051F32x Processor Range Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F320_H #define C8051F320_H /* BYTE Registers */ __sfr __at (0x80) P0 ; /* PORT 0 */ __sfr __at (0x81) SP ; /* STACK POINTER */ __sfr __at (0x82) DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at (0x83) DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at (0x87) PCON ; /* POWER CONTROL */ __sfr __at (0x88) TCON ; /* TIMER CONTROL */ __sfr __at (0x89) TMOD ; /* TIMER MODE */ __sfr __at (0x8A) TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at (0x8B) TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at (0x8C) TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at (0x8D) TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at (0x8E) CKCON ; /* CLOCK CONTROL */ __sfr __at (0x8F) PSCTL ; /* PROGRAM STORE R/W CONTROL */ __sfr __at (0x90) P1 ; /* PORT 1 */ __sfr __at (0x91) TMR3CN ; /* TIMER 3 CONTROL */ __sfr __at (0x92) TMR3RLL ; /* TIMER 3 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0x93) TMR3RLH ; /* TIMER 3 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0x94) TMR3L ; /* TIMER 3 - LOW BYTE */ __sfr __at (0x95) TMR3H ; /* TIMER 3 - HIGH BYTE */ __sfr __at (0x96) USB0ADR ; /* USB0 INDIRECT ADDRESS REGISTER */ __sfr __at (0x97) USB0DAT ; /* USB0 DATA REGISTER */ __sfr __at (0x98) SCON ; /* SERIAL PORT CONTROL */ __sfr __at (0x98) SCON0 ; /* SERIAL PORT CONTROL */ __sfr __at (0x99) SBUF ; /* SERIAL PORT BUFFER */ __sfr __at (0x99) SBUF0 ; /* SERIAL PORT BUFFER */ __sfr __at (0x9A) CPT1CN ; /* COMPARATOR 1 CONTROL */ __sfr __at (0x9B) CPT0CN ; /* COMPARATOR 0 CONTROL */ __sfr __at (0x9C) CPT1MD ; /* COMPARATOR 1 MODE SELECTION */ __sfr __at (0x9D) CPT0MD ; /* COMPARATOR 0 MODE SELECTION */ __sfr __at (0x9E) CPT1MX ; /* COMPARATOR 1 MUX SELECTION */ __sfr __at (0x9F) CPT0MX ; /* COMPARATOR 0 MUX SELECTION */ __sfr __at (0xA0) P2 ; /* PORT 2 */ __sfr __at (0xA1) SPI0CFG ; /* SPI0 CONFIGURATION */ __sfr __at (0xA2) SPI0CKR ; /* SPI0 CLOCK RATE CONTROL */ __sfr __at (0xA3) SPI0DAT ; /* SPI0 DATA */ __sfr __at (0xA4) P0MDOUT ; /* PORT 0 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA5) P1MDOUT ; /* PORT 1 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA6) P2MDOUT ; /* PORT 2 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA7) P3MDOUT ; /* PORT 3 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA8) IE ; /* INTERRUPT ENABLE */ __sfr __at (0xA9) CLKSEL ; /* SYSTEM CLOCK SELECT */ __sfr __at (0xAA) EMI0CN ; /* EXTERNAL MEMORY INTERFACE CONTROL */ __sfr __at (0xAA) _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at (0xB0) P3 ; /* PORT 3 */ __sfr __at (0xB1) OSCXCN ; /* EXTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB2) OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB3) OSCICL ; /* INTERNAL OSCILLATOR CALIBRATION */ __sfr __at (0xB6) FLSCL ; /* FLASH MEMORY TIMING PRESCALER */ __sfr __at (0xB7) FLKEY ; /* FLASH ACESS LIMIT */ __sfr __at (0xB8) IP ; /* INTERRUPT PRIORITY */ __sfr __at (0xB9) CLKMUL ; /* CLOCK MULTIPLIER CONTROL REGISTER */ __sfr __at (0xBA) AMX0N ; /* ADC 0 MUX NEGATIVE CHANNEL SELECTION */ __sfr __at (0xBB) AMX0P ; /* ADC 0 MUX POSITIVE CHANNEL SELECTION */ __sfr __at (0xBC) ADC0CF ; /* ADC 0 CONFIGURATION */ __sfr __at (0xBD) ADC0L ; /* ADC 0 DATA WORD LSB */ __sfr __at (0xBE) ADC0H ; /* ADC 0 DATA WORD MSB */ __sfr __at (0xC0) SMB0CN ; /* SMBUS CONTROL */ __sfr __at (0xC1) SMB0CF ; /* SMBUS CONFIGURATION */ __sfr __at (0xC2) SMB0DAT ; /* SMBUS DATA */ __sfr __at (0xC3) ADC0GTL ; /* ADC 0 GREATER-THAN LOW BYTE */ __sfr __at (0xC4) ADC0GTH ; /* ADC 0 GREATER-THAN HIGH BYTE */ __sfr __at (0xC5) ADC0LTL ; /* ADC 0 LESS-THAN LOW BYTE */ __sfr __at (0xC6) ADC0LTH ; /* ADC 0 LESS-THAN HIGH BYTE */ __sfr __at (0xC8) T2CON ; /* TIMER 2 CONTROL */ __sfr __at (0xC8) TMR2CN ; /* TIMER 2 CONTROL */ __sfr __at (0xC9) REG0CN ; /* VOLTAGE REGULATOR CONTROL */ __sfr __at (0xCA) RCAP2L ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCA) TMR2RLL ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCB) RCAP2H ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCB) TMR2RLH ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCC) TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCC) TMR2L ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCD) TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xCD) TMR2H ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xD0) PSW ; /* PROGRAM STATUS WORD */ __sfr __at (0xD1) REF0CN ; /* VOLTAGE REFERENCE 0 CONTROL */ __sfr __at (0xD4) P0SKIP ; /* PORT 0 SKIP */ __sfr __at (0xD5) P1SKIP ; /* PORT 1 SKIP */ __sfr __at (0xD6) P2SKIP ; /* PORT 2 SKIP */ __sfr __at (0xD7) USB0XCN ; /* USB0 TRANSCEIVER CONTROL */ __sfr __at (0xD8) PCA0CN ; /* PCA CONTROL */ __sfr __at (0xD9) PCA0MD ; /* PCA MODE */ __sfr __at (0xDA) PCA0CPM0 ; /* PCA MODULE 0 MODE REGISTER */ __sfr __at (0xDB) PCA0CPM1 ; /* PCA MODULE 1 MODE REGISTER */ __sfr __at (0xDC) PCA0CPM2 ; /* PCA MODULE 2 MODE REGISTER */ __sfr __at (0xDD) PCA0CPM3 ; /* PCA MODULE 3 MODE REGISTER */ __sfr __at (0xDE) PCA0CPM4 ; /* PCA MODULE 4 MODE REGISTER */ __sfr __at (0xE0) ACC ; /* ACCUMULATOR */ __sfr __at (0xE1) XBR0 ; /* PORT MUX CONFIGURATION REGISTER 0 */ __sfr __at (0xE2) XBR1 ; /* PORT MUX CONFIGURATION REGISTER 1 */ __sfr __at (0xE4) IT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE4) INT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE6) EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at (0xE7) EIE2 ; /* EXTERNAL INTERRUPT ENABLE 2 */ __sfr __at (0xE8) ADC0CN ; /* ADC 0 CONTROL */ __sfr __at (0xE9) PCA0CPL1 ; /* PCA CAPTURE 1 LOW */ __sfr __at (0xEA) PCA0CPH1 ; /* PCA CAPTURE 1 HIGH */ __sfr __at (0xEB) PCA0CPL2 ; /* PCA CAPTURE 2 LOW */ __sfr __at (0xEC) PCA0CPH2 ; /* PCA CAPTURE 2 HIGH */ __sfr __at (0xED) PCA0CPL3 ; /* PCA CAPTURE 3 LOW */ __sfr __at (0xEE) PCA0CPH3 ; /* PCA CAPTURE 3 HIGH */ __sfr __at (0xEF) RSTSRC ; /* RESET SOURCE */ __sfr __at (0xF0) B ; /* B REGISTER */ __sfr __at (0xF1) P0MODE ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF1) P0MDIN ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF2) P1MODE ; /* PORT 1 INPUT MODE CONFIGURATION */ __sfr __at (0xF2) P1MDIN ; /* PORT 1 INPUT MODE CONFIGURATION */ __sfr __at (0xF3) P2MODE ; /* PORT 2 INPUT MODE CONFIGURATION */ __sfr __at (0xF3) P2MDIN ; /* PORT 2 INPUT MODE CONFIGURATION */ __sfr __at (0xF4) P3MODE ; /* PORT 3 INPUT MODE CONFIGURATION */ __sfr __at (0xF4) P3MDIN ; /* PORT 3 INPUT MODE CONFIGURATION */ __sfr __at (0xF6) EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at (0xF7) EIP2 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 2 */ __sfr __at (0xF8) SPI0CN ; /* SPI0 CONTROL */ __sfr __at (0xF9) PCA0L ; /* PCA COUNTER LOW */ __sfr __at (0xFA) PCA0H ; /* PCA COUNTER HIGH */ __sfr __at (0xFB) PCA0CPL0 ; /* PCA CAPTURE 0 LOW */ __sfr __at (0xFC) PCA0CPH0 ; /* PCA CAPTURE 0 HIGH */ __sfr __at (0xFD) PCA0CPL4 ; /* PCA CAPTURE 4 LOW */ __sfr __at (0xFE) PCA0CPH4 ; /* PCA CAPTURE 4 HIGH */ __sfr __at (0xFF) VDM0CN ; /* VDD MONITOR CONTROL */ /* WORD/DWORD Registers */ __sfr16 __at (0x8C8A) TMR0 ; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1 ; /* TIMER 1 COUNTER */ __sfr16 __at (0xCDCC) TMR2 ; /* TIMER 2 COUNTER */ __sfr16 __at (0xCBCA) RCAP2 ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0xCBCA) TMR2RL ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0x9594) TMR3 ; /* TIMER 3 COUNTER */ __sfr16 __at (0x9392) TMR3RL ; /* TIMER 3 CAPTURE REGISTER WORD */ __sfr16 __at (0xBEBD) ADC0 ; /* ADC 0 DATA WORD */ __sfr16 __at (0xC4C3) ADC0GT ; /* ADC 0 GREATER-THAN REGISTER WORD */ __sfr16 __at (0xC6C5) ADC0LT ; /* ADC 0 LESS-THAN REGISTER WORD */ __sfr16 __at (0xFAF9) PCA0 ; /* PCA COUNTER */ __sfr16 __at (0xFCFB) PCA0CP0 ; /* PCA CAPTURE 0 WORD */ __sfr16 __at (0xEAE9) PCA0CP1 ; /* PCA CAPTURE 1 WORD */ __sfr16 __at (0xECEB) PCA0CP2 ; /* PCA CAPTURE 2 WORD */ __sfr16 __at (0xEEED) PCA0CP3 ; /* PCA CAPTURE 3 WORD */ __sfr16 __at (0xFEFD) PCA0CP4 ; /* PCA CAPTURE 4 WORD */ /* BIT Registers */ /* P0 0x80 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON 0x88 */ __sbit __at (0x88) IT0 ; /* TCON.0 - EXT. INTERRUPT 0 TYPE */ __sbit __at (0x89) IE0 ; /* TCON.1 - EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at (0x8A) IT1 ; /* TCON.2 - EXT. INTERRUPT 1 TYPE */ __sbit __at (0x8B) IE1 ; /* TCON.3 - EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at (0x8C) TR0 ; /* TCON.4 - TIMER 0 ON/OFF CONTROL */ __sbit __at (0x8D) TF0 ; /* TCON.5 - TIMER 0 OVERFLOW FLAG */ __sbit __at (0x8E) TR1 ; /* TCON.6 - TIMER 1 ON/OFF CONTROL */ __sbit __at (0x8F) TF1 ; /* TCON.7 - TIMER 1 OVERFLOW FLAG */ /* P1 0x90 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x97) P1_7 ; /* SCON 0x98 */ __sbit __at (0x98) RI ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x98) RI0 ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x99) TI ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x99) TI0 ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x9A) RB8 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9A) RB80 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9B) TB8 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9B) TB80 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9C) REN ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9C) REN0 ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9D) SM2 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9D) MCE0 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9F) SM0 ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ __sbit __at (0x9F) S0MODE ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ /* P2 0xA0 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA7) P2_7 ; /* IE 0xA8 */ __sbit __at (0xA8) EX0 ; /* IE.0 - EXTERNAL INTERRUPT 0 ENABLE */ __sbit __at (0xA9) ET0 ; /* IE.1 - TIMER 0 INTERRUPT ENABLE */ __sbit __at (0xAA) EX1 ; /* IE.2 - EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at (0xAB) ET1 ; /* IE.3 - TIMER 1 INTERRUPT ENABLE */ __sbit __at (0xAC) ES ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAC) ES0 ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAD) ET2 ; /* IE.5 - TIMER 2 INTERRUPT ENABLE */ __sbit __at (0xAE) ESPI0 ; /* IE.6 - SPI0 INTERRUPT ENABLE */ __sbit __at (0xAF) EA ; /* IE.7 - GLOBAL INTERRUPT ENABLE */ /* P3 0xB0 */ __sbit __at (0xB0) P3_0 ; __sbit __at (0xB1) P3_1 ; __sbit __at (0xB2) P3_2 ; __sbit __at (0xB3) P3_3 ; __sbit __at (0xB4) P3_4 ; __sbit __at (0xB5) P3_5 ; __sbit __at (0xB6) P3_6 ; __sbit __at (0xB7) P3_7 ; /* IP 0xB8 */ __sbit __at (0xB8) PX0 ; /* IP.0 - EXTERNAL INTERRUPT 0 PRIORITY */ __sbit __at (0xB9) PT0 ; /* IP.1 - TIMER 0 PRIORITY */ __sbit __at (0xBA) PX1 ; /* IP.2 - EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at (0xBB) PT1 ; /* IP.3 - TIMER 1 PRIORITY */ __sbit __at (0xBC) PS ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBC) PS0 ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBD) PT2 ; /* IP.5 - TIMER 2 PRIORITY */ __sbit __at (0xBE) PSPI0 ; /* IP.6 - SPI0 PRIORITY */ /* SMB0CN 0xC0 */ __sbit __at (0xC0) SI ; /* SMB0CN.0 - SMBUS 0 INTERRUPT PENDING FLAG */ __sbit __at (0xC1) ACK ; /* SMB0CN.1 - SMBUS 0 ACKNOWLEDGE FLAG */ __sbit __at (0xC2) ARBLOST ; /* SMB0CN.2 - SMBUS 0 ARBITRATION LOST INDICATOR */ __sbit __at (0xC3) ACKRQ ; /* SMB0CN.3 - SMBUS 0 ACKNOWLEDGE REQUEST */ __sbit __at (0xC4) STO ; /* SMB0CN.4 - SMBUS 0 STOP FLAG */ __sbit __at (0xC5) STA ; /* SMB0CN.5 - SMBUS 0 START FLAG */ __sbit __at (0xC6) TXMODE ; /* SMB0CN.6 - SMBUS 0 TRANSMIT MODE INDICATOR */ __sbit __at (0xC7) MASTER ; /* SMB0CN.7 - SMBUS 0 MASTER/SLAVE INDICATOR */ /* TMR2CN 0xC8 */ __sbit __at (0xC8) T2XCLK ; /* TMR2CN.0 - TIMER 2 EXTERNAL CLOCK SELECT */ __sbit __at (0xCA) TR2 ; /* TMR2CN.2 - TIMER 2 ON/OFF CONTROL */ __sbit __at (0xCB) T2SPLIT ; /* TMR2CN.3 - TIMER 2 SPLIT MODE ENABLE */ __sbit __at (0xCC) T2SOF ; /* TMR2CN.4 - TIMER 2 START_OF_FRAME CAPTURE ENA */ __sbit __at (0xCD) TF2LEN ; /* TMR2CN.5 - TIMER 2 LOW BYTE INTERRUPT ENABLE */ __sbit __at (0xCE) TF2L ; /* TMR2CN.6 - TIMER 2 LOW BYTE OVERFLOW FLAG */ __sbit __at (0xCF) TF2 ; /* TMR2CN.7 - TIMER 2 OVERFLOW FLAG */ __sbit __at (0xCF) TF2H ; /* TMR2CN.7 - TIMER 2 HIGH BYTE OVERFLOW FLAG */ /* PSW 0xD0 */ __sbit __at (0xD0) PARITY ; /* PSW.0 - ACCUMULATOR PARITY FLAG */ __sbit __at (0xD1) F1 ; /* PSW.1 - FLAG 1 */ __sbit __at (0xD2) OV ; /* PSW.2 - OVERFLOW FLAG */ __sbit __at (0xD3) RS0 ; /* PSW.3 - REGISTER BANK SELECT 0 */ __sbit __at (0xD4) RS1 ; /* PSW.4 - REGISTER BANK SELECT 1 */ __sbit __at (0xD5) F0 ; /* PSW.5 - FLAG 0 */ __sbit __at (0xD6) AC ; /* PSW.6 - AUXILIARY CARRY FLAG */ __sbit __at (0xD7) CY ; /* PSW.7 - CARRY FLAG */ /* PCA0CN 0xD8 */ __sbit __at (0xD8) CCF0 ; /* PCA0CN.0 - PCA MODULE 0 CAPTURE/COMPARE FLAG */ __sbit __at (0xD9) CCF1 ; /* PCA0CN.1 - PCA MODULE 1 CAPTURE/COMPARE FLAG */ __sbit __at (0xDA) CCF2 ; /* PCA0CN.2 - PCA MODULE 2 CAPTURE/COMPARE FLAG */ __sbit __at (0xDB) CCF3 ; /* PCA0CN.3 - PCA MODULE 3 CAPTURE/COMPARE FLAG */ __sbit __at (0xDC) CCF4 ; /* PCA0CN.4 - PCA MODULE 4 CAPTURE/COMPARE FLAG */ __sbit __at (0xDE) CR ; /* PCA0CN.6 - PCA COUNTER/TIMER RUN CONTROL */ __sbit __at (0xDF) CF ; /* PCA0CN.7 - PCA COUNTER/TIMER OVERFLOW FLAG */ /* ADC0CN 0xE8 */ __sbit __at (0xE8) AD0CM0 ; /* ADC0CN.0 - ADC 0 START OF CONV. MODE BIT 0 */ __sbit __at (0xE9) AD0CM1 ; /* ADC0CN.1 - ADC 0 START OF CONV. MODE BIT 1 */ __sbit __at (0xEA) AD0CM2 ; /* ADC0CN.2 - ADC 0 START OF CONV. MODE BIT 2 */ __sbit __at (0xEB) AD0WINT ; /* ADC0CN.3 - ADC 0 WINDOW COMPARE INT. FLAG */ __sbit __at (0xEC) AD0BUSY ; /* ADC0CN.4 - ADC 0 BUSY FLAG */ __sbit __at (0xED) AD0INT ; /* ADC0CN.5 - ADC 0 CONV. COMPLETE INT. FLAG */ __sbit __at (0xEE) AD0TM ; /* ADC0CN.6 - ADC 0 TRACK MODE */ __sbit __at (0xEF) AD0EN ; /* ADC0CN.7 - ADC 0 ENABLE */ /* SPI0CN 0xF8 */ __sbit __at (0xF8) SPIEN ; /* SPI0CN.0 - SPI0 ENABLE */ __sbit __at (0xF9) TXBMT ; /* SPI0CN.1 - TRANSMIT BUFFER EMPTY */ __sbit __at (0xFA) NSSMD0 ; /* SPI0CN.2 - SLAVE SELECT MODE BIT 0 */ __sbit __at (0xFB) NSSMD1 ; /* SPI0CN.3 - SLAVE SELECT MODE BIT 1 */ __sbit __at (0xFC) RXOVRN ; /* SPI0CN.4 - RECEIVE OVERRUN FLAG */ __sbit __at (0xFD) MODF ; /* SPI0CN.5 - MODE FAULT FLAG */ __sbit __at (0xFE) WCOL ; /* SPI0CN.6 - WRITE COLLISION FLAG */ __sbit __at (0xFF) SPIF ; /* SPI0CN.7 - SPI0 INTERRUPT FLAG */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T1M 0x08 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define ECP0 0x20 /* EIE1 */ #define ECP1 0x40 /* EIE1 */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define CP0E 0x10 /* XBR0 */ #define CP0OEN 0x10 /* XBR0 */ #define CP0AE 0x20 /* XBR0 */ #define CP0AOEN 0x20 /* XBR0 */ #define CP1E 0x40 /* XBR0 */ #define CP1AE 0x80 /* XBR0 */ #endif sdcc-2.9.0/device/include/mcs51/C8051F326.h000066400000000000000000000250021116427777700175040ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Cygnal/SiLabs C8051F326/7 Processor Range Copyright (C) 2006 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F326_H #define C8051F326_H /* BYTE Registers */ __sfr __at (0x80) P0 ; /* PORT 0 */ __sfr __at (0x81) SP ; /* STACK POINTER */ __sfr __at (0x82) DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at (0x83) DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at (0x87) PCON ; /* POWER CONTROL */ __sfr __at (0x88) TCON ; /* TIMER CONTROL */ __sfr __at (0x89) TMOD ; /* TIMER MODE */ __sfr __at (0x8A) TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at (0x8B) TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at (0x8C) TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at (0x8D) TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at (0x8E) CKCON ; /* CLOCK CONTROL */ __sfr __at (0x8F) PSCTL ; /* PROGRAM STORE R/W CONTROL */ __sfr __at (0x91) SBCON0 ; /* BAUDRATE GENERATOR 0 CONTROL */ __sfr __at (0x93) SBRLL0 ; /* BAUDRATE GENERATOR 0 RELOAD VALUE - LOW BYTE */ __sfr __at (0x94) SBRLH0 ; /* BAUDRATE GENERATOR 0 RELOAD VALUE - HIGH BYTE */ __sfr __at (0x96) USB0ADR ; /* USB0 INDIRECT ADDRESS REGISTER */ __sfr __at (0x97) USB0DAT ; /* USB0 DATA REGISTER */ __sfr __at (0x98) SCON ; /* UART0 CONTROL */ __sfr __at (0x98) SCON0 ; /* UART0 CONTROL */ __sfr __at (0x99) SBUF ; /* UART0 BUFFER */ __sfr __at (0x99) SBUF0 ; /* UART0 BUFFER */ __sfr __at (0x9A) SMOD0 ; /* UART0 MODE */ __sfr __at (0xA0) P2 ; /* PORT 2 */ __sfr __at (0xA4) P0MDOUT ; /* PORT 0 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA6) P2MDOUT ; /* PORT 2 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA7) P3MDOUT ; /* PORT 3 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA8) IE ; /* INTERRUPT ENABLE */ __sfr __at (0xA9) CLKSEL ; /* SYSTEM CLOCK SELECT */ __sfr __at (0xAA) EMI0CN ; /* EXTERNAL MEMORY INTERFACE CONTROL */ __sfr __at (0xAA) _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at (0xB0) P3 ; /* PORT 3 */ __sfr __at (0xB2) OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB3) OSCICL ; /* INTERNAL OSCILLATOR CALIBRATION */ __sfr __at (0xB6) FLSCL ; /* FLASH MEMORY TIMING PRESCALER */ __sfr __at (0xB7) FLKEY ; /* FLASH ACESS LIMIT */ __sfr __at (0xB8) IP ; /* INTERRUPT PRIORITY */ __sfr __at (0xB9) CLKMUL ; /* CLOCK MULTIPLIER CONTROL REGISTER */ __sfr __at (0xC9) REG0CN ; /* VOLTAGE REGULATOR CONTROL */ __sfr __at (0xD0) PSW ; /* PROGRAM STATUS WORD */ __sfr __at (0xD7) USB0XCN ; /* USB0 TRANSCEIVER CONTROL */ __sfr __at (0xE0) ACC ; /* ACCUMULATOR */ __sfr __at (0xE2) GPIOCN ; /* GLOBAL PORT I/O CONTROL */ __sfr __at (0xE3) OSCLCN ; /* LOW-FREQUENCY OSCILLATOR CONTROL */ __sfr __at (0xE6) EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at (0xE7) EIE2 ; /* EXTERNAL INTERRUPT ENABLE 2 */ __sfr __at (0xEF) RSTSRC ; /* RESET SOURCE */ __sfr __at (0xF0) B ; /* B REGISTER */ __sfr __at (0xF6) EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at (0xF7) EIP2 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 2 */ __sfr __at (0xFF) VDM0CN ; /* VDD MONITOR CONTROL */ /* WORD/DWORD Registers */ __sfr16 __at (0x8C8A) TMR0 ; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1 ; /* TIMER 1 COUNTER */ __sfr16 __at (0x9493) SBRL0 ; /* BAUDRATE GENERATOR 0 RELOAD VALUE WORD */ /* BIT Registers */ /* P0 0x80 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON 0x88 */ __sbit __at (0x88) IT0 ; /* TCON.0 - EXT. INTERRUPT 0 TYPE */ __sbit __at (0x89) IE0 ; /* TCON.1 - EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at (0x8A) IT1 ; /* TCON.2 - EXT. INTERRUPT 1 TYPE */ __sbit __at (0x8B) IE1 ; /* TCON.3 - EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at (0x8C) TR0 ; /* TCON.4 - TIMER 0 ON/OFF CONTROL */ __sbit __at (0x8D) TF0 ; /* TCON.5 - TIMER 0 OVERFLOW FLAG */ __sbit __at (0x8E) TR1 ; /* TCON.6 - TIMER 1 ON/OFF CONTROL */ __sbit __at (0x8F) TF1 ; /* TCON.7 - TIMER 1 OVERFLOW FLAG */ /* SCON 0x98 */ __sbit __at (0x98) RI ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x98) RI0 ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x99) TI ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x99) TI0 ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x9A) RB8 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9A) RBX0 ; /* SCON.2 - EXTRA RECEIVE BIT */ __sbit __at (0x9B) TB8 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9B) TBX0 ; /* SCON.3 - EXTRA TRANSMIT BIT */ __sbit __at (0x9C) REN ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9C) REN0 ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9E) PERR0 ; /* SCON.6 - PARITY ERROR FLAG */ __sbit __at (0x9F) OVR0 ; /* SCON.7 - RECEIVE FIFO OVERRUN FLAG */ /* P2 0xA0 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA5) P2_5 ; /* IE 0xA8 */ __sbit __at (0xA8) EX0 ; /* IE.0 - EXTERNAL INTERRUPT 0 ENABLE */ __sbit __at (0xA9) ET0 ; /* IE.1 - TIMER 0 INTERRUPT ENABLE */ __sbit __at (0xAA) EX1 ; /* IE.2 - EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at (0xAB) ET1 ; /* IE.3 - TIMER 1 INTERRUPT ENABLE */ __sbit __at (0xAC) ES ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAC) ES0 ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAF) EA ; /* IE.7 - GLOBAL INTERRUPT ENABLE */ /* P3 0xB0 */ __sbit __at (0xB0) P3_0 ; /* IP 0xB8 */ __sbit __at (0xB8) PX0 ; /* IP.0 - EXTERNAL INTERRUPT 0 PRIORITY */ __sbit __at (0xB9) PT0 ; /* IP.1 - TIMER 0 PRIORITY */ __sbit __at (0xBA) PX1 ; /* IP.2 - EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at (0xBB) PT1 ; /* IP.3 - TIMER 1 PRIORITY */ __sbit __at (0xBC) PS ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBC) PS0 ; /* IP.4 - SERIAL PORT PRIORITY */ /* PSW 0xD0 */ __sbit __at (0xD0) PARITY ; /* PSW.0 - ACCUMULATOR PARITY FLAG */ __sbit __at (0xD1) F1 ; /* PSW.1 - FLAG 1 */ __sbit __at (0xD2) OV ; /* PSW.2 - OVERFLOW FLAG */ __sbit __at (0xD3) RS0 ; /* PSW.3 - REGISTER BANK SELECT 0 */ __sbit __at (0xD4) RS1 ; /* PSW.4 - REGISTER BANK SELECT 1 */ __sbit __at (0xD5) F0 ; /* PSW.5 - FLAG 0 */ __sbit __at (0xD6) AC ; /* PSW.6 - AUXILIARY CARRY FLAG */ __sbit __at (0xD7) CY ; /* PSW.7 - CARRY FLAG */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T0M 0x04 /* CKCON */ #define T1M 0x08 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define EUSB0 0x02 /* EIE1 */ #define EVBUS 0x01 /* EIE2 */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #endif sdcc-2.9.0/device/include/mcs51/C8051F330.h000066400000000000000000000510471116427777700175070ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Cygnal/SiLabs C8051F33x Processor Range Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F330_H #define C8051F330_H /* BYTE Registers */ __sfr __at (0x80) P0 ; /* PORT 0 */ __sfr __at (0x81) SP ; /* STACK POINTER */ __sfr __at (0x82) DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at (0x83) DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at (0x87) PCON ; /* POWER CONTROL */ __sfr __at (0x88) TCON ; /* TIMER CONTROL */ __sfr __at (0x89) TMOD ; /* TIMER MODE */ __sfr __at (0x8A) TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at (0x8B) TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at (0x8C) TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at (0x8D) TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at (0x8E) CKCON ; /* CLOCK CONTROL */ __sfr __at (0x8F) PSCTL ; /* PROGRAM STORE R/W CONTROL */ __sfr __at (0x90) P1 ; /* PORT 1 */ __sfr __at (0x91) TMR3CN ; /* TIMER 3 CONTROL */ __sfr __at (0x92) TMR3RLL ; /* TIMER 3 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0x93) TMR3RLH ; /* TIMER 3 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0x94) TMR3L ; /* TIMER 3 - LOW BYTE */ __sfr __at (0x95) TMR3H ; /* TIMER 3 - HIGH BYTE */ __sfr __at (0x96) IDA0L ; /* CURRENT MODE DAC 0 - LOW BYTE */ __sfr __at (0x97) IDA0H ; /* CURRENT MODE DAC 0 - HIGH BYTE */ __sfr __at (0x98) SCON ; /* SERIAL PORT CONTROL */ __sfr __at (0x98) SCON0 ; /* SERIAL PORT CONTROL */ __sfr __at (0x99) SBUF ; /* SERIAL PORT BUFFER */ __sfr __at (0x99) SBUF0 ; /* SERIAL PORT BUFFER */ __sfr __at (0x9B) CPT0CN ; /* COMPARATOR 0 CONTROL */ __sfr __at (0x9D) CPT0MD ; /* COMPARATOR 0 MODE SELECTION */ __sfr __at (0x9F) CPT0MX ; /* COMPARATOR 0 MUX SELECTION */ __sfr __at (0xA0) P2 ; /* PORT 2 */ __sfr __at (0xA1) SPI0CFG ; /* SPI0 CONFIGURATION */ __sfr __at (0xA2) SPI0CKR ; /* SPI0 CLOCK RATE CONTROL */ __sfr __at (0xA3) SPI0DAT ; /* SPI0 DATA */ __sfr __at (0xA4) P0MDOUT ; /* PORT 0 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA5) P1MDOUT ; /* PORT 1 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA6) P2MDOUT ; /* PORT 2 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA8) IE ; /* INTERRUPT ENABLE */ __sfr __at (0xA9) CLKSEL ; /* SYSTEM CLOCK SELECT */ __sfr __at (0xAA) EMI0CN ; /* EXTERNAL MEMORY INTERFACE CONTROL */ __sfr __at (0xAA) _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at (0xB1) OSCXCN ; /* EXTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB2) OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB3) OSCICL ; /* INTERNAL OSCILLATOR CALIBRATION */ __sfr __at (0xB6) FLSCL ; /* FLASH MEMORY TIMING PRESCALER */ __sfr __at (0xB7) FLKEY ; /* FLASH ACESS LIMIT */ __sfr __at (0xB8) IP ; /* INTERRUPT PRIORITY */ __sfr __at (0xB9) IDA0CN ; /* CURRENT MODE DAC 0 - CONTROL */ __sfr __at (0xBA) AMX0N ; /* ADC 0 MUX NEGATIVE CHANNEL SELECTION */ __sfr __at (0xBB) AMX0P ; /* ADC 0 MUX POSITIVE CHANNEL SELECTION */ __sfr __at (0xBC) ADC0CF ; /* ADC 0 CONFIGURATION */ __sfr __at (0xBD) ADC0L ; /* ADC 0 DATA WORD LSB */ __sfr __at (0xBE) ADC0H ; /* ADC 0 DATA WORD MSB */ __sfr __at (0xC0) SMB0CN ; /* SMBUS CONTROL */ __sfr __at (0xC1) SMB0CF ; /* SMBUS CONFIGURATION */ __sfr __at (0xC2) SMB0DAT ; /* SMBUS DATA */ __sfr __at (0xC3) ADC0GTL ; /* ADC 0 GREATER-THAN LOW BYTE */ __sfr __at (0xC4) ADC0GTH ; /* ADC 0 GREATER-THAN HIGH BYTE */ __sfr __at (0xC5) ADC0LTL ; /* ADC 0 LESS-THAN LOW BYTE */ __sfr __at (0xC6) ADC0LTH ; /* ADC 0 LESS-THAN HIGH BYTE */ __sfr __at (0xC8) T2CON ; /* TIMER 2 CONTROL */ __sfr __at (0xC8) TMR2CN ; /* TIMER 2 CONTROL */ __sfr __at (0xCA) RCAP2L ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCA) TMR2RLL ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCB) RCAP2H ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCB) TMR2RLH ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCC) TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCC) TMR2L ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCD) TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xCD) TMR2H ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xD0) PSW ; /* PROGRAM STATUS WORD */ __sfr __at (0xD1) REF0CN ; /* VOLTAGE REFERENCE 0 CONTROL */ __sfr __at (0xD4) P0SKIP ; /* PORT 0 SKIP */ __sfr __at (0xD5) P1SKIP ; /* PORT 1 SKIP */ __sfr __at (0xD8) PCA0CN ; /* PCA CONTROL */ __sfr __at (0xD9) PCA0MD ; /* PCA MODE */ __sfr __at (0xDA) PCA0CPM0 ; /* PCA MODULE 0 MODE REGISTER */ __sfr __at (0xDB) PCA0CPM1 ; /* PCA MODULE 1 MODE REGISTER */ __sfr __at (0xDC) PCA0CPM2 ; /* PCA MODULE 2 MODE REGISTER */ __sfr __at (0xE0) ACC ; /* ACCUMULATOR */ __sfr __at (0xE1) XBR0 ; /* PORT MUX CONFIGURATION REGISTER 0 */ __sfr __at (0xE2) XBR1 ; /* PORT MUX CONFIGURATION REGISTER 1 */ __sfr __at (0xE3) OSCLCN ; /* LOW-FREQUENCY OSCILLATOR CONTROL */ __sfr __at (0xE4) IT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE4) INT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE6) EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at (0xE8) ADC0CN ; /* ADC 0 CONTROL */ __sfr __at (0xE9) PCA0CPL1 ; /* PCA CAPTURE 1 LOW */ __sfr __at (0xEA) PCA0CPH1 ; /* PCA CAPTURE 1 HIGH */ __sfr __at (0xEB) PCA0CPL2 ; /* PCA CAPTURE 2 LOW */ __sfr __at (0xEC) PCA0CPH2 ; /* PCA CAPTURE 2 HIGH */ __sfr __at (0xEF) RSTSRC ; /* RESET SOURCE */ __sfr __at (0xF0) B ; /* B REGISTER */ __sfr __at (0xF1) P0MODE ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF1) P0MDIN ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF2) P1MODE ; /* PORT 1 INPUT MODE CONFIGURATION */ __sfr __at (0xF2) P1MDIN ; /* PORT 1 INPUT MODE CONFIGURATION */ __sfr __at (0xF6) EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at (0xF8) SPI0CN ; /* SPI0 CONTROL */ __sfr __at (0xF9) PCA0L ; /* PCA COUNTER LOW */ __sfr __at (0xFA) PCA0H ; /* PCA COUNTER HIGH */ __sfr __at (0xFB) PCA0CPL0 ; /* PCA CAPTURE 0 LOW */ __sfr __at (0xFC) PCA0CPH0 ; /* PCA CAPTURE 0 HIGH */ __sfr __at (0xFF) VDM0CN ; /* VDD MONITOR CONTROL */ /* WORD/DWORD Registers */ __sfr16 __at (0x8C8A) TMR0 ; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1 ; /* TIMER 1 COUNTER */ __sfr16 __at (0xCDCC) TMR2 ; /* TIMER 2 COUNTER */ __sfr16 __at (0xCBCA) RCAP2 ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0xCBCA) TMR2RL ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0x9594) TMR3 ; /* TIMER 3 COUNTER */ __sfr16 __at (0x9392) TMR3RL ; /* TIMER 3 CAPTURE REGISTER WORD */ __sfr16 __at (0x9796) IDA0 ; /* CURRENT MODE DAC 0 DATA WORD */ __sfr16 __at (0xBEBD) ADC0 ; /* ADC 0 DATA WORD */ __sfr16 __at (0xC4C3) ADC0GT ; /* ADC 0 GREATER-THAN REGISTER WORD */ __sfr16 __at (0xC6C5) ADC0LT ; /* ADC 0 LESS-THAN REGISTER WORD */ __sfr16 __at (0xFAF9) PCA0 ; /* PCA COUNTER */ __sfr16 __at (0xFCFB) PCA0CP0 ; /* PCA CAPTURE 0 WORD */ __sfr16 __at (0xEAE9) PCA0CP1 ; /* PCA CAPTURE 1 WORD */ __sfr16 __at (0xECEB) PCA0CP2 ; /* PCA CAPTURE 2 WORD */ /* BIT Registers */ /* P0 0x80 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON 0x88 */ __sbit __at (0x88) IT0 ; /* TCON.0 - EXT. INTERRUPT 0 TYPE */ __sbit __at (0x89) IE0 ; /* TCON.1 - EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at (0x8A) IT1 ; /* TCON.2 - EXT. INTERRUPT 1 TYPE */ __sbit __at (0x8B) IE1 ; /* TCON.3 - EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at (0x8C) TR0 ; /* TCON.4 - TIMER 0 ON/OFF CONTROL */ __sbit __at (0x8D) TF0 ; /* TCON.5 - TIMER 0 OVERFLOW FLAG */ __sbit __at (0x8E) TR1 ; /* TCON.6 - TIMER 1 ON/OFF CONTROL */ __sbit __at (0x8F) TF1 ; /* TCON.7 - TIMER 1 OVERFLOW FLAG */ /* P1 0x90 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x97) P1_7 ; /* SCON 0x98 */ __sbit __at (0x98) RI ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x98) RI0 ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x99) TI ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x99) TI0 ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x9A) RB8 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9A) RB80 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9B) TB8 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9B) TB80 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9C) REN ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9C) REN0 ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9D) SM2 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9D) MCE0 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9F) SM0 ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ __sbit __at (0x9F) S0MODE ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ /* P2 0xA0 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA7) P2_7 ; /* IE 0xA8 */ __sbit __at (0xA8) EX0 ; /* IE.0 - EXTERNAL INTERRUPT 0 ENABLE */ __sbit __at (0xA9) ET0 ; /* IE.1 - TIMER 0 INTERRUPT ENABLE */ __sbit __at (0xAA) EX1 ; /* IE.2 - EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at (0xAB) ET1 ; /* IE.3 - TIMER 1 INTERRUPT ENABLE */ __sbit __at (0xAC) ES ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAC) ES0 ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAD) ET2 ; /* IE.5 - TIMER 2 INTERRUPT ENABLE */ __sbit __at (0xAE) ESPI0 ; /* IE.6 - SPI0 INTERRUPT ENABLE */ __sbit __at (0xAF) EA ; /* IE.7 - GLOBAL INTERRUPT ENABLE */ /* IP 0xB8 */ __sbit __at (0xB8) PX0 ; /* IP.0 - EXTERNAL INTERRUPT 0 PRIORITY */ __sbit __at (0xB9) PT0 ; /* IP.1 - TIMER 0 PRIORITY */ __sbit __at (0xBA) PX1 ; /* IP.2 - EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at (0xBB) PT1 ; /* IP.3 - TIMER 1 PRIORITY */ __sbit __at (0xBC) PS ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBC) PS0 ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBD) PT2 ; /* IP.5 - TIMER 2 PRIORITY */ __sbit __at (0xBE) PSPI0 ; /* IP.6 - SPI0 PRIORITY */ /* SMB0CN 0xC0 */ __sbit __at (0xC0) SI ; /* SMB0CN.0 - SMBUS 0 INTERRUPT PENDING FLAG */ __sbit __at (0xC1) ACK ; /* SMB0CN.1 - SMBUS 0 ACKNOWLEDGE FLAG */ __sbit __at (0xC2) ARBLOST ; /* SMB0CN.2 - SMBUS 0 ARBITRATION LOST INDICATOR */ __sbit __at (0xC3) ACKRQ ; /* SMB0CN.3 - SMBUS 0 ACKNOWLEDGE REQUEST */ __sbit __at (0xC4) STO ; /* SMB0CN.4 - SMBUS 0 STOP FLAG */ __sbit __at (0xC5) STA ; /* SMB0CN.5 - SMBUS 0 START FLAG */ __sbit __at (0xC6) TXMODE ; /* SMB0CN.6 - SMBUS 0 TRANSMIT MODE INDICATOR */ __sbit __at (0xC7) MASTER ; /* SMB0CN.7 - SMBUS 0 MASTER/SLAVE INDICATOR */ /* TMR2CN 0xC8 */ __sbit __at (0xC8) T2XCLK ; /* TMR2CN.0 - TIMER 2 EXTERNAL CLOCK SELECT */ __sbit __at (0xCA) TR2 ; /* TMR2CN.2 - TIMER 2 ON/OFF CONTROL */ __sbit __at (0xCB) T2SPLIT ; /* TMR2CN.3 - TIMER 2 SPLIT MODE ENABLE */ __sbit __at (0xCD) TF2CEN ; /* TMR2CN.5 - TIMER 2 LOW-FREQ OSC CAPTURE ENABLE*/ __sbit __at (0xCD) TF2LEN ; /* TMR2CN.5 - TIMER 2 LOW BYTE INTERRUPT ENABLE */ __sbit __at (0xCE) TF2L ; /* TMR2CN.6 - TIMER 2 LOW BYTE OVERFLOW FLAG */ __sbit __at (0xCF) TF2 ; /* TMR2CN.7 - TIMER 2 OVERFLOW FLAG */ __sbit __at (0xCF) TF2H ; /* TMR2CN.7 - TIMER 2 HIGH BYTE OVERFLOW FLAG */ /* PSW 0xD0 */ __sbit __at (0xD0) PARITY ; /* PSW.0 - ACCUMULATOR PARITY FLAG */ __sbit __at (0xD1) F1 ; /* PSW.1 - FLAG 1 */ __sbit __at (0xD2) OV ; /* PSW.2 - OVERFLOW FLAG */ __sbit __at (0xD3) RS0 ; /* PSW.3 - REGISTER BANK SELECT 0 */ __sbit __at (0xD4) RS1 ; /* PSW.4 - REGISTER BANK SELECT 1 */ __sbit __at (0xD5) F0 ; /* PSW.5 - FLAG 0 */ __sbit __at (0xD6) AC ; /* PSW.6 - AUXILIARY CARRY FLAG */ __sbit __at (0xD7) CY ; /* PSW.7 - CARRY FLAG */ /* PCA0CN 0xD8 */ __sbit __at (0xD8) CCF0 ; /* PCA0CN.0 - PCA MODULE 0 CAPTURE/COMPARE FLAG */ __sbit __at (0xD9) CCF1 ; /* PCA0CN.1 - PCA MODULE 1 CAPTURE/COMPARE FLAG */ __sbit __at (0xDA) CCF2 ; /* PCA0CN.2 - PCA MODULE 2 CAPTURE/COMPARE FLAG */ __sbit __at (0xDE) CR ; /* PCA0CN.6 - PCA COUNTER/TIMER RUN CONTROL */ __sbit __at (0xDF) CF ; /* PCA0CN.7 - PCA COUNTER/TIMER OVERFLOW FLAG */ /* ADC0CN 0xE8 */ __sbit __at (0xE8) AD0CM0 ; /* ADC0CN.0 - ADC 0 START OF CONV. MODE BIT 0 */ __sbit __at (0xE9) AD0CM1 ; /* ADC0CN.1 - ADC 0 START OF CONV. MODE BIT 1 */ __sbit __at (0xEA) AD0CM2 ; /* ADC0CN.2 - ADC 0 START OF CONV. MODE BIT 2 */ __sbit __at (0xEB) AD0WINT ; /* ADC0CN.3 - ADC 0 WINDOW COMPARE INT. FLAG */ __sbit __at (0xEC) AD0BUSY ; /* ADC0CN.4 - ADC 0 BUSY FLAG */ __sbit __at (0xED) AD0INT ; /* ADC0CN.5 - ADC 0 CONV. COMPLETE INT. FLAG */ __sbit __at (0xEE) AD0TM ; /* ADC0CN.6 - ADC 0 TRACK MODE */ __sbit __at (0xEF) AD0EN ; /* ADC0CN.7 - ADC 0 ENABLE */ /* SPI0CN 0xF8 */ __sbit __at (0xF8) SPIEN ; /* SPI0CN.0 - SPI0 ENABLE */ __sbit __at (0xF9) TXBMT ; /* SPI0CN.1 - TRANSMIT BUFFER EMPTY */ __sbit __at (0xFA) NSSMD0 ; /* SPI0CN.2 - SLAVE SELECT MODE BIT 0 */ __sbit __at (0xFB) NSSMD1 ; /* SPI0CN.3 - SLAVE SELECT MODE BIT 1 */ __sbit __at (0xFC) RXOVRN ; /* SPI0CN.4 - RECEIVE OVERRUN FLAG */ __sbit __at (0xFD) MODF ; /* SPI0CN.5 - MODE FAULT FLAG */ __sbit __at (0xFE) WCOL ; /* SPI0CN.6 - WRITE COLLISION FLAG */ __sbit __at (0xFF) SPIF ; /* SPI0CN.7 - SPI0 INTERRUPT FLAG */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T1M 0x08 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define ECP0 0x20 /* EIE1 */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define CP0E 0x10 /* XBR0 */ #define CP0OEN 0x10 /* XBR0 */ #define CP0AE 0x20 /* XBR0 */ #define CP0AOEN 0x20 /* XBR0 */ #endif sdcc-2.9.0/device/include/mcs51/C8051F336.h000066400000000000000000000413221116427777700175100ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the SiLabs C8051F336/7/8/9 Processor Range Copyright (C) 2008 - Steven Borley, steven.borley@partnerelectronics.com This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F336_H #define C8051F336_H #include /* BYTE Registers */ SFR( P0, 0x80 ) ; /* PORT 0 */ SFR( SP, 0x81 ) ; /* STACK POINTER */ SFR( DPL, 0x82 ) ; /* DATA POINTER - LOW BYTE */ SFR( DPH, 0x83 ) ; /* DATA POINTER - HIGH BYTE */ SFR( PCON, 0x87 ) ; /* POWER CONTROL */ SFR( TCON, 0x88 ) ; /* TIMER CONTROL */ SFR( TMOD, 0x89 ) ; /* TIMER MODE */ SFR( TL0, 0x8A ) ; /* TIMER 0 - LOW BYTE */ SFR( TL1, 0x8B ) ; /* TIMER 1 - LOW BYTE */ SFR( TH0, 0x8C ) ; /* TIMER 0 - HIGH BYTE */ SFR( TH1, 0x8D ) ; /* TIMER 1 - HIGH BYTE */ SFR( CKCON, 0x8E ) ; /* CLOCK CONTROL */ SFR( PSCTL, 0x8F ) ; /* PROGRAM STORE R/W CONTROL */ SFR( P1, 0x90 ) ; /* PORT 1 */ SFR( TMR3CN, 0x91 ) ; /* TIMER 3 CONTROL */ SFR( TMR3RLL, 0x92 ) ; /* TIMER 3 CAPTURE REGISTER - LOW BYTE */ SFR( TMR3RLH, 0x93 ) ; /* TIMER 3 CAPTURE REGISTER - HIGH BYTE */ SFR( TMR3L, 0x94 ) ; /* TIMER 3 - LOW BYTE */ SFR( TMR3H, 0x95 ) ; /* TIMER 3 - HIGH BYTE */ SFR( IDA0L, 0x96 ) ; /* CURRENT MODE DAC 0 - LOW BYTE */ SFR( IDA0H, 0x97 ) ; /* CURRENT MODE DAC 0 - HIGH BYTE */ SFR( SCON, 0x98 ) ; /* SERIAL PORT CONTROL */ SFR( SCON0, 0x98 ) ; /* SERIAL PORT CONTROL */ SFR( SBUF, 0x99 ) ; /* SERIAL PORT BUFFER */ SFR( SBUF0, 0x99 ) ; /* SERIAL PORT BUFFER */ SFR( CPT0CN, 0x9B ) ; /* COMPARATOR 0 CONTROL */ SFR( CPT0MD, 0x9D ) ; /* COMPARATOR 0 MODE SELECTION */ SFR( CPT0MX, 0x9F ) ; /* COMPARATOR 0 MUX SELECTION */ SFR( P2, 0xA0 ) ; /* PORT 2 */ SFR( SPI0CFG, 0xA1 ) ; /* SPI0 CONFIGURATION */ SFR( SPI0CKR, 0xA2 ) ; /* SPI0 CLOCK RATE CONTROL */ SFR( SPI0DAT, 0xA3 ) ; /* SPI0 DATA */ SFR( P0MDOUT, 0xA4 ) ; /* PORT 0 OUTPUT MODE CONFIGURATION */ SFR( P1MDOUT, 0xA5 ) ; /* PORT 1 OUTPUT MODE CONFIGURATION */ SFR( P2MDOUT, 0xA6 ) ; /* PORT 2 OUTPUT MODE CONFIGURATION */ SFR( IE, 0xA8 ) ; /* INTERRUPT ENABLE */ SFR( CLKSEL, 0xA9 ) ; /* SYSTEM CLOCK SELECT */ SFR( EMI0CN, 0xAA ) ; /* EXTERNAL MEMORY INTERFACE CONTROL */ SFR( _XPAGE, 0xAA ) ; /* XDATA/PDATA PAGE */ SFR( OSCXCN, 0xB1 ) ; /* EXTERNAL OSCILLATOR CONTROL */ SFR( OSCICN, 0xB2 ) ; /* INTERNAL OSCILLATOR CONTROL */ SFR( OSCICL, 0xB3 ) ; /* INTERNAL OSCILLATOR CALIBRATION */ SFR( FLSCL, 0xB6 ) ; /* FLASH MEMORY TIMING PRESCALER */ SFR( FLKEY, 0xB7 ) ; /* FLASH ACESS LIMIT */ SFR( IP, 0xB8 ) ; /* INTERRUPT PRIORITY */ SFR( IDA0CN, 0xB9 ) ; /* CURRENT MODE DAC 0 - CONTROL */ SFR( AMX0N, 0xBA ) ; /* ADC 0 MUX NEGATIVE CHANNEL SELECTION */ SFR( AMX0P, 0xBB ) ; /* ADC 0 MUX POSITIVE CHANNEL SELECTION */ SFR( ADC0CF, 0xBC ) ; /* ADC 0 CONFIGURATION */ SFR( ADC0L, 0xBD ) ; /* ADC 0 DATA WORD LSB */ SFR( ADC0H, 0xBE ) ; /* ADC 0 DATA WORD MSB */ SFR( SMB0CN, 0xC0 ) ; /* SMBUS CONTROL */ SFR( SMB0CF, 0xC1 ) ; /* SMBUS CONFIGURATION */ SFR( SMB0DAT, 0xC2 ) ; /* SMBUS DATA */ SFR( ADC0GTL, 0xC3 ) ; /* ADC 0 GREATER-THAN LOW BYTE */ SFR( ADC0GTH, 0xC4 ) ; /* ADC 0 GREATER-THAN HIGH BYTE */ SFR( ADC0LTL, 0xC5 ) ; /* ADC 0 LESS-THAN LOW BYTE */ SFR( ADC0LTH, 0xC6 ) ; /* ADC 0 LESS-THAN HIGH BYTE */ SFR( T2CON, 0xC8 ) ; /* TIMER 2 CONTROL */ SFR( TMR2CN, 0xC8 ) ; /* TIMER 2 CONTROL */ SFR( RCAP2L, 0xCA ) ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ SFR( TMR2RLL, 0xCA ) ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ SFR( RCAP2H, 0xCB ) ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ SFR( TMR2RLH, 0xCB ) ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ SFR( TL2, 0xCC ) ; /* TIMER 2 - LOW BYTE */ SFR( TMR2L, 0xCC ) ; /* TIMER 2 - LOW BYTE */ SFR( TH2, 0xCD ) ; /* TIMER 2 - HIGH BYTE */ SFR( TMR2H, 0xCD ) ; /* TIMER 2 - HIGH BYTE */ SFR( PSW, 0xD0 ) ; /* PROGRAM STATUS WORD */ SFR( REF0CN, 0xD1 ) ; /* VOLTAGE REFERENCE 0 CONTROL */ SFR( P0SKIP, 0xD4 ) ; /* PORT 0 SKIP */ SFR( P1SKIP, 0xD5 ) ; /* PORT 1 SKIP */ SFR( P2SKIP, 0xD6 ) ; /* PORT 2 SKIP */ SFR( SMB0ADR, 0xD7 ) ; /* SMBUS SLAVE ADDRESS */ SFR( PCA0CN, 0xD8 ) ; /* PCA CONTROL */ SFR( PCA0MD, 0xD9 ) ; /* PCA MODE */ SFR( PCA0CPM0, 0xDA ) ; /* PCA MODULE 0 MODE REGISTER */ SFR( PCA0CPM1, 0xDB ) ; /* PCA MODULE 1 MODE REGISTER */ SFR( PCA0CPM2, 0xDC ) ; /* PCA MODULE 2 MODE REGISTER */ SFR( ACC, 0xE0 ) ; /* ACCUMULATOR */ SFR( XBR0, 0xE1 ) ; /* PORT MUX CONFIGURATION REGISTER 0 */ SFR( XBR1, 0xE2 ) ; /* PORT MUX CONFIGURATION REGISTER 1 */ SFR( OSCLCN, 0xE3 ) ; /* LOW-FREQUENCY OSCILLATOR CONTROL */ SFR( IT01CF, 0xE4 ) ; /* INT0/INT1 CONFIGURATION REGISTER */ SFR( INT01CF, 0xE4 ) ; /* INT0/INT1 CONFIGURATION REGISTER */ SFR( EIE1, 0xE6 ) ; /* EXTERNAL INTERRUPT ENABLE 1 */ SFR( SMB0ADM, 0xE7 ) ; /* SMBUS SLAVE ADDRESS MASK */ SFR( ADC0CN, 0xE8 ) ; /* ADC 0 CONTROL */ SFR( PCA0CPL1, 0xE9 ) ; /* PCA CAPTURE 1 LOW */ SFR( PCA0CPH1, 0xEA ) ; /* PCA CAPTURE 1 HIGH */ SFR( PCA0CPL2, 0xEB ) ; /* PCA CAPTURE 2 LOW */ SFR( PCA0CPH2, 0xEC ) ; /* PCA CAPTURE 2 HIGH */ SFR( P1MAT, 0xED ) ; /* PORT 1 MATCH REGISTER */ SFR( P1MASK, 0xEE ) ; /* PORT 1 MASK REGISTER */ SFR( RSTSRC, 0xEF ) ; /* RESET SOURCE */ SFR( B, 0xF0 ) ; /* B REGISTER */ SFR( P0MODE, 0xF1 ) ; /* PORT 0 INPUT MODE CONFIGURATION */ SFR( P0MDIN, 0xF1 ) ; /* PORT 0 INPUT MODE CONFIGURATION */ SFR( P1MODE, 0xF2 ) ; /* PORT 1 INPUT MODE CONFIGURATION */ SFR( P1MDIN, 0xF2 ) ; /* PORT 1 INPUT MODE CONFIGURATION */ SFR( P2MDIN, 0xF3 ) ; /* PORT 2 INPUT MODE */ SFR( EIP1, 0xF6 ) ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ SFR( PCA0PWM, 0xF7 ) ; /* PCA PWM CONFIGURATION */ SFR( SPI0CN, 0xF8 ) ; /* SPI0 CONTROL */ SFR( PCA0L, 0xF9 ) ; /* PCA COUNTER LOW */ SFR( PCA0H, 0xFA ) ; /* PCA COUNTER HIGH */ SFR( PCA0CPL0, 0xFB ) ; /* PCA CAPTURE 0 LOW */ SFR( PCA0CPH0, 0xFC ) ; /* PCA CAPTURE 0 HIGH */ SFR( P0MAT, 0xFD ) ; /* PORT 0 MATCH REGISTER */ SFR( P0MASK, 0xFE ) ; /* PORT 0 MASK REGISTER */ SFR( VDM0CN, 0xFF ) ; /* VDD MONITOR CONTROL */ /* WORD/DWORD Registers */ SFR16E( TMR0, 0x8C8A ) ; /* TIMER 0 COUNTER */ SFR16E( TMR1, 0x8D8B ) ; /* TIMER 1 COUNTER */ SFR16E( TMR2, 0xCDCC ) ; /* TIMER 2 COUNTER */ SFR16E( RCAP2, 0xCBCA ) ; /* TIMER 2 CAPTURE REGISTER WORD */ SFR16E( TMR2RL, 0xCBCA ) ; /* TIMER 2 CAPTURE REGISTER WORD */ SFR16E( TMR3, 0x9594 ) ; /* TIMER 3 COUNTER */ SFR16E( TMR3RL, 0x9392 ) ; /* TIMER 3 CAPTURE REGISTER WORD */ SFR16E( IDA0, 0x9796 ) ; /* CURRENT MODE DAC 0 DATA WORD */ SFR16E( ADC0, 0xBEBD ) ; /* ADC 0 DATA WORD */ SFR16E( ADC0GT, 0xC4C3 ) ; /* ADC 0 GREATER-THAN REGISTER WORD */ SFR16E( ADC0LT, 0xC6C5 ) ; /* ADC 0 LESS-THAN REGISTER WORD */ SFR16E( PCA0, 0xFAF9 ) ; /* PCA COUNTER */ SFR16E( PCA0CP0, 0xFCFB ) ; /* PCA CAPTURE 0 WORD */ SFR16E( PCA0CP1, 0xEAE9 ) ; /* PCA CAPTURE 1 WORD */ SFR16E( PCA0CP2, 0xECEB ) ; /* PCA CAPTURE 2 WORD */ /* BIT Registers */ /* P0 0x80 */ SBIT( P0_0, 0x80, 0 ) ; SBIT( P0_1, 0x80, 1 ) ; SBIT( P0_2, 0x80, 2 ) ; SBIT( P0_3, 0x80, 3 ) ; SBIT( P0_4, 0x80, 4 ) ; SBIT( P0_5, 0x80, 5 ) ; SBIT( P0_6, 0x80, 6 ) ; SBIT( P0_7, 0x80, 7 ) ; /* TCON 0x88 */ SBIT( IT0, 0x88, 0 ) ; /* TCON.0 - EXT. INTERRUPT 0 TYPE */ SBIT( IE0, 0x88, 1 ) ; /* TCON.1 - EXT. INTERRUPT 0 EDGE FLAG */ SBIT( IT1, 0x88, 2 ) ; /* TCON.2 - EXT. INTERRUPT 1 TYPE */ SBIT( IE1, 0x88, 3 ) ; /* TCON.3 - EXT. INTERRUPT 1 EDGE FLAG */ SBIT( TR0, 0x88, 4 ) ; /* TCON.4 - TIMER 0 ON/OFF CONTROL */ SBIT( TF0, 0x88, 5 ) ; /* TCON.5 - TIMER 0 OVERFLOW FLAG */ SBIT( TR1, 0x88, 6 ) ; /* TCON.6 - TIMER 1 ON/OFF CONTROL */ SBIT( TF1, 0x88, 7 ) ; /* TCON.7 - TIMER 1 OVERFLOW FLAG */ /* P1 0x90 */ SBIT( P1_0, 0x90, 0 ) ; SBIT( P1_1, 0x90, 1 ) ; SBIT( P1_2, 0x90, 2 ) ; SBIT( P1_3, 0x90, 3 ) ; SBIT( P1_4, 0x90, 4 ) ; SBIT( P1_5, 0x90, 5 ) ; SBIT( P1_6, 0x90, 6 ) ; SBIT( P1_7, 0x90, 7 ) ; /* SCON 0x98 */ SBIT( RI, 0x98, 0 ) ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ SBIT( RI0, 0x98, 0 ) ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ SBIT( TI, 0x98, 1 ) ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ SBIT( TI0, 0x98, 1 ) ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ SBIT( RB8, 0x98, 2 ) ; /* SCON.2 - RECEIVE BIT 8 */ SBIT( RB80, 0x98, 2 ) ; /* SCON.2 - RECEIVE BIT 8 */ SBIT( TB8, 0x98, 3 ) ; /* SCON.3 - TRANSMIT BIT 8 */ SBIT( TB80, 0x98, 3 ) ; /* SCON.3 - TRANSMIT BIT 8 */ SBIT( REN, 0x98, 4 ) ; /* SCON.4 - RECEIVE ENABLE */ SBIT( REN0, 0x98, 4 ) ; /* SCON.4 - RECEIVE ENABLE */ SBIT( SM2, 0x98, 5 ) ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ SBIT( MCE0, 0x98, 5 ) ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ SBIT( SM0, 0x98, 7 ) ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ SBIT( S0MODE, 0x98, 7 ) ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ /* P2 0xA0 */ SBIT( P2_0, 0xA0, 0 ) ; SBIT( P2_1, 0xA0, 1 ) ; SBIT( P2_2, 0xA0, 2 ) ; SBIT( P2_3, 0xA0, 3 ) ; SBIT( P2_4, 0xA0, 4 ) ; SBIT( P2_5, 0xA0, 5 ) ; SBIT( P2_6, 0xA0, 6 ) ; SBIT( P2_7, 0xA0, 7 ) ; /* IE 0xA8 */ SBIT( EX0, 0xA8, 0 ) ; /* IE.0 - EXTERNAL INTERRUPT 0 ENABLE */ SBIT( ET0, 0xA8, 1 ) ; /* IE.1 - TIMER 0 INTERRUPT ENABLE */ SBIT( EX1, 0xA8, 2 ) ; /* IE.2 - EXTERNAL INTERRUPT 1 ENABLE */ SBIT( ET1, 0xA8, 3 ) ; /* IE.3 - TIMER 1 INTERRUPT ENABLE */ SBIT( ES, 0xA8, 4 ) ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ SBIT( ES0, 0xA8, 4 ) ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ SBIT( ET2, 0xA8, 5 ) ; /* IE.5 - TIMER 2 INTERRUPT ENABLE */ SBIT( ESPI0, 0xA8, 6 ) ; /* IE.6 - SPI0 INTERRUPT ENABLE */ SBIT( EA, 0xA8, 7 ) ; /* IE.7 - GLOBAL INTERRUPT ENABLE */ /* IP 0xB8 */ SBIT( PX0, 0xB8, 0 ) ; /* IP.0 - EXTERNAL INTERRUPT 0 PRIORITY */ SBIT( PT0, 0xB8, 1 ) ; /* IP.1 - TIMER 0 PRIORITY */ SBIT( PX1, 0xB8, 2 ) ; /* IP.2 - EXTERNAL INTERRUPT 1 PRIORITY */ SBIT( PT1, 0xB8, 3 ) ; /* IP.3 - TIMER 1 PRIORITY */ SBIT( PS, 0xB8, 4 ) ; /* IP.4 - SERIAL PORT PRIORITY */ SBIT( PS0, 0xB8, 4 ) ; /* IP.4 - SERIAL PORT PRIORITY */ SBIT( PT2, 0xB8, 5 ) ; /* IP.5 - TIMER 2 PRIORITY */ SBIT( PSPI0, 0xB8, 6 ) ; /* IP.6 - SPI0 PRIORITY */ /* SMB0CN 0xC0 */ SBIT( SI, 0xC0, 0 ) ; /* SMB0CN.0 - SMBUS 0 INTERRUPT PENDING FLAG */ SBIT( ACK, 0xC0, 1 ) ; /* SMB0CN.1 - SMBUS 0 ACKNOWLEDGE FLAG */ SBIT( ARBLOST, 0xC0, 2 ) ; /* SMB0CN.2 - SMBUS 0 ARBITRATION LOST INDICATOR */ SBIT( ACKRQ, 0xC0, 3 ) ; /* SMB0CN.3 - SMBUS 0 ACKNOWLEDGE REQUEST */ SBIT( STO, 0xC0, 4 ) ; /* SMB0CN.4 - SMBUS 0 STOP FLAG */ SBIT( STA, 0xC0, 5 ) ; /* SMB0CN.5 - SMBUS 0 START FLAG */ SBIT( TXMODE, 0xC0, 6 ) ; /* SMB0CN.6 - SMBUS 0 TRANSMIT MODE INDICATOR */ SBIT( MASTER, 0xC0, 7 ) ; /* SMB0CN.7 - SMBUS 0 MASTER/SLAVE INDICATOR */ /* TMR2CN 0xC8 */ SBIT( T2XCLK, 0xC8, 0 ) ; /* TMR2CN.0 - TIMER 2 EXTERNAL CLOCK SELECT */ SBIT( TR2, 0xC8, 2 ) ; /* TMR2CN.2 - TIMER 2 ON/OFF CONTROL */ SBIT( T2SPLIT, 0xC8, 3 ) ; /* TMR2CN.3 - TIMER 2 SPLIT MODE ENABLE */ SBIT( TF2CEN, 0xC8, 5 ) ; /* TMR2CN.5 - TIMER 2 LOW-FREQ OSC CAPTURE ENABLE*/ SBIT( TF2LEN, 0xC8, 5 ) ; /* TMR2CN.5 - TIMER 2 LOW BYTE INTERRUPT ENABLE */ SBIT( TF2L, 0xC8, 6 ) ; /* TMR2CN.6 - TIMER 2 LOW BYTE OVERFLOW FLAG */ SBIT( TF2, 0xC8, 7 ) ; /* TMR2CN.7 - TIMER 2 OVERFLOW FLAG */ SBIT( TF2H, 0xC8, 7 ) ; /* TMR2CN.7 - TIMER 2 HIGH BYTE OVERFLOW FLAG */ /* PSW 0xD0 */ SBIT( PARITY, 0xD0, 0 ) ; /* PSW.0 - ACCUMULATOR PARITY FLAG */ SBIT( F1, 0xD0, 1 ) ; /* PSW.1 - FLAG 1 */ SBIT( OV, 0xD0, 2 ) ; /* PSW.2 - OVERFLOW FLAG */ SBIT( RS0, 0xD0, 3 ) ; /* PSW.3 - REGISTER BANK SELECT 0 */ SBIT( RS1, 0xD0, 4 ) ; /* PSW.4 - REGISTER BANK SELECT 1 */ SBIT( F0, 0xD0, 5 ) ; /* PSW.5 - FLAG 0 */ SBIT( AC, 0xD0, 6 ) ; /* PSW.6 - AUXILIARY CARRY FLAG */ SBIT( CY, 0xD0, 7 ) ; /* PSW.7 - CARRY FLAG */ /* PCA0CN 0xD8 */ SBIT( CCF0, 0xD8, 0 ) ; /* PCA0CN.0 - PCA MODULE 0 CAPTURE/COMPARE FLAG */ SBIT( CCF1, 0xD8, 1 ) ; /* PCA0CN.1 - PCA MODULE 1 CAPTURE/COMPARE FLAG */ SBIT( CCF2, 0xD8, 2 ) ; /* PCA0CN.2 - PCA MODULE 2 CAPTURE/COMPARE FLAG */ SBIT( CR, 0xD8, 6 ) ; /* PCA0CN.6 - PCA COUNTER/TIMER RUN CONTROL */ SBIT( CF, 0xD8, 7 ) ; /* PCA0CN.7 - PCA COUNTER/TIMER OVERFLOW FLAG */ /* ADC0CN 0xE8 */ SBIT( AD0CM0, 0xE8, 0 ) ; /* ADC0CN.0 - ADC 0 START OF CONV. MODE BIT 0 */ SBIT( AD0CM1, 0xE8, 1 ) ; /* ADC0CN.1 - ADC 0 START OF CONV. MODE BIT 1 */ SBIT( AD0CM2, 0xE8, 2 ) ; /* ADC0CN.2 - ADC 0 START OF CONV. MODE BIT 2 */ SBIT( AD0WINT, 0xE8, 3 ) ; /* ADC0CN.3 - ADC 0 WINDOW COMPARE INT. FLAG */ SBIT( AD0BUSY, 0xE8, 4 ) ; /* ADC0CN.4 - ADC 0 BUSY FLAG */ SBIT( AD0INT, 0xE8, 5 ) ; /* ADC0CN.5 - ADC 0 CONV. COMPLETE INT. FLAG */ SBIT( AD0TM, 0xE8, 6 ) ; /* ADC0CN.6 - ADC 0 TRACK MODE */ SBIT( AD0EN, 0xE8, 7 ) ; /* ADC0CN.7 - ADC 0 ENABLE */ /* SPI0CN 0xF8 */ SBIT( SPIEN, 0xF8, 0 ) ; /* SPI0CN.0 - SPI0 ENABLE */ SBIT( TXBMT, 0xF8, 1 ) ; /* SPI0CN.1 - TRANSMIT BUFFER EMPTY */ SBIT( NSSMD0, 0xF8, 2 ) ; /* SPI0CN.2 - SLAVE SELECT MODE BIT 0 */ SBIT( NSSMD1, 0xF8, 3 ) ; /* SPI0CN.3 - SLAVE SELECT MODE BIT 1 */ SBIT( RXOVRN, 0xF8, 4 ) ; /* SPI0CN.4 - RECEIVE OVERRUN FLAG */ SBIT( MODF, 0xF8, 5 ) ; /* SPI0CN.5 - MODE FAULT FLAG */ SBIT( WCOL, 0xF8, 6 ) ; /* SPI0CN.6 - WRITE COLLISION FLAG */ SBIT( SPIF, 0xF8, 7 ) ; /* SPI0CN.7 - SPI0 INTERRUPT FLAG */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T1M 0x08 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define ECP0 0x20 /* EIE1 */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define CP0E 0x10 /* XBR0 */ #define CP0OEN 0x10 /* XBR0 */ #define CP0AE 0x20 /* XBR0 */ #define CP0AOEN 0x20 /* XBR0 */ /* Interrupts */ #define INT_EXT0 0 /* External Interrupt 0 */ #define INT_TIMER0 1 /* Timer0 Overflow */ #define INT_EXT1 2 /* External Interrupt 1 */ #define INT_TIMER1 3 /* Timer1 Overflow */ #define INT_UART0 4 /* Serial Port 0 */ #define INT_TIMER2 5 /* Timer2 Overflow */ #define INT_SPI0 6 /* Serial Peripheral Interface 0 */ #define INT_SMBUS0 7 /* SMBus0 Interface */ #define INT_PMAT 8 /* Port match */ #define INT_ADC0_WINDOW 9 /* ADC0 Window Comparison */ #define INT_ADC0_EOC 10 /* ADC0 End Of Conversion */ #define INT_PCA0 11 /* PCA0 Peripheral */ #define INT_COMPARATOR0 12 /* Comparator0 */ /* 13 Reserved */ #define INT_TIMER3 14 /* Timer3 Overflow */ #endif sdcc-2.9.0/device/include/mcs51/C8051F340.h000066400000000000000000000602451116427777700175100ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Cygnal/SiLabs C8051F34x Processor Range Copyright (C) 2006 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F340_H #define C8051F340_H /* BYTE Registers */ __sfr __at (0x80) P0 ; /* PORT 0 */ __sfr __at (0x81) SP ; /* STACK POINTER */ __sfr __at (0x82) DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at (0x83) DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at (0x84) EMI0TC ; /* EXTERNAL MEMORY INTERFACE TIMING */ __sfr __at (0x85) EMI0CF ; /* EXTERNAL MEMORY INTERFACE CONFIGURATION */ __sfr __at (0x86) OSCLCN ; /* LOW-FREQUENCY OSCILLATOR CONTROL */ __sfr __at (0x87) PCON ; /* POWER CONTROL */ __sfr __at (0x88) TCON ; /* TIMER CONTROL */ __sfr __at (0x89) TMOD ; /* TIMER MODE */ __sfr __at (0x8A) TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at (0x8B) TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at (0x8C) TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at (0x8D) TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at (0x8E) CKCON ; /* CLOCK CONTROL */ __sfr __at (0x8F) PSCTL ; /* PROGRAM STORE R/W CONTROL */ __sfr __at (0x90) P1 ; /* PORT 1 */ __sfr __at (0x91) TMR3CN ; /* TIMER 3 CONTROL */ __sfr __at (0x92) TMR3RLL ; /* TIMER 3 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0x93) TMR3RLH ; /* TIMER 3 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0x94) TMR3L ; /* TIMER 3 - LOW BYTE */ __sfr __at (0x95) TMR3H ; /* TIMER 3 - HIGH BYTE */ __sfr __at (0x96) USB0ADR ; /* USB0 INDIRECT ADDRESS REGISTER */ __sfr __at (0x97) USB0DAT ; /* USB0 DATA REGISTER */ __sfr __at (0x98) SCON ; /* SERIAL PORT CONTROL */ __sfr __at (0x98) SCON0 ; /* SERIAL PORT CONTROL */ __sfr __at (0x99) SBUF ; /* SERIAL PORT BUFFER */ __sfr __at (0x99) SBUF0 ; /* SERIAL PORT BUFFER */ __sfr __at (0x9A) CPT1CN ; /* COMPARATOR 1 CONTROL */ __sfr __at (0x9B) CPT0CN ; /* COMPARATOR 0 CONTROL */ __sfr __at (0x9C) CPT1MD ; /* COMPARATOR 1 MODE SELECTION */ __sfr __at (0x9D) CPT0MD ; /* COMPARATOR 0 MODE SELECTION */ __sfr __at (0x9E) CPT1MX ; /* COMPARATOR 1 MUX SELECTION */ __sfr __at (0x9F) CPT0MX ; /* COMPARATOR 0 MUX SELECTION */ __sfr __at (0xA0) P2 ; /* PORT 2 */ __sfr __at (0xA1) SPI0CFG ; /* SPI0 CONFIGURATION */ __sfr __at (0xA2) SPI0CKR ; /* SPI0 CLOCK RATE CONTROL */ __sfr __at (0xA3) SPI0DAT ; /* SPI0 DATA */ __sfr __at (0xA4) P0MDOUT ; /* PORT 0 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA5) P1MDOUT ; /* PORT 1 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA6) P2MDOUT ; /* PORT 2 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA7) P3MDOUT ; /* PORT 3 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA8) IE ; /* INTERRUPT ENABLE */ __sfr __at (0xA9) CLKSEL ; /* SYSTEM CLOCK SELECT */ __sfr __at (0xAA) EMI0CN ; /* EXTERNAL MEMORY INTERFACE CONTROL */ __sfr __at (0xAA) _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at (0xAC) SBCON1 ; /* UART 1 BAUDRATE GENERATOR CONTROL */ __sfr __at (0xAE) P4MDOUT ; /* PORT 4 OUTPUT MODE CONFIGURATION */ __sfr __at (0xAF) PFE0CN ; /* PREFETCH ENGINE CONTROL */ __sfr __at (0xB0) P3 ; /* PORT 3 */ __sfr __at (0xB1) OSCXCN ; /* EXTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB2) OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB3) OSCICL ; /* INTERNAL OSCILLATOR CALIBRATION */ __sfr __at (0xB4) SBRLL1 ; /* UART 1 BAUDRATE GENERATOR - LOW BYTE */ __sfr __at (0xB5) SBRLH1 ; /* UART 1 BAUDRATE GENERATOR - HIGH BYTE */ __sfr __at (0xB6) FLSCL ; /* FLASH MEMORY TIMING PRESCALER */ __sfr __at (0xB7) FLKEY ; /* FLASH ACESS LIMIT */ __sfr __at (0xB8) IP ; /* INTERRUPT PRIORITY */ __sfr __at (0xB9) CLKMUL ; /* CLOCK MULTIPLIER CONTROL REGISTER */ __sfr __at (0xBA) AMX0N ; /* ADC 0 MUX NEGATIVE CHANNEL SELECTION */ __sfr __at (0xBB) AMX0P ; /* ADC 0 MUX POSITIVE CHANNEL SELECTION */ __sfr __at (0xBC) ADC0CF ; /* ADC 0 CONFIGURATION */ __sfr __at (0xBD) ADC0L ; /* ADC 0 DATA WORD LSB */ __sfr __at (0xBE) ADC0H ; /* ADC 0 DATA WORD MSB */ __sfr __at (0xC0) SMB0CN ; /* SMBUS CONTROL */ __sfr __at (0xC1) SMB0CF ; /* SMBUS CONFIGURATION */ __sfr __at (0xC2) SMB0DAT ; /* SMBUS DATA */ __sfr __at (0xC3) ADC0GTL ; /* ADC 0 GREATER-THAN LOW BYTE */ __sfr __at (0xC4) ADC0GTH ; /* ADC 0 GREATER-THAN HIGH BYTE */ __sfr __at (0xC5) ADC0LTL ; /* ADC 0 LESS-THAN LOW BYTE */ __sfr __at (0xC6) ADC0LTH ; /* ADC 0 LESS-THAN HIGH BYTE */ __sfr __at (0xC7) P4 ; /* PORT 4 */ __sfr __at (0xC8) T2CON ; /* TIMER 2 CONTROL */ __sfr __at (0xC8) TMR2CN ; /* TIMER 2 CONTROL */ __sfr __at (0xC9) REG0CN ; /* VOLTAGE REGULATOR CONTROL */ __sfr __at (0xCA) RCAP2L ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCA) TMR2RLL ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCB) RCAP2H ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCB) TMR2RLH ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCC) TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCC) TMR2L ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCD) TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xCD) TMR2H ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xD0) PSW ; /* PROGRAM STATUS WORD */ __sfr __at (0xD1) REF0CN ; /* VOLTAGE REFERENCE 0 CONTROL */ __sfr __at (0xD2) SCON1 ; /* UART 1 CONTROL */ __sfr __at (0xD3) SBUF1 ; /* UART 1 DATA BUFFER */ __sfr __at (0xD4) P0SKIP ; /* PORT 0 SKIP */ __sfr __at (0xD5) P1SKIP ; /* PORT 1 SKIP */ __sfr __at (0xD6) P2SKIP ; /* PORT 2 SKIP */ __sfr __at (0xD7) USB0XCN ; /* USB0 TRANSCEIVER CONTROL */ __sfr __at (0xD8) PCA0CN ; /* PCA CONTROL */ __sfr __at (0xD9) PCA0MD ; /* PCA MODE */ __sfr __at (0xDA) PCA0CPM0 ; /* PCA MODULE 0 MODE REGISTER */ __sfr __at (0xDB) PCA0CPM1 ; /* PCA MODULE 1 MODE REGISTER */ __sfr __at (0xDC) PCA0CPM2 ; /* PCA MODULE 2 MODE REGISTER */ __sfr __at (0xDD) PCA0CPM3 ; /* PCA MODULE 3 MODE REGISTER */ __sfr __at (0xDE) PCA0CPM4 ; /* PCA MODULE 4 MODE REGISTER */ __sfr __at (0xDF) P3SKIP ; /* PORT 3 SKIP */ __sfr __at (0xE0) ACC ; /* ACCUMULATOR */ __sfr __at (0xE1) XBR0 ; /* PORT MUX CONFIGURATION REGISTER 0 */ __sfr __at (0xE2) XBR1 ; /* PORT MUX CONFIGURATION REGISTER 1 */ __sfr __at (0xE3) XBR2 ; /* PORT MUX CONFIGURATION REGISTER 2 */ __sfr __at (0xE4) IT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE4) INT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE5) SMOD1 ; /* UART 1 MODE */ __sfr __at (0xE6) EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at (0xE7) EIE2 ; /* EXTERNAL INTERRUPT ENABLE 2 */ __sfr __at (0xE8) ADC0CN ; /* ADC 0 CONTROL */ __sfr __at (0xE9) PCA0CPL1 ; /* PCA CAPTURE 1 LOW */ __sfr __at (0xEA) PCA0CPH1 ; /* PCA CAPTURE 1 HIGH */ __sfr __at (0xEB) PCA0CPL2 ; /* PCA CAPTURE 2 LOW */ __sfr __at (0xEC) PCA0CPH2 ; /* PCA CAPTURE 2 HIGH */ __sfr __at (0xED) PCA0CPL3 ; /* PCA CAPTURE 3 LOW */ __sfr __at (0xEE) PCA0CPH3 ; /* PCA CAPTURE 3 HIGH */ __sfr __at (0xEF) RSTSRC ; /* RESET SOURCE */ __sfr __at (0xF0) B ; /* B REGISTER */ __sfr __at (0xF1) P0MODE ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF1) P0MDIN ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF2) P1MODE ; /* PORT 1 INPUT MODE CONFIGURATION */ __sfr __at (0xF2) P1MDIN ; /* PORT 1 INPUT MODE CONFIGURATION */ __sfr __at (0xF3) P2MODE ; /* PORT 2 INPUT MODE CONFIGURATION */ __sfr __at (0xF3) P2MDIN ; /* PORT 2 INPUT MODE CONFIGURATION */ __sfr __at (0xF4) P3MODE ; /* PORT 3 INPUT MODE CONFIGURATION */ __sfr __at (0xF4) P3MDIN ; /* PORT 3 INPUT MODE CONFIGURATION */ __sfr __at (0xF5) P4MDIN ; /* PORT 4 INPUT MODE CONFIGURATION */ __sfr __at (0xF6) EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at (0xF7) EIP2 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 2 */ __sfr __at (0xF8) SPI0CN ; /* SPI0 CONTROL */ __sfr __at (0xF9) PCA0L ; /* PCA COUNTER LOW */ __sfr __at (0xFA) PCA0H ; /* PCA COUNTER HIGH */ __sfr __at (0xFB) PCA0CPL0 ; /* PCA CAPTURE 0 LOW */ __sfr __at (0xFC) PCA0CPH0 ; /* PCA CAPTURE 0 HIGH */ __sfr __at (0xFD) PCA0CPL4 ; /* PCA CAPTURE 4 LOW */ __sfr __at (0xFE) PCA0CPH4 ; /* PCA CAPTURE 4 HIGH */ __sfr __at (0xFF) VDM0CN ; /* VDD MONITOR CONTROL */ /* WORD/DWORD Registers */ __sfr16 __at (0x8C8A) TMR0 ; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1 ; /* TIMER 1 COUNTER */ __sfr16 __at (0xCDCC) TMR2 ; /* TIMER 2 COUNTER */ __sfr16 __at (0xCBCA) RCAP2 ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0xCBCA) TMR2RL ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0x9594) TMR3 ; /* TIMER 3 COUNTER */ __sfr16 __at (0x9392) TMR3RL ; /* TIMER 3 CAPTURE REGISTER WORD */ __sfr16 __at (0xB5B4) SBRL1 ; /* UART 1 BAUDRATE GENERATOR WORD */ __sfr16 __at (0xBEBD) ADC0 ; /* ADC 0 DATA WORD */ __sfr16 __at (0xC4C3) ADC0GT ; /* ADC 0 GREATER-THAN REGISTER WORD */ __sfr16 __at (0xC6C5) ADC0LT ; /* ADC 0 LESS-THAN REGISTER WORD */ __sfr16 __at (0xFAF9) PCA0 ; /* PCA COUNTER */ __sfr16 __at (0xFCFB) PCA0CP0 ; /* PCA CAPTURE 0 WORD */ __sfr16 __at (0xEAE9) PCA0CP1 ; /* PCA CAPTURE 1 WORD */ __sfr16 __at (0xECEB) PCA0CP2 ; /* PCA CAPTURE 2 WORD */ __sfr16 __at (0xEEED) PCA0CP3 ; /* PCA CAPTURE 3 WORD */ __sfr16 __at (0xFEFD) PCA0CP4 ; /* PCA CAPTURE 4 WORD */ /* BIT Registers */ /* P0 0x80 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON 0x88 */ __sbit __at (0x88) IT0 ; /* TCON.0 - EXT. INTERRUPT 0 TYPE */ __sbit __at (0x89) IE0 ; /* TCON.1 - EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at (0x8A) IT1 ; /* TCON.2 - EXT. INTERRUPT 1 TYPE */ __sbit __at (0x8B) IE1 ; /* TCON.3 - EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at (0x8C) TR0 ; /* TCON.4 - TIMER 0 ON/OFF CONTROL */ __sbit __at (0x8D) TF0 ; /* TCON.5 - TIMER 0 OVERFLOW FLAG */ __sbit __at (0x8E) TR1 ; /* TCON.6 - TIMER 1 ON/OFF CONTROL */ __sbit __at (0x8F) TF1 ; /* TCON.7 - TIMER 1 OVERFLOW FLAG */ /* P1 0x90 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x97) P1_7 ; /* SCON 0x98 */ __sbit __at (0x98) RI ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x98) RI0 ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x99) TI ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x99) TI0 ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x9A) RB8 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9A) RB80 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9B) TB8 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9B) TB80 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9C) REN ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9C) REN0 ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9D) SM2 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9D) MCE0 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9F) SM0 ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ __sbit __at (0x9F) S0MODE ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ /* P2 0xA0 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA7) P2_7 ; /* IE 0xA8 */ __sbit __at (0xA8) EX0 ; /* IE.0 - EXTERNAL INTERRUPT 0 ENABLE */ __sbit __at (0xA9) ET0 ; /* IE.1 - TIMER 0 INTERRUPT ENABLE */ __sbit __at (0xAA) EX1 ; /* IE.2 - EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at (0xAB) ET1 ; /* IE.3 - TIMER 1 INTERRUPT ENABLE */ __sbit __at (0xAC) ES ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAC) ES0 ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAD) ET2 ; /* IE.5 - TIMER 2 INTERRUPT ENABLE */ __sbit __at (0xAE) ESPI0 ; /* IE.6 - SPI0 INTERRUPT ENABLE */ __sbit __at (0xAF) EA ; /* IE.7 - GLOBAL INTERRUPT ENABLE */ /* P3 0xB0 */ __sbit __at (0xB0) P3_0 ; __sbit __at (0xB1) P3_1 ; __sbit __at (0xB2) P3_2 ; __sbit __at (0xB3) P3_3 ; __sbit __at (0xB4) P3_4 ; __sbit __at (0xB5) P3_5 ; __sbit __at (0xB6) P3_6 ; __sbit __at (0xB7) P3_7 ; /* IP 0xB8 */ __sbit __at (0xB8) PX0 ; /* IP.0 - EXTERNAL INTERRUPT 0 PRIORITY */ __sbit __at (0xB9) PT0 ; /* IP.1 - TIMER 0 PRIORITY */ __sbit __at (0xBA) PX1 ; /* IP.2 - EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at (0xBB) PT1 ; /* IP.3 - TIMER 1 PRIORITY */ __sbit __at (0xBC) PS ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBC) PS0 ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBD) PT2 ; /* IP.5 - TIMER 2 PRIORITY */ __sbit __at (0xBE) PSPI0 ; /* IP.6 - SPI0 PRIORITY */ /* SMB0CN 0xC0 */ __sbit __at (0xC0) SI ; /* SMB0CN.0 - SMBUS 0 INTERRUPT PENDING FLAG */ __sbit __at (0xC1) ACK ; /* SMB0CN.1 - SMBUS 0 ACKNOWLEDGE FLAG */ __sbit __at (0xC2) ARBLOST ; /* SMB0CN.2 - SMBUS 0 ARBITRATION LOST INDICATOR */ __sbit __at (0xC3) ACKRQ ; /* SMB0CN.3 - SMBUS 0 ACKNOWLEDGE REQUEST */ __sbit __at (0xC4) STO ; /* SMB0CN.4 - SMBUS 0 STOP FLAG */ __sbit __at (0xC5) STA ; /* SMB0CN.5 - SMBUS 0 START FLAG */ __sbit __at (0xC6) TXMODE ; /* SMB0CN.6 - SMBUS 0 TRANSMIT MODE INDICATOR */ __sbit __at (0xC7) MASTER ; /* SMB0CN.7 - SMBUS 0 MASTER/SLAVE INDICATOR */ /* TMR2CN 0xC8 */ __sbit __at (0xC8) T2XCLK ; /* TMR2CN.0 - TIMER 2 EXTERNAL CLOCK SELECT */ __sbit __at (0xC9) T2CSS ; /* TMR2CN.1 - TIMER 2 CAPTURE SOURCE SELECT */ __sbit __at (0xCA) TR2 ; /* TMR2CN.2 - TIMER 2 ON/OFF CONTROL */ __sbit __at (0xCB) T2SPLIT ; /* TMR2CN.3 - TIMER 2 SPLIT MODE ENABLE */ __sbit __at (0xCC) T2CE ; /* TMR2CN.4 - TIMER 2 CAPTURE ENABLE */ __sbit __at (0xCD) TF2LEN ; /* TMR2CN.5 - TIMER 2 LOW BYTE INTERRUPT ENABLE */ __sbit __at (0xCE) TF2L ; /* TMR2CN.6 - TIMER 2 LOW BYTE OVERFLOW FLAG */ __sbit __at (0xCF) TF2 ; /* TMR2CN.7 - TIMER 2 OVERFLOW FLAG */ __sbit __at (0xCF) TF2H ; /* TMR2CN.7 - TIMER 2 HIGH BYTE OVERFLOW FLAG */ /* PSW 0xD0 */ __sbit __at (0xD0) PARITY ; /* PSW.0 - ACCUMULATOR PARITY FLAG */ __sbit __at (0xD1) F1 ; /* PSW.1 - FLAG 1 */ __sbit __at (0xD2) OV ; /* PSW.2 - OVERFLOW FLAG */ __sbit __at (0xD3) RS0 ; /* PSW.3 - REGISTER BANK SELECT 0 */ __sbit __at (0xD4) RS1 ; /* PSW.4 - REGISTER BANK SELECT 1 */ __sbit __at (0xD5) F0 ; /* PSW.5 - FLAG 0 */ __sbit __at (0xD6) AC ; /* PSW.6 - AUXILIARY CARRY FLAG */ __sbit __at (0xD7) CY ; /* PSW.7 - CARRY FLAG */ /* PCA0CN 0xD8 */ __sbit __at (0xD8) CCF0 ; /* PCA0CN.0 - PCA MODULE 0 CAPTURE/COMPARE FLAG */ __sbit __at (0xD9) CCF1 ; /* PCA0CN.1 - PCA MODULE 1 CAPTURE/COMPARE FLAG */ __sbit __at (0xDA) CCF2 ; /* PCA0CN.2 - PCA MODULE 2 CAPTURE/COMPARE FLAG */ __sbit __at (0xDB) CCF3 ; /* PCA0CN.3 - PCA MODULE 3 CAPTURE/COMPARE FLAG */ __sbit __at (0xDC) CCF4 ; /* PCA0CN.4 - PCA MODULE 4 CAPTURE/COMPARE FLAG */ __sbit __at (0xDE) CR ; /* PCA0CN.6 - PCA COUNTER/TIMER RUN CONTROL */ __sbit __at (0xDF) CF ; /* PCA0CN.7 - PCA COUNTER/TIMER OVERFLOW FLAG */ /* ADC0CN 0xE8 */ __sbit __at (0xE8) AD0CM0 ; /* ADC0CN.0 - ADC 0 START OF CONV. MODE BIT 0 */ __sbit __at (0xE9) AD0CM1 ; /* ADC0CN.1 - ADC 0 START OF CONV. MODE BIT 1 */ __sbit __at (0xEA) AD0CM2 ; /* ADC0CN.2 - ADC 0 START OF CONV. MODE BIT 2 */ __sbit __at (0xEB) AD0WINT ; /* ADC0CN.3 - ADC 0 WINDOW COMPARE INT. FLAG */ __sbit __at (0xEC) AD0BUSY ; /* ADC0CN.4 - ADC 0 BUSY FLAG */ __sbit __at (0xED) AD0INT ; /* ADC0CN.5 - ADC 0 CONV. COMPLETE INT. FLAG */ __sbit __at (0xEE) AD0TM ; /* ADC0CN.6 - ADC 0 TRACK MODE */ __sbit __at (0xEF) AD0EN ; /* ADC0CN.7 - ADC 0 ENABLE */ /* SPI0CN 0xF8 */ __sbit __at (0xF8) SPIEN ; /* SPI0CN.0 - SPI0 ENABLE */ __sbit __at (0xF9) TXBMT ; /* SPI0CN.1 - TRANSMIT BUFFER EMPTY */ __sbit __at (0xFA) NSSMD0 ; /* SPI0CN.2 - SLAVE SELECT MODE BIT 0 */ __sbit __at (0xFB) NSSMD1 ; /* SPI0CN.3 - SLAVE SELECT MODE BIT 1 */ __sbit __at (0xFC) RXOVRN ; /* SPI0CN.4 - RECEIVE OVERRUN FLAG */ __sbit __at (0xFD) MODF ; /* SPI0CN.5 - MODE FAULT FLAG */ __sbit __at (0xFE) WCOL ; /* SPI0CN.6 - WRITE COLLISION FLAG */ __sbit __at (0xFF) SPIF ; /* SPI0CN.7 - SPI0 INTERRUPT FLAG */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T1M 0x08 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define ECP0 0x20 /* EIE1 */ #define ECP1 0x40 /* EIE1 */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define CP0E 0x10 /* XBR0 */ #define CP0AE 0x20 /* XBR0 */ #define CP1E 0x40 /* XBR0 */ #define CP1AE 0x80 /* XBR0 */ #endif sdcc-2.9.0/device/include/mcs51/C8051F350.h000066400000000000000000000536031116427777700175110ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the SiLabs C8051F35x Processor Range Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F350_H #define C8051F350_H /* BYTE Registers */ __sfr __at (0x80) P0 ; /* PORT 0 */ __sfr __at (0x81) SP ; /* STACK POINTER */ __sfr __at (0x82) DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at (0x83) DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at (0x87) PCON ; /* POWER CONTROL */ __sfr __at (0x88) TCON ; /* TIMER CONTROL */ __sfr __at (0x89) TMOD ; /* TIMER MODE */ __sfr __at (0x8A) TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at (0x8B) TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at (0x8C) TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at (0x8D) TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at (0x8E) CKCON ; /* CLOCK CONTROL */ __sfr __at (0x8F) PSCTL ; /* PROGRAM STORE R/W CONTROL */ __sfr __at (0x90) P1 ; /* PORT 1 */ __sfr __at (0x91) TMR3CN ; /* TIMER 3 CONTROL */ __sfr __at (0x92) TMR3RLL ; /* TIMER 3 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0x93) TMR3RLH ; /* TIMER 3 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0x94) TMR3L ; /* TIMER 3 - LOW BYTE */ __sfr __at (0x95) TMR3H ; /* TIMER 3 - HIGH BYTE */ __sfr __at (0x96) IDA0 ; /* CURRENT MODE DAC 0 */ __sfr __at (0x98) SCON ; /* SERIAL PORT CONTROL */ __sfr __at (0x98) SCON0 ; /* SERIAL PORT CONTROL */ __sfr __at (0x99) SBUF ; /* SERIAL PORT BUFFER */ __sfr __at (0x99) SBUF0 ; /* SERIAL PORT BUFFER */ __sfr __at (0x9A) ADC0DECL ; /* ADC DECIMATION LOW */ __sfr __at (0x9B) ADC0DECH ; /* ADC DECIMATION HIGH */ __sfr __at (0x9C) CPT0CN ; /* COMPARATOR 0 CONTROL */ __sfr __at (0x9D) CPT0MD ; /* COMPARATOR 0 MODE SELECTION */ __sfr __at (0x9F) CPT0MX ; /* COMPARATOR 0 MUX SELECTION */ __sfr __at (0xA0) P2 ; /* PORT 2 */ __sfr __at (0xA1) SPI0CFG ; /* SPI0 CONFIGURATION */ __sfr __at (0xA2) SPI0CKR ; /* SPI0 CLOCK RATE CONTROL */ __sfr __at (0xA3) SPI0DAT ; /* SPI0 DATA */ __sfr __at (0xA4) P0MDOUT ; /* PORT 0 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA5) P1MDOUT ; /* PORT 1 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA6) P2MDOUT ; /* PORT 2 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA8) IE ; /* INTERRUPT ENABLE */ __sfr __at (0xA9) CLKSEL ; /* SYSTEM CLOCK SELECT */ __sfr __at (0xAA) EMI0CN ; /* EXTERNAL MEMORY INTERFACE CONTROL */ __sfr __at (0xAA) _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at (0xAB) ADC0CGL ; /* ADC 0 GAIN CALIBRATION LOW */ __sfr __at (0xAC) ADC0CGM ; /* ADC 0 GAIN CALIBRATION MIDDLE */ __sfr __at (0xAD) ADC0CGH ; /* ADC 0 GAIN CALIBRATION HIGH */ __sfr __at (0xB1) OSCXCN ; /* EXTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB2) OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB3) OSCICL ; /* INTERNAL OSCILLATOR CALIBRATION */ __sfr __at (0xB6) FLSCL ; /* FLASH MEMORY TIMING PRESCALER */ __sfr __at (0xB7) FLKEY ; /* FLASH ACESS LIMIT */ __sfr __at (0xB8) IP ; /* INTERRUPT PRIORITY */ __sfr __at (0xB9) IDA0CN ; /* CURRENT MODE DAC 0 - CONTROL */ __sfr __at (0xBA) ADC0COL ; /* ADC 0 OFFSET CALIBRATION LOW */ __sfr __at (0xBB) ADC0COM ; /* ADC 0 OFFSET CALIBRATION MIDDLE */ __sfr __at (0xBC) ADC0COH ; /* ADC 0 OFFSET CALIBRATION HIGH */ __sfr __at (0xBD) ADC0BUF ; /* ADC 0 BUFFER CONTROL */ __sfr __at (0xBE) CLKMUL ; /* CLOCK MULTIPLIER */ __sfr __at (0xBF) ADC0DAC ; /* ADC 0 OFFSET DAC */ __sfr __at (0xC0) SMB0CN ; /* SMBUS CONTROL */ __sfr __at (0xC1) SMB0CF ; /* SMBUS CONFIGURATION */ __sfr __at (0xC2) SMB0DAT ; /* SMBUS DATA */ __sfr __at (0xC3) ADC0L ; /* ADC 0 OUTPUT LOW BYTE */ __sfr __at (0xC4) ADC0M ; /* ADC 0 OUTPUT MIDDLE BYTE */ __sfr __at (0xC5) ADC0H ; /* ADC 0 OUTPUT HIGH BYTE */ __sfr __at (0xC6) ADC0MUX ; /* ADC 0 MULTIPLEXER */ __sfr __at (0xC8) T2CON ; /* TIMER 2 CONTROL */ __sfr __at (0xC8) TMR2CN ; /* TIMER 2 CONTROL */ __sfr __at (0xCA) RCAP2L ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCA) TMR2RLL ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCB) RCAP2H ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCB) TMR2RLH ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCC) TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCC) TMR2L ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCD) TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xCD) TMR2H ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xD0) PSW ; /* PROGRAM STATUS WORD */ __sfr __at (0xD1) REF0CN ; /* VOLTAGE REFERENCE 0 CONTROL */ __sfr __at (0xD4) P0SKIP ; /* PORT 0 SKIP */ __sfr __at (0xD5) P1SKIP ; /* PORT 1 SKIP */ __sfr __at (0xD7) IDA1CN ; /* CURRENT MODE DAC 1 - CONTROL */ __sfr __at (0xD8) PCA0CN ; /* PCA CONTROL */ __sfr __at (0xD9) PCA0MD ; /* PCA MODE */ __sfr __at (0xDA) PCA0CPM0 ; /* PCA MODULE 0 MODE REGISTER */ __sfr __at (0xDB) PCA0CPM1 ; /* PCA MODULE 1 MODE REGISTER */ __sfr __at (0xDC) PCA0CPM2 ; /* PCA MODULE 2 MODE REGISTER */ __sfr __at (0xDD) IDA1 ; /* CURRENT MODE DAC 1 */ __sfr __at (0xE0) ACC ; /* ACCUMULATOR */ __sfr __at (0xE1) XBR0 ; /* PORT MUX CONFIGURATION REGISTER 0 */ __sfr __at (0xE2) XBR1 ; /* PORT MUX CONFIGURATION REGISTER 1 */ __sfr __at (0xE3) PFE0CN ; /* PREFETCH ENGINE CONTROL */ __sfr __at (0xE4) IT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE4) INT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE6) EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at (0xE8) ADC0STA ; /* ADC 0 STATUS */ __sfr __at (0xE9) PCA0CPL0 ; /* PCA CAPTURE 0 LOW */ __sfr __at (0xEA) PCA0CPH0 ; /* PCA CAPTURE 0 HIGH */ __sfr __at (0xEB) PCA0CPL1 ; /* PCA CAPTURE 1 LOW */ __sfr __at (0xEC) PCA0CPH1 ; /* PCA CAPTURE 1 HIGH */ __sfr __at (0xED) PCA0CPL2 ; /* PCA CAPTURE 2 LOW */ __sfr __at (0xEE) PCA0CPH2 ; /* PCA CAPTURE 2 HIGH */ __sfr __at (0xEF) RSTSRC ; /* RESET SOURCE */ __sfr __at (0xF0) B ; /* B REGISTER */ __sfr __at (0xF1) P0MODE ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF1) P0MDIN ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF2) P1MODE ; /* PORT 1 INPUT MODE CONFIGURATION */ __sfr __at (0xF2) P1MDIN ; /* PORT 1 INPUT MODE CONFIGURATION */ __sfr __at (0xF3) ADC0MD ; /* ADC 0 MODE */ __sfr __at (0xF4) ADC0CN ; /* ADC 0 CONTROL */ __sfr __at (0xF6) EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at (0xF7) ADC0CLK ; /* ADC 0 CLOCK */ __sfr __at (0xF8) SPI0CN ; /* SPI0 CONTROL */ __sfr __at (0xF9) PCA0L ; /* PCA COUNTER LOW */ __sfr __at (0xFA) PCA0H ; /* PCA COUNTER HIGH */ __sfr __at (0xFB) ADC0CF ; /* ADC 0 CONFIGURATION */ __sfr __at (0xFC) ADC0FL ; /* ADC 0 FAST FILTER OUTPUT LOW */ __sfr __at (0xFD) ADC0FM ; /* ADC 0 FAST FILTER OUTPUT MIDDLE */ __sfr __at (0xFE) ADC0FH ; /* ADC 0 FAST FILTER OUTPUT HIGH */ __sfr __at (0xFF) VDM0CN ; /* VDD MONITOR CONTROL */ /* WORD/DWORD Registers */ __sfr16 __at (0x8C8A) TMR0 ; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1 ; /* TIMER 1 COUNTER */ __sfr16 __at (0xCDCC) TMR2 ; /* TIMER 2 COUNTER */ __sfr16 __at (0xCBCA) RCAP2 ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0xCBCA) TMR2RL ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0x9594) TMR3 ; /* TIMER 3 COUNTER */ __sfr16 __at (0x9392) TMR3RL ; /* TIMER 3 CAPTURE REGISTER WORD */ __sfr16 __at (0x9B9A) ADC0DEC ; /* ADC 0 DECIMATION RATIO REGISTER WORD */ /* Unfortunately the C8051F350 does not have an sfr that always reads 0x00 and */ /* ignores what is written to it. That could have enabled sfr32 definitions for */ /* the 24 bit ADC0 sfr combinations. */ __sfr16 __at (0xC5C4) ADC0 ; /* 16 bit ADC 0 SINC3 FILTER OUTPUT WORD */ __sfr16 __at (0xFEFD) ADC0F ; /* 16 bit ADC 0 FAST FILTER OUTPUT WORD */ __sfr16 __at (0xFAF9) PCA0 ; /* PCA COUNTER */ __sfr16 __at (0xEAE9) PCA0CP0 ; /* PCA CAPTURE 0 WORD */ __sfr16 __at (0xECEB) PCA0CP1 ; /* PCA CAPTURE 1 WORD */ __sfr16 __at (0xEEED) PCA0CP2 ; /* PCA CAPTURE 2 WORD */ /* BIT Registers */ /* P0 0x80 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON 0x88 */ __sbit __at (0x88) IT0 ; /* TCON.0 - EXT. INTERRUPT 0 TYPE */ __sbit __at (0x89) IE0 ; /* TCON.1 - EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at (0x8A) IT1 ; /* TCON.2 - EXT. INTERRUPT 1 TYPE */ __sbit __at (0x8B) IE1 ; /* TCON.3 - EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at (0x8C) TR0 ; /* TCON.4 - TIMER 0 ON/OFF CONTROL */ __sbit __at (0x8D) TF0 ; /* TCON.5 - TIMER 0 OVERFLOW FLAG */ __sbit __at (0x8E) TR1 ; /* TCON.6 - TIMER 1 ON/OFF CONTROL */ __sbit __at (0x8F) TF1 ; /* TCON.7 - TIMER 1 OVERFLOW FLAG */ /* P1 0x90 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x97) P1_7 ; /* SCON 0x98 */ __sbit __at (0x98) RI ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x98) RI0 ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x99) TI ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x99) TI0 ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x9A) RB8 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9A) RB80 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9B) TB8 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9B) TB80 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9C) REN ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9C) REN0 ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9D) SM2 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9D) MCE0 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9F) SM0 ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ __sbit __at (0x9F) S0MODE ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ /* P2 0xA0 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA7) P2_7 ; /* IE 0xA8 */ __sbit __at (0xA8) EX0 ; /* IE.0 - EXTERNAL INTERRUPT 0 ENABLE */ __sbit __at (0xA9) ET0 ; /* IE.1 - TIMER 0 INTERRUPT ENABLE */ __sbit __at (0xAA) EX1 ; /* IE.2 - EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at (0xAB) ET1 ; /* IE.3 - TIMER 1 INTERRUPT ENABLE */ __sbit __at (0xAC) ES ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAC) ES0 ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAD) ET2 ; /* IE.5 - TIMER 2 INTERRUPT ENABLE */ __sbit __at (0xAE) ESPI0 ; /* IE.6 - SPI0 INTERRUPT ENABLE */ __sbit __at (0xAF) EA ; /* IE.7 - GLOBAL INTERRUPT ENABLE */ /* IP 0xB8 */ __sbit __at (0xB8) PX0 ; /* IP.0 - EXTERNAL INTERRUPT 0 PRIORITY */ __sbit __at (0xB9) PT0 ; /* IP.1 - TIMER 0 PRIORITY */ __sbit __at (0xBA) PX1 ; /* IP.2 - EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at (0xBB) PT1 ; /* IP.3 - TIMER 1 PRIORITY */ __sbit __at (0xBC) PS ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBC) PS0 ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBD) PT2 ; /* IP.5 - TIMER 2 PRIORITY */ __sbit __at (0xBE) PSPI0 ; /* IP.6 - SPI0 PRIORITY */ /* SMB0CN 0xC0 */ __sbit __at (0xC0) SI ; /* SMB0CN.0 - SMBUS 0 INTERRUPT PENDING FLAG */ __sbit __at (0xC1) ACK ; /* SMB0CN.1 - SMBUS 0 ACKNOWLEDGE FLAG */ __sbit __at (0xC2) ARBLOST ; /* SMB0CN.2 - SMBUS 0 ARBITRATION LOST INDICATOR */ __sbit __at (0xC3) ACKRQ ; /* SMB0CN.3 - SMBUS 0 ACKNOWLEDGE REQUEST */ __sbit __at (0xC4) STO ; /* SMB0CN.4 - SMBUS 0 STOP FLAG */ __sbit __at (0xC5) STA ; /* SMB0CN.5 - SMBUS 0 START FLAG */ __sbit __at (0xC6) TXMODE ; /* SMB0CN.6 - SMBUS 0 TRANSMIT MODE INDICATOR */ __sbit __at (0xC7) MASTER ; /* SMB0CN.7 - SMBUS 0 MASTER/SLAVE INDICATOR */ /* TMR2CN 0xC8 */ __sbit __at (0xC8) T2XCLK ; /* TMR2CN.0 - TIMER 2 EXTERNAL CLOCK SELECT */ __sbit __at (0xCA) TR2 ; /* TMR2CN.2 - TIMER 2 ON/OFF CONTROL */ __sbit __at (0xCB) T2SPLIT ; /* TMR2CN.3 - TIMER 2 SPLIT MODE ENABLE */ __sbit __at (0xCD) TF2CEN ; /* TMR2CN.5 - TIMER 2 LOW-FREQ OSC CAPTURE ENABLE*/ __sbit __at (0xCD) TF2LEN ; /* TMR2CN.5 - TIMER 2 LOW BYTE INTERRUPT ENABLE */ __sbit __at (0xCE) TF2L ; /* TMR2CN.6 - TIMER 2 LOW BYTE OVERFLOW FLAG */ __sbit __at (0xCF) TF2 ; /* TMR2CN.7 - TIMER 2 OVERFLOW FLAG */ __sbit __at (0xCF) TF2H ; /* TMR2CN.7 - TIMER 2 HIGH BYTE OVERFLOW FLAG */ /* PSW 0xD0 */ __sbit __at (0xD0) PARITY ; /* PSW.0 - ACCUMULATOR PARITY FLAG */ __sbit __at (0xD1) F1 ; /* PSW.1 - FLAG 1 */ __sbit __at (0xD2) OV ; /* PSW.2 - OVERFLOW FLAG */ __sbit __at (0xD3) RS0 ; /* PSW.3 - REGISTER BANK SELECT 0 */ __sbit __at (0xD4) RS1 ; /* PSW.4 - REGISTER BANK SELECT 1 */ __sbit __at (0xD5) F0 ; /* PSW.5 - FLAG 0 */ __sbit __at (0xD6) AC ; /* PSW.6 - AUXILIARY CARRY FLAG */ __sbit __at (0xD7) CY ; /* PSW.7 - CARRY FLAG */ /* PCA0CN 0xD8 */ __sbit __at (0xD8) CCF0 ; /* PCA0CN.0 - PCA MODULE 0 CAPTURE/COMPARE FLAG */ __sbit __at (0xD9) CCF1 ; /* PCA0CN.1 - PCA MODULE 1 CAPTURE/COMPARE FLAG */ __sbit __at (0xDA) CCF2 ; /* PCA0CN.2 - PCA MODULE 2 CAPTURE/COMPARE FLAG */ __sbit __at (0xDE) CR ; /* PCA0CN.6 - PCA COUNTER/TIMER RUN CONTROL */ __sbit __at (0xDF) CF ; /* PCA0CN.7 - PCA COUNTER/TIMER OVERFLOW FLAG */ /* ADC0STA 0xE8 */ __sbit __at (0xE8) AD0OVR ; /* ADC0CN.0 - ADC 0 OVERRUN FLAG */ __sbit __at (0xE9) AD0ERR ; /* ADC0CN.1 - ADC 0 ERROR FLAG */ __sbit __at (0xEA) AD0CALC ; /* ADC0CN.2 - ADC 0 CALIBRATION COMPLETE FLAG */ __sbit __at (0xEB) AD0FFC ; /* ADC0CN.3 - ADC 0 FAST FILTER CLIP FLAG */ __sbit __at (0xEC) AD0S3C ; /* ADC0CN.4 - ADC 0 SINC3 FILTER CLIP FLAG */ __sbit __at (0xED) AD0INT ; /* ADC0CN.5 - ADC 0 CONV. COMPLETE INT. FLAG */ __sbit __at (0xEE) AD0CBSY ; /* ADC0CN.6 - ADC 0 CALIBRATION IN PROGRESS FLAG */ __sbit __at (0xEF) AD0BUSY ; /* ADC0CN.7 - ADC 0 CONVERSION IN PROGRESS FLAG */ /* SPI0CN 0xF8 */ __sbit __at (0xF8) SPIEN ; /* SPI0CN.0 - SPI0 ENABLE */ __sbit __at (0xF9) TXBMT ; /* SPI0CN.1 - TRANSMIT BUFFER EMPTY */ __sbit __at (0xFA) NSSMD0 ; /* SPI0CN.2 - SLAVE SELECT MODE BIT 0 */ __sbit __at (0xFB) NSSMD1 ; /* SPI0CN.3 - SLAVE SELECT MODE BIT 1 */ __sbit __at (0xFC) RXOVRN ; /* SPI0CN.4 - RECEIVE OVERRUN FLAG */ __sbit __at (0xFD) MODF ; /* SPI0CN.5 - MODE FAULT FLAG */ __sbit __at (0xFE) WCOL ; /* SPI0CN.6 - WRITE COLLISION FLAG */ __sbit __at (0xFF) SPIF ; /* SPI0CN.7 - SPI0 INTERRUPT FLAG */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T1M 0x08 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define ECP0 0x20 /* EIE1 */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define CP0E 0x10 /* XBR0 */ #define CP0OEN 0x10 /* XBR0 */ #define CP0AE 0x20 /* XBR0 */ #define CP0AOEN 0x20 /* XBR0 */ #endif sdcc-2.9.0/device/include/mcs51/C8051F360.h000066400000000000000000000432041116427777700175060ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the SiLabs C8051F36x Processor Range Copyright (C) 2007 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F360_H #define C8051F360_H #include /* All Pages */ SFR(P0, 0x80); // Port 0 SBIT(P0_0, 0x80, 0); // Port 0 bit 0 SBIT(P0_1, 0x80, 1); // Port 0 bit 1 SBIT(P0_2, 0x80, 2); // Port 0 bit 2 SBIT(P0_3, 0x80, 3); // Port 0 bit 3 SBIT(P0_4, 0x80, 4); // Port 0 bit 4 SBIT(P0_5, 0x80, 5); // Port 0 bit 5 SBIT(P0_6, 0x80, 6); // Port 0 bit 6 SBIT(P0_7, 0x80, 7); // Port 0 bit 7 SFR(SP, 0x81); // Stack Pointer SFR(DPL, 0x82); // Data Pointer Low Byte SFR(DPH, 0x83); // Data Pointer High Byte SFR(SFRNEXT, 0x85); // SFR Stack Next Page SFR(SFRLAST, 0x86); // SFR Stack Last Page SFR(PCON, 0x87); // Power Mode Control SFR(TCON, 0x88); // Timer Control SBIT(IT0, 0x88, 0); // Ext. Interrupt 0 Type Select SBIT(IE0, 0x88, 1); // Ext. Interrupt 0 Flag SBIT(IT1, 0x88, 2); // Ext. Interrupt 1 Type Select SBIT(IE1, 0x88, 3); // Ext. Interrupt 1 Flag SBIT(TR0, 0x88, 4); // Timer 0 Run Control SBIT(TF0, 0x88, 5); // Timer 0 Overflow Flag SBIT(TR1, 0x88, 6); // Timer 1 Run Control SBIT(TF1, 0x88, 7); // Timer 1 Overflow Flag SFR(TMOD, 0x89); // Timer Mode SFR16E(TMR0, 0x8C8A); // Timer/Counter 0 Word SFR(TL0, 0x8A); // Timer/Counter 0 Low Byte SFR(TH0, 0x8C); // Timer/Counter 0 High Byte SFR16E(TMR1, 0x8D8B); // Timer/Counter 1 Word SFR(TL1, 0x8B); // Timer/Counter 1 Low Byte SFR(TH1, 0x8D); // Timer/Counter 1 High Byte SFR(CKCON, 0x8E); // Clock Control SFR(P1, 0x90); // Port 1 SBIT(P1_0, 0x90, 0); // Port 1 bit 0 SBIT(P1_1, 0x90, 1); // Port 1 bit 1 SBIT(P1_2, 0x90, 2); // Port 1 bit 2 SBIT(P1_3, 0x90, 3); // Port 1 bit 3 SBIT(P1_4, 0x90, 4); // Port 1 bit 4 SBIT(P1_5, 0x90, 5); // Port 1 bit 5 SBIT(P1_6, 0x90, 6); // Port 1 bit 6 SBIT(P1_7, 0x90, 7); // Port 1 bit 7 SFR(TMR3CN, 0x91); // Timer 3 Control SFR16(TMR3RL, 0x92); // Timer 3 Reload Register Word SFR(TMR3RLL, 0x92); // Timer 3 Reload Register Low Byte SFR(TMR3RLH, 0x93); // Timer 3 Reload Register High Byte SFR16(TMR3, 0x94); // Timer 3 Word SFR(TMR3L, 0x94); // Timer 3 Low Byte SFR(TMR3H, 0x95); // Timer 3 High Byte SFR16(IDA0, 0x96); // IDAC 0 Word SFR(IDA0L, 0x96); // IDAC 0 Low Byte SFR(IDA0H, 0x97); // IDAC 0 High Byte SFR(SCON0, 0x98); // Serial Port 0 Control SBIT(RI0, 0x98, 0); // Receive Interrupt Flag SBIT(TI0, 0x98, 1); // Transmit Interrupt Flag SBIT(RB80, 0x98, 2); // Ninth Receive Bit SBIT(TB80, 0x98, 3); // Ninth Transmission Bit SBIT(REN0, 0x98, 4); // Receive Enable SBIT(MCE0, 0x98, 5); // Multiprocessor Communication Enable SBIT(S0MODE, 0x98, 7); // Serial Port 0 Operation Mode SFR(SBUF0, 0x99); // Serial Port 0 Data Buffer SFR(CPT1CN, 0x9A); // Comparator 1 Control SFR(CPT0CN, 0x9B); // Comparator 0 Control SFR(CPT1MD, 0x9C); // Comparator 1 Mode Selection SFR(CPT0MD, 0x9D); // Comparator 0 Mode Selection SFR(CPT1MX, 0x9E); // Comparator 1 MUX Selection SFR(CPT0MX, 0x9F); // Comparator 0 MUX Selection SFR(P2, 0xA0); // Port 2 SBIT(P2_0, 0xA0, 0); // Port 2 bit 0 SBIT(P2_1, 0xA0, 1); // Port 2 bit 1 SBIT(P2_2, 0xA0, 2); // Port 2 bit 2 SBIT(P2_3, 0xA0, 3); // Port 2 bit 3 SBIT(P2_4, 0xA0, 4); // Port 2 bit 4 SBIT(P2_5, 0xA0, 5); // Port 2 bit 5 SBIT(P2_6, 0xA0, 6); // Port 2 bit 6 SBIT(P2_7, 0xA0, 7); // Port 2 bit 7 SFR(SPI0CFG, 0xA1); // SPI Configuration SFR(SPI0CKR, 0xA2); // SPI Clock Rate Control SFR(SPI0DAT, 0xA3); // SPI Data SFR(SFRPAGE, 0xA7); // SFR Page Select SFR(IE, 0xA8); // Interrupt Enable SBIT(EX0, 0xA8, 0); // Enable External Interrupt 0 SBIT(ET0, 0xA8, 1); // Enable Timer 0 Interrupt SBIT(EX1, 0xA8, 2); // Enable External Interrupt 1 SBIT(ET1, 0xA8, 3); // Enable Timer 1 Interrupt SBIT(ES0, 0xA8, 4); // Enable Serial Port Interrupt SBIT(ET2, 0xA8, 5); // Enable Timer 2 Interrupt SBIT(ESPI0, 0xA8, 6); // Enable SPI0 Interrupt SBIT(EA, 0xA8, 7); // Global Interrupt Enable SFR(EMI0CN, 0xAA); // EMIF Control SFR(_XPAGE, 0xAA); // SDCC: XDATA/PDATA Page SFR(P3, 0xB0); // Port 3 SBIT(P3_0, 0xB0, 0); // Port 3 bit 0 SBIT(P3_1, 0xB0, 1); // Port 3 bit 1 SBIT(P3_2, 0xB0, 2); // Port 3 bit 2 SBIT(P3_3, 0xB0, 3); // Port 3 bit 3 SBIT(P3_4, 0xB0, 4); // Port 3 bit 4 SBIT(P3_5, 0xB0, 5); // Port 3 bit 5 SBIT(P3_6, 0xB0, 6); // Port 3 bit 6 SBIT(P3_7, 0xB0, 7); // Port 3 bit 7 SFR(P4, 0xB5); // Port 4 SFR(IP, 0xB8); // Interrupt Priority SBIT(PX0, 0xB8, 0); // External Interrupt 0 Priority SBIT(PT0, 0xB8, 1); // Timer 0 Interrupt Priority SBIT(PX1, 0xB8, 2); // External Interrupt 1 Priority SBIT(PT1, 0xB8, 3); // Timer 1 Interrupt Priority SBIT(PS0, 0xB8, 4); // Serial Port Interrupt Priority SBIT(PT2, 0xB8, 5); // Timer 2 Interrupt Priority SBIT(PSPI0, 0xB8, 6); // SPI0 Interrupt Priority SFR(IDA0CN, 0xB9); // IDAC 0 Control SFR(AMX0N, 0xBA); // AMUX 0 Negative Channel Select SFR(AMX0P, 0xBB); // AMUX 0 Positive Channel Select SFR(ADC0CF, 0xBC); // ADC0 Configuration SFR16(ADC0, 0xBD); // ADC0 Word SFR(ADC0L, 0xBD); // ADC0 Low Byte SFR(ADC0H, 0xBE); // ADC0 High Byte SFR(SMB0CN, 0xC0); // SMBus Control SBIT(SI, 0xC0, 0); // SMBus Interrupt Flag SBIT(ACK, 0xC0, 1); // SMBus Acknowledge Flag SBIT(ARBLOST, 0xC0, 2); // SMBus Arbitration Lost Indicator SBIT(ACKRQ, 0xC0, 3); // SMBus Acknowledge Request SBIT(STO, 0xC0, 4); // SMBus Stop Flag SBIT(STA, 0xC0, 5); // SMBus Start Flag SBIT(TXMODE, 0xC0, 6); // SMBus Transmit Mode Indicator SBIT(MASTER, 0xC0, 7); // SMBus Master/Slave Indicator SFR(SMB0CF, 0xC1); // SMBus Configuration SFR(SMB0DAT, 0xC2); // SMBus Data SFR16(ADC0GT, 0xC3); // ADC0 Greater-Than Data Word SFR(ADC0GTL, 0xC3); // ADC0 Greater-Than Data Low Byte SFR(ADC0GTH, 0xC4); // ADC0 Greater-Than Data High Byte SFR16(ADC0LT, 0xC5); // ADC0 Less-Than Data Word SFR(ADC0LTL, 0xC5); // ADC0 Less-Than Data Low Byte SFR(ADC0LTH, 0xC6); // ADC0 Less-Than Data High Byte SFR(TMR2CN, 0xC8); // Timer/Counter 2 Control SBIT(T2XCLK, 0xC8, 0); // Timer 2 External Clock Select SBIT(TR2, 0xC8, 2); // Timer 2 Run Control SBIT(T2SPLIT, 0xC8, 3); // Timer 2 Split Mode Enable SBIT(TF2CEN, 0xC8, 4); // Timer 2 Low-Frequency Oscillator Capture Enable SBIT(TF2LEN, 0xC8, 5); // Timer 2 Low Byte Interrupt Enable SBIT(TF2L, 0xC8, 6); // Timer 2 Low Byte Overflow Flag SBIT(TF2H, 0xC8, 7); // Timer 2 High Byte Overflow Flag SFR16(TMR2RL, 0xCA); // Timer/Counter 2 Reload Word SFR(TMR2RLL, 0xCA); // Timer/Counter 2 Reload Low Byte SFR(TMR2RLH, 0xCB); // Timer/Counter 2 Reload High Byte SFR16(TMR2, 0xCC); // Timer/Counter 2 Word SFR(TMR2L, 0xCC); // Timer/Counter 2 Low Byte SFR(TMR2H, 0xCD); // Timer/Counter 2 High Byte SFR(PSW, 0xD0); // Program Status Word SBIT(P, 0xD0, 0); // Parity Flag SBIT(F1, 0xD0, 1); // User-Defined Flag SBIT(OV, 0xD0, 2); // Overflow Flag SBIT(RS0, 0xD0, 3); // Register Bank Select 0 SBIT(RS1, 0xD0, 4); // Register Bank Select 1 SBIT(F0, 0xD0, 5); // User-Defined Flag SBIT(AC, 0xD0, 6); // Auxiliary Carry Flag SBIT(CY, 0xD0, 7); // Carry Flag SFR(REF0CN, 0xD1); // Voltage Reference Control SFR(PCA0CN, 0xD8); // PCA Control SBIT(CCF0, 0xD8, 0); // PCA Module 0 Capture/Compare Flag SBIT(CCF1, 0xD8, 1); // PCA Module 1 Capture/Compare Flag SBIT(CCF2, 0xD8, 2); // PCA Module 2 Capture/Compare Flag SBIT(CCF3, 0xD8, 3); // PCA Module 3 Capture/Compare Flag SBIT(CCF4, 0xD8, 4); // PCA Module 4 Capture/Compare Flag SBIT(CCF5, 0xD8, 5); // PCA Module 5 Capture/Compare Flag SBIT(CR, 0xD8, 6); // PCA Counter/Timer Run Control SBIT(CF, 0xD8, 7); // PCA Counter/Timer Overflow Flag SFR(PCA0MD, 0xD9); // PCA Mode SFR(PCA0CPM0, 0xDA); // PCA Module 0 Mode SFR(PCA0CPM1, 0xDB); // PCA Module 1 Mode SFR(PCA0CPM2, 0xDC); // PCA Module 2 Mode SFR(PCA0CPM3, 0xDD); // PCA Module 3 Mode SFR(PCA0CPM4, 0xDE); // PCA Module 4 Mode SFR(PCA0CPM5, 0xDF); // PCA Module 5 Mode SFR(ACC, 0xE0); // Accumulator SFR(IT01CF, 0xE4); // INT0/INT1 Configuration SFR(EIE1, 0xE6); // Extended Interrupt Enable 1 SFR(EIE2, 0xE7); // Extended Interrupt Enable 2 SFR(ADC0CN, 0xE8); // ADC0 Control SBIT(AD0CM0, 0xE8, 0); // ADC0 Conversion Start Mode Select Bit 0 SBIT(AD0CM1, 0xE8, 1); // ADC0 Conversion Start Mode Select Bit 1 SBIT(AD0CM2, 0xE8, 2); // ADC0 Conversion Start Mode Select Bit 2 SBIT(AD0WINT, 0xE8, 3); // ADC0 Window Compare Interrupt Flag SBIT(AD0BUSY, 0xE8, 4); // ADC0 Busy Bit SBIT(AD0INT, 0xE8, 5); // ADC0 Conversion Complete Interrupt Flag SBIT(AD0TM, 0xE8, 6); // ADC0 Track Mode Bit SBIT(AD0EN, 0xE8, 7); // ADC0 Enable Bit SFR16(PCA0CP1, 0xE9); // PCA Capture 1 Word SFR(PCA0CPL1, 0xE9); // PCA Capture 1 Low Byte SFR(PCA0CPH1, 0xEA); // PCA Capture 1 High Byte SFR16(PCA0CP2, 0xEB); // PCA Capture 2 Word SFR(PCA0CPL2, 0xEB); // PCA Capture 2 Low Byte SFR(PCA0CPH2, 0xEC); // PCA Capture 2 High Byte SFR16(PCA0CP3, 0xED); // PCA Capture 3 Word SFR(PCA0CPL3, 0xED); // PCA Capture 3 Low Byte SFR(PCA0CPH3, 0xEE); // PCA Capture 3 High Byte SFR(RSTSRC, 0xEF); // Reset Source Configuration/Status SFR(B, 0xF0); // B Register SFR16(PCA0CP5, 0xF5); // PCA Capture 5 Word SFR(PCA0CPL5, 0xF5); // PCA Capture 5 Low Byte SFR(PCA0CPH5, 0xF6); // PCA Capture 5 High Byte SFR(SPI0CN, 0xF8); // SPI0 Control SBIT(SPIEN, 0xF8, 0); // SPI0 Enable SBIT(TXBMT, 0xF8, 1); // SPI0 Transmit Buffer Empty SBIT(NSSMD0, 0xF8, 2); // SPI0 Slave Select Mode Bit 0 SBIT(NSSMD1, 0xF8, 3); // SPI0 Slave Select Mode Bit 1 SBIT(RXOVRN, 0xF8, 4); // SPI0 Receive Overrun Flag SBIT(MODF, 0xF8, 5); // SPI0 Mode Fault Flag SBIT(WCOL, 0xF8, 6); // SPI0 Write Collision Flag SBIT(SPIF, 0xF8, 7); // SPI0 Interrupt Flag SFR16(PCA0, 0xF9); // PCA Counter Word SFR(PCA0L, 0xF9); // PCA Counter Low Byte SFR(PCA0H, 0xFA); // PCA Counter High Byte SFR16(PCA0CP0, 0xFB); // PCA Capture 0 Word SFR(PCA0CPL0, 0xFB); // PCA Capture 0 Low Byte SFR(PCA0CPH0, 0xFC); // PCA Capture 0 High Byte SFR16(PCA0CP4, 0xFD); // PCA Capture 4 Word SFR(PCA0CPL4, 0xFD); // PCA Capture 4 Low Byte SFR(PCA0CPH4, 0xFE); // PCA Capture 4 High Byte SFR(VDM0CN, 0xFF); // VDD Monitor Control /* Page 0x00 */ SFR(PSCTL, 0x8F); // Program Store R/W Control SFR16(MAC0A, 0xA4); // MAC0 A Register Word SFR(MAC0AL, 0xA4); // MAC0 A Register Low Byte SFR(MAC0AH, 0xA5); // MAC0 A Register High Byte SFR16(MAC0RND, 0xAE); // MAC0 Rounding Register Word SFR(MAC0RNDL, 0xAE); // MAC0 Rounding Register Low Byte SFR(MAC0RNDH, 0xAF); // MAC0 Rounding Register High Byte SFR(P2MAT, 0xB1); // Port 2 Match SFR(P2MASK, 0xB2); // Port 2 Mask SFR(FLSCL, 0xB6); // Flash Scale SFR(FLKEY, 0xB7); // Flash Lock and Key SFR(MAC0STA, 0xCF); // MAC0 Status Register SFR32(MAC0ACC, 0xD2); // MAC0 Accumulator Long Word SFR(MAC0ACC0, 0xD2); // MAC0 Accumulator Byte 0 (LSB) SFR(MAC0ACC1, 0xD3); // MAC0 Accumulator Byte 1 SFR(MAC0ACC2, 0xD4); // MAC0 Accumulator Byte 2 SFR(MAC0ACC3, 0xD5); // MAC0 Accumulator Byte 3 (MSB) SFR(MAC0OVR, 0xD6); // MAC0 Accumulator Overflow SFR(MAC0CF, 0xD7); // MAC0 Configuration SFR(P1MAT, 0xE1); // Port 1 Match SFR(P1MASK, 0xE2); // Port 1 Mask // No sfr16 definition for MAC0B because MAC0BL must be written last SFR(MAC0BL, 0xF1); // MAC0 B Register Low Byte SFR(MAC0BH, 0xF2); // MAC0 B Register High Byte SFR(P0MAT, 0xF3); // Port 0 Match SFR(P0MASK, 0xF4); // Port 0 Mask /* Page 0x0F */ SFR(CCH0CN, 0x84); // Cache Control SFR(CLKSEL, 0x8F); // Clock Select SFR(P0MDOUT, 0xA4); // Port 0 Output Mode Configuration SFR(P1MDOUT, 0xA5); // Port 1 Output Mode Configuration SFR(P2MDOUT, 0xA6); // Port 2 Output Mode Configuration SFR(PLL0DIV, 0xA9); // PLL Divider SFR(FLSTAT, 0xAC); // Flash Status SFR(OSCLCN, 0xAD); // Internal Low-Frequency Oscillator Control SFR(P4MDOUT, 0xAE); // Port 4 Output Mode Configuration SFR(P3MDOUT, 0xAF); // Port 3 Output Mode Configuration SFR(PLL0MUL, 0xB1); // PLL Multiplier SFR(PLL0FLT, 0xB2); // PLL Filter SFR(PLL0CN, 0xB3); // PLL Control SFR(OSCXCN, 0xB6); // External Oscillator Control SFR(OSCICN, 0xB7); // Internal Oscillator Control SFR(OSCICL, 0xBF); // Internal Oscillator Calibration SFR(EMI0CF, 0xC7); // EMIF Configuration SFR(CCH0TN, 0xC9); // Cache Tuning SFR(EIP1, 0xCE); // Extended Interrupt Priority 1 SFR(EIP2, 0xCF); // Extended Interrupt Priority 2 SFR(CCH0LC, 0xD2); // Cache Lock SFR(CCH0MA, 0xD3); // Cache Miss Accumulator SFR(P0SKIP, 0xD4); // Port 0 Skip SFR(P1SKIP, 0xD5); // Port 1 Skip SFR(P2SKIP, 0xD6); // Port 2 Skip SFR(P3SKIP, 0xD7); // Port 3 Skip SFR(XBR0, 0xE1); // Port I/O Crossbar Control 0 SFR(XBR1, 0xE2); // Port I/O Crossbar Control 1 SFR(SFR0CN, 0xE5); // SFR Page Control SFR(P0MDIN, 0xF1); // Port 0 Input Mode Configuration SFR(P1MDIN, 0xF2); // Port 1 Input Mode Configuration SFR(P2MDIN, 0xF3); // Port 2 Input Mode Configuration SFR(P3MDIN, 0xF4); // Port 3 Input Mode Configuration SFR(EMI0TC, 0xF7); // EMIF Timing Control /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T1M 0x08 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define CP0E 0x10 /* XBR0 */ #define CP0AE 0x20 /* XBR0 */ /* Interrupts */ #define INT_EXT0 0 // External Interrupt 0 #define INT_TIMER0 1 // Timer0 Overflow #define INT_EXT1 2 // External Interrupt 1 #define INT_TIMER1 3 // Timer1 Overflow #define INT_UART0 4 // Serial Port 0 #define INT_TIMER2 5 // Timer2 Overflow #define INT_SPI0 6 // Serial Peripheral Interface 0 #define INT_SMBUS0 7 // SMBus0 Interface // 8 Reserved #define INT_ADC0_WINDOW 9 // ADC0 Window Comparison #define INT_ADC0_EOC 10 // ADC0 End Of Conversion #define INT_PCA0 11 // PCA0 Peripheral #define INT_COMPARATOR0 12 // Comparator0 #define INT_COMPARATOR1 13 // Comparator1 #define INT_TIMER3 14 // Timer3 Overflow // 15 Reserved #define INT_PORT_MATCH 16 // Port Match #endif sdcc-2.9.0/device/include/mcs51/C8051F410.h000066400000000000000000000634031116427777700175050ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the SiLabs C8051F41x Processor Range Copyright (C) 2006 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F410_H #define C8051F410_H /* BYTE Registers */ __sfr __at (0x80) P0 ; /* PORT 0 */ __sfr __at (0x81) SP ; /* STACK POINTER */ __sfr __at (0x82) DPL ; /* DATA POINTER - LOW BYTE */ __sfr __at (0x83) DPH ; /* DATA POINTER - HIGH BYTE */ __sfr __at (0x84) CRC0CN ; /* CRC 0 CONTROL */ __sfr __at (0x85) CRC0IN ; /* CRC 0 DATA INPUT */ __sfr __at (0x86) CRC0DAT ; /* CRC 0 DATA OUTPUT */ __sfr __at (0x87) PCON ; /* POWER CONTROL */ __sfr __at (0x88) TCON ; /* TIMER CONTROL */ __sfr __at (0x89) TMOD ; /* TIMER MODE */ __sfr __at (0x8A) TL0 ; /* TIMER 0 - LOW BYTE */ __sfr __at (0x8B) TL1 ; /* TIMER 1 - LOW BYTE */ __sfr __at (0x8C) TH0 ; /* TIMER 0 - HIGH BYTE */ __sfr __at (0x8D) TH1 ; /* TIMER 1 - HIGH BYTE */ __sfr __at (0x8E) CKCON ; /* CLOCK CONTROL */ __sfr __at (0x8F) PSCTL ; /* PROGRAM STORE R/W CONTROL */ __sfr __at (0x90) P1 ; /* PORT 1 */ __sfr __at (0x91) TMR3CN ; /* TIMER 3 CONTROL */ __sfr __at (0x92) TMR3RLL ; /* TIMER 3 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0x93) TMR3RLH ; /* TIMER 3 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0x94) TMR3L ; /* TIMER 3 - LOW BYTE */ __sfr __at (0x95) TMR3H ; /* TIMER 3 - HIGH BYTE */ __sfr __at (0x96) IDA0L ; /* CURRENT MODE DAC 0 - LOW BYTE */ __sfr __at (0x97) IDA0H ; /* CURRENT MODE DAC 0 - HIGH BYTE */ __sfr __at (0x98) SCON ; /* SERIAL PORT CONTROL */ __sfr __at (0x98) SCON0 ; /* SERIAL PORT CONTROL */ __sfr __at (0x99) SBUF ; /* SERIAL PORT BUFFER */ __sfr __at (0x99) SBUF0 ; /* SERIAL PORT BUFFER */ __sfr __at (0x9A) CPT1CN ; /* COMPARATOR 1 CONTROL */ __sfr __at (0x9B) CPT0CN ; /* COMPARATOR 0 CONTROL */ __sfr __at (0x9C) CPT1MD ; /* COMPARATOR 1 MODE SELECTION */ __sfr __at (0x9D) CPT0MD ; /* COMPARATOR 0 MODE SELECTION */ __sfr __at (0x9E) CPT1MX ; /* COMPARATOR 1 MUX SELECTION */ __sfr __at (0x9F) CPT0MX ; /* COMPARATOR 0 MUX SELECTION */ __sfr __at (0xA0) P2 ; /* PORT 2 */ __sfr __at (0xA1) SPI0CFG ; /* SPI0 CONFIGURATION */ __sfr __at (0xA2) SPI0CKR ; /* SPI0 CLOCK RATE CONTROL */ __sfr __at (0xA3) SPI0DAT ; /* SPI0 DATA */ __sfr __at (0xA4) P0MDOUT ; /* PORT 0 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA5) P1MDOUT ; /* PORT 1 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA6) P2MDOUT ; /* PORT 2 OUTPUT MODE CONFIGURATION */ __sfr __at (0xA8) IE ; /* INTERRUPT ENABLE */ __sfr __at (0xA9) CLKSEL ; /* SYSTEM CLOCK SELECT */ __sfr __at (0xAA) EMI0CN ; /* EXTERNAL MEMORY INTERFACE CONTROL */ __sfr __at (0xAA) _XPAGE ; /* XDATA/PDATA PAGE */ __sfr __at (0xAB) CLKMUL ; /* CLOCK MULTIPLIER */ __sfr __at (0xAC) RTC0ADR ; /* SMARTCLOCK ADDRESS */ __sfr __at (0xAD) RTC0DAT ; /* SMARTCLOCK DATA */ __sfr __at (0xAE) RTC0KEY ; /* SMARTCLOCK LOCK AND KEY */ __sfr __at (0xAF) ONESHOT ; /* FLASH ONESHOT PERIOD */ __sfr __at (0xB0) P0ODEN ; /* PORT 0 OVERDRIVE */ __sfr __at (0xB1) OSCXCN ; /* EXTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB2) OSCICN ; /* INTERNAL OSCILLATOR CONTROL */ __sfr __at (0xB3) OSCICL ; /* INTERNAL OSCILLATOR CALIBRATION */ __sfr __at (0xB5) IDA1CN ; /* CURRENT MODE DAC 1 - CONTROL */ __sfr __at (0xB6) FLSCL ; /* FLASH MEMORY TIMING PRESCALER */ __sfr __at (0xB7) FLKEY ; /* FLASH ACESS LIMIT */ __sfr __at (0xB8) IP ; /* INTERRUPT PRIORITY */ __sfr __at (0xB9) IDA0CN ; /* CURRENT MODE DAC 0 - CONTROL */ __sfr __at (0xBA) ADC0TK ; /* ADC 0 TRACKING MODE SELECT */ __sfr __at (0xBB) ADC0MX ; /* ADC 0 CHANNEL SELECT */ __sfr __at (0xBC) ADC0CF ; /* ADC 0 CONFIGURATION */ __sfr __at (0xBD) ADC0L ; /* ADC 0 DATA WORD LSB */ __sfr __at (0xBE) ADC0H ; /* ADC 0 DATA WORD MSB */ __sfr __at (0xBF) P1MASK ; /* PORT 1 MASK */ __sfr __at (0xC0) SMB0CN ; /* SMBUS CONTROL */ __sfr __at (0xC1) SMB0CF ; /* SMBUS CONFIGURATION */ __sfr __at (0xC2) SMB0DAT ; /* SMBUS DATA */ __sfr __at (0xC3) ADC0GTL ; /* ADC 0 GREATER-THAN LOW BYTE */ __sfr __at (0xC4) ADC0GTH ; /* ADC 0 GREATER-THAN HIGH BYTE */ __sfr __at (0xC5) ADC0LTL ; /* ADC 0 LESS-THAN LOW BYTE */ __sfr __at (0xC6) ADC0LTH ; /* ADC 0 LESS-THAN HIGH BYTE */ __sfr __at (0xC7) P0MASK ; /* PORT 0 MASK */ __sfr __at (0xC8) T2CON ; /* TIMER 2 CONTROL */ __sfr __at (0xC8) TMR2CN ; /* TIMER 2 CONTROL */ __sfr __at (0xC9) REG0CN ; /* VOLTAGE REGULATOR CONTROL */ __sfr __at (0xCA) RCAP2L ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCA) TMR2RLL ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ __sfr __at (0xCB) RCAP2H ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCB) TMR2RLH ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ __sfr __at (0xCC) TL2 ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCC) TMR2L ; /* TIMER 2 - LOW BYTE */ __sfr __at (0xCD) TH2 ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xCD) TMR2H ; /* TIMER 2 - HIGH BYTE */ __sfr __at (0xCE) PCA0CPM5 ; /* PCA MODULE 5 MODE REGISTER */ __sfr __at (0xCF) P1MAT ; /* PORT 1 MATCH */ __sfr __at (0xD0) PSW ; /* PROGRAM STATUS WORD */ __sfr __at (0xD1) REF0CN ; /* VOLTAGE REFERENCE 0 CONTROL */ __sfr __at (0xD2) PCA0CPL5 ; /* PCA CAPTURE 5 LOW */ __sfr __at (0xD3) PCA0CPH5 ; /* PCA CAPTURE 5 HIGH */ __sfr __at (0xD4) P0SKIP ; /* PORT 0 SKIP */ __sfr __at (0xD5) P1SKIP ; /* PORT 1 SKIP */ __sfr __at (0xD6) P2SKIP ; /* PORT 2 SKIP */ __sfr __at (0xD7) P0MAT ; /* PORT 0 MATCH */ __sfr __at (0xD8) PCA0CN ; /* PCA CONTROL */ __sfr __at (0xD9) PCA0MD ; /* PCA MODE */ __sfr __at (0xDA) PCA0CPM0 ; /* PCA MODULE 0 MODE REGISTER */ __sfr __at (0xDB) PCA0CPM1 ; /* PCA MODULE 1 MODE REGISTER */ __sfr __at (0xDC) PCA0CPM2 ; /* PCA MODULE 2 MODE REGISTER */ __sfr __at (0xDD) PCA0CPM3 ; /* PCA MODULE 3 MODE REGISTER */ __sfr __at (0xDE) PCA0CPM4 ; /* PCA MODULE 4 MODE REGISTER */ __sfr __at (0xDF) CRC0FLIP ; /* CRC 0 BIT FLIP */ __sfr __at (0xE0) ACC ; /* ACCUMULATOR */ __sfr __at (0xE1) XBR0 ; /* PORT MUX CONFIGURATION REGISTER 0 */ __sfr __at (0xE2) XBR1 ; /* PORT MUX CONFIGURATION REGISTER 1 */ __sfr __at (0xE3) PFE0CN ; /* PREFETCH ENGINE CONTROL */ __sfr __at (0xE4) IT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE4) INT01CF ; /* INT0/INT1 CONFIGURATION REGISTER */ __sfr __at (0xE6) EIE1 ; /* EXTERNAL INTERRUPT ENABLE 1 */ __sfr __at (0xE7) EIE2 ; /* EXTERNAL INTERRUPT ENABLE 2 */ __sfr __at (0xE8) ADC0CN ; /* ADC 0 CONTROL */ __sfr __at (0xE9) PCA0CPL1 ; /* PCA CAPTURE 1 LOW */ __sfr __at (0xEA) PCA0CPH1 ; /* PCA CAPTURE 1 HIGH */ __sfr __at (0xEB) PCA0CPL2 ; /* PCA CAPTURE 2 LOW */ __sfr __at (0xEC) PCA0CPH2 ; /* PCA CAPTURE 2 HIGH */ __sfr __at (0xED) PCA0CPL3 ; /* PCA CAPTURE 3 LOW */ __sfr __at (0xEE) PCA0CPH3 ; /* PCA CAPTURE 3 HIGH */ __sfr __at (0xEF) RSTSRC ; /* RESET SOURCE */ __sfr __at (0xF0) B ; /* B REGISTER */ __sfr __at (0xF1) P0MODE ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF1) P0MDIN ; /* PORT 0 INPUT MODE CONFIGURATION */ __sfr __at (0xF2) P1MODE ; /* PORT 1 INPUT MODE CONFIGURATION */ __sfr __at (0xF2) P1MDIN ; /* PORT 1 INPUT MODE CONFIGURATION */ __sfr __at (0xF3) P2MODE ; /* PORT 2 INPUT MODE CONFIGURATION */ __sfr __at (0xF3) P2MDIN ; /* PORT 2 INPUT MODE CONFIGURATION */ __sfr __at (0xF4) IDA1L ; /* CURRENT MODE DAC 1 - LOW BYTE */ __sfr __at (0xF5) IDA1H ; /* CURRENT MODE DAC 1 - HIGH BYTE */ __sfr __at (0xF6) EIP1 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ __sfr __at (0xF7) EIP2 ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 2 */ __sfr __at (0xF8) SPI0CN ; /* SPI0 CONTROL */ __sfr __at (0xF9) PCA0L ; /* PCA COUNTER LOW */ __sfr __at (0xFA) PCA0H ; /* PCA COUNTER HIGH */ __sfr __at (0xFB) PCA0CPL0 ; /* PCA CAPTURE 0 LOW */ __sfr __at (0xFC) PCA0CPH0 ; /* PCA CAPTURE 0 HIGH */ __sfr __at (0xFD) PCA0CPL4 ; /* PCA CAPTURE 4 LOW */ __sfr __at (0xFE) PCA0CPH4 ; /* PCA CAPTURE 4 HIGH */ __sfr __at (0xFF) VDM0CN ; /* VDD MONITOR CONTROL */ /* WORD/DWORD Registers */ __sfr16 __at (0x8C8A) TMR0 ; /* TIMER 0 COUNTER */ __sfr16 __at (0x8D8B) TMR1 ; /* TIMER 1 COUNTER */ __sfr16 __at (0xCDCC) TMR2 ; /* TIMER 2 COUNTER */ __sfr16 __at (0xCBCA) RCAP2 ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0xCBCA) TMR2RL ; /* TIMER 2 CAPTURE REGISTER WORD */ __sfr16 __at (0x9594) TMR3 ; /* TIMER 3 COUNTER */ __sfr16 __at (0x9392) TMR3RL ; /* TIMER 3 CAPTURE REGISTER WORD */ __sfr16 __at (0x9796) IDA0 ; /* CURRENT MODE DAC 0 DATA WORD */ __sfr16 __at (0xF5F4) IDA1 ; /* CURRENT MODE DAC 1 DATA WORD */ __sfr16 __at (0xBEBD) ADC0 ; /* ADC 0 DATA WORD */ __sfr16 __at (0xC4C3) ADC0GT ; /* ADC 0 GREATER-THAN REGISTER WORD */ __sfr16 __at (0xC6C5) ADC0LT ; /* ADC 0 LESS-THAN REGISTER WORD */ __sfr16 __at (0xFAF9) PCA0 ; /* PCA COUNTER */ __sfr16 __at (0xFCFB) PCA0CP0 ; /* PCA CAPTURE 0 WORD */ __sfr16 __at (0xEAE9) PCA0CP1 ; /* PCA CAPTURE 1 WORD */ __sfr16 __at (0xECEB) PCA0CP2 ; /* PCA CAPTURE 2 WORD */ __sfr16 __at (0xEEED) PCA0CP3 ; /* PCA CAPTURE 3 WORD */ __sfr16 __at (0xFEFD) PCA0CP4 ; /* PCA CAPTURE 4 WORD */ __sfr16 __at (0xD3D2) PCA0CP5 ; /* PCA CAPTURE 5 WORD */ /* BIT Registers */ /* P0 0x80 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON 0x88 */ __sbit __at (0x88) IT0 ; /* TCON.0 - EXT. INTERRUPT 0 TYPE */ __sbit __at (0x89) IE0 ; /* TCON.1 - EXT. INTERRUPT 0 EDGE FLAG */ __sbit __at (0x8A) IT1 ; /* TCON.2 - EXT. INTERRUPT 1 TYPE */ __sbit __at (0x8B) IE1 ; /* TCON.3 - EXT. INTERRUPT 1 EDGE FLAG */ __sbit __at (0x8C) TR0 ; /* TCON.4 - TIMER 0 ON/OFF CONTROL */ __sbit __at (0x8D) TF0 ; /* TCON.5 - TIMER 0 OVERFLOW FLAG */ __sbit __at (0x8E) TR1 ; /* TCON.6 - TIMER 1 ON/OFF CONTROL */ __sbit __at (0x8F) TF1 ; /* TCON.7 - TIMER 1 OVERFLOW FLAG */ /* P1 0x90 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x97) P1_7 ; /* SCON 0x98 */ __sbit __at (0x98) RI ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x98) RI0 ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ __sbit __at (0x99) TI ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x99) TI0 ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ __sbit __at (0x9A) RB8 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9A) RB80 ; /* SCON.2 - RECEIVE BIT 8 */ __sbit __at (0x9B) TB8 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9B) TB80 ; /* SCON.3 - TRANSMIT BIT 8 */ __sbit __at (0x9C) REN ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9C) REN0 ; /* SCON.4 - RECEIVE ENABLE */ __sbit __at (0x9D) SM2 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9D) MCE0 ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ __sbit __at (0x9F) SM0 ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ __sbit __at (0x9F) S0MODE ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ /* P2 0xA0 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA7) P2_7 ; /* IE 0xA8 */ __sbit __at (0xA8) EX0 ; /* IE.0 - EXTERNAL INTERRUPT 0 ENABLE */ __sbit __at (0xA9) ET0 ; /* IE.1 - TIMER 0 INTERRUPT ENABLE */ __sbit __at (0xAA) EX1 ; /* IE.2 - EXTERNAL INTERRUPT 1 ENABLE */ __sbit __at (0xAB) ET1 ; /* IE.3 - TIMER 1 INTERRUPT ENABLE */ __sbit __at (0xAC) ES ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAC) ES0 ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ __sbit __at (0xAD) ET2 ; /* IE.5 - TIMER 2 INTERRUPT ENABLE */ __sbit __at (0xAE) ESPI0 ; /* IE.6 - SPI0 INTERRUPT ENABLE */ __sbit __at (0xAF) EA ; /* IE.7 - GLOBAL INTERRUPT ENABLE */ /* P0ODEN 0xB0 */ __sbit __at (0xB0) P0OD_0 ; /* P0ODEN.0 - PORT0.0 OVERDRIVE ENABLE */ __sbit __at (0xB1) P0OD_1 ; /* P0ODEN.1 - PORT0.1 OVERDRIVE ENABLE */ __sbit __at (0xB2) P0OD_2 ; /* P0ODEN.2 - PORT0.2 OVERDRIVE ENABLE */ __sbit __at (0xB3) P0OD_3 ; /* P0ODEN.3 - PORT0.3 OVERDRIVE ENABLE */ __sbit __at (0xB4) P0OD_4 ; /* P0ODEN.4 - PORT0.4 OVERDRIVE ENABLE */ __sbit __at (0xB5) P0OD_5 ; /* P0ODEN.5 - PORT0.5 OVERDRIVE ENABLE */ __sbit __at (0xB6) P0OD_6 ; /* P0ODEN.6 - PORT0.6 OVERDRIVE ENABLE */ __sbit __at (0xB7) P0OD_7 ; /* P0ODEN.7 - PORT0.7 OVERDRIVE ENABLE */ /* IP 0xB8 */ __sbit __at (0xB8) PX0 ; /* IP.0 - EXTERNAL INTERRUPT 0 PRIORITY */ __sbit __at (0xB9) PT0 ; /* IP.1 - TIMER 0 PRIORITY */ __sbit __at (0xBA) PX1 ; /* IP.2 - EXTERNAL INTERRUPT 1 PRIORITY */ __sbit __at (0xBB) PT1 ; /* IP.3 - TIMER 1 PRIORITY */ __sbit __at (0xBC) PS ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBC) PS0 ; /* IP.4 - SERIAL PORT PRIORITY */ __sbit __at (0xBD) PT2 ; /* IP.5 - TIMER 2 PRIORITY */ __sbit __at (0xBE) PSPI0 ; /* IP.6 - SPI0 PRIORITY */ /* SMB0CN 0xC0 */ __sbit __at (0xC0) SI ; /* SMB0CN.0 - SMBUS 0 INTERRUPT PENDING FLAG */ __sbit __at (0xC1) ACK ; /* SMB0CN.1 - SMBUS 0 ACKNOWLEDGE FLAG */ __sbit __at (0xC2) ARBLOST ; /* SMB0CN.2 - SMBUS 0 ARBITRATION LOST INDICATOR */ __sbit __at (0xC3) ACKRQ ; /* SMB0CN.3 - SMBUS 0 ACKNOWLEDGE REQUEST */ __sbit __at (0xC4) STO ; /* SMB0CN.4 - SMBUS 0 STOP FLAG */ __sbit __at (0xC5) STA ; /* SMB0CN.5 - SMBUS 0 START FLAG */ __sbit __at (0xC6) TXMODE ; /* SMB0CN.6 - SMBUS 0 TRANSMIT MODE INDICATOR */ __sbit __at (0xC7) MASTER ; /* SMB0CN.7 - SMBUS 0 MASTER/SLAVE INDICATOR */ /* TMR2CN 0xC8 */ __sbit __at (0xC8) T2XCLK ; /* TMR2CN.0 - TIMER 2 EXTERNAL CLOCK SELECT */ __sbit __at (0xC9) T2RCLK ; /* TMR2CN.1 - TIMER 2 CAPTURE MODE */ __sbit __at (0xCA) TR2 ; /* TMR2CN.2 - TIMER 2 ON/OFF CONTROL */ __sbit __at (0xCB) T2SPLIT ; /* TMR2CN.3 - TIMER 2 SPLIT MODE ENABLE */ __sbit __at (0xCD) TF2CEN ; /* TMR2CN.5 - TIMER 2 LOW-FREQ OSC CAPTURE ENABLE*/ __sbit __at (0xCD) TF2LEN ; /* TMR2CN.5 - TIMER 2 LOW BYTE INTERRUPT ENABLE */ __sbit __at (0xCE) TF2L ; /* TMR2CN.6 - TIMER 2 LOW BYTE OVERFLOW FLAG */ __sbit __at (0xCF) TF2 ; /* TMR2CN.7 - TIMER 2 OVERFLOW FLAG */ __sbit __at (0xCF) TF2H ; /* TMR2CN.7 - TIMER 2 HIGH BYTE OVERFLOW FLAG */ /* PSW 0xD0 */ __sbit __at (0xD0) PARITY ; /* PSW.0 - ACCUMULATOR PARITY FLAG */ __sbit __at (0xD1) F1 ; /* PSW.1 - FLAG 1 */ __sbit __at (0xD2) OV ; /* PSW.2 - OVERFLOW FLAG */ __sbit __at (0xD3) RS0 ; /* PSW.3 - REGISTER BANK SELECT 0 */ __sbit __at (0xD4) RS1 ; /* PSW.4 - REGISTER BANK SELECT 1 */ __sbit __at (0xD5) F0 ; /* PSW.5 - FLAG 0 */ __sbit __at (0xD6) AC ; /* PSW.6 - AUXILIARY CARRY FLAG */ __sbit __at (0xD7) CY ; /* PSW.7 - CARRY FLAG */ /* PCA0CN 0xD8 */ __sbit __at (0xD8) CCF0 ; /* PCA0CN.0 - PCA MODULE 0 CAPTURE/COMPARE FLAG */ __sbit __at (0xD9) CCF1 ; /* PCA0CN.1 - PCA MODULE 1 CAPTURE/COMPARE FLAG */ __sbit __at (0xDA) CCF2 ; /* PCA0CN.2 - PCA MODULE 2 CAPTURE/COMPARE FLAG */ __sbit __at (0xDB) CCF3 ; /* PCA0CN.3 - PCA MODULE 3 CAPTURE/COMPARE FLAG */ __sbit __at (0xDC) CCF4 ; /* PCA0CN.4 - PCA MODULE 4 CAPTURE/COMPARE FLAG */ __sbit __at (0xDD) CCF5 ; /* PCA0CN.5 - PCA MODULE 5 CAPTURE/COMPARE FLAG */ __sbit __at (0xDE) CR ; /* PCA0CN.6 - PCA COUNTER/TIMER RUN CONTROL */ __sbit __at (0xDF) CF ; /* PCA0CN.7 - PCA COUNTER/TIMER OVERFLOW FLAG */ /* ADC0CN 0xE8 */ __sbit __at (0xE8) AD0CM0 ; /* ADC0CN.0 - ADC 0 START OF CONV. MODE BIT 0 */ __sbit __at (0xE9) AD0CM1 ; /* ADC0CN.1 - ADC 0 START OF CONV. MODE BIT 1 */ __sbit __at (0xEA) AD0LJST ; /* ADC0CN.2 - ADC 0 LEFT JUSTIFY SELECT */ __sbit __at (0xEB) AD0WINT ; /* ADC0CN.3 - ADC 0 WINDOW COMPARE INT. FLAG */ __sbit __at (0xEC) AD0BUSY ; /* ADC0CN.4 - ADC 0 BUSY FLAG */ __sbit __at (0xED) AD0INT ; /* ADC0CN.5 - ADC 0 CONV. COMPLETE INT. FLAG */ __sbit __at (0xEE) BURSTEN ; /* ADC0CN.6 - ADC 0 BURST MODE ENABLE */ __sbit __at (0xEF) AD0EN ; /* ADC0CN.7 - ADC 0 ENABLE */ /* SPI0CN 0xF8 */ __sbit __at (0xF8) SPIEN ; /* SPI0CN.0 - SPI0 ENABLE */ __sbit __at (0xF9) TXBMT ; /* SPI0CN.1 - TRANSMIT BUFFER EMPTY */ __sbit __at (0xFA) NSSMD0 ; /* SPI0CN.2 - SLAVE SELECT MODE BIT 0 */ __sbit __at (0xFB) NSSMD1 ; /* SPI0CN.3 - SLAVE SELECT MODE BIT 1 */ __sbit __at (0xFC) RXOVRN ; /* SPI0CN.4 - RECEIVE OVERRUN FLAG */ __sbit __at (0xFD) MODF ; /* SPI0CN.5 - MODE FAULT FLAG */ __sbit __at (0xFE) WCOL ; /* SPI0CN.6 - WRITE COLLISION FLAG */ __sbit __at (0xFF) SPIF ; /* SPI0CN.7 - SPI0 INTERRUPT FLAG */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T1M 0x08 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define ECP0 0x20 /* EIE1 */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define CP0E 0x10 /* XBR0 */ #define CP0OEN 0x10 /* XBR0 */ #define CP0AE 0x20 /* XBR0 */ #define CP0AOEN 0x20 /* XBR0 */ /* Interrupts */ #define INT_EXT0 0 // External Interrupt 0 #define INT_TIMER0 1 // Timer0 Overflow #define INT_EXT1 2 // External Interrupt 1 #define INT_TIMER1 3 // Timer1 Overflow #define INT_UART0 4 // Serial Port 0 #define INT_TIMER2 5 // Timer2 Overflow #define INT_SPI0 6 // Serial Peripheral Interface 0 #define INT_SMBUS0 7 // SMBus0 Interface #define INT_RTC0 8 // RTC0 Interface #define INT_ADC0_WINDOW 9 // ADC0 Window Comparison #define INT_ADC0_EOC 10 // ADC0 End Of Conversion #define INT_PCA0 11 // PCA0 Peripheral #define INT_COMPARATOR0 12 // Comparator0 #define INT_COMPARATOR1 13 // Comparator1 #define INT_TIMER3 14 // Timer3 Overflow #define INT_VREG_DROPOUT 15 // VREG dropout #define INT_PORT_MATCH 16 // Port Match #endif sdcc-2.9.0/device/include/mcs51/C8051F520.h000066400000000000000000000277561116427777700175220ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the SiLabs C8051F52x-F53x Processor Range Copyright (C) 2006 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051F520_H #define C8051F520_H #include SFR(P0, 0x80); // Port 0 SBIT(P0_0, 0x80, 0); // Port 0 bit 0 SBIT(P0_1, 0x80, 1); // Port 0 bit 1 SBIT(P0_2, 0x80, 2); // Port 0 bit 2 SBIT(P0_3, 0x80, 3); // Port 0 bit 3 SBIT(P0_4, 0x80, 4); // Port 0 bit 4 SBIT(P0_5, 0x80, 5); // Port 0 bit 5 SBIT(P0_6, 0x80, 6); // Port 0 bit 6 SBIT(P0_7, 0x80, 7); // Port 0 bit 7 SFR(SP, 0x81); // Stack Pointer SFR(DPL, 0x82); // Data Pointer Low Byte SFR(DPH, 0x83); // Data Pointer High Byte SFR(PCON, 0x87); // Power Mode Control SFR(TCON, 0x88); // Timer Control SBIT(IT0, 0x88, 0); // Ext. Interrupt 0 Type Select SBIT(IE0, 0x88, 1); // Ext. Interrupt 0 Flag SBIT(IT1, 0x88, 2); // Ext. Interrupt 1 Type Select SBIT(IE1, 0x88, 3); // Ext. Interrupt 1 Flag SBIT(TR0, 0x88, 4); // Timer 0 Run Control SBIT(TF0, 0x88, 5); // Timer 0 Overflow Flag SBIT(TR1, 0x88, 6); // Timer 1 Run Control SBIT(TF1, 0x88, 7); // Timer 1 Overflow Flag SFR(TMOD, 0x89); // Timer Mode SFR16E(TMR0, 0x8C8A); // Timer/Counter 0 Word SFR(TL0, 0x8A); // Timer/Counter 0 Low Byte SFR(TH0, 0x8C); // Timer/Counter 0 High Byte SFR16E(TMR1, 0x8D8B); // Timer/Counter 1 Word SFR(TL1, 0x8B); // Timer/Counter 1 Low Byte SFR(TH1, 0x8D); // Timer/Counter 1 High Byte SFR(CKCON, 0x8E); // Clock Control SFR(PSCTL, 0x8F); // Program Store R/W Control SFR(P1, 0x90); // Port 1 SBIT(P1_0, 0x90, 0); // Port 1 bit 0 SBIT(P1_1, 0x90, 1); // Port 1 bit 1 SBIT(P1_2, 0x90, 2); // Port 1 bit 2 SBIT(P1_3, 0x90, 3); // Port 1 bit 3 SBIT(P1_4, 0x90, 4); // Port 1 bit 4 SBIT(P1_5, 0x90, 5); // Port 1 bit 5 SBIT(P1_6, 0x90, 6); // Port 1 bit 6 SBIT(P1_7, 0x90, 7); // Port 1 bit 7 SFR(LINADDR, 0x92); // LIN Indirect Address Pointer SFR(LINDATA, 0x93); // LIN Indirect Data Buffer SFR(LINCF, 0x95); // LIN Control Mode SFR(SCON0, 0x98); // Serial Port 0 Control SBIT(RI0, 0x98, 0); // Receive Interrupt Flag SBIT(TI0, 0x98, 1); // Transmit Interrupt Flag SBIT(RB80, 0x98, 2); // Ninth Receive Bit SBIT(TB80, 0x98, 3); // Ninth Transmission Bit SBIT(REN0, 0x98, 4); // Receive Enable SBIT(MCE0, 0x98, 5); // Multiprocessor Communication Enable SBIT(S0MODE, 0x98, 7); // Serial Port 0 Operation Mode SFR(SBUF0, 0x99); // Serial Port 0 Data Buffer SFR(CPT0CN, 0x9B); // Comparator 0 Control SFR(CPT0MD, 0x9D); // Comparator 0 Mode Selection SFR(CPT0MX, 0x9F); // Comparator 0 MUX Selection SFR(SPI0CFG, 0xA1); // SPI Configuration SFR(SPI0CKR, 0xA2); // SPI Clock Rate Control SFR(SPI0DAT, 0xA3); // SPI Data SFR(P0MDOUT, 0xA4); // Port 0 Output Mode Configuration SFR(P1MDOUT, 0xA5); // Port 1 Output Mode Configuration SFR(IE, 0xA8); // Interrupt Enable SBIT(EX0, 0xA8, 0); // Enable External Interrupt 0 SBIT(ET0, 0xA8, 1); // Enable Timer 0 Interrupt SBIT(EX1, 0xA8, 2); // Enable External Interrupt 1 SBIT(ET1, 0xA8, 3); // Enable Timer 1 Interrupt SBIT(ES0, 0xA8, 4); // Enable Serial Port Interrupt SBIT(ET2, 0xA8, 5); // Enable Timer 2 Interrupt SBIT(ESPI0, 0xA8, 6); // Enable SPI0 Interrupt SBIT(EA, 0xA8, 7); // Global Interrupt Enable SFR(CLKSEL, 0xA9); // Clock Select SFR(OSCIFIN, 0xB0); // Internal Oscillator Fine Calibration SFR(OSCXCN, 0xB1); // External Oscillator Control SFR(OSCICN, 0xB2); // Internal Oscillator Control SFR(OSCICL, 0xB3); // Internal Oscillator Calibration SFR(FLKEY, 0xB7); // Flash Lock and Key SFR(IP, 0xB8); // Interrupt Priority SBIT(PX0, 0xB8, 0); // External Interrupt 0 Priority SBIT(PT0, 0xB8, 1); // Timer 0 Interrupt Priority SBIT(PX1, 0xB8, 2); // External Interrupt 1 Priority SBIT(PT1, 0xB8, 3); // Timer 1 Interrupt Priority SBIT(PS0, 0xB8, 4); // Serial Port Interrupt Priority SBIT(PT2, 0xB8, 5); // Timer 2 Interrupt Priority SBIT(PSPI0, 0xB8, 6); // SPI0 Interrupt Priority SFR(ADC0TK, 0xBA); // ADC0 Tracking Mode Select SFR(ADC0MX, 0xBB); // ADC0 Channel Select SFR(ADC0CF, 0xBC); // ADC0 Configuration SFR16(ADC0, 0xBD); // ADC0 Word SFR(ADC0L, 0xBD); // ADC0 Low Byte SFR(ADC0H, 0xBE); // ADC0 High Byte SFR(P1MASK, 0xBF); // Port 1 Mask SFR16(ADC0GT, 0xC3); // ADC0 Greater-Than Data Word SFR(ADC0GTL, 0xC3); // ADC0 Greater-Than Data Low Byte SFR(ADC0GTH, 0xC4); // ADC0 Greater-Than Data High Byte SFR16(ADC0LT, 0xC5); // ADC0 Less-Than Data Word SFR(ADC0LTL, 0xC5); // ADC0 Less-Than Data Low Byte SFR(ADC0LTH, 0xC6); // ADC0 Less-Than Data High Byte SFR(P0MASK, 0xC7); // Port 0 Mask SFR(TMR2CN, 0xC8); // Timer/Counter 2 Control SFR(REG0CN, 0xC9); // Voltage Regulator Control SFR16(TMR2RL, 0xCA); // Timer/Counter 2 Reload Word SFR(TMR2RLL, 0xCA); // Timer/Counter 2 Reload Low Byte SFR(TMR2RLH, 0xCB); // Timer/Counter 2 Reload High Byte SFR16(TMR2, 0xCC); // Timer/Counter 2 Word SFR(TMR2L, 0xCC); // Timer/Counter 2 Low Byte SFR(TMR2H, 0xCD); // Timer/Counter 2 High Byte SFR(P1MAT, 0xCF); // Port 1 Match SFR(PSW, 0xD0); // Program Status Word SBIT(P, 0xD0, 0); // Parity Flag SBIT(F1, 0xD0, 1); // User-Defined Flag SBIT(OV, 0xD0, 2); // Overflow Flag SBIT(RS0, 0xD0, 3); // Register Bank Select 0 SBIT(RS1, 0xD0, 4); // Register Bank Select 1 SBIT(F0, 0xD0, 5); // User-Defined Flag SBIT(AC, 0xD0, 6); // Auxiliary Carry Flag SBIT(CY, 0xD0, 7); // Carry Flag SFR(REF0CN, 0xD1); // Voltage Reference Control SFR(P0SKIP, 0xD4); // Port 0 Skip SFR(P1SKIP, 0xD5); // Port 1 Skip SFR(P0MAT, 0xD7); // Port 0 Match SFR(PCA0CN, 0xD8); // PCA Control SBIT(CCF0, 0xD8, 0); // PCA Module 0 Capture/Compare Flag SBIT(CCF1, 0xD8, 1); // PCA Module 1 Capture/Compare Flag SBIT(CCF2, 0xD8, 2); // PCA Module 2 Capture/Compare Flag SBIT(CR, 0xD8, 6); // PCA Counter/Timer Run Control SBIT(CF, 0xD8, 7); // PCA Counter/Timer Overflow Flag SFR(PCA0MD, 0xD9); // PCA Mode SFR(PCA0CPM0, 0xDA); // PCA Module 0 Mode SFR(PCA0CPM1, 0xDB); // PCA Module 1 Mode SFR(PCA0CPM2, 0xDC); // PCA Module 2 Mode SFR(ACC, 0xE0); // Accumulator SFR(XBR0, 0xE1); // Port I/O Crossbar Control 0 SFR(XBR1, 0xE2); // Port I/O Crossbar Control 1 SFR(IT01CF, 0xE4); // INT0/INT1 Configuration SFR(EIE1, 0xE6); // Extended Interrupt Enable 1 SFR(ADC0CN, 0xE8); // ADC0 Control SBIT(AD0CM0, 0xE8, 0); // ADC0 Conversion Start Mode Select Bit 0 SBIT(AD0CM1, 0xE8, 1); // ADC0 Conversion Start Mode Select Bit 1 SBIT(AD0LJST, 0xE8, 2); // ADC0 Left Justify Select SBIT(AD0WINT, 0xE8, 3); // ADC0 Window Compare Interrupt Flag SBIT(AD0BUSY, 0xE8, 4); // ADC0 Busy Bit SBIT(AD0INT, 0xE8, 5); // ADC0 Conversion Complete Interrupt Flag SBIT(BURSTEN, 0xE8, 6); // ADC0 Burst Mode Enable Bit SBIT(AD0EN, 0xE8, 7); // ADC0 Enable Bit SFR16(PCA0CP1, 0xE9); // PCA Capture 1 Word SFR(PCA0CPL1, 0xE9); // PCA Capture 1 Low Byte SFR(PCA0CPH1, 0xEA); // PCA Capture 1 High Byte SFR16(PCA0CP2, 0xEB); // PCA Capture 2 Word SFR(PCA0CPL2, 0xEB); // PCA Capture 2 Low Byte SFR(PCA0CPH2, 0xEC); // PCA Capture 2 High Byte SFR(RSTSRC, 0xEF); // Reset Source Configuration/Status SFR(B, 0xF0); // B Register SFR(P0MDIN, 0xF1); // Port 0 Input Mode Configuration SFR(P1MDIN, 0xF2); // Port 1 Input Mode Configuration SFR(EIP1, 0xF6); // Extended Interrupt Priority 1 SFR(SPI0CN, 0xF8); // SPI0 Control SBIT(SPIEN, 0xF8, 0); // SPI0 Enable SBIT(TXBMT, 0xF8, 1); // SPI0 Transmit Buffer Empty SBIT(NSSMD0, 0xF8, 2); // SPI0 Slave Select Mode Bit 0 SBIT(NSSMD1, 0xF8, 3); // SPI0 Slave Select Mode Bit 1 SBIT(RXOVRN, 0xF8, 4); // SPI0 Receive Overrun Flag SBIT(MODF, 0xF8, 5); // SPI0 Mode Fault Flag SBIT(WCOL, 0xF8, 6); // SPI0 Write Collision Flag SBIT(SPIF, 0xF8, 7); // SPI0 Interrupt Flag SFR16(PCA0, 0xF9); // PCA Counter Word SFR(PCA0L, 0xF9); // PCA Counter Low Byte SFR(PCA0H, 0xFA); // PCA Counter High Byte SFR16(PCA0CP0, 0xFB); // PCA Capture 0 Word SFR(PCA0CPL0, 0xFB); // PCA Capture 0 Low Byte SFR(PCA0CPH0, 0xFC); // PCA Capture 0 High Byte SFR(VDDMON, 0xFF); // VDD Control /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T1M 0x08 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define CP0E 0x10 /* XBR0 */ #define CP0AE 0x20 /* XBR0 */ /* Interrupts */ #define INT_EXT0 0 // External Interrupt 0 #define INT_TIMER0 1 // Timer0 Overflow #define INT_EXT1 2 // External Interrupt 1 #define INT_TIMER1 3 // Timer1 Overflow #define INT_UART0 4 // Serial Port 0 #define INT_TIMER2 5 // Timer2 Overflow #define INT_SPI0 6 // Serial Peripheral Interface 0 #define INT_ADC0_WINDOW 7 // ADC0 Window Comparison #define INT_ADC0_EOC 8 // ADC0 End Of Conversion #define INT_PCA0 9 // PCA0 Peripheral #define INT_COMP_FALLING 10 // Comparator0 Falling #define INT_COMP_RISING 11 // Comparator0 Rising #define INT_LIN 12 // LIN #define INT_VREG_DROPOUT 13 // VREG dropout #define INT_PORT_MATCH 14 // Port Match #endif sdcc-2.9.0/device/include/mcs51/C8051T600.h000066400000000000000000000347501116427777700175270ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the SiLabs C8051T60x Processor Range Copyright (C) 2008 - Steven Borley, steven.borley@partnerelectronics.com This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051T600_H #define C8051T600_H #include /* BYTE Registers */ SFR( P0, 0x80 ) ; /* PORT 0 */ SFR( SP, 0x81 ) ; /* STACK POINTER */ SFR( DPL, 0x82 ) ; /* DATA POINTER - LOW BYTE */ SFR( DPH, 0x83 ) ; /* DATA POINTER - HIGH BYTE */ SFR( PCON, 0x87 ) ; /* POWER CONTROL */ SFR( TCON, 0x88 ) ; /* TIMER CONTROL */ SFR( TMOD, 0x89 ) ; /* TIMER MODE */ SFR( TL0, 0x8A ) ; /* TIMER 0 - LOW BYTE */ SFR( TL1, 0x8B ) ; /* TIMER 1 - LOW BYTE */ SFR( TH0, 0x8C ) ; /* TIMER 0 - HIGH BYTE */ SFR( TH1, 0x8D ) ; /* TIMER 1 - HIGH BYTE */ SFR( CKCON, 0x8E ) ; /* CLOCK CONTROL */ SFR( SCON, 0x98 ) ; /* SERIAL PORT CONTROL */ SFR( SCON0, 0x98 ) ; /* SERIAL PORT CONTROL */ SFR( SBUF, 0x99 ) ; /* SERIAL PORT BUFFER */ SFR( SBUF0, 0x99 ) ; /* SERIAL PORT BUFFER */ SFR( CPT0MD, 0x9D ) ; /* COMPARATOR 0 MODE SELECTION */ SFR( CPT0MX, 0x9F ) ; /* COMPARATOR 0 MUX SELECTION */ SFR( TOFFL, 0xA2 ) ; /* TEMPERATURE SENSOR OFFSET - LOW BYTE */ SFR( TOFFH, 0xA3 ) ; /* TEMPERATURE SENSOR OFFSET - HIGH BYTE */ SFR( P0MDOUT, 0xA4 ) ; /* PORT 0 OUTPUT MODE CONFIGURATION */ SFR( IE, 0xA8 ) ; /* INTERRUPT ENABLE */ SFR( OSCXCN, 0xB1 ) ; /* EXTERNAL OSCILLATOR CONTROL */ SFR( OSCICN, 0xB2 ) ; /* INTERNAL OSCILLATOR CONTROL */ SFR( OSCICL, 0xB3 ) ; /* INTERNAL OSCILLATOR CALIBRATION */ SFR( IP, 0xB8 ) ; /* INTERRUPT PRIORITY */ SFR( AMX0SL, 0xBB ) ; /* ADC 0 MUX CHANNEL SELECTION */ SFR( ADC0CF, 0xBC ) ; /* ADC 0 CONFIGURATION */ SFR( ADC0L, 0xBD ) ; /* ADC 0 DATA - LOW BYTE */ SFR( ADC0H, 0xBE ) ; /* ADC 0 DATA - HIGH BYTE */ SFR( SMB0CN, 0xC0 ) ; /* SMBUS CONTROL */ SFR( SMB0CF, 0xC1 ) ; /* SMBUS CONFIGURATION */ SFR( SMB0DAT, 0xC2 ) ; /* SMBUS DATA */ SFR( ADC0GTL, 0xC3 ) ; /* ADC 0 GREATER-THAN REGISTER - LOW BYTE */ SFR( ADC0GTH, 0xC4 ) ; /* ADC 0 GREATER-THAN REGISTER - HIGH BYTE */ SFR( ADC0LTL, 0xC5 ) ; /* ADC 0 LESS-THAN REGISTER - LOW BYTE */ SFR( ADC0LTH, 0xC6 ) ; /* ADC 0 LESS-THAN REGISTER - HIGH BYTE */ SFR( REG0CN, 0xC7 ) ; /* Voltage Regulator Control */ SFR( T2CON, 0xC8 ) ; /* TIMER 2 CONTROL */ SFR( TMR2CN, 0xC8 ) ; /* TIMER 2 CONTROL */ SFR( RCAP2L, 0xCA ) ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ SFR( TMR2RLL, 0xCA ) ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ SFR( RCAP2H, 0xCB ) ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ SFR( TMR2RLH, 0xCB ) ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ SFR( TL2, 0xCC ) ; /* TIMER 2 - LOW BYTE */ SFR( TMR2L, 0xCC ) ; /* TIMER 2 - LOW BYTE */ SFR( TH2, 0xCD ) ; /* TIMER 2 - HIGH BYTE */ SFR( TMR2H, 0xCD ) ; /* TIMER 2 - HIGH BYTE */ SFR( PSW, 0xD0 ) ; /* PROGRAM STATUS WORD */ SFR( REF0CN, 0xD1 ) ; /* VOLTAGE REFERENCE 0 CONTROL */ SFR( PCA0CN, 0xD8 ) ; /* PCA CONTROL */ SFR( PCA0MD, 0xD9 ) ; /* PCA MODE */ SFR( PCA0CPM0, 0xDA ) ; /* PCA MODULE 0 MODE REGISTER */ SFR( PCA0CPM1, 0xDB ) ; /* PCA MODULE 1 MODE REGISTER */ SFR( PCA0CPM2, 0xDC ) ; /* PCA MODULE 2 MODE REGISTER */ SFR( ACC, 0xE0 ) ; /* ACCUMULATOR */ SFR( PRT0MX, 0xE1 ) ; /* PORT MUX CONFIGURATION REGISTER 0 */ SFR( XBR0, 0xE1 ) ; /* PORT MUX CONFIGURATION REGISTER 0 */ SFR( PRT1MX, 0xE2 ) ; /* PORT MUX CONFIGURATION REGISTER 1 */ SFR( XBR1, 0xE2 ) ; /* PORT MUX CONFIGURATION REGISTER 1 */ SFR( PRT2MX, 0xE3 ) ; /* PORT MUX CONFIGURATION REGISTER 2 */ SFR( XBR2, 0xE3 ) ; /* PORT MUX CONFIGURATION REGISTER 2 */ SFR( IT01CF, 0xE4 ) ; /* INT0/INT1 CONFIGURATION REGISTER */ SFR( INT01CF, 0xE4 ) ; /* INT0/INT1 CONFIGURATION REGISTER */ SFR( EIE1, 0xE6 ) ; /* EXTERNAL INTERRUPT ENABLE 1 */ SFR( ADC0CN, 0xE8 ) ; /* ADC 0 CONTROL */ SFR( PCA0CPL1, 0xE9 ) ; /* PCA CAPTURE 1 LOW */ SFR( PCA0CPH1, 0xEA ) ; /* PCA CAPTURE 1 HIGH */ SFR( PCA0CPL2, 0xEB ) ; /* PCA CAPTURE 2 LOW */ SFR( PCA0CPH2, 0xEC ) ; /* PCA CAPTURE 2 HIGH */ SFR( RSTSRC, 0xEF ) ; /* RESET SOURCE */ SFR( B, 0xF0 ) ; /* B REGISTER */ SFR( P0MODE, 0xF1 ) ; /* PORT 0 INPUT MODE CONFIGURATION */ SFR( P0MDIN, 0xF1 ) ; /* PORT 0 INPUT MODE CONFIGURATION */ SFR( EIP1, 0xF6 ) ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ SFR( CPT0CN, 0xF8 ) ; /* COMPARATOR 0 CONTROL */ SFR( PCA0L, 0xF9 ) ; /* PCA COUNTER LOW */ SFR( PCA0H, 0xFA ) ; /* PCA COUNTER HIGH */ SFR( PCA0CPL0, 0xFB ) ; /* PCA CAPTURE 0 LOW */ SFR( PCA0CPH0, 0xFC ) ; /* PCA CAPTURE 0 HIGH */ /* WORD/DWORD Registers */ SFR16E( TMR0, 0x8C8A ) ; /* TIMER 0 COUNTER */ SFR16E( TMR1, 0x8D8B ) ; /* TIMER 1 COUNTER */ SFR16E( TOFF, 0xA3A2 ) ; /* TEMPERATURE SENSOR OFFSET WORD */ SFR16E( ADC0, 0xAEAD ) ; /* ADC0 DATA WORD */ SFR16E( ADC0GT, 0xC4C3 ) ; /* ADC 0 GREATER-THAN REGISTER WORD */ SFR16E( ADC0LT, 0xC6C5 ) ; /* ADC 0 LESS-THAN REGISTER WORD */ SFR16E( TMR2, 0xCDCC ) ; /* TIMER 2 COUNTER */ SFR16E( RCAP2, 0xCBCA ) ; /* TIMER 2 CAPTURE REGISTER WORD */ SFR16E( TMR2RL, 0xCBCA ) ; /* TIMER 2 CAPTURE REGISTER WORD */ SFR16E( PCA0, 0xFAF9 ) ; /* PCA COUNTER */ SFR16E( PCA0CP0, 0xFCFB ) ; /* PCA CAPTURE 0 WORD */ SFR16E( PCA0CP1, 0xEAE9 ) ; /* PCA CAPTURE 1 WORD */ SFR16E( PCA0CP2, 0xECEB ) ; /* PCA CAPTURE 2 WORD */ /* BIT Registers */ /* P0 0x80 */ SBIT( P0_0, 0x80, 0 ) ; SBIT( P0_1, 0x80, 1 ) ; SBIT( P0_2, 0x80, 2 ) ; SBIT( P0_3, 0x80, 3 ) ; SBIT( P0_4, 0x80, 4 ) ; SBIT( P0_5, 0x80, 5 ) ; SBIT( P0_6, 0x80, 6 ) ; SBIT( P0_7, 0x80, 7 ) ; /* TCON 0x88 */ SBIT( IT0, 0x88, 0 ) ; /* TCON.0 - EXT. INTERRUPT 0 TYPE */ SBIT( IE0, 0x88, 1 ) ; /* TCON.1 - EXT. INTERRUPT 0 EDGE FLAG */ SBIT( IT1, 0x88, 2 ) ; /* TCON.2 - EXT. INTERRUPT 1 TYPE */ SBIT( IE1, 0x88, 3 ) ; /* TCON.3 - EXT. INTERRUPT 1 EDGE FLAG */ SBIT( TR0, 0x88, 4 ) ; /* TCON.4 - TIMER 0 ON/OFF CONTROL */ SBIT( TF0, 0x88, 5 ) ; /* TCON.5 - TIMER 0 OVERFLOW FLAG */ SBIT( TR1, 0x88, 6 ) ; /* TCON.6 - TIMER 1 ON/OFF CONTROL */ SBIT( TF1, 0x88, 7 ) ; /* TCON.7 - TIMER 1 OVERFLOW FLAG */ /* SCON 0x98 */ SBIT( RI, 0x98, 0 ) ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ SBIT( RI0, 0x98, 0 ) ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ SBIT( TI, 0x98, 1 ) ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ SBIT( TI0, 0x98, 1 ) ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ SBIT( RB8, 0x98, 2 ) ; /* SCON.2 - RECEIVE BIT 8 */ SBIT( RB80, 0x98, 2 ) ; /* SCON.2 - RECEIVE BIT 8 */ SBIT( TB8, 0x98, 3 ) ; /* SCON.3 - TRANSMIT BIT 8 */ SBIT( TB80, 0x98, 3 ) ; /* SCON.3 - TRANSMIT BIT 8 */ SBIT( REN, 0x98, 4 ) ; /* SCON.4 - RECEIVE ENABLE */ SBIT( REN0, 0x98, 4 ) ; /* SCON.4 - RECEIVE ENABLE */ SBIT( SM2, 0x98, 5 ) ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ SBIT( MCE0, 0x98, 5 ) ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ SBIT( SM0, 0x98, 7 ) ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ SBIT( S0MODE, 0x98, 7 ) ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ /* IE 0xA8 */ SBIT( EX0, 0xA8, 0 ) ; /* IE.0 - EXTERNAL INTERRUPT 0 ENABLE */ SBIT( ET0, 0xA8, 1 ) ; /* IE.1 - TIMER 0 INTERRUPT ENABLE */ SBIT( EX1, 0xA8, 2 ) ; /* IE.2 - EXTERNAL INTERRUPT 1 ENABLE */ SBIT( ET1, 0xA8, 3 ) ; /* IE.3 - TIMER 1 INTERRUPT ENABLE */ SBIT( ES, 0xA8, 4 ) ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ SBIT( ES0, 0xA8, 4 ) ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ SBIT( ET2, 0xA8, 5 ) ; /* IE.5 - TIMER 2 INTERRUPT ENABLE */ SBIT( IEGF0, 0xA8, 6 ) ; /* IE.6 - GENERAL PURPOSE FLAG 0 */ SBIT( EA, 0xA8, 7 ) ; /* IE.7 - GLOBAL INTERRUPT ENABLE */ /* IP 0xB8 */ SBIT( PX0, 0xB8, 0 ) ; /* IP.0 - EXTERNAL INTERRUPT 0 PRIORITY */ SBIT( PT0, 0xB8, 1 ) ; /* IP.1 - TIMER 0 PRIORITY */ SBIT( PX1, 0xB8, 2 ) ; /* IP.2 - EXTERNAL INTERRUPT 1 PRIORITY */ SBIT( PT1, 0xB8, 3 ) ; /* IP.3 - TIMER 1 PRIORITY */ SBIT( PS, 0xB8, 4 ) ; /* IP.4 - SERIAL PORT PRIORITY */ SBIT( PS0, 0xB8, 4 ) ; /* IP.4 - SERIAL PORT PRIORITY */ SBIT( PT2, 0xB8, 5 ) ; /* IP.5 - TIMER 2 PRIORITY */ /* SMB0CN 0xC0 */ SBIT( SI, 0xC0, 0 ) ; /* SMB0CN.0 - SMBUS 0 INTERRUPT PENDING FLAG */ SBIT( ACK, 0xC0, 1 ) ; /* SMB0CN.1 - SMBUS 0 ACKNOWLEDGE FLAG */ SBIT( ARBLOST, 0xC0, 2 ) ; /* SMB0CN.2 - SMBUS 0 ARBITRATION LOST INDICATOR */ SBIT( ACKRQ, 0xC0, 3 ) ; /* SMB0CN.3 - SMBUS 0 ACKNOWLEDGE REQUEST */ SBIT( STO, 0xC0, 4 ) ; /* SMB0CN.4 - SMBUS 0 STOP FLAG */ SBIT( STA, 0xC0, 5 ) ; /* SMB0CN.5 - SMBUS 0 START FLAG */ SBIT( TXMODE, 0xC0, 6 ) ; /* SMB0CN.6 - SMBUS 0 TRANSMIT MODE INDICATOR */ SBIT( MASTER, 0xC0, 7 ) ; /* SMB0CN.7 - SMBUS 0 MASTER/SLAVE INDICATOR */ /* TMR2CN 0xC8 */ SBIT( T2XCLK, 0xC8, 0 ) ; /* TMR2CN.0 - TIMER 2 EXTERNAL CLOCK SELECT */ SBIT( TR2, 0xC8, 2 ) ; /* TMR2CN.2 - TIMER 2 ON/OFF CONTROL */ SBIT( T2SPLIT, 0xC8, 3 ) ; /* TMR2CN.3 - TIMER 2 SPLIT MODE ENABLE */ SBIT( TF2LEN, 0xC8, 5 ) ; /* TMR2CN.5 - TIMER 2 LOW BYTE INTERRUPT ENABLE */ SBIT( TF2L, 0xC8, 6 ) ; /* TMR2CN.6 - TIMER 2 LOW BYTE OVERFLOW FLAG */ SBIT( TF2, 0xC8, 7 ) ; /* TMR2CN.7 - TIMER 2 OVERFLOW FLAG */ SBIT( TF2H, 0xC8, 7 ) ; /* TMR2CN.7 - TIMER 2 HIGH BYTE OVERFLOW FLAG */ /* PSW 0xD0 */ SBIT( PARITY, 0xD0, 0 ) ; /* PSW.0 - ACCUMULATOR PARITY FLAG */ SBIT( F1, 0xD0, 1 ) ; /* PSW.1 - FLAG 1 */ SBIT( OV, 0xD0, 2 ) ; /* PSW.2 - OVERFLOW FLAG */ SBIT( RS0, 0xD0, 3 ) ; /* PSW.3 - REGISTER BANK SELECT 0 */ SBIT( RS1, 0xD0, 4 ) ; /* PSW.4 - REGISTER BANK SELECT 1 */ SBIT( F0, 0xD0, 5 ) ; /* PSW.5 - FLAG 0 */ SBIT( AC, 0xD0, 6 ) ; /* PSW.6 - AUXILIARY CARRY FLAG */ SBIT( CY, 0xD0, 7 ) ; /* PSW.7 - CARRY FLAG */ /* PCA0CN 0xD8 */ SBIT( CCF0, 0xD8, 0 ) ; /* PCA0CN.0 - PCA MODULE 0 CAPTURE/COMPARE FLAG */ SBIT( CCF1, 0xD8, 1 ) ; /* PCA0CN.1 - PCA MODULE 1 CAPTURE/COMPARE FLAG */ SBIT( CCF2, 0xD8, 2 ) ; /* PCA0CN.2 - PCA MODULE 2 CAPTURE/COMPARE FLAG */ SBIT( CR, 0xD8, 6 ) ; /* PCA0CN.6 - PCA COUNTER/TIMER RUN CONTROL */ SBIT( CF, 0xD8, 7 ) ; /* PCA0CN.7 - PCA COUNTER/TIMER OVERFLOW FLAG */ /* ADC0CN 0xE8 */ SBIT( AD0CM0, 0xE8, 0 ) ; /* ADC0CN.0 - ADC 0 START OF CONV. MODE BIT 0 */ SBIT( AD0CM1, 0xE8, 1 ) ; /* ADC0CN.1 - ADC 0 START OF CONV. MODE BIT 1 */ SBIT( AD0CM2, 0xE8, 2 ) ; /* ADC0CN.2 - ADC 0 START OF CONV. MODE BIT 2 */ SBIT( AD0WINT, 0xE8, 3 ) ; /* ADC0CN.3 - ADC 0 WINDOW COMPARE INT. FLAG */ SBIT( AD0BUSY, 0xE8, 4 ) ; /* ADC0CN.4 - ADC 0 BUSY FLAG */ SBIT( AD0INT, 0xE8, 5 ) ; /* ADC0CN.5 - ADC 0 CONV. COMPLETE INT. FLAG */ SBIT( AD0TM, 0xE8, 6 ) ; /* ADC0CN.6 - ADC 0 TRACK MODE */ SBIT( AD0EN, 0xE8, 7 ) ; /* ADC0CN.7 - ADC 0 ENABLE */ /* CPT0CN 0xF8 */ SBIT( CP0HYN0, 0xF8, 0 ) ; /* CPT0CN.0 - Comp.0 Neg. Hysteresis Control Bit0*/ SBIT( CP0HYN1, 0xF8, 1 ) ; /* CPT0CN.1 - Comp.0 Neg. Hysteresis Control Bit1*/ SBIT( CP0HYP0, 0xF8, 2 ) ; /* CPT0CN.2 - Comp.0 Pos. Hysteresis Control Bit0*/ SBIT( CP0HYP1, 0xF8, 3 ) ; /* CPT0CN.3 - Comp.0 Pos. Hysteresis Control Bit1*/ SBIT( CP0FIF, 0xF8, 4 ) ; /* CPT0CN.4 - Comparator0 Falling-Edge Int. Flag */ SBIT( CP0RIF, 0xF8, 5 ) ; /* CPT0CN.5 - Comparator0 Rising-Edge Int. Flag */ SBIT( CP0OUT, 0xF8, 6 ) ; /* CPT0CN.6 - Comparator0 Output State Flag */ SBIT( CP0EN, 0xF8, 7 ) ; /* CPT0CN.7 - Comparator0 Enable Bit */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T1M 0x10 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define ECP0F 0x10 /* EIE1 */ #define ECP0R 0x20 /* EIE1 */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define CP0E 0x10 /* XBR1 */ #define CP0OEN 0x10 /* XBR1 */ #define CP0AE 0x20 /* XBR1 */ #define CP0AOEN 0x20 /* XBR1 */ /* Interrupts */ #define INT_EXT0 0 /* External Interrupt 0 */ #define INT_TIMER0 1 /* Timer0 Overflow */ #define INT_EXT1 2 /* External Interrupt 1 */ #define INT_TIMER1 3 /* Timer1 Overflow */ #define INT_UART0 4 /* Serial Port 0 */ #define INT_TIMER2 5 /* Timer2 Overflow */ #define INT_SMBUS0 6 /* SMBus0 Interface */ #define INT_ADC0_WINDOW 7 /* ADC0 Window Comparison */ #define INT_ADC0_EOC 8 /* ADC0 End Of Conversion */ #define INT_PCA0 9 /* PCA0 Peripheral */ #define INT_CP0F 10 /* Comparator0 falling edge */ #define INT_CP0R 11 /* Comparator1 rising edge */ #endif sdcc-2.9.0/device/include/mcs51/C8051T610.h000066400000000000000000000430211116427777700175170ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the SiLabs C8051T61x Processor Range Copyright (C) 2008 - Steven Borley, steven.borley@partnerelectronics.com This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051T610_H #define C8051T610_H #include /* BYTE Registers */ SFR( P0, 0x80 ) ; /* PORT 0 */ SFR( SP, 0x81 ) ; /* STACK POINTER */ SFR( DPL, 0x82 ) ; /* DATA POINTER - LOW BYTE */ SFR( DPH, 0x83 ) ; /* DATA POINTER - HIGH BYTE */ SFR( TOFFL, 0x85 ) ; /* TEMPERATURE SENSOR OFFSET - LOW BYTE */ SFR( TOFFH, 0x86 ) ; /* TEMPERATURE SENSOR OFFSET - HIGH BYTE */ SFR( PCON, 0x87 ) ; /* POWER CONTROL */ SFR( TCON, 0x88 ) ; /* TIMER CONTROL */ SFR( TMOD, 0x89 ) ; /* TIMER MODE */ SFR( TL0, 0x8A ) ; /* TIMER 0 - LOW BYTE */ SFR( TL1, 0x8B ) ; /* TIMER 1 - LOW BYTE */ SFR( TH0, 0x8C ) ; /* TIMER 0 - HIGH BYTE */ SFR( TH1, 0x8D ) ; /* TIMER 1 - HIGH BYTE */ SFR( CKCON, 0x8E ) ; /* CLOCK CONTROL */ SFR( P1, 0x90 ) ; /* PORT 1 */ SFR( TMR3CN, 0x91 ) ; /* TIMER 3 CONTROL */ SFR( TMR3RLL, 0x92 ) ; /* TIMER 3 CAPTURE REGISTER - LOW BYTE */ SFR( TMR3RLH, 0x93 ) ; /* TIMER 3 CAPTURE REGISTER - HIGH BYTE */ SFR( TMR3L, 0x94 ) ; /* TIMER 3 - LOW BYTE */ SFR( TMR3H, 0x95 ) ; /* TIMER 3 - HIGH BYTE */ SFR( SCON, 0x98 ) ; /* SERIAL PORT CONTROL */ SFR( SCON0, 0x98 ) ; /* SERIAL PORT CONTROL */ SFR( SBUF, 0x99 ) ; /* SERIAL PORT BUFFER */ SFR( SBUF0, 0x99 ) ; /* SERIAL PORT BUFFER */ SFR( CPT1CN, 0x9A ) ; /* COMPARATOR 1 CONTROL */ SFR( CPT0CN, 0x9B ) ; /* COMPARATOR 0 CONTROL */ SFR( CPT1MD, 0x9C ) ; /* COMPARATOR 1 MODE SELECTION */ SFR( CPT0MD, 0x9D ) ; /* COMPARATOR 0 MODE SELECTION */ SFR( CPT1MX, 0x9E ) ; /* COMPARATOR 1 MUX SELECTION */ SFR( CPT0MX, 0x9F ) ; /* COMPARATOR 0 MUX SELECTION */ SFR( P2, 0xA0 ) ; /* PORT 2 */ SFR( SPI0CFG, 0xA1 ) ; /* SPI0 CONFIGURATION */ SFR( SPI0CKR, 0xA2 ) ; /* SPI0 CLOCK RATE CONTROL */ SFR( SPI0DAT, 0xA3 ) ; /* SPI0 DATA */ SFR( P0MDOUT, 0xA4 ) ; /* PORT 0 OUTPUT MODE CONFIGURATION */ SFR( P1MDOUT, 0xA5 ) ; /* PORT 1 OUTPUT MODE CONFIGURATION */ SFR( P2MDOUT, 0xA6 ) ; /* PORT 2 OUTPUT MODE CONFIGURATION */ SFR( P3MDOUT, 0xA7 ) ; /* PORT 3 OUTPUT MODE CONFIGURATION */ SFR( IE, 0xA8 ) ; /* INTERRUPT ENABLE */ SFR( CLKSEL, 0xA9 ) ; /* SYSTEM CLOCK SELECT */ SFR( EMI0CN, 0xAA ) ; /* EXTERNAL MEMORY INTERFACE CONTROL */ SFR( _XPAGE, 0xAA ) ; /* XDATA/PDATA PAGE */ SFR( P3, 0xB0 ) ; /* PORT 3 */ SFR( OSCXCN, 0xB1 ) ; /* EXTERNAL OSCILLATOR CONTROL */ SFR( OSCICN, 0xB2 ) ; /* INTERNAL OSCILLATOR CONTROL */ SFR( OSCICL, 0xB3 ) ; /* INTERNAL OSCILLATOR CALIBRATION */ SFR( IP, 0xB8 ) ; /* INTERRUPT PRIORITY */ SFR( AMX0P, 0xBB ) ; /* ADC 0 MUX POSITIVE CHANNEL SELECTION */ SFR( ADC0CF, 0xBC ) ; /* ADC 0 CONFIGURATION */ SFR( ADC0L, 0xBD ) ; /* ADC 0 DATA WORD LSB */ SFR( ADC0H, 0xBE ) ; /* ADC 0 DATA WORD MSB */ SFR( SMB0CN, 0xC0 ) ; /* SMBUS CONTROL */ SFR( SMB0CF, 0xC1 ) ; /* SMBUS CONFIGURATION */ SFR( SMB0DAT, 0xC2 ) ; /* SMBUS DATA */ SFR( ADC0GTL, 0xC3 ) ; /* ADC 0 GREATER-THAN LOW BYTE */ SFR( ADC0GTH, 0xC4 ) ; /* ADC 0 GREATER-THAN HIGH BYTE */ SFR( ADC0LTL, 0xC5 ) ; /* ADC 0 LESS-THAN LOW BYTE */ SFR( ADC0LTH, 0xC6 ) ; /* ADC 0 LESS-THAN HIGH BYTE */ SFR( REG0CN, 0xC7 ) ; /* Voltage Regulator Control */ SFR( T2CON, 0xC8 ) ; /* TIMER 2 CONTROL */ SFR( TMR2CN, 0xC8 ) ; /* TIMER 2 CONTROL */ SFR( RCAP2L, 0xCA ) ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ SFR( TMR2RLL, 0xCA ) ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ SFR( RCAP2H, 0xCB ) ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ SFR( TMR2RLH, 0xCB ) ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ SFR( TL2, 0xCC ) ; /* TIMER 2 - LOW BYTE */ SFR( TMR2L, 0xCC ) ; /* TIMER 2 - LOW BYTE */ SFR( TH2, 0xCD ) ; /* TIMER 2 - HIGH BYTE */ SFR( TMR2H, 0xCD ) ; /* TIMER 2 - HIGH BYTE */ SFR( PSW, 0xD0 ) ; /* PROGRAM STATUS WORD */ SFR( REF0CN, 0xD1 ) ; /* VOLTAGE REFERENCE 0 CONTROL */ SFR( P0SKIP, 0xD4 ) ; /* PORT 0 SKIP */ SFR( P1SKIP, 0xD5 ) ; /* PORT 1 SKIP */ SFR( P2SKIP, 0xD6 ) ; /* PORT 2 SKIP */ SFR( PCA0CN, 0xD8 ) ; /* PCA CONTROL */ SFR( PCA0MD, 0xD9 ) ; /* PCA MODE */ SFR( PCA0CPM0, 0xDA ) ; /* PCA MODULE 0 MODE REGISTER */ SFR( PCA0CPM1, 0xDB ) ; /* PCA MODULE 1 MODE REGISTER */ SFR( PCA0CPM2, 0xDC ) ; /* PCA MODULE 2 MODE REGISTER */ SFR( PCA0CPM3, 0xDD ) ; /* PCA MODULE 3 MODE REGISTER */ SFR( PCA0CPM4, 0xDE ) ; /* PCA MODULE 4 MODE REGISTER */ SFR( ACC, 0xE0 ) ; /* ACCUMULATOR */ SFR( XBR0, 0xE1 ) ; /* PORT MUX CONFIGURATION REGISTER 0 */ SFR( XBR1, 0xE2 ) ; /* PORT MUX CONFIGURATION REGISTER 1 */ SFR( IT01CF, 0xE4 ) ; /* INT0/INT1 CONFIGURATION REGISTER */ SFR( INT01CF, 0xE4 ) ; /* INT0/INT1 CONFIGURATION REGISTER */ SFR( EIE1, 0xE6 ) ; /* EXTERNAL INTERRUPT ENABLE 1 */ SFR( ADC0CN, 0xE8 ) ; /* ADC 0 CONTROL */ SFR( PCA0CPL1, 0xE9 ) ; /* PCA CAPTURE 1 LOW */ SFR( PCA0CPH1, 0xEA ) ; /* PCA CAPTURE 1 HIGH */ SFR( PCA0CPL2, 0xEB ) ; /* PCA CAPTURE 2 LOW */ SFR( PCA0CPH2, 0xEC ) ; /* PCA CAPTURE 2 HIGH */ SFR( PCA0CPL3, 0xED ) ; /* PCA CAPTURE 3 LOW */ SFR( PCA0CPH3, 0xEE ) ; /* PCA CAPTURE 3 HIGH */ SFR( RSTSRC, 0xEF ) ; /* RESET SOURCE */ SFR( B, 0xF0 ) ; /* B REGISTER */ SFR( P0MODE, 0xF1 ) ; /* PORT 0 INPUT MODE CONFIGURATION */ SFR( P0MDIN, 0xF1 ) ; /* PORT 0 INPUT MODE CONFIGURATION */ SFR( P1MODE, 0xF2 ) ; /* PORT 1 INPUT MODE CONFIGURATION */ SFR( P1MDIN, 0xF2 ) ; /* PORT 1 INPUT MODE CONFIGURATION */ SFR( P2MODE, 0xF3 ) ; /* PORT 2 INPUT MODE CONFIGURATION */ SFR( P2MDIN, 0xF3 ) ; /* PORT 2 INPUT MODE CONFIGURATION */ SFR( P3MODE, 0xF4 ) ; /* PORT 3 INPUT MODE CONFIGURATION */ SFR( P3MDIN, 0xF4 ) ; /* PORT 3 INPUT MODE CONFIGURATION */ SFR( EIP1, 0xF6 ) ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ SFR( SPI0CN, 0xF8 ) ; /* SPI0 CONTROL */ SFR( PCA0L, 0xF9 ) ; /* PCA COUNTER LOW */ SFR( PCA0H, 0xFA ) ; /* PCA COUNTER HIGH */ SFR( PCA0CPL0, 0xFB ) ; /* PCA CAPTURE 0 LOW */ SFR( PCA0CPH0, 0xFC ) ; /* PCA CAPTURE 0 HIGH */ SFR( PCA0CPL4, 0xFD ) ; /* PCA CAPTURE 4 LOW */ SFR( PCA0CPH4, 0xFE ) ; /* PCA CAPTURE 4 HIGH */ SFR( VDM0CN, 0xFF ) ; /* VDD MONITOR CONTROL */ /* WORD/DWORD Registers */ SFR16E( TOFF, 0x8685 ) ; /* TEMPERATURE SENSOR OFFSET WORD */ SFR16E( TMR0, 0x8C8A ) ; /* TIMER 0 COUNTER */ SFR16E( TMR1, 0x8D8B ) ; /* TIMER 1 COUNTER */ SFR16E( TMR2, 0xCDCC ) ; /* TIMER 2 COUNTER */ SFR16E( RCAP2, 0xCBCA ) ; /* TIMER 2 CAPTURE REGISTER WORD */ SFR16E( TMR2RL, 0xCBCA ) ; /* TIMER 2 CAPTURE REGISTER WORD */ SFR16E( TMR3, 0x9594 ) ; /* TIMER 3 COUNTER */ SFR16E( TMR3RL, 0x9392 ) ; /* TIMER 3 CAPTURE REGISTER WORD */ SFR16E( ADC0, 0xBEBD ) ; /* ADC 0 DATA WORD */ SFR16E( ADC0GT, 0xC4C3 ) ; /* ADC 0 GREATER-THAN REGISTER WORD */ SFR16E( ADC0LT, 0xC6C5 ) ; /* ADC 0 LESS-THAN REGISTER WORD */ SFR16E( PCA0, 0xFAF9 ) ; /* PCA COUNTER */ SFR16E( PCA0CP0, 0xFCFB ) ; /* PCA CAPTURE 0 WORD */ SFR16E( PCA0CP1, 0xEAE9 ) ; /* PCA CAPTURE 1 WORD */ SFR16E( PCA0CP2, 0xECEB ) ; /* PCA CAPTURE 2 WORD */ SFR16E( PCA0CP3, 0xEEED ) ; /* PCA CAPTURE 3 WORD */ SFR16E( PCA0CP4, 0xFEFD ) ; /* PCA CAPTURE 4 WORD */ /* BIT Registers */ /* P0 0x80 */ SBIT( P0_0, 0x80, 0 ) ; SBIT( P0_1, 0x80, 1 ) ; SBIT( P0_2, 0x80, 2 ) ; SBIT( P0_3, 0x80, 3 ) ; SBIT( P0_4, 0x80, 4 ) ; SBIT( P0_5, 0x80, 5 ) ; SBIT( P0_6, 0x80, 6 ) ; SBIT( P0_7, 0x80, 7 ) ; /* TCON 0x88 */ SBIT( IT0, 0x88, 0 ) ; /* TCON.0 - EXT. INTERRUPT 0 TYPE */ SBIT( IE0, 0x88, 1 ) ; /* TCON.1 - EXT. INTERRUPT 0 EDGE FLAG */ SBIT( IT1, 0x88, 2 ) ; /* TCON.2 - EXT. INTERRUPT 1 TYPE */ SBIT( IE1, 0x88, 3 ) ; /* TCON.3 - EXT. INTERRUPT 1 EDGE FLAG */ SBIT( TR0, 0x88, 4 ) ; /* TCON.4 - TIMER 0 ON/OFF CONTROL */ SBIT( TF0, 0x88, 5 ) ; /* TCON.5 - TIMER 0 OVERFLOW FLAG */ SBIT( TR1, 0x88, 6 ) ; /* TCON.6 - TIMER 1 ON/OFF CONTROL */ SBIT( TF1, 0x88, 7 ) ; /* TCON.7 - TIMER 1 OVERFLOW FLAG */ /* P1 0x90 */ SBIT( P1_0, 0x90, 0 ) ; SBIT( P1_1, 0x90, 1 ) ; SBIT( P1_2, 0x90, 2 ) ; SBIT( P1_3, 0x90, 3 ) ; SBIT( P1_4, 0x90, 4 ) ; SBIT( P1_5, 0x90, 5 ) ; SBIT( P1_6, 0x90, 6 ) ; SBIT( P1_7, 0x90, 7 ) ; /* SCON 0x98 */ SBIT( RI, 0x98, 0 ) ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ SBIT( RI0, 0x98, 0 ) ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ SBIT( TI, 0x98, 1 ) ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ SBIT( TI0, 0x98, 1 ) ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ SBIT( RB8, 0x98, 2 ) ; /* SCON.2 - RECEIVE BIT 8 */ SBIT( RB80, 0x98, 2 ) ; /* SCON.2 - RECEIVE BIT 8 */ SBIT( TB8, 0x98, 3 ) ; /* SCON.3 - TRANSMIT BIT 8 */ SBIT( TB80, 0x98, 3 ) ; /* SCON.3 - TRANSMIT BIT 8 */ SBIT( REN, 0x98, 4 ) ; /* SCON.4 - RECEIVE ENABLE */ SBIT( REN0, 0x98, 4 ) ; /* SCON.4 - RECEIVE ENABLE */ SBIT( SM2, 0x98, 5 ) ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ SBIT( MCE0, 0x98, 5 ) ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ SBIT( SM0, 0x98, 7 ) ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ SBIT( S0MODE, 0x98, 7 ) ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ /* P2 0xA0 */ SBIT( P2_0, 0xA0, 0 ) ; SBIT( P2_1, 0xA0, 1 ) ; SBIT( P2_2, 0xA0, 2 ) ; SBIT( P2_3, 0xA0, 3 ) ; SBIT( P2_4, 0xA0, 4 ) ; SBIT( P2_5, 0xA0, 5 ) ; SBIT( P2_6, 0xA0, 6 ) ; SBIT( P2_7, 0xA0, 7 ) ; /* IE 0xA8 */ SBIT( EX0, 0xA8, 0 ) ; /* IE.0 - EXTERNAL INTERRUPT 0 ENABLE */ SBIT( ET0, 0xA8, 1 ) ; /* IE.1 - TIMER 0 INTERRUPT ENABLE */ SBIT( EX1, 0xA8, 2 ) ; /* IE.2 - EXTERNAL INTERRUPT 1 ENABLE */ SBIT( ET1, 0xA8, 3 ) ; /* IE.3 - TIMER 1 INTERRUPT ENABLE */ SBIT( ES, 0xA8, 4 ) ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ SBIT( ES0, 0xA8, 4 ) ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ SBIT( ET2, 0xA8, 5 ) ; /* IE.5 - TIMER 2 INTERRUPT ENABLE */ SBIT( ESPI0, 0xA8, 6 ) ; /* IE.6 - SPI0 INTERRUPT ENABLE */ SBIT( EA, 0xA8, 7 ) ; /* IE.7 - GLOBAL INTERRUPT ENABLE */ /* P3 0xB0 */ SBIT( P3_0, 0xB0, 0 ) ; SBIT( P3_1, 0xB0, 1 ) ; SBIT( P3_2, 0xB0, 2 ) ; SBIT( P3_3, 0xB0, 3 ) ; SBIT( P3_4, 0xB0, 4 ) ; SBIT( P3_5, 0xB0, 5 ) ; SBIT( P3_6, 0xB0, 6 ) ; SBIT( P3_7, 0xB0, 7 ) ; /* IP 0xB8 */ SBIT( PX0, 0xB8, 0 ) ; /* IP.0 - EXTERNAL INTERRUPT 0 PRIORITY */ SBIT( PT0, 0xB8, 1 ) ; /* IP.1 - TIMER 0 PRIORITY */ SBIT( PX1, 0xB8, 2 ) ; /* IP.2 - EXTERNAL INTERRUPT 1 PRIORITY */ SBIT( PT1, 0xB8, 3 ) ; /* IP.3 - TIMER 1 PRIORITY */ SBIT( PS, 0xB8, 4 ) ; /* IP.4 - SERIAL PORT PRIORITY */ SBIT( PS0, 0xB8, 4 ) ; /* IP.4 - SERIAL PORT PRIORITY */ SBIT( PT2, 0xB8, 5 ) ; /* IP.5 - TIMER 2 PRIORITY */ SBIT( PSPI0, 0xB8, 6 ) ; /* IP.6 - SPI0 PRIORITY */ /* SMB0CN 0xC0 */ SBIT( SI, 0xC0, 0 ) ; /* SMB0CN.0 - SMBUS 0 INTERRUPT PENDING FLAG */ SBIT( ACK, 0xC0, 1 ) ; /* SMB0CN.1 - SMBUS 0 ACKNOWLEDGE FLAG */ SBIT( ARBLOST, 0xC0, 2 ) ; /* SMB0CN.2 - SMBUS 0 ARBITRATION LOST INDICATOR */ SBIT( ACKRQ, 0xC0, 3 ) ; /* SMB0CN.3 - SMBUS 0 ACKNOWLEDGE REQUEST */ SBIT( STO, 0xC0, 4 ) ; /* SMB0CN.4 - SMBUS 0 STOP FLAG */ SBIT( STA, 0xC0, 5 ) ; /* SMB0CN.5 - SMBUS 0 START FLAG */ SBIT( TXMODE, 0xC0, 6 ) ; /* SMB0CN.6 - SMBUS 0 TRANSMIT MODE INDICATOR */ SBIT( MASTER, 0xC0, 7 ) ; /* SMB0CN.7 - SMBUS 0 MASTER/SLAVE INDICATOR */ /* TMR2CN 0xC8 */ SBIT( T2XCLK, 0xC8, 0 ) ; /* TMR2CN.0 - TIMER 2 EXTERNAL CLOCK SELECT */ SBIT( TR2, 0xC8, 2 ) ; /* TMR2CN.2 - TIMER 2 ON/OFF CONTROL */ SBIT( T2SPLIT, 0xC8, 3 ) ; /* TMR2CN.3 - TIMER 2 SPLIT MODE ENABLE */ SBIT( TF2LEN, 0xC8, 5 ) ; /* TMR2CN.5 - TIMER 2 LOW BYTE INTERRUPT ENABLE */ SBIT( TF2L, 0xC8, 6 ) ; /* TMR2CN.6 - TIMER 2 LOW BYTE OVERFLOW FLAG */ SBIT( TF2, 0xC8, 7 ) ; /* TMR2CN.7 - TIMER 2 OVERFLOW FLAG */ SBIT( TF2H, 0xC8, 7 ) ; /* TMR2CN.7 - TIMER 2 HIGH BYTE OVERFLOW FLAG */ /* PSW 0xD0 */ SBIT( PARITY, 0xD0, 0 ) ; /* PSW.0 - ACCUMULATOR PARITY FLAG */ SBIT( F1, 0xD0, 1 ) ; /* PSW.1 - FLAG 1 */ SBIT( OV, 0xD0, 2 ) ; /* PSW.2 - OVERFLOW FLAG */ SBIT( RS0, 0xD0, 3 ) ; /* PSW.3 - REGISTER BANK SELECT 0 */ SBIT( RS1, 0xD0, 4 ) ; /* PSW.4 - REGISTER BANK SELECT 1 */ SBIT( F0, 0xD0, 5 ) ; /* PSW.5 - FLAG 0 */ SBIT( AC, 0xD0, 6 ) ; /* PSW.6 - AUXILIARY CARRY FLAG */ SBIT( CY, 0xD0, 7 ) ; /* PSW.7 - CARRY FLAG */ /* PCA0CN 0xD8 */ SBIT( CCF0, 0xD8, 0 ) ; /* PCA0CN.0 - PCA MODULE 0 CAPTURE/COMPARE FLAG */ SBIT( CCF1, 0xD8, 1 ) ; /* PCA0CN.1 - PCA MODULE 1 CAPTURE/COMPARE FLAG */ SBIT( CCF2, 0xD8, 2 ) ; /* PCA0CN.2 - PCA MODULE 2 CAPTURE/COMPARE FLAG */ SBIT( CCF3, 0xD8, 3 ) ; /* PCA0CN.3 - PCA MODULE 3 CAPTURE/COMPARE FLAG */ SBIT( CCF4, 0xD8, 4 ) ; /* PCA0CN.4 - PCA MODULE 4 CAPTURE/COMPARE FLAG */ SBIT( CR, 0xD8, 6 ) ; /* PCA0CN.6 - PCA COUNTER/TIMER RUN CONTROL */ SBIT( CF, 0xD8, 7 ) ; /* PCA0CN.7 - PCA COUNTER/TIMER OVERFLOW FLAG */ /* ADC0CN 0xE8 */ SBIT( AD0CM0, 0xE8, 0 ) ; /* ADC0CN.0 - ADC 0 START OF CONV. MODE BIT 0 */ SBIT( AD0CM1, 0xE8, 1 ) ; /* ADC0CN.1 - ADC 0 START OF CONV. MODE BIT 1 */ SBIT( AD0CM2, 0xE8, 2 ) ; /* ADC0CN.2 - ADC 0 START OF CONV. MODE BIT 2 */ SBIT( AD0WINT, 0xE8, 3 ) ; /* ADC0CN.3 - ADC 0 WINDOW COMPARE INT. FLAG */ SBIT( AD0BUSY, 0xE8, 4 ) ; /* ADC0CN.4 - ADC 0 BUSY FLAG */ SBIT( AD0INT, 0xE8, 5 ) ; /* ADC0CN.5 - ADC 0 CONV. COMPLETE INT. FLAG */ SBIT( AD0TM, 0xE8, 6 ) ; /* ADC0CN.6 - ADC 0 TRACK MODE */ SBIT( AD0EN, 0xE8, 7 ) ; /* ADC0CN.7 - ADC 0 ENABLE */ /* SPI0CN 0xF8 */ SBIT( SPIEN, 0xF8, 0 ) ; /* SPI0CN.0 - SPI0 ENABLE */ SBIT( TXBMT, 0xF8, 1 ) ; /* SPI0CN.1 - TRANSMIT BUFFER EMPTY */ SBIT( NSSMD0, 0xF8, 2 ) ; /* SPI0CN.2 - SLAVE SELECT MODE BIT 0 */ SBIT( NSSMD1, 0xF8, 3 ) ; /* SPI0CN.3 - SLAVE SELECT MODE BIT 1 */ SBIT( RXOVRN, 0xF8, 4 ) ; /* SPI0CN.4 - RECEIVE OVERRUN FLAG */ SBIT( MODF, 0xF8, 5 ) ; /* SPI0CN.5 - MODE FAULT FLAG */ SBIT( WCOL, 0xF8, 6 ) ; /* SPI0CN.6 - WRITE COLLISION FLAG */ SBIT( SPIF, 0xF8, 7 ) ; /* SPI0CN.7 - SPI0 INTERRUPT FLAG */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T1M 0x08 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define ECP0 0x20 /* EIE1 */ #define ECP1 0x40 /* EIE1 */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define CP0E 0x10 /* XBR0 */ #define CP0OEN 0x10 /* XBR0 */ #define CP0AE 0x20 /* XBR0 */ #define CP0AOEN 0x20 /* XBR0 */ #define CP1E 0x40 /* XBR0 */ #define CP1AE 0x80 /* XBR0 */ /* Interrupts */ #define INT_EXT0 0 /* External Interrupt 0 */ #define INT_TIMER0 1 /* Timer0 Overflow */ #define INT_EXT1 2 /* External Interrupt 1 */ #define INT_TIMER1 3 /* Timer1 Overflow */ #define INT_UART0 4 /* Serial Port 0 */ #define INT_TIMER2 5 /* Timer2 Overflow */ #define INT_SPI0 6 /* Serial Peripheral Interface 0 */ #define INT_SMBUS0 7 /* SMBus0 Interface */ /* 8 Reserved */ #define INT_ADC0_WINDOW 9 /* ADC0 Window Comparison */ #define INT_ADC0_EOC 10 /* ADC0 End Of Conversion */ #define INT_PCA0 11 /* PCA0 Peripheral */ #define INT_COMPARATOR0 12 /* Comparator0 */ #define INT_COMPARATOR1 13 /* Comparator1 */ #define INT_TIMER3 14 /* Timer3 Overflow */ #endif sdcc-2.9.0/device/include/mcs51/C8051T630.h000066400000000000000000000413031116427777700175220ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the SiLabs C8051T63x Processor Range Copyright (C) 2008 - Steven Borley, steven.borley@partnerelectronics.com This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef C8051T630_H #define C8051T630_H #include /* BYTE Registers */ SFR( P0, 0x80 ) ; /* PORT 0 */ SFR( SP, 0x81 ) ; /* STACK POINTER */ SFR( DPL, 0x82 ) ; /* DATA POINTER - LOW BYTE */ SFR( DPH, 0x83 ) ; /* DATA POINTER - HIGH BYTE */ SFR( TOFFL, 0x85 ) ; /* TEMPERATURE SENSOR OFFSET - LOW BYTE */ SFR( TOFFH, 0x86 ) ; /* TEMPERATURE SENSOR OFFSET - HIGH BYTE */ SFR( PCON, 0x87 ) ; /* POWER CONTROL */ SFR( TCON, 0x88 ) ; /* TIMER CONTROL */ SFR( TMOD, 0x89 ) ; /* TIMER MODE */ SFR( TL0, 0x8A ) ; /* TIMER 0 - LOW BYTE */ SFR( TL1, 0x8B ) ; /* TIMER 1 - LOW BYTE */ SFR( TH0, 0x8C ) ; /* TIMER 0 - HIGH BYTE */ SFR( TH1, 0x8D ) ; /* TIMER 1 - HIGH BYTE */ SFR( CKCON, 0x8E ) ; /* CLOCK CONTROL */ SFR( PSCTL, 0x8F ) ; /* PROGRAM STORE R/W CONTROL */ SFR( P1, 0x90 ) ; /* PORT 1 */ SFR( TMR3CN, 0x91 ) ; /* TIMER 3 CONTROL */ SFR( TMR3RLL, 0x92 ) ; /* TIMER 3 CAPTURE REGISTER - LOW BYTE */ SFR( TMR3RLH, 0x93 ) ; /* TIMER 3 CAPTURE REGISTER - HIGH BYTE */ SFR( TMR3L, 0x94 ) ; /* TIMER 3 - LOW BYTE */ SFR( TMR3H, 0x95 ) ; /* TIMER 3 - HIGH BYTE */ SFR( IDA0L, 0x96 ) ; /* CURRENT MODE DAC 0 - LOW BYTE */ SFR( IDA0H, 0x97 ) ; /* CURRENT MODE DAC 0 - HIGH BYTE */ SFR( SCON, 0x98 ) ; /* SERIAL PORT CONTROL */ SFR( SCON0, 0x98 ) ; /* SERIAL PORT CONTROL */ SFR( SBUF, 0x99 ) ; /* SERIAL PORT BUFFER */ SFR( SBUF0, 0x99 ) ; /* SERIAL PORT BUFFER */ SFR( CPT0CN, 0x9B ) ; /* COMPARATOR 0 CONTROL */ SFR( CPT0MD, 0x9D ) ; /* COMPARATOR 0 MODE SELECTION */ SFR( CPT0MX, 0x9F ) ; /* COMPARATOR 0 MUX SELECTION */ SFR( P2, 0xA0 ) ; /* PORT 2 */ SFR( SPI0CFG, 0xA1 ) ; /* SPI0 CONFIGURATION */ SFR( SPI0CKR, 0xA2 ) ; /* SPI0 CLOCK RATE CONTROL */ SFR( SPI0DAT, 0xA3 ) ; /* SPI0 DATA */ SFR( P0MDOUT, 0xA4 ) ; /* PORT 0 OUTPUT MODE CONFIGURATION */ SFR( P1MDOUT, 0xA5 ) ; /* PORT 1 OUTPUT MODE CONFIGURATION */ SFR( P2MDOUT, 0xA6 ) ; /* PORT 2 OUTPUT MODE CONFIGURATION */ SFR( IE, 0xA8 ) ; /* INTERRUPT ENABLE */ SFR( CLKSEL, 0xA9 ) ; /* SYSTEM CLOCK SELECT */ SFR( EMI0CN, 0xAA ) ; /* EXTERNAL MEMORY INTERFACE CONTROL */ SFR( _XPAGE, 0xAA ) ; /* XDATA/PDATA PAGE */ SFR( OSCXCN, 0xB1 ) ; /* EXTERNAL OSCILLATOR CONTROL */ SFR( OSCICN, 0xB2 ) ; /* INTERNAL OSCILLATOR CONTROL */ SFR( OSCICL, 0xB3 ) ; /* INTERNAL OSCILLATOR CALIBRATION */ SFR( IP, 0xB8 ) ; /* INTERRUPT PRIORITY */ SFR( IDA0CN, 0xB9 ) ; /* CURRENT MODE DAC 0 - CONTROL */ SFR( AMX0P, 0xBB ) ; /* ADC 0 MUX POSITIVE CHANNEL SELECTION */ SFR( ADC0CF, 0xBC ) ; /* ADC 0 CONFIGURATION */ SFR( ADC0L, 0xBD ) ; /* ADC 0 DATA WORD LSB */ SFR( ADC0H, 0xBE ) ; /* ADC 0 DATA WORD MSB */ SFR( SMB0CN, 0xC0 ) ; /* SMBUS CONTROL */ SFR( SMB0CF, 0xC1 ) ; /* SMBUS CONFIGURATION */ SFR( SMB0DAT, 0xC2 ) ; /* SMBUS DATA */ SFR( ADC0GTL, 0xC3 ) ; /* ADC 0 GREATER-THAN LOW BYTE */ SFR( ADC0GTH, 0xC4 ) ; /* ADC 0 GREATER-THAN HIGH BYTE */ SFR( ADC0LTL, 0xC5 ) ; /* ADC 0 LESS-THAN LOW BYTE */ SFR( ADC0LTH, 0xC6 ) ; /* ADC 0 LESS-THAN HIGH BYTE */ SFR( REG0CN, 0xC7 ) ; /* Voltage Regulator Control */ SFR( T2CON, 0xC8 ) ; /* TIMER 2 CONTROL */ SFR( TMR2CN, 0xC8 ) ; /* TIMER 2 CONTROL */ SFR( RCAP2L, 0xCA ) ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ SFR( TMR2RLL, 0xCA ) ; /* TIMER 2 CAPTURE REGISTER - LOW BYTE */ SFR( RCAP2H, 0xCB ) ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ SFR( TMR2RLH, 0xCB ) ; /* TIMER 2 CAPTURE REGISTER - HIGH BYTE */ SFR( TL2, 0xCC ) ; /* TIMER 2 - LOW BYTE */ SFR( TMR2L, 0xCC ) ; /* TIMER 2 - LOW BYTE */ SFR( TH2, 0xCD ) ; /* TIMER 2 - HIGH BYTE */ SFR( TMR2H, 0xCD ) ; /* TIMER 2 - HIGH BYTE */ SFR( PSW, 0xD0 ) ; /* PROGRAM STATUS WORD */ SFR( REF0CN, 0xD1 ) ; /* VOLTAGE REFERENCE 0 CONTROL */ SFR( P0SKIP, 0xD4 ) ; /* PORT 0 SKIP */ SFR( P1SKIP, 0xD5 ) ; /* PORT 1 SKIP */ SFR( SMB0ADR, 0xD7 ) ; /* SMBUS SLAVE ADDRESS */ SFR( PCA0CN, 0xD8 ) ; /* PCA CONTROL */ SFR( PCA0MD, 0xD9 ) ; /* PCA MODE */ SFR( PCA0CPM0, 0xDA ) ; /* PCA MODULE 0 MODE REGISTER */ SFR( PCA0CPM1, 0xDB ) ; /* PCA MODULE 1 MODE REGISTER */ SFR( PCA0CPM2, 0xDC ) ; /* PCA MODULE 2 MODE REGISTER */ SFR( ACC, 0xE0 ) ; /* ACCUMULATOR */ SFR( XBR0, 0xE1 ) ; /* PORT MUX CONFIGURATION REGISTER 0 */ SFR( XBR1, 0xE2 ) ; /* PORT MUX CONFIGURATION REGISTER 1 */ SFR( OSCLCN, 0xE3 ) ; /* LOW-FREQUENCY OSCILLATOR CONTROL */ SFR( IT01CF, 0xE4 ) ; /* INT0/INT1 CONFIGURATION REGISTER */ SFR( INT01CF, 0xE4 ) ; /* INT0/INT1 CONFIGURATION REGISTER */ SFR( EIE1, 0xE6 ) ; /* EXTERNAL INTERRUPT ENABLE 1 */ SFR( SMB0ADM, 0xE7 ) ; /* SMBUS SLAVE ADDRESS MASK */ SFR( ADC0CN, 0xE8 ) ; /* ADC 0 CONTROL */ SFR( PCA0CPL1, 0xE9 ) ; /* PCA CAPTURE 1 LOW */ SFR( PCA0CPH1, 0xEA ) ; /* PCA CAPTURE 1 HIGH */ SFR( PCA0CPL2, 0xEB ) ; /* PCA CAPTURE 2 LOW */ SFR( PCA0CPH2, 0xEC ) ; /* PCA CAPTURE 2 HIGH */ SFR( P1MAT, 0xED ) ; /* PORT 1 MATCH REGISTER */ SFR( P1MASK, 0xEE ) ; /* PORT 1 MASK REGISTER */ SFR( RSTSRC, 0xEF ) ; /* RESET SOURCE */ SFR( B, 0xF0 ) ; /* B REGISTER */ SFR( P0MODE, 0xF1 ) ; /* PORT 0 INPUT MODE CONFIGURATION */ SFR( P0MDIN, 0xF1 ) ; /* PORT 0 INPUT MODE CONFIGURATION */ SFR( P1MODE, 0xF2 ) ; /* PORT 1 INPUT MODE CONFIGURATION */ SFR( P1MDIN, 0xF2 ) ; /* PORT 1 INPUT MODE CONFIGURATION */ SFR( EIP1, 0xF6 ) ; /* EXTERNAL INTERRUPT PRIORITY REGISTER 1 */ SFR( PCA0PWM, 0xF7 ) ; /* PCA PWM CONFIGURATION */ SFR( SPI0CN, 0xF8 ) ; /* SPI0 CONTROL */ SFR( PCA0L, 0xF9 ) ; /* PCA COUNTER LOW */ SFR( PCA0H, 0xFA ) ; /* PCA COUNTER HIGH */ SFR( PCA0CPL0, 0xFB ) ; /* PCA CAPTURE 0 LOW */ SFR( PCA0CPH0, 0xFC ) ; /* PCA CAPTURE 0 HIGH */ SFR( P0MAT, 0xFD ) ; /* PORT 0 MATCH REGISTER */ SFR( P0MASK, 0xFE ) ; /* PORT 0 MASK REGISTER */ SFR( VDM0CN, 0xFF ) ; /* VDD MONITOR CONTROL */ /* WORD/DWORD Registers */ SFR16E( TOFF, 0x8685 ) ; /* TEMPERATURE SENSOR OFFSET WORD */ SFR16E( TMR0, 0x8C8A ) ; /* TIMER 0 COUNTER */ SFR16E( TMR1, 0x8D8B ) ; /* TIMER 1 COUNTER */ SFR16E( TMR2, 0xCDCC ) ; /* TIMER 2 COUNTER */ SFR16E( RCAP2, 0xCBCA ) ; /* TIMER 2 CAPTURE REGISTER WORD */ SFR16E( TMR2RL, 0xCBCA ) ; /* TIMER 2 CAPTURE REGISTER WORD */ SFR16E( TMR3, 0x9594 ) ; /* TIMER 3 COUNTER */ SFR16E( TMR3RL, 0x9392 ) ; /* TIMER 3 CAPTURE REGISTER WORD */ SFR16E( IDA0, 0x9796 ) ; /* CURRENT MODE DAC 0 DATA WORD */ SFR16E( ADC0, 0xBEBD ) ; /* ADC 0 DATA WORD */ SFR16E( ADC0GT, 0xC4C3 ) ; /* ADC 0 GREATER-THAN REGISTER WORD */ SFR16E( ADC0LT, 0xC6C5 ) ; /* ADC 0 LESS-THAN REGISTER WORD */ SFR16E( PCA0, 0xFAF9 ) ; /* PCA COUNTER */ SFR16E( PCA0CP0, 0xFCFB ) ; /* PCA CAPTURE 0 WORD */ SFR16E( PCA0CP1, 0xEAE9 ) ; /* PCA CAPTURE 1 WORD */ SFR16E( PCA0CP2, 0xECEB ) ; /* PCA CAPTURE 2 WORD */ /* BIT Registers */ /* P0 0x80 */ SBIT( P0_0, 0x80, 0 ) ; SBIT( P0_1, 0x80, 1 ) ; SBIT( P0_2, 0x80, 2 ) ; SBIT( P0_3, 0x80, 3 ) ; SBIT( P0_4, 0x80, 4 ) ; SBIT( P0_5, 0x80, 5 ) ; SBIT( P0_6, 0x80, 6 ) ; SBIT( P0_7, 0x80, 7 ) ; /* TCON 0x88 */ SBIT( IT0, 0x88, 0 ) ; /* TCON.0 - EXT. INTERRUPT 0 TYPE */ SBIT( IE0, 0x88, 1 ) ; /* TCON.1 - EXT. INTERRUPT 0 EDGE FLAG */ SBIT( IT1, 0x88, 2 ) ; /* TCON.2 - EXT. INTERRUPT 1 TYPE */ SBIT( IE1, 0x88, 3 ) ; /* TCON.3 - EXT. INTERRUPT 1 EDGE FLAG */ SBIT( TR0, 0x88, 4 ) ; /* TCON.4 - TIMER 0 ON/OFF CONTROL */ SBIT( TF0, 0x88, 5 ) ; /* TCON.5 - TIMER 0 OVERFLOW FLAG */ SBIT( TR1, 0x88, 6 ) ; /* TCON.6 - TIMER 1 ON/OFF CONTROL */ SBIT( TF1, 0x88, 7 ) ; /* TCON.7 - TIMER 1 OVERFLOW FLAG */ /* P1 0x90 */ SBIT( P1_0, 0x90, 0 ) ; SBIT( P1_1, 0x90, 1 ) ; SBIT( P1_2, 0x90, 2 ) ; SBIT( P1_3, 0x90, 3 ) ; SBIT( P1_4, 0x90, 4 ) ; SBIT( P1_5, 0x90, 5 ) ; SBIT( P1_6, 0x90, 6 ) ; SBIT( P1_7, 0x90, 7 ) ; /* SCON 0x98 */ SBIT( RI, 0x98, 0 ) ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ SBIT( RI0, 0x98, 0 ) ; /* SCON.0 - RECEIVE INTERRUPT FLAG */ SBIT( TI, 0x98, 1 ) ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ SBIT( TI0, 0x98, 1 ) ; /* SCON.1 - TRANSMIT INTERRUPT FLAG */ SBIT( RB8, 0x98, 2 ) ; /* SCON.2 - RECEIVE BIT 8 */ SBIT( RB80, 0x98, 2 ) ; /* SCON.2 - RECEIVE BIT 8 */ SBIT( TB8, 0x98, 3 ) ; /* SCON.3 - TRANSMIT BIT 8 */ SBIT( TB80, 0x98, 3 ) ; /* SCON.3 - TRANSMIT BIT 8 */ SBIT( REN, 0x98, 4 ) ; /* SCON.4 - RECEIVE ENABLE */ SBIT( REN0, 0x98, 4 ) ; /* SCON.4 - RECEIVE ENABLE */ SBIT( SM2, 0x98, 5 ) ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ SBIT( MCE0, 0x98, 5 ) ; /* SCON.5 - MULTIPROCESSOR COMMUNICATION ENABLE */ SBIT( SM0, 0x98, 7 ) ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ SBIT( S0MODE, 0x98, 7 ) ; /* SCON.7 - SERIAL MODE CONTROL BIT 0 */ /* P2 0xA0 */ SBIT( P2_0, 0xA0, 0 ) ; SBIT( P2_1, 0xA0, 1 ) ; SBIT( P2_2, 0xA0, 2 ) ; SBIT( P2_3, 0xA0, 3 ) ; SBIT( P2_4, 0xA0, 4 ) ; SBIT( P2_5, 0xA0, 5 ) ; SBIT( P2_6, 0xA0, 6 ) ; SBIT( P2_7, 0xA0, 7 ) ; /* IE 0xA8 */ SBIT( EX0, 0xA8, 0 ) ; /* IE.0 - EXTERNAL INTERRUPT 0 ENABLE */ SBIT( ET0, 0xA8, 1 ) ; /* IE.1 - TIMER 0 INTERRUPT ENABLE */ SBIT( EX1, 0xA8, 2 ) ; /* IE.2 - EXTERNAL INTERRUPT 1 ENABLE */ SBIT( ET1, 0xA8, 3 ) ; /* IE.3 - TIMER 1 INTERRUPT ENABLE */ SBIT( ES, 0xA8, 4 ) ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ SBIT( ES0, 0xA8, 4 ) ; /* IE.4 - SERIAL PORT INTERRUPT ENABLE */ SBIT( ET2, 0xA8, 5 ) ; /* IE.5 - TIMER 2 INTERRUPT ENABLE */ SBIT( ESPI0, 0xA8, 6 ) ; /* IE.6 - SPI0 INTERRUPT ENABLE */ SBIT( EA, 0xA8, 7 ) ; /* IE.7 - GLOBAL INTERRUPT ENABLE */ /* IP 0xB8 */ SBIT( PX0, 0xB8, 0 ) ; /* IP.0 - EXTERNAL INTERRUPT 0 PRIORITY */ SBIT( PT0, 0xB8, 1 ) ; /* IP.1 - TIMER 0 PRIORITY */ SBIT( PX1, 0xB8, 2 ) ; /* IP.2 - EXTERNAL INTERRUPT 1 PRIORITY */ SBIT( PT1, 0xB8, 3 ) ; /* IP.3 - TIMER 1 PRIORITY */ SBIT( PS, 0xB8, 4 ) ; /* IP.4 - SERIAL PORT PRIORITY */ SBIT( PS0, 0xB8, 4 ) ; /* IP.4 - SERIAL PORT PRIORITY */ SBIT( PT2, 0xB8, 5 ) ; /* IP.5 - TIMER 2 PRIORITY */ SBIT( PSPI0, 0xB8, 6 ) ; /* IP.6 - SPI0 PRIORITY */ /* SMB0CN 0xC0 */ SBIT( SI, 0xC0, 0 ) ; /* SMB0CN.0 - SMBUS 0 INTERRUPT PENDING FLAG */ SBIT( ACK, 0xC0, 1 ) ; /* SMB0CN.1 - SMBUS 0 ACKNOWLEDGE FLAG */ SBIT( ARBLOST, 0xC0, 2 ) ; /* SMB0CN.2 - SMBUS 0 ARBITRATION LOST INDICATOR */ SBIT( ACKRQ, 0xC0, 3 ) ; /* SMB0CN.3 - SMBUS 0 ACKNOWLEDGE REQUEST */ SBIT( STO, 0xC0, 4 ) ; /* SMB0CN.4 - SMBUS 0 STOP FLAG */ SBIT( STA, 0xC0, 5 ) ; /* SMB0CN.5 - SMBUS 0 START FLAG */ SBIT( TXMODE, 0xC0, 6 ) ; /* SMB0CN.6 - SMBUS 0 TRANSMIT MODE INDICATOR */ SBIT( MASTER, 0xC0, 7 ) ; /* SMB0CN.7 - SMBUS 0 MASTER/SLAVE INDICATOR */ /* TMR2CN 0xC8 */ SBIT( T2XCLK, 0xC8, 0 ) ; /* TMR2CN.0 - TIMER 2 EXTERNAL CLOCK SELECT */ SBIT( TR2, 0xC8, 2 ) ; /* TMR2CN.2 - TIMER 2 ON/OFF CONTROL */ SBIT( T2SPLIT, 0xC8, 3 ) ; /* TMR2CN.3 - TIMER 2 SPLIT MODE ENABLE */ SBIT( TF2CEN, 0xC8, 5 ) ; /* TMR2CN.5 - TIMER 2 LOW-FREQ OSC CAPTURE ENABLE*/ SBIT( TF2LEN, 0xC8, 5 ) ; /* TMR2CN.5 - TIMER 2 LOW BYTE INTERRUPT ENABLE */ SBIT( TF2L, 0xC8, 6 ) ; /* TMR2CN.6 - TIMER 2 LOW BYTE OVERFLOW FLAG */ SBIT( TF2, 0xC8, 7 ) ; /* TMR2CN.7 - TIMER 2 OVERFLOW FLAG */ SBIT( TF2H, 0xC8, 7 ) ; /* TMR2CN.7 - TIMER 2 HIGH BYTE OVERFLOW FLAG */ /* PSW 0xD0 */ SBIT( PARITY, 0xD0, 0 ) ; /* PSW.0 - ACCUMULATOR PARITY FLAG */ SBIT( F1, 0xD0, 1 ) ; /* PSW.1 - FLAG 1 */ SBIT( OV, 0xD0, 2 ) ; /* PSW.2 - OVERFLOW FLAG */ SBIT( RS0, 0xD0, 3 ) ; /* PSW.3 - REGISTER BANK SELECT 0 */ SBIT( RS1, 0xD0, 4 ) ; /* PSW.4 - REGISTER BANK SELECT 1 */ SBIT( F0, 0xD0, 5 ) ; /* PSW.5 - FLAG 0 */ SBIT( AC, 0xD0, 6 ) ; /* PSW.6 - AUXILIARY CARRY FLAG */ SBIT( CY, 0xD0, 7 ) ; /* PSW.7 - CARRY FLAG */ /* PCA0CN 0xD8 */ SBIT( CCF0, 0xD8, 0 ) ; /* PCA0CN.0 - PCA MODULE 0 CAPTURE/COMPARE FLAG */ SBIT( CCF1, 0xD8, 1 ) ; /* PCA0CN.1 - PCA MODULE 1 CAPTURE/COMPARE FLAG */ SBIT( CCF2, 0xD8, 2 ) ; /* PCA0CN.2 - PCA MODULE 2 CAPTURE/COMPARE FLAG */ SBIT( CR, 0xD8, 6 ) ; /* PCA0CN.6 - PCA COUNTER/TIMER RUN CONTROL */ SBIT( CF, 0xD8, 7 ) ; /* PCA0CN.7 - PCA COUNTER/TIMER OVERFLOW FLAG */ /* ADC0CN 0xE8 */ SBIT( AD0CM0, 0xE8, 0 ) ; /* ADC0CN.0 - ADC 0 START OF CONV. MODE BIT 0 */ SBIT( AD0CM1, 0xE8, 1 ) ; /* ADC0CN.1 - ADC 0 START OF CONV. MODE BIT 1 */ SBIT( AD0CM2, 0xE8, 2 ) ; /* ADC0CN.2 - ADC 0 START OF CONV. MODE BIT 2 */ SBIT( AD0WINT, 0xE8, 3 ) ; /* ADC0CN.3 - ADC 0 WINDOW COMPARE INT. FLAG */ SBIT( AD0BUSY, 0xE8, 4 ) ; /* ADC0CN.4 - ADC 0 BUSY FLAG */ SBIT( AD0INT, 0xE8, 5 ) ; /* ADC0CN.5 - ADC 0 CONV. COMPLETE INT. FLAG */ SBIT( AD0TM, 0xE8, 6 ) ; /* ADC0CN.6 - ADC 0 TRACK MODE */ SBIT( AD0EN, 0xE8, 7 ) ; /* ADC0CN.7 - ADC 0 ENABLE */ /* SPI0CN 0xF8 */ SBIT( SPIEN, 0xF8, 0 ) ; /* SPI0CN.0 - SPI0 ENABLE */ SBIT( TXBMT, 0xF8, 1 ) ; /* SPI0CN.1 - TRANSMIT BUFFER EMPTY */ SBIT( NSSMD0, 0xF8, 2 ) ; /* SPI0CN.2 - SLAVE SELECT MODE BIT 0 */ SBIT( NSSMD1, 0xF8, 3 ) ; /* SPI0CN.3 - SLAVE SELECT MODE BIT 1 */ SBIT( RXOVRN, 0xF8, 4 ) ; /* SPI0CN.4 - RECEIVE OVERRUN FLAG */ SBIT( MODF, 0xF8, 5 ) ; /* SPI0CN.5 - MODE FAULT FLAG */ SBIT( WCOL, 0xF8, 6 ) ; /* SPI0CN.6 - WRITE COLLISION FLAG */ SBIT( SPIF, 0xF8, 7 ) ; /* SPI0CN.7 - SPI0 INTERRUPT FLAG */ /* Predefined SFR Bit Masks */ #define PCON_IDLE 0x01 /* PCON */ #define PCON_STOP 0x02 /* PCON */ #define T1M 0x08 /* CKCON */ #define PSWE 0x01 /* PSCTL */ #define PSEE 0x02 /* PSCTL */ #define ECP0 0x20 /* EIE1 */ #define PORSF 0x02 /* RSTSRC */ #define SWRSF 0x10 /* RSTSRC */ #define ECCF 0x01 /* PCA0CPMn */ #define PWM 0x02 /* PCA0CPMn */ #define TOG 0x04 /* PCA0CPMn */ #define MAT 0x08 /* PCA0CPMn */ #define CAPN 0x10 /* PCA0CPMn */ #define CAPP 0x20 /* PCA0CPMn */ #define ECOM 0x40 /* PCA0CPMn */ #define PWM16 0x80 /* PCA0CPMn */ #define CP0E 0x10 /* XBR0 */ #define CP0OEN 0x10 /* XBR0 */ #define CP0AE 0x20 /* XBR0 */ #define CP0AOEN 0x20 /* XBR0 */ /* Interrupts */ #define INT_EXT0 0 /* External Interrupt 0 */ #define INT_TIMER0 1 /* Timer0 Overflow */ #define INT_EXT1 2 /* External Interrupt 1 */ #define INT_TIMER1 3 /* Timer1 Overflow */ #define INT_UART0 4 /* Serial Port 0 */ #define INT_TIMER2 5 /* Timer2 Overflow */ #define INT_SPI0 6 /* Serial Peripheral Interface 0 */ #define INT_SMBUS0 7 /* SMBus0 Interface */ #define INT_PMAT 8 /* Port match */ #define INT_ADC0_WINDOW 9 /* ADC0 Window Comparison */ #define INT_ADC0_EOC 10 /* ADC0 End Of Conversion */ #define INT_PCA0 11 /* PCA0 Peripheral */ #define INT_COMPARATOR0 12 /* Comparator0 */ /* 13 Reserved */ #define INT_TIMER3 14 /* Timer3 Overflow */ #endif sdcc-2.9.0/device/include/mcs51/P89LPC901.h000066400000000000000000000107051116427777700176200ustar00rootroot00000000000000/*-------------------------------------------------------------------------- P89LPC901.H (English) This header allows to use the microcontroler Philips P89LPC901 with the compiler SDCC. Copyright (c) 2005 Omar Espinosa--e-mail: opiedrahita2003 AT yahoo.com. This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA (Spanish-Español) Archivo encabezador para el ucontrolador Philips P89LPC901. Derechos de copy (DC) 2005. OMAR ESPINOSA P. E-mail: opiedrahita2003 AT yahoo.com Uso libre --------------------------------------------------------------------------*/ #ifndef __REG901_H__ #define __REG901_H__ /* BYTE Registers */ __sfr __at (0x80) P0 ; __sfr __at (0x84) P0M1 ; __sfr __at (0x85) P0M2 ; __sfr __at (0x90) P1 ; __sfr __at (0x91) P1M1 ; __sfr __at (0x92) P1M2 ; __sfr __at (0xB0) P3 ; __sfr __at (0xB1) P3M1 ; __sfr __at (0xB2) P3M2 ; //------------------ __sfr __at (0xD0) PSW ; __sfr __at (0xE0) ACC ; __sfr __at (0xF0) B ; __sfr __at (0x81) SP ; __sfr __at (0x82) DPL ; __sfr __at (0x83) DPH ; //------------------ __sfr __at (0xA2) AUXR1 ; __sfr __at (0xAC) CMP1 ; __sfr __at (0x95) DIVM ; __sfr __at (0xE7) FMADRH ; __sfr __at (0xE6) FMADRL ; __sfr __at (0xE4) FMCON ; __sfr __at (0xE5) FMDATA ; __sfr __at (0xA8) IEN0 ; __sfr __at (0xE8) IEN1 ; __sfr __at (0xB8) IP0 ; __sfr __at (0xB7) IP0H ; __sfr __at (0xF8) IP1 ; __sfr __at (0xF7) IP1H ; __sfr __at (0x94) KBCON ; __sfr __at (0x86) KBMASK ; __sfr __at (0x93) KBPATN ; __sfr __at (0x87) PCON ; __sfr __at (0xB5) PCONA ; __sfr __at (0xB6) PCONB ; __sfr __at (0xF6) PT0AD ; __sfr __at (0xDF) RSTSRC ; __sfr __at (0xD1) RTCCON ; __sfr __at (0xD2) RTCH ; __sfr __at (0xD3) RTCL ; __sfr __at (0x8F) TAMOD ; __sfr __at (0x88) TCON ; __sfr __at (0x8A) TL0 ; __sfr __at (0x8B) TL1 ; __sfr __at (0x8C) TH0 ; __sfr __at (0x8D) TH1 ; __sfr __at (0x89) TMOD ; __sfr __at (0x96) TRIM ; __sfr __at (0xA7) WDCON ; __sfr __at (0xC1) WDL ; __sfr __at (0xC2) WFEED1 ; __sfr __at (0xC3) WFEED2 ; /* BIT Registers */ /* PSW */ __sbit __at (0xD7) PSW_7; __sbit __at (0xD6) PSW_6; __sbit __at (0xD5) PSW_5; __sbit __at (0xD4) PSW_4; __sbit __at (0xD3) PSW_3; __sbit __at (0xD2) PSW_2; __sbit __at (0xD1) PSW_1; __sbit __at (0xD0) PSW_0; #define CY PSW_7 #define AC PSW_6 #define F0 PSW_5 #define RS1 PSW_4 #define RS0 PSW_3 #define OV PSW_2 #define F1 PSW_1 #define P PSW_0 /* TCON */ __sbit __at (0x8F) TCON_7; __sbit __at (0x8E) TCON_6; __sbit __at (0x8D) TCON_5; __sbit __at (0x8C) TCON_4; #define TF1 TCON_7 #define TR1 TCON_6 #define TF0 TCON_5 #define TR0 TCON_4 /* IEN0 */ __sbit __at (0xAF) IEN0_7; __sbit __at (0xAE) IEN0_6; __sbit __at (0xAD) IEN0_5; __sbit __at (0xAB) IEN0_3; __sbit __at (0xA9) IEN0_1; #define EA IEN0_7 #define EWDRT IEN0_6 #define EBO IEN0_5 #define ET1 IEN0_3 #define ET0 IEN0_1 /* IEN1 */ __sbit __at (0xEA) IEN1_2; __sbit __at (0xE9) IEN1_1; #define EC IEN1_2 #define EKBI IEN1_1 /* IP0 */ __sbit __at (0xBE) IP0_6; __sbit __at (0xBD) IP0_5; __sbit __at (0xBB) IP0_3; __sbit __at (0xB9) IP0_1; #define PWDRT IP0_6 #define PB0 IP0_5 #define PT1 IP0_3 #define PT0 IP0_1 /* P0 */ __sbit __at (0x85) P0_5; __sbit __at (0x84) P0_4; #define KB5 P0_5 #define CMPREF P0_5 #define KB4 P0_4 #define CIN1A P0_4 /* P1 */ __sbit __at (0x95) P1_5; __sbit __at (0x92) P1_2; #define RST P1_5 #define T0 P1_2 /* P3 */ __sbit __at (0xB1) P3_1; __sbit __at (0xB0) P3_0; #define XTAL1 P3_1 #define XTAL2 P3_0 #endif sdcc-2.9.0/device/include/mcs51/P89LPC922.h000066400000000000000000000156301116427777700176250ustar00rootroot00000000000000/*------------------------------------------------------------------//-------- P89LPC922.H (English) This header allows to use the microcontroler Philips P89LPC922 with the compiler SDCC. Copyright (c) 2005 Omar Espinosa--e-mail: opiedrahita2003 AT yahoo.com. This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA (Spanish-Español) Archivo encabezador para el ucontrolador Philips P89LPC922. Derechos de copy (DC) 2005. OMAR ESPINOSA P. E-mail: opiedrahita2003 AT yahoo.com Uso libre //------------------------------------------------------------------//--//------*/ #ifndef __REG922_H__ #define __REG922_H__ //* BYTE Registers *// __sfr __at (0x80) P0 ; __sfr __at (0x90) P1 ; __sfr __at (0xB0) P3 ; __sfr __at (0xD0) PSW ; __sfr __at (0xE0) ACC ; __sfr __at (0xF0) B ; __sfr __at (0x81) SP ; __sfr __at (0x82) DPL ; __sfr __at (0x83) DPH ; __sfr __at (0x87) PCON ; __sfr __at (0x88) TCON ; __sfr __at (0x89) TMOD ; __sfr __at (0x8A) TL0 ; __sfr __at (0x8B) TL1 ; __sfr __at (0x8C) TH0 ; __sfr __at (0x8D) TH1 ; __sfr __at (0xA8) IEN0 ; __sfr __at (0xB8) IP0 ; __sfr __at (0x98) SCON ; __sfr __at (0x99) SBUF ; __sfr __at (0xA2) AUXR1 ; __sfr __at (0xA9) SADDR ; __sfr __at (0xB9) SADEN ; __sfr __at (0xBE) BRGR0 ; __sfr __at (0xBF) BRGR1 ; __sfr __at (0xBD) BRGCON ; __sfr __at (0xAC) CMP1 ; __sfr __at (0xAD) CMP2 ; __sfr __at (0x95) DIVM ; __sfr __at (0xE7) FMADRH ; __sfr __at (0xE6) FMADRL ; __sfr __at (0xE4) FMCON ; __sfr __at (0xE5) FMDATA ; __sfr __at (0xDB) I2ADR ; __sfr __at (0xD8) I2CON ; __sfr __at (0xDA) I2DAT ; __sfr __at (0xDD) I2SCLH ; __sfr __at (0xDC) I2SCLL ; __sfr __at (0xD9) I2STAT ; __sfr __at (0xF8) IP1 ; __sfr __at (0xF7) IP1H ; __sfr __at (0x94) KBCON ; __sfr __at (0x86) KBMASK ; __sfr __at (0x93) KBPATN ; __sfr __at (0x84) P0M1 ; __sfr __at (0x85) P0M2 ; __sfr __at (0x91) P1M1 ; __sfr __at (0x92) P1M2 ; __sfr __at (0xB1) P3M1 ; __sfr __at (0xB2) P3M2 ; __sfr __at (0xB5) PCONA ; __sfr __at (0xF6) PT0AD ; __sfr __at (0xDF) RSTSRC ; __sfr __at (0xD1) RTCCON ; __sfr __at (0xD2) RTCH ; __sfr __at (0xD3) RTCL ; __sfr __at (0xBA) SSTAT ; __sfr __at (0x8F) TAMOD ; __sfr __at (0x96) TRIM ; __sfr __at (0xA7) WDCON ; __sfr __at (0xC1) WDL ; __sfr __at (0xC2) WFEED1 ; __sfr __at (0xC3) WFEED2 ; __sfr __at (0xB7) IP0H ; __sfr __at (0xE8) IEN1 ; /* BIT Registers */ /* PSW */ __sbit __at (0xD0) PSW_0 ; __sbit __at (0xD1) PSW_1 ; __sbit __at (0xD2) PSW_2 ; __sbit __at (0xD3) PSW_3 ; __sbit __at (0xD4) PSW_4 ; __sbit __at (0xD5) PSW_5 ; __sbit __at (0xD6) PSW_6 ; __sbit __at (0xD7) PSW_7 ; #define CY PSW_7 #define AC PSW_6 #define F0 PSW_5 #define RS1 PSW_4 #define RS0 PSW_3 #define OV PSW_2 #define F1 PSW_1 #define P PSW_0 /* TCON */ __sbit __at (0x8F) TCON_7 ; __sbit __at (0x8E) TCON_6 ; __sbit __at (0x8D) TCON_5 ; __sbit __at (0x8C) TCON_4 ; __sbit __at (0x8B) TCON_3 ; __sbit __at (0x8A) TCON_2 ; __sbit __at (0x89) TCON_1 ; __sbit __at (0x88) TCON_0 ; #define TF1 TCON_7 #define TR1 TCON_6 #define TF0 TCON_5 #define TR0 TCON_4 #define IE1 TCON_3 #define IT1 TCON_2 #define IE0 TCON_1 #define IT0 TCON_0 /* IEN0 */ __sbit __at (0xAF) IEN0_7 ; __sbit __at (0xAE) IEN0_6 ; __sbit __at (0xAD) IEN0_5 ; __sbit __at (0xAC) IEN0_4 ; __sbit __at (0xAB) IEN0_3 ; __sbit __at (0xAA) IEN0_2 ; __sbit __at (0xA9) IEN0_1 ; __sbit __at (0xA8) IEN0_0 ; #define EA IEN0_7 #define EWDRT IEN0_6 #define EBO IEN0_5 #define ES IEN0_4 // alternatively "ESR" #define ESR IEN0_4 #define ET1 IEN0_3 #define EX1 IEN0_2 #define ET0 IEN0_1 #define EX0 IEN0_0 /* IEN1 */ __sbit __at (0xEA) IEN1_2 ; __sbit __at (0xE9) IEN1_1 ; __sbit __at (0xE8) IEN1_0 ; #define EC IEN1_2 #define EKBI IEN1_1 #define EI2C IEN1_0 /* IP1 */ __sbit __at (0xFE) IP1_6 ; __sbit __at (0xFA) IP1_2 ; __sbit __at (0xF9) IP1_1 ; __sbit __at (0xF8) IP1_0 ; #define PST IP1_6 #define PC IP1_2 #define PKBI IP1_1 #define PI2C IP1_0 /* IP0 */ __sbit __at (0xBE) IP0_6 ; __sbit __at (0xBD) IP0_5 ; __sbit __at (0xBC) IP0_4 ; // alternatively "PSR" __sbit __at (0xBB) IP0_3 ; __sbit __at (0xBA) IP0_2 ; __sbit __at (0xB9) IP0_1 ; __sbit __at (0xB8) IP0_0 ; #define PWDRT IP0_6 #define PBO IP0_5 #define PS IP0_4 // alternatively "PSR" #define PSR IP0_4 #define PT1 IP0_3 #define PX1 IP0_2 #define PT0 IP0_1 #define PX0 IP0_0 /* SCON */ __sbit __at (0x98) SCON_0 ; __sbit __at (0x99) SCON_1 ; __sbit __at (0x9A) SCON_2 ; __sbit __at (0x9B) SCON_3 ; __sbit __at (0x9C) SCON_4 ; __sbit __at (0x9D) SCON_5 ; __sbit __at (0x9E) SCON_6 ; __sbit __at (0x9F) SCON_7 ; #define SM0 SCON_7 // alternatively "FE" #define FE SCON_7 #define SM1 SCON_6 #define SM2 SCON_5 #define REN SCON_4 #define TB8 SCON_3 #define RB8 SCON_2 #define TI SCON_1 #define RI SCON_0 /* I2CON */ __sbit __at (0xDE) I2CON_6 ; __sbit __at (0xDD) I2CON_5 ; __sbit __at (0xDC) I2CON_4 ; __sbit __at (0xDB) I2CON_3 ; __sbit __at (0xDA) I2CON_2 ; __sbit __at (0xD8) I2CON_0 ; #define I2EN I2CON_6 #define STA I2CON_5 #define STO I2CON_4 #define SI I2CON_3 #define AA I2CON_2 #define CRSEL I2CON_0 /* P0 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; #define KB7 P0_7 // alternatively "T1" #define T1 P0_7 #define KB6 P0_6 // alternatively "CMP1" #define CMP1 P0_6 #define KB5 P0_5 #define KB4 P0_4 #define KB3 P0_3 #define KB2 P0_2 #define KB1 P0_1 #define KB0 P0_0 // alternatively "CMP2" #define CMP2 P0_0 /* P1 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x97) P1_7 ; #define RST P1_5 #define INT1 P1_4 #define INT0 P1_3 // alternatively "SDA" #define SDA P1_3 #define T0 P1_2 // alternatively "SCL" #define SCL P1_2 #define RxD P1_1 #define TxD P1_0 /* P3 */ __sbit __at (0xB0) P3_0 ; __sbit __at (0xB1) P3_1 ; #define XTAL1 P3_1 #define XTAL2 P3_0 #endif sdcc-2.9.0/device/include/mcs51/P89LPC925.h000066400000000000000000000274201116427777700176300ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for NXP P89LPC924 and P89LPC925 (Based on datasheet Rev. 03 — 15 December 2004) Written By - Jesus Calvino-Fraga / jesusc at ece.ubc.ca (February 2007) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option); any later version This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REG_P89LPC925_H #define REG_P89LPC925_H #include SFR(ACC, 0xE0); // Accumulator SBIT(ACC_7, 0xE0, 7); SBIT(ACC_6, 0xE0, 6); SBIT(ACC_5, 0xE0, 5); SBIT(ACC_4, 0xE0, 4); SBIT(ACC_3, 0xE0, 3); SBIT(ACC_2, 0xE0, 2); SBIT(ACC_1, 0xE0, 1); SBIT(ACC_0, 0xE0, 0); SFR(ADCON1, 0x97); // A/D control register 1 #define ENBI1 0x80 #define ENADCI1 0x40 #define TMM1 0x20 #define EDGE1 0x10 #define ADCI1 0x08 #define ENADC1 0x04 #define ADCS11 0x02 #define ADCS10 0x01 SFR(ADINS, 0xA3); // A/D input select #define ADI13 0x80 #define ADI12 0x40 #define ADI11 0x20 #define ADI10 0x10 SFR(ADMODA, 0xC0); // A/D mode register A #define BNDI1 0x80 #define BURST1 0x40 #define SCC1 0x20 #define SCAN1 0x10 SFR(ADMODB, 0xA1); // A/D mode register B #define CLK2 0x80 #define CLK1 0x40 #define CLK0 0x20 #define ENDAC1 0x08 #define BSA1 0x02 SFR(AD1BH, 0xC4); // A/D_1 boundary high register SFR(AD1BL, 0xBC); // A/D_1 boundary low register SFR(AD1DAT0, 0xD5); // A/D_1 data register 0 SFR(AD1DAT1, 0xD6); // A/D_1 data register 1 SFR(AD1DAT2, 0xD7); // A/D_1 data register 2 SFR(AD1DAT3, 0xF5); // A/D_1 data register 3 SFR(AUXR1, 0xA2); // Auxiliary function register #define CLKLP 0x80 #define EBRR 0x40 #define ENT1 0x20 #define ENT0 0x10 #define SRST 0x08 #define DPS 0x01 SFR(B, 0xF0); // B register SBIT(B_7, 0xF0, 7); SBIT(B_6, 0xF0, 6); SBIT(B_5, 0xF0, 5); SBIT(B_4, 0xF0, 4); SBIT(B_3, 0xF0, 3); SBIT(B_2, 0xF0, 2); SBIT(B_1, 0xF0, 1); SBIT(B_0, 0xF0, 0); SFR(BRGR0, 0xBE); // Baud rate generator rate LOW SFR(BRGR1, 0xBF); // Baud rate generator rate HIGH SFR(BRGCON, 0xBD); // Baud rate generator control #define SBRGS 0x02 #define BRGEN 0x01 SFR(CMP1, 0xAC); // Comparator1 control register #define CE1 0x20 #define CP1 0x10 #define CN1 0x08 #define OE1 0x04 #define CO1 0x02 #define CMF1 0x01 SFR(CMP2, 0xAD); // Comparator2 control register #define CE2 0x20 #define CP2 0x10 #define CN2 0x08 #define OE2 0x04 #define CO2 0x02 #define CMF2 0x01 SFR(DIVM, 0x95); // CPU clock divide-by-M control SFR(DPH, 0x83); // Data pointer HIGH SFR(DPL, 0x82); // Data pointer LOW SFR(FMADRH, 0xE7); // Program Flash address HIGH SFR(FMADRL, 0xE6); // Program Flash address LOW SFR(FMCON, 0xE4); // Program Flash control (Read) #define BUSY 0x80 #define HVA 0x08 #define HVE 0x04 #define SV 0x02 #define OI 0x01 SFR(FMCON, 0xE4); // Program Flash control (Write) #define FMCMD_7 0x80 #define FMCMD_6 0x40 #define FMCMD_5 0x20 #define FMCMD_4 0x10 #define FMCMD_3 0x08 #define FMCMD_2 0x04 #define FMCMD_1 0x02 #define FMCMD_0 0x01 SFR(FMDATA, 0xE5); // Program Flash data SFR(I2ADR, 0xDB); // I2C slave address register #define I2ADR_6 0x80 #define I2ADR_5 0x40 #define I2ADR_4 0x20 #define I2ADR_3 0x10 #define I2ADR_2 0x08 #define I2ADR_1 0x04 #define I2ADR_0 0x02 #define GC 0x01 SFR(I2CON, 0xD8); // I2C control register SBIT(I2EN, 0xD8, 6); SBIT(STA, 0xD8, 5); SBIT(STO, 0xD8, 4); SBIT(SI, 0xD8, 3); SBIT(AA, 0xD8, 2); SBIT(CRSEL, 0xD8, 0); SFR(I2DAT, 0xDA); // I2C data register SFR(I2SCLH, 0xDD); // Serial clock generator/SCL duty cycle register HIGH SFR(I2SCLL, 0xDC); // Serial clock generator/SCL duty cycle register LOW SFR(I2STAT, 0xD9); // I2C status register #define STA_4 0x80 #define STA_3 0x40 #define STA_2 0x20 #define STA_1 0x10 #define STA_0 0x08 SFR(IEN0, 0xA8); // Interrupt enable 0 SBIT(EA, 0xA8, 7); SBIT(EWDRT, 0xA8, 6); SBIT(EBO, 0xA8, 5); SBIT(ES, 0xA8, 4); SBIT(ESR, 0xA8, 4); SBIT(ET1, 0xA8, 3); SBIT(EX1, 0xA8, 2); SBIT(ET0, 0xA8, 1); SBIT(EX0, 0xA8, 0); SFR(IEN1, 0xE8); // Interrupt enable 1 SBIT(EAD, 0xE8, 7); SBIT(EST, 0xE8, 6); SBIT(EC, 0xE8, 2); SBIT(EKBI, 0xE8, 1); SBIT(EI2C, 0xE8, 0); SFR(IP0, 0xB8); // Interrupt priority 0 SBIT(PWDRT, 0xB8, 6); SBIT(PBO, 0xB8, 5); SBIT(PS, 0xB8, 4); SBIT(PSR, 0xB8, 4); SBIT(PT1, 0xB8, 3); SBIT(PX1, 0xB8, 2); SBIT(PT0, 0xB8, 1); SBIT(PX0, 0xB8, 0); SFR(IP0H, 0xB7); // Interrupt priority 0 HIGH #define PWDRTH 0x40 #define PBOH 0x20 #define PSH 0x10 #define PSRH 0x10 #define PT1H 0x08 #define PX1H 0x04 #define PT0H 0x02 #define PX0H 0x01 SFR(IP1, 0xF8); // Interrupt priority 1 SBIT(PAD, 0xF8, 7); SBIT(PST, 0xF8, 6); SBIT(PC, 0xF8, 2); SBIT(PKBI, 0xF8, 1); SBIT(PI2C, 0xF8, 0); SFR(IP1H, 0xF7); // Interrupt priority 1 HIGH #define PADH 0x80 #define PSTH 0x40 #define PCH 0x04 #define PKBIH 0x02 #define PI2CH 0x01 SFR(KBCON, 0x94); // Keypad control register #define PATN_SEL 0x02 //Pattern Matching Polarity selection #define KBIF 0x01 // Keypad Interrupt Flag SFR(KBMASK, 0x86); // Keypad interrupt register mask SFR(KBPATN, 0x93); // Keypad pattern register SFR(P0, 0x80); // Port 0 SBIT(P0_7, 0x80, 7); SBIT(P0_6, 0x80, 6); SBIT(P0_5, 0x80, 5); SBIT(P0_4, 0x80, 4); SBIT(P0_3, 0x80, 3); SBIT(P0_2, 0x80, 2); SBIT(P0_1, 0x80, 1); SBIT(P0_0, 0x80, 0); //P0 alternate pin functions SBIT(T1, 0x80, 7); SBIT(CMP1b, 0x80, 6); //Should be CMP1 but there is SFR with that name SBIT(CMPREF, 0x80, 5); SBIT(CIN1A, 0x80, 4); SBIT(CIN1B, 0x80, 3); SBIT(CIN2A, 0x80, 2); SBIT(CIN2B, 0x80, 1); SBIT(CMP2b, 0x80, 0); //Should be CMP2 but there is SFR with that name //More P0 alternate pin functions SBIT(KB7, 0x80, 7); SBIT(KB6, 0x80, 6); SBIT(KB5, 0x80, 5); SBIT(KB4, 0x80, 4); SBIT(KB3, 0x80, 3); SBIT(KB2, 0x80, 2); SBIT(KB1, 0x80, 1); SBIT(KB0, 0x80, 0); SFR(P1, 0x90); // Port 1 SBIT(P1_7, 0x90, 7); SBIT(P1_6, 0x90, 6); SBIT(P1_5, 0x90, 5); SBIT(P1_4, 0x90, 4); SBIT(P1_3, 0x90, 3); SBIT(P1_2, 0x90, 2); SBIT(P1_1, 0x90, 1); SBIT(P1_0, 0x90, 0); //P1 alternate pin functions SBIT(RST, 0x90, 5); SBIT(INT1, 0x90, 4); SBIT(INT0, 0x90, 3); SBIT(SDA, 0x90, 3); SBIT(T0, 0x90, 2); SBIT(SCL, 0x90, 2); SBIT(RXD, 0x90, 1); SBIT(TXD, 0x90, 0); SFR(P3, 0xB0); // Port 3 SBIT(P3_1, 0xB0, 1); SBIT(P3_0, 0xB0, 0); SBIT(XTAL1, 0xB0, 1); SBIT(XTAL2, 0xB0, 0); SFR(P0M1, 0x84); // Port0 output mode1 #define P0M1_7 0x80 #define P0M1_6 0x40 #define P0M1_5 0x20 #define P0M1_4 0x10 #define P0M1_3 0x08 #define P0M1_2 0x04 #define P0M1_1 0x02 #define P0M1_0 0x01 SFR(P0M2, 0x85); // Port0 output mode2 #define P0M2_7 0x80 #define P0M2_6 0x40 #define P0M2_5 0x20 #define P0M2_4 0x10 #define P0M2_3 0x08 #define P0M2_2 0x04 #define P0M2_1 0x02 #define P0M2_0 0x01 SFR(P1M1, 0x91); // Port1 output mode1 #define P1M1_7 0x80 #define P1M1_6 0x40 #define P1M1_4 0x10 #define P1M1_3 0x08 #define P1M1_2 0x04 #define P1M1_1 0x02 #define P1M1_0 0x01 SFR(P1M2, 0x92); // Port1 output mode2 #define P1M2_7 0x80 #define P1M2_6 0x40 #define P1M2_4 0x10 #define P1M2_3 0x08 #define P1M2_2 0x04 #define P1M2_1 0x02 #define P1M2_0 0x01 SFR(P3M1, 0xB1); // Port3 output mode1 #define P3M1_1 0x02 #define P3M1_0 0x01 SFR(P3M2, 0xB2); // Port3 output mode2 #define P3M2_1 0x02 #define P3M2_0 0x01 SFR(PCON, 0x87); // Power control register #define SMOD1 0x80 #define SMOD0 0x40 #define BOPD 0x20 #define BOI 0x10 #define GF1 0x08 #define GF0 0x04 #define PMOD1 0x02 #define PMOD0 0x01 SFR(PCONA, 0xB5); // Power control register A #define RTCPD 0x80 #define VCPD 0x20 #define ADPD 0x10 #define I2PD 0x08 #define SPD 0x02 SFR(PSW, 0xD0); // Program status word SBIT(CY, 0xD0, 7); SBIT(AC, 0xD0, 6); SBIT(F0, 0xD0, 5); SBIT(RS1, 0xD0, 4); SBIT(RS0, 0xD0, 3); SBIT(OV, 0xD0, 2); SBIT(F1, 0xD0, 1); SBIT(P, 0xD0, 0); SFR(PT0AD, 0xF6); // Port0 digital input disable #define PT0AD_5 0x20 #define PT0AD_4 0x10 #define PT0AD_3 0x08 #define PT0AD_2 0x04 #define PT0AD_1 0x02 SFR(RSTSRC, 0xDF); // Reset source register #define BOF 0x20 #define POF 0x10 #define R_BK 0x08 #define R_WD 0x04 #define R_SF 0x02 #define R_EX 0x01 SFR(RTCCON, 0xD1); // Real-time clock control #define RTCF 0x80 #define RTCS1 0x40 #define RTCS0 0x20 #define ERTC 0x02 #define RTCEN 0x01 SFR(RTCH, 0xD2); // Real-time clock register HIGH SFR(RTCL, 0xD3); // Real-time clock register LOW SFR(SADDR, 0xA9); // Serial port address register SFR(SADEN, 0xB9); // Serial port address enable SFR(SBUF, 0x99); // Serial Port data buffer register SFR(SCON, 0x98); // Serial port control SBIT(FE, 0x98, 7); SBIT(SM0, 0x98, 7); SBIT(SM1, 0x98, 6); SBIT(SM2, 0x98, 5); SBIT(REN, 0x98, 4); SBIT(TB8, 0x98, 3); SBIT(RB8, 0x98, 2); SBIT(TI, 0x98, 1); SBIT(RI, 0x98, 0); SFR(SSTAT, 0xBA); // Serial port extended status register #define DBMOD 0x80 #define INTLO 0x40 #define CIDIS 0x20 #define DBISEL 0x10 #define FE 0x08 #define BR 0x04 #define OE 0x02 #define STINT 0x01 SFR(SP, 0x81); // Stack pointer SFR(TAMOD, 0x8F); // Timer0 and 1 auxiliary mode #define T1M2 0x10 #define T0M2 0x01 SFR(TCON, 0x88); // Timer0 and 1 control SBIT(TF1, 0x88, 7); SBIT(TR1, 0x88, 6); SBIT(TF0, 0x88, 5); SBIT(TR0, 0x88, 4); SBIT(IE1, 0x88, 3); SBIT(IT1, 0x88, 2); SBIT(IE0, 0x88, 1); SBIT(IT0, 0x88, 0); SFR(TH0, 0x8C); // Timer0 HIGH SFR(TH1, 0x8D); // Timer 1 HIGH SFR(TL0, 0x8A); // Timer 0 LOW SFR(TL1, 0x8B); // Timer 1 LOW SFR(TMOD, 0x89); // Timer0 and 1 mode #define T1GATE 0x80 #define T1C_T 0x40 #define T1M1 0x20 #define T1M0 0x10 #define T0GATE 0x08 #define T0C_T 0x04 #define T0M1 0x02 #define T0M0 0x01 SFR(TRIM, 0x96); // Internal oscillator trim register #define RCCLK 0x80 #define ENCLK 0x40 #define TRIM_5 0x20 #define TRIM_4 0x10 #define TRIM_3 0x08 #define TRIM_2 0x04 #define TRIM_1 0x02 #define TRIM_0 0x01 SFR(WDCON, 0xA7); // Watchdog control register #define PRE2 0x80 //Watchdog Prescaler Tap Select bit 2 #define PRE1 0x40 //Watchdog Prescaler Tap Select bit 1 #define PRE0 0x20 //Watchdog Prescaler Tap Select bit 0 #define WDRUN 0x04 //Watchdog Run Control #define WDTOF 0x02 //Watchdog Timer Time-Out Flag #define WDCLK 0x01 //Watchdog input clock select SFR(WDL, 0xC1); // Watchdog load SFR(WFEED1, 0xC2); // Watchdog feed 1 SFR(WFEED2, 0xC3); // Watchdog feed 2 #endif /*REG_P89LPC925_H*/ sdcc-2.9.0/device/include/mcs51/P89LPC932.h000066400000000000000000000216331116427777700176260ustar00rootroot00000000000000/*-------------------------------------------------------------------------- P89LPC932.H (English) This header allows to use the microcontroler Philips P89LPC932 with the compiler SDCC. Copyright (c) 2005 Omar Espinosa--e-mail: opiedrahita2003 AT yahoo.com. This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA (Spanish-Español) Archivo encabezador para el ucontrolador Philips P89LPC932. Derechos de copy (DC) 2005. OMAR ESPINOSA P. E-mail: opiedrahita2003 AT yahoo.com Uso libre --------------------------------------------------------------------------*/ #ifndef __REG932_H__ #define __REG932_H__ /* BYTE Registers */ __sfr __at (0x80) P0 ; __sfr __at (0x90) P1 ; __sfr __at (0xA0) P2 ; __sfr __at (0xB0) P3 ; __sfr __at (0xD0) PSW ; __sfr __at (0xE0) ACC ; __sfr __at (0xF0) B ; __sfr __at (0x81) SP ; __sfr __at (0x82) DPL ; __sfr __at (0x83) DPH ; __sfr __at (0x87) PCON ; __sfr __at (0x88) TCON ; __sfr __at (0x89) TMOD ; __sfr __at (0x8A) TL0 ; __sfr __at (0x8B) TL1 ; __sfr __at (0x8C) TH0 ; __sfr __at (0x8D) TH1 ; __sfr __at (0xA8) IEN0 ; __sfr __at (0xB8) IP0 ; __sfr __at (0x98) SCON ; __sfr __at (0x99) SBUF ; __sfr __at (0xA2) AUXR1 ; __sfr __at (0xA9) SADDR ; __sfr __at (0xB9) SADEN ; __sfr __at (0xCC) TL2 ; __sfr __at (0xCD) TH2 ; __sfr __at (0xBE) BRGR0 ; __sfr __at (0xBF) BRGR1 ; __sfr __at (0xBD) BRGCON ; __sfr __at (0xEA) CCCRA ; __sfr __at (0xEB) CCCRB ; __sfr __at (0xEC) CCCRC ; __sfr __at (0xED) CCCRD ; __sfr __at (0xAC) CMP1 ; __sfr __at (0xAD) CMP2 ; __sfr __at (0xF1) DEECON ; __sfr __at (0xF2) DEEDAT ; __sfr __at (0xF3) DEEADR ; __sfr __at (0x95) DIVM ; __sfr __at (0xDB) I2ADR ; __sfr __at (0xD8) I2CON ; __sfr __at (0xDA) I2DAT ; __sfr __at (0xDD) I2SCLH ; __sfr __at (0xDC) I2SCLL ; __sfr __at (0xD9) I2STAT ; __sfr __at (0xAB) ICRAH ; __sfr __at (0xAA) ICRAL ; __sfr __at (0xAF) ICRBH ; __sfr __at (0xAE) ICRBL ; __sfr __at (0xE8) IEN1 ; __sfr __at (0xF8) IP1 ; __sfr __at (0xF7) IP1H ; __sfr __at (0x94) KBCON ; __sfr __at (0x86) KBMASK ; __sfr __at (0x93) KBPATN ; __sfr __at (0xEF) OCRAH ; __sfr __at (0xEE) OCRAL ; __sfr __at (0xFB) OCRBH ; __sfr __at (0xFA) OCRBL ; __sfr __at (0xFD) OCRCH ; __sfr __at (0xFC) OCRCL ; __sfr __at (0xFF) OCRDH ; __sfr __at (0xFE) OCRDL ; __sfr __at (0x84) P0M1 ; __sfr __at (0x85) P0M2 ; __sfr __at (0x91) P1M1 ; __sfr __at (0x92) P1M2 ; __sfr __at (0xA4) P2M1 ; __sfr __at (0xA5) P2M2 ; __sfr __at (0xB1) P3M1 ; __sfr __at (0xB2) P3M2 ; __sfr __at (0xB5) PCONA ; __sfr __at (0xF6) PT0AD ; __sfr __at (0xDF) RSTSRC ; __sfr __at (0xD1) RTCCON ; __sfr __at (0xD2) RTCH ; __sfr __at (0xD3) RTCL ; __sfr __at (0xBA) SSTAT ; __sfr __at (0xE2) SPCTL ; __sfr __at (0xE1) SPSTAT ; __sfr __at (0xE3) SPDAT ; __sfr __at (0x8F) TAMOD ; __sfr __at (0xC8) TCR20 ; __sfr __at (0xF9) TCR21 ; __sfr __at (0xC9) TICR2 ; __sfr __at (0xE9) TIFR2 ; __sfr __at (0xDE) TISE2 ; __sfr __at (0xCF) TOR2H ; __sfr __at (0xCE) TOR2L ; __sfr __at (0xCB) TPCR2H ; __sfr __at (0xCA) TPCR2L ; __sfr __at (0x96) TRIM ; __sfr __at (0xA7) WDCON ; __sfr __at (0xC1) WDL ; __sfr __at (0xC2) WFEED1 ; __sfr __at (0xC3) WFEED2 ; __sfr __at (0xB7) IP0H ; /* BIT Registers */ /* PSW */ __sbit __at (0xD7) PSW_7; __sbit __at (0xD6) PSW_6; __sbit __at (0xD5) PSW_5; __sbit __at (0xD4) PSW_4; __sbit __at (0xD3) PSW_3; __sbit __at (0xD2) PSW_2; __sbit __at (0xD1) PSW_1; __sbit __at (0xD0) PSW_0; #define CY PSW_7 #define AC PSW_6 #define F0 PSW_5 #define RS1 PSW_4 #define RS0 PSW_3 #define OV PSW_2 #define F1 PSW_1 #define P PSW_0 /* TCON */ __sbit __at (0x8F) TCON_7; __sbit __at (0x8E) TCON_6; __sbit __at (0x8D) TCON_5; __sbit __at (0x8C) TCON_4; __sbit __at (0x8B) TCON_3; __sbit __at (0x8A) TCON_2; __sbit __at (0x89) TCON_1; __sbit __at (0x88) TCON_0; #define TF1 TCON_7 #define TR1 TCON_6 #define TF0 TCON_5 #define TR0 TCON_4 #define IE1 TCON_3 #define IT1 TCON_2 #define IE0 TCON_1 #define IT0 TCON_0 /* IEN0 */ __sbit __at (0xAF) IEN0_7; __sbit __at (0xAE) IEN0_6; __sbit __at (0xAD) IEN0_5; __sbit __at (0xAC) IEN0_4; // alternatively "ESR" __sbit __at (0xAC) IEN0_4; __sbit __at (0xAB) IEN0_3; __sbit __at (0xAA) IEN0_2; __sbit __at (0xA9) IEN0_1; __sbit __at (0xA8) IEN0_0; #define EA IEN0_7 #define EWDRT IEN0_6 #define EBO IEN0_5 #define ES IEN0_4 // alternatively "ESR" #define ESR IEN0_4 #define ET1 IEN0_3 #define EX1 IEN0_2 #define ET0 IEN0_1 #define EX0 IEN0_0 /* IEN1 */ __sbit __at (0xEF) IEN1_7; __sbit __at (0xEE) IEN1_6; __sbit __at (0xEC) IEN1_4; __sbit __at (0xEB) IEN1_3; __sbit __at (0xEA) IEN1_2; __sbit __at (0xE9) IEN1_1; __sbit __at (0xE8) IEN1_0; #define EIEE IEN1_7 #define EST IEN1_6 #define ECCU IEN1_4 #define ESPI IEN1_3 #define EC IEN1_2 #define EKBI IEN1_1 #define EI2C IEN1_0 /* IP0 */ __sbit __at (0xBE) IP0_6; __sbit __at (0xBD) IP0_5; __sbit __at (0xBC) IP0_4; // alternatively "PSR" __sbit __at (0xBC) IP0_4; __sbit __at (0xBB) IP0_3; __sbit __at (0xBA) IP0_2; __sbit __at (0xB9) IP0_1; __sbit __at (0xB8) IP0_0; #define PWDRT IP0_6 #define PB0 IP0_5 #define PS IP0_4 // alternatively "PSR" #define PSR IP0_4 #define PT1 IP0_3 #define PX1 IP0_2 #define PT0 IP0_1 #define PX0 IP0_0 /* SCON */ __sbit __at (0x9F) SCON_7; // alternatively "FE" __sbit __at (0x9E) SCON_6; __sbit __at (0x9D) SCON_5; __sbit __at (0x9C) SCON_4; __sbit __at (0x9B) SCON_3; __sbit __at (0x9A) SCON_2; __sbit __at (0x99) SCON_1; __sbit __at (0x98) SCON_0; #define SM0 SCON_7 // alternatively "FE" #define FE SCON_7 #define SM1 SCON_6 #define SM2 SCON_5 #define REN SCON_4 #define TB8 SCON_3 #define RB8 SCON_2 #define TI SCON_1 #define RI SCON_0 /* I2CON */ __sbit __at (0xDE) I2CON_6; __sbit __at (0xDD) I2CON_5; __sbit __at (0xDC) I2CON_4; __sbit __at (0xDB) I2CON_3; __sbit __at (0xDA) I2CON_2; __sbit __at (0xD8) I2CON_0; #define I2EN I2CON_6; #define STA I2CON_5; #define STO I2CON_4; #define SI I2CON_3; #define AA I2CON_2; #define CRSEL I2CON_0; /* P0 */ __sbit __at (0x87) P0_7; __sbit __at (0x86) P0_6; // alternatively "CMP1" __sbit __at (0x85) P0_5; __sbit __at (0x84) P0_4; __sbit __at (0x83) P0_3; __sbit __at (0x82) P0_2; __sbit __at (0x81) P0_1; __sbit __at (0x80) P0_0; // alternatively "CMP2" #define KB7 P0_7 // alternatively "T1" #define T1 P0_7 #define KB6 P0_6 // alternatively "CMP1" #define CMP1 P0_6 #define KB5 P0_5 #define KB4 P0_4 #define KB3 P0_3 #define KB2 P0_2 #define KB1 P0_1 #define KB0 P0_0 // alternatively "CMP2" #define CMP2 P0_0 /* P1 */ __sbit __at (0x97) P1_7; __sbit __at (0x96) P1_6; __sbit __at (0x95) P1_5; __sbit __at (0x94) P1_4; __sbit __at (0x93) P1_3; __sbit __at (0x92) P1_2; __sbit __at (0x91) P1_1; __sbit __at (0x90) P1_0; #define OCC P1_7 #define OCB P1_6 #define RST P1_5 #define INT1 P1_4 #define INT0 P1_3 // alternatively "SDA" #define SDA P1_3 #define T0 P1_2 // alternatively "SCL" #define SCL P1_2 #define RxD P1_1 #define TxD P1_0 /* P2 */ __sbit __at (0xA7) P2_7; __sbit __at (0xA6) P2_6; __sbit __at (0xA5) P2_5; __sbit __at (0xA4) P2_4; __sbit __at (0xA3) P2_3; __sbit __at (0xA2) P2_2; __sbit __at (0xA1) P2_1; __sbit __at (0xA0) P2_0; #define ICA P2_7 #define OCA P2_6 #define SPICLK P2_5 #define SS P2_4 #define MISO P2_3 #define MOSI P2_2 #define OCD P2_1 #define ICB P2_0 /* P3 */ __sbit __at (0xB1) P3_1; __sbit __at (0xB0) P3_0; #define XTAL1 P3_1 #define XTAL2 P3_0 /* TCR20 */ __sbit __at (0xCF) TCR20_7; __sbit __at (0xCE) TCR20_6; __sbit __at (0xCD) TCR20_5; __sbit __at (0xCC) TCR20_4; __sbit __at (0xCB) TCR20_3; __sbit __at (0xCA) TCR20_2; __sbit __at (0xC9) TCR20_1; __sbit __at (0xC8) TCR20_0; #define PLLEN TCR20_7 #define HLTRN TCR20_6 #define HLTEN TCR20_5 #define ALTCD TCR20_4 #define ALTAB TCR20_3 #define TDIR2 TCR20_2 #define TMOD21 TCR20_1 #define TMOD20 TCR20_0 #endif sdcc-2.9.0/device/include/mcs51/P89c51RD2.h000066400000000000000000000147141116427777700176540ustar00rootroot00000000000000/*-------------------------------------------------------------------------- P89c51RD2.H (English) This header allows to use the microcontroler Philips P89c51RD2 with the compiler SDCC. Copyright (c) 2005 Omar Espinosa--e-mail: opiedrahita2003 AT yahoo.com. This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA (Spanish-Español) Archivo encabezador para el ucontrolador Philips P89c51RD2. Derechos de copy (DC) 2005. OMAR ESPINOSA P. E-mail: opiedrahita2003 AT yahoo.com Uso libre --------------------------------------------------------------------------*/ #ifndef __P89c51RD2_H__ #define __P89c51RD2_H__ /* BYTE Registers */ __sfr __at (0x80) P0 ; __sfr __at (0x90) P1 ; __sfr __at (0xA0) P2 ; __sfr __at (0xB0) P3 ; __sfr __at (0xD0) PSW ; __sfr __at (0xE0) ACC ; __sfr __at (0xF0) B ; __sfr __at (0x81) SP ; __sfr __at (0x82) DPL ; __sfr __at (0x83) DPH ; __sfr __at (0x87) PCON ; __sfr __at (0x88) TCON ; __sfr __at (0x89) TMOD ; __sfr __at (0x8A) TL0 ; __sfr __at (0x8B) TL1 ; __sfr __at (0x8C) TH0 ; __sfr __at (0x8D) TH1 ; __sfr __at (0xA8) IE ; __sfr __at (0xB8) IP ; __sfr __at (0x98) SCON ; __sfr __at (0x99) SBUF ; /* 80C51Fx/Rx Extensions */ __sfr __at (0x8E) AUXR ; __sfr __at (0xA2) AUXR1 ; __sfr __at (0xA9) SADDR ; __sfr __at (0xB7) IPH ; __sfr __at (0xB9) SADEN ; __sfr __at (0xC8) T2CON ; __sfr __at (0xC9) T2MOD ; __sfr __at (0xCA) RCAP2L ; __sfr __at (0xCB) RCAP2H ; __sfr __at (0xCC) TL2 ; __sfr __at (0xCD) TH2 ; __sfr __at (0xD8) CCON ; __sfr __at (0xD9) CMOD ; __sfr __at (0xDA) CCAPM0 ; __sfr __at (0xDB) CCAPM1 ; __sfr __at (0xDC) CCAPM2 ; __sfr __at (0xDD) CCAPM3 ; __sfr __at (0xDE) CCAPM4 ; __sfr __at (0xE9) CL ; __sfr __at (0xEA) CCAP0L ; __sfr __at (0xEB) CCAP1L ; __sfr __at (0xEC) CCAP2L ; __sfr __at (0xED) CCAP3L ; __sfr __at (0xEE) CCAP4L ; __sfr __at (0xF9) CH ; __sfr __at (0xFA) CCAP0H ; __sfr __at (0xFB) CCAP1H ; __sfr __at (0xFC) CCAP2H ; __sfr __at (0xFD) CCAP3H ; __sfr __at (0xFE) CCAP4H ; /* BIT Registers */ /* PSW */ __sbit __at (0xD7) PSW_7; __sbit __at (0xD6) PSW_6; __sbit __at (0xD5) PSW_5; __sbit __at (0xD4) PSW_4; __sbit __at (0xD3) PSW_3; __sbit __at (0xD2) PSW_2; __sbit __at (0xD0) PSW_0; #define CY PSW_7 #define AC PSW_6 #define F0 PSW_5 #define RS1 PSW_4 #define RS0 PSW_3 #define OV PSW_2 #define P PSW_0 /* TCON */ __sbit __at (0x8F) TCON_7; __sbit __at (0x8E) TCON_6; __sbit __at (0x8D) TCON_5; __sbit __at (0x8C) TCON_4; __sbit __at (0x8B) TCON_3; __sbit __at (0x8A) TCON_2; __sbit __at (0x89) TCON_1; __sbit __at (0x88) TCON_0; #define TF1 TCON_7 #define TR1 TCON_6 #define TF0 TCON_5 #define TR0 TCON_4 #define IE1 TCON_3 #define IT1 TCON_2 #define IE0 TCON_1 #define IT0 TCON_0 /* IE */ __sbit __at (0xAF) IE_7; __sbit __at (0xAE) IE_6; __sbit __at (0xAD) IE_5; __sbit __at (0xAC) IE_4; __sbit __at (0xAB) IE_3; __sbit __at (0xAA) IE_2; __sbit __at (0xA9) IE_1; __sbit __at (0xA8) IE_0; #define EA IE_7 #define EC IE_6 #define ET2 IE_5 #define ES IE_4 #define ET1 IE_3 #define EX1 IE_2 #define ET0 IE_1 #define EX0 IE_0 /* IP */ __sbit __at (0xBE) IP_6; __sbit __at (0xBD) IP_5; __sbit __at (0xBC) IP_4; __sbit __at (0xBB) IP_3; __sbit __at (0xBA) IP_2; __sbit __at (0xB9) IP_1; __sbit __at (0xB8) IP_0; #define PPC IP_6 #define PT2 IP_5 #define PS IP_4 #define PT1 IP_3 #define PX1 IP_2 #define PT0 IP_1 #define PX0 IP_0 /* P3 */ __sbit __at (0xB7) P3_7; __sbit __at (0xB6) P3_6; __sbit __at (0xB5) P3_5; __sbit __at (0xB4) P3_4; __sbit __at (0xB3) P3_3; __sbit __at (0xB2) P3_2; __sbit __at (0xB1) P3_1; __sbit __at (0xB0) P3_0; #define RD P3_7 #define WR P3_6 #define T1 P3_5 #define T0 P3_4 #define INT1 P3_3 #define INT0 P3_2 #define TXD P3_1 #define RXD P3_0 /* SCON */ __sbit __at (0x9F) SCON_7; // alternatively "FE" __sbit __at (0x9E) SCON_6; __sbit __at (0x9D) SCON_5; __sbit __at (0x9C) SCON_4; __sbit __at (0x9B) SCON_3; __sbit __at (0x9A) SCON_2; __sbit __at (0x99) SCON_1; __sbit __at (0x98) SCON_0; #define SM0 SCON_7 // alternatively "FE" #define FE SCON_7 #define SM1 SCON_6 #define SM2 SCON_5 #define REN SCON_4 #define TB8 SCON_3 #define RB8 SCON_2 #define TI SCON_1 #define RI SCON_0 /* P1 */ __sbit __at (0x97) P1_7; __sbit __at (0x96) P1_6; __sbit __at (0x95) P1_5; __sbit __at (0x94) P1_4; __sbit __at (0x93) P1_3; __sbit __at (0x92) P1_2; __sbit __at (0x91) P1_1; __sbit __at (0x90) P1_0; #define CEX4 P1_7 #define CEX3 P1_6 #define CEX2 P1_5 #define CEX1 P1_4 #define CEX0 P1_3 #define ECI P1_2 #define T2EX P1_1 #define T2 P1_0 /* T2CON */ __sbit __at (0xCF) T2CON_7; __sbit __at (0xCE) T2CON_6; __sbit __at (0xCD) T2CON_5; __sbit __at (0xCC) T2CON_4; __sbit __at (0xCB) T2CON_3; __sbit __at (0xCA) T2CON_2; __sbit __at (0xC9) T2CON_1; __sbit __at (0xC8) T2CON_0; #define TF2 T2CON_7 #define EXF2 T2CON_6 #define RCLK T2CON_5 #define TCLK T2CON_4 #define EXEN2 T2CON_3 #define TR2 T2CON_2 #define C_T2 T2CON_1 #define CP_RL2 T2CON_0 /* CCON */ __sbit __at (0xDF) CCON_7; __sbit __at (0xDE) CCON_6; __sbit __at (0xDC) CCON_4; __sbit __at (0xDB) CCON_3; __sbit __at (0xDA) CCON_2; __sbit __at (0xD9) CCON_1; __sbit __at (0xD8) CCON_0; #define CF CCON_7 #define CR CCON_6 #define CCF4 CCON_4 #define CCF3 CCON_3 #define CCF2 CCON_2 #define CCF1 CCON_1 #define CCF0 CCON_0 #endif sdcc-2.9.0/device/include/mcs51/README000066400000000000000000000003601116427777700171520ustar00rootroot00000000000000sdcc/device/include/mcs51 ------------------------- A lot of the include files in this subdirectory used to be in the directory one level up from here. Since CVS doesn't support moving files, these files were removed there and added here. sdcc-2.9.0/device/include/mcs51/SST89x5xRDx.h000066400000000000000000000365661116427777700204010ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for SST SST89E516RD2, ST89E516RD, SST89V516RD2, and SST89V516RD Processors (Based on datasheed S71273-03-000 1/07) Written By - Jesus Calvino-Fraga / jesusc at ece.ubc.ca (February 2007) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option); any later version This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REG_SST89x5xRDx_H #define REG_SST89x5xRDx_H #include // From TABLE 3-5: CPU related SFRs SFR(ACC, 0xE0); // Accumulator SBIT(ACC_0, 0xE0, 0); // Accumulator bit 0 SBIT(ACC_1, 0xE0, 1); // Accumulator bit 1 SBIT(ACC_2, 0xE0, 2); // Accumulator bit 2 SBIT(ACC_3, 0xE0, 3); // Accumulator bit 3 SBIT(ACC_4, 0xE0, 4); // Accumulator bit 4 SBIT(ACC_5, 0xE0, 5); // Accumulator bit 5 SBIT(ACC_6, 0xE0, 6); // Accumulator bit 6 SBIT(ACC_7, 0xE0, 7); // Accumulator bit 7 SFR(B, 0xF0); // B Register SBIT(B_0, 0xF0, 0); // Register B bit 0 SBIT(B_1, 0xF0, 1); // Register B bit 1 SBIT(B_2, 0xF0, 2); // Register B bit 2 SBIT(B_3, 0xF0, 3); // Register B bit 3 SBIT(B_4, 0xF0, 4); // Register B bit 4 SBIT(B_5, 0xF0, 5); // Register B bit 5 SBIT(B_6, 0xF0, 6); // Register B bit 6 SBIT(B_7, 0xF0, 7); // Register B bit 7 SFR(PSW, 0xD0); // Program Status Word SBIT(P, 0xD0, 0); // Parity Flag SBIT(F1, 0xD0, 1); // User-Defined Flag SBIT(OV, 0xD0, 2); // Overflow Flag SBIT(RS0, 0xD0, 3); // Register Bank Select 0 SBIT(RS1, 0xD0, 4); // Register Bank Select 1 SBIT(F0, 0xD0, 5); // User-Defined Flag SBIT(AC, 0xD0, 6); // Auxiliary Carry Flag SBIT(CY, 0xD0, 7); // Carry Flag SFR(SP, 0x81); // Stack Pointer SFR(DPL, 0x82); // Data Pointer Low SFR(DPH, 0x83); // Data Pointer High SFR(IE, 0xA8); // Interrupt Enable SBIT(EA, 0xA8, 7); // Global Interrupt Enable SBIT(EC, 0xA8, 6); // PCA Interrupt Enable SBIT(ET2, 0xA8, 5); // Timer 2 Interrupt Enable SBIT(ES, 0xA8, 4); // Serial Interrupt Enable SBIT(ET1, 0xA8, 3); // Timer 1 Interrupt Enable SBIT(EX1, 0xA8, 2); // External 1 Interrupt Enable SBIT(ET0, 0xA8, 1); // Timer 0 Interrupt Enable SBIT(EX0, 0xA8, 0); // External 0 Interrupt Enable SFR(IEA, 0xE8); // Interrupt Enable A SBIT(EBO, 0xE8, 3); // Brown-out Interrupt Enable. (Vector is 0x00b4) SFR(IP, 0xB8); // Interrupt Priority Reg SBIT(PPC, 0xB8, 6); // PCA interrupt priority bit SBIT(PT2, 0xB8, 5); // Timer 2 interrupt priority bit SBIT(PS, 0xB8, 4); // Serial Port interrupt priority bit SBIT(PT1, 0xB8, 3); // Timer 1 interrupt priority bit SBIT(PX1, 0xB8, 2); // External interrupt 1 priority bit SBIT(PT0, 0xB8, 1); // Timer 0 interrupt priority bit SBIT(PX0, 0xB8, 0); // External interrupt 0 priority bit SFR(IPH, 0xB7); // Interrupt Priority Reg High #define PPCH 0x40 // PCA Interrupt Priority High Bit #define PT2H 0x20 // Timer 2 Interrupt Interrupt Priority High Bit #define PSH 0x10 // Serial Port Interrupt Priority High Bit #define PT1H 0x08 // Timer 1 Interrupt Priority High Bit #define PX1H 0x04 // External Interrupt 1 Priority High Bit #define PT0H 0x02 // Timer 0 Interrupt Priority High Bit #define PX0H 0x01 // External Interrupt 0 Priority High Bit SFR(IP1, 0xF8); // Interrupt Priority Reg A SBIT(PBO, 0xF8, 4); // Brown-out interrupt priority bit SBIT(PX2, 0xF8, 1); // External Interrupt 2 priority bit SBIT(PX3, 0xF8, 2); // External Interrupt 3 priority bit SFR(IP1H, 0xF7); // Interrupt Priority Reg A High #define PBOH 0x08 // Brown-out Interrupt priority bit high #define PX2H 0x02 // External Interrupt 2 priority bit high #define PX3H 0x04 // External Interrupt 3 priority bit high SFR(PCON, 0x87); // Power Control #define SMOD1 0x80 // Double Baud rate bit #define SMOD0 0x40 // FE/SM0 Selection bit #define BOF 0x20 // Brown-out detection status bit #define POF 0x10 // Power-on reset status bit #define GF1 0x08 // General-purpose flag bit #define GF0 0x04 // General-purpose flag bit #define PD 0x02 // Power-down bit #define IDL 0x01 // Idle mode bit SFR(AUXR, 0x8E); // Auxiliary Reg #define EXTRAM 0x02 // Internal/External RAM access #define AO 0x01 // Disable/Enable ALE SFR(AUXR1, 0xA2); // Auxiliary Reg 1 #define GF2 0x08 // General purpose user-defined flag #define DPS 0x01 // DPTR registers select bit SFR(XICON, 0xAE); // External Interrupt Control #define EX2 0x04 #define IE2 0x02 #define IT2 0x01 #define EX3 0x40 #define IE3 0x20 #define IT3 0x10 // TABLE 3-6: Flash Memory Programming SFRs SFR(SFCF, 0xB1); // SuperFlash Configuration #define IAPEN 0x40 // Enable IAP operation #define SWR 0x02 // Software Reset #define BSEL 0x01 // Program memory block switching bit SFR(SFCM, 0xB2); // SuperFlash Command #define FIE 0x80 // Flash Interrupt Enable #define CHIP_ERASE 0x01 #define SECTOR_ERASE 0x0B #define BLOCK_ERASE 0x0D #define BYTE_VERIFY 0x0C #define BYTE_PROGRAM 0x0E #define PROG_SB1 0x0F #define PROG_SB2 0x03 #define PROG_SB3 0x05 #define PROG_SC0 0x09 #define ENABLE_CLOCK_DOUBLE 0x08 SFR(SFAL, 0xB3); // SuperFlash Address Low Register - A7 to A0 SFR(SFAH, 0xB4); // SuperFlash Address High Register - A15 to A8 SFR(SFDT, 0xB5); // SuperFlash Data Register SFR(SFST, 0xB6); // SuperFlash Status #define SB1_i 0x80 // Security Bit 1 status (inverse of SB1 bit) #define SB2_i 0x40 // Security Bit 2 status (inverse of SB2 bit) #define SB3_i 0x20 // Security Bit 3 status (inverse of SB3 bit) #define EDC_i 0x08 // Double Clock Status #define FLASH_BUSY 0x04 // Flash operation completion polling bit // TABLE 3-7: Watchdog Timer SFRs SFR(WDTC, 0xC0); // Watchdog Timer Control SBIT(WDOUT, 0xC0, 4); // Watchdog output enable SBIT(WDRE, 0xC0, 3); // Watchdog timer reset enable SBIT(WDTS, 0xC0, 2); // Watchdog timer reset flag SBIT(WDT, 0xC0, 1); // Watchdog timer refresh SBIT(SWDT, 0xC0, 0); // Start watchdog timer SFR(WDTD, 0x85); // Watchdog Timer Data/Reload // TABLE 3-8: Timer/Counters SFRs SFR(TMOD, 0x89); // Timer/Counter Mode Control GATE C/T# M1 M0 GATE C/T# M1 M0 #define GATE1 0x80 // External enable for timer 1 #define C_T1 0x40 // Timer or counter select for timer 1 #define M1_1 0x20 // Operation mode bit 1 for timer 1 #define M0_1 0x10 // Operation mode bit 0 for timer 1 #define GATE0 0x08 // External enable for timer 0 #define C_T0 0x04 // Timer or counter select for timer 0 #define M1_0 0x02 // Operation mode bit 1 for timer 0 #define M0_0 0x01 // Operation mode bit 0 for timer 0 SFR(TCON, 0x88); // Timer/Counter Control TF1 TR1 TF0 TR0 IE1 IT1 IE0 IT0 SBIT(TF1, 0x88, 7); // Timer 1 overflow flag SBIT(TR1, 0x88, 6); // Timer 1 run control flag SBIT(TF0, 0x88, 5); // Timer 0 overflow flag SBIT(TR0, 0x88, 4); // Timer 0 run control flag SBIT(IE1, 0x88, 3); // Interrupt 1 flag SBIT(IT1, 0x88, 2); // Interrupt 1 type control bit SBIT(IE0, 0x88, 1); // Interrupt 0 flag SBIT(IT0, 0x88, 0); // Interrupt 0 type control bit SFR(TH0, 0x8C); // Timer 0 MSB SFR(TL0, 0x8A); // Timer 0 LSB SFR(TH1, 0x8D); // Timer 1 MSB SFR(TL1, 0x8B); // Timer 1 LSB SFR(T2CON, 0xC8); // Timer / Counter 2 Control SBIT(TF2, 0xC8, 7); // Timer 2 overflow flag SBIT(EXF2, 0xC8, 6); // Timer 2 external flag SBIT(RCLK, 0xC8, 5); // Receive clock flag SBIT(TCLK, 0xC8, 4); // Transmit clock flag SBIT(EXEN2, 0xC8, 3); // Timer 2 external enable flag SBIT(TR2, 0xC8, 2); // Start/stop control for timer 2 SBIT(C_T2, 0xC8, 1); // Timer or coutner select SBIT(CP_RL2,0xC8, 0); // Capture/reload flag SFR(T2MOD, 0xC9); // Timer 2 Mode Control #define DCEN 0x02 // Down count enable bit #define T2OE 0x01 // Timer 2 output enable bit SFR(TH2, 0xCD); // Timer 2 MSB SFR(TL2, 0xCC); // Timer 2 LSB SFR(RCAP2H, 0xCB); // Timer 2 Capture MSB SFR(RCAP2L, 0xCA); // Timer 2 Capture LSB // TABLE 3-9: Interface SFRs SFR(SBUF, 0x99); // Serial Data Buffer SFR(SCON, 0x98); // Serial Port Control SBIT(FE, 0x98, 7); // Framing Error when reading, SM0 when writing SBIT(SM0, 0x98, 7); // Serial Port Mode Bit 0 SBIT(SM1, 0x98, 6); // Serial Port Mode Bit 1 SBIT(SM2, 0x98, 5); // Serial Port Mode Bit 2 SBIT(REN, 0x98, 4); // Enables serial reception SBIT(TB8, 0x98, 3); // The 9th data bit that will be transmitted in Modes 2 and 3 SBIT(RB8, 0x98, 2); // In Modes 2 and 3, the 9th data bit that was received SBIT(TI, 0x98, 1); // Transmit interrupt flag SBIT(RI, 0x98, 0); // Receive interrupt flag SFR(SADDR, 0xA9); // Slave Address SFR(SADEN, 0xB9); // Slave Address Mask SFR(SPCR, 0xD5); // SPI Control Register #define SPIE 0x80 // If both SPIE and ES are set to one, SPI interrupts are enabled #define SPE 0x40 // SPI enable bit. When set enables SPI #define DORD 0x20 // Data trans. order. 0=MSB first; 1=LSB first #define MSTR 0x10 // 1=master mode. 0=slave mode #define CPOL 0x08 // 1=SCK is high when idle (active low), 0=SCK is low when idle (active high) #define CPHA 0x04 // 1=shift triggered on the trailing edge of SCK. 0=shift trig. on leading edge #define SPR1 0x02 // SPI Clork Rate select bit 1 #define SPR0 0x01 // SPI Clork Rate select bit 0 // 00 = Fosc/4 // 01 = Fosc/16 // 10 = Fosc/64 // 11 = Fosc/128 SFR(SPSR, 0xAA); // SPI Status Register #define SPIF 0x80 // SPI interrupt flag #define WCOL 0x40 // Write collision Flag SFR(SPDR, 0x86); // SPI Data Register SFR(P0, 0x80); // Port 0 SBIT(P0_0, 0x80, 0); // Port 0 bit 0 SBIT(P0_1, 0x80, 1); // Port 0 bit 1 SBIT(P0_2, 0x80, 2); // Port 0 bit 2 SBIT(P0_3, 0x80, 3); // Port 0 bit 3 SBIT(P0_4, 0x80, 4); // Port 0 bit 4 SBIT(P0_5, 0x80, 5); // Port 0 bit 5 SBIT(P0_6, 0x80, 6); // Port 0 bit 6 SBIT(P0_7, 0x80, 7); // Port 0 bit 7 SFR(P1, 0x90); // Port 1 SBIT(P1_0, 0x90, 0); // Port 1 bit 0 SBIT(P1_1, 0x90, 1); // Port 1 bit 1 SBIT(P1_2, 0x90, 2); // Port 1 bit 2 SBIT(P1_3, 0x90, 3); // Port 1 bit 3 SBIT(P1_4, 0x90, 4); // Port 1 bit 4 SBIT(P1_5, 0x90, 5); // Port 1 bit 5 SBIT(P1_6, 0x90, 6); // Port 1 bit 6 SBIT(P1_7, 0x90, 7); // Port 1 bit 7 // Alternate names SBIT(T2, 0x90, 0); // Port 1 bit 0 SBIT(T2EX, 0x90, 1); // Port 1 bit 1 SBIT(ECI, 0x90, 2); // Port 1 bit 2 SBIT(CEX0, 0x90, 3); // Port 1 bit 3 SBIT(CEX1, 0x90, 4); // Port 1 bit 4 SBIT(CEX2, 0x90, 5); // Port 1 bit 5 SBIT(CEX3, 0x90, 6); // Port 1 bit 6 SBIT(CEX4, 0x90, 7); // Port 1 bit 7 // More alternate names SBIT(SS, 0x90, 4); // Port 1 bit 4 SBIT(MOSI, 0x90, 5); // Port 1 bit 5 SBIT(MISO, 0x90, 6); // Port 1 bit 6 SBIT(SCK, 0x90, 7); // Port 1 bit 7 SFR(P2, 0xA0); // Port 2 SBIT(P2_0, 0xA0, 0); // Port 2 bit 0 SBIT(P2_1, 0xA0, 1); // Port 2 bit 1 SBIT(P2_2, 0xA0, 2); // Port 2 bit 2 SBIT(P2_3, 0xA0, 3); // Port 2 bit 3 SBIT(P2_4, 0xA0, 4); // Port 2 bit 4 SBIT(P2_5, 0xA0, 5); // Port 2 bit 5 SBIT(P2_6, 0xA0, 6); // Port 2 bit 6 SBIT(P2_7, 0xA0, 7); // Port 2 bit 7 SFR(P3, 0xB0); // Port 3 SBIT(P3_0, 0xB0, 0); // Port 2 bit 0 SBIT(P3_1, 0xB0, 1); // Port 2 bit 1 SBIT(P3_2, 0xB0, 2); // Port 2 bit 2 SBIT(P3_3, 0xB0, 3); // Port 2 bit 3 SBIT(P3_4, 0xB0, 4); // Port 2 bit 4 SBIT(P3_5, 0xB0, 5); // Port 2 bit 5 SBIT(P3_6, 0xB0, 6); // Port 2 bit 6 SBIT(P3_7, 0xB0, 7); // Port 2 bit 7 // Alternate names SBIT(RXD, 0xB0, 0); // Port 2 bit 0 SBIT(TXD, 0xB0, 1); // Port 2 bit 1 SBIT(INT0, 0xB0, 2); // Port 2 bit 2 SBIT(INT1, 0xB0, 3); // Port 2 bit 3 SBIT(T0, 0xB0, 4); // Port 2 bit 4 SBIT(T1, 0xB0, 5); // Port 2 bit 5 SBIT(WR, 0xB0, 6); // Port 2 bit 6 SBIT(RD, 0xB0, 7); // Port 2 bit 7 SFR(P4, 0xA5); // Port 4 - not bit addressable #define P4_0 0x01 #define P4_1 0x02 #define P4_2 0x04 #define P4_3 0x08 // TABLE 3-10: PCA SFRs SFR(CH, 0xF9); // PCA Timer/Counter High SFR(CL, 0xE9); // PCA Timer/Counter Low SFR(CCON, 0xD8); // PCA Timer/Counter Control Register CF CR - CCF4 CCF3 CCF2 CCF1 CCF0 00x00000b SBIT(CF, 0xD8, 7); // PCA Counter overflow flag SBIT(CR, 0xD8, 6); // PCA Counter Run Control Bit SBIT(CCF4, 0xD8, 4); // PCA Module 4 Interrupt Flag SBIT(CCF3, 0xD8, 3); // PCA Module 3 Interrupt Flag SBIT(CCF2, 0xD8, 2); // PCA Module 2 Interrupt Flag SBIT(CCF1, 0xD8, 1); // PCA Module 1 Interrupt Flag SBIT(CCF0, 0xD8, 0); // PCA Module 0 Interrupt Flag SFR(CMOD, 0xD9); // PCA Timer/Counter Mode Register #define CIDL 0x80 // CIDL=0 program the PCA counter to work during idle mode #define WDTE 0x40 // Watchdog Timer Enable #define CPS1 0x04 // PCA Count Pulse Select bit 1 #define CPS0 0x02 // PCA Count Pulse Select bit 0 // 00=Internal clock, Fosc/6 // 01=Internal clock, Fosc/6 // 10=Timer 0 overflow // 11=External clock at ECI/P1.2 pin (max rate=Fosc/4) #define ECF 0x01 // PCA Enable Counter Overflow Interrupt SFR(CCAP0H, 0xFA); // PCA Module 0 Compare/Capture Register High SFR(CCAP0L, 0xEA); // PCA Module 0 Compare/Capture Register Low SFR(CCAP1H, 0xFB); // PCA Module 1 Compare/Capture Register High SFR(CCAP1L, 0xEB); // PCA Module 1 Compare/Capture Register Low SFR(CCAP2H, 0xFC); // PCA Module 2 Compare/Capture Register High SFR(CCAP2L, 0xEC); // PCA Module 2 Compare/Capture Register Low SFR(CCAP3H, 0xFD); // PCA Module 3 Compare/Capture Register High SFR(CCAP3L, 0xED); // PCA Module 3 Compare/Capture Register Low SFR(CCAP4H, 0xFE); // PCA Module 4 Compare/Capture Register High SFR(CCAP4L, 0xEE); // PCA Module 4 Compare/Capture Register Low SFR(CCAPM0, 0xDA); // PCA Compare/Capture Module 0 Mode Register SFR(CCAPM1, 0xDB); // PCA Compare/Capture Module 1 Mode Register SFR(CCAPM2, 0xDC); // PCA Compare/Capture Module 2 Mode Register SFR(CCAPM3, 0xDD); // PCA Compare/Capture Module 3 Mode Register SFR(CCAPM4, 0xDE); // PCA Compare/Capture Module 4 Mode Register // The preceding five registers have the following bits: #define ECOM 0x40 // Enable Comparator #define CAPP 0x20 // 1=enables positive edge capture #define CAPN 0x10 // 1=enables negative edge capture #define MAT 0x08 // When counter matches sets CCFn bit causing and interrupt #define TOG 0x04 // Toggle output on match #define PWM 0x02 // Pulse width modulation mode #define ECCF 0x01 // Enable CCF interrupt #endif /*REG_SST89x5xRDx_H*/ sdcc-2.9.0/device/include/mcs51/XC866.h000066400000000000000000000257651116427777700172410ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Infineon XC866 Copyright (C) 2005 - Llewellyn van Zyl, eduprep@myconnection.co.za This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef XC866_H #define XC866_H // SFR byte definitions __sfr __at (0xE0) A; __sfr __at (0xCA) ADC_CHCTR0; __sfr __at (0xCB) ADC_CHCTR1; __sfr __at (0xCC) ADC_CHCTR2; __sfr __at (0xCD) ADC_CHCTR3; __sfr __at (0xCE) ADC_CHCTR4; __sfr __at (0xCF) ADC_CHCTR5; __sfr __at (0xD2) ADC_CHCTR6; __sfr __at (0xD3) ADC_CHCTR7; __sfr __at (0xCB) ADC_CHINCR; __sfr __at (0xCA) ADC_CHINFR; __sfr __at (0xCD) ADC_CHINPR; __sfr __at (0xCC) ADC_CHINSR; __sfr __at (0xCA) ADC_CRCR1; __sfr __at (0xCC) ADC_CRMR1; __sfr __at (0xCB) ADC_CRPR1; __sfr __at (0xCF) ADC_ETRCR; __sfr __at (0xCF) ADC_EVINCR; __sfr __at (0xCE) ADC_EVINFR; __sfr __at (0xD3) ADC_EVINPR; __sfr __at (0xD2) ADC_EVINSR; __sfr __at (0xCA) ADC_GLOBCTR; __sfr __at (0xCB) ADC_GLOBSTR; __sfr __at (0xCE) ADC_INPCR0; __sfr __at (0xCD) ADC_LCBR; __sfr __at (0xD1) ADC_PAGE; __sfr __at (0xCC) ADC_PRAR; __sfr __at (0xCF) ADC_Q0R0; __sfr __at (0xD2) ADC_QBUR0; __sfr __at (0xD2) ADC_QINR0; __sfr __at (0xCD) ADC_QMR0; __sfr __at (0xCE) ADC_QSR0; __sfr __at (0xCA) ADC_RCR0; __sfr __at (0xCB) ADC_RCR1; __sfr __at (0xCC) ADC_RCR2; __sfr __at (0xCD) ADC_RCR3; __sfr __at (0xCB) ADC_RESR0H; __sfr __at (0xCA) ADC_RESR0L; __sfr __at (0xCD) ADC_RESR1H; __sfr __at (0xCC) ADC_RESR1L; __sfr __at (0xCF) ADC_RESR2H; __sfr __at (0xCE) ADC_RESR2L; __sfr __at (0xD3) ADC_RESR3H; __sfr __at (0xD2) ADC_RESR3L; __sfr __at (0xCB) ADC_RESRA0H; __sfr __at (0xCA) ADC_RESRA0L; __sfr __at (0xCD) ADC_RESRA1H; __sfr __at (0xCC) ADC_RESRA1L; __sfr __at (0xCF) ADC_RESRA2H; __sfr __at (0xCE) ADC_RESRA2L; __sfr __at (0xD3) ADC_RESRA3H; __sfr __at (0xD2) ADC_RESRA3L; __sfr __at (0xCE) ADC_VFCR; __sfr __at (0xF0) B; __sfr __at (0xBD) BCON; __sfr __at (0xBE) BG; __sfr __at (0xFB) CCU6_CC60RH; __sfr __at (0xFA) CCU6_CC60RL; __sfr __at (0xFB) CCU6_CC60SRH; __sfr __at (0xFA) CCU6_CC60SRL; __sfr __at (0xFD) CCU6_CC61RH; __sfr __at (0xFC) CCU6_CC61RL; __sfr __at (0xFD) CCU6_CC61SRH; __sfr __at (0xFC) CCU6_CC61SRL; __sfr __at (0xFF) CCU6_CC62RH; __sfr __at (0xFE) CCU6_CC62RL; __sfr __at (0xFF) CCU6_CC62SRH; __sfr __at (0xFE) CCU6_CC62SRL; __sfr __at (0x9B) CCU6_CC63RH; __sfr __at (0x9A) CCU6_CC63RL; __sfr __at (0x9B) CCU6_CC63SRH; __sfr __at (0x9A) CCU6_CC63SRL; __sfr __at (0xA7) CCU6_CMPMODIFH; __sfr __at (0xA6) CCU6_CMPMODIFL; __sfr __at (0xFF) CCU6_CMPSTATH; __sfr __at (0xFE) CCU6_CMPSTATL; __sfr __at (0x9D) CCU6_IENH; __sfr __at (0x9C) CCU6_IENL; __sfr __at (0x9F) CCU6_INPH; __sfr __at (0x9E) CCU6_INPL; __sfr __at (0x9D) CCU6_ISH; __sfr __at (0x9C) CCU6_ISL; __sfr __at (0xA5) CCU6_ISRH; __sfr __at (0xA4) CCU6_ISRL; __sfr __at (0xA5) CCU6_ISSH; __sfr __at (0xA4) CCU6_ISSL; __sfr __at (0xA7) CCU6_MCMCTR; __sfr __at (0x9B) CCU6_MCMOUTH; __sfr __at (0x9A) CCU6_MCMOUTL; __sfr __at (0x9F) CCU6_MCMOUTSH; __sfr __at (0x9E) CCU6_MCMOUTSL; __sfr __at (0xFD) CCU6_MODCTRH; __sfr __at (0xFC) CCU6_MODCTRL; __sfr __at (0xA3) CCU6_PAGE; __sfr __at (0x9F) CCU6_PISEL0H; __sfr __at (0x9E) CCU6_PISEL0L; __sfr __at (0xA4) CCU6_PISEL2; __sfr __at (0xA6) CCU6_PSLR; __sfr __at (0xA5) CCU6_T12DTCH; __sfr __at (0xA4) CCU6_T12DTCL; __sfr __at (0xFB) CCU6_T12H; __sfr __at (0xFA) CCU6_T12L; __sfr __at (0x9B) CCU6_T12MSELH; __sfr __at (0x9A) CCU6_T12MSELL; __sfr __at (0x9D) CCU6_T12PRH; __sfr __at (0x9C) CCU6_T12PRL; __sfr __at (0xFD) CCU6_T13H; __sfr __at (0xFC) CCU6_T13L; __sfr __at (0x9F) CCU6_T13PRH; __sfr __at (0x9E) CCU6_T13PRL; __sfr __at (0xA7) CCU6_TCTR0H; __sfr __at (0xA6) CCU6_TCTR0L; __sfr __at (0xFB) CCU6_TCTR2H; __sfr __at (0xFA) CCU6_TCTR2L; __sfr __at (0x9D) CCU6_TCTR4H; __sfr __at (0x9C) CCU6_TCTR4L; __sfr __at (0xFF) CCU6_TRPCTRH; __sfr __at (0xFE) CCU6_TRPCTRL; __sfr __at (0xBA) CMCON; __sfr __at (0x83) DPH; __sfr __at (0x82) DPL; __sfr __at (0xA2) EO; __sfr __at (0xB7) EXICON0; __sfr __at (0xBA) EXICON1; __sfr __at (0xBD) FEAH; __sfr __at (0xBC) FEAL; __sfr __at (0xF7) HWBPDR; __sfr __at (0xF6) HWBPSR; __sfr __at (0xB3) ID; __sfr __at (0xA8) IEN0; __sfr __at (0xE8) IEN1; __sfr __at (0xB8) IP; __sfr __at (0xF8) IP1; __sfr __at (0xB9) IPH; __sfr __at (0xF9) IPH1; __sfr __at (0xB4) IRCON0; __sfr __at (0xB5) IRCON1; __sfr __at (0xF3) MMBPCR; __sfr __at (0xF1) MMCR; __sfr __at (0xE9) MMCR2; __sfr __at (0xF5) MMDR; __sfr __at (0xF4) MMICR; __sfr __at (0xF2) MMSR; __sfr __at (0xB3) MODPISEL; __sfr __at (0xBB) NMICON; __sfr __at (0xBC) NMISR; __sfr __at (0xB6) OSC_CON; __sfr __at (0x80) P0_ALTSEL0; __sfr __at (0x86) P0_ALTSEL1; __sfr __at (0x80) P0_DATA; __sfr __at (0x86) P0_DIR; __sfr __at (0x80) P0_OD; __sfr __at (0x86) P0_PUDEN; __sfr __at (0x80) P0_PUDSEL; __sfr __at (0x90) P1_ALTSEL0; __sfr __at (0x91) P1_ALTSEL1; __sfr __at (0x90) P1_DATA; __sfr __at (0x91) P1_DIR; __sfr __at (0x90) P1_OD; __sfr __at (0x91) P1_PUDEN; __sfr __at (0x90) P1_PUDSEL; __sfr __at (0xA0) P2_DATA; __sfr __at (0xA1) P2_PUDEN; __sfr __at (0xA0) P2_PUDSEL; __sfr __at (0xB0) P3_ALTSEL0; __sfr __at (0xB1) P3_ALTSEL1; __sfr __at (0xB0) P3_DATA; __sfr __at (0xB1) P3_DIR; __sfr __at (0xB0) P3_OD; __sfr __at (0xB1) P3_PUDEN; __sfr __at (0xB0) P3_PUDSEL; __sfr __at (0xBB) PASSWD; __sfr __at (0x87) PCON; __sfr __at (0xB7) PLL_CON; __sfr __at (0xB4) PMCON0; __sfr __at (0xB5) PMCON1; __sfr __at (0xB2) PORT_PAGE; __sfr __at (0xD0) PSW; __sfr __at (0x99) SBUF; __sfr __at (0x98) SCON; __sfr __at (0xBF) SCU_PAGE; __sfr __at (0x81) SP; __sfr __at (0xAF) SSC_BRH; __sfr __at (0xAE) SSC_BRL; __sfr __at (0xAB) SSC_CONH_O; __sfr __at (0xAB) SSC_CONH_P; __sfr __at (0xAA) SSC_CONL_O; __sfr __at (0xAA) SSC_CONL_P; __sfr __at (0xA9) SSC_PISEL; __sfr __at (0xAD) SSC_RBL; __sfr __at (0xAC) SSC_TBL; __sfr __at (0x8F) SYSCON0; __sfr __at (0xC3) T2_RC2H; __sfr __at (0xC2) T2_RC2L; __sfr __at (0xC0) T2_T2CON; __sfr __at (0xC5) T2_T2H; __sfr __at (0xC4) T2_T2L; __sfr __at (0xC1) T2_T2MOD; __sfr __at (0x88) TCON; __sfr __at (0x8C) TH0; __sfr __at (0x8D) TH1; __sfr __at (0x8A) TL0; __sfr __at (0x8B) TL1; __sfr __at (0x89) TMOD; __sfr __at (0xBB) WDTCON; // located in the mapped SFR area __sfr __at (0xBF) WDTH; // located in the mapped SFR area __sfr __at (0xBE) WDTL; // located in the mapped SFR area __sfr __at (0xBC) WDTREL; // located in the mapped SFR area __sfr __at (0xBD) WDTWINB; // located in the mapped SFR area __sfr __at (0xB3) XADDRH; // beware this is in an sfr page! __sfr __at (0xB3) _XPAGE; // this is the name SDCC expects for this sfr // SFR bit definitions /* P0 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; /* P1 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_5 ; __sbit __at (0x93) P1_6 ; __sbit __at (0x94) P1_7 ; /* P2 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA7) P2_7 ; /* P3 */ __sbit __at (0xB0) P3_0 ; __sbit __at (0xB1) P3_1 ; __sbit __at (0xB2) P3_2 ; __sbit __at (0xB3) P3_3 ; __sbit __at (0xB4) P3_4 ; __sbit __at (0xB5) P3_5 ; __sbit __at (0xB6) P3_6 ; __sbit __at (0xB7) P3_7 ; // IEN0 __sbit __at (0xAF) EA; __sbit __at (0xAC) ES; __sbit __at (0xA9) ET0; __sbit __at (0xAB) ET1; __sbit __at (0xAD) ET2; __sbit __at (0xA8) EX0; __sbit __at (0xAA) EX1; // IEN1 __sbit __at (0xE8) EADC; __sbit __at (0xEC) ECCIP0; __sbit __at (0xED) ECCIP1; __sbit __at (0xEE) ECCIP2; __sbit __at (0xEF) ECCIP3; __sbit __at (0xE9) ESSC; __sbit __at (0xEA) EX2; __sbit __at (0xEB) EXM; // IP1 __sbit __at (0xF8) PADC; __sbit __at (0xFC) PCCIP0; __sbit __at (0xFD) PCCIP1; __sbit __at (0xFE) PCCIP2; __sbit __at (0xFF) PCCIP3; __sbit __at (0xF9) PSSC; __sbit __at (0xFA) PX2; __sbit __at (0xFB) PXM; // IP __sbit __at (0xBC) PS; __sbit __at (0xB9) PT0; __sbit __at (0xBB) PT1; __sbit __at (0xBD) PT2; __sbit __at (0xB8) PX0; __sbit __at (0xBA) PX1; // PSW __sbit __at (0xD6) AC; __sbit __at (0xD7) CY; __sbit __at (0xD5) F0; __sbit __at (0xD1) F1; __sbit __at (0xD2) OV; __sbit __at (0xD0) P; __sbit __at (0xD3) RS0; __sbit __at (0xD4) RS1; // SCON __sbit __at (0x9A) RB8; __sbit __at (0x9C) REN; __sbit __at (0x98) RI; __sbit __at (0x9F) SM0; __sbit __at (0x9E) SM1; __sbit __at (0x9D) SM2; __sbit __at (0x9B) TB8; __sbit __at (0x99) TI; // T2_T2CON __sbit __at (0xC0) CP_RL2; __sbit __at (0xC3) EXEN2; __sbit __at (0xC6) EXF2; __sbit __at (0xC7) TF2; __sbit __at (0xC2) TR2; // TCON __sbit __at (0x89) IE0; __sbit __at (0x8B) IE1; __sbit __at (0x88) IT0; __sbit __at (0x8A) IT1; __sbit __at (0x8D) TF0; __sbit __at (0x8F) TF1; __sbit __at (0x8C) TR0; __sbit __at (0x8E) TR1; // Definition of the PAGE SFR // PORT_PAGE #define _pp0 PORT_PAGE=0 // PORT_PAGE postfix #define _pp1 PORT_PAGE=1 // PORT_PAGE postfix #define _pp2 PORT_PAGE=2 // PORT_PAGE postfix #define _pp3 PORT_PAGE=3 // PORT_PAGE postfix // ADC_PAGE #define _ad0 ADC_PAGE=0 // ADC_PAGE postfix #define _ad1 ADC_PAGE=1 // ADC_PAGE postfix #define _ad2 ADC_PAGE=2 // ADC_PAGE postfix #define _ad3 ADC_PAGE=3 // ADC_PAGE postfix #define _ad4 ADC_PAGE=4 // ADC_PAGE postfix #define _ad5 ADC_PAGE=5 // ADC_PAGE postfix #define _ad6 ADC_PAGE=6 // ADC_PAGE postfix // SCU_PAGE #define _su0 SCU_PAGE=0 // SCU_PAGE postfix #define _su1 SCU_PAGE=1 // SCU_PAGE postfix #define _su2 SCU_PAGE=2 // SCU_PAGE postfix // CCU_PAGE #define _cc0 CCU_PAGE=0 // CCU_PAGE postfix #define _cc1 CCU_PAGE=1 // CCU_PAGE postfix #define _cc2 CCU_PAGE=2 // CCU_PAGE postfix #define _cc3 CCU_PAGE=3 // CCU_PAGE postfix // FLASH_PAGE #define _fl0 FLASH_PAGE=0 // FLASH_PAGE postfix #define _fl1 FLASH_PAGE=1 // FLASH_PAGE postfix #define _fl2 FLASH_PAGE=2 // FLASH_PAGE postfix #define SST0 0x80 // Save SFR page to ST0 #define RST0 0xC0 // Restore SFR page from ST0 #define SST1 0x90 // Save SFR page to ST1 #define RST1 0xD0 // Restore SFR page from ST1 #define SST2 0xA0 // Save SFR page to ST2 #define RST2 0xE0 // Restore SFR page from ST2 #define SST3 0xB0 // Save SFR page to ST3 #define RST3 0xF0 // Restore SFR page from ST3 #define noSST 0x00 // Switch page without saving #define SFR_PAGE(pg,op) pg+op #endif sdcc-2.9.0/device/include/mcs51/at89S8252.h000066400000000000000000000243111116427777700176760ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for ATMEL 89S8252 and 89LS8252 Processors Written By - Dipl.-Ing. (FH) Michael Schmitt mschmitt@mainz-online.de michael.schmitt@t-online.de Bug-Fix Jun 29 1999 Additional definitions Nov 23 1999 by Bernd Krueger-Knauber based on reg51.h by Sandeep Dutta sandeep.dutta@usa.net KEIL C compatible definitions are included Bug-Fix Feb 16 2006 by Krzysztof Polomka This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef AT89S8252_H #define AT89S8252_H /* BYTE addressable registers */ __sfr __at (0x80) P0 ; __sfr __at (0x81) SP ; __sfr __at (0x82) DPL ; __sfr __at (0x82) DP0L ; /* as called by Atmel */ __sfr __at (0x83) DPH ; __sfr __at (0x83) DP0H ; /* as called by Atmel */ __sfr __at (0x84) DP1L ; /* at89S8252 specific register */ __sfr __at (0x85) DP1H ; /* at89S8252 specific register */ __sfr __at (0x86) SPDR ; /* at89S8252 specific register */ __sfr __at (0x87) PCON ; __sfr __at (0x88) TCON ; __sfr __at (0x89) TMOD ; __sfr __at (0x8A) TL0 ; __sfr __at (0x8B) TL1 ; __sfr __at (0x8C) TH0 ; __sfr __at (0x8D) TH1 ; __sfr __at (0x90) P1 ; __sfr __at (0x96) WMCON ; /* at89S8252 specific register */ __sfr __at (0x98) SCON ; __sfr __at (0x99) SBUF ; __sfr __at (0xA0) P2 ; __sfr __at (0xA8) IE ; __sfr __at (0xAA) SPSR ; /* at89S8252 specific register */ __sfr __at (0xB0) P3 ; __sfr __at (0xB8) IP ; __sfr __at (0xC8) T2CON ; __sfr __at (0xC9) T2MOD ; __sfr __at (0xCA) RCAP2L ; __sfr __at (0xCB) RCAP2H ; __sfr __at (0xCC) TL2 ; __sfr __at (0xCD) TH2 ; __sfr __at (0xD0) PSW ; __sfr __at (0xD5) SPCR ; /* at89S8252 specific register */ __sfr __at (0xE0) ACC ; __sfr __at (0xE0) A ; __sfr __at (0xF0) B ; /* BIT addressable registers */ /* P0 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON */ __sbit __at (0x88) IT0 ; __sbit __at (0x89) IE0 ; __sbit __at (0x8A) IT1 ; __sbit __at (0x8B) IE1 ; __sbit __at (0x8C) TR0 ; __sbit __at (0x8D) TF0 ; __sbit __at (0x8E) TR1 ; __sbit __at (0x8F) TF1 ; /* P1 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x97) P1_7 ; __sbit __at (0x90) T2 ; __sbit __at (0x91) T2EX ; /* P1 SPI portpins */ __sbit __at (0x94) SS ; /* SPI: SS - Slave port select input */ __sbit __at (0x95) MOSI ; /* SPI: MOSI - Master data output, slave data input */ __sbit __at (0x96) MISO ; /* SPI: MISO - Master data input, slave data output */ __sbit __at (0x97) SCK ; /* SPI: SCK - Master clock output, slave clock input */ /* SCON */ __sbit __at (0x98) RI ; __sbit __at (0x99) TI ; __sbit __at (0x9A) RB8 ; __sbit __at (0x9B) TB8 ; __sbit __at (0x9C) REN ; __sbit __at (0x9D) SM2 ; __sbit __at (0x9E) SM1 ; __sbit __at (0x9F) SM0 ; /* P2 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA7) P2_7 ; /* IE */ __sbit __at (0xA8) EX0 ; __sbit __at (0xA9) ET0 ; __sbit __at (0xAA) EX1 ; __sbit __at (0xAB) ET1 ; __sbit __at (0xAC) ES ; __sbit __at (0xAD) ET2 ; __sbit __at (0xAF) EA ; /* P3 */ __sbit __at (0xB0) P3_0 ; __sbit __at (0xB1) P3_1 ; __sbit __at (0xB2) P3_2 ; __sbit __at (0xB3) P3_3 ; __sbit __at (0xB4) P3_4 ; __sbit __at (0xB5) P3_5 ; __sbit __at (0xB6) P3_6 ; __sbit __at (0xB7) P3_7 ; __sbit __at (0xB0) RXD ; __sbit __at (0xB1) TXD ; __sbit __at (0xB2) INT0 ; __sbit __at (0xB3) INT1 ; __sbit __at (0xB4) T0 ; __sbit __at (0xB5) T1 ; __sbit __at (0xB6) WR ; __sbit __at (0xB7) RD ; /* IP */ __sbit __at (0xB8) PX0 ; __sbit __at (0xB9) PT0 ; __sbit __at (0xBA) PX1 ; __sbit __at (0xBB) PT1 ; __sbit __at (0xBC) PS ; __sbit __at (0xBD) PT2 ; /* T2CON */ __sbit __at (0xC8) T2CON_0 ; __sbit __at (0xC9) T2CON_1 ; __sbit __at (0xCA) T2CON_2 ; __sbit __at (0xCB) T2CON_3 ; __sbit __at (0xCC) T2CON_4 ; __sbit __at (0xCD) T2CON_5 ; __sbit __at (0xCE) T2CON_6 ; __sbit __at (0xCF) T2CON_7 ; __sbit __at (0xC8) CP_RL2 ; __sbit __at (0xC9) C_T2 ; __sbit __at (0xCA) TR2 ; __sbit __at (0xCB) EXEN2 ; __sbit __at (0xCC) TCLK ; __sbit __at (0xCD) RCLK ; __sbit __at (0xCE) EXF2 ; __sbit __at (0xCF) TF2 ; /* PSW */ __sbit __at (0xD0) P ; __sbit __at (0xD1) FL ; __sbit __at (0xD2) OV ; __sbit __at (0xD3) RS0 ; __sbit __at (0xD4) RS1 ; __sbit __at (0xD5) F0 ; __sbit __at (0xD6) AC ; __sbit __at (0xD7) CY ; /* B */ __sbit __at (0xF0) BREG_F0 ; __sbit __at (0xF1) BREG_F1 ; __sbit __at (0xF2) BREG_F2 ; __sbit __at (0xF3) BREG_F3 ; __sbit __at (0xF4) BREG_F4 ; __sbit __at (0xF5) BREG_F5 ; __sbit __at (0xF6) BREG_F6 ; __sbit __at (0xF7) BREG_F7 ; /* BIT definitions for bits that are not directly accessible */ /* PCON bits */ #define IDL 0x01 #define PD 0x02 #define GF0 0x04 #define GF1 0x08 #define SMOD 0x80 #define IDL_ 0x01 #define PD_ 0x02 #define GF0_ 0x04 #define GF1_ 0x08 #define SMOD_ 0x80 /* TMOD bits */ #define M0_0 0x01 #define M1_0 0x02 #define C_T0 0x04 #define GATE0 0x08 #define M0_1 0x10 #define M1_1 0x20 #define C_T1 0x40 #define GATE1 0x80 #define M0_0_ 0x01 #define M1_0_ 0x02 #define C_T0_ 0x04 #define GATE0_ 0x08 #define M0_1_ 0x10 #define M1_1_ 0x20 #define C_T1_ 0x40 #define GATE1_ 0x80 #define T0_M0 0x01 #define T0_M1 0x02 #define T0_CT 0x04 #define T0_GATE 0x08 #define T1_M0 0x10 #define T1_M1 0x20 #define T1_CT 0x40 #define T1_GATE 0x80 #define T0_M0_ 0x01 #define T0_M1_ 0x02 #define T0_CT_ 0x04 #define T0_GATE_ 0x08 #define T1_M0_ 0x10 #define T1_M1_ 0x20 #define T1_CT_ 0x40 #define T1_GATE_ 0x80 #define T0_MASK 0x0F #define T1_MASK 0xF0 #define T0_MASK_ 0x0F #define T1_MASK_ 0xF0 /* T2MOD bits */ #define DCEN 0x01 #define T2OE 0x02 #define DCEN_ 0x01 #define T2OE_ 0x02 /* WMCON bits */ #define WMCON_WDTEN 0x01 #define WMCON_WDTRST 0x02 #define WMCON_DPS 0x04 #define WMCON_EEMEN 0x08 #define WMCON_EEMWE 0x10 #define WMCON_PS0 0x20 #define WMCON_PS1 0x40 #define WMCON_PS2 0x80 /* SPCR-SPI bits */ #define SPCR_SPR0 0x01 #define SPCR_SPR1 0x02 #define SPCR_CPHA 0x04 #define SPCR_CPOL 0x08 #define SPCR_MSTR 0x10 #define SPCR_DORD 0x20 #define SPCR_SPE 0x40 #define SPCR_SPIE 0x80 /* SPSR-SPI bits */ #define SPSR_WCOL 0x40 #define SPSR_SPIF 0x80 /* SPDR-SPI bits */ #define SPDR_SPD0 0x01 #define SPDR_SPD1 0x02 #define SPDR_SPD2 0x04 #define SPDR_SPD3 0x08 #define SPDR_SPD4 0x10 #define SPDR_SPD5 0x20 #define SPDR_SPD6 0x40 #define SPDR_SPD7 0x80 /* Interrupt numbers: address = (number * 8) + 3 */ #define IE0_VECTOR 0 /* 0x03 external interrupt 0 */ #define EX0_VECTOR 0 /* 0x03 external interrupt 0 */ #define TF0_VECTOR 1 /* 0x0b timer 0 */ #define IE1_VECTOR 2 /* 0x13 external interrupt 1 */ #define EX1_VECTOR 2 /* 0x13 external interrupt 1 */ #define TF1_VECTOR 3 /* 0x1b timer 1 */ #define SI0_VECTOR 4 /* 0x23 serial port 0 */ #define TF2_VECTOR 5 /* 0x2B timer 2 */ #define EX2_VECTOR 5 /* 0x2B external interrupt 2 */ /* This is one of the addons coming from Bernd Krueger-Knauber */ /* ALE (0x8E) Bit Values */ __sfr __at 0x8E ALE; /* at89S8252 specific register */ /* Macro to enable and disable the toggling of the ALE-pin (EMV) */ /* Explanation : Original Intel 8051 Cores (Atmel has to use the */ /* Intel Core) have a feature that ALE is only active during */ /* MOVX or MOVC instruction. Otherwise the ALE-Pin is weakly */ /* pulled high. This can be used to force some external devices */ /* into standby mode and reduced EMI noise */ #define ALE_OFF ALE = ALE | 0x01 #define ALE_ON ALE = ALE & 0xFE #endif sdcc-2.9.0/device/include/mcs51/at89c51ed2.h000066400000000000000000000247071116427777700201470ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Atmel AT89C51RD2/ED2 Processor Written By - Jesus Calvino-Fraga / jesusc at ece.ubc.ca (July 2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REG_AT89C51ED2_H #define REG_AT89C51ED2_H #include <8052.h> // Load definitions for the 8052 #ifdef REG8052_H #undef REG8052_H #endif // Define AT89C51RD2/ED2 specific registers only __sfr __at (0x8E) AUXR; //Auxiliary function register #define DPU 0x80 //'1'=Disables weak pull-up #define M0 0x20 //'1'=Strechs MOVX control signals #define XRS2 0x10 // XRAM select bit 2 #define XRS1 0x08 // XRAM select bit 1 #define XRS0 0x04 // XRAM select bit 0 // XRS2 XRS1 XRS2 XRAM Size // 0 0 0 256 bytes // 0 0 1 512 bytes // 0 1 0 768 bytes (default) // 0 1 1 1024 bytes // 1 0 0 1792 bytes #define EXTRAM 0x02 //'0'=uses internal XRAM. #define AO 0x01 //'1'=Disables ALE generation. __sfr __at (0xA2) AUXR1; //Auxiliary function register 1 #define ENBOOT 0x20 //'0'=Disables boot ROM #define GF3 0x08 //General purpose user-defined flag. #define DPS 0x01 //Data pointer select. __sfr __at (0x97) CKRL; //Clock Reload Register __sfr __at (0x8F) CKCON0; //Clock control Register 0 #define WDTX2 0x40 //Watch Dog Clock speed '1'=12 ck/cy, '0'=6 ck/cy #define PCAX2 0x20 //Programmable Counter Array Clock speed '1'=12 ck/cy, '0'=6 ck/cy #define SIX2 0x10 //Enhanced UART Clock (Mode 0 and 2) speed '1'=12 ck/cy, '0'=6 ck/cy #define T2X2 0x08 //Timer2 Clock speed '1'=12 ck/cy, '0'=6 ck/cy #define T1X2 0x04 //Timer1 Clock speed '1'=12 ck/cy, '0'=6 ck/cy #define T0X2 0x02 //Timer0 Clock speed '1'=12 ck/cy, '0'=6 ck/cy #define X2 0x01 //CPU Clock '0'=12 ck/cy, '1'=6 ck/cy __sfr __at (0xAF) CKCON1; //Clock control Register 1 #define XPIX2 0x01 //SPI Clock speed '1'=12 ck/cy, '0'=6 ck/cy __sfr __at (0xFA) CCAP0H; //Module 0 Capture HIGH. __sfr __at (0xFB) CCAP1H; //Module 1 Capture HIGH. __sfr __at (0xFC) CCAP2H; //Module 2 Capture HIGH. __sfr __at (0xFD) CCAP3H; //Module 3 Capture HIGH. __sfr __at (0xFE) CCAP4H; //Module 4 Capture HIGH. __sfr __at (0xEA) CCAP0L; //Module 0 Capture LOW. __sfr __at (0xEB) CCAP1L; //Module 1 Capture LOW. __sfr __at (0xEC) CCAP2L; //Module 2 Capture LOW. __sfr __at (0xED) CCAP3L; //Module 3 Capture LOW. __sfr __at (0xEE) CCAP4L; //Module 4 Capture LOW. __sfr __at (0xDA) CCAPM0; //Module 0 Mode. __sfr __at (0xDB) CCAPM1; //Module 1 Mode. __sfr __at (0xDC) CCAPM2; //Module 2 Mode. __sfr __at (0xDD) CCAPM3; //Module 3 Mode. __sfr __at (0xDE) CCAPM4; //Module 4 Mode. //The preceding five registers have the following bits: #define ECOM 0x40 //Enable Comparator. #define CAPP 0x20 //1=enables positive edge capture. #define CAPN 0x10 //1=enables negative edge capture. #define MAT 0x08 //When counter matches sets CCF_n bit causing and interrupt. #define TOG 0x04 //Toggle output on match. #define PWM 0x02 //Pulse width modulation mode. #define ECCF 0x01 //Enable CCF interrupt. __sfr __at (0xD8) CCON; //PCA Counter Control __sbit __at (0xDF) CF; //PCA Counter overflow flag. __sbit __at (0xDE) CR ; //PCA Counter Run Control Bit. 1=counter on. 0=counter off. __sbit __at (0xDC) CCF4;//PCA Module 4 Interrupt Flag. __sbit __at (0xDB) CCF3;//PCA Module 3 Interrupt Flag. __sbit __at (0xDA) CCF2;//PCA Module 2 Interrupt Flag. __sbit __at (0xD9) CCF1;//PCA Module 1 Interrupt Flag. __sbit __at (0xD8) CCF0;//PCA Module 0 Interrupt Flag. __sfr __at (0xF9) CH; //PCA Counter HIGH. __sfr __at (0xE9) CL; //PCA Counter LOW. __sfr __at (0xD9) CMOD; //PCA Counter Mode. #define CIDL 0x80 //CIDL=0 program the PCA counter to work during idle mode. #define WDTE 0x40 //Watchdog Timer Enable. #define CPS1 0x04 //PCA Count Pulse Select bit 1. #define CPS0 0x02 //PCA Count Pulse Select bit 0. //00=Internal clock, Fosc/6 //01=Internal clock, Fosc/6 //10=Timer 0 overflow //11=External clock at ECI/P1.2 pin (max rate=Fosc/4) #define ECF 0x01 //PCA Enable Counter Overflow Interrupt. //Attention IEN0 is the same as register IE found in <8051.h> only bit EC added here. __sfr __at (0xA8) IEN0; //Interrupt Enable 1. __sbit __at (0xAE) EC; //PCA Interrupt Enable bit. __sfr __at (0xB1) IEN1; //Interrupt Enable 1 #define ESPI 0x04 //SPA Interrupt Enable bit. #define KBD 0x01 //Keyboard Interrupt Enable bit. //Attention IPL0 is the same as register IP found in <8051.h> __sfr __at (0xB8) IPL0; //Interrupt Priority 0 LOW __sbit __at (0xBE) PPCL;//PCA Interrupt Priority low bit. __sbit __at (0xBD) PT2L;//Timer 2 Interrupt Priority Low Bit. __sbit __at (0xBC) PLS; //Serial Port Interrupt Priority Low Bit. __sbit __at (0xBB) PT1L;//Timer 1 Interrupt Priority Low Bit. __sbit __at (0xBA) PX1L;//External Interrupt 1 Priority Low Bit. __sbit __at (0xB9) PT0L;//Timer 0 Interrupt Priority Low Bit. __sbit __at (0xB8) PX0L;//External Interrupt 0 Priority Low Bit. __sfr __at (0xB7) IPH0; //Interrupt Priority 0 HIGH #define PPCH 0x40 //PCA Interrupt Priority High Bit. #define PT2H 0x20 //Timer 2 Interrupt Priority High Bit. #define PHS 0x10 //Serial Port Interrupt Priority High Bit. #define PT1H 0x08 //Timer 1 Interrupt Priority High Bit. #define PX1H 0x04 //External Interrupt 1 Priority High Bit. #define PT0H 0x02 //Timer 0 Interrupt Priority High Bit. #define PX0H 0x01 //External Interrupt 0 Priority High Bit. __sfr __at (0xB2) IPL1; //Interrupt Priority 1 LOW. #define SPIL 0x04 //SPI Priority Low Bit #define KBDL 0x01 //Keyboard Priority Low Bit __sfr __at (0xB3) IPH1; //Interrupt Priority 1 HIGH. #define SPIH 0x04 //SPI Priority High Bit #define KBDH 0x01 //Keyboard Priority High Bit __sfr __at (0xC0) P4; //8-bit port 4 __sbit __at (0xC0) P4_0 ; __sbit __at (0xC1) P4_1 ; __sbit __at (0xC2) P4_2 ; __sbit __at (0xC3) P4_3 ; __sbit __at (0xC4) P4_4 ; __sbit __at (0xC5) P4_5 ; __sbit __at (0xC6) P4_6 ; __sbit __at (0xC7) P4_7 ; // S. Qu 12/30/2008 4:23PM __sfr __at (0xE8) P5; //8-bit port 5 __sbit __at (0xE8) P5_0 ; __sbit __at (0xE9) P5_1 ; __sbit __at (0xEA) P5_2 ; __sbit __at (0xEB) P5_3 ; __sbit __at (0xEC) P5_4 ; __sbit __at (0xED) P5_5 ; __sbit __at (0xEE) P5_6 ; __sbit __at (0xEF) P5_7 ; __sfr __at (0xA6) WDTRST; //WatchDog Timer Reset __sfr __at (0xA7) WDTPRG; //WatchDog Timer Program #define WTO2 0x04 //WDT Time-out select bit 2 #define WTO1 0x02 //WDT Time-out select bit 1 #define WTO0 0x01 //WDT Time-out select bit 0 //This names appear also in the datasheet: #define S2 0x04 //WDT Time-out select bit 2 #define S1 0x02 //WDT Time-out select bit 1 #define S0 0x01 //WDT Time-out select bit 0 //S2 S1 S0 Selected Time-out //0 0 0 (2^14 - 1) machine cycles, 16.3 ms @ FOSCA=12 MHz //0 0 1 (2^15 - 1) machine cycles, 32.7 ms @ FOSCA=12 MHz //0 1 0 (2^16 - 1) machine cycles, 65.5 ms @ FOSCA=12 MHz //0 1 1 (2^17 - 1) machine cycles, 131 ms @ FOSCA=12 MHz //1 0 0 (2^18 - 1) machine cycles, 262 ms @ FOSCA=12 MHz //1 0 1 (2^19 - 1) machine cycles, 542 ms @ FOSCA=12 MHz //1 1 0 (2^20 - 1) machine cycles, 1.05 s @ FOSCA=12 MHz //1 1 1 (2^21 - 1) machine cycles, 2.09 s @ FOSCA=12 MHz __sfr __at (0xA9) SADDR; //Serial Port Address Register. __sfr __at (0xB9) SADEN; //Serial Port Address Enable. __sfr __at (0xC3) SPCON; //SPI Control Register #define SPR2 0x80 //SPI Clork Rate select bit 2. #define SPEN 0x40 //SPI enable bit. When set enables SPI. #define SSDIS 0x20 //Cleared to enable SS in both Master and Slave modes. #define MSTR 0x10 //1=master mode. 0=slave mode. #define CPOL 0x08 //1=SCK is high when idle (active low), 0=SCK is low when idle (active high). #define CPHA 0x04 //1=shift triggered on the trailing edge of SCK. 0=shift trig. on leading edge. #define SPR1 0x02 //SPI Clork Rate select bit 1. #define SPR0 0x01 //SPI Clork Rate select bit 0. //SPR2 SPR1 SPR0 Baud Rate Divisor // 0 0 0 2 // 0 0 1 4 // 0 1 0 8 // 0 1 1 16 // 1 0 0 32 // 1 0 1 64 // 1 1 0 128 // 1 1 1 Invalid: Don't Use __sfr __at (0xC4) SPSTA; //Serial Peripheral Status register #define SPIF 0x80 //Serial Peripheral Data Transfer Flag #define WCOL 0x40 //Write collision Flag. #define SSERR 0x20 //Synchronous Serial Slave Error Flag #define MODF 0x10 //Mode Fault Flag __sfr __at (0xC5) SPDAT; //SPI Data __sfr __at (0xC9) T2MOD; //Timer 2 mode control #define T2OE 0x02 //Timer 2 Output Enable bit. #define DCEN 0x01 //Down count enable __sfr __at (0x9B) BDRCON; //Baud Rate Control #define BRR 0x10 //Baud Rate Run Control bit. '1'=enable #define TBCK 0x08 //Transmission Baud rate Generator Selection bit for UART #define RBCK 0x04 //Reception Baud Rate Generator Selection bit for UART #define SPD 0x02 //Baud Rate Speed Control bit for UART #define SRC 0x01 //Baud Rate Source select bit in Mode 0 for UART __sfr __at (0x9A) BRL; //Baud Rate Reload __sfr __at (0x9C) KBLS; //Keyboard level Selector __sfr __at (0x9D) KBE; //Keyboard Input Enable __sfr __at (0x9E) KBF; //Keyboard Flag Register __sfr __at (0xD2) EECON; //EEPROM Data Control #define EEE 0x02 //EEPROM Enable. '1'=use EEPROM, '0'=use XRAM #define EEBUSY 0x01 //EEPROM Busy. '1'=EEPROM is busy programming #endif /*REG_AT89C51ED2_H*/ sdcc-2.9.0/device/include/mcs51/at89c51snd1c.h000066400000000000000000000352551116427777700205050ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Atmel AT89C51SND1C Processor Written By - Weston Schmidt (Sept 2005) This document is based on the AT8xC51SND1C document 4109H-8051-01/05 $Id: at89c51snd1c.h 4388 2006-09-27 09:31:14Z MaartenBrock $ This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __AT89C51SND1_H__ #define __AT89C51SND1_H__ /* BYTE Registers */ __sfr __at (0xE0) ACC ; /* C51 Core SFRs */ __sfr __at (0xF0) B ; __sfr __at (0xD0) PSW ; __sfr __at (0x81) SP ; __sfr __at (0x82) DPL ; __sfr __at (0x83) DPH ; __sfr __at (0x87) PCON ; /* System Management SFRs */ __sfr __at (0x8E) AUXR0 ; __sfr __at (0xA2) AUXR1 ; __sfr __at (0xFB) NVERS ; __sfr __at (0x8F) CKCON ; /* PLL and System Clock SFRs */ __sfr __at (0xE9) PLLCON ; __sfr __at (0xEE) PLLNDIV ; __sfr __at (0xEF) PLLRDIV ; __sfr __at (0xA8) IEN0 ; /* Interrupt SFRs */ __sfr __at (0xB1) IEN1 ; __sfr __at (0xB7) IPH0 ; __sfr __at (0xB8) IPL0 ; __sfr __at (0xB3) IPH1 ; __sfr __at (0xB2) IPL1 ; __sfr __at (0x80) P0 ; /* Port SFRs */ __sfr __at (0x90) P1 ; __sfr __at (0xA0) P2 ; __sfr __at (0xB0) P3 ; __sfr __at (0xC0) P4 ; __sfr __at (0xD8) P5 ; __sfr __at (0xD1) FCON ; /* Flash Memory SFR */ __sfr __at (0x88) TCON ; /* Timer SFRs */ __sfr __at (0x89) TMOD ; __sfr __at (0x8A) TL0 ; __sfr __at (0x8C) TH0 ; __sfr __at (0x8B) TL1 ; __sfr __at (0x8D) TH1 ; __sfr __at (0xA6) WDTRST ; __sfr __at (0xA7) WDTPRG ; __sfr __at (0xAA) MP3CON ; /* MP3 Decoder SFRs */ __sfr __at (0xC8) MP3STA ; __sfr __at (0xAF) MP3STA1 ; __sfr __at (0xAC) MP3DAT ; __sfr __at (0xAD) MP3ANC ; __sfr __at (0x9E) MP3VOL ; __sfr __at (0x9F) MP3VOR ; __sfr __at (0xB4) MP3BAS ; __sfr __at (0xB5) MP3MED ; __sfr __at (0xB6) MP3TRE ; __sfr __at (0xEB) MP3CLK ; __sfr __at (0xAE) MP3DBG ; __sfr __at (0x9A) AUDCON0 ; /* Audio Interface SFRs */ __sfr __at (0x9B) AUDCON1 ; __sfr __at (0x9C) AUDSTA ; __sfr __at (0x9D) AUDDAT ; __sfr __at (0xEC) AUDCLK ; __sfr __at (0xBC) USBCON ; /* USB Controller SFRs */ __sfr __at (0xC6) USBADDR ; __sfr __at (0xBD) USBINT ; __sfr __at (0xBE) USBIEN ; __sfr __at (0xC7) UEPNUM ; __sfr __at (0xD4) UEPCONX ; __sfr __at (0xCE) UEPSTAX ; __sfr __at (0xD5) UEPRST ; __sfr __at (0xF8) UEPINT ; __sfr __at (0xC2) UEPIEN ; __sfr __at (0xCF) UEPDATX ; __sfr __at (0xE2) UBYCTX ; __sfr __at (0xBA) UFNUML ; __sfr __at (0xBB) UFNUMH ; __sfr __at (0xEA) USBCLK ; __sfr __at (0xE4) MMCON0 ; /* MMC Controller SFRs */ __sfr __at (0xE5) MMCON1 ; __sfr __at (0xE6) MMCON2 ; __sfr __at (0xDE) MMSTA ; __sfr __at (0xE7) MMINT ; __sfr __at (0xDF) MMMSK ; __sfr __at (0xDD) MMCMD ; __sfr __at (0xDC) MMDAT ; __sfr __at (0xED) MMCLK ; __sfr __at (0xF9) DAT16H ; /* IDE Interface SFR */ __sfr __at (0x98) SCON ; /* Serial I/O Port SFRs */ __sfr __at (0x99) SBUF ; __sfr __at (0xB9) SADEN ; __sfr __at (0xA9) SADDR ; __sfr __at (0x92) BDRCON ; __sfr __at (0x91) BRL ; __sfr __at (0xC3) SPCON ; /* SPI Controller SFRs */ __sfr __at (0xC4) SPSTA ; __sfr __at (0xC5) SPDAT ; __sfr __at (0x93) SSCON ; /* Two Wire Controller SFRs */ __sfr __at (0x94) SSSTA ; __sfr __at (0x95) SSDAT ; __sfr __at (0x96) SSADR ; __sfr __at (0xA3) KBCON ; /* Keyboard Interface SFRs */ __sfr __at (0xA4) KBSTA ; __sfr __at (0xF3) ADCON ; /* A/D Controller SFRs */ __sfr __at (0xF4) ADDL ; __sfr __at (0xF5) ADDH ; __sfr __at (0xF2) ADCLK ; /* BIT Registers */ /* PSW */ __sbit __at (0xD7) CY ; __sbit __at (0xD6) AC ; __sbit __at (0xD5) F0 ; __sbit __at (0xD4) RS1 ; __sbit __at (0xD3) RS0 ; __sbit __at (0xD2) OV ; __sbit __at (0xD1) F1 ; __sbit __at (0xD0) P ; /* IEN0 */ __sbit __at (0xAF) EA ; __sbit __at (0xAE) EAUD ; __sbit __at (0xAD) EMP3 ; __sbit __at (0xAC) ES ; __sbit __at (0xAB) ET1 ; __sbit __at (0xAA) EX1 ; __sbit __at (0xA9) ET0 ; __sbit __at (0xA8) EX0 ; /* IPLO */ __sbit __at (0xBE) IPLAUD ; __sbit __at (0xBD) IPLMP3 ; __sbit __at (0xBC) IPLS ; __sbit __at (0xBB) IPLT1 ; __sbit __at (0xBA) IPLX1 ; __sbit __at (0xB9) IPLT0 ; __sbit __at (0xB8) IPLX0 ; /* P0 */ __sbit __at (0x87) P0_7 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x80) P0_0 ; /* P1 */ __sbit __at (0x97) P1_7 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x90) P1_0 ; __sbit __at (0x97) SDA ; __sbit __at (0x96) SCL ; __sbit __at (0x93) KIN3 ; __sbit __at (0x92) KIN2 ; __sbit __at (0x91) KIN1 ; __sbit __at (0x90) KIN0 ; /* P2 */ __sbit __at (0xA7) P2_7 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA0) P2_0 ; /* P3 */ __sbit __at (0xB7) P3_7 ; __sbit __at (0xB6) P3_6 ; __sbit __at (0xB5) P3_5 ; __sbit __at (0xB4) P3_4 ; __sbit __at (0xB3) P3_3 ; __sbit __at (0xB2) P3_2 ; __sbit __at (0xB1) P3_1 ; __sbit __at (0xB0) P3_0 ; __sbit __at (0xB7) RD ; __sbit __at (0xB6) WR ; __sbit __at (0xB5) T1 ; __sbit __at (0xB4) T0 ; __sbit __at (0xB3) INT1 ; __sbit __at (0xB2) INT0 ; __sbit __at (0xB1) TXD ; __sbit __at (0xB0) RXD ; /* P4 */ __sbit __at (0xC7) P4_7 ; __sbit __at (0xC6) P4_6 ; __sbit __at (0xC5) P4_5 ; __sbit __at (0xC4) P4_4 ; __sbit __at (0xC3) P4_3 ; __sbit __at (0xC2) P4_2 ; __sbit __at (0xC1) P4_1 ; __sbit __at (0xC0) P4_0 ; __sbit __at (0xC3) SS_ ; __sbit __at (0xC2) SCK ; __sbit __at (0xC1) MOSI ; __sbit __at (0xC0) MISO ; /* P5 */ __sbit __at (0xDB) P5_3 ; __sbit __at (0xDA) P5_2 ; __sbit __at (0xD9) P5_1 ; __sbit __at (0xD8) P5_0 ; /* TCON */ __sbit __at (0x8F) TF1 ; __sbit __at (0x8E) TR1 ; __sbit __at (0x8D) TF0 ; __sbit __at (0x8C) TR0 ; __sbit __at (0x8B) IE1 ; __sbit __at (0x8A) IT1 ; __sbit __at (0x89) IE0 ; __sbit __at (0x88) IT0 ; /* MP3STA */ __sbit __at (0xCF) MPANC ; __sbit __at (0xCE) MPREQ ; __sbit __at (0xCD) ERRLAY ; __sbit __at (0xCC) ERRSYN ; __sbit __at (0xCB) ERRCRC ; __sbit __at (0xCA) MPFS1 ; __sbit __at (0xC9) MPFS0 ; __sbit __at (0xC8) MPVER ; /* UEPINT */ __sbit __at (0xFA) EP2INT ; __sbit __at (0xF9) EP1INT ; __sbit __at (0xF8) EP0INT ; /* SCON */ __sbit __at (0x9F) SM0 ; __sbit __at (0x9F) FE ; __sbit __at (0x9E) SM1 ; __sbit __at (0x9D) SM2 ; __sbit __at (0x9C) REN ; __sbit __at (0x9B) TB8 ; __sbit __at (0x9A) RB8 ; __sbit __at (0x99) TI ; __sbit __at (0x98) RI ; /* BIT definitions for bits that are not directly accessible */ /* PCON bits */ #define MSK_SMOD1 0x80 #define MSK_SMOD0 0x40 #define MSK_GF1 0x08 #define MSK_GF0 0x04 #define MSK_PD 0x02 #define MSK_IDL 0x01 /* AUXR0 bits */ #define MSK_EXT16 0x40 #define MSK_M0 0x20 #define MSK_DPHDIS 0x10 #define MSK_XRS 0x0C #define MSK_EXTRAM 0x02 #define MSK_AO 0x01 /* AUXR1 bits */ #define MSK_ENBOOT 0x20 #define MSK_GF3 0x08 #define MSK_DPS 0x01 /* CKCON bits */ #define MSK_X2 0x01 /* PLLCON bits */ #define MSK_PLL_R 0xC0 #define MSK_PLLRES 0x08 #define MSK_PLLEN 0x02 #define MSK_PLOCK 0x01 /* PLLNDIV bits */ #define MSK_PLL_N 0x7F /* IEN1 bits */ #define MSK_EUSB 0x40 #define MSK_EKB 0x10 #define MSK_EADC 0x08 #define MSK_ESPI 0x04 #define MSK_EI2C 0x02 #define MSK_EMMC 0x01 /* IPHO bits */ #define MSK_IPHAUD 0x40 #define MSK_IPHMP3 0x20 #define MSK_IPHS 0x10 #define MSK_IPHT1 0x08 #define MSK_IPHX1 0x04 #define MSK_IPHT0 0x02 #define MSK_IPHX0 0x01 /* IPH1 bits */ #define MSK_IPHUSB 0x40 #define MSK_IPHKB 0x10 #define MSK_IPHADC 0x08 #define MSK_IPHSPI 0x04 #define MSK_IPHI2C 0x02 #define MSK_IPHMMC 0x01 /* IPL1 bits */ #define MSK_IPLUSB 0x40 #define MSK_IPLKB 0x10 #define MSK_IPLADC 0x08 #define MSK_IPLSPI 0x04 #define MSK_IPLI2C 0x02 #define MSK_IPLMMC 0x01 /* TMOD bits */ #define MSK_GATE1 0x80 #define MSK_C_T1 0x40 #define MSK_MO1 0x30 #define MSK_GATE0 0x08 #define MSK_C_T0 0x04 #define MSK_MO0 0x03 /* MP3CON bits */ #define MSK_MPEN 0x80 #define MSK_MPBBST 0x40 #define MSK_CRCEN 0x20 #define MSK_MSKANC 0x10 #define MSK_MSKREQ 0x08 #define MSK_MSKLAY 0x04 #define MSK_MSKSYN 0x02 #define MSK_MSKCRC 0x01 /* MP3STA1 bits */ #define MSK_MPFREQ 0x10 #define MSK_MPBREQ 0x08 /* MP3VOL bits */ #define MSK_VOL 0x1F /* MP3VOR bits */ #define MSK_VOR 0x1F /* MP3BAS bits */ #define MSK_BAS 0x1F /* MP3MED bits */ #define MSK_MED 0x1F /* MP3TRE bits */ #define MSK_TRE 0x1F /* MP3CLK bits */ #define MSK_MPCD 0x1F /* MP3DBG bits */ #define MSK_MPFULL 0x08 /* AUDCON0 bits */ #define MSK_JUST 0xF8 #define MSK_POL 0x04 #define MSK_DSIZ 0x02 #define MSK_HLR 0x01 /* AUDCON1 bits */ #define MSK_SRC 0x80 #define MSK_DRQEN 0x40 #define MSK_MSREQ 0x20 #define MSK_MUDRN 0x10 #define MSK_DUP 0x06 #define MSK_AUDEN 0x01 /* AUDSTA bits */ #define MSK_SREQ 0x80 #define MSK_UDRN 0x40 #define MSK_AUBUSY 0x20 /* AUDCLK bits */ #define MSK_AUCD 0x1F /* USBCON bits */ #define MSK_USBE 0x80 #define MSK_SUSPCLK 0x40 #define MSK_SDRMWUP 0x20 #define MSK_UPRSM 0x08 #define MSK_RMWUPE 0x04 #define MSK_CONFG 0x02 #define MSK_FADDEN 0x01 /* USBADDR bits */ #define MSK_FEN 0x80 #define MSK_UADD 0x7F /* USBINT bits */ #define MSK_WUPCPU 0x20 #define MSK_EORINT 0x10 #define MSK_SOFINT 0x08 #define MSK_SPINT 0x01 /* USBIEN bits */ #define MSK_EWUPCPU 0x20 #define MSK_EEORINT 0x10 #define MSK_ESOFINT 0x08 #define MSK_ESPINT 0x01 /* UEPNUM bits */ #define MSK_EPNUM 0x03 /* UEPCONX bits */ #define MSK_EPEN 0x80 #define MSK_NAKIEN 0x40 #define MSK_NAKOUT 0x20 #define MSK_NAKIN 0x10 #define MSK_DTGL 0x08 #define MSK_EPDIR 0x04 #define MSK_EPTYPE 0x03 /* UEPSTAX bits */ #define MSK_DIR 0x80 #define MSK_RXOUTB1 0x40 #define MSK_STALLRQ 0x20 #define MSK_TXRDY 0x10 #define MSK_STLCRC 0x08 #define MSK_RXSETUP 0x04 #define MSK_RXOUTB0 0x02 #define MSK_TXCMP 0x01 /* UEPRST bits */ #define MSK_EPRST 0x07 #define MSK_EP2RST 0x04 #define MSK_EP1RST 0x02 #define MSK_EP0RST 0x01 #define MSK_EPINT 0x07 #define MSK_EP2INT 0x04 #define MSK_EP1INT 0x02 #define MSK_EP0INT 0x01 /* UEPIEN bits */ #define MSK_EPINTE 0x07 #define MSK_EP2INTE 0x04 #define MSK_EP1INTE 0x02 #define MSK_EP0INTE 0x01 /* UBYCTX bits */ #define MSK_BYCT 0x7F /* UFNUMH bits */ #define MSK_CRCOK 0x20 #define MSK_CRCERR 0x10 #define MSK_FNUM 0x07 /* USBCLK bits */ #define MSK_USBCD 0x03 /* MMCON0 bits */ #define MSK_DRPTR 0x80 #define MSK_DTPTR 0x40 #define MSK_CRPTR 0x20 #define MSK_CTPTR 0x10 #define MSK_MBLOCK 0x08 #define MSK_DFMT 0x04 #define MSK_RFMT 0x02 #define MSK_CRCDIS 0x01 /* MMCON1 bits */ #define MSK_BLEN 0xf0 #define MSK_DATDIR 0x08 #define MSK_DATEN 0x04 #define MSK_RESPEN 0x02 #define MSK_CMDEN 0x01 /* MMCON2 bits */ #define MSK_MMCEN 0x80 #define MSK_DCR 0x40 #define MSK_CCR 0x20 #define MSK_DATD 0x06 #define MSK_FLOWC 0x01 /* MMSTA bits */ #define MSK_CBUSY 0x20 #define MSK_CRC16S 0x10 #define MSK_DATFS 0x08 #define MSK_CRC7S 0x04 #define MSK_RESPFS 0x02 #define MSK_CFLCK 0x01 /* MMINT bits */ #define MSK_MCBI 0x80 #define MSK_EORI 0x40 #define MSK_EOCI 0x20 #define MSK_EOFI 0x10 #define MSK_F2FI 0x08 #define MSK_F1FI 0x04 #define MSK_F2EI 0x02 #define MSK_F1EI 0x01 /* MMMSK bits */ #define MSK_MCBM 0x80 #define MSK_EORM 0x40 #define MSK_EOCM 0x20 #define MSK_EOFM 0x10 #define MSK_F2FM 0x08 #define MSK_F1FM 0x04 #define MSK_F2EM 0x02 #define MSK_F1EM 0x01 /* BDRCON bits */ #define MSK_BRR 0x10 #define MSK_TBCK 0x08 #define MSK_RBCK 0x04 #define MSK_SPD 0x02 #define MSK_M0SRC 0x01 /* SPCON bits */ #define MSK_SPR 0x83 #define MSK_SPEN 0x40 #define MSK_SSDIS 0x20 #define MSK_MSTR 0x10 #define MSK_MODE 0x0C #define MSK_CPOL 0x08 #define MSK_CPHA 0x04 /* SPSTA bits */ #define MSK_SPIF 0x80 #define MSK_WCOL 0x40 #define MSK_MODF 0x10 /* SSCON bits */ #define MSK_SSCR 0x83 #define MSK_SSPE 0x40 #define MSK_SSSTA 0x20 #define MSK_SSSTO 0x10 #define MSK_SSI 0x08 #define MSK_SSAA 0x04 /* SSSTA bits */ #define MSK_SSC 0xf8 /* SSADR bits */ #define MSK_SSA 0xfe #define MSK_SSGC 0x01 /* KBCON bits */ #define MSK_KINL 0xf0 #define MSK_KINM 0x0f /* BKSTA bits */ #define MSK_KPDE 0x80 #define MSK_KINF 0x0f /* ADCON bits */ #define MSK_ADIDL 0x40 #define MSK_ADEN 0x20 #define MSK_ADEOC 0x10 #define MSK_ADSST 0x80 #define MSK_ADCS 0x01 /* ADCLK bits */ #define MSK_ADCD 0x1f /* ADDL bits */ #define MSK_ADAT 0x03 /* Interrupt numbers: address = (number * 8) + 3 */ #define IE0_VECTOR 0 /* 0x03 External Interrupt 0 */ #define TF0_VECTOR 1 /* 0x0b Timer 0 */ #define IE1_VECTOR 2 /* 0x13 External Interrupt 1 */ #define TF1_VECTOR 3 /* 0x1b Timer 1 */ #define SIO_VECTOR 4 /* 0x23 Serial port */ #define MP3_VECTOR 5 /* 0x2b MP3 Decoder */ #define AUDIO_VECTOR 6 /* 0x33 Audio Interface */ #define MMC_VECTOR 7 /* 0x3b MMC Interface */ #define TWI_VECTOR 8 /* 0x43 Two Wire Controller */ #define SPI_VECTOR 9 /* 0x4b SPI Controller */ #define ADC_VECTOR 10 /* 0x53 A to D Contverter */ #define KBD_VECTOR 11 /* 0x5b Keyboard */ /* 0x63 Reserved */ #define USB_VECTOR 13 /* 0x6b USB */ /* 0x73 Reserved */ #endif sdcc-2.9.0/device/include/mcs51/at89c55.h000066400000000000000000000161341116427777700175530ustar00rootroot00000000000000 /*------------------------------------------------------------------------- Register Declarations for ATMEL 89x55 Processors Written By - Bernd Bartmann Bernd.Bartmann@picard.isdn.cs.tu-berlin.de (1999) based on reg51.h by Sandeep Dutta sandeep.dutta@usa.net KEIL C compatible definitions are included This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef AT89x55_H #define AT89x55_H /* BYTE addressable registers */ __sfr __at 0x80 P0 ; __sfr __at 0x81 SP ; __sfr __at 0x82 DPL ; __sfr __at 0x83 DPH ; __sfr __at 0x87 PCON ; __sfr __at 0x88 TCON ; __sfr __at 0x89 TMOD ; __sfr __at 0x8A TL0 ; __sfr __at 0x8B TL1 ; __sfr __at 0x8C TH0 ; __sfr __at 0x8D TH1 ; __sfr __at 0x90 P1 ; __sfr __at 0x98 SCON ; __sfr __at 0x99 SBUF ; __sfr __at 0xA0 P2 ; __sfr __at 0xA8 IE ; __sfr __at 0xB0 P3 ; __sfr __at 0xB8 IP ; __sfr __at 0xC8 T2CON ; __sfr __at 0xC9 T2MOD ; __sfr __at 0xCA RCAP2L ; __sfr __at 0xCB RCAP2H ; __sfr __at 0xCC TL2 ; __sfr __at 0xCD TH2 ; __sfr __at 0xD0 PSW ; __sfr __at 0xE0 ACC ; __sfr __at 0xE0 A ; __sfr __at 0xF0 B ; /* BIT addressable registers */ /* P0 */ __sbit __at 0x80 P0_0 ; __sbit __at 0x81 P0_1 ; __sbit __at 0x82 P0_2 ; __sbit __at 0x83 P0_3 ; __sbit __at 0x84 P0_4 ; __sbit __at 0x85 P0_5 ; __sbit __at 0x86 P0_6 ; __sbit __at 0x87 P0_7 ; /* TCON */ __sbit __at 0x88 IT0 ; __sbit __at 0x89 IE0 ; __sbit __at 0x8A IT1 ; __sbit __at 0x8B IE1 ; __sbit __at 0x8C TR0 ; __sbit __at 0x8D TF0 ; __sbit __at 0x8E TR1 ; __sbit __at 0x8F TF1 ; /* P1 */ __sbit __at 0x90 P1_0 ; __sbit __at 0x91 P1_1 ; __sbit __at 0x92 P1_2 ; __sbit __at 0x93 P1_3 ; __sbit __at 0x94 P1_4 ; __sbit __at 0x95 P1_5 ; __sbit __at 0x96 P1_6 ; __sbit __at 0x97 P1_7 ; __sbit __at 0x90 T2 ; __sbit __at 0x91 T2EX ; /* SCON */ __sbit __at 0x98 RI ; __sbit __at 0x99 TI ; __sbit __at 0x9A RB8 ; __sbit __at 0x9B TB8 ; __sbit __at 0x9C REN ; __sbit __at 0x9D SM2 ; __sbit __at 0x9E SM1 ; __sbit __at 0x9F SM0 ; /* P2 */ __sbit __at 0xA0 P2_0 ; __sbit __at 0xA1 P2_1 ; __sbit __at 0xA2 P2_2 ; __sbit __at 0xA3 P2_3 ; __sbit __at 0xA4 P2_4 ; __sbit __at 0xA5 P2_5 ; __sbit __at 0xA6 P2_6 ; __sbit __at 0xA7 P2_7 ; /* IE */ __sbit __at 0xA8 EX0 ; __sbit __at 0xA9 ET0 ; __sbit __at 0xAA EX1 ; __sbit __at 0xAB ET1 ; __sbit __at 0xAC ES ; __sbit __at 0xAD ET2 ; __sbit __at 0xAF EA ; /* P3 */ __sbit __at 0xB0 P3_0 ; __sbit __at 0xB1 P3_1 ; __sbit __at 0xB2 P3_2 ; __sbit __at 0xB3 P3_3 ; __sbit __at 0xB4 P3_4 ; __sbit __at 0xB5 P3_5 ; __sbit __at 0xB6 P3_6 ; __sbit __at 0xB7 P3_7 ; __sbit __at 0xB0 RXD ; __sbit __at 0xB1 TXD ; __sbit __at 0xB2 INT0 ; __sbit __at 0xB3 INT1 ; __sbit __at 0xB4 T0 ; __sbit __at 0xB5 T1 ; __sbit __at 0xB6 WR ; __sbit __at 0xB7 RD ; /* IP */ __sbit __at 0xB8 PX0 ; __sbit __at 0xB9 PT0 ; __sbit __at 0xBA PX1 ; __sbit __at 0xBB PT1 ; __sbit __at 0xBC PS ; __sbit __at 0xBD PT2 ; /* T2CON */ __sbit __at 0xC8 T2CON_0 ; __sbit __at 0xC9 T2CON_1 ; __sbit __at 0xCA T2CON_2 ; __sbit __at 0xCB T2CON_3 ; __sbit __at 0xCC T2CON_4 ; __sbit __at 0xCD T2CON_5 ; __sbit __at 0xCE T2CON_6 ; __sbit __at 0xCF T2CON_7 ; __sbit __at 0xC8 CP_RL2 ; __sbit __at 0xC9 C_T2 ; __sbit __at 0xCA TR2 ; __sbit __at 0xCB EXEN2 ; __sbit __at 0xCC TCLK ; __sbit __at 0xCD RCLK ; __sbit __at 0xCE EXF2 ; __sbit __at 0xCF TF2 ; /* PSW */ __sbit __at 0xD0 P ; __sbit __at 0xD1 FL ; __sbit __at 0xD2 OV ; __sbit __at 0xD3 RS0 ; __sbit __at 0xD4 RS1 ; __sbit __at 0xD5 F0 ; __sbit __at 0xD6 AC ; __sbit __at 0xD7 CY ; /* BIT definitions for bits that are not directly accessible */ /* PCON bits */ #define IDL 0x01 #define PD 0x02 #define GF0 0x04 #define GF1 0x08 #define SMOD 0x80 #define IDL_ 0x01 #define PD_ 0x02 #define GF0_ 0x04 #define GF1_ 0x08 #define SMOD_ 0x80 /* TMOD bits */ #define M0_0 0x01 #define M1_0 0x02 #define C_T0 0x04 #define GATE0 0x08 #define M0_1 0x10 #define M1_1 0x20 #define C_T1 0x40 #define GATE1 0x80 #define M0_0_ 0x01 #define M1_0_ 0x02 #define C_T0_ 0x04 #define GATE0_ 0x08 #define M0_1_ 0x10 #define M1_1_ 0x20 #define C_T1_ 0x40 #define GATE1_ 0x80 #define T0_M0 0x01 #define T0_M1 0x02 #define T0_CT 0x04 #define T0_GATE 0x08 #define T1_M0 0x10 #define T1_M1 0x20 #define T1_CT 0x40 #define T1_GATE 0x80 #define T0_M0_ 0x01 #define T0_M1_ 0x02 #define T0_CT_ 0x04 #define T0_GATE_ 0x08 #define T1_M0_ 0x10 #define T1_M1_ 0x20 #define T1_CT_ 0x40 #define T1_GATE_ 0x80 #define T0_MASK 0x0F #define T1_MASK 0xF0 #define T0_MASK_ 0x0F #define T1_MASK_ 0xF0 /* T2MOD bits */ #define DCEN 0x01 #define T2OE 0x02 #define DCEN_ 0x01 #define T2OE_ 0x02 /* Interrupt numbers: address = (number * 8) + 3 */ #define IE0_VECTOR 0 /* 0x03 external interrupt 0 */ #define TF0_VECTOR 1 /* 0x0b timer 0 */ #define IE1_VECTOR 2 /* 0x13 external interrupt 1 */ #define TF1_VECTOR 3 /* 0x1b timer 1 */ #define SI0_VECTOR 4 /* 0x23 serial port 0 */ #define TF2_VECTOR 5 /* 0x2B timer 2 */ #define EX2_VECTOR 5 /* 0x2B external interrupt 2 */ #endif sdcc-2.9.0/device/include/mcs51/at89s53.h000066400000000000000000000076621116427777700175770ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Atmel AT89S53 Processor Written By - Jesus Calvino-Fraga / jesusc at ece.ubc.ca (March 2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REG_AT89S53_H #define REG_AT89S53_H #include <8052.h> /* load difinitions for the 8052 core */ #ifdef REG8052_H #undef REG8052_H #endif /* define AT89S53 specific registers only */ __sfr __at (0x84) DP1L; /* Data Pointer 1 Low Byte */ __sfr __at (0x85) DP1H; /* Data Pointer 1 High Byte */ __sfr __at (0x86) SPDR; /* SPI Data Register */ __sfr __at (0xAA) SPSR; /* SPI Status Register */ __sfr __at (0x96) WMCON; /* Watchdog and Memory Control Register */ __sfr __at (0xD5) SPCR; /* SPI Control Register */ /*------------------------------------------------ SPSR (0xAA) Bit Values - Reset Value = 0000.0000 ------------------------------------------------*/ #define WCOL_ 0x40 /* SPI Write Collision Flag: 1=Collision */ #define SPIF_ 0x80 /* SPI Interrupt Flag */ /*------------------------------------------------ WMCON (0x96) Bit Values ------------------------------------------------*/ #define WDTEN_ 0x01 #define WDTRST_ 0x02 /* Watchdog Timer Reset and EEPROM Ready,/Busy Flag*/ #define EERDY_ 0x02 /* Watchdog Timer Reset and EEPROM Ready,/Busy Flag */ #define DPS_ 0x04 /* Data Pointer Select: 0=DP0, 1=DP1 */ #define EEMEN_ 0x08 /* Internal EEPROM Access Enable: 1=Enabled */ #define EEMWE_ 0x10 /* Internal EEPROM Write Enable: 1=Enabled */ #define PS0_ 0x20 /* Prescaler bit 0 for the Watchdog Timer */ #define PS1_ 0x40 /* Prescaler bit 1 for the Watchdog Timer */ #define PS2_ 0x80 /* Prescaler bit 2 for the Watchdog Timer */ /* 000 = 16ms Timeout */ /* 001 = 32ms Timeout */ /* 010 = 64ms Timeout */ /* 011 = 128ms Timeout */ /* 100 = 256ms Timeout */ /* 101 = 512ms Timeout */ /* 110 = 1024ms Timeout */ /* 111 = 2048ms Timeout */ /*------------------------------------------------ SPCR (0xD5) Bit Values - Reset Value = 0000.01XX ------------------------------------------------*/ #define SPR0_ 0x01 /* SPI Clock Rate Select bit 0 */ #define SPR1_ 0x02 /* SPI Clock Rate Select bit 1 */ /* 00 = Fosc / 4 */ /* 01 = Fosc / 16 */ /* 10 = Fosc / 64 */ /* 11 = Fosc / 128 */ #define CPHA_ 0x04 /* SPI Clock Phase */ #define CPOL_ 0x08 /* SPI Clock Polarity */ #define MSTR_ 0x10 /* SPI Master/Slave Select: 0=Slave, 1=Master */ #define DORD_ 0x20 /* SPI Data Order: 0=MSB First, 1=LSB First */ #define SPE_ 0x40 /* SPI Enable: 0=Disabled, 1=Enabled */ #define SPIE_ 0x80 /* SPI Interrupt Enable: 0=Disabled, 1=Enabled */ #endif /*REG_AT89S53_H*/ sdcc-2.9.0/device/include/mcs51/at89s8253.h000066400000000000000000000263451116427777700177500ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for ATMEL 89S8253 Processors Written By - Krzysztof Polomka based on at89S8252.h By - Dipl.-Ing. (FH) Michael Schmitt mschmitt@mainz-online.de michael.schmitt@t-online.de Bug-Fix Jun 29 1999 Additional definitions Nov 23 1999 by Bernd Krueger-Knauber based on reg51.h by Sandeep Dutta sandeep.dutta@usa.net KEIL C compatible definitions are included This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef AT89S8253_H #define AT89S8253_H /* BYTE addressable registers */ __sfr __at (0x80) P0 ; __sfr __at (0x81) SP ; __sfr __at (0x82) DPL ; __sfr __at (0x82) DP0L ; /* as called by Atmel */ __sfr __at (0x83) DPH ; __sfr __at (0x83) DP0H ; /* as called by Atmel */ __sfr __at (0x84) DP1L ; /* at89S8253 specific register */ __sfr __at (0x85) DP1H ; /* at89S8253 specific register */ __sfr __at (0x86) SPDR ; /* at89S8253 specific register */ __sfr __at (0x87) PCON ; __sfr __at (0x88) TCON ; __sfr __at (0x89) TMOD ; __sfr __at (0x8A) TL0 ; __sfr __at (0x8B) TL1 ; __sfr __at (0x8C) TH0 ; __sfr __at (0x8D) TH1 ; __sfr __at (0x8E) AUXR ; /* at89S8253 specific register */ __sfr __at (0x8F) CLKREG ; /* at89S8253 specific register */ __sfr __at (0x90) P1 ; __sfr __at (0x96) EECON ; /* at89S8253 specific register */ __sfr __at (0x98) SCON ; __sfr __at (0x99) SBUF ; __sfr __at (0xA0) P2 ; __sfr __at (0xA6) WDTRST ; /* at89S8253 specific register */ __sfr __at (0xA7) WDTCON ; /* at89S8253 specific register */ __sfr __at (0xA8) IE ; __sfr __at (0xA9) SADDR ; /* at89S8253 specific register */ __sfr __at (0xAA) SPSR ; /* at89S8253 specific register */ __sfr __at (0xB0) P3 ; __sfr __at (0xB7) IPH ; /* at89S8253 specific register */ __sfr __at (0xB8) IP ; __sfr __at (0xB9) SADEN ; /* at89S8253 specific register */ __sfr __at (0xC8) T2CON ; __sfr __at (0xC9) T2MOD ; __sfr __at (0xCA) RCAP2L ; __sfr __at (0xCB) RCAP2H ; __sfr __at (0xCC) TL2 ; __sfr __at (0xCD) TH2 ; __sfr __at (0xD0) PSW ; __sfr __at (0xD5) SPCR ; /* at89S8253 specific register */ __sfr __at (0xE0) ACC ; __sfr __at (0xE0) A ; __sfr __at (0xF0) B ; /* BIT addressable registers */ /* P0 */ __sbit __at (0x80) P0_0 ; __sbit __at (0x81) P0_1 ; __sbit __at (0x82) P0_2 ; __sbit __at (0x83) P0_3 ; __sbit __at (0x84) P0_4 ; __sbit __at (0x85) P0_5 ; __sbit __at (0x86) P0_6 ; __sbit __at (0x87) P0_7 ; /* TCON */ __sbit __at (0x88) IT0 ; __sbit __at (0x89) IE0 ; __sbit __at (0x8A) IT1 ; __sbit __at (0x8B) IE1 ; __sbit __at (0x8C) TR0 ; __sbit __at (0x8D) TF0 ; __sbit __at (0x8E) TR1 ; __sbit __at (0x8F) TF1 ; /* P1 */ __sbit __at (0x90) P1_0 ; __sbit __at (0x91) P1_1 ; __sbit __at (0x92) P1_2 ; __sbit __at (0x93) P1_3 ; __sbit __at (0x94) P1_4 ; __sbit __at (0x95) P1_5 ; __sbit __at (0x96) P1_6 ; __sbit __at (0x97) P1_7 ; __sbit __at (0x90) T2 ; __sbit __at (0x91) T2EX ; /* P1 SPI portpins */ __sbit __at (0x94) SS ; /* SPI: SS - Slave port select input */ __sbit __at (0x95) MOSI ; /* SPI: MOSI - Master data output, slave data input */ __sbit __at (0x96) MISO ; /* SPI: MISO - Master data input, slave data output */ __sbit __at (0x97) SCK ; /* SPI: SCK - Master clock output, slave clock input */ /* SCON */ __sbit __at (0x98) RI ; __sbit __at (0x99) TI ; __sbit __at (0x9A) RB8 ; __sbit __at (0x9B) TB8 ; __sbit __at (0x9C) REN ; __sbit __at (0x9D) SM2 ; __sbit __at (0x9E) SM1 ; __sbit __at (0x9F) SM0 ; /* P2 */ __sbit __at (0xA0) P2_0 ; __sbit __at (0xA1) P2_1 ; __sbit __at (0xA2) P2_2 ; __sbit __at (0xA3) P2_3 ; __sbit __at (0xA4) P2_4 ; __sbit __at (0xA5) P2_5 ; __sbit __at (0xA6) P2_6 ; __sbit __at (0xA7) P2_7 ; /* IE */ __sbit __at (0xA8) EX0 ; __sbit __at (0xA9) ET0 ; __sbit __at (0xAA) EX1 ; __sbit __at (0xAB) ET1 ; __sbit __at (0xAC) ES ; __sbit __at (0xAD) ET2 ; __sbit __at (0xAF) EA ; /* P3 */ __sbit __at (0xB0) P3_0 ; __sbit __at (0xB1) P3_1 ; __sbit __at (0xB2) P3_2 ; __sbit __at (0xB3) P3_3 ; __sbit __at (0xB4) P3_4 ; __sbit __at (0xB5) P3_5 ; __sbit __at (0xB6) P3_6 ; __sbit __at (0xB7) P3_7 ; __sbit __at (0xB0) RXD ; __sbit __at (0xB1) TXD ; __sbit __at (0xB2) INT0 ; __sbit __at (0xB3) INT1 ; __sbit __at (0xB4) T0 ; __sbit __at (0xB5) T1 ; __sbit __at (0xB6) WR ; __sbit __at (0xB7) RD ; /* IP */ __sbit __at (0xB8) PX0 ; __sbit __at (0xB9) PT0 ; __sbit __at (0xBA) PX1 ; __sbit __at (0xBB) PT1 ; __sbit __at (0xBC) PS ; __sbit __at (0xBD) PT2 ; /* T2CON */ __sbit __at (0xC8) T2CON_0 ; __sbit __at (0xC9) T2CON_1 ; __sbit __at (0xCA) T2CON_2 ; __sbit __at (0xCB) T2CON_3 ; __sbit __at (0xCC) T2CON_4 ; __sbit __at (0xCD) T2CON_5 ; __sbit __at (0xCE) T2CON_6 ; __sbit __at (0xCF) T2CON_7 ; __sbit __at (0xC8) CP_RL2 ; __sbit __at (0xC9) C_T2 ; __sbit __at (0xCA) TR2 ; __sbit __at (0xCB) EXEN2 ; __sbit __at (0xCC) TCLK ; __sbit __at (0xCD) RCLK ; __sbit __at (0xCE) EXF2 ; __sbit __at (0xCF) TF2 ; /* PSW */ __sbit __at (0xD0) P ; __sbit __at (0xD1) FL ; __sbit __at (0xD2) OV ; __sbit __at (0xD3) RS0 ; __sbit __at (0xD4) RS1 ; __sbit __at (0xD5) F0 ; __sbit __at (0xD6) AC ; __sbit __at (0xD7) CY ; /* B */ __sbit __at (0xF0) BREG_F0 ; __sbit __at (0xF1) BREG_F1 ; __sbit __at (0xF2) BREG_F2 ; __sbit __at (0xF3) BREG_F3 ; __sbit __at (0xF4) BREG_F4 ; __sbit __at (0xF5) BREG_F5 ; __sbit __at (0xF6) BREG_F6 ; __sbit __at (0xF7) BREG_F7 ; /* BIT definitions for bits that are not directly accessible */ /* PCON bits */ #define IDL 0x01 #define PD 0x02 #define GF0 0x04 #define GF1 0x08 #define SMOD 0x80 #define IDL_ 0x01 #define PD_ 0x02 #define GF0_ 0x04 #define GF1_ 0x08 #define SMOD_ 0x80 /* TMOD bits */ #define M0_0 0x01 #define M1_0 0x02 #define C_T0 0x04 #define GATE0 0x08 #define M0_1 0x10 #define M1_1 0x20 #define C_T1 0x40 #define GATE1 0x80 #define M0_0_ 0x01 #define M1_0_ 0x02 #define C_T0_ 0x04 #define GATE0_ 0x08 #define M0_1_ 0x10 #define M1_1_ 0x20 #define C_T1_ 0x40 #define GATE1_ 0x80 #define T0_M0 0x01 #define T0_M1 0x02 #define T0_CT 0x04 #define T0_GATE 0x08 #define T1_M0 0x10 #define T1_M1 0x20 #define T1_CT 0x40 #define T1_GATE 0x80 #define T0_M0_ 0x01 #define T0_M1_ 0x02 #define T0_CT_ 0x04 #define T0_GATE_ 0x08 #define T1_M0_ 0x10 #define T1_M1_ 0x20 #define T1_CT_ 0x40 #define T1_GATE_ 0x80 #define T0_MASK 0x0F #define T1_MASK 0xF0 #define T0_MASK_ 0x0F #define T1_MASK_ 0xF0 /* T2MOD bits */ #define DCEN 0x01 #define T2OE 0x02 #define DCEN_ 0x01 #define T2OE_ 0x02 /* EECON bits */ #define EECON_WRTINH 0x01 #define EECON_RDY 0x02 #define EECON_DPS 0x04 #define EECON_EEMEN 0x08 #define EECON_EEMWE 0x10 #define EECON_EELD 0x20 /* WDTCON bits */ #define WDTCON_WDTEN 0x01 #define WDTCON_WSWRST 0x02 #define WDTCON_HWDT 0x04 #define WDTCON_DISRTO 0x08 #define WDTCON_WDIDLE 0x10 #define WDTCON_PS0 0x20 #define WDTCON_PS1 0x40 #define WDTCON_PS2 0x80 /* SPCR-SPI bits */ #define SPCR_SPR0 0x01 #define SPCR_SPR1 0x02 #define SPCR_CPHA 0x04 #define SPCR_CPOL 0x08 #define SPCR_MSTR 0x10 #define SPCR_DORD 0x20 #define SPCR_SPE 0x40 #define SPCR_SPIE 0x80 /* SPSR-SPI bits */ #define SPSR_ENH 0x01 #define SPSR_DISSO 0x02 #define SPSR_LDEN 0x20 #define SPSR_WCOL 0x40 #define SPSR_SPIF 0x80 /* SPDR-SPI bits */ #define SPDR_SPD0 0x01 #define SPDR_SPD1 0x02 #define SPDR_SPD2 0x04 #define SPDR_SPD3 0x08 #define SPDR_SPD4 0x10 #define SPDR_SPD5 0x20 #define SPDR_SPD6 0x40 #define SPDR_SPD7 0x80 /* IPH bits */ #define IPH_PX0H 0x01 #define IPH_PT0H 0x02 #define IPH_PX1H 0x04 #define IPH_PT1H 0x08 #define IPH_PSH 0x10 #define IPH_PT2H 0x20 /* Interrupt numbers: address = (number * 8) + 3 */ #define IE0_VECTOR 0 /* 0x03 external interrupt 0 */ #define EX0_VECTOR 0 /* 0x03 external interrupt 0 */ #define TF0_VECTOR 1 /* 0x0b timer 0 */ #define IE1_VECTOR 2 /* 0x13 external interrupt 1 */ #define EX1_VECTOR 2 /* 0x13 external interrupt 1 */ #define TF1_VECTOR 3 /* 0x1b timer 1 */ #define SI0_VECTOR 4 /* 0x23 serial port 0 */ #define TF2_VECTOR 5 /* 0x2B timer 2 */ #define EX2_VECTOR 5 /* 0x2B external interrupt 2 */ /* AUXR bits */ #define AUXR_DISALE 0x01 #define AUXR_INTEL_PWD_EXIT 0x02 /* CLKREG bits */ #define CLKREG_X2 0x01 /* This is one of the addons coming from Bernd Krueger-Knauber */ /* ALE (0x8E) Bit Values */ __sfr __at (0x8E) ALE; /* at89S8252 specific register */ /* Macro to enable and disable the toggling of the ALE-pin (EMV) */ /* Explanation : Original Intel 8051 Cores (Atmel has to use the */ /* Intel Core) have a feature that ALE is only active during */ /* MOVX or MOVC instruction. Otherwise the ALE-Pin is weakly */ /* pulled high. This can be used to force some external devices */ /* into standby mode and reduced EMI noise */ #define ALE_OFF ALE = ALE | 0x01 #define ALE_ON ALE = ALE & 0xFE #endif sdcc-2.9.0/device/include/mcs51/at89x051.h000066400000000000000000000037431116427777700176560ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for Atmel AT89C1051, AT89C2051 and AT89C4051 Processors Written By - Bela Torok (august 2000) bela.torokt@kssg.ch based on 8051.h (8051.h must be in mcs51 subdirectory) KEIL C compatible definitions are included This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef AT89Cx051_H #define AT89Cx051_H #include <8051.h> /* load difinitions for the 8051 core */ #ifdef REG8051_H #undef REG8051_H #endif /* remove non existing registers */ #ifdef P0 /* P0 is defined in <8051.h> */ #undef P0 /* AT89Cx051 has no P0 */ #undef P0_0 /* undefine bit addressable registers in P0 */ #undef P0_1 #undef P0_2 #undef P0_3 #undef P0_4 #undef P0_5 #undef P0_6 #undef P0_7 #endif #ifdef P2 /* P2 is defined in <8051.h> */ #undef P2 /* AT89Cx051 has no P2 */ #undef P2_0 /* undefine bit addressable registers in P2 */ #undef P2_1 #undef P2_2 #undef P2_3 #undef P2_4 #undef P2_5 #undef P2_6 #undef P2_7 #endif #endif sdcc-2.9.0/device/include/mcs51/at89x51.h000066400000000000000000000141051116427777700175700ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for ATMEL 89x51 Processors Written By - Bernd Bartmann Bernd.Bartmann@picard.isdn.cs.tu-berlin.de (1999) based on reg51.h by Sandeep Dutta sandeep.dutta@usa.net KEIL C compatible definitions are included This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef AT89x51_H #define AT89x51_H /* BYTE addressable registers */ __sfr __at 0x80 P0 ; __sfr __at 0x81 SP ; __sfr __at 0x82 DPL ; __sfr __at 0x83 DPH ; __sfr __at 0x87 PCON ; __sfr __at 0x88 TCON ; __sfr __at 0x89 TMOD ; __sfr __at 0x8A TL0 ; __sfr __at 0x8B TL1 ; __sfr __at 0x8C TH0 ; __sfr __at 0x8D TH1 ; __sfr __at 0x90 P1 ; __sfr __at 0x98 SCON ; __sfr __at 0x99 SBUF ; __sfr __at 0xA0 P2 ; __sfr __at 0xA8 IE ; __sfr __at 0xB0 P3 ; __sfr __at 0xB8 IP ; __sfr __at 0xD0 PSW ; __sfr __at 0xE0 ACC ; __sfr __at 0xE0 A ; __sfr __at 0xF0 B ; /* BIT addressable registers */ /* P0 */ __sbit __at 0x80 P0_0 ; __sbit __at 0x81 P0_1 ; __sbit __at 0x82 P0_2 ; __sbit __at 0x83 P0_3 ; __sbit __at 0x84 P0_4 ; __sbit __at 0x85 P0_5 ; __sbit __at 0x86 P0_6 ; __sbit __at 0x87 P0_7 ; /* TCON */ __sbit __at 0x88 IT0 ; __sbit __at 0x89 IE0 ; __sbit __at 0x8A IT1 ; __sbit __at 0x8B IE1 ; __sbit __at 0x8C TR0 ; __sbit __at 0x8D TF0 ; __sbit __at 0x8E TR1 ; __sbit __at 0x8F TF1 ; /* P1 */ __sbit __at 0x90 P1_0 ; __sbit __at 0x91 P1_1 ; __sbit __at 0x92 P1_2 ; __sbit __at 0x93 P1_3 ; __sbit __at 0x94 P1_4 ; __sbit __at 0x95 P1_5 ; __sbit __at 0x96 P1_6 ; __sbit __at 0x97 P1_7 ; /* SCON */ __sbit __at 0x98 RI ; __sbit __at 0x99 TI ; __sbit __at 0x9A RB8 ; __sbit __at 0x9B TB8 ; __sbit __at 0x9C REN ; __sbit __at 0x9D SM2 ; __sbit __at 0x9E SM1 ; __sbit __at 0x9F SM0 ; /* P2 */ __sbit __at 0xA0 P2_0 ; __sbit __at 0xA1 P2_1 ; __sbit __at 0xA2 P2_2 ; __sbit __at 0xA3 P2_3 ; __sbit __at 0xA4 P2_4 ; __sbit __at 0xA5 P2_5 ; __sbit __at 0xA6 P2_6 ; __sbit __at 0xA7 P2_7 ; /* IE */ __sbit __at 0xA8 EX0 ; __sbit __at 0xA9 ET0 ; __sbit __at 0xAA EX1 ; __sbit __at 0xAB ET1 ; __sbit __at 0xAC ES ; __sbit __at 0xAF EA ; /* P3 */ __sbit __at 0xB0 P3_0 ; __sbit __at 0xB1 P3_1 ; __sbit __at 0xB2 P3_2 ; __sbit __at 0xB3 P3_3 ; __sbit __at 0xB4 P3_4 ; __sbit __at 0xB5 P3_5 ; __sbit __at 0xB6 P3_6 ; __sbit __at 0xB7 P3_7 ; __sbit __at 0xB0 RXD ; __sbit __at 0xB1 TXD ; __sbit __at 0xB2 INT0 ; __sbit __at 0xB3 INT1 ; __sbit __at 0xB4 T0 ; __sbit __at 0xB5 T1 ; __sbit __at 0xB6 WR ; __sbit __at 0xB7 RD ; /* IP */ __sbit __at 0xB8 PX0 ; __sbit __at 0xB9 PT0 ; __sbit __at 0xBA PX1 ; __sbit __at 0xBB PT1 ; __sbit __at 0xBC PS ; /* PSW */ __sbit __at 0xD0 P ; __sbit __at 0xD1 FL ; __sbit __at 0xD2 OV ; __sbit __at 0xD3 RS0 ; __sbit __at 0xD4 RS1 ; __sbit __at 0xD5 F0 ; __sbit __at 0xD6 AC ; __sbit __at 0xD7 CY ; /* BIT definitions for bits that are not directly accessible */ /* PCON bits */ #define IDL 0x01 #define PD 0x02 #define GF0 0x04 #define GF1 0x08 #define SMOD 0x80 #define IDL_ 0x01 #define PD_ 0x02 #define GF0_ 0x04 #define GF1_ 0x08 #define SMOD_ 0x80 /* TMOD bits */ #define M0_0 0x01 #define M1_0 0x02 #define C_T0 0x04 #define GATE0 0x08 #define M0_1 0x10 #define M1_1 0x20 #define C_T1 0x40 #define GATE1 0x80 #define M0_0_ 0x01 #define M1_0_ 0x02 #define C_T0_ 0x04 #define GATE0_ 0x08 #define M0_1_ 0x10 #define M1_1_ 0x20 #define C_T1_ 0x40 #define GATE1_ 0x80 #define T0_M0 0x01 #define T0_M1 0x02 #define T0_CT 0x04 #define T0_GATE 0x08 #define T1_M0 0x10 #define T1_M1 0x20 #define T1_CT 0x40 #define T1_GATE 0x80 #define T0_M0_ 0x01 #define T0_M1_ 0x02 #define T0_CT_ 0x04 #define T0_GATE_ 0x08 #define T1_M0_ 0x10 #define T1_M1_ 0x20 #define T1_CT_ 0x40 #define T1_GATE_ 0x80 #define T0_MASK 0x0F #define T1_MASK 0xF0 #define T0_MASK_ 0x0F #define T1_MASK_ 0xF0 /* Interrupt numbers: address = (number * 8) + 3 */ #define IE0_VECTOR 0 /* 0x03 external interrupt 0 */ #define TF0_VECTOR 1 /* 0x0b timer 0 */ #define IE1_VECTOR 2 /* 0x13 external interrupt 1 */ #define TF1_VECTOR 3 /* 0x1b timer 1 */ #define SI0_VECTOR 4 /* 0x23 serial port 0 */ #endif sdcc-2.9.0/device/include/mcs51/at89x52.h000066400000000000000000000161321116427777700175730ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for ATMEL 89x52 Processors Written By - Bernd Bartmann Bernd.Bartmann@picard.isdn.cs.tu-berlin.de (1999) based on reg51.h by Sandeep Dutta sandeep.dutta@usa.net KEIL C compatible definitions are included This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef AT89x52_H #define AT89x52_H /* BYTE addressable registers */ __sfr __at 0x80 P0 ; __sfr __at 0x81 SP ; __sfr __at 0x82 DPL ; __sfr __at 0x83 DPH ; __sfr __at 0x87 PCON ; __sfr __at 0x88 TCON ; __sfr __at 0x89 TMOD ; __sfr __at 0x8A TL0 ; __sfr __at 0x8B TL1 ; __sfr __at 0x8C TH0 ; __sfr __at 0x8D TH1 ; __sfr __at 0x90 P1 ; __sfr __at 0x98 SCON ; __sfr __at 0x99 SBUF ; __sfr __at 0xA0 P2 ; __sfr __at 0xA8 IE ; __sfr __at 0xB0 P3 ; __sfr __at 0xB8 IP ; __sfr __at 0xC8 T2CON ; __sfr __at 0xC9 T2MOD ; __sfr __at 0xCA RCAP2L ; __sfr __at 0xCB RCAP2H ; __sfr __at 0xCC TL2 ; __sfr __at 0xCD TH2 ; __sfr __at 0xD0 PSW ; __sfr __at 0xE0 ACC ; __sfr __at 0xE0 A ; __sfr __at 0xF0 B ; /* BIT addressable registers */ /* P0 */ __sbit __at 0x80 P0_0 ; __sbit __at 0x81 P0_1 ; __sbit __at 0x82 P0_2 ; __sbit __at 0x83 P0_3 ; __sbit __at 0x84 P0_4 ; __sbit __at 0x85 P0_5 ; __sbit __at 0x86 P0_6 ; __sbit __at 0x87 P0_7 ; /* TCON */ __sbit __at 0x88 IT0 ; __sbit __at 0x89 IE0 ; __sbit __at 0x8A IT1 ; __sbit __at 0x8B IE1 ; __sbit __at 0x8C TR0 ; __sbit __at 0x8D TF0 ; __sbit __at 0x8E TR1 ; __sbit __at 0x8F TF1 ; /* P1 */ __sbit __at 0x90 P1_0 ; __sbit __at 0x91 P1_1 ; __sbit __at 0x92 P1_2 ; __sbit __at 0x93 P1_3 ; __sbit __at 0x94 P1_4 ; __sbit __at 0x95 P1_5 ; __sbit __at 0x96 P1_6 ; __sbit __at 0x97 P1_7 ; __sbit __at 0x90 T2 ; __sbit __at 0x91 T2EX ; /* SCON */ __sbit __at 0x98 RI ; __sbit __at 0x99 TI ; __sbit __at 0x9A RB8 ; __sbit __at 0x9B TB8 ; __sbit __at 0x9C REN ; __sbit __at 0x9D SM2 ; __sbit __at 0x9E SM1 ; __sbit __at 0x9F SM0 ; /* P2 */ __sbit __at 0xA0 P2_0 ; __sbit __at 0xA1 P2_1 ; __sbit __at 0xA2 P2_2 ; __sbit __at 0xA3 P2_3 ; __sbit __at 0xA4 P2_4 ; __sbit __at 0xA5 P2_5 ; __sbit __at 0xA6 P2_6 ; __sbit __at 0xA7 P2_7 ; /* IE */ __sbit __at 0xA8 EX0 ; __sbit __at 0xA9 ET0 ; __sbit __at 0xAA EX1 ; __sbit __at 0xAB ET1 ; __sbit __at 0xAC ES ; __sbit __at 0xAD ET2 ; __sbit __at 0xAF EA ; /* P3 */ __sbit __at 0xB0 P3_0 ; __sbit __at 0xB1 P3_1 ; __sbit __at 0xB2 P3_2 ; __sbit __at 0xB3 P3_3 ; __sbit __at 0xB4 P3_4 ; __sbit __at 0xB5 P3_5 ; __sbit __at 0xB6 P3_6 ; __sbit __at 0xB7 P3_7 ; __sbit __at 0xB0 RXD ; __sbit __at 0xB1 TXD ; __sbit __at 0xB2 INT0 ; __sbit __at 0xB3 INT1 ; __sbit __at 0xB4 T0 ; __sbit __at 0xB5 T1 ; __sbit __at 0xB6 WR ; __sbit __at 0xB7 RD ; /* IP */ __sbit __at 0xB8 PX0 ; __sbit __at 0xB9 PT0 ; __sbit __at 0xBA PX1 ; __sbit __at 0xBB PT1 ; __sbit __at 0xBC PS ; __sbit __at 0xBD PT2 ; /* T2CON */ __sbit __at 0xC8 T2CON_0 ; __sbit __at 0xC9 T2CON_1 ; __sbit __at 0xCA T2CON_2 ; __sbit __at 0xCB T2CON_3 ; __sbit __at 0xCC T2CON_4 ; __sbit __at 0xCD T2CON_5 ; __sbit __at 0xCE T2CON_6 ; __sbit __at 0xCF T2CON_7 ; __sbit __at 0xC8 CP_RL2 ; __sbit __at 0xC9 C_T2 ; __sbit __at 0xCA TR2 ; __sbit __at 0xCB EXEN2 ; __sbit __at 0xCC TCLK ; __sbit __at 0xCD RCLK ; __sbit __at 0xCE EXF2 ; __sbit __at 0xCF TF2 ; /* PSW */ __sbit __at 0xD0 P ; __sbit __at 0xD1 FL ; __sbit __at 0xD2 OV ; __sbit __at 0xD3 RS0 ; __sbit __at 0xD4 RS1 ; __sbit __at 0xD5 F0 ; __sbit __at 0xD6 AC ; __sbit __at 0xD7 CY ; /* BIT definitions for bits that are not directly accessible */ /* PCON bits */ #define IDL 0x01 #define PD 0x02 #define GF0 0x04 #define GF1 0x08 #define SMOD 0x80 #define IDL_ 0x01 #define PD_ 0x02 #define GF0_ 0x04 #define GF1_ 0x08 #define SMOD_ 0x80 /* TMOD bits */ #define M0_0 0x01 #define M1_0 0x02 #define C_T0 0x04 #define GATE0 0x08 #define M0_1 0x10 #define M1_1 0x20 #define C_T1 0x40 #define GATE1 0x80 #define M0_0_ 0x01 #define M1_0_ 0x02 #define C_T0_ 0x04 #define GATE0_ 0x08 #define M0_1_ 0x10 #define M1_1_ 0x20 #define C_T1_ 0x40 #define GATE1_ 0x80 #define T0_M0 0x01 #define T0_M1 0x02 #define T0_CT 0x04 #define T0_GATE 0x08 #define T1_M0 0x10 #define T1_M1 0x20 #define T1_CT 0x40 #define T1_GATE 0x80 #define T0_M0_ 0x01 #define T0_M1_ 0x02 #define T0_CT_ 0x04 #define T0_GATE_ 0x08 #define T1_M0_ 0x10 #define T1_M1_ 0x20 #define T1_CT_ 0x40 #define T1_GATE_ 0x80 #define T0_MASK 0x0F #define T1_MASK 0xF0 #define T0_MASK_ 0x0F #define T1_MASK_ 0xF0 /* T2MOD bits */ #define DCEN 0x01 #define T2OE 0x02 #define DCEN_ 0x01 #define T2OE_ 0x02 /* Interrupt numbers: address = (number * 8) + 3 */ #define IE0_VECTOR 0 /* 0x03 external interrupt 0 */ #define TF0_VECTOR 1 /* 0x0b timer 0 */ #define IE1_VECTOR 2 /* 0x13 external interrupt 1 */ #define TF1_VECTOR 3 /* 0x1b timer 1 */ #define SI0_VECTOR 4 /* 0x23 serial port 0 */ #define TF2_VECTOR 5 /* 0x2B timer 2 */ #define EX2_VECTOR 5 /* 0x2B external interrupt 2 */ #endif sdcc-2.9.0/device/include/mcs51/cc1110.h000066400000000000000000000621661116427777700173470ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for Chipcon CC1110 Written By - Pravin Angolkar (February 2008) (Based on CC1110 PRELIMINARY Data Sheet (rev. F) ) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REG_CC1110_H #define REG_CC1110_H #include /* ------------------------------------------------------------------------------------------------ * Interrupt Vectors * ------------------------------------------------------------------------------------------------ */ #define RFTXRX_VECTOR 0 /* RF TX done / RX ready */ #define ADC_VECTOR 1 /* ADC End of Conversion */ #define URX0_VECTOR 2 /* USART0 RX Complete */ #define URX1_VECTOR 3 /* USART1 RX Complete */ #define ENC_VECTOR 4 /* AES Encryption/Decryption Complete */ #define ST_VECTOR 5 /* Sleep Timer Compare */ #define P2INT_VECTOR 6 /* Port 2 Inputs */ #define UTX0_VECTOR 7 /* USART0 TX Complete */ #define DMA_VECTOR 8 /* DMA Transfer Complete */ #define T1_VECTOR 9 /* Timer 1 (16-bit) Capture/Compare/Overflow */ #define T2_VECTOR 10 /* Timer 2 (MAC Timer) Overflow */ #define T3_VECTOR 11 /* Timer 3 (8-bit) Capture/Compare/Overflow */ #define T4_VECTOR 12 /* Timer 4 (8-bit) Capture/Compare/Overflow */ #define P0INT_VECTOR 13 /* Port 0 Inputs */ #define UTX1_VECTOR 14 /* USART1 TX Complete */ #define P1INT_VECTOR 15 /* Port 1 Inputs */ #define RF_VECTOR 16 /* RF General Interrupts */ #define WDT_VECTOR 17 /* Watchdog Overflow in Timer Mode */ SFR(P0, 0x80); // Port 0 SBIT(P0_0, 0x80, 0); // Port 0 bit 0 SBIT(P0_1, 0x80, 1); // Port 0 bit 1 SBIT(P0_2, 0x80, 2); // Port 0 bit 2 SBIT(P0_3, 0x80, 3); // Port 0 bit 3 SBIT(P0_4, 0x80, 4); // Port 0 bit 4 SBIT(P0_5, 0x80, 5); // Port 0 bit 5 SBIT(P0_6, 0x80, 6); // Port 0 bit 6 SBIT(P0_7, 0x80, 7); // Port 0 bit 7 SFR(SP, 0x81); // Stack Pointer SFR(DPL0, 0x82); // Data Pointer 0 Low Byte SFR(DPH0, 0x83); // Data Pointer 0 High Byte SFR(DPL1, 0x84); // Data Pointer 1 Low Byte SFR(DPH1, 0x85); // Data Pointer 1 High Byte SFR(U0CSR, 0x86); // USART 0 Control and Status SFR(PCON, 0x87); // Power Mode Control SFR(TCON, 0x88); // Interrupt Flags SBIT(IT0, 0x88, 0); // reserved (must always be set to 1) SBIT(RFTXRXIF, 0x88, 1); // RFERR – RF TX/RX FIFO interrupt flag SBIT(IT1, 0x88, 2); // reserved (must always be set to 1) SBIT(URX0IF, 0x88, 3); // USART0 RX Interrupt Flag SBIT(ADCIF, 0x88, 5); // ADC Interrupt Flag SBIT(URX1IF, 0x88, 7); // USART1 RX Interrupt Flag SFR(P0IFG, 0x89); // Port 0 Interrupt Status Flag SFR(P1IFG, 0x8A); // Port 1 Interrupt Status Flag SFR(P2IFG, 0x8B); // Port 2 Interrupt Status Flag SFR(PICTL, 0x8C); // Port Interrupt Control SFR(P1IEN, 0x8D); // Port 1 Interrupt Mask SFR(_SFR8E, 0x8E); // not used SFR(P0INP, 0x8F); // Port 0 Input Mode SFR(P1, 0x90); // Port 1 SBIT(P1_0, 0x90, 0); // Port 1 bit 0 SBIT(P1_1, 0x90, 1); // Port 1 bit 1 SBIT(P1_2, 0x90, 2); // Port 1 bit 2 SBIT(P1_3, 0x90, 3); // Port 1 bit 3 SBIT(P1_4, 0x90, 4); // Port 1 bit 4 SBIT(P1_5, 0x90, 5); // Port 1 bit 5 SBIT(P1_6, 0x90, 6); // Port 1 bit 6 SBIT(P1_7, 0x90, 7); // Port 1 bit 7 SFR(RFIM, 0x91); // RF Interrupt Mask SFR(DPS, 0x92); // Data Pointer Select SFR(MPAGE, 0x93); // Memory Page Select SFR(_XPAGE, 0x93); // Memory Page Select under the name SDCC needs it SFR(_SFR94, 0x94); // not used SFR(_SFR95, 0x95); // not used SFR(_SFR96, 0x96); // not used SFR(_SFR97, 0x97); // not used SFR(S0CON, 0x98); // Interrupt Flags 2 SBIT(ENCIF_0, 0x98, 0); // AES Interrupt Flag 0 SBIT(ENCIF_1, 0x98, 1); // AES Interrupt Flag 1 SFR(_SFR99, 0x99); // not used SFR(IEN2, 0x9A); // Interrupt Enable 2 SFR(S1CON, 0x9B); // CPU Interrupt Flag 3 SFR(T2CT, 0x9C); // Timer 2 Count SFR(T2PR, 0x9D); // Timer 2 Prescaler SFR(T2CTL, 0x9E); // Timer 2 Control SFR(_SFR9F, 0x9F); // not used SFR(P2, 0xA0); // Port 2 SBIT(P2_0, 0xA0, 0); // Port 2 bit 0 SBIT(P2_1, 0xA0, 1); // Port 2 bit 1 SBIT(P2_2, 0xA0, 2); // Port 2 bit 2 SBIT(P2_3, 0xA0, 3); // Port 2 bit 3 SBIT(P2_4, 0xA0, 4); // Port 2 bit 4 SBIT(P2_5, 0xA0, 5); // Port 2 bit 5 SBIT(P2_6, 0xA0, 6); // Port 2 bit 6 SBIT(P2_7, 0xA0, 7); // Port 2 bit 7 SFR(WORIRQ, 0xA1); // Sleep Timer Interrupt Control SFR(WORCTRL, 0xA2); // Sleep Timer Control SFR(WOREVT0, 0xA3); // Sleep Timer Event0 Timeout Low SFR(WOREVT1, 0xA4); // Sleep Timer Event0 Timeout High SFR(WORTIME0, 0xA5); // Sleep Timer Low Byte SFR(WORTIME1, 0xA6); // Sleep Timer High Byte SFR(_SFRA7, 0xA7); // not used SFR(IEN0, 0xA8); // Interrupt Enable 0 SBIT(RFTXRXIE, 0xA8, 0); // RF TX/RX FIFO interrupt enable SBIT(ADCIE, 0xA8, 1); // ADC Interrupt Enable SBIT(URX0IE, 0xA8, 2); // USART0 RX Interrupt Enable SBIT(URX1IE, 0xA8, 3); // USART1 RX Interrupt Enable SBIT(ENCIE, 0xA8, 4); // AES Encryption/Decryption Interrupt Enable SBIT(STIE, 0xA8, 5); // Sleep Timer Interrupt Enable SBIT(EA, 0xA8, 7); // Global Interrupt Enable SFR(IP0, 0xA9); // Interrupt Priority 0 SFR(_SFRAA, 0xAA); // not used SFR(FWT, 0xAB); // Flash Write Timing SFR(FADDRL, 0xAC); // Flash Address Low Byte SFR(FADDRH, 0xAD); // Flash Address High Byte SFR(FCTL, 0xAE); // Flash Control SFR(FWDATA, 0xAF); // Flash Write Data SFR(_SFRB0, 0xB0); // not used SFR(ENCDI, 0xB1); // Encryption Input Data SFR(ENCDO, 0xB2); // Encryption Output Data SFR(ENCCS, 0xB3); // Encryption Control and Status SFR(ADCCON1, 0xB4); // ADC Control 1 SFR(ADCCON2, 0xB5); // ADC Control 2 SFR(ADCCON3, 0xB6); // ADC Control 3 SFR(_SFRB7, 0xB7); // not used SFR(IEN1, 0xB8); // Interrupt Enable 1 SBIT(DMAIE, 0xB8, 0); // DMA Transfer Interrupt Enable SBIT(T1IE, 0xB8, 1); // Timer 1 Interrupt Enable SBIT(T2IE, 0xB8, 2); // Timer 2 Interrupt Enable SBIT(T3IE, 0xB8, 3); // Timer 3 Interrupt Enable SBIT(T4IE, 0xB8, 4); // Timer 4 Interrupt Enable SBIT(P0IE, 0xB8, 5); // Port 0 Interrupt Enable SFR(IP1, 0xB9); // Interrupt Priority 1 SFR(ADCL, 0xBA); // ADC Data Low SFR(ADCH, 0xBB); // ADC Data High SFR(RNDL, 0xBC); // Random Number Generator Data Low Byte SFR(RNDH, 0xBD); // Random Number Generator Data High Byte SFR(SLEEP, 0xBE); // Sleep Mode Control SFR(_SFRBF, 0xBF); // not used SFR(IRCON, 0xC0); // Interrupt Flags 4 SBIT(DMAIF, 0xC0, 0); // DMA Complete Interrupt Flag SBIT(T1IF, 0xC0, 1); // Timer 1 Interrupt Flag SBIT(T2IF, 0xC0, 2); // Timer 2 Interrupt Flag SBIT(T3IF, 0xC0, 3); // Timer 3 Interrupt Flag SBIT(T4IF, 0xC0, 4); // Timer 4 Interrupt Flag SBIT(P0IF, 0xC0, 5); // Port 0 Interrupt Flag SBIT(STIF, 0xC0, 7); // Sleep Timer Interrupt Flag SFR(U0DBUF, 0xC1); // USART 0 Receive/Transmit Data Buffer SFR(U0BAUD, 0xC2); // USART 0 Baud Rate Control SFR(_SFRC3, 0xC3); // not in use SFR(U0UCR, 0xC4); // USART 0 UART Control SFR(U0GCR, 0xC5); // USART 0 Generic Control SFR(CLKCON, 0xC6); // Clock Control SFR(MEMCTR, 0xC7); // Memory Arbiter Control SFR(_SFRC8, 0xC8); // not in use SFR(WDCTL, 0xC9); // Watchdog Timer Control SFR(T3CNT, 0xCA); // Timer 3 Counter SFR(T3CTL, 0xCB); // Timer 3 Control SFR(T3CCTL0, 0xCC); // Timer 3 Channel 0 Capture/Compare Control SFR(T3CC0, 0xCD); // Timer 3 Channel 0 Capture/Compare Value SFR(T3CCTL1, 0xCE); // Timer 3 Channel 1 Capture/Compare Control SFR(T3CC1, 0xCF); // Timer 3 Channel 1 Capture/Compare Value SFR(PSW, 0xD0); // Program Status Word SBIT(P, 0xD0, 0); // Parity Flag SBIT(F1, 0xD0, 1); // User-Defined Flag SBIT(OV, 0xD0, 2); // Overflow Flag SBIT(RS0, 0xD0, 3); // Register Bank Select 0 SBIT(RS1, 0xD0, 4); // Register Bank Select 1 SBIT(F0, 0xD0, 5); // User-Defined Flag SBIT(AC, 0xD0, 6); // Auxiliary Carry Flag SBIT(CY, 0xD0, 7); // Carry Flag SFR(DMAIRQ, 0xD1); // DMA Interrupt Flag SFR(DMA1CFGL, 0xD2); // DMA Channel 1-4 Configuration Address Low Byte SFR(DMA1CFGH, 0xD3); // DMA Channel 1-4 Configuration Address High Byte SFR(DMA0CFGL, 0xD4); // DMA Channel 0 Configuration Address Low Byte SFR(DMA0CFGH, 0xD5); // DMA Channel 0 Configuration Address High Byte SFR(DMAARM, 0xD6); // DMA Channel Arm SFR(DMAREQ, 0xD7); // DMA Channel Start Request and Status SFR(TIMIF, 0xD8); // Timers 1/3/4 Interrupt Mask/Flag SBIT(T3OVFIF, 0xD8, 0); // Timer 3 overflow interrupt flag 0:no pending 1:pending SBIT(T3CH0IF, 0xD8, 1); // Timer 3 channel 0 interrupt flag 0:no pending 1:pending SBIT(T3CH1IF, 0xD8, 2); // Timer 3 channel 1 interrupt flag 0:no pending 1:pending SBIT(T4OVFIF, 0xD8, 3); // Timer 4 overflow interrupt flag 0:no pending 1:pending SBIT(T4CH0IF, 0xD8, 4); // Timer 4 channel 0 interrupt flag 0:no pending 1:pending SBIT(T4CH1IF, 0xD8, 5); // Timer 4 channel 1 interrupt flag 0:no pending 1:pending SBIT(OVFIM, 0xD8, 6); // Timer 1 overflow interrupt mask SFR(RFD, 0xD9); // RF Data SFR(T1CC0L, 0xDA); // Timer 1 Channel 0 Capture/Compare Value Low Byte SFR(T1CC0H, 0xDB); // Timer 1 Channel 0 Capture/Compare Value High Byte SFR(T1CC1L, 0xDC); // Timer 1 Channel 1 Capture/Compare Value Low Byte SFR(T1CC1H, 0xDD); // Timer 1 Channel 1 Capture/Compare Value High Byte SFR(T1CC2L, 0xDE); // Timer 1 Channel 2 Capture/Compare Value Low Byte SFR(T1CC2H, 0xDF); // Timer 1 Channel 2 Capture/Compare Value High Byte SFR(ACC, 0xE0); // Accumulator SBIT(ACC_0, 0xE0, 0); // Accumulator bit 0 SBIT(ACC_1, 0xE0, 1); // Accumulator bit 1 SBIT(ACC_2, 0xE0, 2); // Accumulator bit 2 SBIT(ACC_3, 0xE0, 3); // Accumulator bit 3 SBIT(ACC_4, 0xE0, 4); // Accumulator bit 4 SBIT(ACC_5, 0xE0, 5); // Accumulator bit 5 SBIT(ACC_6, 0xE0, 6); // Accumulator bit 6 SBIT(ACC_7, 0xE0, 7); // Accumulator bit 7 SFR(RFST, 0xE1); // RF Strobe Commands SFR(T1CNTL, 0xE2); // Timer 1 Counter Low SFR(T1CNTH, 0xE3); // Timer 1 Counter High SFR(T1CTL, 0xE4); // Timer 1 Control and Status SFR(T1CCTL0, 0xE5); // Timer 1 Channel 0 Capture/Compare Control SFR(T1CCTL1, 0xE6); // Timer 1 Channel 1 Capture/Compare Control SFR(T1CCTL2, 0xE7); // Timer 1 Channel 2 Capture/Compare Control SFR(IRCON2, 0xE8); // Interrupt Flags 5 SBIT(P2IF, 0xE8, 0); // Port 2 Interrupt Flag SBIT(UTX0IF, 0xE8, 1); // USART0 TX Interrupt Flag SBIT(UTX1IF, 0xE8, 2); // USART1 TX Interrupt Flag SBIT(P1IF, 0xE8, 3); // Port 1 Interrupt Flag SBIT(WDTIF, 0xE8, 4); // Watchdog Timer Interrupt Flag SFR(RFIF, 0xE9); // RF Interrupt Flags SFR(T4CNT, 0xEA); // Timer 4 Counter SFR(T4CTL, 0xEB); // Timer 4 Control SFR(T4CCTL0, 0xEC); // Timer 4 Channel 0 Capture/Compare Control SFR(T4CC0, 0xED); // Timer 4 Channel 0 Capture/Compare Value SFR(T4CCTL1, 0xEE); // Timer 4 Channel 1 Capture/Compare Control SFR(T4CC1, 0xEF); // Timer 4 Channel 1 Capture/Compare Value SFR(B, 0xF0); // B Register SBIT(B_0, 0xF0, 0); // Register B bit 0 SBIT(B_1, 0xF0, 1); // Register B bit 1 SBIT(B_2, 0xF0, 2); // Register B bit 2 SBIT(B_3, 0xF0, 3); // Register B bit 3 SBIT(B_4, 0xF0, 4); // Register B bit 4 SBIT(B_5, 0xF0, 5); // Register B bit 5 SBIT(B_6, 0xF0, 6); // Register B bit 6 SBIT(B_7, 0xF0, 7); // Register B bit 7 SFR(PERCFG, 0xF1); // Peripheral Control SFR(ADCCFG, 0xF2); // ADC Input Configuration SFR(P0SEL, 0xF3); // Port 0 Function Select SFR(P1SEL, 0xF4); // Port 1 Function Select SFR(P2SEL, 0xF5); // Port 2 Function Select SFR(P1INP, 0xF6); // Port 1 Input Mode SFR(P2INP, 0xF7); // Port 2 Input Mode SFR(U1CSR, 0xF8); // USART 1 Control and Status SBIT(ACTIVE, 0xF8, 0); // USART transmit/receive active status 0:idle 1:busy SBIT(TX_BYTE, 0xF8, 1); // Transmit byte status 0:Byte not transmitted 1:Last byte transmitted SBIT(RX_BYTE, 0xF8, 2); // Receive byte status 0:No byte received 1:Received byte ready SBIT(ERR, 0xF8, 3); // UART parity error status 0:No error 1:parity error SBIT(FE, 0xF8, 4); // UART framing error status 0:No error 1:incorrect stop bit level SBIT(SLAVE, 0xF8, 5); // SPI master or slave mode select 0:master 1:slave SBIT(RE, 0xF8, 6); // UART receiver enable 0:disabled 1:enabled SBIT(MODE, 0xF8, 7); // USART mode select 0:SPI 1:UART SFR(U1DBUF, 0xF9); // USART 1 Receive/Transmit Data Buffer SFR(U1BAUD, 0xFA); // USART 1 Baud Rate Control SFR(U1UCR, 0xFB); // USART 1 UART Control SFR(U1GCR, 0xFC); // USART 1 Generic Control SFR(P0DIR, 0xFD); // Port 0 Direction SFR(P1DIR, 0xFE); // Port 1 Direction SFR(P2DIR, 0xFF); // Port 2 Direction /* ------------------------------------------------------------------------------------------------ * Xdata Radio Registers * ------------------------------------------------------------------------------------------------ */ SFRX(MDMCTRL0H, 0xDF02); SFRX(SYNC1, 0xDF00); /* Sync word, high byte */ SFRX(SYNC0, 0xDF01); /* Sync word, low byte */ SFRX(PKTLEN, 0xDF02); /* Packet length */ SFRX(PKTCTRL1, 0xDF03); /* Packet automation control */ SFRX(PKTCTRL0, 0xDF04); /* Packet automation control */ SFRX(ADDR, 0xDF05); /* Device address */ SFRX(CHANNR, 0xDF06); /* Channel number */ SFRX(FSCTRL1, 0xDF07); /* Frequency synthesizer control */ SFRX(FSCTRL0, 0xDF08); /* Frequency synthesizer control */ SFRX(FREQ2, 0xDF09); /* Frequency control word, high byte */ SFRX(FREQ1, 0xDF0A); /* Frequency control word, middle byte */ SFRX(FREQ0, 0xDF0B); /* Frequency control word, low byte */ SFRX(MDMCFG4, 0xDF0C); /* Modem configuration */ SFRX(MDMCFG3, 0xDF0D); /* Modem configuration */ SFRX(MDMCFG2, 0xDF0E); /* Modem configuration */ SFRX(MDMCFG1, 0xDF0F); /* Modem configuration */ SFRX(MDMCFG0, 0xDF10); /* Modem configuration */ SFRX(DEVIATN, 0xDF11); /* Modem deviation setting */ SFRX(MCSM2, 0xDF12); /* Main Radio Control State Machine configuration */ SFRX(MCSM1, 0xDF13); /* Main Radio Control State Machine configuration */ SFRX(MCSM0, 0xDF14); /* Main Radio Control State Machine configuration */ SFRX(FOCCFG, 0xDF15); /* Frequency Offset Compensation configuration */ SFRX(BSCFG, 0xDF16); /* Bit Synchronization configuration */ SFRX(AGCCTRL2, 0xDF17); /* AGC control */ SFRX(AGCCTRL1, 0xDF18); /* AGC control */ SFRX(AGCCTRL0, 0xDF19); /* AGC control */ SFRX(FREND1, 0xDF1A); /* Front end RX configuration */ SFRX(FREND0, 0xDF1B); /* Front end TX configuration */ SFRX(FSCAL3, 0xDF1C); /* Frequency synthesizer calibration */ SFRX(FSCAL2, 0xDF1D); /* Frequency synthesizer calibration */ SFRX(FSCAL1, 0xDF1E); /* Frequency synthesizer calibration */ SFRX(FSCAL0, 0xDF1F); /* Frequency synthesizer calibration */ SFRX(_XREGDF20, 0xDF20); /* reserved */ SFRX(_XREGDF21, 0xDF21); /* reserved */ SFRX(_XREGDF22, 0xDF22); /* reserved */ SFRX(TEST2, 0xDF23); /* Various test settings */ SFRX(TEST1, 0xDF24); /* Various test settings */ SFRX(TEST0, 0xDF25); /* Various test settings */ SFRX(_XREGDF26, 0xDF26); /* reserved */ SFRX(PA_TABLE7, 0xDF27); /* PA power setting 7 */ SFRX(PA_TABLE6, 0xDF28); /* PA power setting 6 */ SFRX(PA_TABLE5, 0xDF29); /* PA power setting 5 */ SFRX(PA_TABLE4, 0xDF2A); /* PA power setting 4 */ SFRX(PA_TABLE3, 0xDF2B); /* PA power setting 3 */ SFRX(PA_TABLE2, 0xDF2C); /* PA power setting 2 */ SFRX(PA_TABLE1, 0xDF2D); /* PA power setting 1 */ SFRX(PA_TABLE0, 0xDF2E); /* PA power setting 0 */ SFRX(IOCFG2, 0xDF2F); /* Radio Test Signal Configuration (P1_7) */ SFRX(IOCFG1, 0xDF30); /* Radio Test Signal Configuration (P1_6) */ SFRX(IOCFG0, 0xDF31); /* Radio Test Signal Configuration (P1_5) */ SFRX(_XREGDF32, 0xDF32); /* reserved */ SFRX(_XREGDF33, 0xDF33); /* reserved */ SFRX(_XREGDF34, 0xDF34); /* reserved */ SFRX(_XREGDF35, 0xDF35); /* reserved */ SFRX(PARTNUM, 0xDF36); /* Chip ID [15:8] */ SFRX(VERSION, 0xDF37); /* Chip ID [7:0] */ SFRX(FREQEST, 0xDF38); /* Frequency Offset Estimate */ SFRX(LQI, 0xDF39); /* Link Quality Indicator */ SFRX(RSSI, 0xDF3A); /* Received Signal Strength Indication */ SFRX(MARCSTATE, 0xDF3B); /* Main Radio Control State */ SFRX(PKTSTATUS, 0xDF3C); /* Packet status */ SFRX(VCO_VC_DAC, 0xDF3D); /* PLL calibration current */ /* ------------------------------------------------------------------------------------------------ * Xdata I2S Registers * ------------------------------------------------------------------------------------------------ */ SFRX(I2SCFG0, 0xDF40); /* I2S Configuration Register 0 */ SFRX(I2SCFG1, 0xDF41); /* I2S Configuration Register 1 */ SFRX(I2SDATL, 0xDF42); /* I2S Data Low Byte */ SFRX(I2SDATH, 0xDF43); /* I2S Data High Byte */ SFRX(I2SWCNT, 0xDF44); /* I2S Word Count Register */ SFRX(I2SSTAT, 0xDF45); /* I2S Status Register */ SFRX(I2SCLKF0, 0xDF46); /* I2S Clock Configuration Register 0 */ SFRX(I2SCLKF1, 0xDF47); /* I2S Clock Configuration Register 1 */ SFRX(I2SCLKF2, 0xDF48); /* I2S Clock Configuration Register 2 */ /* ------------------------------------------------------------------------------------------------ * Xdata Mapped SFRs * ------------------------------------------------------------------------------------------------ */ /* * Most SFRs are also accessible through XDATA address space. The register definitions for * this type of access are listed below. The register names are identical to the SFR names * but with the prefix X_ to denote an XDATA register. * * Some SFRs are not accessible through XDATA space. For clarity, entries are included for these * registers. They have a prefix of _NA to denote "not available." * * The SFRs prefixed with _X_ are not in use, but are listed for a better overview. * * For register descriptions, refer to the actual SFR declarations elsewhere in this file. */ SFRX(_NA_P0, 0xDF80); SFRX(_NA_SP, 0xDF81); SFRX(_NA_DPL0, 0xDF82); SFRX(_NA_DPH0, 0xDF83); SFRX(_NA_DPL1, 0xDF84); SFRX(_NA_DPH1, 0xDF85); SFRX(X_U0CSR, 0xDF86); SFRX(_NA_PCON, 0xDF87); SFRX(_NA_TCON, 0xDF88); SFRX(X_P0IFG, 0xDF89); SFRX(X_P1IFG, 0xDF8A); SFRX(X_P2IFG, 0xDF8B); SFRX(X_PICTL, 0xDF8C); SFRX(X_P1IEN, 0xDF8D); SFRX(_X_SFR8E, 0xDF8E); SFRX(X_P0INP, 0xDF8F); SFRX(_NA_P1, 0xDF90); SFRX(X_RFIM, 0xDF91); SFRX(_NA_DPS, 0xDF92); SFRX(X_MPAGE, 0xDF93); SFRX(_X_SFR94, 0xDF94); SFRX(_X_SFR95, 0xDF95); SFRX(_X_SFR96, 0xDF96); SFRX(_X_SFR97, 0xDF97); SFRX(_NA_S0CON, 0xDF98); SFRX(_X_SFR99, 0xDF99); SFRX(_NA_IEN2, 0xDF9A); SFRX(_NA_S1CON, 0xDF9B); SFRX(X_T2CT, 0xDF9C); SFRX(X_T2PR, 0xDF9D); SFRX(X_T2CTL, 0xDF9E); SFRX(_X_SFR9F, 0xDF9F); SFRX(_NA_P2, 0xDFA0); SFRX(X_WORIRQ, 0xDFA1); SFRX(X_WORCTRL, 0xDFA2); SFRX(X_WOREVT0, 0xDFA3); SFRX(X_WOREVT1, 0xDFA4); SFRX(X_WORTIME0, 0xDFA5); SFRX(X_WORTIME1, 0xDFA6); SFRX(_X_SFRA7, 0xDFA7); SFRX(_NA_IEN0, 0xDFA8); SFRX(_NA_IP0, 0xDFA9); SFRX(_X_SFRAA, 0xDFAA); SFRX(X_FWT, 0xDFAB); SFRX(X_FADDRL, 0xDFAC); SFRX(X_FADDRH, 0xDFAD); SFRX(X_FCTL, 0xDFAE); SFRX(X_FWDATA, 0xDFAF); SFRX(_X_SFRB0, 0xDFB0); SFRX(X_ENCDI, 0xDFB1); SFRX(X_ENCDO, 0xDFB2); SFRX(X_ENCCS, 0xDFB3); SFRX(X_ADCCON1, 0xDFB4); SFRX(X_ADCCON2, 0xDFB5); SFRX(X_ADCCON3, 0xDFB6); SFRX(_X_SFRB7, 0xDFB7); SFRX(_NA_IEN1, 0xDFB8); SFRX(_NA_IP1, 0xDFB9); SFRX(X_ADCL, 0xDFBA); SFRX(X_ADCH, 0xDFBB); SFRX(X_RNDL, 0xDFBC); SFRX(X_RNDH, 0xDFBD); SFRX(X_SLEEP, 0xDFBE); SFRX(_X_SFRBF, 0xDFBF); SFRX(_NA_IRCON, 0xDFC0); SFRX(X_U0DBUF, 0xDFC1); SFRX(X_U0BAUD, 0xDFC2); SFRX(_X_SFRC3, 0xDFC3); SFRX(X_U0UCR, 0xDFC4); SFRX(X_U0GCR, 0xDFC5); SFRX(X_CLKCON, 0xDFC6); SFRX(X_MEMCTR, 0xDFC7); SFRX(_X_SFRC8, 0xDFC8); SFRX(X_WDCTL, 0xDFC9); SFRX(X_T3CNT, 0xDFCA); SFRX(X_T3CTL, 0xDFCB); SFRX(X_T3CCTL0, 0xDFCC); SFRX(X_T3CC0, 0xDFCD); SFRX(X_T3CCTL1, 0xDFCE); SFRX(X_T3CC1, 0xDFCF); SFRX(_NA_PSW, 0xDFD0); SFRX(X_DMAIRQ, 0xDFD1); SFRX(X_DMA1CFGL, 0xDFD2); SFRX(X_DMA1CFGH, 0xDFD3); SFRX(X_DMA0CFGL, 0xDFD4); SFRX(X_DMA0CFGH, 0xDFD5); SFRX(X_DMAARM, 0xDFD6); SFRX(X_DMAREQ, 0xDFD7); SFRX(X_TIMIF, 0xDFD8); SFRX(X_RFD, 0xDFD9); SFRX(X_T1CC0L, 0xDFDA); SFRX(X_T1CC0H, 0xDFDB); SFRX(X_T1CC1L, 0xDFDC); SFRX(X_T1CC1H, 0xDFDD); SFRX(X_T1CC2L, 0xDFDE); SFRX(X_T1CC2H, 0xDFDF); SFRX(_NA_ACC, 0xDFE0); SFRX(X_RFST, 0xDFE1); SFRX(X_T1CNTL, 0xDFE2); SFRX(X_T1CNTH, 0xDFE3); SFRX(X_T1CTL, 0xDFE4); SFRX(X_T1CCTL0, 0xDFE5); SFRX(X_T1CCTL1, 0xDFE6); SFRX(X_T1CCTL2, 0xDFE7); SFRX(_NA_IRCON2, 0xDFE8); SFRX(X_RFIF, 0xDFE9); SFRX(X_T4CNT, 0xDFEA); SFRX(X_T4CTL, 0xDFEB); SFRX(X_T4CCTL0, 0xDFEC); SFRX(X_T4CC0, 0xDFED); SFRX(X_T4CCTL1, 0xDFEE); SFRX(X_T4CC1, 0xDFEF); SFRX(_NA_B, 0xDFF0); SFRX(X_PERCFG, 0xDFF1); SFRX(X_ADCCFG, 0xDFF2); SFRX(X_P0SEL, 0xDFF3); SFRX(X_P1SEL, 0xDFF4); SFRX(X_P2SEL, 0xDFF5); SFRX(X_P1INP, 0xDFF6); SFRX(X_P2INP, 0xDFF7); SFRX(X_U1CSR, 0xDFF8); SFRX(X_U1DBUF, 0xDFF9); SFRX(X_U1BAUD, 0xDFFA); SFRX(X_U1UCR, 0xDFFB); SFRX(X_U1GCR, 0xDFFC); SFRX(X_P0DIR, 0xDFFD); SFRX(X_P1DIR, 0xDFFE); SFRX(X_P2DIR, 0xDFFF); /* ------------------------------------------------------------------------------------------------ */ #endif sdcc-2.9.0/device/include/mcs51/cc2430.h000066400000000000000000000532311116427777700173460ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for Chipcon CC2430 Written By - Jesus Calvino-Fraga / jesusc at ece.ubc.ca (December 2006) (Based on CC2430 PRELIMINARY Data Sheet (rev. 1.03) SWRS036A) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REG_CC2430_H #define REG_CC2430_H #include // Interrupt Vectors #define RFERR_VECTOR 0 // RF TX FIFO underflow and RX FIFO overflow. #define ADC_VECTOR 1 // ADC end of conversion #define URX0_VECTOR 2 // USART0 RX complete #define URX1_VECTOR 3 // USART1 RX complete #define ENC_VECTOR 4 // AES encryption/decryption complete #define ST_VECTOR 5 // Sleep Timer compare #define P2INT_VECTOR 6 // Port 2 inputs #define UTX0_VECTOR 7 // USART0 TX complete #define DMA_VECTOR 8 // DMA transfer complete #define T1_VECTOR 9 // Timer 1 (16-bit) capture/compare/overflow #define T2_VECTOR 10 // Timer 2 (MAC Timer) #define T3_VECTOR 11 // Timer 3 (8-bit) capture/compare/overflow #define T4_VECTOR 12 // Timer 4 (8-bit) capture/compare/overflow #define P0INT_VECTOR 13 // Port 0 inputs #define UTX1_VECTOR 14 // USART1 TX complete #define P1INT_VECTOR 15 // Port 1 inputs #define RF_VECTOR 16 // RF general interrupts #define WDT_VECTOR 17 // Watchdog overflow in timer mode // SFR Registers and BITs SFR(P0, 0x80); // Port 0 SBIT(P0_0, 0x80, 0); // Port 0 bit 0 SBIT(P0_1, 0x80, 1); // Port 0 bit 1 SBIT(P0_2, 0x80, 2); // Port 0 bit 2 SBIT(P0_3, 0x80, 3); // Port 0 bit 3 SBIT(P0_4, 0x80, 4); // Port 0 bit 4 SBIT(P0_5, 0x80, 5); // Port 0 bit 5 SBIT(P0_6, 0x80, 6); // Port 0 bit 6 SBIT(P0_7, 0x80, 7); // Port 0 bit 7 SFR(SP, 0x81); // Stack Pointer SFR(DPL0, 0x82); // Data Pointer 0 Low Byte SFR(DPH0, 0x83); // Data Pointer 0 High Byte SFR(DPL1, 0x84); // Data Pointer 1 Low Byte SFR(DPH1, 0x85); // Data Pointer 1 High Byte SFR(U0CSR, 0x86); // USART 0 Control and Status SFR(PCON, 0x87); // Power Mode Control SFR(TCON, 0x88); // Interrupt Flags SBIT(IT0, 0x88, 0); // reserved (must always be set to 1) SBIT(RFERRIF, 0x88, 1); // RFERR – RF TX/RX FIFO interrupt flag SBIT(IT1, 0x88, 2); // reserved (must always be set to 1) SBIT(URX0IF, 0x88, 3); // USART0 RX Interrupt Flag SBIT(ADCIF, 0x88, 5); // ADC Interrupt Flag SBIT(URX1IF, 0x88, 7); // USART1 RX Interrupt Flag SFR(P0IFG, 0x89); // Port 0 Interrupt Status Flag SFR(P1IFG, 0x8A); // Port 1 Interrupt Status Flag SFR(P2IFG, 0x8B); // Port 2 Interrupt Status Flag SFR(PICTL, 0x8C); // Port Interrupt Control SFR(P1IEN, 0x8D); // Port 1 Interrupt Mask SFR(P0INP, 0x8F); // Port 0 Input Mode SFR(P1, 0x90); // Port 1 SBIT(P1_0, 0x90, 0); // Port 1 bit 0 SBIT(P1_1, 0x90, 1); // Port 1 bit 1 SBIT(P1_2, 0x90, 2); // Port 1 bit 2 SBIT(P1_3, 0x90, 3); // Port 1 bit 3 SBIT(P1_4, 0x90, 4); // Port 1 bit 4 SBIT(P1_5, 0x90, 5); // Port 1 bit 5 SBIT(P1_6, 0x90, 6); // Port 1 bit 6 SBIT(P1_7, 0x90, 7); // Port 1 bit 7 SFR(RFIM, 0x91); // RF Interrupt Mask SFR(DPS, 0x92); // Data Pointer Select SFR(MPAGE, 0x93); // Memory Page Select SFR(_XPAGE, 0x93); // Memory Page Select under the name SDCC needs it SFR(T2CMP, 0x94); // Timer 2 Compare Value SFR(ST0, 0x95); // Sleep Timer 0 SFR(ST1, 0x96); // Sleep Timer 1 SFR(ST2, 0x97); // Sleep Timer 2 SFR(S0CON, 0x98); // Interrupt Flags 2 SBIT(ENCIF_0, 0x98, 0); // AES Interrupt Flag 0 SBIT(ENCIF_1, 0x98, 1); // AES Interrupt Flag 1 SFR(IEN2, 0x9A); // Interrupt Enable 2 SFR(S1CON, 0x9B); // Interrupt Flags 3 SFR(T2PEROF0, 0x9C); // Timer 2 Overflow Capture/Compare 0 SFR(T2PEROF1, 0x9D); // Timer 2 Overflow Capture/Compare 1 SFR(T2PEROF2, 0x9E); // Timer 2 Overflow Capture/Compare 2 SFR(P2, 0xA0); // Port 2 SBIT(P2_0, 0xA0, 0); // Port 2 bit 0 SBIT(P2_1, 0xA0, 1); // Port 2 bit 1 SBIT(P2_2, 0xA0, 2); // Port 2 bit 2 SBIT(P2_3, 0xA0, 3); // Port 2 bit 3 SBIT(P2_4, 0xA0, 4); // Port 2 bit 4 SBIT(P2_5, 0xA0, 5); // Port 2 bit 5 SBIT(P2_6, 0xA0, 6); // Port 2 bit 6 SBIT(P2_7, 0xA0, 7); // Port 2 bit 7 SFR(T2OF0, 0xA1); // Timer 2 Overflow Count 0 SFR(T2OF1, 0xA2); // Timer 2 Overflow Count 1 SFR(T2OF2, 0xA3); // Timer 2 Overflow Count 2 SFR(T2CAPLPL, 0xA4); // Timer 2 Period Low Byte SFR(T2CAPHPH, 0xA5); // Timer 2 Period High Byte SFR(T2TLD, 0xA6); // Timer 2 Timer Value Low Byte SFR(T2THD, 0xA7); // Timer 2 Timer Value High Byte SFR(IEN0, 0xA8); // Interrupt Enable 0 SBIT(RFERRIE, 0xA8, 0); // RF TX/RX FIFO interrupt enable SBIT(ADCIE, 0xA8, 1); // ADC Interrupt Enable SBIT(URX0IE, 0xA8, 2); // USART0 RX Interrupt Enable SBIT(URX1IE, 0xA8, 3); // USART1 RX Interrupt Enable SBIT(ENCIE, 0xA8, 4); // AES Encryption/Decryption Interrupt Enable SBIT(STIE, 0xA8, 5); // Sleep Timer Interrupt Enable SBIT(EA, 0xA8, 7); // Global Interrupt Enable SFR(IP0, 0xA9); // Interrupt Priority 0 SFR(FWT, 0xAB); // Flash Write Timing SFR(FADDRL, 0xAC); // Flash Address Low Byte SFR(FADDRH, 0xAD); // Flash Address High Byte SFR(FCTL, 0xAE); // Flash Control SFR(FWDATA, 0xAF); // Flash Write Data SFR(ENCDI, 0xB1); // Encryption Input Data SFR(ENCDO, 0xB2); // Encryption Output Data SFR(ENCCS, 0xB3); // Encryption Control and Status SFR(ADCCON1, 0xB4); // ADC Control 1 SFR(ADCCON2, 0xB5); // ADC Control 2 SFR(ADCCON3, 0xB6); // ADC Control 3 SFR(IEN1, 0xB8); // Interrupt Enable 1 SBIT(DMAIE, 0xB8, 0); // DMA Transfer Interrupt Enable SBIT(T1IE, 0xB8, 1); // Timer 1 Interrupt Enable SBIT(T2IE, 0xB8, 2); // Timer 2 Interrupt Enable SBIT(T3IE, 0xB8, 3); // Timer 3 Interrupt Enable SBIT(T4IE, 0xB8, 4); // Timer 4 Interrupt Enable SBIT(P0IE, 0xB8, 5); // Port 0 Interrupt Enable SFR(IP1, 0xB9); // Interrupt Priority 1 SFR(ADCL, 0xBA); // ADC Data Low SFR(ADCH, 0xBB); // ADC Data High SFR(RNDL, 0xBC); // Random Number Generator Data Low Byte SFR(RNDH, 0xBD); // Random Number Generator Data High Byte SFR(SLEEP, 0xBE); // Sleep Mode Control SFR(IRCON, 0xC0); // Interrupt Flags 4 SBIT(DMAIF, 0xC0, 0); // DMA Complete Interrupt Flag SBIT(T1IF, 0xC0, 1); // Timer 1 Interrupt Flag SBIT(T2IF, 0xC0, 2); // Timer 2 Interrupt Flag SBIT(T3IF, 0xC0, 3); // Timer 3 Interrupt Flag SBIT(T4IF, 0xC0, 4); // Timer 4 Interrupt Flag SBIT(P0IF, 0xC0, 5); // Port 0 Interrupt Flag SBIT(STIF, 0xC0, 7); // Sleep Timer Interrupt Flag SFR(U0DBUF, 0xC1); // USART 0 Receive/Transmit Data Buffer SFR(U0BAUD, 0xC2); // USART 0 Baud Rate Control SFR(T2CNF, 0xC3); // Timer 2 Configuration SFR(U0UCR, 0xC4); // USART 0 UART Control SFR(U0GCR, 0xC5); // USART 0 Generic Control SFR(CLKCON, 0xC6); // Clock Control SFR(MEMCTR, 0xC7); // Memory Arbiter Control SFR(WDCTL, 0xC9); // Watchdog Timer Control SFR(T3CNT, 0xCA); // Timer 3 Counter SFR(T3CTL, 0xCB); // Timer 3 Control SFR(T3CCTL0, 0xCC); // Timer 3 Channel 0 Capture/Compare Control SFR(T3CC0, 0xCD); // Timer 3 Channel 0 Capture/Compare Value SFR(T3CCTL1, 0xCE); // Timer 3 Channel 1 Capture/Compare Control SFR(T3CC1, 0xCF); // Timer 3 Channel 1 Capture/Compare Value SFR(PSW, 0xD0); // Program Status Word SBIT(P, 0xD0, 0); // Parity Flag SBIT(F1, 0xD0, 1); // User-Defined Flag SBIT(OV, 0xD0, 2); // Overflow Flag SBIT(RS0, 0xD0, 3); // Register Bank Select 0 SBIT(RS1, 0xD0, 4); // Register Bank Select 1 SBIT(F0, 0xD0, 5); // User-Defined Flag SBIT(AC, 0xD0, 6); // Auxiliary Carry Flag SBIT(CY, 0xD0, 7); // Carry Flag SFR(DMAIRQ, 0xD1); // DMA Interrupt Flag SFR(DMA1CFGL, 0xD2); // DMA Channel 1-4 Configuration Address Low Byte SFR(DMA1CFGH, 0xD3); // DMA Channel 1-4 Configuration Address High Byte SFR(DMA0CFGL, 0xD4); // DMA Channel 0 Configuration Address Low Byte SFR(DMA0CFGH, 0xD5); // DMA Channel 0 Configuration Address High Byte SFR(DMAARM, 0xD6); // DMA Channel Arm SFR(DMAREQ, 0xD7); // DMA Channel Start Request and Status SFR(TIMIF, 0xD8); // Timers 1/3/4 Interrupt Mask/Flag SBIT(T3OVFIF, 0xD8, 0); // Timer 3 overflow interrupt flag 0:no pending 1:pending SBIT(T3CH0IF, 0xD8, 1); // Timer 3 channel 0 interrupt flag 0:no pending 1:pending SBIT(T3CH1IF, 0xD8, 2); // Timer 3 channel 1 interrupt flag 0:no pending 1:pending SBIT(T4OVFIF, 0xD8, 3); // Timer 4 overflow interrupt flag 0:no pending 1:pending SBIT(T4CH0IF, 0xD8, 4); // Timer 4 channel 0 interrupt flag 0:no pending 1:pending SBIT(T4CH1IF, 0xD8, 5); // Timer 4 channel 1 interrupt flag 0:no pending 1:pending SBIT(OVFIM, 0xD8, 6); // Timer 1 overflow interrupt mask SFR(RFD, 0xD9); // RF Data SFR(T1CC0L, 0xDA); // Timer 1 Channel 0 Capture/Compare Value Low SFR(T1CC0H, 0xDB); // Timer 1 Channel 0 Capture/Compare Value High SFR(T1CC1L, 0xDC); // Timer 1 Channel 1 Capture/Compare Value Low SFR(T1CC1H, 0xDD); // Timer 1 Channel 1 Capture/Compare Value High SFR(T1CC2L, 0xDE); // Timer 1 Channel 2 Capture/Compare Value Low SFR(T1CC2H, 0xDF); // Timer 1 Channel 2 Capture/Compare Value High SFR(ACC, 0xE0); // Accumulator SBIT(ACC_0, 0xE0, 0); // Accumulator bit 0 SBIT(ACC_1, 0xE0, 1); // Accumulator bit 1 SBIT(ACC_2, 0xE0, 2); // Accumulator bit 2 SBIT(ACC_3, 0xE0, 3); // Accumulator bit 3 SBIT(ACC_4, 0xE0, 4); // Accumulator bit 4 SBIT(ACC_5, 0xE0, 5); // Accumulator bit 5 SBIT(ACC_6, 0xE0, 6); // Accumulator bit 6 SBIT(ACC_7, 0xE0, 7); // Accumulator bit 7 SFR(RFST, 0xE1); // RF CSMA-CA / Strobe Processor SFR(T1CNTL, 0xE2); // Timer 1 Counter Low SFR(T1CNTH, 0xE3); // Timer 1 Counter High SFR(T1CTL, 0xE4); // Timer 1 Control and Status SFR(T1CCTL0, 0xE5); // Timer 1 Channel 0 Capture/Compare Control SFR(T1CCTL1, 0xE6); // Timer 1 Channel 1 Capture/Compare Control SFR(T1CCTL2, 0xE7); // Timer 1 Channel 2 Capture/Compare Control SFR(IRCON2, 0xE8); // Interrupt Flags 5 SBIT(P2IF, 0xE8, 0); // Port 2 Interrupt Flag SBIT(UTX0IF, 0xE8, 1); // USART0 TX Interrupt Flag SBIT(UTX1IF, 0xE8, 2); // USART1 TX Interrupt Flag SBIT(P1IF, 0xE8, 3); // Port 1 Interrupt Flag SBIT(WDTIF, 0xE8, 4); // Watchdog Timer Interrupt Flag SFR(RFIF, 0xE9); // RF Interrupt Flags SFR(T4CNT, 0xEA); // Timer 4 Counter SFR(T4CTL, 0xEB); // Timer 4 Control SFR(T4CCTL0, 0xEC); // Timer 4 Channel 0 Capture/Compare Control SFR(T4CC0, 0xED); // Timer 4 Channel 0 Capture/Compare Value SFR(T4CCTL1, 0xEE); // Timer 4 Channel 1 Capture/Compare Control SFR(T4CC1, 0xEF); // Timer 4 Channel 1 Capture/Compare Value SFR(B, 0xF0); // B Register SBIT(B_0, 0xF0, 0); // Register B bit 0 SBIT(B_1, 0xF0, 1); // Register B bit 1 SBIT(B_2, 0xF0, 2); // Register B bit 2 SBIT(B_3, 0xF0, 3); // Register B bit 3 SBIT(B_4, 0xF0, 4); // Register B bit 4 SBIT(B_5, 0xF0, 5); // Register B bit 5 SBIT(B_6, 0xF0, 6); // Register B bit 6 SBIT(B_7, 0xF0, 7); // Register B bit 7 SFR(PERCFG, 0xF1); // Peripheral Control SFR(ADCCFG, 0xF2); // ADC Input Configuration SFR(P0SEL, 0xF3); // Port 0 Function Select SFR(P1SEL, 0xF4); // Port 1 Function Select SFR(P2SEL, 0xF5); // Port 2 Function Select SFR(P1INP, 0xF6); // Port 1 Input Mode SFR(P2INP, 0xF7); // Port 2 Input Mode SFR(U1CSR, 0xF8); // USART 1 Control and Status SBIT(ACTIVE, 0xF8, 0); // USART transmit/receive active status 0:idle 1:busy SBIT(TX_BYTE, 0xF8, 1); // Transmit byte status 0:Byte not transmitted 1:Last byte transmitted SBIT(RX_BYTE, 0xF8, 2); // Receive byte status 0:No byte received 1:Received byte ready SBIT(ERR, 0xF8, 3); // UART parity error status 0:No error 1:parity error SBIT(FE, 0xF8, 4); // UART framing error status 0:No error 1:incorrect stop bit level SBIT(SLAVE, 0xF8, 5); // SPI master or slave mode select 0:master 1:slave SBIT(RE, 0xF8, 6); // UART receiver enable 0:disabled 1:enabled SBIT(MODE, 0xF8, 7); // USART mode select 0:SPI 1:UART SFR(U1DBUF, 0xF9); // USART 1 Receive/Transmit Data Buffer SFR(U1BAUD, 0xFA); // USART 1 Baud Rate Control SFR(U1UCR, 0xFB); // USART 1 UART Control SFR(U1GCR, 0xFC); // USART 1 Generic Control SFR(P0DIR, 0xFD); // Port 0 Direction SFR(P1DIR, 0xFE); // Port 1 Direction SFR(P2DIR, 0xFF); // Port 2 Direction // From Table 45 : Overview of RF registers SFRX(MDMCTRL0H, 0xDF02); // Modem Control 0, high SFRX(MDMCTRL0L, 0xDF03); // Modem Control 0, low SFRX(MDMCTRL1H, 0xDF04); // Modem Control 1, high SFRX(MDMCTRL1L, 0xDF05); // Modem Control 1, low SFRX(RSSIH, 0xDF06); // RSSI and CCA Status and Control, high SFRX(RSSIL, 0xDF07); // RSSI and CCA Status and Control, low SFRX(SYNCWORDH, 0xDF08); // Synchronisation Word Control, high SFRX(SYNCWORDL, 0xDF09); // Synchronisation Word Control, low SFRX(TXCTRLH, 0xDF0A); // Transmit Control, high SFRX(TXCTRLL, 0xDF0B); // Transmit Control, low SFRX(RXCTRL0H, 0xDF0C); // Receive Control 0, high SFRX(RXCTRL0L, 0xDF0D); // Receive Control 0, low SFRX(RXCTRL1H, 0xDF0E); // Receive Control 1, high SFRX(RXCTRL1L, 0xDF0F); // Receive Control 1, low SFRX(FSCTRLH, 0xDF10); // Frequency Synthesizer Control and Status, high SFRX(FSCTRLL, 0xDF11); // Frequency Synthesizer Control and Status, low SFRX(CSPX, 0xDF12); // CSP X Data SFRX(CSPY, 0xDF13); // CSP Y Data SFRX(CSPZ, 0xDF14); // CSP Z Data SFRX(CSPCTRL, 0xDF15); // CSP Control SFRX(CSPT, 0xDF16); // CSP T Data SFRX(RFPWR, 0xDF17); // RF Power Control SFRX(FSMTCH, 0xDF20); // Finite State Machine Time Constants, high SFRX(FSMTCL, 0xDF21); // Finite State Machine Time Constants, low SFRX(MANANDH, 0xDF22); // Manual AND Override, high SFRX(MANANDL, 0xDF23); // Manual AND Override, low SFRX(MANORH, 0xDF24); // Manual OR Override, high SFRX(MANORL, 0xDF25); // Manual OR Override, low SFRX(AGCCTRLH, 0xDF26); // AGC Control, high SFRX(AGCCTRLL, 0xDF27); // AGC Control, low SFRX(FSMSTATE, 0xDF39); // Finite State Machine State Status SFRX(ADCTSTH, 0xDF3A); // ADC Test, high SFRX(ADCTSTL, 0xDF3B); // ADC Test, low SFRX(DACTSTH, 0xDF3C); // DAC Test, high SFRX(DACTSTL, 0xDF3D); // DAC Test, low SFRX(IEEE_ADDR0, 0xDF43); // IEEE Address 0 SFRX(IEEE_ADDR1, 0xDF44); // IEEE Address 1 SFRX(IEEE_ADDR2, 0xDF45); // IEEE Address 2 SFRX(IEEE_ADDR3, 0xDF46); // IEEE Address 3 SFRX(IEEE_ADDR4, 0xDF47); // IEEE Address 4 SFRX(IEEE_ADDR5, 0xDF48); // IEEE Address 5 SFRX(IEEE_ADDR6, 0xDF49); // IEEE Address 6 SFRX(IEEE_ADDR7, 0xDF4A); // IEEE Address 7 SFRX(PANIDH, 0xDF4B); // PAN Identifier, high SFRX(PANIDL, 0xDF4C); // PAN Identifier, low SFRX(SHORTADDRH, 0xDF4D); // Short Address, high SFRX(SHORTADDRL, 0xDF4E); // Short Address, low SFRX(IOCFG0, 0xDF4F); // I/O Configuration 0 SFRX(IOCFG1, 0xDF50); // I/O Configuration 1 SFRX(IOCFG2, 0xDF51); // I/O Configuration 2 SFRX(IOCFG3, 0xDF52); // I/O Configuration 3 SFRX(RXFIFOCNT, 0xDF53); // RX FIFO Count SFRX(FSMTC1, 0xDF54); // Finite State Machine Control SFRX(CHVER, 0xDF60); // Chip Version SFRX(CHIPID, 0xDF61); // Chip Identification SFRX(RFSTATUS, 0xDF62); // RF Status // SFRs also accesible through XDATA space SFRX(X_U0CSR, 0xDF86); // USART 0 Control and Status SFRX(X_P0IFG, 0xDF89); // Port 0 Interrupt Status Flag SFRX(X_P1IFG, 0xDF8A); // Port 1 Interrupt Status Flag SFRX(X_P2IFG, 0xDF8B); // Port 2 Interrupt Status Flag SFRX(X_PICTL, 0xDF8C); // Port Interrupt Control SFRX(X_P1IEN, 0xDF8D); // Port 1 Interrupt Mask SFRX(X_P0INP, 0xDF8F); // Port 0 Input Mode SFRX(X_RFIM, 0xDF91); // RF Interrupt Mask SFRX(X_MPAGE, 0xDF93); // Memory Page Select SFRX(X_T2CMP, 0xDF94); // Timer 2 Compare Value SFRX(X_ST0, 0xDF95); // Sleep Timer 0 SFRX(X_ST1, 0xDF96); // Sleep Timer 1 SFRX(X_ST2, 0xDF97); // Sleep Timer 2 SFRX(X_T2PEROF0, 0xDF9C); // Timer 2 Overflow Capture/Compare 0 SFRX(X_T2PEROF1, 0xDF9D); // Timer 2 Overflow Capture/Compare 1 SFRX(X_T2PEROF2, 0xDF9E); // Timer 2 Overflow Capture/Compare 2 SFRX(X_T2OF0, 0xDFA1); // Timer 2 Overflow Count 0 SFRX(X_T2OF1, 0xDFA2); // Timer 2 Overflow Count 1 SFRX(X_T2OF2, 0xDFA3); // Timer 2 Overflow Count 2 SFRX(X_T2CAPLPL, 0xDFA4); // Timer 2 Period Low Byte SFRX(X_T2CAPHPH, 0xDFA5); // Timer 2 Period High Byte SFRX(X_T2TLD, 0xDFA6); // Timer 2 Timer Value Low Byte SFRX(X_T2THD, 0xDFA7); // Timer 2 Timer Value High Byte SFRX(X_FWT, 0xDFAB); // Flash Write Timing SFRX(X_FADDRL, 0xDFAC); // Flash Address Low Byte SFRX(X_FADDRH, 0xDFAD); // Flash Address High Byte SFRX(X_FCTL, 0xDFAE); // Flash Control SFRX(X_FWDATA, 0xDFAF); // Flash Write Data SFRX(X_ENCDI, 0xDFB1); // Encryption Input Data SFRX(X_ENCDO, 0xDFB2); // Encryption Output Data SFRX(X_ENCCS, 0xDFB3); // Encryption Control and Status SFRX(X_ADCCON1, 0xDFB4); // ADC Control 1 SFRX(X_ADCCON2, 0xDFB5); // ADC Control 2 SFRX(X_ADCCON3, 0xDFB6); // ADC Control 3 SFRX(X_ADCL, 0xDFBA); // ADC Data Low SFRX(X_ADCH, 0xDFBB); // ADC Data High SFRX(X_RNDL, 0xDFBC); // Random Number Generator Data Low Byte SFRX(X_RNDH, 0xDFBD); // Random Number Generator Data High Byte SFRX(X_SLEEP, 0xDFBE); // Sleep Mode Control SFRX(X_U0DBUF, 0xDFC1); // USART 0 Receive/Transmit Data Buffer SFRX(X_U0BAUD, 0xDFC2); // USART 0 Baud Rate Control SFRX(X_T2CNF, 0xDFC3); // Timer 2 Configuration SFRX(X_U0UCR, 0xDFC4); // USART 0 UART Control SFRX(X_U0GCR, 0xDFC5); // USART 0 Generic Control SFRX(X_CLKCON, 0xDFC6); // Clock Control SFRX(X_MEMCTR, 0xDFC7); // Memory Arbiter Control SFRX(X_WDCTL, 0xDFC9); // Watchdog Timer Control SFRX(X_T3CNT, 0xDFCA); // Timer 3 Counter SFRX(X_T3CTL, 0xDFCB); // Timer 3 Control SFRX(X_T3CCTL0, 0xDFCC); // Timer 3 Channel 0 Capture/Compare Control SFRX(X_T3CC0, 0xDFCD); // Timer 3 Channel 0 Capture/Compare Value SFRX(X_T3CCTL1, 0xDFCE); // Timer 3 Channel 1 Capture/Compare Control SFRX(X_T3CC1, 0xDFCF); // Timer 3 Channel 1 Capture/Compare Value SFRX(X_DMAIRQ, 0xDFD1); // DMA Interrupt Flag SFRX(X_DMA1CFGL, 0xDFD2); // DMA Channel 1-4 Configuration Address Low Byte SFRX(X_DMA1CFGH, 0xDFD3); // DMA Channel 1-4 Configuration Address High Byte SFRX(X_DMA0CFGL, 0xDFD4); // DMA Channel 0 Configuration Address Low Byte SFRX(X_DMA0CFGH, 0xDFD5); // DMA Channel 0 Configuration Address High Byte SFRX(X_DMAARM, 0xDFD6); // DMA Channel Arm SFRX(X_DMAREQ, 0xDFD7); // DMA Channel Start Request and Status SFRX(X_TIMIF, 0xDFD8); // Timers 1/3/4 Interrupt Mask/Flag SFRX(X_RFD, 0xDFD9); // RF Data SFRX(X_T1CC0L, 0xDFDA); // Timer 1 Channel 0 Capture/Compare Value Low SFRX(X_T1CC0H, 0xDFDB); // Timer 1 Channel 0 Capture/Compare Value High SFRX(X_T1CC1L, 0xDFDC); // Timer 1 Channel 1 Capture/Compare Value Low SFRX(X_T1CC1H, 0xDFDD); // Timer 1 Channel 1 Capture/Compare Value High SFRX(X_T1CC2L, 0xDFDE); // Timer 1 Channel 2 Capture/Compare Value Low SFRX(X_T1CC2H, 0xDFDF); // Timer 1 Channel 2 Capture/Compare Value High SFRX(X_RFST, 0xDFE1); // RF CSMA-CA / Strobe Processor SFRX(X_T1CNTL, 0xDFE2); // Timer 1 Counter Low SFRX(X_T1CNTH, 0xDFE3); // Timer 1 Counter High SFRX(X_T1CTL, 0xDFE4); // Timer 1 Control and Status SFRX(X_T1CCTL0, 0xDFE5); // Timer 1 Channel 0 Capture/Compare Control SFRX(X_T1CCTL1, 0xDFE6); // Timer 1 Channel 1 Capture/Compare Control SFRX(X_T1CCTL2, 0xDFE7); // Timer 1 Channel 2 Capture/Compare Control SFRX(X_RFIF, 0xDFE9); // RF Interrupt Flags SFRX(X_T4CNT, 0xDFEA); // Timer 4 Counter SFRX(X_T4CTL, 0xDFEB); // Timer 4 Control SFRX(X_T4CCTL0, 0xDFEC); // Timer 4 Channel 0 Capture/Compare Control SFRX(X_T4CC0, 0xDFED); // Timer 4 Channel 0 Capture/Compare Value SFRX(X_T4CCTL1, 0xDFEE); // Timer 4 Channel 1 Capture/Compare Control SFRX(X_T4CC1, 0xDFEF); // Timer 4 Channel 1 Capture/Compare Value SFRX(X_PERCFG, 0xDFF1); // Peripheral Control SFRX(X_ADCCFG, 0xDFF2); // ADC Input Configuration SFRX(X_P0SEL, 0xDFF3); // Port 0 Function Select SFRX(X_P1SEL, 0xDFF4); // Port 1 Function Select SFRX(X_P2SEL, 0xDFF5); // Port 2 Function Select SFRX(X_P1INP, 0xDFF6); // Port 1 Input Mode SFRX(X_P2INP, 0xDFF7); // Port 2 Input Mode SFRX(X_U1CSR, 0xDFF8); // USART 1 Control and Status SFRX(X_U1DBUF, 0xDFF9); // USART 1 Receive/Transmit Data Buffer SFRX(X_U1BAUD, 0xDFFA); // USART 1 Baud Rate Control SFRX(X_U1UCR, 0xDFFB); // USART 1 UART Control SFRX(X_U1GCR, 0xDFFC); // USART 1 Generic Control SFRX(X_P0DIR, 0xDFFD); // Port 0 Direction SFRX(X_P1DIR, 0xDFFE); // Port 1 Direction SFRX(X_P2DIR, 0xDFFF); // Port 2 Direction #endif //REG_CC2430_H sdcc-2.9.0/device/include/mcs51/cc2510fx.h000066400000000000000000000576601116427777700177150ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for Chipcon CC2510Fx/CC2511Fx Written By - Jesus Calvino-Fraga / jesusc at ece.ubc.ca (August 2006) (Based on CC2510Fx/CC2511Fx PRELIMINARY Data Sheet (Rev. 1.2) SWRS055A) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REG_CC2510FX_H #define REG_CC2510FX_H #include // Interrupt Vectors #define RFTXRX_VECTOR 0 // RF TX done / RX ready #define ADC_VECTOR 1 // ADC end of conversion #define URX0_VECTOR 2 // USART0 RX complete #define URX1_VECTOR 3 // USART1 RX complete (I2S RX complete) #define ENC_VECTOR 4 // AES encryption/decryption complete #define ST_VECTOR 5 // Sleep Timer compare #define P2INT_VECTOR 6 // Port 2 inputs (Also used for USB on CC2511Fx) #define UTX0_VECTOR 7 // USART0 TX complete #define DMA_VECTOR 8 // DMA transfer complete #define T1_VECTOR 9 // Timer 1 (16-bit) capture/Compare/overflow #define T2_VECTOR 10 // Timer 2 (MAC Timer) overflow #define T3_VECTOR 11 // Timer 3 (8-bit) capture/compare/overflow #define T4_VECTOR 12 // Timer 4 (8-bit) capture/compare/overflow #define P0INT_VECTOR 13 // Port 0 inputs (Note: USB Resume from suspend interrupt on P0_7 on CC2511Fx ) #define UTX1_VECTOR 14 // USART1 TX complete (I2S TX complete) #define P1INT_VECTOR 15 // Port 1 inputs #define RF_VECTOR 16 // RF general interrupts #define WDT_VECTOR 17 // Watchdog overflow in timer mode //Shared Interrupt Vectors (I2S and USB) #define I2SRX_VECTOR 3 //I2S RX complete #define I2STX_VECTOR 14 //I2S TX complete #define USB_VECTOR 6 //USB Interrupt pending ( CC2511Fx ) // SFR Registers and BITs SFR(P0, 0x80); // Port 0 SBIT(P0_0, 0x80, 0); // Port 0 bit 0 SBIT(P0_1, 0x80, 1); // Port 0 bit 1 SBIT(P0_2, 0x80, 2); // Port 0 bit 2 SBIT(P0_3, 0x80, 3); // Port 0 bit 3 SBIT(P0_4, 0x80, 4); // Port 0 bit 4 SBIT(P0_5, 0x80, 5); // Port 0 bit 5 SBIT(P0_6, 0x80, 6); // Port 0 bit 6 SBIT(P0_7, 0x80, 7); // Port 0 bit 7 SFR(SP, 0x81); // Stack Pointer SFR(DPL0, 0x82); // Data Pointer 0 Low Byte SFR(DPH0, 0x83); // Data Pointer 0 High Byte SFR(DPL1, 0x84); // Data Pointer 1 Low Byte SFR(DPH1, 0x85); // Data Pointer 1 High Byte SFR(U0CSR, 0x86); // USART 0 Control and Status SFR(PCON, 0x87); // Power Mode Control SFR(TCON, 0x88); // Interrupt Flag SBIT(IT0, 0x88, 0); // reserved (must always be set to 1) SBIT(RFTXRXIF, 0x88, 1); // RF TX/RX FIFO Interrupt Flag SBIT(IT1, 0x88, 2); // reserved (must always be set to 1) SBIT(URX0IF, 0x88, 3); // USART0 RX Interrupt Flag SBIT(ADCIF, 0x88, 5); // ADC Interrupt Flag SBIT(URX1IF, 0x88, 7); // USART1 RX Interrupt Flag SBIT(I2SRXIF, 0x88, 7); // I2S RX interrupt flag (same loc as URX1IF) SFR(P0IFG, 0x89); // Port 0 Interrupt Status Flag SFR(P1IFG, 0x8A); // Port 1 Interrupt Status Flag SFR(P2IFG, 0x8B); // Port 2 Interrupt Status Flag SFR(PICTL, 0x8C); // Port Interrupt Control SFR(P1IEN, 0x8D); // Port 1 Interrupt Mask SFR(P0INP, 0x8F); // Port 0 Input Mode SFR(P1, 0x90); // Port 1 SBIT(P1_0, 0x90, 0); // Port 1 bit 0 SBIT(P1_1, 0x90, 1); // Port 1 bit 1 SBIT(P1_2, 0x90, 2); // Port 1 bit 2 SBIT(P1_3, 0x90, 3); // Port 1 bit 3 SBIT(P1_4, 0x90, 4); // Port 1 bit 4 SBIT(P1_5, 0x90, 5); // Port 1 bit 5 SBIT(P1_6, 0x90, 6); // Port 1 bit 6 SBIT(P1_7, 0x90, 7); // Port 1 bit 7 SFR(RFIM, 0x91); // RF Interrupt Mask SFR(DPS, 0x92); // Data Pointer Select SFR(MPAGE, 0x93); // Memory Page Select SFR(_XPAGE, 0x93); // Memory Page Select under the name SDCC needs it SFR(ENDIAN, 0x95); // USB Endianess Control (CC2511Fx) SFR(S0CON, 0x98); // Interrupt Flag 2 SBIT(ENCIF_0, 0x98, 0); // AES Interrupt Flag 0 SBIT(ENCIF_1, 0x98, 1); // AES Interrupt Flag 1 SFR(IEN2, 0x9A); // Interrupt Enable 2 Register SFR(S1CON, 0x9B); // Interrupt Flag 3 SFR(T2CT, 0x9C); // Timer 2 Count SFR(T2PR, 0x9D); // Timer 2 Prescaler SFR(T2CTL, 0x9E); // Timer 2 Control SFR(P2, 0xA0); // Port 2 SBIT(P2_0, 0xA0, 0); // Port 2 bit 0 SBIT(P2_1, 0xA0, 1); // Port 2 bit 1 SBIT(P2_2, 0xA0, 2); // Port 2 bit 2 SBIT(P2_3, 0xA0, 3); // Port 2 bit 3 SBIT(P2_4, 0xA0, 4); // Port 2 bit 4 SBIT(P2_5, 0xA0, 5); // Port 2 bit 5 SBIT(P2_6, 0xA0, 6); // Port 2 bit 6 SBIT(P2_7, 0xA0, 7); // Port 2 bit 7 SFR(WORIRQ, 0xA1); // Sleep Timer Interrupt Control SFR(WORCTL, 0xA2); // Sleep Timer Control SFR(WORCTRL, 0xA2); // Sleep Timer Control (typo in datasheet?) SFR(WOREVT0, 0xA3); // Sleep Timer Event0 Timeout Low SFR(WOREVT1, 0xA4); // Sleep Timer Event0 Timeout High SFR(WORTIME0, 0xA5); // Sleep Timer Low Byte SFR(WORTIME1, 0xA6); // Sleep Timer High Byte SFR(IEN0, 0xA8); // Interrupt Enable 0 Register SBIT(RFTXRXIE, 0xA8, 0); // RF TX/RX done interrupt enable SBIT(ADCIE, 0xA8, 1); // ADC Interrupt Enable SBIT(URX0IE, 0xA8, 2); // USART0 RX Interrupt Enable SBIT(URX1IE, 0xA8, 3); // USART1 RX Interrupt Enable SBIT(I2SRXIE, 0xA8, 3); // I2S RX interrupt enable (Same loc as URX1IE) SBIT(ENCIE, 0xA8, 4); // AES Encryption/Decryption Interrupt Enable SBIT(STIE, 0xA8, 5); // Sleep Timer Interrupt Enable SBIT(EA, 0xA8, 7); // Global Interrupt Enable SFR(IP0, 0xA9); // Interrupt Priority 0 SFR(FWT, 0xAB); // Flash Write Timing SFR(FADDRL, 0xAC); // Flash Address Low Byte SFR(FADDRH, 0xAD); // Flash Address High Byte SFR(FCTL, 0xAE); // Flash Control SFR(FWDATA, 0xAF); // Flash Write Data SFR(ENCDI, 0xB1); // Encryption Input Data SFR(ENCDO, 0xB2); // Encryption Output Data SFR(ENCCS, 0xB3); // Encryption Control and Status SFR(ADCCON1, 0xB4); // ADC Control 1 SFR(ADCCON2, 0xB5); // ADC Control 2 SFR(ADCCON3, 0xB6); // ADC Control 3 SFR(IEN1, 0xB8); // Interrupt Enable 1 Register SBIT(DMAIE, 0xB8, 0); // DMA Transfer Interrupt Enable SBIT(T1IE, 0xB8, 1); // Timer 1 Interrupt Enable SBIT(T2IE, 0xB8, 2); // Timer 2 Interrupt Enable SBIT(T3IE, 0xB8, 3); // Timer 3 Interrupt Enable SBIT(T4IE, 0xB8, 4); // Timer 4 Interrupt Enable SBIT(P0IE, 0xB8, 5); // Port 0 Interrupt Enable SFR(IP1, 0xB9); // Interrupt Priority 1 SFR(ADCL, 0xBA); // ADC Data Low SFR(ADCH, 0xBB); // ADC Data High SFR(RNDL, 0xBC); // Random Number Generator Data Low Byte SFR(RNDH, 0xBD); // Random Number Generator Data High Byte SFR(SLEEP, 0xBE); // Sleep Mode Control SFR(IRCON, 0xC0); // Interrupt Flag 4 SBIT(DMAIF, 0xC0, 0); // DMA Complete Interrupt Flag SBIT(T1IF, 0xC0, 1); // Timer 1 Interrupt Flag SBIT(T2IF, 0xC0, 2); // Timer 2 Interrupt Flag SBIT(T3IF, 0xC0, 3); // Timer 3 Interrupt Flag SBIT(T4IF, 0xC0, 4); // Timer 4 Interrupt Flag SBIT(P0IF, 0xC0, 5); // Port 0 Interrupt Flag SBIT(STIF, 0xC0, 7); // Sleep Timer Interrupt Flag SFR(U0DBUF, 0xC1); // USART 0 Receive/Transmit Data Buffer SFR(U0BAUD, 0xC2); // USART 0 Baud Rate Control SFR(U0UCR, 0xC4); // USART 0 UART Control SFR(U0GCR, 0xC5); // USART 0 Generic Control SFR(CLKCON, 0xC6); // Clock Control SFR(MEMCTR, 0xC7); // Memory Arbiter Control SFR(WDCTL, 0xC9); // Watchdog Timer Control SFR(T3CNT, 0xCA); // Timer 3 Counter SFR(T3CTL, 0xCB); // Timer 3 Control SFR(T3CCTL0, 0xCC); // Timer 3 Channel 0 Capture/Compare Control SFR(T3CC0, 0xCD); // Timer 3 Channel 0 Capture/Compare Value SFR(T3CCTL1, 0xCE); // Timer 3 Channel 1 Capture/Compare Control SFR(T3CC1, 0xCF); // Timer 3 Channel 1 Capture/Compare Value SFR(PSW, 0xD0); // Program Status Word SBIT(P, 0xD0, 0); // Parity Flag SBIT(F1, 0xD0, 1); // User-Defined Flag SBIT(OV, 0xD0, 2); // Overflow Flag SBIT(RS0, 0xD0, 3); // Register Bank Select 0 SBIT(RS1, 0xD0, 4); // Register Bank Select 1 SBIT(F0, 0xD0, 5); // User-Defined Flag SBIT(AC, 0xD0, 6); // Auxiliary Carry Flag SBIT(CY, 0xD0, 7); // Carry Flag SFR(DMAIRQ, 0xD1); // DMA Interrupt Flag SFR(DMA1CFGL, 0xD2); // DMA Channel 1-4 Configuration Address Low Byte SFR(DMA1CFGH, 0xD3); // DMA Channel 1-4 Configuration Address High Byte SFR(DMA0CFGL, 0xD4); // DMA Channel 0 Configuration Address Low Byte SFR(DMA0CFGH, 0xD5); // DMA Channel 0 Configuration Address High Byte SFR(DMAARM, 0xD6); // DMA Channel Arm SFR(DMAREQ, 0xD7); // DMA Channel Start Request and Status SFR(TIMIF, 0xD8); // Timers 1/3/4 Interrupt Mask/Flag SBIT(T3OVFIF, 0xD8, 0); // Timer 3 overflow interrupt flag 0:no pending 1:pending SBIT(T3CH0IF, 0xD8, 1); // Timer 3 channel 0 interrupt flag 0:no pending 1:pending SBIT(T3CH1IF, 0xD8, 2); // Timer 3 channel 1 interrupt flag 0:no pending 1:pending SBIT(T4OVFIF, 0xD8, 3); // Timer 4 overflow interrupt flag 0:no pending 1:pending SBIT(T4CH0IF, 0xD8, 4); // Timer 4 channel 0 interrupt flag 0:no pending 1:pending SBIT(T4CH1IF, 0xD8, 5); // Timer 4 channel 1 interrupt flag 0:no pending 1:pending SBIT(OVFIM, 0xD8, 6); // Timer 1 overflow interrupt mask SFR(RFD, 0xD9); // RF Data SFR(T1CC0L, 0xDA); // Timer 1 Channel 0 Capture/Compare Value Low SFR(T1CC0H, 0xDB); // Timer 1 Channel 0 Capture/Compare Value High SFR(T1CC1L, 0xDC); // Timer 1 Channel 1 Capture/Compare Value Low SFR(T1CC1H, 0xDD); // Timer 1 Channel 1 Capture/Compare Value High SFR(T1CC2L, 0xDE); // Timer 1 Channel 2 Capture/Compare Value Low SFR(T1CC2H, 0xDF); // Timer 1 Channel 2 Capture/Compare Value High SFR(ACC, 0xE0); // Accumulator SBIT(ACC_0, 0xE0, 0); // Accumulator bit 0 SBIT(ACC_1, 0xE0, 1); // Accumulator bit 1 SBIT(ACC_2, 0xE0, 2); // Accumulator bit 2 SBIT(ACC_3, 0xE0, 3); // Accumulator bit 3 SBIT(ACC_4, 0xE0, 4); // Accumulator bit 4 SBIT(ACC_5, 0xE0, 5); // Accumulator bit 5 SBIT(ACC_6, 0xE0, 6); // Accumulator bit 6 SBIT(ACC_7, 0xE0, 7); // Accumulator bit 7 SFR(RFST, 0xE1); // RF Strobe Commands SFR(T1CNTL, 0xE2); // Timer 1 Counter Low SFR(T1CNTH, 0xE3); // Timer 1 Counter High SFR(T1CTL, 0xE4); // Timer 1 Control and Status SFR(T1CCTL0, 0xE5); // Timer 1 Channel 0 Capture/Compare Control SFR(T1CCTL1, 0xE6); // Timer 1 Channel 1 Capture/Compare Control SFR(T1CCTL2, 0xE7); // Timer 1 Channel 2 Capture/Compare Control SFR(IRCON2, 0xE8); // Interrupt Flag 5 SBIT(P2IF, 0xE8, 0); // Port 2 Interrupt Flag SBIT(USBIF, 0xE8, 0); // USB Interrupt Flag (same bit as P2IF) SBIT(UTX0IF, 0xE8, 1); // USART0 TX Interrupt Flag SBIT(UTX1IF, 0xE8, 2); // USART1 TX Interrupt Flag SBIT(I2STXIF, 0xE8, 2); // I2S TX Interrupt Flag (same bit as UTX1FIF) SBIT(P1IF, 0xE8, 3); // Port 1 Interrupt Flag SBIT(WDTIF, 0xE8, 4); // Watchdog Timer Interrupt Flag SFR(RFIF, 0xE9); // RF Interrupt Flags SFR(T4CNT, 0xEA); // Timer 4 Counter SFR(T4CTL, 0xEB); // Timer 4 Control SFR(T4CCTL0, 0xEC); // Timer 4 Channel 0 Capture/Compare Control SFR(T4CC0, 0xED); // Timer 4 Channel 0 Capture/Compare Value SFR(T4CCTL1, 0xEE); // Timer 4 Channel 1 Capture/Compare Control SFR(T4CC1, 0xEF); // Timer 4 Channel 1 Capture/Compare Value SFR(B, 0xF0); // B Register SBIT(B_0, 0xF0, 0); // Register B bit 0 SBIT(B_1, 0xF0, 1); // Register B bit 1 SBIT(B_2, 0xF0, 2); // Register B bit 2 SBIT(B_3, 0xF0, 3); // Register B bit 3 SBIT(B_4, 0xF0, 4); // Register B bit 4 SBIT(B_5, 0xF0, 5); // Register B bit 5 SBIT(B_6, 0xF0, 6); // Register B bit 6 SBIT(B_7, 0xF0, 7); // Register B bit 7 SFR(PERCFG, 0xF1); // Peripheral Control SFR(ADCCFG, 0xF2); // ADC Input Configuration SFR(P0SEL, 0xF3); // Port 0 Function Select SFR(P1SEL, 0xF4); // Port 1 Function Select SFR(P2SEL, 0xF5); // Port 2 Function Select SFR(P1INP, 0xF6); // Port 1 Input Mode SFR(P2INP, 0xF7); // Port 2 Input Mode SFR(U1CSR, 0xF8); // USART 1 Control and Status SBIT(ACTIVE, 0xF8, 0); // USART transmit/receive active status 0:idle 1:busy SBIT(TX_BYTE, 0xF8, 1); // Transmit byte status 0:Byte not transmitted 1:Last byte transmitted SBIT(RX_BYTE, 0xF8, 2); // Receive byte status 0:No byte received 1:Received byte ready SBIT(ERR, 0xF8, 3); // UART parity error status 0:No error 1:parity error SBIT(FE, 0xF8, 4); // UART framing error status 0:No error 1:incorrect stop bit level SBIT(SLAVE, 0xF8, 5); // SPI master or slave mode select 0:master 1:slave SBIT(RE, 0xF8, 6); // UART receiver enable 0:disabled 1:enabled SBIT(MODE, 0xF8, 7); // USART mode select 0:SPI 1:UART SFR(U1DBUF, 0xF9); // USART 1 Receive/Transmit Data Buffer SFR(U1BAUD, 0xFA); // USART 1 Baud Rate Control SFR(U1UCR, 0xFB); // USART 1 UART Control SFR(U1GCR, 0xFC); // USART 1 Generic Control SFR(P0DIR, 0xFD); // Port 0 Direction SFR(P1DIR, 0xFE); // Port 1 Direction SFR(P2DIR, 0xFF); // Port 2 Direction // From table 68: xdata RF registers SFRX(SYNC1, 0xDF00); // Sync word, high byte SFRX(SYNC0, 0xDF01); // Sync word, low byte SFRX(PKTLEN, 0xDF02); // Packet length SFRX(PKTCTRL1, 0xDF03); // Packet automation control SFRX(PKTCTRL0, 0xDF04); // Packet automation control SFRX(ADDR, 0xDF05); // Device address SFRX(CHANNR, 0xDF06); // Channel number SFRX(FSCTRL1, 0xDF07); // Frequency synthesizer control SFRX(FSCTRL0, 0xDF08); // Frequency synthesizer control SFRX(FREQ2, 0xDF09); // Frequency control word, high byte SFRX(FREQ1, 0xDF0A); // Frequency control word, middle byte SFRX(FREQ0, 0xDF0B); // Frequency control word, low byte SFRX(MDMCFG4, 0xDF0C); // Modem configuration SFRX(MDMCFG3, 0xDF0D); // Modem configuration SFRX(MDMCFG2, 0xDF0E); // Modem configuration SFRX(MDMCFG1, 0xDF0F); // Modem configuration SFRX(MDMCFG0, 0xDF10); // Modem configuration SFRX(DEVIATN, 0xDF11); // Modem deviation setting SFRX(MCSM2, 0xDF12); // Main Radio Control State Machine configuration SFRX(MCSM1, 0xDF13); // Main Radio Control State Machine configuration SFRX(MCSM0, 0xDF14); // Main Radio Control State Machine configuration SFRX(FOCCFG, 0xDF15); // Frequency Offset Compensation configuration SFRX(BSCFG, 0xDF16); // Bit Synchronization configuration SFRX(AGCCTRL2, 0xDF17); // AGC control SFRX(AGCCTRL1, 0xDF18); // AGC control SFRX(AGCCTRL0, 0xDF19); // AGC control SFRX(FREND1, 0xDF1A); // Front end RX configuration SFRX(FREND0, 0xDF1B); // Front end TX configuration SFRX(FSCAL3, 0xDF1C); // Frequency synthesizer calibration SFRX(FSCAL2, 0xDF1D); // Frequency synthesizer calibration SFRX(FSCAL1, 0xDF1E); // Frequency synthesizer calibration SFRX(FSCAL0, 0xDF1F); // Frequency synthesizer calibration SFRX(PA_TABLE7, 0xDF27); // PA output power setting SFRX(PA_TABLE6, 0xDF28); // PA output power setting SFRX(PA_TABLE5, 0xDF29); // PA output power setting SFRX(PA_TABLE4, 0xDF2A); // PA output power setting SFRX(PA_TABLE3, 0xDF2B); // PA output power setting SFRX(PA_TABLE2, 0xDF2C); // PA output power setting SFRX(PA_TABLE1, 0xDF2D); // PA output power setting SFRX(PA_TABLE0, 0xDF2E); // PA output power setting SFRX(IOCFG2, 0xDF2F); // GDO2 output pin configuration SFRX(IOCFG1, 0xDF30); // GDO1 output pin configuration SFRX(IOCFG0, 0xDF31); // GDO0 output pin configuration SFRX(PARTNUM, 0xDF36); // Chip Identifier SFRX(VERSION, 0xDF37); // Configuration SFRX(FREQEST, 0xDF38); // Frequency Offset Estimate SFRX(LQI, 0xDF39); // Link Quality Indicator SFRX(RSSI, 0xDF3A); // Received Signal Strength Indication SFRX(MARCSTATE, 0xDF3B); // Main Radio Control State SFRX(PKTSTATUS, 0xDF3C); // Packet status SFRX(VCO_VC_DAC, 0xDF3D); // PLL calibration current // I2S Registers SFRX(I2SCFG0, 0xDF40); // I2S Configuration Register 0 SFRX(I2SCFG1, 0xDF41); // I2S Configuration Register 1 SFRX(I2SDATL, 0xDF42); // I2S Data Low Byte SFRX(I2SDATH, 0xDF43); // I2S Data High Byte SFRX(I2SWCNT, 0xDF44); // I2S Word Count Register SFRX(I2SSTAT, 0xDF45); // I2S Status Register SFRX(I2SCLKF0, 0xDF46); // I2S Clock Configuration Register 0 SFRX(I2SCLKF1, 0xDF47); // I2S Clock Configuration Register 1 SFRX(I2SCLKF2, 0xDF48); // I2S Clock Configuration Register 2 // Common USB Registers SFRX(USBADDR, 0xDE00); // Function Address SFRX(USBPOW, 0xDE01); // Power/Control Register SFRX(USBIIF, 0xDE02); // IN Endpoints and EP0 Interrupt Flags SFRX(USBOIF, 0xDE04); // OUT Endpoints Interrupt Flags SFRX(USBCIF, 0xDE06); // Common USB Interrupt Flags SFRX(USBIIE, 0xDE07); // IN Endpoints and EP0 Interrupt Enable Mask SFRX(USBOIE, 0xDE09); // Out Endpoints Interrupt Enable Mask SFRX(USBCIE, 0xDE0B); // Common USB Interrupt Enable Mask SFRX(USBFRML, 0xDE0C); // Current Frame Number (Low byte) SFRX(USBFRMH, 0xDE0D); // Current Frame Number (High byte) SFRX(USBINDEX, 0xDE0E); // Selects current endpoint. // Indexed Endpoint Registers SFRX(USBMAXI, 0xDE10); // Max. packet size for IN endpoint SFRX(USBCS0, 0xDE11); // EP0 Control and Status (USBINDEX = 0) SFRX(USBCSIL, 0xDE11); // IN EP{1-5} Control and Status Low SFRX(USBCSIH, 0xDE12); // IN EP{1-5} Control and Status High SFRX(USBMAXO, 0xDE13); // Max. packet size for OUT endpoint SFRX(USBCSOL, 0xDE14); // OUT EP{1-5} Control and Status Low SFRX(USBCSOH, 0xDE15); // OUT EP{1-5} Control and Status High SFRX(USBCNT0, 0xDE16); // Number of received bytes in EP0 FIFO (USBINDEX = 0) SFRX(USBCNTL, 0xDE16); // Number of bytes in OUT FIFO Low SFRX(USBCNTH, 0xDE17); // Number of bytes in OUT FIFO High // Endpoint FIFO Registers SFRX(USBF0, 0xDE20); // Endpoint 0 FIFO SFRX(USBF1, 0xDE22); // Endpoint 1 FIFO SFRX(USBF2, 0xDE24); // Endpoint 2 FIFO SFRX(USBF3, 0xDE26); // Endpoint 3 FIFO SFRX(USBF4, 0xDE28); // Endpoint 4 FIFO SFRX(USBF5, 0xDE2A); // Endpoint 5 FIFO // SFRs also accesible through XDATA space SFRX(X_U0CSR, 0xDF86); // USART 0 Control and Status SFRX(X_P0IFG, 0xDF89); // Port 0 Interrupt Status Flag SFRX(X_P1IFG, 0xDF8A); // Port 1 Interrupt Status Flag SFRX(X_P2IFG, 0xDF8B); // Port 2 Interrupt Status Flag SFRX(X_PICTL, 0xDF8C); // Port Pins Interrupt Mask and Edge SFRX(X_P1IEN, 0xDF8D); // Port 1 Interrupt Mask SFRX(X_P0INP, 0xDF8F); // Port 0 Input Mode SFRX(X_RFIM, 0xDF91); // RF Interrupt Mask SFRX(X_MPAGE, 0xDF93); // Memory Page Select SFRX(X_T2CT, 0xDF9C); // Timer 2 Control SFRX(X_T2PR, 0xDF9D); // Timer 2 Prescaler SFRX(X_T2CTL, 0xDF9E); // Timer 2 Control SFRX(X_WORIRQ, 0xDFA1); // Timer Sleep Timer Interrupts SFRX(X_WORCTL, 0xDFA2); // Sleep Timer Control SFRX(X_WOREVT0, 0xDFA3); // Timer Sleep Timer Event 0 Timeout Low Byte SFRX(X_WOREVT1, 0xDFA4); // Timer Sleep Timer Event 0 Timeout High Byte SFRX(X_WORTIME0, 0xDFA5); // Sleep Timer Value 0 SFRX(X_WORTIME1, 0xDFA6); // Sleep Timer Value 1 SFRX(X_FWT, 0xDFAB); // Flash Write Timing SFRX(X_FADDRL, 0xDFAC); // Flash Address Low SFRX(X_FADDRH, 0xDFAD); // Flash Address High SFRX(X_FCTL, 0xDFAE); // Flash Control SFRX(X_FWDATA, 0xDFAF); // Flash Write Data SFRX(X_ENCDI, 0xDFB1); // Encryption/Decryption Input Data SFRX(X_ENCDO, 0xDFB2); // Encryption/Decryption Output Data SFRX(X_ENCCS, 0xDFB3); // Encryption/Decryption Control and Status SFRX(X_ADCCON1, 0xDFB4); // ADC Control 1 SFRX(X_ADCCON2, 0xDFB5); // ADC Control 2 SFRX(X_ADCCON3, 0xDFB6); // ADC Control 3 SFRX(X_ADCL, 0xDFBA); // ADC Data Low SFRX(X_ADCH, 0xDFBB); // ADC Data High SFRX(X_RNDL, 0xDFBC); // Random Number Generator Data Low SFRX(X_RNDH, 0xDFBD); // Random Number Generator Data High SFRX(X_SLEEP, 0xDFBE); // Flash Write Timing SFRX(X_U0DBUF, 0xDFC1); // USART 0 Receive/Transmit Data Buffer SFRX(X_U0BAUD, 0xDFC2); // USART 0 Baud Rate Control SFRX(X_U0UCR, 0xDFC4); // USART 0 UART Control SFRX(X_U0GCR, 0xDFC5); // USART 0 Generic Control SFRX(X_CLKCON, 0xDFC6); // Clock Control SFRX(X_MEMCTR, 0xDFC7); // Memory System Control SFRX(X_WDCTL, 0xDFC9); // Watchdog Timer Control SFRX(X_T3CNT, 0xDFCA); // Timer 3 Counter SFRX(X_T3CTL, 0xDFCB); // Timer 3 Control SFRX(X_T3CCTL0, 0xDFCC); // Timer 3 Channel 0 Capture/Compare Control SFRX(X_T3CC0, 0xDFCD); // Timer 3 Channel 0 Capture/Compare Value SFRX(X_T3CCTL1, 0xDFCE); // Timer 3 Channel 1 Capture/Compare Control SFRX(X_T3CC1, 0xDFCF); // Timer 3 Channel 1 Capture/Compare Value SFRX(X_DMAIRQ, 0xDFD1); // DMA Interrupt Flag SFRX(X_DMA1CFGL, 0xDFD2); // DMA Channel 1-4 Configuration Address Low Byte SFRX(X_DMA1CFGH, 0xDFD3); // DMA Channel 1-4 Configuration Address High Byte SFRX(X_DMA0CFGL, 0xDFD4); // DMA Channel 0 Configuration Address Low Byte SFRX(X_DMA0CFGH, 0xDFD5); // DMA Channel 0 Configuration Address High Byte SFRX(X_DMAARM, 0xDFD6); // DMA Channel Arm SFRX(X_DMAREQ, 0xDFD7); // DMA Channel Start Request and Status SFRX(X_TIMIF, 0xDFD8); // Timers 1/3/4 Joint Interrupt Mask/Flags SFRX(X_RFD, 0xDFD9); // RF Data SFRX(X_T1CC0L, 0xDFDA); // Timer 1 Channel 0 Capture/Compare Value Low SFRX(X_T1CC0H, 0xDFDB); // Timer 1 Channel 0 Capture/Compare Value High SFRX(X_T1CC1L, 0xDFDC); // Timer 1 Channel 1 Capture/Compare Value Low SFRX(X_T1CC1H, 0xDFDD); // Timer 1 Channel 1 Capture/Compare Value High SFRX(X_T1CC2L, 0xDFDE); // Timer 1 Channel 2 Capture/Compare Value Low SFRX(X_T1CC2H, 0xDFDF); // Timer 1 Channel 2 Capture/Compare Value High SFRX(X_RFST, 0xDFE1); // RF Strobe Commands SFRX(X_T1CNTL, 0xDFE2); // Timer 1 Counter Low SFRX(X_T1CNTH, 0xDFE3); // Timer 1 Counter High SFRX(X_T1CTL, 0xDFE4); // Timer 1 Control and Status SFRX(X_T1CCTL0, 0xDFE5); // Timer 1 Channel 0 Capture/Compare Control SFRX(X_T1CCTL1, 0xDFE6); // Timer 1 Channel 1 Capture/Compare Control SFRX(X_T1CCTL2, 0xDFE7); // Timer 1 Channel 2 Capture/Compare Control SFRX(X_RFIF, 0xDFE9); // RF Interrupt flags SFRX(X_T4CNT, 0xDFEA); // Timer 4 Counter SFRX(X_T4CTL, 0xDFEB); // Timer 4 Control SFRX(X_T4CCTL0, 0xDFEC); // Timer 4 Channel 0 Capture/Compare Control SFRX(X_T4CC0, 0xDFED); // Timer 4 Channel 0 Capture/Compare Value SFRX(X_T4CCTL1, 0xDFEE); // Timer 4 Channel 1 Capture/Compare Control SFRX(X_T4CC1, 0xDFEF); // Timer 4 Channel 1 Capture/Compare Value SFRX(X_PERCFG, 0xDFF1); // Peripheral I/O Control SFRX(X_ADCCFG, 0xDFF2); // ADC Input Configuration SFRX(X_P0SEL, 0xDFF3); // Port 0 Function Select SFRX(X_P1SEL, 0xDFF4); // Port 1 Function Select SFRX(X_P2SEL, 0xDFF5); // Port 2 Function Select SFRX(X_P1INP, 0xDFF6); // Port 1 Input Mode SFRX(X_P2INP, 0xDFF7); // Port 2 Input Mode SFRX(X_U1CSR, 0xDFF8); // USART 1 Control and Status SFRX(X_U1DBUF, 0xDFF9); // USART 1 Receive/Transmit Data Buffer SFRX(X_U1BAUD, 0xDFFA); // USART 1 Baud Rate Control SFRX(X_U1UCR, 0xDFFB); // USART 1 UART Control SFRX(X_U1GCR, 0xDFFC); // USART 1 Generic Control SFRX(X_P0DIR, 0xDFFD); // Port 0 Direction SFRX(X_P1DIR, 0xDFFE); // Port 1 Direction SFRX(X_P2DIR, 0xDFFF); // Port 2 Direction #endif //REG_CC2510FX_H sdcc-2.9.0/device/include/mcs51/compiler.h000066400000000000000000000165171116427777700202700ustar00rootroot00000000000000/** \file compiler.h * \author Maarten Brock * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; either * version 2.1 of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with this library; if not, write to the Free Software * Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * In other words, you are welcome to use, share and improve this program. * You are forbidden to forbid anyone else to use, share and improve * what you give them. Help stamp out software-hoarding! * * Header file to overcome 8051 compiler differences for specifying * special function registers. The following compilers are supported: * SDCC, Keil, Raisonance, IAR, Hi-Tech, Tasking, Crossware, Wickenhaeuser. * Unfortunately not for use with Dunfield. The compilers are identified by * their unique predefined macros. See also: * http://predef.sourceforge.net/precomp.html * * SBIT and SFR define special bit and special function registers at the given * address. SFR16 and SFR32 define sfr combinations at adjacent addresses in * little-endian format. SFR16E and SFR32E define sfr combinations without * prerequisite byte order or adjacency. None of these multi-byte sfr * combinations will guarantee the order in which they are accessed when read * or written. * SFR16X and SFR32X for 16 bit and 32 bit xdata registers are not defined * to avoid portability issues because of compiler endianness. * This file is to be included in every microcontroller specific header file. * Example: * * // my_mcu.h: sfr definitions for my mcu * #include * * SBIT (P0_1, 0x80, 1); // Port 0 pin 1 * * SFR (P0, 0x80); // Port 0 * * SFRX (CPUCS, 0xE600); // Cypress FX2 Control and Status register in xdata memory at 0xE600 * * SFR16 (TMR2, 0xCC); // Timer 2, lsb at 0xCC, msb at 0xCD * * SFR16E(TMR0, 0x8C8A); // Timer 0, lsb at 0x8A, msb at 0x8C * * SFR32 (MAC0ACC, 0x93); // SiLabs C8051F120 32 bits MAC0 Accumulator, lsb at 0x93, msb at 0x96 * * SFR32E(SUMR, 0xE5E4E3E2); // TI MSC1210 SUMR 32 bits Summation register, lsb at 0xE2, msb at 0xE5 * */ #ifndef COMPILER_H #define COMPILER_H /** SDCC - Small Device C Compiler * http://sdcc.sf.net */ #if defined SDCC # define SBIT(name, addr, bit) __sbit __at(addr+bit) name # define SFR(name, addr) __sfr __at(addr) name # define SFRX(name, addr) __xdata volatile unsigned char __at(addr) name # define SFR16(name, addr) __sfr16 __at(((addr+1U)<<8) | addr) name # define SFR16E(name, fulladdr) __sfr16 __at(fulladdr) name # define SFR32(name, addr) __sfr32 __at(((addr+3UL)<<24) | ((addr+2UL)<<16) | ((addr+1UL)<<8) | addr) name # define SFR32E(name, fulladdr) __sfr32 __at(fulladdr) name /** Keil C51 * http://www.keil.com */ #elif defined __CX51__ # define SBIT(name, addr, bit) sbit name = addr^bit # define SFR(name, addr) sfr name = addr # define SFRX(name, addr) volatile unsigned char xdata name _at_ addr # define SFR16(name, addr) sfr16 name = addr # define SFR16E(name, fulladdr) /* not supported */ # define SFR32(name, fulladdr) /* not supported */ # define SFR32E(name, fulladdr) /* not supported */ /** Raisonance * http://www.raisonance.com */ #elif defined __RC51__ # define SBIT(name, addr, bit) at (addr+bit) sbit name # define SFR(name, addr) sfr at addr name # define SFRX(name, addr) xdata at addr volatile unsigned char name # define SFR16(name, addr) sfr16 at addr name # define SFR16E(name, fulladdr) /* not supported */ # define SFR32(name, fulladdr) /* not supported */ # define SFR32E(name, fulladdr) /* not supported */ /** IAR 8051 * http://www.iar.com */ #elif defined __ICC8051__ # define SBIT(name, addr, bit) __bit __no_init volatile bool name @ (addr+bit) # define SFR(name, addr) __sfr __no_init volatile unsigned char name @ addr # define SFRX(name, addr) __xdata __no_init volatile unsigned char name @ addr # define SFR16(name, addr) __sfr __no_init volatile unsigned int name @ addr # define SFR16E(name, fulladdr) /* not supported */ # define SFR32(name, fulladdr) __sfr __no_init volatile unsigned long name @ addr # define SFR32E(name, fulladdr) /* not supported */ /** Tasking / Altium * http://www.altium.com/tasking */ #elif defined _CC51 # define SBIT(name, addr, bit) _sfrbit name _at(addr+bit) # define SFR(name, addr) _sfrbyte name _at(addr) # define SFRX(name, addr) _xdat volatile unsigned char name _at(addr) #if _CC51 > 71 # define SFR16(name, addr) _sfrword _little name _at(addr) #else # define SFR16(name, addr) /* not supported */ #endif # define SFR16E(name, fulladdr) /* not supported */ # define SFR32(name, fulladdr) /* not supported */ # define SFR32E(name, fulladdr) /* not supported */ /** Hi-Tech 8051 * http://www.htsoft.com */ #elif defined HI_TECH_C # define SBIT(name, addr, bit) volatile bit name @ (addr+bit) # define SFR(name, addr) volatile unsigned char name @ addr # define SFRX(name, addr) volatile far unsigned char name @ addr # define SFR16(name, addr) /* not supported */ # define SFR16E(name, fulladdr) /* not supported */ # define SFR32(name, fulladdr) /* not supported */ # define SFR32E(name, fulladdr) /* not supported */ /** Crossware * http://www.crossware.com */ #elif defined _XC51_VER # define SBIT(name, addr, bit) _sfrbit name = (addr+bit) # define SFR(name, addr) _sfr name = addr # define SFRX(name, addr) volatile unsigned char _xdata name _at addr # define SFR16(name, addr) _sfrword name = addr # define SFR16E(name, fulladdr) /* not supported */ # define SFR32(name, fulladdr) /* not supported */ # define SFR32E(name, fulladdr) /* not supported */ /** Wickenhaeuser * http://www.wickenhaeuser.de */ #elif defined __UC__ # define SBIT(name, addr, bit) unsigned char bit name @ (addr+bit) # define SFR(name, addr) near unsigned char name @ addr # define SFRX(name, addr) xdata volatile unsigned char name @ addr # define SFR16(name, addr) /* not supported */ # define SFR16E(name, fulladdr) /* not supported */ # define SFR32(name, fulladdr) /* not supported */ # define SFR32E(name, fulladdr) /* not supported */ /** default * unrecognized compiler */ #else # warning unrecognized compiler # define SBIT(name, addr, bit) volatile bool name # define SFR(name, addr) volatile unsigned char name # define SFRX(name, addr) volatile unsigned char name # define SFR16(name, addr) volatile unsigned short name # define SFR16E(name, fulladdr) volatile unsigned short name # define SFR32(name, fulladdr) volatile unsigned long name # define SFR32E(name, fulladdr) volatile unsigned long name #endif #endif //COMPILER_H sdcc-2.9.0/device/include/mcs51/lint.h000066400000000000000000000052521116427777700174160ustar00rootroot00000000000000/*----------------------------------------------------------------------------- Include file to allow parsing mcs51 specific code with syntax checking tools Copyright (c) 2005, Dr. Frieder Ferlemann This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA -----------------------------------------------------------------------------*/ #ifndef _LINT_H #define _LINT_H #if !defined(SDCC_mcs51) #define __data #define __near #define __idata #define __xdata #define __far #define __pdata #define __code #define __bit bool #define __sfr volatile unsigned char #define __sbit volatile bool #define __critical #define __at(x) /* use "__at (0xab)" instead of "__at 0xab" */ #define __using(x) #define __interrupt(x) #define __naked #define data #define near #define idata #define xdata #define far #define pdata #define code #define bit bool #define sfr volatile unsigned char #define sbit volatile bool #define critical #define at(x) #define using(x) #define interrupt(x) #define naked /* The tool Splint is available at http://www.splint.org Other tools might also be used for statically checking c-sources. Traditionally they could have "lint" in their name. */ #if defined(S_SPLINT_S) /* Behaviour of splint can be modified by special comments. Some examples are shown below. Note 1: most probably you'll want to copy this complete file into your source directory, adapt the settings to your needs and use #include "lint.h" as the first include in your source file(s). You should then be able to either directly compile your file or to run a check with splint over it without other changes. Note 2: you need brackets around arguments for special keywords, so f.e. it's "interrupt (1)" instead of "interrupt 1". */ /*@ +charindex @*/ #endif #endif #endif sdcc-2.9.0/device/include/mcs51/mcs51reg.h000066400000000000000000003304361116427777700201030ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the mcs51 compatible microcontrollers Written By - Bela Torok / bela.torok@kssg.ch (November 2000) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! History: -------- Version 1.0 Nov 2, 2000 - B. Torok / bela.torok@kssg.ch Initial release, supported microcontrollers: 8051, 8052, Atmel AT89C1051, AT89C2051, AT89C4051, Infineon / Siemens SAB80515, SAB80535, SAB80515A Version 1.0.1 (Nov 3, 2000) SAB80515A definitions revised by Michael Schmitt / michael.schmitt@t-online.de Version 1.0.2 (Nov 6, 2000) T2CON bug corrected 8052 and SABX microcontrollers have different T2CONs Support for the Atmel AT89C52, AT80LV52, AT89C55, AT80LV55 Support for the Dallas DS80C320 and DS80C323 B. Torok / bela.torok@kssg.ch Version 1.0.3 (Nov 7, 2000) SAB80517 definitions added by Michael Schmitt / michael.schmitt@t-online.de Dallas AT89S53 definitions added by B. Torok / bela.torok@kssg.ch Dallas DS87C520 and DS83C520 definitions added by B. Torok / bela.torok@kssg.ch Version 1.0.4 (Nov 9, 2000) To simplify the identication of registers, a large number of definitios were renamed. Long register names now (hopefully) clearly define the function of the registers. Dallas DS89C420 definitions added by B. Torok / bela.torok@kssg.ch Version 1.0.5 (Dec 15, 2000) Definitions added: #ifdef MCS51REG_EXTERNAL_ROM #ifdef MCS51REG_EXTERNAL_RAM #ifndef MCS51REG_DISABLE_WARNINGS Version 1.0.6 (March 10, 2001) Support for the Dallas DS5000 & DS2250 Support for the Dallas DS5001 & DS2251 Support for the Dallas DS80C390 microcontrollers - B. Torok / bela.torok@kssg.ch Version 1.0.7 (June 7, 2001) #ifndef MCS51REG_DISABLE_WARNINGS removed #ifdef MCS51REG_DISABLE_WARNINGS added - B. Torok / bela.torok@kssg.ch Support for the Philips P80C552 added - Bernhard Held / Bernhard.Held@otelo-online.de Version 1.0.8 (Feb 28, 2002) Dallas DS89C420 definitions corrected by B. Torok / bela.torok@kssg.ch Revised by lanius@ewetel.net Version 1.0.9 (Sept 9, 2002) Register declarations for the Atmel T89C51RD2 added by Johannes Hoelzl / johannes.hoelzl@gmx.de Version 1.0.10 (Sept 19, 2002) Register declarations for the Philips P89C668 added by Eric Limpens / Eric@limpens.net Version 1.0.11 (Sept 19, 2004) Dallas DS5000 MCON Register declarations corrected by Radek Zadera / a2i@swipnet.se Version 1.0.12 (March 2, 2005) Infineon SAB80C509 Register declarations added Thomas Boje / thomas@boje.name Adding support for additional microcontrollers: ----------------------------------------------- 1. Don't modify this file!!! 2. Insert your code in a separate file e.g.: mcs51reg_update.h and include this after the #define HEADER_MCS51REG statement in this file 3. The mcs51reg_update.h file should contain following definitions: a. An entry with the inventory of the register set of the microcontroller in the "Describe microcontrollers" section. b. If necessary add entry(s) for registers not defined in this file c. Define interrupt vectors 4. Compile a program for the microcontroller using the Preprocessor only, e.g.:, sdcc -E test.c > t.txt and check definitions for validity in the t.txt file. 5. If everithing seems to be OK send me the mcs51reg_update.h file. --> bela.torok@kssg.ch I'm going to resolve conflicts & verify/merge new definitions to this file. Microcontroller support: Use one of the following options: 1. use #include in your program & define MICROCONTROLLER_XXXX in your makefile. 2. use following definitions prior the #include line in your program: e.g.: #define MICROCONTROLLER_8052 -> 8052 type microcontroller or #define MICROCONTROLLER_AT89CX051 -> Atmel AT89C1051, AT89C2051 and AT89C4051 microcontrollers Use only one of the following definitions!!! Supported Microcontrollers: No definition 8051 MICROCONTROLLER_8051 8051 MICROCONTROLLER_8052 8052 MICROCONTROLLER_AT89CX051 Atmel AT89C1051, AT89C2051 and AT89C4051 MICROCONTROLLER_AT89S53 Atmel AT89S53 microcontroller MICROCONTROLLER_AT89X52 Atmel AT89C52 and AT80LV52 microcontrollers MICROCONTROLLER_AT89X55 Atmel AT89C55 and AT80LV55 microcontrollers MICROCONTROLLER_DS5000 Dallas DS5000 & DS2250 microcontroller MICROCONTROLLER_DS5001 Dallas DS5001 & DS2251 microcontroller MICROCONTROLLER_DS80C32X Dallas DS80C320 and DS80C323 microcontrollers MICROCONTROLLER_DS80C390 Dallas DS80C390 microcontroller MICROCONTROLLER_DS89C420 Dallas DS89C420 microcontroller MICROCONTROLLER_DS8XC520 Dallas DS87C520 and DS83C520 microcontrollers MICROCONTROLLER_P80C552 Philips P80C552 MICROCONTROLLER_P89C668 Philips P89C668 MICROCONTROLLER_SAB80C509 Infineon / Siemens SAB80C509 MICROCONTROLLER_SAB80515 Infineon / Siemens SAB80515 & SAB80535 MICROCONTROLLER_SAB80515A Infineon / Siemens SAB80515A MICROCONTROLLER_SAB80517 Infineon / Siemens SAB80517 MICROCONTROLLER_T89C51RD2 Atmel T89C51RD2 Additional definitions (use them prior the #include mcs51reg.h statement): Ports P0 & P2 are not available if external ROM used. Use statement "#define MCS51REG_EXTERNAL_ROM" to undefine P0 & P2. Ports P0, P2, P3_6, WR, P3_7 & RD are not available if external RAM is used. Use statement "#define MCS51REG_EXTERNAL_RAM" to undefine P0, P2, P3_6, WR, P3_7 & RD. #define MCS51REG_ENABLE_WARNINGS -> enable warnings -----------------------------------------------------------------------*/ #ifndef HEADER_MCS51REG #define HEADER_MCS51REG /////////////////////////////////////////////////////// /// Insert header here (for developers only) /// /// remove "//" from the begining of the next line /// //#include "mcs51reg_update.h" /// /////////////////////////////////////////////////////// ////////////////////////////////// /// Describe microcontrollers /// /// (inventory of registers) /// ////////////////////////////////// // definitions for the 8051 #ifdef MICROCONTROLLER_8051 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: 8051 #endif #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__x__x__x__GF1__GF0__PD__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SBUF #define P2 #define IE__EA__x__x__ES__ET1__EX1__ET0__EX0 #define P3 #define IP__x__x__x__PS__PT1__PX1__PT0__PX0 #define PSW #define ACC #define B #endif // end of definitions for the 8051 // definitions for the 8052 microcontroller #ifdef MICROCONTROLLER_8052 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: 8052 #endif // 8051 register set #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__x__x__x__GF1__GF0__PD__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SBUF #define P2 #define IE__EA__x__ET2__ES__ET1__EX1__ET0__EX0 #define P3 #define IP__x__x__PT2__PS__PT1__PX1__PT0__PX0 #define PSW #define ACC #define B // 8052 specific registers #define T2CON__TF2__EXF2__RCLK__TCLK__EXEN2__TR2__C_T2__CP_RL2 #define RCAP2L #define RCAP2H #define TL2 #define TH2 #endif // end of definitions for the 8052 microcontroller // definitionsons for the Atmel // AT89C1051, AT89C2051 and AT89C4051 microcontrollers #ifdef MICROCONTROLLER_AT89CX051 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: Atmel AT89Cx051 #endif // 8051 register set without P0 & P2 #define SP #define DPL #define DPH #define PCON__SMOD__x__x__x__GF1__GF0__PD__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SBUF #define IE__EA__x__x__ES__ET1__EX1__ET0__EX0 #define P3 #define IP__x__x__x__PS__PT1__PX1__PT0__PX0 #define PSW #define ACC #define B #endif // end of definitionsons for the Atmel // AT89C1051, AT89C2051 and AT89C4051 microcontrollers // definitions for the Atmel AT89S53 #ifdef MICROCONTROLLER_AT89S53 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: AT89S53 #endif // 8051 register set #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__x__x__x__GF1__GF0__PD__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SBUF #define P2 #define IE__EA__x__ET2__ES__ET1__EX1__ET0__EX0 #define P3 #define IP__x__x__PT2__PS__PT1__PX1__PT0__PX0 #define PSW #define ACC #define B // 8052 specific registers #define T2CON__TF2__EXF2__RCLK__TCLK__EXEN2__TR2__C_T2__CP_RL2 #define RCAP2L #define RCAP2H #define TL2 #define TH2 // AT89S53 specific register #define T2MOD__x__x__x__x__x__x__T2OE__DCEN #define P1_EXT__x__x__x__x__x__x__T2EX__T2 #define SPCR #define SPDR #define SPSR #define WCOM #define DPL1 #define DPH1 #endif // end of definitions for the Atmel AT89S53 microcontroller // definitions for the Atmel AT89C52 and AT89LV52 microcontrollers #ifdef MICROCONTROLLER_AT89X52 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: AT89C52 or AT89LV52 #endif // 8051 register set #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__x__x__x__GF1__GF0__PD__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SBUF #define P2 #define IE__EA__x__ET2__ES__ET1__EX1__ET0__EX0 #define P3 #define IP__x__x__PT2__PS__PT1__PX1__PT0__PX0 #define PSW #define ACC #define B // 8052 specific registers #define T2CON__TF2__EXF2__RCLK__TCLK__EXEN2__TR2__C_T2__CP_RL2 #define RCAP2L #define RCAP2H #define TL2 #define TH2 // AT89X55 specific register #define T2MOD__x__x__x__x__x__x__T2OE__DCEN #define P1_EXT__x__x__x__x__x__x__T2EX__T2 #endif // end of definitions for the Atmel AT89C52 and AT89LV52 microcontrollers // definitions for the Atmel AT89C55 and AT89LV55 microcontrollers #ifdef MICROCONTROLLER_AT89X55 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: AT89C55 or AT89LV55 #endif // 8051 register set #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__x__x__x__GF1__GF0__PD__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SBUF #define P2 #define IE__EA__x__ET2__ES__ET1__EX1__ET0__EX0 #define P3 #define IP__x__x__PT2__PS__PT1__PX1__PT0__PX0 #define PSW #define ACC #define B // 8052 specific registers #define T2CON__TF2__EXF2__RCLK__TCLK__EXEN2__TR2__C_T2__CP_RL2 #define RCAP2L #define RCAP2H #define TL2 #define TH2 // AT89X55 specific register #define T2MOD__x__x__x__x__x__x__T2OE__DCEN #define P1_EXT__x__x__x__x__x__x__T2EX__T2 #endif // end of definitions for the Atmel AT89C55 and AT89LV55 microcontrollers // definitions for the Dallas DS5000 #ifdef MICROCONTROLLER_DS5000 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: DS5000 #endif #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__POR__PFW__WTR__EPFW__EWT__STOP__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SBUF #define P2 #define IE__EA__x__x__ES__ET1__EX1__ET0__EX0 #define P3 #define IP__RWT__x__x__PS__PT1__PX1__PT0__PX0 #define MCON__PA3__PA2__PA1__PA0__RA32_8__ECE2__PAA__SL #define TA #define PSW #define ACC #define B #endif // end of definitions for the Dallas DS5000 // definitions for the Dallas DS5001 #ifdef MICROCONTROLLER_DS5001 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: DS5001 #endif #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__POR__PFW__WTR__EPFW__EWT__STOP__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SBUF #define P2 #define IE__EA__x__x__ES__ET1__EX1__ET0__EX0 #define P3 #define IP__RWT__x__x__PS__PT1__PX1__PT0__PX0 #define CRC #define CRCLOW #define CRCHIGH #define MCON__PA3__PA2__PA1__PA0__RG1__PES__PM__SL #define TA #define RNR #define PSW #define RPCTL #define STATUS__ST7__ST6__ST5__ST4__IA0__F0__IBF__OBF #define ACC #define B #endif // end of definitions for the Dallas DS5001 // definitions for the Dallas DS80C320 and DS80C323 microcontrollers #ifdef MICROCONTROLLER_DS80C32X #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: Dallas DS80C320 or DS80C323 #endif // 8051 register set #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__SMOD0__x__x__GF1__GF0__STOP__IDLE #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SCON0 #define SBUF #define P2 #define IE__EA__ES1__ET2__ES__ET1__EX1__ET0__EX0 #define P3 #define IP__x__PS1__PT2__PS__PT1_PX1__PT0__PX0 #define PSW #define ACC #define B // 8052 specific registers #define T2CON__TF2__EXF2__RCLK__TCLK__EXEN2__TR2__C_T2__CP_RL2 #define RCAP2L #define RCAP2H #define TL2 #define TH2 // DS80C320 specific register #define DPL1 #define DPH1 #define DPS__x__x__x__x__x__x__x__SEL #define CKCON__WD1__WD0__T2M__T1M__TOM__MD2__MD1__MD0 #define EXIF__IE5__IE4__IE3__IE2__x__RGMD__RGSL__BGS #define SADDR0 #define SADDR1 #define SADEN0 #define SADEN1 #define SCON1 #define SBUF1 #define STATUS__PIP__HIP__LIP__x__x__x__x__x #define TA #define T2MOD__x__x__x__x__x__x__T2OE__DCEN #define P1_EXT__INT5__INT4__INT3__INT2__TXD1__RXD1__T2EX__T2 #define WDCON #define EIE__x__x__x__EWDI__EX5__EX4__EX3__EX2 #define EIP__x__x__x__PWDI__PX5__PX4__PX3__PX2 #endif // end of definitions for the Dallas DS80C320 and DS80C323 microcontrollers // definitions for the Dallas DS80C390 #ifdef MICROCONTROLLER_DS80C390 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: Dallas DS80C390 #endif // 8051 register set #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__SMOD0__OFDF__OFDE__GF1__GF0__STOP__IDLE #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SCON0 #define SBUF #define P2 #define IE__EA__ES1__ET2__ES__ET1__EX1__ET0__EX0 #define P3 #define IP__x__PS1__PT2__PS__PT1_PX1__PT0__PX0 #define PSW #define ACC #define B // 8052 specific registers #define T2CON__TF2__EXF2__RCLK__TCLK__EXEN2__TR2__C_T2__CP_RL2 #define RCAP2L #define RCAP2H #define TL2 #define TH2 // DS80C390 specific register #define P4_AT_0X80 #define DPL1 #define DPH1 #define DPS__ID1__ID0__TSL__x__x__x__x__SEL #define CKCON__WD1__WD0__T2M__T1M__TOM__MD2__MD1__MD0 #define EXIF__IE5__IE4__IE3__IE2__CKRY__RGMD__RGSL__BGS #define P4CNT #define DPX #define DPX1 #define C0RMS0 #define C0RMS1 #define ESP #define AP #define ACON__x__x__x__x__x__SA__AM1__AM0 #define C0TMA0 #define C0TMA1 #define P5_AT_0XA1 #define P5CNT #define C0C #define C0S #define C0IR #define C0TE #define C0RE #define SADDR0 #define SADDR1 #define C0M1C #define C0M2C #define C0M3C #define C0M4C #define C0M5C #define C0M6C #define C0M7C #define C0M8C #define C0M9C #define C0M10C #define SADEN0 #define SADEN1 #define C0M11C #define C0M12C #define C0M13C #define C0M14C #define C0M15C #define SCON1 #define SBUF1 #define PMR__CD1__CD0__SWB__CTM__4X_2X__ALEOFF__x__x #define STATUS__PIP__HIP__LIP__x__SPTA1__SPRA1__SPTA0__SPRA0 #define MCON__IDM1__IDM0__CMA__x__PDCE3__PDCE2__PDCE1__PDCE0 #define TA #define T2MOD__x__x__x__D13T1__D13T2__x__T2OE__DCEN #define COR #define MCNT0 #define MCNT1 #define MA #define MB #define MC #define C1RSM0 #define C1RSM1 #define WDCON #define C1TMA0 #define C1TMA1 #define C1C #define C1S #define C1IR #define C1TE #define C1RE #define EIE__CANBIE__C0IE__C1IE__EWDI__EX5__EX4__EX3__EX2 #define MXMAX #define C1M1C #define C1M2C #define C1M3C #define C1M4C #define C1M5C #define C1M6C #define C1M7C #define C1M8C #define C1M9C #define EIP__CANBIP__C0IP__C1IP__PWDI__PX5__PX4__PX3__PX2__PX1__PX0 #define C1M10C #define C1M11C #define C1M12C #define C1M13C #define C1M14C #define C1M15C #define P1_EXT__INT5__INT4__INT3__INT2__TXD1__RXD1__T2EX__T2 #endif // end of definitions for the Dallas DS80C390 // definitions for the Dallas DS89C420 microcontroller #ifdef MICROCONTROLLER_DS89C420 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: Dallas DS89C420 #endif // 8051 register set #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__SMOD0__OFDF__OFDE__GF1__GF0__STOP__IDLE #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SCON0 #define SBUF #define P2 #define IE__EA__ES1__ET2__ES__ET1__EX1__ET0__EX0 #define P3 #define IP__x__PS1__PT2__PS__PT1_PX1__PT0__PX0 #define PSW #define ACC #define B // 8052 specific registers #define T2CON__TF2__EXF2__RCLK__TCLK__EXEN2__TR2__C_T2__CP_RL2 #define RCAP2L #define RCAP2H #define TL2 #define TH2 // DS8XC420 specific registers #define ACON__PAGEE__PAGES1__PAGES0__x__x__x__x__x #define DPL1 #define DPH1 #define DPS__ID1__ID0__TSL__AID__x__x__x__SEL #define CKCON__WD1__WD0__T2M__T1M__TOM__MD2__MD1__MD0 #define CKMOD #define IP0__x__LPS1__LPT2__LPS0__LPT1__LPX1__LPT0__LPX0 #define IP1__x__MPS1__MPT2__MPS0__MPT1__MPX1__MPT0__MPX0 #define EXIF__IE5__IE4__IE3__IE2__CKRY__RGMD__RGSL__BGS #define PMR__CD1__CD0__SWB__CTM__4X_2X__ALEON__DME1__DME0 #define SADDR0 #define SADDR1 #define SADEN0 #define SADEN1 #define SCON1 #define SBUF1 #define STATUS__PIS2__PIS1__PIS0__x__SPTA1__SPRA1__SPTA0__SPRA0 #define TA #define T2MOD__x__x__x__x__x__x__T2OE__DCEN #define P1_EXT__INT5__INT4__INT3__INT2__TXD1__RXD1__T2EX__T2 #define ROMSIZE__x__x__x__x__PRAME__RMS2__RMS1__RMS0 #define WDCON #define EIE__x__x__x__EWDI__EX5__EX4__EX3__EX2 #define EIP0__x__x__x__LPWDI__LPX5__LPX4__LPX3__LPX2 #define EIP1__x__x__x__MPWDI__MPX5__MPX4__MPX3__MPX2 #define FCNTL__FBUSY__FERR__x__x__FC3__FC2__FC1__FC0 #endif // end of definitions for the Dallas DS89C420 microcontroller // definitions for the Dallas DS87C520 and DS83C520 microcontrollers #ifdef MICROCONTROLLER_DS8XC520 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: Dallas DS87C520 or DS85C520 #endif // 8051 register set #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__SMOD0__x__x__GF1__GF0__STOP__IDLE #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SCON0 #define SBUF #define P2 #define IE__EA__ES1__ET2__ES__ET1__EX1__ET0__EX0 #define P3 #define IP__x__PS1__PT2__PS__PT1_PX1__PT0__PX0 #define PSW #define ACC #define B // 8052 specific registers #define T2CON__TF2__EXF2__RCLK__TCLK__EXEN2__TR2__C_T2__CP_RL2 #define RCAP2L #define RCAP2H #define TL2 #define TH2 // DS8XC520 specific registers #define DPL1 #define DPH1 #define DPS__x__x__x__x__x__x__x__SEL #define CKCON__WD1__WD0__T2M__T1M__TOM__MD2__MD1__MD0 #define EXIF__IE5__IE4__IE3__IE2__XT_RG__RGMD__RGSL__BGS #define PMR__CD1__CD0__SWB__x__XTOFF__ALEOFF__DME1__DME0 #define SADDR0 #define SADDR1 #define SADEN0 #define SADEN1 #define SCON1 #define SBUF1 #define STATUS__PIP__HIP__LIP__XTUP__SPTA2__SPTA1__SPTA0__SPRA0 #define TA #define T2MOD__x__x__x__x__x__x__T2OE__DCEN #define P1_EXT__INT5__INT4__INT3__INT2__TXD1__RXD1__T2EX__T2 #define WDCON #define ROMSIZE__x__x__x__x__x__RMS2__RMS1__RMS0 #define BP2 #define WDCON #define EIE__x__x__x__EWDI__EX5__EX4__EX3__EX2 #define EIP__x__x__x__PWDI__PX5__PX4__PX3__PX2 #endif // end of definitions for the Dallas DS87C520 and DS83C520 microcontrollers // definitions for the Philips P80C552 microcontroller #ifdef MICROCONTROLLER_P80C552 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: Philips P80C552 #endif // 8051 register set #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__x__x__WLE__GF1__GF0__PD__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SBUF #define P2 #define IE__EA__EAD__ES1__ES0__ET1__EX1__ET0__EX0 #define P3 #define IP__x__PAD__PS1__PS0__PT1__PX1__PT0__PX0 #define PSW #define ACC #define B // P80C552 specific register-names #define S0BUF // same as SBUF, set in mcs51reg.h #define S0CON__SM0__SM1__SM2__REN__TB8__RB8__TI__RI // P80C552 specific registers #define ADCH_AT_0XC6 #define ADCON__ADC_1__ADC_0__ADEX__ADCI__ADCS__AADR2__AADR1__AADR0 #define CTCON__CTN3__CTP3__CTN2__CTP2__CTN1__CTP1__CTN0__CTP0 #define CTH0_AT_0XCC #define CTH1_AT_0XCD #define CTH2_AT_0XCE #define CTH3_AT_0XCF #define CMH0_AT_0XC9 #define CMH1_AT_0XCA #define CMH2_AT_0XCB #define CTL0_AT_0XAC #define CTL1_AT_0XAD #define CTL2_AT_0XAE #define CTL3_AT_0XAF #define CML0_AT_0XA9 #define CML1_AT_0XAA #define CML2_AT_0XAB #define IEN1__ET2__ECM2__ECM1__ECM0__ECT3__ECT2__ECT1__ECT0 #define IP1__PT2__PCM2__PCM1__PCM0__PCT3__PCT2__PCT1__PCT0 #define PWM0_AT_0XFC #define PWM1_AT_0XFD #define PWMP_AT_0XFE #define P1_EXT__SDA__SCL__RT2__T2__CT3I__CT2I__CT1I__CT0I #define P4_AT_0XC0__CMT0__CMT1__CMSR5__CMSR4__CMSR3__CMSR2__CMSR1__CMSR0 #define P5_AT_0XC4 #define RTE__TP47__TP46__RP45__RP44__RP43__RP42__RP41__RP40 #define S1ADR__x__x__x__x__x__x__x__GC #define S1DAT_AT_0XDA #define S1STA__SC4__SC3__SC2__SC1__SC0__x__x__x #define S1CON__CR2__ENS1__STA__ST0__SI__AA__CR1__CR0 #define STE__TG47__TG46__SP45__SP44__SP43__SP42__SP41__SP40 #define TMH2_AT_0XED #define TML2_AT_0XEC #define TM2CON__T2IS1__T2IS0__T2ER__T2B0__T2P1__T2P0__T2MS1__T2MS0 #define TM2IR__T20V__CMI2__CMI1__CMI0__CTI3__CTI2__CTI1__CTI0 #define T3_AT_0XFF #endif // end of definitions for the Philips P80C552 microcontroller // definitions for the Philips P89C668 #ifdef MICROCONTROLLER_P89C668 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: P89C668 #endif #define P0 #define P0_EXT__AD7__AD6__AD5__AD4__AD3__AD2__AD1__AD0 #define P1 #define P1_EXT__SDA__SCL__CEX2__CEX1__CEX0__ECI__T2EX__T2 #define P2 #define P2_EXT__AD15__AD14__AD13__AD12__AD11__AD10__AD9__AD8 #define P3 #define P3_EXT__x__x__CEX4__CEX3__x__x__x__x #define SP #define DPL #define DPH #define TCON #define TMOD #define PCON__SMOD1__SMOD0__x__POF__GF1__GF0__PD__IDL #define TL0 #define TL1 #define TH0 #define TH1 #define SCON #define S0CON__SM0__SM1__SM2__REN__TB8__RB8__TI__RI #define S1CON__CR2__ENS1__STA__ST0__SI__AA__CR1__CR0 #define SBUF #define S0BUF SBUF #define PSW #define ACC #define B #define SADR_AT_0XA9 #define SADEN_AT_0XB9 #define S1IST_AT_0XDC #define S1STA__SC4__SC3__SC2__SC1__SC0__x__x__x #define S1DAT_AT_0XDA #define S1ADR__x__x__x__x__x__x__x__GC #define SBUF #define T2CON__TF2__EXF2__RCLK__TCLK__EXEN2__TR2__C_T2__CP_RL2 #define T2MOD__x__x__x__x__x__x__T2OE__DCEN #define RCAP2L #define RCAP2H #define TL2 #define TH2 #define IEN0__EA__EC__ES1__ES0__ET1__EX1__ET0__EX0 #define IEN1__x__x__x__x__x__x__x__ET2 #define IP__PT2__PPC__PS1__PS0__PT1__PX1__PT0__PX0 #define IPH__PT2H__PPCH__PS1H__PS0H__PT1H__PX1H__PT0H__PX0H #define CCON__CF__CR__x__CCF4__CCF3__CCF2__CCF1__CCF0 #define CMOD__CIDL__WDTE__x__x__x__CPS1__CPS0__ECF #define AUXR__x__x__x__x__x__x__EXTRAM__A0 #define AUXR1__x__x__ENBOOT__x__GF2__0__x__DPS #define WDTRST_AT_0XA6 #define CCAPM0_AT_0XC2 #define CCAPM1_AT_0XC3 #define CCAPM2_AT_0XC4 #define CCAPM3_AT_0XC5 #define CCAPM4_AT_0XC6 #define CCAP0L_AT_0XEA #define CCAP1L_AT_0XEB #define CCAP2L_AT_0XEC #define CCAP3L_AT_0XED #define CCAP4L_AT_0XEE #define CH_AT_0XF9 #define CL_AT_0XE9 #define CCAP0H_AT_0XFA #define CCAP1H_AT_0XFB #define CCAP2H_AT_0XFC #define CCAP3H_AT_0XFD #define CCAP4H_AT_0XFE #endif // end of definitions for the Philips P89C668 // definitions for the Infineon / Siemens SAB80509 #ifdef MICROCONTROLLER_SAB80509 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: Infineon / Siemens SAB80509 #endif // 8051 register set without IP #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__PDS__IDLS__x__x__x__PD__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define WDTREL #define P1 #define XPAGE #define S0CON__SM0__SM1__SM20__REN0__TB80__RB80__TI0__RI0 #define IEN2__SAB80517 #define P2 #define IE__EA_WDT_ET2_ES_ET1_EX1_ET0_EX0 #define IP0__x__WDTS__IP0_5__IP0_4__IP0_3__IP0_2__IP0_1__IP0_0 #define P3 #define SYSCON #define IEN1__EXEN2__SWDT__EX6__EX5__EX4__EX3__EX2__EADC #define IP1__x__x__IP1_5__IP1_4__IP1_3__IP1_2__IP1_1__IP1_0 #define IRCON #define CCEN #define CCL1 #define CCH1 #define CCL2 #define CCH2 #define CCL3 #define CCH3 #define CCL4 #define CCH4 #define CC4EN #define S0RELH #define S0RELL #define S1BUF #define S1CON_AT_0X9B #define S1RELH #define S1RELL #define T2CON__T2PS__I3FR__I2FR__T2R1__T2R0__T2CM__T2I1__T2I0 #define PSW #define CMEN #define CMH0 #define CML0 #define CMH1 #define CML1 #define CMH2 #define CML2 #define CMH3 #define CML3 #define CMH4 #define CML4 #define CMH5 #define CML5 #define CMH6 #define CML6 #define CMH7 #define CML7 #define CMSEL #define CRCL #define CRCH #define CTCOM_AT_0XE1 #define CTRELH #define CTRELL #define TL2 #define TH2 #define ADCON0 #define ADCON1 #define ADDATH #define ADDATL #define P4_AT_0XE8 #define DPSEL #define ARCON #define MD0 #define MD1 #define MD2 #define MD3 #define MD4 #define MD5 #define S0BUF #define ACC #define B #define P5_AT_0XF8 #define P6_AT_0XFA #define P7 #define P8 #define COMSETL #define COMSETH #define COMCLRL #define COMCLRH #define SETMSK #define CLRMSK #define SYSCON1 #define FMODE #define PRSC #define CT1COM #define IEN3 #define IRCON2 #define EICC1 #define CC1 #define CC2 #define CC3 #define CC4 #define CCR #define T2 #define P9_AT_0XF9 #endif // end of definitions for the Infineon / Siemens SAB80509 // definitions for the Infineon / Siemens SAB80515 & SAB80535 #ifdef MICROCONTROLLER_SAB80515 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: Infineon / Siemens SAB80515 & SAB80535 #endif // 8051 register set without IP #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__x__x__x__x__x__x__x #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SBUF #define P2 #define IE__EA_WDT_ET2_ES_ET1_EX1_ET0_EX0 #define P3 #define PSW #define ACC #define B // SAB80515 specific registers #define P1_EXT__T2__CLKOUT__T2EX__INT2__INT6_CC3__INT5_CC2__INT4_CC1__INT3_CC0 #define IP0__x__WDTS__IP0_5__IP0_4__IP0_3__IP0_2__IP0_1__IP0_0 #define IEN1__EXEN2__SWDT__EX6__EX5__EX4__EX3__EX2__EADC #define IRCON #define CCEN #define CCL1 #define CCH1 #define CCL2 #define CCH2 #define CCL3 #define CCH3 #define T2CON__T2PS__I3FR__I2FR__T2R1__T2R0__T2CM__T2I1__T2I0 #define CRCL #define CRCH #define TL2 #define TH2 #define ADCON #define ADDAT #define DAPR__SAB80515 #define P4_AT_0XE8 #define P5_AT_0XF8 #define P6_AT_0XDB #endif // end of definitions for the Infineon / Siemens SAB80515 // definitions for the Infineon / Siemens SAB80515A #ifdef MICROCONTROLLER_SAB80515A #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: Infineon / Siemens SAB80515A #endif // 8051 register set without IP #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__PDS__IDLS__x__x__x__PD__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SBUF #define P2 #define IE__EA_WDT_ET2_ES_ET1_EX1_ET0_EX0 #define P3 #define PSW #define ACC #define B // SAB80515A specific registers #define P1_EXT__T2__CLKOUT__T2EX__INT2__INT6_CC3__INT5_CC2__INT4_CC1__INT3_CC0 #define IP0__x__WDTS__IP0_5__IP0_4__IP0_3__IP0_2__IP0_1__IP0_0 #define IP1__x__x__IP1_5__IP1_4__IP1_3__IP1_2__IP1_1__IP1_0 #define IEN1__EXEN2__SWDT__EX6__EX5__EX4__EX3__EX2__EADC #define IRCON #define CCEN #define CCL1 #define CCH1 #define CCL2 #define CCH2 #define CCL3 #define CCH3 #define T2CON__T2PS__I3FR__I2FR__T2R1__T2R0__T2CM__T2I1__T2I0 #define CRCL #define CRCH #define TL2 #define TH2 #define ADCON0 #define ADDATH #define ADDATL #define ADCON1 #define SRELL #define SYSCON #define SRELH #define P4_AT_0XE8 #define P5_AT_0XF8 #define P6_AT_0XDB #define XPAGE #endif // end of definitions for the Infineon / Siemens SAB80515A // definitions for the Infineon / Siemens SAB80517 #ifdef MICROCONTROLLER_SAB80517 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: Infineon / Siemens SAB80517 #endif // 8051 register set without IP, SCON & SBUF #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__PDS__IDLS__x__x__x__PD__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 // #define SCON // #define SBUF #define P2 #define IE__EA_WDT_ET2_ES_ET1_EX1_ET0_EX0 #define P3 #define PSW #define ACC #define B // SAB80517 specific registers #define P1_EXT__T2__CLKOUT__T2EX__INT2__INT6_CC3__INT5_CC2__INT4_CC1__INT3_CC0 #define IP0__x__WDTS__IP0_5__IP0_4__IP0_3__IP0_2__IP0_1__IP0_0 #define IP1__x__x__IP1_5__IP1_4__IP1_3__IP1_2__IP1_1__IP1_0 #define IEN1__EXEN2__SWDT__EX6__EX5__EX4__EX3__EX2__EADC #define IEN2__SAB80517 #define IRCON #define CCEN #define CCL1 #define CCH1 #define CCL2 #define CCH2 #define CCL3 #define CCH3 #define CCL4 #define CCH4 #define CC4EN #define CMEN #define CMH0 #define CML0 #define CMH1 #define CML1 #define CMH2 #define CML2 #define CMH3 #define CML3 #define CMH4 #define CML4 #define CMH5 #define CML5 #define CMH6 #define CML6 #define CMH7 #define CML7 #define CMSEL #define T2CON__T2PS__I3FR__I2FR__T2R1__T2R0__T2CM__T2I1__T2I0 #define CRCL #define CRCH #define CTCOM_AT_0XE1 #define CTRELH #define CTRELL #define TL2 #define TH2 #define ADCON0 #define ADCON1 #define ADDAT #define DAPR__SAB80517 #define P4_AT_0XE8 #define P5_AT_0XF8 #define P6_AT_0XFA #define P7_AT_0XDB #define P8_AT_0XDD #define DPSEL #define ARCON #define MD0 #define MD1 #define MD2 #define MD3 #define MD4 #define MD5 #define S0BUF #define S0CON__SM0__SM1__SM20__REN0__TB80__RB80__TI0__RI0 #define S0RELH #define S0RELL #define S1BUF #define S1CON_AT_0X9B #define S1RELH #define S1RELL #define WDTH #define WDTL #define WDTREL #endif // end of definitions for the Infineon / Siemens SAB80517 // definitions for the Atmel T89C51RD2 #ifdef MICROCONTROLLER_T89C51RD2 #ifdef MICROCONTROLLER_DEFINED #define MCS51REG_ERROR #endif #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #endif #ifdef MCS51REG_ENABLE_WARNINGS #warning Selected HW: T89C51RD2 #endif // 8051 register set #define P0 #define SP #define DPL #define DPH #define PCON__SMOD1__SMOD0__x__POF__GF1__GF0__PD__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SBUF #define P2 #define IE__EA__EC__ET2__ES__ET1__EX1__ET0__EX0 #define SADDR #define P3 #define IP__x__PPC__PT2__PS__PT1__PX1__PT0__PX0 #define PSW #define ACC #define B // 8052 register set #define T2CON__TF2__EXF2__RCLK__TCLK__EXEN2__TR2__C_T2__CP_RL2 #define RCAP2L #define RCAP2H #define TL2 #define TH2 // T89C51RD2 register set #define P4_AT_0XC0__P4_7__P4_6__P4_5__P4_3__P4_2__P4_1__P4_0 #define P5_AT_0XE8 #define SADEN0 #define AUXR1__x__x__x__x__GF3__x__x__DPS #define WDTRST_AT_0XA6 #define WDTPRG_AT_0XA7 #define AUXR__x__x__M0__x__XRS1__XRS0__EXTRAM__A0 #define IPH__x__PPCH__PT2H__PSH__PT1H__PX1H__PT0H__PX0H #define FCON #define EECON #define EETIM #define CKCON__X2__T0X2__T1X2__T2X2__SiX2__PcaX2__WdX2__x #define CCON__0xD8__CF__CR__x__CCF4__CCF3__CCF2__CCF1__CCF0 #define CMOD__0xD9__CIDL__WDTE__x__x__x__CPS1__CPS0__ECF #define CCAPM0_AT_0XDA #define CCAPM1_AT_0XDB #define CCAPM2_AT_0XDC #define CCAPM3_AT_0XDD #define CCAPM4_AT_0XDE #define CL_AT_0XE9 #define CCAP0L_AT_0XEA #define CCAP1L_AT_0XEB #define CCAP2L_AT_0XEC #define CCAP3L_AT_0XED #define CCAP4L_AT_0XEE #define CH_AT_0XF9 #define CCAP0H_AT_0XFA #define CCAP1H_AT_0XFB #define CCAP2H_AT_0XFC #define CCAP3H_AT_0XFD #define CCAP4H_AT_0XFE #endif /* MICROCONTROLLER_T89C51RD2 */ /* end of definition for the Atmel T89C51RD2 */ ///////////////////////////////////////////////////////// /// don't specify microcontrollers below this line! /// ///////////////////////////////////////////////////////// // default microcontroller -> 8051 // use default if no microcontroller specified #ifndef MICROCONTROLLER_DEFINED #define MICROCONTROLLER_DEFINED #ifdef MCS51REG_ENABLE_WARNINGS #warning No microcontroller defined! #warning Code generated for the 8051 #endif // 8051 register set #define P0 #define SP #define DPL #define DPH #define PCON__SMOD__x__x__x__GF1__GF0__PD__IDL #define TCON #define TMOD #define TL0 #define TL1 #define TH0 #define TH1 #define P1 #define SCON #define SBUF #define P2 #define IE__EA__x__x__ES__ET1__EX1__ET0__EX0 #define P3 #define IP__x__x__x__PS__PT1__PX1__PT0__PX0 #define PSW #define ACC #define B #endif // end of definitions for the default microcontroller #ifdef MCS51REG_ERROR #error Two or more microcontrollers defined! #endif #ifdef MCS51REG_EXTERNAL_ROM #ifndef MCS51REG_UNDEFINE_P0 #define MCS51REG_UNDEFINE_P0 #endif #ifndef MCS51REG_UNDEFINE_P2 #define MCS51REG_UNDEFINE_P2 #endif #endif #ifdef MCS51REG_EXTERNAL_RAM #ifndef MCS51REG_UNDEFINE_P0 #define MCS51REG_UNDEFINE_P0 #endif #ifndef MCS51REG_UNDEFINE_P2 #define MCS51REG_UNDEFINE_P2 #endif #endif #ifdef MCS51REG_UNDEFINE_P0 #undef P0 #endif #ifdef MCS51REG_UNDEFINE_P2 #undef P2 #endif //////////////////////////////// /// Register definitions /// /// (In alphabetical order) /// //////////////////////////////// #ifdef ACC #undef ACC sfr at 0xE0 ACC ; #endif #ifdef ACON__PAGEE__PAGES1__PAGES0__x__x__x__x__x #undef ACON__PAGEE__PAGES1__PAGES0__x__x__x__x__x sfr at 0x9D ACON ; // DS89C420 specific // Not directly accessible bits #define PAGES0 0x20 #define PAGES1 0x40 #define PAGEE 0x80 #endif #ifdef ACON__x__x__x__x__x__SA__AM1__AM0 #undef ACON__x__x__x__x__x__SA__AM1__AM0 sfr at 0x9D ACON ; // DS89C390 specific // Not directly accessible bits #define AM0 0x01 #define AM1 0x02 #define SA 0x04 #endif #ifdef ADCH_AT_0XC6 #undef ADCH_AT_0XC6 sfr at 0xC6 ADCH ; // A/D converter high #endif #ifdef ADCON #undef ADCON sfr at 0xD8 ADCON ; // A/D-converter control register SAB80515 specific // Bit registers sbit at 0xD8 MX0 ; sbit at 0xD9 MX1 ; sbit at 0xDA MX2 ; sbit at 0xDB ADM ; sbit at 0xDC BSY ; sbit at 0xDE CLK ; sbit at 0xDF BD ; #endif // ADCON0 ... Infineon / Siemens also called this register ADCON in the User Manual #ifdef ADCON0 #undef ADCON0 sfr at 0xD8 ADCON0 ; // A/D-converter control register 0 SAB80515A & // Bit registers // SAB80517 specific sbit at 0xD8 MX0 ; sbit at 0xD9 MX1 ; sbit at 0xDA MX2 ; sbit at 0xDB ADM ; sbit at 0xDC BSY ; sbit at 0xDD ADEX ; sbit at 0xDE CLK ; sbit at 0xDF BD ; // Not directly accessible ADCON0 #define ADCON0_MX0 0x01 #define ADCON0_MX1 0x02 #define ADCON0_MX2 0x04 #define ADCON0_ADM 0x08 #define ADCON0_BSY 0x10 #define ADCON0_ADEX 0x20 #define ADCON0_CLK 0x40 #define ADCON0_BD 0x80 #endif #ifdef ADCON1 #undef ADCON1 sfr at 0xDC ADCON1 ; // A/D-converter control register 1 SAB80515A & SAB80517 specific // Not directly accessible ADCON1 #define ADCON1_MX0 0x01 #define ADCON1_MX1 0x02 #define ADCON1_MX2 0x04 #define ADCON1_ADCL 0x80 #endif #ifdef ADCON__ADC_1__ADC_0__ADEX__ADCI__ADCS__AADR2__AADR1__AADR0 #undef ADCON__ADC_1__ADC_0__ADEX__ADCI__ADCS__AADR2__AADR1__AADR0 sfr at 0xC5 ADCON ; // A/D control, P80C552 specific // Not directly accessible Bits. #define AADR0 0x01 #define AADR1 0x02 #define AADR2 0x04 #define ADCS 0x08 #define ADCI 0x10 #define ADEX 0x20 #define ADC_0 0x40 // different name as ADC0 in P5 #define ADC_1 0x80 // different name as ADC1 in P5 #endif #ifdef ADDAT #undef ADDAT sfr at 0xD9 ADDAT ; // A/D-converter data register SAB80515 specific #endif #ifdef ADDATH #undef ADDATH sfr at 0xD9 ADDATH ; // A/D data high byte SAB80515A specific #endif #ifdef ADDATL #undef ADDATL sfr at 0xDA ADDATL ; // A/D data low byte SAB80515A specific #endif #ifdef ARCON #undef ARCON sfr at 0xEF ARCON ; // arithmetic control register SAB80517 #endif #ifdef AP #undef AP sfr at 0x9C AP ; // DS80C390 #endif #ifdef AUXR__x__x__x__x__x__x__EXTRAM__A0 #undef AUXR__x__x__x__x__x__x__EXTRAM__A0 // P89C668 specific, Auxilary sfr at 0x8E AUXR ; // not bit addressable: #define EXTRAM 0x02 #define A0 0x01 #endif #ifdef AUXR__x__x__M0__x__XRS1__XRS0__EXTRAM__A0 #undef AUXR__x__x__M0__x__XRS1__XRS0__EXTRAM__A0 sfr at 0x8E AUXR ; #define AO 0x01 #define EXTRAM 0x02 #define XRS0 0x04 #define XRS1 0x08 #define M0 0x20 #endif #ifdef B #undef B sfr at 0xF0 B ; // Bit registers sbit at 0xF0 BREG_F0 ; sbit at 0xF1 BREG_F1 ; sbit at 0xF2 BREG_F2 ; sbit at 0xF3 BREG_F3 ; sbit at 0xF4 BREG_F4 ; sbit at 0xF5 BREG_F5 ; sbit at 0xF6 BREG_F6 ; sbit at 0xF7 BREG_F7 ; #endif #ifdef AUXR1__x__x__x__x__GF3__x__x__DPS #undef AUXR1__x__x__x__x__GF3__x__x__DPS sfr at 0xA2 AUXR1 ; #define DPS 0x01 #define GF3 0x08 #endif #ifdef AUXR1__x__x__ENBOOT__x__GF2__0__x__DPS #undef AUXR1__x__x__ENBOOT__x__GF2__0__x__DPS // P89C668 specific, Auxilary 1 sfr at 0xA2 AUXR1 ; #define ENBOOT 0x20 #define GF2 0x08 #define ALWAYS_ZERO 0x04 #define DPS 0x01 #endif #ifdef BP2 #undef BP2 sfr at 0xC3 BP2 ; // Not directly accessible bits #define MS0 0x01 #define MS1 0x02 #define MS2 0x04 #define LB1 0x08 #define LB2 0x10 #define LB3 0x20 #endif #ifdef C0C #undef C0C sfr at 0xA3 C0C ; // DS80C390 specific // Not directly accessible bits #define SWINT 0x01 #define ERCS 0x02 #define AUTOB 0x04 #define CRST 0x08 #define SIESTA 0x10 #define PDE 0x20 #define STIE 0x40 #define ERIE 0x80 #endif #ifdef C0IR #undef C0IR sfr at 0xA5 C0IR ; // DS80C390 specific // Not directly accessible bits #define INTIN0 0x01 #define INTIN1 0x02 #define INTIN2 0x04 #define INTIN3 0x08 #define INTIN4 0x10 #define INTIN5 0x20 #define INTIN6 0x40 #define INTIN7 0x80 #endif #ifdef C0M1C #undef C0M1C sfr at 0xAB C0M1C ; // DS80C390 specific // Not directly accessible bits #define DTUP 0x01 #define ROW_TIH 0x02 #define MTRQ 0x04 #define EXTRQ 0x08 #define INTRQ 0x10 #define ERI 0x20 #define ETI 0x40 #define MSRDY 0x80 #endif #ifdef C0M2C #undef C0M2C sfr at 0xAC C0M2C ; // DS80C390 specific #endif #ifdef C0M3C #undef C0M3C sfr at 0xAD C0M3C ; // DS80C390 specific #endif #ifdef C0M4C #undef C0M4C sfr at 0xAE C0M4C ; // DS80C390 specific #endif #ifdef C0M5C #undef C0M5C sfr at 0xAF C0M5C ; // DS80C390 specific #endif #ifdef C0M6C #undef C0M6C sfr at 0xB3 C0M6C ; // DS80C390 specific #endif #ifdef C0M7C #undef C0M7C sfr at 0xB4 C0M7C ; // DS80C390 specific #endif #ifdef C0M8C #undef C0M8C sfr at 0xB5 C0M8C ; // DS80C390 specific #endif #ifdef C0M9C #undef C0M9C sfr at 0xB6 C0M9C ; // DS80C390 specific #endif #ifdef C0M10C #undef C0M10C sfr at 0xB7 C0M10C ; // DS80C390 specific #endif #ifdef C0M11C #undef C0M11C sfr at 0xBB C0M11C ; // DS80C390 specific #endif #ifdef C0M12C #undef C0M12C sfr at 0xBC C0M12C ; // DS80C390 specific #endif #ifdef C0M13C #undef C0M13C sfr at 0xBD C0M13C ; // DS80C390 specific #endif #ifdef C0M14C #undef C0M14C sfr at 0xBE C0M14C ; // DS80C390 specific #endif #ifdef C0M15C #undef C0M15C sfr at 0xBF C0M15C ; // DS80C390 specific #endif #ifdef C0RE #undef C0RE sfr at 0xA7 C0RE ; // DS80C390 specific #endif #ifdef C0RMS0 #undef C0RMS0 sfr at 0x96 C0RMS0 ; // DS80C390 specific #endif #ifdef C0RMS1 #undef C0RMS1 sfr at 0x97 C0RMS1 ; // DS80C390 specific #endif #ifdef C0S #undef C0S sfr at 0xA4 C0S ; // DS80C390 specific // Not directly accessible bits #define ER0 0x01 #define ER1 0x02 #define ER2 0x04 #define TXS 0x08 #define RXS 0x10 #define WKS 0x20 #define EC96_128 0x40 #define BSS 0x80 #endif #ifdef C0TE #undef C0TE sfr at 0xA6 C0TE ; // DS80C390 specific #endif #ifdef C0TMA0 #undef C0TMA0 sfr at 0x9E C0TMA0 ; // DS80C390 specific #endif #ifdef C0TMA1 #undef C0TMA1 sfr at 0x9F C0TMA1 ; // DS80C390 specific #endif #ifdef C1C #undef C1C sfr at 0xE3 C1C ; // DS80C390 specific // Not directly accessible bits #define SWINT 0x01 #define ERCS 0x02 #define AUTOB 0x04 #define CRST 0x08 #define SIESTA 0x10 #define PDE 0x20 #define STIE 0x40 #define ERIE 0x80 #endif #ifdef C1IR #undef C1IR sfr at 0xE5 C1IR ; // DS80C390 specific // Not directly accessible bits #define INTIN0 0x01 #define INTIN1 0x02 #define INTIN2 0x04 #define INTIN3 0x08 #define INTIN4 0x10 #define INTIN5 0x20 #define INTIN6 0x40 #define INTIN7 0x80 #endif #ifdef C1IRE #undef C1IRE sfr at 0xE7 C1RE ; // DS80C390 specific #endif #ifdef C1M1C #undef C1M1C sfr at 0xEB C1M1C ; // DS80C390 specific #endif #ifdef C1M2C #undef C1M2C sfr at 0xEC C1M2C ; // DS80C390 specific #endif #ifdef C1M3C #undef C1M3C sfr at 0xED C1M3C ; // DS80C390 specific #endif #ifdef C1M4C #undef C1M4C sfr at 0xEE C1M4C ; // DS80C390 specific #endif #ifdef C1M5C #undef C1M5C sfr at 0xEF C1M5C ; // DS80C390 specific #endif #ifdef C1M6C #undef C1M6C sfr at 0xF3 C1M6C ; // DS80C390 specific #endif #ifdef C1M7C #undef C1M7C sfr at 0xF4 C1M7C ; // DS80C390 specific #endif #ifdef C1M8C #undef C1M8C sfr at 0xF5 C1M8C ; // DS80C390 specific #endif #ifdef C1M9C #undef C1M9C sfr at 0xF6 C1M9C ; // DS80C390 specific #endif #ifdef C1M10C #undef C1M10C sfr at 0xF7 C1M10C ; // DS80C390 specific #endif #ifdef C1M11C #undef C1M11C sfr at 0xFB C1M11C ; // DS80C390 specific #endif #ifdef C1M12C #undef C1M12C sfr at 0xFC C1M12C ; // DS80C390 specific #endif #ifdef C1M13C #undef C1M13C sfr at 0xFD C1M13C ; // DS80C390 specific #endif #ifdef C1M14C #undef C1M14C sfr at 0xFE C1M14C ; // DS80C390 specific #endif #ifdef C1M15C #undef C1M15C sfr at 0xFF C1M15C ; // DS80C390 specific #endif #ifdef C1S #undef C1S sfr at 0xE4 C1S ; // DS80C390 specific // Not directly accessible bits #define ER0 0x01 #define ER1 0x02 #define ER2 0x04 #define TXS 0x08 #define RXS 0x10 #define WKS 0x20 #define CECE 0x40 #define BSS 0x80 #endif #ifdef C1ITE #undef C1ITE sfr at 0xE6 C1TE ; // DS80C390 specific #endif #ifdef C1RSM0 #undef C1RSM0 sfr at 0xD6 C1RSM0 ; // DS80C390 specific #endif #ifdef C1RSM1 #undef C1RSM1 sfr at 0xD7 C1RSM1 ; // DS80C390 specific #endif #ifdef C1TMA0 #undef C1TMA0 sfr at 0xDE C1TMA0 ; // DS80C390 specific #endif #ifdef C1TMA1 #undef C1TMA1 sfr at 0xDF C1TMA1 ; // DS80C390 specific #endif #ifdef CC1 #undef CC1 sfr at 0xC2 CC1; #endif #ifdef CC2 #undef CC2 sfr at 0xC4 CC2; #endif #ifdef CC3 #undef CC3 sfr at 0xC6 CC3; #endif #ifdef CC4 #undef CC4 sfr at 0xCE CC4; #endif #ifdef CC4EN #undef CC4EN sfr at 0xC9 CC4EN ; // compare/capture 4 enable register SAB80517 specific #endif #ifdef CCAP0H_AT_0XFA #undef CCAP0H_AT_0XFA sfr at 0xFA CCAP0H ; #endif #ifdef CCAP1H_AT_0XFB #undef CCAP1H_AT_0XFB sfr at 0xFB CCAP1H ; #endif #ifdef CCAP2H_AT_0XFC #undef CCAP2H_AT_0XFC sfr at 0xFC CCAP2H ; #endif #ifdef CCAP3H_AT_0XFD #undef CCAP3H_AT_0XFD sfr at 0xFD CCAP3H ; #endif #ifdef CCAP4H_AT_0XFE #undef CCAP4H_AT_0XFE sfr at 0xFE CCAP4H ; #endif #ifdef CCAP0L_AT_0XEA #undef CCAP0L_AT_0XEA sfr at 0xEA CCAP0L ; #endif #ifdef CCAP1L_AT_0XEB #undef CCAP1L_AT_0XEB sfr at 0xEB CCAP1L ; #endif #ifdef CCAP2L_AT_0XEC #undef CCAP2L_AT_0XEC sfr at 0xEC CCAP2L ; #endif #ifdef CCAP3L_AT_0XED #undef CCAP3L_AT_0XED sfr at 0xED CCAP3L ; #endif #ifdef CCAP4L_AT_0XEE #undef CCAP4L_AT_0XEE sfr at 0xEE CCAP4L ; #endif #ifdef CCAPM0_AT_0XC2 #undef CCAPM0_AT_0XC2 // P89C668 specific, Capture module: sfr at 0xC2 CCAPM0 ; #endif #ifdef CCAPM0_AT_0XDA #undef CCAPM0_AT_0XDA sfr at 0xDA CCAPM0 ; #define ECCF 0x01 #define PWM 0x02 #define TOG 0x04 #define MAT 0x08 #define CAPN 0x10 #define CAPP 0x20 #define ECOM 0x40 #endif #ifdef CCAPM1_AT_0XC3 #undef CCAPM1_AT_0XC3 sfr at 0xC3 CCAPM1 ; #endif #ifdef CCAPM1_AT_0XDB #undef CCAPM1_AT_0XDB sfr at 0xDB CCAPM1 ; #endif #ifdef CCAPM2_AT_0XC4 #undef CCAPM2_AT_0XC4 sfr at 0xC4 CCAPM2 ; #endif #ifdef CCAPM2_AT_0XDC #undef CCAPM2_AT_0XDC sfr at 0x0DC CCAPM2 ; #endif #ifdef CCAPM3_AT_0XC5 #undef CCAPM3_AT_0XC5 sfr at 0xC5 CCAPM3 ; #endif #ifdef CCAPM3_AT_0XDD #undef CCAPM3_AT_0XDD sfr at 0x0DD CCAPM3 ; #endif #ifdef CCAPM4_AT_0XDE #undef CCAPM4_AT_0XDE sfr at 0x0DE CCAPM4 ; #endif #ifdef CCAPM4_AT_0XC6 #undef CCAPM4_AT_0XC6 sfr at 0xC6 CCAPM4 ; #endif #ifdef CCEN #undef CCEN sfr at 0xC1 CCEN ; // compare/capture enable register SAB80515 specific #endif #ifdef CCH1 #undef CCH1 sfr at 0xC3 CCH1 ; // compare/capture register 1, high byte SAB80515 specific #endif #ifdef CCH2 #undef CCH2 sfr at 0xC5 CCH2 ; // compare/capture register 2, high byte SAB80515 specific #endif #ifdef CCH3 #undef CCH3 sfr at 0xC7 CCH3 ; // compare/capture register 3, high byte SAB80515 specific #endif #ifdef CCH4 #undef CCH4 sfr at 0xCF CCH4 ; // compare/capture register 4, high byte SAB80515 specific #endif #ifdef CCL1 #undef CCL1 sfr at 0xC2 CCL1 ; // compare/capture register 1, low byte SAB80515 specific #endif #ifdef CCL2 #undef CCL2 sfr at 0xC4 CCL2 ; // compare/capture register 2, low byte SAB80515 specific #endif #ifdef CCL3 #undef CCL3 sfr at 0xC6 CCL3 ; // compare/capture register 3, low byte SAB80515 specific #endif #ifdef CCL4 #undef CCL4 sfr at 0xCE CCL4 ; // compare/capture register 4, low byte SAB80515 specific #endif #ifdef CCON__0xD8__CF__CR__x__CCF4__CCF3__CCF2__CCF1__CCF0 #undef CCON__0xD8__CF__CR__x__CCF4__CCF3__CCF2__CCF1__CCF0 sfr at 0xD8 CCON ; // T89C51RD2 specific register // Bit registers sbit at 0xD8 CCF0 ; sbit at 0xD9 CCF1 ; sbit at 0xDA CCF2 ; sbit at 0xDB CCF3 ; sbit at 0xDC CCF4 ; sbit at 0xDE CR ; sbit at 0xDF CF ; #endif #ifdef CCON__CF__CR__x__CCF4__CCF3__CCF2__CCF1__CCF0 #undef CCON__CF__CR__x__CCF4__CCF3__CCF2__CCF1__CCF0 // P89C668 specific, PCA Counter control: sfr at 0xC0 CCON ; // Bit registers sbit at 0xC0 CCF0 ; sbit at 0xC1 CCF1 ; sbit at 0xC2 CCF2 ; sbit at 0xC3 CCF3 ; sbit at 0xC4 CCF4 ; //sbit at 0xC5 - sbit at 0xC6 CR ; sbit at 0xC7 CF ; #endif #ifdef CCR #undef CCR sfr at 0xCA CCR; #endif #ifdef CH_AT_0XF9 #undef CH_AT_0XF9 sfr at 0xF9 CH ; #endif #ifdef CMOD__CIDL__WDTE__x__x__x__CPS1__CPS0__ECF #undef CMOD__CIDL__WDTE__x__x__x__CPS1__CPS0__ECF // P89C668 specific, PCA Counter mode: sfr at 0xC1 CMOD ; // not bit addressable: #define CIDL 0x80 #define WDTE 0x40 #define CPS1 0x04 #define CPS0 0x02 #define ECF 0x01 #endif #ifdef CKCON__WD1__WD0__T2M__T1M__TOM__MD2__MD1__MD0 #undef CKCON__WD1__WD0__T2M__T1M__TOM__MD2__MD1__MD0 sfr at 0x8E CKCON ; // DS80C320 & DS80C390 specific // Not directly accessible Bits. #define MD0 0x01 #define MD1 0x02 #define MD2 0x04 #define T0M 0x08 #define T1M 0x10 #define T2M 0x20 #define WD0 0x40 #define WD1 0x80 #endif #ifdef CKCON__X2__T0X2__T1X2__T2X2__SiX2__PcaX2__WdX2__x #undef CKCON__X2__T0X2__T1X2__T2X2__SiX2__PcaX2__WdX2__x sfr at 0x8F CKCON ; #define X2 0x01 #define T0X2 0x02 #define T1X2 0x04 #define T2X2 0x08 #define SiX2 0x10 #define PcaX2 0x20 #define WdX2 0x40 #endif #ifdef CKMOD #undef CKMOD sfr at 0x96 CKMOD ; // DS89C420 specific // Not directly accessible Bits. #define T0MH 0x08 #define T1MH 0x10 #define T2MH 0x20 #endif #ifdef CL_AT_0XE9 #undef CL_AT_0XE9 sfr at 0xE9 CL ; #endif #ifdef CLRMSK #undef CLRMSK sfr at 0xA6 CLRMSK; #endif #ifdef CMEN #undef CMEN sfr at 0xF6 CMEN ; // compare enable register SAB80517 specific #endif #ifdef CMH0 #undef CMH0 sfr at 0xD3 CMH0 ; // compare register 0 high byte SAB80517 specific #endif #ifdef CMH1 #undef CMH1 sfr at 0xD5 CMH1 ; // compare register 1 high byte SAB80517 specific #endif #ifdef CMH2 #undef CMH2 sfr at 0xD7 CMH2 ; // compare register 2 high byte SAB80517 specific #endif #ifdef CMH3 #undef CMH3 sfr at 0xE3 CMH3 ; // compare register 3 high byte SAB80517 specific #endif #ifdef CMH4 #undef CMH4 sfr at 0xE5 CMH4 ; // compare register 4 high byte SAB80517 specific #endif #ifdef CMH5 #undef CMH5 sfr at 0xE7 CMH5 ; // compare register 5 high byte SAB80517 specific #endif #ifdef CMH6 #undef CMH6 sfr at 0xF3 CMH6 ; // compare register 6 high byte SAB80517 specific #endif #ifdef CMH7 #undef CMH7 sfr at 0xF5 CMH7 ; // compare register 7 high byte SAB80517 specific #endif #ifdef CMH0_AT_0XC9 #undef CMH0_AT_0XC9 sfr at 0xC9 CMH0 ; // Compare high 0, P80C552 specific #endif #ifdef CMH1_AT_0XCA #undef CMH1_AT_0XCA sfr at 0xCA CMH1 ; // Compare high 1, P80C552 specific #endif #ifdef CMH2_AT_0XCB #undef CMH2_AT_0XCB sfr at 0xCB CMH2 ; // Compare high 2, P80C552 specific #endif #ifdef CML0 #undef CML0 sfr at 0xD2 CML0 ; // compare register 0 low byte SAB80517 specific #endif #ifdef CML1 #undef CML1 sfr at 0xD4 CML1 ; // compare register 1 low byte SAB80517 specific #endif #ifdef CML2 #undef CML2 sfr at 0xD6 CML2 ; // compare register 2 low byte SAB80517 specific #endif #ifdef CML3 #undef CML3 sfr at 0xE2 CML3 ; // compare register 3 low byte SAB80517 specific #endif #ifdef CML4 #undef CML4 sfr at 0xE4 CML4 ; // compare register 4 low byte SAB80517 specific #endif #ifdef CML5 #undef CML5 sfr at 0xE6 CML5 ; // compare register 5 low byte SAB80517 specific #endif #ifdef CML6 #undef CML6 sfr at 0xF2 CML6 ; // compare register 6 low byte SAB80517 specific #endif #ifdef CML7 #undef CML7 sfr at 0xF4 CML7 ; // compare register 7 low byte SAB80517 specific #endif #ifdef CML0_AT_0XA9 #undef CML0_AT_0XA9 sfr at 0xA9 CML0 ; // Compare low 0, P80C552 specific #endif #ifdef CML1_AT_0XAA #undef CML1_AT_0XAA sfr at 0xAA CML1 ; // Compare low 1, P80C552 specific #endif #ifdef CML2_AT_0XAB #undef CML2_AT_0XAB sfr at 0xAB CML2 ; // Compare low 2, P80C552 specific #endif #ifdef CMOD__0xD9__CIDL__WDTE__x__x__x__CPS1__CPS0__ECF #undef CMOD__0xD9__CIDL__WDTE__x__x__x__CPS1__CPS0__ECF sfr at 0xD9 CMOD ; #define ECF 0x01 #define CPS0 0x02 #define CPS1 0x04 #define WDTE 0x40 #define CIDL 0x80 #endif #ifdef CMSEL #undef CMSEL sfr at 0xF7 CMSEL ; // compare input select SAB80517 #endif #ifdef COMCLRH #undef COMCLRH sfr at 0xA4 COMCLRH; #endif #ifdef COMCLRL #undef COMCLRL sfr at 0xA3 COMCLRL; #endif #ifdef COMSETH #undef COMSETH sfr at 0xA2 COMSETH; #endif #ifdef COMSETL #undef COMSETL sfr at 0xA1 COMSETL; #endif #ifdef COR #undef COR sfr at 0xCE COR ; // Dallas DS80C390 specific #define CLKOE 0x01 #define COD0 0x02 #define COD1 0x04 #define C0BPR6 0x08 #define C0BPR7 0x10 #define C1BPR6 0x20 #define C1BPR7 0x40 #define IRDACK 0x80 #endif #ifdef CRC #undef CRC sfr at 0xC1 CRC ; // Dallas DS5001 specific #define CRC_ 0x01 #define MDM 0x02 #define RNGE0 0x10 #define RNGE1 0x20 #define RNGE2 0x40 #define RNGE3 0x80 #endif #ifdef CRCH #undef CRCH sfr at 0xCB CRCH ; // compare/reload/capture register, high byte SAB80515 specific #endif #ifdef CRCHIGH #undef CRCHIGH sfr at 0xC3 CRCHIGH ; // DS5001 specific #endif #ifdef CRCL #undef CRCL sfr at 0xCA CRCL ; // compare/reload/capture register, low byte SAB80515 specific #endif #ifdef CRCLOW #undef CRCLOW sfr at 0xC2 CRCLOW ; // DS5001 specific #endif #ifdef CT1COM #undef CT1COM sfr at 0xBC CT1COM; #endif #ifdef CTCOM_AT_0XE1 #undef CTCOM_AT_0XE1 sfr at 0xE1 CTCON ; // com.timer control register SAB80517 #endif #ifdef CTCON__CTN3__CTP3__CTN2__CTP2__CTN1__CTP1__CTN0__CTP0 #undef CTCON__CTN3__CTP3__CTN2__CTP2__CTN1__CTP1__CTN0__CTP0 sfr at 0xEB CTCON ; // Capture control, P80C552 specific // Not directly accessible Bits. #define CTP0 0x01 #define CTN0 0x02 #define CTP1 0x04 #define CTN1 0x08 #define CTP2 0x10 #define CTN2 0x20 #define CTP3 0x40 #define CTN3 0x80 #endif #ifdef CTH0_AT_0XCC #undef CTH0_AT_0XCC sfr at 0xCC CTH0 ; // Capture high 0, P80C552 specific #endif #ifdef CTH1_AT_0XCD #undef CTH1_AT_0XCD sfr at 0xCD CTH1 ; // Capture high 1, P80C552 specific #endif #ifdef CTH2_AT_0XCE #undef CTH2_AT_0XCE sfr at 0xCE CTH2 ; // Capture high 2, P80C552 specific #endif #ifdef CTH3_AT_0XCF #undef CTH3_AT_0XCF sfr at 0xCF CTH3 ; // Capture high 3, P80C552 specific #endif #ifdef CTL0_AT_0XAC #undef CTL0_AT_0XAC sfr at 0xAC CTL0 ; // Capture low 0, P80C552 specific #endif #ifdef CTL1_AT_0XAD #undef CTL1_AT_0XAD sfr at 0xAD CTL1 ; // Capture low 1, P80C552 specific #endif #ifdef CTL2_AT_0XAE #undef CTL2_AT_0XAE sfr at 0xAE CTL2 ; // Capture low 2, P80C552 specific #endif #ifdef CTL3_AT_0XAF #undef CTL3_AT_0XAF sfr at 0xAF CTL3 ; // Capture low 3, P80C552 specific #endif #ifdef CTRELH #undef CTRELH sfr at 0xDF CTRELH ; // com.timer rel register high byte SAB80517 #endif #ifdef CTRELL #undef CTRELL sfr at 0xDE CTRELL ; // com.timer rel register low byte SAB80517 #endif #ifdef DAPR__SAB80515 #undef DAPR__SAB80515 sfr at 0xDA DAPR ; // D/A-converter program register SAB80515 specific #endif #ifdef DAPR__SAB80517 #undef DAPR__SAB80517 sfr at 0xDA DAPR ; // D/A-converter program register SAB80517 specific #endif #ifdef DPH #undef DPH sfr at 0x83 DPH ; sfr at 0x83 DP0H ; // Alternate name for AT89S53 #endif #ifdef DPH1 #undef DPH1 sfr at 0x85 DPH1 ; // DS80C320 specific sfr at 0x85 DP1H ; // Alternate name for AT89S53 #endif #ifdef DPL #undef DPL sfr at 0x82 DPL ; // Alternate name for AT89S53 sfr at 0x82 DP0L ; #endif #ifdef DPL1 #undef DPL1 sfr at 0x84 DPL1 ; // DS80C320 specific sfr at 0x84 DP1L ; // Alternate name for AT89S53 #endif #ifdef DPS__x__x__x__x__x__x__x__SEL #undef DPS__x__x__x__x__x__x__x__SEL sfr at 0x86 DPS ; // Not directly accessible DPS Bit. DS80C320 & DPS8XC520 specific #define SEL 0x01 #endif #ifdef DPS__ID1__ID0__TSL__x__x__x__x__SEL #undef DPS__ID1__ID0__TSL__x__x__x__x__SEL sfr at 0x86 DPS ; // Not directly accessible DPS Bit. DS89C390 specific #define SEL 0x01 #define TSL 0x20 #define ID0 0x40 #define ID1 0x80 #endif #ifdef DPS__ID1__ID0__TSL__AID__x__x__x__SEL #undef DPS__ID1__ID0__TSL__AID__x__x__x__SEL sfr at 0x86 DPS ; // Not directly accessible DPS Bit. DS89C420 specific #define SEL 0x01 #define AID 0x10 #define TSL 0x20 #define ID0 0x40 #define ID1 0x80 #endif #ifdef DPSEL #undef DPSEL sfr at 0x92 DPSEL ; // data pointer select register SAB80517 #endif #ifdef DPX #undef DPX sfr at 0x93 DPX1 ; // DS80C390 specific #endif #ifdef DPX1 #undef DPX1 sfr at 0x95 DPX1 ; // DS80C390 specific #endif #ifdef EECON #undef EECON sfr at 0xD2 EECON ; #define EEBUSY 0x01 #define EEE 0x02 #define EEPL0 0x10 #define EEPL1 0x20 #define EEPL2 0x40 #define EEPL3 0x80 #define EEPL 0xF0 #endif #ifdef EETIM #undef EETIM sfr at 0xD3 EETIM ; #endif #ifdef EICC1 #undef EICC1 sfr at 0xBF EICC1; #endif #ifdef EIE__x__x__x__EWDI__EX5__EX4__EX3__EX2 #undef EIE__x__x__x__EWDI__EX5__EX4__EX3__EX2 sfr at 0xE8 EIE ; // Bit registers DS80C320 specific sbit at 0xE8 EX2 ; sbit at 0xE9 EX3 ; sbit at 0xEA EX4 ; sbit at 0xEB EX5 ; sbit at 0xEC EWDI ; #endif #ifdef EIE__CANBIE__C0IE__C1IE__EWDI__EX5__EX4__EX3__EX2 #undef EIE__CANBIE__C0IE__C1IE__EWDI__EX5__EX4__EX3__EX2 sfr at 0xE8 EIE ; // Bit registers DS80C390 specific sbit at 0xE8 EX2 ; sbit at 0xE9 EX3 ; sbit at 0xEA EX4 ; sbit at 0xEB EX5 ; sbit at 0xEC EWDI ; sbit at 0xED C1IE ; sbit at 0xEE C0IE ; sbit at 0xEF CANBIE ; #endif #ifdef EIP__x__x__x__PWDI__PX5__PX4__PX3__PX2 #undef EIP__x__x__x__PWDI__PX5__PX4__PX3__PX2 sfr at 0xF8 EIP ; // Bit registers DS80C320 specific sbit at 0xF8 PX2 ; sbit at 0xF9 PX3 ; sbit at 0xFA PX4 ; sbit at 0xFB PX5 ; sbit at 0xFC PWDI ; #endif #ifdef EIP__CANBIP__C0IP__C1IP__PWDI__PX5__PX4__PX3__PX2__PX1__PX0 #undef EIP__CANBIP__C0IP__C1IP__PWDI__PX5__PX4__PX3__PX2__PX1__PX0 sfr at 0xF8 EIP ; // Bit registers DS80C320 specific sbit at 0xF8 PX2 ; sbit at 0xF9 PX3 ; sbit at 0xFA PX4 ; sbit at 0xFB PX5 ; sbit at 0xFC PWDI ; sbit at 0xFD C1IP ; sbit at 0xFE C0IP ; sbit at 0xFF CANBIP ; #endif #ifdef EIP0__x__x__x__LPWDI__LPX5__LPX4__LPX3__LPX2 #undef EIP0__x__x__x__LPWDI__LPX5__LPX4__LPX3__LPX2 sfr at 0xF8 EIP0 ; // Bit registers DS89C420 specific sbit at 0xF8 LPX2 ; sbit at 0xF9 LPX3 ; sbit at 0xFA LPX4 ; sbit at 0xFB LPX5 ; sbit at 0xFC LPWDI ; #endif #ifdef EIP1__x__x__x__MPWDI__MPX5__MPX4__MPX3__MPX2 #undef EIP1__x__x__x__MPWDI__MPX5__MPX4__MPX3__MPX2 sfr at 0xF1 EIP1 ; // Not directly accessible Bits DS89C420 specific #define MPX2 0x01 #define MPX3 0x02 #define MPX4 0x04 #define MPX5 0x08 #define MPWDI 0x10 #endif #ifdef ESP #undef ESP sfr at 0x9B ESP ; // Not directly accessible Bits DS80C390 specific #define ESP_0 0x01 #define ESP_1 0x02 #endif #ifdef EXIF__IE5__IE4__IE3__IE2__x__RGMD__RGSL__BGS #undef EXIF__IE5__IE4__IE3__IE2__x__RGMD__RGSL__BGS sfr at 0x91 EXIF ; // Not directly accessible EXIF Bits DS80C320 specific #define BGS 0x01 #define RGSL 0x02 #define RGMD 0x04 #define IE2 0x10 #define IE3 0x20 #define IE4 0x40 #define IE5 0x80 #endif #ifdef EXIF__IE5__IE4__IE3__IE2__XT_RG__RGMD__RGSL__BGS #undef EXIF__IE5__IE4__IE3__IE2__XT_RG__RGMD__RGSL__BGS sfr at 0x91 EXIF ; // Not directly accessible EXIF Bits DS87C520 specific #define BGS 0x01 #define RGSL 0x02 #define RGMD 0x04 #define XT_RG 0x08 #define IE2 0x10 #define IE3 0x20 #define IE4 0x40 #define IE5 0x80 #endif #ifdef EXIF__IE5__IE4__IE3__IE2__CKRY__RGMD__RGSL__BGS #undef EXIF__IE5__IE4__IE3__IE2__CKRY__RGMD__RGSL__BGS sfr at 0x91 EXIF ; // Not directly accessible EXIF Bits DS80C390 & DS89C420 specific #define BGS 0x01 #define RGSL 0x02 #define RGMD 0x04 #define CKRY 0x08 #define IE2 0x10 #define IE3 0x20 #define IE4 0x40 #define IE5 0x80 #endif #ifdef FCNTL__FBUSY__FERR__x__x__FC3__FC2__FC1__FC0 #undef FCNTL__FBUSY__FERR__x__x__FC3__FC2__FC1__FC0 sfr at 0xD5 FCNTL ; // Not directly accessible DS89C420 specific #define FC0 0x01 #define FC1 0x02 #define FC2 0x04 #define FC3 0x08 #define FERR 0x40 #define FBUSY 0x80 #endif #ifdef FCON #undef FCON sfr at 0xD1 FCON ; #define FBUSY 0x01 #define FMOD0 0x02 #define FMOD1 0x04 #define FPS 0x08 #define FPL0 0x10 #define FPL1 0x20 #define FPL2 0x40 #define FPL3 0x80 #define FPL 0xF0 #endif #ifdef FDATA #undef FDATA sfr at 0xD6 FDATA ; #endif #ifdef FMODE #undef FMODE sfr at 0xB3 FMODE; #endif #ifdef IE__EA__x__x__ES__ET1__EX1__ET0__EX0 #undef IE__EA__x__x__ES__ET1__EX1__ET0__EX0 sfr at 0xA8 IE ; // Bit registers sbit at 0xA8 EX0 ; sbit at 0xA9 ET0 ; sbit at 0xAA EX1 ; sbit at 0xAB ET1 ; sbit at 0xAC ES ; sbit at 0xAF EA ; #endif #ifdef IE__EA__x__ET2__ES__ET1__EX1__ET0__EX0 #undef IE__EA__x__ET2__ES__ET1__EX1__ET0__EX0 sfr at 0xA8 IE ; // Bit registers sbit at 0xA8 EX0 ; sbit at 0xA9 ET0 ; sbit at 0xAA EX1 ; sbit at 0xAB ET1 ; sbit at 0xAC ES ; sbit at 0xAD ET2 ; // Enable timer2 interrupt sbit at 0xAF EA ; #endif // IE #ifdef IE__EA__EAD__ES1__ES0__ET1__EX1__ET0__EX0 #undef IE__EA__EAD__ES1__ES0__ET1__EX1__ET0__EX0 sfr at 0xA8 IE ; // same as IEN0 - Interrupt enable 0, P80C552 specific sfr at 0xA8 IEN0 ; // alternate name // Bit registers sbit at 0xA8 EX0 ; sbit at 0xA9 ET0 ; sbit at 0xAA EX1 ; sbit at 0xAB ET1 ; sbit at 0xAC ES0 ; sbit at 0xAD ES1 ; sbit at 0xAE EAD ; sbit at 0xAF EEA ; #endif #ifdef IE__EA__EC__ET2__ES__ET1__EX1__ET0__EX0 #undef IE__EA__EC__ET2__ES__ET1__EX1__ET0__EX0 sfr at 0xA8 IE ; sbit at 0xA8 EX0 ; sbit at 0xA9 ET0 ; sbit at 0xAA EX1 ; sbit at 0xAB ET1 ; sbit at 0xAC ES ; sbit at 0xAD ET2 ; sbit at 0xAE EC ; sbit at 0xAF EA ; #endif #ifdef IE__EA__ES1__ET2__ES__ET1__EX1__ET0__EX0 #undef IE__EA__ES1__ET2__ES__ET1__EX1__ET0__EX0 sfr at 0xA8 IE ; // Bit registers sbit at 0xA8 EX0 ; sbit at 0xA9 ET0 ; sbit at 0xAA EX1 ; sbit at 0xAB ET1 ; sbit at 0xAC ES ; sbit at 0xAC ES0 ; // Alternate name sbit at 0xAD ET2 ; // Enable timer2 interrupt sbit at 0xAE ES1 ; sbit at 0xAF EA ; #endif // IE #ifdef IE__EA_WDT_ET2_ES_ET1_EX1_ET0_EX0 #undef IE__EA_WDT_ET2_ES_ET1_EX1_ET0_EX0 sfr at 0xA8 IE ; sfr at 0xA8 IEN0 ; // Alternate name // Bit registers for the SAB80515 and compatible IE sbit at 0xA8 EX0 ; sbit at 0xA9 ET0 ; sbit at 0xAA EX1 ; sbit at 0xAB ET1 ; sbit at 0xAC ES ; sbit at 0xAC ES0 ; sbit at 0xAD ET2 ; // Enable timer 2 overflow SAB80515 specific sbit at 0xAE WDT ; // watchdog timer reset - SAB80515 specific sbit at 0xAF EA ; sbit at 0xAF EAL ; // EA as called by Infineon / Siemens #endif #ifdef IEN0__EA__EC__ES1__ES0__ET1__EX1__ET0__EX0 #undef IEN0__EA__EC__ES1__ES0__ET1__EX1__ET0__EX0 // P89C668 specific sfr at 0xA8 IEN0 ; // Bit registers sbit at 0xA8 EX0 ; sbit at 0xA9 ET0 ; sbit at 0xAA EX1 ; sbit at 0xAB ET1 ; sbit at 0xAC ES0 ; sbit at 0xAD ES1 ; sbit at 0xAE EC ; sbit at 0xAF EA ; #endif #ifdef IEN1__x__x__x__x__x__x__x__ET2 #undef IEN1__x__x__x__x__x__x__x__ET2 // P89C668 specific bit registers sfr at 0xE8 IEN1 ; // Bit registers sbit at 0xE8 ET2 ; #endif #ifdef IEN1__ET2__ECM2__ECM1__ECM0__ECT3__ECT2__ECT1__ECT0 #undef IEN1__ET2__ECM2__ECM1__ECM0__ECT3__ECT2__ECT1__ECT0 sfr at 0xE8 IEN1 ; // Interrupt enable 1, P80C552 specific // Bit registers sbit at 0xE8 ECT0 ; sbit at 0xE9 ECT1 ; sbit at 0xEA ECT2 ; sbit at 0xEB ECT3 ; sbit at 0xEC ECM0 ; sbit at 0xED ECM1 ; sbit at 0xEE ECM2 ; sbit at 0xEF ET2 ; #endif #ifdef IEN1__EXEN2__SWDT__EX6__EX5__EX4__EX3__EX2__EADC #undef IEN1__EXEN2__SWDT__EX6__EX5__EX4__EX3__EX2__EADC sfr at 0xB8 IEN1 ; // interrupt enable register - SAB80515 specific // Bit registers sbit at 0xB8 EADC ; // A/D converter interrupt enable sbit at 0xB9 EX2 ; sbit at 0xBA EX3 ; sbit at 0xBB EX4 ; sbit at 0xBC EX5 ; sbit at 0xBD EX6 ; sbit at 0xBE SWDT ; // watchdog timer start/reset sbit at 0xBF EXEN2 ; // timer2 external reload interrupt enable #endif #ifdef IEN2__SAB80517 #undef IEN2__SAB80517 sfr at 0x9A IEN2 ; // interrupt enable register 2 SAB80517 #endif #ifdef IEN3 #undef IEN3 sfr at 0xBE IEN3; #endif #ifdef IP__x__x__x__PS__PT1__PX1__PT0__PX0 #undef IP__x__x__x__PS__PT1__PX1__PT0__PX0 sfr at 0xB8 IP ; // Bit registers sbit at 0xB8 PX0 ; sbit at 0xB9 PT0 ; sbit at 0xBA PX1 ; sbit at 0xBB PT1 ; sbit at 0xBC PS ; #endif #ifdef IP__x__x__PT2__PS__PT1__PX1__PT0__PX0 #undef IP__x__x__PT2__PS__PT1__PX1__PT0__PX0 sfr at 0xB8 IP ; // Bit registers sbit at 0xB8 PX0 ; sbit at 0xB9 PT0 ; sbit at 0xBA PX1 ; sbit at 0xBB PT1 ; sbit at 0xBC PS ; sbit at 0xBC PS0 ; // alternate name sbit at 0xBD PT2 ; #endif #ifdef IP__x__PAD__PS1__PS0__PT1__PX1__PT0__PX0 #undef IP__x__PAD__PS1__PS0__PT1__PX1__PT0__PX0 sfr at 0xB8 IP ; // Interrupt priority 0, P80C552 specific sfr at 0xB8 IP0 ; // alternate name // Bit registers sbit at 0xB8 PX0 ; sbit at 0xB9 PT0 ; sbit at 0xBA PX1 ; sbit at 0xBB PT1 ; sbit at 0xBC PS0 ; sbit at 0xBD PS1 ; sbit at 0xBE PAD ; #endif #ifdef IP__x__PPC__PT2__PS__PT1__PX1__PT0__PX0 #undef IP__x__PPC__PT2__PS__PT1__PX1__PT0__PX0 sfr at 0xB8 IP ; // Bit registers sbit at 0xB8 PX0 ; sbit at 0xB9 PT0 ; sbit at 0xBA PX1 ; sbit at 0xBB PT1 ; sbit at 0xBC PS ; sbit at 0xBD PT2 ; sbit at 0xBE PPC ; #endif #ifdef IP__x__PS1__PT2__PS__PT1_PX1__PT0__PX0 #undef IP__x__PS1__PT2__PS__PT1_PX1__PT0__PX0 sfr at 0xB8 IP ; // Bit registers sbit at 0xB8 PX0 ; sbit at 0xB9 PT0 ; sbit at 0xBA PX1 ; sbit at 0xBB PT1 ; sbit at 0xBC PS ; sbit at 0xBD PT2 ; sbit at 0xBE PS1 ; #endif #ifdef IP__PT2__PPC__PS1__PS0__PT1__PX1__PT0__PX0 #undef IP__PT2__PPC__PS1__PS0__PT1__PX1__PT0__PX0 // P89C668 specific: sfr at 0xB8 IP ; // Bit registers sbit at 0xB8 PX0 ; sbit at 0xB9 PT0 ; sbit at 0xBA PX1 ; sbit at 0xBB PT1 ; sbit at 0xBC PS0 ; sbit at 0xBD PS1 ; sbit at 0xBE PPC ; sbit at 0xBF PT2 ; #endif #ifdef IP__RWT__x__x__PS__PT1__PX1__PT0__PX0 #undef IP__RWT__x__x__PS__PT1__PX1__PT0__PX0 sfr at 0xB8 IP ; // Bit registers sbit at 0xB8 PX0 ; sbit at 0xB9 PT0 ; sbit at 0xBA PX1 ; sbit at 0xBB PT1 ; sbit at 0xBC PS ; sbit at 0xBF RWT ; #endif #ifdef IP0__x__WDTS__IP0_5__IP0_4__IP0_3__IP0_2__IP0_1__IP0_0 #undef IP0__x__WDTS__IP0_5__IP0_4__IP0_3__IP0_2__IP0_1__IP0_0 sfr at 0xA9 IP0 ; // interrupt priority register SAB80515 specific // Not directly accessible IP0 bits #define IP0_0 0x01 #define IP0_1 0x02 #define IP0_2 0x04 #define IP0_3 0x08 #define IP0_4 0x10 #define IP0_5 0x20 #define WDTS 0x40 #endif #ifdef IP0__x__LPS1__LPT2__LPS0__LPT1__LPX1__LPT0__LPX0 #undef IP0__x__LPS1__LPT2__LPS0__LPT1__LPX1__LPT0__LPX0 sfr at 0xB8 IP0 ; // interrupt priority register DS89C420 specific // Bit registers sbit at 0xB8 LPX0 ; sbit at 0xB9 LPT0 ; sbit at 0xBA LPX1 ; sbit at 0xBB LPT1 ; sbit at 0xBC LPS0 ; sbit at 0xBD LPT2 ; sbit at 0xBE LPS1 ; #endif #ifdef IP1__x__x__IP1_5__IP1_4__IP1_3__IP1_2__IP1_1__IP1_0 #undef IP1__x__x__IP1_5__IP1_4__IP1_3__IP1_2__IP1_1__IP1_0 sfr at 0xB9 IP1 ; // interrupt priority register SAB80515 specific // Not directly accessible IP1 bits #define IP1_0 0x01 #define IP1_1 0x02 #define IP1_2 0x04 #define IP1_3 0x08 #define IP1_4 0x10 #define IP1_5 0x20 #endif #ifdef IP1__x__MPS1__MPT2__MPS0__MPT1__MPX1__MPT0__MPX0 #undef IP1__x__MPS1__MPT2__MPS0__MPT1__MPX1__MPT0__MPX0 sfr at 0xB1 IP1 ; // interrupt priority register DS89C420 specific // Not directly accessible IP1 bits #define MPX0 0x01 #define MPT0 0x02 #define MPX1 0x04 #define MPT1 0x08 #define MPS0 0x10 #define MPT2 0x20 #define MPS1 0x40 #endif #ifdef IP1__PT2__PCM2__PCM1__PCM0__PCT3__PCT2__PCT1__PCT0 #undef IP1__PT2__PCM2__PCM1__PCM0__PCT3__PCT2__PCT1__PCT0 sfr at 0xF8 IP1 ; // Interrupt priority 1, P80C552 specific // Bit registers sbit at 0xF8 PCT0 ; sbit at 0xF9 PCT1 ; sbit at 0xFA PCT2 ; sbit at 0xFB PCT3 ; sbit at 0xFC PCM0 ; sbit at 0xFD PCM1 ; sbit at 0xFE PCM2 ; sbit at 0xFF PT2 ; #endif #ifdef IPH__x__PPCH__PT2H__PSH__PT1H__PX1H__PT0H__PX0H #undef IPH__x__PPCH__PT2H__PSH__PT1H__PX1H__PT0H__PX0H sfr at 0xB7 IPH ; #define PX0H 0x01 #define PT0H 0x02 #define PX1H 0x04 #define PT1H 0x08 #define PSH 0x10 #define PT2H 0x20 #define PPCH 0x40 #endif #ifdef IPH__PT2H__PPCH__PS1H__PS0H__PT1H__PX1H__PT0H__PX0H #undef IPH__PT2H__PPCH__PS1H__PS0H__PT1H__PX1H__PT0H__PX0H // P89C668 specific: sfr at 0xB7 IPH ; // not bit addressable: #define PX0H 0x01 #define PT0H 0x02 #define PX1H 0x04 #define PT1H 0x08 #define PS0H 0x10 #define PS1H 0x20 #define PPCH 0x40 #define PT2H 0x80 #endif #ifdef IRCON #undef IRCON sfr at 0xC0 IRCON ; // interrupt control register - SAB80515 specific // Bit registers sbit at 0xC0 IADC ; // A/D converter irq flag sbit at 0xC1 IEX2 ; // external interrupt edge detect flag sbit at 0xC2 IEX3 ; sbit at 0xC3 IEX4 ; sbit at 0xC4 IEX5 ; sbit at 0xC5 IEX6 ; sbit at 0xC6 TF2 ; // timer 2 owerflow flag sbit at 0xC7 EXF2 ; // timer2 reload flag #endif #ifdef IRCON0 #undef IRCON0 sfr at 0xC0 IRCON0 ; // interrupt control register - SAB80515 specific // Bit registers sbit at 0xC0 IADC ; // A/D converter irq flag sbit at 0xC1 IEX2 ; // external interrupt edge detect flag sbit at 0xC2 IEX3 ; sbit at 0xC3 IEX4 ; sbit at 0xC4 IEX5 ; sbit at 0xC5 IEX6 ; sbit at 0xC6 TF2 ; // timer 2 owerflow flag sbit at 0xC7 EXF2 ; // timer2 reload flag #endif #ifdef IRCON1 #undef IRCON1 sfr at 0xD1 IRCON1 ; // interrupt control register - SAB80515 specific #endif #ifdef IRCON2 #undef IRCON2 sfr at 0xBF IRCON2; #endif #ifdef MA #undef MA sfr at 0xD3 MA ; // DS80C390 #endif #ifdef MB #undef MB sfr at 0xD4 MB ; // DS80C390 #endif #ifdef MC #undef MC sfr at 0xD5 MC ; // DS80C390 #endif #ifdef MCNT0 #undef MCNT0 sfr at 0xD1 MCNT0 ; // DS80C390 #define MAS0 0x01 #define MAS1 0x02 #define MAS2 0x04 #define MAS3 0x08 #define MAS4 0x10 #define SCB 0x20 #define CSE 0x40 #define LSHIFT 0x80 #endif #ifdef MCNT1 #undef MCNT1 sfr at 0xD2 MCNT1 ; // DS80C390 #define CLM 0x10 #define MOF 0x40 #define MST 0x80 #endif #ifdef MCON__IDM1__IDM0__CMA__x__PDCE3__PDCE2__PDCE1__PDCE0 #undef MCON__IDM1__IDM0__CMA__x__PDCE3__PDCE2__PDCE1__PDCE0 sfr at 0xC6 MCON ; // DS80C390 #define PDCE0 0x01 #define PDCE1 0x02 #define PDCE2 0x04 #define PDCE3 0x08 #define CMA 0x20 #define IDM0 0x40 #define IDM1 0x80 #endif #ifdef MCON__PA3__PA2__PA1__PA0__RA32_8__ECE2__PAA__SL #undef MCON__PA3__PA2__PA1__PA0__RA32_8__ECE2__PAA__SL sfr at 0xC6 MCON ; // DS5000 #define SL 0x01 #define PAA 0x02 #define ECE2 0x04 #define RA32_8 0x08 #define PA0 0x10 #define PA1 0x20 #define PA2 0x40 #define PA3 0x80 #endif #ifdef MCON__PA3__PA2__PA1__PA0__RG1__PES__PM__SL #undef MCON__PA3__PA2__PA1__PA0__RG1__PES__PM__SL sfr at 0xC6 MCON ; // DS5001 #define SL 0x01 #define PM 0x02 #define PES 0x04 #define RG1 0x08 #define PA0 0x10 #define PA1 0x20 #define PA2 0x40 #define PA3 0x80 #endif #ifdef MD0 #undef MD0 sfr at 0xE9 MD0 ; // MUL / DIV register 0 SAB80517 #endif #ifdef MD1 #undef MD1 sfr at 0xEA MD1 ; // MUL / DIV register 1 SAB80517 #endif #ifdef MD2 #undef MD2 sfr at 0xEB MD2 ; // MUL / DIV register 2 SAB80517 #endif #ifdef MD3 #undef MD3 sfr at 0xEC MD3 ; // MUL / DIV register 3 SAB80517 #endif #ifdef MD4 #undef MD4 sfr at 0xED MD4 ; // MUL / DIV register 4 SAB80517 #endif #ifdef MD5 #undef MD5 sfr at 0xEE MD5 ; // MUL / DIV register 5 SAB80517 #endif #ifdef MXAX #undef MXAX sfr at 0xEA MXAX ; // Dallas DS80C390 #endif #ifdef P0 #undef P0 sfr at 0x80 P0 ; // Bit Registers sbit at 0x80 P0_0 ; sbit at 0x81 P0_1 ; sbit at 0x82 P0_2 ; sbit at 0x83 P0_3 ; sbit at 0x84 P0_4 ; sbit at 0x85 P0_5 ; sbit at 0x86 P0_6 ; sbit at 0x87 P0_7 ; #endif #ifdef P0_EXT__AD7__AD6__AD5__AD4__AD3__AD2__AD1__AD0 #undef P0_EXT__AD7__AD6__AD5__AD4__AD3__AD2__AD1__AD0 // P89C668 alternate names for bits in P0 sbit at 0x80 AD0 ; sbit at 0x81 AD1 ; sbit at 0x82 AD2 ; sbit at 0x83 AD3 ; sbit at 0x84 AD4 ; sbit at 0x85 AD5 ; sbit at 0x86 AD6 ; sbit at 0x87 AD7 ; #endif #ifdef P1 #undef P1 sfr at 0x90 P1 ; // Bit registers sbit at 0x90 P1_0 ; sbit at 0x91 P1_1 ; sbit at 0x92 P1_2 ; sbit at 0x93 P1_3 ; sbit at 0x94 P1_4 ; sbit at 0x95 P1_5 ; sbit at 0x96 P1_6 ; sbit at 0x97 P1_7 ; #endif #ifdef P1_EXT__INT5__INT4__INT3__INT2__TXD1__RXD1__T2EX__T2 #undef P1_EXT__INT5__INT4__INT3__INT2__TXD1__RXD1__T2EX__T2 // P1 alternate functions sbit at 0x90 T2 ; sbit at 0x91 T2EX ; sbit at 0x92 RXD1 ; sbit at 0x93 TXD1 ; sbit at 0x94 INT2 ; sbit at 0x95 INT3 ; sbit at 0x96 INT4 ; sbit at 0x97 INT5 ; #endif #ifdef P1_EXT__SDA__SCL__CEX2__CEX1__CEX0__ECI__T2EX__T2 #undef P1_EXT__SDA__SCL__CEX2__CEX1__CEX0__ECI__T2EX__T2 // P89C669 alternate names for bits at P1 // P1_EXT__SDA__SCL__CEX2__CEX1__CEX0__ECI__T2EX__T2 sbit at 0x90 T2 ; sbit at 0x91 T2EX ; sbit at 0x92 ECI ; sbit at 0x93 CEX0 ; sbit at 0x94 CEX1 ; sbit at 0x95 CEX2 ; sbit at 0x96 SCL ; sbit at 0x97 SDA ; #endif #ifdef P1_EXT__T2__CLKOUT__T2EX__INT2__INT6_CC3__INT5_CC2__INT4_CC1__INT3_CC0 sbit at 0x90 INT3_CC0 ; // P1 alternate functions - SAB80515 specific sbit at 0x91 INT4_CC1 ; sbit at 0x92 INT5_CC2 ; sbit at 0x93 INT6_CC3 ; sbit at 0x94 INT2 ; sbit at 0x95 T2EX ; sbit at 0x96 CLKOUT ; sbit at 0x97 T2 ; #endif #ifdef P1_EXT__CT0I__CT1I__CT2I__CT3I__T2__RT2__SCL__SDA #undef P1_EXT__CT0I__CT1I__CT2I__CT3I__T2__RT2__SCL__SDA // Bit registers sbit at 0x90 CT0I ; // Port 1 alternate functions, P80C552 specific sbit at 0x91 CT1I ; sbit at 0x92 CT2I ; sbit at 0x93 CT3I ; sbit at 0x94 T2 ; sbit at 0x95 RT2 ; sbit at 0x96 SCL ; sbit at 0x97 SDA ; #endif #ifdef P1_EXT__x__x__x__x__x__x__T2EX__T2 #undef P1_EXT__x__x__x__x__x__x__T2EX__T2 // P1 alternate functions sbit at 0x90 T2 ; sbit at 0x91 T2EX ; #endif #ifdef P2 #undef P2 sfr at 0xA0 P2 ; // Bit registers sbit at 0xA0 P2_0 ; sbit at 0xA1 P2_1 ; sbit at 0xA2 P2_2 ; sbit at 0xA3 P2_3 ; sbit at 0xA4 P2_4 ; sbit at 0xA5 P2_5 ; sbit at 0xA6 P2_6 ; sbit at 0xA7 P2_7 ; #endif #ifdef P2_EXT__AD15__AD14__AD13__AD12__AD11__AD10__AD9__AD8 #undef P2_EXT__AD15__AD14__AD13__AD12__AD11__AD10__AD9__AD8 // P89C668 specific bit registers at P2: sbit at 0xA0 AD8 ; sbit at 0xA1 AD9 ; sbit at 0xA2 AD10 ; sbit at 0xA3 AD11 ; sbit at 0xA4 AD12 ; sbit at 0xA5 AD13 ; sbit at 0xA6 AD14 ; sbit at 0xA7 AD15 ; #endif #ifdef P3 #undef P3 sfr at 0xB0 P3 ; // Bit registers sbit at 0xB0 P3_0 ; sbit at 0xB1 P3_1 ; sbit at 0xB2 P3_2 ; sbit at 0xB3 P3_3 ; sbit at 0xB4 P3_4 ; sbit at 0xB5 P3_5 ; #ifndef MCS51REG_EXTERNAL_RAM sbit at 0xB6 P3_6 ; sbit at 0xB7 P3_7 ; #endif // alternate names sbit at 0xB0 RXD ; sbit at 0xB0 RXD0 ; sbit at 0xB1 TXD ; sbit at 0xB1 TXD0 ; sbit at 0xB2 INT0 ; sbit at 0xB3 INT1 ; sbit at 0xB4 T0 ; sbit at 0xB5 T1 ; #ifndef MCS51REG_EXTERNAL_RAM sbit at 0xB6 WR ; sbit at 0xB7 RD ; #endif #endif #ifdef P3_EXT__x__x__CEX4__CEX3__x__x__x__x #undef P3_EXT__x__x__CEX4__CEX3__x__x__x__x // P89C668 specific bit registers at P3 (alternate names) sbit at 0xB5 CEX4 ; sbit at 0xB4 CEX3 ; #endif #ifdef P4_AT_0X80 #undef P4_AT_0X80 sfr at 0x80 P4 ; // Port 4 - DS80C390 // Bit registers sbit at 0x80 P4_0 ; sbit at 0x81 P4_1 ; sbit at 0x82 P4_2 ; sbit at 0x83 P4_3 ; sbit at 0x84 P4_4 ; sbit at 0x85 P4_5 ; sbit at 0x86 P4_6 ; sbit at 0x87 P4_7 ; #endif #ifdef P4_AT_0XC0__CMT0__CMT1__CMSR5__CMSR4__CMSR3__CMSR2__CMSR1__CMSR0 #undef P4_AT_0XC0__CMT0__CMT1__CMSR5__CMSR4__CMSR3__CMSR2__CMSR1__CMSR0 sfr at 0xC0 P4 ; // Port 4, P80C552 specific // Bit registers sbit at 0xC0 CMSR0 ; sbit at 0xC1 CMSR1 ; sbit at 0xC2 CMSR2 ; sbit at 0xC3 CMSR3 ; sbit at 0xC4 CMSR4 ; sbit at 0xC5 CMSR5 ; sbit at 0xC6 CMT0 ; sbit at 0xC7 CMT1 ; #endif #ifdef P4_AT_0XC0__P4_7__P4_6__P4_5__P4_3__P4_2__P4_1__P4_0 #undef P4_AT_0XC0__P4_7__P4_6__P4_5__P4_3__P4_2__P4_1__P4_0 sfr at 0xC0 P4 ; // Port 4, T89C51 specific // Bit registers sbit at 0xC0 P4_0 ; sbit at 0xC1 P4_1 ; sbit at 0xC2 P4_2 ; sbit at 0xC3 P4_3 ; sbit at 0xC4 P4_4 ; sbit at 0xC5 P4_5 ; sbit at 0xC6 P4_6 ; sbit at 0xC7 P4_7 ; #endif #ifdef P4_AT_0XE8 #undef P4_AT_0XE8 sfr at 0xE8 P4 ; // Port 4 - SAB80515 & compatible microcontrollers // Bit registers sbit at 0xE8 P4_0 ; sbit at 0xE9 P4_1 ; sbit at 0xEA P4_2 ; sbit at 0xEB P4_3 ; sbit at 0xEC P4_4 ; sbit at 0xED P4_5 ; sbit at 0xEE P4_6 ; sbit at 0xEF P4_7 ; #endif #ifdef P4CNT #undef P4CNT sfr at 0x92 P4CNT ; // DS80C390 // Not directly accessible bits #define P4CNT_0 0x01 #define P4CNT_1 0x02 #define P4CNT_2 0x04 #define P4CNT_3 0x08 #define P4CNT_4 0x10 #define P4CNT_5 0x20 #define SBCAN 0x40 #endif #ifdef P5_AT_0XA1 #undef P5_AT_0XA1 sfr at 0xA1 P5 ; // Port 5 - DS80C390 #endif #ifdef P5_AT_0XE8 #undef P5_AT_0XE8 sfr at 0xE8 P5 ; // Port 5 - T89C51RD2 // Bit registers sbit at 0xE8 P5_0 ; sbit at 0xE9 P5_1 ; sbit at 0xEA P5_2 ; sbit at 0xEB P5_3 ; sbit at 0xEC P5_4 ; sbit at 0xED P5_5 ; sbit at 0xEE P5_6 ; sbit at 0xEF P5_7 ; #endif #ifdef P5CNT #undef P5CNT sfr at 0xA2 P5CNT ; // DS80C390 // Not directly accessible bits #define P5CNT_0 0x01 #define P5CNT_1 0x02 #define P5CNT_2 0x04 #define C0_I_O 0x08 #define C1_I_O 0x10 #define SP1EC 0x20 #define SBCAN0BA 0x40 #define SBCAN1BA 0x80 #endif #ifdef P5_AT_0XC4 #undef P5_AT_0XC4 sfr at 0xC4 P5 ; // Port 5, P80C552 specific // Not directly accessible Bits. #define ADC0 0x01 #define ADC1 0x02 #define ADC2 0x04 #define ADC3 0x08 #define ADC4 0x10 #define ADC5 0x20 #define ADC6 0x40 #define ADC7 0x80 #endif #ifdef P5_AT_0XF8 #undef P5_AT_0XF8 sfr at 0xF8 P5 ; // Port 5 - SAB80515 & compatible microcontrollers // Bit registers sbit at 0xF8 P5_0 ; sbit at 0xF9 P5_1 ; sbit at 0xFA P5_2 ; sbit at 0xFB P5_3 ; sbit at 0xFC P5_4 ; sbit at 0xFD P5_5 ; sbit at 0xFE P5_6 ; sbit at 0xFF P5_7 ; #endif #ifdef P6_AT_0XDB #undef P6_AT_0XDB sfr at 0xDB P6 ; // Port 6 - SAB80515 & compatible microcontrollers #endif #ifdef P6_AT_0XFA #undef P6_AT_0XFA sfr at 0xFA P6 ; // Port 6 - SAB80517 specific #endif #ifdef P7_AT_0XDB #undef P7_AT_0XDB sfr at 0xDB P7 ; // Port 7 - SAB80517 specific #endif #ifdef P8_AT_0XDD #undef P8_AT_0XDD sfr at 0xDD P8 ; // Port 6 - SAB80517 specific #endif #ifdef P9_AT_0XF9 #undef P9_AT_0XF9 sfr at 0xF9 P9; #endif #ifdef PCON__SMOD__x__x__x__x__x__x__x #undef PCON__SMOD__x__x__x__x__x__x__x sfr at 0x87 PCON ; // Not directly accessible PCON bits #define SMOD 0x80 #endif #ifdef PCON__SMOD__x__x__x__GF1__GF0__PD__IDL #undef PCON__SMOD__x__x__x__GF1__GF0__PD__IDL sfr at 0x87 PCON ; // Not directly accessible PCON bits #define IDL 0x01 #define PD 0x02 #define GF0 0x04 #define GF1 0x08 #define SMOD 0x80 #endif #ifdef PCON__SMOD__x__x__WLE__GF1__GF0__PD__IDL #undef PCON__SMOD__x__x__WLE__GF1__GF0__PD__IDL sfr at 0x87 PCON ; // PCON, P80C552 specific // Not directly accessible Bits. #define IDL 0x01 #define IDLE 0x01 /* same as IDL */ #define PD 0x02 #define GF0 0x04 #define GF1 0x08 #define WLE 0x10 #define SMOD 0x80 #endif #ifdef PCON__SMOD__PDS__IDLS__x__x__x__PD__IDL #undef PCON__SMOD__PDS__IDLS__x__x__x__PD__IDL sfr at 0x87 PCON ; // Not directly accessible PCON bits #define IDL 0x01 #define IDLE 0x01 /* same as IDL */ #define PD 0x02 #define PDE 0x02 /* same as PD */ #define IDLS 0x20 #define PDS 0x40 #define SMOD 0x80 // alternate names #define PCON_IDLE 0x01 #define PCON_PDE 0x02 #define PCON_GF0 0x04 #define PCON_GF1 0x08 #define PCON_IDLS 0x20 #define PCON_PDS 0x40 #define PCON_SMOD 0x80 #endif #ifdef PCON__SMOD__POR__PFW__WTR__EPFW__EWT__STOP__IDL #undef PCON__SMOD__POR__PFW__WTR__EPFW__EWT__STOP__IDL sfr at 0x87 PCON ; // Not directly accessible PCON bits #define IDL 0x01 #define IDLE 0x01 /* same as IDL */ #define STOP 0x02 #define EWT 0x04 #define EPFW 0x08 #define WTR 0x10 #define PFW 0x20 #define POR 0x40 #define SMOD 0x80 #endif #ifdef PCON__SMOD__SMOD0__x__x__GF1__GF0__STOP__IDLE #undef PCON__SMOD__SMOD0__x__x__GF1__GF0__STOP__IDLE sfr at 0x87 PCON ; // Not directly accessible PCON bits #define IDL 0x01 #define IDLE 0x01 /* same as IDL */ #define STOP 0x02 #define GF0 0x04 #define GF1 0x08 #define SMOD0 0x40 #define SMOD 0x80 #endif #ifdef PCON__SMOD__SMOD0__OFDF__OFDE__GF1__GF0__STOP__IDLE #undef PCON__SMOD__SMOD0__OFDF__OFDE__GF1__GF0__STOP__IDLE sfr at 0x87 PCON ; // Not directly accessible PCON bits #define IDL 0x01 #define IDLE 0x01 /* same as IDL */ #define STOP 0x02 #define GF0 0x04 #define GF1 0x08 #define OFDE 0x10 #define OFDF 0x20 #define SMOD0 0x40 #define SMOD 0x80 #define SMOD_0 0x80 /* same as SMOD */ #endif #ifdef PCON__SMOD1__SMOD0__x__POF__GF1__GF0__PD__IDL #undef PCON__SMOD1__SMOD0__x__POF__GF1__GF0__PD__IDL sfr at 0x87 PCON ; #define IDL 0x01 #define PD 0x02 #define GF0 0x04 #define GF1 0x08 #define POF 0x10 #define SMOD0 0x40 #define SMOD1 0x80 #endif #ifdef PMR__CD1__CD0__SWB__x__XTOFF__ALEOFF__DME1__DME0 #undef PMR__CD1__CD0__SWB__x__XTOFF__ALEOFF__DME1__DME0 sfr at 0xC4 PMR ; // DS87C520, DS83C520 // Not directly accessible bits #define DME0 0x01 #define DME1 0x02 #define ALEOFF 0x04 #define XTOFF 0x08 #define SWB 0x20 #define CD0 0x40 #define CD1 0x80 #endif #ifdef PMR__CD1__CD0__SWB__CTM__4X_2X__ALEOFF__x__x #undef PMR__CD1__CD0__SWB__CTM__4X_2X__ALEOFF__x__x sfr at 0xC4 PMR ; // DS80C390 // Not directly accessible bits #define ALEOFF 0x04 #define XTOFF 0x08 #define _4X_2X 0x10 #define SWB 0x20 #define CD0 0x40 #define CD1 0x80 #endif #ifdef PMR__CD1__CD0__SWB__CTM__4X_2X__ALEON__DME1__DME0 #undef PMR__CD1__CD0__SWB__CTM__4X_2X__ALEON__DME1__DME0 sfr at 0xC4 PMR ; // DS89C420 // Not directly accessible bits #define DME0 0x01 #define DME1 0x02 #define ALEON 0x04 #define _4X_2X 0x08 #define CTM 0x10 #define SWB 0x20 #define CD0 0x40 #define CD1 0x80 #endif #ifdef PRSC #undef PRSC sfr at 0xB4 PRSC; #endif #ifdef PSW #undef PSW sfr at 0xD0 PSW ; // Bit registers sbit at 0xD0 P ; sbit at 0xD1 F1 ; sbit at 0xD2 OV ; sbit at 0xD3 RS0 ; sbit at 0xD4 RS1 ; sbit at 0xD5 F0 ; sbit at 0xD6 AC ; sbit at 0xD7 CY ; #endif #ifdef PWM0_AT_0XFC #undef PWM0_AT_0XFC sfr at 0xFC PWM0 ; // PWM register 0, P80C552 specific #endif #ifdef PWM1_AT_0XFD #undef PWM1_AT_0XFD sfr at 0xFD PWM1 ; // PWM register 1, P80C552 specific #endif #ifdef PWMP_AT_0XFE #undef PWMP_AT_0XFE sfr at 0xFE PWMP ; // PWM prescaler, P80C552 specific #endif #ifdef RCAP2H #undef RCAP2H sfr at 0xCB RCAP2H ; #endif #ifdef RCAP2L #undef RCAP2L sfr at 0xCA RCAP2L ; #endif #ifdef RNR #undef RNR sfr at 0xCF RNR ; #endif #ifdef ROMSIZE__x__x__x__x__x__RMS2__RMS1__RMS0 #undef ROMSIZE__x__x__x__x__x__RMS2__RMS1__RMS0 sfr at 0xC2 ROMSIZE ; // DS87C520, DS83C520 // Not directly accessible bits #define RSM0 0x01 #define RSM1 0x02 #define RSM2 0x04 #endif #ifdef ROMSIZE__x__x__x__x__PRAME__RMS2__RMS1__RMS0 #undef ROMSIZE__x__x__x__x__PRAME__RMS2__RMS1__RMS0 sfr at 0xC2 ROMSIZE ; // DS89C420 // Not directly accessible bits #define RSM0 0x01 #define RSM1 0x02 #define RSM2 0x04 #define PRAME 0x08 #endif #ifdef ROMSIZE__HBPF__BPF__TE__MOVCX__PRAME__RMS2__RMS1__RMS0 #undef ROMSIZE__HBPF__BPF__TE__MOVCX__PRAME__RMS2__RMS1__RMS0 sfr at 0xC2 ROMSIZE ; // DS87C520, DS83C520 // Not directly accessible bits #define RSM0 0x01 #define RSM1 0x02 #define RSM2 0x04 #define PRAME 0x08 #define MOVCX 0x10 #define TE 0x20 #define BPF 0x40 #define HBPF 0x80 #endif #ifdef RPCTL #undef RPCTL sfr at 0xD8 RPCTL ; // Dallas DS5001 specific sbit at 0xD8 RG0 ; sbit at 0xD9 RPCON ; sbit at 0xDA DMA ; sbit at 0xDB IBI ; sbit at 0xDC AE ; sbit at 0xDD EXBS ; sbit at 0xDF RNR_FLAG ; #endif #ifdef RTE__TP47__TP46__RP45__RP44__RP43__RP42__RP41__RP40 #undef RTE__TP47__TP46__RP45__RP44__RP43__RP42__RP41__RP40 sfr at 0xEF RTE ; // Reset/toggle enable, P80C552 specific // Not directly accessible Bits. #define RP40 0x01 #define RP41 0x02 #define RP42 0x04 #define RP43 0x08 #define RP44 0x10 #define RP45 0x20 #define TP46 0x40 #define TP47 0x80 #endif #ifdef S0BUF #undef S0BUF sfr at 0x99 S0BUF ; // serial channel 0 buffer register SAB80517 specific #endif #ifdef S0CON__SM0__SM1__SM2__REN__TB8__RB8__TI__RI #undef S0CON__SM0__SM1__SM2__REN__TB8__RB8__TI__RI sfr at 0x98 S0CON ; // serial channel 0 control register P80C552 specific // Bit registers // Already defined in SCON //sbit at 0x98 RI0 ; //sbit at 0x99 TI0 ; //sbit at 0x9A RB8 ; //sbit at 0x9B TB8 ; //sbit at 0x9C REN ; //sbit at 0x9D SM2 ; //sbit at 0x9E SM1 ; //sbit at 0x9F SM0 ; #endif #ifdef S0CON__SM0__SM1__SM20__REN0__TB80__RB80__TI0__RI0 #undef S0CON__SM0__SM1__SM20__REN0__TB80__RB80__TI0__RI0 // serial channel 0 buffer register SAB80517 specific(same as stock SCON) sfr at 0x98 S0CON ; sbit at 0x98 RI0 ; sbit at 0x99 TI0 ; sbit at 0x9A RB80 ; sbit at 0x9B TB80 ; sbit at 0x9C REN0 ; sbit at 0x9D SM20 ; sbit at 0x9E SM1 ; sbit at 0x9F SM0 ; #endif #ifdef S0RELL #undef S0RELL sfr at 0xAA S0RELL ; // serial channel 0 reload register low byte SAB80517 specific #endif #ifdef S0RELH #undef S0RELH sfr at 0xBA S0RELH ; // serial channel 0 reload register high byte SAB80517 specific #endif #ifdef S1ADR__x__x__x__x__x__x__x__GC #undef S1ADR__x__x__x__x__x__x__x__GC sfr at 0xDB S1ADR ; // Serial 1 address, P80C552 specific // Not directly accessible Bits. #define GC 0x01 #endif #ifdef S1BUF #undef S1BUF sfr at 0x9C S1BUF ; // serial channel 1 buffer register SAB80517 specific #endif #ifdef S1CON_AT_0X9B #undef S1CON_AT_0X9B sfr at 0x9B S1CON ; // serial channel 1 control register SAB80517 specific #endif #ifdef S1CON__CR2__ENS1__STA__ST0__SI__AA__CR1__CR0 #undef S1CON__CR2__ENS1__STA__ST0__SI__AA__CR1__CR0 sfr at 0xD8 S1CON ; // Serial 1 control, P80C552 specific sfr at 0xD8 SICON ; // sometimes called SICON // Bit register sbit at 0xD8 CR0 ; sbit at 0xD9 CR1 ; sbit at 0xDA AA ; sbit at 0xDB SI ; sbit at 0xDC ST0 ; sbit at 0xDD STA ; sbit at 0xDE ENS1 ; sbit at 0xDF CR2 ; #endif #ifdef S1DAT_AT_0XDA #undef S1DAT_AT_0XDA sfr at 0xDA S1DAT ; // Serial 1 data, P80C552 specific sfr at 0xDA SIDAT ; // sometimes called SIDAT #endif #ifdef S1IST_AT_0XDC #undef S1IST_AT_0XDC // P89C668 specific sfr at 0xDC S1IST ; #endif #ifdef S1RELL #undef S1RELL sfr at 0x9D S1RELL ; // serial channel 1 reload register low byte SAB80517 specific #endif #ifdef S1RELH #undef S1RELH sfr at 0xBB S1RELH ; // serial channel 1 reload register high byte SAB80517 specific #endif #ifdef S1STA__SC4__SC3__SC2__SC1__SC0__x__x__x #undef S1STA__SC4__SC3__SC2__SC1__SC0__x__x__x sfr at 0xD9 S1STA ; // Serial 1 status, P80C552 specific // Not directly accessible Bits. #define SC0 0x08 #define SC1 0x10 #define SC2 0x20 #define SC3 0x40 #define SC4 0x80 #endif #ifdef SADR_AT_0XA9 #undef SADR_AT_0XA9 sfr at 0xA9 SADDR ; #endif #ifdef SADDR0 #undef SADDR0 // DS80C320 specific sfr at 0xA9 SADDR0 ; #endif #ifdef SADDR1 #undef SADDR1 // DS80C320 specific sfr at 0xAA SADDR1 ; #endif #ifdef SADEN_AT_0XB9 #undef SADEN_AT_0XB9 sfr at 0xB9 SADEN ; #endif #ifdef SADEN0 #undef SADEN0 // DS80C320 & DS80C390 specific sfr at 0xB9 SADEN0 ; #endif #ifdef SADEN1 #undef SADEN1 // DS80C320 & DS80C390 specific sfr at 0xBA SADEN1 ; #endif #ifdef SBUF #undef SBUF sfr at 0x99 SBUF ; sfr at 0x99 SBUF0 ; #endif #ifdef SBUF1 #undef SBUF1 // DS80C320 & DS80C390 specific sfr at 0xC1 SBUF1 ; #endif #ifdef SCON #undef SCON sfr at 0x98 SCON ; // Bit registers sbit at 0x98 RI ; sbit at 0x99 TI ; sbit at 0x9A RB8 ; sbit at 0x9B TB8 ; sbit at 0x9C REN ; sbit at 0x9D SM2 ; sbit at 0x9E SM1 ; sbit at 0x9F SM0 ; #endif #ifdef SCON0 #undef SCON0 sfr at 0x98 SCON0 ; // Bit registers sbit at 0x98 RI_0 ; sbit at 0x99 TI_0 ; sbit at 0x9A RB8_0 ; sbit at 0x9B TB8_0 ; sbit at 0x9C REN_0 ; sbit at 0x9D SM2_0 ; sbit at 0x9E SM1_0 ; sbit at 0x9F SM0_0 ; sbit at 0x9F FE_0 ; sbit at 0x9F SM0_FE_0 ; #endif #ifdef SCON1 #undef SCON1 // DS80C320 - 80C390 specific sfr at 0xC0 SCON1 ; // Bit registers sbit at 0xC0 RI_1 ; sbit at 0xC1 TI_1 ; sbit at 0xC2 RB8_1 ; sbit at 0xC3 TB8_1 ; sbit at 0xC4 REN_1 ; sbit at 0xC5 SM2_1 ; sbit at 0xC6 SM1_1 ; sbit at 0xC7 SM0_1 ; sbit at 0xC7 FE_1 ; sbit at 0xC7 SM0_FE_1 ; #endif #ifdef SETMSK #undef SETMSK sfr at 0xA5 SETMSK; #endif #ifdef SP #undef SP sfr at 0x81 SP ; #endif #ifdef SPCR #undef SPCR sfr at 0xD5 SPCR ; // AT89S53 specific // Not directly accesible bits #define SPR0 0x01 #define SPR1 0x02 #define CPHA 0x04 #define CPOL 0x08 #define MSTR 0x10 #define DORD 0x20 #define SPE 0x40 #define SPIE 0x80 #endif #ifdef SPDR #undef SPDR sfr at 0x86 SPDR ; // AT89S53 specific // Not directly accesible bits #define SPD_0 0x01 #define SPD_1 0x02 #define SPD_2 0x04 #define SPD_3 0x08 #define SPD_4 0x10 #define SPD_5 0x20 #define SPD_6 0x40 #define SPD_7 0x80 #endif #ifdef SPSR #undef SPSR sfr at 0xAA SPSR ; // AT89S53 specific // Not directly accesible bits #define SPIF 0x40 #define WCOL 0x80 #endif #ifdef SRELH #undef SRELH sfr at 0xBA SRELH ; // Baudrate generator reload high #endif #ifdef SRELL #undef SRELL sfr at 0xAA SRELL ; // Baudrate generator reload low #endif #ifdef STATUS__PIP__HIP__LIP__x__x__x__x__x #undef STATUS__PIP__HIP__LIP__x__x__x__x__x // DS80C320 specific sfr at 0xC5 STATUS ; // Not directly accessible Bits. DS80C320 specific #define LIP 0x20 #define HIP 0x40 #define PIP 0x80 #endif #ifdef STATUS__PIP__HIP__LIP__x__SPTA1__SPRA1__SPTA0__SPRA0 #undef STATUS__PIP__HIP__LIP__x__SPTA1__SPRA1__SPTA0__SPRA0 sfr at 0xC5 STATUS ; // DS80C390 specific // Not directly accessible Bits. #define SPRA0 0x01 #define SPTA0 0x02 #define SPRA1 0x04 #define SPTA1 0x08 #define LIP 0x20 #define HIP 0x40 #define PIP 0x80 #endif #ifdef STATUS__PIS2__PIS1__PIS0__x__SPTA1__SPRA1__SPTA0__SPRA0 #undef STATUS__PIS2__PIS1__PIS0__x__SPTA1__SPRA1__SPTA0__SPRA0 sfr at 0xC5 STATUS ; // DS89C420 specific // Not directly accessible Bits. #define SPRA0 0x01 #define SPTA0 0x02 #define SPRA1 0x04 #define SPTA1 0x08 #define PIS0 0x20 #define PIS1 0x40 #define PIS2 0x80 #endif #ifdef STATUS__PIP__HIP__LIP__x__SPTA1__SPRA1__SPTA0__SPRA0 #undef STATUS__PIP__HIP__LIP__x__SPTA1__SPRA1__SPTA0__SPRA0 sfr at 0xC5 STATUS ; // DS80C390 specific // Not directly accessible Bits. #define SPRA0 0x01 #define SPTA0 0x02 #define SPRA1 0x04 #define SPTA1 0x08 #define LIP 0x20 #define HIP 0x40 #define PIP 0x80 #endif #ifdef STATUS__PIP__HIP__LIP__XTUP__SPTA2__SPTA1__SPTA0__SPRA0 #undef STATUS__PIP__HIP__LIP__XTUP__SPTA2__SPTA1__SPTA0__SPRA0 sfr at 0xC5 STATUS ; // DS87C520 & DS83520specific // Not directly accessible Bits. #define SPRA0 0x01 #define SPTA0 0x02 #define SPTA1 0x04 #define SPTA2 0x08 #define XTUP 0x10 #define LIP 0x20 #define HIP 0x40 #define PIP 0x80 #endif #ifdef STATUS__ST7__ST6__ST5__ST4__IA0__F0__IBF__OBF #undef STATUS__ST7__ST6__ST5__ST4__IA0__F0__IBF__OBF sfr at 0xDA STATUS ; // DS5001specific // Not directly accessible Bits. #define OBF 0x01 #define IBF 0x02 #define F0 0x04 #define IA0 0x08 #define ST4 0x10 #define ST5 0x20 #define ST6 0x40 #define ST7 0x80 #endif #ifdef STE__TG47__TG46__SP45__SP44__SP43__SP42__SP41__SP40 #undef STE__TG47__TG46__SP45__SP44__SP43__SP42__SP41__SP40 sfr at 0xEE STE ; // Set enable, P80C552 specific // Not directly accessible Bits. #define SP40 0x01 #define SP41 0x02 #define SP42 0x04 #define SP43 0x08 #define SP44 0x10 #define SP45 0x20 #define TG46 0x40 #define TG47 0x80 #endif #ifdef SYSCON #undef SYSCON sfr at 0xB1 SYSCON ; // XRAM Controller Access Control // SYSCON bits #define SYSCON_XMAP0 0x01 #define SYSCON_XMAP1 0x02 #define SYSCON_RMAP 0x10 #define SYSCON_EALE 0x20 #endif #ifdef SYSCON1 #undef SYSCON1 sfr at 0xB2 SYSCON1; #endif #ifdef T2 #undef T2 sfr at 0xCC T2; #endif #ifdef T2CON__TF2__EXF2__RCLK__TCLK__EXEN2__TR2__C_T2__CP_RL2 #undef T2CON__TF2__EXF2__RCLK__TCLK__EXEN2__TR2__C_T2__CP_RL2 sfr at 0xC8 T2CON ; // Definitions for the 8052 compatible microcontrollers. // Bit registers sbit at 0xC8 CP_RL2 ; sbit at 0xC9 C_T2 ; sbit at 0xCA TR2 ; sbit at 0xCB EXEN2 ; sbit at 0xCC TCLK ; sbit at 0xCD RCLK ; sbit at 0xCE EXF2 ; sbit at 0xCF TF2 ; // alternate names sbit at 0xC8 T2CON_0 ; sbit at 0xC9 T2CON_1 ; sbit at 0xCA T2CON_2 ; sbit at 0xCB T2CON_3 ; sbit at 0xCC T2CON_4 ; sbit at 0xCD T2CON_5 ; sbit at 0xCE T2CON_6 ; sbit at 0xCF T2CON_7 ; #endif #ifdef T2CON__T2PS__I3FR__I2FR__T2R1__T2R0__T2CM__T2I1__T2I0 #undef T2CON__T2PS__I3FR__I2FR__T2R1__T2R0__T2CM__T2I1__T2I0 sfr at 0xC8 T2CON ; // Definitions for the Infineon / Siemens SAB80515, SAB80515A, SAB80517 // Bit registers sbit at 0xC8 T2I0 ; sbit at 0xC9 T2I1 ; sbit at 0xCA T2CM ; sbit at 0xCB T2R0 ; sbit at 0xCC T2R1 ; sbit at 0xCD I2FR ; sbit at 0xCE I3FR ; sbit at 0xCF T2PS ; // alternate names sbit at 0xC8 T2CON_0 ; sbit at 0xC9 T2CON_1 ; sbit at 0xCA T2CON_2 ; sbit at 0xCB T2CON_3 ; sbit at 0xCC T2CON_4 ; sbit at 0xCD T2CON_5 ; sbit at 0xCE T2CON_6 ; sbit at 0xCF T2CON_7 ; #endif #ifdef T2MOD__x__x__x__D13T1__D13T2__x__T2OE__DCEN #undef T2MOD__x__x__x__D13T1__D13T2__x__T2OE__DCEN // Definitions for the timer/counter 2 of the Atmel & Dallas microcontrollers sfr at 0xC9 T2MOD ; // Not not directly accessible T2MOD bits #define DCEN 0x01 #define T2OE 0x02 #define D13T2 0x08 #define D13T1 0x10 #endif #ifdef T2MOD__x__x__x__x__x__x__T2OE__DCEN #undef T2MOD__x__x__x__x__x__x__T2OE__DCEN // Definitions for the timer/counter 2 of the Atmel 89x52 microcontroller sfr at 0xC9 T2MOD ; // Not not directly accessible T2MOD bits #define DCEN 0x01 #define T2OE 0x02 // Alternate names #define DCEN_ 0x01 #define T2OE_ 0x02 #endif #ifdef T3_AT_0XFF #undef T3_AT_0XFF sfr at 0xFF T3 ; // Timer 3, P80C552 specific #endif #ifdef TA #undef TA // DS500x, DS80C320 & DS80C390 specific sfr at 0xC7 TA ; #endif #ifdef TCON #undef TCON sfr at 0x88 TCON ; // Bit registers sbit at 0x88 IT0 ; sbit at 0x89 IE0 ; sbit at 0x8A IT1 ; sbit at 0x8B IE1 ; sbit at 0x8C TR0 ; sbit at 0x8D TF0 ; sbit at 0x8E TR1 ; sbit at 0x8F TF1 ; #endif #ifdef TH0 #undef TH0 sfr at 0x8C TH0 ; #endif #ifdef TH1 #undef TH1 sfr at 0x8D TH1 ; #endif #ifdef TH2 #undef TH2 sfr at 0xCD TH2 ; #endif #ifdef TL0 #undef TL0 sfr at 0x8A TL0 ; #endif #ifdef TL1 #undef TL1 sfr at 0x8B TL1 ; #endif #ifdef TL2 #undef TL2 sfr at 0xCC TL2 ; #endif #ifdef TMOD #undef TMOD sfr at 0x89 TMOD ; // Not directly accessible TMOD bits #define T0_M0 0x01 #define T0_M1 0x02 #define T0_CT 0x04 #define T0_GATE 0x08 #define T1_M0 0x10 #define T1_M1 0x20 #define T1_CT 0x40 #define T1_GATE 0x80 #define T0_MASK 0x0F #define T1_MASK 0xF0 #endif #ifdef TM2CON__T2IS1__T2IS0__T2ER__T2B0__T2P1__T2P0__T2MS1__T2MS0 #undef TM2CON__T2IS1__T2IS0__T2ER__T2B0__T2P1__T2P0__T2MS1__T2MS0 sfr at 0xEA TM2CON ; // Timer 2 control, P80C552 specific // Not directly accessible Bits. #define T2MS0 0x01 #define T2MS1 0x02 #define T2P0 0x04 #define T2P1 0x08 #define T2B0 0x10 #define T2ER 0x20 #define T2IS0 0x40 #define T2IS1 0x80 #endif #ifdef TM2IR__T20V__CMI2__CMI1__CMI0__CTI3__CTI2__CTI1__CTI0 #undef TM2IR__T20V__CMI2__CMI1__CMI0__CTI3__CTI2__CTI1__CTI0 sfr at 0xC8 TM2IR ; // Timer 2 int flag reg, P80C552 specific // Bit register sbit at 0xC8 CTI0 ; sbit at 0xC9 CTI1 ; sbit at 0xCA CTI2 ; sbit at 0xCB CTI3 ; sbit at 0xCC CMI0 ; sbit at 0xCD CMI1 ; sbit at 0xCE CMI2 ; sbit at 0xCF T20V ; #endif #ifdef TMH2_AT_0XED #undef TMH2_AT_0XED sfr at 0xED TMH2 ; // Timer high 2, P80C552 specific #endif #ifdef TML2_AT_0XEC #undef TML2_AT_0XEC sfr at 0xEC TML2 ; // Timer low 2, P80C552 specific #endif #ifdef WCON #undef WCON sfr at 0x96 WCON ; // AT89S53 specific // Not directly accesible bits #define WDTEN 0x01 #define WDTRST 0x02 #define DPS 0x04 #define PS0 0x20 #define PS1 0x40 #define PS2 0x80 #endif #ifdef WDCON #undef WDCON // DS80C320 - 390, DS89C420, etc. specific sfr at 0xD8 WDCON ; // Bit registers sbit at 0xD8 RWT ; sbit at 0xD9 EWT ; sbit at 0xDA WTRF ; sbit at 0xDB WDIF ; sbit at 0xDC PFI ; sbit at 0xDD EPFI ; sbit at 0xDE POR ; sbit at 0xDF SMOD_1 ; #endif #ifdef WDTPRG_AT_0XA7 #undef WDTPRG_AT_0XA7 sfr at 0xA7 WDTPRG ; #define WDTRPRG_S0 0x01 #define WDTRPRG_S1 0x02 #define WDTRPRG_S2 0x04 #endif #ifdef WDTREL #undef WDTREL sfr at 0x86 WDTREL ; // Watchdof Timer reload register #endif #ifdef WDTRST_AT_0XA6 #undef WDTRST_AT_0XA6 sfr at 0xA6 WDTRST ; #endif #ifdef XPAGE #undef XPAGE sfr at 0x91 XPAGE ; // Page Address Register for Extended On-Chip Ram - Infineon / Siemens SAB80515A specific #endif ///////////////////////// /// Interrupt vectors /// ///////////////////////// // Interrupt numbers: address = (number * 8) + 3 #define IE0_VECTOR 0 // 0x03 external interrupt 0 #define TF0_VECTOR 1 // 0x0b timer 0 #define IE1_VECTOR 2 // 0x13 external interrupt 1 #define TF1_VECTOR 3 // 0x1b timer 1 #define SI0_VECTOR 4 // 0x23 serial port 0 #ifdef MICROCONTROLLER_AT89S53 #define TF2_VECTOR 5 /* 0x2B timer 2 */ #define EX2_VECTOR 5 /* 0x2B external interrupt 2 */ #endif #ifdef MICROCONTROLLER_AT89X52 #define TF2_VECTOR 5 /* 0x2B timer 2 */ #define EX2_VECTOR 5 /* 0x2B external interrupt 2 */ #endif #ifdef MICROCONTROLLER_AT89X55 #define TF2_VECTOR 5 /* 0x2B timer 2 */ #define EX2_VECTOR 5 /* 0x2B external interrupt 2 */ #endif #ifdef MICROCONTROLLER_DS5000 #define PFW_VECTOR 5 /* 0x2B */ #endif #ifdef MICROCONTROLLER_DS5001 #define PFW_VECTOR 5 /* 0x2B */ #endif #ifdef MICROCONTROLLER_DS80C32X #define TF2_VECTOR 5 /* 0x2B */ #define PFI_VECTOR 6 /* 0x33 */ #define SIO1_VECTOR 7 /* 0x3B */ #define IE2_VECTOR 8 /* 0x43 */ #define IE3_VECTOR 9 /* 0x4B */ #define IE4_VECTOR 10 /* 0x53 */ #define IE5_VECTOR 11 /* 0x5B */ #define WDI_VECTOR 12 /* 0x63 */ #endif #ifdef MICROCONTROLLER_DS89C420 #define TF2_VECTOR 5 /* 0x2B */ #define PFI_VECTOR 6 /* 0x33 */ #define SIO1_VECTOR 7 /* 0x3B */ #define IE2_VECTOR 8 /* 0x43 */ #define IE3_VECTOR 9 /* 0x4B */ #define IE4_VECTOR 10 /* 0x53 */ #define IE5_VECTOR 11 /* 0x5B */ #define WDI_VECTOR 12 /* 0x63 */ #endif #ifdef MICROCONTROLLER_DS8XC520 #define TF2_VECTOR 5 /* 0x2B */ #define PFI_VECTOR 6 /* 0x33 */ #define SIO1_VECTOR 7 /* 0x3B */ #define IE2_VECTOR 8 /* 0x43 */ #define IE3_VECTOR 9 /* 0x4B */ #define IE4_VECTOR 10 /* 0x53 */ #define IE5_VECTOR 11 /* 0x5B */ #define WDI_VECTOR 12 /* 0x63 */ #endif #ifdef MICROCONTROLLER_P80C552 #define SIO1_VECTOR 5 // 0x2B SIO1 (I2C) #define CT0_VECTOR 6 // 0x33 T2 capture 0 #define CT1_VECTOR 7 // 0x3B T2 capture 1 #define CT2_VECTOR 8 // 0x43 T2 capture 2 #define CT3_VECTOR 9 // 0x4B T2 capture 3 #define ADC_VECTOR 10 // 0x53 ADC completion #define CM0_VECTOR 11 // 0x5B T2 compare 0 #define CM1_VECTOR 12 // 0x63 T2 compare 1 #define CM2_VECTOR 13 // 0x6B T2 compare 2 #define TF2_VECTOR 14 // 0x73 T2 overflow #endif #ifdef MICROCONTROLLER_P89C668 #define SIO1_VECTOR 5 // 0x2b SIO1 (i2c) #define PCA_VECTOR 6 // 0x33 (Programmable Counter Array) #define TF2_VECTOR 7 // 0x3B (Timer 2) #endif #ifdef MICROCONTROLLER_SAB80509 #define RI0_VECTOR 4 // 0x23 serial port 0 #define TI0_VECTOR 4 // 0x23 serial port 0 #define TF2_VECTOR 5 // 0x2B timer 2 #define EX2_VECTOR 5 // 0x2B external interrupt 2 // 0x33 // 0x3B #define IADC_VECTOR 8 // 0x43 A/D converter interrupt #define IEX2_VECTOR 9 // 0x4B external interrupt 2 #define IEX3_VECTOR 10 // 0x53 external interrupt 3 #define IEX4_VECTOR 11 // 0x5B external interrupt 4 #define IEX5_VECTOR 12 // 0x63 external interrupt 5 #define IEX6_VECTOR 13 // 0x6B external interrupt 6 // 0x73 not used // 0x7B not used #define SI1_VECTOR 16 // 0x83 serial port 1 #define RI1_VECTOR 16 // 0x83 serial port 1 #define TI1_VECTOR 16 // 0x83 serial port 1 // 0x8B not used #define ICM_VECTOR 18 // 0x93 compare registers CM0-CM7 #define CTF_VECTOR 19 // 0x9B compare time overflow #define ICS_VECTOR 20 // 0xA3 compare register COMSET #define ICR_VECTOR 21 // 0xAB compare register COMCLR #define ICC_VECTOR 26 // 0xD3 compare event interrupt ICC10-ICC17 #define CT1_VECTOR 27 // 0xDB compare timer 1 oveflow #endif #ifdef MICROCONTROLLER_SAB80515 #define TF2_VECTOR 5 // 0x2B timer 2 #define EX2_VECTOR 5 // 0x2B external interrupt 2 #define IADC_VECTOR 8 // 0x43 A/D converter interrupt #define IEX2_VECTOR 9 // 0x4B external interrupt 2 #define IEX3_VECTOR 10 // 0x53 external interrupt 3 #define IEX4_VECTOR 11 // 0x5B external interrupt 4 #define IEX5_VECTOR 12 // 0x63 external interrupt 5 #define IEX6_VECTOR 13 // 0x6B external interrupt 6 #endif #ifdef MICROCONTROLLER_SAB80515A #define TF2_VECTOR 5 // 0x2B timer 2 #define EX2_VECTOR 5 // 0x2B external interrupt 2 #define IADC_VECTOR 8 // 0x43 A/D converter interrupt #define IEX2_VECTOR 9 // 0x4B external interrupt 2 #define IEX3_VECTOR 10 // 0x53 external interrupt 3 #define IEX4_VECTOR 11 // 0x5B external interrupt 4 #define IEX5_VECTOR 12 // 0x63 external interrupt 5 #define IEX6_VECTOR 13 // 0x6B external interrupt 6 #endif #ifdef MICROCONTROLLER_SAB80517 #define TF2_VECTOR 5 // 0x2B timer 2 #define EX2_VECTOR 5 // 0x2B external interrupt 2 #define IADC_VECTOR 8 // 0x43 A/D converter interrupt #define IEX2_VECTOR 9 // 0x4B external interrupt 2 #define IEX3_VECTOR 10 // 0x53 external interrupt 3 #define IEX4_VECTOR 11 // 0x5B external interrupt 4 #define IEX5_VECTOR 12 // 0x63 external interrupt 5 #define IEX6_VECTOR 13 // 0x6B external interrupt 6 // 0x73 not used // 0x7B not used #define SI1_VECTOR 16 // 0x83 serial port 1 // 0x8B not used // 0x93 not used #define COMPARE_VECTOR 19 // 0x9B compare #endif #ifdef MICROCONTORLLER_T89C51RD2 #define TF2_VECTOR 5 /* 0x2B timer 2 */ #define PCA_VECTOR 6 /* 0x33 Programmable Counter Array interrupt */ #endif /* MICROCONTORLLER_T89C51RD2 */ #endif // End of the header -> #ifndef MCS51REG_H sdcc-2.9.0/device/include/mcs51/msc1210.h000066400000000000000000000522011116427777700175320ustar00rootroot00000000000000/*-------------------------------------------------------------------------- * Register Declarations for Texas Intruments MSC12xx MCU family * * Written By - Philippe Latu / philippe.latu(at)linux-france.org * $Id: msc1210.h 4776 2007-04-29 13:15:51Z borutr $ * * Copyright (C) 2006 Philippe Latu * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; either * version 2.1 of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with this library; if not, write to the Free Software * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA * *---------------------------------------------------------------------------*/ #ifndef __MSC1210_H__ #define __MSC1210_H__ /* BYTE Registers with bit definitions */ __sfr __at (0x80) P0; /* Port 0 */ __sfr __at (0x81) SP; /* Stack Pointer */ __sfr __at (0x82) DPL; /* Data Pointer 0: low byte */ __sfr __at (0x82) DPL0; /* Data Pointer 0: low byte */ __sfr __at (0x83) DPH; /* Data Pointer 0: high byte */ __sfr __at (0x83) DPH0; /* Data Pointer 0: high byte */ __sfr __at (0x84) DPL1; /* Data Pointer 1: low byte */ __sfr __at (0x85) DPH1; /* Data Pointer 1: high byte */ __sfr __at (0x86) DPS; /* Data Pointer Select */ __sfr __at (0x87) PCON; /* Power Control */ __sfr __at (0x88) TCON; /* Timer Control */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* |TF1|TR1|TF0|TR0|IE1|IT1|IE0|IT0| */ __sbit __at (0x88) IT0; /* External Interrupt 0 Type */ __sbit __at (0x89) IE0; /* External Interrupt 0 Edge Flag */ __sbit __at (0x8a) IT1; /* External Interrupt 1 Type */ __sbit __at (0x8b) IE1; /* External Interrupt 1 Edge Flag */ __sbit __at (0x8c) TR0; /* Timer 0 On/Off Control */ __sbit __at (0x8d) TF0; /* Timer 0 Overflow Flag */ __sbit __at (0x8e) TR1; /* Timer 1 On/Off Control */ __sbit __at (0x8f) TF1; /* Timer 1 Overflow Flag */ __sfr __at (0x89) TMOD; /* Timer Mode */ __sfr __at (0x8a) TL0; /* Timer 0: low byte */ __sfr __at (0x8b) TL1; /* Timer 1: low byte */ __sfr __at (0x8c) TH0; /* Timer 0: high byte */ __sfr __at (0x8d) TH1; /* Timer 1: high byte */ __sfr __at (0x8e) CKCON; /* Clock Control */ __sfr __at (0x8f) MWS; /* Memory Write Select */ __sfr __at (0x90) P1; /* Port 1 */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* | | | | | | |T2EX|T2 | */ __sbit __at (0x90) T2; /* Timer 2 External Input */ __sbit __at (0x91) T2EX; /* Timer 2 Capture/Reload */ __sfr __at (0x91) EXIF; /* External Interrupt Flag */ __sfr __at (0x92) MPAGE; /* Memory Page */ __sfr __at (0x92) _XPAGE; /* XDATA/PDATA PAGE */ __sfr __at (0x93) CADDR; /* Configuration Address Register */ __sfr __at (0x94) CDATA; /* Configuration Data Register */ __sfr __at (0x95) MCON; /* Memory Configuration */ __sfr __at (0x98) SCON; /* Serial Control 0 */ __sfr __at (0x98) SCON0; /* Serial Control 0 */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* |SM0|SM1|SM2|REN|TB8|RB8|TI |RI | */ __sbit __at (0x98) RI; /* Receive Interrupt Flag */ __sbit __at (0x98) RI0; /* Receive Interrupt Flag */ __sbit __at (0x98) RI_0; /* Receive Interrupt Flag */ __sbit __at (0x99) TI; /* Transmit Interrupt Flag */ __sbit __at (0x99) TI0; /* Transmit Interrupt Flag */ __sbit __at (0x99) TI_0; /* Transmit Interrupt Flag */ __sbit __at (0x9a) RB8; /* Receive Bit 8 */ __sbit __at (0x9a) RB8_0; /* Receive Bit 8 */ __sbit __at (0x9b) TB8; /* Transmit Bit 8 */ __sbit __at (0x9b) TB8_0; /* Transmit Bit 8 */ __sbit __at (0x9c) REN; /* Receive Enable */ __sbit __at (0x9c) REN_0; /* Receive Enable */ __sbit __at (0x9d) SM2; /* Multiprocessor Communication Enable*/ __sbit __at (0x9d) SM2_0; /* Multiprocessor Communication Enable*/ __sbit __at (0x9e) SM1; /* Serial Port Select Mode 1 */ __sbit __at (0x9e) SM1_0; /* Serial Port Select Mode 1 */ __sbit __at (0x9f) SM0; /* Serial Port Select Mode 0 */ __sbit __at (0x9f) SM0_0; /* Serial Port Select Mode 0 */ __sfr __at (0x99) SBUF; /* Serial Buffer 0 */ __sfr __at (0x99) SBUF0; /* Serial Buffer 0 */ __sfr __at (0x9a) SPICON; /* SPI Control */ __sfr __at (0x9a) I2CCON; /* I2C Control */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* |SCLK2|SCLK1|SCLK0|FIFO|ORDER|MSTR|CPHA|CPOL| */ __sbit __at (0x9a) CPOL; /* Serial Clock Polarity */ __sbit __at (0x9b) CPHA; /* Serial Clock Phase Control */ __sbit __at (0x9c) MSTR; /* Set Master Mode */ __sbit __at (0x9d) ORDER; /* Set Bit Order Transmit/Receive */ __sbit __at (0x9e) FIFO; /* Enable Fifo Buffer */ __sbit __at (0x9f) SCLK0; /* Clock Divider Select 0 */ __sbit __at (0xa0) SCLK1; /* Clock Divider Select 1 */ __sbit __at (0xa1) SCLK2; /* Clock Divider Select 2 */ __sfr __at (0x9b) SPIDATA; /* SPI Data */ __sfr __at (0x9b) I2CDATA; /* I2C Data */ __sfr __at (0x9c) SPIRCON; /* SPI Receive Control */ __sfr __at (0x9c) I2CGM; /* I2C GM Register */ __sfr __at (0x9d) SPITCON; /* SPI Transmit Control */ __sfr __at (0x9d) I2CSTAT; /* I2C Status */ __sfr __at (0x9e) SPISTART; /* SPI Buffer Start Address */ __sfr __at (0x9e) I2CSTART; /* I2C Start */ __sfr __at (0x9f) SPIEND; /* SPI Buffer End Address */ __sfr __at (0xa0) P2; /* Port 2 */ __sfr __at (0xa1) PWMCON; /* PWM Control */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* | | |PPOL|PWMSEL|SPDSEL|TPCNTL2|TPCNTL1|TPCNTL0| */ __sbit __at (0xa1) TPCNTL0; /* Generator Control */ __sbit __at (0xa2) TPCNTL1; /* Generator Control */ __sbit __at (0xa3) TPCNTL2; /* Generator Control */ __sbit __at (0xa4) SPDSEL; /* Speed Selection */ __sbit __at (0xa5) PWMSEL; /* PWM Register Select */ __sbit __at (0xa6) PPOL; /* Period Polarity */ __sfr __at (0xa2) PWMLOW; /* PWM low byte */ __sfr __at (0xa2) TONELOW; /* Tone low byte */ __sfr __at (0xa3) PWMHI; /* PWM high byte */ __sfr __at (0xa3) TONEHI; /* Tone high byte */ __sfr __at (0xa4) AIPOL; /* Auxiliary Interrupt Poll */ __sfr __at (0xa5) PAI; /* Pending Auxiliary Interrupt */ __sfr __at (0xa6) AIE; /* Auxiliary Interrupt Enable */ __sfr __at (0xa7) AISTAT; /* Auxiliary Interrupt Status */ __sfr __at (0xa8) IE; /* Interrupt Enable */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* |EA |ES1|ET2|ES0|ET1|EX1|ET0|EX0| */ __sbit __at (0xa8) EX0; /* Enable External Interrupt 0 */ __sbit __at (0xa9) ET0; /* Enable Timer 0 Interrupt */ __sbit __at (0xaa) EX1; /* Enable External Interrupt 1 */ __sbit __at (0xab) ET1; /* Enable Timer 1 Interrupt */ __sbit __at (0xac) ES0; /* Enable Serial Port 0 Interrupt */ __sbit __at (0xad) ET2; /* Enable Timer 2 Interrupt */ __sbit __at (0xae) ES1; /* Enable Serial Port 1 Interrupt */ __sbit __at (0xaf) EA; /* Global Interrupt Enable */ __sfr __at (0xa9) BPCON; /* Breakpoint Control */ __sfr __at (0xaa) BPL; /* Breakpoint Address Low */ __sfr __at (0xab) BPH; /* Breakpoint Address High */ __sfr __at (0xac) P0DDRL; /* Port 0 Data Direction Low */ __sfr __at (0xad) P0DDRH; /* Port 0 Data Direction High */ __sfr __at (0xae) P1DDRL; /* Port 1 Data Direction Low */ __sfr __at (0xaf) P1DDRH; /* Port 1 Data Direction High */ __sfr __at (0xb0) P3; /* Port 3 */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* |RD |WR |T1 |T0 |INT1|INT0|TXD|RXD| */ __sbit __at (0xb0) RXD; /* Serial Port 0 Receive */ __sbit __at (0xb0) RXD0; /* Serial Port 0 Receive */ __sbit __at (0xb1) TXD; /* Serial Port 0 Transmit */ __sbit __at (0xb1) TXD0; /* Serial Port 0 Transmit */ __sbit __at (0xb2) INT0; /* External Interrupt 0 */ __sbit __at (0xb3) INT1; /* External Interrupt 1 */ __sbit __at (0xb4) T0; /* Timer 0 External Input */ __sbit __at (0xb5) T1; /* Timer 1 External Input */ __sbit __at (0xb6) WR; /* External Memory Write Strobe */ __sbit __at (0xb7) RD; /* External Memory Read Strobe */ __sfr __at (0xb1) P2DDRL; /* Port 2 Data Direction Low */ __sfr __at (0xb2) P2DDRH; /* Port 2 Data Direction High */ __sfr __at (0xb3) P3DDRL; /* Port 3 Data Direction Low */ __sfr __at (0xb4) P3DDRH; /* Port 3 Data Direction High */ __sfr __at (0xb5) DACL; /* Digital-to-Analog Converter Low */ __sfr __at (0xb6) DACH; /* Digital-to-Analog Converter High */ __sfr __at (0xb7) DACSEL; /* Digital-to-Analog Converter Select */ __sfr __at (0xb8) IP; /* Interrupt Priority */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* | | |PT2|PS |PT1|PX1|PT0|PX0| */ __sbit __at (0xb8) PX0; /* External Interrupt 0 */ __sbit __at (0xb9) PT0; /* Timer 0 */ __sbit __at (0xba) PX1; /* External Interrupt 1 */ __sbit __at (0xbb) PT1; /* Timer 1 */ __sbit __at (0xbc) PS; /* Serial Port */ __sbit __at (0xbd) PT2; /* Timer 2 */ __sfr __at (0xc0) SCON1; /* Serial Control 1 */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* |SM0|SM1|SM2|REN|TB8|RB8|TI |RI | */ __sbit __at (0xc0) RI1; /* Receive Interrupt Flag */ __sbit __at (0xc0) RI_1; /* Receive Interrupt Flag */ __sbit __at (0xc1) TI1; /* Transmit Interrupt Flag */ __sbit __at (0xc1) TI_1; /* Transmit Interrupt Flag */ __sbit __at (0xc2) RB8_1; /* Receive Bit 8 */ __sbit __at (0xc3) TB8_1; /* Transmit Bit 8 */ __sbit __at (0xc4) REN_1; /* Receive Enable */ __sbit __at (0xc5) SM2_1; /* Multiprocessor Communication Enable*/ __sbit __at (0xc6) SM1_1; /* Serial Port Select Mode 1 */ __sbit __at (0xc7) SM0_1; /* Serial Port Select Mode 0 */ __sfr __at (0xc1) SBUF1; /* Serial Buffer 1 */ __sfr __at (0xc6) EWU; /* Enable Wake Up */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* | | | | | |EWUEX1|EWUEX0|EWUWDT| */ __sbit __at (0xc6) EWUWDT; /* Enable Watchdog Interrupt */ __sbit __at (0xc7) EWUEX0; /* Enable External Interrupt 0 */ __sbit __at (0xc8) EWUEX1; /* Enable External Interrupt 1 */ __sfr __at (0xc7) SYSCLK; /* System Clock Divider */ __sfr __at (0xc8) T2CON; /* Timer 2 Control */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* |TF2|EXF2|RCLK|TCLK|EXEN2|TR2|C_T2|CP_RL2 | */ __sbit __at (0xc8) CP_RL2; /* Capture/Reload Flag */ __sbit __at (0xc9) C_T2; /* Overflow Flag */ __sbit __at (0xca) TR2; /* Timer Run */ __sbit __at (0xcb) EXEN2; /* Timer External Enable */ __sbit __at (0xcc) TCLK; /* Transmit Clock Flag */ __sbit __at (0xcd) RCLK; /* Receive Clock Flag */ __sbit __at (0xce) EXF2; /* External Flag */ __sbit __at (0xcf) TF2; /* Overflow Flag */ __sfr __at (0xca) RCAP2L; /* Timer 2 Capture Low */ __sfr __at (0xcb) RCAP2H; /* Timer 2 Capture High */ __sfr __at (0xcc) TL2; /* Timer 2 Low byte */ __sfr __at (0xcd) TH2; /* Timer 2 High byte */ __sfr __at (0xd0) PSW; /* Program Status Word */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* |CY |AC |F0 |RS1|RS0|OV |F1 |P | */ __sbit __at (0xd0) P; /* Parity Flag */ __sbit __at (0xd1) F1; /* General Purpose User Flag 1 */ __sbit __at (0xd2) OV; /* Overflow Flag */ __sbit __at (0xd3) RS0; /* Register Bank Select 0 Flag */ __sbit __at (0xd4) RS1; /* Register Bank Select 1 Flag */ __sbit __at (0xd5) F0; /* General Purpose User Flag 0 */ __sbit __at (0xd6) AC; /* Auxiliary Carry Flag */ __sbit __at (0xd7) CY; /* Carry Flag */ __sfr __at (0xd1) OCL; /* (ADC) Offset Calibration Low byte */ __sfr __at (0xd2) OCM; /* (ADC) Offset Calibration Middle byte */ __sfr __at (0xd3) OCH; /* (ADC) Offset Calibration High byte */ __sfr __at (0xd4) GCL; /* (ADC) Gain Low byte */ __sfr __at (0xd5) GCM; /* (ADC) Gain Middle byte */ __sfr __at (0xd6) GCH; /* (ADC) Gain High byte */ __sfr __at (0xd7) ADMUX; /* ADC Multiplexer Register */ __sfr __at (0xd8) EICON; /* Enable Interrupt Control */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* |SMOD1| |EAI|AI |WDTI| | | | */ __sbit __at (0xdb) WDTI; /* Watchdog Timer Interrupt Flag */ __sbit __at (0xdc) AI; /* Auxiliary Interrupt Flag */ __sbit __at (0xdd) EAI; /* Enable Auxiliary Interrupt */ __sbit __at (0xdf) SMOD1; /* Serial Port 1 Mode */ __sfr __at (0xd9) ADRESL; /* ADC Conversion Result Low byte */ __sfr __at (0xda) ADRESM; /* ADC Conversion Result Middle byte */ __sfr __at (0xdb) ADRESH; /* ADC Conversion Result High byte */ __sfr __at (0xdc) ADCON0; /* ADC Control 0 */ __sfr __at (0xdd) ADCON1; /* ADC Control 1 */ __sfr __at (0xde) ADCON2; /* ADC Control 2 */ __sfr __at (0xdf) ADCON3; /* ADC Control 3 */ __sfr __at (0xe0) ACC; /* Accumulator */ __sfr __at (0xe1) SSCON; /* Summation and Shift Control */ __sfr __at (0xe2) SUMR0; /* Summation Register 0 (LSB) */ __sfr __at (0xe3) SUMR1; /* Summation Register 1 */ __sfr __at (0xe4) SUMR2; /* Summation Register 2 */ __sfr __at (0xe5) SUMR3; /* Summation Register 3 (MSB) */ __sfr __at (0xe6) ODAC; /* (ADC) Offset DAC Register */ __sfr __at (0xe7) LVDCON; /* Low Voltage Detection Control */ __sfr __at (0xe8) EIE; /* Extended Interrupt Enable */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* | | | |EWDI|EX5|EX4|EX3|EX2| */ __sbit __at (0xe8) EX2; /* Enable External Interrupt 2 */ __sbit __at (0xe9) EX3; /* Enable External Interrupt 3 */ __sbit __at (0xea) EX4; /* Enable External Interrupt 4 */ __sbit __at (0xeb) EX5; /* Enable External Interrupt 5 */ __sbit __at (0xec) EWDI; /* Enable Watchdog Interrupt */ __sfr __at (0xe9) HWPC0; /* Hardware Product Code 0 */ __sfr __at (0xea) HWPC1; /* Hardware Product Code 1 */ __sfr __at (0xeb) HWVER; /* Hardware Version number */ __sfr __at (0xee) FMCON; /* Flash Memory Control */ __sfr __at (0xef) FTCON; /* Flash Memory Timing Control */ __sfr __at (0xf0) B; /* B Register */ __sfr __at (0xf1) PDCON; /* Power Down Control */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* | | | |PDPWM|PDAD|PDWDT|PDST|PDSPI| */ __sbit __at (0xf1) PDSPI; /* SPI System Control */ __sbit __at (0xf2) PDST; /* System Timer Control */ __sbit __at (0xf3) PDWDT; /* Watchdog Timer Control */ __sbit __at (0xf4) PDAD; /* A/D Control */ __sbit __at (0xf5) PDPWM; /* PWM Control */ __sfr __at (0xf2) PASEL; /* /PSEN|ALE Select */ __sfr __at (0xf6) ACLK; /* Analog Clock */ __sfr __at (0xf7) SRST; /* System Reset Register */ __sfr __at (0xf8) EIP; /* Extended Interrupt Priority */ /* _7_ _6_ _5_ _4_ _3_ _2_ _1_ _0_ */ /* | | | |PWDI|PX5|PX4|PX3|PX2| */ __sbit __at (0xf8) PX2; /* External Interrupt 2 Priority */ __sbit __at (0xf9) PX3; /* External Interrupt 3 Priority */ __sbit __at (0xfa) PX4; /* External Interrupt 4 Priority */ __sbit __at (0xfb) PX5; /* External Interrupt 5 Priority */ __sbit __at (0xfc) PWDI; /* Watchdog Interrupt Priority */ __sfr __at (0xf9) SECINT; /* Seconds Timer Interrupt */ __sfr __at (0xfa) MSINT; /* Milliseconds Interrupt */ __sfr __at (0xfb) USEC; /* Microsecond Register */ __sfr __at (0xfc) MSECL; /* Millisecond Low byte */ __sfr __at (0xfd) MSECH; /* Millisecond High byte */ __sfr __at (0xfe) HMSEC; /* Hundred Millisecond Clock */ __sfr __at (0xff) WDTCON; /* Watchdog Control */ /* Word Registers */ __sfr16 __at (0x8c8a) TMR0; __sfr16 __at (0x8d8b) TMR1; __sfr16 __at (0xa3a2) PWM; __sfr16 __at (0xa3a2) TONE; __sfr16 __at (0xabaa) BP; __sfr16 __at (0xabaa) BREAKPT; __sfr16 __at (0xadac) P0DDR; __sfr16 __at (0xafae) P1DDR; __sfr16 __at (0xb2b1) P2DDR; __sfr16 __at (0xb4b3) P3DDR; __sfr16 __at (0xcbca) RCAP2; __sfr16 __at (0xcdcc) TMR2; __sfr16 __at (0xdfde) DECIMATION; __sfr16 __at (0xfdfc) ONEMS; __sfr16 __at (0xfdfc) MSEC; /* Double Word Registers */ __sfr32 __at (0xe5e4e3e2) SUMR; #endif sdcc-2.9.0/device/include/mcs51/msm8xc154s.h000066400000000000000000000042671116427777700203110ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Oki MSM80C154S and MSM83C154S Written By - Matthias Arndt / marndt@asmsoftware.de (July 2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef MSM8xC154S_H #define MSM8xC154S_H #include <8052.h> /* load definitions for the 8052 core */ #ifdef REG8052_H #undef REG8052_H #endif /* byte SFRs */ __sfr __at (0xf8) IOCON; /* IOCON register */ /* bit locations */ __sbit __at (0xf8) ALF; /* floating status on power down control */ __sbit __at (0xf9) P1HZ; /* P1 high impedance input control */ __sbit __at (0xfa) P2HZ; /* P2 high impedance input control */ __sbit __at (0xfb) P3HZ; /* P3 high impedance input control */ __sbit __at (0xfc) IZC; /* 10kO pull-up resistor control */ __sbit __at (0xfd) SERR; /* Serial port reception flag */ __sbit __at (0xfe) T32; /* interconnect T0 and T1 to 32bit timer/counter */ /* Bits in IP (0xb8) */ __sbit __at (0xbf) PCT; /* Priority interrupt circuit control bit */ /* Bits in PCON (0x87) */ #define RPD 0x20 /* Bit used to specify cancellation of CPU power down mode */ #define HPD 0x40 /* The hard power down setting mode is enabled when this bit is set to "1". */ #endif sdcc-2.9.0/device/include/mcs51/p89c66x.h000066400000000000000000000166721116427777700176070ustar00rootroot00000000000000/*-------------------------------------------------------------------------- P89c66x.H This header allows to use the microcontroler Philips P89c66x with the compiler SDCC. Copyright (c) 2007 Gudjon I. Gudjonsson This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA02111-1307 USA The registered are ordered in the same way as in the NXP data sheet P89C660_662_664_3.PDF, see http://www.nxp.com --------------------------------------------------------------------------*/ #ifndef __P89c66x_H__ #define __P89c66x_H__ #include /*BYTE Registers*/ SFR(ACC, 0xE0); // Accumulator SBIT(ACC_7, 0xE0, 7); SBIT(ACC_6, 0xE0, 6); SBIT(ACC_5, 0xE0, 5); SBIT(ACC_4, 0xE0, 4); SBIT(ACC_3, 0xE0, 3); SBIT(ACC_2, 0xE0, 2); SBIT(ACC_1, 0xE0, 1); SBIT(ACC_0, 0xE0, 0); SFR(AUXR, 0x8E); // Auxiliary #define EXTRAM 0x02 #define AO 0x01 SFR(AUXR1, 0xA2); // Auxiliary 1 #define ENBOOT 0x20 #define GF2 0x08 // Bit 2 must be 0 #define DPS 0x01 SFR(B, 0xF0); // B register SBIT(B7, 0xF0, 7); SBIT(B6, 0xF0, 6); SBIT(B5, 0xF0, 5); SBIT(B4, 0xF0, 4); SBIT(B3, 0xF0, 3); SBIT(B2, 0xF0, 2); SBIT(B1, 0xF0, 1); SBIT(B0, 0xF0, 0); SFR(CCAP0H, 0xFA); // Module 0 Capture High SFR(CCAP1H, 0xFB); // Module 1 Capture High SFR(CCAP2H, 0xFC); // Module 2 Capture High SFR(CCAP3H, 0xFD); // Module 3 Capture High SFR(CCAP4H, 0xFE); // Module 4 Capture High SFR(CCAP0L, 0xEA); // Module 0 Capture Low SFR(CCAP1L, 0xEB); // Module 1 Capture Low SFR(CCAP2L, 0xEC); // Module 2 Capture Low SFR(CCAP3L, 0xED); // Module 3 Capture Low SFR(CCAP4L, 0xEE); // Module 4 Capture Low SFR(CCAPM0, 0xC2); // Module 0 Mode SFR(CCAPM1, 0xC3); // Module 1 Mode SFR(CCAPM2, 0xC4); // Module 2 Mode SFR(CCAPM3, 0xC5); // Module 3 Mode SFR(CCAPM4, 0xC6); // Module 4 Mode #define ECOM 0x40 #define CAPP 0x20 #define CAPN 0x10 #define MAT 0x08 #define TOG 0x04 #define PWM 0x02 #define ECCF 0x01 SFR(CCON, 0xC0); // PCA Counter Control SBIT(CF, 0xC0, 7); SBIT(CR, 0xC0, 6); SBIT(CCF4, 0xC0, 4); SBIT(CCF3, 0xC0, 3); SBIT(CCF2, 0xC0, 2); SBIT(CCF1, 0xC0, 1); SBIT(CCF0, 0xC0, 0); SFR(CH, 0xF9); // PCA Counter High SFR(CL, 0xE9); // PCA Counter Low SFR(CMOD, 0xC1); // PCA Counter Mode #define CIDL 0x80 #define WDTE 0x40 #define CPS1 0x04 #define CPS0 0x02 #define ECF 0x01 SFR(DPH, 0x83); // Data Pointer High SFR(DPL, 0x82); // Data Pointer Low SFR(IEN0, 0xA8); // Interrupt Enable 0 SBIT(EA, 0xA8, 7); SBIT(EC, 0xA8, 6); SBIT(ES1, 0xA8, 5); SBIT(ES0, 0xA8, 4); SBIT(ET1, 0xA8, 3); SBIT(EX1, 0xA8, 2); SBIT(ET0, 0xA8, 1); SBIT(EX0, 0xA8, 0); SFR(IEN1, 0xE8); // Interrupt Enable 1 SBIT(ET2, 0xE8, 0); SFR(IP, 0xB8); // Interrupt Priority SBIT(PT2, 0xB8, 7); SBIT(PPC, 0xB8, 6); SBIT(PS1, 0xB8, 5); SBIT(PS0, 0xB8, 4); SBIT(PT1, 0xB8, 3); SBIT(PX1, 0xB8, 2); SBIT(PT0, 0xB8, 1); SBIT(PX0, 0xB8, 0); SFR(IPH, 0xB7); // Interrupt Priority High #define PT2H 0x80 #define PPCH 0x40 #define PS1H 0x20 #define PS0H 0x10 #define PT1H 0x08 #define PX1H 0x04 #define PT0H 0x02 #define PX0H 0x01 SFR(P0, 0x80); // Port 0 SBIT(AD7, 0x80, 7); SBIT(P0_7, 0x80, 7); SBIT(AD6, 0x80, 6); SBIT(P0_6, 0x80, 6); SBIT(AD5, 0x80, 5); SBIT(P0_5, 0x80, 5); SBIT(AD4, 0x80, 4); SBIT(P0_4, 0x80, 4); SBIT(AD3, 0x80, 3); SBIT(P0_3, 0x80, 3); SBIT(AD2, 0x80, 2); SBIT(P0_2, 0x80, 2); SBIT(AD1, 0x80, 1); SBIT(P0_1, 0x80, 1); SBIT(AD0, 0x80, 0); SBIT(P0_0, 0x80, 0); SFR(P1, 0x90); // Port 1 SBIT(T1_CEX4, 0x90, 7); SBIT(P1_7, 0x90, 7); SBIT(T0_CEX3, 0x90, 6); SBIT(P1_6, 0x90, 6); SBIT(CEX2, 0x90, 5); SBIT(P1_5, 0x90, 5); SBIT(CEX1, 0x90, 4); SBIT(P1_4, 0x90, 4); SBIT(CEX0, 0x90, 3); SBIT(P1_3, 0x90, 3); SBIT(ECI, 0x90, 2); SBIT(P1_2, 0x90, 2); SBIT(T2EX, 0x90, 1); SBIT(P1_1, 0x90, 1); SBIT(T2, 0x90, 0); SBIT(P1_0, 0x90, 0); SFR(P2, 0xA0); // Port 2 SBIT(AD15, 0xA0, 7); SBIT(P2_7, 0xA0, 7); SBIT(AD14, 0xA0, 6); SBIT(P2_6, 0xA0, 6); SBIT(AD13, 0xA0, 5); SBIT(P2_5, 0xA0, 5); SBIT(AD12, 0xA0, 4); SBIT(P2_4, 0xA0, 4); SBIT(AD11, 0xA0, 3); SBIT(P2_3, 0xA0, 3); SBIT(AD10, 0xA0, 2); SBIT(P2_2, 0xA0, 2); SBIT(AD9, 0xA0, 1); SBIT(P2_1, 0xA0, 1); SBIT(AD8, 0xA0, 0); SBIT(P2_0, 0xA0, 0); SFR(P3, 0xB0); // Port 3 SBIT(RD, 0xB0, 7); SBIT(P3_7, 0xB0, 7); SBIT(WR, 0xB0, 6); SBIT(P3_6, 0xB0, 6); SBIT(T1, 0xB0, 5); SBIT(P3_5, 0xB0, 5); SBIT(T0, 0xB0, 4); SBIT(P3_4, 0xB0, 4); SBIT(INT1, 0xB0, 3); SBIT(P3_3, 0xB0, 3); SBIT(INT0, 0xB0, 2); SBIT(P3_2, 0xB0, 2); SBIT(TXD, 0xB0, 1); SBIT(P3_1, 0xB0, 1); SBIT(RXD, 0xB0, 0); SBIT(P3_0, 0xB0, 0); SFR(PCON, 0x87); // Power Control #define SMOD1 0x80 #define SMOD0 0x40 #define POF 0x10 #define GF1 0x80 #define GF0 0x40 #define PD 0x20 #define IDL 0x10 SFR(PSW, 0xD0); // Program Status Word SBIT(CY, 0xD0, 7); SBIT(AC, 0xD0, 6); SBIT(F0, 0xD0, 5); SBIT(RS1, 0xD0, 4); SBIT(RS0, 0xD0, 3); SBIT(OV, 0xD0, 2); SBIT(F1, 0xD0, 1); SBIT(P, 0xD0, 0); SFR(RCAP2H, 0xCB); // Timer 2 Capture High SFR(RCAP2L, 0xCA); // Timer 2 Capture Low SFR(SADDR, 0xA9); // I2C Slave Address SFR(SADEN, 0xB9); // I2C Slave Address Mask SFR(S0BUF, 0x99); // Serial Data Buffer SFR(S0CON, 0x98); // Serial Control SBIT(SM0_FE, 0x98, 7); SBIT(SM1, 0x98, 6); SBIT(SM2, 0x98, 5); SBIT(REN, 0x98, 4); SBIT(TB8, 0x98, 3); SBIT(RB8, 0x98, 2); SBIT(TI, 0x98, 1); SBIT(RI, 0x98, 0); SFR(SP, 0x81); // Stack Pointer SFR(S1DAT, 0xDA); // I2C Serial 1 Data SFR(S1IST, 0xDC); // I2C Serial 1 Internal Status SFR(S1ADR, 0xDB); // I2C Serial 1 Address #define GC 0x01 SFR(S1STA, 0xD9); // I2C Serial 1 Status #define SC4 0x80 #define SC3 0x40 #define SC2 0x20 #define SC1 0x10 #define SC0 0x08 SFR(S1CON, 0xD8); // I2C Serial 1 Control SBIT(CR2, 0xD8, 7); SBIT(ENS1, 0xD8, 6); SBIT(STA, 0xD8, 5); SBIT(STO, 0xD8, 4); SBIT(SI, 0xD8, 3); SBIT(AA, 0xD8, 2); SBIT(CR1, 0xD8, 1); SBIT(CR0, 0xD8, 0); SFR(TCON, 0x88); // Timer Control SBIT(TF1, 0x88, 7); SBIT(TR1, 0x88, 6); SBIT(TF0, 0x88, 5); SBIT(TR0, 0x88, 4); SBIT(IE1, 0x88, 3); SBIT(IT1, 0x88, 2); SBIT(IE0, 0x88, 1); SBIT(IT0, 0x88, 0); SFR(T2CON, 0xC8); // Timer 2 Control SBIT(TF2, 0xC8, 7); SBIT(EXF2, 0xC8, 6); SBIT(RCLK, 0xC8, 5); SBIT(TCLK, 0xC8, 4); SBIT(EXEN2, 0xC8, 3); SBIT(TR2, 0xC8, 2); SBIT(C_T2, 0xC8, 1); SBIT(CP_RL2, 0xC8, 0); SFR(T2MOD, 0xC9); // Timer 2 Mode Control #define T2OE 0x02 #define DCEN 0x01 SFR(TH0 , 0x8C); // Timer High 0 SFR(TH1, 0x8D); // Timer High 1 SFR(TH2, 0xCD); // Timer High 2 SFR(TL0, 0x8A); // Timer Low 0 SFR(TL1, 0x8B); // Timer Low 1 SFR(TL2, 0xCC); // Timer Low 2 SFR(TMOD, 0x89); // Timer Mode #define GATE_1 0x80 #define C_T_1 0x40 #define M1_1 0x20 #define M0_1 0x10 #define GATE_0 0x08 #define C_T_0 0x04 #define M1_0 0x02 #define M0_0 0x01 SFR(WDTRST, 0xA6); // Watchdog Timer Reset #endif sdcc-2.9.0/device/include/mcs51/p89lpc933_4.h000066400000000000000000000314641116427777700202550ustar00rootroot00000000000000/*-------------------------------------------------------------------------- p89lpc933_4.h This header allows to use the microcontrolers NXP (formerly Philips) p89lpc933, 934. Copyright (c) 2008 Gudjon I. Gudjonsson This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA02111-1307 USA The registered are ordered in the same way as in the NXP data sheet: http://www.standardics.nxp.com/products/lpc900/datasheet/p89lpc933.p89lpc934.p89lpc935.p89lpc936.pdf --------------------------------------------------------------------------*/ #ifndef __P89LPC933_4_H__ #define __P89LPC933_4_H__ #include /*BYTE Registers*/ SFR(ACC, 0xE0); // Accumulator SBIT(ACC_7, 0xE0, 7); SBIT(ACC_6, 0xE0, 6); SBIT(ACC_5, 0xE0, 5); SBIT(ACC_4, 0xE0, 4); SBIT(ACC_3, 0xE0, 3); SBIT(ACC_2, 0xE0, 2); SBIT(ACC_1, 0xE0, 1); SBIT(ACC_0, 0xE0, 0); SFR(ADCON0, 0x8E); // A/D control register 0 #define ENADC0 0x04 SFR(ADCON1, 0x97); // A/D control register 1 #define ENBI1 0x80 #define ENADCI1 0x40 #define TMM1 0x20 #define EDGE1 0x10 #define ADCI1 0x08 #define ENADC1 0x04 #define ADCS11 0x02 #define ADCS10 0x01 SFR(ADINS, 0xA3); // A/D input select #define ADI13 0x80 #define ADI12 0x40 #define ADI11 0x20 #define ADI10 0x10 SFR(ADMODA, 0xC0); // A/D mode register A SBIT(BNDI1, 0xC0, 7); SBIT(BURST1, 0xC0, 6); SBIT(SCC1, 0xC0, 5); SBIT(SCAN1, 0xC0, 4); SFR(ADMODB, 0xA1); // A/D mode register B #define CLK2 0x80 #define CLK1 0x40 #define CLK0 0x20 #define ENDAC1 0x08 #define ENDAC0 0x04 #define BSA1 0x02 SFR(AD0DAT3, 0xF4); // A/D_0 data register 3 SFR(AD1BH, 0xC4); // A/D_1 boundary high register SFR(AD1BL, 0xBC); // A/D_1 boundary low register SFR(AD1DAT0, 0xD5); // A/D_1 data register 0 SFR(AD1DAT1, 0xD6); // A/D_1 data register 1 SFR(AD1DAT2, 0xD7); // A/D_1 data register 2 SFR(AD1DAT3, 0xF5); // A/D_1 data register 3 SFR(AUXR1, 0xA2); // Auxilary function register #define CLKLP 0x80 #define EBRR 0x40 #define ENT1 0x20 #define ENT0 0x10 #define SRST 0x08 // Bit 2 is always 0 #define DPS 0x01 SFR(B, 0xF0); // B register SBIT(B7, 0xF0, 7); SBIT(B6, 0xF0, 6); SBIT(B5, 0xF0, 5); SBIT(B4, 0xF0, 4); SBIT(B3, 0xF0, 3); SBIT(B2, 0xF0, 2); SBIT(B1, 0xF0, 1); SBIT(B0, 0xF0, 0); SFR(BRGR0, 0xBE); // Baud rate generator rate low SFR(BRGR1, 0xBF); // Baud rate generator rate high SFR(BRGCON, 0xBD); // Baud rate generator control #define SBRGS 0x02 #define BRGEN 0x01 SFR(CMP1, 0xAC); // Comparator 1 control register #define CE1 0x20 #define CP1 0x10 #define CN1 0x08 #define OE1 0x04 #define CO1 0x02 #define CMF1 0x01 SFR(CMP2, 0xAD); // Comparator 2 control register #define CE2 0x20 #define CP2 0x10 #define CN2 0x08 #define OE2 0x04 #define CO2 0x02 #define CMF2 0x01 SFR(DIVM, 0x95); // CPU clock divide-by-M control SFR(DPH, 0x83); // Data Pointer High SFR(DPL, 0x82); // Data Pointer Low SFR(FMADRH, 0xE7); // Program flash address high SFR(FMADRL, 0xE6); // Program flash address low SFR(FMCON, 0xE4); // Program flash control (Read) #define BUSY 0x80 #define HVA 0x08 #define HVE 0x04 #define SV 0x02 #define OI 0x01 // Program flash control (Write) #define FMCMD_7 0x80 #define FMCMD_6 0x40 #define FMCMD_5 0x20 #define FMCMD_4 0x10 #define FMCMD_3 0x08 #define FMCMD_2 0x04 #define FMCMD_1 0x02 #define FMCMD_0 0x01 SFR(FMDATA, 0xE5); // Program flash data SFR(I2ADR, 0xDB); // I2C slave address register #define I2ADR_6 0x80 #define I2ADR_5 0x40 #define I2ADR_4 0x20 #define I2ADR_3 0x10 #define I2ADR_2 0x08 #define I2ADR_1 0x04 #define I2ADR_0 0x02 #define GC 0x01 SFR(I2CON, 0xD8); // I2C control register SBIT(I2EN, 0xD8, 6); SBIT(STA, 0xD8, 5); SBIT(STO, 0xD8, 4); SBIT(SI, 0xD8, 3); SBIT(AA, 0xD8, 2); SBIT(CRSEL, 0xD8, 0); SFR(I2DAT, 0xDA); // I2C data register SFR(I2SCLH, 0xDD); // I2C serial clock generator/SCL duty cycle register high SFR(I2SCLL, 0xDC); // I2C serial clock generator/SCL duty cycle register low SFR(I2STAT, 0xD9); // I2C status register #define STA_4 0x80 #define STA_3 0x40 #define STA_2 0x20 #define STA_1 0x10 #define STA_0 0x08 // Only write 0 to the lowest three bits SFR(ICRAH, 0xAB); // Input capture A register high SFR(ICRAL, 0xAA); // Input capture A register low SFR(ICRBH, 0xAF); // Input capture B register high SFR(ICRBL, 0xAE); // Input capture B register low SFR(IEN0, 0xA8); // Interrupt Enable 0 SBIT(EA, 0xA8, 7); SBIT(EWDRT, 0xA8, 6); SBIT(EBO, 0xA8, 5); SBIT(ES_ESR, 0xA8, 4); SBIT(ET1, 0xA8, 3); SBIT(EX1, 0xA8, 2); SBIT(ET0, 0xA8, 1); SBIT(EX0, 0xA8, 0); SFR(IEN1, 0xE8); // Interrupt Enable 1 SBIT(EAD, 0xE8, 7); SBIT(EST, 0xE8, 6); SBIT(ESPI, 0xE8, 3); SBIT(EC, 0xE8, 2); SBIT(EKBI, 0xE8, 1); SBIT(EI2C, 0xE8, 0); SFR(IP0, 0xB8); // Interrupt Priority 0 SBIT(PWDRT, 0xB8, 6); SBIT(PBO, 0xB8, 5); SBIT(PS_PSR, 0xB8, 4); SBIT(PT1, 0xB8, 3); SBIT(PX1, 0xB8, 2); SBIT(PT0, 0xB8, 1); SBIT(PX0, 0xB8, 0); SFR(IP0H, 0xB7); // Interrupt Priority 0 high #define PWDRTH 0x40 #define PBOH 0x20 #define PSH_PSRH 0x10 #define PT1H 0x08 #define PX1H 0x04 #define PT0H 0x02 #define PX0H 0x01 SFR(IP1, 0xF8); // Interrupt Priority 1 SBIT(PAD, 0xF8, 7); SBIT(PST, 0xF8, 6); SBIT(PSPI, 0xF8, 3); SBIT(PC, 0xF8, 2); SBIT(PKBI, 0xF8, 1); SBIT(PI2C, 0xF8, 0); SFR(IP1H, 0xF7); // Interrupt Priority 1 High #define PADH 0x80 #define PSTH 0x40 #define PSPIH 0x08 #define PCH 0x04 #define PKBIH 0x02 #define PI2CH 0x01 SFR(KBCON, 0x94); // Keypad control register #define PATN_SEL 0x02 #define KBIF 0x01 SFR(KBMASK, 0x86); // Keypad interrupt mask register SFR(KBPATN, 0x93); // Keypad pattern register SFR(P0, 0x80); // Port 0 SBIT(P0_7, 0x80, 7); SBIT(T1, 0x80, 7); SBIT(KB7, 0x80, 7); SBIT(P0_6, 0x80, 6); SBIT(CMP_1, 0x80, 6); // Renamed, not to conflict with the CMP1 register SBIT(KB6, 0x80, 6); SBIT(P0_5, 0x80, 5); SBIT(CMPREF,0x80, 5); SBIT(KB5, 0x80, 5); SBIT(P0_4, 0x80, 4); SBIT(CIN1A, 0x80, 4); SBIT(KB4, 0x80, 4); SBIT(P0_3, 0x80, 3); SBIT(CIN1B, 0x80, 3); SBIT(KB3, 0x80, 3); SBIT(P0_2, 0x80, 2); SBIT(CIN2A, 0x80, 2); SBIT(KB2, 0x80, 2); SBIT(P0_1, 0x80, 1); SBIT(CIN2B, 0x80, 1); SBIT(KB1, 0x80, 1); SBIT(P0_0, 0x80, 0); SBIT(CMP_2, 0x80, 0); // Renamed, not to conflict with the CMP2 register SBIT(KB0, 0x80, 0); SFR(P1, 0x90); // Port 1 SBIT(P1_7, 0x90, 7); SBIT(P1_6, 0x90, 6); SBIT(P1_5, 0x90, 5); SBIT(RST, 0x90, 5); SBIT(P1_4, 0x90, 4); SBIT(INT1, 0x90, 4); SBIT(P1_3, 0x90, 3); SBIT(INT0, 0x90, 3); SBIT(SDA, 0x90, 3); SBIT(P1_2, 0x90, 2); SBIT(T0, 0x90, 2); SBIT(SCL, 0x90, 2); SBIT(P1_1, 0x90, 1); SBIT(RXD, 0x90, 1); SBIT(P1_0, 0x90, 0); SBIT(TXD, 0x90, 0); SFR(P2, 0xA0); // Port 2 SBIT(P2_7, 0xA0, 7); SBIT(P2_6, 0xA0, 6); SBIT(P2_5, 0xA0, 5); SBIT(SPICLK, 0xA0, 5); SBIT(P2_4, 0xA0, 4); SBIT(SS, 0xA0, 4); SBIT(P2_3, 0xA0, 3); SBIT(MISO, 0xA0, 3); SBIT(P2_2, 0xA0, 2); SBIT(MOSI, 0xA0, 2); SBIT(P2_1, 0xA0, 1); SBIT(P2_0, 0xA0, 0); SFR(P3, 0xB0); // Port 3 SBIT(P3_7, 0xB0, 7); SBIT(P3_6, 0xB0, 6); SBIT(P3_5, 0xB0, 5); SBIT(P3_4, 0xB0, 4); SBIT(P3_3, 0xB0, 3); SBIT(P3_2, 0xB0, 2); SBIT(P3_1, 0xB0, 1); SBIT(XTAL1,0xB0, 1); SBIT(P3_0, 0xB0, 0); SBIT(XTAL2,0xB0, 0); SFR(P0M1, 0x84); // Port 0 output mode 1 #define P0M1_7 0x80 #define P0M1_6 0x40 #define P0M1_5 0x20 #define P0M1_4 0x10 #define P0M1_3 0x08 #define P0M1_2 0x04 #define P0M1_1 0x02 #define P0M1_0 0x01 SFR(P0M2, 0x85); // Port 0 output mode 2 #define P0M2_7 0x80 #define P0M2_6 0x40 #define P0M2_5 0x20 #define P0M2_4 0x10 #define P0M2_3 0x08 #define P0M2_2 0x04 #define P0M2_1 0x02 #define P0M2_0 0x01 SFR(P1M1, 0x91); // Port 1 output mode 1 #define P1M1_7 0x80 #define P1M1_6 0x40 #define P1M1_4 0x10 #define P1M1_3 0x08 #define P1M1_2 0x04 #define P1M1_1 0x02 #define P1M1_0 0x01 SFR(P1M2, 0x92); // Port 1 output mode 2 #define P1M2_7 0x80 #define P1M2_6 0x40 #define P1M2_4 0x10 #define P1M2_3 0x08 #define P1M2_2 0x04 #define P1M2_1 0x02 #define P1M2_0 0x01 SFR(P2M1, 0xA4); // Port 2 output mode 1 #define P2M1_7 0x80 #define P2M1_6 0x40 #define P2M1_5 0x20 #define P2M1_4 0x10 #define P2M1_3 0x08 #define P2M1_2 0x04 #define P2M1_1 0x02 #define P2M1_0 0x01 SFR(P2M2, 0xA5); // Port 2 output mode 2 #define P2M2_7 0x80 #define P2M2_6 0x40 #define P2M2_5 0x20 #define P2M2_4 0x10 #define P2M2_3 0x08 #define P2M2_2 0x04 #define P2M2_1 0x02 #define P2M2_0 0x01 SFR(P3M1, 0xB1); // Port 3 output mode 1 #define P3M1_1 0x02 #define P3M1_0 0x01 SFR(P3M2, 0xB2); // Port 3 output mode 2 #define P3M2_1 0x02 #define P3M2_0 0x01 SFR(PCON, 0x87); // Power control register #define SMOD1 0x80 #define SMOD0 0x40 #define BOPD 0x20 #define BOI 0x10 #define GF1 0x08 #define GF0 0x04 #define PMOD1 0x02 #define PMOD0 0x01 SFR(PCONA, 0xB5); // Power control register A #define RTCPD 0x80 #define VCPD 0x20 #define ADPD 0x10 #define I2PD 0x08 #define SPPD 0x04 #define SPD 0x02 SFR(PSW, 0xD0); // Program Status Word SBIT(CY, 0xD0, 7); SBIT(AC, 0xD0, 6); SBIT(F0, 0xD0, 5); SBIT(RS1, 0xD0, 4); SBIT(RS0, 0xD0, 3); SBIT(OV, 0xD0, 2); SBIT(F1, 0xD0, 1); SBIT(P, 0xD0, 0); SFR(PT0AD, 0xF6); // Port 0 digital input disable #define PT0AD_5 0x20 #define PT0AD_4 0x10 #define PT0AD_3 0x08 #define PT0AD_2 0x04 #define PT0AD_1 0x02 SFR(RSTSRC, 0xDF); // Reset source register #define BOF 0x20 #define POF 0x10 #define R_BK 0x08 #define R_WD 0x04 #define R_SF 0x02 #define R_EX 0x01 SFR(RTCCON, 0xD1); // Real-time clock control #define RTCF 0x80 #define RTCS1 0x40 #define RTCS0 0x20 #define ERTC 0x02 #define RTCEN 0x01 SFR(RTCH, 0xD2); // Real-time clock register high SFR(RTCL, 0xD3); // Real-time clock register low SFR(SADDR, 0xA9); // Serial port address register SFR(SADEN, 0xB9); // Serial port address enable SFR(SBUF, 0x99); // Serial port data buffer register SFR(SCON, 0x98); // Serial port control SBIT(SM0_FE, 0x98, 7); SBIT(SM1, 0x98, 6); SBIT(SM2, 0x98, 5); SBIT(REN, 0x98, 4); SBIT(TB8, 0x98, 3); SBIT(RB8, 0x98, 2); SBIT(TI, 0x98, 1); SBIT(RI, 0x98, 0); SFR(SSTAT, 0xBA); // Serial port extended status register #define DBMOD 0x80 #define INTLO 0x40 #define CIDIS 0x20 #define DBISEL 0x10 #define FE 0x08 #define BR 0x04 #define OE 0x02 #define STINT 0x01 SFR(SP, 0x81); // Stack Pointer SFR(SPCTL, 0xE2); // SPI control register #define SSIG 0x80 #define SPEN 0x40 #define DORD 0x20 #define MSTR 0x10 #define CPOL 0x08 #define CPHA 0x04 #define SPR1 0x02 #define SPR0 0x01 SFR(SPSTAT, 0xE1); // SPI status register #define SPIF 0x80 #define WCOL 0x40 SFR(SPDAT, 0xE3); // SPI data register SFR(TAMOD, 0x8F); // Timer 0 and 1 auxiliary mode #define T1M2 0x10 #define T0M2 0x01 SFR(TCON, 0x88); // Timer 0 and 1 control SBIT(TF1, 0x88, 7); SBIT(TR1, 0x88, 6); SBIT(TF0, 0x88, 5); SBIT(TR0, 0x88, 4); SBIT(IE1, 0x88, 3); SBIT(IT1, 0x88, 2); SBIT(IE0, 0x88, 1); SBIT(IT0, 0x88, 0); SFR(TH0, 0x8C); // Timer 0 high SFR(TH1, 0x8D); // Timer 1 high SFR(TL0, 0x8A); // Timer 0 low SFR(TL1, 0x8B); // Timer 1 low SFR(TMOD, 0x89); // Timer 0 and 1 mode #define T1GATE 0x80 #define T1C_T 0x40 #define T1M1 0x20 #define T1M0 0x10 #define T0GATE 0x08 #define T0C_T 0x04 #define T0M1 0x02 #define T0M0 0x01 SFR(TRIM, 0x96); // Internal oscillator trim register #define RCCLK 0x80 #define ENCLK 0x40 #define TRIM_5 0x20 #define TRIM_4 0x10 #define TRIM_3 0x08 #define TRIM_2 0x04 #define TRIM_1 0x02 #define TRIM_0 0x01 SFR(WDCON, 0xA7); // Watchdog control register #define PRE2 0x80 #define PRE1 0x40 #define PRE0 0x20 #define WDRUN 0x04 #define WDTOF 0x02 #define WDCLK 0x01 SFR(WDL, 0xC1); // Watchdog load SFR(WFEED1, 0xC2); // Watchdog feed 1 SFR(WFEED2, 0xC3); // Watchdog feed 2 #endif // __P89LPC933_4_H__sdcc-2.9.0/device/include/mcs51/p89lpc935_6.h000066400000000000000000000407521116427777700202610ustar00rootroot00000000000000/*-------------------------------------------------------------------------- p89lpc935_6.h This header allows to use the microcontrolers NXP (formerly Philips) p89lpc935, 936. Copyright (c) 2008 Gudjon I. Gudjonsson This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA02111-1307 USA The registered are ordered in the same way as in the NXP data sheet: http://www.standardics.nxp.com/products/lpc900/datasheet/p89lpc933.p89lpc934.p89lpc935.p89lpc936.pdf --------------------------------------------------------------------------*/ #ifndef __P89LPC935_6_H__ #define __P89LPC935_6_H__ #include /*BYTE Registers*/ SFR(ACC, 0xE0); // Accumulator SBIT(ACC_7, 0xE0, 7); SBIT(ACC_6, 0xE0, 6); SBIT(ACC_5, 0xE0, 5); SBIT(ACC_4, 0xE0, 4); SBIT(ACC_3, 0xE0, 3); SBIT(ACC_2, 0xE0, 2); SBIT(ACC_1, 0xE0, 1); SBIT(ACC_0, 0xE0, 0); SFR(ADCON0, 0x8E); // A/D control register 0 #define ENBI0 0x80 #define ENADCI0 0x40 #define TMM0 0x20 #define EDGE0 0x10 #define ADCI0 0x08 #define ENADC0 0x04 #define ADCS01 0x02 #define ADCS00 0x01 SFR(ADCON1, 0x97); // A/D control register 1 #define ENBI1 0x80 #define ENADCI1 0x40 #define TMM1 0x20 #define EDGE1 0x10 #define ADCI1 0x08 #define ENADC1 0x04 #define ADCS11 0x02 #define ADCS10 0x01 SFR(ADINS, 0xA3); // A/D input select #define ADI13 0x80 #define ADI12 0x40 #define ADI11 0x20 #define ADI10 0x10 #define ADI03 0x08 #define ADI02 0x04 #define ADI01 0x02 #define ADI00 0x01 SFR(ADMODA, 0xC0); // A/D mode register A SBIT(BNDI1, 0xC0, 7); SBIT(BURST1, 0xC0, 6); SBIT(SCC1, 0xC0, 5); SBIT(SCAN1, 0xC0, 4); SBIT(BNDI0, 0xC0, 3); SBIT(BURST0, 0xC0, 2); SBIT(SCC0, 0xC0, 1); SBIT(SCAN0, 0xC0, 0); SFR(ADMODB, 0xA1); // A/D mode register B #define CLK2 0x80 #define CLK1 0x40 #define CLK0 0x20 #define ENDAC1 0x08 #define ENDAC0 0x04 #define BSA1 0x02 #define BSA0 0x01 SFR(AD0BH, 0xBB); // A/D_0 boundary high register SFR(AD0BL, 0xA6); // A/D_0 boundary low register SFR(AD0DAT0, 0xC5); // A/D_0 data register 0 SFR(AD0DAT1, 0xC6); // A/D_0 data register 1 SFR(AD0DAT2, 0xC7); // A/D_0 data register 2 SFR(AD0DAT3, 0xF4); // A/D_0 data register 3 SFR(AD1BH, 0xC4); // A/D_1 boundary high register SFR(AD1BL, 0xBC); // A/D_1 boundary low register SFR(AD1DAT0, 0xD5); // A/D_1 data register 0 SFR(AD1DAT1, 0xD6); // A/D_1 data register 1 SFR(AD1DAT2, 0xD7); // A/D_1 data register 2 SFR(AD1DAT3, 0xF5); // A/D_1 data register 3 SFR(AUXR1, 0xA2); // Auxilary function register #define CLKLP 0x80 #define EBRR 0x40 #define ENT1 0x20 #define ENT0 0x10 #define SRST 0x08 #define DPS 0x01 // Bit 2 is always 0 SFR(B, 0xF0); // B register SBIT(B7, 0xF0, 7); SBIT(B6, 0xF0, 6); SBIT(B5, 0xF0, 5); SBIT(B4, 0xF0, 4); SBIT(B3, 0xF0, 3); SBIT(B2, 0xF0, 2); SBIT(B1, 0xF0, 1); SBIT(B0, 0xF0, 0); SFR(BRGR0, 0xBE); // Baud rate generator rate low SFR(BRGR1, 0xBF); // Baud rate generator rate high SFR(BRGCON, 0xBD); // Baud rate generator control #define SBRGS 0x02 #define BRGEN 0x01 SFR(CCCRA, 0xEA); // Capture compare A control register #define ICECA2 0x80 #define ICECA1 0x40 #define ICECA0 0x20 #define ICESA 0x10 #define ICNFA 0x08 #define FCOA 0x04 #define OCMA1 0x02 #define OCMA0 0x01 SFR(CCCRB, 0xEB); // Capture compare B control register #define ICECB2 0x80 #define ICECB1 0x40 #define ICECB0 0x20 #define ICESB 0x10 #define ICNFB 0x08 #define FCOB 0x04 #define OCMB1 0x02 #define OCMB0 0x01 SFR(CCCRC, 0xEC); // Capture compare C control register #define FCOC 0x04 #define OCMC1 0x02 #define OCMC0 0x01 SFR(CCCRD, 0xED); // Capture compare D control register #define FCOD 0x04 #define OCMD1 0x02 #define OCMD0 0x01 SFR(CMP1, 0xAC); // Comparator 1 control register #define CE1 0x20 #define CP1 0x10 #define CN1 0x08 #define OE1 0x04 #define CO1 0x02 #define CMF1 0x01 SFR(CMP2, 0xAD); // Comparator 2 control register #define CE2 0x20 #define CP2 0x10 #define CN2 0x08 #define OE2 0x04 #define CO2 0x02 #define CMF2 0x01 SFR(DEECON, 0xF1); // Data EEPROM control register #define EEIF 0x80 #define HVERR 0x40 #define ECTL1 0x20 #define ECTL0 0x10 #define EADR8 0x01 SFR(DEEDAT, 0xF2); // Data EEPROM data register SFR(DEEADR, 0xF3); // Data EEPROM address register SFR(DIVM, 0x95); // CPU clock divide-by-M control SFR(DPH, 0x83); // Data Pointer High SFR(DPL, 0x82); // Data Pointer Low SFR(FMADRH, 0xE7); // Program flash address high SFR(FMADRL, 0xE6); // Program flash address low SFR(FMCON, 0xE4); // Program flash control (Read) #define BUSY 0x80 #define HVA 0x08 #define HVE 0x04 #define SV 0x02 #define OI 0x01 // Program flash control (Write) #define FMCMD_7 0x80 #define FMCMD_6 0x40 #define FMCMD_5 0x20 #define FMCMD_4 0x10 #define FMCMD_3 0x08 #define FMCMD_2 0x04 #define FMCMD_1 0x02 #define FMCMD_0 0x01 SFR(FMDATA, 0xE5); // Program flash data SFR(I2ADR, 0xDB); // I2C slave address register #define I2ADR_6 0x80 #define I2ADR_5 0x40 #define I2ADR_4 0x20 #define I2ADR_3 0x10 #define I2ADR_2 0x08 #define I2ADR_1 0x04 #define I2ADR_0 0x02 #define GC 0x01 SFR(I2CON, 0xD8); // I2C control register SBIT(I2EN, 0xD8, 6); SBIT(STA, 0xD8, 5); SBIT(STO, 0xD8, 4); SBIT(SI, 0xD8, 3); SBIT(AA, 0xD8, 2); SBIT(CRSEL, 0xD8, 0); SFR(I2DAT, 0xDA); // I2C data register SFR(I2SCLH, 0xDD); // I2C serial clock generator/SCL duty cycle register high SFR(I2SCLL, 0xDC); // I2C serial clock generator/SCL duty cycle register low SFR(I2STAT, 0xD9); // I2C status register #define STA_4 0x80 #define STA_3 0x40 #define STA_2 0x20 #define STA_1 0x10 #define STA_0 0x08 // Only write 0 to the lowest three bits SFR(ICRAH, 0xAB); // Input capture A register high SFR(ICRAL, 0xAA); // Input capture A register low SFR(ICRBH, 0xAF); // Input capture B register high SFR(ICRBL, 0xAE); // Input capture B register low SFR(IEN0, 0xA8); // Interrupt Enable 0 SBIT(EA, 0xA8, 7); SBIT(EWDRT, 0xA8, 6); SBIT(EBO, 0xA8, 5); SBIT(ES_ESR, 0xA8, 4); SBIT(ET1, 0xA8, 3); SBIT(EX1, 0xA8, 2); SBIT(ET0, 0xA8, 1); SBIT(EX0, 0xA8, 0); SFR(IEN1, 0xE8); // Interrupt Enable 1 SBIT(EADEE, 0xE8, 7); SBIT(EST, 0xE8, 6); SBIT(ECCU, 0xE8, 4); SBIT(ESPI, 0xE8, 3); SBIT(EC, 0xE8, 2); SBIT(EKBI, 0xE8, 1); SBIT(EI2C, 0xE8, 0); SFR(IP0, 0xB8); // Interrupt Priority 0 SBIT(PWDRT, 0xB8, 6); SBIT(PBO, 0xB8, 5); SBIT(PS_PSR, 0xB8, 4); SBIT(PT1, 0xB8, 3); SBIT(PX1, 0xB8, 2); SBIT(PT0, 0xB8, 1); SBIT(PX0, 0xB8, 0); SFR(IP0H, 0xB7); // Interrupt Priority 0 high #define PWDRTH 0x40 #define PBOH 0x20 #define PSH_PSRH 0x10 #define PT1H 0x08 #define PX1H 0x04 #define PT0H 0x02 #define PX0H 0x01 SFR(IP1, 0xF8); // Interrupt Priority 1 SBIT(PADEE, 0xF8, 7); SBIT(PST, 0xF8, 6); SBIT(PCCU, 0xF8, 4); SBIT(PSPI, 0xF8, 3); SBIT(PC, 0xF8, 2); SBIT(PKBI, 0xF8, 1); SBIT(PI2C, 0xF8, 0); SFR(IP1H, 0xF7); // Interrupt Priority 1 High #define PAEEH 0x80 #define PSTH 0x40 #define PCCUH 0x10 #define PSPIH 0x08 #define PCH 0x04 #define PKBIH 0x02 #define PI2CH 0x01 SFR(KBCON, 0x94); // Keypad control register #define PATN_SEL 0x02 #define KBIF 0x01 SFR(KBMASK, 0x86); // Keypad interrupt mask register SFR(KBPATN, 0x93); // Keypad pattern register SFR(OCRAH, 0xEF); // Output compare A register high SFR(OCRAL, 0xEE); // Output compare A register low SFR(OCRBH, 0xFB); // Output compare B register high SFR(OCRBL, 0xFA); // Output compare B register low SFR(OCRCH, 0xFD); // Output compare C register high SFR(OCRCL, 0xFC); // Output compare C register low SFR(OCRDH, 0xFF); // Output compare D register high SFR(OCRDL, 0xFE); // Output compare D register low SFR(P0, 0x80); // Port 0 SBIT(P0_7, 0x80, 7); SBIT(T1, 0x80, 7); SBIT(KB7, 0x80, 7); SBIT(P0_6, 0x80, 6); SBIT(CMP_1, 0x80, 6); // Renamed, not to conflict with the CMP1 register SBIT(KB6, 0x80, 6); SBIT(P0_5, 0x80, 5); SBIT(CMPREF, 0x80, 5); SBIT(KB5, 0x80, 5); SBIT(P0_4, 0x80, 4); SBIT(CIN1A, 0x80, 4); SBIT(KB4, 0x80, 4); SBIT(P0_3, 0x80, 3); SBIT(CIN1B, 0x80, 3); SBIT(KB3, 0x80, 3); SBIT(P0_2, 0x80, 2); SBIT(CIN2A, 0x80, 2); SBIT(KB2, 0x80, 2); SBIT(P0_1, 0x80, 1); SBIT(CIN2B, 0x80, 1); SBIT(KB1, 0x80, 1); SBIT(P0_0, 0x80, 0); SBIT(CMP_2, 0x80, 0); // Renamed, not to conflict with the CMP2 register SBIT(KB0, 0x80, 0); SFR(P1, 0x90); // Port 1 SBIT(P1_7, 0x90, 7); SBIT(OCC, 0x90, 7); SBIT(P1_6, 0x90, 6); SBIT(OCB, 0x90, 6); SBIT(P1_5, 0x90, 5); SBIT(RST, 0x90, 5); SBIT(P1_4, 0x90, 4); SBIT(INT1, 0x90, 4); SBIT(P1_3, 0x90, 3); SBIT(INT0, 0x90, 3); SBIT(SDA, 0x90, 3); SBIT(P1_2, 0x90, 2); SBIT(T0, 0x90, 2); SBIT(SCL, 0x90, 2); SBIT(P1_1, 0x90, 1); SBIT(RXD, 0x90, 1); SBIT(P1_0, 0x90, 0); SBIT(TXD, 0x90, 0); SFR(P2, 0xA0); // Port 2 SBIT(P2_7, 0xA0, 7); SBIT(ICA, 0xA0, 7); SBIT(P2_6, 0xA0, 6); SBIT(OCA, 0xA0, 6); SBIT(P2_5, 0xA0, 5); SBIT(SPICLK, 0xA0, 5); SBIT(P2_4, 0xA0, 4); SBIT(SS, 0xA0, 4); SBIT(P2_3, 0xA0, 3); SBIT(MISO, 0xA0, 3); SBIT(P2_2, 0xA0, 2); SBIT(MOSI, 0xA0, 2); SBIT(P2_1, 0xA0, 1); SBIT(OCD, 0xA0, 1); SBIT(P2_0, 0xA0, 0); SBIT(ICB, 0xA0, 0); SFR(P3, 0xB0); // Port 3 SBIT(P3_7, 0xB0, 7); SBIT(P3_6, 0xB0, 6); SBIT(P3_5, 0xB0, 5); SBIT(P3_4, 0xB0, 4); SBIT(P3_3, 0xB0, 3); SBIT(P3_2, 0xB0, 2); SBIT(P3_1, 0xB0, 1); SBIT(XTAL1,0xB0, 1); SBIT(P3_0, 0xB0, 0); SBIT(XTAL2,0xB0, 0); SFR(P0M1, 0x84); // Port 0 output mode 1 #define P0M1_7 0x80 #define P0M1_6 0x40 #define P0M1_5 0x20 #define P0M1_4 0x10 #define P0M1_3 0x08 #define P0M1_2 0x04 #define P0M1_1 0x02 #define P0M1_0 0x01 SFR(P0M2, 0x85); // Port 0 output mode 2 #define P0M2_7 0x80 #define P0M2_6 0x40 #define P0M2_5 0x20 #define P0M2_4 0x10 #define P0M2_3 0x08 #define P0M2_2 0x04 #define P0M2_1 0x02 #define P0M2_0 0x01 SFR(P1M1, 0x91); // Port 1 output mode 1 #define P1M1_7 0x80 #define P1M1_6 0x40 #define P1M1_4 0x10 #define P1M1_3 0x08 #define P1M1_2 0x04 #define P1M1_1 0x02 #define P1M1_0 0x01 SFR(P1M2, 0x92); // Port 1 output mode 2 #define P1M2_7 0x80 #define P1M2_6 0x40 #define P1M2_4 0x10 #define P1M2_3 0x08 #define P1M2_2 0x04 #define P1M2_1 0x02 #define P1M2_0 0x01 SFR(P2M1, 0xA4); // Port 2 output mode 1 #define P2M1_7 0x80 #define P2M1_6 0x40 #define P2M1_5 0x20 #define P2M1_4 0x10 #define P2M1_3 0x08 #define P2M1_2 0x04 #define P2M1_1 0x02 #define P2M1_0 0x01 SFR(P2M2, 0xA5); // Port 2 output mode 2 #define P2M2_7 0x80 #define P2M2_6 0x40 #define P2M2_5 0x20 #define P2M2_4 0x10 #define P2M2_3 0x08 #define P2M2_2 0x04 #define P2M2_1 0x02 #define P2M2_0 0x01 SFR(P3M1, 0xB1); // Port 3 output mode 1 #define P3M1_1 0x02 #define P3M1_0 0x01 SFR(P3M2, 0xB2); // Port 3 output mode 2 #define P3M2_1 0x02 #define P3M2_0 0x01 SFR(PCON, 0x87); // Power control register #define SMOD1 0x80 #define SMOD0 0x40 #define BOPD 0x20 #define BOI 0x10 #define GF1 0x08 #define GF0 0x04 #define PMOD1 0x02 #define PMOD0 0x01 SFR(PCONA, 0xB5); // Power control register A #define RTCPD 0x80 #define DEEPD 0x40 #define VCPD 0x20 #define ADPD 0x10 #define I2PD 0x08 #define SPPD 0x04 #define SPD 0x02 #define CCUPR 0x01 SFR(PSW, 0xD0); // Program Status Word SBIT(CY, 0xD0, 7); SBIT(AC, 0xD0, 6); SBIT(F0, 0xD0, 5); SBIT(RS1, 0xD0, 4); SBIT(RS0, 0xD0, 3); SBIT(OV, 0xD0, 2); SBIT(F1, 0xD0, 1); SBIT(P, 0xD0, 0); SFR(PT0AD, 0xF6); // Port 0 digital input disable #define PT0AD_5 0x20 #define PT0AD_4 0x10 #define PT0AD_3 0x08 #define PT0AD_2 0x04 #define PT0AD_1 0x02 SFR(RSTSRC, 0xDF); // Reset source register #define BOF 0x20 #define POF 0x10 #define R_BK 0x08 #define R_WD 0x04 #define R_SF 0x02 #define R_EX 0x01 SFR(RTCCON, 0xD1); // Real-time clock control #define RTCF 0x80 #define RTCS1 0x40 #define RTCS0 0x20 #define ERTC 0x02 #define RTCEN 0x01 SFR(RTCH, 0xD2); // Real-time clock register high SFR(RTCL, 0xD3); // Real-time clock register low SFR(SADDR, 0xA9); // Serial port address register SFR(SADEN, 0xB9); // Serial port address enable SFR(SBUF, 0x99); // Serial port data buffer register SFR(SCON, 0x98); // Serial port control SBIT(SM0_FE, 0x98, 7); SBIT(SM1, 0x98, 6); SBIT(SM2, 0x98, 5); SBIT(REN, 0x98, 4); SBIT(TB8, 0x98, 3); SBIT(RB8, 0x98, 2); SBIT(TI, 0x98, 1); SBIT(RI, 0x98, 0); SFR(SSTAT, 0xBA); // Serial port extended status register #define DBMOD 0x80 #define INTLO 0x40 #define CIDIS 0x20 #define DBISEL 0x10 #define FE 0x08 #define BR 0x04 #define OE 0x02 #define STINT 0x01 SFR(SP, 0x81); // Stack Pointer SFR(SPCTL, 0xE2); // SPI control register #define SSIG 0x80 #define SPEN 0x40 #define DORD 0x20 #define MSTR 0x10 #define CPOL 0x08 #define CPHA 0x04 #define SPR1 0x02 #define SPR0 0x01 SFR(SPSTAT, 0xE1); // SPI status register #define SPIF 0x80 #define WCOL 0x40 SFR(SPDAT, 0xE3); // SPI data register SFR(TAMOD, 0x8F); // Timer 0 and 1 auxiliary mode #define T1M2 0x10 #define T0M2 0x01 SFR(TCON, 0x88); // Timer 0 and 1 control SBIT(TF1, 0x88, 7); SBIT(TR1, 0x88, 6); SBIT(TF0, 0x88, 5); SBIT(TR0, 0x88, 4); SBIT(IE1, 0x88, 3); SBIT(IT1, 0x88, 2); SBIT(IE0, 0x88, 1); SBIT(IT0, 0x88, 0); SFR(TCR20, 0xC8); // CCU control register 0 SBIT(PLEEN, 0xC8, 7); SBIT(HLTRN, 0xC8, 6); SBIT(HLTEN, 0xC8, 5); SBIT(ALTCD, 0xC8, 4); SBIT(ALTAB, 0xC8, 3); SBIT(TDIR2, 0xC8, 2); SBIT(TMOD21, 0xC8, 1); SBIT(TMOD20, 0xC8, 0); SFR(TCR21, 0xF9); // CCU control register 1 #define TCOU2 0x80 #define PLLDV_3 0x08 #define PLLDV_2 0x04 #define PLLDV_1 0x02 #define PLLDV_0 0x01 SFR(TH0, 0x8C); // Timer 0 high SFR(TH1, 0x8D); // Timer 1 high SFR(TH2, 0xCD); // CCU timer high SFR(TICR2,0xC9); // CCU interrupt control register #define TOIE2 0x80 #define TOCIE2D 0x40 #define TOCIE2C 0x20 #define TOCIE2B 0x10 #define TOCIE2A 0x08 #define TICIE2B 0x02 #define TICIE2A 0x01 SFR(TIFR2,0xE9); // CCU interrupt flag register #define TOIF2 0x80 #define TOCF2D 0x40 #define TOCF2C 0x20 #define TOCF2B 0x10 #define TOCF2A 0x08 #define TICF2B 0x02 #define TICF2A 0x01 SFR(TISE2,0xDE); // CCU interrupt status encode register #define ENCINT2 0x04 #define ENCINT1 0x02 #define ENCINT0 0x01 SFR(TL0, 0x8A); // Timer 0 low SFR(TL1, 0x8B); // Timer 1 low SFR(TL2, 0xCC); // CCU timer low SFR(TMOD, 0x89); // Timer 0 and 1 mode #define T1GATE 0x80 #define T1C_T 0x40 #define T1M1 0x20 #define T1M0 0x10 #define T0GATE 0x08 #define T0C_T 0x04 #define T0M1 0x02 #define T0M0 0x01 SFR(TOR2H, 0xCF); // CCU reload register high SFR(TOR2L, 0xCE); // CCU reload register low SFR(TPCR2H,0xCB); // Prescaler control register high #define TPCR2H_1 0x02 #define TPCR2H_0 0x01 SFR(TPCR2L,0xCA); // Prescaler control register low #define TPCR2L_7 0x80 #define TPCR2L_6 0x40 #define TPCR2L_5 0x20 #define TPCR2L_4 0x10 #define TPCR2L_3 0x08 #define TPCR2L_2 0x04 #define TPCR2L_1 0x02 #define TPCR2L_0 0x01 SFR(TRIM, 0x96); // Internal oscillator trim register #define RCCLK 0x80 #define ENCLK 0x40 #define TRIM_5 0x20 #define TRIM_4 0x10 #define TRIM_3 0x08 #define TRIM_2 0x04 #define TRIM_1 0x02 #define TRIM_0 0x01 SFR(WDCON, 0xA7); // Watchdog control register #define PRE2 0x80 #define PRE1 0x40 #define PRE0 0x20 #define WDRUN 0x04 #define WDTOF 0x02 #define WDCLK 0x01 SFR(WDL, 0xC1); // Watchdog load SFR(WFEED1, 0xC2); // Watchdog feed 1 SFR(WFEED2, 0xC3); // Watchdog feed 2 #endif // __P89LPC935_6_H__sdcc-2.9.0/device/include/mcs51/p89lpc938.h000066400000000000000000000427121116427777700200350ustar00rootroot00000000000000/* p89lpc938.h * This header defines register addresses for the Philips P89LPC938 * microcontroller for use with the SDCC compiler. * * Copyright © 2007 Kyle Guinn * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; either * version 3 of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with this program. If not, see * . */ #ifndef P89LPC938_H #define P89LPC938_H /* SFR byte addresses */ __sfr __at (0x80) P0; /* Port 0 */ __sfr __at (0x81) SP; /* Stack pointer */ __sfr __at (0x82) DPL; /* Data pointer low */ __sfr __at (0x83) DPH; /* Data pointer high */ __sfr __at (0x84) P0M1; /* Port 0 output mode 1 */ __sfr __at (0x85) P0M2; /* Port 0 output mode 2 */ __sfr __at (0x86) KBMASK; /* Keypad interrupt mask register */ __sfr __at (0x87) PCON; /* Power control register */ __sfr __at (0x88) TCON; /* Timer 0 and 1 control */ __sfr __at (0x89) TMOD; /* Timer 0 and 1 mode */ __sfr __at (0x8A) TL0; /* Timer 0 low */ __sfr __at (0x8B) TL1; /* Timer 1 low */ __sfr __at (0x8C) TH0; /* Timer 0 high */ __sfr __at (0x8D) TH1; /* Timer 1 high */ __sfr __at (0x8F) TAMOD; /* Timer 0 and 1 auxiliary mode */ __sfr __at (0x90) P1; /* Port 1 */ __sfr __at (0x91) P1M1; /* Port 1 output mode 1 */ __sfr __at (0x92) P1M2; /* Port 1 output mode 2 */ __sfr __at (0x93) KBPATN; /* Keypad pattern register */ __sfr __at (0x94) KBCON; /* Keypad control register */ __sfr __at (0x95) DIVM; /* CPU clock divide-by-M control */ __sfr __at (0x96) TRIM; /* Internal oscillator trim register */ __sfr __at (0x97) AD0CON; /* ADC0 control register */ __sfr __at (0x98) SCON; /* Serial port control */ __sfr __at (0x99) SBUF; /* Serial port data buffer register */ __sfr __at (0xA0) P2; /* Port 2 */ __sfr __at (0xA1) AD0MODB; /* ADC0 mode register B */ __sfr __at (0xA2) AUXR1; /* Auxiliary function register */ __sfr __at (0xA3) AD0INS; /* ADC0 input select */ __sfr __at (0xA4) P2M1; /* Port 2 output mode 1 */ __sfr __at (0xA5) P2M2; /* Port 2 output mode 2 */ __sfr __at (0xA7) WDCON; /* Watchdog control register */ __sfr __at (0xA8) IEN0; /* Interrupt enable 0 */ __sfr __at (0xA9) SADDR; /* Serial port address register */ __sfr __at (0xAA) ICRAL; /* Input capture A register low */ __sfr __at (0xAB) ICRAH; /* Input capture A register high */ __sfr __at (0xAC) CMP1; /* Comparator 1 control register */ __sfr __at (0xAD) CMP2; /* Comparator 2 control register */ __sfr __at (0xAE) ICRBL; /* Input capture B register low */ __sfr __at (0xAF) ICRBH; /* Input capture B register high */ __sfr __at (0xB0) P3; /* Port 3 */ __sfr __at (0xB1) P3M1; /* Port 3 output mode 1 */ __sfr __at (0xB2) P3M2; /* Port 3 output mode 2 */ __sfr __at (0xB5) PCONA; /* Power control register A */ __sfr __at (0xB7) IP0H; /* Interrupt priority 0 high */ __sfr __at (0xB8) IP0; /* Interrupt priority 0 */ __sfr __at (0xB9) SADEN; /* Serial port address enable */ __sfr __at (0xBA) SSTAT; /* Serial port extended status register */ __sfr __at (0xBD) BRGCON; /* Baud rate generator control */ __sfr __at (0xBE) BRGR0; /* Baud rate generator rate low */ __sfr __at (0xBF) BRGR1; /* Baud rate generator rate high */ __sfr __at (0xC0) AD0MODA; /* ADC0 mode register A */ __sfr __at (0xC1) WDL; /* Watchdog load */ __sfr __at (0xC2) WFEED1; /* Watchdog feed 1 */ __sfr __at (0xC3) WFEED2; /* Watchdog feed 2 */ __sfr __at (0xC8) TCR20; /* CCU control register 0 */ __sfr __at (0xC9) TICR2; /* CCU interrupt control register */ __sfr __at (0xCA) TPCR2L; /* Prescaler control register low */ __sfr __at (0xCB) TPCR2H; /* Prescaler control register high */ __sfr __at (0xCC) TL2; /* CCU timer low */ __sfr __at (0xCD) TH2; /* CCU timer high */ __sfr __at (0xCE) TOR2L; /* CCU reload register low */ __sfr __at (0xCF) TOR2H; /* CCU reload register high */ __sfr __at (0xD0) PSW; /* Program status word */ __sfr __at (0xD1) RTCCON; /* RTC control */ __sfr __at (0xD2) RTCH; /* RTC register high */ __sfr __at (0xD3) RTCL; /* RTC register low */ __sfr __at (0xD5) IEN2; /* Interrupt enable 2 */ __sfr __at (0xD6) IP2; /* Interrupt priority 2 */ __sfr __at (0xD7) IP2H; /* Interrupt priority 2 high */ __sfr __at (0xD8) I2CON; /* I²C control register */ __sfr __at (0xD9) I2STAT; /* I²C status register */ __sfr __at (0xDA) I2DAT; /* I²C data register */ __sfr __at (0xDB) I2ADR; /* I²C slave address register */ __sfr __at (0xDC) I2SCLL; /* Serial clock generator low/ * SCL duty cycle register low */ __sfr __at (0xDD) I2SCLH; /* Serial clock generator high/ * SCL duty cycle register high */ __sfr __at (0xDE) TISE2; /* CCU interrupt status encode register */ __sfr __at (0xDF) RSTSRC; /* Reset source register */ __sfr __at (0xE0) ACC; /* Accumulator */ __sfr __at (0xE1) SPSTAT; /* SPI status register */ __sfr __at (0xE2) SPCTL; /* SPI control register */ __sfr __at (0xE3) SPDAT; /* SPI data register */ __sfr __at (0xE4) FMCON; /* Program Flash control (Read)/ * Program Flash control (Write) */ __sfr __at (0xE5) FMDATA; /* Program Flash data */ __sfr __at (0xE6) FMADRL; /* Program Flash address low */ __sfr __at (0xE7) FMADRH; /* Program Flash address high */ __sfr __at (0xE8) IEN1; /* Interrupt enable 1 */ __sfr __at (0xE9) TIFR2; /* CCU interrupt flag register */ __sfr __at (0xEA) CCCRA; /* Capture compare A control register */ __sfr __at (0xEB) CCCRB; /* Capture compare B control register */ __sfr __at (0xEC) CCCRC; /* Capture compare C control register */ __sfr __at (0xED) CCCRD; /* Capture compare D control register */ __sfr __at (0xEE) OCRAL; /* Output compare A register low */ __sfr __at (0xEF) OCRAH; /* Output compare A register high */ __sfr __at (0xF0) B; /* B register */ __sfr __at (0xF1) DEECON; /* Data EEPROM control register */ __sfr __at (0xF2) DEEDAT; /* Data EEPROM data register */ __sfr __at (0xF3) DEEADR; /* Data EEPROM address register */ __sfr __at (0xF6) PT0AD; /* Port 0 digital input disable */ __sfr __at (0xF7) IP1H; /* Interrupt priority 1 high */ __sfr __at (0xF8) IP1; /* Interrupt priority 1 */ __sfr __at (0xF9) TCR21; /* CCU control register 1 */ __sfr __at (0xFA) OCRBL; /* Output compare B register low */ __sfr __at (0xFB) OCRBH; /* Output compare B register high */ __sfr __at (0xFC) OCRCL; /* Output compare C register low */ __sfr __at (0xFD) OCRCH; /* Output compare C register high */ __sfr __at (0xFE) OCRDL; /* Output compare D register low */ __sfr __at (0xFF) OCRDH; /* Output compare D register high */ /* 16-bit SFRs (duplicates of above) */ __sfr16 __at (0x8382) DPTR; /* Data pointer */ __sfr16 __at (0x8C8A) TMR0; /* Timer 0 count */ __sfr16 __at (0x8D8B) TMR1; /* Timer 1 count */ __sfr16 __at (0xABAA) ICRA; /* Input capture A register */ __sfr16 __at (0xAFAE) ICRB; /* Input capture B register */ __sfr16 __at (0xBFBE) BRGR; /* Baud rate generator */ __sfr16 __at (0xCBCA) TPCR2; /* Prescaler control register */ __sfr16 __at (0xCDCC) TMR2; /* Timer 2 count */ __sfr16 __at (0xCFCE) TOR2; /* CCU reload register */ __sfr16 __at (0xD2D3) RTC; /* RTC register */ __sfr16 __at (0xDDDC) I2SCL; /* Serial clock generator/ * SCL duty cycle register */ __sfr16 __at (0xE7E6) FMADR; /* Program Flash address */ __sfr16 __at (0xEFEE) OCRA; /* Output compare A register */ __sfr16 __at (0xFBFA) OCRB; /* Output compare B register */ __sfr16 __at (0xFDFC) OCRC; /* Output compare C register */ __sfr16 __at (0xFFFE) OCRD; /* Output compare D register */ /* "Extended SFRs" (logically in __xdata memory space) */ #define BNDSTA0 (*(__xdata volatile unsigned char*)0xFFED) /* ADC0 boundary status register */ #define ADC0LBND (*(__xdata volatile unsigned char*)0xFFEE) /* ADC0 low_boundary register (MSB) */ #define ADC0HBND (*(__xdata volatile unsigned char*)0xFFEF) /* ADC0 high_boundary register, left (MSB) */ #define AD0DAT7R (*(__xdata volatile unsigned char*)0xFFF0) /* ADC0 data register 7, right (LSB) */ #define AD0DAT7L (*(__xdata volatile unsigned char*)0xFFF1) /* ADC0 data register 7, left (MSB) */ #define AD0DAT6R (*(__xdata volatile unsigned char*)0xFFF2) /* ADC0 data register 6, right (LSB) */ #define AD0DAT6L (*(__xdata volatile unsigned char*)0xFFF3) /* ADC0 data register 6, left (MSB) */ #define AD0DAT5R (*(__xdata volatile unsigned char*)0xFFF4) /* ADC0 data register 5, right (LSB) */ #define AD0DAT5L (*(__xdata volatile unsigned char*)0xFFF5) /* ADC0 data register 5, left (MSB) */ #define AD0DAT4R (*(__xdata volatile unsigned char*)0xFFF6) /* ADC0 data register 4, right (LSB) */ #define AD0DAT4L (*(__xdata volatile unsigned char*)0xFFF7) /* ADC0 data register 4, left (MSB) */ #define AD0DAT3R (*(__xdata volatile unsigned char*)0xFFF8) /* ADC0 data register 3, right (LSB) */ #define AD0DAT3L (*(__xdata volatile unsigned char*)0xFFF9) /* ADC0 data register 3, left (MSB) */ #define AD0DAT2R (*(__xdata volatile unsigned char*)0xFFFA) /* ADC0 data register 2, right (LSB) */ #define AD0DAT2L (*(__xdata volatile unsigned char*)0xFFFB) /* ADC0 data register 2, left (MSB) */ #define AD0DAT1R (*(__xdata volatile unsigned char*)0xFFFC) /* ADC0 data register 1, right (LSB) */ #define AD0DAT1L (*(__xdata volatile unsigned char*)0xFFFD) /* ADC0 data register 1, left (MSB) */ #define AD0DAT0R (*(__xdata volatile unsigned char*)0xFFFE) /* ADC0 data register 0, right (LSB) */ #define AD0DAT0L (*(__xdata volatile unsigned char*)0xFFFF) /* ADC0 data register 0, left (MSB) */ /* Special Function Bits */ /* P0 (0x80) */ __sbit __at (0x80) P0_0; __sbit __at (0x81) P0_1; __sbit __at (0x82) P0_2; __sbit __at (0x83) P0_3; __sbit __at (0x84) P0_4; __sbit __at (0x85) P0_5; __sbit __at (0x86) P0_6; __sbit __at (0x87) P0_7; /*#define CMP2 P0_0*/ /* Removed: Name conflicts with SFR 0xAD */ #define KB0 P0_0 #define CIN2B P0_1 #define KB1 P0_1 #define CIN2A P0_2 #define KB2 P0_2 #define CIN1B P0_3 #define KB3 P0_3 #define CIN1A P0_4 #define KB4 P0_4 #define CMPREF P0_5 #define KB5 P0_5 /*#define CMP1 P0_6*/ /* Removed: Name conflicts with SFR 0xAC */ #define KB6 P0_6 #define T1 P0_7 #define KB7 P0_7 /* TCON (0x88) */ __sbit __at (0x88) TCON_0; __sbit __at (0x89) TCON_1; __sbit __at (0x8A) TCON_2; __sbit __at (0x8B) TCON_3; __sbit __at (0x8C) TCON_4; __sbit __at (0x8D) TCON_5; __sbit __at (0x8E) TCON_6; __sbit __at (0x8F) TCON_7; #define IT0 TCON_0 #define IE0 TCON_1 #define IT1 TCON_2 #define IE1 TCON_3 #define TR0 TCON_4 #define TF0 TCON_5 #define TR1 TCON_6 #define TF1 TCON_7 /* P1 (0x90) */ __sbit __at (0x90) P1_0; __sbit __at (0x91) P1_1; __sbit __at (0x92) P1_2; __sbit __at (0x93) P1_3; __sbit __at (0x94) P1_4; __sbit __at (0x95) P1_5; __sbit __at (0x96) P1_6; __sbit __at (0x97) P1_7; #define TXD P1_0 #define RXD P1_1 #define T0 P1_2 #define SCL P1_2 #define INT0 P1_3 #define SDA P1_3 #define INT1 P1_4 #define RST P1_5 #define OCB P1_6 #define OCC P1_7 /* SCON (0x98) */ __sbit __at (0x98) SCON_0; __sbit __at (0x99) SCON_1; __sbit __at (0x9A) SCON_2; __sbit __at (0x9B) SCON_3; __sbit __at (0x9C) SCON_4; __sbit __at (0x9D) SCON_5; __sbit __at (0x9E) SCON_6; __sbit __at (0x9F) SCON_7; #define RI SCON_0 #define TI SCON_1 #define RB8 SCON_2 #define TB8 SCON_3 #define REN SCON_4 #define SM2 SCON_5 #define SM1 SCON_6 #define SM0 SCON_7 #define FE SCON_7 /* P2 (0xA0) */ __sbit __at (0xA0) P2_0; __sbit __at (0xA1) P2_1; __sbit __at (0xA2) P2_2; __sbit __at (0xA3) P2_3; __sbit __at (0xA4) P2_4; __sbit __at (0xA5) P2_5; __sbit __at (0xA6) P2_6; __sbit __at (0xA7) P2_7; #define ICB P2_0 #define OCD P2_1 #define MOSI P2_2 #define MISO P2_3 #define SS P2_4 #define SPICLK P2_5 #define OCA P2_6 #define ICA P2_7 /* IEN0 (0xA8) */ __sbit __at (0xA8) IEN0_0; __sbit __at (0xA9) IEN0_1; __sbit __at (0xAA) IEN0_2; __sbit __at (0xAB) IEN0_3; __sbit __at (0xAC) IEN0_4; __sbit __at (0xAD) IEN0_5; __sbit __at (0xAE) IEN0_6; __sbit __at (0xAF) IEN0_7; #define EX0 IEN0_0 #define ET0 IEN0_1 #define EX1 IEN0_2 #define ET1 IEN0_3 #define ES IEN0_4 #define ESR IEN0_4 #define EBO IEN0_5 #define EWDRT IEN0_6 #define EA IEN0_7 /* P3 (0xB0) */ __sbit __at (0xB0) P3_0; __sbit __at (0xB1) P3_1; __sbit __at (0xB2) P3_2; __sbit __at (0xB3) P3_3; __sbit __at (0xB4) P3_4; __sbit __at (0xB5) P3_5; __sbit __at (0xB6) P3_6; __sbit __at (0xB7) P3_7; #define XTAL2 P3_0 #define XTAL1 P3_1 /* IP0 (0xB8) */ __sbit __at (0xB8) IP0_0; __sbit __at (0xB9) IP0_1; __sbit __at (0xBA) IP0_2; __sbit __at (0xBB) IP0_3; __sbit __at (0xBC) IP0_4; __sbit __at (0xBD) IP0_5; __sbit __at (0xBE) IP0_6; __sbit __at (0xBF) IP0_7; #define PX0 IP0_0 #define PT0 IP0_1 #define PX1 IP0_2 #define PT1 IP0_3 #define PS IP0_4 #define PSR IP0_4 #define PBO IP0_5 #define PWDRT IP0_6 /* AD0MODA (0xC0) */ __sbit __at (0xC0) AD0MODA_0; __sbit __at (0xC1) AD0MODA_1; __sbit __at (0xC2) AD0MODA_2; __sbit __at (0xC3) AD0MODA_3; __sbit __at (0xC4) AD0MODA_4; __sbit __at (0xC5) AD0MODA_5; __sbit __at (0xC6) AD0MODA_6; __sbit __at (0xC7) AD0MODA_7; #define SCAN0 AD0MODA_4 #define SCC0 AD0MODA_5 #define BURST0 AD0MODA_6 #define BNDI0 AD0MODA_7 /* TCR20 (0xC8) */ __sbit __at (0xC8) TCR20_0; __sbit __at (0xC9) TCR20_1; __sbit __at (0xCA) TCR20_2; __sbit __at (0xCB) TCR20_3; __sbit __at (0xCC) TCR20_4; __sbit __at (0xCD) TCR20_5; __sbit __at (0xCE) TCR20_6; __sbit __at (0xCF) TCR20_7; #define TMOD20 TCR20_0 #define TMOD21 TCR20_1 #define TDIR2 TCR20_2 #define ALTAB TCR20_3 #define ALTCD TCR20_4 #define HLTEN TCR20_5 #define HLTRN TCR20_6 #define PLEEN TCR20_7 /* PSW (0xD0) */ __sbit __at (0xD0) PSW_0; __sbit __at (0xD1) PSW_1; __sbit __at (0xD2) PSW_2; __sbit __at (0xD3) PSW_3; __sbit __at (0xD4) PSW_4; __sbit __at (0xD5) PSW_5; __sbit __at (0xD6) PSW_6; __sbit __at (0xD7) PSW_7; #define P PSW_0 #define F1 PSW_1 #define OV PSW_2 #define RS0 PSW_3 #define RS1 PSW_4 #define F0 PSW_5 #define AC PSW_6 #define CY PSW_7 /* I2CON (0xD8) */ __sbit __at (0xD8) I2CON_0; __sbit __at (0xD9) I2CON_1; __sbit __at (0xDA) I2CON_2; __sbit __at (0xDB) I2CON_3; __sbit __at (0xDC) I2CON_4; __sbit __at (0xDD) I2CON_5; __sbit __at (0xDE) I2CON_6; __sbit __at (0xDF) I2CON_7; #define CRSEL I2CON_0 #define AA I2CON_2 #define SI I2CON_3 #define STO I2CON_4 #define STA I2CON_5 #define I2EN I2CON_6 /* ACC (0xE0) */ __sbit __at (0xE0) ACC_0; __sbit __at (0xE1) ACC_1; __sbit __at (0xE2) ACC_2; __sbit __at (0xE3) ACC_3; __sbit __at (0xE4) ACC_4; __sbit __at (0xE5) ACC_5; __sbit __at (0xE6) ACC_6; __sbit __at (0xE7) ACC_7; /* IEN1 (0xE8) */ __sbit __at (0xE8) IEN1_0; __sbit __at (0xE9) IEN1_1; __sbit __at (0xEA) IEN1_2; __sbit __at (0xEB) IEN1_3; __sbit __at (0xEC) IEN1_4; __sbit __at (0xED) IEN1_5; __sbit __at (0xEE) IEN1_6; __sbit __at (0xEF) IEN1_7; #define EI2C IEN1_0 #define EKBI IEN1_1 #define EC IEN1_2 #define ESPI IEN1_3 #define ECCU IEN1_4 #define EST IEN1_6 #define EIEE IEN1_7 /* B (0xF0) */ __sbit __at (0xF0) B_0; __sbit __at (0xF1) B_1; __sbit __at (0xF2) B_2; __sbit __at (0xF3) B_3; __sbit __at (0xF4) B_4; __sbit __at (0xF5) B_5; __sbit __at (0xF6) B_6; __sbit __at (0xF7) B_7; /* IP1 (0xF8) */ __sbit __at (0xF8) IP1_0; __sbit __at (0xF9) IP1_1; __sbit __at (0xFA) IP1_2; __sbit __at (0xFB) IP1_3; __sbit __at (0xFC) IP1_4; __sbit __at (0xFD) IP1_5; __sbit __at (0xFE) IP1_6; __sbit __at (0xFF) IP1_7; #define PI2C IP1_0 #define PKBI IP1_1 #define PC IP1_2 #define PSPI IP1_3 #define PCCU IP1_4 #define PST IP1_6 #define PADEE IP1_7 #endif /* P89LPC938_H */ sdcc-2.9.0/device/include/mcs51/p89v51rd2.h000066400000000000000000000163601116427777700200360ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for the Philips P89V51RD2 Processor Written By - Jesus Calvino-Fraga / jesusc at ece.ubc.ca (June 2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REG_P89V51RD2_H #define REG_P89V51RD2_H #include <8052.h> // Load definitions for the 8052 #ifdef REG8052_H #undef REG8052_H #endif // Define P89V51RD2 specific registers only __sfr __at (0x8E) AUXR; //Auxiliary function register (Reset value 0x00). #define EXTRAM 0x02 //'0'=uses internal XRAM. #define AO 0x01 //'1'=Disables ALE generation. __sfr __at (0xA2) AUXR1; //Auxiliary function register 1 (Reset value 0x00). #define GF2 0x08 //General purpose user-defined flag. #define DPS 0x01 //Data pointer select. __sfr __at (0xFA) CCAP0H; //Module 0 Capture HIGH. __sfr __at (0xFB) CCAP1H; //Module 1 Capture HIGH. __sfr __at (0xFC) CCAP2H; //Module 2 Capture HIGH. __sfr __at (0xFD) CCAP3H; //Module 3 Capture HIGH. __sfr __at (0xFE) CCAP4H; //Module 4 Capture HIGH. __sfr __at (0xEA) CCAP0L; //Module 0 Capture LOW. __sfr __at (0xEB) CCAP1L; //Module 1 Capture LOW. __sfr __at (0xEC) CCAP2L; //Module 2 Capture LOW. __sfr __at (0xED) CCAP3L; //Module 3 Capture LOW. __sfr __at (0xEE) CCAP4L; //Module 4 Capture LOW. __sfr __at (0xDA) CCAPM0; //Module 0 Mode. __sfr __at (0xDB) CCAPM1; //Module 1 Mode. __sfr __at (0xDC) CCAPM2; //Module 2 Mode. __sfr __at (0xDD) CCAPM3; //Module 3 Mode. __sfr __at (0xDE) CCAPM4; //Module 4 Mode. //The preceding five registers have the following bits: #define ECOM 0x40 //Enable Comparator. #define CAPP 0x20 //1=enables positive edge capture. #define CAPN 0x10 //1=enables negative edge capture. #define MAT 0x08 //When counter matches sets CCF_n bit causing and interrupt. #define TOG 0x04 //Toggle output on match. #define PWM 0x02 //Pulse width modulation mode. #define ECCF 0x01 //Enable CCF interrupt. __sfr __at (0xD8) CCON; //PCA Counter Control (Reset value 0x00) __sbit __at (0xDF) CF; //PCA Counter overflow flag. __sbit __at (0xDE) CR ; //PCA Counter Run Control Bit. 1=counter on. 0=counter off. __sbit __at (0xDC) CCF4;//PCA Module 4 Interrupt Flag. __sbit __at (0xDB) CCF3;//PCA Module 3 Interrupt Flag. __sbit __at (0xDA) CCF2;//PCA Module 2 Interrupt Flag. __sbit __at (0xD9) CCF1;//PCA Module 1 Interrupt Flag. __sbit __at (0xD8) CCF0;//PCA Module 0 Interrupt Flag. __sfr __at (0xF9) CH; //PCA Counter HIGH. __sfr __at (0xE9) CL; //PCA Counter LOW. __sfr __at (0xD9) CMOD; //PCA Counter Mode. #define CIDL 0x80 //CIDL=0 program the PCA counter to work during idle mode. #define WDTE 0x40 //Watchdog Timer Enable. #define CPS1 0x04 //PCA Count Pulse Select bit 1. #define CPS0 0x02 //PCA Count Pulse Select bit 0. //00=Internal clock, Fosc/6 //01=Internal clock, Fosc/6 //10=Timer 0 overflow //11=External clock at ECI/P1.2 pin (max rate=Fosc/4) #define ECF 0x01 //PCA Enable Counter Overflow Interrupt. __sfr __at (0xB6) FST; //Flash Status Register. #define SB 0x40 #define EDC 0x08 __sfr __at (0xB1) FCF; //Flash program memory bank selection. #define SWR 0x02 #define BSEL 0x01 //Attention IEN0 is the same as register IE found in <8051.h> only bit EC added here. __sfr __at (0xA8) IEN0; //Interrupt Enable 1. __sbit __at (0xAE) EC; //PCA Interrupt Enable bit. __sfr __at (0xE8) IEN1; //Interrupt Enable 1 __sbit __at (0xEB) EBO; //Brown-out Interrupt Enable. (Vector is 0x00b4). //Attention IP0 is the same as register IP found in <8051.h> only bit PPC added here. __sfr __at (0xB8) IP0; //Interrupt Priority 0 HIGH. __sbit __at (0xBE) PPC; //PCA Interrupt Priority low bit. __sfr __at (0xB7) IP0H; //Interrupt Priority 0 HIGH #define PPCH 0x40 //PCA Interrupt Priority High Bit. #define PT2H 0x20 //Timer 2 Interrupt Interrupt Priority High Bit. #define PSH 0x10 //Serial Port Interrupt Priority High Bit. #define PT1H 0x08 //Timer 1 Interrupt Priority High Bit. #define PX1H 0x04 //External Interrupt 1 Priority High Bit. #define PT0H 0x02 //Timer 0 Interrupt Priority High Bit. #define PX0H 0x01 //External Interrupt 0 Priority High Bit. __sfr __at (0xF8) IP1; //Interrupt Priority 1. __sbit __at (0xFB) PBO; //Brown-out Interrupt Priority Bit. __sfr __at (0xF7) IP1H; //Interrupt Priority 1 HIGH. #define PBOH 0x08 //Brown-out Interrupt Priority High Bit. __sfr __at (0xA9) SADDR; //Serial Port Address Register. __sfr __at (0xB9) SADEN; //Serial Port Address Enable. __sfr __at (0xD5) SPCR; //SPI Control Register (Reset value 00000000B). __sfr __at (0xD5) SPCTL; //SPI Control Register (This name appears also in the datasheet). #define SPIE 0x80 //If both SPIE and ES are set to one, SPI interrupts are enabled. #define SPEN 0x40 //SPI enable bit. When set enables SPI. #define SPE 0x40 //Same as above. This name appears also in the manual :-( #define DORD 0x20 //Data trans. order. 0=MSB first; 1=LSB first. #define MSTR 0x10 //1=master mode. 0=slave mode. #define CPOL 0x08 //1=SCK is high when idle (active low), 0=SCK is low when idle (active high). #define CPHA 0x04 //1=shift triggered on the trailing edge of SCK. 0=shift trig. on leading edge. #define SPR1 0x02 //SPI Clork Rate select bit 1. #define SPR0 0x01 //SPI Clork Rate select bit 0. //00 = Fosc/4 //01 = Fosc/16 //10 = Fosc/64 //11 = Fosc/128 __sfr __at (0xAA) SPSR; //SPI Configuration Register (Reset value 00000000B). __sfr __at (0xAA) SPCFG; //SPI Configuration Register (This name appears also in the datasheet). #define SPIF 0x80 //SPI interrupt flag. #define SPWCOL 0x40 //Write collision Flag. __sfr __at (0x86) SPDR; //SPI Data __sfr __at (0x86) SPDAT; //SPI Data (This name appears also in the datasheet). __sfr __at (0xC0) WDTC; //Watchdog Timer Control (Reset value 0x00). #define WDOUT 0x10 //Watchdog output enable. #define WDRE 0x08 //Watchdog timer reset enable. #define WDTS 0x04 //Watchdog timer reset flag. #define WDT 0x02 //Watchdog timer refresh. #define SWDT 0x01 //Start watchdog timer. __sfr __at (0x85) WDTD; //Watchdog Timer Data/Reload. __sfr __at (0xC9) T2MOD; //Timer 2 mode control #define DCEN 0x01 //Down count enable bit #define T2OE 0x02 //Timer 2 Output Enable bit. #define ENT2 0x20 //No description??? #endif /*REG_P89V51RD2_H*/ sdcc-2.9.0/device/include/mcs51/p89v66x.h000066400000000000000000000242641116427777700176260ustar00rootroot00000000000000/*-------------------------------------------------------------------------- p89v66x.h This header allows to use the microcontroler NXP (formerly Philips) p89v66x where x stands for 0,2,4. Copyright (c) 2008 Gudjon I. Gudjonsson This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA02111-1307 USA The registered are ordered in the same way as in the NXP data sheet: http://www.standardics.nxp.com/products/80c51/datasheet/p89v660.p89v662.p89v664.pdf --------------------------------------------------------------------------*/ #ifndef __P89V66X_H__ #define __P89V66X_H__ #include /*BYTE Registers*/ SFR(ACC, 0xE0); // Accumulator SBIT(ACC_7, 0xE0, 7); SBIT(ACC_6, 0xE0, 6); SBIT(ACC_5, 0xE0, 5); SBIT(ACC_4, 0xE0, 4); SBIT(ACC_3, 0xE0, 3); SBIT(ACC_2, 0xE0, 2); SBIT(ACC_1, 0xE0, 1); SBIT(ACC_0, 0xE0, 0); SFR(AUXR, 0x8E); // Auxiliary #define EXTRAM 0x02 #define AO 0x01 SFR(AUXR1, 0xA2); // Auxiliary 1 #define ENBOOT 0x20 #define GF2 0x08 // Bit 2 must be zero #define DPS 0x01 SFR(B, 0xF0); // B register SBIT(B7, 0xF0, 7); SBIT(B6, 0xF0, 6); SBIT(B5, 0xF0, 5); SBIT(B4, 0xF0, 4); SBIT(B3, 0xF0, 3); SBIT(B2, 0xF0, 2); SBIT(B1, 0xF0, 1); SBIT(B0, 0xF0, 0); SFR(CCAP0H, 0xFA); // Module 0 Capture High SFR(CCAP1H, 0xFB); // Module 1 Capture High SFR(CCAP2H, 0xFC); // Module 2 Capture High SFR(CCAP3H, 0xFD); // Module 3 Capture High SFR(CCAP4H, 0xFE); // Module 4 Capture High SFR(CCAP0L, 0xEA); // Module 0 Capture Low SFR(CCAP1L, 0xEB); // Module 1 Capture Low SFR(CCAP2L, 0xEC); // Module 2 Capture Low SFR(CCAP3L, 0xED); // Module 3 Capture Low SFR(CCAP4L, 0xEE); // Module 4 Capture Low SFR(CCAPM0, 0xC2); // Module 0 Mode #define ECOM_0 0x40 #define CAPP_0 0x20 #define CAPN_0 0x10 #define MAT_0 0x08 #define TOG_0 0x04 #define PWM_0 0x02 #define ECCF_0 0x01 SFR(CCAPM1, 0xC3); // Module 1 Mode #define ECOM_1 0x40 #define CAPP_1 0x20 #define CAPN_1 0x10 #define MAT_1 0x08 #define TOG_1 0x04 #define PWM_1 0x02 #define ECCF_1 0x01 SFR(CCAPM2, 0xC4); // Module 2 Mode #define ECOM_2 0x40 #define CAPP_2 0x20 #define CAPN_2 0x10 #define MAT_2 0x08 #define TOG_2 0x04 #define PWM_2 0x02 #define ECCF_2 0x01 SFR(CCAPM3, 0xC5); // Module 3 Mode #define ECOM_3 0x40 #define CAPP_3 0x20 #define CAPN_3 0x10 #define MAT_3 0x08 #define TOG_3 0x04 #define PWM_3 0x02 #define ECCF_3 0x01 SFR(CCAPM4, 0xC6); // Module 4 Mode #define ECOM_4 0x40 #define CAPP_4 0x20 #define CAPN_4 0x10 #define MAT_4 0x08 #define TOG_4 0x04 #define PWM_4 0x02 #define ECCF_4 0x01 #define ECOM 0x40 #define CAPP 0x20 #define CAPN 0x10 #define MAT 0x08 #define TOG 0x04 #define PWM 0x02 #define ECCF 0x01 SFR(CCON, 0xC0); // PCA Counter Control SBIT(CF, 0xC0, 7); SBIT(CR, 0xC0, 6); SBIT(CCF4, 0xC0, 4); SBIT(CCF3, 0xC0, 3); SBIT(CCF2, 0xC0, 2); SBIT(CCF1, 0xC0, 1); SBIT(CCF0, 0xC0, 0); SFR(CH, 0xF9); // PCA Counter High SFR(CL, 0xE9); // PCA Counter Low SFR(CMOD, 0xC1); // PCA Counter Mode #define CIDL 0x80 #define WDTE 0x40 #define CPS1 0x04 #define CPS0 0x02 #define ECF 0x01 SFR(DPH, 0x83); // Data Pointer High SFR(DPL, 0x82); // Data Pointer Low SFR(IEN0, 0xA8); // Interrupt Enable 0 SBIT(EA, 0xA8, 7); SBIT(EC, 0xA8, 6); SBIT(ES1, 0xA8, 5); SBIT(ES0, 0xA8, 4); SBIT(ET1, 0xA8, 3); SBIT(EX1, 0xA8, 2); SBIT(ET0, 0xA8, 1); SBIT(EX0, 0xA8, 0); SFR(IEN1, 0xE8); // Interrupt Enable 1 SBIT(ES3, 0xE8, 2); SBIT(ES2, 0xE8, 1); SBIT(ET2, 0xE8, 0); SFR(IP0, 0xB8); // Interrupt Priority 0 SBIT(PT2, 0xB8, 7); SBIT(PPC, 0xB8, 6); SBIT(PS1, 0xB8, 5); SBIT(PS0, 0xB8, 4); SBIT(PT1, 0xB8, 3); SBIT(PX1, 0xB8, 2); SBIT(PT0, 0xB8, 1); SBIT(PX0, 0xB8, 0); SFR(IP0H, 0xB7); // Interrupt Priority 0 High #define PT2H 0x80 #define PPCH 0x40 #define PS1H 0x20 #define PS0H 0x10 #define PT1H 0x08 #define PX1H 0x04 #define PT0H 0x02 #define PX0H 0x01 SFR(IP1, 0x91); // Interrupt Priority 1 #define PS3 0x02 #define PS2 0x01 SFR(IP1H, 0x92); // Interrupt Priority 1 High #define PS3H 0x02 #define PS2H 0x01 SFR(P0, 0x80); // Port 0 SBIT(AD7, 0x80, 7); SBIT(P0_7, 0x80, 7); SBIT(AD6, 0x80, 6); SBIT(P0_6, 0x80, 6); SBIT(AD5, 0x80, 5); SBIT(P0_5, 0x80, 5); SBIT(AD4, 0x80, 4); SBIT(P0_4, 0x80, 4); SBIT(AD3, 0x80, 3); SBIT(P0_3, 0x80, 3); SBIT(AD2, 0x80, 2); SBIT(P0_2, 0x80, 2); SBIT(AD1, 0x80, 1); SBIT(P0_1, 0x80, 1); SBIT(AD0, 0x80, 0); SBIT(P0_0, 0x80, 0); SFR(P1, 0x90); // Port 1 SBIT(T1_CEX4, 0x90, 7); SBIT(P1_7, 0x90, 7); SBIT(T0_CEX3, 0x90, 6); SBIT(P1_6, 0x90, 6); SBIT(CEX2, 0x90, 5); SBIT(P1_5, 0x90, 5); SBIT(CEX1, 0x90, 4); SBIT(P1_4, 0x90, 4); SBIT(CEX0, 0x90, 3); SBIT(P1_3, 0x90, 3); SBIT(ECI, 0x90, 2); SBIT(P1_2, 0x90, 2); SBIT(T2EX, 0x90, 1); SBIT(P1_1, 0x90, 1); SBIT(T2, 0x90, 0); SBIT(P1_0, 0x90, 0); SFR(P2, 0xA0); // Port 2 SBIT(AD15, 0xA0, 7); SBIT(P2_7, 0xA0, 7); SBIT(AD14, 0xA0, 6); SBIT(P2_6, 0xA0, 6); SBIT(AD13, 0xA0, 5); SBIT(P2_5, 0xA0, 5); SBIT(AD12, 0xA0, 4); SBIT(P2_4, 0xA0, 4); SBIT(AD11, 0xA0, 3); SBIT(P2_3, 0xA0, 3); SBIT(AD10, 0xA0, 2); SBIT(P2_2, 0xA0, 2); SBIT(AD9, 0xA0, 1); SBIT(P2_1, 0xA0, 1); SBIT(AD8, 0xA0, 0); SBIT(P2_0, 0xA0, 0); SFR(P3, 0xB0); // Port 3 SBIT(RD, 0xB0, 7); SBIT(P3_7, 0xB0, 7); SBIT(WR, 0xB0, 6); SBIT(P3_6, 0xB0, 6); SBIT(T1, 0xB0, 5); SBIT(P3_5, 0xB0, 5); SBIT(T0, 0xB0, 4); SBIT(P3_4, 0xB0, 4); SBIT(INT1, 0xB0, 3); SBIT(P3_3, 0xB0, 3); SBIT(INT0, 0xB0, 2); SBIT(P3_2, 0xB0, 2); SBIT(TXD, 0xB0, 1); SBIT(P3_1, 0xB0, 1); SBIT(RXD, 0xB0, 0); SBIT(P3_0, 0xB0, 0); SFR(P4, 0xA1); // Port 3 #define SS 0x08 #define P4_3 0x08 #define MOSI 0x04 #define P4_2 0x04 #define MISO 0x02 #define SDA_1 0x02 #define P4_1 0x02 #define SCK 0x01 #define SCL_1 0x01 #define P4_0 0x01 SFR(PCON, 0x87); // Power Control #define SMOD1 0x80 #define SMOD0 0x40 #define POF 0x10 #define GF1 0x08 #define GF0 0x04 #define PD 0x02 #define IDL 0x01 SFR(PSW, 0xD0); // Program Status Word SBIT(CY, 0xD0, 7); SBIT(AC, 0xD0, 6); SBIT(F0, 0xD0, 5); SBIT(RS1, 0xD0, 4); SBIT(RS0, 0xD0, 3); SBIT(OV, 0xD0, 2); SBIT(F1, 0xD0, 1); SBIT(P, 0xD0, 0); SFR(RCAP2H, 0xCB); // Timer 2 Capture High SFR(RCAP2L, 0xCA); // Timer 2 Capture Low SFR(S0CON, 0x98); // Serial Control SBIT(SM0_FE,0x98, 7); SBIT(SM1, 0x98, 6); SBIT(SM2, 0x98, 5); SBIT(REN, 0x98, 4); SBIT(TB8, 0x98, 3); SBIT(RB8, 0x98, 2); SBIT(TI, 0x98, 1); SBIT(RI, 0x98, 0); SFR(S0BUF, 0x99); // Serial Data Buffer SFR(SADDR, 0xA9); // I2C Slave Address SFR(SADEN, 0xB9); // I2C Slave Address Mask SFR(SPCR, 0xD5); // SPI Control Register #define SPIE 0x80 #define SPEN 0x40 #define DORD 0x20 #define MSTR 0x10 #define CPOL 0x08 #define CPHA 0x04 #define SPR1 0x02 #define SPR0 0x01 /* SBIT(SPIE, 0x80, 7); // SPCR is not bit addressable, not yet at least, according to the manual. SBIT(SPEN, 0x80, 6); SBIT(DORD, 0x80, 5); SBIT(MSTR, 0x80, 4); SBIT(CPOL, 0x80, 3); SBIT(CPHA, 0x80, 2); SBIT(SPR1, 0x80, 1); SBIT(SPR0, 0x80, 0);*/ SFR(SPSR, 0xAA); // SPI Configuration Register #define SPIF 0x80 #define WCOL 0x40 SFR(SPDAT, 0x86); // SPI Data SFR(SP, 0x81); // Stack Pointer SFR(S1DAT, 0xDA); // I2C Serial 1 Data SFR(S1ADR, 0xDB); // I2C Serial 1 Address #define S1ADR_6 0x80 #define S1ADR_5 0x40 #define S1ADR_4 0x20 #define S1ADR_3 0x10 #define S1ADR_2 0x08 #define S1ADR_1 0x04 #define S1ADR_0 0x02 #define S1GC 0x01 SFR(S1STA, 0xD9); // I2C Serial 1 Status #define SC4 0x80 #define SC3 0x40 #define SC2 0x20 #define SC1 0x10 #define SC0 0x08 // Only write 0 to the lowest three bits SFR(S1CON, 0xD8); // I2C Serial 1 Control SBIT(CR2, 0xD8, 7); SBIT(ENS1, 0xD8, 6); SBIT(STA, 0xD8, 5); SBIT(STO, 0xD8, 4); SBIT(SI, 0xD8, 3); SBIT(AA, 0xD8, 2); SBIT(CR1, 0xD8, 1); SBIT(CR0, 0xD8, 0); SFR(S2DAT, 0xE2); // I2C Serial 1 Data SFR(S2ADR, 0xE3); // I2C Serial 1 Address #define S2ADR_6 0x80 #define S2ADR_5 0x40 #define S2ADR_4 0x20 #define S2ADR_3 0x10 #define S2ADR_2 0x08 #define S2ADR_1 0x04 #define S2ADR_0 0x02 #define S2GC 0x01 SFR(S2STA, 0xE1); // I2C Serial 1 Status #define SC24 0x80 #define SC23 0x40 #define SC22 0x20 #define SC21 0x10 #define SC20 0x08 // Only write 0 to the lowest three bits SFR(S2CON, 0xF8); // I2C Serial 1 Control SBIT(CR22, 0xF8, 7); SBIT(ENS21, 0xF8, 6); SBIT(STA2, 0xF8, 5); SBIT(STO2, 0xF8, 4); SBIT(SI2, 0xF8, 3); SBIT(AA2, 0xF8, 2); SBIT(CR21, 0xF8, 1); SBIT(CR20, 0xF8, 0); SFR(TCON, 0x88); // Timer Control SBIT(TF1, 0x88, 7); SBIT(TR1, 0x88, 6); SBIT(TF0, 0x88, 5); SBIT(TR0, 0x88, 4); SBIT(IE1, 0x88, 3); SBIT(IT1, 0x88, 2); SBIT(IE0, 0x88, 1); SBIT(IT0, 0x88, 0); SFR(T2CON, 0xC8); // Timer 2 Control SBIT(TF2, 0xC8, 7); SBIT(EXF2, 0xC8, 6); SBIT(RCLK, 0xC8, 5); SBIT(TCLK, 0xC8, 4); SBIT(EXEN2, 0xC8, 3); SBIT(TR2, 0xC8, 2); SBIT(C_T2, 0xC8, 1); SBIT(CP_RL2, 0xC8, 0); SFR(T2MOD, 0xC9); // Timer 2 Mode Control #define ENT2 0x20 #define T2OE 0x02 #define DCEN 0x01 SFR(TH0, 0x8C); // Timer High 0 SFR(TH1, 0x8D); // Timer High 1 SFR(TH2, 0xCD); // Timer High 2 SFR(TL0, 0x8A); // Timer Low 0 SFR(TL1, 0x8B); // Timer Low 1 SFR(TL2, 0xCC); // Timer Low 2 SFR(TMOD, 0x89); // Timer Mode #define GATE_1 0x80 #define C_T_1 0x40 #define M1_1 0x20 #define M0_1 0x10 #define GATE_0 0x08 #define C_T_0 0x04 #define M1_0 0x02 #define M0_0 0x01 SFR(WDTRST, 0xA6); // Watchdog Timer Reset #endif //__P89V66X_H__ sdcc-2.9.0/device/include/mcs51/reg51.h000066400000000000000000000064541116427777700174000ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for 8051 Processor Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REG51_H #define REG51_H #warning This file (reg51.h) is obsolete, depending on your harware #warning use include <8051.h>, or include <8052.h>! /* BYTE Register */ sfr at 0x80 P0 ; sfr at 0x90 P1 ; sfr at 0xA0 P2 ; sfr at 0xB0 P3 ; sfr at 0xD0 PSW ; sfr at 0xE0 ACC ; sfr at 0xF0 B ; sfr at 0x81 SP ; sfr at 0x82 DPL ; sfr at 0x83 DPH ; sfr at 0x87 PCON ; sfr at 0x88 TCON ; sfr at 0x89 TMOD ; sfr at 0x8A TL0 ; sfr at 0x8B TL1 ; sfr at 0x8C TH0 ; sfr at 0x8D TH1 ; sfr at 0x8E AUXR ; sfr at 0xA8 IE ; sfr at 0xB8 IP ; sfr at 0x98 SCON ; sfr at 0x99 SBUF ; /* BIT Register */ /* PSW */ sbit at 0xD7 CY ; sbit at 0xD6 AC ; sbit at 0xD5 F0 ; sbit at 0xD4 RS1 ; sbit at 0xD3 RS0 ; sbit at 0xD2 OV ; sbit at 0xD0 P ; /* TCON */ sbit at 0x8F TF1 ; sbit at 0x8E TR1 ; sbit at 0x8D TF0 ; sbit at 0x8C TR0 ; sbit at 0x8B IE1 ; sbit at 0x8A IT1 ; sbit at 0x89 IE0 ; sbit at 0x88 IT0 ; /* IE */ sbit at 0xAF EA ; sbit at 0xAC ES ; sbit at 0xAB ET1 ; sbit at 0xAA EX1 ; sbit at 0xA9 ET0 ; sbit at 0xA8 EX0 ; /* IP */ sbit at 0xBC PS ; sbit at 0xBB PT1 ; sbit at 0xBA PX1 ; sbit at 0xB9 PT0 ; sbit at 0xB8 PX0 ; /* P3 */ sbit at 0xB7 RD ; sbit at 0xB6 WR ; sbit at 0xB5 T1 ; sbit at 0xB4 T0 ; sbit at 0xB3 INT1 ; sbit at 0xB2 INT0 ; sbit at 0xB1 TXD ; sbit at 0xB0 RXD ; /* P1 */ sbit at 0x90 P1_0 ; sbit at 0x91 P1_1 ; sbit at 0x92 P1_2 ; sbit at 0x93 P1_3 ; sbit at 0x94 P1_4 ; sbit at 0x95 P1_5 ; sbit at 0x96 P1_6 ; sbit at 0x97 P1_7 ; /* SCON */ sbit at 0x9F SM0 ; sbit at 0x9E SM1 ; sbit at 0x9D SM2 ; sbit at 0x9C REN ; sbit at 0x9B TB8 ; sbit at 0x9A RB8 ; sbit at 0x99 TI ; sbit at 0x98 RI ; /* TMOD bits */ #define GATE1 (1<<7) #define C_T1 (1<<6) #define M1_1 (1<<5) #define M0_1 (1<<4) #define GATE0 (1<<3) #define C_T0 (1<<2) #define M1_0 (1<<1) #define M0_0 (1<<0) /* T2CON */ sfr at 0xC8 T2CON ; /* T2CON bits */ sbit at 0xC8 T2CON_0 ; sbit at 0xC9 T2CON_1 ; sbit at 0xCA T2CON_2 ; sbit at 0xCB T2CON_3 ; sbit at 0xCC T2CON_4 ; sbit at 0xCD T2CON_5 ; sbit at 0xCE T2CON_6 ; sbit at 0xCF T2CON_7 ; /* RCAP2 L & H */ sfr at 0xCB RCAP2H; sfr at 0xCA RCAP2L; #endif sdcc-2.9.0/device/include/mcs51/reg764.h000066400000000000000000000227171116427777700174730ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for 87C764 Written By - Robert Lacoste, robert_lacoste@yahoo.fr based upon reg51.h written by Sandeep Dutta Registers are taken from the Phillips Semiconductor This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REGC764_H #define REGC764_H /* Special Function Registers */ __sfr __at 0x80 P0 ; // Port 0 __sfr __at 0x81 SP ; // Stack Pointer __sfr __at 0x82 DPL ; // Data Pointer Low __sfr __at 0x83 DPH ; // Data Pointer High __sfr __at 0x84 P0M1 ; // Port 0 output mode 1 __sfr __at 0x85 P0M2 ; // Port 0 output mode 2 __sfr __at 0x86 KBI ; // Keyboard interrupt __sfr __at 0x87 PCON ; // Power Control __sfr __at 0x88 TCON ; // Timer Control __sfr __at 0x89 TMOD ; // Timer Mode __sfr __at 0x8A TL0 ; // Timer Low 0 __sfr __at 0x8B TL1 ; // Timer Low 1 __sfr __at 0x8C TH0 ; // Timer High 0 __sfr __at 0x8D TH1 ; // Timer High 1 __sfr __at 0x90 P1 ; // Port 1 __sfr __at 0x91 P1M1 ; // Port 1 output mode 1 __sfr __at 0x92 P1M2 ; // Port 1 output mode 2 __sfr __at 0x95 DIVM ; // CPU clock divide by N control __sfr __at 0x98 SCON ; // Serial Control __sfr __at 0x99 SBUF ; // Serial Data Buffer __sfr __at 0xA0 P2 ; // Port 2 __sfr __at 0xA2 AUXR1 ; // Auxilliary 1 (not available on 80C51FA/87C51Fx) __sfr __at 0xA4 P2M1 ; // Port 2 output mode 1 __sfr __at 0xA5 P2M2 ; // Port 2 output mode 2 __sfr __at 0xA6 WDRST ; // Watchdog reset register __sfr __at 0xA7 WDCON ; // Watchdog control register __sfr __at 0xA8 IEN0 ; // Interrupt Enable 0 __sfr __at 0xA9 SADDR ; // Serial slave Address __sfr __at 0xAC CMP1 ; // Comparator 1 control register __sfr __at 0xAD CMP2 ; // Comparator 2 control register __sfr __at 0xB7 IP0H ; // Interrupt Priority 0 High __sfr __at 0xB8 IP0 ; // Interrupt Priority 0 __sfr __at 0xB9 SADEN ; // Serial slave Address Mask __sfr __at 0xC8 I2CFG ; // I2C configuration register __sfr __at 0xD0 PSW ; // Program Status Word __sfr __at 0xD8 I2CON ; // I2C control register __sfr __at 0xD9 I2DAT ; // I2C data register __sfr __at 0xE0 ACC ; // Accumulator __sfr __at 0xE8 IEN1 ; // Interrupt enable 1 __sfr __at 0xF0 B ; // B Register __sfr __at 0xF6 PT0AD ; // Port 0 digital input disable __sfr __at 0xF7 IP1H ; // Interrupt Priority 1 High __sfr __at 0xF8 IP1 ; // Interrupt Priority 1 /* Bit Addressable Registers */ /* P0 */ __sbit __at 0x80 P0_0 ; // Also CMP2 __sbit __at 0x81 P0_1 ; // Also CIN2B __sbit __at 0x82 P0_2 ; // Also CIN2A __sbit __at 0x83 P0_3 ; // Also CIN1B __sbit __at 0x84 P0_4 ; // Also CIN1A __sbit __at 0x85 P0_5 ; // Also CMPREF __sbit __at 0x86 P0_6 ; // Also CMP1 __sbit __at 0x87 P0_7 ; // Also T1 /* TCON */ __sbit __at 0x88 IT0 ; // External Interrupt 0 Type __sbit __at 0x89 IE0 ; // External Interrupt 0 Edge Flag __sbit __at 0x8A IT1 ; // External Interrupt 1 Type __sbit __at 0x8B IE1 ; // External Interrupt 1 Edge Flag __sbit __at 0x8C TR0 ; // Timer 0 Run Control __sbit __at 0x8D TF0 ; // Timer 0 Overflow Flag __sbit __at 0x8E TR1 ; // Timer 1 Run Control __sbit __at 0x8F TF1 ; // Timer 1 Overflow Flag /* P1 */ __sbit __at 0x90 P1_0 ; // Also TxD __sbit __at 0x91 P1_1 ; // Also RxD __sbit __at 0x92 P1_2 ; // Also T0 __sbit __at 0x93 P1_3 ; // Also INT0 __sbit __at 0x94 P1_4 ; // Also INT1 __sbit __at 0x95 P1_5 ; // Also RST __sbit __at 0x96 P1_6 ; __sbit __at 0x97 P1_7 ; /* SCON */ __sbit __at 0x98 RI ; // Receive Interrupt Flag __sbit __at 0x99 TI ; // Transmit Interrupt Flag __sbit __at 0x9A RB8 ; // Receive Bit 8 __sbit __at 0x9B TB8 ; // Transmit Bit 8 __sbit __at 0x9C REN ; // Receiver Enable __sbit __at 0x9D SM2 ; // Serial Mode Control Bit 2 __sbit __at 0x9E SM1 ; // Serial Mode Control Bit 1 __sbit __at 0x9F SM0 ; // Serial Mode Control Bit 0 /* P2 */ __sbit __at 0xA0 P2_0 ; // Also X2 __sbit __at 0xA1 P2_1 ; // Also X1 /* IEN0 */ __sbit __at 0xA8 EX0 ; // External Interrupt 0 Enable __sbit __at 0xA9 ET0 ; // Timer 0 Interrupt Enable __sbit __at 0xAA EX1 ; // External Interrupt 1 Enable __sbit __at 0xAB ET1 ; // Timer 1 Interrupt Enable __sbit __at 0xAC ES ; // Serial Port Interrupt Enable __sbit __at 0xAD EBO ; // Brownout Interrupt Enable __sbit __at 0xAE EWD ; // Watchdog Interrupt Enable __sbit __at 0xAF EA ; // Global Interrupt Enable /* IP0 */ __sbit __at 0xB8 PX0 ; // External Interrupt 0 Priority __sbit __at 0xB9 PT0 ; // Timer 0 Interrupt Priority __sbit __at 0xBA PX1 ; // External Interrupt 1 Priority __sbit __at 0xBB PT1 ; // Timer 1 Interrupt Priority __sbit __at 0xBC PS ; // Serial Port Interrupt Priority __sbit __at 0xBD PBO ; // Brownout Interrupt Priority __sbit __at 0xBE PWD ; // Watchdog Interrupt Priority /* I2CFG */ __sbit __at 0xC8 CT0 ; // Clock Time Select 0 __sbit __at 0xC9 CT1 ; // Clock Time Select 1 __sbit __at 0xCC TIRUN ; // Timer I Run Enable __sbit __at 0xCD CLRTI ; // Clear Timer I __sbit __at 0xCE MASTRQ; // Master Request __sbit __at 0xCF SLAVEN; // Slave Enable /* PSW */ __sbit __at 0xD0 P ; // Accumulator Parity Flag __sbit __at 0xD1 F1 ; // Flag 1 __sbit __at 0xD2 OV ; // Overflow Flag __sbit __at 0xD3 RS0 ; // Register Bank Select 0 __sbit __at 0xD4 RS1 ; // Register Bank Select 1 __sbit __at 0xD5 F0 ; // Flag 0 __sbit __at 0xD6 AC ; // Auxiliary Carry Flag __sbit __at 0xD7 CY ; // Carry Flag /* I2CON */ __sbit __at 0xD8 XSTP ; __sbit __at 0xD9 MASTER;// Master Status __sbit __at 0xDA STP ; // Stop Detect Flag __sbit __at 0xDB STR ; // Start Detect Flag __sbit __at 0xDC ARL ; // Arbitration Loss Flag __sbit __at 0xDD DRDY ; // Data Ready Flag __sbit __at 0xDE ATN ; // Attention: I2C Interrupt Flag __sbit __at 0xDF RDAT ; // I2C Read Data /* ACC */ __sbit __at 0xE0 ACC_0; __sbit __at 0xE1 ACC_1; __sbit __at 0xE2 ACC_2; __sbit __at 0xE3 ACC_3; __sbit __at 0xE4 ACC_4; __sbit __at 0xE5 ACC_5; __sbit __at 0xE6 ACC_6; __sbit __at 0xE7 ACC_7; /* IEN1 */ __sbit __at 0xE8 EI2 ; // I2C Interrupt Enable __sbit __at 0xE9 EKB ; // Keyboard Interrupt Enable __sbit __at 0xEA EC2 ; // Comparator 2 Interrupt Enable __sbit __at 0xED EC1 ; // Comparator 1 Interrupt Enable __sbit __at 0xEF ETI ; // Timer I Interrupt Enable /* B */ __sbit __at 0xF0 B_0; __sbit __at 0xF1 B_1; __sbit __at 0xF2 B_2; __sbit __at 0xF3 B_3; __sbit __at 0xF4 B_4; __sbit __at 0xF5 B_5; __sbit __at 0xF6 B_6; __sbit __at 0xF7 B_7; /* IP1 */ __sbit __at 0xF8 PI2; // I2C Interrupt Priority __sbit __at 0xF9 PKB; // Keyboard Interrupt Priority __sbit __at 0xFA PC2; // Comparator 2 Interrupt Priority __sbit __at 0xFD PC1; // Comparator 1 Interrupt Priority __sbit __at 0xFF PTI; // Timer I Interrupt Priority /* Bitmasks for SFRs */ /* AUXR1 bits */ #define DPS 0x01 #define SRST 0x08 #define LPEP 0x10 #define BOI 0x20 #define BOD 0x40 #define KBF 0x80 /* CMP1 bits */ #define CMF1 0x01 #define CO1 0x02 #define OE1 0x04 #define CN1 0x08 #define CP1 0x10 #define CE1 0x20 /* CMP2 bits */ #define CMF2 0x01 #define CO2 0x02 #define OE2 0x04 #define CN2 0x08 #define CP2 0x10 #define CE2 0x20 /* I2DAT bits */ #define RDAT 0x80 #define XDAT 0x80 /* IP1H bits */ #define PI2H 0x01 #define PKBH 0x02 #define PC2H 0x04 #define PC1H 0x20 #define PTIH 0x80 /* PCON bits */ #define IDL 0x01 #define PD 0x02 #define GF0 0x04 #define GF1 0x08 #define POF 0x10 #define BOF 0x20 #define SMOD0 0x40 #define SMOD1 0x80 /* P2M1 bits */ #define ENT0 0x04 #define ENT1 0x08 #define ENTCLK 0x10 #define P0S 0x20 #define P1S 0x40 #define P2S 0x80 /* TMOD bits */ #define M0_0 0x01 #define M1_0 0x02 #define C_T0 0x04 #define GATE0 0x08 #define M0_1 0x10 #define M1_1 0x20 #define C_T1 0x40 #define GATE1 0x80 /* WDCON bits */ #define WDS0 0x01 #define WDS1 0x02 #define WDS2 0x04 #define WDCLK 0x08 #define WDRUN 0x10 #define WDOVF 0x20 /* Masks for I2CFG bits */ #define BTIR 0x10 // Mask for TIRUN bit. #define BMRQ 0x40 // Mask for MASTRQ bit. #define BSLV 0x80 // Mask for SLAVEN bit. /* Masks for I2CON bits */ #define BCXA 0x80 // Mask for CXA bit. #define BIDLE 0x40 // Mask for IDLE bit. #define BCDR 0x20 // Mask for CDR bit. #define BCARL 0x10 // Mask for CARL bit. #define BCSTR 0x08 // Mask for CSTR bit. #define BCSTP 0x04 // Mask for CSTP bit. #define BXSTR 0x02 // Mask for XSTR bit. #define BXSTP 0x01 // Mask for XSTP bit. #endif sdcc-2.9.0/device/include/mcs51/regc515c.h000066400000000000000000000224501116427777700177650ustar00rootroot00000000000000/*--------------------------------------------------------------------------- MODULE: regc515c.h This file contains definitions for the builtin CAN-Bus Controller of the Siemens c515c controller This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA ---------------------------------------------------------------------------*/ #ifndef _REGC515C_H #define _REGC515C_H /* define CPU_CLK_10MHZ or CPU_CLK_8MHZ to select the right values for */ /* the bit timing registers */ #define CPU_CLK_10MHZ /* address of can controller in xmem */ #define CAN_CTRL 0xf700 /* size of message buffer including 1 dummy byte at end */ #define CAN_MSG_SZ 0x10 /* register offset definitions */ #define CR 0 #define SR 1 #define IR 2 #define BT_0 4 #define BT_1 5 #define GMS_0 6 #define GMS_1 7 #define GME_0 8 #define GME_1 9 #define GME_2 0xa #define GME_3 0xb #define MSG15MSK_0 0xc #define MSG15MSK_1 0xd #define MSG15MSK_2 0xe #define MSG15MSK_3 0xf /* register offsets in message buffer */ #define MCR_0 0 #define MCR_1 1 #define ARB_0 2 #define ARB_1 3 #define ARB_2 4 #define ARB_3 5 #define MCFG 6 /* beginning of message data */ #define DATA 7 /* bits in cntr_x registers */ #define MSGVAL 0x80 #define TXIE 0x20 #define RXIE 0x8 #define INTPND 0x2 #define RMTPND 0x80 #define TXRQST 0x20 #define MSGLST 0x8 #define CPUUPD 0x8 #define NEWDAT 0x2 /* macros for setting and resetting above bits, see Siemens documentation */ #define MCR_BIT_SET(p,x) ((p) = (0xff & ~((x) >> 1))) #define MCR_BIT_RES(p,x) ((p) = (0xff & ~(x))) /* direction = transmit in mcfg */ #define DIR_TRANSMIT 0x8 /* constants for bit timing registers */ /* 8 MHZ */ #ifdef CPU_CLK_8MHZ #define BT_0_125K 0x3 #define BT_1_125K 0x1c #define BT_0_250K 0x1 #define BT_1_250K 0x1c #define BT_0_500K 0x0 #define BT_1_500K 0x1c #define BT_0_1M 0x0 #define BT_1_1M 0x14 #endif /* dito, 10 MHZ */ #ifdef CPU_CLK_10MHZ #define BT_0_125K 0x3 #define BT_1_125K 0x1c #define BT_0_250K 0x1 #define BT_1_250K 0x1c #define BT_0_500K 0x0 #define BT_1_500K 0x2f #define BT_0_1M 0x0 #define BT_1_1M 0x25 #endif /* Control register bits */ #define CINIT 0x1 #define IE 0x2 #define SIE 0x4 #define EIE 0x8 #define CCE 0x40 /* status register bits */ #define LEC0 0x1 #define LEC1 0x2 #define LEC2 0x4 #define TXOK 0x8 #define RXOK 0x10 #define WAKE 0x20 #define WARN 0x40 #define BOFF 0x80 typedef struct can_msg { unsigned char mcr_0; unsigned char mcr_1; unsigned char arb_0; unsigned char arb_1; unsigned char arb_2; unsigned char arb_3; unsigned char mcfg; unsigned char data_bytes[8]; unsigned char dummy; } *can_msgp; __xdata __at CAN_CTRL struct { unsigned char cr; unsigned char sr; unsigned char ir; unsigned char res0; unsigned char bt_0; unsigned char bt_1; unsigned char gms_0; unsigned char gms_1; unsigned char gme_0; unsigned char gme_1; unsigned char gme_2; unsigned char gme_3; unsigned char msg15msk_0; unsigned char msg15msk_1; unsigned char msg15msk_2; unsigned char msg15msk_3; struct can_msg msgbufs[15]; } can_ctrl; /* Byte registers in numerical order */ __sfr __at 0x80 P0; __sfr __at 0x81 SP; __sfr __at 0x82 DPL; __sfr __at 0x83 DPH; __sfr __at 0x86 WDTREL; __sfr __at 0x87 PCON; __sfr __at 0x88 TCON; __sfr __at 0x88 PCON1; __sfr __at 0x89 TMOD; __sfr __at 0x8A TL0; __sfr __at 0x8B TL1; __sfr __at 0x8C TH0; __sfr __at 0x8D TH1; __sfr __at 0x90 P1; __sfr __at 0x91 XPAGE; __sfr __at 0x92 DPSEL; __sfr __at 0x93 SSCCON; __sfr __at 0x94 STB; __sfr __at 0x95 SRB; __sfr __at 0x96 SSCMOD; __sfr __at 0x98 SCON; __sfr __at 0x99 SBUF; __sfr __at 0x9A IEN2; __sfr __at 0xA0 P2; __sfr __at 0xA8 IEN0; __sfr __at 0xA9 IP0; __sfr __at 0xAA SRELL; __sfr __at 0xAB SCF; __sfr __at 0xAC SCIEN; __sfr __at 0xB0 P3; __sfr __at 0xB1 SYSCON; __sfr __at 0xB8 IEN1; __sfr __at 0xB9 IP1; __sfr __at 0xBA SRELH; __sfr __at 0xC0 IRCON; __sfr __at 0xC1 CCEN; __sfr __at 0xC2 CCL1; __sfr __at 0xC3 CCH1; __sfr __at 0xC4 CCL2; __sfr __at 0xC5 CCH2; __sfr __at 0xC6 CCL3; __sfr __at 0xC7 CCH3; __sfr __at 0xC8 T2CON; __sfr __at 0xCA CRCL; __sfr __at 0xCB CRCH; __sfr __at 0xCC TL2; __sfr __at 0xCD TH2; __sfr __at 0xD0 PSW; __sfr __at 0xD8 ADCON0; __sfr __at 0xD9 ADDATH; __sfr __at 0xDA ADDATL; __sfr __at 0xDB P6; __sfr __at 0xDC ADCON1; __sfr __at 0xE0 ACC; __sfr __at 0xE8 P4; __sfr __at 0xF0 B; __sfr __at 0xF8 P5; __sfr __at 0xF8 DIR5; __sfr __at 0xFA P7; /* defining bits in SFR P0 */ __sbit __at 0x80 P0_0; __sbit __at 0x81 P0_1; __sbit __at 0x82 P0_2; __sbit __at 0x83 P0_3; __sbit __at 0x84 P0_4; __sbit __at 0x85 P0_5; __sbit __at 0x86 P0_6; __sbit __at 0x87 P0_7; /* defining bits in SFR PCON1 */ __sbit __at 0x88 IT0; __sbit __at 0x89 IE0; __sbit __at 0x8a IT1; __sbit __at 0x8b IE1; __sbit __at 0x8c TR0; __sbit __at 0x8d TF0; __sbit __at 0x8e TR1; __sbit __at 0x8f TF1; __sbit __at 0x8f EWPD; /* defining bits in SFR P1 */ __sbit __at 0x90 P1_0; __sbit __at 0x90 INT3; __sbit __at 0x91 P1_1; __sbit __at 0x91 INT4; __sbit __at 0x92 P1_2; __sbit __at 0x92 INT5; __sbit __at 0x93 P1_3; __sbit __at 0x93 INT6; __sbit __at 0x94 P1_4; __sbit __at 0x94 INT2; __sbit __at 0x95 P1_5; __sbit __at 0x95 T2EX; __sbit __at 0x96 P1_6; __sbit __at 0x96 CLKOUT; __sbit __at 0x97 P1_7; __sbit __at 0x97 T2; /* defining bits in SFR SCON */ __sbit __at 0x98 RI; __sbit __at 0x99 TI; __sbit __at 0x9a RB8; __sbit __at 0x9b TB8; __sbit __at 0x9c REN; __sbit __at 0x9d SM2; __sbit __at 0x9e SM1; __sbit __at 0x9f SM0; /* defining bits in SFR P2 */ __sbit __at 0xa0 P2_0; __sbit __at 0xa1 P2_1; __sbit __at 0xa2 P2_2; __sbit __at 0xa3 P2_3; __sbit __at 0xa4 P2_4; __sbit __at 0xa5 P2_5; __sbit __at 0xa6 P2_6; __sbit __at 0xa7 P2_7; /* defining bits in SFR IEN0 */ __sbit __at 0xa8 EX0; __sbit __at 0xa9 ET0; __sbit __at 0xaa EX1; __sbit __at 0xab ET1; __sbit __at 0xac ES; __sbit __at 0xad ET2; __sbit __at 0xae WDT; __sbit __at 0xaf EA; /* defining bits in SFR P3 */ __sbit __at 0xb0 P3_0; __sbit __at 0xb0 RXD; __sbit __at 0xb1 P3_1; __sbit __at 0xb1 TXD; __sbit __at 0xb2 P3_2; __sbit __at 0xb2 INT0; __sbit __at 0xb3 P3_3; __sbit __at 0xb3 INT1; __sbit __at 0xb4 P3_4; __sbit __at 0xb4 T0; __sbit __at 0xb5 P3_5; __sbit __at 0xb5 T1; __sbit __at 0xb6 P3_6; __sbit __at 0xb6 WR; __sbit __at 0xb7 P3_7; __sbit __at 0xb7 RD; /* defining bits in SFR IEN1 */ __sbit __at 0xb8 EADC; __sbit __at 0xb9 EX2; __sbit __at 0xba EX3; __sbit __at 0xbb EX4; __sbit __at 0xbc EX5; __sbit __at 0xbd EX6; __sbit __at 0xbe SWDT; __sbit __at 0xbf EXEN2; /* defining bits in SFR IRCON */ __sbit __at 0xc0 IADC; __sbit __at 0xc1 IEX2; __sbit __at 0xc2 IEX3; __sbit __at 0xc3 IEX4; __sbit __at 0xc4 IEX5; __sbit __at 0xc5 IEX6; __sbit __at 0xc6 TF2; __sbit __at 0xc7 EXF2; /* defining bits in SFR T2CON */ __sbit __at 0xc8 T2I0; __sbit __at 0xc9 T2I1; __sbit __at 0xca T2CM; __sbit __at 0xcb T2R0; __sbit __at 0xcc T2R1; __sbit __at 0xcd I2FR; __sbit __at 0xce I3FR; __sbit __at 0xcf T2PS; /* defining bits in SFR PSW */ __sbit __at 0xd0 P; __sbit __at 0xd1 F1; __sbit __at 0xd2 OV; __sbit __at 0xd3 RS0; __sbit __at 0xd4 RS1; __sbit __at 0xd5 F0; __sbit __at 0xd6 AC; __sbit __at 0xd7 CY; /* defining bits in SFR ADCON0 */ __sbit __at 0xd8 MX0; __sbit __at 0xd9 MX1; __sbit __at 0xda MX2; __sbit __at 0xdb ADM; __sbit __at 0xdc BSY; __sbit __at 0xdd ADEX; __sbit __at 0xde CLK; __sbit __at 0xdf BD; /* defining bits in SFR ACC */ __sbit __at 0xe0 ACC_0; __sbit __at 0xe1 ACC_1; __sbit __at 0xe2 ACC_2; __sbit __at 0xe3 ACC_3; __sbit __at 0xe4 ACC_4; __sbit __at 0xe5 ACC_5; __sbit __at 0xe6 ACC_6; __sbit __at 0xe7 ACC_7; /* defining bits in SFR P4 */ __sbit __at 0xe8 P4_0; __sbit __at 0xe8 ADST; __sbit __at 0xe9 P4_1; __sbit __at 0xe9 SCLK; __sbit __at 0xea P4_2; __sbit __at 0xea SRI; __sbit __at 0xeb P4_3; __sbit __at 0xeb STO; __sbit __at 0xec P4_4; __sbit __at 0xec SLS; __sbit __at 0xed P4_5; __sbit __at 0xed INT8; __sbit __at 0xee P4_6; __sbit __at 0xee TXDC; __sbit __at 0xef P4_7; __sbit __at 0xef RXDC; /* defining bits in SFR B */ __sbit __at 0xf0 B_0; __sbit __at 0xf1 B_1; __sbit __at 0xf2 B_2; __sbit __at 0xf3 B_3; __sbit __at 0xf4 B_4; __sbit __at 0xf5 B_5; __sbit __at 0xf6 B_6; __sbit __at 0xf7 B_7; /* defining bits in SFR DIR5 */ __sbit __at 0xf8 P5_0; __sbit __at 0xf9 P5_1; __sbit __at 0xfa P5_2; __sbit __at 0xfb P5_3; __sbit __at 0xfc P5_4; __sbit __at 0xfd P5_5; __sbit __at 0xfe P5_6; __sbit __at 0xff P5_7; __sbit __at 0xf8 DIR5_0; __sbit __at 0xf9 DIR5_1; __sbit __at 0xfa DIR5_2; __sbit __at 0xfb DIR5_3; __sbit __at 0xfc DIR5_4; __sbit __at 0xfd DIR5_5; __sbit __at 0xfe DIR5_6; __sbit __at 0xff DIR5_7; #endif /* _REGC515C_H */ sdcc-2.9.0/device/include/mcs51/sab80515.h000066400000000000000000000273131116427777700176220ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for SIEMENS/INFINEON SAB 80515 Processor Written By - Bela Torok Bela.Torokt@kssg.ch based on reg51.h by Sandeep Dutta sandeep.dutta@usa.net KEIL C compatible definitions are included This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SAB80515_H #define SAB80515_H /* BYTE addressable registers */ __sfr __at 0x80 P0 ; __sfr __at 0x81 SP ; __sfr __at 0x82 DPL ; __sfr __at 0x83 DPH ; __sfr __at 0x87 PCON ; __sfr __at 0x88 TCON ; __sfr __at 0x89 TMOD ; __sfr __at 0x8A TL0 ; __sfr __at 0x8B TL1 ; __sfr __at 0x8C TH0 ; __sfr __at 0x8D TH1 ; __sfr __at 0x90 P1 ; __sfr __at 0x98 SCON ; __sfr __at 0x99 SBUF ; __sfr __at 0xA0 P2 ; __sfr __at 0xA8 IE ; __sfr __at 0xA8 IEN0 ; /* as called by Siemens */ __sfr __at 0xA9 IP0 ; /* interrupt priority register - SAB80515 specific */ __sfr __at 0xB0 P3 ; __sfr __at 0xB8 IEN1 ; /* interrupt enable register - SAB80515 specific */ __sfr __at 0xB9 IP1 ; /* interrupt priority register as called by Siemens */ __sfr __at 0xC0 IRCON ; /* interrupt control register - SAB80515 specific */ __sfr __at 0xC1 CCEN ; /* compare/capture enable register */ __sfr __at 0xC2 CCL1 ; /* compare/capture register 1, low byte */ __sfr __at 0xC3 CCH1 ; /* compare/capture register 1, high byte */ __sfr __at 0xC4 CCL2 ; /* compare/capture register 2, low byte */ __sfr __at 0xC5 CCH2 ; /* compare/capture register 2, high byte */ __sfr __at 0xC6 CCL3 ; /* compare/capture register 3, low byte */ __sfr __at 0xC7 CCH3 ; /* compare/capture register 3, high byte */ __sfr __at 0xC8 T2CON ; __sfr __at 0xCA CRCL ; /* compare/reload/capture register, low byte */ __sfr __at 0xCB CRCH ; /* compare/reload/capture register, high byte */ __sfr __at 0xCC TL2 ; __sfr __at 0xCD TH2 ; __sfr __at 0xD0 PSW ; __sfr __at 0xD8 ADCON ; /* A/D-converter control register */ __sfr __at 0xD9 ADDAT ; /* A/D-converter data register */ __sfr __at 0xDA DAPR ; /* D/A-converter program register */ __sfr __at 0xDB P6 ; /* Port 6 - SAB80515 specific */ __sfr __at 0xE0 ACC ; __sfr __at 0xE0 A ; __sfr __at 0xE8 P4 ; /* Port 4 - SAB80515 specific */ __sfr __at 0xF0 B ; __sfr __at 0xF8 P5 ; /* Port 5 - SAB80515 specific */ /* BIT addressable registers */ /* P0 */ __sbit __at 0x80 P0_0 ; __sbit __at 0x81 P0_1 ; __sbit __at 0x82 P0_2 ; __sbit __at 0x83 P0_3 ; __sbit __at 0x84 P0_4 ; __sbit __at 0x85 P0_5 ; __sbit __at 0x86 P0_6 ; __sbit __at 0x87 P0_7 ; /* TCON */ __sbit __at 0x88 IT0 ; __sbit __at 0x89 IE0 ; __sbit __at 0x8A IT1 ; __sbit __at 0x8B IE1 ; __sbit __at 0x8C TR0 ; __sbit __at 0x8D TF0 ; __sbit __at 0x8E TR1 ; __sbit __at 0x8F TF1 ; /* P1 */ __sbit __at 0x90 P1_0 ; __sbit __at 0x91 P1_1 ; __sbit __at 0x92 P1_2 ; __sbit __at 0x93 P1_3 ; __sbit __at 0x94 P1_4 ; __sbit __at 0x95 P1_5 ; __sbit __at 0x96 P1_6 ; __sbit __at 0x97 P1_7 ; __sbit __at 0x90 INT3_CC0 ; /* P1 alternate functions - SAB80515 specific */ __sbit __at 0x91 INT4_CC1 ; __sbit __at 0x92 INT5_CC2 ; __sbit __at 0x93 INT6_CC3 ; __sbit __at 0x94 INT2 ; __sbit __at 0x95 T2EX ; __sbit __at 0x96 CLKOUT ; __sbit __at 0x97 T2 ; /* SCON */ __sbit __at 0x98 RI ; __sbit __at 0x99 TI ; __sbit __at 0x9A RB8 ; __sbit __at 0x9B TB8 ; __sbit __at 0x9C REN ; __sbit __at 0x9D SM2 ; __sbit __at 0x9E SM1 ; __sbit __at 0x9F SM0 ; /* P2 */ __sbit __at 0xA0 P2_0 ; __sbit __at 0xA1 P2_1 ; __sbit __at 0xA2 P2_2 ; __sbit __at 0xA3 P2_3 ; __sbit __at 0xA4 P2_4 ; __sbit __at 0xA5 P2_5 ; __sbit __at 0xA6 P2_6 ; __sbit __at 0xA7 P2_7 ; /* IEN0 */ __sbit __at 0xA8 EX0 ; __sbit __at 0xA9 ET0 ; __sbit __at 0xAA EX1 ; __sbit __at 0xAB ET1 ; __sbit __at 0xAC ES ; __sbit __at 0xAD ET2 ; __sbit __at 0xAE WDT ; /* watchdog timer reset - SAB80515 specific */ __sbit __at 0xAF EA ; __sbit __at 0xAF EAL ; /* EA as called by Siemens */ /* P3 */ __sbit __at 0xB0 P3_0 ; __sbit __at 0xB1 P3_1 ; __sbit __at 0xB2 P3_2 ; __sbit __at 0xB3 P3_3 ; __sbit __at 0xB4 P3_4 ; __sbit __at 0xB5 P3_5 ; __sbit __at 0xB6 P3_6 ; __sbit __at 0xB7 P3_7 ; __sbit __at 0xB0 RXD ; __sbit __at 0xB1 TXD ; __sbit __at 0xB2 INT0 ; __sbit __at 0xB3 INT1 ; __sbit __at 0xB4 T0 ; __sbit __at 0xB5 T1 ; __sbit __at 0xB6 WR ; __sbit __at 0xB7 RD ; /* IEN1 */ __sbit __at 0xB8 EADC ; /* A/D converter interrupt enable */ __sbit __at 0xB9 EX2 ; __sbit __at 0xBA EX3 ; __sbit __at 0xBB EX4 ; __sbit __at 0xBC EX5 ; __sbit __at 0xBD EX6 ; __sbit __at 0xBE SWDT ; /* watchdog timer start/reset */ __sbit __at 0xBF EXEN2 ; /* timer2 external reload interrupt enable */ /* IRCON */ __sbit __at 0xC0 IADC ; /* A/D converter irq flag */ __sbit __at 0xC1 IEX2 ; /* external interrupt edge detect flag */ __sbit __at 0xC2 IEX3 ; __sbit __at 0xC3 IEX4 ; __sbit __at 0xC4 IEX5 ; __sbit __at 0xC5 IEX6 ; __sbit __at 0xC6 TF2 ; /* timer 2 owerflow flag */ __sbit __at 0xC7 EXF2 ; /* timer2 reload flag */ /* T2CON */ __sbit __at 0xC8 T2CON_0 ; __sbit __at 0xC9 T2CON_1 ; __sbit __at 0xCA T2CON_2 ; __sbit __at 0xCB T2CON_3 ; __sbit __at 0xCC T2CON_4 ; __sbit __at 0xCD T2CON_5 ; __sbit __at 0xCE T2CON_6 ; __sbit __at 0xCF T2CON_7 ; __sbit __at 0xC8 T2I0 ; __sbit __at 0xC9 T2I1 ; __sbit __at 0xCA T2CM ; __sbit __at 0xCB T2R0 ; __sbit __at 0xCC T2R1 ; __sbit __at 0xCD I2FR ; __sbit __at 0xCE I3FR ; __sbit __at 0xCF T2PS ; /* PSW */ __sbit __at 0xD0 P ; __sbit __at 0xD1 FL ; __sbit __at 0xD2 OV ; __sbit __at 0xD3 RS0 ; __sbit __at 0xD4 RS1 ; __sbit __at 0xD5 F0 ; __sbit __at 0xD6 AC ; __sbit __at 0xD7 CY ; __sbit __at 0xD1 F1 ; /* ADCON */ __sbit __at 0xD8 MX0 ; __sbit __at 0xD9 MX1 ; __sbit __at 0xDA MX2 ; __sbit __at 0xDB ADM ; __sbit __at 0xDC BSY ; __sbit __at 0xDE CLK ; __sbit __at 0xDF BD ; /* A */ __sbit __at 0xA0 AREG_F0 ; __sbit __at 0xA1 AREG_F1 ; __sbit __at 0xA2 AREG_F2 ; __sbit __at 0xA3 AREG_F3 ; __sbit __at 0xA4 AREG_F4 ; __sbit __at 0xA5 AREG_F5 ; __sbit __at 0xA6 AREG_F6 ; __sbit __at 0xA7 AREG_F7 ; /* P4 */ __sbit __at 0xE8 P4_0 ; __sbit __at 0xE9 P4_1 ; __sbit __at 0xEA P4_2 ; __sbit __at 0xEB P4_3 ; __sbit __at 0xEC P4_4 ; __sbit __at 0xED P4_5 ; __sbit __at 0xEE P4_6 ; __sbit __at 0xEF P4_7 ; /* B */ __sbit __at 0xF0 BREG_F0 ; __sbit __at 0xF1 BREG_F1 ; __sbit __at 0xF2 BREG_F2 ; __sbit __at 0xF3 BREG_F3 ; __sbit __at 0xF4 BREG_F4 ; __sbit __at 0xF5 BREG_F5 ; __sbit __at 0xF6 BREG_F6 ; __sbit __at 0xF7 BREG_F7 ; /* P5 */ __sbit __at 0xF8 P5_0 ; __sbit __at 0xF9 P5_1 ; __sbit __at 0xFA P5_2 ; __sbit __at 0xFB P5_3 ; __sbit __at 0xFC P5_4 ; __sbit __at 0xFD P5_5 ; __sbit __at 0xFE P5_6 ; __sbit __at 0xFF P5_7 ; /* BIT definitions for bits that are not directly accessible */ /* PCON bits */ #define IDL 0x01 #define PD 0x02 #define GF0 0x04 #define GF1 0x08 #define SMOD 0x80 #define IDL_ 0x01 #define PD_ 0x02 #define GF0_ 0x04 #define GF1_ 0x08 #define SMOD_ 0x80 /* TMOD bits */ #define M0_0 0x01 #define M1_0 0x02 #define C_T0 0x04 #define GATE0 0x08 #define M0_1 0x10 #define M1_1 0x20 #define C_T1 0x40 #define GATE1 0x80 #define M0_0_ 0x01 #define M1_0_ 0x02 #define C_T0_ 0x04 #define GATE0_ 0x08 #define M0_1_ 0x10 #define M1_1_ 0x20 #define C_T1_ 0x40 #define GATE1_ 0x80 #define T0_M0 0x01 #define T0_M1 0x02 #define T0_CT 0x04 #define T0_GATE 0x08 #define T1_M0 0x10 #define T1_M1 0x20 #define T1_CT 0x40 #define T1_GATE 0x80 #define T0_M0_ 0x01 #define T0_M1_ 0x02 #define T0_CT_ 0x04 #define T0_GATE_ 0x08 #define T1_M0_ 0x10 #define T1_M1_ 0x20 #define T1_CT_ 0x40 #define T1_GATE_ 0x80 #define T0_MASK 0x0F #define T1_MASK 0xF0 #define T0_MASK_ 0x0F #define T1_MASK_ 0xF0 /* T2MOD bits */ #define DCEN 0x01 #define T2OE 0x02 #define DCEN_ 0x01 #define T2OE_ 0x02 /* WMCON bits */ #define WMCON_WDTEN 0x01 #define WMCON_WDTRST 0x02 #define WMCON_DPS 0x04 #define WMCON_EEMEN 0x08 #define WMCON_EEMWE 0x10 #define WMCON_PS0 0x20 #define WMCON_PS1 0x40 #define WMCON_PS2 0x80 /* SPCR-SPI bits */ #define SPCR_SPR0 0x01 #define SPCR_SPR1 0x02 #define SPCR_CPHA 0x04 #define SPCR_CPOL 0x08 #define SPCR_MSTR 0x10 #define SPCR_DORD 0x20 #define SPCR_SPE 0x40 #define SPCR_SPIE 0x80 /* SPSR-SPI bits */ #define SPSR_WCOL 0x40 #define SPSR_SPIF 0x80 /* SPDR-SPI bits */ #define SPDR_SPD0 0x10 #define SPDR_SPD1 0x20 #define SPDR_SPD2 0x40 #define SPDR_SPD3 0x80 #define SPDR_SPD4 0x10 #define SPDR_SPD5 0x20 #define SPDR_SPD6 0x40 #define SPDR_SPD7 0x80 /* Interrupt numbers: address = (number * 8) + 3 */ #define IE0_VECTOR 0 /* 0x03 external interrupt 0 */ #define TF0_VECTOR 1 /* 0x0b timer 0 */ #define IE1_VECTOR 2 /* 0x13 external interrupt 1 */ #define TF1_VECTOR 3 /* 0x1b timer 1 */ #define SI0_VECTOR 4 /* 0x23 serial port 0 */ #define TF2_VECTOR 5 /* 0x2B timer 2 */ #define EX2_VECTOR 5 /* 0x2B external interrupt 2 */ #define IADC_VECTOR 8 /* 0x43 A/D converter interrupt */ #define IEX2_VECTOR 9 /* 0x4B external interrupt 2 */ #define IEX3_VECTOR 10 /* 0x53 external interrupt 3 */ #define IEX4_VECTOR 11 /* 0x5B external interrupt 4 */ #define IEX5_VECTOR 12 /* 0x63 external interrupt 5 */ #define IEX6_VECTOR 13 /* 0x6B external interrupt 6 */ #endif sdcc-2.9.0/device/include/mcs51/serial_IO.h000066400000000000000000000034071116427777700203160ustar00rootroot00000000000000/* Default putchar() and getchar() to the serial port Written By - Jesus Calvino-Fraga (October/2006) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ #ifndef SERIAL_IO_H #define SERIAL_IO_H __sfr __at (0x87) SIO_PCON; __sfr __at (0x89) SIO_TMOD; __sfr __at (0x8D) SIO_TH1; __sfr __at (0x8B) SIO_TL1; __sfr __at (0x98) SIO_SCON; __sfr __at (0x99) SIO_SBUF; __sbit __at (0x8E) SIO_TR1; /*SCON bits*/ __sbit __at (0x98) SIO_RI; __sbit __at (0x99) SIO_TI; __sbit __at (0x9A) SIO_RB8; __sbit __at (0x9B) SIO_TB8; __sbit __at (0x9C) SIO_REN; __sbit __at (0x9D) SIO_SM2; __sbit __at (0x9E) SIO_SM1; __sbit __at (0x9F) SIO_SM0; void inituart (unsigned char t1_reload) { SIO_TR1=0; SIO_TMOD=(SIO_TMOD&0x0f)|0x20; SIO_PCON|=0x80; SIO_TH1=SIO_TL1=t1_reload; SIO_TR1=1; SIO_SCON=0x52; } void putchar (char c) { if((!SIO_SM0)&&(!SIO_SM1)) inituart(0xff); if (c=='\n') { while (!SIO_TI); SIO_TI=0; SIO_SBUF='\r'; } while (!SIO_TI); SIO_TI=0; SIO_SBUF=c; } char getchar (void) { char c; if((!SIO_SM0)&&(!SIO_SM1)) inituart(0xff); while (!SIO_RI); SIO_RI=0; c=SIO_SBUF; return c; } #endif sdcc-2.9.0/device/include/mcs51/uPSD33xx.h000066400000000000000000000733111116427777700200120ustar00rootroot00000000000000/*------------------------------------------------------------------------- Register Declarations for ST's uPSD33xx "Fast 8032 MCU with Programmable Logic" (Based on preliminary datasheet from Jan/2005 ) Written By - Jesus Calvino-Fraga / jesusc at ece.ubc.ca (May 2007) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option); any later version This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef REG_UPSD33XX_H #define REG_UPSD33XX_H #include //Interrupt vector numbers (see table 16 on datasheet) #define EXT0_INTERRUPT ((0x03-3)/8) #define TIMER0_INTERRUPT ((0x0B-3)/8) #define EXT1_INTERRUPT ((0x13-3)/8) #define TIMER1_INTERRUPT ((0x1B-3)/8) #define UART0_INTERRUPT ((0x23-3)/8) #define TIMER2_INTERRUPT ((0x2B-3)/8) #define TX2_INTERRUPT ((0x2B-3)/8) #define SPI_INTERRUPT ((0x53-3)/8) #define I2C_INTERRUPT ((0x43-3)/8) #define ADC_INTERRUPT ((0x3B-3)/8) #define PCA_INTERRUPT ((0x5B-3)/8) #define UART1_INTERRUPT ((0x4B-3)/8) SFR(SP, 0x81); // Stack Pointer. SFR(DPL, 0x82); // Data Pointer Low. SFR(DPH, 0x83); // Data Pointer High. SFR(DPTC, 0x85); // Data Pointer Control Register. SFR(DPS, 0x85); // Data Pointer Control Register alias for SDCC #define AT 0x40 //0:Manually Select Data Pointer / 1:Auto Toggle between DPTR0 and DPTR1 #define DPSE0 0x01 // 0:DPTR0 Selected for use as DPTR / 1:DPTR1 Selected for use as DPTR SFR(DPTM, 0x86); // Data Pointer Mode Register. #define DP1_1 0x08 // DPTR1 Mode Bit 1. #define DP1_0 0x04 // DPTR1 Mode Bit 0. #define DP0_1 0x02 // DPTR0 Mode Bit 1. #define DP0_0 0x01 // DPTR0 Mode Bit 0. // DPx_1 DPx_0 // 0 0 : DPTRx No Change // 0 1 : Reserved // 1 0 : DPTRx Auto Increment // 1 1 : DPTRx Auto Decrement SFR(PCON, 0x87); // Power Control. #define SMOD0 0x80 //Baud Rate Double Bit (UART0) #define SMOD1 0x40 //Baud Rate Double Bit (UART1) #define POR 0x10 //Only a power-on reset sets this bit (cold reset). #define RCLK1 0x08 //Receive Clock Flag (UART1) #define TCLK1 0x04 //Transmit Clock Flag (UART1) #define PD 0x02 //Power-Down Mode Enable. #define IDL 0x01 //Idle Mode Enable. SFR(TCON, 0x88); // Timer/Counter Control. SBIT(TF1, 0x88, 7); // Timer 1 overflow flag. SBIT(TR1, 0x88, 6); // Timer 1 run control flag. SBIT(TF0, 0x88, 5); // Timer 0 overflow flag. SBIT(TR0, 0x88, 4); // Timer 0 run control flag. SBIT(IE1, 0x88, 3); // Interrupt 1 flag. SBIT(IT1, 0x88, 2); // Interrupt 1 type control bit. SBIT(IE0, 0x88, 1); // Interrupt 0 flag. SBIT(IT0, 0x88, 0); // Interrupt 0 type control bit. SFR(TMOD, 0x89); // Timer/Counter Mode Control. #define GATE1 0x80 // External enable for timer 1. #define C_T1 0x40 // Timer or counter select for timer 1. #define M1_1 0x20 // Operation mode bit 1 for timer 1. #define M0_1 0x10 // Operation mode bit 0 for timer 1. #define GATE0 0x08 // External enable for timer 0. #define C_T0 0x04 // Timer or counter select for timer 0. #define M1_0 0x02 // Operation mode bit 1 for timer 0. #define M0_0 0x01 // Operation mode bit 0 for timer 0. SFR(TL0, 0x8A); // Timer 0 LSB. SFR(TL1, 0x8B); // Timer 1 LSB. SFR(TH0, 0x8C); // Timer 0 MSB. SFR(TH1, 0x8D); // Timer 1 MSB. //For P1SFS0 and P1SFS1 SFRs details check datasheet Table 31. SFR(P1SFS0, 0x8E); //Port 1 Special Function Select 0 Register. #define P1SF07 0x80 #define P1SF06 0x40 #define P1SF05 0x20 #define P1SF04 0x10 #define P1SF03 0x08 #define P1SF02 0x04 #define P1SF01 0x02 #define P1SF00 0x01 SFR(P1SFS1, 0x8F); //Port 1 Special Function Select 1 Register. #define P1SF17 0x80 #define P1SF16 0x40 #define P1SF15 0x20 #define P1SF14 0x10 #define P1SF13 0x08 #define P1SF12 0x04 #define P1SF11 0x02 #define P1SF10 0x01 SFR(P1, 0x90); // Port 1 SBIT(P1_0, 0x90, 0); // Port 1 bit 0. SBIT(P1_1, 0x90, 1); // Port 1 bit 1. SBIT(P1_2, 0x90, 2); // Port 1 bit 2. SBIT(P1_3, 0x90, 3); // Port 1 bit 3. SBIT(P1_4, 0x90, 4); // Port 1 bit 4. SBIT(P1_5, 0x90, 5); // Port 1 bit 5. SBIT(P1_6, 0x90, 6); // Port 1 bit 6. SBIT(P1_7, 0x90, 7); // Port 1 bit 7. //Alternate names (from figure 3) SBIT(T2, 0x90, 0); //Input to Timer/Counter 2. SBIT(T2X, 0x90, 1); //Capture/reload trigger for Counter 2. SBIT(RXD1, 0x90, 2); SBIT(TXD1, 0x90, 3); SBIT(SPICLK, 0x90, 4); SBIT(SPIRXD, 0x90, 5); SBIT(SPITXD, 0x90, 6); SBIT(SPISEL, 0x90, 7); SFR(P3SFS, 0x91); // Port 3 Special Function Select Register #define P3SF7 0x80 #define P3SF6 0x40 #define P3SF5 0x20 #define P3SF4 0x10 #define P3SF3 0x08 #define P3SF2 0x04 #define P3SF1 0x02 #define P3SF0 0x01 //For P4SFS0 and P4SFS1 SFRs details check datasheet Table 34. SFR(P4SFS0, 0x92); //Port 4 Special Function Select 0 Register. #define P4SF07 0x80 #define P4SF06 0x40 #define P4SF05 0x20 #define P4SF04 0x10 #define P4SF03 0x08 #define P4SF02 0x04 #define P4SF01 0x02 #define P4SF00 0x01 SFR(P4SFS1, 0x93); //Port 4 Special Function Select 1 Register. #define P4SF17 0x80 #define P4SF16 0x40 #define P4SF15 0x20 #define P4SF14 0x10 #define P4SF13 0x08 #define P4SF12 0x04 #define P4SF11 0x02 #define P4SF10 0x01 SFR(ADCPS, 0x94); // ADC pre-scaller? #define ADCCE 0x08 // ADC Conversion Reference Clock Enable. //ADC Reference Clock PreScaler. Only three Prescaler values are allowed: #define ADCPS2 0x02 // Resulting ADC clock is fOSC. #define ADCPS1 0x01 // Resulting ADC clock is fOSC/2. #define ADCPS0 0x00 // Resulting ADC clock is fOSC/4. SFR(ADAT0, 0x95); // A/D result register (bits 0 to 7). SFR(ADAT1, 0x96); // A/D result register (bits 8 and 9). SFR(ACON, 0x97); // A/D control register. #define AINTF 0x80 // ADC Interrupt flag. This bit must be cleared with software. #define AINTEN 0x40 // ADC Interrupt Enable. #define ADEN 0x20 // ADC Enable Bit. #define ADS2 0x10 // Analog channel Select bit 3. #define ADS1 0x08 // Analog channel Select bit 2. #define ADS0 0x04 // Analog channel Select bit 1. #define ADST 0x02 // ADC Start Bit. #define ADSF 0x01 // ADC Status Bit. SFR(SCON, 0x98); // For compatibity with legacy code SFR(SCON0, 0x98); // Serial Port UART0 Control Register SBIT(SM0, 0x98, 7); // Serial Port Mode Bit 0. SBIT(SM1, 0x98, 6); // Serial Port Mode Bit 1. SBIT(SM2, 0x98, 5); // Serial Port Mode Bit 2. SBIT(REN, 0x98, 4); // Enables serial reception. SBIT(TB8, 0x98, 3); // The 9th data bit that will be transmitted in Modes 2 and 3. SBIT(RB8, 0x98, 2); // In Modes 2 and 3, the 9th data bit that was received. SBIT(TI, 0x98, 1); // Transmit interrupt flag. SBIT(RI, 0x98, 0); // Receive interrupt flag. SFR(SBUF, 0x99); // For compatibity with legacy code. SFR(SBUF0, 0x99); // Serial Port UART0 Data Buffer. SFR(BUSCON, 0x9D); // Bus Control Register. #define EPFQ 0x80 // Enable Pre-Fetch Queue. #define EBC 0x40 // Enable Branch Cache. #define WRW1 0x20 // WR Wait bit 2. #define WRW0 0x10 // WR Wait bit 1. #define RDW1 0x08 // RD Wait bit 2. #define RDW0 0x04 // RD Wait bit 1. #define CW1 0x02 // PSEN Wait bit 2. #define CW0 0x01 // PSEN Wait bit 1. SFR(PCACL0, 0xA2); // The low 8 bits of PCA 0 16-bit counter. SFR(PCACH0, 0xA3); // The high 8 bits of PCA 0 16-bit counter. SFR(PCACON0, 0xA4); // PCA 0 Control Register. SFR(PCASTA, 0xA5); // PCA 0 and PCA 1 Status Register. SFR(PCACL1, 0xBA); // The low 8 bits of PCA 1 16-bit counter. SFR(PCACH1, 0xBB); // The high 8 bits of PCA 1 16-bit counter. SFR(PCACON1, 0xBC); // PCA 1 Control Register. SFR(IEA, 0xA7); // Interrupt Enable Addition Register. #define EADC 0x80 // Enable ADC Interrupt. #define ESPI 0x40 // Enable SPI Interrupt. #define EPCA 0x20 // Enable Programmable Counter Array Interrupt. #define ES1 0x10 // Enable UART1 Interrupt. #define EI2C 0x02 // Enable I2C Interrupt. SFR(IE, 0xA8); // Interrupt Enable Register. SBIT(EA, 0xA8, 7); // Global disable bit. SBIT(ET2, 0xA8, 5); // Enable Timer 2 Interrupt. SBIT(ES0, 0xA8, 4); // Enable UART0 Interrupt. SBIT(ET1, 0xA8, 3); // Enable Timer 1 Interrupt. SBIT(EX1, 0xA8, 2); // Enable External Interrupt INT1. SBIT(ET0, 0xA8, 1); // Enable Timer 0 Interrupt. SBIT(EX0, 0xA8, 0); // Enable External Interrupt INT0. SFR(TCMMODE0, 0xA9); // TCM 0 Mode. SFR(TCMMODE1, 0xAA); // TCM 1 Mode. SFR(TCMMODE2, 0xAB); // TCM 2 Mode. SFR(TCMMODE3, 0xBD); // TCM 3 Mode. SFR(TCMMODE4, 0xBE); // TCM 4 Mode. SFR(TCMMODE5, 0xBF); // TCM 5 Mode. //These are the bits for the six SFRs above: #define EINTF 0x80 // Enable the interrupt flags (INTF) in the Status Register to generate an interrupt. #define E_COMP 0x40 // Enable the comparator when set. #define CAP_PE 0x20 // Enable Capture Mode, a positive edge on the CEXn pin. #define CAP_NE 0x20 // Enable Capture Mode, a negative edge on the CEXn pin. #define MATCH 0x08 // A match from the comparator sets the INTF bits in the Status Register. #define TOGGLE 0x04 // A match on the comparator results in a toggling output on CEXn pin. #define PWM1 0x02 // PWM mode bit 2. #define PWM0 0x01 // PWM mode bit 1. SFR(CAPCOML0, 0xAC); // Capture/Compare register low of TCM 0. SFR(CAPCOMH0, 0xAD); // Capture/Compare register High of TCM 0. SFR(CAPCOML1, 0xAF); // Capture/Compare register low of TCM 1. SFR(CAPCOMH1, 0xB1); // Capture/Compare register High of TCM 1. SFR(CAPCOML2, 0xB2); // Capture/Compare register low of TCM 2. SFR(CAPCOMH2, 0xB3); // Capture/Compare register High of TCM 2. SFR(CAPCOML3, 0xC1); // Capture/Compare register low of TCM 3. SFR(CAPCOMH3, 0xC2); // Capture/Compare register High of TCM 3. SFR(CAPCOML4, 0xC3); // Capture/Compare register low of TCM 4. SFR(CAPCOMH4, 0xC4); // Capture/Compare register High of TCM 4. SFR(CAPCOML5, 0xC5); // Capture/Compare register low of TCM 5. SFR(CAPCOMH5, 0xC6); // Capture/Compare register High of TCM 5. SFR(IPA, 0xB7); // Interrupt Priority Addition register. #define PADC 0x80 // ADC Interrupt priority level. #define PSPI 0x40 // SPI Interrupt priority level. #define PPCA 0x20 // PCA Interrupt level. #define PS1 0x10 // UART1 Interrupt priority. #define PI2C 0x02 // I2C Interrupt priority level. SFR(IP, 0xB8); // Interrupt Priority Register. SBIT(PT2, 0xB8, 5); // Timer 2 Interrupt priority level. SBIT(PS0, 0xB8, 4); // UART0 Interrupt priority level. SBIT(PT1, 0xB8, 3); // Timer 1 Interrupt priority level. SBIT(PX1, 0xB8, 2); // External Interrupt INT1 priority level. SBIT(PT0, 0xB8, 1); // Timer 0 Interrupt priority level. SBIT(PX0, 0xB8, 0); // External Interrupt INT0 priority level. SFR(WDTRST, 0xA6); // Watchdog Timer Reset Counter Register. SFR(WDTKEY, 0xAE); //Watchdog Timer Key Register. SFR(P3, 0xB0); // I/O Port 3 Register SBIT(P3_0, 0xB0, 0); // Port 3 bit 0. SBIT(P3_1, 0xB0, 1); // Port 3 bit 1. SBIT(P3_2, 0xB0, 2); // Port 3 bit 2. SBIT(P3_3, 0xB0, 3); // Port 3 bit 3. SBIT(P3_4, 0xB0, 4); // Port 3 bit 4. SBIT(P3_5, 0xB0, 5); // Port 3 bit 5. SBIT(P3_6, 0xB0, 6); // Port 3 bit 6. SBIT(P3_7, 0xB0, 7); // Port 3 bit 7. SFR(P4, 0xC0); // I/O Port 4 Register SBIT(P4_0, 0xC0, 0); // Port 4 bit 0. SBIT(P4_1, 0xC0, 1); // Port 4 bit 1. SBIT(P4_2, 0xC0, 2); // Port 4 bit 2. SBIT(P4_3, 0xC0, 3); // Port 4 bit 3. SBIT(P4_4, 0xC0, 4); // Port 4 bit 4. SBIT(P4_5, 0xC0, 5); // Port 4 bit 5. SBIT(P4_6, 0xC0, 6); // Port 4 bit 6. SBIT(P4_7, 0xC0, 7); // Port 4 bit 7. SFR(PWMF0, 0xB4); // PWM frequency register 0. SFR(PWMF1, 0xC7); // PWM frequency register 1. SFR(T2CON, 0xC8); // Timer / Counter 2 Control. SBIT(TF2, 0xC8, 7); // Timer 2 overflow flag. SBIT(EXF2, 0xC8, 6); // Timer 2 external flag. SBIT(RCLK, 0xC8, 5); // Receive clock flag. SBIT(TCLK, 0xC8, 4); // Transmit clock flag. SBIT(EXEN2, 0xC8, 3); // Timer 2 external enable flag. SBIT(TR2, 0xC8, 2); // Start/stop control for timer 2. SBIT(CNT2, 0xC8, 1); // Timer or coutner select. SBIT(CAP2, 0xC8, 0); // Capture/reload flag. SFR(RCAP2L, 0xCA); // Timer 2 Capture LSB. SFR(RCAP2H, 0xCB); // Timer 2 Capture MSB. SFR(TL2, 0xCC); // Timer 2 LSB. SFR(TH2, 0xCD); // Timer 2 MSB. SFR(IRDACON, 0xCE); //IrDA control register #define IRDAEN 0x40 // IrDA Enable bit #define PULSE 0x20 // IrDA Pulse Modulation Select. 0: 1.627us, 1: 3/16 bit time pulses. #define CDIV4 0x10 //Specify Clock Divider bit 5. #define CDIV3 0x08 //Specify Clock Divider bit 4. #define CDIV2 0x04 //Specify Clock Divider bit 3. #define CDIV1 0x02 //Specify Clock Divider bit 2. #define CDIV0 0x01 //Specify Clock Divider bit 1. SFR(CCON0, 0xF9); // Clock Control Register. #define DBGCE 0x10 // Debug Unit Breakpoint Comparator Enable. #define CPUAR 0x08 // Automatic MCU Clock Recovery. #define CPUPS2 0x04 // MCUCLK Pre-Scaler bit 3. #define CPUPS1 0x02 // MCUCLK Pre-Scaler bit 2. #define CPUPS0 0x01 // MCUCLK Pre-Scaler bit 1. SFR(CCON2, 0xFB); // Pre-scaler value for PCA0. #define PCA0CE 0x10 // PCA0 Clock Enable. #define PCA0PS3 0x08 // PCA0 Pre-Scaler bit 4. #define PCA0PS2 0x04 // PCA0 Pre-Scaler bit 3. #define PCA0PS1 0x02 // PCA0 Pre-Scaler bit 2. #define PCA0PS0 0x01 // PCA0 Pre-Scaler bit 1. SFR(CCON3, 0xFC); // Pre-scaler value for PCA1. #define PCA1CE 0x10 // PCA1 Clock Enable. #define PCA1PS3 0x08 // PCA1 Pre-Scaler bit 4. #define PCA1PS2 0x04 // PCA1 Pre-Scaler bit 3. #define PCA1PS1 0x02 // PCA1 Pre-Scaler bit 2. #define PCA1PS0 0x01 // PCA1 Pre-Scaler bit 1. SFR(SPICLKD, 0xD2); // SPI Prescaler (Clock Divider) Register. #define DIV128 0x80 #define DIV64 0x40 #define DIV32 0x20 #define DIV16 0x10 #define DIV8 0x08 #define DIV4 0x04 SFR(SPISTAT, 0xD3); // SPI Interface Status Register. #define BUSY 0x10 // SPI Busy. #define TEISF 0x08 // Transmission End Interrupt Source flag. #define RORISF 0x04 // Receive Overrun Interrupt Source flag. #define TISF 0x02 // Transfer Interrupt Source flag. #define RISF 0x01 // Receive Interrupt Source flag. SFR(SPITDR, 0xD4); // SPI transmit data register. SFR(SPIRDR, 0xD5); // SPI receive data register. SFR(SPICON0, 0xD6); // SPI Control Register 0. #define TE 0x40 // Transmitter Enable. #define RE 0x20 // Receiver Enable. #define SPIEN 0x10 // SPI Enable. #define SSEL 0x08 // Slave Selection. #define FLSB 0x04 // First LSB. #define SPO 0x02 // Sampling Polarity. SFR(SPICON1, 0xD7); // SPI Interface Control Register 1. #define TEIE 0x08 // Transmission End Interrupt Enable. #define RORIE 0x04 // Receive Overrun Interrupt Enable. #define TIE 0x02 // Transmission Interrupt Enable. #define RIE 0x01 // Reception Interrupt Enable. SFR(SCON1, 0x98); // Serial Port Control. SBIT(SM0, 0x98, 7); // Serial Port Mode Bit 0. SBIT(SM1, 0x98, 6); // Serial Port Mode Bit 1. SBIT(SM2, 0x98, 5); // Serial Port Mode Bit 2. SBIT(REN, 0x98, 4); // Enables serial reception. SBIT(TB8, 0x98, 3); // The 9th data bit that will be transmitted in Modes 2 and 3. SBIT(RB8, 0x98, 2); // In Modes 2 and 3, the 9th data bit that was received. SBIT(TI, 0x98, 1); // Transmit interrupt flag. SBIT(RI, 0x98, 0); // Receive interrupt flag. SFR(SBUF1, 0xD9); // Data buffer for UART1. SFR(S1SETUP, 0xDB); // I2C START Condition Sample Setup register. #define EN_SS 0x80 // Enable Sample Setup. #define SMPL_SET6 0x40 // Sample Setting bit 7. #define SMPL_SET5 0x20 // Sample Setting bit 6. #define SMPL_SET4 0x10 // Sample Setting bit 5. #define SMPL_SET3 0x08 // Sample Setting bit 4. #define SMPL_SET2 0x04 // Sample Setting bit 3. #define SMPL_SET1 0x02 // Sample Setting bit 2. #define SMPL_SET0 0x01 // Sample Setting bit 1. SFR(S1CON, 0xDC); // I2C Interface Control Register. #define CR2 0x80 // SCL clock frequency select bit 3. #define ENI1 0x40 // I2C Interface Enable. #define STA 0x20 // START flag. #define STO 0x10 // STOP flag. #define ADDR 0x08 // Slave mode address. #define AA 0x04 // Assert Acknowledge enable. #define CR1 0x02 // SCL clock frequency select bit 2. #define CR0 0x01 // SCL clock frequency select bit 1. SFR(S1STA, 0xDD); // I2C Interface Status Register. #define GC 0x80 // General Call flag. #define STOP 0x40 // STOP flag. #define INTR 0x20 // Interrupt flag. #define TX_MODE 0x10 // Transmission Mode flag. #define BBUSY 0x08 // Bus Busy flag. #define BLOST 0x04 // Bus Lost flag. #define ACK_RESP 0x02 // Not Acknowledge Response flag. #define SLV 0x01 // Slave Mode flag. SFR(S1DAT, 0xDE); // I2C Data Shift Register. SFR(S1ADR, 0xDF); // I2C Address Register (bit 0 not used). SFR(PSW, 0xD0); // Program Status Word. SBIT(CY, 0xD0, 7); // Carry Flag. SBIT(AC, 0xD0, 6); // Auxiliary Carry Flag. SBIT(F0, 0xD0, 5); // User-Defined Flag. SBIT(RS1, 0xD0, 4); // Register Bank Select 1. SBIT(RS0, 0xD0, 3); // Register Bank Select 0. SBIT(OV, 0xD0, 2); // Overflow Flag. SBIT(P, 0xD0, 0); // Parity Flag. SFR(A, 0xE0); SFR(ACC, 0xE0); // Accumulator SBIT(ACC_0, 0xE0, 0); // Accumulator bit 0. SBIT(ACC_1, 0xE0, 1); // Accumulator bit 1. SBIT(ACC_2, 0xE0, 2); // Accumulator bit 2. SBIT(ACC_3, 0xE0, 3); // Accumulator bit 3. SBIT(ACC_4, 0xE0, 4); // Accumulator bit 4. SBIT(ACC_5, 0xE0, 5); // Accumulator bit 5. SBIT(ACC_6, 0xE0, 6); // Accumulator bit 6. SBIT(ACC_7, 0xE0, 7); // Accumulator bit 7. SFR(B, 0xF0); // B Register SBIT(B_0, 0xF0, 0); // Register B bit 0. SBIT(B_1, 0xF0, 1); // Register B bit 1. SBIT(B_2, 0xF0, 2); // Register B bit 2. SBIT(B_3, 0xF0, 3); // Register B bit 3. SBIT(B_4, 0xF0, 4); // Register B bit 4. SBIT(B_5, 0xF0, 5); // Register B bit 5. SBIT(B_6, 0xF0, 6); // Register B bit 6. SBIT(B_7, 0xF0, 7); // Register B bit 7. // PSD registers definition - by Jan Waclawek - wek at efton dot sk - May 2007 // all defines here are with PSD_ prefix to identify them as PSD-related // // Based on uPSD33xx datasheet (preliminary) - Jan 2005, Table 79 at pages 145/146 // and subsequent text // requires to have PSD_CSIOP defined to the base address of the PSD IO area, // as defined in PSDSoftExpress or CUPS #ifndef PSD_CSIOP #error PSD_CSIOP has to be #define-d (before #include-ing this file) to the base address of the PSD registers area, according to csiop setting in CUPS/PSDSoftExpress #else // -- Port A not available on 52-pin uPSD33xx devices SFRX(PSD_DATAIN_A, PSD_CSIOP+0x00); // MCU I/O Mode Port A Data In Register // reads 0 if pin is log.0, 1 if pin is log. 1 // READ only SFRX(PSD_DATAOUT_A, PSD_CSIOP+0x04); // MCU I/O Mode Port A Data Out Register // write 0 to set pin to log. 0, 1 to set pin to log. 1 // read back written value // reset default = 00 SFRX(PSD_DIRECTION_A, PSD_CSIOP+0x06); // MCU I/O Mode Port A Direction Register // write 1 to set pin as output, 0 to set pin as input // read back written value // reset default = 00 SFRX(PSD_DRIVE_A, PSD_CSIOP+0x08); // Select Open Drain or High Slew Rate for port A // PA0-PA3: write 0 to select standard push-pull CMOS output, 1 to select High Slew Rate push-pull CMOS output // PA4-PA7: write 0 to select standard push-pull CMOS output, 1 to select Open Drain output // reset default = 00 SFRX(PSD_CONTROL_A, PSD_CSIOP+0x02); // Selects MCU I/O or Latched Address Out mode for port A // write 0 to select standard I/O pin, 1 to drive demultiplexed address signal on pin // read back written value // reset default = 00 SFRX(PSD_OUTENABLE_A, PSD_CSIOP+0x0C); // Read state of Output Enable Logic on each I/O port driver of Port A // 1 - driver output is enabled, 0 - driver is off (high impedance) // READ only // -- for comment on individual registers, see above Port A SFRX(PSD_DATAIN_B, PSD_CSIOP+0x01); // MCU I/O Mode Port B Data In Register SFRX(PSD_DATAOUT_B, PSD_CSIOP+0x05); // MCU I/O Mode Port B Data Out Register SFRX(PSD_DIRECTION_B, PSD_CSIOP+0x07); // MCU I/O Mode Port B Direction Register SFRX(PSD_DRIVE_B, PSD_CSIOP+0x09); // Select Open Drain or High Slew Rate for port B // PB0-PB3: standard/High Slew Rate, PB4-PB7: standard/Open Drain SFRX(PSD_CONTROL_B, PSD_CSIOP+0x03); // Selects MCU I/O or Latched Address Out mode for port B SFRX(PSD_OUTENABLE_B, PSD_CSIOP+0x0D); // Read state of Output Enable Logic on each I/O port driver of Port B // -- for comment on individual registers, see above Port A // only pins PC2, PC3, PC4, PC7 available; other bits in registers are undefined SFRX(PSD_DATAIN_C, PSD_CSIOP+0x10); // MCU I/O Mode Port C Data In Register SFRX(PSD_DATAOUT_C, PSD_CSIOP+0x12); // MCU I/O Mode Port C Data Out Register SFRX(PSD_DIRECTION_C, PSD_CSIOP+0x14); // MCU I/O Mode Port C Direction Register SFRX(PSD_DRIVE_C, PSD_CSIOP+0x16); // Select Open Drain for port C SFRX(PSD_OUTENABLE_C, PSD_CSIOP+0x1A); // Read state of Output Enable Logic on each I/O port driver of Port C // -- for comment on individual registers, see above Port A // only pins PD1, PD2 available (PD2 not available on 52-pin package); other bits in registers are undefined SFRX(PSD_DATAIN_D, PSD_CSIOP+0x11); // MCU I/O Mode Port D Data In Register SFRX(PSD_DATAOUT_D, PSD_CSIOP+0x13); // MCU I/O Mode Port D Data Out Register SFRX(PSD_DIRECTION_D, PSD_CSIOP+0x15); // MCU I/O Mode Port D Direction Register SFRX(PSD_DRIVE_D, PSD_CSIOP+0x17); // Select High Slew Rate for port D SFRX(PSD_OUTENABLE_D, PSD_CSIOP+0x1B); // Read state of Output Enable Logic on each I/O port driver of Port D SFRX(PSD_IMC_A, PSD_CSIOP+0x0A); // Read to obtain logic state of Input Macrocells connected to Port A // READ only SFRX(PSD_IMC_B, PSD_CSIOP+0x0B); // Read to obtain logic state of Input Macrocells connected to Port B SFRX(PSD_IMC_C, PSD_CSIOP+0x18); // Read to obtain logic state of Input Macrocells connected to Port C // only pins PC2, PC3, PC4, PC7 available; other bits in register are undefined SFRX(PSD_OMC_AB, PSD_CSIOP+0x20); // Read logic state of macrocells AB. Write to load macrocell AB flip-flops. SFRX(PSD_OMC_BC, PSD_CSIOP+0x21); // Read logic state of macrocells BC. Write to load macrocell BC flip-flops. SFRX(PSD_OMCMASK_AB, PSD_CSIOP+0x22); // Write to set mask for macrocell AB. // 1 blocks READs/WRITEs of OMF, 0 will pass OMF value // Read back written value. SFRX(PSD_OMCMASK_BC, PSD_CSIOP+0x23); // Write to set mask for macrocell BC. // -- all three Power Management Register are set to 00 after PowerUp, but unchanged during reset (/RST) SFRX(PSD_PMMR0, PSD_CSIOP+0xB0); // -- Power Management Register 0 - write/read // bit 0 unused and should be set to 0 #define PSD_APD_ENA 0x02 // 0 - Automatic Power Down (APD) counter is disabled, 1 - APD enabled // bit 2 unused and should be set to 0 #define PSD_TURBO_DISA 0x08 // 0 - PSD Turbo mode enabled, 1 - Turbo mode off, saving power #define PSD_BLOCK_CLKIN_PLD 0x10 // 0 - CLKIN to PLD not blocked, 1 - no CLKIN to PLD Input Bus, saving power #define PSD_BLOCK_CLKIN_OMC 0x20 // 0 - CLKIN to Output Macrocells not blocked, 1 - blocked, saving power // bits 6 and 7 unused and should be set to 0 SFRX(PSD_PMMR2, PSD_CSIOP+0xB4); // -- Power Management Register 2 - write/read // bits 0 and 1 unused and should be set to 0 #define PSD_BLOCK_WR_PLD 0x04 // 0 - /WR from 8032 to PLD Input Bus not blocked, 1 - blocked, saving power #define PSD_BLOCK_RD_PLD 0x08 // 0 - /RD from 8032 to PLD Input Bus not blocked, 1 - blocked, saving power #define PSD_BLOCK_PSEN_PLD 0x10 // 0 - /PSEN from 8032 to PLD Input Bus not blocked, 1 - blocked, saving power #define PSD_BLOCK_ALE_PLD 0x20 // 0 - ALE from 8032 to PLD Input Bus not blocked, 1 - blocked, saving power #define PSD_BLOCK_PC7_PDL 0x40 // 0 - input from Port C pin 7 to PLD Input Bus not blocked, 1 - blocked, saving power // bit 7 unused and should be set to 0 SFRX(PSD_PMMR3, PSD_CSIOP+0xC7); // -- Power Management Register 3 - write/read // bit 0 unused and should be set to 0 #define PSD_FORCE_PD 0x02 // 0 - APD counter, if enabled, will cause powerdown, 1 - powerdown will be entered immediately // - once set, cleared only by reset condition // bit 2 not defined by datasheet // bits 3 to 7 unused and should be set to 0 SFRX(PSD_MAINPROTECT, PSD_CSIOP+0xC0); // -- Main Flash Memory Protection Definition // bit 0 to bit 7 - sector 0 to sector 7 protection status // - 1 - flash sector write protected, 0 - not write protected // READ only SFRX(PSD_ALTPROTECT, PSD_CSIOP+0xC2); // -- Secondary Flash Memory Protection Definition // bit 0 to bit 3 - sector 0 to sector 3 protection status // - 1 - flash sector write protected, 0 - not write protected // bit 7 - Security Bit // - 1 - device is secured against external reading and writing, 0 - not secured // READ only SFRX(PSD_PAGE, PSD_CSIOP+0xE0); // -- Memory Page Register SFRX(PSD_VM, PSD_CSIOP+0xE2); // -- Memory Mapping Register // Places PSD Module memories into 8032 Program Address Space // and/or 8032 XDATA Address Space // Default value of bits 0 to 4 is loaded from Non-Volatile // setting as specified from PSDsoft Express upon any reset // or power-up condition. The default value of these bits // can be overridden by 8032 at run-time. #define PSD_VM_SRAM_CODE 0x01 // 0 - SRAM not accessible as CODE (/PSEN) memory, 1 - SRAM accessible as CODE memory #define PSD_VM_ALT_CODE 0x02 // 0 - secondary FLASH not accessible as CODE (/PSEN) memory, 1 - secondary FLASH accessible as CODE memory #define PSD_VM_MAIN_CODE 0x04 // 0 - primary FLASH not accessible as CODE (/PSEN) memory, 1 - primary FLASH accessible as CODE memory #define PSD_VM_ALT_XDATA 0x08 // 0 - secondary FLASH not accessible as XDATA (/RD/WR) memory, 1 - secondary FLASH accessible as XDATA memory #define PSD_VM_MAIN_XDATA 0x10 // 0 - primary FLASH not accessible as XDATA (/RD/WR) memory, 1 - primary FLASH accessible as XDATA memory // bits 5 and 6 unused #define PSD_VM_PIO_EN 0x80 // 0 - disable, 1- enable peripheral I/O mode on Port A // another terminology for FLASH - MAIN/ALTERNATIVE -> PRIMARY/SECONDARY #define PSD_VM_PRI_CODE PSD_VM_MAIN_CODE #define PSD_VM_SEC_CODE PSD_VM_ALT_CODE #define PSD_VM_PRI_XDATA PSD_VM_MAIN_XDATA #define PSD_VM_SEC_XDATA PSD_VM_ALT_XDATA #endif #endif //REG_UPSD33XX_H sdcc-2.9.0/device/include/pic/000077500000000000000000000000001116427777700161165ustar00rootroot00000000000000sdcc-2.9.0/device/include/pic/errno.h000066400000000000000000000025541116427777700174220ustar00rootroot00000000000000/*------------------------------------------------------------------------- errno.h: Error codes used in the math functions Ported to PIC16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Copyright (C) 2001 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ /* ** $Id: errno.h 4776 2007-04-29 13:15:51Z borutr $ */ #ifndef _PIC14_ERRNO_H #define _PIC14_ERRNO_H extern int errno; /* Error Codes: */ #define EDOM 33 /* Math argument out of domain of functions */ #define ERANGE 34 /* Math result not representable */ #endif /* _PIC14_ERRNO_H */ sdcc-2.9.0/device/include/pic/float.h000066400000000000000000000062471116427777700174050ustar00rootroot00000000000000/*------------------------------------------------------------------------- float.h - ANSI functions forward declarations Adopted for pic16 port library by Vangelis Rokas [vrokas at otenet.gr] (2004) Adopted for pic14 port library by Raphael Neider [rneider at web.de] (2006) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __PIC14_FLOAT_H #define __PIC14_FLOAT_H 1 #include #include #define FLT_RADIX 2 #define FLT_MANT_DIG 24 #define FLT_EPSILON 1.192092896E-07F #define FLT_DIG 6 #define FLT_MIN_EXP (-125) #define FLT_MIN 1.175494351E-38F #define FLT_MIN_10_EXP (-37) #define FLT_MAX_EXP (+128) #define FLT_MAX 3.402823466E+38F #define FLT_MAX_10_EXP (+38) /* the following deal with IEEE single-precision numbers */ #define EXCESS 126 #define SIGNBIT ((unsigned long)0x80000000) #define HIDDEN (unsigned long)(1ul << 23) #define SIGN(fp) (((unsigned long)(fp) >> (8*sizeof(fp)-1)) & 1) #define EXP(fp) (((unsigned long)(fp) >> 23) & (unsigned int) 0x00FF) #define MANT(fp) (((fp) & (unsigned long)0x007FFFFF) | HIDDEN) #define NORM 0xff000000 #define PACK(s,e,m) ((s) | ((unsigned long)(e) << 23) | (m)) /* Workaround for unhandled local variables. */ #define FS_STATIC /*static*/ float __uchar2fs (unsigned char) _FS_REENTRANT; float __schar2fs (signed char) _FS_REENTRANT; float __uint2fs (unsigned int) _FS_REENTRANT; float __sint2fs (signed int) _FS_REENTRANT; float __ulong2fs (unsigned long) _FS_REENTRANT; float __slong2fs (signed long) _FS_REENTRANT; unsigned char __fs2uchar (float) _FS_REENTRANT; signed char __fs2schar (float) _FS_REENTRANT; unsigned int __fs2uint (float) _FS_REENTRANT; signed int __fs2sint (float) _FS_REENTRANT; unsigned long __fs2ulong (float) _FS_REENTRANT; signed long __fs2slong (float) _FS_REENTRANT; float __fsadd (float, float) _FS_REENTRANT; float __fssub (float, float) _FS_REENTRANT; float __fsmul (float, float) _FS_REENTRANT; float __fsdiv (float, float) _FS_REENTRANT; char __fslt (float, float) _FS_REENTRANT; char __fseq (float, float) _FS_REENTRANT; char __fsneq (float, float) _FS_REENTRANT; char __fsgt (float, float) _FS_REENTRANT; #endif /* __PIC14_FLOAT_H */ sdcc-2.9.0/device/include/pic/limits.h000066400000000000000000000034771116427777700176030ustar00rootroot00000000000000/*------------------------------------------------------------------------- limits.h - ANSI defines constants for sizes of integral types Adopted for the pic16 port by Vangelis Rokas [ vrokas at otenet.gr ] 2004 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __LIMITS_H #define __LIMITS_H 1 #define CHAR_BIT 8 /* bits in a char */ #define CHAR_MAX 127 #define CHAR_MIN -128 #define SCHAR_MAX CHAR_MAX #define SCHAR_MIN CHAR_MIN #define UCHAR_MAX 0xff #define UCHAR_MIN 0 #define INT_MIN -32768 #define INT_MAX 32767 #define SHRT_MAX INT_MAX #define SHRT_MIN INT_MIN #define UINT_MAX 0xffff #define UINT_MIN 0 #define USHRT_MAX UINT_MAX #define USHRT_MIN UINT_MIN #define LONG_MIN -2147483648 #define LONG_MAX 2147483647 #define ULONG_MAX 0xffffffff #define ULONG_MIN 0 #endif sdcc-2.9.0/device/include/pic/math.h000066400000000000000000000060501116427777700172210ustar00rootroot00000000000000/*------------------------------------------------------------------------- math.h: Floating point math function declarations Ported to PIC16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Adopted for the PIC14 port 2006 by Raphael Neider Copyright (C) 2001 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ /* ** $Id: math.h 4776 2007-04-29 13:15:51Z borutr $ */ #ifndef __PIC14_MATH_H #define __PIC14_MATH_H 1 #include #define PI 3.1415926536 #define TWO_PI 6.2831853071 #define HALF_PI 1.5707963268 #define QUART_PI 0.7853981634 #define iPI 0.3183098862 #define iTWO_PI 0.1591549431 #define TWO_O_PI 0.6366197724 // EPS=B**(-t/2), where B is the radix of the floating-point representation // and there are t base-B digits in the significand. Therefore, for floats // EPS=2**(-12). Also define EPS2=EPS*EPS. #define EPS 244.14062E-6 #define EPS2 59.6046E-9 #define XMAX 3.402823466E+38 union float_long { float f; long l; }; /********************************************** * Prototypes for float ANSI C math functions * **********************************************/ /* Trigonometric functions */ float sinf(const float x) _MATH_REENTRANT; float cosf(const float x) _MATH_REENTRANT; float tanf(const float x) _MATH_REENTRANT; float cotf(const float x) _MATH_REENTRANT; float asinf(const float x) _MATH_REENTRANT; float acosf(const float x) _MATH_REENTRANT; float atanf(const float x) _MATH_REENTRANT; float atan2f(const float x, const float y); /* Hyperbolic functions */ float sinhf(const float x) _MATH_REENTRANT; float coshf(const float x) _MATH_REENTRANT; float tanhf(const float x) _MATH_REENTRANT; /* Exponential, logarithmic and power functions */ float expf(const float x); float logf(const float x) _MATH_REENTRANT; float log10f(const float x) _MATH_REENTRANT; float powf(const float x, const float y); float sqrtf(const float a) _MATH_REENTRANT; /* Nearest integer, absolute value, and remainder functions */ float fabsf(const float x) _MATH_REENTRANT; float frexpf(const float x, int *pw2); float ldexpf(const float x, const int pw2); float ceilf(float x) _MATH_REENTRANT; float floorf(float x) _MATH_REENTRANT; float modff(float x, float * y); #endif /* __PIC14_MATH_H */ sdcc-2.9.0/device/include/pic/p16f_common.inc000066400000000000000000000006631116427777700207420ustar00rootroot00000000000000; ----------------------------------------------- ; p16f_common.inc - definitions common to all 14 bit PIC devices ; ; Copyright (C) 2005 by Raphael Neider ; ; This file is part of the SDCC/pic14 library. ; This file is licensed under the terms of the LGPL, see LGPL ; for details. ; ; $Id: p16f_common.inc 4086 2006-04-06 19:56:14Z tecodev $ extern STK00 extern STK01 extern STK02 extern STK03 extern STK04 extern STK05 sdcc-2.9.0/device/include/pic/pic12f629.h000066400000000000000000000001271116427777700176140ustar00rootroot00000000000000/* * Register Declarations for Microchip 12F629 Processor */ #include "pic12f675.h" sdcc-2.9.0/device/include/pic/pic12f635.h000066400000000000000000000551721116427777700176230ustar00rootroot00000000000000// // Register Declarations for Microchip 12F635 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P12F635_H #define P12F635_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define GPIO_ADDR 0x0005 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define WDTCON_ADDR 0x0018 #define CMCON0_ADDR 0x0019 #define CMCON1_ADDR 0x001A #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISIO_ADDR 0x0085 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define LVDCON_ADDR 0x0094 #define WPUDA_ADDR 0x0095 #define IOCA_ADDR 0x0096 #define WDA_ADDR 0x0097 #define VRCON_ADDR 0x0099 #define EEDAT_ADDR 0x009A #define EEDATA_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define CRCON_ADDR 0x0110 #define CRDAT0_ADDR 0x0111 #define CRDAT1_ADDR 0x0112 #define CRDAT2_ADDR 0x0113 #define CRDAT3_ADDR 0x0114 // // Memory organization. // // LIST // P12F635.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC12F635 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC12F635 // 2. LIST directive in the source file // LIST P=PIC12F635 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.00 12/07/03 Original //1.10 04/19/04 Release to match first revision datasheet --kjd //1.20 06/07/04 Update and correct badram definitions --kjd //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __12F635 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ //Bank 0 extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (GPIO_ADDR) GPIO; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (CMCON0_ADDR) CMCON0; extern __sfr __at (CMCON1_ADDR) CMCON1; //Bank 1 extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISIO_ADDR) TRISIO; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (WPUDA_ADDR) WPUDA; extern __sfr __at (IOCA_ADDR) IOCA; extern __sfr __at (WDA_ADDR) WDA; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //Bank 2 extern __sfr __at (CRCON_ADDR) CRCON; extern __sfr __at (CRDAT0_ADDR) CRDAT0; extern __sfr __at (CRDAT1_ADDR) CRDAT1; extern __sfr __at (CRDAT2_ADDR) CRDAT2; extern __sfr __at (CRDAT3_ADDR) CRDAT3; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- CMCON0 Bits ------------------------------------------------------- //----- CMCON1 Bits ------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits -------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- IOCA -------------------------------------------------------------- //----- EECON1 ------------------------------------------------------------- //----- VRCON --------------------------------------------------------- //----- CRCON ------------------------------------------------------------- //----- LVDCON ------------------------------------------------------------- //----- WDA ------------------------------------------------------------- //----- WPUDA ------------------------------------------------------------- //----- PORTA ------------------------------------------------------------- //----- GPIO ------------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'06'-H'09', H'0D', H'11'-H'17', H'1B'-H'1F', H'20'-H'3F' // __BADRAM H'86'-H'89', H'8D', H'91'-H'93', H'98', H'9E'-H'9F', H'A0'-H'EF' // __BADRAM H'10C'-H'10F', H'115'-H'16F', H'106'-H'109', H'186'-H'189' // __BADRAM H'18C'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _WUREN_ON 0x2FFF #define _WUREN_OFF 0x3FFF #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOD_ON 0x3FFF #define _BOD_NSLEEP 0x3EFF #define _BOD_SBODEN 0x3DFF #define _BOD_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF // LIST // ----- CMCON0 bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char :1; unsigned char C1OUT:1; unsigned char :1; }; } __CMCON0_bits_t; extern volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON0_bits.CM0 #define CM1 CMCON0_bits.CM1 #define CM2 CMCON0_bits.CM2 #define CIS CMCON0_bits.CIS #define C1INV CMCON0_bits.C1INV #define C1OUT CMCON0_bits.C1OUT #endif /* NO_BIT_DEFINES */ // ----- CMCON1 bits -------------------- typedef union { struct { unsigned char C1SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __CMCON1_bits_t; extern volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; #ifndef NO_BIT_DEFINES #define C1SYNC CMCON1_bits.C1SYNC #define T1GSS CMCON1_bits.T1GSS #endif /* NO_BIT_DEFINES */ // ----- CRCON bits -------------------- typedef union { struct { unsigned char CRREG0:1; unsigned char CRREG1:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ENC_DEC:1; unsigned char GO:1; }; } __CRCON_bits_t; extern volatile __CRCON_bits_t __at(CRCON_ADDR) CRCON_bits; #ifndef NO_BIT_DEFINES #define CRREG0 CRCON_bits.CRREG0 #define CRREG1 CRCON_bits.CRREG1 #define ENC_DEC CRCON_bits.ENC_DEC #define GO CRCON_bits.GO #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- GPIO bits -------------------- typedef union { struct { unsigned char GP0:1; unsigned char GP1:1; unsigned char GP2:1; unsigned char GP3:1; unsigned char GP4:1; unsigned char GP5:1; unsigned char :1; unsigned char :1; }; } __GPIO_bits_t; extern volatile __GPIO_bits_t __at(GPIO_ADDR) GPIO_bits; #ifndef NO_BIT_DEFINES #define GP0 GPIO_bits.GP0 #define GP1 GPIO_bits.GP1 #define GP2 GPIO_bits.GP2 #define GP3 GPIO_bits.GP3 #define GP4 GPIO_bits.GP4 #define GP5 GPIO_bits.GP5 #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RAIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RAIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RAIF INTCON_bits.RAIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RAIE INTCON_bits.RAIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOCA bits -------------------- typedef union { struct { unsigned char IOCA0:1; unsigned char IOCA1:1; unsigned char IOCA2:1; unsigned char IOCA3:1; unsigned char IOCA4:1; unsigned char IOCA5:1; unsigned char :1; unsigned char :1; }; } __IOCA_bits_t; extern volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; #ifndef NO_BIT_DEFINES #define IOCA0 IOCA_bits.IOCA0 #define IOCA1 IOCA_bits.IOCA1 #define IOCA2 IOCA_bits.IOCA2 #define IOCA3 IOCA_bits.IOCA3 #define IOCA4 IOCA_bits.IOCA4 #define IOCA5 IOCA_bits.IOCA5 #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LVDL0:1; unsigned char LVDL1:1; unsigned char LVDL2:1; unsigned char :1; unsigned char PLVDEN:1; unsigned char IRVST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LVDL0 LVDCON_bits.LVDL0 #define LVDL1 LVDCON_bits.LVDL1 #define LVDL2 LVDCON_bits.LVDL2 #define PLVDEN LVDCON_bits.PLVDEN #define IRVST LVDCON_bits.IRVST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RAPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RAPU OPTION_REG_bits.NOT_RAPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOD:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char NOT_WUR:1; unsigned char SBODEN:1; unsigned char ULPWUE:1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #define NOT_WUR PCON_bits.NOT_WUR #define SBODEN PCON_bits.SBODEN #define ULPWUE PCON_bits.ULPWUE #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char :1; unsigned char OSFIE:1; unsigned char C1IE:1; unsigned char :1; unsigned char CRIE:1; unsigned char LVDIE:1; unsigned char EEIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define OSFIE PIE1_bits.OSFIE #define C1IE PIE1_bits.C1IE #define CRIE PIE1_bits.CRIE #define LVDIE PIE1_bits.LVDIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char :1; unsigned char OSFIF:1; unsigned char C1IF:1; unsigned char :1; unsigned char CRIF:1; unsigned char LVDIF:1; unsigned char EEIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define OSFIF PIR1_bits.OSFIF #define C1IF PIR1_bits.C1IF #define CRIF PIR1_bits.CRIF #define LVDIF PIR1_bits.LVDIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char T1GINV:1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char :1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ // ----- WDA bits -------------------- typedef union { struct { unsigned char WDA0:1; unsigned char WDA1:1; unsigned char WDA2:1; unsigned char :1; unsigned char WDA4:1; unsigned char WDA5:1; unsigned char :1; unsigned char :1; }; } __WDA_bits_t; extern volatile __WDA_bits_t __at(WDA_ADDR) WDA_bits; #ifndef NO_BIT_DEFINES #define WDA0 WDA_bits.WDA0 #define WDA1 WDA_bits.WDA1 #define WDA2 WDA_bits.WDA2 #define WDA4 WDA_bits.WDA4 #define WDA5 WDA_bits.WDA5 #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPUDA bits -------------------- typedef union { struct { unsigned char WPUDA0:1; unsigned char WPUDA1:1; unsigned char WPUDA2:1; unsigned char :1; unsigned char WPUDA4:1; unsigned char WPUDA5:1; unsigned char :1; unsigned char :1; }; } __WPUDA_bits_t; extern volatile __WPUDA_bits_t __at(WPUDA_ADDR) WPUDA_bits; #ifndef NO_BIT_DEFINES #define WPUDA0 WPUDA_bits.WPUDA0 #define WPUDA1 WPUDA_bits.WPUDA1 #define WPUDA2 WPUDA_bits.WPUDA2 #define WPUDA4 WPUDA_bits.WPUDA4 #define WPUDA5 WPUDA_bits.WPUDA5 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic12f675.h000066400000000000000000000502711116427777700176220ustar00rootroot00000000000000// // Register Declarations for Microchip 12F675 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P12F675_H #define P12F675_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define GPIO_ADDR 0x0005 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define CMCON_ADDR 0x0019 #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISIO_ADDR 0x0085 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define OSCCAL_ADDR 0x0090 #define WPU_ADDR 0x0095 #define IOC_ADDR 0x0096 #define IOCB_ADDR 0x0096 #define VRCON_ADDR 0x0099 #define EEDATA_ADDR 0x009A #define EEDAT_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ANSEL_ADDR 0x009F // // Memory organization. // // LIST // P12F675.INC Standard Header File, Version 1.04 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC12F675 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC12F675 // 2. LIST directive in the source file // LIST P=PIC12F675 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.04 07/01/02 Updated configuration bit names //1.03 05/10/02 Corrected ADCON0 register, added IOC register //1.02 02/28/02 Updated per datasheet //1.01 01/31/02 Updated per datasheet //1.00 08/24/01 Original //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __12F675 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (GPIO_ADDR) GPIO; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISIO_ADDR) TRISIO; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCAL_ADDR) OSCCAL; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ANSEL_ADDR) ANSEL; //----- STATUS Bits -------------------------------------------------------- //----- GPIO Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- COMCON Bits -------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCAL Bits -------------------------------------------------------- //----- IOCB Bits -------------------------------------------------------- //----- IOC Bits -------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- EECON1 ------------------------------------------------------------- //----- ANSEL -------------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'FF' // __BADRAM H'06'-H'09', H'0D', H'11'-H'18', H'1A'-H'1D', H'60'-H'7F' // __BADRAM H'86'-H'89', H'8D', H'8F', H'91'-H'94', H'97'-H'98', H'E0'-H'FF' //========================================================================== // // Configuration Bits // //========================================================================== #define _CPD_ON 0x3EFF #define _CPD_OFF 0x3FFF #define _CP_ON 0x3F7F #define _CP_OFF 0x3FFF #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char :1; unsigned char :1; unsigned char VCFG:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define VCFG ADCON0_bits.VCFG #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define ANS1 ANSEL_bits.ANS1 #define ANS2 ANSEL_bits.ANS2 #define ANS3 ANSEL_bits.ANS3 #define ADCS0 ANSEL_bits.ADCS0 #define ADCS1 ANSEL_bits.ADCS1 #define ADCS2 ANSEL_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char CINV:1; unsigned char :1; unsigned char COUT:1; unsigned char :1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define CINV CMCON_bits.CINV #define COUT CMCON_bits.COUT #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- GPIO bits -------------------- typedef union { struct { unsigned char GP0:1; unsigned char GP1:1; unsigned char GP2:1; unsigned char GP3:1; unsigned char GP4:1; unsigned char GP5:1; unsigned char :1; unsigned char :1; }; struct { unsigned char GPIO0:1; unsigned char GPIO1:1; unsigned char GPIO2:1; unsigned char GPIO3:1; unsigned char GPIO4:1; unsigned char GPIO5:1; unsigned char :1; unsigned char :1; }; } __GPIO_bits_t; extern volatile __GPIO_bits_t __at(GPIO_ADDR) GPIO_bits; #ifndef NO_BIT_DEFINES #define GP0 GPIO_bits.GP0 #define GPIO0 GPIO_bits.GPIO0 #define GP1 GPIO_bits.GP1 #define GPIO1 GPIO_bits.GPIO1 #define GP2 GPIO_bits.GP2 #define GPIO2 GPIO_bits.GPIO2 #define GP3 GPIO_bits.GP3 #define GPIO3 GPIO_bits.GPIO3 #define GP4 GPIO_bits.GP4 #define GPIO4 GPIO_bits.GPIO4 #define GP5 GPIO_bits.GP5 #define GPIO5 GPIO_bits.GPIO5 #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char GPIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char GPIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define GPIF INTCON_bits.GPIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define GPIE INTCON_bits.GPIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOC bits -------------------- typedef union { struct { unsigned char IOC0:1; unsigned char IOC1:1; unsigned char IOC2:1; unsigned char IOC3:1; unsigned char IOC4:1; unsigned char IOC5:1; unsigned char :1; unsigned char :1; }; } __IOC_bits_t; extern volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; #ifndef NO_BIT_DEFINES #define IOC0 IOC_bits.IOC0 #define IOC1 IOC_bits.IOC1 #define IOC2 IOC_bits.IOC2 #define IOC3 IOC_bits.IOC3 #define IOC4 IOC_bits.IOC4 #define IOC5 IOC_bits.IOC5 #endif /* NO_BIT_DEFINES */ // ----- IOCB bits -------------------- typedef union { struct { unsigned char IOCB0:1; unsigned char IOCB1:1; unsigned char IOCB2:1; unsigned char IOCB3:1; unsigned char IOCB4:1; unsigned char IOCB5:1; unsigned char :1; unsigned char :1; }; } __IOCB_bits_t; extern volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; #ifndef NO_BIT_DEFINES #define IOCB0 IOCB_bits.IOCB0 #define IOCB1 IOCB_bits.IOCB1 #define IOCB2 IOCB_bits.IOCB2 #define IOCB3 IOCB_bits.IOCB3 #define IOCB4 IOCB_bits.IOCB4 #define IOCB5 IOCB_bits.IOCB5 #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_GPPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_GPPU OPTION_REG_bits.NOT_GPPU #endif /* NO_BIT_DEFINES */ // ----- OSCCAL bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char CAL0:1; unsigned char CAL1:1; unsigned char CAL2:1; unsigned char CAL3:1; unsigned char CAL4:1; unsigned char CAL5:1; }; } __OSCCAL_bits_t; extern volatile __OSCCAL_bits_t __at(OSCCAL_ADDR) OSCCAL_bits; #ifndef NO_BIT_DEFINES #define CAL0 OSCCAL_bits.CAL0 #define CAL1 OSCCAL_bits.CAL1 #define CAL2 OSCCAL_bits.CAL2 #define CAL3 OSCCAL_bits.CAL3 #define CAL4 OSCCAL_bits.CAL4 #define CAL5 OSCCAL_bits.CAL5 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOD:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char T1IE:1; unsigned char :1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char EEIE:1; }; struct { unsigned char TMR1IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define T1IE PIE1_bits.T1IE #define TMR1IE PIE1_bits.TMR1IE #define CMIE PIE1_bits.CMIE #define ADIE PIE1_bits.ADIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char T1IF:1; unsigned char :1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char EEIF:1; }; struct { unsigned char TMR1IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define T1IF PIR1_bits.T1IF #define TMR1IF PIR1_bits.TMR1IF #define CMIF PIR1_bits.CMIF #define ADIF PIR1_bits.ADIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #endif /* NO_BIT_DEFINES */ // ----- TRISIO bits ------------------- typedef union { struct { unsigned char TRISIO0:1; unsigned char TRISIO1:1; unsigned char TRISIO2:1; unsigned char TRISIO3:1; unsigned char TRISIO4:1; unsigned char TRISIO5:1; unsigned char :1; unsigned char :1; }; } __TRISIO_bits_t; extern volatile __TRISIO_bits_t __at(TRISIO_ADDR) TRISIO_bits; #ifndef NO_BIT_DEFINES #define TRISIO0 TRISIO_bits.TRISIO0 #define TRISIO1 TRISIO_bits.TRISIO1 #define TRISIO2 TRISIO_bits.TRISIO2 #define TRISIO3 TRISIO_bits.TRISIO3 #define TRISIO4 TRISIO_bits.TRISIO4 #define TRISIO5 TRISIO_bits.TRISIO5 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char :1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic12f683.h000066400000000000000000000612021116427777700176150ustar00rootroot00000000000000// // Register Declarations for Microchip 12F683 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P12F683_H #define P12F683_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define GPIO_ADDR 0x0005 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0013 #define CCPR1H_ADDR 0x0014 #define CCP1CON_ADDR 0x0015 #define WDTCON_ADDR 0x0018 #define CMCON0_ADDR 0x0019 #define CMCON1_ADDR 0x001A #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISIO_ADDR 0x0085 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define PR2_ADDR 0x0092 #define WPU_ADDR 0x0095 #define WPUA_ADDR 0x0095 #define IOC_ADDR 0x0096 #define IOCA_ADDR 0x0096 #define VRCON_ADDR 0x0099 #define EEDATA_ADDR 0x009A #define EEDAT_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ANSEL_ADDR 0x009F // // Memory organization. // // LIST // P12F683.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC12F683 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F684 // 2. LIST directive in the source file // LIST P=PIC12F683 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.01 01/05/07 GPIO Bits //1.00 12/09/03 Original //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __12F683 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (GPIO_ADDR) GPIO; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (CMCON0_ADDR) CMCON0; extern __sfr __at (CMCON1_ADDR) CMCON1; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISIO_ADDR) TRISIO; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (WPUA_ADDR) WPUA; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (IOCA_ADDR) IOCA; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ANSEL_ADDR) ANSEL; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- COMCON0 Bits ------------------------------------------------------- //----- COMCON1 Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits -------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- IOC -------------------------------------------------------------- //----- IOCA -------------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- EECON1 ------------------------------------------------------------- //----- ANSEL -------------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'FF' // __BADRAM H'06', H'08'-H'09', H'0D', H'1B'-H'1D' // __BADRAM H'86', H'88'-H'89', H'8D', H'93'-H'94', H'97'-H'98', H'C0'-H'EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOD_ON 0x3FFF #define _BOD_NSLEEP 0x3EFF #define _BOD_SBODEN 0x3DFF #define _BOD_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTOSCIO 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _INTOSC 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRCIO 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _EXTRC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char :1; unsigned char VCFG:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define VCFG ADCON0_bits.VCFG #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define ANS1 ANSEL_bits.ANS1 #define ANS2 ANSEL_bits.ANS2 #define ANS3 ANSEL_bits.ANS3 #define ADCS0 ANSEL_bits.ADCS0 #define ADCS1 ANSEL_bits.ADCS1 #define ADCS2 ANSEL_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char DC1B0:1; unsigned char DC1B1:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define DC1B0 CCP1CON_bits.DC1B0 #define DC1B1 CCP1CON_bits.DC1B1 #endif /* NO_BIT_DEFINES */ // ----- CMCON0 bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char CINV:1; unsigned char :1; unsigned char COUT:1; unsigned char :1; }; } __CMCON0_bits_t; extern volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON0_bits.CM0 #define CM1 CMCON0_bits.CM1 #define CM2 CMCON0_bits.CM2 #define CIS CMCON0_bits.CIS #define CINV CMCON0_bits.CINV #define COUT CMCON0_bits.COUT #endif /* NO_BIT_DEFINES */ // ----- CMCON1 bits -------------------- typedef union { struct { unsigned char CMSYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __CMCON1_bits_t; extern volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; #ifndef NO_BIT_DEFINES #define CMSYNC CMCON1_bits.CMSYNC #define T1GSS CMCON1_bits.T1GSS #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- GPIO bits -------------------- typedef union { struct { unsigned char GP0:1; unsigned char GP1:1; unsigned char GP2:1; unsigned char GP3:1; unsigned char GP4:1; unsigned char GP5:1; unsigned char :1; unsigned char :1; }; struct { unsigned char GPIO0:1; unsigned char GPIO1:1; unsigned char GPIO2:1; unsigned char GPIO3:1; unsigned char GPIO4:1; unsigned char GPIO5:1; unsigned char :1; unsigned char :1; }; } __GPIO_bits_t; extern volatile __GPIO_bits_t __at(GPIO_ADDR) GPIO_bits; #ifndef NO_BIT_DEFINES #define GP0 GPIO_bits.GP0 #define GPIO0 GPIO_bits.GPIO0 #define GP1 GPIO_bits.GP1 #define GPIO1 GPIO_bits.GPIO1 #define GP2 GPIO_bits.GP2 #define GPIO2 GPIO_bits.GPIO2 #define GP3 GPIO_bits.GP3 #define GPIO3 GPIO_bits.GPIO3 #define GP4 GPIO_bits.GP4 #define GPIO4 GPIO_bits.GPIO4 #define GP5 GPIO_bits.GP5 #define GPIO5 GPIO_bits.GPIO5 #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char GPIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char GPIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define GPIF INTCON_bits.GPIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define GPIE INTCON_bits.GPIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOC bits -------------------- typedef union { struct { unsigned char IOC0:1; unsigned char IOC1:1; unsigned char IOC2:1; unsigned char IOC3:1; unsigned char IOC4:1; unsigned char IOC5:1; unsigned char :1; unsigned char :1; }; } __IOC_bits_t; extern volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; #ifndef NO_BIT_DEFINES #define IOC0 IOC_bits.IOC0 #define IOC1 IOC_bits.IOC1 #define IOC2 IOC_bits.IOC2 #define IOC3 IOC_bits.IOC3 #define IOC4 IOC_bits.IOC4 #define IOC5 IOC_bits.IOC5 #endif /* NO_BIT_DEFINES */ // ----- IOCA bits -------------------- typedef union { struct { unsigned char IOCA0:1; unsigned char IOCA1:1; unsigned char IOCA2:1; unsigned char IOCA3:1; unsigned char IOCA4:1; unsigned char IOCA5:1; unsigned char :1; unsigned char :1; }; } __IOCA_bits_t; extern volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; #ifndef NO_BIT_DEFINES #define IOCA0 IOCA_bits.IOCA0 #define IOCA1 IOCA_bits.IOCA1 #define IOCA2 IOCA_bits.IOCA2 #define IOCA3 IOCA_bits.IOCA3 #define IOCA4 IOCA_bits.IOCA4 #define IOCA5 IOCA_bits.IOCA5 #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_GPPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_GPPU OPTION_REG_bits.NOT_GPPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOD:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBODEN:1; unsigned char ULPWUE:1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #define SBODEN PCON_bits.SBODEN #define ULPWUE PCON_bits.ULPWUE #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char T1IE:1; unsigned char T2IE:1; unsigned char OSFIE:1; unsigned char CMIE:1; unsigned char :1; unsigned char CCP1IE:1; unsigned char ADIE:1; unsigned char EEIE:1; }; struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define T1IE PIE1_bits.T1IE #define TMR1IE PIE1_bits.TMR1IE #define T2IE PIE1_bits.T2IE #define TMR2IE PIE1_bits.TMR2IE #define OSFIE PIE1_bits.OSFIE #define CMIE PIE1_bits.CMIE #define CCP1IE PIE1_bits.CCP1IE #define ADIE PIE1_bits.ADIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char T1IF:1; unsigned char T2IF:1; unsigned char OSFIF:1; unsigned char CMIF:1; unsigned char :1; unsigned char CCP1IF:1; unsigned char ADIF:1; unsigned char EEIF:1; }; struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define T1IF PIR1_bits.T1IF #define TMR1IF PIR1_bits.TMR1IF #define T2IF PIR1_bits.T2IF #define TMR2IF PIR1_bits.TMR2IF #define OSFIF PIR1_bits.OSFIF #define CMIF PIR1_bits.CMIF #define CCP1IF PIR1_bits.CCP1IF #define ADIF PIR1_bits.ADIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char T1GE:1; unsigned char T1GINV:1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define T1GE T1CON_bits.T1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char :1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic14devices.txt000066400000000000000000000474071116427777700211560ustar00rootroot00000000000000# # PIC14: 14 bit 16Fxxx / 16Cxxx / 12Fxxx series device file for SDCC # # by Zik Saleeba 2006-03-04 # # # dev = device name # program = program memory in 14 bit words # data = data memory in bytes # eeprom = eeprom storage # io = io lines # maxram = maximum memmap address for unique general purpose registers # bankmsk = mask for memmap bank selecting. 0x80 for two banks usable, # 0x180 for four. # confsiz = 1: config at 0x2007, 2: has an extra config register at 0x2008 # regmap = registers duplicated in multiple banks. First value is a bank bitmask, # following values are register addresses # memmap # - mirrored in all banks set in # is a bitmask of bank bits (0x80, 0x100, 0x180) # # # # 16F series # processor 16f72 program 2K data 128 eeprom 0 io 22 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x06 0x0a 0x0b regmap 0x100 0x01 0x81 memmap 0x0020 0x003f 0x100 memmap 0x0040 0x007f 0x180 memmap 0x00a0 0x00bf 0x100 processor 16f73 program 4K data 192 eeprom 0 io 22 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x007f 0x100 memmap 0x00a0 0x00ff 0x100 processor 16f74 program 4K data 192 eeprom 0 io 33 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x007f 0x100 memmap 0x00a0 0x00ff 0x100 processor 16f76 program 8K data 368 eeprom 0 io 22 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 memmap 0x01a0 0x01ef 0x000 processor 16f77 program 8K data 368 eeprom 0 io 33 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 memmap 0x01a0 0x01ef 0x000 processor 16f84, 16f84a program 1K data 68 eeprom 64 io 13 maxram 0xcf bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x000C 0x004f 0x080 processor 16f87, 16f88 program 4K data 368 eeprom 256 io 16 maxram 0x1ff bankmsk 0x180 confsiz 2 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x0110 0x016f 0x000 memmap 0x0190 0x01ef 0x000 processor 16f616, 16hv616 program 2K data 128 eeprom 0 io 11 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x080 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x080 memmap 0x00a0 0x00bf 0x000 processor 16f627, 16f627a program 1K data 224 eeprom 128 io 16 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x014f 0x000 processor 16f628, 16f628a program 2K data 224 eeprom 128 io 16 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x014f 0x000 processor 16f648, 16f648a program 4K data 256 eeprom 256 io 16 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 processor 16f630, 16f676 program 1K data 64 eeprom 128 io 12 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x005f 0x080 processor 16f636, 16f639 program 2K data 128 eeprom 256 io 12 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x05 0x85 0x07 0x87 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00bf 0x000 processor 16f684 program 2K data 128 eeprom 256 io 12 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x080 memmap 0x00a0 0x00bf 0x000 processor 16f685, 16f689, 16f690 program 4K data 256 eeprom 256 io 18 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x05 0x85 0x06 0x86 0x07 0x87 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 processor 16f687 program 2K data 128 eeprom 256 io 18 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x05 0x85 0x06 0x86 0x07 0x87 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00bf 0x000 processor 16f688 program 4K data 256 eeprom 256 io 12 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x05 0x85 0x07 0x87 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 processor 16f716 program 2K data 128 eeprom 0 io 13 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x080 memmap 0x00a0 0x00bf 0x000 processor 16f737 program 4K data 368 eeprom 0 io 25 maxram 0x1ff bankmsk 0x180 confsiz 2 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0110 0x016f 0x000 memmap 0x0190 0x01ef 0x000 processor 16f747 program 4K data 368 eeprom 0 io 36 maxram 0x1ff bankmsk 0x180 confsiz 2 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0110 0x016f 0x000 memmap 0x0190 0x01ef 0x000 processor 16f767 program 8K data 368 eeprom 0 io 25 maxram 0x1ff bankmsk 0x180 confsiz 2 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0110 0x016f 0x000 memmap 0x0190 0x01ef 0x000 processor 16f777 program 8K data 368 eeprom 0 io 36 maxram 0x1ff bankmsk 0x180 confsiz 2 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0110 0x016f 0x000 memmap 0x0190 0x01ef 0x000 processor 16f785, 16hv785 program 2K data 128 eeprom 256 io 18 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x05 0x85 0x06 0x86 0x07 0x87 0x8c memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00bf 0x000 processor 16f870, 16f872 program 2K data 128 eeprom 64 io 22 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x100 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00bf 0x100 processor 16f871 program 2K data 128 eeprom 64 io 33 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x100 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00bf 0x100 processor 16f873, 16f873a program 4K data 192 eeprom 128 io 22 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x007f 0x100 memmap 0x00a0 0x00ff 0x100 processor 16f874, 16f874a program 4K data 192 eeprom 128 io 33 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x007f 0x100 memmap 0x00a0 0x00ff 0x100 processor 16f876, 16f876a program 8K data 368 eeprom 256 io 22 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0110 0x016f 0x000 memmap 0x0190 0x01ef 0x000 processor 16f877, 16f877a program 8K data 368 eeprom 256 io 22 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0110 0x016f 0x000 memmap 0x0190 0x01ef 0x000 processor 16f886 program 8K data 368 eeprom 256 io 24 maxram 0x1ff bankmsk 0x180 confsiz 2 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0110 0x016f 0x000 memmap 0x0190 0x01ef 0x000 processor 16f887 program 8K data 368 eeprom 256 io 35 maxram 0x1ff bankmsk 0x180 confsiz 2 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0110 0x016f 0x000 memmap 0x0190 0x01ef 0x000 processor 16f818 program 1K data 128 eeprom 128 io 16 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x003f 0x100 memmap 0x0040 0x007f 0x180 memmap 0x00a0 0x00bf 0x000 processor 16f819 program 2K data 256 eeprom 256 io 16 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 processor 16f913 program 4K data 256 eeprom 256 io 24 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 processor 16f914 program 4K data 256 eeprom 256 io 35 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 processor 16f916 program 8K data 352 eeprom 256 io 24 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 memmap 0x0190 0x01ef 0x000 processor 16f917 program 8K data 352 eeprom 256 io 35 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 memmap 0x0190 0x01ef 0x000 processor 16f946 program 8K data 336 eeprom 256 io 53 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 memmap 0x01a0 0x01ef 0x000 # # 16c series # processor 16c62, 16c72 program 2K data 128 eeprom 0 io 22 maxram 0xbf bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x007f 0x000 memmap 0x00a0 0x00bf 0x000 processor 16c63a, 16c73b program 4K data 192 eeprom 0 io 22 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x007f 0x000 memmap 0x00a0 0x00ff 0x000 processor 16c65b, 16c74b program 4K data 192 eeprom 0 io 33 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x007f 0x000 memmap 0x00a0 0x00ff 0x000 processor 16cr73 program 4K data 192 eeprom 0 io 22 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 memmap 0x0020 0x007f 0x000 memmap 0x00a0 0x00ff 0x000 processor 16cr74 program 4K data 192 eeprom 0 io 33 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 memmap 0x0020 0x007f 0x000 memmap 0x00a0 0x00ff 0x000 processor 16cr76 program 8K data 368 eeprom 0 io 22 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x180 0x01 0x81 memmap 0x0020 0x006f 0x000 memmap 0x00a0 0x00ef 0x000 memmap 0x0110 0x016f 0x000 memmap 0x0190 0x01ef 0x000 memmap 0x0070 0x007f 0x180 processor 16cr77 program 8K data 368 eeprom 0 io 33 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x180 0x01 0x81 memmap 0x0020 0x006f 0x000 memmap 0x00a0 0x00ef 0x000 memmap 0x0110 0x016f 0x000 memmap 0x0190 0x01ef 0x000 memmap 0x0070 0x007f 0x180 processor 16c432 program 2K data 128 eeprom 0 io 12 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x080 memmap 0x00a0 0x00bf 0x000 processor 16c433 program 2K data 128 eeprom 0 io 6 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x080 memmap 0x00a0 0x00bf 0x000 processor 16c554 program 512 data 80 eeprom 0 io 21 maxram 0x6f bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x006f 0x000 processor 16c557, 16c558 program 2K data 128 eeprom 0 io 21 maxram 0xbf bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x007f 0x000 memmap 0x00a0 0x00bf 0x000 processor 16c620 program 512 data 80 eeprom 0 io 13 maxram 0x9f bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x006f 0x000 processor 16c620a, 16cr620a program 512 data 96 eeprom 0 io 13 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x080 processor 16c621 program 1K data 80 eeprom 0 io 13 maxram 0x9f bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x006f 0x000 processor 16c621a program 1K data 96 eeprom 0 io 13 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x080 processor 16c622 program 2K data 128 eeprom 0 io 13 maxram 0xbf bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x007f 0x000 memmap 0x00a0 0x00bf 0x000 processor 16c622a program 2K data 128 eeprom 0 io 13 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x080 memmap 0x00a0 0x00bf 0x000 processor 16c710 program 512 data 36 eeprom 0 io 13 maxram 0xaf bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x09 0x0a 0x0b memmap 0x000c 0x002f 0x080 processor 16c71 program 1K data 36 eeprom 0 io 13 maxram 0xaf bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x09 0x0a 0x0b memmap 0x000c 0x002f 0x080 processor 16c711 program 1K data 68 eeprom 0 io 13 maxram 0xcf bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x09 0x0a 0x0b memmap 0x000c 0x004f 0x080 processor 16c715 program 2K data 128 eeprom 0 io 13 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x007f 0x000 memmap 0x00a0 0x00bf 0x000 processor 16c717, 16c770 program 2K data 256 eeprom 0 io 16 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 processor 16c771 program 4K data 256 eeprom 0 io 16 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 processor 16c745 program 8K data 320 eeprom 0 io 22 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 memmap 0x01a0 0x01df 0x000 processor 16c765 program 8K data 320 eeprom 0 io 33 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 memmap 0x01a0 0x01df 0x000 processor 16c773 program 4K data 256 eeprom 0 io 21 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 processor 16c774 program 4K data 256 eeprom 0 io 32 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00ef 0x000 memmap 0x0120 0x016f 0x000 processor 16c781 program 1K data 128 eeprom 0 io 16 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00bf 0x000 processor 16c782 program 2K data 128 eeprom 0 io 16 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00bf 0x000 processor 16c925 program 4K data 176 eeprom 0 io 52 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00bf 0x000 processor 16c926 program 8K data 336 eeprom 0 io 52 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x06 0x86 memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x180 memmap 0x00a0 0x00bf 0x000 memmap 0x0120 0x016f 0x000 memmap 0x01a0 0x01bf 0x000 # # 12F series devices with 14 bit core # processor 12f629, 12f675 program 1K data 64 eeprom 128 io 6 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x005f 0x080 processor 12f635 program 1K data 64 eeprom 128 io 6 maxram 0x1ff bankmsk 0x180 confsiz 1 regmap 0x180 0x00 0x02 0x03 0x04 0x0a 0x0b regmap 0x100 0x01 0x81 0x05 0x85 memmap 0x0040 0x006f 0x000 memmap 0x0070 0x007f 0x180 processor 12f683 program 2K data 128 eeprom 256 io 6 maxram 0xff bankmsk 0x80 confsiz 1 regmap 0x80 0x00 0x02 0x03 0x04 0x0a 0x0b memmap 0x0020 0x006f 0x000 memmap 0x0070 0x007f 0x080 memmap 0x00a0 0x00bf 0x000 sdcc-2.9.0/device/include/pic/pic14regs.h000066400000000000000000000011131116427777700200640ustar00rootroot00000000000000#ifndef __DEVICE_INCLUDE_PIC14REGS_H__ #define __DEVICE_INCLUDE_PIC14REGS_H__ 1 #if defined(SDCC_PROCESSOR) #ifndef _CONCAT #undef _CONCAT2 #define _CONCAT(a,b) _CONCAT2(a,b) #define _CONCAT2(a,b) a ## b #endif /* May not paste proc ## .h as pic16f877.h is no valid * preprocessor token. So this is a bit fragile... */ #define INC_PIC(proc) <_CONCAT(pic,proc).h> #include INC_PIC(SDCC_PROCESSOR) #else /* SDCC_PROCESSOR undefined */ #warning SDCC_PROCESSOR undefined, no processor-specific header included. #endif #endif /* __DEVICE_INCLUDE_PIC14REGS_H__ */ sdcc-2.9.0/device/include/pic/pic16c432.h000066400000000000000000000324621116427777700176140ustar00rootroot00000000000000// // Register Declarations for Microchip 16C432 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C432_H #define P16C432_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define CMCON_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define LINPRT_ADDR 0x0090 #define VRCON_ADDR 0x009F // // Memory organization. // // LIST // P16C432.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C432 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C432 // 2. LIST directive in the source file // LIST P=PIC16C432 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 31 Aug 2000 Initial Release //1.10 28 Mar 2001 Corrected definition of LINTX //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C432 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (LINPRT_ADDR) LINPRT; extern __sfr __at (VRCON_ADDR) VRCON; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PORTA Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- LINPRT Bits ---------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'0FF' // __BADRAM H'07'-H'09', H'0D'-H'1E' // __BADRAM H'87'-H'89', H'8D', H'8F', H'91'-H'9E' // __BADRAM H'C0'-H'EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x00CF #define _CP_75 0x15DF #define _CP_50 0x2AEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char :1; unsigned char :1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- LINPRT bits -------------------- typedef union { struct { unsigned char LINVDD:1; unsigned char :1; unsigned char LINTX:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __LINPRT_bits_t; extern volatile __LINPRT_bits_t __at(LINPRT_ADDR) LINPRT_bits; #ifndef NO_BIT_DEFINES #define LINVDD LINPRT_bits.LINVDD #define LINTX LINPRT_bits.LINTX #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define CMIE PIE1_bits.CMIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define CMIF PIR1_bits.CMIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char :1; unsigned char LINRX:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define LINRX PORTA_bits.LINRX #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c433.h000066400000000000000000000277321116427777700176210ustar00rootroot00000000000000// // Register Declarations for Microchip 16C433 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C433_H #define P16C433_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define GPIO_ADDR 0x0005 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISIO_ADDR 0x0085 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define OSCCAL_ADDR 0x008F #define ADCON1_ADDR 0x009F // // Memory organization. // // LIST // P16C433.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C433 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C433 // 2. LIST directive in the source file // LIST P=PIC16C433 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 31 Aug 2000 Original Release //1.10 28 Mar 2001 Corrected definitions of LINTX and LINRX. //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C433 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (GPIO_ADDR) GPIO; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISIO_ADDR) TRISIO; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCAL_ADDR) OSCCAL; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- LIN Port bits (within GPIO) ---------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCAL Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'FF' // __BADRAM H'06'-H'09', H'0D'-H'1D' // __BADRAM H'86'-H'89', H'8D', H'90'-H'9E', H'C0'-H'EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3F7F #define _CP_ALL 0x009F #define _CP_75 0x15BF #define _CP_50 0x2ADF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _INTRC_OSC 0x3FFC #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC 0x3FFE #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char GPIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char GPIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define GPIF INTCON_bits.GPIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define GPIE INTCON_bits.GPIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_GPPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_GPPU OPTION_REG_bits.NOT_GPPU #endif /* NO_BIT_DEFINES */ // ----- OSCCAL bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char CALSLW:1; unsigned char CALFST:1; unsigned char CAL0:1; unsigned char CAL1:1; unsigned char CAL2:1; unsigned char CAL3:1; }; } __OSCCAL_bits_t; extern volatile __OSCCAL_bits_t __at(OSCCAL_ADDR) OSCCAL_bits; #ifndef NO_BIT_DEFINES #define CALSLW OSCCAL_bits.CALSLW #define CALFST OSCCAL_bits.CALFST #define CAL0 OSCCAL_bits.CAL0 #define CAL1 OSCCAL_bits.CAL1 #define CAL2 OSCCAL_bits.CAL2 #define CAL3 OSCCAL_bits.CAL3 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char LINRX:1; unsigned char LINTX:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define LINRX STATUS_bits.LINRX #define IRP STATUS_bits.IRP #define LINTX STATUS_bits.LINTX #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c554.h000066400000000000000000000242031116427777700176130ustar00rootroot00000000000000// // Register Declarations for Microchip 16C554 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C554_H #define P16C554_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PCON_ADDR 0x008E // // Memory organization. // // LIST // P16C554.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C554 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C554 // 2. LIST directive in the source file // LIST P=PIC16C554 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 04/22/96 Initial Creation //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C554 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PCON_ADDR) PCON; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'09F' // __BADRAM H'07'-H'09', H'0C'-H'1F', H'70'-H'7F' // __BADRAM H'87'-H'89', H'8C'-H'8D', H'8F'-H'9F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ON 0x00CF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char :1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c557.h000066400000000000000000000276031116427777700176250ustar00rootroot00000000000000// // Register Declarations for Microchip 16C557 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C557_H #define P16C557_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PCON_ADDR 0x008E // // Memory organization. // // LIST // P16C557.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C557 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /p=16C557 // 2. LIST directive in the source file // LIST P=16C557 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 08/29/01 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C557 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PCON_ADDR) PCON; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'FF' // __BADRAM H'08'-H'09', H'0C'-H'1F' // __BADRAM H'88'-H'89', H'8C'-H'8D', H'8F'-H'9F', H'C0'-H'EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x00CF #define _CP_75 0x15DF #define _CP_50 0x2AEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char :1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c558.h000066400000000000000000000242751116427777700176300ustar00rootroot00000000000000// // Register Declarations for Microchip 16C558 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C558_H #define P16C558_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PCON_ADDR 0x008E // // Memory organization. // // LIST // P16C558.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C558 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C558 // 2. LIST directive in the source file // LIST P=PIC16C558 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 04/22/96 Initial Creation //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C558 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PCON_ADDR) PCON; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'BF' // __BADRAM H'07'-H'09', H'0C'-H'1F' // __BADRAM H'87'-H'89', H'8C'-H'8D', H'8F'-H'9F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x00CF #define _CP_75 0x15DF #define _CP_50 0x2AEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char :1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c62.h000066400000000000000000000503761116427777700175370ustar00rootroot00000000000000// // Register Declarations for Microchip 16C62 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C62_H #define P16C62_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 // // Memory organization. // // LIST // P16C62.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C62 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C62 // 2. LIST directive in the source file // LIST P=PIC16C62 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 10/31/95 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C62 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'BF' // __BADRAM H'08'-H'09', H'0D', H'18'-H'1F' // __BADRAM H'88'-H'89', H'8D', H'8F'-H'91',H'95'-H'9F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x3F8F #define _CP_75 0x3F9F #define _CP_50 0x3FAF #define _CP_OFF 0x3FBF #define _PWRTE_ON 0x3FBF #define _PWRTE_OFF 0x3FB7 #define _WDT_ON 0x3FBF #define _WDT_OFF 0x3FBB #define _LP_OSC 0x3FBC #define _XT_OSC 0x3FBD #define _HS_OSC 0x3FBE #define _RC_OSC 0x3FBF // LIST // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c620.h000066400000000000000000000326241116427777700176130ustar00rootroot00000000000000// // Register Declarations for Microchip 16C620 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C620_H #define P16C620_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define CMCON_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define VRCON_ADDR 0x009F // // Memory organization. // // LIST // P16C620.INC Standard Header File, Version 1.01 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C620 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C620 // 2. LIST directive in the source file // LIST P=PIC16C620 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.01 11/28/95 Added NOT_BOR to match revised datasheet //1.00 10/31/95 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C620 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (VRCON_ADDR) VRCON; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'09F' // __BADRAM H'07'-H'09', H'0D'-H'1E', H'70'-H'7F' // __BADRAM H'87'-H'89', H'8D', H'8F'-H'9E' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ON 0x00CF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char :1; unsigned char :1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define CMIE PIE1_bits.CMIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define CMIF PIR1_bits.CMIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c620a.h000066400000000000000000000331641116427777700177540ustar00rootroot00000000000000// // Register Declarations for Microchip 16CR620A Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16CR620A_H #define P16CR620A_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define CMCON_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define VRCON_ADDR 0x009F // // Memory organization. // // LIST // P16C620A.INC Standard Header File, Version 1.10 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C620A and PIC16CR620A microcontrollers. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C620A or // C:\ MPASM MYFILE.ASM /PIC16CR620A // 2. LIST directive in the source file // LIST P=PIC16C620A or // LIST P=PIC16CR620A // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 05/28/97 Initial Release //1.10 16/08/99 Added unbanked RAM at 70-7F //1.20 06/12/02 Verification now includes the PIC16CR620A (pas) //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C620A // IFNDEF __16CR620A // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (VRCON_ADDR) VRCON; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'0FF' // __BADRAM H'07'-H'09', H'0D'-H'1E' // __BADRAM H'87'-H'89', H'8D', H'8F'-H'9E' // __BADRAM H'A0'-H'EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ON 0x00CF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char :1; unsigned char :1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define CMIE PIE1_bits.CMIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define CMIF PIR1_bits.CMIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c621.h000066400000000000000000000326701116427777700176150ustar00rootroot00000000000000// // Register Declarations for Microchip 16C621 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C621_H #define P16C621_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define CMCON_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define VRCON_ADDR 0x009F // // Memory organization. // // LIST // P16C621.INC Standard Header File, Version 1.01 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C621 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C621 // 2. LIST directive in the source file // LIST P=PIC16C621 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.01 11/28/95 Added NOT_BOR to match revised datasheet //1.00 10/31/95 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C621 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (VRCON_ADDR) VRCON; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'9F' // __BADRAM H'07'-H'09', H'0D'-H'01E', H'70'-H'7F' // __BADRAM H'87'-H'89', H'8D', H'8F'-H'9E' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x00CF #define _CP_50 0x15DF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char :1; unsigned char :1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define CMIE PIE1_bits.CMIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define CMIF PIR1_bits.CMIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c621a.h000066400000000000000000000326771116427777700177650ustar00rootroot00000000000000// // Register Declarations for Microchip 16C621A Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C621A_H #define P16C621A_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define CMCON_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define VRCON_ADDR 0x009F // // Memory organization. // // LIST // P16C621A.INC Standard Header File, Version 1.10 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C621A microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C621A // 2. LIST directive in the source file // LIST P=PIC16C621A // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 05/28/97 Initial Release //1.10 16/08/99 Added unbanked RAM at 70-7F //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C621A // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (VRCON_ADDR) VRCON; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'0FF' // __BADRAM H'07'-H'09', H'0D'-H'1E' // __BADRAM H'87'-H'89', H'8D', H'8F'-H'9E' // __BADRAM H'A0'-H'EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x00CF #define _CP_50 0x15DF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char :1; unsigned char :1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define CMIE PIE1_bits.CMIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define CMIF PIR1_bits.CMIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c622.h000066400000000000000000000326731116427777700176210ustar00rootroot00000000000000// // Register Declarations for Microchip 16C622 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C622_H #define P16C622_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define CMCON_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define VRCON_ADDR 0x009F // // Memory organization. // // LIST // P16C622.INC Standard Header File, Version 1.01 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C622 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C622 // 2. LIST directive in the source file // LIST P=PIC16C622 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.01 11/28/95 Added NOT_BOR to match revised datasheet //1.00 10/31/95 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C622 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (VRCON_ADDR) VRCON; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'BF' // __BADRAM H'07'-H'09', H'0D'-H'1E', H'87'-H'89', H'8D', H'8F'-H'9E' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x00CF #define _CP_75 0x15DF #define _CP_50 0x2AEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char :1; unsigned char :1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define CMIE PIE1_bits.CMIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define CMIF PIR1_bits.CMIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c622a.h000066400000000000000000000327171116427777700177610ustar00rootroot00000000000000// // Register Declarations for Microchip 16C622A Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C622A_H #define P16C622A_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define CMCON_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define VRCON_ADDR 0x009F // // Memory organization. // // LIST // P16C622A.INC Standard Header File, Version 1.10 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C622A microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C622A // 2. LIST directive in the source file // LIST P=PIC16C622A // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 05/28/97 Initial Release //1.10 16/08/99 Added unbanked RAM at 70-7F //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C622A // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (VRCON_ADDR) VRCON; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'FF' // __BADRAM H'07'-H'09', H'0D'-H'1E', H'87'-H'89', H'8D', H'8F'-H'9E' // __BADRAM H'C0'-H'EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x00CF #define _CP_75 0x15DF #define _CP_50 0x2AEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char :1; unsigned char :1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define CMIE PIE1_bits.CMIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define CMIF PIR1_bits.CMIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c63a.h000066400000000000000000000645201116427777700176750ustar00rootroot00000000000000// // Register Declarations for Microchip 16C63A Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C63A_H #define P16C63A_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 // // Memory organization. // // LIST // P16C63A.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C63A microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C63A // 2. LIST directive in the source file // LIST P=PIC16C63A // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 12/17/97 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C63A // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'FF' // __BADRAM H'08'-H'09', H'1E'-H'1F' // __BADRAM H'88'-H'89', H'8F'-H'91', H'95'-H'97', H'9A'-H'9F' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x00CF #define _CP_75 0x15DF #define _CP_50 0x2AEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char :1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c65b.h000066400000000000000000000730431116427777700177000ustar00rootroot00000000000000// // Register Declarations for Microchip 16C65B Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C65B_H #define P16C65B_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 // // Memory organization. // // LIST // P16C65B.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C65B microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C65B // 2. LIST directive in the source file // LIST P=PIC16C65B // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 12/17/97 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C65B // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'FF' // __BADRAM H'1E'-H'1F',H'8F'-H'91', H'95'-H'97', H'9A'-H'9F' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x00CF #define _CP_75 0x15DF #define _CP_50 0x2AEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char :1; unsigned char PSPIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define PSPIE PIE1_bits.PSPIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char :1; unsigned char PSPIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define PSPIF PIR1_bits.PSPIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char :1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c71.h000066400000000000000000000271551116427777700175360ustar00rootroot00000000000000// // Register Declarations for Microchip 16C71 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C71_H #define P16C71_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define ADCON0_ADDR 0x0008 #define ADRES_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define ADCON1_ADDR 0x0088 // // Memory organization. // // LIST // P16C71.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C71 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C71 // 2. LIST directive in the source file // LIST P=PIC16C71 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 10/31/95 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C71 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'AF' // __BADRAM H'07', H'30'-H'7F', H'87' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ON 0x3FEF #define _CP_OFF 0x3FFF #define _PWRTE_ON 0x3FFF #define _PWRTE_OFF 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char ADIF:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define ADIF ADCON0_bits.ADIF #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char ADIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define ADIE INTCON_bits.ADIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c710.h000066400000000000000000000310551116427777700176100ustar00rootroot00000000000000// // Register Declarations for Microchip 16C710 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C710_H #define P16C710_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define ADCON0_ADDR 0x0008 #define ADRES_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PCON_ADDR 0x0087 #define ADCON1_ADDR 0x0088 // // Memory organization. // // LIST // P16C710.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C710 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C710 // 2. LIST directive in the source file // LIST P=PIC16C710 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 04/10/96 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C710 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'AF' // __BADRAM H'07', H'30'-H'7F' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ON 0x004F #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char ADIF:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define ADIF ADCON0_bits.ADIF #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char ADIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define ADIE INTCON_bits.ADIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c711.h000066400000000000000000000310551116427777700176110ustar00rootroot00000000000000// // Register Declarations for Microchip 16C711 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C711_H #define P16C711_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define ADCON0_ADDR 0x0008 #define ADRES_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PCON_ADDR 0x0087 #define ADCON1_ADDR 0x0088 // // Memory organization. // // LIST // P16C711.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C711 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C711 // 2. LIST directive in the source file // LIST P=PIC16C711 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 04/10/96 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C711 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'CF' // __BADRAM H'07', H'50'-H'7F' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ON 0x004F #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char ADIF:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define ADIF ADCON0_bits.ADIF #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char ADIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define ADIE INTCON_bits.ADIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c715.h000066400000000000000000000337511116427777700176220ustar00rootroot00000000000000// // Register Declarations for Microchip 16C715 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C715_H #define P16C715_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define ADCON1_ADDR 0x009F // // Memory organization. // // LIST // P16C715.INC Standard Header File, Version 1.01 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C715 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C715 // 2. LIST directive in the source file // LIST P=PIC16C715 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.01 05/12/97 Added values for Parity Enable configuration bits //1.00 04/11/96 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C715 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'FF' // __BADRAM H'07'-H'09', H'0D'-H'1D' // __BADRAM H'87'-H'89', H'8D', H'8F'-H'9E', H'C0'-H'EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _MPEEN_ON 0x3FFF #define _MPEEN_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x00CF #define _CP_50 0x15DF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char NOT_MPE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define NOT_MPE PCON_bits.NOT_MPE #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c717.h000066400000000000000000000657411116427777700176300ustar00rootroot00000000000000// // Register Declarations for Microchip 16C717 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C717_H #define P16C717_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define WPUB_ADDR 0x0095 #define IOCB_ADDR 0x0096 #define P1DEL_ADDR 0x0097 #define REFCON_ADDR 0x009B #define LVDCON_ADDR 0x009C #define ANSEL_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define PMDATL_ADDR 0x010C #define PMADRL_ADDR 0x010D #define PMDATH_ADDR 0x010E #define PMADRH_ADDR 0x010F #define PMCON1_ADDR 0x018C // // Memory organization. // // LIST // P16C717.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C717 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C717 // 2. LIST directive in the source file // LIST P=PIC16C717 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 14Sep1999 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C717 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (P1DEL_ADDR) P1DEL; extern __sfr __at (REFCON_ADDR) REFCON; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (PMDATL_ADDR) PMDATL; extern __sfr __at (PMADRL_ADDR) PMADRL; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADRH_ADDR) PMADRH; extern __sfr __at (PMCON1_ADDR) PMCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ---------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- REFCON Bits -------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- PMCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'07'-H'09', H'18'-H'1D' // __BADRAM H'87'-H'89' // __BADRAM H'8F'-H'90', H'98'-H'9A' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18D'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x0CFF #define _CP_OFF 0x3FFF #define _VBOR_25 0x3FFF #define _VBOR_27 0x3BFF #define _VBOR_42 0x37FF #define _VBOR_45 0x33FF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _MCLRE_OFF 0x3FDF #define _MCLRE_ON 0x3FFF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _ER_OSC_CLKOUT 0x3FFF #define _ER_OSC_NOCLKOUT 0x3FFE #define _INTRC_OSC_CLKOUT 0x3FFD #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _EXTCLK_OSC 0x3FFB #define _HS_OSC 0x3FFA #define _XT_OSC 0x3FF9 #define _LP_OSC 0x3FF8 // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char CHS3:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define CHS3 ADCON0_bits.CHS3 #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char VCFG2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define VCFG0 ADCON1_bits.VCFG0 #define VCFG1 ADCON1_bits.VCFG1 #define VCFG2 ADCON1_bits.VCFG2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char DC1B0:1; unsigned char DC1B1:1; unsigned char PWM1M0:1; unsigned char PWM1M1:1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define DC1B0 CCP1CON_bits.DC1B0 #define DC1B1 CCP1CON_bits.DC1B1 #define PWM1M0 CCP1CON_bits.PWM1M0 #define PWM1M1 CCP1CON_bits.PWM1M1 #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LV0:1; unsigned char LV1:1; unsigned char LV2:1; unsigned char LV3:1; unsigned char LVDEN:1; unsigned char BGST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LV0 LVDCON_bits.LV0 #define LV1 LVDCON_bits.LV1 #define LV2 LVDCON_bits.LV2 #define LV3 LVDCON_bits.LV3 #define LVDEN LVDCON_bits.LVDEN #define BGST LVDCON_bits.BGST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char OSCF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define OSCF PCON_bits.OSCF #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char LVDIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define BCLIE PIE2_bits.BCLIE #define LVDIE PIE2_bits.LVDIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char LVDIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define BCLIF PIR2_bits.BCLIF #define LVDIF PIR2_bits.LVDIF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- REFCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char VRLOEN:1; unsigned char VRHOEN:1; unsigned char VRLEN:1; unsigned char VRHEN:1; }; } __REFCON_bits_t; extern volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; #ifndef NO_BIT_DEFINES #define VRLOEN REFCON_bits.VRLOEN #define VRHOEN REFCON_bits.VRHOEN #define VRLEN REFCON_bits.VRLEN #define VRHEN REFCON_bits.VRHEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c72.h000066400000000000000000000556251116427777700175420ustar00rootroot00000000000000// // Register Declarations for Microchip 16C72 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C72_H #define P16C72_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define ADCON1_ADDR 0x009F // // Memory organization. // // LIST // P16C72.INC Standard Header File, Version 1.01 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C72 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C72 // 2. LIST directive in the source file // LIST P=PIC16C72 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.01 11/28/95 Added NOT_BOR to match revised datasheet //1.00 10/31/95 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C72 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'BF' // __BADRAM H'08'-H'09', H'0D', H'18'-H'1D' // __BADRAM H'88'-H'89', H'8D', H'8F'-H'91', H'95'-H'9E' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x00CF #define _CP_75 0x15DF #define _CP_50 0x2AEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c73b.h000066400000000000000000000710541116427777700176770ustar00rootroot00000000000000// // Register Declarations for Microchip 16C73B Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C73B_H #define P16C73B_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADCON1_ADDR 0x009F // // Memory organization. // // LIST // P16C73B.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C73B microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C73B // 2. LIST directive in the source file // LIST P=PIC16C73B // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 17/12/97 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C73B // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'FF' // __BADRAM H'08'-H'09' // __BADRAM H'88'-H'89', H'8F'-H'91', H'95'-H'97', H'9A'-H'9E' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x00CF #define _CP_75 0x15DF #define _CP_50 0x2AEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char :1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c745.h000066400000000000000000000774551116427777700176360ustar00rootroot00000000000000// // Register Declarations for Microchip 16C745 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C745_H #define P16C745_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADCON1_ADDR 0x009F #define UIR_ADDR 0x0190 #define UIE_ADDR 0x0191 #define UEIR_ADDR 0x0192 #define UEIE_ADDR 0x0193 #define USTAT_ADDR 0x0194 #define UCTRL_ADDR 0x0195 #define UADDR_ADDR 0x0196 #define USWSTAT_ADDR 0x0197 #define UEP0_ADDR 0x0198 #define UEP1_ADDR 0x0199 #define UEP2_ADDR 0x019A #define BD0OST_ADDR 0x01A0 #define BD0OBC_ADDR 0x01A1 #define BD0OAL_ADDR 0x01A2 #define BD0IST_ADDR 0x01A4 #define BD0IBC_ADDR 0x01A5 #define BD0IAL_ADDR 0x01A6 #define BD1OST_ADDR 0x01A8 #define BD1OBC_ADDR 0x01A9 #define BD1OAL_ADDR 0x01AA #define BD1IST_ADDR 0x01AC #define BD1IBC_ADDR 0x01AD #define BD1IAL_ADDR 0x01AE #define BD2OST_ADDR 0x01B0 #define BD2OBC_ADDR 0x01B1 #define BD2OAL_ADDR 0x01B2 #define BD2IST_ADDR 0x01B4 #define BD2IBC_ADDR 0x01B5 #define BD2IAL_ADDR 0x01B6 // // Memory organization. // // LIST // P16C745.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C745 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C745 // 2. LIST directive in the source file // LIST P=PIC16C745 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 28 Sep 99 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C745 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (UIR_ADDR) UIR; extern __sfr __at (UIE_ADDR) UIE; extern __sfr __at (UEIR_ADDR) UEIR; extern __sfr __at (UEIE_ADDR) UEIE; extern __sfr __at (USTAT_ADDR) USTAT; extern __sfr __at (UCTRL_ADDR) UCTRL; extern __sfr __at (UADDR_ADDR) UADDR; extern __sfr __at (USWSTAT_ADDR) USWSTAT; extern __sfr __at (UEP0_ADDR) UEP0; extern __sfr __at (UEP1_ADDR) UEP1; extern __sfr __at (UEP2_ADDR) UEP2; extern __sfr __at (BD0OST_ADDR) BD0OST; extern __sfr __at (BD0OBC_ADDR) BD0OBC; extern __sfr __at (BD0OAL_ADDR) BD0OAL; extern __sfr __at (BD0IST_ADDR) BD0IST; extern __sfr __at (BD0IBC_ADDR) BD0IBC; extern __sfr __at (BD0IAL_ADDR) BD0IAL; extern __sfr __at (BD1OST_ADDR) BD1OST; extern __sfr __at (BD1OBC_ADDR) BD1OBC; extern __sfr __at (BD1OAL_ADDR) BD1OAL; extern __sfr __at (BD1IST_ADDR) BD1IST; extern __sfr __at (BD1IBC_ADDR) BD1IBC; extern __sfr __at (BD1IAL_ADDR) BD1IAL; extern __sfr __at (BD2OST_ADDR) BD2OST; extern __sfr __at (BD2OBC_ADDR) BD2OBC; extern __sfr __at (BD2OAL_ADDR) BD2OAL; extern __sfr __at (BD2IST_ADDR) BD2IST; extern __sfr __at (BD2IBC_ADDR) BD2IBC; extern __sfr __at (BD2IAL_ADDR) BD2IAL; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- UIR/UIE Bits ----------------------------------------------------- //----- UEIR/UEIE Bits ----------------------------------------------------- //----- USTAT Bits --------------------------------------------------------- //----- UCTRL Bits --------------------------------------------------------- //----- UEPn Bits --------------------------------------------------------- //----- Buffer descriptor Bits --------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'01FF' // __BADRAM H'8', H'9', H'13', H'14', H'88', H'89', H'8F'-H'91' // __BADRAM H'93'-H'97', H'9A'-H'9E' // __BADRAM H'105', H'107'-H'109', H'10C'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18C'-H'18F', H'19B'-H'19F' // __BADRAM H'1E0'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x00CF #define _CP_75 0x15DF #define _CP_50 0x2AEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _HS_OSC 0x3FFC #define _EC_OSC 0x3FFD #define _H4_OSC 0x3FFE #define _E4_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char DC1B0:1; unsigned char DC1B1:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define DC1B0 CCP1CON_bits.DC1B0 #define DC1B1 CCP1CON_bits.DC1B1 #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char DC2B0:1; unsigned char DC2B1:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define DC2B0 CCP2CON_bits.DC2B0 #define DC2B1 CCP2CON_bits.DC2B1 #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char USBIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define USBIE PIE1_bits.USBIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char USBIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define USBIF PIR1_bits.USBIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char :1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- UCTRL bits -------------------- typedef union { struct { unsigned char :1; unsigned char SUSPND:1; unsigned char RESUME:1; unsigned char DEV_ATT:1; unsigned char PKT_DIS:1; unsigned char SE0:1; unsigned char :1; unsigned char :1; }; } __UCTRL_bits_t; extern volatile __UCTRL_bits_t __at(UCTRL_ADDR) UCTRL_bits; #ifndef NO_BIT_DEFINES #define SUSPND UCTRL_bits.SUSPND #define RESUME UCTRL_bits.RESUME #define DEV_ATT UCTRL_bits.DEV_ATT #define PKT_DIS UCTRL_bits.PKT_DIS #define SE0 UCTRL_bits.SE0 #endif /* NO_BIT_DEFINES */ // ----- UEIE bits -------------------- typedef union { struct { unsigned char PID_ERR:1; unsigned char CRC5:1; unsigned char CRC16:1; unsigned char DFN8:1; unsigned char BTO_ERR:1; unsigned char WRT_ERR:1; unsigned char OWN_ERR:1; unsigned char BTS_ERR:1; }; } __UEIE_bits_t; extern volatile __UEIE_bits_t __at(UEIE_ADDR) UEIE_bits; #ifndef NO_BIT_DEFINES #define PID_ERR UEIE_bits.PID_ERR #define CRC5 UEIE_bits.CRC5 #define CRC16 UEIE_bits.CRC16 #define DFN8 UEIE_bits.DFN8 #define BTO_ERR UEIE_bits.BTO_ERR #define WRT_ERR UEIE_bits.WRT_ERR #define OWN_ERR UEIE_bits.OWN_ERR #define BTS_ERR UEIE_bits.BTS_ERR #endif /* NO_BIT_DEFINES */ // ----- UEP0 bits -------------------- typedef union { struct { unsigned char EP_STALL:1; unsigned char EP_IN_EN:1; unsigned char EP_OUT_EN:1; unsigned char EP_CTL_DIS:1; unsigned char PID2:1; unsigned char PID3:1; unsigned char DATA01:1; unsigned char UOWN:1; }; struct { unsigned char :1; unsigned char :1; unsigned char BSTALL:1; unsigned char DTS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char OWN:1; }; struct { unsigned char :1; unsigned char :1; unsigned char PID0:1; unsigned char PID1:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __UEP0_bits_t; extern volatile __UEP0_bits_t __at(UEP0_ADDR) UEP0_bits; #ifndef NO_BIT_DEFINES #define EP_STALL UEP0_bits.EP_STALL #define EP_IN_EN UEP0_bits.EP_IN_EN #define EP_OUT_EN UEP0_bits.EP_OUT_EN #define BSTALL UEP0_bits.BSTALL #define PID0 UEP0_bits.PID0 #define EP_CTL_DIS UEP0_bits.EP_CTL_DIS #define DTS UEP0_bits.DTS #define PID1 UEP0_bits.PID1 #define PID2 UEP0_bits.PID2 #define PID3 UEP0_bits.PID3 #define DATA01 UEP0_bits.DATA01 #define UOWN UEP0_bits.UOWN #define OWN UEP0_bits.OWN #endif /* NO_BIT_DEFINES */ // ----- UIE bits -------------------- typedef union { struct { unsigned char USB_RST:1; unsigned char UERR:1; unsigned char ACTIVITY:1; unsigned char TOK_DNE:1; unsigned char UIDLE:1; unsigned char STALL:1; unsigned char :1; unsigned char :1; }; } __UIE_bits_t; extern volatile __UIE_bits_t __at(UIE_ADDR) UIE_bits; #ifndef NO_BIT_DEFINES #define USB_RST UIE_bits.USB_RST #define UERR UIE_bits.UERR #define ACTIVITY UIE_bits.ACTIVITY #define TOK_DNE UIE_bits.TOK_DNE #define UIDLE UIE_bits.UIDLE #define STALL UIE_bits.STALL #endif /* NO_BIT_DEFINES */ // ----- USTAT bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char IN:1; unsigned char ENDP0:1; unsigned char ENDP1:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __USTAT_bits_t; extern volatile __USTAT_bits_t __at(USTAT_ADDR) USTAT_bits; #ifndef NO_BIT_DEFINES #define IN USTAT_bits.IN #define ENDP0 USTAT_bits.ENDP0 #define ENDP1 USTAT_bits.ENDP1 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c74b.h000066400000000000000000000774001116427777700177010ustar00rootroot00000000000000// // Register Declarations for Microchip 16C74B Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C74B_H #define P16C74B_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADCON1_ADDR 0x009F // // Memory organization. // // LIST // P16C74B.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C74B microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C74B // 2. LIST directive in the source file // LIST P=PIC16C74B // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 12/17/97 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C74B // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'FF' // __BADRAM H'8F'-H'91', H'95'-H'97', H'9A'-H'9E' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x00CF #define _CP_75 0x15DF #define _CP_50 0x2AEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char PSPIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define PSPIE PIE1_bits.PSPIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char PSPIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define PSPIF PIR1_bits.PSPIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char :1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c765.h000066400000000000000000001060231116427777700176200ustar00rootroot00000000000000// // Register Declarations for Microchip 16C765 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C765_H #define P16C765_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADCON1_ADDR 0x009F #define UIR_ADDR 0x0190 #define UIE_ADDR 0x0191 #define UEIR_ADDR 0x0192 #define UEIE_ADDR 0x0193 #define USTAT_ADDR 0x0194 #define UCTRL_ADDR 0x0195 #define UADDR_ADDR 0x0196 #define USWSTAT_ADDR 0x0197 #define UEP0_ADDR 0x0198 #define UEP1_ADDR 0x0199 #define UEP2_ADDR 0x019A #define BD0OST_ADDR 0x01A0 #define BD0OBC_ADDR 0x01A1 #define BD0OAL_ADDR 0x01A2 #define BD0IST_ADDR 0x01A4 #define BD0IBC_ADDR 0x01A5 #define BD0IAL_ADDR 0x01A6 #define BD1OST_ADDR 0x01A8 #define BD1OBC_ADDR 0x01A9 #define BD1OAL_ADDR 0x01AA #define BD1IST_ADDR 0x01AC #define BD1IBC_ADDR 0x01AD #define BD1IAL_ADDR 0x01AE #define BD2OST_ADDR 0x01B0 #define BD2OBC_ADDR 0x01B1 #define BD2OAL_ADDR 0x01B2 #define BD2IST_ADDR 0x01B4 #define BD2IBC_ADDR 0x01B5 #define BD2IAL_ADDR 0x01B6 // // Memory organization. // // LIST // P16C765.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C765 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C765 // 2. LIST directive in the source file // LIST P=PIC16C765 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 28 Sep 99 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C765 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (UIR_ADDR) UIR; extern __sfr __at (UIE_ADDR) UIE; extern __sfr __at (UEIR_ADDR) UEIR; extern __sfr __at (UEIE_ADDR) UEIE; extern __sfr __at (USTAT_ADDR) USTAT; extern __sfr __at (UCTRL_ADDR) UCTRL; extern __sfr __at (UADDR_ADDR) UADDR; extern __sfr __at (USWSTAT_ADDR) USWSTAT; extern __sfr __at (UEP0_ADDR) UEP0; extern __sfr __at (UEP1_ADDR) UEP1; extern __sfr __at (UEP2_ADDR) UEP2; extern __sfr __at (BD0OST_ADDR) BD0OST; extern __sfr __at (BD0OBC_ADDR) BD0OBC; extern __sfr __at (BD0OAL_ADDR) BD0OAL; extern __sfr __at (BD0IST_ADDR) BD0IST; extern __sfr __at (BD0IBC_ADDR) BD0IBC; extern __sfr __at (BD0IAL_ADDR) BD0IAL; extern __sfr __at (BD1OST_ADDR) BD1OST; extern __sfr __at (BD1OBC_ADDR) BD1OBC; extern __sfr __at (BD1OAL_ADDR) BD1OAL; extern __sfr __at (BD1IST_ADDR) BD1IST; extern __sfr __at (BD1IBC_ADDR) BD1IBC; extern __sfr __at (BD1IAL_ADDR) BD1IAL; extern __sfr __at (BD2OST_ADDR) BD2OST; extern __sfr __at (BD2OBC_ADDR) BD2OBC; extern __sfr __at (BD2OAL_ADDR) BD2OAL; extern __sfr __at (BD2IST_ADDR) BD2IST; extern __sfr __at (BD2IBC_ADDR) BD2IBC; extern __sfr __at (BD2IAL_ADDR) BD2IAL; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- UIR/UIE Bits ----------------------------------------------------- //----- UEIR/UEIE Bits ----------------------------------------------------- //----- USTAT Bits --------------------------------------------------------- //----- UCTRL Bits --------------------------------------------------------- //----- UEPn Bits --------------------------------------------------------- //----- Buffer descriptor Bits --------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'01FF' // __BADRAM H'13', H'14', H'8F'-H'91' // __BADRAM H'93'-H'97', H'9A'-H'9E' // __BADRAM H'105', H'107'-H'109', H'10C'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18C'-H'18F', H'19B'-H'19F' // __BADRAM H'1E0'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x00CF #define _CP_75 0x15DF #define _CP_50 0x2AEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _HS_OSC 0x3FFC #define _EC_OSC 0x3FFD #define _H4_OSC 0x3FFE #define _E4_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char DC1B0:1; unsigned char DC1B1:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define DC1B0 CCP1CON_bits.DC1B0 #define DC1B1 CCP1CON_bits.DC1B1 #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char DC2B0:1; unsigned char DC2B1:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define DC2B0 CCP2CON_bits.DC2B0 #define DC2B1 CCP2CON_bits.DC2B1 #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char USBIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char PSPIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define USBIE PIE1_bits.USBIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define PSPIE PIE1_bits.PSPIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char USBIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char PSPIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define USBIF PIR1_bits.USBIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define PSPIF PIR1_bits.PSPIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char :1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- UCTRL bits -------------------- typedef union { struct { unsigned char :1; unsigned char SUSPND:1; unsigned char RESUME:1; unsigned char DEV_ATT:1; unsigned char PKT_DIS:1; unsigned char SE0:1; unsigned char :1; unsigned char :1; }; } __UCTRL_bits_t; extern volatile __UCTRL_bits_t __at(UCTRL_ADDR) UCTRL_bits; #ifndef NO_BIT_DEFINES #define SUSPND UCTRL_bits.SUSPND #define RESUME UCTRL_bits.RESUME #define DEV_ATT UCTRL_bits.DEV_ATT #define PKT_DIS UCTRL_bits.PKT_DIS #define SE0 UCTRL_bits.SE0 #endif /* NO_BIT_DEFINES */ // ----- UEIE bits -------------------- typedef union { struct { unsigned char PID_ERR:1; unsigned char CRC5:1; unsigned char CRC16:1; unsigned char DFN8:1; unsigned char BTO_ERR:1; unsigned char WRT_ERR:1; unsigned char OWN_ERR:1; unsigned char BTS_ERR:1; }; } __UEIE_bits_t; extern volatile __UEIE_bits_t __at(UEIE_ADDR) UEIE_bits; #ifndef NO_BIT_DEFINES #define PID_ERR UEIE_bits.PID_ERR #define CRC5 UEIE_bits.CRC5 #define CRC16 UEIE_bits.CRC16 #define DFN8 UEIE_bits.DFN8 #define BTO_ERR UEIE_bits.BTO_ERR #define WRT_ERR UEIE_bits.WRT_ERR #define OWN_ERR UEIE_bits.OWN_ERR #define BTS_ERR UEIE_bits.BTS_ERR #endif /* NO_BIT_DEFINES */ // ----- UEP0 bits -------------------- typedef union { struct { unsigned char EP_STALL:1; unsigned char EP_IN_EN:1; unsigned char EP_OUT_EN:1; unsigned char EP_CTL_DIS:1; unsigned char PID2:1; unsigned char PID3:1; unsigned char DATA01:1; unsigned char UOWN:1; }; struct { unsigned char :1; unsigned char :1; unsigned char BSTALL:1; unsigned char DTS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char OWN:1; }; struct { unsigned char :1; unsigned char :1; unsigned char PID0:1; unsigned char PID1:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __UEP0_bits_t; extern volatile __UEP0_bits_t __at(UEP0_ADDR) UEP0_bits; #ifndef NO_BIT_DEFINES #define EP_STALL UEP0_bits.EP_STALL #define EP_IN_EN UEP0_bits.EP_IN_EN #define EP_OUT_EN UEP0_bits.EP_OUT_EN #define BSTALL UEP0_bits.BSTALL #define PID0 UEP0_bits.PID0 #define EP_CTL_DIS UEP0_bits.EP_CTL_DIS #define DTS UEP0_bits.DTS #define PID1 UEP0_bits.PID1 #define PID2 UEP0_bits.PID2 #define PID3 UEP0_bits.PID3 #define DATA01 UEP0_bits.DATA01 #define UOWN UEP0_bits.UOWN #define OWN UEP0_bits.OWN #endif /* NO_BIT_DEFINES */ // ----- UIE bits -------------------- typedef union { struct { unsigned char USB_RST:1; unsigned char UERR:1; unsigned char ACTIVITY:1; unsigned char TOK_DNE:1; unsigned char UIDLE:1; unsigned char STALL:1; unsigned char :1; unsigned char :1; }; } __UIE_bits_t; extern volatile __UIE_bits_t __at(UIE_ADDR) UIE_bits; #ifndef NO_BIT_DEFINES #define USB_RST UIE_bits.USB_RST #define UERR UIE_bits.UERR #define ACTIVITY UIE_bits.ACTIVITY #define TOK_DNE UIE_bits.TOK_DNE #define UIDLE UIE_bits.UIDLE #define STALL UIE_bits.STALL #endif /* NO_BIT_DEFINES */ // ----- USTAT bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char IN:1; unsigned char ENDP0:1; unsigned char ENDP1:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __USTAT_bits_t; extern volatile __USTAT_bits_t __at(USTAT_ADDR) USTAT_bits; #ifndef NO_BIT_DEFINES #define IN USTAT_bits.IN #define ENDP0 USTAT_bits.ENDP0 #define ENDP1 USTAT_bits.ENDP1 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c770.h000066400000000000000000000657411116427777700176270ustar00rootroot00000000000000// // Register Declarations for Microchip 16C770 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C770_H #define P16C770_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define WPUB_ADDR 0x0095 #define IOCB_ADDR 0x0096 #define P1DEL_ADDR 0x0097 #define REFCON_ADDR 0x009B #define LVDCON_ADDR 0x009C #define ANSEL_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define PMDATL_ADDR 0x010C #define PMADRL_ADDR 0x010D #define PMDATH_ADDR 0x010E #define PMADRH_ADDR 0x010F #define PMCON1_ADDR 0x018C // // Memory organization. // // LIST // P16C770.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C770 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C770 // 2. LIST directive in the source file // LIST P=PIC16C770 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 14Sep1999 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C770 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (P1DEL_ADDR) P1DEL; extern __sfr __at (REFCON_ADDR) REFCON; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (PMDATL_ADDR) PMDATL; extern __sfr __at (PMADRL_ADDR) PMADRL; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADRH_ADDR) PMADRH; extern __sfr __at (PMCON1_ADDR) PMCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ---------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- REFCON Bits -------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- PMCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'07'-H'09', H'18'-H'1D' // __BADRAM H'87'-H'89' // __BADRAM H'8F'-H'90', H'98'-H'9A' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18D'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x0CFF #define _CP_OFF 0x3FFF #define _VBOR_25 0x3FFF #define _VBOR_27 0x3BFF #define _VBOR_42 0x37FF #define _VBOR_45 0x33FF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _MCLRE_OFF 0x3FDF #define _MCLRE_ON 0x3FFF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _ER_OSC_CLKOUT 0x3FFF #define _ER_OSC_NOCLKOUT 0x3FFE #define _INTRC_OSC_CLKOUT 0x3FFD #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _EXTCLK_OSC 0x3FFB #define _HS_OSC 0x3FFA #define _XT_OSC 0x3FF9 #define _LP_OSC 0x3FF8 // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char CHS3:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define CHS3 ADCON0_bits.CHS3 #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char VCFG2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define VCFG0 ADCON1_bits.VCFG0 #define VCFG1 ADCON1_bits.VCFG1 #define VCFG2 ADCON1_bits.VCFG2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char DC1B0:1; unsigned char DC1B1:1; unsigned char PWM1M0:1; unsigned char PWM1M1:1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define DC1B0 CCP1CON_bits.DC1B0 #define DC1B1 CCP1CON_bits.DC1B1 #define PWM1M0 CCP1CON_bits.PWM1M0 #define PWM1M1 CCP1CON_bits.PWM1M1 #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LV0:1; unsigned char LV1:1; unsigned char LV2:1; unsigned char LV3:1; unsigned char LVDEN:1; unsigned char BGST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LV0 LVDCON_bits.LV0 #define LV1 LVDCON_bits.LV1 #define LV2 LVDCON_bits.LV2 #define LV3 LVDCON_bits.LV3 #define LVDEN LVDCON_bits.LVDEN #define BGST LVDCON_bits.BGST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char OSCF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define OSCF PCON_bits.OSCF #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char LVDIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define BCLIE PIE2_bits.BCLIE #define LVDIE PIE2_bits.LVDIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char LVDIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define BCLIF PIR2_bits.BCLIF #define LVDIF PIR2_bits.LVDIF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- REFCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char VRLOEN:1; unsigned char VRHOEN:1; unsigned char VRLEN:1; unsigned char VRHEN:1; }; } __REFCON_bits_t; extern volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; #ifndef NO_BIT_DEFINES #define VRLOEN REFCON_bits.VRLOEN #define VRHOEN REFCON_bits.VRHOEN #define VRLEN REFCON_bits.VRLEN #define VRHEN REFCON_bits.VRHEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c771.h000066400000000000000000000657411116427777700176300ustar00rootroot00000000000000// // Register Declarations for Microchip 16C771 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C771_H #define P16C771_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define WPUB_ADDR 0x0095 #define IOCB_ADDR 0x0096 #define P1DEL_ADDR 0x0097 #define REFCON_ADDR 0x009B #define LVDCON_ADDR 0x009C #define ANSEL_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define PMDATL_ADDR 0x010C #define PMADRL_ADDR 0x010D #define PMDATH_ADDR 0x010E #define PMADRH_ADDR 0x010F #define PMCON1_ADDR 0x018C // // Memory organization. // // LIST // P16C771.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C771 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C771 // 2. LIST directive in the source file // LIST P=PIC16C771 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 14Sep1999 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C771 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (P1DEL_ADDR) P1DEL; extern __sfr __at (REFCON_ADDR) REFCON; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (PMDATL_ADDR) PMDATL; extern __sfr __at (PMADRL_ADDR) PMADRL; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADRH_ADDR) PMADRH; extern __sfr __at (PMCON1_ADDR) PMCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ---------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- REFCON Bits -------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- PMCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'07'-H'09', H'18'-H'1D' // __BADRAM H'87'-H'89' // __BADRAM H'8F'-H'90', H'98'-H'9A' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18D'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x0CFF #define _CP_OFF 0x3FFF #define _VBOR_25 0x3FFF #define _VBOR_27 0x3BFF #define _VBOR_42 0x37FF #define _VBOR_45 0x33FF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _MCLRE_OFF 0x3FDF #define _MCLRE_ON 0x3FFF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _ER_OSC_CLKOUT 0x3FFF #define _ER_OSC_NOCLKOUT 0x3FFE #define _INTRC_OSC_CLKOUT 0x3FFD #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _EXTCLK_OSC 0x3FFB #define _HS_OSC 0x3FFA #define _XT_OSC 0x3FF9 #define _LP_OSC 0x3FF8 // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char CHS3:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define CHS3 ADCON0_bits.CHS3 #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char VCFG2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define VCFG0 ADCON1_bits.VCFG0 #define VCFG1 ADCON1_bits.VCFG1 #define VCFG2 ADCON1_bits.VCFG2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char DC1B0:1; unsigned char DC1B1:1; unsigned char PWM1M0:1; unsigned char PWM1M1:1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define DC1B0 CCP1CON_bits.DC1B0 #define DC1B1 CCP1CON_bits.DC1B1 #define PWM1M0 CCP1CON_bits.PWM1M0 #define PWM1M1 CCP1CON_bits.PWM1M1 #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LV0:1; unsigned char LV1:1; unsigned char LV2:1; unsigned char LV3:1; unsigned char LVDEN:1; unsigned char BGST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LV0 LVDCON_bits.LV0 #define LV1 LVDCON_bits.LV1 #define LV2 LVDCON_bits.LV2 #define LV3 LVDCON_bits.LV3 #define LVDEN LVDCON_bits.LVDEN #define BGST LVDCON_bits.BGST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char OSCF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define OSCF PCON_bits.OSCF #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char LVDIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define BCLIE PIE2_bits.BCLIE #define LVDIE PIE2_bits.LVDIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char LVDIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define BCLIF PIR2_bits.BCLIF #define LVDIF PIR2_bits.LVDIF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- REFCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char VRLOEN:1; unsigned char VRHOEN:1; unsigned char VRLEN:1; unsigned char VRHEN:1; }; } __REFCON_bits_t; extern volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; #ifndef NO_BIT_DEFINES #define VRLOEN REFCON_bits.VRLOEN #define VRHOEN REFCON_bits.VRHOEN #define VRLEN REFCON_bits.VRLEN #define VRHEN REFCON_bits.VRHEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c773.h000066400000000000000000001003341116427777700176160ustar00rootroot00000000000000// // Register Declarations for Microchip 16C773 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C773_H #define P16C773_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define REFCON_ADDR 0x009B #define LVDCON_ADDR 0x009C #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F // // Memory organization. // // LIST // P16C773.INC Standard Header File, Version 1.01 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C773 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C773 // 2. LIST directive in the source file // LIST P=PIC16C773 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 08/07/98 Initial Release //1.01 25Jan99 Fixed LVVx bits //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C773 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (REFCON_ADDR) REFCON; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ---------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- REFCON Bits -------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08'-H'09' // __BADRAM H'88'-H'89', H'8F'-H'90', H'95'-H'97', H'9A', H'9D' // __BADRAM H'105', H'107'-H'109', H'10C'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18C'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x0CCF #define _CP_75 0x1DDF #define _CP_50 0x2EEF #define _CP_OFF 0x3FFF #define _VBOR_25 0x3FFF #define _VBOR_27 0x3BFF #define _VBOR_42 0x37FF #define _VBOR_45 0x33FF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char CHS3:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define CHS3 ADCON0_bits.CHS3 #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char VCFG2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define VCFG0 ADCON1_bits.VCFG0 #define VCFG1 ADCON1_bits.VCFG1 #define VCFG2 ADCON1_bits.VCFG2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LV0:1; unsigned char LV1:1; unsigned char LV2:1; unsigned char LV3:1; unsigned char LVDEN:1; unsigned char BGST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LV0 LVDCON_bits.LV0 #define LV1 LVDCON_bits.LV1 #define LV2 LVDCON_bits.LV2 #define LV3 LVDCON_bits.LV3 #define LVDEN LVDCON_bits.LVDEN #define BGST LVDCON_bits.BGST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char LVDIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define BCLIE PIE2_bits.BCLIE #define LVDIE PIE2_bits.LVDIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char LVDIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define BCLIF PIR2_bits.BCLIF #define LVDIF PIR2_bits.LVDIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- REFCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char VRLOEN:1; unsigned char VRHOEN:1; unsigned char VRLEN:1; unsigned char VRHEN:1; }; } __REFCON_bits_t; extern volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; #ifndef NO_BIT_DEFINES #define VRLOEN REFCON_bits.VRLOEN #define VRHOEN REFCON_bits.VRHOEN #define VRLEN REFCON_bits.VRLEN #define VRHEN REFCON_bits.VRHEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c774.h000066400000000000000000001065141116427777700176250ustar00rootroot00000000000000// // Register Declarations for Microchip 16C774 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C774_H #define P16C774_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define REFCON_ADDR 0x009B #define LVDCON_ADDR 0x009C #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F // // Memory organization. // // LIST // P16C774.INC Standard Header File, Version 1.01 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C774 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C774 // 2. LIST directive in the source file // LIST P=PIC16C774 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 08/07/98 Initial Release //1.01 25Jan99 Fixed LVVx bits //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C774 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (REFCON_ADDR) REFCON; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ---------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- REFCON Bits -------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'8F'-H'90', H'95'-H'97', H'9A', H'9D' // __BADRAM H'105', H'107'-H'109', H'10C'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18C'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x0CCF #define _CP_75 0x1DDF #define _CP_50 0x2EEF #define _CP_OFF 0x3FFF #define _VBOR_25 0x3FFF #define _VBOR_27 0x3BFF #define _VBOR_42 0x37FF #define _VBOR_45 0x33FF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char CHS3:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define CHS3 ADCON0_bits.CHS3 #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char VCFG2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define VCFG0 ADCON1_bits.VCFG0 #define VCFG1 ADCON1_bits.VCFG1 #define VCFG2 ADCON1_bits.VCFG2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LV0:1; unsigned char LV1:1; unsigned char LV2:1; unsigned char LV3:1; unsigned char LVDEN:1; unsigned char BGST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LV0 LVDCON_bits.LV0 #define LV1 LVDCON_bits.LV1 #define LV2 LVDCON_bits.LV2 #define LV3 LVDCON_bits.LV3 #define LVDEN LVDCON_bits.LVDEN #define BGST LVDCON_bits.BGST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char LVDIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define BCLIE PIE2_bits.BCLIE #define LVDIE PIE2_bits.LVDIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char LVDIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define BCLIF PIR2_bits.BCLIF #define LVDIF PIR2_bits.LVDIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- REFCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char VRLOEN:1; unsigned char VRHOEN:1; unsigned char VRLEN:1; unsigned char VRHEN:1; }; } __REFCON_bits_t; extern volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; #ifndef NO_BIT_DEFINES #define VRLOEN REFCON_bits.VRLOEN #define VRHOEN REFCON_bits.VRHOEN #define VRLEN REFCON_bits.VRLEN #define VRHEN REFCON_bits.VRHEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c781.h000066400000000000000000000636351116427777700176310ustar00rootroot00000000000000// // Register Declarations for Microchip 16C781 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C781_H #define P16C781_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define WPUB_ADDR 0x0095 #define IOCB_ADDR 0x0096 #define REFCON_ADDR 0x009B #define LVDCON_ADDR 0x009C #define ANSEL_ADDR 0x009D #define ADCON1_ADDR 0x009F #define PMDATL_ADDR 0x010C #define PMADRL_ADDR 0x010D #define PMDATH_ADDR 0x010E #define PMADRH_ADDR 0x010F #define CALCON_ADDR 0x0110 #define PSMCCON0_ADDR 0x0111 #define PSMCCON1_ADDR 0x0112 #define CM1CON0_ADDR 0x0119 #define CM2CON0_ADDR 0x011A #define CM2CON1_ADDR 0x011B #define OPACON_ADDR 0x011C #define DAC_ADDR 0x011E #define DACON0_ADDR 0x011F #define PMCON1_ADDR 0x018C // // Memory organization. // // LIST // P16C782.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C782 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C782 // 2. LIST directive in the source file // LIST P=PIC16C782 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 16May2001 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C781 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (REFCON_ADDR) REFCON; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (PMDATL_ADDR) PMDATL; extern __sfr __at (PMADRL_ADDR) PMADRL; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADRH_ADDR) PMADRH; extern __sfr __at (CALCON_ADDR) CALCON; extern __sfr __at (PSMCCON0_ADDR) PSMCCON0; extern __sfr __at (PSMCCON1_ADDR) PSMCCON1; extern __sfr __at (CM1CON0_ADDR) CM1CON0; extern __sfr __at (CM2CON0_ADDR) CM2CON0; extern __sfr __at (CM2CON1_ADDR) CM2CON1; extern __sfr __at (OPACON_ADDR) OPACON; extern __sfr __at (DAC_ADDR) DAC; extern __sfr __at (DACON0_ADDR) DACON0; extern __sfr __at (PMCON1_ADDR) PMCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ---------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- REFCON Bits -------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- CALCON Bits -------------------------------------------------------- //----- PSMCCON0 Bits ------------------------------------------------------ //----- PSMCCON1 Bits ------------------------------------------------------ //----- CM1CON0 Bits ------------------------------------------------------ //----- CM2CON0 Bits ------------------------------------------------------ //----- CM2CON1 Bits ------------------------------------------------------ //----- OPACON Bits ------------------------------------------------------- //----- DACON Bits -------------------------------------------------------- //----- PMCON1 Bits ------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'07'-H'09', H'0D', H'11'-H'1D' // __BADRAM H'87'-H'89', H'8D' // __BADRAM H'8F'-H'94', H'97'-H'9A', H'9E', H'C0'-H'EF' // __BADRAM H'105', H'107'-H'109', H'113'-H'118' // __BADRAM H'11D', H'120'-H'16F' // __BADRAM H'185', H'187'-H'189', H'18D'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x0CFF #define _CP_OFF 0x3FFF #define _VBOR_25 0x3FFF #define _VBOR_27 0x3BFF #define _VBOR_42 0x37FF #define _VBOR_45 0x33FF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _MCLRE_OFF 0x3FDF #define _MCLRE_ON 0x3FFF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _ER_OSC_CLKOUT 0x3FFF #define _ER_OSC_NOCLKOUT 0x3FFE #define _INTRC_OSC_CLKOUT 0x3FFD #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _EXTCLK_OSC 0x3FFB #define _HS_OSC 0x3FFA #define _XT_OSC 0x3FF9 #define _LP_OSC 0x3FF8 // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char CHS3:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define CHS3 ADCON0_bits.CHS3 #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define VCFG0 ADCON1_bits.VCFG0 #define VCFG1 ADCON1_bits.VCFG1 #endif /* NO_BIT_DEFINES */ // ----- CALCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CALREF:1; unsigned char CALERR:1; unsigned char CAL:1; }; } __CALCON_bits_t; extern volatile __CALCON_bits_t __at(CALCON_ADDR) CALCON_bits; #ifndef NO_BIT_DEFINES #define CALREF CALCON_bits.CALREF #define CALERR CALCON_bits.CALERR #define CAL CALCON_bits.CAL #endif /* NO_BIT_DEFINES */ // ----- CM1CON0 bits -------------------- typedef union { struct { unsigned char C1CH0:1; unsigned char C1CH1:1; unsigned char C1R:1; unsigned char C1SP:1; unsigned char C1POL:1; unsigned char C1OE:1; unsigned char C1OUT:1; unsigned char C1ON:1; }; } __CM1CON0_bits_t; extern volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; #ifndef NO_BIT_DEFINES #define C1CH0 CM1CON0_bits.C1CH0 #define C1CH1 CM1CON0_bits.C1CH1 #define C1R CM1CON0_bits.C1R #define C1SP CM1CON0_bits.C1SP #define C1POL CM1CON0_bits.C1POL #define C1OE CM1CON0_bits.C1OE #define C1OUT CM1CON0_bits.C1OUT #define C1ON CM1CON0_bits.C1ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON0 bits -------------------- typedef union { struct { unsigned char C2CH0:1; unsigned char C2CH1:1; unsigned char C2R:1; unsigned char C2SP:1; unsigned char C2POL:1; unsigned char C2OE:1; unsigned char C2OUT:1; unsigned char C2ON:1; }; } __CM2CON0_bits_t; extern volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; #ifndef NO_BIT_DEFINES #define C2CH0 CM2CON0_bits.C2CH0 #define C2CH1 CM2CON0_bits.C2CH1 #define C2R CM2CON0_bits.C2R #define C2SP CM2CON0_bits.C2SP #define C2POL CM2CON0_bits.C2POL #define C2OE CM2CON0_bits.C2OE #define C2OUT CM2CON0_bits.C2OUT #define C2ON CM2CON0_bits.C2ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char MC2OUT:1; unsigned char MC1OUT:1; }; } __CM2CON1_bits_t; extern volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CM2CON1_bits.C2SYNC #define MC2OUT CM2CON1_bits.MC2OUT #define MC1OUT CM2CON1_bits.MC1OUT #endif /* NO_BIT_DEFINES */ // ----- DACON0 bits -------------------- typedef union { struct { unsigned char DARS0:1; unsigned char DARS1:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char DAOE:1; unsigned char DAON:1; }; } __DACON0_bits_t; extern volatile __DACON0_bits_t __at(DACON0_ADDR) DACON0_bits; #ifndef NO_BIT_DEFINES #define DARS0 DACON0_bits.DARS0 #define DARS1 DACON0_bits.DARS1 #define DAOE DACON0_bits.DAOE #define DAON DACON0_bits.DAON #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LV0:1; unsigned char LV1:1; unsigned char LV2:1; unsigned char LV3:1; unsigned char LVDEN:1; unsigned char BGST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LV0 LVDCON_bits.LV0 #define LV1 LVDCON_bits.LV1 #define LV2 LVDCON_bits.LV2 #define LV3 LVDCON_bits.LV3 #define LVDEN LVDCON_bits.LVDEN #define BGST LVDCON_bits.BGST #endif /* NO_BIT_DEFINES */ // ----- OPACON bits -------------------- typedef union { struct { unsigned char GBWP:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMPEN:1; unsigned char OPAON:1; }; } __OPACON_bits_t; extern volatile __OPACON_bits_t __at(OPACON_ADDR) OPACON_bits; #ifndef NO_BIT_DEFINES #define GBWP OPACON_bits.GBWP #define CMPEN OPACON_bits.CMPEN #define OPAON OPACON_bits.OPAON #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char OSCF:1; unsigned char WDTON:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define OSCF PCON_bits.OSCF #define WDTON PCON_bits.WDTON #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char ADIE:1; unsigned char LVDIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define C1IE PIE1_bits.C1IE #define C2IE PIE1_bits.C2IE #define ADIE PIE1_bits.ADIE #define LVDIE PIE1_bits.LVDIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char ADIF:1; unsigned char LVDIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define C1IF PIR1_bits.C1IF #define C2IF PIR1_bits.C2IF #define ADIF PIR1_bits.ADIF #define LVDIF PIR1_bits.LVDIF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PSMCCON0 bits -------------------- typedef union { struct { unsigned char DC0:1; unsigned char DC1:1; unsigned char MAXDC0:1; unsigned char MAXDC1:1; unsigned char MINDC0:1; unsigned char MINDC1:1; unsigned char SMCCL0:1; unsigned char SMCCL1:1; }; } __PSMCCON0_bits_t; extern volatile __PSMCCON0_bits_t __at(PSMCCON0_ADDR) PSMCCON0_bits; #ifndef NO_BIT_DEFINES #define DC0 PSMCCON0_bits.DC0 #define DC1 PSMCCON0_bits.DC1 #define MAXDC0 PSMCCON0_bits.MAXDC0 #define MAXDC1 PSMCCON0_bits.MAXDC1 #define MINDC0 PSMCCON0_bits.MINDC0 #define MINDC1 PSMCCON0_bits.MINDC1 #define SMCCL0 PSMCCON0_bits.SMCCL0 #define SMCCL1 PSMCCON0_bits.SMCCL1 #endif /* NO_BIT_DEFINES */ // ----- PSMCCON1 bits -------------------- typedef union { struct { unsigned char SMCCS:1; unsigned char PWM:1; unsigned char SMCOM:1; unsigned char SCEN:1; unsigned char :1; unsigned char S1BPOL:1; unsigned char S1APOL:1; unsigned char SMCON:1; }; struct { unsigned char :1; unsigned char PSM:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char NOT_PSM:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PSMCCON1_bits_t; extern volatile __PSMCCON1_bits_t __at(PSMCCON1_ADDR) PSMCCON1_bits; #ifndef NO_BIT_DEFINES #define SMCCS PSMCCON1_bits.SMCCS #define PWM PSMCCON1_bits.PWM #define PSM PSMCCON1_bits.PSM #define NOT_PSM PSMCCON1_bits.NOT_PSM #define SMCOM PSMCCON1_bits.SMCOM #define SCEN PSMCCON1_bits.SCEN #define S1BPOL PSMCCON1_bits.S1BPOL #define S1APOL PSMCCON1_bits.S1APOL #define SMCON PSMCCON1_bits.SMCON #endif /* NO_BIT_DEFINES */ // ----- REFCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char VREFOE:1; unsigned char VREFEN:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __REFCON_bits_t; extern volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; #ifndef NO_BIT_DEFINES #define VREFOE REFCON_bits.VREFOE #define VREFEN REFCON_bits.VREFEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c782.h000066400000000000000000000636351116427777700176320ustar00rootroot00000000000000// // Register Declarations for Microchip 16C782 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C782_H #define P16C782_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define WPUB_ADDR 0x0095 #define IOCB_ADDR 0x0096 #define REFCON_ADDR 0x009B #define LVDCON_ADDR 0x009C #define ANSEL_ADDR 0x009D #define ADCON1_ADDR 0x009F #define PMDATL_ADDR 0x010C #define PMADRL_ADDR 0x010D #define PMDATH_ADDR 0x010E #define PMADRH_ADDR 0x010F #define CALCON_ADDR 0x0110 #define PSMCCON0_ADDR 0x0111 #define PSMCCON1_ADDR 0x0112 #define CM1CON0_ADDR 0x0119 #define CM2CON0_ADDR 0x011A #define CM2CON1_ADDR 0x011B #define OPACON_ADDR 0x011C #define DAC_ADDR 0x011E #define DACON0_ADDR 0x011F #define PMCON1_ADDR 0x018C // // Memory organization. // // LIST // P16C782.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C782 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C782 // 2. LIST directive in the source file // LIST P=PIC16C782 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 16May2001 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C782 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (REFCON_ADDR) REFCON; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (PMDATL_ADDR) PMDATL; extern __sfr __at (PMADRL_ADDR) PMADRL; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADRH_ADDR) PMADRH; extern __sfr __at (CALCON_ADDR) CALCON; extern __sfr __at (PSMCCON0_ADDR) PSMCCON0; extern __sfr __at (PSMCCON1_ADDR) PSMCCON1; extern __sfr __at (CM1CON0_ADDR) CM1CON0; extern __sfr __at (CM2CON0_ADDR) CM2CON0; extern __sfr __at (CM2CON1_ADDR) CM2CON1; extern __sfr __at (OPACON_ADDR) OPACON; extern __sfr __at (DAC_ADDR) DAC; extern __sfr __at (DACON0_ADDR) DACON0; extern __sfr __at (PMCON1_ADDR) PMCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ---------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- REFCON Bits -------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- CALCON Bits -------------------------------------------------------- //----- PSMCCON0 Bits ------------------------------------------------------ //----- PSMCCON1 Bits ------------------------------------------------------ //----- CM1CON0 Bits ------------------------------------------------------ //----- CM2CON0 Bits ------------------------------------------------------ //----- CM2CON1 Bits ------------------------------------------------------ //----- OPACON Bits ------------------------------------------------------- //----- DACON Bits -------------------------------------------------------- //----- PMCON1 Bits ------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'07'-H'09', H'0D', H'11'-H'1D' // __BADRAM H'87'-H'89', H'8D' // __BADRAM H'8F'-H'94', H'97'-H'9A', H'9E', H'C0'-H'EF' // __BADRAM H'105', H'107'-H'109', H'113'-H'118' // __BADRAM H'11D', H'120'-H'16F' // __BADRAM H'185', H'187'-H'189', H'18D'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x0CFF #define _CP_OFF 0x3FFF #define _VBOR_25 0x3FFF #define _VBOR_27 0x3BFF #define _VBOR_42 0x37FF #define _VBOR_45 0x33FF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _MCLRE_OFF 0x3FDF #define _MCLRE_ON 0x3FFF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _ER_OSC_CLKOUT 0x3FFF #define _ER_OSC_NOCLKOUT 0x3FFE #define _INTRC_OSC_CLKOUT 0x3FFD #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _EXTCLK_OSC 0x3FFB #define _HS_OSC 0x3FFA #define _XT_OSC 0x3FF9 #define _LP_OSC 0x3FF8 // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char CHS3:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define CHS3 ADCON0_bits.CHS3 #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define VCFG0 ADCON1_bits.VCFG0 #define VCFG1 ADCON1_bits.VCFG1 #endif /* NO_BIT_DEFINES */ // ----- CALCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CALREF:1; unsigned char CALERR:1; unsigned char CAL:1; }; } __CALCON_bits_t; extern volatile __CALCON_bits_t __at(CALCON_ADDR) CALCON_bits; #ifndef NO_BIT_DEFINES #define CALREF CALCON_bits.CALREF #define CALERR CALCON_bits.CALERR #define CAL CALCON_bits.CAL #endif /* NO_BIT_DEFINES */ // ----- CM1CON0 bits -------------------- typedef union { struct { unsigned char C1CH0:1; unsigned char C1CH1:1; unsigned char C1R:1; unsigned char C1SP:1; unsigned char C1POL:1; unsigned char C1OE:1; unsigned char C1OUT:1; unsigned char C1ON:1; }; } __CM1CON0_bits_t; extern volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; #ifndef NO_BIT_DEFINES #define C1CH0 CM1CON0_bits.C1CH0 #define C1CH1 CM1CON0_bits.C1CH1 #define C1R CM1CON0_bits.C1R #define C1SP CM1CON0_bits.C1SP #define C1POL CM1CON0_bits.C1POL #define C1OE CM1CON0_bits.C1OE #define C1OUT CM1CON0_bits.C1OUT #define C1ON CM1CON0_bits.C1ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON0 bits -------------------- typedef union { struct { unsigned char C2CH0:1; unsigned char C2CH1:1; unsigned char C2R:1; unsigned char C2SP:1; unsigned char C2POL:1; unsigned char C2OE:1; unsigned char C2OUT:1; unsigned char C2ON:1; }; } __CM2CON0_bits_t; extern volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; #ifndef NO_BIT_DEFINES #define C2CH0 CM2CON0_bits.C2CH0 #define C2CH1 CM2CON0_bits.C2CH1 #define C2R CM2CON0_bits.C2R #define C2SP CM2CON0_bits.C2SP #define C2POL CM2CON0_bits.C2POL #define C2OE CM2CON0_bits.C2OE #define C2OUT CM2CON0_bits.C2OUT #define C2ON CM2CON0_bits.C2ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char MC2OUT:1; unsigned char MC1OUT:1; }; } __CM2CON1_bits_t; extern volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CM2CON1_bits.C2SYNC #define MC2OUT CM2CON1_bits.MC2OUT #define MC1OUT CM2CON1_bits.MC1OUT #endif /* NO_BIT_DEFINES */ // ----- DACON0 bits -------------------- typedef union { struct { unsigned char DARS0:1; unsigned char DARS1:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char DAOE:1; unsigned char DAON:1; }; } __DACON0_bits_t; extern volatile __DACON0_bits_t __at(DACON0_ADDR) DACON0_bits; #ifndef NO_BIT_DEFINES #define DARS0 DACON0_bits.DARS0 #define DARS1 DACON0_bits.DARS1 #define DAOE DACON0_bits.DAOE #define DAON DACON0_bits.DAON #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LV0:1; unsigned char LV1:1; unsigned char LV2:1; unsigned char LV3:1; unsigned char LVDEN:1; unsigned char BGST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LV0 LVDCON_bits.LV0 #define LV1 LVDCON_bits.LV1 #define LV2 LVDCON_bits.LV2 #define LV3 LVDCON_bits.LV3 #define LVDEN LVDCON_bits.LVDEN #define BGST LVDCON_bits.BGST #endif /* NO_BIT_DEFINES */ // ----- OPACON bits -------------------- typedef union { struct { unsigned char GBWP:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CMPEN:1; unsigned char OPAON:1; }; } __OPACON_bits_t; extern volatile __OPACON_bits_t __at(OPACON_ADDR) OPACON_bits; #ifndef NO_BIT_DEFINES #define GBWP OPACON_bits.GBWP #define CMPEN OPACON_bits.CMPEN #define OPAON OPACON_bits.OPAON #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char OSCF:1; unsigned char WDTON:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define OSCF PCON_bits.OSCF #define WDTON PCON_bits.WDTON #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char ADIE:1; unsigned char LVDIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define C1IE PIE1_bits.C1IE #define C2IE PIE1_bits.C2IE #define ADIE PIE1_bits.ADIE #define LVDIE PIE1_bits.LVDIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char ADIF:1; unsigned char LVDIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define C1IF PIR1_bits.C1IF #define C2IF PIR1_bits.C2IF #define ADIF PIR1_bits.ADIF #define LVDIF PIR1_bits.LVDIF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PSMCCON0 bits -------------------- typedef union { struct { unsigned char DC0:1; unsigned char DC1:1; unsigned char MAXDC0:1; unsigned char MAXDC1:1; unsigned char MINDC0:1; unsigned char MINDC1:1; unsigned char SMCCL0:1; unsigned char SMCCL1:1; }; } __PSMCCON0_bits_t; extern volatile __PSMCCON0_bits_t __at(PSMCCON0_ADDR) PSMCCON0_bits; #ifndef NO_BIT_DEFINES #define DC0 PSMCCON0_bits.DC0 #define DC1 PSMCCON0_bits.DC1 #define MAXDC0 PSMCCON0_bits.MAXDC0 #define MAXDC1 PSMCCON0_bits.MAXDC1 #define MINDC0 PSMCCON0_bits.MINDC0 #define MINDC1 PSMCCON0_bits.MINDC1 #define SMCCL0 PSMCCON0_bits.SMCCL0 #define SMCCL1 PSMCCON0_bits.SMCCL1 #endif /* NO_BIT_DEFINES */ // ----- PSMCCON1 bits -------------------- typedef union { struct { unsigned char SMCCS:1; unsigned char PWM:1; unsigned char SMCOM:1; unsigned char SCEN:1; unsigned char :1; unsigned char S1BPOL:1; unsigned char S1APOL:1; unsigned char SMCON:1; }; struct { unsigned char :1; unsigned char PSM:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char NOT_PSM:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PSMCCON1_bits_t; extern volatile __PSMCCON1_bits_t __at(PSMCCON1_ADDR) PSMCCON1_bits; #ifndef NO_BIT_DEFINES #define SMCCS PSMCCON1_bits.SMCCS #define PWM PSMCCON1_bits.PWM #define PSM PSMCCON1_bits.PSM #define NOT_PSM PSMCCON1_bits.NOT_PSM #define SMCOM PSMCCON1_bits.SMCOM #define SCEN PSMCCON1_bits.SCEN #define S1BPOL PSMCCON1_bits.S1BPOL #define S1APOL PSMCCON1_bits.S1APOL #define SMCON PSMCCON1_bits.SMCON #endif /* NO_BIT_DEFINES */ // ----- REFCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char VREFOE:1; unsigned char VREFEN:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __REFCON_bits_t; extern volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; #ifndef NO_BIT_DEFINES #define VREFOE REFCON_bits.VREFOE #define VREFEN REFCON_bits.VREFEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c925.h000066400000000000000000000776631116427777700176370ustar00rootroot00000000000000// // Register Declarations for Microchip 16C925 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C925_H #define P16C925_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define PORTF_ADDR 0x0107 #define PORTG_ADDR 0x0108 #define PMCON1_ADDR 0x010C #define LCDSE_ADDR 0x010D #define LCDPS_ADDR 0x010E #define LCDCON_ADDR 0x010F #define LCDD00_ADDR 0x0110 #define LCDD01_ADDR 0x0111 #define LCDD02_ADDR 0x0112 #define LCDD03_ADDR 0x0113 #define LCDD04_ADDR 0x0114 #define LCDD05_ADDR 0x0115 #define LCDD06_ADDR 0x0116 #define LCDD07_ADDR 0x0117 #define LCDD08_ADDR 0x0118 #define LCDD09_ADDR 0x0119 #define LCDD10_ADDR 0x011A #define LCDD11_ADDR 0x011B #define LCDD12_ADDR 0x011C #define LCDD13_ADDR 0x011D #define LCDD14_ADDR 0x011E #define LCDD15_ADDR 0x011F #define TRISF_ADDR 0x0187 #define TRISG_ADDR 0x0188 #define PMDATA_ADDR 0x018C #define PMDATH_ADDR 0x018D #define PMADR_ADDR 0x018E #define PMADRH_ADDR 0x018F // // Memory organization. // // LIST // P16C925.INC Standard Header File, Version 1.02 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C925 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C925 // 2. LIST directive in the source file // LIST P=PIC16C925 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 11/21/00 Initial Release //1.01 02/27/01 Changes to reflect design changes to data memory map: // 1.) Locations of PMDATA and PMCON1 swapped. // 2.) Locations of PMDATH and PMADR swapped. //1.02 03/02/01 PORTF, PORTG, TRISF, and TRISG addresses corrected. //1.03 03/06/01 RD bit in PMCON1 defined. //1.04 03/12/01 Locations of PMDATH and PMADR restored to before v1.01. //1.05 10/19/01 Locations of PMDATH and PMADR restored to before v1.04. //1.06 06/03/01 Values for _CP_ALL, _CP_75, _CP_50, and _BODEN_OFF corrected. //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C925 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (PORTF_ADDR) PORTF; extern __sfr __at (PORTG_ADDR) PORTG; extern __sfr __at (PMCON1_ADDR) PMCON1; extern __sfr __at (LCDSE_ADDR) LCDSE; extern __sfr __at (LCDPS_ADDR) LCDPS; extern __sfr __at (LCDCON_ADDR) LCDCON; extern __sfr __at (LCDD00_ADDR) LCDD00; extern __sfr __at (LCDD01_ADDR) LCDD01; extern __sfr __at (LCDD02_ADDR) LCDD02; extern __sfr __at (LCDD03_ADDR) LCDD03; extern __sfr __at (LCDD04_ADDR) LCDD04; extern __sfr __at (LCDD05_ADDR) LCDD05; extern __sfr __at (LCDD06_ADDR) LCDD06; extern __sfr __at (LCDD07_ADDR) LCDD07; extern __sfr __at (LCDD08_ADDR) LCDD08; extern __sfr __at (LCDD09_ADDR) LCDD09; extern __sfr __at (LCDD10_ADDR) LCDD10; extern __sfr __at (LCDD11_ADDR) LCDD11; extern __sfr __at (LCDD12_ADDR) LCDD12; extern __sfr __at (LCDD13_ADDR) LCDD13; extern __sfr __at (LCDD14_ADDR) LCDD14; extern __sfr __at (LCDD15_ADDR) LCDD15; extern __sfr __at (TRISF_ADDR) TRISF; extern __sfr __at (TRISG_ADDR) TRISG; extern __sfr __at (PMDATA_ADDR) PMDATA; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADR_ADDR) PMADR; extern __sfr __at (PMADRH_ADDR) PMADRH; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- LCDSE Bits --------------------------------------------------------- //----- LCDPS Bits --------------------------------------------------------- //----- LCDCON Bits -------------------------------------------------------- //----- PMCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'0D', H'18'-H'1D' // __BADRAM H'8D', H'8F'-H'91', H'95'-H'9D' // __BADRAM H'105', H'109', H'120'-H'16F' // __BADRAM H'185', H'189', H'190'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x3FCF #define _CP_75 0x3FDF #define _CP_50 0x3FEF #define _CP_OFF 0x3FFF #define _BODEN_OFF 0x3FBF #define _BODEN_ON 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- LCDCON bits -------------------- typedef union { struct { unsigned char LMUX0:1; unsigned char LMUX1:1; unsigned char CS0:1; unsigned char CS1:1; unsigned char BIAS:1; unsigned char WERR:1; unsigned char SLPEN:1; unsigned char LCDEN:1; }; } __LCDCON_bits_t; extern volatile __LCDCON_bits_t __at(LCDCON_ADDR) LCDCON_bits; #ifndef NO_BIT_DEFINES #define LMUX0 LCDCON_bits.LMUX0 #define LMUX1 LCDCON_bits.LMUX1 #define CS0 LCDCON_bits.CS0 #define CS1 LCDCON_bits.CS1 #define BIAS LCDCON_bits.BIAS #define WERR LCDCON_bits.WERR #define SLPEN LCDCON_bits.SLPEN #define LCDEN LCDCON_bits.LCDEN #endif /* NO_BIT_DEFINES */ // ----- LCDPS bits -------------------- typedef union { struct { unsigned char LP0:1; unsigned char LP1:1; unsigned char LP2:1; unsigned char LP3:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __LCDPS_bits_t; extern volatile __LCDPS_bits_t __at(LCDPS_ADDR) LCDPS_bits; #ifndef NO_BIT_DEFINES #define LP0 LCDPS_bits.LP0 #define LP1 LCDPS_bits.LP1 #define LP2 LCDPS_bits.LP2 #define LP3 LCDPS_bits.LP3 #endif /* NO_BIT_DEFINES */ // ----- LCDSE bits -------------------- typedef union { struct { unsigned char SE0:1; unsigned char SE5:1; unsigned char SE9:1; unsigned char SE12:1; unsigned char SE16:1; unsigned char SE20:1; unsigned char SE27:1; unsigned char SE29:1; }; } __LCDSE_bits_t; extern volatile __LCDSE_bits_t __at(LCDSE_ADDR) LCDSE_bits; #ifndef NO_BIT_DEFINES #define SE0 LCDSE_bits.SE0 #define SE5 LCDSE_bits.SE5 #define SE9 LCDSE_bits.SE9 #define SE12 LCDSE_bits.SE12 #define SE16 LCDSE_bits.SE16 #define SE20 LCDSE_bits.SE20 #define SE27 LCDSE_bits.SE27 #define SE29 LCDSE_bits.SE29 #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOR:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char LCDIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define ADIE PIE1_bits.ADIE #define LCDIE PIE1_bits.LCDIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char LCDIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define ADIF PIR1_bits.ADIF #define LCDIF PIR1_bits.LCDIF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16c926.h000066400000000000000000000776441116427777700176370ustar00rootroot00000000000000// // Register Declarations for Microchip 16C926 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16C926_H #define P16C926_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define PORTF_ADDR 0x0107 #define PORTG_ADDR 0x0108 #define PMCON1_ADDR 0x010C #define LCDSE_ADDR 0x010D #define LCDPS_ADDR 0x010E #define LCDCON_ADDR 0x010F #define LCDD00_ADDR 0x0110 #define LCDD01_ADDR 0x0111 #define LCDD02_ADDR 0x0112 #define LCDD03_ADDR 0x0113 #define LCDD04_ADDR 0x0114 #define LCDD05_ADDR 0x0115 #define LCDD06_ADDR 0x0116 #define LCDD07_ADDR 0x0117 #define LCDD08_ADDR 0x0118 #define LCDD09_ADDR 0x0119 #define LCDD10_ADDR 0x011A #define LCDD11_ADDR 0x011B #define LCDD12_ADDR 0x011C #define LCDD13_ADDR 0x011D #define LCDD14_ADDR 0x011E #define LCDD15_ADDR 0x011F #define TRISF_ADDR 0x0187 #define TRISG_ADDR 0x0188 #define PMDATA_ADDR 0x018C #define PMDATH_ADDR 0x018D #define PMADR_ADDR 0x018E #define PMADRH_ADDR 0x018F // // Memory organization. // // LIST // P16C926.INC Standard Header File, Version 1.02 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16C926 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16C926 // 2. LIST directive in the source file // LIST P=PIC16C926 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 10/11/00 Initial Release //1.01 02/27/01 Changes to reflect design changes to data memory map: // 1.) Locations of PMDATA and PMCON1 swapped. // 2.) Locations of PMDATH and PMADR swapped. //1.02 03/02/01 PORTF, PORTG, TRISF, and TRISG addresses corrected. //1.03 03/06/01 RD bit in PMCON1 defined. //1.04 03/12/01 Locations of PMDATH and PMADR restored to before v1.01. //1.05 10/19/01 Locations of PMDATH and PMADR restored to before v1.04. //1.06 06/03/01 Values for _CP_ALL, _CP_75, _CP_50, and _BODEN_OFF corrected. //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16C926 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (PORTF_ADDR) PORTF; extern __sfr __at (PORTG_ADDR) PORTG; extern __sfr __at (PMCON1_ADDR) PMCON1; extern __sfr __at (LCDSE_ADDR) LCDSE; extern __sfr __at (LCDPS_ADDR) LCDPS; extern __sfr __at (LCDCON_ADDR) LCDCON; extern __sfr __at (LCDD00_ADDR) LCDD00; extern __sfr __at (LCDD01_ADDR) LCDD01; extern __sfr __at (LCDD02_ADDR) LCDD02; extern __sfr __at (LCDD03_ADDR) LCDD03; extern __sfr __at (LCDD04_ADDR) LCDD04; extern __sfr __at (LCDD05_ADDR) LCDD05; extern __sfr __at (LCDD06_ADDR) LCDD06; extern __sfr __at (LCDD07_ADDR) LCDD07; extern __sfr __at (LCDD08_ADDR) LCDD08; extern __sfr __at (LCDD09_ADDR) LCDD09; extern __sfr __at (LCDD10_ADDR) LCDD10; extern __sfr __at (LCDD11_ADDR) LCDD11; extern __sfr __at (LCDD12_ADDR) LCDD12; extern __sfr __at (LCDD13_ADDR) LCDD13; extern __sfr __at (LCDD14_ADDR) LCDD14; extern __sfr __at (LCDD15_ADDR) LCDD15; extern __sfr __at (TRISF_ADDR) TRISF; extern __sfr __at (TRISG_ADDR) TRISG; extern __sfr __at (PMDATA_ADDR) PMDATA; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADR_ADDR) PMADR; extern __sfr __at (PMADRH_ADDR) PMADRH; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- LCDSE Bits --------------------------------------------------------- //----- LCDPS Bits --------------------------------------------------------- //----- LCDCON Bits -------------------------------------------------------- //----- PMCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'0D', H'18'-H'1D' // __BADRAM H'8D', H'8F'-H'91', H'95'-H'9D' // __BADRAM H'105', H'109' // __BADRAM H'185', H'189', H'190'-H'19F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x3FCF #define _CP_75 0x3FDF #define _CP_50 0x3FEF #define _CP_OFF 0x3FFF #define _BODEN_OFF 0x3FBF #define _BODEN_ON 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- LCDCON bits -------------------- typedef union { struct { unsigned char LMUX0:1; unsigned char LMUX1:1; unsigned char CS0:1; unsigned char CS1:1; unsigned char BIAS:1; unsigned char WERR:1; unsigned char SLPEN:1; unsigned char LCDEN:1; }; } __LCDCON_bits_t; extern volatile __LCDCON_bits_t __at(LCDCON_ADDR) LCDCON_bits; #ifndef NO_BIT_DEFINES #define LMUX0 LCDCON_bits.LMUX0 #define LMUX1 LCDCON_bits.LMUX1 #define CS0 LCDCON_bits.CS0 #define CS1 LCDCON_bits.CS1 #define BIAS LCDCON_bits.BIAS #define WERR LCDCON_bits.WERR #define SLPEN LCDCON_bits.SLPEN #define LCDEN LCDCON_bits.LCDEN #endif /* NO_BIT_DEFINES */ // ----- LCDPS bits -------------------- typedef union { struct { unsigned char LP0:1; unsigned char LP1:1; unsigned char LP2:1; unsigned char LP3:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __LCDPS_bits_t; extern volatile __LCDPS_bits_t __at(LCDPS_ADDR) LCDPS_bits; #ifndef NO_BIT_DEFINES #define LP0 LCDPS_bits.LP0 #define LP1 LCDPS_bits.LP1 #define LP2 LCDPS_bits.LP2 #define LP3 LCDPS_bits.LP3 #endif /* NO_BIT_DEFINES */ // ----- LCDSE bits -------------------- typedef union { struct { unsigned char SE0:1; unsigned char SE5:1; unsigned char SE9:1; unsigned char SE12:1; unsigned char SE16:1; unsigned char SE20:1; unsigned char SE27:1; unsigned char SE29:1; }; } __LCDSE_bits_t; extern volatile __LCDSE_bits_t __at(LCDSE_ADDR) LCDSE_bits; #ifndef NO_BIT_DEFINES #define SE0 LCDSE_bits.SE0 #define SE5 LCDSE_bits.SE5 #define SE9 LCDSE_bits.SE9 #define SE12 LCDSE_bits.SE12 #define SE16 LCDSE_bits.SE16 #define SE20 LCDSE_bits.SE20 #define SE27 LCDSE_bits.SE27 #define SE29 LCDSE_bits.SE29 #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOR:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char LCDIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define ADIE PIE1_bits.ADIE #define LCDIE PIE1_bits.LCDIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char LCDIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define ADIF PIR1_bits.ADIF #define LCDIF PIR1_bits.LCDIF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f627.h000066400000000000000000000520121116427777700176160ustar00rootroot00000000000000// // Register Declarations for Microchip 16F627 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F627_H #define P16F627_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CMCON_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define EEDATA_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define VRCON_ADDR 0x009F // // Memory organization. // // LIST // P16F627.INC Standard Header File, Version 1.01 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F627 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F627 // 2. LIST directive in the source file // LIST P=PIC16F627 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.01 13 Sept 2001 Added _DATA_CP_ON and _DATA_CP_OFF //1.00 10 Feb 1999 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F627 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (VRCON_ADDR) VRCON; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- CCP1CON Bits --------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- TXSTA Bits ---------------------------------------------------------- //----- EECON1 Bits --------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'01FF' // __BADRAM H'07'-H'09', H'0D', H'13'-H'14', H'1B'-H'1E' // __BADRAM H'87'-H'89', H'8D', H'8F'-H'91', H'93'-H'97', H'9E' // __BADRAM H'105', H'107'-H'109', H'10C'-H'11F', H'150'-H'16F' // __BADRAM H'185', H'187'-H'189', H'18C'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x03FF #define _CP_75 0x17FF #define _CP_50 0x2BFF #define _CP_OFF 0x3FFF #define _DATA_CP_ON 0x3EFF #define _DATA_CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _ER_OSC_CLKOUT 0x3FFF #define _ER_OSC_NOCLKOUT 0x3FFE #define _INTRC_OSC_CLKOUT 0x3FFD #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _EXTCLK_OSC 0x3FEF #define _LP_OSC 0x3FEC #define _XT_OSC 0x3FED #define _HS_OSC 0x3FEE // LIST // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char OSCF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #define OSCF PCON_bits.OSCF #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char :1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char CMIE:1; unsigned char EEIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define CMIE PIE1_bits.CMIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char :1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char CMIF:1; unsigned char EEIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define CMIF PIR1_bits.CMIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADEN RCSTA_bits.ADEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f627a.h000066400000000000000000000510021116427777700177550ustar00rootroot00000000000000// // Register Declarations for Microchip 16F627A Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F627A_H #define P16F627A_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CMCON_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define EEDATA_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define VRCON_ADDR 0x009F // // Memory organization. // // LIST // P16F627A.INC Standard Header File, Version 1.10 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F627A microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F627A // 2. LIST directive in the source file // LIST P=PIC16F627A // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.01 14 Nov 2002 Updated to reflect BOD terminology changed to BOR //1.00 22 Aug 2002 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F627A // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (VRCON_ADDR) VRCON; //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'01FF' // __BADRAM H'07'-H'09', H'0D', H'13'-H'14', H'1B'-H'1E' // __BADRAM H'87'-H'89', H'8D', H'8F'-H'91', H'93'-H'97', H'9E' // __BADRAM H'105', H'107'-H'109', H'10C'-H'11F', H'150'-H'16F' // __BADRAM H'185', H'187'-H'189', H'18C'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF //Backwards compatability to 16F62X #define _BODEN_OFF 0x3FBF //Backwards compatability to 16F62X #define _BOREN_ON 0x3FFF #define _BOREN_OFF 0x3FBF #define _CP_ON 0x1FFF #define _CP_OFF 0x3FFF #define _DATA_CP_ON 0x3EFF #define _DATA_CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _RC_OSC_CLKOUT 0x3FFF #define _RC_OSC_NOCLKOUT 0x3FFE #define _ER_OSC_CLKOUT 0x3FFF //Backwards compatability to 16F62X #define _ER_OSC_NOCLKOUT 0x3FFE //Backwards compatability to 16F62X #define _INTOSC_OSC_CLKOUT 0x3FFD #define _INTOSC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD //Backwards compatability to 16F62X #define _INTRC_OSC_NOCLKOUT 0x3FFC //Backwards compatability to 16F62X #define _EXTCLK_OSC 0x3FEF #define _HS_OSC 0x3FEE #define _XT_OSC 0x3FED #define _LP_OSC 0x3FEC // LIST // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char OSCF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #define OSCF PCON_bits.OSCF #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char :1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char CMIE:1; unsigned char EEIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define CMIE PIE1_bits.CMIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char :1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char CMIF:1; unsigned char EEIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define CMIF PIR1_bits.CMIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char RA6:1; unsigned char RA7:1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #define RA6 PORTA_bits.RA6 #define RA7 PORTA_bits.RA7 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADEN RCSTA_bits.ADEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char TRISA6:1; unsigned char TRISA7:1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #define TRISA6 TRISA_bits.TRISA6 #define TRISA7 TRISA_bits.TRISA7 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f628.h000066400000000000000000000520111116427777700176160ustar00rootroot00000000000000// // Register Declarations for Microchip 16F628 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F628_H #define P16F628_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CMCON_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define EEDATA_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define VRCON_ADDR 0x009F // // Memory organization. // // LIST // P16F628.INC Standard Header File, Version 1.01 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F628 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F628 // 2. LIST directive in the source file // LIST P=PIC16F628 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.01 13 Sept 2001 Added _DATA_CP_ON and _DATA_CP_OFF //1.00 10 Feb 1999 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F628 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (VRCON_ADDR) VRCON; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- CCP1CON Bits --------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- TXSTA Bits ---------------------------------------------------------- //----- EECON1 Bits --------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'01FF' // __BADRAM H'07'-H'09', H'0D', H'13'-H'14', H'1B'-H'1E' // __BADRAM H'87'-H'89', H'8D', H'8F'-H'91', H'93'-H'97', H'9E' // __BADRAM H'105', H'107'-H'109', H'10C'-H'11F', H'150'-H'16F' // __BADRAM H'185', H'187'-H'189', H'18C'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x03FF #define _CP_75 0x17FF #define _CP_50 0x2BFF #define _CP_OFF 0x3FFF #define _DATA_CP_ON 0x3EFF #define _DATA_CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _ER_OSC_CLKOUT 0x3FFF #define _ER_OSC_NOCLKOUT 0x3FFE #define _INTRC_OSC_CLKOUT 0x3FFD #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _EXTCLK_OSC 0x3FEF #define _LP_OSC 0x3FEC #define _XT_OSC 0x3FED #define _HS_OSC 0x3FEE // LIST // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char OSCF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #define OSCF PCON_bits.OSCF #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char :1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char CMIE:1; unsigned char EEIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define CMIE PIE1_bits.CMIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char :1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char CMIF:1; unsigned char EEIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define CMIF PIR1_bits.CMIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADEN RCSTA_bits.ADEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f628a.h000066400000000000000000000510031116427777700177570ustar00rootroot00000000000000// // Register Declarations for Microchip 16F628A Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F628A_H #define P16F628A_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CMCON_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define EEDATA_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define VRCON_ADDR 0x009F // // Memory organization. // // LIST // P16F628A.INC Standard Header File, Version 1.10 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F628A microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F628A // 2. LIST directive in the source file // LIST P=PIC16F628A // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.01 14 Nov 2002 Updated to reflect BOD terminology changed to BOR //1.00 22 Aug 2002 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F628A // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (VRCON_ADDR) VRCON; //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'01FF' // __BADRAM H'07'-H'09', H'0D', H'13'-H'14', H'1B'-H'1E' // __BADRAM H'87'-H'89', H'8D', H'8F'-H'91', H'93'-H'97', H'9E' // __BADRAM H'105', H'107'-H'109', H'10C'-H'11F', H'150'-H'16F' // __BADRAM H'185', H'187'-H'189', H'18C'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF //Backwards compatability to 16F62X #define _BODEN_OFF 0x3FBF //Backwards compatability to 16F62X #define _BOREN_ON 0x3FFF #define _BOREN_OFF 0x3FBF #define _CP_ON 0x1FFF #define _CP_OFF 0x3FFF #define _DATA_CP_ON 0x3EFF #define _DATA_CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _RC_OSC_CLKOUT 0x3FFF #define _RC_OSC_NOCLKOUT 0x3FFE #define _ER_OSC_CLKOUT 0x3FFF //Backwards compatability to 16F62X #define _ER_OSC_NOCLKOUT 0x3FFE //Backwards compatability to 16F62X #define _INTOSC_OSC_CLKOUT 0x3FFD #define _INTOSC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD //Backwards compatability to 16F62X #define _INTRC_OSC_NOCLKOUT 0x3FFC //Backwards compatability to 16F62X #define _EXTCLK_OSC 0x3FEF #define _HS_OSC 0x3FEE #define _XT_OSC 0x3FED #define _LP_OSC 0x3FEC // LIST // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char OSCF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #define OSCF PCON_bits.OSCF #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char :1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char CMIE:1; unsigned char EEIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define CMIE PIE1_bits.CMIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char :1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char CMIF:1; unsigned char EEIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define CMIF PIR1_bits.CMIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char RA6:1; unsigned char RA7:1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #define RA6 PORTA_bits.RA6 #define RA7 PORTA_bits.RA7 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADEN RCSTA_bits.ADEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char TRISA6:1; unsigned char TRISA7:1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #define TRISA6 TRISA_bits.TRISA6 #define TRISA7 TRISA_bits.TRISA7 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f630.h000066400000000000000000000432431116427777700176160ustar00rootroot00000000000000// // Register Declarations for Microchip 16F630 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F630_H #define P16F630_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define CMCON_ADDR 0x0019 #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define OSCCAL_ADDR 0x0090 #define WPUA_ADDR 0x0095 #define WPU_ADDR 0x0095 #define IOCA_ADDR 0x0096 #define IOC_ADDR 0x0096 #define VRCON_ADDR 0x0099 #define EEDATA_ADDR 0x009A #define EEDAT_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D // // Memory organization. // // LIST // P16F630.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F630 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F630 // 2. LIST directive in the source file // LIST P=PIC16F630 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.00 05/13/02 Original //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F630 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCAL_ADDR) OSCCAL; extern __sfr __at (WPUA_ADDR) WPUA; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (IOCA_ADDR) IOCA; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- COMCON Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCAL Bits -------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- EECON1 ------------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'FF' // __BADRAM H'06', H'08'-H'09', H'0D', H'11'-H'18', H'1A'-H'1F', H'60'-H'7F' // __BADRAM H'86', H'88'-H'89', H'8D', H'8F', H'91'-H'94', H'97'-H'98', H'9E'-H'9F', H'E0'-H'FF' //========================================================================== // // Configuration Bits // //========================================================================== #define _CPD 0x3EFF #define _CPD_OFF 0x3FFF #define _CP 0x3F7F #define _CP_OFF 0x3FFF #define _BODEN 0x3FFF #define _BODEN_OFF 0x3FBF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF // LIST // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char CINV:1; unsigned char :1; unsigned char COUT:1; unsigned char :1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define CINV CMCON_bits.CINV #define COUT CMCON_bits.COUT #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RAIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RAIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RAIF INTCON_bits.RAIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RAIE INTCON_bits.RAIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_GPPU:1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RAPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_GPPU OPTION_REG_bits.NOT_GPPU #define NOT_RAPU OPTION_REG_bits.NOT_RAPU #endif /* NO_BIT_DEFINES */ // ----- OSCCAL bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char CAL0:1; unsigned char CAL1:1; unsigned char CAL2:1; unsigned char CAL3:1; unsigned char CAL4:1; unsigned char CAL5:1; }; } __OSCCAL_bits_t; extern volatile __OSCCAL_bits_t __at(OSCCAL_ADDR) OSCCAL_bits; #ifndef NO_BIT_DEFINES #define CAL0 OSCCAL_bits.CAL0 #define CAL1 OSCCAL_bits.CAL1 #define CAL2 OSCCAL_bits.CAL2 #define CAL3 OSCCAL_bits.CAL3 #define CAL4 OSCCAL_bits.CAL4 #define CAL5 OSCCAL_bits.CAL5 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOD:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char T1IE:1; unsigned char :1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char EEIE:1; }; struct { unsigned char TMR1IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define T1IE PIE1_bits.T1IE #define TMR1IE PIE1_bits.TMR1IE #define CMIE PIE1_bits.CMIE #define ADIE PIE1_bits.ADIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char T1IF:1; unsigned char :1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char EEIF:1; }; struct { unsigned char TMR1IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define T1IF PIR1_bits.T1IF #define TMR1IF PIR1_bits.TMR1IF #define CMIF PIR1_bits.CMIF #define ADIF PIR1_bits.ADIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char :1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f636.h000066400000000000000000000603641116427777700176270ustar00rootroot00000000000000// // Register Declarations for Microchip 16F636 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F636_H #define P16F636_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define WDTCON_ADDR 0x0018 #define CMCON0_ADDR 0x0019 #define CMCON1_ADDR 0x001A #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define LVDCON_ADDR 0x0094 #define WPUDA_ADDR 0x0095 #define IOCA_ADDR 0x0096 #define WDA_ADDR 0x0097 #define VRCON_ADDR 0x0099 #define EEDAT_ADDR 0x009A #define EEDATA_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define CRCON_ADDR 0x0110 #define CRDAT0_ADDR 0x0111 #define CRDAT1_ADDR 0x0112 #define CRDAT2_ADDR 0x0113 #define CRDAT3_ADDR 0x0114 // // Memory organization. // // LIST // P16F636.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F636 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F636 // 2. LIST directive in the source file // LIST P=PIC16F636 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.00 12/07/03 Original //1.10 04/19/04 Update to match first release datasheet --kjd //1.20 06/07/04 Update and correct badram definitions --kjd //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F636 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ //Bank 0 extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (CMCON0_ADDR) CMCON0; extern __sfr __at (CMCON1_ADDR) CMCON1; //Bank 1 extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (WPUDA_ADDR) WPUDA; extern __sfr __at (IOCA_ADDR) IOCA; extern __sfr __at (WDA_ADDR) WDA; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //Bank 2 extern __sfr __at (CRCON_ADDR) CRCON; extern __sfr __at (CRDAT0_ADDR) CRDAT0; extern __sfr __at (CRDAT1_ADDR) CRDAT1; extern __sfr __at (CRDAT2_ADDR) CRDAT2; extern __sfr __at (CRDAT3_ADDR) CRDAT3; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- CMCON0 Bits ------------------------------------------------------- //----- CMCON1 Bits ------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits -------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- IOCA -------------------------------------------------------------- //----- EECON1 ------------------------------------------------------------- //----- VRCON --------------------------------------------------------- //----- CRCON ------------------------------------------------------------- //----- LVDCON ------------------------------------------------------------- //----- WDA ------------------------------------------------------------- //----- WPUDA ------------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'06', H'08'-H'09', H'0D', H'11'-H'17', H'1B'-H'1F' // __BADRAM H'86', H'88'-H'89', H'8D', H'91'-H'93', H'98', H'9E'-H'9F', H'C0'-H'EF' // __BADRAM H'10C'-H'10F', H'115'-H'16F', H'106', H'108'-H'109', H'186' // __BADRAM H'188'-H'189', H'18C'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _WUREN_ON 0x2FFF #define _WUREN_OFF 0x3FFF #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOD_ON 0x3FFF #define _BOD_NSLEEP 0x3EFF #define _BOD_SBODEN 0x3DFF #define _BOD_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF // LIST // ----- CMCON0 bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON0_bits_t; extern volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON0_bits.CM0 #define CM1 CMCON0_bits.CM1 #define CM2 CMCON0_bits.CM2 #define CIS CMCON0_bits.CIS #define C1INV CMCON0_bits.C1INV #define C2INV CMCON0_bits.C2INV #define C1OUT CMCON0_bits.C1OUT #define C2OUT CMCON0_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CMCON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __CMCON1_bits_t; extern volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CMCON1_bits.C2SYNC #define T1GSS CMCON1_bits.T1GSS #endif /* NO_BIT_DEFINES */ // ----- CRCON bits -------------------- typedef union { struct { unsigned char CRREG0:1; unsigned char CRREG1:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ENC_DEC:1; unsigned char GO:1; }; } __CRCON_bits_t; extern volatile __CRCON_bits_t __at(CRCON_ADDR) CRCON_bits; #ifndef NO_BIT_DEFINES #define CRREG0 CRCON_bits.CRREG0 #define CRREG1 CRCON_bits.CRREG1 #define ENC_DEC CRCON_bits.ENC_DEC #define GO CRCON_bits.GO #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RAIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RAIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RAIF INTCON_bits.RAIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RAIE INTCON_bits.RAIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOCA bits -------------------- typedef union { struct { unsigned char IOCA0:1; unsigned char IOCA1:1; unsigned char IOCA2:1; unsigned char IOCA3:1; unsigned char IOCA4:1; unsigned char IOCA5:1; unsigned char :1; unsigned char :1; }; } __IOCA_bits_t; extern volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; #ifndef NO_BIT_DEFINES #define IOCA0 IOCA_bits.IOCA0 #define IOCA1 IOCA_bits.IOCA1 #define IOCA2 IOCA_bits.IOCA2 #define IOCA3 IOCA_bits.IOCA3 #define IOCA4 IOCA_bits.IOCA4 #define IOCA5 IOCA_bits.IOCA5 #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LVDL0:1; unsigned char LVDL1:1; unsigned char LVDL2:1; unsigned char :1; unsigned char LVDEN:1; unsigned char IRVST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LVDL0 LVDCON_bits.LVDL0 #define LVDL1 LVDCON_bits.LVDL1 #define LVDL2 LVDCON_bits.LVDL2 #define LVDEN LVDCON_bits.LVDEN #define IRVST LVDCON_bits.IRVST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RAPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RAPU OPTION_REG_bits.NOT_RAPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOD:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char NOT_WUR:1; unsigned char SBODEN:1; unsigned char ULPWUE:1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #define NOT_WUR PCON_bits.NOT_WUR #define SBODEN PCON_bits.SBODEN #define ULPWUE PCON_bits.ULPWUE #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char :1; unsigned char OSFIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char CRIE:1; unsigned char LVDIE:1; unsigned char EEIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define OSFIE PIE1_bits.OSFIE #define C1IE PIE1_bits.C1IE #define C2IE PIE1_bits.C2IE #define CRIE PIE1_bits.CRIE #define LVDIE PIE1_bits.LVDIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char :1; unsigned char OSFIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char CRIF:1; unsigned char LVDIF:1; unsigned char EEIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define OSFIF PIR1_bits.OSFIF #define C1IF PIR1_bits.C1IF #define C2IF PIR1_bits.C2IF #define CRIF PIR1_bits.CRIF #define LVDIF PIR1_bits.LVDIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char T1GINV:1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char :1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ // ----- WDA bits -------------------- typedef union { struct { unsigned char WDA0:1; unsigned char WDA1:1; unsigned char WDA2:1; unsigned char :1; unsigned char WDA4:1; unsigned char WDA5:1; unsigned char :1; unsigned char :1; }; } __WDA_bits_t; extern volatile __WDA_bits_t __at(WDA_ADDR) WDA_bits; #ifndef NO_BIT_DEFINES #define WDA0 WDA_bits.WDA0 #define WDA1 WDA_bits.WDA1 #define WDA2 WDA_bits.WDA2 #define WDA4 WDA_bits.WDA4 #define WDA5 WDA_bits.WDA5 #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPUDA bits -------------------- typedef union { struct { unsigned char WPUDA0:1; unsigned char WPUDA1:1; unsigned char WPUDA2:1; unsigned char :1; unsigned char WPUDA4:1; unsigned char WPUDA5:1; unsigned char :1; unsigned char :1; }; } __WPUDA_bits_t; extern volatile __WPUDA_bits_t __at(WPUDA_ADDR) WPUDA_bits; #ifndef NO_BIT_DEFINES #define WPUDA0 WPUDA_bits.WPUDA0 #define WPUDA1 WPUDA_bits.WPUDA1 #define WPUDA2 WPUDA_bits.WPUDA2 #define WPUDA4 WPUDA_bits.WPUDA4 #define WPUDA5 WPUDA_bits.WPUDA5 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f639.h000066400000000000000000000602151116427777700176250ustar00rootroot00000000000000// // Register Declarations for Microchip 16F639 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F639_H #define P16F639_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define WDTCON_ADDR 0x0018 #define CMCON0_ADDR 0x0019 #define CMCON1_ADDR 0x001A #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define LVDCON_ADDR 0x0094 #define WPUDA_ADDR 0x0095 #define IOCA_ADDR 0x0096 #define WDA_ADDR 0x0097 #define VRCON_ADDR 0x0099 #define EEDAT_ADDR 0x009A #define EEDATA_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define CRCON_ADDR 0x0110 #define CRDAT0_ADDR 0x0111 #define CRDAT1_ADDR 0x0112 #define CRDAT2_ADDR 0x0113 #define CRDAT3_ADDR 0x0114 // // Memory organization. // // LIST // P16F639.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F639 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F639 // 2. LIST directive in the source file // LIST P=PIC16F639 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.00 10/28/04 Original based on P16F636.INC //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F639 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ //Bank 0 extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (CMCON0_ADDR) CMCON0; extern __sfr __at (CMCON1_ADDR) CMCON1; //Bank 1 extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (WPUDA_ADDR) WPUDA; extern __sfr __at (IOCA_ADDR) IOCA; extern __sfr __at (WDA_ADDR) WDA; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //Bank 2 extern __sfr __at (CRCON_ADDR) CRCON; extern __sfr __at (CRDAT0_ADDR) CRDAT0; extern __sfr __at (CRDAT1_ADDR) CRDAT1; extern __sfr __at (CRDAT2_ADDR) CRDAT2; extern __sfr __at (CRDAT3_ADDR) CRDAT3; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- CMCON0 Bits ------------------------------------------------------- //----- CMCON1 Bits ------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits -------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- IOCA -------------------------------------------------------------- //----- EECON1 ------------------------------------------------------------- //----- VRCON --------------------------------------------------------- //----- CRCON ------------------------------------------------------------- //----- LVDCON ------------------------------------------------------------- //----- WDA ------------------------------------------------------------- //----- WPUDA ------------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'06', H'08'-H'09', H'0D', H'11'-H'17', H'1B'-H'1F' // __BADRAM H'86', H'88'-H'89', H'8D', H'91'-H'93', H'98', H'9E'-H'9F', H'C0'-H'EF' // __BADRAM H'10C'-H'10F', H'115'-H'16F', H'106', H'108'-H'109', H'186' // __BADRAM H'188'-H'189', H'18C'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _WUREN_ON 0x2FFF #define _WUREN_OFF 0x3FFF #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOD_ON 0x3FFF #define _BOD_NSLEEP 0x3EFF #define _BOD_SBODEN 0x3DFF #define _BOD_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF // LIST // ----- CMCON0 bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON0_bits_t; extern volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON0_bits.CM0 #define CM1 CMCON0_bits.CM1 #define CM2 CMCON0_bits.CM2 #define CIS CMCON0_bits.CIS #define C1INV CMCON0_bits.C1INV #define C2INV CMCON0_bits.C2INV #define C1OUT CMCON0_bits.C1OUT #define C2OUT CMCON0_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CMCON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __CMCON1_bits_t; extern volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CMCON1_bits.C2SYNC #define T1GSS CMCON1_bits.T1GSS #endif /* NO_BIT_DEFINES */ // ----- CRCON bits -------------------- typedef union { struct { unsigned char CRREG0:1; unsigned char CRREG1:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ENC_DEC:1; unsigned char GO:1; }; } __CRCON_bits_t; extern volatile __CRCON_bits_t __at(CRCON_ADDR) CRCON_bits; #ifndef NO_BIT_DEFINES #define CRREG0 CRCON_bits.CRREG0 #define CRREG1 CRCON_bits.CRREG1 #define ENC_DEC CRCON_bits.ENC_DEC #define GO CRCON_bits.GO #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RAIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RAIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RAIF INTCON_bits.RAIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RAIE INTCON_bits.RAIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOCA bits -------------------- typedef union { struct { unsigned char IOCA0:1; unsigned char IOCA1:1; unsigned char IOCA2:1; unsigned char IOCA3:1; unsigned char IOCA4:1; unsigned char IOCA5:1; unsigned char :1; unsigned char :1; }; } __IOCA_bits_t; extern volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; #ifndef NO_BIT_DEFINES #define IOCA0 IOCA_bits.IOCA0 #define IOCA1 IOCA_bits.IOCA1 #define IOCA2 IOCA_bits.IOCA2 #define IOCA3 IOCA_bits.IOCA3 #define IOCA4 IOCA_bits.IOCA4 #define IOCA5 IOCA_bits.IOCA5 #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LVDL0:1; unsigned char LVDL1:1; unsigned char LVDL2:1; unsigned char :1; unsigned char LVDEN:1; unsigned char IRVST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LVDL0 LVDCON_bits.LVDL0 #define LVDL1 LVDCON_bits.LVDL1 #define LVDL2 LVDCON_bits.LVDL2 #define LVDEN LVDCON_bits.LVDEN #define IRVST LVDCON_bits.IRVST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RAPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RAPU OPTION_REG_bits.NOT_RAPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOD:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char NOT_WUR:1; unsigned char SBODEN:1; unsigned char ULPWUE:1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #define NOT_WUR PCON_bits.NOT_WUR #define SBODEN PCON_bits.SBODEN #define ULPWUE PCON_bits.ULPWUE #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char :1; unsigned char OSFIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char CRIE:1; unsigned char LVDIE:1; unsigned char EEIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define OSFIE PIE1_bits.OSFIE #define C1IE PIE1_bits.C1IE #define C2IE PIE1_bits.C2IE #define CRIE PIE1_bits.CRIE #define LVDIE PIE1_bits.LVDIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char :1; unsigned char OSFIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char CRIF:1; unsigned char LVDIF:1; unsigned char EEIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define OSFIF PIR1_bits.OSFIF #define C1IF PIR1_bits.C1IF #define C2IF PIR1_bits.C2IF #define CRIF PIR1_bits.CRIF #define LVDIF PIR1_bits.LVDIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char T1GINV:1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char :1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ // ----- WDA bits -------------------- typedef union { struct { unsigned char WDA0:1; unsigned char WDA1:1; unsigned char WDA2:1; unsigned char :1; unsigned char WDA4:1; unsigned char WDA5:1; unsigned char :1; unsigned char :1; }; } __WDA_bits_t; extern volatile __WDA_bits_t __at(WDA_ADDR) WDA_bits; #ifndef NO_BIT_DEFINES #define WDA0 WDA_bits.WDA0 #define WDA1 WDA_bits.WDA1 #define WDA2 WDA_bits.WDA2 #define WDA4 WDA_bits.WDA4 #define WDA5 WDA_bits.WDA5 #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPUDA bits -------------------- typedef union { struct { unsigned char WPUDA0:1; unsigned char WPUDA1:1; unsigned char WPUDA2:1; unsigned char :1; unsigned char WPUDA4:1; unsigned char WPUDA5:1; unsigned char :1; unsigned char :1; }; } __WPUDA_bits_t; extern volatile __WPUDA_bits_t __at(WPUDA_ADDR) WPUDA_bits; #ifndef NO_BIT_DEFINES #define WPUDA0 WPUDA_bits.WPUDA0 #define WPUDA1 WPUDA_bits.WPUDA1 #define WPUDA2 WPUDA_bits.WPUDA2 #define WPUDA4 WPUDA_bits.WPUDA4 #define WPUDA5 WPUDA_bits.WPUDA5 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f648a.h000066400000000000000000000506541116427777700177740ustar00rootroot00000000000000// // Register Declarations for Microchip 16F648A Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F648A_H #define P16F648A_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CMCON_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define EEDATA_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define VRCON_ADDR 0x009F // // Memory organization. // // LIST // P16F648A.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F648A microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F648A // 2. LIST directive in the source file // LIST P=PIC16F648A // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 14 Nov 2002 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F648A // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (VRCON_ADDR) VRCON; //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'01FF' // __BADRAM H'07'-H'09', H'0D', H'13'-H'14', H'1B'-H'1E' // __BADRAM H'87'-H'89', H'8D', H'8F'-H'91', H'93'-H'97', H'9E' // __BADRAM H'105', H'107'-H'109', H'10C'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18C'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF //Backwards compatability to 16F62X #define _BODEN_OFF 0x3FBF //Backwards compatability to 16F62X #define _BOREN_ON 0x3FFF #define _BOREN_OFF 0x3FBF #define _CP_ON 0x1FFF #define _CP_OFF 0x3FFF #define _DATA_CP_ON 0x3EFF #define _DATA_CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _RC_OSC_CLKOUT 0x3FFF #define _RC_OSC_NOCLKOUT 0x3FFE #define _ER_OSC_CLKOUT 0x3FFF //Backwards compatability to 16F62X #define _ER_OSC_NOCLKOUT 0x3FFE //Backwards compatability to 16F62X #define _INTOSC_OSC_CLKOUT 0x3FFD #define _INTOSC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD //Backwards compatability to 16F62X #define _INTRC_OSC_NOCLKOUT 0x3FFC //Backwards compatability to 16F62X #define _EXTCLK_OSC 0x3FEF #define _HS_OSC 0x3FEE #define _XT_OSC 0x3FED #define _LP_OSC 0x3FEC // LIST // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char OSCF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #define OSCF PCON_bits.OSCF #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char :1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char CMIE:1; unsigned char EEIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define CMIE PIE1_bits.CMIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char :1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char CMIF:1; unsigned char EEIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define CMIF PIR1_bits.CMIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char RA6:1; unsigned char RA7:1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #define RA6 PORTA_bits.RA6 #define RA7 PORTA_bits.RA7 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADEN RCSTA_bits.ADEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char TRISA6:1; unsigned char TRISA7:1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #define TRISA6 TRISA_bits.TRISA6 #define TRISA7 TRISA_bits.TRISA7 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f676.h000066400000000000000000000514441116427777700176320ustar00rootroot00000000000000// // Register Declarations for Microchip 16F676 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F676_H #define P16F676_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define CMCON_ADDR 0x0019 #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define OSCCAL_ADDR 0x0090 #define ANSEL_ADDR 0x0091 #define WPU_ADDR 0x0095 #define WPUA_ADDR 0x0095 #define IOC_ADDR 0x0096 #define IOCA_ADDR 0x0096 #define VRCON_ADDR 0x0099 #define EEDATA_ADDR 0x009A #define EEDAT_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F // // Memory organization. // // LIST // P16F676.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F676 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F676 // 2. LIST directive in the source file // LIST P=PIC16F676 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.00 05/13/02 Original //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F676 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCAL_ADDR) OSCCAL; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (WPUA_ADDR) WPUA; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (IOCA_ADDR) IOCA; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- COMCON Bits -------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCAL Bits -------------------------------------------------------- //----- ANSEL -------------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- EECON1 ------------------------------------------------------------- //----- ADCON1 ------------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'FF' // __BADRAM H'06', H'08'-H'09', H'0D', H'11'-H'18', H'1A'-H'1D', H'60'-H'7F' // __BADRAM H'86', H'88'-H'89', H'8D', H'8F', H'92'-H'94', H'97'-H'98', H'E0'-H'FF' //========================================================================== // // Configuration Bits // //========================================================================== #define _CPD 0x3EFF #define _CPD_OFF 0x3FFF #define _CP 0x3F7F #define _CP_OFF 0x3FFF #define _BODEN 0x3FFF #define _BODEN_OFF 0x3FBF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char :1; unsigned char VCFG:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define VCFG ADCON0_bits.VCFG #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define ADCS0 ADCON1_bits.ADCS0 #define ADCS1 ADCON1_bits.ADCS1 #define ADCS2 ADCON1_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char ANS5:1; unsigned char ANS6:1; unsigned char ANS7:1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define ANS1 ANSEL_bits.ANS1 #define ANS2 ANSEL_bits.ANS2 #define ANS3 ANSEL_bits.ANS3 #define ANS4 ANSEL_bits.ANS4 #define ANS5 ANSEL_bits.ANS5 #define ANS6 ANSEL_bits.ANS6 #define ANS7 ANSEL_bits.ANS7 #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char CINV:1; unsigned char :1; unsigned char COUT:1; unsigned char :1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define CINV CMCON_bits.CINV #define COUT CMCON_bits.COUT #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RAIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RAIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RAIF INTCON_bits.RAIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RAIE INTCON_bits.RAIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_GPPU:1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RAPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_GPPU OPTION_REG_bits.NOT_GPPU #define NOT_RAPU OPTION_REG_bits.NOT_RAPU #endif /* NO_BIT_DEFINES */ // ----- OSCCAL bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char CAL0:1; unsigned char CAL1:1; unsigned char CAL2:1; unsigned char CAL3:1; unsigned char CAL4:1; unsigned char CAL5:1; }; } __OSCCAL_bits_t; extern volatile __OSCCAL_bits_t __at(OSCCAL_ADDR) OSCCAL_bits; #ifndef NO_BIT_DEFINES #define CAL0 OSCCAL_bits.CAL0 #define CAL1 OSCCAL_bits.CAL1 #define CAL2 OSCCAL_bits.CAL2 #define CAL3 OSCCAL_bits.CAL3 #define CAL4 OSCCAL_bits.CAL4 #define CAL5 OSCCAL_bits.CAL5 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOD:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char T1IE:1; unsigned char :1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char EEIE:1; }; struct { unsigned char TMR1IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define T1IE PIE1_bits.T1IE #define TMR1IE PIE1_bits.TMR1IE #define CMIE PIE1_bits.CMIE #define ADIE PIE1_bits.ADIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char T1IF:1; unsigned char :1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char EEIF:1; }; struct { unsigned char TMR1IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define T1IF PIR1_bits.T1IF #define TMR1IF PIR1_bits.TMR1IF #define CMIF PIR1_bits.CMIF #define ADIF PIR1_bits.ADIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char :1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f684.h000066400000000000000000000731221116427777700176260ustar00rootroot00000000000000// // Register Declarations for Microchip 16F684 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F684_H #define P16F684_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0013 #define CCPR1H_ADDR 0x0014 #define CCP1CON_ADDR 0x0015 #define PWM1CON_ADDR 0x0016 #define ECCPAS_ADDR 0x0017 #define WDTCON_ADDR 0x0018 #define CMCON0_ADDR 0x0019 #define CMCON1_ADDR 0x001A #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define ANSEL_ADDR 0x0091 #define PR2_ADDR 0x0092 #define WPU_ADDR 0x0095 #define WPUA_ADDR 0x0095 #define IOC_ADDR 0x0096 #define IOCA_ADDR 0x0096 #define VRCON_ADDR 0x0099 #define EEDAT_ADDR 0x009A #define EEDATA_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F // // Memory organization. // // LIST // P16F684.INC Standard Header File, Version 1.03 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F684 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F684 // 2. LIST directive in the source file // LIST P=PIC16F684 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.00 03/20/03 Original //1.01 08/04/03 Updated CMCON1 address //1.02 08/05/03 Updated names to match datasheet //1.03 08/11/03 Updated ULPWUE bit name to match datasheet //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F684 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (PWM1CON_ADDR) PWM1CON; extern __sfr __at (ECCPAS_ADDR) ECCPAS; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (CMCON0_ADDR) CMCON0; extern __sfr __at (CMCON1_ADDR) CMCON1; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (WPUA_ADDR) WPUA; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (IOCA_ADDR) IOCA; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- PWM1CON Bits ------------------------------------------------------- //----- ECCPAS Bits -------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- COMCON0 Bits ------------------------------------------------------- //----- COMCON1 Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits -------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- ANSEL -------------------------------------------------------------- //----- IOC -------------------------------------------------------------- //----- IOCA -------------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- EECON1 ------------------------------------------------------------- //----- ADCON1 ------------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'FF' // __BADRAM H'06', H'08'-H'09', H'0D', H'1B'-H'1D' // __BADRAM H'86', H'88'-H'89', H'8D', H'93'-H'94', H'97'-H'98', H'C0'-H'EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOD_ON 0x3FFF #define _BOD_NSLEEP 0x3EFF #define _BOD_SBODEN 0x3DFF #define _BOD_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _INTOSCIO 0x3FFC #define _INTOSC 0x3FFD #define _EXTRCIO 0x3FFE #define _EXTRC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char :1; unsigned char VCFG:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define VCFG ADCON0_bits.VCFG #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define ADCS0 ADCON1_bits.ADCS0 #define ADCS1 ADCON1_bits.ADCS1 #define ADCS2 ADCON1_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char ANS5:1; unsigned char ANS6:1; unsigned char ANS7:1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define ANS1 ANSEL_bits.ANS1 #define ANS2 ANSEL_bits.ANS2 #define ANS3 ANSEL_bits.ANS3 #define ANS4 ANSEL_bits.ANS4 #define ANS5 ANSEL_bits.ANS5 #define ANS6 ANSEL_bits.ANS6 #define ANS7 ANSEL_bits.ANS7 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char DC1B0:1; unsigned char DC1B1:1; unsigned char P1M0:1; unsigned char P1M1:1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define DC1B0 CCP1CON_bits.DC1B0 #define DC1B1 CCP1CON_bits.DC1B1 #define P1M0 CCP1CON_bits.P1M0 #define P1M1 CCP1CON_bits.P1M1 #endif /* NO_BIT_DEFINES */ // ----- CMCON0 bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON0_bits_t; extern volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON0_bits.CM0 #define CM1 CMCON0_bits.CM1 #define CM2 CMCON0_bits.CM2 #define CIS CMCON0_bits.CIS #define C1INV CMCON0_bits.C1INV #define C2INV CMCON0_bits.C2INV #define C1OUT CMCON0_bits.C1OUT #define C2OUT CMCON0_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CMCON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __CMCON1_bits_t; extern volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CMCON1_bits.C2SYNC #define T1GSS CMCON1_bits.T1GSS #endif /* NO_BIT_DEFINES */ // ----- ECCPAS bits -------------------- typedef union { struct { unsigned char PSSBD0:1; unsigned char PSSBD1:1; unsigned char PSSAC0:1; unsigned char PSSAC1:1; unsigned char ECCPAS0:1; unsigned char ECCPAS1:1; unsigned char ECCPAS2:1; unsigned char ECCPASE:1; }; } __ECCPAS_bits_t; extern volatile __ECCPAS_bits_t __at(ECCPAS_ADDR) ECCPAS_bits; #ifndef NO_BIT_DEFINES #define PSSBD0 ECCPAS_bits.PSSBD0 #define PSSBD1 ECCPAS_bits.PSSBD1 #define PSSAC0 ECCPAS_bits.PSSAC0 #define PSSAC1 ECCPAS_bits.PSSAC1 #define ECCPAS0 ECCPAS_bits.ECCPAS0 #define ECCPAS1 ECCPAS_bits.ECCPAS1 #define ECCPAS2 ECCPAS_bits.ECCPAS2 #define ECCPASE ECCPAS_bits.ECCPASE #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RAIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RAIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RAIF INTCON_bits.RAIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RAIE INTCON_bits.RAIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOC bits -------------------- typedef union { struct { unsigned char IOC0:1; unsigned char IOC1:1; unsigned char IOC2:1; unsigned char IOC3:1; unsigned char IOC4:1; unsigned char IOC5:1; unsigned char :1; unsigned char :1; }; } __IOC_bits_t; extern volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; #ifndef NO_BIT_DEFINES #define IOC0 IOC_bits.IOC0 #define IOC1 IOC_bits.IOC1 #define IOC2 IOC_bits.IOC2 #define IOC3 IOC_bits.IOC3 #define IOC4 IOC_bits.IOC4 #define IOC5 IOC_bits.IOC5 #endif /* NO_BIT_DEFINES */ // ----- IOCA bits -------------------- typedef union { struct { unsigned char IOCA0:1; unsigned char IOCA1:1; unsigned char IOCA2:1; unsigned char IOCA3:1; unsigned char IOCA4:1; unsigned char IOCA5:1; unsigned char :1; unsigned char :1; }; } __IOCA_bits_t; extern volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; #ifndef NO_BIT_DEFINES #define IOCA0 IOCA_bits.IOCA0 #define IOCA1 IOCA_bits.IOCA1 #define IOCA2 IOCA_bits.IOCA2 #define IOCA3 IOCA_bits.IOCA3 #define IOCA4 IOCA_bits.IOCA4 #define IOCA5 IOCA_bits.IOCA5 #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RAPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RAPU OPTION_REG_bits.NOT_RAPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOD:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBODEN:1; unsigned char ULPWUE:1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #define SBODEN PCON_bits.SBODEN #define ULPWUE PCON_bits.ULPWUE #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char T1IE:1; unsigned char T2IE:1; unsigned char OSFIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char CCP1IE:1; unsigned char ADIE:1; unsigned char EEIE:1; }; struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define T1IE PIE1_bits.T1IE #define TMR1IE PIE1_bits.TMR1IE #define T2IE PIE1_bits.T2IE #define TMR2IE PIE1_bits.TMR2IE #define OSFIE PIE1_bits.OSFIE #define C1IE PIE1_bits.C1IE #define C2IE PIE1_bits.C2IE #define CCP1IE PIE1_bits.CCP1IE #define ADIE PIE1_bits.ADIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char T1IF:1; unsigned char T2IF:1; unsigned char OSFIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char CCP1IF:1; unsigned char ADIF:1; unsigned char EEIF:1; }; struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define T1IF PIR1_bits.T1IF #define TMR1IF PIR1_bits.TMR1IF #define T2IF PIR1_bits.T2IF #define TMR2IF PIR1_bits.TMR2IF #define OSFIF PIR1_bits.OSFIF #define C1IF PIR1_bits.C1IF #define C2IF PIR1_bits.C2IF #define CCP1IF PIR1_bits.CCP1IF #define ADIF PIR1_bits.ADIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PWM1CON bits -------------------- typedef union { struct { unsigned char PDC0:1; unsigned char PDC1:1; unsigned char PDC2:1; unsigned char PDC3:1; unsigned char PDC4:1; unsigned char PDC5:1; unsigned char PDC6:1; unsigned char PRSEN:1; }; } __PWM1CON_bits_t; extern volatile __PWM1CON_bits_t __at(PWM1CON_ADDR) PWM1CON_bits; #ifndef NO_BIT_DEFINES #define PDC0 PWM1CON_bits.PDC0 #define PDC1 PWM1CON_bits.PDC1 #define PDC2 PWM1CON_bits.PDC2 #define PDC3 PWM1CON_bits.PDC3 #define PDC4 PWM1CON_bits.PDC4 #define PDC5 PWM1CON_bits.PDC5 #define PDC6 PWM1CON_bits.PDC6 #define PRSEN PWM1CON_bits.PRSEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char T1GINV:1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char :1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f685.h000066400000000000000000001154031116427777700176260ustar00rootroot00000000000000// // Register Declarations for Microchip 16F685 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F685_H #define P16F685_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define PWM1CON_ADDR 0x001C #define ECCPAS_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define PR2_ADDR 0x0092 #define WPU_ADDR 0x0095 #define WPUA_ADDR 0x0095 #define IOC_ADDR 0x0096 #define IOCA_ADDR 0x0096 #define WDTCON_ADDR 0x0097 #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDAT_ADDR 0x010C #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define WPUB_ADDR 0x0115 #define IOCB_ADDR 0x0116 #define VRCON_ADDR 0x0118 #define CM1CON0_ADDR 0x0119 #define CM2CON0_ADDR 0x011A #define CM2CON1_ADDR 0x011B #define ANSEL_ADDR 0x011E #define ANSELH_ADDR 0x011F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D #define PSTRCON_ADDR 0x019D #define SRCON_ADDR 0x019E // // Memory organization. // // LIST // P16F685.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F685 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F685 // 2. LIST directive in the source file // LIST P=PIC16F685 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.00 10/12/04 Original //2.00 04/21/05 Modified file to match released datasheet //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F685 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (PWM1CON_ADDR) PWM1CON; extern __sfr __at (ECCPAS_ADDR) ECCPAS; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (WPUA_ADDR) WPUA; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (IOCA_ADDR) IOCA; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (CM1CON0_ADDR) CM1CON0; extern __sfr __at (CM2CON0_ADDR) CM2CON0; extern __sfr __at (CM2CON1_ADDR) CM2CON1; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (ANSELH_ADDR) ANSELH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (PSTRCON_ADDR) PSTRCON; extern __sfr __at (SRCON_ADDR) SRCON; //----- BANK 0 REGISTER DEFINITIONS ---------------------------------------- //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- PWM1CON Bits ------------------------------------------------------- //----- ECCPAS Bits -------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- BANK 1 REGISTER DEFINITIONS ---------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- TRISA Bits -------------------------------------------------------- //----- TRISB Bits -------------------------------------------------------- //----- TRISC Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits -------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- WPUA -------------------------------------------------------------- //----- IOC -------------------------------------------------------------- //----- IOCA -------------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- ADCON1 ------------------------------------------------------------- //----- BANK 2 REGISTER DEFINITIONS ---------------------------------------- //----- WPUB Bits ---------------------------------------------------------- //----- IOCB -------------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- CM1CON0 Bits ------------------------------------------------------- //----- CM2CON0 Bits ------------------------------------------------------- //----- CM2CON1 Bits ------------------------------------------------------- //----- ANSELH -------------------------------------------------------------- //----- ANSEL -------------------------------------------------------------- //----- BANK 3 REGISTER DEFINITIONS ---------------------------------------- //----- EECON1 ------------------------------------------------------------- //----- PSTRCON ------------------------------------------------------------- //----- SRCON --------------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08'-H'09', H'13'-H'14', H'18'-H'1B' // __BADRAM H'88'-H'89', H'91', H'93'-H'94', H'98'-H'9D' // __BADRAM H'108'-H'109', H'110'-H'114', H'117', H'11C'-H'11D' // __BADRAM H'188'-H'189', H'18E'-H'19C', H'19F'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOR_ON 0x3FFF #define _BOR_NSLEEP 0x3EFF #define _BOR_SBODEN 0x3DFF #define _BOR_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _INTOSCIO 0x3FFC #define _INTOSC 0x3FFD #define _EXTRCIO 0x3FFE #define _EXTRC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char CHS3:1; unsigned char VCFG:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define CHS3 ADCON0_bits.CHS3 #define VCFG ADCON0_bits.VCFG #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define ADCS0 ADCON1_bits.ADCS0 #define ADCS1 ADCON1_bits.ADCS1 #define ADCS2 ADCON1_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char ANS5:1; unsigned char ANS6:1; unsigned char ANS7:1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define ANS1 ANSEL_bits.ANS1 #define ANS2 ANSEL_bits.ANS2 #define ANS3 ANSEL_bits.ANS3 #define ANS4 ANSEL_bits.ANS4 #define ANS5 ANSEL_bits.ANS5 #define ANS6 ANSEL_bits.ANS6 #define ANS7 ANSEL_bits.ANS7 #endif /* NO_BIT_DEFINES */ // ----- ANSELH bits -------------------- typedef union { struct { unsigned char ANS8:1; unsigned char ANS9:1; unsigned char ANS10:1; unsigned char ANS11:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ANSELH_bits_t; extern volatile __ANSELH_bits_t __at(ANSELH_ADDR) ANSELH_bits; #ifndef NO_BIT_DEFINES #define ANS8 ANSELH_bits.ANS8 #define ANS9 ANSELH_bits.ANS9 #define ANS10 ANSELH_bits.ANS10 #define ANS11 ANSELH_bits.ANS11 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char DC1B0:1; unsigned char DC1B1:1; unsigned char P1M0:1; unsigned char P1M1:1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define DC1B0 CCP1CON_bits.DC1B0 #define DC1B1 CCP1CON_bits.DC1B1 #define P1M0 CCP1CON_bits.P1M0 #define P1M1 CCP1CON_bits.P1M1 #endif /* NO_BIT_DEFINES */ // ----- CM1CON0 bits -------------------- typedef union { struct { unsigned char C1CH0:1; unsigned char C1CH1:1; unsigned char C1R:1; unsigned char :1; unsigned char C1POL:1; unsigned char C1OE:1; unsigned char C1OUT:1; unsigned char C1ON:1; }; } __CM1CON0_bits_t; extern volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; #ifndef NO_BIT_DEFINES #define C1CH0 CM1CON0_bits.C1CH0 #define C1CH1 CM1CON0_bits.C1CH1 #define C1R CM1CON0_bits.C1R #define C1POL CM1CON0_bits.C1POL #define C1OE CM1CON0_bits.C1OE #define C1OUT CM1CON0_bits.C1OUT #define C1ON CM1CON0_bits.C1ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON0 bits -------------------- typedef union { struct { unsigned char C2CH0:1; unsigned char C2CH1:1; unsigned char C2R:1; unsigned char :1; unsigned char C2POL:1; unsigned char C2OE:1; unsigned char C2OUT:1; unsigned char C2ON:1; }; } __CM2CON0_bits_t; extern volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; #ifndef NO_BIT_DEFINES #define C2CH0 CM2CON0_bits.C2CH0 #define C2CH1 CM2CON0_bits.C2CH1 #define C2R CM2CON0_bits.C2R #define C2POL CM2CON0_bits.C2POL #define C2OE CM2CON0_bits.C2OE #define C2OUT CM2CON0_bits.C2OUT #define C2ON CM2CON0_bits.C2ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char MC2OUT:1; unsigned char MC1OUT:1; }; } __CM2CON1_bits_t; extern volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CM2CON1_bits.C2SYNC #define T1GSS CM2CON1_bits.T1GSS #define MC2OUT CM2CON1_bits.MC2OUT #define MC1OUT CM2CON1_bits.MC1OUT #endif /* NO_BIT_DEFINES */ // ----- ECCPAS bits -------------------- typedef union { struct { unsigned char PSSBD0:1; unsigned char PSSBD1:1; unsigned char PSSAC0:1; unsigned char PSSAC1:1; unsigned char ECCPAS0:1; unsigned char ECCPAS1:1; unsigned char ECCPAS2:1; unsigned char ECCPASE:1; }; } __ECCPAS_bits_t; extern volatile __ECCPAS_bits_t __at(ECCPAS_ADDR) ECCPAS_bits; #ifndef NO_BIT_DEFINES #define PSSBD0 ECCPAS_bits.PSSBD0 #define PSSBD1 ECCPAS_bits.PSSBD1 #define PSSAC0 ECCPAS_bits.PSSAC0 #define PSSAC1 ECCPAS_bits.PSSAC1 #define ECCPAS0 ECCPAS_bits.ECCPAS0 #define ECCPAS1 ECCPAS_bits.ECCPAS1 #define ECCPAS2 ECCPAS_bits.ECCPAS2 #define ECCPASE ECCPAS_bits.ECCPASE #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RABIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RABIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RABIF INTCON_bits.RABIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RABIE INTCON_bits.RABIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOC bits -------------------- typedef union { struct { unsigned char IOC0:1; unsigned char IOC1:1; unsigned char IOC2:1; unsigned char IOC3:1; unsigned char IOC4:1; unsigned char IOC5:1; unsigned char :1; unsigned char :1; }; } __IOC_bits_t; extern volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; #ifndef NO_BIT_DEFINES #define IOC0 IOC_bits.IOC0 #define IOC1 IOC_bits.IOC1 #define IOC2 IOC_bits.IOC2 #define IOC3 IOC_bits.IOC3 #define IOC4 IOC_bits.IOC4 #define IOC5 IOC_bits.IOC5 #endif /* NO_BIT_DEFINES */ // ----- IOCA bits -------------------- typedef union { struct { unsigned char IOCA0:1; unsigned char IOCA1:1; unsigned char IOCA2:1; unsigned char IOCA3:1; unsigned char IOCA4:1; unsigned char IOCA5:1; unsigned char :1; unsigned char :1; }; } __IOCA_bits_t; extern volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; #ifndef NO_BIT_DEFINES #define IOCA0 IOCA_bits.IOCA0 #define IOCA1 IOCA_bits.IOCA1 #define IOCA2 IOCA_bits.IOCA2 #define IOCA3 IOCA_bits.IOCA3 #define IOCA4 IOCA_bits.IOCA4 #define IOCA5 IOCA_bits.IOCA5 #endif /* NO_BIT_DEFINES */ // ----- IOCB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char IOCB4:1; unsigned char IOCB5:1; unsigned char IOCB6:1; unsigned char IOCB7:1; }; } __IOCB_bits_t; extern volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; #ifndef NO_BIT_DEFINES #define IOCB4 IOCB_bits.IOCB4 #define IOCB5 IOCB_bits.IOCB5 #define IOCB6 IOCB_bits.IOCB6 #define IOCB7 IOCB_bits.IOCB7 #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RABPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RABPU OPTION_REG_bits.NOT_RABPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOD:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBOREN:1; unsigned char ULPWUE:1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOD PCON_bits.NOT_BOD #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBOREN PCON_bits.SBOREN #define ULPWUE PCON_bits.ULPWUE #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char T1IE:1; unsigned char T2IE:1; unsigned char CCP1IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char :1; }; struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define T1IE PIE1_bits.T1IE #define TMR1IE PIE1_bits.TMR1IE #define T2IE PIE1_bits.T2IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define EEIE PIE2_bits.EEIE #define C1IE PIE2_bits.C1IE #define C2IE PIE2_bits.C2IE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char T1IF:1; unsigned char T2IF:1; unsigned char CCP1IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char :1; }; struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define T1IF PIR1_bits.T1IF #define TMR1IF PIR1_bits.TMR1IF #define T2IF PIR1_bits.T2IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define EEIF PIR2_bits.EEIF #define C1IF PIR2_bits.C1IF #define C2IF PIR2_bits.C2IF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PSTRCON bits -------------------- typedef union { struct { unsigned char STRA:1; unsigned char STRB:1; unsigned char STRC:1; unsigned char STRD:1; unsigned char STRSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PSTRCON_bits_t; extern volatile __PSTRCON_bits_t __at(PSTRCON_ADDR) PSTRCON_bits; #ifndef NO_BIT_DEFINES #define STRA PSTRCON_bits.STRA #define STRB PSTRCON_bits.STRB #define STRC PSTRCON_bits.STRC #define STRD PSTRCON_bits.STRD #define STRSYNC PSTRCON_bits.STRSYNC #endif /* NO_BIT_DEFINES */ // ----- PWM1CON bits -------------------- typedef union { struct { unsigned char PDC0:1; unsigned char PDC1:1; unsigned char PDC2:1; unsigned char PDC3:1; unsigned char PDC4:1; unsigned char PDC5:1; unsigned char PDC6:1; unsigned char PRSEN:1; }; } __PWM1CON_bits_t; extern volatile __PWM1CON_bits_t __at(PWM1CON_ADDR) PWM1CON_bits; #ifndef NO_BIT_DEFINES #define PDC0 PWM1CON_bits.PDC0 #define PDC1 PWM1CON_bits.PDC1 #define PDC2 PWM1CON_bits.PDC2 #define PDC3 PWM1CON_bits.PDC3 #define PDC4 PWM1CON_bits.PDC4 #define PDC5 PWM1CON_bits.PDC5 #define PDC6 PWM1CON_bits.PDC6 #define PRSEN PWM1CON_bits.PRSEN #endif /* NO_BIT_DEFINES */ // ----- SRCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char PULSR:1; unsigned char PULSS:1; unsigned char C2REN:1; unsigned char C1SEN:1; unsigned char SR0:1; unsigned char SR1:1; }; } __SRCON_bits_t; extern volatile __SRCON_bits_t __at(SRCON_ADDR) SRCON_bits; #ifndef NO_BIT_DEFINES #define PULSR SRCON_bits.PULSR #define PULSS SRCON_bits.PULSS #define C2REN SRCON_bits.C2REN #define C1SEN SRCON_bits.C1SEN #define SR0 SRCON_bits.SR0 #define SR1 SRCON_bits.SR1 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char T1GINV:1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char VP6EN:1; unsigned char VRR:1; unsigned char C2VREN:1; unsigned char C1VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VP6EN VRCON_bits.VP6EN #define VRR VRCON_bits.VRR #define C2VREN VRCON_bits.C2VREN #define C1VREN VRCON_bits.C1VREN #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPUA bits -------------------- typedef union { struct { unsigned char WPUA0:1; unsigned char WPUA1:1; unsigned char WPUA2:1; unsigned char :1; unsigned char WPUA4:1; unsigned char WPUA5:1; unsigned char :1; unsigned char :1; }; } __WPUA_bits_t; extern volatile __WPUA_bits_t __at(WPUA_ADDR) WPUA_bits; #ifndef NO_BIT_DEFINES #define WPUA0 WPUA_bits.WPUA0 #define WPUA1 WPUA_bits.WPUA1 #define WPUA2 WPUA_bits.WPUA2 #define WPUA4 WPUA_bits.WPUA4 #define WPUA5 WPUA_bits.WPUA5 #endif /* NO_BIT_DEFINES */ // ----- WPUB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char WPUB4:1; unsigned char WPUB5:1; unsigned char WPUB6:1; unsigned char WPUB7:1; }; } __WPUB_bits_t; extern volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; #ifndef NO_BIT_DEFINES #define WPUB4 WPUB_bits.WPUB4 #define WPUB5 WPUB_bits.WPUB5 #define WPUB6 WPUB_bits.WPUB6 #define WPUB7 WPUB_bits.WPUB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f687.h000066400000000000000000001241571116427777700176360ustar00rootroot00000000000000// // Register Declarations for Microchip 16F687 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F687_H #define P16F687_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define SSPADD_ADDR 0x0093 #define MSK_ADDR 0x0093 #define SSPMSK_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define WPU_ADDR 0x0095 #define WPUA_ADDR 0x0095 #define IOC_ADDR 0x0096 #define IOCA_ADDR 0x0096 #define WDTCON_ADDR 0x0097 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define SPBRGH_ADDR 0x009A #define BAUDCTL_ADDR 0x009B #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDAT_ADDR 0x010C #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define WPUB_ADDR 0x0115 #define IOCB_ADDR 0x0116 #define VRCON_ADDR 0x0118 #define CM1CON0_ADDR 0x0119 #define CM2CON0_ADDR 0x011A #define CM2CON1_ADDR 0x011B #define ANSEL_ADDR 0x011E #define ANSELH_ADDR 0x011F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D #define SRCON_ADDR 0x019E // // Memory organization. // // LIST // P16F687.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F687 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F687 // 2. LIST directive in the source file // LIST P=PIC16F687 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.00 10/12/04 Original //2.00 04/21/05 Modified to match released datasheet //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F687 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (MSK_ADDR) MSK; extern __sfr __at (SSPMSK_ADDR) SSPMSK; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (WPUA_ADDR) WPUA; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (IOCA_ADDR) IOCA; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (SPBRGH_ADDR) SPBRGH; extern __sfr __at (BAUDCTL_ADDR) BAUDCTL; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (CM1CON0_ADDR) CM1CON0; extern __sfr __at (CM2CON0_ADDR) CM2CON0; extern __sfr __at (CM2CON1_ADDR) CM2CON1; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (ANSELH_ADDR) ANSELH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (SRCON_ADDR) SRCON; //----- BANK 0 REGISTER DEFINITIONS ---------------------------------------- //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- BANK 1 REGISTER DEFINITIONS ---------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- TRISA Bits -------------------------------------------------------- //----- TRISB Bits -------------------------------------------------------- //----- TRISC Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits -------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- SSPSTAT Bits -------------------------------------------------------- //----- WPUA -------------------------------------------------------------- //----- IOC -------------------------------------------------------------- //----- IOCA -------------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- TXSTA Bits ------------------------------------------------------- //----- SPBRG Bits ------------------------------------------------------- //----- SPBRGH Bits ------------------------------------------------------- //----- BAUDCTL Bits ------------------------------------------------------- //----- ADCON1 ------------------------------------------------------------- //----- BANK 2 REGISTER DEFINITIONS ---------------------------------------- //----- WPUB Bits ---------------------------------------------------------- //----- IOCB -------------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- CM1CON0 Bits ------------------------------------------------------- //----- CM2CON0 Bits ------------------------------------------------------- //----- CM2CON1 Bits ------------------------------------------------------- //----- ANSELH ------------------------------------------------------------- //----- ANSEL -------------------------------------------------------------- //----- BANK 3 REGISTER DEFINITIONS ---------------------------------------- //----- EECON1 ------------------------------------------------------------- //----- SRCON --------------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08'-H'09', H'11'-H'12', H'15'-H'17', H'1B'- H'1D' // __BADRAM H'88'-H'89', H'91'-H'92', H'9C'-H'9D', H'C0'-H'EF' // __BADRAM H'108'-H'109', H'10E'-H'114', H'117', H'11C'-H'11D', H'120'-H'16F' // __BADRAM H'188'-H'189', H'18E'-H'19D', H'19F'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOR_ON 0x3FFF #define _BOR_NSLEEP 0x3EFF #define _BOR_SBODEN 0x3DFF #define _BOR_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _INTOSCIO 0x3FFC #define _INTOSC 0x3FFD #define _EXTRCIO 0x3FFE #define _EXTRC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char CHS3:1; unsigned char VCFG:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define CHS3 ADCON0_bits.CHS3 #define VCFG ADCON0_bits.VCFG #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define ADCS0 ADCON1_bits.ADCS0 #define ADCS1 ADCON1_bits.ADCS1 #define ADCS2 ADCON1_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char ANS5:1; unsigned char ANS6:1; unsigned char ANS7:1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define ANS1 ANSEL_bits.ANS1 #define ANS2 ANSEL_bits.ANS2 #define ANS3 ANSEL_bits.ANS3 #define ANS4 ANSEL_bits.ANS4 #define ANS5 ANSEL_bits.ANS5 #define ANS6 ANSEL_bits.ANS6 #define ANS7 ANSEL_bits.ANS7 #endif /* NO_BIT_DEFINES */ // ----- ANSELH bits -------------------- typedef union { struct { unsigned char ANS8:1; unsigned char ANS9:1; unsigned char ANS10:1; unsigned char ANS11:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ANSELH_bits_t; extern volatile __ANSELH_bits_t __at(ANSELH_ADDR) ANSELH_bits; #ifndef NO_BIT_DEFINES #define ANS8 ANSELH_bits.ANS8 #define ANS9 ANSELH_bits.ANS9 #define ANS10 ANSELH_bits.ANS10 #define ANS11 ANSELH_bits.ANS11 #endif /* NO_BIT_DEFINES */ // ----- BAUDCTL bits -------------------- typedef union { struct { unsigned char ABDEN:1; unsigned char WUE:1; unsigned char :1; unsigned char BRG16:1; unsigned char SCKP:1; unsigned char :1; unsigned char RCIDL:1; unsigned char ABDOVF:1; }; } __BAUDCTL_bits_t; extern volatile __BAUDCTL_bits_t __at(BAUDCTL_ADDR) BAUDCTL_bits; #ifndef NO_BIT_DEFINES #define ABDEN BAUDCTL_bits.ABDEN #define WUE BAUDCTL_bits.WUE #define BRG16 BAUDCTL_bits.BRG16 #define SCKP BAUDCTL_bits.SCKP #define RCIDL BAUDCTL_bits.RCIDL #define ABDOVF BAUDCTL_bits.ABDOVF #endif /* NO_BIT_DEFINES */ // ----- CM1CON0 bits -------------------- typedef union { struct { unsigned char C1CH0:1; unsigned char C1CH1:1; unsigned char C1R:1; unsigned char :1; unsigned char C1POL:1; unsigned char C1OE:1; unsigned char C1OUT:1; unsigned char C1ON:1; }; } __CM1CON0_bits_t; extern volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; #ifndef NO_BIT_DEFINES #define C1CH0 CM1CON0_bits.C1CH0 #define C1CH1 CM1CON0_bits.C1CH1 #define C1R CM1CON0_bits.C1R #define C1POL CM1CON0_bits.C1POL #define C1OE CM1CON0_bits.C1OE #define C1OUT CM1CON0_bits.C1OUT #define C1ON CM1CON0_bits.C1ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON0 bits -------------------- typedef union { struct { unsigned char C2CH0:1; unsigned char C2CH1:1; unsigned char C2R:1; unsigned char :1; unsigned char C2POL:1; unsigned char C2OE:1; unsigned char C2OUT:1; unsigned char C2ON:1; }; } __CM2CON0_bits_t; extern volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; #ifndef NO_BIT_DEFINES #define C2CH0 CM2CON0_bits.C2CH0 #define C2CH1 CM2CON0_bits.C2CH1 #define C2R CM2CON0_bits.C2R #define C2POL CM2CON0_bits.C2POL #define C2OE CM2CON0_bits.C2OE #define C2OUT CM2CON0_bits.C2OUT #define C2ON CM2CON0_bits.C2ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char MC2OUT:1; unsigned char MC1OUT:1; }; } __CM2CON1_bits_t; extern volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CM2CON1_bits.C2SYNC #define T1GSS CM2CON1_bits.T1GSS #define MC2OUT CM2CON1_bits.MC2OUT #define MC1OUT CM2CON1_bits.MC1OUT #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RABIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RABIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RABIF INTCON_bits.RABIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RABIE INTCON_bits.RABIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOC bits -------------------- typedef union { struct { unsigned char IOC0:1; unsigned char IOC1:1; unsigned char IOC2:1; unsigned char IOC3:1; unsigned char IOC4:1; unsigned char IOC5:1; unsigned char :1; unsigned char :1; }; } __IOC_bits_t; extern volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; #ifndef NO_BIT_DEFINES #define IOC0 IOC_bits.IOC0 #define IOC1 IOC_bits.IOC1 #define IOC2 IOC_bits.IOC2 #define IOC3 IOC_bits.IOC3 #define IOC4 IOC_bits.IOC4 #define IOC5 IOC_bits.IOC5 #endif /* NO_BIT_DEFINES */ // ----- IOCA bits -------------------- typedef union { struct { unsigned char IOCA0:1; unsigned char IOCA1:1; unsigned char IOCA2:1; unsigned char IOCA3:1; unsigned char IOCA4:1; unsigned char IOCA5:1; unsigned char :1; unsigned char :1; }; } __IOCA_bits_t; extern volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; #ifndef NO_BIT_DEFINES #define IOCA0 IOCA_bits.IOCA0 #define IOCA1 IOCA_bits.IOCA1 #define IOCA2 IOCA_bits.IOCA2 #define IOCA3 IOCA_bits.IOCA3 #define IOCA4 IOCA_bits.IOCA4 #define IOCA5 IOCA_bits.IOCA5 #endif /* NO_BIT_DEFINES */ // ----- IOCB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char IOCB4:1; unsigned char IOCB5:1; unsigned char IOCB6:1; unsigned char IOCB7:1; }; } __IOCB_bits_t; extern volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; #ifndef NO_BIT_DEFINES #define IOCB4 IOCB_bits.IOCB4 #define IOCB5 IOCB_bits.IOCB5 #define IOCB6 IOCB_bits.IOCB6 #define IOCB7 IOCB_bits.IOCB7 #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RABPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RABPU OPTION_REG_bits.NOT_RABPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOR:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBOREN:1; unsigned char ULPWUE:1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBOREN PCON_bits.SBOREN #define ULPWUE PCON_bits.ULPWUE #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char T1IE:1; unsigned char :1; unsigned char :1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; struct { unsigned char TMR1IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define T1IE PIE1_bits.T1IE #define TMR1IE PIE1_bits.TMR1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define EEIE PIE2_bits.EEIE #define C1IE PIE2_bits.C1IE #define C2IE PIE2_bits.C2IE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char T1IF:1; unsigned char :1; unsigned char :1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; struct { unsigned char TMR1IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define T1IF PIR1_bits.T1IF #define TMR1IF PIR1_bits.TMR1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define EEIF PIR2_bits.EEIF #define C1IF PIR2_bits.C1IF #define C2IF PIR2_bits.C2IF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SPBRG bits -------------------- typedef union { struct { unsigned char BRG0:1; unsigned char BRG1:1; unsigned char BRG2:1; unsigned char BRG3:1; unsigned char BRG4:1; unsigned char BRG5:1; unsigned char BRG6:1; unsigned char BRG7:1; }; } __SPBRG_bits_t; extern volatile __SPBRG_bits_t __at(SPBRG_ADDR) SPBRG_bits; #ifndef NO_BIT_DEFINES #define BRG0 SPBRG_bits.BRG0 #define BRG1 SPBRG_bits.BRG1 #define BRG2 SPBRG_bits.BRG2 #define BRG3 SPBRG_bits.BRG3 #define BRG4 SPBRG_bits.BRG4 #define BRG5 SPBRG_bits.BRG5 #define BRG6 SPBRG_bits.BRG6 #define BRG7 SPBRG_bits.BRG7 #endif /* NO_BIT_DEFINES */ // ----- SPBRGH bits -------------------- typedef union { struct { unsigned char BRG8:1; unsigned char BRG9:1; unsigned char BRG10:1; unsigned char BRG11:1; unsigned char BRG12:1; unsigned char BRG13:1; unsigned char BRG14:1; unsigned char BRG15:1; }; } __SPBRGH_bits_t; extern volatile __SPBRGH_bits_t __at(SPBRGH_ADDR) SPBRGH_bits; #ifndef NO_BIT_DEFINES #define BRG8 SPBRGH_bits.BRG8 #define BRG9 SPBRGH_bits.BRG9 #define BRG10 SPBRGH_bits.BRG10 #define BRG11 SPBRGH_bits.BRG11 #define BRG12 SPBRGH_bits.BRG12 #define BRG13 SPBRGH_bits.BRG13 #define BRG14 SPBRGH_bits.BRG14 #define BRG15 SPBRGH_bits.BRG15 #endif /* NO_BIT_DEFINES */ // ----- SRCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char PULSR:1; unsigned char PULSS:1; unsigned char C2REN:1; unsigned char C1SEN:1; unsigned char SR0:1; unsigned char SR1:1; }; } __SRCON_bits_t; extern volatile __SRCON_bits_t __at(SRCON_ADDR) SRCON_bits; #ifndef NO_BIT_DEFINES #define PULSR SRCON_bits.PULSR #define PULSS SRCON_bits.PULSS #define C2REN SRCON_bits.C2REN #define C1SEN SRCON_bits.C1SEN #define SR0 SRCON_bits.SR0 #define SR1 SRCON_bits.SR1 #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char T1GINV:1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char SENB:1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SENB TXSTA_bits.SENB #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char VP6EN:1; unsigned char VRR:1; unsigned char C2VREN:1; unsigned char C1VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VP6EN VRCON_bits.VP6EN #define VRR VRCON_bits.VRR #define C2VREN VRCON_bits.C2VREN #define C1VREN VRCON_bits.C1VREN #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPUA bits -------------------- typedef union { struct { unsigned char WPUA0:1; unsigned char WPUA1:1; unsigned char WPUA2:1; unsigned char :1; unsigned char WPUA4:1; unsigned char WPUA5:1; unsigned char :1; unsigned char :1; }; } __WPUA_bits_t; extern volatile __WPUA_bits_t __at(WPUA_ADDR) WPUA_bits; #ifndef NO_BIT_DEFINES #define WPUA0 WPUA_bits.WPUA0 #define WPUA1 WPUA_bits.WPUA1 #define WPUA2 WPUA_bits.WPUA2 #define WPUA4 WPUA_bits.WPUA4 #define WPUA5 WPUA_bits.WPUA5 #endif /* NO_BIT_DEFINES */ // ----- WPUB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char WPUB4:1; unsigned char WPUB5:1; unsigned char WPUB6:1; unsigned char WPUB7:1; }; } __WPUB_bits_t; extern volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; #ifndef NO_BIT_DEFINES #define WPUB4 WPUB_bits.WPUB4 #define WPUB5 WPUB_bits.WPUB5 #define WPUB6 WPUB_bits.WPUB6 #define WPUB7 WPUB_bits.WPUB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f688.h000066400000000000000000000707061116427777700176370ustar00rootroot00000000000000// // Register Declarations for Microchip 16F688 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F688_H #define P16F688_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define BAUDCTL_ADDR 0x0011 #define SPBRGH_ADDR 0x0012 #define SPBRG_ADDR 0x0013 #define RCREG_ADDR 0x0014 #define TXREG_ADDR 0x0015 #define TXSTA_ADDR 0x0016 #define RCSTA_ADDR 0x0017 #define WDTCON_ADDR 0x0018 #define CMCON0_ADDR 0x0019 #define CMCON1_ADDR 0x001A #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define ANSEL_ADDR 0x0091 #define WPU_ADDR 0x0095 #define WPUA_ADDR 0x0095 #define IOC_ADDR 0x0096 #define IOCA_ADDR 0x0096 #define EEDATH_ADDR 0x0097 #define EEADRH_ADDR 0x0098 #define VRCON_ADDR 0x0099 #define EEDAT_ADDR 0x009A #define EEDATA_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F // // Memory organization. // // LIST // P16F688.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F688 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F688 // 2. LIST directive in the source file // LIST P=PIC16F688 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.00 07/28/03 Original //1.01 09/02/03 Modified to match datasheet //1.02 09/19/03 Changed CMCON1 from 0x20 to 0x1A (pas) //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F688 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (BAUDCTL_ADDR) BAUDCTL; extern __sfr __at (SPBRGH_ADDR) SPBRGH; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (CMCON0_ADDR) CMCON0; extern __sfr __at (CMCON1_ADDR) CMCON1; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (WPUA_ADDR) WPUA; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (IOCA_ADDR) IOCA; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- BAUDCTL Bits -------------------------------------------------------- //----- TXSTA Bits -------------------------------------------------------- //----- RCSTA Bits -------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- COMCON0 Bits ------------------------------------------------------- //----- COMCON1 Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits -------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- ANSEL -------------------------------------------------------------- //----- IOC -------------------------------------------------------------- //----- IOCA -------------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- EECON1 ------------------------------------------------------------- //----- ADCON1 ------------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'06', H'08'-H'09', H'0D', H'1B'-H'1D' // __BADRAM H'86', H'88'-H'89', H'8D', H'92'-H'94' // __BADRAM H'106', H'108'-H'109', H'10C'-H'11F' // __BADRAM H'186', H'188'-H'189', H'18C'-H'18D', H'190'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOD_ON 0x3FFF #define _BOD_NSLEEP 0x3EFF #define _BOD_SBODEN 0x3DFF #define _BOD_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _INTOSCIO 0x3FFC #define _INTOSC 0x3FFD #define _EXTRCIO 0x3FFE #define _EXTRC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char :1; unsigned char VCFG:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define VCFG ADCON0_bits.VCFG #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define ADCS0 ADCON1_bits.ADCS0 #define ADCS1 ADCON1_bits.ADCS1 #define ADCS2 ADCON1_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char ANS5:1; unsigned char ANS6:1; unsigned char ANS7:1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define ANS1 ANSEL_bits.ANS1 #define ANS2 ANSEL_bits.ANS2 #define ANS3 ANSEL_bits.ANS3 #define ANS4 ANSEL_bits.ANS4 #define ANS5 ANSEL_bits.ANS5 #define ANS6 ANSEL_bits.ANS6 #define ANS7 ANSEL_bits.ANS7 #endif /* NO_BIT_DEFINES */ // ----- BAUDCTL bits -------------------- typedef union { struct { unsigned char ABDEN:1; unsigned char WUE:1; unsigned char :1; unsigned char BRG16:1; unsigned char SCKP:1; unsigned char :1; unsigned char RCIDL:1; unsigned char ABDOVF:1; }; } __BAUDCTL_bits_t; extern volatile __BAUDCTL_bits_t __at(BAUDCTL_ADDR) BAUDCTL_bits; #ifndef NO_BIT_DEFINES #define ABDEN BAUDCTL_bits.ABDEN #define WUE BAUDCTL_bits.WUE #define BRG16 BAUDCTL_bits.BRG16 #define SCKP BAUDCTL_bits.SCKP #define RCIDL BAUDCTL_bits.RCIDL #define ABDOVF BAUDCTL_bits.ABDOVF #endif /* NO_BIT_DEFINES */ // ----- CMCON0 bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON0_bits_t; extern volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON0_bits.CM0 #define CM1 CMCON0_bits.CM1 #define CM2 CMCON0_bits.CM2 #define CIS CMCON0_bits.CIS #define C1INV CMCON0_bits.C1INV #define C2INV CMCON0_bits.C2INV #define C1OUT CMCON0_bits.C1OUT #define C2OUT CMCON0_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CMCON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __CMCON1_bits_t; extern volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CMCON1_bits.C2SYNC #define T1GSS CMCON1_bits.T1GSS #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RAIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RAIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RAIF INTCON_bits.RAIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RAIE INTCON_bits.RAIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOC bits -------------------- typedef union { struct { unsigned char IOC0:1; unsigned char IOC1:1; unsigned char IOC2:1; unsigned char IOC3:1; unsigned char IOC4:1; unsigned char IOC5:1; unsigned char :1; unsigned char :1; }; } __IOC_bits_t; extern volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; #ifndef NO_BIT_DEFINES #define IOC0 IOC_bits.IOC0 #define IOC1 IOC_bits.IOC1 #define IOC2 IOC_bits.IOC2 #define IOC3 IOC_bits.IOC3 #define IOC4 IOC_bits.IOC4 #define IOC5 IOC_bits.IOC5 #endif /* NO_BIT_DEFINES */ // ----- IOCA bits -------------------- typedef union { struct { unsigned char IOCA0:1; unsigned char IOCA1:1; unsigned char IOCA2:1; unsigned char IOCA3:1; unsigned char IOCA4:1; unsigned char IOCA5:1; unsigned char :1; unsigned char :1; }; } __IOCA_bits_t; extern volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; #ifndef NO_BIT_DEFINES #define IOCA0 IOCA_bits.IOCA0 #define IOCA1 IOCA_bits.IOCA1 #define IOCA2 IOCA_bits.IOCA2 #define IOCA3 IOCA_bits.IOCA3 #define IOCA4 IOCA_bits.IOCA4 #define IOCA5 IOCA_bits.IOCA5 #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RAPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RAPU OPTION_REG_bits.NOT_RAPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOD:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBODEN:1; unsigned char ULPWUE:1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOD PCON_bits.NOT_BOD #define NOT_POR PCON_bits.NOT_POR #define SBODEN PCON_bits.SBODEN #define ULPWUE PCON_bits.ULPWUE #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char T1IE:1; unsigned char TXIE:1; unsigned char OSFIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char EEIE:1; }; struct { unsigned char TMR1IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define T1IE PIE1_bits.T1IE #define TMR1IE PIE1_bits.TMR1IE #define TXIE PIE1_bits.TXIE #define OSFIE PIE1_bits.OSFIE #define C1IE PIE1_bits.C1IE #define C2IE PIE1_bits.C2IE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char T1IF:1; unsigned char TXIF:1; unsigned char OSFIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char EEIF:1; }; struct { unsigned char TMR1IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define T1IF PIR1_bits.T1IF #define TMR1IF PIR1_bits.TMR1IF #define TXIF PIR1_bits.TXIF #define OSFIF PIR1_bits.OSFIF #define C1IF PIR1_bits.C1IF #define C2IF PIR1_bits.C2IF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define SWDTEN RCSTA_bits.SWDTEN #define OERR RCSTA_bits.OERR #define WDTPS0 RCSTA_bits.WDTPS0 #define FERR RCSTA_bits.FERR #define WDTPS1 RCSTA_bits.WDTPS1 #define ADDEN RCSTA_bits.ADDEN #define WDTPS2 RCSTA_bits.WDTPS2 #define CREN RCSTA_bits.CREN #define WDTPS3 RCSTA_bits.WDTPS3 #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char T1GINV:1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char SENDB:1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SENDB TXSTA_bits.SENDB #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char :1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f689.h000066400000000000000000001241271116427777700176350ustar00rootroot00000000000000// // Register Declarations for Microchip 16F689 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F689_H #define P16F689_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define SSPADD_ADDR 0x0093 #define MSK_ADDR 0x0093 #define SSPMSK_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define WPU_ADDR 0x0095 #define WPUA_ADDR 0x0095 #define IOC_ADDR 0x0096 #define IOCA_ADDR 0x0096 #define WDTCON_ADDR 0x0097 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define SPBRGH_ADDR 0x009A #define BAUDCTL_ADDR 0x009B #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDAT_ADDR 0x010C #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define WPUB_ADDR 0x0115 #define IOCB_ADDR 0x0116 #define VRCON_ADDR 0x0118 #define CM1CON0_ADDR 0x0119 #define CM2CON0_ADDR 0x011A #define CM2CON1_ADDR 0x011B #define ANSEL_ADDR 0x011E #define ANSELH_ADDR 0x011F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D #define SRCON_ADDR 0x019E // // Memory organization. // // LIST // P16F689.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F689 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F689 // 2. LIST directive in the source file // LIST P=PIC16F689 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.00 10/12/04 Original //2.00 04/21/05 Modified names to match released datasheet //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F689 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (MSK_ADDR) MSK; extern __sfr __at (SSPMSK_ADDR) SSPMSK; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (WPUA_ADDR) WPUA; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (IOCA_ADDR) IOCA; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (SPBRGH_ADDR) SPBRGH; extern __sfr __at (BAUDCTL_ADDR) BAUDCTL; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (CM1CON0_ADDR) CM1CON0; extern __sfr __at (CM2CON0_ADDR) CM2CON0; extern __sfr __at (CM2CON1_ADDR) CM2CON1; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (ANSELH_ADDR) ANSELH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (SRCON_ADDR) SRCON; //----- BANK 0 REGISTER DEFINITIONS ---------------------------------------- //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- SSPCON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- BANK 1 REGISTER DEFINITIONS ---------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- TRISA Bits -------------------------------------------------------- //----- TRISB Bits -------------------------------------------------------- //----- TRISC Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits -------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- SSPSTAT Bits -------------------------------------------------------- //----- WPUA -------------------------------------------------------------- //----- IOC -------------------------------------------------------------- //----- IOCA -------------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- TXSTA Bits ------------------------------------------------------- //----- SPBRG Bits ------------------------------------------------------- //----- SPBRGH Bits ------------------------------------------------------- //----- BAUDCTL Bits ------------------------------------------------------- //----- ADCON1 ------------------------------------------------------------- //----- BANK 2 REGISTER DEFINITIONS ---------------------------------------- //----- WPUB Bits ---------------------------------------------------------- //----- IOCB -------------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- CM1CON0 Bits ------------------------------------------------------- //----- CM2CON0 Bits ------------------------------------------------------- //----- CM2CON1 Bits ------------------------------------------------------- //----- ANSELH ------------------------------------------------------------- //----- ANSEL -------------------------------------------------------------- //----- BANK 3 REGISTER DEFINITIONS ---------------------------------------- //----- EECON1 ------------------------------------------------------------- //----- SRCON --------------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08'-H'09', H'11'-H'12', H'15'-H'17', H'1B'-H'1D' // __BADRAM H'88'-H'89', H'91'-H'92', H'9C'-H'9D' // __BADRAM H'108'-H'109', H'110'-H'114', H'117', H'11C'-H'11D' // __BADRAM H'188'-H'189', H'18E'-H'19D', H'19F'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOR_ON 0x3FFF #define _BOR_NSLEEP 0x3EFF #define _BOR_SBODEN 0x3DFF #define _BOR_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _INTOSCIO 0x3FFC #define _INTOSC 0x3FFD #define _EXTRCIO 0x3FFE #define _EXTRC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char CHS3:1; unsigned char VCFG:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define CHS3 ADCON0_bits.CHS3 #define VCFG ADCON0_bits.VCFG #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define ADCS0 ADCON1_bits.ADCS0 #define ADCS1 ADCON1_bits.ADCS1 #define ADCS2 ADCON1_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char ANS5:1; unsigned char ANS6:1; unsigned char ANS7:1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define ANS1 ANSEL_bits.ANS1 #define ANS2 ANSEL_bits.ANS2 #define ANS3 ANSEL_bits.ANS3 #define ANS4 ANSEL_bits.ANS4 #define ANS5 ANSEL_bits.ANS5 #define ANS6 ANSEL_bits.ANS6 #define ANS7 ANSEL_bits.ANS7 #endif /* NO_BIT_DEFINES */ // ----- ANSELH bits -------------------- typedef union { struct { unsigned char ANS8:1; unsigned char ANS9:1; unsigned char ANS10:1; unsigned char ANS11:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ANSELH_bits_t; extern volatile __ANSELH_bits_t __at(ANSELH_ADDR) ANSELH_bits; #ifndef NO_BIT_DEFINES #define ANS8 ANSELH_bits.ANS8 #define ANS9 ANSELH_bits.ANS9 #define ANS10 ANSELH_bits.ANS10 #define ANS11 ANSELH_bits.ANS11 #endif /* NO_BIT_DEFINES */ // ----- BAUDCTL bits -------------------- typedef union { struct { unsigned char ABDEN:1; unsigned char WUE:1; unsigned char :1; unsigned char BRG16:1; unsigned char SCKP:1; unsigned char :1; unsigned char RCIDL:1; unsigned char ABDOVF:1; }; } __BAUDCTL_bits_t; extern volatile __BAUDCTL_bits_t __at(BAUDCTL_ADDR) BAUDCTL_bits; #ifndef NO_BIT_DEFINES #define ABDEN BAUDCTL_bits.ABDEN #define WUE BAUDCTL_bits.WUE #define BRG16 BAUDCTL_bits.BRG16 #define SCKP BAUDCTL_bits.SCKP #define RCIDL BAUDCTL_bits.RCIDL #define ABDOVF BAUDCTL_bits.ABDOVF #endif /* NO_BIT_DEFINES */ // ----- CM1CON0 bits -------------------- typedef union { struct { unsigned char C1CH0:1; unsigned char C1CH1:1; unsigned char C1R:1; unsigned char :1; unsigned char C1POL:1; unsigned char C1OE:1; unsigned char C1OUT:1; unsigned char C1ON:1; }; } __CM1CON0_bits_t; extern volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; #ifndef NO_BIT_DEFINES #define C1CH0 CM1CON0_bits.C1CH0 #define C1CH1 CM1CON0_bits.C1CH1 #define C1R CM1CON0_bits.C1R #define C1POL CM1CON0_bits.C1POL #define C1OE CM1CON0_bits.C1OE #define C1OUT CM1CON0_bits.C1OUT #define C1ON CM1CON0_bits.C1ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON0 bits -------------------- typedef union { struct { unsigned char C2CH0:1; unsigned char C2CH1:1; unsigned char C2R:1; unsigned char :1; unsigned char C2POL:1; unsigned char C2OE:1; unsigned char C2OUT:1; unsigned char C2ON:1; }; } __CM2CON0_bits_t; extern volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; #ifndef NO_BIT_DEFINES #define C2CH0 CM2CON0_bits.C2CH0 #define C2CH1 CM2CON0_bits.C2CH1 #define C2R CM2CON0_bits.C2R #define C2POL CM2CON0_bits.C2POL #define C2OE CM2CON0_bits.C2OE #define C2OUT CM2CON0_bits.C2OUT #define C2ON CM2CON0_bits.C2ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char MC2OUT:1; unsigned char MC1OUT:1; }; } __CM2CON1_bits_t; extern volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CM2CON1_bits.C2SYNC #define T1GSS CM2CON1_bits.T1GSS #define MC2OUT CM2CON1_bits.MC2OUT #define MC1OUT CM2CON1_bits.MC1OUT #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RABIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RABIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RABIF INTCON_bits.RABIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RABIE INTCON_bits.RABIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOC bits -------------------- typedef union { struct { unsigned char IOC0:1; unsigned char IOC1:1; unsigned char IOC2:1; unsigned char IOC3:1; unsigned char IOC4:1; unsigned char IOC5:1; unsigned char :1; unsigned char :1; }; } __IOC_bits_t; extern volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; #ifndef NO_BIT_DEFINES #define IOC0 IOC_bits.IOC0 #define IOC1 IOC_bits.IOC1 #define IOC2 IOC_bits.IOC2 #define IOC3 IOC_bits.IOC3 #define IOC4 IOC_bits.IOC4 #define IOC5 IOC_bits.IOC5 #endif /* NO_BIT_DEFINES */ // ----- IOCA bits -------------------- typedef union { struct { unsigned char IOCA0:1; unsigned char IOCA1:1; unsigned char IOCA2:1; unsigned char IOCA3:1; unsigned char IOCA4:1; unsigned char IOCA5:1; unsigned char :1; unsigned char :1; }; } __IOCA_bits_t; extern volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; #ifndef NO_BIT_DEFINES #define IOCA0 IOCA_bits.IOCA0 #define IOCA1 IOCA_bits.IOCA1 #define IOCA2 IOCA_bits.IOCA2 #define IOCA3 IOCA_bits.IOCA3 #define IOCA4 IOCA_bits.IOCA4 #define IOCA5 IOCA_bits.IOCA5 #endif /* NO_BIT_DEFINES */ // ----- IOCB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char IOCB4:1; unsigned char IOCB5:1; unsigned char IOCB6:1; unsigned char IOCB7:1; }; } __IOCB_bits_t; extern volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; #ifndef NO_BIT_DEFINES #define IOCB4 IOCB_bits.IOCB4 #define IOCB5 IOCB_bits.IOCB5 #define IOCB6 IOCB_bits.IOCB6 #define IOCB7 IOCB_bits.IOCB7 #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RABPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RABPU OPTION_REG_bits.NOT_RABPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOR:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBOREN:1; unsigned char ULPWUE:1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBOREN PCON_bits.SBOREN #define ULPWUE PCON_bits.ULPWUE #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char T1IE:1; unsigned char :1; unsigned char :1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; struct { unsigned char TMR1IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define T1IE PIE1_bits.T1IE #define TMR1IE PIE1_bits.TMR1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define EEIE PIE2_bits.EEIE #define C1IE PIE2_bits.C1IE #define C2IE PIE2_bits.C2IE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char T1IF:1; unsigned char :1; unsigned char :1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; struct { unsigned char TMR1IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define T1IF PIR1_bits.T1IF #define TMR1IF PIR1_bits.TMR1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define EEIF PIR2_bits.EEIF #define C1IF PIR2_bits.C1IF #define C2IF PIR2_bits.C2IF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SPBRG bits -------------------- typedef union { struct { unsigned char BRG0:1; unsigned char BRG1:1; unsigned char BRG2:1; unsigned char BRG3:1; unsigned char BRG4:1; unsigned char BRG5:1; unsigned char BRG6:1; unsigned char BRG7:1; }; } __SPBRG_bits_t; extern volatile __SPBRG_bits_t __at(SPBRG_ADDR) SPBRG_bits; #ifndef NO_BIT_DEFINES #define BRG0 SPBRG_bits.BRG0 #define BRG1 SPBRG_bits.BRG1 #define BRG2 SPBRG_bits.BRG2 #define BRG3 SPBRG_bits.BRG3 #define BRG4 SPBRG_bits.BRG4 #define BRG5 SPBRG_bits.BRG5 #define BRG6 SPBRG_bits.BRG6 #define BRG7 SPBRG_bits.BRG7 #endif /* NO_BIT_DEFINES */ // ----- SPBRGH bits -------------------- typedef union { struct { unsigned char BRG8:1; unsigned char BRG9:1; unsigned char BRG10:1; unsigned char BRG11:1; unsigned char BRG12:1; unsigned char BRG13:1; unsigned char BRG14:1; unsigned char BRG15:1; }; } __SPBRGH_bits_t; extern volatile __SPBRGH_bits_t __at(SPBRGH_ADDR) SPBRGH_bits; #ifndef NO_BIT_DEFINES #define BRG8 SPBRGH_bits.BRG8 #define BRG9 SPBRGH_bits.BRG9 #define BRG10 SPBRGH_bits.BRG10 #define BRG11 SPBRGH_bits.BRG11 #define BRG12 SPBRGH_bits.BRG12 #define BRG13 SPBRGH_bits.BRG13 #define BRG14 SPBRGH_bits.BRG14 #define BRG15 SPBRGH_bits.BRG15 #endif /* NO_BIT_DEFINES */ // ----- SRCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char PULSR:1; unsigned char PULSS:1; unsigned char C2REN:1; unsigned char C1SEN:1; unsigned char SR0:1; unsigned char SR1:1; }; } __SRCON_bits_t; extern volatile __SRCON_bits_t __at(SRCON_ADDR) SRCON_bits; #ifndef NO_BIT_DEFINES #define PULSR SRCON_bits.PULSR #define PULSS SRCON_bits.PULSS #define C2REN SRCON_bits.C2REN #define C1SEN SRCON_bits.C1SEN #define SR0 SRCON_bits.SR0 #define SR1 SRCON_bits.SR1 #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char T1GINV:1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char SENB:1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SENB TXSTA_bits.SENB #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char VP6EN:1; unsigned char VRR:1; unsigned char C2VREN:1; unsigned char C1VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VP6EN VRCON_bits.VP6EN #define VRR VRCON_bits.VRR #define C2VREN VRCON_bits.C2VREN #define C1VREN VRCON_bits.C1VREN #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPUA bits -------------------- typedef union { struct { unsigned char WPUA0:1; unsigned char WPUA1:1; unsigned char WPUA2:1; unsigned char :1; unsigned char WPUA4:1; unsigned char WPUA5:1; unsigned char :1; unsigned char :1; }; } __WPUA_bits_t; extern volatile __WPUA_bits_t __at(WPUA_ADDR) WPUA_bits; #ifndef NO_BIT_DEFINES #define WPUA0 WPUA_bits.WPUA0 #define WPUA1 WPUA_bits.WPUA1 #define WPUA2 WPUA_bits.WPUA2 #define WPUA4 WPUA_bits.WPUA4 #define WPUA5 WPUA_bits.WPUA5 #endif /* NO_BIT_DEFINES */ // ----- WPUB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char WPUB4:1; unsigned char WPUB5:1; unsigned char WPUB6:1; unsigned char WPUB7:1; }; } __WPUB_bits_t; extern volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; #ifndef NO_BIT_DEFINES #define WPUB4 WPUB_bits.WPUB4 #define WPUB5 WPUB_bits.WPUB5 #define WPUB6 WPUB_bits.WPUB6 #define WPUB7 WPUB_bits.WPUB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f690.h000066400000000000000000001362571116427777700176340ustar00rootroot00000000000000// // Register Declarations for Microchip 16F690 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F690_H #define P16F690_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define PWM1CON_ADDR 0x001C #define ECCPAS_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define MSK_ADDR 0x0093 #define SSPMSK_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define WPU_ADDR 0x0095 #define WPUA_ADDR 0x0095 #define IOC_ADDR 0x0096 #define IOCA_ADDR 0x0096 #define WDTCON_ADDR 0x0097 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define SPBRGH_ADDR 0x009A #define BAUDCTL_ADDR 0x009B #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDAT_ADDR 0x010C #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define WPUB_ADDR 0x0115 #define IOCB_ADDR 0x0116 #define VRCON_ADDR 0x0118 #define CM1CON0_ADDR 0x0119 #define CM2CON0_ADDR 0x011A #define CM2CON1_ADDR 0x011B #define ANSEL_ADDR 0x011E #define ANSELH_ADDR 0x011F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D #define PSTRCON_ADDR 0x019D #define SRCON_ADDR 0x019E // // Memory organization. // // LIST // P16F690.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F690 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F690 // 2. LIST directive in the source file // LIST P=PIC16F690 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.00 10/12/04 Original //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F690 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (PWM1CON_ADDR) PWM1CON; extern __sfr __at (ECCPAS_ADDR) ECCPAS; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (MSK_ADDR) MSK; extern __sfr __at (SSPMSK_ADDR) SSPMSK; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (WPUA_ADDR) WPUA; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (IOCA_ADDR) IOCA; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (SPBRGH_ADDR) SPBRGH; extern __sfr __at (BAUDCTL_ADDR) BAUDCTL; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (CM1CON0_ADDR) CM1CON0; extern __sfr __at (CM2CON0_ADDR) CM2CON0; extern __sfr __at (CM2CON1_ADDR) CM2CON1; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (ANSELH_ADDR) ANSELH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (PSTRCON_ADDR) PSTRCON; extern __sfr __at (SRCON_ADDR) SRCON; //----- BANK 0 REGISTER DEFINITIONS ---------------------------------------- //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits ------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- PWM1CON Bits ------------------------------------------------------- //----- ECCPAS Bits -------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- BANK 1 REGISTER DEFINITIONS ---------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- TRISA Bits -------------------------------------------------------- //----- TRISB Bits -------------------------------------------------------- //----- TRISC Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits -------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- SSPSTAT Bits -------------------------------------------------------- //----- WPUA -------------------------------------------------------------- //----- IOC -------------------------------------------------------------- //----- IOCA -------------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- TXSTA Bits ------------------------------------------------------- //----- SPBRG Bits ------------------------------------------------------- //----- SPBRGH Bits ------------------------------------------------------- //----- BAUDCTL Bits ------------------------------------------------------- //----- ADCON1 ------------------------------------------------------------- //----- BANK 2 REGISTER DEFINITIONS ---------------------------------------- //----- WPUB Bits ---------------------------------------------------------- //----- IOCB -------------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- CM1CON0 Bits ------------------------------------------------------- //----- CM2CON0 Bits ------------------------------------------------------- //----- CM2CON1 Bits ------------------------------------------------------- //----- ANSELH ------------------------------------------------------------- //----- ANSEL -------------------------------------------------------------- //----- BANK 3 REGISTER DEFINITIONS ---------------------------------------- //----- EECON1 ------------------------------------------------------------- //----- PSTRCON ------------------------------------------------------------- //----- SRCON --------------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08'-H'09', H'1B' // __BADRAM H'88'-H'89', H'91', H'9C'-H'9D' // __BADRAM H'108'-H'109', H'110'-H'114', H'117', H'11C'-H'11D' // __BADRAM H'188'-H'189', H'18E'-H'19C', H'19F'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOR_ON 0x3FFF #define _BOR_NSLEEP 0x3EFF #define _BOR_SBODEN 0x3DFF #define _BOR_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _INTOSCIO 0x3FFC #define _INTOSC 0x3FFD #define _EXTRCIO 0x3FFE #define _EXTRC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char CHS3:1; unsigned char VCFG:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define CHS3 ADCON0_bits.CHS3 #define VCFG ADCON0_bits.VCFG #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define ADCS0 ADCON1_bits.ADCS0 #define ADCS1 ADCON1_bits.ADCS1 #define ADCS2 ADCON1_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char ANS5:1; unsigned char ANS6:1; unsigned char ANS7:1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define ANS1 ANSEL_bits.ANS1 #define ANS2 ANSEL_bits.ANS2 #define ANS3 ANSEL_bits.ANS3 #define ANS4 ANSEL_bits.ANS4 #define ANS5 ANSEL_bits.ANS5 #define ANS6 ANSEL_bits.ANS6 #define ANS7 ANSEL_bits.ANS7 #endif /* NO_BIT_DEFINES */ // ----- ANSELH bits -------------------- typedef union { struct { unsigned char ANS8:1; unsigned char ANS9:1; unsigned char ANS10:1; unsigned char ANS11:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ANSELH_bits_t; extern volatile __ANSELH_bits_t __at(ANSELH_ADDR) ANSELH_bits; #ifndef NO_BIT_DEFINES #define ANS8 ANSELH_bits.ANS8 #define ANS9 ANSELH_bits.ANS9 #define ANS10 ANSELH_bits.ANS10 #define ANS11 ANSELH_bits.ANS11 #endif /* NO_BIT_DEFINES */ // ----- BAUDCTL bits -------------------- typedef union { struct { unsigned char ABDEN:1; unsigned char WUE:1; unsigned char :1; unsigned char BRG16:1; unsigned char SCKP:1; unsigned char :1; unsigned char RCIDL:1; unsigned char ABDOVF:1; }; } __BAUDCTL_bits_t; extern volatile __BAUDCTL_bits_t __at(BAUDCTL_ADDR) BAUDCTL_bits; #ifndef NO_BIT_DEFINES #define ABDEN BAUDCTL_bits.ABDEN #define WUE BAUDCTL_bits.WUE #define BRG16 BAUDCTL_bits.BRG16 #define SCKP BAUDCTL_bits.SCKP #define RCIDL BAUDCTL_bits.RCIDL #define ABDOVF BAUDCTL_bits.ABDOVF #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char DC1B0:1; unsigned char DC1B1:1; unsigned char P1M0:1; unsigned char P1M1:1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define DC1B0 CCP1CON_bits.DC1B0 #define DC1B1 CCP1CON_bits.DC1B1 #define P1M0 CCP1CON_bits.P1M0 #define P1M1 CCP1CON_bits.P1M1 #endif /* NO_BIT_DEFINES */ // ----- CM1CON0 bits -------------------- typedef union { struct { unsigned char C1CH0:1; unsigned char C1CH1:1; unsigned char C1R:1; unsigned char :1; unsigned char C1POL:1; unsigned char C1OE:1; unsigned char C1OUT:1; unsigned char C1ON:1; }; } __CM1CON0_bits_t; extern volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; #ifndef NO_BIT_DEFINES #define C1CH0 CM1CON0_bits.C1CH0 #define C1CH1 CM1CON0_bits.C1CH1 #define C1R CM1CON0_bits.C1R #define C1POL CM1CON0_bits.C1POL #define C1OE CM1CON0_bits.C1OE #define C1OUT CM1CON0_bits.C1OUT #define C1ON CM1CON0_bits.C1ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON0 bits -------------------- typedef union { struct { unsigned char C2CH0:1; unsigned char C2CH1:1; unsigned char C2R:1; unsigned char :1; unsigned char C2POL:1; unsigned char C2OE:1; unsigned char C2OUT:1; unsigned char C2ON:1; }; } __CM2CON0_bits_t; extern volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; #ifndef NO_BIT_DEFINES #define C2CH0 CM2CON0_bits.C2CH0 #define C2CH1 CM2CON0_bits.C2CH1 #define C2R CM2CON0_bits.C2R #define C2POL CM2CON0_bits.C2POL #define C2OE CM2CON0_bits.C2OE #define C2OUT CM2CON0_bits.C2OUT #define C2ON CM2CON0_bits.C2ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char MC2OUT:1; unsigned char MC1OUT:1; }; } __CM2CON1_bits_t; extern volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CM2CON1_bits.C2SYNC #define T1GSS CM2CON1_bits.T1GSS #define MC2OUT CM2CON1_bits.MC2OUT #define MC1OUT CM2CON1_bits.MC1OUT #endif /* NO_BIT_DEFINES */ // ----- ECCPAS bits -------------------- typedef union { struct { unsigned char PSSBD0:1; unsigned char PSSBD1:1; unsigned char PSSAC0:1; unsigned char PSSAC1:1; unsigned char ECCPAS0:1; unsigned char ECCPAS1:1; unsigned char ECCPAS2:1; unsigned char ECCPASE:1; }; } __ECCPAS_bits_t; extern volatile __ECCPAS_bits_t __at(ECCPAS_ADDR) ECCPAS_bits; #ifndef NO_BIT_DEFINES #define PSSBD0 ECCPAS_bits.PSSBD0 #define PSSBD1 ECCPAS_bits.PSSBD1 #define PSSAC0 ECCPAS_bits.PSSAC0 #define PSSAC1 ECCPAS_bits.PSSAC1 #define ECCPAS0 ECCPAS_bits.ECCPAS0 #define ECCPAS1 ECCPAS_bits.ECCPAS1 #define ECCPAS2 ECCPAS_bits.ECCPAS2 #define ECCPASE ECCPAS_bits.ECCPASE #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RABIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RABIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RABIF INTCON_bits.RABIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RABIE INTCON_bits.RABIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOC bits -------------------- typedef union { struct { unsigned char IOC0:1; unsigned char IOC1:1; unsigned char IOC2:1; unsigned char IOC3:1; unsigned char IOC4:1; unsigned char IOC5:1; unsigned char :1; unsigned char :1; }; } __IOC_bits_t; extern volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; #ifndef NO_BIT_DEFINES #define IOC0 IOC_bits.IOC0 #define IOC1 IOC_bits.IOC1 #define IOC2 IOC_bits.IOC2 #define IOC3 IOC_bits.IOC3 #define IOC4 IOC_bits.IOC4 #define IOC5 IOC_bits.IOC5 #endif /* NO_BIT_DEFINES */ // ----- IOCA bits -------------------- typedef union { struct { unsigned char IOCA0:1; unsigned char IOCA1:1; unsigned char IOCA2:1; unsigned char IOCA3:1; unsigned char IOCA4:1; unsigned char IOCA5:1; unsigned char :1; unsigned char :1; }; } __IOCA_bits_t; extern volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; #ifndef NO_BIT_DEFINES #define IOCA0 IOCA_bits.IOCA0 #define IOCA1 IOCA_bits.IOCA1 #define IOCA2 IOCA_bits.IOCA2 #define IOCA3 IOCA_bits.IOCA3 #define IOCA4 IOCA_bits.IOCA4 #define IOCA5 IOCA_bits.IOCA5 #endif /* NO_BIT_DEFINES */ // ----- IOCB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char IOCB4:1; unsigned char IOCB5:1; unsigned char IOCB6:1; unsigned char IOCB7:1; }; } __IOCB_bits_t; extern volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; #ifndef NO_BIT_DEFINES #define IOCB4 IOCB_bits.IOCB4 #define IOCB5 IOCB_bits.IOCB5 #define IOCB6 IOCB_bits.IOCB6 #define IOCB7 IOCB_bits.IOCB7 #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RABPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RABPU OPTION_REG_bits.NOT_RABPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOR:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBOREN:1; unsigned char ULPWUE:1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBOREN PCON_bits.SBOREN #define ULPWUE PCON_bits.ULPWUE #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char T1IE:1; unsigned char T2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define T1IE PIE1_bits.T1IE #define TMR1IE PIE1_bits.TMR1IE #define T2IE PIE1_bits.T2IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define EEIE PIE2_bits.EEIE #define C1IE PIE2_bits.C1IE #define C2IE PIE2_bits.C2IE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char T1IF:1; unsigned char T2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define T1IF PIR1_bits.T1IF #define TMR1IF PIR1_bits.TMR1IF #define T2IF PIR1_bits.T2IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define EEIF PIR2_bits.EEIF #define C1IF PIR2_bits.C1IF #define C2IF PIR2_bits.C2IF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PSTRCON bits -------------------- typedef union { struct { unsigned char STRA:1; unsigned char STRB:1; unsigned char STRC:1; unsigned char STRD:1; unsigned char STRSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PSTRCON_bits_t; extern volatile __PSTRCON_bits_t __at(PSTRCON_ADDR) PSTRCON_bits; #ifndef NO_BIT_DEFINES #define STRA PSTRCON_bits.STRA #define STRB PSTRCON_bits.STRB #define STRC PSTRCON_bits.STRC #define STRD PSTRCON_bits.STRD #define STRSYNC PSTRCON_bits.STRSYNC #endif /* NO_BIT_DEFINES */ // ----- PWM1CON bits -------------------- typedef union { struct { unsigned char PDC0:1; unsigned char PDC1:1; unsigned char PDC2:1; unsigned char PDC3:1; unsigned char PDC4:1; unsigned char PDC5:1; unsigned char PDC6:1; unsigned char PRSEN:1; }; } __PWM1CON_bits_t; extern volatile __PWM1CON_bits_t __at(PWM1CON_ADDR) PWM1CON_bits; #ifndef NO_BIT_DEFINES #define PDC0 PWM1CON_bits.PDC0 #define PDC1 PWM1CON_bits.PDC1 #define PDC2 PWM1CON_bits.PDC2 #define PDC3 PWM1CON_bits.PDC3 #define PDC4 PWM1CON_bits.PDC4 #define PDC5 PWM1CON_bits.PDC5 #define PDC6 PWM1CON_bits.PDC6 #define PRSEN PWM1CON_bits.PRSEN #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SPBRG bits -------------------- typedef union { struct { unsigned char BRG0:1; unsigned char BRG1:1; unsigned char BRG2:1; unsigned char BRG3:1; unsigned char BRG4:1; unsigned char BRG5:1; unsigned char BRG6:1; unsigned char BRG7:1; }; } __SPBRG_bits_t; extern volatile __SPBRG_bits_t __at(SPBRG_ADDR) SPBRG_bits; #ifndef NO_BIT_DEFINES #define BRG0 SPBRG_bits.BRG0 #define BRG1 SPBRG_bits.BRG1 #define BRG2 SPBRG_bits.BRG2 #define BRG3 SPBRG_bits.BRG3 #define BRG4 SPBRG_bits.BRG4 #define BRG5 SPBRG_bits.BRG5 #define BRG6 SPBRG_bits.BRG6 #define BRG7 SPBRG_bits.BRG7 #endif /* NO_BIT_DEFINES */ // ----- SPBRGH bits -------------------- typedef union { struct { unsigned char BRG8:1; unsigned char BRG9:1; unsigned char BRG10:1; unsigned char BRG11:1; unsigned char BRG12:1; unsigned char BRG13:1; unsigned char BRG14:1; unsigned char BRG15:1; }; } __SPBRGH_bits_t; extern volatile __SPBRGH_bits_t __at(SPBRGH_ADDR) SPBRGH_bits; #ifndef NO_BIT_DEFINES #define BRG8 SPBRGH_bits.BRG8 #define BRG9 SPBRGH_bits.BRG9 #define BRG10 SPBRGH_bits.BRG10 #define BRG11 SPBRGH_bits.BRG11 #define BRG12 SPBRGH_bits.BRG12 #define BRG13 SPBRGH_bits.BRG13 #define BRG14 SPBRGH_bits.BRG14 #define BRG15 SPBRGH_bits.BRG15 #endif /* NO_BIT_DEFINES */ // ----- SRCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char PULSR:1; unsigned char PULSS:1; unsigned char C2REN:1; unsigned char C1SEN:1; unsigned char SR0:1; unsigned char SR1:1; }; } __SRCON_bits_t; extern volatile __SRCON_bits_t __at(SRCON_ADDR) SRCON_bits; #ifndef NO_BIT_DEFINES #define PULSR SRCON_bits.PULSR #define PULSS SRCON_bits.PULSS #define C2REN SRCON_bits.C2REN #define C1SEN SRCON_bits.C1SEN #define SR0 SRCON_bits.SR0 #define SR1 SRCON_bits.SR1 #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char T1GINV:1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char SENB:1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SENB TXSTA_bits.SENB #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char VP6EN:1; unsigned char VRR:1; unsigned char C2VREN:1; unsigned char C1VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VP6EN VRCON_bits.VP6EN #define VRR VRCON_bits.VRR #define C2VREN VRCON_bits.C2VREN #define C1VREN VRCON_bits.C1VREN #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPUA bits -------------------- typedef union { struct { unsigned char WPUA0:1; unsigned char WPUA1:1; unsigned char WPUA2:1; unsigned char :1; unsigned char WPUA4:1; unsigned char WPUA5:1; unsigned char :1; unsigned char :1; }; } __WPUA_bits_t; extern volatile __WPUA_bits_t __at(WPUA_ADDR) WPUA_bits; #ifndef NO_BIT_DEFINES #define WPUA0 WPUA_bits.WPUA0 #define WPUA1 WPUA_bits.WPUA1 #define WPUA2 WPUA_bits.WPUA2 #define WPUA4 WPUA_bits.WPUA4 #define WPUA5 WPUA_bits.WPUA5 #endif /* NO_BIT_DEFINES */ // ----- WPUB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char WPUB4:1; unsigned char WPUB5:1; unsigned char WPUB6:1; unsigned char WPUB7:1; }; } __WPUB_bits_t; extern volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; #ifndef NO_BIT_DEFINES #define WPUB4 WPUB_bits.WPUB4 #define WPUB5 WPUB_bits.WPUB5 #define WPUB6 WPUB_bits.WPUB6 #define WPUB7 WPUB_bits.WPUB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f716.h000066400000000000000000000474571116427777700176360ustar00rootroot00000000000000// // Register Declarations for Microchip 16F716 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F716_H #define P16F716_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define DATACCP_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define PWM1CON_ADDR 0x0018 #define ECCPAS_ADDR 0x0019 #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISCP_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define ADCON1_ADDR 0x009F // // Memory organization. // // LIST // P16F716.INC Standard Header File, Version 1.01 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F716 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F716 // 2. LIST directive in the source file // LIST P=PIC16F716 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 16 Apr 2003 Initial Release //1.01 30 Apr 2003 Added references for backward compatibility to PIC16C716 //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F716 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (DATACCP_ADDR) DATACCP; // C712/C716 compatibility extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (PWM1CON_ADDR) PWM1CON; extern __sfr __at (ECCPAS_ADDR) ECCPAS; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISCP_ADDR) TRISCP; // C712/C716 compatibility extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (ADCON1_ADDR) ADCON1; //----- STATUS Bits -------------------------------------------------------- //----- PORTB Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- PWM1CON Bits ------------------------------------------------------- //----- ECCPAS Bits -------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- TRISB Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'BF' // __BADRAM H'07'-H'09', H'0D', H'13'-H'14', H'1A'-H'1D' // __BADRAM H'87'-H'89', H'8D', H'8F'-H'91', H'93'-H'9E' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF // C712/C716 compatibility #define _BODEN_OFF 0x3FBF // C712/C716 compatibility #define _BOREN_ON 0x3FFF #define _BOREN_OFF 0x3FBF #define _VBOR_25 0x3F7F #define _VBOR_40 0x3FFF #define _CP_ON 0x1FFF #define _CP_ALL 0x1FFF // C712/C716 compatibility #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char DC1B0:1; unsigned char DC1B1:1; unsigned char P1M0:1; unsigned char P1M1:1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define DC1B0 CCP1CON_bits.DC1B0 #define DC1B1 CCP1CON_bits.DC1B1 #define P1M0 CCP1CON_bits.P1M0 #define P1M1 CCP1CON_bits.P1M1 #endif /* NO_BIT_DEFINES */ // ----- ECCPAS bits -------------------- typedef union { struct { unsigned char PSSBD0:1; unsigned char PSSBD1:1; unsigned char PSSAC0:1; unsigned char PSSAC1:1; unsigned char ECCPAS0:1; unsigned char ECCPAS1:1; unsigned char :1; unsigned char ECCPASE:1; }; } __ECCPAS_bits_t; extern volatile __ECCPAS_bits_t __at(ECCPAS_ADDR) ECCPAS_bits; #ifndef NO_BIT_DEFINES #define PSSBD0 ECCPAS_bits.PSSBD0 #define PSSBD1 ECCPAS_bits.PSSBD1 #define PSSAC0 ECCPAS_bits.PSSAC0 #define PSSAC1 ECCPAS_bits.PSSAC1 #define ECCPAS0 ECCPAS_bits.ECCPAS0 #define ECCPAS1 ECCPAS_bits.ECCPAS1 #define ECCPASE ECCPAS_bits.ECCPASE #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOD PCON_bits.NOT_BOD #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char :1; unsigned char DT1CK:1; unsigned char :1; unsigned char DCCP:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define DT1CK PORTB_bits.DT1CK #define DCCP PORTB_bits.DCCP #endif /* NO_BIT_DEFINES */ // ----- PWM1CON bits -------------------- typedef union { struct { unsigned char PDC0:1; unsigned char PDC1:1; unsigned char PDC2:1; unsigned char PDC3:1; unsigned char PDC4:1; unsigned char PDC5:1; unsigned char PDC6:1; unsigned char PRSEN:1; }; } __PWM1CON_bits_t; extern volatile __PWM1CON_bits_t __at(PWM1CON_ADDR) PWM1CON_bits; #ifndef NO_BIT_DEFINES #define PDC0 PWM1CON_bits.PDC0 #define PDC1 PWM1CON_bits.PDC1 #define PDC2 PWM1CON_bits.PDC2 #define PDC3 PWM1CON_bits.PDC3 #define PDC4 PWM1CON_bits.PDC4 #define PDC5 PWM1CON_bits.PDC5 #define PDC6 PWM1CON_bits.PDC6 #define PRSEN PWM1CON_bits.PRSEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define T1SYNC T1CON_bits.T1SYNC #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char :1; unsigned char TT1CK:1; unsigned char :1; unsigned char TCCP:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TT1CK TRISB_bits.TT1CK #define TCCP TRISB_bits.TCCP #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f72.h000066400000000000000000000611151116427777700175340ustar00rootroot00000000000000// // Register Declarations for Microchip 16F72 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F72_H #define P16F72_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define ADCON1_ADDR 0x009F #define PMDATL_ADDR 0x010C #define PMADRL_ADDR 0x010D #define PMDATH_ADDR 0x010E #define PMADRH_ADDR 0x010F #define PMCON1_ADDR 0x018C // // Memory organization. // // LIST // P16F72.INC Standard Header File, Version 1.01 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F72 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F72 // 2. LIST directive in the source file // LIST P=PIC16F72 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 03/22/02 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F72 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (PMDATL_ADDR) PMDATL; extern __sfr __at (PMADRL_ADDR) PMADRL; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADRH_ADDR) PMADRH; extern __sfr __at (PMCON1_ADDR) PMCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- PMCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08'-H'09', H'0D', H'18'-H'1D' // __BADRAM H'88'-H'89', H'8D', H'8F'-H'91', H'95'-H'9E' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18D'-H'19F' //========================================================================== // // Configuration Bits // //========================================================================== #define _BOREN_ON 0x3FFF #define _BODEN_ON 0x3FFF // Backward compatibility only #define _BOREN_OFF 0x3FBF #define _BODEN_OFF 0x3FBF // Backward compatibility only #define _CP_ALL 0x3FEF #define _CP_OFF 0x3FFF #define _PWRTEN_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF // Backward compatibility only #define _PWRTEN_ON 0x3FF7 #define _PWRTE_ON 0x3FF7 // Backward compatibility only #define _WDTEN_ON 0x3FFF #define _WDTEN_OFF 0x3FFB #define _WDT_ON 0x3FFF // Backward compatibility only #define _WDT_OFF 0x3FFB // Backward compatibility only #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char TMR0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char TMR0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char :1; unsigned char T0IF:1; unsigned char :1; unsigned char :1; unsigned char T0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define TMR0IF INTCON_bits.TMR0IF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define TMR0IE INTCON_bits.TMR0IE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f73.h000066400000000000000000000727541116427777700175500ustar00rootroot00000000000000// // Register Declarations for Microchip 16F73 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F73_H #define P16F73_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADCON1_ADDR 0x009F #define PMDATA_ADDR 0x010C #define PMADR_ADDR 0x010D #define PMDATH_ADDR 0x010E #define PMADRH_ADDR 0x010F #define PMCON1_ADDR 0x018C // // Memory organization. // // LIST // P16F73.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F73 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F73 // 2. LIST directive in the source file // LIST P=PIC16F73 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 00/00/00 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F73 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (PMDATA_ADDR) PMDATA; extern __sfr __at (PMADR_ADDR) PMADR; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADRH_ADDR) PMADRH; extern __sfr __at (PMCON1_ADDR) PMCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- PMCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08'-H'09' // __BADRAM H'88'-H'89', H'8F'-H'91', H'95'-H'97', H'9A'-H'9E' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18D'-H'19F' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x3FEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char :1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f737.h000066400000000000000000001310671116427777700176300ustar00rootroot00000000000000// // Register Declarations for Microchip 16F737 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F737_H #define P16F737_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define CCPR3L_ADDR 0x0095 #define CCPR3H_ADDR 0x0096 #define CCP3CON_ADDR 0x0097 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADCON2_ADDR 0x009B #define CMCON_ADDR 0x009C #define CVRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define WDTCON_ADDR 0x0105 #define LVDCON_ADDR 0x0109 #define PMDATA_ADDR 0x010C #define PMADR_ADDR 0x010D #define PMDATH_ADDR 0x010E #define PMADRH_ADDR 0x010F #define PMCON1_ADDR 0x018C // // Memory organization. // // LIST // P16F737.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F737 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F737 // 2. LIST directive in the source file // LIST P=PIC16F737 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 05/05/03 Initial Release //1.01 10/21/03 Made changes to Program Memory register names. //1.02 04/07/04 Added INT0IE & INT0IF bit names. //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F737 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (CCPR3L_ADDR) CCPR3L; extern __sfr __at (CCPR3H_ADDR) CCPR3H; extern __sfr __at (CCP3CON_ADDR) CCP3CON; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADCON2_ADDR) ADCON2; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (CVRCON_ADDR) CVRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (PMDATA_ADDR) PMDATA; extern __sfr __at (PMADR_ADDR) PMADR; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADRH_ADDR) PMADRH; extern __sfr __at (PMCON1_ADDR) PMCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits ------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- CCP3CON Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON2 Bits --------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- CVRCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- PMCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08' // __BADRAM H'88', H'9A' // __BADRAM H'107'-H'108' // __BADRAM H'185', H'187'-H'189', H'18D'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CONFIG1 0x2007 #define _CONFIG2 0x2008 //Configuration Byte 1 Options #define _CP_ALL 0x1FFF #define _CP_OFF 0x3FFF #define _CCP2_RC1 0x3FFF #define _CCP2_RB3 0x2FFF #define _DEBUG_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _VBOR_2_0 0x3FFF #define _VBOR_2_7 0x3F7F #define _VBOR_4_2 0x3EFF #define _VBOR_4_5 0x3E7F #define _BOREN_1 0x3FFF //MUST BE CONFIGURED IN CONJUCTION W/ BORSEN (CONFIG2) #define _BOREN_0 0x3FBF //MUST BE CONFIGURED IN CONJUCTION W/ BORSEN (CONFIG2) #define _MCLR_ON 0x3FFF #define _MCLR_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _EXTRC_CLKOUT 0x3FFF #define _EXTRC_IO 0x3FFE #define _INTRC_CLKOUT 0x3FFD #define _INTRC_IO 0x3FFC #define _EXTCLK 0x3FEF #define _HS_OSC 0x3FEE #define _XT_OSC 0x3FED #define _LP_OSC 0x3FEC //Configuration Byte 2 Options #define _BORSEN_1 0x3FFF //MUST BE CONFIGURED IN CONJUCTION W/ BOREN (CONFIG1) #define _BORSEN_0 0x3FBF //MUST BE CONFIGURED IN CONJUCTION W/ BOREN (CONFIG1) #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3FFD #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x3FFE //**** Brown-out Reset configurations **** (Refer to the 16F7x7 Data Sheet for more details) //BOREN_1 & BORSEN_1 = BOR enabled and always on //BOREN_1 & BORSEN_0 = BOR enabled during operation and disabled during sleep by hardware //BOREN_0 & BORSEN_1 = BOR controlled by software bit SBOREN (PCON,2) //BOREN_0 & BORSEN_0 = BOR disabled // To use the Configuration Bits, place the following lines in your source code // in the following format, and change the configuration value to the desired // setting (such as CP_OFF to CP_ALL). These are currently commented out here // and each __CONFIG line should have the preceding semicolon removed when // pasted into your source code. //Program Configuration Register 1 // __CONFIG _CONFIG1, _CP_OFF & _CCP2_RC1 & _DEBUG_OFF & _VBOR_2_0 & BOREN_1 & _MCLR_OFF & _PWRTE_OFF & _WDT_OFF & _HS_OSC //Program Configuration Register 2 // __CONFIG _CONFIG2, _BORSEN_1 & _IESO_OFF & _FCMEN_OFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char CHS3:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define CHS3 ADCON0_bits.CHS3 #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char ADCS2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define VCFG0 ADCON1_bits.VCFG0 #define VCFG1 ADCON1_bits.VCFG1 #define ADCS2 ADCON1_bits.ADCS2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ACQT0:1; unsigned char ACQT1:1; unsigned char ACQT2:1; unsigned char :1; unsigned char :1; }; } __ADCON2_bits_t; extern volatile __ADCON2_bits_t __at(ADCON2_ADDR) ADCON2_bits; #ifndef NO_BIT_DEFINES #define ACQT0 ADCON2_bits.ACQT0 #define ACQT1 ADCON2_bits.ACQT1 #define ACQT2 ADCON2_bits.ACQT2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- CCP3CON bits -------------------- typedef union { struct { unsigned char CCP3M0:1; unsigned char CCP3M1:1; unsigned char CCP3M2:1; unsigned char CCP3M3:1; unsigned char CCP3Y:1; unsigned char CCP3X:1; unsigned char :1; unsigned char :1; }; } __CCP3CON_bits_t; extern volatile __CCP3CON_bits_t __at(CCP3CON_ADDR) CCP3CON_bits; #ifndef NO_BIT_DEFINES #define CCP3M0 CCP3CON_bits.CCP3M0 #define CCP3M1 CCP3CON_bits.CCP3M1 #define CCP3M2 CCP3CON_bits.CCP3M2 #define CCP3M3 CCP3CON_bits.CCP3M3 #define CCP3Y CCP3CON_bits.CCP3Y #define CCP3X CCP3CON_bits.CCP3X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CVRCON bits -------------------- typedef union { struct { unsigned char CVR0:1; unsigned char CVR1:1; unsigned char CVR2:1; unsigned char CVR3:1; unsigned char :1; unsigned char CVRR:1; unsigned char CVROE:1; unsigned char CVREN:1; }; } __CVRCON_bits_t; extern volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; #ifndef NO_BIT_DEFINES #define CVR0 CVRCON_bits.CVR0 #define CVR1 CVRCON_bits.CVR1 #define CVR2 CVRCON_bits.CVR2 #define CVR3 CVRCON_bits.CVR3 #define CVRR CVRCON_bits.CVRR #define CVROE CVRCON_bits.CVROE #define CVREN CVRCON_bits.CVREN #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char INT0IF:1; unsigned char TMR0IF:1; unsigned char :1; unsigned char INT0IE:1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define INT0IF INTCON_bits.INT0IF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define INT0IE INTCON_bits.INT0IE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LVDL0:1; unsigned char LVDL1:1; unsigned char LVDL2:1; unsigned char LVDL3:1; unsigned char LVDEN:1; unsigned char IRVST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LVDL0 LVDCON_bits.LVDL0 #define LVDL1 LVDCON_bits.LVDL1 #define LVDL2 LVDCON_bits.LVDL2 #define LVDL3 LVDCON_bits.LVDL3 #define LVDEN LVDCON_bits.LVDEN #define IRVST LVDCON_bits.IRVST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS0:1; unsigned char SCS1:1; unsigned char IOFS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS0 OSCCON_bits.SCS0 #define SCS1 OSCCON_bits.SCS1 #define IOFS OSCCON_bits.IOFS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char TUN5:1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #define TUN5 OSCTUNE_bits.TUN5 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char SBOREN:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBOREN PCON_bits.SBOREN #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char PSPIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define PSPIE PIE1_bits.PSPIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char CCP3IE:1; unsigned char :1; unsigned char BCLIE:1; unsigned char :1; unsigned char LVDIE:1; unsigned char CMIE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define CCP3IE PIE2_bits.CCP3IE #define BCLIE PIE2_bits.BCLIE #define LVDIE PIE2_bits.LVDIE #define CMIE PIE2_bits.CMIE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char PSPIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define PSPIF PIR1_bits.PSPIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char CCP3IF:1; unsigned char :1; unsigned char BCLIF:1; unsigned char :1; unsigned char LVDIF:1; unsigned char CMIF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define CCP3IF PIR2_bits.CCP3IF #define BCLIF PIR2_bits.BCLIF #define LVDIF PIR2_bits.LVDIF #define CMIF PIR2_bits.CMIF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char T1RUN:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define T1RUN T1CON_bits.T1RUN #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char TRISE3:1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define TRISE3 TRISE_bits.TRISE3 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char SWDTE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define SWDTE WDTCON_bits.SWDTE #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f74.h000066400000000000000000001013011116427777700175260ustar00rootroot00000000000000// // Register Declarations for Microchip 16F74 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F74_H #define P16F74_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADCON1_ADDR 0x009F #define PMDATA_ADDR 0x010C #define PMADR_ADDR 0x010D #define PMDATH_ADDR 0x010E #define PMADRH_ADDR 0x010F #define PMCON1_ADDR 0x018C // // Memory organization. // // LIST // P16F74.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F74 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F74 // 2. LIST directive in the source file // LIST P=PIC16F74 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 00/00/00 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F74 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (PMDATA_ADDR) PMDATA; extern __sfr __at (PMADR_ADDR) PMADR; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADRH_ADDR) PMADRH; extern __sfr __at (PMCON1_ADDR) PMCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- PMCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'8F'-H'91', H'95'-H'97', H'9A'-H'9E' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18D'-H'19F' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x3FEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char PSPIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define PSPIE PIE1_bits.PSPIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char PSPIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define PSPIF PIR1_bits.PSPIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char :1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f76.h000066400000000000000000000727341116427777700175510ustar00rootroot00000000000000// // Register Declarations for Microchip 16F76 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F76_H #define P16F76_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADCON1_ADDR 0x009F #define PMDATA_ADDR 0x010C #define PMADR_ADDR 0x010D #define PMDATH_ADDR 0x010E #define PMADRH_ADDR 0x010F #define PMCON1_ADDR 0x018C // // Memory organization. // // LIST // P16F76.INC Standard Header File, Version 1.01 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F76 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F76 // 2. LIST directive in the source file // LIST P=PIC16F76 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 00/00/00 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F76 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (PMDATA_ADDR) PMDATA; extern __sfr __at (PMADR_ADDR) PMADR; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADRH_ADDR) PMADRH; extern __sfr __at (PMCON1_ADDR) PMCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- PMCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08'-H'09', H'88'-H'89' // __BADRAM H'8F'-H'91', H'95'-H'97', H'9A'-H'9E' // __BADRAM H'105', H'107'-H'109' // __BADRAM H'185', H'187'-H'189', H'18D'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x3FEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char :1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f767.h000066400000000000000000001255721116427777700176370ustar00rootroot00000000000000// // Register Declarations for Microchip 16F767 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F767_H #define P16F767_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define CCPR3L_ADDR 0x0095 #define CCPR3H_ADDR 0x0096 #define CCP3CON_ADDR 0x0097 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADCON2_ADDR 0x009B #define CMCON_ADDR 0x009C #define CVRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define WDTCON_ADDR 0x0105 #define LVDCON_ADDR 0x0109 #define PMDATA_ADDR 0x010C #define PMADR_ADDR 0x010D #define PMDATH_ADDR 0x010E #define PMADRH_ADDR 0x010F #define PMCON1_ADDR 0x018C // // Memory organization. // // LIST // P16F767.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F767 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F767 // 2. LIST directive in the source file // LIST P=PIC16F767 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 05/05/03 Initial Release //1.01 10/21/03 Made changes to Program Memory register names. //1.02 04/07/04 Added INT0IE & INT0IF bit names. //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F767 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (CCPR3L_ADDR) CCPR3L; extern __sfr __at (CCPR3H_ADDR) CCPR3H; extern __sfr __at (CCP3CON_ADDR) CCP3CON; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADCON2_ADDR) ADCON2; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (CVRCON_ADDR) CVRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (PMDATA_ADDR) PMDATA; extern __sfr __at (PMADR_ADDR) PMADR; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADRH_ADDR) PMADRH; extern __sfr __at (PMCON1_ADDR) PMCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits ------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- CCP3CON Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON2 Bits --------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- CVRCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- PMCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08' // __BADRAM H'88', H'9A' // __BADRAM H'107'-H'108' // __BADRAM H'185', H'187'-H'189', H'18D'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CONFIG1 0x2007 #define _CONFIG2 0x2008 //Configuration Byte 1 Options #define _CP_ALL 0x1FFF #define _CP_OFF 0x3FFF #define _CCP2_RC1 0x3FFF #define _CCP2_RB3 0x2FFF #define _DEBUG_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _VBOR_2_0 0x3FFF #define _VBOR_2_7 0x3F7F #define _VBOR_4_2 0x3EFF #define _VBOR_4_5 0x3E7F #define _BOREN_1 0x3FFF //MUST BE CONFIGURED IN CONJUCTION W/ BORSEN (CONFIG2) #define _BOREN_0 0x3FBF //MUST BE CONFIGURED IN CONJUCTION W/ BORSEN (CONFIG2) #define _MCLR_ON 0x3FFF #define _MCLR_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _EXTRC_CLKOUT 0x3FFF #define _EXTRC_IO 0x3FFE #define _INTRC_CLKOUT 0x3FFD #define _INTRC_IO 0x3FFC #define _EXTCLK 0x3FEF #define _HS_OSC 0x3FEE #define _XT_OSC 0x3FED #define _LP_OSC 0x3FEC //Configuration Byte 2 Options #define _BORSEN_1 0x3FFF //MUST BE CONFIGURED IN CONJUCTION W/ BOREN (CONFIG1) #define _BORSEN_0 0x3FBF //MUST BE CONFIGURED IN CONJUCTION W/ BOREN (CONFIG1) #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3FFD #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x3FFE //**** Brown-out Reset configurations **** (Refer to the 16F7x7 Data Sheet for more details) //BOREN_1 & BORSEN_1 = BOR enabled and always on //BOREN_1 & BORSEN_0 = BOR enabled during operation and disabled during sleep by hardware //BOREN_0 & BORSEN_1 = BOR controlled by software bit SBOREN (PCON,2) //BOREN_0 & BORSEN_0 = BOR disabled // To use the Configuration Bits, place the following lines in your source code // in the following format, and change the configuration value to the desired // setting (such as CP_OFF to CP_ALL). These are currently commented out here // and each __CONFIG line should have the preceding semicolon removed when // pasted into your source code. //Program Configuration Register 1 // __CONFIG _CONFIG1, _CP_OFF & _CCP2_RC1 & _DEBUG_OFF & _VBOR_2_0 & BOREN_1 & _MCLR_OFF & _PWRTE_OFF & _WDT_OFF & _HS_OSC //Program Configuration Register 2 // __CONFIG _CONFIG2, _BORSEN_1 & _IESO_OFF & _FCMEN_OFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char CHS3:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define CHS3 ADCON0_bits.CHS3 #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char ADCS2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define VCFG0 ADCON1_bits.VCFG0 #define VCFG1 ADCON1_bits.VCFG1 #define ADCS2 ADCON1_bits.ADCS2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ACQT0:1; unsigned char ACQT1:1; unsigned char ACQT2:1; unsigned char :1; unsigned char :1; }; } __ADCON2_bits_t; extern volatile __ADCON2_bits_t __at(ADCON2_ADDR) ADCON2_bits; #ifndef NO_BIT_DEFINES #define ACQT0 ADCON2_bits.ACQT0 #define ACQT1 ADCON2_bits.ACQT1 #define ACQT2 ADCON2_bits.ACQT2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- CCP3CON bits -------------------- typedef union { struct { unsigned char CCP3M0:1; unsigned char CCP3M1:1; unsigned char CCP3M2:1; unsigned char CCP3M3:1; unsigned char CCP3Y:1; unsigned char CCP3X:1; unsigned char :1; unsigned char :1; }; } __CCP3CON_bits_t; extern volatile __CCP3CON_bits_t __at(CCP3CON_ADDR) CCP3CON_bits; #ifndef NO_BIT_DEFINES #define CCP3M0 CCP3CON_bits.CCP3M0 #define CCP3M1 CCP3CON_bits.CCP3M1 #define CCP3M2 CCP3CON_bits.CCP3M2 #define CCP3M3 CCP3CON_bits.CCP3M3 #define CCP3Y CCP3CON_bits.CCP3Y #define CCP3X CCP3CON_bits.CCP3X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CVRCON bits -------------------- typedef union { struct { unsigned char CVR0:1; unsigned char CVR1:1; unsigned char CVR2:1; unsigned char CVR3:1; unsigned char :1; unsigned char CVRR:1; unsigned char CVROE:1; unsigned char CVREN:1; }; } __CVRCON_bits_t; extern volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; #ifndef NO_BIT_DEFINES #define CVR0 CVRCON_bits.CVR0 #define CVR1 CVRCON_bits.CVR1 #define CVR2 CVRCON_bits.CVR2 #define CVR3 CVRCON_bits.CVR3 #define CVRR CVRCON_bits.CVRR #define CVROE CVRCON_bits.CVROE #define CVREN CVRCON_bits.CVREN #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char INT0IF:1; unsigned char TMR0IF:1; unsigned char :1; unsigned char INT0IE:1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define INT0IF INTCON_bits.INT0IF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define INT0IE INTCON_bits.INT0IE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LVDL0:1; unsigned char LVDL1:1; unsigned char LVDL2:1; unsigned char LVDL3:1; unsigned char LVDEN:1; unsigned char IRVST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LVDL0 LVDCON_bits.LVDL0 #define LVDL1 LVDCON_bits.LVDL1 #define LVDL2 LVDCON_bits.LVDL2 #define LVDL3 LVDCON_bits.LVDL3 #define LVDEN LVDCON_bits.LVDEN #define IRVST LVDCON_bits.IRVST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS0:1; unsigned char SCS1:1; unsigned char IOFS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS0 OSCCON_bits.SCS0 #define SCS1 OSCCON_bits.SCS1 #define IOFS OSCCON_bits.IOFS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char TUN5:1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #define TUN5 OSCTUNE_bits.TUN5 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char SBOREN:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBOREN PCON_bits.SBOREN #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char PSPIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define PSPIE PIE1_bits.PSPIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char CCP3IE:1; unsigned char :1; unsigned char BCLIE:1; unsigned char :1; unsigned char LVDIE:1; unsigned char CMIE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define CCP3IE PIE2_bits.CCP3IE #define BCLIE PIE2_bits.BCLIE #define LVDIE PIE2_bits.LVDIE #define CMIE PIE2_bits.CMIE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char PSPIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define PSPIF PIR1_bits.PSPIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char CCP3IF:1; unsigned char :1; unsigned char BCLIF:1; unsigned char :1; unsigned char LVDIF:1; unsigned char CMIF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define CCP3IF PIR2_bits.CCP3IF #define BCLIF PIR2_bits.BCLIF #define LVDIF PIR2_bits.LVDIF #define CMIF PIR2_bits.CMIF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char T1RUN:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define T1RUN T1CON_bits.T1RUN #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char TRISE3:1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define TRISE3 TRISE_bits.TRISE3 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char SWDTE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define SWDTE WDTCON_bits.SWDTE #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f77.h000066400000000000000000001012621116427777700175370ustar00rootroot00000000000000// // Register Declarations for Microchip 16F77 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F77_H #define P16F77_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRES_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADCON1_ADDR 0x009F #define PMDATA_ADDR 0x010C #define PMADR_ADDR 0x010D #define PMDATH_ADDR 0x010E #define PMADRH_ADDR 0x010F #define PMCON1_ADDR 0x018C // // Memory organization. // // LIST // P16F77.INC Standard Header File, Version 1.01 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F77 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F77 // 2. LIST directive in the source file // LIST P=PIC16F77 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 00/00/00 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F77 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRES_ADDR) ADRES; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (PMDATA_ADDR) PMDATA; extern __sfr __at (PMADR_ADDR) PMADR; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADRH_ADDR) PMADRH; extern __sfr __at (PMCON1_ADDR) PMCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- PMCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'8F'-H'91', H'95'-H'97', H'9A'-H'9E' // __BADRAM H'105', H'107'-H'109' // __BADRAM H'185', H'187'-H'189', H'18D'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _CP_ALL 0x3FEF #define _CP_OFF 0x3FFF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char PSPIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define PSPIE PIE1_bits.PSPIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char PSPIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define PSPIF PIR1_bits.PSPIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char :1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f777.h000066400000000000000000001310271116427777700176300ustar00rootroot00000000000000// // Register Declarations for Microchip 16F777 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F777_H #define P16F777_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define CCPR3L_ADDR 0x0095 #define CCPR3H_ADDR 0x0096 #define CCP3CON_ADDR 0x0097 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADCON2_ADDR 0x009B #define CMCON_ADDR 0x009C #define CVRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define WDTCON_ADDR 0x0105 #define LVDCON_ADDR 0x0109 #define PMDATA_ADDR 0x010C #define PMADR_ADDR 0x010D #define PMDATH_ADDR 0x010E #define PMADRH_ADDR 0x010F #define PMCON1_ADDR 0x018C // // Memory organization. // // LIST // P16F777.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F777 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F777 // 2. LIST directive in the source file // LIST P=PIC16F777 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 05/05/03 Initial Release //1.01 10/21/03 Made changes to Program Memory register names. //1.02 04/07/04 Added INT0IE & INT0IF bit names. //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F777 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (CCPR3L_ADDR) CCPR3L; extern __sfr __at (CCPR3H_ADDR) CCPR3H; extern __sfr __at (CCP3CON_ADDR) CCP3CON; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADCON2_ADDR) ADCON2; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (CVRCON_ADDR) CVRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (PMDATA_ADDR) PMDATA; extern __sfr __at (PMADR_ADDR) PMADR; extern __sfr __at (PMDATH_ADDR) PMDATH; extern __sfr __at (PMADRH_ADDR) PMADRH; extern __sfr __at (PMCON1_ADDR) PMCON1; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits ------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- CCP3CON Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON2 Bits --------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- CVRCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- PMCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'9A' // __BADRAM H'107'-H'108' // __BADRAM H'185', H'187'-H'189', H'18D'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CONFIG1 0x2007 #define _CONFIG2 0x2008 //Configuration Byte 1 Options #define _CP_ALL 0x1FFF #define _CP_OFF 0x3FFF #define _CCP2_RC1 0x3FFF #define _CCP2_RB3 0x2FFF #define _DEBUG_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _VBOR_2_0 0x3FFF #define _VBOR_2_7 0x3F7F #define _VBOR_4_2 0x3EFF #define _VBOR_4_5 0x3E7F #define _BOREN_1 0x3FFF //MUST BE CONFIGURED IN CONJUCTION W/ BORSEN (CONFIG2) #define _BOREN_0 0x3FBF //MUST BE CONFIGURED IN CONJUCTION W/ BORSEN (CONFIG2) #define _MCLR_ON 0x3FFF #define _MCLR_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _EXTRC_CLKOUT 0x3FFF #define _EXTRC_IO 0x3FFE #define _INTRC_CLKOUT 0x3FFD #define _INTRC_IO 0x3FFC #define _EXTCLK 0x3FEF #define _HS_OSC 0x3FEE #define _XT_OSC 0x3FED #define _LP_OSC 0x3FEC //Configuration Byte 2 Options #define _BORSEN_1 0x3FFF //MUST BE CONFIGURED IN CONJUCTION W/ BOREN (CONFIG1) #define _BORSEN_0 0x3FBF //MUST BE CONFIGURED IN CONJUCTION W/ BOREN (CONFIG1) #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3FFD #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x3FFE //**** Brown-out Reset configurations **** (Refer to the 16F7x7 Data Sheet for more details) //BOREN_1 & BORSEN_1 = BOR enabled and always on //BOREN_1 & BORSEN_0 = BOR enabled during operation and disabled during sleep by hardware //BOREN_0 & BORSEN_1 = BOR controlled by software bit SBOREN (PCON,2) //BOREN_0 & BORSEN_0 = BOR disabled // To use the Configuration Bits, place the following lines in your source code // in the following format, and change the configuration value to the desired // setting (such as CP_OFF to CP_ALL). These are currently commented out here // and each __CONFIG line should have the preceding semicolon removed when // pasted into your source code. //Program Configuration Register 1 // __CONFIG _CONFIG1, _CP_OFF & _CCP2_RC1 & _DEBUG_OFF & _VBOR_2_0 & BOREN_1 & _MCLR_OFF & _PWRTE_OFF & _WDT_OFF & _HS_OSC //Program Configuration Register 2 // __CONFIG _CONFIG2, _BORSEN_1 & _IESO_OFF & _FCMEN_OFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char CHS3:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define CHS3 ADCON0_bits.CHS3 #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char ADCS2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define VCFG0 ADCON1_bits.VCFG0 #define VCFG1 ADCON1_bits.VCFG1 #define ADCS2 ADCON1_bits.ADCS2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ACQT0:1; unsigned char ACQT1:1; unsigned char ACQT2:1; unsigned char :1; unsigned char :1; }; } __ADCON2_bits_t; extern volatile __ADCON2_bits_t __at(ADCON2_ADDR) ADCON2_bits; #ifndef NO_BIT_DEFINES #define ACQT0 ADCON2_bits.ACQT0 #define ACQT1 ADCON2_bits.ACQT1 #define ACQT2 ADCON2_bits.ACQT2 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- CCP3CON bits -------------------- typedef union { struct { unsigned char CCP3M0:1; unsigned char CCP3M1:1; unsigned char CCP3M2:1; unsigned char CCP3M3:1; unsigned char CCP3Y:1; unsigned char CCP3X:1; unsigned char :1; unsigned char :1; }; } __CCP3CON_bits_t; extern volatile __CCP3CON_bits_t __at(CCP3CON_ADDR) CCP3CON_bits; #ifndef NO_BIT_DEFINES #define CCP3M0 CCP3CON_bits.CCP3M0 #define CCP3M1 CCP3CON_bits.CCP3M1 #define CCP3M2 CCP3CON_bits.CCP3M2 #define CCP3M3 CCP3CON_bits.CCP3M3 #define CCP3Y CCP3CON_bits.CCP3Y #define CCP3X CCP3CON_bits.CCP3X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CVRCON bits -------------------- typedef union { struct { unsigned char CVR0:1; unsigned char CVR1:1; unsigned char CVR2:1; unsigned char CVR3:1; unsigned char :1; unsigned char CVRR:1; unsigned char CVROE:1; unsigned char CVREN:1; }; } __CVRCON_bits_t; extern volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; #ifndef NO_BIT_DEFINES #define CVR0 CVRCON_bits.CVR0 #define CVR1 CVRCON_bits.CVR1 #define CVR2 CVRCON_bits.CVR2 #define CVR3 CVRCON_bits.CVR3 #define CVRR CVRCON_bits.CVRR #define CVROE CVRCON_bits.CVROE #define CVREN CVRCON_bits.CVREN #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char INT0IF:1; unsigned char TMR0IF:1; unsigned char :1; unsigned char INT0IE:1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define INT0IF INTCON_bits.INT0IF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define INT0IE INTCON_bits.INT0IE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LVDL0:1; unsigned char LVDL1:1; unsigned char LVDL2:1; unsigned char LVDL3:1; unsigned char LVDEN:1; unsigned char IRVST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LVDL0 LVDCON_bits.LVDL0 #define LVDL1 LVDCON_bits.LVDL1 #define LVDL2 LVDCON_bits.LVDL2 #define LVDL3 LVDCON_bits.LVDL3 #define LVDEN LVDCON_bits.LVDEN #define IRVST LVDCON_bits.IRVST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS0:1; unsigned char SCS1:1; unsigned char IOFS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS0 OSCCON_bits.SCS0 #define SCS1 OSCCON_bits.SCS1 #define IOFS OSCCON_bits.IOFS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char TUN5:1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #define TUN5 OSCTUNE_bits.TUN5 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char SBOREN:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBOREN PCON_bits.SBOREN #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char PSPIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define PSPIE PIE1_bits.PSPIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char CCP3IE:1; unsigned char :1; unsigned char BCLIE:1; unsigned char :1; unsigned char LVDIE:1; unsigned char CMIE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define CCP3IE PIE2_bits.CCP3IE #define BCLIE PIE2_bits.BCLIE #define LVDIE PIE2_bits.LVDIE #define CMIE PIE2_bits.CMIE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char PSPIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define PSPIF PIR1_bits.PSPIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char CCP3IF:1; unsigned char :1; unsigned char BCLIF:1; unsigned char :1; unsigned char LVDIF:1; unsigned char CMIF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define CCP3IF PIR2_bits.CCP3IF #define BCLIF PIR2_bits.BCLIF #define LVDIF PIR2_bits.LVDIF #define CMIF PIR2_bits.CMIF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PMCON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PMCON1_bits_t; extern volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; #ifndef NO_BIT_DEFINES #define RD PMCON1_bits.RD #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char T1RUN:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define T1RUN T1CON_bits.T1RUN #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char TRISE3:1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define TRISE3 TRISE_bits.TRISE3 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char SWDTE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define SWDTE WDTCON_bits.SWDTE #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f785.h000066400000000000000000001131361116427777700176300ustar00rootroot00000000000000// // Register Declarations for Microchip 16F785 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F785_H #define P16F785_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0013 #define CCPR1H_ADDR 0x0014 #define CCP1CON_ADDR 0x0015 #define WDTCON_ADDR 0x0018 #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define ANSEL_ADDR 0x0091 #define ANSEL0_ADDR 0x0091 #define PR2_ADDR 0x0092 #define ANSEL1_ADDR 0x0093 #define WPU_ADDR 0x0095 #define WPUA_ADDR 0x0095 #define IOC_ADDR 0x0096 #define IOCA_ADDR 0x0096 #define REFCON_ADDR 0x0098 #define VRCON_ADDR 0x0099 #define EEDAT_ADDR 0x009A #define EEDATA_ADDR 0x009A #define EEADR_ADDR 0x009B #define EECON1_ADDR 0x009C #define EECON2_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define PWMCON1_ADDR 0x0110 #define PWMCON0_ADDR 0x0111 #define PWMCLK_ADDR 0x0112 #define PWMPH1_ADDR 0x0113 #define PWMPH2_ADDR 0x0114 #define CM1CON0_ADDR 0x0119 #define CM2CON0_ADDR 0x011A #define CM2CON1_ADDR 0x011B #define OPA1CON_ADDR 0x011C #define OPA2CON_ADDR 0x011D // // Memory organization. // // LIST // P16F785.INC Standard Header File, Version 1.10 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F785 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F785 // 2. LIST directive in the source file // LIST P=PIC16F785 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //1.00 03/26/04 Original //1.10 07/12/04 Updated for changes to REFCON and VRCON //1.20 08/26/04 Updated for changes from BOD to BOR //1.30 09/23/04 Corrected addresses for OPA1CON and OPA2CON //1.40 10/25/04 Added WPUA3 bit to WPUA register // Deleted OVRLP bit from PWMCON1 register //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F785 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (ANSEL0_ADDR) ANSEL0; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (ANSEL1_ADDR) ANSEL1; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (WPUA_ADDR) WPUA; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (IOCA_ADDR) IOCA; extern __sfr __at (REFCON_ADDR) REFCON; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (PWMCON1_ADDR) PWMCON1; extern __sfr __at (PWMCON0_ADDR) PWMCON0; extern __sfr __at (PWMCLK_ADDR) PWMCLK; extern __sfr __at (PWMPH1_ADDR) PWMPH1; extern __sfr __at (PWMPH2_ADDR) PWMPH2; extern __sfr __at (CM1CON0_ADDR) CM1CON0; extern __sfr __at (CM2CON0_ADDR) CM2CON0; extern __sfr __at (CM2CON1_ADDR) CM2CON1; extern __sfr __at (OPA1CON_ADDR) OPA1CON; extern __sfr __at (OPA2CON_ADDR) OPA2CON; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits -------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- ANSEL or ANSEL0 ---------------------------------------------------- //----- ANSEL1 ------------------------------------------------------------- //----- WPUA -------------------------------------------------------------- //----- IOC -------------------------------------------------------------- //----- IOCA -------------------------------------------------------------- //----- REFCON ------------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- EECON1 ------------------------------------------------------------- //----- ADCON1 ------------------------------------------------------------- //----- PWMCON1 ------------------------------------------------------------- //----- PWMCON0 ------------------------------------------------------------- //----- PWMCLK ------------------------------------------------------------- //----- PWMPH1 & PWMPH2 ---------------------------------------------------- //----- CM1CON0 ------------------------------------------------------------- //----- CM2CON0 ------------------------------------------------------------- //----- CM2CON1 ------------------------------------------------------------- //----- OPA1CON & OPA2CON --------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08'-H'09', H'0D', H'16'-H'17', H'19'-H'1D' // __BADRAM H'88'-H'89', H'8D', H'94', H'97', H'C0'-H'EF' // __BADRAM H'108'-H'109', H'10C'-H'10F', H'115'-H'118', H'11E'-H'16F' // __BADRAM H'188'-H'189', H'18C'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOD_ON 0x3FFF #define _BOD_NSLEEP 0x3EFF #define _BOD_SBODEN 0x3DFF #define _BOD_OFF 0x3CFF #define _BOR_ON 0x3FFF #define _BOR_NSLEEP 0x3EFF #define _BOR_SBOREN 0x3DFF #define _BOR_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FEF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _INTOSCIO 0x3FFC #define _INTOSC 0x3FFD #define _EXTRCIO 0x3FFE #define _EXTRC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char CHS3:1; unsigned char VCFG:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define CHS3 ADCON0_bits.CHS3 #define VCFG ADCON0_bits.VCFG #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define ADCS0 ADCON1_bits.ADCS0 #define ADCS1 ADCON1_bits.ADCS1 #define ADCS2 ADCON1_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- ANSEL1 bits -------------------- typedef union { struct { unsigned char ANS8:1; unsigned char ANS9:1; unsigned char ANS10:1; unsigned char ANS11:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ANSEL1_bits_t; extern volatile __ANSEL1_bits_t __at(ANSEL1_ADDR) ANSEL1_bits; #ifndef NO_BIT_DEFINES #define ANS8 ANSEL1_bits.ANS8 #define ANS9 ANSEL1_bits.ANS9 #define ANS10 ANSEL1_bits.ANS10 #define ANS11 ANSEL1_bits.ANS11 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char DC1B0:1; unsigned char DC1B1:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define DC1B0 CCP1CON_bits.DC1B0 #define DC1B1 CCP1CON_bits.DC1B1 #endif /* NO_BIT_DEFINES */ // ----- CM1CON0 bits -------------------- typedef union { struct { unsigned char C1CH0:1; unsigned char C1CH1:1; unsigned char C1R:1; unsigned char C1SP:1; unsigned char C1POL:1; unsigned char C1OE:1; unsigned char C1OUT:1; unsigned char C1ON:1; }; } __CM1CON0_bits_t; extern volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; #ifndef NO_BIT_DEFINES #define C1CH0 CM1CON0_bits.C1CH0 #define C1CH1 CM1CON0_bits.C1CH1 #define C1R CM1CON0_bits.C1R #define C1SP CM1CON0_bits.C1SP #define C1POL CM1CON0_bits.C1POL #define C1OE CM1CON0_bits.C1OE #define C1OUT CM1CON0_bits.C1OUT #define C1ON CM1CON0_bits.C1ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON0 bits -------------------- typedef union { struct { unsigned char C2CH0:1; unsigned char C2CH1:1; unsigned char C2R:1; unsigned char C2SP:1; unsigned char C2POL:1; unsigned char C2OE:1; unsigned char C2OUT:1; unsigned char C2ON:1; }; } __CM2CON0_bits_t; extern volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; #ifndef NO_BIT_DEFINES #define C2CH0 CM2CON0_bits.C2CH0 #define C2CH1 CM2CON0_bits.C2CH1 #define C2R CM2CON0_bits.C2R #define C2SP CM2CON0_bits.C2SP #define C2POL CM2CON0_bits.C2POL #define C2OE CM2CON0_bits.C2OE #define C2OUT CM2CON0_bits.C2OUT #define C2ON CM2CON0_bits.C2ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char MC2OUT:1; unsigned char MC1OUT:1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char OPAON:1; }; } __CM2CON1_bits_t; extern volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CM2CON1_bits.C2SYNC #define T1GSS CM2CON1_bits.T1GSS #define MC2OUT CM2CON1_bits.MC2OUT #define MC1OUT CM2CON1_bits.MC1OUT #define OPAON CM2CON1_bits.OPAON #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RAIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RAIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RAIF INTCON_bits.RAIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RAIE INTCON_bits.RAIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOC bits -------------------- typedef union { struct { unsigned char IOC0:1; unsigned char IOC1:1; unsigned char IOC2:1; unsigned char IOC3:1; unsigned char IOC4:1; unsigned char IOC5:1; unsigned char :1; unsigned char :1; }; } __IOC_bits_t; extern volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; #ifndef NO_BIT_DEFINES #define IOC0 IOC_bits.IOC0 #define IOC1 IOC_bits.IOC1 #define IOC2 IOC_bits.IOC2 #define IOC3 IOC_bits.IOC3 #define IOC4 IOC_bits.IOC4 #define IOC5 IOC_bits.IOC5 #endif /* NO_BIT_DEFINES */ // ----- IOCA bits -------------------- typedef union { struct { unsigned char IOCA0:1; unsigned char IOCA1:1; unsigned char IOCA2:1; unsigned char IOCA3:1; unsigned char IOCA4:1; unsigned char IOCA5:1; unsigned char :1; unsigned char :1; }; } __IOCA_bits_t; extern volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; #ifndef NO_BIT_DEFINES #define IOCA0 IOCA_bits.IOCA0 #define IOCA1 IOCA_bits.IOCA1 #define IOCA2 IOCA_bits.IOCA2 #define IOCA3 IOCA_bits.IOCA3 #define IOCA4 IOCA_bits.IOCA4 #define IOCA5 IOCA_bits.IOCA5 #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RAPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RAPU OPTION_REG_bits.NOT_RAPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char ANS5:1; unsigned char ANS6:1; unsigned char ANS7:1; }; struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define ANS0 OSCTUNE_bits.ANS0 #define TUN1 OSCTUNE_bits.TUN1 #define ANS1 OSCTUNE_bits.ANS1 #define TUN2 OSCTUNE_bits.TUN2 #define ANS2 OSCTUNE_bits.ANS2 #define TUN3 OSCTUNE_bits.TUN3 #define ANS3 OSCTUNE_bits.ANS3 #define TUN4 OSCTUNE_bits.TUN4 #define ANS4 OSCTUNE_bits.ANS4 #define ANS5 OSCTUNE_bits.ANS5 #define ANS6 OSCTUNE_bits.ANS6 #define ANS7 OSCTUNE_bits.ANS7 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BOD:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBODEN:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char SBOREN:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BOD PCON_bits.NOT_BOD #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBODEN PCON_bits.SBODEN #define SBOREN PCON_bits.SBOREN #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char T1IE:1; unsigned char T2IE:1; unsigned char OSFIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char CCP1IE:1; unsigned char ADIE:1; unsigned char EEIE:1; }; struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define T1IE PIE1_bits.T1IE #define TMR1IE PIE1_bits.TMR1IE #define T2IE PIE1_bits.T2IE #define TMR2IE PIE1_bits.TMR2IE #define OSFIE PIE1_bits.OSFIE #define C1IE PIE1_bits.C1IE #define C2IE PIE1_bits.C2IE #define CCP1IE PIE1_bits.CCP1IE #define ADIE PIE1_bits.ADIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char T1IF:1; unsigned char T2IF:1; unsigned char OSFIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char CCP1IF:1; unsigned char ADIF:1; unsigned char EEIF:1; }; struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define T1IF PIR1_bits.T1IF #define TMR1IF PIR1_bits.TMR1IF #define T2IF PIR1_bits.T2IF #define TMR2IF PIR1_bits.TMR2IF #define OSFIF PIR1_bits.OSFIF #define C1IF PIR1_bits.C1IF #define C2IF PIR1_bits.C2IF #define CCP1IF PIR1_bits.CCP1IF #define ADIF PIR1_bits.ADIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PWMCLK bits -------------------- typedef union { struct { unsigned char PER0:1; unsigned char PER1:1; unsigned char PER2:1; unsigned char PER3:1; unsigned char PER4:1; unsigned char PWMP0:1; unsigned char PWMP1:1; unsigned char PWMASE:1; }; struct { unsigned char PH0:1; unsigned char PH1:1; unsigned char PH2:1; unsigned char PH3:1; unsigned char PH4:1; unsigned char C1EN:1; unsigned char C2EN:1; unsigned char POL:1; }; } __PWMCLK_bits_t; extern volatile __PWMCLK_bits_t __at(PWMCLK_ADDR) PWMCLK_bits; #ifndef NO_BIT_DEFINES #define PER0 PWMCLK_bits.PER0 #define PH0 PWMCLK_bits.PH0 #define PER1 PWMCLK_bits.PER1 #define PH1 PWMCLK_bits.PH1 #define PER2 PWMCLK_bits.PER2 #define PH2 PWMCLK_bits.PH2 #define PER3 PWMCLK_bits.PER3 #define PH3 PWMCLK_bits.PH3 #define PER4 PWMCLK_bits.PER4 #define PH4 PWMCLK_bits.PH4 #define PWMP0 PWMCLK_bits.PWMP0 #define C1EN PWMCLK_bits.C1EN #define PWMP1 PWMCLK_bits.PWMP1 #define C2EN PWMCLK_bits.C2EN #define PWMASE PWMCLK_bits.PWMASE #define POL PWMCLK_bits.POL #endif /* NO_BIT_DEFINES */ // ----- PWMCON0 bits -------------------- typedef union { struct { unsigned char PH1EN:1; unsigned char PH2EN:1; unsigned char SYNC0:1; unsigned char SYNC1:1; unsigned char BLANK1:1; unsigned char BLANK2:1; unsigned char PASEN:1; unsigned char PRSEN:1; }; } __PWMCON0_bits_t; extern volatile __PWMCON0_bits_t __at(PWMCON0_ADDR) PWMCON0_bits; #ifndef NO_BIT_DEFINES #define PH1EN PWMCON0_bits.PH1EN #define PH2EN PWMCON0_bits.PH2EN #define SYNC0 PWMCON0_bits.SYNC0 #define SYNC1 PWMCON0_bits.SYNC1 #define BLANK1 PWMCON0_bits.BLANK1 #define BLANK2 PWMCON0_bits.BLANK2 #define PASEN PWMCON0_bits.PASEN #define PRSEN PWMCON0_bits.PRSEN #endif /* NO_BIT_DEFINES */ // ----- PWMCON1 bits -------------------- typedef union { struct { unsigned char CMDLY0:1; unsigned char CMDLY1:1; unsigned char CMDLY2:1; unsigned char CMDLY3:1; unsigned char CMDLY4:1; unsigned char COMOD0:1; unsigned char COMOD1:1; unsigned char :1; }; } __PWMCON1_bits_t; extern volatile __PWMCON1_bits_t __at(PWMCON1_ADDR) PWMCON1_bits; #ifndef NO_BIT_DEFINES #define CMDLY0 PWMCON1_bits.CMDLY0 #define CMDLY1 PWMCON1_bits.CMDLY1 #define CMDLY2 PWMCON1_bits.CMDLY2 #define CMDLY3 PWMCON1_bits.CMDLY3 #define CMDLY4 PWMCON1_bits.CMDLY4 #define COMOD0 PWMCON1_bits.COMOD0 #define COMOD1 PWMCON1_bits.COMOD1 #endif /* NO_BIT_DEFINES */ // ----- REFCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char CVROE:1; unsigned char VROE:1; unsigned char VREN:1; unsigned char VRBB:1; unsigned char BGST:1; unsigned char :1; unsigned char :1; }; } __REFCON_bits_t; extern volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; #ifndef NO_BIT_DEFINES #define CVROE REFCON_bits.CVROE #define VROE REFCON_bits.VROE #define VREN REFCON_bits.VREN #define VRBB REFCON_bits.VRBB #define BGST REFCON_bits.BGST #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char T1GINV:1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char T1GE:1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #define T1GE T1CON_bits.T1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char C2VREN:1; unsigned char C1VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define C2VREN VRCON_bits.C2VREN #define C1VREN VRCON_bits.C1VREN #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPUA bits -------------------- typedef union { struct { unsigned char WPUA0:1; unsigned char WPUA1:1; unsigned char WPUA2:1; unsigned char WPUA3:1; unsigned char WPUA4:1; unsigned char WPUA5:1; unsigned char :1; unsigned char :1; }; } __WPUA_bits_t; extern volatile __WPUA_bits_t __at(WPUA_ADDR) WPUA_bits; #ifndef NO_BIT_DEFINES #define WPUA0 WPUA_bits.WPUA0 #define WPUA1 WPUA_bits.WPUA1 #define WPUA2 WPUA_bits.WPUA2 #define WPUA3 WPUA_bits.WPUA3 #define WPUA4 WPUA_bits.WPUA4 #define WPUA5 WPUA_bits.WPUA5 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f818.h000066400000000000000000000642151116427777700176300ustar00rootroot00000000000000// // Register Declarations for Microchip 16F818 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F818_H #define P16F818_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F818.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F818 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F818 // 2. LIST directive in the source file // LIST P=PIC16F818 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 06/15/02 Initial Release //1.01 09/18/02 Changed name of bit-2 in the OSCCON register to IOFS //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F818 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits ------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'07'-H'09', H'18'-H'1D' // __BADRAM H'87'-H'89', H'91', H'95'-H'9D' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18E'-H'19F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x1FFF #define _CP_OFF 0x3FFF #define _CCP1_RB2 0x3FFF #define _CCP1_RB3 0x2FFF #define _DEBUG_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _WRT_ENABLE_OFF 0x3FFF #define _WRT_ENABLE_512 0x3DFF #define _WRT_ENABLE_1024 0x3BFF #define _CPD_ON 0x3EFF #define _CPD_OFF 0x3FFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _MCLR_ON 0x3FFF #define _MCLR_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _EXTRC_CLKOUT 0x3FFF #define _EXTRC_IO 0x3FFE #define _INTRC_CLKOUT 0x3FFD #define _INTRC_IO 0x3FFC #define _EXTCLK 0x3FEF #define _HS_OSC 0x3FEE #define _XT_OSC 0x3FED #define _LP_OSC 0x3FEC // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char ADCS2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADCS2 ADCON1_bits.ADCS2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char FREE:1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define FREE EECON1_bits.FREE #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char TMR0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char TMR0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char IOFS:1; unsigned char :1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define IOFS OSCCON_bits.IOFS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char TUN5:1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #define TUN5 OSCTUNE_bits.TUN5 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIE:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define EEIE PIE2_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIF:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define EEIF PIR2_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f819.h000066400000000000000000000642611116427777700176320ustar00rootroot00000000000000// // Register Declarations for Microchip 16F819 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F819_H #define P16F819_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F819.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F819 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F819 // 2. LIST directive in the source file // LIST P=PIC16F819 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 06/15/02 Initial Release //1.01 09/18/02 Changed name of bit-2 in the OSCCON register to IOFS //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F819 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits ------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'07'-H'09', H'18'-H'1D' // __BADRAM H'87'-H'89', H'91', H'95'-H'9D' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18E'-H'19F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x1FFF #define _CP_OFF 0x3FFF #define _CCP1_RB2 0x3FFF #define _CCP1_RB3 0x2FFF #define _DEBUG_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _WRT_ENABLE_OFF 0x3FFF #define _WRT_ENABLE_512 0x3DFF #define _WRT_ENABLE_1024 0x3BFF #define _WRT_ENABLE_1536 0x39FF #define _CPD_ON 0x3EFF #define _CPD_OFF 0x3FFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _MCLR_ON 0x3FFF #define _MCLR_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _EXTRC_CLKOUT 0x3FFF #define _EXTRC_IO 0x3FFE #define _INTRC_CLKOUT 0x3FFD #define _INTRC_IO 0x3FFC #define _EXTCLK 0x3FEF #define _HS_OSC 0x3FEE #define _XT_OSC 0x3FED #define _LP_OSC 0x3FEC // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char ADCS2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADCS2 ADCON1_bits.ADCS2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char FREE:1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define FREE EECON1_bits.FREE #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char TMR0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char TMR0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char IOFS:1; unsigned char :1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define IOFS OSCCON_bits.IOFS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char TUN5:1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #define TUN5 OSCTUNE_bits.TUN5 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIE:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define EEIE PIE2_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIF:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define EEIF PIR2_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f84.h000066400000000000000000000252271116427777700175430ustar00rootroot00000000000000// // Register Declarations for Microchip 16F84 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F84_H #define P16F84_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define EEDATA_ADDR 0x0008 #define EEADR_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define EECON1_ADDR 0x0088 #define EECON2_ADDR 0x0089 // // Memory organization. // // LIST // P16F84.INC Standard Header File, Version 2.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F84 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F84 // 2. LIST directive in the source file // LIST P=PIC16F84 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //2.00 07/24/96 Renamed to reflect the name change to PIC16F84. //1.01 05/17/96 Corrected BADRAM map //1.00 10/31/95 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F84 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- OPTION Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'CF' // __BADRAM H'07', H'50'-H'7F', H'87' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ON 0x000F #define _CP_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _PWRTE_OFF 0x3FFF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char EEIF:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEIF EECON1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char EEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define EEIE INTCON_bits.EEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f84a.h000066400000000000000000000250641116427777700177030ustar00rootroot00000000000000// // Register Declarations for Microchip 16F84A Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F84A_H #define P16F84A_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define EEDATA_ADDR 0x0008 #define EEADR_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define EECON1_ADDR 0x0088 #define EECON2_ADDR 0x0089 // // Memory organization. // // LIST // P16F84A.INC Standard Header File, Version 2.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F84 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F84A // 2. LIST directive in the source file // LIST P=PIC16F84A // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 2/15/99 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F84A // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- OPTION_REG Bits ---------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'CF' // __BADRAM H'07', H'50'-H'7F', H'87' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ON 0x000F #define _CP_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _PWRTE_OFF 0x3FFF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char EEIF:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEIF EECON1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char EEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define EEIE INTCON_bits.EEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f87.h000066400000000000000000000773001116427777700175450ustar00rootroot00000000000000// // Register Declarations for Microchip 16F87 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F87_H #define P16F87_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define CMCON_ADDR 0x009C #define CVRCON_ADDR 0x009D #define WDTCON_ADDR 0x0105 #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F87.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F87 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F87 // 2. LIST directive in the source file // LIST P=PIC16F87 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 07/29/02 Initial Release //1.01 09/18/02 Changed name of bit-2 in the OSCCON register to IOFS //1.02 01/10/03 Added bit names for TXSTA & RCSTA registers. //1.03 01/24/03 Changed Config bit CCP1_RB2 to CCP1_RB0 //1.04 12/02/03 Modified the WRT1:WRT0 bit definition in Config Word 1. //1.05 02/08/04 Changed bit in _CONFIG1 example from CCP1_RB2 to CCP1_RB0. //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F87 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (CVRCON_ADDR) CVRCON; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits ------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- CVRCON Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'07'-H'09', H'1B'-H'1F' // __BADRAM H'87'-H'89', H'91', H'95'-H'97', H'9A', H'9E'-H'9F' // __BADRAM H'107'-H'109' // __BADRAM H'185', H'187'-H'189', H'18E'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CONFIG1 0x2007 #define _CONFIG2 0x2008 //Configuration Byte 1 Options #define _CP_ALL 0x1FFF #define _CP_OFF 0x3FFF #define _CCP1_RB0 0x3FFF #define _CCP1_RB3 0x2FFF #define _DEBUG_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _WRT_PROTECT_OFF 0x3FFF //No program memory write protection #define _WRT_PROTECT_256 0x3DFF //First 256 program memory protected #define _WRT_PROTECT_2048 0x3BFF //First 2048 program memory protected #define _WRT_PROTECT_ALL 0x39FF //All of program memory protected #define _CPD_ON 0x3EFF #define _CPD_OFF 0x3FFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _MCLR_ON 0x3FFF #define _MCLR_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _EXTRC_CLKOUT 0x3FFF #define _EXTRC_IO 0x3FFE #define _INTRC_CLKOUT 0x3FFD #define _INTRC_IO 0x3FFC #define _EXTCLK 0x3FEF #define _HS_OSC 0x3FEE #define _XT_OSC 0x3FED #define _LP_OSC 0x3FEC //Configuration Byte 2 Options #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3FFD #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x3FFE // To use the Configuration Bits, place the following lines in your source code // in the following format, and change the configuration value to the desired // setting (such as CP_OFF to CP_ALL). These are currently commented out here // and each __CONFIG line should have the preceding semicolon removed when // pasted into your source code. //Program Configuration Register 1 // __CONFIG _CONFIG1, _CP_OFF & _CCP1_RB0 & _DEBUG_OFF & _WRT_PROTECT_OFF & _CPD_OFF & _LVP_OFF & _BODEN_OFF & _MCLR_OFF & _PWRTE_OFF & _WDT_OFF & _HS_OSC //Program Configuration Register 2 // __CONFIG _CONFIG2, _IESO_OFF & _FCMEN_OFF // LIST // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CVRCON bits -------------------- typedef union { struct { unsigned char CVR0:1; unsigned char CVR1:1; unsigned char CVR2:1; unsigned char CVR3:1; unsigned char :1; unsigned char CVRR:1; unsigned char CVROE:1; unsigned char CVREN:1; }; } __CVRCON_bits_t; extern volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; #ifndef NO_BIT_DEFINES #define CVR0 CVRCON_bits.CVR0 #define CVR1 CVRCON_bits.CVR1 #define CVR2 CVRCON_bits.CVR2 #define CVR3 CVRCON_bits.CVR3 #define CVRR CVRCON_bits.CVRR #define CVROE CVRCON_bits.CVROE #define CVREN CVRCON_bits.CVREN #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char FREE:1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define FREE EECON1_bits.FREE #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char TMR0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char TMR0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS0:1; unsigned char SCS1:1; unsigned char IOFS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS0 OSCCON_bits.SCS0 #define SCS1 OSCCON_bits.SCS1 #define IOFS OSCCON_bits.IOFS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char TUN5:1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #define TUN5 OSCTUNE_bits.TUN5 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char :1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIE:1; unsigned char :1; unsigned char CMIE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define EEIE PIE2_bits.EEIE #define CMIE PIE2_bits.CMIE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char :1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIF:1; unsigned char :1; unsigned char CMIF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define EEIF PIR2_bits.EEIF #define CMIF PIR2_bits.CMIF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char T1RUN:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define T1RUN T1CON_bits.T1RUN #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char SWDTE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define SWDTE WDTCON_bits.SWDTE #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f870.h000066400000000000000000000635421116427777700176300ustar00rootroot00000000000000// // Register Declarations for Microchip 16F870 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F870_H #define P16F870_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F870.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F870 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F870 // 2. LIST directive in the source file // LIST P=PIC16F870 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 08/07/98 Initial Release - cloned from 16F873 //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F870 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- OPTION_REG Bits ---------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08'-H'09', H'13'-H'14', H'1B'-H'1D' // __BADRAM H'88'-H'89',H'8F'-H'91', H'93'-H'97', H'9A'-H'9D', H'C0'-H'EF' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18E'-H'19F', H'1C0'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x0FCF #define _CP_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _DEBUG_OFF 0x3FFF #define _WRT_ENABLE_ON 0x3FFF #define _WRT_ENABLE_OFF 0x3DFF #define _CPD_ON 0x3EFF #define _CPD_OFF 0x3FFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char :1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIE:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define EEIE PIE2_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char :1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIF:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define EEIF PIR2_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f871.h000066400000000000000000000721121116427777700176220ustar00rootroot00000000000000// // Register Declarations for Microchip 16F871 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F871_H #define P16F871_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define PR2_ADDR 0x0092 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F871.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F871 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F871 // 2. LIST directive in the source file // LIST P=PIC16F871 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 08/07/98 Initial Release - cloned from 16F873 //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F871 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- OPTION_REG Bits ---------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'13'-H'14', H'1B'-H'1D' // __BADRAM H'8F'-H'91', H'93'-H'97', H'9A'-H'9D', H'C0'-H'EF' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18E'-H'19F', H'1C0'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x0FCF #define _CP_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _DEBUG_OFF 0x3FFF #define _WRT_ENABLE_ON 0x3FFF #define _WRT_ENABLE_OFF 0x3DFF #define _CPD_ON 0x3EFF #define _CPD_OFF 0x3FFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char :1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char PSPIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define PSPIE PIE1_bits.PSPIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIE:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define EEIE PIE2_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char :1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char PSPIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define PSPIF PIR1_bits.PSPIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIF:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define EEIF PIR2_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f872.h000066400000000000000000000674741116427777700176420ustar00rootroot00000000000000// // Register Declarations for Microchip 16F872 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F872_H #define P16F872_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F872.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F872 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F872 // 2. LIST directive in the source file // LIST P=PIC16F872 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.01 11/17/05 Added the INTCON bits TMR0IE and TMR0IF //1.00 01/25/98 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F872 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'008'-H'009', H'018'-H'01D', H'088'-H'089' // __BADRAM H'08F'-H'090', H'095'-H'09D', H'0C0'-H'0EF' // __BADRAM H'105', H'107'-H'109' // __BADRAM H'110'-H'11F', H'185' // __BADRAM H'185', H'187'-H'189', H'18E'-H'19F',H'1C0'-H'1EF' //========================================================================== // // Configuration Bits // // Code protection for the PIC16C872 is different than for other PIC16C87X devices. // The CP_ALL and CP_OFF switches operate as expected. // CP_HALF protects the lower half of program memory. The upper half is open. // CP_UPPER_256 protects everything EXCEPT the top 256 words. //========================================================================== #define _CP_ALL 0x0FCF #define _CP_HALF 0x1FDF #define _CP_UPPER_256 0x2FEF #define _CP_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _DEBUG_OFF 0x3FFF #define _WRT_ENABLE_ON 0x3FFF #define _WRT_ENABLE_OFF 0x3DFF #define _CPD_ON 0x3EFF #define _CPD_OFF 0x3FFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char :1; unsigned char TMR0IF:1; unsigned char :1; unsigned char :1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char :1; unsigned char :1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char EEIE:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define BCLIE PIE2_bits.BCLIE #define EEIE PIE2_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char :1; unsigned char :1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char EEIF:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define BCLIF PIR2_bits.BCLIF #define EEIF PIR2_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f873.h000066400000000000000000000777741116427777700176470ustar00rootroot00000000000000// // Register Declarations for Microchip 16F873 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F873_H #define P16F873_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F873.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F873 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F873 // 2. LIST directive in the source file // LIST P=PIC16F873 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.12 01/12/00 Changed some bit names, a register name, configuration bits // to match datasheet (DS30292B) //1.11 10/18/98 Changes to file registers to match updated DOS //1.10 08/17/98 Fixed typo in processor name, RCSTA and ADCON1 //1.00 08/07/98 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F873 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ---------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'8F'-H'90', H'95'-H'97', H'9A'-H'9D' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18E'-H'19F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x0FCF #define _CP_HALF 0x1FDF #define _CP_UPPER_256 0x2FEF #define _CP_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _DEBUG_OFF 0x3FFF #define _WRT_ENABLE_ON 0x3FFF #define _WRT_ENABLE_OFF 0x3DFF #define _CPD_ON 0x3EFF #define _CPD_OFF 0x3FFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char EEIE:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define BCLIE PIE2_bits.BCLIE #define EEIE PIE2_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char EEIF:1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define BCLIF PIR2_bits.BCLIF #define EEIF PIR2_bits.EEIF #define CMIF PIR2_bits.CMIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f873a.h000066400000000000000000001045751116427777700177760ustar00rootroot00000000000000// // Register Declarations for Microchip 16F873A Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F873A_H #define P16F873A_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define CMCON_ADDR 0x009C #define CVRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F873A.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F877A microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F873A // 2. LIST directive in the source file // LIST P=PIC16F873A // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.03 11/17/05 Added the INTCON bits TMR0IE and TMR0IF and the ADCON1 bit ADCS2. //1.02 05/28/02 Corrected values for _CP_ALL and _CP_OFF in Configuration Bits section. //1.01 10/03/01 Added the PIR2 bit CMIF and the PIE2 bit CMIE //1.00 04/19/01 Initial Release (BD - generated from PIC16F877a.inc) //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F873A // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (CVRCON_ADDR) CVRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- CVRCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'8F'-H'90', H'95'-H'97', H'9A'-H'9B' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18E'-H'19F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x1FFF #define _CP_OFF 0x3FFF #define _DEBUG_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _WRT_OFF 0x3FFF // No prog memmory write protection #define _WRT_256 0x3DFF // First 256 prog memmory write protected #define _WRT_1FOURTH 0x3BFF // First quarter prog memmory write protected #define _WRT_HALF 0x39FF // First half memmory write protected #define _CPD_OFF 0x3FFF #define _CPD_ON 0x3EFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _RC_OSC 0x3FFF #define _HS_OSC 0x3FFE #define _XT_OSC 0x3FFD #define _LP_OSC 0x3FFC // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char ADCS2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADCS2 ADCON1_bits.ADCS2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CVRCON bits -------------------- typedef union { struct { unsigned char CVR0:1; unsigned char CVR1:1; unsigned char CVR2:1; unsigned char CVR3:1; unsigned char :1; unsigned char CVRR:1; unsigned char CVROE:1; unsigned char CVREN:1; }; } __CVRCON_bits_t; extern volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; #ifndef NO_BIT_DEFINES #define CVR0 CVRCON_bits.CVR0 #define CVR1 CVRCON_bits.CVR1 #define CVR2 CVRCON_bits.CVR2 #define CVR3 CVRCON_bits.CVR3 #define CVRR CVRCON_bits.CVRR #define CVROE CVRCON_bits.CVROE #define CVREN CVRCON_bits.CVREN #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char :1; unsigned char TMR0IF:1; unsigned char :1; unsigned char :1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char EEIE:1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define BCLIE PIE2_bits.BCLIE #define EEIE PIE2_bits.EEIE #define CMIE PIE2_bits.CMIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char EEIF:1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define BCLIF PIR2_bits.BCLIF #define EEIF PIR2_bits.EEIF #define CMIF PIR2_bits.CMIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f874.h000066400000000000000000001063171116427777700176320ustar00rootroot00000000000000// // Register Declarations for Microchip 16F874 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F874_H #define P16F874_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F874.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F874 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F874 // 2. LIST directive in the source file // LIST P=PIC16F874 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.12 01/12/00 Changed some bit names, a register name, configuration bits // to match datasheet (DS30292B) //1.11 10/18/98 Changes to file registers to match updated DOS //1.10 08/17/98 Fixed typo in processor name, RCSTA and ADCON1 //1.00 08/07/98 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F874 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits -------------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'8F'-H'90', H'95'-H'97', H'9A'-H'9D' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18E'-H'19F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x0FCF #define _CP_HALF 0x1FDF #define _CP_UPPER_256 0x2FEF #define _CP_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _DEBUG_OFF 0x3FFF #define _WRT_ENABLE_ON 0x3FFF #define _WRT_ENABLE_OFF 0x3DFF #define _CPD_ON 0x3EFF #define _CPD_OFF 0x3FFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char PSPIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define PSPIE PIE1_bits.PSPIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char EEIE:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define BCLIE PIE2_bits.BCLIE #define EEIE PIE2_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char PSPIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define PSPIF PIR1_bits.PSPIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char EEIF:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define BCLIF PIR2_bits.BCLIF #define EEIF PIR2_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f874a.h000066400000000000000000001131761116427777700177740ustar00rootroot00000000000000// // Register Declarations for Microchip 16F874A Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F874A_H #define P16F874A_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define CMCON_ADDR 0x009C #define CVRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F874A.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F877A microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F874A // 2. LIST directive in the source file // LIST P=PIC16F874A // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.03 11/17/05 Added the INTCON bits TMR0IE and TMR0IF and the ADCON1 bit ADCS2. //1.02 05/28/02 Corrected values for _CP_ALL and _CP_OFF in Configuration Bits section. //1.01 10/03/01 Added the PIR2 bit CMIF and the PIE2 bit CMIE //1.00 04/19/01 Initial Release (BD - generated from PIC16F877A.inc) //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F874A // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (CVRCON_ADDR) CVRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- CVRCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'8F'-H'90', H'95'-H'97', H'9A'-H'9B' // __BADRAM H'105', H'107'-H'109', H'110'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18E'-H'19F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x1FFF #define _CP_OFF 0x3FFF #define _DEBUG_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _WRT_OFF 0x3FFF // No prog memmory write protection #define _WRT_256 0x3DFF // First 256 prog memmory write protected #define _WRT_1FOURTH 0x3BFF // First quarter prog memmory write protected #define _WRT_HALF 0x39FF // First half memmory write protected #define _CPD_OFF 0x3FFF #define _CPD_ON 0x3EFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _RC_OSC 0x3FFF #define _HS_OSC 0x3FFE #define _XT_OSC 0x3FFD #define _LP_OSC 0x3FFC // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char ADCS2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADCS2 ADCON1_bits.ADCS2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CVRCON bits -------------------- typedef union { struct { unsigned char CVR0:1; unsigned char CVR1:1; unsigned char CVR2:1; unsigned char CVR3:1; unsigned char :1; unsigned char CVRR:1; unsigned char CVROE:1; unsigned char CVREN:1; }; } __CVRCON_bits_t; extern volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; #ifndef NO_BIT_DEFINES #define CVR0 CVRCON_bits.CVR0 #define CVR1 CVRCON_bits.CVR1 #define CVR2 CVRCON_bits.CVR2 #define CVR3 CVRCON_bits.CVR3 #define CVRR CVRCON_bits.CVRR #define CVROE CVRCON_bits.CVROE #define CVREN CVRCON_bits.CVREN #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char :1; unsigned char TMR0IF:1; unsigned char :1; unsigned char :1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char PSPIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define PSPIE PIE1_bits.PSPIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char EEIE:1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define BCLIE PIE2_bits.BCLIE #define EEIE PIE2_bits.EEIE #define CMIE PIE2_bits.CMIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char PSPIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define PSPIF PIR1_bits.PSPIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char EEIF:1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define BCLIF PIR2_bits.BCLIF #define EEIF PIR2_bits.EEIF #define CMIF PIR2_bits.CMIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f876.h000066400000000000000000000775431116427777700176440ustar00rootroot00000000000000// // Register Declarations for Microchip 16F876 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F876_H #define P16F876_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F876.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F876 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F876 // 2. LIST directive in the source file // LIST P=PIC16F876 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.12 01/12/00 Changed some bit names, a register name, configuration bits // to match datasheet (DS30292B) //1.00 08/07/98 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F876 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ---------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08'-H'09' // __BADRAM H'88'-H'89', H'8F'-H'90', H'95'-H'97', H'9A'-H'9D' // __BADRAM H'105', H'107'-H'109' // __BADRAM H'185', H'187'-H'189', H'18E'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x0FCF #define _CP_HALF 0x1FDF #define _CP_UPPER_256 0x2FEF #define _CP_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _DEBUG_OFF 0x3FFF #define _WRT_ENABLE_ON 0x3FFF #define _WRT_ENABLE_OFF 0x3DFF #define _CPD_ON 0x3EFF #define _CPD_OFF 0x3FFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char EEIE:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define BCLIE PIE2_bits.BCLIE #define EEIE PIE2_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char EEIF:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define BCLIF PIR2_bits.BCLIF #define EEIF PIR2_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f876a.h000066400000000000000000001045551116427777700177770ustar00rootroot00000000000000// // Register Declarations for Microchip 16F876A Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F876A_H #define P16F876A_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define CMCON_ADDR 0x009C #define CVRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F876A.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F877A microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F876A // 2. LIST directive in the source file // LIST P=PIC16F876A // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.03 11/17/05 Added the INTCON bits TMR0IE and TMR0IF and the ADCON1 bit ADCS2. //1.02 05/28/02 Corrected values for _CP_ALL and _CP_OFF in Configuration Bits section. //1.01 10/03/01 Added the PIR2 bit CMIF and the PIE2 bit CMIE //1.00 04/19/01 Initial Release (BD - generated from PIC16F877.inc) //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F876A // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (CVRCON_ADDR) CVRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- CVRCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'8F'-H'90', H'95'-H'97', H'9A'-H'9B' // __BADRAM H'105', H'107'-H'109' // __BADRAM H'185', H'187'-H'189', H'18E'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x1FFF #define _CP_OFF 0x3FFF #define _DEBUG_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _WRT_OFF 0x3FFF // No prog memmory write protection #define _WRT_256 0x3DFF // First 256 prog memmory write protected #define _WRT_1FOURTH 0x3BFF // First quarter prog memmory write protected #define _WRT_HALF 0x39FF // First half memmory write protected #define _CPD_OFF 0x3FFF #define _CPD_ON 0x3EFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _RC_OSC 0x3FFF #define _HS_OSC 0x3FFE #define _XT_OSC 0x3FFD #define _LP_OSC 0x3FFC // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char ADCS2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADCS2 ADCON1_bits.ADCS2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CVRCON bits -------------------- typedef union { struct { unsigned char CVR0:1; unsigned char CVR1:1; unsigned char CVR2:1; unsigned char CVR3:1; unsigned char :1; unsigned char CVRR:1; unsigned char CVROE:1; unsigned char CVREN:1; }; } __CVRCON_bits_t; extern volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; #ifndef NO_BIT_DEFINES #define CVR0 CVRCON_bits.CVR0 #define CVR1 CVRCON_bits.CVR1 #define CVR2 CVRCON_bits.CVR2 #define CVR3 CVRCON_bits.CVR3 #define CVRR CVRCON_bits.CVRR #define CVROE CVRCON_bits.CVROE #define CVREN CVRCON_bits.CVREN #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char :1; unsigned char TMR0IF:1; unsigned char :1; unsigned char :1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char EEIE:1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define BCLIE PIE2_bits.BCLIE #define EEIE PIE2_bits.EEIE #define CMIE PIE2_bits.CMIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char EEIF:1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define BCLIF PIR2_bits.BCLIF #define EEIF PIR2_bits.EEIF #define CMIF PIR2_bits.CMIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f877.h000066400000000000000000001060741116427777700176350ustar00rootroot00000000000000// // Register Declarations for Microchip 16F877 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F877_H #define P16F877_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F877.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F877 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F877 // 2. LIST directive in the source file // LIST P=PIC16F877 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.12 01/12/00 Changed some bit names, a register name, configuration bits // to match datasheet (DS30292B) //1.00 08/07/98 Initial Release //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F877 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'8F'-H'90', H'95'-H'97', H'9A'-H'9D' // __BADRAM H'105', H'107'-H'109' // __BADRAM H'185', H'187'-H'189', H'18E'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x0FCF #define _CP_HALF 0x1FDF #define _CP_UPPER_256 0x2FEF #define _CP_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _DEBUG_OFF 0x3FFF #define _WRT_ENABLE_ON 0x3FFF #define _WRT_ENABLE_OFF 0x3DFF #define _CPD_ON 0x3EFF #define _CPD_OFF 0x3FFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _LP_OSC 0x3FFC #define _XT_OSC 0x3FFD #define _HS_OSC 0x3FFE #define _RC_OSC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char PSPIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define PSPIE PIE1_bits.PSPIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char EEIE:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define BCLIE PIE2_bits.BCLIE #define EEIE PIE2_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char PSPIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define PSPIF PIR1_bits.PSPIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char EEIF:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define BCLIF PIR2_bits.BCLIF #define EEIF PIR2_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f877a.h000066400000000000000000001131101116427777700177630ustar00rootroot00000000000000// // Register Declarations for Microchip 16F877A Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F877A_H #define P16F877A_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define CMCON_ADDR 0x009C #define CVRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F877A.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F877A microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F877A // 2. LIST directive in the source file // LIST P=PIC16F877A // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.03 11/17/05 Added the ADCON1 bit ADCS2. //1.02 05/28/02 Corrected values for _CP_ALL and _CP_OFF in Configuration Bits section. //1.01 09/13/01 Added the PIR2 bit CMIF and the PIE2 bit CMIE //1.00 04/19/01 Initial Release (BD - generated from PIC16F877.inc) //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F877A // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (CVRCON_ADDR) CVRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- TRISE Bits --------------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- CVRCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'8F'-H'90', H'95'-H'97', H'9A'-H'9B' // __BADRAM H'105', H'107'-H'109' // __BADRAM H'185', H'187'-H'189', H'18E'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CP_ALL 0x1FFF #define _CP_OFF 0x3FFF #define _DEBUG_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _WRT_OFF 0x3FFF // No prog memmory write protection #define _WRT_256 0x3DFF // First 256 prog memmory write protected #define _WRT_1FOURTH 0x3BFF // First quarter prog memmory write protected #define _WRT_HALF 0x39FF // First half memmory write protected #define _CPD_OFF 0x3FFF #define _CPD_ON 0x3EFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _RC_OSC 0x3FFF #define _HS_OSC 0x3FFE #define _XT_OSC 0x3FFD #define _LP_OSC 0x3FFC // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char PCFG0:1; unsigned char PCFG1:1; unsigned char PCFG2:1; unsigned char PCFG3:1; unsigned char :1; unsigned char :1; unsigned char ADCS2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define PCFG0 ADCON1_bits.PCFG0 #define PCFG1 ADCON1_bits.PCFG1 #define PCFG2 ADCON1_bits.PCFG2 #define PCFG3 ADCON1_bits.PCFG3 #define ADCS2 ADCON1_bits.ADCS2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CVRCON bits -------------------- typedef union { struct { unsigned char CVR0:1; unsigned char CVR1:1; unsigned char CVR2:1; unsigned char CVR3:1; unsigned char :1; unsigned char CVRR:1; unsigned char CVROE:1; unsigned char CVREN:1; }; } __CVRCON_bits_t; extern volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; #ifndef NO_BIT_DEFINES #define CVR0 CVRCON_bits.CVR0 #define CVR1 CVRCON_bits.CVR1 #define CVR2 CVRCON_bits.CVR2 #define CVR3 CVRCON_bits.CVR3 #define CVRR CVRCON_bits.CVRR #define CVROE CVRCON_bits.CVROE #define CVREN CVRCON_bits.CVREN #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char :1; unsigned char TMR0IF:1; unsigned char :1; unsigned char :1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char PSPIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define PSPIE PIE1_bits.PSPIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char :1; unsigned char BCLIE:1; unsigned char EEIE:1; unsigned char :1; unsigned char CMIE:1; unsigned char :1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define BCLIE PIE2_bits.BCLIE #define EEIE PIE2_bits.EEIE #define CMIE PIE2_bits.CMIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char PSPIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define PSPIF PIR1_bits.PSPIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char :1; unsigned char BCLIF:1; unsigned char EEIF:1; unsigned char :1; unsigned char CMIF:1; unsigned char :1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define BCLIF PIR2_bits.BCLIF #define EEIF PIR2_bits.EEIF #define CMIF PIR2_bits.CMIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char PSPMODE:1; unsigned char IBOV:1; unsigned char OBF:1; unsigned char IBF:1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #define PSPMODE TRISE_bits.PSPMODE #define IBOV TRISE_bits.IBOV #define OBF TRISE_bits.OBF #define IBF TRISE_bits.IBF #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f88.h000066400000000000000000001044731116427777700175500ustar00rootroot00000000000000// // Register Declarations for Microchip 16F88 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F88_H #define P16F88_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define ANSEL_ADDR 0x009B #define CMCON_ADDR 0x009C #define CVRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define WDTCON_ADDR 0x0105 #define EEDATA_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F88.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F88 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F88 // 2. LIST directive in the source file // LIST P=PIC16F88 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 07/29/02 Initial Release //1.01 09/18/02 Changed name of bit-2 in the OSCCON register to IOFS //1.02 01/10/03 Added bit names for TXSTA & RCSTA registers. //1.03 01/24/03 Changed Config bit CCP1_RB2 to CCP1_RB0 //1.04 12/02/03 Modified the WRT1:WRT0 bit definition in Config Word 1. //1.05 02/08/04 Changed bit in _CONFIG1 example from CCP1_RB2 to CCP1_RB0. //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F88 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (CMCON_ADDR) CMCON; extern __sfr __at (CVRCON_ADDR) CVRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits ------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- CMCON Bits --------------------------------------------------------- //----- CVRCON Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'07'-H'09', H'1B'-H'1D' // __BADRAM H'87'-H'89', H'91', H'95'-H'97', H'9A' // __BADRAM H'107'-H'109' // __BADRAM H'185', H'187'-H'189', H'18E'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CONFIG1 0x2007 #define _CONFIG2 0x2008 //Configuration Byte 1 Options #define _CP_ALL 0x1FFF #define _CP_OFF 0x3FFF #define _CCP1_RB0 0x3FFF #define _CCP1_RB3 0x2FFF #define _DEBUG_OFF 0x3FFF #define _DEBUG_ON 0x37FF #define _WRT_PROTECT_OFF 0x3FFF //No program memory write protection #define _WRT_PROTECT_256 0x3DFF //First 256 program memory protected #define _WRT_PROTECT_2048 0x3BFF //First 2048 program memory protected #define _WRT_PROTECT_ALL 0x39FF //All of program memory protected #define _CPD_ON 0x3EFF #define _CPD_OFF 0x3FFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x3F7F #define _BODEN_ON 0x3FFF #define _BODEN_OFF 0x3FBF #define _MCLR_ON 0x3FFF #define _MCLR_OFF 0x3FDF #define _PWRTE_OFF 0x3FFF #define _PWRTE_ON 0x3FF7 #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FFB #define _EXTRC_CLKOUT 0x3FFF #define _EXTRC_IO 0x3FFE #define _INTRC_CLKOUT 0x3FFD #define _INTRC_IO 0x3FFC #define _EXTCLK 0x3FEF #define _HS_OSC 0x3FEE #define _XT_OSC 0x3FED #define _LP_OSC 0x3FEC //Configuration Byte 2 Options #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3FFD #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x3FFE // To use the Configuration Bits, place the following lines in your source code // in the following format, and change the configuration value to the desired // setting (such as CP_OFF to CP_ALL). These are currently commented out here // and each __CONFIG line should have the preceding semicolon removed when // pasted into your source code. //Program Configuration Register 1 // __CONFIG _CONFIG1, _CP_OFF & _CCP1_RB0 & _DEBUG_OFF & _WRT_PROTECT_OFF & _CPD_OFF & _LVP_OFF & _BODEN_OFF & _MCLR_OFF & _PWRTE_OFF & _WDT_OFF & _HS_OSC //Program Configuration Register 2 // __CONFIG _CONFIG2, _IESO_OFF & _FCMEN_OFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char :1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char ADCS2:1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define VCFG0 ADCON1_bits.VCFG0 #define VCFG1 ADCON1_bits.VCFG1 #define ADCS2 ADCON1_bits.ADCS2 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CMCON bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON_bits_t; extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON_bits.CM0 #define CM1 CMCON_bits.CM1 #define CM2 CMCON_bits.CM2 #define CIS CMCON_bits.CIS #define C1INV CMCON_bits.C1INV #define C2INV CMCON_bits.C2INV #define C1OUT CMCON_bits.C1OUT #define C2OUT CMCON_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CVRCON bits -------------------- typedef union { struct { unsigned char CVR0:1; unsigned char CVR1:1; unsigned char CVR2:1; unsigned char CVR3:1; unsigned char :1; unsigned char CVRR:1; unsigned char CVROE:1; unsigned char CVREN:1; }; } __CVRCON_bits_t; extern volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; #ifndef NO_BIT_DEFINES #define CVR0 CVRCON_bits.CVR0 #define CVR1 CVRCON_bits.CVR1 #define CVR2 CVRCON_bits.CVR2 #define CVR3 CVRCON_bits.CVR3 #define CVRR CVRCON_bits.CVRR #define CVROE CVRCON_bits.CVROE #define CVREN CVRCON_bits.CVREN #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char FREE:1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define FREE EECON1_bits.FREE #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char TMR0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char TMR0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS0:1; unsigned char SCS1:1; unsigned char IOFS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS0 OSCCON_bits.SCS0 #define SCS1 OSCCON_bits.SCS1 #define IOFS OSCCON_bits.IOFS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char TUN5:1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #define TUN5 OSCTUNE_bits.TUN5 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIE:1; unsigned char :1; unsigned char CMIE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define EEIE PIE2_bits.EEIE #define CMIE PIE2_bits.CMIE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEIF:1; unsigned char :1; unsigned char CMIF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define EEIF PIR2_bits.EEIF #define CMIF PIR2_bits.CMIF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char RA6:1; unsigned char RA7:1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #define RA6 PORTA_bits.RA6 #define RA7 PORTA_bits.RA7 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char T1RUN:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define T1RUN T1CON_bits.T1RUN #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char TRISA6:1; unsigned char TRISA7:1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #define TRISA6 TRISA_bits.TRISA6 #define TRISA7 TRISA_bits.TRISA7 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char SWDTE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define SWDTE WDTCON_bits.SWDTE #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f886.h000066400000000000000000001473611116427777700176410ustar00rootroot00000000000000// // Register Declarations for Microchip 16F886 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F886_H #define P16F886_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPMSK_ADDR 0x0093 #define MSK_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define WPUB_ADDR 0x0095 #define IOCB_ADDR 0x0096 #define VRCON_ADDR 0x0097 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define SPBRGH_ADDR 0x009A #define PWM1CON_ADDR 0x009B #define ECCPAS_ADDR 0x009C #define PSTRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define WDTCON_ADDR 0x0105 #define CM1CON0_ADDR 0x0107 #define CM2CON0_ADDR 0x0108 #define CM2CON1_ADDR 0x0109 #define EEDATA_ADDR 0x010C #define EEDAT_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define SRCON_ADDR 0x0185 #define BAUDCTL_ADDR 0x0187 #define ANSEL_ADDR 0x0188 #define ANSELH_ADDR 0x0189 #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F886.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F886 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F886 // 2. LIST directive in the source file // LIST P=PIC16F886 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== // //1.00 11/18/05 Original // //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F886 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPMSK_ADDR) SSPMSK; extern __sfr __at (MSK_ADDR) MSK; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (SPBRGH_ADDR) SPBRGH; extern __sfr __at (PWM1CON_ADDR) PWM1CON; extern __sfr __at (ECCPAS_ADDR) ECCPAS; extern __sfr __at (PSTRCON_ADDR) PSTRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (CM1CON0_ADDR) CM1CON0; extern __sfr __at (CM2CON0_ADDR) CM2CON0; extern __sfr __at (CM2CON1_ADDR) CM2CON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (SRCON_ADDR) SRCON; extern __sfr __at (BAUDCTL_ADDR) BAUDCTL; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (ANSELH_ADDR) ANSELH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- BANK 0 REGISTER DEFINITIONS ---------------------------------------- //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- BANK 1 REGISTER DEFINITIONS ---------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits -------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- WPUB Bits ---------------------------------------------------------- //----- IOCB Bits ---------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- SPBRG Bits ------------------------------------------------------- //----- SPBRGH Bits ------------------------------------------------------- //----- PWM1CON Bits ------------------------------------------------------- //----- ECCPAS Bits -------------------------------------------------------- //----- PSTRCON ------------------------------------------------------------- //----- ADCON1 ------------------------------------------------------------- //----- BANK 2 REGISTER DEFINITIONS ---------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- CM1CON0 Bits ------------------------------------------------------- //----- CM2CON0 Bits ------------------------------------------------------- //----- CM2CON1 Bits ------------------------------------------------------- //----- BANK 3 REGISTER DEFINITIONS ---------------------------------------- //----- SRCON --------------------------------------------------------------- //----- BAUDCTL Bits ------------------------------------------------------- //----- ANSEL -------------------------------------------------------------- //----- ANSELH ------------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'18E'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CONFIG1 0x2007 #define _CONFIG2 0x2008 //----- Configuration Word1 ------------------------------------------------ #define _DEBUG_ON 0x1FFF #define _DEBUG_OFF 0x3FFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x2FFF #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOR_ON 0x3FFF #define _BOR_NSLEEP 0x3EFF #define _BOR_SBODEN 0x3DFF #define _BOR_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_ON 0x3FEF #define _PWRTE_OFF 0x3FFF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _INTOSCIO 0x3FFC #define _INTOSC 0x3FFD #define _EXTRCIO 0x3FFE #define _EXTRC 0x3FFF //----- Configuration Word2 ------------------------------------------------ #define _WRT_OFF 0x3FFF // No prog memmory write protection #define _WRT_256 0x3DFF // First 256 prog memmory write protected #define _WRT_1FOURTH 0x3BFF // First quarter prog memmory write protected #define _WRT_HALF 0x39FF // First half memmory write protected #define _BOR21V 0x3EFF #define _BOR40V 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char CHS3:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define CHS3 ADCON0_bits.CHS3 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char :1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define VCFG0 ADCON1_bits.VCFG0 #define VCFG1 ADCON1_bits.VCFG1 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define ANS1 ANSEL_bits.ANS1 #define ANS2 ANSEL_bits.ANS2 #define ANS3 ANSEL_bits.ANS3 #define ANS4 ANSEL_bits.ANS4 #endif /* NO_BIT_DEFINES */ // ----- ANSELH bits -------------------- typedef union { struct { unsigned char ANS8:1; unsigned char ANS9:1; unsigned char ANS10:1; unsigned char ANS11:1; unsigned char ANS12:1; unsigned char ANS13:1; unsigned char :1; unsigned char :1; }; } __ANSELH_bits_t; extern volatile __ANSELH_bits_t __at(ANSELH_ADDR) ANSELH_bits; #ifndef NO_BIT_DEFINES #define ANS8 ANSELH_bits.ANS8 #define ANS9 ANSELH_bits.ANS9 #define ANS10 ANSELH_bits.ANS10 #define ANS11 ANSELH_bits.ANS11 #define ANS12 ANSELH_bits.ANS12 #define ANS13 ANSELH_bits.ANS13 #endif /* NO_BIT_DEFINES */ // ----- BAUDCTL bits -------------------- typedef union { struct { unsigned char ABDEN:1; unsigned char WUE:1; unsigned char :1; unsigned char BRG16:1; unsigned char SCKP:1; unsigned char :1; unsigned char RCIDL:1; unsigned char ABDOVF:1; }; } __BAUDCTL_bits_t; extern volatile __BAUDCTL_bits_t __at(BAUDCTL_ADDR) BAUDCTL_bits; #ifndef NO_BIT_DEFINES #define ABDEN BAUDCTL_bits.ABDEN #define WUE BAUDCTL_bits.WUE #define BRG16 BAUDCTL_bits.BRG16 #define SCKP BAUDCTL_bits.SCKP #define RCIDL BAUDCTL_bits.RCIDL #define ABDOVF BAUDCTL_bits.ABDOVF #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char DC1B0:1; unsigned char DC1B1:1; unsigned char P1M0:1; unsigned char P1M1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define DC1B0 CCP1CON_bits.DC1B0 #define CCP1Y CCP1CON_bits.CCP1Y #define DC1B1 CCP1CON_bits.DC1B1 #define CCP1X CCP1CON_bits.CCP1X #define P1M0 CCP1CON_bits.P1M0 #define P1M1 CCP1CON_bits.P1M1 #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char DC2B0:1; unsigned char DC2B1:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define DC2B0 CCP2CON_bits.DC2B0 #define CCP2X CCP2CON_bits.CCP2X #define DC2B1 CCP2CON_bits.DC2B1 #endif /* NO_BIT_DEFINES */ // ----- CM1CON0 bits -------------------- typedef union { struct { unsigned char C1CH0:1; unsigned char C1CH1:1; unsigned char C1R:1; unsigned char :1; unsigned char C1POL:1; unsigned char C1OE:1; unsigned char C1OUT:1; unsigned char C1ON:1; }; } __CM1CON0_bits_t; extern volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; #ifndef NO_BIT_DEFINES #define C1CH0 CM1CON0_bits.C1CH0 #define C1CH1 CM1CON0_bits.C1CH1 #define C1R CM1CON0_bits.C1R #define C1POL CM1CON0_bits.C1POL #define C1OE CM1CON0_bits.C1OE #define C1OUT CM1CON0_bits.C1OUT #define C1ON CM1CON0_bits.C1ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON0 bits -------------------- typedef union { struct { unsigned char C2CH0:1; unsigned char C2CH1:1; unsigned char C2R:1; unsigned char :1; unsigned char C2POL:1; unsigned char C2OE:1; unsigned char C2OUT:1; unsigned char C2ON:1; }; } __CM2CON0_bits_t; extern volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; #ifndef NO_BIT_DEFINES #define C2CH0 CM2CON0_bits.C2CH0 #define C2CH1 CM2CON0_bits.C2CH1 #define C2R CM2CON0_bits.C2R #define C2POL CM2CON0_bits.C2POL #define C2OE CM2CON0_bits.C2OE #define C2OUT CM2CON0_bits.C2OUT #define C2ON CM2CON0_bits.C2ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char C2RSEL:1; unsigned char C1RSEL:1; unsigned char MC2OUT:1; unsigned char MC1OUT:1; }; } __CM2CON1_bits_t; extern volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CM2CON1_bits.C2SYNC #define T1GSS CM2CON1_bits.T1GSS #define C2RSEL CM2CON1_bits.C2RSEL #define C1RSEL CM2CON1_bits.C1RSEL #define MC2OUT CM2CON1_bits.MC2OUT #define MC1OUT CM2CON1_bits.MC1OUT #endif /* NO_BIT_DEFINES */ // ----- ECCPAS bits -------------------- typedef union { struct { unsigned char PSSBD0:1; unsigned char PSSBD1:1; unsigned char PSSAC0:1; unsigned char PSSAC1:1; unsigned char ECCPAS0:1; unsigned char ECCPAS1:1; unsigned char ECCPAS2:1; unsigned char ECCPASE:1; }; } __ECCPAS_bits_t; extern volatile __ECCPAS_bits_t __at(ECCPAS_ADDR) ECCPAS_bits; #ifndef NO_BIT_DEFINES #define PSSBD0 ECCPAS_bits.PSSBD0 #define PSSBD1 ECCPAS_bits.PSSBD1 #define PSSAC0 ECCPAS_bits.PSSAC0 #define PSSAC1 ECCPAS_bits.PSSAC1 #define ECCPAS0 ECCPAS_bits.ECCPAS0 #define ECCPAS1 ECCPAS_bits.ECCPAS1 #define ECCPAS2 ECCPAS_bits.ECCPAS2 #define ECCPASE ECCPAS_bits.ECCPASE #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char :1; unsigned char TMR0IF:1; unsigned char :1; unsigned char :1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOCB bits -------------------- typedef union { struct { unsigned char IOCB0:1; unsigned char IOCB1:1; unsigned char IOCB2:1; unsigned char IOCB3:1; unsigned char IOCB4:1; unsigned char IOCB5:1; unsigned char IOCB6:1; unsigned char IOCB7:1; }; } __IOCB_bits_t; extern volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; #ifndef NO_BIT_DEFINES #define IOCB0 IOCB_bits.IOCB0 #define IOCB1 IOCB_bits.IOCB1 #define IOCB2 IOCB_bits.IOCB2 #define IOCB3 IOCB_bits.IOCB3 #define IOCB4 IOCB_bits.IOCB4 #define IOCB5 IOCB_bits.IOCB5 #define IOCB6 IOCB_bits.IOCB6 #define IOCB7 IOCB_bits.IOCB7 #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBOREN:1; unsigned char ULPWUE:1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBOREN PCON_bits.SBOREN #define ULPWUE PCON_bits.ULPWUE #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char ULPWUIE:1; unsigned char BCLIE:1; unsigned char EEIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define ULPWUIE PIE2_bits.ULPWUIE #define BCLIE PIE2_bits.BCLIE #define EEIE PIE2_bits.EEIE #define C1IE PIE2_bits.C1IE #define C2IE PIE2_bits.C2IE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char ULPWUIF:1; unsigned char BCLIF:1; unsigned char EEIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define ULPWUIF PIR2_bits.ULPWUIF #define BCLIF PIR2_bits.BCLIF #define EEIF PIR2_bits.EEIF #define C1IF PIR2_bits.C1IF #define C2IF PIR2_bits.C2IF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char RA6:1; unsigned char RA7:1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #define RA6 PORTA_bits.RA6 #define RA7 PORTA_bits.RA7 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- PSTRCON bits -------------------- typedef union { struct { unsigned char STRA:1; unsigned char STRB:1; unsigned char STRC:1; unsigned char STRD:1; unsigned char STRSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PSTRCON_bits_t; extern volatile __PSTRCON_bits_t __at(PSTRCON_ADDR) PSTRCON_bits; #ifndef NO_BIT_DEFINES #define STRA PSTRCON_bits.STRA #define STRB PSTRCON_bits.STRB #define STRC PSTRCON_bits.STRC #define STRD PSTRCON_bits.STRD #define STRSYNC PSTRCON_bits.STRSYNC #endif /* NO_BIT_DEFINES */ // ----- PWM1CON bits -------------------- typedef union { struct { unsigned char PDC0:1; unsigned char PDC1:1; unsigned char PDC2:1; unsigned char PDC3:1; unsigned char PDC4:1; unsigned char PDC5:1; unsigned char PDC6:1; unsigned char PRSEN:1; }; } __PWM1CON_bits_t; extern volatile __PWM1CON_bits_t __at(PWM1CON_ADDR) PWM1CON_bits; #ifndef NO_BIT_DEFINES #define PDC0 PWM1CON_bits.PDC0 #define PDC1 PWM1CON_bits.PDC1 #define PDC2 PWM1CON_bits.PDC2 #define PDC3 PWM1CON_bits.PDC3 #define PDC4 PWM1CON_bits.PDC4 #define PDC5 PWM1CON_bits.PDC5 #define PDC6 PWM1CON_bits.PDC6 #define PRSEN PWM1CON_bits.PRSEN #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SPBRG bits -------------------- typedef union { struct { unsigned char BRG0:1; unsigned char BRG1:1; unsigned char BRG2:1; unsigned char BRG3:1; unsigned char BRG4:1; unsigned char BRG5:1; unsigned char BRG6:1; unsigned char BRG7:1; }; } __SPBRG_bits_t; extern volatile __SPBRG_bits_t __at(SPBRG_ADDR) SPBRG_bits; #ifndef NO_BIT_DEFINES #define BRG0 SPBRG_bits.BRG0 #define BRG1 SPBRG_bits.BRG1 #define BRG2 SPBRG_bits.BRG2 #define BRG3 SPBRG_bits.BRG3 #define BRG4 SPBRG_bits.BRG4 #define BRG5 SPBRG_bits.BRG5 #define BRG6 SPBRG_bits.BRG6 #define BRG7 SPBRG_bits.BRG7 #endif /* NO_BIT_DEFINES */ // ----- SPBRGH bits -------------------- typedef union { struct { unsigned char BRG8:1; unsigned char BRG9:1; unsigned char BRG10:1; unsigned char BRG11:1; unsigned char BRG12:1; unsigned char BRG13:1; unsigned char BRG14:1; unsigned char BRG15:1; }; } __SPBRGH_bits_t; extern volatile __SPBRGH_bits_t __at(SPBRGH_ADDR) SPBRGH_bits; #ifndef NO_BIT_DEFINES #define BRG8 SPBRGH_bits.BRG8 #define BRG9 SPBRGH_bits.BRG9 #define BRG10 SPBRGH_bits.BRG10 #define BRG11 SPBRGH_bits.BRG11 #define BRG12 SPBRGH_bits.BRG12 #define BRG13 SPBRGH_bits.BRG13 #define BRG14 SPBRGH_bits.BRG14 #define BRG15 SPBRGH_bits.BRG15 #endif /* NO_BIT_DEFINES */ // ----- SRCON bits -------------------- typedef union { struct { unsigned char FVREN:1; unsigned char :1; unsigned char PULSR:1; unsigned char PULSS:1; unsigned char C2REN:1; unsigned char C1SEN:1; unsigned char SR0:1; unsigned char SR1:1; }; } __SRCON_bits_t; extern volatile __SRCON_bits_t __at(SRCON_ADDR) SRCON_bits; #ifndef NO_BIT_DEFINES #define FVREN SRCON_bits.FVREN #define PULSR SRCON_bits.PULSR #define PULSS SRCON_bits.PULSS #define C2REN SRCON_bits.C2REN #define C1SEN SRCON_bits.C1SEN #define SR0 SRCON_bits.SR0 #define SR1 SRCON_bits.SR1 #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char T1GINV:1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char TRISA6:1; unsigned char TRISA7:1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #define TRISA6 TRISA_bits.TRISA6 #define TRISA7 TRISA_bits.TRISA7 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char SENDB:1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SENDB TXSTA_bits.SENDB #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char VRSS:1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRSS VRCON_bits.VRSS #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPUB bits -------------------- typedef union { struct { unsigned char WPUB0:1; unsigned char WPUB1:1; unsigned char WPUB2:1; unsigned char WPUB3:1; unsigned char WPUB4:1; unsigned char WPUB5:1; unsigned char WPUB6:1; unsigned char WPUB7:1; }; } __WPUB_bits_t; extern volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; #ifndef NO_BIT_DEFINES #define WPUB0 WPUB_bits.WPUB0 #define WPUB1 WPUB_bits.WPUB1 #define WPUB2 WPUB_bits.WPUB2 #define WPUB3 WPUB_bits.WPUB3 #define WPUB4 WPUB_bits.WPUB4 #define WPUB5 WPUB_bits.WPUB5 #define WPUB6 WPUB_bits.WPUB6 #define WPUB7 WPUB_bits.WPUB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f887.h000066400000000000000000001531001116427777700176260ustar00rootroot00000000000000// // Register Declarations for Microchip 16F887 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F887_H #define P16F887_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define SSPCON2_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPMSK_ADDR 0x0093 #define MSK_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define WPUB_ADDR 0x0095 #define IOCB_ADDR 0x0096 #define VRCON_ADDR 0x0097 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define SPBRGH_ADDR 0x009A #define PWM1CON_ADDR 0x009B #define ECCPAS_ADDR 0x009C #define PSTRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define WDTCON_ADDR 0x0105 #define CM1CON0_ADDR 0x0107 #define CM2CON0_ADDR 0x0108 #define CM2CON1_ADDR 0x0109 #define EEDATA_ADDR 0x010C #define EEDAT_ADDR 0x010C #define EEADR_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define SRCON_ADDR 0x0185 #define BAUDCTL_ADDR 0x0187 #define ANSEL_ADDR 0x0188 #define ANSELH_ADDR 0x0189 #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F887.INC Standard Header File, Version 1.00 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F887 microcontroller. These names are taken to match // the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F887 // 2. LIST directive in the source file // LIST P=PIC16F887 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== // //1.00 11/18/05 Original // //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F887 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (SSPCON2_ADDR) SSPCON2; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPMSK_ADDR) SSPMSK; extern __sfr __at (MSK_ADDR) MSK; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (SPBRGH_ADDR) SPBRGH; extern __sfr __at (PWM1CON_ADDR) PWM1CON; extern __sfr __at (ECCPAS_ADDR) ECCPAS; extern __sfr __at (PSTRCON_ADDR) PSTRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (CM1CON0_ADDR) CM1CON0; extern __sfr __at (CM2CON0_ADDR) CM2CON0; extern __sfr __at (CM2CON1_ADDR) CM2CON1; extern __sfr __at (EEDATA_ADDR) EEDATA; extern __sfr __at (EEDAT_ADDR) EEDAT; extern __sfr __at (EEADR_ADDR) EEADR; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (SRCON_ADDR) SRCON; extern __sfr __at (BAUDCTL_ADDR) BAUDCTL; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (ANSELH_ADDR) ANSELH; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- BANK 0 REGISTER DEFINITIONS ---------------------------------------- //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- BANK 1 REGISTER DEFINITIONS ---------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits -------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- SSPCON2 Bits -------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- WPUB Bits ---------------------------------------------------------- //----- IOCB Bits ---------------------------------------------------------- //----- VRCON Bits --------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- SPBRG Bits ------------------------------------------------------- //----- SPBRGH Bits ------------------------------------------------------- //----- PWM1CON Bits ------------------------------------------------------- //----- ECCPAS Bits -------------------------------------------------------- //----- PSTRCON ------------------------------------------------------------- //----- ADCON1 ------------------------------------------------------------- //----- BANK 2 REGISTER DEFINITIONS ---------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- CM1CON0 Bits ------------------------------------------------------- //----- CM2CON0 Bits ------------------------------------------------------- //----- CM2CON1 Bits ------------------------------------------------------- //----- BANK 3 REGISTER DEFINITIONS ---------------------------------------- //----- SRCON --------------------------------------------------------------- //----- BAUDCTL Bits ------------------------------------------------------- //----- ANSEL -------------------------------------------------------------- //----- ANSELH ------------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'18E'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CONFIG1 0x2007 #define _CONFIG2 0x2008 //----- Configuration Word1 ------------------------------------------------ #define _DEBUG_ON 0x1FFF #define _DEBUG_OFF 0x3FFF #define _LVP_ON 0x3FFF #define _LVP_OFF 0x2FFF #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOR_ON 0x3FFF #define _BOR_NSLEEP 0x3EFF #define _BOR_SBODEN 0x3DFF #define _BOR_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_ON 0x3FEF #define _PWRTE_OFF 0x3FFF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _INTOSCIO 0x3FFC #define _INTOSC 0x3FFD #define _EXTRCIO 0x3FFE #define _EXTRC 0x3FFF //----- Configuration Word2 ------------------------------------------------ #define _WRT_OFF 0x3FFF // No prog memmory write protection #define _WRT_256 0x3DFF // First 256 prog memmory write protected #define _WRT_1FOURTH 0x3BFF // First quarter prog memmory write protected #define _WRT_HALF 0x39FF // First half memmory write protected #define _BOR21V 0x3EFF #define _BOR40V 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char GO:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char CHS3:1; unsigned char ADCS0:1; unsigned char ADCS1:1; }; struct { unsigned char :1; unsigned char NOT_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define GO ADCON0_bits.GO #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define CHS3 ADCON0_bits.CHS3 #define ADCS0 ADCON0_bits.ADCS0 #define ADCS1 ADCON0_bits.ADCS1 #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char :1; unsigned char ADFM:1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define VCFG0 ADCON1_bits.VCFG0 #define VCFG1 ADCON1_bits.VCFG1 #define ADFM ADCON1_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char ANS5:1; unsigned char ANS6:1; unsigned char ANS7:1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define ANS1 ANSEL_bits.ANS1 #define ANS2 ANSEL_bits.ANS2 #define ANS3 ANSEL_bits.ANS3 #define ANS4 ANSEL_bits.ANS4 #define ANS5 ANSEL_bits.ANS5 #define ANS6 ANSEL_bits.ANS6 #define ANS7 ANSEL_bits.ANS7 #endif /* NO_BIT_DEFINES */ // ----- ANSELH bits -------------------- typedef union { struct { unsigned char ANS8:1; unsigned char ANS9:1; unsigned char ANS10:1; unsigned char ANS11:1; unsigned char ANS12:1; unsigned char ANS13:1; unsigned char :1; unsigned char :1; }; } __ANSELH_bits_t; extern volatile __ANSELH_bits_t __at(ANSELH_ADDR) ANSELH_bits; #ifndef NO_BIT_DEFINES #define ANS8 ANSELH_bits.ANS8 #define ANS9 ANSELH_bits.ANS9 #define ANS10 ANSELH_bits.ANS10 #define ANS11 ANSELH_bits.ANS11 #define ANS12 ANSELH_bits.ANS12 #define ANS13 ANSELH_bits.ANS13 #endif /* NO_BIT_DEFINES */ // ----- BAUDCTL bits -------------------- typedef union { struct { unsigned char ABDEN:1; unsigned char WUE:1; unsigned char :1; unsigned char BRG16:1; unsigned char SCKP:1; unsigned char :1; unsigned char RCIDL:1; unsigned char ABDOVF:1; }; } __BAUDCTL_bits_t; extern volatile __BAUDCTL_bits_t __at(BAUDCTL_ADDR) BAUDCTL_bits; #ifndef NO_BIT_DEFINES #define ABDEN BAUDCTL_bits.ABDEN #define WUE BAUDCTL_bits.WUE #define BRG16 BAUDCTL_bits.BRG16 #define SCKP BAUDCTL_bits.SCKP #define RCIDL BAUDCTL_bits.RCIDL #define ABDOVF BAUDCTL_bits.ABDOVF #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char DC1B0:1; unsigned char DC1B1:1; unsigned char P1M0:1; unsigned char P1M1:1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define DC1B0 CCP1CON_bits.DC1B0 #define CCP1Y CCP1CON_bits.CCP1Y #define DC1B1 CCP1CON_bits.DC1B1 #define CCP1X CCP1CON_bits.CCP1X #define P1M0 CCP1CON_bits.P1M0 #define P1M1 CCP1CON_bits.P1M1 #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char DC2B0:1; unsigned char DC2B1:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define DC2B0 CCP2CON_bits.DC2B0 #define CCP2X CCP2CON_bits.CCP2X #define DC2B1 CCP2CON_bits.DC2B1 #endif /* NO_BIT_DEFINES */ // ----- CM1CON0 bits -------------------- typedef union { struct { unsigned char C1CH0:1; unsigned char C1CH1:1; unsigned char C1R:1; unsigned char :1; unsigned char C1POL:1; unsigned char C1OE:1; unsigned char C1OUT:1; unsigned char C1ON:1; }; } __CM1CON0_bits_t; extern volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; #ifndef NO_BIT_DEFINES #define C1CH0 CM1CON0_bits.C1CH0 #define C1CH1 CM1CON0_bits.C1CH1 #define C1R CM1CON0_bits.C1R #define C1POL CM1CON0_bits.C1POL #define C1OE CM1CON0_bits.C1OE #define C1OUT CM1CON0_bits.C1OUT #define C1ON CM1CON0_bits.C1ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON0 bits -------------------- typedef union { struct { unsigned char C2CH0:1; unsigned char C2CH1:1; unsigned char C2R:1; unsigned char :1; unsigned char C2POL:1; unsigned char C2OE:1; unsigned char C2OUT:1; unsigned char C2ON:1; }; } __CM2CON0_bits_t; extern volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; #ifndef NO_BIT_DEFINES #define C2CH0 CM2CON0_bits.C2CH0 #define C2CH1 CM2CON0_bits.C2CH1 #define C2R CM2CON0_bits.C2R #define C2POL CM2CON0_bits.C2POL #define C2OE CM2CON0_bits.C2OE #define C2OUT CM2CON0_bits.C2OUT #define C2ON CM2CON0_bits.C2ON #endif /* NO_BIT_DEFINES */ // ----- CM2CON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char C2RSEL:1; unsigned char C1RSEL:1; unsigned char MC2OUT:1; unsigned char MC1OUT:1; }; } __CM2CON1_bits_t; extern volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CM2CON1_bits.C2SYNC #define T1GSS CM2CON1_bits.T1GSS #define C2RSEL CM2CON1_bits.C2RSEL #define C1RSEL CM2CON1_bits.C1RSEL #define MC2OUT CM2CON1_bits.MC2OUT #define MC1OUT CM2CON1_bits.MC1OUT #endif /* NO_BIT_DEFINES */ // ----- ECCPAS bits -------------------- typedef union { struct { unsigned char PSSBD0:1; unsigned char PSSBD1:1; unsigned char PSSAC0:1; unsigned char PSSAC1:1; unsigned char ECCPAS0:1; unsigned char ECCPAS1:1; unsigned char ECCPAS2:1; unsigned char ECCPASE:1; }; } __ECCPAS_bits_t; extern volatile __ECCPAS_bits_t __at(ECCPAS_ADDR) ECCPAS_bits; #ifndef NO_BIT_DEFINES #define PSSBD0 ECCPAS_bits.PSSBD0 #define PSSBD1 ECCPAS_bits.PSSBD1 #define PSSAC0 ECCPAS_bits.PSSAC0 #define PSSAC1 ECCPAS_bits.PSSAC1 #define ECCPAS0 ECCPAS_bits.ECCPAS0 #define ECCPAS1 ECCPAS_bits.ECCPAS1 #define ECCPAS2 ECCPAS_bits.ECCPAS2 #define ECCPASE ECCPAS_bits.ECCPASE #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define WR EECON1_bits.WR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char :1; unsigned char TMR0IF:1; unsigned char :1; unsigned char :1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOCB bits -------------------- typedef union { struct { unsigned char IOCB0:1; unsigned char IOCB1:1; unsigned char IOCB2:1; unsigned char IOCB3:1; unsigned char IOCB4:1; unsigned char IOCB5:1; unsigned char IOCB6:1; unsigned char IOCB7:1; }; } __IOCB_bits_t; extern volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; #ifndef NO_BIT_DEFINES #define IOCB0 IOCB_bits.IOCB0 #define IOCB1 IOCB_bits.IOCB1 #define IOCB2 IOCB_bits.IOCB2 #define IOCB3 IOCB_bits.IOCB3 #define IOCB4 IOCB_bits.IOCB4 #define IOCB5 IOCB_bits.IOCB5 #define IOCB6 IOCB_bits.IOCB6 #define IOCB7 IOCB_bits.IOCB7 #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBOREN:1; unsigned char ULPWUE:1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBOREN PCON_bits.SBOREN #define ULPWUE PCON_bits.ULPWUE #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char :1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char ULPWUIE:1; unsigned char BCLIE:1; unsigned char EEIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define ULPWUIE PIE2_bits.ULPWUIE #define BCLIE PIE2_bits.BCLIE #define EEIE PIE2_bits.EEIE #define C1IE PIE2_bits.C1IE #define C2IE PIE2_bits.C2IE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char :1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char ULPWUIF:1; unsigned char BCLIF:1; unsigned char EEIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define ULPWUIF PIR2_bits.ULPWUIF #define BCLIF PIR2_bits.BCLIF #define EEIF PIR2_bits.EEIF #define C1IF PIR2_bits.C1IF #define C2IF PIR2_bits.C2IF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char RA6:1; unsigned char RA7:1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #define RA6 PORTA_bits.RA6 #define RA7 PORTA_bits.RA7 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- PSTRCON bits -------------------- typedef union { struct { unsigned char STRA:1; unsigned char STRB:1; unsigned char STRC:1; unsigned char STRD:1; unsigned char STRSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PSTRCON_bits_t; extern volatile __PSTRCON_bits_t __at(PSTRCON_ADDR) PSTRCON_bits; #ifndef NO_BIT_DEFINES #define STRA PSTRCON_bits.STRA #define STRB PSTRCON_bits.STRB #define STRC PSTRCON_bits.STRC #define STRD PSTRCON_bits.STRD #define STRSYNC PSTRCON_bits.STRSYNC #endif /* NO_BIT_DEFINES */ // ----- PWM1CON bits -------------------- typedef union { struct { unsigned char PDC0:1; unsigned char PDC1:1; unsigned char PDC2:1; unsigned char PDC3:1; unsigned char PDC4:1; unsigned char PDC5:1; unsigned char PDC6:1; unsigned char PRSEN:1; }; } __PWM1CON_bits_t; extern volatile __PWM1CON_bits_t __at(PWM1CON_ADDR) PWM1CON_bits; #ifndef NO_BIT_DEFINES #define PDC0 PWM1CON_bits.PDC0 #define PDC1 PWM1CON_bits.PDC1 #define PDC2 PWM1CON_bits.PDC2 #define PDC3 PWM1CON_bits.PDC3 #define PDC4 PWM1CON_bits.PDC4 #define PDC5 PWM1CON_bits.PDC5 #define PDC6 PWM1CON_bits.PDC6 #define PRSEN PWM1CON_bits.PRSEN #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SPBRG bits -------------------- typedef union { struct { unsigned char BRG0:1; unsigned char BRG1:1; unsigned char BRG2:1; unsigned char BRG3:1; unsigned char BRG4:1; unsigned char BRG5:1; unsigned char BRG6:1; unsigned char BRG7:1; }; } __SPBRG_bits_t; extern volatile __SPBRG_bits_t __at(SPBRG_ADDR) SPBRG_bits; #ifndef NO_BIT_DEFINES #define BRG0 SPBRG_bits.BRG0 #define BRG1 SPBRG_bits.BRG1 #define BRG2 SPBRG_bits.BRG2 #define BRG3 SPBRG_bits.BRG3 #define BRG4 SPBRG_bits.BRG4 #define BRG5 SPBRG_bits.BRG5 #define BRG6 SPBRG_bits.BRG6 #define BRG7 SPBRG_bits.BRG7 #endif /* NO_BIT_DEFINES */ // ----- SPBRGH bits -------------------- typedef union { struct { unsigned char BRG8:1; unsigned char BRG9:1; unsigned char BRG10:1; unsigned char BRG11:1; unsigned char BRG12:1; unsigned char BRG13:1; unsigned char BRG14:1; unsigned char BRG15:1; }; } __SPBRGH_bits_t; extern volatile __SPBRGH_bits_t __at(SPBRGH_ADDR) SPBRGH_bits; #ifndef NO_BIT_DEFINES #define BRG8 SPBRGH_bits.BRG8 #define BRG9 SPBRGH_bits.BRG9 #define BRG10 SPBRGH_bits.BRG10 #define BRG11 SPBRGH_bits.BRG11 #define BRG12 SPBRGH_bits.BRG12 #define BRG13 SPBRGH_bits.BRG13 #define BRG14 SPBRGH_bits.BRG14 #define BRG15 SPBRGH_bits.BRG15 #endif /* NO_BIT_DEFINES */ // ----- SRCON bits -------------------- typedef union { struct { unsigned char FVREN:1; unsigned char :1; unsigned char PULSR:1; unsigned char PULSS:1; unsigned char C2REN:1; unsigned char C1SEN:1; unsigned char SR0:1; unsigned char SR1:1; }; } __SRCON_bits_t; extern volatile __SRCON_bits_t __at(SRCON_ADDR) SRCON_bits; #ifndef NO_BIT_DEFINES #define FVREN SRCON_bits.FVREN #define PULSR SRCON_bits.PULSR #define PULSS SRCON_bits.PULSS #define C2REN SRCON_bits.C2REN #define C1SEN SRCON_bits.C1SEN #define SR0 SRCON_bits.SR0 #define SR1 SRCON_bits.SR1 #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPCON2 bits -------------------- typedef union { struct { unsigned char SEN:1; unsigned char RSEN:1; unsigned char PEN:1; unsigned char RCEN:1; unsigned char ACKEN:1; unsigned char ACKDT:1; unsigned char ACKSTAT:1; unsigned char GCEN:1; }; } __SSPCON2_bits_t; extern volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; #ifndef NO_BIT_DEFINES #define SEN SSPCON2_bits.SEN #define RSEN SSPCON2_bits.RSEN #define PEN SSPCON2_bits.PEN #define RCEN SSPCON2_bits.RCEN #define ACKEN SSPCON2_bits.ACKEN #define ACKDT SSPCON2_bits.ACKDT #define ACKSTAT SSPCON2_bits.ACKSTAT #define GCEN SSPCON2_bits.GCEN #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char TMR1GE:1; unsigned char T1GINV:1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define TMR1GE T1CON_bits.TMR1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char TRISA6:1; unsigned char TRISA7:1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #define TRISA6 TRISA_bits.TRISA6 #define TRISA7 TRISA_bits.TRISA7 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char SENDB:1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SENDB TXSTA_bits.SENDB #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char VRSS:1; unsigned char VRR:1; unsigned char VROE:1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRSS VRCON_bits.VRSS #define VRR VRCON_bits.VRR #define VROE VRCON_bits.VROE #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPUB bits -------------------- typedef union { struct { unsigned char WPUB0:1; unsigned char WPUB1:1; unsigned char WPUB2:1; unsigned char WPUB3:1; unsigned char WPUB4:1; unsigned char WPUB5:1; unsigned char WPUB6:1; unsigned char WPUB7:1; }; } __WPUB_bits_t; extern volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; #ifndef NO_BIT_DEFINES #define WPUB0 WPUB_bits.WPUB0 #define WPUB1 WPUB_bits.WPUB1 #define WPUB2 WPUB_bits.WPUB2 #define WPUB3 WPUB_bits.WPUB3 #define WPUB4 WPUB_bits.WPUB4 #define WPUB5 WPUB_bits.WPUB5 #define WPUB6 WPUB_bits.WPUB6 #define WPUB7 WPUB_bits.WPUB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f913.h000066400000000000000000001742021116427777700176220ustar00rootroot00000000000000// // Register Declarations for Microchip 16F913 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F913_H #define P16F913_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define ANSEL_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define WPUB_ADDR 0x0095 #define WPU_ADDR 0x0095 #define IOCB_ADDR 0x0096 #define IOC_ADDR 0x0096 #define CMCON1_ADDR 0x0097 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define CMCON0_ADDR 0x009C #define VRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define WDTCON_ADDR 0x0105 #define LCDCON_ADDR 0x0107 #define LCDPS_ADDR 0x0108 #define LVDCON_ADDR 0x0109 #define EEDATL_ADDR 0x010C #define EEADRL_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define LCDDATA0_ADDR 0x0110 #define LCDDATA1_ADDR 0x0111 #define LCDDATA3_ADDR 0x0113 #define LCDDATA4_ADDR 0x0114 #define LCDDATA6_ADDR 0x0116 #define LCDDATA7_ADDR 0x0117 #define LCDDATA9_ADDR 0x0119 #define LCDDATA10_ADDR 0x011A #define LCDSE0_ADDR 0x011C #define LCDSE1_ADDR 0x011D #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F913.INC Standard Header File, Version 1.04 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F913 microcontroller. // These names are taken to match the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F913 // 2. LIST directive in the source file // LIST P=PIC16F913 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 06/11/04 Initial Release //1.01 06/18/04 Corrected typo in 'bad ram' section //1.02 08/16/04 Added EECON2 //1.03 05/20/05 Removed EECON2 from badram //1.04 10/05/05 Correct names of bits in ANSEL, Add EEADRH and EEADRL bit // definitions //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F913 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (CMCON1_ADDR) CMCON1; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (CMCON0_ADDR) CMCON0; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (LCDCON_ADDR) LCDCON; extern __sfr __at (LCDPS_ADDR) LCDPS; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (EEDATL_ADDR) EEDATL; extern __sfr __at (EEADRL_ADDR) EEADRL; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (LCDDATA0_ADDR) LCDDATA0; extern __sfr __at (LCDDATA1_ADDR) LCDDATA1; extern __sfr __at (LCDDATA3_ADDR) LCDDATA3; extern __sfr __at (LCDDATA4_ADDR) LCDDATA4; extern __sfr __at (LCDDATA6_ADDR) LCDDATA6; extern __sfr __at (LCDDATA7_ADDR) LCDDATA7; extern __sfr __at (LCDDATA9_ADDR) LCDDATA9; extern __sfr __at (LCDDATA10_ADDR) LCDDATA10; extern __sfr __at (LCDSE0_ADDR) LCDSE0; extern __sfr __at (LCDSE1_ADDR) LCDSE1; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits ------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- ANSEL Bits --------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- WPUB Bits ------------------------------------------------------- //----- WPU Bits ------------------------------------------------------- //----- IOCB Bits ------------------------------------------------------- //----- IOC Bits ------------------------------------------------------- //----- CMCON1 Bits -------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- CMCON0 Bits --------------------------------------------------------- //----- VRCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- LCDCON Bits -------------------------------------------------------- //----- LCDPS Bits --------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- LCDDATA0 Bits ------------------------------------------------------- //----- LCDDATA1 Bits ------------------------------------------------------- //----- LCDDATA3 Bits ------------------------------------------------------- //----- LCDDATA4 Bits ------------------------------------------------------- //----- LCDDATA6 Bits ------------------------------------------------------- //----- LCDDATA7 Bits ------------------------------------------------------- //----- LCDDATA9 Bits ------------------------------------------------------- //----- LCDDATA10 Bits ------------------------------------------------------- //----- LCDSE0 Bits -------------------------------------------------------- //----- LCDSE1 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //----- EEADRH Bits -------------------------------------------------------- //----- EEADRL Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08', H'1B'-H'1D' // __BADRAM H'88', H'9A'-H'9B' // __BADRAM H'112', H'115', H'118', H'11B',H'11E'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18E'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _CONFIG 0x2007 //Configuration Byte 1 Options #define _DEBUG_ON 0x2FFF #define _DEBUG_OFF 0x3FFF #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOD_ON 0x3FFF #define _BOD_NSLEEP 0x3EFF #define _BOD_SBODEN 0x3DFF #define _BOD_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_ON 0x3FEF #define _PWRTE_OFF 0x3FFF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _INTOSCIO 0x3FFC #define _INTOSC 0x3FFD #define _EXTRCIO 0x3FFE #define _EXTRC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char NOT_DONE:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define VCFG0 ADCON0_bits.VCFG0 #define VCFG1 ADCON0_bits.VCFG1 #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define ADCS0 ADCON1_bits.ADCS0 #define ADCS1 ADCON1_bits.ADCS1 #define ADCS2 ADCON1_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char AN0:1; unsigned char AN1:1; unsigned char AN2:1; unsigned char AN3:1; unsigned char AN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define AN0 ANSEL_bits.AN0 #define ANS1 ANSEL_bits.ANS1 #define AN1 ANSEL_bits.AN1 #define ANS2 ANSEL_bits.ANS2 #define AN2 ANSEL_bits.AN2 #define ANS3 ANSEL_bits.ANS3 #define AN3 ANSEL_bits.AN3 #define ANS4 ANSEL_bits.ANS4 #define AN4 ANSEL_bits.AN4 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CMCON0 bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON0_bits_t; extern volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON0_bits.CM0 #define CM1 CMCON0_bits.CM1 #define CM2 CMCON0_bits.CM2 #define CIS CMCON0_bits.CIS #define C1INV CMCON0_bits.C1INV #define C2INV CMCON0_bits.C2INV #define C1OUT CMCON0_bits.C1OUT #define C2OUT CMCON0_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CMCON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __CMCON1_bits_t; extern volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CMCON1_bits.C2SYNC #define T1GSS CMCON1_bits.T1GSS #endif /* NO_BIT_DEFINES */ // ----- EEADRH bits -------------------- typedef union { struct { unsigned char EEADRH0:1; unsigned char EEADRH1:1; unsigned char EEADRH2:1; unsigned char EEADRH3:1; unsigned char EEADRH4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EEADRH_bits_t; extern volatile __EEADRH_bits_t __at(EEADRH_ADDR) EEADRH_bits; #ifndef NO_BIT_DEFINES #define EEADRH0 EEADRH_bits.EEADRH0 #define EEADRH1 EEADRH_bits.EEADRH1 #define EEADRH2 EEADRH_bits.EEADRH2 #define EEADRH3 EEADRH_bits.EEADRH3 #define EEADRH4 EEADRH_bits.EEADRH4 #endif /* NO_BIT_DEFINES */ // ----- EEADRL bits -------------------- typedef union { struct { unsigned char EEADRL0:1; unsigned char EEADRL1:1; unsigned char EEADRL2:1; unsigned char EEADRL3:1; unsigned char EEADRL4:1; unsigned char EEADRL5:1; unsigned char EEADRL6:1; unsigned char EEADRL7:1; }; } __EEADRL_bits_t; extern volatile __EEADRL_bits_t __at(EEADRL_ADDR) EEADRL_bits; #ifndef NO_BIT_DEFINES #define EEADRL0 EEADRL_bits.EEADRL0 #define EEADRL1 EEADRL_bits.EEADRL1 #define EEADRL2 EEADRL_bits.EEADRL2 #define EEADRL3 EEADRL_bits.EEADRL3 #define EEADRL4 EEADRL_bits.EEADRL4 #define EEADRL5 EEADRL_bits.EEADRL5 #define EEADRL6 EEADRL_bits.EEADRL6 #define EEADRL7 EEADRL_bits.EEADRL7 #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; struct { unsigned char EERD:1; unsigned char EEWR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define EERD EECON1_bits.EERD #define WR EECON1_bits.WR #define EEWR EECON1_bits.EEWR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char :1; unsigned char TMR0IF:1; unsigned char :1; unsigned char :1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOC bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char IOC4:1; unsigned char IOC5:1; unsigned char IOC6:1; unsigned char IOC7:1; }; } __IOC_bits_t; extern volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; #ifndef NO_BIT_DEFINES #define IOC4 IOC_bits.IOC4 #define IOC5 IOC_bits.IOC5 #define IOC6 IOC_bits.IOC6 #define IOC7 IOC_bits.IOC7 #endif /* NO_BIT_DEFINES */ // ----- IOCB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char IOCB4:1; unsigned char IOCB5:1; unsigned char IOCB6:1; unsigned char IOCB7:1; }; } __IOCB_bits_t; extern volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; #ifndef NO_BIT_DEFINES #define IOCB4 IOCB_bits.IOCB4 #define IOCB5 IOCB_bits.IOCB5 #define IOCB6 IOCB_bits.IOCB6 #define IOCB7 IOCB_bits.IOCB7 #endif /* NO_BIT_DEFINES */ // ----- LCDCON bits -------------------- typedef union { struct { unsigned char LMUX0:1; unsigned char LMUX1:1; unsigned char CS0:1; unsigned char CS1:1; unsigned char VLCDEN:1; unsigned char WERR:1; unsigned char SLPEN:1; unsigned char LCDEN:1; }; } __LCDCON_bits_t; extern volatile __LCDCON_bits_t __at(LCDCON_ADDR) LCDCON_bits; #ifndef NO_BIT_DEFINES #define LMUX0 LCDCON_bits.LMUX0 #define LMUX1 LCDCON_bits.LMUX1 #define CS0 LCDCON_bits.CS0 #define CS1 LCDCON_bits.CS1 #define VLCDEN LCDCON_bits.VLCDEN #define WERR LCDCON_bits.WERR #define SLPEN LCDCON_bits.SLPEN #define LCDEN LCDCON_bits.LCDEN #endif /* NO_BIT_DEFINES */ // ----- LCDDATA0 bits -------------------- typedef union { struct { unsigned char SEG0COM0:1; unsigned char SEG1COM0:1; unsigned char SEG2COM0:1; unsigned char SEG3COM0:1; unsigned char SEG4COM0:1; unsigned char SEG5COM0:1; unsigned char SEG6COM0:1; unsigned char SEG7COM0:1; }; struct { unsigned char S0C0:1; unsigned char S1C0:1; unsigned char S2C0:1; unsigned char S3C0:1; unsigned char S4C0:1; unsigned char S5C0:1; unsigned char S6C0:1; unsigned char S7C0:1; }; } __LCDDATA0_bits_t; extern volatile __LCDDATA0_bits_t __at(LCDDATA0_ADDR) LCDDATA0_bits; #ifndef NO_BIT_DEFINES #define SEG0COM0 LCDDATA0_bits.SEG0COM0 #define S0C0 LCDDATA0_bits.S0C0 #define SEG1COM0 LCDDATA0_bits.SEG1COM0 #define S1C0 LCDDATA0_bits.S1C0 #define SEG2COM0 LCDDATA0_bits.SEG2COM0 #define S2C0 LCDDATA0_bits.S2C0 #define SEG3COM0 LCDDATA0_bits.SEG3COM0 #define S3C0 LCDDATA0_bits.S3C0 #define SEG4COM0 LCDDATA0_bits.SEG4COM0 #define S4C0 LCDDATA0_bits.S4C0 #define SEG5COM0 LCDDATA0_bits.SEG5COM0 #define S5C0 LCDDATA0_bits.S5C0 #define SEG6COM0 LCDDATA0_bits.SEG6COM0 #define S6C0 LCDDATA0_bits.S6C0 #define SEG7COM0 LCDDATA0_bits.SEG7COM0 #define S7C0 LCDDATA0_bits.S7C0 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA1 bits -------------------- typedef union { struct { unsigned char SEG8COM0:1; unsigned char SEG9COM0:1; unsigned char SEG10COM0:1; unsigned char SEG11COM0:1; unsigned char SEG12COM0:1; unsigned char SEG13COM0:1; unsigned char SEG14COM0:1; unsigned char SEG15COM0:1; }; struct { unsigned char S8C0:1; unsigned char S9C0:1; unsigned char S10C0:1; unsigned char S11C0:1; unsigned char S12C0:1; unsigned char S13C0:1; unsigned char S14C0:1; unsigned char S15C0:1; }; } __LCDDATA1_bits_t; extern volatile __LCDDATA1_bits_t __at(LCDDATA1_ADDR) LCDDATA1_bits; #ifndef NO_BIT_DEFINES #define SEG8COM0 LCDDATA1_bits.SEG8COM0 #define S8C0 LCDDATA1_bits.S8C0 #define SEG9COM0 LCDDATA1_bits.SEG9COM0 #define S9C0 LCDDATA1_bits.S9C0 #define SEG10COM0 LCDDATA1_bits.SEG10COM0 #define S10C0 LCDDATA1_bits.S10C0 #define SEG11COM0 LCDDATA1_bits.SEG11COM0 #define S11C0 LCDDATA1_bits.S11C0 #define SEG12COM0 LCDDATA1_bits.SEG12COM0 #define S12C0 LCDDATA1_bits.S12C0 #define SEG13COM0 LCDDATA1_bits.SEG13COM0 #define S13C0 LCDDATA1_bits.S13C0 #define SEG14COM0 LCDDATA1_bits.SEG14COM0 #define S14C0 LCDDATA1_bits.S14C0 #define SEG15COM0 LCDDATA1_bits.SEG15COM0 #define S15C0 LCDDATA1_bits.S15C0 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA10 bits -------------------- typedef union { struct { unsigned char SEG8COM3:1; unsigned char SEG9COM3:1; unsigned char SEG10COM3:1; unsigned char SEG11COM3:1; unsigned char SEG12COM3:1; unsigned char SEG13COM3:1; unsigned char SEG14COM3:1; unsigned char SEG15COM3:1; }; struct { unsigned char S8C3:1; unsigned char S9C3:1; unsigned char S10C3:1; unsigned char S11C3:1; unsigned char S12C3:1; unsigned char S13C3:1; unsigned char S14C3:1; unsigned char S15C3:1; }; } __LCDDATA10_bits_t; extern volatile __LCDDATA10_bits_t __at(LCDDATA10_ADDR) LCDDATA10_bits; #ifndef NO_BIT_DEFINES #define SEG8COM3 LCDDATA10_bits.SEG8COM3 #define S8C3 LCDDATA10_bits.S8C3 #define SEG9COM3 LCDDATA10_bits.SEG9COM3 #define S9C3 LCDDATA10_bits.S9C3 #define SEG10COM3 LCDDATA10_bits.SEG10COM3 #define S10C3 LCDDATA10_bits.S10C3 #define SEG11COM3 LCDDATA10_bits.SEG11COM3 #define S11C3 LCDDATA10_bits.S11C3 #define SEG12COM3 LCDDATA10_bits.SEG12COM3 #define S12C3 LCDDATA10_bits.S12C3 #define SEG13COM3 LCDDATA10_bits.SEG13COM3 #define S13C3 LCDDATA10_bits.S13C3 #define SEG14COM3 LCDDATA10_bits.SEG14COM3 #define S14C3 LCDDATA10_bits.S14C3 #define SEG15COM3 LCDDATA10_bits.SEG15COM3 #define S15C3 LCDDATA10_bits.S15C3 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA3 bits -------------------- typedef union { struct { unsigned char SEG0COM1:1; unsigned char SEG1COM1:1; unsigned char SEG2COM1:1; unsigned char SEG3COM1:1; unsigned char SEG4COM1:1; unsigned char SEG5COM1:1; unsigned char SEG6COM1:1; unsigned char SEG7COM1:1; }; struct { unsigned char S0C1:1; unsigned char S1C1:1; unsigned char S2C1:1; unsigned char S3C1:1; unsigned char S4C1:1; unsigned char S5C1:1; unsigned char S6C1:1; unsigned char S7C1:1; }; } __LCDDATA3_bits_t; extern volatile __LCDDATA3_bits_t __at(LCDDATA3_ADDR) LCDDATA3_bits; #ifndef NO_BIT_DEFINES #define SEG0COM1 LCDDATA3_bits.SEG0COM1 #define S0C1 LCDDATA3_bits.S0C1 #define SEG1COM1 LCDDATA3_bits.SEG1COM1 #define S1C1 LCDDATA3_bits.S1C1 #define SEG2COM1 LCDDATA3_bits.SEG2COM1 #define S2C1 LCDDATA3_bits.S2C1 #define SEG3COM1 LCDDATA3_bits.SEG3COM1 #define S3C1 LCDDATA3_bits.S3C1 #define SEG4COM1 LCDDATA3_bits.SEG4COM1 #define S4C1 LCDDATA3_bits.S4C1 #define SEG5COM1 LCDDATA3_bits.SEG5COM1 #define S5C1 LCDDATA3_bits.S5C1 #define SEG6COM1 LCDDATA3_bits.SEG6COM1 #define S6C1 LCDDATA3_bits.S6C1 #define SEG7COM1 LCDDATA3_bits.SEG7COM1 #define S7C1 LCDDATA3_bits.S7C1 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA4 bits -------------------- typedef union { struct { unsigned char SEG8COM1:1; unsigned char SEG9COM1:1; unsigned char SEG10COM1:1; unsigned char SEG11COM1:1; unsigned char SEG12COM1:1; unsigned char SEG13COM1:1; unsigned char SEG14COM1:1; unsigned char SEG15COM1:1; }; struct { unsigned char S8C1:1; unsigned char S9C1:1; unsigned char S10C1:1; unsigned char S11C1:1; unsigned char S12C1:1; unsigned char S13C1:1; unsigned char S14C1:1; unsigned char S15C1:1; }; } __LCDDATA4_bits_t; extern volatile __LCDDATA4_bits_t __at(LCDDATA4_ADDR) LCDDATA4_bits; #ifndef NO_BIT_DEFINES #define SEG8COM1 LCDDATA4_bits.SEG8COM1 #define S8C1 LCDDATA4_bits.S8C1 #define SEG9COM1 LCDDATA4_bits.SEG9COM1 #define S9C1 LCDDATA4_bits.S9C1 #define SEG10COM1 LCDDATA4_bits.SEG10COM1 #define S10C1 LCDDATA4_bits.S10C1 #define SEG11COM1 LCDDATA4_bits.SEG11COM1 #define S11C1 LCDDATA4_bits.S11C1 #define SEG12COM1 LCDDATA4_bits.SEG12COM1 #define S12C1 LCDDATA4_bits.S12C1 #define SEG13COM1 LCDDATA4_bits.SEG13COM1 #define S13C1 LCDDATA4_bits.S13C1 #define SEG14COM1 LCDDATA4_bits.SEG14COM1 #define S14C1 LCDDATA4_bits.S14C1 #define SEG15COM1 LCDDATA4_bits.SEG15COM1 #define S15C1 LCDDATA4_bits.S15C1 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA6 bits -------------------- typedef union { struct { unsigned char SEG0COM2:1; unsigned char SEG1COM2:1; unsigned char SEG2COM2:1; unsigned char SEG3COM2:1; unsigned char SEG4COM2:1; unsigned char SEG5COM2:1; unsigned char SEG6COM2:1; unsigned char SEG7COM2:1; }; struct { unsigned char S0C2:1; unsigned char S1C2:1; unsigned char S2C2:1; unsigned char S3C2:1; unsigned char S4C2:1; unsigned char S5C2:1; unsigned char S6C2:1; unsigned char S7C2:1; }; } __LCDDATA6_bits_t; extern volatile __LCDDATA6_bits_t __at(LCDDATA6_ADDR) LCDDATA6_bits; #ifndef NO_BIT_DEFINES #define SEG0COM2 LCDDATA6_bits.SEG0COM2 #define S0C2 LCDDATA6_bits.S0C2 #define SEG1COM2 LCDDATA6_bits.SEG1COM2 #define S1C2 LCDDATA6_bits.S1C2 #define SEG2COM2 LCDDATA6_bits.SEG2COM2 #define S2C2 LCDDATA6_bits.S2C2 #define SEG3COM2 LCDDATA6_bits.SEG3COM2 #define S3C2 LCDDATA6_bits.S3C2 #define SEG4COM2 LCDDATA6_bits.SEG4COM2 #define S4C2 LCDDATA6_bits.S4C2 #define SEG5COM2 LCDDATA6_bits.SEG5COM2 #define S5C2 LCDDATA6_bits.S5C2 #define SEG6COM2 LCDDATA6_bits.SEG6COM2 #define S6C2 LCDDATA6_bits.S6C2 #define SEG7COM2 LCDDATA6_bits.SEG7COM2 #define S7C2 LCDDATA6_bits.S7C2 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA7 bits -------------------- typedef union { struct { unsigned char SEG8COM2:1; unsigned char SEG9COM2:1; unsigned char SEG10COM2:1; unsigned char SEG11COM2:1; unsigned char SEG12COM2:1; unsigned char SEG13COM2:1; unsigned char SEG14COM2:1; unsigned char SEG15COM2:1; }; struct { unsigned char S8C2:1; unsigned char S9C2:1; unsigned char S10C2:1; unsigned char S11C2:1; unsigned char S12C2:1; unsigned char S13C2:1; unsigned char S14C2:1; unsigned char S15C2:1; }; } __LCDDATA7_bits_t; extern volatile __LCDDATA7_bits_t __at(LCDDATA7_ADDR) LCDDATA7_bits; #ifndef NO_BIT_DEFINES #define SEG8COM2 LCDDATA7_bits.SEG8COM2 #define S8C2 LCDDATA7_bits.S8C2 #define SEG9COM2 LCDDATA7_bits.SEG9COM2 #define S9C2 LCDDATA7_bits.S9C2 #define SEG10COM2 LCDDATA7_bits.SEG10COM2 #define S10C2 LCDDATA7_bits.S10C2 #define SEG11COM2 LCDDATA7_bits.SEG11COM2 #define S11C2 LCDDATA7_bits.S11C2 #define SEG12COM2 LCDDATA7_bits.SEG12COM2 #define S12C2 LCDDATA7_bits.S12C2 #define SEG13COM2 LCDDATA7_bits.SEG13COM2 #define S13C2 LCDDATA7_bits.S13C2 #define SEG14COM2 LCDDATA7_bits.SEG14COM2 #define S14C2 LCDDATA7_bits.S14C2 #define SEG15COM2 LCDDATA7_bits.SEG15COM2 #define S15C2 LCDDATA7_bits.S15C2 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA9 bits -------------------- typedef union { struct { unsigned char SEG0COM3:1; unsigned char SEG1COM3:1; unsigned char SEG2COM3:1; unsigned char SEG3COM3:1; unsigned char SEG4COM3:1; unsigned char SEG5COM3:1; unsigned char SEG6COM3:1; unsigned char SEG7COM3:1; }; struct { unsigned char S0C3:1; unsigned char S1C3:1; unsigned char S2C3:1; unsigned char S3C3:1; unsigned char S4C3:1; unsigned char S5C3:1; unsigned char S6C3:1; unsigned char S7C3:1; }; } __LCDDATA9_bits_t; extern volatile __LCDDATA9_bits_t __at(LCDDATA9_ADDR) LCDDATA9_bits; #ifndef NO_BIT_DEFINES #define SEG0COM3 LCDDATA9_bits.SEG0COM3 #define S0C3 LCDDATA9_bits.S0C3 #define SEG1COM3 LCDDATA9_bits.SEG1COM3 #define S1C3 LCDDATA9_bits.S1C3 #define SEG2COM3 LCDDATA9_bits.SEG2COM3 #define S2C3 LCDDATA9_bits.S2C3 #define SEG3COM3 LCDDATA9_bits.SEG3COM3 #define S3C3 LCDDATA9_bits.S3C3 #define SEG4COM3 LCDDATA9_bits.SEG4COM3 #define S4C3 LCDDATA9_bits.S4C3 #define SEG5COM3 LCDDATA9_bits.SEG5COM3 #define S5C3 LCDDATA9_bits.S5C3 #define SEG6COM3 LCDDATA9_bits.SEG6COM3 #define S6C3 LCDDATA9_bits.S6C3 #define SEG7COM3 LCDDATA9_bits.SEG7COM3 #define S7C3 LCDDATA9_bits.S7C3 #endif /* NO_BIT_DEFINES */ // ----- LCDPS bits -------------------- typedef union { struct { unsigned char LP0:1; unsigned char LP1:1; unsigned char LP2:1; unsigned char LP3:1; unsigned char WA:1; unsigned char LCDA:1; unsigned char BIASMD:1; unsigned char WFT:1; }; } __LCDPS_bits_t; extern volatile __LCDPS_bits_t __at(LCDPS_ADDR) LCDPS_bits; #ifndef NO_BIT_DEFINES #define LP0 LCDPS_bits.LP0 #define LP1 LCDPS_bits.LP1 #define LP2 LCDPS_bits.LP2 #define LP3 LCDPS_bits.LP3 #define WA LCDPS_bits.WA #define LCDA LCDPS_bits.LCDA #define BIASMD LCDPS_bits.BIASMD #define WFT LCDPS_bits.WFT #endif /* NO_BIT_DEFINES */ // ----- LCDSE0 bits -------------------- typedef union { struct { unsigned char SE0:1; unsigned char SE1:1; unsigned char SE2:1; unsigned char SE3:1; unsigned char SE4:1; unsigned char SE5:1; unsigned char SE6:1; unsigned char SE7:1; }; struct { unsigned char SEGEN0:1; unsigned char SEGEN1:1; unsigned char SEGEN2:1; unsigned char SEGEN3:1; unsigned char SEGEN4:1; unsigned char SEGEN5:1; unsigned char SEGEN6:1; unsigned char SEGEN7:1; }; } __LCDSE0_bits_t; extern volatile __LCDSE0_bits_t __at(LCDSE0_ADDR) LCDSE0_bits; #ifndef NO_BIT_DEFINES #define SE0 LCDSE0_bits.SE0 #define SEGEN0 LCDSE0_bits.SEGEN0 #define SE1 LCDSE0_bits.SE1 #define SEGEN1 LCDSE0_bits.SEGEN1 #define SE2 LCDSE0_bits.SE2 #define SEGEN2 LCDSE0_bits.SEGEN2 #define SE3 LCDSE0_bits.SE3 #define SEGEN3 LCDSE0_bits.SEGEN3 #define SE4 LCDSE0_bits.SE4 #define SEGEN4 LCDSE0_bits.SEGEN4 #define SE5 LCDSE0_bits.SE5 #define SEGEN5 LCDSE0_bits.SEGEN5 #define SE6 LCDSE0_bits.SE6 #define SEGEN6 LCDSE0_bits.SEGEN6 #define SE7 LCDSE0_bits.SE7 #define SEGEN7 LCDSE0_bits.SEGEN7 #endif /* NO_BIT_DEFINES */ // ----- LCDSE1 bits -------------------- typedef union { struct { unsigned char SE8:1; unsigned char SE9:1; unsigned char SE10:1; unsigned char SE11:1; unsigned char SE12:1; unsigned char SE13:1; unsigned char SE14:1; unsigned char SE15:1; }; struct { unsigned char SEGEN8:1; unsigned char SEGEN9:1; unsigned char SEGEN10:1; unsigned char SEGEN11:1; unsigned char SEGEN12:1; unsigned char SEGEN13:1; unsigned char SEGEN14:1; unsigned char SEGEN15:1; }; } __LCDSE1_bits_t; extern volatile __LCDSE1_bits_t __at(LCDSE1_ADDR) LCDSE1_bits; #ifndef NO_BIT_DEFINES #define SE8 LCDSE1_bits.SE8 #define SEGEN8 LCDSE1_bits.SEGEN8 #define SE9 LCDSE1_bits.SE9 #define SEGEN9 LCDSE1_bits.SEGEN9 #define SE10 LCDSE1_bits.SE10 #define SEGEN10 LCDSE1_bits.SEGEN10 #define SE11 LCDSE1_bits.SE11 #define SEGEN11 LCDSE1_bits.SEGEN11 #define SE12 LCDSE1_bits.SE12 #define SEGEN12 LCDSE1_bits.SEGEN12 #define SE13 LCDSE1_bits.SE13 #define SEGEN13 LCDSE1_bits.SEGEN13 #define SE14 LCDSE1_bits.SE14 #define SEGEN14 LCDSE1_bits.SEGEN14 #define SE15 LCDSE1_bits.SE15 #define SEGEN15 LCDSE1_bits.SEGEN15 #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LVDL0:1; unsigned char LVDL1:1; unsigned char LVDL2:1; unsigned char :1; unsigned char LVDEN:1; unsigned char IRVST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LVDL0 LVDCON_bits.LVDL0 #define LVDL1 LVDCON_bits.LVDL1 #define LVDL2 LVDCON_bits.LVDL2 #define LVDEN LVDCON_bits.LVDEN #define IRVST LVDCON_bits.IRVST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBOREN:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBOREN PCON_bits.SBOREN #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char EEIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char LVDIE:1; unsigned char :1; unsigned char LCDIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define LVDIE PIE2_bits.LVDIE #define LCDIE PIE2_bits.LCDIE #define C1IE PIE2_bits.C1IE #define C2IE PIE2_bits.C2IE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char EEIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char LVDIF:1; unsigned char :1; unsigned char LCDIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define LVDIF PIR2_bits.LVDIF #define LCDIF PIR2_bits.LCDIF #define C1IF PIR2_bits.C1IF #define C2IF PIR2_bits.C2IF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char T1GE:1; unsigned char T1GINV:1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define T1GE T1CON_bits.T1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char :1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char SWDTE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define SWDTE WDTCON_bits.SWDTE #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPU bits -------------------- typedef union { struct { unsigned char WPU0:1; unsigned char WPU1:1; unsigned char WPU2:1; unsigned char WPU3:1; unsigned char WPU4:1; unsigned char WPU5:1; unsigned char WPU6:1; unsigned char WPU7:1; }; } __WPU_bits_t; extern volatile __WPU_bits_t __at(WPU_ADDR) WPU_bits; #ifndef NO_BIT_DEFINES #define WPU0 WPU_bits.WPU0 #define WPU1 WPU_bits.WPU1 #define WPU2 WPU_bits.WPU2 #define WPU3 WPU_bits.WPU3 #define WPU4 WPU_bits.WPU4 #define WPU5 WPU_bits.WPU5 #define WPU6 WPU_bits.WPU6 #define WPU7 WPU_bits.WPU7 #endif /* NO_BIT_DEFINES */ // ----- WPUB bits -------------------- typedef union { struct { unsigned char WPUB0:1; unsigned char WPUB1:1; unsigned char WPUB2:1; unsigned char WPUB3:1; unsigned char WPUB4:1; unsigned char WPUB5:1; unsigned char WPUB6:1; unsigned char WPUB7:1; }; } __WPUB_bits_t; extern volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; #ifndef NO_BIT_DEFINES #define WPUB0 WPUB_bits.WPUB0 #define WPUB1 WPUB_bits.WPUB1 #define WPUB2 WPUB_bits.WPUB2 #define WPUB3 WPUB_bits.WPUB3 #define WPUB4 WPUB_bits.WPUB4 #define WPUB5 WPUB_bits.WPUB5 #define WPUB6 WPUB_bits.WPUB6 #define WPUB7 WPUB_bits.WPUB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f914.h000066400000000000000000002223711116427777700176240ustar00rootroot00000000000000// // Register Declarations for Microchip 16F914 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F914_H #define P16F914_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define ANSEL_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define WPUB_ADDR 0x0095 #define WPU_ADDR 0x0095 #define IOCB_ADDR 0x0096 #define IOC_ADDR 0x0096 #define CMCON1_ADDR 0x0097 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define CMCON0_ADDR 0x009C #define VRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define WDTCON_ADDR 0x0105 #define LCDCON_ADDR 0x0107 #define LCDPS_ADDR 0x0108 #define LVDCON_ADDR 0x0109 #define EEDATL_ADDR 0x010C #define EEADRL_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define LCDDATA0_ADDR 0x0110 #define LCDDATA1_ADDR 0x0111 #define LCDDATA2_ADDR 0x0112 #define LCDDATA3_ADDR 0x0113 #define LCDDATA4_ADDR 0x0114 #define LCDDATA5_ADDR 0x0115 #define LCDDATA6_ADDR 0x0116 #define LCDDATA7_ADDR 0x0117 #define LCDDATA8_ADDR 0x0118 #define LCDDATA9_ADDR 0x0119 #define LCDDATA10_ADDR 0x011A #define LCDDATA11_ADDR 0x011B #define LCDSE0_ADDR 0x011C #define LCDSE1_ADDR 0x011D #define LCDSE2_ADDR 0x011E #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F914.INC Standard Header File, Version 1.03 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F914 microcontroller. // These names are taken to match the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F914 // 2. LIST directive in the source file // LIST P=PIC16F914 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 06/11/04 Initial Release //1.01 08/16/04 Added EECON2 //1.02 05/20/05 Removed EECON2 from badram //1.03 10/05/05 Correct names of bits in ANSEL, Add EEADRH and EEADRL bit // definitions //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F914 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (CMCON1_ADDR) CMCON1; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (CMCON0_ADDR) CMCON0; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (LCDCON_ADDR) LCDCON; extern __sfr __at (LCDPS_ADDR) LCDPS; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (EEDATL_ADDR) EEDATL; extern __sfr __at (EEADRL_ADDR) EEADRL; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (LCDDATA0_ADDR) LCDDATA0; extern __sfr __at (LCDDATA1_ADDR) LCDDATA1; extern __sfr __at (LCDDATA2_ADDR) LCDDATA2; extern __sfr __at (LCDDATA3_ADDR) LCDDATA3; extern __sfr __at (LCDDATA4_ADDR) LCDDATA4; extern __sfr __at (LCDDATA5_ADDR) LCDDATA5; extern __sfr __at (LCDDATA6_ADDR) LCDDATA6; extern __sfr __at (LCDDATA7_ADDR) LCDDATA7; extern __sfr __at (LCDDATA8_ADDR) LCDDATA8; extern __sfr __at (LCDDATA9_ADDR) LCDDATA9; extern __sfr __at (LCDDATA10_ADDR) LCDDATA10; extern __sfr __at (LCDDATA11_ADDR) LCDDATA11; extern __sfr __at (LCDSE0_ADDR) LCDSE0; extern __sfr __at (LCDSE1_ADDR) LCDSE1; extern __sfr __at (LCDSE2_ADDR) LCDSE2; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits ------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- ANSEL Bits --------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- WPUB Bits ------------------------------------------------------- //----- WPU Bits ------------------------------------------------------- //----- IOCB Bits ------------------------------------------------------- //----- IOC Bits ------------------------------------------------------- //----- CMCON1 Bits -------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- CMCON0 Bits --------------------------------------------------------- //----- VRCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- LCDCON Bits -------------------------------------------------------- //----- LCDPS Bits --------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- LCDDATA0 Bits ------------------------------------------------------- //----- LCDDATA1 Bits ------------------------------------------------------- //----- LCDDATA2 Bits ------------------------------------------------------- //----- LCDDATA3 Bits ------------------------------------------------------- //----- LCDDATA4 Bits ------------------------------------------------------- //----- LCDDATA5 Bits ------------------------------------------------------- //----- LCDDATA6 Bits ------------------------------------------------------- //----- LCDDATA7 Bits ------------------------------------------------------- //----- LCDDATA8 Bits ------------------------------------------------------- //----- LCDDATA9 Bits ------------------------------------------------------- //----- LCDDATA10 Bits ------------------------------------------------------- //----- LCDDATA11 Bits ------------------------------------------------------- //----- LCDSE0 Bits -------------------------------------------------------- //----- LCDSE1 Bits -------------------------------------------------------- //----- LCDSE2 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //----- EEADRH Bits -------------------------------------------------------- //----- EEADRL Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'9A'-H'9B' // __BADRAM H'11F' // __BADRAM H'185', H'187'-H'189', H'18E'-H'1EF' //========================================================================== // // Configuration Bits // //========================================================================== #define _CONFIG 0x2007 //Configuration Byte 1 Options #define _DEBUG_ON 0x2FFF #define _DEBUG_OFF 0x3FFF #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOD_ON 0x3FFF #define _BOD_NSLEEP 0x3EFF #define _BOD_SBODEN 0x3DFF #define _BOD_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_ON 0x3FEF #define _PWRTE_OFF 0x3FFF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _INTOSCIO 0x3FFC #define _INTOSC 0x3FFD #define _EXTRCIO 0x3FFE #define _EXTRC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char NOT_DONE:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define VCFG0 ADCON0_bits.VCFG0 #define VCFG1 ADCON0_bits.VCFG1 #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define ADCS0 ADCON1_bits.ADCS0 #define ADCS1 ADCON1_bits.ADCS1 #define ADCS2 ADCON1_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char ANS5:1; unsigned char ANS6:1; unsigned char ANS7:1; }; struct { unsigned char AN0:1; unsigned char AN1:1; unsigned char AN2:1; unsigned char AN3:1; unsigned char AN4:1; unsigned char AN5:1; unsigned char AN6:1; unsigned char AN7:1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define AN0 ANSEL_bits.AN0 #define ANS1 ANSEL_bits.ANS1 #define AN1 ANSEL_bits.AN1 #define ANS2 ANSEL_bits.ANS2 #define AN2 ANSEL_bits.AN2 #define ANS3 ANSEL_bits.ANS3 #define AN3 ANSEL_bits.AN3 #define ANS4 ANSEL_bits.ANS4 #define AN4 ANSEL_bits.AN4 #define ANS5 ANSEL_bits.ANS5 #define AN5 ANSEL_bits.AN5 #define ANS6 ANSEL_bits.ANS6 #define AN6 ANSEL_bits.AN6 #define ANS7 ANSEL_bits.ANS7 #define AN7 ANSEL_bits.AN7 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- CMCON0 bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON0_bits_t; extern volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON0_bits.CM0 #define CM1 CMCON0_bits.CM1 #define CM2 CMCON0_bits.CM2 #define CIS CMCON0_bits.CIS #define C1INV CMCON0_bits.C1INV #define C2INV CMCON0_bits.C2INV #define C1OUT CMCON0_bits.C1OUT #define C2OUT CMCON0_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CMCON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __CMCON1_bits_t; extern volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CMCON1_bits.C2SYNC #define T1GSS CMCON1_bits.T1GSS #endif /* NO_BIT_DEFINES */ // ----- EEADRH bits -------------------- typedef union { struct { unsigned char EEADRH0:1; unsigned char EEADRH1:1; unsigned char EEADRH2:1; unsigned char EEADRH3:1; unsigned char EEADRH4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EEADRH_bits_t; extern volatile __EEADRH_bits_t __at(EEADRH_ADDR) EEADRH_bits; #ifndef NO_BIT_DEFINES #define EEADRH0 EEADRH_bits.EEADRH0 #define EEADRH1 EEADRH_bits.EEADRH1 #define EEADRH2 EEADRH_bits.EEADRH2 #define EEADRH3 EEADRH_bits.EEADRH3 #define EEADRH4 EEADRH_bits.EEADRH4 #endif /* NO_BIT_DEFINES */ // ----- EEADRL bits -------------------- typedef union { struct { unsigned char EEADRL0:1; unsigned char EEADRL1:1; unsigned char EEADRL2:1; unsigned char EEADRL3:1; unsigned char EEADRL4:1; unsigned char EEADRL5:1; unsigned char EEADRL6:1; unsigned char EEADRL7:1; }; } __EEADRL_bits_t; extern volatile __EEADRL_bits_t __at(EEADRL_ADDR) EEADRL_bits; #ifndef NO_BIT_DEFINES #define EEADRL0 EEADRL_bits.EEADRL0 #define EEADRL1 EEADRL_bits.EEADRL1 #define EEADRL2 EEADRL_bits.EEADRL2 #define EEADRL3 EEADRL_bits.EEADRL3 #define EEADRL4 EEADRL_bits.EEADRL4 #define EEADRL5 EEADRL_bits.EEADRL5 #define EEADRL6 EEADRL_bits.EEADRL6 #define EEADRL7 EEADRL_bits.EEADRL7 #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; struct { unsigned char EERD:1; unsigned char EEWR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define EERD EECON1_bits.EERD #define WR EECON1_bits.WR #define EEWR EECON1_bits.EEWR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char :1; unsigned char TMR0IF:1; unsigned char :1; unsigned char :1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOC bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char IOC4:1; unsigned char IOC5:1; unsigned char IOC6:1; unsigned char IOC7:1; }; } __IOC_bits_t; extern volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; #ifndef NO_BIT_DEFINES #define IOC4 IOC_bits.IOC4 #define IOC5 IOC_bits.IOC5 #define IOC6 IOC_bits.IOC6 #define IOC7 IOC_bits.IOC7 #endif /* NO_BIT_DEFINES */ // ----- IOCB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char IOCB4:1; unsigned char IOCB5:1; unsigned char IOCB6:1; unsigned char IOCB7:1; }; } __IOCB_bits_t; extern volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; #ifndef NO_BIT_DEFINES #define IOCB4 IOCB_bits.IOCB4 #define IOCB5 IOCB_bits.IOCB5 #define IOCB6 IOCB_bits.IOCB6 #define IOCB7 IOCB_bits.IOCB7 #endif /* NO_BIT_DEFINES */ // ----- LCDCON bits -------------------- typedef union { struct { unsigned char LMUX0:1; unsigned char LMUX1:1; unsigned char CS0:1; unsigned char CS1:1; unsigned char VLCDEN:1; unsigned char WERR:1; unsigned char SLPEN:1; unsigned char LCDEN:1; }; } __LCDCON_bits_t; extern volatile __LCDCON_bits_t __at(LCDCON_ADDR) LCDCON_bits; #ifndef NO_BIT_DEFINES #define LMUX0 LCDCON_bits.LMUX0 #define LMUX1 LCDCON_bits.LMUX1 #define CS0 LCDCON_bits.CS0 #define CS1 LCDCON_bits.CS1 #define VLCDEN LCDCON_bits.VLCDEN #define WERR LCDCON_bits.WERR #define SLPEN LCDCON_bits.SLPEN #define LCDEN LCDCON_bits.LCDEN #endif /* NO_BIT_DEFINES */ // ----- LCDDATA0 bits -------------------- typedef union { struct { unsigned char SEG0COM0:1; unsigned char SEG1COM0:1; unsigned char SEG2COM0:1; unsigned char SEG3COM0:1; unsigned char SEG4COM0:1; unsigned char SEG5COM0:1; unsigned char SEG6COM0:1; unsigned char SEG7COM0:1; }; struct { unsigned char S0C0:1; unsigned char S1C0:1; unsigned char S2C0:1; unsigned char S3C0:1; unsigned char S4C0:1; unsigned char S5C0:1; unsigned char S6C0:1; unsigned char S7C0:1; }; } __LCDDATA0_bits_t; extern volatile __LCDDATA0_bits_t __at(LCDDATA0_ADDR) LCDDATA0_bits; #ifndef NO_BIT_DEFINES #define SEG0COM0 LCDDATA0_bits.SEG0COM0 #define S0C0 LCDDATA0_bits.S0C0 #define SEG1COM0 LCDDATA0_bits.SEG1COM0 #define S1C0 LCDDATA0_bits.S1C0 #define SEG2COM0 LCDDATA0_bits.SEG2COM0 #define S2C0 LCDDATA0_bits.S2C0 #define SEG3COM0 LCDDATA0_bits.SEG3COM0 #define S3C0 LCDDATA0_bits.S3C0 #define SEG4COM0 LCDDATA0_bits.SEG4COM0 #define S4C0 LCDDATA0_bits.S4C0 #define SEG5COM0 LCDDATA0_bits.SEG5COM0 #define S5C0 LCDDATA0_bits.S5C0 #define SEG6COM0 LCDDATA0_bits.SEG6COM0 #define S6C0 LCDDATA0_bits.S6C0 #define SEG7COM0 LCDDATA0_bits.SEG7COM0 #define S7C0 LCDDATA0_bits.S7C0 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA1 bits -------------------- typedef union { struct { unsigned char SEG8COM0:1; unsigned char SEG9COM0:1; unsigned char SEG10COM0:1; unsigned char SEG11COM0:1; unsigned char SEG12COM0:1; unsigned char SEG13COM0:1; unsigned char SEG14COM0:1; unsigned char SEG15COM0:1; }; struct { unsigned char S8C0:1; unsigned char S9C0:1; unsigned char S10C0:1; unsigned char S11C0:1; unsigned char S12C0:1; unsigned char S13C0:1; unsigned char S14C0:1; unsigned char S15C0:1; }; } __LCDDATA1_bits_t; extern volatile __LCDDATA1_bits_t __at(LCDDATA1_ADDR) LCDDATA1_bits; #ifndef NO_BIT_DEFINES #define SEG8COM0 LCDDATA1_bits.SEG8COM0 #define S8C0 LCDDATA1_bits.S8C0 #define SEG9COM0 LCDDATA1_bits.SEG9COM0 #define S9C0 LCDDATA1_bits.S9C0 #define SEG10COM0 LCDDATA1_bits.SEG10COM0 #define S10C0 LCDDATA1_bits.S10C0 #define SEG11COM0 LCDDATA1_bits.SEG11COM0 #define S11C0 LCDDATA1_bits.S11C0 #define SEG12COM0 LCDDATA1_bits.SEG12COM0 #define S12C0 LCDDATA1_bits.S12C0 #define SEG13COM0 LCDDATA1_bits.SEG13COM0 #define S13C0 LCDDATA1_bits.S13C0 #define SEG14COM0 LCDDATA1_bits.SEG14COM0 #define S14C0 LCDDATA1_bits.S14C0 #define SEG15COM0 LCDDATA1_bits.SEG15COM0 #define S15C0 LCDDATA1_bits.S15C0 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA10 bits -------------------- typedef union { struct { unsigned char SEG8COM3:1; unsigned char SEG9COM3:1; unsigned char SEG10COM3:1; unsigned char SEG11COM3:1; unsigned char SEG12COM3:1; unsigned char SEG13COM3:1; unsigned char SEG14COM3:1; unsigned char SEG15COM3:1; }; struct { unsigned char S8C3:1; unsigned char S9C3:1; unsigned char S10C3:1; unsigned char S11C3:1; unsigned char S12C3:1; unsigned char S13C3:1; unsigned char S14C3:1; unsigned char S15C3:1; }; } __LCDDATA10_bits_t; extern volatile __LCDDATA10_bits_t __at(LCDDATA10_ADDR) LCDDATA10_bits; #ifndef NO_BIT_DEFINES #define SEG8COM3 LCDDATA10_bits.SEG8COM3 #define S8C3 LCDDATA10_bits.S8C3 #define SEG9COM3 LCDDATA10_bits.SEG9COM3 #define S9C3 LCDDATA10_bits.S9C3 #define SEG10COM3 LCDDATA10_bits.SEG10COM3 #define S10C3 LCDDATA10_bits.S10C3 #define SEG11COM3 LCDDATA10_bits.SEG11COM3 #define S11C3 LCDDATA10_bits.S11C3 #define SEG12COM3 LCDDATA10_bits.SEG12COM3 #define S12C3 LCDDATA10_bits.S12C3 #define SEG13COM3 LCDDATA10_bits.SEG13COM3 #define S13C3 LCDDATA10_bits.S13C3 #define SEG14COM3 LCDDATA10_bits.SEG14COM3 #define S14C3 LCDDATA10_bits.S14C3 #define SEG15COM3 LCDDATA10_bits.SEG15COM3 #define S15C3 LCDDATA10_bits.S15C3 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA11 bits -------------------- typedef union { struct { unsigned char SEG16COM3:1; unsigned char SEG17COM3:1; unsigned char SEG18COM3:1; unsigned char SEG19COM3:1; unsigned char SEG20COM3:1; unsigned char SEG21COM3:1; unsigned char SEG22COM3:1; unsigned char SEG23COM3:1; }; struct { unsigned char S16C3:1; unsigned char S17C3:1; unsigned char S18C3:1; unsigned char S19C3:1; unsigned char S20C3:1; unsigned char S21C3:1; unsigned char S22C3:1; unsigned char S23C3:1; }; } __LCDDATA11_bits_t; extern volatile __LCDDATA11_bits_t __at(LCDDATA11_ADDR) LCDDATA11_bits; #ifndef NO_BIT_DEFINES #define SEG16COM3 LCDDATA11_bits.SEG16COM3 #define S16C3 LCDDATA11_bits.S16C3 #define SEG17COM3 LCDDATA11_bits.SEG17COM3 #define S17C3 LCDDATA11_bits.S17C3 #define SEG18COM3 LCDDATA11_bits.SEG18COM3 #define S18C3 LCDDATA11_bits.S18C3 #define SEG19COM3 LCDDATA11_bits.SEG19COM3 #define S19C3 LCDDATA11_bits.S19C3 #define SEG20COM3 LCDDATA11_bits.SEG20COM3 #define S20C3 LCDDATA11_bits.S20C3 #define SEG21COM3 LCDDATA11_bits.SEG21COM3 #define S21C3 LCDDATA11_bits.S21C3 #define SEG22COM3 LCDDATA11_bits.SEG22COM3 #define S22C3 LCDDATA11_bits.S22C3 #define SEG23COM3 LCDDATA11_bits.SEG23COM3 #define S23C3 LCDDATA11_bits.S23C3 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA2 bits -------------------- typedef union { struct { unsigned char SEG16COM0:1; unsigned char SEG17COM0:1; unsigned char SEG18COM0:1; unsigned char SEG19COM0:1; unsigned char SEG20COM0:1; unsigned char SEG21COM0:1; unsigned char SEG22COM0:1; unsigned char SEG23COM0:1; }; struct { unsigned char S16C0:1; unsigned char S17C0:1; unsigned char S18C0:1; unsigned char S19C0:1; unsigned char S20C0:1; unsigned char S21C0:1; unsigned char S22C0:1; unsigned char S23C0:1; }; } __LCDDATA2_bits_t; extern volatile __LCDDATA2_bits_t __at(LCDDATA2_ADDR) LCDDATA2_bits; #ifndef NO_BIT_DEFINES #define SEG16COM0 LCDDATA2_bits.SEG16COM0 #define S16C0 LCDDATA2_bits.S16C0 #define SEG17COM0 LCDDATA2_bits.SEG17COM0 #define S17C0 LCDDATA2_bits.S17C0 #define SEG18COM0 LCDDATA2_bits.SEG18COM0 #define S18C0 LCDDATA2_bits.S18C0 #define SEG19COM0 LCDDATA2_bits.SEG19COM0 #define S19C0 LCDDATA2_bits.S19C0 #define SEG20COM0 LCDDATA2_bits.SEG20COM0 #define S20C0 LCDDATA2_bits.S20C0 #define SEG21COM0 LCDDATA2_bits.SEG21COM0 #define S21C0 LCDDATA2_bits.S21C0 #define SEG22COM0 LCDDATA2_bits.SEG22COM0 #define S22C0 LCDDATA2_bits.S22C0 #define SEG23COM0 LCDDATA2_bits.SEG23COM0 #define S23C0 LCDDATA2_bits.S23C0 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA3 bits -------------------- typedef union { struct { unsigned char SEG0COM1:1; unsigned char SEG1COM1:1; unsigned char SEG2COM1:1; unsigned char SEG3COM1:1; unsigned char SEG4COM1:1; unsigned char SEG5COM1:1; unsigned char SEG6COM1:1; unsigned char SEG7COM1:1; }; struct { unsigned char S0C1:1; unsigned char S1C1:1; unsigned char S2C1:1; unsigned char S3C1:1; unsigned char S4C1:1; unsigned char S5C1:1; unsigned char S6C1:1; unsigned char S7C1:1; }; } __LCDDATA3_bits_t; extern volatile __LCDDATA3_bits_t __at(LCDDATA3_ADDR) LCDDATA3_bits; #ifndef NO_BIT_DEFINES #define SEG0COM1 LCDDATA3_bits.SEG0COM1 #define S0C1 LCDDATA3_bits.S0C1 #define SEG1COM1 LCDDATA3_bits.SEG1COM1 #define S1C1 LCDDATA3_bits.S1C1 #define SEG2COM1 LCDDATA3_bits.SEG2COM1 #define S2C1 LCDDATA3_bits.S2C1 #define SEG3COM1 LCDDATA3_bits.SEG3COM1 #define S3C1 LCDDATA3_bits.S3C1 #define SEG4COM1 LCDDATA3_bits.SEG4COM1 #define S4C1 LCDDATA3_bits.S4C1 #define SEG5COM1 LCDDATA3_bits.SEG5COM1 #define S5C1 LCDDATA3_bits.S5C1 #define SEG6COM1 LCDDATA3_bits.SEG6COM1 #define S6C1 LCDDATA3_bits.S6C1 #define SEG7COM1 LCDDATA3_bits.SEG7COM1 #define S7C1 LCDDATA3_bits.S7C1 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA4 bits -------------------- typedef union { struct { unsigned char SEG8COM1:1; unsigned char SEG9COM1:1; unsigned char SEG10COM1:1; unsigned char SEG11COM1:1; unsigned char SEG12COM1:1; unsigned char SEG13COM1:1; unsigned char SEG14COM1:1; unsigned char SEG15COM1:1; }; struct { unsigned char S8C1:1; unsigned char S9C1:1; unsigned char S10C1:1; unsigned char S11C1:1; unsigned char S12C1:1; unsigned char S13C1:1; unsigned char S14C1:1; unsigned char S15C1:1; }; } __LCDDATA4_bits_t; extern volatile __LCDDATA4_bits_t __at(LCDDATA4_ADDR) LCDDATA4_bits; #ifndef NO_BIT_DEFINES #define SEG8COM1 LCDDATA4_bits.SEG8COM1 #define S8C1 LCDDATA4_bits.S8C1 #define SEG9COM1 LCDDATA4_bits.SEG9COM1 #define S9C1 LCDDATA4_bits.S9C1 #define SEG10COM1 LCDDATA4_bits.SEG10COM1 #define S10C1 LCDDATA4_bits.S10C1 #define SEG11COM1 LCDDATA4_bits.SEG11COM1 #define S11C1 LCDDATA4_bits.S11C1 #define SEG12COM1 LCDDATA4_bits.SEG12COM1 #define S12C1 LCDDATA4_bits.S12C1 #define SEG13COM1 LCDDATA4_bits.SEG13COM1 #define S13C1 LCDDATA4_bits.S13C1 #define SEG14COM1 LCDDATA4_bits.SEG14COM1 #define S14C1 LCDDATA4_bits.S14C1 #define SEG15COM1 LCDDATA4_bits.SEG15COM1 #define S15C1 LCDDATA4_bits.S15C1 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA5 bits -------------------- typedef union { struct { unsigned char SEG16COM1:1; unsigned char SEG17COM1:1; unsigned char SEG18COM1:1; unsigned char SEG19COM1:1; unsigned char SEG20COM1:1; unsigned char SEG21COM1:1; unsigned char SEG22COM1:1; unsigned char SEG23COM1:1; }; struct { unsigned char S16C1:1; unsigned char S17C1:1; unsigned char S18C1:1; unsigned char S19C1:1; unsigned char S20C1:1; unsigned char S21C1:1; unsigned char S22C1:1; unsigned char S23C1:1; }; } __LCDDATA5_bits_t; extern volatile __LCDDATA5_bits_t __at(LCDDATA5_ADDR) LCDDATA5_bits; #ifndef NO_BIT_DEFINES #define SEG16COM1 LCDDATA5_bits.SEG16COM1 #define S16C1 LCDDATA5_bits.S16C1 #define SEG17COM1 LCDDATA5_bits.SEG17COM1 #define S17C1 LCDDATA5_bits.S17C1 #define SEG18COM1 LCDDATA5_bits.SEG18COM1 #define S18C1 LCDDATA5_bits.S18C1 #define SEG19COM1 LCDDATA5_bits.SEG19COM1 #define S19C1 LCDDATA5_bits.S19C1 #define SEG20COM1 LCDDATA5_bits.SEG20COM1 #define S20C1 LCDDATA5_bits.S20C1 #define SEG21COM1 LCDDATA5_bits.SEG21COM1 #define S21C1 LCDDATA5_bits.S21C1 #define SEG22COM1 LCDDATA5_bits.SEG22COM1 #define S22C1 LCDDATA5_bits.S22C1 #define SEG23COM1 LCDDATA5_bits.SEG23COM1 #define S23C1 LCDDATA5_bits.S23C1 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA6 bits -------------------- typedef union { struct { unsigned char SEG0COM2:1; unsigned char SEG1COM2:1; unsigned char SEG2COM2:1; unsigned char SEG3COM2:1; unsigned char SEG4COM2:1; unsigned char SEG5COM2:1; unsigned char SEG6COM2:1; unsigned char SEG7COM2:1; }; struct { unsigned char S0C2:1; unsigned char S1C2:1; unsigned char S2C2:1; unsigned char S3C2:1; unsigned char S4C2:1; unsigned char S5C2:1; unsigned char S6C2:1; unsigned char S7C2:1; }; } __LCDDATA6_bits_t; extern volatile __LCDDATA6_bits_t __at(LCDDATA6_ADDR) LCDDATA6_bits; #ifndef NO_BIT_DEFINES #define SEG0COM2 LCDDATA6_bits.SEG0COM2 #define S0C2 LCDDATA6_bits.S0C2 #define SEG1COM2 LCDDATA6_bits.SEG1COM2 #define S1C2 LCDDATA6_bits.S1C2 #define SEG2COM2 LCDDATA6_bits.SEG2COM2 #define S2C2 LCDDATA6_bits.S2C2 #define SEG3COM2 LCDDATA6_bits.SEG3COM2 #define S3C2 LCDDATA6_bits.S3C2 #define SEG4COM2 LCDDATA6_bits.SEG4COM2 #define S4C2 LCDDATA6_bits.S4C2 #define SEG5COM2 LCDDATA6_bits.SEG5COM2 #define S5C2 LCDDATA6_bits.S5C2 #define SEG6COM2 LCDDATA6_bits.SEG6COM2 #define S6C2 LCDDATA6_bits.S6C2 #define SEG7COM2 LCDDATA6_bits.SEG7COM2 #define S7C2 LCDDATA6_bits.S7C2 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA7 bits -------------------- typedef union { struct { unsigned char SEG8COM2:1; unsigned char SEG9COM2:1; unsigned char SEG10COM2:1; unsigned char SEG11COM2:1; unsigned char SEG12COM2:1; unsigned char SEG13COM2:1; unsigned char SEG14COM2:1; unsigned char SEG15COM2:1; }; struct { unsigned char S8C2:1; unsigned char S9C2:1; unsigned char S10C2:1; unsigned char S11C2:1; unsigned char S12C2:1; unsigned char S13C2:1; unsigned char S14C2:1; unsigned char S15C2:1; }; } __LCDDATA7_bits_t; extern volatile __LCDDATA7_bits_t __at(LCDDATA7_ADDR) LCDDATA7_bits; #ifndef NO_BIT_DEFINES #define SEG8COM2 LCDDATA7_bits.SEG8COM2 #define S8C2 LCDDATA7_bits.S8C2 #define SEG9COM2 LCDDATA7_bits.SEG9COM2 #define S9C2 LCDDATA7_bits.S9C2 #define SEG10COM2 LCDDATA7_bits.SEG10COM2 #define S10C2 LCDDATA7_bits.S10C2 #define SEG11COM2 LCDDATA7_bits.SEG11COM2 #define S11C2 LCDDATA7_bits.S11C2 #define SEG12COM2 LCDDATA7_bits.SEG12COM2 #define S12C2 LCDDATA7_bits.S12C2 #define SEG13COM2 LCDDATA7_bits.SEG13COM2 #define S13C2 LCDDATA7_bits.S13C2 #define SEG14COM2 LCDDATA7_bits.SEG14COM2 #define S14C2 LCDDATA7_bits.S14C2 #define SEG15COM2 LCDDATA7_bits.SEG15COM2 #define S15C2 LCDDATA7_bits.S15C2 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA8 bits -------------------- typedef union { struct { unsigned char SEG16COM2:1; unsigned char SEG17COM2:1; unsigned char SEG18COM2:1; unsigned char SEG19COM2:1; unsigned char SEG20COM2:1; unsigned char SEG21COM2:1; unsigned char SEG22COM2:1; unsigned char SEG23COM2:1; }; struct { unsigned char S16C2:1; unsigned char S17C2:1; unsigned char S18C2:1; unsigned char S19C2:1; unsigned char S20C2:1; unsigned char S21C2:1; unsigned char S22C2:1; unsigned char S23C2:1; }; } __LCDDATA8_bits_t; extern volatile __LCDDATA8_bits_t __at(LCDDATA8_ADDR) LCDDATA8_bits; #ifndef NO_BIT_DEFINES #define SEG16COM2 LCDDATA8_bits.SEG16COM2 #define S16C2 LCDDATA8_bits.S16C2 #define SEG17COM2 LCDDATA8_bits.SEG17COM2 #define S17C2 LCDDATA8_bits.S17C2 #define SEG18COM2 LCDDATA8_bits.SEG18COM2 #define S18C2 LCDDATA8_bits.S18C2 #define SEG19COM2 LCDDATA8_bits.SEG19COM2 #define S19C2 LCDDATA8_bits.S19C2 #define SEG20COM2 LCDDATA8_bits.SEG20COM2 #define S20C2 LCDDATA8_bits.S20C2 #define SEG21COM2 LCDDATA8_bits.SEG21COM2 #define S21C2 LCDDATA8_bits.S21C2 #define SEG22COM2 LCDDATA8_bits.SEG22COM2 #define S22C2 LCDDATA8_bits.S22C2 #define SEG23COM2 LCDDATA8_bits.SEG23COM2 #define S23C2 LCDDATA8_bits.S23C2 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA9 bits -------------------- typedef union { struct { unsigned char SEG0COM3:1; unsigned char SEG1COM3:1; unsigned char SEG2COM3:1; unsigned char SEG3COM3:1; unsigned char SEG4COM3:1; unsigned char SEG5COM3:1; unsigned char SEG6COM3:1; unsigned char SEG7COM3:1; }; struct { unsigned char S0C3:1; unsigned char S1C3:1; unsigned char S2C3:1; unsigned char S3C3:1; unsigned char S4C3:1; unsigned char S5C3:1; unsigned char S6C3:1; unsigned char S7C3:1; }; } __LCDDATA9_bits_t; extern volatile __LCDDATA9_bits_t __at(LCDDATA9_ADDR) LCDDATA9_bits; #ifndef NO_BIT_DEFINES #define SEG0COM3 LCDDATA9_bits.SEG0COM3 #define S0C3 LCDDATA9_bits.S0C3 #define SEG1COM3 LCDDATA9_bits.SEG1COM3 #define S1C3 LCDDATA9_bits.S1C3 #define SEG2COM3 LCDDATA9_bits.SEG2COM3 #define S2C3 LCDDATA9_bits.S2C3 #define SEG3COM3 LCDDATA9_bits.SEG3COM3 #define S3C3 LCDDATA9_bits.S3C3 #define SEG4COM3 LCDDATA9_bits.SEG4COM3 #define S4C3 LCDDATA9_bits.S4C3 #define SEG5COM3 LCDDATA9_bits.SEG5COM3 #define S5C3 LCDDATA9_bits.S5C3 #define SEG6COM3 LCDDATA9_bits.SEG6COM3 #define S6C3 LCDDATA9_bits.S6C3 #define SEG7COM3 LCDDATA9_bits.SEG7COM3 #define S7C3 LCDDATA9_bits.S7C3 #endif /* NO_BIT_DEFINES */ // ----- LCDPS bits -------------------- typedef union { struct { unsigned char LP0:1; unsigned char LP1:1; unsigned char LP2:1; unsigned char LP3:1; unsigned char WA:1; unsigned char LCDA:1; unsigned char BIASMD:1; unsigned char WFT:1; }; } __LCDPS_bits_t; extern volatile __LCDPS_bits_t __at(LCDPS_ADDR) LCDPS_bits; #ifndef NO_BIT_DEFINES #define LP0 LCDPS_bits.LP0 #define LP1 LCDPS_bits.LP1 #define LP2 LCDPS_bits.LP2 #define LP3 LCDPS_bits.LP3 #define WA LCDPS_bits.WA #define LCDA LCDPS_bits.LCDA #define BIASMD LCDPS_bits.BIASMD #define WFT LCDPS_bits.WFT #endif /* NO_BIT_DEFINES */ // ----- LCDSE0 bits -------------------- typedef union { struct { unsigned char SE0:1; unsigned char SE1:1; unsigned char SE2:1; unsigned char SE3:1; unsigned char SE4:1; unsigned char SE5:1; unsigned char SE6:1; unsigned char SE7:1; }; struct { unsigned char SEGEN0:1; unsigned char SEGEN1:1; unsigned char SEGEN2:1; unsigned char SEGEN3:1; unsigned char SEGEN4:1; unsigned char SEGEN5:1; unsigned char SEGEN6:1; unsigned char SEGEN7:1; }; } __LCDSE0_bits_t; extern volatile __LCDSE0_bits_t __at(LCDSE0_ADDR) LCDSE0_bits; #ifndef NO_BIT_DEFINES #define SE0 LCDSE0_bits.SE0 #define SEGEN0 LCDSE0_bits.SEGEN0 #define SE1 LCDSE0_bits.SE1 #define SEGEN1 LCDSE0_bits.SEGEN1 #define SE2 LCDSE0_bits.SE2 #define SEGEN2 LCDSE0_bits.SEGEN2 #define SE3 LCDSE0_bits.SE3 #define SEGEN3 LCDSE0_bits.SEGEN3 #define SE4 LCDSE0_bits.SE4 #define SEGEN4 LCDSE0_bits.SEGEN4 #define SE5 LCDSE0_bits.SE5 #define SEGEN5 LCDSE0_bits.SEGEN5 #define SE6 LCDSE0_bits.SE6 #define SEGEN6 LCDSE0_bits.SEGEN6 #define SE7 LCDSE0_bits.SE7 #define SEGEN7 LCDSE0_bits.SEGEN7 #endif /* NO_BIT_DEFINES */ // ----- LCDSE1 bits -------------------- typedef union { struct { unsigned char SE8:1; unsigned char SE9:1; unsigned char SE10:1; unsigned char SE11:1; unsigned char SE12:1; unsigned char SE13:1; unsigned char SE14:1; unsigned char SE15:1; }; struct { unsigned char SEGEN8:1; unsigned char SEGEN9:1; unsigned char SEGEN10:1; unsigned char SEGEN11:1; unsigned char SEGEN12:1; unsigned char SEGEN13:1; unsigned char SEGEN14:1; unsigned char SEGEN15:1; }; } __LCDSE1_bits_t; extern volatile __LCDSE1_bits_t __at(LCDSE1_ADDR) LCDSE1_bits; #ifndef NO_BIT_DEFINES #define SE8 LCDSE1_bits.SE8 #define SEGEN8 LCDSE1_bits.SEGEN8 #define SE9 LCDSE1_bits.SE9 #define SEGEN9 LCDSE1_bits.SEGEN9 #define SE10 LCDSE1_bits.SE10 #define SEGEN10 LCDSE1_bits.SEGEN10 #define SE11 LCDSE1_bits.SE11 #define SEGEN11 LCDSE1_bits.SEGEN11 #define SE12 LCDSE1_bits.SE12 #define SEGEN12 LCDSE1_bits.SEGEN12 #define SE13 LCDSE1_bits.SE13 #define SEGEN13 LCDSE1_bits.SEGEN13 #define SE14 LCDSE1_bits.SE14 #define SEGEN14 LCDSE1_bits.SEGEN14 #define SE15 LCDSE1_bits.SE15 #define SEGEN15 LCDSE1_bits.SEGEN15 #endif /* NO_BIT_DEFINES */ // ----- LCDSE2 bits -------------------- typedef union { struct { unsigned char SE16:1; unsigned char SE17:1; unsigned char SE18:1; unsigned char SE19:1; unsigned char SE20:1; unsigned char SE21:1; unsigned char SE22:1; unsigned char SE23:1; }; struct { unsigned char SEGEN16:1; unsigned char SEGEN17:1; unsigned char SEGEN18:1; unsigned char SEGEN19:1; unsigned char SEGEN20:1; unsigned char SEGEN21:1; unsigned char SEGEN22:1; unsigned char SEGEN23:1; }; } __LCDSE2_bits_t; extern volatile __LCDSE2_bits_t __at(LCDSE2_ADDR) LCDSE2_bits; #ifndef NO_BIT_DEFINES #define SE16 LCDSE2_bits.SE16 #define SEGEN16 LCDSE2_bits.SEGEN16 #define SE17 LCDSE2_bits.SE17 #define SEGEN17 LCDSE2_bits.SEGEN17 #define SE18 LCDSE2_bits.SE18 #define SEGEN18 LCDSE2_bits.SEGEN18 #define SE19 LCDSE2_bits.SE19 #define SEGEN19 LCDSE2_bits.SEGEN19 #define SE20 LCDSE2_bits.SE20 #define SEGEN20 LCDSE2_bits.SEGEN20 #define SE21 LCDSE2_bits.SE21 #define SEGEN21 LCDSE2_bits.SEGEN21 #define SE22 LCDSE2_bits.SE22 #define SEGEN22 LCDSE2_bits.SEGEN22 #define SE23 LCDSE2_bits.SE23 #define SEGEN23 LCDSE2_bits.SEGEN23 #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LVDL0:1; unsigned char LVDL1:1; unsigned char LVDL2:1; unsigned char :1; unsigned char LVDEN:1; unsigned char IRVST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LVDL0 LVDCON_bits.LVDL0 #define LVDL1 LVDCON_bits.LVDL1 #define LVDL2 LVDCON_bits.LVDL2 #define LVDEN LVDCON_bits.LVDEN #define IRVST LVDCON_bits.IRVST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBOREN:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBOREN PCON_bits.SBOREN #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char EEIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char LVDIE:1; unsigned char :1; unsigned char LCDIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define LVDIE PIE2_bits.LVDIE #define LCDIE PIE2_bits.LCDIE #define C1IE PIE2_bits.C1IE #define C2IE PIE2_bits.C2IE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char EEIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char LVDIF:1; unsigned char :1; unsigned char LCDIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define LVDIF PIR2_bits.LVDIF #define LCDIF PIR2_bits.LCDIF #define C1IF PIR2_bits.C1IF #define C2IF PIR2_bits.C2IF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char T1GE:1; unsigned char T1GINV:1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define T1GE T1CON_bits.T1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char :1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char SWDTE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define SWDTE WDTCON_bits.SWDTE #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPU bits -------------------- typedef union { struct { unsigned char WPU0:1; unsigned char WPU1:1; unsigned char WPU2:1; unsigned char WPU3:1; unsigned char WPU4:1; unsigned char WPU5:1; unsigned char WPU6:1; unsigned char WPU7:1; }; } __WPU_bits_t; extern volatile __WPU_bits_t __at(WPU_ADDR) WPU_bits; #ifndef NO_BIT_DEFINES #define WPU0 WPU_bits.WPU0 #define WPU1 WPU_bits.WPU1 #define WPU2 WPU_bits.WPU2 #define WPU3 WPU_bits.WPU3 #define WPU4 WPU_bits.WPU4 #define WPU5 WPU_bits.WPU5 #define WPU6 WPU_bits.WPU6 #define WPU7 WPU_bits.WPU7 #endif /* NO_BIT_DEFINES */ // ----- WPUB bits -------------------- typedef union { struct { unsigned char WPUB0:1; unsigned char WPUB1:1; unsigned char WPUB2:1; unsigned char WPUB3:1; unsigned char WPUB4:1; unsigned char WPUB5:1; unsigned char WPUB6:1; unsigned char WPUB7:1; }; } __WPUB_bits_t; extern volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; #ifndef NO_BIT_DEFINES #define WPUB0 WPUB_bits.WPUB0 #define WPUB1 WPUB_bits.WPUB1 #define WPUB2 WPUB_bits.WPUB2 #define WPUB3 WPUB_bits.WPUB3 #define WPUB4 WPUB_bits.WPUB4 #define WPUB5 WPUB_bits.WPUB5 #define WPUB6 WPUB_bits.WPUB6 #define WPUB7 WPUB_bits.WPUB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f916.h000066400000000000000000001742031116427777700176260ustar00rootroot00000000000000// // Register Declarations for Microchip 16F916 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F916_H #define P16F916_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define ANSEL_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define WPUB_ADDR 0x0095 #define WPU_ADDR 0x0095 #define IOCB_ADDR 0x0096 #define IOC_ADDR 0x0096 #define CMCON1_ADDR 0x0097 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define CMCON0_ADDR 0x009C #define VRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define WDTCON_ADDR 0x0105 #define LCDCON_ADDR 0x0107 #define LCDPS_ADDR 0x0108 #define LVDCON_ADDR 0x0109 #define EEDATL_ADDR 0x010C #define EEADRL_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define LCDDATA0_ADDR 0x0110 #define LCDDATA1_ADDR 0x0111 #define LCDDATA3_ADDR 0x0113 #define LCDDATA4_ADDR 0x0114 #define LCDDATA6_ADDR 0x0116 #define LCDDATA7_ADDR 0x0117 #define LCDDATA9_ADDR 0x0119 #define LCDDATA10_ADDR 0x011A #define LCDSE0_ADDR 0x011C #define LCDSE1_ADDR 0x011D #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F916.INC Standard Header File, Version 1.04 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F916 microcontroller. // These names are taken to match the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F916 // 2. LIST directive in the source file // LIST P=PIC16F916 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 06/11/04 Initial Release //1.01 06/18/04 Corrected typo in 'bad ram' section //1.02 08/16/04 Added EECON2 //1.03 05/20/05 Removed EECON2 from badram //1.04 10/05/05 Correct names of bits in ANSEL, Add EEADRH and EEADRL bit // definitions //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F916 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (CMCON1_ADDR) CMCON1; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (CMCON0_ADDR) CMCON0; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (LCDCON_ADDR) LCDCON; extern __sfr __at (LCDPS_ADDR) LCDPS; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (EEDATL_ADDR) EEDATL; extern __sfr __at (EEADRL_ADDR) EEADRL; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (LCDDATA0_ADDR) LCDDATA0; extern __sfr __at (LCDDATA1_ADDR) LCDDATA1; extern __sfr __at (LCDDATA3_ADDR) LCDDATA3; extern __sfr __at (LCDDATA4_ADDR) LCDDATA4; extern __sfr __at (LCDDATA6_ADDR) LCDDATA6; extern __sfr __at (LCDDATA7_ADDR) LCDDATA7; extern __sfr __at (LCDDATA9_ADDR) LCDDATA9; extern __sfr __at (LCDDATA10_ADDR) LCDDATA10; extern __sfr __at (LCDSE0_ADDR) LCDSE0; extern __sfr __at (LCDSE1_ADDR) LCDSE1; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits ------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- ANSEL Bits --------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- WPUB Bits ------------------------------------------------------- //----- WPU Bits ------------------------------------------------------- //----- IOCB Bits ------------------------------------------------------- //----- IOC Bits ------------------------------------------------------- //----- CMCON1 Bits -------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- CMCON0 Bits --------------------------------------------------------- //----- VRCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- LCDCON Bits -------------------------------------------------------- //----- LCDPS Bits --------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- LCDDATA0 Bits ------------------------------------------------------- //----- LCDDATA1 Bits ------------------------------------------------------- //----- LCDDATA3 Bits ------------------------------------------------------- //----- LCDDATA4 Bits ------------------------------------------------------- //----- LCDDATA6 Bits ------------------------------------------------------- //----- LCDDATA7 Bits ------------------------------------------------------- //----- LCDDATA9 Bits ------------------------------------------------------- //----- LCDDATA10 Bits ------------------------------------------------------- //----- LCDSE0 Bits -------------------------------------------------------- //----- LCDSE1 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //----- EEADRH Bits -------------------------------------------------------- //----- EEADRL Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'08', H'1B'-H'1D' // __BADRAM H'88', H'9A'-H'9B' // __BADRAM H'112', H'115', H'118', H'11B',H'11E'-H'11F' // __BADRAM H'185', H'187'-H'189', H'18E'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CONFIG 0x2007 //Configuration Byte 1 Options #define _DEBUG_ON 0x2FFF #define _DEBUG_OFF 0x3FFF #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOD_ON 0x3FFF #define _BOD_NSLEEP 0x3EFF #define _BOD_SBODEN 0x3DFF #define _BOD_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_ON 0x3FEF #define _PWRTE_OFF 0x3FFF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _INTOSCIO 0x3FFC #define _INTOSC 0x3FFD #define _EXTRCIO 0x3FFE #define _EXTRC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char NOT_DONE:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define VCFG0 ADCON0_bits.VCFG0 #define VCFG1 ADCON0_bits.VCFG1 #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define ADCS0 ADCON1_bits.ADCS0 #define ADCS1 ADCON1_bits.ADCS1 #define ADCS2 ADCON1_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char AN0:1; unsigned char AN1:1; unsigned char AN2:1; unsigned char AN3:1; unsigned char AN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define AN0 ANSEL_bits.AN0 #define ANS1 ANSEL_bits.ANS1 #define AN1 ANSEL_bits.AN1 #define ANS2 ANSEL_bits.ANS2 #define AN2 ANSEL_bits.AN2 #define ANS3 ANSEL_bits.ANS3 #define AN3 ANSEL_bits.AN3 #define ANS4 ANSEL_bits.ANS4 #define AN4 ANSEL_bits.AN4 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CMCON0 bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON0_bits_t; extern volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON0_bits.CM0 #define CM1 CMCON0_bits.CM1 #define CM2 CMCON0_bits.CM2 #define CIS CMCON0_bits.CIS #define C1INV CMCON0_bits.C1INV #define C2INV CMCON0_bits.C2INV #define C1OUT CMCON0_bits.C1OUT #define C2OUT CMCON0_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CMCON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __CMCON1_bits_t; extern volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CMCON1_bits.C2SYNC #define T1GSS CMCON1_bits.T1GSS #endif /* NO_BIT_DEFINES */ // ----- EEADRH bits -------------------- typedef union { struct { unsigned char EEADRH0:1; unsigned char EEADRH1:1; unsigned char EEADRH2:1; unsigned char EEADRH3:1; unsigned char EEADRH4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EEADRH_bits_t; extern volatile __EEADRH_bits_t __at(EEADRH_ADDR) EEADRH_bits; #ifndef NO_BIT_DEFINES #define EEADRH0 EEADRH_bits.EEADRH0 #define EEADRH1 EEADRH_bits.EEADRH1 #define EEADRH2 EEADRH_bits.EEADRH2 #define EEADRH3 EEADRH_bits.EEADRH3 #define EEADRH4 EEADRH_bits.EEADRH4 #endif /* NO_BIT_DEFINES */ // ----- EEADRL bits -------------------- typedef union { struct { unsigned char EEADRL0:1; unsigned char EEADRL1:1; unsigned char EEADRL2:1; unsigned char EEADRL3:1; unsigned char EEADRL4:1; unsigned char EEADRL5:1; unsigned char EEADRL6:1; unsigned char EEADRL7:1; }; } __EEADRL_bits_t; extern volatile __EEADRL_bits_t __at(EEADRL_ADDR) EEADRL_bits; #ifndef NO_BIT_DEFINES #define EEADRL0 EEADRL_bits.EEADRL0 #define EEADRL1 EEADRL_bits.EEADRL1 #define EEADRL2 EEADRL_bits.EEADRL2 #define EEADRL3 EEADRL_bits.EEADRL3 #define EEADRL4 EEADRL_bits.EEADRL4 #define EEADRL5 EEADRL_bits.EEADRL5 #define EEADRL6 EEADRL_bits.EEADRL6 #define EEADRL7 EEADRL_bits.EEADRL7 #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; struct { unsigned char EERD:1; unsigned char EEWR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define EERD EECON1_bits.EERD #define WR EECON1_bits.WR #define EEWR EECON1_bits.EEWR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char :1; unsigned char TMR0IF:1; unsigned char :1; unsigned char :1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOC bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char IOC4:1; unsigned char IOC5:1; unsigned char IOC6:1; unsigned char IOC7:1; }; } __IOC_bits_t; extern volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; #ifndef NO_BIT_DEFINES #define IOC4 IOC_bits.IOC4 #define IOC5 IOC_bits.IOC5 #define IOC6 IOC_bits.IOC6 #define IOC7 IOC_bits.IOC7 #endif /* NO_BIT_DEFINES */ // ----- IOCB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char IOCB4:1; unsigned char IOCB5:1; unsigned char IOCB6:1; unsigned char IOCB7:1; }; } __IOCB_bits_t; extern volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; #ifndef NO_BIT_DEFINES #define IOCB4 IOCB_bits.IOCB4 #define IOCB5 IOCB_bits.IOCB5 #define IOCB6 IOCB_bits.IOCB6 #define IOCB7 IOCB_bits.IOCB7 #endif /* NO_BIT_DEFINES */ // ----- LCDCON bits -------------------- typedef union { struct { unsigned char LMUX0:1; unsigned char LMUX1:1; unsigned char CS0:1; unsigned char CS1:1; unsigned char VLCDEN:1; unsigned char WERR:1; unsigned char SLPEN:1; unsigned char LCDEN:1; }; } __LCDCON_bits_t; extern volatile __LCDCON_bits_t __at(LCDCON_ADDR) LCDCON_bits; #ifndef NO_BIT_DEFINES #define LMUX0 LCDCON_bits.LMUX0 #define LMUX1 LCDCON_bits.LMUX1 #define CS0 LCDCON_bits.CS0 #define CS1 LCDCON_bits.CS1 #define VLCDEN LCDCON_bits.VLCDEN #define WERR LCDCON_bits.WERR #define SLPEN LCDCON_bits.SLPEN #define LCDEN LCDCON_bits.LCDEN #endif /* NO_BIT_DEFINES */ // ----- LCDDATA0 bits -------------------- typedef union { struct { unsigned char SEG0COM0:1; unsigned char SEG1COM0:1; unsigned char SEG2COM0:1; unsigned char SEG3COM0:1; unsigned char SEG4COM0:1; unsigned char SEG5COM0:1; unsigned char SEG6COM0:1; unsigned char SEG7COM0:1; }; struct { unsigned char S0C0:1; unsigned char S1C0:1; unsigned char S2C0:1; unsigned char S3C0:1; unsigned char S4C0:1; unsigned char S5C0:1; unsigned char S6C0:1; unsigned char S7C0:1; }; } __LCDDATA0_bits_t; extern volatile __LCDDATA0_bits_t __at(LCDDATA0_ADDR) LCDDATA0_bits; #ifndef NO_BIT_DEFINES #define SEG0COM0 LCDDATA0_bits.SEG0COM0 #define S0C0 LCDDATA0_bits.S0C0 #define SEG1COM0 LCDDATA0_bits.SEG1COM0 #define S1C0 LCDDATA0_bits.S1C0 #define SEG2COM0 LCDDATA0_bits.SEG2COM0 #define S2C0 LCDDATA0_bits.S2C0 #define SEG3COM0 LCDDATA0_bits.SEG3COM0 #define S3C0 LCDDATA0_bits.S3C0 #define SEG4COM0 LCDDATA0_bits.SEG4COM0 #define S4C0 LCDDATA0_bits.S4C0 #define SEG5COM0 LCDDATA0_bits.SEG5COM0 #define S5C0 LCDDATA0_bits.S5C0 #define SEG6COM0 LCDDATA0_bits.SEG6COM0 #define S6C0 LCDDATA0_bits.S6C0 #define SEG7COM0 LCDDATA0_bits.SEG7COM0 #define S7C0 LCDDATA0_bits.S7C0 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA1 bits -------------------- typedef union { struct { unsigned char SEG8COM0:1; unsigned char SEG9COM0:1; unsigned char SEG10COM0:1; unsigned char SEG11COM0:1; unsigned char SEG12COM0:1; unsigned char SEG13COM0:1; unsigned char SEG14COM0:1; unsigned char SEG15COM0:1; }; struct { unsigned char S8C0:1; unsigned char S9C0:1; unsigned char S10C0:1; unsigned char S11C0:1; unsigned char S12C0:1; unsigned char S13C0:1; unsigned char S14C0:1; unsigned char S15C0:1; }; } __LCDDATA1_bits_t; extern volatile __LCDDATA1_bits_t __at(LCDDATA1_ADDR) LCDDATA1_bits; #ifndef NO_BIT_DEFINES #define SEG8COM0 LCDDATA1_bits.SEG8COM0 #define S8C0 LCDDATA1_bits.S8C0 #define SEG9COM0 LCDDATA1_bits.SEG9COM0 #define S9C0 LCDDATA1_bits.S9C0 #define SEG10COM0 LCDDATA1_bits.SEG10COM0 #define S10C0 LCDDATA1_bits.S10C0 #define SEG11COM0 LCDDATA1_bits.SEG11COM0 #define S11C0 LCDDATA1_bits.S11C0 #define SEG12COM0 LCDDATA1_bits.SEG12COM0 #define S12C0 LCDDATA1_bits.S12C0 #define SEG13COM0 LCDDATA1_bits.SEG13COM0 #define S13C0 LCDDATA1_bits.S13C0 #define SEG14COM0 LCDDATA1_bits.SEG14COM0 #define S14C0 LCDDATA1_bits.S14C0 #define SEG15COM0 LCDDATA1_bits.SEG15COM0 #define S15C0 LCDDATA1_bits.S15C0 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA10 bits -------------------- typedef union { struct { unsigned char SEG8COM3:1; unsigned char SEG9COM3:1; unsigned char SEG10COM3:1; unsigned char SEG11COM3:1; unsigned char SEG12COM3:1; unsigned char SEG13COM3:1; unsigned char SEG14COM3:1; unsigned char SEG15COM3:1; }; struct { unsigned char S8C3:1; unsigned char S9C3:1; unsigned char S10C3:1; unsigned char S11C3:1; unsigned char S12C3:1; unsigned char S13C3:1; unsigned char S14C3:1; unsigned char S15C3:1; }; } __LCDDATA10_bits_t; extern volatile __LCDDATA10_bits_t __at(LCDDATA10_ADDR) LCDDATA10_bits; #ifndef NO_BIT_DEFINES #define SEG8COM3 LCDDATA10_bits.SEG8COM3 #define S8C3 LCDDATA10_bits.S8C3 #define SEG9COM3 LCDDATA10_bits.SEG9COM3 #define S9C3 LCDDATA10_bits.S9C3 #define SEG10COM3 LCDDATA10_bits.SEG10COM3 #define S10C3 LCDDATA10_bits.S10C3 #define SEG11COM3 LCDDATA10_bits.SEG11COM3 #define S11C3 LCDDATA10_bits.S11C3 #define SEG12COM3 LCDDATA10_bits.SEG12COM3 #define S12C3 LCDDATA10_bits.S12C3 #define SEG13COM3 LCDDATA10_bits.SEG13COM3 #define S13C3 LCDDATA10_bits.S13C3 #define SEG14COM3 LCDDATA10_bits.SEG14COM3 #define S14C3 LCDDATA10_bits.S14C3 #define SEG15COM3 LCDDATA10_bits.SEG15COM3 #define S15C3 LCDDATA10_bits.S15C3 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA3 bits -------------------- typedef union { struct { unsigned char SEG0COM1:1; unsigned char SEG1COM1:1; unsigned char SEG2COM1:1; unsigned char SEG3COM1:1; unsigned char SEG4COM1:1; unsigned char SEG5COM1:1; unsigned char SEG6COM1:1; unsigned char SEG7COM1:1; }; struct { unsigned char S0C1:1; unsigned char S1C1:1; unsigned char S2C1:1; unsigned char S3C1:1; unsigned char S4C1:1; unsigned char S5C1:1; unsigned char S6C1:1; unsigned char S7C1:1; }; } __LCDDATA3_bits_t; extern volatile __LCDDATA3_bits_t __at(LCDDATA3_ADDR) LCDDATA3_bits; #ifndef NO_BIT_DEFINES #define SEG0COM1 LCDDATA3_bits.SEG0COM1 #define S0C1 LCDDATA3_bits.S0C1 #define SEG1COM1 LCDDATA3_bits.SEG1COM1 #define S1C1 LCDDATA3_bits.S1C1 #define SEG2COM1 LCDDATA3_bits.SEG2COM1 #define S2C1 LCDDATA3_bits.S2C1 #define SEG3COM1 LCDDATA3_bits.SEG3COM1 #define S3C1 LCDDATA3_bits.S3C1 #define SEG4COM1 LCDDATA3_bits.SEG4COM1 #define S4C1 LCDDATA3_bits.S4C1 #define SEG5COM1 LCDDATA3_bits.SEG5COM1 #define S5C1 LCDDATA3_bits.S5C1 #define SEG6COM1 LCDDATA3_bits.SEG6COM1 #define S6C1 LCDDATA3_bits.S6C1 #define SEG7COM1 LCDDATA3_bits.SEG7COM1 #define S7C1 LCDDATA3_bits.S7C1 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA4 bits -------------------- typedef union { struct { unsigned char SEG8COM1:1; unsigned char SEG9COM1:1; unsigned char SEG10COM1:1; unsigned char SEG11COM1:1; unsigned char SEG12COM1:1; unsigned char SEG13COM1:1; unsigned char SEG14COM1:1; unsigned char SEG15COM1:1; }; struct { unsigned char S8C1:1; unsigned char S9C1:1; unsigned char S10C1:1; unsigned char S11C1:1; unsigned char S12C1:1; unsigned char S13C1:1; unsigned char S14C1:1; unsigned char S15C1:1; }; } __LCDDATA4_bits_t; extern volatile __LCDDATA4_bits_t __at(LCDDATA4_ADDR) LCDDATA4_bits; #ifndef NO_BIT_DEFINES #define SEG8COM1 LCDDATA4_bits.SEG8COM1 #define S8C1 LCDDATA4_bits.S8C1 #define SEG9COM1 LCDDATA4_bits.SEG9COM1 #define S9C1 LCDDATA4_bits.S9C1 #define SEG10COM1 LCDDATA4_bits.SEG10COM1 #define S10C1 LCDDATA4_bits.S10C1 #define SEG11COM1 LCDDATA4_bits.SEG11COM1 #define S11C1 LCDDATA4_bits.S11C1 #define SEG12COM1 LCDDATA4_bits.SEG12COM1 #define S12C1 LCDDATA4_bits.S12C1 #define SEG13COM1 LCDDATA4_bits.SEG13COM1 #define S13C1 LCDDATA4_bits.S13C1 #define SEG14COM1 LCDDATA4_bits.SEG14COM1 #define S14C1 LCDDATA4_bits.S14C1 #define SEG15COM1 LCDDATA4_bits.SEG15COM1 #define S15C1 LCDDATA4_bits.S15C1 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA6 bits -------------------- typedef union { struct { unsigned char SEG0COM2:1; unsigned char SEG1COM2:1; unsigned char SEG2COM2:1; unsigned char SEG3COM2:1; unsigned char SEG4COM2:1; unsigned char SEG5COM2:1; unsigned char SEG6COM2:1; unsigned char SEG7COM2:1; }; struct { unsigned char S0C2:1; unsigned char S1C2:1; unsigned char S2C2:1; unsigned char S3C2:1; unsigned char S4C2:1; unsigned char S5C2:1; unsigned char S6C2:1; unsigned char S7C2:1; }; } __LCDDATA6_bits_t; extern volatile __LCDDATA6_bits_t __at(LCDDATA6_ADDR) LCDDATA6_bits; #ifndef NO_BIT_DEFINES #define SEG0COM2 LCDDATA6_bits.SEG0COM2 #define S0C2 LCDDATA6_bits.S0C2 #define SEG1COM2 LCDDATA6_bits.SEG1COM2 #define S1C2 LCDDATA6_bits.S1C2 #define SEG2COM2 LCDDATA6_bits.SEG2COM2 #define S2C2 LCDDATA6_bits.S2C2 #define SEG3COM2 LCDDATA6_bits.SEG3COM2 #define S3C2 LCDDATA6_bits.S3C2 #define SEG4COM2 LCDDATA6_bits.SEG4COM2 #define S4C2 LCDDATA6_bits.S4C2 #define SEG5COM2 LCDDATA6_bits.SEG5COM2 #define S5C2 LCDDATA6_bits.S5C2 #define SEG6COM2 LCDDATA6_bits.SEG6COM2 #define S6C2 LCDDATA6_bits.S6C2 #define SEG7COM2 LCDDATA6_bits.SEG7COM2 #define S7C2 LCDDATA6_bits.S7C2 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA7 bits -------------------- typedef union { struct { unsigned char SEG8COM2:1; unsigned char SEG9COM2:1; unsigned char SEG10COM2:1; unsigned char SEG11COM2:1; unsigned char SEG12COM2:1; unsigned char SEG13COM2:1; unsigned char SEG14COM2:1; unsigned char SEG15COM2:1; }; struct { unsigned char S8C2:1; unsigned char S9C2:1; unsigned char S10C2:1; unsigned char S11C2:1; unsigned char S12C2:1; unsigned char S13C2:1; unsigned char S14C2:1; unsigned char S15C2:1; }; } __LCDDATA7_bits_t; extern volatile __LCDDATA7_bits_t __at(LCDDATA7_ADDR) LCDDATA7_bits; #ifndef NO_BIT_DEFINES #define SEG8COM2 LCDDATA7_bits.SEG8COM2 #define S8C2 LCDDATA7_bits.S8C2 #define SEG9COM2 LCDDATA7_bits.SEG9COM2 #define S9C2 LCDDATA7_bits.S9C2 #define SEG10COM2 LCDDATA7_bits.SEG10COM2 #define S10C2 LCDDATA7_bits.S10C2 #define SEG11COM2 LCDDATA7_bits.SEG11COM2 #define S11C2 LCDDATA7_bits.S11C2 #define SEG12COM2 LCDDATA7_bits.SEG12COM2 #define S12C2 LCDDATA7_bits.S12C2 #define SEG13COM2 LCDDATA7_bits.SEG13COM2 #define S13C2 LCDDATA7_bits.S13C2 #define SEG14COM2 LCDDATA7_bits.SEG14COM2 #define S14C2 LCDDATA7_bits.S14C2 #define SEG15COM2 LCDDATA7_bits.SEG15COM2 #define S15C2 LCDDATA7_bits.S15C2 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA9 bits -------------------- typedef union { struct { unsigned char SEG0COM3:1; unsigned char SEG1COM3:1; unsigned char SEG2COM3:1; unsigned char SEG3COM3:1; unsigned char SEG4COM3:1; unsigned char SEG5COM3:1; unsigned char SEG6COM3:1; unsigned char SEG7COM3:1; }; struct { unsigned char S0C3:1; unsigned char S1C3:1; unsigned char S2C3:1; unsigned char S3C3:1; unsigned char S4C3:1; unsigned char S5C3:1; unsigned char S6C3:1; unsigned char S7C3:1; }; } __LCDDATA9_bits_t; extern volatile __LCDDATA9_bits_t __at(LCDDATA9_ADDR) LCDDATA9_bits; #ifndef NO_BIT_DEFINES #define SEG0COM3 LCDDATA9_bits.SEG0COM3 #define S0C3 LCDDATA9_bits.S0C3 #define SEG1COM3 LCDDATA9_bits.SEG1COM3 #define S1C3 LCDDATA9_bits.S1C3 #define SEG2COM3 LCDDATA9_bits.SEG2COM3 #define S2C3 LCDDATA9_bits.S2C3 #define SEG3COM3 LCDDATA9_bits.SEG3COM3 #define S3C3 LCDDATA9_bits.S3C3 #define SEG4COM3 LCDDATA9_bits.SEG4COM3 #define S4C3 LCDDATA9_bits.S4C3 #define SEG5COM3 LCDDATA9_bits.SEG5COM3 #define S5C3 LCDDATA9_bits.S5C3 #define SEG6COM3 LCDDATA9_bits.SEG6COM3 #define S6C3 LCDDATA9_bits.S6C3 #define SEG7COM3 LCDDATA9_bits.SEG7COM3 #define S7C3 LCDDATA9_bits.S7C3 #endif /* NO_BIT_DEFINES */ // ----- LCDPS bits -------------------- typedef union { struct { unsigned char LP0:1; unsigned char LP1:1; unsigned char LP2:1; unsigned char LP3:1; unsigned char WA:1; unsigned char LCDA:1; unsigned char BIASMD:1; unsigned char WFT:1; }; } __LCDPS_bits_t; extern volatile __LCDPS_bits_t __at(LCDPS_ADDR) LCDPS_bits; #ifndef NO_BIT_DEFINES #define LP0 LCDPS_bits.LP0 #define LP1 LCDPS_bits.LP1 #define LP2 LCDPS_bits.LP2 #define LP3 LCDPS_bits.LP3 #define WA LCDPS_bits.WA #define LCDA LCDPS_bits.LCDA #define BIASMD LCDPS_bits.BIASMD #define WFT LCDPS_bits.WFT #endif /* NO_BIT_DEFINES */ // ----- LCDSE0 bits -------------------- typedef union { struct { unsigned char SE0:1; unsigned char SE1:1; unsigned char SE2:1; unsigned char SE3:1; unsigned char SE4:1; unsigned char SE5:1; unsigned char SE6:1; unsigned char SE7:1; }; struct { unsigned char SEGEN0:1; unsigned char SEGEN1:1; unsigned char SEGEN2:1; unsigned char SEGEN3:1; unsigned char SEGEN4:1; unsigned char SEGEN5:1; unsigned char SEGEN6:1; unsigned char SEGEN7:1; }; } __LCDSE0_bits_t; extern volatile __LCDSE0_bits_t __at(LCDSE0_ADDR) LCDSE0_bits; #ifndef NO_BIT_DEFINES #define SE0 LCDSE0_bits.SE0 #define SEGEN0 LCDSE0_bits.SEGEN0 #define SE1 LCDSE0_bits.SE1 #define SEGEN1 LCDSE0_bits.SEGEN1 #define SE2 LCDSE0_bits.SE2 #define SEGEN2 LCDSE0_bits.SEGEN2 #define SE3 LCDSE0_bits.SE3 #define SEGEN3 LCDSE0_bits.SEGEN3 #define SE4 LCDSE0_bits.SE4 #define SEGEN4 LCDSE0_bits.SEGEN4 #define SE5 LCDSE0_bits.SE5 #define SEGEN5 LCDSE0_bits.SEGEN5 #define SE6 LCDSE0_bits.SE6 #define SEGEN6 LCDSE0_bits.SEGEN6 #define SE7 LCDSE0_bits.SE7 #define SEGEN7 LCDSE0_bits.SEGEN7 #endif /* NO_BIT_DEFINES */ // ----- LCDSE1 bits -------------------- typedef union { struct { unsigned char SE8:1; unsigned char SE9:1; unsigned char SE10:1; unsigned char SE11:1; unsigned char SE12:1; unsigned char SE13:1; unsigned char SE14:1; unsigned char SE15:1; }; struct { unsigned char SEGEN8:1; unsigned char SEGEN9:1; unsigned char SEGEN10:1; unsigned char SEGEN11:1; unsigned char SEGEN12:1; unsigned char SEGEN13:1; unsigned char SEGEN14:1; unsigned char SEGEN15:1; }; } __LCDSE1_bits_t; extern volatile __LCDSE1_bits_t __at(LCDSE1_ADDR) LCDSE1_bits; #ifndef NO_BIT_DEFINES #define SE8 LCDSE1_bits.SE8 #define SEGEN8 LCDSE1_bits.SEGEN8 #define SE9 LCDSE1_bits.SE9 #define SEGEN9 LCDSE1_bits.SEGEN9 #define SE10 LCDSE1_bits.SE10 #define SEGEN10 LCDSE1_bits.SEGEN10 #define SE11 LCDSE1_bits.SE11 #define SEGEN11 LCDSE1_bits.SEGEN11 #define SE12 LCDSE1_bits.SE12 #define SEGEN12 LCDSE1_bits.SEGEN12 #define SE13 LCDSE1_bits.SE13 #define SEGEN13 LCDSE1_bits.SEGEN13 #define SE14 LCDSE1_bits.SE14 #define SEGEN14 LCDSE1_bits.SEGEN14 #define SE15 LCDSE1_bits.SE15 #define SEGEN15 LCDSE1_bits.SEGEN15 #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LVDL0:1; unsigned char LVDL1:1; unsigned char LVDL2:1; unsigned char :1; unsigned char LVDEN:1; unsigned char IRVST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LVDL0 LVDCON_bits.LVDL0 #define LVDL1 LVDCON_bits.LVDL1 #define LVDL2 LVDCON_bits.LVDL2 #define LVDEN LVDCON_bits.LVDEN #define IRVST LVDCON_bits.IRVST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBOREN:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBOREN PCON_bits.SBOREN #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char EEIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char LVDIE:1; unsigned char :1; unsigned char LCDIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define LVDIE PIE2_bits.LVDIE #define LCDIE PIE2_bits.LCDIE #define C1IE PIE2_bits.C1IE #define C2IE PIE2_bits.C2IE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char EEIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char LVDIF:1; unsigned char :1; unsigned char LCDIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define LVDIF PIR2_bits.LVDIF #define LCDIF PIR2_bits.LCDIF #define C1IF PIR2_bits.C1IF #define C2IF PIR2_bits.C2IF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char T1GE:1; unsigned char T1GINV:1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define T1GE T1CON_bits.T1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char :1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char SWDTE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define SWDTE WDTCON_bits.SWDTE #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPU bits -------------------- typedef union { struct { unsigned char WPU0:1; unsigned char WPU1:1; unsigned char WPU2:1; unsigned char WPU3:1; unsigned char WPU4:1; unsigned char WPU5:1; unsigned char WPU6:1; unsigned char WPU7:1; }; } __WPU_bits_t; extern volatile __WPU_bits_t __at(WPU_ADDR) WPU_bits; #ifndef NO_BIT_DEFINES #define WPU0 WPU_bits.WPU0 #define WPU1 WPU_bits.WPU1 #define WPU2 WPU_bits.WPU2 #define WPU3 WPU_bits.WPU3 #define WPU4 WPU_bits.WPU4 #define WPU5 WPU_bits.WPU5 #define WPU6 WPU_bits.WPU6 #define WPU7 WPU_bits.WPU7 #endif /* NO_BIT_DEFINES */ // ----- WPUB bits -------------------- typedef union { struct { unsigned char WPUB0:1; unsigned char WPUB1:1; unsigned char WPUB2:1; unsigned char WPUB3:1; unsigned char WPUB4:1; unsigned char WPUB5:1; unsigned char WPUB6:1; unsigned char WPUB7:1; }; } __WPUB_bits_t; extern volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; #ifndef NO_BIT_DEFINES #define WPUB0 WPUB_bits.WPUB0 #define WPUB1 WPUB_bits.WPUB1 #define WPUB2 WPUB_bits.WPUB2 #define WPUB3 WPUB_bits.WPUB3 #define WPUB4 WPUB_bits.WPUB4 #define WPUB5 WPUB_bits.WPUB5 #define WPUB6 WPUB_bits.WPUB6 #define WPUB7 WPUB_bits.WPUB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/pic16f917.h000066400000000000000000002223711116427777700176270ustar00rootroot00000000000000// // Register Declarations for Microchip 16F917 Processor // // // This header file was automatically generated by: // // inc2h.pl V4783 // // Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved // // SDCC is licensed under the GNU Public license (GPL) v2. Note that // this license covers the code to the compiler and other executables, // but explicitly does not cover any code or objects generated by sdcc. // We have not yet decided on a license for the run time libraries, but // it will not put any requirements on code linked against it. See: // // http://www.gnu.org/copyleft/gpl/html // // See http://sdcc.sourceforge.net/ for the latest information on sdcc. // // #ifndef P16F917_H #define P16F917_H // // Register addresses. // #define INDF_ADDR 0x0000 #define TMR0_ADDR 0x0001 #define PCL_ADDR 0x0002 #define STATUS_ADDR 0x0003 #define FSR_ADDR 0x0004 #define PORTA_ADDR 0x0005 #define PORTB_ADDR 0x0006 #define PORTC_ADDR 0x0007 #define PORTD_ADDR 0x0008 #define PORTE_ADDR 0x0009 #define PCLATH_ADDR 0x000A #define INTCON_ADDR 0x000B #define PIR1_ADDR 0x000C #define PIR2_ADDR 0x000D #define TMR1L_ADDR 0x000E #define TMR1H_ADDR 0x000F #define T1CON_ADDR 0x0010 #define TMR2_ADDR 0x0011 #define T2CON_ADDR 0x0012 #define SSPBUF_ADDR 0x0013 #define SSPCON_ADDR 0x0014 #define CCPR1L_ADDR 0x0015 #define CCPR1H_ADDR 0x0016 #define CCP1CON_ADDR 0x0017 #define RCSTA_ADDR 0x0018 #define TXREG_ADDR 0x0019 #define RCREG_ADDR 0x001A #define CCPR2L_ADDR 0x001B #define CCPR2H_ADDR 0x001C #define CCP2CON_ADDR 0x001D #define ADRESH_ADDR 0x001E #define ADCON0_ADDR 0x001F #define OPTION_REG_ADDR 0x0081 #define TRISA_ADDR 0x0085 #define TRISB_ADDR 0x0086 #define TRISC_ADDR 0x0087 #define TRISD_ADDR 0x0088 #define TRISE_ADDR 0x0089 #define PIE1_ADDR 0x008C #define PIE2_ADDR 0x008D #define PCON_ADDR 0x008E #define OSCCON_ADDR 0x008F #define OSCTUNE_ADDR 0x0090 #define ANSEL_ADDR 0x0091 #define PR2_ADDR 0x0092 #define SSPADD_ADDR 0x0093 #define SSPSTAT_ADDR 0x0094 #define WPUB_ADDR 0x0095 #define WPU_ADDR 0x0095 #define IOCB_ADDR 0x0096 #define IOC_ADDR 0x0096 #define CMCON1_ADDR 0x0097 #define TXSTA_ADDR 0x0098 #define SPBRG_ADDR 0x0099 #define CMCON0_ADDR 0x009C #define VRCON_ADDR 0x009D #define ADRESL_ADDR 0x009E #define ADCON1_ADDR 0x009F #define WDTCON_ADDR 0x0105 #define LCDCON_ADDR 0x0107 #define LCDPS_ADDR 0x0108 #define LVDCON_ADDR 0x0109 #define EEDATL_ADDR 0x010C #define EEADRL_ADDR 0x010D #define EEDATH_ADDR 0x010E #define EEADRH_ADDR 0x010F #define LCDDATA0_ADDR 0x0110 #define LCDDATA1_ADDR 0x0111 #define LCDDATA2_ADDR 0x0112 #define LCDDATA3_ADDR 0x0113 #define LCDDATA4_ADDR 0x0114 #define LCDDATA5_ADDR 0x0115 #define LCDDATA6_ADDR 0x0116 #define LCDDATA7_ADDR 0x0117 #define LCDDATA8_ADDR 0x0118 #define LCDDATA9_ADDR 0x0119 #define LCDDATA10_ADDR 0x011A #define LCDDATA11_ADDR 0x011B #define LCDSE0_ADDR 0x011C #define LCDSE1_ADDR 0x011D #define LCDSE2_ADDR 0x011E #define EECON1_ADDR 0x018C #define EECON2_ADDR 0x018D // // Memory organization. // // LIST // P16F917.INC Standard Header File, Version 1.03 Microchip Technology, Inc. // NOLIST // This header file defines configurations, registers, and other useful bits of // information for the PIC16F917 microcontroller. // These names are taken to match the data sheets as closely as possible. // Note that the processor must be selected before this file is // included. The processor may be selected the following ways: // 1. Command line switch: // C:\ MPASM MYFILE.ASM /PIC16F917 // 2. LIST directive in the source file // LIST P=PIC16F917 // 3. Processor Type entry in the MPASM full-screen interface //========================================================================== // // Revision History // //========================================================================== //Rev: Date: Reason: //1.00 06/11/04 Initial Release //1.01 08/16/04 Added EECON2 //1.02 05/20/05 Removed EECON2 from badram //1.03 10/05/05 Correct names of bits in ANSEL, Add EEADRH and EEADRL bit // definitions //========================================================================== // // Verify Processor // //========================================================================== // IFNDEF __16F917 // MESSG "Processor-header file mismatch. Verify selected processor." // ENDIF //========================================================================== // // Register Definitions // //========================================================================== #define W 0x0000 #define F 0x0001 //----- Register Files------------------------------------------------------ extern __sfr __at (INDF_ADDR) INDF; extern __sfr __at (TMR0_ADDR) TMR0; extern __sfr __at (PCL_ADDR) PCL; extern __sfr __at (STATUS_ADDR) STATUS; extern __sfr __at (FSR_ADDR) FSR; extern __sfr __at (PORTA_ADDR) PORTA; extern __sfr __at (PORTB_ADDR) PORTB; extern __sfr __at (PORTC_ADDR) PORTC; extern __sfr __at (PORTD_ADDR) PORTD; extern __sfr __at (PORTE_ADDR) PORTE; extern __sfr __at (PCLATH_ADDR) PCLATH; extern __sfr __at (INTCON_ADDR) INTCON; extern __sfr __at (PIR1_ADDR) PIR1; extern __sfr __at (PIR2_ADDR) PIR2; extern __sfr __at (TMR1L_ADDR) TMR1L; extern __sfr __at (TMR1H_ADDR) TMR1H; extern __sfr __at (T1CON_ADDR) T1CON; extern __sfr __at (TMR2_ADDR) TMR2; extern __sfr __at (T2CON_ADDR) T2CON; extern __sfr __at (SSPBUF_ADDR) SSPBUF; extern __sfr __at (SSPCON_ADDR) SSPCON; extern __sfr __at (CCPR1L_ADDR) CCPR1L; extern __sfr __at (CCPR1H_ADDR) CCPR1H; extern __sfr __at (CCP1CON_ADDR) CCP1CON; extern __sfr __at (RCSTA_ADDR) RCSTA; extern __sfr __at (TXREG_ADDR) TXREG; extern __sfr __at (RCREG_ADDR) RCREG; extern __sfr __at (CCPR2L_ADDR) CCPR2L; extern __sfr __at (CCPR2H_ADDR) CCPR2H; extern __sfr __at (CCP2CON_ADDR) CCP2CON; extern __sfr __at (ADRESH_ADDR) ADRESH; extern __sfr __at (ADCON0_ADDR) ADCON0; extern __sfr __at (OPTION_REG_ADDR) OPTION_REG; extern __sfr __at (TRISA_ADDR) TRISA; extern __sfr __at (TRISB_ADDR) TRISB; extern __sfr __at (TRISC_ADDR) TRISC; extern __sfr __at (TRISD_ADDR) TRISD; extern __sfr __at (TRISE_ADDR) TRISE; extern __sfr __at (PIE1_ADDR) PIE1; extern __sfr __at (PIE2_ADDR) PIE2; extern __sfr __at (PCON_ADDR) PCON; extern __sfr __at (OSCCON_ADDR) OSCCON; extern __sfr __at (OSCTUNE_ADDR) OSCTUNE; extern __sfr __at (ANSEL_ADDR) ANSEL; extern __sfr __at (PR2_ADDR) PR2; extern __sfr __at (SSPADD_ADDR) SSPADD; extern __sfr __at (SSPSTAT_ADDR) SSPSTAT; extern __sfr __at (WPUB_ADDR) WPUB; extern __sfr __at (WPU_ADDR) WPU; extern __sfr __at (IOCB_ADDR) IOCB; extern __sfr __at (IOC_ADDR) IOC; extern __sfr __at (CMCON1_ADDR) CMCON1; extern __sfr __at (TXSTA_ADDR) TXSTA; extern __sfr __at (SPBRG_ADDR) SPBRG; extern __sfr __at (CMCON0_ADDR) CMCON0; extern __sfr __at (VRCON_ADDR) VRCON; extern __sfr __at (ADRESL_ADDR) ADRESL; extern __sfr __at (ADCON1_ADDR) ADCON1; extern __sfr __at (WDTCON_ADDR) WDTCON; extern __sfr __at (LCDCON_ADDR) LCDCON; extern __sfr __at (LCDPS_ADDR) LCDPS; extern __sfr __at (LVDCON_ADDR) LVDCON; extern __sfr __at (EEDATL_ADDR) EEDATL; extern __sfr __at (EEADRL_ADDR) EEADRL; extern __sfr __at (EEDATH_ADDR) EEDATH; extern __sfr __at (EEADRH_ADDR) EEADRH; extern __sfr __at (LCDDATA0_ADDR) LCDDATA0; extern __sfr __at (LCDDATA1_ADDR) LCDDATA1; extern __sfr __at (LCDDATA2_ADDR) LCDDATA2; extern __sfr __at (LCDDATA3_ADDR) LCDDATA3; extern __sfr __at (LCDDATA4_ADDR) LCDDATA4; extern __sfr __at (LCDDATA5_ADDR) LCDDATA5; extern __sfr __at (LCDDATA6_ADDR) LCDDATA6; extern __sfr __at (LCDDATA7_ADDR) LCDDATA7; extern __sfr __at (LCDDATA8_ADDR) LCDDATA8; extern __sfr __at (LCDDATA9_ADDR) LCDDATA9; extern __sfr __at (LCDDATA10_ADDR) LCDDATA10; extern __sfr __at (LCDDATA11_ADDR) LCDDATA11; extern __sfr __at (LCDSE0_ADDR) LCDSE0; extern __sfr __at (LCDSE1_ADDR) LCDSE1; extern __sfr __at (LCDSE2_ADDR) LCDSE2; extern __sfr __at (EECON1_ADDR) EECON1; extern __sfr __at (EECON2_ADDR) EECON2; //----- STATUS Bits -------------------------------------------------------- //----- INTCON Bits -------------------------------------------------------- //----- PIR1 Bits ---------------------------------------------------------- //----- PIR2 Bits ---------------------------------------------------------- //----- T1CON Bits --------------------------------------------------------- //----- T2CON Bits --------------------------------------------------------- //----- SSPCON Bits -------------------------------------------------------- //----- CCP1CON Bits ------------------------------------------------------- //----- RCSTA Bits --------------------------------------------------------- //----- CCP2CON Bits ------------------------------------------------------- //----- ADCON0 Bits -------------------------------------------------------- //----- OPTION_REG Bits ----------------------------------------------------- //----- PIE1 Bits ---------------------------------------------------------- //----- PIE2 Bits ---------------------------------------------------------- //----- PCON Bits ---------------------------------------------------------- //----- OSCCON Bits ------------------------------------------------------- //----- OSCTUNE Bits ------------------------------------------------------- //----- ANSEL Bits --------------------------------------------------------- //----- SSPSTAT Bits ------------------------------------------------------- //----- WPUB Bits ------------------------------------------------------- //----- WPU Bits ------------------------------------------------------- //----- IOCB Bits ------------------------------------------------------- //----- IOC Bits ------------------------------------------------------- //----- CMCON1 Bits -------------------------------------------------------- //----- TXSTA Bits --------------------------------------------------------- //----- CMCON0 Bits --------------------------------------------------------- //----- VRCON Bits -------------------------------------------------------- //----- ADCON1 Bits -------------------------------------------------------- //----- WDTCON Bits -------------------------------------------------------- //----- LCDCON Bits -------------------------------------------------------- //----- LCDPS Bits --------------------------------------------------------- //----- LVDCON Bits -------------------------------------------------------- //----- LCDDATA0 Bits ------------------------------------------------------- //----- LCDDATA1 Bits ------------------------------------------------------- //----- LCDDATA2 Bits ------------------------------------------------------- //----- LCDDATA3 Bits ------------------------------------------------------- //----- LCDDATA4 Bits ------------------------------------------------------- //----- LCDDATA5 Bits ------------------------------------------------------- //----- LCDDATA6 Bits ------------------------------------------------------- //----- LCDDATA7 Bits ------------------------------------------------------- //----- LCDDATA8 Bits ------------------------------------------------------- //----- LCDDATA9 Bits ------------------------------------------------------- //----- LCDDATA10 Bits ------------------------------------------------------- //----- LCDDATA11 Bits ------------------------------------------------------- //----- LCDSE0 Bits -------------------------------------------------------- //----- LCDSE1 Bits -------------------------------------------------------- //----- LCDSE2 Bits -------------------------------------------------------- //----- EECON1 Bits -------------------------------------------------------- //----- EEADRH Bits -------------------------------------------------------- //----- EEADRL Bits -------------------------------------------------------- //========================================================================== // // RAM Definition // //========================================================================== // __MAXRAM H'1FF' // __BADRAM H'9A'-H'9B' // __BADRAM H'11F' // __BADRAM H'185', H'187'-H'189', H'18E'-H'18F' //========================================================================== // // Configuration Bits // //========================================================================== #define _CONFIG 0x2007 //Configuration Byte 1 Options #define _DEBUG_ON 0x2FFF #define _DEBUG_OFF 0x3FFF #define _FCMEN_ON 0x3FFF #define _FCMEN_OFF 0x37FF #define _IESO_ON 0x3FFF #define _IESO_OFF 0x3BFF #define _BOD_ON 0x3FFF #define _BOD_NSLEEP 0x3EFF #define _BOD_SBODEN 0x3DFF #define _BOD_OFF 0x3CFF #define _CPD_ON 0x3F7F #define _CPD_OFF 0x3FFF #define _CP_ON 0x3FBF #define _CP_OFF 0x3FFF #define _MCLRE_ON 0x3FFF #define _MCLRE_OFF 0x3FDF #define _PWRTE_ON 0x3FEF #define _PWRTE_OFF 0x3FFF #define _WDT_ON 0x3FFF #define _WDT_OFF 0x3FF7 #define _LP_OSC 0x3FF8 #define _XT_OSC 0x3FF9 #define _HS_OSC 0x3FFA #define _EC_OSC 0x3FFB #define _INTRC_OSC_NOCLKOUT 0x3FFC #define _INTRC_OSC_CLKOUT 0x3FFD #define _EXTRC_OSC_NOCLKOUT 0x3FFE #define _EXTRC_OSC_CLKOUT 0x3FFF #define _INTOSCIO 0x3FFC #define _INTOSC 0x3FFD #define _EXTRCIO 0x3FFE #define _EXTRC 0x3FFF // LIST // ----- ADCON0 bits -------------------- typedef union { struct { unsigned char ADON:1; unsigned char NOT_DONE:1; unsigned char CHS0:1; unsigned char CHS1:1; unsigned char CHS2:1; unsigned char VCFG0:1; unsigned char VCFG1:1; unsigned char ADFM:1; }; struct { unsigned char :1; unsigned char GO_DONE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __ADCON0_bits_t; extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; #ifndef NO_BIT_DEFINES #define ADON ADCON0_bits.ADON #define NOT_DONE ADCON0_bits.NOT_DONE #define GO_DONE ADCON0_bits.GO_DONE #define CHS0 ADCON0_bits.CHS0 #define CHS1 ADCON0_bits.CHS1 #define CHS2 ADCON0_bits.CHS2 #define VCFG0 ADCON0_bits.VCFG0 #define VCFG1 ADCON0_bits.VCFG1 #define ADFM ADCON0_bits.ADFM #endif /* NO_BIT_DEFINES */ // ----- ADCON1 bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char ADCS0:1; unsigned char ADCS1:1; unsigned char ADCS2:1; unsigned char :1; }; } __ADCON1_bits_t; extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; #ifndef NO_BIT_DEFINES #define ADCS0 ADCON1_bits.ADCS0 #define ADCS1 ADCON1_bits.ADCS1 #define ADCS2 ADCON1_bits.ADCS2 #endif /* NO_BIT_DEFINES */ // ----- ANSEL bits -------------------- typedef union { struct { unsigned char ANS0:1; unsigned char ANS1:1; unsigned char ANS2:1; unsigned char ANS3:1; unsigned char ANS4:1; unsigned char ANS5:1; unsigned char ANS6:1; unsigned char ANS7:1; }; struct { unsigned char AN0:1; unsigned char AN1:1; unsigned char AN2:1; unsigned char AN3:1; unsigned char AN4:1; unsigned char AN5:1; unsigned char AN6:1; unsigned char AN7:1; }; } __ANSEL_bits_t; extern volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; #ifndef NO_BIT_DEFINES #define ANS0 ANSEL_bits.ANS0 #define AN0 ANSEL_bits.AN0 #define ANS1 ANSEL_bits.ANS1 #define AN1 ANSEL_bits.AN1 #define ANS2 ANSEL_bits.ANS2 #define AN2 ANSEL_bits.AN2 #define ANS3 ANSEL_bits.ANS3 #define AN3 ANSEL_bits.AN3 #define ANS4 ANSEL_bits.ANS4 #define AN4 ANSEL_bits.AN4 #define ANS5 ANSEL_bits.ANS5 #define AN5 ANSEL_bits.AN5 #define ANS6 ANSEL_bits.ANS6 #define AN6 ANSEL_bits.AN6 #define ANS7 ANSEL_bits.ANS7 #define AN7 ANSEL_bits.AN7 #endif /* NO_BIT_DEFINES */ // ----- CCP1CON bits -------------------- typedef union { struct { unsigned char CCP1M0:1; unsigned char CCP1M1:1; unsigned char CCP1M2:1; unsigned char CCP1M3:1; unsigned char CCP1Y:1; unsigned char CCP1X:1; unsigned char :1; unsigned char :1; }; } __CCP1CON_bits_t; extern volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; #ifndef NO_BIT_DEFINES #define CCP1M0 CCP1CON_bits.CCP1M0 #define CCP1M1 CCP1CON_bits.CCP1M1 #define CCP1M2 CCP1CON_bits.CCP1M2 #define CCP1M3 CCP1CON_bits.CCP1M3 #define CCP1Y CCP1CON_bits.CCP1Y #define CCP1X CCP1CON_bits.CCP1X #endif /* NO_BIT_DEFINES */ // ----- CCP2CON bits -------------------- typedef union { struct { unsigned char CCP2M0:1; unsigned char CCP2M1:1; unsigned char CCP2M2:1; unsigned char CCP2M3:1; unsigned char CCP2Y:1; unsigned char CCP2X:1; unsigned char :1; unsigned char :1; }; } __CCP2CON_bits_t; extern volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; #ifndef NO_BIT_DEFINES #define CCP2M0 CCP2CON_bits.CCP2M0 #define CCP2M1 CCP2CON_bits.CCP2M1 #define CCP2M2 CCP2CON_bits.CCP2M2 #define CCP2M3 CCP2CON_bits.CCP2M3 #define CCP2Y CCP2CON_bits.CCP2Y #define CCP2X CCP2CON_bits.CCP2X #endif /* NO_BIT_DEFINES */ // ----- CMCON0 bits -------------------- typedef union { struct { unsigned char CM0:1; unsigned char CM1:1; unsigned char CM2:1; unsigned char CIS:1; unsigned char C1INV:1; unsigned char C2INV:1; unsigned char C1OUT:1; unsigned char C2OUT:1; }; } __CMCON0_bits_t; extern volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; #ifndef NO_BIT_DEFINES #define CM0 CMCON0_bits.CM0 #define CM1 CMCON0_bits.CM1 #define CM2 CMCON0_bits.CM2 #define CIS CMCON0_bits.CIS #define C1INV CMCON0_bits.C1INV #define C2INV CMCON0_bits.C2INV #define C1OUT CMCON0_bits.C1OUT #define C2OUT CMCON0_bits.C2OUT #endif /* NO_BIT_DEFINES */ // ----- CMCON1 bits -------------------- typedef union { struct { unsigned char C2SYNC:1; unsigned char T1GSS:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __CMCON1_bits_t; extern volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; #ifndef NO_BIT_DEFINES #define C2SYNC CMCON1_bits.C2SYNC #define T1GSS CMCON1_bits.T1GSS #endif /* NO_BIT_DEFINES */ // ----- EEADRH bits -------------------- typedef union { struct { unsigned char EEADRH0:1; unsigned char EEADRH1:1; unsigned char EEADRH2:1; unsigned char EEADRH3:1; unsigned char EEADRH4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EEADRH_bits_t; extern volatile __EEADRH_bits_t __at(EEADRH_ADDR) EEADRH_bits; #ifndef NO_BIT_DEFINES #define EEADRH0 EEADRH_bits.EEADRH0 #define EEADRH1 EEADRH_bits.EEADRH1 #define EEADRH2 EEADRH_bits.EEADRH2 #define EEADRH3 EEADRH_bits.EEADRH3 #define EEADRH4 EEADRH_bits.EEADRH4 #endif /* NO_BIT_DEFINES */ // ----- EEADRL bits -------------------- typedef union { struct { unsigned char EEADRL0:1; unsigned char EEADRL1:1; unsigned char EEADRL2:1; unsigned char EEADRL3:1; unsigned char EEADRL4:1; unsigned char EEADRL5:1; unsigned char EEADRL6:1; unsigned char EEADRL7:1; }; } __EEADRL_bits_t; extern volatile __EEADRL_bits_t __at(EEADRL_ADDR) EEADRL_bits; #ifndef NO_BIT_DEFINES #define EEADRL0 EEADRL_bits.EEADRL0 #define EEADRL1 EEADRL_bits.EEADRL1 #define EEADRL2 EEADRL_bits.EEADRL2 #define EEADRL3 EEADRL_bits.EEADRL3 #define EEADRL4 EEADRL_bits.EEADRL4 #define EEADRL5 EEADRL_bits.EEADRL5 #define EEADRL6 EEADRL_bits.EEADRL6 #define EEADRL7 EEADRL_bits.EEADRL7 #endif /* NO_BIT_DEFINES */ // ----- EECON1 bits -------------------- typedef union { struct { unsigned char RD:1; unsigned char WR:1; unsigned char WREN:1; unsigned char WRERR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char EEPGD:1; }; struct { unsigned char EERD:1; unsigned char EEWR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __EECON1_bits_t; extern volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; #ifndef NO_BIT_DEFINES #define RD EECON1_bits.RD #define EERD EECON1_bits.EERD #define WR EECON1_bits.WR #define EEWR EECON1_bits.EEWR #define WREN EECON1_bits.WREN #define WRERR EECON1_bits.WRERR #define EEPGD EECON1_bits.EEPGD #endif /* NO_BIT_DEFINES */ // ----- INTCON bits -------------------- typedef union { struct { unsigned char RBIF:1; unsigned char INTF:1; unsigned char T0IF:1; unsigned char RBIE:1; unsigned char INTE:1; unsigned char T0IE:1; unsigned char PEIE:1; unsigned char GIE:1; }; struct { unsigned char :1; unsigned char :1; unsigned char TMR0IF:1; unsigned char :1; unsigned char :1; unsigned char TMR0IE:1; unsigned char :1; unsigned char :1; }; } __INTCON_bits_t; extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; #ifndef NO_BIT_DEFINES #define RBIF INTCON_bits.RBIF #define INTF INTCON_bits.INTF #define T0IF INTCON_bits.T0IF #define TMR0IF INTCON_bits.TMR0IF #define RBIE INTCON_bits.RBIE #define INTE INTCON_bits.INTE #define T0IE INTCON_bits.T0IE #define TMR0IE INTCON_bits.TMR0IE #define PEIE INTCON_bits.PEIE #define GIE INTCON_bits.GIE #endif /* NO_BIT_DEFINES */ // ----- IOC bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char IOC4:1; unsigned char IOC5:1; unsigned char IOC6:1; unsigned char IOC7:1; }; } __IOC_bits_t; extern volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; #ifndef NO_BIT_DEFINES #define IOC4 IOC_bits.IOC4 #define IOC5 IOC_bits.IOC5 #define IOC6 IOC_bits.IOC6 #define IOC7 IOC_bits.IOC7 #endif /* NO_BIT_DEFINES */ // ----- IOCB bits -------------------- typedef union { struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char IOCB4:1; unsigned char IOCB5:1; unsigned char IOCB6:1; unsigned char IOCB7:1; }; } __IOCB_bits_t; extern volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; #ifndef NO_BIT_DEFINES #define IOCB4 IOCB_bits.IOCB4 #define IOCB5 IOCB_bits.IOCB5 #define IOCB6 IOCB_bits.IOCB6 #define IOCB7 IOCB_bits.IOCB7 #endif /* NO_BIT_DEFINES */ // ----- LCDCON bits -------------------- typedef union { struct { unsigned char LMUX0:1; unsigned char LMUX1:1; unsigned char CS0:1; unsigned char CS1:1; unsigned char VLCDEN:1; unsigned char WERR:1; unsigned char SLPEN:1; unsigned char LCDEN:1; }; } __LCDCON_bits_t; extern volatile __LCDCON_bits_t __at(LCDCON_ADDR) LCDCON_bits; #ifndef NO_BIT_DEFINES #define LMUX0 LCDCON_bits.LMUX0 #define LMUX1 LCDCON_bits.LMUX1 #define CS0 LCDCON_bits.CS0 #define CS1 LCDCON_bits.CS1 #define VLCDEN LCDCON_bits.VLCDEN #define WERR LCDCON_bits.WERR #define SLPEN LCDCON_bits.SLPEN #define LCDEN LCDCON_bits.LCDEN #endif /* NO_BIT_DEFINES */ // ----- LCDDATA0 bits -------------------- typedef union { struct { unsigned char SEG0COM0:1; unsigned char SEG1COM0:1; unsigned char SEG2COM0:1; unsigned char SEG3COM0:1; unsigned char SEG4COM0:1; unsigned char SEG5COM0:1; unsigned char SEG6COM0:1; unsigned char SEG7COM0:1; }; struct { unsigned char S0C0:1; unsigned char S1C0:1; unsigned char S2C0:1; unsigned char S3C0:1; unsigned char S4C0:1; unsigned char S5C0:1; unsigned char S6C0:1; unsigned char S7C0:1; }; } __LCDDATA0_bits_t; extern volatile __LCDDATA0_bits_t __at(LCDDATA0_ADDR) LCDDATA0_bits; #ifndef NO_BIT_DEFINES #define SEG0COM0 LCDDATA0_bits.SEG0COM0 #define S0C0 LCDDATA0_bits.S0C0 #define SEG1COM0 LCDDATA0_bits.SEG1COM0 #define S1C0 LCDDATA0_bits.S1C0 #define SEG2COM0 LCDDATA0_bits.SEG2COM0 #define S2C0 LCDDATA0_bits.S2C0 #define SEG3COM0 LCDDATA0_bits.SEG3COM0 #define S3C0 LCDDATA0_bits.S3C0 #define SEG4COM0 LCDDATA0_bits.SEG4COM0 #define S4C0 LCDDATA0_bits.S4C0 #define SEG5COM0 LCDDATA0_bits.SEG5COM0 #define S5C0 LCDDATA0_bits.S5C0 #define SEG6COM0 LCDDATA0_bits.SEG6COM0 #define S6C0 LCDDATA0_bits.S6C0 #define SEG7COM0 LCDDATA0_bits.SEG7COM0 #define S7C0 LCDDATA0_bits.S7C0 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA1 bits -------------------- typedef union { struct { unsigned char SEG8COM0:1; unsigned char SEG9COM0:1; unsigned char SEG10COM0:1; unsigned char SEG11COM0:1; unsigned char SEG12COM0:1; unsigned char SEG13COM0:1; unsigned char SEG14COM0:1; unsigned char SEG15COM0:1; }; struct { unsigned char S8C0:1; unsigned char S9C0:1; unsigned char S10C0:1; unsigned char S11C0:1; unsigned char S12C0:1; unsigned char S13C0:1; unsigned char S14C0:1; unsigned char S15C0:1; }; } __LCDDATA1_bits_t; extern volatile __LCDDATA1_bits_t __at(LCDDATA1_ADDR) LCDDATA1_bits; #ifndef NO_BIT_DEFINES #define SEG8COM0 LCDDATA1_bits.SEG8COM0 #define S8C0 LCDDATA1_bits.S8C0 #define SEG9COM0 LCDDATA1_bits.SEG9COM0 #define S9C0 LCDDATA1_bits.S9C0 #define SEG10COM0 LCDDATA1_bits.SEG10COM0 #define S10C0 LCDDATA1_bits.S10C0 #define SEG11COM0 LCDDATA1_bits.SEG11COM0 #define S11C0 LCDDATA1_bits.S11C0 #define SEG12COM0 LCDDATA1_bits.SEG12COM0 #define S12C0 LCDDATA1_bits.S12C0 #define SEG13COM0 LCDDATA1_bits.SEG13COM0 #define S13C0 LCDDATA1_bits.S13C0 #define SEG14COM0 LCDDATA1_bits.SEG14COM0 #define S14C0 LCDDATA1_bits.S14C0 #define SEG15COM0 LCDDATA1_bits.SEG15COM0 #define S15C0 LCDDATA1_bits.S15C0 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA10 bits -------------------- typedef union { struct { unsigned char SEG8COM3:1; unsigned char SEG9COM3:1; unsigned char SEG10COM3:1; unsigned char SEG11COM3:1; unsigned char SEG12COM3:1; unsigned char SEG13COM3:1; unsigned char SEG14COM3:1; unsigned char SEG15COM3:1; }; struct { unsigned char S8C3:1; unsigned char S9C3:1; unsigned char S10C3:1; unsigned char S11C3:1; unsigned char S12C3:1; unsigned char S13C3:1; unsigned char S14C3:1; unsigned char S15C3:1; }; } __LCDDATA10_bits_t; extern volatile __LCDDATA10_bits_t __at(LCDDATA10_ADDR) LCDDATA10_bits; #ifndef NO_BIT_DEFINES #define SEG8COM3 LCDDATA10_bits.SEG8COM3 #define S8C3 LCDDATA10_bits.S8C3 #define SEG9COM3 LCDDATA10_bits.SEG9COM3 #define S9C3 LCDDATA10_bits.S9C3 #define SEG10COM3 LCDDATA10_bits.SEG10COM3 #define S10C3 LCDDATA10_bits.S10C3 #define SEG11COM3 LCDDATA10_bits.SEG11COM3 #define S11C3 LCDDATA10_bits.S11C3 #define SEG12COM3 LCDDATA10_bits.SEG12COM3 #define S12C3 LCDDATA10_bits.S12C3 #define SEG13COM3 LCDDATA10_bits.SEG13COM3 #define S13C3 LCDDATA10_bits.S13C3 #define SEG14COM3 LCDDATA10_bits.SEG14COM3 #define S14C3 LCDDATA10_bits.S14C3 #define SEG15COM3 LCDDATA10_bits.SEG15COM3 #define S15C3 LCDDATA10_bits.S15C3 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA11 bits -------------------- typedef union { struct { unsigned char SEG16COM3:1; unsigned char SEG17COM3:1; unsigned char SEG18COM3:1; unsigned char SEG19COM3:1; unsigned char SEG20COM3:1; unsigned char SEG21COM3:1; unsigned char SEG22COM3:1; unsigned char SEG23COM3:1; }; struct { unsigned char S16C3:1; unsigned char S17C3:1; unsigned char S18C3:1; unsigned char S19C3:1; unsigned char S20C3:1; unsigned char S21C3:1; unsigned char S22C3:1; unsigned char S23C3:1; }; } __LCDDATA11_bits_t; extern volatile __LCDDATA11_bits_t __at(LCDDATA11_ADDR) LCDDATA11_bits; #ifndef NO_BIT_DEFINES #define SEG16COM3 LCDDATA11_bits.SEG16COM3 #define S16C3 LCDDATA11_bits.S16C3 #define SEG17COM3 LCDDATA11_bits.SEG17COM3 #define S17C3 LCDDATA11_bits.S17C3 #define SEG18COM3 LCDDATA11_bits.SEG18COM3 #define S18C3 LCDDATA11_bits.S18C3 #define SEG19COM3 LCDDATA11_bits.SEG19COM3 #define S19C3 LCDDATA11_bits.S19C3 #define SEG20COM3 LCDDATA11_bits.SEG20COM3 #define S20C3 LCDDATA11_bits.S20C3 #define SEG21COM3 LCDDATA11_bits.SEG21COM3 #define S21C3 LCDDATA11_bits.S21C3 #define SEG22COM3 LCDDATA11_bits.SEG22COM3 #define S22C3 LCDDATA11_bits.S22C3 #define SEG23COM3 LCDDATA11_bits.SEG23COM3 #define S23C3 LCDDATA11_bits.S23C3 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA2 bits -------------------- typedef union { struct { unsigned char SEG16COM0:1; unsigned char SEG17COM0:1; unsigned char SEG18COM0:1; unsigned char SEG19COM0:1; unsigned char SEG20COM0:1; unsigned char SEG21COM0:1; unsigned char SEG22COM0:1; unsigned char SEG23COM0:1; }; struct { unsigned char S16C0:1; unsigned char S17C0:1; unsigned char S18C0:1; unsigned char S19C0:1; unsigned char S20C0:1; unsigned char S21C0:1; unsigned char S22C0:1; unsigned char S23C0:1; }; } __LCDDATA2_bits_t; extern volatile __LCDDATA2_bits_t __at(LCDDATA2_ADDR) LCDDATA2_bits; #ifndef NO_BIT_DEFINES #define SEG16COM0 LCDDATA2_bits.SEG16COM0 #define S16C0 LCDDATA2_bits.S16C0 #define SEG17COM0 LCDDATA2_bits.SEG17COM0 #define S17C0 LCDDATA2_bits.S17C0 #define SEG18COM0 LCDDATA2_bits.SEG18COM0 #define S18C0 LCDDATA2_bits.S18C0 #define SEG19COM0 LCDDATA2_bits.SEG19COM0 #define S19C0 LCDDATA2_bits.S19C0 #define SEG20COM0 LCDDATA2_bits.SEG20COM0 #define S20C0 LCDDATA2_bits.S20C0 #define SEG21COM0 LCDDATA2_bits.SEG21COM0 #define S21C0 LCDDATA2_bits.S21C0 #define SEG22COM0 LCDDATA2_bits.SEG22COM0 #define S22C0 LCDDATA2_bits.S22C0 #define SEG23COM0 LCDDATA2_bits.SEG23COM0 #define S23C0 LCDDATA2_bits.S23C0 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA3 bits -------------------- typedef union { struct { unsigned char SEG0COM1:1; unsigned char SEG1COM1:1; unsigned char SEG2COM1:1; unsigned char SEG3COM1:1; unsigned char SEG4COM1:1; unsigned char SEG5COM1:1; unsigned char SEG6COM1:1; unsigned char SEG7COM1:1; }; struct { unsigned char S0C1:1; unsigned char S1C1:1; unsigned char S2C1:1; unsigned char S3C1:1; unsigned char S4C1:1; unsigned char S5C1:1; unsigned char S6C1:1; unsigned char S7C1:1; }; } __LCDDATA3_bits_t; extern volatile __LCDDATA3_bits_t __at(LCDDATA3_ADDR) LCDDATA3_bits; #ifndef NO_BIT_DEFINES #define SEG0COM1 LCDDATA3_bits.SEG0COM1 #define S0C1 LCDDATA3_bits.S0C1 #define SEG1COM1 LCDDATA3_bits.SEG1COM1 #define S1C1 LCDDATA3_bits.S1C1 #define SEG2COM1 LCDDATA3_bits.SEG2COM1 #define S2C1 LCDDATA3_bits.S2C1 #define SEG3COM1 LCDDATA3_bits.SEG3COM1 #define S3C1 LCDDATA3_bits.S3C1 #define SEG4COM1 LCDDATA3_bits.SEG4COM1 #define S4C1 LCDDATA3_bits.S4C1 #define SEG5COM1 LCDDATA3_bits.SEG5COM1 #define S5C1 LCDDATA3_bits.S5C1 #define SEG6COM1 LCDDATA3_bits.SEG6COM1 #define S6C1 LCDDATA3_bits.S6C1 #define SEG7COM1 LCDDATA3_bits.SEG7COM1 #define S7C1 LCDDATA3_bits.S7C1 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA4 bits -------------------- typedef union { struct { unsigned char SEG8COM1:1; unsigned char SEG9COM1:1; unsigned char SEG10COM1:1; unsigned char SEG11COM1:1; unsigned char SEG12COM1:1; unsigned char SEG13COM1:1; unsigned char SEG14COM1:1; unsigned char SEG15COM1:1; }; struct { unsigned char S8C1:1; unsigned char S9C1:1; unsigned char S10C1:1; unsigned char S11C1:1; unsigned char S12C1:1; unsigned char S13C1:1; unsigned char S14C1:1; unsigned char S15C1:1; }; } __LCDDATA4_bits_t; extern volatile __LCDDATA4_bits_t __at(LCDDATA4_ADDR) LCDDATA4_bits; #ifndef NO_BIT_DEFINES #define SEG8COM1 LCDDATA4_bits.SEG8COM1 #define S8C1 LCDDATA4_bits.S8C1 #define SEG9COM1 LCDDATA4_bits.SEG9COM1 #define S9C1 LCDDATA4_bits.S9C1 #define SEG10COM1 LCDDATA4_bits.SEG10COM1 #define S10C1 LCDDATA4_bits.S10C1 #define SEG11COM1 LCDDATA4_bits.SEG11COM1 #define S11C1 LCDDATA4_bits.S11C1 #define SEG12COM1 LCDDATA4_bits.SEG12COM1 #define S12C1 LCDDATA4_bits.S12C1 #define SEG13COM1 LCDDATA4_bits.SEG13COM1 #define S13C1 LCDDATA4_bits.S13C1 #define SEG14COM1 LCDDATA4_bits.SEG14COM1 #define S14C1 LCDDATA4_bits.S14C1 #define SEG15COM1 LCDDATA4_bits.SEG15COM1 #define S15C1 LCDDATA4_bits.S15C1 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA5 bits -------------------- typedef union { struct { unsigned char SEG16COM1:1; unsigned char SEG17COM1:1; unsigned char SEG18COM1:1; unsigned char SEG19COM1:1; unsigned char SEG20COM1:1; unsigned char SEG21COM1:1; unsigned char SEG22COM1:1; unsigned char SEG23COM1:1; }; struct { unsigned char S16C1:1; unsigned char S17C1:1; unsigned char S18C1:1; unsigned char S19C1:1; unsigned char S20C1:1; unsigned char S21C1:1; unsigned char S22C1:1; unsigned char S23C1:1; }; } __LCDDATA5_bits_t; extern volatile __LCDDATA5_bits_t __at(LCDDATA5_ADDR) LCDDATA5_bits; #ifndef NO_BIT_DEFINES #define SEG16COM1 LCDDATA5_bits.SEG16COM1 #define S16C1 LCDDATA5_bits.S16C1 #define SEG17COM1 LCDDATA5_bits.SEG17COM1 #define S17C1 LCDDATA5_bits.S17C1 #define SEG18COM1 LCDDATA5_bits.SEG18COM1 #define S18C1 LCDDATA5_bits.S18C1 #define SEG19COM1 LCDDATA5_bits.SEG19COM1 #define S19C1 LCDDATA5_bits.S19C1 #define SEG20COM1 LCDDATA5_bits.SEG20COM1 #define S20C1 LCDDATA5_bits.S20C1 #define SEG21COM1 LCDDATA5_bits.SEG21COM1 #define S21C1 LCDDATA5_bits.S21C1 #define SEG22COM1 LCDDATA5_bits.SEG22COM1 #define S22C1 LCDDATA5_bits.S22C1 #define SEG23COM1 LCDDATA5_bits.SEG23COM1 #define S23C1 LCDDATA5_bits.S23C1 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA6 bits -------------------- typedef union { struct { unsigned char SEG0COM2:1; unsigned char SEG1COM2:1; unsigned char SEG2COM2:1; unsigned char SEG3COM2:1; unsigned char SEG4COM2:1; unsigned char SEG5COM2:1; unsigned char SEG6COM2:1; unsigned char SEG7COM2:1; }; struct { unsigned char S0C2:1; unsigned char S1C2:1; unsigned char S2C2:1; unsigned char S3C2:1; unsigned char S4C2:1; unsigned char S5C2:1; unsigned char S6C2:1; unsigned char S7C2:1; }; } __LCDDATA6_bits_t; extern volatile __LCDDATA6_bits_t __at(LCDDATA6_ADDR) LCDDATA6_bits; #ifndef NO_BIT_DEFINES #define SEG0COM2 LCDDATA6_bits.SEG0COM2 #define S0C2 LCDDATA6_bits.S0C2 #define SEG1COM2 LCDDATA6_bits.SEG1COM2 #define S1C2 LCDDATA6_bits.S1C2 #define SEG2COM2 LCDDATA6_bits.SEG2COM2 #define S2C2 LCDDATA6_bits.S2C2 #define SEG3COM2 LCDDATA6_bits.SEG3COM2 #define S3C2 LCDDATA6_bits.S3C2 #define SEG4COM2 LCDDATA6_bits.SEG4COM2 #define S4C2 LCDDATA6_bits.S4C2 #define SEG5COM2 LCDDATA6_bits.SEG5COM2 #define S5C2 LCDDATA6_bits.S5C2 #define SEG6COM2 LCDDATA6_bits.SEG6COM2 #define S6C2 LCDDATA6_bits.S6C2 #define SEG7COM2 LCDDATA6_bits.SEG7COM2 #define S7C2 LCDDATA6_bits.S7C2 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA7 bits -------------------- typedef union { struct { unsigned char SEG8COM2:1; unsigned char SEG9COM2:1; unsigned char SEG10COM2:1; unsigned char SEG11COM2:1; unsigned char SEG12COM2:1; unsigned char SEG13COM2:1; unsigned char SEG14COM2:1; unsigned char SEG15COM2:1; }; struct { unsigned char S8C2:1; unsigned char S9C2:1; unsigned char S10C2:1; unsigned char S11C2:1; unsigned char S12C2:1; unsigned char S13C2:1; unsigned char S14C2:1; unsigned char S15C2:1; }; } __LCDDATA7_bits_t; extern volatile __LCDDATA7_bits_t __at(LCDDATA7_ADDR) LCDDATA7_bits; #ifndef NO_BIT_DEFINES #define SEG8COM2 LCDDATA7_bits.SEG8COM2 #define S8C2 LCDDATA7_bits.S8C2 #define SEG9COM2 LCDDATA7_bits.SEG9COM2 #define S9C2 LCDDATA7_bits.S9C2 #define SEG10COM2 LCDDATA7_bits.SEG10COM2 #define S10C2 LCDDATA7_bits.S10C2 #define SEG11COM2 LCDDATA7_bits.SEG11COM2 #define S11C2 LCDDATA7_bits.S11C2 #define SEG12COM2 LCDDATA7_bits.SEG12COM2 #define S12C2 LCDDATA7_bits.S12C2 #define SEG13COM2 LCDDATA7_bits.SEG13COM2 #define S13C2 LCDDATA7_bits.S13C2 #define SEG14COM2 LCDDATA7_bits.SEG14COM2 #define S14C2 LCDDATA7_bits.S14C2 #define SEG15COM2 LCDDATA7_bits.SEG15COM2 #define S15C2 LCDDATA7_bits.S15C2 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA8 bits -------------------- typedef union { struct { unsigned char SEG16COM2:1; unsigned char SEG17COM2:1; unsigned char SEG18COM2:1; unsigned char SEG19COM2:1; unsigned char SEG20COM2:1; unsigned char SEG21COM2:1; unsigned char SEG22COM2:1; unsigned char SEG23COM2:1; }; struct { unsigned char S16C2:1; unsigned char S17C2:1; unsigned char S18C2:1; unsigned char S19C2:1; unsigned char S20C2:1; unsigned char S21C2:1; unsigned char S22C2:1; unsigned char S23C2:1; }; } __LCDDATA8_bits_t; extern volatile __LCDDATA8_bits_t __at(LCDDATA8_ADDR) LCDDATA8_bits; #ifndef NO_BIT_DEFINES #define SEG16COM2 LCDDATA8_bits.SEG16COM2 #define S16C2 LCDDATA8_bits.S16C2 #define SEG17COM2 LCDDATA8_bits.SEG17COM2 #define S17C2 LCDDATA8_bits.S17C2 #define SEG18COM2 LCDDATA8_bits.SEG18COM2 #define S18C2 LCDDATA8_bits.S18C2 #define SEG19COM2 LCDDATA8_bits.SEG19COM2 #define S19C2 LCDDATA8_bits.S19C2 #define SEG20COM2 LCDDATA8_bits.SEG20COM2 #define S20C2 LCDDATA8_bits.S20C2 #define SEG21COM2 LCDDATA8_bits.SEG21COM2 #define S21C2 LCDDATA8_bits.S21C2 #define SEG22COM2 LCDDATA8_bits.SEG22COM2 #define S22C2 LCDDATA8_bits.S22C2 #define SEG23COM2 LCDDATA8_bits.SEG23COM2 #define S23C2 LCDDATA8_bits.S23C2 #endif /* NO_BIT_DEFINES */ // ----- LCDDATA9 bits -------------------- typedef union { struct { unsigned char SEG0COM3:1; unsigned char SEG1COM3:1; unsigned char SEG2COM3:1; unsigned char SEG3COM3:1; unsigned char SEG4COM3:1; unsigned char SEG5COM3:1; unsigned char SEG6COM3:1; unsigned char SEG7COM3:1; }; struct { unsigned char S0C3:1; unsigned char S1C3:1; unsigned char S2C3:1; unsigned char S3C3:1; unsigned char S4C3:1; unsigned char S5C3:1; unsigned char S6C3:1; unsigned char S7C3:1; }; } __LCDDATA9_bits_t; extern volatile __LCDDATA9_bits_t __at(LCDDATA9_ADDR) LCDDATA9_bits; #ifndef NO_BIT_DEFINES #define SEG0COM3 LCDDATA9_bits.SEG0COM3 #define S0C3 LCDDATA9_bits.S0C3 #define SEG1COM3 LCDDATA9_bits.SEG1COM3 #define S1C3 LCDDATA9_bits.S1C3 #define SEG2COM3 LCDDATA9_bits.SEG2COM3 #define S2C3 LCDDATA9_bits.S2C3 #define SEG3COM3 LCDDATA9_bits.SEG3COM3 #define S3C3 LCDDATA9_bits.S3C3 #define SEG4COM3 LCDDATA9_bits.SEG4COM3 #define S4C3 LCDDATA9_bits.S4C3 #define SEG5COM3 LCDDATA9_bits.SEG5COM3 #define S5C3 LCDDATA9_bits.S5C3 #define SEG6COM3 LCDDATA9_bits.SEG6COM3 #define S6C3 LCDDATA9_bits.S6C3 #define SEG7COM3 LCDDATA9_bits.SEG7COM3 #define S7C3 LCDDATA9_bits.S7C3 #endif /* NO_BIT_DEFINES */ // ----- LCDPS bits -------------------- typedef union { struct { unsigned char LP0:1; unsigned char LP1:1; unsigned char LP2:1; unsigned char LP3:1; unsigned char WA:1; unsigned char LCDA:1; unsigned char BIASMD:1; unsigned char WFT:1; }; } __LCDPS_bits_t; extern volatile __LCDPS_bits_t __at(LCDPS_ADDR) LCDPS_bits; #ifndef NO_BIT_DEFINES #define LP0 LCDPS_bits.LP0 #define LP1 LCDPS_bits.LP1 #define LP2 LCDPS_bits.LP2 #define LP3 LCDPS_bits.LP3 #define WA LCDPS_bits.WA #define LCDA LCDPS_bits.LCDA #define BIASMD LCDPS_bits.BIASMD #define WFT LCDPS_bits.WFT #endif /* NO_BIT_DEFINES */ // ----- LCDSE0 bits -------------------- typedef union { struct { unsigned char SE0:1; unsigned char SE1:1; unsigned char SE2:1; unsigned char SE3:1; unsigned char SE4:1; unsigned char SE5:1; unsigned char SE6:1; unsigned char SE7:1; }; struct { unsigned char SEGEN0:1; unsigned char SEGEN1:1; unsigned char SEGEN2:1; unsigned char SEGEN3:1; unsigned char SEGEN4:1; unsigned char SEGEN5:1; unsigned char SEGEN6:1; unsigned char SEGEN7:1; }; } __LCDSE0_bits_t; extern volatile __LCDSE0_bits_t __at(LCDSE0_ADDR) LCDSE0_bits; #ifndef NO_BIT_DEFINES #define SE0 LCDSE0_bits.SE0 #define SEGEN0 LCDSE0_bits.SEGEN0 #define SE1 LCDSE0_bits.SE1 #define SEGEN1 LCDSE0_bits.SEGEN1 #define SE2 LCDSE0_bits.SE2 #define SEGEN2 LCDSE0_bits.SEGEN2 #define SE3 LCDSE0_bits.SE3 #define SEGEN3 LCDSE0_bits.SEGEN3 #define SE4 LCDSE0_bits.SE4 #define SEGEN4 LCDSE0_bits.SEGEN4 #define SE5 LCDSE0_bits.SE5 #define SEGEN5 LCDSE0_bits.SEGEN5 #define SE6 LCDSE0_bits.SE6 #define SEGEN6 LCDSE0_bits.SEGEN6 #define SE7 LCDSE0_bits.SE7 #define SEGEN7 LCDSE0_bits.SEGEN7 #endif /* NO_BIT_DEFINES */ // ----- LCDSE1 bits -------------------- typedef union { struct { unsigned char SE8:1; unsigned char SE9:1; unsigned char SE10:1; unsigned char SE11:1; unsigned char SE12:1; unsigned char SE13:1; unsigned char SE14:1; unsigned char SE15:1; }; struct { unsigned char SEGEN8:1; unsigned char SEGEN9:1; unsigned char SEGEN10:1; unsigned char SEGEN11:1; unsigned char SEGEN12:1; unsigned char SEGEN13:1; unsigned char SEGEN14:1; unsigned char SEGEN15:1; }; } __LCDSE1_bits_t; extern volatile __LCDSE1_bits_t __at(LCDSE1_ADDR) LCDSE1_bits; #ifndef NO_BIT_DEFINES #define SE8 LCDSE1_bits.SE8 #define SEGEN8 LCDSE1_bits.SEGEN8 #define SE9 LCDSE1_bits.SE9 #define SEGEN9 LCDSE1_bits.SEGEN9 #define SE10 LCDSE1_bits.SE10 #define SEGEN10 LCDSE1_bits.SEGEN10 #define SE11 LCDSE1_bits.SE11 #define SEGEN11 LCDSE1_bits.SEGEN11 #define SE12 LCDSE1_bits.SE12 #define SEGEN12 LCDSE1_bits.SEGEN12 #define SE13 LCDSE1_bits.SE13 #define SEGEN13 LCDSE1_bits.SEGEN13 #define SE14 LCDSE1_bits.SE14 #define SEGEN14 LCDSE1_bits.SEGEN14 #define SE15 LCDSE1_bits.SE15 #define SEGEN15 LCDSE1_bits.SEGEN15 #endif /* NO_BIT_DEFINES */ // ----- LCDSE2 bits -------------------- typedef union { struct { unsigned char SE16:1; unsigned char SE17:1; unsigned char SE18:1; unsigned char SE19:1; unsigned char SE20:1; unsigned char SE21:1; unsigned char SE22:1; unsigned char SE23:1; }; struct { unsigned char SEGEN16:1; unsigned char SEGEN17:1; unsigned char SEGEN18:1; unsigned char SEGEN19:1; unsigned char SEGEN20:1; unsigned char SEGEN21:1; unsigned char SEGEN22:1; unsigned char SEGEN23:1; }; } __LCDSE2_bits_t; extern volatile __LCDSE2_bits_t __at(LCDSE2_ADDR) LCDSE2_bits; #ifndef NO_BIT_DEFINES #define SE16 LCDSE2_bits.SE16 #define SEGEN16 LCDSE2_bits.SEGEN16 #define SE17 LCDSE2_bits.SE17 #define SEGEN17 LCDSE2_bits.SEGEN17 #define SE18 LCDSE2_bits.SE18 #define SEGEN18 LCDSE2_bits.SEGEN18 #define SE19 LCDSE2_bits.SE19 #define SEGEN19 LCDSE2_bits.SEGEN19 #define SE20 LCDSE2_bits.SE20 #define SEGEN20 LCDSE2_bits.SEGEN20 #define SE21 LCDSE2_bits.SE21 #define SEGEN21 LCDSE2_bits.SEGEN21 #define SE22 LCDSE2_bits.SE22 #define SEGEN22 LCDSE2_bits.SEGEN22 #define SE23 LCDSE2_bits.SE23 #define SEGEN23 LCDSE2_bits.SEGEN23 #endif /* NO_BIT_DEFINES */ // ----- LVDCON bits -------------------- typedef union { struct { unsigned char LVDL0:1; unsigned char LVDL1:1; unsigned char LVDL2:1; unsigned char :1; unsigned char LVDEN:1; unsigned char IRVST:1; unsigned char :1; unsigned char :1; }; } __LVDCON_bits_t; extern volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; #ifndef NO_BIT_DEFINES #define LVDL0 LVDCON_bits.LVDL0 #define LVDL1 LVDCON_bits.LVDL1 #define LVDL2 LVDCON_bits.LVDL2 #define LVDEN LVDCON_bits.LVDEN #define IRVST LVDCON_bits.IRVST #endif /* NO_BIT_DEFINES */ // ----- OPTION_REG bits -------------------- typedef union { struct { unsigned char PS0:1; unsigned char PS1:1; unsigned char PS2:1; unsigned char PSA:1; unsigned char T0SE:1; unsigned char T0CS:1; unsigned char INTEDG:1; unsigned char NOT_RBPU:1; }; } __OPTION_REG_bits_t; extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; #ifndef NO_BIT_DEFINES #define PS0 OPTION_REG_bits.PS0 #define PS1 OPTION_REG_bits.PS1 #define PS2 OPTION_REG_bits.PS2 #define PSA OPTION_REG_bits.PSA #define T0SE OPTION_REG_bits.T0SE #define T0CS OPTION_REG_bits.T0CS #define INTEDG OPTION_REG_bits.INTEDG #define NOT_RBPU OPTION_REG_bits.NOT_RBPU #endif /* NO_BIT_DEFINES */ // ----- OSCCON bits -------------------- typedef union { struct { unsigned char SCS:1; unsigned char LTS:1; unsigned char HTS:1; unsigned char OSTS:1; unsigned char IRCF0:1; unsigned char IRCF1:1; unsigned char IRCF2:1; unsigned char :1; }; } __OSCCON_bits_t; extern volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; #ifndef NO_BIT_DEFINES #define SCS OSCCON_bits.SCS #define LTS OSCCON_bits.LTS #define HTS OSCCON_bits.HTS #define OSTS OSCCON_bits.OSTS #define IRCF0 OSCCON_bits.IRCF0 #define IRCF1 OSCCON_bits.IRCF1 #define IRCF2 OSCCON_bits.IRCF2 #endif /* NO_BIT_DEFINES */ // ----- OSCTUNE bits -------------------- typedef union { struct { unsigned char TUN0:1; unsigned char TUN1:1; unsigned char TUN2:1; unsigned char TUN3:1; unsigned char TUN4:1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __OSCTUNE_bits_t; extern volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; #ifndef NO_BIT_DEFINES #define TUN0 OSCTUNE_bits.TUN0 #define TUN1 OSCTUNE_bits.TUN1 #define TUN2 OSCTUNE_bits.TUN2 #define TUN3 OSCTUNE_bits.TUN3 #define TUN4 OSCTUNE_bits.TUN4 #endif /* NO_BIT_DEFINES */ // ----- PCON bits -------------------- typedef union { struct { unsigned char NOT_BO:1; unsigned char NOT_POR:1; unsigned char :1; unsigned char :1; unsigned char SBOREN:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char NOT_BOR:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PCON_bits_t; extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; #ifndef NO_BIT_DEFINES #define NOT_BO PCON_bits.NOT_BO #define NOT_BOR PCON_bits.NOT_BOR #define NOT_POR PCON_bits.NOT_POR #define SBOREN PCON_bits.SBOREN #endif /* NO_BIT_DEFINES */ // ----- PIE1 bits -------------------- typedef union { struct { unsigned char TMR1IE:1; unsigned char TMR2IE:1; unsigned char CCP1IE:1; unsigned char SSPIE:1; unsigned char TXIE:1; unsigned char RCIE:1; unsigned char ADIE:1; unsigned char EEIE:1; }; } __PIE1_bits_t; extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; #ifndef NO_BIT_DEFINES #define TMR1IE PIE1_bits.TMR1IE #define TMR2IE PIE1_bits.TMR2IE #define CCP1IE PIE1_bits.CCP1IE #define SSPIE PIE1_bits.SSPIE #define TXIE PIE1_bits.TXIE #define RCIE PIE1_bits.RCIE #define ADIE PIE1_bits.ADIE #define EEIE PIE1_bits.EEIE #endif /* NO_BIT_DEFINES */ // ----- PIE2 bits -------------------- typedef union { struct { unsigned char CCP2IE:1; unsigned char :1; unsigned char LVDIE:1; unsigned char :1; unsigned char LCDIE:1; unsigned char C1IE:1; unsigned char C2IE:1; unsigned char OSFIE:1; }; } __PIE2_bits_t; extern volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; #ifndef NO_BIT_DEFINES #define CCP2IE PIE2_bits.CCP2IE #define LVDIE PIE2_bits.LVDIE #define LCDIE PIE2_bits.LCDIE #define C1IE PIE2_bits.C1IE #define C2IE PIE2_bits.C2IE #define OSFIE PIE2_bits.OSFIE #endif /* NO_BIT_DEFINES */ // ----- PIR1 bits -------------------- typedef union { struct { unsigned char TMR1IF:1; unsigned char TMR2IF:1; unsigned char CCP1IF:1; unsigned char SSPIF:1; unsigned char TXIF:1; unsigned char RCIF:1; unsigned char ADIF:1; unsigned char EEIF:1; }; } __PIR1_bits_t; extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; #ifndef NO_BIT_DEFINES #define TMR1IF PIR1_bits.TMR1IF #define TMR2IF PIR1_bits.TMR2IF #define CCP1IF PIR1_bits.CCP1IF #define SSPIF PIR1_bits.SSPIF #define TXIF PIR1_bits.TXIF #define RCIF PIR1_bits.RCIF #define ADIF PIR1_bits.ADIF #define EEIF PIR1_bits.EEIF #endif /* NO_BIT_DEFINES */ // ----- PIR2 bits -------------------- typedef union { struct { unsigned char CCP2IF:1; unsigned char :1; unsigned char LVDIF:1; unsigned char :1; unsigned char LCDIF:1; unsigned char C1IF:1; unsigned char C2IF:1; unsigned char OSFIF:1; }; } __PIR2_bits_t; extern volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; #ifndef NO_BIT_DEFINES #define CCP2IF PIR2_bits.CCP2IF #define LVDIF PIR2_bits.LVDIF #define LCDIF PIR2_bits.LCDIF #define C1IF PIR2_bits.C1IF #define C2IF PIR2_bits.C2IF #define OSFIF PIR2_bits.OSFIF #endif /* NO_BIT_DEFINES */ // ----- PORTA bits -------------------- typedef union { struct { unsigned char RA0:1; unsigned char RA1:1; unsigned char RA2:1; unsigned char RA3:1; unsigned char RA4:1; unsigned char RA5:1; unsigned char :1; unsigned char :1; }; } __PORTA_bits_t; extern volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; #ifndef NO_BIT_DEFINES #define RA0 PORTA_bits.RA0 #define RA1 PORTA_bits.RA1 #define RA2 PORTA_bits.RA2 #define RA3 PORTA_bits.RA3 #define RA4 PORTA_bits.RA4 #define RA5 PORTA_bits.RA5 #endif /* NO_BIT_DEFINES */ // ----- PORTB bits -------------------- typedef union { struct { unsigned char RB0:1; unsigned char RB1:1; unsigned char RB2:1; unsigned char RB3:1; unsigned char RB4:1; unsigned char RB5:1; unsigned char RB6:1; unsigned char RB7:1; }; } __PORTB_bits_t; extern volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; #ifndef NO_BIT_DEFINES #define RB0 PORTB_bits.RB0 #define RB1 PORTB_bits.RB1 #define RB2 PORTB_bits.RB2 #define RB3 PORTB_bits.RB3 #define RB4 PORTB_bits.RB4 #define RB5 PORTB_bits.RB5 #define RB6 PORTB_bits.RB6 #define RB7 PORTB_bits.RB7 #endif /* NO_BIT_DEFINES */ // ----- PORTC bits -------------------- typedef union { struct { unsigned char RC0:1; unsigned char RC1:1; unsigned char RC2:1; unsigned char RC3:1; unsigned char RC4:1; unsigned char RC5:1; unsigned char RC6:1; unsigned char RC7:1; }; } __PORTC_bits_t; extern volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; #ifndef NO_BIT_DEFINES #define RC0 PORTC_bits.RC0 #define RC1 PORTC_bits.RC1 #define RC2 PORTC_bits.RC2 #define RC3 PORTC_bits.RC3 #define RC4 PORTC_bits.RC4 #define RC5 PORTC_bits.RC5 #define RC6 PORTC_bits.RC6 #define RC7 PORTC_bits.RC7 #endif /* NO_BIT_DEFINES */ // ----- PORTD bits -------------------- typedef union { struct { unsigned char RD0:1; unsigned char RD1:1; unsigned char RD2:1; unsigned char RD3:1; unsigned char RD4:1; unsigned char RD5:1; unsigned char RD6:1; unsigned char RD7:1; }; } __PORTD_bits_t; extern volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; #ifndef NO_BIT_DEFINES #define RD0 PORTD_bits.RD0 #define RD1 PORTD_bits.RD1 #define RD2 PORTD_bits.RD2 #define RD3 PORTD_bits.RD3 #define RD4 PORTD_bits.RD4 #define RD5 PORTD_bits.RD5 #define RD6 PORTD_bits.RD6 #define RD7 PORTD_bits.RD7 #endif /* NO_BIT_DEFINES */ // ----- PORTE bits -------------------- typedef union { struct { unsigned char RE0:1; unsigned char RE1:1; unsigned char RE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __PORTE_bits_t; extern volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; #ifndef NO_BIT_DEFINES #define RE0 PORTE_bits.RE0 #define RE1 PORTE_bits.RE1 #define RE2 PORTE_bits.RE2 #endif /* NO_BIT_DEFINES */ // ----- RCSTA bits -------------------- typedef union { struct { unsigned char RX9D:1; unsigned char OERR:1; unsigned char FERR:1; unsigned char ADDEN:1; unsigned char CREN:1; unsigned char SREN:1; unsigned char RX9:1; unsigned char SPEN:1; }; struct { unsigned char RCD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC9:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_RC8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char RC8_9:1; unsigned char :1; }; } __RCSTA_bits_t; extern volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; #ifndef NO_BIT_DEFINES #define RX9D RCSTA_bits.RX9D #define RCD8 RCSTA_bits.RCD8 #define OERR RCSTA_bits.OERR #define FERR RCSTA_bits.FERR #define ADDEN RCSTA_bits.ADDEN #define CREN RCSTA_bits.CREN #define SREN RCSTA_bits.SREN #define RX9 RCSTA_bits.RX9 #define RC9 RCSTA_bits.RC9 #define NOT_RC8 RCSTA_bits.NOT_RC8 #define RC8_9 RCSTA_bits.RC8_9 #define SPEN RCSTA_bits.SPEN #endif /* NO_BIT_DEFINES */ // ----- SSPCON bits -------------------- typedef union { struct { unsigned char SSPM0:1; unsigned char SSPM1:1; unsigned char SSPM2:1; unsigned char SSPM3:1; unsigned char CKP:1; unsigned char SSPEN:1; unsigned char SSPOV:1; unsigned char WCOL:1; }; } __SSPCON_bits_t; extern volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; #ifndef NO_BIT_DEFINES #define SSPM0 SSPCON_bits.SSPM0 #define SSPM1 SSPCON_bits.SSPM1 #define SSPM2 SSPCON_bits.SSPM2 #define SSPM3 SSPCON_bits.SSPM3 #define CKP SSPCON_bits.CKP #define SSPEN SSPCON_bits.SSPEN #define SSPOV SSPCON_bits.SSPOV #define WCOL SSPCON_bits.WCOL #endif /* NO_BIT_DEFINES */ // ----- SSPSTAT bits -------------------- typedef union { struct { unsigned char BF:1; unsigned char UA:1; unsigned char R:1; unsigned char S:1; unsigned char P:1; unsigned char D:1; unsigned char CKE:1; unsigned char SMP:1; }; struct { unsigned char :1; unsigned char :1; unsigned char I2C_READ:1; unsigned char I2C_START:1; unsigned char I2C_STOP:1; unsigned char I2C_DATA:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_W:1; unsigned char :1; unsigned char :1; unsigned char NOT_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char NOT_WRITE:1; unsigned char :1; unsigned char :1; unsigned char NOT_ADDRESS:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char R_W:1; unsigned char :1; unsigned char :1; unsigned char D_A:1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char READ_WRITE:1; unsigned char :1; unsigned char :1; unsigned char DATA_ADDRESS:1; unsigned char :1; unsigned char :1; }; } __SSPSTAT_bits_t; extern volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; #ifndef NO_BIT_DEFINES #define BF SSPSTAT_bits.BF #define UA SSPSTAT_bits.UA #define R SSPSTAT_bits.R #define I2C_READ SSPSTAT_bits.I2C_READ #define NOT_W SSPSTAT_bits.NOT_W #define NOT_WRITE SSPSTAT_bits.NOT_WRITE #define R_W SSPSTAT_bits.R_W #define READ_WRITE SSPSTAT_bits.READ_WRITE #define S SSPSTAT_bits.S #define I2C_START SSPSTAT_bits.I2C_START #define P SSPSTAT_bits.P #define I2C_STOP SSPSTAT_bits.I2C_STOP #define D SSPSTAT_bits.D #define I2C_DATA SSPSTAT_bits.I2C_DATA #define NOT_A SSPSTAT_bits.NOT_A #define NOT_ADDRESS SSPSTAT_bits.NOT_ADDRESS #define D_A SSPSTAT_bits.D_A #define DATA_ADDRESS SSPSTAT_bits.DATA_ADDRESS #define CKE SSPSTAT_bits.CKE #define SMP SSPSTAT_bits.SMP #endif /* NO_BIT_DEFINES */ // ----- STATUS bits -------------------- typedef union { struct { unsigned char C:1; unsigned char DC:1; unsigned char Z:1; unsigned char NOT_PD:1; unsigned char NOT_TO:1; unsigned char RP0:1; unsigned char RP1:1; unsigned char IRP:1; }; } __STATUS_bits_t; extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; #ifndef NO_BIT_DEFINES #define C STATUS_bits.C #define DC STATUS_bits.DC #define Z STATUS_bits.Z #define NOT_PD STATUS_bits.NOT_PD #define NOT_TO STATUS_bits.NOT_TO #define RP0 STATUS_bits.RP0 #define RP1 STATUS_bits.RP1 #define IRP STATUS_bits.IRP #endif /* NO_BIT_DEFINES */ // ----- T1CON bits -------------------- typedef union { struct { unsigned char TMR1ON:1; unsigned char TMR1CS:1; unsigned char NOT_T1SYNC:1; unsigned char T1OSCEN:1; unsigned char T1CKPS0:1; unsigned char T1CKPS1:1; unsigned char T1GE:1; unsigned char T1GINV:1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1INSYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char T1SYNC:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __T1CON_bits_t; extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; #ifndef NO_BIT_DEFINES #define TMR1ON T1CON_bits.TMR1ON #define TMR1CS T1CON_bits.TMR1CS #define NOT_T1SYNC T1CON_bits.NOT_T1SYNC #define T1INSYNC T1CON_bits.T1INSYNC #define T1SYNC T1CON_bits.T1SYNC #define T1OSCEN T1CON_bits.T1OSCEN #define T1CKPS0 T1CON_bits.T1CKPS0 #define T1CKPS1 T1CON_bits.T1CKPS1 #define T1GE T1CON_bits.T1GE #define T1GINV T1CON_bits.T1GINV #endif /* NO_BIT_DEFINES */ // ----- T2CON bits -------------------- typedef union { struct { unsigned char T2CKPS0:1; unsigned char T2CKPS1:1; unsigned char TMR2ON:1; unsigned char TOUTPS0:1; unsigned char TOUTPS1:1; unsigned char TOUTPS2:1; unsigned char TOUTPS3:1; unsigned char :1; }; } __T2CON_bits_t; extern volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; #ifndef NO_BIT_DEFINES #define T2CKPS0 T2CON_bits.T2CKPS0 #define T2CKPS1 T2CON_bits.T2CKPS1 #define TMR2ON T2CON_bits.TMR2ON #define TOUTPS0 T2CON_bits.TOUTPS0 #define TOUTPS1 T2CON_bits.TOUTPS1 #define TOUTPS2 T2CON_bits.TOUTPS2 #define TOUTPS3 T2CON_bits.TOUTPS3 #endif /* NO_BIT_DEFINES */ // ----- TRISA bits -------------------- typedef union { struct { unsigned char TRISA0:1; unsigned char TRISA1:1; unsigned char TRISA2:1; unsigned char TRISA3:1; unsigned char TRISA4:1; unsigned char TRISA5:1; unsigned char :1; unsigned char :1; }; } __TRISA_bits_t; extern volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; #ifndef NO_BIT_DEFINES #define TRISA0 TRISA_bits.TRISA0 #define TRISA1 TRISA_bits.TRISA1 #define TRISA2 TRISA_bits.TRISA2 #define TRISA3 TRISA_bits.TRISA3 #define TRISA4 TRISA_bits.TRISA4 #define TRISA5 TRISA_bits.TRISA5 #endif /* NO_BIT_DEFINES */ // ----- TRISB bits -------------------- typedef union { struct { unsigned char TRISB0:1; unsigned char TRISB1:1; unsigned char TRISB2:1; unsigned char TRISB3:1; unsigned char TRISB4:1; unsigned char TRISB5:1; unsigned char TRISB6:1; unsigned char TRISB7:1; }; } __TRISB_bits_t; extern volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; #ifndef NO_BIT_DEFINES #define TRISB0 TRISB_bits.TRISB0 #define TRISB1 TRISB_bits.TRISB1 #define TRISB2 TRISB_bits.TRISB2 #define TRISB3 TRISB_bits.TRISB3 #define TRISB4 TRISB_bits.TRISB4 #define TRISB5 TRISB_bits.TRISB5 #define TRISB6 TRISB_bits.TRISB6 #define TRISB7 TRISB_bits.TRISB7 #endif /* NO_BIT_DEFINES */ // ----- TRISC bits -------------------- typedef union { struct { unsigned char TRISC0:1; unsigned char TRISC1:1; unsigned char TRISC2:1; unsigned char TRISC3:1; unsigned char TRISC4:1; unsigned char TRISC5:1; unsigned char TRISC6:1; unsigned char TRISC7:1; }; } __TRISC_bits_t; extern volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; #ifndef NO_BIT_DEFINES #define TRISC0 TRISC_bits.TRISC0 #define TRISC1 TRISC_bits.TRISC1 #define TRISC2 TRISC_bits.TRISC2 #define TRISC3 TRISC_bits.TRISC3 #define TRISC4 TRISC_bits.TRISC4 #define TRISC5 TRISC_bits.TRISC5 #define TRISC6 TRISC_bits.TRISC6 #define TRISC7 TRISC_bits.TRISC7 #endif /* NO_BIT_DEFINES */ // ----- TRISD bits -------------------- typedef union { struct { unsigned char TRISD0:1; unsigned char TRISD1:1; unsigned char TRISD2:1; unsigned char TRISD3:1; unsigned char TRISD4:1; unsigned char TRISD5:1; unsigned char TRISD6:1; unsigned char TRISD7:1; }; } __TRISD_bits_t; extern volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; #ifndef NO_BIT_DEFINES #define TRISD0 TRISD_bits.TRISD0 #define TRISD1 TRISD_bits.TRISD1 #define TRISD2 TRISD_bits.TRISD2 #define TRISD3 TRISD_bits.TRISD3 #define TRISD4 TRISD_bits.TRISD4 #define TRISD5 TRISD_bits.TRISD5 #define TRISD6 TRISD_bits.TRISD6 #define TRISD7 TRISD_bits.TRISD7 #endif /* NO_BIT_DEFINES */ // ----- TRISE bits -------------------- typedef union { struct { unsigned char TRISE0:1; unsigned char TRISE1:1; unsigned char TRISE2:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __TRISE_bits_t; extern volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; #ifndef NO_BIT_DEFINES #define TRISE0 TRISE_bits.TRISE0 #define TRISE1 TRISE_bits.TRISE1 #define TRISE2 TRISE_bits.TRISE2 #endif /* NO_BIT_DEFINES */ // ----- TXSTA bits -------------------- typedef union { struct { unsigned char TX9D:1; unsigned char TRMT:1; unsigned char BRGH:1; unsigned char :1; unsigned char SYNC:1; unsigned char TXEN:1; unsigned char TX9:1; unsigned char CSRC:1; }; struct { unsigned char TXD8:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char NOT_TX8:1; unsigned char :1; }; struct { unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char TX8_9:1; unsigned char :1; }; } __TXSTA_bits_t; extern volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; #ifndef NO_BIT_DEFINES #define TX9D TXSTA_bits.TX9D #define TXD8 TXSTA_bits.TXD8 #define TRMT TXSTA_bits.TRMT #define BRGH TXSTA_bits.BRGH #define SYNC TXSTA_bits.SYNC #define TXEN TXSTA_bits.TXEN #define TX9 TXSTA_bits.TX9 #define NOT_TX8 TXSTA_bits.NOT_TX8 #define TX8_9 TXSTA_bits.TX8_9 #define CSRC TXSTA_bits.CSRC #endif /* NO_BIT_DEFINES */ // ----- VRCON bits -------------------- typedef union { struct { unsigned char VR0:1; unsigned char VR1:1; unsigned char VR2:1; unsigned char VR3:1; unsigned char :1; unsigned char VRR:1; unsigned char :1; unsigned char VREN:1; }; } __VRCON_bits_t; extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; #ifndef NO_BIT_DEFINES #define VR0 VRCON_bits.VR0 #define VR1 VRCON_bits.VR1 #define VR2 VRCON_bits.VR2 #define VR3 VRCON_bits.VR3 #define VRR VRCON_bits.VRR #define VREN VRCON_bits.VREN #endif /* NO_BIT_DEFINES */ // ----- WDTCON bits -------------------- typedef union { struct { unsigned char SWDTEN:1; unsigned char WDTPS0:1; unsigned char WDTPS1:1; unsigned char WDTPS2:1; unsigned char WDTPS3:1; unsigned char :1; unsigned char :1; unsigned char :1; }; struct { unsigned char SWDTE:1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; unsigned char :1; }; } __WDTCON_bits_t; extern volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; #ifndef NO_BIT_DEFINES #define SWDTEN WDTCON_bits.SWDTEN #define SWDTE WDTCON_bits.SWDTE #define WDTPS0 WDTCON_bits.WDTPS0 #define WDTPS1 WDTCON_bits.WDTPS1 #define WDTPS2 WDTCON_bits.WDTPS2 #define WDTPS3 WDTCON_bits.WDTPS3 #endif /* NO_BIT_DEFINES */ // ----- WPU bits -------------------- typedef union { struct { unsigned char WPU0:1; unsigned char WPU1:1; unsigned char WPU2:1; unsigned char WPU3:1; unsigned char WPU4:1; unsigned char WPU5:1; unsigned char WPU6:1; unsigned char WPU7:1; }; } __WPU_bits_t; extern volatile __WPU_bits_t __at(WPU_ADDR) WPU_bits; #ifndef NO_BIT_DEFINES #define WPU0 WPU_bits.WPU0 #define WPU1 WPU_bits.WPU1 #define WPU2 WPU_bits.WPU2 #define WPU3 WPU_bits.WPU3 #define WPU4 WPU_bits.WPU4 #define WPU5 WPU_bits.WPU5 #define WPU6 WPU_bits.WPU6 #define WPU7 WPU_bits.WPU7 #endif /* NO_BIT_DEFINES */ // ----- WPUB bits -------------------- typedef union { struct { unsigned char WPUB0:1; unsigned char WPUB1:1; unsigned char WPUB2:1; unsigned char WPUB3:1; unsigned char WPUB4:1; unsigned char WPUB5:1; unsigned char WPUB6:1; unsigned char WPUB7:1; }; } __WPUB_bits_t; extern volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; #ifndef NO_BIT_DEFINES #define WPUB0 WPUB_bits.WPUB0 #define WPUB1 WPUB_bits.WPUB1 #define WPUB2 WPUB_bits.WPUB2 #define WPUB3 WPUB_bits.WPUB3 #define WPUB4 WPUB_bits.WPUB4 #define WPUB5 WPUB_bits.WPUB5 #define WPUB6 WPUB_bits.WPUB6 #define WPUB7 WPUB_bits.WPUB7 #endif /* NO_BIT_DEFINES */ #endif sdcc-2.9.0/device/include/pic/recreate.sh000077500000000000000000000007561116427777700202570ustar00rootroot00000000000000#!/bin/sh # This script can be used to recreate the device library files from # gputils' .inc files. # Usage: # mkdir temp && cd temp && ../recreate.sh # # You will need to adjust the paths to SDCC and gputils before running! GPUTILS=$HOME/svn/gputils SDCC=$HOME/svn/plain for i in ../pic*.h; do if [ ! "$i" = "../pic14regs.h" ]; then DEV=`echo "$i" | sed -e "s:../pic::;s/\.h//"`; echo "Creating ${DEV}..."; "${SDCC}/support/scripts/inc2h.pl" "${DEV}" "${GPUTILS}"; fi done sdcc-2.9.0/device/include/pic/sdcc-lib.h000066400000000000000000000010461116427777700177500ustar00rootroot00000000000000 /* * sdcc-lib.h - SDCC Library Main Header * * This file is part of the GNU PIC Library. * * June, 2600: adopted for pic14 * Raphael Neider * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: sdcc-lib.h 4776 2007-04-29 13:15:51Z borutr $ * */ /** Top level header file for the sdcc libraries that enables target specific features. */ #ifndef __PIC14_SDCC_LIB_H #define __PIC14_SDCC_LIB_H 1 #include <../asm/pic/features.h> #endif /* __PIC14_SDCC_LIB_H */ sdcc-2.9.0/device/include/pic16/000077500000000000000000000000001116427777700162655ustar00rootroot00000000000000sdcc-2.9.0/device/include/pic16/adc.h000066400000000000000000000257561116427777700172040ustar00rootroot00000000000000 /* * A/D conversion module library header * * written by Vangelis Rokas, 2004 * * Devices implemented: * PIC18F[24][45][28] * PIC18F2455-style * * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * $Id: adc.h 5391 2009-02-27 13:03:40Z tecodev $ */ #ifndef __ADC_H__ #define __ADC_H__ /* link I/O libarary */ #pragma library io /* interrupt on/off flag */ #define ADC_INT_OFF 0x00 #define ADC_INT_ON 0x01 /* output format */ #define ADC_FRM_RJUST 0x80 #define ADC_FRM_LJUST 0x00 /* reference voltage configuration (not for 18f242-style ADC) */ #define ADC_VCFG_VDD_VSS 0x00 #define ADC_VCFG_AN3_VSS 0x10 #define ADC_VCFG_VDD_AN2 0x20 #define ADC_VCFG_AN3_AN2 0x30 /* oscillator frequency */ #define ADC_FOSC_2 0x00 #define ADC_FOSC_4 0x04 #define ADC_FOSC_8 0x01 #define ADC_FOSC_16 0x05 #define ADC_FOSC_32 0x02 #define ADC_FOSC_64 0x06 #define ADC_FOSC_RC 0x07 /* * acquisition time (65j50-style only) * -- to be ORed with ADC_FOSC */ #define ADC_ACQT_0 (0x00 << 3) #define ADC_ACQT_2 (0x01 << 3) #define ADC_ACQT_4 (0x02 << 3) #define ADC_ACQT_6 (0x03 << 3) #define ADC_ACQT_8 (0x04 << 3) #define ADC_ACQT_12 (0x05 << 3) #define ADC_ACQT_16 (0x06 << 3) #define ADC_ACQT_20 (0x07 << 3) /* * calibration enable (65j50-style only) * -- to be ORed with ADC_FOSC */ #define ADC_CAL 0x40 /* * Distinguishing between ADC-styles: * * ADCON0: * bit 18f242 18f1220 18f2220 18f65j50 * 0 ADON ADON ADON ADON * 1 - GO GO GO * 2 GO CHS0 CHS0 CHS0 * 3 CHS0 CHS1 CHS1 CHS1 * 4 CHS1 CHS2 CHS2 CHS2 * 5 CHS2 - CHS3 CHS3 * 6 ADCS0 VCFG0 - VCFG0 * 7 ADCS1 VCFG1 (ADCAL) VCFG1 * * ADCON1: * bit 18f242 18f1220 18f2220 18f65j50 * 0 PCFG0 PCFG0 PCFG0 ADCS0 * 1 PCFG1 PCFG1 PCFG1 ADCS1 * 2 PCFG2 PCFG2 PCFG2 ADCS2 * 3 PCFG3 PCFG3 PCFG3 ACQT0 * 4 - PCFG4 VCFG0 ACQT1 * 5 - PCFG5 VCFG1 ACQT2 * 6 ADCS2 PCFG6 - ADCAL * 7 ADFM - - ADFM */ /* 18f242-style */ #if defined(pic18f242) || defined(pic18f252) || defined(pic18f442) || defined(pic18f452) \ || defined(pic18f248) || defined(pic18f258) || defined(pic18f448) || defined(pic18f458) #define __SDCC_ADC_STYLE242 1 /* 18f1220-style */ #elif defined(pic18f1220) || defined(pic18f1320) #define __SDCC_ADC_STYLE1220 1 /* 18f2220-style, ordered by device family */ #elif defined(pic18f2220) || defined(pic18f2320) || defined(pic18f4220) || defined(pic18f4320) \ || defined(pic18f2221) || defined(pic18f2321) || defined(pic18f4221) || defined(pic18f4321) \ || defined(pic18f23k20) || defined(pic18f24k20) || defined(pic18f25k20) || defined(pic18f26k20) \ || defined(pic18f2410) || defined(pic18f2510) || defined(pic18f4410) || defined(pic18f4510) \ || defined(pic18f2420) || defined(pic18f2520) || defined(pic18f4420) || defined(pic18f4520) \ || defined(pic18f2423) || defined(pic18f2523) || defined(pic18f4423) || defined(pic18f4523) \ || defined(pic18f2450) || defined(pic18f4450) \ || defined(pic18f2455) || defined(pic18f2550) || defined(pic18f4455) || defined(pic18f4550) \ || defined(pic18f2480) || defined(pic18f2580) || defined(pic18f4480) || defined(pic18f4580) \ || defined(pic18f24j10) || defined(pic18f25j10) || defined(pic18f44j10) || defined(pic18f45j10) \ || defined(pic18f2515) || defined(pic18f2610) || defined(pic18f4515) || defined(pic18f4610) \ || defined(pic18f2525) || defined(pic18f2620) || defined(pic18f4525) || defined(pic18f4620) \ || defined(pic18f2585) || defined(pic18f2680) || defined(pic18f4585) || defined(pic18f4680) \ || defined(pic18f2682) || defined(pic18f2685) || defined(pic18f4682) || defined(pic18f4685) \ || defined(pic18f43k20) || defined(pic18f44k20) || defined(pic18f45k20) || defined(pic18f46k20) \ || defined(pic18f6520) || defined(pic18f6620) || defined(pic18f6720) \ || defined(pic18f6585) || defined(pic18f6680) || defined(pic18f8585) || defined(pic18f8680) \ || defined(pic18f66j60) || defined(pic18f66j65) || defined(pic18f67j60) \ || defined(pic18f8520) || defined(pic18f8620) || defined(pic18f8720) \ || defined(pic18f86j60) || defined(pic18f86j65) || defined(pic18f87j60) \ || defined(pic18f96j60) || defined(pic18f96j65) || defined(pic18f97j60) \ #define __SDCC_ADC_STYLE2220 1 #elif defined(pic18f65j50) || defined(pic18f66j50) || defined(pic18f66j55) || defined(pic18f67j50) \ || defined(pic18f85j50) || defined(pic18f86j50) || defined(pic18f86j55) || defined(pic18f87j50) \ #define __SDCC_ADC_STYLE65J50 #else /* unknown device */ #error Device ADC style is unknown, please update your adc.h manually and/or inform the maintainer! #endif /* channel selection (CHS field in ADCON0) */ #define ADC_CHN_0 0x00 #define ADC_CHN_1 0x01 #define ADC_CHN_2 0x02 #define ADC_CHN_3 0x03 #define ADC_CHN_4 0x04 #define ADC_CHN_5 0x05 #define ADC_CHN_6 0x06 #define ADC_CHN_7 0x07 #define ADC_CHN_8 0x08 #define ADC_CHN_9 0x09 #define ADC_CHN_10 0x0a #define ADC_CHN_11 0x0b #define ADC_CHN_12 0x0c #define ADC_CHN_13 0x0d #define ADC_CHN_14 0x0e #define ADC_CHN_15 0x0f /* Port configuration (PCFG (and VCFG) field(s) in ADCON1) */ #if defined(__SDCC_ADC_STYLE242) #define ADC_CFG_8A_0R 0x00 #define ADC_CFG_7A_1R 0x01 #define ADC_CFG_5A_0R 0x02 #define ADC_CFG_4A_1R 0x03 #define ADC_CFG_3A_0R 0x04 #define ADC_CFG_2A_1R 0x05 #define ADC_CFG_0A_0R 0x06 #define ADC_CFG_6A_2R 0x08 #define ADC_CFG_6A_0R 0x09 #define ADC_CFG_5A_1R 0x0a #define ADC_CFG_4A_2R 0x0b #define ADC_CFG_3A_2R 0x0c #define ADC_CFG_2A_2R 0x0d #define ADC_CFG_1A_0R 0x0e #define ADC_CFG_1A_2R 0x0f #elif defined(__SDCC_ADC_STYLE1220) /* * These devices use a bitmask in ADCON1 to configure AN0..AN6 * as digital ports (bit set) or analog input (bit clear). * * These settings are selected based on their similarity with * the 2220-style settings; 1220-style is more flexible, though. * * Reference voltages are configured via adc_open's config parameter * using ADC_VCFG_*. */ #define ADC_CFG_6A 0x00 #define ADC_CFG_5A 0x20 #define ADC_CFG_4A 0x30 #define ADC_CFG_3A 0x38 #define ADC_CFG_2A 0x3c #define ADC_CFG_1A 0x3e #define ADC_CFG_0A 0x3f #elif defined(__SDCC_ADC_STYLE2220) /* * The reference voltage configuration should be factored out into * the config argument (ADC_VCFG_*) to adc_open to facilitate a * merger with the 1220-style ADC. */ #define ADC_CFG_16A 0x00 /* 15 analog ports cannot be configured! */ #define ADC_CFG_14A 0x01 #define ADC_CFG_13A 0x02 #define ADC_CFG_12A 0x03 #define ADC_CFG_11A 0x04 #define ADC_CFG_10A 0x05 #define ADC_CFG_9A 0x06 #define ADC_CFG_8A 0x07 #define ADC_CFG_7A 0x08 #define ADC_CFG_6A 0x09 #define ADC_CFG_5A 0x0a #define ADC_CFG_4A 0x0b #define ADC_CFG_3A 0x0c #define ADC_CFG_2A 0x0d #define ADC_CFG_1A 0x0e #define ADC_CFG_0A 0x0f /* * For compatibility only: Combined port and reference voltage selection. * Consider using ADC_CFG_nA and a separate ADC_VCFG_* instead! */ #define ADC_CFG_16A_0R 0x00 #define ADC_CFG_16A_1R 0x10 #define ADC_CFG_16A_2R 0x30 /* Can only select 14 or 16 analog ports ... */ #define ADC_CFG_15A_0R 0x00 #define ADC_CFG_15A_1R 0x10 #define ADC_CFG_15A_2R 0x30 #define ADC_CFG_14A_0R 0x01 #define ADC_CFG_14A_1R 0x11 #define ADC_CFG_14A_2R 0x31 #define ADC_CFG_13A_0R 0x02 #define ADC_CFG_13A_1R 0x12 #define ADC_CFG_13A_2R 0x32 #define ADC_CFG_12A_0R 0x03 #define ADC_CFG_12A_1R 0x13 #define ADC_CFG_12A_2R 0x33 #define ADC_CFG_11A_0R 0x04 #define ADC_CFG_11A_1R 0x14 #define ADC_CFG_11A_2R 0x34 #define ADC_CFG_10A_0R 0x05 #define ADC_CFG_10A_1R 0x15 #define ADC_CFG_10A_2R 0x35 #define ADC_CFG_09A_0R 0x06 #define ADC_CFG_09A_1R 0x16 #define ADC_CFG_09A_2R 0x36 #define ADC_CFG_08A_0R 0x07 #define ADC_CFG_08A_1R 0x17 #define ADC_CFG_08A_2R 0x37 #define ADC_CFG_07A_0R 0x08 #define ADC_CFG_07A_1R 0x18 #define ADC_CFG_07A_2R 0x38 #define ADC_CFG_06A_0R 0x09 #define ADC_CFG_06A_1R 0x19 #define ADC_CFG_06A_2R 0x39 #define ADC_CFG_05A_0R 0x0a #define ADC_CFG_05A_1R 0x1a #define ADC_CFG_05A_2R 0x3a #define ADC_CFG_04A_0R 0x0b #define ADC_CFG_04A_1R 0x1b #define ADC_CFG_04A_2R 0x3b #define ADC_CFG_03A_0R 0x0c #define ADC_CFG_03A_1R 0x1c #define ADC_CFG_03A_2R 0x3c #define ADC_CFG_02A_0R 0x0d #define ADC_CFG_02A_1R 0x1d #define ADC_CFG_02A_2R 0x3d #define ADC_CFG_01A_0R 0x0e #define ADC_CFG_01A_1R 0x1e #define ADC_CFG_01A_2R 0x3e #define ADC_CFG_00A_0R 0x0f #elif defined(__SDCC_ADC_STYLE65J50) /* * These devices use a bitmask in ANCON0/1 to configure * AN7..0/AN15..8 as digital ports (bit set) or analog * inputs (bit clear). * * These settings are selected based on their similarity with * the 2220-style settings; 65j50-style is more flexible, though. * * Reference voltages are configured via adc_open's config parameter * using ADC_VCFG_*. */ #define ADC_CFG_16A 0x0000 #define ADC_CFG_15A 0x8000 #define ADC_CFG_14A 0xC000 #define ADC_CFG_13A 0xE000 #define ADC_CFG_12A 0xF000 #define ADC_CFG_11A 0xF800 #define ADC_CFG_10A 0xFC00 #define ADC_CFG_9A 0xFE00 #define ADC_CFG_8A 0xFF00 #define ADC_CFG_7A 0xFF80 #define ADC_CFG_6A 0xFFC0 #define ADC_CFG_5A 0xFFE0 #define ADC_CFG_4A 0xFFF0 #define ADC_CFG_3A 0xFFF8 #define ADC_CFG_2A 0xFFFC #define ADC_CFG_1A 0xFFFE #define ADC_CFG_0A 0xFFFF #else /* unhandled ADC style */ #error No supported ADC style selected. #endif /* ADC_STYLE */ /* initialize AD module */ #if defined(__SDCC_ADC_STYLE65J50) void adc_open(unsigned char channel, unsigned char fosc, unsigned int pcfg, unsigned char config); #else void adc_open(unsigned char channel, unsigned char fosc, unsigned char pcfg, unsigned char config); #endif /* shutdown AD module */ void adc_close(void); /* begin a conversion */ void adc_conv(void); /* return 1 if AD is performing a conversion, 0 if done */ char adc_busy(void) __naked; /* get value of conversion */ int adc_read(void) __naked; /* setup conversion channel */ void adc_setchannel(unsigned char channel); #endif sdcc-2.9.0/device/include/pic16/ctype.h000066400000000000000000000050551116427777700175670ustar00rootroot00000000000000/*------------------------------------------------------------------------- ctype.h - ANSI functions forward declarations Modified for pic16 port by Vangelis Rokas, 2004, vrokas@otenet.gr Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) Revisions: 1.0 - June.1.2000 1.0 - Bela Torok / bela.torok@kssg.ch order: function definitions -> macros corretced macro: isalpha(c) added macros: _tolower(c), _toupper(c), tolower(c), toupper(c) toascii(c) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: ctype.h 3648 2005-01-22 18:02:16Z vrokas $ */ #ifndef __CTYPE_H #define __CTYPE_H 1 /* link the C libarary */ #pragma library c #include extern char iscntrl (unsigned char ) ; extern char isdigit (unsigned char ) ; extern char isgraph (unsigned char ) ; extern char islower (unsigned char ) ; extern char isupper (unsigned char ) ; extern char isprint (unsigned char ) ; extern char ispunct (unsigned char ) ; extern char isspace (unsigned char ) ; extern char isxdigit (unsigned char ) ; #define isalnum(c) (isalpha(c) || isdigit(c)) #define isalpha(c) (isupper(c) || islower(c)) /* ANSI versions of _tolower & _toupper #define _tolower(c) ((c) - ('a' - 'A')) #define _toupper(c) ((c) + ('a' - 'A')) */ // The _tolower & _toupper functions below can applied to any // alpha characters regardless of the case (upper or lower) #define _tolower(c) ((c) | ('a' - 'A')) #define _toupper(c) ((c) & ~('a' - 'A')) #define tolower(c) ((isupper(c)) ? _tolower(c) : (c)) #define toupper(c) ((islower(c)) ? _toupper(c) : (c)) #define toascii(c) ((c) & 0x7F) #endif sdcc-2.9.0/device/include/pic16/delay.h000066400000000000000000000027631116427777700175440ustar00rootroot00000000000000 /* * delay.h - delay functions header file * * adopted for SDCC and pic16 port by Vangelis Rokas, 2005 * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /* ** $Id: delay.h 3714 2005-04-02 13:13:53Z vrokas $ */ #ifndef __DELAY_H__ #define __DELAY_H__ #pragma library c /* * the delayNNtcy family of functions performs a * delay of NN cycles. Possible values for NN are: * 10 10*n cycles delay * 100 100*n cycles delay * 1k 1000*n cycles delay * 10k 10000*n cycles delay * 100k 100000*n cycles delay * 1m 1000000*n cycles delay */ void delay10tcy(unsigned char) __wparam; void delay100tcy(unsigned char) __wparam; void delay1ktcy(unsigned char) __wparam; void delay10ktcy(unsigned char) __wparam; void delay100ktcy(unsigned char) __wparam; void delay1mtcy(unsigned char) __wparam; #endif sdcc-2.9.0/device/include/pic16/errno.h000066400000000000000000000026321116427777700175660ustar00rootroot00000000000000/*------------------------------------------------------------------------- errno.h: Error codes used in the math functions Ported to PIC16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Copyright (C) 2001 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ /* ** $Id: errno.h 3912 2005-10-26 11:08:11Z tecodev $ */ #ifndef _PIC16_ERRNO_H #define _PIC16_ERRNO_H /* link with C library */ #pragma library c extern int errno; /* Error Codes: */ #define EDOM 33 /* Math argument out of domain of functions */ #define ERANGE 34 /* Math result not representable */ #endif /* _PIC16_ERRNO_H */ sdcc-2.9.0/device/include/pic16/float.h000066400000000000000000000057521116427777700175540ustar00rootroot00000000000000/*------------------------------------------------------------------------- float.h - ANSI functions forward declarations Adopted for pic16 port library by Vangelis Rokas [vrokas at otenet.gr] (2004) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __FLOAT_H #define __FLOAT_H 1 #include #include #define FLT_RADIX 2 #define FLT_MANT_DIG 24 #define FLT_EPSILON 1.192092896E-07F #define FLT_DIG 6 #define FLT_MIN_EXP (-125) #define FLT_MIN 1.175494351E-38F #define FLT_MIN_10_EXP (-37) #define FLT_MAX_EXP (+128) #define FLT_MAX 3.402823466E+38F #define FLT_MAX_10_EXP (+38) /* the following deal with IEEE single-precision numbers */ #define EXCESS 126 #define SIGNBIT ((unsigned long)0x80000000) #define HIDDEN (unsigned long)(1ul << 23) #define SIGN(fp) (((unsigned long)(fp) >> (8*sizeof(fp)-1)) & 1) #define EXP(fp) (((unsigned long)(fp) >> 23) & (unsigned int) 0x00FF) #define MANT(fp) (((fp) & (unsigned long)0x007FFFFF) | HIDDEN) #define NORM 0xff000000 #define PACK(s,e,m) ((s) | ((unsigned long)(e) << 23) | (m)) float __uchar2fs (unsigned char) _FS_REENTRANT; float __schar2fs (signed char) _FS_REENTRANT; float __uint2fs (unsigned int) _FS_REENTRANT; float __sint2fs (signed int) _FS_REENTRANT; float __ulong2fs (unsigned long) _FS_REENTRANT; float __slong2fs (signed long) _FS_REENTRANT; unsigned char __fs2uchar (float) _FS_REENTRANT; signed char __fs2schar (float) _FS_REENTRANT; unsigned int __fs2uint (float) _FS_REENTRANT; signed int __fs2sint (float) _FS_REENTRANT; unsigned long __fs2ulong (float) _FS_REENTRANT; signed long __fs2slong (float) _FS_REENTRANT; float __fsadd (float, float) _FS_REENTRANT; float __fssub (float, float) _FS_REENTRANT; float __fsmul (float, float) _FS_REENTRANT; float __fsdiv (float, float) _FS_REENTRANT; char __fslt (float, float) _FS_REENTRANT; char __fseq (float, float) _FS_REENTRANT; char __fsneq (float, float) _FS_REENTRANT; char __fsgt (float, float) _FS_REENTRANT; #endif sdcc-2.9.0/device/include/pic16/gstack.h000066400000000000000000000026261116427777700177200ustar00rootroot00000000000000/*------------------------------------------------------------------------- gstack.h :- debug stack tracing header Written for pic16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: gstack.h 3648 2005-01-22 18:02:16Z vrokas $ */ #ifndef __PIC16_GSTACK_H__ #define __PIC16_GSTACK_H__ /* link the debug library */ #pragma library debug extern void (* _gstack_overflow_handler)(void); #endif /* __PIC16_GSTACK_H__ */ sdcc-2.9.0/device/include/pic16/i2c.h000066400000000000000000000055151116427777700171210ustar00rootroot00000000000000 /* * I2C communications module library header * * written by Vangelis Rokas, 2005 * * Devices implemented: * PIC18F[24][45][28] * * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /* ** $Id: i2c.h 3714 2005-04-02 13:13:53Z vrokas $ */ #ifndef __I2C_H__ #define __I2C_H__ /* link the I/O library */ #pragma library io #include #define _I2CPARAM_SPEC __data /* I2C modes of operation */ #define I2C_SLAVE10B_INT 0x0f #define I2C_SLAVE7B_INT 0x0e #define I2C_SLAVE_IDLE 0x0b #define I2C_MASTER 0x08 #define I2C_SLAVE10B 0x07 #define I2C_SLAVE7B 0x06 /* slew rate control */ #define I2C_SLEW_OFF 0xc0 #define I2C_SLEW_ON 0x00 /* macros to generate hardware conditions on I2C module */ /* generate stop condition */ #define I2C_STOP() SSPCON2bits.PEN=1 /* generate start condition */ #define I2C_START() SSPCON2bits.SEN=1 /* generate restart condition */ #define I2C_RESTART() SSPCON2bits.RSEN=1 /* generate not acknoledge condition */ #define I2C_NACK() SSPCON2bits.ACKDT=1; SSPCON2bits.ACKEN=1 /* generate acknoledge condition */ #define I2C_ACK() SSPCON2bits.ACKDT=0; SSPCON2bits.ACKEN=1 /* wait until I2C is idle */ #define I2C_IDLE() while((SSPCON2 & 0x1f) | (SSPSTATbits.R_W)); /* is data ready from I2C module ?? */ #define I2C_DRDY() (SSPSTATbits.BF) /* function equivalent to macros for generating hardware conditions */ /* stop */ void i2c_stop(void); /* start */ void i2c_start(void); /* restart */ void i2c_restart(void); /* not acknoledge */ void i2c_nack(void); /* acknoledge */ void i2c_ack(void); /* wait until I2C goes idle */ void i2c_idle(void); /* is character ready in I2C buffer ?? */ unsigned char i2c_drdy(void); /* read a character from I2C module */ unsigned char i2c_readchar(void); /* read a string from I2C module */ char i2c_readstr(_I2CPARAM_SPEC unsigned char *ptr, unsigned char len); /* write a character to I2C module */ char i2c_writechar(unsigned char dat); /* write a string to I2C module */ char i2c_writestr(unsigned char *ptr); /* configure I2C port for operation */ void i2c_open(unsigned char mode, unsigned char slew, unsigned char addr_brd); void i2c_close(void); #endif /* __I2C_H__ */ sdcc-2.9.0/device/include/pic16/limits.h000066400000000000000000000034771116427777700177520ustar00rootroot00000000000000/*------------------------------------------------------------------------- limits.h - ANSI defines constants for sizes of integral types Adopted for the pic16 port by Vangelis Rokas [ vrokas at otenet.gr ] 2004 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __LIMITS_H #define __LIMITS_H 1 #define CHAR_BIT 8 /* bits in a char */ #define CHAR_MAX 127 #define CHAR_MIN -128 #define SCHAR_MAX CHAR_MAX #define SCHAR_MIN CHAR_MIN #define UCHAR_MAX 0xff #define UCHAR_MIN 0 #define INT_MIN -32768 #define INT_MAX 32767 #define SHRT_MAX INT_MAX #define SHRT_MIN INT_MIN #define UINT_MAX 0xffff #define UINT_MIN 0 #define USHRT_MAX UINT_MAX #define USHRT_MIN UINT_MIN #define LONG_MIN -2147483648 #define LONG_MAX 2147483647 #define ULONG_MAX 0xffffffff #define ULONG_MIN 0 #endif sdcc-2.9.0/device/include/pic16/malloc.h000066400000000000000000000073661116427777700177210ustar00rootroot00000000000000/* * malloc.h - dynamic memory allocation header * * written by Vangelis Rokas, 2004 (vrokas@otenet.gr) * * This program is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2, or (at your option) any * later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * In other words, you are welcome to use, share and improve this program. * You are forbidden to forbid anyone else to use, share and improve * what you give them. Help stamp out software-hoarding! * * $Id: malloc.h 3714 2005-04-02 13:13:53Z vrokas $ */ /* * Structure of memory block header: * bit 7 (MSB): allocated flag * bits 0-6: pointer to next block (max length: 126) * */ #ifndef __MALLOC_H__ #define __MALLOC_H__ /* set EMULATION to 1 to enable native Linux malloc emulation layer. This is * for debugging purposes only */ #ifndef EMULATION #define EMULATION 0 #endif #if EMULATION //#define malloc pic16_malloc //#define free pic16_free //#define realloc pic16_realloc //#define calloc pic16_calloc //#define lmalloc pic16_lmalloc //#define lfree pic16_lfree //#define lrealloc pic16_lrealloc //#define lcalloc pic16_lcalloc #define _MALLOC_SPEC #else #pragma library c #define _MALLOC_SPEC __data #endif /* when MALLOC_MAX_FIRST is 1, the memory allocator tries to find a block * that fits the requested size without merging (initially), if this block * is not found, then tries to merge adjacent blocks. If MALLOC_MAX_FIRST is * set 0, then the allocator tries to merge adjacent blocks in the first * place. Both behaviours may give better results when used in certain * circumstancs. I.e. if realloc is to be used, leaving some space after the * block, will allow realloc to allocate it, otherwise it may result in much * more memory fragmentation. An algorithm can be implemented to allow small * fragments to be allocated but this is much too complicated for the PIC18F's * architecture */ #define MALLOC_MAX_FIRST 0 #define MAX_BLOCK_SIZE 0x7f /* 127 bytes */ #define MAX_HEAP_SIZE 0x200 /* 512 bytes */ #define _MAX_HEAP_SIZE (MAX_HEAP_SIZE-1) #define ALLOC_FLAG 0x80 #define HEADER_SIZE 1 /* memory block header, max size 127 bytes, 126 usable */ typedef union { unsigned char datum; struct { unsigned count: 7; unsigned alloc: 1; } bits; } _malloc_rec; /* initialize heap, should be called before any call to malloc/realloc/calloc */ void _initHeap(unsigned char _MALLOC_SPEC *dHeap, unsigned int heapsize); /* start searching for a block of size at least bSize, merge adjacent blocks * if necessery */ _malloc_rec _MALLOC_SPEC *_mergeHeapBlock(_malloc_rec _MALLOC_SPEC *sBlock, unsigned char bSize); /* allocate a memory block */ unsigned char _MALLOC_SPEC *malloc(unsigned char len); /* same as malloc, but clear memory */ unsigned char _MALLOC_SPEC *calloc(unsigned char len); /* expand or reduce a memory block, if mblock is NULL, then same as malloc */ unsigned char _MALLOC_SPEC *realloc(unsigned char _MALLOC_SPEC *mblock, unsigned char len); /* free a memory block */ void free(unsigned char _MALLOC_SPEC *); /* returns the size of all the unallocated memory */ unsigned int memfree(void); /* return the size of the maximum unallocated memory block */ unsigned int memfreemax(void); #endif /* __MALLOC_H__ */ sdcc-2.9.0/device/include/pic16/math.h000066400000000000000000000057631116427777700174020ustar00rootroot00000000000000/*------------------------------------------------------------------------- math.h: Floating point math function declarations Ported to PIC16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Copyright (C) 2001 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ /* ** $Id: math.h 3648 2005-01-22 18:02:16Z vrokas $ */ #ifndef __PIC16_MATH_H #define __PIC16_MATH_H 1 #pragma library math #include #define PI 3.1415926536 #define TWO_PI 6.2831853071 #define HALF_PI 1.5707963268 #define QUART_PI 0.7853981634 #define iPI 0.3183098862 #define iTWO_PI 0.1591549431 #define TWO_O_PI 0.6366197724 // EPS=B**(-t/2), where B is the radix of the floating-point representation // and there are t base-B digits in the significand. Therefore, for floats // EPS=2**(-12). Also define EPS2=EPS*EPS. #define EPS 244.14062E-6 #define EPS2 59.6046E-9 #define XMAX 3.402823466E+38 union float_long { float f; long l; }; /********************************************** * Prototypes for float ANSI C math functions * **********************************************/ /* Trigonometric functions */ float sinf(const float x) _MATH_REENTRANT; float cosf(const float x) _MATH_REENTRANT; float tanf(const float x) _MATH_REENTRANT; float cotf(const float x) _MATH_REENTRANT; float asinf(const float x) _MATH_REENTRANT; float acosf(const float x) _MATH_REENTRANT; float atanf(const float x) _MATH_REENTRANT; float atan2f(const float x, const float y); /* Hyperbolic functions */ float sinhf(const float x) _MATH_REENTRANT; float coshf(const float x) _MATH_REENTRANT; float tanhf(const float x) _MATH_REENTRANT; /* Exponential, logarithmic and power functions */ float expf(const float x); float logf(const float x) _MATH_REENTRANT; float log10f(const float x) _MATH_REENTRANT; float powf(const float x, const float y); float sqrtf(const float a) _MATH_REENTRANT; /* Nearest integer, absolute value, and remainder functions */ float fabsf(const float x) _MATH_REENTRANT; float frexpf(const float x, int *pw2); float ldexpf(const float x, const int pw2); float ceilf(float x) _MATH_REENTRANT; float floorf(float x) _MATH_REENTRANT; float modff(float x, float * y); #endif /* _PIC16_MATH_H */ sdcc-2.9.0/device/include/pic16/p18fxxx.inc000066400000000000000000000030601116427777700203050ustar00rootroot00000000000000#ifndef __P18FXXX__ #define __P18FXXX__ 1 list r=dec, n=96, st=off, mm=off nolist ; This header file defines configurations, registers, and other useful bits of ; information common to all PIC18Fxxx microcontrollers. FSR0 equ 0 FSR1 equ 1 FSR2 equ 2 FAST equ 1 W equ 0 A equ 0 ACCESS equ 0 BANKED equ 1 ; Register Files TOSU equ 0x0FFF TOSH equ 0x0FFE TOSL equ 0x0FFD STKPTR equ 0x0FFC PCLATU equ 0x0FFB PCLATH equ 0x0FFA PCL equ 0x0FF9 TBLPTRU equ 0x0FF8 TBLPTRH equ 0x0FF7 TBLPTRL equ 0x0FF6 TABLAT equ 0x0FF5 PRODH equ 0x0FF4 PRODL equ 0x0FF3 INDF0 equ 0x0FEF POSTINC0 equ 0x0FEE POSTDEC0 equ 0x0FED PREINC0 equ 0x0FEC PLUSW0 equ 0x0FEB FSR0H equ 0x0FEA FSR0L equ 0x0FE9 WREG equ 0x0FE8 INDF1 equ 0x0FE7 POSTINC1 equ 0x0FE6 POSTDEC1 equ 0x0FE5 PREINC1 equ 0x0FE4 PLUSW1 equ 0x0FE3 FSR1H equ 0x0FE2 FSR1L equ 0x0FE1 BSR equ 0x0FE0 INDF2 equ 0x0FDF POSTINC2 equ 0x0FDE POSTDEC2 equ 0x0FDD PREINC2 equ 0x0FDC PLUSW2 equ 0x0FDB FSR2H equ 0x0FDA FSR2L equ 0x0FD9 STATUS equ 0x0FD8 PORTC equ 0x0F82 PORTB equ 0x0F81 PORTA equ 0x0F80 ; Status Register Bit Definitions C equ 0 DC equ 1 Z equ 2 OV equ 3 N equ 4 list #endif sdcc-2.9.0/device/include/pic16/pic16devices.txt000066400000000000000000000367351116427777700213310ustar00rootroot00000000000000# # Specification of devices supported by the PIC16 target of the # Small Devices C Compiler (SDCC). # # Lines starting with a hash '#' are ignored. # A new device specification must begin with a 'name' command. # Numbers can be given in any way acceptable for scanf's %d, # i.e., octal (0[0-7]*), decimal ([1-9][0-9]*), or hexadecimal # (0[xX][0-9a-fA-F]+). # Strings must not be quoted and may not contain whitespace! # # Valid commands are: # name # Begin specification of device type , e.g. 18f6720. # Aliases 'p' and 'pic' will be recognized as well. # using # Import specification from the named entry, which must be defined # earlier. Later commands overrule imported ones. # ramsize # This device has bytes of RAM. # split # Addresses below refer to bank 0, addresses above # refer to SFRs in bank 15 for references via the access bank. # configrange # Configuration registers occupy addresses to (both # included). # configword
[] # The config word at address
only implements the bits # indicated via (all others will be forced to 0 by the # compiler). # Unless overridden in C code, use the given default . # The optional will be applied to the value just before # emitting it into the .asm file (used to disable XINST by default). # idlocrange # ID locations occupy addresses to (both included). # idword
# Unless overridden in C code, use the given default . # name 18f1220 ramsize 256 split 0x80 configrange 0x300001 0x30000d configword 0x300001 0xcf 0xff configword 0x300002 0x0f 0xff configword 0x300003 0x1f 0xff configword 0x300005 0x80 0xff configword 0x300006 0x85 0xff configword 0x300008 0x03 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x03 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x03 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f1320 using 18f1220 name 18f2220 ramsize 512 split 0x80 configrange 0x300001 0x30000d configword 0x300001 0xcf 0xff configword 0x300002 0x0f 0xff configword 0x300003 0x1f 0xff configword 0x300005 0x83 0xff configword 0x300006 0x85 0xff configword 0x300008 0x0f 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x0f 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x0f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f2221 ramsize 512 split 0x80 configrange 0x300001 0x30000d configword 0x300001 0xcf 0x37 configword 0x300002 0x1f 0xff configword 0x300003 0x1f 0xff configword 0x300005 0x87 0xfb configword 0x300006 0xf5 0x8f 0xbf configword 0x300008 0x03 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x03 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x03 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f2320 using 18f2220 name 18f2321 using 18f2221 name 18f2331 ramsize 768 split 0x60 configrange 0x300001 0x30000d configword 0x300001 0xcf 0xff configword 0x300002 0x0f 0xff configword 0x300003 0x3f 0xff configword 0x300004 0x3c 0xff configword 0x300005 0x9d 0xff configword 0x300006 0x85 0xff configword 0x300008 0x0f 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x0f 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x0f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f23k20 ramsize 512 split 0x60 configrange 0x300001 0x30000d configword 0x300001 0xcf 0x37 configword 0x300002 0x1f 0xff configword 0x300003 0x1f 0xff configword 0x300005 0x8f 0xfb configword 0x300006 0xc5 0xbf 0xbf configword 0x300008 0x0f 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x0f 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x0f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f2410 ramsize 768 split 0x80 configrange 0x300001 0x30000d configword 0x300001 0xcf 0x37 configword 0x300002 0x1f 0xff configword 0x300003 0x1f 0xfb configword 0x300005 0x87 0xfb configword 0x300006 0xc5 0xbf 0xbf configword 0x300008 0x0f 0xff configword 0x300009 0x40 0xff configword 0x30000a 0x0f 0xff configword 0x30000b 0x60 0xff configword 0x30000c 0x0f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f242 ramsize 768 split 0x80 configrange 0x300001 0x30000d configword 0x300001 0x27 0xff configword 0x300002 0x0f 0xff configword 0x300003 0x0f 0xff configword 0x300005 0x01 0xff configword 0x300006 0x85 0xff configword 0x300008 0x0f 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x0f 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x0f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f2420 ramsize 768 split 0x80 configrange 0x300001 0x30000d configword 0x300001 0xcf 0x07 configword 0x300002 0x1f 0xff configword 0x300003 0x1f 0xff configword 0x300005 0x87 0xfb configword 0x300006 0xc5 0xbf 0xbf configword 0x300008 0x0f 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x0f 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x0f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f2423 ramsize 768 split 0x80 configrange 0x300001 0x30000d configword 0x300001 0xcf 0x07 configword 0x300002 0x1f 0xff configword 0x300003 0x1f 0xff configword 0x300005 0x87 0xfb configword 0x300006 0xc5 0xbf 0xbf configword 0x300008 0x0f 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x0f 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x0f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f2431 using 18f2331 name 18f2450 # 0x200..0x3FF is not implemented, but we leave that to the linker ;-) ramsize 0x500 split 0x60 configrange 0x300000 0x30000d configword 0x300000 0x3f 0xc7 configword 0x300001 0xcf 0x37 configword 0x300002 0x3f 0xdf configword 0x300003 0x1f 0xff configword 0x300005 0x86 0xfb configword 0x300006 0xed 0x97 0xbf configword 0x300008 0x03 0xff configword 0x300009 0x40 0xff configword 0x30000a 0x03 0xff configword 0x30000b 0x60 0xff configword 0x30000c 0x03 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f2455 ramsize 2048 split 0x60 configrange 0x300000 0x30000d configword 0x300000 0x3f 0xc0 configword 0x300001 0xcf 0x35 configword 0x300002 0x3f 0xdf configword 0x300003 0x1f 0xff configword 0x300005 0x87 0xfb configword 0x300006 0xe5 0x9f 0xbf configword 0x300008 0x0f 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x0f 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x0f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f248 ramsize 768 split 0x60 configrange 0x300001 0x30000d configword 0x300001 0x27 0xff configword 0x300002 0x0f 0xff configword 0x300003 0x0f 0xff configword 0x300006 0x85 0xff configword 0x300008 0x0f 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x0f 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x0f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f2480 ramsize 768 split 0x60 configrange 0x300001 0x30000d configword 0x300001 0xcf 0x37 configword 0x300002 0x1f 0xff configword 0x300003 0x1f 0xff configword 0x300005 0x86 0xfb configword 0x300006 0xd5 0xaf 0xbf configword 0x300008 0x0f 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x0f 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x0f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f24j10 ramsize 1024 split 0x80 configrange 0x300000 0x300005 configword 0x300000 0xe1 0xff configword 0x300001 0x04 0xf7 configword 0x300002 0xc7 0xff configword 0x300003 0x0f 0xff configword 0x300005 0x01 0xff idlocrange 0x200000 0x200007 name 18f24k20 using 18f23k20 ramsize 768 name 18f2510 using 18f2410 ramsize 1536 name 18f2515 using 18f2410 ramsize 4096 name 18f252 using 18f242 ramsize 1536 name 18f2520 using 18f2420 ramsize 1536 name 18f2523 using 18f2423 ramsize 1536 name 18f2525 ramsize 4096 split 0x80 configrange 0x300001 0x30000d configword 0x300001 0xcf 0x37 configword 0x300002 0x1f 0xff configword 0x300003 0x1f 0xff configword 0x300005 0x87 0xfb configword 0x300006 0xc5 0xbf 0xbf configword 0x300008 0x0f 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x0f 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x0f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f2550 using 18f2455 name 18f258 using 18f248 ramsize 1536 name 18f2580 using 18f2480 ramsize 1536 name 18f2585 ramsize 4096 split 0x60 configrange 0x300001 0x30000d configword 0x300001 0xcf 0x37 configword 0x300002 0x1f 0xff configword 0x300003 0x1f 0xff configword 0x300005 0x86 0xfb configword 0x300006 0xf5 0x8f 0xbf configword 0x300008 0x0f 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x0f 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x0f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f25j10 using 18f24j10 name 18f25k20 using 18f23k20 ramsize 1536 name 18f2610 using 18f2410 ramsize 4096 name 18f2620 using 18f2525 name 18f2680 using 18f2585 name 18f2682 ramsize 4096 split 0x60 configrange 0x300001 0x30000d configword 0x300001 0xcf 0x37 configword 0x300002 0x1f 0xff configword 0x300003 0x1f 0xff configword 0x300005 0x86 0xfb configword 0x300006 0xf5 0x8f 0xbf configword 0x300008 0x3f 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x3f 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x3f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f2685 using 18f2682 name 18f26k20 using 18f23k20 ramsize 3936 name 18f4220 using 18f2220 name 18f4221 using 18f2221 name 18f4320 using 18f2220 name 18f4321 using 18f2221 name 18f4331 using 18f2331 name 18f43k20 using 18f23k20 name 18f4410 using 18f2410 ramsize 768 name 18f442 using 18f242 name 18f4420 using 18f2420 name 18f4423 using 18f2423 name 18f4431 using 18f2331 name 18f4450 using 18f2450 name 18f4455 using 18f2455 name 18f448 using 18f248 name 18f4480 using 18f2480 name 18f44j10 using 18f24j10 name 18f44k20 using 18f23k20 ramsize 768 name 18f4510 using 18f2410 ramsize 1536 name 18f4515 using 18f2410 ramsize 4096 name 18f452 using 18f242 ramsize 1536 name 18f4520 using 18f2420 ramsize 1536 name 18f4523 using 18f2423 ramsize 1536 name 18f4525 using 18f2525 name 18f4550 using 18f2455 name 18f458 using 18f248 ramsize 1536 name 18f4580 using 18f2480 ramsize 1536 name 18f4585 using 18f2585 name 18f45j10 using 18f24j10 name 18f45k20 using 18f23k20 ramsize 1536 name 18f4610 using 18f2410 ramsize 4096 name 18f4620 using 18f2525 name 18f4680 using 18f2585 name 18f4682 using 18f2682 name 18f4685 using 18f2682 name 18f46k20 using 18f23k20 ramsize 3936 name 18f6520 ramsize 2048 split 0x60 configrange 0x300001 0x30000d configword 0x300001 0x27 0xff configword 0x300002 0x0f 0xff configword 0x300003 0x0f 0xff configword 0x300004 0x83 0xff configword 0x300005 0x03 0xff configword 0x300006 0x85 0xff configword 0x300008 0xff 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0xff 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0xff 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f6585 ramsize 3328 split 0x60 configrange 0x300001 0x30000d configword 0x300001 0x2f 0xff configword 0x300002 0x0f 0xff configword 0x300003 0x1f 0xff configword 0x300004 0x83 0xff configword 0x300005 0x83 0xff configword 0x300006 0x85 0xff configword 0x300008 0x0f 0xff configword 0x300009 0xc0 0xff configword 0x30000a 0x0f 0xff configword 0x30000b 0xe0 0xff configword 0x30000c 0x0f 0xff configword 0x30000d 0x40 0xff idlocrange 0x200000 0x200007 name 18f65j50 ramsize 3904 split 0x60 configrange 0x7ff8 0x7ffd configword 0x7ff8 0xef 0xff 0xbf configword 0x7ff9 0x07 0xff configword 0x7ffa 0xc7 0xff configword 0x7ffb 0x0f 0xff configword 0x7ffc 0xf8 0xff configword 0x7ffd 0x0f 0xff name 18f6620 using 18f6520 ramsize 3840 name 18f6680 using 18f6585 name 18f66j50 ramsize 3904 split 0x60 configrange 0xfff8 0xfffd configword 0xfff8 0xef 0xff 0xbf configword 0xfff9 0x07 0xff configword 0xfffa 0xc7 0xff configword 0xfffb 0x0f 0xff configword 0xfffc 0xf8 0xff configword 0xfffd 0x0f 0xff name 18f66j55 ramsize 3904 split 0x60 configrange 0x17ff8 0x17ffd configword 0x17ff8 0xef 0xff 0xbf configword 0x17ff9 0x07 0xff configword 0x17ffa 0xc7 0xff configword 0x17ffb 0x0f 0xff configword 0x17ffc 0xf8 0xff configword 0x17ffd 0x0f 0xff name 18f6720 using 18f6520 ramsize 3840 name 18f67j50 ramsize 3904 split 0x60 configrange 0x1fff8 0x1fffd configword 0x1fff8 0xef 0xff 0xbf configword 0x1fff9 0x07 0xff configword 0x1fffa 0xc7 0xff configword 0x1fffb 0x0f 0xff configword 0x1fffc 0xf8 0xff configword 0x1fffd 0x0f 0xff name 18f8520 using 18f6520 name 18f8585 using 18f6585 name 18f8620 using 18f6520 ramsize 3840 name 18f8680 using 18f6585 name 18f8720 using 18f6520 ramsize 3840 name 18f66j60 ramsize 4096 split 0x60 configrange 0xfff8 0xfffd configword 0xfff8 0xc1 0xff configword 0xfff9 0x04 0xf7 configword 0xfffa 0xc7 0xff configword 0xfffb 0x0f 0xff configword 0xfffc 0xf8 0xff configword 0xfffd 0x07 0xff name 18f66j65 ramsize 4096 split 0x60 configrange 0x17ff8 0x17ffd configword 0x17ff8 0xc1 0xff configword 0x17ff9 0x04 0xf7 configword 0x17ffa 0xc7 0xff configword 0x17ffb 0x0f 0xff configword 0x17ffc 0xf8 0xff configword 0x17ffd 0x07 0xff name 18f67j60 ramsize 4096 split 0x60 configrange 0x1fff8 0x1fffd configword 0x1fff8 0xc1 0xff configword 0x1fff9 0x04 0xf7 configword 0x1fffa 0xc7 0xff configword 0x1fffb 0x0f 0xff configword 0x1fffc 0xf8 0xff configword 0x1fffd 0x07 0xff name 18f85j50 using 18f65j50 name 18f86j50 using 18f66j50 name 18f86j55 using 18f66j55 name 18f86j60 using 18f66j60 name 18f86j65 using 18f66j65 name 18f87j50 using 18f67j50 name 18f87j60 using 18f67j60 name 18f96j60 using 18f66j60 name 18f96j65 using 18f66j65 name 18f97j60 using 18f67j60 sdcc-2.9.0/device/include/pic16/pic18f1220.h000066400000000000000000000431731116427777700200450ustar00rootroot00000000000000 /* * pic18f1220.h - PIC18F1220 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f1220.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F1220_H__ #define __PIC18F1220_H__ extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned :1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned :1; unsigned EEIE:1; unsigned :1; unsigned :1; unsigned OSCFIE:1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned :1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned :1; unsigned EEIF:1; unsigned :1; unsigned :1; unsigned OSCFIF:1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned :1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned :1; unsigned EEIP:1; unsigned :1; unsigned :1; unsigned OSCFIP:1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfaa) BAUDCTL; extern __sfr __at (0xfab) RCSTA; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb0) SPBRGH; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfb6) ECCPAS; typedef union { struct { unsigned PSSBD0:1; unsigned PSSBD1:1; unsigned PSSAC0:1; unsigned PSSAC1:1; unsigned ECCPAS0:1; unsigned ECCPAS1:1; unsigned ECCPAS2:1; unsigned ECCPASE:1; }; } __ECCPASbits_t; extern volatile __ECCPASbits_t __at (0xfb6) ECCPASbits; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DC1B0:1; unsigned DC1B1:1; unsigned P1M0:1; unsigned P1M1:1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc0) ADCON2; typedef union { struct { unsigned ADCS0:1; unsigned ADCS1:1; unsigned ADCS2:1; unsigned ACQT0:1; unsigned ACQT1:1; unsigned ACQT2:1; unsigned :1; unsigned ADFM:1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned PCFG4:1; unsigned PCFG5:1; unsigned PCFG6:1; unsigned :1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned CHS3:1; unsigned :1; unsigned :1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xfd5) T0CONbits; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned :1; unsigned INT1E:1; unsigned INT2E:1; unsigned :1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned :1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned :1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned :1; unsigned T0IP:1; unsigned :1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_11XX_1H 0xFC /* 11XX EXT RC-CLKOUT on RA6 */ #define _OSC_101X_1H 0xFA /* 101X EXT RC-CLKOUT on RA6 */ #define _OSC_INT_CLKOUT_on_RA6_Port_on_RA7_1H 0xF9 /* INT RC-CLKOUT_on_RA6_Port_on_RA7 */ #define _OSC_INT_Port_on_RA6_Port_on_RA7_1H 0xF8 /* INT RC-Port_on_RA6_Port_on_RA7 */ #define _OSC_EXT_Port_on_RA6_1H 0xF7 /* EXT RC-Port_on_RA6 */ #define _OSC_HS_PLL_1H 0xF6 /* HS-PLL enabled freq=4xFosc1 */ #define _OSC_EC_PORT_1H 0xF5 /* EC-Port on RA6 */ #define _OSC_EC_CLKOUT_1H 0xF4 /* EC-CLKOUT on RA6 */ #define _OSC_EXT_CLKOUT_on_RA6_1H 0xF3 /* EXT RC-CLKOUT_on_RA6 */ #define _OSC_HS_1H 0xF2 /* HS */ #define _OSC_XT_1H 0xF1 /* XT */ #define _OSC_LP_1H 0xF0 /* LP */ /* Fail Safe Clock Monitor Enable 1H options */ #define _FCMEN_OFF_1H 0xBF /* Disabled */ #define _FCMEN_ON_1H 0xFF /* Enabled */ /* Internal External Switch Over 1H options */ #define _IESO_OFF_1H 0x7F /* Disabled */ #define _IESO_ON_1H 0xFF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_0V_2L 0xFF /* 2.0V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_DISABLED_CONTROLLED_2H 0xFE /* Disabled-Controlled by SWDTEN bit */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_32768_2H 0xFF /* 1:32768 */ #define _WDTPS_1_16384_2H 0xFD /* 1:16384 */ #define _WDTPS_1_8192_2H 0xFB /* 1:8192 */ #define _WDTPS_1_4096_2H 0xF9 /* 1:4096 */ #define _WDTPS_1_2048_2H 0xF7 /* 1:2048 */ #define _WDTPS_1_1024_2H 0xF5 /* 1:1024 */ #define _WDTPS_1_512_2H 0xF3 /* 1:512 */ #define _WDTPS_1_256_2H 0xF1 /* 1:256 */ #define _WDTPS_1_128_2H 0xEF /* 1:128 */ #define _WDTPS_1_64_2H 0xED /* 1:64 */ #define _WDTPS_1_32_2H 0xEB /* 1:32 */ #define _WDTPS_1_16_2H 0xE9 /* 1:16 */ #define _WDTPS_1_8_2H 0xE7 /* 1:8 */ #define _WDTPS_1_4_2H 0xE5 /* 1:4 */ #define _WDTPS_1_2_2H 0xE3 /* 1:2 */ #define _WDTPS_1_1_2H 0xE1 /* 1:1 */ /* MCLR enable 3H options */ #define _MCLRE_MCLR_enabled_RA5_input_dis_3H 0xFF /* MCLR enabled__RA5_input_disabled */ #define _MCLRE_MCLR_disabled_RA5_input_en_3H 0x7F /* MCLR disabled__RA5_input_enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Code Protect 000200-0007FF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 000800-000FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-007FF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 00800-00FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-007FF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 000800-00FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f1320.h000066400000000000000000000001251116427777700200340ustar00rootroot00000000000000/* * pic18f1320.h - PIC18F1320 Device Library Header */ #include "pic18f1220.h" sdcc-2.9.0/device/include/pic16/pic18f2220.h000066400000000000000000000522151116427777700200430ustar00rootroot00000000000000 /* * pic18f2220.h - PIC18F2220 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f2220.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F2220_H__ #define __PIC18F2220_H__ extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned RA7:1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned CCP2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned AN12:1; unsigned AN10:1; unsigned AN8:1; unsigned AN9:1; unsigned AN11:1; unsigned KBI1:1; unsigned KBI2:1; unsigned KBI3:1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf9b) OSCTUNE; typedef union { struct { unsigned TUN0:1; unsigned TUN1:1; unsigned TUN2:1; unsigned TUN3:1; unsigned TUN4:1; unsigned TUN5:1; unsigned :1; unsigned :1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xf9b) OSCTUNEbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned CMIE:1; unsigned OSCFIE:1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned CMIF:1; unsigned OSCFIF:1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned CMIP:1; unsigned OSCFIP:1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfab) RCSTA; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfb4) CMCON; typedef union { struct { unsigned CM0:1; unsigned CM1:1; unsigned CM2:1; unsigned CIS:1; unsigned C1INV:1; unsigned C2INV:1; unsigned C1OUT:1; unsigned C2OUT:1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xfb4) CMCONbits; extern __sfr __at (0xfb5) CVRCON; typedef union { struct { unsigned CVR0:1; unsigned CVR1:1; unsigned CVR2:1; unsigned CVR3:1; unsigned CVREF:1; unsigned CVRR:1; unsigned CVROE:1; unsigned CVREN:1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; extern __sfr __at (0xfba) CCP2CON; typedef union { struct { unsigned CCP2M0:1; unsigned CCP2M1:1; unsigned CCP2M2:1; unsigned CCP2M3:1; unsigned DCCP2Y:1; unsigned DCCP2X:1; unsigned :1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned DC2B0:1; unsigned DC2B1:1; unsigned :1; unsigned :1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; extern __sfr __at (0xfbb) CCPR2L; extern __sfr __at (0xfbc) CCPR2H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned DC1B0:1; unsigned DC1B1:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc0) ADCON2; typedef union { struct { unsigned ADCS0:1; unsigned ADCS1:1; unsigned ADCS2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned ADFM:1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned VCFG0:1; unsigned VCFG1:1; unsigned :1; unsigned :1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned CHS3:1; unsigned :1; unsigned :1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; typedef union { struct { unsigned T0PS0:1; unsigned T0PS1:1; unsigned T0PS2:1; unsigned PSA:1; unsigned T0SE:1; unsigned T0CS:1; unsigned T08BIT:1; unsigned TMR0ON:1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xfd5) T0CONbits; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned :1; unsigned INT1E:1; unsigned INT2E:1; unsigned :1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned :1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned :1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned :1; unsigned T0IP:1; unsigned :1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_11XX_1H 0xFC /* 11XX EXT RC-CLKOUT on RA6 */ #define _OSC_101X_1H 0xFA /* 101X EXT RC-CLKOUT on RA6 */ #define _OSC_INT_CLKOUT_on_RA6_Port_on_RA7_1H 0xF9 /* INT RC-CLKOUT_on_RA6_Port_on_RA7 */ #define _OSC_INT_Port_on_RA6_Port_on_RA7_1H 0xF8 /* INT RC-Port_on_RA6_Port_on_RA7 */ #define _OSC_EXT_Port_on_RA6_1H 0xF7 /* EXT RC-Port_on_RA6 */ #define _OSC_HS_PLL_1H 0xF6 /* HS-PLL enabled freq=4xFosc1 */ #define _OSC_EC_PORT_1H 0xF5 /* EC-Port on RA6 */ #define _OSC_EC_CLKOUT_1H 0xF4 /* EC-CLKOUT on RA6 */ #define _OSC_EXT_CLKOUT_on_RA6_1H 0xF3 /* EXT RC-CLKOUT_on_RA6 */ #define _OSC_HS_1H 0xF2 /* HS */ #define _OSC_XT_1H 0xF1 /* XT */ #define _OSC_LP_1H 0xF0 /* LP */ /* Fail Safe Clock Monitor Enable 1H options */ #define _FCMEN_OFF_1H 0xBF /* Disabled */ #define _FCMEN_ON_1H 0xFF /* Enabled */ /* Internal External Switch Over 1H options */ #define _IESO_OFF_1H 0x7F /* Disabled */ #define _IESO_ON_1H 0xFF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_0V_2L 0xFF /* 2.0V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_DISABLED_CONTROLLED_2H 0xFE /* Disabled-Controlled by SWDTEN bit */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_32768_2H 0xFF /* 1:32768 */ #define _WDTPS_1_16384_2H 0xFD /* 1:16384 */ #define _WDTPS_1_8192_2H 0xFB /* 1:8192 */ #define _WDTPS_1_4096_2H 0xF9 /* 1:4096 */ #define _WDTPS_1_2048_2H 0xF7 /* 1:2048 */ #define _WDTPS_1_1024_2H 0xF5 /* 1:1024 */ #define _WDTPS_1_512_2H 0xF3 /* 1:512 */ #define _WDTPS_1_256_2H 0xF1 /* 1:256 */ #define _WDTPS_1_128_2H 0xEF /* 1:128 */ #define _WDTPS_1_64_2H 0xED /* 1:64 */ #define _WDTPS_1_32_2H 0xEB /* 1:32 */ #define _WDTPS_1_16_2H 0xE9 /* 1:16 */ #define _WDTPS_1_8_2H 0xE7 /* 1:8 */ #define _WDTPS_1_4_2H 0xE5 /* 1:4 */ #define _WDTPS_1_2_2H 0xE3 /* 1:2 */ #define _WDTPS_1_1_2H 0xE1 /* 1:1 */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RB3_3H 0xFE /* RB3 */ /* PortB A/D Enable 3H options */ #define _PBADEN_PORTB_4_0__analog_inputs_on_RSET_3H 0xFF /* PORTB<4:0> configured as analog_inputs_on_RESET */ #define _PBADEN_PORTB_4_0__digital_I_O_on_REST_3H 0xFD /* PORTB<4:0> configured as digital_I_O_on_RESET */ /* MCLR enable 3H options */ #define _MCLRE_MCLR_Enabled_RE3_Disabled_3H 0xFF /* MCLR Enabled_RE3_Disabled */ #define _MCLRE_MCLR_Disabled_RE3_Enabled_3H 0x7F /* MCLR Disabled__RE3_Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Code Protect 000200-0007FF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 000800-000FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-007FF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 00800-00FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-007FF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 00800-00FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f2221.h000066400000000000000000001047731116427777700200530ustar00rootroot00000000000000/* * pic18f2221.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F2221_H__ #define __PIC18F2221_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP Oscillator #define _OSC_XT_1H 0xF1 // XT Oscillator #define _OSC_HS_1H 0xF2 // HS Oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_INTIO2_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_INTIO1_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOR_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOR_SOFT_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOR_NOSLP_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOR_ON_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum Setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum Setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // WDT disabled (control is placed on the SWDTEN bit) #define _WDT_ON_2H 0xFF // WDT enabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_DIG_3H 0xFD // PORTB<4:0> pins are configured as digital I/O on Reset #define _PBADEN_ANA_3H 0xFF // PORTB<4:0> pins are configured as analog input channels on Reset #define _CCP2MX_RB3_3H 0xFE // CCP2 input/output is multiplexed with RB3 #define _CCP2MX_RC1_3H 0xFF // CCP2 input/output is multiplexed with RC1 // CONFIG4L Options #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset #define _LVP_OFF_4L 0xFB // Single-Supply ICSP disabled #define _LVP_ON_4L 0xFF // Single-Supply ICSP enabled #define _BBSIZ_BB256_4L 0xCF // 256 Word #define _BBSIZ_BB512_4L 0xFF // 512 Word #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 code-protected #define _CP0_OFF_5L 0xFF // Block 0 not code-protected #define _CP1_ON_5L 0xFD // Block 1 code-protected #define _CP1_OFF_5L 0xFF // Block 1 not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot block code-protected #define _CPB_OFF_5H 0xFF // Boot block not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 write-protected #define _WRT0_OFF_6L 0xFF // Block 0 not write-protected #define _WRT1_ON_6L 0xFD // Block 1 write-protected #define _WRT1_OFF_6L 0xFF // Block 1 not write-protected // CONFIG6H Options #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTB_ON_6H 0xBF // Boot block write-protected #define _WRTB_OFF_6H 0xFF // Boot block not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot block protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot block not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned C1OUT_PORTA : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned C1N : 1; unsigned C2N : 1; unsigned C2P : 1; unsigned C1P : 1; unsigned T0CKI : 1; unsigned C2OUT_PORTA : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CCP2_PORTB : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN12 : 1; unsigned AN10 : 1; unsigned AN8 : 1; unsigned AN9 : 1; unsigned AN11 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2_PORTC : 1; unsigned P1A : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned T1CKI : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT_CMCON : 1; unsigned C2OUT_CMCON : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned : 1; unsigned : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) ECCP1DEL; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PRSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; extern __sfr __at (0xFB7) PWM1CON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PRSEN : 1; }; } __PWM1CONbits_t; extern volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFB8) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R : 1; unsigned S : 1; unsigned P : 1; unsigned D : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R_W : 1; unsigned : 1; unsigned : 1; unsigned D_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned TOUTPS0 : 1; unsigned TOUTPS1 : 1; unsigned TOUTPS2 : 1; unsigned TOUTPS3 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned FLTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned T016BIT : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned SP0 : 1; unsigned SP1 : 1; unsigned SP2 : 1; unsigned SP3 : 1; unsigned SP4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKOVF : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f2320.h000066400000000000000000000001251116427777700200350ustar00rootroot00000000000000/* * pic18f2320.h - PIC18F2320 Device Library Header */ #include "pic18f2220.h" sdcc-2.9.0/device/include/pic16/pic18f2321.h000066400000000000000000001050501116427777700200410ustar00rootroot00000000000000/* * pic18f2321.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F2321_H__ #define __PIC18F2321_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP Oscillator #define _OSC_XT_1H 0xF1 // XT Oscillator #define _OSC_HS_1H 0xF2 // HS Oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_INTIO2_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_INTIO1_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOR_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOR_SOFT_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOR_NOSLP_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOR_ON_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum Setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum Setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // WDT disabled (control is placed on the SWDTEN bit) #define _WDT_ON_2H 0xFF // WDT enabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_DIG_3H 0xFD // PORTB<4:0> pins are configured as digital I/O on Reset #define _PBADEN_ANA_3H 0xFF // PORTB<4:0> pins are configured as analog input channels on Reset #define _CCP2MX_RB3_3H 0xFE // CCP2 input/output is multiplexed with RB3 #define _CCP2MX_RC1_3H 0xFF // CCP2 input/output is multiplexed with RC1 // CONFIG4L Options #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset #define _LVP_OFF_4L 0xFB // Single-Supply ICSP disabled #define _LVP_ON_4L 0xFF // Single-Supply ICSP enabled #define _BBSIZ_BB256_4L 0xCF // 256 Word #define _BBSIZ_BB512_4L 0xDF // 512 Word #define _BBSIZ_BB1K_4L 0xFF // 1024 Word #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 code-protected #define _CP0_OFF_5L 0xFF // Block 0 not code-protected #define _CP1_ON_5L 0xFD // Block 1 code-protected #define _CP1_OFF_5L 0xFF // Block 1 not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot block code-protected #define _CPB_OFF_5H 0xFF // Boot block not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 write-protected #define _WRT0_OFF_6L 0xFF // Block 0 not write-protected #define _WRT1_ON_6L 0xFD // Block 1 write-protected #define _WRT1_OFF_6L 0xFF // Block 1 not write-protected // CONFIG6H Options #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTB_ON_6H 0xBF // Boot block write-protected #define _WRTB_OFF_6H 0xFF // Boot block not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot block protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot block not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned C1OUT_PORTA : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned C1N : 1; unsigned C2N : 1; unsigned C2P : 1; unsigned C1P : 1; unsigned T0CKI : 1; unsigned C2OUT_PORTA : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CCP2_PORTB : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN12 : 1; unsigned AN10 : 1; unsigned AN8 : 1; unsigned AN9 : 1; unsigned AN11 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2_PORTC : 1; unsigned P1A : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned T1CKI : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT_CMCON : 1; unsigned C2OUT_CMCON : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned : 1; unsigned : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) ECCP1DEL; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PRSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; extern __sfr __at (0xFB7) PWM1CON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PRSEN : 1; }; } __PWM1CONbits_t; extern volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFB8) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R : 1; unsigned S : 1; unsigned P : 1; unsigned D : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R_W : 1; unsigned : 1; unsigned : 1; unsigned D_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned TOUTPS0 : 1; unsigned TOUTPS1 : 1; unsigned TOUTPS2 : 1; unsigned TOUTPS3 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned FLTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned T016BIT : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned SP0 : 1; unsigned SP1 : 1; unsigned SP2 : 1; unsigned SP3 : 1; unsigned SP4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKOVF : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f2331.h000066400000000000000000000001211116427777700200330ustar00rootroot00000000000000/* * pic18f2331.h - device specific declarations */ #include "pic18f4331.h" sdcc-2.9.0/device/include/pic16/pic18f23k20.h000066400000000000000000000001221116427777700202050ustar00rootroot00000000000000/* * pic18f23k20.h - device specific declarations */ #include "pic18f46k20.h" sdcc-2.9.0/device/include/pic16/pic18f2410.h000066400000000000000000000001201116427777700200300ustar00rootroot00000000000000/* * pic18f2410.h - device specific declarations */ #include "pic18f4610.h" sdcc-2.9.0/device/include/pic16/pic18f242.h000066400000000000000000000444121116427777700177650ustar00rootroot00000000000000 /* * pic18f242.h - PIC18F242 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f242.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F242_H__ #define __PIC18F242_H__ extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned :1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned :1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned :1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfab) RCSTA; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfba) CCP2CON; typedef union { struct { unsigned CCP2M0:1; unsigned CCP2M1:1; unsigned CCP2M2:1; unsigned CCP2M3:1; unsigned DCCP2Y:1; unsigned DCCP2X:1; unsigned :1; unsigned :1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; extern __sfr __at (0xfbb) CCPR2L; extern __sfr __at (0xfbc) CCPR2H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned :1; unsigned :1; unsigned ADCS2:1; unsigned ADFM:1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned :1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned ADCS0:1; unsigned ADCS1:1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; typedef union { struct { unsigned T0PS0:1; unsigned T0PS1:1; unsigned T0PS2:1; unsigned PSA:1; unsigned T0SE:1; unsigned T0CS:1; unsigned T08BIT:1; unsigned TMR0ON:1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xfd5) T0CONbits; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned :1; unsigned INT1E:1; unsigned INT2E:1; unsigned :1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned :1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned :1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned :1; unsigned T0IP:1; unsigned :1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_0V_2L 0xFF /* 2.0V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RB3_3H 0xFE /* RB3 */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00200-01FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 02000-03FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-01FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 02000-03FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-01FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 02000-03FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f2420.h000066400000000000000000000001251116427777700200360ustar00rootroot00000000000000/* * pic18f2420.h - PIC18F2420 Device Library Header */ #include "pic18f4520.h" sdcc-2.9.0/device/include/pic16/pic18f2423.h000066400000000000000000000001111116427777700200340ustar00rootroot00000000000000/* * pic18f2423.h - Device Library Header */ #include "pic18f4523.h" sdcc-2.9.0/device/include/pic16/pic18f2431.h000066400000000000000000000001211116427777700200340ustar00rootroot00000000000000/* * pic18f2431.h - device specific declarations */ #include "pic18f4331.h" sdcc-2.9.0/device/include/pic16/pic18f2450.h000066400000000000000000000001201116427777700200340ustar00rootroot00000000000000/* * pic18f2450.h - device specific declarations */ #include "pic18f4450.h" sdcc-2.9.0/device/include/pic16/pic18f2455.h000066400000000000000000001246431116427777700200620ustar00rootroot00000000000000/* * pic18f2455.h - Device Library Header for 18F{2455,2550,4455,4550} * * This file is part of the GNU PIC Library. * * May, 2005 * The GNU PIC Library is maintained by * Raphael Neider * * originally designed by * Vangelis Rokas * * $Id: pic18f2455.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F2455_H__ #define __PIC18F2455_H__ 1 extern __sfr __at (0xF62) SPPDATA; typedef union { struct { unsigned DATA : 8; }; } __SPPDATA_t; extern volatile __SPPDATA_t __at (0xF62) SPPDATAbits; extern __sfr __at (0xF63) SPPCFG; typedef union { struct { unsigned WS : 4; unsigned CLK1EN : 1; unsigned CSEN : 1; unsigned CLKCFG : 2; }; } __SPPCFG_t; extern volatile __SPPCFG_t __at (0xF63) SPPCFGbits; extern __sfr __at (0xF64) SPPEPS; typedef union { struct { unsigned ADDR : 4; unsigned SPPBUSY : 1; unsigned : 1; unsigned WRSPP : 1; unsigned RDSPP : 1; }; } __SPPEPS_t; extern volatile __SPPEPS_t __at (0xF64) SPPEPSbits; extern __sfr __at (0xF65) SPPCON; typedef union { struct { unsigned SPPEN : 1; unsigned SPPOWN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SPPCON_t; extern volatile __SPPCON_t __at (0xF65) SPPCONbits; extern __sfr __at (0xF66) UFRML; typedef union { struct { unsigned FRM : 8; }; } __UFRML_t; extern volatile __UFRML_t __at (0xF66) UFRMLbits; extern __sfr __at (0xF67) UFRMH; typedef union { struct { unsigned FRM : 3; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UFRMH_t; extern volatile __UFRMH_t __at (0xF67) UFRMHbits; extern __sfr __at (0xF68) UIR; typedef union { struct { unsigned URSTIF : 1; unsigned UERRIF : 1; unsigned ACTVIF : 1; unsigned TRNIF : 1; unsigned IDLEIF : 1; unsigned STALLIF : 1; unsigned SOFIF : 1; unsigned : 1; }; } __UIR_t; extern volatile __UIR_t __at (0xF68) UIRbits; extern __sfr __at (0xF69) UIE; typedef union { struct { unsigned URSTIE : 1; unsigned UERRIE : 1; unsigned ACTVIE : 1; unsigned TRNIE : 1; unsigned IDLEIE : 1; unsigned STALLIE : 1; unsigned SOFIE : 1; unsigned : 1; }; } __UIE_t; extern volatile __UIE_t __at (0xF69) UIEbits; extern __sfr __at (0xF6A) UEIR; typedef union { struct { unsigned PIDEF : 1; unsigned CRC5EF : 1; unsigned CRC16EF : 1; unsigned DFN8EF : 1; unsigned BTOEF : 1; unsigned : 1; unsigned : 1; unsigned BTSEF : 1; }; } __UEIR_t; extern volatile __UEIR_t __at (0xF6A) UEIRbits; extern __sfr __at (0xF6B) UEIE; typedef union { struct { unsigned PIDEE : 1; unsigned CRC5EE : 1; unsigned CRC16EE : 1; unsigned DFN8EE : 1; unsigned BTOEE : 1; unsigned : 1; unsigned : 1; unsigned BTSEE : 1; }; } __UEIE_t; extern volatile __UEIE_t __at (0xF6B) UEIEbits; extern __sfr __at (0xF6C) USTAT; typedef union { struct { unsigned : 1; unsigned PPBI : 1; unsigned DIR : 1; unsigned ENDP : 4; unsigned : 1; }; } __USTAT_t; extern volatile __USTAT_t __at (0xF6C) USTATbits; extern __sfr __at (0xF6D) UCON; typedef union { struct { unsigned : 1; unsigned SUSPND : 1; unsigned RESUME : 1; unsigned USBEN : 1; unsigned PKTDIS : 1; unsigned SE0 : 1; unsigned PPBRST : 1; unsigned : 1; }; } __UCON_t; extern volatile __UCON_t __at (0xF6D) UCONbits; extern __sfr __at (0xF6E) UADDR; typedef union { struct { unsigned ADDR : 7; unsigned : 1; }; } __UADDR_t; extern volatile __UADDR_t __at (0xF6E) UADDRbits; extern __sfr __at (0xF6F) UCFG; typedef union { struct { unsigned PPB : 2; unsigned FSEN : 1; unsigned UTRDIS : 1; unsigned UPUEN : 1; unsigned : 1; unsigned UOEMON : 1; unsigned UTEYE : 1; }; } __UCFG_t; extern volatile __UCFG_t __at (0xF6F) UCFGbits; extern __sfr __at (0xF70) UEP0; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP0_t; extern volatile __UEP0_t __at (0xF70) UEP0bits; extern __sfr __at (0xF71) UEP1; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP1_t; extern volatile __UEP1_t __at (0xF71) UEP1bits; extern __sfr __at (0xF72) UEP2; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP2_t; extern volatile __UEP2_t __at (0xF72) UEP2bits; extern __sfr __at (0xF73) UEP3; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP3_t; extern volatile __UEP3_t __at (0xF73) UEP3bits; extern __sfr __at (0xF74) UEP4; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP4_t; extern volatile __UEP4_t __at (0xF74) UEP4bits; extern __sfr __at (0xF75) UEP5; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP5_t; extern volatile __UEP5_t __at (0xF75) UEP5bits; extern __sfr __at (0xF76) UEP6; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP6_t; extern volatile __UEP6_t __at (0xF76) UEP6bits; extern __sfr __at (0xF77) UEP7; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP7_t; extern volatile __UEP7_t __at (0xF77) UEP7bits; extern __sfr __at (0xF78) UEP8; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP8_t; extern volatile __UEP8_t __at (0xF78) UEP8bits; extern __sfr __at (0xF79) UEP9; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP9_t; extern volatile __UEP9_t __at (0xF79) UEP9bits; extern __sfr __at (0xF7A) UEP10; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP10_t; extern volatile __UEP10_t __at (0xF7A) UEP10bits; extern __sfr __at (0xF7B) UEP11; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP11_t; extern volatile __UEP11_t __at (0xF7B) UEP11bits; extern __sfr __at (0xF7C) UEP12; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP12_t; extern volatile __UEP12_t __at (0xF7C) UEP12bits; extern __sfr __at (0xF7D) UEP13; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP13_t; extern volatile __UEP13_t __at (0xF7D) UEP13bits; extern __sfr __at (0xF7E) UEP14; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP14_t; extern volatile __UEP14_t __at (0xF7E) UEP14bits; extern __sfr __at (0xF7F) UEP15; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP15_t; extern volatile __UEP15_t __at (0xF7F) UEP15bits; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned : 1; }; struct { unsigned RA : 7; unsigned : 1; }; /* aliases */ struct { unsigned C1INN :1; unsigned C2INN :1; unsigned C2INP :1; unsigned C1INP :1; unsigned C1OUT :1; unsigned C2OUT :1; unsigned OSC2 :1; unsigned :1; }; struct { unsigned AN0 :1; unsigned AN1 :1; unsigned AN2 :1; unsigned AN3 :1; unsigned T0CKI :1; unsigned AN4 :1; unsigned :1; unsigned :1; }; } __PORTA_t; extern volatile __PORTA_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned RB : 8; }; /* aliases */ struct { unsigned :1; unsigned :1; unsigned AN8 :1; unsigned AN9 :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTB_t; extern volatile __PORTB_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned RC : 8; }; /* aliases */ struct { unsigned T1CKI :1; unsigned T1OSCI :1; unsigned ECCPA :1; unsigned :1; unsigned :1; unsigned :1; unsigned U1TX :1; unsigned U1RX :1; }; struct { unsigned T3CKI :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned T1OSCO :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTC_t; extern volatile __PORTC_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __PORTD_t; extern volatile __PORTD_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RDPU : 1; }; struct { unsigned RE : 8; }; /* aliases */ struct { unsigned :1; unsigned :1; unsigned :1; unsigned MCLR :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTE_t; extern volatile __PORTE_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned : 1; }; } __LATA_t; extern volatile __LATA_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATB_t; extern volatile __LATB_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATC_t; extern volatile __LATC_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATD_t; extern volatile __LATD_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATE_t; extern volatile __LATE_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned : 1; }; } __TRISA_t; extern volatile __TRISA_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISB_t; extern volatile __TRISB_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISC_t; extern volatile __TRISC_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISD_t; extern volatile __TRISD_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TRISE_t; extern volatile __TRISE_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN : 5; unsigned : 1; unsigned : 1; unsigned INTSRC : 1; }; } __OSCTUNE_t; extern volatile __OSCTUNE_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned SPPIE : 1; }; } __PIE1_t; extern volatile __PIE1_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned SPPIF : 1; }; } __PIR1_t; extern volatile __PIR1_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned SPPIP : 1; }; } __IPR1_t; extern volatile __IPR1_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned HLVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned USBIE : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; } __PIE2_t; extern volatile __PIE2_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned HLVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned USBIF : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; } __PIR2_t; extern volatile __PIR2_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned HLVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned USBIP : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; } __IPR2_t; extern volatile __IPR2_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1_t; extern volatile __EECON1_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; } __RCSTA_t; extern volatile __RCSTA_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTA_t; extern volatile __TXSTA_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned NOT_T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; } __T3CON_t; extern volatile __T3CON_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT : 1; unsigned C2OUT : 1; }; } __CMCON_t; extern volatile __CMCON_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCON_t; extern volatile __CVRCON_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1AS_t; extern volatile __ECCP1AS_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __ECCP1DEL_t; extern volatile __ECCP1DEL_t __at (0xFB7) ECCP1DELbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned TXCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; } __BAUDCON_t; extern volatile __BAUDCON_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP2CON_t; extern volatile __CCP2CON_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; } __CCP1CON_t; extern volatile __CCP1CON_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2_t; extern volatile __ADCON2_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1_t; extern volatile __ADCON1_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; } __ADCON0_t; extern volatile __ADCON0_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2_t; extern volatile __SSPCON2_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1_t; extern volatile __SSPCON1_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; } __SSPSTAT_t; extern volatile __SSPSTAT_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned TOUTPS0 : 1; unsigned TOUTPS1 : 1; unsigned TOUTPS2 : 1; unsigned TOUTPS3 : 1; unsigned : 1; }; } __T2CON_t; extern volatile __T2CON_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned NOT_T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; } __T1CON_t; extern volatile __T1CON_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; } __RCON_t; extern volatile __RCON_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCON_t; extern volatile __WDTCON_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned HLVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; } __HLVDCON_t; extern volatile __HLVDCON_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS : 2; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF : 3; unsigned IDLEN : 1; }; } __OSCCON_t; extern volatile __OSCCON_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; } __T0CON_t; extern volatile __T0CON_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUS_t; extern volatile __STATUS_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; typedef union { struct { unsigned FSR2H : 4; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __FSR2H_t; extern volatile __FSR2H_t __at (0xFDA) FSR2Hbits; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; typedef union { struct { unsigned BSR : 4; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __BSR_t; extern volatile __BSR_t __at (0xFE0) BSRbits; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; typedef union { struct { unsigned FSR1H : 4; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __FSR1H_t; extern volatile __FSR1H_t __at (0xFE2) FSR1Hbits; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; typedef union { struct { unsigned FSR0H : 4; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __FSR0H_t; extern volatile __FSR0H_t __at (0xFEA) FSR0Hbits; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; } __INTCON3_t; extern volatile __INTCON3_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned RBPU : 1; }; } __INTCON2_t; extern volatile __INTCON2_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCON_t; extern volatile __INTCON_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; typedef union { struct { unsigned TBLPTRU : 6; unsigned : 1; unsigned : 1; }; } __TBLPTRU_t; extern volatile __TBLPTRU_t __at (0xFF8) TBLPTRUbits; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; typedef union { struct { unsigned PCH : 8; }; } __PCLATH_t; extern volatile __PCLATH_t __at (0xFFA) PCLATHbits; extern __sfr __at (0xFFB) PCLATU; typedef union { struct { unsigned PCU : 5; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PCLATU_t; extern volatile __PCLATU_t __at (0xFFB) PCLATUbits; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR : 5; unsigned : 1; unsigned STKUNF : 1; unsigned STKFUL : 1; }; } __STKPTR_t; extern volatile __STKPTR_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; typedef union { struct { unsigned TOSU : 5; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TOSU_t; extern volatile __TOSU_t __at (0xFFF) TOSUbits; /* Configuration register locations */ #define __CONFIG1L 0x300000 #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Full-Speed USB Clock Source Selection 1L options */ #define _USBPLL_CLOCK_SRC_FROM_96MHZ_PLL_2_1L 0xFF /* Clock src from 96MHz PLL/2 */ #define _USBPLL_CLOCK_SRC_FROM_OSC1_OSC2_1L 0xDF /* Clock src from OSC1/OSC2 */ /* CPU System Clock Postscaler 1L options */ #define _CPUDIV__OSC1_OSC2_SRC___4__96MHZ_PLL_SRC___6__1L 0xFF /* [OSC1/OSC2 Src: /4][96MHz PLL Src: /6] */ #define _CPUDIV__OSC1_OSC2_SRC___3__96MHZ_PLL_SRC___4__1L 0xF7 /* [OSC1/OSC2 Src: /3][96MHz PLL Src: /4] */ #define _CPUDIV__OSC1_OSC2_SRC___2__96MHZ_PLL_SRC___3__1L 0xEF /* [OSC1/OSC2 Src: /2][96MHz PLL Src: /3] */ #define _CPUDIV__OSC1_OSC2_SRC___1__96MHZ_PLL_SRC___2__1L 0xE7 /* [OSC1/OSC2 Src: /1][96MHz PLL Src: /2] */ /* 96MHz PLL Prescaler 1L options */ #define _PLLDIV_DIVIDE_BY_12__48MHZ_INPUT__1L 0xFF /* Divide by 12 (48MHz input) */ #define _PLLDIV_DIVIDE_BY_10__40MHZ_INPUT__1L 0xFE /* Divide by 10 (40MHz input) */ #define _PLLDIV_DIVIDE_BY_6__24MHZ_INPUT__1L 0xFD /* Divide by 6 (24MHz input) */ #define _PLLDIV_DIVIDE_BY_5__20MHZ_INPUT__1L 0xFC /* Divide by 5 (20MHz input) */ #define _PLLDIV_DIVIDE_BY_4__16MHZ_INPUT__1L 0xFB /* Divide by 4 (16MHz input) */ #define _PLLDIV_DIVIDE_BY_3__12MHZ_INPUT__1L 0xFA /* Divide by 3 (12MHz input) */ #define _PLLDIV_DIVIDE_BY_2__8MHZ_INPUT__1L 0xF9 /* Divide by 2 (8MHz input) */ #define _PLLDIV_NO_DIVIDE__4MHZ_INPUT__1L 0xF8 /* No Divide (4MHz input) */ /* Oscillator 1H options */ #define _OSC_HS__HS_PLL__USB_HS_1H 0xFE /* HS: HS+PLL, USB-HS */ #define _OSC_HS__USB_HS_1H 0xFC /* HS: USB-HS */ #define _OSC_INTOSC__USB_HS_1H 0xFB /* INTOSC: USB-HS */ #define _OSC_INTOSC__USB_XT_1H 0xFA /* INTOSC: USB-XT */ #define _OSC_INTOSC__INTOSC_CLK0_RA6___USB_EC_1H 0xF9 /* INTOSC: INTOSC+CLK0{RA6}, USB-EC */ #define _OSC_INTOSC__INTOSC_RA6__USB_EC_1H 0xF8 /* INTOSC: INTOSC+RA6, USB-EC */ #define _OSC_EC__EC_PLL__EC_PLL_CLKO_RA6___USB_EC_1H 0xF7 /* EC: EC+PLL, EC+PLL+CLKO{RA6}, USB-EC */ #define _OSC_EC__EC_PLL__EC_PLL_RA6__USB_EC_1H 0xF6 /* EC: EC+PLL, EC+PLL+RA6, USB-EC */ #define _OSC_EC__EC_CLKO_RA6___USB_EC_1H 0xF5 /* EC: EC+CLKO{RA6}, USB-EC */ #define _OSC_EC__EC_RA6__USB_EC_1H 0xF4 /* EC: EC+RA6, USB-EC */ #define _OSC_XT__XT_PLL__USB_XT_1H 0xF2 /* XT: XT+PLL, USB-XT */ #define _OSC_XT__USB_XT_1H 0xF0 /* XT: USB-XT */ /* Fail-Safe Clock Monitor Enable 1H options */ #define _FCMEN_OFF_1H 0xBF /* Disabled */ #define _FCMEN_ON_1H 0xFF /* Enabled */ /* Internal External Switch Over Mode 1H options */ #define _IESO_OFF_1H 0x7F /* Disabled */ #define _IESO_ON_1H 0xFF /* Enabled */ /* USB Voltage Regulator 2L options */ #define _VREGEN_ON_2L 0xFF /* Enabled */ #define _VREGEN_OFF_2L 0xDF /* Disabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled in hardware, SBOREN disabled */ #define _BODEN_ON_WHILE_ACTIVE_2L 0xFD /* Enabled while active,disabled in SLEEP,SBOREN disabled */ #define _BODEN_CONTROLLED_WITH_SBOREN_BIT_2L 0xFB /* Controlled with SBOREN bit */ #define _BODEN_OFF_2L 0xF9 /* Disabled in hardware, SBOREN disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_0V_2L 0xFF /* 2.0V */ #define _BODENV_2_7V_2L 0xF7 /* 2.7V */ #define _BODENV_4_2V_2L 0xEF /* 4.2V */ #define _BODENV_4_5V_2L 0xE7 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_DISABLED_CONTROLLED_2H 0xFE /* Disabled-Controlled by SWDTEN bit */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_32768_2H 0xFF /* 1:32768 */ #define _WDTPS_1_16384_2H 0xFD /* 1:16384 */ #define _WDTPS_1_8192_2H 0xFB /* 1:8192 */ #define _WDTPS_1_4096_2H 0xF9 /* 1:4096 */ #define _WDTPS_1_2048_2H 0xF7 /* 1:2048 */ #define _WDTPS_1_1024_2H 0xF5 /* 1:1024 */ #define _WDTPS_1_512_2H 0xF3 /* 1:512 */ #define _WDTPS_1_256_2H 0xF1 /* 1:256 */ #define _WDTPS_1_128_2H 0xEF /* 1:128 */ #define _WDTPS_1_64_2H 0xED /* 1:64 */ #define _WDTPS_1_32_2H 0xEB /* 1:32 */ #define _WDTPS_1_16_2H 0xE9 /* 1:16 */ #define _WDTPS_1_8_2H 0xE7 /* 1:8 */ #define _WDTPS_1_4_2H 0xE5 /* 1:4 */ #define _WDTPS_1_2_2H 0xE3 /* 1:2 */ #define _WDTPS_1_1_2H 0xE1 /* 1:1 */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RB3_3H 0xFE /* RB3 */ /* PortB A/D Enable 3H options */ #define _PBADEN_PORTB_4_0__CONFIGURED_AS_ANALOG_INPUTS_ON_RESET_3H 0xFF /* PORTB<4:0> configured as analog inputs on RESET */ #define _PBADEN_PORTB_4_0__CONFIGURED_AS_DIGITAL_I_O_ON_RESET_3H 0xFD /* PORTB<4:0> configured as digital I/O on RESET */ /* Low Power Timer1 Osc enable 3H options */ #define _LPT1OSC_ON_3H 0xFF /* Enabled */ #define _LPT1OSC_OFF_3H 0xFB /* Disabled */ /* Master Clear Enable 3H options */ #define _MCLRE_MCLR_ON_RE3_OFF_3H 0xFF /* MCLR Enabled,RE3 Disabled */ #define _MCLRE_MCLR_OFF_RE3_ON_3H 0x7F /* MCLR Disabled,RE3 Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Dedicated In-Circuit Port {ICD/ICSP} 4L options */ #define _ENICPORT_OFF_4L 0xDF /* Disabled */ /* Extended CPU Enable 4L options */ #define _ENHCPU_ON_4L 0xFF /* Enabled */ #define _ENHCPU_OFF_4L 0xBF /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Code Protect 00800-01FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 02000-03FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Code Protect 04000-05FFF 5L options */ #define _CP_2_OFF_5L 0xFF /* Disabled */ #define _CP_2_ON_5L 0xFB /* Enabled */ /* Code Protect 06000-07FFF 5L options */ #define _CP_3_OFF_5L 0xFF /* Disabled */ #define _CP_3_ON_5L 0xF7 /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00800-01FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 02000-03FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Table Write Protect 04000-05FFF 6L options */ #define _WRT_2_OFF_6L 0xFF /* Disabled */ #define _WRT_2_ON_6L 0xFB /* Enabled */ /* Table Write Protect 06000-07FFF 6L options */ #define _WRT_3_OFF_6L 0xFF /* Disabled */ #define _WRT_3_ON_6L 0xF7 /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00800-01FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 02000-03FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect 04000-05FFF 7L options */ #define _EBTR_2_OFF_7L 0xFF /* Disabled */ #define _EBTR_2_ON_7L 0xFB /* Enabled */ /* Table Read Protect 06000-07FFF 7L options */ #define _EBTR_3_OFF_7L 0xFF /* Disabled */ #define _EBTR_3_ON_7L 0xF7 /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Location of User ID words */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif // __PIC18F2455__ sdcc-2.9.0/device/include/pic16/pic18f248.h000066400000000000000000001454021116427777700177740ustar00rootroot00000000000000 /* * pic18f248.h - PIC18F248 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f248.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F248_H__ #define __PIC18F248_H__ extern __sfr __at (0xf00) RXF0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF0SIDHbits_t; extern volatile __RXF0SIDHbits_t __at (0xf00) RXF0SIDHbits; extern __sfr __at (0xf01) RXF0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xf01) RXF0SIDLbits; extern __sfr __at (0xf02) RXF0EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF0EIDHbits_t; extern volatile __RXF0EIDHbits_t __at (0xf02) RXF0EIDHbits; extern __sfr __at (0xf03) RXF0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF0EIDLbits_t; extern volatile __RXF0EIDLbits_t __at (0xf03) RXF0EIDLbits; extern __sfr __at (0xf04) RXF1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF1SIDHbits_t; extern volatile __RXF1SIDHbits_t __at (0xf04) RXF1SIDHbits; extern __sfr __at (0xf05) RXF1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xf05) RXF1SIDLbits; extern __sfr __at (0xf06) RXF1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF1EIDHbits_t; extern volatile __RXF1EIDHbits_t __at (0xf06) RXF1EIDHbits; extern __sfr __at (0xf07) RXF1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF1EIDLbits_t; extern volatile __RXF1EIDLbits_t __at (0xf07) RXF1EIDLbits; extern __sfr __at (0xf08) RXF2SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF2SIDHbits_t; extern volatile __RXF2SIDHbits_t __at (0xf08) RXF2SIDHbits; extern __sfr __at (0xf09) RXF2SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF2SIDLbits_t; extern volatile __RXF2SIDLbits_t __at (0xf09) RXF2SIDLbits; extern __sfr __at (0xf0a) RXF2EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF2EIDHbits_t; extern volatile __RXF2EIDHbits_t __at (0xf0a) RXF2EIDHbits; extern __sfr __at (0xf0b) RXF2EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xf0b) RXF2EIDLbits; extern __sfr __at (0xf0c) RXF3SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF3SIDHbits_t; extern volatile __RXF3SIDHbits_t __at (0xf0c) RXF3SIDHbits; extern __sfr __at (0xf0d) RXF3SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xf0d) RXF3SIDLbits; extern __sfr __at (0xf0e) RXF3EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF3EIDHbits_t; extern volatile __RXF3EIDHbits_t __at (0xf0e) RXF3EIDHbits; extern __sfr __at (0xf0f) RXF3EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF3EIDLbits_t; extern volatile __RXF3EIDLbits_t __at (0xf0f) RXF3EIDLbits; extern __sfr __at (0xf10) RXF4SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF4SIDHbits_t; extern volatile __RXF4SIDHbits_t __at (0xf10) RXF4SIDHbits; extern __sfr __at (0xf11) RXF4SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xf11) RXF4SIDLbits; extern __sfr __at (0xf12) RXF4EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF4EIDHbits_t; extern volatile __RXF4EIDHbits_t __at (0xf12) RXF4EIDHbits; extern __sfr __at (0xf13) RXF4EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF4EIDLbits_t; extern volatile __RXF4EIDLbits_t __at (0xf13) RXF4EIDLbits; extern __sfr __at (0xf14) RXF5SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF5SIDHbits_t; extern volatile __RXF5SIDHbits_t __at (0xf14) RXF5SIDHbits; extern __sfr __at (0xf15) RXF5SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xf15) RXF5SIDLbits; extern __sfr __at (0xf16) RXF5EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF5EIDHbits_t; extern volatile __RXF5EIDHbits_t __at (0xf16) RXF5EIDHbits; extern __sfr __at (0xf17) RXF5EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF5EIDLbits_t; extern volatile __RXF5EIDLbits_t __at (0xf17) RXF5EIDLbits; extern __sfr __at (0xf18) RXM0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXM0SIDHbits_t; extern volatile __RXM0SIDHbits_t __at (0xf18) RXM0SIDHbits; extern __sfr __at (0xf19) RXM0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xf19) RXM0SIDLbits; extern __sfr __at (0xf1a) RXM0EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXM0EIDHbits_t; extern volatile __RXM0EIDHbits_t __at (0xf1a) RXM0EIDHbits; extern __sfr __at (0xf1b) RXM0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXM0EIDLbits_t; extern volatile __RXM0EIDLbits_t __at (0xf1b) RXM0EIDLbits; extern __sfr __at (0xf1c) RXM1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXM1SIDHbits_t; extern volatile __RXM1SIDHbits_t __at (0xf1c) RXM1SIDHbits; extern __sfr __at (0xf1d) RXM1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDEN:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xf1d) RXM1SIDLbits; extern __sfr __at (0xf1e) RXM1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXM1EIDHbits_t; extern volatile __RXM1EIDHbits_t __at (0xf1e) RXM1EIDHbits; extern __sfr __at (0xf1f) RXM1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXM1EIDLbits_t; extern volatile __RXM1EIDLbits_t __at (0xf1f) RXM1EIDLbits; extern __sfr __at (0xf20) TXB2CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xf20) TXB2CONbits; extern __sfr __at (0xf21) TXB2SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __TXB2SIDHbits_t; extern volatile __TXB2SIDHbits_t __at (0xf21) TXB2SIDHbits; extern __sfr __at (0xf22) TXB2SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDEN:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xf22) TXB2SIDLbits; extern __sfr __at (0xf23) TXB2EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __TXB2EIDHbits_t; extern volatile __TXB2EIDHbits_t __at (0xf23) TXB2EIDHbits; extern __sfr __at (0xf24) TXB2EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __TXB2EIDLbits_t; extern volatile __TXB2EIDLbits_t __at (0xf24) TXB2EIDLbits; extern __sfr __at (0xf25) TXB2DLC; typedef union { struct { unsigned TXB2DLC0:1; unsigned TXB2DLC1:1; unsigned TXB2DLC2:1; unsigned TXB2DLC3:1; unsigned :1; unsigned :1; unsigned TXB2TXRTR:1; unsigned :1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xf25) TXB2DLCbits; extern __sfr __at (0xf26) TXB2D0; typedef union { struct { unsigned TXB2D00:1; unsigned TXB2D01:1; unsigned TXB2D02:1; unsigned TXB2D03:1; unsigned TXB2D04:1; unsigned TXB2D05:1; unsigned TXB2D06:1; unsigned TXB2D07:1; }; } __TXB2D0bits_t; extern volatile __TXB2D0bits_t __at (0xf26) TXB2D0bits; extern __sfr __at (0xf27) TXB2D1; typedef union { struct { unsigned TXB2D10:1; unsigned TXB2D11:1; unsigned TXB2D12:1; unsigned TXB2D13:1; unsigned TXB2D14:1; unsigned TXB2D15:1; unsigned TXB2D16:1; unsigned TXB2D17:1; }; } __TXB2D1bits_t; extern volatile __TXB2D1bits_t __at (0xf27) TXB2D1bits; extern __sfr __at (0xf28) TXB2D2; typedef union { struct { unsigned TXB2D20:1; unsigned TXB2D21:1; unsigned TXB2D22:1; unsigned TXB2D23:1; unsigned TXB2D24:1; unsigned TXB2D25:1; unsigned TXB2D26:1; unsigned TXB2D27:1; }; } __TXB2D2bits_t; extern volatile __TXB2D2bits_t __at (0xf28) TXB2D2bits; extern __sfr __at (0xf29) TXB2D3; typedef union { struct { unsigned TXB2D30:1; unsigned TXB2D31:1; unsigned TXB2D32:1; unsigned TXB2D33:1; unsigned TXB2D34:1; unsigned TXB2D35:1; unsigned TXB2D36:1; unsigned TXB2D37:1; }; } __TXB2D3bits_t; extern volatile __TXB2D3bits_t __at (0xf29) TXB2D3bits; extern __sfr __at (0xf2a) TXB2D4; typedef union { struct { unsigned TXB2D40:1; unsigned TXB2D41:1; unsigned TXB2D42:1; unsigned TXB2D43:1; unsigned TXB2D44:1; unsigned TXB2D45:1; unsigned TXB2D46:1; unsigned TXB2D47:1; }; } __TXB2D4bits_t; extern volatile __TXB2D4bits_t __at (0xf2a) TXB2D4bits; extern __sfr __at (0xf2b) TXB2D5; typedef union { struct { unsigned TXB2D50:1; unsigned TXB2D51:1; unsigned TXB2D52:1; unsigned TXB2D53:1; unsigned TXB2D54:1; unsigned TXB2D55:1; unsigned TXB2D56:1; unsigned TXB2D57:1; }; } __TXB2D5bits_t; extern volatile __TXB2D5bits_t __at (0xf2b) TXB2D5bits; extern __sfr __at (0xf2c) TXB2D6; typedef union { struct { unsigned TXB2D60:1; unsigned TXB2D61:1; unsigned TXB2D62:1; unsigned TXB2D63:1; unsigned TXB2D64:1; unsigned TXB2D65:1; unsigned TXB2D66:1; unsigned TXB2D67:1; }; } __TXB2D6bits_t; extern volatile __TXB2D6bits_t __at (0xf2c) TXB2D6bits; extern __sfr __at (0xf2d) TXB2D7; typedef union { struct { unsigned TXB2D70:1; unsigned TXB2D71:1; unsigned TXB2D72:1; unsigned TXB2D73:1; unsigned TXB2D74:1; unsigned TXB2D75:1; unsigned TXB2D76:1; unsigned TXB2D77:1; }; } __TXB2D7bits_t; extern volatile __TXB2D7bits_t __at (0xf2d) TXB2D7bits; extern __sfr __at (0xf2e) CANSTATRO4; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO4bits_t; extern volatile __CANSTATRO4bits_t __at (0xf2e) CANSTATRO4bits; extern __sfr __at (0xf30) TXB1CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xf30) TXB1CONbits; extern __sfr __at (0xf31) TXB1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __TXB1SIDHbits_t; extern volatile __TXB1SIDHbits_t __at (0xf31) TXB1SIDHbits; extern __sfr __at (0xf32) TXB1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xf32) TXB1SIDLbits; extern __sfr __at (0xf33) TXB1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __TXB1EIDHbits_t; extern volatile __TXB1EIDHbits_t __at (0xf33) TXB1EIDHbits; extern __sfr __at (0xf34) TXB1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __TXB1EIDLbits_t; extern volatile __TXB1EIDLbits_t __at (0xf34) TXB1EIDLbits; extern __sfr __at (0xf35) TXB1DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned :1; unsigned :1; unsigned TXRTR:1; unsigned :1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xf35) TXB1DLCbits; extern __sfr __at (0xf36) TXB1D0; typedef union { struct { unsigned TXB1D00:1; unsigned TXB1D01:1; unsigned TXB1D02:1; unsigned TXB1D03:1; unsigned TXB1D04:1; unsigned TXB1D05:1; unsigned TXB1D06:1; unsigned TXB1D07:1; }; } __TXB1D0bits_t; extern volatile __TXB1D0bits_t __at (0xf36) TXB1D0bits; extern __sfr __at (0xf37) TXB1D1; typedef union { struct { unsigned TXB1D10:1; unsigned TXB1D11:1; unsigned TXB1D12:1; unsigned TXB1D13:1; unsigned TXB1D14:1; unsigned TXB1D15:1; unsigned TXB1D16:1; unsigned TXB1D17:1; }; } __TXB1D1bits_t; extern volatile __TXB1D1bits_t __at (0xf37) TXB1D1bits; extern __sfr __at (0xf38) TXB1D2; typedef union { struct { unsigned TXB1D20:1; unsigned TXB1D21:1; unsigned TXB1D22:1; unsigned TXB1D23:1; unsigned TXB1D24:1; unsigned TXB1D25:1; unsigned TXB1D26:1; unsigned TXB1D27:1; }; } __TXB1D2bits_t; extern volatile __TXB1D2bits_t __at (0xf38) TXB1D2bits; extern __sfr __at (0xf39) TXB1D3; typedef union { struct { unsigned TXB1D30:1; unsigned TXB1D31:1; unsigned TXB1D32:1; unsigned TXB1D33:1; unsigned TXB1D34:1; unsigned TXB1D35:1; unsigned TXB1D36:1; unsigned TXB1D37:1; }; } __TXB1D3bits_t; extern volatile __TXB1D3bits_t __at (0xf39) TXB1D3bits; extern __sfr __at (0xf3a) TXB1D4; typedef union { struct { unsigned TXB1D40:1; unsigned TXB1D41:1; unsigned TXB1D42:1; unsigned TXB1D43:1; unsigned TXB1D44:1; unsigned TXB1D45:1; unsigned TXB1D46:1; unsigned TXB1D47:1; }; } __TXB1D4bits_t; extern volatile __TXB1D4bits_t __at (0xf3a) TXB1D4bits; extern __sfr __at (0xf3b) TXB1D5; typedef union { struct { unsigned TXB1D50:1; unsigned TXB1D51:1; unsigned TXB1D52:1; unsigned TXB1D53:1; unsigned TXB1D54:1; unsigned TXB1D55:1; unsigned TXB1D56:1; unsigned TXB1D57:1; }; } __TXB1D5bits_t; extern volatile __TXB1D5bits_t __at (0xf3b) TXB1D5bits; extern __sfr __at (0xf3c) TXB1D6; typedef union { struct { unsigned TXB1D60:1; unsigned TXB1D61:1; unsigned TXB1D62:1; unsigned TXB1D63:1; unsigned TXB1D64:1; unsigned TXB1D65:1; unsigned TXB1D66:1; unsigned TXB1D67:1; }; } __TXB1D6bits_t; extern volatile __TXB1D6bits_t __at (0xf3c) TXB1D6bits; extern __sfr __at (0xf3d) TXB1D7; typedef union { struct { unsigned TXB1D70:1; unsigned TXB1D71:1; unsigned TXB1D72:1; unsigned TXB1D73:1; unsigned TXB1D74:1; unsigned TXB1D75:1; unsigned TXB1D76:1; unsigned TXB1D77:1; }; } __TXB1D7bits_t; extern volatile __TXB1D7bits_t __at (0xf3d) TXB1D7bits; extern __sfr __at (0xf3e) CANSTATRO3; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO3bits_t; extern volatile __CANSTATRO3bits_t __at (0xf3e) CANSTATRO3bits; extern __sfr __at (0xf40) TXB0CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xf40) TXB0CONbits; extern __sfr __at (0xf41) TXB0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __TXB0SIDHbits_t; extern volatile __TXB0SIDHbits_t __at (0xf41) TXB0SIDHbits; extern __sfr __at (0xf42) TXB0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB0SIDLbits_t; extern volatile __TXB0SIDLbits_t __at (0xf42) TXB0SIDLbits; extern __sfr __at (0xf43) TXB0EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __TXB0EIDHbits_t; extern volatile __TXB0EIDHbits_t __at (0xf43) TXB0EIDHbits; extern __sfr __at (0xf44) TXB0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __TXB0EIDLbits_t; extern volatile __TXB0EIDLbits_t __at (0xf44) TXB0EIDLbits; extern __sfr __at (0xf45) TXB0DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned :1; unsigned :1; unsigned TXRTR:1; unsigned :1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xf45) TXB0DLCbits; extern __sfr __at (0xf46) TXB0D0; typedef union { struct { unsigned TXB0D00:1; unsigned TXB0D01:1; unsigned TXB0D02:1; unsigned TXB0D03:1; unsigned TXB0D04:1; unsigned TXB0D05:1; unsigned TXB0D06:1; unsigned TXB0D07:1; }; } __TXB0D0bits_t; extern volatile __TXB0D0bits_t __at (0xf46) TXB0D0bits; extern __sfr __at (0xf47) TXB0D1; typedef union { struct { unsigned TXB0D10:1; unsigned TXB0D11:1; unsigned TXB0D12:1; unsigned TXB0D13:1; unsigned TXB0D14:1; unsigned TXB0D15:1; unsigned TXB0D16:1; unsigned TXB0D17:1; }; } __TXB0D1bits_t; extern volatile __TXB0D1bits_t __at (0xf47) TXB0D1bits; extern __sfr __at (0xf48) TXB0D2; typedef union { struct { unsigned TXB0D20:1; unsigned TXB0D21:1; unsigned TXB0D22:1; unsigned TXB0D23:1; unsigned TXB0D24:1; unsigned TXB0D25:1; unsigned TXB0D26:1; unsigned TXB0D27:1; }; } __TXB0D2bits_t; extern volatile __TXB0D2bits_t __at (0xf48) TXB0D2bits; extern __sfr __at (0xf49) TXB0D3; typedef union { struct { unsigned TXB0D30:1; unsigned TXB0D31:1; unsigned TXB0D32:1; unsigned TXB0D33:1; unsigned TXB0D34:1; unsigned TXBD035:1; unsigned TXBD0D36:1; unsigned TXB0D37:1; }; } __TXB0D3bits_t; extern volatile __TXB0D3bits_t __at (0xf49) TXB0D3bits; extern __sfr __at (0xf4a) TXB0D4; typedef union { struct { unsigned TXB0D40:1; unsigned TXB0D41:1; unsigned TXB0D42:1; unsigned TXB0D43:1; unsigned TXB0D44:1; unsigned TXB0D45:1; unsigned TXB0D46:1; unsigned TXB0D47:1; }; } __TXB0D4bits_t; extern volatile __TXB0D4bits_t __at (0xf4a) TXB0D4bits; extern __sfr __at (0xf4b) TXB0D5; typedef union { struct { unsigned TXB0D50:1; unsigned TXB0D51:1; unsigned TXB0D52:1; unsigned TXB0D53:1; unsigned TXB0D54:1; unsigned TXB0D55:1; unsigned TXB0D56:1; unsigned TXB0D57:1; }; } __TXB0D5bits_t; extern volatile __TXB0D5bits_t __at (0xf4b) TXB0D5bits; extern __sfr __at (0xf4c) TXB0D6; typedef union { struct { unsigned TXB0D60:1; unsigned TXB0D61:1; unsigned TXB0D62:1; unsigned TXB0D63:1; unsigned TXB0D64:1; unsigned TXB0D65:1; unsigned TXB0D66:1; unsigned TXB0D67:1; }; } __TXB0D6bits_t; extern volatile __TXB0D6bits_t __at (0xf4c) TXB0D6bits; extern __sfr __at (0xf4d) TXB0D7; typedef union { struct { unsigned TXB0D70:1; unsigned TXB0D71:1; unsigned TXB0D72:1; unsigned TXB0D73:1; unsigned TXB0D74:1; unsigned TXB0D75:1; unsigned TXB0D76:1; unsigned TXB0D77:1; }; } __TXB0D7bits_t; extern volatile __TXB0D7bits_t __at (0xf4d) TXB0D7bits; extern __sfr __at (0xf4e) CANSTATRO2; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO2bits_t; extern volatile __CANSTATRO2bits_t __at (0xf4e) CANSTATRO2bits; extern __sfr __at (0xf50) RXB1CON; typedef union { struct { unsigned FILHIT0:1; unsigned FILHIT1:1; unsigned FILHIT2:1; unsigned RXRTRRO:1; unsigned :1; unsigned RXM0:1; unsigned RXM1:1; unsigned RXFUL:1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xf50) RXB1CONbits; extern __sfr __at (0xf51) RXB1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXB1SIDHbits_t; extern volatile __RXB1SIDHbits_t __at (0xf51) RXB1SIDHbits; extern __sfr __at (0xf52) RXB1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned SRR:1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xf52) RXB1SIDLbits; extern __sfr __at (0xf53) RXB1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXB1EIDHbits_t; extern volatile __RXB1EIDHbits_t __at (0xf53) RXB1EIDHbits; extern __sfr __at (0xf54) RXB1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXB1EIDLbits_t; extern volatile __RXB1EIDLbits_t __at (0xf54) RXB1EIDLbits; extern __sfr __at (0xf55) RXB1DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned RESB0:1; unsigned RESB1:1; unsigned RXRTR:1; unsigned :1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xf55) RXB1DLCbits; extern __sfr __at (0xf56) RXB1D0; typedef union { struct { unsigned RXB1D00:1; unsigned RXB1D01:1; unsigned RXB1D02:1; unsigned RXB1D03:1; unsigned RXB1D04:1; unsigned RXB1D05:1; unsigned RXB1D06:1; unsigned RXB1D07:1; }; } __RXB1D0bits_t; extern volatile __RXB1D0bits_t __at (0xf56) RXB1D0bits; extern __sfr __at (0xf57) RXB1D1; typedef union { struct { unsigned RXB1D10:1; unsigned RXB1D11:1; unsigned RXB1D12:1; unsigned RXB1D13:1; unsigned RXB1D14:1; unsigned RXB1D15:1; unsigned RXB1D16:1; unsigned RXB1D17:1; }; } __RXB1D1bits_t; extern volatile __RXB1D1bits_t __at (0xf57) RXB1D1bits; extern __sfr __at (0xf58) RXB1D2; typedef union { struct { unsigned RXB1D20:1; unsigned RXB1D21:1; unsigned RXB1D22:1; unsigned RXB1D23:1; unsigned RXB1D24:1; unsigned RXB1D25:1; unsigned RXB1D26:1; unsigned RXB1D27:1; }; } __RXB1D2bits_t; extern volatile __RXB1D2bits_t __at (0xf58) RXB1D2bits; extern __sfr __at (0xf59) RXB1D3; typedef union { struct { unsigned RXB1D30:1; unsigned RXB1D31:1; unsigned RXB1D32:1; unsigned RXB1D33:1; unsigned RXB1D34:1; unsigned RXB1D35:1; unsigned RXB1D36:1; unsigned RXB1D37:1; }; } __RXB1D3bits_t; extern volatile __RXB1D3bits_t __at (0xf59) RXB1D3bits; extern __sfr __at (0xf5a) RXB1D4; typedef union { struct { unsigned RXB1D40:1; unsigned RXB1D41:1; unsigned RXB1D42:1; unsigned RXB1D43:1; unsigned RXB1D44:1; unsigned RXB1D45:1; unsigned RXB1D46:1; unsigned RXB1D47:1; }; } __RXB1D4bits_t; extern volatile __RXB1D4bits_t __at (0xf5a) RXB1D4bits; extern __sfr __at (0xf5b) RXB1D5; typedef union { struct { unsigned RXB1D50:1; unsigned RXB1D51:1; unsigned RXB1D52:1; unsigned RXB1D53:1; unsigned RXB1D54:1; unsigned RXB1D55:1; unsigned RXB1D56:1; unsigned RXB1D57:1; }; } __RXB1D5bits_t; extern volatile __RXB1D5bits_t __at (0xf5b) RXB1D5bits; extern __sfr __at (0xf5c) RXB1D6; typedef union { struct { unsigned RXB1D60:1; unsigned RXB1D61:1; unsigned RXB1D62:1; unsigned RXB1D63:1; unsigned RXB1D64:1; unsigned RXB1D65:1; unsigned RXB1D66:1; unsigned RXB1D67:1; }; } __RXB1D6bits_t; extern volatile __RXB1D6bits_t __at (0xf5c) RXB1D6bits; extern __sfr __at (0xf5d) RXB1D7; typedef union { struct { unsigned RXB1D70:1; unsigned RXB1D71:1; unsigned RXB1D72:1; unsigned RXB1D73:1; unsigned RXB1D74:1; unsigned RXB1D75:1; unsigned RXB1D76:1; unsigned RXB1D77:1; }; } __RXB1D7bits_t; extern volatile __RXB1D7bits_t __at (0xf5d) RXB1D7bits; extern __sfr __at (0xf5e) CANSTATRO1; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO1bits_t; extern volatile __CANSTATRO1bits_t __at (0xf5e) CANSTATRO1bits; extern __sfr __at (0xf60) RXB0CON; typedef union { struct { unsigned FILHIT0:1; unsigned RXB0DBEN_R:1; unsigned RXB0DBEN:1; unsigned RXRTRR0:1; unsigned :1; unsigned RXM0:1; unsigned RXM1:1; unsigned RXFUL:1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xf60) RXB0CONbits; extern __sfr __at (0xf61) RXB0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXB0SIDHbits_t; extern volatile __RXB0SIDHbits_t __at (0xf61) RXB0SIDHbits; extern __sfr __at (0xf62) RXB0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXID:1; unsigned SRR:1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xf62) RXB0SIDLbits; extern __sfr __at (0xf63) RXB0EIDH; typedef union { struct { unsigned EID8:1; unsigned EDI9:1; unsigned EID10:1; unsigned ED11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXB0EIDHbits_t; extern volatile __RXB0EIDHbits_t __at (0xf63) RXB0EIDHbits; extern __sfr __at (0xf64) RXB0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXB0EIDLbits_t; extern volatile __RXB0EIDLbits_t __at (0xf64) RXB0EIDLbits; extern __sfr __at (0xf65) RXB0DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned RESB0:1; unsigned RESB1:1; unsigned RTR:1; unsigned :1; }; } __RXB0DLCbits_t; extern volatile __RXB0DLCbits_t __at (0xf65) RXB0DLCbits; extern __sfr __at (0xf66) RXB0D0; extern __sfr __at (0xf67) RXB0D1; extern __sfr __at (0xf68) RXB0D2; extern __sfr __at (0xf69) RXB0D3; extern __sfr __at (0xf6a) RXB0D4; extern __sfr __at (0xf6b) RXB0D5; extern __sfr __at (0xf6c) RXB0D6; extern __sfr __at (0xf6d) RXB0D7; extern __sfr __at (0xf6e) CANSTAT; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xf6e) CANSTATbits; extern __sfr __at (0xf6f) CANCON; typedef union { struct { unsigned WIN0:1; unsigned WIN1:1; unsigned WIN2:1; unsigned WIN3:1; unsigned ABAT:1; unsigned REQOP0:1; unsigned REQOP1:1; unsigned REQOP2:1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xf6f) CANCONbits; extern __sfr __at (0xf70) BRGCON1; typedef union { struct { unsigned BRP0:1; unsigned BRP1:1; unsigned BRP2:1; unsigned BRP3:1; unsigned BRP4:1; unsigned BRP5:1; unsigned SJW0:1; unsigned SJW1:1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xf70) BRGCON1bits; extern __sfr __at (0xf71) BRGCON2; typedef union { struct { unsigned PRSEG0:1; unsigned PRSEG1:1; unsigned PRSEG2:1; unsigned SEG1PH0:1; unsigned SEG1PH1:1; unsigned SEG1PH2:1; unsigned SAM:1; unsigned SEG2PHTS:1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xf71) BRGCON2bits; extern __sfr __at (0xf72) BRGCON3; typedef union { struct { unsigned SEG2PH0:1; unsigned SEG2PH1:1; unsigned SEG2PH2:1; unsigned :1; unsigned :1; unsigned :1; unsigned WAKFIL:1; unsigned :1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xf72) BRGCON3bits; extern __sfr __at (0xf73) CIOCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned CANCAP:1; unsigned ENDRHI:1; unsigned :1; unsigned :1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xf73) CIOCONbits; extern __sfr __at (0xf74) COMSTAT; typedef union { struct { unsigned EWARN:1; unsigned RXWARN:1; unsigned TXWARN:1; unsigned RXBP:1; unsigned TXBP:1; unsigned TXBO:1; unsigned RXB1OVFL:1; unsigned RXB0OVFL:1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xf74) COMSTATbits; extern __sfr __at (0xf75) RXERRCNT; typedef union { struct { unsigned REC0:1; unsigned REC1:1; unsigned REC2:1; unsigned REC3:1; unsigned REC4:1; unsigned REC5:1; unsigned REC6:1; unsigned REC7:1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xf75) RXERRCNTbits; extern __sfr __at (0xf76) TXERRCNT; typedef union { struct { unsigned TEC0:1; unsigned TEC1:1; unsigned TEC2:1; unsigned TEC3:1; unsigned TEC4:1; unsigned TEC5:1; unsigned TEC6:1; unsigned TEC7:1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xf76) TXERRCNTbits; extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned CMIE:1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned CMIF:1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned CMIP:1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa3) PIE3; typedef union { struct { unsigned RX0IE:1; unsigned RX1IE:1; unsigned TX0IE:1; unsigned TX1IE:1; unsigned TX2IE:1; unsigned ERRIE:1; unsigned WAKIE:1; unsigned IVRE:1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xfa3) PIE3bits; extern __sfr __at (0xfa4) PIR3; typedef union { struct { unsigned RX0IF:1; unsigned RX1IF:1; unsigned TX0IF:1; unsigned TX1IF:1; unsigned TX2IF:1; unsigned ERRIF:1; unsigned WAKIF:1; unsigned IVRF:1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xfa4) PIR3bits; extern __sfr __at (0xfa5) IPR3; typedef union { struct { unsigned RX0IP:1; unsigned RX1IP:1; unsigned TX0IP:1; unsigned TX1IP:1; unsigned TX2IP:1; unsigned ERRIP:1; unsigned WAKIP:1; unsigned IVRP:1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xfa5) IPR3bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfab) RCSTA; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned :1; unsigned :1; unsigned ADCS2:1; unsigned ADFM:1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned :1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned ADCS0:1; unsigned ADCS1:1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; typedef union { struct { unsigned T0PS0:1; unsigned T0PS1:1; unsigned T0PS2:1; unsigned PSA:1; unsigned T0SE:1; unsigned T0CS:1; unsigned T08BIT:1; unsigned TMR0ON:1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xfd5) T0CONbits; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned :1; unsigned :1; unsigned INT1E:1; unsigned :1; unsigned :1; unsigned INT1P:1; unsigned :1; }; struct { unsigned INT1IF:1; unsigned :1; unsigned :1; unsigned INT2IE:1; unsigned :1; unsigned :1; unsigned INT1IP:1; unsigned :1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned :1; unsigned T0IP:1; unsigned :1; unsigned :1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_0V_2L 0xFF /* 2.0V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00200-01FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 02000-03FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-01FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 02000-03FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-01FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 02000-03FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f2480.h000066400000000000000000000001111116427777700200370ustar00rootroot00000000000000/* * pic18f2480.h - Device Library Header */ #include "pic18f4580.h" sdcc-2.9.0/device/include/pic16/pic18f24j10.h000066400000000000000000001036051116427777700202160ustar00rootroot00000000000000/* * pic18f24j10.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F24J10_H__ #define __PIC18F24J10_H__ 1 #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned : 1; unsigned RA5 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned : 1; unsigned AN4 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned SS1 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned : 1; unsigned : 1; unsigned C2OUT_PORTA : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS1 : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CCP2_PORTB : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN12 : 1; unsigned AN10 : 1; unsigned AN8 : 1; unsigned AN9 : 1; unsigned AN11 : 1; unsigned T0CKI : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned C1OUT_PORTB : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK1 : 1; unsigned SDI1 : 1; unsigned SDO1 : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T1CKI : 1; unsigned CCP2_PORTC : 1; unsigned P1A : 1; unsigned SCL1 : 1; unsigned SDA1 : 1; unsigned SDO : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned : 1; unsigned LATA5 : 1; unsigned : 1; unsigned : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned : 1; unsigned RA5 : 1; unsigned : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned : 1; unsigned TRISA5 : 1; unsigned : 1; unsigned : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PLLEN : 1; unsigned : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IE : 1; unsigned TX1IE : 1; unsigned RC1IE : 1; unsigned : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IF : 1; unsigned TX1IF : 1; unsigned RC1IF : 1; unsigned : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IP : 1; unsigned TX1IP : 1; unsigned RC1IP : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned : 1; unsigned : 1; unsigned BCLIE : 1; unsigned : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned : 1; unsigned : 1; unsigned BCLIF : 1; unsigned : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned : 1; unsigned : 1; unsigned BCLIP : 1; unsigned : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL2IE : 1; unsigned SSP2IE : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL2IF : 1; unsigned SSP2IF : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL2IP : 1; unsigned SSP2IP : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned ADEN : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAB) RCSTA1; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTA1bits_t; extern volatile __RCSTA1bits_t __at (0xFAB) RCSTA1bits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAC) TXSTA1; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTA1bits_t; extern volatile __TXSTA1bits_t __at (0xFAC) TXSTA1bits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAD) TXREG1; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAE) RCREG1; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFAF) SPBRG1; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT_CMCON : 1; unsigned C2OUT_CMCON : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned : 1; unsigned : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) ECCP1DEL; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PRSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; extern __sfr __at (0xFB7) PWM1CON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PRSEN : 1; }; } __PWM1CONbits_t; extern volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFB8) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned ADCAL : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSP1CON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSP1CON2bits_t; extern volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSP1CON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSP1CON1bits_t; extern volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSP1STAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSP1STATbits_t; extern volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSP1ADD; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSP1BUF; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned TOUTPS0 : 1; unsigned TOUTPS1 : 1; unsigned TOUTPS2 : 1; unsigned TOUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned : 1; unsigned OSTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned T0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned RBIE : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f24k20.h000066400000000000000000000001221116427777700202060ustar00rootroot00000000000000/* * pic18f24k20.h - device specific declarations */ #include "pic18f46k20.h" sdcc-2.9.0/device/include/pic16/pic18f2510.h000066400000000000000000000001201116427777700200310ustar00rootroot00000000000000/* * pic18f2510.h - device specific declarations */ #include "pic18f4610.h" sdcc-2.9.0/device/include/pic16/pic18f2515.h000066400000000000000000000001201116427777700200360ustar00rootroot00000000000000/* * pic18f2515.h - device specific declarations */ #include "pic18f4610.h" sdcc-2.9.0/device/include/pic16/pic18f252.h000066400000000000000000000460221116427777700177650ustar00rootroot00000000000000 /* * pic18f252.h - PIC18F252 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f252.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F252_H__ #define __PIC18F252_H__ extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned :1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned :1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned :1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfab) RCSTA; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfba) CCP2CON; typedef union { struct { unsigned CCP2M0:1; unsigned CCP2M1:1; unsigned CCP2M2:1; unsigned CCP2M3:1; unsigned DCCP2Y:1; unsigned DCCP2X:1; unsigned :1; unsigned :1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; extern __sfr __at (0xfbb) CCPR2L; extern __sfr __at (0xfbc) CCPR2H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned :1; unsigned :1; unsigned ADCS2:1; unsigned ADFM:1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned :1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned ADCS0:1; unsigned ADCS1:1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; typedef union { struct { unsigned T0PS0:1; unsigned T0PS1:1; unsigned T0PS2:1; unsigned PSA:1; unsigned T0SE:1; unsigned T0CS:1; unsigned T08BIT:1; unsigned TMR0ON:1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xfd5) T0CONbits; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned :1; unsigned INT1E:1; unsigned INT2E:1; unsigned :1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned :1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned :1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned :1; unsigned T0IP:1; unsigned :1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_0V_2L 0xFF /* 2.0V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RB3_3H 0xFE /* RB3 */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00200-01FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 02000-03FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Code Protect 04000-05FFF 5L options */ #define _CP_2_OFF_5L 0xFF /* Disabled */ #define _CP_2_ON_5L 0xFB /* Enabled */ /* Code Protect 06000-07FFF 5L options */ #define _CP_3_OFF_5L 0xFF /* Disabled */ #define _CP_3_ON_5L 0xF7 /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-01FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 02000-03FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Table Write Protect 04000-05FFF 6L options */ #define _WRT_2_OFF_6L 0xFF /* Disabled */ #define _WRT_2_ON_6L 0xFB /* Enabled */ /* Table Write Protect 06000-07FFF 6L options */ #define _WRT_3_OFF_6L 0xFF /* Disabled */ #define _WRT_3_ON_6L 0xF7 /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-01FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 02000-03FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect 04000-05FFF 7L options */ #define _EBTR_2_OFF_7L 0xFF /* Disabled */ #define _EBTR_2_ON_7L 0xFB /* Enabled */ /* Table Read Protect 06000-07FFF 7L options */ #define _EBTR_3_OFF_7L 0xFF /* Disabled */ #define _EBTR_3_ON_7L 0xF7 /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f2520.h000066400000000000000000000001251116427777700200370ustar00rootroot00000000000000/* * pic18f2420.h - PIC18F2420 Device Library Header */ #include "pic18f4520.h" sdcc-2.9.0/device/include/pic16/pic18f2523.h000066400000000000000000000001201116427777700200350ustar00rootroot00000000000000/* * pic18f2523.h - device specific declarations */ #include "pic18f4523.h" sdcc-2.9.0/device/include/pic16/pic18f2525.h000066400000000000000000000001111116427777700200370ustar00rootroot00000000000000/* * pic18f2525.h - Device Library Header */ #include "pic18f4620.h" sdcc-2.9.0/device/include/pic16/pic18f2550.h000066400000000000000000000001251116427777700200420ustar00rootroot00000000000000/* * pic18f2550.h - PIC18F2550 Device Library Header */ #include "pic18f2455.h" sdcc-2.9.0/device/include/pic16/pic18f258.h000066400000000000000000001470121116427777700177740ustar00rootroot00000000000000 /* * pic18f258.h - PIC18F258 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f258.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F258_H__ #define __PIC18F258_H__ extern __sfr __at (0xf00) RXF0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF0SIDHbits_t; extern volatile __RXF0SIDHbits_t __at (0xf00) RXF0SIDHbits; extern __sfr __at (0xf01) RXF0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xf01) RXF0SIDLbits; extern __sfr __at (0xf02) RXF0EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF0EIDHbits_t; extern volatile __RXF0EIDHbits_t __at (0xf02) RXF0EIDHbits; extern __sfr __at (0xf03) RXF0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF0EIDLbits_t; extern volatile __RXF0EIDLbits_t __at (0xf03) RXF0EIDLbits; extern __sfr __at (0xf04) RXF1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF1SIDHbits_t; extern volatile __RXF1SIDHbits_t __at (0xf04) RXF1SIDHbits; extern __sfr __at (0xf05) RXF1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xf05) RXF1SIDLbits; extern __sfr __at (0xf06) RXF1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF1EIDHbits_t; extern volatile __RXF1EIDHbits_t __at (0xf06) RXF1EIDHbits; extern __sfr __at (0xf07) RXF1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF1EIDLbits_t; extern volatile __RXF1EIDLbits_t __at (0xf07) RXF1EIDLbits; extern __sfr __at (0xf08) RXF2SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF2SIDHbits_t; extern volatile __RXF2SIDHbits_t __at (0xf08) RXF2SIDHbits; extern __sfr __at (0xf09) RXF2SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF2SIDLbits_t; extern volatile __RXF2SIDLbits_t __at (0xf09) RXF2SIDLbits; extern __sfr __at (0xf0a) RXF2EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF2EIDHbits_t; extern volatile __RXF2EIDHbits_t __at (0xf0a) RXF2EIDHbits; extern __sfr __at (0xf0b) RXF2EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xf0b) RXF2EIDLbits; extern __sfr __at (0xf0c) RXF3SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF3SIDHbits_t; extern volatile __RXF3SIDHbits_t __at (0xf0c) RXF3SIDHbits; extern __sfr __at (0xf0d) RXF3SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xf0d) RXF3SIDLbits; extern __sfr __at (0xf0e) RXF3EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF3EIDHbits_t; extern volatile __RXF3EIDHbits_t __at (0xf0e) RXF3EIDHbits; extern __sfr __at (0xf0f) RXF3EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF3EIDLbits_t; extern volatile __RXF3EIDLbits_t __at (0xf0f) RXF3EIDLbits; extern __sfr __at (0xf10) RXF4SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF4SIDHbits_t; extern volatile __RXF4SIDHbits_t __at (0xf10) RXF4SIDHbits; extern __sfr __at (0xf11) RXF4SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xf11) RXF4SIDLbits; extern __sfr __at (0xf12) RXF4EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF4EIDHbits_t; extern volatile __RXF4EIDHbits_t __at (0xf12) RXF4EIDHbits; extern __sfr __at (0xf13) RXF4EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF4EIDLbits_t; extern volatile __RXF4EIDLbits_t __at (0xf13) RXF4EIDLbits; extern __sfr __at (0xf14) RXF5SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF5SIDHbits_t; extern volatile __RXF5SIDHbits_t __at (0xf14) RXF5SIDHbits; extern __sfr __at (0xf15) RXF5SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xf15) RXF5SIDLbits; extern __sfr __at (0xf16) RXF5EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF5EIDHbits_t; extern volatile __RXF5EIDHbits_t __at (0xf16) RXF5EIDHbits; extern __sfr __at (0xf17) RXF5EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF5EIDLbits_t; extern volatile __RXF5EIDLbits_t __at (0xf17) RXF5EIDLbits; extern __sfr __at (0xf18) RXM0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXM0SIDHbits_t; extern volatile __RXM0SIDHbits_t __at (0xf18) RXM0SIDHbits; extern __sfr __at (0xf19) RXM0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xf19) RXM0SIDLbits; extern __sfr __at (0xf1a) RXM0EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXM0EIDHbits_t; extern volatile __RXM0EIDHbits_t __at (0xf1a) RXM0EIDHbits; extern __sfr __at (0xf1b) RXM0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXM0EIDLbits_t; extern volatile __RXM0EIDLbits_t __at (0xf1b) RXM0EIDLbits; extern __sfr __at (0xf1c) RXM1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXM1SIDHbits_t; extern volatile __RXM1SIDHbits_t __at (0xf1c) RXM1SIDHbits; extern __sfr __at (0xf1d) RXM1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDEN:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xf1d) RXM1SIDLbits; extern __sfr __at (0xf1e) RXM1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXM1EIDHbits_t; extern volatile __RXM1EIDHbits_t __at (0xf1e) RXM1EIDHbits; extern __sfr __at (0xf1f) RXM1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXM1EIDLbits_t; extern volatile __RXM1EIDLbits_t __at (0xf1f) RXM1EIDLbits; extern __sfr __at (0xf20) TXB2CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xf20) TXB2CONbits; extern __sfr __at (0xf21) TXB2SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __TXB2SIDHbits_t; extern volatile __TXB2SIDHbits_t __at (0xf21) TXB2SIDHbits; extern __sfr __at (0xf22) TXB2SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDEN:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xf22) TXB2SIDLbits; extern __sfr __at (0xf23) TXB2EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __TXB2EIDHbits_t; extern volatile __TXB2EIDHbits_t __at (0xf23) TXB2EIDHbits; extern __sfr __at (0xf24) TXB2EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __TXB2EIDLbits_t; extern volatile __TXB2EIDLbits_t __at (0xf24) TXB2EIDLbits; extern __sfr __at (0xf25) TXB2DLC; typedef union { struct { unsigned TXB2DLC0:1; unsigned TXB2DLC1:1; unsigned TXB2DLC2:1; unsigned TXB2DLC3:1; unsigned :1; unsigned :1; unsigned TXB2TXRTR:1; unsigned :1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xf25) TXB2DLCbits; extern __sfr __at (0xf26) TXB2D0; typedef union { struct { unsigned TXB2D00:1; unsigned TXB2D01:1; unsigned TXB2D02:1; unsigned TXB2D03:1; unsigned TXB2D04:1; unsigned TXB2D05:1; unsigned TXB2D06:1; unsigned TXB2D07:1; }; } __TXB2D0bits_t; extern volatile __TXB2D0bits_t __at (0xf26) TXB2D0bits; extern __sfr __at (0xf27) TXB2D1; typedef union { struct { unsigned TXB2D10:1; unsigned TXB2D11:1; unsigned TXB2D12:1; unsigned TXB2D13:1; unsigned TXB2D14:1; unsigned TXB2D15:1; unsigned TXB2D16:1; unsigned TXB2D17:1; }; } __TXB2D1bits_t; extern volatile __TXB2D1bits_t __at (0xf27) TXB2D1bits; extern __sfr __at (0xf28) TXB2D2; typedef union { struct { unsigned TXB2D20:1; unsigned TXB2D21:1; unsigned TXB2D22:1; unsigned TXB2D23:1; unsigned TXB2D24:1; unsigned TXB2D25:1; unsigned TXB2D26:1; unsigned TXB2D27:1; }; } __TXB2D2bits_t; extern volatile __TXB2D2bits_t __at (0xf28) TXB2D2bits; extern __sfr __at (0xf29) TXB2D3; typedef union { struct { unsigned TXB2D30:1; unsigned TXB2D31:1; unsigned TXB2D32:1; unsigned TXB2D33:1; unsigned TXB2D34:1; unsigned TXB2D35:1; unsigned TXB2D36:1; unsigned TXB2D37:1; }; } __TXB2D3bits_t; extern volatile __TXB2D3bits_t __at (0xf29) TXB2D3bits; extern __sfr __at (0xf2a) TXB2D4; typedef union { struct { unsigned TXB2D40:1; unsigned TXB2D41:1; unsigned TXB2D42:1; unsigned TXB2D43:1; unsigned TXB2D44:1; unsigned TXB2D45:1; unsigned TXB2D46:1; unsigned TXB2D47:1; }; } __TXB2D4bits_t; extern volatile __TXB2D4bits_t __at (0xf2a) TXB2D4bits; extern __sfr __at (0xf2b) TXB2D5; typedef union { struct { unsigned TXB2D50:1; unsigned TXB2D51:1; unsigned TXB2D52:1; unsigned TXB2D53:1; unsigned TXB2D54:1; unsigned TXB2D55:1; unsigned TXB2D56:1; unsigned TXB2D57:1; }; } __TXB2D5bits_t; extern volatile __TXB2D5bits_t __at (0xf2b) TXB2D5bits; extern __sfr __at (0xf2c) TXB2D6; typedef union { struct { unsigned TXB2D60:1; unsigned TXB2D61:1; unsigned TXB2D62:1; unsigned TXB2D63:1; unsigned TXB2D64:1; unsigned TXB2D65:1; unsigned TXB2D66:1; unsigned TXB2D67:1; }; } __TXB2D6bits_t; extern volatile __TXB2D6bits_t __at (0xf2c) TXB2D6bits; extern __sfr __at (0xf2d) TXB2D7; typedef union { struct { unsigned TXB2D70:1; unsigned TXB2D71:1; unsigned TXB2D72:1; unsigned TXB2D73:1; unsigned TXB2D74:1; unsigned TXB2D75:1; unsigned TXB2D76:1; unsigned TXB2D77:1; }; } __TXB2D7bits_t; extern volatile __TXB2D7bits_t __at (0xf2d) TXB2D7bits; extern __sfr __at (0xf2e) CANSTATRO4; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO4bits_t; extern volatile __CANSTATRO4bits_t __at (0xf2e) CANSTATRO4bits; extern __sfr __at (0xf30) TXB1CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xf30) TXB1CONbits; extern __sfr __at (0xf31) TXB1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __TXB1SIDHbits_t; extern volatile __TXB1SIDHbits_t __at (0xf31) TXB1SIDHbits; extern __sfr __at (0xf32) TXB1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xf32) TXB1SIDLbits; extern __sfr __at (0xf33) TXB1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __TXB1EIDHbits_t; extern volatile __TXB1EIDHbits_t __at (0xf33) TXB1EIDHbits; extern __sfr __at (0xf34) TXB1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __TXB1EIDLbits_t; extern volatile __TXB1EIDLbits_t __at (0xf34) TXB1EIDLbits; extern __sfr __at (0xf35) TXB1DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned :1; unsigned :1; unsigned TXRTR:1; unsigned :1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xf35) TXB1DLCbits; extern __sfr __at (0xf36) TXB1D0; typedef union { struct { unsigned TXB1D00:1; unsigned TXB1D01:1; unsigned TXB1D02:1; unsigned TXB1D03:1; unsigned TXB1D04:1; unsigned TXB1D05:1; unsigned TXB1D06:1; unsigned TXB1D07:1; }; } __TXB1D0bits_t; extern volatile __TXB1D0bits_t __at (0xf36) TXB1D0bits; extern __sfr __at (0xf37) TXB1D1; typedef union { struct { unsigned TXB1D10:1; unsigned TXB1D11:1; unsigned TXB1D12:1; unsigned TXB1D13:1; unsigned TXB1D14:1; unsigned TXB1D15:1; unsigned TXB1D16:1; unsigned TXB1D17:1; }; } __TXB1D1bits_t; extern volatile __TXB1D1bits_t __at (0xf37) TXB1D1bits; extern __sfr __at (0xf38) TXB1D2; typedef union { struct { unsigned TXB1D20:1; unsigned TXB1D21:1; unsigned TXB1D22:1; unsigned TXB1D23:1; unsigned TXB1D24:1; unsigned TXB1D25:1; unsigned TXB1D26:1; unsigned TXB1D27:1; }; } __TXB1D2bits_t; extern volatile __TXB1D2bits_t __at (0xf38) TXB1D2bits; extern __sfr __at (0xf39) TXB1D3; typedef union { struct { unsigned TXB1D30:1; unsigned TXB1D31:1; unsigned TXB1D32:1; unsigned TXB1D33:1; unsigned TXB1D34:1; unsigned TXB1D35:1; unsigned TXB1D36:1; unsigned TXB1D37:1; }; } __TXB1D3bits_t; extern volatile __TXB1D3bits_t __at (0xf39) TXB1D3bits; extern __sfr __at (0xf3a) TXB1D4; typedef union { struct { unsigned TXB1D40:1; unsigned TXB1D41:1; unsigned TXB1D42:1; unsigned TXB1D43:1; unsigned TXB1D44:1; unsigned TXB1D45:1; unsigned TXB1D46:1; unsigned TXB1D47:1; }; } __TXB1D4bits_t; extern volatile __TXB1D4bits_t __at (0xf3a) TXB1D4bits; extern __sfr __at (0xf3b) TXB1D5; typedef union { struct { unsigned TXB1D50:1; unsigned TXB1D51:1; unsigned TXB1D52:1; unsigned TXB1D53:1; unsigned TXB1D54:1; unsigned TXB1D55:1; unsigned TXB1D56:1; unsigned TXB1D57:1; }; } __TXB1D5bits_t; extern volatile __TXB1D5bits_t __at (0xf3b) TXB1D5bits; extern __sfr __at (0xf3c) TXB1D6; typedef union { struct { unsigned TXB1D60:1; unsigned TXB1D61:1; unsigned TXB1D62:1; unsigned TXB1D63:1; unsigned TXB1D64:1; unsigned TXB1D65:1; unsigned TXB1D66:1; unsigned TXB1D67:1; }; } __TXB1D6bits_t; extern volatile __TXB1D6bits_t __at (0xf3c) TXB1D6bits; extern __sfr __at (0xf3d) TXB1D7; typedef union { struct { unsigned TXB1D70:1; unsigned TXB1D71:1; unsigned TXB1D72:1; unsigned TXB1D73:1; unsigned TXB1D74:1; unsigned TXB1D75:1; unsigned TXB1D76:1; unsigned TXB1D77:1; }; } __TXB1D7bits_t; extern volatile __TXB1D7bits_t __at (0xf3d) TXB1D7bits; extern __sfr __at (0xf3e) CANSTATRO3; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO3bits_t; extern volatile __CANSTATRO3bits_t __at (0xf3e) CANSTATRO3bits; extern __sfr __at (0xf40) TXB0CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xf40) TXB0CONbits; extern __sfr __at (0xf41) TXB0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __TXB0SIDHbits_t; extern volatile __TXB0SIDHbits_t __at (0xf41) TXB0SIDHbits; extern __sfr __at (0xf42) TXB0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB0SIDLbits_t; extern volatile __TXB0SIDLbits_t __at (0xf42) TXB0SIDLbits; extern __sfr __at (0xf43) TXB0EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __TXB0EIDHbits_t; extern volatile __TXB0EIDHbits_t __at (0xf43) TXB0EIDHbits; extern __sfr __at (0xf44) TXB0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __TXB0EIDLbits_t; extern volatile __TXB0EIDLbits_t __at (0xf44) TXB0EIDLbits; extern __sfr __at (0xf45) TXB0DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned :1; unsigned :1; unsigned TXRTR:1; unsigned :1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xf45) TXB0DLCbits; extern __sfr __at (0xf46) TXB0D0; typedef union { struct { unsigned TXB0D00:1; unsigned TXB0D01:1; unsigned TXB0D02:1; unsigned TXB0D03:1; unsigned TXB0D04:1; unsigned TXB0D05:1; unsigned TXB0D06:1; unsigned TXB0D07:1; }; } __TXB0D0bits_t; extern volatile __TXB0D0bits_t __at (0xf46) TXB0D0bits; extern __sfr __at (0xf47) TXB0D1; typedef union { struct { unsigned TXB0D10:1; unsigned TXB0D11:1; unsigned TXB0D12:1; unsigned TXB0D13:1; unsigned TXB0D14:1; unsigned TXB0D15:1; unsigned TXB0D16:1; unsigned TXB0D17:1; }; } __TXB0D1bits_t; extern volatile __TXB0D1bits_t __at (0xf47) TXB0D1bits; extern __sfr __at (0xf48) TXB0D2; typedef union { struct { unsigned TXB0D20:1; unsigned TXB0D21:1; unsigned TXB0D22:1; unsigned TXB0D23:1; unsigned TXB0D24:1; unsigned TXB0D25:1; unsigned TXB0D26:1; unsigned TXB0D27:1; }; } __TXB0D2bits_t; extern volatile __TXB0D2bits_t __at (0xf48) TXB0D2bits; extern __sfr __at (0xf49) TXB0D3; typedef union { struct { unsigned TXB0D30:1; unsigned TXB0D31:1; unsigned TXB0D32:1; unsigned TXB0D33:1; unsigned TXB0D34:1; unsigned TXBD035:1; unsigned TXBD0D36:1; unsigned TXB0D37:1; }; } __TXB0D3bits_t; extern volatile __TXB0D3bits_t __at (0xf49) TXB0D3bits; extern __sfr __at (0xf4a) TXB0D4; typedef union { struct { unsigned TXB0D40:1; unsigned TXB0D41:1; unsigned TXB0D42:1; unsigned TXB0D43:1; unsigned TXB0D44:1; unsigned TXB0D45:1; unsigned TXB0D46:1; unsigned TXB0D47:1; }; } __TXB0D4bits_t; extern volatile __TXB0D4bits_t __at (0xf4a) TXB0D4bits; extern __sfr __at (0xf4b) TXB0D5; typedef union { struct { unsigned TXB0D50:1; unsigned TXB0D51:1; unsigned TXB0D52:1; unsigned TXB0D53:1; unsigned TXB0D54:1; unsigned TXB0D55:1; unsigned TXB0D56:1; unsigned TXB0D57:1; }; } __TXB0D5bits_t; extern volatile __TXB0D5bits_t __at (0xf4b) TXB0D5bits; extern __sfr __at (0xf4c) TXB0D6; typedef union { struct { unsigned TXB0D60:1; unsigned TXB0D61:1; unsigned TXB0D62:1; unsigned TXB0D63:1; unsigned TXB0D64:1; unsigned TXB0D65:1; unsigned TXB0D66:1; unsigned TXB0D67:1; }; } __TXB0D6bits_t; extern volatile __TXB0D6bits_t __at (0xf4c) TXB0D6bits; extern __sfr __at (0xf4d) TXB0D7; typedef union { struct { unsigned TXB0D70:1; unsigned TXB0D71:1; unsigned TXB0D72:1; unsigned TXB0D73:1; unsigned TXB0D74:1; unsigned TXB0D75:1; unsigned TXB0D76:1; unsigned TXB0D77:1; }; } __TXB0D7bits_t; extern volatile __TXB0D7bits_t __at (0xf4d) TXB0D7bits; extern __sfr __at (0xf4e) CANSTATRO2; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO2bits_t; extern volatile __CANSTATRO2bits_t __at (0xf4e) CANSTATRO2bits; extern __sfr __at (0xf50) RXB1CON; typedef union { struct { unsigned FILHIT0:1; unsigned FILHIT1:1; unsigned FILHIT2:1; unsigned RXRTRRO:1; unsigned :1; unsigned RXM0:1; unsigned RXM1:1; unsigned RXFUL:1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xf50) RXB1CONbits; extern __sfr __at (0xf51) RXB1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXB1SIDHbits_t; extern volatile __RXB1SIDHbits_t __at (0xf51) RXB1SIDHbits; extern __sfr __at (0xf52) RXB1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned SRR:1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xf52) RXB1SIDLbits; extern __sfr __at (0xf53) RXB1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXB1EIDHbits_t; extern volatile __RXB1EIDHbits_t __at (0xf53) RXB1EIDHbits; extern __sfr __at (0xf54) RXB1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXB1EIDLbits_t; extern volatile __RXB1EIDLbits_t __at (0xf54) RXB1EIDLbits; extern __sfr __at (0xf55) RXB1DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned RESB0:1; unsigned RESB1:1; unsigned RXRTR:1; unsigned :1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xf55) RXB1DLCbits; extern __sfr __at (0xf56) RXB1D0; typedef union { struct { unsigned RXB1D00:1; unsigned RXB1D01:1; unsigned RXB1D02:1; unsigned RXB1D03:1; unsigned RXB1D04:1; unsigned RXB1D05:1; unsigned RXB1D06:1; unsigned RXB1D07:1; }; } __RXB1D0bits_t; extern volatile __RXB1D0bits_t __at (0xf56) RXB1D0bits; extern __sfr __at (0xf57) RXB1D1; typedef union { struct { unsigned RXB1D10:1; unsigned RXB1D11:1; unsigned RXB1D12:1; unsigned RXB1D13:1; unsigned RXB1D14:1; unsigned RXB1D15:1; unsigned RXB1D16:1; unsigned RXB1D17:1; }; } __RXB1D1bits_t; extern volatile __RXB1D1bits_t __at (0xf57) RXB1D1bits; extern __sfr __at (0xf58) RXB1D2; typedef union { struct { unsigned RXB1D20:1; unsigned RXB1D21:1; unsigned RXB1D22:1; unsigned RXB1D23:1; unsigned RXB1D24:1; unsigned RXB1D25:1; unsigned RXB1D26:1; unsigned RXB1D27:1; }; } __RXB1D2bits_t; extern volatile __RXB1D2bits_t __at (0xf58) RXB1D2bits; extern __sfr __at (0xf59) RXB1D3; typedef union { struct { unsigned RXB1D30:1; unsigned RXB1D31:1; unsigned RXB1D32:1; unsigned RXB1D33:1; unsigned RXB1D34:1; unsigned RXB1D35:1; unsigned RXB1D36:1; unsigned RXB1D37:1; }; } __RXB1D3bits_t; extern volatile __RXB1D3bits_t __at (0xf59) RXB1D3bits; extern __sfr __at (0xf5a) RXB1D4; typedef union { struct { unsigned RXB1D40:1; unsigned RXB1D41:1; unsigned RXB1D42:1; unsigned RXB1D43:1; unsigned RXB1D44:1; unsigned RXB1D45:1; unsigned RXB1D46:1; unsigned RXB1D47:1; }; } __RXB1D4bits_t; extern volatile __RXB1D4bits_t __at (0xf5a) RXB1D4bits; extern __sfr __at (0xf5b) RXB1D5; typedef union { struct { unsigned RXB1D50:1; unsigned RXB1D51:1; unsigned RXB1D52:1; unsigned RXB1D53:1; unsigned RXB1D54:1; unsigned RXB1D55:1; unsigned RXB1D56:1; unsigned RXB1D57:1; }; } __RXB1D5bits_t; extern volatile __RXB1D5bits_t __at (0xf5b) RXB1D5bits; extern __sfr __at (0xf5c) RXB1D6; typedef union { struct { unsigned RXB1D60:1; unsigned RXB1D61:1; unsigned RXB1D62:1; unsigned RXB1D63:1; unsigned RXB1D64:1; unsigned RXB1D65:1; unsigned RXB1D66:1; unsigned RXB1D67:1; }; } __RXB1D6bits_t; extern volatile __RXB1D6bits_t __at (0xf5c) RXB1D6bits; extern __sfr __at (0xf5d) RXB1D7; typedef union { struct { unsigned RXB1D70:1; unsigned RXB1D71:1; unsigned RXB1D72:1; unsigned RXB1D73:1; unsigned RXB1D74:1; unsigned RXB1D75:1; unsigned RXB1D76:1; unsigned RXB1D77:1; }; } __RXB1D7bits_t; extern volatile __RXB1D7bits_t __at (0xf5d) RXB1D7bits; extern __sfr __at (0xf5e) CANSTATRO1; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO1bits_t; extern volatile __CANSTATRO1bits_t __at (0xf5e) CANSTATRO1bits; extern __sfr __at (0xf60) RXB0CON; typedef union { struct { unsigned FILHIT0:1; unsigned RXB0DBEN_R:1; unsigned RXB0DBEN:1; unsigned RXRTRR0:1; unsigned :1; unsigned RXM0:1; unsigned RXM1:1; unsigned RXFUL:1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xf60) RXB0CONbits; extern __sfr __at (0xf61) RXB0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXB0SIDHbits_t; extern volatile __RXB0SIDHbits_t __at (0xf61) RXB0SIDHbits; extern __sfr __at (0xf62) RXB0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXID:1; unsigned SRR:1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xf62) RXB0SIDLbits; extern __sfr __at (0xf63) RXB0EIDH; typedef union { struct { unsigned EID8:1; unsigned EDI9:1; unsigned EID10:1; unsigned ED11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXB0EIDHbits_t; extern volatile __RXB0EIDHbits_t __at (0xf63) RXB0EIDHbits; extern __sfr __at (0xf64) RXB0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXB0EIDLbits_t; extern volatile __RXB0EIDLbits_t __at (0xf64) RXB0EIDLbits; extern __sfr __at (0xf65) RXB0DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned RESB0:1; unsigned RESB1:1; unsigned RTR:1; unsigned :1; }; } __RXB0DLCbits_t; extern volatile __RXB0DLCbits_t __at (0xf65) RXB0DLCbits; extern __sfr __at (0xf66) RXB0D0; extern __sfr __at (0xf67) RXB0D1; extern __sfr __at (0xf68) RXB0D2; extern __sfr __at (0xf69) RXB0D3; extern __sfr __at (0xf6a) RXB0D4; extern __sfr __at (0xf6b) RXB0D5; extern __sfr __at (0xf6c) RXB0D6; extern __sfr __at (0xf6d) RXB0D7; extern __sfr __at (0xf6e) CANSTAT; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xf6e) CANSTATbits; extern __sfr __at (0xf6f) CANCON; typedef union { struct { unsigned WIN0:1; unsigned WIN1:1; unsigned WIN2:1; unsigned WIN3:1; unsigned ABAT:1; unsigned REQOP0:1; unsigned REQOP1:1; unsigned REQOP2:1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xf6f) CANCONbits; extern __sfr __at (0xf70) BRGCON1; typedef union { struct { unsigned BRP0:1; unsigned BRP1:1; unsigned BRP2:1; unsigned BRP3:1; unsigned BRP4:1; unsigned BRP5:1; unsigned SJW0:1; unsigned SJW1:1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xf70) BRGCON1bits; extern __sfr __at (0xf71) BRGCON2; typedef union { struct { unsigned PRSEG0:1; unsigned PRSEG1:1; unsigned PRSEG2:1; unsigned SEG1PH0:1; unsigned SEG1PH1:1; unsigned SEG1PH2:1; unsigned SAM:1; unsigned SEG2PHTS:1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xf71) BRGCON2bits; extern __sfr __at (0xf72) BRGCON3; typedef union { struct { unsigned SEG2PH0:1; unsigned SEG2PH1:1; unsigned SEG2PH2:1; unsigned :1; unsigned :1; unsigned :1; unsigned WAKFIL:1; unsigned :1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xf72) BRGCON3bits; extern __sfr __at (0xf73) CIOCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned CANCAP:1; unsigned ENDRHI:1; unsigned :1; unsigned :1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xf73) CIOCONbits; extern __sfr __at (0xf74) COMSTAT; typedef union { struct { unsigned EWARN:1; unsigned RXWARN:1; unsigned TXWARN:1; unsigned RXBP:1; unsigned TXBP:1; unsigned TXBO:1; unsigned RXB1OVFL:1; unsigned RXB0OVFL:1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xf74) COMSTATbits; extern __sfr __at (0xf75) RXERRCNT; typedef union { struct { unsigned REC0:1; unsigned REC1:1; unsigned REC2:1; unsigned REC3:1; unsigned REC4:1; unsigned REC5:1; unsigned REC6:1; unsigned REC7:1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xf75) RXERRCNTbits; extern __sfr __at (0xf76) TXERRCNT; typedef union { struct { unsigned TEC0:1; unsigned TEC1:1; unsigned TEC2:1; unsigned TEC3:1; unsigned TEC4:1; unsigned TEC5:1; unsigned TEC6:1; unsigned TEC7:1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xf76) TXERRCNTbits; extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned CMIE:1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned CMIF:1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned CMIP:1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa3) PIE3; typedef union { struct { unsigned RX0IE:1; unsigned RX1IE:1; unsigned TX0IE:1; unsigned TX1IE:1; unsigned TX2IE:1; unsigned ERRIE:1; unsigned WAKIE:1; unsigned IVRE:1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xfa3) PIE3bits; extern __sfr __at (0xfa4) PIR3; typedef union { struct { unsigned RX0IF:1; unsigned RX1IF:1; unsigned TX0IF:1; unsigned TX1IF:1; unsigned TX2IF:1; unsigned ERRIF:1; unsigned WAKIF:1; unsigned IVRF:1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xfa4) PIR3bits; extern __sfr __at (0xfa5) IPR3; typedef union { struct { unsigned RX0IP:1; unsigned RX1IP:1; unsigned TX0IP:1; unsigned TX1IP:1; unsigned TX2IP:1; unsigned ERRIP:1; unsigned WAKIP:1; unsigned IVRP:1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xfa5) IPR3bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfab) RCSTA; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned :1; unsigned :1; unsigned ADCS2:1; unsigned ADFM:1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned :1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned ADCS0:1; unsigned ADCS1:1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; typedef union { struct { unsigned T0PS0:1; unsigned T0PS1:1; unsigned T0PS2:1; unsigned PSA:1; unsigned T0SE:1; unsigned T0CS:1; unsigned T08BIT:1; unsigned TMR0ON:1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xfd5) T0CONbits; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned :1; unsigned :1; unsigned INT1E:1; unsigned :1; unsigned :1; unsigned INT1P:1; unsigned :1; }; struct { unsigned INT1IF:1; unsigned :1; unsigned :1; unsigned INT2IE:1; unsigned :1; unsigned :1; unsigned INT1IP:1; unsigned :1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned :1; unsigned T0IP:1; unsigned :1; unsigned :1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_0V_2L 0xFF /* 2.0V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00200-01FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 02000-03FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Code Protect 04000-05FFF 5L options */ #define _CP_2_OFF_5L 0xFF /* Disabled */ #define _CP_2_ON_5L 0xFB /* Enabled */ /* Code Protect 06000-07FFF 5L options */ #define _CP_3_OFF_5L 0xFF /* Disabled */ #define _CP_3_ON_5L 0xF7 /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-01FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 02000-03FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Table Write Protect 04000-05FFF 6L options */ #define _WRT_2_OFF_6L 0xFF /* Disabled */ #define _WRT_2_ON_6L 0xFB /* Enabled */ /* Table Write Protect 06000-07FFF 6L options */ #define _WRT_3_OFF_6L 0xFF /* Disabled */ #define _WRT_3_ON_6L 0xF7 /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-01FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 02000-03FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect 04000-05FFF 7L options */ #define _EBTR_2_OFF_7L 0xFF /* Disabled */ #define _EBTR_2_ON_7L 0xFB /* Enabled */ /* Table Read Protect 06000-07FFF 7L options */ #define _EBTR_3_OFF_7L 0xFF /* Disabled */ #define _EBTR_3_ON_7L 0xF7 /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f2580.h000066400000000000000000000001111116427777700200400ustar00rootroot00000000000000/* * pic18f2580.h - Device Library Header */ #include "pic18f4580.h" sdcc-2.9.0/device/include/pic16/pic18f2585.h000066400000000000000000004402261116427777700200640ustar00rootroot00000000000000/* * pic18f2585.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F2585_H__ #define __PIC18F2585_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP oscillator #define _OSC_XT_1H 0xF1 // XT oscillator #define _OSC_HS_1H 0xF2 // HS oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_IRCIO67_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_IRCIO7_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOREN_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOREN_SBORENCTRL_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOREN_BOACTIVE_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOREN_BOHW_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum Setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum Setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // HW Disabled - SW Controlled #define _WDT_ON_2H 0xFF // HW Enabled - SW Disabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_OFF_3H 0xFD // PORTB<4> and PORTB<1:0> Configured as Digital I/O Pins on Reset #define _PBADEN_ON_3H 0xFF // PORTB<4> and PORTB<1:0> Configured as Analog Pins on Reset // CONFIG4L Options #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _BBSIZ_1024_4L 0xCF // 1K words (2K bytes) Boot Block #define _BBSIZ_2048_4L 0xDF // 2K words (4K bytes) Boot Block #define _BBSIZ_4096_4L 0xEF // 4K words (8K bytes) Boot Block #define _LVP_OFF_4L 0xFB // Single-Supply ICSP disabled #define _LVP_ON_4L 0xFF // Single-Supply ICSP enabled #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 (000800-003FFFh) code-protected #define _CP0_OFF_5L 0xFF // Block 0 (000800-003FFFh) not code-protected #define _CP1_ON_5L 0xFD // Block 1 (004000-007FFFh) code-protected #define _CP1_OFF_5L 0xFF // Block 1 (004000-007FFFh) not code-protected #define _CP2_ON_5L 0xFB // Block 2 (008000-00BFFFh) code-protected #define _CP2_OFF_5L 0xFF // Block 2 (008000-00BFFFh) not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot block (000000-0007FFh) code-protected #define _CPB_OFF_5H 0xFF // Boot block (000000-0007FFh) not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 (000800-003FFFh) write-protected #define _WRT0_OFF_6L 0xFF // Block 0 (000800-003FFFh) not write-protected #define _WRT1_ON_6L 0xFD // Block 1 (004000-007FFFh) write-protected #define _WRT1_OFF_6L 0xFF // Block 1 (004000-007FFFh) not write-protected #define _WRT2_ON_6L 0xFB // Block 2 (008000-00BFFFh) write-protected #define _WRT2_OFF_6L 0xFF // Block 2 (008000-00BFFFh) not write-protected // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Boot block (000000-0007FFh) write-protected #define _WRTB_OFF_6H 0xFF // Boot block (000000-0007FFh) not write-protected #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 (000800-003FFFh) protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 (000800-003FFFh) not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 (004000-007FFFh) protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 (004000-007FFFh) not protected from table reads executed in other blocks #define _EBTR2_ON_7L 0xFB // Block 2 (008000-00BFFFh) protected from table reads executed in other blocks #define _EBTR2_OFF_7L 0xFF // Block 2 (008000-00BFFFh) not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot block (000000-0007FFh) protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot block (000000-0007FFh) not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xD60) RXF6SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF6SIDHbits_t; extern volatile __RXF6SIDHbits_t __at (0xD60) RXF6SIDHbits; extern __sfr __at (0xD61) RXF6SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF6SIDLbits_t; extern volatile __RXF6SIDLbits_t __at (0xD61) RXF6SIDLbits; extern __sfr __at (0xD62) RXF6EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF6EIDHbits_t; extern volatile __RXF6EIDHbits_t __at (0xD62) RXF6EIDHbits; extern __sfr __at (0xD63) RXF6EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF6EIDLbits_t; extern volatile __RXF6EIDLbits_t __at (0xD63) RXF6EIDLbits; extern __sfr __at (0xD64) RXF7SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF7SIDHbits_t; extern volatile __RXF7SIDHbits_t __at (0xD64) RXF7SIDHbits; extern __sfr __at (0xD65) RXF7SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF7SIDLbits_t; extern volatile __RXF7SIDLbits_t __at (0xD65) RXF7SIDLbits; extern __sfr __at (0xD66) RXF7EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF7EIDHbits_t; extern volatile __RXF7EIDHbits_t __at (0xD66) RXF7EIDHbits; extern __sfr __at (0xD67) RXF7EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF7EIDLbits_t; extern volatile __RXF7EIDLbits_t __at (0xD67) RXF7EIDLbits; extern __sfr __at (0xD68) RXF8SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF8SIDHbits_t; extern volatile __RXF8SIDHbits_t __at (0xD68) RXF8SIDHbits; extern __sfr __at (0xD69) RXF8SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF8SIDLbits_t; extern volatile __RXF8SIDLbits_t __at (0xD69) RXF8SIDLbits; extern __sfr __at (0xD6A) RXF8EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF8EIDHbits_t; extern volatile __RXF8EIDHbits_t __at (0xD6A) RXF8EIDHbits; extern __sfr __at (0xD6B) RXF8EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF8EIDLbits_t; extern volatile __RXF8EIDLbits_t __at (0xD6B) RXF8EIDLbits; extern __sfr __at (0xD70) RXF9SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF9SIDHbits_t; extern volatile __RXF9SIDHbits_t __at (0xD70) RXF9SIDHbits; extern __sfr __at (0xD71) RXF9SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF9SIDLbits_t; extern volatile __RXF9SIDLbits_t __at (0xD71) RXF9SIDLbits; extern __sfr __at (0xD72) RXF9EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF9EIDHbits_t; extern volatile __RXF9EIDHbits_t __at (0xD72) RXF9EIDHbits; extern __sfr __at (0xD73) RXF9EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF9EIDLbits_t; extern volatile __RXF9EIDLbits_t __at (0xD73) RXF9EIDLbits; extern __sfr __at (0xD74) RXF10SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF10SIDHbits_t; extern volatile __RXF10SIDHbits_t __at (0xD74) RXF10SIDHbits; extern __sfr __at (0xD75) RXF10SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF10SIDLbits_t; extern volatile __RXF10SIDLbits_t __at (0xD75) RXF10SIDLbits; extern __sfr __at (0xD76) RXF10EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF10EIDHbits_t; extern volatile __RXF10EIDHbits_t __at (0xD76) RXF10EIDHbits; extern __sfr __at (0xD77) RXF10EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF10EIDLbits_t; extern volatile __RXF10EIDLbits_t __at (0xD77) RXF10EIDLbits; extern __sfr __at (0xD78) RXF11SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF11SIDHbits_t; extern volatile __RXF11SIDHbits_t __at (0xD78) RXF11SIDHbits; extern __sfr __at (0xD79) RXF11SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF11SIDLbits_t; extern volatile __RXF11SIDLbits_t __at (0xD79) RXF11SIDLbits; extern __sfr __at (0xD7A) RXF11EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF11EIDHbits_t; extern volatile __RXF11EIDHbits_t __at (0xD7A) RXF11EIDHbits; extern __sfr __at (0xD7B) RXF11EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF11EIDLbits_t; extern volatile __RXF11EIDLbits_t __at (0xD7B) RXF11EIDLbits; extern __sfr __at (0xD80) RXF12SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF12SIDHbits_t; extern volatile __RXF12SIDHbits_t __at (0xD80) RXF12SIDHbits; extern __sfr __at (0xD81) RXF12SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF12SIDLbits_t; extern volatile __RXF12SIDLbits_t __at (0xD81) RXF12SIDLbits; extern __sfr __at (0xD82) RXF12EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF12EIDHbits_t; extern volatile __RXF12EIDHbits_t __at (0xD82) RXF12EIDHbits; extern __sfr __at (0xD83) RXF12EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF12EIDLbits_t; extern volatile __RXF12EIDLbits_t __at (0xD83) RXF12EIDLbits; extern __sfr __at (0xD84) RXF13SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF13SIDHbits_t; extern volatile __RXF13SIDHbits_t __at (0xD84) RXF13SIDHbits; extern __sfr __at (0xD85) RXF13SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF13SIDLbits_t; extern volatile __RXF13SIDLbits_t __at (0xD85) RXF13SIDLbits; extern __sfr __at (0xD86) RXF13EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF13EIDHbits_t; extern volatile __RXF13EIDHbits_t __at (0xD86) RXF13EIDHbits; extern __sfr __at (0xD87) RXF13EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF13EIDLbits_t; extern volatile __RXF13EIDLbits_t __at (0xD87) RXF13EIDLbits; extern __sfr __at (0xD88) RXF14SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF14SIDHbits_t; extern volatile __RXF14SIDHbits_t __at (0xD88) RXF14SIDHbits; extern __sfr __at (0xD89) RXF14SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF14SIDLbits_t; extern volatile __RXF14SIDLbits_t __at (0xD89) RXF14SIDLbits; extern __sfr __at (0xD8A) RXF14EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF14EIDHbits_t; extern volatile __RXF14EIDHbits_t __at (0xD8A) RXF14EIDHbits; extern __sfr __at (0xD8B) RXF14EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF14EIDLbits_t; extern volatile __RXF14EIDLbits_t __at (0xD8B) RXF14EIDLbits; extern __sfr __at (0xD90) RXF15SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF15SIDHbits_t; extern volatile __RXF15SIDHbits_t __at (0xD90) RXF15SIDHbits; extern __sfr __at (0xD91) RXF15SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF15SIDLbits_t; extern volatile __RXF15SIDLbits_t __at (0xD91) RXF15SIDLbits; extern __sfr __at (0xD92) RXF15EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF15EIDHbits_t; extern volatile __RXF15EIDHbits_t __at (0xD92) RXF15EIDHbits; extern __sfr __at (0xD93) RXF15EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF15EIDLbits_t; extern volatile __RXF15EIDLbits_t __at (0xD93) RXF15EIDLbits; extern __sfr __at (0xDD4) RXFCON0; typedef union { struct { unsigned RXF0EN : 1; unsigned RXF1EN : 1; unsigned RXF2EN : 1; unsigned RXF3EN : 1; unsigned RXF4EN : 1; unsigned RXF5EN : 1; unsigned RXF6EN : 1; unsigned RXF7EN : 1; }; } __RXFCON0bits_t; extern volatile __RXFCON0bits_t __at (0xDD4) RXFCON0bits; extern __sfr __at (0xDD5) RXFCON1; typedef union { struct { unsigned RXF8EN : 1; unsigned RXF9EN : 1; unsigned RXF10EN : 1; unsigned RXF11EN : 1; unsigned RXF12EN : 1; unsigned RXF13EN : 1; unsigned RXF14EN : 1; unsigned RXF15EN : 1; }; } __RXFCON1bits_t; extern volatile __RXFCON1bits_t __at (0xDD5) RXFCON1bits; extern __sfr __at (0xDD8) SDFLC; typedef union { struct { unsigned DFLC0 : 1; unsigned DFLC1 : 1; unsigned DFLC2 : 1; unsigned DFLC3 : 1; unsigned DFLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FLC0 : 1; unsigned FLC1 : 1; unsigned FLC2 : 1; unsigned FLC3 : 1; unsigned FLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SDFLCbits_t; extern volatile __SDFLCbits_t __at (0xDD8) SDFLCbits; extern __sfr __at (0xDE0) RXFBCON0; typedef union { struct { unsigned F0BP_0 : 1; unsigned F0BP_1 : 1; unsigned F0BP_2 : 1; unsigned F0BP_3 : 1; unsigned F1BP_0 : 1; unsigned F1BP_1 : 1; unsigned F1BP_2 : 1; unsigned F1BP_3 : 1; }; } __RXFBCON0bits_t; extern volatile __RXFBCON0bits_t __at (0xDE0) RXFBCON0bits; extern __sfr __at (0xDE1) RXFBCON1; typedef union { struct { unsigned F2BP_0 : 1; unsigned F2BP_1 : 1; unsigned F2BP_2 : 1; unsigned F2BP_3 : 1; unsigned F3BP_0 : 1; unsigned F3BP_1 : 1; unsigned F3BP_2 : 1; unsigned F3BP_3 : 1; }; } __RXFBCON1bits_t; extern volatile __RXFBCON1bits_t __at (0xDE1) RXFBCON1bits; extern __sfr __at (0xDE2) RXFBCON2; typedef union { struct { unsigned F4BP_0 : 1; unsigned F4BP_1 : 1; unsigned F4BP_2 : 1; unsigned F4BP_3 : 1; unsigned F5BP_0 : 1; unsigned F5BP_1 : 1; unsigned F5BP_2 : 1; unsigned F5BP_3 : 1; }; } __RXFBCON2bits_t; extern volatile __RXFBCON2bits_t __at (0xDE2) RXFBCON2bits; extern __sfr __at (0xDE3) RXFBCON3; typedef union { struct { unsigned F6BP_0 : 1; unsigned F6BP_1 : 1; unsigned F6BP_2 : 1; unsigned F6BP_3 : 1; unsigned F7BP_0 : 1; unsigned F7BP_1 : 1; unsigned F7BP_2 : 1; unsigned F7BP_3 : 1; }; } __RXFBCON3bits_t; extern volatile __RXFBCON3bits_t __at (0xDE3) RXFBCON3bits; extern __sfr __at (0xDE4) RXFBCON4; typedef union { struct { unsigned F8BP_0 : 1; unsigned F8BP_1 : 1; unsigned F8BP_2 : 1; unsigned F8BP_3 : 1; unsigned F9BP_0 : 1; unsigned F9BP_1 : 1; unsigned F9BP_2 : 1; unsigned F9BP_3 : 1; }; } __RXFBCON4bits_t; extern volatile __RXFBCON4bits_t __at (0xDE4) RXFBCON4bits; extern __sfr __at (0xDE5) RXFBCON5; typedef union { struct { unsigned F10BP_0 : 1; unsigned F10BP_1 : 1; unsigned F10BP_2 : 1; unsigned F10BP_3 : 1; unsigned F11BP_0 : 1; unsigned F11BP_1 : 1; unsigned F11BP_2 : 1; unsigned F11BP_3 : 1; }; } __RXFBCON5bits_t; extern volatile __RXFBCON5bits_t __at (0xDE5) RXFBCON5bits; extern __sfr __at (0xDE6) RXFBCON6; typedef union { struct { unsigned F12BP_0 : 1; unsigned F12BP_1 : 1; unsigned F12BP_2 : 1; unsigned F12BP_3 : 1; unsigned F13BP_0 : 1; unsigned F13BP_1 : 1; unsigned F13BP_2 : 1; unsigned F13BP_3 : 1; }; } __RXFBCON6bits_t; extern volatile __RXFBCON6bits_t __at (0xDE6) RXFBCON6bits; extern __sfr __at (0xDE7) RXFBCON7; typedef union { struct { unsigned F14BP_0 : 1; unsigned F14BP_1 : 1; unsigned F14BP_2 : 1; unsigned F14BP_3 : 1; unsigned F15BP_0 : 1; unsigned F15BP_1 : 1; unsigned F15BP_2 : 1; unsigned F15BP_3 : 1; }; } __RXFBCON7bits_t; extern volatile __RXFBCON7bits_t __at (0xDE7) RXFBCON7bits; extern __sfr __at (0xDF0) MSEL0; typedef union { struct { unsigned FIL0_0 : 1; unsigned FIL0_1 : 1; unsigned FIL1_0 : 1; unsigned FIL1_1 : 1; unsigned FIL2_0 : 1; unsigned FIL2_1 : 1; unsigned FIL3_0 : 1; unsigned FIL3_1 : 1; }; } __MSEL0bits_t; extern volatile __MSEL0bits_t __at (0xDF0) MSEL0bits; extern __sfr __at (0xDF1) MSEL1; typedef union { struct { unsigned FIL4_0 : 1; unsigned FIL4_1 : 1; unsigned FIL5_0 : 1; unsigned FIL5_1 : 1; unsigned FIL6_0 : 1; unsigned FIL6_1 : 1; unsigned FIL7_0 : 1; unsigned FIL7_1 : 1; }; } __MSEL1bits_t; extern volatile __MSEL1bits_t __at (0xDF1) MSEL1bits; extern __sfr __at (0xDF2) MSEL2; typedef union { struct { unsigned FIL8_0 : 1; unsigned FIL8_1 : 1; unsigned FIL9_0 : 1; unsigned FIL9_1 : 1; unsigned FIL10_0 : 1; unsigned FIL10_1 : 1; unsigned FIL11_0 : 1; unsigned FIL11_1 : 1; }; } __MSEL2bits_t; extern volatile __MSEL2bits_t __at (0xDF2) MSEL2bits; extern __sfr __at (0xDF3) MSEL3; typedef union { struct { unsigned FIL12_0 : 1; unsigned FIL12_1 : 1; unsigned FIL13_0 : 1; unsigned FIL13_1 : 1; unsigned FIL14_0 : 1; unsigned FIL14_1 : 1; unsigned FIL15_0 : 1; unsigned FIL15_1 : 1; }; } __MSEL3bits_t; extern volatile __MSEL3bits_t __at (0xDF3) MSEL3bits; extern __sfr __at (0xDF8) BSEL0; typedef union { struct { unsigned : 1; unsigned : 1; unsigned B0TXEN : 1; unsigned B1TXEN : 1; unsigned B2TXEN : 1; unsigned B3TXEN : 1; unsigned B4TXEN : 1; unsigned B5TXEN : 1; }; } __BSEL0bits_t; extern volatile __BSEL0bits_t __at (0xDF8) BSEL0bits; extern __sfr __at (0xDFA) BIE0; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned B0IE : 1; unsigned B1IE : 1; unsigned B2IE : 1; unsigned B3IE : 1; unsigned B4IE : 1; unsigned B5IE : 1; }; } __BIE0bits_t; extern volatile __BIE0bits_t __at (0xDFA) BIE0bits; extern __sfr __at (0xDFC) TXBIE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TXBIEbits_t; extern volatile __TXBIEbits_t __at (0xDFC) TXBIEbits; extern __sfr __at (0xE20) B0CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B0CON : 1; unsigned : 1; unsigned : 1; }; } __B0CONbits_t; extern volatile __B0CONbits_t __at (0xE20) B0CONbits; extern __sfr __at (0xE21) B0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B0SIDHbits_t; extern volatile __B0SIDHbits_t __at (0xE21) B0SIDHbits; extern __sfr __at (0xE22) B0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B0SIDLbits_t; extern volatile __B0SIDLbits_t __at (0xE22) B0SIDLbits; extern __sfr __at (0xE23) B0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B0EIDHbits_t; extern volatile __B0EIDHbits_t __at (0xE23) B0EIDHbits; extern __sfr __at (0xE24) B0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B0EIDLbits_t; extern volatile __B0EIDLbits_t __at (0xE24) B0EIDLbits; extern __sfr __at (0xE25) B0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B0DLC : 1; unsigned RB1_B0DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B0DLCbits_t; extern volatile __B0DLCbits_t __at (0xE25) B0DLCbits; extern __sfr __at (0xE26) B0D0; typedef union { struct { unsigned B0D00 : 1; unsigned B0D01 : 1; unsigned B0D02 : 1; unsigned B0D03 : 1; unsigned B0D04 : 1; unsigned B0D05 : 1; unsigned B0D06 : 1; unsigned B0D07 : 1; }; } __B0D0bits_t; extern volatile __B0D0bits_t __at (0xE26) B0D0bits; extern __sfr __at (0xE27) B0D1; typedef union { struct { unsigned B0D10 : 1; unsigned B0D11 : 1; unsigned B0D12 : 1; unsigned B0D13 : 1; unsigned B0D14 : 1; unsigned B0D15 : 1; unsigned B0D16 : 1; unsigned B0D17 : 1; }; } __B0D1bits_t; extern volatile __B0D1bits_t __at (0xE27) B0D1bits; extern __sfr __at (0xE28) B0D2; typedef union { struct { unsigned B0D20 : 1; unsigned B0D21 : 1; unsigned B0D22 : 1; unsigned B0D23 : 1; unsigned B0D24 : 1; unsigned B0D25 : 1; unsigned B0D26 : 1; unsigned B0D27 : 1; }; } __B0D2bits_t; extern volatile __B0D2bits_t __at (0xE28) B0D2bits; extern __sfr __at (0xE29) B0D3; typedef union { struct { unsigned B0D30 : 1; unsigned B0D31 : 1; unsigned B0D32 : 1; unsigned B0D33 : 1; unsigned B0D34 : 1; unsigned B0D35 : 1; unsigned B0D36 : 1; unsigned B0D37 : 1; }; } __B0D3bits_t; extern volatile __B0D3bits_t __at (0xE29) B0D3bits; extern __sfr __at (0xE2A) B0D4; typedef union { struct { unsigned B0D40 : 1; unsigned B0D41 : 1; unsigned B0D42 : 1; unsigned B0D43 : 1; unsigned B0D44 : 1; unsigned B0D45 : 1; unsigned B0D46 : 1; unsigned B0D47 : 1; }; } __B0D4bits_t; extern volatile __B0D4bits_t __at (0xE2A) B0D4bits; extern __sfr __at (0xE2B) B0D5; typedef union { struct { unsigned B0D50 : 1; unsigned B0D51 : 1; unsigned B0D52 : 1; unsigned B0D53 : 1; unsigned B0D54 : 1; unsigned B0D55 : 1; unsigned B0D56 : 1; unsigned B0D57 : 1; }; } __B0D5bits_t; extern volatile __B0D5bits_t __at (0xE2B) B0D5bits; extern __sfr __at (0xE2C) B0D6; typedef union { struct { unsigned B0D60 : 1; unsigned B0D61 : 1; unsigned B0D62 : 1; unsigned B0D63 : 1; unsigned B0D64 : 1; unsigned B0D65 : 1; unsigned B0D66 : 1; unsigned B0D67 : 1; }; } __B0D6bits_t; extern volatile __B0D6bits_t __at (0xE2C) B0D6bits; extern __sfr __at (0xE2D) B0D7; typedef union { struct { unsigned B0D70 : 1; unsigned B0D71 : 1; unsigned B0D72 : 1; unsigned B0D73 : 1; unsigned B0D74 : 1; unsigned B0D75 : 1; unsigned B0D76 : 1; unsigned B0D77 : 1; }; } __B0D7bits_t; extern volatile __B0D7bits_t __at (0xE2D) B0D7bits; extern __sfr __at (0xE2E) CANSTAT_RO9; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO9bits_t; extern volatile __CANSTAT_RO9bits_t __at (0xE2E) CANSTAT_RO9bits; extern __sfr __at (0xE2F) CANCON_RO9; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO9bits_t; extern volatile __CANCON_RO9bits_t __at (0xE2F) CANCON_RO9bits; extern __sfr __at (0xE30) B1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B1CON : 1; unsigned : 1; unsigned : 1; }; } __B1CONbits_t; extern volatile __B1CONbits_t __at (0xE30) B1CONbits; extern __sfr __at (0xE31) B1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B1SIDHbits_t; extern volatile __B1SIDHbits_t __at (0xE31) B1SIDHbits; extern __sfr __at (0xE32) B1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B1SIDLbits_t; extern volatile __B1SIDLbits_t __at (0xE32) B1SIDLbits; extern __sfr __at (0xE33) B1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B1EIDHbits_t; extern volatile __B1EIDHbits_t __at (0xE33) B1EIDHbits; extern __sfr __at (0xE34) B1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B1EIDLbits_t; extern volatile __B1EIDLbits_t __at (0xE34) B1EIDLbits; extern __sfr __at (0xE35) B1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B1DLC : 1; unsigned RB1_B1DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B1DLCbits_t; extern volatile __B1DLCbits_t __at (0xE35) B1DLCbits; extern __sfr __at (0xE36) B1D0; typedef union { struct { unsigned B1D00 : 1; unsigned B1D01 : 1; unsigned B1D02 : 1; unsigned B1D03 : 1; unsigned B1D04 : 1; unsigned B1D05 : 1; unsigned B1D06 : 1; unsigned B1D07 : 1; }; } __B1D0bits_t; extern volatile __B1D0bits_t __at (0xE36) B1D0bits; extern __sfr __at (0xE37) B1D1; typedef union { struct { unsigned B1D10 : 1; unsigned B1D11 : 1; unsigned B1D12 : 1; unsigned B1D13 : 1; unsigned B1D14 : 1; unsigned B1D15 : 1; unsigned B1D16 : 1; unsigned B1D17 : 1; }; } __B1D1bits_t; extern volatile __B1D1bits_t __at (0xE37) B1D1bits; extern __sfr __at (0xE38) B1D2; typedef union { struct { unsigned B1D20 : 1; unsigned B1D21 : 1; unsigned B1D22 : 1; unsigned B1D23 : 1; unsigned B1D24 : 1; unsigned B1D25 : 1; unsigned B1D26 : 1; unsigned B1D27 : 1; }; } __B1D2bits_t; extern volatile __B1D2bits_t __at (0xE38) B1D2bits; extern __sfr __at (0xE39) B1D3; typedef union { struct { unsigned B1D30 : 1; unsigned B1D31 : 1; unsigned B1D32 : 1; unsigned B1D33 : 1; unsigned B1D34 : 1; unsigned B1D35 : 1; unsigned B1D36 : 1; unsigned B1D37 : 1; }; } __B1D3bits_t; extern volatile __B1D3bits_t __at (0xE39) B1D3bits; extern __sfr __at (0xE3A) B1D4; typedef union { struct { unsigned B1D40 : 1; unsigned B1D41 : 1; unsigned B1D42 : 1; unsigned B1D43 : 1; unsigned B1D44 : 1; unsigned B1D45 : 1; unsigned B1D46 : 1; unsigned B1D47 : 1; }; } __B1D4bits_t; extern volatile __B1D4bits_t __at (0xE3A) B1D4bits; extern __sfr __at (0xE3B) B1D5; typedef union { struct { unsigned B1D50 : 1; unsigned B1D51 : 1; unsigned B1D52 : 1; unsigned B1D53 : 1; unsigned B1D54 : 1; unsigned B1D55 : 1; unsigned B1D56 : 1; unsigned B1D57 : 1; }; } __B1D5bits_t; extern volatile __B1D5bits_t __at (0xE3B) B1D5bits; extern __sfr __at (0xE3C) B1D6; typedef union { struct { unsigned B1D60 : 1; unsigned B1D61 : 1; unsigned B1D62 : 1; unsigned B1D63 : 1; unsigned B1D64 : 1; unsigned B1D65 : 1; unsigned B1D66 : 1; unsigned B1D67 : 1; }; } __B1D6bits_t; extern volatile __B1D6bits_t __at (0xE3C) B1D6bits; extern __sfr __at (0xE3D) B1D7; typedef union { struct { unsigned B1D70 : 1; unsigned B1D71 : 1; unsigned B1D72 : 1; unsigned B1D73 : 1; unsigned B1D74 : 1; unsigned B1D75 : 1; unsigned B1D76 : 1; unsigned B1D77 : 1; }; } __B1D7bits_t; extern volatile __B1D7bits_t __at (0xE3D) B1D7bits; extern __sfr __at (0xE3E) CANSTAT_RO8; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO8bits_t; extern volatile __CANSTAT_RO8bits_t __at (0xE3E) CANSTAT_RO8bits; extern __sfr __at (0xE3F) CANCON_RO8; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO8bits_t; extern volatile __CANCON_RO8bits_t __at (0xE3F) CANCON_RO8bits; extern __sfr __at (0xE40) B2CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B2CON : 1; unsigned : 1; unsigned : 1; }; } __B2CONbits_t; extern volatile __B2CONbits_t __at (0xE40) B2CONbits; extern __sfr __at (0xE41) B2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B2SIDHbits_t; extern volatile __B2SIDHbits_t __at (0xE41) B2SIDHbits; extern __sfr __at (0xE42) B2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B2SIDLbits_t; extern volatile __B2SIDLbits_t __at (0xE42) B2SIDLbits; extern __sfr __at (0xE43) B2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B2EIDHbits_t; extern volatile __B2EIDHbits_t __at (0xE43) B2EIDHbits; extern __sfr __at (0xE44) B2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B2EIDLbits_t; extern volatile __B2EIDLbits_t __at (0xE44) B2EIDLbits; extern __sfr __at (0xE45) B2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B2DLC : 1; unsigned RB1_B2DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B2DLCbits_t; extern volatile __B2DLCbits_t __at (0xE45) B2DLCbits; extern __sfr __at (0xE46) B2D0; typedef union { struct { unsigned B2D00 : 1; unsigned B2D01 : 1; unsigned B2D02 : 1; unsigned B2D03 : 1; unsigned B2D04 : 1; unsigned B2D05 : 1; unsigned B2D06 : 1; unsigned B2D07 : 1; }; } __B2D0bits_t; extern volatile __B2D0bits_t __at (0xE46) B2D0bits; extern __sfr __at (0xE47) B2D1; typedef union { struct { unsigned B2D10 : 1; unsigned B2D11 : 1; unsigned B2D12 : 1; unsigned B2D13 : 1; unsigned B2D14 : 1; unsigned B2D15 : 1; unsigned B2D16 : 1; unsigned B2D17 : 1; }; } __B2D1bits_t; extern volatile __B2D1bits_t __at (0xE47) B2D1bits; extern __sfr __at (0xE48) B2D2; typedef union { struct { unsigned B2D20 : 1; unsigned B2D21 : 1; unsigned B2D22 : 1; unsigned B2D23 : 1; unsigned B2D24 : 1; unsigned B2D25 : 1; unsigned B2D26 : 1; unsigned B2D27 : 1; }; } __B2D2bits_t; extern volatile __B2D2bits_t __at (0xE48) B2D2bits; extern __sfr __at (0xE49) B2D3; typedef union { struct { unsigned B2D30 : 1; unsigned B2D31 : 1; unsigned B2D32 : 1; unsigned B2D33 : 1; unsigned B2D34 : 1; unsigned B2D35 : 1; unsigned B2D36 : 1; unsigned B2D37 : 1; }; } __B2D3bits_t; extern volatile __B2D3bits_t __at (0xE49) B2D3bits; extern __sfr __at (0xE4A) B2D4; typedef union { struct { unsigned B2D40 : 1; unsigned B2D41 : 1; unsigned B2D42 : 1; unsigned B2D43 : 1; unsigned B2D44 : 1; unsigned B2D45 : 1; unsigned B2D46 : 1; unsigned B2D47 : 1; }; } __B2D4bits_t; extern volatile __B2D4bits_t __at (0xE4A) B2D4bits; extern __sfr __at (0xE4B) B2D5; typedef union { struct { unsigned B2D50 : 1; unsigned B2D51 : 1; unsigned B2D52 : 1; unsigned B2D53 : 1; unsigned B2D54 : 1; unsigned B2D55 : 1; unsigned B2D56 : 1; unsigned B2D57 : 1; }; } __B2D5bits_t; extern volatile __B2D5bits_t __at (0xE4B) B2D5bits; extern __sfr __at (0xE4C) B2D6; typedef union { struct { unsigned B2D60 : 1; unsigned B2D61 : 1; unsigned B2D62 : 1; unsigned B2D63 : 1; unsigned B2D64 : 1; unsigned B2D65 : 1; unsigned B2D66 : 1; unsigned B2D67 : 1; }; } __B2D6bits_t; extern volatile __B2D6bits_t __at (0xE4C) B2D6bits; extern __sfr __at (0xE4D) B2D7; typedef union { struct { unsigned B2D70 : 1; unsigned B2D71 : 1; unsigned B2D72 : 1; unsigned B2D73 : 1; unsigned B2D74 : 1; unsigned B2D75 : 1; unsigned B2D76 : 1; unsigned B2D77 : 1; }; } __B2D7bits_t; extern volatile __B2D7bits_t __at (0xE4D) B2D7bits; extern __sfr __at (0xE4E) CANSTAT_RO7; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO7bits_t; extern volatile __CANSTAT_RO7bits_t __at (0xE4E) CANSTAT_RO7bits; extern __sfr __at (0xE4F) CANCON_RO7; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO7bits_t; extern volatile __CANCON_RO7bits_t __at (0xE4F) CANCON_RO7bits; extern __sfr __at (0xE50) B3CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B3CON : 1; unsigned : 1; unsigned : 1; }; } __B3CONbits_t; extern volatile __B3CONbits_t __at (0xE50) B3CONbits; extern __sfr __at (0xE51) B3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B3SIDHbits_t; extern volatile __B3SIDHbits_t __at (0xE51) B3SIDHbits; extern __sfr __at (0xE52) B3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B3SIDLbits_t; extern volatile __B3SIDLbits_t __at (0xE52) B3SIDLbits; extern __sfr __at (0xE53) B3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B3EIDHbits_t; extern volatile __B3EIDHbits_t __at (0xE53) B3EIDHbits; extern __sfr __at (0xE54) B3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B3EIDLbits_t; extern volatile __B3EIDLbits_t __at (0xE54) B3EIDLbits; extern __sfr __at (0xE55) B3DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B3DLC : 1; unsigned RB1_B3DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B3DLCbits_t; extern volatile __B3DLCbits_t __at (0xE55) B3DLCbits; extern __sfr __at (0xE56) B3D0; typedef union { struct { unsigned B3D00 : 1; unsigned B3D01 : 1; unsigned B3D02 : 1; unsigned B3D03 : 1; unsigned B3D04 : 1; unsigned B3D05 : 1; unsigned B3D06 : 1; unsigned B3D07 : 1; }; } __B3D0bits_t; extern volatile __B3D0bits_t __at (0xE56) B3D0bits; extern __sfr __at (0xE57) B3D1; typedef union { struct { unsigned B3D10 : 1; unsigned B3D11 : 1; unsigned B3D12 : 1; unsigned B3D13 : 1; unsigned B3D14 : 1; unsigned B3D15 : 1; unsigned B3D16 : 1; unsigned B3D17 : 1; }; } __B3D1bits_t; extern volatile __B3D1bits_t __at (0xE57) B3D1bits; extern __sfr __at (0xE58) B3D2; typedef union { struct { unsigned B3D20 : 1; unsigned B3D21 : 1; unsigned B3D22 : 1; unsigned B3D23 : 1; unsigned B3D24 : 1; unsigned B3D25 : 1; unsigned B3D26 : 1; unsigned B3D27 : 1; }; } __B3D2bits_t; extern volatile __B3D2bits_t __at (0xE58) B3D2bits; extern __sfr __at (0xE59) B3D3; typedef union { struct { unsigned B3D30 : 1; unsigned B3D31 : 1; unsigned B3D32 : 1; unsigned B3D33 : 1; unsigned B3D34 : 1; unsigned B3D35 : 1; unsigned B3D36 : 1; unsigned B3D37 : 1; }; } __B3D3bits_t; extern volatile __B3D3bits_t __at (0xE59) B3D3bits; extern __sfr __at (0xE5A) B3D4; typedef union { struct { unsigned B3D40 : 1; unsigned B3D41 : 1; unsigned B3D42 : 1; unsigned B3D43 : 1; unsigned B3D44 : 1; unsigned B3D45 : 1; unsigned B3D46 : 1; unsigned B3D47 : 1; }; } __B3D4bits_t; extern volatile __B3D4bits_t __at (0xE5A) B3D4bits; extern __sfr __at (0xE5B) B3D5; typedef union { struct { unsigned B3D50 : 1; unsigned B3D51 : 1; unsigned B3D52 : 1; unsigned B3D53 : 1; unsigned B3D54 : 1; unsigned B3D55 : 1; unsigned B3D56 : 1; unsigned B3D57 : 1; }; } __B3D5bits_t; extern volatile __B3D5bits_t __at (0xE5B) B3D5bits; extern __sfr __at (0xE5C) B3D6; typedef union { struct { unsigned B3D60 : 1; unsigned B3D61 : 1; unsigned B3D62 : 1; unsigned B3D63 : 1; unsigned B3D64 : 1; unsigned B3D65 : 1; unsigned B3D66 : 1; unsigned B3D67 : 1; }; } __B3D6bits_t; extern volatile __B3D6bits_t __at (0xE5C) B3D6bits; extern __sfr __at (0xE5D) B3D7; typedef union { struct { unsigned B3D70 : 1; unsigned B3D71 : 1; unsigned B3D72 : 1; unsigned B3D73 : 1; unsigned B3D74 : 1; unsigned B3D75 : 1; unsigned B3D76 : 1; unsigned B3D77 : 1; }; } __B3D7bits_t; extern volatile __B3D7bits_t __at (0xE5D) B3D7bits; extern __sfr __at (0xE5E) CANSTAT_RO6; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO6bits_t; extern volatile __CANSTAT_RO6bits_t __at (0xE5E) CANSTAT_RO6bits; extern __sfr __at (0xE5F) CANCON_RO6; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO6bits_t; extern volatile __CANCON_RO6bits_t __at (0xE5F) CANCON_RO6bits; extern __sfr __at (0xE60) B4CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B4CON : 1; unsigned : 1; unsigned : 1; }; } __B4CONbits_t; extern volatile __B4CONbits_t __at (0xE60) B4CONbits; extern __sfr __at (0xE61) B4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B4SIDHbits_t; extern volatile __B4SIDHbits_t __at (0xE61) B4SIDHbits; extern __sfr __at (0xE62) B4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B4SIDLbits_t; extern volatile __B4SIDLbits_t __at (0xE62) B4SIDLbits; extern __sfr __at (0xE63) B4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B4EIDHbits_t; extern volatile __B4EIDHbits_t __at (0xE63) B4EIDHbits; extern __sfr __at (0xE64) B4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B4EIDLbits_t; extern volatile __B4EIDLbits_t __at (0xE64) B4EIDLbits; extern __sfr __at (0xE65) B4DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B4DLC : 1; unsigned RB1_B4DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B4DLCbits_t; extern volatile __B4DLCbits_t __at (0xE65) B4DLCbits; extern __sfr __at (0xE66) B4D0; typedef union { struct { unsigned B4D00 : 1; unsigned B4D01 : 1; unsigned B4D02 : 1; unsigned B4D03 : 1; unsigned B4D04 : 1; unsigned B4D05 : 1; unsigned B4D06 : 1; unsigned B4D07 : 1; }; } __B4D0bits_t; extern volatile __B4D0bits_t __at (0xE66) B4D0bits; extern __sfr __at (0xE67) B4D1; typedef union { struct { unsigned B4D10 : 1; unsigned B4D11 : 1; unsigned B4D12 : 1; unsigned B4D13 : 1; unsigned B4D14 : 1; unsigned B4D15 : 1; unsigned B4D16 : 1; unsigned B4D17 : 1; }; } __B4D1bits_t; extern volatile __B4D1bits_t __at (0xE67) B4D1bits; extern __sfr __at (0xE68) B4D2; typedef union { struct { unsigned B4D20 : 1; unsigned B4D21 : 1; unsigned B4D22 : 1; unsigned B4D23 : 1; unsigned B4D24 : 1; unsigned B4D25 : 1; unsigned B4D26 : 1; unsigned B4D27 : 1; }; } __B4D2bits_t; extern volatile __B4D2bits_t __at (0xE68) B4D2bits; extern __sfr __at (0xE69) B4D3; typedef union { struct { unsigned B4D30 : 1; unsigned B4D31 : 1; unsigned B4D32 : 1; unsigned B4D33 : 1; unsigned B4D34 : 1; unsigned B4D35 : 1; unsigned B4D36 : 1; unsigned B4D37 : 1; }; } __B4D3bits_t; extern volatile __B4D3bits_t __at (0xE69) B4D3bits; extern __sfr __at (0xE6A) B4D4; typedef union { struct { unsigned B4D40 : 1; unsigned B4D41 : 1; unsigned B4D42 : 1; unsigned B4D43 : 1; unsigned B4D44 : 1; unsigned B4D45 : 1; unsigned B4D46 : 1; unsigned B4D47 : 1; }; } __B4D4bits_t; extern volatile __B4D4bits_t __at (0xE6A) B4D4bits; extern __sfr __at (0xE6B) B4D5; typedef union { struct { unsigned B4D50 : 1; unsigned B4D51 : 1; unsigned B4D52 : 1; unsigned B4D53 : 1; unsigned B4D54 : 1; unsigned B4D55 : 1; unsigned B4D56 : 1; unsigned B4D57 : 1; }; } __B4D5bits_t; extern volatile __B4D5bits_t __at (0xE6B) B4D5bits; extern __sfr __at (0xE6C) B4D6; typedef union { struct { unsigned B4D60 : 1; unsigned B4D61 : 1; unsigned B4D62 : 1; unsigned B4D63 : 1; unsigned B4D64 : 1; unsigned B4D65 : 1; unsigned B4D66 : 1; unsigned B4D67 : 1; }; } __B4D6bits_t; extern volatile __B4D6bits_t __at (0xE6C) B4D6bits; extern __sfr __at (0xE6D) B4D7; typedef union { struct { unsigned B4D70 : 1; unsigned B4D71 : 1; unsigned B4D72 : 1; unsigned B4D73 : 1; unsigned B4D74 : 1; unsigned B4D75 : 1; unsigned B4D76 : 1; unsigned B46D77 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B4D77 : 1; }; } __B4D7bits_t; extern volatile __B4D7bits_t __at (0xE6D) B4D7bits; extern __sfr __at (0xE6E) CANSTAT_RO5; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO5bits_t; extern volatile __CANSTAT_RO5bits_t __at (0xE6E) CANSTAT_RO5bits; extern __sfr __at (0xE6F) CANCON_RO5; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO5bits_t; extern volatile __CANCON_RO5bits_t __at (0xE6F) CANCON_RO5bits; extern __sfr __at (0xE70) B5CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B5CON : 1; unsigned : 1; unsigned : 1; }; } __B5CONbits_t; extern volatile __B5CONbits_t __at (0xE70) B5CONbits; extern __sfr __at (0xE71) B5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B5SIDHbits_t; extern volatile __B5SIDHbits_t __at (0xE71) B5SIDHbits; extern __sfr __at (0xE72) B5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5SIDLbits_t; extern volatile __B5SIDLbits_t __at (0xE72) B5SIDLbits; extern __sfr __at (0xE73) B5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B5EIDHbits_t; extern volatile __B5EIDHbits_t __at (0xE73) B5EIDHbits; extern __sfr __at (0xE74) B5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B5EIDLbits_t; extern volatile __B5EIDLbits_t __at (0xE74) B5EIDLbits; extern __sfr __at (0xE75) B5DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B5DLC : 1; unsigned RB1_B5DLC : 1; unsigned : 1; unsigned : 1; }; } __B5DLCbits_t; extern volatile __B5DLCbits_t __at (0xE75) B5DLCbits; extern __sfr __at (0xE76) B5D0; typedef union { struct { unsigned B5D00 : 1; unsigned B5D01 : 1; unsigned B5D02 : 1; unsigned B5D03 : 1; unsigned B5D04 : 1; unsigned B5D05 : 1; unsigned B5D06 : 1; unsigned B57D07 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D07 : 1; }; } __B5D0bits_t; extern volatile __B5D0bits_t __at (0xE76) B5D0bits; extern __sfr __at (0xE77) B5D1; typedef union { struct { unsigned B5D10 : 1; unsigned B5D11 : 1; unsigned B5D12 : 1; unsigned B5D13 : 1; unsigned B5D14 : 1; unsigned B5D15 : 1; unsigned B5D16 : 1; unsigned B5D17 : 1; }; } __B5D1bits_t; extern volatile __B5D1bits_t __at (0xE77) B5D1bits; extern __sfr __at (0xE78) B5D2; typedef union { struct { unsigned B5D20 : 1; unsigned B5D21 : 1; unsigned B5D22 : 1; unsigned B57D23 : 1; unsigned B5D24 : 1; unsigned B5D25 : 1; unsigned B5D26 : 1; unsigned B5D27 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D23 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5D2bits_t; extern volatile __B5D2bits_t __at (0xE78) B5D2bits; extern __sfr __at (0xE79) B5D3; typedef union { struct { unsigned B5D30 : 1; unsigned B5D31 : 1; unsigned B5D32 : 1; unsigned B5D33 : 1; unsigned B5D34 : 1; unsigned B5D35 : 1; unsigned B5D36 : 1; unsigned B5D37 : 1; }; } __B5D3bits_t; extern volatile __B5D3bits_t __at (0xE79) B5D3bits; extern __sfr __at (0xE7A) B5D4; typedef union { struct { unsigned B5D40 : 1; unsigned B5D41 : 1; unsigned B5D42 : 1; unsigned B5D43 : 1; unsigned B5D44 : 1; unsigned B5D45 : 1; unsigned B5D46 : 1; unsigned B5D47 : 1; }; } __B5D4bits_t; extern volatile __B5D4bits_t __at (0xE7A) B5D4bits; extern __sfr __at (0xE7B) B5D5; typedef union { struct { unsigned B5D50 : 1; unsigned B5D51 : 1; unsigned B5D52 : 1; unsigned B5D53 : 1; unsigned B5D54 : 1; unsigned B5D55 : 1; unsigned B5D56 : 1; unsigned B5D57 : 1; }; } __B5D5bits_t; extern volatile __B5D5bits_t __at (0xE7B) B5D5bits; extern __sfr __at (0xE7C) B5D6; typedef union { struct { unsigned B5D60 : 1; unsigned B5D61 : 1; unsigned B5D62 : 1; unsigned B5D63 : 1; unsigned B5D64 : 1; unsigned B5D65 : 1; unsigned B5D66 : 1; unsigned B5D67 : 1; }; } __B5D6bits_t; extern volatile __B5D6bits_t __at (0xE7C) B5D6bits; extern __sfr __at (0xE7D) B5D7; typedef union { struct { unsigned B5D70 : 1; unsigned B5D71 : 1; unsigned B5D72 : 1; unsigned B5D73 : 1; unsigned B5D74 : 1; unsigned B5D75 : 1; unsigned B5D76 : 1; unsigned B5D77 : 1; }; } __B5D7bits_t; extern volatile __B5D7bits_t __at (0xE7D) B5D7bits; extern __sfr __at (0xE7E) CANSTAT_RO4; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO4bits_t; extern volatile __CANSTAT_RO4bits_t __at (0xE7E) CANSTAT_RO4bits; extern __sfr __at (0xE7F) CANCON_RO4; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO4bits_t; extern volatile __CANCON_RO4bits_t __at (0xE7F) CANCON_RO4bits; extern __sfr __at (0xF00) RXF0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF0SIDHbits_t; extern volatile __RXF0SIDHbits_t __at (0xF00) RXF0SIDHbits; extern __sfr __at (0xF01) RXF0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xF01) RXF0SIDLbits; extern __sfr __at (0xF02) RXF0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF0EIDHbits_t; extern volatile __RXF0EIDHbits_t __at (0xF02) RXF0EIDHbits; extern __sfr __at (0xF03) RXF0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF0EIDLbits_t; extern volatile __RXF0EIDLbits_t __at (0xF03) RXF0EIDLbits; extern __sfr __at (0xF04) RXF1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF1SIDHbits_t; extern volatile __RXF1SIDHbits_t __at (0xF04) RXF1SIDHbits; extern __sfr __at (0xF05) RXF1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xF05) RXF1SIDLbits; extern __sfr __at (0xF06) RXF1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF1EIDHbits_t; extern volatile __RXF1EIDHbits_t __at (0xF06) RXF1EIDHbits; extern __sfr __at (0xF07) RXF1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF1EIDLbits_t; extern volatile __RXF1EIDLbits_t __at (0xF07) RXF1EIDLbits; extern __sfr __at (0xF08) RXF2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF2SIDHbits_t; extern volatile __RXF2SIDHbits_t __at (0xF08) RXF2SIDHbits; extern __sfr __at (0xF09) RXF2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF2SIDLbits_t; extern volatile __RXF2SIDLbits_t __at (0xF09) RXF2SIDLbits; extern __sfr __at (0xF0A) RXF2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF2EIDHbits_t; extern volatile __RXF2EIDHbits_t __at (0xF0A) RXF2EIDHbits; extern __sfr __at (0xF0B) RXF2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xF0B) RXF2EIDLbits; extern __sfr __at (0xF0C) RXF3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF3SIDHbits_t; extern volatile __RXF3SIDHbits_t __at (0xF0C) RXF3SIDHbits; extern __sfr __at (0xF0D) RXF3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xF0D) RXF3SIDLbits; extern __sfr __at (0xF0E) RXF3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF3EIDHbits_t; extern volatile __RXF3EIDHbits_t __at (0xF0E) RXF3EIDHbits; extern __sfr __at (0xF0F) RXF3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF3EIDLbits_t; extern volatile __RXF3EIDLbits_t __at (0xF0F) RXF3EIDLbits; extern __sfr __at (0xF10) RXF4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF4SIDHbits_t; extern volatile __RXF4SIDHbits_t __at (0xF10) RXF4SIDHbits; extern __sfr __at (0xF11) RXF4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xF11) RXF4SIDLbits; extern __sfr __at (0xF12) RXF4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF4EIDHbits_t; extern volatile __RXF4EIDHbits_t __at (0xF12) RXF4EIDHbits; extern __sfr __at (0xF13) RXF4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF4EIDLbits_t; extern volatile __RXF4EIDLbits_t __at (0xF13) RXF4EIDLbits; extern __sfr __at (0xF14) RXF5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF5SIDHbits_t; extern volatile __RXF5SIDHbits_t __at (0xF14) RXF5SIDHbits; extern __sfr __at (0xF15) RXF5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xF15) RXF5SIDLbits; extern __sfr __at (0xF16) RXF5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF5EIDHbits_t; extern volatile __RXF5EIDHbits_t __at (0xF16) RXF5EIDHbits; extern __sfr __at (0xF17) RXF5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF5EIDLbits_t; extern volatile __RXF5EIDLbits_t __at (0xF17) RXF5EIDLbits; extern __sfr __at (0xF18) RXM0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM0SIDHbits_t; extern volatile __RXM0SIDHbits_t __at (0xF18) RXM0SIDHbits; extern __sfr __at (0xF19) RXM0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xF19) RXM0SIDLbits; extern __sfr __at (0xF1A) RXM0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM0EIDHbits_t; extern volatile __RXM0EIDHbits_t __at (0xF1A) RXM0EIDHbits; extern __sfr __at (0xF1B) RXM0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM0EIDLbits_t; extern volatile __RXM0EIDLbits_t __at (0xF1B) RXM0EIDLbits; extern __sfr __at (0xF1C) RXM1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM1SIDHbits_t; extern volatile __RXM1SIDHbits_t __at (0xF1C) RXM1SIDHbits; extern __sfr __at (0xF1D) RXM1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xF1D) RXM1SIDLbits; extern __sfr __at (0xF1E) RXM1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM1EIDHbits_t; extern volatile __RXM1EIDHbits_t __at (0xF1E) RXM1EIDHbits; extern __sfr __at (0xF1F) RXM1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM1EIDLbits_t; extern volatile __RXM1EIDLbits_t __at (0xF1F) RXM1EIDLbits; extern __sfr __at (0xF20) TXB2CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFBXB2CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xF20) TXB2CONbits; extern __sfr __at (0xF21) TXB2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB2SIDHbits_t; extern volatile __TXB2SIDHbits_t __at (0xF21) TXB2SIDHbits; extern __sfr __at (0xF22) TXB2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xF22) TXB2SIDLbits; extern __sfr __at (0xF23) TXB2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB2EIDHbits_t; extern volatile __TXB2EIDHbits_t __at (0xF23) TXB2EIDHbits; extern __sfr __at (0xF24) TXB2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB2EIDLbits_t; extern volatile __TXB2EIDLbits_t __at (0xF24) TXB2EIDLbits; extern __sfr __at (0xF25) TXB2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xF25) TXB2DLCbits; extern __sfr __at (0xF26) TXB2D0; typedef union { struct { unsigned TXB2D00 : 1; unsigned TXB2D01 : 1; unsigned TXB2D02 : 1; unsigned TXB2D03 : 1; unsigned TXB2D04 : 1; unsigned TXB2D05 : 1; unsigned TXB2D06 : 1; unsigned TXB2D07 : 1; }; } __TXB2D0bits_t; extern volatile __TXB2D0bits_t __at (0xF26) TXB2D0bits; extern __sfr __at (0xF27) TXB2D1; typedef union { struct { unsigned TXB2D10 : 1; unsigned TXB2D11 : 1; unsigned TXB2D12 : 1; unsigned TXB2D13 : 1; unsigned TXB2D14 : 1; unsigned TXB2D15 : 1; unsigned TXB2D16 : 1; unsigned TXB2D17 : 1; }; } __TXB2D1bits_t; extern volatile __TXB2D1bits_t __at (0xF27) TXB2D1bits; extern __sfr __at (0xF28) TXB2D2; typedef union { struct { unsigned TXB2D20 : 1; unsigned TXB2D21 : 1; unsigned TXB2D22 : 1; unsigned TXB2D23 : 1; unsigned TXB2D24 : 1; unsigned TXB2D25 : 1; unsigned TXB2D26 : 1; unsigned TXB2D27 : 1; }; } __TXB2D2bits_t; extern volatile __TXB2D2bits_t __at (0xF28) TXB2D2bits; extern __sfr __at (0xF29) TXB2D3; typedef union { struct { unsigned TXB2D30 : 1; unsigned TXB2D31 : 1; unsigned TXB2D32 : 1; unsigned TXB2D33 : 1; unsigned TXB2D34 : 1; unsigned TXB2D35 : 1; unsigned TXB2D36 : 1; unsigned TXB2D37 : 1; }; } __TXB2D3bits_t; extern volatile __TXB2D3bits_t __at (0xF29) TXB2D3bits; extern __sfr __at (0xF2A) TXB2D4; typedef union { struct { unsigned TXB2D40 : 1; unsigned TXB2D41 : 1; unsigned TXB2D42 : 1; unsigned TXB2D43 : 1; unsigned TXB2D44 : 1; unsigned TXB2D45 : 1; unsigned TXB2D46 : 1; unsigned TXB2D47 : 1; }; } __TXB2D4bits_t; extern volatile __TXB2D4bits_t __at (0xF2A) TXB2D4bits; extern __sfr __at (0xF2B) TXB2D5; typedef union { struct { unsigned TXB2D50 : 1; unsigned TXB2D51 : 1; unsigned TXB2D52 : 1; unsigned TXB2D53 : 1; unsigned TXB2D54 : 1; unsigned TXB2D55 : 1; unsigned TXB2D56 : 1; unsigned TXB2D57 : 1; }; } __TXB2D5bits_t; extern volatile __TXB2D5bits_t __at (0xF2B) TXB2D5bits; extern __sfr __at (0xF2C) TXB2D6; typedef union { struct { unsigned TXB2D60 : 1; unsigned TXB2D61 : 1; unsigned TXB2D62 : 1; unsigned TXB2D63 : 1; unsigned TXB2D64 : 1; unsigned TXB2D65 : 1; unsigned TXB2D66 : 1; unsigned TXB2D67 : 1; }; } __TXB2D6bits_t; extern volatile __TXB2D6bits_t __at (0xF2C) TXB2D6bits; extern __sfr __at (0xF2D) TXB2D7; typedef union { struct { unsigned TXB2D70 : 1; unsigned TXB2D71 : 1; unsigned TXB2D72 : 1; unsigned TXB2D73 : 1; unsigned TXB2D74 : 1; unsigned TXB2D75 : 1; unsigned TXB2D76 : 1; unsigned TXB2D77 : 1; }; } __TXB2D7bits_t; extern volatile __TXB2D7bits_t __at (0xF2D) TXB2D7bits; extern __sfr __at (0xF2E) CANSTAT_RO3; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO3bits_t; extern volatile __CANSTAT_RO3bits_t __at (0xF2E) CANSTAT_RO3bits; extern __sfr __at (0xF2F) CANCON_RO3; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO3bits_t; extern volatile __CANCON_RO3bits_t __at (0xF2F) CANCON_RO3bits; extern __sfr __at (0xF30) TXB1CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFTXB1CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xF30) TXB1CONbits; extern __sfr __at (0xF31) TXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB1SIDHbits_t; extern volatile __TXB1SIDHbits_t __at (0xF31) TXB1SIDHbits; extern __sfr __at (0xF32) TXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xF32) TXB1SIDLbits; extern __sfr __at (0xF33) TXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB1EIDHbits_t; extern volatile __TXB1EIDHbits_t __at (0xF33) TXB1EIDHbits; extern __sfr __at (0xF34) TXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB1EIDLbits_t; extern volatile __TXB1EIDLbits_t __at (0xF34) TXB1EIDLbits; extern __sfr __at (0xF35) TXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xF35) TXB1DLCbits; extern __sfr __at (0xF36) TXB1D0; typedef union { struct { unsigned TXB1D00 : 1; unsigned TXB1D01 : 1; unsigned TXB1D02 : 1; unsigned TXB1D03 : 1; unsigned TXB1D04 : 1; unsigned TXB1D05 : 1; unsigned TXB1D06 : 1; unsigned TXB1D07 : 1; }; } __TXB1D0bits_t; extern volatile __TXB1D0bits_t __at (0xF36) TXB1D0bits; extern __sfr __at (0xF37) TXB1D1; typedef union { struct { unsigned TXB1D10 : 1; unsigned TXB1D11 : 1; unsigned TXB1D12 : 1; unsigned TXB1D13 : 1; unsigned TXB1D14 : 1; unsigned TXB1D15 : 1; unsigned TXB1D16 : 1; unsigned TXB1D17 : 1; }; } __TXB1D1bits_t; extern volatile __TXB1D1bits_t __at (0xF37) TXB1D1bits; extern __sfr __at (0xF38) TXB1D2; typedef union { struct { unsigned TXB1D20 : 1; unsigned TXB1D21 : 1; unsigned TXB1D22 : 1; unsigned TXB1D23 : 1; unsigned TXB1D24 : 1; unsigned TXB1D25 : 1; unsigned TXB1D26 : 1; unsigned TXB1D27 : 1; }; } __TXB1D2bits_t; extern volatile __TXB1D2bits_t __at (0xF38) TXB1D2bits; extern __sfr __at (0xF39) TXB1D3; typedef union { struct { unsigned TXB1D30 : 1; unsigned TXB1D31 : 1; unsigned TXB1D32 : 1; unsigned TXB1D33 : 1; unsigned TXB1D34 : 1; unsigned TXB1D35 : 1; unsigned TXB1D36 : 1; unsigned TXB1D37 : 1; }; } __TXB1D3bits_t; extern volatile __TXB1D3bits_t __at (0xF39) TXB1D3bits; extern __sfr __at (0xF3A) TXB1D4; typedef union { struct { unsigned TXB1D40 : 1; unsigned TXB1D41 : 1; unsigned TXB1D42 : 1; unsigned TXB1D43 : 1; unsigned TXB1D44 : 1; unsigned TXB1D45 : 1; unsigned TXB1D46 : 1; unsigned TXB1D47 : 1; }; } __TXB1D4bits_t; extern volatile __TXB1D4bits_t __at (0xF3A) TXB1D4bits; extern __sfr __at (0xF3B) TXB1D5; typedef union { struct { unsigned TXB1D50 : 1; unsigned TXB1D51 : 1; unsigned TXB1D52 : 1; unsigned TXB1D53 : 1; unsigned TXB1D54 : 1; unsigned TXB1D55 : 1; unsigned TXB1D56 : 1; unsigned TXB1D57 : 1; }; } __TXB1D5bits_t; extern volatile __TXB1D5bits_t __at (0xF3B) TXB1D5bits; extern __sfr __at (0xF3C) TXB1D6; typedef union { struct { unsigned TXB1D60 : 1; unsigned TXB1D61 : 1; unsigned TXB1D62 : 1; unsigned TXB1D63 : 1; unsigned TXB1D64 : 1; unsigned TXB1D65 : 1; unsigned TXB1D66 : 1; unsigned TXB1D67 : 1; }; } __TXB1D6bits_t; extern volatile __TXB1D6bits_t __at (0xF3C) TXB1D6bits; extern __sfr __at (0xF3D) TXB1D7; typedef union { struct { unsigned TXB1D70 : 1; unsigned TXB1D71 : 1; unsigned TXB1D72 : 1; unsigned TXB1D73 : 1; unsigned TXB1D74 : 1; unsigned TXB1D75 : 1; unsigned TXB1D76 : 1; unsigned TXB1D77 : 1; }; } __TXB1D7bits_t; extern volatile __TXB1D7bits_t __at (0xF3D) TXB1D7bits; extern __sfr __at (0xF3E) CANSTAT_RO2; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO2bits_t; extern volatile __CANSTAT_RO2bits_t __at (0xF3E) CANSTAT_RO2bits; extern __sfr __at (0xF3F) CANCON_RO2; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO2bits_t; extern volatile __CANCON_RO2bits_t __at (0xF3F) CANCON_RO2bits; extern __sfr __at (0xF40) TXB0CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xF40) TXB0CONbits; extern __sfr __at (0xF41) TXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB0SIDHbits_t; extern volatile __TXB0SIDHbits_t __at (0xF41) TXB0SIDHbits; extern __sfr __at (0xF42) TXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB0SIDLbits_t; extern volatile __TXB0SIDLbits_t __at (0xF42) TXB0SIDLbits; extern __sfr __at (0xF43) TXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB0EIDHbits_t; extern volatile __TXB0EIDHbits_t __at (0xF43) TXB0EIDHbits; extern __sfr __at (0xF44) TXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB0EIDLbits_t; extern volatile __TXB0EIDLbits_t __at (0xF44) TXB0EIDLbits; extern __sfr __at (0xF45) TXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xF45) TXB0DLCbits; extern __sfr __at (0xF46) TXB0D0; typedef union { struct { unsigned TXB0D00 : 1; unsigned TXB0D01 : 1; unsigned TXB0D02 : 1; unsigned TXB0D03 : 1; unsigned TXB0D04 : 1; unsigned TXB0D05 : 1; unsigned TXB0D06 : 1; unsigned TXB0D07 : 1; }; } __TXB0D0bits_t; extern volatile __TXB0D0bits_t __at (0xF46) TXB0D0bits; extern __sfr __at (0xF47) TXB0D1; typedef union { struct { unsigned TXB0D10 : 1; unsigned TXB0D11 : 1; unsigned TXB0D12 : 1; unsigned TXB0D13 : 1; unsigned TXB0D14 : 1; unsigned TXB0D15 : 1; unsigned TXB0D16 : 1; unsigned TXB0D17 : 1; }; } __TXB0D1bits_t; extern volatile __TXB0D1bits_t __at (0xF47) TXB0D1bits; extern __sfr __at (0xF48) TXB0D2; typedef union { struct { unsigned TXB0D20 : 1; unsigned TXB0D21 : 1; unsigned TXB0D22 : 1; unsigned TXB0D23 : 1; unsigned TXB0D24 : 1; unsigned TXB0D25 : 1; unsigned TXB0D26 : 1; unsigned TXB0D27 : 1; }; } __TXB0D2bits_t; extern volatile __TXB0D2bits_t __at (0xF48) TXB0D2bits; extern __sfr __at (0xF49) TXB0D3; typedef union { struct { unsigned TXB0D30 : 1; unsigned TXB0D31 : 1; unsigned TXB0D32 : 1; unsigned TXB0D33 : 1; unsigned TXB0D34 : 1; unsigned TXB0D35 : 1; unsigned TXB0D36 : 1; unsigned TXB0D37 : 1; }; } __TXB0D3bits_t; extern volatile __TXB0D3bits_t __at (0xF49) TXB0D3bits; extern __sfr __at (0xF4A) TXB0D4; typedef union { struct { unsigned TXB0D40 : 1; unsigned TXB0D41 : 1; unsigned TXB0D42 : 1; unsigned TXB0D43 : 1; unsigned TXB0D44 : 1; unsigned TXB0D45 : 1; unsigned TXB0D46 : 1; unsigned TXB0D47 : 1; }; } __TXB0D4bits_t; extern volatile __TXB0D4bits_t __at (0xF4A) TXB0D4bits; extern __sfr __at (0xF4B) TXB0D5; typedef union { struct { unsigned TXB0D50 : 1; unsigned TXB0D51 : 1; unsigned TXB0D52 : 1; unsigned TXB0D53 : 1; unsigned TXB0D54 : 1; unsigned TXB0D55 : 1; unsigned TXB0D56 : 1; unsigned TXB0D57 : 1; }; } __TXB0D5bits_t; extern volatile __TXB0D5bits_t __at (0xF4B) TXB0D5bits; extern __sfr __at (0xF4C) TXB0D6; typedef union { struct { unsigned TXB0D60 : 1; unsigned TXB0D61 : 1; unsigned TXB0D62 : 1; unsigned TXB0D63 : 1; unsigned TXB0D64 : 1; unsigned TXB0D65 : 1; unsigned TXB0D66 : 1; unsigned TXB0D67 : 1; }; } __TXB0D6bits_t; extern volatile __TXB0D6bits_t __at (0xF4C) TXB0D6bits; extern __sfr __at (0xF4D) TXB0D7; typedef union { struct { unsigned TXB0D70 : 1; unsigned TXB0D71 : 1; unsigned TXB0D72 : 1; unsigned TXB0D73 : 1; unsigned TXB0D74 : 1; unsigned TXB0D75 : 1; unsigned TXB0D76 : 1; unsigned TXB0D77 : 1; }; } __TXB0D7bits_t; extern volatile __TXB0D7bits_t __at (0xF4D) TXB0D7bits; extern __sfr __at (0xF4E) CANSTAT_RO1; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO1bits_t; extern volatile __CANSTAT_RO1bits_t __at (0xF4E) CANSTAT_RO1bits; extern __sfr __at (0xF4F) CANCON_RO1; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO1bits_t; extern volatile __CANCON_RO1bits_t __at (0xF4F) CANCON_RO1bits; extern __sfr __at (0xF50) RXB1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned RXRTRRO_RXB1CON : 1; unsigned FILHIT4 : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned FILHIT3 : 1; unsigned : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xF50) RXB1CONbits; extern __sfr __at (0xF51) RXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB1SIDHbits_t; extern volatile __RXB1SIDHbits_t __at (0xF51) RXB1SIDHbits; extern __sfr __at (0xF52) RXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xF52) RXB1SIDLbits; extern __sfr __at (0xF53) RXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB1EIDHbits_t; extern volatile __RXB1EIDHbits_t __at (0xF53) RXB1EIDHbits; extern __sfr __at (0xF54) RXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB1EIDLbits_t; extern volatile __RXB1EIDLbits_t __at (0xF54) RXB1EIDLbits; extern __sfr __at (0xF55) RXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB1DLC : 1; unsigned RB1_RXB1DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xF55) RXB1DLCbits; extern __sfr __at (0xF56) RXB1D0; typedef union { struct { unsigned RXB1D00 : 1; unsigned RXB1D01 : 1; unsigned RXB1D02 : 1; unsigned RXB1D03 : 1; unsigned RXB1D04 : 1; unsigned RXB1D05 : 1; unsigned RXB1D06 : 1; unsigned RXB1D07 : 1; }; } __RXB1D0bits_t; extern volatile __RXB1D0bits_t __at (0xF56) RXB1D0bits; extern __sfr __at (0xF57) RXB1D1; typedef union { struct { unsigned RXB1D10 : 1; unsigned RXB1D11 : 1; unsigned RXB1D12 : 1; unsigned RXB1D13 : 1; unsigned RXB1D14 : 1; unsigned RXB1D15 : 1; unsigned RXB1D16 : 1; unsigned RXB1D17 : 1; }; } __RXB1D1bits_t; extern volatile __RXB1D1bits_t __at (0xF57) RXB1D1bits; extern __sfr __at (0xF58) RXB1D2; typedef union { struct { unsigned RXB1D20 : 1; unsigned RXB1D21 : 1; unsigned RXB1D22 : 1; unsigned RXB1D23 : 1; unsigned RXB1D24 : 1; unsigned RXB1D25 : 1; unsigned RXB1D26 : 1; unsigned RXB1D27 : 1; }; } __RXB1D2bits_t; extern volatile __RXB1D2bits_t __at (0xF58) RXB1D2bits; extern __sfr __at (0xF59) RXB1D3; typedef union { struct { unsigned RXB1D30 : 1; unsigned RXB1D31 : 1; unsigned RXB1D32 : 1; unsigned RXB1D33 : 1; unsigned RXB1D34 : 1; unsigned RXB1D35 : 1; unsigned RXB1D36 : 1; unsigned RXB1D37 : 1; }; } __RXB1D3bits_t; extern volatile __RXB1D3bits_t __at (0xF59) RXB1D3bits; extern __sfr __at (0xF5A) RXB1D4; typedef union { struct { unsigned RXB1D40 : 1; unsigned RXB1D41 : 1; unsigned RXB1D42 : 1; unsigned RXB1D43 : 1; unsigned RXB1D44 : 1; unsigned RXB1D45 : 1; unsigned RXB1D46 : 1; unsigned RXB1D47 : 1; }; } __RXB1D4bits_t; extern volatile __RXB1D4bits_t __at (0xF5A) RXB1D4bits; extern __sfr __at (0xF5B) RXB1D5; typedef union { struct { unsigned RXB1D50 : 1; unsigned RXB1D51 : 1; unsigned RXB1D52 : 1; unsigned RXB1D53 : 1; unsigned RXB1D54 : 1; unsigned RXB1D55 : 1; unsigned RXB1D56 : 1; unsigned RXB1D57 : 1; }; } __RXB1D5bits_t; extern volatile __RXB1D5bits_t __at (0xF5B) RXB1D5bits; extern __sfr __at (0xF5C) RXB1D6; typedef union { struct { unsigned RXB1D60 : 1; unsigned RXB1D61 : 1; unsigned RXB1D62 : 1; unsigned RXB1D63 : 1; unsigned RXB1D64 : 1; unsigned RXB1D65 : 1; unsigned RXB1D66 : 1; unsigned RXB1D67 : 1; }; } __RXB1D6bits_t; extern volatile __RXB1D6bits_t __at (0xF5C) RXB1D6bits; extern __sfr __at (0xF5D) RXB1D7; typedef union { struct { unsigned RXB1D70 : 1; unsigned RXB1D71 : 1; unsigned RXB1D72 : 1; unsigned RXB1D73 : 1; unsigned RXB1D74 : 1; unsigned RXB1D75 : 1; unsigned RXB1D76 : 1; unsigned RXB1D77 : 1; }; } __RXB1D7bits_t; extern volatile __RXB1D7bits_t __at (0xF5D) RXB1D7bits; extern __sfr __at (0xF5E) CANSTAT_RO0; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO0bits_t; extern volatile __CANSTAT_RO0bits_t __at (0xF5E) CANSTAT_RO0bits; extern __sfr __at (0xF5F) CANCON_RO0; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO0bits_t; extern volatile __CANCON_RO0bits_t __at (0xF5F) CANCON_RO0bits; extern __sfr __at (0xF60) RXB0CON; typedef union { struct { unsigned : 1; unsigned JTOFF : 1; unsigned RXB0DBEN : 1; unsigned RXRTRRO_RXB0CON : 1; unsigned : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xF60) RXB0CONbits; extern __sfr __at (0xF61) RXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB0SIDHbits_t; extern volatile __RXB0SIDHbits_t __at (0xF61) RXB0SIDHbits; extern __sfr __at (0xF62) RXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xF62) RXB0SIDLbits; extern __sfr __at (0xF63) RXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB0EIDHbits_t; extern volatile __RXB0EIDHbits_t __at (0xF63) RXB0EIDHbits; extern __sfr __at (0xF64) RXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB0EIDLbits_t; extern volatile __RXB0EIDLbits_t __at (0xF64) RXB0EIDLbits; extern __sfr __at (0xF65) RXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB0DLC : 1; unsigned RB1_RXB0DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB0DLCbits_t; extern volatile __RXB0DLCbits_t __at (0xF65) RXB0DLCbits; extern __sfr __at (0xF66) RXB0D0; typedef union { struct { unsigned RXB0D00 : 1; unsigned RXB0D01 : 1; unsigned RXB0D02 : 1; unsigned RXB0D03 : 1; unsigned RXB0D04 : 1; unsigned RXB0D05 : 1; unsigned RXB0D06 : 1; unsigned RXB0D07 : 1; }; } __RXB0D0bits_t; extern volatile __RXB0D0bits_t __at (0xF66) RXB0D0bits; extern __sfr __at (0xF67) RXB0D1; typedef union { struct { unsigned RXB0D10 : 1; unsigned RXB0D11 : 1; unsigned RXB0D12 : 1; unsigned RXB0D13 : 1; unsigned RXB0D14 : 1; unsigned RXB0D15 : 1; unsigned RXB0D16 : 1; unsigned RXB0D17 : 1; }; } __RXB0D1bits_t; extern volatile __RXB0D1bits_t __at (0xF67) RXB0D1bits; extern __sfr __at (0xF68) RXB0D2; typedef union { struct { unsigned RXB0D20 : 1; unsigned RXB0D21 : 1; unsigned RXB0D22 : 1; unsigned RXB0D23 : 1; unsigned RXB0D24 : 1; unsigned RXB0D25 : 1; unsigned RXB0D26 : 1; unsigned RXB0D27 : 1; }; } __RXB0D2bits_t; extern volatile __RXB0D2bits_t __at (0xF68) RXB0D2bits; extern __sfr __at (0xF69) RXB0D3; typedef union { struct { unsigned RXB0D30 : 1; unsigned RXB0D31 : 1; unsigned RXB0D32 : 1; unsigned RXB0D33 : 1; unsigned RXB0D34 : 1; unsigned RXB0D35 : 1; unsigned RXB0D36 : 1; unsigned RXB0D37 : 1; }; } __RXB0D3bits_t; extern volatile __RXB0D3bits_t __at (0xF69) RXB0D3bits; extern __sfr __at (0xF6A) RXB0D4; typedef union { struct { unsigned RXB0D40 : 1; unsigned RXB0D41 : 1; unsigned RXB0D42 : 1; unsigned RXB0D43 : 1; unsigned RXB0D44 : 1; unsigned RXB0D45 : 1; unsigned RXB0D46 : 1; unsigned RXB0D47 : 1; }; } __RXB0D4bits_t; extern volatile __RXB0D4bits_t __at (0xF6A) RXB0D4bits; extern __sfr __at (0xF6B) RXB0D5; typedef union { struct { unsigned RXB0D50 : 1; unsigned RXB0D51 : 1; unsigned RXB0D52 : 1; unsigned RXB0D53 : 1; unsigned RXB0D54 : 1; unsigned RXB0D55 : 1; unsigned RXB0D56 : 1; unsigned RXB0D57 : 1; }; } __RXB0D5bits_t; extern volatile __RXB0D5bits_t __at (0xF6B) RXB0D5bits; extern __sfr __at (0xF6C) RXB0D6; typedef union { struct { unsigned RXB0D60 : 1; unsigned RXB0D61 : 1; unsigned RXB0D62 : 1; unsigned RXB0D63 : 1; unsigned RXB0D64 : 1; unsigned RXB0D65 : 1; unsigned RXB0D66 : 1; unsigned RXB0D67 : 1; }; } __RXB0D6bits_t; extern volatile __RXB0D6bits_t __at (0xF6C) RXB0D6bits; extern __sfr __at (0xF6D) RXB0D7; typedef union { struct { unsigned RXB0D70 : 1; unsigned RXB0D71 : 1; unsigned RXB0D72 : 1; unsigned RXB0D73 : 1; unsigned RXB0D74 : 1; unsigned RXB0D75 : 1; unsigned RXB0D76 : 1; unsigned RXB0D77 : 1; }; } __RXB0D7bits_t; extern volatile __RXB0D7bits_t __at (0xF6D) RXB0D7bits; extern __sfr __at (0xF6E) CANSTAT; typedef union { struct { unsigned EICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned EICODE4 : 1; unsigned OPMODE0 : 1; unsigned OPMODE1 : 1; unsigned OPMODE2 : 1; }; struct { unsigned : 1; unsigned EICODE1 : 1; unsigned EICODE2 : 1; unsigned EICODE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xF6E) CANSTATbits; extern __sfr __at (0xF6F) CANCON; typedef union { struct { unsigned FP0 : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; struct { unsigned : 1; unsigned FP1 : 1; unsigned FP2 : 1; unsigned FP3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xF6F) CANCONbits; extern __sfr __at (0xF70) BRGCON1; typedef union { struct { unsigned BRP0 : 1; unsigned BRP1 : 1; unsigned BRP2 : 1; unsigned BRP3 : 1; unsigned BRP4 : 1; unsigned BRP5 : 1; unsigned SJW0 : 1; unsigned SJW1 : 1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xF70) BRGCON1bits; extern __sfr __at (0xF71) BRGCON2; typedef union { struct { unsigned PRSEG0 : 1; unsigned PRSEG1 : 1; unsigned PRSEG2 : 1; unsigned SEG1PH0 : 1; unsigned SEG1PH1 : 1; unsigned SEG1PH2 : 1; unsigned SAM : 1; unsigned SEG2PHTS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SEG2PHT : 1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xF71) BRGCON2bits; extern __sfr __at (0xF72) BRGCON3; typedef union { struct { unsigned SEG2PH0 : 1; unsigned SEG2PH1 : 1; unsigned SEG2PH2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned WAKFIL : 1; unsigned WAKDIS : 1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xF72) BRGCON3bits; extern __sfr __at (0xF73) CIOCON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CANCAP : 1; unsigned ENDRHI : 1; unsigned : 1; unsigned : 1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xF73) CIOCONbits; extern __sfr __at (0xF74) COMSTAT; typedef union { struct { unsigned EWARN : 1; unsigned RXWARN : 1; unsigned TXWARN : 1; unsigned RXBP : 1; unsigned TXBP : 1; unsigned TXBO : 1; unsigned RXB1OVFL : 1; unsigned RXB0OVFL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXBnOVFL : 1; unsigned FIFOEMPTY : 1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xF74) COMSTATbits; extern __sfr __at (0xF75) RXERRCNT; typedef union { struct { unsigned REC0 : 1; unsigned REC1 : 1; unsigned REC2 : 1; unsigned REC3 : 1; unsigned REC4 : 1; unsigned REC5 : 1; unsigned REC6 : 1; unsigned REC7 : 1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xF75) RXERRCNTbits; extern __sfr __at (0xF76) TXERRCNT; typedef union { struct { unsigned TEC0 : 1; unsigned TEC1 : 1; unsigned TEC2 : 1; unsigned TEC3 : 1; unsigned TEC4 : 1; unsigned TEC5 : 1; unsigned TEC6 : 1; unsigned TEC7 : 1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xF76) TXERRCNTbits; extern __sfr __at (0xF77) ECANCON; typedef union { struct { unsigned EWIN0 : 1; unsigned EWIN1 : 1; unsigned EWIN2 : 1; unsigned EWIN3 : 1; unsigned EWIN4 : 1; unsigned FIFOWM : 1; unsigned MDSEL0 : 1; unsigned MDSEL1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned F : 1; unsigned : 1; unsigned : 1; }; } __ECANCONbits_t; extern volatile __ECANCONbits_t __at (0xF77) ECANCONbits; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned CVREF : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned LVDIN : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0_PORTB : 1; unsigned RB1_PORTB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CANRX : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN10 : 1; unsigned AN8 : 1; unsigned CANTX : 1; unsigned : 1; unsigned AN9 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0_DDRB : 1; unsigned RB1_DDRB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSCR : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXBIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned ERRIE : 1; unsigned WAKIE : 1; unsigned IRXIE : 1; }; struct { unsigned FIFOWMIE : 1; unsigned RXBnIE : 1; unsigned : 1; unsigned : 1; unsigned TXBnIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FIFOMWIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned RXB0IF : 1; unsigned RXB1IF : 1; unsigned TXB0IF : 1; unsigned TXB1IF : 1; unsigned TXB2IF : 1; unsigned ERRIF : 1; unsigned WAKIF : 1; unsigned IRXIF : 1; }; struct { unsigned FIFOWMIF : 1; unsigned RXBnIF : 1; unsigned : 1; unsigned : 1; unsigned TXBnIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned RXB0IP : 1; unsigned RXB1IP : 1; unsigned TXB0IP : 1; unsigned TXB1IP : 1; unsigned TXB2IP : 1; unsigned ERRIP : 1; unsigned WAKIP : 1; unsigned IRXIP : 1; }; struct { unsigned FIFOWMIP : 1; unsigned RXBnIP : 1; unsigned : 1; unsigned : 1; unsigned TXBnIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAA) EEADRH; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3NSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned T3ECCP1 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO_DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T0PS3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f25j10.h000066400000000000000000000001231116427777700202060ustar00rootroot00000000000000/* * pic18f25j10.h - device specific declarations */ #include "pic18f24j10.h" sdcc-2.9.0/device/include/pic16/pic18f25k20.h000066400000000000000000000001221116427777700202070ustar00rootroot00000000000000/* * pic18f25k20.h - device specific declarations */ #include "pic18f46k20.h" sdcc-2.9.0/device/include/pic16/pic18f2610.h000066400000000000000000000001201116427777700200320ustar00rootroot00000000000000/* * pic18f2610.h - device specific declarations */ #include "pic18f4610.h" sdcc-2.9.0/device/include/pic16/pic18f2620.h000066400000000000000000000001251116427777700200400ustar00rootroot00000000000000/* * pic18f2620.h - PIC18F2620 Device Library Header */ #include "pic18f4620.h" sdcc-2.9.0/device/include/pic16/pic18f2680.h000066400000000000000000004413021116427777700200540ustar00rootroot00000000000000/* * pic18f2680.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F2680_H__ #define __PIC18F2680_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP oscillator #define _OSC_XT_1H 0xF1 // XT oscillator #define _OSC_HS_1H 0xF2 // HS oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_IRCIO67_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_IRCIO7_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOREN_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOREN_SBORENCTRL_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOREN_BOACTIVE_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOREN_BOHW_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum Setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum Setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // HW Disabled - SW Controlled #define _WDT_ON_2H 0xFF // HW Enabled - SW Disabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_OFF_3H 0xFD // PORTB<4> and PORTB<1:0> Configured as Digital I/O Pins on Reset #define _PBADEN_ON_3H 0xFF // PORTB<4> and PORTB<1:0> Configured as Analog Pins on Reset // CONFIG4L Options #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _BBSIZ_1024_4L 0xCF // 1K words (2K bytes) Boot Block #define _BBSIZ_2048_4L 0xDF // 2K words (4K bytes) Boot Block #define _BBSIZ_4096_4L 0xEF // 4K words (8K bytes) Boot Block #define _LVP_OFF_4L 0xFB // Single-Supply ICSP disabled #define _LVP_ON_4L 0xFF // Single-Supply ICSP enabled #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 (000800-003FFFh) code-protected #define _CP0_OFF_5L 0xFF // Block 0 (000800-003FFFh) not code-protected #define _CP1_ON_5L 0xFD // Block 1 (004000-007FFFh) code-protected #define _CP1_OFF_5L 0xFF // Block 1 (004000-007FFFh) not code-protected #define _CP2_ON_5L 0xFB // Block 2 (008000-00BFFFh) code-protected #define _CP2_OFF_5L 0xFF // Block 2 (008000-00BFFFh) not code-protected #define _CP3_ON_5L 0xF7 // Block 3 (00C000-00FFFFh) code-protected #define _CP3_OFF_5L 0xFF // Block 3 (00C000-00FFFFh) not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot block (000000-0007FFh) code-protected #define _CPB_OFF_5H 0xFF // Boot block (000000-0007FFh) not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 (000800-003FFFh) write-protected #define _WRT0_OFF_6L 0xFF // Block 0 (000800-003FFFh) not write-protected #define _WRT1_ON_6L 0xFD // Block 1 (004000-007FFFh) write-protected #define _WRT1_OFF_6L 0xFF // Block 1 (004000-007FFFh) not write-protected #define _WRT2_ON_6L 0xFB // Block 2 (008000-00BFFFh) write-protected #define _WRT2_OFF_6L 0xFF // Block 2 (008000-00BFFFh) not write-protected #define _WRT3_ON_6L 0xF7 // Block 3 (00C000-00FFFFh) write-protected #define _WRT3_OFF_6L 0xFF // Block 3 (00C000-00FFFFh) not write-protected // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Boot block (000000-0007FFh) write-protected #define _WRTB_OFF_6H 0xFF // Boot block (000000-0007FFh) not write-protected #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 (000800-003FFFh) protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 (000800-003FFFh) not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 (004000-007FFFh) protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 (004000-007FFFh) not protected from table reads executed in other blocks #define _EBTR2_ON_7L 0xFB // Block 2 (008000-00BFFFh) protected from table reads executed in other blocks #define _EBTR2_OFF_7L 0xFF // Block 2 (008000-00BFFFh) not protected from table reads executed in other blocks #define _EBTR3_ON_7L 0xF7 // Block 3 (00C000-00FFFFh) protected from table reads executed in other blocks #define _EBTR3_OFF_7L 0xFF // Block 3 (00C000-00FFFFh) not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot block (000000-0007FFh) protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot block (000000-0007FFh) not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xD60) RXF6SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF6SIDHbits_t; extern volatile __RXF6SIDHbits_t __at (0xD60) RXF6SIDHbits; extern __sfr __at (0xD61) RXF6SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF6SIDLbits_t; extern volatile __RXF6SIDLbits_t __at (0xD61) RXF6SIDLbits; extern __sfr __at (0xD62) RXF6EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF6EIDHbits_t; extern volatile __RXF6EIDHbits_t __at (0xD62) RXF6EIDHbits; extern __sfr __at (0xD63) RXF6EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF6EIDLbits_t; extern volatile __RXF6EIDLbits_t __at (0xD63) RXF6EIDLbits; extern __sfr __at (0xD64) RXF7SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF7SIDHbits_t; extern volatile __RXF7SIDHbits_t __at (0xD64) RXF7SIDHbits; extern __sfr __at (0xD65) RXF7SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF7SIDLbits_t; extern volatile __RXF7SIDLbits_t __at (0xD65) RXF7SIDLbits; extern __sfr __at (0xD66) RXF7EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF7EIDHbits_t; extern volatile __RXF7EIDHbits_t __at (0xD66) RXF7EIDHbits; extern __sfr __at (0xD67) RXF7EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF7EIDLbits_t; extern volatile __RXF7EIDLbits_t __at (0xD67) RXF7EIDLbits; extern __sfr __at (0xD68) RXF8SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF8SIDHbits_t; extern volatile __RXF8SIDHbits_t __at (0xD68) RXF8SIDHbits; extern __sfr __at (0xD69) RXF8SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF8SIDLbits_t; extern volatile __RXF8SIDLbits_t __at (0xD69) RXF8SIDLbits; extern __sfr __at (0xD6A) RXF8EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF8EIDHbits_t; extern volatile __RXF8EIDHbits_t __at (0xD6A) RXF8EIDHbits; extern __sfr __at (0xD6B) RXF8EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF8EIDLbits_t; extern volatile __RXF8EIDLbits_t __at (0xD6B) RXF8EIDLbits; extern __sfr __at (0xD70) RXF9SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF9SIDHbits_t; extern volatile __RXF9SIDHbits_t __at (0xD70) RXF9SIDHbits; extern __sfr __at (0xD71) RXF9SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF9SIDLbits_t; extern volatile __RXF9SIDLbits_t __at (0xD71) RXF9SIDLbits; extern __sfr __at (0xD72) RXF9EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF9EIDHbits_t; extern volatile __RXF9EIDHbits_t __at (0xD72) RXF9EIDHbits; extern __sfr __at (0xD73) RXF9EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF9EIDLbits_t; extern volatile __RXF9EIDLbits_t __at (0xD73) RXF9EIDLbits; extern __sfr __at (0xD74) RXF10SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF10SIDHbits_t; extern volatile __RXF10SIDHbits_t __at (0xD74) RXF10SIDHbits; extern __sfr __at (0xD75) RXF10SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF10SIDLbits_t; extern volatile __RXF10SIDLbits_t __at (0xD75) RXF10SIDLbits; extern __sfr __at (0xD76) RXF10EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF10EIDHbits_t; extern volatile __RXF10EIDHbits_t __at (0xD76) RXF10EIDHbits; extern __sfr __at (0xD77) RXF10EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF10EIDLbits_t; extern volatile __RXF10EIDLbits_t __at (0xD77) RXF10EIDLbits; extern __sfr __at (0xD78) RXF11SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF11SIDHbits_t; extern volatile __RXF11SIDHbits_t __at (0xD78) RXF11SIDHbits; extern __sfr __at (0xD79) RXF11SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF11SIDLbits_t; extern volatile __RXF11SIDLbits_t __at (0xD79) RXF11SIDLbits; extern __sfr __at (0xD7A) RXF11EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF11EIDHbits_t; extern volatile __RXF11EIDHbits_t __at (0xD7A) RXF11EIDHbits; extern __sfr __at (0xD7B) RXF11EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF11EIDLbits_t; extern volatile __RXF11EIDLbits_t __at (0xD7B) RXF11EIDLbits; extern __sfr __at (0xD80) RXF12SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF12SIDHbits_t; extern volatile __RXF12SIDHbits_t __at (0xD80) RXF12SIDHbits; extern __sfr __at (0xD81) RXF12SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF12SIDLbits_t; extern volatile __RXF12SIDLbits_t __at (0xD81) RXF12SIDLbits; extern __sfr __at (0xD82) RXF12EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF12EIDHbits_t; extern volatile __RXF12EIDHbits_t __at (0xD82) RXF12EIDHbits; extern __sfr __at (0xD83) RXF12EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF12EIDLbits_t; extern volatile __RXF12EIDLbits_t __at (0xD83) RXF12EIDLbits; extern __sfr __at (0xD84) RXF13SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF13SIDHbits_t; extern volatile __RXF13SIDHbits_t __at (0xD84) RXF13SIDHbits; extern __sfr __at (0xD85) RXF13SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF13SIDLbits_t; extern volatile __RXF13SIDLbits_t __at (0xD85) RXF13SIDLbits; extern __sfr __at (0xD86) RXF13EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF13EIDHbits_t; extern volatile __RXF13EIDHbits_t __at (0xD86) RXF13EIDHbits; extern __sfr __at (0xD87) RXF13EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF13EIDLbits_t; extern volatile __RXF13EIDLbits_t __at (0xD87) RXF13EIDLbits; extern __sfr __at (0xD88) RXF14SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF14SIDHbits_t; extern volatile __RXF14SIDHbits_t __at (0xD88) RXF14SIDHbits; extern __sfr __at (0xD89) RXF14SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF14SIDLbits_t; extern volatile __RXF14SIDLbits_t __at (0xD89) RXF14SIDLbits; extern __sfr __at (0xD8A) RXF14EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF14EIDHbits_t; extern volatile __RXF14EIDHbits_t __at (0xD8A) RXF14EIDHbits; extern __sfr __at (0xD8B) RXF14EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF14EIDLbits_t; extern volatile __RXF14EIDLbits_t __at (0xD8B) RXF14EIDLbits; extern __sfr __at (0xD90) RXF15SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF15SIDHbits_t; extern volatile __RXF15SIDHbits_t __at (0xD90) RXF15SIDHbits; extern __sfr __at (0xD91) RXF15SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF15SIDLbits_t; extern volatile __RXF15SIDLbits_t __at (0xD91) RXF15SIDLbits; extern __sfr __at (0xD92) RXF15EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF15EIDHbits_t; extern volatile __RXF15EIDHbits_t __at (0xD92) RXF15EIDHbits; extern __sfr __at (0xD93) RXF15EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF15EIDLbits_t; extern volatile __RXF15EIDLbits_t __at (0xD93) RXF15EIDLbits; extern __sfr __at (0xDD4) RXFCON0; typedef union { struct { unsigned RXF0EN : 1; unsigned RXF1EN : 1; unsigned RXF2EN : 1; unsigned RXF3EN : 1; unsigned RXF4EN : 1; unsigned RXF5EN : 1; unsigned RXF6EN : 1; unsigned RXF7EN : 1; }; } __RXFCON0bits_t; extern volatile __RXFCON0bits_t __at (0xDD4) RXFCON0bits; extern __sfr __at (0xDD5) RXFCON1; typedef union { struct { unsigned RXF8EN : 1; unsigned RXF9EN : 1; unsigned RXF10EN : 1; unsigned RXF11EN : 1; unsigned RXF12EN : 1; unsigned RXF13EN : 1; unsigned RXF14EN : 1; unsigned RXF15EN : 1; }; } __RXFCON1bits_t; extern volatile __RXFCON1bits_t __at (0xDD5) RXFCON1bits; extern __sfr __at (0xDD8) SDFLC; typedef union { struct { unsigned DFLC0 : 1; unsigned DFLC1 : 1; unsigned DFLC2 : 1; unsigned DFLC3 : 1; unsigned DFLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FLC0 : 1; unsigned FLC1 : 1; unsigned FLC2 : 1; unsigned FLC3 : 1; unsigned FLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SDFLCbits_t; extern volatile __SDFLCbits_t __at (0xDD8) SDFLCbits; extern __sfr __at (0xDE0) RXFBCON0; typedef union { struct { unsigned F0BP_0 : 1; unsigned F0BP_1 : 1; unsigned F0BP_2 : 1; unsigned F0BP_3 : 1; unsigned F1BP_0 : 1; unsigned F1BP_1 : 1; unsigned F1BP_2 : 1; unsigned F1BP_3 : 1; }; } __RXFBCON0bits_t; extern volatile __RXFBCON0bits_t __at (0xDE0) RXFBCON0bits; extern __sfr __at (0xDE1) RXFBCON1; typedef union { struct { unsigned F2BP_0 : 1; unsigned F2BP_1 : 1; unsigned F2BP_2 : 1; unsigned F2BP_3 : 1; unsigned F3BP_0 : 1; unsigned F3BP_1 : 1; unsigned F3BP_2 : 1; unsigned F3BP_3 : 1; }; } __RXFBCON1bits_t; extern volatile __RXFBCON1bits_t __at (0xDE1) RXFBCON1bits; extern __sfr __at (0xDE2) RXFBCON2; typedef union { struct { unsigned F4BP_0 : 1; unsigned F4BP_1 : 1; unsigned F4BP_2 : 1; unsigned F4BP_3 : 1; unsigned F5BP_0 : 1; unsigned F5BP_1 : 1; unsigned F5BP_2 : 1; unsigned F5BP_3 : 1; }; } __RXFBCON2bits_t; extern volatile __RXFBCON2bits_t __at (0xDE2) RXFBCON2bits; extern __sfr __at (0xDE3) RXFBCON3; typedef union { struct { unsigned F6BP_0 : 1; unsigned F6BP_1 : 1; unsigned F6BP_2 : 1; unsigned F6BP_3 : 1; unsigned F7BP_0 : 1; unsigned F7BP_1 : 1; unsigned F7BP_2 : 1; unsigned F7BP_3 : 1; }; } __RXFBCON3bits_t; extern volatile __RXFBCON3bits_t __at (0xDE3) RXFBCON3bits; extern __sfr __at (0xDE4) RXFBCON4; typedef union { struct { unsigned F8BP_0 : 1; unsigned F8BP_1 : 1; unsigned F8BP_2 : 1; unsigned F8BP_3 : 1; unsigned F9BP_0 : 1; unsigned F9BP_1 : 1; unsigned F9BP_2 : 1; unsigned F9BP_3 : 1; }; } __RXFBCON4bits_t; extern volatile __RXFBCON4bits_t __at (0xDE4) RXFBCON4bits; extern __sfr __at (0xDE5) RXFBCON5; typedef union { struct { unsigned F10BP_0 : 1; unsigned F10BP_1 : 1; unsigned F10BP_2 : 1; unsigned F10BP_3 : 1; unsigned F11BP_0 : 1; unsigned F11BP_1 : 1; unsigned F11BP_2 : 1; unsigned F11BP_3 : 1; }; } __RXFBCON5bits_t; extern volatile __RXFBCON5bits_t __at (0xDE5) RXFBCON5bits; extern __sfr __at (0xDE6) RXFBCON6; typedef union { struct { unsigned F12BP_0 : 1; unsigned F12BP_1 : 1; unsigned F12BP_2 : 1; unsigned F12BP_3 : 1; unsigned F13BP_0 : 1; unsigned F13BP_1 : 1; unsigned F13BP_2 : 1; unsigned F13BP_3 : 1; }; } __RXFBCON6bits_t; extern volatile __RXFBCON6bits_t __at (0xDE6) RXFBCON6bits; extern __sfr __at (0xDE7) RXFBCON7; typedef union { struct { unsigned F14BP_0 : 1; unsigned F14BP_1 : 1; unsigned F14BP_2 : 1; unsigned F14BP_3 : 1; unsigned F15BP_0 : 1; unsigned F15BP_1 : 1; unsigned F15BP_2 : 1; unsigned F15BP_3 : 1; }; } __RXFBCON7bits_t; extern volatile __RXFBCON7bits_t __at (0xDE7) RXFBCON7bits; extern __sfr __at (0xDF0) MSEL0; typedef union { struct { unsigned FIL0_0 : 1; unsigned FIL0_1 : 1; unsigned FIL1_0 : 1; unsigned FIL1_1 : 1; unsigned FIL2_0 : 1; unsigned FIL2_1 : 1; unsigned FIL3_0 : 1; unsigned FIL3_1 : 1; }; } __MSEL0bits_t; extern volatile __MSEL0bits_t __at (0xDF0) MSEL0bits; extern __sfr __at (0xDF1) MSEL1; typedef union { struct { unsigned FIL4_0 : 1; unsigned FIL4_1 : 1; unsigned FIL5_0 : 1; unsigned FIL5_1 : 1; unsigned FIL6_0 : 1; unsigned FIL6_1 : 1; unsigned FIL7_0 : 1; unsigned FIL7_1 : 1; }; } __MSEL1bits_t; extern volatile __MSEL1bits_t __at (0xDF1) MSEL1bits; extern __sfr __at (0xDF2) MSEL2; typedef union { struct { unsigned FIL8_0 : 1; unsigned FIL8_1 : 1; unsigned FIL9_0 : 1; unsigned FIL9_1 : 1; unsigned FIL10_0 : 1; unsigned FIL10_1 : 1; unsigned FIL11_0 : 1; unsigned FIL11_1 : 1; }; } __MSEL2bits_t; extern volatile __MSEL2bits_t __at (0xDF2) MSEL2bits; extern __sfr __at (0xDF3) MSEL3; typedef union { struct { unsigned FIL12_0 : 1; unsigned FIL12_1 : 1; unsigned FIL13_0 : 1; unsigned FIL13_1 : 1; unsigned FIL14_0 : 1; unsigned FIL14_1 : 1; unsigned FIL15_0 : 1; unsigned FIL15_1 : 1; }; } __MSEL3bits_t; extern volatile __MSEL3bits_t __at (0xDF3) MSEL3bits; extern __sfr __at (0xDF8) BSEL0; typedef union { struct { unsigned : 1; unsigned : 1; unsigned B0TXEN : 1; unsigned B1TXEN : 1; unsigned B2TXEN : 1; unsigned B3TXEN : 1; unsigned B4TXEN : 1; unsigned B5TXEN : 1; }; } __BSEL0bits_t; extern volatile __BSEL0bits_t __at (0xDF8) BSEL0bits; extern __sfr __at (0xDFA) BIE0; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned B0IE : 1; unsigned B1IE : 1; unsigned B2IE : 1; unsigned B3IE : 1; unsigned B4IE : 1; unsigned B5IE : 1; }; } __BIE0bits_t; extern volatile __BIE0bits_t __at (0xDFA) BIE0bits; extern __sfr __at (0xDFC) TXBIE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TXBIEbits_t; extern volatile __TXBIEbits_t __at (0xDFC) TXBIEbits; extern __sfr __at (0xE20) B0CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B0CON : 1; unsigned : 1; unsigned : 1; }; } __B0CONbits_t; extern volatile __B0CONbits_t __at (0xE20) B0CONbits; extern __sfr __at (0xE21) B0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B0SIDHbits_t; extern volatile __B0SIDHbits_t __at (0xE21) B0SIDHbits; extern __sfr __at (0xE22) B0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B0SIDLbits_t; extern volatile __B0SIDLbits_t __at (0xE22) B0SIDLbits; extern __sfr __at (0xE23) B0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B0EIDHbits_t; extern volatile __B0EIDHbits_t __at (0xE23) B0EIDHbits; extern __sfr __at (0xE24) B0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B0EIDLbits_t; extern volatile __B0EIDLbits_t __at (0xE24) B0EIDLbits; extern __sfr __at (0xE25) B0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B0DLC : 1; unsigned RB1_B0DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B0DLCbits_t; extern volatile __B0DLCbits_t __at (0xE25) B0DLCbits; extern __sfr __at (0xE26) B0D0; typedef union { struct { unsigned B0D00 : 1; unsigned B0D01 : 1; unsigned B0D02 : 1; unsigned B0D03 : 1; unsigned B0D04 : 1; unsigned B0D05 : 1; unsigned B0D06 : 1; unsigned B0D07 : 1; }; } __B0D0bits_t; extern volatile __B0D0bits_t __at (0xE26) B0D0bits; extern __sfr __at (0xE27) B0D1; typedef union { struct { unsigned B0D10 : 1; unsigned B0D11 : 1; unsigned B0D12 : 1; unsigned B0D13 : 1; unsigned B0D14 : 1; unsigned B0D15 : 1; unsigned B0D16 : 1; unsigned B0D17 : 1; }; } __B0D1bits_t; extern volatile __B0D1bits_t __at (0xE27) B0D1bits; extern __sfr __at (0xE28) B0D2; typedef union { struct { unsigned B0D20 : 1; unsigned B0D21 : 1; unsigned B0D22 : 1; unsigned B0D23 : 1; unsigned B0D24 : 1; unsigned B0D25 : 1; unsigned B0D26 : 1; unsigned B0D27 : 1; }; } __B0D2bits_t; extern volatile __B0D2bits_t __at (0xE28) B0D2bits; extern __sfr __at (0xE29) B0D3; typedef union { struct { unsigned B0D30 : 1; unsigned B0D31 : 1; unsigned B0D32 : 1; unsigned B0D33 : 1; unsigned B0D34 : 1; unsigned B0D35 : 1; unsigned B0D36 : 1; unsigned B0D37 : 1; }; } __B0D3bits_t; extern volatile __B0D3bits_t __at (0xE29) B0D3bits; extern __sfr __at (0xE2A) B0D4; typedef union { struct { unsigned B0D40 : 1; unsigned B0D41 : 1; unsigned B0D42 : 1; unsigned B0D43 : 1; unsigned B0D44 : 1; unsigned B0D45 : 1; unsigned B0D46 : 1; unsigned B0D47 : 1; }; } __B0D4bits_t; extern volatile __B0D4bits_t __at (0xE2A) B0D4bits; extern __sfr __at (0xE2B) B0D5; typedef union { struct { unsigned B0D50 : 1; unsigned B0D51 : 1; unsigned B0D52 : 1; unsigned B0D53 : 1; unsigned B0D54 : 1; unsigned B0D55 : 1; unsigned B0D56 : 1; unsigned B0D57 : 1; }; } __B0D5bits_t; extern volatile __B0D5bits_t __at (0xE2B) B0D5bits; extern __sfr __at (0xE2C) B0D6; typedef union { struct { unsigned B0D60 : 1; unsigned B0D61 : 1; unsigned B0D62 : 1; unsigned B0D63 : 1; unsigned B0D64 : 1; unsigned B0D65 : 1; unsigned B0D66 : 1; unsigned B0D67 : 1; }; } __B0D6bits_t; extern volatile __B0D6bits_t __at (0xE2C) B0D6bits; extern __sfr __at (0xE2D) B0D7; typedef union { struct { unsigned B0D70 : 1; unsigned B0D71 : 1; unsigned B0D72 : 1; unsigned B0D73 : 1; unsigned B0D74 : 1; unsigned B0D75 : 1; unsigned B0D76 : 1; unsigned B0D77 : 1; }; } __B0D7bits_t; extern volatile __B0D7bits_t __at (0xE2D) B0D7bits; extern __sfr __at (0xE2E) CANSTAT_RO9; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO9bits_t; extern volatile __CANSTAT_RO9bits_t __at (0xE2E) CANSTAT_RO9bits; extern __sfr __at (0xE2F) CANCON_RO9; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO9bits_t; extern volatile __CANCON_RO9bits_t __at (0xE2F) CANCON_RO9bits; extern __sfr __at (0xE30) B1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B1CON : 1; unsigned : 1; unsigned : 1; }; } __B1CONbits_t; extern volatile __B1CONbits_t __at (0xE30) B1CONbits; extern __sfr __at (0xE31) B1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B1SIDHbits_t; extern volatile __B1SIDHbits_t __at (0xE31) B1SIDHbits; extern __sfr __at (0xE32) B1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B1SIDLbits_t; extern volatile __B1SIDLbits_t __at (0xE32) B1SIDLbits; extern __sfr __at (0xE33) B1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B1EIDHbits_t; extern volatile __B1EIDHbits_t __at (0xE33) B1EIDHbits; extern __sfr __at (0xE34) B1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B1EIDLbits_t; extern volatile __B1EIDLbits_t __at (0xE34) B1EIDLbits; extern __sfr __at (0xE35) B1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B1DLC : 1; unsigned RB1_B1DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B1DLCbits_t; extern volatile __B1DLCbits_t __at (0xE35) B1DLCbits; extern __sfr __at (0xE36) B1D0; typedef union { struct { unsigned B1D00 : 1; unsigned B1D01 : 1; unsigned B1D02 : 1; unsigned B1D03 : 1; unsigned B1D04 : 1; unsigned B1D05 : 1; unsigned B1D06 : 1; unsigned B1D07 : 1; }; } __B1D0bits_t; extern volatile __B1D0bits_t __at (0xE36) B1D0bits; extern __sfr __at (0xE37) B1D1; typedef union { struct { unsigned B1D10 : 1; unsigned B1D11 : 1; unsigned B1D12 : 1; unsigned B1D13 : 1; unsigned B1D14 : 1; unsigned B1D15 : 1; unsigned B1D16 : 1; unsigned B1D17 : 1; }; } __B1D1bits_t; extern volatile __B1D1bits_t __at (0xE37) B1D1bits; extern __sfr __at (0xE38) B1D2; typedef union { struct { unsigned B1D20 : 1; unsigned B1D21 : 1; unsigned B1D22 : 1; unsigned B1D23 : 1; unsigned B1D24 : 1; unsigned B1D25 : 1; unsigned B1D26 : 1; unsigned B1D27 : 1; }; } __B1D2bits_t; extern volatile __B1D2bits_t __at (0xE38) B1D2bits; extern __sfr __at (0xE39) B1D3; typedef union { struct { unsigned B1D30 : 1; unsigned B1D31 : 1; unsigned B1D32 : 1; unsigned B1D33 : 1; unsigned B1D34 : 1; unsigned B1D35 : 1; unsigned B1D36 : 1; unsigned B1D37 : 1; }; } __B1D3bits_t; extern volatile __B1D3bits_t __at (0xE39) B1D3bits; extern __sfr __at (0xE3A) B1D4; typedef union { struct { unsigned B1D40 : 1; unsigned B1D41 : 1; unsigned B1D42 : 1; unsigned B1D43 : 1; unsigned B1D44 : 1; unsigned B1D45 : 1; unsigned B1D46 : 1; unsigned B1D47 : 1; }; } __B1D4bits_t; extern volatile __B1D4bits_t __at (0xE3A) B1D4bits; extern __sfr __at (0xE3B) B1D5; typedef union { struct { unsigned B1D50 : 1; unsigned B1D51 : 1; unsigned B1D52 : 1; unsigned B1D53 : 1; unsigned B1D54 : 1; unsigned B1D55 : 1; unsigned B1D56 : 1; unsigned B1D57 : 1; }; } __B1D5bits_t; extern volatile __B1D5bits_t __at (0xE3B) B1D5bits; extern __sfr __at (0xE3C) B1D6; typedef union { struct { unsigned B1D60 : 1; unsigned B1D61 : 1; unsigned B1D62 : 1; unsigned B1D63 : 1; unsigned B1D64 : 1; unsigned B1D65 : 1; unsigned B1D66 : 1; unsigned B1D67 : 1; }; } __B1D6bits_t; extern volatile __B1D6bits_t __at (0xE3C) B1D6bits; extern __sfr __at (0xE3D) B1D7; typedef union { struct { unsigned B1D70 : 1; unsigned B1D71 : 1; unsigned B1D72 : 1; unsigned B1D73 : 1; unsigned B1D74 : 1; unsigned B1D75 : 1; unsigned B1D76 : 1; unsigned B1D77 : 1; }; } __B1D7bits_t; extern volatile __B1D7bits_t __at (0xE3D) B1D7bits; extern __sfr __at (0xE3E) CANSTAT_RO8; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO8bits_t; extern volatile __CANSTAT_RO8bits_t __at (0xE3E) CANSTAT_RO8bits; extern __sfr __at (0xE3F) CANCON_RO8; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO8bits_t; extern volatile __CANCON_RO8bits_t __at (0xE3F) CANCON_RO8bits; extern __sfr __at (0xE40) B2CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B2CON : 1; unsigned : 1; unsigned : 1; }; } __B2CONbits_t; extern volatile __B2CONbits_t __at (0xE40) B2CONbits; extern __sfr __at (0xE41) B2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B2SIDHbits_t; extern volatile __B2SIDHbits_t __at (0xE41) B2SIDHbits; extern __sfr __at (0xE42) B2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B2SIDLbits_t; extern volatile __B2SIDLbits_t __at (0xE42) B2SIDLbits; extern __sfr __at (0xE43) B2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B2EIDHbits_t; extern volatile __B2EIDHbits_t __at (0xE43) B2EIDHbits; extern __sfr __at (0xE44) B2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B2EIDLbits_t; extern volatile __B2EIDLbits_t __at (0xE44) B2EIDLbits; extern __sfr __at (0xE45) B2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B2DLC : 1; unsigned RB1_B2DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B2DLCbits_t; extern volatile __B2DLCbits_t __at (0xE45) B2DLCbits; extern __sfr __at (0xE46) B2D0; typedef union { struct { unsigned B2D00 : 1; unsigned B2D01 : 1; unsigned B2D02 : 1; unsigned B2D03 : 1; unsigned B2D04 : 1; unsigned B2D05 : 1; unsigned B2D06 : 1; unsigned B2D07 : 1; }; } __B2D0bits_t; extern volatile __B2D0bits_t __at (0xE46) B2D0bits; extern __sfr __at (0xE47) B2D1; typedef union { struct { unsigned B2D10 : 1; unsigned B2D11 : 1; unsigned B2D12 : 1; unsigned B2D13 : 1; unsigned B2D14 : 1; unsigned B2D15 : 1; unsigned B2D16 : 1; unsigned B2D17 : 1; }; } __B2D1bits_t; extern volatile __B2D1bits_t __at (0xE47) B2D1bits; extern __sfr __at (0xE48) B2D2; typedef union { struct { unsigned B2D20 : 1; unsigned B2D21 : 1; unsigned B2D22 : 1; unsigned B2D23 : 1; unsigned B2D24 : 1; unsigned B2D25 : 1; unsigned B2D26 : 1; unsigned B2D27 : 1; }; } __B2D2bits_t; extern volatile __B2D2bits_t __at (0xE48) B2D2bits; extern __sfr __at (0xE49) B2D3; typedef union { struct { unsigned B2D30 : 1; unsigned B2D31 : 1; unsigned B2D32 : 1; unsigned B2D33 : 1; unsigned B2D34 : 1; unsigned B2D35 : 1; unsigned B2D36 : 1; unsigned B2D37 : 1; }; } __B2D3bits_t; extern volatile __B2D3bits_t __at (0xE49) B2D3bits; extern __sfr __at (0xE4A) B2D4; typedef union { struct { unsigned B2D40 : 1; unsigned B2D41 : 1; unsigned B2D42 : 1; unsigned B2D43 : 1; unsigned B2D44 : 1; unsigned B2D45 : 1; unsigned B2D46 : 1; unsigned B2D47 : 1; }; } __B2D4bits_t; extern volatile __B2D4bits_t __at (0xE4A) B2D4bits; extern __sfr __at (0xE4B) B2D5; typedef union { struct { unsigned B2D50 : 1; unsigned B2D51 : 1; unsigned B2D52 : 1; unsigned B2D53 : 1; unsigned B2D54 : 1; unsigned B2D55 : 1; unsigned B2D56 : 1; unsigned B2D57 : 1; }; } __B2D5bits_t; extern volatile __B2D5bits_t __at (0xE4B) B2D5bits; extern __sfr __at (0xE4C) B2D6; typedef union { struct { unsigned B2D60 : 1; unsigned B2D61 : 1; unsigned B2D62 : 1; unsigned B2D63 : 1; unsigned B2D64 : 1; unsigned B2D65 : 1; unsigned B2D66 : 1; unsigned B2D67 : 1; }; } __B2D6bits_t; extern volatile __B2D6bits_t __at (0xE4C) B2D6bits; extern __sfr __at (0xE4D) B2D7; typedef union { struct { unsigned B2D70 : 1; unsigned B2D71 : 1; unsigned B2D72 : 1; unsigned B2D73 : 1; unsigned B2D74 : 1; unsigned B2D75 : 1; unsigned B2D76 : 1; unsigned B2D77 : 1; }; } __B2D7bits_t; extern volatile __B2D7bits_t __at (0xE4D) B2D7bits; extern __sfr __at (0xE4E) CANSTAT_RO7; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO7bits_t; extern volatile __CANSTAT_RO7bits_t __at (0xE4E) CANSTAT_RO7bits; extern __sfr __at (0xE4F) CANCON_RO7; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO7bits_t; extern volatile __CANCON_RO7bits_t __at (0xE4F) CANCON_RO7bits; extern __sfr __at (0xE50) B3CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B3CON : 1; unsigned : 1; unsigned : 1; }; } __B3CONbits_t; extern volatile __B3CONbits_t __at (0xE50) B3CONbits; extern __sfr __at (0xE51) B3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B3SIDHbits_t; extern volatile __B3SIDHbits_t __at (0xE51) B3SIDHbits; extern __sfr __at (0xE52) B3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B3SIDLbits_t; extern volatile __B3SIDLbits_t __at (0xE52) B3SIDLbits; extern __sfr __at (0xE53) B3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B3EIDHbits_t; extern volatile __B3EIDHbits_t __at (0xE53) B3EIDHbits; extern __sfr __at (0xE54) B3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B3EIDLbits_t; extern volatile __B3EIDLbits_t __at (0xE54) B3EIDLbits; extern __sfr __at (0xE55) B3DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B3DLC : 1; unsigned RB1_B3DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B3DLCbits_t; extern volatile __B3DLCbits_t __at (0xE55) B3DLCbits; extern __sfr __at (0xE56) B3D0; typedef union { struct { unsigned B3D00 : 1; unsigned B3D01 : 1; unsigned B3D02 : 1; unsigned B3D03 : 1; unsigned B3D04 : 1; unsigned B3D05 : 1; unsigned B3D06 : 1; unsigned B3D07 : 1; }; } __B3D0bits_t; extern volatile __B3D0bits_t __at (0xE56) B3D0bits; extern __sfr __at (0xE57) B3D1; typedef union { struct { unsigned B3D10 : 1; unsigned B3D11 : 1; unsigned B3D12 : 1; unsigned B3D13 : 1; unsigned B3D14 : 1; unsigned B3D15 : 1; unsigned B3D16 : 1; unsigned B3D17 : 1; }; } __B3D1bits_t; extern volatile __B3D1bits_t __at (0xE57) B3D1bits; extern __sfr __at (0xE58) B3D2; typedef union { struct { unsigned B3D20 : 1; unsigned B3D21 : 1; unsigned B3D22 : 1; unsigned B3D23 : 1; unsigned B3D24 : 1; unsigned B3D25 : 1; unsigned B3D26 : 1; unsigned B3D27 : 1; }; } __B3D2bits_t; extern volatile __B3D2bits_t __at (0xE58) B3D2bits; extern __sfr __at (0xE59) B3D3; typedef union { struct { unsigned B3D30 : 1; unsigned B3D31 : 1; unsigned B3D32 : 1; unsigned B3D33 : 1; unsigned B3D34 : 1; unsigned B3D35 : 1; unsigned B3D36 : 1; unsigned B3D37 : 1; }; } __B3D3bits_t; extern volatile __B3D3bits_t __at (0xE59) B3D3bits; extern __sfr __at (0xE5A) B3D4; typedef union { struct { unsigned B3D40 : 1; unsigned B3D41 : 1; unsigned B3D42 : 1; unsigned B3D43 : 1; unsigned B3D44 : 1; unsigned B3D45 : 1; unsigned B3D46 : 1; unsigned B3D47 : 1; }; } __B3D4bits_t; extern volatile __B3D4bits_t __at (0xE5A) B3D4bits; extern __sfr __at (0xE5B) B3D5; typedef union { struct { unsigned B3D50 : 1; unsigned B3D51 : 1; unsigned B3D52 : 1; unsigned B3D53 : 1; unsigned B3D54 : 1; unsigned B3D55 : 1; unsigned B3D56 : 1; unsigned B3D57 : 1; }; } __B3D5bits_t; extern volatile __B3D5bits_t __at (0xE5B) B3D5bits; extern __sfr __at (0xE5C) B3D6; typedef union { struct { unsigned B3D60 : 1; unsigned B3D61 : 1; unsigned B3D62 : 1; unsigned B3D63 : 1; unsigned B3D64 : 1; unsigned B3D65 : 1; unsigned B3D66 : 1; unsigned B3D67 : 1; }; } __B3D6bits_t; extern volatile __B3D6bits_t __at (0xE5C) B3D6bits; extern __sfr __at (0xE5D) B3D7; typedef union { struct { unsigned B3D70 : 1; unsigned B3D71 : 1; unsigned B3D72 : 1; unsigned B3D73 : 1; unsigned B3D74 : 1; unsigned B3D75 : 1; unsigned B3D76 : 1; unsigned B3D77 : 1; }; } __B3D7bits_t; extern volatile __B3D7bits_t __at (0xE5D) B3D7bits; extern __sfr __at (0xE5E) CANSTAT_RO6; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO6bits_t; extern volatile __CANSTAT_RO6bits_t __at (0xE5E) CANSTAT_RO6bits; extern __sfr __at (0xE5F) CANCON_RO6; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO6bits_t; extern volatile __CANCON_RO6bits_t __at (0xE5F) CANCON_RO6bits; extern __sfr __at (0xE60) B4CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B4CON : 1; unsigned : 1; unsigned : 1; }; } __B4CONbits_t; extern volatile __B4CONbits_t __at (0xE60) B4CONbits; extern __sfr __at (0xE61) B4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B4SIDHbits_t; extern volatile __B4SIDHbits_t __at (0xE61) B4SIDHbits; extern __sfr __at (0xE62) B4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B4SIDLbits_t; extern volatile __B4SIDLbits_t __at (0xE62) B4SIDLbits; extern __sfr __at (0xE63) B4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B4EIDHbits_t; extern volatile __B4EIDHbits_t __at (0xE63) B4EIDHbits; extern __sfr __at (0xE64) B4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B4EIDLbits_t; extern volatile __B4EIDLbits_t __at (0xE64) B4EIDLbits; extern __sfr __at (0xE65) B4DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B4DLC : 1; unsigned RB1_B4DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B4DLCbits_t; extern volatile __B4DLCbits_t __at (0xE65) B4DLCbits; extern __sfr __at (0xE66) B4D0; typedef union { struct { unsigned B4D00 : 1; unsigned B4D01 : 1; unsigned B4D02 : 1; unsigned B4D03 : 1; unsigned B4D04 : 1; unsigned B4D05 : 1; unsigned B4D06 : 1; unsigned B4D07 : 1; }; } __B4D0bits_t; extern volatile __B4D0bits_t __at (0xE66) B4D0bits; extern __sfr __at (0xE67) B4D1; typedef union { struct { unsigned B4D10 : 1; unsigned B4D11 : 1; unsigned B4D12 : 1; unsigned B4D13 : 1; unsigned B4D14 : 1; unsigned B4D15 : 1; unsigned B4D16 : 1; unsigned B4D17 : 1; }; } __B4D1bits_t; extern volatile __B4D1bits_t __at (0xE67) B4D1bits; extern __sfr __at (0xE68) B4D2; typedef union { struct { unsigned B4D20 : 1; unsigned B4D21 : 1; unsigned B4D22 : 1; unsigned B4D23 : 1; unsigned B4D24 : 1; unsigned B4D25 : 1; unsigned B4D26 : 1; unsigned B4D27 : 1; }; } __B4D2bits_t; extern volatile __B4D2bits_t __at (0xE68) B4D2bits; extern __sfr __at (0xE69) B4D3; typedef union { struct { unsigned B4D30 : 1; unsigned B4D31 : 1; unsigned B4D32 : 1; unsigned B4D33 : 1; unsigned B4D34 : 1; unsigned B4D35 : 1; unsigned B4D36 : 1; unsigned B4D37 : 1; }; } __B4D3bits_t; extern volatile __B4D3bits_t __at (0xE69) B4D3bits; extern __sfr __at (0xE6A) B4D4; typedef union { struct { unsigned B4D40 : 1; unsigned B4D41 : 1; unsigned B4D42 : 1; unsigned B4D43 : 1; unsigned B4D44 : 1; unsigned B4D45 : 1; unsigned B4D46 : 1; unsigned B4D47 : 1; }; } __B4D4bits_t; extern volatile __B4D4bits_t __at (0xE6A) B4D4bits; extern __sfr __at (0xE6B) B4D5; typedef union { struct { unsigned B4D50 : 1; unsigned B4D51 : 1; unsigned B4D52 : 1; unsigned B4D53 : 1; unsigned B4D54 : 1; unsigned B4D55 : 1; unsigned B4D56 : 1; unsigned B4D57 : 1; }; } __B4D5bits_t; extern volatile __B4D5bits_t __at (0xE6B) B4D5bits; extern __sfr __at (0xE6C) B4D6; typedef union { struct { unsigned B4D60 : 1; unsigned B4D61 : 1; unsigned B4D62 : 1; unsigned B4D63 : 1; unsigned B4D64 : 1; unsigned B4D65 : 1; unsigned B4D66 : 1; unsigned B4D67 : 1; }; } __B4D6bits_t; extern volatile __B4D6bits_t __at (0xE6C) B4D6bits; extern __sfr __at (0xE6D) B4D7; typedef union { struct { unsigned B4D70 : 1; unsigned B4D71 : 1; unsigned B4D72 : 1; unsigned B4D73 : 1; unsigned B4D74 : 1; unsigned B4D75 : 1; unsigned B4D76 : 1; unsigned B46D77 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B4D77 : 1; }; } __B4D7bits_t; extern volatile __B4D7bits_t __at (0xE6D) B4D7bits; extern __sfr __at (0xE6E) CANSTAT_RO5; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO5bits_t; extern volatile __CANSTAT_RO5bits_t __at (0xE6E) CANSTAT_RO5bits; extern __sfr __at (0xE6F) CANCON_RO5; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO5bits_t; extern volatile __CANCON_RO5bits_t __at (0xE6F) CANCON_RO5bits; extern __sfr __at (0xE70) B5CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B5CON : 1; unsigned : 1; unsigned : 1; }; } __B5CONbits_t; extern volatile __B5CONbits_t __at (0xE70) B5CONbits; extern __sfr __at (0xE71) B5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B5SIDHbits_t; extern volatile __B5SIDHbits_t __at (0xE71) B5SIDHbits; extern __sfr __at (0xE72) B5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5SIDLbits_t; extern volatile __B5SIDLbits_t __at (0xE72) B5SIDLbits; extern __sfr __at (0xE73) B5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B5EIDHbits_t; extern volatile __B5EIDHbits_t __at (0xE73) B5EIDHbits; extern __sfr __at (0xE74) B5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B5EIDLbits_t; extern volatile __B5EIDLbits_t __at (0xE74) B5EIDLbits; extern __sfr __at (0xE75) B5DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B5DLC : 1; unsigned RB1_B5DLC : 1; unsigned : 1; unsigned : 1; }; } __B5DLCbits_t; extern volatile __B5DLCbits_t __at (0xE75) B5DLCbits; extern __sfr __at (0xE76) B5D0; typedef union { struct { unsigned B5D00 : 1; unsigned B5D01 : 1; unsigned B5D02 : 1; unsigned B5D03 : 1; unsigned B5D04 : 1; unsigned B5D05 : 1; unsigned B5D06 : 1; unsigned B57D07 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D07 : 1; }; } __B5D0bits_t; extern volatile __B5D0bits_t __at (0xE76) B5D0bits; extern __sfr __at (0xE77) B5D1; typedef union { struct { unsigned B5D10 : 1; unsigned B5D11 : 1; unsigned B5D12 : 1; unsigned B5D13 : 1; unsigned B5D14 : 1; unsigned B5D15 : 1; unsigned B5D16 : 1; unsigned B5D17 : 1; }; } __B5D1bits_t; extern volatile __B5D1bits_t __at (0xE77) B5D1bits; extern __sfr __at (0xE78) B5D2; typedef union { struct { unsigned B5D20 : 1; unsigned B5D21 : 1; unsigned B5D22 : 1; unsigned B57D23 : 1; unsigned B5D24 : 1; unsigned B5D25 : 1; unsigned B5D26 : 1; unsigned B5D27 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D23 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5D2bits_t; extern volatile __B5D2bits_t __at (0xE78) B5D2bits; extern __sfr __at (0xE79) B5D3; typedef union { struct { unsigned B5D30 : 1; unsigned B5D31 : 1; unsigned B5D32 : 1; unsigned B5D33 : 1; unsigned B5D34 : 1; unsigned B5D35 : 1; unsigned B5D36 : 1; unsigned B5D37 : 1; }; } __B5D3bits_t; extern volatile __B5D3bits_t __at (0xE79) B5D3bits; extern __sfr __at (0xE7A) B5D4; typedef union { struct { unsigned B5D40 : 1; unsigned B5D41 : 1; unsigned B5D42 : 1; unsigned B5D43 : 1; unsigned B5D44 : 1; unsigned B5D45 : 1; unsigned B5D46 : 1; unsigned B5D47 : 1; }; } __B5D4bits_t; extern volatile __B5D4bits_t __at (0xE7A) B5D4bits; extern __sfr __at (0xE7B) B5D5; typedef union { struct { unsigned B5D50 : 1; unsigned B5D51 : 1; unsigned B5D52 : 1; unsigned B5D53 : 1; unsigned B5D54 : 1; unsigned B5D55 : 1; unsigned B5D56 : 1; unsigned B5D57 : 1; }; } __B5D5bits_t; extern volatile __B5D5bits_t __at (0xE7B) B5D5bits; extern __sfr __at (0xE7C) B5D6; typedef union { struct { unsigned B5D60 : 1; unsigned B5D61 : 1; unsigned B5D62 : 1; unsigned B5D63 : 1; unsigned B5D64 : 1; unsigned B5D65 : 1; unsigned B5D66 : 1; unsigned B5D67 : 1; }; } __B5D6bits_t; extern volatile __B5D6bits_t __at (0xE7C) B5D6bits; extern __sfr __at (0xE7D) B5D7; typedef union { struct { unsigned B5D70 : 1; unsigned B5D71 : 1; unsigned B5D72 : 1; unsigned B5D73 : 1; unsigned B5D74 : 1; unsigned B5D75 : 1; unsigned B5D76 : 1; unsigned B5D77 : 1; }; } __B5D7bits_t; extern volatile __B5D7bits_t __at (0xE7D) B5D7bits; extern __sfr __at (0xE7E) CANSTAT_RO4; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO4bits_t; extern volatile __CANSTAT_RO4bits_t __at (0xE7E) CANSTAT_RO4bits; extern __sfr __at (0xE7F) CANCON_RO4; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO4bits_t; extern volatile __CANCON_RO4bits_t __at (0xE7F) CANCON_RO4bits; extern __sfr __at (0xF00) RXF0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF0SIDHbits_t; extern volatile __RXF0SIDHbits_t __at (0xF00) RXF0SIDHbits; extern __sfr __at (0xF01) RXF0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xF01) RXF0SIDLbits; extern __sfr __at (0xF02) RXF0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF0EIDHbits_t; extern volatile __RXF0EIDHbits_t __at (0xF02) RXF0EIDHbits; extern __sfr __at (0xF03) RXF0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF0EIDLbits_t; extern volatile __RXF0EIDLbits_t __at (0xF03) RXF0EIDLbits; extern __sfr __at (0xF04) RXF1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF1SIDHbits_t; extern volatile __RXF1SIDHbits_t __at (0xF04) RXF1SIDHbits; extern __sfr __at (0xF05) RXF1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xF05) RXF1SIDLbits; extern __sfr __at (0xF06) RXF1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF1EIDHbits_t; extern volatile __RXF1EIDHbits_t __at (0xF06) RXF1EIDHbits; extern __sfr __at (0xF07) RXF1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF1EIDLbits_t; extern volatile __RXF1EIDLbits_t __at (0xF07) RXF1EIDLbits; extern __sfr __at (0xF08) RXF2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF2SIDHbits_t; extern volatile __RXF2SIDHbits_t __at (0xF08) RXF2SIDHbits; extern __sfr __at (0xF09) RXF2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF2SIDLbits_t; extern volatile __RXF2SIDLbits_t __at (0xF09) RXF2SIDLbits; extern __sfr __at (0xF0A) RXF2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF2EIDHbits_t; extern volatile __RXF2EIDHbits_t __at (0xF0A) RXF2EIDHbits; extern __sfr __at (0xF0B) RXF2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xF0B) RXF2EIDLbits; extern __sfr __at (0xF0C) RXF3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF3SIDHbits_t; extern volatile __RXF3SIDHbits_t __at (0xF0C) RXF3SIDHbits; extern __sfr __at (0xF0D) RXF3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xF0D) RXF3SIDLbits; extern __sfr __at (0xF0E) RXF3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF3EIDHbits_t; extern volatile __RXF3EIDHbits_t __at (0xF0E) RXF3EIDHbits; extern __sfr __at (0xF0F) RXF3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF3EIDLbits_t; extern volatile __RXF3EIDLbits_t __at (0xF0F) RXF3EIDLbits; extern __sfr __at (0xF10) RXF4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF4SIDHbits_t; extern volatile __RXF4SIDHbits_t __at (0xF10) RXF4SIDHbits; extern __sfr __at (0xF11) RXF4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xF11) RXF4SIDLbits; extern __sfr __at (0xF12) RXF4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF4EIDHbits_t; extern volatile __RXF4EIDHbits_t __at (0xF12) RXF4EIDHbits; extern __sfr __at (0xF13) RXF4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF4EIDLbits_t; extern volatile __RXF4EIDLbits_t __at (0xF13) RXF4EIDLbits; extern __sfr __at (0xF14) RXF5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF5SIDHbits_t; extern volatile __RXF5SIDHbits_t __at (0xF14) RXF5SIDHbits; extern __sfr __at (0xF15) RXF5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xF15) RXF5SIDLbits; extern __sfr __at (0xF16) RXF5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF5EIDHbits_t; extern volatile __RXF5EIDHbits_t __at (0xF16) RXF5EIDHbits; extern __sfr __at (0xF17) RXF5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF5EIDLbits_t; extern volatile __RXF5EIDLbits_t __at (0xF17) RXF5EIDLbits; extern __sfr __at (0xF18) RXM0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM0SIDHbits_t; extern volatile __RXM0SIDHbits_t __at (0xF18) RXM0SIDHbits; extern __sfr __at (0xF19) RXM0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xF19) RXM0SIDLbits; extern __sfr __at (0xF1A) RXM0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM0EIDHbits_t; extern volatile __RXM0EIDHbits_t __at (0xF1A) RXM0EIDHbits; extern __sfr __at (0xF1B) RXM0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM0EIDLbits_t; extern volatile __RXM0EIDLbits_t __at (0xF1B) RXM0EIDLbits; extern __sfr __at (0xF1C) RXM1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM1SIDHbits_t; extern volatile __RXM1SIDHbits_t __at (0xF1C) RXM1SIDHbits; extern __sfr __at (0xF1D) RXM1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xF1D) RXM1SIDLbits; extern __sfr __at (0xF1E) RXM1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM1EIDHbits_t; extern volatile __RXM1EIDHbits_t __at (0xF1E) RXM1EIDHbits; extern __sfr __at (0xF1F) RXM1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM1EIDLbits_t; extern volatile __RXM1EIDLbits_t __at (0xF1F) RXM1EIDLbits; extern __sfr __at (0xF20) TXB2CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFBXB2CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xF20) TXB2CONbits; extern __sfr __at (0xF21) TXB2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB2SIDHbits_t; extern volatile __TXB2SIDHbits_t __at (0xF21) TXB2SIDHbits; extern __sfr __at (0xF22) TXB2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xF22) TXB2SIDLbits; extern __sfr __at (0xF23) TXB2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB2EIDHbits_t; extern volatile __TXB2EIDHbits_t __at (0xF23) TXB2EIDHbits; extern __sfr __at (0xF24) TXB2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB2EIDLbits_t; extern volatile __TXB2EIDLbits_t __at (0xF24) TXB2EIDLbits; extern __sfr __at (0xF25) TXB2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xF25) TXB2DLCbits; extern __sfr __at (0xF26) TXB2D0; typedef union { struct { unsigned TXB2D00 : 1; unsigned TXB2D01 : 1; unsigned TXB2D02 : 1; unsigned TXB2D03 : 1; unsigned TXB2D04 : 1; unsigned TXB2D05 : 1; unsigned TXB2D06 : 1; unsigned TXB2D07 : 1; }; } __TXB2D0bits_t; extern volatile __TXB2D0bits_t __at (0xF26) TXB2D0bits; extern __sfr __at (0xF27) TXB2D1; typedef union { struct { unsigned TXB2D10 : 1; unsigned TXB2D11 : 1; unsigned TXB2D12 : 1; unsigned TXB2D13 : 1; unsigned TXB2D14 : 1; unsigned TXB2D15 : 1; unsigned TXB2D16 : 1; unsigned TXB2D17 : 1; }; } __TXB2D1bits_t; extern volatile __TXB2D1bits_t __at (0xF27) TXB2D1bits; extern __sfr __at (0xF28) TXB2D2; typedef union { struct { unsigned TXB2D20 : 1; unsigned TXB2D21 : 1; unsigned TXB2D22 : 1; unsigned TXB2D23 : 1; unsigned TXB2D24 : 1; unsigned TXB2D25 : 1; unsigned TXB2D26 : 1; unsigned TXB2D27 : 1; }; } __TXB2D2bits_t; extern volatile __TXB2D2bits_t __at (0xF28) TXB2D2bits; extern __sfr __at (0xF29) TXB2D3; typedef union { struct { unsigned TXB2D30 : 1; unsigned TXB2D31 : 1; unsigned TXB2D32 : 1; unsigned TXB2D33 : 1; unsigned TXB2D34 : 1; unsigned TXB2D35 : 1; unsigned TXB2D36 : 1; unsigned TXB2D37 : 1; }; } __TXB2D3bits_t; extern volatile __TXB2D3bits_t __at (0xF29) TXB2D3bits; extern __sfr __at (0xF2A) TXB2D4; typedef union { struct { unsigned TXB2D40 : 1; unsigned TXB2D41 : 1; unsigned TXB2D42 : 1; unsigned TXB2D43 : 1; unsigned TXB2D44 : 1; unsigned TXB2D45 : 1; unsigned TXB2D46 : 1; unsigned TXB2D47 : 1; }; } __TXB2D4bits_t; extern volatile __TXB2D4bits_t __at (0xF2A) TXB2D4bits; extern __sfr __at (0xF2B) TXB2D5; typedef union { struct { unsigned TXB2D50 : 1; unsigned TXB2D51 : 1; unsigned TXB2D52 : 1; unsigned TXB2D53 : 1; unsigned TXB2D54 : 1; unsigned TXB2D55 : 1; unsigned TXB2D56 : 1; unsigned TXB2D57 : 1; }; } __TXB2D5bits_t; extern volatile __TXB2D5bits_t __at (0xF2B) TXB2D5bits; extern __sfr __at (0xF2C) TXB2D6; typedef union { struct { unsigned TXB2D60 : 1; unsigned TXB2D61 : 1; unsigned TXB2D62 : 1; unsigned TXB2D63 : 1; unsigned TXB2D64 : 1; unsigned TXB2D65 : 1; unsigned TXB2D66 : 1; unsigned TXB2D67 : 1; }; } __TXB2D6bits_t; extern volatile __TXB2D6bits_t __at (0xF2C) TXB2D6bits; extern __sfr __at (0xF2D) TXB2D7; typedef union { struct { unsigned TXB2D70 : 1; unsigned TXB2D71 : 1; unsigned TXB2D72 : 1; unsigned TXB2D73 : 1; unsigned TXB2D74 : 1; unsigned TXB2D75 : 1; unsigned TXB2D76 : 1; unsigned TXB2D77 : 1; }; } __TXB2D7bits_t; extern volatile __TXB2D7bits_t __at (0xF2D) TXB2D7bits; extern __sfr __at (0xF2E) CANSTAT_RO3; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO3bits_t; extern volatile __CANSTAT_RO3bits_t __at (0xF2E) CANSTAT_RO3bits; extern __sfr __at (0xF2F) CANCON_RO3; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO3bits_t; extern volatile __CANCON_RO3bits_t __at (0xF2F) CANCON_RO3bits; extern __sfr __at (0xF30) TXB1CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFTXB1CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xF30) TXB1CONbits; extern __sfr __at (0xF31) TXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB1SIDHbits_t; extern volatile __TXB1SIDHbits_t __at (0xF31) TXB1SIDHbits; extern __sfr __at (0xF32) TXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xF32) TXB1SIDLbits; extern __sfr __at (0xF33) TXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB1EIDHbits_t; extern volatile __TXB1EIDHbits_t __at (0xF33) TXB1EIDHbits; extern __sfr __at (0xF34) TXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB1EIDLbits_t; extern volatile __TXB1EIDLbits_t __at (0xF34) TXB1EIDLbits; extern __sfr __at (0xF35) TXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xF35) TXB1DLCbits; extern __sfr __at (0xF36) TXB1D0; typedef union { struct { unsigned TXB1D00 : 1; unsigned TXB1D01 : 1; unsigned TXB1D02 : 1; unsigned TXB1D03 : 1; unsigned TXB1D04 : 1; unsigned TXB1D05 : 1; unsigned TXB1D06 : 1; unsigned TXB1D07 : 1; }; } __TXB1D0bits_t; extern volatile __TXB1D0bits_t __at (0xF36) TXB1D0bits; extern __sfr __at (0xF37) TXB1D1; typedef union { struct { unsigned TXB1D10 : 1; unsigned TXB1D11 : 1; unsigned TXB1D12 : 1; unsigned TXB1D13 : 1; unsigned TXB1D14 : 1; unsigned TXB1D15 : 1; unsigned TXB1D16 : 1; unsigned TXB1D17 : 1; }; } __TXB1D1bits_t; extern volatile __TXB1D1bits_t __at (0xF37) TXB1D1bits; extern __sfr __at (0xF38) TXB1D2; typedef union { struct { unsigned TXB1D20 : 1; unsigned TXB1D21 : 1; unsigned TXB1D22 : 1; unsigned TXB1D23 : 1; unsigned TXB1D24 : 1; unsigned TXB1D25 : 1; unsigned TXB1D26 : 1; unsigned TXB1D27 : 1; }; } __TXB1D2bits_t; extern volatile __TXB1D2bits_t __at (0xF38) TXB1D2bits; extern __sfr __at (0xF39) TXB1D3; typedef union { struct { unsigned TXB1D30 : 1; unsigned TXB1D31 : 1; unsigned TXB1D32 : 1; unsigned TXB1D33 : 1; unsigned TXB1D34 : 1; unsigned TXB1D35 : 1; unsigned TXB1D36 : 1; unsigned TXB1D37 : 1; }; } __TXB1D3bits_t; extern volatile __TXB1D3bits_t __at (0xF39) TXB1D3bits; extern __sfr __at (0xF3A) TXB1D4; typedef union { struct { unsigned TXB1D40 : 1; unsigned TXB1D41 : 1; unsigned TXB1D42 : 1; unsigned TXB1D43 : 1; unsigned TXB1D44 : 1; unsigned TXB1D45 : 1; unsigned TXB1D46 : 1; unsigned TXB1D47 : 1; }; } __TXB1D4bits_t; extern volatile __TXB1D4bits_t __at (0xF3A) TXB1D4bits; extern __sfr __at (0xF3B) TXB1D5; typedef union { struct { unsigned TXB1D50 : 1; unsigned TXB1D51 : 1; unsigned TXB1D52 : 1; unsigned TXB1D53 : 1; unsigned TXB1D54 : 1; unsigned TXB1D55 : 1; unsigned TXB1D56 : 1; unsigned TXB1D57 : 1; }; } __TXB1D5bits_t; extern volatile __TXB1D5bits_t __at (0xF3B) TXB1D5bits; extern __sfr __at (0xF3C) TXB1D6; typedef union { struct { unsigned TXB1D60 : 1; unsigned TXB1D61 : 1; unsigned TXB1D62 : 1; unsigned TXB1D63 : 1; unsigned TXB1D64 : 1; unsigned TXB1D65 : 1; unsigned TXB1D66 : 1; unsigned TXB1D67 : 1; }; } __TXB1D6bits_t; extern volatile __TXB1D6bits_t __at (0xF3C) TXB1D6bits; extern __sfr __at (0xF3D) TXB1D7; typedef union { struct { unsigned TXB1D70 : 1; unsigned TXB1D71 : 1; unsigned TXB1D72 : 1; unsigned TXB1D73 : 1; unsigned TXB1D74 : 1; unsigned TXB1D75 : 1; unsigned TXB1D76 : 1; unsigned TXB1D77 : 1; }; } __TXB1D7bits_t; extern volatile __TXB1D7bits_t __at (0xF3D) TXB1D7bits; extern __sfr __at (0xF3E) CANSTAT_RO2; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO2bits_t; extern volatile __CANSTAT_RO2bits_t __at (0xF3E) CANSTAT_RO2bits; extern __sfr __at (0xF3F) CANCON_RO2; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO2bits_t; extern volatile __CANCON_RO2bits_t __at (0xF3F) CANCON_RO2bits; extern __sfr __at (0xF40) TXB0CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xF40) TXB0CONbits; extern __sfr __at (0xF41) TXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB0SIDHbits_t; extern volatile __TXB0SIDHbits_t __at (0xF41) TXB0SIDHbits; extern __sfr __at (0xF42) TXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB0SIDLbits_t; extern volatile __TXB0SIDLbits_t __at (0xF42) TXB0SIDLbits; extern __sfr __at (0xF43) TXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB0EIDHbits_t; extern volatile __TXB0EIDHbits_t __at (0xF43) TXB0EIDHbits; extern __sfr __at (0xF44) TXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB0EIDLbits_t; extern volatile __TXB0EIDLbits_t __at (0xF44) TXB0EIDLbits; extern __sfr __at (0xF45) TXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xF45) TXB0DLCbits; extern __sfr __at (0xF46) TXB0D0; typedef union { struct { unsigned TXB0D00 : 1; unsigned TXB0D01 : 1; unsigned TXB0D02 : 1; unsigned TXB0D03 : 1; unsigned TXB0D04 : 1; unsigned TXB0D05 : 1; unsigned TXB0D06 : 1; unsigned TXB0D07 : 1; }; } __TXB0D0bits_t; extern volatile __TXB0D0bits_t __at (0xF46) TXB0D0bits; extern __sfr __at (0xF47) TXB0D1; typedef union { struct { unsigned TXB0D10 : 1; unsigned TXB0D11 : 1; unsigned TXB0D12 : 1; unsigned TXB0D13 : 1; unsigned TXB0D14 : 1; unsigned TXB0D15 : 1; unsigned TXB0D16 : 1; unsigned TXB0D17 : 1; }; } __TXB0D1bits_t; extern volatile __TXB0D1bits_t __at (0xF47) TXB0D1bits; extern __sfr __at (0xF48) TXB0D2; typedef union { struct { unsigned TXB0D20 : 1; unsigned TXB0D21 : 1; unsigned TXB0D22 : 1; unsigned TXB0D23 : 1; unsigned TXB0D24 : 1; unsigned TXB0D25 : 1; unsigned TXB0D26 : 1; unsigned TXB0D27 : 1; }; } __TXB0D2bits_t; extern volatile __TXB0D2bits_t __at (0xF48) TXB0D2bits; extern __sfr __at (0xF49) TXB0D3; typedef union { struct { unsigned TXB0D30 : 1; unsigned TXB0D31 : 1; unsigned TXB0D32 : 1; unsigned TXB0D33 : 1; unsigned TXB0D34 : 1; unsigned TXB0D35 : 1; unsigned TXB0D36 : 1; unsigned TXB0D37 : 1; }; } __TXB0D3bits_t; extern volatile __TXB0D3bits_t __at (0xF49) TXB0D3bits; extern __sfr __at (0xF4A) TXB0D4; typedef union { struct { unsigned TXB0D40 : 1; unsigned TXB0D41 : 1; unsigned TXB0D42 : 1; unsigned TXB0D43 : 1; unsigned TXB0D44 : 1; unsigned TXB0D45 : 1; unsigned TXB0D46 : 1; unsigned TXB0D47 : 1; }; } __TXB0D4bits_t; extern volatile __TXB0D4bits_t __at (0xF4A) TXB0D4bits; extern __sfr __at (0xF4B) TXB0D5; typedef union { struct { unsigned TXB0D50 : 1; unsigned TXB0D51 : 1; unsigned TXB0D52 : 1; unsigned TXB0D53 : 1; unsigned TXB0D54 : 1; unsigned TXB0D55 : 1; unsigned TXB0D56 : 1; unsigned TXB0D57 : 1; }; } __TXB0D5bits_t; extern volatile __TXB0D5bits_t __at (0xF4B) TXB0D5bits; extern __sfr __at (0xF4C) TXB0D6; typedef union { struct { unsigned TXB0D60 : 1; unsigned TXB0D61 : 1; unsigned TXB0D62 : 1; unsigned TXB0D63 : 1; unsigned TXB0D64 : 1; unsigned TXB0D65 : 1; unsigned TXB0D66 : 1; unsigned TXB0D67 : 1; }; } __TXB0D6bits_t; extern volatile __TXB0D6bits_t __at (0xF4C) TXB0D6bits; extern __sfr __at (0xF4D) TXB0D7; typedef union { struct { unsigned TXB0D70 : 1; unsigned TXB0D71 : 1; unsigned TXB0D72 : 1; unsigned TXB0D73 : 1; unsigned TXB0D74 : 1; unsigned TXB0D75 : 1; unsigned TXB0D76 : 1; unsigned TXB0D77 : 1; }; } __TXB0D7bits_t; extern volatile __TXB0D7bits_t __at (0xF4D) TXB0D7bits; extern __sfr __at (0xF4E) CANSTAT_RO1; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO1bits_t; extern volatile __CANSTAT_RO1bits_t __at (0xF4E) CANSTAT_RO1bits; extern __sfr __at (0xF4F) CANCON_RO1; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO1bits_t; extern volatile __CANCON_RO1bits_t __at (0xF4F) CANCON_RO1bits; extern __sfr __at (0xF50) RXB1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned RXRTRRO_RXB1CON : 1; unsigned FILHIT4 : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned FILHIT3 : 1; unsigned : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xF50) RXB1CONbits; extern __sfr __at (0xF51) RXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB1SIDHbits_t; extern volatile __RXB1SIDHbits_t __at (0xF51) RXB1SIDHbits; extern __sfr __at (0xF52) RXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xF52) RXB1SIDLbits; extern __sfr __at (0xF53) RXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB1EIDHbits_t; extern volatile __RXB1EIDHbits_t __at (0xF53) RXB1EIDHbits; extern __sfr __at (0xF54) RXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB1EIDLbits_t; extern volatile __RXB1EIDLbits_t __at (0xF54) RXB1EIDLbits; extern __sfr __at (0xF55) RXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB1DLC : 1; unsigned RB1_RXB1DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xF55) RXB1DLCbits; extern __sfr __at (0xF56) RXB1D0; typedef union { struct { unsigned RXB1D00 : 1; unsigned RXB1D01 : 1; unsigned RXB1D02 : 1; unsigned RXB1D03 : 1; unsigned RXB1D04 : 1; unsigned RXB1D05 : 1; unsigned RXB1D06 : 1; unsigned RXB1D07 : 1; }; } __RXB1D0bits_t; extern volatile __RXB1D0bits_t __at (0xF56) RXB1D0bits; extern __sfr __at (0xF57) RXB1D1; typedef union { struct { unsigned RXB1D10 : 1; unsigned RXB1D11 : 1; unsigned RXB1D12 : 1; unsigned RXB1D13 : 1; unsigned RXB1D14 : 1; unsigned RXB1D15 : 1; unsigned RXB1D16 : 1; unsigned RXB1D17 : 1; }; } __RXB1D1bits_t; extern volatile __RXB1D1bits_t __at (0xF57) RXB1D1bits; extern __sfr __at (0xF58) RXB1D2; typedef union { struct { unsigned RXB1D20 : 1; unsigned RXB1D21 : 1; unsigned RXB1D22 : 1; unsigned RXB1D23 : 1; unsigned RXB1D24 : 1; unsigned RXB1D25 : 1; unsigned RXB1D26 : 1; unsigned RXB1D27 : 1; }; } __RXB1D2bits_t; extern volatile __RXB1D2bits_t __at (0xF58) RXB1D2bits; extern __sfr __at (0xF59) RXB1D3; typedef union { struct { unsigned RXB1D30 : 1; unsigned RXB1D31 : 1; unsigned RXB1D32 : 1; unsigned RXB1D33 : 1; unsigned RXB1D34 : 1; unsigned RXB1D35 : 1; unsigned RXB1D36 : 1; unsigned RXB1D37 : 1; }; } __RXB1D3bits_t; extern volatile __RXB1D3bits_t __at (0xF59) RXB1D3bits; extern __sfr __at (0xF5A) RXB1D4; typedef union { struct { unsigned RXB1D40 : 1; unsigned RXB1D41 : 1; unsigned RXB1D42 : 1; unsigned RXB1D43 : 1; unsigned RXB1D44 : 1; unsigned RXB1D45 : 1; unsigned RXB1D46 : 1; unsigned RXB1D47 : 1; }; } __RXB1D4bits_t; extern volatile __RXB1D4bits_t __at (0xF5A) RXB1D4bits; extern __sfr __at (0xF5B) RXB1D5; typedef union { struct { unsigned RXB1D50 : 1; unsigned RXB1D51 : 1; unsigned RXB1D52 : 1; unsigned RXB1D53 : 1; unsigned RXB1D54 : 1; unsigned RXB1D55 : 1; unsigned RXB1D56 : 1; unsigned RXB1D57 : 1; }; } __RXB1D5bits_t; extern volatile __RXB1D5bits_t __at (0xF5B) RXB1D5bits; extern __sfr __at (0xF5C) RXB1D6; typedef union { struct { unsigned RXB1D60 : 1; unsigned RXB1D61 : 1; unsigned RXB1D62 : 1; unsigned RXB1D63 : 1; unsigned RXB1D64 : 1; unsigned RXB1D65 : 1; unsigned RXB1D66 : 1; unsigned RXB1D67 : 1; }; } __RXB1D6bits_t; extern volatile __RXB1D6bits_t __at (0xF5C) RXB1D6bits; extern __sfr __at (0xF5D) RXB1D7; typedef union { struct { unsigned RXB1D70 : 1; unsigned RXB1D71 : 1; unsigned RXB1D72 : 1; unsigned RXB1D73 : 1; unsigned RXB1D74 : 1; unsigned RXB1D75 : 1; unsigned RXB1D76 : 1; unsigned RXB1D77 : 1; }; } __RXB1D7bits_t; extern volatile __RXB1D7bits_t __at (0xF5D) RXB1D7bits; extern __sfr __at (0xF5E) CANSTAT_RO0; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO0bits_t; extern volatile __CANSTAT_RO0bits_t __at (0xF5E) CANSTAT_RO0bits; extern __sfr __at (0xF5F) CANCON_RO0; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO0bits_t; extern volatile __CANCON_RO0bits_t __at (0xF5F) CANCON_RO0bits; extern __sfr __at (0xF60) RXB0CON; typedef union { struct { unsigned : 1; unsigned JTOFF : 1; unsigned RXB0DBEN : 1; unsigned RXRTRRO_RXB0CON : 1; unsigned : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xF60) RXB0CONbits; extern __sfr __at (0xF61) RXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB0SIDHbits_t; extern volatile __RXB0SIDHbits_t __at (0xF61) RXB0SIDHbits; extern __sfr __at (0xF62) RXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xF62) RXB0SIDLbits; extern __sfr __at (0xF63) RXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB0EIDHbits_t; extern volatile __RXB0EIDHbits_t __at (0xF63) RXB0EIDHbits; extern __sfr __at (0xF64) RXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB0EIDLbits_t; extern volatile __RXB0EIDLbits_t __at (0xF64) RXB0EIDLbits; extern __sfr __at (0xF65) RXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB0DLC : 1; unsigned RB1_RXB0DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB0DLCbits_t; extern volatile __RXB0DLCbits_t __at (0xF65) RXB0DLCbits; extern __sfr __at (0xF66) RXB0D0; typedef union { struct { unsigned RXB0D00 : 1; unsigned RXB0D01 : 1; unsigned RXB0D02 : 1; unsigned RXB0D03 : 1; unsigned RXB0D04 : 1; unsigned RXB0D05 : 1; unsigned RXB0D06 : 1; unsigned RXB0D07 : 1; }; } __RXB0D0bits_t; extern volatile __RXB0D0bits_t __at (0xF66) RXB0D0bits; extern __sfr __at (0xF67) RXB0D1; typedef union { struct { unsigned RXB0D10 : 1; unsigned RXB0D11 : 1; unsigned RXB0D12 : 1; unsigned RXB0D13 : 1; unsigned RXB0D14 : 1; unsigned RXB0D15 : 1; unsigned RXB0D16 : 1; unsigned RXB0D17 : 1; }; } __RXB0D1bits_t; extern volatile __RXB0D1bits_t __at (0xF67) RXB0D1bits; extern __sfr __at (0xF68) RXB0D2; typedef union { struct { unsigned RXB0D20 : 1; unsigned RXB0D21 : 1; unsigned RXB0D22 : 1; unsigned RXB0D23 : 1; unsigned RXB0D24 : 1; unsigned RXB0D25 : 1; unsigned RXB0D26 : 1; unsigned RXB0D27 : 1; }; } __RXB0D2bits_t; extern volatile __RXB0D2bits_t __at (0xF68) RXB0D2bits; extern __sfr __at (0xF69) RXB0D3; typedef union { struct { unsigned RXB0D30 : 1; unsigned RXB0D31 : 1; unsigned RXB0D32 : 1; unsigned RXB0D33 : 1; unsigned RXB0D34 : 1; unsigned RXB0D35 : 1; unsigned RXB0D36 : 1; unsigned RXB0D37 : 1; }; } __RXB0D3bits_t; extern volatile __RXB0D3bits_t __at (0xF69) RXB0D3bits; extern __sfr __at (0xF6A) RXB0D4; typedef union { struct { unsigned RXB0D40 : 1; unsigned RXB0D41 : 1; unsigned RXB0D42 : 1; unsigned RXB0D43 : 1; unsigned RXB0D44 : 1; unsigned RXB0D45 : 1; unsigned RXB0D46 : 1; unsigned RXB0D47 : 1; }; } __RXB0D4bits_t; extern volatile __RXB0D4bits_t __at (0xF6A) RXB0D4bits; extern __sfr __at (0xF6B) RXB0D5; typedef union { struct { unsigned RXB0D50 : 1; unsigned RXB0D51 : 1; unsigned RXB0D52 : 1; unsigned RXB0D53 : 1; unsigned RXB0D54 : 1; unsigned RXB0D55 : 1; unsigned RXB0D56 : 1; unsigned RXB0D57 : 1; }; } __RXB0D5bits_t; extern volatile __RXB0D5bits_t __at (0xF6B) RXB0D5bits; extern __sfr __at (0xF6C) RXB0D6; typedef union { struct { unsigned RXB0D60 : 1; unsigned RXB0D61 : 1; unsigned RXB0D62 : 1; unsigned RXB0D63 : 1; unsigned RXB0D64 : 1; unsigned RXB0D65 : 1; unsigned RXB0D66 : 1; unsigned RXB0D67 : 1; }; } __RXB0D6bits_t; extern volatile __RXB0D6bits_t __at (0xF6C) RXB0D6bits; extern __sfr __at (0xF6D) RXB0D7; typedef union { struct { unsigned RXB0D70 : 1; unsigned RXB0D71 : 1; unsigned RXB0D72 : 1; unsigned RXB0D73 : 1; unsigned RXB0D74 : 1; unsigned RXB0D75 : 1; unsigned RXB0D76 : 1; unsigned RXB0D77 : 1; }; } __RXB0D7bits_t; extern volatile __RXB0D7bits_t __at (0xF6D) RXB0D7bits; extern __sfr __at (0xF6E) CANSTAT; typedef union { struct { unsigned EICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned EICODE4 : 1; unsigned OPMODE0 : 1; unsigned OPMODE1 : 1; unsigned OPMODE2 : 1; }; struct { unsigned : 1; unsigned EICODE1 : 1; unsigned EICODE2 : 1; unsigned EICODE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xF6E) CANSTATbits; extern __sfr __at (0xF6F) CANCON; typedef union { struct { unsigned FP0 : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; struct { unsigned : 1; unsigned FP1 : 1; unsigned FP2 : 1; unsigned FP3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xF6F) CANCONbits; extern __sfr __at (0xF70) BRGCON1; typedef union { struct { unsigned BRP0 : 1; unsigned BRP1 : 1; unsigned BRP2 : 1; unsigned BRP3 : 1; unsigned BRP4 : 1; unsigned BRP5 : 1; unsigned SJW0 : 1; unsigned SJW1 : 1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xF70) BRGCON1bits; extern __sfr __at (0xF71) BRGCON2; typedef union { struct { unsigned PRSEG0 : 1; unsigned PRSEG1 : 1; unsigned PRSEG2 : 1; unsigned SEG1PH0 : 1; unsigned SEG1PH1 : 1; unsigned SEG1PH2 : 1; unsigned SAM : 1; unsigned SEG2PHTS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SEG2PHT : 1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xF71) BRGCON2bits; extern __sfr __at (0xF72) BRGCON3; typedef union { struct { unsigned SEG2PH0 : 1; unsigned SEG2PH1 : 1; unsigned SEG2PH2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned WAKFIL : 1; unsigned WAKDIS : 1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xF72) BRGCON3bits; extern __sfr __at (0xF73) CIOCON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CANCAP : 1; unsigned ENDRHI : 1; unsigned : 1; unsigned : 1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xF73) CIOCONbits; extern __sfr __at (0xF74) COMSTAT; typedef union { struct { unsigned EWARN : 1; unsigned RXWARN : 1; unsigned TXWARN : 1; unsigned RXBP : 1; unsigned TXBP : 1; unsigned TXBO : 1; unsigned RXB1OVFL : 1; unsigned RXB0OVFL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXBnOVFL : 1; unsigned FIFOEMPTY : 1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xF74) COMSTATbits; extern __sfr __at (0xF75) RXERRCNT; typedef union { struct { unsigned REC0 : 1; unsigned REC1 : 1; unsigned REC2 : 1; unsigned REC3 : 1; unsigned REC4 : 1; unsigned REC5 : 1; unsigned REC6 : 1; unsigned REC7 : 1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xF75) RXERRCNTbits; extern __sfr __at (0xF76) TXERRCNT; typedef union { struct { unsigned TEC0 : 1; unsigned TEC1 : 1; unsigned TEC2 : 1; unsigned TEC3 : 1; unsigned TEC4 : 1; unsigned TEC5 : 1; unsigned TEC6 : 1; unsigned TEC7 : 1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xF76) TXERRCNTbits; extern __sfr __at (0xF77) ECANCON; typedef union { struct { unsigned EWIN0 : 1; unsigned EWIN1 : 1; unsigned EWIN2 : 1; unsigned EWIN3 : 1; unsigned EWIN4 : 1; unsigned FIFOWM : 1; unsigned MDSEL0 : 1; unsigned MDSEL1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned F : 1; unsigned : 1; unsigned : 1; }; } __ECANCONbits_t; extern volatile __ECANCONbits_t __at (0xF77) ECANCONbits; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned CVREF : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned LVDIN : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0_PORTB : 1; unsigned RB1_PORTB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CANRX : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN10 : 1; unsigned AN8 : 1; unsigned CANTX : 1; unsigned : 1; unsigned AN9 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0_DDRB : 1; unsigned RB1_DDRB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSCR : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXBIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned ERRIE : 1; unsigned WAKIE : 1; unsigned IRXIE : 1; }; struct { unsigned FIFOWMIE : 1; unsigned RXBnIE : 1; unsigned : 1; unsigned : 1; unsigned TXBnIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FIFOMWIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned RXB0IF : 1; unsigned RXB1IF : 1; unsigned TXB0IF : 1; unsigned TXB1IF : 1; unsigned TXB2IF : 1; unsigned ERRIF : 1; unsigned WAKIF : 1; unsigned IRXIF : 1; }; struct { unsigned FIFOWMIF : 1; unsigned RXBnIF : 1; unsigned : 1; unsigned : 1; unsigned TXBnIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned RXB0IP : 1; unsigned RXB1IP : 1; unsigned TXB0IP : 1; unsigned TXB1IP : 1; unsigned TXB2IP : 1; unsigned ERRIP : 1; unsigned WAKIP : 1; unsigned IRXIP : 1; }; struct { unsigned FIFOWMIP : 1; unsigned RXBnIP : 1; unsigned : 1; unsigned : 1; unsigned TXBnIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAA) EEADRH; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3NSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned T3ECCP1 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO_DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T0PS3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f2682.h000066400000000000000000004423221116427777700200610ustar00rootroot00000000000000/* * pic18f2682.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F2682_H__ #define __PIC18F2682_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP oscillator #define _OSC_XT_1H 0xF1 // XT oscillator #define _OSC_HS_1H 0xF2 // HS oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_IRCIO67_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_IRCIO7_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOREN_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOREN_SBORENCTRL_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOREN_BOACTIVE_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOREN_BOHW_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // WDT disabled (control is placed on the SWDTEN bit) #define _WDT_ON_2H 0xFF // WDT enabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_OFF_3H 0xFD // PORTB<4> and PORTB<1:0> Configured as Digital I/O Pins on Reset #define _PBADEN_ON_3H 0xFF // PORTB<4> and PORTB<1:0> Configured as Analog Pins on Reset // CONFIG4L Options #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _BBSIZ_1024_4L 0xCF // 1K words (2K bytes) Boot Block #define _BBSIZ_2048_4L 0xDF // 2K words (4K bytes) Boot Block #define _BBSIZ_4096_4L 0xEF // 4K words (8K bytes) Boot Block #define _LVP_OFF_4L 0xFB // Disabled #define _LVP_ON_4L 0xFF // Enabled #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 (000800-003FFFh) code-protected #define _CP0_OFF_5L 0xFF // Block 0 (000800-003FFFh) not code-protected #define _CP1_ON_5L 0xFD // Block 1 (004000-007FFFh) code-protected #define _CP1_OFF_5L 0xFF // Block 1 (004000-007FFFh) not code-protected #define _CP2_ON_5L 0xFB // Block 2 (008000-00BFFFh) code-protected #define _CP2_OFF_5L 0xFF // Block 2 (008000-00BFFFh) not code-protected #define _CP3_ON_5L 0xF7 // Block 3 (00C000-00FFFFh) code-protected #define _CP3_OFF_5L 0xFF // Block 3 (00C000-00FFFFh) not code-protected #define _CP4_ON_5L 0xEF // Block 4 (010000-013FFFh) code-protected #define _CP4_OFF_5L 0xFF // Block 4 (010000-013FFFh) not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot Block (000000-0007FFh) code-protected #define _CPB_OFF_5H 0xFF // Boot Block (000000-0007FFh) not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 (000800-003FFFh) write-protected #define _WRT0_OFF_6L 0xFF // Block 0 (000800-003FFFh) not write-protected #define _WRT1_ON_6L 0xFD // Block 1 (004000-007FFFh) write-protected #define _WRT1_OFF_6L 0xFF // Block 1 (004000-007FFFh) not write-protected #define _WRT2_ON_6L 0xFB // Block 2 (008000-00BFFFh) write-protected #define _WRT2_OFF_6L 0xFF // Block 2 (008000-00BFFFh) not write-protected #define _WRT3_ON_6L 0xF7 // Block 3 (00C000-00FFFFh) write-protected #define _WRT3_OFF_6L 0xFF // Block 3 (00C000-00FFFFh) not write-protected #define _WRT4_ON_6L 0xEF // Block 4 (010000-013FFFh) write-protected #define _WRT4_OFF_6L 0xFF // Block 4 (010000-013FFFh) not write-protected // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Boot Block (000000-0007FFh) write-protected #define _WRTB_OFF_6H 0xFF // Boot Block (000000-0007FFh) not write-protected #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 (000800-003FFFh) protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 (000800-003FFFh) not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 (004000-007FFFh) protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 (004000-007FFFh) not protected from table reads executed in other blocks #define _EBTR2_ON_7L 0xFB // Block 2 (008000-00BFFFh) protected from table reads executed in other blocks #define _EBTR2_OFF_7L 0xFF // Block 2 (008000-00BFFFh) not protected from table reads executed in other blocks #define _EBTR3_ON_7L 0xF7 // Block 3 (00C000-00FFFFh) protected from table reads executed in other blocks #define _EBTR3_OFF_7L 0xFF // Block 3 (00C000-00FFFFh) not protected from table reads executed in other blocks #define _EBTR4_ON_7L 0xEF // Block 4 (010000-013FFFh) protected from table reads executed in other blocks #define _EBTR4_OFF_7L 0xFF // Block 4 (010000-013FFFh) not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot Block (000000-0007FFh) protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot Block (000000-0007FFh) not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xD60) RXF6SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF6SIDHbits_t; extern volatile __RXF6SIDHbits_t __at (0xD60) RXF6SIDHbits; extern __sfr __at (0xD61) RXF6SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF6SIDLbits_t; extern volatile __RXF6SIDLbits_t __at (0xD61) RXF6SIDLbits; extern __sfr __at (0xD62) RXF6EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF6EIDHbits_t; extern volatile __RXF6EIDHbits_t __at (0xD62) RXF6EIDHbits; extern __sfr __at (0xD63) RXF6EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF6EIDLbits_t; extern volatile __RXF6EIDLbits_t __at (0xD63) RXF6EIDLbits; extern __sfr __at (0xD64) RXF7SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF7SIDHbits_t; extern volatile __RXF7SIDHbits_t __at (0xD64) RXF7SIDHbits; extern __sfr __at (0xD65) RXF7SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF7SIDLbits_t; extern volatile __RXF7SIDLbits_t __at (0xD65) RXF7SIDLbits; extern __sfr __at (0xD66) RXF7EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF7EIDHbits_t; extern volatile __RXF7EIDHbits_t __at (0xD66) RXF7EIDHbits; extern __sfr __at (0xD67) RXF7EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF7EIDLbits_t; extern volatile __RXF7EIDLbits_t __at (0xD67) RXF7EIDLbits; extern __sfr __at (0xD68) RXF8SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF8SIDHbits_t; extern volatile __RXF8SIDHbits_t __at (0xD68) RXF8SIDHbits; extern __sfr __at (0xD69) RXF8SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF8SIDLbits_t; extern volatile __RXF8SIDLbits_t __at (0xD69) RXF8SIDLbits; extern __sfr __at (0xD6A) RXF8EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF8EIDHbits_t; extern volatile __RXF8EIDHbits_t __at (0xD6A) RXF8EIDHbits; extern __sfr __at (0xD6B) RXF8EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF8EIDLbits_t; extern volatile __RXF8EIDLbits_t __at (0xD6B) RXF8EIDLbits; extern __sfr __at (0xD70) RXF9SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF9SIDHbits_t; extern volatile __RXF9SIDHbits_t __at (0xD70) RXF9SIDHbits; extern __sfr __at (0xD71) RXF9SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF9SIDLbits_t; extern volatile __RXF9SIDLbits_t __at (0xD71) RXF9SIDLbits; extern __sfr __at (0xD72) RXF9EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF9EIDHbits_t; extern volatile __RXF9EIDHbits_t __at (0xD72) RXF9EIDHbits; extern __sfr __at (0xD73) RXF9EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF9EIDLbits_t; extern volatile __RXF9EIDLbits_t __at (0xD73) RXF9EIDLbits; extern __sfr __at (0xD74) RXF10SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF10SIDHbits_t; extern volatile __RXF10SIDHbits_t __at (0xD74) RXF10SIDHbits; extern __sfr __at (0xD75) RXF10SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF10SIDLbits_t; extern volatile __RXF10SIDLbits_t __at (0xD75) RXF10SIDLbits; extern __sfr __at (0xD76) RXF10EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF10EIDHbits_t; extern volatile __RXF10EIDHbits_t __at (0xD76) RXF10EIDHbits; extern __sfr __at (0xD77) RXF10EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF10EIDLbits_t; extern volatile __RXF10EIDLbits_t __at (0xD77) RXF10EIDLbits; extern __sfr __at (0xD78) RXF11SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF11SIDHbits_t; extern volatile __RXF11SIDHbits_t __at (0xD78) RXF11SIDHbits; extern __sfr __at (0xD79) RXF11SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF11SIDLbits_t; extern volatile __RXF11SIDLbits_t __at (0xD79) RXF11SIDLbits; extern __sfr __at (0xD7A) RXF11EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF11EIDHbits_t; extern volatile __RXF11EIDHbits_t __at (0xD7A) RXF11EIDHbits; extern __sfr __at (0xD7B) RXF11EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF11EIDLbits_t; extern volatile __RXF11EIDLbits_t __at (0xD7B) RXF11EIDLbits; extern __sfr __at (0xD80) RXF12SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF12SIDHbits_t; extern volatile __RXF12SIDHbits_t __at (0xD80) RXF12SIDHbits; extern __sfr __at (0xD81) RXF12SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF12SIDLbits_t; extern volatile __RXF12SIDLbits_t __at (0xD81) RXF12SIDLbits; extern __sfr __at (0xD82) RXF12EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF12EIDHbits_t; extern volatile __RXF12EIDHbits_t __at (0xD82) RXF12EIDHbits; extern __sfr __at (0xD83) RXF12EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF12EIDLbits_t; extern volatile __RXF12EIDLbits_t __at (0xD83) RXF12EIDLbits; extern __sfr __at (0xD84) RXF13SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF13SIDHbits_t; extern volatile __RXF13SIDHbits_t __at (0xD84) RXF13SIDHbits; extern __sfr __at (0xD85) RXF13SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF13SIDLbits_t; extern volatile __RXF13SIDLbits_t __at (0xD85) RXF13SIDLbits; extern __sfr __at (0xD86) RXF13EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF13EIDHbits_t; extern volatile __RXF13EIDHbits_t __at (0xD86) RXF13EIDHbits; extern __sfr __at (0xD87) RXF13EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF13EIDLbits_t; extern volatile __RXF13EIDLbits_t __at (0xD87) RXF13EIDLbits; extern __sfr __at (0xD88) RXF14SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF14SIDHbits_t; extern volatile __RXF14SIDHbits_t __at (0xD88) RXF14SIDHbits; extern __sfr __at (0xD89) RXF14SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF14SIDLbits_t; extern volatile __RXF14SIDLbits_t __at (0xD89) RXF14SIDLbits; extern __sfr __at (0xD8A) RXF14EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF14EIDHbits_t; extern volatile __RXF14EIDHbits_t __at (0xD8A) RXF14EIDHbits; extern __sfr __at (0xD8B) RXF14EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF14EIDLbits_t; extern volatile __RXF14EIDLbits_t __at (0xD8B) RXF14EIDLbits; extern __sfr __at (0xD90) RXF15SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF15SIDHbits_t; extern volatile __RXF15SIDHbits_t __at (0xD90) RXF15SIDHbits; extern __sfr __at (0xD91) RXF15SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF15SIDLbits_t; extern volatile __RXF15SIDLbits_t __at (0xD91) RXF15SIDLbits; extern __sfr __at (0xD92) RXF15EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF15EIDHbits_t; extern volatile __RXF15EIDHbits_t __at (0xD92) RXF15EIDHbits; extern __sfr __at (0xD93) RXF15EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF15EIDLbits_t; extern volatile __RXF15EIDLbits_t __at (0xD93) RXF15EIDLbits; extern __sfr __at (0xDD4) RXFCON0; typedef union { struct { unsigned RXF0EN : 1; unsigned RXF1EN : 1; unsigned RXF2EN : 1; unsigned RXF3EN : 1; unsigned RXF4EN : 1; unsigned RXF5EN : 1; unsigned RXF6EN : 1; unsigned RXF7EN : 1; }; } __RXFCON0bits_t; extern volatile __RXFCON0bits_t __at (0xDD4) RXFCON0bits; extern __sfr __at (0xDD5) RXFCON1; typedef union { struct { unsigned RXF8EN : 1; unsigned RXF9EN : 1; unsigned RXF10EN : 1; unsigned RXF11EN : 1; unsigned RXF12EN : 1; unsigned RXF13EN : 1; unsigned RXF14EN : 1; unsigned RXF15EN : 1; }; } __RXFCON1bits_t; extern volatile __RXFCON1bits_t __at (0xDD5) RXFCON1bits; extern __sfr __at (0xDD8) SDFLC; typedef union { struct { unsigned DFLC0 : 1; unsigned DFLC1 : 1; unsigned DFLC2 : 1; unsigned DFLC3 : 1; unsigned DFLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FLC0 : 1; unsigned FLC1 : 1; unsigned FLC2 : 1; unsigned FLC3 : 1; unsigned FLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SDFLCbits_t; extern volatile __SDFLCbits_t __at (0xDD8) SDFLCbits; extern __sfr __at (0xDE0) RXFBCON0; typedef union { struct { unsigned F0BP_0 : 1; unsigned F0BP_1 : 1; unsigned F0BP_2 : 1; unsigned F0BP_3 : 1; unsigned F1BP_0 : 1; unsigned F1BP_1 : 1; unsigned F1BP_2 : 1; unsigned F1BP_3 : 1; }; } __RXFBCON0bits_t; extern volatile __RXFBCON0bits_t __at (0xDE0) RXFBCON0bits; extern __sfr __at (0xDE1) RXFBCON1; typedef union { struct { unsigned F2BP_0 : 1; unsigned F2BP_1 : 1; unsigned F2BP_2 : 1; unsigned F2BP_3 : 1; unsigned F3BP_0 : 1; unsigned F3BP_1 : 1; unsigned F3BP_2 : 1; unsigned F3BP_3 : 1; }; } __RXFBCON1bits_t; extern volatile __RXFBCON1bits_t __at (0xDE1) RXFBCON1bits; extern __sfr __at (0xDE2) RXFBCON2; typedef union { struct { unsigned F4BP_0 : 1; unsigned F4BP_1 : 1; unsigned F4BP_2 : 1; unsigned F4BP_3 : 1; unsigned F5BP_0 : 1; unsigned F5BP_1 : 1; unsigned F5BP_2 : 1; unsigned F5BP_3 : 1; }; } __RXFBCON2bits_t; extern volatile __RXFBCON2bits_t __at (0xDE2) RXFBCON2bits; extern __sfr __at (0xDE3) RXFBCON3; typedef union { struct { unsigned F6BP_0 : 1; unsigned F6BP_1 : 1; unsigned F6BP_2 : 1; unsigned F6BP_3 : 1; unsigned F7BP_0 : 1; unsigned F7BP_1 : 1; unsigned F7BP_2 : 1; unsigned F7BP_3 : 1; }; } __RXFBCON3bits_t; extern volatile __RXFBCON3bits_t __at (0xDE3) RXFBCON3bits; extern __sfr __at (0xDE4) RXFBCON4; typedef union { struct { unsigned F8BP_0 : 1; unsigned F8BP_1 : 1; unsigned F8BP_2 : 1; unsigned F8BP_3 : 1; unsigned F9BP_0 : 1; unsigned F9BP_1 : 1; unsigned F9BP_2 : 1; unsigned F9BP_3 : 1; }; } __RXFBCON4bits_t; extern volatile __RXFBCON4bits_t __at (0xDE4) RXFBCON4bits; extern __sfr __at (0xDE5) RXFBCON5; typedef union { struct { unsigned F10BP_0 : 1; unsigned F10BP_1 : 1; unsigned F10BP_2 : 1; unsigned F10BP_3 : 1; unsigned F11BP_0 : 1; unsigned F11BP_1 : 1; unsigned F11BP_2 : 1; unsigned F11BP_3 : 1; }; } __RXFBCON5bits_t; extern volatile __RXFBCON5bits_t __at (0xDE5) RXFBCON5bits; extern __sfr __at (0xDE6) RXFBCON6; typedef union { struct { unsigned F12BP_0 : 1; unsigned F12BP_1 : 1; unsigned F12BP_2 : 1; unsigned F12BP_3 : 1; unsigned F13BP_0 : 1; unsigned F13BP_1 : 1; unsigned F13BP_2 : 1; unsigned F13BP_3 : 1; }; } __RXFBCON6bits_t; extern volatile __RXFBCON6bits_t __at (0xDE6) RXFBCON6bits; extern __sfr __at (0xDE7) RXFBCON7; typedef union { struct { unsigned F14BP_0 : 1; unsigned F14BP_1 : 1; unsigned F14BP_2 : 1; unsigned F14BP_3 : 1; unsigned F15BP_0 : 1; unsigned F15BP_1 : 1; unsigned F15BP_2 : 1; unsigned F15BP_3 : 1; }; } __RXFBCON7bits_t; extern volatile __RXFBCON7bits_t __at (0xDE7) RXFBCON7bits; extern __sfr __at (0xDF0) MSEL0; typedef union { struct { unsigned FIL0_0 : 1; unsigned FIL0_1 : 1; unsigned FIL1_0 : 1; unsigned FIL1_1 : 1; unsigned FIL2_0 : 1; unsigned FIL2_1 : 1; unsigned FIL3_0 : 1; unsigned FIL3_1 : 1; }; } __MSEL0bits_t; extern volatile __MSEL0bits_t __at (0xDF0) MSEL0bits; extern __sfr __at (0xDF1) MSEL1; typedef union { struct { unsigned FIL4_0 : 1; unsigned FIL4_1 : 1; unsigned FIL5_0 : 1; unsigned FIL5_1 : 1; unsigned FIL6_0 : 1; unsigned FIL6_1 : 1; unsigned FIL7_0 : 1; unsigned FIL7_1 : 1; }; } __MSEL1bits_t; extern volatile __MSEL1bits_t __at (0xDF1) MSEL1bits; extern __sfr __at (0xDF2) MSEL2; typedef union { struct { unsigned FIL8_0 : 1; unsigned FIL8_1 : 1; unsigned FIL9_0 : 1; unsigned FIL9_1 : 1; unsigned FIL10_0 : 1; unsigned FIL10_1 : 1; unsigned FIL11_0 : 1; unsigned FIL11_1 : 1; }; } __MSEL2bits_t; extern volatile __MSEL2bits_t __at (0xDF2) MSEL2bits; extern __sfr __at (0xDF3) MSEL3; typedef union { struct { unsigned FIL12_0 : 1; unsigned FIL12_1 : 1; unsigned FIL13_0 : 1; unsigned FIL13_1 : 1; unsigned FIL14_0 : 1; unsigned FIL14_1 : 1; unsigned FIL15_0 : 1; unsigned FIL15_1 : 1; }; } __MSEL3bits_t; extern volatile __MSEL3bits_t __at (0xDF3) MSEL3bits; extern __sfr __at (0xDF8) BSEL0; typedef union { struct { unsigned : 1; unsigned : 1; unsigned B0TXEN : 1; unsigned B1TXEN : 1; unsigned B2TXEN : 1; unsigned B3TXEN : 1; unsigned B4TXEN : 1; unsigned B5TXEN : 1; }; } __BSEL0bits_t; extern volatile __BSEL0bits_t __at (0xDF8) BSEL0bits; extern __sfr __at (0xDFA) BIE0; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned B0IE : 1; unsigned B1IE : 1; unsigned B2IE : 1; unsigned B3IE : 1; unsigned B4IE : 1; unsigned B5IE : 1; }; } __BIE0bits_t; extern volatile __BIE0bits_t __at (0xDFA) BIE0bits; extern __sfr __at (0xDFC) TXBIE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TXBIEbits_t; extern volatile __TXBIEbits_t __at (0xDFC) TXBIEbits; extern __sfr __at (0xE20) B0CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B0CON : 1; unsigned : 1; unsigned : 1; }; } __B0CONbits_t; extern volatile __B0CONbits_t __at (0xE20) B0CONbits; extern __sfr __at (0xE21) B0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B0SIDHbits_t; extern volatile __B0SIDHbits_t __at (0xE21) B0SIDHbits; extern __sfr __at (0xE22) B0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B0SIDLbits_t; extern volatile __B0SIDLbits_t __at (0xE22) B0SIDLbits; extern __sfr __at (0xE23) B0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B0EIDHbits_t; extern volatile __B0EIDHbits_t __at (0xE23) B0EIDHbits; extern __sfr __at (0xE24) B0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B0EIDLbits_t; extern volatile __B0EIDLbits_t __at (0xE24) B0EIDLbits; extern __sfr __at (0xE25) B0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B0DLC : 1; unsigned RB1_B0DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B0DLCbits_t; extern volatile __B0DLCbits_t __at (0xE25) B0DLCbits; extern __sfr __at (0xE26) B0D0; typedef union { struct { unsigned B0D00 : 1; unsigned B0D01 : 1; unsigned B0D02 : 1; unsigned B0D03 : 1; unsigned B0D04 : 1; unsigned B0D05 : 1; unsigned B0D06 : 1; unsigned B0D07 : 1; }; } __B0D0bits_t; extern volatile __B0D0bits_t __at (0xE26) B0D0bits; extern __sfr __at (0xE27) B0D1; typedef union { struct { unsigned B0D10 : 1; unsigned B0D11 : 1; unsigned B0D12 : 1; unsigned B0D13 : 1; unsigned B0D14 : 1; unsigned B0D15 : 1; unsigned B0D16 : 1; unsigned B0D17 : 1; }; } __B0D1bits_t; extern volatile __B0D1bits_t __at (0xE27) B0D1bits; extern __sfr __at (0xE28) B0D2; typedef union { struct { unsigned B0D20 : 1; unsigned B0D21 : 1; unsigned B0D22 : 1; unsigned B0D23 : 1; unsigned B0D24 : 1; unsigned B0D25 : 1; unsigned B0D26 : 1; unsigned B0D27 : 1; }; } __B0D2bits_t; extern volatile __B0D2bits_t __at (0xE28) B0D2bits; extern __sfr __at (0xE29) B0D3; typedef union { struct { unsigned B0D30 : 1; unsigned B0D31 : 1; unsigned B0D32 : 1; unsigned B0D33 : 1; unsigned B0D34 : 1; unsigned B0D35 : 1; unsigned B0D36 : 1; unsigned B0D37 : 1; }; } __B0D3bits_t; extern volatile __B0D3bits_t __at (0xE29) B0D3bits; extern __sfr __at (0xE2A) B0D4; typedef union { struct { unsigned B0D40 : 1; unsigned B0D41 : 1; unsigned B0D42 : 1; unsigned B0D43 : 1; unsigned B0D44 : 1; unsigned B0D45 : 1; unsigned B0D46 : 1; unsigned B0D47 : 1; }; } __B0D4bits_t; extern volatile __B0D4bits_t __at (0xE2A) B0D4bits; extern __sfr __at (0xE2B) B0D5; typedef union { struct { unsigned B0D50 : 1; unsigned B0D51 : 1; unsigned B0D52 : 1; unsigned B0D53 : 1; unsigned B0D54 : 1; unsigned B0D55 : 1; unsigned B0D56 : 1; unsigned B0D57 : 1; }; } __B0D5bits_t; extern volatile __B0D5bits_t __at (0xE2B) B0D5bits; extern __sfr __at (0xE2C) B0D6; typedef union { struct { unsigned B0D60 : 1; unsigned B0D61 : 1; unsigned B0D62 : 1; unsigned B0D63 : 1; unsigned B0D64 : 1; unsigned B0D65 : 1; unsigned B0D66 : 1; unsigned B0D67 : 1; }; } __B0D6bits_t; extern volatile __B0D6bits_t __at (0xE2C) B0D6bits; extern __sfr __at (0xE2D) B0D7; typedef union { struct { unsigned B0D70 : 1; unsigned B0D71 : 1; unsigned B0D72 : 1; unsigned B0D73 : 1; unsigned B0D74 : 1; unsigned B0D75 : 1; unsigned B0D76 : 1; unsigned B0D77 : 1; }; } __B0D7bits_t; extern volatile __B0D7bits_t __at (0xE2D) B0D7bits; extern __sfr __at (0xE2E) CANSTAT_RO9; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO9bits_t; extern volatile __CANSTAT_RO9bits_t __at (0xE2E) CANSTAT_RO9bits; extern __sfr __at (0xE2F) CANCON_RO9; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO9bits_t; extern volatile __CANCON_RO9bits_t __at (0xE2F) CANCON_RO9bits; extern __sfr __at (0xE30) B1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B1CON : 1; unsigned : 1; unsigned : 1; }; } __B1CONbits_t; extern volatile __B1CONbits_t __at (0xE30) B1CONbits; extern __sfr __at (0xE31) B1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B1SIDHbits_t; extern volatile __B1SIDHbits_t __at (0xE31) B1SIDHbits; extern __sfr __at (0xE32) B1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B1SIDLbits_t; extern volatile __B1SIDLbits_t __at (0xE32) B1SIDLbits; extern __sfr __at (0xE33) B1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B1EIDHbits_t; extern volatile __B1EIDHbits_t __at (0xE33) B1EIDHbits; extern __sfr __at (0xE34) B1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B1EIDLbits_t; extern volatile __B1EIDLbits_t __at (0xE34) B1EIDLbits; extern __sfr __at (0xE35) B1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B1DLC : 1; unsigned RB1_B1DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B1DLCbits_t; extern volatile __B1DLCbits_t __at (0xE35) B1DLCbits; extern __sfr __at (0xE36) B1D0; typedef union { struct { unsigned B1D00 : 1; unsigned B1D01 : 1; unsigned B1D02 : 1; unsigned B1D03 : 1; unsigned B1D04 : 1; unsigned B1D05 : 1; unsigned B1D06 : 1; unsigned B1D07 : 1; }; } __B1D0bits_t; extern volatile __B1D0bits_t __at (0xE36) B1D0bits; extern __sfr __at (0xE37) B1D1; typedef union { struct { unsigned B1D10 : 1; unsigned B1D11 : 1; unsigned B1D12 : 1; unsigned B1D13 : 1; unsigned B1D14 : 1; unsigned B1D15 : 1; unsigned B1D16 : 1; unsigned B1D17 : 1; }; } __B1D1bits_t; extern volatile __B1D1bits_t __at (0xE37) B1D1bits; extern __sfr __at (0xE38) B1D2; typedef union { struct { unsigned B1D20 : 1; unsigned B1D21 : 1; unsigned B1D22 : 1; unsigned B1D23 : 1; unsigned B1D24 : 1; unsigned B1D25 : 1; unsigned B1D26 : 1; unsigned B1D27 : 1; }; } __B1D2bits_t; extern volatile __B1D2bits_t __at (0xE38) B1D2bits; extern __sfr __at (0xE39) B1D3; typedef union { struct { unsigned B1D30 : 1; unsigned B1D31 : 1; unsigned B1D32 : 1; unsigned B1D33 : 1; unsigned B1D34 : 1; unsigned B1D35 : 1; unsigned B1D36 : 1; unsigned B1D37 : 1; }; } __B1D3bits_t; extern volatile __B1D3bits_t __at (0xE39) B1D3bits; extern __sfr __at (0xE3A) B1D4; typedef union { struct { unsigned B1D40 : 1; unsigned B1D41 : 1; unsigned B1D42 : 1; unsigned B1D43 : 1; unsigned B1D44 : 1; unsigned B1D45 : 1; unsigned B1D46 : 1; unsigned B1D47 : 1; }; } __B1D4bits_t; extern volatile __B1D4bits_t __at (0xE3A) B1D4bits; extern __sfr __at (0xE3B) B1D5; typedef union { struct { unsigned B1D50 : 1; unsigned B1D51 : 1; unsigned B1D52 : 1; unsigned B1D53 : 1; unsigned B1D54 : 1; unsigned B1D55 : 1; unsigned B1D56 : 1; unsigned B1D57 : 1; }; } __B1D5bits_t; extern volatile __B1D5bits_t __at (0xE3B) B1D5bits; extern __sfr __at (0xE3C) B1D6; typedef union { struct { unsigned B1D60 : 1; unsigned B1D61 : 1; unsigned B1D62 : 1; unsigned B1D63 : 1; unsigned B1D64 : 1; unsigned B1D65 : 1; unsigned B1D66 : 1; unsigned B1D67 : 1; }; } __B1D6bits_t; extern volatile __B1D6bits_t __at (0xE3C) B1D6bits; extern __sfr __at (0xE3D) B1D7; typedef union { struct { unsigned B1D70 : 1; unsigned B1D71 : 1; unsigned B1D72 : 1; unsigned B1D73 : 1; unsigned B1D74 : 1; unsigned B1D75 : 1; unsigned B1D76 : 1; unsigned B1D77 : 1; }; } __B1D7bits_t; extern volatile __B1D7bits_t __at (0xE3D) B1D7bits; extern __sfr __at (0xE3E) CANSTAT_RO8; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO8bits_t; extern volatile __CANSTAT_RO8bits_t __at (0xE3E) CANSTAT_RO8bits; extern __sfr __at (0xE3F) CANCON_RO8; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO8bits_t; extern volatile __CANCON_RO8bits_t __at (0xE3F) CANCON_RO8bits; extern __sfr __at (0xE40) B2CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B2CON : 1; unsigned : 1; unsigned : 1; }; } __B2CONbits_t; extern volatile __B2CONbits_t __at (0xE40) B2CONbits; extern __sfr __at (0xE41) B2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B2SIDHbits_t; extern volatile __B2SIDHbits_t __at (0xE41) B2SIDHbits; extern __sfr __at (0xE42) B2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B2SIDLbits_t; extern volatile __B2SIDLbits_t __at (0xE42) B2SIDLbits; extern __sfr __at (0xE43) B2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B2EIDHbits_t; extern volatile __B2EIDHbits_t __at (0xE43) B2EIDHbits; extern __sfr __at (0xE44) B2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B2EIDLbits_t; extern volatile __B2EIDLbits_t __at (0xE44) B2EIDLbits; extern __sfr __at (0xE45) B2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B2DLC : 1; unsigned RB1_B2DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B2DLCbits_t; extern volatile __B2DLCbits_t __at (0xE45) B2DLCbits; extern __sfr __at (0xE46) B2D0; typedef union { struct { unsigned B2D00 : 1; unsigned B2D01 : 1; unsigned B2D02 : 1; unsigned B2D03 : 1; unsigned B2D04 : 1; unsigned B2D05 : 1; unsigned B2D06 : 1; unsigned B2D07 : 1; }; } __B2D0bits_t; extern volatile __B2D0bits_t __at (0xE46) B2D0bits; extern __sfr __at (0xE47) B2D1; typedef union { struct { unsigned B2D10 : 1; unsigned B2D11 : 1; unsigned B2D12 : 1; unsigned B2D13 : 1; unsigned B2D14 : 1; unsigned B2D15 : 1; unsigned B2D16 : 1; unsigned B2D17 : 1; }; } __B2D1bits_t; extern volatile __B2D1bits_t __at (0xE47) B2D1bits; extern __sfr __at (0xE48) B2D2; typedef union { struct { unsigned B2D20 : 1; unsigned B2D21 : 1; unsigned B2D22 : 1; unsigned B2D23 : 1; unsigned B2D24 : 1; unsigned B2D25 : 1; unsigned B2D26 : 1; unsigned B2D27 : 1; }; } __B2D2bits_t; extern volatile __B2D2bits_t __at (0xE48) B2D2bits; extern __sfr __at (0xE49) B2D3; typedef union { struct { unsigned B2D30 : 1; unsigned B2D31 : 1; unsigned B2D32 : 1; unsigned B2D33 : 1; unsigned B2D34 : 1; unsigned B2D35 : 1; unsigned B2D36 : 1; unsigned B2D37 : 1; }; } __B2D3bits_t; extern volatile __B2D3bits_t __at (0xE49) B2D3bits; extern __sfr __at (0xE4A) B2D4; typedef union { struct { unsigned B2D40 : 1; unsigned B2D41 : 1; unsigned B2D42 : 1; unsigned B2D43 : 1; unsigned B2D44 : 1; unsigned B2D45 : 1; unsigned B2D46 : 1; unsigned B2D47 : 1; }; } __B2D4bits_t; extern volatile __B2D4bits_t __at (0xE4A) B2D4bits; extern __sfr __at (0xE4B) B2D5; typedef union { struct { unsigned B2D50 : 1; unsigned B2D51 : 1; unsigned B2D52 : 1; unsigned B2D53 : 1; unsigned B2D54 : 1; unsigned B2D55 : 1; unsigned B2D56 : 1; unsigned B2D57 : 1; }; } __B2D5bits_t; extern volatile __B2D5bits_t __at (0xE4B) B2D5bits; extern __sfr __at (0xE4C) B2D6; typedef union { struct { unsigned B2D60 : 1; unsigned B2D61 : 1; unsigned B2D62 : 1; unsigned B2D63 : 1; unsigned B2D64 : 1; unsigned B2D65 : 1; unsigned B2D66 : 1; unsigned B2D67 : 1; }; } __B2D6bits_t; extern volatile __B2D6bits_t __at (0xE4C) B2D6bits; extern __sfr __at (0xE4D) B2D7; typedef union { struct { unsigned B2D70 : 1; unsigned B2D71 : 1; unsigned B2D72 : 1; unsigned B2D73 : 1; unsigned B2D74 : 1; unsigned B2D75 : 1; unsigned B2D76 : 1; unsigned B2D77 : 1; }; } __B2D7bits_t; extern volatile __B2D7bits_t __at (0xE4D) B2D7bits; extern __sfr __at (0xE4E) CANSTAT_RO7; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO7bits_t; extern volatile __CANSTAT_RO7bits_t __at (0xE4E) CANSTAT_RO7bits; extern __sfr __at (0xE4F) CANCON_RO7; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO7bits_t; extern volatile __CANCON_RO7bits_t __at (0xE4F) CANCON_RO7bits; extern __sfr __at (0xE50) B3CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B3CON : 1; unsigned : 1; unsigned : 1; }; } __B3CONbits_t; extern volatile __B3CONbits_t __at (0xE50) B3CONbits; extern __sfr __at (0xE51) B3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B3SIDHbits_t; extern volatile __B3SIDHbits_t __at (0xE51) B3SIDHbits; extern __sfr __at (0xE52) B3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B3SIDLbits_t; extern volatile __B3SIDLbits_t __at (0xE52) B3SIDLbits; extern __sfr __at (0xE53) B3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B3EIDHbits_t; extern volatile __B3EIDHbits_t __at (0xE53) B3EIDHbits; extern __sfr __at (0xE54) B3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B3EIDLbits_t; extern volatile __B3EIDLbits_t __at (0xE54) B3EIDLbits; extern __sfr __at (0xE55) B3DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B3DLC : 1; unsigned RB1_B3DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B3DLCbits_t; extern volatile __B3DLCbits_t __at (0xE55) B3DLCbits; extern __sfr __at (0xE56) B3D0; typedef union { struct { unsigned B3D00 : 1; unsigned B3D01 : 1; unsigned B3D02 : 1; unsigned B3D03 : 1; unsigned B3D04 : 1; unsigned B3D05 : 1; unsigned B3D06 : 1; unsigned B3D07 : 1; }; } __B3D0bits_t; extern volatile __B3D0bits_t __at (0xE56) B3D0bits; extern __sfr __at (0xE57) B3D1; typedef union { struct { unsigned B3D10 : 1; unsigned B3D11 : 1; unsigned B3D12 : 1; unsigned B3D13 : 1; unsigned B3D14 : 1; unsigned B3D15 : 1; unsigned B3D16 : 1; unsigned B3D17 : 1; }; } __B3D1bits_t; extern volatile __B3D1bits_t __at (0xE57) B3D1bits; extern __sfr __at (0xE58) B3D2; typedef union { struct { unsigned B3D20 : 1; unsigned B3D21 : 1; unsigned B3D22 : 1; unsigned B3D23 : 1; unsigned B3D24 : 1; unsigned B3D25 : 1; unsigned B3D26 : 1; unsigned B3D27 : 1; }; } __B3D2bits_t; extern volatile __B3D2bits_t __at (0xE58) B3D2bits; extern __sfr __at (0xE59) B3D3; typedef union { struct { unsigned B3D30 : 1; unsigned B3D31 : 1; unsigned B3D32 : 1; unsigned B3D33 : 1; unsigned B3D34 : 1; unsigned B3D35 : 1; unsigned B3D36 : 1; unsigned B3D37 : 1; }; } __B3D3bits_t; extern volatile __B3D3bits_t __at (0xE59) B3D3bits; extern __sfr __at (0xE5A) B3D4; typedef union { struct { unsigned B3D40 : 1; unsigned B3D41 : 1; unsigned B3D42 : 1; unsigned B3D43 : 1; unsigned B3D44 : 1; unsigned B3D45 : 1; unsigned B3D46 : 1; unsigned B3D47 : 1; }; } __B3D4bits_t; extern volatile __B3D4bits_t __at (0xE5A) B3D4bits; extern __sfr __at (0xE5B) B3D5; typedef union { struct { unsigned B3D50 : 1; unsigned B3D51 : 1; unsigned B3D52 : 1; unsigned B3D53 : 1; unsigned B3D54 : 1; unsigned B3D55 : 1; unsigned B3D56 : 1; unsigned B3D57 : 1; }; } __B3D5bits_t; extern volatile __B3D5bits_t __at (0xE5B) B3D5bits; extern __sfr __at (0xE5C) B3D6; typedef union { struct { unsigned B3D60 : 1; unsigned B3D61 : 1; unsigned B3D62 : 1; unsigned B3D63 : 1; unsigned B3D64 : 1; unsigned B3D65 : 1; unsigned B3D66 : 1; unsigned B3D67 : 1; }; } __B3D6bits_t; extern volatile __B3D6bits_t __at (0xE5C) B3D6bits; extern __sfr __at (0xE5D) B3D7; typedef union { struct { unsigned B3D70 : 1; unsigned B3D71 : 1; unsigned B3D72 : 1; unsigned B3D73 : 1; unsigned B3D74 : 1; unsigned B3D75 : 1; unsigned B3D76 : 1; unsigned B3D77 : 1; }; } __B3D7bits_t; extern volatile __B3D7bits_t __at (0xE5D) B3D7bits; extern __sfr __at (0xE5E) CANSTAT_RO6; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO6bits_t; extern volatile __CANSTAT_RO6bits_t __at (0xE5E) CANSTAT_RO6bits; extern __sfr __at (0xE5F) CANCON_RO6; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO6bits_t; extern volatile __CANCON_RO6bits_t __at (0xE5F) CANCON_RO6bits; extern __sfr __at (0xE60) B4CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B4CON : 1; unsigned : 1; unsigned : 1; }; } __B4CONbits_t; extern volatile __B4CONbits_t __at (0xE60) B4CONbits; extern __sfr __at (0xE61) B4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B4SIDHbits_t; extern volatile __B4SIDHbits_t __at (0xE61) B4SIDHbits; extern __sfr __at (0xE62) B4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B4SIDLbits_t; extern volatile __B4SIDLbits_t __at (0xE62) B4SIDLbits; extern __sfr __at (0xE63) B4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B4EIDHbits_t; extern volatile __B4EIDHbits_t __at (0xE63) B4EIDHbits; extern __sfr __at (0xE64) B4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B4EIDLbits_t; extern volatile __B4EIDLbits_t __at (0xE64) B4EIDLbits; extern __sfr __at (0xE65) B4DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B4DLC : 1; unsigned RB1_B4DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B4DLCbits_t; extern volatile __B4DLCbits_t __at (0xE65) B4DLCbits; extern __sfr __at (0xE66) B4D0; typedef union { struct { unsigned B4D00 : 1; unsigned B4D01 : 1; unsigned B4D02 : 1; unsigned B4D03 : 1; unsigned B4D04 : 1; unsigned B4D05 : 1; unsigned B4D06 : 1; unsigned B4D07 : 1; }; } __B4D0bits_t; extern volatile __B4D0bits_t __at (0xE66) B4D0bits; extern __sfr __at (0xE67) B4D1; typedef union { struct { unsigned B4D10 : 1; unsigned B4D11 : 1; unsigned B4D12 : 1; unsigned B4D13 : 1; unsigned B4D14 : 1; unsigned B4D15 : 1; unsigned B4D16 : 1; unsigned B4D17 : 1; }; } __B4D1bits_t; extern volatile __B4D1bits_t __at (0xE67) B4D1bits; extern __sfr __at (0xE68) B4D2; typedef union { struct { unsigned B4D20 : 1; unsigned B4D21 : 1; unsigned B4D22 : 1; unsigned B4D23 : 1; unsigned B4D24 : 1; unsigned B4D25 : 1; unsigned B4D26 : 1; unsigned B4D27 : 1; }; } __B4D2bits_t; extern volatile __B4D2bits_t __at (0xE68) B4D2bits; extern __sfr __at (0xE69) B4D3; typedef union { struct { unsigned B4D30 : 1; unsigned B4D31 : 1; unsigned B4D32 : 1; unsigned B4D33 : 1; unsigned B4D34 : 1; unsigned B4D35 : 1; unsigned B4D36 : 1; unsigned B4D37 : 1; }; } __B4D3bits_t; extern volatile __B4D3bits_t __at (0xE69) B4D3bits; extern __sfr __at (0xE6A) B4D4; typedef union { struct { unsigned B4D40 : 1; unsigned B4D41 : 1; unsigned B4D42 : 1; unsigned B4D43 : 1; unsigned B4D44 : 1; unsigned B4D45 : 1; unsigned B4D46 : 1; unsigned B4D47 : 1; }; } __B4D4bits_t; extern volatile __B4D4bits_t __at (0xE6A) B4D4bits; extern __sfr __at (0xE6B) B4D5; typedef union { struct { unsigned B4D50 : 1; unsigned B4D51 : 1; unsigned B4D52 : 1; unsigned B4D53 : 1; unsigned B4D54 : 1; unsigned B4D55 : 1; unsigned B4D56 : 1; unsigned B4D57 : 1; }; } __B4D5bits_t; extern volatile __B4D5bits_t __at (0xE6B) B4D5bits; extern __sfr __at (0xE6C) B4D6; typedef union { struct { unsigned B4D60 : 1; unsigned B4D61 : 1; unsigned B4D62 : 1; unsigned B4D63 : 1; unsigned B4D64 : 1; unsigned B4D65 : 1; unsigned B4D66 : 1; unsigned B4D67 : 1; }; } __B4D6bits_t; extern volatile __B4D6bits_t __at (0xE6C) B4D6bits; extern __sfr __at (0xE6D) B4D7; typedef union { struct { unsigned B4D70 : 1; unsigned B4D71 : 1; unsigned B4D72 : 1; unsigned B4D73 : 1; unsigned B4D74 : 1; unsigned B4D75 : 1; unsigned B4D76 : 1; unsigned B46D77 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B4D77 : 1; }; } __B4D7bits_t; extern volatile __B4D7bits_t __at (0xE6D) B4D7bits; extern __sfr __at (0xE6E) CANSTAT_RO5; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO5bits_t; extern volatile __CANSTAT_RO5bits_t __at (0xE6E) CANSTAT_RO5bits; extern __sfr __at (0xE6F) CANCON_RO5; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO5bits_t; extern volatile __CANCON_RO5bits_t __at (0xE6F) CANCON_RO5bits; extern __sfr __at (0xE70) B5CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B5CON : 1; unsigned : 1; unsigned : 1; }; } __B5CONbits_t; extern volatile __B5CONbits_t __at (0xE70) B5CONbits; extern __sfr __at (0xE71) B5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B5SIDHbits_t; extern volatile __B5SIDHbits_t __at (0xE71) B5SIDHbits; extern __sfr __at (0xE72) B5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5SIDLbits_t; extern volatile __B5SIDLbits_t __at (0xE72) B5SIDLbits; extern __sfr __at (0xE73) B5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B5EIDHbits_t; extern volatile __B5EIDHbits_t __at (0xE73) B5EIDHbits; extern __sfr __at (0xE74) B5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B5EIDLbits_t; extern volatile __B5EIDLbits_t __at (0xE74) B5EIDLbits; extern __sfr __at (0xE75) B5DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B5DLC : 1; unsigned RB1_B5DLC : 1; unsigned : 1; unsigned : 1; }; } __B5DLCbits_t; extern volatile __B5DLCbits_t __at (0xE75) B5DLCbits; extern __sfr __at (0xE76) B5D0; typedef union { struct { unsigned B5D00 : 1; unsigned B5D01 : 1; unsigned B5D02 : 1; unsigned B5D03 : 1; unsigned B5D04 : 1; unsigned B5D05 : 1; unsigned B5D06 : 1; unsigned B57D07 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D07 : 1; }; } __B5D0bits_t; extern volatile __B5D0bits_t __at (0xE76) B5D0bits; extern __sfr __at (0xE77) B5D1; typedef union { struct { unsigned B5D10 : 1; unsigned B5D11 : 1; unsigned B5D12 : 1; unsigned B5D13 : 1; unsigned B5D14 : 1; unsigned B5D15 : 1; unsigned B5D16 : 1; unsigned B5D17 : 1; }; } __B5D1bits_t; extern volatile __B5D1bits_t __at (0xE77) B5D1bits; extern __sfr __at (0xE78) B5D2; typedef union { struct { unsigned B5D20 : 1; unsigned B5D21 : 1; unsigned B5D22 : 1; unsigned B57D23 : 1; unsigned B5D24 : 1; unsigned B5D25 : 1; unsigned B5D26 : 1; unsigned B5D27 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D23 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5D2bits_t; extern volatile __B5D2bits_t __at (0xE78) B5D2bits; extern __sfr __at (0xE79) B5D3; typedef union { struct { unsigned B5D30 : 1; unsigned B5D31 : 1; unsigned B5D32 : 1; unsigned B5D33 : 1; unsigned B5D34 : 1; unsigned B5D35 : 1; unsigned B5D36 : 1; unsigned B5D37 : 1; }; } __B5D3bits_t; extern volatile __B5D3bits_t __at (0xE79) B5D3bits; extern __sfr __at (0xE7A) B5D4; typedef union { struct { unsigned B5D40 : 1; unsigned B5D41 : 1; unsigned B5D42 : 1; unsigned B5D43 : 1; unsigned B5D44 : 1; unsigned B5D45 : 1; unsigned B5D46 : 1; unsigned B5D47 : 1; }; } __B5D4bits_t; extern volatile __B5D4bits_t __at (0xE7A) B5D4bits; extern __sfr __at (0xE7B) B5D5; typedef union { struct { unsigned B5D50 : 1; unsigned B5D51 : 1; unsigned B5D52 : 1; unsigned B5D53 : 1; unsigned B5D54 : 1; unsigned B5D55 : 1; unsigned B5D56 : 1; unsigned B5D57 : 1; }; } __B5D5bits_t; extern volatile __B5D5bits_t __at (0xE7B) B5D5bits; extern __sfr __at (0xE7C) B5D6; typedef union { struct { unsigned B5D60 : 1; unsigned B5D61 : 1; unsigned B5D62 : 1; unsigned B5D63 : 1; unsigned B5D64 : 1; unsigned B5D65 : 1; unsigned B5D66 : 1; unsigned B5D67 : 1; }; } __B5D6bits_t; extern volatile __B5D6bits_t __at (0xE7C) B5D6bits; extern __sfr __at (0xE7D) B5D7; typedef union { struct { unsigned B5D70 : 1; unsigned B5D71 : 1; unsigned B5D72 : 1; unsigned B5D73 : 1; unsigned B5D74 : 1; unsigned B5D75 : 1; unsigned B5D76 : 1; unsigned B5D77 : 1; }; } __B5D7bits_t; extern volatile __B5D7bits_t __at (0xE7D) B5D7bits; extern __sfr __at (0xE7E) CANSTAT_RO4; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO4bits_t; extern volatile __CANSTAT_RO4bits_t __at (0xE7E) CANSTAT_RO4bits; extern __sfr __at (0xE7F) CANCON_RO4; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO4bits_t; extern volatile __CANCON_RO4bits_t __at (0xE7F) CANCON_RO4bits; extern __sfr __at (0xF00) RXF0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF0SIDHbits_t; extern volatile __RXF0SIDHbits_t __at (0xF00) RXF0SIDHbits; extern __sfr __at (0xF01) RXF0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xF01) RXF0SIDLbits; extern __sfr __at (0xF02) RXF0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF0EIDHbits_t; extern volatile __RXF0EIDHbits_t __at (0xF02) RXF0EIDHbits; extern __sfr __at (0xF03) RXF0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF0EIDLbits_t; extern volatile __RXF0EIDLbits_t __at (0xF03) RXF0EIDLbits; extern __sfr __at (0xF04) RXF1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF1SIDHbits_t; extern volatile __RXF1SIDHbits_t __at (0xF04) RXF1SIDHbits; extern __sfr __at (0xF05) RXF1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xF05) RXF1SIDLbits; extern __sfr __at (0xF06) RXF1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF1EIDHbits_t; extern volatile __RXF1EIDHbits_t __at (0xF06) RXF1EIDHbits; extern __sfr __at (0xF07) RXF1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF1EIDLbits_t; extern volatile __RXF1EIDLbits_t __at (0xF07) RXF1EIDLbits; extern __sfr __at (0xF08) RXF2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF2SIDHbits_t; extern volatile __RXF2SIDHbits_t __at (0xF08) RXF2SIDHbits; extern __sfr __at (0xF09) RXF2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF2SIDLbits_t; extern volatile __RXF2SIDLbits_t __at (0xF09) RXF2SIDLbits; extern __sfr __at (0xF0A) RXF2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF2EIDHbits_t; extern volatile __RXF2EIDHbits_t __at (0xF0A) RXF2EIDHbits; extern __sfr __at (0xF0B) RXF2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xF0B) RXF2EIDLbits; extern __sfr __at (0xF0C) RXF3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF3SIDHbits_t; extern volatile __RXF3SIDHbits_t __at (0xF0C) RXF3SIDHbits; extern __sfr __at (0xF0D) RXF3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xF0D) RXF3SIDLbits; extern __sfr __at (0xF0E) RXF3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF3EIDHbits_t; extern volatile __RXF3EIDHbits_t __at (0xF0E) RXF3EIDHbits; extern __sfr __at (0xF0F) RXF3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF3EIDLbits_t; extern volatile __RXF3EIDLbits_t __at (0xF0F) RXF3EIDLbits; extern __sfr __at (0xF10) RXF4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF4SIDHbits_t; extern volatile __RXF4SIDHbits_t __at (0xF10) RXF4SIDHbits; extern __sfr __at (0xF11) RXF4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xF11) RXF4SIDLbits; extern __sfr __at (0xF12) RXF4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF4EIDHbits_t; extern volatile __RXF4EIDHbits_t __at (0xF12) RXF4EIDHbits; extern __sfr __at (0xF13) RXF4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF4EIDLbits_t; extern volatile __RXF4EIDLbits_t __at (0xF13) RXF4EIDLbits; extern __sfr __at (0xF14) RXF5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF5SIDHbits_t; extern volatile __RXF5SIDHbits_t __at (0xF14) RXF5SIDHbits; extern __sfr __at (0xF15) RXF5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xF15) RXF5SIDLbits; extern __sfr __at (0xF16) RXF5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF5EIDHbits_t; extern volatile __RXF5EIDHbits_t __at (0xF16) RXF5EIDHbits; extern __sfr __at (0xF17) RXF5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF5EIDLbits_t; extern volatile __RXF5EIDLbits_t __at (0xF17) RXF5EIDLbits; extern __sfr __at (0xF18) RXM0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM0SIDHbits_t; extern volatile __RXM0SIDHbits_t __at (0xF18) RXM0SIDHbits; extern __sfr __at (0xF19) RXM0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xF19) RXM0SIDLbits; extern __sfr __at (0xF1A) RXM0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM0EIDHbits_t; extern volatile __RXM0EIDHbits_t __at (0xF1A) RXM0EIDHbits; extern __sfr __at (0xF1B) RXM0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM0EIDLbits_t; extern volatile __RXM0EIDLbits_t __at (0xF1B) RXM0EIDLbits; extern __sfr __at (0xF1C) RXM1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM1SIDHbits_t; extern volatile __RXM1SIDHbits_t __at (0xF1C) RXM1SIDHbits; extern __sfr __at (0xF1D) RXM1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xF1D) RXM1SIDLbits; extern __sfr __at (0xF1E) RXM1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM1EIDHbits_t; extern volatile __RXM1EIDHbits_t __at (0xF1E) RXM1EIDHbits; extern __sfr __at (0xF1F) RXM1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM1EIDLbits_t; extern volatile __RXM1EIDLbits_t __at (0xF1F) RXM1EIDLbits; extern __sfr __at (0xF20) TXB2CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFBXB2CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xF20) TXB2CONbits; extern __sfr __at (0xF21) TXB2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB2SIDHbits_t; extern volatile __TXB2SIDHbits_t __at (0xF21) TXB2SIDHbits; extern __sfr __at (0xF22) TXB2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xF22) TXB2SIDLbits; extern __sfr __at (0xF23) TXB2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB2EIDHbits_t; extern volatile __TXB2EIDHbits_t __at (0xF23) TXB2EIDHbits; extern __sfr __at (0xF24) TXB2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB2EIDLbits_t; extern volatile __TXB2EIDLbits_t __at (0xF24) TXB2EIDLbits; extern __sfr __at (0xF25) TXB2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xF25) TXB2DLCbits; extern __sfr __at (0xF26) TXB2D0; typedef union { struct { unsigned TXB2D00 : 1; unsigned TXB2D01 : 1; unsigned TXB2D02 : 1; unsigned TXB2D03 : 1; unsigned TXB2D04 : 1; unsigned TXB2D05 : 1; unsigned TXB2D06 : 1; unsigned TXB2D07 : 1; }; } __TXB2D0bits_t; extern volatile __TXB2D0bits_t __at (0xF26) TXB2D0bits; extern __sfr __at (0xF27) TXB2D1; typedef union { struct { unsigned TXB2D10 : 1; unsigned TXB2D11 : 1; unsigned TXB2D12 : 1; unsigned TXB2D13 : 1; unsigned TXB2D14 : 1; unsigned TXB2D15 : 1; unsigned TXB2D16 : 1; unsigned TXB2D17 : 1; }; } __TXB2D1bits_t; extern volatile __TXB2D1bits_t __at (0xF27) TXB2D1bits; extern __sfr __at (0xF28) TXB2D2; typedef union { struct { unsigned TXB2D20 : 1; unsigned TXB2D21 : 1; unsigned TXB2D22 : 1; unsigned TXB2D23 : 1; unsigned TXB2D24 : 1; unsigned TXB2D25 : 1; unsigned TXB2D26 : 1; unsigned TXB2D27 : 1; }; } __TXB2D2bits_t; extern volatile __TXB2D2bits_t __at (0xF28) TXB2D2bits; extern __sfr __at (0xF29) TXB2D3; typedef union { struct { unsigned TXB2D30 : 1; unsigned TXB2D31 : 1; unsigned TXB2D32 : 1; unsigned TXB2D33 : 1; unsigned TXB2D34 : 1; unsigned TXB2D35 : 1; unsigned TXB2D36 : 1; unsigned TXB2D37 : 1; }; } __TXB2D3bits_t; extern volatile __TXB2D3bits_t __at (0xF29) TXB2D3bits; extern __sfr __at (0xF2A) TXB2D4; typedef union { struct { unsigned TXB2D40 : 1; unsigned TXB2D41 : 1; unsigned TXB2D42 : 1; unsigned TXB2D43 : 1; unsigned TXB2D44 : 1; unsigned TXB2D45 : 1; unsigned TXB2D46 : 1; unsigned TXB2D47 : 1; }; } __TXB2D4bits_t; extern volatile __TXB2D4bits_t __at (0xF2A) TXB2D4bits; extern __sfr __at (0xF2B) TXB2D5; typedef union { struct { unsigned TXB2D50 : 1; unsigned TXB2D51 : 1; unsigned TXB2D52 : 1; unsigned TXB2D53 : 1; unsigned TXB2D54 : 1; unsigned TXB2D55 : 1; unsigned TXB2D56 : 1; unsigned TXB2D57 : 1; }; } __TXB2D5bits_t; extern volatile __TXB2D5bits_t __at (0xF2B) TXB2D5bits; extern __sfr __at (0xF2C) TXB2D6; typedef union { struct { unsigned TXB2D60 : 1; unsigned TXB2D61 : 1; unsigned TXB2D62 : 1; unsigned TXB2D63 : 1; unsigned TXB2D64 : 1; unsigned TXB2D65 : 1; unsigned TXB2D66 : 1; unsigned TXB2D67 : 1; }; } __TXB2D6bits_t; extern volatile __TXB2D6bits_t __at (0xF2C) TXB2D6bits; extern __sfr __at (0xF2D) TXB2D7; typedef union { struct { unsigned TXB2D70 : 1; unsigned TXB2D71 : 1; unsigned TXB2D72 : 1; unsigned TXB2D73 : 1; unsigned TXB2D74 : 1; unsigned TXB2D75 : 1; unsigned TXB2D76 : 1; unsigned TXB2D77 : 1; }; } __TXB2D7bits_t; extern volatile __TXB2D7bits_t __at (0xF2D) TXB2D7bits; extern __sfr __at (0xF2E) CANSTAT_RO3; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO3bits_t; extern volatile __CANSTAT_RO3bits_t __at (0xF2E) CANSTAT_RO3bits; extern __sfr __at (0xF2F) CANCON_RO3; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO3bits_t; extern volatile __CANCON_RO3bits_t __at (0xF2F) CANCON_RO3bits; extern __sfr __at (0xF30) TXB1CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFTXB1CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xF30) TXB1CONbits; extern __sfr __at (0xF31) TXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB1SIDHbits_t; extern volatile __TXB1SIDHbits_t __at (0xF31) TXB1SIDHbits; extern __sfr __at (0xF32) TXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xF32) TXB1SIDLbits; extern __sfr __at (0xF33) TXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB1EIDHbits_t; extern volatile __TXB1EIDHbits_t __at (0xF33) TXB1EIDHbits; extern __sfr __at (0xF34) TXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB1EIDLbits_t; extern volatile __TXB1EIDLbits_t __at (0xF34) TXB1EIDLbits; extern __sfr __at (0xF35) TXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xF35) TXB1DLCbits; extern __sfr __at (0xF36) TXB1D0; typedef union { struct { unsigned TXB1D00 : 1; unsigned TXB1D01 : 1; unsigned TXB1D02 : 1; unsigned TXB1D03 : 1; unsigned TXB1D04 : 1; unsigned TXB1D05 : 1; unsigned TXB1D06 : 1; unsigned TXB1D07 : 1; }; } __TXB1D0bits_t; extern volatile __TXB1D0bits_t __at (0xF36) TXB1D0bits; extern __sfr __at (0xF37) TXB1D1; typedef union { struct { unsigned TXB1D10 : 1; unsigned TXB1D11 : 1; unsigned TXB1D12 : 1; unsigned TXB1D13 : 1; unsigned TXB1D14 : 1; unsigned TXB1D15 : 1; unsigned TXB1D16 : 1; unsigned TXB1D17 : 1; }; } __TXB1D1bits_t; extern volatile __TXB1D1bits_t __at (0xF37) TXB1D1bits; extern __sfr __at (0xF38) TXB1D2; typedef union { struct { unsigned TXB1D20 : 1; unsigned TXB1D21 : 1; unsigned TXB1D22 : 1; unsigned TXB1D23 : 1; unsigned TXB1D24 : 1; unsigned TXB1D25 : 1; unsigned TXB1D26 : 1; unsigned TXB1D27 : 1; }; } __TXB1D2bits_t; extern volatile __TXB1D2bits_t __at (0xF38) TXB1D2bits; extern __sfr __at (0xF39) TXB1D3; typedef union { struct { unsigned TXB1D30 : 1; unsigned TXB1D31 : 1; unsigned TXB1D32 : 1; unsigned TXB1D33 : 1; unsigned TXB1D34 : 1; unsigned TXB1D35 : 1; unsigned TXB1D36 : 1; unsigned TXB1D37 : 1; }; } __TXB1D3bits_t; extern volatile __TXB1D3bits_t __at (0xF39) TXB1D3bits; extern __sfr __at (0xF3A) TXB1D4; typedef union { struct { unsigned TXB1D40 : 1; unsigned TXB1D41 : 1; unsigned TXB1D42 : 1; unsigned TXB1D43 : 1; unsigned TXB1D44 : 1; unsigned TXB1D45 : 1; unsigned TXB1D46 : 1; unsigned TXB1D47 : 1; }; } __TXB1D4bits_t; extern volatile __TXB1D4bits_t __at (0xF3A) TXB1D4bits; extern __sfr __at (0xF3B) TXB1D5; typedef union { struct { unsigned TXB1D50 : 1; unsigned TXB1D51 : 1; unsigned TXB1D52 : 1; unsigned TXB1D53 : 1; unsigned TXB1D54 : 1; unsigned TXB1D55 : 1; unsigned TXB1D56 : 1; unsigned TXB1D57 : 1; }; } __TXB1D5bits_t; extern volatile __TXB1D5bits_t __at (0xF3B) TXB1D5bits; extern __sfr __at (0xF3C) TXB1D6; typedef union { struct { unsigned TXB1D60 : 1; unsigned TXB1D61 : 1; unsigned TXB1D62 : 1; unsigned TXB1D63 : 1; unsigned TXB1D64 : 1; unsigned TXB1D65 : 1; unsigned TXB1D66 : 1; unsigned TXB1D67 : 1; }; } __TXB1D6bits_t; extern volatile __TXB1D6bits_t __at (0xF3C) TXB1D6bits; extern __sfr __at (0xF3D) TXB1D7; typedef union { struct { unsigned TXB1D70 : 1; unsigned TXB1D71 : 1; unsigned TXB1D72 : 1; unsigned TXB1D73 : 1; unsigned TXB1D74 : 1; unsigned TXB1D75 : 1; unsigned TXB1D76 : 1; unsigned TXB1D77 : 1; }; } __TXB1D7bits_t; extern volatile __TXB1D7bits_t __at (0xF3D) TXB1D7bits; extern __sfr __at (0xF3E) CANSTAT_RO2; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO2bits_t; extern volatile __CANSTAT_RO2bits_t __at (0xF3E) CANSTAT_RO2bits; extern __sfr __at (0xF3F) CANCON_RO2; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO2bits_t; extern volatile __CANCON_RO2bits_t __at (0xF3F) CANCON_RO2bits; extern __sfr __at (0xF40) TXB0CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xF40) TXB0CONbits; extern __sfr __at (0xF41) TXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB0SIDHbits_t; extern volatile __TXB0SIDHbits_t __at (0xF41) TXB0SIDHbits; extern __sfr __at (0xF42) TXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB0SIDLbits_t; extern volatile __TXB0SIDLbits_t __at (0xF42) TXB0SIDLbits; extern __sfr __at (0xF43) TXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB0EIDHbits_t; extern volatile __TXB0EIDHbits_t __at (0xF43) TXB0EIDHbits; extern __sfr __at (0xF44) TXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB0EIDLbits_t; extern volatile __TXB0EIDLbits_t __at (0xF44) TXB0EIDLbits; extern __sfr __at (0xF45) TXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xF45) TXB0DLCbits; extern __sfr __at (0xF46) TXB0D0; typedef union { struct { unsigned TXB0D00 : 1; unsigned TXB0D01 : 1; unsigned TXB0D02 : 1; unsigned TXB0D03 : 1; unsigned TXB0D04 : 1; unsigned TXB0D05 : 1; unsigned TXB0D06 : 1; unsigned TXB0D07 : 1; }; } __TXB0D0bits_t; extern volatile __TXB0D0bits_t __at (0xF46) TXB0D0bits; extern __sfr __at (0xF47) TXB0D1; typedef union { struct { unsigned TXB0D10 : 1; unsigned TXB0D11 : 1; unsigned TXB0D12 : 1; unsigned TXB0D13 : 1; unsigned TXB0D14 : 1; unsigned TXB0D15 : 1; unsigned TXB0D16 : 1; unsigned TXB0D17 : 1; }; } __TXB0D1bits_t; extern volatile __TXB0D1bits_t __at (0xF47) TXB0D1bits; extern __sfr __at (0xF48) TXB0D2; typedef union { struct { unsigned TXB0D20 : 1; unsigned TXB0D21 : 1; unsigned TXB0D22 : 1; unsigned TXB0D23 : 1; unsigned TXB0D24 : 1; unsigned TXB0D25 : 1; unsigned TXB0D26 : 1; unsigned TXB0D27 : 1; }; } __TXB0D2bits_t; extern volatile __TXB0D2bits_t __at (0xF48) TXB0D2bits; extern __sfr __at (0xF49) TXB0D3; typedef union { struct { unsigned TXB0D30 : 1; unsigned TXB0D31 : 1; unsigned TXB0D32 : 1; unsigned TXB0D33 : 1; unsigned TXB0D34 : 1; unsigned TXB0D35 : 1; unsigned TXB0D36 : 1; unsigned TXB0D37 : 1; }; } __TXB0D3bits_t; extern volatile __TXB0D3bits_t __at (0xF49) TXB0D3bits; extern __sfr __at (0xF4A) TXB0D4; typedef union { struct { unsigned TXB0D40 : 1; unsigned TXB0D41 : 1; unsigned TXB0D42 : 1; unsigned TXB0D43 : 1; unsigned TXB0D44 : 1; unsigned TXB0D45 : 1; unsigned TXB0D46 : 1; unsigned TXB0D47 : 1; }; } __TXB0D4bits_t; extern volatile __TXB0D4bits_t __at (0xF4A) TXB0D4bits; extern __sfr __at (0xF4B) TXB0D5; typedef union { struct { unsigned TXB0D50 : 1; unsigned TXB0D51 : 1; unsigned TXB0D52 : 1; unsigned TXB0D53 : 1; unsigned TXB0D54 : 1; unsigned TXB0D55 : 1; unsigned TXB0D56 : 1; unsigned TXB0D57 : 1; }; } __TXB0D5bits_t; extern volatile __TXB0D5bits_t __at (0xF4B) TXB0D5bits; extern __sfr __at (0xF4C) TXB0D6; typedef union { struct { unsigned TXB0D60 : 1; unsigned TXB0D61 : 1; unsigned TXB0D62 : 1; unsigned TXB0D63 : 1; unsigned TXB0D64 : 1; unsigned TXB0D65 : 1; unsigned TXB0D66 : 1; unsigned TXB0D67 : 1; }; } __TXB0D6bits_t; extern volatile __TXB0D6bits_t __at (0xF4C) TXB0D6bits; extern __sfr __at (0xF4D) TXB0D7; typedef union { struct { unsigned TXB0D70 : 1; unsigned TXB0D71 : 1; unsigned TXB0D72 : 1; unsigned TXB0D73 : 1; unsigned TXB0D74 : 1; unsigned TXB0D75 : 1; unsigned TXB0D76 : 1; unsigned TXB0D77 : 1; }; } __TXB0D7bits_t; extern volatile __TXB0D7bits_t __at (0xF4D) TXB0D7bits; extern __sfr __at (0xF4E) CANSTAT_RO1; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO1bits_t; extern volatile __CANSTAT_RO1bits_t __at (0xF4E) CANSTAT_RO1bits; extern __sfr __at (0xF4F) CANCON_RO1; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO1bits_t; extern volatile __CANCON_RO1bits_t __at (0xF4F) CANCON_RO1bits; extern __sfr __at (0xF50) RXB1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned RXRTRRO_RXB1CON : 1; unsigned FILHIT4 : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned FILHIT3 : 1; unsigned : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xF50) RXB1CONbits; extern __sfr __at (0xF51) RXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB1SIDHbits_t; extern volatile __RXB1SIDHbits_t __at (0xF51) RXB1SIDHbits; extern __sfr __at (0xF52) RXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xF52) RXB1SIDLbits; extern __sfr __at (0xF53) RXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB1EIDHbits_t; extern volatile __RXB1EIDHbits_t __at (0xF53) RXB1EIDHbits; extern __sfr __at (0xF54) RXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB1EIDLbits_t; extern volatile __RXB1EIDLbits_t __at (0xF54) RXB1EIDLbits; extern __sfr __at (0xF55) RXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB1DLC : 1; unsigned RB1_RXB1DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xF55) RXB1DLCbits; extern __sfr __at (0xF56) RXB1D0; typedef union { struct { unsigned RXB1D00 : 1; unsigned RXB1D01 : 1; unsigned RXB1D02 : 1; unsigned RXB1D03 : 1; unsigned RXB1D04 : 1; unsigned RXB1D05 : 1; unsigned RXB1D06 : 1; unsigned RXB1D07 : 1; }; } __RXB1D0bits_t; extern volatile __RXB1D0bits_t __at (0xF56) RXB1D0bits; extern __sfr __at (0xF57) RXB1D1; typedef union { struct { unsigned RXB1D10 : 1; unsigned RXB1D11 : 1; unsigned RXB1D12 : 1; unsigned RXB1D13 : 1; unsigned RXB1D14 : 1; unsigned RXB1D15 : 1; unsigned RXB1D16 : 1; unsigned RXB1D17 : 1; }; } __RXB1D1bits_t; extern volatile __RXB1D1bits_t __at (0xF57) RXB1D1bits; extern __sfr __at (0xF58) RXB1D2; typedef union { struct { unsigned RXB1D20 : 1; unsigned RXB1D21 : 1; unsigned RXB1D22 : 1; unsigned RXB1D23 : 1; unsigned RXB1D24 : 1; unsigned RXB1D25 : 1; unsigned RXB1D26 : 1; unsigned RXB1D27 : 1; }; } __RXB1D2bits_t; extern volatile __RXB1D2bits_t __at (0xF58) RXB1D2bits; extern __sfr __at (0xF59) RXB1D3; typedef union { struct { unsigned RXB1D30 : 1; unsigned RXB1D31 : 1; unsigned RXB1D32 : 1; unsigned RXB1D33 : 1; unsigned RXB1D34 : 1; unsigned RXB1D35 : 1; unsigned RXB1D36 : 1; unsigned RXB1D37 : 1; }; } __RXB1D3bits_t; extern volatile __RXB1D3bits_t __at (0xF59) RXB1D3bits; extern __sfr __at (0xF5A) RXB1D4; typedef union { struct { unsigned RXB1D40 : 1; unsigned RXB1D41 : 1; unsigned RXB1D42 : 1; unsigned RXB1D43 : 1; unsigned RXB1D44 : 1; unsigned RXB1D45 : 1; unsigned RXB1D46 : 1; unsigned RXB1D47 : 1; }; } __RXB1D4bits_t; extern volatile __RXB1D4bits_t __at (0xF5A) RXB1D4bits; extern __sfr __at (0xF5B) RXB1D5; typedef union { struct { unsigned RXB1D50 : 1; unsigned RXB1D51 : 1; unsigned RXB1D52 : 1; unsigned RXB1D53 : 1; unsigned RXB1D54 : 1; unsigned RXB1D55 : 1; unsigned RXB1D56 : 1; unsigned RXB1D57 : 1; }; } __RXB1D5bits_t; extern volatile __RXB1D5bits_t __at (0xF5B) RXB1D5bits; extern __sfr __at (0xF5C) RXB1D6; typedef union { struct { unsigned RXB1D60 : 1; unsigned RXB1D61 : 1; unsigned RXB1D62 : 1; unsigned RXB1D63 : 1; unsigned RXB1D64 : 1; unsigned RXB1D65 : 1; unsigned RXB1D66 : 1; unsigned RXB1D67 : 1; }; } __RXB1D6bits_t; extern volatile __RXB1D6bits_t __at (0xF5C) RXB1D6bits; extern __sfr __at (0xF5D) RXB1D7; typedef union { struct { unsigned RXB1D70 : 1; unsigned RXB1D71 : 1; unsigned RXB1D72 : 1; unsigned RXB1D73 : 1; unsigned RXB1D74 : 1; unsigned RXB1D75 : 1; unsigned RXB1D76 : 1; unsigned RXB1D77 : 1; }; } __RXB1D7bits_t; extern volatile __RXB1D7bits_t __at (0xF5D) RXB1D7bits; extern __sfr __at (0xF5E) CANSTAT_RO0; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO0bits_t; extern volatile __CANSTAT_RO0bits_t __at (0xF5E) CANSTAT_RO0bits; extern __sfr __at (0xF5F) CANCON_RO0; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO0bits_t; extern volatile __CANCON_RO0bits_t __at (0xF5F) CANCON_RO0bits; extern __sfr __at (0xF60) RXB0CON; typedef union { struct { unsigned : 1; unsigned JTOFF : 1; unsigned RXB0DBEN : 1; unsigned RXRTRRO_RXB0CON : 1; unsigned : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xF60) RXB0CONbits; extern __sfr __at (0xF61) RXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB0SIDHbits_t; extern volatile __RXB0SIDHbits_t __at (0xF61) RXB0SIDHbits; extern __sfr __at (0xF62) RXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xF62) RXB0SIDLbits; extern __sfr __at (0xF63) RXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB0EIDHbits_t; extern volatile __RXB0EIDHbits_t __at (0xF63) RXB0EIDHbits; extern __sfr __at (0xF64) RXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB0EIDLbits_t; extern volatile __RXB0EIDLbits_t __at (0xF64) RXB0EIDLbits; extern __sfr __at (0xF65) RXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB0DLC : 1; unsigned RB1_RXB0DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB0DLCbits_t; extern volatile __RXB0DLCbits_t __at (0xF65) RXB0DLCbits; extern __sfr __at (0xF66) RXB0D0; typedef union { struct { unsigned RXB0D00 : 1; unsigned RXB0D01 : 1; unsigned RXB0D02 : 1; unsigned RXB0D03 : 1; unsigned RXB0D04 : 1; unsigned RXB0D05 : 1; unsigned RXB0D06 : 1; unsigned RXB0D07 : 1; }; } __RXB0D0bits_t; extern volatile __RXB0D0bits_t __at (0xF66) RXB0D0bits; extern __sfr __at (0xF67) RXB0D1; typedef union { struct { unsigned RXB0D10 : 1; unsigned RXB0D11 : 1; unsigned RXB0D12 : 1; unsigned RXB0D13 : 1; unsigned RXB0D14 : 1; unsigned RXB0D15 : 1; unsigned RXB0D16 : 1; unsigned RXB0D17 : 1; }; } __RXB0D1bits_t; extern volatile __RXB0D1bits_t __at (0xF67) RXB0D1bits; extern __sfr __at (0xF68) RXB0D2; typedef union { struct { unsigned RXB0D20 : 1; unsigned RXB0D21 : 1; unsigned RXB0D22 : 1; unsigned RXB0D23 : 1; unsigned RXB0D24 : 1; unsigned RXB0D25 : 1; unsigned RXB0D26 : 1; unsigned RXB0D27 : 1; }; } __RXB0D2bits_t; extern volatile __RXB0D2bits_t __at (0xF68) RXB0D2bits; extern __sfr __at (0xF69) RXB0D3; typedef union { struct { unsigned RXB0D30 : 1; unsigned RXB0D31 : 1; unsigned RXB0D32 : 1; unsigned RXB0D33 : 1; unsigned RXB0D34 : 1; unsigned RXB0D35 : 1; unsigned RXB0D36 : 1; unsigned RXB0D37 : 1; }; } __RXB0D3bits_t; extern volatile __RXB0D3bits_t __at (0xF69) RXB0D3bits; extern __sfr __at (0xF6A) RXB0D4; typedef union { struct { unsigned RXB0D40 : 1; unsigned RXB0D41 : 1; unsigned RXB0D42 : 1; unsigned RXB0D43 : 1; unsigned RXB0D44 : 1; unsigned RXB0D45 : 1; unsigned RXB0D46 : 1; unsigned RXB0D47 : 1; }; } __RXB0D4bits_t; extern volatile __RXB0D4bits_t __at (0xF6A) RXB0D4bits; extern __sfr __at (0xF6B) RXB0D5; typedef union { struct { unsigned RXB0D50 : 1; unsigned RXB0D51 : 1; unsigned RXB0D52 : 1; unsigned RXB0D53 : 1; unsigned RXB0D54 : 1; unsigned RXB0D55 : 1; unsigned RXB0D56 : 1; unsigned RXB0D57 : 1; }; } __RXB0D5bits_t; extern volatile __RXB0D5bits_t __at (0xF6B) RXB0D5bits; extern __sfr __at (0xF6C) RXB0D6; typedef union { struct { unsigned RXB0D60 : 1; unsigned RXB0D61 : 1; unsigned RXB0D62 : 1; unsigned RXB0D63 : 1; unsigned RXB0D64 : 1; unsigned RXB0D65 : 1; unsigned RXB0D66 : 1; unsigned RXB0D67 : 1; }; } __RXB0D6bits_t; extern volatile __RXB0D6bits_t __at (0xF6C) RXB0D6bits; extern __sfr __at (0xF6D) RXB0D7; typedef union { struct { unsigned RXB0D70 : 1; unsigned RXB0D71 : 1; unsigned RXB0D72 : 1; unsigned RXB0D73 : 1; unsigned RXB0D74 : 1; unsigned RXB0D75 : 1; unsigned RXB0D76 : 1; unsigned RXB0D77 : 1; }; } __RXB0D7bits_t; extern volatile __RXB0D7bits_t __at (0xF6D) RXB0D7bits; extern __sfr __at (0xF6E) CANSTAT; typedef union { struct { unsigned EICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned EICODE4 : 1; unsigned OPMODE0 : 1; unsigned OPMODE1 : 1; unsigned OPMODE2 : 1; }; struct { unsigned : 1; unsigned EICODE1 : 1; unsigned EICODE2 : 1; unsigned EICODE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xF6E) CANSTATbits; extern __sfr __at (0xF6F) CANCON; typedef union { struct { unsigned FP0 : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; struct { unsigned : 1; unsigned FP1 : 1; unsigned FP2 : 1; unsigned FP3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xF6F) CANCONbits; extern __sfr __at (0xF70) BRGCON1; typedef union { struct { unsigned BRP0 : 1; unsigned BRP1 : 1; unsigned BRP2 : 1; unsigned BRP3 : 1; unsigned BRP4 : 1; unsigned BRP5 : 1; unsigned SJW0 : 1; unsigned SJW1 : 1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xF70) BRGCON1bits; extern __sfr __at (0xF71) BRGCON2; typedef union { struct { unsigned PRSEG0 : 1; unsigned PRSEG1 : 1; unsigned PRSEG2 : 1; unsigned SEG1PH0 : 1; unsigned SEG1PH1 : 1; unsigned SEG1PH2 : 1; unsigned SAM : 1; unsigned SEG2PHTS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SEG2PHT : 1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xF71) BRGCON2bits; extern __sfr __at (0xF72) BRGCON3; typedef union { struct { unsigned SEG2PH0 : 1; unsigned SEG2PH1 : 1; unsigned SEG2PH2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned WAKFIL : 1; unsigned WAKDIS : 1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xF72) BRGCON3bits; extern __sfr __at (0xF73) CIOCON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CANCAP : 1; unsigned ENDRHI : 1; unsigned : 1; unsigned : 1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xF73) CIOCONbits; extern __sfr __at (0xF74) COMSTAT; typedef union { struct { unsigned EWARN : 1; unsigned RXWARN : 1; unsigned TXWARN : 1; unsigned RXBP : 1; unsigned TXBP : 1; unsigned TXBO : 1; unsigned RXB1OVFL : 1; unsigned RXB0OVFL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXBnOVFL : 1; unsigned FIFOEMPTY : 1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xF74) COMSTATbits; extern __sfr __at (0xF75) RXERRCNT; typedef union { struct { unsigned REC0 : 1; unsigned REC1 : 1; unsigned REC2 : 1; unsigned REC3 : 1; unsigned REC4 : 1; unsigned REC5 : 1; unsigned REC6 : 1; unsigned REC7 : 1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xF75) RXERRCNTbits; extern __sfr __at (0xF76) TXERRCNT; typedef union { struct { unsigned TEC0 : 1; unsigned TEC1 : 1; unsigned TEC2 : 1; unsigned TEC3 : 1; unsigned TEC4 : 1; unsigned TEC5 : 1; unsigned TEC6 : 1; unsigned TEC7 : 1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xF76) TXERRCNTbits; extern __sfr __at (0xF77) ECANCON; typedef union { struct { unsigned EWIN0 : 1; unsigned EWIN1 : 1; unsigned EWIN2 : 1; unsigned EWIN3 : 1; unsigned EWIN4 : 1; unsigned FIFOWM : 1; unsigned MDSEL0 : 1; unsigned MDSEL1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned F : 1; unsigned : 1; unsigned : 1; }; } __ECANCONbits_t; extern volatile __ECANCONbits_t __at (0xF77) ECANCONbits; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned CVREF : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned LVDIN : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0_PORTB : 1; unsigned RB1_PORTB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CANRX : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN10 : 1; unsigned AN8 : 1; unsigned CANTX : 1; unsigned : 1; unsigned AN9 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0_DDRB : 1; unsigned RB1_DDRB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSCR : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXBIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned ERRIE : 1; unsigned WAKIE : 1; unsigned IRXIE : 1; }; struct { unsigned FIFOWMIE : 1; unsigned RXBnIE : 1; unsigned : 1; unsigned : 1; unsigned TXBnIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FIFOMWIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned RXB0IF : 1; unsigned RXB1IF : 1; unsigned TXB0IF : 1; unsigned TXB1IF : 1; unsigned TXB2IF : 1; unsigned ERRIF : 1; unsigned WAKIF : 1; unsigned IRXIF : 1; }; struct { unsigned FIFOWMIF : 1; unsigned RXBnIF : 1; unsigned : 1; unsigned : 1; unsigned TXBnIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned RXB0IP : 1; unsigned RXB1IP : 1; unsigned TXB0IP : 1; unsigned TXB1IP : 1; unsigned TXB2IP : 1; unsigned ERRIP : 1; unsigned WAKIP : 1; unsigned IRXIP : 1; }; struct { unsigned FIFOWMIP : 1; unsigned RXBnIP : 1; unsigned : 1; unsigned : 1; unsigned TXBnIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAA) EEADRH; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3NSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned T3ECCP1 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO_DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T0PS3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned SP0 : 1; unsigned SP1 : 1; unsigned SP2 : 1; unsigned SP3 : 1; unsigned SP4 : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f2685.h000066400000000000000000004433761116427777700200760ustar00rootroot00000000000000/* * pic18f2685.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F2685_H__ #define __PIC18F2685_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP oscillator #define _OSC_XT_1H 0xF1 // XT oscillator #define _OSC_HS_1H 0xF2 // HS oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_IRCIO67_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_IRCIO7_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOREN_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOREN_SBORENCTRL_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOREN_BOACTIVE_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOREN_BOHW_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // WDT disabled (control is placed on the SWDTEN bit) #define _WDT_ON_2H 0xFF // WDT enabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_OFF_3H 0xFD // PORTB<4> and PORTB<1:0> Configured as Digital I/O Pins on Reset #define _PBADEN_ON_3H 0xFF // PORTB<4> and PORTB<1:0> Configured as Analog Pins on Reset // CONFIG4L Options #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _BBSIZ_1024_4L 0xCF // 1K words (2K bytes) Boot Block #define _BBSIZ_2048_4L 0xDF // 2K words (4K bytes) Boot Block #define _BBSIZ_4096_4L 0xEF // 4K words (8K bytes) Boot Block #define _LVP_OFF_4L 0xFB // Disabled #define _LVP_ON_4L 0xFF // Enabled #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 (000800-003FFFh) code-protected #define _CP0_OFF_5L 0xFF // Block 0 (000800-003FFFh) not code-protected #define _CP1_ON_5L 0xFD // Block 1 (004000-007FFFh) code-protected #define _CP1_OFF_5L 0xFF // Block 1 (004000-007FFFh) not code-protected #define _CP2_ON_5L 0xFB // Block 2 (008000-00BFFFh) code-protected #define _CP2_OFF_5L 0xFF // Block 2 (008000-00BFFFh) not code-protected #define _CP3_ON_5L 0xF7 // Block 3 (00C000-00FFFFh) code-protected #define _CP3_OFF_5L 0xFF // Block 3 (00C000-00FFFFh) not code-protected #define _CP4_ON_5L 0xEF // Block 4 (010000-013FFFh) code-protected #define _CP4_OFF_5L 0xFF // Block 4 (010000-013FFFh) not code-protected #define _CP5_ON_5L 0xDF // Block 5 (014000-017FFFh) code-protected #define _CP5_OFF_5L 0xFF // Block 5 (014000-017FFFh) not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot Block (000000-0007FFh) code-protected #define _CPB_OFF_5H 0xFF // Boot Block (000000-0007FFh) not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 (000800-003FFFh) write-protected #define _WRT0_OFF_6L 0xFF // Block 0 (000800-003FFFh) not write-protected #define _WRT1_ON_6L 0xFD // Block 1 (004000-007FFFh) write-protected #define _WRT1_OFF_6L 0xFF // Block 1 (004000-007FFFh) not write-protected #define _WRT2_ON_6L 0xFB // Block 2 (008000-00BFFFh) write-protected #define _WRT2_OFF_6L 0xFF // Block 2 (008000-00BFFFh) not write-protected #define _WRT3_ON_6L 0xF7 // Block 3 (00C000-00FFFFh) write-protected #define _WRT3_OFF_6L 0xFF // Block 3 (00C000-00FFFFh) not write-protected #define _WRT4_ON_6L 0xEF // Block 4 (010000-013FFFh) write-protected #define _WRT4_OFF_6L 0xFF // Block 4 (010000-013FFFh) not write-protected #define _WRT5_ON_6L 0xDF // Block 5 (014000-017FFFh) write-protected #define _WRT5_OFF_6L 0xFF // Block 5 (014000-017FFFh) not write-protected // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Boot Block (000000-0007FFh) write-protected #define _WRTB_OFF_6H 0xFF // Boot Block (000000-0007FFh) not write-protected #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 (000800-003FFFh) protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 (000800-003FFFh) not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 (004000-007FFFh) protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 (004000-007FFFh) not protected from table reads executed in other blocks #define _EBTR2_ON_7L 0xFB // Block 2 (008000-00BFFFh) protected from table reads executed in other blocks #define _EBTR2_OFF_7L 0xFF // Block 2 (008000-00BFFFh) not protected from table reads executed in other blocks #define _EBTR3_ON_7L 0xF7 // Block 3 (00C000-00FFFFh) protected from table reads executed in other blocks #define _EBTR3_OFF_7L 0xFF // Block 3 (00C000-00FFFFh) not protected from table reads executed in other blocks #define _EBTR4_ON_7L 0xEF // Block 4 (010000-013FFFh) protected from table reads executed in other blocks #define _EBTR4_OFF_7L 0xFF // Block 4 (010000-013FFFh) not protected from table reads executed in other blocks #define _EBTR5_ON_7L 0xDF // Block 5 (014000-017FFFh) protected from table reads executed in other blocks #define _EBTR5_OFF_7L 0xFF // Block 5 (014000-017FFFh) not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot Block (000000-0007FFh) protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot Block (000000-0007FFh) not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xD60) RXF6SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF6SIDHbits_t; extern volatile __RXF6SIDHbits_t __at (0xD60) RXF6SIDHbits; extern __sfr __at (0xD61) RXF6SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF6SIDLbits_t; extern volatile __RXF6SIDLbits_t __at (0xD61) RXF6SIDLbits; extern __sfr __at (0xD62) RXF6EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF6EIDHbits_t; extern volatile __RXF6EIDHbits_t __at (0xD62) RXF6EIDHbits; extern __sfr __at (0xD63) RXF6EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF6EIDLbits_t; extern volatile __RXF6EIDLbits_t __at (0xD63) RXF6EIDLbits; extern __sfr __at (0xD64) RXF7SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF7SIDHbits_t; extern volatile __RXF7SIDHbits_t __at (0xD64) RXF7SIDHbits; extern __sfr __at (0xD65) RXF7SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF7SIDLbits_t; extern volatile __RXF7SIDLbits_t __at (0xD65) RXF7SIDLbits; extern __sfr __at (0xD66) RXF7EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF7EIDHbits_t; extern volatile __RXF7EIDHbits_t __at (0xD66) RXF7EIDHbits; extern __sfr __at (0xD67) RXF7EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF7EIDLbits_t; extern volatile __RXF7EIDLbits_t __at (0xD67) RXF7EIDLbits; extern __sfr __at (0xD68) RXF8SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF8SIDHbits_t; extern volatile __RXF8SIDHbits_t __at (0xD68) RXF8SIDHbits; extern __sfr __at (0xD69) RXF8SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF8SIDLbits_t; extern volatile __RXF8SIDLbits_t __at (0xD69) RXF8SIDLbits; extern __sfr __at (0xD6A) RXF8EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF8EIDHbits_t; extern volatile __RXF8EIDHbits_t __at (0xD6A) RXF8EIDHbits; extern __sfr __at (0xD6B) RXF8EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF8EIDLbits_t; extern volatile __RXF8EIDLbits_t __at (0xD6B) RXF8EIDLbits; extern __sfr __at (0xD70) RXF9SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF9SIDHbits_t; extern volatile __RXF9SIDHbits_t __at (0xD70) RXF9SIDHbits; extern __sfr __at (0xD71) RXF9SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF9SIDLbits_t; extern volatile __RXF9SIDLbits_t __at (0xD71) RXF9SIDLbits; extern __sfr __at (0xD72) RXF9EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF9EIDHbits_t; extern volatile __RXF9EIDHbits_t __at (0xD72) RXF9EIDHbits; extern __sfr __at (0xD73) RXF9EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF9EIDLbits_t; extern volatile __RXF9EIDLbits_t __at (0xD73) RXF9EIDLbits; extern __sfr __at (0xD74) RXF10SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF10SIDHbits_t; extern volatile __RXF10SIDHbits_t __at (0xD74) RXF10SIDHbits; extern __sfr __at (0xD75) RXF10SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF10SIDLbits_t; extern volatile __RXF10SIDLbits_t __at (0xD75) RXF10SIDLbits; extern __sfr __at (0xD76) RXF10EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF10EIDHbits_t; extern volatile __RXF10EIDHbits_t __at (0xD76) RXF10EIDHbits; extern __sfr __at (0xD77) RXF10EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF10EIDLbits_t; extern volatile __RXF10EIDLbits_t __at (0xD77) RXF10EIDLbits; extern __sfr __at (0xD78) RXF11SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF11SIDHbits_t; extern volatile __RXF11SIDHbits_t __at (0xD78) RXF11SIDHbits; extern __sfr __at (0xD79) RXF11SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF11SIDLbits_t; extern volatile __RXF11SIDLbits_t __at (0xD79) RXF11SIDLbits; extern __sfr __at (0xD7A) RXF11EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF11EIDHbits_t; extern volatile __RXF11EIDHbits_t __at (0xD7A) RXF11EIDHbits; extern __sfr __at (0xD7B) RXF11EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF11EIDLbits_t; extern volatile __RXF11EIDLbits_t __at (0xD7B) RXF11EIDLbits; extern __sfr __at (0xD80) RXF12SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF12SIDHbits_t; extern volatile __RXF12SIDHbits_t __at (0xD80) RXF12SIDHbits; extern __sfr __at (0xD81) RXF12SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF12SIDLbits_t; extern volatile __RXF12SIDLbits_t __at (0xD81) RXF12SIDLbits; extern __sfr __at (0xD82) RXF12EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF12EIDHbits_t; extern volatile __RXF12EIDHbits_t __at (0xD82) RXF12EIDHbits; extern __sfr __at (0xD83) RXF12EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF12EIDLbits_t; extern volatile __RXF12EIDLbits_t __at (0xD83) RXF12EIDLbits; extern __sfr __at (0xD84) RXF13SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF13SIDHbits_t; extern volatile __RXF13SIDHbits_t __at (0xD84) RXF13SIDHbits; extern __sfr __at (0xD85) RXF13SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF13SIDLbits_t; extern volatile __RXF13SIDLbits_t __at (0xD85) RXF13SIDLbits; extern __sfr __at (0xD86) RXF13EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF13EIDHbits_t; extern volatile __RXF13EIDHbits_t __at (0xD86) RXF13EIDHbits; extern __sfr __at (0xD87) RXF13EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF13EIDLbits_t; extern volatile __RXF13EIDLbits_t __at (0xD87) RXF13EIDLbits; extern __sfr __at (0xD88) RXF14SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF14SIDHbits_t; extern volatile __RXF14SIDHbits_t __at (0xD88) RXF14SIDHbits; extern __sfr __at (0xD89) RXF14SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF14SIDLbits_t; extern volatile __RXF14SIDLbits_t __at (0xD89) RXF14SIDLbits; extern __sfr __at (0xD8A) RXF14EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF14EIDHbits_t; extern volatile __RXF14EIDHbits_t __at (0xD8A) RXF14EIDHbits; extern __sfr __at (0xD8B) RXF14EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF14EIDLbits_t; extern volatile __RXF14EIDLbits_t __at (0xD8B) RXF14EIDLbits; extern __sfr __at (0xD90) RXF15SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF15SIDHbits_t; extern volatile __RXF15SIDHbits_t __at (0xD90) RXF15SIDHbits; extern __sfr __at (0xD91) RXF15SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF15SIDLbits_t; extern volatile __RXF15SIDLbits_t __at (0xD91) RXF15SIDLbits; extern __sfr __at (0xD92) RXF15EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF15EIDHbits_t; extern volatile __RXF15EIDHbits_t __at (0xD92) RXF15EIDHbits; extern __sfr __at (0xD93) RXF15EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF15EIDLbits_t; extern volatile __RXF15EIDLbits_t __at (0xD93) RXF15EIDLbits; extern __sfr __at (0xDD4) RXFCON0; typedef union { struct { unsigned RXF0EN : 1; unsigned RXF1EN : 1; unsigned RXF2EN : 1; unsigned RXF3EN : 1; unsigned RXF4EN : 1; unsigned RXF5EN : 1; unsigned RXF6EN : 1; unsigned RXF7EN : 1; }; } __RXFCON0bits_t; extern volatile __RXFCON0bits_t __at (0xDD4) RXFCON0bits; extern __sfr __at (0xDD5) RXFCON1; typedef union { struct { unsigned RXF8EN : 1; unsigned RXF9EN : 1; unsigned RXF10EN : 1; unsigned RXF11EN : 1; unsigned RXF12EN : 1; unsigned RXF13EN : 1; unsigned RXF14EN : 1; unsigned RXF15EN : 1; }; } __RXFCON1bits_t; extern volatile __RXFCON1bits_t __at (0xDD5) RXFCON1bits; extern __sfr __at (0xDD8) SDFLC; typedef union { struct { unsigned DFLC0 : 1; unsigned DFLC1 : 1; unsigned DFLC2 : 1; unsigned DFLC3 : 1; unsigned DFLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FLC0 : 1; unsigned FLC1 : 1; unsigned FLC2 : 1; unsigned FLC3 : 1; unsigned FLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SDFLCbits_t; extern volatile __SDFLCbits_t __at (0xDD8) SDFLCbits; extern __sfr __at (0xDE0) RXFBCON0; typedef union { struct { unsigned F0BP_0 : 1; unsigned F0BP_1 : 1; unsigned F0BP_2 : 1; unsigned F0BP_3 : 1; unsigned F1BP_0 : 1; unsigned F1BP_1 : 1; unsigned F1BP_2 : 1; unsigned F1BP_3 : 1; }; } __RXFBCON0bits_t; extern volatile __RXFBCON0bits_t __at (0xDE0) RXFBCON0bits; extern __sfr __at (0xDE1) RXFBCON1; typedef union { struct { unsigned F2BP_0 : 1; unsigned F2BP_1 : 1; unsigned F2BP_2 : 1; unsigned F2BP_3 : 1; unsigned F3BP_0 : 1; unsigned F3BP_1 : 1; unsigned F3BP_2 : 1; unsigned F3BP_3 : 1; }; } __RXFBCON1bits_t; extern volatile __RXFBCON1bits_t __at (0xDE1) RXFBCON1bits; extern __sfr __at (0xDE2) RXFBCON2; typedef union { struct { unsigned F4BP_0 : 1; unsigned F4BP_1 : 1; unsigned F4BP_2 : 1; unsigned F4BP_3 : 1; unsigned F5BP_0 : 1; unsigned F5BP_1 : 1; unsigned F5BP_2 : 1; unsigned F5BP_3 : 1; }; } __RXFBCON2bits_t; extern volatile __RXFBCON2bits_t __at (0xDE2) RXFBCON2bits; extern __sfr __at (0xDE3) RXFBCON3; typedef union { struct { unsigned F6BP_0 : 1; unsigned F6BP_1 : 1; unsigned F6BP_2 : 1; unsigned F6BP_3 : 1; unsigned F7BP_0 : 1; unsigned F7BP_1 : 1; unsigned F7BP_2 : 1; unsigned F7BP_3 : 1; }; } __RXFBCON3bits_t; extern volatile __RXFBCON3bits_t __at (0xDE3) RXFBCON3bits; extern __sfr __at (0xDE4) RXFBCON4; typedef union { struct { unsigned F8BP_0 : 1; unsigned F8BP_1 : 1; unsigned F8BP_2 : 1; unsigned F8BP_3 : 1; unsigned F9BP_0 : 1; unsigned F9BP_1 : 1; unsigned F9BP_2 : 1; unsigned F9BP_3 : 1; }; } __RXFBCON4bits_t; extern volatile __RXFBCON4bits_t __at (0xDE4) RXFBCON4bits; extern __sfr __at (0xDE5) RXFBCON5; typedef union { struct { unsigned F10BP_0 : 1; unsigned F10BP_1 : 1; unsigned F10BP_2 : 1; unsigned F10BP_3 : 1; unsigned F11BP_0 : 1; unsigned F11BP_1 : 1; unsigned F11BP_2 : 1; unsigned F11BP_3 : 1; }; } __RXFBCON5bits_t; extern volatile __RXFBCON5bits_t __at (0xDE5) RXFBCON5bits; extern __sfr __at (0xDE6) RXFBCON6; typedef union { struct { unsigned F12BP_0 : 1; unsigned F12BP_1 : 1; unsigned F12BP_2 : 1; unsigned F12BP_3 : 1; unsigned F13BP_0 : 1; unsigned F13BP_1 : 1; unsigned F13BP_2 : 1; unsigned F13BP_3 : 1; }; } __RXFBCON6bits_t; extern volatile __RXFBCON6bits_t __at (0xDE6) RXFBCON6bits; extern __sfr __at (0xDE7) RXFBCON7; typedef union { struct { unsigned F14BP_0 : 1; unsigned F14BP_1 : 1; unsigned F14BP_2 : 1; unsigned F14BP_3 : 1; unsigned F15BP_0 : 1; unsigned F15BP_1 : 1; unsigned F15BP_2 : 1; unsigned F15BP_3 : 1; }; } __RXFBCON7bits_t; extern volatile __RXFBCON7bits_t __at (0xDE7) RXFBCON7bits; extern __sfr __at (0xDF0) MSEL0; typedef union { struct { unsigned FIL0_0 : 1; unsigned FIL0_1 : 1; unsigned FIL1_0 : 1; unsigned FIL1_1 : 1; unsigned FIL2_0 : 1; unsigned FIL2_1 : 1; unsigned FIL3_0 : 1; unsigned FIL3_1 : 1; }; } __MSEL0bits_t; extern volatile __MSEL0bits_t __at (0xDF0) MSEL0bits; extern __sfr __at (0xDF1) MSEL1; typedef union { struct { unsigned FIL4_0 : 1; unsigned FIL4_1 : 1; unsigned FIL5_0 : 1; unsigned FIL5_1 : 1; unsigned FIL6_0 : 1; unsigned FIL6_1 : 1; unsigned FIL7_0 : 1; unsigned FIL7_1 : 1; }; } __MSEL1bits_t; extern volatile __MSEL1bits_t __at (0xDF1) MSEL1bits; extern __sfr __at (0xDF2) MSEL2; typedef union { struct { unsigned FIL8_0 : 1; unsigned FIL8_1 : 1; unsigned FIL9_0 : 1; unsigned FIL9_1 : 1; unsigned FIL10_0 : 1; unsigned FIL10_1 : 1; unsigned FIL11_0 : 1; unsigned FIL11_1 : 1; }; } __MSEL2bits_t; extern volatile __MSEL2bits_t __at (0xDF2) MSEL2bits; extern __sfr __at (0xDF3) MSEL3; typedef union { struct { unsigned FIL12_0 : 1; unsigned FIL12_1 : 1; unsigned FIL13_0 : 1; unsigned FIL13_1 : 1; unsigned FIL14_0 : 1; unsigned FIL14_1 : 1; unsigned FIL15_0 : 1; unsigned FIL15_1 : 1; }; } __MSEL3bits_t; extern volatile __MSEL3bits_t __at (0xDF3) MSEL3bits; extern __sfr __at (0xDF8) BSEL0; typedef union { struct { unsigned : 1; unsigned : 1; unsigned B0TXEN : 1; unsigned B1TXEN : 1; unsigned B2TXEN : 1; unsigned B3TXEN : 1; unsigned B4TXEN : 1; unsigned B5TXEN : 1; }; } __BSEL0bits_t; extern volatile __BSEL0bits_t __at (0xDF8) BSEL0bits; extern __sfr __at (0xDFA) BIE0; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned B0IE : 1; unsigned B1IE : 1; unsigned B2IE : 1; unsigned B3IE : 1; unsigned B4IE : 1; unsigned B5IE : 1; }; } __BIE0bits_t; extern volatile __BIE0bits_t __at (0xDFA) BIE0bits; extern __sfr __at (0xDFC) TXBIE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TXBIEbits_t; extern volatile __TXBIEbits_t __at (0xDFC) TXBIEbits; extern __sfr __at (0xE20) B0CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B0CON : 1; unsigned : 1; unsigned : 1; }; } __B0CONbits_t; extern volatile __B0CONbits_t __at (0xE20) B0CONbits; extern __sfr __at (0xE21) B0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B0SIDHbits_t; extern volatile __B0SIDHbits_t __at (0xE21) B0SIDHbits; extern __sfr __at (0xE22) B0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B0SIDLbits_t; extern volatile __B0SIDLbits_t __at (0xE22) B0SIDLbits; extern __sfr __at (0xE23) B0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B0EIDHbits_t; extern volatile __B0EIDHbits_t __at (0xE23) B0EIDHbits; extern __sfr __at (0xE24) B0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B0EIDLbits_t; extern volatile __B0EIDLbits_t __at (0xE24) B0EIDLbits; extern __sfr __at (0xE25) B0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B0DLC : 1; unsigned RB1_B0DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B0DLCbits_t; extern volatile __B0DLCbits_t __at (0xE25) B0DLCbits; extern __sfr __at (0xE26) B0D0; typedef union { struct { unsigned B0D00 : 1; unsigned B0D01 : 1; unsigned B0D02 : 1; unsigned B0D03 : 1; unsigned B0D04 : 1; unsigned B0D05 : 1; unsigned B0D06 : 1; unsigned B0D07 : 1; }; } __B0D0bits_t; extern volatile __B0D0bits_t __at (0xE26) B0D0bits; extern __sfr __at (0xE27) B0D1; typedef union { struct { unsigned B0D10 : 1; unsigned B0D11 : 1; unsigned B0D12 : 1; unsigned B0D13 : 1; unsigned B0D14 : 1; unsigned B0D15 : 1; unsigned B0D16 : 1; unsigned B0D17 : 1; }; } __B0D1bits_t; extern volatile __B0D1bits_t __at (0xE27) B0D1bits; extern __sfr __at (0xE28) B0D2; typedef union { struct { unsigned B0D20 : 1; unsigned B0D21 : 1; unsigned B0D22 : 1; unsigned B0D23 : 1; unsigned B0D24 : 1; unsigned B0D25 : 1; unsigned B0D26 : 1; unsigned B0D27 : 1; }; } __B0D2bits_t; extern volatile __B0D2bits_t __at (0xE28) B0D2bits; extern __sfr __at (0xE29) B0D3; typedef union { struct { unsigned B0D30 : 1; unsigned B0D31 : 1; unsigned B0D32 : 1; unsigned B0D33 : 1; unsigned B0D34 : 1; unsigned B0D35 : 1; unsigned B0D36 : 1; unsigned B0D37 : 1; }; } __B0D3bits_t; extern volatile __B0D3bits_t __at (0xE29) B0D3bits; extern __sfr __at (0xE2A) B0D4; typedef union { struct { unsigned B0D40 : 1; unsigned B0D41 : 1; unsigned B0D42 : 1; unsigned B0D43 : 1; unsigned B0D44 : 1; unsigned B0D45 : 1; unsigned B0D46 : 1; unsigned B0D47 : 1; }; } __B0D4bits_t; extern volatile __B0D4bits_t __at (0xE2A) B0D4bits; extern __sfr __at (0xE2B) B0D5; typedef union { struct { unsigned B0D50 : 1; unsigned B0D51 : 1; unsigned B0D52 : 1; unsigned B0D53 : 1; unsigned B0D54 : 1; unsigned B0D55 : 1; unsigned B0D56 : 1; unsigned B0D57 : 1; }; } __B0D5bits_t; extern volatile __B0D5bits_t __at (0xE2B) B0D5bits; extern __sfr __at (0xE2C) B0D6; typedef union { struct { unsigned B0D60 : 1; unsigned B0D61 : 1; unsigned B0D62 : 1; unsigned B0D63 : 1; unsigned B0D64 : 1; unsigned B0D65 : 1; unsigned B0D66 : 1; unsigned B0D67 : 1; }; } __B0D6bits_t; extern volatile __B0D6bits_t __at (0xE2C) B0D6bits; extern __sfr __at (0xE2D) B0D7; typedef union { struct { unsigned B0D70 : 1; unsigned B0D71 : 1; unsigned B0D72 : 1; unsigned B0D73 : 1; unsigned B0D74 : 1; unsigned B0D75 : 1; unsigned B0D76 : 1; unsigned B0D77 : 1; }; } __B0D7bits_t; extern volatile __B0D7bits_t __at (0xE2D) B0D7bits; extern __sfr __at (0xE2E) CANSTAT_RO9; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO9bits_t; extern volatile __CANSTAT_RO9bits_t __at (0xE2E) CANSTAT_RO9bits; extern __sfr __at (0xE2F) CANCON_RO9; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO9bits_t; extern volatile __CANCON_RO9bits_t __at (0xE2F) CANCON_RO9bits; extern __sfr __at (0xE30) B1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B1CON : 1; unsigned : 1; unsigned : 1; }; } __B1CONbits_t; extern volatile __B1CONbits_t __at (0xE30) B1CONbits; extern __sfr __at (0xE31) B1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B1SIDHbits_t; extern volatile __B1SIDHbits_t __at (0xE31) B1SIDHbits; extern __sfr __at (0xE32) B1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B1SIDLbits_t; extern volatile __B1SIDLbits_t __at (0xE32) B1SIDLbits; extern __sfr __at (0xE33) B1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B1EIDHbits_t; extern volatile __B1EIDHbits_t __at (0xE33) B1EIDHbits; extern __sfr __at (0xE34) B1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B1EIDLbits_t; extern volatile __B1EIDLbits_t __at (0xE34) B1EIDLbits; extern __sfr __at (0xE35) B1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B1DLC : 1; unsigned RB1_B1DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B1DLCbits_t; extern volatile __B1DLCbits_t __at (0xE35) B1DLCbits; extern __sfr __at (0xE36) B1D0; typedef union { struct { unsigned B1D00 : 1; unsigned B1D01 : 1; unsigned B1D02 : 1; unsigned B1D03 : 1; unsigned B1D04 : 1; unsigned B1D05 : 1; unsigned B1D06 : 1; unsigned B1D07 : 1; }; } __B1D0bits_t; extern volatile __B1D0bits_t __at (0xE36) B1D0bits; extern __sfr __at (0xE37) B1D1; typedef union { struct { unsigned B1D10 : 1; unsigned B1D11 : 1; unsigned B1D12 : 1; unsigned B1D13 : 1; unsigned B1D14 : 1; unsigned B1D15 : 1; unsigned B1D16 : 1; unsigned B1D17 : 1; }; } __B1D1bits_t; extern volatile __B1D1bits_t __at (0xE37) B1D1bits; extern __sfr __at (0xE38) B1D2; typedef union { struct { unsigned B1D20 : 1; unsigned B1D21 : 1; unsigned B1D22 : 1; unsigned B1D23 : 1; unsigned B1D24 : 1; unsigned B1D25 : 1; unsigned B1D26 : 1; unsigned B1D27 : 1; }; } __B1D2bits_t; extern volatile __B1D2bits_t __at (0xE38) B1D2bits; extern __sfr __at (0xE39) B1D3; typedef union { struct { unsigned B1D30 : 1; unsigned B1D31 : 1; unsigned B1D32 : 1; unsigned B1D33 : 1; unsigned B1D34 : 1; unsigned B1D35 : 1; unsigned B1D36 : 1; unsigned B1D37 : 1; }; } __B1D3bits_t; extern volatile __B1D3bits_t __at (0xE39) B1D3bits; extern __sfr __at (0xE3A) B1D4; typedef union { struct { unsigned B1D40 : 1; unsigned B1D41 : 1; unsigned B1D42 : 1; unsigned B1D43 : 1; unsigned B1D44 : 1; unsigned B1D45 : 1; unsigned B1D46 : 1; unsigned B1D47 : 1; }; } __B1D4bits_t; extern volatile __B1D4bits_t __at (0xE3A) B1D4bits; extern __sfr __at (0xE3B) B1D5; typedef union { struct { unsigned B1D50 : 1; unsigned B1D51 : 1; unsigned B1D52 : 1; unsigned B1D53 : 1; unsigned B1D54 : 1; unsigned B1D55 : 1; unsigned B1D56 : 1; unsigned B1D57 : 1; }; } __B1D5bits_t; extern volatile __B1D5bits_t __at (0xE3B) B1D5bits; extern __sfr __at (0xE3C) B1D6; typedef union { struct { unsigned B1D60 : 1; unsigned B1D61 : 1; unsigned B1D62 : 1; unsigned B1D63 : 1; unsigned B1D64 : 1; unsigned B1D65 : 1; unsigned B1D66 : 1; unsigned B1D67 : 1; }; } __B1D6bits_t; extern volatile __B1D6bits_t __at (0xE3C) B1D6bits; extern __sfr __at (0xE3D) B1D7; typedef union { struct { unsigned B1D70 : 1; unsigned B1D71 : 1; unsigned B1D72 : 1; unsigned B1D73 : 1; unsigned B1D74 : 1; unsigned B1D75 : 1; unsigned B1D76 : 1; unsigned B1D77 : 1; }; } __B1D7bits_t; extern volatile __B1D7bits_t __at (0xE3D) B1D7bits; extern __sfr __at (0xE3E) CANSTAT_RO8; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO8bits_t; extern volatile __CANSTAT_RO8bits_t __at (0xE3E) CANSTAT_RO8bits; extern __sfr __at (0xE3F) CANCON_RO8; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO8bits_t; extern volatile __CANCON_RO8bits_t __at (0xE3F) CANCON_RO8bits; extern __sfr __at (0xE40) B2CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B2CON : 1; unsigned : 1; unsigned : 1; }; } __B2CONbits_t; extern volatile __B2CONbits_t __at (0xE40) B2CONbits; extern __sfr __at (0xE41) B2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B2SIDHbits_t; extern volatile __B2SIDHbits_t __at (0xE41) B2SIDHbits; extern __sfr __at (0xE42) B2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B2SIDLbits_t; extern volatile __B2SIDLbits_t __at (0xE42) B2SIDLbits; extern __sfr __at (0xE43) B2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B2EIDHbits_t; extern volatile __B2EIDHbits_t __at (0xE43) B2EIDHbits; extern __sfr __at (0xE44) B2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B2EIDLbits_t; extern volatile __B2EIDLbits_t __at (0xE44) B2EIDLbits; extern __sfr __at (0xE45) B2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B2DLC : 1; unsigned RB1_B2DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B2DLCbits_t; extern volatile __B2DLCbits_t __at (0xE45) B2DLCbits; extern __sfr __at (0xE46) B2D0; typedef union { struct { unsigned B2D00 : 1; unsigned B2D01 : 1; unsigned B2D02 : 1; unsigned B2D03 : 1; unsigned B2D04 : 1; unsigned B2D05 : 1; unsigned B2D06 : 1; unsigned B2D07 : 1; }; } __B2D0bits_t; extern volatile __B2D0bits_t __at (0xE46) B2D0bits; extern __sfr __at (0xE47) B2D1; typedef union { struct { unsigned B2D10 : 1; unsigned B2D11 : 1; unsigned B2D12 : 1; unsigned B2D13 : 1; unsigned B2D14 : 1; unsigned B2D15 : 1; unsigned B2D16 : 1; unsigned B2D17 : 1; }; } __B2D1bits_t; extern volatile __B2D1bits_t __at (0xE47) B2D1bits; extern __sfr __at (0xE48) B2D2; typedef union { struct { unsigned B2D20 : 1; unsigned B2D21 : 1; unsigned B2D22 : 1; unsigned B2D23 : 1; unsigned B2D24 : 1; unsigned B2D25 : 1; unsigned B2D26 : 1; unsigned B2D27 : 1; }; } __B2D2bits_t; extern volatile __B2D2bits_t __at (0xE48) B2D2bits; extern __sfr __at (0xE49) B2D3; typedef union { struct { unsigned B2D30 : 1; unsigned B2D31 : 1; unsigned B2D32 : 1; unsigned B2D33 : 1; unsigned B2D34 : 1; unsigned B2D35 : 1; unsigned B2D36 : 1; unsigned B2D37 : 1; }; } __B2D3bits_t; extern volatile __B2D3bits_t __at (0xE49) B2D3bits; extern __sfr __at (0xE4A) B2D4; typedef union { struct { unsigned B2D40 : 1; unsigned B2D41 : 1; unsigned B2D42 : 1; unsigned B2D43 : 1; unsigned B2D44 : 1; unsigned B2D45 : 1; unsigned B2D46 : 1; unsigned B2D47 : 1; }; } __B2D4bits_t; extern volatile __B2D4bits_t __at (0xE4A) B2D4bits; extern __sfr __at (0xE4B) B2D5; typedef union { struct { unsigned B2D50 : 1; unsigned B2D51 : 1; unsigned B2D52 : 1; unsigned B2D53 : 1; unsigned B2D54 : 1; unsigned B2D55 : 1; unsigned B2D56 : 1; unsigned B2D57 : 1; }; } __B2D5bits_t; extern volatile __B2D5bits_t __at (0xE4B) B2D5bits; extern __sfr __at (0xE4C) B2D6; typedef union { struct { unsigned B2D60 : 1; unsigned B2D61 : 1; unsigned B2D62 : 1; unsigned B2D63 : 1; unsigned B2D64 : 1; unsigned B2D65 : 1; unsigned B2D66 : 1; unsigned B2D67 : 1; }; } __B2D6bits_t; extern volatile __B2D6bits_t __at (0xE4C) B2D6bits; extern __sfr __at (0xE4D) B2D7; typedef union { struct { unsigned B2D70 : 1; unsigned B2D71 : 1; unsigned B2D72 : 1; unsigned B2D73 : 1; unsigned B2D74 : 1; unsigned B2D75 : 1; unsigned B2D76 : 1; unsigned B2D77 : 1; }; } __B2D7bits_t; extern volatile __B2D7bits_t __at (0xE4D) B2D7bits; extern __sfr __at (0xE4E) CANSTAT_RO7; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO7bits_t; extern volatile __CANSTAT_RO7bits_t __at (0xE4E) CANSTAT_RO7bits; extern __sfr __at (0xE4F) CANCON_RO7; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO7bits_t; extern volatile __CANCON_RO7bits_t __at (0xE4F) CANCON_RO7bits; extern __sfr __at (0xE50) B3CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B3CON : 1; unsigned : 1; unsigned : 1; }; } __B3CONbits_t; extern volatile __B3CONbits_t __at (0xE50) B3CONbits; extern __sfr __at (0xE51) B3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B3SIDHbits_t; extern volatile __B3SIDHbits_t __at (0xE51) B3SIDHbits; extern __sfr __at (0xE52) B3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B3SIDLbits_t; extern volatile __B3SIDLbits_t __at (0xE52) B3SIDLbits; extern __sfr __at (0xE53) B3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B3EIDHbits_t; extern volatile __B3EIDHbits_t __at (0xE53) B3EIDHbits; extern __sfr __at (0xE54) B3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B3EIDLbits_t; extern volatile __B3EIDLbits_t __at (0xE54) B3EIDLbits; extern __sfr __at (0xE55) B3DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B3DLC : 1; unsigned RB1_B3DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B3DLCbits_t; extern volatile __B3DLCbits_t __at (0xE55) B3DLCbits; extern __sfr __at (0xE56) B3D0; typedef union { struct { unsigned B3D00 : 1; unsigned B3D01 : 1; unsigned B3D02 : 1; unsigned B3D03 : 1; unsigned B3D04 : 1; unsigned B3D05 : 1; unsigned B3D06 : 1; unsigned B3D07 : 1; }; } __B3D0bits_t; extern volatile __B3D0bits_t __at (0xE56) B3D0bits; extern __sfr __at (0xE57) B3D1; typedef union { struct { unsigned B3D10 : 1; unsigned B3D11 : 1; unsigned B3D12 : 1; unsigned B3D13 : 1; unsigned B3D14 : 1; unsigned B3D15 : 1; unsigned B3D16 : 1; unsigned B3D17 : 1; }; } __B3D1bits_t; extern volatile __B3D1bits_t __at (0xE57) B3D1bits; extern __sfr __at (0xE58) B3D2; typedef union { struct { unsigned B3D20 : 1; unsigned B3D21 : 1; unsigned B3D22 : 1; unsigned B3D23 : 1; unsigned B3D24 : 1; unsigned B3D25 : 1; unsigned B3D26 : 1; unsigned B3D27 : 1; }; } __B3D2bits_t; extern volatile __B3D2bits_t __at (0xE58) B3D2bits; extern __sfr __at (0xE59) B3D3; typedef union { struct { unsigned B3D30 : 1; unsigned B3D31 : 1; unsigned B3D32 : 1; unsigned B3D33 : 1; unsigned B3D34 : 1; unsigned B3D35 : 1; unsigned B3D36 : 1; unsigned B3D37 : 1; }; } __B3D3bits_t; extern volatile __B3D3bits_t __at (0xE59) B3D3bits; extern __sfr __at (0xE5A) B3D4; typedef union { struct { unsigned B3D40 : 1; unsigned B3D41 : 1; unsigned B3D42 : 1; unsigned B3D43 : 1; unsigned B3D44 : 1; unsigned B3D45 : 1; unsigned B3D46 : 1; unsigned B3D47 : 1; }; } __B3D4bits_t; extern volatile __B3D4bits_t __at (0xE5A) B3D4bits; extern __sfr __at (0xE5B) B3D5; typedef union { struct { unsigned B3D50 : 1; unsigned B3D51 : 1; unsigned B3D52 : 1; unsigned B3D53 : 1; unsigned B3D54 : 1; unsigned B3D55 : 1; unsigned B3D56 : 1; unsigned B3D57 : 1; }; } __B3D5bits_t; extern volatile __B3D5bits_t __at (0xE5B) B3D5bits; extern __sfr __at (0xE5C) B3D6; typedef union { struct { unsigned B3D60 : 1; unsigned B3D61 : 1; unsigned B3D62 : 1; unsigned B3D63 : 1; unsigned B3D64 : 1; unsigned B3D65 : 1; unsigned B3D66 : 1; unsigned B3D67 : 1; }; } __B3D6bits_t; extern volatile __B3D6bits_t __at (0xE5C) B3D6bits; extern __sfr __at (0xE5D) B3D7; typedef union { struct { unsigned B3D70 : 1; unsigned B3D71 : 1; unsigned B3D72 : 1; unsigned B3D73 : 1; unsigned B3D74 : 1; unsigned B3D75 : 1; unsigned B3D76 : 1; unsigned B3D77 : 1; }; } __B3D7bits_t; extern volatile __B3D7bits_t __at (0xE5D) B3D7bits; extern __sfr __at (0xE5E) CANSTAT_RO6; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO6bits_t; extern volatile __CANSTAT_RO6bits_t __at (0xE5E) CANSTAT_RO6bits; extern __sfr __at (0xE5F) CANCON_RO6; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO6bits_t; extern volatile __CANCON_RO6bits_t __at (0xE5F) CANCON_RO6bits; extern __sfr __at (0xE60) B4CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B4CON : 1; unsigned : 1; unsigned : 1; }; } __B4CONbits_t; extern volatile __B4CONbits_t __at (0xE60) B4CONbits; extern __sfr __at (0xE61) B4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B4SIDHbits_t; extern volatile __B4SIDHbits_t __at (0xE61) B4SIDHbits; extern __sfr __at (0xE62) B4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B4SIDLbits_t; extern volatile __B4SIDLbits_t __at (0xE62) B4SIDLbits; extern __sfr __at (0xE63) B4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B4EIDHbits_t; extern volatile __B4EIDHbits_t __at (0xE63) B4EIDHbits; extern __sfr __at (0xE64) B4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B4EIDLbits_t; extern volatile __B4EIDLbits_t __at (0xE64) B4EIDLbits; extern __sfr __at (0xE65) B4DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B4DLC : 1; unsigned RB1_B4DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B4DLCbits_t; extern volatile __B4DLCbits_t __at (0xE65) B4DLCbits; extern __sfr __at (0xE66) B4D0; typedef union { struct { unsigned B4D00 : 1; unsigned B4D01 : 1; unsigned B4D02 : 1; unsigned B4D03 : 1; unsigned B4D04 : 1; unsigned B4D05 : 1; unsigned B4D06 : 1; unsigned B4D07 : 1; }; } __B4D0bits_t; extern volatile __B4D0bits_t __at (0xE66) B4D0bits; extern __sfr __at (0xE67) B4D1; typedef union { struct { unsigned B4D10 : 1; unsigned B4D11 : 1; unsigned B4D12 : 1; unsigned B4D13 : 1; unsigned B4D14 : 1; unsigned B4D15 : 1; unsigned B4D16 : 1; unsigned B4D17 : 1; }; } __B4D1bits_t; extern volatile __B4D1bits_t __at (0xE67) B4D1bits; extern __sfr __at (0xE68) B4D2; typedef union { struct { unsigned B4D20 : 1; unsigned B4D21 : 1; unsigned B4D22 : 1; unsigned B4D23 : 1; unsigned B4D24 : 1; unsigned B4D25 : 1; unsigned B4D26 : 1; unsigned B4D27 : 1; }; } __B4D2bits_t; extern volatile __B4D2bits_t __at (0xE68) B4D2bits; extern __sfr __at (0xE69) B4D3; typedef union { struct { unsigned B4D30 : 1; unsigned B4D31 : 1; unsigned B4D32 : 1; unsigned B4D33 : 1; unsigned B4D34 : 1; unsigned B4D35 : 1; unsigned B4D36 : 1; unsigned B4D37 : 1; }; } __B4D3bits_t; extern volatile __B4D3bits_t __at (0xE69) B4D3bits; extern __sfr __at (0xE6A) B4D4; typedef union { struct { unsigned B4D40 : 1; unsigned B4D41 : 1; unsigned B4D42 : 1; unsigned B4D43 : 1; unsigned B4D44 : 1; unsigned B4D45 : 1; unsigned B4D46 : 1; unsigned B4D47 : 1; }; } __B4D4bits_t; extern volatile __B4D4bits_t __at (0xE6A) B4D4bits; extern __sfr __at (0xE6B) B4D5; typedef union { struct { unsigned B4D50 : 1; unsigned B4D51 : 1; unsigned B4D52 : 1; unsigned B4D53 : 1; unsigned B4D54 : 1; unsigned B4D55 : 1; unsigned B4D56 : 1; unsigned B4D57 : 1; }; } __B4D5bits_t; extern volatile __B4D5bits_t __at (0xE6B) B4D5bits; extern __sfr __at (0xE6C) B4D6; typedef union { struct { unsigned B4D60 : 1; unsigned B4D61 : 1; unsigned B4D62 : 1; unsigned B4D63 : 1; unsigned B4D64 : 1; unsigned B4D65 : 1; unsigned B4D66 : 1; unsigned B4D67 : 1; }; } __B4D6bits_t; extern volatile __B4D6bits_t __at (0xE6C) B4D6bits; extern __sfr __at (0xE6D) B4D7; typedef union { struct { unsigned B4D70 : 1; unsigned B4D71 : 1; unsigned B4D72 : 1; unsigned B4D73 : 1; unsigned B4D74 : 1; unsigned B4D75 : 1; unsigned B4D76 : 1; unsigned B46D77 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B4D77 : 1; }; } __B4D7bits_t; extern volatile __B4D7bits_t __at (0xE6D) B4D7bits; extern __sfr __at (0xE6E) CANSTAT_RO5; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO5bits_t; extern volatile __CANSTAT_RO5bits_t __at (0xE6E) CANSTAT_RO5bits; extern __sfr __at (0xE6F) CANCON_RO5; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO5bits_t; extern volatile __CANCON_RO5bits_t __at (0xE6F) CANCON_RO5bits; extern __sfr __at (0xE70) B5CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B5CON : 1; unsigned : 1; unsigned : 1; }; } __B5CONbits_t; extern volatile __B5CONbits_t __at (0xE70) B5CONbits; extern __sfr __at (0xE71) B5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B5SIDHbits_t; extern volatile __B5SIDHbits_t __at (0xE71) B5SIDHbits; extern __sfr __at (0xE72) B5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5SIDLbits_t; extern volatile __B5SIDLbits_t __at (0xE72) B5SIDLbits; extern __sfr __at (0xE73) B5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B5EIDHbits_t; extern volatile __B5EIDHbits_t __at (0xE73) B5EIDHbits; extern __sfr __at (0xE74) B5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B5EIDLbits_t; extern volatile __B5EIDLbits_t __at (0xE74) B5EIDLbits; extern __sfr __at (0xE75) B5DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B5DLC : 1; unsigned RB1_B5DLC : 1; unsigned : 1; unsigned : 1; }; } __B5DLCbits_t; extern volatile __B5DLCbits_t __at (0xE75) B5DLCbits; extern __sfr __at (0xE76) B5D0; typedef union { struct { unsigned B5D00 : 1; unsigned B5D01 : 1; unsigned B5D02 : 1; unsigned B5D03 : 1; unsigned B5D04 : 1; unsigned B5D05 : 1; unsigned B5D06 : 1; unsigned B57D07 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D07 : 1; }; } __B5D0bits_t; extern volatile __B5D0bits_t __at (0xE76) B5D0bits; extern __sfr __at (0xE77) B5D1; typedef union { struct { unsigned B5D10 : 1; unsigned B5D11 : 1; unsigned B5D12 : 1; unsigned B5D13 : 1; unsigned B5D14 : 1; unsigned B5D15 : 1; unsigned B5D16 : 1; unsigned B5D17 : 1; }; } __B5D1bits_t; extern volatile __B5D1bits_t __at (0xE77) B5D1bits; extern __sfr __at (0xE78) B5D2; typedef union { struct { unsigned B5D20 : 1; unsigned B5D21 : 1; unsigned B5D22 : 1; unsigned B57D23 : 1; unsigned B5D24 : 1; unsigned B5D25 : 1; unsigned B5D26 : 1; unsigned B5D27 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D23 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5D2bits_t; extern volatile __B5D2bits_t __at (0xE78) B5D2bits; extern __sfr __at (0xE79) B5D3; typedef union { struct { unsigned B5D30 : 1; unsigned B5D31 : 1; unsigned B5D32 : 1; unsigned B5D33 : 1; unsigned B5D34 : 1; unsigned B5D35 : 1; unsigned B5D36 : 1; unsigned B5D37 : 1; }; } __B5D3bits_t; extern volatile __B5D3bits_t __at (0xE79) B5D3bits; extern __sfr __at (0xE7A) B5D4; typedef union { struct { unsigned B5D40 : 1; unsigned B5D41 : 1; unsigned B5D42 : 1; unsigned B5D43 : 1; unsigned B5D44 : 1; unsigned B5D45 : 1; unsigned B5D46 : 1; unsigned B5D47 : 1; }; } __B5D4bits_t; extern volatile __B5D4bits_t __at (0xE7A) B5D4bits; extern __sfr __at (0xE7B) B5D5; typedef union { struct { unsigned B5D50 : 1; unsigned B5D51 : 1; unsigned B5D52 : 1; unsigned B5D53 : 1; unsigned B5D54 : 1; unsigned B5D55 : 1; unsigned B5D56 : 1; unsigned B5D57 : 1; }; } __B5D5bits_t; extern volatile __B5D5bits_t __at (0xE7B) B5D5bits; extern __sfr __at (0xE7C) B5D6; typedef union { struct { unsigned B5D60 : 1; unsigned B5D61 : 1; unsigned B5D62 : 1; unsigned B5D63 : 1; unsigned B5D64 : 1; unsigned B5D65 : 1; unsigned B5D66 : 1; unsigned B5D67 : 1; }; } __B5D6bits_t; extern volatile __B5D6bits_t __at (0xE7C) B5D6bits; extern __sfr __at (0xE7D) B5D7; typedef union { struct { unsigned B5D70 : 1; unsigned B5D71 : 1; unsigned B5D72 : 1; unsigned B5D73 : 1; unsigned B5D74 : 1; unsigned B5D75 : 1; unsigned B5D76 : 1; unsigned B5D77 : 1; }; } __B5D7bits_t; extern volatile __B5D7bits_t __at (0xE7D) B5D7bits; extern __sfr __at (0xE7E) CANSTAT_RO4; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO4bits_t; extern volatile __CANSTAT_RO4bits_t __at (0xE7E) CANSTAT_RO4bits; extern __sfr __at (0xE7F) CANCON_RO4; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO4bits_t; extern volatile __CANCON_RO4bits_t __at (0xE7F) CANCON_RO4bits; extern __sfr __at (0xF00) RXF0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF0SIDHbits_t; extern volatile __RXF0SIDHbits_t __at (0xF00) RXF0SIDHbits; extern __sfr __at (0xF01) RXF0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xF01) RXF0SIDLbits; extern __sfr __at (0xF02) RXF0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF0EIDHbits_t; extern volatile __RXF0EIDHbits_t __at (0xF02) RXF0EIDHbits; extern __sfr __at (0xF03) RXF0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF0EIDLbits_t; extern volatile __RXF0EIDLbits_t __at (0xF03) RXF0EIDLbits; extern __sfr __at (0xF04) RXF1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF1SIDHbits_t; extern volatile __RXF1SIDHbits_t __at (0xF04) RXF1SIDHbits; extern __sfr __at (0xF05) RXF1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xF05) RXF1SIDLbits; extern __sfr __at (0xF06) RXF1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF1EIDHbits_t; extern volatile __RXF1EIDHbits_t __at (0xF06) RXF1EIDHbits; extern __sfr __at (0xF07) RXF1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF1EIDLbits_t; extern volatile __RXF1EIDLbits_t __at (0xF07) RXF1EIDLbits; extern __sfr __at (0xF08) RXF2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF2SIDHbits_t; extern volatile __RXF2SIDHbits_t __at (0xF08) RXF2SIDHbits; extern __sfr __at (0xF09) RXF2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF2SIDLbits_t; extern volatile __RXF2SIDLbits_t __at (0xF09) RXF2SIDLbits; extern __sfr __at (0xF0A) RXF2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF2EIDHbits_t; extern volatile __RXF2EIDHbits_t __at (0xF0A) RXF2EIDHbits; extern __sfr __at (0xF0B) RXF2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xF0B) RXF2EIDLbits; extern __sfr __at (0xF0C) RXF3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF3SIDHbits_t; extern volatile __RXF3SIDHbits_t __at (0xF0C) RXF3SIDHbits; extern __sfr __at (0xF0D) RXF3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xF0D) RXF3SIDLbits; extern __sfr __at (0xF0E) RXF3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF3EIDHbits_t; extern volatile __RXF3EIDHbits_t __at (0xF0E) RXF3EIDHbits; extern __sfr __at (0xF0F) RXF3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF3EIDLbits_t; extern volatile __RXF3EIDLbits_t __at (0xF0F) RXF3EIDLbits; extern __sfr __at (0xF10) RXF4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF4SIDHbits_t; extern volatile __RXF4SIDHbits_t __at (0xF10) RXF4SIDHbits; extern __sfr __at (0xF11) RXF4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xF11) RXF4SIDLbits; extern __sfr __at (0xF12) RXF4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF4EIDHbits_t; extern volatile __RXF4EIDHbits_t __at (0xF12) RXF4EIDHbits; extern __sfr __at (0xF13) RXF4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF4EIDLbits_t; extern volatile __RXF4EIDLbits_t __at (0xF13) RXF4EIDLbits; extern __sfr __at (0xF14) RXF5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF5SIDHbits_t; extern volatile __RXF5SIDHbits_t __at (0xF14) RXF5SIDHbits; extern __sfr __at (0xF15) RXF5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xF15) RXF5SIDLbits; extern __sfr __at (0xF16) RXF5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF5EIDHbits_t; extern volatile __RXF5EIDHbits_t __at (0xF16) RXF5EIDHbits; extern __sfr __at (0xF17) RXF5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF5EIDLbits_t; extern volatile __RXF5EIDLbits_t __at (0xF17) RXF5EIDLbits; extern __sfr __at (0xF18) RXM0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM0SIDHbits_t; extern volatile __RXM0SIDHbits_t __at (0xF18) RXM0SIDHbits; extern __sfr __at (0xF19) RXM0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xF19) RXM0SIDLbits; extern __sfr __at (0xF1A) RXM0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM0EIDHbits_t; extern volatile __RXM0EIDHbits_t __at (0xF1A) RXM0EIDHbits; extern __sfr __at (0xF1B) RXM0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM0EIDLbits_t; extern volatile __RXM0EIDLbits_t __at (0xF1B) RXM0EIDLbits; extern __sfr __at (0xF1C) RXM1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM1SIDHbits_t; extern volatile __RXM1SIDHbits_t __at (0xF1C) RXM1SIDHbits; extern __sfr __at (0xF1D) RXM1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xF1D) RXM1SIDLbits; extern __sfr __at (0xF1E) RXM1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM1EIDHbits_t; extern volatile __RXM1EIDHbits_t __at (0xF1E) RXM1EIDHbits; extern __sfr __at (0xF1F) RXM1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM1EIDLbits_t; extern volatile __RXM1EIDLbits_t __at (0xF1F) RXM1EIDLbits; extern __sfr __at (0xF20) TXB2CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFBXB2CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xF20) TXB2CONbits; extern __sfr __at (0xF21) TXB2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB2SIDHbits_t; extern volatile __TXB2SIDHbits_t __at (0xF21) TXB2SIDHbits; extern __sfr __at (0xF22) TXB2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xF22) TXB2SIDLbits; extern __sfr __at (0xF23) TXB2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB2EIDHbits_t; extern volatile __TXB2EIDHbits_t __at (0xF23) TXB2EIDHbits; extern __sfr __at (0xF24) TXB2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB2EIDLbits_t; extern volatile __TXB2EIDLbits_t __at (0xF24) TXB2EIDLbits; extern __sfr __at (0xF25) TXB2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xF25) TXB2DLCbits; extern __sfr __at (0xF26) TXB2D0; typedef union { struct { unsigned TXB2D00 : 1; unsigned TXB2D01 : 1; unsigned TXB2D02 : 1; unsigned TXB2D03 : 1; unsigned TXB2D04 : 1; unsigned TXB2D05 : 1; unsigned TXB2D06 : 1; unsigned TXB2D07 : 1; }; } __TXB2D0bits_t; extern volatile __TXB2D0bits_t __at (0xF26) TXB2D0bits; extern __sfr __at (0xF27) TXB2D1; typedef union { struct { unsigned TXB2D10 : 1; unsigned TXB2D11 : 1; unsigned TXB2D12 : 1; unsigned TXB2D13 : 1; unsigned TXB2D14 : 1; unsigned TXB2D15 : 1; unsigned TXB2D16 : 1; unsigned TXB2D17 : 1; }; } __TXB2D1bits_t; extern volatile __TXB2D1bits_t __at (0xF27) TXB2D1bits; extern __sfr __at (0xF28) TXB2D2; typedef union { struct { unsigned TXB2D20 : 1; unsigned TXB2D21 : 1; unsigned TXB2D22 : 1; unsigned TXB2D23 : 1; unsigned TXB2D24 : 1; unsigned TXB2D25 : 1; unsigned TXB2D26 : 1; unsigned TXB2D27 : 1; }; } __TXB2D2bits_t; extern volatile __TXB2D2bits_t __at (0xF28) TXB2D2bits; extern __sfr __at (0xF29) TXB2D3; typedef union { struct { unsigned TXB2D30 : 1; unsigned TXB2D31 : 1; unsigned TXB2D32 : 1; unsigned TXB2D33 : 1; unsigned TXB2D34 : 1; unsigned TXB2D35 : 1; unsigned TXB2D36 : 1; unsigned TXB2D37 : 1; }; } __TXB2D3bits_t; extern volatile __TXB2D3bits_t __at (0xF29) TXB2D3bits; extern __sfr __at (0xF2A) TXB2D4; typedef union { struct { unsigned TXB2D40 : 1; unsigned TXB2D41 : 1; unsigned TXB2D42 : 1; unsigned TXB2D43 : 1; unsigned TXB2D44 : 1; unsigned TXB2D45 : 1; unsigned TXB2D46 : 1; unsigned TXB2D47 : 1; }; } __TXB2D4bits_t; extern volatile __TXB2D4bits_t __at (0xF2A) TXB2D4bits; extern __sfr __at (0xF2B) TXB2D5; typedef union { struct { unsigned TXB2D50 : 1; unsigned TXB2D51 : 1; unsigned TXB2D52 : 1; unsigned TXB2D53 : 1; unsigned TXB2D54 : 1; unsigned TXB2D55 : 1; unsigned TXB2D56 : 1; unsigned TXB2D57 : 1; }; } __TXB2D5bits_t; extern volatile __TXB2D5bits_t __at (0xF2B) TXB2D5bits; extern __sfr __at (0xF2C) TXB2D6; typedef union { struct { unsigned TXB2D60 : 1; unsigned TXB2D61 : 1; unsigned TXB2D62 : 1; unsigned TXB2D63 : 1; unsigned TXB2D64 : 1; unsigned TXB2D65 : 1; unsigned TXB2D66 : 1; unsigned TXB2D67 : 1; }; } __TXB2D6bits_t; extern volatile __TXB2D6bits_t __at (0xF2C) TXB2D6bits; extern __sfr __at (0xF2D) TXB2D7; typedef union { struct { unsigned TXB2D70 : 1; unsigned TXB2D71 : 1; unsigned TXB2D72 : 1; unsigned TXB2D73 : 1; unsigned TXB2D74 : 1; unsigned TXB2D75 : 1; unsigned TXB2D76 : 1; unsigned TXB2D77 : 1; }; } __TXB2D7bits_t; extern volatile __TXB2D7bits_t __at (0xF2D) TXB2D7bits; extern __sfr __at (0xF2E) CANSTAT_RO3; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO3bits_t; extern volatile __CANSTAT_RO3bits_t __at (0xF2E) CANSTAT_RO3bits; extern __sfr __at (0xF2F) CANCON_RO3; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO3bits_t; extern volatile __CANCON_RO3bits_t __at (0xF2F) CANCON_RO3bits; extern __sfr __at (0xF30) TXB1CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFTXB1CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xF30) TXB1CONbits; extern __sfr __at (0xF31) TXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB1SIDHbits_t; extern volatile __TXB1SIDHbits_t __at (0xF31) TXB1SIDHbits; extern __sfr __at (0xF32) TXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xF32) TXB1SIDLbits; extern __sfr __at (0xF33) TXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB1EIDHbits_t; extern volatile __TXB1EIDHbits_t __at (0xF33) TXB1EIDHbits; extern __sfr __at (0xF34) TXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB1EIDLbits_t; extern volatile __TXB1EIDLbits_t __at (0xF34) TXB1EIDLbits; extern __sfr __at (0xF35) TXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xF35) TXB1DLCbits; extern __sfr __at (0xF36) TXB1D0; typedef union { struct { unsigned TXB1D00 : 1; unsigned TXB1D01 : 1; unsigned TXB1D02 : 1; unsigned TXB1D03 : 1; unsigned TXB1D04 : 1; unsigned TXB1D05 : 1; unsigned TXB1D06 : 1; unsigned TXB1D07 : 1; }; } __TXB1D0bits_t; extern volatile __TXB1D0bits_t __at (0xF36) TXB1D0bits; extern __sfr __at (0xF37) TXB1D1; typedef union { struct { unsigned TXB1D10 : 1; unsigned TXB1D11 : 1; unsigned TXB1D12 : 1; unsigned TXB1D13 : 1; unsigned TXB1D14 : 1; unsigned TXB1D15 : 1; unsigned TXB1D16 : 1; unsigned TXB1D17 : 1; }; } __TXB1D1bits_t; extern volatile __TXB1D1bits_t __at (0xF37) TXB1D1bits; extern __sfr __at (0xF38) TXB1D2; typedef union { struct { unsigned TXB1D20 : 1; unsigned TXB1D21 : 1; unsigned TXB1D22 : 1; unsigned TXB1D23 : 1; unsigned TXB1D24 : 1; unsigned TXB1D25 : 1; unsigned TXB1D26 : 1; unsigned TXB1D27 : 1; }; } __TXB1D2bits_t; extern volatile __TXB1D2bits_t __at (0xF38) TXB1D2bits; extern __sfr __at (0xF39) TXB1D3; typedef union { struct { unsigned TXB1D30 : 1; unsigned TXB1D31 : 1; unsigned TXB1D32 : 1; unsigned TXB1D33 : 1; unsigned TXB1D34 : 1; unsigned TXB1D35 : 1; unsigned TXB1D36 : 1; unsigned TXB1D37 : 1; }; } __TXB1D3bits_t; extern volatile __TXB1D3bits_t __at (0xF39) TXB1D3bits; extern __sfr __at (0xF3A) TXB1D4; typedef union { struct { unsigned TXB1D40 : 1; unsigned TXB1D41 : 1; unsigned TXB1D42 : 1; unsigned TXB1D43 : 1; unsigned TXB1D44 : 1; unsigned TXB1D45 : 1; unsigned TXB1D46 : 1; unsigned TXB1D47 : 1; }; } __TXB1D4bits_t; extern volatile __TXB1D4bits_t __at (0xF3A) TXB1D4bits; extern __sfr __at (0xF3B) TXB1D5; typedef union { struct { unsigned TXB1D50 : 1; unsigned TXB1D51 : 1; unsigned TXB1D52 : 1; unsigned TXB1D53 : 1; unsigned TXB1D54 : 1; unsigned TXB1D55 : 1; unsigned TXB1D56 : 1; unsigned TXB1D57 : 1; }; } __TXB1D5bits_t; extern volatile __TXB1D5bits_t __at (0xF3B) TXB1D5bits; extern __sfr __at (0xF3C) TXB1D6; typedef union { struct { unsigned TXB1D60 : 1; unsigned TXB1D61 : 1; unsigned TXB1D62 : 1; unsigned TXB1D63 : 1; unsigned TXB1D64 : 1; unsigned TXB1D65 : 1; unsigned TXB1D66 : 1; unsigned TXB1D67 : 1; }; } __TXB1D6bits_t; extern volatile __TXB1D6bits_t __at (0xF3C) TXB1D6bits; extern __sfr __at (0xF3D) TXB1D7; typedef union { struct { unsigned TXB1D70 : 1; unsigned TXB1D71 : 1; unsigned TXB1D72 : 1; unsigned TXB1D73 : 1; unsigned TXB1D74 : 1; unsigned TXB1D75 : 1; unsigned TXB1D76 : 1; unsigned TXB1D77 : 1; }; } __TXB1D7bits_t; extern volatile __TXB1D7bits_t __at (0xF3D) TXB1D7bits; extern __sfr __at (0xF3E) CANSTAT_RO2; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO2bits_t; extern volatile __CANSTAT_RO2bits_t __at (0xF3E) CANSTAT_RO2bits; extern __sfr __at (0xF3F) CANCON_RO2; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO2bits_t; extern volatile __CANCON_RO2bits_t __at (0xF3F) CANCON_RO2bits; extern __sfr __at (0xF40) TXB0CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xF40) TXB0CONbits; extern __sfr __at (0xF41) TXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB0SIDHbits_t; extern volatile __TXB0SIDHbits_t __at (0xF41) TXB0SIDHbits; extern __sfr __at (0xF42) TXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB0SIDLbits_t; extern volatile __TXB0SIDLbits_t __at (0xF42) TXB0SIDLbits; extern __sfr __at (0xF43) TXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB0EIDHbits_t; extern volatile __TXB0EIDHbits_t __at (0xF43) TXB0EIDHbits; extern __sfr __at (0xF44) TXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB0EIDLbits_t; extern volatile __TXB0EIDLbits_t __at (0xF44) TXB0EIDLbits; extern __sfr __at (0xF45) TXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xF45) TXB0DLCbits; extern __sfr __at (0xF46) TXB0D0; typedef union { struct { unsigned TXB0D00 : 1; unsigned TXB0D01 : 1; unsigned TXB0D02 : 1; unsigned TXB0D03 : 1; unsigned TXB0D04 : 1; unsigned TXB0D05 : 1; unsigned TXB0D06 : 1; unsigned TXB0D07 : 1; }; } __TXB0D0bits_t; extern volatile __TXB0D0bits_t __at (0xF46) TXB0D0bits; extern __sfr __at (0xF47) TXB0D1; typedef union { struct { unsigned TXB0D10 : 1; unsigned TXB0D11 : 1; unsigned TXB0D12 : 1; unsigned TXB0D13 : 1; unsigned TXB0D14 : 1; unsigned TXB0D15 : 1; unsigned TXB0D16 : 1; unsigned TXB0D17 : 1; }; } __TXB0D1bits_t; extern volatile __TXB0D1bits_t __at (0xF47) TXB0D1bits; extern __sfr __at (0xF48) TXB0D2; typedef union { struct { unsigned TXB0D20 : 1; unsigned TXB0D21 : 1; unsigned TXB0D22 : 1; unsigned TXB0D23 : 1; unsigned TXB0D24 : 1; unsigned TXB0D25 : 1; unsigned TXB0D26 : 1; unsigned TXB0D27 : 1; }; } __TXB0D2bits_t; extern volatile __TXB0D2bits_t __at (0xF48) TXB0D2bits; extern __sfr __at (0xF49) TXB0D3; typedef union { struct { unsigned TXB0D30 : 1; unsigned TXB0D31 : 1; unsigned TXB0D32 : 1; unsigned TXB0D33 : 1; unsigned TXB0D34 : 1; unsigned TXB0D35 : 1; unsigned TXB0D36 : 1; unsigned TXB0D37 : 1; }; } __TXB0D3bits_t; extern volatile __TXB0D3bits_t __at (0xF49) TXB0D3bits; extern __sfr __at (0xF4A) TXB0D4; typedef union { struct { unsigned TXB0D40 : 1; unsigned TXB0D41 : 1; unsigned TXB0D42 : 1; unsigned TXB0D43 : 1; unsigned TXB0D44 : 1; unsigned TXB0D45 : 1; unsigned TXB0D46 : 1; unsigned TXB0D47 : 1; }; } __TXB0D4bits_t; extern volatile __TXB0D4bits_t __at (0xF4A) TXB0D4bits; extern __sfr __at (0xF4B) TXB0D5; typedef union { struct { unsigned TXB0D50 : 1; unsigned TXB0D51 : 1; unsigned TXB0D52 : 1; unsigned TXB0D53 : 1; unsigned TXB0D54 : 1; unsigned TXB0D55 : 1; unsigned TXB0D56 : 1; unsigned TXB0D57 : 1; }; } __TXB0D5bits_t; extern volatile __TXB0D5bits_t __at (0xF4B) TXB0D5bits; extern __sfr __at (0xF4C) TXB0D6; typedef union { struct { unsigned TXB0D60 : 1; unsigned TXB0D61 : 1; unsigned TXB0D62 : 1; unsigned TXB0D63 : 1; unsigned TXB0D64 : 1; unsigned TXB0D65 : 1; unsigned TXB0D66 : 1; unsigned TXB0D67 : 1; }; } __TXB0D6bits_t; extern volatile __TXB0D6bits_t __at (0xF4C) TXB0D6bits; extern __sfr __at (0xF4D) TXB0D7; typedef union { struct { unsigned TXB0D70 : 1; unsigned TXB0D71 : 1; unsigned TXB0D72 : 1; unsigned TXB0D73 : 1; unsigned TXB0D74 : 1; unsigned TXB0D75 : 1; unsigned TXB0D76 : 1; unsigned TXB0D77 : 1; }; } __TXB0D7bits_t; extern volatile __TXB0D7bits_t __at (0xF4D) TXB0D7bits; extern __sfr __at (0xF4E) CANSTAT_RO1; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO1bits_t; extern volatile __CANSTAT_RO1bits_t __at (0xF4E) CANSTAT_RO1bits; extern __sfr __at (0xF4F) CANCON_RO1; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO1bits_t; extern volatile __CANCON_RO1bits_t __at (0xF4F) CANCON_RO1bits; extern __sfr __at (0xF50) RXB1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned RXRTRRO_RXB1CON : 1; unsigned FILHIT4 : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned FILHIT3 : 1; unsigned : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xF50) RXB1CONbits; extern __sfr __at (0xF51) RXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB1SIDHbits_t; extern volatile __RXB1SIDHbits_t __at (0xF51) RXB1SIDHbits; extern __sfr __at (0xF52) RXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xF52) RXB1SIDLbits; extern __sfr __at (0xF53) RXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB1EIDHbits_t; extern volatile __RXB1EIDHbits_t __at (0xF53) RXB1EIDHbits; extern __sfr __at (0xF54) RXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB1EIDLbits_t; extern volatile __RXB1EIDLbits_t __at (0xF54) RXB1EIDLbits; extern __sfr __at (0xF55) RXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB1DLC : 1; unsigned RB1_RXB1DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xF55) RXB1DLCbits; extern __sfr __at (0xF56) RXB1D0; typedef union { struct { unsigned RXB1D00 : 1; unsigned RXB1D01 : 1; unsigned RXB1D02 : 1; unsigned RXB1D03 : 1; unsigned RXB1D04 : 1; unsigned RXB1D05 : 1; unsigned RXB1D06 : 1; unsigned RXB1D07 : 1; }; } __RXB1D0bits_t; extern volatile __RXB1D0bits_t __at (0xF56) RXB1D0bits; extern __sfr __at (0xF57) RXB1D1; typedef union { struct { unsigned RXB1D10 : 1; unsigned RXB1D11 : 1; unsigned RXB1D12 : 1; unsigned RXB1D13 : 1; unsigned RXB1D14 : 1; unsigned RXB1D15 : 1; unsigned RXB1D16 : 1; unsigned RXB1D17 : 1; }; } __RXB1D1bits_t; extern volatile __RXB1D1bits_t __at (0xF57) RXB1D1bits; extern __sfr __at (0xF58) RXB1D2; typedef union { struct { unsigned RXB1D20 : 1; unsigned RXB1D21 : 1; unsigned RXB1D22 : 1; unsigned RXB1D23 : 1; unsigned RXB1D24 : 1; unsigned RXB1D25 : 1; unsigned RXB1D26 : 1; unsigned RXB1D27 : 1; }; } __RXB1D2bits_t; extern volatile __RXB1D2bits_t __at (0xF58) RXB1D2bits; extern __sfr __at (0xF59) RXB1D3; typedef union { struct { unsigned RXB1D30 : 1; unsigned RXB1D31 : 1; unsigned RXB1D32 : 1; unsigned RXB1D33 : 1; unsigned RXB1D34 : 1; unsigned RXB1D35 : 1; unsigned RXB1D36 : 1; unsigned RXB1D37 : 1; }; } __RXB1D3bits_t; extern volatile __RXB1D3bits_t __at (0xF59) RXB1D3bits; extern __sfr __at (0xF5A) RXB1D4; typedef union { struct { unsigned RXB1D40 : 1; unsigned RXB1D41 : 1; unsigned RXB1D42 : 1; unsigned RXB1D43 : 1; unsigned RXB1D44 : 1; unsigned RXB1D45 : 1; unsigned RXB1D46 : 1; unsigned RXB1D47 : 1; }; } __RXB1D4bits_t; extern volatile __RXB1D4bits_t __at (0xF5A) RXB1D4bits; extern __sfr __at (0xF5B) RXB1D5; typedef union { struct { unsigned RXB1D50 : 1; unsigned RXB1D51 : 1; unsigned RXB1D52 : 1; unsigned RXB1D53 : 1; unsigned RXB1D54 : 1; unsigned RXB1D55 : 1; unsigned RXB1D56 : 1; unsigned RXB1D57 : 1; }; } __RXB1D5bits_t; extern volatile __RXB1D5bits_t __at (0xF5B) RXB1D5bits; extern __sfr __at (0xF5C) RXB1D6; typedef union { struct { unsigned RXB1D60 : 1; unsigned RXB1D61 : 1; unsigned RXB1D62 : 1; unsigned RXB1D63 : 1; unsigned RXB1D64 : 1; unsigned RXB1D65 : 1; unsigned RXB1D66 : 1; unsigned RXB1D67 : 1; }; } __RXB1D6bits_t; extern volatile __RXB1D6bits_t __at (0xF5C) RXB1D6bits; extern __sfr __at (0xF5D) RXB1D7; typedef union { struct { unsigned RXB1D70 : 1; unsigned RXB1D71 : 1; unsigned RXB1D72 : 1; unsigned RXB1D73 : 1; unsigned RXB1D74 : 1; unsigned RXB1D75 : 1; unsigned RXB1D76 : 1; unsigned RXB1D77 : 1; }; } __RXB1D7bits_t; extern volatile __RXB1D7bits_t __at (0xF5D) RXB1D7bits; extern __sfr __at (0xF5E) CANSTAT_RO0; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO0bits_t; extern volatile __CANSTAT_RO0bits_t __at (0xF5E) CANSTAT_RO0bits; extern __sfr __at (0xF5F) CANCON_RO0; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO0bits_t; extern volatile __CANCON_RO0bits_t __at (0xF5F) CANCON_RO0bits; extern __sfr __at (0xF60) RXB0CON; typedef union { struct { unsigned : 1; unsigned JTOFF : 1; unsigned RXB0DBEN : 1; unsigned RXRTRRO_RXB0CON : 1; unsigned : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xF60) RXB0CONbits; extern __sfr __at (0xF61) RXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB0SIDHbits_t; extern volatile __RXB0SIDHbits_t __at (0xF61) RXB0SIDHbits; extern __sfr __at (0xF62) RXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xF62) RXB0SIDLbits; extern __sfr __at (0xF63) RXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB0EIDHbits_t; extern volatile __RXB0EIDHbits_t __at (0xF63) RXB0EIDHbits; extern __sfr __at (0xF64) RXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB0EIDLbits_t; extern volatile __RXB0EIDLbits_t __at (0xF64) RXB0EIDLbits; extern __sfr __at (0xF65) RXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB0DLC : 1; unsigned RB1_RXB0DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB0DLCbits_t; extern volatile __RXB0DLCbits_t __at (0xF65) RXB0DLCbits; extern __sfr __at (0xF66) RXB0D0; typedef union { struct { unsigned RXB0D00 : 1; unsigned RXB0D01 : 1; unsigned RXB0D02 : 1; unsigned RXB0D03 : 1; unsigned RXB0D04 : 1; unsigned RXB0D05 : 1; unsigned RXB0D06 : 1; unsigned RXB0D07 : 1; }; } __RXB0D0bits_t; extern volatile __RXB0D0bits_t __at (0xF66) RXB0D0bits; extern __sfr __at (0xF67) RXB0D1; typedef union { struct { unsigned RXB0D10 : 1; unsigned RXB0D11 : 1; unsigned RXB0D12 : 1; unsigned RXB0D13 : 1; unsigned RXB0D14 : 1; unsigned RXB0D15 : 1; unsigned RXB0D16 : 1; unsigned RXB0D17 : 1; }; } __RXB0D1bits_t; extern volatile __RXB0D1bits_t __at (0xF67) RXB0D1bits; extern __sfr __at (0xF68) RXB0D2; typedef union { struct { unsigned RXB0D20 : 1; unsigned RXB0D21 : 1; unsigned RXB0D22 : 1; unsigned RXB0D23 : 1; unsigned RXB0D24 : 1; unsigned RXB0D25 : 1; unsigned RXB0D26 : 1; unsigned RXB0D27 : 1; }; } __RXB0D2bits_t; extern volatile __RXB0D2bits_t __at (0xF68) RXB0D2bits; extern __sfr __at (0xF69) RXB0D3; typedef union { struct { unsigned RXB0D30 : 1; unsigned RXB0D31 : 1; unsigned RXB0D32 : 1; unsigned RXB0D33 : 1; unsigned RXB0D34 : 1; unsigned RXB0D35 : 1; unsigned RXB0D36 : 1; unsigned RXB0D37 : 1; }; } __RXB0D3bits_t; extern volatile __RXB0D3bits_t __at (0xF69) RXB0D3bits; extern __sfr __at (0xF6A) RXB0D4; typedef union { struct { unsigned RXB0D40 : 1; unsigned RXB0D41 : 1; unsigned RXB0D42 : 1; unsigned RXB0D43 : 1; unsigned RXB0D44 : 1; unsigned RXB0D45 : 1; unsigned RXB0D46 : 1; unsigned RXB0D47 : 1; }; } __RXB0D4bits_t; extern volatile __RXB0D4bits_t __at (0xF6A) RXB0D4bits; extern __sfr __at (0xF6B) RXB0D5; typedef union { struct { unsigned RXB0D50 : 1; unsigned RXB0D51 : 1; unsigned RXB0D52 : 1; unsigned RXB0D53 : 1; unsigned RXB0D54 : 1; unsigned RXB0D55 : 1; unsigned RXB0D56 : 1; unsigned RXB0D57 : 1; }; } __RXB0D5bits_t; extern volatile __RXB0D5bits_t __at (0xF6B) RXB0D5bits; extern __sfr __at (0xF6C) RXB0D6; typedef union { struct { unsigned RXB0D60 : 1; unsigned RXB0D61 : 1; unsigned RXB0D62 : 1; unsigned RXB0D63 : 1; unsigned RXB0D64 : 1; unsigned RXB0D65 : 1; unsigned RXB0D66 : 1; unsigned RXB0D67 : 1; }; } __RXB0D6bits_t; extern volatile __RXB0D6bits_t __at (0xF6C) RXB0D6bits; extern __sfr __at (0xF6D) RXB0D7; typedef union { struct { unsigned RXB0D70 : 1; unsigned RXB0D71 : 1; unsigned RXB0D72 : 1; unsigned RXB0D73 : 1; unsigned RXB0D74 : 1; unsigned RXB0D75 : 1; unsigned RXB0D76 : 1; unsigned RXB0D77 : 1; }; } __RXB0D7bits_t; extern volatile __RXB0D7bits_t __at (0xF6D) RXB0D7bits; extern __sfr __at (0xF6E) CANSTAT; typedef union { struct { unsigned EICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned EICODE4 : 1; unsigned OPMODE0 : 1; unsigned OPMODE1 : 1; unsigned OPMODE2 : 1; }; struct { unsigned : 1; unsigned EICODE1 : 1; unsigned EICODE2 : 1; unsigned EICODE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xF6E) CANSTATbits; extern __sfr __at (0xF6F) CANCON; typedef union { struct { unsigned FP0 : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; struct { unsigned : 1; unsigned FP1 : 1; unsigned FP2 : 1; unsigned FP3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xF6F) CANCONbits; extern __sfr __at (0xF70) BRGCON1; typedef union { struct { unsigned BRP0 : 1; unsigned BRP1 : 1; unsigned BRP2 : 1; unsigned BRP3 : 1; unsigned BRP4 : 1; unsigned BRP5 : 1; unsigned SJW0 : 1; unsigned SJW1 : 1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xF70) BRGCON1bits; extern __sfr __at (0xF71) BRGCON2; typedef union { struct { unsigned PRSEG0 : 1; unsigned PRSEG1 : 1; unsigned PRSEG2 : 1; unsigned SEG1PH0 : 1; unsigned SEG1PH1 : 1; unsigned SEG1PH2 : 1; unsigned SAM : 1; unsigned SEG2PHTS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SEG2PHT : 1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xF71) BRGCON2bits; extern __sfr __at (0xF72) BRGCON3; typedef union { struct { unsigned SEG2PH0 : 1; unsigned SEG2PH1 : 1; unsigned SEG2PH2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned WAKFIL : 1; unsigned WAKDIS : 1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xF72) BRGCON3bits; extern __sfr __at (0xF73) CIOCON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CANCAP : 1; unsigned ENDRHI : 1; unsigned : 1; unsigned : 1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xF73) CIOCONbits; extern __sfr __at (0xF74) COMSTAT; typedef union { struct { unsigned EWARN : 1; unsigned RXWARN : 1; unsigned TXWARN : 1; unsigned RXBP : 1; unsigned TXBP : 1; unsigned TXBO : 1; unsigned RXB1OVFL : 1; unsigned RXB0OVFL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXBnOVFL : 1; unsigned FIFOEMPTY : 1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xF74) COMSTATbits; extern __sfr __at (0xF75) RXERRCNT; typedef union { struct { unsigned REC0 : 1; unsigned REC1 : 1; unsigned REC2 : 1; unsigned REC3 : 1; unsigned REC4 : 1; unsigned REC5 : 1; unsigned REC6 : 1; unsigned REC7 : 1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xF75) RXERRCNTbits; extern __sfr __at (0xF76) TXERRCNT; typedef union { struct { unsigned TEC0 : 1; unsigned TEC1 : 1; unsigned TEC2 : 1; unsigned TEC3 : 1; unsigned TEC4 : 1; unsigned TEC5 : 1; unsigned TEC6 : 1; unsigned TEC7 : 1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xF76) TXERRCNTbits; extern __sfr __at (0xF77) ECANCON; typedef union { struct { unsigned EWIN0 : 1; unsigned EWIN1 : 1; unsigned EWIN2 : 1; unsigned EWIN3 : 1; unsigned EWIN4 : 1; unsigned FIFOWM : 1; unsigned MDSEL0 : 1; unsigned MDSEL1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned F : 1; unsigned : 1; unsigned : 1; }; } __ECANCONbits_t; extern volatile __ECANCONbits_t __at (0xF77) ECANCONbits; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned CVREF : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned LVDIN : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0_PORTB : 1; unsigned RB1_PORTB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CANRX : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN10 : 1; unsigned AN8 : 1; unsigned CANTX : 1; unsigned : 1; unsigned AN9 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0_DDRB : 1; unsigned RB1_DDRB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSCR : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXBIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned ERRIE : 1; unsigned WAKIE : 1; unsigned IRXIE : 1; }; struct { unsigned FIFOWMIE : 1; unsigned RXBnIE : 1; unsigned : 1; unsigned : 1; unsigned TXBnIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FIFOMWIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned RXB0IF : 1; unsigned RXB1IF : 1; unsigned TXB0IF : 1; unsigned TXB1IF : 1; unsigned TXB2IF : 1; unsigned ERRIF : 1; unsigned WAKIF : 1; unsigned IRXIF : 1; }; struct { unsigned FIFOWMIF : 1; unsigned RXBnIF : 1; unsigned : 1; unsigned : 1; unsigned TXBnIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned RXB0IP : 1; unsigned RXB1IP : 1; unsigned TXB0IP : 1; unsigned TXB1IP : 1; unsigned TXB2IP : 1; unsigned ERRIP : 1; unsigned WAKIP : 1; unsigned IRXIP : 1; }; struct { unsigned FIFOWMIP : 1; unsigned RXBnIP : 1; unsigned : 1; unsigned : 1; unsigned TXBnIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAA) EEADRH; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3NSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned T3ECCP1 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO_DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T0PS3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned SP0 : 1; unsigned SP1 : 1; unsigned SP2 : 1; unsigned SP3 : 1; unsigned SP4 : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f26k20.h000066400000000000000000000001221116427777700202100ustar00rootroot00000000000000/* * pic18f26k20.h - device specific declarations */ #include "pic18f46k20.h" sdcc-2.9.0/device/include/pic16/pic18f4220.h000066400000000000000000000573241116427777700200530ustar00rootroot00000000000000 /* * pic18f4220.h - PIC18F4220 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f4220.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F4220_H__ #define __PIC18F4220_H__ extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned RA7:1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned CCP2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned AN12:1; unsigned AN10:1; unsigned AN8:1; unsigned AN9:1; unsigned AN11:1; unsigned KBI1:1; unsigned KBI2:1; unsigned KBI3:1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf83) PORTD; typedef union { struct { unsigned RD0:1; unsigned RD1:1; unsigned RD2:1; unsigned RD3:1; unsigned RD4:1; unsigned RD5:1; unsigned RD6:1; unsigned RD7:1; }; struct { unsigned PSP0:1; unsigned PSP1:1; unsigned PSP2:1; unsigned PSP3:1; unsigned PSP4:1; unsigned PSP5:1; unsigned PSP6:1; unsigned PSP7:1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned P1B:1; unsigned P1C:1; unsigned P1D:1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xf83) PORTDbits; extern __sfr __at (0xf84) PORTE; typedef union { struct { unsigned RE0:1; unsigned RE1:1; unsigned RE2:1; unsigned RE3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned AN5:1; unsigned AN6:1; unsigned AN7:1; unsigned MCLR:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned RD:1; unsigned WR:1; unsigned CS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xf84) PORTEbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf8c) LATD; typedef union { struct { unsigned LATD0:1; unsigned LATD1:1; unsigned LATD2:1; unsigned LATD3:1; unsigned LATD4:1; unsigned LATD5:1; unsigned LATD6:1; unsigned LATD7:1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xf8c) LATDbits; extern __sfr __at (0xf8d) LATE; typedef union { struct { unsigned LATE0:1; unsigned LATE1:1; unsigned LATE2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xf8d) LATEbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf95) TRISD; typedef union { struct { unsigned TRISD0:1; unsigned TRISD1:1; unsigned TRISD2:1; unsigned TRISD3:1; unsigned TRISD4:1; unsigned TRISD5:1; unsigned TRISD6:1; unsigned TRISD7:1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xf95) TRISDbits; extern __sfr __at (0xf96) TRISE; typedef union { struct { unsigned TRISE0:1; unsigned TRISE1:1; unsigned TRISE2:1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xf96) TRISEbits; extern __sfr __at (0xf9b) OSCTUNE; typedef union { struct { unsigned TUN0:1; unsigned TUN1:1; unsigned TUN2:1; unsigned TUN3:1; unsigned TUN4:1; unsigned TUN5:1; unsigned :1; unsigned :1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xf9b) OSCTUNEbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned CMIE:1; unsigned OSCFIE:1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned CMIF:1; unsigned OSCFIF:1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned CMIP:1; unsigned OSCFIP:1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfab) RCSTA; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfb4) CMCON; typedef union { struct { unsigned CM0:1; unsigned CM1:1; unsigned CM2:1; unsigned CIS:1; unsigned C1INV:1; unsigned C2INV:1; unsigned C1OUT:1; unsigned C2OUT:1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xfb4) CMCONbits; extern __sfr __at (0xfb5) CVRCON; typedef union { struct { unsigned CVR0:1; unsigned CVR1:1; unsigned CVR2:1; unsigned CVR3:1; unsigned CVREF:1; unsigned CVRR:1; unsigned CVROE:1; unsigned CVREN:1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; extern __sfr __at (0xfba) CCP2CON; typedef union { struct { unsigned CCP2M0:1; unsigned CCP2M1:1; unsigned CCP2M2:1; unsigned CCP2M3:1; unsigned DCCP2Y:1; unsigned DCCP2X:1; unsigned :1; unsigned :1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; extern __sfr __at (0xfbb) CCPR2L; extern __sfr __at (0xfbc) CCPR2H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DC1B0:1; unsigned DC1B1:1; unsigned P1M0:1; unsigned P1M1:1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfb7) PWM1CON; typedef union { struct { unsigned PDC0:1; unsigned PDC1:1; unsigned PDC2:1; unsigned PDC3:1; unsigned PDC4:1; unsigned PDC5:1; unsigned PDC6:1; unsigned PRSEN:1; }; } __PWM1CONbits_t; extern volatile __PWM1CONbits_t __at (0xfb7) PWM1CONbits; extern __sfr __at (0xfb6) ECCPAS; typedef union { struct { unsigned PSSBD0:1; unsigned PSSBD1:1; unsigned PSSAC0:1; unsigned PSSAC1:1; unsigned ECCPAS0:1; unsigned ECCPAS1:1; unsigned ECCPAS2:1; unsigned ECCPASE:1; }; } __ECCPASbits_t; extern volatile __ECCPASbits_t __at (0xfb6) ECCPASbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc0) ADCON2; typedef union { struct { unsigned ADCS0:1; unsigned ADCS1:1; unsigned ADCS2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned ADFM:1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned VCFG0:1; unsigned VCFG1:1; unsigned :1; unsigned :1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned CHS3:1; unsigned :1; unsigned :1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; typedef union { struct { unsigned T0PS0:1; unsigned T0PS1:1; unsigned T0PS2:1; unsigned PSA:1; unsigned T0SE:1; unsigned T0CS:1; unsigned T08BIT:1; unsigned TMR0ON:1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xfd5) T0CONbits; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned :1; unsigned INT1E:1; unsigned INT2E:1; unsigned :1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned :1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned :1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned :1; unsigned T0IP:1; unsigned :1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_11XX_1H 0xFC /* 11XX EXT RC-CLKOUT on RA6 */ #define _OSC_101X_1H 0xFA /* 101X EXT RC-CLKOUT on RA6 */ #define _OSC_INT_CLKOUT_on_RA6_Port_on_RA7_1H 0xF9 /* INT RC-CLKOUT_on_RA6_Port_on_RA7 */ #define _OSC_INT_Port_on_RA6_Port_on_RA7_1H 0xF8 /* INT RC-Port_on_RA6_Port_on_RA7 */ #define _OSC_EXT_Port_on_RA6_1H 0xF7 /* EXT RC-Port_on_RA6 */ #define _OSC_HS_PLL_1H 0xF6 /* HS-PLL enabled freq=4xFosc1 */ #define _OSC_EC_PORT_1H 0xF5 /* EC-Port on RA6 */ #define _OSC_EC_CLKOUT_1H 0xF4 /* EC-CLKOUT on RA6 */ #define _OSC_EXT_CLKOUT_on_RA6_1H 0xF3 /* EXT RC-CLKOUT_on_RA6 */ #define _OSC_HS_1H 0xF2 /* HS */ #define _OSC_XT_1H 0xF1 /* XT */ #define _OSC_LP_1H 0xF0 /* LP */ /* Fail Safe Clock Monitor Enable 1H options */ #define _FCMEN_OFF_1H 0xBF /* Disabled */ #define _FCMEN_ON_1H 0xFF /* Enabled */ /* Internal External Switch Over 1H options */ #define _IESO_OFF_1H 0x7F /* Disabled */ #define _IESO_ON_1H 0xFF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_0V_2L 0xFF /* 2.0V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_DISABLED_CONTROLLED_2H 0xFE /* Disabled-Controlled by SWDTEN bit */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_32768_2H 0xFF /* 1:32768 */ #define _WDTPS_1_16384_2H 0xFD /* 1:16384 */ #define _WDTPS_1_8192_2H 0xFB /* 1:8192 */ #define _WDTPS_1_4096_2H 0xF9 /* 1:4096 */ #define _WDTPS_1_2048_2H 0xF7 /* 1:2048 */ #define _WDTPS_1_1024_2H 0xF5 /* 1:1024 */ #define _WDTPS_1_512_2H 0xF3 /* 1:512 */ #define _WDTPS_1_256_2H 0xF1 /* 1:256 */ #define _WDTPS_1_128_2H 0xEF /* 1:128 */ #define _WDTPS_1_64_2H 0xED /* 1:64 */ #define _WDTPS_1_32_2H 0xEB /* 1:32 */ #define _WDTPS_1_16_2H 0xE9 /* 1:16 */ #define _WDTPS_1_8_2H 0xE7 /* 1:8 */ #define _WDTPS_1_4_2H 0xE5 /* 1:4 */ #define _WDTPS_1_2_2H 0xE3 /* 1:2 */ #define _WDTPS_1_1_2H 0xE1 /* 1:1 */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RB3_3H 0xFE /* RB3 */ /* PortB A/D Enable 3H options */ #define _PBADEN_PORTB_4_0__analog_inputs_on_RSET_3H 0xFF /* PORTB<4:0> configured as analog_inputs_on_RESET */ #define _PBADEN_PORTB_4_0__digital_I_O_on_REST_3H 0xFD /* PORTB<4:0> configured as digital_I_O_on_RESET */ /* MCLR enable 3H options */ #define _MCLRE_MCLR_Enabled_RE3_Disabled_3H 0xFF /* MCLR Enabled_RE3_Disabled */ #define _MCLRE_MCLR_Disabled_RE3_Enabled_3H 0x7F /* MCLR Disabled__RE3_Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Code Protect 000200-0007FF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 000800-000FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-007FF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 00800-00FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-007FF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 00800-00FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f4221.h000066400000000000000000001145441116427777700200520ustar00rootroot00000000000000/* * pic18f4221.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F4221_H__ #define __PIC18F4221_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP Oscillator #define _OSC_XT_1H 0xF1 // XT Oscillator #define _OSC_HS_1H 0xF2 // HS Oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_INTIO2_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_INTIO1_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOR_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOR_SOFT_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOR_NOSLP_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOR_ON_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum Setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum Setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // WDT disabled (control is placed on the SWDTEN bit) #define _WDT_ON_2H 0xFF // WDT enabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_DIG_3H 0xFD // PORTB<4:0> pins are configured as digital I/O on Reset #define _PBADEN_ANA_3H 0xFF // PORTB<4:0> pins are configured as analog input channels on Reset #define _CCP2MX_RB3_3H 0xFE // CCP2 input/output is multiplexed with RB3 #define _CCP2MX_RC1_3H 0xFF // CCP2 input/output is multiplexed with RC1 // CONFIG4L Options #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset #define _LVP_OFF_4L 0xFB // Single-Supply ICSP disabled #define _LVP_ON_4L 0xFF // Single-Supply ICSP enabled #define _ICPORT_OFF_4L 0xF7 // ICPORT disabled #define _ICPORT_ON_4L 0xFF // ICPORT enabled #define _BBSIZ_BB256_4L 0xCF // 256 Word #define _BBSIZ_BB512_4L 0xFF // 512 Word #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 code-protected #define _CP0_OFF_5L 0xFF // Block 0 not code-protected #define _CP1_ON_5L 0xFD // Block 1 code-protected #define _CP1_OFF_5L 0xFF // Block 1 not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot block code-protected #define _CPB_OFF_5H 0xFF // Boot block not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 write-protected #define _WRT0_OFF_6L 0xFF // Block 0 not write-protected #define _WRT1_ON_6L 0xFD // Block 1 write-protected #define _WRT1_OFF_6L 0xFF // Block 1 not write-protected // CONFIG6H Options #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTB_ON_6H 0xBF // Boot block write-protected #define _WRTB_OFF_6H 0xFF // Boot block not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot block protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot block not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned C1OUT_PORTA : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned C1N : 1; unsigned C2N : 1; unsigned C2P : 1; unsigned C1P : 1; unsigned T0CKI : 1; unsigned C2OUT_PORTA : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CCP2_PORTB : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN12 : 1; unsigned AN10 : 1; unsigned AN8 : 1; unsigned AN9 : 1; unsigned AN11 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2_PORTC : 1; unsigned P1A : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned T1CKI : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PSP0 : 1; unsigned PSP1 : 1; unsigned PSP2 : 1; unsigned PSP3 : 1; unsigned PSP4 : 1; unsigned PSP5 : 1; unsigned PSP6 : 1; unsigned PSP7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned P1B : 1; unsigned P1C : 1; unsigned P1D : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned RD : 1; unsigned WR : 1; unsigned CS : 1; unsigned MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned NOT_RD : 1; unsigned NOT_WR : 1; unsigned NOT_CS : 1; unsigned NOT_MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AN5 : 1; unsigned AN6 : 1; unsigned AN7 : 1; unsigned VPP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT_CMCON : 1; unsigned C2OUT_CMCON : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; extern __sfr __at (0xFB7) PWM1CON; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __PWM1CONbits_t; extern volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFB8) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBD) ECCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xFBD) ECCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R : 1; unsigned S : 1; unsigned P : 1; unsigned D : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R_W : 1; unsigned : 1; unsigned : 1; unsigned D_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned TOUTPS0 : 1; unsigned TOUTPS1 : 1; unsigned TOUTPS2 : 1; unsigned TOUTPS3 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned FLTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned T016BIT : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned SP0 : 1; unsigned SP1 : 1; unsigned SP2 : 1; unsigned SP3 : 1; unsigned SP4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKOVF : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f4320.h000066400000000000000000000001251116427777700200370ustar00rootroot00000000000000/* * pic18f4320.h - PIC18F4320 Device Library Header */ #include "pic18f4220.h" sdcc-2.9.0/device/include/pic16/pic18f4321.h000066400000000000000000001146241116427777700200520ustar00rootroot00000000000000/* * pic18f4321.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F4321_H__ #define __PIC18F4321_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP Oscillator #define _OSC_XT_1H 0xF1 // XT Oscillator #define _OSC_HS_1H 0xF2 // HS Oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_INTIO2_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_INTIO1_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOR_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOR_SOFT_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOR_NOSLP_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOR_ON_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum Setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum Setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // WDT disabled (control is placed on the SWDTEN bit) #define _WDT_ON_2H 0xFF // WDT enabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_DIG_3H 0xFD // PORTB<4:0> pins are configured as digital I/O on Reset #define _PBADEN_ANA_3H 0xFF // PORTB<4:0> pins are configured as analog input channels on Reset #define _CCP2MX_RB3_3H 0xFE // CCP2 input/output is multiplexed with RB3 #define _CCP2MX_RC1_3H 0xFF // CCP2 input/output is multiplexed with RC1 // CONFIG4L Options #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset #define _LVP_OFF_4L 0xFB // Single-Supply ICSP disabled #define _LVP_ON_4L 0xFF // Single-Supply ICSP enabled #define _ICPORT_OFF_4L 0xF7 // ICPORT disabled #define _ICPORT_ON_4L 0xFF // ICPORT enabled #define _BBSIZ_BB256_4L 0xCF // 256 Word #define _BBSIZ_BB512_4L 0xDF // 512 Word #define _BBSIZ_BB1K_4L 0xFF // 1024 Word #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 code-protected #define _CP0_OFF_5L 0xFF // Block 0 not code-protected #define _CP1_ON_5L 0xFD // Block 1 code-protected #define _CP1_OFF_5L 0xFF // Block 1 not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot block code-protected #define _CPB_OFF_5H 0xFF // Boot block not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 write-protected #define _WRT0_OFF_6L 0xFF // Block 0 not write-protected #define _WRT1_ON_6L 0xFD // Block 1 write-protected #define _WRT1_OFF_6L 0xFF // Block 1 not write-protected // CONFIG6H Options #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTB_ON_6H 0xBF // Boot block write-protected #define _WRTB_OFF_6H 0xFF // Boot block not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot block protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot block not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned C1OUT_PORTA : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned C1N : 1; unsigned C2N : 1; unsigned C2P : 1; unsigned C1P : 1; unsigned T0CKI : 1; unsigned C2OUT_PORTA : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CCP2_PORTB : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN12 : 1; unsigned AN10 : 1; unsigned AN8 : 1; unsigned AN9 : 1; unsigned AN11 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2_PORTC : 1; unsigned P1A : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned T1CKI : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PSP0 : 1; unsigned PSP1 : 1; unsigned PSP2 : 1; unsigned PSP3 : 1; unsigned PSP4 : 1; unsigned PSP5 : 1; unsigned PSP6 : 1; unsigned PSP7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned P1B : 1; unsigned P1C : 1; unsigned P1D : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned RD : 1; unsigned WR : 1; unsigned CS : 1; unsigned MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned NOT_RD : 1; unsigned NOT_WR : 1; unsigned NOT_CS : 1; unsigned NOT_MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AN5 : 1; unsigned AN6 : 1; unsigned AN7 : 1; unsigned VPP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT_CMCON : 1; unsigned C2OUT_CMCON : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; extern __sfr __at (0xFB7) PWM1CON; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __PWM1CONbits_t; extern volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFB8) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBD) ECCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xFBD) ECCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R : 1; unsigned S : 1; unsigned P : 1; unsigned D : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R_W : 1; unsigned : 1; unsigned : 1; unsigned D_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned TOUTPS0 : 1; unsigned TOUTPS1 : 1; unsigned TOUTPS2 : 1; unsigned TOUTPS3 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned FLTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned T016BIT : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned SP0 : 1; unsigned SP1 : 1; unsigned SP2 : 1; unsigned SP3 : 1; unsigned SP4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKOVF : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f4331.h000066400000000000000000001255651116427777700200610ustar00rootroot00000000000000/* * pic18f4331.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F4331_H__ #define __PIC18F4331_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3L 0x300004 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP #define _OSC_XT_1H 0xF1 // XT #define _OSC_HS_1H 0xF2 // HS #define _OSC_RC2_1H 0xF3 // External RC, RA6 is CLKOUT #define _OSC_EC_1H 0xF4 // EC, RA6 is CLKOUT #define _OSC_ECIO_1H 0xF5 // EC, RA6 is I/O #define _OSC_HSPLL_1H 0xF6 // HS-PLL Enabled #define _OSC_RCIO_1H 0xF7 // External RC, RA6 is I/O #define _OSC_IRCIO_1H 0xF8 // Internal RC, RA6 & RA7 are I/O #define _OSC_IRC_1H 0xF9 // Internal RC, RA6 is CLKOUT, RA7 is I/O #define _OSC_RC1_1H 0xFB // External RC, RA6 is CLKOUT #define _OSC_RC_1H 0xFF // External RC, RA6 is CLKOUT #define _FCMEN_OFF_1H 0xBF // Disabled #define _FCMEN_ON_1H 0xFF // Enabled #define _IESO_OFF_1H 0x7F // Disabled #define _IESO_ON_1H 0xFF // Enabled // CONFIG2L Options #define _PWRTEN_ON_2L 0xFE // Enabled #define _PWRTEN_OFF_2L 0xFF // Disabled #define _BOREN_OFF_2L 0xFD // Disabled #define _BOREN_ON_2L 0xFF // Enabled #define _BORV_45_2L 0xF3 // 4.5V #define _BORV_42_2L 0xF7 // 4.2V #define _BORV_27_2L 0xFB // 2.7V #define _BORV_20_2L 0xFF // 2.0V // CONFIG2H Options #define _WDTEN_OFF_2H 0xFE // Disabled #define _WDTEN_ON_2H 0xFF // Enabled #define _WINEN_ON_2H 0xDF // Enabled #define _WINEN_OFF_2H 0xFF // Disabled #define _WDPS_1_2H 0xE1 // 1:1 #define _WDPS_2_2H 0xE3 // 1:2 #define _WDPS_4_2H 0xE5 // 1:4 #define _WDPS_8_2H 0xE7 // 1:8 #define _WDPS_16_2H 0xE9 // 1:16 #define _WDPS_32_2H 0xEB // 1:32 #define _WDPS_64_2H 0xED // 1:64 #define _WDPS_128_2H 0xEF // 1:128 #define _WDPS_256_2H 0xF1 // 1:256 #define _WDPS_512_2H 0xF3 // 1:512 #define _WDPS_1024_2H 0xF5 // 1:1024 #define _WDPS_2048_2H 0xF7 // 1:2048 #define _WDPS_4096_2H 0xF9 // 1:4096 #define _WDPS_8192_2H 0xFB // 1:8192 #define _WDPS_16384_2H 0xFD // 1:16384 #define _WDPS_32768_2H 0xFF // 1:32768 // CONFIG3L Options #define _T1OSCMX_OFF_3L 0xDF // Active #define _T1OSCMX_ON_3L 0xFF // Inactive #define _HPOL_LOW_3L 0xEF // Active low #define _HPOL_HIGH_3L 0xFF // Active high #define _LPOL_LOW_3L 0xF7 // Active low #define _LPOL_HIGH_3L 0xFF // Active high #define _PWMPIN_ON_3L 0xFB // Enabled #define _PWMPIN_OFF_3L 0xFF // Disabled // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // Disabled #define _MCLRE_ON_3H 0xFF // Enabled #define _EXCLKMX_RD0_3H 0xEF // Multiplexed with RD0 #define _EXCLKMX_RC3_3H 0xFF // Multiplexed with RC3 #define _PWM4MX_RD5_3H 0xF7 // Multiplexed with RD5 #define _PWM4MX_RB5_3H 0xFF // Multiplexed with RB5 #define _SSPMX_RD1_3H 0xFB // SDO output is multiplexed with RD1 #define _SSPMX_RC7_3H 0xFF // SD0 output is multiplexed with RC7 #define _FLTAMX_RD4_3H 0xFE // Multiplexed with RD4 #define _FLTAMX_RC1_3H 0xFF // Multiplexed with RC1 // CONFIG4L Options #define _STVREN_OFF_4L 0xFE // Disabled #define _STVREN_ON_4L 0xFF // Enabled #define _LVP_OFF_4L 0xFB // Disabled #define _LVP_ON_4L 0xFF // Enabled #define _DEBUG_ON_4L 0x7F // Enabled #define _DEBUG_OFF_4L 0xFF // Disabled // CONFIG5L Options #define _CP0_ON_5L 0xFE // Enabled #define _CP0_OFF_5L 0xFF // Disabled #define _CP1_ON_5L 0xFD // Enabled #define _CP1_OFF_5L 0xFF // Disabled #define _CP2_ON_5L 0xFB // Enabled #define _CP2_OFF_5L 0xFF // Disabled #define _CP3_ON_5L 0xF7 // Enabled #define _CP3_OFF_5L 0xFF // Disabled // CONFIG5H Options #define _CPB_ON_5H 0xBF // Enabled #define _CPB_OFF_5H 0xFF // Disabled #define _CPD_ON_5H 0x7F // Enabled #define _CPD_OFF_5H 0xFF // Disabled // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Enabled #define _WRT0_OFF_6L 0xFF // Disabled #define _WRT1_ON_6L 0xFD // Enabled #define _WRT1_OFF_6L 0xFF // Disabled #define _WRT2_ON_6L 0xFB // Enabled #define _WRT2_OFF_6L 0xFF // Disabled #define _WRT3_ON_6L 0xF7 // Enabled #define _WRT3_OFF_6L 0xFF // Disabled // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Enabled #define _WRTB_OFF_6H 0xFF // Disabled #define _WRTC_ON_6H 0xDF // Enabled #define _WRTC_OFF_6H 0xFF // Disabled #define _WRTD_ON_6H 0x7F // Enabled #define _WRTD_OFF_6H 0xFF // Disabled // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Enabled #define _EBTR0_OFF_7L 0xFF // Disabled #define _EBTR1_ON_7L 0xFD // Enabled #define _EBTR1_OFF_7L 0xFF // Disabled #define _EBTR2_ON_7L 0xFB // Enabled #define _EBTR2_OFF_7L 0xFF // Disabled #define _EBTR3_ON_7L 0xF7 // Enabled #define _EBTR3_OFF_7L 0xFF // Disabled // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Enabled #define _EBTRB_OFF_7H 0xFF // Disabled #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xF60) DFLTCON; typedef union { struct { unsigned FLTCK0 : 1; unsigned FLTCK1 : 1; unsigned FLTCK2 : 1; unsigned FLT1EN : 1; unsigned FLT2EN : 1; unsigned FLT3EN : 1; unsigned FLT4EN : 1; unsigned : 1; }; } __DFLTCONbits_t; extern volatile __DFLTCONbits_t __at (0xF60) DFLTCONbits; extern __sfr __at (0xF61) CAP3CON; typedef union { struct { unsigned CAP3M0 : 1; unsigned CAP3M1 : 1; unsigned CAP3M2 : 1; unsigned CAP3M3 : 1; unsigned : 1; unsigned CAP3TMR : 1; unsigned CAP3REN : 1; unsigned : 1; }; } __CAP3CONbits_t; extern volatile __CAP3CONbits_t __at (0xF61) CAP3CONbits; extern __sfr __at (0xF62) CAP2CON; typedef union { struct { unsigned CAP2M0 : 1; unsigned CAP2M1 : 1; unsigned CAP2M2 : 1; unsigned CAP2M3 : 1; unsigned : 1; unsigned CAP2TMR : 1; unsigned CAP2REN : 1; unsigned : 1; }; } __CAP2CONbits_t; extern volatile __CAP2CONbits_t __at (0xF62) CAP2CONbits; extern __sfr __at (0xF63) CAP1CON; typedef union { struct { unsigned CAP1M0 : 1; unsigned CAP1M1 : 1; unsigned CAP1M2 : 1; unsigned CAP1M3 : 1; unsigned : 1; unsigned CAP1TMR : 1; unsigned CAP1REN : 1; unsigned : 1; }; } __CAP1CONbits_t; extern volatile __CAP1CONbits_t __at (0xF63) CAP1CONbits; extern __sfr __at (0xF64) CAP3BUFL; extern __sfr __at (0xF64) MAXCNTL; extern __sfr __at (0xF65) CAP3BUFH; extern __sfr __at (0xF65) MAXCNTH; extern __sfr __at (0xF66) CAP2BUFL; extern __sfr __at (0xF66) POSCNTL; extern __sfr __at (0xF67) CAP2BUFH; extern __sfr __at (0xF67) POSCNTH; extern __sfr __at (0xF68) CAP1BUFL; extern __sfr __at (0xF68) VELRL; extern __sfr __at (0xF69) CAP1BUFH; extern __sfr __at (0xF69) VELRH; extern __sfr __at (0xF6A) OVDCONS; typedef union { struct { unsigned POUT0 : 1; unsigned POUT1 : 1; unsigned POUT2 : 1; unsigned POUT3 : 1; unsigned POUT4 : 1; unsigned POUT5 : 1; unsigned POUT6 : 1; unsigned POUT7 : 1; }; } __OVDCONSbits_t; extern volatile __OVDCONSbits_t __at (0xF6A) OVDCONSbits; extern __sfr __at (0xF6B) OVDCOND; typedef union { struct { unsigned POVD0 : 1; unsigned POVD1 : 1; unsigned POVD2 : 1; unsigned POVD3 : 1; unsigned POVD4 : 1; unsigned POVD5 : 1; unsigned POVD6 : 1; unsigned POVD7 : 1; }; } __OVDCONDbits_t; extern volatile __OVDCONDbits_t __at (0xF6B) OVDCONDbits; extern __sfr __at (0xF6C) FLTCONFIG; typedef union { struct { unsigned FLTAEN : 1; unsigned FLTAMOD : 1; unsigned FLTAS : 1; unsigned FLTCON : 1; unsigned FLTBEN : 1; unsigned FLTBMOD : 1; unsigned FLTBS : 1; unsigned : 1; }; } __FLTCONFIGbits_t; extern volatile __FLTCONFIGbits_t __at (0xF6C) FLTCONFIGbits; extern __sfr __at (0xF6D) DTCON; typedef union { struct { unsigned DT0 : 1; unsigned DT1 : 1; unsigned DT2 : 1; unsigned DT3 : 1; unsigned DT4 : 1; unsigned DT5 : 1; unsigned DTPS0 : 1; unsigned DTPS1 : 1; }; struct { unsigned DTA0 : 1; unsigned DTA1 : 1; unsigned DTA2 : 1; unsigned DTA3 : 1; unsigned DTA4 : 1; unsigned DTA5 : 1; unsigned DTAPS0 : 1; unsigned DTAPS1 : 1; }; } __DTCONbits_t; extern volatile __DTCONbits_t __at (0xF6D) DTCONbits; extern __sfr __at (0xF6E) PWMCON1; typedef union { struct { unsigned OSYNC : 1; unsigned UDIS : 1; unsigned : 1; unsigned SEVTDIR : 1; unsigned SEVOPS0 : 1; unsigned SEVOPS1 : 1; unsigned SEVOPS2 : 1; unsigned SEVOPS3 : 1; }; } __PWMCON1bits_t; extern volatile __PWMCON1bits_t __at (0xF6E) PWMCON1bits; extern __sfr __at (0xF6F) PWMCON0; typedef union { struct { unsigned PMOD0 : 1; unsigned PMOD1 : 1; unsigned PMOD2 : 1; unsigned PMOD3 : 1; unsigned PWMEN0 : 1; unsigned PWMEN1 : 1; unsigned PWMEN2 : 1; unsigned : 1; }; } __PWMCON0bits_t; extern volatile __PWMCON0bits_t __at (0xF6F) PWMCON0bits; extern __sfr __at (0xF70) SEVTCMPH; extern __sfr __at (0xF71) SEVTCMPL; extern __sfr __at (0xF72) PDC3H; extern __sfr __at (0xF73) PDC3L; extern __sfr __at (0xF74) PDC2H; extern __sfr __at (0xF75) PDC2L; extern __sfr __at (0xF76) PDC1H; extern __sfr __at (0xF77) PDC1L; extern __sfr __at (0xF78) PDC0H; extern __sfr __at (0xF79) PDC0L; extern __sfr __at (0xF7A) PTPERH; extern __sfr __at (0xF7B) PTPERL; extern __sfr __at (0xF7C) PTMRH; extern __sfr __at (0xF7D) PTMRL; extern __sfr __at (0xF7E) PTCON1; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PTDIR : 1; unsigned PTEN : 1; }; } __PTCON1bits_t; extern volatile __PTCON1bits_t __at (0xF7E) PTCON1bits; extern __sfr __at (0xF7F) PTCON0; typedef union { struct { unsigned PTMOD0 : 1; unsigned PTMOD1 : 1; unsigned PTCKPS0 : 1; unsigned PTCKPS1 : 1; unsigned PTOPS0 : 1; unsigned PTOPS1 : 1; unsigned PTOPS2 : 1; unsigned PTOPS3 : 1; }; } __PTCON0bits_t; extern volatile __PTCON0bits_t __at (0xF7F) PTCON0bits; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned AN4 : 1; unsigned AN5 : 1; unsigned OSC2 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned LVDIN : 1; unsigned CLKO : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2 : 1; unsigned NOT_FLTB : 1; unsigned T0CKI : 1; unsigned SDA : 1; unsigned SCK : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned : 1; unsigned NOT_FLTA : 1; unsigned FLTB : 1; unsigned T5CKI : 1; unsigned SDI : 1; unsigned SCL : 1; unsigned NOT_SS : 1; unsigned SDO : 1; }; struct { unsigned : 1; unsigned FLTA : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS : 1; unsigned : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned RE4 : 1; unsigned RE5 : 1; unsigned RE6 : 1; unsigned RE7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF87) TMR5L; extern __sfr __at (0xF88) TMR5H; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned LATE3 : 1; unsigned LATE4 : 1; unsigned LATE5 : 1; unsigned LATE6 : 1; unsigned LATE7 : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF90) PR5L; extern __sfr __at (0xF91) PR5H; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned RE4 : 1; unsigned RE5 : 1; unsigned RE6 : 1; unsigned RE7 : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned TRISE3 : 1; unsigned TRISE4 : 1; unsigned TRISE5 : 1; unsigned TRISE6 : 1; unsigned TRISE7 : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF99) ADCHS; typedef union { struct { unsigned GASEL0 : 1; unsigned GASEL1 : 1; unsigned GCSEL0 : 1; unsigned GCSEL1 : 1; unsigned GBSEL0 : 1; unsigned GBSEL1 : 1; unsigned GDSEL0 : 1; unsigned GDSEL1 : 1; }; struct { unsigned SASEL0 : 1; unsigned SASEL1 : 1; unsigned SCSEL0 : 1; unsigned SCSEL1 : 1; unsigned SBSEL0 : 1; unsigned SBSEL1 : 1; unsigned SDSEL0 : 1; unsigned SDSEL1 : 1; }; } __ADCHSbits_t; extern volatile __ADCHSbits_t __at (0xF99) ADCHSbits; extern __sfr __at (0xF9A) ADCON3; typedef union { struct { unsigned SSRC0 : 1; unsigned SSRC1 : 1; unsigned SSRC2 : 1; unsigned SSRC3 : 1; unsigned SSRC4 : 1; unsigned : 1; unsigned ADRS0 : 1; unsigned ADRS1 : 1; }; } __ADCON3bits_t; extern volatile __ADCON3bits_t __at (0xF9A) ADCON3bits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned TUN5 : 1; unsigned : 1; unsigned : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TBIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TBIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TBIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned : 1; unsigned LVDIE : 1; unsigned : 1; unsigned EEIE : 1; unsigned : 1; unsigned : 1; unsigned OSFIE : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned : 1; unsigned LVDIF : 1; unsigned : 1; unsigned EEIF : 1; unsigned : 1; unsigned : 1; unsigned OSFIF : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned : 1; unsigned LVDIP : 1; unsigned : 1; unsigned EEIP : 1; unsigned : 1; unsigned : 1; unsigned OSFIP : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned TMR5IE : 1; unsigned IC1IE : 1; unsigned IC2QEIE : 1; unsigned IC3DRIE : 1; unsigned PTIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned TMR5IF : 1; unsigned IC1IF : 1; unsigned IC2QEIF : 1; unsigned IC3DRIF : 1; unsigned PTIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned TMR5IP : 1; unsigned IC1IP : 1; unsigned IC2QEIP : 1; unsigned IC3DRIP : 1; unsigned PTIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAA) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFAA) BAUDCONbits; extern __sfr __at (0xFAA) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xFAA) BAUDCTLbits; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB6) QEICON; typedef union { struct { unsigned PDEC0 : 1; unsigned PDEC1 : 1; unsigned QEIM0 : 1; unsigned QEIM1 : 1; unsigned QEIM2 : 1; unsigned UP_DOWN : 1; unsigned ERROR : 1; unsigned VELM : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned UP : 1; unsigned : 1; unsigned NOT_VELM : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DOWN : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_DOWN : 1; unsigned : 1; unsigned : 1; }; } __QEICONbits_t; extern volatile __QEICONbits_t __at (0xFB6) QEICONbits; extern __sfr __at (0xFB7) T5CON; typedef union { struct { unsigned TMR5ON : 1; unsigned TMR5CS : 1; unsigned T5SYNC : 1; unsigned T5PS0 : 1; unsigned T5PS1 : 1; unsigned T5MOD : 1; unsigned RESEN : 1; unsigned T5SEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T5SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RESEN : 1; unsigned : 1; }; } __T5CONbits_t; extern volatile __T5CONbits_t __at (0xFB7) T5CONbits; extern __sfr __at (0xFB8) ANSEL0; typedef union { struct { unsigned ANS0 : 1; unsigned ANS1 : 1; unsigned ANS2 : 1; unsigned ANS3 : 1; unsigned ANS4 : 1; unsigned ANS5 : 1; unsigned ANS6 : 1; unsigned ANS7 : 1; }; } __ANSEL0bits_t; extern volatile __ANSEL0bits_t __at (0xFB8) ANSEL0bits; extern __sfr __at (0xFB9) ANSEL1; typedef union { struct { unsigned ANS8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ANSEL1bits_t; extern volatile __ANSEL1bits_t __at (0xFB9) ANSEL1bits; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned ACQT3 : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned ADPNT0 : 1; unsigned ADPNT1 : 1; unsigned BFOVFL : 1; unsigned BFEMT : 1; unsigned FIFOEN : 1; unsigned : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned FFOVFL : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO_DONE : 1; unsigned ACMOD0 : 1; unsigned ACMOD1 : 1; unsigned ACSCH : 1; unsigned ACONV : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC6) SSPCON; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCONbits_t; extern volatile __SSPCONbits_t __at (0xFC6) SSPCONbits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned NOT_IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned IPEN : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned WDT0 : 1; unsigned WDT1 : 1; unsigned WDT2 : 1; unsigned WDT3 : 1; unsigned WDT4 : 1; unsigned WDT5 : 1; unsigned WDT6 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned WDTW : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned FLTS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned IOFS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T016BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T0PS3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f43k20.h000066400000000000000000000001221116427777700202070ustar00rootroot00000000000000/* * pic18f43k20.h - device specific declarations */ #include "pic18f46k20.h" sdcc-2.9.0/device/include/pic16/pic18f4410.h000066400000000000000000000001201116427777700200320ustar00rootroot00000000000000/* * pic18f4410.h - device specific declarations */ #include "pic18f4610.h" sdcc-2.9.0/device/include/pic16/pic18f442.h000066400000000000000000000506051116427777700177700ustar00rootroot00000000000000 /* * pic18f442.h - PIC18F442 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f442.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F442_H__ #define __PIC18F442_H__ extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf83) PORTD; typedef union { struct { unsigned RD0:1; unsigned RD1:1; unsigned RD2:1; unsigned RD3:1; unsigned RD4:1; unsigned RD5:1; unsigned RD6:1; unsigned RD7:1; }; struct { unsigned AD0:1; unsigned AD1:1; unsigned AD2:1; unsigned AD3:1; unsigned AD4:1; unsigned AD5:1; unsigned AD6:1; unsigned AD7:1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xf83) PORTDbits; extern __sfr __at (0xf84) PORTE; typedef union { struct { unsigned RE0:1; unsigned RE1:1; unsigned RE2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned ALE:1; unsigned OE:1; unsigned WRL:1; unsigned WRH:1; unsigned :1; unsigned :1; unsigned :1; unsigned CCP2:1; }; struct { unsigned AN5:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xf84) PORTEbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf8c) LATD; typedef union { struct { unsigned LATD0:1; unsigned LATD1:1; unsigned LATD2:1; unsigned LATD3:1; unsigned LATD4:1; unsigned LATD5:1; unsigned LATD6:1; unsigned LATD7:1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xf8c) LATDbits; extern __sfr __at (0xf8d) LATE; typedef union { struct { unsigned LATE0:1; unsigned LATE1:1; unsigned LATE2:1; unsigned LATE3:1; unsigned LATE4:1; unsigned LATE5:1; unsigned LATE6:1; unsigned LATE7:1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xf8d) LATEbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf95) TRISD; typedef union { struct { unsigned TRISD0:1; unsigned TRISD1:1; unsigned TRISD2:1; unsigned TRISD3:1; unsigned TRISD4:1; unsigned TRISD5:1; unsigned TRISD6:1; unsigned TRISD7:1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xf95) TRISDbits; extern __sfr __at (0xf96) TRISE; typedef union { struct { unsigned TRISE0:1; unsigned TRISE1:1; unsigned TRISE2:1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xf96) TRISEbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned :1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned :1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned :1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfab) RCSTA; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfba) CCP2CON; typedef union { struct { unsigned CCP2M0:1; unsigned CCP2M1:1; unsigned CCP2M2:1; unsigned CCP2M3:1; unsigned DCCP2Y:1; unsigned DCCP2X:1; unsigned :1; unsigned :1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; extern __sfr __at (0xfbb) CCPR2L; extern __sfr __at (0xfbc) CCPR2H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned :1; unsigned :1; unsigned ADCS2:1; unsigned ADFM:1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned :1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned ADCS0:1; unsigned ADCS1:1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; typedef union { struct { unsigned T0PS0:1; unsigned T0PS1:1; unsigned T0PS2:1; unsigned PSA:1; unsigned T0SE:1; unsigned T0CS:1; unsigned T08BIT:1; unsigned TMR0ON:1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xfd5) T0CONbits; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned :1; unsigned INT1E:1; unsigned INT2E:1; unsigned :1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned :1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned :1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned :1; unsigned T0IP:1; unsigned :1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_0V_2L 0xFF /* 2.0V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RB3_3H 0xFE /* RB3 */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00200-01FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 02000-03FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-01FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 02000-03FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-01FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 02000-03FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f4420.h000066400000000000000000000001251116427777700200400ustar00rootroot00000000000000/* * pic18f2420.h - PIC18F2420 Device Library Header */ #include "pic18f4520.h" sdcc-2.9.0/device/include/pic16/pic18f4423.h000066400000000000000000000001111116427777700200360ustar00rootroot00000000000000/* * pic18f4423.h - Device Library Header */ #include "pic18f4523.h" sdcc-2.9.0/device/include/pic16/pic18f4431.h000066400000000000000000000001211116427777700200360ustar00rootroot00000000000000/* * pic18f4431.h - device specific declarations */ #include "pic18f4331.h" sdcc-2.9.0/device/include/pic16/pic18f4450.h000066400000000000000000001172301116427777700200510ustar00rootroot00000000000000/* * pic18f4450.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F4450_H__ #define __PIC18F4450_H__ 1 // Configuration Bits #define __CONFIG1L 0x300000 #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1L Options #define _PLLDIV_1_1L 0xF8 // No divide (4 MHz input) #define _PLLDIV_2_1L 0xF9 // Divide by 2 (8 MHz input) #define _PLLDIV_3_1L 0xFA // Divide by 3 (12 MHz input) #define _PLLDIV_4_1L 0xFB // Divide by 4 (16 MHz input) #define _PLLDIV_5_1L 0xFC // Divide by 5 (20 MHz input) #define _PLLDIV_6_1L 0xFD // Divide by 6 (24 MHz input) #define _PLLDIV_10_1L 0xFE // Divide by 10 (40 MHz input) #define _PLLDIV_12_1L 0xFF // Divide by 12 (48 MHz input) #define _CPUDIV_OSC1_PLL2_1L 0xE7 // [OSC1/OSC2 Src: /1][96 MHz PLL Src: /2] #define _CPUDIV_OSC2_PLL3_1L 0xEF // [OSC1/OSC2 Src: /2][96 MHz PLL Src: /3] #define _CPUDIV_OSC3_PLL4_1L 0xF7 // [OSC1/OSC2 Src: /3][96 MHz PLL Src: /4] #define _CPUDIV_OSC4_PLL6_1L 0xFF // [OSC1/OSC2 Src: /4][96 MHz PLL Src: /6] #define _USBDIV_1_1L 0xDF // Clock source from OSC1/OSC2 #define _USBDIV_2_1L 0xFF // Clock source from 96 MHz PLL/2 // CONFIG1H Options #define _FOSC_XT_XT_1H 0xF0 // XT oscillator, XT used by USB #define _FOSC_XTPLL_XT_1H 0xF2 // XT oscillator, PLL enabled, XT used by USB #define _FOSC_ECIO_EC_1H 0xF4 // External clock, port function on RA6, EC used by USB #define _FOSC_EC_EC_1H 0xF5 // External clock, CLKOUT on RA6, EC used by USB #define _FOSC_ECPLLIO_EC_1H 0xF6 // External clock, PLL enabled, port function on RA6, EC used by USB #define _FOSC_ECPLL_EC_1H 0xF7 // External clock, PLL enabled, CLKOUT on RA6, EC used by USB #define _FOSC_INTOSCIO_EC_1H 0xF8 // Internal oscillator, port function on RA6, EC used by USB #define _FOSC_INTOSC_EC_1H 0xF9 // Internal oscillator, CLKOUT on RA6, EC used by USB #define _FOSC_INTOSC_XT_1H 0xFA // Internal oscillator, XT used by USB #define _FOSC_INTOSC_HS_1H 0xFB // Internal oscillator, HS used by USB #define _FOSC_HS_1H 0xFC // HS oscillator, HS used by USB #define _FOSC_HSPLL_HS_1H 0xFE // HS oscillator, PLL enabled, HS used by USB #define _FCMEM_OFF_1H 0xBF // Disabled #define _FCMEM_ON_1H 0xFF // Enabled #define _IESO_OFF_1H 0x7F // Disabled #define _IESO_ON_1H 0xFF // Enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // Enabled #define _PWRT_OFF_2L 0xFF // Disabled #define _BOR_OFF_2L 0xF9 // Disabled #define _BOR_SOFT_2L 0xFB // Controlled by SBOREN #define _BOR_ON_ACTIVE_2L 0xFD // Enabled when the device is not in Sleep, SBOREN bit is disabled #define _BOR_ON_2L 0xFF // Enabled, SBOREN bit is disabled #define _BORV_46_2L 0xE7 // 4.6V #define _BORV_43_2L 0xEF // 4.3V #define _BORV_28_2L 0xF7 // 2.8V #define _BORV_21_2L 0xFF // 2.1V #define _VREGEN_OFF_2L 0xDF // Disabled #define _VREGEN_ON_2L 0xFF // Enabled // CONFIG2H Options #define _WDT_OFF_2H 0xFE // HW Disabled - SW Controlled #define _WDT_ON_2H 0xFF // HW Enabled - SW Disabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // Disabled #define _MCLRE_ON_3H 0xFF // Enabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 oscillator configured for high power #define _LPT1OSC_ON_3H 0xFF // Timer1 oscillator configured for low power #define _PBADEN_OFF_3H 0xFD // PORTB<4:0> pins are configured as digital I/O on Reset #define _PBADEN_ON_3H 0xFF // PORTB<4:0> pins are configured as analog input on Reset // CONFIG4L Options #define _STVREN_OFF_4L 0xFE // Disabled #define _STVREN_ON_4L 0xFF // Enabled #define _LVP_OFF_4L 0xFB // Disabled #define _LVP_ON_4L 0xFF // Enabled #define _BBSIZ_BB2K_4L 0xF7 // 2KW Boot Block Size #define _BBSIZ_BB1K_4L 0xFF // 1KW Boot Block Size #define _ICPRT_OFF_4L 0xDF // Disabled #define _ICPRT_ON_4L 0xFF // Enabled #define _XINST_OFF_4L 0xBF // Disabled #define _XINST_ON_4L 0xFF // Enabled #define _DEBUG_ON_4L 0x7F // Enabled #define _DEBUG_OFF_4L 0xFF // Disabled // CONFIG5L Options #define _CP0_ON_5L 0xFE // Enabled #define _CP0_OFF_5L 0xFF // Disabled #define _CP1_ON_5L 0xFD // Enabled #define _CP1_OFF_5L 0xFF // Disabled // CONFIG5H Options #define _CPB_ON_5H 0xBF // Enabled #define _CPB_OFF_5H 0xFF // Disabled // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Enabled #define _WRT0_OFF_6L 0xFF // Disabled #define _WRT1_ON_6L 0xFD // Enabled #define _WRT1_OFF_6L 0xFF // Disabled // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Enabled #define _WRTB_OFF_6H 0xFF // Disabled #define _WRTC_ON_6H 0xDF // Enabled #define _WRTC_OFF_6H 0xFF // Disabled // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Enabled #define _EBTR0_OFF_7L 0xFF // Disabled #define _EBTR1_ON_7L 0xFD // Enabled #define _EBTR1_OFF_7L 0xFF // Disabled // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Enabled #define _EBTRB_OFF_7H 0xFF // Disabled #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xF66) UFRM; extern __sfr __at (0xF66) UFRML; extern __sfr __at (0xF67) UFRMH; extern __sfr __at (0xF68) UIR; typedef union { struct { unsigned URSTIF : 1; unsigned UERRIF : 1; unsigned ACTVIF : 1; unsigned TRNIF : 1; unsigned IDLEIF : 1; unsigned STALLIF : 1; unsigned SOFIF : 1; unsigned : 1; }; } __UIRbits_t; extern volatile __UIRbits_t __at (0xF68) UIRbits; extern __sfr __at (0xF69) UIE; typedef union { struct { unsigned URSTIE : 1; unsigned UERRIE : 1; unsigned ACTVIE : 1; unsigned TRNIE : 1; unsigned IDLEIE : 1; unsigned STALLIE : 1; unsigned SOFIE : 1; unsigned : 1; }; } __UIEbits_t; extern volatile __UIEbits_t __at (0xF69) UIEbits; extern __sfr __at (0xF6A) UEIR; typedef union { struct { unsigned PIDEF : 1; unsigned CRC5EF : 1; unsigned CRC16EF : 1; unsigned DFN8EF : 1; unsigned BTOEF : 1; unsigned : 1; unsigned : 1; unsigned BTSEF : 1; }; } __UEIRbits_t; extern volatile __UEIRbits_t __at (0xF6A) UEIRbits; extern __sfr __at (0xF6B) UEIE; typedef union { struct { unsigned PIDEE : 1; unsigned CRC5EE : 1; unsigned CRC16EE : 1; unsigned DFN8EE : 1; unsigned BTOEE : 1; unsigned : 1; unsigned : 1; unsigned BTSEE : 1; }; } __UEIEbits_t; extern volatile __UEIEbits_t __at (0xF6B) UEIEbits; extern __sfr __at (0xF6C) USTAT; typedef union { struct { unsigned : 1; unsigned PPBI : 1; unsigned DIR : 1; unsigned ENDP0 : 1; unsigned ENDP1 : 1; unsigned ENDP2 : 1; unsigned ENDP3 : 1; unsigned : 1; }; } __USTATbits_t; extern volatile __USTATbits_t __at (0xF6C) USTATbits; extern __sfr __at (0xF6D) UCON; typedef union { struct { unsigned : 1; unsigned SUSPND : 1; unsigned RESUME : 1; unsigned USBEN : 1; unsigned PKTDIS : 1; unsigned SE0 : 1; unsigned PPBRST : 1; unsigned : 1; }; } __UCONbits_t; extern volatile __UCONbits_t __at (0xF6D) UCONbits; extern __sfr __at (0xF6E) UADDR; typedef union { struct { unsigned ADDR0 : 1; unsigned ADDR1 : 1; unsigned ADDR2 : 1; unsigned ADDR3 : 1; unsigned ADDR4 : 1; unsigned ADDR5 : 1; unsigned ADDR6 : 1; unsigned : 1; }; } __UADDRbits_t; extern volatile __UADDRbits_t __at (0xF6E) UADDRbits; extern __sfr __at (0xF6F) UCFG; typedef union { struct { unsigned PPB0 : 1; unsigned PPB1 : 1; unsigned FSEN : 1; unsigned UTRDIS : 1; unsigned UPUEN : 1; unsigned : 1; unsigned UOEMON : 1; unsigned UTEYE : 1; }; } __UCFGbits_t; extern volatile __UCFGbits_t __at (0xF6F) UCFGbits; extern __sfr __at (0xF70) UEP0; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP0bits_t; extern volatile __UEP0bits_t __at (0xF70) UEP0bits; extern __sfr __at (0xF71) UEP1; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP1bits_t; extern volatile __UEP1bits_t __at (0xF71) UEP1bits; extern __sfr __at (0xF72) UEP2; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP2bits_t; extern volatile __UEP2bits_t __at (0xF72) UEP2bits; extern __sfr __at (0xF73) UEP3; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP3bits_t; extern volatile __UEP3bits_t __at (0xF73) UEP3bits; extern __sfr __at (0xF74) UEP4; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP4bits_t; extern volatile __UEP4bits_t __at (0xF74) UEP4bits; extern __sfr __at (0xF75) UEP5; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP5bits_t; extern volatile __UEP5bits_t __at (0xF75) UEP5bits; extern __sfr __at (0xF76) UEP6; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP6bits_t; extern volatile __UEP6bits_t __at (0xF76) UEP6bits; extern __sfr __at (0xF77) UEP7; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP7bits_t; extern volatile __UEP7bits_t __at (0xF77) UEP7bits; extern __sfr __at (0xF78) UEP8; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP8bits_t; extern volatile __UEP8bits_t __at (0xF78) UEP8bits; extern __sfr __at (0xF79) UEP9; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP9bits_t; extern volatile __UEP9bits_t __at (0xF79) UEP9bits; extern __sfr __at (0xF7A) UEP10; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP10bits_t; extern volatile __UEP10bits_t __at (0xF7A) UEP10bits; extern __sfr __at (0xF7B) UEP11; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP11bits_t; extern volatile __UEP11bits_t __at (0xF7B) UEP11bits; extern __sfr __at (0xF7C) UEP12; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP12bits_t; extern volatile __UEP12bits_t __at (0xF7C) UEP12bits; extern __sfr __at (0xF7D) UEP13; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP13bits_t; extern volatile __UEP13bits_t __at (0xF7D) UEP13bits; extern __sfr __at (0xF7E) UEP14; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP14bits_t; extern volatile __UEP14bits_t __at (0xF7E) UEP14bits; extern __sfr __at (0xF7F) UEP15; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP15bits_t; extern volatile __UEP15bits_t __at (0xF7F) UEP15bits; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned RCV : 1; unsigned LVDIN : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned AN9 : 1; unsigned AN11 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned AN12 : 1; unsigned AN10 : 1; unsigned AN8 : 1; unsigned VPO : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VMO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T1CKI : 1; unsigned NOT_UOE : 1; unsigned P1A : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned : 1; unsigned UOE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AN5 : 1; unsigned AN6 : 1; unsigned AN7 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned : 1; unsigned : 1; unsigned LVDIE : 1; unsigned : 1; unsigned : 1; unsigned USBIE : 1; unsigned : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned : 1; unsigned : 1; unsigned LVDIF : 1; unsigned : 1; unsigned : 1; unsigned USBIF : 1; unsigned : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned : 1; unsigned : 1; unsigned LVDIP : 1; unsigned : 1; unsigned : 1; unsigned USBIP : 1; unsigned : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO_DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned NOT_IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned IPEN : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned : 1; unsigned OSTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKOVF : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f4455.h000066400000000000000000000001251116427777700200500ustar00rootroot00000000000000/* * pic18f4455.h - PIC18F4455 Device Library Header */ #include "pic18f2455.h" sdcc-2.9.0/device/include/pic16/pic18f448.h000066400000000000000000001553151116427777700200020ustar00rootroot00000000000000 /* * pic18f448.h - PIC18F448 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f448.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F448_H__ #define __PIC18F448_H__ extern __sfr __at (0xf00) RXF0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF0SIDHbits_t; extern volatile __RXF0SIDHbits_t __at (0xf00) RXF0SIDHbits; extern __sfr __at (0xf01) RXF0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xf01) RXF0SIDLbits; extern __sfr __at (0xf02) RXF0EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF0EIDHbits_t; extern volatile __RXF0EIDHbits_t __at (0xf02) RXF0EIDHbits; extern __sfr __at (0xf03) RXF0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF0EIDLbits_t; extern volatile __RXF0EIDLbits_t __at (0xf03) RXF0EIDLbits; extern __sfr __at (0xf04) RXF1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF1SIDHbits_t; extern volatile __RXF1SIDHbits_t __at (0xf04) RXF1SIDHbits; extern __sfr __at (0xf05) RXF1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xf05) RXF1SIDLbits; extern __sfr __at (0xf06) RXF1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF1EIDHbits_t; extern volatile __RXF1EIDHbits_t __at (0xf06) RXF1EIDHbits; extern __sfr __at (0xf07) RXF1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF1EIDLbits_t; extern volatile __RXF1EIDLbits_t __at (0xf07) RXF1EIDLbits; extern __sfr __at (0xf08) RXF2SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF2SIDHbits_t; extern volatile __RXF2SIDHbits_t __at (0xf08) RXF2SIDHbits; extern __sfr __at (0xf09) RXF2SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF2SIDLbits_t; extern volatile __RXF2SIDLbits_t __at (0xf09) RXF2SIDLbits; extern __sfr __at (0xf0a) RXF2EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF2EIDHbits_t; extern volatile __RXF2EIDHbits_t __at (0xf0a) RXF2EIDHbits; extern __sfr __at (0xf0b) RXF2EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xf0b) RXF2EIDLbits; extern __sfr __at (0xf0c) RXF3SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF3SIDHbits_t; extern volatile __RXF3SIDHbits_t __at (0xf0c) RXF3SIDHbits; extern __sfr __at (0xf0d) RXF3SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xf0d) RXF3SIDLbits; extern __sfr __at (0xf0e) RXF3EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF3EIDHbits_t; extern volatile __RXF3EIDHbits_t __at (0xf0e) RXF3EIDHbits; extern __sfr __at (0xf0f) RXF3EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF3EIDLbits_t; extern volatile __RXF3EIDLbits_t __at (0xf0f) RXF3EIDLbits; extern __sfr __at (0xf10) RXF4SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF4SIDHbits_t; extern volatile __RXF4SIDHbits_t __at (0xf10) RXF4SIDHbits; extern __sfr __at (0xf11) RXF4SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xf11) RXF4SIDLbits; extern __sfr __at (0xf12) RXF4EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF4EIDHbits_t; extern volatile __RXF4EIDHbits_t __at (0xf12) RXF4EIDHbits; extern __sfr __at (0xf13) RXF4EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF4EIDLbits_t; extern volatile __RXF4EIDLbits_t __at (0xf13) RXF4EIDLbits; extern __sfr __at (0xf14) RXF5SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF5SIDHbits_t; extern volatile __RXF5SIDHbits_t __at (0xf14) RXF5SIDHbits; extern __sfr __at (0xf15) RXF5SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xf15) RXF5SIDLbits; extern __sfr __at (0xf16) RXF5EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF5EIDHbits_t; extern volatile __RXF5EIDHbits_t __at (0xf16) RXF5EIDHbits; extern __sfr __at (0xf17) RXF5EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF5EIDLbits_t; extern volatile __RXF5EIDLbits_t __at (0xf17) RXF5EIDLbits; extern __sfr __at (0xf18) RXM0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXM0SIDHbits_t; extern volatile __RXM0SIDHbits_t __at (0xf18) RXM0SIDHbits; extern __sfr __at (0xf19) RXM0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xf19) RXM0SIDLbits; extern __sfr __at (0xf1a) RXM0EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXM0EIDHbits_t; extern volatile __RXM0EIDHbits_t __at (0xf1a) RXM0EIDHbits; extern __sfr __at (0xf1b) RXM0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXM0EIDLbits_t; extern volatile __RXM0EIDLbits_t __at (0xf1b) RXM0EIDLbits; extern __sfr __at (0xf1c) RXM1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXM1SIDHbits_t; extern volatile __RXM1SIDHbits_t __at (0xf1c) RXM1SIDHbits; extern __sfr __at (0xf1d) RXM1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDEN:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xf1d) RXM1SIDLbits; extern __sfr __at (0xf1e) RXM1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXM1EIDHbits_t; extern volatile __RXM1EIDHbits_t __at (0xf1e) RXM1EIDHbits; extern __sfr __at (0xf1f) RXM1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXM1EIDLbits_t; extern volatile __RXM1EIDLbits_t __at (0xf1f) RXM1EIDLbits; extern __sfr __at (0xf20) TXB2CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xf20) TXB2CONbits; extern __sfr __at (0xf21) TXB2SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __TXB2SIDHbits_t; extern volatile __TXB2SIDHbits_t __at (0xf21) TXB2SIDHbits; extern __sfr __at (0xf22) TXB2SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDEN:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xf22) TXB2SIDLbits; extern __sfr __at (0xf23) TXB2EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __TXB2EIDHbits_t; extern volatile __TXB2EIDHbits_t __at (0xf23) TXB2EIDHbits; extern __sfr __at (0xf24) TXB2EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __TXB2EIDLbits_t; extern volatile __TXB2EIDLbits_t __at (0xf24) TXB2EIDLbits; extern __sfr __at (0xf25) TXB2DLC; typedef union { struct { unsigned TXB2DLC0:1; unsigned TXB2DLC1:1; unsigned TXB2DLC2:1; unsigned TXB2DLC3:1; unsigned :1; unsigned :1; unsigned TXB2TXRTR:1; unsigned :1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xf25) TXB2DLCbits; extern __sfr __at (0xf26) TXB2D0; typedef union { struct { unsigned TXB2D00:1; unsigned TXB2D01:1; unsigned TXB2D02:1; unsigned TXB2D03:1; unsigned TXB2D04:1; unsigned TXB2D05:1; unsigned TXB2D06:1; unsigned TXB2D07:1; }; } __TXB2D0bits_t; extern volatile __TXB2D0bits_t __at (0xf26) TXB2D0bits; extern __sfr __at (0xf27) TXB2D1; typedef union { struct { unsigned TXB2D10:1; unsigned TXB2D11:1; unsigned TXB2D12:1; unsigned TXB2D13:1; unsigned TXB2D14:1; unsigned TXB2D15:1; unsigned TXB2D16:1; unsigned TXB2D17:1; }; } __TXB2D1bits_t; extern volatile __TXB2D1bits_t __at (0xf27) TXB2D1bits; extern __sfr __at (0xf28) TXB2D2; typedef union { struct { unsigned TXB2D20:1; unsigned TXB2D21:1; unsigned TXB2D22:1; unsigned TXB2D23:1; unsigned TXB2D24:1; unsigned TXB2D25:1; unsigned TXB2D26:1; unsigned TXB2D27:1; }; } __TXB2D2bits_t; extern volatile __TXB2D2bits_t __at (0xf28) TXB2D2bits; extern __sfr __at (0xf29) TXB2D3; typedef union { struct { unsigned TXB2D30:1; unsigned TXB2D31:1; unsigned TXB2D32:1; unsigned TXB2D33:1; unsigned TXB2D34:1; unsigned TXB2D35:1; unsigned TXB2D36:1; unsigned TXB2D37:1; }; } __TXB2D3bits_t; extern volatile __TXB2D3bits_t __at (0xf29) TXB2D3bits; extern __sfr __at (0xf2a) TXB2D4; typedef union { struct { unsigned TXB2D40:1; unsigned TXB2D41:1; unsigned TXB2D42:1; unsigned TXB2D43:1; unsigned TXB2D44:1; unsigned TXB2D45:1; unsigned TXB2D46:1; unsigned TXB2D47:1; }; } __TXB2D4bits_t; extern volatile __TXB2D4bits_t __at (0xf2a) TXB2D4bits; extern __sfr __at (0xf2b) TXB2D5; typedef union { struct { unsigned TXB2D50:1; unsigned TXB2D51:1; unsigned TXB2D52:1; unsigned TXB2D53:1; unsigned TXB2D54:1; unsigned TXB2D55:1; unsigned TXB2D56:1; unsigned TXB2D57:1; }; } __TXB2D5bits_t; extern volatile __TXB2D5bits_t __at (0xf2b) TXB2D5bits; extern __sfr __at (0xf2c) TXB2D6; typedef union { struct { unsigned TXB2D60:1; unsigned TXB2D61:1; unsigned TXB2D62:1; unsigned TXB2D63:1; unsigned TXB2D64:1; unsigned TXB2D65:1; unsigned TXB2D66:1; unsigned TXB2D67:1; }; } __TXB2D6bits_t; extern volatile __TXB2D6bits_t __at (0xf2c) TXB2D6bits; extern __sfr __at (0xf2d) TXB2D7; typedef union { struct { unsigned TXB2D70:1; unsigned TXB2D71:1; unsigned TXB2D72:1; unsigned TXB2D73:1; unsigned TXB2D74:1; unsigned TXB2D75:1; unsigned TXB2D76:1; unsigned TXB2D77:1; }; } __TXB2D7bits_t; extern volatile __TXB2D7bits_t __at (0xf2d) TXB2D7bits; extern __sfr __at (0xf2e) CANSTATRO4; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO4bits_t; extern volatile __CANSTATRO4bits_t __at (0xf2e) CANSTATRO4bits; extern __sfr __at (0xf30) TXB1CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xf30) TXB1CONbits; extern __sfr __at (0xf31) TXB1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __TXB1SIDHbits_t; extern volatile __TXB1SIDHbits_t __at (0xf31) TXB1SIDHbits; extern __sfr __at (0xf32) TXB1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xf32) TXB1SIDLbits; extern __sfr __at (0xf33) TXB1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __TXB1EIDHbits_t; extern volatile __TXB1EIDHbits_t __at (0xf33) TXB1EIDHbits; extern __sfr __at (0xf34) TXB1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __TXB1EIDLbits_t; extern volatile __TXB1EIDLbits_t __at (0xf34) TXB1EIDLbits; extern __sfr __at (0xf35) TXB1DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned :1; unsigned :1; unsigned TXRTR:1; unsigned :1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xf35) TXB1DLCbits; extern __sfr __at (0xf36) TXB1D0; typedef union { struct { unsigned TXB1D00:1; unsigned TXB1D01:1; unsigned TXB1D02:1; unsigned TXB1D03:1; unsigned TXB1D04:1; unsigned TXB1D05:1; unsigned TXB1D06:1; unsigned TXB1D07:1; }; } __TXB1D0bits_t; extern volatile __TXB1D0bits_t __at (0xf36) TXB1D0bits; extern __sfr __at (0xf37) TXB1D1; typedef union { struct { unsigned TXB1D10:1; unsigned TXB1D11:1; unsigned TXB1D12:1; unsigned TXB1D13:1; unsigned TXB1D14:1; unsigned TXB1D15:1; unsigned TXB1D16:1; unsigned TXB1D17:1; }; } __TXB1D1bits_t; extern volatile __TXB1D1bits_t __at (0xf37) TXB1D1bits; extern __sfr __at (0xf38) TXB1D2; typedef union { struct { unsigned TXB1D20:1; unsigned TXB1D21:1; unsigned TXB1D22:1; unsigned TXB1D23:1; unsigned TXB1D24:1; unsigned TXB1D25:1; unsigned TXB1D26:1; unsigned TXB1D27:1; }; } __TXB1D2bits_t; extern volatile __TXB1D2bits_t __at (0xf38) TXB1D2bits; extern __sfr __at (0xf39) TXB1D3; typedef union { struct { unsigned TXB1D30:1; unsigned TXB1D31:1; unsigned TXB1D32:1; unsigned TXB1D33:1; unsigned TXB1D34:1; unsigned TXB1D35:1; unsigned TXB1D36:1; unsigned TXB1D37:1; }; } __TXB1D3bits_t; extern volatile __TXB1D3bits_t __at (0xf39) TXB1D3bits; extern __sfr __at (0xf3a) TXB1D4; typedef union { struct { unsigned TXB1D40:1; unsigned TXB1D41:1; unsigned TXB1D42:1; unsigned TXB1D43:1; unsigned TXB1D44:1; unsigned TXB1D45:1; unsigned TXB1D46:1; unsigned TXB1D47:1; }; } __TXB1D4bits_t; extern volatile __TXB1D4bits_t __at (0xf3a) TXB1D4bits; extern __sfr __at (0xf3b) TXB1D5; typedef union { struct { unsigned TXB1D50:1; unsigned TXB1D51:1; unsigned TXB1D52:1; unsigned TXB1D53:1; unsigned TXB1D54:1; unsigned TXB1D55:1; unsigned TXB1D56:1; unsigned TXB1D57:1; }; } __TXB1D5bits_t; extern volatile __TXB1D5bits_t __at (0xf3b) TXB1D5bits; extern __sfr __at (0xf3c) TXB1D6; typedef union { struct { unsigned TXB1D60:1; unsigned TXB1D61:1; unsigned TXB1D62:1; unsigned TXB1D63:1; unsigned TXB1D64:1; unsigned TXB1D65:1; unsigned TXB1D66:1; unsigned TXB1D67:1; }; } __TXB1D6bits_t; extern volatile __TXB1D6bits_t __at (0xf3c) TXB1D6bits; extern __sfr __at (0xf3d) TXB1D7; typedef union { struct { unsigned TXB1D70:1; unsigned TXB1D71:1; unsigned TXB1D72:1; unsigned TXB1D73:1; unsigned TXB1D74:1; unsigned TXB1D75:1; unsigned TXB1D76:1; unsigned TXB1D77:1; }; } __TXB1D7bits_t; extern volatile __TXB1D7bits_t __at (0xf3d) TXB1D7bits; extern __sfr __at (0xf3e) CANSTATRO3; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO3bits_t; extern volatile __CANSTATRO3bits_t __at (0xf3e) CANSTATRO3bits; extern __sfr __at (0xf40) TXB0CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xf40) TXB0CONbits; extern __sfr __at (0xf41) TXB0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __TXB0SIDHbits_t; extern volatile __TXB0SIDHbits_t __at (0xf41) TXB0SIDHbits; extern __sfr __at (0xf42) TXB0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB0SIDLbits_t; extern volatile __TXB0SIDLbits_t __at (0xf42) TXB0SIDLbits; extern __sfr __at (0xf43) TXB0EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __TXB0EIDHbits_t; extern volatile __TXB0EIDHbits_t __at (0xf43) TXB0EIDHbits; extern __sfr __at (0xf44) TXB0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __TXB0EIDLbits_t; extern volatile __TXB0EIDLbits_t __at (0xf44) TXB0EIDLbits; extern __sfr __at (0xf45) TXB0DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned :1; unsigned :1; unsigned TXRTR:1; unsigned :1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xf45) TXB0DLCbits; extern __sfr __at (0xf46) TXB0D0; typedef union { struct { unsigned TXB0D00:1; unsigned TXB0D01:1; unsigned TXB0D02:1; unsigned TXB0D03:1; unsigned TXB0D04:1; unsigned TXB0D05:1; unsigned TXB0D06:1; unsigned TXB0D07:1; }; } __TXB0D0bits_t; extern volatile __TXB0D0bits_t __at (0xf46) TXB0D0bits; extern __sfr __at (0xf47) TXB0D1; typedef union { struct { unsigned TXB0D10:1; unsigned TXB0D11:1; unsigned TXB0D12:1; unsigned TXB0D13:1; unsigned TXB0D14:1; unsigned TXB0D15:1; unsigned TXB0D16:1; unsigned TXB0D17:1; }; } __TXB0D1bits_t; extern volatile __TXB0D1bits_t __at (0xf47) TXB0D1bits; extern __sfr __at (0xf48) TXB0D2; typedef union { struct { unsigned TXB0D20:1; unsigned TXB0D21:1; unsigned TXB0D22:1; unsigned TXB0D23:1; unsigned TXB0D24:1; unsigned TXB0D25:1; unsigned TXB0D26:1; unsigned TXB0D27:1; }; } __TXB0D2bits_t; extern volatile __TXB0D2bits_t __at (0xf48) TXB0D2bits; extern __sfr __at (0xf49) TXB0D3; typedef union { struct { unsigned TXB0D30:1; unsigned TXB0D31:1; unsigned TXB0D32:1; unsigned TXB0D33:1; unsigned TXB0D34:1; unsigned TXBD035:1; unsigned TXBD0D36:1; unsigned TXB0D37:1; }; } __TXB0D3bits_t; extern volatile __TXB0D3bits_t __at (0xf49) TXB0D3bits; extern __sfr __at (0xf4a) TXB0D4; typedef union { struct { unsigned TXB0D40:1; unsigned TXB0D41:1; unsigned TXB0D42:1; unsigned TXB0D43:1; unsigned TXB0D44:1; unsigned TXB0D45:1; unsigned TXB0D46:1; unsigned TXB0D47:1; }; } __TXB0D4bits_t; extern volatile __TXB0D4bits_t __at (0xf4a) TXB0D4bits; extern __sfr __at (0xf4b) TXB0D5; typedef union { struct { unsigned TXB0D50:1; unsigned TXB0D51:1; unsigned TXB0D52:1; unsigned TXB0D53:1; unsigned TXB0D54:1; unsigned TXB0D55:1; unsigned TXB0D56:1; unsigned TXB0D57:1; }; } __TXB0D5bits_t; extern volatile __TXB0D5bits_t __at (0xf4b) TXB0D5bits; extern __sfr __at (0xf4c) TXB0D6; typedef union { struct { unsigned TXB0D60:1; unsigned TXB0D61:1; unsigned TXB0D62:1; unsigned TXB0D63:1; unsigned TXB0D64:1; unsigned TXB0D65:1; unsigned TXB0D66:1; unsigned TXB0D67:1; }; } __TXB0D6bits_t; extern volatile __TXB0D6bits_t __at (0xf4c) TXB0D6bits; extern __sfr __at (0xf4d) TXB0D7; typedef union { struct { unsigned TXB0D70:1; unsigned TXB0D71:1; unsigned TXB0D72:1; unsigned TXB0D73:1; unsigned TXB0D74:1; unsigned TXB0D75:1; unsigned TXB0D76:1; unsigned TXB0D77:1; }; } __TXB0D7bits_t; extern volatile __TXB0D7bits_t __at (0xf4d) TXB0D7bits; extern __sfr __at (0xf4e) CANSTATRO2; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO2bits_t; extern volatile __CANSTATRO2bits_t __at (0xf4e) CANSTATRO2bits; extern __sfr __at (0xf50) RXB1CON; typedef union { struct { unsigned FILHIT0:1; unsigned FILHIT1:1; unsigned FILHIT2:1; unsigned RXRTRRO:1; unsigned :1; unsigned RXM0:1; unsigned RXM1:1; unsigned RXFUL:1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xf50) RXB1CONbits; extern __sfr __at (0xf51) RXB1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXB1SIDHbits_t; extern volatile __RXB1SIDHbits_t __at (0xf51) RXB1SIDHbits; extern __sfr __at (0xf52) RXB1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned SRR:1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xf52) RXB1SIDLbits; extern __sfr __at (0xf53) RXB1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXB1EIDHbits_t; extern volatile __RXB1EIDHbits_t __at (0xf53) RXB1EIDHbits; extern __sfr __at (0xf54) RXB1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXB1EIDLbits_t; extern volatile __RXB1EIDLbits_t __at (0xf54) RXB1EIDLbits; extern __sfr __at (0xf55) RXB1DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned RESB0:1; unsigned RESB1:1; unsigned RXRTR:1; unsigned :1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xf55) RXB1DLCbits; extern __sfr __at (0xf56) RXB1D0; typedef union { struct { unsigned RXB1D00:1; unsigned RXB1D01:1; unsigned RXB1D02:1; unsigned RXB1D03:1; unsigned RXB1D04:1; unsigned RXB1D05:1; unsigned RXB1D06:1; unsigned RXB1D07:1; }; } __RXB1D0bits_t; extern volatile __RXB1D0bits_t __at (0xf56) RXB1D0bits; extern __sfr __at (0xf57) RXB1D1; typedef union { struct { unsigned RXB1D10:1; unsigned RXB1D11:1; unsigned RXB1D12:1; unsigned RXB1D13:1; unsigned RXB1D14:1; unsigned RXB1D15:1; unsigned RXB1D16:1; unsigned RXB1D17:1; }; } __RXB1D1bits_t; extern volatile __RXB1D1bits_t __at (0xf57) RXB1D1bits; extern __sfr __at (0xf58) RXB1D2; typedef union { struct { unsigned RXB1D20:1; unsigned RXB1D21:1; unsigned RXB1D22:1; unsigned RXB1D23:1; unsigned RXB1D24:1; unsigned RXB1D25:1; unsigned RXB1D26:1; unsigned RXB1D27:1; }; } __RXB1D2bits_t; extern volatile __RXB1D2bits_t __at (0xf58) RXB1D2bits; extern __sfr __at (0xf59) RXB1D3; typedef union { struct { unsigned RXB1D30:1; unsigned RXB1D31:1; unsigned RXB1D32:1; unsigned RXB1D33:1; unsigned RXB1D34:1; unsigned RXB1D35:1; unsigned RXB1D36:1; unsigned RXB1D37:1; }; } __RXB1D3bits_t; extern volatile __RXB1D3bits_t __at (0xf59) RXB1D3bits; extern __sfr __at (0xf5a) RXB1D4; typedef union { struct { unsigned RXB1D40:1; unsigned RXB1D41:1; unsigned RXB1D42:1; unsigned RXB1D43:1; unsigned RXB1D44:1; unsigned RXB1D45:1; unsigned RXB1D46:1; unsigned RXB1D47:1; }; } __RXB1D4bits_t; extern volatile __RXB1D4bits_t __at (0xf5a) RXB1D4bits; extern __sfr __at (0xf5b) RXB1D5; typedef union { struct { unsigned RXB1D50:1; unsigned RXB1D51:1; unsigned RXB1D52:1; unsigned RXB1D53:1; unsigned RXB1D54:1; unsigned RXB1D55:1; unsigned RXB1D56:1; unsigned RXB1D57:1; }; } __RXB1D5bits_t; extern volatile __RXB1D5bits_t __at (0xf5b) RXB1D5bits; extern __sfr __at (0xf5c) RXB1D6; typedef union { struct { unsigned RXB1D60:1; unsigned RXB1D61:1; unsigned RXB1D62:1; unsigned RXB1D63:1; unsigned RXB1D64:1; unsigned RXB1D65:1; unsigned RXB1D66:1; unsigned RXB1D67:1; }; } __RXB1D6bits_t; extern volatile __RXB1D6bits_t __at (0xf5c) RXB1D6bits; extern __sfr __at (0xf5d) RXB1D7; typedef union { struct { unsigned RXB1D70:1; unsigned RXB1D71:1; unsigned RXB1D72:1; unsigned RXB1D73:1; unsigned RXB1D74:1; unsigned RXB1D75:1; unsigned RXB1D76:1; unsigned RXB1D77:1; }; } __RXB1D7bits_t; extern volatile __RXB1D7bits_t __at (0xf5d) RXB1D7bits; extern __sfr __at (0xf5e) CANSTATRO1; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO1bits_t; extern volatile __CANSTATRO1bits_t __at (0xf5e) CANSTATRO1bits; extern __sfr __at (0xf60) RXB0CON; typedef union { struct { unsigned FILHIT0:1; unsigned RXB0DBEN_R:1; unsigned RXB0DBEN:1; unsigned RXRTRR0:1; unsigned :1; unsigned RXM0:1; unsigned RXM1:1; unsigned RXFUL:1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xf60) RXB0CONbits; extern __sfr __at (0xf61) RXB0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXB0SIDHbits_t; extern volatile __RXB0SIDHbits_t __at (0xf61) RXB0SIDHbits; extern __sfr __at (0xf62) RXB0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXID:1; unsigned SRR:1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xf62) RXB0SIDLbits; extern __sfr __at (0xf63) RXB0EIDH; typedef union { struct { unsigned EID8:1; unsigned EDI9:1; unsigned EID10:1; unsigned ED11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXB0EIDHbits_t; extern volatile __RXB0EIDHbits_t __at (0xf63) RXB0EIDHbits; extern __sfr __at (0xf64) RXB0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXB0EIDLbits_t; extern volatile __RXB0EIDLbits_t __at (0xf64) RXB0EIDLbits; extern __sfr __at (0xf65) RXB0DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned RESB0:1; unsigned RESB1:1; unsigned RTR:1; unsigned :1; }; } __RXB0DLCbits_t; extern volatile __RXB0DLCbits_t __at (0xf65) RXB0DLCbits; extern __sfr __at (0xf66) RXB0D0; extern __sfr __at (0xf67) RXB0D1; extern __sfr __at (0xf68) RXB0D2; extern __sfr __at (0xf69) RXB0D3; extern __sfr __at (0xf6a) RXB0D4; extern __sfr __at (0xf6b) RXB0D5; extern __sfr __at (0xf6c) RXB0D6; extern __sfr __at (0xf6d) RXB0D7; extern __sfr __at (0xf6e) CANSTAT; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xf6e) CANSTATbits; extern __sfr __at (0xf6f) CANCON; typedef union { struct { unsigned WIN0:1; unsigned WIN1:1; unsigned WIN2:1; unsigned WIN3:1; unsigned ABAT:1; unsigned REQOP0:1; unsigned REQOP1:1; unsigned REQOP2:1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xf6f) CANCONbits; extern __sfr __at (0xf70) BRGCON1; typedef union { struct { unsigned BRP0:1; unsigned BRP1:1; unsigned BRP2:1; unsigned BRP3:1; unsigned BRP4:1; unsigned BRP5:1; unsigned SJW0:1; unsigned SJW1:1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xf70) BRGCON1bits; extern __sfr __at (0xf71) BRGCON2; typedef union { struct { unsigned PRSEG0:1; unsigned PRSEG1:1; unsigned PRSEG2:1; unsigned SEG1PH0:1; unsigned SEG1PH1:1; unsigned SEG1PH2:1; unsigned SAM:1; unsigned SEG2PHTS:1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xf71) BRGCON2bits; extern __sfr __at (0xf72) BRGCON3; typedef union { struct { unsigned SEG2PH0:1; unsigned SEG2PH1:1; unsigned SEG2PH2:1; unsigned :1; unsigned :1; unsigned :1; unsigned WAKFIL:1; unsigned :1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xf72) BRGCON3bits; extern __sfr __at (0xf73) CIOCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned CANCAP:1; unsigned ENDRHI:1; unsigned :1; unsigned :1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xf73) CIOCONbits; extern __sfr __at (0xf74) COMSTAT; typedef union { struct { unsigned EWARN:1; unsigned RXWARN:1; unsigned TXWARN:1; unsigned RXBP:1; unsigned TXBP:1; unsigned TXBO:1; unsigned RXB1OVFL:1; unsigned RXB0OVFL:1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xf74) COMSTATbits; extern __sfr __at (0xf75) RXERRCNT; typedef union { struct { unsigned REC0:1; unsigned REC1:1; unsigned REC2:1; unsigned REC3:1; unsigned REC4:1; unsigned REC5:1; unsigned REC6:1; unsigned REC7:1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xf75) RXERRCNTbits; extern __sfr __at (0xf76) TXERRCNT; typedef union { struct { unsigned TEC0:1; unsigned TEC1:1; unsigned TEC2:1; unsigned TEC3:1; unsigned TEC4:1; unsigned TEC5:1; unsigned TEC6:1; unsigned TEC7:1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xf76) TXERRCNTbits; extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf83) PORTD; typedef union { struct { unsigned RD0:1; unsigned RD1:1; unsigned RD2:1; unsigned RD3:1; unsigned RD4:1; unsigned RD5:1; unsigned RD6:1; unsigned RD7:1; }; struct { unsigned AD0:1; unsigned AD1:1; unsigned AD2:1; unsigned AD3:1; unsigned AD4:1; unsigned AD5:1; unsigned AD6:1; unsigned AD7:1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xf83) PORTDbits; extern __sfr __at (0xf84) PORTE; typedef union { struct { unsigned RE0:1; unsigned RE1:1; unsigned RE2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned ALE:1; unsigned OE:1; unsigned WRL:1; unsigned WRH:1; unsigned :1; unsigned :1; unsigned :1; unsigned CCP2:1; }; struct { unsigned AN5:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xf84) PORTEbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf8c) LATD; typedef union { struct { unsigned LATD0:1; unsigned LATD1:1; unsigned LATD2:1; unsigned LATD3:1; unsigned LATD4:1; unsigned LATD5:1; unsigned LATD6:1; unsigned LATD7:1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xf8c) LATDbits; extern __sfr __at (0xf8d) LATE; typedef union { struct { unsigned LATE0:1; unsigned LATE1:1; unsigned LATE2:1; unsigned LATE3:1; unsigned LATE4:1; unsigned LATE5:1; unsigned LATE6:1; unsigned LATE7:1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xf8d) LATEbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf95) TRISD; typedef union { struct { unsigned TRISD0:1; unsigned TRISD1:1; unsigned TRISD2:1; unsigned TRISD3:1; unsigned TRISD4:1; unsigned TRISD5:1; unsigned TRISD6:1; unsigned TRISD7:1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xf95) TRISDbits; extern __sfr __at (0xf96) TRISE; typedef union { struct { unsigned TRISE0:1; unsigned TRISE1:1; unsigned TRISE2:1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xf96) TRISEbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned CMIE:1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned CMIF:1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned CMIP:1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa3) PIE3; typedef union { struct { unsigned RX0IE:1; unsigned RX1IE:1; unsigned TX0IE:1; unsigned TX1IE:1; unsigned TX2IE:1; unsigned ERRIE:1; unsigned WAKIE:1; unsigned IVRE:1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xfa3) PIE3bits; extern __sfr __at (0xfa4) PIR3; typedef union { struct { unsigned RX0IF:1; unsigned RX1IF:1; unsigned TX0IF:1; unsigned TX1IF:1; unsigned TX2IF:1; unsigned ERRIF:1; unsigned WAKIF:1; unsigned IVRF:1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xfa4) PIR3bits; extern __sfr __at (0xfa5) IPR3; typedef union { struct { unsigned RX0IP:1; unsigned RX1IP:1; unsigned TX0IP:1; unsigned TX1IP:1; unsigned TX2IP:1; unsigned ERRIP:1; unsigned WAKIP:1; unsigned IVRP:1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xfa5) IPR3bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfab) RCSTA; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb0) PSPCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __PSPCONbits_t; extern volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfb4) CMCON; typedef union { struct { unsigned CM0:1; unsigned CM1:1; unsigned CM2:1; unsigned CIS:1; unsigned C1INV:1; unsigned C2INV:1; unsigned C1OUT:1; unsigned C2OUT:1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xfb4) CMCONbits; extern __sfr __at (0xfb5) CVRCON; typedef union { struct { unsigned CVR0:1; unsigned CVR1:1; unsigned CVR2:1; unsigned CVR3:1; unsigned CVREF:1; unsigned CVRR:1; unsigned CVROE:1; unsigned CVREN:1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; extern __sfr __at (0xfb6) ECCPAS; typedef union { struct { unsigned PSSBD0:1; unsigned PSSBD1:1; unsigned PSSAC0:1; unsigned PSSAC1:1; unsigned ECCPAS0:1; unsigned ECCPAS1:1; unsigned ECCPAS2:1; unsigned ECCPASE:1; }; } __ECCPASbits_t; extern volatile __ECCPASbits_t __at (0xfb6) ECCPASbits; extern __sfr __at (0xfb7) ECCP1DEL; typedef union { struct { unsigned EPDC0:1; unsigned EPDC1:1; unsigned EPDC2:1; unsigned EPDC3:1; unsigned EPDC4:1; unsigned EPDC5:1; unsigned EPDC6:1; unsigned EPDC7:1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xfb7) ECCP1DELbits; extern __sfr __at (0xfba) ECCP1CON; typedef union { struct { unsigned ECCP1M0:1; unsigned ECCP1M1:1; unsigned ECCP1M2:1; unsigned ECCP1M3:1; unsigned EDC1B0:1; unsigned EDC1B1:1; unsigned EPWM1M0:1; unsigned EPWM1M1:1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xfba) ECCP1CONbits; extern __sfr __at (0xfbb) ECCPR1L; extern __sfr __at (0xfbc) ECCPR1H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned :1; unsigned :1; unsigned ADCS2:1; unsigned ADFM:1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned :1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned ADCS0:1; unsigned ADCS1:1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; typedef union { struct { unsigned T0PS0:1; unsigned T0PS1:1; unsigned T0PS2:1; unsigned PSA:1; unsigned T0SE:1; unsigned T0CS:1; unsigned T08BIT:1; unsigned TMR0ON:1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xfd5) T0CONbits; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned :1; unsigned :1; unsigned INT1E:1; unsigned :1; unsigned :1; unsigned INT1P:1; unsigned :1; }; struct { unsigned INT1IF:1; unsigned :1; unsigned :1; unsigned INT2IE:1; unsigned :1; unsigned :1; unsigned INT1IP:1; unsigned :1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned :1; unsigned T0IP:1; unsigned :1; unsigned :1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_0V_2L 0xFF /* 2.0V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00200-01FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 02000-03FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-01FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 02000-03FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-01FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 02000-03FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f4480.h000066400000000000000000000001111116427777700200410ustar00rootroot00000000000000/* * pic18f4480.h - Device Library Header */ #include "pic18f4580.h" sdcc-2.9.0/device/include/pic16/pic18f44j10.h000066400000000000000000001214541116427777700202220ustar00rootroot00000000000000/* * pic18f44j10.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F44J10_H__ #define __PIC18F44J10_H__ 1 #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned : 1; unsigned RA5 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned : 1; unsigned AN4 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned SS1 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned : 1; unsigned : 1; unsigned C2OUT_PORTA : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS1 : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CCP2_PORTB : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN12 : 1; unsigned AN10 : 1; unsigned AN8 : 1; unsigned AN9 : 1; unsigned AN11 : 1; unsigned T0CKI : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned C1OUT_PORTB : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK1 : 1; unsigned SDI1 : 1; unsigned SDO1 : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T1CKI : 1; unsigned CCP2_PORTC : 1; unsigned P1A : 1; unsigned SCL1 : 1; unsigned SDA1 : 1; unsigned SDO : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PSP0 : 1; unsigned PSP1 : 1; unsigned PSP2 : 1; unsigned PSP3 : 1; unsigned PSP4 : 1; unsigned PSP5 : 1; unsigned PSP6 : 1; unsigned PSP7 : 1; }; struct { unsigned SCL2 : 1; unsigned SDA2 : 1; unsigned SDO2 : 1; unsigned SS2 : 1; unsigned : 1; unsigned P1B : 1; unsigned P1C : 1; unsigned P1D : 1; }; struct { unsigned SCK2 : 1; unsigned SDI2 : 1; unsigned : 1; unsigned NOT_SS2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned RD : 1; unsigned WR : 1; unsigned CS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AN5 : 1; unsigned AN6 : 1; unsigned AN7 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned NOT_RD : 1; unsigned NOT_WR : 1; unsigned NOT_CS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF85) SSP2CON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSP2CON2bits_t; extern volatile __SSP2CON2bits_t __at (0xF85) SSP2CON2bits; extern __sfr __at (0xF86) SSP2CON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSP2CON1bits_t; extern volatile __SSP2CON1bits_t __at (0xF86) SSP2CON1bits; extern __sfr __at (0xF87) SSP2STAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSP2STATbits_t; extern volatile __SSP2STATbits_t __at (0xF87) SSP2STATbits; extern __sfr __at (0xF88) SSP2ADD; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned : 1; unsigned LATA5 : 1; unsigned : 1; unsigned : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF8E) SSP2BUF; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned : 1; unsigned RA5 : 1; unsigned : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned : 1; unsigned TRISA5 : 1; unsigned : 1; unsigned : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PLLEN : 1; unsigned : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IE : 1; unsigned TX1IE : 1; unsigned RC1IE : 1; unsigned : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IF : 1; unsigned TX1IF : 1; unsigned RC1IF : 1; unsigned : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IP : 1; unsigned TX1IP : 1; unsigned RC1IP : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned : 1; unsigned : 1; unsigned BCLIE : 1; unsigned : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned : 1; unsigned : 1; unsigned BCLIF : 1; unsigned : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned : 1; unsigned : 1; unsigned BCLIP : 1; unsigned : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL2IE : 1; unsigned SSP2IE : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL2IF : 1; unsigned SSP2IF : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL2IP : 1; unsigned SSP2IP : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned ADEN : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAB) RCSTA1; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTA1bits_t; extern volatile __RCSTA1bits_t __at (0xFAB) RCSTA1bits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAC) TXSTA1; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTA1bits_t; extern volatile __TXSTA1bits_t __at (0xFAC) TXSTA1bits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAD) TXREG1; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAE) RCREG1; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFAF) SPBRG1; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT_CMCON : 1; unsigned C2OUT_CMCON : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; extern __sfr __at (0xFB7) PWM1CON; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __PWM1CONbits_t; extern volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFB8) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBD) ECCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xFBD) ECCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned ADCAL : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSP1CON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSP1CON2bits_t; extern volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSP1CON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSP1CON1bits_t; extern volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSP1STAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSP1STATbits_t; extern volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSP1ADD; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSP1BUF; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned TOUTPS0 : 1; unsigned TOUTPS1 : 1; unsigned TOUTPS2 : 1; unsigned TOUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned : 1; unsigned OSTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned T0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned RBIE : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f44k20.h000066400000000000000000000001221116427777700202100ustar00rootroot00000000000000/* * pic18f44k20.h - device specific declarations */ #include "pic18f46k20.h" sdcc-2.9.0/device/include/pic16/pic18f4510.h000066400000000000000000000001201116427777700200330ustar00rootroot00000000000000/* * pic18f4510.h - device specific declarations */ #include "pic18f4610.h" sdcc-2.9.0/device/include/pic16/pic18f4515.h000066400000000000000000000001201116427777700200400ustar00rootroot00000000000000/* * pic18f4515.h - device specific declarations */ #include "pic18f4610.h" sdcc-2.9.0/device/include/pic16/pic18f452.h000066400000000000000000000522151116427777700177700ustar00rootroot00000000000000 /* * pic18f452.h - PIC18F452 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f452.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F452_H__ #define __PIC18F452_H__ extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf83) PORTD; typedef union { struct { unsigned RD0:1; unsigned RD1:1; unsigned RD2:1; unsigned RD3:1; unsigned RD4:1; unsigned RD5:1; unsigned RD6:1; unsigned RD7:1; }; struct { unsigned AD0:1; unsigned AD1:1; unsigned AD2:1; unsigned AD3:1; unsigned AD4:1; unsigned AD5:1; unsigned AD6:1; unsigned AD7:1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xf83) PORTDbits; extern __sfr __at (0xf84) PORTE; typedef union { struct { unsigned RE0:1; unsigned RE1:1; unsigned RE2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned ALE:1; unsigned OE:1; unsigned WRL:1; unsigned WRH:1; unsigned :1; unsigned :1; unsigned :1; unsigned CCP2:1; }; struct { unsigned AN5:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xf84) PORTEbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf8c) LATD; typedef union { struct { unsigned LATD0:1; unsigned LATD1:1; unsigned LATD2:1; unsigned LATD3:1; unsigned LATD4:1; unsigned LATD5:1; unsigned LATD6:1; unsigned LATD7:1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xf8c) LATDbits; extern __sfr __at (0xf8d) LATE; typedef union { struct { unsigned LATE0:1; unsigned LATE1:1; unsigned LATE2:1; unsigned LATE3:1; unsigned LATE4:1; unsigned LATE5:1; unsigned LATE6:1; unsigned LATE7:1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xf8d) LATEbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf95) TRISD; typedef union { struct { unsigned TRISD0:1; unsigned TRISD1:1; unsigned TRISD2:1; unsigned TRISD3:1; unsigned TRISD4:1; unsigned TRISD5:1; unsigned TRISD6:1; unsigned TRISD7:1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xf95) TRISDbits; extern __sfr __at (0xf96) TRISE; typedef union { struct { unsigned TRISE0:1; unsigned TRISE1:1; unsigned TRISE2:1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xf96) TRISEbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned :1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned :1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned :1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfab) RCSTA; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfba) CCP2CON; typedef union { struct { unsigned CCP2M0:1; unsigned CCP2M1:1; unsigned CCP2M2:1; unsigned CCP2M3:1; unsigned DCCP2Y:1; unsigned DCCP2X:1; unsigned :1; unsigned :1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; extern __sfr __at (0xfbb) CCPR2L; extern __sfr __at (0xfbc) CCPR2H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned :1; unsigned :1; unsigned ADCS2:1; unsigned ADFM:1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned :1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned ADCS0:1; unsigned ADCS1:1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; typedef union { struct { unsigned T0PS0:1; unsigned T0PS1:1; unsigned T0PS2:1; unsigned PSA:1; unsigned T0SE:1; unsigned T0CS:1; unsigned T08BIT:1; unsigned TMR0ON:1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xfd5) T0CONbits; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned :1; unsigned INT1E:1; unsigned INT2E:1; unsigned :1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned :1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned :1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned :1; unsigned T0IP:1; unsigned :1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_0V_2L 0xFF /* 2.0V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RB3_3H 0xFE /* RB3 */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00200-01FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 02000-03FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Code Protect 04000-05FFF 5L options */ #define _CP_2_OFF_5L 0xFF /* Disabled */ #define _CP_2_ON_5L 0xFB /* Enabled */ /* Code Protect 06000-07FFF 5L options */ #define _CP_3_OFF_5L 0xFF /* Disabled */ #define _CP_3_ON_5L 0xF7 /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-01FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 02000-03FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Table Write Protect 04000-05FFF 6L options */ #define _WRT_2_OFF_6L 0xFF /* Disabled */ #define _WRT_2_ON_6L 0xFB /* Enabled */ /* Table Write Protect 06000-07FFF 6L options */ #define _WRT_3_OFF_6L 0xFF /* Disabled */ #define _WRT_3_ON_6L 0xF7 /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-01FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 02000-03FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect 04000-05FFF 7L options */ #define _EBTR_2_OFF_7L 0xFF /* Disabled */ #define _EBTR_2_ON_7L 0xFB /* Enabled */ /* Table Read Protect 06000-07FFF 7L options */ #define _EBTR_3_OFF_7L 0xFF /* Disabled */ #define _EBTR_3_ON_7L 0xF7 /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f4520.h000066400000000000000000001200731116427777700200460ustar00rootroot00000000000000/* * pic18f4520.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F4520_H__ #define __PIC18F4520_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP oscillator #define _OSC_XT_1H 0xF1 // XT oscillator #define _OSC_HS_1H 0xF2 // HS oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO6_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO6_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_INTIO67_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_INTIO7_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOREN_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOREN_ON_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOREN_NOSLP_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOREN_SBORDIS_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // WDT disabled (control is placed on the SWDTEN bit) #define _WDT_ON_2H 0xFF // WDT enabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_OFF_3H 0xFD // PORTB<4:0> pins are configured as digital I/O on Reset #define _PBADEN_ON_3H 0xFF // PORTB<4:0> pins are configured as analog input channels on Reset #define _CCP2MX_PORTBE_3H 0xFE // CCP2 input/output is multiplexed with RB3 #define _CCP2MX_PORTC_3H 0xFF // CCP2 input/output is multiplexed with RC1 // CONFIG4L Options #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset #define _LVP_OFF_4L 0xFB // Single-Supply ICSP disabled #define _LVP_ON_4L 0xFF // Single-Supply ICSP enabled #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 (000800-001FFFh) code-protected #define _CP0_OFF_5L 0xFF // Block 0 (000800-001FFFh) not code-protected #define _CP1_ON_5L 0xFD // Block 1 (002000-003FFFh) code-protected #define _CP1_OFF_5L 0xFF // Block 1 (002000-003FFFh) not code-protected #define _CP2_ON_5L 0xFB // Block 2 (004000-005FFFh) code-protected #define _CP2_OFF_5L 0xFF // Block 2 (004000-005FFFh) not code-protected #define _CP3_ON_5L 0xF7 // Block 3 (006000-007FFFh) code-protected #define _CP3_OFF_5L 0xFF // Block 3 (006000-007FFFh) not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot block (000000-0007FFh) code-protected #define _CPB_OFF_5H 0xFF // Boot block (000000-0007FFh) not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 (000800-001FFFh) write-protected #define _WRT0_OFF_6L 0xFF // Block 0 (000800-001FFFh) not write-protected #define _WRT1_ON_6L 0xFD // Block 1 (002000-003FFFh) write-protected #define _WRT1_OFF_6L 0xFF // Block 1 (002000-003FFFh) not write-protected #define _WRT2_ON_6L 0xFB // Block 2 (004000-005FFFh) write-protected #define _WRT2_OFF_6L 0xFF // Block 2 (004000-005FFFh) not write-protected #define _WRT3_ON_6L 0xF7 // Block 3 (006000-007FFFh) write-protected #define _WRT3_OFF_6L 0xFF // Block 3 (006000-007FFFh) not write-protected // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Boot block (000000-0007FFh) write-protected #define _WRTB_OFF_6H 0xFF // Boot block (000000-0007FFh) not write-protected #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 (000800-001FFFh) protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 (000800-001FFFh) not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 (002000-003FFFh) protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 (002000-003FFFh) not protected from table reads executed in other blocks #define _EBTR2_ON_7L 0xFB // Block 2 (004000-005FFFh) protected from table reads executed in other blocks #define _EBTR2_OFF_7L 0xFF // Block 2 (004000-005FFFh) not protected from table reads executed in other blocks #define _EBTR3_ON_7L 0xF7 // Block 3 (006000-007FFFh) protected from table reads executed in other blocks #define _EBTR3_OFF_7L 0xFF // Block 3 (006000-007FFFh) not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot block (000000-0007FFh) protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot block (000000-0007FFh) not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VREFN : 1; unsigned VREFP : 1; unsigned : 1; unsigned SS : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned C1OUT : 1; unsigned C2OUT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned LVDIN : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CCP2_PORTB : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN12 : 1; unsigned AN10 : 1; unsigned AN8 : 1; unsigned AN9 : 1; unsigned AN11 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2_PORTC : 1; unsigned P1A : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned T1CKI : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PSP0 : 1; unsigned PSP1 : 1; unsigned PSP2 : 1; unsigned PSP3 : 1; unsigned PSP4 : 1; unsigned PSP5 : 1; unsigned PSP6 : 1; unsigned PSP7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned P1B : 1; unsigned P1C : 1; unsigned P1D : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned RD : 1; unsigned WR : 1; unsigned CS : 1; unsigned MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned NOT_RD : 1; unsigned NOT_WR : 1; unsigned NOT_CS : 1; unsigned NOT_MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AN5 : 1; unsigned AN6 : 1; unsigned AN7 : 1; unsigned VPP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned HLVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned LVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned HLVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned LVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned HLVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned LVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT : 1; unsigned C2OUT : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) PWM1CON; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __PWM1CONbits_t; extern volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFB8) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R : 1; unsigned S : 1; unsigned P : 1; unsigned D : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R_W : 1; unsigned : 1; unsigned : 1; unsigned D_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned FLTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0F : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0E : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0IF : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0IE : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned SP0 : 1; unsigned SP1 : 1; unsigned SP2 : 1; unsigned SP3 : 1; unsigned SP4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKOVF : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f4523.h000066400000000000000000001213101116427777700200440ustar00rootroot00000000000000/* * pic18f4523.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F4523_H__ #define __PIC18F4523_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP oscillator #define _OSC_XT_1H 0xF1 // XT oscillator #define _OSC_HS_1H 0xF2 // HS oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO6_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO6_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_INTIO67_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_INTIO7_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOREN_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOREN_ON_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOREN_NOSLP_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOREN_SBORDIS_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // WDT disabled (control is placed on the SWDTEN bit) #define _WDT_ON_2H 0xFF // WDT enabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_OFF_3H 0xFD // PORTB<4:0> pins are configured as digital I/O on Reset #define _PBADEN_ON_3H 0xFF // PORTB<4:0> pins are configured as analog input channels on Reset #define _CCP2MX_PORTB_3H 0xFE // CCP2 input/output is multiplexed with RB3 #define _CCP2MX_PORTC_3H 0xFF // CCP2 input/output is multiplexed with RC1 // CONFIG4L Options #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset #define _LVP_OFF_4L 0xFB // Disabled #define _LVP_ON_4L 0xFF // Enabled #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 (000800-001FFFh) code-protected #define _CP0_OFF_5L 0xFF // Block 0 (000800-001FFFh) not code-protected #define _CP1_ON_5L 0xFD // Block 1 (002000-003FFFh) code-protected #define _CP1_OFF_5L 0xFF // Block 1 (002000-003FFFh) not code-protected #define _CP2_ON_5L 0xFB // Block 2 (004000-005FFFh) code-protected #define _CP2_OFF_5L 0xFF // Block 2 (004000-005FFFh) not code-protected #define _CP3_ON_5L 0xF7 // Block 3 (006000-007FFFh) code-protected #define _CP3_OFF_5L 0xFF // Block 3 (006000-007FFFh) not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot block (000000-0007FFh) code-protected #define _CPB_OFF_5H 0xFF // Boot block (000000-0007FFh) not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 (000800-001FFFh) write-protected #define _WRT0_OFF_6L 0xFF // Block 0 (000800-001FFFh) not write-protected #define _WRT1_ON_6L 0xFD // Block 1 (002000-003FFFh) write-protected #define _WRT1_OFF_6L 0xFF // Block 1 (002000-003FFFh) not write-protected #define _WRT2_ON_6L 0xFB // Block 2 (004000-005FFFh) write-protected #define _WRT2_OFF_6L 0xFF // Block 2 (004000-005FFFh) not write-protected #define _WRT3_ON_6L 0xF7 // Block 3 (006000-007FFFh) write-protected #define _WRT3_OFF_6L 0xFF // Block 3 (006000-007FFFh) not write-protected // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Boot block (000000-0007FFh) write-protected #define _WRTB_OFF_6H 0xFF // Boot block (000000-0007FFh) not write-protected #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 (000800-001FFFh) protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 (000800-001FFFh) not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 (002000-003FFFh) protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 (002000-003FFFh) not protected from table reads executed in other blocks #define _EBTR2_ON_7L 0xFB // Block 2 (004000-005FFFh) protected from table reads executed in other blocks #define _EBTR2_OFF_7L 0xFF // Block 2 (004000-005FFFh) not protected from table reads executed in other blocks #define _EBTR3_ON_7L 0xF7 // Block 3 (006000-007FFFh) protected from table reads executed in other blocks #define _EBTR3_OFF_7L 0xFF // Block 3 (006000-007FFFh) not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot block (000000-0007FFh) protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot block (000000-0007FFh) not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VREFN : 1; unsigned VREFP : 1; unsigned C1OUT_PORTA : 1; unsigned SS : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned LVDIN : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned C2OUT_PORTA : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CCP2_PORTB : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN12 : 1; unsigned AN10 : 1; unsigned AN8 : 1; unsigned AN9 : 1; unsigned AN11 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2_PORTC : 1; unsigned P1A : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned T1CKI : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PSP0 : 1; unsigned PSP1 : 1; unsigned PSP2 : 1; unsigned PSP3 : 1; unsigned PSP4 : 1; unsigned PSP5 : 1; unsigned PSP6 : 1; unsigned PSP7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned P1B : 1; unsigned P1C : 1; unsigned P1D : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned RD : 1; unsigned WR : 1; unsigned CS : 1; unsigned MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned NOT_RD : 1; unsigned NOT_WR : 1; unsigned NOT_CS : 1; unsigned NOT_MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AN5 : 1; unsigned AN6 : 1; unsigned AN7 : 1; unsigned VPP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned HLVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned LVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned HLVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned LVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned HLVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned LVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT_CMCON : 1; unsigned C2OUT_CMCON : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) PWM1CON; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __PWM1CONbits_t; extern volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFB8) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R : 1; unsigned S : 1; unsigned P : 1; unsigned D : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R_W : 1; unsigned : 1; unsigned : 1; unsigned D_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned FLTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0F : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0E : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0IF : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0IE : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned SP0 : 1; unsigned SP1 : 1; unsigned SP2 : 1; unsigned SP3 : 1; unsigned SP4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKOVF : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f4525.h000066400000000000000000000001251116427777700200460ustar00rootroot00000000000000/* * pic18f4525.h - PIC18F4525 Device Library Header */ #include "pic18f4620.h" sdcc-2.9.0/device/include/pic16/pic18f4550.h000066400000000000000000000001251116427777700200440ustar00rootroot00000000000000/* * pic18f4550.h - PIC18F4550 Device Library Header */ #include "pic18f2455.h" sdcc-2.9.0/device/include/pic16/pic18f458.h000066400000000000000000001567251116427777700200110ustar00rootroot00000000000000 /* * pic18f458.h - PIC18F458 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f458.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F458_H__ #define __PIC18F458_H__ extern __sfr __at (0xf00) RXF0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF0SIDHbits_t; extern volatile __RXF0SIDHbits_t __at (0xf00) RXF0SIDHbits; extern __sfr __at (0xf01) RXF0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xf01) RXF0SIDLbits; extern __sfr __at (0xf02) RXF0EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF0EIDHbits_t; extern volatile __RXF0EIDHbits_t __at (0xf02) RXF0EIDHbits; extern __sfr __at (0xf03) RXF0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF0EIDLbits_t; extern volatile __RXF0EIDLbits_t __at (0xf03) RXF0EIDLbits; extern __sfr __at (0xf04) RXF1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF1SIDHbits_t; extern volatile __RXF1SIDHbits_t __at (0xf04) RXF1SIDHbits; extern __sfr __at (0xf05) RXF1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xf05) RXF1SIDLbits; extern __sfr __at (0xf06) RXF1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF1EIDHbits_t; extern volatile __RXF1EIDHbits_t __at (0xf06) RXF1EIDHbits; extern __sfr __at (0xf07) RXF1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF1EIDLbits_t; extern volatile __RXF1EIDLbits_t __at (0xf07) RXF1EIDLbits; extern __sfr __at (0xf08) RXF2SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF2SIDHbits_t; extern volatile __RXF2SIDHbits_t __at (0xf08) RXF2SIDHbits; extern __sfr __at (0xf09) RXF2SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF2SIDLbits_t; extern volatile __RXF2SIDLbits_t __at (0xf09) RXF2SIDLbits; extern __sfr __at (0xf0a) RXF2EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF2EIDHbits_t; extern volatile __RXF2EIDHbits_t __at (0xf0a) RXF2EIDHbits; extern __sfr __at (0xf0b) RXF2EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xf0b) RXF2EIDLbits; extern __sfr __at (0xf0c) RXF3SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF3SIDHbits_t; extern volatile __RXF3SIDHbits_t __at (0xf0c) RXF3SIDHbits; extern __sfr __at (0xf0d) RXF3SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xf0d) RXF3SIDLbits; extern __sfr __at (0xf0e) RXF3EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF3EIDHbits_t; extern volatile __RXF3EIDHbits_t __at (0xf0e) RXF3EIDHbits; extern __sfr __at (0xf0f) RXF3EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF3EIDLbits_t; extern volatile __RXF3EIDLbits_t __at (0xf0f) RXF3EIDLbits; extern __sfr __at (0xf10) RXF4SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF4SIDHbits_t; extern volatile __RXF4SIDHbits_t __at (0xf10) RXF4SIDHbits; extern __sfr __at (0xf11) RXF4SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xf11) RXF4SIDLbits; extern __sfr __at (0xf12) RXF4EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF4EIDHbits_t; extern volatile __RXF4EIDHbits_t __at (0xf12) RXF4EIDHbits; extern __sfr __at (0xf13) RXF4EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF4EIDLbits_t; extern volatile __RXF4EIDLbits_t __at (0xf13) RXF4EIDLbits; extern __sfr __at (0xf14) RXF5SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXF5SIDHbits_t; extern volatile __RXF5SIDHbits_t __at (0xf14) RXF5SIDHbits; extern __sfr __at (0xf15) RXF5SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xf15) RXF5SIDLbits; extern __sfr __at (0xf16) RXF5EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXF5EIDHbits_t; extern volatile __RXF5EIDHbits_t __at (0xf16) RXF5EIDHbits; extern __sfr __at (0xf17) RXF5EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXF5EIDLbits_t; extern volatile __RXF5EIDLbits_t __at (0xf17) RXF5EIDLbits; extern __sfr __at (0xf18) RXM0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXM0SIDHbits_t; extern volatile __RXM0SIDHbits_t __at (0xf18) RXM0SIDHbits; extern __sfr __at (0xf19) RXM0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xf19) RXM0SIDLbits; extern __sfr __at (0xf1a) RXM0EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXM0EIDHbits_t; extern volatile __RXM0EIDHbits_t __at (0xf1a) RXM0EIDHbits; extern __sfr __at (0xf1b) RXM0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXM0EIDLbits_t; extern volatile __RXM0EIDLbits_t __at (0xf1b) RXM0EIDLbits; extern __sfr __at (0xf1c) RXM1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXM1SIDHbits_t; extern volatile __RXM1SIDHbits_t __at (0xf1c) RXM1SIDHbits; extern __sfr __at (0xf1d) RXM1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDEN:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xf1d) RXM1SIDLbits; extern __sfr __at (0xf1e) RXM1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXM1EIDHbits_t; extern volatile __RXM1EIDHbits_t __at (0xf1e) RXM1EIDHbits; extern __sfr __at (0xf1f) RXM1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXM1EIDLbits_t; extern volatile __RXM1EIDLbits_t __at (0xf1f) RXM1EIDLbits; extern __sfr __at (0xf20) TXB2CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xf20) TXB2CONbits; extern __sfr __at (0xf21) TXB2SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __TXB2SIDHbits_t; extern volatile __TXB2SIDHbits_t __at (0xf21) TXB2SIDHbits; extern __sfr __at (0xf22) TXB2SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDEN:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xf22) TXB2SIDLbits; extern __sfr __at (0xf23) TXB2EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __TXB2EIDHbits_t; extern volatile __TXB2EIDHbits_t __at (0xf23) TXB2EIDHbits; extern __sfr __at (0xf24) TXB2EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __TXB2EIDLbits_t; extern volatile __TXB2EIDLbits_t __at (0xf24) TXB2EIDLbits; extern __sfr __at (0xf25) TXB2DLC; typedef union { struct { unsigned TXB2DLC0:1; unsigned TXB2DLC1:1; unsigned TXB2DLC2:1; unsigned TXB2DLC3:1; unsigned :1; unsigned :1; unsigned TXB2TXRTR:1; unsigned :1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xf25) TXB2DLCbits; extern __sfr __at (0xf26) TXB2D0; typedef union { struct { unsigned TXB2D00:1; unsigned TXB2D01:1; unsigned TXB2D02:1; unsigned TXB2D03:1; unsigned TXB2D04:1; unsigned TXB2D05:1; unsigned TXB2D06:1; unsigned TXB2D07:1; }; } __TXB2D0bits_t; extern volatile __TXB2D0bits_t __at (0xf26) TXB2D0bits; extern __sfr __at (0xf27) TXB2D1; typedef union { struct { unsigned TXB2D10:1; unsigned TXB2D11:1; unsigned TXB2D12:1; unsigned TXB2D13:1; unsigned TXB2D14:1; unsigned TXB2D15:1; unsigned TXB2D16:1; unsigned TXB2D17:1; }; } __TXB2D1bits_t; extern volatile __TXB2D1bits_t __at (0xf27) TXB2D1bits; extern __sfr __at (0xf28) TXB2D2; typedef union { struct { unsigned TXB2D20:1; unsigned TXB2D21:1; unsigned TXB2D22:1; unsigned TXB2D23:1; unsigned TXB2D24:1; unsigned TXB2D25:1; unsigned TXB2D26:1; unsigned TXB2D27:1; }; } __TXB2D2bits_t; extern volatile __TXB2D2bits_t __at (0xf28) TXB2D2bits; extern __sfr __at (0xf29) TXB2D3; typedef union { struct { unsigned TXB2D30:1; unsigned TXB2D31:1; unsigned TXB2D32:1; unsigned TXB2D33:1; unsigned TXB2D34:1; unsigned TXB2D35:1; unsigned TXB2D36:1; unsigned TXB2D37:1; }; } __TXB2D3bits_t; extern volatile __TXB2D3bits_t __at (0xf29) TXB2D3bits; extern __sfr __at (0xf2a) TXB2D4; typedef union { struct { unsigned TXB2D40:1; unsigned TXB2D41:1; unsigned TXB2D42:1; unsigned TXB2D43:1; unsigned TXB2D44:1; unsigned TXB2D45:1; unsigned TXB2D46:1; unsigned TXB2D47:1; }; } __TXB2D4bits_t; extern volatile __TXB2D4bits_t __at (0xf2a) TXB2D4bits; extern __sfr __at (0xf2b) TXB2D5; typedef union { struct { unsigned TXB2D50:1; unsigned TXB2D51:1; unsigned TXB2D52:1; unsigned TXB2D53:1; unsigned TXB2D54:1; unsigned TXB2D55:1; unsigned TXB2D56:1; unsigned TXB2D57:1; }; } __TXB2D5bits_t; extern volatile __TXB2D5bits_t __at (0xf2b) TXB2D5bits; extern __sfr __at (0xf2c) TXB2D6; typedef union { struct { unsigned TXB2D60:1; unsigned TXB2D61:1; unsigned TXB2D62:1; unsigned TXB2D63:1; unsigned TXB2D64:1; unsigned TXB2D65:1; unsigned TXB2D66:1; unsigned TXB2D67:1; }; } __TXB2D6bits_t; extern volatile __TXB2D6bits_t __at (0xf2c) TXB2D6bits; extern __sfr __at (0xf2d) TXB2D7; typedef union { struct { unsigned TXB2D70:1; unsigned TXB2D71:1; unsigned TXB2D72:1; unsigned TXB2D73:1; unsigned TXB2D74:1; unsigned TXB2D75:1; unsigned TXB2D76:1; unsigned TXB2D77:1; }; } __TXB2D7bits_t; extern volatile __TXB2D7bits_t __at (0xf2d) TXB2D7bits; extern __sfr __at (0xf2e) CANSTATRO4; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO4bits_t; extern volatile __CANSTATRO4bits_t __at (0xf2e) CANSTATRO4bits; extern __sfr __at (0xf30) TXB1CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xf30) TXB1CONbits; extern __sfr __at (0xf31) TXB1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __TXB1SIDHbits_t; extern volatile __TXB1SIDHbits_t __at (0xf31) TXB1SIDHbits; extern __sfr __at (0xf32) TXB1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xf32) TXB1SIDLbits; extern __sfr __at (0xf33) TXB1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __TXB1EIDHbits_t; extern volatile __TXB1EIDHbits_t __at (0xf33) TXB1EIDHbits; extern __sfr __at (0xf34) TXB1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __TXB1EIDLbits_t; extern volatile __TXB1EIDLbits_t __at (0xf34) TXB1EIDLbits; extern __sfr __at (0xf35) TXB1DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned :1; unsigned :1; unsigned TXRTR:1; unsigned :1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xf35) TXB1DLCbits; extern __sfr __at (0xf36) TXB1D0; typedef union { struct { unsigned TXB1D00:1; unsigned TXB1D01:1; unsigned TXB1D02:1; unsigned TXB1D03:1; unsigned TXB1D04:1; unsigned TXB1D05:1; unsigned TXB1D06:1; unsigned TXB1D07:1; }; } __TXB1D0bits_t; extern volatile __TXB1D0bits_t __at (0xf36) TXB1D0bits; extern __sfr __at (0xf37) TXB1D1; typedef union { struct { unsigned TXB1D10:1; unsigned TXB1D11:1; unsigned TXB1D12:1; unsigned TXB1D13:1; unsigned TXB1D14:1; unsigned TXB1D15:1; unsigned TXB1D16:1; unsigned TXB1D17:1; }; } __TXB1D1bits_t; extern volatile __TXB1D1bits_t __at (0xf37) TXB1D1bits; extern __sfr __at (0xf38) TXB1D2; typedef union { struct { unsigned TXB1D20:1; unsigned TXB1D21:1; unsigned TXB1D22:1; unsigned TXB1D23:1; unsigned TXB1D24:1; unsigned TXB1D25:1; unsigned TXB1D26:1; unsigned TXB1D27:1; }; } __TXB1D2bits_t; extern volatile __TXB1D2bits_t __at (0xf38) TXB1D2bits; extern __sfr __at (0xf39) TXB1D3; typedef union { struct { unsigned TXB1D30:1; unsigned TXB1D31:1; unsigned TXB1D32:1; unsigned TXB1D33:1; unsigned TXB1D34:1; unsigned TXB1D35:1; unsigned TXB1D36:1; unsigned TXB1D37:1; }; } __TXB1D3bits_t; extern volatile __TXB1D3bits_t __at (0xf39) TXB1D3bits; extern __sfr __at (0xf3a) TXB1D4; typedef union { struct { unsigned TXB1D40:1; unsigned TXB1D41:1; unsigned TXB1D42:1; unsigned TXB1D43:1; unsigned TXB1D44:1; unsigned TXB1D45:1; unsigned TXB1D46:1; unsigned TXB1D47:1; }; } __TXB1D4bits_t; extern volatile __TXB1D4bits_t __at (0xf3a) TXB1D4bits; extern __sfr __at (0xf3b) TXB1D5; typedef union { struct { unsigned TXB1D50:1; unsigned TXB1D51:1; unsigned TXB1D52:1; unsigned TXB1D53:1; unsigned TXB1D54:1; unsigned TXB1D55:1; unsigned TXB1D56:1; unsigned TXB1D57:1; }; } __TXB1D5bits_t; extern volatile __TXB1D5bits_t __at (0xf3b) TXB1D5bits; extern __sfr __at (0xf3c) TXB1D6; typedef union { struct { unsigned TXB1D60:1; unsigned TXB1D61:1; unsigned TXB1D62:1; unsigned TXB1D63:1; unsigned TXB1D64:1; unsigned TXB1D65:1; unsigned TXB1D66:1; unsigned TXB1D67:1; }; } __TXB1D6bits_t; extern volatile __TXB1D6bits_t __at (0xf3c) TXB1D6bits; extern __sfr __at (0xf3d) TXB1D7; typedef union { struct { unsigned TXB1D70:1; unsigned TXB1D71:1; unsigned TXB1D72:1; unsigned TXB1D73:1; unsigned TXB1D74:1; unsigned TXB1D75:1; unsigned TXB1D76:1; unsigned TXB1D77:1; }; } __TXB1D7bits_t; extern volatile __TXB1D7bits_t __at (0xf3d) TXB1D7bits; extern __sfr __at (0xf3e) CANSTATRO3; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO3bits_t; extern volatile __CANSTATRO3bits_t __at (0xf3e) CANSTATRO3bits; extern __sfr __at (0xf40) TXB0CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xf40) TXB0CONbits; extern __sfr __at (0xf41) TXB0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __TXB0SIDHbits_t; extern volatile __TXB0SIDHbits_t __at (0xf41) TXB0SIDHbits; extern __sfr __at (0xf42) TXB0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB0SIDLbits_t; extern volatile __TXB0SIDLbits_t __at (0xf42) TXB0SIDLbits; extern __sfr __at (0xf43) TXB0EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __TXB0EIDHbits_t; extern volatile __TXB0EIDHbits_t __at (0xf43) TXB0EIDHbits; extern __sfr __at (0xf44) TXB0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __TXB0EIDLbits_t; extern volatile __TXB0EIDLbits_t __at (0xf44) TXB0EIDLbits; extern __sfr __at (0xf45) TXB0DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned :1; unsigned :1; unsigned TXRTR:1; unsigned :1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xf45) TXB0DLCbits; extern __sfr __at (0xf46) TXB0D0; typedef union { struct { unsigned TXB0D00:1; unsigned TXB0D01:1; unsigned TXB0D02:1; unsigned TXB0D03:1; unsigned TXB0D04:1; unsigned TXB0D05:1; unsigned TXB0D06:1; unsigned TXB0D07:1; }; } __TXB0D0bits_t; extern volatile __TXB0D0bits_t __at (0xf46) TXB0D0bits; extern __sfr __at (0xf47) TXB0D1; typedef union { struct { unsigned TXB0D10:1; unsigned TXB0D11:1; unsigned TXB0D12:1; unsigned TXB0D13:1; unsigned TXB0D14:1; unsigned TXB0D15:1; unsigned TXB0D16:1; unsigned TXB0D17:1; }; } __TXB0D1bits_t; extern volatile __TXB0D1bits_t __at (0xf47) TXB0D1bits; extern __sfr __at (0xf48) TXB0D2; typedef union { struct { unsigned TXB0D20:1; unsigned TXB0D21:1; unsigned TXB0D22:1; unsigned TXB0D23:1; unsigned TXB0D24:1; unsigned TXB0D25:1; unsigned TXB0D26:1; unsigned TXB0D27:1; }; } __TXB0D2bits_t; extern volatile __TXB0D2bits_t __at (0xf48) TXB0D2bits; extern __sfr __at (0xf49) TXB0D3; typedef union { struct { unsigned TXB0D30:1; unsigned TXB0D31:1; unsigned TXB0D32:1; unsigned TXB0D33:1; unsigned TXB0D34:1; unsigned TXBD035:1; unsigned TXBD0D36:1; unsigned TXB0D37:1; }; } __TXB0D3bits_t; extern volatile __TXB0D3bits_t __at (0xf49) TXB0D3bits; extern __sfr __at (0xf4a) TXB0D4; typedef union { struct { unsigned TXB0D40:1; unsigned TXB0D41:1; unsigned TXB0D42:1; unsigned TXB0D43:1; unsigned TXB0D44:1; unsigned TXB0D45:1; unsigned TXB0D46:1; unsigned TXB0D47:1; }; } __TXB0D4bits_t; extern volatile __TXB0D4bits_t __at (0xf4a) TXB0D4bits; extern __sfr __at (0xf4b) TXB0D5; typedef union { struct { unsigned TXB0D50:1; unsigned TXB0D51:1; unsigned TXB0D52:1; unsigned TXB0D53:1; unsigned TXB0D54:1; unsigned TXB0D55:1; unsigned TXB0D56:1; unsigned TXB0D57:1; }; } __TXB0D5bits_t; extern volatile __TXB0D5bits_t __at (0xf4b) TXB0D5bits; extern __sfr __at (0xf4c) TXB0D6; typedef union { struct { unsigned TXB0D60:1; unsigned TXB0D61:1; unsigned TXB0D62:1; unsigned TXB0D63:1; unsigned TXB0D64:1; unsigned TXB0D65:1; unsigned TXB0D66:1; unsigned TXB0D67:1; }; } __TXB0D6bits_t; extern volatile __TXB0D6bits_t __at (0xf4c) TXB0D6bits; extern __sfr __at (0xf4d) TXB0D7; typedef union { struct { unsigned TXB0D70:1; unsigned TXB0D71:1; unsigned TXB0D72:1; unsigned TXB0D73:1; unsigned TXB0D74:1; unsigned TXB0D75:1; unsigned TXB0D76:1; unsigned TXB0D77:1; }; } __TXB0D7bits_t; extern volatile __TXB0D7bits_t __at (0xf4d) TXB0D7bits; extern __sfr __at (0xf4e) CANSTATRO2; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO2bits_t; extern volatile __CANSTATRO2bits_t __at (0xf4e) CANSTATRO2bits; extern __sfr __at (0xf50) RXB1CON; typedef union { struct { unsigned FILHIT0:1; unsigned FILHIT1:1; unsigned FILHIT2:1; unsigned RXRTRRO:1; unsigned :1; unsigned RXM0:1; unsigned RXM1:1; unsigned RXFUL:1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xf50) RXB1CONbits; extern __sfr __at (0xf51) RXB1SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXB1SIDHbits_t; extern volatile __RXB1SIDHbits_t __at (0xf51) RXB1SIDHbits; extern __sfr __at (0xf52) RXB1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned SRR:1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xf52) RXB1SIDLbits; extern __sfr __at (0xf53) RXB1EIDH; typedef union { struct { unsigned EID8:1; unsigned EID9:1; unsigned EID10:1; unsigned EID11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXB1EIDHbits_t; extern volatile __RXB1EIDHbits_t __at (0xf53) RXB1EIDHbits; extern __sfr __at (0xf54) RXB1EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXB1EIDLbits_t; extern volatile __RXB1EIDLbits_t __at (0xf54) RXB1EIDLbits; extern __sfr __at (0xf55) RXB1DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned RESB0:1; unsigned RESB1:1; unsigned RXRTR:1; unsigned :1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xf55) RXB1DLCbits; extern __sfr __at (0xf56) RXB1D0; typedef union { struct { unsigned RXB1D00:1; unsigned RXB1D01:1; unsigned RXB1D02:1; unsigned RXB1D03:1; unsigned RXB1D04:1; unsigned RXB1D05:1; unsigned RXB1D06:1; unsigned RXB1D07:1; }; } __RXB1D0bits_t; extern volatile __RXB1D0bits_t __at (0xf56) RXB1D0bits; extern __sfr __at (0xf57) RXB1D1; typedef union { struct { unsigned RXB1D10:1; unsigned RXB1D11:1; unsigned RXB1D12:1; unsigned RXB1D13:1; unsigned RXB1D14:1; unsigned RXB1D15:1; unsigned RXB1D16:1; unsigned RXB1D17:1; }; } __RXB1D1bits_t; extern volatile __RXB1D1bits_t __at (0xf57) RXB1D1bits; extern __sfr __at (0xf58) RXB1D2; typedef union { struct { unsigned RXB1D20:1; unsigned RXB1D21:1; unsigned RXB1D22:1; unsigned RXB1D23:1; unsigned RXB1D24:1; unsigned RXB1D25:1; unsigned RXB1D26:1; unsigned RXB1D27:1; }; } __RXB1D2bits_t; extern volatile __RXB1D2bits_t __at (0xf58) RXB1D2bits; extern __sfr __at (0xf59) RXB1D3; typedef union { struct { unsigned RXB1D30:1; unsigned RXB1D31:1; unsigned RXB1D32:1; unsigned RXB1D33:1; unsigned RXB1D34:1; unsigned RXB1D35:1; unsigned RXB1D36:1; unsigned RXB1D37:1; }; } __RXB1D3bits_t; extern volatile __RXB1D3bits_t __at (0xf59) RXB1D3bits; extern __sfr __at (0xf5a) RXB1D4; typedef union { struct { unsigned RXB1D40:1; unsigned RXB1D41:1; unsigned RXB1D42:1; unsigned RXB1D43:1; unsigned RXB1D44:1; unsigned RXB1D45:1; unsigned RXB1D46:1; unsigned RXB1D47:1; }; } __RXB1D4bits_t; extern volatile __RXB1D4bits_t __at (0xf5a) RXB1D4bits; extern __sfr __at (0xf5b) RXB1D5; typedef union { struct { unsigned RXB1D50:1; unsigned RXB1D51:1; unsigned RXB1D52:1; unsigned RXB1D53:1; unsigned RXB1D54:1; unsigned RXB1D55:1; unsigned RXB1D56:1; unsigned RXB1D57:1; }; } __RXB1D5bits_t; extern volatile __RXB1D5bits_t __at (0xf5b) RXB1D5bits; extern __sfr __at (0xf5c) RXB1D6; typedef union { struct { unsigned RXB1D60:1; unsigned RXB1D61:1; unsigned RXB1D62:1; unsigned RXB1D63:1; unsigned RXB1D64:1; unsigned RXB1D65:1; unsigned RXB1D66:1; unsigned RXB1D67:1; }; } __RXB1D6bits_t; extern volatile __RXB1D6bits_t __at (0xf5c) RXB1D6bits; extern __sfr __at (0xf5d) RXB1D7; typedef union { struct { unsigned RXB1D70:1; unsigned RXB1D71:1; unsigned RXB1D72:1; unsigned RXB1D73:1; unsigned RXB1D74:1; unsigned RXB1D75:1; unsigned RXB1D76:1; unsigned RXB1D77:1; }; } __RXB1D7bits_t; extern volatile __RXB1D7bits_t __at (0xf5d) RXB1D7bits; extern __sfr __at (0xf5e) CANSTATRO1; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATRO1bits_t; extern volatile __CANSTATRO1bits_t __at (0xf5e) CANSTATRO1bits; extern __sfr __at (0xf60) RXB0CON; typedef union { struct { unsigned FILHIT0:1; unsigned RXB0DBEN_R:1; unsigned RXB0DBEN:1; unsigned RXRTRR0:1; unsigned :1; unsigned RXM0:1; unsigned RXM1:1; unsigned RXFUL:1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xf60) RXB0CONbits; extern __sfr __at (0xf61) RXB0SIDH; typedef union { struct { unsigned SID3:1; unsigned SID4:1; unsigned SID5:1; unsigned SID6:1; unsigned SID7:1; unsigned SID8:1; unsigned SID9:1; unsigned SID10:1; }; } __RXB0SIDHbits_t; extern volatile __RXB0SIDHbits_t __at (0xf61) RXB0SIDHbits; extern __sfr __at (0xf62) RXB0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXID:1; unsigned SRR:1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xf62) RXB0SIDLbits; extern __sfr __at (0xf63) RXB0EIDH; typedef union { struct { unsigned EID8:1; unsigned EDI9:1; unsigned EID10:1; unsigned ED11:1; unsigned EID12:1; unsigned EID13:1; unsigned EID14:1; unsigned EID15:1; }; } __RXB0EIDHbits_t; extern volatile __RXB0EIDHbits_t __at (0xf63) RXB0EIDHbits; extern __sfr __at (0xf64) RXB0EIDL; typedef union { struct { unsigned EID0:1; unsigned EID1:1; unsigned EID2:1; unsigned EID3:1; unsigned EID4:1; unsigned EID5:1; unsigned EID6:1; unsigned EID7:1; }; } __RXB0EIDLbits_t; extern volatile __RXB0EIDLbits_t __at (0xf64) RXB0EIDLbits; extern __sfr __at (0xf65) RXB0DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned RESB0:1; unsigned RESB1:1; unsigned RTR:1; unsigned :1; }; } __RXB0DLCbits_t; extern volatile __RXB0DLCbits_t __at (0xf65) RXB0DLCbits; extern __sfr __at (0xf66) RXB0D0; extern __sfr __at (0xf67) RXB0D1; extern __sfr __at (0xf68) RXB0D2; extern __sfr __at (0xf69) RXB0D3; extern __sfr __at (0xf6a) RXB0D4; extern __sfr __at (0xf6b) RXB0D5; extern __sfr __at (0xf6c) RXB0D6; extern __sfr __at (0xf6d) RXB0D7; extern __sfr __at (0xf6e) CANSTAT; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xf6e) CANSTATbits; extern __sfr __at (0xf6f) CANCON; typedef union { struct { unsigned WIN0:1; unsigned WIN1:1; unsigned WIN2:1; unsigned WIN3:1; unsigned ABAT:1; unsigned REQOP0:1; unsigned REQOP1:1; unsigned REQOP2:1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xf6f) CANCONbits; extern __sfr __at (0xf70) BRGCON1; typedef union { struct { unsigned BRP0:1; unsigned BRP1:1; unsigned BRP2:1; unsigned BRP3:1; unsigned BRP4:1; unsigned BRP5:1; unsigned SJW0:1; unsigned SJW1:1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xf70) BRGCON1bits; extern __sfr __at (0xf71) BRGCON2; typedef union { struct { unsigned PRSEG0:1; unsigned PRSEG1:1; unsigned PRSEG2:1; unsigned SEG1PH0:1; unsigned SEG1PH1:1; unsigned SEG1PH2:1; unsigned SAM:1; unsigned SEG2PHTS:1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xf71) BRGCON2bits; extern __sfr __at (0xf72) BRGCON3; typedef union { struct { unsigned SEG2PH0:1; unsigned SEG2PH1:1; unsigned SEG2PH2:1; unsigned :1; unsigned :1; unsigned :1; unsigned WAKFIL:1; unsigned :1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xf72) BRGCON3bits; extern __sfr __at (0xf73) CIOCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned CANCAP:1; unsigned ENDRHI:1; unsigned :1; unsigned :1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xf73) CIOCONbits; extern __sfr __at (0xf74) COMSTAT; typedef union { struct { unsigned EWARN:1; unsigned RXWARN:1; unsigned TXWARN:1; unsigned RXBP:1; unsigned TXBP:1; unsigned TXBO:1; unsigned RXB1OVFL:1; unsigned RXB0OVFL:1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xf74) COMSTATbits; extern __sfr __at (0xf75) RXERRCNT; typedef union { struct { unsigned REC0:1; unsigned REC1:1; unsigned REC2:1; unsigned REC3:1; unsigned REC4:1; unsigned REC5:1; unsigned REC6:1; unsigned REC7:1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xf75) RXERRCNTbits; extern __sfr __at (0xf76) TXERRCNT; typedef union { struct { unsigned TEC0:1; unsigned TEC1:1; unsigned TEC2:1; unsigned TEC3:1; unsigned TEC4:1; unsigned TEC5:1; unsigned TEC6:1; unsigned TEC7:1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xf76) TXERRCNTbits; extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf83) PORTD; typedef union { struct { unsigned RD0:1; unsigned RD1:1; unsigned RD2:1; unsigned RD3:1; unsigned RD4:1; unsigned RD5:1; unsigned RD6:1; unsigned RD7:1; }; struct { unsigned AD0:1; unsigned AD1:1; unsigned AD2:1; unsigned AD3:1; unsigned AD4:1; unsigned AD5:1; unsigned AD6:1; unsigned AD7:1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xf83) PORTDbits; extern __sfr __at (0xf84) PORTE; typedef union { struct { unsigned RE0:1; unsigned RE1:1; unsigned RE2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned ALE:1; unsigned OE:1; unsigned WRL:1; unsigned WRH:1; unsigned :1; unsigned :1; unsigned :1; unsigned CCP2:1; }; struct { unsigned AN5:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xf84) PORTEbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf8c) LATD; typedef union { struct { unsigned LATD0:1; unsigned LATD1:1; unsigned LATD2:1; unsigned LATD3:1; unsigned LATD4:1; unsigned LATD5:1; unsigned LATD6:1; unsigned LATD7:1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xf8c) LATDbits; extern __sfr __at (0xf8d) LATE; typedef union { struct { unsigned LATE0:1; unsigned LATE1:1; unsigned LATE2:1; unsigned LATE3:1; unsigned LATE4:1; unsigned LATE5:1; unsigned LATE6:1; unsigned LATE7:1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xf8d) LATEbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf95) TRISD; typedef union { struct { unsigned TRISD0:1; unsigned TRISD1:1; unsigned TRISD2:1; unsigned TRISD3:1; unsigned TRISD4:1; unsigned TRISD5:1; unsigned TRISD6:1; unsigned TRISD7:1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xf95) TRISDbits; extern __sfr __at (0xf96) TRISE; typedef union { struct { unsigned TRISE0:1; unsigned TRISE1:1; unsigned TRISE2:1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xf96) TRISEbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned CMIE:1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned CMIF:1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned CMIP:1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa3) PIE3; typedef union { struct { unsigned RX0IE:1; unsigned RX1IE:1; unsigned TX0IE:1; unsigned TX1IE:1; unsigned TX2IE:1; unsigned ERRIE:1; unsigned WAKIE:1; unsigned IVRE:1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xfa3) PIE3bits; extern __sfr __at (0xfa4) PIR3; typedef union { struct { unsigned RX0IF:1; unsigned RX1IF:1; unsigned TX0IF:1; unsigned TX1IF:1; unsigned TX2IF:1; unsigned ERRIF:1; unsigned WAKIF:1; unsigned IVRF:1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xfa4) PIR3bits; extern __sfr __at (0xfa5) IPR3; typedef union { struct { unsigned RX0IP:1; unsigned RX1IP:1; unsigned TX0IP:1; unsigned TX1IP:1; unsigned TX2IP:1; unsigned ERRIP:1; unsigned WAKIP:1; unsigned IVRP:1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xfa5) IPR3bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfab) RCSTA; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb0) PSPCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __PSPCONbits_t; extern volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfb4) CMCON; typedef union { struct { unsigned CM0:1; unsigned CM1:1; unsigned CM2:1; unsigned CIS:1; unsigned C1INV:1; unsigned C2INV:1; unsigned C1OUT:1; unsigned C2OUT:1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xfb4) CMCONbits; extern __sfr __at (0xfb5) CVRCON; typedef union { struct { unsigned CVR0:1; unsigned CVR1:1; unsigned CVR2:1; unsigned CVR3:1; unsigned CVREF:1; unsigned CVRR:1; unsigned CVROE:1; unsigned CVREN:1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; extern __sfr __at (0xfb6) ECCPAS; typedef union { struct { unsigned PSSBD0:1; unsigned PSSBD1:1; unsigned PSSAC0:1; unsigned PSSAC1:1; unsigned ECCPAS0:1; unsigned ECCPAS1:1; unsigned ECCPAS2:1; unsigned ECCPASE:1; }; } __ECCPASbits_t; extern volatile __ECCPASbits_t __at (0xfb6) ECCPASbits; extern __sfr __at (0xfb7) ECCP1DEL; typedef union { struct { unsigned EPDC0:1; unsigned EPDC1:1; unsigned EPDC2:1; unsigned EPDC3:1; unsigned EPDC4:1; unsigned EPDC5:1; unsigned EPDC6:1; unsigned EPDC7:1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xfb7) ECCP1DELbits; extern __sfr __at (0xfba) ECCP1CON; typedef union { struct { unsigned ECCP1M0:1; unsigned ECCP1M1:1; unsigned ECCP1M2:1; unsigned ECCP1M3:1; unsigned EDC1B0:1; unsigned EDC1B1:1; unsigned EPWM1M0:1; unsigned EPWM1M1:1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xfba) ECCP1CONbits; extern __sfr __at (0xfbb) ECCPR1L; extern __sfr __at (0xfbc) ECCPR1H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned :1; unsigned :1; unsigned ADCS2:1; unsigned ADFM:1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned :1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned ADCS0:1; unsigned ADCS1:1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; typedef union { struct { unsigned T0PS0:1; unsigned T0PS1:1; unsigned T0PS2:1; unsigned PSA:1; unsigned T0SE:1; unsigned T0CS:1; unsigned T08BIT:1; unsigned TMR0ON:1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xfd5) T0CONbits; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned :1; unsigned :1; unsigned INT1E:1; unsigned :1; unsigned :1; unsigned INT1P:1; unsigned :1; }; struct { unsigned INT1IF:1; unsigned :1; unsigned :1; unsigned INT2IE:1; unsigned :1; unsigned :1; unsigned INT1IP:1; unsigned :1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned :1; unsigned T0IP:1; unsigned :1; unsigned :1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_0V_2L 0xFF /* 2.0V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00200-01FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 02000-03FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Code Protect 04000-05FFF 5L options */ #define _CP_2_OFF_5L 0xFF /* Disabled */ #define _CP_2_ON_5L 0xFB /* Enabled */ /* Code Protect 06000-07FFF 5L options */ #define _CP_3_OFF_5L 0xFF /* Disabled */ #define _CP_3_ON_5L 0xF7 /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-01FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 02000-03FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Table Write Protect 04000-05FFF 6L options */ #define _WRT_2_OFF_6L 0xFF /* Disabled */ #define _WRT_2_ON_6L 0xFB /* Enabled */ /* Table Write Protect 06000-07FFF 6L options */ #define _WRT_3_OFF_6L 0xFF /* Disabled */ #define _WRT_3_ON_6L 0xF7 /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-01FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 02000-03FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect 04000-05FFF 7L options */ #define _EBTR_2_OFF_7L 0xFF /* Disabled */ #define _EBTR_2_ON_7L 0xFB /* Enabled */ /* Table Read Protect 06000-07FFF 7L options */ #define _EBTR_3_OFF_7L 0xFF /* Disabled */ #define _EBTR_3_ON_7L 0xF7 /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f4580.h000066400000000000000000004544601116427777700200660ustar00rootroot00000000000000/* * pic18f4580.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F4580_H__ #define __PIC18F4580_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP oscillator #define _OSC_XT_1H 0xF1 // XT oscillator #define _OSC_HS_1H 0xF2 // HS oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_IRCIO67_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_IRCIO7_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOREN_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOREN_SBORENCTRL_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOREN_BOACTIVE_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOREN_BOHW_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum Setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum Setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // WDT disabled (control is placed on the SWDTEN bit) #define _WDT_ON_2H 0xFF // WDT enabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_OFF_3H 0xFD // PORTB<4> and PORTB<1:0> Configured as Digital I/O Pins on Reset #define _PBADEN_ON_3H 0xFF // PORTB<4> and PORTB<1:0> Configured as Analog Pins on Reset // CONFIG4L Options #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _BBSIZ_1024_4L 0xEF // 1K words (2K bytes) Boot Block #define _BBSIZ_2048_4L 0xFF // 2K words (4K bytes) Boot Block #define _LVP_OFF_4L 0xFB // Single-Supply ICSP disabled #define _LVP_ON_4L 0xFF // Single-Supply ICSP enabled #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 (000800-001FFFh) code-protected #define _CP0_OFF_5L 0xFF // Block 0 (000800-001FFFh) not code-protected #define _CP1_ON_5L 0xFD // Block 1 (002000-003FFFh) code-protected #define _CP1_OFF_5L 0xFF // Block 1 (002000-003FFFh) not code-protected #define _CP2_ON_5L 0xFB // Block 2 (004000-005FFFh) code-protected #define _CP2_OFF_5L 0xFF // Block 2 (004000-005FFFh) not code-protected #define _CP3_ON_5L 0xF7 // Block 3 (006000-007FFFh) code-protected #define _CP3_OFF_5L 0xFF // Block 3 (006000-007FFFh) not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot block (000000-0007FFh) code-protected #define _CPB_OFF_5H 0xFF // Boot block (000000-0007FFh) not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 (000800-001FFFh) write-protected #define _WRT0_OFF_6L 0xFF // Block 0 (000800-001FFFh) not write-protected #define _WRT1_ON_6L 0xFD // Block 1 (002000-003FFFh) write-protected #define _WRT1_OFF_6L 0xFF // Block 1 (002000-003FFFh) not write-protected #define _WRT2_ON_6L 0xFB // Block 2 (004000-005FFFh) write-protected #define _WRT2_OFF_6L 0xFF // Block 2 (004000-005FFFh) not write-protected #define _WRT3_ON_6L 0xF7 // Block 3 (006000-007FFFh) write-protected #define _WRT3_OFF_6L 0xFF // Block 3 (006000-007FFFh) not write-protected // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Boot block (000000-0007FFh) write-protected #define _WRTB_OFF_6H 0xFF // Boot block (000000-0007FFh) not write-protected #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 (000800-001FFFh) protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 (000800-001FFFh) not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 (002000-003FFFh) protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 (002000-003FFFh) not protected from table reads executed in other blocks #define _EBTR2_ON_7L 0xFB // Block 2 (004000-005FFFh) protected from table reads executed in other blocks #define _EBTR2_OFF_7L 0xFF // Block 2 (004000-005FFFh) not protected from table reads executed in other blocks #define _EBTR3_ON_7L 0xF7 // Block 3 (006000-007FFFh) protected from table reads executed in other blocks #define _EBTR3_OFF_7L 0xFF // Block 3 (006000-007FFFh) not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot block (000000-0007FFh) protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot block (000000-0007FFh) not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xD60) RXF6SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF6SIDHbits_t; extern volatile __RXF6SIDHbits_t __at (0xD60) RXF6SIDHbits; extern __sfr __at (0xD61) RXF6SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF6SIDLbits_t; extern volatile __RXF6SIDLbits_t __at (0xD61) RXF6SIDLbits; extern __sfr __at (0xD62) RXF6EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF6EIDHbits_t; extern volatile __RXF6EIDHbits_t __at (0xD62) RXF6EIDHbits; extern __sfr __at (0xD63) RXF6EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF6EIDLbits_t; extern volatile __RXF6EIDLbits_t __at (0xD63) RXF6EIDLbits; extern __sfr __at (0xD64) RXF7SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF7SIDHbits_t; extern volatile __RXF7SIDHbits_t __at (0xD64) RXF7SIDHbits; extern __sfr __at (0xD65) RXF7SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF7SIDLbits_t; extern volatile __RXF7SIDLbits_t __at (0xD65) RXF7SIDLbits; extern __sfr __at (0xD66) RXF7EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF7EIDHbits_t; extern volatile __RXF7EIDHbits_t __at (0xD66) RXF7EIDHbits; extern __sfr __at (0xD67) RXF7EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF7EIDLbits_t; extern volatile __RXF7EIDLbits_t __at (0xD67) RXF7EIDLbits; extern __sfr __at (0xD68) RXF8SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF8SIDHbits_t; extern volatile __RXF8SIDHbits_t __at (0xD68) RXF8SIDHbits; extern __sfr __at (0xD69) RXF8SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF8SIDLbits_t; extern volatile __RXF8SIDLbits_t __at (0xD69) RXF8SIDLbits; extern __sfr __at (0xD6A) RXF8EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF8EIDHbits_t; extern volatile __RXF8EIDHbits_t __at (0xD6A) RXF8EIDHbits; extern __sfr __at (0xD6B) RXF8EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF8EIDLbits_t; extern volatile __RXF8EIDLbits_t __at (0xD6B) RXF8EIDLbits; extern __sfr __at (0xD70) RXF9SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF9SIDHbits_t; extern volatile __RXF9SIDHbits_t __at (0xD70) RXF9SIDHbits; extern __sfr __at (0xD71) RXF9SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF9SIDLbits_t; extern volatile __RXF9SIDLbits_t __at (0xD71) RXF9SIDLbits; extern __sfr __at (0xD72) RXF9EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF9EIDHbits_t; extern volatile __RXF9EIDHbits_t __at (0xD72) RXF9EIDHbits; extern __sfr __at (0xD73) RXF9EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF9EIDLbits_t; extern volatile __RXF9EIDLbits_t __at (0xD73) RXF9EIDLbits; extern __sfr __at (0xD74) RXF10SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF10SIDHbits_t; extern volatile __RXF10SIDHbits_t __at (0xD74) RXF10SIDHbits; extern __sfr __at (0xD75) RXF10SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF10SIDLbits_t; extern volatile __RXF10SIDLbits_t __at (0xD75) RXF10SIDLbits; extern __sfr __at (0xD76) RXF10EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF10EIDHbits_t; extern volatile __RXF10EIDHbits_t __at (0xD76) RXF10EIDHbits; extern __sfr __at (0xD77) RXF10EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF10EIDLbits_t; extern volatile __RXF10EIDLbits_t __at (0xD77) RXF10EIDLbits; extern __sfr __at (0xD78) RXF11SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF11SIDHbits_t; extern volatile __RXF11SIDHbits_t __at (0xD78) RXF11SIDHbits; extern __sfr __at (0xD79) RXF11SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF11SIDLbits_t; extern volatile __RXF11SIDLbits_t __at (0xD79) RXF11SIDLbits; extern __sfr __at (0xD7A) RXF11EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF11EIDHbits_t; extern volatile __RXF11EIDHbits_t __at (0xD7A) RXF11EIDHbits; extern __sfr __at (0xD7B) RXF11EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF11EIDLbits_t; extern volatile __RXF11EIDLbits_t __at (0xD7B) RXF11EIDLbits; extern __sfr __at (0xD80) RXF12SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF12SIDHbits_t; extern volatile __RXF12SIDHbits_t __at (0xD80) RXF12SIDHbits; extern __sfr __at (0xD81) RXF12SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF12SIDLbits_t; extern volatile __RXF12SIDLbits_t __at (0xD81) RXF12SIDLbits; extern __sfr __at (0xD82) RXF12EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF12EIDHbits_t; extern volatile __RXF12EIDHbits_t __at (0xD82) RXF12EIDHbits; extern __sfr __at (0xD83) RXF12EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF12EIDLbits_t; extern volatile __RXF12EIDLbits_t __at (0xD83) RXF12EIDLbits; extern __sfr __at (0xD84) RXF13SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF13SIDHbits_t; extern volatile __RXF13SIDHbits_t __at (0xD84) RXF13SIDHbits; extern __sfr __at (0xD85) RXF13SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF13SIDLbits_t; extern volatile __RXF13SIDLbits_t __at (0xD85) RXF13SIDLbits; extern __sfr __at (0xD86) RXF13EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF13EIDHbits_t; extern volatile __RXF13EIDHbits_t __at (0xD86) RXF13EIDHbits; extern __sfr __at (0xD87) RXF13EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF13EIDLbits_t; extern volatile __RXF13EIDLbits_t __at (0xD87) RXF13EIDLbits; extern __sfr __at (0xD88) RXF14SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF14SIDHbits_t; extern volatile __RXF14SIDHbits_t __at (0xD88) RXF14SIDHbits; extern __sfr __at (0xD89) RXF14SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF14SIDLbits_t; extern volatile __RXF14SIDLbits_t __at (0xD89) RXF14SIDLbits; extern __sfr __at (0xD8A) RXF14EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF14EIDHbits_t; extern volatile __RXF14EIDHbits_t __at (0xD8A) RXF14EIDHbits; extern __sfr __at (0xD8B) RXF14EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF14EIDLbits_t; extern volatile __RXF14EIDLbits_t __at (0xD8B) RXF14EIDLbits; extern __sfr __at (0xD90) RXF15SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF15SIDHbits_t; extern volatile __RXF15SIDHbits_t __at (0xD90) RXF15SIDHbits; extern __sfr __at (0xD91) RXF15SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF15SIDLbits_t; extern volatile __RXF15SIDLbits_t __at (0xD91) RXF15SIDLbits; extern __sfr __at (0xD92) RXF15EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF15EIDHbits_t; extern volatile __RXF15EIDHbits_t __at (0xD92) RXF15EIDHbits; extern __sfr __at (0xD93) RXF15EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF15EIDLbits_t; extern volatile __RXF15EIDLbits_t __at (0xD93) RXF15EIDLbits; extern __sfr __at (0xDD4) RXFCON0; typedef union { struct { unsigned RXF0EN : 1; unsigned RXF1EN : 1; unsigned RXF2EN : 1; unsigned RXF3EN : 1; unsigned RXF4EN : 1; unsigned RXF5EN : 1; unsigned RXF6EN : 1; unsigned RXF7EN : 1; }; } __RXFCON0bits_t; extern volatile __RXFCON0bits_t __at (0xDD4) RXFCON0bits; extern __sfr __at (0xDD5) RXFCON1; typedef union { struct { unsigned RXF8EN : 1; unsigned RXF9EN : 1; unsigned RXF10EN : 1; unsigned RXF11EN : 1; unsigned RXF12EN : 1; unsigned RXF13EN : 1; unsigned RXF14EN : 1; unsigned RXF15EN : 1; }; } __RXFCON1bits_t; extern volatile __RXFCON1bits_t __at (0xDD5) RXFCON1bits; extern __sfr __at (0xDD8) SDFLC; typedef union { struct { unsigned DFLC0 : 1; unsigned DFLC1 : 1; unsigned DFLC2 : 1; unsigned DFLC3 : 1; unsigned DFLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FLC0 : 1; unsigned FLC1 : 1; unsigned FLC2 : 1; unsigned FLC3 : 1; unsigned FLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SDFLCbits_t; extern volatile __SDFLCbits_t __at (0xDD8) SDFLCbits; extern __sfr __at (0xDE0) RXFBCON0; typedef union { struct { unsigned F0BP_0 : 1; unsigned F0BP_1 : 1; unsigned F0BP_2 : 1; unsigned F0BP_3 : 1; unsigned F1BP_0 : 1; unsigned F1BP_1 : 1; unsigned F1BP_2 : 1; unsigned F1BP_3 : 1; }; } __RXFBCON0bits_t; extern volatile __RXFBCON0bits_t __at (0xDE0) RXFBCON0bits; extern __sfr __at (0xDE1) RXFBCON1; typedef union { struct { unsigned F2BP_0 : 1; unsigned F2BP_1 : 1; unsigned F2BP_2 : 1; unsigned F2BP_3 : 1; unsigned F3BP_0 : 1; unsigned F3BP_1 : 1; unsigned F3BP_2 : 1; unsigned F3BP_3 : 1; }; } __RXFBCON1bits_t; extern volatile __RXFBCON1bits_t __at (0xDE1) RXFBCON1bits; extern __sfr __at (0xDE2) RXFBCON2; typedef union { struct { unsigned F4BP_0 : 1; unsigned F4BP_1 : 1; unsigned F4BP_2 : 1; unsigned F4BP_3 : 1; unsigned F5BP_0 : 1; unsigned F5BP_1 : 1; unsigned F5BP_2 : 1; unsigned F5BP_3 : 1; }; } __RXFBCON2bits_t; extern volatile __RXFBCON2bits_t __at (0xDE2) RXFBCON2bits; extern __sfr __at (0xDE3) RXFBCON3; typedef union { struct { unsigned F6BP_0 : 1; unsigned F6BP_1 : 1; unsigned F6BP_2 : 1; unsigned F6BP_3 : 1; unsigned F7BP_0 : 1; unsigned F7BP_1 : 1; unsigned F7BP_2 : 1; unsigned F7BP_3 : 1; }; } __RXFBCON3bits_t; extern volatile __RXFBCON3bits_t __at (0xDE3) RXFBCON3bits; extern __sfr __at (0xDE4) RXFBCON4; typedef union { struct { unsigned F8BP_0 : 1; unsigned F8BP_1 : 1; unsigned F8BP_2 : 1; unsigned F8BP_3 : 1; unsigned F9BP_0 : 1; unsigned F9BP_1 : 1; unsigned F9BP_2 : 1; unsigned F9BP_3 : 1; }; } __RXFBCON4bits_t; extern volatile __RXFBCON4bits_t __at (0xDE4) RXFBCON4bits; extern __sfr __at (0xDE5) RXFBCON5; typedef union { struct { unsigned F10BP_0 : 1; unsigned F10BP_1 : 1; unsigned F10BP_2 : 1; unsigned F10BP_3 : 1; unsigned F11BP_0 : 1; unsigned F11BP_1 : 1; unsigned F11BP_2 : 1; unsigned F11BP_3 : 1; }; } __RXFBCON5bits_t; extern volatile __RXFBCON5bits_t __at (0xDE5) RXFBCON5bits; extern __sfr __at (0xDE6) RXFBCON6; typedef union { struct { unsigned F12BP_0 : 1; unsigned F12BP_1 : 1; unsigned F12BP_2 : 1; unsigned F12BP_3 : 1; unsigned F13BP_0 : 1; unsigned F13BP_1 : 1; unsigned F13BP_2 : 1; unsigned F13BP_3 : 1; }; } __RXFBCON6bits_t; extern volatile __RXFBCON6bits_t __at (0xDE6) RXFBCON6bits; extern __sfr __at (0xDE7) RXFBCON7; typedef union { struct { unsigned F14BP_0 : 1; unsigned F14BP_1 : 1; unsigned F14BP_2 : 1; unsigned F14BP_3 : 1; unsigned F15BP_0 : 1; unsigned F15BP_1 : 1; unsigned F15BP_2 : 1; unsigned F15BP_3 : 1; }; } __RXFBCON7bits_t; extern volatile __RXFBCON7bits_t __at (0xDE7) RXFBCON7bits; extern __sfr __at (0xDF0) MSEL0; typedef union { struct { unsigned FIL0_0 : 1; unsigned FIL0_1 : 1; unsigned FIL1_0 : 1; unsigned FIL1_1 : 1; unsigned FIL2_0 : 1; unsigned FIL2_1 : 1; unsigned FIL3_0 : 1; unsigned FIL3_1 : 1; }; } __MSEL0bits_t; extern volatile __MSEL0bits_t __at (0xDF0) MSEL0bits; extern __sfr __at (0xDF1) MSEL1; typedef union { struct { unsigned FIL4_0 : 1; unsigned FIL4_1 : 1; unsigned FIL5_0 : 1; unsigned FIL5_1 : 1; unsigned FIL6_0 : 1; unsigned FIL6_1 : 1; unsigned FIL7_0 : 1; unsigned FIL7_1 : 1; }; } __MSEL1bits_t; extern volatile __MSEL1bits_t __at (0xDF1) MSEL1bits; extern __sfr __at (0xDF2) MSEL2; typedef union { struct { unsigned FIL8_0 : 1; unsigned FIL8_1 : 1; unsigned FIL9_0 : 1; unsigned FIL9_1 : 1; unsigned FIL10_0 : 1; unsigned FIL10_1 : 1; unsigned FIL11_0 : 1; unsigned FIL11_1 : 1; }; } __MSEL2bits_t; extern volatile __MSEL2bits_t __at (0xDF2) MSEL2bits; extern __sfr __at (0xDF3) MSEL3; typedef union { struct { unsigned FIL12_0 : 1; unsigned FIL12_1 : 1; unsigned FIL13_0 : 1; unsigned FIL13_1 : 1; unsigned FIL14_0 : 1; unsigned FIL14_1 : 1; unsigned FIL15_0 : 1; unsigned FIL15_1 : 1; }; } __MSEL3bits_t; extern volatile __MSEL3bits_t __at (0xDF3) MSEL3bits; extern __sfr __at (0xDF8) BSEL0; typedef union { struct { unsigned : 1; unsigned : 1; unsigned B0TXEN : 1; unsigned B1TXEN : 1; unsigned B2TXEN : 1; unsigned B3TXEN : 1; unsigned B4TXEN : 1; unsigned B5TXEN : 1; }; } __BSEL0bits_t; extern volatile __BSEL0bits_t __at (0xDF8) BSEL0bits; extern __sfr __at (0xDFA) BIE0; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned B0IE : 1; unsigned B1IE : 1; unsigned B2IE : 1; unsigned B3IE : 1; unsigned B4IE : 1; unsigned B5IE : 1; }; } __BIE0bits_t; extern volatile __BIE0bits_t __at (0xDFA) BIE0bits; extern __sfr __at (0xDFC) TXBIE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TXBIEbits_t; extern volatile __TXBIEbits_t __at (0xDFC) TXBIEbits; extern __sfr __at (0xE20) B0CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B0CON : 1; unsigned : 1; unsigned : 1; }; } __B0CONbits_t; extern volatile __B0CONbits_t __at (0xE20) B0CONbits; extern __sfr __at (0xE21) B0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B0SIDHbits_t; extern volatile __B0SIDHbits_t __at (0xE21) B0SIDHbits; extern __sfr __at (0xE22) B0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B0SIDLbits_t; extern volatile __B0SIDLbits_t __at (0xE22) B0SIDLbits; extern __sfr __at (0xE23) B0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B0EIDHbits_t; extern volatile __B0EIDHbits_t __at (0xE23) B0EIDHbits; extern __sfr __at (0xE24) B0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B0EIDLbits_t; extern volatile __B0EIDLbits_t __at (0xE24) B0EIDLbits; extern __sfr __at (0xE25) B0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B0DLC : 1; unsigned RB1_B0DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B0DLCbits_t; extern volatile __B0DLCbits_t __at (0xE25) B0DLCbits; extern __sfr __at (0xE26) B0D0; typedef union { struct { unsigned B0D00 : 1; unsigned B0D01 : 1; unsigned B0D02 : 1; unsigned B0D03 : 1; unsigned B0D04 : 1; unsigned B0D05 : 1; unsigned B0D06 : 1; unsigned B0D07 : 1; }; } __B0D0bits_t; extern volatile __B0D0bits_t __at (0xE26) B0D0bits; extern __sfr __at (0xE27) B0D1; typedef union { struct { unsigned B0D10 : 1; unsigned B0D11 : 1; unsigned B0D12 : 1; unsigned B0D13 : 1; unsigned B0D14 : 1; unsigned B0D15 : 1; unsigned B0D16 : 1; unsigned B0D17 : 1; }; } __B0D1bits_t; extern volatile __B0D1bits_t __at (0xE27) B0D1bits; extern __sfr __at (0xE28) B0D2; typedef union { struct { unsigned B0D20 : 1; unsigned B0D21 : 1; unsigned B0D22 : 1; unsigned B0D23 : 1; unsigned B0D24 : 1; unsigned B0D25 : 1; unsigned B0D26 : 1; unsigned B0D27 : 1; }; } __B0D2bits_t; extern volatile __B0D2bits_t __at (0xE28) B0D2bits; extern __sfr __at (0xE29) B0D3; typedef union { struct { unsigned B0D30 : 1; unsigned B0D31 : 1; unsigned B0D32 : 1; unsigned B0D33 : 1; unsigned B0D34 : 1; unsigned B0D35 : 1; unsigned B0D36 : 1; unsigned B0D37 : 1; }; } __B0D3bits_t; extern volatile __B0D3bits_t __at (0xE29) B0D3bits; extern __sfr __at (0xE2A) B0D4; typedef union { struct { unsigned B0D40 : 1; unsigned B0D41 : 1; unsigned B0D42 : 1; unsigned B0D43 : 1; unsigned B0D44 : 1; unsigned B0D45 : 1; unsigned B0D46 : 1; unsigned B0D47 : 1; }; } __B0D4bits_t; extern volatile __B0D4bits_t __at (0xE2A) B0D4bits; extern __sfr __at (0xE2B) B0D5; typedef union { struct { unsigned B0D50 : 1; unsigned B0D51 : 1; unsigned B0D52 : 1; unsigned B0D53 : 1; unsigned B0D54 : 1; unsigned B0D55 : 1; unsigned B0D56 : 1; unsigned B0D57 : 1; }; } __B0D5bits_t; extern volatile __B0D5bits_t __at (0xE2B) B0D5bits; extern __sfr __at (0xE2C) B0D6; typedef union { struct { unsigned B0D60 : 1; unsigned B0D61 : 1; unsigned B0D62 : 1; unsigned B0D63 : 1; unsigned B0D64 : 1; unsigned B0D65 : 1; unsigned B0D66 : 1; unsigned B0D67 : 1; }; } __B0D6bits_t; extern volatile __B0D6bits_t __at (0xE2C) B0D6bits; extern __sfr __at (0xE2D) B0D7; typedef union { struct { unsigned B0D70 : 1; unsigned B0D71 : 1; unsigned B0D72 : 1; unsigned B0D73 : 1; unsigned B0D74 : 1; unsigned B0D75 : 1; unsigned B0D76 : 1; unsigned B0D77 : 1; }; } __B0D7bits_t; extern volatile __B0D7bits_t __at (0xE2D) B0D7bits; extern __sfr __at (0xE2E) CANSTAT_RO9; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO9bits_t; extern volatile __CANSTAT_RO9bits_t __at (0xE2E) CANSTAT_RO9bits; extern __sfr __at (0xE2F) CANCON_RO9; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO9bits_t; extern volatile __CANCON_RO9bits_t __at (0xE2F) CANCON_RO9bits; extern __sfr __at (0xE30) B1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B1CON : 1; unsigned : 1; unsigned : 1; }; } __B1CONbits_t; extern volatile __B1CONbits_t __at (0xE30) B1CONbits; extern __sfr __at (0xE31) B1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B1SIDHbits_t; extern volatile __B1SIDHbits_t __at (0xE31) B1SIDHbits; extern __sfr __at (0xE32) B1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B1SIDLbits_t; extern volatile __B1SIDLbits_t __at (0xE32) B1SIDLbits; extern __sfr __at (0xE33) B1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B1EIDHbits_t; extern volatile __B1EIDHbits_t __at (0xE33) B1EIDHbits; extern __sfr __at (0xE34) B1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B1EIDLbits_t; extern volatile __B1EIDLbits_t __at (0xE34) B1EIDLbits; extern __sfr __at (0xE35) B1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B1DLC : 1; unsigned RB1_B1DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B1DLCbits_t; extern volatile __B1DLCbits_t __at (0xE35) B1DLCbits; extern __sfr __at (0xE36) B1D0; typedef union { struct { unsigned B1D00 : 1; unsigned B1D01 : 1; unsigned B1D02 : 1; unsigned B1D03 : 1; unsigned B1D04 : 1; unsigned B1D05 : 1; unsigned B1D06 : 1; unsigned B1D07 : 1; }; } __B1D0bits_t; extern volatile __B1D0bits_t __at (0xE36) B1D0bits; extern __sfr __at (0xE37) B1D1; typedef union { struct { unsigned B1D10 : 1; unsigned B1D11 : 1; unsigned B1D12 : 1; unsigned B1D13 : 1; unsigned B1D14 : 1; unsigned B1D15 : 1; unsigned B1D16 : 1; unsigned B1D17 : 1; }; } __B1D1bits_t; extern volatile __B1D1bits_t __at (0xE37) B1D1bits; extern __sfr __at (0xE38) B1D2; typedef union { struct { unsigned B1D20 : 1; unsigned B1D21 : 1; unsigned B1D22 : 1; unsigned B1D23 : 1; unsigned B1D24 : 1; unsigned B1D25 : 1; unsigned B1D26 : 1; unsigned B1D27 : 1; }; } __B1D2bits_t; extern volatile __B1D2bits_t __at (0xE38) B1D2bits; extern __sfr __at (0xE39) B1D3; typedef union { struct { unsigned B1D30 : 1; unsigned B1D31 : 1; unsigned B1D32 : 1; unsigned B1D33 : 1; unsigned B1D34 : 1; unsigned B1D35 : 1; unsigned B1D36 : 1; unsigned B1D37 : 1; }; } __B1D3bits_t; extern volatile __B1D3bits_t __at (0xE39) B1D3bits; extern __sfr __at (0xE3A) B1D4; typedef union { struct { unsigned B1D40 : 1; unsigned B1D41 : 1; unsigned B1D42 : 1; unsigned B1D43 : 1; unsigned B1D44 : 1; unsigned B1D45 : 1; unsigned B1D46 : 1; unsigned B1D47 : 1; }; } __B1D4bits_t; extern volatile __B1D4bits_t __at (0xE3A) B1D4bits; extern __sfr __at (0xE3B) B1D5; typedef union { struct { unsigned B1D50 : 1; unsigned B1D51 : 1; unsigned B1D52 : 1; unsigned B1D53 : 1; unsigned B1D54 : 1; unsigned B1D55 : 1; unsigned B1D56 : 1; unsigned B1D57 : 1; }; } __B1D5bits_t; extern volatile __B1D5bits_t __at (0xE3B) B1D5bits; extern __sfr __at (0xE3C) B1D6; typedef union { struct { unsigned B1D60 : 1; unsigned B1D61 : 1; unsigned B1D62 : 1; unsigned B1D63 : 1; unsigned B1D64 : 1; unsigned B1D65 : 1; unsigned B1D66 : 1; unsigned B1D67 : 1; }; } __B1D6bits_t; extern volatile __B1D6bits_t __at (0xE3C) B1D6bits; extern __sfr __at (0xE3D) B1D7; typedef union { struct { unsigned B1D70 : 1; unsigned B1D71 : 1; unsigned B1D72 : 1; unsigned B1D73 : 1; unsigned B1D74 : 1; unsigned B1D75 : 1; unsigned B1D76 : 1; unsigned B1D77 : 1; }; } __B1D7bits_t; extern volatile __B1D7bits_t __at (0xE3D) B1D7bits; extern __sfr __at (0xE3E) CANSTAT_RO8; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO8bits_t; extern volatile __CANSTAT_RO8bits_t __at (0xE3E) CANSTAT_RO8bits; extern __sfr __at (0xE3F) CANCON_RO8; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO8bits_t; extern volatile __CANCON_RO8bits_t __at (0xE3F) CANCON_RO8bits; extern __sfr __at (0xE40) B2CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B2CON : 1; unsigned : 1; unsigned : 1; }; } __B2CONbits_t; extern volatile __B2CONbits_t __at (0xE40) B2CONbits; extern __sfr __at (0xE41) B2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B2SIDHbits_t; extern volatile __B2SIDHbits_t __at (0xE41) B2SIDHbits; extern __sfr __at (0xE42) B2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B2SIDLbits_t; extern volatile __B2SIDLbits_t __at (0xE42) B2SIDLbits; extern __sfr __at (0xE43) B2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B2EIDHbits_t; extern volatile __B2EIDHbits_t __at (0xE43) B2EIDHbits; extern __sfr __at (0xE44) B2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B2EIDLbits_t; extern volatile __B2EIDLbits_t __at (0xE44) B2EIDLbits; extern __sfr __at (0xE45) B2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B2DLC : 1; unsigned RB1_B2DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B2DLCbits_t; extern volatile __B2DLCbits_t __at (0xE45) B2DLCbits; extern __sfr __at (0xE46) B2D0; typedef union { struct { unsigned B2D00 : 1; unsigned B2D01 : 1; unsigned B2D02 : 1; unsigned B2D03 : 1; unsigned B2D04 : 1; unsigned B2D05 : 1; unsigned B2D06 : 1; unsigned B2D07 : 1; }; } __B2D0bits_t; extern volatile __B2D0bits_t __at (0xE46) B2D0bits; extern __sfr __at (0xE47) B2D1; typedef union { struct { unsigned B2D10 : 1; unsigned B2D11 : 1; unsigned B2D12 : 1; unsigned B2D13 : 1; unsigned B2D14 : 1; unsigned B2D15 : 1; unsigned B2D16 : 1; unsigned B2D17 : 1; }; } __B2D1bits_t; extern volatile __B2D1bits_t __at (0xE47) B2D1bits; extern __sfr __at (0xE48) B2D2; typedef union { struct { unsigned B2D20 : 1; unsigned B2D21 : 1; unsigned B2D22 : 1; unsigned B2D23 : 1; unsigned B2D24 : 1; unsigned B2D25 : 1; unsigned B2D26 : 1; unsigned B2D27 : 1; }; } __B2D2bits_t; extern volatile __B2D2bits_t __at (0xE48) B2D2bits; extern __sfr __at (0xE49) B2D3; typedef union { struct { unsigned B2D30 : 1; unsigned B2D31 : 1; unsigned B2D32 : 1; unsigned B2D33 : 1; unsigned B2D34 : 1; unsigned B2D35 : 1; unsigned B2D36 : 1; unsigned B2D37 : 1; }; } __B2D3bits_t; extern volatile __B2D3bits_t __at (0xE49) B2D3bits; extern __sfr __at (0xE4A) B2D4; typedef union { struct { unsigned B2D40 : 1; unsigned B2D41 : 1; unsigned B2D42 : 1; unsigned B2D43 : 1; unsigned B2D44 : 1; unsigned B2D45 : 1; unsigned B2D46 : 1; unsigned B2D47 : 1; }; } __B2D4bits_t; extern volatile __B2D4bits_t __at (0xE4A) B2D4bits; extern __sfr __at (0xE4B) B2D5; typedef union { struct { unsigned B2D50 : 1; unsigned B2D51 : 1; unsigned B2D52 : 1; unsigned B2D53 : 1; unsigned B2D54 : 1; unsigned B2D55 : 1; unsigned B2D56 : 1; unsigned B2D57 : 1; }; } __B2D5bits_t; extern volatile __B2D5bits_t __at (0xE4B) B2D5bits; extern __sfr __at (0xE4C) B2D6; typedef union { struct { unsigned B2D60 : 1; unsigned B2D61 : 1; unsigned B2D62 : 1; unsigned B2D63 : 1; unsigned B2D64 : 1; unsigned B2D65 : 1; unsigned B2D66 : 1; unsigned B2D67 : 1; }; } __B2D6bits_t; extern volatile __B2D6bits_t __at (0xE4C) B2D6bits; extern __sfr __at (0xE4D) B2D7; typedef union { struct { unsigned B2D70 : 1; unsigned B2D71 : 1; unsigned B2D72 : 1; unsigned B2D73 : 1; unsigned B2D74 : 1; unsigned B2D75 : 1; unsigned B2D76 : 1; unsigned B2D77 : 1; }; } __B2D7bits_t; extern volatile __B2D7bits_t __at (0xE4D) B2D7bits; extern __sfr __at (0xE4E) CANSTAT_RO7; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO7bits_t; extern volatile __CANSTAT_RO7bits_t __at (0xE4E) CANSTAT_RO7bits; extern __sfr __at (0xE4F) CANCON_RO7; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO7bits_t; extern volatile __CANCON_RO7bits_t __at (0xE4F) CANCON_RO7bits; extern __sfr __at (0xE50) B3CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B3CON : 1; unsigned : 1; unsigned : 1; }; } __B3CONbits_t; extern volatile __B3CONbits_t __at (0xE50) B3CONbits; extern __sfr __at (0xE51) B3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B3SIDHbits_t; extern volatile __B3SIDHbits_t __at (0xE51) B3SIDHbits; extern __sfr __at (0xE52) B3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B3SIDLbits_t; extern volatile __B3SIDLbits_t __at (0xE52) B3SIDLbits; extern __sfr __at (0xE53) B3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B3EIDHbits_t; extern volatile __B3EIDHbits_t __at (0xE53) B3EIDHbits; extern __sfr __at (0xE54) B3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B3EIDLbits_t; extern volatile __B3EIDLbits_t __at (0xE54) B3EIDLbits; extern __sfr __at (0xE55) B3DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B3DLC : 1; unsigned RB1_B3DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B3DLCbits_t; extern volatile __B3DLCbits_t __at (0xE55) B3DLCbits; extern __sfr __at (0xE56) B3D0; typedef union { struct { unsigned B3D00 : 1; unsigned B3D01 : 1; unsigned B3D02 : 1; unsigned B3D03 : 1; unsigned B3D04 : 1; unsigned B3D05 : 1; unsigned B3D06 : 1; unsigned B3D07 : 1; }; } __B3D0bits_t; extern volatile __B3D0bits_t __at (0xE56) B3D0bits; extern __sfr __at (0xE57) B3D1; typedef union { struct { unsigned B3D10 : 1; unsigned B3D11 : 1; unsigned B3D12 : 1; unsigned B3D13 : 1; unsigned B3D14 : 1; unsigned B3D15 : 1; unsigned B3D16 : 1; unsigned B3D17 : 1; }; } __B3D1bits_t; extern volatile __B3D1bits_t __at (0xE57) B3D1bits; extern __sfr __at (0xE58) B3D2; typedef union { struct { unsigned B3D20 : 1; unsigned B3D21 : 1; unsigned B3D22 : 1; unsigned B3D23 : 1; unsigned B3D24 : 1; unsigned B3D25 : 1; unsigned B3D26 : 1; unsigned B3D27 : 1; }; } __B3D2bits_t; extern volatile __B3D2bits_t __at (0xE58) B3D2bits; extern __sfr __at (0xE59) B3D3; typedef union { struct { unsigned B3D30 : 1; unsigned B3D31 : 1; unsigned B3D32 : 1; unsigned B3D33 : 1; unsigned B3D34 : 1; unsigned B3D35 : 1; unsigned B3D36 : 1; unsigned B3D37 : 1; }; } __B3D3bits_t; extern volatile __B3D3bits_t __at (0xE59) B3D3bits; extern __sfr __at (0xE5A) B3D4; typedef union { struct { unsigned B3D40 : 1; unsigned B3D41 : 1; unsigned B3D42 : 1; unsigned B3D43 : 1; unsigned B3D44 : 1; unsigned B3D45 : 1; unsigned B3D46 : 1; unsigned B3D47 : 1; }; } __B3D4bits_t; extern volatile __B3D4bits_t __at (0xE5A) B3D4bits; extern __sfr __at (0xE5B) B3D5; typedef union { struct { unsigned B3D50 : 1; unsigned B3D51 : 1; unsigned B3D52 : 1; unsigned B3D53 : 1; unsigned B3D54 : 1; unsigned B3D55 : 1; unsigned B3D56 : 1; unsigned B3D57 : 1; }; } __B3D5bits_t; extern volatile __B3D5bits_t __at (0xE5B) B3D5bits; extern __sfr __at (0xE5C) B3D6; typedef union { struct { unsigned B3D60 : 1; unsigned B3D61 : 1; unsigned B3D62 : 1; unsigned B3D63 : 1; unsigned B3D64 : 1; unsigned B3D65 : 1; unsigned B3D66 : 1; unsigned B3D67 : 1; }; } __B3D6bits_t; extern volatile __B3D6bits_t __at (0xE5C) B3D6bits; extern __sfr __at (0xE5D) B3D7; typedef union { struct { unsigned B3D70 : 1; unsigned B3D71 : 1; unsigned B3D72 : 1; unsigned B3D73 : 1; unsigned B3D74 : 1; unsigned B3D75 : 1; unsigned B3D76 : 1; unsigned B3D77 : 1; }; } __B3D7bits_t; extern volatile __B3D7bits_t __at (0xE5D) B3D7bits; extern __sfr __at (0xE5E) CANSTAT_RO6; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO6bits_t; extern volatile __CANSTAT_RO6bits_t __at (0xE5E) CANSTAT_RO6bits; extern __sfr __at (0xE5F) CANCON_RO6; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO6bits_t; extern volatile __CANCON_RO6bits_t __at (0xE5F) CANCON_RO6bits; extern __sfr __at (0xE60) B4CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B4CON : 1; unsigned : 1; unsigned : 1; }; } __B4CONbits_t; extern volatile __B4CONbits_t __at (0xE60) B4CONbits; extern __sfr __at (0xE61) B4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B4SIDHbits_t; extern volatile __B4SIDHbits_t __at (0xE61) B4SIDHbits; extern __sfr __at (0xE62) B4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B4SIDLbits_t; extern volatile __B4SIDLbits_t __at (0xE62) B4SIDLbits; extern __sfr __at (0xE63) B4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B4EIDHbits_t; extern volatile __B4EIDHbits_t __at (0xE63) B4EIDHbits; extern __sfr __at (0xE64) B4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B4EIDLbits_t; extern volatile __B4EIDLbits_t __at (0xE64) B4EIDLbits; extern __sfr __at (0xE65) B4DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B4DLC : 1; unsigned RB1_B4DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B4DLCbits_t; extern volatile __B4DLCbits_t __at (0xE65) B4DLCbits; extern __sfr __at (0xE66) B4D0; typedef union { struct { unsigned B4D00 : 1; unsigned B4D01 : 1; unsigned B4D02 : 1; unsigned B4D03 : 1; unsigned B4D04 : 1; unsigned B4D05 : 1; unsigned B4D06 : 1; unsigned B4D07 : 1; }; } __B4D0bits_t; extern volatile __B4D0bits_t __at (0xE66) B4D0bits; extern __sfr __at (0xE67) B4D1; typedef union { struct { unsigned B4D10 : 1; unsigned B4D11 : 1; unsigned B4D12 : 1; unsigned B4D13 : 1; unsigned B4D14 : 1; unsigned B4D15 : 1; unsigned B4D16 : 1; unsigned B4D17 : 1; }; } __B4D1bits_t; extern volatile __B4D1bits_t __at (0xE67) B4D1bits; extern __sfr __at (0xE68) B4D2; typedef union { struct { unsigned B4D20 : 1; unsigned B4D21 : 1; unsigned B4D22 : 1; unsigned B4D23 : 1; unsigned B4D24 : 1; unsigned B4D25 : 1; unsigned B4D26 : 1; unsigned B4D27 : 1; }; } __B4D2bits_t; extern volatile __B4D2bits_t __at (0xE68) B4D2bits; extern __sfr __at (0xE69) B4D3; typedef union { struct { unsigned B4D30 : 1; unsigned B4D31 : 1; unsigned B4D32 : 1; unsigned B4D33 : 1; unsigned B4D34 : 1; unsigned B4D35 : 1; unsigned B4D36 : 1; unsigned B4D37 : 1; }; } __B4D3bits_t; extern volatile __B4D3bits_t __at (0xE69) B4D3bits; extern __sfr __at (0xE6A) B4D4; typedef union { struct { unsigned B4D40 : 1; unsigned B4D41 : 1; unsigned B4D42 : 1; unsigned B4D43 : 1; unsigned B4D44 : 1; unsigned B4D45 : 1; unsigned B4D46 : 1; unsigned B4D47 : 1; }; } __B4D4bits_t; extern volatile __B4D4bits_t __at (0xE6A) B4D4bits; extern __sfr __at (0xE6B) B4D5; typedef union { struct { unsigned B4D50 : 1; unsigned B4D51 : 1; unsigned B4D52 : 1; unsigned B4D53 : 1; unsigned B4D54 : 1; unsigned B4D55 : 1; unsigned B4D56 : 1; unsigned B4D57 : 1; }; } __B4D5bits_t; extern volatile __B4D5bits_t __at (0xE6B) B4D5bits; extern __sfr __at (0xE6C) B4D6; typedef union { struct { unsigned B4D60 : 1; unsigned B4D61 : 1; unsigned B4D62 : 1; unsigned B4D63 : 1; unsigned B4D64 : 1; unsigned B4D65 : 1; unsigned B4D66 : 1; unsigned B4D67 : 1; }; } __B4D6bits_t; extern volatile __B4D6bits_t __at (0xE6C) B4D6bits; extern __sfr __at (0xE6D) B4D7; typedef union { struct { unsigned B4D70 : 1; unsigned B4D71 : 1; unsigned B4D72 : 1; unsigned B4D73 : 1; unsigned B4D74 : 1; unsigned B4D75 : 1; unsigned B4D76 : 1; unsigned B46D77 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B4D77 : 1; }; } __B4D7bits_t; extern volatile __B4D7bits_t __at (0xE6D) B4D7bits; extern __sfr __at (0xE6E) CANSTAT_RO5; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO5bits_t; extern volatile __CANSTAT_RO5bits_t __at (0xE6E) CANSTAT_RO5bits; extern __sfr __at (0xE6F) CANCON_RO5; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO5bits_t; extern volatile __CANCON_RO5bits_t __at (0xE6F) CANCON_RO5bits; extern __sfr __at (0xE70) B5CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B5CON : 1; unsigned : 1; unsigned : 1; }; } __B5CONbits_t; extern volatile __B5CONbits_t __at (0xE70) B5CONbits; extern __sfr __at (0xE71) B5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B5SIDHbits_t; extern volatile __B5SIDHbits_t __at (0xE71) B5SIDHbits; extern __sfr __at (0xE72) B5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5SIDLbits_t; extern volatile __B5SIDLbits_t __at (0xE72) B5SIDLbits; extern __sfr __at (0xE73) B5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B5EIDHbits_t; extern volatile __B5EIDHbits_t __at (0xE73) B5EIDHbits; extern __sfr __at (0xE74) B5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B5EIDLbits_t; extern volatile __B5EIDLbits_t __at (0xE74) B5EIDLbits; extern __sfr __at (0xE75) B5DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B5DLC : 1; unsigned RB1_B5DLC : 1; unsigned : 1; unsigned : 1; }; } __B5DLCbits_t; extern volatile __B5DLCbits_t __at (0xE75) B5DLCbits; extern __sfr __at (0xE76) B5D0; typedef union { struct { unsigned B5D00 : 1; unsigned B5D01 : 1; unsigned B5D02 : 1; unsigned B5D03 : 1; unsigned B5D04 : 1; unsigned B5D05 : 1; unsigned B5D06 : 1; unsigned B57D07 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D07 : 1; }; } __B5D0bits_t; extern volatile __B5D0bits_t __at (0xE76) B5D0bits; extern __sfr __at (0xE77) B5D1; typedef union { struct { unsigned B5D10 : 1; unsigned B5D11 : 1; unsigned B5D12 : 1; unsigned B5D13 : 1; unsigned B5D14 : 1; unsigned B5D15 : 1; unsigned B5D16 : 1; unsigned B5D17 : 1; }; } __B5D1bits_t; extern volatile __B5D1bits_t __at (0xE77) B5D1bits; extern __sfr __at (0xE78) B5D2; typedef union { struct { unsigned B5D20 : 1; unsigned B5D21 : 1; unsigned B5D22 : 1; unsigned B57D23 : 1; unsigned B5D24 : 1; unsigned B5D25 : 1; unsigned B5D26 : 1; unsigned B5D27 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D23 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5D2bits_t; extern volatile __B5D2bits_t __at (0xE78) B5D2bits; extern __sfr __at (0xE79) B5D3; typedef union { struct { unsigned B5D30 : 1; unsigned B5D31 : 1; unsigned B5D32 : 1; unsigned B5D33 : 1; unsigned B5D34 : 1; unsigned B5D35 : 1; unsigned B5D36 : 1; unsigned B5D37 : 1; }; } __B5D3bits_t; extern volatile __B5D3bits_t __at (0xE79) B5D3bits; extern __sfr __at (0xE7A) B5D4; typedef union { struct { unsigned B5D40 : 1; unsigned B5D41 : 1; unsigned B5D42 : 1; unsigned B5D43 : 1; unsigned B5D44 : 1; unsigned B5D45 : 1; unsigned B5D46 : 1; unsigned B5D47 : 1; }; } __B5D4bits_t; extern volatile __B5D4bits_t __at (0xE7A) B5D4bits; extern __sfr __at (0xE7B) B5D5; typedef union { struct { unsigned B5D50 : 1; unsigned B5D51 : 1; unsigned B5D52 : 1; unsigned B5D53 : 1; unsigned B5D54 : 1; unsigned B5D55 : 1; unsigned B5D56 : 1; unsigned B5D57 : 1; }; } __B5D5bits_t; extern volatile __B5D5bits_t __at (0xE7B) B5D5bits; extern __sfr __at (0xE7C) B5D6; typedef union { struct { unsigned B5D60 : 1; unsigned B5D61 : 1; unsigned B5D62 : 1; unsigned B5D63 : 1; unsigned B5D64 : 1; unsigned B5D65 : 1; unsigned B5D66 : 1; unsigned B5D67 : 1; }; } __B5D6bits_t; extern volatile __B5D6bits_t __at (0xE7C) B5D6bits; extern __sfr __at (0xE7D) B5D7; typedef union { struct { unsigned B5D70 : 1; unsigned B5D71 : 1; unsigned B5D72 : 1; unsigned B5D73 : 1; unsigned B5D74 : 1; unsigned B5D75 : 1; unsigned B5D76 : 1; unsigned B5D77 : 1; }; } __B5D7bits_t; extern volatile __B5D7bits_t __at (0xE7D) B5D7bits; extern __sfr __at (0xE7E) CANSTAT_RO4; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO4bits_t; extern volatile __CANSTAT_RO4bits_t __at (0xE7E) CANSTAT_RO4bits; extern __sfr __at (0xE7F) CANCON_RO4; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO4bits_t; extern volatile __CANCON_RO4bits_t __at (0xE7F) CANCON_RO4bits; extern __sfr __at (0xF00) RXF0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF0SIDHbits_t; extern volatile __RXF0SIDHbits_t __at (0xF00) RXF0SIDHbits; extern __sfr __at (0xF01) RXF0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xF01) RXF0SIDLbits; extern __sfr __at (0xF02) RXF0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF0EIDHbits_t; extern volatile __RXF0EIDHbits_t __at (0xF02) RXF0EIDHbits; extern __sfr __at (0xF03) RXF0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF0EIDLbits_t; extern volatile __RXF0EIDLbits_t __at (0xF03) RXF0EIDLbits; extern __sfr __at (0xF04) RXF1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF1SIDHbits_t; extern volatile __RXF1SIDHbits_t __at (0xF04) RXF1SIDHbits; extern __sfr __at (0xF05) RXF1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xF05) RXF1SIDLbits; extern __sfr __at (0xF06) RXF1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF1EIDHbits_t; extern volatile __RXF1EIDHbits_t __at (0xF06) RXF1EIDHbits; extern __sfr __at (0xF07) RXF1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF1EIDLbits_t; extern volatile __RXF1EIDLbits_t __at (0xF07) RXF1EIDLbits; extern __sfr __at (0xF08) RXF2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF2SIDHbits_t; extern volatile __RXF2SIDHbits_t __at (0xF08) RXF2SIDHbits; extern __sfr __at (0xF09) RXF2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF2SIDLbits_t; extern volatile __RXF2SIDLbits_t __at (0xF09) RXF2SIDLbits; extern __sfr __at (0xF0A) RXF2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF2EIDHbits_t; extern volatile __RXF2EIDHbits_t __at (0xF0A) RXF2EIDHbits; extern __sfr __at (0xF0B) RXF2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xF0B) RXF2EIDLbits; extern __sfr __at (0xF0C) RXF3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF3SIDHbits_t; extern volatile __RXF3SIDHbits_t __at (0xF0C) RXF3SIDHbits; extern __sfr __at (0xF0D) RXF3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xF0D) RXF3SIDLbits; extern __sfr __at (0xF0E) RXF3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF3EIDHbits_t; extern volatile __RXF3EIDHbits_t __at (0xF0E) RXF3EIDHbits; extern __sfr __at (0xF0F) RXF3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF3EIDLbits_t; extern volatile __RXF3EIDLbits_t __at (0xF0F) RXF3EIDLbits; extern __sfr __at (0xF10) RXF4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF4SIDHbits_t; extern volatile __RXF4SIDHbits_t __at (0xF10) RXF4SIDHbits; extern __sfr __at (0xF11) RXF4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xF11) RXF4SIDLbits; extern __sfr __at (0xF12) RXF4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF4EIDHbits_t; extern volatile __RXF4EIDHbits_t __at (0xF12) RXF4EIDHbits; extern __sfr __at (0xF13) RXF4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF4EIDLbits_t; extern volatile __RXF4EIDLbits_t __at (0xF13) RXF4EIDLbits; extern __sfr __at (0xF14) RXF5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF5SIDHbits_t; extern volatile __RXF5SIDHbits_t __at (0xF14) RXF5SIDHbits; extern __sfr __at (0xF15) RXF5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xF15) RXF5SIDLbits; extern __sfr __at (0xF16) RXF5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF5EIDHbits_t; extern volatile __RXF5EIDHbits_t __at (0xF16) RXF5EIDHbits; extern __sfr __at (0xF17) RXF5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF5EIDLbits_t; extern volatile __RXF5EIDLbits_t __at (0xF17) RXF5EIDLbits; extern __sfr __at (0xF18) RXM0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM0SIDHbits_t; extern volatile __RXM0SIDHbits_t __at (0xF18) RXM0SIDHbits; extern __sfr __at (0xF19) RXM0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xF19) RXM0SIDLbits; extern __sfr __at (0xF1A) RXM0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM0EIDHbits_t; extern volatile __RXM0EIDHbits_t __at (0xF1A) RXM0EIDHbits; extern __sfr __at (0xF1B) RXM0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM0EIDLbits_t; extern volatile __RXM0EIDLbits_t __at (0xF1B) RXM0EIDLbits; extern __sfr __at (0xF1C) RXM1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM1SIDHbits_t; extern volatile __RXM1SIDHbits_t __at (0xF1C) RXM1SIDHbits; extern __sfr __at (0xF1D) RXM1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xF1D) RXM1SIDLbits; extern __sfr __at (0xF1E) RXM1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM1EIDHbits_t; extern volatile __RXM1EIDHbits_t __at (0xF1E) RXM1EIDHbits; extern __sfr __at (0xF1F) RXM1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM1EIDLbits_t; extern volatile __RXM1EIDLbits_t __at (0xF1F) RXM1EIDLbits; extern __sfr __at (0xF20) TXB2CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFBXB2CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xF20) TXB2CONbits; extern __sfr __at (0xF21) TXB2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB2SIDHbits_t; extern volatile __TXB2SIDHbits_t __at (0xF21) TXB2SIDHbits; extern __sfr __at (0xF22) TXB2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xF22) TXB2SIDLbits; extern __sfr __at (0xF23) TXB2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB2EIDHbits_t; extern volatile __TXB2EIDHbits_t __at (0xF23) TXB2EIDHbits; extern __sfr __at (0xF24) TXB2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB2EIDLbits_t; extern volatile __TXB2EIDLbits_t __at (0xF24) TXB2EIDLbits; extern __sfr __at (0xF25) TXB2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xF25) TXB2DLCbits; extern __sfr __at (0xF26) TXB2D0; typedef union { struct { unsigned TXB2D00 : 1; unsigned TXB2D01 : 1; unsigned TXB2D02 : 1; unsigned TXB2D03 : 1; unsigned TXB2D04 : 1; unsigned TXB2D05 : 1; unsigned TXB2D06 : 1; unsigned TXB2D07 : 1; }; } __TXB2D0bits_t; extern volatile __TXB2D0bits_t __at (0xF26) TXB2D0bits; extern __sfr __at (0xF27) TXB2D1; typedef union { struct { unsigned TXB2D10 : 1; unsigned TXB2D11 : 1; unsigned TXB2D12 : 1; unsigned TXB2D13 : 1; unsigned TXB2D14 : 1; unsigned TXB2D15 : 1; unsigned TXB2D16 : 1; unsigned TXB2D17 : 1; }; } __TXB2D1bits_t; extern volatile __TXB2D1bits_t __at (0xF27) TXB2D1bits; extern __sfr __at (0xF28) TXB2D2; typedef union { struct { unsigned TXB2D20 : 1; unsigned TXB2D21 : 1; unsigned TXB2D22 : 1; unsigned TXB2D23 : 1; unsigned TXB2D24 : 1; unsigned TXB2D25 : 1; unsigned TXB2D26 : 1; unsigned TXB2D27 : 1; }; } __TXB2D2bits_t; extern volatile __TXB2D2bits_t __at (0xF28) TXB2D2bits; extern __sfr __at (0xF29) TXB2D3; typedef union { struct { unsigned TXB2D30 : 1; unsigned TXB2D31 : 1; unsigned TXB2D32 : 1; unsigned TXB2D33 : 1; unsigned TXB2D34 : 1; unsigned TXB2D35 : 1; unsigned TXB2D36 : 1; unsigned TXB2D37 : 1; }; } __TXB2D3bits_t; extern volatile __TXB2D3bits_t __at (0xF29) TXB2D3bits; extern __sfr __at (0xF2A) TXB2D4; typedef union { struct { unsigned TXB2D40 : 1; unsigned TXB2D41 : 1; unsigned TXB2D42 : 1; unsigned TXB2D43 : 1; unsigned TXB2D44 : 1; unsigned TXB2D45 : 1; unsigned TXB2D46 : 1; unsigned TXB2D47 : 1; }; } __TXB2D4bits_t; extern volatile __TXB2D4bits_t __at (0xF2A) TXB2D4bits; extern __sfr __at (0xF2B) TXB2D5; typedef union { struct { unsigned TXB2D50 : 1; unsigned TXB2D51 : 1; unsigned TXB2D52 : 1; unsigned TXB2D53 : 1; unsigned TXB2D54 : 1; unsigned TXB2D55 : 1; unsigned TXB2D56 : 1; unsigned TXB2D57 : 1; }; } __TXB2D5bits_t; extern volatile __TXB2D5bits_t __at (0xF2B) TXB2D5bits; extern __sfr __at (0xF2C) TXB2D6; typedef union { struct { unsigned TXB2D60 : 1; unsigned TXB2D61 : 1; unsigned TXB2D62 : 1; unsigned TXB2D63 : 1; unsigned TXB2D64 : 1; unsigned TXB2D65 : 1; unsigned TXB2D66 : 1; unsigned TXB2D67 : 1; }; } __TXB2D6bits_t; extern volatile __TXB2D6bits_t __at (0xF2C) TXB2D6bits; extern __sfr __at (0xF2D) TXB2D7; typedef union { struct { unsigned TXB2D70 : 1; unsigned TXB2D71 : 1; unsigned TXB2D72 : 1; unsigned TXB2D73 : 1; unsigned TXB2D74 : 1; unsigned TXB2D75 : 1; unsigned TXB2D76 : 1; unsigned TXB2D77 : 1; }; } __TXB2D7bits_t; extern volatile __TXB2D7bits_t __at (0xF2D) TXB2D7bits; extern __sfr __at (0xF2E) CANSTAT_RO3; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO3bits_t; extern volatile __CANSTAT_RO3bits_t __at (0xF2E) CANSTAT_RO3bits; extern __sfr __at (0xF2F) CANCON_RO3; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO3bits_t; extern volatile __CANCON_RO3bits_t __at (0xF2F) CANCON_RO3bits; extern __sfr __at (0xF30) TXB1CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFTXB1CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xF30) TXB1CONbits; extern __sfr __at (0xF31) TXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB1SIDHbits_t; extern volatile __TXB1SIDHbits_t __at (0xF31) TXB1SIDHbits; extern __sfr __at (0xF32) TXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xF32) TXB1SIDLbits; extern __sfr __at (0xF33) TXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB1EIDHbits_t; extern volatile __TXB1EIDHbits_t __at (0xF33) TXB1EIDHbits; extern __sfr __at (0xF34) TXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB1EIDLbits_t; extern volatile __TXB1EIDLbits_t __at (0xF34) TXB1EIDLbits; extern __sfr __at (0xF35) TXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xF35) TXB1DLCbits; extern __sfr __at (0xF36) TXB1D0; typedef union { struct { unsigned TXB1D00 : 1; unsigned TXB1D01 : 1; unsigned TXB1D02 : 1; unsigned TXB1D03 : 1; unsigned TXB1D04 : 1; unsigned TXB1D05 : 1; unsigned TXB1D06 : 1; unsigned TXB1D07 : 1; }; } __TXB1D0bits_t; extern volatile __TXB1D0bits_t __at (0xF36) TXB1D0bits; extern __sfr __at (0xF37) TXB1D1; typedef union { struct { unsigned TXB1D10 : 1; unsigned TXB1D11 : 1; unsigned TXB1D12 : 1; unsigned TXB1D13 : 1; unsigned TXB1D14 : 1; unsigned TXB1D15 : 1; unsigned TXB1D16 : 1; unsigned TXB1D17 : 1; }; } __TXB1D1bits_t; extern volatile __TXB1D1bits_t __at (0xF37) TXB1D1bits; extern __sfr __at (0xF38) TXB1D2; typedef union { struct { unsigned TXB1D20 : 1; unsigned TXB1D21 : 1; unsigned TXB1D22 : 1; unsigned TXB1D23 : 1; unsigned TXB1D24 : 1; unsigned TXB1D25 : 1; unsigned TXB1D26 : 1; unsigned TXB1D27 : 1; }; } __TXB1D2bits_t; extern volatile __TXB1D2bits_t __at (0xF38) TXB1D2bits; extern __sfr __at (0xF39) TXB1D3; typedef union { struct { unsigned TXB1D30 : 1; unsigned TXB1D31 : 1; unsigned TXB1D32 : 1; unsigned TXB1D33 : 1; unsigned TXB1D34 : 1; unsigned TXB1D35 : 1; unsigned TXB1D36 : 1; unsigned TXB1D37 : 1; }; } __TXB1D3bits_t; extern volatile __TXB1D3bits_t __at (0xF39) TXB1D3bits; extern __sfr __at (0xF3A) TXB1D4; typedef union { struct { unsigned TXB1D40 : 1; unsigned TXB1D41 : 1; unsigned TXB1D42 : 1; unsigned TXB1D43 : 1; unsigned TXB1D44 : 1; unsigned TXB1D45 : 1; unsigned TXB1D46 : 1; unsigned TXB1D47 : 1; }; } __TXB1D4bits_t; extern volatile __TXB1D4bits_t __at (0xF3A) TXB1D4bits; extern __sfr __at (0xF3B) TXB1D5; typedef union { struct { unsigned TXB1D50 : 1; unsigned TXB1D51 : 1; unsigned TXB1D52 : 1; unsigned TXB1D53 : 1; unsigned TXB1D54 : 1; unsigned TXB1D55 : 1; unsigned TXB1D56 : 1; unsigned TXB1D57 : 1; }; } __TXB1D5bits_t; extern volatile __TXB1D5bits_t __at (0xF3B) TXB1D5bits; extern __sfr __at (0xF3C) TXB1D6; typedef union { struct { unsigned TXB1D60 : 1; unsigned TXB1D61 : 1; unsigned TXB1D62 : 1; unsigned TXB1D63 : 1; unsigned TXB1D64 : 1; unsigned TXB1D65 : 1; unsigned TXB1D66 : 1; unsigned TXB1D67 : 1; }; } __TXB1D6bits_t; extern volatile __TXB1D6bits_t __at (0xF3C) TXB1D6bits; extern __sfr __at (0xF3D) TXB1D7; typedef union { struct { unsigned TXB1D70 : 1; unsigned TXB1D71 : 1; unsigned TXB1D72 : 1; unsigned TXB1D73 : 1; unsigned TXB1D74 : 1; unsigned TXB1D75 : 1; unsigned TXB1D76 : 1; unsigned TXB1D77 : 1; }; } __TXB1D7bits_t; extern volatile __TXB1D7bits_t __at (0xF3D) TXB1D7bits; extern __sfr __at (0xF3E) CANSTAT_RO2; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO2bits_t; extern volatile __CANSTAT_RO2bits_t __at (0xF3E) CANSTAT_RO2bits; extern __sfr __at (0xF3F) CANCON_RO2; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO2bits_t; extern volatile __CANCON_RO2bits_t __at (0xF3F) CANCON_RO2bits; extern __sfr __at (0xF40) TXB0CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xF40) TXB0CONbits; extern __sfr __at (0xF41) TXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB0SIDHbits_t; extern volatile __TXB0SIDHbits_t __at (0xF41) TXB0SIDHbits; extern __sfr __at (0xF42) TXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB0SIDLbits_t; extern volatile __TXB0SIDLbits_t __at (0xF42) TXB0SIDLbits; extern __sfr __at (0xF43) TXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB0EIDHbits_t; extern volatile __TXB0EIDHbits_t __at (0xF43) TXB0EIDHbits; extern __sfr __at (0xF44) TXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB0EIDLbits_t; extern volatile __TXB0EIDLbits_t __at (0xF44) TXB0EIDLbits; extern __sfr __at (0xF45) TXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xF45) TXB0DLCbits; extern __sfr __at (0xF46) TXB0D0; typedef union { struct { unsigned TXB0D00 : 1; unsigned TXB0D01 : 1; unsigned TXB0D02 : 1; unsigned TXB0D03 : 1; unsigned TXB0D04 : 1; unsigned TXB0D05 : 1; unsigned TXB0D06 : 1; unsigned TXB0D07 : 1; }; } __TXB0D0bits_t; extern volatile __TXB0D0bits_t __at (0xF46) TXB0D0bits; extern __sfr __at (0xF47) TXB0D1; typedef union { struct { unsigned TXB0D10 : 1; unsigned TXB0D11 : 1; unsigned TXB0D12 : 1; unsigned TXB0D13 : 1; unsigned TXB0D14 : 1; unsigned TXB0D15 : 1; unsigned TXB0D16 : 1; unsigned TXB0D17 : 1; }; } __TXB0D1bits_t; extern volatile __TXB0D1bits_t __at (0xF47) TXB0D1bits; extern __sfr __at (0xF48) TXB0D2; typedef union { struct { unsigned TXB0D20 : 1; unsigned TXB0D21 : 1; unsigned TXB0D22 : 1; unsigned TXB0D23 : 1; unsigned TXB0D24 : 1; unsigned TXB0D25 : 1; unsigned TXB0D26 : 1; unsigned TXB0D27 : 1; }; } __TXB0D2bits_t; extern volatile __TXB0D2bits_t __at (0xF48) TXB0D2bits; extern __sfr __at (0xF49) TXB0D3; typedef union { struct { unsigned TXB0D30 : 1; unsigned TXB0D31 : 1; unsigned TXB0D32 : 1; unsigned TXB0D33 : 1; unsigned TXB0D34 : 1; unsigned TXB0D35 : 1; unsigned TXB0D36 : 1; unsigned TXB0D37 : 1; }; } __TXB0D3bits_t; extern volatile __TXB0D3bits_t __at (0xF49) TXB0D3bits; extern __sfr __at (0xF4A) TXB0D4; typedef union { struct { unsigned TXB0D40 : 1; unsigned TXB0D41 : 1; unsigned TXB0D42 : 1; unsigned TXB0D43 : 1; unsigned TXB0D44 : 1; unsigned TXB0D45 : 1; unsigned TXB0D46 : 1; unsigned TXB0D47 : 1; }; } __TXB0D4bits_t; extern volatile __TXB0D4bits_t __at (0xF4A) TXB0D4bits; extern __sfr __at (0xF4B) TXB0D5; typedef union { struct { unsigned TXB0D50 : 1; unsigned TXB0D51 : 1; unsigned TXB0D52 : 1; unsigned TXB0D53 : 1; unsigned TXB0D54 : 1; unsigned TXB0D55 : 1; unsigned TXB0D56 : 1; unsigned TXB0D57 : 1; }; } __TXB0D5bits_t; extern volatile __TXB0D5bits_t __at (0xF4B) TXB0D5bits; extern __sfr __at (0xF4C) TXB0D6; typedef union { struct { unsigned TXB0D60 : 1; unsigned TXB0D61 : 1; unsigned TXB0D62 : 1; unsigned TXB0D63 : 1; unsigned TXB0D64 : 1; unsigned TXB0D65 : 1; unsigned TXB0D66 : 1; unsigned TXB0D67 : 1; }; } __TXB0D6bits_t; extern volatile __TXB0D6bits_t __at (0xF4C) TXB0D6bits; extern __sfr __at (0xF4D) TXB0D7; typedef union { struct { unsigned TXB0D70 : 1; unsigned TXB0D71 : 1; unsigned TXB0D72 : 1; unsigned TXB0D73 : 1; unsigned TXB0D74 : 1; unsigned TXB0D75 : 1; unsigned TXB0D76 : 1; unsigned TXB0D77 : 1; }; } __TXB0D7bits_t; extern volatile __TXB0D7bits_t __at (0xF4D) TXB0D7bits; extern __sfr __at (0xF4E) CANSTAT_RO1; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO1bits_t; extern volatile __CANSTAT_RO1bits_t __at (0xF4E) CANSTAT_RO1bits; extern __sfr __at (0xF4F) CANCON_RO1; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO1bits_t; extern volatile __CANCON_RO1bits_t __at (0xF4F) CANCON_RO1bits; extern __sfr __at (0xF50) RXB1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned RXRTRRO_RXB1CON : 1; unsigned FILHIT4 : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned FILHIT3 : 1; unsigned : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xF50) RXB1CONbits; extern __sfr __at (0xF51) RXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB1SIDHbits_t; extern volatile __RXB1SIDHbits_t __at (0xF51) RXB1SIDHbits; extern __sfr __at (0xF52) RXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xF52) RXB1SIDLbits; extern __sfr __at (0xF53) RXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB1EIDHbits_t; extern volatile __RXB1EIDHbits_t __at (0xF53) RXB1EIDHbits; extern __sfr __at (0xF54) RXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB1EIDLbits_t; extern volatile __RXB1EIDLbits_t __at (0xF54) RXB1EIDLbits; extern __sfr __at (0xF55) RXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB1DLC : 1; unsigned RB1_RXB1DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xF55) RXB1DLCbits; extern __sfr __at (0xF56) RXB1D0; typedef union { struct { unsigned RXB1D00 : 1; unsigned RXB1D01 : 1; unsigned RXB1D02 : 1; unsigned RXB1D03 : 1; unsigned RXB1D04 : 1; unsigned RXB1D05 : 1; unsigned RXB1D06 : 1; unsigned RXB1D07 : 1; }; } __RXB1D0bits_t; extern volatile __RXB1D0bits_t __at (0xF56) RXB1D0bits; extern __sfr __at (0xF57) RXB1D1; typedef union { struct { unsigned RXB1D10 : 1; unsigned RXB1D11 : 1; unsigned RXB1D12 : 1; unsigned RXB1D13 : 1; unsigned RXB1D14 : 1; unsigned RXB1D15 : 1; unsigned RXB1D16 : 1; unsigned RXB1D17 : 1; }; } __RXB1D1bits_t; extern volatile __RXB1D1bits_t __at (0xF57) RXB1D1bits; extern __sfr __at (0xF58) RXB1D2; typedef union { struct { unsigned RXB1D20 : 1; unsigned RXB1D21 : 1; unsigned RXB1D22 : 1; unsigned RXB1D23 : 1; unsigned RXB1D24 : 1; unsigned RXB1D25 : 1; unsigned RXB1D26 : 1; unsigned RXB1D27 : 1; }; } __RXB1D2bits_t; extern volatile __RXB1D2bits_t __at (0xF58) RXB1D2bits; extern __sfr __at (0xF59) RXB1D3; typedef union { struct { unsigned RXB1D30 : 1; unsigned RXB1D31 : 1; unsigned RXB1D32 : 1; unsigned RXB1D33 : 1; unsigned RXB1D34 : 1; unsigned RXB1D35 : 1; unsigned RXB1D36 : 1; unsigned RXB1D37 : 1; }; } __RXB1D3bits_t; extern volatile __RXB1D3bits_t __at (0xF59) RXB1D3bits; extern __sfr __at (0xF5A) RXB1D4; typedef union { struct { unsigned RXB1D40 : 1; unsigned RXB1D41 : 1; unsigned RXB1D42 : 1; unsigned RXB1D43 : 1; unsigned RXB1D44 : 1; unsigned RXB1D45 : 1; unsigned RXB1D46 : 1; unsigned RXB1D47 : 1; }; } __RXB1D4bits_t; extern volatile __RXB1D4bits_t __at (0xF5A) RXB1D4bits; extern __sfr __at (0xF5B) RXB1D5; typedef union { struct { unsigned RXB1D50 : 1; unsigned RXB1D51 : 1; unsigned RXB1D52 : 1; unsigned RXB1D53 : 1; unsigned RXB1D54 : 1; unsigned RXB1D55 : 1; unsigned RXB1D56 : 1; unsigned RXB1D57 : 1; }; } __RXB1D5bits_t; extern volatile __RXB1D5bits_t __at (0xF5B) RXB1D5bits; extern __sfr __at (0xF5C) RXB1D6; typedef union { struct { unsigned RXB1D60 : 1; unsigned RXB1D61 : 1; unsigned RXB1D62 : 1; unsigned RXB1D63 : 1; unsigned RXB1D64 : 1; unsigned RXB1D65 : 1; unsigned RXB1D66 : 1; unsigned RXB1D67 : 1; }; } __RXB1D6bits_t; extern volatile __RXB1D6bits_t __at (0xF5C) RXB1D6bits; extern __sfr __at (0xF5D) RXB1D7; typedef union { struct { unsigned RXB1D70 : 1; unsigned RXB1D71 : 1; unsigned RXB1D72 : 1; unsigned RXB1D73 : 1; unsigned RXB1D74 : 1; unsigned RXB1D75 : 1; unsigned RXB1D76 : 1; unsigned RXB1D77 : 1; }; } __RXB1D7bits_t; extern volatile __RXB1D7bits_t __at (0xF5D) RXB1D7bits; extern __sfr __at (0xF5E) CANSTAT_RO0; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO0bits_t; extern volatile __CANSTAT_RO0bits_t __at (0xF5E) CANSTAT_RO0bits; extern __sfr __at (0xF5F) CANCON_RO0; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO0bits_t; extern volatile __CANCON_RO0bits_t __at (0xF5F) CANCON_RO0bits; extern __sfr __at (0xF60) RXB0CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned JTOFF : 1; unsigned RXB0DBEN : 1; unsigned RXRTRRO_RXB0CON : 1; unsigned FILHIT4 : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned RXBODBEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xF60) RXB0CONbits; extern __sfr __at (0xF61) RXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB0SIDHbits_t; extern volatile __RXB0SIDHbits_t __at (0xF61) RXB0SIDHbits; extern __sfr __at (0xF62) RXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xF62) RXB0SIDLbits; extern __sfr __at (0xF63) RXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB0EIDHbits_t; extern volatile __RXB0EIDHbits_t __at (0xF63) RXB0EIDHbits; extern __sfr __at (0xF64) RXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB0EIDLbits_t; extern volatile __RXB0EIDLbits_t __at (0xF64) RXB0EIDLbits; extern __sfr __at (0xF65) RXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB0DLC : 1; unsigned RB1_RXB0DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB0DLCbits_t; extern volatile __RXB0DLCbits_t __at (0xF65) RXB0DLCbits; extern __sfr __at (0xF66) RXB0D0; typedef union { struct { unsigned RXB0D00 : 1; unsigned RXB0D01 : 1; unsigned RXB0D02 : 1; unsigned RXB0D03 : 1; unsigned RXB0D04 : 1; unsigned RXB0D05 : 1; unsigned RXB0D06 : 1; unsigned RXB0D07 : 1; }; } __RXB0D0bits_t; extern volatile __RXB0D0bits_t __at (0xF66) RXB0D0bits; extern __sfr __at (0xF67) RXB0D1; typedef union { struct { unsigned RXB0D10 : 1; unsigned RXB0D11 : 1; unsigned RXB0D12 : 1; unsigned RXB0D13 : 1; unsigned RXB0D14 : 1; unsigned RXB0D15 : 1; unsigned RXB0D16 : 1; unsigned RXB0D17 : 1; }; } __RXB0D1bits_t; extern volatile __RXB0D1bits_t __at (0xF67) RXB0D1bits; extern __sfr __at (0xF68) RXB0D2; typedef union { struct { unsigned RXB0D20 : 1; unsigned RXB0D21 : 1; unsigned RXB0D22 : 1; unsigned RXB0D23 : 1; unsigned RXB0D24 : 1; unsigned RXB0D25 : 1; unsigned RXB0D26 : 1; unsigned RXB0D27 : 1; }; } __RXB0D2bits_t; extern volatile __RXB0D2bits_t __at (0xF68) RXB0D2bits; extern __sfr __at (0xF69) RXB0D3; typedef union { struct { unsigned RXB0D30 : 1; unsigned RXB0D31 : 1; unsigned RXB0D32 : 1; unsigned RXB0D33 : 1; unsigned RXB0D34 : 1; unsigned RXB0D35 : 1; unsigned RXB0D36 : 1; unsigned RXB0D37 : 1; }; } __RXB0D3bits_t; extern volatile __RXB0D3bits_t __at (0xF69) RXB0D3bits; extern __sfr __at (0xF6A) RXB0D4; typedef union { struct { unsigned RXB0D40 : 1; unsigned RXB0D41 : 1; unsigned RXB0D42 : 1; unsigned RXB0D43 : 1; unsigned RXB0D44 : 1; unsigned RXB0D45 : 1; unsigned RXB0D46 : 1; unsigned RXB0D47 : 1; }; } __RXB0D4bits_t; extern volatile __RXB0D4bits_t __at (0xF6A) RXB0D4bits; extern __sfr __at (0xF6B) RXB0D5; typedef union { struct { unsigned RXB0D50 : 1; unsigned RXB0D51 : 1; unsigned RXB0D52 : 1; unsigned RXB0D53 : 1; unsigned RXB0D54 : 1; unsigned RXB0D55 : 1; unsigned RXB0D56 : 1; unsigned RXB0D57 : 1; }; } __RXB0D5bits_t; extern volatile __RXB0D5bits_t __at (0xF6B) RXB0D5bits; extern __sfr __at (0xF6C) RXB0D6; typedef union { struct { unsigned RXB0D60 : 1; unsigned RXB0D61 : 1; unsigned RXB0D62 : 1; unsigned RXB0D63 : 1; unsigned RXB0D64 : 1; unsigned RXB0D65 : 1; unsigned RXB0D66 : 1; unsigned RXB0D67 : 1; }; } __RXB0D6bits_t; extern volatile __RXB0D6bits_t __at (0xF6C) RXB0D6bits; extern __sfr __at (0xF6D) RXB0D7; typedef union { struct { unsigned RXB0D70 : 1; unsigned RXB0D71 : 1; unsigned RXB0D72 : 1; unsigned RXB0D73 : 1; unsigned RXB0D74 : 1; unsigned RXB0D75 : 1; unsigned RXB0D76 : 1; unsigned RXB0D77 : 1; }; } __RXB0D7bits_t; extern volatile __RXB0D7bits_t __at (0xF6D) RXB0D7bits; extern __sfr __at (0xF6E) CANSTAT; typedef union { struct { unsigned EICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned EICODE4 : 1; unsigned OPMODE0 : 1; unsigned OPMODE1 : 1; unsigned OPMODE2 : 1; }; struct { unsigned : 1; unsigned EICODE1 : 1; unsigned EICODE2 : 1; unsigned EICODE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xF6E) CANSTATbits; extern __sfr __at (0xF6F) CANCON; typedef union { struct { unsigned FP0 : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; struct { unsigned : 1; unsigned FP1 : 1; unsigned FP2 : 1; unsigned FP3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xF6F) CANCONbits; extern __sfr __at (0xF70) BRGCON1; typedef union { struct { unsigned BRP0 : 1; unsigned BRP1 : 1; unsigned BRP2 : 1; unsigned BRP3 : 1; unsigned BRP4 : 1; unsigned BRP5 : 1; unsigned SJW0 : 1; unsigned SJW1 : 1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xF70) BRGCON1bits; extern __sfr __at (0xF71) BRGCON2; typedef union { struct { unsigned PRSEG0 : 1; unsigned PRSEG1 : 1; unsigned PRSEG2 : 1; unsigned SEG1PH0 : 1; unsigned SEG1PH1 : 1; unsigned SEG1PH2 : 1; unsigned SAM : 1; unsigned SEG2PHTS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SEG2PHT : 1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xF71) BRGCON2bits; extern __sfr __at (0xF72) BRGCON3; typedef union { struct { unsigned SEG2PH0 : 1; unsigned SEG2PH1 : 1; unsigned SEG2PH2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned WAKFIL : 1; unsigned WAKDIS : 1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xF72) BRGCON3bits; extern __sfr __at (0xF73) CIOCON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CANCAP : 1; unsigned ENDRHI : 1; unsigned : 1; unsigned : 1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xF73) CIOCONbits; extern __sfr __at (0xF74) COMSTAT; typedef union { struct { unsigned EWARN : 1; unsigned RXWARN : 1; unsigned TXWARN : 1; unsigned RXBP : 1; unsigned TXBP : 1; unsigned TXBO : 1; unsigned RXB1OVFL : 1; unsigned RXB0OVFL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXBnOVFL : 1; unsigned FIFOEMPTY : 1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xF74) COMSTATbits; extern __sfr __at (0xF75) RXERRCNT; typedef union { struct { unsigned REC0 : 1; unsigned REC1 : 1; unsigned REC2 : 1; unsigned REC3 : 1; unsigned REC4 : 1; unsigned REC5 : 1; unsigned REC6 : 1; unsigned REC7 : 1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xF75) RXERRCNTbits; extern __sfr __at (0xF76) TXERRCNT; typedef union { struct { unsigned TEC0 : 1; unsigned TEC1 : 1; unsigned TEC2 : 1; unsigned TEC3 : 1; unsigned TEC4 : 1; unsigned TEC5 : 1; unsigned TEC6 : 1; unsigned TEC7 : 1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xF76) TXERRCNTbits; extern __sfr __at (0xF77) ECANCON; typedef union { struct { unsigned EWIN0 : 1; unsigned EWIN1 : 1; unsigned EWIN2 : 1; unsigned EWIN3 : 1; unsigned EWIN4 : 1; unsigned FIFOWM : 1; unsigned MDSEL0 : 1; unsigned MDSEL1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned F : 1; unsigned : 1; unsigned : 1; }; } __ECANCONbits_t; extern volatile __ECANCONbits_t __at (0xF77) ECANCONbits; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned CVREFA : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned LVDIN : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0_PORTB : 1; unsigned RB1_PORTB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CANRX : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN10 : 1; unsigned AN8 : 1; unsigned CANTX : 1; unsigned : 1; unsigned AN9 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PSP0 : 1; unsigned PSP1 : 1; unsigned PSP2 : 1; unsigned PSP3 : 1; unsigned PSP4 : 1; unsigned PSP5 : 1; unsigned PSP6 : 1; unsigned PSP7 : 1; }; struct { unsigned C1INB : 1; unsigned C1INA : 1; unsigned C2INB : 1; unsigned C2INA : 1; unsigned P1A : 1; unsigned P1B : 1; unsigned P1C : 1; unsigned P1D : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned ECCP1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0_DDRB : 1; unsigned RB1_DDRB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSCR : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXBIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned ECCP1IE : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned ECCP1IF : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned ECCP1IP : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned ERRIE : 1; unsigned WAKIE : 1; unsigned IRXIE : 1; }; struct { unsigned FIFOWMIE : 1; unsigned RXBnIE : 1; unsigned : 1; unsigned : 1; unsigned TXBnIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FIFOMWIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned RXB0IF : 1; unsigned RXB1IF : 1; unsigned TXB0IF : 1; unsigned TXB1IF : 1; unsigned TXB2IF : 1; unsigned ERRIF : 1; unsigned WAKIF : 1; unsigned IRXIF : 1; }; struct { unsigned FIFOWMIF : 1; unsigned RXBnIF : 1; unsigned : 1; unsigned : 1; unsigned TXBnIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned RXB0IP : 1; unsigned RXB1IP : 1; unsigned TXB0IP : 1; unsigned TXB1IP : 1; unsigned TXB2IP : 1; unsigned ERRIP : 1; unsigned WAKIP : 1; unsigned IRXIP : 1; }; struct { unsigned FIFOWMIP : 1; unsigned RXBnIP : 1; unsigned : 1; unsigned : 1; unsigned TXBnIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3NSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned T3ECCP1 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT : 1; unsigned C2OUT : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVREF : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CVRSS : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFBA) ECCP1CON; typedef union { struct { unsigned ECCP1M0 : 1; unsigned ECCP1M1 : 1; unsigned ECCP1M2 : 1; unsigned ECCP1M3 : 1; unsigned EDC1B0 : 1; unsigned EDC1B1 : 1; unsigned EPWM1M0 : 1; unsigned EPWM1M1 : 1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xFBA) ECCP1CONbits; extern __sfr __at (0xFBB) ECCPR1; extern __sfr __at (0xFBB) ECCPR1L; extern __sfr __at (0xFBC) ECCPR1H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO_DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T0PS3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f4585.h000066400000000000000000004532061116427777700200700ustar00rootroot00000000000000/* * pic18f4585.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F4585_H__ #define __PIC18F4585_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP oscillator #define _OSC_XT_1H 0xF1 // XT oscillator #define _OSC_HS_1H 0xF2 // HS oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_IRCIO67_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_IRCIO7_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOREN_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOREN_SBORENCTRL_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOREN_BOACTIVE_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOREN_BOHW_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum Setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum Setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // HW Disabled - SW Controlled #define _WDT_ON_2H 0xFF // HW Enabled - SW Disabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_OFF_3H 0xFD // PORTB<4> and PORTB<1:0> Configured as Digital I/O Pins on Reset #define _PBADEN_ON_3H 0xFF // PORTB<4> and PORTB<1:0> Configured as Analog Pins on Reset // CONFIG4L Options #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _BBSIZ_1024_4L 0xCF // 1K words (2K bytes) Boot Block #define _BBSIZ_2048_4L 0xDF // 2K words (4K bytes) Boot Block #define _BBSIZ_4096_4L 0xEF // 4K words (8K bytes) Boot Block #define _LVP_OFF_4L 0xFB // Single-Supply ICSP disabled #define _LVP_ON_4L 0xFF // Single-Supply ICSP enabled #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 (000800-003FFFh) code-protected #define _CP0_OFF_5L 0xFF // Block 0 (000800-003FFFh) not code-protected #define _CP1_ON_5L 0xFD // Block 1 (004000-007FFFh) code-protected #define _CP1_OFF_5L 0xFF // Block 1 (004000-007FFFh) not code-protected #define _CP2_ON_5L 0xFB // Block 2 (008000-00BFFFh) code-protected #define _CP2_OFF_5L 0xFF // Block 2 (008000-00BFFFh) not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot block (000000-0007FFh) code-protected #define _CPB_OFF_5H 0xFF // Boot block (000000-0007FFh) not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 (000800-003FFFh) write-protected #define _WRT0_OFF_6L 0xFF // Block 0 (000800-003FFFh) not write-protected #define _WRT1_ON_6L 0xFD // Block 1 (004000-007FFFh) write-protected #define _WRT1_OFF_6L 0xFF // Block 1 (004000-007FFFh) not write-protected #define _WRT2_ON_6L 0xFB // Block 2 (008000-00BFFFh) write-protected #define _WRT2_OFF_6L 0xFF // Block 2 (008000-00BFFFh) not write-protected // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Boot block (000000-0007FFh) write-protected #define _WRTB_OFF_6H 0xFF // Boot block (000000-0007FFh) not write-protected #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 (000800-003FFFh) protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 (000800-003FFFh) not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 (004000-007FFFh) protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 (004000-007FFFh) not protected from table reads executed in other blocks #define _EBTR2_ON_7L 0xFB // Block 2 (008000-00BFFFh) protected from table reads executed in other blocks #define _EBTR2_OFF_7L 0xFF // Block 2 (008000-00BFFFh) not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot block (000000-0007FFh) protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot block (000000-0007FFh) not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xD60) RXF6SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF6SIDHbits_t; extern volatile __RXF6SIDHbits_t __at (0xD60) RXF6SIDHbits; extern __sfr __at (0xD61) RXF6SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF6SIDLbits_t; extern volatile __RXF6SIDLbits_t __at (0xD61) RXF6SIDLbits; extern __sfr __at (0xD62) RXF6EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF6EIDHbits_t; extern volatile __RXF6EIDHbits_t __at (0xD62) RXF6EIDHbits; extern __sfr __at (0xD63) RXF6EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF6EIDLbits_t; extern volatile __RXF6EIDLbits_t __at (0xD63) RXF6EIDLbits; extern __sfr __at (0xD64) RXF7SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF7SIDHbits_t; extern volatile __RXF7SIDHbits_t __at (0xD64) RXF7SIDHbits; extern __sfr __at (0xD65) RXF7SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF7SIDLbits_t; extern volatile __RXF7SIDLbits_t __at (0xD65) RXF7SIDLbits; extern __sfr __at (0xD66) RXF7EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF7EIDHbits_t; extern volatile __RXF7EIDHbits_t __at (0xD66) RXF7EIDHbits; extern __sfr __at (0xD67) RXF7EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF7EIDLbits_t; extern volatile __RXF7EIDLbits_t __at (0xD67) RXF7EIDLbits; extern __sfr __at (0xD68) RXF8SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF8SIDHbits_t; extern volatile __RXF8SIDHbits_t __at (0xD68) RXF8SIDHbits; extern __sfr __at (0xD69) RXF8SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF8SIDLbits_t; extern volatile __RXF8SIDLbits_t __at (0xD69) RXF8SIDLbits; extern __sfr __at (0xD6A) RXF8EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF8EIDHbits_t; extern volatile __RXF8EIDHbits_t __at (0xD6A) RXF8EIDHbits; extern __sfr __at (0xD6B) RXF8EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF8EIDLbits_t; extern volatile __RXF8EIDLbits_t __at (0xD6B) RXF8EIDLbits; extern __sfr __at (0xD70) RXF9SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF9SIDHbits_t; extern volatile __RXF9SIDHbits_t __at (0xD70) RXF9SIDHbits; extern __sfr __at (0xD71) RXF9SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF9SIDLbits_t; extern volatile __RXF9SIDLbits_t __at (0xD71) RXF9SIDLbits; extern __sfr __at (0xD72) RXF9EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF9EIDHbits_t; extern volatile __RXF9EIDHbits_t __at (0xD72) RXF9EIDHbits; extern __sfr __at (0xD73) RXF9EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF9EIDLbits_t; extern volatile __RXF9EIDLbits_t __at (0xD73) RXF9EIDLbits; extern __sfr __at (0xD74) RXF10SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF10SIDHbits_t; extern volatile __RXF10SIDHbits_t __at (0xD74) RXF10SIDHbits; extern __sfr __at (0xD75) RXF10SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF10SIDLbits_t; extern volatile __RXF10SIDLbits_t __at (0xD75) RXF10SIDLbits; extern __sfr __at (0xD76) RXF10EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF10EIDHbits_t; extern volatile __RXF10EIDHbits_t __at (0xD76) RXF10EIDHbits; extern __sfr __at (0xD77) RXF10EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF10EIDLbits_t; extern volatile __RXF10EIDLbits_t __at (0xD77) RXF10EIDLbits; extern __sfr __at (0xD78) RXF11SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF11SIDHbits_t; extern volatile __RXF11SIDHbits_t __at (0xD78) RXF11SIDHbits; extern __sfr __at (0xD79) RXF11SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF11SIDLbits_t; extern volatile __RXF11SIDLbits_t __at (0xD79) RXF11SIDLbits; extern __sfr __at (0xD7A) RXF11EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF11EIDHbits_t; extern volatile __RXF11EIDHbits_t __at (0xD7A) RXF11EIDHbits; extern __sfr __at (0xD7B) RXF11EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF11EIDLbits_t; extern volatile __RXF11EIDLbits_t __at (0xD7B) RXF11EIDLbits; extern __sfr __at (0xD80) RXF12SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF12SIDHbits_t; extern volatile __RXF12SIDHbits_t __at (0xD80) RXF12SIDHbits; extern __sfr __at (0xD81) RXF12SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF12SIDLbits_t; extern volatile __RXF12SIDLbits_t __at (0xD81) RXF12SIDLbits; extern __sfr __at (0xD82) RXF12EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF12EIDHbits_t; extern volatile __RXF12EIDHbits_t __at (0xD82) RXF12EIDHbits; extern __sfr __at (0xD83) RXF12EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF12EIDLbits_t; extern volatile __RXF12EIDLbits_t __at (0xD83) RXF12EIDLbits; extern __sfr __at (0xD84) RXF13SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF13SIDHbits_t; extern volatile __RXF13SIDHbits_t __at (0xD84) RXF13SIDHbits; extern __sfr __at (0xD85) RXF13SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF13SIDLbits_t; extern volatile __RXF13SIDLbits_t __at (0xD85) RXF13SIDLbits; extern __sfr __at (0xD86) RXF13EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF13EIDHbits_t; extern volatile __RXF13EIDHbits_t __at (0xD86) RXF13EIDHbits; extern __sfr __at (0xD87) RXF13EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF13EIDLbits_t; extern volatile __RXF13EIDLbits_t __at (0xD87) RXF13EIDLbits; extern __sfr __at (0xD88) RXF14SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF14SIDHbits_t; extern volatile __RXF14SIDHbits_t __at (0xD88) RXF14SIDHbits; extern __sfr __at (0xD89) RXF14SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF14SIDLbits_t; extern volatile __RXF14SIDLbits_t __at (0xD89) RXF14SIDLbits; extern __sfr __at (0xD8A) RXF14EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF14EIDHbits_t; extern volatile __RXF14EIDHbits_t __at (0xD8A) RXF14EIDHbits; extern __sfr __at (0xD8B) RXF14EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF14EIDLbits_t; extern volatile __RXF14EIDLbits_t __at (0xD8B) RXF14EIDLbits; extern __sfr __at (0xD90) RXF15SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF15SIDHbits_t; extern volatile __RXF15SIDHbits_t __at (0xD90) RXF15SIDHbits; extern __sfr __at (0xD91) RXF15SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF15SIDLbits_t; extern volatile __RXF15SIDLbits_t __at (0xD91) RXF15SIDLbits; extern __sfr __at (0xD92) RXF15EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF15EIDHbits_t; extern volatile __RXF15EIDHbits_t __at (0xD92) RXF15EIDHbits; extern __sfr __at (0xD93) RXF15EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF15EIDLbits_t; extern volatile __RXF15EIDLbits_t __at (0xD93) RXF15EIDLbits; extern __sfr __at (0xDD4) RXFCON0; typedef union { struct { unsigned RXF0EN : 1; unsigned RXF1EN : 1; unsigned RXF2EN : 1; unsigned RXF3EN : 1; unsigned RXF4EN : 1; unsigned RXF5EN : 1; unsigned RXF6EN : 1; unsigned RXF7EN : 1; }; } __RXFCON0bits_t; extern volatile __RXFCON0bits_t __at (0xDD4) RXFCON0bits; extern __sfr __at (0xDD5) RXFCON1; typedef union { struct { unsigned RXF8EN : 1; unsigned RXF9EN : 1; unsigned RXF10EN : 1; unsigned RXF11EN : 1; unsigned RXF12EN : 1; unsigned RXF13EN : 1; unsigned RXF14EN : 1; unsigned RXF15EN : 1; }; } __RXFCON1bits_t; extern volatile __RXFCON1bits_t __at (0xDD5) RXFCON1bits; extern __sfr __at (0xDD8) SDFLC; typedef union { struct { unsigned DFLC0 : 1; unsigned DFLC1 : 1; unsigned DFLC2 : 1; unsigned DFLC3 : 1; unsigned DFLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FLC0 : 1; unsigned FLC1 : 1; unsigned FLC2 : 1; unsigned FLC3 : 1; unsigned FLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SDFLCbits_t; extern volatile __SDFLCbits_t __at (0xDD8) SDFLCbits; extern __sfr __at (0xDE0) RXFBCON0; typedef union { struct { unsigned F0BP_0 : 1; unsigned F0BP_1 : 1; unsigned F0BP_2 : 1; unsigned F0BP_3 : 1; unsigned F1BP_0 : 1; unsigned F1BP_1 : 1; unsigned F1BP_2 : 1; unsigned F1BP_3 : 1; }; } __RXFBCON0bits_t; extern volatile __RXFBCON0bits_t __at (0xDE0) RXFBCON0bits; extern __sfr __at (0xDE1) RXFBCON1; typedef union { struct { unsigned F2BP_0 : 1; unsigned F2BP_1 : 1; unsigned F2BP_2 : 1; unsigned F2BP_3 : 1; unsigned F3BP_0 : 1; unsigned F3BP_1 : 1; unsigned F3BP_2 : 1; unsigned F3BP_3 : 1; }; } __RXFBCON1bits_t; extern volatile __RXFBCON1bits_t __at (0xDE1) RXFBCON1bits; extern __sfr __at (0xDE2) RXFBCON2; typedef union { struct { unsigned F4BP_0 : 1; unsigned F4BP_1 : 1; unsigned F4BP_2 : 1; unsigned F4BP_3 : 1; unsigned F5BP_0 : 1; unsigned F5BP_1 : 1; unsigned F5BP_2 : 1; unsigned F5BP_3 : 1; }; } __RXFBCON2bits_t; extern volatile __RXFBCON2bits_t __at (0xDE2) RXFBCON2bits; extern __sfr __at (0xDE3) RXFBCON3; typedef union { struct { unsigned F6BP_0 : 1; unsigned F6BP_1 : 1; unsigned F6BP_2 : 1; unsigned F6BP_3 : 1; unsigned F7BP_0 : 1; unsigned F7BP_1 : 1; unsigned F7BP_2 : 1; unsigned F7BP_3 : 1; }; } __RXFBCON3bits_t; extern volatile __RXFBCON3bits_t __at (0xDE3) RXFBCON3bits; extern __sfr __at (0xDE4) RXFBCON4; typedef union { struct { unsigned F8BP_0 : 1; unsigned F8BP_1 : 1; unsigned F8BP_2 : 1; unsigned F8BP_3 : 1; unsigned F9BP_0 : 1; unsigned F9BP_1 : 1; unsigned F9BP_2 : 1; unsigned F9BP_3 : 1; }; } __RXFBCON4bits_t; extern volatile __RXFBCON4bits_t __at (0xDE4) RXFBCON4bits; extern __sfr __at (0xDE5) RXFBCON5; typedef union { struct { unsigned F10BP_0 : 1; unsigned F10BP_1 : 1; unsigned F10BP_2 : 1; unsigned F10BP_3 : 1; unsigned F11BP_0 : 1; unsigned F11BP_1 : 1; unsigned F11BP_2 : 1; unsigned F11BP_3 : 1; }; } __RXFBCON5bits_t; extern volatile __RXFBCON5bits_t __at (0xDE5) RXFBCON5bits; extern __sfr __at (0xDE6) RXFBCON6; typedef union { struct { unsigned F12BP_0 : 1; unsigned F12BP_1 : 1; unsigned F12BP_2 : 1; unsigned F12BP_3 : 1; unsigned F13BP_0 : 1; unsigned F13BP_1 : 1; unsigned F13BP_2 : 1; unsigned F13BP_3 : 1; }; } __RXFBCON6bits_t; extern volatile __RXFBCON6bits_t __at (0xDE6) RXFBCON6bits; extern __sfr __at (0xDE7) RXFBCON7; typedef union { struct { unsigned F14BP_0 : 1; unsigned F14BP_1 : 1; unsigned F14BP_2 : 1; unsigned F14BP_3 : 1; unsigned F15BP_0 : 1; unsigned F15BP_1 : 1; unsigned F15BP_2 : 1; unsigned F15BP_3 : 1; }; } __RXFBCON7bits_t; extern volatile __RXFBCON7bits_t __at (0xDE7) RXFBCON7bits; extern __sfr __at (0xDF0) MSEL0; typedef union { struct { unsigned FIL0_0 : 1; unsigned FIL0_1 : 1; unsigned FIL1_0 : 1; unsigned FIL1_1 : 1; unsigned FIL2_0 : 1; unsigned FIL2_1 : 1; unsigned FIL3_0 : 1; unsigned FIL3_1 : 1; }; } __MSEL0bits_t; extern volatile __MSEL0bits_t __at (0xDF0) MSEL0bits; extern __sfr __at (0xDF1) MSEL1; typedef union { struct { unsigned FIL4_0 : 1; unsigned FIL4_1 : 1; unsigned FIL5_0 : 1; unsigned FIL5_1 : 1; unsigned FIL6_0 : 1; unsigned FIL6_1 : 1; unsigned FIL7_0 : 1; unsigned FIL7_1 : 1; }; } __MSEL1bits_t; extern volatile __MSEL1bits_t __at (0xDF1) MSEL1bits; extern __sfr __at (0xDF2) MSEL2; typedef union { struct { unsigned FIL8_0 : 1; unsigned FIL8_1 : 1; unsigned FIL9_0 : 1; unsigned FIL9_1 : 1; unsigned FIL10_0 : 1; unsigned FIL10_1 : 1; unsigned FIL11_0 : 1; unsigned FIL11_1 : 1; }; } __MSEL2bits_t; extern volatile __MSEL2bits_t __at (0xDF2) MSEL2bits; extern __sfr __at (0xDF3) MSEL3; typedef union { struct { unsigned FIL12_0 : 1; unsigned FIL12_1 : 1; unsigned FIL13_0 : 1; unsigned FIL13_1 : 1; unsigned FIL14_0 : 1; unsigned FIL14_1 : 1; unsigned FIL15_0 : 1; unsigned FIL15_1 : 1; }; } __MSEL3bits_t; extern volatile __MSEL3bits_t __at (0xDF3) MSEL3bits; extern __sfr __at (0xDF8) BSEL0; typedef union { struct { unsigned : 1; unsigned : 1; unsigned B0TXEN : 1; unsigned B1TXEN : 1; unsigned B2TXEN : 1; unsigned B3TXEN : 1; unsigned B4TXEN : 1; unsigned B5TXEN : 1; }; } __BSEL0bits_t; extern volatile __BSEL0bits_t __at (0xDF8) BSEL0bits; extern __sfr __at (0xDFA) BIE0; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned B0IE : 1; unsigned B1IE : 1; unsigned B2IE : 1; unsigned B3IE : 1; unsigned B4IE : 1; unsigned B5IE : 1; }; } __BIE0bits_t; extern volatile __BIE0bits_t __at (0xDFA) BIE0bits; extern __sfr __at (0xDFC) TXBIE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TXBIEbits_t; extern volatile __TXBIEbits_t __at (0xDFC) TXBIEbits; extern __sfr __at (0xE20) B0CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B0CON : 1; unsigned : 1; unsigned : 1; }; } __B0CONbits_t; extern volatile __B0CONbits_t __at (0xE20) B0CONbits; extern __sfr __at (0xE21) B0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B0SIDHbits_t; extern volatile __B0SIDHbits_t __at (0xE21) B0SIDHbits; extern __sfr __at (0xE22) B0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B0SIDLbits_t; extern volatile __B0SIDLbits_t __at (0xE22) B0SIDLbits; extern __sfr __at (0xE23) B0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B0EIDHbits_t; extern volatile __B0EIDHbits_t __at (0xE23) B0EIDHbits; extern __sfr __at (0xE24) B0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B0EIDLbits_t; extern volatile __B0EIDLbits_t __at (0xE24) B0EIDLbits; extern __sfr __at (0xE25) B0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B0DLC : 1; unsigned RB1_B0DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B0DLCbits_t; extern volatile __B0DLCbits_t __at (0xE25) B0DLCbits; extern __sfr __at (0xE26) B0D0; typedef union { struct { unsigned B0D00 : 1; unsigned B0D01 : 1; unsigned B0D02 : 1; unsigned B0D03 : 1; unsigned B0D04 : 1; unsigned B0D05 : 1; unsigned B0D06 : 1; unsigned B0D07 : 1; }; } __B0D0bits_t; extern volatile __B0D0bits_t __at (0xE26) B0D0bits; extern __sfr __at (0xE27) B0D1; typedef union { struct { unsigned B0D10 : 1; unsigned B0D11 : 1; unsigned B0D12 : 1; unsigned B0D13 : 1; unsigned B0D14 : 1; unsigned B0D15 : 1; unsigned B0D16 : 1; unsigned B0D17 : 1; }; } __B0D1bits_t; extern volatile __B0D1bits_t __at (0xE27) B0D1bits; extern __sfr __at (0xE28) B0D2; typedef union { struct { unsigned B0D20 : 1; unsigned B0D21 : 1; unsigned B0D22 : 1; unsigned B0D23 : 1; unsigned B0D24 : 1; unsigned B0D25 : 1; unsigned B0D26 : 1; unsigned B0D27 : 1; }; } __B0D2bits_t; extern volatile __B0D2bits_t __at (0xE28) B0D2bits; extern __sfr __at (0xE29) B0D3; typedef union { struct { unsigned B0D30 : 1; unsigned B0D31 : 1; unsigned B0D32 : 1; unsigned B0D33 : 1; unsigned B0D34 : 1; unsigned B0D35 : 1; unsigned B0D36 : 1; unsigned B0D37 : 1; }; } __B0D3bits_t; extern volatile __B0D3bits_t __at (0xE29) B0D3bits; extern __sfr __at (0xE2A) B0D4; typedef union { struct { unsigned B0D40 : 1; unsigned B0D41 : 1; unsigned B0D42 : 1; unsigned B0D43 : 1; unsigned B0D44 : 1; unsigned B0D45 : 1; unsigned B0D46 : 1; unsigned B0D47 : 1; }; } __B0D4bits_t; extern volatile __B0D4bits_t __at (0xE2A) B0D4bits; extern __sfr __at (0xE2B) B0D5; typedef union { struct { unsigned B0D50 : 1; unsigned B0D51 : 1; unsigned B0D52 : 1; unsigned B0D53 : 1; unsigned B0D54 : 1; unsigned B0D55 : 1; unsigned B0D56 : 1; unsigned B0D57 : 1; }; } __B0D5bits_t; extern volatile __B0D5bits_t __at (0xE2B) B0D5bits; extern __sfr __at (0xE2C) B0D6; typedef union { struct { unsigned B0D60 : 1; unsigned B0D61 : 1; unsigned B0D62 : 1; unsigned B0D63 : 1; unsigned B0D64 : 1; unsigned B0D65 : 1; unsigned B0D66 : 1; unsigned B0D67 : 1; }; } __B0D6bits_t; extern volatile __B0D6bits_t __at (0xE2C) B0D6bits; extern __sfr __at (0xE2D) B0D7; typedef union { struct { unsigned B0D70 : 1; unsigned B0D71 : 1; unsigned B0D72 : 1; unsigned B0D73 : 1; unsigned B0D74 : 1; unsigned B0D75 : 1; unsigned B0D76 : 1; unsigned B0D77 : 1; }; } __B0D7bits_t; extern volatile __B0D7bits_t __at (0xE2D) B0D7bits; extern __sfr __at (0xE2E) CANSTAT_RO9; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO9bits_t; extern volatile __CANSTAT_RO9bits_t __at (0xE2E) CANSTAT_RO9bits; extern __sfr __at (0xE2F) CANCON_RO9; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO9bits_t; extern volatile __CANCON_RO9bits_t __at (0xE2F) CANCON_RO9bits; extern __sfr __at (0xE30) B1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B1CON : 1; unsigned : 1; unsigned : 1; }; } __B1CONbits_t; extern volatile __B1CONbits_t __at (0xE30) B1CONbits; extern __sfr __at (0xE31) B1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B1SIDHbits_t; extern volatile __B1SIDHbits_t __at (0xE31) B1SIDHbits; extern __sfr __at (0xE32) B1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B1SIDLbits_t; extern volatile __B1SIDLbits_t __at (0xE32) B1SIDLbits; extern __sfr __at (0xE33) B1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B1EIDHbits_t; extern volatile __B1EIDHbits_t __at (0xE33) B1EIDHbits; extern __sfr __at (0xE34) B1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B1EIDLbits_t; extern volatile __B1EIDLbits_t __at (0xE34) B1EIDLbits; extern __sfr __at (0xE35) B1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B1DLC : 1; unsigned RB1_B1DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B1DLCbits_t; extern volatile __B1DLCbits_t __at (0xE35) B1DLCbits; extern __sfr __at (0xE36) B1D0; typedef union { struct { unsigned B1D00 : 1; unsigned B1D01 : 1; unsigned B1D02 : 1; unsigned B1D03 : 1; unsigned B1D04 : 1; unsigned B1D05 : 1; unsigned B1D06 : 1; unsigned B1D07 : 1; }; } __B1D0bits_t; extern volatile __B1D0bits_t __at (0xE36) B1D0bits; extern __sfr __at (0xE37) B1D1; typedef union { struct { unsigned B1D10 : 1; unsigned B1D11 : 1; unsigned B1D12 : 1; unsigned B1D13 : 1; unsigned B1D14 : 1; unsigned B1D15 : 1; unsigned B1D16 : 1; unsigned B1D17 : 1; }; } __B1D1bits_t; extern volatile __B1D1bits_t __at (0xE37) B1D1bits; extern __sfr __at (0xE38) B1D2; typedef union { struct { unsigned B1D20 : 1; unsigned B1D21 : 1; unsigned B1D22 : 1; unsigned B1D23 : 1; unsigned B1D24 : 1; unsigned B1D25 : 1; unsigned B1D26 : 1; unsigned B1D27 : 1; }; } __B1D2bits_t; extern volatile __B1D2bits_t __at (0xE38) B1D2bits; extern __sfr __at (0xE39) B1D3; typedef union { struct { unsigned B1D30 : 1; unsigned B1D31 : 1; unsigned B1D32 : 1; unsigned B1D33 : 1; unsigned B1D34 : 1; unsigned B1D35 : 1; unsigned B1D36 : 1; unsigned B1D37 : 1; }; } __B1D3bits_t; extern volatile __B1D3bits_t __at (0xE39) B1D3bits; extern __sfr __at (0xE3A) B1D4; typedef union { struct { unsigned B1D40 : 1; unsigned B1D41 : 1; unsigned B1D42 : 1; unsigned B1D43 : 1; unsigned B1D44 : 1; unsigned B1D45 : 1; unsigned B1D46 : 1; unsigned B1D47 : 1; }; } __B1D4bits_t; extern volatile __B1D4bits_t __at (0xE3A) B1D4bits; extern __sfr __at (0xE3B) B1D5; typedef union { struct { unsigned B1D50 : 1; unsigned B1D51 : 1; unsigned B1D52 : 1; unsigned B1D53 : 1; unsigned B1D54 : 1; unsigned B1D55 : 1; unsigned B1D56 : 1; unsigned B1D57 : 1; }; } __B1D5bits_t; extern volatile __B1D5bits_t __at (0xE3B) B1D5bits; extern __sfr __at (0xE3C) B1D6; typedef union { struct { unsigned B1D60 : 1; unsigned B1D61 : 1; unsigned B1D62 : 1; unsigned B1D63 : 1; unsigned B1D64 : 1; unsigned B1D65 : 1; unsigned B1D66 : 1; unsigned B1D67 : 1; }; } __B1D6bits_t; extern volatile __B1D6bits_t __at (0xE3C) B1D6bits; extern __sfr __at (0xE3D) B1D7; typedef union { struct { unsigned B1D70 : 1; unsigned B1D71 : 1; unsigned B1D72 : 1; unsigned B1D73 : 1; unsigned B1D74 : 1; unsigned B1D75 : 1; unsigned B1D76 : 1; unsigned B1D77 : 1; }; } __B1D7bits_t; extern volatile __B1D7bits_t __at (0xE3D) B1D7bits; extern __sfr __at (0xE3E) CANSTAT_RO8; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO8bits_t; extern volatile __CANSTAT_RO8bits_t __at (0xE3E) CANSTAT_RO8bits; extern __sfr __at (0xE3F) CANCON_RO8; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO8bits_t; extern volatile __CANCON_RO8bits_t __at (0xE3F) CANCON_RO8bits; extern __sfr __at (0xE40) B2CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B2CON : 1; unsigned : 1; unsigned : 1; }; } __B2CONbits_t; extern volatile __B2CONbits_t __at (0xE40) B2CONbits; extern __sfr __at (0xE41) B2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B2SIDHbits_t; extern volatile __B2SIDHbits_t __at (0xE41) B2SIDHbits; extern __sfr __at (0xE42) B2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B2SIDLbits_t; extern volatile __B2SIDLbits_t __at (0xE42) B2SIDLbits; extern __sfr __at (0xE43) B2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B2EIDHbits_t; extern volatile __B2EIDHbits_t __at (0xE43) B2EIDHbits; extern __sfr __at (0xE44) B2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B2EIDLbits_t; extern volatile __B2EIDLbits_t __at (0xE44) B2EIDLbits; extern __sfr __at (0xE45) B2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B2DLC : 1; unsigned RB1_B2DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B2DLCbits_t; extern volatile __B2DLCbits_t __at (0xE45) B2DLCbits; extern __sfr __at (0xE46) B2D0; typedef union { struct { unsigned B2D00 : 1; unsigned B2D01 : 1; unsigned B2D02 : 1; unsigned B2D03 : 1; unsigned B2D04 : 1; unsigned B2D05 : 1; unsigned B2D06 : 1; unsigned B2D07 : 1; }; } __B2D0bits_t; extern volatile __B2D0bits_t __at (0xE46) B2D0bits; extern __sfr __at (0xE47) B2D1; typedef union { struct { unsigned B2D10 : 1; unsigned B2D11 : 1; unsigned B2D12 : 1; unsigned B2D13 : 1; unsigned B2D14 : 1; unsigned B2D15 : 1; unsigned B2D16 : 1; unsigned B2D17 : 1; }; } __B2D1bits_t; extern volatile __B2D1bits_t __at (0xE47) B2D1bits; extern __sfr __at (0xE48) B2D2; typedef union { struct { unsigned B2D20 : 1; unsigned B2D21 : 1; unsigned B2D22 : 1; unsigned B2D23 : 1; unsigned B2D24 : 1; unsigned B2D25 : 1; unsigned B2D26 : 1; unsigned B2D27 : 1; }; } __B2D2bits_t; extern volatile __B2D2bits_t __at (0xE48) B2D2bits; extern __sfr __at (0xE49) B2D3; typedef union { struct { unsigned B2D30 : 1; unsigned B2D31 : 1; unsigned B2D32 : 1; unsigned B2D33 : 1; unsigned B2D34 : 1; unsigned B2D35 : 1; unsigned B2D36 : 1; unsigned B2D37 : 1; }; } __B2D3bits_t; extern volatile __B2D3bits_t __at (0xE49) B2D3bits; extern __sfr __at (0xE4A) B2D4; typedef union { struct { unsigned B2D40 : 1; unsigned B2D41 : 1; unsigned B2D42 : 1; unsigned B2D43 : 1; unsigned B2D44 : 1; unsigned B2D45 : 1; unsigned B2D46 : 1; unsigned B2D47 : 1; }; } __B2D4bits_t; extern volatile __B2D4bits_t __at (0xE4A) B2D4bits; extern __sfr __at (0xE4B) B2D5; typedef union { struct { unsigned B2D50 : 1; unsigned B2D51 : 1; unsigned B2D52 : 1; unsigned B2D53 : 1; unsigned B2D54 : 1; unsigned B2D55 : 1; unsigned B2D56 : 1; unsigned B2D57 : 1; }; } __B2D5bits_t; extern volatile __B2D5bits_t __at (0xE4B) B2D5bits; extern __sfr __at (0xE4C) B2D6; typedef union { struct { unsigned B2D60 : 1; unsigned B2D61 : 1; unsigned B2D62 : 1; unsigned B2D63 : 1; unsigned B2D64 : 1; unsigned B2D65 : 1; unsigned B2D66 : 1; unsigned B2D67 : 1; }; } __B2D6bits_t; extern volatile __B2D6bits_t __at (0xE4C) B2D6bits; extern __sfr __at (0xE4D) B2D7; typedef union { struct { unsigned B2D70 : 1; unsigned B2D71 : 1; unsigned B2D72 : 1; unsigned B2D73 : 1; unsigned B2D74 : 1; unsigned B2D75 : 1; unsigned B2D76 : 1; unsigned B2D77 : 1; }; } __B2D7bits_t; extern volatile __B2D7bits_t __at (0xE4D) B2D7bits; extern __sfr __at (0xE4E) CANSTAT_RO7; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO7bits_t; extern volatile __CANSTAT_RO7bits_t __at (0xE4E) CANSTAT_RO7bits; extern __sfr __at (0xE4F) CANCON_RO7; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO7bits_t; extern volatile __CANCON_RO7bits_t __at (0xE4F) CANCON_RO7bits; extern __sfr __at (0xE50) B3CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B3CON : 1; unsigned : 1; unsigned : 1; }; } __B3CONbits_t; extern volatile __B3CONbits_t __at (0xE50) B3CONbits; extern __sfr __at (0xE51) B3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B3SIDHbits_t; extern volatile __B3SIDHbits_t __at (0xE51) B3SIDHbits; extern __sfr __at (0xE52) B3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B3SIDLbits_t; extern volatile __B3SIDLbits_t __at (0xE52) B3SIDLbits; extern __sfr __at (0xE53) B3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B3EIDHbits_t; extern volatile __B3EIDHbits_t __at (0xE53) B3EIDHbits; extern __sfr __at (0xE54) B3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B3EIDLbits_t; extern volatile __B3EIDLbits_t __at (0xE54) B3EIDLbits; extern __sfr __at (0xE55) B3DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B3DLC : 1; unsigned RB1_B3DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B3DLCbits_t; extern volatile __B3DLCbits_t __at (0xE55) B3DLCbits; extern __sfr __at (0xE56) B3D0; typedef union { struct { unsigned B3D00 : 1; unsigned B3D01 : 1; unsigned B3D02 : 1; unsigned B3D03 : 1; unsigned B3D04 : 1; unsigned B3D05 : 1; unsigned B3D06 : 1; unsigned B3D07 : 1; }; } __B3D0bits_t; extern volatile __B3D0bits_t __at (0xE56) B3D0bits; extern __sfr __at (0xE57) B3D1; typedef union { struct { unsigned B3D10 : 1; unsigned B3D11 : 1; unsigned B3D12 : 1; unsigned B3D13 : 1; unsigned B3D14 : 1; unsigned B3D15 : 1; unsigned B3D16 : 1; unsigned B3D17 : 1; }; } __B3D1bits_t; extern volatile __B3D1bits_t __at (0xE57) B3D1bits; extern __sfr __at (0xE58) B3D2; typedef union { struct { unsigned B3D20 : 1; unsigned B3D21 : 1; unsigned B3D22 : 1; unsigned B3D23 : 1; unsigned B3D24 : 1; unsigned B3D25 : 1; unsigned B3D26 : 1; unsigned B3D27 : 1; }; } __B3D2bits_t; extern volatile __B3D2bits_t __at (0xE58) B3D2bits; extern __sfr __at (0xE59) B3D3; typedef union { struct { unsigned B3D30 : 1; unsigned B3D31 : 1; unsigned B3D32 : 1; unsigned B3D33 : 1; unsigned B3D34 : 1; unsigned B3D35 : 1; unsigned B3D36 : 1; unsigned B3D37 : 1; }; } __B3D3bits_t; extern volatile __B3D3bits_t __at (0xE59) B3D3bits; extern __sfr __at (0xE5A) B3D4; typedef union { struct { unsigned B3D40 : 1; unsigned B3D41 : 1; unsigned B3D42 : 1; unsigned B3D43 : 1; unsigned B3D44 : 1; unsigned B3D45 : 1; unsigned B3D46 : 1; unsigned B3D47 : 1; }; } __B3D4bits_t; extern volatile __B3D4bits_t __at (0xE5A) B3D4bits; extern __sfr __at (0xE5B) B3D5; typedef union { struct { unsigned B3D50 : 1; unsigned B3D51 : 1; unsigned B3D52 : 1; unsigned B3D53 : 1; unsigned B3D54 : 1; unsigned B3D55 : 1; unsigned B3D56 : 1; unsigned B3D57 : 1; }; } __B3D5bits_t; extern volatile __B3D5bits_t __at (0xE5B) B3D5bits; extern __sfr __at (0xE5C) B3D6; typedef union { struct { unsigned B3D60 : 1; unsigned B3D61 : 1; unsigned B3D62 : 1; unsigned B3D63 : 1; unsigned B3D64 : 1; unsigned B3D65 : 1; unsigned B3D66 : 1; unsigned B3D67 : 1; }; } __B3D6bits_t; extern volatile __B3D6bits_t __at (0xE5C) B3D6bits; extern __sfr __at (0xE5D) B3D7; typedef union { struct { unsigned B3D70 : 1; unsigned B3D71 : 1; unsigned B3D72 : 1; unsigned B3D73 : 1; unsigned B3D74 : 1; unsigned B3D75 : 1; unsigned B3D76 : 1; unsigned B3D77 : 1; }; } __B3D7bits_t; extern volatile __B3D7bits_t __at (0xE5D) B3D7bits; extern __sfr __at (0xE5E) CANSTAT_RO6; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO6bits_t; extern volatile __CANSTAT_RO6bits_t __at (0xE5E) CANSTAT_RO6bits; extern __sfr __at (0xE5F) CANCON_RO6; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO6bits_t; extern volatile __CANCON_RO6bits_t __at (0xE5F) CANCON_RO6bits; extern __sfr __at (0xE60) B4CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B4CON : 1; unsigned : 1; unsigned : 1; }; } __B4CONbits_t; extern volatile __B4CONbits_t __at (0xE60) B4CONbits; extern __sfr __at (0xE61) B4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B4SIDHbits_t; extern volatile __B4SIDHbits_t __at (0xE61) B4SIDHbits; extern __sfr __at (0xE62) B4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B4SIDLbits_t; extern volatile __B4SIDLbits_t __at (0xE62) B4SIDLbits; extern __sfr __at (0xE63) B4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B4EIDHbits_t; extern volatile __B4EIDHbits_t __at (0xE63) B4EIDHbits; extern __sfr __at (0xE64) B4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B4EIDLbits_t; extern volatile __B4EIDLbits_t __at (0xE64) B4EIDLbits; extern __sfr __at (0xE65) B4DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B4DLC : 1; unsigned RB1_B4DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B4DLCbits_t; extern volatile __B4DLCbits_t __at (0xE65) B4DLCbits; extern __sfr __at (0xE66) B4D0; typedef union { struct { unsigned B4D00 : 1; unsigned B4D01 : 1; unsigned B4D02 : 1; unsigned B4D03 : 1; unsigned B4D04 : 1; unsigned B4D05 : 1; unsigned B4D06 : 1; unsigned B4D07 : 1; }; } __B4D0bits_t; extern volatile __B4D0bits_t __at (0xE66) B4D0bits; extern __sfr __at (0xE67) B4D1; typedef union { struct { unsigned B4D10 : 1; unsigned B4D11 : 1; unsigned B4D12 : 1; unsigned B4D13 : 1; unsigned B4D14 : 1; unsigned B4D15 : 1; unsigned B4D16 : 1; unsigned B4D17 : 1; }; } __B4D1bits_t; extern volatile __B4D1bits_t __at (0xE67) B4D1bits; extern __sfr __at (0xE68) B4D2; typedef union { struct { unsigned B4D20 : 1; unsigned B4D21 : 1; unsigned B4D22 : 1; unsigned B4D23 : 1; unsigned B4D24 : 1; unsigned B4D25 : 1; unsigned B4D26 : 1; unsigned B4D27 : 1; }; } __B4D2bits_t; extern volatile __B4D2bits_t __at (0xE68) B4D2bits; extern __sfr __at (0xE69) B4D3; typedef union { struct { unsigned B4D30 : 1; unsigned B4D31 : 1; unsigned B4D32 : 1; unsigned B4D33 : 1; unsigned B4D34 : 1; unsigned B4D35 : 1; unsigned B4D36 : 1; unsigned B4D37 : 1; }; } __B4D3bits_t; extern volatile __B4D3bits_t __at (0xE69) B4D3bits; extern __sfr __at (0xE6A) B4D4; typedef union { struct { unsigned B4D40 : 1; unsigned B4D41 : 1; unsigned B4D42 : 1; unsigned B4D43 : 1; unsigned B4D44 : 1; unsigned B4D45 : 1; unsigned B4D46 : 1; unsigned B4D47 : 1; }; } __B4D4bits_t; extern volatile __B4D4bits_t __at (0xE6A) B4D4bits; extern __sfr __at (0xE6B) B4D5; typedef union { struct { unsigned B4D50 : 1; unsigned B4D51 : 1; unsigned B4D52 : 1; unsigned B4D53 : 1; unsigned B4D54 : 1; unsigned B4D55 : 1; unsigned B4D56 : 1; unsigned B4D57 : 1; }; } __B4D5bits_t; extern volatile __B4D5bits_t __at (0xE6B) B4D5bits; extern __sfr __at (0xE6C) B4D6; typedef union { struct { unsigned B4D60 : 1; unsigned B4D61 : 1; unsigned B4D62 : 1; unsigned B4D63 : 1; unsigned B4D64 : 1; unsigned B4D65 : 1; unsigned B4D66 : 1; unsigned B4D67 : 1; }; } __B4D6bits_t; extern volatile __B4D6bits_t __at (0xE6C) B4D6bits; extern __sfr __at (0xE6D) B4D7; typedef union { struct { unsigned B4D70 : 1; unsigned B4D71 : 1; unsigned B4D72 : 1; unsigned B4D73 : 1; unsigned B4D74 : 1; unsigned B4D75 : 1; unsigned B4D76 : 1; unsigned B46D77 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B4D77 : 1; }; } __B4D7bits_t; extern volatile __B4D7bits_t __at (0xE6D) B4D7bits; extern __sfr __at (0xE6E) CANSTAT_RO5; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO5bits_t; extern volatile __CANSTAT_RO5bits_t __at (0xE6E) CANSTAT_RO5bits; extern __sfr __at (0xE6F) CANCON_RO5; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO5bits_t; extern volatile __CANCON_RO5bits_t __at (0xE6F) CANCON_RO5bits; extern __sfr __at (0xE70) B5CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B5CON : 1; unsigned : 1; unsigned : 1; }; } __B5CONbits_t; extern volatile __B5CONbits_t __at (0xE70) B5CONbits; extern __sfr __at (0xE71) B5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B5SIDHbits_t; extern volatile __B5SIDHbits_t __at (0xE71) B5SIDHbits; extern __sfr __at (0xE72) B5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5SIDLbits_t; extern volatile __B5SIDLbits_t __at (0xE72) B5SIDLbits; extern __sfr __at (0xE73) B5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B5EIDHbits_t; extern volatile __B5EIDHbits_t __at (0xE73) B5EIDHbits; extern __sfr __at (0xE74) B5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B5EIDLbits_t; extern volatile __B5EIDLbits_t __at (0xE74) B5EIDLbits; extern __sfr __at (0xE75) B5DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B5DLC : 1; unsigned RB1_B5DLC : 1; unsigned : 1; unsigned : 1; }; } __B5DLCbits_t; extern volatile __B5DLCbits_t __at (0xE75) B5DLCbits; extern __sfr __at (0xE76) B5D0; typedef union { struct { unsigned B5D00 : 1; unsigned B5D01 : 1; unsigned B5D02 : 1; unsigned B5D03 : 1; unsigned B5D04 : 1; unsigned B5D05 : 1; unsigned B5D06 : 1; unsigned B57D07 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D07 : 1; }; } __B5D0bits_t; extern volatile __B5D0bits_t __at (0xE76) B5D0bits; extern __sfr __at (0xE77) B5D1; typedef union { struct { unsigned B5D10 : 1; unsigned B5D11 : 1; unsigned B5D12 : 1; unsigned B5D13 : 1; unsigned B5D14 : 1; unsigned B5D15 : 1; unsigned B5D16 : 1; unsigned B5D17 : 1; }; } __B5D1bits_t; extern volatile __B5D1bits_t __at (0xE77) B5D1bits; extern __sfr __at (0xE78) B5D2; typedef union { struct { unsigned B5D20 : 1; unsigned B5D21 : 1; unsigned B5D22 : 1; unsigned B57D23 : 1; unsigned B5D24 : 1; unsigned B5D25 : 1; unsigned B5D26 : 1; unsigned B5D27 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D23 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5D2bits_t; extern volatile __B5D2bits_t __at (0xE78) B5D2bits; extern __sfr __at (0xE79) B5D3; typedef union { struct { unsigned B5D30 : 1; unsigned B5D31 : 1; unsigned B5D32 : 1; unsigned B5D33 : 1; unsigned B5D34 : 1; unsigned B5D35 : 1; unsigned B5D36 : 1; unsigned B5D37 : 1; }; } __B5D3bits_t; extern volatile __B5D3bits_t __at (0xE79) B5D3bits; extern __sfr __at (0xE7A) B5D4; typedef union { struct { unsigned B5D40 : 1; unsigned B5D41 : 1; unsigned B5D42 : 1; unsigned B5D43 : 1; unsigned B5D44 : 1; unsigned B5D45 : 1; unsigned B5D46 : 1; unsigned B5D47 : 1; }; } __B5D4bits_t; extern volatile __B5D4bits_t __at (0xE7A) B5D4bits; extern __sfr __at (0xE7B) B5D5; typedef union { struct { unsigned B5D50 : 1; unsigned B5D51 : 1; unsigned B5D52 : 1; unsigned B5D53 : 1; unsigned B5D54 : 1; unsigned B5D55 : 1; unsigned B5D56 : 1; unsigned B5D57 : 1; }; } __B5D5bits_t; extern volatile __B5D5bits_t __at (0xE7B) B5D5bits; extern __sfr __at (0xE7C) B5D6; typedef union { struct { unsigned B5D60 : 1; unsigned B5D61 : 1; unsigned B5D62 : 1; unsigned B5D63 : 1; unsigned B5D64 : 1; unsigned B5D65 : 1; unsigned B5D66 : 1; unsigned B5D67 : 1; }; } __B5D6bits_t; extern volatile __B5D6bits_t __at (0xE7C) B5D6bits; extern __sfr __at (0xE7D) B5D7; typedef union { struct { unsigned B5D70 : 1; unsigned B5D71 : 1; unsigned B5D72 : 1; unsigned B5D73 : 1; unsigned B5D74 : 1; unsigned B5D75 : 1; unsigned B5D76 : 1; unsigned B5D77 : 1; }; } __B5D7bits_t; extern volatile __B5D7bits_t __at (0xE7D) B5D7bits; extern __sfr __at (0xE7E) CANSTAT_RO4; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO4bits_t; extern volatile __CANSTAT_RO4bits_t __at (0xE7E) CANSTAT_RO4bits; extern __sfr __at (0xE7F) CANCON_RO4; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO4bits_t; extern volatile __CANCON_RO4bits_t __at (0xE7F) CANCON_RO4bits; extern __sfr __at (0xF00) RXF0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF0SIDHbits_t; extern volatile __RXF0SIDHbits_t __at (0xF00) RXF0SIDHbits; extern __sfr __at (0xF01) RXF0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xF01) RXF0SIDLbits; extern __sfr __at (0xF02) RXF0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF0EIDHbits_t; extern volatile __RXF0EIDHbits_t __at (0xF02) RXF0EIDHbits; extern __sfr __at (0xF03) RXF0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF0EIDLbits_t; extern volatile __RXF0EIDLbits_t __at (0xF03) RXF0EIDLbits; extern __sfr __at (0xF04) RXF1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF1SIDHbits_t; extern volatile __RXF1SIDHbits_t __at (0xF04) RXF1SIDHbits; extern __sfr __at (0xF05) RXF1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xF05) RXF1SIDLbits; extern __sfr __at (0xF06) RXF1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF1EIDHbits_t; extern volatile __RXF1EIDHbits_t __at (0xF06) RXF1EIDHbits; extern __sfr __at (0xF07) RXF1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF1EIDLbits_t; extern volatile __RXF1EIDLbits_t __at (0xF07) RXF1EIDLbits; extern __sfr __at (0xF08) RXF2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF2SIDHbits_t; extern volatile __RXF2SIDHbits_t __at (0xF08) RXF2SIDHbits; extern __sfr __at (0xF09) RXF2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF2SIDLbits_t; extern volatile __RXF2SIDLbits_t __at (0xF09) RXF2SIDLbits; extern __sfr __at (0xF0A) RXF2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF2EIDHbits_t; extern volatile __RXF2EIDHbits_t __at (0xF0A) RXF2EIDHbits; extern __sfr __at (0xF0B) RXF2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xF0B) RXF2EIDLbits; extern __sfr __at (0xF0C) RXF3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF3SIDHbits_t; extern volatile __RXF3SIDHbits_t __at (0xF0C) RXF3SIDHbits; extern __sfr __at (0xF0D) RXF3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xF0D) RXF3SIDLbits; extern __sfr __at (0xF0E) RXF3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF3EIDHbits_t; extern volatile __RXF3EIDHbits_t __at (0xF0E) RXF3EIDHbits; extern __sfr __at (0xF0F) RXF3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF3EIDLbits_t; extern volatile __RXF3EIDLbits_t __at (0xF0F) RXF3EIDLbits; extern __sfr __at (0xF10) RXF4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF4SIDHbits_t; extern volatile __RXF4SIDHbits_t __at (0xF10) RXF4SIDHbits; extern __sfr __at (0xF11) RXF4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xF11) RXF4SIDLbits; extern __sfr __at (0xF12) RXF4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF4EIDHbits_t; extern volatile __RXF4EIDHbits_t __at (0xF12) RXF4EIDHbits; extern __sfr __at (0xF13) RXF4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF4EIDLbits_t; extern volatile __RXF4EIDLbits_t __at (0xF13) RXF4EIDLbits; extern __sfr __at (0xF14) RXF5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF5SIDHbits_t; extern volatile __RXF5SIDHbits_t __at (0xF14) RXF5SIDHbits; extern __sfr __at (0xF15) RXF5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xF15) RXF5SIDLbits; extern __sfr __at (0xF16) RXF5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF5EIDHbits_t; extern volatile __RXF5EIDHbits_t __at (0xF16) RXF5EIDHbits; extern __sfr __at (0xF17) RXF5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF5EIDLbits_t; extern volatile __RXF5EIDLbits_t __at (0xF17) RXF5EIDLbits; extern __sfr __at (0xF18) RXM0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM0SIDHbits_t; extern volatile __RXM0SIDHbits_t __at (0xF18) RXM0SIDHbits; extern __sfr __at (0xF19) RXM0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xF19) RXM0SIDLbits; extern __sfr __at (0xF1A) RXM0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM0EIDHbits_t; extern volatile __RXM0EIDHbits_t __at (0xF1A) RXM0EIDHbits; extern __sfr __at (0xF1B) RXM0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM0EIDLbits_t; extern volatile __RXM0EIDLbits_t __at (0xF1B) RXM0EIDLbits; extern __sfr __at (0xF1C) RXM1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM1SIDHbits_t; extern volatile __RXM1SIDHbits_t __at (0xF1C) RXM1SIDHbits; extern __sfr __at (0xF1D) RXM1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xF1D) RXM1SIDLbits; extern __sfr __at (0xF1E) RXM1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM1EIDHbits_t; extern volatile __RXM1EIDHbits_t __at (0xF1E) RXM1EIDHbits; extern __sfr __at (0xF1F) RXM1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM1EIDLbits_t; extern volatile __RXM1EIDLbits_t __at (0xF1F) RXM1EIDLbits; extern __sfr __at (0xF20) TXB2CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFBXB2CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xF20) TXB2CONbits; extern __sfr __at (0xF21) TXB2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB2SIDHbits_t; extern volatile __TXB2SIDHbits_t __at (0xF21) TXB2SIDHbits; extern __sfr __at (0xF22) TXB2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xF22) TXB2SIDLbits; extern __sfr __at (0xF23) TXB2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB2EIDHbits_t; extern volatile __TXB2EIDHbits_t __at (0xF23) TXB2EIDHbits; extern __sfr __at (0xF24) TXB2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB2EIDLbits_t; extern volatile __TXB2EIDLbits_t __at (0xF24) TXB2EIDLbits; extern __sfr __at (0xF25) TXB2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xF25) TXB2DLCbits; extern __sfr __at (0xF26) TXB2D0; typedef union { struct { unsigned TXB2D00 : 1; unsigned TXB2D01 : 1; unsigned TXB2D02 : 1; unsigned TXB2D03 : 1; unsigned TXB2D04 : 1; unsigned TXB2D05 : 1; unsigned TXB2D06 : 1; unsigned TXB2D07 : 1; }; } __TXB2D0bits_t; extern volatile __TXB2D0bits_t __at (0xF26) TXB2D0bits; extern __sfr __at (0xF27) TXB2D1; typedef union { struct { unsigned TXB2D10 : 1; unsigned TXB2D11 : 1; unsigned TXB2D12 : 1; unsigned TXB2D13 : 1; unsigned TXB2D14 : 1; unsigned TXB2D15 : 1; unsigned TXB2D16 : 1; unsigned TXB2D17 : 1; }; } __TXB2D1bits_t; extern volatile __TXB2D1bits_t __at (0xF27) TXB2D1bits; extern __sfr __at (0xF28) TXB2D2; typedef union { struct { unsigned TXB2D20 : 1; unsigned TXB2D21 : 1; unsigned TXB2D22 : 1; unsigned TXB2D23 : 1; unsigned TXB2D24 : 1; unsigned TXB2D25 : 1; unsigned TXB2D26 : 1; unsigned TXB2D27 : 1; }; } __TXB2D2bits_t; extern volatile __TXB2D2bits_t __at (0xF28) TXB2D2bits; extern __sfr __at (0xF29) TXB2D3; typedef union { struct { unsigned TXB2D30 : 1; unsigned TXB2D31 : 1; unsigned TXB2D32 : 1; unsigned TXB2D33 : 1; unsigned TXB2D34 : 1; unsigned TXB2D35 : 1; unsigned TXB2D36 : 1; unsigned TXB2D37 : 1; }; } __TXB2D3bits_t; extern volatile __TXB2D3bits_t __at (0xF29) TXB2D3bits; extern __sfr __at (0xF2A) TXB2D4; typedef union { struct { unsigned TXB2D40 : 1; unsigned TXB2D41 : 1; unsigned TXB2D42 : 1; unsigned TXB2D43 : 1; unsigned TXB2D44 : 1; unsigned TXB2D45 : 1; unsigned TXB2D46 : 1; unsigned TXB2D47 : 1; }; } __TXB2D4bits_t; extern volatile __TXB2D4bits_t __at (0xF2A) TXB2D4bits; extern __sfr __at (0xF2B) TXB2D5; typedef union { struct { unsigned TXB2D50 : 1; unsigned TXB2D51 : 1; unsigned TXB2D52 : 1; unsigned TXB2D53 : 1; unsigned TXB2D54 : 1; unsigned TXB2D55 : 1; unsigned TXB2D56 : 1; unsigned TXB2D57 : 1; }; } __TXB2D5bits_t; extern volatile __TXB2D5bits_t __at (0xF2B) TXB2D5bits; extern __sfr __at (0xF2C) TXB2D6; typedef union { struct { unsigned TXB2D60 : 1; unsigned TXB2D61 : 1; unsigned TXB2D62 : 1; unsigned TXB2D63 : 1; unsigned TXB2D64 : 1; unsigned TXB2D65 : 1; unsigned TXB2D66 : 1; unsigned TXB2D67 : 1; }; } __TXB2D6bits_t; extern volatile __TXB2D6bits_t __at (0xF2C) TXB2D6bits; extern __sfr __at (0xF2D) TXB2D7; typedef union { struct { unsigned TXB2D70 : 1; unsigned TXB2D71 : 1; unsigned TXB2D72 : 1; unsigned TXB2D73 : 1; unsigned TXB2D74 : 1; unsigned TXB2D75 : 1; unsigned TXB2D76 : 1; unsigned TXB2D77 : 1; }; } __TXB2D7bits_t; extern volatile __TXB2D7bits_t __at (0xF2D) TXB2D7bits; extern __sfr __at (0xF2E) CANSTAT_RO3; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO3bits_t; extern volatile __CANSTAT_RO3bits_t __at (0xF2E) CANSTAT_RO3bits; extern __sfr __at (0xF2F) CANCON_RO3; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO3bits_t; extern volatile __CANCON_RO3bits_t __at (0xF2F) CANCON_RO3bits; extern __sfr __at (0xF30) TXB1CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFTXB1CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xF30) TXB1CONbits; extern __sfr __at (0xF31) TXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB1SIDHbits_t; extern volatile __TXB1SIDHbits_t __at (0xF31) TXB1SIDHbits; extern __sfr __at (0xF32) TXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xF32) TXB1SIDLbits; extern __sfr __at (0xF33) TXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB1EIDHbits_t; extern volatile __TXB1EIDHbits_t __at (0xF33) TXB1EIDHbits; extern __sfr __at (0xF34) TXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB1EIDLbits_t; extern volatile __TXB1EIDLbits_t __at (0xF34) TXB1EIDLbits; extern __sfr __at (0xF35) TXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xF35) TXB1DLCbits; extern __sfr __at (0xF36) TXB1D0; typedef union { struct { unsigned TXB1D00 : 1; unsigned TXB1D01 : 1; unsigned TXB1D02 : 1; unsigned TXB1D03 : 1; unsigned TXB1D04 : 1; unsigned TXB1D05 : 1; unsigned TXB1D06 : 1; unsigned TXB1D07 : 1; }; } __TXB1D0bits_t; extern volatile __TXB1D0bits_t __at (0xF36) TXB1D0bits; extern __sfr __at (0xF37) TXB1D1; typedef union { struct { unsigned TXB1D10 : 1; unsigned TXB1D11 : 1; unsigned TXB1D12 : 1; unsigned TXB1D13 : 1; unsigned TXB1D14 : 1; unsigned TXB1D15 : 1; unsigned TXB1D16 : 1; unsigned TXB1D17 : 1; }; } __TXB1D1bits_t; extern volatile __TXB1D1bits_t __at (0xF37) TXB1D1bits; extern __sfr __at (0xF38) TXB1D2; typedef union { struct { unsigned TXB1D20 : 1; unsigned TXB1D21 : 1; unsigned TXB1D22 : 1; unsigned TXB1D23 : 1; unsigned TXB1D24 : 1; unsigned TXB1D25 : 1; unsigned TXB1D26 : 1; unsigned TXB1D27 : 1; }; } __TXB1D2bits_t; extern volatile __TXB1D2bits_t __at (0xF38) TXB1D2bits; extern __sfr __at (0xF39) TXB1D3; typedef union { struct { unsigned TXB1D30 : 1; unsigned TXB1D31 : 1; unsigned TXB1D32 : 1; unsigned TXB1D33 : 1; unsigned TXB1D34 : 1; unsigned TXB1D35 : 1; unsigned TXB1D36 : 1; unsigned TXB1D37 : 1; }; } __TXB1D3bits_t; extern volatile __TXB1D3bits_t __at (0xF39) TXB1D3bits; extern __sfr __at (0xF3A) TXB1D4; typedef union { struct { unsigned TXB1D40 : 1; unsigned TXB1D41 : 1; unsigned TXB1D42 : 1; unsigned TXB1D43 : 1; unsigned TXB1D44 : 1; unsigned TXB1D45 : 1; unsigned TXB1D46 : 1; unsigned TXB1D47 : 1; }; } __TXB1D4bits_t; extern volatile __TXB1D4bits_t __at (0xF3A) TXB1D4bits; extern __sfr __at (0xF3B) TXB1D5; typedef union { struct { unsigned TXB1D50 : 1; unsigned TXB1D51 : 1; unsigned TXB1D52 : 1; unsigned TXB1D53 : 1; unsigned TXB1D54 : 1; unsigned TXB1D55 : 1; unsigned TXB1D56 : 1; unsigned TXB1D57 : 1; }; } __TXB1D5bits_t; extern volatile __TXB1D5bits_t __at (0xF3B) TXB1D5bits; extern __sfr __at (0xF3C) TXB1D6; typedef union { struct { unsigned TXB1D60 : 1; unsigned TXB1D61 : 1; unsigned TXB1D62 : 1; unsigned TXB1D63 : 1; unsigned TXB1D64 : 1; unsigned TXB1D65 : 1; unsigned TXB1D66 : 1; unsigned TXB1D67 : 1; }; } __TXB1D6bits_t; extern volatile __TXB1D6bits_t __at (0xF3C) TXB1D6bits; extern __sfr __at (0xF3D) TXB1D7; typedef union { struct { unsigned TXB1D70 : 1; unsigned TXB1D71 : 1; unsigned TXB1D72 : 1; unsigned TXB1D73 : 1; unsigned TXB1D74 : 1; unsigned TXB1D75 : 1; unsigned TXB1D76 : 1; unsigned TXB1D77 : 1; }; } __TXB1D7bits_t; extern volatile __TXB1D7bits_t __at (0xF3D) TXB1D7bits; extern __sfr __at (0xF3E) CANSTAT_RO2; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO2bits_t; extern volatile __CANSTAT_RO2bits_t __at (0xF3E) CANSTAT_RO2bits; extern __sfr __at (0xF3F) CANCON_RO2; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO2bits_t; extern volatile __CANCON_RO2bits_t __at (0xF3F) CANCON_RO2bits; extern __sfr __at (0xF40) TXB0CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xF40) TXB0CONbits; extern __sfr __at (0xF41) TXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB0SIDHbits_t; extern volatile __TXB0SIDHbits_t __at (0xF41) TXB0SIDHbits; extern __sfr __at (0xF42) TXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB0SIDLbits_t; extern volatile __TXB0SIDLbits_t __at (0xF42) TXB0SIDLbits; extern __sfr __at (0xF43) TXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB0EIDHbits_t; extern volatile __TXB0EIDHbits_t __at (0xF43) TXB0EIDHbits; extern __sfr __at (0xF44) TXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB0EIDLbits_t; extern volatile __TXB0EIDLbits_t __at (0xF44) TXB0EIDLbits; extern __sfr __at (0xF45) TXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xF45) TXB0DLCbits; extern __sfr __at (0xF46) TXB0D0; typedef union { struct { unsigned TXB0D00 : 1; unsigned TXB0D01 : 1; unsigned TXB0D02 : 1; unsigned TXB0D03 : 1; unsigned TXB0D04 : 1; unsigned TXB0D05 : 1; unsigned TXB0D06 : 1; unsigned TXB0D07 : 1; }; } __TXB0D0bits_t; extern volatile __TXB0D0bits_t __at (0xF46) TXB0D0bits; extern __sfr __at (0xF47) TXB0D1; typedef union { struct { unsigned TXB0D10 : 1; unsigned TXB0D11 : 1; unsigned TXB0D12 : 1; unsigned TXB0D13 : 1; unsigned TXB0D14 : 1; unsigned TXB0D15 : 1; unsigned TXB0D16 : 1; unsigned TXB0D17 : 1; }; } __TXB0D1bits_t; extern volatile __TXB0D1bits_t __at (0xF47) TXB0D1bits; extern __sfr __at (0xF48) TXB0D2; typedef union { struct { unsigned TXB0D20 : 1; unsigned TXB0D21 : 1; unsigned TXB0D22 : 1; unsigned TXB0D23 : 1; unsigned TXB0D24 : 1; unsigned TXB0D25 : 1; unsigned TXB0D26 : 1; unsigned TXB0D27 : 1; }; } __TXB0D2bits_t; extern volatile __TXB0D2bits_t __at (0xF48) TXB0D2bits; extern __sfr __at (0xF49) TXB0D3; typedef union { struct { unsigned TXB0D30 : 1; unsigned TXB0D31 : 1; unsigned TXB0D32 : 1; unsigned TXB0D33 : 1; unsigned TXB0D34 : 1; unsigned TXB0D35 : 1; unsigned TXB0D36 : 1; unsigned TXB0D37 : 1; }; } __TXB0D3bits_t; extern volatile __TXB0D3bits_t __at (0xF49) TXB0D3bits; extern __sfr __at (0xF4A) TXB0D4; typedef union { struct { unsigned TXB0D40 : 1; unsigned TXB0D41 : 1; unsigned TXB0D42 : 1; unsigned TXB0D43 : 1; unsigned TXB0D44 : 1; unsigned TXB0D45 : 1; unsigned TXB0D46 : 1; unsigned TXB0D47 : 1; }; } __TXB0D4bits_t; extern volatile __TXB0D4bits_t __at (0xF4A) TXB0D4bits; extern __sfr __at (0xF4B) TXB0D5; typedef union { struct { unsigned TXB0D50 : 1; unsigned TXB0D51 : 1; unsigned TXB0D52 : 1; unsigned TXB0D53 : 1; unsigned TXB0D54 : 1; unsigned TXB0D55 : 1; unsigned TXB0D56 : 1; unsigned TXB0D57 : 1; }; } __TXB0D5bits_t; extern volatile __TXB0D5bits_t __at (0xF4B) TXB0D5bits; extern __sfr __at (0xF4C) TXB0D6; typedef union { struct { unsigned TXB0D60 : 1; unsigned TXB0D61 : 1; unsigned TXB0D62 : 1; unsigned TXB0D63 : 1; unsigned TXB0D64 : 1; unsigned TXB0D65 : 1; unsigned TXB0D66 : 1; unsigned TXB0D67 : 1; }; } __TXB0D6bits_t; extern volatile __TXB0D6bits_t __at (0xF4C) TXB0D6bits; extern __sfr __at (0xF4D) TXB0D7; typedef union { struct { unsigned TXB0D70 : 1; unsigned TXB0D71 : 1; unsigned TXB0D72 : 1; unsigned TXB0D73 : 1; unsigned TXB0D74 : 1; unsigned TXB0D75 : 1; unsigned TXB0D76 : 1; unsigned TXB0D77 : 1; }; } __TXB0D7bits_t; extern volatile __TXB0D7bits_t __at (0xF4D) TXB0D7bits; extern __sfr __at (0xF4E) CANSTAT_RO1; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO1bits_t; extern volatile __CANSTAT_RO1bits_t __at (0xF4E) CANSTAT_RO1bits; extern __sfr __at (0xF4F) CANCON_RO1; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO1bits_t; extern volatile __CANCON_RO1bits_t __at (0xF4F) CANCON_RO1bits; extern __sfr __at (0xF50) RXB1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned RXRTRRO_RXB1CON : 1; unsigned FILHIT4 : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned FILHIT3 : 1; unsigned : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xF50) RXB1CONbits; extern __sfr __at (0xF51) RXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB1SIDHbits_t; extern volatile __RXB1SIDHbits_t __at (0xF51) RXB1SIDHbits; extern __sfr __at (0xF52) RXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xF52) RXB1SIDLbits; extern __sfr __at (0xF53) RXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB1EIDHbits_t; extern volatile __RXB1EIDHbits_t __at (0xF53) RXB1EIDHbits; extern __sfr __at (0xF54) RXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB1EIDLbits_t; extern volatile __RXB1EIDLbits_t __at (0xF54) RXB1EIDLbits; extern __sfr __at (0xF55) RXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB1DLC : 1; unsigned RB1_RXB1DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xF55) RXB1DLCbits; extern __sfr __at (0xF56) RXB1D0; typedef union { struct { unsigned RXB1D00 : 1; unsigned RXB1D01 : 1; unsigned RXB1D02 : 1; unsigned RXB1D03 : 1; unsigned RXB1D04 : 1; unsigned RXB1D05 : 1; unsigned RXB1D06 : 1; unsigned RXB1D07 : 1; }; } __RXB1D0bits_t; extern volatile __RXB1D0bits_t __at (0xF56) RXB1D0bits; extern __sfr __at (0xF57) RXB1D1; typedef union { struct { unsigned RXB1D10 : 1; unsigned RXB1D11 : 1; unsigned RXB1D12 : 1; unsigned RXB1D13 : 1; unsigned RXB1D14 : 1; unsigned RXB1D15 : 1; unsigned RXB1D16 : 1; unsigned RXB1D17 : 1; }; } __RXB1D1bits_t; extern volatile __RXB1D1bits_t __at (0xF57) RXB1D1bits; extern __sfr __at (0xF58) RXB1D2; typedef union { struct { unsigned RXB1D20 : 1; unsigned RXB1D21 : 1; unsigned RXB1D22 : 1; unsigned RXB1D23 : 1; unsigned RXB1D24 : 1; unsigned RXB1D25 : 1; unsigned RXB1D26 : 1; unsigned RXB1D27 : 1; }; } __RXB1D2bits_t; extern volatile __RXB1D2bits_t __at (0xF58) RXB1D2bits; extern __sfr __at (0xF59) RXB1D3; typedef union { struct { unsigned RXB1D30 : 1; unsigned RXB1D31 : 1; unsigned RXB1D32 : 1; unsigned RXB1D33 : 1; unsigned RXB1D34 : 1; unsigned RXB1D35 : 1; unsigned RXB1D36 : 1; unsigned RXB1D37 : 1; }; } __RXB1D3bits_t; extern volatile __RXB1D3bits_t __at (0xF59) RXB1D3bits; extern __sfr __at (0xF5A) RXB1D4; typedef union { struct { unsigned RXB1D40 : 1; unsigned RXB1D41 : 1; unsigned RXB1D42 : 1; unsigned RXB1D43 : 1; unsigned RXB1D44 : 1; unsigned RXB1D45 : 1; unsigned RXB1D46 : 1; unsigned RXB1D47 : 1; }; } __RXB1D4bits_t; extern volatile __RXB1D4bits_t __at (0xF5A) RXB1D4bits; extern __sfr __at (0xF5B) RXB1D5; typedef union { struct { unsigned RXB1D50 : 1; unsigned RXB1D51 : 1; unsigned RXB1D52 : 1; unsigned RXB1D53 : 1; unsigned RXB1D54 : 1; unsigned RXB1D55 : 1; unsigned RXB1D56 : 1; unsigned RXB1D57 : 1; }; } __RXB1D5bits_t; extern volatile __RXB1D5bits_t __at (0xF5B) RXB1D5bits; extern __sfr __at (0xF5C) RXB1D6; typedef union { struct { unsigned RXB1D60 : 1; unsigned RXB1D61 : 1; unsigned RXB1D62 : 1; unsigned RXB1D63 : 1; unsigned RXB1D64 : 1; unsigned RXB1D65 : 1; unsigned RXB1D66 : 1; unsigned RXB1D67 : 1; }; } __RXB1D6bits_t; extern volatile __RXB1D6bits_t __at (0xF5C) RXB1D6bits; extern __sfr __at (0xF5D) RXB1D7; typedef union { struct { unsigned RXB1D70 : 1; unsigned RXB1D71 : 1; unsigned RXB1D72 : 1; unsigned RXB1D73 : 1; unsigned RXB1D74 : 1; unsigned RXB1D75 : 1; unsigned RXB1D76 : 1; unsigned RXB1D77 : 1; }; } __RXB1D7bits_t; extern volatile __RXB1D7bits_t __at (0xF5D) RXB1D7bits; extern __sfr __at (0xF5E) CANSTAT_RO0; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO0bits_t; extern volatile __CANSTAT_RO0bits_t __at (0xF5E) CANSTAT_RO0bits; extern __sfr __at (0xF5F) CANCON_RO0; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO0bits_t; extern volatile __CANCON_RO0bits_t __at (0xF5F) CANCON_RO0bits; extern __sfr __at (0xF60) RXB0CON; typedef union { struct { unsigned : 1; unsigned JTOFF : 1; unsigned RXB0DBEN : 1; unsigned RXRTRRO_RXB0CON : 1; unsigned : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xF60) RXB0CONbits; extern __sfr __at (0xF61) RXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB0SIDHbits_t; extern volatile __RXB0SIDHbits_t __at (0xF61) RXB0SIDHbits; extern __sfr __at (0xF62) RXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xF62) RXB0SIDLbits; extern __sfr __at (0xF63) RXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB0EIDHbits_t; extern volatile __RXB0EIDHbits_t __at (0xF63) RXB0EIDHbits; extern __sfr __at (0xF64) RXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB0EIDLbits_t; extern volatile __RXB0EIDLbits_t __at (0xF64) RXB0EIDLbits; extern __sfr __at (0xF65) RXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB0DLC : 1; unsigned RB1_RXB0DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB0DLCbits_t; extern volatile __RXB0DLCbits_t __at (0xF65) RXB0DLCbits; extern __sfr __at (0xF66) RXB0D0; typedef union { struct { unsigned RXB0D00 : 1; unsigned RXB0D01 : 1; unsigned RXB0D02 : 1; unsigned RXB0D03 : 1; unsigned RXB0D04 : 1; unsigned RXB0D05 : 1; unsigned RXB0D06 : 1; unsigned RXB0D07 : 1; }; } __RXB0D0bits_t; extern volatile __RXB0D0bits_t __at (0xF66) RXB0D0bits; extern __sfr __at (0xF67) RXB0D1; typedef union { struct { unsigned RXB0D10 : 1; unsigned RXB0D11 : 1; unsigned RXB0D12 : 1; unsigned RXB0D13 : 1; unsigned RXB0D14 : 1; unsigned RXB0D15 : 1; unsigned RXB0D16 : 1; unsigned RXB0D17 : 1; }; } __RXB0D1bits_t; extern volatile __RXB0D1bits_t __at (0xF67) RXB0D1bits; extern __sfr __at (0xF68) RXB0D2; typedef union { struct { unsigned RXB0D20 : 1; unsigned RXB0D21 : 1; unsigned RXB0D22 : 1; unsigned RXB0D23 : 1; unsigned RXB0D24 : 1; unsigned RXB0D25 : 1; unsigned RXB0D26 : 1; unsigned RXB0D27 : 1; }; } __RXB0D2bits_t; extern volatile __RXB0D2bits_t __at (0xF68) RXB0D2bits; extern __sfr __at (0xF69) RXB0D3; typedef union { struct { unsigned RXB0D30 : 1; unsigned RXB0D31 : 1; unsigned RXB0D32 : 1; unsigned RXB0D33 : 1; unsigned RXB0D34 : 1; unsigned RXB0D35 : 1; unsigned RXB0D36 : 1; unsigned RXB0D37 : 1; }; } __RXB0D3bits_t; extern volatile __RXB0D3bits_t __at (0xF69) RXB0D3bits; extern __sfr __at (0xF6A) RXB0D4; typedef union { struct { unsigned RXB0D40 : 1; unsigned RXB0D41 : 1; unsigned RXB0D42 : 1; unsigned RXB0D43 : 1; unsigned RXB0D44 : 1; unsigned RXB0D45 : 1; unsigned RXB0D46 : 1; unsigned RXB0D47 : 1; }; } __RXB0D4bits_t; extern volatile __RXB0D4bits_t __at (0xF6A) RXB0D4bits; extern __sfr __at (0xF6B) RXB0D5; typedef union { struct { unsigned RXB0D50 : 1; unsigned RXB0D51 : 1; unsigned RXB0D52 : 1; unsigned RXB0D53 : 1; unsigned RXB0D54 : 1; unsigned RXB0D55 : 1; unsigned RXB0D56 : 1; unsigned RXB0D57 : 1; }; } __RXB0D5bits_t; extern volatile __RXB0D5bits_t __at (0xF6B) RXB0D5bits; extern __sfr __at (0xF6C) RXB0D6; typedef union { struct { unsigned RXB0D60 : 1; unsigned RXB0D61 : 1; unsigned RXB0D62 : 1; unsigned RXB0D63 : 1; unsigned RXB0D64 : 1; unsigned RXB0D65 : 1; unsigned RXB0D66 : 1; unsigned RXB0D67 : 1; }; } __RXB0D6bits_t; extern volatile __RXB0D6bits_t __at (0xF6C) RXB0D6bits; extern __sfr __at (0xF6D) RXB0D7; typedef union { struct { unsigned RXB0D70 : 1; unsigned RXB0D71 : 1; unsigned RXB0D72 : 1; unsigned RXB0D73 : 1; unsigned RXB0D74 : 1; unsigned RXB0D75 : 1; unsigned RXB0D76 : 1; unsigned RXB0D77 : 1; }; } __RXB0D7bits_t; extern volatile __RXB0D7bits_t __at (0xF6D) RXB0D7bits; extern __sfr __at (0xF6E) CANSTAT; typedef union { struct { unsigned EICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned EICODE4 : 1; unsigned OPMODE0 : 1; unsigned OPMODE1 : 1; unsigned OPMODE2 : 1; }; struct { unsigned : 1; unsigned EICODE1 : 1; unsigned EICODE2 : 1; unsigned EICODE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xF6E) CANSTATbits; extern __sfr __at (0xF6F) CANCON; typedef union { struct { unsigned FP0 : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; struct { unsigned : 1; unsigned FP1 : 1; unsigned FP2 : 1; unsigned FP3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xF6F) CANCONbits; extern __sfr __at (0xF70) BRGCON1; typedef union { struct { unsigned BRP0 : 1; unsigned BRP1 : 1; unsigned BRP2 : 1; unsigned BRP3 : 1; unsigned BRP4 : 1; unsigned BRP5 : 1; unsigned SJW0 : 1; unsigned SJW1 : 1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xF70) BRGCON1bits; extern __sfr __at (0xF71) BRGCON2; typedef union { struct { unsigned PRSEG0 : 1; unsigned PRSEG1 : 1; unsigned PRSEG2 : 1; unsigned SEG1PH0 : 1; unsigned SEG1PH1 : 1; unsigned SEG1PH2 : 1; unsigned SAM : 1; unsigned SEG2PHTS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SEG2PHT : 1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xF71) BRGCON2bits; extern __sfr __at (0xF72) BRGCON3; typedef union { struct { unsigned SEG2PH0 : 1; unsigned SEG2PH1 : 1; unsigned SEG2PH2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned WAKFIL : 1; unsigned WAKDIS : 1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xF72) BRGCON3bits; extern __sfr __at (0xF73) CIOCON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CANCAP : 1; unsigned ENDRHI : 1; unsigned : 1; unsigned : 1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xF73) CIOCONbits; extern __sfr __at (0xF74) COMSTAT; typedef union { struct { unsigned EWARN : 1; unsigned RXWARN : 1; unsigned TXWARN : 1; unsigned RXBP : 1; unsigned TXBP : 1; unsigned TXBO : 1; unsigned RXB1OVFL : 1; unsigned RXB0OVFL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXBnOVFL : 1; unsigned FIFOEMPTY : 1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xF74) COMSTATbits; extern __sfr __at (0xF75) RXERRCNT; typedef union { struct { unsigned REC0 : 1; unsigned REC1 : 1; unsigned REC2 : 1; unsigned REC3 : 1; unsigned REC4 : 1; unsigned REC5 : 1; unsigned REC6 : 1; unsigned REC7 : 1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xF75) RXERRCNTbits; extern __sfr __at (0xF76) TXERRCNT; typedef union { struct { unsigned TEC0 : 1; unsigned TEC1 : 1; unsigned TEC2 : 1; unsigned TEC3 : 1; unsigned TEC4 : 1; unsigned TEC5 : 1; unsigned TEC6 : 1; unsigned TEC7 : 1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xF76) TXERRCNTbits; extern __sfr __at (0xF77) ECANCON; typedef union { struct { unsigned EWIN0 : 1; unsigned EWIN1 : 1; unsigned EWIN2 : 1; unsigned EWIN3 : 1; unsigned EWIN4 : 1; unsigned FIFOWM : 1; unsigned MDSEL0 : 1; unsigned MDSEL1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned F : 1; unsigned : 1; unsigned : 1; }; } __ECANCONbits_t; extern volatile __ECANCONbits_t __at (0xF77) ECANCONbits; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned CVREF_PORTA : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned LVDIN : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned CVREF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0_PORTB : 1; unsigned RB1_PORTB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CANRX : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN10 : 1; unsigned AN8 : 1; unsigned CANTX : 1; unsigned : 1; unsigned AN9 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PSP0 : 1; unsigned PSP1 : 1; unsigned PSP2 : 1; unsigned PSP3 : 1; unsigned PSP4 : 1; unsigned PSP5 : 1; unsigned PSP6 : 1; unsigned PSP7 : 1; }; struct { unsigned C1INB : 1; unsigned C1INA : 1; unsigned C2INB : 1; unsigned C2INA : 1; unsigned P1A : 1; unsigned P1B : 1; unsigned P1C : 1; unsigned P1D : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned ECCP1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0_DDRB : 1; unsigned RB1_DDRB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSCR : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXBIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned ECCP1IE : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned ECCP1IF : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned ECCP1IP : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned ERRIE : 1; unsigned WAKIE : 1; unsigned IRXIE : 1; }; struct { unsigned FIFOWMIE : 1; unsigned RXBnIE : 1; unsigned : 1; unsigned : 1; unsigned TXBnIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FIFOMWIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned RXB0IF : 1; unsigned RXB1IF : 1; unsigned TXB0IF : 1; unsigned TXB1IF : 1; unsigned TXB2IF : 1; unsigned ERRIF : 1; unsigned WAKIF : 1; unsigned IRXIF : 1; }; struct { unsigned FIFOWMIF : 1; unsigned RXBnIF : 1; unsigned : 1; unsigned : 1; unsigned TXBnIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned RXB0IP : 1; unsigned RXB1IP : 1; unsigned TXB0IP : 1; unsigned TXB1IP : 1; unsigned TXB2IP : 1; unsigned ERRIP : 1; unsigned WAKIP : 1; unsigned IRXIP : 1; }; struct { unsigned FIFOWMIP : 1; unsigned RXBnIP : 1; unsigned : 1; unsigned : 1; unsigned TXBnIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAA) EEADRH; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3NSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned T3ECCP1 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT : 1; unsigned C2OUT : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVREF_CVRCON : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CVRSS : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFBA) ECCP1CON; typedef union { struct { unsigned ECCP1M0 : 1; unsigned ECCP1M1 : 1; unsigned ECCP1M2 : 1; unsigned ECCP1M3 : 1; unsigned EDC1B0 : 1; unsigned EDC1B1 : 1; unsigned EPWM1M0 : 1; unsigned EPWM1M1 : 1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xFBA) ECCP1CONbits; extern __sfr __at (0xFBB) ECCPR1; extern __sfr __at (0xFBB) ECCPR1L; extern __sfr __at (0xFBC) ECCPR1H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO_DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T0PS3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f45j10.h000066400000000000000000000001231116427777700202100ustar00rootroot00000000000000/* * pic18f45j10.h - device specific declarations */ #include "pic18f44j10.h" sdcc-2.9.0/device/include/pic16/pic18f45k20.h000066400000000000000000000001221116427777700202110ustar00rootroot00000000000000/* * pic18f45k20.h - device specific declarations */ #include "pic18f46k20.h" sdcc-2.9.0/device/include/pic16/pic18f4610.h000066400000000000000000001201361116427777700200460ustar00rootroot00000000000000/* * pic18f4610.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F4610_H__ #define __PIC18F4610_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP oscillator #define _OSC_XT_1H 0xF1 // XT oscillator #define _OSC_HS_1H 0xF2 // HS oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO6_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO6_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_INTIO67_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_INTIO7_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOREN_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOREN_ON_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOREN_NOSLP_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOREN_SBORDIS_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // WDT disabled (control is placed on the SWDTEN bit) #define _WDT_ON_2H 0xFF // WDT enabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // MCLR pin enabled; RE3 input pin disabled #define _MCLRE_ON_3H 0xFF // RE3 input pin enabled; MCLR disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_OFF_3H 0xFD // PORTB<4:0> pins are configured as digital I/O on Reset #define _PBADEN_ON_3H 0xFF // PORTB<4:0> pins are configured as analog input channels on Reset #define _CCP2MX_PORTBE_3H 0xFE // CCP2 input/output is multiplexed with RB3 #define _CCP2MX_PORTC_3H 0xFF // CCP2 input/output is multiplexed with RC1 // CONFIG4L Options #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset #define _LVP_OFF_4L 0xFB // Single-Supply ICSP disabled #define _LVP_ON_4L 0xFF // Single-Supply ICSP enabled #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 code-protected #define _CP0_OFF_5L 0xFF // Block 0 not code-protected #define _CP1_ON_5L 0xFD // Block 1 code-protected #define _CP1_OFF_5L 0xFF // Block 1 not code-protected #define _CP2_ON_5L 0xFB // Block 2 code-protected #define _CP2_OFF_5L 0xFF // Block 2 not code-protected #define _CP3_ON_5L 0xF7 // Block 3 code-protected #define _CP3_OFF_5L 0xFF // Block 3 not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot block code-protected #define _CPB_OFF_5H 0xFF // Boot block not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 write-protected #define _WRT0_OFF_6L 0xFF // Block 0 not write-protected #define _WRT1_ON_6L 0xFD // Block 1 write-protected #define _WRT1_OFF_6L 0xFF // Block 1 not write-protected #define _WRT2_ON_6L 0xFB // Block 2 write-protected #define _WRT2_OFF_6L 0xFF // Block 2 not write-protected #define _WRT3_ON_6L 0xF7 // Block 3 write-protected #define _WRT3_OFF_6L 0xFF // Block 3 not write-protected // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Boot block write-protected #define _WRTB_OFF_6H 0xFF // Boot block not write-protected #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 not protected from table reads executed in other blocks #define _EBTR2_ON_7L 0xFB // Block 2 protected from table reads executed in other blocks #define _EBTR2_OFF_7L 0xFF // Block 2 not protected from table reads executed in other blocks #define _EBTR3_ON_7L 0xF7 // Block 3 protected from table reads executed in other blocks #define _EBTR3_OFF_7L 0xFF // Block 3 not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot block protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot block not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VREFN : 1; unsigned VREFP : 1; unsigned : 1; unsigned SS : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned LVDIN : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CCP2_PORTB : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN12 : 1; unsigned AN10 : 1; unsigned AN8 : 1; unsigned AN9 : 1; unsigned AN11 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DAD5 : 1; unsigned DAD6 : 1; unsigned DAD7 : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2_PORTC : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned T1CKI : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PSP0 : 1; unsigned PSP1 : 1; unsigned PSP2 : 1; unsigned PSP3 : 1; unsigned PSP4 : 1; unsigned PSP5 : 1; unsigned PSP6 : 1; unsigned PSP7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned P1B : 1; unsigned P1C : 1; unsigned P1D : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned RD : 1; unsigned WR : 1; unsigned CS : 1; unsigned MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned NOT_RD : 1; unsigned NOT_WR : 1; unsigned NOT_CS : 1; unsigned NOT_MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AN5 : 1; unsigned AN6 : 1; unsigned AN7 : 1; unsigned VPP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned TRISE4 : 1; unsigned TRISE5 : 1; unsigned TRISE6 : 1; unsigned TRISE7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT : 1; unsigned C2OUT : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB6) ECCPAS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCPASbits_t; extern volatile __ECCPASbits_t __at (0xFB6) ECCPASbits; extern __sfr __at (0xFB7) PWM1CON; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __PWM1CONbits_t; extern volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFB8) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RCMT : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R : 1; unsigned S : 1; unsigned P : 1; unsigned D : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R_W : 1; unsigned : 1; unsigned : 1; unsigned D_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned TOUTPS0 : 1; unsigned TOUTPS1 : 1; unsigned TOUTPS2 : 1; unsigned TOUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned FLTS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned IOFS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned T0PS3 : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T016BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned PSA : 1; unsigned : 1; unsigned : 1; unsigned T08BIT : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0F : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0E : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0IF : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0IE : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned SP0 : 1; unsigned SP1 : 1; unsigned SP2 : 1; unsigned SP3 : 1; unsigned SP4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKOVF : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f4620.h000066400000000000000000001025311116427777700200460ustar00rootroot00000000000000/* * pic18f4620.h - PIC18F4620 Device Library Header * * This file is part of the GNU PIC Library. * * September, 2006 * Added modifications by * Gary Plumbridge * * August, 2006 * Copied from 18f2550 and modified for 18f2620 by * Anton Strobl * * May, 2005 * The GNU PIC Library is maintained by * Raphael Neider * * originally designed by * Vangelis Rokas * * $Id: pic18f4620.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F4620_H__ #define __PIC18F4620_H__ 1 extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned RA : 8; }; /* aliases */ struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned C1OUT :1; unsigned C2OUT :1; unsigned OSC2 :1; unsigned OSC1 :1; }; struct { unsigned AN0 :1; unsigned AN1 :1; unsigned AN2 :1; unsigned AN3 :1; unsigned T0CKI :1; unsigned AN4 :1; unsigned CLKO :1; unsigned CLKI :1; }; struct { unsigned :1; unsigned :1; unsigned VREF_N :1; unsigned VREF_P :1; unsigned :1; unsigned NOT_SS :1; unsigned :1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned SS :1; unsigned :1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned HLVDIN :1; unsigned :1; unsigned :1; }; } __PORTA_t; extern volatile __PORTA_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned RB : 8; }; /* aliases */ struct { unsigned INT0 :1; unsigned INT1 :1; unsigned INT2 :1; unsigned CCP2 :1; unsigned KBI0 :1; unsigned KBI1 :1; unsigned KBI2 :1; unsigned KBI3 :1; }; struct { unsigned AN12 :1; unsigned AN10 :1; unsigned AN8 :1; unsigned AN9 :1; unsigned AN11 :1; unsigned PGM :1; unsigned PGC :1; unsigned PGD :1; }; struct { unsigned FLT0 :1; unsigned :7; }; } __PORTB_t; extern volatile __PORTB_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned RC : 8; }; /* aliases */ struct { unsigned T1OSO :1; unsigned T1OSI :1; unsigned CCP1 :1; unsigned SCK :1; unsigned SDI :1; unsigned SDO :1; unsigned TX :1; unsigned RX :1; }; struct { unsigned T3CKI :1; unsigned CCP2 :1; unsigned P1A :1; unsigned SCL :1; unsigned SDA :1; unsigned :1; unsigned CK :1; unsigned DTC :1; /* DT might be a reserved word in ASM */ }; struct { unsigned T1CKI :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned T13CKI :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTC_t; extern volatile __PORTC_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned RD : 8; }; /* aliases */ struct { unsigned PSP0 :1; unsigned PSP1 :1; unsigned PSP2 :1; unsigned PSP3 :1; unsigned PSP4 :1; unsigned PSP5 :1; unsigned PSP6 :1; unsigned PSP7 :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned P1B :1; unsigned P1C :1; unsigned P1D :1; }; } __PORTD_t; extern volatile __PORTD_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned RE : 8; }; /* aliases */ struct { unsigned AN5 :1; unsigned AN6 :1; unsigned AN7 :1; unsigned VPP :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned RD :1; unsigned WR :1; unsigned CS :1; unsigned MCLR :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTE_t; extern volatile __PORTE_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATA_t; extern volatile __LATA_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATB_t; extern volatile __LATB_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATC_t; extern volatile __LATC_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATD_t; extern volatile __LATD_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned LATE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATE_t; extern volatile __LATE_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISA_t; extern volatile __TRISA_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISB_t; extern volatile __TRISB_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISC_t; extern volatile __TRISC_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISD_t; extern volatile __TRISD_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned TRISE3 : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __TRISE_t; extern volatile __TRISE_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN : 5; unsigned : 1; unsigned PLLEN : 1; unsigned INTSRC : 1; }; } __OSCTUNE_t; extern volatile __OSCTUNE_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; } __PIE1_t; extern volatile __PIE1_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; } __PIR1_t; extern volatile __PIR1_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; } __IPR1_t; extern volatile __IPR1_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned HLVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned USBIE : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; } __PIE2_t; extern volatile __PIE2_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned HLVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned USBIF : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; } __PIR2_t; extern volatile __PIR2_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned HLVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned USBIP : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; } __IPR2_t; extern volatile __IPR2_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1_t; extern volatile __EECON1_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAA) EEADRH; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; } __RCSTA_t; extern volatile __RCSTA_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTA_t; extern volatile __TXSTA_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned NOT_T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; } __T3CON_t; extern volatile __T3CON_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT : 1; unsigned C2OUT : 1; }; } __CMCON_t; extern volatile __CMCON_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCON_t; extern volatile __CVRCON_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1AS_t; extern volatile __ECCP1AS_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) PWM1CON; typedef union { struct { unsigned PDC : 7; unsigned PRSEN : 1; }; } __PWM1CON_t; extern volatile __PWM1CON_t __at (0xFB7) PWM1CONbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned TXCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; } __BAUDCON_t; extern volatile __BAUDCON_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP2CON_t; extern volatile __CCP2CON_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; } __CCP1CON_t; extern volatile __CCP1CON_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2_t; extern volatile __ADCON2_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1_t; extern volatile __ADCON1_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; } __ADCON0_t; extern volatile __ADCON0_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2_t; extern volatile __SSPCON2_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1_t; extern volatile __SSPCON1_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; } __SSPSTAT_t; extern volatile __SSPSTAT_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned TOUTPS0 : 1; unsigned TOUTPS1 : 1; unsigned TOUTPS2 : 1; unsigned TOUTPS3 : 1; unsigned : 1; }; } __T2CON_t; extern volatile __T2CON_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned NOT_T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; } __T1CON_t; extern volatile __T1CON_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; } __RCON_t; extern volatile __RCON_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCON_t; extern volatile __WDTCON_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned HLVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; } __HLVDCON_t; extern volatile __HLVDCON_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS : 2; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF : 3; unsigned IDLEN : 1; }; } __OSCCON_t; extern volatile __OSCCON_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; } __T0CON_t; extern volatile __T0CON_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUS_t; extern volatile __STATUS_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; typedef union { struct { unsigned FSR2H : 4; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __FSR2H_t; extern volatile __FSR2H_t __at (0xFDA) FSR2Hbits; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; typedef union { struct { unsigned BSR : 4; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __BSR_t; extern volatile __BSR_t __at (0xFE0) BSRbits; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; typedef union { struct { unsigned FSR1H : 4; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __FSR1H_t; extern volatile __FSR1H_t __at (0xFE2) FSR1Hbits; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; typedef union { struct { unsigned FSR0H : 4; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __FSR0H_t; extern volatile __FSR0H_t __at (0xFEA) FSR0Hbits; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; } __INTCON3_t; extern volatile __INTCON3_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned RBPU : 1; }; } __INTCON2_t; extern volatile __INTCON2_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCON_t; extern volatile __INTCON_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; typedef union { struct { unsigned TBLPTRU : 5; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TBLPTRU_t; extern volatile __TBLPTRU_t __at (0xFF8) TBLPTRUbits; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; typedef union { struct { unsigned PCH : 8; }; } __PCLATH_t; extern volatile __PCLATH_t __at (0xFFA) PCLATHbits; extern __sfr __at (0xFFB) PCLATU; typedef union { struct { unsigned PCU : 5; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PCLATU_t; extern volatile __PCLATU_t __at (0xFFB) PCLATUbits; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR : 5; unsigned : 1; unsigned STKUNF : 1; unsigned STKFUL : 1; }; } __STKPTR_t; extern volatile __STKPTR_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; typedef union { struct { unsigned TOSU : 5; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TOSU_t; extern volatile __TOSU_t __at (0xFFF) TOSUbits; /* Configuration register locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_INTIO7_1H 0xF9 /* INTRC-OSC2 as Clock Out, OSC1 as RA7 */ #define _OSC_INTIO67_1H 0xF8 /* INTRC-OSC2 as RA6, OSC1 as RA7 */ #define _OSC_RCIO6_1H 0xF7 /* RC-OSC2 as RA6 */ #define _OSC_HSPLL_1H 0xF6 /* HS-PLL Enabled */ #define _OSC_ECIO6_1H 0xF5 /* EC-OSC2 as RA6 */ #define _OSC_EC_1H 0xF4 /* EC-OSC2 as Clock Out */ #define _OSC_RC_1H 0xF3 /* RC */ #define _OSC_HS_1H 0xF2 /* HS */ #define _OSC_XT_1H 0xF1 /* XT */ #define _OSC_LP_1H 0xF0 /* LP */ /* Fail-Safe Clock Monitor Enable 1H options */ #define _FCMEN_OFF_1H 0xBF /* Disabled */ #define _FCMEN_ON_1H 0xFF /* Enabled */ /* Internal External Switch Over Mode 1H options */ #define _IESO_OFF_1H 0x7F /* Disabled */ #define _IESO_ON_1H 0xFF /* Enabled */ /* Power Up Timer 2L options */ #define _PWRT_OFF_2L 0xFF /* Disabled */ #define _PWRT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BOREN_OFF_2L 0xF9 /* Disabled */ #define _BOREN_ON_2L 0xFB /* SBOREN Enabled */ #define _BOREN_NOSLP_2L 0xFD /* Enabled except SLEEP, SBOREN Disabled */ #define _BOREN_SBORDIS_2L 0xFF /* Enabled, SBOREN Disabled */ /* Brown Out Voltage 2L options */ #define _BORV_46_2L 0xE7 /* 4.6V */ #define _BORV_43_2L 0xEF /* 4.3V */ #define _BORV_28_2L 0xF7 /* 2.8V */ #define _BORV_21_2L 0xFF /* 2.1V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_DISABLED_CONTROLLED_2H 0xFE /* Disabled-Controlled by SWDTEN bit */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_32768_2H 0xFF /* 1:32768 */ #define _WDTPS_1_16384_2H 0xFD /* 1:16384 */ #define _WDTPS_1_8192_2H 0xFB /* 1:8192 */ #define _WDTPS_1_4096_2H 0xF9 /* 1:4096 */ #define _WDTPS_1_2048_2H 0xF7 /* 1:2048 */ #define _WDTPS_1_1024_2H 0xF5 /* 1:1024 */ #define _WDTPS_1_512_2H 0xF3 /* 1:512 */ #define _WDTPS_1_256_2H 0xF1 /* 1:256 */ #define _WDTPS_1_128_2H 0xEF /* 1:128 */ #define _WDTPS_1_64_2H 0xED /* 1:64 */ #define _WDTPS_1_32_2H 0xEB /* 1:32 */ #define _WDTPS_1_16_2H 0xE9 /* 1:16 */ #define _WDTPS_1_8_2H 0xE7 /* 1:8 */ #define _WDTPS_1_4_2H 0xE5 /* 1:4 */ #define _WDTPS_1_2_2H 0xE3 /* 1:2 */ #define _WDTPS_1_1_2H 0xE1 /* 1:1 */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RB3_3H 0xFE /* RB3 */ /* PortB A/D Enable 3H options */ #define _PBADEN_PORTB_4_0__CONFIGURED_AS_ANALOG_INPUTS_ON_RESET_3H 0xFF /* PORTB<4:0> configured as analog inputs on RESET */ #define _PBADEN_PORTB_4_0__CONFIGURED_AS_DIGITAL_I_O_ON_RESET_3H 0xFD /* PORTB<4:0> configured as digital I/O on RESET */ /* Low Power Timer1 Osc enable 3H options */ #define _LPT1OSC_ON_3H 0xFF /* Enabled */ #define _LPT1OSC_OFF_3H 0xFB /* Disabled */ /* Master Clear Enable 3H options */ #define _MCLRE_MCLR_ON_RE3_OFF_3H 0xFF /* MCLR Enabled,RE3 Disabled */ #define _MCLRE_MCLR_OFF_RE3_ON_3H 0x7F /* MCLR Disabled,RE3 Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Extended CPU Enable 4L options */ #define _XINST_OFF_4L 0xBF /* Disabled */ #define _XINST_ON_4L 0xFF /* Enabled */ /* Background Debug 4L options */ #define _DEBUG_ON_4L 0x7F /* Enabled */ #define _DEBUG_OFF_4L 0xFF /* Disabled */ /* Code Protect 00800-01FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 02000-03FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Code Protect 04000-05FFF 5L options */ #define _CP_2_OFF_5L 0xFF /* Disabled */ #define _CP_2_ON_5L 0xFB /* Enabled */ /* Code Protect 06000-07FFF 5L options */ #define _CP_3_OFF_5L 0xFF /* Disabled */ #define _CP_3_ON_5L 0xF7 /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00800-01FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 02000-03FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Table Write Protect 04000-05FFF 6L options */ #define _WRT_2_OFF_6L 0xFF /* Disabled */ #define _WRT_2_ON_6L 0xFB /* Enabled */ /* Table Write Protect 06000-07FFF 6L options */ #define _WRT_3_OFF_6L 0xFF /* Disabled */ #define _WRT_3_ON_6L 0xF7 /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00800-01FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 02000-03FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect 04000-05FFF 7L options */ #define _EBTR_2_OFF_7L 0xFF /* Disabled */ #define _EBTR_2_ON_7L 0xFB /* Enabled */ /* Table Read Protect 06000-07FFF 7L options */ #define _EBTR_3_OFF_7L 0xFF /* Disabled */ #define _EBTR_3_ON_7L 0xF7 /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID bytes */ #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF /* Location of User ID words */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif // __PIC18F4620__ sdcc-2.9.0/device/include/pic16/pic18f4680.h000066400000000000000000004542621116427777700200670ustar00rootroot00000000000000/* * pic18f4680.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F4680_H__ #define __PIC18F4680_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP oscillator #define _OSC_XT_1H 0xF1 // XT oscillator #define _OSC_HS_1H 0xF2 // HS oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_IRCIO67_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_IRCIO7_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOREN_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOREN_SBORENCTRL_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOREN_BOACTIVE_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOREN_BOHW_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum Setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum Setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // HW Disabled - SW Controlled #define _WDT_ON_2H 0xFF // HW Enabled - SW Disabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_OFF_3H 0xFD // PORTB<4> and PORTB<1:0> Configured as Digital I/O Pins on Reset #define _PBADEN_ON_3H 0xFF // PORTB<4> and PORTB<1:0> Configured as Analog Pins on Reset // CONFIG4L Options #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _BBSIZ_1024_4L 0xCF // 1K words (2K bytes) Boot Block #define _BBSIZ_2048_4L 0xDF // 2K words (4K bytes) Boot Block #define _BBSIZ_4096_4L 0xEF // 4K words (8K bytes) Boot Block #define _LVP_OFF_4L 0xFB // Single-Supply ICSP disabled #define _LVP_ON_4L 0xFF // Single-Supply ICSP enabled #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 (000800-003FFFh) code-protected #define _CP0_OFF_5L 0xFF // Block 0 (000800-003FFFh) not code-protected #define _CP1_ON_5L 0xFD // Block 1 (004000-007FFFh) code-protected #define _CP1_OFF_5L 0xFF // Block 1 (004000-007FFFh) not code-protected #define _CP2_ON_5L 0xFB // Block 2 (008000-00BFFFh) code-protected #define _CP2_OFF_5L 0xFF // Block 2 (008000-00BFFFh) not code-protected #define _CP3_ON_5L 0xF7 // Block 3 (00C000-00FFFFh) code-protected #define _CP3_OFF_5L 0xFF // Block 3 (00C000-00FFFFh) not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot block (000000-0007FFh) code-protected #define _CPB_OFF_5H 0xFF // Boot block (000000-0007FFh) not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 (000800-003FFFh) write-protected #define _WRT0_OFF_6L 0xFF // Block 0 (000800-003FFFh) not write-protected #define _WRT1_ON_6L 0xFD // Block 1 (004000-007FFFh) write-protected #define _WRT1_OFF_6L 0xFF // Block 1 (004000-007FFFh) not write-protected #define _WRT2_ON_6L 0xFB // Block 2 (008000-00BFFFh) write-protected #define _WRT2_OFF_6L 0xFF // Block 2 (008000-00BFFFh) not write-protected #define _WRT3_ON_6L 0xF7 // Block 3 (00C000-00FFFFh) write-protected #define _WRT3_OFF_6L 0xFF // Block 3 (00C000-00FFFFh) not write-protected // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Boot block (000000-0007FFh) write-protected #define _WRTB_OFF_6H 0xFF // Boot block (000000-0007FFh) not write-protected #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 (000800-003FFFh) protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 (000800-003FFFh) not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 (004000-007FFFh) protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 (004000-007FFFh) not protected from table reads executed in other blocks #define _EBTR2_ON_7L 0xFB // Block 2 (008000-00BFFFh) protected from table reads executed in other blocks #define _EBTR2_OFF_7L 0xFF // Block 2 (008000-00BFFFh) not protected from table reads executed in other blocks #define _EBTR3_ON_7L 0xF7 // Block 3 (00C000-00FFFFh) protected from table reads executed in other blocks #define _EBTR3_OFF_7L 0xFF // Block 3 (00C000-00FFFFh) not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot block (000000-0007FFh) protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot block (000000-0007FFh) not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xD60) RXF6SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF6SIDHbits_t; extern volatile __RXF6SIDHbits_t __at (0xD60) RXF6SIDHbits; extern __sfr __at (0xD61) RXF6SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF6SIDLbits_t; extern volatile __RXF6SIDLbits_t __at (0xD61) RXF6SIDLbits; extern __sfr __at (0xD62) RXF6EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF6EIDHbits_t; extern volatile __RXF6EIDHbits_t __at (0xD62) RXF6EIDHbits; extern __sfr __at (0xD63) RXF6EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF6EIDLbits_t; extern volatile __RXF6EIDLbits_t __at (0xD63) RXF6EIDLbits; extern __sfr __at (0xD64) RXF7SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF7SIDHbits_t; extern volatile __RXF7SIDHbits_t __at (0xD64) RXF7SIDHbits; extern __sfr __at (0xD65) RXF7SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF7SIDLbits_t; extern volatile __RXF7SIDLbits_t __at (0xD65) RXF7SIDLbits; extern __sfr __at (0xD66) RXF7EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF7EIDHbits_t; extern volatile __RXF7EIDHbits_t __at (0xD66) RXF7EIDHbits; extern __sfr __at (0xD67) RXF7EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF7EIDLbits_t; extern volatile __RXF7EIDLbits_t __at (0xD67) RXF7EIDLbits; extern __sfr __at (0xD68) RXF8SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF8SIDHbits_t; extern volatile __RXF8SIDHbits_t __at (0xD68) RXF8SIDHbits; extern __sfr __at (0xD69) RXF8SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF8SIDLbits_t; extern volatile __RXF8SIDLbits_t __at (0xD69) RXF8SIDLbits; extern __sfr __at (0xD6A) RXF8EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF8EIDHbits_t; extern volatile __RXF8EIDHbits_t __at (0xD6A) RXF8EIDHbits; extern __sfr __at (0xD6B) RXF8EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF8EIDLbits_t; extern volatile __RXF8EIDLbits_t __at (0xD6B) RXF8EIDLbits; extern __sfr __at (0xD70) RXF9SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF9SIDHbits_t; extern volatile __RXF9SIDHbits_t __at (0xD70) RXF9SIDHbits; extern __sfr __at (0xD71) RXF9SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF9SIDLbits_t; extern volatile __RXF9SIDLbits_t __at (0xD71) RXF9SIDLbits; extern __sfr __at (0xD72) RXF9EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF9EIDHbits_t; extern volatile __RXF9EIDHbits_t __at (0xD72) RXF9EIDHbits; extern __sfr __at (0xD73) RXF9EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF9EIDLbits_t; extern volatile __RXF9EIDLbits_t __at (0xD73) RXF9EIDLbits; extern __sfr __at (0xD74) RXF10SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF10SIDHbits_t; extern volatile __RXF10SIDHbits_t __at (0xD74) RXF10SIDHbits; extern __sfr __at (0xD75) RXF10SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF10SIDLbits_t; extern volatile __RXF10SIDLbits_t __at (0xD75) RXF10SIDLbits; extern __sfr __at (0xD76) RXF10EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF10EIDHbits_t; extern volatile __RXF10EIDHbits_t __at (0xD76) RXF10EIDHbits; extern __sfr __at (0xD77) RXF10EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF10EIDLbits_t; extern volatile __RXF10EIDLbits_t __at (0xD77) RXF10EIDLbits; extern __sfr __at (0xD78) RXF11SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF11SIDHbits_t; extern volatile __RXF11SIDHbits_t __at (0xD78) RXF11SIDHbits; extern __sfr __at (0xD79) RXF11SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF11SIDLbits_t; extern volatile __RXF11SIDLbits_t __at (0xD79) RXF11SIDLbits; extern __sfr __at (0xD7A) RXF11EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF11EIDHbits_t; extern volatile __RXF11EIDHbits_t __at (0xD7A) RXF11EIDHbits; extern __sfr __at (0xD7B) RXF11EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF11EIDLbits_t; extern volatile __RXF11EIDLbits_t __at (0xD7B) RXF11EIDLbits; extern __sfr __at (0xD80) RXF12SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF12SIDHbits_t; extern volatile __RXF12SIDHbits_t __at (0xD80) RXF12SIDHbits; extern __sfr __at (0xD81) RXF12SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF12SIDLbits_t; extern volatile __RXF12SIDLbits_t __at (0xD81) RXF12SIDLbits; extern __sfr __at (0xD82) RXF12EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF12EIDHbits_t; extern volatile __RXF12EIDHbits_t __at (0xD82) RXF12EIDHbits; extern __sfr __at (0xD83) RXF12EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF12EIDLbits_t; extern volatile __RXF12EIDLbits_t __at (0xD83) RXF12EIDLbits; extern __sfr __at (0xD84) RXF13SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF13SIDHbits_t; extern volatile __RXF13SIDHbits_t __at (0xD84) RXF13SIDHbits; extern __sfr __at (0xD85) RXF13SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF13SIDLbits_t; extern volatile __RXF13SIDLbits_t __at (0xD85) RXF13SIDLbits; extern __sfr __at (0xD86) RXF13EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF13EIDHbits_t; extern volatile __RXF13EIDHbits_t __at (0xD86) RXF13EIDHbits; extern __sfr __at (0xD87) RXF13EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF13EIDLbits_t; extern volatile __RXF13EIDLbits_t __at (0xD87) RXF13EIDLbits; extern __sfr __at (0xD88) RXF14SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF14SIDHbits_t; extern volatile __RXF14SIDHbits_t __at (0xD88) RXF14SIDHbits; extern __sfr __at (0xD89) RXF14SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF14SIDLbits_t; extern volatile __RXF14SIDLbits_t __at (0xD89) RXF14SIDLbits; extern __sfr __at (0xD8A) RXF14EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF14EIDHbits_t; extern volatile __RXF14EIDHbits_t __at (0xD8A) RXF14EIDHbits; extern __sfr __at (0xD8B) RXF14EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF14EIDLbits_t; extern volatile __RXF14EIDLbits_t __at (0xD8B) RXF14EIDLbits; extern __sfr __at (0xD90) RXF15SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF15SIDHbits_t; extern volatile __RXF15SIDHbits_t __at (0xD90) RXF15SIDHbits; extern __sfr __at (0xD91) RXF15SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF15SIDLbits_t; extern volatile __RXF15SIDLbits_t __at (0xD91) RXF15SIDLbits; extern __sfr __at (0xD92) RXF15EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF15EIDHbits_t; extern volatile __RXF15EIDHbits_t __at (0xD92) RXF15EIDHbits; extern __sfr __at (0xD93) RXF15EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF15EIDLbits_t; extern volatile __RXF15EIDLbits_t __at (0xD93) RXF15EIDLbits; extern __sfr __at (0xDD4) RXFCON0; typedef union { struct { unsigned RXF0EN : 1; unsigned RXF1EN : 1; unsigned RXF2EN : 1; unsigned RXF3EN : 1; unsigned RXF4EN : 1; unsigned RXF5EN : 1; unsigned RXF6EN : 1; unsigned RXF7EN : 1; }; } __RXFCON0bits_t; extern volatile __RXFCON0bits_t __at (0xDD4) RXFCON0bits; extern __sfr __at (0xDD5) RXFCON1; typedef union { struct { unsigned RXF8EN : 1; unsigned RXF9EN : 1; unsigned RXF10EN : 1; unsigned RXF11EN : 1; unsigned RXF12EN : 1; unsigned RXF13EN : 1; unsigned RXF14EN : 1; unsigned RXF15EN : 1; }; } __RXFCON1bits_t; extern volatile __RXFCON1bits_t __at (0xDD5) RXFCON1bits; extern __sfr __at (0xDD8) SDFLC; typedef union { struct { unsigned DFLC0 : 1; unsigned DFLC1 : 1; unsigned DFLC2 : 1; unsigned DFLC3 : 1; unsigned DFLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FLC0 : 1; unsigned FLC1 : 1; unsigned FLC2 : 1; unsigned FLC3 : 1; unsigned FLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SDFLCbits_t; extern volatile __SDFLCbits_t __at (0xDD8) SDFLCbits; extern __sfr __at (0xDE0) RXFBCON0; typedef union { struct { unsigned F0BP_0 : 1; unsigned F0BP_1 : 1; unsigned F0BP_2 : 1; unsigned F0BP_3 : 1; unsigned F1BP_0 : 1; unsigned F1BP_1 : 1; unsigned F1BP_2 : 1; unsigned F1BP_3 : 1; }; } __RXFBCON0bits_t; extern volatile __RXFBCON0bits_t __at (0xDE0) RXFBCON0bits; extern __sfr __at (0xDE1) RXFBCON1; typedef union { struct { unsigned F2BP_0 : 1; unsigned F2BP_1 : 1; unsigned F2BP_2 : 1; unsigned F2BP_3 : 1; unsigned F3BP_0 : 1; unsigned F3BP_1 : 1; unsigned F3BP_2 : 1; unsigned F3BP_3 : 1; }; } __RXFBCON1bits_t; extern volatile __RXFBCON1bits_t __at (0xDE1) RXFBCON1bits; extern __sfr __at (0xDE2) RXFBCON2; typedef union { struct { unsigned F4BP_0 : 1; unsigned F4BP_1 : 1; unsigned F4BP_2 : 1; unsigned F4BP_3 : 1; unsigned F5BP_0 : 1; unsigned F5BP_1 : 1; unsigned F5BP_2 : 1; unsigned F5BP_3 : 1; }; } __RXFBCON2bits_t; extern volatile __RXFBCON2bits_t __at (0xDE2) RXFBCON2bits; extern __sfr __at (0xDE3) RXFBCON3; typedef union { struct { unsigned F6BP_0 : 1; unsigned F6BP_1 : 1; unsigned F6BP_2 : 1; unsigned F6BP_3 : 1; unsigned F7BP_0 : 1; unsigned F7BP_1 : 1; unsigned F7BP_2 : 1; unsigned F7BP_3 : 1; }; } __RXFBCON3bits_t; extern volatile __RXFBCON3bits_t __at (0xDE3) RXFBCON3bits; extern __sfr __at (0xDE4) RXFBCON4; typedef union { struct { unsigned F8BP_0 : 1; unsigned F8BP_1 : 1; unsigned F8BP_2 : 1; unsigned F8BP_3 : 1; unsigned F9BP_0 : 1; unsigned F9BP_1 : 1; unsigned F9BP_2 : 1; unsigned F9BP_3 : 1; }; } __RXFBCON4bits_t; extern volatile __RXFBCON4bits_t __at (0xDE4) RXFBCON4bits; extern __sfr __at (0xDE5) RXFBCON5; typedef union { struct { unsigned F10BP_0 : 1; unsigned F10BP_1 : 1; unsigned F10BP_2 : 1; unsigned F10BP_3 : 1; unsigned F11BP_0 : 1; unsigned F11BP_1 : 1; unsigned F11BP_2 : 1; unsigned F11BP_3 : 1; }; } __RXFBCON5bits_t; extern volatile __RXFBCON5bits_t __at (0xDE5) RXFBCON5bits; extern __sfr __at (0xDE6) RXFBCON6; typedef union { struct { unsigned F12BP_0 : 1; unsigned F12BP_1 : 1; unsigned F12BP_2 : 1; unsigned F12BP_3 : 1; unsigned F13BP_0 : 1; unsigned F13BP_1 : 1; unsigned F13BP_2 : 1; unsigned F13BP_3 : 1; }; } __RXFBCON6bits_t; extern volatile __RXFBCON6bits_t __at (0xDE6) RXFBCON6bits; extern __sfr __at (0xDE7) RXFBCON7; typedef union { struct { unsigned F14BP_0 : 1; unsigned F14BP_1 : 1; unsigned F14BP_2 : 1; unsigned F14BP_3 : 1; unsigned F15BP_0 : 1; unsigned F15BP_1 : 1; unsigned F15BP_2 : 1; unsigned F15BP_3 : 1; }; } __RXFBCON7bits_t; extern volatile __RXFBCON7bits_t __at (0xDE7) RXFBCON7bits; extern __sfr __at (0xDF0) MSEL0; typedef union { struct { unsigned FIL0_0 : 1; unsigned FIL0_1 : 1; unsigned FIL1_0 : 1; unsigned FIL1_1 : 1; unsigned FIL2_0 : 1; unsigned FIL2_1 : 1; unsigned FIL3_0 : 1; unsigned FIL3_1 : 1; }; } __MSEL0bits_t; extern volatile __MSEL0bits_t __at (0xDF0) MSEL0bits; extern __sfr __at (0xDF1) MSEL1; typedef union { struct { unsigned FIL4_0 : 1; unsigned FIL4_1 : 1; unsigned FIL5_0 : 1; unsigned FIL5_1 : 1; unsigned FIL6_0 : 1; unsigned FIL6_1 : 1; unsigned FIL7_0 : 1; unsigned FIL7_1 : 1; }; } __MSEL1bits_t; extern volatile __MSEL1bits_t __at (0xDF1) MSEL1bits; extern __sfr __at (0xDF2) MSEL2; typedef union { struct { unsigned FIL8_0 : 1; unsigned FIL8_1 : 1; unsigned FIL9_0 : 1; unsigned FIL9_1 : 1; unsigned FIL10_0 : 1; unsigned FIL10_1 : 1; unsigned FIL11_0 : 1; unsigned FIL11_1 : 1; }; } __MSEL2bits_t; extern volatile __MSEL2bits_t __at (0xDF2) MSEL2bits; extern __sfr __at (0xDF3) MSEL3; typedef union { struct { unsigned FIL12_0 : 1; unsigned FIL12_1 : 1; unsigned FIL13_0 : 1; unsigned FIL13_1 : 1; unsigned FIL14_0 : 1; unsigned FIL14_1 : 1; unsigned FIL15_0 : 1; unsigned FIL15_1 : 1; }; } __MSEL3bits_t; extern volatile __MSEL3bits_t __at (0xDF3) MSEL3bits; extern __sfr __at (0xDF8) BSEL0; typedef union { struct { unsigned : 1; unsigned : 1; unsigned B0TXEN : 1; unsigned B1TXEN : 1; unsigned B2TXEN : 1; unsigned B3TXEN : 1; unsigned B4TXEN : 1; unsigned B5TXEN : 1; }; } __BSEL0bits_t; extern volatile __BSEL0bits_t __at (0xDF8) BSEL0bits; extern __sfr __at (0xDFA) BIE0; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned B0IE : 1; unsigned B1IE : 1; unsigned B2IE : 1; unsigned B3IE : 1; unsigned B4IE : 1; unsigned B5IE : 1; }; } __BIE0bits_t; extern volatile __BIE0bits_t __at (0xDFA) BIE0bits; extern __sfr __at (0xDFC) TXBIE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TXBIEbits_t; extern volatile __TXBIEbits_t __at (0xDFC) TXBIEbits; extern __sfr __at (0xE20) B0CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B0CON : 1; unsigned : 1; unsigned : 1; }; } __B0CONbits_t; extern volatile __B0CONbits_t __at (0xE20) B0CONbits; extern __sfr __at (0xE21) B0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B0SIDHbits_t; extern volatile __B0SIDHbits_t __at (0xE21) B0SIDHbits; extern __sfr __at (0xE22) B0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B0SIDLbits_t; extern volatile __B0SIDLbits_t __at (0xE22) B0SIDLbits; extern __sfr __at (0xE23) B0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B0EIDHbits_t; extern volatile __B0EIDHbits_t __at (0xE23) B0EIDHbits; extern __sfr __at (0xE24) B0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B0EIDLbits_t; extern volatile __B0EIDLbits_t __at (0xE24) B0EIDLbits; extern __sfr __at (0xE25) B0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B0DLC : 1; unsigned RB1_B0DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B0DLCbits_t; extern volatile __B0DLCbits_t __at (0xE25) B0DLCbits; extern __sfr __at (0xE26) B0D0; typedef union { struct { unsigned B0D00 : 1; unsigned B0D01 : 1; unsigned B0D02 : 1; unsigned B0D03 : 1; unsigned B0D04 : 1; unsigned B0D05 : 1; unsigned B0D06 : 1; unsigned B0D07 : 1; }; } __B0D0bits_t; extern volatile __B0D0bits_t __at (0xE26) B0D0bits; extern __sfr __at (0xE27) B0D1; typedef union { struct { unsigned B0D10 : 1; unsigned B0D11 : 1; unsigned B0D12 : 1; unsigned B0D13 : 1; unsigned B0D14 : 1; unsigned B0D15 : 1; unsigned B0D16 : 1; unsigned B0D17 : 1; }; } __B0D1bits_t; extern volatile __B0D1bits_t __at (0xE27) B0D1bits; extern __sfr __at (0xE28) B0D2; typedef union { struct { unsigned B0D20 : 1; unsigned B0D21 : 1; unsigned B0D22 : 1; unsigned B0D23 : 1; unsigned B0D24 : 1; unsigned B0D25 : 1; unsigned B0D26 : 1; unsigned B0D27 : 1; }; } __B0D2bits_t; extern volatile __B0D2bits_t __at (0xE28) B0D2bits; extern __sfr __at (0xE29) B0D3; typedef union { struct { unsigned B0D30 : 1; unsigned B0D31 : 1; unsigned B0D32 : 1; unsigned B0D33 : 1; unsigned B0D34 : 1; unsigned B0D35 : 1; unsigned B0D36 : 1; unsigned B0D37 : 1; }; } __B0D3bits_t; extern volatile __B0D3bits_t __at (0xE29) B0D3bits; extern __sfr __at (0xE2A) B0D4; typedef union { struct { unsigned B0D40 : 1; unsigned B0D41 : 1; unsigned B0D42 : 1; unsigned B0D43 : 1; unsigned B0D44 : 1; unsigned B0D45 : 1; unsigned B0D46 : 1; unsigned B0D47 : 1; }; } __B0D4bits_t; extern volatile __B0D4bits_t __at (0xE2A) B0D4bits; extern __sfr __at (0xE2B) B0D5; typedef union { struct { unsigned B0D50 : 1; unsigned B0D51 : 1; unsigned B0D52 : 1; unsigned B0D53 : 1; unsigned B0D54 : 1; unsigned B0D55 : 1; unsigned B0D56 : 1; unsigned B0D57 : 1; }; } __B0D5bits_t; extern volatile __B0D5bits_t __at (0xE2B) B0D5bits; extern __sfr __at (0xE2C) B0D6; typedef union { struct { unsigned B0D60 : 1; unsigned B0D61 : 1; unsigned B0D62 : 1; unsigned B0D63 : 1; unsigned B0D64 : 1; unsigned B0D65 : 1; unsigned B0D66 : 1; unsigned B0D67 : 1; }; } __B0D6bits_t; extern volatile __B0D6bits_t __at (0xE2C) B0D6bits; extern __sfr __at (0xE2D) B0D7; typedef union { struct { unsigned B0D70 : 1; unsigned B0D71 : 1; unsigned B0D72 : 1; unsigned B0D73 : 1; unsigned B0D74 : 1; unsigned B0D75 : 1; unsigned B0D76 : 1; unsigned B0D77 : 1; }; } __B0D7bits_t; extern volatile __B0D7bits_t __at (0xE2D) B0D7bits; extern __sfr __at (0xE2E) CANSTAT_RO9; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO9bits_t; extern volatile __CANSTAT_RO9bits_t __at (0xE2E) CANSTAT_RO9bits; extern __sfr __at (0xE2F) CANCON_RO9; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO9bits_t; extern volatile __CANCON_RO9bits_t __at (0xE2F) CANCON_RO9bits; extern __sfr __at (0xE30) B1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B1CON : 1; unsigned : 1; unsigned : 1; }; } __B1CONbits_t; extern volatile __B1CONbits_t __at (0xE30) B1CONbits; extern __sfr __at (0xE31) B1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B1SIDHbits_t; extern volatile __B1SIDHbits_t __at (0xE31) B1SIDHbits; extern __sfr __at (0xE32) B1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B1SIDLbits_t; extern volatile __B1SIDLbits_t __at (0xE32) B1SIDLbits; extern __sfr __at (0xE33) B1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B1EIDHbits_t; extern volatile __B1EIDHbits_t __at (0xE33) B1EIDHbits; extern __sfr __at (0xE34) B1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B1EIDLbits_t; extern volatile __B1EIDLbits_t __at (0xE34) B1EIDLbits; extern __sfr __at (0xE35) B1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B1DLC : 1; unsigned RB1_B1DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B1DLCbits_t; extern volatile __B1DLCbits_t __at (0xE35) B1DLCbits; extern __sfr __at (0xE36) B1D0; typedef union { struct { unsigned B1D00 : 1; unsigned B1D01 : 1; unsigned B1D02 : 1; unsigned B1D03 : 1; unsigned B1D04 : 1; unsigned B1D05 : 1; unsigned B1D06 : 1; unsigned B1D07 : 1; }; } __B1D0bits_t; extern volatile __B1D0bits_t __at (0xE36) B1D0bits; extern __sfr __at (0xE37) B1D1; typedef union { struct { unsigned B1D10 : 1; unsigned B1D11 : 1; unsigned B1D12 : 1; unsigned B1D13 : 1; unsigned B1D14 : 1; unsigned B1D15 : 1; unsigned B1D16 : 1; unsigned B1D17 : 1; }; } __B1D1bits_t; extern volatile __B1D1bits_t __at (0xE37) B1D1bits; extern __sfr __at (0xE38) B1D2; typedef union { struct { unsigned B1D20 : 1; unsigned B1D21 : 1; unsigned B1D22 : 1; unsigned B1D23 : 1; unsigned B1D24 : 1; unsigned B1D25 : 1; unsigned B1D26 : 1; unsigned B1D27 : 1; }; } __B1D2bits_t; extern volatile __B1D2bits_t __at (0xE38) B1D2bits; extern __sfr __at (0xE39) B1D3; typedef union { struct { unsigned B1D30 : 1; unsigned B1D31 : 1; unsigned B1D32 : 1; unsigned B1D33 : 1; unsigned B1D34 : 1; unsigned B1D35 : 1; unsigned B1D36 : 1; unsigned B1D37 : 1; }; } __B1D3bits_t; extern volatile __B1D3bits_t __at (0xE39) B1D3bits; extern __sfr __at (0xE3A) B1D4; typedef union { struct { unsigned B1D40 : 1; unsigned B1D41 : 1; unsigned B1D42 : 1; unsigned B1D43 : 1; unsigned B1D44 : 1; unsigned B1D45 : 1; unsigned B1D46 : 1; unsigned B1D47 : 1; }; } __B1D4bits_t; extern volatile __B1D4bits_t __at (0xE3A) B1D4bits; extern __sfr __at (0xE3B) B1D5; typedef union { struct { unsigned B1D50 : 1; unsigned B1D51 : 1; unsigned B1D52 : 1; unsigned B1D53 : 1; unsigned B1D54 : 1; unsigned B1D55 : 1; unsigned B1D56 : 1; unsigned B1D57 : 1; }; } __B1D5bits_t; extern volatile __B1D5bits_t __at (0xE3B) B1D5bits; extern __sfr __at (0xE3C) B1D6; typedef union { struct { unsigned B1D60 : 1; unsigned B1D61 : 1; unsigned B1D62 : 1; unsigned B1D63 : 1; unsigned B1D64 : 1; unsigned B1D65 : 1; unsigned B1D66 : 1; unsigned B1D67 : 1; }; } __B1D6bits_t; extern volatile __B1D6bits_t __at (0xE3C) B1D6bits; extern __sfr __at (0xE3D) B1D7; typedef union { struct { unsigned B1D70 : 1; unsigned B1D71 : 1; unsigned B1D72 : 1; unsigned B1D73 : 1; unsigned B1D74 : 1; unsigned B1D75 : 1; unsigned B1D76 : 1; unsigned B1D77 : 1; }; } __B1D7bits_t; extern volatile __B1D7bits_t __at (0xE3D) B1D7bits; extern __sfr __at (0xE3E) CANSTAT_RO8; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO8bits_t; extern volatile __CANSTAT_RO8bits_t __at (0xE3E) CANSTAT_RO8bits; extern __sfr __at (0xE3F) CANCON_RO8; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO8bits_t; extern volatile __CANCON_RO8bits_t __at (0xE3F) CANCON_RO8bits; extern __sfr __at (0xE40) B2CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B2CON : 1; unsigned : 1; unsigned : 1; }; } __B2CONbits_t; extern volatile __B2CONbits_t __at (0xE40) B2CONbits; extern __sfr __at (0xE41) B2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B2SIDHbits_t; extern volatile __B2SIDHbits_t __at (0xE41) B2SIDHbits; extern __sfr __at (0xE42) B2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B2SIDLbits_t; extern volatile __B2SIDLbits_t __at (0xE42) B2SIDLbits; extern __sfr __at (0xE43) B2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B2EIDHbits_t; extern volatile __B2EIDHbits_t __at (0xE43) B2EIDHbits; extern __sfr __at (0xE44) B2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B2EIDLbits_t; extern volatile __B2EIDLbits_t __at (0xE44) B2EIDLbits; extern __sfr __at (0xE45) B2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B2DLC : 1; unsigned RB1_B2DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B2DLCbits_t; extern volatile __B2DLCbits_t __at (0xE45) B2DLCbits; extern __sfr __at (0xE46) B2D0; typedef union { struct { unsigned B2D00 : 1; unsigned B2D01 : 1; unsigned B2D02 : 1; unsigned B2D03 : 1; unsigned B2D04 : 1; unsigned B2D05 : 1; unsigned B2D06 : 1; unsigned B2D07 : 1; }; } __B2D0bits_t; extern volatile __B2D0bits_t __at (0xE46) B2D0bits; extern __sfr __at (0xE47) B2D1; typedef union { struct { unsigned B2D10 : 1; unsigned B2D11 : 1; unsigned B2D12 : 1; unsigned B2D13 : 1; unsigned B2D14 : 1; unsigned B2D15 : 1; unsigned B2D16 : 1; unsigned B2D17 : 1; }; } __B2D1bits_t; extern volatile __B2D1bits_t __at (0xE47) B2D1bits; extern __sfr __at (0xE48) B2D2; typedef union { struct { unsigned B2D20 : 1; unsigned B2D21 : 1; unsigned B2D22 : 1; unsigned B2D23 : 1; unsigned B2D24 : 1; unsigned B2D25 : 1; unsigned B2D26 : 1; unsigned B2D27 : 1; }; } __B2D2bits_t; extern volatile __B2D2bits_t __at (0xE48) B2D2bits; extern __sfr __at (0xE49) B2D3; typedef union { struct { unsigned B2D30 : 1; unsigned B2D31 : 1; unsigned B2D32 : 1; unsigned B2D33 : 1; unsigned B2D34 : 1; unsigned B2D35 : 1; unsigned B2D36 : 1; unsigned B2D37 : 1; }; } __B2D3bits_t; extern volatile __B2D3bits_t __at (0xE49) B2D3bits; extern __sfr __at (0xE4A) B2D4; typedef union { struct { unsigned B2D40 : 1; unsigned B2D41 : 1; unsigned B2D42 : 1; unsigned B2D43 : 1; unsigned B2D44 : 1; unsigned B2D45 : 1; unsigned B2D46 : 1; unsigned B2D47 : 1; }; } __B2D4bits_t; extern volatile __B2D4bits_t __at (0xE4A) B2D4bits; extern __sfr __at (0xE4B) B2D5; typedef union { struct { unsigned B2D50 : 1; unsigned B2D51 : 1; unsigned B2D52 : 1; unsigned B2D53 : 1; unsigned B2D54 : 1; unsigned B2D55 : 1; unsigned B2D56 : 1; unsigned B2D57 : 1; }; } __B2D5bits_t; extern volatile __B2D5bits_t __at (0xE4B) B2D5bits; extern __sfr __at (0xE4C) B2D6; typedef union { struct { unsigned B2D60 : 1; unsigned B2D61 : 1; unsigned B2D62 : 1; unsigned B2D63 : 1; unsigned B2D64 : 1; unsigned B2D65 : 1; unsigned B2D66 : 1; unsigned B2D67 : 1; }; } __B2D6bits_t; extern volatile __B2D6bits_t __at (0xE4C) B2D6bits; extern __sfr __at (0xE4D) B2D7; typedef union { struct { unsigned B2D70 : 1; unsigned B2D71 : 1; unsigned B2D72 : 1; unsigned B2D73 : 1; unsigned B2D74 : 1; unsigned B2D75 : 1; unsigned B2D76 : 1; unsigned B2D77 : 1; }; } __B2D7bits_t; extern volatile __B2D7bits_t __at (0xE4D) B2D7bits; extern __sfr __at (0xE4E) CANSTAT_RO7; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO7bits_t; extern volatile __CANSTAT_RO7bits_t __at (0xE4E) CANSTAT_RO7bits; extern __sfr __at (0xE4F) CANCON_RO7; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO7bits_t; extern volatile __CANCON_RO7bits_t __at (0xE4F) CANCON_RO7bits; extern __sfr __at (0xE50) B3CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B3CON : 1; unsigned : 1; unsigned : 1; }; } __B3CONbits_t; extern volatile __B3CONbits_t __at (0xE50) B3CONbits; extern __sfr __at (0xE51) B3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B3SIDHbits_t; extern volatile __B3SIDHbits_t __at (0xE51) B3SIDHbits; extern __sfr __at (0xE52) B3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B3SIDLbits_t; extern volatile __B3SIDLbits_t __at (0xE52) B3SIDLbits; extern __sfr __at (0xE53) B3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B3EIDHbits_t; extern volatile __B3EIDHbits_t __at (0xE53) B3EIDHbits; extern __sfr __at (0xE54) B3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B3EIDLbits_t; extern volatile __B3EIDLbits_t __at (0xE54) B3EIDLbits; extern __sfr __at (0xE55) B3DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B3DLC : 1; unsigned RB1_B3DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B3DLCbits_t; extern volatile __B3DLCbits_t __at (0xE55) B3DLCbits; extern __sfr __at (0xE56) B3D0; typedef union { struct { unsigned B3D00 : 1; unsigned B3D01 : 1; unsigned B3D02 : 1; unsigned B3D03 : 1; unsigned B3D04 : 1; unsigned B3D05 : 1; unsigned B3D06 : 1; unsigned B3D07 : 1; }; } __B3D0bits_t; extern volatile __B3D0bits_t __at (0xE56) B3D0bits; extern __sfr __at (0xE57) B3D1; typedef union { struct { unsigned B3D10 : 1; unsigned B3D11 : 1; unsigned B3D12 : 1; unsigned B3D13 : 1; unsigned B3D14 : 1; unsigned B3D15 : 1; unsigned B3D16 : 1; unsigned B3D17 : 1; }; } __B3D1bits_t; extern volatile __B3D1bits_t __at (0xE57) B3D1bits; extern __sfr __at (0xE58) B3D2; typedef union { struct { unsigned B3D20 : 1; unsigned B3D21 : 1; unsigned B3D22 : 1; unsigned B3D23 : 1; unsigned B3D24 : 1; unsigned B3D25 : 1; unsigned B3D26 : 1; unsigned B3D27 : 1; }; } __B3D2bits_t; extern volatile __B3D2bits_t __at (0xE58) B3D2bits; extern __sfr __at (0xE59) B3D3; typedef union { struct { unsigned B3D30 : 1; unsigned B3D31 : 1; unsigned B3D32 : 1; unsigned B3D33 : 1; unsigned B3D34 : 1; unsigned B3D35 : 1; unsigned B3D36 : 1; unsigned B3D37 : 1; }; } __B3D3bits_t; extern volatile __B3D3bits_t __at (0xE59) B3D3bits; extern __sfr __at (0xE5A) B3D4; typedef union { struct { unsigned B3D40 : 1; unsigned B3D41 : 1; unsigned B3D42 : 1; unsigned B3D43 : 1; unsigned B3D44 : 1; unsigned B3D45 : 1; unsigned B3D46 : 1; unsigned B3D47 : 1; }; } __B3D4bits_t; extern volatile __B3D4bits_t __at (0xE5A) B3D4bits; extern __sfr __at (0xE5B) B3D5; typedef union { struct { unsigned B3D50 : 1; unsigned B3D51 : 1; unsigned B3D52 : 1; unsigned B3D53 : 1; unsigned B3D54 : 1; unsigned B3D55 : 1; unsigned B3D56 : 1; unsigned B3D57 : 1; }; } __B3D5bits_t; extern volatile __B3D5bits_t __at (0xE5B) B3D5bits; extern __sfr __at (0xE5C) B3D6; typedef union { struct { unsigned B3D60 : 1; unsigned B3D61 : 1; unsigned B3D62 : 1; unsigned B3D63 : 1; unsigned B3D64 : 1; unsigned B3D65 : 1; unsigned B3D66 : 1; unsigned B3D67 : 1; }; } __B3D6bits_t; extern volatile __B3D6bits_t __at (0xE5C) B3D6bits; extern __sfr __at (0xE5D) B3D7; typedef union { struct { unsigned B3D70 : 1; unsigned B3D71 : 1; unsigned B3D72 : 1; unsigned B3D73 : 1; unsigned B3D74 : 1; unsigned B3D75 : 1; unsigned B3D76 : 1; unsigned B3D77 : 1; }; } __B3D7bits_t; extern volatile __B3D7bits_t __at (0xE5D) B3D7bits; extern __sfr __at (0xE5E) CANSTAT_RO6; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO6bits_t; extern volatile __CANSTAT_RO6bits_t __at (0xE5E) CANSTAT_RO6bits; extern __sfr __at (0xE5F) CANCON_RO6; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO6bits_t; extern volatile __CANCON_RO6bits_t __at (0xE5F) CANCON_RO6bits; extern __sfr __at (0xE60) B4CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B4CON : 1; unsigned : 1; unsigned : 1; }; } __B4CONbits_t; extern volatile __B4CONbits_t __at (0xE60) B4CONbits; extern __sfr __at (0xE61) B4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B4SIDHbits_t; extern volatile __B4SIDHbits_t __at (0xE61) B4SIDHbits; extern __sfr __at (0xE62) B4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B4SIDLbits_t; extern volatile __B4SIDLbits_t __at (0xE62) B4SIDLbits; extern __sfr __at (0xE63) B4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B4EIDHbits_t; extern volatile __B4EIDHbits_t __at (0xE63) B4EIDHbits; extern __sfr __at (0xE64) B4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B4EIDLbits_t; extern volatile __B4EIDLbits_t __at (0xE64) B4EIDLbits; extern __sfr __at (0xE65) B4DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B4DLC : 1; unsigned RB1_B4DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B4DLCbits_t; extern volatile __B4DLCbits_t __at (0xE65) B4DLCbits; extern __sfr __at (0xE66) B4D0; typedef union { struct { unsigned B4D00 : 1; unsigned B4D01 : 1; unsigned B4D02 : 1; unsigned B4D03 : 1; unsigned B4D04 : 1; unsigned B4D05 : 1; unsigned B4D06 : 1; unsigned B4D07 : 1; }; } __B4D0bits_t; extern volatile __B4D0bits_t __at (0xE66) B4D0bits; extern __sfr __at (0xE67) B4D1; typedef union { struct { unsigned B4D10 : 1; unsigned B4D11 : 1; unsigned B4D12 : 1; unsigned B4D13 : 1; unsigned B4D14 : 1; unsigned B4D15 : 1; unsigned B4D16 : 1; unsigned B4D17 : 1; }; } __B4D1bits_t; extern volatile __B4D1bits_t __at (0xE67) B4D1bits; extern __sfr __at (0xE68) B4D2; typedef union { struct { unsigned B4D20 : 1; unsigned B4D21 : 1; unsigned B4D22 : 1; unsigned B4D23 : 1; unsigned B4D24 : 1; unsigned B4D25 : 1; unsigned B4D26 : 1; unsigned B4D27 : 1; }; } __B4D2bits_t; extern volatile __B4D2bits_t __at (0xE68) B4D2bits; extern __sfr __at (0xE69) B4D3; typedef union { struct { unsigned B4D30 : 1; unsigned B4D31 : 1; unsigned B4D32 : 1; unsigned B4D33 : 1; unsigned B4D34 : 1; unsigned B4D35 : 1; unsigned B4D36 : 1; unsigned B4D37 : 1; }; } __B4D3bits_t; extern volatile __B4D3bits_t __at (0xE69) B4D3bits; extern __sfr __at (0xE6A) B4D4; typedef union { struct { unsigned B4D40 : 1; unsigned B4D41 : 1; unsigned B4D42 : 1; unsigned B4D43 : 1; unsigned B4D44 : 1; unsigned B4D45 : 1; unsigned B4D46 : 1; unsigned B4D47 : 1; }; } __B4D4bits_t; extern volatile __B4D4bits_t __at (0xE6A) B4D4bits; extern __sfr __at (0xE6B) B4D5; typedef union { struct { unsigned B4D50 : 1; unsigned B4D51 : 1; unsigned B4D52 : 1; unsigned B4D53 : 1; unsigned B4D54 : 1; unsigned B4D55 : 1; unsigned B4D56 : 1; unsigned B4D57 : 1; }; } __B4D5bits_t; extern volatile __B4D5bits_t __at (0xE6B) B4D5bits; extern __sfr __at (0xE6C) B4D6; typedef union { struct { unsigned B4D60 : 1; unsigned B4D61 : 1; unsigned B4D62 : 1; unsigned B4D63 : 1; unsigned B4D64 : 1; unsigned B4D65 : 1; unsigned B4D66 : 1; unsigned B4D67 : 1; }; } __B4D6bits_t; extern volatile __B4D6bits_t __at (0xE6C) B4D6bits; extern __sfr __at (0xE6D) B4D7; typedef union { struct { unsigned B4D70 : 1; unsigned B4D71 : 1; unsigned B4D72 : 1; unsigned B4D73 : 1; unsigned B4D74 : 1; unsigned B4D75 : 1; unsigned B4D76 : 1; unsigned B46D77 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B4D77 : 1; }; } __B4D7bits_t; extern volatile __B4D7bits_t __at (0xE6D) B4D7bits; extern __sfr __at (0xE6E) CANSTAT_RO5; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO5bits_t; extern volatile __CANSTAT_RO5bits_t __at (0xE6E) CANSTAT_RO5bits; extern __sfr __at (0xE6F) CANCON_RO5; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO5bits_t; extern volatile __CANCON_RO5bits_t __at (0xE6F) CANCON_RO5bits; extern __sfr __at (0xE70) B5CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B5CON : 1; unsigned : 1; unsigned : 1; }; } __B5CONbits_t; extern volatile __B5CONbits_t __at (0xE70) B5CONbits; extern __sfr __at (0xE71) B5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B5SIDHbits_t; extern volatile __B5SIDHbits_t __at (0xE71) B5SIDHbits; extern __sfr __at (0xE72) B5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5SIDLbits_t; extern volatile __B5SIDLbits_t __at (0xE72) B5SIDLbits; extern __sfr __at (0xE73) B5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B5EIDHbits_t; extern volatile __B5EIDHbits_t __at (0xE73) B5EIDHbits; extern __sfr __at (0xE74) B5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B5EIDLbits_t; extern volatile __B5EIDLbits_t __at (0xE74) B5EIDLbits; extern __sfr __at (0xE75) B5DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B5DLC : 1; unsigned RB1_B5DLC : 1; unsigned : 1; unsigned : 1; }; } __B5DLCbits_t; extern volatile __B5DLCbits_t __at (0xE75) B5DLCbits; extern __sfr __at (0xE76) B5D0; typedef union { struct { unsigned B5D00 : 1; unsigned B5D01 : 1; unsigned B5D02 : 1; unsigned B5D03 : 1; unsigned B5D04 : 1; unsigned B5D05 : 1; unsigned B5D06 : 1; unsigned B57D07 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D07 : 1; }; } __B5D0bits_t; extern volatile __B5D0bits_t __at (0xE76) B5D0bits; extern __sfr __at (0xE77) B5D1; typedef union { struct { unsigned B5D10 : 1; unsigned B5D11 : 1; unsigned B5D12 : 1; unsigned B5D13 : 1; unsigned B5D14 : 1; unsigned B5D15 : 1; unsigned B5D16 : 1; unsigned B5D17 : 1; }; } __B5D1bits_t; extern volatile __B5D1bits_t __at (0xE77) B5D1bits; extern __sfr __at (0xE78) B5D2; typedef union { struct { unsigned B5D20 : 1; unsigned B5D21 : 1; unsigned B5D22 : 1; unsigned B57D23 : 1; unsigned B5D24 : 1; unsigned B5D25 : 1; unsigned B5D26 : 1; unsigned B5D27 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D23 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5D2bits_t; extern volatile __B5D2bits_t __at (0xE78) B5D2bits; extern __sfr __at (0xE79) B5D3; typedef union { struct { unsigned B5D30 : 1; unsigned B5D31 : 1; unsigned B5D32 : 1; unsigned B5D33 : 1; unsigned B5D34 : 1; unsigned B5D35 : 1; unsigned B5D36 : 1; unsigned B5D37 : 1; }; } __B5D3bits_t; extern volatile __B5D3bits_t __at (0xE79) B5D3bits; extern __sfr __at (0xE7A) B5D4; typedef union { struct { unsigned B5D40 : 1; unsigned B5D41 : 1; unsigned B5D42 : 1; unsigned B5D43 : 1; unsigned B5D44 : 1; unsigned B5D45 : 1; unsigned B5D46 : 1; unsigned B5D47 : 1; }; } __B5D4bits_t; extern volatile __B5D4bits_t __at (0xE7A) B5D4bits; extern __sfr __at (0xE7B) B5D5; typedef union { struct { unsigned B5D50 : 1; unsigned B5D51 : 1; unsigned B5D52 : 1; unsigned B5D53 : 1; unsigned B5D54 : 1; unsigned B5D55 : 1; unsigned B5D56 : 1; unsigned B5D57 : 1; }; } __B5D5bits_t; extern volatile __B5D5bits_t __at (0xE7B) B5D5bits; extern __sfr __at (0xE7C) B5D6; typedef union { struct { unsigned B5D60 : 1; unsigned B5D61 : 1; unsigned B5D62 : 1; unsigned B5D63 : 1; unsigned B5D64 : 1; unsigned B5D65 : 1; unsigned B5D66 : 1; unsigned B5D67 : 1; }; } __B5D6bits_t; extern volatile __B5D6bits_t __at (0xE7C) B5D6bits; extern __sfr __at (0xE7D) B5D7; typedef union { struct { unsigned B5D70 : 1; unsigned B5D71 : 1; unsigned B5D72 : 1; unsigned B5D73 : 1; unsigned B5D74 : 1; unsigned B5D75 : 1; unsigned B5D76 : 1; unsigned B5D77 : 1; }; } __B5D7bits_t; extern volatile __B5D7bits_t __at (0xE7D) B5D7bits; extern __sfr __at (0xE7E) CANSTAT_RO4; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO4bits_t; extern volatile __CANSTAT_RO4bits_t __at (0xE7E) CANSTAT_RO4bits; extern __sfr __at (0xE7F) CANCON_RO4; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO4bits_t; extern volatile __CANCON_RO4bits_t __at (0xE7F) CANCON_RO4bits; extern __sfr __at (0xF00) RXF0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF0SIDHbits_t; extern volatile __RXF0SIDHbits_t __at (0xF00) RXF0SIDHbits; extern __sfr __at (0xF01) RXF0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xF01) RXF0SIDLbits; extern __sfr __at (0xF02) RXF0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF0EIDHbits_t; extern volatile __RXF0EIDHbits_t __at (0xF02) RXF0EIDHbits; extern __sfr __at (0xF03) RXF0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF0EIDLbits_t; extern volatile __RXF0EIDLbits_t __at (0xF03) RXF0EIDLbits; extern __sfr __at (0xF04) RXF1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF1SIDHbits_t; extern volatile __RXF1SIDHbits_t __at (0xF04) RXF1SIDHbits; extern __sfr __at (0xF05) RXF1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xF05) RXF1SIDLbits; extern __sfr __at (0xF06) RXF1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF1EIDHbits_t; extern volatile __RXF1EIDHbits_t __at (0xF06) RXF1EIDHbits; extern __sfr __at (0xF07) RXF1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF1EIDLbits_t; extern volatile __RXF1EIDLbits_t __at (0xF07) RXF1EIDLbits; extern __sfr __at (0xF08) RXF2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF2SIDHbits_t; extern volatile __RXF2SIDHbits_t __at (0xF08) RXF2SIDHbits; extern __sfr __at (0xF09) RXF2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF2SIDLbits_t; extern volatile __RXF2SIDLbits_t __at (0xF09) RXF2SIDLbits; extern __sfr __at (0xF0A) RXF2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF2EIDHbits_t; extern volatile __RXF2EIDHbits_t __at (0xF0A) RXF2EIDHbits; extern __sfr __at (0xF0B) RXF2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xF0B) RXF2EIDLbits; extern __sfr __at (0xF0C) RXF3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF3SIDHbits_t; extern volatile __RXF3SIDHbits_t __at (0xF0C) RXF3SIDHbits; extern __sfr __at (0xF0D) RXF3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xF0D) RXF3SIDLbits; extern __sfr __at (0xF0E) RXF3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF3EIDHbits_t; extern volatile __RXF3EIDHbits_t __at (0xF0E) RXF3EIDHbits; extern __sfr __at (0xF0F) RXF3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF3EIDLbits_t; extern volatile __RXF3EIDLbits_t __at (0xF0F) RXF3EIDLbits; extern __sfr __at (0xF10) RXF4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF4SIDHbits_t; extern volatile __RXF4SIDHbits_t __at (0xF10) RXF4SIDHbits; extern __sfr __at (0xF11) RXF4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xF11) RXF4SIDLbits; extern __sfr __at (0xF12) RXF4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF4EIDHbits_t; extern volatile __RXF4EIDHbits_t __at (0xF12) RXF4EIDHbits; extern __sfr __at (0xF13) RXF4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF4EIDLbits_t; extern volatile __RXF4EIDLbits_t __at (0xF13) RXF4EIDLbits; extern __sfr __at (0xF14) RXF5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF5SIDHbits_t; extern volatile __RXF5SIDHbits_t __at (0xF14) RXF5SIDHbits; extern __sfr __at (0xF15) RXF5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xF15) RXF5SIDLbits; extern __sfr __at (0xF16) RXF5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF5EIDHbits_t; extern volatile __RXF5EIDHbits_t __at (0xF16) RXF5EIDHbits; extern __sfr __at (0xF17) RXF5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF5EIDLbits_t; extern volatile __RXF5EIDLbits_t __at (0xF17) RXF5EIDLbits; extern __sfr __at (0xF18) RXM0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM0SIDHbits_t; extern volatile __RXM0SIDHbits_t __at (0xF18) RXM0SIDHbits; extern __sfr __at (0xF19) RXM0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xF19) RXM0SIDLbits; extern __sfr __at (0xF1A) RXM0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM0EIDHbits_t; extern volatile __RXM0EIDHbits_t __at (0xF1A) RXM0EIDHbits; extern __sfr __at (0xF1B) RXM0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM0EIDLbits_t; extern volatile __RXM0EIDLbits_t __at (0xF1B) RXM0EIDLbits; extern __sfr __at (0xF1C) RXM1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM1SIDHbits_t; extern volatile __RXM1SIDHbits_t __at (0xF1C) RXM1SIDHbits; extern __sfr __at (0xF1D) RXM1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xF1D) RXM1SIDLbits; extern __sfr __at (0xF1E) RXM1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM1EIDHbits_t; extern volatile __RXM1EIDHbits_t __at (0xF1E) RXM1EIDHbits; extern __sfr __at (0xF1F) RXM1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM1EIDLbits_t; extern volatile __RXM1EIDLbits_t __at (0xF1F) RXM1EIDLbits; extern __sfr __at (0xF20) TXB2CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFBXB2CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xF20) TXB2CONbits; extern __sfr __at (0xF21) TXB2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB2SIDHbits_t; extern volatile __TXB2SIDHbits_t __at (0xF21) TXB2SIDHbits; extern __sfr __at (0xF22) TXB2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xF22) TXB2SIDLbits; extern __sfr __at (0xF23) TXB2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB2EIDHbits_t; extern volatile __TXB2EIDHbits_t __at (0xF23) TXB2EIDHbits; extern __sfr __at (0xF24) TXB2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB2EIDLbits_t; extern volatile __TXB2EIDLbits_t __at (0xF24) TXB2EIDLbits; extern __sfr __at (0xF25) TXB2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xF25) TXB2DLCbits; extern __sfr __at (0xF26) TXB2D0; typedef union { struct { unsigned TXB2D00 : 1; unsigned TXB2D01 : 1; unsigned TXB2D02 : 1; unsigned TXB2D03 : 1; unsigned TXB2D04 : 1; unsigned TXB2D05 : 1; unsigned TXB2D06 : 1; unsigned TXB2D07 : 1; }; } __TXB2D0bits_t; extern volatile __TXB2D0bits_t __at (0xF26) TXB2D0bits; extern __sfr __at (0xF27) TXB2D1; typedef union { struct { unsigned TXB2D10 : 1; unsigned TXB2D11 : 1; unsigned TXB2D12 : 1; unsigned TXB2D13 : 1; unsigned TXB2D14 : 1; unsigned TXB2D15 : 1; unsigned TXB2D16 : 1; unsigned TXB2D17 : 1; }; } __TXB2D1bits_t; extern volatile __TXB2D1bits_t __at (0xF27) TXB2D1bits; extern __sfr __at (0xF28) TXB2D2; typedef union { struct { unsigned TXB2D20 : 1; unsigned TXB2D21 : 1; unsigned TXB2D22 : 1; unsigned TXB2D23 : 1; unsigned TXB2D24 : 1; unsigned TXB2D25 : 1; unsigned TXB2D26 : 1; unsigned TXB2D27 : 1; }; } __TXB2D2bits_t; extern volatile __TXB2D2bits_t __at (0xF28) TXB2D2bits; extern __sfr __at (0xF29) TXB2D3; typedef union { struct { unsigned TXB2D30 : 1; unsigned TXB2D31 : 1; unsigned TXB2D32 : 1; unsigned TXB2D33 : 1; unsigned TXB2D34 : 1; unsigned TXB2D35 : 1; unsigned TXB2D36 : 1; unsigned TXB2D37 : 1; }; } __TXB2D3bits_t; extern volatile __TXB2D3bits_t __at (0xF29) TXB2D3bits; extern __sfr __at (0xF2A) TXB2D4; typedef union { struct { unsigned TXB2D40 : 1; unsigned TXB2D41 : 1; unsigned TXB2D42 : 1; unsigned TXB2D43 : 1; unsigned TXB2D44 : 1; unsigned TXB2D45 : 1; unsigned TXB2D46 : 1; unsigned TXB2D47 : 1; }; } __TXB2D4bits_t; extern volatile __TXB2D4bits_t __at (0xF2A) TXB2D4bits; extern __sfr __at (0xF2B) TXB2D5; typedef union { struct { unsigned TXB2D50 : 1; unsigned TXB2D51 : 1; unsigned TXB2D52 : 1; unsigned TXB2D53 : 1; unsigned TXB2D54 : 1; unsigned TXB2D55 : 1; unsigned TXB2D56 : 1; unsigned TXB2D57 : 1; }; } __TXB2D5bits_t; extern volatile __TXB2D5bits_t __at (0xF2B) TXB2D5bits; extern __sfr __at (0xF2C) TXB2D6; typedef union { struct { unsigned TXB2D60 : 1; unsigned TXB2D61 : 1; unsigned TXB2D62 : 1; unsigned TXB2D63 : 1; unsigned TXB2D64 : 1; unsigned TXB2D65 : 1; unsigned TXB2D66 : 1; unsigned TXB2D67 : 1; }; } __TXB2D6bits_t; extern volatile __TXB2D6bits_t __at (0xF2C) TXB2D6bits; extern __sfr __at (0xF2D) TXB2D7; typedef union { struct { unsigned TXB2D70 : 1; unsigned TXB2D71 : 1; unsigned TXB2D72 : 1; unsigned TXB2D73 : 1; unsigned TXB2D74 : 1; unsigned TXB2D75 : 1; unsigned TXB2D76 : 1; unsigned TXB2D77 : 1; }; } __TXB2D7bits_t; extern volatile __TXB2D7bits_t __at (0xF2D) TXB2D7bits; extern __sfr __at (0xF2E) CANSTAT_RO3; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO3bits_t; extern volatile __CANSTAT_RO3bits_t __at (0xF2E) CANSTAT_RO3bits; extern __sfr __at (0xF2F) CANCON_RO3; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO3bits_t; extern volatile __CANCON_RO3bits_t __at (0xF2F) CANCON_RO3bits; extern __sfr __at (0xF30) TXB1CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFTXB1CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xF30) TXB1CONbits; extern __sfr __at (0xF31) TXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB1SIDHbits_t; extern volatile __TXB1SIDHbits_t __at (0xF31) TXB1SIDHbits; extern __sfr __at (0xF32) TXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xF32) TXB1SIDLbits; extern __sfr __at (0xF33) TXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB1EIDHbits_t; extern volatile __TXB1EIDHbits_t __at (0xF33) TXB1EIDHbits; extern __sfr __at (0xF34) TXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB1EIDLbits_t; extern volatile __TXB1EIDLbits_t __at (0xF34) TXB1EIDLbits; extern __sfr __at (0xF35) TXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xF35) TXB1DLCbits; extern __sfr __at (0xF36) TXB1D0; typedef union { struct { unsigned TXB1D00 : 1; unsigned TXB1D01 : 1; unsigned TXB1D02 : 1; unsigned TXB1D03 : 1; unsigned TXB1D04 : 1; unsigned TXB1D05 : 1; unsigned TXB1D06 : 1; unsigned TXB1D07 : 1; }; } __TXB1D0bits_t; extern volatile __TXB1D0bits_t __at (0xF36) TXB1D0bits; extern __sfr __at (0xF37) TXB1D1; typedef union { struct { unsigned TXB1D10 : 1; unsigned TXB1D11 : 1; unsigned TXB1D12 : 1; unsigned TXB1D13 : 1; unsigned TXB1D14 : 1; unsigned TXB1D15 : 1; unsigned TXB1D16 : 1; unsigned TXB1D17 : 1; }; } __TXB1D1bits_t; extern volatile __TXB1D1bits_t __at (0xF37) TXB1D1bits; extern __sfr __at (0xF38) TXB1D2; typedef union { struct { unsigned TXB1D20 : 1; unsigned TXB1D21 : 1; unsigned TXB1D22 : 1; unsigned TXB1D23 : 1; unsigned TXB1D24 : 1; unsigned TXB1D25 : 1; unsigned TXB1D26 : 1; unsigned TXB1D27 : 1; }; } __TXB1D2bits_t; extern volatile __TXB1D2bits_t __at (0xF38) TXB1D2bits; extern __sfr __at (0xF39) TXB1D3; typedef union { struct { unsigned TXB1D30 : 1; unsigned TXB1D31 : 1; unsigned TXB1D32 : 1; unsigned TXB1D33 : 1; unsigned TXB1D34 : 1; unsigned TXB1D35 : 1; unsigned TXB1D36 : 1; unsigned TXB1D37 : 1; }; } __TXB1D3bits_t; extern volatile __TXB1D3bits_t __at (0xF39) TXB1D3bits; extern __sfr __at (0xF3A) TXB1D4; typedef union { struct { unsigned TXB1D40 : 1; unsigned TXB1D41 : 1; unsigned TXB1D42 : 1; unsigned TXB1D43 : 1; unsigned TXB1D44 : 1; unsigned TXB1D45 : 1; unsigned TXB1D46 : 1; unsigned TXB1D47 : 1; }; } __TXB1D4bits_t; extern volatile __TXB1D4bits_t __at (0xF3A) TXB1D4bits; extern __sfr __at (0xF3B) TXB1D5; typedef union { struct { unsigned TXB1D50 : 1; unsigned TXB1D51 : 1; unsigned TXB1D52 : 1; unsigned TXB1D53 : 1; unsigned TXB1D54 : 1; unsigned TXB1D55 : 1; unsigned TXB1D56 : 1; unsigned TXB1D57 : 1; }; } __TXB1D5bits_t; extern volatile __TXB1D5bits_t __at (0xF3B) TXB1D5bits; extern __sfr __at (0xF3C) TXB1D6; typedef union { struct { unsigned TXB1D60 : 1; unsigned TXB1D61 : 1; unsigned TXB1D62 : 1; unsigned TXB1D63 : 1; unsigned TXB1D64 : 1; unsigned TXB1D65 : 1; unsigned TXB1D66 : 1; unsigned TXB1D67 : 1; }; } __TXB1D6bits_t; extern volatile __TXB1D6bits_t __at (0xF3C) TXB1D6bits; extern __sfr __at (0xF3D) TXB1D7; typedef union { struct { unsigned TXB1D70 : 1; unsigned TXB1D71 : 1; unsigned TXB1D72 : 1; unsigned TXB1D73 : 1; unsigned TXB1D74 : 1; unsigned TXB1D75 : 1; unsigned TXB1D76 : 1; unsigned TXB1D77 : 1; }; } __TXB1D7bits_t; extern volatile __TXB1D7bits_t __at (0xF3D) TXB1D7bits; extern __sfr __at (0xF3E) CANSTAT_RO2; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO2bits_t; extern volatile __CANSTAT_RO2bits_t __at (0xF3E) CANSTAT_RO2bits; extern __sfr __at (0xF3F) CANCON_RO2; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO2bits_t; extern volatile __CANCON_RO2bits_t __at (0xF3F) CANCON_RO2bits; extern __sfr __at (0xF40) TXB0CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xF40) TXB0CONbits; extern __sfr __at (0xF41) TXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB0SIDHbits_t; extern volatile __TXB0SIDHbits_t __at (0xF41) TXB0SIDHbits; extern __sfr __at (0xF42) TXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB0SIDLbits_t; extern volatile __TXB0SIDLbits_t __at (0xF42) TXB0SIDLbits; extern __sfr __at (0xF43) TXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB0EIDHbits_t; extern volatile __TXB0EIDHbits_t __at (0xF43) TXB0EIDHbits; extern __sfr __at (0xF44) TXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB0EIDLbits_t; extern volatile __TXB0EIDLbits_t __at (0xF44) TXB0EIDLbits; extern __sfr __at (0xF45) TXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xF45) TXB0DLCbits; extern __sfr __at (0xF46) TXB0D0; typedef union { struct { unsigned TXB0D00 : 1; unsigned TXB0D01 : 1; unsigned TXB0D02 : 1; unsigned TXB0D03 : 1; unsigned TXB0D04 : 1; unsigned TXB0D05 : 1; unsigned TXB0D06 : 1; unsigned TXB0D07 : 1; }; } __TXB0D0bits_t; extern volatile __TXB0D0bits_t __at (0xF46) TXB0D0bits; extern __sfr __at (0xF47) TXB0D1; typedef union { struct { unsigned TXB0D10 : 1; unsigned TXB0D11 : 1; unsigned TXB0D12 : 1; unsigned TXB0D13 : 1; unsigned TXB0D14 : 1; unsigned TXB0D15 : 1; unsigned TXB0D16 : 1; unsigned TXB0D17 : 1; }; } __TXB0D1bits_t; extern volatile __TXB0D1bits_t __at (0xF47) TXB0D1bits; extern __sfr __at (0xF48) TXB0D2; typedef union { struct { unsigned TXB0D20 : 1; unsigned TXB0D21 : 1; unsigned TXB0D22 : 1; unsigned TXB0D23 : 1; unsigned TXB0D24 : 1; unsigned TXB0D25 : 1; unsigned TXB0D26 : 1; unsigned TXB0D27 : 1; }; } __TXB0D2bits_t; extern volatile __TXB0D2bits_t __at (0xF48) TXB0D2bits; extern __sfr __at (0xF49) TXB0D3; typedef union { struct { unsigned TXB0D30 : 1; unsigned TXB0D31 : 1; unsigned TXB0D32 : 1; unsigned TXB0D33 : 1; unsigned TXB0D34 : 1; unsigned TXB0D35 : 1; unsigned TXB0D36 : 1; unsigned TXB0D37 : 1; }; } __TXB0D3bits_t; extern volatile __TXB0D3bits_t __at (0xF49) TXB0D3bits; extern __sfr __at (0xF4A) TXB0D4; typedef union { struct { unsigned TXB0D40 : 1; unsigned TXB0D41 : 1; unsigned TXB0D42 : 1; unsigned TXB0D43 : 1; unsigned TXB0D44 : 1; unsigned TXB0D45 : 1; unsigned TXB0D46 : 1; unsigned TXB0D47 : 1; }; } __TXB0D4bits_t; extern volatile __TXB0D4bits_t __at (0xF4A) TXB0D4bits; extern __sfr __at (0xF4B) TXB0D5; typedef union { struct { unsigned TXB0D50 : 1; unsigned TXB0D51 : 1; unsigned TXB0D52 : 1; unsigned TXB0D53 : 1; unsigned TXB0D54 : 1; unsigned TXB0D55 : 1; unsigned TXB0D56 : 1; unsigned TXB0D57 : 1; }; } __TXB0D5bits_t; extern volatile __TXB0D5bits_t __at (0xF4B) TXB0D5bits; extern __sfr __at (0xF4C) TXB0D6; typedef union { struct { unsigned TXB0D60 : 1; unsigned TXB0D61 : 1; unsigned TXB0D62 : 1; unsigned TXB0D63 : 1; unsigned TXB0D64 : 1; unsigned TXB0D65 : 1; unsigned TXB0D66 : 1; unsigned TXB0D67 : 1; }; } __TXB0D6bits_t; extern volatile __TXB0D6bits_t __at (0xF4C) TXB0D6bits; extern __sfr __at (0xF4D) TXB0D7; typedef union { struct { unsigned TXB0D70 : 1; unsigned TXB0D71 : 1; unsigned TXB0D72 : 1; unsigned TXB0D73 : 1; unsigned TXB0D74 : 1; unsigned TXB0D75 : 1; unsigned TXB0D76 : 1; unsigned TXB0D77 : 1; }; } __TXB0D7bits_t; extern volatile __TXB0D7bits_t __at (0xF4D) TXB0D7bits; extern __sfr __at (0xF4E) CANSTAT_RO1; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO1bits_t; extern volatile __CANSTAT_RO1bits_t __at (0xF4E) CANSTAT_RO1bits; extern __sfr __at (0xF4F) CANCON_RO1; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO1bits_t; extern volatile __CANCON_RO1bits_t __at (0xF4F) CANCON_RO1bits; extern __sfr __at (0xF50) RXB1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned RXRTRRO_RXB1CON : 1; unsigned FILHIT4 : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned FILHIT3 : 1; unsigned : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xF50) RXB1CONbits; extern __sfr __at (0xF51) RXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB1SIDHbits_t; extern volatile __RXB1SIDHbits_t __at (0xF51) RXB1SIDHbits; extern __sfr __at (0xF52) RXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xF52) RXB1SIDLbits; extern __sfr __at (0xF53) RXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB1EIDHbits_t; extern volatile __RXB1EIDHbits_t __at (0xF53) RXB1EIDHbits; extern __sfr __at (0xF54) RXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB1EIDLbits_t; extern volatile __RXB1EIDLbits_t __at (0xF54) RXB1EIDLbits; extern __sfr __at (0xF55) RXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB1DLC : 1; unsigned RB1_RXB1DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xF55) RXB1DLCbits; extern __sfr __at (0xF56) RXB1D0; typedef union { struct { unsigned RXB1D00 : 1; unsigned RXB1D01 : 1; unsigned RXB1D02 : 1; unsigned RXB1D03 : 1; unsigned RXB1D04 : 1; unsigned RXB1D05 : 1; unsigned RXB1D06 : 1; unsigned RXB1D07 : 1; }; } __RXB1D0bits_t; extern volatile __RXB1D0bits_t __at (0xF56) RXB1D0bits; extern __sfr __at (0xF57) RXB1D1; typedef union { struct { unsigned RXB1D10 : 1; unsigned RXB1D11 : 1; unsigned RXB1D12 : 1; unsigned RXB1D13 : 1; unsigned RXB1D14 : 1; unsigned RXB1D15 : 1; unsigned RXB1D16 : 1; unsigned RXB1D17 : 1; }; } __RXB1D1bits_t; extern volatile __RXB1D1bits_t __at (0xF57) RXB1D1bits; extern __sfr __at (0xF58) RXB1D2; typedef union { struct { unsigned RXB1D20 : 1; unsigned RXB1D21 : 1; unsigned RXB1D22 : 1; unsigned RXB1D23 : 1; unsigned RXB1D24 : 1; unsigned RXB1D25 : 1; unsigned RXB1D26 : 1; unsigned RXB1D27 : 1; }; } __RXB1D2bits_t; extern volatile __RXB1D2bits_t __at (0xF58) RXB1D2bits; extern __sfr __at (0xF59) RXB1D3; typedef union { struct { unsigned RXB1D30 : 1; unsigned RXB1D31 : 1; unsigned RXB1D32 : 1; unsigned RXB1D33 : 1; unsigned RXB1D34 : 1; unsigned RXB1D35 : 1; unsigned RXB1D36 : 1; unsigned RXB1D37 : 1; }; } __RXB1D3bits_t; extern volatile __RXB1D3bits_t __at (0xF59) RXB1D3bits; extern __sfr __at (0xF5A) RXB1D4; typedef union { struct { unsigned RXB1D40 : 1; unsigned RXB1D41 : 1; unsigned RXB1D42 : 1; unsigned RXB1D43 : 1; unsigned RXB1D44 : 1; unsigned RXB1D45 : 1; unsigned RXB1D46 : 1; unsigned RXB1D47 : 1; }; } __RXB1D4bits_t; extern volatile __RXB1D4bits_t __at (0xF5A) RXB1D4bits; extern __sfr __at (0xF5B) RXB1D5; typedef union { struct { unsigned RXB1D50 : 1; unsigned RXB1D51 : 1; unsigned RXB1D52 : 1; unsigned RXB1D53 : 1; unsigned RXB1D54 : 1; unsigned RXB1D55 : 1; unsigned RXB1D56 : 1; unsigned RXB1D57 : 1; }; } __RXB1D5bits_t; extern volatile __RXB1D5bits_t __at (0xF5B) RXB1D5bits; extern __sfr __at (0xF5C) RXB1D6; typedef union { struct { unsigned RXB1D60 : 1; unsigned RXB1D61 : 1; unsigned RXB1D62 : 1; unsigned RXB1D63 : 1; unsigned RXB1D64 : 1; unsigned RXB1D65 : 1; unsigned RXB1D66 : 1; unsigned RXB1D67 : 1; }; } __RXB1D6bits_t; extern volatile __RXB1D6bits_t __at (0xF5C) RXB1D6bits; extern __sfr __at (0xF5D) RXB1D7; typedef union { struct { unsigned RXB1D70 : 1; unsigned RXB1D71 : 1; unsigned RXB1D72 : 1; unsigned RXB1D73 : 1; unsigned RXB1D74 : 1; unsigned RXB1D75 : 1; unsigned RXB1D76 : 1; unsigned RXB1D77 : 1; }; } __RXB1D7bits_t; extern volatile __RXB1D7bits_t __at (0xF5D) RXB1D7bits; extern __sfr __at (0xF5E) CANSTAT_RO0; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO0bits_t; extern volatile __CANSTAT_RO0bits_t __at (0xF5E) CANSTAT_RO0bits; extern __sfr __at (0xF5F) CANCON_RO0; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO0bits_t; extern volatile __CANCON_RO0bits_t __at (0xF5F) CANCON_RO0bits; extern __sfr __at (0xF60) RXB0CON; typedef union { struct { unsigned : 1; unsigned JTOFF : 1; unsigned RXB0DBEN : 1; unsigned RXRTRRO_RXB0CON : 1; unsigned : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xF60) RXB0CONbits; extern __sfr __at (0xF61) RXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB0SIDHbits_t; extern volatile __RXB0SIDHbits_t __at (0xF61) RXB0SIDHbits; extern __sfr __at (0xF62) RXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xF62) RXB0SIDLbits; extern __sfr __at (0xF63) RXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB0EIDHbits_t; extern volatile __RXB0EIDHbits_t __at (0xF63) RXB0EIDHbits; extern __sfr __at (0xF64) RXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB0EIDLbits_t; extern volatile __RXB0EIDLbits_t __at (0xF64) RXB0EIDLbits; extern __sfr __at (0xF65) RXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB0DLC : 1; unsigned RB1_RXB0DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB0DLCbits_t; extern volatile __RXB0DLCbits_t __at (0xF65) RXB0DLCbits; extern __sfr __at (0xF66) RXB0D0; typedef union { struct { unsigned RXB0D00 : 1; unsigned RXB0D01 : 1; unsigned RXB0D02 : 1; unsigned RXB0D03 : 1; unsigned RXB0D04 : 1; unsigned RXB0D05 : 1; unsigned RXB0D06 : 1; unsigned RXB0D07 : 1; }; } __RXB0D0bits_t; extern volatile __RXB0D0bits_t __at (0xF66) RXB0D0bits; extern __sfr __at (0xF67) RXB0D1; typedef union { struct { unsigned RXB0D10 : 1; unsigned RXB0D11 : 1; unsigned RXB0D12 : 1; unsigned RXB0D13 : 1; unsigned RXB0D14 : 1; unsigned RXB0D15 : 1; unsigned RXB0D16 : 1; unsigned RXB0D17 : 1; }; } __RXB0D1bits_t; extern volatile __RXB0D1bits_t __at (0xF67) RXB0D1bits; extern __sfr __at (0xF68) RXB0D2; typedef union { struct { unsigned RXB0D20 : 1; unsigned RXB0D21 : 1; unsigned RXB0D22 : 1; unsigned RXB0D23 : 1; unsigned RXB0D24 : 1; unsigned RXB0D25 : 1; unsigned RXB0D26 : 1; unsigned RXB0D27 : 1; }; } __RXB0D2bits_t; extern volatile __RXB0D2bits_t __at (0xF68) RXB0D2bits; extern __sfr __at (0xF69) RXB0D3; typedef union { struct { unsigned RXB0D30 : 1; unsigned RXB0D31 : 1; unsigned RXB0D32 : 1; unsigned RXB0D33 : 1; unsigned RXB0D34 : 1; unsigned RXB0D35 : 1; unsigned RXB0D36 : 1; unsigned RXB0D37 : 1; }; } __RXB0D3bits_t; extern volatile __RXB0D3bits_t __at (0xF69) RXB0D3bits; extern __sfr __at (0xF6A) RXB0D4; typedef union { struct { unsigned RXB0D40 : 1; unsigned RXB0D41 : 1; unsigned RXB0D42 : 1; unsigned RXB0D43 : 1; unsigned RXB0D44 : 1; unsigned RXB0D45 : 1; unsigned RXB0D46 : 1; unsigned RXB0D47 : 1; }; } __RXB0D4bits_t; extern volatile __RXB0D4bits_t __at (0xF6A) RXB0D4bits; extern __sfr __at (0xF6B) RXB0D5; typedef union { struct { unsigned RXB0D50 : 1; unsigned RXB0D51 : 1; unsigned RXB0D52 : 1; unsigned RXB0D53 : 1; unsigned RXB0D54 : 1; unsigned RXB0D55 : 1; unsigned RXB0D56 : 1; unsigned RXB0D57 : 1; }; } __RXB0D5bits_t; extern volatile __RXB0D5bits_t __at (0xF6B) RXB0D5bits; extern __sfr __at (0xF6C) RXB0D6; typedef union { struct { unsigned RXB0D60 : 1; unsigned RXB0D61 : 1; unsigned RXB0D62 : 1; unsigned RXB0D63 : 1; unsigned RXB0D64 : 1; unsigned RXB0D65 : 1; unsigned RXB0D66 : 1; unsigned RXB0D67 : 1; }; } __RXB0D6bits_t; extern volatile __RXB0D6bits_t __at (0xF6C) RXB0D6bits; extern __sfr __at (0xF6D) RXB0D7; typedef union { struct { unsigned RXB0D70 : 1; unsigned RXB0D71 : 1; unsigned RXB0D72 : 1; unsigned RXB0D73 : 1; unsigned RXB0D74 : 1; unsigned RXB0D75 : 1; unsigned RXB0D76 : 1; unsigned RXB0D77 : 1; }; } __RXB0D7bits_t; extern volatile __RXB0D7bits_t __at (0xF6D) RXB0D7bits; extern __sfr __at (0xF6E) CANSTAT; typedef union { struct { unsigned EICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned EICODE4 : 1; unsigned OPMODE0 : 1; unsigned OPMODE1 : 1; unsigned OPMODE2 : 1; }; struct { unsigned : 1; unsigned EICODE1 : 1; unsigned EICODE2 : 1; unsigned EICODE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xF6E) CANSTATbits; extern __sfr __at (0xF6F) CANCON; typedef union { struct { unsigned FP0 : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; struct { unsigned : 1; unsigned FP1 : 1; unsigned FP2 : 1; unsigned FP3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xF6F) CANCONbits; extern __sfr __at (0xF70) BRGCON1; typedef union { struct { unsigned BRP0 : 1; unsigned BRP1 : 1; unsigned BRP2 : 1; unsigned BRP3 : 1; unsigned BRP4 : 1; unsigned BRP5 : 1; unsigned SJW0 : 1; unsigned SJW1 : 1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xF70) BRGCON1bits; extern __sfr __at (0xF71) BRGCON2; typedef union { struct { unsigned PRSEG0 : 1; unsigned PRSEG1 : 1; unsigned PRSEG2 : 1; unsigned SEG1PH0 : 1; unsigned SEG1PH1 : 1; unsigned SEG1PH2 : 1; unsigned SAM : 1; unsigned SEG2PHTS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SEG2PHT : 1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xF71) BRGCON2bits; extern __sfr __at (0xF72) BRGCON3; typedef union { struct { unsigned SEG2PH0 : 1; unsigned SEG2PH1 : 1; unsigned SEG2PH2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned WAKFIL : 1; unsigned WAKDIS : 1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xF72) BRGCON3bits; extern __sfr __at (0xF73) CIOCON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CANCAP : 1; unsigned ENDRHI : 1; unsigned : 1; unsigned : 1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xF73) CIOCONbits; extern __sfr __at (0xF74) COMSTAT; typedef union { struct { unsigned EWARN : 1; unsigned RXWARN : 1; unsigned TXWARN : 1; unsigned RXBP : 1; unsigned TXBP : 1; unsigned TXBO : 1; unsigned RXB1OVFL : 1; unsigned RXB0OVFL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXBnOVFL : 1; unsigned FIFOEMPTY : 1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xF74) COMSTATbits; extern __sfr __at (0xF75) RXERRCNT; typedef union { struct { unsigned REC0 : 1; unsigned REC1 : 1; unsigned REC2 : 1; unsigned REC3 : 1; unsigned REC4 : 1; unsigned REC5 : 1; unsigned REC6 : 1; unsigned REC7 : 1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xF75) RXERRCNTbits; extern __sfr __at (0xF76) TXERRCNT; typedef union { struct { unsigned TEC0 : 1; unsigned TEC1 : 1; unsigned TEC2 : 1; unsigned TEC3 : 1; unsigned TEC4 : 1; unsigned TEC5 : 1; unsigned TEC6 : 1; unsigned TEC7 : 1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xF76) TXERRCNTbits; extern __sfr __at (0xF77) ECANCON; typedef union { struct { unsigned EWIN0 : 1; unsigned EWIN1 : 1; unsigned EWIN2 : 1; unsigned EWIN3 : 1; unsigned EWIN4 : 1; unsigned FIFOWM : 1; unsigned MDSEL0 : 1; unsigned MDSEL1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned F : 1; unsigned : 1; unsigned : 1; }; } __ECANCONbits_t; extern volatile __ECANCONbits_t __at (0xF77) ECANCONbits; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned CVREF_PORTA : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned LVDIN : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned CVREF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0_PORTB : 1; unsigned RB1_PORTB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CANRX : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN10 : 1; unsigned AN8 : 1; unsigned CANTX : 1; unsigned : 1; unsigned AN9 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PSP0 : 1; unsigned PSP1 : 1; unsigned PSP2 : 1; unsigned PSP3 : 1; unsigned PSP4 : 1; unsigned PSP5 : 1; unsigned PSP6 : 1; unsigned PSP7 : 1; }; struct { unsigned C1INB : 1; unsigned C1INA : 1; unsigned C2INB : 1; unsigned C2INA : 1; unsigned P1A : 1; unsigned P1B : 1; unsigned P1C : 1; unsigned P1D : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned ECCP1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0_DDRB : 1; unsigned RB1_DDRB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSCR : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXBIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned ECCP1IE : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned ECCP1IF : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned ECCP1IP : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned ERRIE : 1; unsigned WAKIE : 1; unsigned IRXIE : 1; }; struct { unsigned FIFOWMIE : 1; unsigned RXBnIE : 1; unsigned : 1; unsigned : 1; unsigned TXBnIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FIFOMWIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned RXB0IF : 1; unsigned RXB1IF : 1; unsigned TXB0IF : 1; unsigned TXB1IF : 1; unsigned TXB2IF : 1; unsigned ERRIF : 1; unsigned WAKIF : 1; unsigned IRXIF : 1; }; struct { unsigned FIFOWMIF : 1; unsigned RXBnIF : 1; unsigned : 1; unsigned : 1; unsigned TXBnIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned RXB0IP : 1; unsigned RXB1IP : 1; unsigned TXB0IP : 1; unsigned TXB1IP : 1; unsigned TXB2IP : 1; unsigned ERRIP : 1; unsigned WAKIP : 1; unsigned IRXIP : 1; }; struct { unsigned FIFOWMIP : 1; unsigned RXBnIP : 1; unsigned : 1; unsigned : 1; unsigned TXBnIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAA) EEADRH; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3NSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned T3ECCP1 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT : 1; unsigned C2OUT : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVREF_CVRCON : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CVRSS : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFBA) ECCP1CON; typedef union { struct { unsigned ECCP1M0 : 1; unsigned ECCP1M1 : 1; unsigned ECCP1M2 : 1; unsigned ECCP1M3 : 1; unsigned EDC1B0 : 1; unsigned EDC1B1 : 1; unsigned EPWM1M0 : 1; unsigned EPWM1M1 : 1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xFBA) ECCP1CONbits; extern __sfr __at (0xFBB) ECCPR1; extern __sfr __at (0xFBB) ECCPR1L; extern __sfr __at (0xFBC) ECCPR1H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO_DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T0PS3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f4682.h000066400000000000000000004565601116427777700200740ustar00rootroot00000000000000/* * pic18f4682.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F4682_H__ #define __PIC18F4682_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP oscillator #define _OSC_XT_1H 0xF1 // XT oscillator #define _OSC_HS_1H 0xF2 // HS oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_IRCIO67_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_IRCIO7_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOREN_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOREN_SBORENCTRL_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOREN_BOACTIVE_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOREN_BOHW_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // WDT disabled (control is placed on the SWDTEN bit) #define _WDT_ON_2H 0xFF // WDT enabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_OFF_3H 0xFD // PORTB<4> and PORTB<1:0> Configured as Digital I/O Pins on Reset #define _PBADEN_ON_3H 0xFF // PORTB<4> and PORTB<1:0> Configured as Analog Pins on Reset // CONFIG4L Options #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _BBSIZ_1024_4L 0xCF // 1K words (2K bytes) Boot Block #define _BBSIZ_2048_4L 0xDF // 2K words (4K bytes) Boot Block #define _BBSIZ_4096_4L 0xEF // 4K words (8K bytes) Boot Block #define _LVP_OFF_4L 0xFB // Disabled #define _LVP_ON_4L 0xFF // Enabled #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 (000800-003FFFh) code-protected #define _CP0_OFF_5L 0xFF // Block 0 (000800-003FFFh) not code-protected #define _CP1_ON_5L 0xFD // Block 1 (004000-007FFFh) code-protected #define _CP1_OFF_5L 0xFF // Block 1 (004000-007FFFh) not code-protected #define _CP2_ON_5L 0xFB // Block 2 (008000-00BFFFh) code-protected #define _CP2_OFF_5L 0xFF // Block 2 (008000-00BFFFh) not code-protected #define _CP3_ON_5L 0xF7 // Block 3 (00C000-00FFFFh) code-protected #define _CP3_OFF_5L 0xFF // Block 3 (00C000-00FFFFh) not code-protected #define _CP4_ON_5L 0xEF // Block 4 (010000-013FFFh) code-protected #define _CP4_OFF_5L 0xFF // Block 4 (010000-013FFFh) not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot Block (000000-0007FFh) code-protected #define _CPB_OFF_5H 0xFF // Boot Block (000000-0007FFh) not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 (000800-003FFFh) write-protected #define _WRT0_OFF_6L 0xFF // Block 0 (000800-003FFFh) not write-protected #define _WRT1_ON_6L 0xFD // Block 1 (004000-007FFFh) write-protected #define _WRT1_OFF_6L 0xFF // Block 1 (004000-007FFFh) not write-protected #define _WRT2_ON_6L 0xFB // Block 2 (008000-00BFFFh) write-protected #define _WRT2_OFF_6L 0xFF // Block 2 (008000-00BFFFh) not write-protected #define _WRT3_ON_6L 0xF7 // Block 3 (00C000-00FFFFh) write-protected #define _WRT3_OFF_6L 0xFF // Block 3 (00C000-00FFFFh) not write-protected #define _WRT4_ON_6L 0xEF // Block 4 (010000-013FFFh) write-protected #define _WRT4_OFF_6L 0xFF // Block 4 (010000-013FFFh) not write-protected // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Boot Block (000000-0007FFh) write-protected #define _WRTB_OFF_6H 0xFF // Boot Block (000000-0007FFh) not write-protected #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 (000800-003FFFh) protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 (000800-003FFFh) not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 (004000-007FFFh) protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 (004000-007FFFh) not protected from table reads executed in other blocks #define _EBTR2_ON_7L 0xFB // Block 2 (008000-00BFFFh) protected from table reads executed in other blocks #define _EBTR2_OFF_7L 0xFF // Block 2 (008000-00BFFFh) not protected from table reads executed in other blocks #define _EBTR3_ON_7L 0xF7 // Block 3 (00C000-00FFFFh) protected from table reads executed in other blocks #define _EBTR3_OFF_7L 0xFF // Block 3 (00C000-00FFFFh) not protected from table reads executed in other blocks #define _EBTR4_ON_7L 0xEF // Block 4 (010000-013FFFh) protected from table reads executed in other blocks #define _EBTR4_OFF_7L 0xFF // Block 4 (010000-013FFFh) not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot Block (000000-0007FFh) protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot Block (000000-0007FFh) not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xD60) RXF6SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF6SIDHbits_t; extern volatile __RXF6SIDHbits_t __at (0xD60) RXF6SIDHbits; extern __sfr __at (0xD61) RXF6SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF6SIDLbits_t; extern volatile __RXF6SIDLbits_t __at (0xD61) RXF6SIDLbits; extern __sfr __at (0xD62) RXF6EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF6EIDHbits_t; extern volatile __RXF6EIDHbits_t __at (0xD62) RXF6EIDHbits; extern __sfr __at (0xD63) RXF6EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF6EIDLbits_t; extern volatile __RXF6EIDLbits_t __at (0xD63) RXF6EIDLbits; extern __sfr __at (0xD64) RXF7SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF7SIDHbits_t; extern volatile __RXF7SIDHbits_t __at (0xD64) RXF7SIDHbits; extern __sfr __at (0xD65) RXF7SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF7SIDLbits_t; extern volatile __RXF7SIDLbits_t __at (0xD65) RXF7SIDLbits; extern __sfr __at (0xD66) RXF7EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF7EIDHbits_t; extern volatile __RXF7EIDHbits_t __at (0xD66) RXF7EIDHbits; extern __sfr __at (0xD67) RXF7EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF7EIDLbits_t; extern volatile __RXF7EIDLbits_t __at (0xD67) RXF7EIDLbits; extern __sfr __at (0xD68) RXF8SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF8SIDHbits_t; extern volatile __RXF8SIDHbits_t __at (0xD68) RXF8SIDHbits; extern __sfr __at (0xD69) RXF8SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF8SIDLbits_t; extern volatile __RXF8SIDLbits_t __at (0xD69) RXF8SIDLbits; extern __sfr __at (0xD6A) RXF8EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF8EIDHbits_t; extern volatile __RXF8EIDHbits_t __at (0xD6A) RXF8EIDHbits; extern __sfr __at (0xD6B) RXF8EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF8EIDLbits_t; extern volatile __RXF8EIDLbits_t __at (0xD6B) RXF8EIDLbits; extern __sfr __at (0xD70) RXF9SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF9SIDHbits_t; extern volatile __RXF9SIDHbits_t __at (0xD70) RXF9SIDHbits; extern __sfr __at (0xD71) RXF9SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF9SIDLbits_t; extern volatile __RXF9SIDLbits_t __at (0xD71) RXF9SIDLbits; extern __sfr __at (0xD72) RXF9EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF9EIDHbits_t; extern volatile __RXF9EIDHbits_t __at (0xD72) RXF9EIDHbits; extern __sfr __at (0xD73) RXF9EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF9EIDLbits_t; extern volatile __RXF9EIDLbits_t __at (0xD73) RXF9EIDLbits; extern __sfr __at (0xD74) RXF10SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF10SIDHbits_t; extern volatile __RXF10SIDHbits_t __at (0xD74) RXF10SIDHbits; extern __sfr __at (0xD75) RXF10SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF10SIDLbits_t; extern volatile __RXF10SIDLbits_t __at (0xD75) RXF10SIDLbits; extern __sfr __at (0xD76) RXF10EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF10EIDHbits_t; extern volatile __RXF10EIDHbits_t __at (0xD76) RXF10EIDHbits; extern __sfr __at (0xD77) RXF10EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF10EIDLbits_t; extern volatile __RXF10EIDLbits_t __at (0xD77) RXF10EIDLbits; extern __sfr __at (0xD78) RXF11SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF11SIDHbits_t; extern volatile __RXF11SIDHbits_t __at (0xD78) RXF11SIDHbits; extern __sfr __at (0xD79) RXF11SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF11SIDLbits_t; extern volatile __RXF11SIDLbits_t __at (0xD79) RXF11SIDLbits; extern __sfr __at (0xD7A) RXF11EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF11EIDHbits_t; extern volatile __RXF11EIDHbits_t __at (0xD7A) RXF11EIDHbits; extern __sfr __at (0xD7B) RXF11EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF11EIDLbits_t; extern volatile __RXF11EIDLbits_t __at (0xD7B) RXF11EIDLbits; extern __sfr __at (0xD80) RXF12SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF12SIDHbits_t; extern volatile __RXF12SIDHbits_t __at (0xD80) RXF12SIDHbits; extern __sfr __at (0xD81) RXF12SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF12SIDLbits_t; extern volatile __RXF12SIDLbits_t __at (0xD81) RXF12SIDLbits; extern __sfr __at (0xD82) RXF12EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF12EIDHbits_t; extern volatile __RXF12EIDHbits_t __at (0xD82) RXF12EIDHbits; extern __sfr __at (0xD83) RXF12EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF12EIDLbits_t; extern volatile __RXF12EIDLbits_t __at (0xD83) RXF12EIDLbits; extern __sfr __at (0xD84) RXF13SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF13SIDHbits_t; extern volatile __RXF13SIDHbits_t __at (0xD84) RXF13SIDHbits; extern __sfr __at (0xD85) RXF13SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF13SIDLbits_t; extern volatile __RXF13SIDLbits_t __at (0xD85) RXF13SIDLbits; extern __sfr __at (0xD86) RXF13EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF13EIDHbits_t; extern volatile __RXF13EIDHbits_t __at (0xD86) RXF13EIDHbits; extern __sfr __at (0xD87) RXF13EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF13EIDLbits_t; extern volatile __RXF13EIDLbits_t __at (0xD87) RXF13EIDLbits; extern __sfr __at (0xD88) RXF14SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF14SIDHbits_t; extern volatile __RXF14SIDHbits_t __at (0xD88) RXF14SIDHbits; extern __sfr __at (0xD89) RXF14SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF14SIDLbits_t; extern volatile __RXF14SIDLbits_t __at (0xD89) RXF14SIDLbits; extern __sfr __at (0xD8A) RXF14EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF14EIDHbits_t; extern volatile __RXF14EIDHbits_t __at (0xD8A) RXF14EIDHbits; extern __sfr __at (0xD8B) RXF14EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF14EIDLbits_t; extern volatile __RXF14EIDLbits_t __at (0xD8B) RXF14EIDLbits; extern __sfr __at (0xD90) RXF15SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF15SIDHbits_t; extern volatile __RXF15SIDHbits_t __at (0xD90) RXF15SIDHbits; extern __sfr __at (0xD91) RXF15SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF15SIDLbits_t; extern volatile __RXF15SIDLbits_t __at (0xD91) RXF15SIDLbits; extern __sfr __at (0xD92) RXF15EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF15EIDHbits_t; extern volatile __RXF15EIDHbits_t __at (0xD92) RXF15EIDHbits; extern __sfr __at (0xD93) RXF15EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF15EIDLbits_t; extern volatile __RXF15EIDLbits_t __at (0xD93) RXF15EIDLbits; extern __sfr __at (0xDD4) RXFCON0; typedef union { struct { unsigned RXF0EN : 1; unsigned RXF1EN : 1; unsigned RXF2EN : 1; unsigned RXF3EN : 1; unsigned RXF4EN : 1; unsigned RXF5EN : 1; unsigned RXF6EN : 1; unsigned RXF7EN : 1; }; } __RXFCON0bits_t; extern volatile __RXFCON0bits_t __at (0xDD4) RXFCON0bits; extern __sfr __at (0xDD5) RXFCON1; typedef union { struct { unsigned RXF8EN : 1; unsigned RXF9EN : 1; unsigned RXF10EN : 1; unsigned RXF11EN : 1; unsigned RXF12EN : 1; unsigned RXF13EN : 1; unsigned RXF14EN : 1; unsigned RXF15EN : 1; }; } __RXFCON1bits_t; extern volatile __RXFCON1bits_t __at (0xDD5) RXFCON1bits; extern __sfr __at (0xDD8) SDFLC; typedef union { struct { unsigned DFLC0 : 1; unsigned DFLC1 : 1; unsigned DFLC2 : 1; unsigned DFLC3 : 1; unsigned DFLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FLC0 : 1; unsigned FLC1 : 1; unsigned FLC2 : 1; unsigned FLC3 : 1; unsigned FLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SDFLCbits_t; extern volatile __SDFLCbits_t __at (0xDD8) SDFLCbits; extern __sfr __at (0xDE0) RXFBCON0; typedef union { struct { unsigned F0BP_0 : 1; unsigned F0BP_1 : 1; unsigned F0BP_2 : 1; unsigned F0BP_3 : 1; unsigned F1BP_0 : 1; unsigned F1BP_1 : 1; unsigned F1BP_2 : 1; unsigned F1BP_3 : 1; }; } __RXFBCON0bits_t; extern volatile __RXFBCON0bits_t __at (0xDE0) RXFBCON0bits; extern __sfr __at (0xDE1) RXFBCON1; typedef union { struct { unsigned F2BP_0 : 1; unsigned F2BP_1 : 1; unsigned F2BP_2 : 1; unsigned F2BP_3 : 1; unsigned F3BP_0 : 1; unsigned F3BP_1 : 1; unsigned F3BP_2 : 1; unsigned F3BP_3 : 1; }; } __RXFBCON1bits_t; extern volatile __RXFBCON1bits_t __at (0xDE1) RXFBCON1bits; extern __sfr __at (0xDE2) RXFBCON2; typedef union { struct { unsigned F4BP_0 : 1; unsigned F4BP_1 : 1; unsigned F4BP_2 : 1; unsigned F4BP_3 : 1; unsigned F5BP_0 : 1; unsigned F5BP_1 : 1; unsigned F5BP_2 : 1; unsigned F5BP_3 : 1; }; } __RXFBCON2bits_t; extern volatile __RXFBCON2bits_t __at (0xDE2) RXFBCON2bits; extern __sfr __at (0xDE3) RXFBCON3; typedef union { struct { unsigned F6BP_0 : 1; unsigned F6BP_1 : 1; unsigned F6BP_2 : 1; unsigned F6BP_3 : 1; unsigned F7BP_0 : 1; unsigned F7BP_1 : 1; unsigned F7BP_2 : 1; unsigned F7BP_3 : 1; }; } __RXFBCON3bits_t; extern volatile __RXFBCON3bits_t __at (0xDE3) RXFBCON3bits; extern __sfr __at (0xDE4) RXFBCON4; typedef union { struct { unsigned F8BP_0 : 1; unsigned F8BP_1 : 1; unsigned F8BP_2 : 1; unsigned F8BP_3 : 1; unsigned F9BP_0 : 1; unsigned F9BP_1 : 1; unsigned F9BP_2 : 1; unsigned F9BP_3 : 1; }; } __RXFBCON4bits_t; extern volatile __RXFBCON4bits_t __at (0xDE4) RXFBCON4bits; extern __sfr __at (0xDE5) RXFBCON5; typedef union { struct { unsigned F10BP_0 : 1; unsigned F10BP_1 : 1; unsigned F10BP_2 : 1; unsigned F10BP_3 : 1; unsigned F11BP_0 : 1; unsigned F11BP_1 : 1; unsigned F11BP_2 : 1; unsigned F11BP_3 : 1; }; } __RXFBCON5bits_t; extern volatile __RXFBCON5bits_t __at (0xDE5) RXFBCON5bits; extern __sfr __at (0xDE6) RXFBCON6; typedef union { struct { unsigned F12BP_0 : 1; unsigned F12BP_1 : 1; unsigned F12BP_2 : 1; unsigned F12BP_3 : 1; unsigned F13BP_0 : 1; unsigned F13BP_1 : 1; unsigned F13BP_2 : 1; unsigned F13BP_3 : 1; }; } __RXFBCON6bits_t; extern volatile __RXFBCON6bits_t __at (0xDE6) RXFBCON6bits; extern __sfr __at (0xDE7) RXFBCON7; typedef union { struct { unsigned F14BP_0 : 1; unsigned F14BP_1 : 1; unsigned F14BP_2 : 1; unsigned F14BP_3 : 1; unsigned F15BP_0 : 1; unsigned F15BP_1 : 1; unsigned F15BP_2 : 1; unsigned F15BP_3 : 1; }; } __RXFBCON7bits_t; extern volatile __RXFBCON7bits_t __at (0xDE7) RXFBCON7bits; extern __sfr __at (0xDF0) MSEL0; typedef union { struct { unsigned FIL0_0 : 1; unsigned FIL0_1 : 1; unsigned FIL1_0 : 1; unsigned FIL1_1 : 1; unsigned FIL2_0 : 1; unsigned FIL2_1 : 1; unsigned FIL3_0 : 1; unsigned FIL3_1 : 1; }; } __MSEL0bits_t; extern volatile __MSEL0bits_t __at (0xDF0) MSEL0bits; extern __sfr __at (0xDF1) MSEL1; typedef union { struct { unsigned FIL4_0 : 1; unsigned FIL4_1 : 1; unsigned FIL5_0 : 1; unsigned FIL5_1 : 1; unsigned FIL6_0 : 1; unsigned FIL6_1 : 1; unsigned FIL7_0 : 1; unsigned FIL7_1 : 1; }; } __MSEL1bits_t; extern volatile __MSEL1bits_t __at (0xDF1) MSEL1bits; extern __sfr __at (0xDF2) MSEL2; typedef union { struct { unsigned FIL8_0 : 1; unsigned FIL8_1 : 1; unsigned FIL9_0 : 1; unsigned FIL9_1 : 1; unsigned FIL10_0 : 1; unsigned FIL10_1 : 1; unsigned FIL11_0 : 1; unsigned FIL11_1 : 1; }; } __MSEL2bits_t; extern volatile __MSEL2bits_t __at (0xDF2) MSEL2bits; extern __sfr __at (0xDF3) MSEL3; typedef union { struct { unsigned FIL12_0 : 1; unsigned FIL12_1 : 1; unsigned FIL13_0 : 1; unsigned FIL13_1 : 1; unsigned FIL14_0 : 1; unsigned FIL14_1 : 1; unsigned FIL15_0 : 1; unsigned FIL15_1 : 1; }; } __MSEL3bits_t; extern volatile __MSEL3bits_t __at (0xDF3) MSEL3bits; extern __sfr __at (0xDF8) BSEL0; typedef union { struct { unsigned : 1; unsigned : 1; unsigned B0TXEN : 1; unsigned B1TXEN : 1; unsigned B2TXEN : 1; unsigned B3TXEN : 1; unsigned B4TXEN : 1; unsigned B5TXEN : 1; }; } __BSEL0bits_t; extern volatile __BSEL0bits_t __at (0xDF8) BSEL0bits; extern __sfr __at (0xDFA) BIE0; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned B0IE : 1; unsigned B1IE : 1; unsigned B2IE : 1; unsigned B3IE : 1; unsigned B4IE : 1; unsigned B5IE : 1; }; } __BIE0bits_t; extern volatile __BIE0bits_t __at (0xDFA) BIE0bits; extern __sfr __at (0xDFC) TXBIE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TXBIEbits_t; extern volatile __TXBIEbits_t __at (0xDFC) TXBIEbits; extern __sfr __at (0xE20) B0CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B0CON : 1; unsigned : 1; unsigned : 1; }; } __B0CONbits_t; extern volatile __B0CONbits_t __at (0xE20) B0CONbits; extern __sfr __at (0xE21) B0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B0SIDHbits_t; extern volatile __B0SIDHbits_t __at (0xE21) B0SIDHbits; extern __sfr __at (0xE22) B0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B0SIDLbits_t; extern volatile __B0SIDLbits_t __at (0xE22) B0SIDLbits; extern __sfr __at (0xE23) B0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B0EIDHbits_t; extern volatile __B0EIDHbits_t __at (0xE23) B0EIDHbits; extern __sfr __at (0xE24) B0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B0EIDLbits_t; extern volatile __B0EIDLbits_t __at (0xE24) B0EIDLbits; extern __sfr __at (0xE25) B0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B0DLC : 1; unsigned RB1_B0DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B0DLCbits_t; extern volatile __B0DLCbits_t __at (0xE25) B0DLCbits; extern __sfr __at (0xE26) B0D0; typedef union { struct { unsigned B0D00 : 1; unsigned B0D01 : 1; unsigned B0D02 : 1; unsigned B0D03 : 1; unsigned B0D04 : 1; unsigned B0D05 : 1; unsigned B0D06 : 1; unsigned B0D07 : 1; }; } __B0D0bits_t; extern volatile __B0D0bits_t __at (0xE26) B0D0bits; extern __sfr __at (0xE27) B0D1; typedef union { struct { unsigned B0D10 : 1; unsigned B0D11 : 1; unsigned B0D12 : 1; unsigned B0D13 : 1; unsigned B0D14 : 1; unsigned B0D15 : 1; unsigned B0D16 : 1; unsigned B0D17 : 1; }; } __B0D1bits_t; extern volatile __B0D1bits_t __at (0xE27) B0D1bits; extern __sfr __at (0xE28) B0D2; typedef union { struct { unsigned B0D20 : 1; unsigned B0D21 : 1; unsigned B0D22 : 1; unsigned B0D23 : 1; unsigned B0D24 : 1; unsigned B0D25 : 1; unsigned B0D26 : 1; unsigned B0D27 : 1; }; } __B0D2bits_t; extern volatile __B0D2bits_t __at (0xE28) B0D2bits; extern __sfr __at (0xE29) B0D3; typedef union { struct { unsigned B0D30 : 1; unsigned B0D31 : 1; unsigned B0D32 : 1; unsigned B0D33 : 1; unsigned B0D34 : 1; unsigned B0D35 : 1; unsigned B0D36 : 1; unsigned B0D37 : 1; }; } __B0D3bits_t; extern volatile __B0D3bits_t __at (0xE29) B0D3bits; extern __sfr __at (0xE2A) B0D4; typedef union { struct { unsigned B0D40 : 1; unsigned B0D41 : 1; unsigned B0D42 : 1; unsigned B0D43 : 1; unsigned B0D44 : 1; unsigned B0D45 : 1; unsigned B0D46 : 1; unsigned B0D47 : 1; }; } __B0D4bits_t; extern volatile __B0D4bits_t __at (0xE2A) B0D4bits; extern __sfr __at (0xE2B) B0D5; typedef union { struct { unsigned B0D50 : 1; unsigned B0D51 : 1; unsigned B0D52 : 1; unsigned B0D53 : 1; unsigned B0D54 : 1; unsigned B0D55 : 1; unsigned B0D56 : 1; unsigned B0D57 : 1; }; } __B0D5bits_t; extern volatile __B0D5bits_t __at (0xE2B) B0D5bits; extern __sfr __at (0xE2C) B0D6; typedef union { struct { unsigned B0D60 : 1; unsigned B0D61 : 1; unsigned B0D62 : 1; unsigned B0D63 : 1; unsigned B0D64 : 1; unsigned B0D65 : 1; unsigned B0D66 : 1; unsigned B0D67 : 1; }; } __B0D6bits_t; extern volatile __B0D6bits_t __at (0xE2C) B0D6bits; extern __sfr __at (0xE2D) B0D7; typedef union { struct { unsigned B0D70 : 1; unsigned B0D71 : 1; unsigned B0D72 : 1; unsigned B0D73 : 1; unsigned B0D74 : 1; unsigned B0D75 : 1; unsigned B0D76 : 1; unsigned B0D77 : 1; }; } __B0D7bits_t; extern volatile __B0D7bits_t __at (0xE2D) B0D7bits; extern __sfr __at (0xE2E) CANSTAT_RO9; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO9bits_t; extern volatile __CANSTAT_RO9bits_t __at (0xE2E) CANSTAT_RO9bits; extern __sfr __at (0xE2F) CANCON_RO9; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO9bits_t; extern volatile __CANCON_RO9bits_t __at (0xE2F) CANCON_RO9bits; extern __sfr __at (0xE30) B1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B1CON : 1; unsigned : 1; unsigned : 1; }; } __B1CONbits_t; extern volatile __B1CONbits_t __at (0xE30) B1CONbits; extern __sfr __at (0xE31) B1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B1SIDHbits_t; extern volatile __B1SIDHbits_t __at (0xE31) B1SIDHbits; extern __sfr __at (0xE32) B1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B1SIDLbits_t; extern volatile __B1SIDLbits_t __at (0xE32) B1SIDLbits; extern __sfr __at (0xE33) B1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B1EIDHbits_t; extern volatile __B1EIDHbits_t __at (0xE33) B1EIDHbits; extern __sfr __at (0xE34) B1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B1EIDLbits_t; extern volatile __B1EIDLbits_t __at (0xE34) B1EIDLbits; extern __sfr __at (0xE35) B1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B1DLC : 1; unsigned RB1_B1DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B1DLCbits_t; extern volatile __B1DLCbits_t __at (0xE35) B1DLCbits; extern __sfr __at (0xE36) B1D0; typedef union { struct { unsigned B1D00 : 1; unsigned B1D01 : 1; unsigned B1D02 : 1; unsigned B1D03 : 1; unsigned B1D04 : 1; unsigned B1D05 : 1; unsigned B1D06 : 1; unsigned B1D07 : 1; }; } __B1D0bits_t; extern volatile __B1D0bits_t __at (0xE36) B1D0bits; extern __sfr __at (0xE37) B1D1; typedef union { struct { unsigned B1D10 : 1; unsigned B1D11 : 1; unsigned B1D12 : 1; unsigned B1D13 : 1; unsigned B1D14 : 1; unsigned B1D15 : 1; unsigned B1D16 : 1; unsigned B1D17 : 1; }; } __B1D1bits_t; extern volatile __B1D1bits_t __at (0xE37) B1D1bits; extern __sfr __at (0xE38) B1D2; typedef union { struct { unsigned B1D20 : 1; unsigned B1D21 : 1; unsigned B1D22 : 1; unsigned B1D23 : 1; unsigned B1D24 : 1; unsigned B1D25 : 1; unsigned B1D26 : 1; unsigned B1D27 : 1; }; } __B1D2bits_t; extern volatile __B1D2bits_t __at (0xE38) B1D2bits; extern __sfr __at (0xE39) B1D3; typedef union { struct { unsigned B1D30 : 1; unsigned B1D31 : 1; unsigned B1D32 : 1; unsigned B1D33 : 1; unsigned B1D34 : 1; unsigned B1D35 : 1; unsigned B1D36 : 1; unsigned B1D37 : 1; }; } __B1D3bits_t; extern volatile __B1D3bits_t __at (0xE39) B1D3bits; extern __sfr __at (0xE3A) B1D4; typedef union { struct { unsigned B1D40 : 1; unsigned B1D41 : 1; unsigned B1D42 : 1; unsigned B1D43 : 1; unsigned B1D44 : 1; unsigned B1D45 : 1; unsigned B1D46 : 1; unsigned B1D47 : 1; }; } __B1D4bits_t; extern volatile __B1D4bits_t __at (0xE3A) B1D4bits; extern __sfr __at (0xE3B) B1D5; typedef union { struct { unsigned B1D50 : 1; unsigned B1D51 : 1; unsigned B1D52 : 1; unsigned B1D53 : 1; unsigned B1D54 : 1; unsigned B1D55 : 1; unsigned B1D56 : 1; unsigned B1D57 : 1; }; } __B1D5bits_t; extern volatile __B1D5bits_t __at (0xE3B) B1D5bits; extern __sfr __at (0xE3C) B1D6; typedef union { struct { unsigned B1D60 : 1; unsigned B1D61 : 1; unsigned B1D62 : 1; unsigned B1D63 : 1; unsigned B1D64 : 1; unsigned B1D65 : 1; unsigned B1D66 : 1; unsigned B1D67 : 1; }; } __B1D6bits_t; extern volatile __B1D6bits_t __at (0xE3C) B1D6bits; extern __sfr __at (0xE3D) B1D7; typedef union { struct { unsigned B1D70 : 1; unsigned B1D71 : 1; unsigned B1D72 : 1; unsigned B1D73 : 1; unsigned B1D74 : 1; unsigned B1D75 : 1; unsigned B1D76 : 1; unsigned B1D77 : 1; }; } __B1D7bits_t; extern volatile __B1D7bits_t __at (0xE3D) B1D7bits; extern __sfr __at (0xE3E) CANSTAT_RO8; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO8bits_t; extern volatile __CANSTAT_RO8bits_t __at (0xE3E) CANSTAT_RO8bits; extern __sfr __at (0xE3F) CANCON_RO8; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO8bits_t; extern volatile __CANCON_RO8bits_t __at (0xE3F) CANCON_RO8bits; extern __sfr __at (0xE40) B2CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B2CON : 1; unsigned : 1; unsigned : 1; }; } __B2CONbits_t; extern volatile __B2CONbits_t __at (0xE40) B2CONbits; extern __sfr __at (0xE41) B2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B2SIDHbits_t; extern volatile __B2SIDHbits_t __at (0xE41) B2SIDHbits; extern __sfr __at (0xE42) B2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B2SIDLbits_t; extern volatile __B2SIDLbits_t __at (0xE42) B2SIDLbits; extern __sfr __at (0xE43) B2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B2EIDHbits_t; extern volatile __B2EIDHbits_t __at (0xE43) B2EIDHbits; extern __sfr __at (0xE44) B2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B2EIDLbits_t; extern volatile __B2EIDLbits_t __at (0xE44) B2EIDLbits; extern __sfr __at (0xE45) B2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B2DLC : 1; unsigned RB1_B2DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B2DLCbits_t; extern volatile __B2DLCbits_t __at (0xE45) B2DLCbits; extern __sfr __at (0xE46) B2D0; typedef union { struct { unsigned B2D00 : 1; unsigned B2D01 : 1; unsigned B2D02 : 1; unsigned B2D03 : 1; unsigned B2D04 : 1; unsigned B2D05 : 1; unsigned B2D06 : 1; unsigned B2D07 : 1; }; } __B2D0bits_t; extern volatile __B2D0bits_t __at (0xE46) B2D0bits; extern __sfr __at (0xE47) B2D1; typedef union { struct { unsigned B2D10 : 1; unsigned B2D11 : 1; unsigned B2D12 : 1; unsigned B2D13 : 1; unsigned B2D14 : 1; unsigned B2D15 : 1; unsigned B2D16 : 1; unsigned B2D17 : 1; }; } __B2D1bits_t; extern volatile __B2D1bits_t __at (0xE47) B2D1bits; extern __sfr __at (0xE48) B2D2; typedef union { struct { unsigned B2D20 : 1; unsigned B2D21 : 1; unsigned B2D22 : 1; unsigned B2D23 : 1; unsigned B2D24 : 1; unsigned B2D25 : 1; unsigned B2D26 : 1; unsigned B2D27 : 1; }; } __B2D2bits_t; extern volatile __B2D2bits_t __at (0xE48) B2D2bits; extern __sfr __at (0xE49) B2D3; typedef union { struct { unsigned B2D30 : 1; unsigned B2D31 : 1; unsigned B2D32 : 1; unsigned B2D33 : 1; unsigned B2D34 : 1; unsigned B2D35 : 1; unsigned B2D36 : 1; unsigned B2D37 : 1; }; } __B2D3bits_t; extern volatile __B2D3bits_t __at (0xE49) B2D3bits; extern __sfr __at (0xE4A) B2D4; typedef union { struct { unsigned B2D40 : 1; unsigned B2D41 : 1; unsigned B2D42 : 1; unsigned B2D43 : 1; unsigned B2D44 : 1; unsigned B2D45 : 1; unsigned B2D46 : 1; unsigned B2D47 : 1; }; } __B2D4bits_t; extern volatile __B2D4bits_t __at (0xE4A) B2D4bits; extern __sfr __at (0xE4B) B2D5; typedef union { struct { unsigned B2D50 : 1; unsigned B2D51 : 1; unsigned B2D52 : 1; unsigned B2D53 : 1; unsigned B2D54 : 1; unsigned B2D55 : 1; unsigned B2D56 : 1; unsigned B2D57 : 1; }; } __B2D5bits_t; extern volatile __B2D5bits_t __at (0xE4B) B2D5bits; extern __sfr __at (0xE4C) B2D6; typedef union { struct { unsigned B2D60 : 1; unsigned B2D61 : 1; unsigned B2D62 : 1; unsigned B2D63 : 1; unsigned B2D64 : 1; unsigned B2D65 : 1; unsigned B2D66 : 1; unsigned B2D67 : 1; }; } __B2D6bits_t; extern volatile __B2D6bits_t __at (0xE4C) B2D6bits; extern __sfr __at (0xE4D) B2D7; typedef union { struct { unsigned B2D70 : 1; unsigned B2D71 : 1; unsigned B2D72 : 1; unsigned B2D73 : 1; unsigned B2D74 : 1; unsigned B2D75 : 1; unsigned B2D76 : 1; unsigned B2D77 : 1; }; } __B2D7bits_t; extern volatile __B2D7bits_t __at (0xE4D) B2D7bits; extern __sfr __at (0xE4E) CANSTAT_RO7; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO7bits_t; extern volatile __CANSTAT_RO7bits_t __at (0xE4E) CANSTAT_RO7bits; extern __sfr __at (0xE4F) CANCON_RO7; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO7bits_t; extern volatile __CANCON_RO7bits_t __at (0xE4F) CANCON_RO7bits; extern __sfr __at (0xE50) B3CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B3CON : 1; unsigned : 1; unsigned : 1; }; } __B3CONbits_t; extern volatile __B3CONbits_t __at (0xE50) B3CONbits; extern __sfr __at (0xE51) B3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B3SIDHbits_t; extern volatile __B3SIDHbits_t __at (0xE51) B3SIDHbits; extern __sfr __at (0xE52) B3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B3SIDLbits_t; extern volatile __B3SIDLbits_t __at (0xE52) B3SIDLbits; extern __sfr __at (0xE53) B3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B3EIDHbits_t; extern volatile __B3EIDHbits_t __at (0xE53) B3EIDHbits; extern __sfr __at (0xE54) B3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B3EIDLbits_t; extern volatile __B3EIDLbits_t __at (0xE54) B3EIDLbits; extern __sfr __at (0xE55) B3DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B3DLC : 1; unsigned RB1_B3DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B3DLCbits_t; extern volatile __B3DLCbits_t __at (0xE55) B3DLCbits; extern __sfr __at (0xE56) B3D0; typedef union { struct { unsigned B3D00 : 1; unsigned B3D01 : 1; unsigned B3D02 : 1; unsigned B3D03 : 1; unsigned B3D04 : 1; unsigned B3D05 : 1; unsigned B3D06 : 1; unsigned B3D07 : 1; }; } __B3D0bits_t; extern volatile __B3D0bits_t __at (0xE56) B3D0bits; extern __sfr __at (0xE57) B3D1; typedef union { struct { unsigned B3D10 : 1; unsigned B3D11 : 1; unsigned B3D12 : 1; unsigned B3D13 : 1; unsigned B3D14 : 1; unsigned B3D15 : 1; unsigned B3D16 : 1; unsigned B3D17 : 1; }; } __B3D1bits_t; extern volatile __B3D1bits_t __at (0xE57) B3D1bits; extern __sfr __at (0xE58) B3D2; typedef union { struct { unsigned B3D20 : 1; unsigned B3D21 : 1; unsigned B3D22 : 1; unsigned B3D23 : 1; unsigned B3D24 : 1; unsigned B3D25 : 1; unsigned B3D26 : 1; unsigned B3D27 : 1; }; } __B3D2bits_t; extern volatile __B3D2bits_t __at (0xE58) B3D2bits; extern __sfr __at (0xE59) B3D3; typedef union { struct { unsigned B3D30 : 1; unsigned B3D31 : 1; unsigned B3D32 : 1; unsigned B3D33 : 1; unsigned B3D34 : 1; unsigned B3D35 : 1; unsigned B3D36 : 1; unsigned B3D37 : 1; }; } __B3D3bits_t; extern volatile __B3D3bits_t __at (0xE59) B3D3bits; extern __sfr __at (0xE5A) B3D4; typedef union { struct { unsigned B3D40 : 1; unsigned B3D41 : 1; unsigned B3D42 : 1; unsigned B3D43 : 1; unsigned B3D44 : 1; unsigned B3D45 : 1; unsigned B3D46 : 1; unsigned B3D47 : 1; }; } __B3D4bits_t; extern volatile __B3D4bits_t __at (0xE5A) B3D4bits; extern __sfr __at (0xE5B) B3D5; typedef union { struct { unsigned B3D50 : 1; unsigned B3D51 : 1; unsigned B3D52 : 1; unsigned B3D53 : 1; unsigned B3D54 : 1; unsigned B3D55 : 1; unsigned B3D56 : 1; unsigned B3D57 : 1; }; } __B3D5bits_t; extern volatile __B3D5bits_t __at (0xE5B) B3D5bits; extern __sfr __at (0xE5C) B3D6; typedef union { struct { unsigned B3D60 : 1; unsigned B3D61 : 1; unsigned B3D62 : 1; unsigned B3D63 : 1; unsigned B3D64 : 1; unsigned B3D65 : 1; unsigned B3D66 : 1; unsigned B3D67 : 1; }; } __B3D6bits_t; extern volatile __B3D6bits_t __at (0xE5C) B3D6bits; extern __sfr __at (0xE5D) B3D7; typedef union { struct { unsigned B3D70 : 1; unsigned B3D71 : 1; unsigned B3D72 : 1; unsigned B3D73 : 1; unsigned B3D74 : 1; unsigned B3D75 : 1; unsigned B3D76 : 1; unsigned B3D77 : 1; }; } __B3D7bits_t; extern volatile __B3D7bits_t __at (0xE5D) B3D7bits; extern __sfr __at (0xE5E) CANSTAT_RO6; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO6bits_t; extern volatile __CANSTAT_RO6bits_t __at (0xE5E) CANSTAT_RO6bits; extern __sfr __at (0xE5F) CANCON_RO6; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO6bits_t; extern volatile __CANCON_RO6bits_t __at (0xE5F) CANCON_RO6bits; extern __sfr __at (0xE60) B4CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B4CON : 1; unsigned : 1; unsigned : 1; }; } __B4CONbits_t; extern volatile __B4CONbits_t __at (0xE60) B4CONbits; extern __sfr __at (0xE61) B4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B4SIDHbits_t; extern volatile __B4SIDHbits_t __at (0xE61) B4SIDHbits; extern __sfr __at (0xE62) B4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B4SIDLbits_t; extern volatile __B4SIDLbits_t __at (0xE62) B4SIDLbits; extern __sfr __at (0xE63) B4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B4EIDHbits_t; extern volatile __B4EIDHbits_t __at (0xE63) B4EIDHbits; extern __sfr __at (0xE64) B4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B4EIDLbits_t; extern volatile __B4EIDLbits_t __at (0xE64) B4EIDLbits; extern __sfr __at (0xE65) B4DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B4DLC : 1; unsigned RB1_B4DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B4DLCbits_t; extern volatile __B4DLCbits_t __at (0xE65) B4DLCbits; extern __sfr __at (0xE66) B4D0; typedef union { struct { unsigned B4D00 : 1; unsigned B4D01 : 1; unsigned B4D02 : 1; unsigned B4D03 : 1; unsigned B4D04 : 1; unsigned B4D05 : 1; unsigned B4D06 : 1; unsigned B4D07 : 1; }; } __B4D0bits_t; extern volatile __B4D0bits_t __at (0xE66) B4D0bits; extern __sfr __at (0xE67) B4D1; typedef union { struct { unsigned B4D10 : 1; unsigned B4D11 : 1; unsigned B4D12 : 1; unsigned B4D13 : 1; unsigned B4D14 : 1; unsigned B4D15 : 1; unsigned B4D16 : 1; unsigned B4D17 : 1; }; } __B4D1bits_t; extern volatile __B4D1bits_t __at (0xE67) B4D1bits; extern __sfr __at (0xE68) B4D2; typedef union { struct { unsigned B4D20 : 1; unsigned B4D21 : 1; unsigned B4D22 : 1; unsigned B4D23 : 1; unsigned B4D24 : 1; unsigned B4D25 : 1; unsigned B4D26 : 1; unsigned B4D27 : 1; }; } __B4D2bits_t; extern volatile __B4D2bits_t __at (0xE68) B4D2bits; extern __sfr __at (0xE69) B4D3; typedef union { struct { unsigned B4D30 : 1; unsigned B4D31 : 1; unsigned B4D32 : 1; unsigned B4D33 : 1; unsigned B4D34 : 1; unsigned B4D35 : 1; unsigned B4D36 : 1; unsigned B4D37 : 1; }; } __B4D3bits_t; extern volatile __B4D3bits_t __at (0xE69) B4D3bits; extern __sfr __at (0xE6A) B4D4; typedef union { struct { unsigned B4D40 : 1; unsigned B4D41 : 1; unsigned B4D42 : 1; unsigned B4D43 : 1; unsigned B4D44 : 1; unsigned B4D45 : 1; unsigned B4D46 : 1; unsigned B4D47 : 1; }; } __B4D4bits_t; extern volatile __B4D4bits_t __at (0xE6A) B4D4bits; extern __sfr __at (0xE6B) B4D5; typedef union { struct { unsigned B4D50 : 1; unsigned B4D51 : 1; unsigned B4D52 : 1; unsigned B4D53 : 1; unsigned B4D54 : 1; unsigned B4D55 : 1; unsigned B4D56 : 1; unsigned B4D57 : 1; }; } __B4D5bits_t; extern volatile __B4D5bits_t __at (0xE6B) B4D5bits; extern __sfr __at (0xE6C) B4D6; typedef union { struct { unsigned B4D60 : 1; unsigned B4D61 : 1; unsigned B4D62 : 1; unsigned B4D63 : 1; unsigned B4D64 : 1; unsigned B4D65 : 1; unsigned B4D66 : 1; unsigned B4D67 : 1; }; } __B4D6bits_t; extern volatile __B4D6bits_t __at (0xE6C) B4D6bits; extern __sfr __at (0xE6D) B4D7; typedef union { struct { unsigned B4D70 : 1; unsigned B4D71 : 1; unsigned B4D72 : 1; unsigned B4D73 : 1; unsigned B4D74 : 1; unsigned B4D75 : 1; unsigned B4D76 : 1; unsigned B46D77 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B4D77 : 1; }; } __B4D7bits_t; extern volatile __B4D7bits_t __at (0xE6D) B4D7bits; extern __sfr __at (0xE6E) CANSTAT_RO5; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO5bits_t; extern volatile __CANSTAT_RO5bits_t __at (0xE6E) CANSTAT_RO5bits; extern __sfr __at (0xE6F) CANCON_RO5; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO5bits_t; extern volatile __CANCON_RO5bits_t __at (0xE6F) CANCON_RO5bits; extern __sfr __at (0xE70) B5CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B5CON : 1; unsigned : 1; unsigned : 1; }; } __B5CONbits_t; extern volatile __B5CONbits_t __at (0xE70) B5CONbits; extern __sfr __at (0xE71) B5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B5SIDHbits_t; extern volatile __B5SIDHbits_t __at (0xE71) B5SIDHbits; extern __sfr __at (0xE72) B5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5SIDLbits_t; extern volatile __B5SIDLbits_t __at (0xE72) B5SIDLbits; extern __sfr __at (0xE73) B5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B5EIDHbits_t; extern volatile __B5EIDHbits_t __at (0xE73) B5EIDHbits; extern __sfr __at (0xE74) B5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B5EIDLbits_t; extern volatile __B5EIDLbits_t __at (0xE74) B5EIDLbits; extern __sfr __at (0xE75) B5DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B5DLC : 1; unsigned RB1_B5DLC : 1; unsigned : 1; unsigned : 1; }; } __B5DLCbits_t; extern volatile __B5DLCbits_t __at (0xE75) B5DLCbits; extern __sfr __at (0xE76) B5D0; typedef union { struct { unsigned B5D00 : 1; unsigned B5D01 : 1; unsigned B5D02 : 1; unsigned B5D03 : 1; unsigned B5D04 : 1; unsigned B5D05 : 1; unsigned B5D06 : 1; unsigned B57D07 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D07 : 1; }; } __B5D0bits_t; extern volatile __B5D0bits_t __at (0xE76) B5D0bits; extern __sfr __at (0xE77) B5D1; typedef union { struct { unsigned B5D10 : 1; unsigned B5D11 : 1; unsigned B5D12 : 1; unsigned B5D13 : 1; unsigned B5D14 : 1; unsigned B5D15 : 1; unsigned B5D16 : 1; unsigned B5D17 : 1; }; } __B5D1bits_t; extern volatile __B5D1bits_t __at (0xE77) B5D1bits; extern __sfr __at (0xE78) B5D2; typedef union { struct { unsigned B5D20 : 1; unsigned B5D21 : 1; unsigned B5D22 : 1; unsigned B57D23 : 1; unsigned B5D24 : 1; unsigned B5D25 : 1; unsigned B5D26 : 1; unsigned B5D27 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D23 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5D2bits_t; extern volatile __B5D2bits_t __at (0xE78) B5D2bits; extern __sfr __at (0xE79) B5D3; typedef union { struct { unsigned B5D30 : 1; unsigned B5D31 : 1; unsigned B5D32 : 1; unsigned B5D33 : 1; unsigned B5D34 : 1; unsigned B5D35 : 1; unsigned B5D36 : 1; unsigned B5D37 : 1; }; } __B5D3bits_t; extern volatile __B5D3bits_t __at (0xE79) B5D3bits; extern __sfr __at (0xE7A) B5D4; typedef union { struct { unsigned B5D40 : 1; unsigned B5D41 : 1; unsigned B5D42 : 1; unsigned B5D43 : 1; unsigned B5D44 : 1; unsigned B5D45 : 1; unsigned B5D46 : 1; unsigned B5D47 : 1; }; } __B5D4bits_t; extern volatile __B5D4bits_t __at (0xE7A) B5D4bits; extern __sfr __at (0xE7B) B5D5; typedef union { struct { unsigned B5D50 : 1; unsigned B5D51 : 1; unsigned B5D52 : 1; unsigned B5D53 : 1; unsigned B5D54 : 1; unsigned B5D55 : 1; unsigned B5D56 : 1; unsigned B5D57 : 1; }; } __B5D5bits_t; extern volatile __B5D5bits_t __at (0xE7B) B5D5bits; extern __sfr __at (0xE7C) B5D6; typedef union { struct { unsigned B5D60 : 1; unsigned B5D61 : 1; unsigned B5D62 : 1; unsigned B5D63 : 1; unsigned B5D64 : 1; unsigned B5D65 : 1; unsigned B5D66 : 1; unsigned B5D67 : 1; }; } __B5D6bits_t; extern volatile __B5D6bits_t __at (0xE7C) B5D6bits; extern __sfr __at (0xE7D) B5D7; typedef union { struct { unsigned B5D70 : 1; unsigned B5D71 : 1; unsigned B5D72 : 1; unsigned B5D73 : 1; unsigned B5D74 : 1; unsigned B5D75 : 1; unsigned B5D76 : 1; unsigned B5D77 : 1; }; } __B5D7bits_t; extern volatile __B5D7bits_t __at (0xE7D) B5D7bits; extern __sfr __at (0xE7E) CANSTAT_RO4; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO4bits_t; extern volatile __CANSTAT_RO4bits_t __at (0xE7E) CANSTAT_RO4bits; extern __sfr __at (0xE7F) CANCON_RO4; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO4bits_t; extern volatile __CANCON_RO4bits_t __at (0xE7F) CANCON_RO4bits; extern __sfr __at (0xF00) RXF0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF0SIDHbits_t; extern volatile __RXF0SIDHbits_t __at (0xF00) RXF0SIDHbits; extern __sfr __at (0xF01) RXF0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xF01) RXF0SIDLbits; extern __sfr __at (0xF02) RXF0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF0EIDHbits_t; extern volatile __RXF0EIDHbits_t __at (0xF02) RXF0EIDHbits; extern __sfr __at (0xF03) RXF0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF0EIDLbits_t; extern volatile __RXF0EIDLbits_t __at (0xF03) RXF0EIDLbits; extern __sfr __at (0xF04) RXF1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF1SIDHbits_t; extern volatile __RXF1SIDHbits_t __at (0xF04) RXF1SIDHbits; extern __sfr __at (0xF05) RXF1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xF05) RXF1SIDLbits; extern __sfr __at (0xF06) RXF1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF1EIDHbits_t; extern volatile __RXF1EIDHbits_t __at (0xF06) RXF1EIDHbits; extern __sfr __at (0xF07) RXF1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF1EIDLbits_t; extern volatile __RXF1EIDLbits_t __at (0xF07) RXF1EIDLbits; extern __sfr __at (0xF08) RXF2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF2SIDHbits_t; extern volatile __RXF2SIDHbits_t __at (0xF08) RXF2SIDHbits; extern __sfr __at (0xF09) RXF2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF2SIDLbits_t; extern volatile __RXF2SIDLbits_t __at (0xF09) RXF2SIDLbits; extern __sfr __at (0xF0A) RXF2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF2EIDHbits_t; extern volatile __RXF2EIDHbits_t __at (0xF0A) RXF2EIDHbits; extern __sfr __at (0xF0B) RXF2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xF0B) RXF2EIDLbits; extern __sfr __at (0xF0C) RXF3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF3SIDHbits_t; extern volatile __RXF3SIDHbits_t __at (0xF0C) RXF3SIDHbits; extern __sfr __at (0xF0D) RXF3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xF0D) RXF3SIDLbits; extern __sfr __at (0xF0E) RXF3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF3EIDHbits_t; extern volatile __RXF3EIDHbits_t __at (0xF0E) RXF3EIDHbits; extern __sfr __at (0xF0F) RXF3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF3EIDLbits_t; extern volatile __RXF3EIDLbits_t __at (0xF0F) RXF3EIDLbits; extern __sfr __at (0xF10) RXF4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF4SIDHbits_t; extern volatile __RXF4SIDHbits_t __at (0xF10) RXF4SIDHbits; extern __sfr __at (0xF11) RXF4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xF11) RXF4SIDLbits; extern __sfr __at (0xF12) RXF4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF4EIDHbits_t; extern volatile __RXF4EIDHbits_t __at (0xF12) RXF4EIDHbits; extern __sfr __at (0xF13) RXF4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF4EIDLbits_t; extern volatile __RXF4EIDLbits_t __at (0xF13) RXF4EIDLbits; extern __sfr __at (0xF14) RXF5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF5SIDHbits_t; extern volatile __RXF5SIDHbits_t __at (0xF14) RXF5SIDHbits; extern __sfr __at (0xF15) RXF5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xF15) RXF5SIDLbits; extern __sfr __at (0xF16) RXF5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF5EIDHbits_t; extern volatile __RXF5EIDHbits_t __at (0xF16) RXF5EIDHbits; extern __sfr __at (0xF17) RXF5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF5EIDLbits_t; extern volatile __RXF5EIDLbits_t __at (0xF17) RXF5EIDLbits; extern __sfr __at (0xF18) RXM0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM0SIDHbits_t; extern volatile __RXM0SIDHbits_t __at (0xF18) RXM0SIDHbits; extern __sfr __at (0xF19) RXM0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xF19) RXM0SIDLbits; extern __sfr __at (0xF1A) RXM0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM0EIDHbits_t; extern volatile __RXM0EIDHbits_t __at (0xF1A) RXM0EIDHbits; extern __sfr __at (0xF1B) RXM0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM0EIDLbits_t; extern volatile __RXM0EIDLbits_t __at (0xF1B) RXM0EIDLbits; extern __sfr __at (0xF1C) RXM1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM1SIDHbits_t; extern volatile __RXM1SIDHbits_t __at (0xF1C) RXM1SIDHbits; extern __sfr __at (0xF1D) RXM1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xF1D) RXM1SIDLbits; extern __sfr __at (0xF1E) RXM1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM1EIDHbits_t; extern volatile __RXM1EIDHbits_t __at (0xF1E) RXM1EIDHbits; extern __sfr __at (0xF1F) RXM1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM1EIDLbits_t; extern volatile __RXM1EIDLbits_t __at (0xF1F) RXM1EIDLbits; extern __sfr __at (0xF20) TXB2CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFBXB2CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xF20) TXB2CONbits; extern __sfr __at (0xF21) TXB2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB2SIDHbits_t; extern volatile __TXB2SIDHbits_t __at (0xF21) TXB2SIDHbits; extern __sfr __at (0xF22) TXB2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xF22) TXB2SIDLbits; extern __sfr __at (0xF23) TXB2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB2EIDHbits_t; extern volatile __TXB2EIDHbits_t __at (0xF23) TXB2EIDHbits; extern __sfr __at (0xF24) TXB2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB2EIDLbits_t; extern volatile __TXB2EIDLbits_t __at (0xF24) TXB2EIDLbits; extern __sfr __at (0xF25) TXB2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xF25) TXB2DLCbits; extern __sfr __at (0xF26) TXB2D0; typedef union { struct { unsigned TXB2D00 : 1; unsigned TXB2D01 : 1; unsigned TXB2D02 : 1; unsigned TXB2D03 : 1; unsigned TXB2D04 : 1; unsigned TXB2D05 : 1; unsigned TXB2D06 : 1; unsigned TXB2D07 : 1; }; } __TXB2D0bits_t; extern volatile __TXB2D0bits_t __at (0xF26) TXB2D0bits; extern __sfr __at (0xF27) TXB2D1; typedef union { struct { unsigned TXB2D10 : 1; unsigned TXB2D11 : 1; unsigned TXB2D12 : 1; unsigned TXB2D13 : 1; unsigned TXB2D14 : 1; unsigned TXB2D15 : 1; unsigned TXB2D16 : 1; unsigned TXB2D17 : 1; }; } __TXB2D1bits_t; extern volatile __TXB2D1bits_t __at (0xF27) TXB2D1bits; extern __sfr __at (0xF28) TXB2D2; typedef union { struct { unsigned TXB2D20 : 1; unsigned TXB2D21 : 1; unsigned TXB2D22 : 1; unsigned TXB2D23 : 1; unsigned TXB2D24 : 1; unsigned TXB2D25 : 1; unsigned TXB2D26 : 1; unsigned TXB2D27 : 1; }; } __TXB2D2bits_t; extern volatile __TXB2D2bits_t __at (0xF28) TXB2D2bits; extern __sfr __at (0xF29) TXB2D3; typedef union { struct { unsigned TXB2D30 : 1; unsigned TXB2D31 : 1; unsigned TXB2D32 : 1; unsigned TXB2D33 : 1; unsigned TXB2D34 : 1; unsigned TXB2D35 : 1; unsigned TXB2D36 : 1; unsigned TXB2D37 : 1; }; } __TXB2D3bits_t; extern volatile __TXB2D3bits_t __at (0xF29) TXB2D3bits; extern __sfr __at (0xF2A) TXB2D4; typedef union { struct { unsigned TXB2D40 : 1; unsigned TXB2D41 : 1; unsigned TXB2D42 : 1; unsigned TXB2D43 : 1; unsigned TXB2D44 : 1; unsigned TXB2D45 : 1; unsigned TXB2D46 : 1; unsigned TXB2D47 : 1; }; } __TXB2D4bits_t; extern volatile __TXB2D4bits_t __at (0xF2A) TXB2D4bits; extern __sfr __at (0xF2B) TXB2D5; typedef union { struct { unsigned TXB2D50 : 1; unsigned TXB2D51 : 1; unsigned TXB2D52 : 1; unsigned TXB2D53 : 1; unsigned TXB2D54 : 1; unsigned TXB2D55 : 1; unsigned TXB2D56 : 1; unsigned TXB2D57 : 1; }; } __TXB2D5bits_t; extern volatile __TXB2D5bits_t __at (0xF2B) TXB2D5bits; extern __sfr __at (0xF2C) TXB2D6; typedef union { struct { unsigned TXB2D60 : 1; unsigned TXB2D61 : 1; unsigned TXB2D62 : 1; unsigned TXB2D63 : 1; unsigned TXB2D64 : 1; unsigned TXB2D65 : 1; unsigned TXB2D66 : 1; unsigned TXB2D67 : 1; }; } __TXB2D6bits_t; extern volatile __TXB2D6bits_t __at (0xF2C) TXB2D6bits; extern __sfr __at (0xF2D) TXB2D7; typedef union { struct { unsigned TXB2D70 : 1; unsigned TXB2D71 : 1; unsigned TXB2D72 : 1; unsigned TXB2D73 : 1; unsigned TXB2D74 : 1; unsigned TXB2D75 : 1; unsigned TXB2D76 : 1; unsigned TXB2D77 : 1; }; } __TXB2D7bits_t; extern volatile __TXB2D7bits_t __at (0xF2D) TXB2D7bits; extern __sfr __at (0xF2E) CANSTAT_RO3; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO3bits_t; extern volatile __CANSTAT_RO3bits_t __at (0xF2E) CANSTAT_RO3bits; extern __sfr __at (0xF2F) CANCON_RO3; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO3bits_t; extern volatile __CANCON_RO3bits_t __at (0xF2F) CANCON_RO3bits; extern __sfr __at (0xF30) TXB1CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFTXB1CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xF30) TXB1CONbits; extern __sfr __at (0xF31) TXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB1SIDHbits_t; extern volatile __TXB1SIDHbits_t __at (0xF31) TXB1SIDHbits; extern __sfr __at (0xF32) TXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xF32) TXB1SIDLbits; extern __sfr __at (0xF33) TXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB1EIDHbits_t; extern volatile __TXB1EIDHbits_t __at (0xF33) TXB1EIDHbits; extern __sfr __at (0xF34) TXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB1EIDLbits_t; extern volatile __TXB1EIDLbits_t __at (0xF34) TXB1EIDLbits; extern __sfr __at (0xF35) TXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xF35) TXB1DLCbits; extern __sfr __at (0xF36) TXB1D0; typedef union { struct { unsigned TXB1D00 : 1; unsigned TXB1D01 : 1; unsigned TXB1D02 : 1; unsigned TXB1D03 : 1; unsigned TXB1D04 : 1; unsigned TXB1D05 : 1; unsigned TXB1D06 : 1; unsigned TXB1D07 : 1; }; } __TXB1D0bits_t; extern volatile __TXB1D0bits_t __at (0xF36) TXB1D0bits; extern __sfr __at (0xF37) TXB1D1; typedef union { struct { unsigned TXB1D10 : 1; unsigned TXB1D11 : 1; unsigned TXB1D12 : 1; unsigned TXB1D13 : 1; unsigned TXB1D14 : 1; unsigned TXB1D15 : 1; unsigned TXB1D16 : 1; unsigned TXB1D17 : 1; }; } __TXB1D1bits_t; extern volatile __TXB1D1bits_t __at (0xF37) TXB1D1bits; extern __sfr __at (0xF38) TXB1D2; typedef union { struct { unsigned TXB1D20 : 1; unsigned TXB1D21 : 1; unsigned TXB1D22 : 1; unsigned TXB1D23 : 1; unsigned TXB1D24 : 1; unsigned TXB1D25 : 1; unsigned TXB1D26 : 1; unsigned TXB1D27 : 1; }; } __TXB1D2bits_t; extern volatile __TXB1D2bits_t __at (0xF38) TXB1D2bits; extern __sfr __at (0xF39) TXB1D3; typedef union { struct { unsigned TXB1D30 : 1; unsigned TXB1D31 : 1; unsigned TXB1D32 : 1; unsigned TXB1D33 : 1; unsigned TXB1D34 : 1; unsigned TXB1D35 : 1; unsigned TXB1D36 : 1; unsigned TXB1D37 : 1; }; } __TXB1D3bits_t; extern volatile __TXB1D3bits_t __at (0xF39) TXB1D3bits; extern __sfr __at (0xF3A) TXB1D4; typedef union { struct { unsigned TXB1D40 : 1; unsigned TXB1D41 : 1; unsigned TXB1D42 : 1; unsigned TXB1D43 : 1; unsigned TXB1D44 : 1; unsigned TXB1D45 : 1; unsigned TXB1D46 : 1; unsigned TXB1D47 : 1; }; } __TXB1D4bits_t; extern volatile __TXB1D4bits_t __at (0xF3A) TXB1D4bits; extern __sfr __at (0xF3B) TXB1D5; typedef union { struct { unsigned TXB1D50 : 1; unsigned TXB1D51 : 1; unsigned TXB1D52 : 1; unsigned TXB1D53 : 1; unsigned TXB1D54 : 1; unsigned TXB1D55 : 1; unsigned TXB1D56 : 1; unsigned TXB1D57 : 1; }; } __TXB1D5bits_t; extern volatile __TXB1D5bits_t __at (0xF3B) TXB1D5bits; extern __sfr __at (0xF3C) TXB1D6; typedef union { struct { unsigned TXB1D60 : 1; unsigned TXB1D61 : 1; unsigned TXB1D62 : 1; unsigned TXB1D63 : 1; unsigned TXB1D64 : 1; unsigned TXB1D65 : 1; unsigned TXB1D66 : 1; unsigned TXB1D67 : 1; }; } __TXB1D6bits_t; extern volatile __TXB1D6bits_t __at (0xF3C) TXB1D6bits; extern __sfr __at (0xF3D) TXB1D7; typedef union { struct { unsigned TXB1D70 : 1; unsigned TXB1D71 : 1; unsigned TXB1D72 : 1; unsigned TXB1D73 : 1; unsigned TXB1D74 : 1; unsigned TXB1D75 : 1; unsigned TXB1D76 : 1; unsigned TXB1D77 : 1; }; } __TXB1D7bits_t; extern volatile __TXB1D7bits_t __at (0xF3D) TXB1D7bits; extern __sfr __at (0xF3E) CANSTAT_RO2; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO2bits_t; extern volatile __CANSTAT_RO2bits_t __at (0xF3E) CANSTAT_RO2bits; extern __sfr __at (0xF3F) CANCON_RO2; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO2bits_t; extern volatile __CANCON_RO2bits_t __at (0xF3F) CANCON_RO2bits; extern __sfr __at (0xF40) TXB0CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xF40) TXB0CONbits; extern __sfr __at (0xF41) TXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB0SIDHbits_t; extern volatile __TXB0SIDHbits_t __at (0xF41) TXB0SIDHbits; extern __sfr __at (0xF42) TXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB0SIDLbits_t; extern volatile __TXB0SIDLbits_t __at (0xF42) TXB0SIDLbits; extern __sfr __at (0xF43) TXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB0EIDHbits_t; extern volatile __TXB0EIDHbits_t __at (0xF43) TXB0EIDHbits; extern __sfr __at (0xF44) TXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB0EIDLbits_t; extern volatile __TXB0EIDLbits_t __at (0xF44) TXB0EIDLbits; extern __sfr __at (0xF45) TXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xF45) TXB0DLCbits; extern __sfr __at (0xF46) TXB0D0; typedef union { struct { unsigned TXB0D00 : 1; unsigned TXB0D01 : 1; unsigned TXB0D02 : 1; unsigned TXB0D03 : 1; unsigned TXB0D04 : 1; unsigned TXB0D05 : 1; unsigned TXB0D06 : 1; unsigned TXB0D07 : 1; }; } __TXB0D0bits_t; extern volatile __TXB0D0bits_t __at (0xF46) TXB0D0bits; extern __sfr __at (0xF47) TXB0D1; typedef union { struct { unsigned TXB0D10 : 1; unsigned TXB0D11 : 1; unsigned TXB0D12 : 1; unsigned TXB0D13 : 1; unsigned TXB0D14 : 1; unsigned TXB0D15 : 1; unsigned TXB0D16 : 1; unsigned TXB0D17 : 1; }; } __TXB0D1bits_t; extern volatile __TXB0D1bits_t __at (0xF47) TXB0D1bits; extern __sfr __at (0xF48) TXB0D2; typedef union { struct { unsigned TXB0D20 : 1; unsigned TXB0D21 : 1; unsigned TXB0D22 : 1; unsigned TXB0D23 : 1; unsigned TXB0D24 : 1; unsigned TXB0D25 : 1; unsigned TXB0D26 : 1; unsigned TXB0D27 : 1; }; } __TXB0D2bits_t; extern volatile __TXB0D2bits_t __at (0xF48) TXB0D2bits; extern __sfr __at (0xF49) TXB0D3; typedef union { struct { unsigned TXB0D30 : 1; unsigned TXB0D31 : 1; unsigned TXB0D32 : 1; unsigned TXB0D33 : 1; unsigned TXB0D34 : 1; unsigned TXB0D35 : 1; unsigned TXB0D36 : 1; unsigned TXB0D37 : 1; }; } __TXB0D3bits_t; extern volatile __TXB0D3bits_t __at (0xF49) TXB0D3bits; extern __sfr __at (0xF4A) TXB0D4; typedef union { struct { unsigned TXB0D40 : 1; unsigned TXB0D41 : 1; unsigned TXB0D42 : 1; unsigned TXB0D43 : 1; unsigned TXB0D44 : 1; unsigned TXB0D45 : 1; unsigned TXB0D46 : 1; unsigned TXB0D47 : 1; }; } __TXB0D4bits_t; extern volatile __TXB0D4bits_t __at (0xF4A) TXB0D4bits; extern __sfr __at (0xF4B) TXB0D5; typedef union { struct { unsigned TXB0D50 : 1; unsigned TXB0D51 : 1; unsigned TXB0D52 : 1; unsigned TXB0D53 : 1; unsigned TXB0D54 : 1; unsigned TXB0D55 : 1; unsigned TXB0D56 : 1; unsigned TXB0D57 : 1; }; } __TXB0D5bits_t; extern volatile __TXB0D5bits_t __at (0xF4B) TXB0D5bits; extern __sfr __at (0xF4C) TXB0D6; typedef union { struct { unsigned TXB0D60 : 1; unsigned TXB0D61 : 1; unsigned TXB0D62 : 1; unsigned TXB0D63 : 1; unsigned TXB0D64 : 1; unsigned TXB0D65 : 1; unsigned TXB0D66 : 1; unsigned TXB0D67 : 1; }; } __TXB0D6bits_t; extern volatile __TXB0D6bits_t __at (0xF4C) TXB0D6bits; extern __sfr __at (0xF4D) TXB0D7; typedef union { struct { unsigned TXB0D70 : 1; unsigned TXB0D71 : 1; unsigned TXB0D72 : 1; unsigned TXB0D73 : 1; unsigned TXB0D74 : 1; unsigned TXB0D75 : 1; unsigned TXB0D76 : 1; unsigned TXB0D77 : 1; }; } __TXB0D7bits_t; extern volatile __TXB0D7bits_t __at (0xF4D) TXB0D7bits; extern __sfr __at (0xF4E) CANSTAT_RO1; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO1bits_t; extern volatile __CANSTAT_RO1bits_t __at (0xF4E) CANSTAT_RO1bits; extern __sfr __at (0xF4F) CANCON_RO1; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO1bits_t; extern volatile __CANCON_RO1bits_t __at (0xF4F) CANCON_RO1bits; extern __sfr __at (0xF50) RXB1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned RXRTRRO_RXB1CON : 1; unsigned FILHIT4 : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned FILHIT3 : 1; unsigned : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xF50) RXB1CONbits; extern __sfr __at (0xF51) RXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB1SIDHbits_t; extern volatile __RXB1SIDHbits_t __at (0xF51) RXB1SIDHbits; extern __sfr __at (0xF52) RXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xF52) RXB1SIDLbits; extern __sfr __at (0xF53) RXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB1EIDHbits_t; extern volatile __RXB1EIDHbits_t __at (0xF53) RXB1EIDHbits; extern __sfr __at (0xF54) RXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB1EIDLbits_t; extern volatile __RXB1EIDLbits_t __at (0xF54) RXB1EIDLbits; extern __sfr __at (0xF55) RXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB1DLC : 1; unsigned RB1_RXB1DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xF55) RXB1DLCbits; extern __sfr __at (0xF56) RXB1D0; typedef union { struct { unsigned RXB1D00 : 1; unsigned RXB1D01 : 1; unsigned RXB1D02 : 1; unsigned RXB1D03 : 1; unsigned RXB1D04 : 1; unsigned RXB1D05 : 1; unsigned RXB1D06 : 1; unsigned RXB1D07 : 1; }; } __RXB1D0bits_t; extern volatile __RXB1D0bits_t __at (0xF56) RXB1D0bits; extern __sfr __at (0xF57) RXB1D1; typedef union { struct { unsigned RXB1D10 : 1; unsigned RXB1D11 : 1; unsigned RXB1D12 : 1; unsigned RXB1D13 : 1; unsigned RXB1D14 : 1; unsigned RXB1D15 : 1; unsigned RXB1D16 : 1; unsigned RXB1D17 : 1; }; } __RXB1D1bits_t; extern volatile __RXB1D1bits_t __at (0xF57) RXB1D1bits; extern __sfr __at (0xF58) RXB1D2; typedef union { struct { unsigned RXB1D20 : 1; unsigned RXB1D21 : 1; unsigned RXB1D22 : 1; unsigned RXB1D23 : 1; unsigned RXB1D24 : 1; unsigned RXB1D25 : 1; unsigned RXB1D26 : 1; unsigned RXB1D27 : 1; }; } __RXB1D2bits_t; extern volatile __RXB1D2bits_t __at (0xF58) RXB1D2bits; extern __sfr __at (0xF59) RXB1D3; typedef union { struct { unsigned RXB1D30 : 1; unsigned RXB1D31 : 1; unsigned RXB1D32 : 1; unsigned RXB1D33 : 1; unsigned RXB1D34 : 1; unsigned RXB1D35 : 1; unsigned RXB1D36 : 1; unsigned RXB1D37 : 1; }; } __RXB1D3bits_t; extern volatile __RXB1D3bits_t __at (0xF59) RXB1D3bits; extern __sfr __at (0xF5A) RXB1D4; typedef union { struct { unsigned RXB1D40 : 1; unsigned RXB1D41 : 1; unsigned RXB1D42 : 1; unsigned RXB1D43 : 1; unsigned RXB1D44 : 1; unsigned RXB1D45 : 1; unsigned RXB1D46 : 1; unsigned RXB1D47 : 1; }; } __RXB1D4bits_t; extern volatile __RXB1D4bits_t __at (0xF5A) RXB1D4bits; extern __sfr __at (0xF5B) RXB1D5; typedef union { struct { unsigned RXB1D50 : 1; unsigned RXB1D51 : 1; unsigned RXB1D52 : 1; unsigned RXB1D53 : 1; unsigned RXB1D54 : 1; unsigned RXB1D55 : 1; unsigned RXB1D56 : 1; unsigned RXB1D57 : 1; }; } __RXB1D5bits_t; extern volatile __RXB1D5bits_t __at (0xF5B) RXB1D5bits; extern __sfr __at (0xF5C) RXB1D6; typedef union { struct { unsigned RXB1D60 : 1; unsigned RXB1D61 : 1; unsigned RXB1D62 : 1; unsigned RXB1D63 : 1; unsigned RXB1D64 : 1; unsigned RXB1D65 : 1; unsigned RXB1D66 : 1; unsigned RXB1D67 : 1; }; } __RXB1D6bits_t; extern volatile __RXB1D6bits_t __at (0xF5C) RXB1D6bits; extern __sfr __at (0xF5D) RXB1D7; typedef union { struct { unsigned RXB1D70 : 1; unsigned RXB1D71 : 1; unsigned RXB1D72 : 1; unsigned RXB1D73 : 1; unsigned RXB1D74 : 1; unsigned RXB1D75 : 1; unsigned RXB1D76 : 1; unsigned RXB1D77 : 1; }; } __RXB1D7bits_t; extern volatile __RXB1D7bits_t __at (0xF5D) RXB1D7bits; extern __sfr __at (0xF5E) CANSTAT_RO0; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO0bits_t; extern volatile __CANSTAT_RO0bits_t __at (0xF5E) CANSTAT_RO0bits; extern __sfr __at (0xF5F) CANCON_RO0; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO0bits_t; extern volatile __CANCON_RO0bits_t __at (0xF5F) CANCON_RO0bits; extern __sfr __at (0xF60) RXB0CON; typedef union { struct { unsigned : 1; unsigned JTOFF : 1; unsigned RXB0DBEN : 1; unsigned RXRTRRO_RXB0CON : 1; unsigned : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xF60) RXB0CONbits; extern __sfr __at (0xF61) RXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB0SIDHbits_t; extern volatile __RXB0SIDHbits_t __at (0xF61) RXB0SIDHbits; extern __sfr __at (0xF62) RXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xF62) RXB0SIDLbits; extern __sfr __at (0xF63) RXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB0EIDHbits_t; extern volatile __RXB0EIDHbits_t __at (0xF63) RXB0EIDHbits; extern __sfr __at (0xF64) RXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB0EIDLbits_t; extern volatile __RXB0EIDLbits_t __at (0xF64) RXB0EIDLbits; extern __sfr __at (0xF65) RXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB0DLC : 1; unsigned RB1_RXB0DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB0DLCbits_t; extern volatile __RXB0DLCbits_t __at (0xF65) RXB0DLCbits; extern __sfr __at (0xF66) RXB0D0; typedef union { struct { unsigned RXB0D00 : 1; unsigned RXB0D01 : 1; unsigned RXB0D02 : 1; unsigned RXB0D03 : 1; unsigned RXB0D04 : 1; unsigned RXB0D05 : 1; unsigned RXB0D06 : 1; unsigned RXB0D07 : 1; }; } __RXB0D0bits_t; extern volatile __RXB0D0bits_t __at (0xF66) RXB0D0bits; extern __sfr __at (0xF67) RXB0D1; typedef union { struct { unsigned RXB0D10 : 1; unsigned RXB0D11 : 1; unsigned RXB0D12 : 1; unsigned RXB0D13 : 1; unsigned RXB0D14 : 1; unsigned RXB0D15 : 1; unsigned RXB0D16 : 1; unsigned RXB0D17 : 1; }; } __RXB0D1bits_t; extern volatile __RXB0D1bits_t __at (0xF67) RXB0D1bits; extern __sfr __at (0xF68) RXB0D2; typedef union { struct { unsigned RXB0D20 : 1; unsigned RXB0D21 : 1; unsigned RXB0D22 : 1; unsigned RXB0D23 : 1; unsigned RXB0D24 : 1; unsigned RXB0D25 : 1; unsigned RXB0D26 : 1; unsigned RXB0D27 : 1; }; } __RXB0D2bits_t; extern volatile __RXB0D2bits_t __at (0xF68) RXB0D2bits; extern __sfr __at (0xF69) RXB0D3; typedef union { struct { unsigned RXB0D30 : 1; unsigned RXB0D31 : 1; unsigned RXB0D32 : 1; unsigned RXB0D33 : 1; unsigned RXB0D34 : 1; unsigned RXB0D35 : 1; unsigned RXB0D36 : 1; unsigned RXB0D37 : 1; }; } __RXB0D3bits_t; extern volatile __RXB0D3bits_t __at (0xF69) RXB0D3bits; extern __sfr __at (0xF6A) RXB0D4; typedef union { struct { unsigned RXB0D40 : 1; unsigned RXB0D41 : 1; unsigned RXB0D42 : 1; unsigned RXB0D43 : 1; unsigned RXB0D44 : 1; unsigned RXB0D45 : 1; unsigned RXB0D46 : 1; unsigned RXB0D47 : 1; }; } __RXB0D4bits_t; extern volatile __RXB0D4bits_t __at (0xF6A) RXB0D4bits; extern __sfr __at (0xF6B) RXB0D5; typedef union { struct { unsigned RXB0D50 : 1; unsigned RXB0D51 : 1; unsigned RXB0D52 : 1; unsigned RXB0D53 : 1; unsigned RXB0D54 : 1; unsigned RXB0D55 : 1; unsigned RXB0D56 : 1; unsigned RXB0D57 : 1; }; } __RXB0D5bits_t; extern volatile __RXB0D5bits_t __at (0xF6B) RXB0D5bits; extern __sfr __at (0xF6C) RXB0D6; typedef union { struct { unsigned RXB0D60 : 1; unsigned RXB0D61 : 1; unsigned RXB0D62 : 1; unsigned RXB0D63 : 1; unsigned RXB0D64 : 1; unsigned RXB0D65 : 1; unsigned RXB0D66 : 1; unsigned RXB0D67 : 1; }; } __RXB0D6bits_t; extern volatile __RXB0D6bits_t __at (0xF6C) RXB0D6bits; extern __sfr __at (0xF6D) RXB0D7; typedef union { struct { unsigned RXB0D70 : 1; unsigned RXB0D71 : 1; unsigned RXB0D72 : 1; unsigned RXB0D73 : 1; unsigned RXB0D74 : 1; unsigned RXB0D75 : 1; unsigned RXB0D76 : 1; unsigned RXB0D77 : 1; }; } __RXB0D7bits_t; extern volatile __RXB0D7bits_t __at (0xF6D) RXB0D7bits; extern __sfr __at (0xF6E) CANSTAT; typedef union { struct { unsigned EICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned EICODE4 : 1; unsigned OPMODE0 : 1; unsigned OPMODE1 : 1; unsigned OPMODE2 : 1; }; struct { unsigned : 1; unsigned EICODE1 : 1; unsigned EICODE2 : 1; unsigned EICODE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xF6E) CANSTATbits; extern __sfr __at (0xF6F) CANCON; typedef union { struct { unsigned FP0 : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; struct { unsigned : 1; unsigned FP1 : 1; unsigned FP2 : 1; unsigned FP3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xF6F) CANCONbits; extern __sfr __at (0xF70) BRGCON1; typedef union { struct { unsigned BRP0 : 1; unsigned BRP1 : 1; unsigned BRP2 : 1; unsigned BRP3 : 1; unsigned BRP4 : 1; unsigned BRP5 : 1; unsigned SJW0 : 1; unsigned SJW1 : 1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xF70) BRGCON1bits; extern __sfr __at (0xF71) BRGCON2; typedef union { struct { unsigned PRSEG0 : 1; unsigned PRSEG1 : 1; unsigned PRSEG2 : 1; unsigned SEG1PH0 : 1; unsigned SEG1PH1 : 1; unsigned SEG1PH2 : 1; unsigned SAM : 1; unsigned SEG2PHTS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SEG2PHT : 1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xF71) BRGCON2bits; extern __sfr __at (0xF72) BRGCON3; typedef union { struct { unsigned SEG2PH0 : 1; unsigned SEG2PH1 : 1; unsigned SEG2PH2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned WAKFIL : 1; unsigned WAKDIS : 1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xF72) BRGCON3bits; extern __sfr __at (0xF73) CIOCON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CANCAP : 1; unsigned ENDRHI : 1; unsigned : 1; unsigned : 1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xF73) CIOCONbits; extern __sfr __at (0xF74) COMSTAT; typedef union { struct { unsigned EWARN : 1; unsigned RXWARN : 1; unsigned TXWARN : 1; unsigned RXBP : 1; unsigned TXBP : 1; unsigned TXBO : 1; unsigned RXB1OVFL : 1; unsigned RXB0OVFL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXBnOVFL : 1; unsigned FIFOEMPTY : 1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xF74) COMSTATbits; extern __sfr __at (0xF75) RXERRCNT; typedef union { struct { unsigned REC0 : 1; unsigned REC1 : 1; unsigned REC2 : 1; unsigned REC3 : 1; unsigned REC4 : 1; unsigned REC5 : 1; unsigned REC6 : 1; unsigned REC7 : 1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xF75) RXERRCNTbits; extern __sfr __at (0xF76) TXERRCNT; typedef union { struct { unsigned TEC0 : 1; unsigned TEC1 : 1; unsigned TEC2 : 1; unsigned TEC3 : 1; unsigned TEC4 : 1; unsigned TEC5 : 1; unsigned TEC6 : 1; unsigned TEC7 : 1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xF76) TXERRCNTbits; extern __sfr __at (0xF77) ECANCON; typedef union { struct { unsigned EWIN0 : 1; unsigned EWIN1 : 1; unsigned EWIN2 : 1; unsigned EWIN3 : 1; unsigned EWIN4 : 1; unsigned FIFOWM : 1; unsigned MDSEL0 : 1; unsigned MDSEL1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned F : 1; unsigned : 1; unsigned : 1; }; } __ECANCONbits_t; extern volatile __ECANCONbits_t __at (0xF77) ECANCONbits; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned CVREF_PORTA : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned LVDIN : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0_PORTB : 1; unsigned RB1_PORTB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CANRX : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN10 : 1; unsigned AN8 : 1; unsigned CANTX : 1; unsigned : 1; unsigned AN9 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PSP0 : 1; unsigned PSP1 : 1; unsigned PSP2 : 1; unsigned PSP3 : 1; unsigned PSP4 : 1; unsigned PSP5 : 1; unsigned PSP6 : 1; unsigned PSP7 : 1; }; struct { unsigned C1INB : 1; unsigned C1INA : 1; unsigned C2INB : 1; unsigned C2INA : 1; unsigned P1A : 1; unsigned P1B : 1; unsigned P1C : 1; unsigned P1D : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned ECCP1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AN5 : 1; unsigned AN6 : 1; unsigned AN7 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned NOT_RD : 1; unsigned NOT_WR : 1; unsigned NOT_CS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned RD : 1; unsigned WR : 1; unsigned CS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0_DDRB : 1; unsigned RB1_DDRB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSCR : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXBIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned ECCP1IE : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned ECCP1IF : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned ECCP1IP : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned ERRIE : 1; unsigned WAKIE : 1; unsigned IRXIE : 1; }; struct { unsigned FIFOWMIE : 1; unsigned RXBnIE : 1; unsigned : 1; unsigned : 1; unsigned TXBnIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FIFOMWIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned RXB0IF : 1; unsigned RXB1IF : 1; unsigned TXB0IF : 1; unsigned TXB1IF : 1; unsigned TXB2IF : 1; unsigned ERRIF : 1; unsigned WAKIF : 1; unsigned IRXIF : 1; }; struct { unsigned FIFOWMIF : 1; unsigned RXBnIF : 1; unsigned : 1; unsigned : 1; unsigned TXBnIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned RXB0IP : 1; unsigned RXB1IP : 1; unsigned TXB0IP : 1; unsigned TXB1IP : 1; unsigned TXB2IP : 1; unsigned ERRIP : 1; unsigned WAKIP : 1; unsigned IRXIP : 1; }; struct { unsigned FIFOWMIP : 1; unsigned RXBnIP : 1; unsigned : 1; unsigned : 1; unsigned TXBnIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAA) EEADRH; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3NSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned T3ECCP1 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT : 1; unsigned C2OUT : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVREF_CVRCON : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CVRSS : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFBA) ECCP1CON; typedef union { struct { unsigned ECCP1M0 : 1; unsigned ECCP1M1 : 1; unsigned ECCP1M2 : 1; unsigned ECCP1M3 : 1; unsigned EDC1B0 : 1; unsigned EDC1B1 : 1; unsigned EPWM1M0 : 1; unsigned EPWM1M1 : 1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xFBA) ECCP1CONbits; extern __sfr __at (0xFBB) ECCPR1; extern __sfr __at (0xFBB) ECCPR1L; extern __sfr __at (0xFBC) ECCPR1H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO_DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T0PS3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned SP0 : 1; unsigned SP1 : 1; unsigned SP2 : 1; unsigned SP3 : 1; unsigned SP4 : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f4685.h000066400000000000000000004576341116427777700201020ustar00rootroot00000000000000/* * pic18f4685.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F4685_H__ #define __PIC18F4685_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP oscillator #define _OSC_XT_1H 0xF1 // XT oscillator #define _OSC_HS_1H 0xF2 // HS oscillator #define _OSC_RC_1H 0xF3 // External RC oscillator, CLKO function on RA6 #define _OSC_EC_1H 0xF4 // EC oscillator, CLKO function on RA6 #define _OSC_ECIO_1H 0xF5 // EC oscillator, port function on RA6 #define _OSC_HSPLL_1H 0xF6 // HS oscillator, PLL enabled (Clock Frequency = 4 x FOSC1) #define _OSC_RCIO_1H 0xF7 // External RC oscillator, port function on RA6 #define _OSC_IRCIO67_1H 0xF8 // Internal oscillator block, port function on RA6 and RA7 #define _OSC_IRCIO7_1H 0xF9 // Internal oscillator block, CLKO function on RA6, port function on RA7 #define _FCMEN_OFF_1H 0xBF // Fail-Safe Clock Monitor disabled #define _FCMEN_ON_1H 0xFF // Fail-Safe Clock Monitor enabled #define _IESO_OFF_1H 0x7F // Oscillator Switchover mode disabled #define _IESO_ON_1H 0xFF // Oscillator Switchover mode enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // PWRT enabled #define _PWRT_OFF_2L 0xFF // PWRT disabled #define _BOREN_OFF_2L 0xF9 // Brown-out Reset disabled in hardware and software #define _BOREN_SBORENCTRL_2L 0xFB // Brown-out Reset enabled and controlled by software (SBOREN is enabled) #define _BOREN_BOACTIVE_2L 0xFD // Brown-out Reset enabled in hardware only and disabled in Sleep mode (SBOREN is disabled) #define _BOREN_BOHW_2L 0xFF // Brown-out Reset enabled in hardware only (SBOREN is disabled) #define _BORV_0_2L 0xE7 // Maximum setting #define _BORV_1_2L 0xEF // #define _BORV_2_2L 0xF7 // #define _BORV_3_2L 0xFF // Minimum setting // CONFIG2H Options #define _WDT_OFF_2H 0xFE // WDT disabled (control is placed on the SWDTEN bit) #define _WDT_ON_2H 0xFF // WDT enabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // RE3 input pin enabled; MCLR disabled #define _MCLRE_ON_3H 0xFF // MCLR pin enabled; RE3 input pin disabled #define _LPT1OSC_OFF_3H 0xFB // Timer1 configured for higher power operation #define _LPT1OSC_ON_3H 0xFF // Timer1 configured for low-power operation #define _PBADEN_OFF_3H 0xFD // PORTB<4> and PORTB<1:0> Configured as Digital I/O Pins on Reset #define _PBADEN_ON_3H 0xFF // PORTB<4> and PORTB<1:0> Configured as Analog Pins on Reset // CONFIG4L Options #define _DEBUG_ON_4L 0x7F // Background debugger enabled, RB6 and RB7 are dedicated to In-Circuit Debug #define _DEBUG_OFF_4L 0xFF // Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins #define _XINST_OFF_4L 0xBF // Instruction set extension and Indexed Addressing mode disabled (Legacy mode) #define _XINST_ON_4L 0xFF // Instruction set extension and Indexed Addressing mode enabled #define _BBSIZ_1024_4L 0xCF // 1K words (2K bytes) Boot Block #define _BBSIZ_2048_4L 0xDF // 2K words (4K bytes) Boot Block #define _BBSIZ_4096_4L 0xEF // 4K words (8K bytes) Boot Block #define _LVP_OFF_4L 0xFB // Disabled #define _LVP_ON_4L 0xFF // Enabled #define _STVREN_OFF_4L 0xFE // Stack full/underflow will not cause Reset #define _STVREN_ON_4L 0xFF // Stack full/underflow will cause Reset // CONFIG5L Options #define _CP0_ON_5L 0xFE // Block 0 (000800-003FFFh) code-protected #define _CP0_OFF_5L 0xFF // Block 0 (000800-003FFFh) not code-protected #define _CP1_ON_5L 0xFD // Block 1 (004000-007FFFh) code-protected #define _CP1_OFF_5L 0xFF // Block 1 (004000-007FFFh) not code-protected #define _CP2_ON_5L 0xFB // Block 2 (008000-00BFFFh) code-protected #define _CP2_OFF_5L 0xFF // Block 2 (008000-00BFFFh) not code-protected #define _CP3_ON_5L 0xF7 // Block 3 (00C000-00FFFFh) code-protected #define _CP3_OFF_5L 0xFF // Block 3 (00C000-00FFFFh) not code-protected #define _CP4_ON_5L 0xEF // Block 4 (010000-013FFFh) code-protected #define _CP4_OFF_5L 0xFF // Block 4 (010000-013FFFh) not code-protected #define _CP5_ON_5L 0xDF // Block 5 (014000-017FFFh) code-protected #define _CP5_OFF_5L 0xFF // Block 5 (014000-017FFFh) not code-protected // CONFIG5H Options #define _CPB_ON_5H 0xBF // Boot Block (000000-0007FFh) code-protected #define _CPB_OFF_5H 0xFF // Boot Block (000000-0007FFh) not code-protected #define _CPD_ON_5H 0x7F // Data EEPROM code-protected #define _CPD_OFF_5H 0xFF // Data EEPROM not code-protected // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Block 0 (000800-003FFFh) write-protected #define _WRT0_OFF_6L 0xFF // Block 0 (000800-003FFFh) not write-protected #define _WRT1_ON_6L 0xFD // Block 1 (004000-007FFFh) write-protected #define _WRT1_OFF_6L 0xFF // Block 1 (004000-007FFFh) not write-protected #define _WRT2_ON_6L 0xFB // Block 2 (008000-00BFFFh) write-protected #define _WRT2_OFF_6L 0xFF // Block 2 (008000-00BFFFh) not write-protected #define _WRT3_ON_6L 0xF7 // Block 3 (00C000-00FFFFh) write-protected #define _WRT3_OFF_6L 0xFF // Block 3 (00C000-00FFFFh) not write-protected #define _WRT4_ON_6L 0xEF // Block 4 (010000-013FFFh) write-protected #define _WRT4_OFF_6L 0xFF // Block 4 (010000-013FFFh) not write-protected #define _WRT5_ON_6L 0xDF // Block 5 (014000-017FFFh) write-protected #define _WRT5_OFF_6L 0xFF // Block 5 (014000-017FFFh) not write-protected // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Boot Block (000000-0007FFh) write-protected #define _WRTB_OFF_6H 0xFF // Boot Block (000000-0007FFh) not write-protected #define _WRTC_ON_6H 0xDF // Configuration registers (300000-3000FFh) write-protected #define _WRTC_OFF_6H 0xFF // Configuration registers (300000-3000FFh) not write-protected #define _WRTD_ON_6H 0x7F // Data EEPROM write-protected #define _WRTD_OFF_6H 0xFF // Data EEPROM not write-protected // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Block 0 (000800-003FFFh) protected from table reads executed in other blocks #define _EBTR0_OFF_7L 0xFF // Block 0 (000800-003FFFh) not protected from table reads executed in other blocks #define _EBTR1_ON_7L 0xFD // Block 1 (004000-007FFFh) protected from table reads executed in other blocks #define _EBTR1_OFF_7L 0xFF // Block 1 (004000-007FFFh) not protected from table reads executed in other blocks #define _EBTR2_ON_7L 0xFB // Block 2 (008000-00BFFFh) protected from table reads executed in other blocks #define _EBTR2_OFF_7L 0xFF // Block 2 (008000-00BFFFh) not protected from table reads executed in other blocks #define _EBTR3_ON_7L 0xF7 // Block 3 (00C000-00FFFFh) protected from table reads executed in other blocks #define _EBTR3_OFF_7L 0xFF // Block 3 (00C000-00FFFFh) not protected from table reads executed in other blocks #define _EBTR4_ON_7L 0xEF // Block 4 (010000-013FFFh) protected from table reads executed in other blocks #define _EBTR4_OFF_7L 0xFF // Block 4 (010000-013FFFh) not protected from table reads executed in other blocks #define _EBTR5_ON_7L 0xDF // Block 5 (014000-017FFFh) protected from table reads executed in other blocks #define _EBTR5_OFF_7L 0xFF // Block 5 (014000-017FFFh) not protected from table reads executed in other blocks // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Boot Block (000000-0007FFh) protected from table reads executed in other blocks #define _EBTRB_OFF_7H 0xFF // Boot Block (000000-0007FFh) not protected from table reads executed in other blocks #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xD60) RXF6SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF6SIDHbits_t; extern volatile __RXF6SIDHbits_t __at (0xD60) RXF6SIDHbits; extern __sfr __at (0xD61) RXF6SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF6SIDLbits_t; extern volatile __RXF6SIDLbits_t __at (0xD61) RXF6SIDLbits; extern __sfr __at (0xD62) RXF6EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF6EIDHbits_t; extern volatile __RXF6EIDHbits_t __at (0xD62) RXF6EIDHbits; extern __sfr __at (0xD63) RXF6EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF6EIDLbits_t; extern volatile __RXF6EIDLbits_t __at (0xD63) RXF6EIDLbits; extern __sfr __at (0xD64) RXF7SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF7SIDHbits_t; extern volatile __RXF7SIDHbits_t __at (0xD64) RXF7SIDHbits; extern __sfr __at (0xD65) RXF7SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF7SIDLbits_t; extern volatile __RXF7SIDLbits_t __at (0xD65) RXF7SIDLbits; extern __sfr __at (0xD66) RXF7EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF7EIDHbits_t; extern volatile __RXF7EIDHbits_t __at (0xD66) RXF7EIDHbits; extern __sfr __at (0xD67) RXF7EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF7EIDLbits_t; extern volatile __RXF7EIDLbits_t __at (0xD67) RXF7EIDLbits; extern __sfr __at (0xD68) RXF8SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF8SIDHbits_t; extern volatile __RXF8SIDHbits_t __at (0xD68) RXF8SIDHbits; extern __sfr __at (0xD69) RXF8SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF8SIDLbits_t; extern volatile __RXF8SIDLbits_t __at (0xD69) RXF8SIDLbits; extern __sfr __at (0xD6A) RXF8EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF8EIDHbits_t; extern volatile __RXF8EIDHbits_t __at (0xD6A) RXF8EIDHbits; extern __sfr __at (0xD6B) RXF8EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF8EIDLbits_t; extern volatile __RXF8EIDLbits_t __at (0xD6B) RXF8EIDLbits; extern __sfr __at (0xD70) RXF9SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF9SIDHbits_t; extern volatile __RXF9SIDHbits_t __at (0xD70) RXF9SIDHbits; extern __sfr __at (0xD71) RXF9SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF9SIDLbits_t; extern volatile __RXF9SIDLbits_t __at (0xD71) RXF9SIDLbits; extern __sfr __at (0xD72) RXF9EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF9EIDHbits_t; extern volatile __RXF9EIDHbits_t __at (0xD72) RXF9EIDHbits; extern __sfr __at (0xD73) RXF9EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF9EIDLbits_t; extern volatile __RXF9EIDLbits_t __at (0xD73) RXF9EIDLbits; extern __sfr __at (0xD74) RXF10SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF10SIDHbits_t; extern volatile __RXF10SIDHbits_t __at (0xD74) RXF10SIDHbits; extern __sfr __at (0xD75) RXF10SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF10SIDLbits_t; extern volatile __RXF10SIDLbits_t __at (0xD75) RXF10SIDLbits; extern __sfr __at (0xD76) RXF10EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF10EIDHbits_t; extern volatile __RXF10EIDHbits_t __at (0xD76) RXF10EIDHbits; extern __sfr __at (0xD77) RXF10EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF10EIDLbits_t; extern volatile __RXF10EIDLbits_t __at (0xD77) RXF10EIDLbits; extern __sfr __at (0xD78) RXF11SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF11SIDHbits_t; extern volatile __RXF11SIDHbits_t __at (0xD78) RXF11SIDHbits; extern __sfr __at (0xD79) RXF11SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF11SIDLbits_t; extern volatile __RXF11SIDLbits_t __at (0xD79) RXF11SIDLbits; extern __sfr __at (0xD7A) RXF11EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF11EIDHbits_t; extern volatile __RXF11EIDHbits_t __at (0xD7A) RXF11EIDHbits; extern __sfr __at (0xD7B) RXF11EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF11EIDLbits_t; extern volatile __RXF11EIDLbits_t __at (0xD7B) RXF11EIDLbits; extern __sfr __at (0xD80) RXF12SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF12SIDHbits_t; extern volatile __RXF12SIDHbits_t __at (0xD80) RXF12SIDHbits; extern __sfr __at (0xD81) RXF12SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF12SIDLbits_t; extern volatile __RXF12SIDLbits_t __at (0xD81) RXF12SIDLbits; extern __sfr __at (0xD82) RXF12EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF12EIDHbits_t; extern volatile __RXF12EIDHbits_t __at (0xD82) RXF12EIDHbits; extern __sfr __at (0xD83) RXF12EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF12EIDLbits_t; extern volatile __RXF12EIDLbits_t __at (0xD83) RXF12EIDLbits; extern __sfr __at (0xD84) RXF13SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF13SIDHbits_t; extern volatile __RXF13SIDHbits_t __at (0xD84) RXF13SIDHbits; extern __sfr __at (0xD85) RXF13SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF13SIDLbits_t; extern volatile __RXF13SIDLbits_t __at (0xD85) RXF13SIDLbits; extern __sfr __at (0xD86) RXF13EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF13EIDHbits_t; extern volatile __RXF13EIDHbits_t __at (0xD86) RXF13EIDHbits; extern __sfr __at (0xD87) RXF13EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF13EIDLbits_t; extern volatile __RXF13EIDLbits_t __at (0xD87) RXF13EIDLbits; extern __sfr __at (0xD88) RXF14SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF14SIDHbits_t; extern volatile __RXF14SIDHbits_t __at (0xD88) RXF14SIDHbits; extern __sfr __at (0xD89) RXF14SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF14SIDLbits_t; extern volatile __RXF14SIDLbits_t __at (0xD89) RXF14SIDLbits; extern __sfr __at (0xD8A) RXF14EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF14EIDHbits_t; extern volatile __RXF14EIDHbits_t __at (0xD8A) RXF14EIDHbits; extern __sfr __at (0xD8B) RXF14EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF14EIDLbits_t; extern volatile __RXF14EIDLbits_t __at (0xD8B) RXF14EIDLbits; extern __sfr __at (0xD90) RXF15SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF15SIDHbits_t; extern volatile __RXF15SIDHbits_t __at (0xD90) RXF15SIDHbits; extern __sfr __at (0xD91) RXF15SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF15SIDLbits_t; extern volatile __RXF15SIDLbits_t __at (0xD91) RXF15SIDLbits; extern __sfr __at (0xD92) RXF15EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF15EIDHbits_t; extern volatile __RXF15EIDHbits_t __at (0xD92) RXF15EIDHbits; extern __sfr __at (0xD93) RXF15EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF15EIDLbits_t; extern volatile __RXF15EIDLbits_t __at (0xD93) RXF15EIDLbits; extern __sfr __at (0xDD4) RXFCON0; typedef union { struct { unsigned RXF0EN : 1; unsigned RXF1EN : 1; unsigned RXF2EN : 1; unsigned RXF3EN : 1; unsigned RXF4EN : 1; unsigned RXF5EN : 1; unsigned RXF6EN : 1; unsigned RXF7EN : 1; }; } __RXFCON0bits_t; extern volatile __RXFCON0bits_t __at (0xDD4) RXFCON0bits; extern __sfr __at (0xDD5) RXFCON1; typedef union { struct { unsigned RXF8EN : 1; unsigned RXF9EN : 1; unsigned RXF10EN : 1; unsigned RXF11EN : 1; unsigned RXF12EN : 1; unsigned RXF13EN : 1; unsigned RXF14EN : 1; unsigned RXF15EN : 1; }; } __RXFCON1bits_t; extern volatile __RXFCON1bits_t __at (0xDD5) RXFCON1bits; extern __sfr __at (0xDD8) SDFLC; typedef union { struct { unsigned DFLC0 : 1; unsigned DFLC1 : 1; unsigned DFLC2 : 1; unsigned DFLC3 : 1; unsigned DFLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FLC0 : 1; unsigned FLC1 : 1; unsigned FLC2 : 1; unsigned FLC3 : 1; unsigned FLC4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SDFLCbits_t; extern volatile __SDFLCbits_t __at (0xDD8) SDFLCbits; extern __sfr __at (0xDE0) RXFBCON0; typedef union { struct { unsigned F0BP_0 : 1; unsigned F0BP_1 : 1; unsigned F0BP_2 : 1; unsigned F0BP_3 : 1; unsigned F1BP_0 : 1; unsigned F1BP_1 : 1; unsigned F1BP_2 : 1; unsigned F1BP_3 : 1; }; } __RXFBCON0bits_t; extern volatile __RXFBCON0bits_t __at (0xDE0) RXFBCON0bits; extern __sfr __at (0xDE1) RXFBCON1; typedef union { struct { unsigned F2BP_0 : 1; unsigned F2BP_1 : 1; unsigned F2BP_2 : 1; unsigned F2BP_3 : 1; unsigned F3BP_0 : 1; unsigned F3BP_1 : 1; unsigned F3BP_2 : 1; unsigned F3BP_3 : 1; }; } __RXFBCON1bits_t; extern volatile __RXFBCON1bits_t __at (0xDE1) RXFBCON1bits; extern __sfr __at (0xDE2) RXFBCON2; typedef union { struct { unsigned F4BP_0 : 1; unsigned F4BP_1 : 1; unsigned F4BP_2 : 1; unsigned F4BP_3 : 1; unsigned F5BP_0 : 1; unsigned F5BP_1 : 1; unsigned F5BP_2 : 1; unsigned F5BP_3 : 1; }; } __RXFBCON2bits_t; extern volatile __RXFBCON2bits_t __at (0xDE2) RXFBCON2bits; extern __sfr __at (0xDE3) RXFBCON3; typedef union { struct { unsigned F6BP_0 : 1; unsigned F6BP_1 : 1; unsigned F6BP_2 : 1; unsigned F6BP_3 : 1; unsigned F7BP_0 : 1; unsigned F7BP_1 : 1; unsigned F7BP_2 : 1; unsigned F7BP_3 : 1; }; } __RXFBCON3bits_t; extern volatile __RXFBCON3bits_t __at (0xDE3) RXFBCON3bits; extern __sfr __at (0xDE4) RXFBCON4; typedef union { struct { unsigned F8BP_0 : 1; unsigned F8BP_1 : 1; unsigned F8BP_2 : 1; unsigned F8BP_3 : 1; unsigned F9BP_0 : 1; unsigned F9BP_1 : 1; unsigned F9BP_2 : 1; unsigned F9BP_3 : 1; }; } __RXFBCON4bits_t; extern volatile __RXFBCON4bits_t __at (0xDE4) RXFBCON4bits; extern __sfr __at (0xDE5) RXFBCON5; typedef union { struct { unsigned F10BP_0 : 1; unsigned F10BP_1 : 1; unsigned F10BP_2 : 1; unsigned F10BP_3 : 1; unsigned F11BP_0 : 1; unsigned F11BP_1 : 1; unsigned F11BP_2 : 1; unsigned F11BP_3 : 1; }; } __RXFBCON5bits_t; extern volatile __RXFBCON5bits_t __at (0xDE5) RXFBCON5bits; extern __sfr __at (0xDE6) RXFBCON6; typedef union { struct { unsigned F12BP_0 : 1; unsigned F12BP_1 : 1; unsigned F12BP_2 : 1; unsigned F12BP_3 : 1; unsigned F13BP_0 : 1; unsigned F13BP_1 : 1; unsigned F13BP_2 : 1; unsigned F13BP_3 : 1; }; } __RXFBCON6bits_t; extern volatile __RXFBCON6bits_t __at (0xDE6) RXFBCON6bits; extern __sfr __at (0xDE7) RXFBCON7; typedef union { struct { unsigned F14BP_0 : 1; unsigned F14BP_1 : 1; unsigned F14BP_2 : 1; unsigned F14BP_3 : 1; unsigned F15BP_0 : 1; unsigned F15BP_1 : 1; unsigned F15BP_2 : 1; unsigned F15BP_3 : 1; }; } __RXFBCON7bits_t; extern volatile __RXFBCON7bits_t __at (0xDE7) RXFBCON7bits; extern __sfr __at (0xDF0) MSEL0; typedef union { struct { unsigned FIL0_0 : 1; unsigned FIL0_1 : 1; unsigned FIL1_0 : 1; unsigned FIL1_1 : 1; unsigned FIL2_0 : 1; unsigned FIL2_1 : 1; unsigned FIL3_0 : 1; unsigned FIL3_1 : 1; }; } __MSEL0bits_t; extern volatile __MSEL0bits_t __at (0xDF0) MSEL0bits; extern __sfr __at (0xDF1) MSEL1; typedef union { struct { unsigned FIL4_0 : 1; unsigned FIL4_1 : 1; unsigned FIL5_0 : 1; unsigned FIL5_1 : 1; unsigned FIL6_0 : 1; unsigned FIL6_1 : 1; unsigned FIL7_0 : 1; unsigned FIL7_1 : 1; }; } __MSEL1bits_t; extern volatile __MSEL1bits_t __at (0xDF1) MSEL1bits; extern __sfr __at (0xDF2) MSEL2; typedef union { struct { unsigned FIL8_0 : 1; unsigned FIL8_1 : 1; unsigned FIL9_0 : 1; unsigned FIL9_1 : 1; unsigned FIL10_0 : 1; unsigned FIL10_1 : 1; unsigned FIL11_0 : 1; unsigned FIL11_1 : 1; }; } __MSEL2bits_t; extern volatile __MSEL2bits_t __at (0xDF2) MSEL2bits; extern __sfr __at (0xDF3) MSEL3; typedef union { struct { unsigned FIL12_0 : 1; unsigned FIL12_1 : 1; unsigned FIL13_0 : 1; unsigned FIL13_1 : 1; unsigned FIL14_0 : 1; unsigned FIL14_1 : 1; unsigned FIL15_0 : 1; unsigned FIL15_1 : 1; }; } __MSEL3bits_t; extern volatile __MSEL3bits_t __at (0xDF3) MSEL3bits; extern __sfr __at (0xDF8) BSEL0; typedef union { struct { unsigned : 1; unsigned : 1; unsigned B0TXEN : 1; unsigned B1TXEN : 1; unsigned B2TXEN : 1; unsigned B3TXEN : 1; unsigned B4TXEN : 1; unsigned B5TXEN : 1; }; } __BSEL0bits_t; extern volatile __BSEL0bits_t __at (0xDF8) BSEL0bits; extern __sfr __at (0xDFA) BIE0; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned B0IE : 1; unsigned B1IE : 1; unsigned B2IE : 1; unsigned B3IE : 1; unsigned B4IE : 1; unsigned B5IE : 1; }; } __BIE0bits_t; extern volatile __BIE0bits_t __at (0xDFA) BIE0bits; extern __sfr __at (0xDFC) TXBIE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TXBIEbits_t; extern volatile __TXBIEbits_t __at (0xDFC) TXBIEbits; extern __sfr __at (0xE20) B0CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B0CON : 1; unsigned : 1; unsigned : 1; }; } __B0CONbits_t; extern volatile __B0CONbits_t __at (0xE20) B0CONbits; extern __sfr __at (0xE21) B0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B0SIDHbits_t; extern volatile __B0SIDHbits_t __at (0xE21) B0SIDHbits; extern __sfr __at (0xE22) B0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B0SIDLbits_t; extern volatile __B0SIDLbits_t __at (0xE22) B0SIDLbits; extern __sfr __at (0xE23) B0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B0EIDHbits_t; extern volatile __B0EIDHbits_t __at (0xE23) B0EIDHbits; extern __sfr __at (0xE24) B0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B0EIDLbits_t; extern volatile __B0EIDLbits_t __at (0xE24) B0EIDLbits; extern __sfr __at (0xE25) B0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B0DLC : 1; unsigned RB1_B0DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B0DLCbits_t; extern volatile __B0DLCbits_t __at (0xE25) B0DLCbits; extern __sfr __at (0xE26) B0D0; typedef union { struct { unsigned B0D00 : 1; unsigned B0D01 : 1; unsigned B0D02 : 1; unsigned B0D03 : 1; unsigned B0D04 : 1; unsigned B0D05 : 1; unsigned B0D06 : 1; unsigned B0D07 : 1; }; } __B0D0bits_t; extern volatile __B0D0bits_t __at (0xE26) B0D0bits; extern __sfr __at (0xE27) B0D1; typedef union { struct { unsigned B0D10 : 1; unsigned B0D11 : 1; unsigned B0D12 : 1; unsigned B0D13 : 1; unsigned B0D14 : 1; unsigned B0D15 : 1; unsigned B0D16 : 1; unsigned B0D17 : 1; }; } __B0D1bits_t; extern volatile __B0D1bits_t __at (0xE27) B0D1bits; extern __sfr __at (0xE28) B0D2; typedef union { struct { unsigned B0D20 : 1; unsigned B0D21 : 1; unsigned B0D22 : 1; unsigned B0D23 : 1; unsigned B0D24 : 1; unsigned B0D25 : 1; unsigned B0D26 : 1; unsigned B0D27 : 1; }; } __B0D2bits_t; extern volatile __B0D2bits_t __at (0xE28) B0D2bits; extern __sfr __at (0xE29) B0D3; typedef union { struct { unsigned B0D30 : 1; unsigned B0D31 : 1; unsigned B0D32 : 1; unsigned B0D33 : 1; unsigned B0D34 : 1; unsigned B0D35 : 1; unsigned B0D36 : 1; unsigned B0D37 : 1; }; } __B0D3bits_t; extern volatile __B0D3bits_t __at (0xE29) B0D3bits; extern __sfr __at (0xE2A) B0D4; typedef union { struct { unsigned B0D40 : 1; unsigned B0D41 : 1; unsigned B0D42 : 1; unsigned B0D43 : 1; unsigned B0D44 : 1; unsigned B0D45 : 1; unsigned B0D46 : 1; unsigned B0D47 : 1; }; } __B0D4bits_t; extern volatile __B0D4bits_t __at (0xE2A) B0D4bits; extern __sfr __at (0xE2B) B0D5; typedef union { struct { unsigned B0D50 : 1; unsigned B0D51 : 1; unsigned B0D52 : 1; unsigned B0D53 : 1; unsigned B0D54 : 1; unsigned B0D55 : 1; unsigned B0D56 : 1; unsigned B0D57 : 1; }; } __B0D5bits_t; extern volatile __B0D5bits_t __at (0xE2B) B0D5bits; extern __sfr __at (0xE2C) B0D6; typedef union { struct { unsigned B0D60 : 1; unsigned B0D61 : 1; unsigned B0D62 : 1; unsigned B0D63 : 1; unsigned B0D64 : 1; unsigned B0D65 : 1; unsigned B0D66 : 1; unsigned B0D67 : 1; }; } __B0D6bits_t; extern volatile __B0D6bits_t __at (0xE2C) B0D6bits; extern __sfr __at (0xE2D) B0D7; typedef union { struct { unsigned B0D70 : 1; unsigned B0D71 : 1; unsigned B0D72 : 1; unsigned B0D73 : 1; unsigned B0D74 : 1; unsigned B0D75 : 1; unsigned B0D76 : 1; unsigned B0D77 : 1; }; } __B0D7bits_t; extern volatile __B0D7bits_t __at (0xE2D) B0D7bits; extern __sfr __at (0xE2E) CANSTAT_RO9; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO9bits_t; extern volatile __CANSTAT_RO9bits_t __at (0xE2E) CANSTAT_RO9bits; extern __sfr __at (0xE2F) CANCON_RO9; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO9bits_t; extern volatile __CANCON_RO9bits_t __at (0xE2F) CANCON_RO9bits; extern __sfr __at (0xE30) B1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B1CON : 1; unsigned : 1; unsigned : 1; }; } __B1CONbits_t; extern volatile __B1CONbits_t __at (0xE30) B1CONbits; extern __sfr __at (0xE31) B1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B1SIDHbits_t; extern volatile __B1SIDHbits_t __at (0xE31) B1SIDHbits; extern __sfr __at (0xE32) B1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B1SIDLbits_t; extern volatile __B1SIDLbits_t __at (0xE32) B1SIDLbits; extern __sfr __at (0xE33) B1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B1EIDHbits_t; extern volatile __B1EIDHbits_t __at (0xE33) B1EIDHbits; extern __sfr __at (0xE34) B1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B1EIDLbits_t; extern volatile __B1EIDLbits_t __at (0xE34) B1EIDLbits; extern __sfr __at (0xE35) B1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B1DLC : 1; unsigned RB1_B1DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B1DLCbits_t; extern volatile __B1DLCbits_t __at (0xE35) B1DLCbits; extern __sfr __at (0xE36) B1D0; typedef union { struct { unsigned B1D00 : 1; unsigned B1D01 : 1; unsigned B1D02 : 1; unsigned B1D03 : 1; unsigned B1D04 : 1; unsigned B1D05 : 1; unsigned B1D06 : 1; unsigned B1D07 : 1; }; } __B1D0bits_t; extern volatile __B1D0bits_t __at (0xE36) B1D0bits; extern __sfr __at (0xE37) B1D1; typedef union { struct { unsigned B1D10 : 1; unsigned B1D11 : 1; unsigned B1D12 : 1; unsigned B1D13 : 1; unsigned B1D14 : 1; unsigned B1D15 : 1; unsigned B1D16 : 1; unsigned B1D17 : 1; }; } __B1D1bits_t; extern volatile __B1D1bits_t __at (0xE37) B1D1bits; extern __sfr __at (0xE38) B1D2; typedef union { struct { unsigned B1D20 : 1; unsigned B1D21 : 1; unsigned B1D22 : 1; unsigned B1D23 : 1; unsigned B1D24 : 1; unsigned B1D25 : 1; unsigned B1D26 : 1; unsigned B1D27 : 1; }; } __B1D2bits_t; extern volatile __B1D2bits_t __at (0xE38) B1D2bits; extern __sfr __at (0xE39) B1D3; typedef union { struct { unsigned B1D30 : 1; unsigned B1D31 : 1; unsigned B1D32 : 1; unsigned B1D33 : 1; unsigned B1D34 : 1; unsigned B1D35 : 1; unsigned B1D36 : 1; unsigned B1D37 : 1; }; } __B1D3bits_t; extern volatile __B1D3bits_t __at (0xE39) B1D3bits; extern __sfr __at (0xE3A) B1D4; typedef union { struct { unsigned B1D40 : 1; unsigned B1D41 : 1; unsigned B1D42 : 1; unsigned B1D43 : 1; unsigned B1D44 : 1; unsigned B1D45 : 1; unsigned B1D46 : 1; unsigned B1D47 : 1; }; } __B1D4bits_t; extern volatile __B1D4bits_t __at (0xE3A) B1D4bits; extern __sfr __at (0xE3B) B1D5; typedef union { struct { unsigned B1D50 : 1; unsigned B1D51 : 1; unsigned B1D52 : 1; unsigned B1D53 : 1; unsigned B1D54 : 1; unsigned B1D55 : 1; unsigned B1D56 : 1; unsigned B1D57 : 1; }; } __B1D5bits_t; extern volatile __B1D5bits_t __at (0xE3B) B1D5bits; extern __sfr __at (0xE3C) B1D6; typedef union { struct { unsigned B1D60 : 1; unsigned B1D61 : 1; unsigned B1D62 : 1; unsigned B1D63 : 1; unsigned B1D64 : 1; unsigned B1D65 : 1; unsigned B1D66 : 1; unsigned B1D67 : 1; }; } __B1D6bits_t; extern volatile __B1D6bits_t __at (0xE3C) B1D6bits; extern __sfr __at (0xE3D) B1D7; typedef union { struct { unsigned B1D70 : 1; unsigned B1D71 : 1; unsigned B1D72 : 1; unsigned B1D73 : 1; unsigned B1D74 : 1; unsigned B1D75 : 1; unsigned B1D76 : 1; unsigned B1D77 : 1; }; } __B1D7bits_t; extern volatile __B1D7bits_t __at (0xE3D) B1D7bits; extern __sfr __at (0xE3E) CANSTAT_RO8; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO8bits_t; extern volatile __CANSTAT_RO8bits_t __at (0xE3E) CANSTAT_RO8bits; extern __sfr __at (0xE3F) CANCON_RO8; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO8bits_t; extern volatile __CANCON_RO8bits_t __at (0xE3F) CANCON_RO8bits; extern __sfr __at (0xE40) B2CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B2CON : 1; unsigned : 1; unsigned : 1; }; } __B2CONbits_t; extern volatile __B2CONbits_t __at (0xE40) B2CONbits; extern __sfr __at (0xE41) B2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B2SIDHbits_t; extern volatile __B2SIDHbits_t __at (0xE41) B2SIDHbits; extern __sfr __at (0xE42) B2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B2SIDLbits_t; extern volatile __B2SIDLbits_t __at (0xE42) B2SIDLbits; extern __sfr __at (0xE43) B2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B2EIDHbits_t; extern volatile __B2EIDHbits_t __at (0xE43) B2EIDHbits; extern __sfr __at (0xE44) B2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B2EIDLbits_t; extern volatile __B2EIDLbits_t __at (0xE44) B2EIDLbits; extern __sfr __at (0xE45) B2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B2DLC : 1; unsigned RB1_B2DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B2DLCbits_t; extern volatile __B2DLCbits_t __at (0xE45) B2DLCbits; extern __sfr __at (0xE46) B2D0; typedef union { struct { unsigned B2D00 : 1; unsigned B2D01 : 1; unsigned B2D02 : 1; unsigned B2D03 : 1; unsigned B2D04 : 1; unsigned B2D05 : 1; unsigned B2D06 : 1; unsigned B2D07 : 1; }; } __B2D0bits_t; extern volatile __B2D0bits_t __at (0xE46) B2D0bits; extern __sfr __at (0xE47) B2D1; typedef union { struct { unsigned B2D10 : 1; unsigned B2D11 : 1; unsigned B2D12 : 1; unsigned B2D13 : 1; unsigned B2D14 : 1; unsigned B2D15 : 1; unsigned B2D16 : 1; unsigned B2D17 : 1; }; } __B2D1bits_t; extern volatile __B2D1bits_t __at (0xE47) B2D1bits; extern __sfr __at (0xE48) B2D2; typedef union { struct { unsigned B2D20 : 1; unsigned B2D21 : 1; unsigned B2D22 : 1; unsigned B2D23 : 1; unsigned B2D24 : 1; unsigned B2D25 : 1; unsigned B2D26 : 1; unsigned B2D27 : 1; }; } __B2D2bits_t; extern volatile __B2D2bits_t __at (0xE48) B2D2bits; extern __sfr __at (0xE49) B2D3; typedef union { struct { unsigned B2D30 : 1; unsigned B2D31 : 1; unsigned B2D32 : 1; unsigned B2D33 : 1; unsigned B2D34 : 1; unsigned B2D35 : 1; unsigned B2D36 : 1; unsigned B2D37 : 1; }; } __B2D3bits_t; extern volatile __B2D3bits_t __at (0xE49) B2D3bits; extern __sfr __at (0xE4A) B2D4; typedef union { struct { unsigned B2D40 : 1; unsigned B2D41 : 1; unsigned B2D42 : 1; unsigned B2D43 : 1; unsigned B2D44 : 1; unsigned B2D45 : 1; unsigned B2D46 : 1; unsigned B2D47 : 1; }; } __B2D4bits_t; extern volatile __B2D4bits_t __at (0xE4A) B2D4bits; extern __sfr __at (0xE4B) B2D5; typedef union { struct { unsigned B2D50 : 1; unsigned B2D51 : 1; unsigned B2D52 : 1; unsigned B2D53 : 1; unsigned B2D54 : 1; unsigned B2D55 : 1; unsigned B2D56 : 1; unsigned B2D57 : 1; }; } __B2D5bits_t; extern volatile __B2D5bits_t __at (0xE4B) B2D5bits; extern __sfr __at (0xE4C) B2D6; typedef union { struct { unsigned B2D60 : 1; unsigned B2D61 : 1; unsigned B2D62 : 1; unsigned B2D63 : 1; unsigned B2D64 : 1; unsigned B2D65 : 1; unsigned B2D66 : 1; unsigned B2D67 : 1; }; } __B2D6bits_t; extern volatile __B2D6bits_t __at (0xE4C) B2D6bits; extern __sfr __at (0xE4D) B2D7; typedef union { struct { unsigned B2D70 : 1; unsigned B2D71 : 1; unsigned B2D72 : 1; unsigned B2D73 : 1; unsigned B2D74 : 1; unsigned B2D75 : 1; unsigned B2D76 : 1; unsigned B2D77 : 1; }; } __B2D7bits_t; extern volatile __B2D7bits_t __at (0xE4D) B2D7bits; extern __sfr __at (0xE4E) CANSTAT_RO7; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO7bits_t; extern volatile __CANSTAT_RO7bits_t __at (0xE4E) CANSTAT_RO7bits; extern __sfr __at (0xE4F) CANCON_RO7; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO7bits_t; extern volatile __CANCON_RO7bits_t __at (0xE4F) CANCON_RO7bits; extern __sfr __at (0xE50) B3CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B3CON : 1; unsigned : 1; unsigned : 1; }; } __B3CONbits_t; extern volatile __B3CONbits_t __at (0xE50) B3CONbits; extern __sfr __at (0xE51) B3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B3SIDHbits_t; extern volatile __B3SIDHbits_t __at (0xE51) B3SIDHbits; extern __sfr __at (0xE52) B3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B3SIDLbits_t; extern volatile __B3SIDLbits_t __at (0xE52) B3SIDLbits; extern __sfr __at (0xE53) B3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B3EIDHbits_t; extern volatile __B3EIDHbits_t __at (0xE53) B3EIDHbits; extern __sfr __at (0xE54) B3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B3EIDLbits_t; extern volatile __B3EIDLbits_t __at (0xE54) B3EIDLbits; extern __sfr __at (0xE55) B3DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B3DLC : 1; unsigned RB1_B3DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B3DLCbits_t; extern volatile __B3DLCbits_t __at (0xE55) B3DLCbits; extern __sfr __at (0xE56) B3D0; typedef union { struct { unsigned B3D00 : 1; unsigned B3D01 : 1; unsigned B3D02 : 1; unsigned B3D03 : 1; unsigned B3D04 : 1; unsigned B3D05 : 1; unsigned B3D06 : 1; unsigned B3D07 : 1; }; } __B3D0bits_t; extern volatile __B3D0bits_t __at (0xE56) B3D0bits; extern __sfr __at (0xE57) B3D1; typedef union { struct { unsigned B3D10 : 1; unsigned B3D11 : 1; unsigned B3D12 : 1; unsigned B3D13 : 1; unsigned B3D14 : 1; unsigned B3D15 : 1; unsigned B3D16 : 1; unsigned B3D17 : 1; }; } __B3D1bits_t; extern volatile __B3D1bits_t __at (0xE57) B3D1bits; extern __sfr __at (0xE58) B3D2; typedef union { struct { unsigned B3D20 : 1; unsigned B3D21 : 1; unsigned B3D22 : 1; unsigned B3D23 : 1; unsigned B3D24 : 1; unsigned B3D25 : 1; unsigned B3D26 : 1; unsigned B3D27 : 1; }; } __B3D2bits_t; extern volatile __B3D2bits_t __at (0xE58) B3D2bits; extern __sfr __at (0xE59) B3D3; typedef union { struct { unsigned B3D30 : 1; unsigned B3D31 : 1; unsigned B3D32 : 1; unsigned B3D33 : 1; unsigned B3D34 : 1; unsigned B3D35 : 1; unsigned B3D36 : 1; unsigned B3D37 : 1; }; } __B3D3bits_t; extern volatile __B3D3bits_t __at (0xE59) B3D3bits; extern __sfr __at (0xE5A) B3D4; typedef union { struct { unsigned B3D40 : 1; unsigned B3D41 : 1; unsigned B3D42 : 1; unsigned B3D43 : 1; unsigned B3D44 : 1; unsigned B3D45 : 1; unsigned B3D46 : 1; unsigned B3D47 : 1; }; } __B3D4bits_t; extern volatile __B3D4bits_t __at (0xE5A) B3D4bits; extern __sfr __at (0xE5B) B3D5; typedef union { struct { unsigned B3D50 : 1; unsigned B3D51 : 1; unsigned B3D52 : 1; unsigned B3D53 : 1; unsigned B3D54 : 1; unsigned B3D55 : 1; unsigned B3D56 : 1; unsigned B3D57 : 1; }; } __B3D5bits_t; extern volatile __B3D5bits_t __at (0xE5B) B3D5bits; extern __sfr __at (0xE5C) B3D6; typedef union { struct { unsigned B3D60 : 1; unsigned B3D61 : 1; unsigned B3D62 : 1; unsigned B3D63 : 1; unsigned B3D64 : 1; unsigned B3D65 : 1; unsigned B3D66 : 1; unsigned B3D67 : 1; }; } __B3D6bits_t; extern volatile __B3D6bits_t __at (0xE5C) B3D6bits; extern __sfr __at (0xE5D) B3D7; typedef union { struct { unsigned B3D70 : 1; unsigned B3D71 : 1; unsigned B3D72 : 1; unsigned B3D73 : 1; unsigned B3D74 : 1; unsigned B3D75 : 1; unsigned B3D76 : 1; unsigned B3D77 : 1; }; } __B3D7bits_t; extern volatile __B3D7bits_t __at (0xE5D) B3D7bits; extern __sfr __at (0xE5E) CANSTAT_RO6; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO6bits_t; extern volatile __CANSTAT_RO6bits_t __at (0xE5E) CANSTAT_RO6bits; extern __sfr __at (0xE5F) CANCON_RO6; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO6bits_t; extern volatile __CANCON_RO6bits_t __at (0xE5F) CANCON_RO6bits; extern __sfr __at (0xE60) B4CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B4CON : 1; unsigned : 1; unsigned : 1; }; } __B4CONbits_t; extern volatile __B4CONbits_t __at (0xE60) B4CONbits; extern __sfr __at (0xE61) B4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B4SIDHbits_t; extern volatile __B4SIDHbits_t __at (0xE61) B4SIDHbits; extern __sfr __at (0xE62) B4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B4SIDLbits_t; extern volatile __B4SIDLbits_t __at (0xE62) B4SIDLbits; extern __sfr __at (0xE63) B4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B4EIDHbits_t; extern volatile __B4EIDHbits_t __at (0xE63) B4EIDHbits; extern __sfr __at (0xE64) B4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B4EIDLbits_t; extern volatile __B4EIDLbits_t __at (0xE64) B4EIDLbits; extern __sfr __at (0xE65) B4DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B4DLC : 1; unsigned RB1_B4DLC : 1; unsigned TXRTR : 1; unsigned : 1; }; } __B4DLCbits_t; extern volatile __B4DLCbits_t __at (0xE65) B4DLCbits; extern __sfr __at (0xE66) B4D0; typedef union { struct { unsigned B4D00 : 1; unsigned B4D01 : 1; unsigned B4D02 : 1; unsigned B4D03 : 1; unsigned B4D04 : 1; unsigned B4D05 : 1; unsigned B4D06 : 1; unsigned B4D07 : 1; }; } __B4D0bits_t; extern volatile __B4D0bits_t __at (0xE66) B4D0bits; extern __sfr __at (0xE67) B4D1; typedef union { struct { unsigned B4D10 : 1; unsigned B4D11 : 1; unsigned B4D12 : 1; unsigned B4D13 : 1; unsigned B4D14 : 1; unsigned B4D15 : 1; unsigned B4D16 : 1; unsigned B4D17 : 1; }; } __B4D1bits_t; extern volatile __B4D1bits_t __at (0xE67) B4D1bits; extern __sfr __at (0xE68) B4D2; typedef union { struct { unsigned B4D20 : 1; unsigned B4D21 : 1; unsigned B4D22 : 1; unsigned B4D23 : 1; unsigned B4D24 : 1; unsigned B4D25 : 1; unsigned B4D26 : 1; unsigned B4D27 : 1; }; } __B4D2bits_t; extern volatile __B4D2bits_t __at (0xE68) B4D2bits; extern __sfr __at (0xE69) B4D3; typedef union { struct { unsigned B4D30 : 1; unsigned B4D31 : 1; unsigned B4D32 : 1; unsigned B4D33 : 1; unsigned B4D34 : 1; unsigned B4D35 : 1; unsigned B4D36 : 1; unsigned B4D37 : 1; }; } __B4D3bits_t; extern volatile __B4D3bits_t __at (0xE69) B4D3bits; extern __sfr __at (0xE6A) B4D4; typedef union { struct { unsigned B4D40 : 1; unsigned B4D41 : 1; unsigned B4D42 : 1; unsigned B4D43 : 1; unsigned B4D44 : 1; unsigned B4D45 : 1; unsigned B4D46 : 1; unsigned B4D47 : 1; }; } __B4D4bits_t; extern volatile __B4D4bits_t __at (0xE6A) B4D4bits; extern __sfr __at (0xE6B) B4D5; typedef union { struct { unsigned B4D50 : 1; unsigned B4D51 : 1; unsigned B4D52 : 1; unsigned B4D53 : 1; unsigned B4D54 : 1; unsigned B4D55 : 1; unsigned B4D56 : 1; unsigned B4D57 : 1; }; } __B4D5bits_t; extern volatile __B4D5bits_t __at (0xE6B) B4D5bits; extern __sfr __at (0xE6C) B4D6; typedef union { struct { unsigned B4D60 : 1; unsigned B4D61 : 1; unsigned B4D62 : 1; unsigned B4D63 : 1; unsigned B4D64 : 1; unsigned B4D65 : 1; unsigned B4D66 : 1; unsigned B4D67 : 1; }; } __B4D6bits_t; extern volatile __B4D6bits_t __at (0xE6C) B4D6bits; extern __sfr __at (0xE6D) B4D7; typedef union { struct { unsigned B4D70 : 1; unsigned B4D71 : 1; unsigned B4D72 : 1; unsigned B4D73 : 1; unsigned B4D74 : 1; unsigned B4D75 : 1; unsigned B4D76 : 1; unsigned B46D77 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B4D77 : 1; }; } __B4D7bits_t; extern volatile __B4D7bits_t __at (0xE6D) B4D7bits; extern __sfr __at (0xE6E) CANSTAT_RO5; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO5bits_t; extern volatile __CANSTAT_RO5bits_t __at (0xE6E) CANSTAT_RO5bits; extern __sfr __at (0xE6F) CANCON_RO5; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO5bits_t; extern volatile __CANCON_RO5bits_t __at (0xE6F) CANCON_RO5bits; extern __sfr __at (0xE70) B5CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned RTREN : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXRTRRO_B5CON : 1; unsigned : 1; unsigned : 1; }; } __B5CONbits_t; extern volatile __B5CONbits_t __at (0xE70) B5CONbits; extern __sfr __at (0xE71) B5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __B5SIDHbits_t; extern volatile __B5SIDHbits_t __at (0xE71) B5SIDHbits; extern __sfr __at (0xE72) B5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5SIDLbits_t; extern volatile __B5SIDLbits_t __at (0xE72) B5SIDLbits; extern __sfr __at (0xE73) B5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __B5EIDHbits_t; extern volatile __B5EIDHbits_t __at (0xE73) B5EIDHbits; extern __sfr __at (0xE74) B5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __B5EIDLbits_t; extern volatile __B5EIDLbits_t __at (0xE74) B5EIDLbits; extern __sfr __at (0xE75) B5DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_B5DLC : 1; unsigned RB1_B5DLC : 1; unsigned : 1; unsigned : 1; }; } __B5DLCbits_t; extern volatile __B5DLCbits_t __at (0xE75) B5DLCbits; extern __sfr __at (0xE76) B5D0; typedef union { struct { unsigned B5D00 : 1; unsigned B5D01 : 1; unsigned B5D02 : 1; unsigned B5D03 : 1; unsigned B5D04 : 1; unsigned B5D05 : 1; unsigned B5D06 : 1; unsigned B57D07 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D07 : 1; }; } __B5D0bits_t; extern volatile __B5D0bits_t __at (0xE76) B5D0bits; extern __sfr __at (0xE77) B5D1; typedef union { struct { unsigned B5D10 : 1; unsigned B5D11 : 1; unsigned B5D12 : 1; unsigned B5D13 : 1; unsigned B5D14 : 1; unsigned B5D15 : 1; unsigned B5D16 : 1; unsigned B5D17 : 1; }; } __B5D1bits_t; extern volatile __B5D1bits_t __at (0xE77) B5D1bits; extern __sfr __at (0xE78) B5D2; typedef union { struct { unsigned B5D20 : 1; unsigned B5D21 : 1; unsigned B5D22 : 1; unsigned B57D23 : 1; unsigned B5D24 : 1; unsigned B5D25 : 1; unsigned B5D26 : 1; unsigned B5D27 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned B5D23 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __B5D2bits_t; extern volatile __B5D2bits_t __at (0xE78) B5D2bits; extern __sfr __at (0xE79) B5D3; typedef union { struct { unsigned B5D30 : 1; unsigned B5D31 : 1; unsigned B5D32 : 1; unsigned B5D33 : 1; unsigned B5D34 : 1; unsigned B5D35 : 1; unsigned B5D36 : 1; unsigned B5D37 : 1; }; } __B5D3bits_t; extern volatile __B5D3bits_t __at (0xE79) B5D3bits; extern __sfr __at (0xE7A) B5D4; typedef union { struct { unsigned B5D40 : 1; unsigned B5D41 : 1; unsigned B5D42 : 1; unsigned B5D43 : 1; unsigned B5D44 : 1; unsigned B5D45 : 1; unsigned B5D46 : 1; unsigned B5D47 : 1; }; } __B5D4bits_t; extern volatile __B5D4bits_t __at (0xE7A) B5D4bits; extern __sfr __at (0xE7B) B5D5; typedef union { struct { unsigned B5D50 : 1; unsigned B5D51 : 1; unsigned B5D52 : 1; unsigned B5D53 : 1; unsigned B5D54 : 1; unsigned B5D55 : 1; unsigned B5D56 : 1; unsigned B5D57 : 1; }; } __B5D5bits_t; extern volatile __B5D5bits_t __at (0xE7B) B5D5bits; extern __sfr __at (0xE7C) B5D6; typedef union { struct { unsigned B5D60 : 1; unsigned B5D61 : 1; unsigned B5D62 : 1; unsigned B5D63 : 1; unsigned B5D64 : 1; unsigned B5D65 : 1; unsigned B5D66 : 1; unsigned B5D67 : 1; }; } __B5D6bits_t; extern volatile __B5D6bits_t __at (0xE7C) B5D6bits; extern __sfr __at (0xE7D) B5D7; typedef union { struct { unsigned B5D70 : 1; unsigned B5D71 : 1; unsigned B5D72 : 1; unsigned B5D73 : 1; unsigned B5D74 : 1; unsigned B5D75 : 1; unsigned B5D76 : 1; unsigned B5D77 : 1; }; } __B5D7bits_t; extern volatile __B5D7bits_t __at (0xE7D) B5D7bits; extern __sfr __at (0xE7E) CANSTAT_RO4; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO4bits_t; extern volatile __CANSTAT_RO4bits_t __at (0xE7E) CANSTAT_RO4bits; extern __sfr __at (0xE7F) CANCON_RO4; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO4bits_t; extern volatile __CANCON_RO4bits_t __at (0xE7F) CANCON_RO4bits; extern __sfr __at (0xF00) RXF0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF0SIDHbits_t; extern volatile __RXF0SIDHbits_t __at (0xF00) RXF0SIDHbits; extern __sfr __at (0xF01) RXF0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xF01) RXF0SIDLbits; extern __sfr __at (0xF02) RXF0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF0EIDHbits_t; extern volatile __RXF0EIDHbits_t __at (0xF02) RXF0EIDHbits; extern __sfr __at (0xF03) RXF0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF0EIDLbits_t; extern volatile __RXF0EIDLbits_t __at (0xF03) RXF0EIDLbits; extern __sfr __at (0xF04) RXF1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF1SIDHbits_t; extern volatile __RXF1SIDHbits_t __at (0xF04) RXF1SIDHbits; extern __sfr __at (0xF05) RXF1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xF05) RXF1SIDLbits; extern __sfr __at (0xF06) RXF1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF1EIDHbits_t; extern volatile __RXF1EIDHbits_t __at (0xF06) RXF1EIDHbits; extern __sfr __at (0xF07) RXF1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF1EIDLbits_t; extern volatile __RXF1EIDLbits_t __at (0xF07) RXF1EIDLbits; extern __sfr __at (0xF08) RXF2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF2SIDHbits_t; extern volatile __RXF2SIDHbits_t __at (0xF08) RXF2SIDHbits; extern __sfr __at (0xF09) RXF2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF2SIDLbits_t; extern volatile __RXF2SIDLbits_t __at (0xF09) RXF2SIDLbits; extern __sfr __at (0xF0A) RXF2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF2EIDHbits_t; extern volatile __RXF2EIDHbits_t __at (0xF0A) RXF2EIDHbits; extern __sfr __at (0xF0B) RXF2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xF0B) RXF2EIDLbits; extern __sfr __at (0xF0C) RXF3SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF3SIDHbits_t; extern volatile __RXF3SIDHbits_t __at (0xF0C) RXF3SIDHbits; extern __sfr __at (0xF0D) RXF3SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xF0D) RXF3SIDLbits; extern __sfr __at (0xF0E) RXF3EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF3EIDHbits_t; extern volatile __RXF3EIDHbits_t __at (0xF0E) RXF3EIDHbits; extern __sfr __at (0xF0F) RXF3EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF3EIDLbits_t; extern volatile __RXF3EIDLbits_t __at (0xF0F) RXF3EIDLbits; extern __sfr __at (0xF10) RXF4SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF4SIDHbits_t; extern volatile __RXF4SIDHbits_t __at (0xF10) RXF4SIDHbits; extern __sfr __at (0xF11) RXF4SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xF11) RXF4SIDLbits; extern __sfr __at (0xF12) RXF4EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF4EIDHbits_t; extern volatile __RXF4EIDHbits_t __at (0xF12) RXF4EIDHbits; extern __sfr __at (0xF13) RXF4EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF4EIDLbits_t; extern volatile __RXF4EIDLbits_t __at (0xF13) RXF4EIDLbits; extern __sfr __at (0xF14) RXF5SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXF5SIDHbits_t; extern volatile __RXF5SIDHbits_t __at (0xF14) RXF5SIDHbits; extern __sfr __at (0xF15) RXF5SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xF15) RXF5SIDLbits; extern __sfr __at (0xF16) RXF5EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXF5EIDHbits_t; extern volatile __RXF5EIDHbits_t __at (0xF16) RXF5EIDHbits; extern __sfr __at (0xF17) RXF5EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXF5EIDLbits_t; extern volatile __RXF5EIDLbits_t __at (0xF17) RXF5EIDLbits; extern __sfr __at (0xF18) RXM0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM0SIDHbits_t; extern volatile __RXM0SIDHbits_t __at (0xF18) RXM0SIDHbits; extern __sfr __at (0xF19) RXM0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xF19) RXM0SIDLbits; extern __sfr __at (0xF1A) RXM0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM0EIDHbits_t; extern volatile __RXM0EIDHbits_t __at (0xF1A) RXM0EIDHbits; extern __sfr __at (0xF1B) RXM0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM0EIDLbits_t; extern volatile __RXM0EIDLbits_t __at (0xF1B) RXM0EIDLbits; extern __sfr __at (0xF1C) RXM1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXM1SIDHbits_t; extern volatile __RXM1SIDHbits_t __at (0xF1C) RXM1SIDHbits; extern __sfr __at (0xF1D) RXM1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDEN : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xF1D) RXM1SIDLbits; extern __sfr __at (0xF1E) RXM1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXM1EIDHbits_t; extern volatile __RXM1EIDHbits_t __at (0xF1E) RXM1EIDHbits; extern __sfr __at (0xF1F) RXM1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXM1EIDLbits_t; extern volatile __RXM1EIDLbits_t __at (0xF1F) RXM1EIDLbits; extern __sfr __at (0xF20) TXB2CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFBXB2CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xF20) TXB2CONbits; extern __sfr __at (0xF21) TXB2SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB2SIDHbits_t; extern volatile __TXB2SIDHbits_t __at (0xF21) TXB2SIDHbits; extern __sfr __at (0xF22) TXB2SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xF22) TXB2SIDLbits; extern __sfr __at (0xF23) TXB2EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB2EIDHbits_t; extern volatile __TXB2EIDHbits_t __at (0xF23) TXB2EIDHbits; extern __sfr __at (0xF24) TXB2EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB2EIDLbits_t; extern volatile __TXB2EIDLbits_t __at (0xF24) TXB2EIDLbits; extern __sfr __at (0xF25) TXB2DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xF25) TXB2DLCbits; extern __sfr __at (0xF26) TXB2D0; typedef union { struct { unsigned TXB2D00 : 1; unsigned TXB2D01 : 1; unsigned TXB2D02 : 1; unsigned TXB2D03 : 1; unsigned TXB2D04 : 1; unsigned TXB2D05 : 1; unsigned TXB2D06 : 1; unsigned TXB2D07 : 1; }; } __TXB2D0bits_t; extern volatile __TXB2D0bits_t __at (0xF26) TXB2D0bits; extern __sfr __at (0xF27) TXB2D1; typedef union { struct { unsigned TXB2D10 : 1; unsigned TXB2D11 : 1; unsigned TXB2D12 : 1; unsigned TXB2D13 : 1; unsigned TXB2D14 : 1; unsigned TXB2D15 : 1; unsigned TXB2D16 : 1; unsigned TXB2D17 : 1; }; } __TXB2D1bits_t; extern volatile __TXB2D1bits_t __at (0xF27) TXB2D1bits; extern __sfr __at (0xF28) TXB2D2; typedef union { struct { unsigned TXB2D20 : 1; unsigned TXB2D21 : 1; unsigned TXB2D22 : 1; unsigned TXB2D23 : 1; unsigned TXB2D24 : 1; unsigned TXB2D25 : 1; unsigned TXB2D26 : 1; unsigned TXB2D27 : 1; }; } __TXB2D2bits_t; extern volatile __TXB2D2bits_t __at (0xF28) TXB2D2bits; extern __sfr __at (0xF29) TXB2D3; typedef union { struct { unsigned TXB2D30 : 1; unsigned TXB2D31 : 1; unsigned TXB2D32 : 1; unsigned TXB2D33 : 1; unsigned TXB2D34 : 1; unsigned TXB2D35 : 1; unsigned TXB2D36 : 1; unsigned TXB2D37 : 1; }; } __TXB2D3bits_t; extern volatile __TXB2D3bits_t __at (0xF29) TXB2D3bits; extern __sfr __at (0xF2A) TXB2D4; typedef union { struct { unsigned TXB2D40 : 1; unsigned TXB2D41 : 1; unsigned TXB2D42 : 1; unsigned TXB2D43 : 1; unsigned TXB2D44 : 1; unsigned TXB2D45 : 1; unsigned TXB2D46 : 1; unsigned TXB2D47 : 1; }; } __TXB2D4bits_t; extern volatile __TXB2D4bits_t __at (0xF2A) TXB2D4bits; extern __sfr __at (0xF2B) TXB2D5; typedef union { struct { unsigned TXB2D50 : 1; unsigned TXB2D51 : 1; unsigned TXB2D52 : 1; unsigned TXB2D53 : 1; unsigned TXB2D54 : 1; unsigned TXB2D55 : 1; unsigned TXB2D56 : 1; unsigned TXB2D57 : 1; }; } __TXB2D5bits_t; extern volatile __TXB2D5bits_t __at (0xF2B) TXB2D5bits; extern __sfr __at (0xF2C) TXB2D6; typedef union { struct { unsigned TXB2D60 : 1; unsigned TXB2D61 : 1; unsigned TXB2D62 : 1; unsigned TXB2D63 : 1; unsigned TXB2D64 : 1; unsigned TXB2D65 : 1; unsigned TXB2D66 : 1; unsigned TXB2D67 : 1; }; } __TXB2D6bits_t; extern volatile __TXB2D6bits_t __at (0xF2C) TXB2D6bits; extern __sfr __at (0xF2D) TXB2D7; typedef union { struct { unsigned TXB2D70 : 1; unsigned TXB2D71 : 1; unsigned TXB2D72 : 1; unsigned TXB2D73 : 1; unsigned TXB2D74 : 1; unsigned TXB2D75 : 1; unsigned TXB2D76 : 1; unsigned TXB2D77 : 1; }; } __TXB2D7bits_t; extern volatile __TXB2D7bits_t __at (0xF2D) TXB2D7bits; extern __sfr __at (0xF2E) CANSTAT_RO3; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO3bits_t; extern volatile __CANSTAT_RO3bits_t __at (0xF2E) CANSTAT_RO3bits; extern __sfr __at (0xF2F) CANCON_RO3; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO3bits_t; extern volatile __CANCON_RO3bits_t __at (0xF2F) CANCON_RO3bits; extern __sfr __at (0xF30) TXB1CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIFTXB1CON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXBIF : 1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xF30) TXB1CONbits; extern __sfr __at (0xF31) TXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB1SIDHbits_t; extern volatile __TXB1SIDHbits_t __at (0xF31) TXB1SIDHbits; extern __sfr __at (0xF32) TXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xF32) TXB1SIDLbits; extern __sfr __at (0xF33) TXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB1EIDHbits_t; extern volatile __TXB1EIDHbits_t __at (0xF33) TXB1EIDHbits; extern __sfr __at (0xF34) TXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB1EIDLbits_t; extern volatile __TXB1EIDLbits_t __at (0xF34) TXB1EIDLbits; extern __sfr __at (0xF35) TXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xF35) TXB1DLCbits; extern __sfr __at (0xF36) TXB1D0; typedef union { struct { unsigned TXB1D00 : 1; unsigned TXB1D01 : 1; unsigned TXB1D02 : 1; unsigned TXB1D03 : 1; unsigned TXB1D04 : 1; unsigned TXB1D05 : 1; unsigned TXB1D06 : 1; unsigned TXB1D07 : 1; }; } __TXB1D0bits_t; extern volatile __TXB1D0bits_t __at (0xF36) TXB1D0bits; extern __sfr __at (0xF37) TXB1D1; typedef union { struct { unsigned TXB1D10 : 1; unsigned TXB1D11 : 1; unsigned TXB1D12 : 1; unsigned TXB1D13 : 1; unsigned TXB1D14 : 1; unsigned TXB1D15 : 1; unsigned TXB1D16 : 1; unsigned TXB1D17 : 1; }; } __TXB1D1bits_t; extern volatile __TXB1D1bits_t __at (0xF37) TXB1D1bits; extern __sfr __at (0xF38) TXB1D2; typedef union { struct { unsigned TXB1D20 : 1; unsigned TXB1D21 : 1; unsigned TXB1D22 : 1; unsigned TXB1D23 : 1; unsigned TXB1D24 : 1; unsigned TXB1D25 : 1; unsigned TXB1D26 : 1; unsigned TXB1D27 : 1; }; } __TXB1D2bits_t; extern volatile __TXB1D2bits_t __at (0xF38) TXB1D2bits; extern __sfr __at (0xF39) TXB1D3; typedef union { struct { unsigned TXB1D30 : 1; unsigned TXB1D31 : 1; unsigned TXB1D32 : 1; unsigned TXB1D33 : 1; unsigned TXB1D34 : 1; unsigned TXB1D35 : 1; unsigned TXB1D36 : 1; unsigned TXB1D37 : 1; }; } __TXB1D3bits_t; extern volatile __TXB1D3bits_t __at (0xF39) TXB1D3bits; extern __sfr __at (0xF3A) TXB1D4; typedef union { struct { unsigned TXB1D40 : 1; unsigned TXB1D41 : 1; unsigned TXB1D42 : 1; unsigned TXB1D43 : 1; unsigned TXB1D44 : 1; unsigned TXB1D45 : 1; unsigned TXB1D46 : 1; unsigned TXB1D47 : 1; }; } __TXB1D4bits_t; extern volatile __TXB1D4bits_t __at (0xF3A) TXB1D4bits; extern __sfr __at (0xF3B) TXB1D5; typedef union { struct { unsigned TXB1D50 : 1; unsigned TXB1D51 : 1; unsigned TXB1D52 : 1; unsigned TXB1D53 : 1; unsigned TXB1D54 : 1; unsigned TXB1D55 : 1; unsigned TXB1D56 : 1; unsigned TXB1D57 : 1; }; } __TXB1D5bits_t; extern volatile __TXB1D5bits_t __at (0xF3B) TXB1D5bits; extern __sfr __at (0xF3C) TXB1D6; typedef union { struct { unsigned TXB1D60 : 1; unsigned TXB1D61 : 1; unsigned TXB1D62 : 1; unsigned TXB1D63 : 1; unsigned TXB1D64 : 1; unsigned TXB1D65 : 1; unsigned TXB1D66 : 1; unsigned TXB1D67 : 1; }; } __TXB1D6bits_t; extern volatile __TXB1D6bits_t __at (0xF3C) TXB1D6bits; extern __sfr __at (0xF3D) TXB1D7; typedef union { struct { unsigned TXB1D70 : 1; unsigned TXB1D71 : 1; unsigned TXB1D72 : 1; unsigned TXB1D73 : 1; unsigned TXB1D74 : 1; unsigned TXB1D75 : 1; unsigned TXB1D76 : 1; unsigned TXB1D77 : 1; }; } __TXB1D7bits_t; extern volatile __TXB1D7bits_t __at (0xF3D) TXB1D7bits; extern __sfr __at (0xF3E) CANSTAT_RO2; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO2bits_t; extern volatile __CANSTAT_RO2bits_t __at (0xF3E) CANSTAT_RO2bits; extern __sfr __at (0xF3F) CANCON_RO2; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO2bits_t; extern volatile __CANCON_RO2bits_t __at (0xF3F) CANCON_RO2bits; extern __sfr __at (0xF40) TXB0CON; typedef union { struct { unsigned TXPRI0 : 1; unsigned TXPRI1 : 1; unsigned : 1; unsigned TXREQ : 1; unsigned TXERR : 1; unsigned TXLARB : 1; unsigned TXABT : 1; unsigned TXBIF : 1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xF40) TXB0CONbits; extern __sfr __at (0xF41) TXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __TXB0SIDHbits_t; extern volatile __TXB0SIDHbits_t __at (0xF41) TXB0SIDHbits; extern __sfr __at (0xF42) TXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXIDE : 1; unsigned : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __TXB0SIDLbits_t; extern volatile __TXB0SIDLbits_t __at (0xF42) TXB0SIDLbits; extern __sfr __at (0xF43) TXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __TXB0EIDHbits_t; extern volatile __TXB0EIDHbits_t __at (0xF43) TXB0EIDHbits; extern __sfr __at (0xF44) TXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __TXB0EIDLbits_t; extern volatile __TXB0EIDLbits_t __at (0xF44) TXB0EIDLbits; extern __sfr __at (0xF45) TXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned : 1; unsigned : 1; unsigned TXRTR : 1; unsigned : 1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xF45) TXB0DLCbits; extern __sfr __at (0xF46) TXB0D0; typedef union { struct { unsigned TXB0D00 : 1; unsigned TXB0D01 : 1; unsigned TXB0D02 : 1; unsigned TXB0D03 : 1; unsigned TXB0D04 : 1; unsigned TXB0D05 : 1; unsigned TXB0D06 : 1; unsigned TXB0D07 : 1; }; } __TXB0D0bits_t; extern volatile __TXB0D0bits_t __at (0xF46) TXB0D0bits; extern __sfr __at (0xF47) TXB0D1; typedef union { struct { unsigned TXB0D10 : 1; unsigned TXB0D11 : 1; unsigned TXB0D12 : 1; unsigned TXB0D13 : 1; unsigned TXB0D14 : 1; unsigned TXB0D15 : 1; unsigned TXB0D16 : 1; unsigned TXB0D17 : 1; }; } __TXB0D1bits_t; extern volatile __TXB0D1bits_t __at (0xF47) TXB0D1bits; extern __sfr __at (0xF48) TXB0D2; typedef union { struct { unsigned TXB0D20 : 1; unsigned TXB0D21 : 1; unsigned TXB0D22 : 1; unsigned TXB0D23 : 1; unsigned TXB0D24 : 1; unsigned TXB0D25 : 1; unsigned TXB0D26 : 1; unsigned TXB0D27 : 1; }; } __TXB0D2bits_t; extern volatile __TXB0D2bits_t __at (0xF48) TXB0D2bits; extern __sfr __at (0xF49) TXB0D3; typedef union { struct { unsigned TXB0D30 : 1; unsigned TXB0D31 : 1; unsigned TXB0D32 : 1; unsigned TXB0D33 : 1; unsigned TXB0D34 : 1; unsigned TXB0D35 : 1; unsigned TXB0D36 : 1; unsigned TXB0D37 : 1; }; } __TXB0D3bits_t; extern volatile __TXB0D3bits_t __at (0xF49) TXB0D3bits; extern __sfr __at (0xF4A) TXB0D4; typedef union { struct { unsigned TXB0D40 : 1; unsigned TXB0D41 : 1; unsigned TXB0D42 : 1; unsigned TXB0D43 : 1; unsigned TXB0D44 : 1; unsigned TXB0D45 : 1; unsigned TXB0D46 : 1; unsigned TXB0D47 : 1; }; } __TXB0D4bits_t; extern volatile __TXB0D4bits_t __at (0xF4A) TXB0D4bits; extern __sfr __at (0xF4B) TXB0D5; typedef union { struct { unsigned TXB0D50 : 1; unsigned TXB0D51 : 1; unsigned TXB0D52 : 1; unsigned TXB0D53 : 1; unsigned TXB0D54 : 1; unsigned TXB0D55 : 1; unsigned TXB0D56 : 1; unsigned TXB0D57 : 1; }; } __TXB0D5bits_t; extern volatile __TXB0D5bits_t __at (0xF4B) TXB0D5bits; extern __sfr __at (0xF4C) TXB0D6; typedef union { struct { unsigned TXB0D60 : 1; unsigned TXB0D61 : 1; unsigned TXB0D62 : 1; unsigned TXB0D63 : 1; unsigned TXB0D64 : 1; unsigned TXB0D65 : 1; unsigned TXB0D66 : 1; unsigned TXB0D67 : 1; }; } __TXB0D6bits_t; extern volatile __TXB0D6bits_t __at (0xF4C) TXB0D6bits; extern __sfr __at (0xF4D) TXB0D7; typedef union { struct { unsigned TXB0D70 : 1; unsigned TXB0D71 : 1; unsigned TXB0D72 : 1; unsigned TXB0D73 : 1; unsigned TXB0D74 : 1; unsigned TXB0D75 : 1; unsigned TXB0D76 : 1; unsigned TXB0D77 : 1; }; } __TXB0D7bits_t; extern volatile __TXB0D7bits_t __at (0xF4D) TXB0D7bits; extern __sfr __at (0xF4E) CANSTAT_RO1; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO1bits_t; extern volatile __CANSTAT_RO1bits_t __at (0xF4E) CANSTAT_RO1bits; extern __sfr __at (0xF4F) CANCON_RO1; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO1bits_t; extern volatile __CANCON_RO1bits_t __at (0xF4F) CANCON_RO1bits; extern __sfr __at (0xF50) RXB1CON; typedef union { struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned RXRTRRO_RXB1CON : 1; unsigned FILHIT4 : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned FILHIT3 : 1; unsigned : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xF50) RXB1CONbits; extern __sfr __at (0xF51) RXB1SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB1SIDHbits_t; extern volatile __RXB1SIDHbits_t __at (0xF51) RXB1SIDHbits; extern __sfr __at (0xF52) RXB1SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xF52) RXB1SIDLbits; extern __sfr __at (0xF53) RXB1EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB1EIDHbits_t; extern volatile __RXB1EIDHbits_t __at (0xF53) RXB1EIDHbits; extern __sfr __at (0xF54) RXB1EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB1EIDLbits_t; extern volatile __RXB1EIDLbits_t __at (0xF54) RXB1EIDLbits; extern __sfr __at (0xF55) RXB1DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB1DLC : 1; unsigned RB1_RXB1DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xF55) RXB1DLCbits; extern __sfr __at (0xF56) RXB1D0; typedef union { struct { unsigned RXB1D00 : 1; unsigned RXB1D01 : 1; unsigned RXB1D02 : 1; unsigned RXB1D03 : 1; unsigned RXB1D04 : 1; unsigned RXB1D05 : 1; unsigned RXB1D06 : 1; unsigned RXB1D07 : 1; }; } __RXB1D0bits_t; extern volatile __RXB1D0bits_t __at (0xF56) RXB1D0bits; extern __sfr __at (0xF57) RXB1D1; typedef union { struct { unsigned RXB1D10 : 1; unsigned RXB1D11 : 1; unsigned RXB1D12 : 1; unsigned RXB1D13 : 1; unsigned RXB1D14 : 1; unsigned RXB1D15 : 1; unsigned RXB1D16 : 1; unsigned RXB1D17 : 1; }; } __RXB1D1bits_t; extern volatile __RXB1D1bits_t __at (0xF57) RXB1D1bits; extern __sfr __at (0xF58) RXB1D2; typedef union { struct { unsigned RXB1D20 : 1; unsigned RXB1D21 : 1; unsigned RXB1D22 : 1; unsigned RXB1D23 : 1; unsigned RXB1D24 : 1; unsigned RXB1D25 : 1; unsigned RXB1D26 : 1; unsigned RXB1D27 : 1; }; } __RXB1D2bits_t; extern volatile __RXB1D2bits_t __at (0xF58) RXB1D2bits; extern __sfr __at (0xF59) RXB1D3; typedef union { struct { unsigned RXB1D30 : 1; unsigned RXB1D31 : 1; unsigned RXB1D32 : 1; unsigned RXB1D33 : 1; unsigned RXB1D34 : 1; unsigned RXB1D35 : 1; unsigned RXB1D36 : 1; unsigned RXB1D37 : 1; }; } __RXB1D3bits_t; extern volatile __RXB1D3bits_t __at (0xF59) RXB1D3bits; extern __sfr __at (0xF5A) RXB1D4; typedef union { struct { unsigned RXB1D40 : 1; unsigned RXB1D41 : 1; unsigned RXB1D42 : 1; unsigned RXB1D43 : 1; unsigned RXB1D44 : 1; unsigned RXB1D45 : 1; unsigned RXB1D46 : 1; unsigned RXB1D47 : 1; }; } __RXB1D4bits_t; extern volatile __RXB1D4bits_t __at (0xF5A) RXB1D4bits; extern __sfr __at (0xF5B) RXB1D5; typedef union { struct { unsigned RXB1D50 : 1; unsigned RXB1D51 : 1; unsigned RXB1D52 : 1; unsigned RXB1D53 : 1; unsigned RXB1D54 : 1; unsigned RXB1D55 : 1; unsigned RXB1D56 : 1; unsigned RXB1D57 : 1; }; } __RXB1D5bits_t; extern volatile __RXB1D5bits_t __at (0xF5B) RXB1D5bits; extern __sfr __at (0xF5C) RXB1D6; typedef union { struct { unsigned RXB1D60 : 1; unsigned RXB1D61 : 1; unsigned RXB1D62 : 1; unsigned RXB1D63 : 1; unsigned RXB1D64 : 1; unsigned RXB1D65 : 1; unsigned RXB1D66 : 1; unsigned RXB1D67 : 1; }; } __RXB1D6bits_t; extern volatile __RXB1D6bits_t __at (0xF5C) RXB1D6bits; extern __sfr __at (0xF5D) RXB1D7; typedef union { struct { unsigned RXB1D70 : 1; unsigned RXB1D71 : 1; unsigned RXB1D72 : 1; unsigned RXB1D73 : 1; unsigned RXB1D74 : 1; unsigned RXB1D75 : 1; unsigned RXB1D76 : 1; unsigned RXB1D77 : 1; }; } __RXB1D7bits_t; extern volatile __RXB1D7bits_t __at (0xF5D) RXB1D7bits; extern __sfr __at (0xF5E) CANSTAT_RO0; typedef union { struct { unsigned ICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned ICODE4 : 1; unsigned OPMODE : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANSTAT_RO0bits_t; extern volatile __CANSTAT_RO0bits_t __at (0xF5E) CANSTAT_RO0bits; extern __sfr __at (0xF5F) CANCON_RO0; typedef union { struct { unsigned : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; } __CANCON_RO0bits_t; extern volatile __CANCON_RO0bits_t __at (0xF5F) CANCON_RO0bits; extern __sfr __at (0xF60) RXB0CON; typedef union { struct { unsigned : 1; unsigned JTOFF : 1; unsigned RXB0DBEN : 1; unsigned RXRTRRO_RXB0CON : 1; unsigned : 1; unsigned RXM0 : 1; unsigned RXM1 : 1; unsigned RXFUL : 1; }; struct { unsigned FILHIT0 : 1; unsigned FILHIT1 : 1; unsigned FILHIT2 : 1; unsigned FILHIT3 : 1; unsigned FILHIT4 : 1; unsigned RTRRO : 1; unsigned : 1; unsigned : 1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xF60) RXB0CONbits; extern __sfr __at (0xF61) RXB0SIDH; typedef union { struct { unsigned SID3 : 1; unsigned SID4 : 1; unsigned SID5 : 1; unsigned SID6 : 1; unsigned SID7 : 1; unsigned SID8 : 1; unsigned SID9 : 1; unsigned SID10 : 1; }; } __RXB0SIDHbits_t; extern volatile __RXB0SIDHbits_t __at (0xF61) RXB0SIDHbits; extern __sfr __at (0xF62) RXB0SIDL; typedef union { struct { unsigned EID16 : 1; unsigned EID17 : 1; unsigned : 1; unsigned EXID : 1; unsigned SRR : 1; unsigned SID0 : 1; unsigned SID1 : 1; unsigned SID2 : 1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xF62) RXB0SIDLbits; extern __sfr __at (0xF63) RXB0EIDH; typedef union { struct { unsigned EID8 : 1; unsigned EID9 : 1; unsigned EID10 : 1; unsigned EID11 : 1; unsigned EID12 : 1; unsigned EID13 : 1; unsigned EID14 : 1; unsigned EID15 : 1; }; } __RXB0EIDHbits_t; extern volatile __RXB0EIDHbits_t __at (0xF63) RXB0EIDHbits; extern __sfr __at (0xF64) RXB0EIDL; typedef union { struct { unsigned EID0 : 1; unsigned EID1 : 1; unsigned EID2 : 1; unsigned EID3 : 1; unsigned EID4 : 1; unsigned EID5 : 1; unsigned EID6 : 1; unsigned EID7 : 1; }; } __RXB0EIDLbits_t; extern volatile __RXB0EIDLbits_t __at (0xF64) RXB0EIDLbits; extern __sfr __at (0xF65) RXB0DLC; typedef union { struct { unsigned DLC0 : 1; unsigned DLC1 : 1; unsigned DLC2 : 1; unsigned DLC3 : 1; unsigned RESRB0 : 1; unsigned RESRB1 : 1; unsigned RXRTR : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RB0_RXB0DLC : 1; unsigned RB1_RXB0DLC : 1; unsigned : 1; unsigned : 1; }; } __RXB0DLCbits_t; extern volatile __RXB0DLCbits_t __at (0xF65) RXB0DLCbits; extern __sfr __at (0xF66) RXB0D0; typedef union { struct { unsigned RXB0D00 : 1; unsigned RXB0D01 : 1; unsigned RXB0D02 : 1; unsigned RXB0D03 : 1; unsigned RXB0D04 : 1; unsigned RXB0D05 : 1; unsigned RXB0D06 : 1; unsigned RXB0D07 : 1; }; } __RXB0D0bits_t; extern volatile __RXB0D0bits_t __at (0xF66) RXB0D0bits; extern __sfr __at (0xF67) RXB0D1; typedef union { struct { unsigned RXB0D10 : 1; unsigned RXB0D11 : 1; unsigned RXB0D12 : 1; unsigned RXB0D13 : 1; unsigned RXB0D14 : 1; unsigned RXB0D15 : 1; unsigned RXB0D16 : 1; unsigned RXB0D17 : 1; }; } __RXB0D1bits_t; extern volatile __RXB0D1bits_t __at (0xF67) RXB0D1bits; extern __sfr __at (0xF68) RXB0D2; typedef union { struct { unsigned RXB0D20 : 1; unsigned RXB0D21 : 1; unsigned RXB0D22 : 1; unsigned RXB0D23 : 1; unsigned RXB0D24 : 1; unsigned RXB0D25 : 1; unsigned RXB0D26 : 1; unsigned RXB0D27 : 1; }; } __RXB0D2bits_t; extern volatile __RXB0D2bits_t __at (0xF68) RXB0D2bits; extern __sfr __at (0xF69) RXB0D3; typedef union { struct { unsigned RXB0D30 : 1; unsigned RXB0D31 : 1; unsigned RXB0D32 : 1; unsigned RXB0D33 : 1; unsigned RXB0D34 : 1; unsigned RXB0D35 : 1; unsigned RXB0D36 : 1; unsigned RXB0D37 : 1; }; } __RXB0D3bits_t; extern volatile __RXB0D3bits_t __at (0xF69) RXB0D3bits; extern __sfr __at (0xF6A) RXB0D4; typedef union { struct { unsigned RXB0D40 : 1; unsigned RXB0D41 : 1; unsigned RXB0D42 : 1; unsigned RXB0D43 : 1; unsigned RXB0D44 : 1; unsigned RXB0D45 : 1; unsigned RXB0D46 : 1; unsigned RXB0D47 : 1; }; } __RXB0D4bits_t; extern volatile __RXB0D4bits_t __at (0xF6A) RXB0D4bits; extern __sfr __at (0xF6B) RXB0D5; typedef union { struct { unsigned RXB0D50 : 1; unsigned RXB0D51 : 1; unsigned RXB0D52 : 1; unsigned RXB0D53 : 1; unsigned RXB0D54 : 1; unsigned RXB0D55 : 1; unsigned RXB0D56 : 1; unsigned RXB0D57 : 1; }; } __RXB0D5bits_t; extern volatile __RXB0D5bits_t __at (0xF6B) RXB0D5bits; extern __sfr __at (0xF6C) RXB0D6; typedef union { struct { unsigned RXB0D60 : 1; unsigned RXB0D61 : 1; unsigned RXB0D62 : 1; unsigned RXB0D63 : 1; unsigned RXB0D64 : 1; unsigned RXB0D65 : 1; unsigned RXB0D66 : 1; unsigned RXB0D67 : 1; }; } __RXB0D6bits_t; extern volatile __RXB0D6bits_t __at (0xF6C) RXB0D6bits; extern __sfr __at (0xF6D) RXB0D7; typedef union { struct { unsigned RXB0D70 : 1; unsigned RXB0D71 : 1; unsigned RXB0D72 : 1; unsigned RXB0D73 : 1; unsigned RXB0D74 : 1; unsigned RXB0D75 : 1; unsigned RXB0D76 : 1; unsigned RXB0D77 : 1; }; } __RXB0D7bits_t; extern volatile __RXB0D7bits_t __at (0xF6D) RXB0D7bits; extern __sfr __at (0xF6E) CANSTAT; typedef union { struct { unsigned EICODE0 : 1; unsigned ICODE1 : 1; unsigned ICODE2 : 1; unsigned ICODE3 : 1; unsigned EICODE4 : 1; unsigned OPMODE0 : 1; unsigned OPMODE1 : 1; unsigned OPMODE2 : 1; }; struct { unsigned : 1; unsigned EICODE1 : 1; unsigned EICODE2 : 1; unsigned EICODE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xF6E) CANSTATbits; extern __sfr __at (0xF6F) CANCON; typedef union { struct { unsigned FP0 : 1; unsigned WIN0 : 1; unsigned WIN1 : 1; unsigned WIN2 : 1; unsigned ABAT : 1; unsigned REQOP0 : 1; unsigned REQOP1 : 1; unsigned REQOP2 : 1; }; struct { unsigned : 1; unsigned FP1 : 1; unsigned FP2 : 1; unsigned FP3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xF6F) CANCONbits; extern __sfr __at (0xF70) BRGCON1; typedef union { struct { unsigned BRP0 : 1; unsigned BRP1 : 1; unsigned BRP2 : 1; unsigned BRP3 : 1; unsigned BRP4 : 1; unsigned BRP5 : 1; unsigned SJW0 : 1; unsigned SJW1 : 1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xF70) BRGCON1bits; extern __sfr __at (0xF71) BRGCON2; typedef union { struct { unsigned PRSEG0 : 1; unsigned PRSEG1 : 1; unsigned PRSEG2 : 1; unsigned SEG1PH0 : 1; unsigned SEG1PH1 : 1; unsigned SEG1PH2 : 1; unsigned SAM : 1; unsigned SEG2PHTS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SEG2PHT : 1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xF71) BRGCON2bits; extern __sfr __at (0xF72) BRGCON3; typedef union { struct { unsigned SEG2PH0 : 1; unsigned SEG2PH1 : 1; unsigned SEG2PH2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned WAKFIL : 1; unsigned WAKDIS : 1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xF72) BRGCON3bits; extern __sfr __at (0xF73) CIOCON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CANCAP : 1; unsigned ENDRHI : 1; unsigned : 1; unsigned : 1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xF73) CIOCONbits; extern __sfr __at (0xF74) COMSTAT; typedef union { struct { unsigned EWARN : 1; unsigned RXWARN : 1; unsigned TXWARN : 1; unsigned RXBP : 1; unsigned TXBP : 1; unsigned TXBO : 1; unsigned RXB1OVFL : 1; unsigned RXB0OVFL : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RXBnOVFL : 1; unsigned FIFOEMPTY : 1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xF74) COMSTATbits; extern __sfr __at (0xF75) RXERRCNT; typedef union { struct { unsigned REC0 : 1; unsigned REC1 : 1; unsigned REC2 : 1; unsigned REC3 : 1; unsigned REC4 : 1; unsigned REC5 : 1; unsigned REC6 : 1; unsigned REC7 : 1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xF75) RXERRCNTbits; extern __sfr __at (0xF76) TXERRCNT; typedef union { struct { unsigned TEC0 : 1; unsigned TEC1 : 1; unsigned TEC2 : 1; unsigned TEC3 : 1; unsigned TEC4 : 1; unsigned TEC5 : 1; unsigned TEC6 : 1; unsigned TEC7 : 1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xF76) TXERRCNTbits; extern __sfr __at (0xF77) ECANCON; typedef union { struct { unsigned EWIN0 : 1; unsigned EWIN1 : 1; unsigned EWIN2 : 1; unsigned EWIN3 : 1; unsigned EWIN4 : 1; unsigned FIFOWM : 1; unsigned MDSEL0 : 1; unsigned MDSEL1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned F : 1; unsigned : 1; unsigned : 1; }; } __ECANCONbits_t; extern volatile __ECANCONbits_t __at (0xF77) ECANCONbits; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned OSC1 : 1; }; struct { unsigned CVREF_PORTA : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned LVDIN : 1; unsigned CLKO : 1; unsigned CLKI : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0_PORTB : 1; unsigned RB1_PORTB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CANRX : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN10 : 1; unsigned AN8 : 1; unsigned CANTX : 1; unsigned : 1; unsigned AN9 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PSP0 : 1; unsigned PSP1 : 1; unsigned PSP2 : 1; unsigned PSP3 : 1; unsigned PSP4 : 1; unsigned PSP5 : 1; unsigned PSP6 : 1; unsigned PSP7 : 1; }; struct { unsigned C1INB : 1; unsigned C1INA : 1; unsigned C2INB : 1; unsigned C2INA : 1; unsigned P1A : 1; unsigned P1B : 1; unsigned P1C : 1; unsigned P1D : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned ECCP1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AN5 : 1; unsigned AN6 : 1; unsigned AN7 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned NOT_RD : 1; unsigned NOT_WR : 1; unsigned NOT_CS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned RD : 1; unsigned WR : 1; unsigned CS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0_DDRB : 1; unsigned RB1_DDRB : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned : 1; unsigned PLLEN : 1; unsigned INTSCR : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXBIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned ECCP1IE : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned ECCP1IF : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned ECCP1IP : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned RXB0IE : 1; unsigned RXB1IE : 1; unsigned TXB0IE : 1; unsigned TXB1IE : 1; unsigned TXB2IE : 1; unsigned ERRIE : 1; unsigned WAKIE : 1; unsigned IRXIE : 1; }; struct { unsigned FIFOWMIE : 1; unsigned RXBnIE : 1; unsigned : 1; unsigned : 1; unsigned TXBnIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned FIFOMWIE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned RXB0IF : 1; unsigned RXB1IF : 1; unsigned TXB0IF : 1; unsigned TXB1IF : 1; unsigned TXB2IF : 1; unsigned ERRIF : 1; unsigned WAKIF : 1; unsigned IRXIF : 1; }; struct { unsigned FIFOWMIF : 1; unsigned RXBnIF : 1; unsigned : 1; unsigned : 1; unsigned TXBnIF : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned RXB0IP : 1; unsigned RXB1IP : 1; unsigned TXB0IP : 1; unsigned TXB1IP : 1; unsigned TXB2IP : 1; unsigned ERRIP : 1; unsigned WAKIP : 1; unsigned IRXIP : 1; }; struct { unsigned FIFOWMIP : 1; unsigned RXBnIP : 1; unsigned : 1; unsigned : 1; unsigned TXBnIP : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAA) EEADRH; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3NSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned T3ECCP1 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT : 1; unsigned C2OUT : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVREF_CVRCON : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CVRSS : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFBA) ECCP1CON; typedef union { struct { unsigned ECCP1M0 : 1; unsigned ECCP1M1 : 1; unsigned ECCP1M2 : 1; unsigned ECCP1M3 : 1; unsigned EDC1B0 : 1; unsigned EDC1B1 : 1; unsigned EPWM1M0 : 1; unsigned EPWM1M1 : 1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xFBA) ECCP1CONbits; extern __sfr __at (0xFBB) ECCPR1; extern __sfr __at (0xFBB) ECCPR1L; extern __sfr __at (0xFBC) ECCPR1H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO_DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T0PS3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned SP0 : 1; unsigned SP1 : 1; unsigned SP2 : 1; unsigned SP3 : 1; unsigned SP4 : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f46k20.h000066400000000000000000001204461116427777700202260ustar00rootroot00000000000000/* * pic18f46k20.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F46K20_H__ #define __PIC18F46K20_H__ 1 // Configuration Bits #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D // CONFIG1H Options #define _OSC_LP_1H 0xF0 // LP #define _OSC_XT_1H 0xF1 // XT #define _OSC_HS_1H 0xF2 // HS #define _OSC_RC_1H 0xF3 // RC #define _OSC_EC_1H 0xF4 // EC-OSC2 as Clock Out #define _OSC_ECIO6_1H 0xF5 // EC-OSC2 as RA6 #define _OSC_HSPLL_1H 0xF6 // HS-PLL Enabled #define _OSC_RCIO6_1H 0xF7 // RC-OSC2 as RA6 #define _OSC_INTIO67_1H 0xF8 // INTRC-OSC2 as RA6, OSC1 as RA7 #define _OSC_INTIO7_1H 0xF9 // INTRC-OSC2 as Clock Out, OSC1 as RA7 #define _FCMEN_OFF_1H 0xBF // Disabled #define _FCMEN_ON_1H 0xFF // Enabled #define _IESO_OFF_1H 0x7F // Disabled #define _IESO_ON_1H 0xFF // Enabled // CONFIG2L Options #define _PWRT_ON_2L 0xFE // Enabled #define _PWRT_OFF_2L 0xFF // Disabled #define _BOREN_OFF_2L 0xF9 // Disabled #define _BOREN_ON_2L 0xFB // SBOREN Enabled #define _BOREN_NOSLP_2L 0xFD // Enabled except SLEEP, SBOREN Disabled #define _BOREN_SBORDIS_2L 0xFF // Enabled, SBOREN Disabled #define _BORV_46_2L 0xE7 // 3.0V #define _BORV_43_2L 0xEF // 2.7V #define _BORV_28_2L 0xF7 // 2.2V #define _BORV_21_2L 0xFF // 1.8 // CONFIG2H Options #define _WDT_OFF_2H 0xFE // Disabled #define _WDT_ON_2H 0xFF // Enabled #define _WDTPS_1_2H 0xE1 // 1:1 #define _WDTPS_2_2H 0xE3 // 1:2 #define _WDTPS_4_2H 0xE5 // 1:4 #define _WDTPS_8_2H 0xE7 // 1:8 #define _WDTPS_16_2H 0xE9 // 1:16 #define _WDTPS_32_2H 0xEB // 1:32 #define _WDTPS_64_2H 0xED // 1:64 #define _WDTPS_128_2H 0xEF // 1:128 #define _WDTPS_256_2H 0xF1 // 1:256 #define _WDTPS_512_2H 0xF3 // 1:512 #define _WDTPS_1024_2H 0xF5 // 1:1024 #define _WDTPS_2048_2H 0xF7 // 1:2048 #define _WDTPS_4096_2H 0xF9 // 1:4096 #define _WDTPS_8192_2H 0xFB // 1:8192 #define _WDTPS_16384_2H 0xFD // 1:16384 #define _WDTPS_32768_2H 0xFF // 1:32768 // CONFIG3H Options #define _MCLRE_OFF_3H 0x7F // Disabled #define _MCLRE_ON_3H 0xFF // Enabled #define _LPT1OSC_OFF_3H 0xFB // Disabled #define _LPT1OSC_ON_3H 0xFF // Enabled #define _PBADEN_OFF_3H 0xFD // Port B<4:0> digital on RESET #define _PBADEN_ON_3H 0xFF // Port B<4:0> analog on RESET #define _CCP2MX_PORTBE_3H 0xFE // Muxed with RB3 #define _CCP2MX_PORTC_3H 0xFF // Muxed with RC1 // CONFIG4L Options #define _STVREN_OFF_4L 0xFE // Disabled #define _STVREN_ON_4L 0xFF // Enabled #define _LVP_OFF_4L 0xFB // Disabled #define _LVP_ON_4L 0xFF // Enabled #define _XINST_OFF_4L 0xBF // Disabled #define _XINST_ON_4L 0xFF // Enabled #define _DEBUG_ON_4L 0x7F // Enabled #define _DEBUG_OFF_4L 0xFF // Disabled // CONFIG5L Options #define _CP0_ON_5L 0xFE // Enabled #define _CP0_OFF_5L 0xFF // Disabled #define _CP1_ON_5L 0xFD // Enabled #define _CP1_OFF_5L 0xFF // Disabled #define _CP2_ON_5L 0xFB // Enabled #define _CP2_OFF_5L 0xFF // Disabled #define _CP3_ON_5L 0xF7 // Enabled #define _CP3_OFF_5L 0xFF // Disabled // CONFIG5H Options #define _CPB_ON_5H 0xBF // Enabled #define _CPB_OFF_5H 0xFF // Disabled #define _CPD_ON_5H 0x7F // Enabled #define _CPD_OFF_5H 0xFF // Disabled // CONFIG6L Options #define _WRT0_ON_6L 0xFE // Enabled #define _WRT0_OFF_6L 0xFF // Disabled #define _WRT1_ON_6L 0xFD // Enabled #define _WRT1_OFF_6L 0xFF // Disabled #define _WRT2_ON_6L 0xFB // Enabled #define _WRT2_OFF_6L 0xFF // Disabled #define _WRT3_ON_6L 0xF7 // Enabled #define _WRT3_OFF_6L 0xFF // Disabled // CONFIG6H Options #define _WRTB_ON_6H 0xBF // Enabled #define _WRTB_OFF_6H 0xFF // Disabled #define _WRTC_ON_6H 0xDF // Enabled #define _WRTC_OFF_6H 0xFF // Disabled #define _WRTD_ON_6H 0x7F // Enabled #define _WRTD_OFF_6H 0xFF // Disabled // CONFIG7L Options #define _EBTR0_ON_7L 0xFE // Enabled #define _EBTR0_OFF_7L 0xFF // Disabled #define _EBTR1_ON_7L 0xFD // Enabled #define _EBTR1_OFF_7L 0xFF // Disabled #define _EBTR2_ON_7L 0xFB // Enabled #define _EBTR2_OFF_7L 0xFF // Disabled #define _EBTR3_ON_7L 0xF7 // Enabled #define _EBTR3_OFF_7L 0xFF // Disabled // CONFIG7H Options #define _EBTRB_ON_7H 0xBF // Enabled #define _EBTRB_OFF_7H 0xFF // Disabled #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF #define _IDLOC0 0x200000 #define _IDLOC1 0x200001 #define _IDLOC2 0x200002 #define _IDLOC3 0x200003 #define _IDLOC4 0x200004 #define _IDLOC5 0x200005 #define _IDLOC6 0x200006 #define _IDLOC7 0x200007 extern __sfr __at (0xF77) SSPMSK; extern __sfr __at (0xF78) SLRCON; typedef union { struct { unsigned SLRA : 1; unsigned SLRB : 1; unsigned SLRC : 1; unsigned SLRD : 1; unsigned SLRE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SLRCONbits_t; extern volatile __SLRCONbits_t __at (0xF78) SLRCONbits; extern __sfr __at (0xF79) CM12CON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned C2RSEL : 1; unsigned C1RSEL : 1; unsigned MC2OUT : 1; unsigned MC1OUT : 1; }; } __CM12CONbits_t; extern volatile __CM12CONbits_t __at (0xF79) CM12CONbits; extern __sfr __at (0xF7A) CM2CON; typedef union { struct { unsigned C2CH0 : 1; unsigned C2CH1 : 1; unsigned C2R : 1; unsigned C2SP : 1; unsigned C2POL : 1; unsigned C2OE : 1; unsigned C2OUT : 1; unsigned C2ON : 1; }; } __CM2CONbits_t; extern volatile __CM2CONbits_t __at (0xF7A) CM2CONbits; extern __sfr __at (0xF7B) CM1CON; typedef union { struct { unsigned C1CH0 : 1; unsigned C1CH1 : 1; unsigned C1R : 1; unsigned C1SP : 1; unsigned C1POL : 1; unsigned C1OE : 1; unsigned C1OUT : 1; unsigned C1ON : 1; }; } __CM1CONbits_t; extern volatile __CM1CONbits_t __at (0xF7B) CM1CONbits; extern __sfr __at (0xF7C) WPUB; typedef union { struct { unsigned WPUB0 : 1; unsigned WPUB1 : 1; unsigned WPUB2 : 1; unsigned WPUB3 : 1; unsigned WPUB4 : 1; unsigned WPUB5 : 1; unsigned WPUB6 : 1; unsigned WPUB7 : 1; }; } __WPUBbits_t; extern volatile __WPUBbits_t __at (0xF7C) WPUBbits; extern __sfr __at (0xF7D) IOCB; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned IOCB4 : 1; unsigned IOCB5 : 1; unsigned IOCB6 : 1; unsigned IOCB7 : 1; }; } __IOCBbits_t; extern volatile __IOCBbits_t __at (0xF7D) IOCBbits; extern __sfr __at (0xF7E) ANSEL; typedef union { struct { unsigned ANS0 : 1; unsigned ANS1 : 1; unsigned ANS2 : 1; unsigned ANS3 : 1; unsigned ANS4 : 1; unsigned ANS5 : 1; unsigned ANS6 : 1; unsigned ANS7 : 1; }; } __ANSELbits_t; extern volatile __ANSELbits_t __at (0xF7E) ANSELbits; extern __sfr __at (0xF7F) ANSELH; typedef union { struct { unsigned ANS8 : 1; unsigned ANS9 : 1; unsigned ANS10 : 1; unsigned ANS11 : 1; unsigned ANS12 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ANSELHbits_t; extern volatile __ANSELHbits_t __at (0xF7F) ANSELHbits; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned C1OUT : 1; unsigned AN4 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned C12IN0M : 1; unsigned C12IN1M : 1; unsigned C2INP : 1; unsigned C1INP : 1; unsigned T0CKI : 1; unsigned C2OUT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned C12IN0N : 1; unsigned C12IN1N : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned LVDIN : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned HLVDIN : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned CCP2_PORTB : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned AN12 : 1; unsigned AN10 : 1; unsigned AN8 : 1; unsigned AN9 : 1; unsigned AN11 : 1; unsigned PGM : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned : 1; unsigned C12IN2M : 1; unsigned : 1; unsigned C12IN3M : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned C12IN2N : 1; unsigned : 1; unsigned C12IN3N : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2_PORTC : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned T1CKI : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PSP0 : 1; unsigned PSP1 : 1; unsigned PSP2 : 1; unsigned PSP3 : 1; unsigned PSP4 : 1; unsigned PSP5 : 1; unsigned PSP6 : 1; unsigned PSP7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned P1B : 1; unsigned P1C : 1; unsigned P1D : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned RD : 1; unsigned WR : 1; unsigned CS : 1; unsigned MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned NOT_RD : 1; unsigned NOT_WR : 1; unsigned NOT_CS : 1; unsigned NOT_MCLR : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AN5 : 1; unsigned AN6 : 1; unsigned AN7 : 1; unsigned VPP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned LATA6 : 1; unsigned LATA7 : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned TRISA6 : 1; unsigned TRISA7 : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned TUN5 : 1; unsigned PLLEN : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned EEIE : 1; unsigned CM2IE : 1; unsigned CM1IE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIE : 1; unsigned : 1; unsigned : 1; unsigned C2IE : 1; unsigned C1IE : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned EEIF : 1; unsigned CM2IF : 1; unsigned CM1IF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIF : 1; unsigned : 1; unsigned : 1; unsigned C2IF : 1; unsigned C1IF : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned EEIP : 1; unsigned CM2IP : 1; unsigned CM1IP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned HLVDIP : 1; unsigned : 1; unsigned : 1; unsigned C2IP : 1; unsigned C1IP : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned RD : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned CFGS : 1; unsigned EEPGD : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) EEDATA; extern __sfr __at (0xFA9) EEADR; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADDEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFB0) SPBRGH; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CVRCON2; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned FVRST : 1; unsigned FVREN : 1; }; } __CVRCON2bits_t; extern volatile __CVRCON2bits_t __at (0xFB4) CVRCON2bits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) PWM1CON; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; } __PWM1CONbits_t; extern volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; extern __sfr __at (0xFB8) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CKTXP : 1; unsigned DTRXP : 1; unsigned : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; extern __sfr __at (0xFB8) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CKTXP : 1; unsigned DTRXP : 1; unsigned : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; extern __sfr __at (0xFB9) PSTRCON; typedef union { struct { unsigned STRA : 1; unsigned STRB : 1; unsigned STRC : 1; unsigned STRD : 1; unsigned STRSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PSTRCONbits_t; extern volatile __PSTRCONbits_t __at (0xFB9) PSTRCONbits; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned GO : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R : 1; unsigned S : 1; unsigned P : 1; unsigned D : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R_W : 1; unsigned : 1; unsigned : 1; unsigned D_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned SBOREN : 1; unsigned IPEN : 1; }; struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) HLVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __HLVDCONbits_t; extern volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; extern __sfr __at (0xFD2) LVDCON; typedef union { struct { unsigned LVDL0 : 1; unsigned LVDL1 : 1; unsigned LVDL2 : 1; unsigned LVDL3 : 1; unsigned LVDEN : 1; unsigned IRVST : 1; unsigned : 1; unsigned VDIRMAG : 1; }; struct { unsigned LVV0 : 1; unsigned LVV1 : 1; unsigned LVV2 : 1; unsigned LVV3 : 1; unsigned HLVDEN : 1; unsigned BGST : 1; unsigned : 1; unsigned : 1; }; struct { unsigned HLVDL0 : 1; unsigned HLVDL1 : 1; unsigned HLVDL2 : 1; unsigned HLVDL3 : 1; unsigned : 1; unsigned IVRST : 1; unsigned : 1; unsigned : 1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD4) DEBUG; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0F : 1; unsigned TMR0IF : 1; unsigned RBIE : 1; unsigned INT0E : 1; unsigned TMR0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0IF : 1; unsigned T0IF : 1; unsigned : 1; unsigned INT0IE : 1; unsigned T0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f6520.h000066400000000000000000000664601116427777700200610ustar00rootroot00000000000000 /* * pic18f6520.h - PIC18F6520 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f6520.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F6520_H__ #define __PIC18F6520_H__ extern __sfr __at (0xf6b) RCSTA2; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTA2bits_t; extern volatile __RCSTA2bits_t __at (0xf6b) RCSTA2bits; extern __sfr __at (0xf6c) TXSTA2; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTA2bits_t; extern volatile __TXSTA2bits_t __at (0xf6c) TXSTA2bits; extern __sfr __at (0xf6d) TXREG2; extern __sfr __at (0xf6e) RCREG2; extern __sfr __at (0xf6f) SPBRG2; extern __sfr __at (0xf70) CCP5CON; typedef union { struct { unsigned CCP5M0:1; unsigned CCP5M1:1; unsigned CCP5M2:1; unsigned CCP5M3:1; unsigned DCCP5Y:1; unsigned DCCP5X:1; unsigned :1; unsigned :1; }; } __CCP5CONbits_t; extern volatile __CCP5CONbits_t __at (0xf70) CCP5CONbits; extern __sfr __at (0xf71) CCPR5L; extern __sfr __at (0xf72) CCPR5H; extern __sfr __at (0xf73) CCP4CON; typedef union { struct { unsigned CCP4M0:1; unsigned CCP4M1:1; unsigned CCP4M2:1; unsigned CCP4M3:1; unsigned DCCP4Y:1; unsigned DCCP4X:1; unsigned :1; unsigned :1; }; } __CCP4CONbits_t; extern volatile __CCP4CONbits_t __at (0xf73) CCP4CONbits; extern __sfr __at (0xf74) CCPR4L; extern __sfr __at (0xf75) CCPR4H; extern __sfr __at (0xf76) T4CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T4CONbits_t; extern volatile __T4CONbits_t __at (0xf76) T4CONbits; extern __sfr __at (0xf77) PR4; extern __sfr __at (0xf78) TMR4; extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf83) PORTD; typedef union { struct { unsigned RD0:1; unsigned RD1:1; unsigned RD2:1; unsigned RD3:1; unsigned RD4:1; unsigned RD5:1; unsigned RD6:1; unsigned RD7:1; }; struct { unsigned AD0:1; unsigned AD1:1; unsigned AD2:1; unsigned AD3:1; unsigned AD4:1; unsigned AD5:1; unsigned AD6:1; unsigned AD7:1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xf83) PORTDbits; extern __sfr __at (0xf84) PORTE; typedef union { struct { unsigned RE0:1; unsigned RE1:1; unsigned RE2:1; unsigned RE3:1; unsigned RE4:1; unsigned RE5:1; unsigned RE6:1; unsigned RE7:1; }; struct { unsigned ALE:1; unsigned OE:1; unsigned WRL:1; unsigned WRH:1; unsigned :1; unsigned :1; unsigned :1; unsigned CCP2:1; }; struct { unsigned AN5:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xf84) PORTEbits; extern __sfr __at (0xf85) PORTF; typedef union { struct { unsigned RF0:1; unsigned RF1:1; unsigned RF2:1; unsigned RF3:1; unsigned RF4:1; unsigned RF5:1; unsigned RF6:1; unsigned RF7:1; }; } __PORTFbits_t; extern volatile __PORTFbits_t __at (0xf85) PORTFbits; extern __sfr __at (0xf86) PORTG; typedef union { struct { unsigned RG0:1; unsigned RG1:1; unsigned RG2:1; unsigned RG3:1; unsigned RG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTGbits_t; extern volatile __PORTGbits_t __at (0xf86) PORTGbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf8c) LATD; typedef union { struct { unsigned LATD0:1; unsigned LATD1:1; unsigned LATD2:1; unsigned LATD3:1; unsigned LATD4:1; unsigned LATD5:1; unsigned LATD6:1; unsigned LATD7:1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xf8c) LATDbits; extern __sfr __at (0xf8d) LATE; typedef union { struct { unsigned LATE0:1; unsigned LATE1:1; unsigned LATE2:1; unsigned LATE3:1; unsigned LATE4:1; unsigned LATE5:1; unsigned LATE6:1; unsigned LATE7:1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xf8d) LATEbits; extern __sfr __at (0xf8e) LATF; typedef union { struct { unsigned LATF0:1; unsigned LATF1:1; unsigned LATF2:1; unsigned LATF3:1; unsigned LATF4:1; unsigned LATF5:1; unsigned LATF6:1; unsigned LATF7:1; }; } __LATFbits_t; extern volatile __LATFbits_t __at (0xf8e) LATFbits; extern __sfr __at (0xf8f) LATG; typedef union { struct { unsigned LATG0:1; unsigned LATG1:1; unsigned LATG2:1; unsigned LATG3:1; unsigned LATG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __LATGbits_t; extern volatile __LATGbits_t __at (0xf8f) LATGbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf95) TRISD; typedef union { struct { unsigned TRISD0:1; unsigned TRISD1:1; unsigned TRISD2:1; unsigned TRISD3:1; unsigned TRISD4:1; unsigned TRISD5:1; unsigned TRISD6:1; unsigned TRISD7:1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xf95) TRISDbits; extern __sfr __at (0xf96) TRISE; typedef union { struct { unsigned TRISE0:1; unsigned TRISE1:1; unsigned TRISE2:1; unsigned TRISE3:1; unsigned TRISE4:1; unsigned TRISE5:1; unsigned TRISE6:1; unsigned TRISE7:1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xf96) TRISEbits; extern __sfr __at (0xf97) TRISF; typedef union { struct { unsigned TRISF0:1; unsigned TRISF1:1; unsigned TRISF2:1; unsigned TRISF3:1; unsigned TRISF4:1; unsigned TRISF5:1; unsigned TRISF6:1; unsigned TRISF7:1; }; } __TRISFbits_t; extern volatile __TRISFbits_t __at (0xf97) TRISFbits; extern __sfr __at (0xf98) TRISG; typedef union { struct { unsigned TRISG0:1; unsigned TRISG1:1; unsigned TRISG2:1; unsigned TRISG3:1; unsigned TRISG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __TRISGbits_t; extern volatile __TRISGbits_t __at (0xf98) TRISGbits; extern __sfr __at (0xf9c) MEMCON; typedef union { struct { unsigned WM0:1; unsigned WM1:1; unsigned :1; unsigned :1; unsigned WAIT0:1; unsigned WAIT1:1; unsigned :1; unsigned EBDIS:1; }; } __MEMCONbits_t; extern volatile __MEMCONbits_t __at (0xf9c) MEMCONbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned CMIE:1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned CMIF:1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned CMIP:1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa3) PIE3; typedef union { struct { unsigned CCP3IE:1; unsigned CCP4IE:1; unsigned CCP5IE:1; unsigned TMR4IE:1; unsigned TX2IE:1; unsigned RC2IE:1; unsigned :1; unsigned :1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xfa3) PIE3bits; extern __sfr __at (0xfa4) PIR3; typedef union { struct { unsigned CCP3IF:1; unsigned CCP4IF:1; unsigned CCP5IF:1; unsigned TMR4IF:1; unsigned TX2IF:1; unsigned RC2IF:1; unsigned :1; unsigned :1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xfa4) PIR3bits; extern __sfr __at (0xfa5) IPR3; typedef union { struct { unsigned CCP3IP:1; unsigned CCP4IP:1; unsigned CCP5IP:1; unsigned TMR4IP:1; unsigned TX2IP:1; unsigned RC2IP:1; unsigned :1; unsigned :1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xfa5) IPR3bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfaa) EEADRH; extern __sfr __at (0xfab) RCSTA1; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTA1bits_t; extern volatile __RCSTA1bits_t __at (0xfab) RCSTA1bits; extern __sfr __at (0xfac) TXSTA1; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTA1bits_t; extern volatile __TXSTA1bits_t __at (0xfac) TXSTA1bits; extern __sfr __at (0xfad) TXREG1; extern __sfr __at (0xfae) RCREG1; extern __sfr __at (0xfaf) SPBRG1; /* for compatibility reasons */ extern __sfr __at (0xfab) RCSTA; extern volatile __RCSTA1bits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; extern volatile __TXSTA1bits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb0) PSPCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __PSPCONbits_t; extern volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfb4) CMCON; typedef union { struct { unsigned CM0:1; unsigned CM1:1; unsigned CM2:1; unsigned CIS:1; unsigned C1INV:1; unsigned C2INV:1; unsigned C1OUT:1; unsigned C2OUT:1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xfb4) CMCONbits; extern __sfr __at (0xfb5) CVRCON; typedef union { struct { unsigned CVR0:1; unsigned CVR1:1; unsigned CVR2:1; unsigned CVR3:1; unsigned CVREF:1; unsigned CVRR:1; unsigned CVROE:1; unsigned CVREN:1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; extern __sfr __at (0xfb7) CCP3CON; typedef union { struct { unsigned CCP3M0:1; unsigned CCP3M1:1; unsigned CCP3M2:1; unsigned CCP3M3:1; unsigned DCCP3Y:1; unsigned DCCP3X:1; unsigned :1; unsigned :1; }; } __CCP3CONbits_t; extern volatile __CCP3CONbits_t __at (0xfb7) CCP3CONbits; extern __sfr __at (0xfb8) CCPR3L; extern __sfr __at (0xfb9) CCPR3H; extern __sfr __at (0xfba) CCP2CON; typedef union { struct { unsigned CCP2M0:1; unsigned CCP2M1:1; unsigned CCP2M2:1; unsigned CCP2M3:1; unsigned DCCP2Y:1; unsigned DCCP2X:1; unsigned :1; unsigned :1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; extern __sfr __at (0xfbb) CCPR2L; extern __sfr __at (0xfbc) CCPR2H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc0) ADCON2; typedef union { struct { unsigned ADCS0:1; unsigned ADCS1:1; unsigned ADCS2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned ADFM:1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned VCFG0:1; unsigned VCFG1:1; unsigned :1; unsigned :1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned CHS3:1; unsigned :1; unsigned :1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned INT3F:1; unsigned INT1E:1; unsigned INT2E:1; unsigned INT3E:1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned INT3IF:1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned INT3IE:1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned INT3P:1; unsigned T0IP:1; unsigned INTEDG3:1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_5V_2L 0xFF /* 2.5V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RE7_3H 0xFE /* RE7 */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00800-01FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 02000-03FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Code Protect 04000-05FFF 5L options */ #define _CP_2_OFF_5L 0xFF /* Disabled */ #define _CP_2_ON_5L 0xFB /* Enabled */ /* Code Protect 06000-07FFF 5L options */ #define _CP_3_OFF_5L 0xFF /* Disabled */ #define _CP_3_ON_5L 0xF7 /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00800-01FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 02000-03FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Table Write Protect 04000-05FFF 6L options */ #define _WRT_2_OFF_6L 0xFF /* Disabled */ #define _WRT_2_ON_6L 0xFB /* Enabled */ /* Table Write Protect 06000-07FFF 6L options */ #define _WRT_3_OFF_6L 0xFF /* Disabled */ #define _WRT_3_ON_6L 0xF7 /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00800-01FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 02000-03FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect 04000-05FFF 7L options */ #define _EBTR_2_OFF_7L 0xFF /* Disabled */ #define _EBTR_2_ON_7L 0xFB /* Enabled */ /* Table Read Protect 06000-07FFF 7L options */ #define _EBTR_3_OFF_7L 0xFF /* Disabled */ #define _EBTR_3_ON_7L 0xF7 /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f6585.h000066400000000000000000000001111116427777700200510ustar00rootroot00000000000000/* * pic18f6585.h - Device Library Header */ #include "pic18f8680.h" sdcc-2.9.0/device/include/pic16/pic18f65j50.h000066400000000000000000000007551116427777700202310ustar00rootroot00000000000000/* * pic18f65j50.h - device specific declarations */ #ifndef __PIC18F65J50_H__ #define __PIC18F65J50_H__ 1 #include "pic18f67j50.h" // Configuration Bits #undef __CONFIG1L #undef __CONFIG1H #undef __CONFIG2L #undef __CONFIG2H #undef __CONFIG3L #undef __CONFIG3H #define __CONFIG1L 0x7FF8 #define __CONFIG1H 0x7FF9 #define __CONFIG2L 0x7FFA #define __CONFIG2H 0x7FFB #define __CONFIG3L 0x7FFC #define __CONFIG3H 0x7FFD #endif sdcc-2.9.0/device/include/pic16/pic18f6620.h000066400000000000000000000660271116427777700200610ustar00rootroot00000000000000 /* * pic18f6620.h - PIC18F6620 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f6620.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F6620_H__ #define __PIC18F6620_H__ extern __sfr __at (0xf6b) RCSTA2; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTA2bits_t; extern volatile __RCSTA2bits_t __at (0xf6b) RCSTA2bits; extern __sfr __at (0xf6c) TXSTA2; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTA2bits_t; extern volatile __TXSTA2bits_t __at (0xf6c) TXSTA2bits; extern __sfr __at (0xf6d) TXREG2; extern __sfr __at (0xf6e) RCREG2; extern __sfr __at (0xf6f) SPBRG2; extern __sfr __at (0xf70) CCP5CON; typedef union { struct { unsigned CCP5M0:1; unsigned CCP5M1:1; unsigned CCP5M2:1; unsigned CCP5M3:1; unsigned DCCP5Y:1; unsigned DCCP5X:1; unsigned :1; unsigned :1; }; } __CCP5CONbits_t; extern volatile __CCP5CONbits_t __at (0xf70) CCP5CONbits; extern __sfr __at (0xf71) CCPR5L; extern __sfr __at (0xf72) CCPR5H; extern __sfr __at (0xf73) CCP4CON; typedef union { struct { unsigned CCP4M0:1; unsigned CCP4M1:1; unsigned CCP4M2:1; unsigned CCP4M3:1; unsigned DCCP4Y:1; unsigned DCCP4X:1; unsigned :1; unsigned :1; }; } __CCP4CONbits_t; extern volatile __CCP4CONbits_t __at (0xf73) CCP4CONbits; extern __sfr __at (0xf74) CCPR4L; extern __sfr __at (0xf75) CCPR4H; extern __sfr __at (0xf76) T4CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T4CONbits_t; extern volatile __T4CONbits_t __at (0xf76) T4CONbits; extern __sfr __at (0xf77) PR4; extern __sfr __at (0xf78) TMR4; extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf83) PORTD; typedef union { struct { unsigned RD0:1; unsigned RD1:1; unsigned RD2:1; unsigned RD3:1; unsigned RD4:1; unsigned RD5:1; unsigned RD6:1; unsigned RD7:1; }; struct { unsigned AD0:1; unsigned AD1:1; unsigned AD2:1; unsigned AD3:1; unsigned AD4:1; unsigned AD5:1; unsigned AD6:1; unsigned AD7:1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xf83) PORTDbits; extern __sfr __at (0xf84) PORTE; typedef union { struct { unsigned RE0:1; unsigned RE1:1; unsigned RE2:1; unsigned RE3:1; unsigned RE4:1; unsigned RE5:1; unsigned RE6:1; unsigned RE7:1; }; struct { unsigned ALE:1; unsigned OE:1; unsigned WRL:1; unsigned WRH:1; unsigned :1; unsigned :1; unsigned :1; unsigned CCP2:1; }; struct { unsigned AN5:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xf84) PORTEbits; extern __sfr __at (0xf85) PORTF; typedef union { struct { unsigned RF0:1; unsigned RF1:1; unsigned RF2:1; unsigned RF3:1; unsigned RF4:1; unsigned RF5:1; unsigned RF6:1; unsigned RF7:1; }; } __PORTFbits_t; extern volatile __PORTFbits_t __at (0xf85) PORTFbits; extern __sfr __at (0xf86) PORTG; typedef union { struct { unsigned RG0:1; unsigned RG1:1; unsigned RG2:1; unsigned RG3:1; unsigned RG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTGbits_t; extern volatile __PORTGbits_t __at (0xf86) PORTGbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf8c) LATD; typedef union { struct { unsigned LATD0:1; unsigned LATD1:1; unsigned LATD2:1; unsigned LATD3:1; unsigned LATD4:1; unsigned LATD5:1; unsigned LATD6:1; unsigned LATD7:1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xf8c) LATDbits; extern __sfr __at (0xf8d) LATE; typedef union { struct { unsigned LATE0:1; unsigned LATE1:1; unsigned LATE2:1; unsigned LATE3:1; unsigned LATE4:1; unsigned LATE5:1; unsigned LATE6:1; unsigned LATE7:1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xf8d) LATEbits; extern __sfr __at (0xf8e) LATF; typedef union { struct { unsigned LATF0:1; unsigned LATF1:1; unsigned LATF2:1; unsigned LATF3:1; unsigned LATF4:1; unsigned LATF5:1; unsigned LATF6:1; unsigned LATF7:1; }; } __LATFbits_t; extern volatile __LATFbits_t __at (0xf8e) LATFbits; extern __sfr __at (0xf8f) LATG; typedef union { struct { unsigned LATG0:1; unsigned LATG1:1; unsigned LATG2:1; unsigned LATG3:1; unsigned LATG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __LATGbits_t; extern volatile __LATGbits_t __at (0xf8f) LATGbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf95) TRISD; typedef union { struct { unsigned TRISD0:1; unsigned TRISD1:1; unsigned TRISD2:1; unsigned TRISD3:1; unsigned TRISD4:1; unsigned TRISD5:1; unsigned TRISD6:1; unsigned TRISD7:1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xf95) TRISDbits; extern __sfr __at (0xf96) TRISE; typedef union { struct { unsigned TRISE0:1; unsigned TRISE1:1; unsigned TRISE2:1; unsigned TRISE3:1; unsigned TRISE4:1; unsigned TRISE5:1; unsigned TRISE6:1; unsigned TRISE7:1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xf96) TRISEbits; extern __sfr __at (0xf97) TRISF; typedef union { struct { unsigned TRISF0:1; unsigned TRISF1:1; unsigned TRISF2:1; unsigned TRISF3:1; unsigned TRISF4:1; unsigned TRISF5:1; unsigned TRISF6:1; unsigned TRISF7:1; }; } __TRISFbits_t; extern volatile __TRISFbits_t __at (0xf97) TRISFbits; extern __sfr __at (0xf98) TRISG; typedef union { struct { unsigned TRISG0:1; unsigned TRISG1:1; unsigned TRISG2:1; unsigned TRISG3:1; unsigned TRISG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __TRISGbits_t; extern volatile __TRISGbits_t __at (0xf98) TRISGbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned CMIE:1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned CMIF:1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned CMIP:1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa3) PIE3; typedef union { struct { unsigned CCP3IE:1; unsigned CCP4IE:1; unsigned CCP5IE:1; unsigned TMR4IE:1; unsigned TX2IE:1; unsigned RC2IE:1; unsigned :1; unsigned :1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xfa3) PIE3bits; extern __sfr __at (0xfa4) PIR3; typedef union { struct { unsigned CCP3IF:1; unsigned CCP4IF:1; unsigned CCP5IF:1; unsigned TMR4IF:1; unsigned TX2IF:1; unsigned RC2IF:1; unsigned :1; unsigned :1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xfa4) PIR3bits; extern __sfr __at (0xfa5) IPR3; typedef union { struct { unsigned CCP3IP:1; unsigned CCP4IP:1; unsigned CCP5IP:1; unsigned TMR4IP:1; unsigned TX2IP:1; unsigned RC2IP:1; unsigned :1; unsigned :1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xfa5) IPR3bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfaa) EEADRH; extern __sfr __at (0xfab) RCSTA1; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTA1bits_t; extern volatile __RCSTA1bits_t __at (0xfab) RCSTA1bits; extern __sfr __at (0xfac) TXSTA1; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTA1bits_t; extern volatile __TXSTA1bits_t __at (0xfac) TXSTA1bits; extern __sfr __at (0xfad) TXREG1; extern __sfr __at (0xfae) RCREG1; extern __sfr __at (0xfaf) SPBRG1; /* for compatibility reasons */ extern __sfr __at (0xfab) RCSTA; extern volatile __RCSTA1bits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; extern volatile __TXSTA1bits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb0) PSPCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __PSPCONbits_t; extern volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfb4) CMCON; typedef union { struct { unsigned CM0:1; unsigned CM1:1; unsigned CM2:1; unsigned CIS:1; unsigned C1INV:1; unsigned C2INV:1; unsigned C1OUT:1; unsigned C2OUT:1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xfb4) CMCONbits; extern __sfr __at (0xfb5) CVRCON; typedef union { struct { unsigned CVR0:1; unsigned CVR1:1; unsigned CVR2:1; unsigned CVR3:1; unsigned CVREF:1; unsigned CVRR:1; unsigned CVROE:1; unsigned CVREN:1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; extern __sfr __at (0xfb7) CCP3CON; typedef union { struct { unsigned CCP3M0:1; unsigned CCP3M1:1; unsigned CCP3M2:1; unsigned CCP3M3:1; unsigned DCCP3Y:1; unsigned DCCP3X:1; unsigned :1; unsigned :1; }; } __CCP3CONbits_t; extern volatile __CCP3CONbits_t __at (0xfb7) CCP3CONbits; extern __sfr __at (0xfb8) CCPR3L; extern __sfr __at (0xfb9) CCPR3H; extern __sfr __at (0xfba) CCP2CON; typedef union { struct { unsigned CCP2M0:1; unsigned CCP2M1:1; unsigned CCP2M2:1; unsigned CCP2M3:1; unsigned DCCP2Y:1; unsigned DCCP2X:1; unsigned :1; unsigned :1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; extern __sfr __at (0xfbb) CCPR2L; extern __sfr __at (0xfbc) CCPR2H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc0) ADCON2; typedef union { struct { unsigned ADCS0:1; unsigned ADCS1:1; unsigned ADCS2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned ADFM:1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned VCFG0:1; unsigned VCFG1:1; unsigned :1; unsigned :1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned CHS3:1; unsigned :1; unsigned :1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned INT3F:1; unsigned INT1E:1; unsigned INT2E:1; unsigned INT3E:1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned INT3IF:1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned INT3IE:1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned INT3P:1; unsigned T0IP:1; unsigned INTEDG3:1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_5V_2L 0xFF /* 2.5V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RE7_3H 0xFE /* RE7 */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00200-03FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 04000-07FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Code Protect 08000-0BFFF 5L options */ #define _CP_2_OFF_5L 0xFF /* Disabled */ #define _CP_2_ON_5L 0xFB /* Enabled */ /* Code Protect 0C000-0FFFF 5L options */ #define _CP_3_OFF_5L 0xFF /* Disabled */ #define _CP_3_ON_5L 0xF7 /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-03FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 04000-07FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Table Write Protect 08000-0BFFF 6L options */ #define _WRT_2_OFF_6L 0xFF /* Disabled */ #define _WRT_2_ON_6L 0xFB /* Enabled */ /* Table Write Protect 0C000-0FFFF 6L options */ #define _WRT_3_OFF_6L 0xFF /* Disabled */ #define _WRT_3_ON_6L 0xF7 /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-03FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 04000-07FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect 08000-0BFFF 7L options */ #define _EBTR_2_OFF_7L 0xFF /* Disabled */ #define _EBTR_2_ON_7L 0xFB /* Enabled */ /* Table Read Protect 0C000-0FFFF 7L options */ #define _EBTR_3_OFF_7L 0xFF /* Disabled */ #define _EBTR_3_ON_7L 0xF7 /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f6680.h000066400000000000000000000001111116427777700200450ustar00rootroot00000000000000/* * pic18f6680.h - Device Library Header */ #include "pic18f8680.h" sdcc-2.9.0/device/include/pic16/pic18f66j50.h000066400000000000000000000007551116427777700202320ustar00rootroot00000000000000/* * pic18f66j50.h - device specific declarations */ #ifndef __PIC18F66J50_H__ #define __PIC18F66J50_H__ 1 #include "pic18f67j50.h" #undef __CONFIG1L #undef __CONFIG1H #undef __CONFIG2L #undef __CONFIG2H #undef __CONFIG3L #undef __CONFIG3H // Configuration Bits #define __CONFIG1L 0xFFF8 #define __CONFIG1H 0xFFF9 #define __CONFIG2L 0xFFFA #define __CONFIG2H 0xFFFB #define __CONFIG3L 0xFFFC #define __CONFIG3H 0xFFFD #endif sdcc-2.9.0/device/include/pic16/pic18f66j55.h000066400000000000000000000007631116427777700202360ustar00rootroot00000000000000/* * pic18f66j55.h - device specific declarations */ #ifndef __PIC18F66J55_H__ #define __PIC18F66J55_H__ 1 #include "pic18f67j50.h" #undef __CONFIG1L #undef __CONFIG1H #undef __CONFIG2L #undef __CONFIG2H #undef __CONFIG3L #undef __CONFIG3H // Configuration Bits #define __CONFIG1L 0x17FF8 #define __CONFIG1H 0x17FF9 #define __CONFIG2L 0x17FFA #define __CONFIG2H 0x17FFB #define __CONFIG3L 0x17FFC #define __CONFIG3H 0x17FFD #endif sdcc-2.9.0/device/include/pic16/pic18f66j60.h000066400000000000000000001671421116427777700202370ustar00rootroot00000000000000/* * pic18f66j60.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F66J60_H__ #define __PIC18F66J60_H__ 1 #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF extern __sfr __at (0xE80) MAADR5; extern __sfr __at (0xE81) MAADR6; extern __sfr __at (0xE82) MAADR3; extern __sfr __at (0xE83) MAADR4; extern __sfr __at (0xE84) MAADR1; extern __sfr __at (0xE85) MAADR2; extern __sfr __at (0xE86) EBSTSD; extern __sfr __at (0xE87) EBSTCON; typedef union { struct { unsigned BISTST : 1; unsigned TME : 1; unsigned TMSEL0 : 1; unsigned TMSEL1 : 1; unsigned : 1; unsigned PSV0 : 1; unsigned PSV1 : 1; unsigned PSV2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned TMSEL : 1; unsigned : 1; unsigned : 1; unsigned PSV : 1; unsigned : 1; unsigned : 1; }; } __EBSTCONbits_t; extern volatile __EBSTCONbits_t __at (0xE87) EBSTCONbits; extern __sfr __at (0xE88) EBSTCS; extern __sfr __at (0xE88) EBSTCSL; extern __sfr __at (0xE89) EBSTCSH; extern __sfr __at (0xE8A) MISTAT; typedef union { struct { unsigned BUSY : 1; unsigned SCAN : 1; unsigned NVALID : 1; unsigned LINKFL : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MISTATbits_t; extern volatile __MISTATbits_t __at (0xE8A) MISTATbits; extern __sfr __at (0xE97) EFLOCON; typedef union { struct { unsigned FCEN0 : 1; unsigned FCEN1 : 1; unsigned FULDPXS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __EFLOCONbits_t; extern volatile __EFLOCONbits_t __at (0xE97) EFLOCONbits; extern __sfr __at (0xE98) EPAUS; extern __sfr __at (0xE98) EPAUSL; extern __sfr __at (0xE99) EPAUSH; extern __sfr __at (0xEA0) MACON1; typedef union { struct { unsigned MARXEN : 1; unsigned PASSALL : 1; unsigned RXPAUS : 1; unsigned TXPAUS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MACON1bits_t; extern volatile __MACON1bits_t __at (0xEA0) MACON1bits; extern __sfr __at (0xEA1) MACON2; typedef union { struct { unsigned TFUNRST : 1; unsigned MATXRST : 1; unsigned RFUNRST : 1; unsigned MARXRST : 1; unsigned : 1; unsigned : 1; unsigned RNDRST : 1; unsigned MARST : 1; }; } __MACON2bits_t; extern volatile __MACON2bits_t __at (0xEA1) MACON2bits; extern __sfr __at (0xEA2) MACON3; typedef union { struct { unsigned FULDPX : 1; unsigned FRMLNEN : 1; unsigned HFRMEN : 1; unsigned PHDRLEN : 1; unsigned TXCRCEN : 1; unsigned PADCFG0 : 1; unsigned PADCFG1 : 1; unsigned PADCFG2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PADCFG : 1; unsigned : 1; unsigned : 1; }; } __MACON3bits_t; extern volatile __MACON3bits_t __at (0xEA2) MACON3bits; extern __sfr __at (0xEA3) MACON4; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOBKOFF : 1; unsigned BPEN : 1; unsigned DEFER : 1; unsigned : 1; }; } __MACON4bits_t; extern volatile __MACON4bits_t __at (0xEA3) MACON4bits; extern __sfr __at (0xEA4) MABBIPG; extern __sfr __at (0xEA6) MAIPG; extern __sfr __at (0xEA6) MAIPGL; extern __sfr __at (0xEA7) MAIPGH; extern __sfr __at (0xEA8) MACLCON1; typedef union { struct { unsigned RETMAX : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MACLCON1bits_t; extern volatile __MACLCON1bits_t __at (0xEA8) MACLCON1bits; extern __sfr __at (0xEA9) MACLCON2; typedef union { struct { unsigned COLWIN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MACLCON2bits_t; extern volatile __MACLCON2bits_t __at (0xEA9) MACLCON2bits; extern __sfr __at (0xEAA) MAMXFL; extern __sfr __at (0xEAA) MAMXFLL; extern __sfr __at (0xEAB) MAMXFLH; extern __sfr __at (0xEB1) MICON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RSTMII : 1; }; } __MICONbits_t; extern volatile __MICONbits_t __at (0xEB1) MICONbits; extern __sfr __at (0xEB2) MICMD; typedef union { struct { unsigned MIIRD : 1; unsigned MIISCAN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MICMDbits_t; extern volatile __MICMDbits_t __at (0xEB2) MICMDbits; extern __sfr __at (0xEB4) MIREGADR; extern __sfr __at (0xEB6) MIWR; extern __sfr __at (0xEB6) MIWRL; extern __sfr __at (0xEB7) MIWRH; extern __sfr __at (0xEB8) MIRD; extern __sfr __at (0xEB8) MIRDL; extern __sfr __at (0xEB9) MIRDH; extern __sfr __at (0xEC0) EHT0; extern __sfr __at (0xEC1) EHT1; extern __sfr __at (0xEC2) EHT2; extern __sfr __at (0xEC3) EHT3; extern __sfr __at (0xEC4) EHT4; extern __sfr __at (0xEC5) EHT5; extern __sfr __at (0xEC6) EHT6; extern __sfr __at (0xEC7) EHT7; extern __sfr __at (0xEC8) EPMM0; extern __sfr __at (0xEC9) EPMM1; extern __sfr __at (0xECA) EPMM2; extern __sfr __at (0xECB) EPMM3; extern __sfr __at (0xECC) EPMM4; extern __sfr __at (0xECD) EPMM5; extern __sfr __at (0xECE) EPMM6; extern __sfr __at (0xECF) EPMM7; extern __sfr __at (0xED0) EPMCS; extern __sfr __at (0xED0) EPMCSL; extern __sfr __at (0xED1) EPMCSH; extern __sfr __at (0xED4) EPMO; extern __sfr __at (0xED4) EPMOL; extern __sfr __at (0xED5) EPMOH; extern __sfr __at (0xED6) EWOLIE; typedef union { struct { unsigned BCWOLIE : 1; unsigned MCWOLIE : 1; unsigned HTWOLIE : 1; unsigned MPWOLIE : 1; unsigned PMWOLIE : 1; unsigned : 1; unsigned AWOLIE : 1; unsigned UCWOLIE : 1; }; } __EWOLIEbits_t; extern volatile __EWOLIEbits_t __at (0xED6) EWOLIEbits; extern __sfr __at (0xED7) EWOLIR; typedef union { struct { unsigned BCWOLIF : 1; unsigned MCWOLIF : 1; unsigned HTWOLIF : 1; unsigned MPWOLIF : 1; unsigned PMWOLIF : 1; unsigned : 1; unsigned AWOLIF : 1; unsigned UCWOLIF : 1; }; } __EWOLIRbits_t; extern volatile __EWOLIRbits_t __at (0xED7) EWOLIRbits; extern __sfr __at (0xED8) ERXFCON; typedef union { struct { unsigned BCEN : 1; unsigned MCEN : 1; unsigned HTEN : 1; unsigned MPEN : 1; unsigned PMEN : 1; unsigned CRCEN : 1; unsigned ANDOR : 1; unsigned UCEN : 1; }; } __ERXFCONbits_t; extern volatile __ERXFCONbits_t __at (0xED8) ERXFCONbits; extern __sfr __at (0xED9) EPKTCNT; extern __sfr __at (0xEE2) EWRPT; extern __sfr __at (0xEE2) EWRPTL; extern __sfr __at (0xEE3) EWRPTH; extern __sfr __at (0xEE4) ETXST; extern __sfr __at (0xEE4) ETXSTL; extern __sfr __at (0xEE5) ETXSTH; extern __sfr __at (0xEE6) ETXND; extern __sfr __at (0xEE6) ETXNDL; extern __sfr __at (0xEE7) ETXNDH; extern __sfr __at (0xEE8) ERXST; extern __sfr __at (0xEE8) ERXSTL; extern __sfr __at (0xEE9) ERXSTH; extern __sfr __at (0xEEA) ERXND; extern __sfr __at (0xEEA) ERXNDL; extern __sfr __at (0xEEB) ERXNDH; extern __sfr __at (0xEEC) ERXRDPT; extern __sfr __at (0xEEC) ERXRDPTL; extern __sfr __at (0xEED) ERXRDPTH; extern __sfr __at (0xEEE) ERXWRPT; extern __sfr __at (0xEEE) ERXWRPTL; extern __sfr __at (0xEEF) ERXWRPTH; extern __sfr __at (0xEF0) EDMAST; extern __sfr __at (0xEF0) EDMASTL; extern __sfr __at (0xEF1) EDMASTH; extern __sfr __at (0xEF2) EDMAND; extern __sfr __at (0xEF2) EDMANDL; extern __sfr __at (0xEF3) EDMANDH; extern __sfr __at (0xEF4) EDMADST; extern __sfr __at (0xEF4) EDMADSTL; extern __sfr __at (0xEF5) EDMADSTH; extern __sfr __at (0xEF6) EDMACS; extern __sfr __at (0xEF6) EDMACSL; extern __sfr __at (0xEF7) EDMACSH; extern __sfr __at (0xEFB) EIE; typedef union { struct { unsigned RXERIE : 1; unsigned TXERIE : 1; unsigned : 1; unsigned TXIE_EIE : 1; unsigned LINKIE : 1; unsigned DMAIE : 1; unsigned PKTIE : 1; unsigned : 1; }; } __EIEbits_t; extern volatile __EIEbits_t __at (0xEFB) EIEbits; extern __sfr __at (0xEFD) ESTAT; typedef union { struct { unsigned PHYRDY : 1; unsigned TXABRT : 1; unsigned RXBUSY : 1; unsigned : 1; unsigned LATECOL : 1; unsigned : 1; unsigned BUFER : 1; unsigned : 1; }; } __ESTATbits_t; extern volatile __ESTATbits_t __at (0xEFD) ESTATbits; extern __sfr __at (0xEFE) ECON2; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned ETHEN : 1; unsigned PKTDEC : 1; unsigned AUTOINC : 1; }; } __ECON2bits_t; extern volatile __ECON2bits_t __at (0xEFE) ECON2bits; extern __sfr __at (0xF60) EIR; typedef union { struct { unsigned RXERIF : 1; unsigned TXERIF : 1; unsigned : 1; unsigned TXIF_EIR : 1; unsigned LINKIF : 1; unsigned DMAIF : 1; unsigned PKTIF : 1; unsigned : 1; }; } __EIRbits_t; extern volatile __EIRbits_t __at (0xF60) EIRbits; extern __sfr __at (0xF61) EDATA; typedef union { struct { unsigned EDATA0 : 1; unsigned EDATA1 : 1; unsigned EDATA2 : 1; unsigned EDATA3 : 1; unsigned EDATA4 : 1; unsigned EDATA5 : 1; unsigned EDATA6 : 1; unsigned EDATA7 : 1; }; } __EDATAbits_t; extern volatile __EDATAbits_t __at (0xF61) EDATAbits; extern __sfr __at (0xF67) ECCP2DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P2DC0 : 1; unsigned P2DC1 : 1; unsigned P2DC2 : 1; unsigned P2DC3 : 1; unsigned P2DC4 : 1; unsigned P2DC5 : 1; unsigned P2DC6 : 1; unsigned P2RSEN : 1; }; } __ECCP2DELbits_t; extern volatile __ECCP2DELbits_t __at (0xF67) ECCP2DELbits; extern __sfr __at (0xF68) ECCP2AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS2BD0 : 1; unsigned PSS2BD1 : 1; unsigned PSS2AC0 : 1; unsigned PSS2AC1 : 1; unsigned ECCP2AS0 : 1; unsigned ECCP2AS1 : 1; unsigned ECCP2AS2 : 1; unsigned ECCP2ASE : 1; }; } __ECCP2ASbits_t; extern volatile __ECCP2ASbits_t __at (0xF68) ECCP2ASbits; extern __sfr __at (0xF69) ECCP3DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P3DC0 : 1; unsigned P3DC1 : 1; unsigned P3DC2 : 1; unsigned P3DC3 : 1; unsigned P3DC4 : 1; unsigned P3DC5 : 1; unsigned P3DC6 : 1; unsigned P3RSEN : 1; }; } __ECCP3DELbits_t; extern volatile __ECCP3DELbits_t __at (0xF69) ECCP3DELbits; extern __sfr __at (0xF6A) ECCP3AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS3BD0 : 1; unsigned PSS3BD1 : 1; unsigned PSS3AC0 : 1; unsigned PSS3AC1 : 1; unsigned ECCP3AS0 : 1; unsigned ECCP3AS1 : 1; unsigned ECCP3AS2 : 1; unsigned ECCP3ASE : 1; }; } __ECCP3ASbits_t; extern volatile __ECCP3ASbits_t __at (0xF6A) ECCP3ASbits; extern __sfr __at (0xF70) CCP5CON; typedef union { struct { unsigned CCP5M0 : 1; unsigned CCP5M1 : 1; unsigned CCP5M2 : 1; unsigned CCP5M3 : 1; unsigned CCP5Y : 1; unsigned CCP5X : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC5B0 : 1; unsigned DC5B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP5CONbits_t; extern volatile __CCP5CONbits_t __at (0xF70) CCP5CONbits; extern __sfr __at (0xF71) CCPR5; extern __sfr __at (0xF71) CCPR5L; extern __sfr __at (0xF72) CCPR5H; extern __sfr __at (0xF73) CCP4CON; typedef union { struct { unsigned CCP4M0 : 1; unsigned CCP4M1 : 1; unsigned CCP4M2 : 1; unsigned CCP4M3 : 1; unsigned CCP4Y : 1; unsigned CCP4X : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC4B0 : 1; unsigned DC4B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP4CONbits_t; extern volatile __CCP4CONbits_t __at (0xF73) CCP4CONbits; extern __sfr __at (0xF74) CCPR4; extern __sfr __at (0xF74) CCPR4L; extern __sfr __at (0xF75) CCPR4H; extern __sfr __at (0xF76) T4CON; typedef union { struct { unsigned T4CKPS0 : 1; unsigned T4CKPS1 : 1; unsigned TMR4ON : 1; unsigned T4OUTPS0 : 1; unsigned T4OUTPS1 : 1; unsigned T4OUTPS2 : 1; unsigned T4OUTPS3 : 1; unsigned : 1; }; } __T4CONbits_t; extern volatile __T4CONbits_t __at (0xF76) T4CONbits; extern __sfr __at (0xF77) PR4; extern __sfr __at (0xF78) TMR4; extern __sfr __at (0xF79) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P1DC0 : 1; unsigned P1DC1 : 1; unsigned P1DC2 : 1; unsigned P1DC3 : 1; unsigned P1DC4 : 1; unsigned P1DC5 : 1; unsigned P1DC6 : 1; unsigned P1RSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xF79) ECCP1DELbits; extern __sfr __at (0xF7A) ERDPT; extern __sfr __at (0xF7A) ERDPTL; extern __sfr __at (0xF7B) ERDPTH; extern __sfr __at (0xF7E) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xF7E) BAUDCONbits; extern __sfr __at (0xF7E) BAUDCON1; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCON1bits_t; extern volatile __BAUDCON1bits_t __at (0xF7E) BAUDCON1bits; extern __sfr __at (0xF7E) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xF7E) BAUDCTLbits; extern __sfr __at (0xF7E) BAUDCTL1; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCTL1bits_t; extern volatile __BAUDCTL1bits_t __at (0xF7E) BAUDCTL1bits; extern __sfr __at (0xF7F) SPBRGH; extern __sfr __at (0xF7F) SPBRGH1; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned LEDA : 1; unsigned LEDB : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned INT3 : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PGC : 1; unsigned PGD : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2 : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned SDO1 : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SCK1 : 1; unsigned SDI1 : 1; unsigned : 1; unsigned TX1 : 1; unsigned RX1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SCL1 : 1; unsigned SDA1 : 1; unsigned : 1; unsigned CK1 : 1; unsigned DT1 : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned CCP3 : 1; unsigned CCP4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned RE4 : 1; unsigned RE5 : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF85) PORTF; typedef union { struct { unsigned : 1; unsigned RF1 : 1; unsigned RF2 : 1; unsigned RF3 : 1; unsigned RF4 : 1; unsigned RF5 : 1; unsigned RF6 : 1; unsigned RF7 : 1; }; struct { unsigned : 1; unsigned AN6 : 1; unsigned AN7 : 1; unsigned AN8 : 1; unsigned AN9 : 1; unsigned AN10 : 1; unsigned AN11 : 1; unsigned SS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned : 1; unsigned NOT_SS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS1 : 1; }; } __PORTFbits_t; extern volatile __PORTFbits_t __at (0xF85) PORTFbits; extern __sfr __at (0xF86) PORTG; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP5 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTGbits_t; extern volatile __PORTGbits_t __at (0xF86) PORTGbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned REPU : 1; unsigned RDPU : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned LATE3 : 1; unsigned LATE4 : 1; unsigned LATE5 : 1; unsigned : 1; unsigned : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF8E) LATF; typedef union { struct { unsigned : 1; unsigned LATF1 : 1; unsigned LATF2 : 1; unsigned LATF3 : 1; unsigned LATF4 : 1; unsigned LATF5 : 1; unsigned LATF6 : 1; unsigned LATF7 : 1; }; } __LATFbits_t; extern volatile __LATFbits_t __at (0xF8E) LATFbits; extern __sfr __at (0xF8F) LATG; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned LATG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATGbits_t; extern volatile __LATGbits_t __at (0xF8F) LATGbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned : 1; unsigned : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned RE4 : 1; unsigned RE5 : 1; unsigned : 1; unsigned : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned TRISE3 : 1; unsigned TRISE4 : 1; unsigned TRISE5 : 1; unsigned : 1; unsigned : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF97) DDRF; typedef union { struct { unsigned : 1; unsigned RF1 : 1; unsigned RF2 : 1; unsigned RF3 : 1; unsigned RF4 : 1; unsigned RF5 : 1; unsigned RF6 : 1; unsigned RF7 : 1; }; } __DDRFbits_t; extern volatile __DDRFbits_t __at (0xF97) DDRFbits; extern __sfr __at (0xF97) TRISF; typedef union { struct { unsigned : 1; unsigned TRISF1 : 1; unsigned TRISF2 : 1; unsigned TRISF3 : 1; unsigned TRISF4 : 1; unsigned TRISF5 : 1; unsigned TRISF6 : 1; unsigned TRISF7 : 1; }; } __TRISFbits_t; extern volatile __TRISFbits_t __at (0xF97) TRISFbits; extern __sfr __at (0xF98) DDRG; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __DDRGbits_t; extern volatile __DDRGbits_t __at (0xF98) DDRGbits; extern __sfr __at (0xF98) TRISG; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TRISG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TRISGbits_t; extern volatile __TRISGbits_t __at (0xF98) TRISGbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PPRE : 1; unsigned PPST0 : 1; unsigned PLLEN : 1; unsigned PPST1 : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE_PIE1 : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IE : 1; unsigned TX1IE : 1; unsigned RC1IE : 1; unsigned : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF_PIR1 : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IF : 1; unsigned TX1IF : 1; unsigned RC1IF : 1; unsigned : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IP : 1; unsigned TX1IP : 1; unsigned RC1IP : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned : 1; unsigned BCLIE : 1; unsigned ETHWIE : 1; unsigned ETHIE : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned : 1; unsigned BCLIF : 1; unsigned ETHWIF : 1; unsigned ETHIF : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned : 1; unsigned BCLIP : 1; unsigned ETHWIP : 1; unsigned ETHIP : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned CCP3IE : 1; unsigned CCP4IE : 1; unsigned CCP5IE : 1; unsigned TMR4IE : 1; unsigned : 1; unsigned : 1; unsigned BCL2IE : 1; unsigned : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned CCP3IF : 1; unsigned CCP4IF : 1; unsigned CCP5IF : 1; unsigned TMR4IF : 1; unsigned : 1; unsigned : 1; unsigned BCL2IF : 1; unsigned : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned CCP3IP : 1; unsigned CCP4IP : 1; unsigned CCP5IP : 1; unsigned TMR4IP : 1; unsigned : 1; unsigned : 1; unsigned BCL2IP : 1; unsigned : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAB) RCSTA1; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTA1bits_t; extern volatile __RCSTA1bits_t __at (0xFAB) RCSTA1bits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAC) TXSTA1; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTA1bits_t; extern volatile __TXSTA1bits_t __at (0xFAC) TXSTA1bits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAD) TXREG1; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAE) RCREG1; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFAF) SPBRG1; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT : 1; unsigned C2OUT : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS1BD0 : 1; unsigned PSS1BD1 : 1; unsigned PSS1AC0 : 1; unsigned PSS1AC1 : 1; unsigned ECCP1AS0 : 1; unsigned ECCP1AS1 : 1; unsigned ECCP1AS2 : 1; unsigned ECCP1ASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) CCP3CON; typedef union { struct { unsigned CCP3M0 : 1; unsigned CCP3M1 : 1; unsigned CCP3M2 : 1; unsigned CCP3M3 : 1; unsigned DC3B0 : 1; unsigned DC3B1 : 1; unsigned P3M0 : 1; unsigned P3M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP3Y : 1; unsigned CCP3X : 1; unsigned : 1; unsigned : 1; }; } __CCP3CONbits_t; extern volatile __CCP3CONbits_t __at (0xFB7) CCP3CONbits; extern __sfr __at (0xFB7) ECCP3CON; typedef union { struct { unsigned CCP3M0 : 1; unsigned CCP3M1 : 1; unsigned CCP3M2 : 1; unsigned CCP3M3 : 1; unsigned DC3B0 : 1; unsigned DC3B1 : 1; unsigned P3M0 : 1; unsigned P3M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP3Y : 1; unsigned CCP3X : 1; unsigned : 1; unsigned : 1; }; } __ECCP3CONbits_t; extern volatile __ECCP3CONbits_t __at (0xFB7) ECCP3CONbits; extern __sfr __at (0xFB8) CCPR3; extern __sfr __at (0xFB8) CCPR3L; extern __sfr __at (0xFB9) CCPR3H; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned P2M0 : 1; unsigned P2M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBA) ECCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned P2M0 : 1; unsigned P2M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __ECCP2CONbits_t; extern volatile __ECCP2CONbits_t __at (0xFBA) ECCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBD) ECCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xFBD) ECCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned ADCAL : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSP1CON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned ADMSK : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SSP1CON2bits_t; extern volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned ADMSK : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSP1CON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSP1CON1bits_t; extern volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSP1STAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSP1STATbits_t; extern volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSP1ADD; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSP1BUF; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) ECON1; typedef union { struct { unsigned : 1; unsigned : 1; unsigned RXEN : 1; unsigned TXRTS : 1; unsigned CSUMEN : 1; unsigned DMAST : 1; unsigned RXRST : 1; unsigned TXRST : 1; }; } __ECON1bits_t; extern volatile __ECON1bits_t __at (0xFD2) ECON1bits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned : 1; unsigned OSTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned INT3F : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned INT3E : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned INT3IF : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned INT3IE : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned INT3IP : 1; unsigned T0IP : 1; unsigned INTEDG3 : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned RBIE : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f66j65.h000066400000000000000000000001271116427777700202310ustar00rootroot00000000000000/* * pic18f66j65.h - PIC18F66J65 Device Library Header */ #include "pic18f66j60.h" sdcc-2.9.0/device/include/pic16/pic18f6720.h000066400000000000000000000710471116427777700200600ustar00rootroot00000000000000 /* * pic18f6720.h - PIC18F6720 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f6720.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F6720_H__ #define __PIC18F6720_H__ extern __sfr __at (0xf6b) RCSTA2; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTA2bits_t; extern volatile __RCSTA2bits_t __at (0xf6b) RCSTA2bits; extern __sfr __at (0xf6c) TXSTA2; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTA2bits_t; extern volatile __TXSTA2bits_t __at (0xf6c) TXSTA2bits; extern __sfr __at (0xf6d) TXREG2; extern __sfr __at (0xf6e) RCREG2; extern __sfr __at (0xf6f) SPBRG2; extern __sfr __at (0xf70) CCP5CON; typedef union { struct { unsigned CCP5M0:1; unsigned CCP5M1:1; unsigned CCP5M2:1; unsigned CCP5M3:1; unsigned DCCP5Y:1; unsigned DCCP5X:1; unsigned :1; unsigned :1; }; } __CCP5CONbits_t; extern volatile __CCP5CONbits_t __at (0xf70) CCP5CONbits; extern __sfr __at (0xf71) CCPR5L; extern __sfr __at (0xf72) CCPR5H; extern __sfr __at (0xf73) CCP4CON; typedef union { struct { unsigned CCP4M0:1; unsigned CCP4M1:1; unsigned CCP4M2:1; unsigned CCP4M3:1; unsigned DCCP4Y:1; unsigned DCCP4X:1; unsigned :1; unsigned :1; }; } __CCP4CONbits_t; extern volatile __CCP4CONbits_t __at (0xf73) CCP4CONbits; extern __sfr __at (0xf74) CCPR4L; extern __sfr __at (0xf75) CCPR4H; extern __sfr __at (0xf76) T4CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T4CONbits_t; extern volatile __T4CONbits_t __at (0xf76) T4CONbits; extern __sfr __at (0xf77) PR4; extern __sfr __at (0xf78) TMR4; extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf83) PORTD; typedef union { struct { unsigned RD0:1; unsigned RD1:1; unsigned RD2:1; unsigned RD3:1; unsigned RD4:1; unsigned RD5:1; unsigned RD6:1; unsigned RD7:1; }; struct { unsigned AD0:1; unsigned AD1:1; unsigned AD2:1; unsigned AD3:1; unsigned AD4:1; unsigned AD5:1; unsigned AD6:1; unsigned AD7:1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xf83) PORTDbits; extern __sfr __at (0xf84) PORTE; typedef union { struct { unsigned RE0:1; unsigned RE1:1; unsigned RE2:1; unsigned RE3:1; unsigned RE4:1; unsigned RE5:1; unsigned RE6:1; unsigned RE7:1; }; struct { unsigned ALE:1; unsigned OE:1; unsigned WRL:1; unsigned WRH:1; unsigned :1; unsigned :1; unsigned :1; unsigned CCP2:1; }; struct { unsigned AN5:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xf84) PORTEbits; extern __sfr __at (0xf85) PORTF; typedef union { struct { unsigned RF0:1; unsigned RF1:1; unsigned RF2:1; unsigned RF3:1; unsigned RF4:1; unsigned RF5:1; unsigned RF6:1; unsigned RF7:1; }; } __PORTFbits_t; extern volatile __PORTFbits_t __at (0xf85) PORTFbits; extern __sfr __at (0xf86) PORTG; typedef union { struct { unsigned RG0:1; unsigned RG1:1; unsigned RG2:1; unsigned RG3:1; unsigned RG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTGbits_t; extern volatile __PORTGbits_t __at (0xf86) PORTGbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf8c) LATD; typedef union { struct { unsigned LATD0:1; unsigned LATD1:1; unsigned LATD2:1; unsigned LATD3:1; unsigned LATD4:1; unsigned LATD5:1; unsigned LATD6:1; unsigned LATD7:1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xf8c) LATDbits; extern __sfr __at (0xf8d) LATE; typedef union { struct { unsigned LATE0:1; unsigned LATE1:1; unsigned LATE2:1; unsigned LATE3:1; unsigned LATE4:1; unsigned LATE5:1; unsigned LATE6:1; unsigned LATE7:1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xf8d) LATEbits; extern __sfr __at (0xf8e) LATF; typedef union { struct { unsigned LATF0:1; unsigned LATF1:1; unsigned LATF2:1; unsigned LATF3:1; unsigned LATF4:1; unsigned LATF5:1; unsigned LATF6:1; unsigned LATF7:1; }; } __LATFbits_t; extern volatile __LATFbits_t __at (0xf8e) LATFbits; extern __sfr __at (0xf8f) LATG; typedef union { struct { unsigned LATG0:1; unsigned LATG1:1; unsigned LATG2:1; unsigned LATG3:1; unsigned LATG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __LATGbits_t; extern volatile __LATGbits_t __at (0xf8f) LATGbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf95) TRISD; typedef union { struct { unsigned TRISD0:1; unsigned TRISD1:1; unsigned TRISD2:1; unsigned TRISD3:1; unsigned TRISD4:1; unsigned TRISD5:1; unsigned TRISD6:1; unsigned TRISD7:1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xf95) TRISDbits; extern __sfr __at (0xf96) TRISE; typedef union { struct { unsigned TRISE0:1; unsigned TRISE1:1; unsigned TRISE2:1; unsigned TRISE3:1; unsigned TRISE4:1; unsigned TRISE5:1; unsigned TRISE6:1; unsigned TRISE7:1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xf96) TRISEbits; extern __sfr __at (0xf97) TRISF; typedef union { struct { unsigned TRISF0:1; unsigned TRISF1:1; unsigned TRISF2:1; unsigned TRISF3:1; unsigned TRISF4:1; unsigned TRISF5:1; unsigned TRISF6:1; unsigned TRISF7:1; }; } __TRISFbits_t; extern volatile __TRISFbits_t __at (0xf97) TRISFbits; extern __sfr __at (0xf98) TRISG; typedef union { struct { unsigned TRISG0:1; unsigned TRISG1:1; unsigned TRISG2:1; unsigned TRISG3:1; unsigned TRISG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __TRISGbits_t; extern volatile __TRISGbits_t __at (0xf98) TRISGbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned CMIE:1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned CMIF:1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned CMIP:1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa3) PIE3; typedef union { struct { unsigned CCP3IE:1; unsigned CCP4IE:1; unsigned CCP5IE:1; unsigned TMR4IE:1; unsigned TX2IE:1; unsigned RC2IE:1; unsigned :1; unsigned :1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xfa3) PIE3bits; extern __sfr __at (0xfa4) PIR3; typedef union { struct { unsigned CCP3IF:1; unsigned CCP4IF:1; unsigned CCP5IF:1; unsigned TMR4IF:1; unsigned TX2IF:1; unsigned RC2IF:1; unsigned :1; unsigned :1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xfa4) PIR3bits; extern __sfr __at (0xfa5) IPR3; typedef union { struct { unsigned CCP3IP:1; unsigned CCP4IP:1; unsigned CCP5IP:1; unsigned TMR4IP:1; unsigned TX2IP:1; unsigned RC2IP:1; unsigned :1; unsigned :1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xfa5) IPR3bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfaa) EEADRH; extern __sfr __at (0xfab) RCSTA1; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTA1bits_t; extern volatile __RCSTA1bits_t __at (0xfab) RCSTA1bits; extern __sfr __at (0xfac) TXSTA1; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTA1bits_t; extern volatile __TXSTA1bits_t __at (0xfac) TXSTA1bits; extern __sfr __at (0xfad) TXREG1; extern __sfr __at (0xfae) RCREG1; extern __sfr __at (0xfaf) SPBRG1; /* for compatibility reasons */ extern __sfr __at (0xfab) RCSTA; extern volatile __RCSTA1bits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; extern volatile __TXSTA1bits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb0) PSPCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __PSPCONbits_t; extern volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfb4) CMCON; typedef union { struct { unsigned CM0:1; unsigned CM1:1; unsigned CM2:1; unsigned CIS:1; unsigned C1INV:1; unsigned C2INV:1; unsigned C1OUT:1; unsigned C2OUT:1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xfb4) CMCONbits; extern __sfr __at (0xfb5) CVRCON; typedef union { struct { unsigned CVR0:1; unsigned CVR1:1; unsigned CVR2:1; unsigned CVR3:1; unsigned CVREF:1; unsigned CVRR:1; unsigned CVROE:1; unsigned CVREN:1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; extern __sfr __at (0xfb7) CCP3CON; typedef union { struct { unsigned CCP3M0:1; unsigned CCP3M1:1; unsigned CCP3M2:1; unsigned CCP3M3:1; unsigned DCCP3Y:1; unsigned DCCP3X:1; unsigned :1; unsigned :1; }; } __CCP3CONbits_t; extern volatile __CCP3CONbits_t __at (0xfb7) CCP3CONbits; extern __sfr __at (0xfb8) CCPR3L; extern __sfr __at (0xfb9) CCPR3H; extern __sfr __at (0xfba) CCP2CON; typedef union { struct { unsigned CCP2M0:1; unsigned CCP2M1:1; unsigned CCP2M2:1; unsigned CCP2M3:1; unsigned DCCP2Y:1; unsigned DCCP2X:1; unsigned :1; unsigned :1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; extern __sfr __at (0xfbb) CCPR2L; extern __sfr __at (0xfbc) CCPR2H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc0) ADCON2; typedef union { struct { unsigned ADCS0:1; unsigned ADCS1:1; unsigned ADCS2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned ADFM:1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned VCFG0:1; unsigned VCFG1:1; unsigned :1; unsigned :1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned CHS3:1; unsigned :1; unsigned :1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned INT3F:1; unsigned INT1E:1; unsigned INT2E:1; unsigned INT3E:1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned INT3IF:1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned INT3IE:1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned INT3P:1; unsigned T0IP:1; unsigned INTEDG3:1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_5V_2L 0xFF /* 2.5V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RE7_3H 0xFE /* RE7 */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00200-03FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 04000-07FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Code Protect 08000-0BFFF 5L options */ #define _CP_2_OFF_5L 0xFF /* Disabled */ #define _CP_2_ON_5L 0xFB /* Enabled */ /* Code Protect 0C000-0FFFF 5L options */ #define _CP_3_OFF_5L 0xFF /* Disabled */ #define _CP_3_ON_5L 0xF7 /* Enabled */ /* Code Protect 10000-13FFF 5L options */ #define _CP_4_OFF_5L 0xFF /* Disabled */ #define _CP_4_ON_5L 0xEF /* Enabled */ /* Code Protect 14000-17FFF 5L options */ #define _CP_5_OFF_5L 0xFF /* Disabled */ #define _CP_5_ON_5L 0xDF /* Enabled */ /* Code Protect 18000-1BFFF 5L options */ #define _CP_6_OFF_5L 0xFF /* Disabled */ #define _CP_6_ON_5L 0xBF /* Enabled */ /* Code Protect 1C000-1FFFF 5L options */ #define _CP_7_OFF_5L 0xFF /* Disabled */ #define _CP_7_ON_5L 0x7F /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-03FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 04000-07FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Table Write Protect 08000-0BFFF 6L options */ #define _WRT_2_OFF_6L 0xFF /* Disabled */ #define _WRT_2_ON_6L 0xFB /* Enabled */ /* Table Write Protect 0C000-0FFFF 6L options */ #define _WRT_3_OFF_6L 0xFF /* Disabled */ #define _WRT_3_ON_6L 0xF7 /* Enabled */ /* Table Write Protect 10000-13FFF 6L options */ #define _WRT_4_OFF_6L 0xFF /* Disabled */ #define _WRT_4_ON_6L 0xEF /* Enabled */ /* Table Write Protect 14000-17FFF 6L options */ #define _WRT_5_OFF_6L 0xFF /* Disabled */ #define _WRT_5_ON_6L 0xDF /* Enabled */ /* Table Write Protect 18000-1BFFF 6L options */ #define _WRT_6_OFF_6L 0xFF /* Disabled */ #define _WRT_6_ON_6L 0xBF /* Enabled */ /* Table Write Protect 1C000-1FFFF 6L options */ #define _WRT_7_OFF_6L 0xFF /* Disabled */ #define _WRT_7_ON_6L 0x7F /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-03FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 04000-07FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect 08000-0BFFF 7L options */ #define _EBTR_2_OFF_7L 0xFF /* Disabled */ #define _EBTR_2_ON_7L 0xFB /* Enabled */ /* Table Read Protect 0C000-0FFFF 7L options */ #define _EBTR_3_OFF_7L 0xFF /* Disabled */ #define _EBTR_3_ON_7L 0xF7 /* Enabled */ /* Table Read Protect 10000-13FFF 7L options */ #define _EBTR_4_OFF_7L 0xFF /* Disabled */ #define _EBTR_4_ON_7L 0xEF /* Enabled */ /* Table Read Protect 14000-17FFF 7L options */ #define _EBTR_5_OFF_7L 0xFF /* Disabled */ #define _EBTR_5_ON_7L 0xDF /* Enabled */ /* Table Read Protect 18000-1BFFF 7L options */ #define _EBTR_6_OFF_7L 0xFF /* Disabled */ #define _EBTR_6_ON_7L 0xBF /* Enabled */ /* Table Read Protect 1C000-1FFFF 7L options */ #define _EBTR_7_OFF_7L 0xFF /* Disabled */ #define _EBTR_7_ON_7L 0x7F /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f67j50.h000066400000000000000000002200761116427777700202330ustar00rootroot00000000000000/* * pic18f67j50.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F67J50_H__ #define __PIC18F67J50_H__ 1 // Configuration Bits #define __CONFIG1L 0x1FFF8 #define __CONFIG1H 0x1FFF9 #define __CONFIG2L 0x1FFFA #define __CONFIG2H 0x1FFFB #define __CONFIG3L 0x1FFFC #define __CONFIG3H 0x1FFFD #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF extern __sfr __at (0xF40) PMSTAT; extern __sfr __at (0xF40) PMSTATL; typedef union { struct { unsigned OB0E : 1; unsigned OB1E : 1; unsigned OB2E : 1; unsigned OB3E : 1; unsigned : 1; unsigned : 1; unsigned OBUF : 1; unsigned OBE : 1; }; } __PMSTATLbits_t; extern volatile __PMSTATLbits_t __at (0xF40) PMSTATLbits; extern __sfr __at (0xF41) PMSTATH; typedef union { struct { unsigned IB0F : 1; unsigned IB1F : 1; unsigned IB2F : 1; unsigned IB3F : 1; unsigned : 1; unsigned : 1; unsigned IBOV : 1; unsigned IBF : 1; }; } __PMSTATHbits_t; extern volatile __PMSTATHbits_t __at (0xF41) PMSTATHbits; extern __sfr __at (0xF42) PMEL; typedef union { struct { unsigned PTEN0 : 1; unsigned PTEN1 : 1; unsigned PTEN2 : 1; unsigned PTEN3 : 1; unsigned PTEN4 : 1; unsigned PTEN5 : 1; unsigned PTEN6 : 1; unsigned PTEN7 : 1; }; } __PMELbits_t; extern volatile __PMELbits_t __at (0xF42) PMELbits; extern __sfr __at (0xF42) PMEN; extern __sfr __at (0xF43) PMEH; typedef union { struct { unsigned PTEN8 : 1; unsigned PTEN9 : 1; unsigned PTEN10 : 1; unsigned PTEN11 : 1; unsigned PTEN12 : 1; unsigned PTEN13 : 1; unsigned PTEN14 : 1; unsigned PTEN15 : 1; }; } __PMEHbits_t; extern volatile __PMEHbits_t __at (0xF43) PMEHbits; extern __sfr __at (0xF44) PMDIN2; extern __sfr __at (0xF44) PMDIN2L; extern __sfr __at (0xF45) PMDIN2H; extern __sfr __at (0xF46) PMDOUT2; extern __sfr __at (0xF46) PMDOUT2L; extern __sfr __at (0xF47) PMDOUT2H; extern __sfr __at (0xF48) PMMODE; extern __sfr __at (0xF48) PMMODEL; typedef union { struct { unsigned WAITE0 : 1; unsigned WAITE1 : 1; unsigned WAITM0 : 1; unsigned WAITM1 : 1; unsigned WAITM2 : 1; unsigned WAITM3 : 1; unsigned WAITB0 : 1; unsigned WAITB1 : 1; }; } __PMMODELbits_t; extern volatile __PMMODELbits_t __at (0xF48) PMMODELbits; extern __sfr __at (0xF49) PMMODEH; typedef union { struct { unsigned MODE0 : 1; unsigned MODE1 : 1; unsigned MODE16 : 1; unsigned INCM0 : 1; unsigned INCM1 : 1; unsigned IRQM0 : 1; unsigned IRQM1 : 1; unsigned BUSY : 1; }; } __PMMODEHbits_t; extern volatile __PMMODEHbits_t __at (0xF49) PMMODEHbits; extern __sfr __at (0xF4A) PMCON; extern __sfr __at (0xF4A) PMCONL; typedef union { struct { unsigned RDSP : 1; unsigned WRSP : 1; unsigned BEP : 1; unsigned CS1P : 1; unsigned CS2P : 1; unsigned ALP : 1; unsigned CSF0 : 1; unsigned CSF1 : 1; }; } __PMCONLbits_t; extern volatile __PMCONLbits_t __at (0xF4A) PMCONLbits; extern __sfr __at (0xF4B) PMCONH; typedef union { struct { unsigned PTRDEN : 1; unsigned PTWREN : 1; unsigned PTBEEN : 1; unsigned ADRMUX0 : 1; unsigned ADRMUX1 : 1; unsigned PSIDL : 1; unsigned : 1; unsigned PMPEN : 1; }; } __PMCONHbits_t; extern volatile __PMCONHbits_t __at (0xF4B) PMCONHbits; extern __sfr __at (0xF4C) UEP0; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP0bits_t; extern volatile __UEP0bits_t __at (0xF4C) UEP0bits; extern __sfr __at (0xF4D) UEP1; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP1bits_t; extern volatile __UEP1bits_t __at (0xF4D) UEP1bits; extern __sfr __at (0xF4E) UEP2; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP2bits_t; extern volatile __UEP2bits_t __at (0xF4E) UEP2bits; extern __sfr __at (0xF4F) UEP3; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP3bits_t; extern volatile __UEP3bits_t __at (0xF4F) UEP3bits; extern __sfr __at (0xF50) UEP4; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP4bits_t; extern volatile __UEP4bits_t __at (0xF50) UEP4bits; extern __sfr __at (0xF51) UEP5; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP5bits_t; extern volatile __UEP5bits_t __at (0xF51) UEP5bits; extern __sfr __at (0xF52) UEP6; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP6bits_t; extern volatile __UEP6bits_t __at (0xF52) UEP6bits; extern __sfr __at (0xF53) UEP7; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP7bits_t; extern volatile __UEP7bits_t __at (0xF53) UEP7bits; extern __sfr __at (0xF54) UEP8; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP8bits_t; extern volatile __UEP8bits_t __at (0xF54) UEP8bits; extern __sfr __at (0xF55) UEP9; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP9bits_t; extern volatile __UEP9bits_t __at (0xF55) UEP9bits; extern __sfr __at (0xF56) UEP10; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP10bits_t; extern volatile __UEP10bits_t __at (0xF56) UEP10bits; extern __sfr __at (0xF57) UEP11; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP11bits_t; extern volatile __UEP11bits_t __at (0xF57) UEP11bits; extern __sfr __at (0xF58) UEP12; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP12bits_t; extern volatile __UEP12bits_t __at (0xF58) UEP12bits; extern __sfr __at (0xF59) UEP13; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP13bits_t; extern volatile __UEP13bits_t __at (0xF59) UEP13bits; extern __sfr __at (0xF5A) UEP14; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP14bits_t; extern volatile __UEP14bits_t __at (0xF5A) UEP14bits; extern __sfr __at (0xF5B) UEP15; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP15bits_t; extern volatile __UEP15bits_t __at (0xF5B) UEP15bits; extern __sfr __at (0xF5C) UIE; typedef union { struct { unsigned URSTIE : 1; unsigned UERRIE : 1; unsigned ACTVIE : 1; unsigned TRNIE : 1; unsigned IDLEIE : 1; unsigned STALLIE : 1; unsigned SOFIE : 1; unsigned : 1; }; } __UIEbits_t; extern volatile __UIEbits_t __at (0xF5C) UIEbits; extern __sfr __at (0xF5D) UEIE; typedef union { struct { unsigned PIDEE : 1; unsigned CRC5EE : 1; unsigned CRC16EE : 1; unsigned DFN8EE : 1; unsigned BTOEE : 1; unsigned : 1; unsigned : 1; unsigned BTSEE : 1; }; } __UEIEbits_t; extern volatile __UEIEbits_t __at (0xF5D) UEIEbits; extern __sfr __at (0xF5E) UADDR; typedef union { struct { unsigned ADDR0 : 1; unsigned ADDR1 : 1; unsigned ADDR2 : 1; unsigned ADDR3 : 1; unsigned ADDR4 : 1; unsigned ADDR5 : 1; unsigned ADDR6 : 1; unsigned : 1; }; } __UADDRbits_t; extern volatile __UADDRbits_t __at (0xF5E) UADDRbits; extern __sfr __at (0xF5F) UCFG; typedef union { struct { unsigned PPB0 : 1; unsigned PPB1 : 1; unsigned FSEN : 1; unsigned UTRDIS : 1; unsigned UPUEN : 1; unsigned : 1; unsigned UOEMON : 1; unsigned UTEYE : 1; }; } __UCFGbits_t; extern volatile __UCFGbits_t __at (0xF5F) UCFGbits; extern __sfr __at (0xF60) UFRM; extern __sfr __at (0xF60) UFRML; typedef union { struct { unsigned FRM0 : 1; unsigned FRM1 : 1; unsigned FRM2 : 1; unsigned FRM3 : 1; unsigned FRM4 : 1; unsigned FRM5 : 1; unsigned FRM6 : 1; unsigned FRM7 : 1; }; } __UFRMLbits_t; extern volatile __UFRMLbits_t __at (0xF60) UFRMLbits; extern __sfr __at (0xF61) UFRMH; typedef union { struct { unsigned FRM8 : 1; unsigned FRM9 : 1; unsigned FRM10 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UFRMHbits_t; extern volatile __UFRMHbits_t __at (0xF61) UFRMHbits; extern __sfr __at (0xF62) UIR; typedef union { struct { unsigned URSTIF : 1; unsigned UERRIF : 1; unsigned ACTVIF : 1; unsigned TRNIF : 1; unsigned IDLEIF : 1; unsigned STALLIF : 1; unsigned SOFIF : 1; unsigned : 1; }; } __UIRbits_t; extern volatile __UIRbits_t __at (0xF62) UIRbits; extern __sfr __at (0xF63) UEIR; typedef union { struct { unsigned PIDEF : 1; unsigned CRC5EF : 1; unsigned CRC16EF : 1; unsigned DFN8EF : 1; unsigned BTOEF : 1; unsigned : 1; unsigned : 1; unsigned BTSEF : 1; }; } __UEIRbits_t; extern volatile __UEIRbits_t __at (0xF63) UEIRbits; extern __sfr __at (0xF64) USTAT; typedef union { struct { unsigned : 1; unsigned PPBI : 1; unsigned DIR : 1; unsigned ENDP0 : 1; unsigned ENDP1 : 1; unsigned ENDP2 : 1; unsigned ENDP3 : 1; unsigned : 1; }; } __USTATbits_t; extern volatile __USTATbits_t __at (0xF64) USTATbits; extern __sfr __at (0xF65) UCON; typedef union { struct { unsigned : 1; unsigned SUSPND : 1; unsigned RESUME : 1; unsigned USBEN : 1; unsigned PKTDIS : 1; unsigned SE0 : 1; unsigned PPBRST : 1; unsigned : 1; }; } __UCONbits_t; extern volatile __UCONbits_t __at (0xF65) UCONbits; extern __sfr __at (0xF66) PMDIN1; extern __sfr __at (0xF66) PMDIN1L; extern __sfr __at (0xF67) PMDIN1H; extern __sfr __at (0xF68) PMADDR; extern __sfr __at (0xF68) PMADDRL; extern __sfr __at (0xF68) PMDOUT1; extern __sfr __at (0xF68) PMDOUT1L; extern __sfr __at (0xF69) PMADDRH; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CS1 : 1; unsigned CS2 : 1; }; } __PMADDRHbits_t; extern volatile __PMADDRHbits_t __at (0xF69) PMADDRHbits; extern __sfr __at (0xF69) PMDOUT1H; extern __sfr __at (0xF6A) CMSTAT; typedef union { struct { unsigned COUT1 : 1; unsigned COUT2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CMSTATbits_t; extern volatile __CMSTATbits_t __at (0xF6A) CMSTATbits; extern __sfr __at (0xF6A) CMSTATUS; typedef union { struct { unsigned COUT1 : 1; unsigned COUT2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CMSTATUSbits_t; extern volatile __CMSTATUSbits_t __at (0xF6A) CMSTATUSbits; extern __sfr __at (0xF6B) SSP2CON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; } __SSP2CON2bits_t; extern volatile __SSP2CON2bits_t __at (0xF6B) SSP2CON2bits; extern __sfr __at (0xF6C) SSP2CON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSP2CON1bits_t; extern volatile __SSP2CON1bits_t __at (0xF6C) SSP2CON1bits; extern __sfr __at (0xF6D) SSP2STAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSP2STATbits_t; extern volatile __SSP2STATbits_t __at (0xF6D) SSP2STATbits; extern __sfr __at (0xF6E) SSP2ADD; extern __sfr __at (0xF6E) SSP2MSK; typedef union { struct { unsigned MSK0 : 1; unsigned MSK1 : 1; unsigned MSK2 : 1; unsigned MSK3 : 1; unsigned MSK4 : 1; unsigned MSK5 : 1; unsigned MSK6 : 1; unsigned MSK7 : 1; }; } __SSP2MSKbits_t; extern volatile __SSP2MSKbits_t __at (0xF6E) SSP2MSKbits; extern __sfr __at (0xF6F) SSP2BUF; extern __sfr __at (0xF70) CCP5CON; typedef union { struct { unsigned CCP5M0 : 1; unsigned CCP5M1 : 1; unsigned CCP5M2 : 1; unsigned CCP5M3 : 1; unsigned DCCP5Y : 1; unsigned DCCP5X : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC5B0 : 1; unsigned DC5B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP5CONbits_t; extern volatile __CCP5CONbits_t __at (0xF70) CCP5CONbits; extern __sfr __at (0xF71) CCPR5; extern __sfr __at (0xF71) CCPR5L; extern __sfr __at (0xF72) CCPR5H; extern __sfr __at (0xF73) CCP4CON; typedef union { struct { unsigned CCP4M0 : 1; unsigned CCP4M1 : 1; unsigned CCP4M2 : 1; unsigned CCP4M3 : 1; unsigned DCCP4Y : 1; unsigned DCCP4X : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC4B0 : 1; unsigned DC4B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP4CONbits_t; extern volatile __CCP4CONbits_t __at (0xF73) CCP4CONbits; extern __sfr __at (0xF74) CCPR4; extern __sfr __at (0xF74) CCPR4L; extern __sfr __at (0xF75) CCPR4H; extern __sfr __at (0xF76) T4CON; typedef union { struct { unsigned T4CKPS0 : 1; unsigned T4CKPS1 : 1; unsigned TMR4ON : 1; unsigned T4OUTPS0 : 1; unsigned T4OUTPS1 : 1; unsigned T4OUTPS2 : 1; unsigned T4OUTPS3 : 1; unsigned : 1; }; } __T4CONbits_t; extern volatile __T4CONbits_t __at (0xF76) T4CONbits; extern __sfr __at (0xF77) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xF77) CVRCONbits; extern __sfr __at (0xF77) PR4; extern __sfr __at (0xF78) TMR4; extern __sfr __at (0xF79) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xF79) T3CONbits; extern __sfr __at (0xF7A) TMR3L; extern __sfr __at (0xF7B) TMR3H; extern __sfr __at (0xF7C) BAUDCON2; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned DTRXP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCON2bits_t; extern volatile __BAUDCON2bits_t __at (0xF7C) BAUDCON2bits; extern __sfr __at (0xF7D) SPBRGH2; extern __sfr __at (0xF7E) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned DTRXP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xF7E) BAUDCONbits; extern __sfr __at (0xF7E) BAUDCON1; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned DTRXP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCON1bits_t; extern volatile __BAUDCON1bits_t __at (0xF7E) BAUDCON1bits; extern __sfr __at (0xF7F) SPBRGH; extern __sfr __at (0xF7F) SPBRGH1; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned C2INA : 1; unsigned CLKO : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned INT3 : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned FLT0 : 1; unsigned PMA4 : 1; unsigned PMA3 : 1; unsigned PMA2 : 1; unsigned PMA1 : 1; unsigned PMA0 : 1; unsigned PGC : 1; unsigned PGD : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2_PORTC : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned C2OUT : 1; unsigned CK : 1; unsigned DT : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PMD0 : 1; unsigned PMD1 : 1; unsigned PMD2 : 1; unsigned PMD3 : 1; unsigned PMD4 : 1; unsigned PMD5 : 1; unsigned PMD6 : 1; unsigned PMD7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SDO2 : 1; unsigned SDA2 : 1; unsigned SCL2 : 1; unsigned SS2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SDI2 : 1; unsigned SCK2 : 1; unsigned : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned RE4 : 1; unsigned RE5 : 1; unsigned RE6 : 1; unsigned RE7 : 1; }; struct { unsigned PMRD : 1; unsigned PMWR : 1; unsigned PMBE : 1; unsigned PMA13 : 1; unsigned PMA12 : 1; unsigned PMA11 : 1; unsigned PMA10 : 1; unsigned PMA9 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned REFO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2_PORTE : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF85) PORTF; typedef union { struct { unsigned : 1; unsigned : 1; unsigned RF2 : 1; unsigned RF3 : 1; unsigned RF4 : 1; unsigned RF5 : 1; unsigned RF6 : 1; unsigned RF7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned AN7 : 1; unsigned : 1; unsigned : 1; unsigned AN10 : 1; unsigned AN11 : 1; unsigned SS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned C2INB : 1; unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned C1INA : 1; unsigned C1OUT : 1; }; struct { unsigned : 1; unsigned : 1; unsigned PMA5 : 1; unsigned : 1; unsigned : 1; unsigned C1INB : 1; unsigned : 1; unsigned : 1; }; } __PORTFbits_t; extern volatile __PORTFbits_t __at (0xF85) PORTFbits; extern __sfr __at (0xF86) PORTG; typedef union { struct { unsigned RG0 : 1; unsigned RG1 : 1; unsigned RG2 : 1; unsigned RG3 : 1; unsigned RG4 : 1; unsigned : 1; unsigned REPU : 1; unsigned RDPU : 1; }; struct { unsigned CCP3 : 1; unsigned TX2 : 1; unsigned RX2 : 1; unsigned CCP4 : 1; unsigned CCP5 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned PMA8 : 1; unsigned CK2 : 1; unsigned DT2 : 1; unsigned PMCS1 : 1; unsigned PMCS2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned PMA7 : 1; unsigned PMA6 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTGbits_t; extern volatile __PORTGbits_t __at (0xF86) PORTGbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned : 1; unsigned : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned LATE3 : 1; unsigned LATE4 : 1; unsigned LATE5 : 1; unsigned LATE6 : 1; unsigned LATE7 : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF8E) LATF; typedef union { struct { unsigned : 1; unsigned : 1; unsigned LATF2 : 1; unsigned LATF3 : 1; unsigned LATF4 : 1; unsigned LATF5 : 1; unsigned LATF6 : 1; unsigned LATF7 : 1; }; } __LATFbits_t; extern volatile __LATFbits_t __at (0xF8E) LATFbits; extern __sfr __at (0xF8F) LATG; typedef union { struct { unsigned LATG0 : 1; unsigned LATG1 : 1; unsigned LATG2 : 1; unsigned LATG3 : 1; unsigned LATG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATGbits_t; extern volatile __LATGbits_t __at (0xF8F) LATGbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned : 1; unsigned : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned RE4 : 1; unsigned RE5 : 1; unsigned RE6 : 1; unsigned RE7 : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned TRISE3 : 1; unsigned TRISE4 : 1; unsigned TRISE5 : 1; unsigned TRISE6 : 1; unsigned TRISE7 : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF97) DDRF; typedef union { struct { unsigned : 1; unsigned RF1 : 1; unsigned RF2 : 1; unsigned RF3 : 1; unsigned RF4 : 1; unsigned RF5 : 1; unsigned RF6 : 1; unsigned RF7 : 1; }; } __DDRFbits_t; extern volatile __DDRFbits_t __at (0xF97) DDRFbits; extern __sfr __at (0xF97) TRISF; typedef union { struct { unsigned : 1; unsigned : 1; unsigned TRISF2 : 1; unsigned TRISF3 : 1; unsigned TRISF4 : 1; unsigned TRISF5 : 1; unsigned TRISF6 : 1; unsigned TRISF7 : 1; }; } __TRISFbits_t; extern volatile __TRISFbits_t __at (0xF97) TRISFbits; extern __sfr __at (0xF98) DDRG; typedef union { struct { unsigned RG0 : 1; unsigned RG1 : 1; unsigned RG2 : 1; unsigned RG3 : 1; unsigned RG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __DDRGbits_t; extern volatile __DDRGbits_t __at (0xF98) DDRGbits; extern __sfr __at (0xF98) TRISG; typedef union { struct { unsigned TRISG0 : 1; unsigned TRISG1 : 1; unsigned TRISG2 : 1; unsigned TRISG3 : 1; unsigned TRISG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TRISGbits_t; extern volatile __TRISGbits_t __at (0xF98) TRISGbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned TUN5 : 1; unsigned PLLEN : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9C) RCSTA2; typedef union { struct { unsigned RCD8 : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RC9 : 1; unsigned SPEN : 1; }; struct { unsigned RX9D : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RX9 : 1; unsigned : 1; }; } __RCSTA2bits_t; extern volatile __RCSTA2bits_t __at (0xF9C) RCSTA2bits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PMPIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IE : 1; unsigned TX1IE : 1; unsigned RC1IE : 1; unsigned : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PMPIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IF : 1; unsigned TX1IF : 1; unsigned RC1IF : 1; unsigned : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PMPIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IP : 1; unsigned TX1IP : 1; unsigned RC1IP : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned USBIE : 1; unsigned CM1IE : 1; unsigned CM2IE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned USBIF : 1; unsigned CM1IF : 1; unsigned CM2IF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned USBIP : 1; unsigned CM1IP : 1; unsigned CM2IP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned CCP3IE : 1; unsigned CCP4IE : 1; unsigned CCP5IE : 1; unsigned TMR4IE : 1; unsigned TX2IE : 1; unsigned RC2IE : 1; unsigned BCL2IE : 1; unsigned SSP2IE : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned CCP3IF : 1; unsigned CCP4IF : 1; unsigned CCP5IF : 1; unsigned TMR4IF : 1; unsigned TX2IF : 1; unsigned RC2IF : 1; unsigned BCL2IF : 1; unsigned SSP2IF : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned CCP3IP : 1; unsigned CCP4IP : 1; unsigned CCP5IP : 1; unsigned TMR4IP : 1; unsigned TX2IP : 1; unsigned RC2IP : 1; unsigned BCL2IP : 1; unsigned SSP2IP : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned WPROG : 1; unsigned : 1; unsigned : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) TXSTA2; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTA2bits_t; extern volatile __TXSTA2bits_t __at (0xFA8) TXSTA2bits; extern __sfr __at (0xFA9) TXREG2; extern __sfr __at (0xFAA) RCREG2; extern __sfr __at (0xFAB) SPBRG2; extern __sfr __at (0xFAC) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAC) RCSTAbits; extern __sfr __at (0xFAC) RCSTA1; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTA1bits_t; extern volatile __RCSTA1bits_t __at (0xFAC) RCSTA1bits; extern __sfr __at (0xFAD) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAD) TXSTAbits; extern __sfr __at (0xFAD) TXSTA1; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTA1bits_t; extern volatile __TXSTA1bits_t __at (0xFAD) TXSTA1bits; extern __sfr __at (0xFAE) TXREG; extern __sfr __at (0xFAE) TXREG1; extern __sfr __at (0xFAF) RCREG; extern __sfr __at (0xFAF) RCREG1; extern __sfr __at (0xFB0) SPBRG; extern __sfr __at (0xFB0) SPBRG1; extern __sfr __at (0xFB1) CCP3CON; typedef union { struct { unsigned CCP3M0 : 1; unsigned CCP3M1 : 1; unsigned CCP3M2 : 1; unsigned CCP3M3 : 1; unsigned DC3B0 : 1; unsigned DC3B1 : 1; unsigned P3M0 : 1; unsigned P3M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP3Y : 1; unsigned CCP3X : 1; unsigned : 1; unsigned : 1; }; } __CCP3CONbits_t; extern volatile __CCP3CONbits_t __at (0xFB1) CCP3CONbits; extern __sfr __at (0xFB1) ECCP3CON; typedef union { struct { unsigned CCP3M0 : 1; unsigned CCP3M1 : 1; unsigned CCP3M2 : 1; unsigned CCP3M3 : 1; unsigned DC3B0 : 1; unsigned DC3B1 : 1; unsigned P3M0 : 1; unsigned P3M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP3Y : 1; unsigned CCP3X : 1; unsigned : 1; unsigned : 1; }; } __ECCP3CONbits_t; extern volatile __ECCP3CONbits_t __at (0xFB1) ECCP3CONbits; extern __sfr __at (0xFB2) CCPR3; extern __sfr __at (0xFB2) CCPR3L; extern __sfr __at (0xFB3) CCPR3H; extern __sfr __at (0xFB4) ECCP3DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P3DC0 : 1; unsigned P3DC1 : 1; unsigned P3DC2 : 1; unsigned P3DC3 : 1; unsigned P3DC4 : 1; unsigned P3DC5 : 1; unsigned P3DC6 : 1; unsigned P3RSEN : 1; }; } __ECCP3DELbits_t; extern volatile __ECCP3DELbits_t __at (0xFB4) ECCP3DELbits; extern __sfr __at (0xFB5) ECCP3AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS3BD0 : 1; unsigned PSS3BD1 : 1; unsigned PSS3AC0 : 1; unsigned PSS3AC1 : 1; unsigned ECCP3AS0 : 1; unsigned ECCP3AS1 : 1; unsigned ECCP3AS2 : 1; unsigned ECCP3ASE : 1; }; } __ECCP3ASbits_t; extern volatile __ECCP3ASbits_t __at (0xFB5) ECCP3ASbits; extern __sfr __at (0xFB6) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned P2M0 : 1; unsigned P2M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFB6) CCP2CONbits; extern __sfr __at (0xFB6) ECCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned P2M0 : 1; unsigned P2M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __ECCP2CONbits_t; extern volatile __ECCP2CONbits_t __at (0xFB6) ECCP2CONbits; extern __sfr __at (0xFB7) CCPR2; extern __sfr __at (0xFB7) CCPR2L; extern __sfr __at (0xFB8) CCPR2H; extern __sfr __at (0xFB9) ECCP2DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P2DC0 : 1; unsigned P2DC1 : 1; unsigned P2DC2 : 1; unsigned P2DC3 : 1; unsigned P2DC4 : 1; unsigned P2DC5 : 1; unsigned P2DC6 : 1; unsigned P2RSEN : 1; }; } __ECCP2DELbits_t; extern volatile __ECCP2DELbits_t __at (0xFB9) ECCP2DELbits; extern __sfr __at (0xFBA) ECCP2AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS2BD0 : 1; unsigned PSS2BD1 : 1; unsigned PSS2AC0 : 1; unsigned PSS2AC1 : 1; unsigned ECCP2AS0 : 1; unsigned ECCP2AS1 : 1; unsigned ECCP2AS2 : 1; unsigned ECCP2ASE : 1; }; } __ECCP2ASbits_t; extern volatile __ECCP2ASbits_t __at (0xFBA) ECCP2ASbits; extern __sfr __at (0xFBB) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBB) CCP1CONbits; extern __sfr __at (0xFBB) ECCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xFBB) ECCP1CONbits; extern __sfr __at (0xFBC) CCPR1; extern __sfr __at (0xFBC) CCPR1L; extern __sfr __at (0xFBD) CCPR1H; extern __sfr __at (0xFBE) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P1DC0 : 1; unsigned P1DC1 : 1; unsigned P1DC2 : 1; unsigned P1DC3 : 1; unsigned P1DC4 : 1; unsigned P1DC5 : 1; unsigned P1DC6 : 1; unsigned P1RSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xFBE) ECCP1DELbits; extern __sfr __at (0xFBF) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS1BD0 : 1; unsigned PSS1BD1 : 1; unsigned PSS1AC0 : 1; unsigned PSS1AC1 : 1; unsigned ECCP1AS0 : 1; unsigned ECCP1AS1 : 1; unsigned ECCP1AS2 : 1; unsigned ECCP1ASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFBF) ECCP1ASbits; extern __sfr __at (0xFC0) WDTCON; typedef union { struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DEVCFG : 1; unsigned : 1; unsigned LVDSTAT : 1; unsigned REGSLP : 1; }; struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADSHR : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFC0) WDTCONbits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned ADCAL : 1; unsigned ADFM : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC1) ANCON0; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned PCFG4 : 1; unsigned PCFG5 : 1; unsigned PCFG6 : 1; unsigned PCFG7 : 1; }; } __ANCON0bits_t; extern volatile __ANCON0bits_t __at (0xFC1) ANCON0bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC2) ANCON1; typedef union { struct { unsigned PCFG8 : 1; unsigned PCFG9 : 1; unsigned PCFG10 : 1; unsigned PCFG11 : 1; unsigned PCFG12 : 1; unsigned PCFG13 : 1; unsigned PCFG14 : 1; unsigned PCFG15 : 1; }; } __ANCON1bits_t; extern volatile __ANCON1bits_t __at (0xFC2) ANCON1bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSP1CON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; } __SSP1CON2bits_t; extern volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSP1CON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSP1CON1bits_t; extern volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSP1STAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSP1STATbits_t; extern volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSP1ADD; extern __sfr __at (0xFC8) SSP1MSK; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSP1BUF; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) PADCFG1; typedef union { struct { unsigned PMPTTL : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PADCFG1bits_t; extern volatile __PADCFG1bits_t __at (0xFCC) PADCFG1bits; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) ODCON3; typedef union { struct { unsigned SPI1OD : 1; unsigned SPI2OD : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ODCON3bits_t; extern volatile __ODCON3bits_t __at (0xFCD) ODCON3bits; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) ODCON2; typedef union { struct { unsigned USART1OD : 1; unsigned USART2OD : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned U1OD : 1; unsigned U2OD : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ODCON2bits_t; extern volatile __ODCON2bits_t __at (0xFCE) ODCON2bits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) ODCON1; typedef union { struct { unsigned ECCP1OD : 1; unsigned ECCP2OD : 1; unsigned ECCP3OD : 1; unsigned CCP4OD : 1; unsigned CCP5OD : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ODCON1bits_t; extern volatile __ODCON1bits_t __at (0xFCF) ODCON1bits; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned NOT_CM : 1; unsigned : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned CM : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) CM2CON; typedef union { struct { unsigned C1CH0 : 1; unsigned C1CH1 : 1; unsigned CREF : 1; unsigned EVPOL0 : 1; unsigned EVPOL1 : 1; unsigned CPOL : 1; unsigned COE : 1; unsigned CON : 1; }; struct { unsigned CCH0 : 1; unsigned CCH1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CM2CONbits_t; extern volatile __CM2CONbits_t __at (0xFD1) CM2CONbits; extern __sfr __at (0xFD1) CM2CON1; typedef union { struct { unsigned C1CH0 : 1; unsigned C1CH1 : 1; unsigned CREF : 1; unsigned EVPOL0 : 1; unsigned EVPOL1 : 1; unsigned CPOL : 1; unsigned COE : 1; unsigned CON : 1; }; struct { unsigned CCH0 : 1; unsigned CCH1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CM2CON1bits_t; extern volatile __CM2CON1bits_t __at (0xFD1) CM2CON1bits; extern __sfr __at (0xFD2) CM1CON; typedef union { struct { unsigned C1CH0 : 1; unsigned C1CH1 : 1; unsigned CREF : 1; unsigned EVPOL0 : 1; unsigned EVPOL1 : 1; unsigned CPOL : 1; unsigned COE : 1; unsigned CON : 1; }; struct { unsigned CCH0 : 1; unsigned CCH1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CM1CONbits_t; extern volatile __CM1CONbits_t __at (0xFD2) CM1CONbits; extern __sfr __at (0xFD2) CM1CON1; typedef union { struct { unsigned C1CH0 : 1; unsigned C1CH1 : 1; unsigned CREF : 1; unsigned EVPOL0 : 1; unsigned EVPOL1 : 1; unsigned CPOL : 1; unsigned COE : 1; unsigned CON : 1; }; struct { unsigned CCH0 : 1; unsigned CCH1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CM1CON1bits_t; extern volatile __CM1CON1bits_t __at (0xFD2) CM1CON1bits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned FLTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD3) REFOCON; typedef union { struct { unsigned RODIV0 : 1; unsigned RODIV1 : 1; unsigned RODIV2 : 1; unsigned RODIV3 : 1; unsigned ROSEL : 1; unsigned ROSSLP : 1; unsigned : 1; unsigned ROON : 1; }; } __REFOCONbits_t; extern volatile __REFOCONbits_t __at (0xFD3) REFOCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T0PS3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned INT3F : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned INT3E : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned INT3IF : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned INT3IE : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned INT3P : 1; unsigned T0IP : 1; unsigned INTEDG3 : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned INT3IP : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned RBIE : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned SP0 : 1; unsigned SP1 : 1; unsigned SP2 : 1; unsigned SP3 : 1; unsigned SP4 : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f67j60.h000066400000000000000000000001271116427777700202250ustar00rootroot00000000000000/* * pic18f67j60.h - PIC18F67J60 Device Library Header */ #include "pic18f66j60.h" sdcc-2.9.0/device/include/pic16/pic18f8520.h000066400000000000000000000730101116427777700200500ustar00rootroot00000000000000 /* * pic18f8520.h - PIC18F8520 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f8520.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F8520_H__ #define __PIC18F8520_H__ extern __sfr __at (0xf6b) RCSTA2; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTA2bits_t; extern volatile __RCSTA2bits_t __at (0xf6b) RCSTA2bits; extern __sfr __at (0xf6c) TXSTA2; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTA2bits_t; extern volatile __TXSTA2bits_t __at (0xf6c) TXSTA2bits; extern __sfr __at (0xf6d) TXREG2; extern __sfr __at (0xf6e) RCREG2; extern __sfr __at (0xf6f) SPBRG2; extern __sfr __at (0xf70) CCP5CON; typedef union { struct { unsigned CCP5M0:1; unsigned CCP5M1:1; unsigned CCP5M2:1; unsigned CCP5M3:1; unsigned DCCP5Y:1; unsigned DCCP5X:1; unsigned :1; unsigned :1; }; } __CCP5CONbits_t; extern volatile __CCP5CONbits_t __at (0xf70) CCP5CONbits; extern __sfr __at (0xf71) CCPR5L; extern __sfr __at (0xf72) CCPR5H; extern __sfr __at (0xf73) CCP4CON; typedef union { struct { unsigned CCP4M0:1; unsigned CCP4M1:1; unsigned CCP4M2:1; unsigned CCP4M3:1; unsigned DCCP4Y:1; unsigned DCCP4X:1; unsigned :1; unsigned :1; }; } __CCP4CONbits_t; extern volatile __CCP4CONbits_t __at (0xf73) CCP4CONbits; extern __sfr __at (0xf74) CCPR4L; extern __sfr __at (0xf75) CCPR4H; extern __sfr __at (0xf76) T4CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T4CONbits_t; extern volatile __T4CONbits_t __at (0xf76) T4CONbits; extern __sfr __at (0xf77) PR4; extern __sfr __at (0xf78) TMR4; extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf83) PORTD; typedef union { struct { unsigned RD0:1; unsigned RD1:1; unsigned RD2:1; unsigned RD3:1; unsigned RD4:1; unsigned RD5:1; unsigned RD6:1; unsigned RD7:1; }; struct { unsigned AD0:1; unsigned AD1:1; unsigned AD2:1; unsigned AD3:1; unsigned AD4:1; unsigned AD5:1; unsigned AD6:1; unsigned AD7:1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xf83) PORTDbits; extern __sfr __at (0xf84) PORTE; typedef union { struct { unsigned RE0:1; unsigned RE1:1; unsigned RE2:1; unsigned RE3:1; unsigned RE4:1; unsigned RE5:1; unsigned RE6:1; unsigned RE7:1; }; struct { unsigned ALE:1; unsigned OE:1; unsigned WRL:1; unsigned WRH:1; unsigned :1; unsigned :1; unsigned :1; unsigned CCP2:1; }; struct { unsigned AN5:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xf84) PORTEbits; extern __sfr __at (0xf85) PORTF; typedef union { struct { unsigned RF0:1; unsigned RF1:1; unsigned RF2:1; unsigned RF3:1; unsigned RF4:1; unsigned RF5:1; unsigned RF6:1; unsigned RF7:1; }; } __PORTFbits_t; extern volatile __PORTFbits_t __at (0xf85) PORTFbits; extern __sfr __at (0xf86) PORTG; typedef union { struct { unsigned RG0:1; unsigned RG1:1; unsigned RG2:1; unsigned RG3:1; unsigned RG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTGbits_t; extern volatile __PORTGbits_t __at (0xf86) PORTGbits; extern __sfr __at (0xf87) PORTH; typedef union { struct { unsigned RH0:1; unsigned RH1:1; unsigned RH2:1; unsigned RH3:1; unsigned RH4:1; unsigned RH5:1; unsigned RH6:1; unsigned RH7:1; }; } __PORTHbits_t; extern volatile __PORTHbits_t __at (0xf87) PORTHbits; extern __sfr __at (0xf88) PORTJ; typedef union { struct { unsigned RJ0:1; unsigned RJ1:1; unsigned RJ2:1; unsigned RJ3:1; unsigned RJ4:1; unsigned RJ5:1; unsigned RJ6:1; unsigned RJ7:1; }; } __PORTJbits_t; extern volatile __PORTJbits_t __at (0xf88) PORTJbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf8c) LATD; typedef union { struct { unsigned LATD0:1; unsigned LATD1:1; unsigned LATD2:1; unsigned LATD3:1; unsigned LATD4:1; unsigned LATD5:1; unsigned LATD6:1; unsigned LATD7:1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xf8c) LATDbits; extern __sfr __at (0xf8d) LATE; typedef union { struct { unsigned LATE0:1; unsigned LATE1:1; unsigned LATE2:1; unsigned LATE3:1; unsigned LATE4:1; unsigned LATE5:1; unsigned LATE6:1; unsigned LATE7:1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xf8d) LATEbits; extern __sfr __at (0xf8e) LATF; typedef union { struct { unsigned LATF0:1; unsigned LATF1:1; unsigned LATF2:1; unsigned LATF3:1; unsigned LATF4:1; unsigned LATF5:1; unsigned LATF6:1; unsigned LATF7:1; }; } __LATFbits_t; extern volatile __LATFbits_t __at (0xf8e) LATFbits; extern __sfr __at (0xf8f) LATG; typedef union { struct { unsigned LATG0:1; unsigned LATG1:1; unsigned LATG2:1; unsigned LATG3:1; unsigned LATG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __LATGbits_t; extern volatile __LATGbits_t __at (0xf8f) LATGbits; extern __sfr __at (0xf90) LATH; typedef union { struct { unsigned LATH0:1; unsigned LATH1:1; unsigned LATH2:1; unsigned LATH3:1; unsigned LATH4:1; unsigned LATH5:1; unsigned LATH6:1; unsigned LATH7:1; }; } __LATHbits_t; extern volatile __LATHbits_t __at (0xf90) LATHbits; extern __sfr __at (0xf91) LATJ; typedef union { struct { unsigned LATJ0:1; unsigned LATJ1:1; unsigned LATJ2:1; unsigned LATJ3:1; unsigned LATJ4:1; unsigned LATJ5:1; unsigned LATJ6:1; unsigned LATJ7:1; }; } __LATJbits_t; extern volatile __LATJbits_t __at (0xf91) LATJbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf95) TRISD; typedef union { struct { unsigned TRISD0:1; unsigned TRISD1:1; unsigned TRISD2:1; unsigned TRISD3:1; unsigned TRISD4:1; unsigned TRISD5:1; unsigned TRISD6:1; unsigned TRISD7:1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xf95) TRISDbits; extern __sfr __at (0xf96) TRISE; typedef union { struct { unsigned TRISE0:1; unsigned TRISE1:1; unsigned TRISE2:1; unsigned TRISE3:1; unsigned TRISE4:1; unsigned TRISE5:1; unsigned TRISE6:1; unsigned TRISE7:1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xf96) TRISEbits; extern __sfr __at (0xf97) TRISF; typedef union { struct { unsigned TRISF0:1; unsigned TRISF1:1; unsigned TRISF2:1; unsigned TRISF3:1; unsigned TRISF4:1; unsigned TRISF5:1; unsigned TRISF6:1; unsigned TRISF7:1; }; } __TRISFbits_t; extern volatile __TRISFbits_t __at (0xf97) TRISFbits; extern __sfr __at (0xf98) TRISG; typedef union { struct { unsigned TRISG0:1; unsigned TRISG1:1; unsigned TRISG2:1; unsigned TRISG3:1; unsigned TRISG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __TRISGbits_t; extern volatile __TRISGbits_t __at (0xf98) TRISGbits; extern __sfr __at (0xf99) TRISH; typedef union { struct { unsigned TRISH0:1; unsigned TRISH1:1; unsigned TRISH2:1; unsigned TRISH3:1; unsigned TRISH4:1; unsigned TRISH5:1; unsigned TRISH6:1; unsigned TRISH7:1; }; } __TRISHbits_t; extern volatile __TRISHbits_t __at (0xf99) TRISHbits; extern __sfr __at (0xf9a) TRISJ; typedef union { struct { unsigned TRISJ0:1; unsigned TRISJ1:1; unsigned TRISJ2:1; unsigned TRISJ3:1; unsigned TRISJ4:1; unsigned TRISJ5:1; unsigned TRISJ6:1; unsigned TRISJ7:1; }; } __TRISJbits_t; extern volatile __TRISJbits_t __at (0xf9a) TRISJbits; extern __sfr __at (0xf9c) MEMCON; typedef union { struct { unsigned WM0:1; unsigned WM1:1; unsigned :1; unsigned :1; unsigned WAIT0:1; unsigned WAIT1:1; unsigned :1; unsigned EBDIS:1; }; } __MEMCONbits_t; extern volatile __MEMCONbits_t __at (0xf9c) MEMCONbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned CMIE:1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned CMIF:1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned CMIP:1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa3) PIE3; typedef union { struct { unsigned CCP3IE:1; unsigned CCP4IE:1; unsigned CCP5IE:1; unsigned TMR4IE:1; unsigned TX2IE:1; unsigned RC2IE:1; unsigned :1; unsigned :1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xfa3) PIE3bits; extern __sfr __at (0xfa4) PIR3; typedef union { struct { unsigned CCP3IF:1; unsigned CCP4IF:1; unsigned CCP5IF:1; unsigned TMR4IF:1; unsigned TX2IF:1; unsigned RC2IF:1; unsigned :1; unsigned :1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xfa4) PIR3bits; extern __sfr __at (0xfa5) IPR3; typedef union { struct { unsigned CCP3IP:1; unsigned CCP4IP:1; unsigned CCP5IP:1; unsigned TMR4IP:1; unsigned TX2IP:1; unsigned RC2IP:1; unsigned :1; unsigned :1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xfa5) IPR3bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfaa) EEADRH; extern __sfr __at (0xfab) RCSTA1; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTA1bits_t; extern volatile __RCSTA1bits_t __at (0xfab) RCSTA1bits; extern __sfr __at (0xfac) TXSTA1; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTA1bits_t; extern volatile __TXSTA1bits_t __at (0xfac) TXSTA1bits; extern __sfr __at (0xfad) TXREG1; extern __sfr __at (0xfae) RCREG1; extern __sfr __at (0xfaf) SPBRG1; /* for compatibility reasons */ extern __sfr __at (0xfab) RCSTA; extern volatile __RCSTA1bits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; extern volatile __TXSTA1bits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb0) PSPCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __PSPCONbits_t; extern volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfb4) CMCON; typedef union { struct { unsigned CM0:1; unsigned CM1:1; unsigned CM2:1; unsigned CIS:1; unsigned C1INV:1; unsigned C2INV:1; unsigned C1OUT:1; unsigned C2OUT:1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xfb4) CMCONbits; extern __sfr __at (0xfb5) CVRCON; typedef union { struct { unsigned CVR0:1; unsigned CVR1:1; unsigned CVR2:1; unsigned CVR3:1; unsigned CVREF:1; unsigned CVRR:1; unsigned CVROE:1; unsigned CVREN:1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; extern __sfr __at (0xfb7) CCP3CON; typedef union { struct { unsigned CCP3M0:1; unsigned CCP3M1:1; unsigned CCP3M2:1; unsigned CCP3M3:1; unsigned DCCP3Y:1; unsigned DCCP3X:1; unsigned :1; unsigned :1; }; } __CCP3CONbits_t; extern volatile __CCP3CONbits_t __at (0xfb7) CCP3CONbits; extern __sfr __at (0xfb8) CCPR3L; extern __sfr __at (0xfb9) CCPR3H; extern __sfr __at (0xfba) CCP2CON; typedef union { struct { unsigned CCP2M0:1; unsigned CCP2M1:1; unsigned CCP2M2:1; unsigned CCP2M3:1; unsigned DCCP2Y:1; unsigned DCCP2X:1; unsigned :1; unsigned :1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; extern __sfr __at (0xfbb) CCPR2L; extern __sfr __at (0xfbc) CCPR2H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc0) ADCON2; typedef union { struct { unsigned ADCS0:1; unsigned ADCS1:1; unsigned ADCS2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned ADFM:1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned VCFG0:1; unsigned VCFG1:1; unsigned :1; unsigned :1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned CHS3:1; unsigned :1; unsigned :1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned INT3F:1; unsigned INT1E:1; unsigned INT2E:1; unsigned INT3E:1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned INT3IF:1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned INT3IE:1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned INT3P:1; unsigned T0IP:1; unsigned INTEDG3:1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3L 0x300004 #define __CONFIG3H 0x300005 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_5V_2L 0xFF /* 2.5V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* Processor Mode 3L options */ #define _PMODE_MICROCONTROLLER_3L 0xFF /* Microcontroller */ #define _PMODE_MICROPROCESSOR__3L 0xFE /* Microprocessor */ #define _PMODE_MICROPROCESSOR_w_Boot_3L 0xFD /* Microprocessor w_Boot */ #define _PMODE_EXT_3L 0xFC /* Ext Microcontroller */ /* External Bus Wait 3L options */ #define _WAIT_OFF_3L 0xFF /* Disabled */ #define _WAIT_ON_3L 0x7F /* Enabled */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RE7_MICROCONTROLLER__RB3_3H 0xFE /* RE7(Microcontroller)/RB3 */ /* Timer1 OSC 3H options */ #define _T1OSCMX_LOW_3H 0xFD /* Low Power */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00800-01FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 02000-03FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Code Protect 04000-05FFF 5L options */ #define _CP_2_OFF_5L 0xFF /* Disabled */ #define _CP_2_ON_5L 0xFB /* Enabled */ /* Code Protect 06000-07FFF 5L options */ #define _CP_3_OFF_5L 0xFF /* Disabled */ #define _CP_3_ON_5L 0xF7 /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00800-01FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 02000-03FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Table Write Protect 04000-05FFF 6L options */ #define _WRT_2_OFF_6L 0xFF /* Disabled */ #define _WRT_2_ON_6L 0xFB /* Enabled */ /* Table Write Protect 06000-07FFF 6L options */ #define _WRT_3_OFF_6L 0xFF /* Disabled */ #define _WRT_3_ON_6L 0xF7 /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00800-01FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 02000-03FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect 04000-05FFF 7L options */ #define _EBTR_2_OFF_7L 0xFF /* Disabled */ #define _EBTR_2_ON_7L 0xFB /* Enabled */ /* Table Read Protect 06000-07FFF 7L options */ #define _EBTR_3_OFF_7L 0xFF /* Disabled */ #define _EBTR_3_ON_7L 0xF7 /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f8585.h000066400000000000000000000001111116427777700200530ustar00rootroot00000000000000/* * pic18f8585.h - Device Library Header */ #include "pic18f8680.h" sdcc-2.9.0/device/include/pic16/pic18f85j50.h000066400000000000000000000007551116427777700202330ustar00rootroot00000000000000/* * pic18f85j50.h - device specific declarations */ #ifndef __PIC18F85J50_H__ #define __PIC18F85J50_H__ 1 #include "pic18f87j50.h" #undef __CONFIG1L #undef __CONFIG1H #undef __CONFIG2L #undef __CONFIG2H #undef __CONFIG3L #undef __CONFIG3H // Configuration Bits #define __CONFIG1L 0x7FF8 #define __CONFIG1H 0x7FF9 #define __CONFIG2L 0x7FFA #define __CONFIG2H 0x7FFB #define __CONFIG3L 0x7FFC #define __CONFIG3H 0x7FFD #endif sdcc-2.9.0/device/include/pic16/pic18f8620.h000066400000000000000000000727321116427777700200630ustar00rootroot00000000000000 /* * pic18f8620.h - PIC18F8620 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f8620.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F8620_H__ #define __PIC18F8620_H__ extern __sfr __at (0xf6b) RCSTA2; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTA2bits_t; extern volatile __RCSTA2bits_t __at (0xf6b) RCSTA2bits; extern __sfr __at (0xf6c) TXSTA2; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTA2bits_t; extern volatile __TXSTA2bits_t __at (0xf6c) TXSTA2bits; extern __sfr __at (0xf6d) TXREG2; extern __sfr __at (0xf6e) RCREG2; extern __sfr __at (0xf6f) SPBRG2; extern __sfr __at (0xf70) CCP5CON; typedef union { struct { unsigned CCP5M0:1; unsigned CCP5M1:1; unsigned CCP5M2:1; unsigned CCP5M3:1; unsigned DCCP5Y:1; unsigned DCCP5X:1; unsigned :1; unsigned :1; }; } __CCP5CONbits_t; extern volatile __CCP5CONbits_t __at (0xf70) CCP5CONbits; extern __sfr __at (0xf71) CCPR5L; extern __sfr __at (0xf72) CCPR5H; extern __sfr __at (0xf73) CCP4CON; typedef union { struct { unsigned CCP4M0:1; unsigned CCP4M1:1; unsigned CCP4M2:1; unsigned CCP4M3:1; unsigned DCCP4Y:1; unsigned DCCP4X:1; unsigned :1; unsigned :1; }; } __CCP4CONbits_t; extern volatile __CCP4CONbits_t __at (0xf73) CCP4CONbits; extern __sfr __at (0xf74) CCPR4L; extern __sfr __at (0xf75) CCPR4H; extern __sfr __at (0xf76) T4CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T4CONbits_t; extern volatile __T4CONbits_t __at (0xf76) T4CONbits; extern __sfr __at (0xf77) PR4; extern __sfr __at (0xf78) TMR4; extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf83) PORTD; typedef union { struct { unsigned RD0:1; unsigned RD1:1; unsigned RD2:1; unsigned RD3:1; unsigned RD4:1; unsigned RD5:1; unsigned RD6:1; unsigned RD7:1; }; struct { unsigned AD0:1; unsigned AD1:1; unsigned AD2:1; unsigned AD3:1; unsigned AD4:1; unsigned AD5:1; unsigned AD6:1; unsigned AD7:1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xf83) PORTDbits; extern __sfr __at (0xf84) PORTE; typedef union { struct { unsigned RE0:1; unsigned RE1:1; unsigned RE2:1; unsigned RE3:1; unsigned RE4:1; unsigned RE5:1; unsigned RE6:1; unsigned RE7:1; }; struct { unsigned ALE:1; unsigned OE:1; unsigned WRL:1; unsigned WRH:1; unsigned :1; unsigned :1; unsigned :1; unsigned CCP2:1; }; struct { unsigned AN5:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xf84) PORTEbits; extern __sfr __at (0xf85) PORTF; typedef union { struct { unsigned RF0:1; unsigned RF1:1; unsigned RF2:1; unsigned RF3:1; unsigned RF4:1; unsigned RF5:1; unsigned RF6:1; unsigned RF7:1; }; } __PORTFbits_t; extern volatile __PORTFbits_t __at (0xf85) PORTFbits; extern __sfr __at (0xf86) PORTG; typedef union { struct { unsigned RG0:1; unsigned RG1:1; unsigned RG2:1; unsigned RG3:1; unsigned RG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTGbits_t; extern volatile __PORTGbits_t __at (0xf86) PORTGbits; extern __sfr __at (0xf87) PORTH; typedef union { struct { unsigned RH0:1; unsigned RH1:1; unsigned RH2:1; unsigned RH3:1; unsigned RH4:1; unsigned RH5:1; unsigned RH6:1; unsigned RH7:1; }; } __PORTHbits_t; extern volatile __PORTHbits_t __at (0xf87) PORTHbits; extern __sfr __at (0xf88) PORTJ; typedef union { struct { unsigned RJ0:1; unsigned RJ1:1; unsigned RJ2:1; unsigned RJ3:1; unsigned RJ4:1; unsigned RJ5:1; unsigned RJ6:1; unsigned RJ7:1; }; } __PORTJbits_t; extern volatile __PORTJbits_t __at (0xf88) PORTJbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf8c) LATD; typedef union { struct { unsigned LATD0:1; unsigned LATD1:1; unsigned LATD2:1; unsigned LATD3:1; unsigned LATD4:1; unsigned LATD5:1; unsigned LATD6:1; unsigned LATD7:1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xf8c) LATDbits; extern __sfr __at (0xf8d) LATE; typedef union { struct { unsigned LATE0:1; unsigned LATE1:1; unsigned LATE2:1; unsigned LATE3:1; unsigned LATE4:1; unsigned LATE5:1; unsigned LATE6:1; unsigned LATE7:1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xf8d) LATEbits; extern __sfr __at (0xf8e) LATF; typedef union { struct { unsigned LATF0:1; unsigned LATF1:1; unsigned LATF2:1; unsigned LATF3:1; unsigned LATF4:1; unsigned LATF5:1; unsigned LATF6:1; unsigned LATF7:1; }; } __LATFbits_t; extern volatile __LATFbits_t __at (0xf8e) LATFbits; extern __sfr __at (0xf8f) LATG; typedef union { struct { unsigned LATG0:1; unsigned LATG1:1; unsigned LATG2:1; unsigned LATG3:1; unsigned LATG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __LATGbits_t; extern volatile __LATGbits_t __at (0xf8f) LATGbits; extern __sfr __at (0xf90) LATH; typedef union { struct { unsigned LATH0:1; unsigned LATH1:1; unsigned LATH2:1; unsigned LATH3:1; unsigned LATH4:1; unsigned LATH5:1; unsigned LATH6:1; unsigned LATH7:1; }; } __LATHbits_t; extern volatile __LATHbits_t __at (0xf90) LATHbits; extern __sfr __at (0xf91) LATJ; typedef union { struct { unsigned LATJ0:1; unsigned LATJ1:1; unsigned LATJ2:1; unsigned LATJ3:1; unsigned LATJ4:1; unsigned LATJ5:1; unsigned LATJ6:1; unsigned LATJ7:1; }; } __LATJbits_t; extern volatile __LATJbits_t __at (0xf91) LATJbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf95) TRISD; typedef union { struct { unsigned TRISD0:1; unsigned TRISD1:1; unsigned TRISD2:1; unsigned TRISD3:1; unsigned TRISD4:1; unsigned TRISD5:1; unsigned TRISD6:1; unsigned TRISD7:1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xf95) TRISDbits; extern __sfr __at (0xf96) TRISE; typedef union { struct { unsigned TRISE0:1; unsigned TRISE1:1; unsigned TRISE2:1; unsigned TRISE3:1; unsigned TRISE4:1; unsigned TRISE5:1; unsigned TRISE6:1; unsigned TRISE7:1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xf96) TRISEbits; extern __sfr __at (0xf97) TRISF; typedef union { struct { unsigned TRISF0:1; unsigned TRISF1:1; unsigned TRISF2:1; unsigned TRISF3:1; unsigned TRISF4:1; unsigned TRISF5:1; unsigned TRISF6:1; unsigned TRISF7:1; }; } __TRISFbits_t; extern volatile __TRISFbits_t __at (0xf97) TRISFbits; extern __sfr __at (0xf98) TRISG; typedef union { struct { unsigned TRISG0:1; unsigned TRISG1:1; unsigned TRISG2:1; unsigned TRISG3:1; unsigned TRISG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __TRISGbits_t; extern volatile __TRISGbits_t __at (0xf98) TRISGbits; extern __sfr __at (0xf99) TRISH; typedef union { struct { unsigned TRISH0:1; unsigned TRISH1:1; unsigned TRISH2:1; unsigned TRISH3:1; unsigned TRISH4:1; unsigned TRISH5:1; unsigned TRISH6:1; unsigned TRISH7:1; }; } __TRISHbits_t; extern volatile __TRISHbits_t __at (0xf99) TRISHbits; extern __sfr __at (0xf9a) TRISJ; typedef union { struct { unsigned TRISJ0:1; unsigned TRISJ1:1; unsigned TRISJ2:1; unsigned TRISJ3:1; unsigned TRISJ4:1; unsigned TRISJ5:1; unsigned TRISJ6:1; unsigned TRISJ7:1; }; } __TRISJbits_t; extern volatile __TRISJbits_t __at (0xf9a) TRISJbits; extern __sfr __at (0xf9c) MEMCON; typedef union { struct { unsigned WM0:1; unsigned WM1:1; unsigned :1; unsigned :1; unsigned WAIT0:1; unsigned WAIT1:1; unsigned :1; unsigned EBDIS:1; }; } __MEMCONbits_t; extern volatile __MEMCONbits_t __at (0xf9c) MEMCONbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned CMIE:1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned CMIF:1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned CMIP:1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa3) PIE3; typedef union { struct { unsigned CCP3IE:1; unsigned CCP4IE:1; unsigned CCP5IE:1; unsigned TMR4IE:1; unsigned TX2IE:1; unsigned RC2IE:1; unsigned :1; unsigned :1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xfa3) PIE3bits; extern __sfr __at (0xfa4) PIR3; typedef union { struct { unsigned CCP3IF:1; unsigned CCP4IF:1; unsigned CCP5IF:1; unsigned TMR4IF:1; unsigned TX2IF:1; unsigned RC2IF:1; unsigned :1; unsigned :1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xfa4) PIR3bits; extern __sfr __at (0xfa5) IPR3; typedef union { struct { unsigned CCP3IP:1; unsigned CCP4IP:1; unsigned CCP5IP:1; unsigned TMR4IP:1; unsigned TX2IP:1; unsigned RC2IP:1; unsigned :1; unsigned :1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xfa5) IPR3bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfaa) EEADRH; extern __sfr __at (0xfab) RCSTA1; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTA1bits_t; extern volatile __RCSTA1bits_t __at (0xfab) RCSTA1bits; extern __sfr __at (0xfac) TXSTA1; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTA1bits_t; extern volatile __TXSTA1bits_t __at (0xfac) TXSTA1bits; extern __sfr __at (0xfad) TXREG1; extern __sfr __at (0xfae) RCREG1; extern __sfr __at (0xfaf) SPBRG1; /* for compatibility reasons */ extern __sfr __at (0xfab) RCSTA; extern volatile __RCSTA1bits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; extern volatile __TXSTA1bits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb0) PSPCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __PSPCONbits_t; extern volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfb4) CMCON; typedef union { struct { unsigned CM0:1; unsigned CM1:1; unsigned CM2:1; unsigned CIS:1; unsigned C1INV:1; unsigned C2INV:1; unsigned C1OUT:1; unsigned C2OUT:1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xfb4) CMCONbits; extern __sfr __at (0xfb5) CVRCON; typedef union { struct { unsigned CVR0:1; unsigned CVR1:1; unsigned CVR2:1; unsigned CVR3:1; unsigned CVREF:1; unsigned CVRR:1; unsigned CVROE:1; unsigned CVREN:1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; extern __sfr __at (0xfb7) CCP3CON; typedef union { struct { unsigned CCP3M0:1; unsigned CCP3M1:1; unsigned CCP3M2:1; unsigned CCP3M3:1; unsigned DCCP3Y:1; unsigned DCCP3X:1; unsigned :1; unsigned :1; }; } __CCP3CONbits_t; extern volatile __CCP3CONbits_t __at (0xfb7) CCP3CONbits; extern __sfr __at (0xfb8) CCPR3L; extern __sfr __at (0xfb9) CCPR3H; extern __sfr __at (0xfba) CCP2CON; typedef union { struct { unsigned CCP2M0:1; unsigned CCP2M1:1; unsigned CCP2M2:1; unsigned CCP2M3:1; unsigned DCCP2Y:1; unsigned DCCP2X:1; unsigned :1; unsigned :1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; extern __sfr __at (0xfbb) CCPR2L; extern __sfr __at (0xfbc) CCPR2H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc0) ADCON2; typedef union { struct { unsigned ADCS0:1; unsigned ADCS1:1; unsigned ADCS2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned ADFM:1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned VCFG0:1; unsigned VCFG1:1; unsigned :1; unsigned :1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned CHS3:1; unsigned :1; unsigned :1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned INT3F:1; unsigned INT1E:1; unsigned INT2E:1; unsigned INT3E:1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned INT3IF:1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned INT3IE:1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned INT3P:1; unsigned T0IP:1; unsigned INTEDG3:1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3L 0x300004 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_5V_2L 0xFF /* 2.5V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* Processor Mode 3L options */ #define _PMODE_MICROCONTROLLER_3L 0xFF /* Microcontroller */ #define _PMODE_MICROPROCESSOR__3L 0xFE /* Microprocessor */ #define _PMODE_MICROPROCESSOR_w_Boot_3L 0xFD /* Microprocessor w_Boot */ #define _PMODE_EXT_3L 0xFC /* Ext Microcontroller */ /* External Bus Wait 3L options */ #define _WAIT_OFF_3L 0xFF /* Disabled */ #define _WAIT_ON_3L 0x7F /* Enabled */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RE7_MICROCONTROLLER__RB3_3H 0xFE /* RE7(Microcontroller)/RB3 */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00200-03FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 04000-07FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Code Protect 08000-0BFFF 5L options */ #define _CP_2_OFF_5L 0xFF /* Disabled */ #define _CP_2_ON_5L 0xFB /* Enabled */ /* Code Protect 0C000-0FFFF 5L options */ #define _CP_3_OFF_5L 0xFF /* Disabled */ #define _CP_3_ON_5L 0xF7 /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-03FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 04000-07FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Table Write Protect 08000-0BFFF 6L options */ #define _WRT_2_OFF_6L 0xFF /* Disabled */ #define _WRT_2_ON_6L 0xFB /* Enabled */ /* Table Write Protect 0C000-0FFFF 6L options */ #define _WRT_3_OFF_6L 0xFF /* Disabled */ #define _WRT_3_ON_6L 0xF7 /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-03FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 04000-07FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect 08000-0BFFF 7L options */ #define _EBTR_2_OFF_7L 0xFF /* Disabled */ #define _EBTR_2_ON_7L 0xFB /* Enabled */ /* Table Read Protect 0C000-0FFFF 7L options */ #define _EBTR_3_OFF_7L 0xFF /* Disabled */ #define _EBTR_3_ON_7L 0xF7 /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f8680.h000066400000000000000000001205711116427777700200640ustar00rootroot00000000000000 /* * pic18f8680.h - PIC18F8680 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f8680.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F8680_H__ #define __PIC18F8680_H__ extern __sfr __at (0xf00) RXF0SIDH; extern __sfr __at (0xf01) RXF0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF0SIDLbits_t; extern volatile __RXF0SIDLbits_t __at (0xf01) RXF0SIDLbits; extern __sfr __at (0xf02) RXF0EIDH; extern __sfr __at (0xf03) RXF0EIDL; extern __sfr __at (0xf04) RXF1SIDH; extern __sfr __at (0xf05) RXF1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF1SIDLbits_t; extern volatile __RXF1SIDLbits_t __at (0xf05) RXF1SIDLbits; extern __sfr __at (0xf06) RXF1EIDH; extern __sfr __at (0xf07) RXF1EIDL; extern __sfr __at (0xf08) RXF2SIDH; extern __sfr __at (0xf09) RXF2SIDL; extern __sfr __at (0xf0a) RXF2EIDH; extern __sfr __at (0xf0b) RXF2EIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF2EIDLbits_t; extern volatile __RXF2EIDLbits_t __at (0xf0b) RXF2EIDLbits; extern __sfr __at (0xf0c) RXF3SIDH; extern __sfr __at (0xf0d) RXF3SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF3SIDLbits_t; extern volatile __RXF3SIDLbits_t __at (0xf0d) RXF3SIDLbits; extern __sfr __at (0xf0e) RXF3EIDH; extern __sfr __at (0xf0f) RXF3EIDL; extern __sfr __at (0xf10) RXF4SIDH; extern __sfr __at (0xf11) RXF4SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF4SIDLbits_t; extern volatile __RXF4SIDLbits_t __at (0xf11) RXF4SIDLbits; extern __sfr __at (0xf12) RXF4EIDH; extern __sfr __at (0xf13) RXF4EIDL; extern __sfr __at (0xf14) RXF5SIDH; extern __sfr __at (0xf15) RXF5SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXIDE:1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXF5SIDLbits_t; extern volatile __RXF5SIDLbits_t __at (0xf15) RXF5SIDLbits; extern __sfr __at (0xf16) RXF5EIDH; extern __sfr __at (0xf17) RXF5EIDL; extern __sfr __at (0xf18) RXM0SIDH; extern __sfr __at (0xf19) RXM0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned :1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXM0SIDLbits_t; extern volatile __RXM0SIDLbits_t __at (0xf19) RXM0SIDLbits; extern __sfr __at (0xf1a) RXM0EIDH; extern __sfr __at (0xf1b) RXM0EIDL; extern __sfr __at (0xf1c) RXM1SIDH; extern __sfr __at (0xf1d) RXM1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned :1; unsigned :1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXM1SIDLbits_t; extern volatile __RXM1SIDLbits_t __at (0xf1d) RXM1SIDLbits; extern __sfr __at (0xf1e) RXM1EIDH; extern __sfr __at (0xf1f) RXM1EIDL; extern __sfr __at (0xf20) TXB2CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB2CONbits_t; extern volatile __TXB2CONbits_t __at (0xf20) TXB2CONbits; extern __sfr __at (0xf21) TXB2SIDH; extern __sfr __at (0xf22) TXB2SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXID:1; unsigned SRR:1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB2SIDLbits_t; extern volatile __TXB2SIDLbits_t __at (0xf22) TXB2SIDLbits; extern __sfr __at (0xf23) TXB2EIDH; extern __sfr __at (0xf24) TXB2EIDL; extern __sfr __at (0xf25) TXB2DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned :1; unsigned :1; unsigned RTR:1; unsigned :1; }; } __TXB2DLCbits_t; extern volatile __TXB2DLCbits_t __at (0xf25) TXB2DLCbits; extern __sfr __at (0xf26) TXB2D0; extern __sfr __at (0xf27) TXB2D1; extern __sfr __at (0xf28) TXB2D2; extern __sfr __at (0xf29) TXB2D3; extern __sfr __at (0xf2a) TXB2D4; extern __sfr __at (0xf2b) TXB2D5; extern __sfr __at (0xf2c) TXB2D6; extern __sfr __at (0xf2d) TXB2D7; extern __sfr __at (0xf2e) CANSTATRO3; extern __sfr __at (0xf30) TXB1CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB1CONbits_t; extern volatile __TXB1CONbits_t __at (0xf30) TXB1CONbits; extern __sfr __at (0xf31) TXB1SIDH; extern __sfr __at (0xf32) TXB1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXID:1; unsigned SRR:1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __TXB1SIDLbits_t; extern volatile __TXB1SIDLbits_t __at (0xf32) TXB1SIDLbits; extern __sfr __at (0xf33) TXB1EIDH; extern __sfr __at (0xf34) TXB1EIDL; extern __sfr __at (0xf35) TXB1DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned :1; unsigned :1; unsigned RTR:1; unsigned :1; }; } __TXB1DLCbits_t; extern volatile __TXB1DLCbits_t __at (0xf35) TXB1DLCbits; extern __sfr __at (0xf36) TXB1D0; extern __sfr __at (0xf37) TXB1D1; extern __sfr __at (0xf38) TXB1D2; extern __sfr __at (0xf39) TXB1D3; extern __sfr __at (0xf3a) TXB1D4; extern __sfr __at (0xf3b) TXB1D5; extern __sfr __at (0xf3c) TXB1D6; extern __sfr __at (0xf3d) TXB1D7; extern __sfr __at (0xf3e) CANSTATRO2; extern __sfr __at (0xf40) TXB0CON; typedef union { struct { unsigned TXPRI0:1; unsigned TXPRI1:1; unsigned :1; unsigned TXREQ:1; unsigned TXERR:1; unsigned TXLARB:1; unsigned TXABT:1; unsigned :1; }; } __TXB0CONbits_t; extern volatile __TXB0CONbits_t __at (0xf40) TXB0CONbits; extern __sfr __at (0xf41) TXB0SIDH; extern __sfr __at (0xf42) TXB0SIDL; extern __sfr __at (0xf43) TXB0EIDH; extern __sfr __at (0xf44) TXB0EIDL; extern __sfr __at (0xf45) TXB0DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned :1; unsigned :1; unsigned RTR:1; unsigned :1; }; } __TXB0DLCbits_t; extern volatile __TXB0DLCbits_t __at (0xf45) TXB0DLCbits; extern __sfr __at (0xf46) TXB0D0; extern __sfr __at (0xf47) TXB0D1; extern __sfr __at (0xf48) TXB0D2; extern __sfr __at (0xf49) TXB0D3; extern __sfr __at (0xf4a) TXB0D4; extern __sfr __at (0xf4b) TXB0D5; extern __sfr __at (0xf4c) TXB0D6; extern __sfr __at (0xf4d) TXB0D7; extern __sfr __at (0xf4e) CANSTATRO1; extern __sfr __at (0xf50) RXB1CON; typedef union { struct { unsigned :1; unsigned FILHIT1:1; unsigned FILHIT2:1; unsigned RXRTRRO:1; unsigned :1; unsigned RXM0:1; unsigned RXM1:1; unsigned RXFUL:1; }; } __RXB1CONbits_t; extern volatile __RXB1CONbits_t __at (0xf50) RXB1CONbits; extern __sfr __at (0xf51) RXB1SIDH; extern __sfr __at (0xf52) RXB1SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXID:1; unsigned SRR:1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXB1SIDLbits_t; extern volatile __RXB1SIDLbits_t __at (0xf52) RXB1SIDLbits; extern __sfr __at (0xf53) RXB1EIDH; extern __sfr __at (0xf54) RXB1EIDL; extern __sfr __at (0xf55) RXB1DLC; typedef union { struct { unsigned DLC0:1; unsigned DLC1:1; unsigned DLC2:1; unsigned DLC3:1; unsigned RESB0:1; unsigned RESB1:1; unsigned RTR:1; unsigned :1; }; } __RXB1DLCbits_t; extern volatile __RXB1DLCbits_t __at (0xf55) RXB1DLCbits; extern __sfr __at (0xf56) RXB1D0; extern __sfr __at (0xf57) RXB1D1; extern __sfr __at (0xf58) RXB1D2; extern __sfr __at (0xf59) RXB1D3; extern __sfr __at (0xf5a) RXB1D4; extern __sfr __at (0xf5b) RXB1D5; extern __sfr __at (0xf5c) RXB1D6; extern __sfr __at (0xf5d) RXB1D7; extern __sfr __at (0xf5e) CANSTATRO0; extern __sfr __at (0xf60) RXB0CON; typedef union { struct { unsigned FILHIT0:1; unsigned JTOFF:1; unsigned RX0DBEN:1; unsigned RXRTRRO:1; unsigned :1; unsigned RXM0:1; unsigned RXM1:1; unsigned RXFUL:1; }; } __RXB0CONbits_t; extern volatile __RXB0CONbits_t __at (0xf60) RXB0CONbits; extern __sfr __at (0xf61) RXB0SIDH; extern __sfr __at (0xf62) RXB0SIDL; typedef union { struct { unsigned EID16:1; unsigned EID17:1; unsigned :1; unsigned EXID:1; unsigned SRR:1; unsigned SID0:1; unsigned SID1:1; unsigned SID2:1; }; } __RXB0SIDLbits_t; extern volatile __RXB0SIDLbits_t __at (0xf62) RXB0SIDLbits; extern __sfr __at (0xf63) RXB0EIDH; extern __sfr __at (0xf64) RXB0EIDL; extern __sfr __at (0xf65) RXB0DLC; extern __sfr __at (0xf66) RXB0D0; extern __sfr __at (0xf67) RXB0D1; extern __sfr __at (0xf68) RXB0D2; extern __sfr __at (0xf69) RXB0D3; extern __sfr __at (0xf6a) RXB0D4; extern __sfr __at (0xf6b) RXB0D5; extern __sfr __at (0xf6c) RXB0D6; extern __sfr __at (0xf6d) RXB0D7; extern __sfr __at (0xf6e) CANSTAT; typedef union { struct { unsigned :1; unsigned ICODE0:1; unsigned ICODE1:1; unsigned ICODE2:1; unsigned :1; unsigned OPMODE0:1; unsigned OPMODE1:1; unsigned OPMODE2:1; }; } __CANSTATbits_t; extern volatile __CANSTATbits_t __at (0xf6e) CANSTATbits; extern __sfr __at (0xf6f) CANCON; typedef union { struct { unsigned :1; unsigned WIN0:1; unsigned WIN1:1; unsigned WIN2:1; unsigned ABAT:1; unsigned REQOP0:1; unsigned REQOP1:1; unsigned REQOP2:1; }; } __CANCONbits_t; extern volatile __CANCONbits_t __at (0xf6f) CANCONbits; extern __sfr __at (0xf70) BRGCON1; typedef union { struct { unsigned BRP0:1; unsigned BRP1:1; unsigned BRP2:1; unsigned BRP3:1; unsigned BRP4:1; unsigned BRP5:1; unsigned SJW0:1; unsigned SJW1:1; }; } __BRGCON1bits_t; extern volatile __BRGCON1bits_t __at (0xf70) BRGCON1bits; extern __sfr __at (0xf71) BRGCON2; typedef union { struct { unsigned PRSEG0:1; unsigned PRSEG1:1; unsigned PRSEG2:1; unsigned SEG1PH0:1; unsigned SEG1PH1:1; unsigned SEG1PH2:1; unsigned SAM:1; unsigned SEG2PHTS:1; }; } __BRGCON2bits_t; extern volatile __BRGCON2bits_t __at (0xf71) BRGCON2bits; extern __sfr __at (0xf72) BRGCON3; typedef union { struct { unsigned SEG2PH0:1; unsigned SEG2PH1:1; unsigned SEG2PH2:1; unsigned :1; unsigned :1; unsigned :1; unsigned WAKFIL:1; unsigned :1; }; } __BRGCON3bits_t; extern volatile __BRGCON3bits_t __at (0xf72) BRGCON3bits; extern __sfr __at (0xf73) CIOCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned CANCAP:1; unsigned ENDRHI:1; unsigned TX1EN:1; unsigned TX1SRC:1; }; } __CIOCONbits_t; extern volatile __CIOCONbits_t __at (0xf73) CIOCONbits; extern __sfr __at (0xf74) COMSTAT; typedef union { struct { unsigned EWARN:1; unsigned RXWARN:1; unsigned TXWARN:1; unsigned RXBP:1; unsigned TXBP:1; unsigned TXBO:1; unsigned RX1OVFL:1; unsigned RX0OVFL:1; }; } __COMSTATbits_t; extern volatile __COMSTATbits_t __at (0xf74) COMSTATbits; extern __sfr __at (0xf75) RXERRCNT; typedef union { struct { unsigned REC0:1; unsigned REC1:1; unsigned REC2:1; unsigned REC3:1; unsigned REC4:1; unsigned REC5:1; unsigned REC6:1; unsigned REC7:1; }; } __RXERRCNTbits_t; extern volatile __RXERRCNTbits_t __at (0xf75) RXERRCNTbits; extern __sfr __at (0xf76) TXERRCNT; typedef union { struct { unsigned TEC0:1; unsigned TEC1:1; unsigned TEC2:1; unsigned TEC3:1; unsigned TEC4:1; unsigned TEC5:1; unsigned TEC6:1; unsigned TEC7:1; }; } __TXERRCNTbits_t; extern volatile __TXERRCNTbits_t __at (0xf76) TXERRCNTbits; extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf83) PORTD; typedef union { struct { unsigned RD0:1; unsigned RD1:1; unsigned RD2:1; unsigned RD3:1; unsigned RD4:1; unsigned RD5:1; unsigned RD6:1; unsigned RD7:1; }; struct { unsigned AD0:1; unsigned AD1:1; unsigned AD2:1; unsigned AD3:1; unsigned AD4:1; unsigned AD5:1; unsigned AD6:1; unsigned AD7:1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xf83) PORTDbits; extern __sfr __at (0xf84) PORTE; typedef union { struct { unsigned RE0:1; unsigned RE1:1; unsigned RE2:1; unsigned RE3:1; unsigned RE4:1; unsigned RE5:1; unsigned RE6:1; unsigned RE7:1; }; struct { unsigned ALE:1; unsigned OE:1; unsigned WRL:1; unsigned WRH:1; unsigned :1; unsigned :1; unsigned :1; unsigned CCP2:1; }; struct { unsigned AN5:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xf84) PORTEbits; extern __sfr __at (0xf85) PORTF; typedef union { struct { unsigned RF0:1; unsigned RF1:1; unsigned RF2:1; unsigned RF3:1; unsigned RF4:1; unsigned RF5:1; unsigned RF6:1; unsigned RF7:1; }; } __PORTFbits_t; extern volatile __PORTFbits_t __at (0xf85) PORTFbits; extern __sfr __at (0xf86) PORTG; typedef union { struct { unsigned RG0:1; unsigned RG1:1; unsigned RG2:1; unsigned RG3:1; unsigned RG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTGbits_t; extern volatile __PORTGbits_t __at (0xf86) PORTGbits; extern __sfr __at (0xf87) PORTH; typedef union { struct { unsigned RH0:1; unsigned RH1:1; unsigned RH2:1; unsigned RH3:1; unsigned RH4:1; unsigned RH5:1; unsigned RH6:1; unsigned RH7:1; }; } __PORTHbits_t; extern volatile __PORTHbits_t __at (0xf87) PORTHbits; extern __sfr __at (0xf88) PORTJ; typedef union { struct { unsigned RJ0:1; unsigned RJ1:1; unsigned RJ2:1; unsigned RJ3:1; unsigned RJ4:1; unsigned RJ5:1; unsigned RJ6:1; unsigned RJ7:1; }; } __PORTJbits_t; extern volatile __PORTJbits_t __at (0xf88) PORTJbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf8c) LATD; typedef union { struct { unsigned LATD0:1; unsigned LATD1:1; unsigned LATD2:1; unsigned LATD3:1; unsigned LATD4:1; unsigned LATD5:1; unsigned LATD6:1; unsigned LATD7:1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xf8c) LATDbits; extern __sfr __at (0xf8d) LATE; typedef union { struct { unsigned LATE0:1; unsigned LATE1:1; unsigned LATE2:1; unsigned LATE3:1; unsigned LATE4:1; unsigned LATE5:1; unsigned LATE6:1; unsigned LATE7:1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xf8d) LATEbits; extern __sfr __at (0xf8e) LATF; typedef union { struct { unsigned LATF0:1; unsigned LATF1:1; unsigned LATF2:1; unsigned LATF3:1; unsigned LATF4:1; unsigned LATF5:1; unsigned LATF6:1; unsigned LATF7:1; }; } __LATFbits_t; extern volatile __LATFbits_t __at (0xf8e) LATFbits; extern __sfr __at (0xf8f) LATG; typedef union { struct { unsigned LATG0:1; unsigned LATG1:1; unsigned LATG2:1; unsigned LATG3:1; unsigned LATG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __LATGbits_t; extern volatile __LATGbits_t __at (0xf8f) LATGbits; extern __sfr __at (0xf90) LATH; typedef union { struct { unsigned LATH0:1; unsigned LATH1:1; unsigned LATH2:1; unsigned LATH3:1; unsigned LATH4:1; unsigned LATH5:1; unsigned LATH6:1; unsigned LATH7:1; }; } __LATHbits_t; extern volatile __LATHbits_t __at (0xf90) LATHbits; extern __sfr __at (0xf91) LATJ; typedef union { struct { unsigned LATJ0:1; unsigned LATJ1:1; unsigned LATJ2:1; unsigned LATJ3:1; unsigned LATJ4:1; unsigned LATJ5:1; unsigned LATJ6:1; unsigned LATJ7:1; }; } __LATJbits_t; extern volatile __LATJbits_t __at (0xf91) LATJbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf95) TRISD; typedef union { struct { unsigned TRISD0:1; unsigned TRISD1:1; unsigned TRISD2:1; unsigned TRISD3:1; unsigned TRISD4:1; unsigned TRISD5:1; unsigned TRISD6:1; unsigned TRISD7:1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xf95) TRISDbits; extern __sfr __at (0xf96) TRISE; typedef union { struct { unsigned TRISE0:1; unsigned TRISE1:1; unsigned TRISE2:1; unsigned TRISE3:1; unsigned TRISE4:1; unsigned TRISE5:1; unsigned TRISE6:1; unsigned TRISE7:1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xf96) TRISEbits; extern __sfr __at (0xf97) TRISF; typedef union { struct { unsigned TRISF0:1; unsigned TRISF1:1; unsigned TRISF2:1; unsigned TRISF3:1; unsigned TRISF4:1; unsigned TRISF5:1; unsigned TRISF6:1; unsigned TRISF7:1; }; } __TRISFbits_t; extern volatile __TRISFbits_t __at (0xf97) TRISFbits; extern __sfr __at (0xf98) TRISG; typedef union { struct { unsigned TRISG0:1; unsigned TRISG1:1; unsigned TRISG2:1; unsigned TRISG3:1; unsigned TRISG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __TRISGbits_t; extern volatile __TRISGbits_t __at (0xf98) TRISGbits; extern __sfr __at (0xf99) TRISH; typedef union { struct { unsigned TRISH0:1; unsigned TRISH1:1; unsigned TRISH2:1; unsigned TRISH3:1; unsigned TRISH4:1; unsigned TRISH5:1; unsigned TRISH6:1; unsigned TRISH7:1; }; } __TRISHbits_t; extern volatile __TRISHbits_t __at (0xf99) TRISHbits; extern __sfr __at (0xf9a) TRISJ; typedef union { struct { unsigned TRISJ0:1; unsigned TRISJ1:1; unsigned TRISJ2:1; unsigned TRISJ3:1; unsigned TRISJ4:1; unsigned TRISJ5:1; unsigned TRISJ6:1; unsigned TRISJ7:1; }; } __TRISJbits_t; extern volatile __TRISJbits_t __at (0xf9a) TRISJbits; extern __sfr __at (0xf9c) MEMCON; typedef union { struct { unsigned WM0:1; unsigned WM1:1; unsigned :1; unsigned :1; unsigned WAIT0:1; unsigned WAIT1:1; unsigned :1; unsigned EBDIS:1; }; } __MEMCONbits_t; extern volatile __MEMCONbits_t __at (0xf9c) MEMCONbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned CMIE:1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned CMIF:1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned CMIP:1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa3) PIE3; typedef union { struct { unsigned RX0IE:1; unsigned RX1IE:1; unsigned TX0IE:1; unsigned TX1IE:1; unsigned TX2IE:1; unsigned ERRIE:1; unsigned WAKIE:1; unsigned IVRE:1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xfa3) PIE3bits; extern __sfr __at (0xfa4) PIR3; typedef union { struct { unsigned RX0IF:1; unsigned RX1IF:1; unsigned TX0IF:1; unsigned TX1IF:1; unsigned TX2IF:1; unsigned ERRIF:1; unsigned WAKIF:1; unsigned IVRF:1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xfa4) PIR3bits; extern __sfr __at (0xfa5) IPR3; typedef union { struct { unsigned RX0IP:1; unsigned RX1IP:1; unsigned TX0IP:1; unsigned TX1IP:1; unsigned TX2IP:1; unsigned ERRIP:1; unsigned WAKIP:1; unsigned IVRP:1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xfa5) IPR3bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfaa) EEADRH; extern __sfr __at (0xfab) RCSTA; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb0) PSPCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __PSPCONbits_t; extern volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfb4) CMCON; typedef union { struct { unsigned CM0:1; unsigned CM1:1; unsigned CM2:1; unsigned CIS:1; unsigned C1INV:1; unsigned C2INV:1; unsigned C1OUT:1; unsigned C2OUT:1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xfb4) CMCONbits; extern __sfr __at (0xfb5) CVRCON; typedef union { struct { unsigned CVR0:1; unsigned CVR1:1; unsigned CVR2:1; unsigned CVR3:1; unsigned CVREF:1; unsigned CVRR:1; unsigned CVROE:1; unsigned CVREN:1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; extern __sfr __at (0xfb6) ECCPAS; typedef union { struct { unsigned PSSBD0:1; unsigned PSSBD1:1; unsigned PSSAC0:1; unsigned PSSAC1:1; unsigned ECCPAS0:1; unsigned ECCPAS1:1; unsigned ECCPAS2:1; unsigned ECCPASE:1; }; } __ECCPASbits_t; extern volatile __ECCPASbits_t __at (0xfb6) ECCPASbits; extern __sfr __at (0xfb7) ECCP1DEL; typedef union { struct { unsigned EPDC0:1; unsigned EPDC1:1; unsigned EPDC2:1; unsigned EPDC3:1; unsigned EPDC4:1; unsigned EPDC5:1; unsigned EPDC6:1; unsigned EPDC7:1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xfb7) ECCP1DELbits; extern __sfr __at (0xfba) ECCP1CON; typedef union { struct { unsigned ECCP1M0:1; unsigned ECCP1M1:1; unsigned ECCP1M2:1; unsigned ECCP1M3:1; unsigned EDC1B0:1; unsigned EDC1B1:1; unsigned EPWM1M0:1; unsigned EPWM1M1:1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xfba) ECCP1CONbits; extern __sfr __at (0xfba) CCP2CON; typedef union { struct { unsigned CCP2M0:1; unsigned CCP2M1:1; unsigned CCP2M2:1; unsigned CCP2M3:1; unsigned DCCP2Y:1; unsigned DCCP2X:1; unsigned :1; unsigned :1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; extern __sfr __at (0xfbb) ECCPR1L; extern __sfr __at (0xfbb) CCPR2L; extern __sfr __at (0xfbc) ECCPR1H; extern __sfr __at (0xfbc) CCPR2H; extern __sfr __at (0xfc0) ADCON2; typedef union { struct { unsigned ADCS0:1; unsigned ADCS1:1; unsigned ADCS2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned ADFM:1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned VCFG0:1; unsigned VCFG1:1; unsigned :1; unsigned :1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned CHS3:1; unsigned :1; unsigned :1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned INT3F:1; unsigned INT1E:1; unsigned INT2E:1; unsigned INT3E:1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned INT3IF:1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned INT3IE:1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned INT3P:1; unsigned T0IP:1; unsigned INTEDG3:1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3L 0x300004 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_CLKOUT_1H 0xFF /* RC-CLKOUT on RA6 */ #define _OSC_HS_SOFTWARE_1H 0xFE /* HS-Software enabled PLL */ #define _OSC_EC_CLKOUT_Software_nabld_PLL_1H 0xFD /* EC-CLKOUT on RA6,Software_enabled_PLL */ #define _OSC_EC_CLKOUT_PLL_enabld_frq_4xFosc1_1H 0xFC /* EC-CLKOUT on RA6,PLL_enabled_freq_4xFosc1 */ #define _OSC_EXT_Port_on_RA6_1H 0xF7 /* EXT RC-Port_on_RA6 */ #define _OSC_HS_PLL_1H 0xF6 /* HS-PLL enabled freq=4xFosc1 */ #define _OSC_EC_PORT_1H 0xF5 /* EC-Port on RA6 */ #define _OSC_EC_CLKOUT__1H 0xF4 /* EC-CLKOUT on RA6 */ #define _OSC_EXT_CLKOUT_on_RA6_1H 0xF3 /* EXT RC-CLKOUT_on_RA6 */ #define _OSC_HS_1H 0xF2 /* HS */ #define _OSC_XT_1H 0xF1 /* XT */ #define _OSC_LP_1H 0xF0 /* LP */ /* Low Power System Clock Timer1 Enable 1H options */ #define _OSCSEN_ON_1H 0xDF /* Enabled */ #define _OSCSEN_OFF_1H 0xFF /* Disabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_0V_2L 0xFF /* 2.0V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_DISABLED_CONTROLLED_2H 0xFE /* Disabled-Controlled by SWDTEN bit */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_32768_2H 0xFF /* 1:32768 */ #define _WDTPS_1_16384_2H 0xFD /* 1:16384 */ #define _WDTPS_1_8192_2H 0xFB /* 1:8192 */ #define _WDTPS_1_4096_2H 0xF9 /* 1:4096 */ #define _WDTPS_1_2048_2H 0xF7 /* 1:2048 */ #define _WDTPS_1_1024_2H 0xF5 /* 1:1024 */ #define _WDTPS_1_512_2H 0xF3 /* 1:512 */ #define _WDTPS_1_256_2H 0xF1 /* 1:256 */ #define _WDTPS_1_128_2H 0xEF /* 1:128 */ #define _WDTPS_1_64_2H 0xED /* 1:64 */ #define _WDTPS_1_32_2H 0xEB /* 1:32 */ #define _WDTPS_1_16_2H 0xE9 /* 1:16 */ #define _WDTPS_1_8_2H 0xE7 /* 1:8 */ #define _WDTPS_1_4_2H 0xE5 /* 1:4 */ #define _WDTPS_1_2_2H 0xE3 /* 1:2 */ #define _WDTPS_1_1_2H 0xE1 /* 1:1 */ /* Processor Mode 3L options */ #define _PMODE_MICROCONTROLLER_3L 0xFF /* Microcontroller */ #define _PMODE_MICROPROCESSOR__3L 0xFE /* Microprocessor */ #define _PMODE_MICROPROCESSOR_w_Boot_3L 0xFD /* Microprocessor w_Boot */ #define _PMODE_EXT_3L 0xFC /* Ext Microcontroller */ /* External Bus Wait 3L options */ #define _WAIT_OFF_3L 0xFF /* Disabled */ #define _WAIT_ON_3L 0x7F /* Enabled */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RB3_3H 0xFE /* RB3 */ /* ECCP Mux 3H options */ #define _ECCPMX_ECCP1_E6E3_3H 0xFF /* ECCP1 and ECCP6 are muxed onto RE6 through RE3 */ #define _ECCPMX_ECCP1_H7H4_3H 0xFD /* ECCP1 and ECCP6 are muxed onto RH7 through RH4 */ /* MCLR enable 3H options */ #define _MCLRE_MCLR_Enabled_RE3_Disabled_3H 0xFF /* MCLR Enabled_RE3_Disabled */ #define _MCLRE_MCLR_Disabled_RE3_Enabled_3H 0x7F /* MCLR Disabled__RE3_Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Code Protect 000800-0003FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 0004000-007FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Code Protect 008000-00BFFF 5L options */ #define _CP_2_OFF_5L 0xFF /* Disabled */ #define _CP_2_ON_5L 0xFB /* Enabled */ /* Code Protect 00C000F-00FFFF 5L options */ #define _CP_3_OFF_5L 0xFF /* Disabled */ #define _CP_3_ON_5L 0xF7 /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00800-003FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 004000-007FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Table Write Protect 08000-0BFFF 6L options */ #define _WRT_2_OFF_6L 0xFF /* Disabled */ #define _WRT_2_ON_6L 0xFB /* Enabled */ /* Table Write Protect 0C000-0FFFF 6L options */ #define _WRT_3_OFF_6L 0xFF /* Disabled */ #define _WRT_3_ON_6L 0xF7 /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00800-003FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 004000-07FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect 08000-0BFFF 7L options */ #define _EBTR_2_OFF_7L 0xFF /* Disabled */ #define _EBTR_2_ON_7L 0xFB /* Enabled */ /* Table Read Protect 0C000-0FFFF 7L options */ #define _EBTR_3_OFF_7L 0xFF /* Disabled */ #define _EBTR_3_ON_7L 0xF7 /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f86j50.h000066400000000000000000000007551116427777700202340ustar00rootroot00000000000000/* * pic18f86j50.h - device specific declarations */ #ifndef __PIC18F86J50_H__ #define __PIC18F86J50_H__ 1 #include "pic18f87j50.h" #undef __CONFIG1L #undef __CONFIG1H #undef __CONFIG2L #undef __CONFIG2H #undef __CONFIG3L #undef __CONFIG3H // Configuration Bits #define __CONFIG1L 0xFFF8 #define __CONFIG1H 0xFFF9 #define __CONFIG2L 0xFFFA #define __CONFIG2H 0xFFFB #define __CONFIG3L 0xFFFC #define __CONFIG3H 0xFFFD #endif sdcc-2.9.0/device/include/pic16/pic18f86j55.h000066400000000000000000000007631116427777700202400ustar00rootroot00000000000000/* * pic18f86j55.h - device specific declarations */ #ifndef __PIC18F86J55_H__ #define __PIC18F86J55_H__ 1 #include "pic18f87j50.h" #undef __CONFIG1L #undef __CONFIG1H #undef __CONFIG2L #undef __CONFIG2H #undef __CONFIG3L #undef __CONFIG3H // Configuration Bits #define __CONFIG1L 0x17FF8 #define __CONFIG1H 0x17FF9 #define __CONFIG2L 0x17FFA #define __CONFIG2H 0x17FFB #define __CONFIG3L 0x17FFC #define __CONFIG3H 0x17FFD #endif sdcc-2.9.0/device/include/pic16/pic18f86j60.h000066400000000000000000002032431116427777700202320ustar00rootroot00000000000000/* * pic18f86j60.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F86J60_H__ #define __PIC18F86J60_H__ 1 #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF extern __sfr __at (0xE80) MAADR5; extern __sfr __at (0xE81) MAADR6; extern __sfr __at (0xE82) MAADR3; extern __sfr __at (0xE83) MAADR4; extern __sfr __at (0xE84) MAADR1; extern __sfr __at (0xE85) MAADR2; extern __sfr __at (0xE86) EBSTSD; extern __sfr __at (0xE87) EBSTCON; typedef union { struct { unsigned BISTST : 1; unsigned TME : 1; unsigned TMSEL0 : 1; unsigned TMSEL1 : 1; unsigned : 1; unsigned PSV0 : 1; unsigned PSV1 : 1; unsigned PSV2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned TMSEL : 1; unsigned : 1; unsigned : 1; unsigned PSV : 1; unsigned : 1; unsigned : 1; }; } __EBSTCONbits_t; extern volatile __EBSTCONbits_t __at (0xE87) EBSTCONbits; extern __sfr __at (0xE88) EBSTCS; extern __sfr __at (0xE88) EBSTCSL; extern __sfr __at (0xE89) EBSTCSH; extern __sfr __at (0xE8A) MISTAT; typedef union { struct { unsigned BUSY : 1; unsigned SCAN : 1; unsigned NVALID : 1; unsigned LINKFL : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MISTATbits_t; extern volatile __MISTATbits_t __at (0xE8A) MISTATbits; extern __sfr __at (0xE97) EFLOCON; typedef union { struct { unsigned FCEN0 : 1; unsigned FCEN1 : 1; unsigned FULDPXS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __EFLOCONbits_t; extern volatile __EFLOCONbits_t __at (0xE97) EFLOCONbits; extern __sfr __at (0xE98) EPAUS; extern __sfr __at (0xE98) EPAUSL; extern __sfr __at (0xE99) EPAUSH; extern __sfr __at (0xEA0) MACON1; typedef union { struct { unsigned MARXEN : 1; unsigned PASSALL : 1; unsigned RXPAUS : 1; unsigned TXPAUS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MACON1bits_t; extern volatile __MACON1bits_t __at (0xEA0) MACON1bits; extern __sfr __at (0xEA1) MACON2; typedef union { struct { unsigned TFUNRST : 1; unsigned MATXRST : 1; unsigned RFUNRST : 1; unsigned MARXRST : 1; unsigned : 1; unsigned : 1; unsigned RNDRST : 1; unsigned MARST : 1; }; } __MACON2bits_t; extern volatile __MACON2bits_t __at (0xEA1) MACON2bits; extern __sfr __at (0xEA2) MACON3; typedef union { struct { unsigned FULDPX : 1; unsigned FRMLNEN : 1; unsigned HFRMEN : 1; unsigned PHDRLEN : 1; unsigned TXCRCEN : 1; unsigned PADCFG0 : 1; unsigned PADCFG1 : 1; unsigned PADCFG2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PADCFG : 1; unsigned : 1; unsigned : 1; }; } __MACON3bits_t; extern volatile __MACON3bits_t __at (0xEA2) MACON3bits; extern __sfr __at (0xEA3) MACON4; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOBKOFF : 1; unsigned BPEN : 1; unsigned DEFER : 1; unsigned : 1; }; } __MACON4bits_t; extern volatile __MACON4bits_t __at (0xEA3) MACON4bits; extern __sfr __at (0xEA4) MABBIPG; extern __sfr __at (0xEA6) MAIPG; extern __sfr __at (0xEA6) MAIPGL; extern __sfr __at (0xEA7) MAIPGH; extern __sfr __at (0xEA8) MACLCON1; typedef union { struct { unsigned RETMAX : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MACLCON1bits_t; extern volatile __MACLCON1bits_t __at (0xEA8) MACLCON1bits; extern __sfr __at (0xEA9) MACLCON2; typedef union { struct { unsigned COLWIN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MACLCON2bits_t; extern volatile __MACLCON2bits_t __at (0xEA9) MACLCON2bits; extern __sfr __at (0xEAA) MAMXFL; extern __sfr __at (0xEAA) MAMXFLL; extern __sfr __at (0xEAB) MAMXFLH; extern __sfr __at (0xEB1) MICON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RSTMII : 1; }; } __MICONbits_t; extern volatile __MICONbits_t __at (0xEB1) MICONbits; extern __sfr __at (0xEB2) MICMD; typedef union { struct { unsigned MIIRD : 1; unsigned MIISCAN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MICMDbits_t; extern volatile __MICMDbits_t __at (0xEB2) MICMDbits; extern __sfr __at (0xEB4) MIREGADR; extern __sfr __at (0xEB6) MIWR; extern __sfr __at (0xEB6) MIWRL; extern __sfr __at (0xEB7) MIWRH; extern __sfr __at (0xEB8) MIRD; extern __sfr __at (0xEB8) MIRDL; extern __sfr __at (0xEB9) MIRDH; extern __sfr __at (0xEC0) EHT0; extern __sfr __at (0xEC1) EHT1; extern __sfr __at (0xEC2) EHT2; extern __sfr __at (0xEC3) EHT3; extern __sfr __at (0xEC4) EHT4; extern __sfr __at (0xEC5) EHT5; extern __sfr __at (0xEC6) EHT6; extern __sfr __at (0xEC7) EHT7; extern __sfr __at (0xEC8) EPMM0; extern __sfr __at (0xEC9) EPMM1; extern __sfr __at (0xECA) EPMM2; extern __sfr __at (0xECB) EPMM3; extern __sfr __at (0xECC) EPMM4; extern __sfr __at (0xECD) EPMM5; extern __sfr __at (0xECE) EPMM6; extern __sfr __at (0xECF) EPMM7; extern __sfr __at (0xED0) EPMCS; extern __sfr __at (0xED0) EPMCSL; extern __sfr __at (0xED1) EPMCSH; extern __sfr __at (0xED4) EPMO; extern __sfr __at (0xED4) EPMOL; extern __sfr __at (0xED5) EPMOH; extern __sfr __at (0xED6) EWOLIE; typedef union { struct { unsigned BCWOLIE : 1; unsigned MCWOLIE : 1; unsigned HTWOLIE : 1; unsigned MPWOLIE : 1; unsigned PMWOLIE : 1; unsigned : 1; unsigned AWOLIE : 1; unsigned UCWOLIE : 1; }; } __EWOLIEbits_t; extern volatile __EWOLIEbits_t __at (0xED6) EWOLIEbits; extern __sfr __at (0xED7) EWOLIR; typedef union { struct { unsigned BCWOLIF : 1; unsigned MCWOLIF : 1; unsigned HTWOLIF : 1; unsigned MPWOLIF : 1; unsigned PMWOLIF : 1; unsigned : 1; unsigned AWOLIF : 1; unsigned UCWOLIF : 1; }; } __EWOLIRbits_t; extern volatile __EWOLIRbits_t __at (0xED7) EWOLIRbits; extern __sfr __at (0xED8) ERXFCON; typedef union { struct { unsigned BCEN : 1; unsigned MCEN : 1; unsigned HTEN : 1; unsigned MPEN : 1; unsigned PMEN : 1; unsigned CRCEN : 1; unsigned ANDOR : 1; unsigned UCEN : 1; }; } __ERXFCONbits_t; extern volatile __ERXFCONbits_t __at (0xED8) ERXFCONbits; extern __sfr __at (0xED9) EPKTCNT; extern __sfr __at (0xEE2) EWRPT; extern __sfr __at (0xEE2) EWRPTL; extern __sfr __at (0xEE3) EWRPTH; extern __sfr __at (0xEE4) ETXST; extern __sfr __at (0xEE4) ETXSTL; extern __sfr __at (0xEE5) ETXSTH; extern __sfr __at (0xEE6) ETXND; extern __sfr __at (0xEE6) ETXNDL; extern __sfr __at (0xEE7) ETXNDH; extern __sfr __at (0xEE8) ERXST; extern __sfr __at (0xEE8) ERXSTL; extern __sfr __at (0xEE9) ERXSTH; extern __sfr __at (0xEEA) ERXND; extern __sfr __at (0xEEA) ERXNDL; extern __sfr __at (0xEEB) ERXNDH; extern __sfr __at (0xEEC) ERXRDPT; extern __sfr __at (0xEEC) ERXRDPTL; extern __sfr __at (0xEED) ERXRDPTH; extern __sfr __at (0xEEE) ERXWRPT; extern __sfr __at (0xEEE) ERXWRPTL; extern __sfr __at (0xEEF) ERXWRPTH; extern __sfr __at (0xEF0) EDMAST; extern __sfr __at (0xEF0) EDMASTL; extern __sfr __at (0xEF1) EDMASTH; extern __sfr __at (0xEF2) EDMAND; extern __sfr __at (0xEF2) EDMANDL; extern __sfr __at (0xEF3) EDMANDH; extern __sfr __at (0xEF4) EDMADST; extern __sfr __at (0xEF4) EDMADSTL; extern __sfr __at (0xEF5) EDMADSTH; extern __sfr __at (0xEF6) EDMACS; extern __sfr __at (0xEF6) EDMACSL; extern __sfr __at (0xEF7) EDMACSH; extern __sfr __at (0xEFB) EIE; typedef union { struct { unsigned RXERIE : 1; unsigned TXERIE : 1; unsigned : 1; unsigned TXIE_EIE : 1; unsigned LINKIE : 1; unsigned DMAIE : 1; unsigned PKTIE : 1; unsigned : 1; }; } __EIEbits_t; extern volatile __EIEbits_t __at (0xEFB) EIEbits; extern __sfr __at (0xEFD) ESTAT; typedef union { struct { unsigned PHYRDY : 1; unsigned TXABRT : 1; unsigned RXBUSY : 1; unsigned : 1; unsigned LATECOL : 1; unsigned : 1; unsigned BUFER : 1; unsigned : 1; }; } __ESTATbits_t; extern volatile __ESTATbits_t __at (0xEFD) ESTATbits; extern __sfr __at (0xEFE) ECON2; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned ETHEN : 1; unsigned PKTDEC : 1; unsigned AUTOINC : 1; }; } __ECON2bits_t; extern volatile __ECON2bits_t __at (0xEFE) ECON2bits; extern __sfr __at (0xF60) EIR; typedef union { struct { unsigned RXERIF : 1; unsigned TXERIF : 1; unsigned : 1; unsigned TXIF_EIR : 1; unsigned LINKIF : 1; unsigned DMAIF : 1; unsigned PKTIF : 1; unsigned : 1; }; } __EIRbits_t; extern volatile __EIRbits_t __at (0xF60) EIRbits; extern __sfr __at (0xF61) EDATA; typedef union { struct { unsigned EDATA0 : 1; unsigned EDATA1 : 1; unsigned EDATA2 : 1; unsigned EDATA3 : 1; unsigned EDATA4 : 1; unsigned EDATA5 : 1; unsigned EDATA6 : 1; unsigned EDATA7 : 1; }; } __EDATAbits_t; extern volatile __EDATAbits_t __at (0xF61) EDATAbits; extern __sfr __at (0xF67) ECCP2DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P2DC0 : 1; unsigned P2DC1 : 1; unsigned P2DC2 : 1; unsigned P2DC3 : 1; unsigned P2DC4 : 1; unsigned P2DC5 : 1; unsigned P2DC6 : 1; unsigned P2RSEN : 1; }; } __ECCP2DELbits_t; extern volatile __ECCP2DELbits_t __at (0xF67) ECCP2DELbits; extern __sfr __at (0xF68) ECCP2AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS2BD0 : 1; unsigned PSS2BD1 : 1; unsigned PSS2AC0 : 1; unsigned PSS2AC1 : 1; unsigned ECCP2AS0 : 1; unsigned ECCP2AS1 : 1; unsigned ECCP2AS2 : 1; unsigned ECCP2ASE : 1; }; } __ECCP2ASbits_t; extern volatile __ECCP2ASbits_t __at (0xF68) ECCP2ASbits; extern __sfr __at (0xF69) ECCP3DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P3DC0 : 1; unsigned P3DC1 : 1; unsigned P3DC2 : 1; unsigned P3DC3 : 1; unsigned P3DC4 : 1; unsigned P3DC5 : 1; unsigned P3DC6 : 1; unsigned P3RSEN : 1; }; } __ECCP3DELbits_t; extern volatile __ECCP3DELbits_t __at (0xF69) ECCP3DELbits; extern __sfr __at (0xF6A) ECCP3AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS3BD0 : 1; unsigned PSS3BD1 : 1; unsigned PSS3AC0 : 1; unsigned PSS3AC1 : 1; unsigned ECCP3AS0 : 1; unsigned ECCP3AS1 : 1; unsigned ECCP3AS2 : 1; unsigned ECCP3ASE : 1; }; } __ECCP3ASbits_t; extern volatile __ECCP3ASbits_t __at (0xF6A) ECCP3ASbits; extern __sfr __at (0xF6B) RCSTA2; typedef union { struct { unsigned RCD8 : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RC9 : 1; unsigned SPEN : 1; }; struct { unsigned RX9D : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RX9 : 1; unsigned : 1; }; } __RCSTA2bits_t; extern volatile __RCSTA2bits_t __at (0xF6B) RCSTA2bits; extern __sfr __at (0xF6C) TXSTA2; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTA2bits_t; extern volatile __TXSTA2bits_t __at (0xF6C) TXSTA2bits; extern __sfr __at (0xF6D) TXREG2; extern __sfr __at (0xF6E) RCREG2; extern __sfr __at (0xF6F) SPBRG2; extern __sfr __at (0xF70) CCP5CON; typedef union { struct { unsigned CCP5M0 : 1; unsigned CCP5M1 : 1; unsigned CCP5M2 : 1; unsigned CCP5M3 : 1; unsigned CCP5Y : 1; unsigned CCP5X : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC5B0 : 1; unsigned DC5B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP5CONbits_t; extern volatile __CCP5CONbits_t __at (0xF70) CCP5CONbits; extern __sfr __at (0xF71) CCPR5; extern __sfr __at (0xF71) CCPR5L; extern __sfr __at (0xF72) CCPR5H; extern __sfr __at (0xF73) CCP4CON; typedef union { struct { unsigned CCP4M0 : 1; unsigned CCP4M1 : 1; unsigned CCP4M2 : 1; unsigned CCP4M3 : 1; unsigned CCP4Y : 1; unsigned CCP4X : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC4B0 : 1; unsigned DC4B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP4CONbits_t; extern volatile __CCP4CONbits_t __at (0xF73) CCP4CONbits; extern __sfr __at (0xF74) CCPR4; extern __sfr __at (0xF74) CCPR4L; extern __sfr __at (0xF75) CCPR4H; extern __sfr __at (0xF76) T4CON; typedef union { struct { unsigned T4CKPS0 : 1; unsigned T4CKPS1 : 1; unsigned TMR4ON : 1; unsigned T4OUTPS0 : 1; unsigned T4OUTPS1 : 1; unsigned T4OUTPS2 : 1; unsigned T4OUTPS3 : 1; unsigned : 1; }; } __T4CONbits_t; extern volatile __T4CONbits_t __at (0xF76) T4CONbits; extern __sfr __at (0xF77) PR4; extern __sfr __at (0xF78) TMR4; extern __sfr __at (0xF79) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P1DC0 : 1; unsigned P1DC1 : 1; unsigned P1DC2 : 1; unsigned P1DC3 : 1; unsigned P1DC4 : 1; unsigned P1DC5 : 1; unsigned P1DC6 : 1; unsigned P1RSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xF79) ECCP1DELbits; extern __sfr __at (0xF7A) ERDPT; extern __sfr __at (0xF7A) ERDPTL; extern __sfr __at (0xF7B) ERDPTH; extern __sfr __at (0xF7C) BAUDCON2; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCON2bits_t; extern volatile __BAUDCON2bits_t __at (0xF7C) BAUDCON2bits; extern __sfr __at (0xF7C) BAUDCTL2; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCTL2bits_t; extern volatile __BAUDCTL2bits_t __at (0xF7C) BAUDCTL2bits; extern __sfr __at (0xF7D) SPBRGH2; extern __sfr __at (0xF7E) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xF7E) BAUDCONbits; extern __sfr __at (0xF7E) BAUDCON1; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCON1bits_t; extern volatile __BAUDCON1bits_t __at (0xF7E) BAUDCON1bits; extern __sfr __at (0xF7E) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xF7E) BAUDCTLbits; extern __sfr __at (0xF7E) BAUDCTL1; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCTL1bits_t; extern volatile __BAUDCTL1bits_t __at (0xF7E) BAUDCTL1bits; extern __sfr __at (0xF7F) SPBRGH; extern __sfr __at (0xF7F) SPBRGH1; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned : 1; unsigned RJPU : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned LEDA : 1; unsigned LEDB : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned INT3 : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PGC : 1; unsigned PGD : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2 : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned SDO1 : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SCK1 : 1; unsigned SDI1 : 1; unsigned : 1; unsigned TX1 : 1; unsigned RX1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SCL1 : 1; unsigned SDA1 : 1; unsigned : 1; unsigned CK1 : 1; unsigned DT1 : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned RE4 : 1; unsigned RE5 : 1; unsigned RE6 : 1; unsigned RE7 : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF85) PORTF; typedef union { struct { unsigned : 1; unsigned RF1 : 1; unsigned RF2 : 1; unsigned RF3 : 1; unsigned RF4 : 1; unsigned RF5 : 1; unsigned RF6 : 1; unsigned RF7 : 1; }; struct { unsigned : 1; unsigned AN6 : 1; unsigned AN7 : 1; unsigned AN8 : 1; unsigned AN9 : 1; unsigned AN10 : 1; unsigned AN11 : 1; unsigned SS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned : 1; unsigned NOT_SS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS1 : 1; }; } __PORTFbits_t; extern volatile __PORTFbits_t __at (0xF85) PORTFbits; extern __sfr __at (0xF86) PORTG; typedef union { struct { unsigned RG0 : 1; unsigned RG1 : 1; unsigned RG2 : 1; unsigned RG3 : 1; unsigned RG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned CCP3 : 1; unsigned TX2 : 1; unsigned RX2 : 1; unsigned CCP4 : 1; unsigned CCP5 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned CK2 : 1; unsigned DT2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTGbits_t; extern volatile __PORTGbits_t __at (0xF86) PORTGbits; extern __sfr __at (0xF87) PORTH; typedef union { struct { unsigned RH0 : 1; unsigned RH1 : 1; unsigned RH2 : 1; unsigned RH3 : 1; unsigned RH4 : 1; unsigned RH5 : 1; unsigned RH6 : 1; unsigned RH7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned AN12 : 1; unsigned AN13 : 1; unsigned AN14 : 1; unsigned AN15 : 1; }; } __PORTHbits_t; extern volatile __PORTHbits_t __at (0xF87) PORTHbits; extern __sfr __at (0xF88) PORTJ; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RJ4 : 1; unsigned RJ5 : 1; unsigned : 1; unsigned : 1; }; } __PORTJbits_t; extern volatile __PORTJbits_t __at (0xF88) PORTJbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned REPU : 1; unsigned RDPU : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned LATE3 : 1; unsigned LATE4 : 1; unsigned LATE5 : 1; unsigned LATE6 : 1; unsigned LATE7 : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF8E) LATF; typedef union { struct { unsigned : 1; unsigned LATF1 : 1; unsigned LATF2 : 1; unsigned LATF3 : 1; unsigned LATF4 : 1; unsigned LATF5 : 1; unsigned LATF6 : 1; unsigned LATF7 : 1; }; } __LATFbits_t; extern volatile __LATFbits_t __at (0xF8E) LATFbits; extern __sfr __at (0xF8F) LATG; typedef union { struct { unsigned LATG0 : 1; unsigned LATG1 : 1; unsigned LATG2 : 1; unsigned LATG3 : 1; unsigned LATG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATGbits_t; extern volatile __LATGbits_t __at (0xF8F) LATGbits; extern __sfr __at (0xF90) LATH; typedef union { struct { unsigned LATH0 : 1; unsigned LATH1 : 1; unsigned LATH2 : 1; unsigned LATH3 : 1; unsigned LATH4 : 1; unsigned LATH5 : 1; unsigned LATH6 : 1; unsigned LATH7 : 1; }; } __LATHbits_t; extern volatile __LATHbits_t __at (0xF90) LATHbits; extern __sfr __at (0xF91) LATJ; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned LATJ4 : 1; unsigned LATJ5 : 1; unsigned : 1; unsigned : 1; }; } __LATJbits_t; extern volatile __LATJbits_t __at (0xF91) LATJbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned : 1; unsigned : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned RE4 : 1; unsigned RE5 : 1; unsigned RE6 : 1; unsigned RE7 : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned TRISE3 : 1; unsigned TRISE4 : 1; unsigned TRISE5 : 1; unsigned TRISE6 : 1; unsigned TRISE7 : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF97) DDRF; typedef union { struct { unsigned : 1; unsigned RF1 : 1; unsigned RF2 : 1; unsigned RF3 : 1; unsigned RF4 : 1; unsigned RF5 : 1; unsigned RF6 : 1; unsigned RF7 : 1; }; } __DDRFbits_t; extern volatile __DDRFbits_t __at (0xF97) DDRFbits; extern __sfr __at (0xF97) TRISF; typedef union { struct { unsigned : 1; unsigned TRISF1 : 1; unsigned TRISF2 : 1; unsigned TRISF3 : 1; unsigned TRISF4 : 1; unsigned TRISF5 : 1; unsigned TRISF6 : 1; unsigned TRISF7 : 1; }; } __TRISFbits_t; extern volatile __TRISFbits_t __at (0xF97) TRISFbits; extern __sfr __at (0xF98) DDRG; typedef union { struct { unsigned RG0 : 1; unsigned RG1 : 1; unsigned RG2 : 1; unsigned RG3 : 1; unsigned RG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __DDRGbits_t; extern volatile __DDRGbits_t __at (0xF98) DDRGbits; extern __sfr __at (0xF98) TRISG; typedef union { struct { unsigned TRISG0 : 1; unsigned TRISG1 : 1; unsigned TRISG2 : 1; unsigned TRISG3 : 1; unsigned TRISG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TRISGbits_t; extern volatile __TRISGbits_t __at (0xF98) TRISGbits; extern __sfr __at (0xF99) DDRH; typedef union { struct { unsigned RH0 : 1; unsigned RH1 : 1; unsigned RH2 : 1; unsigned RH3 : 1; unsigned RH4 : 1; unsigned RH5 : 1; unsigned RH6 : 1; unsigned RH7 : 1; }; } __DDRHbits_t; extern volatile __DDRHbits_t __at (0xF99) DDRHbits; extern __sfr __at (0xF99) TRISH; typedef union { struct { unsigned TRISH0 : 1; unsigned TRISH1 : 1; unsigned TRISH2 : 1; unsigned TRISH3 : 1; unsigned TRISH4 : 1; unsigned TRISH5 : 1; unsigned TRISH6 : 1; unsigned TRISH7 : 1; }; } __TRISHbits_t; extern volatile __TRISHbits_t __at (0xF99) TRISHbits; extern __sfr __at (0xF9A) DDRJ; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RJ4 : 1; unsigned RJ5 : 1; unsigned : 1; unsigned : 1; }; } __DDRJbits_t; extern volatile __DDRJbits_t __at (0xF9A) DDRJbits; extern __sfr __at (0xF9A) TRISJ; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TRISJ4 : 1; unsigned TRISJ5 : 1; unsigned : 1; unsigned : 1; }; } __TRISJbits_t; extern volatile __TRISJbits_t __at (0xF9A) TRISJbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PPRE : 1; unsigned PPST0 : 1; unsigned PLLEN : 1; unsigned PPST1 : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE_PIE1 : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IE : 1; unsigned TX1IE : 1; unsigned RC1IE : 1; unsigned : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF_PIR1 : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IF : 1; unsigned TX1IF : 1; unsigned RC1IF : 1; unsigned : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IP : 1; unsigned TX1IP : 1; unsigned RC1IP : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned : 1; unsigned BCLIE : 1; unsigned ETHWIE : 1; unsigned ETHIE : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned : 1; unsigned BCLIF : 1; unsigned ETHWIF : 1; unsigned ETHIF : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned : 1; unsigned BCLIP : 1; unsigned ETHWIP : 1; unsigned ETHIP : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned CCP3IE : 1; unsigned CCP4IE : 1; unsigned CCP5IE : 1; unsigned TMR4IE : 1; unsigned TX2IE : 1; unsigned RC2IE : 1; unsigned BCL2IE : 1; unsigned : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned CCP3IF : 1; unsigned CCP4IF : 1; unsigned CCP5IF : 1; unsigned TMR4IF : 1; unsigned TX2IF : 1; unsigned RC2IF : 1; unsigned BCL2IF : 1; unsigned : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned CCP3IP : 1; unsigned CCP4IP : 1; unsigned CCP5IP : 1; unsigned TMR4IP : 1; unsigned TX2IP : 1; unsigned RC2IP : 1; unsigned BCL2IP : 1; unsigned : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAB) RCSTA1; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTA1bits_t; extern volatile __RCSTA1bits_t __at (0xFAB) RCSTA1bits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAC) TXSTA1; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTA1bits_t; extern volatile __TXSTA1bits_t __at (0xFAC) TXSTA1bits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAD) TXREG1; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAE) RCREG1; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFAF) SPBRG1; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT : 1; unsigned C2OUT : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS1BD0 : 1; unsigned PSS1BD1 : 1; unsigned PSS1AC0 : 1; unsigned PSS1AC1 : 1; unsigned ECCP1AS0 : 1; unsigned ECCP1AS1 : 1; unsigned ECCP1AS2 : 1; unsigned ECCP1ASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) CCP3CON; typedef union { struct { unsigned CCP3M0 : 1; unsigned CCP3M1 : 1; unsigned CCP3M2 : 1; unsigned CCP3M3 : 1; unsigned DC3B0 : 1; unsigned DC3B1 : 1; unsigned P3M0 : 1; unsigned P3M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP3Y : 1; unsigned CCP3X : 1; unsigned : 1; unsigned : 1; }; } __CCP3CONbits_t; extern volatile __CCP3CONbits_t __at (0xFB7) CCP3CONbits; extern __sfr __at (0xFB7) ECCP3CON; typedef union { struct { unsigned CCP3M0 : 1; unsigned CCP3M1 : 1; unsigned CCP3M2 : 1; unsigned CCP3M3 : 1; unsigned DC3B0 : 1; unsigned DC3B1 : 1; unsigned P3M0 : 1; unsigned P3M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP3Y : 1; unsigned CCP3X : 1; unsigned : 1; unsigned : 1; }; } __ECCP3CONbits_t; extern volatile __ECCP3CONbits_t __at (0xFB7) ECCP3CONbits; extern __sfr __at (0xFB8) CCPR3; extern __sfr __at (0xFB8) CCPR3L; extern __sfr __at (0xFB9) CCPR3H; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned P2M0 : 1; unsigned P2M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBA) ECCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned P2M0 : 1; unsigned P2M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __ECCP2CONbits_t; extern volatile __ECCP2CONbits_t __at (0xFBA) ECCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBD) ECCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xFBD) ECCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned ADCAL : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSP1CON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned ADMSK : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SSP1CON2bits_t; extern volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned ADMSK : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSP1CON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSP1CON1bits_t; extern volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSP1STAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSP1STATbits_t; extern volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSP1ADD; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSP1BUF; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) ECON1; typedef union { struct { unsigned : 1; unsigned : 1; unsigned RXEN : 1; unsigned TXRTS : 1; unsigned CSUMEN : 1; unsigned DMAST : 1; unsigned RXRST : 1; unsigned TXRST : 1; }; } __ECON1bits_t; extern volatile __ECON1bits_t __at (0xFD2) ECON1bits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned : 1; unsigned OSTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned INT3F : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned INT3E : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned INT3IF : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned INT3IE : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned INT3IP : 1; unsigned T0IP : 1; unsigned INTEDG3 : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned RBIE : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f86j65.h000066400000000000000000000001271116427777700202330ustar00rootroot00000000000000/* * pic18f86j65.h - PIC18F86J65 Device Library Header */ #include "pic18f86j60.h" sdcc-2.9.0/device/include/pic16/pic18f8720.h000066400000000000000000000757521116427777700200710ustar00rootroot00000000000000 /* * pic18f8720.h - PIC18F8720 Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f8720.h 5369 2009-02-09 23:45:54Z tecodev $ * */ #ifndef __PIC18F8720_H__ #define __PIC18F8720_H__ extern __sfr __at (0xf6b) RCSTA2; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTA2bits_t; extern volatile __RCSTA2bits_t __at (0xf6b) RCSTA2bits; extern __sfr __at (0xf6c) TXSTA2; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTA2bits_t; extern volatile __TXSTA2bits_t __at (0xf6c) TXSTA2bits; extern __sfr __at (0xf6d) TXREG2; extern __sfr __at (0xf6e) RCREG2; extern __sfr __at (0xf6f) SPBRG2; extern __sfr __at (0xf70) CCP5CON; typedef union { struct { unsigned CCP5M0:1; unsigned CCP5M1:1; unsigned CCP5M2:1; unsigned CCP5M3:1; unsigned DCCP5Y:1; unsigned DCCP5X:1; unsigned :1; unsigned :1; }; } __CCP5CONbits_t; extern volatile __CCP5CONbits_t __at (0xf70) CCP5CONbits; extern __sfr __at (0xf71) CCPR5L; extern __sfr __at (0xf72) CCPR5H; extern __sfr __at (0xf73) CCP4CON; typedef union { struct { unsigned CCP4M0:1; unsigned CCP4M1:1; unsigned CCP4M2:1; unsigned CCP4M3:1; unsigned DCCP4Y:1; unsigned DCCP4X:1; unsigned :1; unsigned :1; }; } __CCP4CONbits_t; extern volatile __CCP4CONbits_t __at (0xf73) CCP4CONbits; extern __sfr __at (0xf74) CCPR4L; extern __sfr __at (0xf75) CCPR4H; extern __sfr __at (0xf76) T4CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T4CONbits_t; extern volatile __T4CONbits_t __at (0xf76) T4CONbits; extern __sfr __at (0xf77) PR4; extern __sfr __at (0xf78) TMR4; extern __sfr __at (0xf80) PORTA; typedef union { struct { unsigned RA0:1; unsigned RA1:1; unsigned RA2:1; unsigned RA3:1; unsigned RA4:1; unsigned RA5:1; unsigned RA6:1; unsigned :1; }; struct { unsigned AN0:1; unsigned AN1:1; unsigned AN2:1; unsigned AN3:1; unsigned :1; unsigned AN4:1; unsigned OSC2:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned VREFM:1; unsigned VREFP:1; unsigned T0CKI:1; unsigned SS:1; unsigned CLK0:1; unsigned :1; }; struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned LVDIN:1; unsigned :1; unsigned :1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xf80) PORTAbits; extern __sfr __at (0xf81) PORTB; typedef union { struct { unsigned RB0:1; unsigned RB1:1; unsigned RB2:1; unsigned RB3:1; unsigned RB4:1; unsigned RB5:1; unsigned RB6:1; unsigned RB7:1; }; struct { unsigned INT0:1; unsigned INT1:1; unsigned INT2:1; unsigned INT3:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xf81) PORTBbits; extern __sfr __at (0xf82) PORTC; typedef union { struct { unsigned RC0:1; unsigned RC1:1; unsigned RC2:1; unsigned RC3:1; unsigned RC4:1; unsigned RC5:1; unsigned RC6:1; unsigned RC7:1; }; struct { unsigned T1OSO:1; unsigned T1OSI:1; unsigned :1; unsigned SCK:1; unsigned SDI:1; unsigned SDO:1; unsigned TX:1; unsigned RX:1; }; struct { unsigned T1CKI:1; unsigned CCP2:1; unsigned CCP1:1; unsigned SCL:1; unsigned SDA:1; unsigned :1; unsigned CK:1; unsigned DT:1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xf82) PORTCbits; extern __sfr __at (0xf83) PORTD; typedef union { struct { unsigned RD0:1; unsigned RD1:1; unsigned RD2:1; unsigned RD3:1; unsigned RD4:1; unsigned RD5:1; unsigned RD6:1; unsigned RD7:1; }; struct { unsigned AD0:1; unsigned AD1:1; unsigned AD2:1; unsigned AD3:1; unsigned AD4:1; unsigned AD5:1; unsigned AD6:1; unsigned AD7:1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xf83) PORTDbits; extern __sfr __at (0xf84) PORTE; typedef union { struct { unsigned RE0:1; unsigned RE1:1; unsigned RE2:1; unsigned RE3:1; unsigned RE4:1; unsigned RE5:1; unsigned RE6:1; unsigned RE7:1; }; struct { unsigned ALE:1; unsigned OE:1; unsigned WRL:1; unsigned WRH:1; unsigned :1; unsigned :1; unsigned :1; unsigned CCP2:1; }; struct { unsigned AN5:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xf84) PORTEbits; extern __sfr __at (0xf85) PORTF; typedef union { struct { unsigned RF0:1; unsigned RF1:1; unsigned RF2:1; unsigned RF3:1; unsigned RF4:1; unsigned RF5:1; unsigned RF6:1; unsigned RF7:1; }; } __PORTFbits_t; extern volatile __PORTFbits_t __at (0xf85) PORTFbits; extern __sfr __at (0xf86) PORTG; typedef union { struct { unsigned RG0:1; unsigned RG1:1; unsigned RG2:1; unsigned RG3:1; unsigned RG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __PORTGbits_t; extern volatile __PORTGbits_t __at (0xf86) PORTGbits; extern __sfr __at (0xf87) PORTH; typedef union { struct { unsigned RH0:1; unsigned RH1:1; unsigned RH2:1; unsigned RH3:1; unsigned RH4:1; unsigned RH5:1; unsigned RH6:1; unsigned RH7:1; }; } __PORTHbits_t; extern volatile __PORTHbits_t __at (0xf87) PORTHbits; extern __sfr __at (0xf88) PORTJ; typedef union { struct { unsigned RJ0:1; unsigned RJ1:1; unsigned RJ2:1; unsigned RJ3:1; unsigned RJ4:1; unsigned RJ5:1; unsigned RJ6:1; unsigned RJ7:1; }; } __PORTJbits_t; extern volatile __PORTJbits_t __at (0xf88) PORTJbits; extern __sfr __at (0xf89) LATA; typedef union { struct { unsigned LATA0:1; unsigned LATA1:1; unsigned LATA2:1; unsigned LATA3:1; unsigned LATA4:1; unsigned LATA5:1; unsigned LATA6:1; unsigned :1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xf89) LATAbits; extern __sfr __at (0xf8a) LATB; typedef union { struct { unsigned LATB0:1; unsigned LATB1:1; unsigned LATB2:1; unsigned LATB3:1; unsigned LATB4:1; unsigned LATB5:1; unsigned LATB6:1; unsigned LATB7:1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xf8a) LATBbits; extern __sfr __at (0xf8b) LATC; typedef union { struct { unsigned LATC0:1; unsigned LATC1:1; unsigned LATC2:1; unsigned LATC3:1; unsigned LATC4:1; unsigned LATC5:1; unsigned LATC6:1; unsigned LATC7:1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xf8b) LATCbits; extern __sfr __at (0xf8c) LATD; typedef union { struct { unsigned LATD0:1; unsigned LATD1:1; unsigned LATD2:1; unsigned LATD3:1; unsigned LATD4:1; unsigned LATD5:1; unsigned LATD6:1; unsigned LATD7:1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xf8c) LATDbits; extern __sfr __at (0xf8d) LATE; typedef union { struct { unsigned LATE0:1; unsigned LATE1:1; unsigned LATE2:1; unsigned LATE3:1; unsigned LATE4:1; unsigned LATE5:1; unsigned LATE6:1; unsigned LATE7:1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xf8d) LATEbits; extern __sfr __at (0xf8e) LATF; typedef union { struct { unsigned LATF0:1; unsigned LATF1:1; unsigned LATF2:1; unsigned LATF3:1; unsigned LATF4:1; unsigned LATF5:1; unsigned LATF6:1; unsigned LATF7:1; }; } __LATFbits_t; extern volatile __LATFbits_t __at (0xf8e) LATFbits; extern __sfr __at (0xf8f) LATG; typedef union { struct { unsigned LATG0:1; unsigned LATG1:1; unsigned LATG2:1; unsigned LATG3:1; unsigned LATG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __LATGbits_t; extern volatile __LATGbits_t __at (0xf8f) LATGbits; extern __sfr __at (0xf90) LATH; typedef union { struct { unsigned LATH0:1; unsigned LATH1:1; unsigned LATH2:1; unsigned LATH3:1; unsigned LATH4:1; unsigned LATH5:1; unsigned LATH6:1; unsigned LATH7:1; }; } __LATHbits_t; extern volatile __LATHbits_t __at (0xf90) LATHbits; extern __sfr __at (0xf91) LATJ; typedef union { struct { unsigned LATJ0:1; unsigned LATJ1:1; unsigned LATJ2:1; unsigned LATJ3:1; unsigned LATJ4:1; unsigned LATJ5:1; unsigned LATJ6:1; unsigned LATJ7:1; }; } __LATJbits_t; extern volatile __LATJbits_t __at (0xf91) LATJbits; extern __sfr __at (0xf92) TRISA; typedef union { struct { unsigned TRISA0:1; unsigned TRISA1:1; unsigned TRISA2:1; unsigned TRISA3:1; unsigned TRISA4:1; unsigned TRISA5:1; unsigned TRISA6:1; unsigned :1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xf92) TRISAbits; extern __sfr __at (0xf93) TRISB; typedef union { struct { unsigned TRISB0:1; unsigned TRISB1:1; unsigned TRISB2:1; unsigned TRISB3:1; unsigned TRISB4:1; unsigned TRISB5:1; unsigned TRISB6:1; unsigned TRISB7:1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xf93) TRISBbits; extern __sfr __at (0xf94) TRISC; typedef union { struct { unsigned TRISC0:1; unsigned TRISC1:1; unsigned TRISC2:1; unsigned TRISC3:1; unsigned TRISC4:1; unsigned TRISC5:1; unsigned TRISC6:1; unsigned TRISC7:1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xf94) TRISCbits; extern __sfr __at (0xf95) TRISD; typedef union { struct { unsigned TRISD0:1; unsigned TRISD1:1; unsigned TRISD2:1; unsigned TRISD3:1; unsigned TRISD4:1; unsigned TRISD5:1; unsigned TRISD6:1; unsigned TRISD7:1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xf95) TRISDbits; extern __sfr __at (0xf96) TRISE; typedef union { struct { unsigned TRISE0:1; unsigned TRISE1:1; unsigned TRISE2:1; unsigned TRISE3:1; unsigned TRISE4:1; unsigned TRISE5:1; unsigned TRISE6:1; unsigned TRISE7:1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xf96) TRISEbits; extern __sfr __at (0xf97) TRISF; typedef union { struct { unsigned TRISF0:1; unsigned TRISF1:1; unsigned TRISF2:1; unsigned TRISF3:1; unsigned TRISF4:1; unsigned TRISF5:1; unsigned TRISF6:1; unsigned TRISF7:1; }; } __TRISFbits_t; extern volatile __TRISFbits_t __at (0xf97) TRISFbits; extern __sfr __at (0xf98) TRISG; typedef union { struct { unsigned TRISG0:1; unsigned TRISG1:1; unsigned TRISG2:1; unsigned TRISG3:1; unsigned TRISG4:1; unsigned :1; unsigned :1; unsigned :1; }; } __TRISGbits_t; extern volatile __TRISGbits_t __at (0xf98) TRISGbits; extern __sfr __at (0xf99) TRISH; typedef union { struct { unsigned TRISH0:1; unsigned TRISH1:1; unsigned TRISH2:1; unsigned TRISH3:1; unsigned TRISH4:1; unsigned TRISH5:1; unsigned TRISH6:1; unsigned TRISH7:1; }; } __TRISHbits_t; extern volatile __TRISHbits_t __at (0xf99) TRISHbits; extern __sfr __at (0xf9a) TRISJ; typedef union { struct { unsigned TRISJ0:1; unsigned TRISJ1:1; unsigned TRISJ2:1; unsigned TRISJ3:1; unsigned TRISJ4:1; unsigned TRISJ5:1; unsigned TRISJ6:1; unsigned TRISJ7:1; }; } __TRISJbits_t; extern volatile __TRISJbits_t __at (0xf9a) TRISJbits; extern __sfr __at (0xf9c) MEMCON; typedef union { struct { unsigned WM0:1; unsigned WM1:1; unsigned :1; unsigned :1; unsigned WAIT0:1; unsigned WAIT1:1; unsigned :1; unsigned EBDIS:1; }; } __MEMCONbits_t; extern volatile __MEMCONbits_t __at (0xf9c) MEMCONbits; extern __sfr __at (0xf9d) PIE1; typedef union { struct { unsigned TMR1IE:1; unsigned TMR2IE:1; unsigned CCP1IE:1; unsigned SSPIE:1; unsigned TXIE:1; unsigned RCIE:1; unsigned ADIE:1; unsigned PSPIE:1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xf9d) PIE1bits; extern __sfr __at (0xf9e) PIR1; typedef union { struct { unsigned TMR1IF:1; unsigned TMR2IF:1; unsigned CCP1IF:1; unsigned SSPIF:1; unsigned TXIF:1; unsigned RCIF:1; unsigned ADIF:1; unsigned PSPIF:1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xf9e) PIR1bits; extern __sfr __at (0xf9f) IPR1; typedef union { struct { unsigned TMR1IP:1; unsigned TMR2IP:1; unsigned CCP1IP:1; unsigned SSPIP:1; unsigned TXIP:1; unsigned RCIP:1; unsigned ADIP:1; unsigned PSPIP:1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xf9f) IPR1bits; extern __sfr __at (0xfa0) PIE2; typedef union { struct { unsigned CCP2IE:1; unsigned TMR3IE:1; unsigned LVDIE:1; unsigned BCLIE:1; unsigned EEIE:1; unsigned :1; unsigned CMIE:1; unsigned :1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xfa0) PIE2bits; extern __sfr __at (0xfa1) PIR2; typedef union { struct { unsigned CCP2IF:1; unsigned TMR3IF:1; unsigned LVDIF:1; unsigned BCLIF:1; unsigned EEIF:1; unsigned :1; unsigned CMIF:1; unsigned :1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xfa1) PIR2bits; extern __sfr __at (0xfa2) IPR2; typedef union { struct { unsigned CCP2IP:1; unsigned TMR3IP:1; unsigned LVDIP:1; unsigned BCLIP:1; unsigned EEIP:1; unsigned :1; unsigned CMIP:1; unsigned :1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xfa2) IPR2bits; extern __sfr __at (0xfa3) PIE3; typedef union { struct { unsigned CCP3IE:1; unsigned CCP4IE:1; unsigned CCP5IE:1; unsigned TMR4IE:1; unsigned TX2IE:1; unsigned RC2IE:1; unsigned :1; unsigned :1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xfa3) PIE3bits; extern __sfr __at (0xfa4) PIR3; typedef union { struct { unsigned CCP3IF:1; unsigned CCP4IF:1; unsigned CCP5IF:1; unsigned TMR4IF:1; unsigned TX2IF:1; unsigned RC2IF:1; unsigned :1; unsigned :1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xfa4) PIR3bits; extern __sfr __at (0xfa5) IPR3; typedef union { struct { unsigned CCP3IP:1; unsigned CCP4IP:1; unsigned CCP5IP:1; unsigned TMR4IP:1; unsigned TX2IP:1; unsigned RC2IP:1; unsigned :1; unsigned :1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xfa5) IPR3bits; extern __sfr __at (0xfa6) EECON1; typedef union { struct { unsigned RD:1; unsigned WR:1; unsigned WREN:1; unsigned WRERR:1; unsigned FREE:1; unsigned :1; unsigned CFGS:1; unsigned EEPGD:1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xfa6) EECON1bits; extern __sfr __at (0xfa7) EECON2; extern __sfr __at (0xfa8) EEDATA; extern __sfr __at (0xfa9) EEADR; extern __sfr __at (0xfaa) EEADRH; extern __sfr __at (0xfab) RCSTA1; typedef union { struct { unsigned RX9D:1; unsigned OERR:1; unsigned FERR:1; unsigned ADDEN:1; unsigned CREN:1; unsigned SREN:1; unsigned RX9:1; unsigned SPEN:1; }; } __RCSTA1bits_t; extern volatile __RCSTA1bits_t __at (0xfab) RCSTA1bits; extern __sfr __at (0xfac) TXSTA1; typedef union { struct { unsigned TX9D:1; unsigned TRMT:1; unsigned BRGH:1; unsigned :1; unsigned SYNC:1; unsigned TXEN:1; unsigned TX9:1; unsigned CSRC:1; }; } __TXSTA1bits_t; extern volatile __TXSTA1bits_t __at (0xfac) TXSTA1bits; extern __sfr __at (0xfad) TXREG1; extern __sfr __at (0xfae) RCREG1; extern __sfr __at (0xfaf) SPBRG1; /* for compatibility reasons */ extern __sfr __at (0xfab) RCSTA; extern volatile __RCSTA1bits_t __at (0xfab) RCSTAbits; extern __sfr __at (0xfac) TXSTA; extern volatile __TXSTA1bits_t __at (0xfac) TXSTAbits; extern __sfr __at (0xfad) TXREG; extern __sfr __at (0xfae) RCREG; extern __sfr __at (0xfaf) SPBRG; extern __sfr __at (0xfb0) PSPCON; typedef union { struct { unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned PSPMODE:1; unsigned IBOV:1; unsigned OBF:1; unsigned IBF:1; }; } __PSPCONbits_t; extern volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; extern __sfr __at (0xfb1) T3CON; typedef union { struct { unsigned TMR3ON:1; unsigned TMR3CS:1; unsigned T3SYNC:1; unsigned T3CCP1:1; unsigned T3CKPS0:1; unsigned T3CKPS1:1; unsigned T3CCP2:1; unsigned RD16:1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xfb1) T3CONbits; extern __sfr __at (0xfb2) TMR3L; extern __sfr __at (0xfb3) TMR3H; extern __sfr __at (0xfb4) CMCON; typedef union { struct { unsigned CM0:1; unsigned CM1:1; unsigned CM2:1; unsigned CIS:1; unsigned C1INV:1; unsigned C2INV:1; unsigned C1OUT:1; unsigned C2OUT:1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xfb4) CMCONbits; extern __sfr __at (0xfb5) CVRCON; typedef union { struct { unsigned CVR0:1; unsigned CVR1:1; unsigned CVR2:1; unsigned CVR3:1; unsigned CVREF:1; unsigned CVRR:1; unsigned CVROE:1; unsigned CVREN:1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; extern __sfr __at (0xfb7) CCP3CON; typedef union { struct { unsigned CCP3M0:1; unsigned CCP3M1:1; unsigned CCP3M2:1; unsigned CCP3M3:1; unsigned DCCP3Y:1; unsigned DCCP3X:1; unsigned :1; unsigned :1; }; } __CCP3CONbits_t; extern volatile __CCP3CONbits_t __at (0xfb7) CCP3CONbits; extern __sfr __at (0xfb8) CCPR3L; extern __sfr __at (0xfb9) CCPR3H; extern __sfr __at (0xfba) CCP2CON; typedef union { struct { unsigned CCP2M0:1; unsigned CCP2M1:1; unsigned CCP2M2:1; unsigned CCP2M3:1; unsigned DCCP2Y:1; unsigned DCCP2X:1; unsigned :1; unsigned :1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; extern __sfr __at (0xfbb) CCPR2L; extern __sfr __at (0xfbc) CCPR2H; extern __sfr __at (0xfbd) CCP1CON; typedef union { struct { unsigned CCP1M0:1; unsigned CCP1M1:1; unsigned CCP1M2:1; unsigned CCP1M3:1; unsigned DCCP1Y:1; unsigned DCCP1X:1; unsigned :1; unsigned :1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; extern __sfr __at (0xfbe) CCPR1L; extern __sfr __at (0xfbf) CCPR1H; extern __sfr __at (0xfc0) ADCON2; typedef union { struct { unsigned ADCS0:1; unsigned ADCS1:1; unsigned ADCS2:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned ADFM:1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; extern __sfr __at (0xfc1) ADCON1; typedef union { struct { unsigned PCFG0:1; unsigned PCFG1:1; unsigned PCFG2:1; unsigned PCFG3:1; unsigned VCFG0:1; unsigned VCFG1:1; unsigned :1; unsigned :1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; extern __sfr __at (0xfc2) ADCON0; typedef union { struct { unsigned ADON:1; unsigned GO:1; unsigned CHS0:1; unsigned CHS1:1; unsigned CHS2:1; unsigned CHS3:1; unsigned :1; unsigned :1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; extern __sfr __at (0xfc3) ADRESL; extern __sfr __at (0xfc4) ADRESH; extern __sfr __at (0xfc5) SSPCON2; typedef union { struct { unsigned SEN:1; unsigned RSEN:1; unsigned PEN:1; unsigned RCEN:1; unsigned ACKEN:1; unsigned ACKDT:1; unsigned ACKSTAT:1; unsigned GCEN:1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; extern __sfr __at (0xfc6) SSPCON1; typedef union { struct { unsigned SSPM0:1; unsigned SSPM1:1; unsigned SSPM2:1; unsigned SSPM3:1; unsigned CKP:1; unsigned SSPEN:1; unsigned SSPOV:1; unsigned WCOL:1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; extern __sfr __at (0xfc7) SSPSTAT; typedef union { struct { unsigned BF:1; unsigned UA:1; unsigned R_W:1; unsigned S:1; unsigned P:1; unsigned D_A:1; unsigned CKE:1; unsigned SMP:1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; extern __sfr __at (0xfc8) SSPADD; extern __sfr __at (0xfc9) SSPBUF; extern __sfr __at (0xfca) T2CON; typedef union { struct { unsigned T2CKPS0:1; unsigned T2CKPS1:1; unsigned TMR2ON:1; unsigned TOUTPS0:1; unsigned TOUTPS1:1; unsigned TOUTPS2:1; unsigned TOUTPS3:1; unsigned :1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xfca) T2CONbits; extern __sfr __at (0xfcb) PR2; extern __sfr __at (0xfcc) TMR2; extern __sfr __at (0xfcd) T1CON; typedef union { struct { unsigned TMR1ON:1; unsigned TMR1CS:1; unsigned NOT_T1SYNC:1; unsigned T1OSCEN:1; unsigned T1CKPS0:1; unsigned T1CKPS1:1; unsigned :1; unsigned RD16:1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xfcd) T1CONbits; extern __sfr __at (0xfce) TMR1L; extern __sfr __at (0xfcf) TMR1H; extern __sfr __at (0xfd0) RCON; typedef union { struct { unsigned BOR:1; unsigned POR:1; unsigned PD:1; unsigned TO:1; unsigned RI:1; unsigned :1; unsigned :1; unsigned IPEN:1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xfd0) RCONbits; extern __sfr __at (0xfd1) WDTCON; typedef union { struct { unsigned SWDTEN:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; struct { unsigned SWDTE:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; extern __sfr __at (0xfd2) LVDCON; typedef union { struct { unsigned LVDL0:1; unsigned LVDL1:1; unsigned LVDL2:1; unsigned LVDL3:1; unsigned LVDEN:1; unsigned VRST:1; unsigned :1; unsigned :1; }; struct { unsigned LVV0:1; unsigned LVV1:1; unsigned LVV2:1; unsigned LVV3:1; unsigned :1; unsigned BGST:1; unsigned :1; unsigned :1; }; } __LVDCONbits_t; extern volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; extern __sfr __at (0xfd3) OSCCON; typedef union { struct { unsigned SCS:1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; unsigned :1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; extern __sfr __at (0xfd5) T0CON; extern __sfr __at (0xfd6) TMR0L; extern __sfr __at (0xfd7) TMR0H; extern __sfr __at (0xfd8) STATUS; typedef union { struct { unsigned C:1; unsigned DC:1; unsigned Z:1; unsigned OV:1; unsigned N:1; unsigned :1; unsigned :1; unsigned :1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xfd8) STATUSbits; extern __sfr __at (0xfd9) FSR2L; extern __sfr __at (0xfda) FSR2H; extern __sfr __at (0xfdb) PLUSW2; extern __sfr __at (0xfdc) PREINC2; extern __sfr __at (0xfdd) POSTDEC2; extern __sfr __at (0xfde) POSTINC2; extern __sfr __at (0xfdf) INDF2; extern __sfr __at (0xfe0) BSR; extern __sfr __at (0xfe1) FSR1L; extern __sfr __at (0xfe2) FSR1H; extern __sfr __at (0xfe3) PLUSW1; extern __sfr __at (0xfe4) PREINC1; extern __sfr __at (0xfe5) POSTDEC1; extern __sfr __at (0xfe6) POSTINC1; extern __sfr __at (0xfe7) INDF1; extern __sfr __at (0xfe8) WREG; extern __sfr __at (0xfe9) FSR0L; extern __sfr __at (0xfea) FSR0H; extern __sfr __at (0xfeb) PLUSW0; extern __sfr __at (0xfec) PREINC0; extern __sfr __at (0xfed) POSTDEC0; extern __sfr __at (0xfee) POSTINC0; extern __sfr __at (0xfef) INDF0; extern __sfr __at (0xff0) INTCON3; typedef union { struct { unsigned INT1F:1; unsigned INT2F:1; unsigned INT3F:1; unsigned INT1E:1; unsigned INT2E:1; unsigned INT3E:1; unsigned INT1P:1; unsigned INT2P:1; }; struct { unsigned INT1IF:1; unsigned INT2IF:1; unsigned INT3IF:1; unsigned INT1IE:1; unsigned INT2IE:1; unsigned INT3IE:1; unsigned INT1IP:1; unsigned INT2IP:1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xff0) INTCON3bits; extern __sfr __at (0xff1) INTCON2; typedef union { struct { unsigned RBIP:1; unsigned INT3P:1; unsigned T0IP:1; unsigned INTEDG3:1; unsigned INTEDG2:1; unsigned INTEDG1:1; unsigned INTEDG0:1; unsigned RBPU:1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xff1) INTCON2bits; extern __sfr __at (0xff2) INTCON; typedef union { struct { unsigned RBIF:1; unsigned INT0F:1; unsigned T0IF:1; unsigned RBIE:1; unsigned INT0E:1; unsigned T0IE:1; unsigned PEIE:1; unsigned GIE:1; }; struct { unsigned :1; unsigned INT0IF:1; unsigned TMR0IF:1; unsigned :1; unsigned INT0IE:1; unsigned TMR0IE:1; unsigned GIEL:1; unsigned GIEH:1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xff2) INTCONbits; extern __sfr __at (0xff3) PRODL; extern __sfr __at (0xff4) PRODH; extern __sfr __at (0xff5) TABLAT; extern __sfr __at (0xff6) TBLPTRL; extern __sfr __at (0xff7) TBLPTRH; extern __sfr __at (0xff8) TBLPTRU; extern __sfr __at (0xff9) PCL; extern __sfr __at (0xffa) PCLATH; extern __sfr __at (0xffb) PCLATU; extern __sfr __at (0xffc) STKPTR; typedef union { struct { unsigned STKPTR0:1; unsigned STKPTR1:1; unsigned STKPTR2:1; unsigned STKPTR3:1; unsigned STKPTR4:1; unsigned :1; unsigned STKUNF:1; unsigned STKFUL:1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xffc) STKPTRbits; extern __sfr __at (0xffd) TOSL; extern __sfr __at (0xffe) TOSH; extern __sfr __at (0xfff) TOSU; /* Configuration registers locations */ #define __CONFIG1H 0x300001 #define __CONFIG2L 0x300002 #define __CONFIG2H 0x300003 #define __CONFIG3L 0x300004 #define __CONFIG3H 0x300005 #define __CONFIG4L 0x300006 #define __CONFIG5L 0x300008 #define __CONFIG5H 0x300009 #define __CONFIG6L 0x30000A #define __CONFIG6H 0x30000B #define __CONFIG7L 0x30000C #define __CONFIG7H 0x30000D /* Oscillator 1H options */ #define _OSC_RC_OSC2_1H 0xFF /* RC-OSC2 as RA6 */ #define _OSC_HS_PLL_1H 0xFE /* HS-PLL Enabled */ #define _OSC_EC_OSC2_RA6_1H 0xFD /* EC-OSC2 as RA6 */ #define _OSC_EC_OSC2_Clock_Out_1H 0xFC /* EC-OSC2 as Clock_Out */ #define _OSC_RC_1H 0xFB /* RC */ #define _OSC_HS_1H 0xFA /* HS */ #define _OSC_XT_1H 0xF9 /* XT */ #define _OSC_LP_1H 0xF8 /* LP */ /* Osc. Switch Enable 1H options */ #define _OSCS_OFF_1H 0xFF /* Disabled */ #define _OSCS_ON_1H 0xDF /* Enabled */ /* Power Up Timer 2L options */ #define _PUT_OFF_2L 0xFF /* Disabled */ #define _PUT_ON_2L 0xFE /* Enabled */ /* Brown Out Detect 2L options */ #define _BODEN_ON_2L 0xFF /* Enabled */ #define _BODEN_OFF_2L 0xFD /* Disabled */ /* Brown Out Voltage 2L options */ #define _BODENV_2_5V_2L 0xFF /* 2.5V */ #define _BODENV_2_7V_2L 0xFB /* 2.7V */ #define _BODENV_4_2V_2L 0xF7 /* 4.2V */ #define _BODENV_4_5V_2L 0xF3 /* 4.5V */ /* Watchdog Timer 2H options */ #define _WDT_ON_2H 0xFF /* Enabled */ #define _WDT_OFF_2H 0xFE /* Disabled */ /* Watchdog Postscaler 2H options */ #define _WDTPS_1_128_2H 0xFF /* 1:128 */ #define _WDTPS_1_64_2H 0xFD /* 1:64 */ #define _WDTPS_1_32_2H 0xFB /* 1:32 */ #define _WDTPS_1_16_2H 0xF9 /* 1:16 */ #define _WDTPS_1_8_2H 0xF7 /* 1:8 */ #define _WDTPS_1_4_2H 0xF5 /* 1:4 */ #define _WDTPS_1_2_2H 0xF3 /* 1:2 */ #define _WDTPS_1_1_2H 0xF1 /* 1:1 */ /* Processor Mode 3L options */ #define _PMODE_MICROCONTROLLER_3L 0xFF /* Microcontroller */ #define _PMODE_MICROPROCESSOR__3L 0xFE /* Microprocessor */ #define _PMODE_MICROPROCESSOR_w_Boot_3L 0xFD /* Microprocessor w_Boot */ #define _PMODE_EXT_3L 0xFC /* Ext Microcontroller */ /* External Bus Wait 3L options */ #define _WAIT_OFF_3L 0xFF /* Disabled */ #define _WAIT_ON_3L 0x7F /* Enabled */ /* CCP2 Mux 3H options */ #define _CCP2MUX_RC1_3H 0xFF /* RC1 */ #define _CCP2MUX_RE7_MICROCONTROLLER__RB3_3H 0xFE /* RE7(Microcontroller)/RB3 */ /* Low Voltage Program 4L options */ #define _LVP_ON_4L 0xFF /* Enabled */ #define _LVP_OFF_4L 0xFB /* Disabled */ /* Background Debug 4L options */ #define _BACKBUG_OFF_4L 0xFF /* Disabled */ #define _BACKBUG_ON_4L 0x7F /* Enabled */ /* Stack Overflow Reset 4L options */ #define _STVR_ON_4L 0xFF /* Enabled */ #define _STVR_OFF_4L 0xFE /* Disabled */ /* Code Protect 00200-03FFF 5L options */ #define _CP_0_OFF_5L 0xFF /* Disabled */ #define _CP_0_ON_5L 0xFE /* Enabled */ /* Code Protect 04000-07FFF 5L options */ #define _CP_1_OFF_5L 0xFF /* Disabled */ #define _CP_1_ON_5L 0xFD /* Enabled */ /* Code Protect 08000-0BFFF 5L options */ #define _CP_2_OFF_5L 0xFF /* Disabled */ #define _CP_2_ON_5L 0xFB /* Enabled */ /* Code Protect 0C000-0FFFF 5L options */ #define _CP_3_OFF_5L 0xFF /* Disabled */ #define _CP_3_ON_5L 0xF7 /* Enabled */ /* Code Protect 10000-13FFF 5L options */ #define _CP_4_OFF_5L 0xFF /* Disabled */ #define _CP_4_ON_5L 0xEF /* Enabled */ /* Code Protect 14000-17FFF 5L options */ #define _CP_5_OFF_5L 0xFF /* Disabled */ #define _CP_5_ON_5L 0xDF /* Enabled */ /* Code Protect 18000-1BFFF 5L options */ #define _CP_6_OFF_5L 0xFF /* Disabled */ #define _CP_6_ON_5L 0xBF /* Enabled */ /* Code Protect 1C000-1FFFF 5L options */ #define _CP_7_OFF_5L 0xFF /* Disabled */ #define _CP_7_ON_5L 0x7F /* Enabled */ /* Data EE Read Protect 5H options */ #define _CPD_OFF_5H 0xFF /* Disabled */ #define _CPD_ON_5H 0x7F /* Enabled */ /* Code Protect Boot 5H options */ #define _CPB_OFF_5H 0xFF /* Disabled */ #define _CPB_ON_5H 0xBF /* Enabled */ /* Table Write Protect 00200-03FFF 6L options */ #define _WRT_0_OFF_6L 0xFF /* Disabled */ #define _WRT_0_ON_6L 0xFE /* Enabled */ /* Table Write Protect 04000-07FFF 6L options */ #define _WRT_1_OFF_6L 0xFF /* Disabled */ #define _WRT_1_ON_6L 0xFD /* Enabled */ /* Table Write Protect 08000-0BFFF 6L options */ #define _WRT_2_OFF_6L 0xFF /* Disabled */ #define _WRT_2_ON_6L 0xFB /* Enabled */ /* Table Write Protect 0C000-0FFFF 6L options */ #define _WRT_3_OFF_6L 0xFF /* Disabled */ #define _WRT_3_ON_6L 0xF7 /* Enabled */ /* Table Write Protect 10000-13FFF 6L options */ #define _WRT_4_OFF_6L 0xFF /* Disabled */ #define _WRT_4_ON_6L 0xEF /* Enabled */ /* Table Write Protect 14000-17FFF 6L options */ #define _WRT_5_OFF_6L 0xFF /* Disabled */ #define _WRT_5_ON_6L 0xDF /* Enabled */ /* Table Write Protect 18000-1BFFF 6L options */ #define _WRT_6_OFF_6L 0xFF /* Disabled */ #define _WRT_6_ON_6L 0xBF /* Enabled */ /* Table Write Protect 1C000-1FFFF 6L options */ #define _WRT_7_OFF_6L 0xFF /* Disabled */ #define _WRT_7_ON_6L 0x7F /* Enabled */ /* Data EE Write Protect 6H options */ #define _WRTD_OFF_6H 0xFF /* Disabled */ #define _WRTD_ON_6H 0x7F /* Enabled */ /* Table Write Protect Boot 6H options */ #define _WRTB_OFF_6H 0xFF /* Disabled */ #define _WRTB_ON_6H 0xBF /* Enabled */ /* Config. Write Protect 6H options */ #define _WRTC_OFF_6H 0xFF /* Disabled */ #define _WRTC_ON_6H 0xDF /* Enabled */ /* Table Read Protect 00200-03FFF 7L options */ #define _EBTR_0_OFF_7L 0xFF /* Disabled */ #define _EBTR_0_ON_7L 0xFE /* Enabled */ /* Table Read Protect 04000-07FFF 7L options */ #define _EBTR_1_OFF_7L 0xFF /* Disabled */ #define _EBTR_1_ON_7L 0xFD /* Enabled */ /* Table Read Protect 08000-0BFFF 7L options */ #define _EBTR_2_OFF_7L 0xFF /* Disabled */ #define _EBTR_2_ON_7L 0xFB /* Enabled */ /* Table Read Protect 0C000-0FFFF 7L options */ #define _EBTR_3_OFF_7L 0xFF /* Disabled */ #define _EBTR_3_ON_7L 0xF7 /* Enabled */ /* Table Read Protect 10000-13FFF 7L options */ #define _EBTR_4_OFF_7L 0xFF /* Disabled */ #define _EBTR_4_ON_7L 0xEF /* Enabled */ /* Table Read Protect 14000-17FFF 7L options */ #define _EBTR_5_OFF_7L 0xFF /* Disabled */ #define _EBTR_5_ON_7L 0xDF /* Enabled */ /* Table Read Protect 18000-1BFFF 7L options */ #define _EBTR_6_OFF_7L 0xFF /* Disabled */ #define _EBTR_6_ON_7L 0xBF /* Enabled */ /* Table Read Protect 1C000-1FFFF 7L options */ #define _EBTR_7_OFF_7L 0xFF /* Disabled */ #define _EBTR_7_ON_7L 0x7F /* Enabled */ /* Table Read Protect Boot 7H options */ #define _EBTRB_OFF_7H 0xFF /* Disabled */ #define _EBTRB_ON_7H 0xBF /* Enabled */ /* Device ID locations */ #define __IDLOC0 0x200000 #define __IDLOC1 0x200001 #define __IDLOC2 0x200002 #define __IDLOC3 0x200003 #define __IDLOC4 0x200004 #define __IDLOC5 0x200005 #define __IDLOC6 0x200006 #define __IDLOC7 0x200007 #endif sdcc-2.9.0/device/include/pic16/pic18f87j50.h000066400000000000000000002322371116427777700202370ustar00rootroot00000000000000/* * pic18f87j50.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F87J50_H__ #define __PIC18F87J50_H__ 1 // Configuration Bits #define __CONFIG1L 0x1FFF8 #define __CONFIG1H 0x1FFF9 #define __CONFIG2L 0x1FFFA #define __CONFIG2H 0x1FFFB #define __CONFIG3L 0x1FFFC #define __CONFIG3H 0x1FFFD #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF extern __sfr __at (0xF40) PMSTAT; extern __sfr __at (0xF40) PMSTATL; typedef union { struct { unsigned OB0E : 1; unsigned OB1E : 1; unsigned OB2E : 1; unsigned OB3E : 1; unsigned : 1; unsigned : 1; unsigned OBUF : 1; unsigned OBE : 1; }; } __PMSTATLbits_t; extern volatile __PMSTATLbits_t __at (0xF40) PMSTATLbits; extern __sfr __at (0xF41) PMSTATH; typedef union { struct { unsigned IB0F : 1; unsigned IB1F : 1; unsigned IB2F : 1; unsigned IB3F : 1; unsigned : 1; unsigned : 1; unsigned IBOV : 1; unsigned IBF : 1; }; } __PMSTATHbits_t; extern volatile __PMSTATHbits_t __at (0xF41) PMSTATHbits; extern __sfr __at (0xF42) PMEL; typedef union { struct { unsigned PTEN0 : 1; unsigned PTEN1 : 1; unsigned PTEN2 : 1; unsigned PTEN3 : 1; unsigned PTEN4 : 1; unsigned PTEN5 : 1; unsigned PTEN6 : 1; unsigned PTEN7 : 1; }; } __PMELbits_t; extern volatile __PMELbits_t __at (0xF42) PMELbits; extern __sfr __at (0xF42) PMEN; extern __sfr __at (0xF43) PMEH; typedef union { struct { unsigned PTEN8 : 1; unsigned PTEN9 : 1; unsigned PTEN10 : 1; unsigned PTEN11 : 1; unsigned PTEN12 : 1; unsigned PTEN13 : 1; unsigned PTEN14 : 1; unsigned PTEN15 : 1; }; } __PMEHbits_t; extern volatile __PMEHbits_t __at (0xF43) PMEHbits; extern __sfr __at (0xF44) PMDIN2; extern __sfr __at (0xF44) PMDIN2L; extern __sfr __at (0xF45) PMDIN2H; extern __sfr __at (0xF46) PMDOUT2; extern __sfr __at (0xF46) PMDOUT2L; extern __sfr __at (0xF47) PMDOUT2H; extern __sfr __at (0xF48) PMMODE; extern __sfr __at (0xF48) PMMODEL; typedef union { struct { unsigned WAITE0 : 1; unsigned WAITE1 : 1; unsigned WAITM0 : 1; unsigned WAITM1 : 1; unsigned WAITM2 : 1; unsigned WAITM3 : 1; unsigned WAITB0 : 1; unsigned WAITB1 : 1; }; } __PMMODELbits_t; extern volatile __PMMODELbits_t __at (0xF48) PMMODELbits; extern __sfr __at (0xF49) PMMODEH; typedef union { struct { unsigned MODE0 : 1; unsigned MODE1 : 1; unsigned MODE16 : 1; unsigned INCM0 : 1; unsigned INCM1 : 1; unsigned IRQM0 : 1; unsigned IRQM1 : 1; unsigned BUSY : 1; }; } __PMMODEHbits_t; extern volatile __PMMODEHbits_t __at (0xF49) PMMODEHbits; extern __sfr __at (0xF4A) PMCON; extern __sfr __at (0xF4A) PMCONL; typedef union { struct { unsigned RDSP : 1; unsigned WRSP : 1; unsigned BEP : 1; unsigned CS1P : 1; unsigned CS2P : 1; unsigned ALP : 1; unsigned CSF0 : 1; unsigned CSF1 : 1; }; } __PMCONLbits_t; extern volatile __PMCONLbits_t __at (0xF4A) PMCONLbits; extern __sfr __at (0xF4B) PMCONH; typedef union { struct { unsigned PTRDEN : 1; unsigned PTWREN : 1; unsigned PTBEEN : 1; unsigned ADRMUX0 : 1; unsigned ADRMUX1 : 1; unsigned PSIDL : 1; unsigned : 1; unsigned PMPEN : 1; }; } __PMCONHbits_t; extern volatile __PMCONHbits_t __at (0xF4B) PMCONHbits; extern __sfr __at (0xF4C) UEP0; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP0bits_t; extern volatile __UEP0bits_t __at (0xF4C) UEP0bits; extern __sfr __at (0xF4D) UEP1; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP1bits_t; extern volatile __UEP1bits_t __at (0xF4D) UEP1bits; extern __sfr __at (0xF4E) UEP2; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP2bits_t; extern volatile __UEP2bits_t __at (0xF4E) UEP2bits; extern __sfr __at (0xF4F) UEP3; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP3bits_t; extern volatile __UEP3bits_t __at (0xF4F) UEP3bits; extern __sfr __at (0xF50) UEP4; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP4bits_t; extern volatile __UEP4bits_t __at (0xF50) UEP4bits; extern __sfr __at (0xF51) UEP5; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP5bits_t; extern volatile __UEP5bits_t __at (0xF51) UEP5bits; extern __sfr __at (0xF52) UEP6; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP6bits_t; extern volatile __UEP6bits_t __at (0xF52) UEP6bits; extern __sfr __at (0xF53) UEP7; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP7bits_t; extern volatile __UEP7bits_t __at (0xF53) UEP7bits; extern __sfr __at (0xF54) UEP8; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP8bits_t; extern volatile __UEP8bits_t __at (0xF54) UEP8bits; extern __sfr __at (0xF55) UEP9; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP9bits_t; extern volatile __UEP9bits_t __at (0xF55) UEP9bits; extern __sfr __at (0xF56) UEP10; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP10bits_t; extern volatile __UEP10bits_t __at (0xF56) UEP10bits; extern __sfr __at (0xF57) UEP11; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP11bits_t; extern volatile __UEP11bits_t __at (0xF57) UEP11bits; extern __sfr __at (0xF58) UEP12; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP12bits_t; extern volatile __UEP12bits_t __at (0xF58) UEP12bits; extern __sfr __at (0xF59) UEP13; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP13bits_t; extern volatile __UEP13bits_t __at (0xF59) UEP13bits; extern __sfr __at (0xF5A) UEP14; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP14bits_t; extern volatile __UEP14bits_t __at (0xF5A) UEP14bits; extern __sfr __at (0xF5B) UEP15; typedef union { struct { unsigned EPSTALL : 1; unsigned EPINEN : 1; unsigned EPOUTEN : 1; unsigned EPCONDIS : 1; unsigned EPHSHK : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UEP15bits_t; extern volatile __UEP15bits_t __at (0xF5B) UEP15bits; extern __sfr __at (0xF5C) UIE; typedef union { struct { unsigned URSTIE : 1; unsigned UERRIE : 1; unsigned ACTVIE : 1; unsigned TRNIE : 1; unsigned IDLEIE : 1; unsigned STALLIE : 1; unsigned SOFIE : 1; unsigned : 1; }; } __UIEbits_t; extern volatile __UIEbits_t __at (0xF5C) UIEbits; extern __sfr __at (0xF5D) UEIE; typedef union { struct { unsigned PIDEE : 1; unsigned CRC5EE : 1; unsigned CRC16EE : 1; unsigned DFN8EE : 1; unsigned BTOEE : 1; unsigned : 1; unsigned : 1; unsigned BTSEE : 1; }; } __UEIEbits_t; extern volatile __UEIEbits_t __at (0xF5D) UEIEbits; extern __sfr __at (0xF5E) UADDR; typedef union { struct { unsigned ADDR0 : 1; unsigned ADDR1 : 1; unsigned ADDR2 : 1; unsigned ADDR3 : 1; unsigned ADDR4 : 1; unsigned ADDR5 : 1; unsigned ADDR6 : 1; unsigned : 1; }; } __UADDRbits_t; extern volatile __UADDRbits_t __at (0xF5E) UADDRbits; extern __sfr __at (0xF5F) UCFG; typedef union { struct { unsigned PPB0 : 1; unsigned PPB1 : 1; unsigned FSEN : 1; unsigned UTRDIS : 1; unsigned UPUEN : 1; unsigned : 1; unsigned UOEMON : 1; unsigned UTEYE : 1; }; } __UCFGbits_t; extern volatile __UCFGbits_t __at (0xF5F) UCFGbits; extern __sfr __at (0xF60) UFRM; extern __sfr __at (0xF60) UFRML; typedef union { struct { unsigned FRM0 : 1; unsigned FRM1 : 1; unsigned FRM2 : 1; unsigned FRM3 : 1; unsigned FRM4 : 1; unsigned FRM5 : 1; unsigned FRM6 : 1; unsigned FRM7 : 1; }; } __UFRMLbits_t; extern volatile __UFRMLbits_t __at (0xF60) UFRMLbits; extern __sfr __at (0xF61) UFRMH; typedef union { struct { unsigned FRM8 : 1; unsigned FRM9 : 1; unsigned FRM10 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __UFRMHbits_t; extern volatile __UFRMHbits_t __at (0xF61) UFRMHbits; extern __sfr __at (0xF62) UIR; typedef union { struct { unsigned URSTIF : 1; unsigned UERRIF : 1; unsigned ACTVIF : 1; unsigned TRNIF : 1; unsigned IDLEIF : 1; unsigned STALLIF : 1; unsigned SOFIF : 1; unsigned : 1; }; } __UIRbits_t; extern volatile __UIRbits_t __at (0xF62) UIRbits; extern __sfr __at (0xF63) UEIR; typedef union { struct { unsigned PIDEF : 1; unsigned CRC5EF : 1; unsigned CRC16EF : 1; unsigned DFN8EF : 1; unsigned BTOEF : 1; unsigned : 1; unsigned : 1; unsigned BTSEF : 1; }; } __UEIRbits_t; extern volatile __UEIRbits_t __at (0xF63) UEIRbits; extern __sfr __at (0xF64) USTAT; typedef union { struct { unsigned : 1; unsigned PPBI : 1; unsigned DIR : 1; unsigned ENDP0 : 1; unsigned ENDP1 : 1; unsigned ENDP2 : 1; unsigned ENDP3 : 1; unsigned : 1; }; } __USTATbits_t; extern volatile __USTATbits_t __at (0xF64) USTATbits; extern __sfr __at (0xF65) UCON; typedef union { struct { unsigned : 1; unsigned SUSPND : 1; unsigned RESUME : 1; unsigned USBEN : 1; unsigned PKTDIS : 1; unsigned SE0 : 1; unsigned PPBRST : 1; unsigned : 1; }; } __UCONbits_t; extern volatile __UCONbits_t __at (0xF65) UCONbits; extern __sfr __at (0xF66) PMDIN1; extern __sfr __at (0xF66) PMDIN1L; extern __sfr __at (0xF67) PMDIN1H; extern __sfr __at (0xF68) PMADDR; extern __sfr __at (0xF68) PMADDRL; extern __sfr __at (0xF68) PMDOUT1; extern __sfr __at (0xF68) PMDOUT1L; extern __sfr __at (0xF69) PMADDRH; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CS1 : 1; unsigned CS2 : 1; }; } __PMADDRHbits_t; extern volatile __PMADDRHbits_t __at (0xF69) PMADDRHbits; extern __sfr __at (0xF69) PMDOUT1H; extern __sfr __at (0xF6A) CMSTAT; typedef union { struct { unsigned COUT1 : 1; unsigned COUT2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CMSTATbits_t; extern volatile __CMSTATbits_t __at (0xF6A) CMSTATbits; extern __sfr __at (0xF6A) CMSTATUS; typedef union { struct { unsigned COUT1 : 1; unsigned COUT2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CMSTATUSbits_t; extern volatile __CMSTATUSbits_t __at (0xF6A) CMSTATUSbits; extern __sfr __at (0xF6B) SSP2CON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; } __SSP2CON2bits_t; extern volatile __SSP2CON2bits_t __at (0xF6B) SSP2CON2bits; extern __sfr __at (0xF6C) SSP2CON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSP2CON1bits_t; extern volatile __SSP2CON1bits_t __at (0xF6C) SSP2CON1bits; extern __sfr __at (0xF6D) SSP2STAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSP2STATbits_t; extern volatile __SSP2STATbits_t __at (0xF6D) SSP2STATbits; extern __sfr __at (0xF6E) SSP2ADD; extern __sfr __at (0xF6E) SSP2MSK; typedef union { struct { unsigned MSK0 : 1; unsigned MSK1 : 1; unsigned MSK2 : 1; unsigned MSK3 : 1; unsigned MSK4 : 1; unsigned MSK5 : 1; unsigned MSK6 : 1; unsigned MSK7 : 1; }; } __SSP2MSKbits_t; extern volatile __SSP2MSKbits_t __at (0xF6E) SSP2MSKbits; extern __sfr __at (0xF6F) SSP2BUF; extern __sfr __at (0xF70) CCP5CON; typedef union { struct { unsigned CCP5M0 : 1; unsigned CCP5M1 : 1; unsigned CCP5M2 : 1; unsigned CCP5M3 : 1; unsigned DCCP5Y : 1; unsigned DCCP5X : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC5B0 : 1; unsigned DC5B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP5CONbits_t; extern volatile __CCP5CONbits_t __at (0xF70) CCP5CONbits; extern __sfr __at (0xF71) CCPR5; extern __sfr __at (0xF71) CCPR5L; extern __sfr __at (0xF72) CCPR5H; extern __sfr __at (0xF73) CCP4CON; typedef union { struct { unsigned CCP4M0 : 1; unsigned CCP4M1 : 1; unsigned CCP4M2 : 1; unsigned CCP4M3 : 1; unsigned DCCP4Y : 1; unsigned DCCP4X : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC4B0 : 1; unsigned DC4B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP4CONbits_t; extern volatile __CCP4CONbits_t __at (0xF73) CCP4CONbits; extern __sfr __at (0xF74) CCPR4; extern __sfr __at (0xF74) CCPR4L; extern __sfr __at (0xF75) CCPR4H; extern __sfr __at (0xF76) T4CON; typedef union { struct { unsigned T4CKPS0 : 1; unsigned T4CKPS1 : 1; unsigned TMR4ON : 1; unsigned T4OUTPS0 : 1; unsigned T4OUTPS1 : 1; unsigned T4OUTPS2 : 1; unsigned T4OUTPS3 : 1; unsigned : 1; }; } __T4CONbits_t; extern volatile __T4CONbits_t __at (0xF76) T4CONbits; extern __sfr __at (0xF77) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xF77) CVRCONbits; extern __sfr __at (0xF77) PR4; extern __sfr __at (0xF78) TMR4; extern __sfr __at (0xF79) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xF79) T3CONbits; extern __sfr __at (0xF7A) TMR3L; extern __sfr __at (0xF7B) TMR3H; extern __sfr __at (0xF7C) BAUDCON2; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned DTRXP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCON2bits_t; extern volatile __BAUDCON2bits_t __at (0xF7C) BAUDCON2bits; extern __sfr __at (0xF7D) SPBRGH2; extern __sfr __at (0xF7E) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned DTRXP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xF7E) BAUDCONbits; extern __sfr __at (0xF7E) BAUDCON1; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned DTRXP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned RXDTP : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCON1bits_t; extern volatile __BAUDCON1bits_t __at (0xF7E) BAUDCON1bits; extern __sfr __at (0xF7F) SPBRGH; extern __sfr __at (0xF7F) SPBRGH1; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned RA6 : 1; unsigned RA7 : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned OSC2 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned PMD5_PORTA : 1; unsigned C2INA : 1; unsigned CLKO : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PMD4_PORTA : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned INT3 : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned FLT0 : 1; unsigned PMA4 : 1; unsigned PMA3 : 1; unsigned PMA2 : 1; unsigned PMA1 : 1; unsigned PMA0 : 1; unsigned PGC : 1; unsigned PGD : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2_PORTB : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2_PORTC : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned C2OUT : 1; unsigned CK : 1; unsigned DT : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PMD0_PORTD : 1; unsigned PMD1_PORTD : 1; unsigned PMD2_PORTD : 1; unsigned PMD3_PORTD : 1; unsigned PMD4_PORTD : 1; unsigned PMD5_PORTD : 1; unsigned PMD6_PORTD : 1; unsigned PMD7_PORTD : 1; }; struct { unsigned AD0 : 1; unsigned AD1 : 1; unsigned AD2 : 1; unsigned AD3 : 1; unsigned AD4 : 1; unsigned AD5 : 1; unsigned AD6 : 1; unsigned AD7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SDO2 : 1; unsigned SDA2 : 1; unsigned SCL2 : 1; unsigned SS2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SDI2 : 1; unsigned SCK2 : 1; unsigned : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned RE4 : 1; unsigned RE5 : 1; unsigned RE6 : 1; unsigned RE7 : 1; }; struct { unsigned AD8 : 1; unsigned AD9 : 1; unsigned AD10 : 1; unsigned AD11 : 1; unsigned AD12 : 1; unsigned AD13 : 1; unsigned AD14 : 1; unsigned AD15 : 1; }; struct { unsigned PMRD_PORTE : 1; unsigned PMWR_PORTE : 1; unsigned PMBE_PORTE : 1; unsigned PMA13 : 1; unsigned PMA12 : 1; unsigned PMA11 : 1; unsigned PMA10 : 1; unsigned PMA9 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned REFO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2_PORTE : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF85) PORTF; typedef union { struct { unsigned : 1; unsigned : 1; unsigned RF2 : 1; unsigned RF3 : 1; unsigned RF4 : 1; unsigned RF5 : 1; unsigned RF6 : 1; unsigned RF7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned AN7 : 1; unsigned : 1; unsigned : 1; unsigned AN10 : 1; unsigned AN11 : 1; unsigned SS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned C2INB : 1; unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned C1INA : 1; unsigned C1OUT : 1; }; struct { unsigned : 1; unsigned : 1; unsigned PMA5 : 1; unsigned : 1; unsigned : 1; unsigned C1INB : 1; unsigned PMD1_PORTF : 1; unsigned PMD0_PORTF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PMD2_PORTF : 1; unsigned : 1; unsigned : 1; }; } __PORTFbits_t; extern volatile __PORTFbits_t __at (0xF85) PORTFbits; extern __sfr __at (0xF86) PORTG; typedef union { struct { unsigned RG0 : 1; unsigned RG1 : 1; unsigned RG2 : 1; unsigned RG3 : 1; unsigned RG4 : 1; unsigned RJPU : 1; unsigned REPU : 1; unsigned RDPU : 1; }; struct { unsigned CCP3 : 1; unsigned TX2 : 1; unsigned RX2 : 1; unsigned CCP4 : 1; unsigned CCP5 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned PMA8 : 1; unsigned CK2 : 1; unsigned DT2 : 1; unsigned PMCS1 : 1; unsigned PMCS2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned PMA7 : 1; unsigned PMA6 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTGbits_t; extern volatile __PORTGbits_t __at (0xF86) PORTGbits; extern __sfr __at (0xF87) PORTH; typedef union { struct { unsigned RH0 : 1; unsigned RH1 : 1; unsigned RH2 : 1; unsigned RH3 : 1; unsigned RH4 : 1; unsigned RH5 : 1; unsigned RH6 : 1; unsigned RH7 : 1; }; struct { unsigned A16 : 1; unsigned A17 : 1; unsigned A18 : 1; unsigned A19 : 1; unsigned AN12 : 1; unsigned AN13 : 1; unsigned AN14 : 1; unsigned AN15 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned PMD7_PORTH : 1; unsigned PMD6_PORTH : 1; unsigned PMD3_PORTH : 1; unsigned PMBE_PORTH : 1; unsigned PMRD_PORTH : 1; unsigned PMWR_PORTH : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned C2INC : 1; unsigned C2IND : 1; unsigned C1INC : 1; unsigned P1B : 1; }; } __PORTHbits_t; extern volatile __PORTHbits_t __at (0xF87) PORTHbits; extern __sfr __at (0xF88) PORTJ; typedef union { struct { unsigned RJ0 : 1; unsigned RJ1 : 1; unsigned RJ2 : 1; unsigned RJ3 : 1; unsigned RJ4 : 1; unsigned RJ5 : 1; unsigned RJ6 : 1; unsigned RJ7 : 1; }; struct { unsigned ALE : 1; unsigned OE : 1; unsigned WRL : 1; unsigned WRH : 1; unsigned BA0 : 1; unsigned CE : 1; unsigned LB : 1; unsigned UB : 1; }; } __PORTJbits_t; extern volatile __PORTJbits_t __at (0xF88) PORTJbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned : 1; unsigned : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned LATE3 : 1; unsigned LATE4 : 1; unsigned LATE5 : 1; unsigned LATE6 : 1; unsigned LATE7 : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF8E) LATF; typedef union { struct { unsigned : 1; unsigned : 1; unsigned LATF2 : 1; unsigned LATF3 : 1; unsigned LATF4 : 1; unsigned LATF5 : 1; unsigned LATF6 : 1; unsigned LATF7 : 1; }; } __LATFbits_t; extern volatile __LATFbits_t __at (0xF8E) LATFbits; extern __sfr __at (0xF8F) LATG; typedef union { struct { unsigned LATG0 : 1; unsigned LATG1 : 1; unsigned LATG2 : 1; unsigned LATG3 : 1; unsigned LATG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __LATGbits_t; extern volatile __LATGbits_t __at (0xF8F) LATGbits; extern __sfr __at (0xF90) LATH; typedef union { struct { unsigned LATH0 : 1; unsigned LATH1 : 1; unsigned LATH2 : 1; unsigned LATH3 : 1; unsigned LATH4 : 1; unsigned LATH5 : 1; unsigned LATH6 : 1; unsigned LATH7 : 1; }; } __LATHbits_t; extern volatile __LATHbits_t __at (0xF90) LATHbits; extern __sfr __at (0xF91) LATJ; typedef union { struct { unsigned LATJ0 : 1; unsigned LATJ1 : 1; unsigned LATJ2 : 1; unsigned LATJ3 : 1; unsigned LATJ4 : 1; unsigned LATJ5 : 1; unsigned LATJ6 : 1; unsigned LATJ7 : 1; }; } __LATJbits_t; extern volatile __LATJbits_t __at (0xF91) LATJbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned : 1; unsigned : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned RE4 : 1; unsigned RE5 : 1; unsigned RE6 : 1; unsigned RE7 : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned TRISE3 : 1; unsigned TRISE4 : 1; unsigned TRISE5 : 1; unsigned TRISE6 : 1; unsigned TRISE7 : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF97) DDRF; typedef union { struct { unsigned : 1; unsigned RF1 : 1; unsigned RF2 : 1; unsigned RF3 : 1; unsigned RF4 : 1; unsigned RF5 : 1; unsigned RF6 : 1; unsigned RF7 : 1; }; } __DDRFbits_t; extern volatile __DDRFbits_t __at (0xF97) DDRFbits; extern __sfr __at (0xF97) TRISF; typedef union { struct { unsigned : 1; unsigned : 1; unsigned TRISF2 : 1; unsigned TRISF3 : 1; unsigned TRISF4 : 1; unsigned TRISF5 : 1; unsigned TRISF6 : 1; unsigned TRISF7 : 1; }; } __TRISFbits_t; extern volatile __TRISFbits_t __at (0xF97) TRISFbits; extern __sfr __at (0xF98) DDRG; typedef union { struct { unsigned RG0 : 1; unsigned RG1 : 1; unsigned RG2 : 1; unsigned RG3 : 1; unsigned RG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __DDRGbits_t; extern volatile __DDRGbits_t __at (0xF98) DDRGbits; extern __sfr __at (0xF98) TRISG; typedef union { struct { unsigned TRISG0 : 1; unsigned TRISG1 : 1; unsigned TRISG2 : 1; unsigned TRISG3 : 1; unsigned TRISG4 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __TRISGbits_t; extern volatile __TRISGbits_t __at (0xF98) TRISGbits; extern __sfr __at (0xF99) DDRH; typedef union { struct { unsigned RH0 : 1; unsigned RH1 : 1; unsigned RH2 : 1; unsigned RH3 : 1; unsigned RH4 : 1; unsigned RH5 : 1; unsigned RH6 : 1; unsigned RH7 : 1; }; } __DDRHbits_t; extern volatile __DDRHbits_t __at (0xF99) DDRHbits; extern __sfr __at (0xF99) TRISH; typedef union { struct { unsigned TRISH0 : 1; unsigned TRISH1 : 1; unsigned TRISH2 : 1; unsigned TRISH3 : 1; unsigned TRISH4 : 1; unsigned TRISH5 : 1; unsigned TRISH6 : 1; unsigned TRISH7 : 1; }; } __TRISHbits_t; extern volatile __TRISHbits_t __at (0xF99) TRISHbits; extern __sfr __at (0xF9A) DDRJ; typedef union { struct { unsigned RJ0 : 1; unsigned RJ1 : 1; unsigned RJ2 : 1; unsigned RJ3 : 1; unsigned RJ4 : 1; unsigned RJ5 : 1; unsigned RJ6 : 1; unsigned RJ7 : 1; }; } __DDRJbits_t; extern volatile __DDRJbits_t __at (0xF9A) DDRJbits; extern __sfr __at (0xF9A) TRISJ; typedef union { struct { unsigned TRISJ0 : 1; unsigned TRISJ1 : 1; unsigned TRISJ2 : 1; unsigned TRISJ3 : 1; unsigned TRISJ4 : 1; unsigned TRISJ5 : 1; unsigned TRISJ6 : 1; unsigned TRISJ7 : 1; }; } __TRISJbits_t; extern volatile __TRISJbits_t __at (0xF9A) TRISJbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned TUN0 : 1; unsigned TUN1 : 1; unsigned TUN2 : 1; unsigned TUN3 : 1; unsigned TUN4 : 1; unsigned TUN5 : 1; unsigned PLLEN : 1; unsigned INTSRC : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9C) RCSTA2; typedef union { struct { unsigned RCD8 : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RC9 : 1; unsigned SPEN : 1; }; struct { unsigned RX9D : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RX9 : 1; unsigned : 1; }; } __RCSTA2bits_t; extern volatile __RCSTA2bits_t __at (0xF9C) RCSTA2bits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PMPIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IE : 1; unsigned TX1IE : 1; unsigned RC1IE : 1; unsigned : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PMPIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IF : 1; unsigned TX1IF : 1; unsigned RC1IF : 1; unsigned : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PMPIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IP : 1; unsigned TX1IP : 1; unsigned RC1IP : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned LVDIE : 1; unsigned BCLIE : 1; unsigned USBIE : 1; unsigned CM1IE : 1; unsigned CM2IE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned LVDIF : 1; unsigned BCLIF : 1; unsigned USBIF : 1; unsigned CM1IF : 1; unsigned CM2IF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned LVDIP : 1; unsigned BCLIP : 1; unsigned USBIP : 1; unsigned CM1IP : 1; unsigned CM2IP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned CCP3IE : 1; unsigned CCP4IE : 1; unsigned CCP5IE : 1; unsigned TMR4IE : 1; unsigned TX2IE : 1; unsigned RC2IE : 1; unsigned BCL2IE : 1; unsigned SSP2IE : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned CCP3IF : 1; unsigned CCP4IF : 1; unsigned CCP5IF : 1; unsigned TMR4IF : 1; unsigned TX2IF : 1; unsigned RC2IF : 1; unsigned BCL2IF : 1; unsigned SSP2IF : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned CCP3IP : 1; unsigned CCP4IP : 1; unsigned CCP5IP : 1; unsigned TMR4IP : 1; unsigned TX2IP : 1; unsigned RC2IP : 1; unsigned BCL2IP : 1; unsigned SSP2IP : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned WPROG : 1; unsigned : 1; unsigned : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFA8) TXSTA2; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTA2bits_t; extern volatile __TXSTA2bits_t __at (0xFA8) TXSTA2bits; extern __sfr __at (0xFA9) TXREG2; extern __sfr __at (0xFAA) RCREG2; extern __sfr __at (0xFAB) SPBRG2; extern __sfr __at (0xFAC) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAC) RCSTAbits; extern __sfr __at (0xFAC) RCSTA1; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTA1bits_t; extern volatile __RCSTA1bits_t __at (0xFAC) RCSTA1bits; extern __sfr __at (0xFAD) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAD) TXSTAbits; extern __sfr __at (0xFAD) TXSTA1; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTA1bits_t; extern volatile __TXSTA1bits_t __at (0xFAD) TXSTA1bits; extern __sfr __at (0xFAE) TXREG; extern __sfr __at (0xFAE) TXREG1; extern __sfr __at (0xFAF) RCREG; extern __sfr __at (0xFAF) RCREG1; extern __sfr __at (0xFB0) SPBRG; extern __sfr __at (0xFB0) SPBRG1; extern __sfr __at (0xFB1) CCP3CON; typedef union { struct { unsigned CCP3M0 : 1; unsigned CCP3M1 : 1; unsigned CCP3M2 : 1; unsigned CCP3M3 : 1; unsigned DC3B0 : 1; unsigned DC3B1 : 1; unsigned P3M0 : 1; unsigned P3M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP3Y : 1; unsigned CCP3X : 1; unsigned : 1; unsigned : 1; }; } __CCP3CONbits_t; extern volatile __CCP3CONbits_t __at (0xFB1) CCP3CONbits; extern __sfr __at (0xFB1) ECCP3CON; typedef union { struct { unsigned CCP3M0 : 1; unsigned CCP3M1 : 1; unsigned CCP3M2 : 1; unsigned CCP3M3 : 1; unsigned DC3B0 : 1; unsigned DC3B1 : 1; unsigned P3M0 : 1; unsigned P3M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP3Y : 1; unsigned CCP3X : 1; unsigned : 1; unsigned : 1; }; } __ECCP3CONbits_t; extern volatile __ECCP3CONbits_t __at (0xFB1) ECCP3CONbits; extern __sfr __at (0xFB2) CCPR3; extern __sfr __at (0xFB2) CCPR3L; extern __sfr __at (0xFB3) CCPR3H; extern __sfr __at (0xFB4) ECCP3DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P3DC0 : 1; unsigned P3DC1 : 1; unsigned P3DC2 : 1; unsigned P3DC3 : 1; unsigned P3DC4 : 1; unsigned P3DC5 : 1; unsigned P3DC6 : 1; unsigned P3RSEN : 1; }; } __ECCP3DELbits_t; extern volatile __ECCP3DELbits_t __at (0xFB4) ECCP3DELbits; extern __sfr __at (0xFB5) ECCP3AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS3BD0 : 1; unsigned PSS3BD1 : 1; unsigned PSS3AC0 : 1; unsigned PSS3AC1 : 1; unsigned ECCP3AS0 : 1; unsigned ECCP3AS1 : 1; unsigned ECCP3AS2 : 1; unsigned ECCP3ASE : 1; }; } __ECCP3ASbits_t; extern volatile __ECCP3ASbits_t __at (0xFB5) ECCP3ASbits; extern __sfr __at (0xFB6) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned P2M0 : 1; unsigned P2M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFB6) CCP2CONbits; extern __sfr __at (0xFB6) ECCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned P2M0 : 1; unsigned P2M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __ECCP2CONbits_t; extern volatile __ECCP2CONbits_t __at (0xFB6) ECCP2CONbits; extern __sfr __at (0xFB7) CCPR2; extern __sfr __at (0xFB7) CCPR2L; extern __sfr __at (0xFB8) CCPR2H; extern __sfr __at (0xFB9) ECCP2DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P2DC0 : 1; unsigned P2DC1 : 1; unsigned P2DC2 : 1; unsigned P2DC3 : 1; unsigned P2DC4 : 1; unsigned P2DC5 : 1; unsigned P2DC6 : 1; unsigned P2RSEN : 1; }; } __ECCP2DELbits_t; extern volatile __ECCP2DELbits_t __at (0xFB9) ECCP2DELbits; extern __sfr __at (0xFBA) ECCP2AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS2BD0 : 1; unsigned PSS2BD1 : 1; unsigned PSS2AC0 : 1; unsigned PSS2AC1 : 1; unsigned ECCP2AS0 : 1; unsigned ECCP2AS1 : 1; unsigned ECCP2AS2 : 1; unsigned ECCP2ASE : 1; }; } __ECCP2ASbits_t; extern volatile __ECCP2ASbits_t __at (0xFBA) ECCP2ASbits; extern __sfr __at (0xFBB) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBB) CCP1CONbits; extern __sfr __at (0xFBB) ECCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xFBB) ECCP1CONbits; extern __sfr __at (0xFBC) CCPR1; extern __sfr __at (0xFBC) CCPR1L; extern __sfr __at (0xFBD) CCPR1H; extern __sfr __at (0xFBE) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P1DC0 : 1; unsigned P1DC1 : 1; unsigned P1DC2 : 1; unsigned P1DC3 : 1; unsigned P1DC4 : 1; unsigned P1DC5 : 1; unsigned P1DC6 : 1; unsigned P1RSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xFBE) ECCP1DELbits; extern __sfr __at (0xFBF) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS1BD0 : 1; unsigned PSS1BD1 : 1; unsigned PSS1AC0 : 1; unsigned PSS1AC1 : 1; unsigned ECCP1AS0 : 1; unsigned ECCP1AS1 : 1; unsigned ECCP1AS2 : 1; unsigned ECCP1ASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFBF) ECCP1ASbits; extern __sfr __at (0xFC0) WDTCON; typedef union { struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DEVCFG : 1; unsigned : 1; unsigned LVDSTAT : 1; unsigned REGSLP : 1; }; struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned ADSHR : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFC0) WDTCONbits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned ADCAL : 1; unsigned ADFM : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC1) ANCON0; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned PCFG4 : 1; unsigned PCFG5 : 1; unsigned PCFG6 : 1; unsigned PCFG7 : 1; }; } __ANCON0bits_t; extern volatile __ANCON0bits_t __at (0xFC1) ANCON0bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC2) ANCON1; typedef union { struct { unsigned PCFG8 : 1; unsigned PCFG9 : 1; unsigned PCFG10 : 1; unsigned PCFG11 : 1; unsigned PCFG12 : 1; unsigned PCFG13 : 1; unsigned PCFG14 : 1; unsigned PCFG15 : 1; }; } __ANCON1bits_t; extern volatile __ANCON1bits_t __at (0xFC2) ANCON1bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSP1CON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; } __SSP1CON2bits_t; extern volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSP1CON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSP1CON1bits_t; extern volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSP1STAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSP1STATbits_t; extern volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSP1ADD; extern __sfr __at (0xFC8) SSP1MSK; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSP1BUF; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) MEMCON; typedef union { struct { unsigned WM0 : 1; unsigned WM1 : 1; unsigned : 1; unsigned : 1; unsigned WAIT0 : 1; unsigned WAIT1 : 1; unsigned : 1; unsigned EDBIS : 1; }; } __MEMCONbits_t; extern volatile __MEMCONbits_t __at (0xFCB) MEMCONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) PADCFG1; typedef union { struct { unsigned PMPTTL : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PADCFG1bits_t; extern volatile __PADCFG1bits_t __at (0xFCC) PADCFG1bits; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) ODCON3; typedef union { struct { unsigned SPI1OD : 1; unsigned SPI2OD : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ODCON3bits_t; extern volatile __ODCON3bits_t __at (0xFCD) ODCON3bits; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) ODCON2; typedef union { struct { unsigned USART1OD : 1; unsigned USART2OD : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned U1OD : 1; unsigned U2OD : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ODCON2bits_t; extern volatile __ODCON2bits_t __at (0xFCE) ODCON2bits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) ODCON1; typedef union { struct { unsigned ECCP1OD : 1; unsigned ECCP2OD : 1; unsigned ECCP3OD : 1; unsigned CCP4OD : 1; unsigned CCP5OD : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ODCON1bits_t; extern volatile __ODCON1bits_t __at (0xFCF) ODCON1bits; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned NOT_CM : 1; unsigned : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned CM : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) CM2CON; typedef union { struct { unsigned C1CH0 : 1; unsigned C1CH1 : 1; unsigned CREF : 1; unsigned EVPOL0 : 1; unsigned EVPOL1 : 1; unsigned CPOL : 1; unsigned COE : 1; unsigned CON : 1; }; struct { unsigned CCH0 : 1; unsigned CCH1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CM2CONbits_t; extern volatile __CM2CONbits_t __at (0xFD1) CM2CONbits; extern __sfr __at (0xFD1) CM2CON1; typedef union { struct { unsigned C1CH0 : 1; unsigned C1CH1 : 1; unsigned CREF : 1; unsigned EVPOL0 : 1; unsigned EVPOL1 : 1; unsigned CPOL : 1; unsigned COE : 1; unsigned CON : 1; }; struct { unsigned CCH0 : 1; unsigned CCH1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CM2CON1bits_t; extern volatile __CM2CON1bits_t __at (0xFD1) CM2CON1bits; extern __sfr __at (0xFD2) CM1CON; typedef union { struct { unsigned C1CH0 : 1; unsigned C1CH1 : 1; unsigned CREF : 1; unsigned EVPOL0 : 1; unsigned EVPOL1 : 1; unsigned CPOL : 1; unsigned COE : 1; unsigned CON : 1; }; struct { unsigned CCH0 : 1; unsigned CCH1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CM1CONbits_t; extern volatile __CM1CONbits_t __at (0xFD2) CM1CONbits; extern __sfr __at (0xFD2) CM1CON1; typedef union { struct { unsigned C1CH0 : 1; unsigned C1CH1 : 1; unsigned CREF : 1; unsigned EVPOL0 : 1; unsigned EVPOL1 : 1; unsigned CPOL : 1; unsigned COE : 1; unsigned CON : 1; }; struct { unsigned CCH0 : 1; unsigned CCH1 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __CM1CON1bits_t; extern volatile __CM1CON1bits_t __at (0xFD2) CM1CON1bits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned IOFS : 1; unsigned OSTS : 1; unsigned IRCF0 : 1; unsigned IRCF1 : 1; unsigned IRCF2 : 1; unsigned IDLEN : 1; }; struct { unsigned : 1; unsigned : 1; unsigned FLTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD3) REFOCON; typedef union { struct { unsigned RODIV0 : 1; unsigned RODIV1 : 1; unsigned RODIV2 : 1; unsigned RODIV3 : 1; unsigned ROSEL : 1; unsigned ROSSLP : 1; unsigned : 1; unsigned ROON : 1; }; } __REFOCONbits_t; extern volatile __REFOCONbits_t __at (0xFD3) REFOCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned T0PS3 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned INT3F : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned INT3E : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned INT3IF : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned INT3IE : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned INT3P : 1; unsigned T0IP : 1; unsigned INTEDG3 : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned INT3IP : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned RBIE : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned SP0 : 1; unsigned SP1 : 1; unsigned SP2 : 1; unsigned SP3 : 1; unsigned SP4 : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f87j60.h000066400000000000000000000001271116427777700202270ustar00rootroot00000000000000/* * pic18f87j60.h - PIC18F87J60 Device Library Header */ #include "pic18f86j60.h" sdcc-2.9.0/device/include/pic16/pic18f96j60.h000066400000000000000000002161251116427777700202360ustar00rootroot00000000000000/* * pic18f96j60.h - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #ifndef __PIC18F96J60_H__ #define __PIC18F96J60_H__ 1 #define _DEVID1 0x3FFFFE #define _DEVID2 0x3FFFFF extern __sfr __at (0xE80) MAADR5; extern __sfr __at (0xE81) MAADR6; extern __sfr __at (0xE82) MAADR3; extern __sfr __at (0xE83) MAADR4; extern __sfr __at (0xE84) MAADR1; extern __sfr __at (0xE85) MAADR2; extern __sfr __at (0xE86) EBSTSD; extern __sfr __at (0xE87) EBSTCON; typedef union { struct { unsigned BISTST : 1; unsigned TME : 1; unsigned TMSEL0 : 1; unsigned TMSEL1 : 1; unsigned : 1; unsigned PSV0 : 1; unsigned PSV1 : 1; unsigned PSV2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned TMSEL : 1; unsigned : 1; unsigned : 1; unsigned PSV : 1; unsigned : 1; unsigned : 1; }; } __EBSTCONbits_t; extern volatile __EBSTCONbits_t __at (0xE87) EBSTCONbits; extern __sfr __at (0xE88) EBSTCS; extern __sfr __at (0xE88) EBSTCSL; extern __sfr __at (0xE89) EBSTCSH; extern __sfr __at (0xE8A) MISTAT; typedef union { struct { unsigned BUSY : 1; unsigned SCAN : 1; unsigned NVALID : 1; unsigned LINKFL : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MISTATbits_t; extern volatile __MISTATbits_t __at (0xE8A) MISTATbits; extern __sfr __at (0xE97) EFLOCON; typedef union { struct { unsigned FCEN0 : 1; unsigned FCEN1 : 1; unsigned FULDPXS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __EFLOCONbits_t; extern volatile __EFLOCONbits_t __at (0xE97) EFLOCONbits; extern __sfr __at (0xE98) EPAUS; extern __sfr __at (0xE98) EPAUSL; extern __sfr __at (0xE99) EPAUSH; extern __sfr __at (0xEA0) MACON1; typedef union { struct { unsigned MARXEN : 1; unsigned PASSALL : 1; unsigned RXPAUS : 1; unsigned TXPAUS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MACON1bits_t; extern volatile __MACON1bits_t __at (0xEA0) MACON1bits; extern __sfr __at (0xEA1) MACON2; typedef union { struct { unsigned TFUNRST : 1; unsigned MATXRST : 1; unsigned RFUNRST : 1; unsigned MARXRST : 1; unsigned : 1; unsigned : 1; unsigned RNDRST : 1; unsigned MARST : 1; }; } __MACON2bits_t; extern volatile __MACON2bits_t __at (0xEA1) MACON2bits; extern __sfr __at (0xEA2) MACON3; typedef union { struct { unsigned FULDPX : 1; unsigned FRMLNEN : 1; unsigned HFRMEN : 1; unsigned PHDRLEN : 1; unsigned TXCRCEN : 1; unsigned PADCFG0 : 1; unsigned PADCFG1 : 1; unsigned PADCFG2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PADCFG : 1; unsigned : 1; unsigned : 1; }; } __MACON3bits_t; extern volatile __MACON3bits_t __at (0xEA2) MACON3bits; extern __sfr __at (0xEA3) MACON4; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOBKOFF : 1; unsigned BPEN : 1; unsigned DEFER : 1; unsigned : 1; }; } __MACON4bits_t; extern volatile __MACON4bits_t __at (0xEA3) MACON4bits; extern __sfr __at (0xEA4) MABBIPG; extern __sfr __at (0xEA6) MAIPG; extern __sfr __at (0xEA6) MAIPGL; extern __sfr __at (0xEA7) MAIPGH; extern __sfr __at (0xEA8) MACLCON1; typedef union { struct { unsigned RETMAX : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MACLCON1bits_t; extern volatile __MACLCON1bits_t __at (0xEA8) MACLCON1bits; extern __sfr __at (0xEA9) MACLCON2; typedef union { struct { unsigned COLWIN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MACLCON2bits_t; extern volatile __MACLCON2bits_t __at (0xEA9) MACLCON2bits; extern __sfr __at (0xEAA) MAMXFL; extern __sfr __at (0xEAA) MAMXFLL; extern __sfr __at (0xEAB) MAMXFLH; extern __sfr __at (0xEB1) MICON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RSTMII : 1; }; } __MICONbits_t; extern volatile __MICONbits_t __at (0xEB1) MICONbits; extern __sfr __at (0xEB2) MICMD; typedef union { struct { unsigned MIIRD : 1; unsigned MIISCAN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __MICMDbits_t; extern volatile __MICMDbits_t __at (0xEB2) MICMDbits; extern __sfr __at (0xEB4) MIREGADR; extern __sfr __at (0xEB6) MIWR; extern __sfr __at (0xEB6) MIWRL; extern __sfr __at (0xEB7) MIWRH; extern __sfr __at (0xEB8) MIRD; extern __sfr __at (0xEB8) MIRDL; extern __sfr __at (0xEB9) MIRDH; extern __sfr __at (0xEC0) EHT0; extern __sfr __at (0xEC1) EHT1; extern __sfr __at (0xEC2) EHT2; extern __sfr __at (0xEC3) EHT3; extern __sfr __at (0xEC4) EHT4; extern __sfr __at (0xEC5) EHT5; extern __sfr __at (0xEC6) EHT6; extern __sfr __at (0xEC7) EHT7; extern __sfr __at (0xEC8) EPMM0; extern __sfr __at (0xEC9) EPMM1; extern __sfr __at (0xECA) EPMM2; extern __sfr __at (0xECB) EPMM3; extern __sfr __at (0xECC) EPMM4; extern __sfr __at (0xECD) EPMM5; extern __sfr __at (0xECE) EPMM6; extern __sfr __at (0xECF) EPMM7; extern __sfr __at (0xED0) EPMCS; extern __sfr __at (0xED0) EPMCSL; extern __sfr __at (0xED1) EPMCSH; extern __sfr __at (0xED4) EPMO; extern __sfr __at (0xED4) EPMOL; extern __sfr __at (0xED5) EPMOH; extern __sfr __at (0xED6) EWOLIE; typedef union { struct { unsigned BCWOLIE : 1; unsigned MCWOLIE : 1; unsigned HTWOLIE : 1; unsigned MPWOLIE : 1; unsigned PMWOLIE : 1; unsigned : 1; unsigned AWOLIE : 1; unsigned UCWOLIE : 1; }; } __EWOLIEbits_t; extern volatile __EWOLIEbits_t __at (0xED6) EWOLIEbits; extern __sfr __at (0xED7) EWOLIR; typedef union { struct { unsigned BCWOLIF : 1; unsigned MCWOLIF : 1; unsigned HTWOLIF : 1; unsigned MPWOLIF : 1; unsigned PMWOLIF : 1; unsigned : 1; unsigned AWOLIF : 1; unsigned UCWOLIF : 1; }; } __EWOLIRbits_t; extern volatile __EWOLIRbits_t __at (0xED7) EWOLIRbits; extern __sfr __at (0xED8) ERXFCON; typedef union { struct { unsigned BCEN : 1; unsigned MCEN : 1; unsigned HTEN : 1; unsigned MPEN : 1; unsigned PMEN : 1; unsigned CRCEN : 1; unsigned ANDOR : 1; unsigned UCEN : 1; }; } __ERXFCONbits_t; extern volatile __ERXFCONbits_t __at (0xED8) ERXFCONbits; extern __sfr __at (0xED9) EPKTCNT; extern __sfr __at (0xEE2) EWRPT; extern __sfr __at (0xEE2) EWRPTL; extern __sfr __at (0xEE3) EWRPTH; extern __sfr __at (0xEE4) ETXST; extern __sfr __at (0xEE4) ETXSTL; extern __sfr __at (0xEE5) ETXSTH; extern __sfr __at (0xEE6) ETXND; extern __sfr __at (0xEE6) ETXNDL; extern __sfr __at (0xEE7) ETXNDH; extern __sfr __at (0xEE8) ERXST; extern __sfr __at (0xEE8) ERXSTL; extern __sfr __at (0xEE9) ERXSTH; extern __sfr __at (0xEEA) ERXND; extern __sfr __at (0xEEA) ERXNDL; extern __sfr __at (0xEEB) ERXNDH; extern __sfr __at (0xEEC) ERXRDPT; extern __sfr __at (0xEEC) ERXRDPTL; extern __sfr __at (0xEED) ERXRDPTH; extern __sfr __at (0xEEE) ERXWRPT; extern __sfr __at (0xEEE) ERXWRPTL; extern __sfr __at (0xEEF) ERXWRPTH; extern __sfr __at (0xEF0) EDMAST; extern __sfr __at (0xEF0) EDMASTL; extern __sfr __at (0xEF1) EDMASTH; extern __sfr __at (0xEF2) EDMAND; extern __sfr __at (0xEF2) EDMANDL; extern __sfr __at (0xEF3) EDMANDH; extern __sfr __at (0xEF4) EDMADST; extern __sfr __at (0xEF4) EDMADSTL; extern __sfr __at (0xEF5) EDMADSTH; extern __sfr __at (0xEF6) EDMACS; extern __sfr __at (0xEF6) EDMACSL; extern __sfr __at (0xEF7) EDMACSH; extern __sfr __at (0xEFB) EIE; typedef union { struct { unsigned RXERIE : 1; unsigned TXERIE : 1; unsigned : 1; unsigned TXIE_EIE : 1; unsigned LINKIE : 1; unsigned DMAIE : 1; unsigned PKTIE : 1; unsigned : 1; }; } __EIEbits_t; extern volatile __EIEbits_t __at (0xEFB) EIEbits; extern __sfr __at (0xEFD) ESTAT; typedef union { struct { unsigned PHYRDY : 1; unsigned TXABRT : 1; unsigned RXBUSY : 1; unsigned : 1; unsigned LATECOL : 1; unsigned : 1; unsigned BUFER : 1; unsigned : 1; }; } __ESTATbits_t; extern volatile __ESTATbits_t __at (0xEFD) ESTATbits; extern __sfr __at (0xEFE) ECON2; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned ETHEN : 1; unsigned PKTDEC : 1; unsigned AUTOINC : 1; }; } __ECON2bits_t; extern volatile __ECON2bits_t __at (0xEFE) ECON2bits; extern __sfr __at (0xF60) EIR; typedef union { struct { unsigned RXERIF : 1; unsigned TXERIF : 1; unsigned : 1; unsigned TXIF_EIR : 1; unsigned LINKIF : 1; unsigned DMAIF : 1; unsigned PKTIF : 1; unsigned : 1; }; } __EIRbits_t; extern volatile __EIRbits_t __at (0xF60) EIRbits; extern __sfr __at (0xF61) EDATA; typedef union { struct { unsigned EDATA0 : 1; unsigned EDATA1 : 1; unsigned EDATA2 : 1; unsigned EDATA3 : 1; unsigned EDATA4 : 1; unsigned EDATA5 : 1; unsigned EDATA6 : 1; unsigned EDATA7 : 1; }; } __EDATAbits_t; extern volatile __EDATAbits_t __at (0xF61) EDATAbits; extern __sfr __at (0xF62) SSP2CON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned ADMSK : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SSP2CON2bits_t; extern volatile __SSP2CON2bits_t __at (0xF62) SSP2CON2bits; extern __sfr __at (0xF63) SSP2CON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSP2CON1bits_t; extern volatile __SSP2CON1bits_t __at (0xF63) SSP2CON1bits; extern __sfr __at (0xF64) SSP2STAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSP2STATbits_t; extern volatile __SSP2STATbits_t __at (0xF64) SSP2STATbits; extern __sfr __at (0xF65) SSP2ADD; extern __sfr __at (0xF66) SSP2BUF; extern __sfr __at (0xF67) ECCP2DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P2DC0 : 1; unsigned P2DC1 : 1; unsigned P2DC2 : 1; unsigned P2DC3 : 1; unsigned P2DC4 : 1; unsigned P2DC5 : 1; unsigned P2DC6 : 1; unsigned P2RSEN : 1; }; } __ECCP2DELbits_t; extern volatile __ECCP2DELbits_t __at (0xF67) ECCP2DELbits; extern __sfr __at (0xF68) ECCP2AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS2BD0 : 1; unsigned PSS2BD1 : 1; unsigned PSS2AC0 : 1; unsigned PSS2AC1 : 1; unsigned ECCP2AS0 : 1; unsigned ECCP2AS1 : 1; unsigned ECCP2AS2 : 1; unsigned ECCP2ASE : 1; }; } __ECCP2ASbits_t; extern volatile __ECCP2ASbits_t __at (0xF68) ECCP2ASbits; extern __sfr __at (0xF69) ECCP3DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P3DC0 : 1; unsigned P3DC1 : 1; unsigned P3DC2 : 1; unsigned P3DC3 : 1; unsigned P3DC4 : 1; unsigned P3DC5 : 1; unsigned P3DC6 : 1; unsigned P3RSEN : 1; }; } __ECCP3DELbits_t; extern volatile __ECCP3DELbits_t __at (0xF69) ECCP3DELbits; extern __sfr __at (0xF6A) ECCP3AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS3BD0 : 1; unsigned PSS3BD1 : 1; unsigned PSS3AC0 : 1; unsigned PSS3AC1 : 1; unsigned ECCP3AS0 : 1; unsigned ECCP3AS1 : 1; unsigned ECCP3AS2 : 1; unsigned ECCP3ASE : 1; }; } __ECCP3ASbits_t; extern volatile __ECCP3ASbits_t __at (0xF6A) ECCP3ASbits; extern __sfr __at (0xF6B) RCSTA2; typedef union { struct { unsigned RCD8 : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RC9 : 1; unsigned SPEN : 1; }; struct { unsigned RX9D : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RX9 : 1; unsigned : 1; }; } __RCSTA2bits_t; extern volatile __RCSTA2bits_t __at (0xF6B) RCSTA2bits; extern __sfr __at (0xF6C) TXSTA2; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTA2bits_t; extern volatile __TXSTA2bits_t __at (0xF6C) TXSTA2bits; extern __sfr __at (0xF6D) TXREG2; extern __sfr __at (0xF6E) RCREG2; extern __sfr __at (0xF6F) SPBRG2; extern __sfr __at (0xF70) CCP5CON; typedef union { struct { unsigned CCP5M0 : 1; unsigned CCP5M1 : 1; unsigned CCP5M2 : 1; unsigned CCP5M3 : 1; unsigned CCP5Y : 1; unsigned CCP5X : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC5B0 : 1; unsigned DC5B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP5CONbits_t; extern volatile __CCP5CONbits_t __at (0xF70) CCP5CONbits; extern __sfr __at (0xF71) CCPR5; extern __sfr __at (0xF71) CCPR5L; extern __sfr __at (0xF72) CCPR5H; extern __sfr __at (0xF73) CCP4CON; typedef union { struct { unsigned CCP4M0 : 1; unsigned CCP4M1 : 1; unsigned CCP4M2 : 1; unsigned CCP4M3 : 1; unsigned CCP4Y : 1; unsigned CCP4X : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned DC4B0 : 1; unsigned DC4B1 : 1; unsigned : 1; unsigned : 1; }; } __CCP4CONbits_t; extern volatile __CCP4CONbits_t __at (0xF73) CCP4CONbits; extern __sfr __at (0xF74) CCPR4; extern __sfr __at (0xF74) CCPR4L; extern __sfr __at (0xF75) CCPR4H; extern __sfr __at (0xF76) T4CON; typedef union { struct { unsigned T4CKPS0 : 1; unsigned T4CKPS1 : 1; unsigned TMR4ON : 1; unsigned T4OUTPS0 : 1; unsigned T4OUTPS1 : 1; unsigned T4OUTPS2 : 1; unsigned T4OUTPS3 : 1; unsigned : 1; }; } __T4CONbits_t; extern volatile __T4CONbits_t __at (0xF76) T4CONbits; extern __sfr __at (0xF77) PR4; extern __sfr __at (0xF78) TMR4; extern __sfr __at (0xF79) ECCP1DEL; typedef union { struct { unsigned PDC0 : 1; unsigned PDC1 : 1; unsigned PDC2 : 1; unsigned PDC3 : 1; unsigned PDC4 : 1; unsigned PDC5 : 1; unsigned PDC6 : 1; unsigned PRSEN : 1; }; struct { unsigned P1DC0 : 1; unsigned P1DC1 : 1; unsigned P1DC2 : 1; unsigned P1DC3 : 1; unsigned P1DC4 : 1; unsigned P1DC5 : 1; unsigned P1DC6 : 1; unsigned P1RSEN : 1; }; } __ECCP1DELbits_t; extern volatile __ECCP1DELbits_t __at (0xF79) ECCP1DELbits; extern __sfr __at (0xF7A) ERDPT; extern __sfr __at (0xF7A) ERDPTL; extern __sfr __at (0xF7B) ERDPTH; extern __sfr __at (0xF7C) BAUDCON2; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCON2bits_t; extern volatile __BAUDCON2bits_t __at (0xF7C) BAUDCON2bits; extern __sfr __at (0xF7C) BAUDCTL2; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCTL2bits_t; extern volatile __BAUDCTL2bits_t __at (0xF7C) BAUDCTL2bits; extern __sfr __at (0xF7D) SPBRGH2; extern __sfr __at (0xF7E) BAUDCON; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCONbits_t; extern volatile __BAUDCONbits_t __at (0xF7E) BAUDCONbits; extern __sfr __at (0xF7E) BAUDCON1; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCON1bits_t; extern volatile __BAUDCON1bits_t __at (0xF7E) BAUDCON1bits; extern __sfr __at (0xF7E) BAUDCTL; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCTLbits_t; extern volatile __BAUDCTLbits_t __at (0xF7E) BAUDCTLbits; extern __sfr __at (0xF7E) BAUDCTL1; typedef union { struct { unsigned ABDEN : 1; unsigned WUE : 1; unsigned : 1; unsigned BRG16 : 1; unsigned SCKP : 1; unsigned RXDTP : 1; unsigned RCMT : 1; unsigned ABDOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TXCKP : 1; unsigned : 1; unsigned RCIDL : 1; unsigned : 1; }; } __BAUDCTL1bits_t; extern volatile __BAUDCTL1bits_t __at (0xF7E) BAUDCTL1bits; extern __sfr __at (0xF7F) SPBRGH; extern __sfr __at (0xF7F) SPBRGH1; extern __sfr __at (0xF80) PORTA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned : 1; unsigned RJPU : 1; }; struct { unsigned AN0 : 1; unsigned AN1 : 1; unsigned AN2 : 1; unsigned AN3 : 1; unsigned T0CKI : 1; unsigned AN4 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned LEDA : 1; unsigned LEDB : 1; unsigned VREFM : 1; unsigned VREFP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTAbits_t; extern volatile __PORTAbits_t __at (0xF80) PORTAbits; extern __sfr __at (0xF81) PORTB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; struct { unsigned INT0 : 1; unsigned INT1 : 1; unsigned INT2 : 1; unsigned INT3 : 1; unsigned KBI0 : 1; unsigned KBI1 : 1; unsigned KBI2 : 1; unsigned KBI3 : 1; }; struct { unsigned FLT0 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PGC : 1; unsigned PGD : 1; }; } __PORTBbits_t; extern volatile __PORTBbits_t __at (0xF81) PORTBbits; extern __sfr __at (0xF82) PORTC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; struct { unsigned T1OSO : 1; unsigned T1OSI : 1; unsigned CCP1 : 1; unsigned SCK : 1; unsigned SDI : 1; unsigned SDO : 1; unsigned TX : 1; unsigned RX : 1; }; struct { unsigned T13CKI : 1; unsigned CCP2 : 1; unsigned : 1; unsigned SCL : 1; unsigned SDA : 1; unsigned SDO1 : 1; unsigned CK : 1; unsigned DT : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SCK1 : 1; unsigned SDI1 : 1; unsigned : 1; unsigned TX1 : 1; unsigned RX1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SCL1 : 1; unsigned SDA1 : 1; unsigned : 1; unsigned CK1 : 1; unsigned DT1 : 1; }; } __PORTCbits_t; extern volatile __PORTCbits_t __at (0xF82) PORTCbits; extern __sfr __at (0xF83) PORTD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; struct { unsigned PSP0 : 1; unsigned PSP1 : 1; unsigned PSP2 : 1; unsigned PSP3 : 1; unsigned PSP4 : 1; unsigned PSP5 : 1; unsigned PSP6 : 1; unsigned PSP7 : 1; }; struct { unsigned AD0 : 1; unsigned AD1 : 1; unsigned AD2 : 1; unsigned AD3 : 1; unsigned AD4 : 1; unsigned AD5 : 1; unsigned AD6 : 1; unsigned AD7 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SDO2 : 1; unsigned SDA2 : 1; unsigned SCL2 : 1; unsigned SS2 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SDI2 : 1; unsigned SCK2 : 1; unsigned NOT_SS2 : 1; }; } __PORTDbits_t; extern volatile __PORTDbits_t __at (0xF83) PORTDbits; extern __sfr __at (0xF84) PORTE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned RE4 : 1; unsigned RE5 : 1; unsigned RE6 : 1; unsigned RE7 : 1; }; struct { unsigned RD : 1; unsigned WR : 1; unsigned CS : 1; unsigned AD11 : 1; unsigned AD12 : 1; unsigned AD13 : 1; unsigned AD14 : 1; unsigned AD15 : 1; }; struct { unsigned NOT_RD : 1; unsigned NOT_WR : 1; unsigned NOT_CS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned AD8 : 1; unsigned AD9 : 1; unsigned AD10 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTEbits_t; extern volatile __PORTEbits_t __at (0xF84) PORTEbits; extern __sfr __at (0xF85) PORTF; typedef union { struct { unsigned RF0 : 1; unsigned RF1 : 1; unsigned RF2 : 1; unsigned RF3 : 1; unsigned RF4 : 1; unsigned RF5 : 1; unsigned RF6 : 1; unsigned RF7 : 1; }; struct { unsigned AN5 : 1; unsigned AN6 : 1; unsigned AN7 : 1; unsigned AN8 : 1; unsigned AN9 : 1; unsigned AN10 : 1; unsigned AN11 : 1; unsigned SS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CVREF : 1; unsigned : 1; unsigned NOT_SS : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned SS1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_SS1 : 1; }; } __PORTFbits_t; extern volatile __PORTFbits_t __at (0xF85) PORTFbits; extern __sfr __at (0xF86) PORTG; typedef union { struct { unsigned RG0 : 1; unsigned RG1 : 1; unsigned RG2 : 1; unsigned RG3 : 1; unsigned RG4 : 1; unsigned RG5 : 1; unsigned RG6 : 1; unsigned RG7 : 1; }; struct { unsigned CCP3 : 1; unsigned TX2 : 1; unsigned RX2 : 1; unsigned CCP4 : 1; unsigned CCP5 : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned CK2 : 1; unsigned DT2 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PORTGbits_t; extern volatile __PORTGbits_t __at (0xF86) PORTGbits; extern __sfr __at (0xF87) PORTH; typedef union { struct { unsigned RH0 : 1; unsigned RH1 : 1; unsigned RH2 : 1; unsigned RH3 : 1; unsigned RH4 : 1; unsigned RH5 : 1; unsigned RH6 : 1; unsigned RH7 : 1; }; struct { unsigned AD16 : 1; unsigned AD17 : 1; unsigned AD18 : 1; unsigned AD19 : 1; unsigned AN12 : 1; unsigned AN13 : 1; unsigned AN14 : 1; unsigned AN15 : 1; }; } __PORTHbits_t; extern volatile __PORTHbits_t __at (0xF87) PORTHbits; extern __sfr __at (0xF88) PORTJ; typedef union { struct { unsigned RJ0 : 1; unsigned RJ1 : 1; unsigned RJ2 : 1; unsigned RJ3 : 1; unsigned RJ4 : 1; unsigned RJ5 : 1; unsigned RJ6 : 1; unsigned RJ7 : 1; }; struct { unsigned ALE : 1; unsigned OE : 1; unsigned WRL : 1; unsigned WRH : 1; unsigned BA0 : 1; unsigned CE : 1; unsigned LB : 1; unsigned UB : 1; }; struct { unsigned : 1; unsigned NOT_OE : 1; unsigned NOT_WRL : 1; unsigned NOT_WRH : 1; unsigned : 1; unsigned NOT_CE : 1; unsigned NOT_LB : 1; unsigned NOT_UB : 1; }; } __PORTJbits_t; extern volatile __PORTJbits_t __at (0xF88) PORTJbits; extern __sfr __at (0xF89) LATA; typedef union { struct { unsigned LATA0 : 1; unsigned LATA1 : 1; unsigned LATA2 : 1; unsigned LATA3 : 1; unsigned LATA4 : 1; unsigned LATA5 : 1; unsigned REPU : 1; unsigned RDPU : 1; }; } __LATAbits_t; extern volatile __LATAbits_t __at (0xF89) LATAbits; extern __sfr __at (0xF8A) LATB; typedef union { struct { unsigned LATB0 : 1; unsigned LATB1 : 1; unsigned LATB2 : 1; unsigned LATB3 : 1; unsigned LATB4 : 1; unsigned LATB5 : 1; unsigned LATB6 : 1; unsigned LATB7 : 1; }; } __LATBbits_t; extern volatile __LATBbits_t __at (0xF8A) LATBbits; extern __sfr __at (0xF8B) LATC; typedef union { struct { unsigned LATC0 : 1; unsigned LATC1 : 1; unsigned LATC2 : 1; unsigned LATC3 : 1; unsigned LATC4 : 1; unsigned LATC5 : 1; unsigned LATC6 : 1; unsigned LATC7 : 1; }; } __LATCbits_t; extern volatile __LATCbits_t __at (0xF8B) LATCbits; extern __sfr __at (0xF8C) LATD; typedef union { struct { unsigned LATD0 : 1; unsigned LATD1 : 1; unsigned LATD2 : 1; unsigned LATD3 : 1; unsigned LATD4 : 1; unsigned LATD5 : 1; unsigned LATD6 : 1; unsigned LATD7 : 1; }; } __LATDbits_t; extern volatile __LATDbits_t __at (0xF8C) LATDbits; extern __sfr __at (0xF8D) LATE; typedef union { struct { unsigned LATE0 : 1; unsigned LATE1 : 1; unsigned LATE2 : 1; unsigned LATE3 : 1; unsigned LATE4 : 1; unsigned LATE5 : 1; unsigned LATE6 : 1; unsigned LATE7 : 1; }; } __LATEbits_t; extern volatile __LATEbits_t __at (0xF8D) LATEbits; extern __sfr __at (0xF8E) LATF; typedef union { struct { unsigned LATF0 : 1; unsigned LATF1 : 1; unsigned LATF2 : 1; unsigned LATF3 : 1; unsigned LATF4 : 1; unsigned LATF5 : 1; unsigned LATF6 : 1; unsigned LATF7 : 1; }; } __LATFbits_t; extern volatile __LATFbits_t __at (0xF8E) LATFbits; extern __sfr __at (0xF8F) LATG; typedef union { struct { unsigned LATG0 : 1; unsigned LATG1 : 1; unsigned LATG2 : 1; unsigned LATG3 : 1; unsigned LATG4 : 1; unsigned LATG5 : 1; unsigned LATG6 : 1; unsigned LATG7 : 1; }; } __LATGbits_t; extern volatile __LATGbits_t __at (0xF8F) LATGbits; extern __sfr __at (0xF90) LATH; typedef union { struct { unsigned LATH0 : 1; unsigned LATH1 : 1; unsigned LATH2 : 1; unsigned LATH3 : 1; unsigned LATH4 : 1; unsigned LATH5 : 1; unsigned LATH6 : 1; unsigned LATH7 : 1; }; } __LATHbits_t; extern volatile __LATHbits_t __at (0xF90) LATHbits; extern __sfr __at (0xF91) LATJ; typedef union { struct { unsigned LATJ0 : 1; unsigned LATJ1 : 1; unsigned LATJ2 : 1; unsigned LATJ3 : 1; unsigned LATJ4 : 1; unsigned LATJ5 : 1; unsigned LATJ6 : 1; unsigned LATJ7 : 1; }; } __LATJbits_t; extern volatile __LATJbits_t __at (0xF91) LATJbits; extern __sfr __at (0xF92) DDRA; typedef union { struct { unsigned RA0 : 1; unsigned RA1 : 1; unsigned RA2 : 1; unsigned RA3 : 1; unsigned RA4 : 1; unsigned RA5 : 1; unsigned : 1; unsigned : 1; }; } __DDRAbits_t; extern volatile __DDRAbits_t __at (0xF92) DDRAbits; extern __sfr __at (0xF92) TRISA; typedef union { struct { unsigned TRISA0 : 1; unsigned TRISA1 : 1; unsigned TRISA2 : 1; unsigned TRISA3 : 1; unsigned TRISA4 : 1; unsigned TRISA5 : 1; unsigned : 1; unsigned : 1; }; } __TRISAbits_t; extern volatile __TRISAbits_t __at (0xF92) TRISAbits; extern __sfr __at (0xF93) DDRB; typedef union { struct { unsigned RB0 : 1; unsigned RB1 : 1; unsigned RB2 : 1; unsigned RB3 : 1; unsigned RB4 : 1; unsigned RB5 : 1; unsigned RB6 : 1; unsigned RB7 : 1; }; } __DDRBbits_t; extern volatile __DDRBbits_t __at (0xF93) DDRBbits; extern __sfr __at (0xF93) TRISB; typedef union { struct { unsigned TRISB0 : 1; unsigned TRISB1 : 1; unsigned TRISB2 : 1; unsigned TRISB3 : 1; unsigned TRISB4 : 1; unsigned TRISB5 : 1; unsigned TRISB6 : 1; unsigned TRISB7 : 1; }; } __TRISBbits_t; extern volatile __TRISBbits_t __at (0xF93) TRISBbits; extern __sfr __at (0xF94) DDRC; typedef union { struct { unsigned RC0 : 1; unsigned RC1 : 1; unsigned RC2 : 1; unsigned RC3 : 1; unsigned RC4 : 1; unsigned RC5 : 1; unsigned RC6 : 1; unsigned RC7 : 1; }; } __DDRCbits_t; extern volatile __DDRCbits_t __at (0xF94) DDRCbits; extern __sfr __at (0xF94) TRISC; typedef union { struct { unsigned TRISC0 : 1; unsigned TRISC1 : 1; unsigned TRISC2 : 1; unsigned TRISC3 : 1; unsigned TRISC4 : 1; unsigned TRISC5 : 1; unsigned TRISC6 : 1; unsigned TRISC7 : 1; }; } __TRISCbits_t; extern volatile __TRISCbits_t __at (0xF94) TRISCbits; extern __sfr __at (0xF95) DDRD; typedef union { struct { unsigned RD0 : 1; unsigned RD1 : 1; unsigned RD2 : 1; unsigned RD3 : 1; unsigned RD4 : 1; unsigned RD5 : 1; unsigned RD6 : 1; unsigned RD7 : 1; }; } __DDRDbits_t; extern volatile __DDRDbits_t __at (0xF95) DDRDbits; extern __sfr __at (0xF95) TRISD; typedef union { struct { unsigned TRISD0 : 1; unsigned TRISD1 : 1; unsigned TRISD2 : 1; unsigned TRISD3 : 1; unsigned TRISD4 : 1; unsigned TRISD5 : 1; unsigned TRISD6 : 1; unsigned TRISD7 : 1; }; } __TRISDbits_t; extern volatile __TRISDbits_t __at (0xF95) TRISDbits; extern __sfr __at (0xF96) DDRE; typedef union { struct { unsigned RE0 : 1; unsigned RE1 : 1; unsigned RE2 : 1; unsigned RE3 : 1; unsigned RE4 : 1; unsigned RE5 : 1; unsigned RE6 : 1; unsigned RE7 : 1; }; } __DDREbits_t; extern volatile __DDREbits_t __at (0xF96) DDREbits; extern __sfr __at (0xF96) TRISE; typedef union { struct { unsigned TRISE0 : 1; unsigned TRISE1 : 1; unsigned TRISE2 : 1; unsigned TRISE3 : 1; unsigned TRISE4 : 1; unsigned TRISE5 : 1; unsigned TRISE6 : 1; unsigned TRISE7 : 1; }; } __TRISEbits_t; extern volatile __TRISEbits_t __at (0xF96) TRISEbits; extern __sfr __at (0xF97) DDRF; typedef union { struct { unsigned RF0 : 1; unsigned RF1 : 1; unsigned RF2 : 1; unsigned RF3 : 1; unsigned RF4 : 1; unsigned RF5 : 1; unsigned RF6 : 1; unsigned RF7 : 1; }; } __DDRFbits_t; extern volatile __DDRFbits_t __at (0xF97) DDRFbits; extern __sfr __at (0xF97) TRISF; typedef union { struct { unsigned TRISF0 : 1; unsigned TRISF1 : 1; unsigned TRISF2 : 1; unsigned TRISF3 : 1; unsigned TRISF4 : 1; unsigned TRISF5 : 1; unsigned TRISF6 : 1; unsigned TRISF7 : 1; }; } __TRISFbits_t; extern volatile __TRISFbits_t __at (0xF97) TRISFbits; extern __sfr __at (0xF98) DDRG; typedef union { struct { unsigned RG0 : 1; unsigned RG1 : 1; unsigned RG2 : 1; unsigned RG3 : 1; unsigned RG4 : 1; unsigned RG5 : 1; unsigned RG6 : 1; unsigned RG7 : 1; }; } __DDRGbits_t; extern volatile __DDRGbits_t __at (0xF98) DDRGbits; extern __sfr __at (0xF98) TRISG; typedef union { struct { unsigned TRISG0 : 1; unsigned TRISG1 : 1; unsigned TRISG2 : 1; unsigned TRISG3 : 1; unsigned TRISG4 : 1; unsigned TRISG5 : 1; unsigned TRISG6 : 1; unsigned TRISG7 : 1; }; } __TRISGbits_t; extern volatile __TRISGbits_t __at (0xF98) TRISGbits; extern __sfr __at (0xF99) DDRH; typedef union { struct { unsigned RH0 : 1; unsigned RH1 : 1; unsigned RH2 : 1; unsigned RH3 : 1; unsigned RH4 : 1; unsigned RH5 : 1; unsigned RH6 : 1; unsigned RH7 : 1; }; } __DDRHbits_t; extern volatile __DDRHbits_t __at (0xF99) DDRHbits; extern __sfr __at (0xF99) TRISH; typedef union { struct { unsigned TRISH0 : 1; unsigned TRISH1 : 1; unsigned TRISH2 : 1; unsigned TRISH3 : 1; unsigned TRISH4 : 1; unsigned TRISH5 : 1; unsigned TRISH6 : 1; unsigned TRISH7 : 1; }; } __TRISHbits_t; extern volatile __TRISHbits_t __at (0xF99) TRISHbits; extern __sfr __at (0xF9A) DDRJ; typedef union { struct { unsigned RJ0 : 1; unsigned RJ1 : 1; unsigned RJ2 : 1; unsigned RJ3 : 1; unsigned RJ4 : 1; unsigned RJ5 : 1; unsigned RJ6 : 1; unsigned RJ7 : 1; }; } __DDRJbits_t; extern volatile __DDRJbits_t __at (0xF9A) DDRJbits; extern __sfr __at (0xF9A) TRISJ; typedef union { struct { unsigned TRISJ0 : 1; unsigned TRISJ1 : 1; unsigned TRISJ2 : 1; unsigned TRISJ3 : 1; unsigned TRISJ4 : 1; unsigned TRISJ5 : 1; unsigned TRISJ6 : 1; unsigned TRISJ7 : 1; }; } __TRISJbits_t; extern volatile __TRISJbits_t __at (0xF9A) TRISJbits; extern __sfr __at (0xF9B) OSCTUNE; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PPRE : 1; unsigned PPST0 : 1; unsigned PLLEN : 1; unsigned PPST1 : 1; }; } __OSCTUNEbits_t; extern volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; extern __sfr __at (0xF9C) MEMCON; typedef union { struct { unsigned WM0 : 1; unsigned WM1 : 1; unsigned : 1; unsigned : 1; unsigned WAIT0 : 1; unsigned WAIT1 : 1; unsigned : 1; unsigned EBDIS : 1; }; } __MEMCONbits_t; extern volatile __MEMCONbits_t __at (0xF9C) MEMCONbits; extern __sfr __at (0xF9D) PIE1; typedef union { struct { unsigned TMR1IE : 1; unsigned TMR2IE : 1; unsigned CCP1IE : 1; unsigned SSPIE : 1; unsigned TXIE_PIE1 : 1; unsigned RCIE : 1; unsigned ADIE : 1; unsigned PSPIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IE : 1; unsigned TX1IE : 1; unsigned RC1IE : 1; unsigned : 1; unsigned : 1; }; } __PIE1bits_t; extern volatile __PIE1bits_t __at (0xF9D) PIE1bits; extern __sfr __at (0xF9E) PIR1; typedef union { struct { unsigned TMR1IF : 1; unsigned TMR2IF : 1; unsigned CCP1IF : 1; unsigned SSPIF : 1; unsigned TXIF_PIR1 : 1; unsigned RCIF : 1; unsigned ADIF : 1; unsigned PSPIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IF : 1; unsigned TX1IF : 1; unsigned RC1IF : 1; unsigned : 1; unsigned : 1; }; } __PIR1bits_t; extern volatile __PIR1bits_t __at (0xF9E) PIR1bits; extern __sfr __at (0xF9F) IPR1; typedef union { struct { unsigned TMR1IP : 1; unsigned TMR2IP : 1; unsigned CCP1IP : 1; unsigned SSPIP : 1; unsigned TXIP : 1; unsigned RCIP : 1; unsigned ADIP : 1; unsigned PSPIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned SSP1IP : 1; unsigned TX1IP : 1; unsigned RC1IP : 1; unsigned : 1; unsigned : 1; }; } __IPR1bits_t; extern volatile __IPR1bits_t __at (0xF9F) IPR1bits; extern __sfr __at (0xFA0) PIE2; typedef union { struct { unsigned CCP2IE : 1; unsigned TMR3IE : 1; unsigned : 1; unsigned BCLIE : 1; unsigned ETHWIE : 1; unsigned ETHIE : 1; unsigned CMIE : 1; unsigned OSCFIE : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIE2bits_t; extern volatile __PIE2bits_t __at (0xFA0) PIE2bits; extern __sfr __at (0xFA1) PIR2; typedef union { struct { unsigned CCP2IF : 1; unsigned TMR3IF : 1; unsigned : 1; unsigned BCLIF : 1; unsigned ETHWIF : 1; unsigned ETHIF : 1; unsigned CMIF : 1; unsigned OSCFIF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IF : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __PIR2bits_t; extern volatile __PIR2bits_t __at (0xFA1) PIR2bits; extern __sfr __at (0xFA2) IPR2; typedef union { struct { unsigned CCP2IP : 1; unsigned TMR3IP : 1; unsigned : 1; unsigned BCLIP : 1; unsigned ETHWIP : 1; unsigned ETHIP : 1; unsigned CMIP : 1; unsigned OSCFIP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned BCL1IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __IPR2bits_t; extern volatile __IPR2bits_t __at (0xFA2) IPR2bits; extern __sfr __at (0xFA3) PIE3; typedef union { struct { unsigned CCP3IE : 1; unsigned CCP4IE : 1; unsigned CCP5IE : 1; unsigned TMR4IE : 1; unsigned TX2IE : 1; unsigned RC2IE : 1; unsigned BCL2IE : 1; unsigned SSP2IE : 1; }; } __PIE3bits_t; extern volatile __PIE3bits_t __at (0xFA3) PIE3bits; extern __sfr __at (0xFA4) PIR3; typedef union { struct { unsigned CCP3IF : 1; unsigned CCP4IF : 1; unsigned CCP5IF : 1; unsigned TMR4IF : 1; unsigned TX2IF : 1; unsigned RC2IF : 1; unsigned BCL2IF : 1; unsigned SSP2IF : 1; }; } __PIR3bits_t; extern volatile __PIR3bits_t __at (0xFA4) PIR3bits; extern __sfr __at (0xFA5) IPR3; typedef union { struct { unsigned CCP3IP : 1; unsigned CCP4IP : 1; unsigned CCP5IP : 1; unsigned TMR4IP : 1; unsigned TX2IP : 1; unsigned RC2IP : 1; unsigned BCL2IP : 1; unsigned SSP2IP : 1; }; } __IPR3bits_t; extern volatile __IPR3bits_t __at (0xFA5) IPR3bits; extern __sfr __at (0xFA6) EECON1; typedef union { struct { unsigned : 1; unsigned WR : 1; unsigned WREN : 1; unsigned WRERR : 1; unsigned FREE : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __EECON1bits_t; extern volatile __EECON1bits_t __at (0xFA6) EECON1bits; extern __sfr __at (0xFA7) EECON2; extern __sfr __at (0xFAB) RCSTA; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTAbits_t; extern volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; extern __sfr __at (0xFAB) RCSTA1; typedef union { struct { unsigned RX9D : 1; unsigned OERR : 1; unsigned FERR : 1; unsigned ADDEN : 1; unsigned CREN : 1; unsigned SREN : 1; unsigned RX9 : 1; unsigned SPEN : 1; }; struct { unsigned RCD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_RC8 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RC8_9 : 1; unsigned : 1; }; } __RCSTA1bits_t; extern volatile __RCSTA1bits_t __at (0xFAB) RCSTA1bits; extern __sfr __at (0xFAC) TXSTA; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTAbits_t; extern volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; extern __sfr __at (0xFAC) TXSTA1; typedef union { struct { unsigned TX9D : 1; unsigned TRMT : 1; unsigned BRGH : 1; unsigned SENDB : 1; unsigned SYNC : 1; unsigned TXEN : 1; unsigned TX9 : 1; unsigned CSRC : 1; }; struct { unsigned TXD8 : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned TX8_9 : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned NOT_TX8 : 1; unsigned : 1; }; } __TXSTA1bits_t; extern volatile __TXSTA1bits_t __at (0xFAC) TXSTA1bits; extern __sfr __at (0xFAD) TXREG; extern __sfr __at (0xFAD) TXREG1; extern __sfr __at (0xFAE) RCREG; extern __sfr __at (0xFAE) RCREG1; extern __sfr __at (0xFAF) SPBRG; extern __sfr __at (0xFAF) SPBRG1; extern __sfr __at (0xFB0) PSPCON; typedef union { struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned PSPMODE : 1; unsigned IBOV : 1; unsigned OBF : 1; unsigned IBF : 1; }; } __PSPCONbits_t; extern volatile __PSPCONbits_t __at (0xFB0) PSPCONbits; extern __sfr __at (0xFB1) T3CON; typedef union { struct { unsigned TMR3ON : 1; unsigned TMR3CS : 1; unsigned T3SYNC : 1; unsigned T3CCP1 : 1; unsigned T3CKPS0 : 1; unsigned T3CKPS1 : 1; unsigned T3CCP2 : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T3INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T3SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T3CONbits_t; extern volatile __T3CONbits_t __at (0xFB1) T3CONbits; extern __sfr __at (0xFB2) TMR3L; extern __sfr __at (0xFB3) TMR3H; extern __sfr __at (0xFB4) CMCON; typedef union { struct { unsigned CM0 : 1; unsigned CM1 : 1; unsigned CM2 : 1; unsigned CIS : 1; unsigned C1INV : 1; unsigned C2INV : 1; unsigned C1OUT : 1; unsigned C2OUT : 1; }; } __CMCONbits_t; extern volatile __CMCONbits_t __at (0xFB4) CMCONbits; extern __sfr __at (0xFB5) CVRCON; typedef union { struct { unsigned CVR0 : 1; unsigned CVR1 : 1; unsigned CVR2 : 1; unsigned CVR3 : 1; unsigned CVRSS : 1; unsigned CVRR : 1; unsigned CVROE : 1; unsigned CVREN : 1; }; } __CVRCONbits_t; extern volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; extern __sfr __at (0xFB6) ECCP1AS; typedef union { struct { unsigned PSSBD0 : 1; unsigned PSSBD1 : 1; unsigned PSSAC0 : 1; unsigned PSSAC1 : 1; unsigned ECCPAS0 : 1; unsigned ECCPAS1 : 1; unsigned ECCPAS2 : 1; unsigned ECCPASE : 1; }; struct { unsigned PSS1BD0 : 1; unsigned PSS1BD1 : 1; unsigned PSS1AC0 : 1; unsigned PSS1AC1 : 1; unsigned ECCP1AS0 : 1; unsigned ECCP1AS1 : 1; unsigned ECCP1AS2 : 1; unsigned ECCP1ASE : 1; }; } __ECCP1ASbits_t; extern volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; extern __sfr __at (0xFB7) CCP3CON; typedef union { struct { unsigned CCP3M0 : 1; unsigned CCP3M1 : 1; unsigned CCP3M2 : 1; unsigned CCP3M3 : 1; unsigned DC3B0 : 1; unsigned DC3B1 : 1; unsigned P3M0 : 1; unsigned P3M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP3Y : 1; unsigned CCP3X : 1; unsigned : 1; unsigned : 1; }; } __CCP3CONbits_t; extern volatile __CCP3CONbits_t __at (0xFB7) CCP3CONbits; extern __sfr __at (0xFB7) ECCP3CON; typedef union { struct { unsigned CCP3M0 : 1; unsigned CCP3M1 : 1; unsigned CCP3M2 : 1; unsigned CCP3M3 : 1; unsigned DC3B0 : 1; unsigned DC3B1 : 1; unsigned P3M0 : 1; unsigned P3M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP3Y : 1; unsigned CCP3X : 1; unsigned : 1; unsigned : 1; }; } __ECCP3CONbits_t; extern volatile __ECCP3CONbits_t __at (0xFB7) ECCP3CONbits; extern __sfr __at (0xFB8) CCPR3; extern __sfr __at (0xFB8) CCPR3L; extern __sfr __at (0xFB9) CCPR3H; extern __sfr __at (0xFBA) CCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned P2M0 : 1; unsigned P2M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __CCP2CONbits_t; extern volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; extern __sfr __at (0xFBA) ECCP2CON; typedef union { struct { unsigned CCP2M0 : 1; unsigned CCP2M1 : 1; unsigned CCP2M2 : 1; unsigned CCP2M3 : 1; unsigned DC2B0 : 1; unsigned DC2B1 : 1; unsigned P2M0 : 1; unsigned P2M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP2Y : 1; unsigned CCP2X : 1; unsigned : 1; unsigned : 1; }; } __ECCP2CONbits_t; extern volatile __ECCP2CONbits_t __at (0xFBA) ECCP2CONbits; extern __sfr __at (0xFBB) CCPR2; extern __sfr __at (0xFBB) CCPR2L; extern __sfr __at (0xFBC) CCPR2H; extern __sfr __at (0xFBD) CCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __CCP1CONbits_t; extern volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; extern __sfr __at (0xFBD) ECCP1CON; typedef union { struct { unsigned CCP1M0 : 1; unsigned CCP1M1 : 1; unsigned CCP1M2 : 1; unsigned CCP1M3 : 1; unsigned DC1B0 : 1; unsigned DC1B1 : 1; unsigned P1M0 : 1; unsigned P1M1 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned CCP1Y : 1; unsigned CCP1X : 1; unsigned : 1; unsigned : 1; }; } __ECCP1CONbits_t; extern volatile __ECCP1CONbits_t __at (0xFBD) ECCP1CONbits; extern __sfr __at (0xFBE) CCPR1; extern __sfr __at (0xFBE) CCPR1L; extern __sfr __at (0xFBF) CCPR1H; extern __sfr __at (0xFC0) ADCON2; typedef union { struct { unsigned ADCS0 : 1; unsigned ADCS1 : 1; unsigned ADCS2 : 1; unsigned ACQT0 : 1; unsigned ACQT1 : 1; unsigned ACQT2 : 1; unsigned : 1; unsigned ADFM : 1; }; } __ADCON2bits_t; extern volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; extern __sfr __at (0xFC1) ADCON1; typedef union { struct { unsigned PCFG0 : 1; unsigned PCFG1 : 1; unsigned PCFG2 : 1; unsigned PCFG3 : 1; unsigned VCFG0 : 1; unsigned VCFG1 : 1; unsigned : 1; unsigned : 1; }; } __ADCON1bits_t; extern volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; extern __sfr __at (0xFC2) ADCON0; typedef union { struct { unsigned ADON : 1; unsigned DONE : 1; unsigned CHS0 : 1; unsigned CHS1 : 1; unsigned CHS2 : 1; unsigned CHS3 : 1; unsigned : 1; unsigned ADCAL : 1; }; struct { unsigned : 1; unsigned GO_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned GO : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned NOT_DONE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __ADCON0bits_t; extern volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; extern __sfr __at (0xFC3) ADRES; extern __sfr __at (0xFC3) ADRESL; extern __sfr __at (0xFC4) ADRESH; extern __sfr __at (0xFC5) SSP1CON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned ADMSK : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SSP1CON2bits_t; extern volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; extern __sfr __at (0xFC5) SSPCON2; typedef union { struct { unsigned SEN : 1; unsigned RSEN : 1; unsigned PEN : 1; unsigned RCEN : 1; unsigned ACKEN : 1; unsigned ACKDT : 1; unsigned ACKSTAT : 1; unsigned GCEN : 1; }; struct { unsigned : 1; unsigned ADMSK1 : 1; unsigned ADMSK2 : 1; unsigned ADMSK3 : 1; unsigned ADMSK4 : 1; unsigned ADMSK5 : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned ADMSK : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __SSPCON2bits_t; extern volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; extern __sfr __at (0xFC6) SSP1CON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSP1CON1bits_t; extern volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; extern __sfr __at (0xFC6) SSPCON1; typedef union { struct { unsigned SSPM0 : 1; unsigned SSPM1 : 1; unsigned SSPM2 : 1; unsigned SSPM3 : 1; unsigned CKP : 1; unsigned SSPEN : 1; unsigned SSPOV : 1; unsigned WCOL : 1; }; } __SSPCON1bits_t; extern volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; extern __sfr __at (0xFC7) SSP1STAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSP1STATbits_t; extern volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; extern __sfr __at (0xFC7) SSPSTAT; typedef union { struct { unsigned BF : 1; unsigned UA : 1; unsigned R_W : 1; unsigned S : 1; unsigned P : 1; unsigned D_A : 1; unsigned CKE : 1; unsigned SMP : 1; }; struct { unsigned : 1; unsigned : 1; unsigned I2C_READ : 1; unsigned I2C_START : 1; unsigned I2C_STOP : 1; unsigned I2C_DAT : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_W : 1; unsigned : 1; unsigned : 1; unsigned NOT_A : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_WRITE : 1; unsigned : 1; unsigned : 1; unsigned NOT_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned READ_WRITE : 1; unsigned : 1; unsigned : 1; unsigned DATA_ADDRESS : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned R : 1; unsigned : 1; unsigned : 1; unsigned D : 1; unsigned : 1; unsigned : 1; }; } __SSPSTATbits_t; extern volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; extern __sfr __at (0xFC8) SSP1ADD; extern __sfr __at (0xFC8) SSPADD; extern __sfr __at (0xFC9) SSP1BUF; extern __sfr __at (0xFC9) SSPBUF; extern __sfr __at (0xFCA) T2CON; typedef union { struct { unsigned T2CKPS0 : 1; unsigned T2CKPS1 : 1; unsigned TMR2ON : 1; unsigned T2OUTPS0 : 1; unsigned T2OUTPS1 : 1; unsigned T2OUTPS2 : 1; unsigned T2OUTPS3 : 1; unsigned : 1; }; } __T2CONbits_t; extern volatile __T2CONbits_t __at (0xFCA) T2CONbits; extern __sfr __at (0xFCB) PR2; extern __sfr __at (0xFCC) TMR2; extern __sfr __at (0xFCD) T1CON; typedef union { struct { unsigned TMR1ON : 1; unsigned TMR1CS : 1; unsigned T1SYNC : 1; unsigned T1OSCEN : 1; unsigned T1CKPS0 : 1; unsigned T1CKPS1 : 1; unsigned T1RUN : 1; unsigned RD16 : 1; }; struct { unsigned : 1; unsigned : 1; unsigned T1INSYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned : 1; unsigned : 1; unsigned NOT_T1SYNC : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __T1CONbits_t; extern volatile __T1CONbits_t __at (0xFCD) T1CONbits; extern __sfr __at (0xFCE) TMR1L; extern __sfr __at (0xFCF) TMR1H; extern __sfr __at (0xFD0) RCON; typedef union { struct { unsigned NOT_BOR : 1; unsigned NOT_POR : 1; unsigned NOT_PD : 1; unsigned NOT_TO : 1; unsigned NOT_RI : 1; unsigned : 1; unsigned : 1; unsigned IPEN : 1; }; struct { unsigned BOR : 1; unsigned POR : 1; unsigned PD : 1; unsigned TO : 1; unsigned RI : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __RCONbits_t; extern volatile __RCONbits_t __at (0xFD0) RCONbits; extern __sfr __at (0xFD1) WDTCON; typedef union { struct { unsigned SWDTE : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; struct { unsigned SWDTEN : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __WDTCONbits_t; extern volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; extern __sfr __at (0xFD2) ECON1; typedef union { struct { unsigned : 1; unsigned : 1; unsigned RXEN : 1; unsigned TXRTS : 1; unsigned CSUMEN : 1; unsigned DMAST : 1; unsigned RXRST : 1; unsigned TXRST : 1; }; } __ECON1bits_t; extern volatile __ECON1bits_t __at (0xFD2) ECON1bits; extern __sfr __at (0xFD3) OSCCON; typedef union { struct { unsigned SCS0 : 1; unsigned SCS1 : 1; unsigned : 1; unsigned OSTS : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned IDLEN : 1; }; } __OSCCONbits_t; extern volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; extern __sfr __at (0xFD5) T0CON; typedef union { struct { unsigned T0PS0 : 1; unsigned T0PS1 : 1; unsigned T0PS2 : 1; unsigned PSA : 1; unsigned T0SE : 1; unsigned T0CS : 1; unsigned T08BIT : 1; unsigned TMR0ON : 1; }; } __T0CONbits_t; extern volatile __T0CONbits_t __at (0xFD5) T0CONbits; extern __sfr __at (0xFD6) TMR0L; extern __sfr __at (0xFD7) TMR0H; extern __sfr __at (0xFD8) STATUS; typedef union { struct { unsigned C : 1; unsigned DC : 1; unsigned Z : 1; unsigned OV : 1; unsigned N : 1; unsigned : 1; unsigned : 1; unsigned : 1; }; } __STATUSbits_t; extern volatile __STATUSbits_t __at (0xFD8) STATUSbits; extern __sfr __at (0xFD9) FSR2L; extern __sfr __at (0xFDA) FSR2H; extern __sfr __at (0xFDB) PLUSW2; extern __sfr __at (0xFDC) PREINC2; extern __sfr __at (0xFDD) POSTDEC2; extern __sfr __at (0xFDE) POSTINC2; extern __sfr __at (0xFDF) INDF2; extern __sfr __at (0xFE0) BSR; extern __sfr __at (0xFE1) FSR1L; extern __sfr __at (0xFE2) FSR1H; extern __sfr __at (0xFE3) PLUSW1; extern __sfr __at (0xFE4) PREINC1; extern __sfr __at (0xFE5) POSTDEC1; extern __sfr __at (0xFE6) POSTINC1; extern __sfr __at (0xFE7) INDF1; extern __sfr __at (0xFE8) WREG; extern __sfr __at (0xFE9) FSR0L; extern __sfr __at (0xFEA) FSR0H; extern __sfr __at (0xFEB) PLUSW0; extern __sfr __at (0xFEC) PREINC0; extern __sfr __at (0xFED) POSTDEC0; extern __sfr __at (0xFEE) POSTINC0; extern __sfr __at (0xFEF) INDF0; extern __sfr __at (0xFF0) INTCON3; typedef union { struct { unsigned INT1F : 1; unsigned INT2F : 1; unsigned INT3F : 1; unsigned INT1E : 1; unsigned INT2E : 1; unsigned INT3E : 1; unsigned INT1P : 1; unsigned INT2P : 1; }; struct { unsigned INT1IF : 1; unsigned INT2IF : 1; unsigned INT3IF : 1; unsigned INT1IE : 1; unsigned INT2IE : 1; unsigned INT3IE : 1; unsigned INT1IP : 1; unsigned INT2IP : 1; }; } __INTCON3bits_t; extern volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; extern __sfr __at (0xFF1) INTCON2; typedef union { struct { unsigned RBIP : 1; unsigned INT3IP : 1; unsigned T0IP : 1; unsigned INTEDG3 : 1; unsigned INTEDG2 : 1; unsigned INTEDG1 : 1; unsigned INTEDG0 : 1; unsigned NOT_RBPU : 1; }; struct { unsigned : 1; unsigned : 1; unsigned TMR0IP : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned RBPU : 1; }; } __INTCON2bits_t; extern volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; extern __sfr __at (0xFF2) INTCON; typedef union { struct { unsigned RBIF : 1; unsigned INT0F : 1; unsigned T0IF : 1; unsigned RBIE : 1; unsigned INT0E : 1; unsigned T0IE : 1; unsigned PEIE : 1; unsigned GIE : 1; }; struct { unsigned : 1; unsigned INT0IF : 1; unsigned TMR0IF : 1; unsigned : 1; unsigned INT0IE : 1; unsigned TMR0IE : 1; unsigned GIEL : 1; unsigned GIEH : 1; }; } __INTCONbits_t; extern volatile __INTCONbits_t __at (0xFF2) INTCONbits; extern __sfr __at (0xFF3) PROD; extern __sfr __at (0xFF3) PRODL; extern __sfr __at (0xFF4) PRODH; extern __sfr __at (0xFF5) TABLAT; extern __sfr __at (0xFF6) TBLPTR; extern __sfr __at (0xFF6) TBLPTRL; extern __sfr __at (0xFF7) TBLPTRH; extern __sfr __at (0xFF8) TBLPTRU; extern __sfr __at (0xFF9) PC; extern __sfr __at (0xFF9) PCL; extern __sfr __at (0xFFA) PCLATH; extern __sfr __at (0xFFB) PCLATU; extern __sfr __at (0xFFC) STKPTR; typedef union { struct { unsigned STKPTR0 : 1; unsigned STKPTR1 : 1; unsigned STKPTR2 : 1; unsigned STKPTR3 : 1; unsigned STKPTR4 : 1; unsigned : 1; unsigned STKUNF : 1; unsigned STKOVF : 1; }; struct { unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned : 1; unsigned STKFUL : 1; }; } __STKPTRbits_t; extern volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; extern __sfr __at (0xFFD) TOS; extern __sfr __at (0xFFD) TOSL; extern __sfr __at (0xFFE) TOSH; extern __sfr __at (0xFFF) TOSU; #endif sdcc-2.9.0/device/include/pic16/pic18f96j65.h000066400000000000000000000001271116427777700202340ustar00rootroot00000000000000/* * pic18f96j65.h - PIC18F96J65 Device Library Header */ #include "pic18f96j60.h" sdcc-2.9.0/device/include/pic16/pic18f97j60.h000066400000000000000000000001271116427777700202300ustar00rootroot00000000000000/* * pic18f97j60.h - PIC18F97J60 Device Library Header */ #include "pic18f96j60.h" sdcc-2.9.0/device/include/pic16/pic18fregs.h000066400000000000000000000134601116427777700204150ustar00rootroot00000000000000 /* * pic18fregs.h - 18F Family Device Library Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18fregs.h 5391 2009-02-27 13:03:40Z tecodev $ * */ #ifndef __PIC18FREGS_H__ #define __PIC18FREGS_H__ #if defined(pic18f242) # include #elif defined(pic18f248) # include #elif defined(pic18f252) # include #elif defined(pic18f258) # include #elif defined(pic18f442) # include #elif defined(pic18f448) # include #elif defined(pic18f452) # include #elif defined(pic18f458) # include #elif defined(pic18f1220) # include #elif defined(pic18f1320) # include #elif defined(pic18f2220) # include #elif defined(pic18f2221) # include #elif defined(pic18f2320) # include #elif defined(pic18f2321) # include #elif defined(pic18f2331) # include #elif defined(pic18f23k20) # include #elif defined(pic18f2410) # include #elif defined(pic18f2420) # include #elif defined(pic18f2423) # include #elif defined(pic18f2431) # include #elif defined(pic18f2450) # include #elif defined(pic18f2455) # include #elif defined(pic18f2480) # include #elif defined(pic18f24j10) # include #elif defined(pic18f24k20) # include #elif defined(pic18f2510) # include #elif defined(pic18f2515) # include #elif defined(pic18f2520) # include #elif defined(pic18f2523) # include #elif defined(pic18f2525) # include #elif defined(pic18f2550) # include #elif defined(pic18f2580) # include #elif defined(pic18f2585) # include #elif defined(pic18f25j10) # include #elif defined(pic18f25k20) # include #elif defined(pic18f2610) # include #elif defined(pic18f2620) # include #elif defined(pic18f2680) # include #elif defined(pic18f2682) # include #elif defined(pic18f2685) # include #elif defined(pic18f26k20) # include #elif defined(pic18f4220) # include #elif defined(pic18f4221) # include #elif defined(pic18f4320) # include #elif defined(pic18f4321) # include #elif defined(pic18f4331) # include #elif defined(pic18f43k20) # include #elif defined(pic18f4410) # include #elif defined(pic18f4420) # include #elif defined(pic18f4423) # include #elif defined(pic18f4431) # include #elif defined(pic18f4450) # include #elif defined(pic18f4455) # include #elif defined(pic18f4480) # include #elif defined(pic18f44j10) # include #elif defined(pic18f44k20) # include #elif defined(pic18f4510) # include #elif defined(pic18f4515) # include #elif defined(pic18f4520) # include #elif defined(pic18f4523) # include #elif defined(pic18f4525) # include #elif defined(pic18f4550) # include #elif defined(pic18f4580) # include #elif defined(pic18f4585) # include #elif defined(pic18f45j10) # include #elif defined(pic18f45k20) # include #elif defined(pic18f4610) # include #elif defined(pic18f4620) # include #elif defined(pic18f4680) # include #elif defined(pic18f4682) # include #elif defined(pic18f4685) # include #elif defined(pic18f46k20) # include #elif defined(pic18f6520) # include #elif defined(pic18f6585) # include #elif defined(pic18f65j50) # include #elif defined(pic18f6620) # include #elif defined(pic18f6680) # include #elif defined(pic18f66j50) # include #elif defined(pic18f66j55) # include #elif defined(pic18f66j60) # include #elif defined(pic18f66j65) # include #elif defined(pic18f6720) # include #elif defined(pic18f67j50) # include #elif defined(pic18f67j60) # include #elif defined(pic18f8520) # include #elif defined(pic18f8585) # include #elif defined(pic18f85j50) # include #elif defined(pic18f8620) # include #elif defined(pic18f8680) # include #elif defined(pic18f86j50) # include #elif defined(pic18f86j55) # include #elif defined(pic18f86j60) # include #elif defined(pic18f86j65) # include #elif defined(pic18f8720) # include #elif defined(pic18f87j50) # include #elif defined(pic18f87j60) # include #elif defined(pic18f96j60) # include #elif defined(pic18f96j65) # include #elif defined(pic18f97j60) # include #else # error Unsupported processor #endif #define Nop() do { __asm nop __endasm; } while(0) #define ClrWdt() do { __asm clrwdt __endasm; } while(0) #define Sleep() do { __asm sleep __endasm; } while(0) #define Reset() do { __asm reset __endasm; } while(0) #endif /* __PIC18FREGS_H__ */ sdcc-2.9.0/device/include/pic16/sdcc-lib.h000066400000000000000000000007041116427777700201170ustar00rootroot00000000000000 /* * sdcc-lib.h - SDCC Library Main Header * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: sdcc-lib.h 3512 2004-10-01 14:32:06Z vrokas $ * */ /** Top level header file for the sdcc libraries that enables target specific features. */ #ifndef __PIC16_SDCC_LIB_H #define __PIC16_SDCC_LIB_H 1 #include <../asm/pic16/features.h> #endif sdcc-2.9.0/device/include/pic16/signal.h000066400000000000000000000177531116427777700177300ustar00rootroot00000000000000/* * Signal handler header * * written by Vangelis Rokas, 2005 * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * * $Id: signal.h 5393 2009-02-28 15:23:35Z tecodev $ */ #ifndef __SIGNAL_H__ #define __SIGNAL_H__ /* interrupt testing arguments */ #define SIG_RB SIG_RBIF #define SIG_INT0 SIG_INT0IF #define SIG_INT1 SIG_INT1IF #define SIG_INT2 SIG_INT2IF #define SIG_CCP1 SIG_CCP1IF #define SIG_CCP2 SIG_CCP2IF #define SIG_TMR0 SIG_TMR0IF #define SIG_TMR1 SIG_TMR1IF #define SIG_TMR2 SIG_TMR2IF #define SIG_TMR3 SIG_TMR3IF #define SIG_EE SIG_EEIF #define SIG_BCOL SIG_BCOLIF #define SIG_LVD SIG_LVDIF #define SIG_PSP SIG_PSPIF #define SIG_AD SIG_ADIF #define SIG_RC SIG_RCIF #define SIG_TX SIG_TXIF #define SIG_SSP SIG_SSPIF #define SIG_MSSP SIG_SSPIF /* just an alias */ #define SIG_USB SIG_USBIF /* define name to be the interrupt handler for interrupt #vecno */ #define DEF_ABSVECTOR(vecno, name) \ void __ivt_ ## name(void) __interrupt(vecno) __naked \ { \ __asm goto _ ## name __endasm; \ } /* Define name to be the handler for high priority interrupts, * use like this: * DEF_INTHIGH(high_handler) * DEF_HANDLER(SIG_TMR0, timer0_handler) * DEF_HANDLER2(SIG_TMR1, SIG_TMR1IE, timer1_handler) * ... * END_DEF * * SIGHANDLER(timer0_handler) * { * // code to handle timer0 interrupts * } * SIGHANDLER(timer1_handler) * { * // code to handle timer1 interrupts * } */ #define DEF_INTHIGH(name) \ DEF_ABSVECTOR(1, name) \ void name(void) __naked __interrupt \ { /* Define name to be the handler for high priority interrupts, * use like this: * DEF_INTLOW(low_handler) * DEF_HANDLER(SIG_RB, portb_handler) * DEF_HANDLER2(SIG_LVD, SIG_LVDIE, lowvolt_handler) * ... * END_DEF * * SIGHANDLER(portb_handler) * { * // code to handle PORTB change interrupts * } * SIGHANDLER(lowvolt_handler) * { * // code to handle low voltage interrupts * } */ #define DEF_INTLOW(name) \ DEF_ABSVECTOR(2, name) \ void name(void) __naked __interrupt \ { /* finish an interrupt handler definition */ #define END_DEF \ __asm retfie __endasm; \ } /* Declare handler to be the handler function for the given signal. * sig should be one of SIG_xxx from above, handler should be a * function defined using SIGHANDLER(handler) or * SIGHANDLERNAKED(handler). * ATTENTION: This macro ignores the signal's enable bit! * Use DEF_HANDLER2(SIG_xxx, SIGxxxIE, handler) instead! * To be used together with DEF_INTHIGH and DEF_INTLOW. */ #define DEF_HANDLER(sig, handler) \ __asm btfsc sig __endasm; \ __asm goto _ ## handler __endasm; /* Declare handler to be the handler function for the given signal. * sig should be one of SIG_xxx from above, * sig2 should also be a signal (probably SIG_xxxIE from below) and * handler should be a function defined using SIGHANDLER(handler) * or SIGHANDLERNAKED(handler). * To be used together with DEF_INTHIGH and DEF_INTLOW. */ #define DEF_HANDLER2(sig1,sig2,handler) \ __asm btfss sig1 __endasm; \ __asm bra $+8 __endasm; \ __asm btfsc sig2 __endasm; \ __asm goto _ ## handler __endasm; /* Declare or define an interrupt handler function. */ #define SIGHANDLER(handler) void handler (void) __interrupt #define SIGHANDLERNAKED(handler) void handler (void) __naked __interrupt /* * inline assembly compatible bit definitions */ #define SIG_RBIF _INTCON, 0 #define SIG_RBIE _INTCON, 3 #define SIG_RBIP _INTCON2, 0 #define SIG_INT0IF _INTCON, 1 #define SIG_INT0IE _INTCON, 4 /*#define SIG_INT0IP not selectable, always ? */ #define SIG_TMR0IF _INTCON, 2 #define SIG_TMR0IE _INTCON, 5 #define SIG_TMR0IP _INTCON2, 2 #define SIG_INT1IF _INTCON3, 0 #define SIG_INT1IE _INTCON3, 3 #define SIG_INT1IP _INTCON3, 6 #define SIG_INT2IF _INTCON3, 1 #define SIG_INT2IE _INTCON3, 4 #define SIG_INT2IP _INTCON3, 7 /* device dependent -- should be moved to pic18f*.h */ #define SIG_TMR1IDX 0 #define SIG_TMR1SUF 1 #define SIG_TMR2IDX 1 #define SIG_TMR2SUF 1 #define SIG_CCP1IDX 2 #define SIG_CCP1SUF 1 #define SIG_SSPIDX 3 #define SIG_SSPSUF 1 #define SIG_TXIDX 4 #define SIG_TXSUF 1 #define SIG_RCIDX 5 #define SIG_RCSUF 1 #define SIG_ADIDX 6 #define SIG_ADSUF 1 #define SIG_PSPIDX 7 #define SIG_PSPSUF 1 #define SIG_CCP2IDX 0 #define SIG_CCP2SUF 2 #define SIG_TMR3IDX 1 #define SIG_TMR3SUF 2 #define SIG_LVDIDX 2 #define SIG_LVDSUF 2 #define SIG_BCOLIDX 3 #define SIG_BCOLSUF 2 #define SIG_EEIDX 4 #define SIG_EESUF 2 #define SIG_USBIDX 5 #define SIG_USBSUF 2 /* device independent */ #define __concat(a,b) __concat2(a,b) #define __concat2(a,b) a ## b #define SIG_PIR(suf) __concat(_PIR,suf) #define SIG_PIE(suf) __concat(_PIE,suf) #define SIG_IPR(suf) __concat(_IPR,suf) #define SIG_TMR1IF SIG_PIR(SIG_TMR1SUF), SIG_TMR1IDX #define SIG_TMR1IE SIG_PIE(SIG_TMR1SUF), SIG_TMR1IDX #define SIG_TMR1IP SIG_IPR(SIG_TMR1SUF), SIG_TMR1IDX #define SIG_TMR2IF SIG_PIR(SIG_TMR2SUF), SIG_TMR2IDX #define SIG_TMR2IE SIG_PIE(SIG_TMR2SUF), SIG_TMR2IDX #define SIG_TMR2IP SIG_IPR(SIG_TMR2SUF), SIG_TMR2IDX #define SIG_CCP1IF SIG_PIR(SIG_CCP1SUF), SIG_CCP1IDX #define SIG_CCP1IE SIG_PIE(SIG_CCP1SUF), SIG_CCP1IDX #define SIG_CCP1IP SIG_IPR(SIG_CCP1SUF), SIG_CCP1IDX #define SIG_SSPIF SIG_PIR(SIG_SSPSUF), SIG_SSPIDX #define SIG_SSPIE SIG_PIE(SIG_SSPSUF), SIG_SSPIDX #define SIG_SSPIP SIG_IPR(SIG_SSPSUF), SIG_SSPIDX /* aliases: MSSP */ #define SIG_MSSPIF SIG_SSPIF //SIG_PIR(SIG_SSPSUF), SIG_SSPIDX #define SIG_MSSPIE SIG_SSPIE //SIG_PIE(SIG_SSPSUF), SIG_SSPIDX #define SIG_MSSPIP SIG_SSPIP //SIG_IPR(SIG_SSPSUF), SIG_SSPIDX #define SIG_TXIF SIG_PIR(SIG_TXSUF), SIG_TXIDX #define SIG_TXIE SIG_PIE(SIG_TXSUF), SIG_TXIDX #define SIG_TXIP SIG_IPR(SIG_TXSUF), SIG_TXIDX #define SIG_RCIF SIG_PIR(SIG_RCSUF), SIG_RCIDX #define SIG_RCIE SIG_PIE(SIG_RCSUF), SIG_RCIDX #define SIG_RCIP SIG_IPR(SIG_RCSUF), SIG_RCIDX #define SIG_ADIF SIG_PIR(SIG_ADSUF), SIG_ADIDX #define SIG_ADIE SIG_PIE(SIG_ADSUF), SIG_ADIDX #define SIG_ADIP SIG_IPR(SIG_ADSUF), SIG_ADIDX #define SIG_PSPIF SIG_PIR(SIG_PSPSUF), SIG_PSPIDX #define SIG_PSPIE SIG_PIE(SIG_PSPSUF), SIG_PSPIDX #define SIG_PSPIP SIG_IPR(SIG_PSPSUF), SIG_PSPIDX #define SIG_CCP2IF SIG_PIR(SIG_CCP2SUF), SIG_CCP2IDX #define SIG_CCP2IE SIG_PIE(SIG_CCP2SUF), SIG_CCP2IDX #define SIG_CCP2IP SIG_IPR(SIG_CCP2SUF), SIG_CCP2IDX #define SIG_TMR3IF SIG_PIR(SIG_TMR3SUF), SIG_TMR3IDX #define SIG_TMR3IE SIG_PIE(SIG_TMR3SUF), SIG_TMR3IDX #define SIG_TMR3IP SIG_IPR(SIG_TMR3SUF), SIG_TMR3IDX #define SIG_LVDIF SIG_PIR(SIG_LVDSUF), SIG_LVDIDX #define SIG_LVDIE SIG_PIE(SIG_LVDSUF), SIG_LVDIDX #define SIG_LVDIP SIG_IPR(SIG_LVDSUF), SIG_LVDIDX #define SIG_BCOLIF SIG_PIR(SIG_BCOLSUF), SIG_BCOLIDX #define SIG_BCOLIE SIG_PIE(SIG_BCOLSUF), SIG_BCOLIDX #define SIG_BCOLIP SIG_IPR(SIG_BCOLSUF), SIG_BCOLIDX #define SIG_EEIF SIG_PIR(SIG_EESUF), SIG_EEIDX #define SIG_EEIE SIG_PIE(SIG_EESUF), SIG_EEIDX #define SIG_EEIP SIG_IPR(SIG_EESUF), SIG_EEIDX #define SIG_USBIF SIG_PIR(SIG_USBSUF), SIG_USBIDX #define SIG_USBIE SIG_PIE(SIG_USBSUF), SIG_USBIDX #define SIG_USBIP SIG_IPR(SIG_USBSUF), SIG_USBIDX #endif /* __SIGNAL_H__ */ sdcc-2.9.0/device/include/pic16/stdarg.h000066400000000000000000000031301116427777700177170ustar00rootroot00000000000000/*------------------------------------------------------------------------- stdarg.h - ANSI macros for variable parameter list Ported to PIC16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: stdarg.h 3522 2004-10-03 12:12:40Z vrokas $ */ #ifndef __PIC16_STDARG_H #define __PIC16_STDARG_H 1 typedef unsigned char * va_list; #define va_start(list, last) list = (unsigned char *)&last + sizeof(last) #define va_arg(list, type) *((type *)((list += sizeof(type)) - sizeof(type))) #define va_end(list) list = ((va_list) 0) #endif /* __PIC16_STDARG_H */ sdcc-2.9.0/device/include/pic16/stddef.h000066400000000000000000000025721116427777700177150ustar00rootroot00000000000000/*------------------------------------------------------------------------- stddef.h - ANSI functions forward declarations Ported to PIC16 port by Raphael Neider (2005) Written By - Maarten Brock / sourceforge.brock@dse.nl (June 2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ /* ** $Id: stddef.h 4148 2006-05-01 20:47:12Z tecodev $ */ #ifndef __PIC16_STDDEF_H #define __PIC16_STDDEF_H 1 #ifndef NULL #define NULL (void *)0 #endif #ifndef _SIZE_T_DEFINED #define _SIZE_T_DEFINED typedef unsigned int size_t; #endif #define offsetof(s,m) (size_t)&(((s *)0)->m) #endif /* __PIC16_STDDEF_H */ sdcc-2.9.0/device/include/pic16/stdint.h000066400000000000000000000117321116427777700177470ustar00rootroot00000000000000/*------------------------------------------------------------------------- stdint.h - ISO C99 7.18 Integer types Written By - Maarten Brock, sourceforge.brock@dse.nl (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef _STDINT_H #define _STDINT_H 1 /* Exact integral types. */ /* Signed. */ typedef signed char int8_t; typedef short int int16_t; typedef long int int32_t; /* Unsigned. */ typedef unsigned char uint8_t; typedef unsigned short int uint16_t; typedef unsigned long int uint32_t; /* Small types. */ /* Signed. */ typedef signed char int_least8_t; typedef short int int_least16_t; typedef long int int_least32_t; /* Unsigned. */ typedef unsigned char uint_least8_t; typedef unsigned short int uint_least16_t; typedef unsigned long int uint_least32_t; /* Fast types. */ /* Signed. */ typedef signed char int_fast8_t; typedef int int_fast16_t; typedef long int int_fast32_t; /* Unsigned. */ typedef unsigned char uint_fast8_t; typedef unsigned int uint_fast16_t; typedef unsigned long int uint_fast32_t; /* Types for `void *' pointers. */ typedef long int intptr_t; typedef unsigned long int uintptr_t; /* Largest integral types. */ typedef long int intmax_t; typedef unsigned long int uintmax_t; /* Limits of integral types. */ /* Minimum of signed integral types. */ # define INT8_MIN (-128) # define INT16_MIN (-32767-1) # define INT32_MIN (-2147483647L-1) /* Maximum of signed integral types. */ # define INT8_MAX (127) # define INT16_MAX (32767) # define INT32_MAX (2147483647L) /* Maximum of unsigned integral types. */ # define UINT8_MAX (255) # define UINT16_MAX (65535) # define UINT32_MAX (4294967295UL) /* Minimum of signed integral types having a minimum size. */ # define INT_LEAST8_MIN (-128) # define INT_LEAST16_MIN (-32767-1) # define INT_LEAST32_MIN (-2147483647L-1) /* Maximum of signed integral types having a minimum size. */ # define INT_LEAST8_MAX (127) # define INT_LEAST16_MAX (32767) # define INT_LEAST32_MAX (2147483647L) /* Maximum of unsigned integral types having a minimum size. */ # define UINT_LEAST8_MAX (255) # define UINT_LEAST16_MAX (65535) # define UINT_LEAST32_MAX (4294967295UL) /* Minimum of fast signed integral types having a minimum size. */ # define INT_FAST8_MIN (-128) # define INT_FAST16_MIN (-32767-1) # define INT_FAST32_MIN (-2147483647L-1) /* Maximum of fast signed integral types having a minimum size. */ # define INT_FAST8_MAX (127) # define INT_FAST16_MAX (32767) # define INT_FAST32_MAX (2147483647L) /* Maximum of fast unsigned integral types having a minimum size. */ # define UINT_FAST8_MAX (255) # define UINT_FAST16_MAX (65535) # define UINT_FAST32_MAX (4294967295UL) /* Values to test for integral types holding `void *' pointer. */ # define INTPTR_MIN (-2147483647L-1) # define INTPTR_MAX (2147483647L) # define UINTPTR_MAX (4294967295UL) /* Minimum for largest signed integral type. */ # define INTMAX_MIN (-__INT32_C(-2147483647L)-1) /* Maximum for largest signed integral type. */ # define INTMAX_MAX (__INT32_C(2147483647L)) /* Maximum for largest unsigned integral type. */ # define UINTMAX_MAX (__UINT32_C(4294967295UL)) /* Limits of other integer types. */ /* Limits of `ptrdiff_t' type. */ # define PTRDIFF_MIN (-2147483647L-1) # define PTRDIFF_MAX (2147483647L) /* Limit of `size_t' type. */ # define SIZE_MAX (65535) /* Signed. */ # define INT8_C(c) c # define INT16_C(c) c # define INT32_C(c) c ## L /* Unsigned. */ # define UINT8_C(c) c ## U # define UINT16_C(c) c ## U # define UINT32_C(c) c ## UL /* Maximal type. */ # define INTMAX_C(c) c ## L # define UINTMAX_C(c) c ## UL #endif /* stdint.h */ sdcc-2.9.0/device/include/pic16/stdio.h000066400000000000000000000100501116427777700175540ustar00rootroot00000000000000/*------------------------------------------------------------------------- stdio.h - ANSI functions forward declarations Ported to PIC16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ #ifndef __STDIO_H #define __STDIO_H 1 /* link the C library */ #pragma library c #include #include #ifndef NULL #define NULL (void *)0 #endif #ifndef _SIZE_T_DEFINED #define _SIZE_T_DEFINED typedef unsigned int size_t; #endif /* stream descriptor definition */ typedef char *FILE; /* USART and MSSP module stream descriptors */ /* since FILE is declared as a generic pointer, * the upper byte is used to dereference the pointer * information. For the stream descriptors we * use the 5th bit and the lower nubble bits. * Descriptors are denoted by an 1 in bit 5, * further dereference is made for: * <3:0> bits * USART 0 (0x0) * MSSP 1 (0x1) * USER 15 (0xf) * * There is a special value for GPSIM specific (see below) * which is: * GPSIM 14 (0xe) * * * if further stream descriptors need to be added then more * bits of the upper byte can be used */ #define USART_DEREF 0x0 #define MSSP_DEREF 0x1 #define USER_DEREF 0xf #define STREAM_USART ((FILE *)(0x00200000UL)) #define STREAM_MSSP ((FILE *)(0x00210000UL)) #define STREAM_USER ((FILE *)(0x002f0000UL)) /* this is a custom dereference which points to a custom * port of GPSIM simulator. This port redirects characters * to /tmp/gpsim.debug.1 file (used for debugging purposes) * NOTICE: This feature is not part of the official gpsim * distribution. Contact vrokas AT users.sourceforge.net * for more info */ #define GPSIM_DEREF 0xe #define STREAM_GPSIM ((FILE *)(0x002e0000UL)) extern FILE *stdin; extern FILE *stdout; /* printf_small() supports float print */ void printf_small (const char *fmt, ...); /* printf_tiny() does not support float print */ void printf_tiny (const char *fmt, ...); // __reentrant; extern int printf (const char *fmt, ...); extern int fprintf (FILE *stream, const char *fmt, ...); extern int sprintf (char *str, const char *fmt, ...); extern int vprintf (const char *fmt, va_list ap); extern int vfprintf (FILE *stream, const char *fmt, va_list ap); extern int vsprintf (char *str, const char *fmt, va_list ap); extern void putchar (char c) __wparam; extern void __stream_putchar (FILE *stream, char c); extern void __stream_usart_putchar (char c) __wparam __naked; extern void __stream_mssp_putchar (char c) __wparam __naked; extern void __stream_gpsim_putchar (char c) __wparam __naked; extern char *gets (char *str); extern char getchar (void); #endif /* __STDIO_H */ sdcc-2.9.0/device/include/pic16/stdlib.h000066400000000000000000000050251116427777700177210ustar00rootroot00000000000000/*------------------------------------------------------------------------- stdlib.h - ANSI functions forward declarations Ported to PIC16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: stdlib.h 5008 2008-02-13 21:59:32Z MaartenBrock $ */ #ifndef __STDLIB_H__ #define __STDLIB_H__ 1 #pragma library c #include #ifndef NULL # define NULL (void *)0 #endif #define RAND_MAX 0x7fffffff /* initialize random seed */ void srand(unsigned long seed); /* return a random number between 0 and RAND_MAX */ long rand(void); /* reentrant version of rand() */ long rand_r(unsigned long *ctx); /* returns the CRC16 checksum of the data buffer, takes as * last argument an old value of crc16 checksum */ uint16_t crc16(uint8_t *, uint32_t, uint16_t); /* convert a ASCII string to float */ float atof (char *); /* convert a ASCII string to integer */ int atoi (char *); /* convert a ASCII string to long */ long atol (char *); /* convert an unsigned/signed integer to ASCII string */ void uitoa(unsigned int, __data char *, unsigned char); void itoa(int, __data char*, unsigned char); /* convert an unsigned/signed long integer to ASCII string */ void ultoa(unsigned long, __data char *, unsigned char); void ltoa(long, __data char*, unsigned char); /* helper functions: convert a float to ASCII string */ extern char x_ftoa(float, __data char *, unsigned char, unsigned char); /* George M. Gallant's version of ftoa() */ extern void g_ftoa(__data char *, float, char); #endif /* __STDLIB_H__ */ sdcc-2.9.0/device/include/pic16/string.h000066400000000000000000000050371116427777700177510ustar00rootroot00000000000000/*------------------------------------------------------------------------- string.h - ANSI functions forward declarations Modified for pic16 port by Vangelis Rokas, 2004, vrokas@otenet.gr Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: string.h 3912 2005-10-26 11:08:11Z tecodev $ */ #ifndef __STRING_H /* { */ #define __STRING_H 1 #define _STRING_SPEC __data #pragma library c #ifndef NULL # define NULL (void *)0 #endif #ifndef _SIZE_T_DEFINED # define _SIZE_T_DEFINED typedef unsigned int size_t; #endif char *strcat (char *, char *); char *strchr (char *, char); int strcmp (char *, char *); char *strcpy (char *, char *); int strcspn(char *, char *); int strlen (char *); char *strlwr (char *); char *strncat(char *, char *, size_t ); int strncmp(char *, char *, size_t ); char *strncpy(char *, char *, size_t ); char *strpbrk(char *, char *); char *strrchr(char *, char); int strspn (char *, char *); char *strstr (char *, char *); char *strtok (char *, char *); char *strupr (char *); void *memccpy(void *, void *, char, size_t); void *memchr(void *, char, size_t); int memcmp (void *, void *, size_t); void *memcpy (void *, void *, size_t); void *memmove (void *, void *, size_t); void *memrchr(void *, char, size_t); void *memset (_STRING_SPEC void *, unsigned char, size_t ); __code void *memchrpgm(__code void *, char, size_t); __data void *memchrram(__data void *, char, size_t); __data void *memcpypgm2ram(__data void *, __code void *, size_t); __data void *memcpyram2ram(__data void *, __data void *, size_t); #endif /* } */ sdcc-2.9.0/device/include/pic16/usart.h000066400000000000000000000040661116427777700176020ustar00rootroot00000000000000 /* * USART communications module library header * * written for SDCC/pic16 port by Vangelis Rokas, 2005 * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * * $Id: usart.h 3785 2005-06-24 14:19:36Z tecodev $ */ #ifndef __USART_H__ #define __USART_H__ #pragma library io #define RAM_SCLS __data /* configuration bit masks for open function */ #define USART_TX_INT_ON 0xff #define USART_TX_INT_OFF 0x7f #define USART_RX_INT_ON 0xff #define USART_RX_INT_OFF 0xbf #define USART_BRGH_HIGH 0xff #define USART_BRGH_LOW 0xef #define USART_CONT_RX 0xff #define USART_SINGLE_RX 0xf7 #define USART_SYNC_MASTER 0xff #define USART_SYNC_SLAVE 0xfb #define USART_NINE_BIT 0xff #define USART_EIGHT_BIT 0xfd #define USART_SYNCH_MODE 0xff #define USART_ASYNCH_MODE 0xfe /* status bits */ union USART { unsigned char val; struct { unsigned RX_NINE:1; unsigned TX_NINE:1; unsigned FRAME_ERROR:1; unsigned OVERRUN_ERROR:1; unsigned fill:4; }; }; void usart_open(unsigned char config, unsigned int spbrg) __wparam; void usart_close(void); unsigned char usart_busy(void) __naked; unsigned char usart_drdy(void) __naked; unsigned char usart_getc(void); void usart_gets(RAM_SCLS char *buffer, unsigned char len); void usart_putc(unsigned char data) __wparam __naked; void usart_puts(char *data); void usart_baud(unsigned char baudconfig) __wparam; #endif sdcc-2.9.0/device/include/sdcc-lib.h000066400000000000000000000025521116427777700172000ustar00rootroot00000000000000/*------------------------------------------------------------------------- Top level header file for the sdcc libraries that enables target specific features. Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef __SDC51_SDCC_LIB_H #define __SDC51_SDCC_LIB_H 1 #if defined(__z80) #include #elif defined(__gbz80) #include #elif defined(__mcs51) #include #elif defined(__ds390) #include #else /* PENDING */ #include #endif #endif sdcc-2.9.0/device/include/ser.h000066400000000000000000000024241116427777700163070ustar00rootroot00000000000000/*KA****************************************************************** * PROJECT: PLOne/8052 ********************************************************************** * FILE: ser.h ********************************************************************** * CHANGES: * date author description * -------------------------------------------------------------------- * 04/26/99 we update * 04/27/99 we add comments/header ********************************************************************** * DESCRIPTION: * This file is the header to be included by modules which use the * ser.c module. ********************************************************************** * FUNCTIONS DECLARED: * see ser.c ********************************************************************** * COMPILE TIME OPTIONS: - * DEBUG OPTIONS: - ******************************************************************KE*/ /* $Id: ser.h 4498 2006-12-02 11:53:42Z MaartenBrock $ */ #ifndef _SER_H_ #define _SER_H_ void ser_init(void); void ser_interrupt_handler(void) __interrupt 4 __using 1; void ser_putc(unsigned char); unsigned char ser_getc(void); void ser_printString(char *String); char ser_charAvail(void); /*********************End of File************************************/ #endif sdcc-2.9.0/device/include/ser_ir.h000066400000000000000000000031261116427777700170010ustar00rootroot00000000000000/*------------------------------------------------------------------------- ser_ir.h - header file for serial routines Written By - Josef Wolf (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* call this one first on startup */ void ser_init (void); /* the following ones should be obvious */ void ser_putc (unsigned char c); void ser_puts (unsigned char *s); void ser_gets (unsigned char *s, unsigned char len); unsigned char ser_getc (void); /* return the number of chars that can be received/transmitted without * blocking. */ unsigned char ser_can_rcv (void); unsigned char ser_can_xmt (void); /* needs to be defined somewhere :-() */ void ser_handler (void) __interrupt 4; sdcc-2.9.0/device/include/serial.h000066400000000000000000000012151116427777700167720ustar00rootroot00000000000000/*---------------------------------------------------------------------------- Written by Dmitry S. Obukhov, 1996 dso@usa.net ---------------------------------------------------------------------------- This module implements serial interrupt handler and IO routinwes using two 256 byte cyclic buffers. Bit variables can be used as flags for real-time kernel tasks Last modified 6 Apr 97 ----------------------------------------------------------------------------*/ void serial_init(void); void serial_interrupt_handler(void) __interrupt 4 __using 1; void serial_putc(unsigned char); unsigned char serial_getc(void); void autobaud(); sdcc-2.9.0/device/include/serial390.h000066400000000000000000000002171116427777700172270ustar00rootroot00000000000000#ifndef SERIAL390_H #define SERIAL390_H #warning "Please use instead of " #include #endif SERIAL390_H sdcc-2.9.0/device/include/setjmp.h000066400000000000000000000032171116427777700170210ustar00rootroot00000000000000/*------------------------------------------------------------------------- setjmp.h - header file for setjmp & longjmp ANSI routines Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCC_SETJMP_H #define SDCC_SETJMP_H #define SP_SIZE 1 #ifdef SDCC_STACK_AUTO #define BP_SIZE SP_SIZE #else #define BP_SIZE 0 #endif #ifdef SDCC_USE_XSTACK #define SPX_SIZE 1 #else #define SPX_SIZE 0 #endif #define BPX_SIZE SPX_SIZE #define RET_SIZE 2 typedef unsigned char jmp_buf[RET_SIZE + SP_SIZE + BP_SIZE + SPX_SIZE + BPX_SIZE]; int setjmp (jmp_buf); int longjmp(jmp_buf, int); #undef RET_SIZE #undef SP_SIZE #undef BP_SIZE #undef SPX_SIZE #undef BPX_SIZE #endif sdcc-2.9.0/device/include/stdarg.h000066400000000000000000000023271116427777700170040ustar00rootroot00000000000000/*-----------------------------------------------------------------------------------*/ /* stdarg.h - ANSI macros for variable parameter list */ /*-----------------------------------------------------------------------------------*/ #ifndef __SDC51_STDARG_H #define __SDC51_STDARG_H 1 #if defined(__z80) || defined(__gbz80) || defined(__hc08) typedef unsigned char * va_list; #define va_start(marker, last) { marker = (va_list)&last + sizeof(last); } #define va_arg(marker, type) *((type *)((marker += sizeof(type)) - sizeof(type))) #elif defined(__ds390) || defined(__ds400) typedef unsigned char * va_list; #define va_start(marker, first) { marker = (va_list)&first; } #define va_arg(marker, type) *((type *)(marker -= sizeof(type))) #elif defined(SDCC_USE_XSTACK) typedef unsigned char __pdata * va_list; #define va_start(marker, first) { marker = (va_list)&first; } #define va_arg(marker, type) *((type __pdata *)(marker -= sizeof(type))) #else typedef unsigned char __data * va_list; #define va_start(marker, first) { marker = (va_list)&first; } #define va_arg(marker, type) *((type __data * )(marker -= sizeof(type))) #endif #define va_end(marker) marker = (va_list) 0; #endif sdcc-2.9.0/device/include/stdbool.h000066400000000000000000000030131116427777700171570ustar00rootroot00000000000000/*------------------------------------------------------------------------- stdbool.h - ANSI functions forward declarations Written By - Maarten Brock, sourceforge.brock@dse.nl (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef __SDC51_STDBOOL_H #define __SDC51_STDBOOL_H 1 #define true 1 #define false 0 /* Only define bool for ports that really support it to the full extend. For other ports only define BOOL which can be used in most cases, but can result in unexpected behaviour */ #if defined (SDCC_hc08) || defined (SDCC_z80) || defined (SDCC_gbz80) || defined (SDCC_pic14) || defined (SDCC_pic16) #define BOOL char #else #define _Bool __bit #define BOOL __bit #define bool _Bool #define __bool_true_false_are_defined 1 #endif #endif sdcc-2.9.0/device/include/stddef.h000066400000000000000000000025751116427777700167760ustar00rootroot00000000000000/*------------------------------------------------------------------------- stddef.h - ANSI functions forward declarations Written By - Maarten Brock / sourceforge.brock@dse.nl (June 2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef __SDC51_STDDEF_H #define __SDC51_STDDEF_H 1 #ifndef NULL #define NULL (void *)0 #endif #ifndef _SIZE_T_DEFINED #define _SIZE_T_DEFINED typedef unsigned int size_t; #endif #if defined(SDCC_z80) || defined(SDCC_gbz80) #define offsetof(s,m) (size_t)&(((s *)0)->m) #else /* temporary hack to fix bug 1518273 */ #define offsetof(s,m) (size_t)&(((s __code *)0)->m) #endif #endif sdcc-2.9.0/device/include/stdint.h000066400000000000000000000126651116427777700170330ustar00rootroot00000000000000/*------------------------------------------------------------------------- stdint.h - ISO C99 7.18 Integer types Written By - Maarten Brock, sourceforge.brock@dse.nl (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #ifndef _STDINT_H #define _STDINT_H 1 /* Exact integral types. */ /* Signed. */ typedef signed char int8_t; typedef short int int16_t; typedef long int int32_t; /* Unsigned. */ typedef unsigned char uint8_t; typedef unsigned short int uint16_t; typedef unsigned long int uint32_t; /* Small types. */ /* Signed. */ typedef signed char int_least8_t; typedef short int int_least16_t; typedef long int int_least32_t; /* Unsigned. */ typedef unsigned char uint_least8_t; typedef unsigned short int uint_least16_t; typedef unsigned long int uint_least32_t; /* Fast types. */ /* Signed. */ typedef signed char int_fast8_t; typedef int int_fast16_t; typedef long int int_fast32_t; /* Unsigned. */ typedef unsigned char uint_fast8_t; typedef unsigned int uint_fast16_t; typedef unsigned long int uint_fast32_t; /* Types for `void *' pointers. */ #if defined (SDCC_mcs51) || defined (SDCC_ds390) typedef long int intptr_t; typedef unsigned long int uintptr_t; #else typedef int intptr_t; typedef unsigned int uintptr_t; #endif /* Largest integral types. */ typedef long int intmax_t; typedef unsigned long int uintmax_t; /* Limits of integral types. */ /* Minimum of signed integral types. */ # define INT8_MIN (-128) # define INT16_MIN (-32767-1) # define INT32_MIN (-2147483647L-1) /* Maximum of signed integral types. */ # define INT8_MAX (127) # define INT16_MAX (32767) # define INT32_MAX (2147483647L) /* Maximum of unsigned integral types. */ # define UINT8_MAX (255) # define UINT16_MAX (65535) # define UINT32_MAX (4294967295UL) /* Minimum of signed integral types having a minimum size. */ # define INT_LEAST8_MIN (-128) # define INT_LEAST16_MIN (-32767-1) # define INT_LEAST32_MIN (-2147483647L-1) /* Maximum of signed integral types having a minimum size. */ # define INT_LEAST8_MAX (127) # define INT_LEAST16_MAX (32767) # define INT_LEAST32_MAX (2147483647L) /* Maximum of unsigned integral types having a minimum size. */ # define UINT_LEAST8_MAX (255) # define UINT_LEAST16_MAX (65535) # define UINT_LEAST32_MAX (4294967295UL) /* Minimum of fast signed integral types having a minimum size. */ # define INT_FAST8_MIN (-128) # define INT_FAST16_MIN (-32767-1) # define INT_FAST32_MIN (-2147483647L-1) /* Maximum of fast signed integral types having a minimum size. */ # define INT_FAST8_MAX (127) # define INT_FAST16_MAX (32767) # define INT_FAST32_MAX (2147483647L) /* Maximum of fast unsigned integral types having a minimum size. */ # define UINT_FAST8_MAX (255) # define UINT_FAST16_MAX (65535) # define UINT_FAST32_MAX (4294967295UL) /* Values to test for integral types holding `void *' pointer. */ #if defined (SDCC_mcs51) || defined (SDCC_ds390) # define INTPTR_MIN (-2147483647L-1) # define INTPTR_MAX (2147483647L) # define UINTPTR_MAX (4294967295UL) #else # define INTPTR_MIN (-32767-1) # define INTPTR_MAX (32767) # define UINTPTR_MAX (65535) #endif /* Minimum for largest signed integral type. */ # define INTMAX_MIN (-__INT32_C(-2147483647L)-1) /* Maximum for largest signed integral type. */ # define INTMAX_MAX (__INT32_C(2147483647L)) /* Maximum for largest unsigned integral type. */ # define UINTMAX_MAX (__UINT32_C(4294967295UL)) /* Limits of other integer types. */ /* Limits of `ptrdiff_t' type. */ #if defined (SDCC_mcs51) || defined (SDCC_ds390) # define PTRDIFF_MIN (-2147483647L-1) # define PTRDIFF_MAX (2147483647L) #else # define PTRDIFF_MIN (-32767-1) # define PTRDIFF_MAX (32767) #endif /* Limit of `size_t' type. */ # define SIZE_MAX (65535) /* Signed. */ # define INT8_C(c) c # define INT16_C(c) c # define INT32_C(c) c ## L /* Unsigned. */ # define UINT8_C(c) c ## U # define UINT16_C(c) c ## U # define UINT32_C(c) c ## UL /* Maximal type. */ # define INTMAX_C(c) c ## L # define UINTMAX_C(c) c ## UL #endif /* stdint.h */ sdcc-2.9.0/device/include/stdio.h000066400000000000000000000043571116427777700166470ustar00rootroot00000000000000/*------------------------------------------------------------------------- stdio.h - ANSI functions forward declarations Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __SDC51_STDIO_H #define __SDC51_STDIO_H 1 #include #ifdef __ds390 #include #endif #include #ifndef NULL #define NULL (void *)0 #endif #ifndef _SIZE_T_DEFINED #define _SIZE_T_DEFINED typedef unsigned int size_t; #endif typedef void (*pfn_outputchar)(char c, void* p) _REENTRANT; extern int _print_format (pfn_outputchar pfn, void* pvoid, const char *format, va_list ap); /*-----------------------------------------------------------------------*/ extern void printf_small (char *,...) _REENTRANT; extern int printf (const char *,...); extern int vprintf (const char *, va_list); extern int sprintf (char *, const char *, ...); extern int vsprintf (char *, const char *, va_list); extern int puts(const char *); extern char *gets(char *); extern char getchar(void); extern void putchar(char); #if defined(SDCC_mcs51) && !defined(SDCC_USE_XSTACK) extern void printf_fast(__code char *fmt, ...) _REENTRANT; extern void printf_fast_f(__code char *fmt, ...) _REENTRANT; extern void printf_tiny(__code char *fmt, ...) _REENTRANT; #endif #endif /* __SDC51_STDIO_H */ sdcc-2.9.0/device/include/stdlib.h000066400000000000000000000032661116427777700170040ustar00rootroot00000000000000/*------------------------------------------------------------------------- stdlib.h - ANSI functions forward declarations Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __SDC51_STDLIB_H #define __SDC51_STDLIB_H 1 #ifndef NULL # define NULL (void *)0 #endif #include int abs(int j); long int labs(long int j); extern float atof (char *); extern int atoi (char *); extern long atol (char *); extern void _uitoa(unsigned int, char*, unsigned char); extern void _itoa(unsigned int, char*, unsigned char); extern void _ultoa(unsigned long, char*, unsigned char); extern void _ltoa(unsigned long, char*, unsigned char); #define RAND_MAX 32767 int rand(void); void srand(unsigned int seed); #endif sdcc-2.9.0/device/include/string.h000066400000000000000000000044531116427777700170300ustar00rootroot00000000000000/*------------------------------------------------------------------------- string.h - ANSI functions forward declarations Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __SDC51_STRING_H #define __SDC51_STRING_H 1 #ifndef NULL # define NULL (void *)0 #endif #ifndef _SIZE_T_DEFINED # define _SIZE_T_DEFINED typedef unsigned int size_t; #endif extern char *strcpy (char *, char *) ; extern char *strncpy(char *, char *, size_t ) ; extern char *strcat (char *, char *) ; extern char *strncat(char *, char *, size_t ) ; extern int strcmp (char *, char *) ; extern int strncmp(char *, char *, size_t ) ; extern char *strchr (char *, char ) ; extern char *strrchr(char *, char ) ; extern int strspn (char *, char *) ; extern int strcspn(char *, char *) ; extern char *strpbrk(char *, char *) ; extern char *strstr (char *, char *) ; extern int strlen (char * ) ; extern char *strtok (char *, char *) ; extern void *memcpy (void *, void *, size_t ) ; extern int memcmp (void *, void *, size_t ) ; extern void *memset (void *, unsigned char , size_t ) ; extern void *memmove (void *, void *, size_t ) ; #ifdef SDCC_ds390 extern void __xdata * memcpyx(void __xdata *, void __xdata *, int) __naked; #endif #ifdef SDCC_z80 #define memcpy(dst, src, n) __builtin_memcpy(dst, src, n) #endif #endif sdcc-2.9.0/device/include/time.h000066400000000000000000000032661116427777700164610ustar00rootroot00000000000000#ifndef TIME_H #define TIME_H #ifndef __TIME_UNSIGNED #define __TIME_UNSIGNED 1 #endif #if __TIME_UNSIGNED struct tm { unsigned char tm_sec; /* Seconds. [0-60] */ unsigned char tm_min; /* Minutes. [0-59] */ unsigned char tm_hour; /* Hours. [0-23] */ unsigned char tm_mday; /* Day. [1-31] */ unsigned char tm_mon; /* Month. [0-11] */ int tm_year; /* Year since 1900 */ unsigned char tm_wday; /* Day of week. [0-6] */ int tm_yday; /* Days in year.[0-365] */ unsigned char tm_isdst; /* Daylight saving time */ unsigned char tm_hundredth; /* not standard 1/100th sec */ }; #else struct tm { int tm_sec; /* Seconds. [0-60] */ int tm_min; /* Minutes. [0-59] */ int tm_hour; /* Hours. [0-23] */ int tm_mday; /* Day. [1-31] */ int tm_mon; /* Month. [0-11] */ int tm_year; /* Year since 1900 */ int tm_wday; /* Day of week. [0-6] */ int tm_yday; /* Days in year.[0-365] */ int tm_isdst; /* Daylight saving time */ char *tm_zone; /* Abbreviated timezone */ }; #endif typedef unsigned long time_t; time_t time(time_t *t); struct tm *gmtime(time_t *timep); struct tm *localtime(time_t *timep); time_t mktime(struct tm *timeptr); char *asctime(struct tm *timeptr); char *ctime(time_t *timep); #endif /* TIME_H */ sdcc-2.9.0/device/include/tinibios.h000066400000000000000000000071701116427777700173410ustar00rootroot00000000000000#ifndef TINIBIOS_H #define TINIBIOS_H #include #include void Serial0Init (unsigned long baud, unsigned char buffered); char Serial0GetChar(void); void Serial0PutChar(char); char Serial0CharArrived(void); void Serial0Baud(unsigned long baud); void Serial0SendBreak(void); void Serial0Flush(void); void Serial0SwitchToBuffered(void); /* ds400 only. */ void Serial1Init (unsigned long baud, unsigned char buffered); char Serial1GetChar(void); void Serial1PutChar(char); char Serial1CharArrived(void); void Serial1Baud(unsigned long baud); void Serial1SendBreak(void); void Serial1Flush(void); unsigned long ClockTicks(); void ClockMilliSecondsDelay(unsigned long ms); void ClockMicroSecondsDelay(unsigned int us); #define SERIAL_0_BAUD 115200L #define SERIAL_1_BAUD 9600L /* these need to be binary numbers */ #define SERIAL_0_RECEIVE_BUFFER_SIZE 1024 #define SERIAL_1_RECEIVE_BUFFER_SIZE 64 /* I know someone is fooling with the crystals */ #if defined(SDCC_ds400) # define OSCILLATOR 14745600L #else # define OSCILLATOR 18432000L #endif /* Set the cpu speed in clocks per machine cycle, valid values are: 1024: Divide-by-1024 (power management) mode (screws ALL timers and serial) 4: Standard 8051 divide-by-4 mode 2: Use 2x xtal multiplier 1: Use 4x xtal multiplier (Don't do this with a TINI at 18.432MHz) */ #define CPU_SPEED 2 void CpuSpeed(unsigned int speed); /* The MOVX stretch cycles, see datasheet */ #define CPU_MOVX_STRETCH 0x01 /* from rtc390.c */ #define HAVE_RTC unsigned char RtcRead(struct tm *rtcDate); void RtcWrite(struct tm *rtcDate); /* from lcd390.c */ extern void LcdInit(void); extern void LcdOn(void); extern void LcdOff(void); extern void LcdClear(void); extern void LcdHome(void); extern void LcdGoto(unsigned int collumnRow); extern void LcdPutChar(char c); extern void LcdPutString(char *string); extern void LcdLPutString(unsigned int collumnRow, char *string); extern void LcdPrintf(const char *format, ...) __reentrant; extern void LcdLPrintf(unsigned int collumnRow, const char *format, ...) __reentrant; /* from i2c390.c */ #define I2C_BUFSIZE 128 extern char I2CReset(void); extern char I2CStart(void); extern char I2CStop(void); extern char I2CSendStop(char addr, char count, char send_stop); extern char I2CReceive(char addr, char count); extern char I2CSendReceive(char addr, char tx_count, char rx_count); /*extern char I2CByteOut(char);*/ /*extern void I2CDumpError(char);*/ /* global transfer buffers */ extern char i2cTransmitBuffer[I2C_BUFSIZE]; extern char i2cReceiveBuffer[I2C_BUFSIZE]; /* Macro for normal send transfer ending with a stop condition */ #define I2CSend(addr, count) I2CSendStop(addr, count, 1) /* internal functions used by tinibios.c */ unsigned char _sdcc_external_startup(void); void Serial0IrqHandler (void) __interrupt 4; void Serial1IrqHandler (void) __interrupt 7; #if !defined(SDCC_ds400) void ClockInit(); void ClockIrqHandler (void) __interrupt 1 __naked; #endif #if defined(SDCC_ds400) /* functions for dealing with the ds400 ROM firmware. */ /* A wrapper which calls rom_init allocating all available RAM in CE0 to the heap, sets the serial port to SERIAL_0_BAUD, sets up the millisecond timer, and diddles the clock multiplier. */ /* Values for the romInit "speed" parameter. */ #define SPEED_1X 0 /* no clock multiplier, normal speed. */ #define SPEED_2X 1 /* 2x clock multiplier. */ #define SPEED_4X 2 /* 4x clock, DOESN'T WORK ON TINIm400! */ unsigned char romInit(unsigned char noisy, char speed); /* Install an interrupt handler. */ void installInterrupt(void (*isrPtr)(void), unsigned char offset); #endif #endif /* TINIBIOS_H */ sdcc-2.9.0/device/include/typeof.h000066400000000000000000000034701116427777700170260ustar00rootroot00000000000000/*------------------------------------------------------------------------- typeof.h - Contains enumerations of values returned by __typeof Written By - Sandeep Dutta . sandeep.dutta@usa.net (2001) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __SDC51_TYPEOF_H #define __SDC51_TYPEOF_H 1 #define TYPEOF_INT 1 #define TYPEOF_SHORT 2 #define TYPEOF_CHAR 3 #define TYPEOF_LONG 4 #define TYPEOF_FLOAT 5 #define TYPEOF_FIXED16X16 6 #define TYPEOF_BIT 7 #define TYPEOF_BITFIELD 8 #define TYPEOF_SBIT 9 #define TYPEOF_SFR 10 #define TYPEOF_VOID 11 #define TYPEOF_STRUCT 12 #define TYPEOF_ARRAY 13 #define TYPEOF_FUNCTION 14 #define TYPEOF_POINTER 15 #define TYPEOF_FPOINTER 16 #define TYPEOF_CPOINTER 17 #define TYPEOF_GPOINTER 18 #define TYPEOF_PPOINTER 19 #define TYPEOF_IPOINTER 20 #define TYPEOF_EEPPOINTER 21 #endif sdcc-2.9.0/device/include/z180.h000066400000000000000000000126221116427777700162210ustar00rootroot00000000000000#if !defined( __Z180_H__ ) #define __Z180_H__ /* *--------------------------------------------------------------------------- * * FILE : Z180.H * * PURPOSE: definitions on the built in I/O ports for the Z180/HD64180 * for use with SDCC * * Makes use of the newly included Z80 I/O support in SDCC * * AUTHOR : Peter Townson 2003 * *--------------------------------------------------------------------------- */ #if !defined( Z180_IO_BASE ) #define Z180_IO_BASE 0 /* zero is the Reset default */ #endif /* will want this to be the case by default (I think) */ #pragma portmode z180 static void _ENABLE_Z180_ASSEMBLER_(void) __naked { __asm .hd64 __endasm; } /* *--------------------------------------------------------------------------- * Z180/HD64180 internal port addresses */ __sfr __at (Z180_IO_BASE+0x00) CNTLA0; /* ASCI control register A channel 0 */ __sfr __at (Z180_IO_BASE+0x01) CNTLA1; /* ASCI control register A channel 1 */ __sfr __at (Z180_IO_BASE+0x02) CNTLB0; /* ASCI control register B channel 0 */ __sfr __at (Z180_IO_BASE+0x03) CNTLB1; /* ASCI control register B channel 0 */ __sfr __at (Z180_IO_BASE+0x04) STAT0 ; /* ASCI status register channel 0 */ __sfr __at (Z180_IO_BASE+0x05) STAT1 ; /* ASCI status register channel 1 */ __sfr __at (Z180_IO_BASE+0x06) TDR0 ; /* ASCI transmit data reg, channel 0 */ __sfr __at (Z180_IO_BASE+0x07) TDR1 ; /* ASCI transmit data reg, channel 1 */ __sfr __at (Z180_IO_BASE+0x08) RDR0 ; /* ASCI receive data reg, channel 0 */ __sfr __at (Z180_IO_BASE+0x09) RDR1 ; /* ASCI receive data reg, channel 0 */ __sfr __at (Z180_IO_BASE+0x0A) CNTR ; /* CSI/0 control register */ __sfr __at (Z180_IO_BASE+0x0B) TRDR ; /* CSI/0 transmit/receive data reg */ __sfr __at (Z180_IO_BASE+0x0C) TMDR0L; /* Timer data register, channel 0L */ __sfr __at (Z180_IO_BASE+0x0D) TMDR0H; /* Timer data register, channel 0H */ __sfr __at (Z180_IO_BASE+0x0E) RLDR0L; /* Timer reload register, channel 0L */ __sfr __at (Z180_IO_BASE+0x0F) RLDR0H; /* Timer reload register, channel 0H */ __sfr __at (Z180_IO_BASE+0x10) TCR ; /* Timer control register */ __sfr __at (Z180_IO_BASE+0x14) TMDR1L; /* Timer data register, channel 1L */ __sfr __at (Z180_IO_BASE+0x15) TMDR1H; /* Timer data register, channel 1H */ __sfr __at (Z180_IO_BASE+0x16) RLDR1L; /* Timer reload register, channel 1L */ __sfr __at (Z180_IO_BASE+0x17) RLDR1H; /* Timer reload register, channel 1H */ __sfr __at (Z180_IO_BASE+0x18) FRC ; /* Timer Free running counter */ __sfr __at (Z180_IO_BASE+0x20) SAR0L ; /* DMA source address reg, channel 0L */ __sfr __at (Z180_IO_BASE+0x21) SAR0H ; /* DMA source address reg, channel 0H */ __sfr __at (Z180_IO_BASE+0x22) SAR0B ; /* DMA source address reg, channel 0B */ __sfr __at (Z180_IO_BASE+0x23) DAR0L ; /* DMA dest address reg, channel 0L */ __sfr __at (Z180_IO_BASE+0x24) DAR0H ; /* DMA dest address reg, channel 0H */ __sfr __at (Z180_IO_BASE+0x25) DAR0B ; /* DMA dest address reg, channel 0B */ __sfr __at (Z180_IO_BASE+0x26) BCR0L ; /* DMA byte count reg, channel 0L */ __sfr __at (Z180_IO_BASE+0x27) BCR0H ; /* DMA byte count reg, channel 0H */ __sfr __at (Z180_IO_BASE+0x28) MAR1L ; /* DMA memory address reg, channel 1L */ __sfr __at (Z180_IO_BASE+0x29) MAR1H ; /* DMA memory address reg, channel 1H */ __sfr __at (Z180_IO_BASE+0x2A) MAR1B ; /* DMA memory address reg, channel 1B */ __sfr __at (Z180_IO_BASE+0x2B) IAR1L ; /* DMA I/O address reg, channel 1L */ __sfr __at (Z180_IO_BASE+0x2C) IAR1H ; /* DMA I/O address reg, channel 1H */ __sfr __at (Z180_IO_BASE+0x2E) BCR1L ; /* DMA byte count reg, channel 1L */ __sfr __at (Z180_IO_BASE+0x2F) BCR1H ; /* DMA byte count reg, channel 1H */ __sfr __at (Z180_IO_BASE+0x30) DSTAT ; /* DMA status register */ __sfr __at (Z180_IO_BASE+0x31) DMODE ; /* DMA mode register */ __sfr __at (Z180_IO_BASE+0x32) DCNTL ; /* DMA/WAIT control register */ __sfr __at (Z180_IO_BASE+0x33) IL ; /* Interrupt vector low register */ __sfr __at (Z180_IO_BASE+0x34) ITC ; /* INT/TRAP control register */ __sfr __at (Z180_IO_BASE+0x36) RCR ; /* Refresh control register */ __sfr __at (Z180_IO_BASE+0x38) CBR ; /* MMU common base register */ __sfr __at (Z180_IO_BASE+0x39) BBR ; /* MMU bank base register */ __sfr __at (Z180_IO_BASE+0x3A) CBAR ; /* MMU common/bank area register */ __sfr __at (Z180_IO_BASE+0x3E) OMCR ; /* Operation mode control register */ __sfr __at 0x3F ICR ; /* I/O base control register - does not move */ /* *--------------------------------------------------------------------------- * Interrupt vectors (offsets) for Z180/HD64180 internal interrupts */ #define INT1_VECTOR 0x00 /* external /INT1 */ #define INT2_VECTOR 0x02 /* external /INT2 */ #define PRT0_VECTOR 0x04 /* PRT channel 0 */ #define PRT1_VECTOR 0x06 /* PRT channel 1 */ #define DMA0_VECTOR 0x08 /* DMA channel 0 */ /* ???? */ #define DMA1_VECTOR 0x0A /* DMA Channel 1 */ #define CSIO_VECTOR 0x0C /* Clocked serial I/O */ #define ASCI0_VECTOR 0x0E /* Async channel 0 */ #define ASCI1_VECTOR 0x10 /* Async channel 1 */ #define INCAP_VECTOR 0x12 /* input capture */ #define OUTCMP_VECTOR 0x14 /* output compare */ #define TIMOV_VECTOR 0x16 /* timer overflow */ /* *--------------------------------------------------------------------------- */ #endif /* __Z180_H__ */ sdcc-2.9.0/device/include/z80/000077500000000000000000000000001116427777700157645ustar00rootroot00000000000000sdcc-2.9.0/device/include/z80/README000066400000000000000000000000521116427777700166410ustar00rootroot00000000000000sdcc/device/lib/z80 --------------------- sdcc-2.9.0/device/include/z80/types.h000066400000000000000000000002241116427777700172770ustar00rootroot00000000000000/** Silly types.h Z80 specific hack */ #ifndef TYPES_INCLUDE #define TYPES_INCLUDE typedef unsigned char BYTE; typedef unsigned WORD; #endif sdcc-2.9.0/device/lib/000077500000000000000000000000001116427777700144665ustar00rootroot00000000000000sdcc-2.9.0/device/lib/Makefile.in000066400000000000000000000320271116427777700165370ustar00rootroot00000000000000# # # VERSION = @VERSION@ VERSIONHI = @VERSIONHI@ VERSIONLO = @VERSIONLO@ VERSIONP = @VERSIONP@ SHELL = /bin/sh CPP = @CPP@ INSTALL = @INSTALL@ CP = @CP@ LIB_TYPE = @LIB_TYPE@ ifeq ($(shell uname -s),Linux) CP_U = $(CP) -u else CP_U = $(CP) endif top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ VPATH = @srcdir@ srcdir = @srcdir@ INCDIR = $(top_srcdir)/device/include ifndef PORTINCDIR PORTINCDIR = $(INCDIR)/mcs51 endif CC = $(top_builddir)/bin/sdcc CPP = $(top_builddir)/bin/sdcpp prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ lib_dir_suffix = @lib_dir_suffix@ sdcc_libdir = $(DESTDIR)$(datadir)/$(lib_dir_suffix) CPPFLAGS = -I$(INCDIR) -I$(PORTINCDIR) CFLAGS = $(MODELFLAGS) --nostdinc --std-c99 BUILDDIR = build # Default PORT = z80 ifndef PORTDIR PORTDIR = $(abspath $(BUILDDIR)/$(PORT)) endif OPT_DISABLE_AVR = @OPT_DISABLE_AVR@ OPT_DISABLE_DS390 = @OPT_DISABLE_DS390@ OPT_DISABLE_DS400 = @OPT_DISABLE_DS400@ OPT_DISABLE_GBZ80 = @OPT_DISABLE_GBZ80@ OPT_DISABLE_HC08 = @OPT_DISABLE_HC08@ OPT_DISABLE_MCS51 = @OPT_DISABLE_MCS51@ OPT_DISABLE_PIC = @OPT_DISABLE_PIC@ OPT_DISABLE_PIC16 = @OPT_DISABLE_PIC16@ OPT_DISABLE_XA51 = @OPT_DISABLE_XA51@ OPT_DISABLE_Z80 = @OPT_DISABLE_Z80@ SOURCES_FLOAT = $(COMMON_FLOAT) \ _fscmp.c \ _fsget1arg.c \ _fsget2args.c \ _fsnormalize.c \ _fsreturnval.c \ _fsrshift.c \ _fsswapargs.c \ _logexpf.c SOURCES_INT = $(COMMON_INT) \ _divsint.c \ _divuint.c \ _modsint.c \ _moduint.c \ _mulint.c SOURCES_LONG = $(COMMON_LONG) \ _divulong.c \ _mullong.c SOURCES_SDCC = $(COMMON_SDCC) \ _autobaud.c \ _bp.c \ _decdptr.c \ _gptrget.c \ _gptrgetc.c \ _gptrput.c \ _ser.c \ _setjmp.c \ serial.c \ _itoa.c \ _ltoa.c \ _spx.c \ _startup.c \ _strlen.c \ _memmove.c \ _heap.c \ sprintf.c \ vprintf.c \ printf_fast.c \ printf_fast_f.c \ printf_tiny.c \ printfl.c \ bpx.c SOURCES = $(SOURCES_FLOAT) $(SOURCES_INT) $(SOURCES_LONG) $(SOURCES_SDCC) OBJECTS_FLOAT = $(SOURCES_FLOAT:%.c=$(PORT)/%.rel) OBJECTS_INT = $(SOURCES_INT:%.c=$(PORT)/%.rel) OBJECTS_LONG = $(SOURCES_LONG:%.c=$(PORT)/%.rel) OBJECTS_SDCC = $(SOURCES_SDCC:%.c=$(PORT)/%.rel) OBJECTS = $(OBJECTS_FLOAT) $(OBJECTS_INT) $(OBJECTS_LONG) $(OBJECTS_SDCC) XA51_FLOAT = $(COMMON_FLOAT) XA51_INT = $(COMMON_INT) \ _divsint.c \ _divuint.c \ _modsint.c \ _moduint.c \ _mulint.c XA51_LONG = $(COMMON_LONG) \ _divulong.c \ _mullong.c XA51_SDCC = $(COMMON_SDCC) \ _memmove.c \ _strlen.c \ _heap.c XA51SOURCES = $(XA51_FLOAT) $(XA51_INT) $(XA51_LONG) $(XA51_SDCC) XA51OBJECTS = $(XA51SOURCES:%.c=$(PORT)/%.rel) ifeq ($(LIB_TYPE), SDCCLIB) LIB_FILES = $(PORTDIR)/libfloat.lib $(PORTDIR)/libint.lib $(PORTDIR)/liblong.lib $(PORTDIR)/libsdcc.lib else ifeq ($(LIB_TYPE), AR) LIB_FILES = $(PORTDIR)/libfloat.lib $(PORTDIR)/libint.lib $(PORTDIR)/liblong.lib $(PORTDIR)/libsdcc.lib else ifeq ($(LIB_TYPE), RANLIB) LIB_FILES = $(PORTDIR)/libfloat.lib $(PORTDIR)/libint.lib $(PORTDIR)/liblong.lib $(PORTDIR)/libsdcc.lib else LIB_FILES = $(OBJECTS_FLOAT) $(OBJECTS_INT) $(OBJECTS_LONG) $(OBJECTS_SDCC) $(PORTDIR)/libfloat.lib $(PORTDIR)/libint.lib $(PORTDIR)/liblong.lib $(PORTDIR)/libsdcc.lib endif OEXT = .rel include $(srcdir)/incl.mk ifeq ($(OPT_DISABLE_DS390), 0) TARGETS += model-ds390 endif ifeq ($(OPT_DISABLE_DS400), 0) TARGETS += model-ds400 endif ifeq ($(OPT_DISABLE_HC08), 0) TARGETS += model-hc08 endif ifeq ($(OPT_DISABLE_MCS51), 0) TARGETS += models small-mcs51-stack-auto endif ifeq ($(OPT_DISABLE_PIC), 0) TARGETS += model-pic14 endif ifeq ($(OPT_DISABLE_PIC16), 0) TARGETS += model-pic16 endif ifeq ($(OPT_DISABLE_Z80), 0) TARGETS += model-z80 endif ifeq ($(OPT_DISABLE_GBZ80), 0) TARGETS += model-gbz80 endif # Compiling entire program or any subproject # ------------------------------------------ all: $(MAKE) checkconf $(MAKE) $(TARGETS) objects: $(MAKE) build-dir $(MAKE) $(OBJECTS) $(MAKE) port-specific-objects $(MAKE) $(LIB_FILES) $(MAKE) clean_intermediate models: if grep '^mcs51\>' $(top_builddir)/ports.build > /dev/null; then \ for model in $(MODELS); do \ $(MAKE) MODELFLAGS="--model-$$model" PORT=$$model PORTINCDIR=$(INCDIR)/mcs51 objects; \ done \ fi small-mcs51-stack-auto: if grep '^mcs51\>' $(top_builddir)/ports.build > /dev/null; then \ mkdir -p small-stack-auto; cp small/Makefile small-stack-auto; \ $(MAKE) MODELFLAGS="--model-small --stack-auto" PORT=small-stack-auto PORTDIR=$(abspath $(BUILDDIR)/small-stack-auto) PORTINCDIR=$(INCDIR)/mcs51 objects; \ fi model-mcs51-stack-auto: if grep '^mcs51\>' $(top_builddir)/ports.build > /dev/null; then \ for model in $(MODELS); do \ mkdir -p $${model}-stack-auto; cp $${model}/Makefile $${model}-stack-auto; \ $(MAKE) MODELFLAGS="--model-$$model --stack-auto" PORT=$${model}-stack-auto PORTDIR=$(abspath $(BUILDDIR)/$${model}-stack-auto) PORTINCDIR=$(INCDIR)/mcs51 objects; \ done \ fi model-mcs51-xstack-auto: if grep '^mcs51\>' $(top_builddir)/ports.build > /dev/null; then \ for model in $(MODELS); do \ mkdir -p $${model}-xstack-auto; cp $${model}/Makefile $${model}-xstack-auto; \ $(MAKE) MODELFLAGS="--model-$$model --stack-auto --xstack -DUSE_FLOATS=1" PORT=$${model}-xstack-auto PORTDIR=$(abspath $(BUILDDIR)/$${model}-xstack-auto) PORTINCDIR=$(INCDIR)/mcs51 objects; \ done \ fi model-ds390: if grep '^ds390\>' $(top_builddir)/ports.build > /dev/null; then \ $(MAKE) MODELFLAGS="-mds390" PORT=ds390 PORTINCDIR=$(INCDIR)/mcs51 objects; \ fi model-ds400: if grep '^ds400\>' $(top_builddir)/ports.build > /dev/null; then \ $(MAKE) MODELFLAGS="-mds400" PORT=ds400 PORTINCDIR=$(INCDIR)/mcs51 objects; \ fi model-xa51: if grep '^xa51\>' $(top_builddir)/ports.build > /dev/null; then \ $(MAKE) MODELFLAGS="-mxa51" PORT=xa51 objects-xa51; \ fi objects-xa51: $(MAKE) build-dir $(MAKE) $(XA51OBJECTS) $(MAKE) port-specific-objects $(PORTDIR)/lib$(PORT).lib: $(XA51OBJECTS) ifeq ($(LIB_TYPE), SDCCLIB) ../../bin/sdcclib -a $(PORTDIR)/lib$(PORT).lib $(XA51OBJECTS) else ifeq ($(LIB_TYPE), AR) ar -Sq $(PORTDIR)/lib$(PORT).lib $(XA51OBJECTS) else ifeq ($(LIB_TYPE), RANLIB) ar -Sq $(PORTDIR)/lib$(PORT).lib $(XA51OBJECTS) $(top_builddir)/bin/asranlib $(PORTDIR)/lib$(PORT).lib else rm -f $(PORTDIR)/lib$(PORT).lib for i in $(notdir $(basename $(XA51OBJECTS))); do echo $$i >> $(PORTDIR)/lib$(PORT).lib; done cp $(XA51OBJECTS) $(PORTDIR) endif model-z80: if grep '^z80\>' $(top_builddir)/ports.build > /dev/null; then \ $(MAKE) MODELFLAGS="-mz80" PORT=z80 objects-z80 OEXT=.o; \ fi model-gbz80: if grep '^z80\>' $(top_builddir)/ports.build > /dev/null; then \ $(MAKE) MODELFLAGS="-mgbz80" PORT=gbz80 objects-z80 OEXT=.o; \ fi objects-z80: $(MAKE) build-dir $(MAKE) port-specific-objects $(MAKE) clean_intermediate model-hc08: if grep '^hc08\>' $(top_builddir)/ports.build > /dev/null; then \ $(MAKE) MODELFLAGS="-mhc08" PORT=hc08 objects-hc08; \ fi objects-hc08: $(MAKE) build-dir $(MAKE) port-specific-objects $(MAKE) clean_intermediate model-pic16: if grep '^pic16\>' $(top_builddir)/ports.build > /dev/null; then \ $(MAKE) PORT=pic16 objects-pic16; \ fi objects-pic16: $(MAKE) build-dir $(MAKE) port-specific-objects-pic16 $(MAKE) clean_intermediate-pic16 model-pic14: if grep '^pic\>' $(top_builddir)/ports.build > /dev/null; then \ $(MAKE) PORT=pic objects-pic14; \ fi objects-pic14: $(MAKE) build-dir $(MAKE) port-specific-objects-pic14 $(MAKE) clean_intermediate-pic14 build-dir: $(MAKE) $(PORTDIR) $(MAKE) $(PORT) $(PORTDIR): mkdir -p $(PORTDIR) $(PORT): mkdir -p $(PORT) port-specific-objects: ifneq ($(LIB_TYPE), LIB) -if [ -f $(PORT)/Makefile ]; then \ $(MAKE) -C $(PORT) PORT=$(PORT); \ fi else -if [ -f $(PORT)/Makefile ]; then \ $(MAKE) -C $(PORT) PORT=$(PORT); \ fi endif port-specific-objects-pic16: -if [ -f $(PORT)/Makefile ]; then \ $(MAKE) -C $(PORT); \ for i in $(PORT)/*/lib*.a; do cp -f $$i $(PORTDIR)/$$(basename $$i .a).lib; done; \ cp -f $(PORT)/*/crt0*.o $(PORTDIR); \ fi port-specific-objects-pic14: -if [ -f $(PORT)/Makefile ]; then \ mkdir -p $(PORT)/bin; \ $(MAKE) -C $(PORT); \ cp -f $(PORT)/bin/*.* $(PORTDIR); \ fi $(LIB_FILES): $(OBJECTS_FLOAT) $(OBJECTS_INT) $(OBJECTS_LONG) $(OBJECTS_SDCC) ifeq ($(LIB_TYPE), SDCCLIB) ../../bin/sdcclib -a $(PORTDIR)/libfloat.lib $(OBJECTS_FLOAT) ../../bin/sdcclib -a $(PORTDIR)/libint.lib $(OBJECTS_INT) ../../bin/sdcclib -a $(PORTDIR)/liblong.lib $(OBJECTS_LONG) ../../bin/sdcclib -a $(PORTDIR)/libsdcc.lib $(OBJECTS_SDCC) else ifeq ($(LIB_TYPE), AR) ar -Scq $(PORTDIR)/libfloat.lib $(OBJECTS_FLOAT) ar -Scq $(PORTDIR)/libint.lib $(OBJECTS_INT) ar -Scq $(PORTDIR)/liblong.lib $(OBJECTS_LONG) ar -Scq $(PORTDIR)/libsdcc.lib $(OBJECTS_SDCC) else ifeq ($(LIB_TYPE), RANLIB) ar -Scq $(PORTDIR)/libfloat.lib $(OBJECTS_FLOAT); $(top_builddir)/bin/asranlib $(PORTDIR)/libfloat.lib ar -Scq $(PORTDIR)/libint.lib $(OBJECTS_INT); $(top_builddir)/bin/asranlib $(PORTDIR)/libint.lib ar -Scq $(PORTDIR)/liblong.lib $(OBJECTS_LONG); $(top_builddir)/bin/asranlib $(PORTDIR)/liblong.lib ar -Scq $(PORTDIR)/libsdcc.lib $(OBJECTS_SDCC); $(top_builddir)/bin/asranlib $(PORTDIR)/libsdcc.lib else rm -f $(PORTDIR)/libfloat.lib for i in $(notdir $(basename $(OBJECTS_FLOAT))); do echo $$i >> $(PORTDIR)/libfloat.lib; done cp $(OBJECTS_FLOAT) $(PORTDIR) rm -f $(PORTDIR)/libint.lib for i in $(notdir $(basename $(OBJECTS_INT))); do echo $$i >> $(PORTDIR)/libint.lib; done cp $(OBJECTS_INT) $(PORTDIR) rm -f $(PORTDIR)/liblong.lib for i in $(notdir $(basename $(OBJECTS_LONG))); do echo $$i >> $(PORTDIR)/liblong.lib; done cp $(OBJECTS_LONG) $(PORTDIR) rm -f $(PORTDIR)/libsdcc.lib for i in $(notdir $(basename $(OBJECTS_SDCC))); do echo $$i >> $(PORTDIR)/libsdcc.lib; done cp $(OBJECTS_SDCC) $(PORTDIR) endif clean_intermediate: rm -f $(PORTDIR)/*.lst $(PORTDIR)/*.sym clean_intermediate-pic16: $(MAKE) -C $(PORT) clean-intermediate clean_intermediate-pic14: $(MAKE) -C $(PORT) clean-intermediate # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs $(CP_U) -r $(BUILDDIR)/* $(sdcc_libdir) $(CP_U) -r $(MODELS) $(srcdir)/mcs51 $(srcdir)/ds390 $(srcdir)/ds400 \ $(srcdir)/gbz80 $(srcdir)/z80 $(srcdir)/hc08 \ $(srcdir)/pic $(srcdir)/pic16 $(srcdir)/*.c $(sdcc_libdir)/src $(CP_U) -r $(MODELS) mcs51 ds390 ds400 gbz80 z80 hc08 $(sdcc_libdir)/src for src in $(MODELS) ds390 ds400 gbz80 z80 hc08 pic pic16; do \ find $(sdcc_libdir)/src/$$src -depth \ \( -name '*.rel' -o -name '*.dump*' -o -name '*.sym' -o -name '*.o' -o -name '*.lib' -o \ -name '*.lst' -o -name '*.asm' -o -name '.svn' -o -name 'autom4te.cache' -o \ -name 'build' -o -name 'bin' -o -name 'Makefile*' -o -name 'config*' -o \ -name 'depcomp' -o -name 'missing' -o -name 'install-sh' -o \ -name 'bootstrap.sh' \) \ -exec rm -rf {} + ; \ done find $(sdcc_libdir)/src/mcs51 -depth \ \( -name '*.rel' -o -name '*.dump*' -o -name '*.sym' -o -name '*.o' -o -name '*.lib' -o \ -name '*.lst' -o -name '.svn' -o -name 'build' -o -name 'bin' -o \ -name 'Makefile*' \) \ -exec rm -rf {} + # Deleting all the installed files # -------------------------------- uninstall: rm -rf $(sdcc_libdir) # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: [ -d $(sdcc_libdir) ] || mkdir -p $(sdcc_libdir) for model in $(MODELS); do \ [ -d $(sdcc_libdir)/$$model ] || \ mkdir -p $(sdcc_libdir)/$$model; \ done for libdir in small-stack-auto ds390 ds400 hc08 pic16 pic; do \ [ -d $(sdcc_libdir)/$$libdir ] || mkdir -p $(sdcc_libdir)/$$libdir; \ done mkdir -p $(sdcc_libdir)/src # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(SOURCES) $(INCDIR)/*.h $(PORTINCDIR)/*.h rm -f Makefile.dep for i in $(filter %.c,$^); do \ $(CPP) -std=c99 -M $(CPPFLAGS) $$i >$${i}.dep; \ cat $${i}.dep >>Makefile.dep; \ rm $${i}.dep; \ done ifeq "$(findstring $(MAKECMDGOALS),uninstall check installcheck installdirs checkconf \ clean distclean mostlyclean realclean)" "" -include Makefile.dep endif include $(srcdir)/clean.mk # My rules # -------- .SUFFIXES: .rel .o $(PORT)/%$(OEXT): %.c $(CC) $(CPPFLAGS) $(CFLAGS) -c $< -o $@ # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f $(srcdir)/conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" \ freshconf;\ fi # End of main_in.mk/main.mk sdcc-2.9.0/device/lib/_atof.c000066400000000000000000000032321116427777700157220ustar00rootroot00000000000000/* atof.c: converts an ASCII string to float Copyright (C) 2003 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ #include #include #include float atof(char * s) { float value, fraction; char iexp; BOOL sign; //Skip leading blanks while (isspace(*s)) s++; //Get the sign if (*s == '-') { sign=1; s++; } else { sign=0; if (*s == '+') s++; } //Get the integer part for (value=0.0; isdigit(*s); s++) { value=10.0*value+(*s-'0'); } //Get the fraction if (*s == '.') { s++; for (fraction=0.1; isdigit(*s); s++) { value+=(*s-'0')*fraction; fraction*=0.1; } } //Finally, the exponent (not very efficient, but enough for now*/ if (toupper(*s)=='E') { s++; iexp=(char)atoi(s); { while(iexp!=0) { if(iexp<0) { value*=0.1; iexp++; } else { value*=10.0; iexp--; } } } } if(sign) value*=-1.0; return (value); } sdcc-2.9.0/device/lib/_atoi.c000066400000000000000000000031311116427777700157230ustar00rootroot00000000000000/*--------------------------------------------------------------------- atoi - convert a string to an integer and return it written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ int atoi(char * s) { register int rv=0; register char sign = 0; /* skip till we find either a digit or '+' or '-' */ while (*s) { if (*s <= '9' && *s >= '0') break; if (*s == '-' || *s == '+') break; s++; } sign = (*s == '-'); if (*s == '-' || *s == '+') s++; while (*s && *s >= '0' && *s <= '9') { rv = (rv * 10) + (*s - '0'); s++; } return (sign ? -rv : rv); } sdcc-2.9.0/device/lib/_atol.c000066400000000000000000000031351116427777700157320ustar00rootroot00000000000000/*--------------------------------------------------------------------- atol - convert a string to long integer and return it written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ long atol(char * s) { register long rv=0; register char sign = 0; /* skip till we find either a digit or '+' or '-' */ while (*s) { if (*s <= '9' && *s >= '0') break; if (*s == '-' || *s == '+') break; s++; } sign = (*s == '-'); if (*s == '-' || *s == '+') s++; while (*s && *s >= '0' && *s <= '9') { rv = (rv * 10) + (*s - '0'); s++; } return (sign ? -rv : rv); } sdcc-2.9.0/device/lib/_autobaud.c000066400000000000000000000070041116427777700165760ustar00rootroot00000000000000/*------------------------------------------------------------------------- _autobaud.c - automatic baud rate detection routine. Adapted for sdcc compiler from Paul Stoffregen's autobaud.asm the original assembly code can be found at http://www.ece.orst.edu/~paul/8051-goodies/autobaud.html written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include <8051.h> /* ; To set the baud rate, use this formula or use autobaud() ; baud_const = 256 - (crystal / (12 * 16 * baud)) */ /* ;to do automatic baud rate detection, we assume the user will ;press the carriage return, which will cause this bit pattern ;to appear on port 3 pin 0 (CR = ascii code 13, assume 8N1 format) ; ; 0 1 0 1 1 0 0 0 0 1 ; | | | | ; start bit----+ +--lsb msb--+ +----stop bit ; ;we'll start timer #1 in 16 bit mode at the transition between the ;start bit and the LSB and stop it between the MBS and stop bit. ;That will give approx the number of cpu cycles for 8 bits. Divide ;by 8 for one bit and by 16 since the built-in UART takes 16 timer ;overflows for each bit. We need to be careful about roundoff during ;division and the result has to be inverted since timer #1 counts up. Of ;course, timer #1 gets used in 8-bit auto reload mode for generating the ;built-in UART's baud rate once we know what the reload value should be. */ void autobaud () { /* get timer #1 ready for action (16 bit mode) */ TMOD=0x11; TCON = 0; TH1 = TL1 = 0; /* wait for start bit */ autobaud2: while(RXD) ; /* check it a few more times to make sure we don't trigger on some noise*/ if (RXD) goto autobaud2; if (RXD) goto autobaud2; if (RXD) goto autobaud2; if (RXD) goto autobaud2; /* wait for bit #0 to begin */ while (!RXD); TR1 = 1; /* start the timer */ while (RXD); // wait for bit #1 to begin while(!RXD); // wait for bit #2 to begin while(RXD); // wait for bit #4 to begin while (!RXD); // wait for stop bit to begin TR1 = 0; // stop timing /* ;grab bit 7... it's the lsb we want */ TH1 = (TH1 << 1) | (TL1 >> 7); /* round off if necessary */ TH1 = (TH1 << 1) | ((TL1 >> 6) & 0x01); /* invert since timer #1 will count up */ TH1 = ~TH1; /* now TH1 has the correct reload value (I hope) */ TH1++ ; TL1 = TH1; TMOD = 0x21 ; // set timer #1 for 8 bit auto-reload PCON = 0x80 ; // configure built-in uart SCON = 0x52 ; } sdcc-2.9.0/device/lib/_bp.c000066400000000000000000000023301116427777700153700ustar00rootroot00000000000000/*------------------------------------------------------------------------- _bp.c :- just declares bp as a variable Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ __data unsigned char bp ; sdcc-2.9.0/device/lib/_calloc.c000066400000000000000000000037171116427777700162360ustar00rootroot00000000000000/*------------------------------------------------------------------------- calloc.c - allocate cleared memory. Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #include #include #include //-------------------------------------------------------------------- //calloc function implementation for embedded system //Non-ANSI keywords are C51 specific. // __xdata - variable in external memory (just RAM) //-------------------------------------------------------------------- #if _SDCC_MALLOC_TYPE_MLH #define __xdata typedef struct _MEMHEADER MEMHEADER; struct _MEMHEADER { MEMHEADER * next; MEMHEADER * prev; unsigned int len; unsigned char mem; }; #define HEADER_SIZE (sizeof(MEMHEADER)-sizeof(char)) #else #define MEMHEADER struct MAH// Memory Allocation Header MEMHEADER { MEMHEADER __xdata * next; unsigned int len; unsigned char mem[]; }; #define HEADER_SIZE sizeof(MEMHEADER) #endif void __xdata * calloc (size_t nmemb, size_t size) { register void __xdata * ptr; ptr = malloc(nmemb * size); if (ptr) { memset(ptr, 0, nmemb * size); } return ptr; } //END OF MODULE sdcc-2.9.0/device/lib/_decdptr.c000066400000000000000000000026451116427777700164250ustar00rootroot00000000000000/*------------------------------------------------------------------------- _decdptr.c :- decrement dptr by 1 Ecrit par - Jean-Louis Vern jlvern@writeme.com (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* the return value is already in dph/dpl */ void _decdptr (char *gptr) { gptr; /* hush the compiler */ #ifdef SDCC_ds390 __asm orl dps, #0xc0 inc dptr anl dps, #0x3f __endasm; #else __asm xch a,dpl jnz 00001$ dec dph 00001$: dec a xch a,dpl __endasm; #endif } sdcc-2.9.0/device/lib/_divsint.c000066400000000000000000000072521116427777700164570ustar00rootroot00000000000000/*------------------------------------------------------------------------- _divsint.c :- routine for signed int (16 bit) division. just calls routine for unsigned division after sign adjustment Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #if _SDCC_MANGLES_SUPPORT_FUNS unsigned unsigned _divuint (unsigned x, unsigned y); #endif /* Assembler-functions are provided for: mcs51 small mcs51 small stack-auto */ #if !defined(SDCC_USE_XSTACK) && !defined(_SDCC_NO_ASM_LIB_FUNCS) # if defined(SDCC_mcs51) # if defined(SDCC_MODEL_SMALL) # if defined(SDCC_STACK_AUTO) && !defined(SDCC_PARMS_IN_BANK1) # define _DIVSINT_ASM_SMALL_AUTO # else # define _DIVSINT_ASM_SMALL # endif # endif # endif #endif #if defined _DIVSINT_ASM_SMALL static void _divsint_dummy (void) __naked { __asm #define xl dpl #define xh dph .globl __divsint // _divsint_PARM_2 shares the same memory with _divuint_PARM_2 // and is defined in _divuint.c #if defined(SDCC_PARMS_IN_BANK1) #define yl (b1_0) #define yh (b1_1) #else #define yl (__divsint_PARM_2) #define yh (__divsint_PARM_2 + 1) #endif __divsint: ; xh in dph ; yh in (__divsint_PARM_2 + 1) clr F0 ; Flag 0 in PSW ; available to user for general purpose mov a,xh jnb acc.7,a_not_negative setb F0 clr a clr c subb a,xl mov xl,a clr a subb a,xh mov xh,a a_not_negative: mov a,yh jnb acc.7,b_not_negative cpl F0 clr a clr c subb a,yl mov yl,a clr a subb a,yh mov yh,a b_not_negative: lcall __divuint jnb F0,not_negative clr a clr c subb a,xl mov xl,a clr a subb a,xh mov xh,a not_negative: ret __endasm; } #elif defined _DIVSINT_ASM_SMALL_AUTO static void _divsint_dummy (void) __naked { __asm #define xl dpl #define xh dph .globl __divsint __divsint: clr F0 ; Flag 0 in PSW ; available to user for general purpose mov a,xh jnb acc.7,a_not_negative setb F0 clr a clr c subb a,xl mov xl,a clr a subb a,xh mov xh,a a_not_negative: mov a,sp add a,#-2 ; 2 bytes return address mov r0,a ; r0 points to yh mov a,@r0 ; a = yh jnb acc.7,b_not_negative cpl F0 dec r0 clr a clr c subb a,@r0 ; yl mov @r0,a clr a inc r0 subb a,@r0 ; a = yh b_not_negative: mov r1,a ; yh dec r0 mov a,@r0 ; yl mov r0,a lcall __divint jnb F0,not_negative clr a clr c subb a,xl mov xl,a clr a subb a,xh mov xh,a not_negative: ret __endasm; } #else // _DIVSINT_ASM_ int _divsint (int x, int y) { register int r; r = _divuint((x < 0 ? -x : x), (y < 0 ? -y : y)); if ( (x < 0) ^ (y < 0)) return -r; else return r; } #endif // _DIVSINT_ASM_ sdcc-2.9.0/device/lib/_divslong.c000066400000000000000000000104431116427777700166200ustar00rootroot00000000000000/*------------------------------------------------------------------------- _divslong.c - routine for division of 32 bit long Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #if _SDCC_MANGLES_SUPPORT_FUNS unsigned long _divulong (unsigned long x, unsigned long y); #endif /* Assembler-functions are provided for: mcs51 small mcs51 small stack-auto */ #if !defined(SDCC_USE_XSTACK) && !defined(_SDCC_NO_ASM_LIB_FUNCS) # if defined(SDCC_mcs51) # if defined(SDCC_MODEL_SMALL) # if defined(SDCC_STACK_AUTO) && !defined(SDCC_PARMS_IN_BANK1) # define _DIVSLONG_ASM_SMALL_AUTO # else # define _DIVSLONG_ASM_SMALL # endif # endif # endif #endif #if defined _DIVSLONG_ASM_SMALL static void _divslong_dummy (void) __naked { __asm #define x0 dpl #define x1 dph #define x2 b #define x3 r3 .globl __divslong // _divslong_PARM_2 shares the same memory with _divulong_PARM_2 // and is defined in _divulong.c #if defined(SDCC_PARMS_IN_BANK1) #define y0 (b1_0) #define y1 (b1_1) #define y2 (b1_2) #define y3 (b1_3) #else #define y0 (__divslong_PARM_2) #define y1 (__divslong_PARM_2 + 1) #define y2 (__divslong_PARM_2 + 2) #define y3 (__divslong_PARM_2 + 3) #endif __divslong: ; x3 in acc ; y3 in (__divslong_PARM_2 + 3) mov x3,a ; save x3 clr F0 ; Flag 0 in PSW ; available to user for general purpose jnb acc.7,a_not_negative setb F0 clr a clr c subb a,x0 mov x0,a clr a subb a,x1 mov x1,a clr a subb a,x2 mov x2,a clr a subb a,x3 mov x3,a a_not_negative: mov a,y3 jnb acc.7,b_not_negative cpl F0 clr a clr c subb a,y0 mov y0,a clr a subb a,y1 mov y1,a clr a subb a,y2 mov y2,a clr a subb a,y3 mov y3,a b_not_negative: mov a,x3 ; restore x3 in acc lcall __divulong jnb F0,not_negative mov x3,a ; save x3 clr a clr c subb a,x0 mov x0,a clr a subb a,x1 mov x1,a clr a subb a,x2 mov x2,a clr a subb a,x3 ; x3 ends in acc not_negative: ret __endasm; } #elif defined _DIVSLONG_ASM_SMALL_AUTO static void _divslong_dummy (void) __naked { __asm #define x0 dpl #define x1 dph #define x2 b #define x3 r3 .globl __divslong __divslong: ; x3 in acc mov x3,a ; save x3 clr F0 ; Flag 0 in PSW ; available to user for general purpose jnb acc.7,a_not_negative setb F0 clr a clr c subb a,x0 mov x0,a clr a subb a,x1 mov x1,a clr a subb a,x2 mov x2,a clr a subb a,x3 mov x3,a a_not_negative: mov a,sp add a,#-2 ; 2 bytes return address mov r0,a ; r0 points to y3 mov a,@r0 ; y3 jnb acc.7,b_not_negative cpl F0 dec r0 dec r0 dec r0 clr a clr c subb a,@r0 ; y0 mov @r0,a clr a inc r0 subb a,@r0 ; y1 mov @r0,a clr a inc r0 subb a,@r0 ; y2 mov @r0,a clr a inc r0 subb a,@r0 ; y3 mov @r0,a b_not_negative: dec r0 dec r0 dec r0 ; r0 points to y0 lcall __divlong jnb F0,not_negative mov x3,a ; save x3 clr a clr c subb a,x0 mov x0,a clr a subb a,x1 mov x1,a clr a subb a,x2 mov x2,a clr a subb a,x3 ; x3 ends in acc not_negative: ret __endasm; } #else // _DIVSLONG_ASM long _divslong (long x, long y) { long r; r = _divulong((x < 0 ? -x : x), (y < 0 ? -y : y)); if ( (x < 0) ^ (y < 0)) return -r; else return r; } #endif // _DIVSLONG_ASM sdcc-2.9.0/device/lib/_divuint.c000066400000000000000000000072221116427777700164560ustar00rootroot00000000000000/*------------------------------------------------------------------------- _divuint.c :- routine for unsigned int (16 bit) division Ecrit par - Jean-Louis Vern . jlvern@writeme.com (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Assembler-functions are provided for: mcs51 small mcs51 small stack-auto */ #include #if !defined(SDCC_USE_XSTACK) && !defined(_SDCC_NO_ASM_LIB_FUNCS) # if defined(SDCC_mcs51) # if defined(SDCC_MODEL_SMALL) # if defined(SDCC_STACK_AUTO) # define _DIVUINT_ASM_SMALL_AUTO # else # define _DIVUINT_ASM_SMALL # endif # endif # endif #endif #if defined _DIVUINT_ASM_SMALL || defined _DIVUINT_ASM_SMALL_AUTO static void _divuint_dummy (void) __naked { __asm .globl __divuint __divuint: #define count r2 #define reste_l r3 #define reste_h r4 #define xl dpl #define xh dph #if defined(SDCC_PARMS_IN_BANK1) #define yl (b1_0) #define yh (b1_1) #else // SDCC_PARMS_IN_BANK1 #if defined(SDCC_STACK_AUTO) .globl __divint mov a,sp add a,#-2 ; 2 bytes return address mov r0,a ; r0 points to yh mov a,@r0 ; load yh mov r1,a dec r0 mov a,@r0 ; load yl mov r0,a #define yl r0 #define yh r1 __divint: ; entry point for __divsint #else // SDCC_STACK_AUTO #if defined(SDCC_NOOVERLAY) .area DSEG (DATA) #else .area OSEG (OVR,DATA) #endif .globl __divuint_PARM_2 .globl __divsint_PARM_2 __divuint_PARM_2: __divsint_PARM_2: .ds 2 .area CSEG (CODE) #define yl (__divuint_PARM_2) #define yh (__divuint_PARM_2 + 1) #endif // SDCC_STACK_AUTO #endif // SDCC_PARMS_IN_BANK1 mov count,#16 clr a mov reste_l,a mov reste_h,a loop: mov a,xl ; x <<= 1 add a,acc mov xl,a mov a,xh rlc a mov xh,a mov a,reste_l ; reste <<= 1 rlc a ; feed in carry mov reste_l,a mov a,reste_h rlc a mov reste_h,a mov a,reste_l ; reste - y subb a,yl ; here carry is always clear, because ; reste <<= 1 never overflows mov b,a mov a,reste_h subb a,yh jc smaller ; reste >= y? mov reste_h,a ; -> yes; reste = reste - y; mov reste_l,b orl xl,#1 smaller: ; -> no djnz count,loop ret __endasm; } #else // defined _DIVUINT_ASM_SMALL || defined _DIVUINT_ASM_SMALL_AUTO #define MSB_SET(x) ((x >> (8*sizeof(x)-1)) & 1) unsigned int _divuint (unsigned int x, unsigned int y) { unsigned int reste = 0; unsigned char count = 16; BOOL c; do { // reste: x <- 0; c = MSB_SET(x); x <<= 1; reste <<= 1; if (c) reste |= 1; if (reste >= y) { reste -= y; // x <- (result = 1) x |= 1; } } while (--count); return x; } #endif // defined _DIVUINT_ASM_SMALL || defined _DIVUINT_ASM_SMALL_AUTO sdcc-2.9.0/device/lib/_divulong.c000066400000000000000000000136411116427777700166250ustar00rootroot00000000000000/*------------------------------------------------------------------------- _divulong.c - routine for division of 32 bit unsigned long Ecrit par - Jean-Louis Vern . jlvern@writeme.com (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Assembler-functions are provided for: mcs51 small mcs51 small stack-auto */ #include #if !defined(SDCC_USE_XSTACK) && !defined(_SDCC_NO_ASM_LIB_FUNCS) # if defined(SDCC_mcs51) # if defined(SDCC_MODEL_SMALL) # if defined(SDCC_STACK_AUTO) && !defined(SDCC_PARMS_IN_BANK1) # define _DIVULONG_ASM_SMALL_AUTO # else # define _DIVULONG_ASM_SMALL # endif # endif # endif #endif #if defined _DIVULONG_ASM_SMALL static void _divlong_dummy (void) __naked { __asm .globl __divulong __divulong: #define count r2 #define x0 dpl #define x1 dph #define x2 b #define x3 r3 #define reste0 r4 #define reste1 r5 #define reste2 r6 #define reste3 r7 #if !defined(SDCC_PARMS_IN_BANK1) #if defined(SDCC_NOOVERLAY) .area DSEG (DATA) #else .area OSEG (OVR,DATA) #endif .globl __divulong_PARM_2 .globl __divslong_PARM_2 __divulong_PARM_2: __divslong_PARM_2: .ds 4 .area CSEG (CODE) #define y0 (__divulong_PARM_2) #define y1 (__divulong_PARM_2 + 1) #define y2 (__divulong_PARM_2 + 2) #define y3 (__divulong_PARM_2 + 3) #else #define y0 (b1_0) #define y1 (b1_1) #define y2 (b1_2) #define y3 (b1_3) #endif // !SDCC_PARMS_IN_BANK1 ; parameter x comes in a, b, dph, dpl mov x3,a ; save parameter x3 mov count,#32 clr a mov reste0,a mov reste1,a mov reste2,a mov reste3,a ; optimization loop in lp0 until the first bit is shifted into rest lp0: mov a,x0 ; x <<= 1 add a,x0 mov x0,a mov a,x1 rlc a mov x1,a mov a,x2 rlc a mov x2,a mov a,x3 rlc a mov x3,a jc in_lp djnz count,lp0 sjmp exit loop: mov a,x0 ; x <<= 1 add a,x0 mov x0,a mov a,x1 rlc a mov x1,a mov a,x2 rlc a mov x2,a mov a,x3 rlc a mov x3,a in_lp: mov a,reste0 ; reste <<= 1 rlc a ; feed in carry mov reste0,a mov a,reste1 rlc a mov reste1,a mov a,reste2 rlc a mov reste2,a mov a,reste3 rlc a mov reste3,a mov a,reste0 ; reste - y subb a,y0 ; carry is always clear here, because ; reste <<= 1 never overflows mov a,reste1 subb a,y1 mov a,reste2 subb a,y2 mov a,reste3 subb a,y3 jc minus ; reste >= y? ; -> yes; reste -= y; mov a,reste0 subb a,y0 ; carry is always clear here (jc) mov reste0,a mov a,reste1 subb a,y1 mov reste1,a mov a,reste2 subb a,y2 mov reste2,a mov a,reste3 subb a,y3 mov reste3,a orl x0,#1 minus: djnz count,loop ; -> no exit: mov a,x3 ; prepare the return value ret __endasm; } #elif defined _DIVULONG_ASM_SMALL_AUTO static void _divlong_dummy (void) __naked { __asm .globl __divulong __divulong: #define count r2 #define x0 dpl #define x1 dph #define x2 b #define x3 r3 #define reste0 r4 #define reste1 r5 #define reste2 r6 #define reste3 r7 .globl __divlong ; entry point for __divslong #define y0 r1 ; parameter x comes in a, b, dph, dpl mov x3,a ; save parameter x3 mov a,sp add a,#-2-3 ; 2 bytes return address, 3 bytes param y mov r0,a ; r0 points to y0 __divlong: ; entry point for __divslong mov a,@r0 ; load y0 mov r1,a inc r0 ; r0 points to y1 mov count,#32 clr a mov reste0,a mov reste1,a mov reste2,a mov reste3,a ; optimization loop in lp0 until the first bit is shifted into rest lp0: mov a,x0 ; x <<= 1 add a,x0 mov x0,a mov a,x1 rlc a mov x1,a mov a,x2 rlc a mov x2,a mov a,x3 rlc a mov x3,a jc in_lp djnz count,lp0 sjmp exit loop: mov a,x0 ; x <<= 1 add a,x0 mov x0,a mov a,x1 rlc a mov x1,a mov a,x2 rlc a mov x2,a mov a,x3 rlc a mov x3,a in_lp: mov a,reste0 ; reste <<= 1 rlc a ; feed in carry mov reste0,a mov a,reste1 rlc a mov reste1,a mov a,reste2 rlc a mov reste2,a mov a,reste3 rlc a mov reste3,a mov a,reste0 ; reste - y subb a,y0 ; carry is always clear here, because ; reste <<= 1 never overflows mov a,reste1 subb a,@r0 ; y1 mov a,reste2 inc r0 subb a,@r0 ; y2 mov a,reste3 inc r0 subb a,@r0 ; y3 dec r0 dec r0 jc minus ; reste >= y? ; -> yes; reste -= y; mov a,reste0 subb a,y0 ; carry is always clear here (jc) mov reste0,a mov a,reste1 subb a,@r0 ; y1 mov reste1,a mov a,reste2 inc r0 subb a,@r0 ; y2 mov reste2,a mov a,reste3 inc r0 subb a,@r0 ; y3 mov reste3,a dec r0 dec r0 orl x0,#1 minus: djnz count,loop ; -> no exit: mov a,x3 ; prepare the return value ret __endasm; } #else // _DIVULONG_ASM #define MSB_SET(x) ((x >> (8*sizeof(x)-1)) & 1) unsigned long _divulong (unsigned long x, unsigned long y) { unsigned long reste = 0L; unsigned char count = 32; BOOL c; do { // reste: x <- 0; c = MSB_SET(x); x <<= 1; reste <<= 1; if (c) reste |= 1L; if (reste >= y) { reste -= y; // x <- (result = 1) x |= 1L; } } while (--count); return x; } #endif // _DIVULONG_ASM sdcc-2.9.0/device/lib/_free.c000066400000000000000000000117161116427777700157200ustar00rootroot00000000000000/*------------------------------------------------------------------------- free.c - release allocated memory. Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #include #include #if defined(SDCC_STACK_AUTO) || defined(SDCC_z80) || defined(SDCC_gbz80) #define CRITICAL __critical #else #define CRITICAL #endif #if _SDCC_MALLOC_TYPE_MLH typedef struct _MEMHEADER MEMHEADER; struct _MEMHEADER { MEMHEADER * next; MEMHEADER * prev; unsigned int len; unsigned char mem; }; #define HEADER_SIZE (sizeof(MEMHEADER)-sizeof(char)) /* These variables are defined through the crt0 functions. */ /* Base of this variable is the first byte of the heap. */ extern MEMHEADER _sdcc_heap_start; /* Address of this variable is the last byte of the heap. */ extern char _sdcc_heap_end; MEMHEADER * _sdcc_prev_memheader; // apart from finding the header // this function also finds it's predecessor MEMHEADER * _sdcc_find_memheader(void * p) { register MEMHEADER * pthis; if (!p) return NULL; pthis = (MEMHEADER * )((char *) p - HEADER_SIZE); //to start of header _sdcc_prev_memheader = pthis->prev; return (pthis); } void free (void *p) { MEMHEADER *prev_header, *pthis; if ( p ) //For allocated pointers only! CRITICAL { pthis = (MEMHEADER * )((char *) p - HEADER_SIZE); //to start of header if ( pthis->prev ) // For the regular header { prev_header = pthis->prev; prev_header->next = pthis->next; if (pthis->next) { pthis->next->prev = prev_header; } } else { pthis->len = 0; //For the first header } } } #else //-------------------------------------------------------------------- //Written by Dmitry S. Obukhov, 1997 //dso@usa.net //-------------------------------------------------------------------- //Modified for SDCC by Sandeep Dutta, 1999 //sandeep.dutta@usa.net //-------------------------------------------------------------------- //malloc and free functions implementation for embedded system //Non-ANSI keywords are C51 specific. // __xdata - variable in external memory (just RAM) //-------------------------------------------------------------------- #define MEMHEADER struct MAH// Memory Allocation Header MEMHEADER { MEMHEADER __xdata * next; unsigned int len; unsigned char mem[]; }; #define HEADER_SIZE sizeof(MEMHEADER) //Static here means: can be accessed from this module only extern MEMHEADER __xdata * _sdcc_first_memheader; MEMHEADER __xdata * _sdcc_prev_memheader; // apart from finding the header // this function also finds it's predecessor MEMHEADER __xdata * _sdcc_find_memheader(void __xdata * p) { register MEMHEADER __xdata * pthis; register MEMHEADER __xdata * cur_header; if (!p) return NULL; pthis = (MEMHEADER __xdata *) p; pthis -= 1; //to start of header cur_header = _sdcc_first_memheader; _sdcc_prev_memheader = NULL; while (cur_header && pthis != cur_header) { _sdcc_prev_memheader = cur_header; cur_header = cur_header->next; } return (cur_header); } void free (void * p) { register MEMHEADER __xdata * pthis; CRITICAL { pthis = _sdcc_find_memheader(p); if (pthis) //For allocated pointers only! { if (!_sdcc_prev_memheader) { pthis->len = 0; } else { _sdcc_prev_memheader->next = pthis->next; } } } } //END OF MODULE #endif sdcc-2.9.0/device/lib/_fs2schar.c000066400000000000000000000034551116427777700165130ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // char __fs2schar (float x) static void dummy(void) __naked { __asm .globl ___fs2schar ___fs2schar: lcall ___fs2slong jnz fs2schar_not_zero mov a, dpl orl a, dph orl a, b jnz fs2schar_clr_a ret fs2schar_clr_a: clr a fs2schar_not_zero: jnb sign_a, fs2schar_pos fs2schar_neg: cpl a jnz fs2schar_maxval_neg mov a, b cpl a jnz fs2schar_maxval_neg mov a, dph cpl a jnz fs2schar_maxval_neg mov a, dpl jnb acc.7, fs2schar_maxval_neg ret fs2schar_maxval_neg: mov dpl, #0x80 ret fs2schar_pos: jnz fs2schar_maxval_pos mov a, b jnz fs2schar_maxval_pos mov a, dph jnz fs2schar_maxval_pos mov a, dpl jb acc.7, fs2schar_maxval_pos ret fs2schar_maxval_pos: mov dpl, #0x7F ret __endasm; } #else /* convert float to signed char */ signed char __fs2schar (float f) { signed long sl=__fs2slong(f); if (sl>=CHAR_MAX) return CHAR_MAX; if (sl<=CHAR_MIN) return -CHAR_MIN; return sl; } #endif sdcc-2.9.0/device/lib/_fs2sint.c000066400000000000000000000033071116427777700163640ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // int __fs2sint (float x) static void dummy(void) __naked { __asm .globl ___fs2sint ___fs2sint: lcall ___fs2slong jnz fs2sint_not_zero mov a, dpl orl a, dph orl a, b jnz fs2sint_clr_a ret fs2sint_clr_a: clr a fs2sint_not_zero: jnb sign_a, fs2sint_pos fs2sint_neg: cpl a jnz fs2sint_maxval_neg mov a, b cpl a jnz fs2sint_maxval_neg mov a, dph jnb acc.7, fs2sint_maxval_neg ret fs2sint_maxval_neg: mov dptr, #0x8000 ret fs2sint_pos: jnz fs2sint_maxval_pos mov a, b jnz fs2sint_maxval_pos mov a, dph jb acc.7, fs2sint_maxval_pos ret fs2sint_maxval_pos: mov dptr, #0x7FFF ret __endasm; } #else /* convert float to signed int */ signed int __fs2sint (float f) { signed long sl=__fs2slong(f); if (sl>=INT_MAX) return INT_MAX; if (sl<=INT_MIN) return -INT_MIN; return sl; } #endif sdcc-2.9.0/device/lib/_fs2slong.c000066400000000000000000000040501116427777700165250ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // long __fs2slong (float x) static void dummy(void) __naked { __asm .globl ___fs2slong ___fs2slong: lcall fsgetarg clr c mov a, #158 subb a, exp_a jc fs2slong_maxval // |x| >= 2^32 fs2slong_int_ok: mov r1, #0 lcall fs_rshift_a jnb sign_a, fs2slong_pos fs2slong_neg: mov a, r1 cpl a add a, #1 mov dpl, a mov a, r2 cpl a addc a, #0 mov dph, a mov a, r3 cpl a addc a, #0 mov b, a mov a, r4 cpl a addc a, #0 //Check for zero jnz fs2slong_not_zero mov a, dpl orl a, dph orl a, b jnz fs2slong_clr_a ret fs2slong_clr_a: clr a fs2slong_not_zero: jnb acc.7, fs2slong_maxval_neg // x < -0x80000000 ret fs2slong_pos: mov a, r4 jb acc.7, fs2slong_maxval_pos // x > 0x7FFFFFFF mov dpl, r1 mov dph, r2 mov b, r3 ret fs2slong_maxval: jnb sign_a, fs2slong_maxval_pos fs2slong_maxval_neg: clr a mov dpl, a mov dph, a mov b, a mov a, #0x80 ret fs2slong_maxval_pos: mov a, #0xFF mov dpl, a mov dph, a mov b, a mov a, #0x7F ret __endasm; } #else /* convert float to signed long */ signed long __fs2slong (float f) { if (!f) return 0; if (f<0) { return -__fs2ulong(-f); } else { return __fs2ulong(f); } } #endif sdcc-2.9.0/device/lib/_fs2uchar.c000066400000000000000000000023621116427777700165110ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // unsigned char __fs2uchar (float x) static void dummy(void) __naked { __asm .globl ___fs2uchar ___fs2uchar: mov r7, #134 lcall fs2ulong_begin mov dpl, a ret __endasm; } #else /* convert float to unsigned char */ unsigned char __fs2uchar (float f) { unsigned long ul=__fs2ulong(f); if (ul>=UCHAR_MAX) return UCHAR_MAX; return ul; } #endif sdcc-2.9.0/device/lib/_fs2uint.c000066400000000000000000000024331116427777700163650ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // unsigned int __fs2uint (float x) static void dummy(void) __naked { __asm .globl ___fs2uint ___fs2uint: mov r7, #142 lcall fs2ulong_begin mov dph, a mov dpl, b ret __endasm; } #else unsigned long __fs2ulong (float a1); /* convert float to unsigned int */ unsigned int __fs2uint (float f) { unsigned long ul=__fs2ulong(f); if (ul>=UINT_MAX) return UINT_MAX; return ul; } #endif sdcc-2.9.0/device/lib/_fs2ulong.c000066400000000000000000000045621116427777700165370ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // unsigned long __fs2ulong (float x) static void dummy(void) __naked { __asm .globl ___fs2ulong ___fs2ulong: mov r7, #158 .globl fs2ulong_begin fs2ulong_begin: lcall fsgetarg jnb sign_a, fs2ulong_int ljmp fs_return_zero fs2ulong_int: clr c mov a, r7 subb a, exp_a jnc fs2ulong_int_ok // if we get here, x >= 2^32 mov a, #0xFF mov b, a mov dph, a mov dpl, a ret fs2ulong_int_ok: mov r1, #0 lcall fs_rshift_a fs2ulong_done: mov dpl, r1 mov dph, r2 mov b, r3 mov a, r4 ret __endasm; } #else /* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ union float_long { float f; long l; }; /* convert float to unsigned long */ unsigned long __fs2ulong (float a1) { volatile union float_long fl1; volatile int exp; volatile long l; fl1.f = a1; if (!fl1.l || SIGN(fl1.l)) return (0); exp = EXP (fl1.l) - EXCESS - 24; l = MANT (fl1.l); l >>= -exp; return l; } #endif sdcc-2.9.0/device/lib/_fsadd.c000066400000000000000000000111301116427777700160460ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // float __fsadd (float a, float b) __reentrant static void dummy(void) __naked { __asm // extract the two inputs, placing them into: // sign exponent mantiassa // ---- -------- --------- // a: sign_a exp_a r4/r3/r2 // b: sign_b exp_b r7/r6/r5 // // r1: used to extend precision of a's mantissa // r0: general purpose loop counter .globl ___fsadd ___fsadd: lcall fsgetargs .globl fsadd_direct_entry fsadd_direct_entry: // we're going to extend mantissa to 32 bits temporarily mov r1, #0 // which exponent is greater? mov a, exp_b cjne a, exp_a, 00005$ sjmp 00011$ 00005$: jnc 00010$ // a's exponent was greater, so shift b's mantissa lcall fs_swap_a_b 00010$: // b's exponent was greater, so shift a's mantissa mov a, exp_b clr c subb a, exp_a lcall fs_rshift_a // acc has # of shifts to do 00011$: // decide if we need to add or subtract // sign_a and sign_b are stored in the flag bits of psw, // so this little trick checks if the arguements ave the // same sign. mov a, psw swap a xrl a, psw jb acc.1, 00022$ 00020$: // add the mantissas (both positive or both negative) mov a, r2 add a, r5 mov r2, a mov a, r3 addc a, r6 mov r3, a mov a, r4 addc a, r7 mov r4, a // check for overflow past 24 bits jnc 00021$ mov a, #1 lcall fs_rshift_a mov a, r4 orl a, #0x80 mov r4, a 00021$: ljmp fs_round_and_return 00022$: // subtract the mantissas (one of them is negative) clr c mov a, r2 subb a, r5 mov r2, a mov a, r3 subb a, r6 mov r3, a mov a, r4 subb a, r7 mov r4, a jnc 00025$ // if we get a negative result, turn it positive and // flip the sign bit clr c clr a subb a, r1 mov r1, a clr a subb a, r2 mov r2, a clr a subb a, r3 mov r3, a clr a subb a, r4 mov r4, a cpl sign_a 00025$: lcall fs_normalize_a ljmp fs_round_and_return __endasm; } #else /* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ union float_long { float f; unsigned long l; }; /* add two floats */ float __fsadd (float a1, float a2) { volatile long mant1, mant2; volatile union float_long fl1, fl2; volatile int exp1, exp2; char sign = 0; fl1.f = a1; fl2.f = a2; /* check for zero args */ if (!fl1.l) return (fl2.f); if (!fl2.l) return (fl1.f); exp1 = EXP (fl1.l); exp2 = EXP (fl2.l); if (exp1 > exp2 + 25) return (fl1.f); if (exp2 > exp1 + 25) return (fl2.f); mant1 = MANT (fl1.l); mant2 = MANT (fl2.l); if (SIGN (fl1.l)) mant1 = -mant1; if (SIGN (fl2.l)) mant2 = -mant2; if (exp1 > exp2) { mant2 >>= exp1 - exp2; } else { mant1 >>= exp2 - exp1; exp1 = exp2; } mant1 += mant2; if (mant1 < 0) { mant1 = -mant1; sign = 1; } else if (!mant1) return (0); /* normalize */ while (mant1>= 1; exp1++; } /* turn off hidden bit */ mant1 &= ~HIDDEN; /* pack up and go home */ if (exp1 >= 0x100) fl1.l = (sign ? SIGNBIT : 0) | __INFINITY; else if (exp1 < 0) fl1.l = 0; else fl1.l = PACK (sign ? SIGNBIT : 0 , exp1, mant1); return (fl1.f); } #endif sdcc-2.9.0/device/lib/_fscmp.c000066400000000000000000000036021116427777700161020ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 static void dummy(void) __naked { __asm .globl fs_compare_uint32 fs_compare_uint32: mov r1, #1 mov r2, dpl mov a, @r0 mov dpl, r7 cjne a, dpl, compare32_done dec r0 mov a, @r0 cjne a, b, compare32_done dec r0 mov a, @r0 cjne a, dph, compare32_done dec r0 mov a, @r0 mov dpl, r2 cjne a, dpl, compare32_done mov r1, #0 compare32_done: ret .globl fs_check_negative_zeros fs_check_negative_zeros: a_check: cjne a, #0x80, a_not_neg_zero mov a, b jnz a_not_neg_zero_cleanup mov a, dph jnz a_not_neg_zero_cleanup mov a, dpl jnz a_not_neg_zero_cleanup mov r7, #0 a_not_neg_zero_cleanup: mov a, r7 a_not_neg_zero: b_check: cjne @r0, #0x80, b_not_neg_zero dec r0 cjne @r0, #0, b_not_neg_zero_cleanup_1 dec r0 cjne @r0, #0, b_not_neg_zero_cleanup_2 dec r0 cjne @r0, #0, b_not_neg_zero_cleanup_3 inc r0 inc r0 inc r0 mov @r0, #0 ret b_not_neg_zero_cleanup_3: inc r0 b_not_neg_zero_cleanup_2: inc r0 b_not_neg_zero_cleanup_1: inc r0 b_not_neg_zero: ret __endasm; } #endif sdcc-2.9.0/device/lib/_fsdiv.c000066400000000000000000000135021116427777700161050ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // float __fsdiv (float a, float b) __reentrant static void dummy(void) __naked { __asm .globl ___fsdiv ___fsdiv: // extract the two inputs, placing them into: // sign exponent mantiassa // ---- -------- --------- // a: sign_a exp_a r4/r3/r2 // b: sign_b exp_b r7/r6/r5 lcall fsgetargs // compute final sign bit jnb sign_b, 00001$ cpl sign_a 00001$: // if divisor is zero, ... cjne r7, #0, 00003$ // if dividend is also zero, return NaN cjne r4, #0, 00002$ ljmp fs_return_nan 00002$: // but dividend is non-zero, return infinity ljmp fs_return_inf 00003$: // if dividend is zero, return zero cjne r4, #0, 00004$ ljmp fs_return_zero 00004$: // if divisor is infinity, ... mov a, exp_b cjne a, #0xFF, 00006$ // and dividend is also infinity, return NaN mov a, exp_a cjne a, #0xFF, 00005$ ljmp fs_return_nan 00005$: // but dividend is not infinity, return zero ljmp fs_return_zero 00006$: // if dividend is infinity, return infinity mov a, exp_a cjne a, #0xFF, 00007$ ljmp fs_return_inf 00007$: // subtract exponents clr c subb a, exp_b // if no carry then no underflow jnc 00008$ add a, #127 jc 00009$ ljmp fs_return_zero 00008$: add a, #128 dec a jnc 00009$ ljmp fs_return_inf 00009$: mov exp_a, a // need extra bits on a's mantissa #ifdef FLOAT_FULL_ACCURACY clr c mov a, r5 subb a, r2 mov a, r6 subb a, r3 mov a, r7 subb a, r4 jc 00010$ dec exp_a clr c mov a, r2 rlc a mov r1, a mov a, r3 rlc a mov r2, a mov a, r4 rlc a mov r3, a clr a rlc a mov r4, a sjmp 00011$ 00010$: #endif clr a xch a, r4 xch a, r3 xch a, r2 mov r1, a 00011$: // begin long division push exp_a #ifdef FLOAT_FULL_ACCURACY mov b, #25 #else mov b, #24 #endif 00012$: // compare clr c mov a, r1 subb a, r5 mov a, r2 subb a, r6 mov a, r3 subb a, r7 mov a, r4 subb a, #0 // carry==0 if mant1 >= mant2 #ifdef FLOAT_FULL_ACCURACY djnz b, 00013$ sjmp 00015$ 00013$: #endif jc 00014$ // subtract mov a, r1 subb a, r5 mov r1, a mov a, r2 subb a, r6 mov r2, a mov a, r3 subb a, r7 mov r3, a mov a, r4 subb a, #0 mov r4, a clr c 00014$: // shift result cpl c mov a, r0 rlc a mov r0, a mov a, dpl rlc a mov dpl, a mov a, dph rlc a mov dph, a // shift partial remainder clr c mov a, r1 rlc a mov r1, a mov a, r2 rlc a mov r2, a mov a, r3 rlc a mov r3, a mov a, r4 rlc a mov r4, a #ifdef FLOAT_FULL_ACCURACY sjmp 00012$ 00015$: #else djnz b, 00012$ #endif // now we've got a division result, so all we need to do // is round off properly, normalize and output a float #ifdef FLOAT_FULL_ACCURACY cpl c clr a mov r1, a addc a, r0 mov r2, a clr a addc a, dpl mov r3, a clr a addc a, dph mov r4, a pop exp_a jnc 00016$ inc exp_a // incrementing exp_a without checking carry is dangerous mov r4, #0x80 00016$: #else mov r1, #0 mov a, r0 mov r2, a mov r3, dpl mov r4, dph pop exp_a #endif lcall fs_normalize_a ljmp fs_zerocheck_return __endasm; } #else /* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ union float_long { float f; long l; }; /* divide two floats */ float __fsdiv (float a1, float a2) { volatile union float_long fl1, fl2; volatile long result; volatile unsigned long mask; volatile long mant1, mant2; volatile int exp; char sign; fl1.f = a1; fl2.f = a2; /* subtract exponents */ exp = EXP (fl1.l) ; exp -= EXP (fl2.l); exp += EXCESS; /* compute sign */ sign = SIGN (fl1.l) ^ SIGN (fl2.l); /* divide by zero??? */ if (!fl2.l) {/* return NaN or -NaN */ fl2.l = 0x7FC00000; return (fl2.f); } /* numerator zero??? */ if (!fl1.l) return (0); /* now get mantissas */ mant1 = MANT (fl1.l); mant2 = MANT (fl2.l); /* this assures we have 25 bits of precision in the end */ if (mant1 < mant2) { mant1 <<= 1; exp--; } /* now we perform repeated subtraction of fl2.l from fl1.l */ mask = 0x1000000; result = 0; while (mask) { if (mant1 >= mant2) { result |= mask; mant1 -= mant2; } mant1 <<= 1; mask >>= 1; } /* round */ result += 1; /* normalize down */ exp++; result >>= 1; result &= ~HIDDEN; /* pack up and go home */ if (exp >= 0x100) fl1.l = (sign ? SIGNBIT : 0) | __INFINITY; else if (exp < 0) fl1.l = 0; else fl1.l = PACK (sign ? SIGNBIT : 0 , exp, result); return (fl1.f); } #endif sdcc-2.9.0/device/lib/_fseq.c000066400000000000000000000040651116427777700157340ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // char __fseq (float a, float b) static void dummy(void) __naked { __asm .globl ___fseq ___fseq: mov r7, a mov r0, sp dec r0 dec r0 lcall fs_check_negative_zeros lcall fs_compare_uint32 mov a, r1 xrl a, #1 mov dpl, a ret __endasm; } #else /* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ union float_long { float f; long l; }; /* compare two floats */ char __fseq (float a1, float a2) { volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; if (fl1.l == fl2.l) return (1); if (((fl1.l | fl2.l) & 0x7FFFFFFF) == 0) return (1); return (0); } #endif sdcc-2.9.0/device/lib/_fsget1arg.c000066400000000000000000000024361116427777700166610ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 static void dummy(void) __naked { // input passed in a,b,dph,dpl __asm .globl fsgetarg fsgetarg: // extract the input, placing it into: // sign exponent mantiassa // ---- -------- --------- // a: sign_a exp_a r4/r3/r2 // mov r2, dpl mov r3, dph mov c, b.7 rlc a mov sign_a, c jz 00001$ setb b.7 00001$: mov exp_a, a mov r4, b ret __endasm; } #endif sdcc-2.9.0/device/lib/_fsget2args.c000066400000000000000000000031611116427777700170410ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 static void dummy(void) __naked { // arg1: passed in a,b,dph,dpl // arg2: passed on stack __asm .globl fsgetargs fsgetargs: // extract the two inputs, placing them into: // sign exponent mantiassa // ---- -------- --------- // a: sign_a exp_a r4/r3/r2 // b: sign_b exp_b r7/r6/r5 // mov r2, dpl mov r3, dph mov c, b.7 rlc a mov sign_a, c jz 00001$ setb b.7 00001$: mov exp_a, a mov r4, b // now extract the 2nd parameter from the stack mov a, sp add a, #249 mov r0, a mov a, @r0 mov r5, a inc r0 mov a, @r0 mov r6, a inc r0 mov b, @r0 inc r0 mov a, @r0 mov c, b.7 rlc a mov sign_b, c jz 00002$ setb b.7 00002$: mov exp_b, a mov r7, b ret __endasm; } #endif sdcc-2.9.0/device/lib/_fsgt.c000066400000000000000000000047621116427777700157450ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // char __fsgt (float a, float b) __reentrant static void dummy(void) __naked { __asm .globl ___fsgt ___fsgt: mov r7, a mov r0, sp dec r0 dec r0 lcall fs_check_negative_zeros setb sign_a rlc a mov a, @r0 jc a_negative a_positive: jnb acc.7, ab_positive // a is positive and b is negative, so a > b mov dpl, #1 ret a_negative: jb acc.7, ab_negative // a is negative and b is positive, so a < b mov dpl, #0 ret ab_positive: clr sign_a ab_negative: lcall fs_compare_uint32 mov a, r1 jnz ab_different // a and b are equal mov dpl, a ret ab_different: jnb sign_a, skip_invert cpl c skip_invert: clr a rlc a mov dpl, a ret __endasm; } #else /* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ union float_long { float f; long l; }; /* compare two floats */ char __fsgt (float a1, float a2) { volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; if (fl1.l<0 && fl2.l<0) { if (fl2.l > fl1.l) return (1); return (0); } if (fl1.l > fl2.l) return (1); return (0); } #endif sdcc-2.9.0/device/lib/_fslt.c000066400000000000000000000047451116427777700157530ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // char __fslt (float a, float b) static void dummy(void) __naked { __asm .globl ___fslt ___fslt: mov r7, a mov r0, sp dec r0 dec r0 lcall fs_check_negative_zeros setb sign_a rlc a mov a, @r0 jc a_negative a_positive: jnb acc.7, ab_positive // a is positive and b is negative, so a > b mov dpl, #0 ret a_negative: jb acc.7, ab_negative // a is negative and b is positive, so a < b mov dpl, #1 ret ab_positive: clr sign_a ab_negative: lcall fs_compare_uint32 mov a, r1 jnz ab_different // a and b are equal mov dpl, a ret ab_different: jb sign_a, skip_invert cpl c skip_invert: clr a rlc a mov dpl, a ret __endasm; } #else /* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ union float_long { float f; long l; }; /* compare two floats */ char __fslt (float a1, float a2) { volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; if (fl1.l<0 && fl2.l<0) { if (fl2.l < fl1.l) return (1); return (0); } if (fl1.l < fl2.l) return (1); return (0); } #endif sdcc-2.9.0/device/lib/_fsmul.c000066400000000000000000000122731116427777700161240ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // float __fsmul (float a, float b) __reentrant static void dummy(void) __naked { __asm .globl ___fsmul ___fsmul: // extract the two inputs, placing them into: // sign exponent mantissa // ---- -------- -------- // a: sign_a exp_a r4/r3/r2 // b: sign_b exp_b r7/r6/r5 lcall fsgetargs // first check if either input is zero cjne r4, #0, 00002$ 00001$: ljmp fs_return_zero 00002$: mov a, r7 jz 00001$ // compute final sign bit jnb sign_b, 00003$ cpl sign_a 00003$: // check if either input is infinity mov a, exp_b cjne a, #0xFF, 00004$ ljmp fs_return_inf 00004$: mov a, exp_a cjne a, #0xFF, 00005$ ljmp fs_return_inf 00005$: // add the exponents add a, exp_b // if carry then no underflow jc 00006$ add a, #130 jc 00007$ ljmp fs_return_zero 00006$: add a, #131 dec a jnc 00007$ ljmp fs_return_inf 00007$: mov exp_a, a // now we need to multipy r4/r3/r2 * r7/r6/r5 // ------------------------------------------ // r2 * r5 << 0 // r3 * r5 + r2 * r6 << 8 // r4 * r5 + r3 * r6 + r2 * r7 << 16 // r4 * r6 + r3 * r7 << 24 // r4 * r7 << 32 // // This adds quite a bit of code, but it is a LOT faster // than three calls to __mululong... // output goes into r4/r3/r2/r1/r0/xx mov a, r2 mov b, r5 mul ab // r2 * r5 // discard lowest 8 bits mov r0, b // range 0-FE mov a, r2 mov b, r6 mul ab // r2 * r6 add a, r0 mov r0, a clr a addc a, b mov r1, a // range 0-FEFF mov a, r3 mov b, r5 mul ab // r3 * r5 add a, r0 // discard lowest 8 bits mov a, r1 addc a, b mov r1, a clr a rlc a xch a, r2 // range 0-1FD mov b, r7 mul ab // r2 * r7 add a, r1 mov r1, a mov a, r2 addc a, b mov r2, a // range 0-FFFE mov a, r3 mov r0, a mov b, r6 mul ab // r3 * r6 add a, r1 mov r1, a mov a, r2 addc a, b mov r2, a clr a rlc a mov r3, a // range 0-1FDFF mov a, r4 mov b, r5 mul ab // r4 * r5 add a, r1 mov r1, a mov a, r2 addc a, b mov r2, a clr a addc a, r3 mov r3, a // range 0-2FC00 mov a, r0 // r3 mov b, r7 mul ab // r3 * r7 add a, r2 mov r2, a mov a, r3 addc a, b mov r3, a clr a rlc a xch a, r4 // range 0-100FD00 mov r5, a mov b, r6 mul ab // r4 * r6 add a, r2 mov r2, a mov a, r3 addc a, b mov r3, a clr a addc a, r4 mov r4, a // range 0-1FEFE00 mov a, r5 // r4 mov b, r7 mul ab // r4 * r7 add a, r3 mov r3, a mov a, r4 addc a, b mov r4, a // range 40000000-FFFFFE00 jb acc.7, 00010$ lcall fs_normalize_a 00010$: ljmp fs_round_and_return __endasm; } #else /* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ union float_long { float f; unsigned long l; }; /* multiply two floats */ float __fsmul (float a1, float a2) { volatile union float_long fl1, fl2; volatile unsigned long result; volatile int exp; char sign; fl1.f = a1; fl2.f = a2; if (!fl1.l || !fl2.l) return (0); /* compute sign and exponent */ sign = SIGN (fl1.l) ^ SIGN (fl2.l); exp = EXP (fl1.l) - EXCESS; exp += EXP (fl2.l); fl1.l = MANT (fl1.l); fl2.l = MANT (fl2.l); /* the multiply is done as one 16x16 multiply and two 16x8 multiples */ result = (fl1.l >> 8) * (fl2.l >> 8); result += ((fl1.l & (unsigned long) 0xFF) * (fl2.l >> 8)) >> 8; result += ((fl2.l & (unsigned long) 0xFF) * (fl1.l >> 8)) >> 8; if (result & SIGNBIT) { /* round */ result += 0x80; result >>= 8; } else { /* round */ result += 0x40; result >>= 7; exp--; } result &= ~HIDDEN; /* pack up and go home */ if (exp >= 0x100) fl1.l = (sign ? SIGNBIT : 0) | __INFINITY; else if (exp < 0) fl1.l = 0; else fl1.l = PACK (sign ? SIGNBIT : 0 , exp, result); return (fl1.f); } #endif sdcc-2.9.0/device/lib/_fsneq.c000066400000000000000000000040441116427777700161070ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // char __fsneq (float a, float b) static void dummy(void) __naked { __asm .globl ___fsneq ___fsneq: mov r7, a mov r0, sp dec r0 dec r0 lcall fs_check_negative_zeros lcall fs_compare_uint32 mov dpl, r1 ret __endasm; } #else /* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ union float_long { float f; long l; }; /* compare two floats */ char __fsneq (float a1, float a2) { volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; if (fl1.l == fl2.l) return (0); if (((fl1.l | fl2.l) & 0x7FFFFFFF) == 0) return (0); return (1); } #endif sdcc-2.9.0/device/lib/_fsnormalize.c000066400000000000000000000027141116427777700173260ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 static void dummy(void) __naked { __asm .globl fs_normalize_a fs_normalize_a: #ifdef FLOAT_SHIFT_SPEEDUP mov r0, #4 00001$: mov a, r4 jnz 00003$ xch a, r1 xch a, r2 xch a, r3 mov r4, a //mov r4, ar3 //mov r3, ar2 //mov r2, ar1 //mov r1, #0 mov a, exp_a add a, #248 mov exp_a, a djnz r0, 00001$ ret #else mov a, r4 #endif 00003$: mov r0, #32 00005$: jb acc.7, 00006$ dec exp_a clr c mov a, r1 rlc a mov r1, a mov a, r2 rlc a mov r2, a mov a, r3 rlc a mov r3, a mov a, r4 rlc a mov r4, a djnz r0, 00005$ 00006$: ret __endasm; } #endif sdcc-2.9.0/device/lib/_fsreturnval.c000066400000000000000000000037141116427777700173510ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 static void dummy(void) __naked { __asm .globl fs_round_and_return fs_round_and_return: #ifdef FLOAT_FULL_ACCURACY // discard the extra 8 bits of precision we kept around in r1 cjne r1, #128, 00001$ mov a, r2 rrc a cpl c 00001$: jc fs_zerocheck_return mov a, r2 add a, #1 mov r2, a clr a addc a, r3 mov r3, a clr a addc a, r4 mov r4, a jnc fs_zerocheck_return mov r4, #0x80 inc exp_a #endif .globl fs_zerocheck_return fs_zerocheck_return: // zero output is a special case cjne r4, #0, fs_direct_return cjne r3, #0, fs_direct_return cjne r2, #0, fs_direct_return .globl fs_return_zero fs_return_zero: clr a mov b, a mov dph, a mov dpl, a ret .globl fs_direct_return fs_direct_return: // collect all pieces and return mov c, sign_a mov a, exp_a rrc a mov b, r4 mov b.7, c mov dph, r3 mov dpl, r2 ret .globl fs_return_inf fs_return_inf: clr a mov dph, a mov dpl, a mov b, #0x80 cpl a mov c, sign_a rrc a ret .globl fs_return_nan fs_return_nan: clr a mov dph, a mov dpl, a mov b, #0xC0 mov a, #0x7F ret __endasm; } #endif sdcc-2.9.0/device/lib/_fsrshift.c000066400000000000000000000034301116427777700166210ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 static void dummy(void) __naked { __asm .globl fs_rshift_a fs_rshift_a: jz 00020$ mov r0, a add a, exp_a // adjust exponent jnc 00001$ mov a, #255 // don't roll over 00001$: mov exp_a, a #ifdef FLOAT_SHIFT_SPEEDUP mov a, r0 add a, #248 jnc 00003$ xch a, r4 xch a, r3 xch a, r2 mov r1, a clr a xch a, r4 //mov r1, ar2 // avoid dependence on register bank //mov r2, ar3 //mov r3, ar4 //mov r4, #0 add a, #248 jnc 00003$ xch a, r3 xch a, r2 mov r1, a clr a xch a, r3 //mov r1, ar2 //mov r2, ar3 //mov r3, #0 add a, #248 jnc 00003$ xch a, r2 mov r1, a clr a xch a, r2 //mov r1, ar2 //mov r2, #0 add a, #248 jnc 00003$ mov r1, #0 ret 00003$: add a, #8 jz 00020$ mov r0, a #endif 00005$: clr c mov a, r4 rrc a mov r4, a mov a, r3 rrc a mov r3, a mov a, r2 rrc a mov r2, a mov a, r1 rrc a mov r1, a djnz r0, 00005$ 00020$: ret __endasm; } #endif sdcc-2.9.0/device/lib/_fssub.c000066400000000000000000000041201116427777700161100ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 //float __fssub (float a, float b) __reentrant static void dummy(void) __naked { __asm .globl ___fssub ___fssub: mov r0, sp dec r0 dec r0 xch a, @r0 cpl acc.7 xch a, @r0 ljmp ___fsadd __endasm; } #else /* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ union float_long { float f; long l; }; /* subtract two floats */ float __fssub (float a1, float a2) { volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; /* check for zero args */ if (!fl2.l) return (fl1.f); if (!fl1.l) return (-fl2.f); /* twiddle sign bit and add */ fl2.l ^= SIGNBIT; return fl1.f + fl2.f; } #endif sdcc-2.9.0/device/lib/_fsswapargs.c000066400000000000000000000026251116427777700171560ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 static void dummy(void) __naked { __asm .globl fs_swap_a_b fs_swap_a_b: mov a, exp_a xch a, exp_b mov exp_a, a // is there a faster way to swap these 2 bits??? // this trick with psw can play havoc with the resiter bank setting // mov a, psw // swap a // depends on sign bits in psw.1 & psw.5 // mov psw, a mov c, sign_a rlc a mov c, sign_b mov sign_a, c rrc a mov sign_b, c mov a, r4 xch a, r7 mov r4, a mov a, r3 xch a, r6 mov r3, a mov a, r2 xch a, r5 mov r2, a ret __endasm; } #endif sdcc-2.9.0/device/lib/_gptrget.c000066400000000000000000000213241116427777700164470ustar00rootroot00000000000000/*------------------------------------------------------------------------- _gptrget.c :- get value for a generic pointer Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* not all devices use P2 to page pdata memory, therefore __XPAGE was introduced. On some targets __XPAGE itself is a paged SFR so it is not safe for all platforms to set this. Furthermore some targets can be configured to behave differently for movx @dptr vs. movx @Ri (don't drive high byte of address bus for movx @Ri only) */ #define USE_PDATA_PAGING_REGISTER 0 __sbit __at (0xF7) B_7; __sbit __at (0xF6) B_6; __sbit __at (0xF5) B_5; /* the return value is expected to be in acc, and not in the standard * location dpl. Therefore we choose return type void here: */ #if defined DSDCC_MODEL_HUGE void _gptrget (char *gptr) __naked { /* This is the banked version with pointers up to 23 bits. B cannot be trashed */ gptr; /* hush the compiler */ __asm ; ; depending on the pointer type acc. to SDCCsymt.h ; jb _B_7,codeptr$ ; >0x80 code ; 3 jnb _B_6,xdataptr$ ; <0x40 far ; 3 mov dph,r0 ; save r0 independant of regbank ; 2 mov r0,dpl ; use only low order address ; 2 jb _B_5,pdataptr$ ; >0x60 pdata ; 3 ; ; Pointer to data space ; mov a,@r0 ; 1 dataptrrestore$: mov r0,dph ; restore r0 ; 2 mov dph,#0 ; restore dph ; 2 ret ; 1 ; ; pointer to external stack or pdata ; pdataptr$: movx a,@r0 ; 1 sjmp dataptrrestore$ ; 2 ; ; pointer to code area ; codeptr$: ; implementation for SiLabs C8051F12x mov a,b ; 2 anl a,#0x03 ; 2 swap a ; 1 push _PSBANK ; 2 anl _PSBANK,#0x0F ; 3 orl _PSBANK,a ; 2 clr a ; 1 movc a,@a+dptr ; 1 pop _PSBANK ; 2 ret ; 1 ; ; pointer to xternal data ; xdataptr$: ; implementation for xram a16-a21 tied to P3 mov _P3,b ; 3 movx a,@dptr ; 1 ret ; 1 ;=== ;44 bytes __endasm; } #elif defined DSDCC_MODEL_MEDIUM void _gptrget (char *gptr) __naked { /* This is the non-banked version with pointers up to 15 bits. Assumes B is free to be used */ gptr; /* hush the compiler */ __asm ; ; depending on the pointer type acc. to SDCCsymt.h ; mov b,dph ; 3 jb _B_7,codeptr$ ; >0x80 code ; 3 jnb _B_6,xdataptr$ ; <0x40 far ; 3 mov b,r0 ; save r0 independant of regbank ; 2 mov r0,dpl ; use only low order address ; 2 jb _B_5,pdataptr$ ; >0x60 pdata ; 3 ; ; Pointer to data space ; mov a,@r0 ; 1 mov r0,b ; restore r0 ; 2 ret ; 1 ; ; pointer to xternal stack or pdata ; pdataptr$: movx a,@r0 ; 1 mov r0,b ; restore r0 ; 2 ret ; 1 ; ; pointer to code area, max 15 bits ; codeptr$: ; 0x8000 <= dptr <= 0xFFFF ; no need to AND dph and restore from B if hardware wraps code memory anl dph,#0x7F ; 3 clr a ; 1 movc a,@a+dptr ; 1 mov dph,b ; 3 ret ; 1 ; ; pointer to xternal data, max 14 bits ; xdataptr$: ; 0 <= dptr <= 0x3FFF movx a,@dptr ; 1 ret ; 1 ;=== ;35 bytes __endasm; } #else void _gptrget (char *gptr) __naked { /* This is the new version with pointers up to 16 bits. B cannot be trashed */ gptr; /* hush the compiler */ __asm ; ; depending on the pointer type acc. to SDCCsymt.h ; jb _B_7,codeptr$ ; >0x80 code ; 3 jnb _B_6,xdataptr$ ; <0x40 far ; 3 mov dph,r0 ; save r0 independant of regbank ; 2 mov r0,dpl ; use only low order address ; 2 jb _B_5,pdataptr$ ; >0x60 pdata ; 3 ; ; Pointer to data space ; mov a,@r0 ; 1 dataptrrestore$: mov r0,dph ; restore r0 ; 2 mov dph,#0 ; restore dph ; 2 ret ; 1 ; ; pointer to xternal stack or pdata ; pdataptr$: movx a,@r0 ; 1 sjmp dataptrrestore$ ; 2 ; ; pointer to code area, max 16 bits ; codeptr$: clr a ; 1 movc a,@a+dptr ; 1 ret ; 1 ; ; pointer to xternal data, max 16 bits ; xdataptr$: movx a,@dptr ; 1 ret ; 1 ;=== ;27 bytes __endasm; } #endif #ifdef SDCC_ds390 /* the return value is expected to be in acc/_ap, and not in the standard * location dpl/dph. Therefore we choose return type void here: */ void _gptrgetWord (unsigned *gptr) { gptr; /* hush the compiler */ __asm ; ; depending on the pointer type acc. to SDCCsymt.h ; jb _B_7,00003$ ; >0x80 code jnb _B_6,00002$ ; <0x40 far mov dph,r0 ; save r0 independant of regbank mov r0,dpl ; use only low order address jb _B_5,00004$ ; >0x60 pdata ; ; Pointer to data space ; mov _ap,@r0 inc r0 mov a,@r0 inc dpl sjmp 00005$ ; ; pointer to xternal data ; 00002$: movx a,@dptr mov _ap,a inc dptr movx a,@dptr sjmp 00006$ ; ; pointer to code area ; 00003$: clr a movc a,@a+dptr mov _ap,a clr a inc dptr movc a,@a+dptr sjmp 00006$ ; ; pointer to xternal stack ; 00004$: movx a,@r0 mov _ap,a inc r0 movx a,@r0 inc dpl ; ; restore and return ; 00005$: mov r0,dph ; restore r0 mov dph,#0 ; restore dph 00006$: xch a,_ap __endasm; } #endif sdcc-2.9.0/device/lib/_gptrgetc.c000066400000000000000000000067341116427777700166220ustar00rootroot00000000000000/*------------------------------------------------------------------------- _gptrget.c :- get value for a generic pointer (used with --xram-movc) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* the return value is expected to be in acc, and not in the standard * location dpl. Therefore we choose return type void here: */ #if 1 void _gptrgetc (char *gptr) __naked { /* This is the new version with pointers up to 16 bits. B cannot be trashed */ gptr; /* hush the compiler */ __asm ; save values passed ; ; depending on the pointer type acc. to SDCCsymt.h ; jb _B_7,codeptr$ ; >0x80 code ; 3 jnb _B_6,xdataptr$ ; <0x40 far ; 3 mov dph,r0 ; save r0 independant of regbank ; 2 mov r0,dpl ; use only low order address ; 2 jb _B_5,pdataptr$ ; >0x60 pdata ; 3 ; ; Pointer to data space ; mov a,@r0 ; 1 mov r0,dph ; restore r0 ; 2 mov dph,#0 ; restore dph ; 2 ret ; 1 ; ; pointer to external stack or pdata ; pdataptr$: movx a,@r0 ; 1 mov r0,dph ; restore r0 ; 2 mov dph,#0 ; restore dph ; 2 ret ; 1 ; ; pointer to xternal data ; pointer to code area ; codeptr$: xdataptr$: clr a ; 1 movc a,@a+dptr ; 1 ret ; 1 ;=== ;28 bytes __endasm; } #else void _gptrgetc (char *gptr) __naked { gptr; /* hush the compiler */ __asm ; save values passed xch a,r0 push acc ; ; depending on the pointer type acc. to SDCCsymt.h ; mov a,b jz 00001$ ; 0 near dec a jz 00003$ ; 1 far dec a jz 00003$ ; 2 code dec a jz 00004$ ; 3 pdata dec a ; 4 skip generic pointer dec a jz 00001$ ; 5 idata ; ; any other value for type ; return xFF mov a,#0xff ret ; ; Pointer to data space ; 00001$: mov r0,dpl ; use only low order address mov a,@r0 ret ; ; pointer to xternal data ; pointer to code area ; 00003$: ; clr a is already 0 movc a,@a+dptr ret ; ; pointer to xternal stack ; 00004$: mov r0,dpl movx a,@r0 ; ; restore and return ; mov r0,a pop acc xch a,r0 ret __endasm; } #endif sdcc-2.9.0/device/lib/_gptrput.c000066400000000000000000000156141116427777700165050ustar00rootroot00000000000000/*------------------------------------------------------------------------- _gptrput.c :- put value for a generic pointer Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* not all devices use P2 to page pdata memory, therefore __XPAGE was introduced. On some targets __XPAGE itself is a paged SFR so it is not safe for all platforms to set this. Furthermore some targets can be configured to behave differently for movx @dptr vs. movx @Ri (don't drive high byte of address bus for movx @Ri only) */ #define USE_PDATA_PAGING_REGISTER 0 __sbit __at (0xF7) B_7; __sbit __at (0xF6) B_6; __sbit __at (0xF5) B_5; #if defined DSDCC_MODEL_HUGE void _gptrput (char *gptr, char c) __naked { /* This is the banked version with pointers up to 22 bits. B cannot be trashed */ gptr; c; /* hush the compiler */ __asm ; ; depending on the pointer type according to SDCCsymt.h ; jb _B_7,codeptr$ ; >0x80 code ; 3 jnb _B_6,xdataptr$ ; <0x40 far ; 3 mov dph,r0 ; save r0 independant of regbank ; 2 mov r0,dpl ; use only low order address ; 2 jb _B_5,pdataptr$ ; >0x60 pdata ; 3 ; ; store into near/idata space ; mov @r0,a ; 1 dataptrrestore$: mov r0,dph ; restore r0 ; 2 mov dph,#0 ; restore dph ; 2 codeptr$: ret ; 1 ; ; store into external stack/pdata space ; pdataptr$: movx @r0,a ; 1 sjmp dataptrrestore$ ; 2 ; ; store into far space ; xdataptr$: mov _P3,b ; 3 movx @dptr,a ; 1 ret ; 1 ;=== ;27 bytes __endasm; } #elif defined DSDCC_MODEL_MEDIUM void _gptrput (char *gptr, char c) __naked { /* This is the non-banked version with pointers up to 14 bits. Assumes B is free to be used */ gptr; c; /* hush the compiler */ __asm ; ; depending on the pointer type according to SDCCsymt.h ; mov b,dph ; 3 jb _B_7,codeptr$ ; >0x80 code ; 3 jnb _B_6,xdataptr$ ; <0x40 far ; 3 mov b,r0 ; save r0 independant of regbank ; 2 mov r0,dpl ; use only low order address ; 2 jb _B_5,pdataptr$ ; >0x60 pdata ; 3 ; ; store into near/idata space ; mov @r0,a ; 1 dataptrrestore$: mov r0,b ; restore r0 ; 2 codeptr$: ret ; 1 ; ; store into external stack/pdata space ; pdataptr$: movx @r0,a ; 1 sjmp dataptrrestore$ ; 2 ; ; store into far space, max 14 bits ; xdataptr$: ; 0 <= dptr <= 0x3FFF movx @dptr,a ; 1 ret ; 1 ;=== ;25 bytes __endasm; } #else void _gptrput (char *gptr, char c) __naked { /* This is the new version with pointers up to 16 bits. B cannot be trashed */ gptr; c; /* hush the compiler */ __asm ; ; depending on the pointer type according to SDCCsymt.h ; jb _B_7,codeptr$ ; >0x80 code ; 3 jnb _B_6,xdataptr$ ; <0x40 far ; 3 mov dph,r0 ; save r0 independant of regbank ; 2 mov r0,dpl ; use only low order address ; 2 jb _B_5,pdataptr$ ; >0x60 pdata ; 3 ; ; store into near/idata space ; mov @r0,a ; 1 dataptrrestore$: mov r0,dph ; restore r0 ; 2 mov dph,#0 ; restore dph ; 2 codeptr$: ret ; 1 ; ; store into external stack/pdata space ; pdataptr$: movx @r0,a ; 1 sjmp dataptrrestore$ ; 2 ; ; store into far space ; xdataptr$: movx @dptr,a ; 1 ret ; 1 ;=== ;24 bytes __endasm; } #endif #ifdef SDCC_ds390 void _gptrputWord () { __asm ; ; depending on the pointer type acc. to SDCCsymt.h ; jb _B_7,00013$ ; >0x80 code jnb _B_6,00012$ ; <0x40 far mov dph,r0 ; save r0 independant of regbank mov r0,dpl ; use only low order address jb _B_5,00014$ ; >0x60 pdata ; ; store into near space ; mov @r0,_ap inc r0 mov @r0,a sjmp 00015$ ; ; store into far space ; 00012$: xch a,_ap movx @dptr,a inc dptr xch a,_ap movx @dptr,a sjmp 00016$ ; ; store into code space ; 00013$: inc dptr ; do nothing sjmp 00016$ ; ; store into xstack space ; 00014$: xch a,_ap movx @r0,a inc r0 xch a,_ap movx @r0, a 00015$: mov dpl,r0 mov r0,dph ; restore r0 mov dph,#0 ; restore dph 00016$: __endasm; } #endif sdcc-2.9.0/device/lib/_heap.c000066400000000000000000000030211116427777700157020ustar00rootroot00000000000000/*------------------------------------------------------------------------- _heap.c - memory heap for malloc and friends Copyright (C) 2006 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* This is the default heap. If you need a different size (make a copy and) recompile it with -D HEAP_SIZE= where is whatever you need. Link the resulting object explicitly with your project. */ #ifndef HEAP_SIZE #define HEAP_SIZE 1024 #endif __xdata char _sdcc_heap[HEAP_SIZE]; const unsigned int _sdcc_heap_size = HEAP_SIZE; sdcc-2.9.0/device/lib/_iscntrl.c000066400000000000000000000024641116427777700164550ustar00rootroot00000000000000/*------------------------------------------------------------------------- _iscntrl.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #define REG_UCHAR register unsigned char char iscntrl(unsigned char c) { if ( c <= '\x1F' || c == '\x7f') return 1; return 0; } sdcc-2.9.0/device/lib/_isdigit.c000066400000000000000000000024061116427777700164270ustar00rootroot00000000000000/*------------------------------------------------------------------------- _isdigit.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char isdigit( unsigned char c) { if ( c >= '0' && c <= '9' ) return 1; return 0; } sdcc-2.9.0/device/lib/_isgraph.c000066400000000000000000000024111116427777700164240ustar00rootroot00000000000000/*------------------------------------------------------------------------- _isgraph.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char isgraph( unsigned char c) { if ( c >= '\x21' && c <= '\x7e' ) return 1; return 0; } sdcc-2.9.0/device/lib/_islower.c000066400000000000000000000024101116427777700164520ustar00rootroot00000000000000/*------------------------------------------------------------------------- _islower.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char islower(unsigned char c) { if ( c >= 'a' && c <= 'z' ) return 1; return 0; } sdcc-2.9.0/device/lib/_isprint.c000066400000000000000000000024061116427777700164630ustar00rootroot00000000000000/*------------------------------------------------------------------------- _isprint.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char isprint (unsigned char c) { if ( c >= '\x20' && c <= '\x7e') return 1; return 0; } sdcc-2.9.0/device/lib/_ispunct.c000066400000000000000000000025621116427777700164630ustar00rootroot00000000000000/*------------------------------------------------------------------------- _ispunct.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "ctype.h" char ispunct (unsigned char c) { if (isprint (c) && !islower(c) && !isupper(c) && c != ' ' && !isdigit(c)) return 1; return 0; } sdcc-2.9.0/device/lib/_isspace.c000066400000000000000000000025741116427777700164300ustar00rootroot00000000000000/*------------------------------------------------------------------------- _isppace.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char isspace (unsigned char c) { if ( c == ' ' || c == '\f' || c == '\n' || c == '\r' || c == '\t' || c == '\v' ) return 1; return 0; } sdcc-2.9.0/device/lib/_isupper.c000066400000000000000000000024021116427777700164560ustar00rootroot00000000000000/*------------------------------------------------------------------------- _isupper.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char isupper (unsigned char c) { if ( c >= 'A' && c <= 'Z') return 1; return 0; } sdcc-2.9.0/device/lib/_isxdigit.c000066400000000000000000000025151116427777700166200ustar00rootroot00000000000000/*------------------------------------------------------------------------- _isxdigit.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char isxdigit (unsigned char c) { if (( c >= '0' && c <= '9') || ( c >= 'a' && c <= 'f') || ( c >= 'A' && c <= 'F')) return 1; return 0; } sdcc-2.9.0/device/lib/_itoa.c000066400000000000000000000022751116427777700157330ustar00rootroot00000000000000/*------------------------------------------------------------------------- integer to string conversion Written by: Bela Torok, 1999 bela.torok@kssg.ch usage: _uitoa(unsigned int value, char* string, int radix) _itoa(int value, char* string, int radix) value -> Number to be converted string -> Result radix -> Base of value (e.g.: 2 for binary, 10 for decimal, 16 for hex) ---------------------------------------------------------------------------*/ void _uitoa(unsigned int value, char* string, unsigned char radix) { signed char index = 0, i = 0; /* generate the number in reverse order */ do { string[index] = '0' + (value % radix); if (string[index] > '9') string[index] += 'A' - '9' - 1; value /= radix; ++index; } while (value != 0); /* null terminate the string */ string[index--] = '\0'; /* reverse the order of digits */ while (index > i) { char tmp = string[i]; string[i] = string[index]; string[index] = tmp; ++i; --index; } } void _itoa(int value, char* string, unsigned char radix) { if (value < 0 && radix == 10) { *string++ = '-'; value = -value; } _uitoa(value, string, radix); } sdcc-2.9.0/device/lib/_logexpf.c000066400000000000000000000044221116427777700164370ustar00rootroot00000000000000#define SDCC_MATH_LIB #include #ifdef MATH_ASM_MCS51 // This code is shared by both logf() and expf(), so it goes in this // separate file to allow the linker to include it when either // function is needed, but only 1 copy when both are used. void _fs_cordic_rshift_r765_unsigned(void) { __asm add a, #248 jnc 00003$ mov b, r5 mov r5, ar6 mov r6, ar7 mov r7, #0 add a, #248 jnc 00003$ mov b, r5 mov r5, ar6 mov r6, #0 add a, #248 jnc 00003$ mov b, r5 mov r5, #0 add a, #248 jnc 00003$ mov b, #0 ret 00003$: add a, #8 jz 00030$ push ar0 mov r0, a 00010$: clr c mov a, r7 rrc a mov r7, a mov a, r6 rrc a mov r6, a mov a, r5 rrc a mov r5, a mov a, b rrc a mov b, a djnz r0, 00010$ pop ar0 00030$: __endasm; } __code unsigned char _fs_natural_log_table[] = { 0xFF, 0x42, 0x2E, 0x16, // 0.693147180560 0xF6, 0x91, 0xF9, 0x0C, // 0.405465108108 0xF2, 0xFD, 0x23, 0x07, // 0.223143551314 0xEE, 0xE0, 0xC4, 0x03, // 0.117783035656 0x0C, 0xA3, 0xF0, 0x01, // 0.060624621816 0xD8, 0x14, 0xFC, 0x00, // 0.030771658667 0xA3, 0x02, 0x7F, 0x00, // 0.015504186536 0x55, 0xC0, 0x3F, 0x00, // 0.007782140442 0x0B, 0xF0, 0x1F, 0x00, // 0.003898640416 0x01, 0xFC, 0x0F, 0x00, // 0.001951220131 0x00, 0xFF, 0x07, 0x00, // 0.000976085973 0xC0, 0xFF, 0x03, 0x00, // 0.000488162080 0xF0, 0xFF, 0x01, 0x00, // 0.000244110828 0xFC, 0xFF, 0x00, 0x00, // 0.000122062863 0xFF, 0x7F, 0x00, 0x00, // 0.000061033294 0x00, 0x40, 0x00, 0x00, // 0.000030517112 0x00, 0x20, 0x00, 0x00, // 0.000015258673 0x00, 0x10, 0x00, 0x00, // 0.000007629365 0x00, 0x08, 0x00, 0x00, // 0.000003814690 0x00, 0x04, 0x00, 0x00, // 0.000001907347 0x00, 0x02, 0x00, 0x00, // 0.000000953674 0x00, 0x01, 0x00, 0x00, // 0.000000476837 0x80, 0x00, 0x00, 0x00, // 0.000000238419 0x40, 0x00, 0x00, 0x00, // 0.000000119209 0x20, 0x00, 0x00, 0x00, // 0.000000059605 0x10, 0x00, 0x00, 0x00, // 0.000000029802 0x08, 0x00, 0x00, 0x00, // 0.000000014901 0x04, 0x00, 0x00, 0x00, // 0.000000007451 0x02, 0x00, 0x00, 0x00, // 0.000000003725 0x01, 0x00, 0x00, 0x00 // 0.000000001863 }; #endif sdcc-2.9.0/device/lib/_ltoa.c000066400000000000000000000031131116427777700157260ustar00rootroot00000000000000/*------------------------------------------------------------------------- integer to string conversion Written by: Bela Torok, 1999 bela.torok@kssg.ch usage: _ultoa(unsigned long value, char* string, int radix) _ltoa(long value, char* string, int radix) value -> Number to be converted string -> Result radix -> Base of value (e.g.: 2 for binary, 10 for decimal, 16 for hex) ---------------------------------------------------------------------------*/ /* "11110000111100001111000011110000" base 2 */ /* "37777777777" base 8 */ /* "4294967295" base 10 */ #define NUMBER_OF_DIGITS 32 /* eventually adapt if base 2 not needed */ #if NUMBER_OF_DIGITS < 32 # warning _ltoa() and _ultoa() are not save for radix 2 #endif #if defined (SDCC_mcs51) && defined (SDCC_MODEL_SMALL) && !defined (SDCC_STACK_AUTO) # define MEMSPACE_BUFFER __idata /* eventually __pdata or __xdata */ # pragma nogcse #else # define MEMSPACE_BUFFER #endif void _ultoa(unsigned long value, char* string, unsigned char radix) { char MEMSPACE_BUFFER buffer[NUMBER_OF_DIGITS]; /* no space for '\0' */ unsigned char index = NUMBER_OF_DIGITS; do { unsigned char c = '0' + (value % radix); if (c > '9') c += 'A' - '9' - 1; buffer[--index] = c; value /= radix; } while (value); do { *string++ = buffer[index]; } while ( ++index != NUMBER_OF_DIGITS ); *string = 0; /* string terminator */ } void _ltoa(long value, char* string, unsigned char radix) { if (value < 0 && radix == 10) { *string++ = '-'; value = -value; } _ultoa(value, string, radix); } sdcc-2.9.0/device/lib/_malloc.c000066400000000000000000000177221116427777700162510ustar00rootroot00000000000000/*------------------------------------------------------------------------- malloc.c - allocate memory. Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #include #include #if defined(SDCC_STACK_AUTO) || defined(SDCC_z80) || defined(SDCC_gbz80) #define CRITICAL __critical #else #define CRITICAL #endif #if _SDCC_MALLOC_TYPE_MLH typedef struct _MEMHEADER MEMHEADER; struct _MEMHEADER { MEMHEADER * next; MEMHEADER * prev; unsigned int len; unsigned char mem; }; #define HEADER_SIZE (sizeof(MEMHEADER)-sizeof(char)) /* These variables are defined through the crt0 functions. */ /* Base of this variable is the first byte of the heap. */ extern MEMHEADER _sdcc_heap_start; /* Address of this variable is the last byte of the heap. */ extern char _sdcc_heap_end; void _sdcc_heap_init(void) { MEMHEADER *pbase = &_sdcc_heap_start; unsigned int size = &_sdcc_heap_end - (char *)pbase; pbase->next = (MEMHEADER *)((char *)pbase + size - HEADER_SIZE); pbase->next->next = NULL; //And mark it as last pbase->prev = NULL; //and mark first as first pbase->len = 0; //Empty and ready. } void * malloc (unsigned int size) { register MEMHEADER * current_header; register MEMHEADER * new_header; register void * ret; if (size>(0xFFFF-HEADER_SIZE)) { return NULL; //To prevent overflow in next line } size += HEADER_SIZE; //We need a memory for header too current_header = &_sdcc_heap_start; CRITICAL { while (1) { // current // | len next // v v v //....*****.........******.... // ^^^^^^^^^ // spare if ((((unsigned int)current_header->next) - ((unsigned int)current_header) - current_header->len) >= size) { //if spare is more than needed ret = ¤t_header->mem; break; } current_header = current_header->next; //else try next if (!current_header->next) { //if end_of_list reached ret = NULL; break; } } if (ret) { if (!current_header->len) { //This code works only for first_header in the list and only current_header->len = size; //for first allocation } else { //else create new header at the begin of spare new_header = (MEMHEADER * )((char *)current_header + current_header->len); new_header->next = current_header->next; //and plug it into the chain new_header->prev = current_header; current_header->next = new_header; if (new_header->next) { new_header->next->prev = new_header; } new_header->len = size; //mark as used ret = &new_header->mem; } } } return ret; } #else //-------------------------------------------------------------------- //Written by Dmitry S. Obukhov, 1997 //dso@usa.net //-------------------------------------------------------------------- //Modified for SDCC by Sandeep Dutta, 1999 //sandeep.dutta@usa.net //-------------------------------------------------------------------- //malloc and free functions implementation for embedded system //Non-ANSI keywords are C51 specific. // __xdata - variable in external memory (just RAM) //-------------------------------------------------------------------- #define MEMHEADER struct MAH// Memory Allocation Header MEMHEADER { MEMHEADER __xdata * next; unsigned int len; unsigned char mem[]; }; #define HEADER_SIZE sizeof(MEMHEADER) MEMHEADER __xdata * _sdcc_first_memheader = NULL; extern __xdata char _sdcc_heap[]; extern const unsigned int _sdcc_heap_size; static void init_dynamic_memory(void) { char __xdata * heap = (char __xdata *)_sdcc_heap; unsigned int size = _sdcc_heap_size; if ( !heap ) //Reserved memory starts at 0x0000 but that's NULL... { //So, we lost one byte! heap++; size--; } _sdcc_first_memheader = (MEMHEADER __xdata * ) heap; //Reserve a mem for last header _sdcc_first_memheader->next = (MEMHEADER __xdata * )(heap + size - sizeof(MEMHEADER __xdata *)); _sdcc_first_memheader->next->next = (MEMHEADER __xdata * ) NULL; //And mark it as last _sdcc_first_memheader->len = 0; //Empty and ready. } void __xdata * malloc (unsigned int size) { register MEMHEADER __xdata * current_header; register MEMHEADER __xdata * new_header; register void __xdata * ret; if (size>(0xFFFF-HEADER_SIZE)) return (void __xdata *) NULL; //To prevent overflow in next line size += HEADER_SIZE; //We need a memory for header too if (!_sdcc_first_memheader) init_dynamic_memory(); current_header = _sdcc_first_memheader; CRITICAL { while (1) { // current // | len next // v v v //....*****.........******.... // ^^^^^^^^^ // spare if ((((unsigned int)current_header->next) - ((unsigned int)current_header) - current_header->len) >= size) { //if spare is more than needed ret = current_header->mem; break; } current_header = current_header->next; //else try next if (!current_header->next) { //if end_of_list reached ret = (void __xdata *) NULL; break; } } if (ret) { if (!current_header->len) { //This code works only for first_header in the list and only current_header->len = size; //for first allocation } else { //else create new header at the begin of spare new_header = (MEMHEADER __xdata * )((char __xdata *)current_header + current_header->len); new_header->next = current_header->next; //and plug it into the chain current_header->next = new_header; new_header->len = size; //mark as used ret = new_header->mem; } } } return ret; } //END OF MODULE #endif sdcc-2.9.0/device/lib/_memcmp.c000066400000000000000000000027261116427777700162560ustar00rootroot00000000000000/*------------------------------------------------------------------------- _memcmp.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" int memcmp ( void * buf1, void * buf2, size_t count ) { if (!count) return(0); while ( --count && *((char *)buf1) == *((char *)buf2) ) { buf1 = (char *)buf1 + 1; buf2 = (char *)buf2 + 1; } return( *((unsigned char *)buf1) - *((unsigned char *)buf2) ); } sdcc-2.9.0/device/lib/_memcpy.c000066400000000000000000000037461116427777700162750ustar00rootroot00000000000000/*------------------------------------------------------------------------- _memcpy.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" #include #if !_SDCC_PORT_PROVIDES_MEMCPY #undef memcpy /* Avoid conflict with builtin memcpy() in Z80 port */ void * memcpy ( void * dst, void * src, size_t acount ) { #if _SDCC_Z80_STYLE_LIB_OPT #pragma noinduction char * d = dst; char * s = src; /* PENDING: Divide first to get around sign problems */ int count = -(acount >> 2); while (count) { *d++ = *s++; *d++ = *s++; *d++ = *s++; *d++ = *s++; count++; } if (acount & 2) { *d++ = *s++; *d++ = *s++; } if (acount & 1) { *d++ = *s++; } return dst; #else void * ret = dst; char * d = dst; char * s = src; /* * copy from lower addresses to higher addresses */ while (acount--) { *d++ = *s++; } return(ret); #endif } #endif sdcc-2.9.0/device/lib/_memmove.c000066400000000000000000000056151116427777700164450ustar00rootroot00000000000000/*------------------------------------------------------------------------- _memmove.c - part of string library functions Adapted By - Erik Petrich . epetrich@users.sourceforge.net from _memcpy.c which was originally Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" #include #ifndef _SDCC_PORT_PROVIDES_MEMMOVE #define _SDCC_PORT_PROVIDES_MEMMOVE 0 #endif #if !_SDCC_PORT_PROVIDES_MEMMOVE void * memmove ( void * dst, void * src, size_t acount ) { #if _SDCC_Z80_STYLE_LIB_OPT #pragma noinduction char * d; char * s; /* PENDING: Divide first to get around sign problems */ int count = -(acount >> 2); if (((int)src < (int)dst) && ((((int)src)+acount) > (int)dst)) { /* * copy from higher addresses to lower addresses */ d = ((char *)dst)+acount-1; s = ((char *)src)+acount-1; while (count) { *d-- = *s--; *d-- = *s--; *d-- = *s--; *d-- = *s--; count++; } if (acount & 2) { *d-- = *s--; *d-- = *s--; } if (acount & 1) { *d-- = *s--; } } else { /* * copy from lower addresses to higher addresses */ d = dst; s = src; while (count) { *d++ = *s++; *d++ = *s++; *d++ = *s++; *d++ = *s++; count++; } if (acount & 2) { *d++ = *s++; *d++ = *s++; } if (acount & 1) { *d++ = *s++; } } return dst; #else void * ret = dst; char * d; char * s; if (((int)src < (int)dst) && ((((int)src)+acount) > (int)dst)) { /* * copy from higher addresses to lower addresses */ d = ((char *)dst)+acount-1; s = ((char *)src)+acount-1; while (acount--) { *d-- = *s--; } } else { /* * copy from lower addresses to higher addresses */ d = dst; s = src; while (acount--) { *d++ = *s++; } } return(ret); #endif } #endif sdcc-2.9.0/device/lib/_memset.c000066400000000000000000000121541116427777700162660ustar00rootroot00000000000000/*------------------------------------------------------------------------- _memset.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) mcs51 assembler by Frieder Ferlemann (2007) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" #if defined (_SDCC_NO_ASM_LIB_FUNCS) || !defined (SDCC_mcs51) || \ (!defined (SDCC_MODEL_SMALL) && !defined (SDCC_MODEL_LARGE)) || \ (defined (SDCC_STACK_AUTO) || defined (SDCC_PARMS_IN_BANK1) ) void * memset ( void * buf, unsigned char ch , size_t count) { register unsigned char * ret = buf; while (count--) { *(unsigned char *) ret = ch; ret = ((unsigned char *) ret) + 1; } return buf ; } #else /* assembler implementation for mcs51 */ static void dummy(void) __naked { __asm /* assigning function parameters to registers. SDCC_PARMS_IN_BANK1 or SDCC_STACK_AUTO not yet implemented. */ #if defined (SDCC_MODEL_SMALL) #if defined(SDCC_NOOVERLAY) .area DSEG (DATA) #else .area OSEG (OVR,DATA) #endif _memset_PARM_2:: .ds 1 _memset_PARM_3:: .ds 2 .area CSEG (CODE) _memset:: ; Assign buf (b holds memspace, no need to touch) mov r4,dpl mov r5,dph ; ; Assign count mov r6,_memset_PARM_3 mov r7,(_memset_PARM_3 + 1) ; ; if (!count) return buf; ; check for count != 0 intermangled with gymnastic ; preparing djnz instructions cjne r6,#0x00,COUNT_LSB_NOT_ZERO mov a,r7 jz MEMSET_END dec r7 COUNT_LSB_NOT_ZERO: inc r7 ; ; This was 8 byte overhead for preparing ; the count argument for an integer loop with two ; djnz instructions - it might make sense to ; let SDCC automatically generate this when ; it encounters a loop like: ; for(i=0;i #if _SDCC_MANGLES_SUPPORT_FUNS unsigned unsigned _moduint (unsigned a, unsigned b); #endif /* Assembler-functions are provided for: mcs51 small mcs51 small stack-auto */ #if !defined(SDCC_USE_XSTACK) && !defined(_SDCC_NO_ASM_LIB_FUNCS) # if defined(SDCC_mcs51) # if defined(SDCC_MODEL_SMALL) # if defined(SDCC_STACK_AUTO) && !defined(SDCC_PARMS_IN_BANK1) # define _MODSINT_ASM_SMALL_AUTO # else # define _MODSINT_ASM_SMALL # endif # endif # endif #endif #if defined _MODSINT_ASM_SMALL static void _modsint_dummy (void) __naked { __asm #define a0 dpl #define a1 dph .globl __modsint #if defined(SDCC_PARMS_IN_BANK1) #define b0 (b1_0) #define b1 (b1_1) #else // _modsint_PARM_2 shares the same memory with _moduint_PARM_2 // and is defined in _moduint.c #define b0 (__modsint_PARM_2) #define b1 (__modsint_PARM_2 + 1) #endif __modsint: ; a1 in dph ; b1 in (__modsint_PARM_2 + 1) clr F0 ; Flag 0 in PSW ; available to user for general purpose mov a,a1 jnb acc.7,a_not_negative setb F0 clr a clr c subb a,a0 mov a0,a clr a subb a,a1 mov a1,a a_not_negative: mov a,b1 jnb acc.7,b_not_negative clr a clr c subb a,b0 mov b0,a clr a subb a,b1 mov b1,a b_not_negative: lcall __moduint jnb F0,not_negative clr a clr c subb a,a0 mov a0,a clr a subb a,a1 mov a1,a not_negative: ret __endasm; } #elif defined _MODSINT_ASM_SMALL_AUTO static void _modsint_dummy (void) __naked { __asm #define a0 dpl #define a1 dph ar0 = 0 ; BUG register set is not considered ar1 = 1 .globl __modsint __modsint: clr F0 ; Flag 0 in PSW ; available to user for general purpose mov a,a1 jnb acc.7,a_not_negative setb F0 clr a clr c subb a,a0 mov a0,a clr a subb a,a1 mov a1,a a_not_negative: mov a,sp add a,#-2 ; 2 bytes return address mov r0,a ; r0 points to b1 mov a,@r0 ; b1 jnb acc.7,b_not_negative dec r0 clr a clr c subb a,@r0 ; b0 mov @r0,a clr a inc r0 subb a,@r0 ; b1 mov @r0,a b_not_negative: mov ar1,@r0 ; b1 dec r0 mov ar0,@r0 ; b0 lcall __modint jnb F0,not_negative clr a clr c subb a,a0 mov a0,a clr a subb a,a1 mov a1,a not_negative: ret __endasm; } #else // _MODSINT_ASM_ int _modsint (int a, int b) { register int r; r = _moduint((a < 0 ? -a : a), (b < 0 ? -b : b)); if (a < 0) return -r; else return r; } #endif // _MODSINT_ASM_ sdcc-2.9.0/device/lib/_modslong.c000066400000000000000000000107761116427777700166260ustar00rootroot00000000000000/*------------------------------------------------------------------------- _modslong.c - routine for modulus of 32 bit signed long Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #if _SDCC_MANGLES_SUPPORT_FUNS unsigned long _modulong (unsigned long a, unsigned long b); #endif /* Assembler-functions are provided for: mcs51 small mcs51 small stack-auto */ #if !defined(SDCC_USE_XSTACK) && !defined(_SDCC_NO_ASM_LIB_FUNCS) # if defined(SDCC_mcs51) # if defined(SDCC_MODEL_SMALL) # if defined(SDCC_STACK_AUTO) && !defined(SDCC_PARMS_IN_BANK1) # define _MODSLONG_ASM_SMALL_AUTO # else # define _MODSLONG_ASM_SMALL # endif # endif # endif #endif #if defined _MODSLONG_ASM_SMALL static void _modslong_dummy (void) __naked { __asm #define a0 dpl #define a1 dph #define a2 b #define a3 r1 .globl __modslong #if defined(SDCC_PARMS_IN_BANK1) #define b0 (b1_0) #define b1 (b1_1) #define b2 (b1_2) #define b3 (b1_3) #else // _modslong_PARM_2 shares the same memory with _modulong_PARM_2 // and is defined in _modulong.c #define b0 (__modslong_PARM_2) #define b1 (__modslong_PARM_2 + 1) #define b2 (__modslong_PARM_2 + 2) #define b3 (__modslong_PARM_2 + 3) #endif __modslong: ; a3 in acc ; b3 in (__modslong_PARM_2 + 3) mov a3,a ; save a3 clr F0 ; Flag 0 in PSW ; available to user for general purpose jnb acc.7,a_not_negative setb F0 clr a ; a = -a; clr c subb a,a0 mov a0,a clr a subb a,a1 mov a1,a clr a subb a,a2 mov a2,a clr a subb a,a3 mov a3,a a_not_negative: mov a,b3 jnb acc.7,b_not_negative clr a ; b = -b; clr c subb a,b0 mov b0,a clr a subb a,b1 mov b1,a clr a subb a,b2 mov b2,a clr a subb a,b3 mov b3,a b_not_negative: mov a,a3 ; restore a3 in acc lcall __modulong jnb F0,not_negative ; result in (a == r1), b, dph, dpl clr a clr c subb a,a0 mov a0,a clr a subb a,a1 mov a1,a clr a subb a,a2 mov a2,a clr a subb a,a3 ; result in a, b, dph, dpl not_negative: ret __endasm; } #elif defined _MODSLONG_ASM_SMALL_AUTO static void _modslong_dummy (void) __naked { __asm #define a0 dpl #define a1 dph #define a2 b #define a3 r1 #define b0 r2 #define b1 r3 #define b2 r4 #define b3 r5 ar2 = 2 ; BUG register set is not considered ar3 = 3 ar4 = 4 ar5 = 5 .globl __modslong __modslong: ; a3 in acc mov a3,a ; save a3 clr F0 ; F0 (Flag 0) ; available to user for general purpose jnb acc.7,a_not_negative setb F0 clr a ; a = -a; clr c subb a,a0 mov a0,a clr a subb a,a1 mov a1,a clr a subb a,a2 mov a2,a clr a subb a,a3 mov a3,a a_not_negative: mov a,sp add a,#-2-3 ; 2 bytes return address, 3 bytes param b mov r0,a ; r1 points to b0 mov ar2,@r0 ; load b0 inc r0 ; r0 points to b1 mov ar3,@r0 ; b1 inc r0 mov ar4,@r0 ; b2 inc r0 mov a,@r0 ; b3 mov b3,a jnb acc.7,b_not_negative clr a ; b = -b; clr c subb a,b0 mov b0,a clr a subb a,b1 mov b1,a clr a subb a,b2 mov b2,a clr a subb a,b3 mov b3,a b_not_negative: lcall __modlong jnb F0,not_negative ; result in (a == r1), b, dph, dpl clr a clr c subb a,a0 mov a0,a clr a subb a,a1 mov a1,a clr a subb a,a2 mov a2,a clr a subb a,a3 ; result in a, b, dph, dpl not_negative: ret __endasm; } #else // _MODSLONG_ASM long _modslong (long a, long b) { long r; r = _modulong((a < 0 ? -a : a), (b < 0 ? -b : b)); if (a < 0) return -r; else return r; } #endif // _MODSLONG_ASM sdcc-2.9.0/device/lib/_moduint.c000066400000000000000000000072771116427777700164650ustar00rootroot00000000000000/*------------------------------------------------------------------------- _moduint.c :- routine for unsigned int (16 bit) modulus Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) Bug fixes by Martijn van Balen, aed@iae.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Assembler-functions are provided for: mcs51 small mcs51 small stack-auto */ #if !defined(SDCC_USE_XSTACK) && !defined(_SDCC_NO_ASM_LIB_FUNCS) # if defined(SDCC_mcs51) # if defined(SDCC_MODEL_SMALL) # if defined(SDCC_STACK_AUTO) # define _MODUINT_ASM_SMALL_AUTO # else # define _MODUINT_ASM_SMALL # endif # endif # endif #endif #if defined _MODUINT_ASM_SMALL || defined _MODUINT_ASM_SMALL_AUTO static void _moduint_dummy (void) __naked { __asm .globl __moduint __moduint: #define count r2 #define al dpl #define ah dph #if defined(SDCC_STACK_AUTO) && !defined(SDCC_PARMS_IN_BANK1) ar0 = 0 ; BUG register set is not considered ar1 = 1 .globl __modint mov a,sp add a,#-2 ; 2 bytes return address mov r0,a ; r0 points to bh mov ar1,@r0 ; load bh dec r0 mov ar0,@r0 ; load bl #define bl r0 #define bh r1 __modint: ; entry point for __modsint #else // SDCC_STACK_AUTO #if !defined(SDCC_PARMS_IN_BANK1) #if defined(SDCC_NOOVERLAY) .area DSEG (DATA) #else .area OSEG (OVR,DATA) #endif .globl __moduint_PARM_2 .globl __modsint_PARM_2 __moduint_PARM_2: __modsint_PARM_2: .ds 2 .area CSEG (CODE) #define bl (__moduint_PARM_2) #define bh (__moduint_PARM_2 + 1) #else #define bl (b1_0) #define bh (b1_1) #endif #endif // SDCC_STACK_AUTO mov a,bl ; avoid endless loop orl a,bh jz div_by_0 mov count,#1 loop1: mov a,bl ; b <<= 1 add a,acc mov bl,a mov a,bh rlc a jc msbset mov bh,a mov a,al ; a - b subb a,bl ; here carry is always clear mov a,ah subb a,bh jc start inc count sjmp loop1 start: clr c mov a,bh ; b >>= 1; msbset: rrc a mov bh,a mov a,bl rrc a mov bl,a loop2: clr c mov a,al ; a - b subb a,bl mov b,a mov a,ah subb a,bh jc smaller ; a >= b? mov ah,a ; -> yes; a = a - b; mov al,b smaller: ; -> no clr c mov a,bh ; b >>= 1; rrc a mov bh,a mov a,bl rrc a mov bl,a djnz count,loop2 div_by_0: ret __endasm; } #else // defined _MODUINT_ASM_SMALL || defined _MODUINT_ASM_SMALL_AUTO #define MSB_SET(x) ((x >> (8*sizeof(x)-1)) & 1) unsigned int _moduint (unsigned int a, unsigned int b) { unsigned char count = 0; while (!MSB_SET(b)) { b <<= 1; if (b > a) { b >>=1; break; } count++; } do { if (a >= b) a -= b; b >>= 1; } while (count--); return a; } #endif // defined _MODUINT_ASM_SMALL || defined _MODUINT_ASM_SMALL_AUTO sdcc-2.9.0/device/lib/_modulong.c000066400000000000000000000133151116427777700166200ustar00rootroot00000000000000/*------------------------------------------------------------------------- _modulong.c - routine for modulus of 32 bit unsigned long Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) Bug fixes by Martijn van Balen, aed@iae.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Assembler-functions are provided for: mcs51 small mcs51 small stack-auto */ #if !defined(SDCC_USE_XSTACK) && !defined(_SDCC_NO_ASM_LIB_FUNCS) # if defined(SDCC_mcs51) # if defined(SDCC_MODEL_SMALL) # if defined(SDCC_STACK_AUTO) && !defined (SDCC_PARMS_IN_BANK1) # define _MODULONG_ASM_SMALL_AUTO # else # define _MODULONG_ASM_SMALL # endif # endif # endif #endif #if defined _MODULONG_ASM_SMALL static void _modlong_dummy (void) __naked { __asm .globl __modulong #define a0 dpl #define a1 dph #define a2 b #define a3 r1 #define count r0 __modulong: #if defined(SDCC_PARMS_IN_BANK1) #define b0 (b1_0) #define b1 (b1_1) #define b2 (b1_2) #define b3 (b1_3) #else #if defined(SDCC_NOOVERLAY) .area DSEG (DATA) #else .area OSEG (OVR,DATA) #endif .globl __modulong_PARM_2 .globl __modslong_PARM_2 __modulong_PARM_2: __modslong_PARM_2: .ds 4 .area CSEG (CODE) #define b0 (__modulong_PARM_2) #define b1 (__modulong_PARM_2 + 1) #define b2 (__modulong_PARM_2 + 2) #define b3 (__modulong_PARM_2 + 3) #endif ; parameter a comes in a, b, dph, dpl mov a3,a ; save parameter a3 mov a,b0 ; b == 0? avoid endless loop orl a,b1 orl a,b2 orl a,b3 jz div_by_0 mov count,#0 clr c ; when loop1 jumps immediately to loop2 loop1: inc count mov a,b3 ; if (!MSB_SET(b)) jb acc.7,loop2 mov a,b0 ; b <<= 1 add a,acc mov b0,a mov a,b1 rlc a mov b1,a mov a,b2 rlc a mov b2,a mov a,b3 rlc a mov b3,a mov a,a0 ; a - b subb a,b0 ; here carry is always clear mov a,a1 subb a,b1 mov a,a2 subb a,b2 mov a,a3 subb a,b3 jnc loop1 clr c mov a,b3 ; b >>= 1; rrc a mov b3,a mov a,b2 rrc a mov b2,a mov a,b1 rrc a mov b1,a mov a,b0 rrc a mov b0,a loop2: ; clr c never set mov a,a0 ; a - b subb a,b0 mov r4,a mov a,a1 subb a,b1 mov r5,a mov a,a2 subb a,b2 mov r6,a mov a,a3 subb a,b3 jc smaller ; a >= b? mov a3,a ; -> yes; a = a - b; mov a2,r6 mov a1,r5 mov a0,r4 smaller: ; -> no clr c mov a,b3 ; b >>= 1; rrc a mov b3,a mov a,b2 rrc a mov b2,a mov a,b1 rrc a mov b1,a mov a,b0 rrc a mov b0,a djnz count,loop2 mov a,a3 ; prepare the return value div_by_0: ret __endasm; } #elif defined _MODULONG_ASM_SMALL_AUTO static void _modlong_dummy (void) __naked { __asm .globl __modulong __modulong: #define count r0 #define a0 dpl #define a1 dph #define a2 b #define a3 r1 #define b0 r2 #define b1 r3 #define b2 r4 #define b3 r5 ar2 = 2 ; BUG register set is not considered ar3 = 3 ar4 = 4 ar5 = 5 .globl __modlong ; entry point for __modslong ; parameter a comes in a, b, dph, dpl mov a3,a ; save parameter a3 mov a,sp add a,#-2-3 ; 2 bytes return address, 3 bytes param b mov r0,a ; r1 points to b0 mov ar2,@r0 ; load b0 inc r0 ; r0 points to b1 mov ar3,@r0 ; b1 inc r0 mov ar4,@r0 ; b2 inc r0 mov ar5,@r0 ; b3 __modlong: ; entry point for __modslong ; a in r1, b, dph, dpl ; b in r5, r4, r3, r2 mov count,#0 mov a,b0 ; b == 0? avoid endless loop orl a,b1 orl a,b2 orl a,b3 jz div_by_0 mov count,#0 clr c ; when loop1 jumps immediately to loop2 loop1: inc count mov a,b3 ; if (!MSB_SET(b)) jb acc.7,loop2 mov a,b0 ; b <<= 1 add a,acc mov b0,a mov a,b1 rlc a mov b1,a mov a,b2 rlc a mov b2,a mov a,b3 rlc a mov b3,a mov a,a0 ; a - b subb a,b0 ; here carry is always clear mov a,a1 subb a,b1 mov a,a2 subb a,b2 mov a,a3 subb a,b3 jnc loop1 clr c mov a,b3 ; b >>= 1; rrc a mov b3,a mov a,b2 rrc a mov b2,a mov a,b1 rrc a mov b1,a mov a,b0 rrc a mov b0,a loop2: ; clr c never set mov a,a0 ; a - b subb a,b0 mov a,a1 subb a,b1 mov r6,a ; d1 mov a,a2 subb a,b2 mov r7,a ; d2 mov a,a3 subb a,b3 jc smaller ; a >= b? mov a3,a ; -> yes; a = a - b; mov a2,r7 mov a1,r6 mov a,a0 subb a,b0 mov a0,a smaller: ; -> no clr c mov a,b3 ; b >>= 1; rrc a mov b3,a mov a,b2 rrc a mov b2,a mov a,b1 rrc a mov b1,a mov a,b0 rrc a mov b0,a djnz count,loop2 mov a,a3 ; prepare the return value div_by_0: ret __endasm; } #else // _MODULONG_ASM #define MSB_SET(x) ((x >> (8*sizeof(x)-1)) & 1) unsigned long _modulong (unsigned long a, unsigned long b) { unsigned char count = 0; while (!MSB_SET(b)) { b <<= 1; if (b > a) { b >>=1; break; } count++; } do { if (a >= b) a -= b; b >>= 1; } while (count--); return a; } #endif // _MODULONG_ASM sdcc-2.9.0/device/lib/_mulint.c000066400000000000000000000115631116427777700163070ustar00rootroot00000000000000/*------------------------------------------------------------------------- _mulint.c :- routine for (unsigned) int (16 bit) multiplication Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Signed and unsigned multiplication are the same - as long as the output has the same precision as the input. Assembler-functions are provided for: ds390 mcs51 small mcs51 small stack-auto mcs51 large */ #if !defined(SDCC_USE_XSTACK) && !defined(_SDCC_NO_ASM_LIB_FUNCS) # if defined(SDCC_ds390) # if !defined(SDCC_STACK_AUTO) # define _MULINT_ASM_LARGE # endif # elif defined(SDCC_mcs51) # if defined(SDCC_MODEL_SMALL) # if defined(SDCC_STACK_AUTO) && !defined(SDCC_PARMS_IN_BANK1) # define _MULINT_ASM_SMALL_AUTO # else # define _MULINT_ASM_SMALL # endif # else // must be SDCC_MODEL_LARGE # if !defined(SDCC_STACK_AUTO) # define _MULINT_ASM_LARGE # endif # endif # endif #endif #if defined(_MULINT_ASM_LARGE) #pragma save #pragma less_pedantic int _mulint (int a, int b) { a*b; // hush the compiler /* mulint= (int)(lsb_a*lsb_b) + (char)(msb_a*lsb_b)<<8 + (char)(lsb_a*msb_b)<<8 */ __asm mov r2,dph ; msb_a mov r3,dpl ; lsb_a mov b,r3 ; lsb_a #if defined(SDCC_PARMS_IN_BANK1) mov a,b1_0 #else mov dptr,#__mulint_PARM_2 movx a,@dptr ; lsb_b #endif mul ab ; lsb_a*lsb_b mov r0,a mov r1,b mov b,r2 ; msb_a #if defined(SDCC_PARMS_IN_BANK1) mov a,b1_0 #else movx a,@dptr ; lsb_b #endif mul ab ; msb_a*lsb_b add a,r1 mov r1,a mov b,r3 ; lsb_a #if defined(SDCC_PARMS_IN_BANK1) mov a,b1_1 #else inc dptr movx a,@dptr ; msb_b #endif mul ab ; lsb_a*msb_b add a,r1 mov dph,a mov dpl,r0 ret __endasm; } #pragma restore #elif defined(_MULINT_ASM_SMALL) || defined(_MULINT_ASM_SMALL_AUTO) #pragma save #pragma less_pedantic int _mulint_dummy (void) __naked { __asm __mulint: .globl __mulint #if !defined(SDCC_STACK_AUTO) || defined(SDCC_PARMS_IN_BANK1) #if defined(SDCC_NOOVERLAY) .area DSEG (DATA) #else .area OSEG (OVR,DATA) #endif #if defined(SDCC_PARMS_IN_BANK1) #define bl (b1_0) #define bh (b1_1) #else #define bl (__mulint_PARM_2) #define bh (__mulint_PARM_2 + 1) __mulint_PARM_2: .globl __mulint_PARM_2 .ds 2 #endif .area CSEG (CODE) ; globbered registers none mov a,dpl ; 1 al mov b,bl ; 2 bl mul ab ; 4 al * bl xch a,dpl ; 1 store low-byte of return value, fetch al push b ; 2 mov b,bh ; 2 bh mul ab ; 4 al * bh pop b ; 2 add a,b ; 1 xch a,dph ; 1 ah -> acc mov b,bl ; 2 bl mul ab ; 4 ah * bl add a,dph ; 1 mov dph,a ; 1 ret ; 2 ; 30 #else // SDCC_STACK_AUTO ; globbered registers r0 mov a,#-2 ; 1 return address 2 bytes add a,sp ; 1 mov r0,a ; 1 r0 points to bh mov a,@r0 ; 1 bh mov b,dpl ; 2 al mul ab ; 4 al * bh push acc ; 2 mov b,dpl ; 2 al dec r0 ; 1 mov a,@r0 ; 1 bl mul ab ; 4 al * bl mov dpl,a ; 1 low-byte of return-value pop acc ; 2 add a,b ; 1 xch a,dph ; 1 ah -> acc mov b,@r0 ; 2 bl mul ab ; 4 ah * bl add a,dph ; 1 mov dph,a ; 1 ret #endif // SDCC_STACK_AUTO __endasm; } #pragma restore #else union uu { struct { unsigned char lo,hi ;} s; unsigned int t; } ; int _mulint (int a, int b) { #if !defined(SDCC_STACK_AUTO) && (defined(SDCC_MODEL_LARGE) || defined(SDCC_ds390)) // still needed for large union uu __xdata *x; union uu __xdata *y; union uu t; x = (union uu __xdata *)&a; y = (union uu __xdata *)&b; #else register union uu *x; register union uu *y; union uu t; x = (union uu *)&a; y = (union uu *)&b; #endif t.t = x->s.lo * y->s.lo; t.s.hi += (x->s.lo * y->s.hi) + (x->s.hi * y->s.lo); return t.t; } #endif #undef _MULINT_ASM sdcc-2.9.0/device/lib/_mullong.c000066400000000000000000000306441116427777700164550ustar00rootroot00000000000000/*------------------------------------------------------------------------- _mullong.c - routine for multiplication of 32 bit (unsigned) long Written By - Jean Louis VERN jlvern@writeme.com (1999) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Signed and unsigned multiplication are the same - as long as the output has the same precision as the input. Assembler-functions are provided for: mcs51 small mcs51 small stack-auto */ #if !defined(SDCC_USE_XSTACK) && !defined(_SDCC_NO_ASM_LIB_FUNCS) # if defined(SDCC_mcs51) # if defined(SDCC_MODEL_SMALL) # if defined(SDCC_STACK_AUTO) && !defined(SDCC_PARMS_IN_BANK1) # define _MULLONG_ASM_SMALL_AUTO # else # define _MULLONG_ASM_SMALL # endif # elif defined(SDCC_MODEL_LARGE) # if !defined(SDCC_STACK_AUTO) # define _MULLONG_ASM_LARGE # endif # endif # endif #endif #if defined(_MULLONG_ASM_SMALL) || defined(_MULLONG_ASM_SMALL_AUTO) void _mullong_dummy (void) __naked { __asm __mullong: .globl __mullong ; the result c will be stored in r4...r7 #define c0 r4 #define c1 r5 #define c2 r6 #define c3 r7 #define a0 dpl #define a1 dph #define a2 r2 #define a3 r3 ; c0 a0 * b0 ; c1 a1 * b0 + a0 * b1 ; c2 a2 * b0 + a1 * b1 + a0 * b2 ; c3 a3 * b0 + a2 * b1 + a1 * b2 + a0 * b3 #if !defined(SDCC_STACK_AUTO) || defined(SDCC_PARMS_IN_BANK1) #if defined(SDCC_PARMS_IN_BANK1) #define b0 (b1_0) #define b1 (b1_1) #define b2 (b1_2) #define b3 (b1_3) #else #if defined(SDCC_NOOVERLAY) .area DSEG (DATA) #else .area OSEG (OVR,DATA) #endif __mullong_PARM_2: .globl __mullong_PARM_2 .ds 4 b0 = __mullong_PARM_2 b1 = (__mullong_PARM_2+1) b2 = (__mullong_PARM_2+2) b3 = (__mullong_PARM_2+3) #endif .area CSEG (CODE) ; parameter a comes in a, b, dph, dpl mov r2,b ; save parameter a mov r3,a ; Byte 0 mov a,a0 mov b,b0 mul ab ; a0 * b0 mov c0,a mov c1,b ; Byte 1 mov a,a1 mov b,b0 mul ab ; a1 * b0 add a,c1 mov c1,a clr a addc a,b mov c2,a mov a,a0 mov b,b1 mul ab ; a0 * b1 add a,c1 mov c1,a mov a,b addc a,c2 mov c2,a clr a rlc a mov c3,a ; Byte 2 mov a,a2 mov b,b0 mul ab ; a2 * b0 add a,c2 mov c2,a mov a,b addc a,c3 mov c3,a mov a,a1 mov b,b1 mul ab ; a1 * b1 add a,c2 mov c2,a mov a,b addc a,c3 mov c3,a mov a,a0 mov b,b2 mul ab ; a0 * b2 add a,c2 mov c2,a mov a,b addc a,c3 mov c3,a ; Byte 3 mov a,a3 mov b,b0 mul ab ; a3 * b0 add a,c3 mov c3,a mov a,a2 mov b,b1 mul ab ; a2 * b1 add a,c3 mov c3,a mov a,a1 mov b,b2 mul ab ; a1 * b2 add a,c3 mov c3,a mov a,a0 mov b,b3 mul ab ; a0 * b3 add a,c3 mov b,c2 mov dph,c1 mov dpl,c0 ret #else // SDCC_STACK_AUTO ; parameter a comes in a, b, dph, dpl mov r2,b ; save parameter a mov r3,a #define a0 dpl #define a1 dph #define a2 r2 #define a3 r3 #define b0 r1 mov a,#-2-3 ; 1 return address 2 bytes, b 4 bytes add a,sp ; 1 mov r0,a ; 1 r0 points to b0 ; Byte 0 mov a,a0 mov b,@r0 ; b0 mov b0,b ; we need b0 several times inc r0 ; r0 points to b1 mul ab ; a0 * b0 mov c0,a mov c1,b ; Byte 1 mov a,a1 mov b,b0 mul ab ; a1 * b0 add a,c1 mov c1,a clr a addc a,b mov c2,a mov a,a0 mov b,@r0 ; b1 mul ab ; a0 * b1 add a,c1 mov c1,a mov a,b addc a,c2 mov c2,a clr a rlc a mov c3,a ; Byte 2 mov a,a2 mov b,b0 mul ab ; a2 * b0 add a,c2 mov c2,a mov a,b addc a,c3 mov c3,a mov a,a1 mov b,@r0 ; b1 mul ab ; a1 * b1 add a,c2 mov c2,a mov a,b addc a,c3 mov c3,a mov a,a0 inc r0 mov b,@r0 ; b2 mul ab ; a0 * b2 add a,c2 mov c2,a mov a,b addc a,c3 mov c3,a ; Byte 3 mov a,a3 mov b,b0 mul ab ; a3 * b0 add a,c3 mov c3,a mov a,a1 mov b,@r0 ; b2 mul ab ; a1 * b2 add a,c3 mov c3,a mov a,a2 dec r0 mov b,@r0 ; b1 mul ab ; a2 * b1 add a,c3 mov c3,a mov a,a0 inc r0 inc r0 mov b,@r0 ; b3 mul ab ; a0 * b3 add a,c3 mov b,c2 mov dph,c1 mov dpl,c0 ret #endif // SDCC_STACK_AUTO __endasm; } #elif defined(_MULLONG_ASM_LARGE) void _mullong_dummy (void) __naked { __asm __mullong: .globl __mullong ; the result c will be stored in r4...r7 #define c0 r4 #define c1 r5 #define c2 r6 #define c3 r7 ; c0 a0 * b0 ; c1 a1 * b0 + a0 * b1 ; c2 a2 * b0 + a1 * b1 + a0 * b2 ; c3 a3 * b0 + a2 * b1 + a1 * b2 + a0 * b3 #if !defined(SDCC_PARMS_IN_BANK1) .area XSEG (XDATA) __mullong_PARM_2: .globl __mullong_PARM_2 .ds 4 #endif .area CSEG (CODE) ; parameter a comes in a, b, dph, dpl mov r0,dpl ; save parameter a mov r1,dph mov r2,b mov r3,a #define a0 r0 #define a1 r1 #define a2 r2 #define a3 r3 ; Byte 0 mov b,a0 #if defined(SDCC_PARMS_IN_BANK1) mov a,b1_0 ; b0 #else mov dptr,#__mullong_PARM_2 movx a,@dptr ; b0 #endif mul ab ; a0 * b0 mov c0,a mov c1,b ; Byte 1 mov b,a1 #if defined(SDCC_PARMS_IN_BANK1) mov a,b1_0 ; b0 #else movx a,@dptr ; b0 #endif mul ab ; a1 * b0 add a,c1 mov c1,a clr a addc a,b mov c2,a mov b,a0 #if defined(SDCC_PARMS_IN_BANK1) mov a,b1_1 ; b1 #else inc dptr ; b1 movx a,@dptr #endif mul ab ; a0 * b1 add a,c1 mov c1,a mov a,b addc a,c2 mov c2,a clr a rlc a mov c3,a ; Byte 2 mov b,a1 #if defined(SDCC_PARMS_IN_BANK1) mov a,b1_1 ; b1 #else movx a,@dptr ; b1 #endif mul ab ; a1 * b1 add a,c2 mov c2,a mov a,b addc a,c3 mov c3,a mov b,a0 #if defined(SDCC_PARMS_IN_BANK1) mov a,b1_2 ; b2 #else inc dptr ; b2 movx a,@dptr #endif mul ab ; a0 * b2 add a,c2 mov c2,a mov a,b addc a,c3 mov c3,a mov b,a2 #if defined(SDCC_PARMS_IN_BANK1) mov a,b1_0 ; b0 #else mov dptr,#__mullong_PARM_2 movx a,@dptr ; b0 #endif mul ab ; a2 * b0 add a,c2 mov c2,a mov a,b addc a,c3 mov c3,a ; Byte 3 mov b,a3 #if defined(SDCC_PARMS_IN_BANK1) mov a,b1_0 ; b0 #else movx a,@dptr ; b0 #endif mul ab ; a3 * b0 add a,c3 mov c3,a mov b,a2 #if defined(SDCC_PARMS_IN_BANK1) mov a,b1_1 ; b1 #else inc dptr ; b1 movx a,@dptr #endif mul ab ; a2 * b1 add a,c3 mov c3,a mov b,a1 #if defined(SDCC_PARMS_IN_BANK1) mov a,b1_2 ; b2 #else inc dptr ; b2 movx a,@dptr #endif mul ab ; a1 * b2 add a,c3 mov c3,a mov b,a0 #if defined(SDCC_PARMS_IN_BANK1) mov a,b1_3 ; b3 #else inc dptr ; b3 movx a,@dptr #endif mul ab ; a0 * b3 add a,c3 mov b,c2 mov dph,c1 mov dpl,c0 ret __endasm; } #elif defined(SDCC_USE_XSTACK) && defined(SDCC_STACK_AUTO) void _mullong_dummy (void) __naked { __asm __mullong: .globl __mullong ; the result c will be stored in r4...r7 #define c0 r4 #define c1 r5 #define c2 r6 #define c3 r7 #define a0 dpl #define a1 dph #define a2 r2 #define a3 r3 #define b0 r1 ; c0 a0 * b0 ; c1 a1 * b0 + a0 * b1 ; c2 a2 * b0 + a1 * b1 + a0 * b2 ; c3 a3 * b0 + a2 * b1 + a1 * b2 + a0 * b3 ; parameter a comes in a, b, dph, dpl mov r2,b ; save parameter a mov r3,a mov a,#-4 ; 1 b 4 bytes add a,_spx ; 1 mov r0,a ; 1 r0 points to b0 ; Byte 0 movx a,@r0 ; b0 mov b0,a ; we need b0 several times inc r0 ; r0 points to b1 mov b,a0 mul ab ; a0 * b0 mov c0,a mov c1,b ; Byte 1 mov a,a1 mov b,b0 mul ab ; a1 * b0 add a,c1 mov c1,a clr a addc a,b mov c2,a mov b,a0 movx a,@r0 ; b1 mul ab ; a0 * b1 add a,c1 mov c1,a mov a,b addc a,c2 mov c2,a clr a rlc a mov c3,a ; Byte 2 mov a,a2 mov b,b0 mul ab ; a2 * b0 add a,c2 mov c2,a mov a,b addc a,c3 mov c3,a mov b,a1 movx a,@r0 ; b1 mul ab ; a1 * b1 add a,c2 mov c2,a mov a,b addc a,c3 mov c3,a mov b,a0 inc r0 movx a,@r0 ; b2 mul ab ; a0 * b2 add a,c2 mov c2,a mov a,b addc a,c3 mov c3,a ; Byte 3 mov a,a3 mov b,b0 mul ab ; a3 * b0 add a,c3 mov c3,a mov b,a1 movx a,@r0 ; b2 mul ab ; a1 * b2 add a,c3 mov c3,a mov b,a2 dec r0 movx a,@r0 ; b1 mul ab ; a2 * b1 add a,c3 mov c3,a mov b,a0 inc r0 inc r0 movx a,@r0 ; b3 mul ab ; a0 * b3 add a,c3 mov b,c2 mov dph,c1 mov dpl,c0 ret __endasm; } #else // _MULLONG_ASM struct some_struct { short a ; char b; long c ;}; #if defined(SDCC_hc08) /* big endian order */ union bil { struct {unsigned char b3,b2,b1,b0 ;} b; struct {unsigned short hi,lo ;} i; unsigned long l; struct { unsigned char b3; unsigned short i12; unsigned char b0;} bi; } ; #else /* little endian order */ union bil { struct {unsigned char b0,b1,b2,b3 ;} b; struct {unsigned short lo,hi ;} i; unsigned long l; struct { unsigned char b0; unsigned short i12; unsigned char b3;} bi; } ; #endif #if defined(SDCC_USE_XSTACK) || defined(SDCC_MODEL_MEDIUM) # define bcast(x) ((union bil __pdata *)&(x)) #elif (defined(SDCC_MODEL_LARGE) || defined (SDCC_ds390) || defined (SDCC_ds400)) && !defined(SDCC_STACK_AUTO) # define bcast(x) ((union bil __xdata *)&(x)) #elif defined(__z80) || defined(__gbz80) # define bcast(x) ((union bil *)&(x)) #else # define bcast(x) ((union bil __near *)&(x)) #endif /* 3 2 1 0 X 3 2 1 0 ---------------------------- 0.3 0.2 0.1 0.0 1.3 1.2 1.1 1.0 2.3 2.2 2.1 2.0 3.3 3.2 3.1 3.0 ---------------------------- |3.3|1.3|0.2|0.0| A |2.3|0.3|0.1| B |3.2|1.2|1.0| C |2.2|1.1| D |3.1|2.0| E |2.1| F |3.0| G |-------> only this side 32 x 32 -> 32 */ #if defined(SDCC_USE_XSTACK) // currently the original code without u fails with --xstack // it runs out of pointer registers long _mullong (long a, long b) { union bil t, u; t.i.hi = bcast(a)->b.b0 * bcast(b)->b.b2; // A t.i.lo = bcast(a)->b.b0 * bcast(b)->b.b0; // A u.bi.b3 = bcast(a)->b.b0 * bcast(b)->b.b3; // B u.bi.i12 = bcast(a)->b.b0 * bcast(b)->b.b1; // B u.bi.b0 = 0; // B t.l += u.l; t.b.b3 += bcast(a)->b.b3 * bcast(b)->b.b0; // G t.b.b3 += bcast(a)->b.b2 * bcast(b)->b.b1; // F t.i.hi += bcast(a)->b.b2 * bcast(b)->b.b0; // E t.i.hi += bcast(a)->b.b1 * bcast(b)->b.b1; // D u.bi.b3 = bcast(a)->b.b1 * bcast(b)->b.b2; // C u.bi.i12 = bcast(a)->b.b1 * bcast(b)->b.b0; // C u.bi.b0 = 0; // C t.l += u.l; return t.l; } #else long _mullong (long a, long b) { union bil t; t.i.hi = bcast(a)->b.b0 * bcast(b)->b.b2; // A t.i.lo = bcast(a)->b.b0 * bcast(b)->b.b0; // A t.b.b3 += bcast(a)->b.b3 * bcast(b)->b.b0; // G t.b.b3 += bcast(a)->b.b2 * bcast(b)->b.b1; // F t.i.hi += bcast(a)->b.b2 * bcast(b)->b.b0; // E <- b lost in .lst // bcast(a)->i.hi is free ! t.i.hi += bcast(a)->b.b1 * bcast(b)->b.b1; // D <- b lost in .lst bcast(a)->bi.b3 = bcast(a)->b.b1 * bcast(b)->b.b2; // C bcast(a)->bi.i12 = bcast(a)->b.b1 * bcast(b)->b.b0; // C bcast(b)->bi.b3 = bcast(a)->b.b0 * bcast(b)->b.b3; // B bcast(b)->bi.i12 = bcast(a)->b.b0 * bcast(b)->b.b1; // B bcast(b)->bi.b0 = 0; // B bcast(a)->bi.b0 = 0; // C t.l += a; return t.l + b; } #endif #endif // _MULLONG_ASM sdcc-2.9.0/device/lib/_realloc.c000066400000000000000000000072011116427777700164120ustar00rootroot00000000000000/*------------------------------------------------------------------------- realloc.c - reallocate allocated memory. Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #include #include #include #if defined(SDCC_STACK_AUTO) || defined(SDCC_z80) || defined(SDCC_gbz80) #define CRITICAL __critical #else #define CRITICAL #endif //-------------------------------------------------------------------- //realloc function implementation for embedded system //Non-ANSI keywords are C51 specific. // __xdata - variable in external memory (just RAM) //-------------------------------------------------------------------- #if _SDCC_MALLOC_TYPE_MLH #define __xdata typedef struct _MEMHEADER MEMHEADER; struct _MEMHEADER { MEMHEADER * next; MEMHEADER * prev; unsigned int len; unsigned char mem; }; #define HEADER_SIZE (sizeof(MEMHEADER)-sizeof(char)) #define MEM(x) (&x->mem) #else #define MEMHEADER struct MAH// Memory Allocation Header MEMHEADER { MEMHEADER __xdata * next; unsigned int len; unsigned char mem[]; }; #define HEADER_SIZE sizeof(MEMHEADER) #define MEM(x) (x->mem) #endif extern MEMHEADER __xdata * _sdcc_prev_memheader; // apart from finding the header // this function also finds it's predecessor extern MEMHEADER __xdata * _sdcc_find_memheader(void __xdata * p); void __xdata * realloc (void * p, size_t size) { register MEMHEADER __xdata * pthis; register MEMHEADER __xdata * pnew; register void __xdata * ret; CRITICAL { pthis = _sdcc_find_memheader(p); if (pthis) { if (size > (0xFFFF-HEADER_SIZE)) { ret = (void __xdata *) NULL; //To prevent overflow in next line } else { size += HEADER_SIZE; //We need a memory for header too if ((((unsigned int)pthis->next) - ((unsigned int)pthis)) >= size) {//if spare is more than needed pthis->len = size; ret = p; } else { if ((_sdcc_prev_memheader) && ((((unsigned int)pthis->next) - ((unsigned int)_sdcc_prev_memheader) - _sdcc_prev_memheader->len) >= size)) { pnew = (MEMHEADER __xdata * )((char __xdata *)_sdcc_prev_memheader + _sdcc_prev_memheader->len); _sdcc_prev_memheader->next = pnew; #if _SDCC_MALLOC_TYPE_MLH pthis->next->prev = pnew; #endif memmove(pnew, pthis, pthis->len); pnew->len = size; ret = MEM(pnew); } else { ret = malloc(size - HEADER_SIZE); if (ret) { memcpy(ret, MEM(pthis), pthis->len - HEADER_SIZE); free(p); } } } } } else { ret = malloc(size); } } return ret; } //END OF MODULE sdcc-2.9.0/device/lib/_schar2fs.c000066400000000000000000000023131116427777700165030ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // float __schar2fs (char c) static void dummy(void) __naked { __asm .globl ___schar2fs ___schar2fs: mov r4, dpl clr a mov r3, a mov r2, a mov r1, a mov a, #134 ljmp slong2fs_doit __endasm; } #else /* convert signed char to float */ float __schar2fs (signed char sc) { return __slong2fs(sc); } #endif sdcc-2.9.0/device/lib/_ser.c000066400000000000000000000060301116427777700155610ustar00rootroot00000000000000/*KA****************************************************************** * PROJECT: PL-One/8052 ********************************************************************** * FILE: ser.c ********************************************************************** * CHANGES: * date author description * -------------------------------------------------------------------- * 04/26/99 we final * 04/27/99 we comments ********************************************************************** * DESCRIPTION: * This file contains a simple interrupt driven serial driver with * buffer (no check for overflow!!!). ********************************************************************** * FUNCTIONS DECLARED: * ser_init Initialization; must be called first * ser_putc output one char on the serial line * ser_getc return a char if one has been received, else 0 * ser_printString print a 0-terminated string * ser_charAvail return 1 if a char arrived on serial line ********************************************************************** * NOTE: * Remember to enable all interrupts (EA=1) outside of this module!! ********************************************************************** * COMPILE TIME OPTIONS: - * DEBUG OPTIONS: - ******************************************************************KE*/ /* $Id: _ser.c 4735 2007-04-08 13:05:45Z MaartenBrock $ */ #include <8052.h> #include "ser.h" #define NON_BLOCKING unsigned char __xdata ser_txIndexIn; unsigned char __xdata ser_txIndexOut; unsigned char __xdata ser_rxIndexIn; unsigned char __xdata ser_rxIndexOut; unsigned char __xdata ser_txBuffer[0x100]; unsigned char __xdata ser_rxBuffer[0x100]; static __bit ser_txBusy; void ser_init(void) { ES = 0; ser_txBusy = 0; ser_txIndexIn = 0; ser_txIndexOut = 0; ser_rxIndexIn = 0; ser_rxIndexOut = 0; T2CON = 0x30; /* Baudrate = 19200, oscillator frq. of my processor is 21.4772 MHz */ RCAP2H = 0xFF; RCAP2L = 0xDD; /* enable counter */ T2CON = 0x34; SCON = 0x50; if (TI) { TI = 0; } if (RI) { RI = 0; } ES=1; } void ser_interrupt_handler(void) __interrupt 4 __using 1 { ES=0; if (RI) { RI = 0; ser_rxBuffer[ser_rxIndexIn++] = SBUF; } if (TI) { TI = 0; if (ser_txIndexIn == ser_txIndexOut) { ser_txBusy = 0; } else { SBUF = ser_txBuffer[ser_txIndexOut++]; } } ES=1; } void ser_putc(unsigned char c) { ES=0; if (ser_txBusy) { ser_txBuffer[ser_txIndexIn++] = c; } else { ser_txBusy = 1; SBUF = c; } ES=1; } unsigned char ser_getc(void) { char tmp; #ifdef NON_BLOCKING if (ser_rxIndexIn != ser_rxIndexOut) { tmp = ser_rxBuffer[ser_rxIndexOut++]; } else { tmp = 0; } #endif return(tmp); } void ser_printString(char *String) { while (*String) { ser_putc(*String++); } } char ser_charAvail(void) { char ret = 0; if (ser_rxIndexIn != ser_rxIndexOut) { ret = 1; } return(ret); } /*********************End of File************************************/ sdcc-2.9.0/device/lib/_setjmp.c000066400000000000000000000206561116427777700163040ustar00rootroot00000000000000/*------------------------------------------------------------------------- setjmp.c - source file for ANSI routines setjmp & longjmp Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include <8051.h> #include #if defined(SDCC_USE_XSTACK) static void dummy (void) __naked { __asm ;------------------------------------------------------------ ;Allocation info for local variables in function 'setjmp' ;------------------------------------------------------------ ;buf Allocated to registers dptr b ;------------------------------------------------------------ ;../../device/lib/_setjmp.c:180:int setjmp (jmp_buf buf) ; ----------------------------------------- ; function setjmp ; ----------------------------------------- .globl _setjmp _setjmp: ar2 = 0x02 ar3 = 0x03 ar4 = 0x04 ar5 = 0x05 ar6 = 0x06 ar7 = 0x07 ar0 = 0x00 ar1 = 0x01 ;../../device/lib/_setjmp.c:183:*buf++ = bpx; ; genPointerSet ; genGenPointerSet mov a,_bpx lcall __gptrput inc dptr ;../../device/lib/_setjmp.c:184:*buf++ = spx; ; genPointerSet ; genGenPointerSet mov a,_spx lcall __gptrput inc dptr ;../../device/lib/_setjmp.c:185:*buf++ = bp; ; genPointerSet ; genGenPointerSet mov a,_bp lcall __gptrput inc dptr ;../../device/lib/_setjmp.c:186:*buf++ = SP; ; genPointerSet ; genGenPointerSet mov a,sp lcall __gptrput inc dptr ;../../device/lib/_setjmp.c:187:*buf++ = *((unsigned char __data *) SP ); ; genCast ; genPointerGet ; genNearPointerGet ; genPointerSet ; genGenPointerSet mov r0,sp mov a,@r0 lcall __gptrput inc dptr ;../../device/lib/_setjmp.c:188:*buf = *((unsigned char __data *)SP - 1); ; genCast ; genMinus ; genMinusDec ; peephole 177.g optimized mov sequence dec r0 ; genPointerGet ; genNearPointerGet mov a,@r0 ; genPointerSet ; genGenPointerSet lcall __gptrput ;../../device/lib/_setjmp.c:189:return 0; ; genRet mov dptr,#0x0000 ret ;------------------------------------------------------------ ;Allocation info for local variables in function 'longjmp' ;------------------------------------------------------------ ;rv Allocated to stack - offset -2 ;buf Allocated to registers dptr b ;lsp Allocated to registers r5 ;------------------------------------------------------------ ;../../device/lib/_setjmp.c:192:int longjmp (jmp_buf buf, int rv) ; ----------------------------------------- ; function longjmp ; ----------------------------------------- .globl _longjmp _longjmp: ; genReceive mov r0,_spx dec r0 movx a,@r0 mov r2,a dec r0 movx a,@r0 mov r3,a ;../../device/lib/_setjmp.c:193:bpx = *buf++; ; genPointerGet ; genGenPointerGet lcall __gptrget mov _bpx,a inc dptr ;../../device/lib/_setjmp.c:194:spx = *buf++; ; genPointerGet ; genGenPointerGet lcall __gptrget mov _spx,a inc dptr ;../../device/lib/_setjmp.c:195:bp = *buf++; ; genPointerGet ; genGenPointerGet lcall __gptrget mov _bp,a inc dptr ;../../device/lib/_setjmp.c:196:lsp = *buf++; ; genPointerGet ; genGenPointerGet lcall __gptrget inc dptr ; genAssign mov r5,a ;../../device/lib/_setjmp.c:197:*((unsigned char __data *) lsp) = *buf++; ; genCast mov r0,a ; genPointerGet ; genGenPointerGet lcall __gptrget inc dptr ; genPointerSet ; genNearPointerSet mov @r0,a ;../../device/lib/_setjmp.c:198:*((unsigned char __data *) lsp - 1) = *buf; ; genMinus ; genMinusDec dec r0 ; genPointerGet ; genGenPointerGet lcall __gptrget ; genPointerSet ; genNearPointerSet mov @r0,a ;../../device/lib/_setjmp.c:199:SP = lsp; ; genAssign mov sp,r5 ;../../device/lib/_setjmp.c:200:return rv; ; genAssign mov dph,r2 mov dpl,r3 ; genRet ret __endasm; } #elif defined(SDCC_STACK_AUTO) static void dummy (void) __naked { __asm ;------------------------------------------------------------ ;Allocation info for local variables in function 'setjmp' ;------------------------------------------------------------ ;buf Allocated to registers dptr b ;------------------------------------------------------------ ;../../device/lib/_setjmp.c:122:int setjmp (unsigned char *buf) ; ----------------------------------------- ; function setjmp ; ----------------------------------------- .globl _setjmp _setjmp: ar2 = 0x02 ar3 = 0x03 ar4 = 0x04 ar5 = 0x05 ar6 = 0x06 ar7 = 0x07 ar0 = 0x00 ar1 = 0x01 ; genReceive ;../../device/lib/_setjmp.c:125:*buf = BP; ; genPointerSet ; genGenPointerSet mov a,_bp lcall __gptrput inc dptr ;../../device/lib/_setjmp.c:126:*buf = SP; ; genPointerSet ; genGenPointerSet mov a,sp lcall __gptrput inc dptr ;../../device/lib/_setjmp.c:127:*buf++ = *((unsigned char __data *) SP ); ; genCast mov r0,sp ; genPointerGet ; genNearPointerGet mov a,@r0 ; genPointerSet ; genGenPointerSet lcall __gptrput inc dptr ;../../device/lib/_setjmp.c:128:*buf++ = *((unsigned char __data *)SP - 1); ; genCast ; genMinus ; genMinusDec dec r0 ; genPointerGet ; genNearPointerGet mov a,@r0 ; genPointerSet ; genGenPointerSet lcall __gptrput ;../../device/lib/_setjmp.c:129:return 0; ; genRet mov dptr,#0x0000 ret ;------------------------------------------------------------ ;Allocation info for local variables in function 'longjmp' ;------------------------------------------------------------ ;rv Allocated to stack - offset -3 ;buf Allocated to registers dptr b ;lsp Allocated to registers r5 ;------------------------------------------------------------ ;../../device/lib/_setjmp.c:28:int longjmp (jmp_buf buf, int rv) ; ----------------------------------------- ; function longjmp ; ----------------------------------------- .globl _longjmp _longjmp: ar2 = 0x02 ar3 = 0x03 ar4 = 0x04 ar5 = 0x05 ar6 = 0x06 ar7 = 0x07 ar0 = 0x00 ar1 = 0x01 ; genReceive mov r0,sp dec r0 dec r0 mov ar2,@r0 dec r0 mov ar3,@r0 ;../../device/lib/_setjmp.c:30:bp = *buf++; ; genPointerGet ; genGenPointerGet lcall __gptrget inc dptr ; genAssign mov _bp,a ;../../device/lib/_setjmp.c:31:lsp = *buf++; ; genPointerGet ; genGenPointerGet lcall __gptrget inc dptr ; genAssign mov r5,a ;../../device/lib/_setjmp.c:32:*((unsigned char __data *) lsp) = *buf++; ; genCast mov r0,a ; genPointerGet ; genGenPointerGet lcall __gptrget inc dptr ; genPointerSet ; genNearPointerSet mov @r0,a ;../../device/lib/_setjmp.c:33:*((unsigned char __data *) lsp - 1) = *buf; ; genCast ; genMinus ; genMinusDec dec r0 ; genPointerGet ; genGenPointerGet lcall __gptrget ; genPointerSet ; genNearPointerSet mov @r0,a ;../../device/lib/_setjmp.c:34:SP = lsp; ; genAssign mov sp,r5 ;../../device/lib/_setjmp.c:35:return rv; ; genRet mov dph,r2 mov dpl,r3 ret __endasm; } #else //extern unsigned char __data bp; int setjmp (jmp_buf buf) { /* registers would have been saved on the stack anyway so we need to save SP and the return address */ // *buf++ = bp; *buf++ = SP; *buf++ = *((unsigned char __data *) SP ); *buf = *((unsigned char __data *)SP - 1); return 0; } int longjmp (jmp_buf buf, int rv) { unsigned char lsp; // bp = *buf++; lsp = *buf++; *((unsigned char __data *) lsp) = *buf++; *((unsigned char __data *) lsp - 1) = *buf; SP = lsp; return rv; } #endif sdcc-2.9.0/device/lib/_sint2fs.c000066400000000000000000000023101116427777700163550ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // float long __sint2fs (float x) static void dummy(void) __naked { __asm .globl ___sint2fs ___sint2fs: mov r4, dph mov r3, dpl mov r2, #0 mov r1, #0 mov a, #142 ljmp slong2fs_doit __endasm; } #else /* convert signed int to float */ float __sint2fs (signed int si) { return __slong2fs(si); } #endif sdcc-2.9.0/device/lib/_slong2fs.c000066400000000000000000000031001116427777700165200ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 //float __slong2fs (long x) static void dummy(void) __naked { __asm .globl ___slong2fs ___slong2fs: mov r4, a mov r3, b mov r2, dph mov r1, dpl mov a, #158 .globl slong2fs_doit slong2fs_doit: mov exp_a, a clr sign_a mov a, r4 jnb acc.7, slong2fs_positive setb sign_a mov a, r1 cpl a add a, #1 mov r1, a mov a, r2 cpl a addc a, #0 mov r2, a mov a, r3 cpl a addc a, #0 mov r3, a mov a, r4 cpl a addc a, #0 mov r4, a slong2fs_positive: lcall fs_normalize_a ljmp fs_round_and_return __endasm; } #else /* convert signed long to float */ float __slong2fs (signed long sl) { if (sl<0) return -__ulong2fs(-sl); else return __ulong2fs(sl); } #endif sdcc-2.9.0/device/lib/_spx.c000066400000000000000000000023731116427777700156100ustar00rootroot00000000000000/*------------------------------------------------------------------------- _spx.c :- just declares bp as a variable Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ __data unsigned char spx ; __data unsigned char _page_no__; sdcc-2.9.0/device/lib/_startup.c000066400000000000000000000030611116427777700164730ustar00rootroot00000000000000/*------------------------------------------------------------------------- _startup.c - startup routine for sdcc Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* External startup code can be written in C here .. Special usage if this routine returns a non-zero value then global & static variable initialisation will be skipped */ #if !defined(SDCC_ds390) && !defined(SDCC_ds400) unsigned char _sdcc_external_startup () { return 0; } #else /* Disable "ISO C forbids an empty source file" wraning message */ #pragma disable_warning 190 #endif sdcc-2.9.0/device/lib/_strcat.c000066400000000000000000000027571116427777700163040ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strncat.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" char * strcat ( char * dst, char * src ) { char * cp = dst; while( *cp ) cp++; /* find end of dst */ while( *cp++ = *src++ ) ; /* Copy src to end of dst */ return( dst ); /* return dst */ } sdcc-2.9.0/device/lib/_strchr.c000066400000000000000000000025221116427777700162770ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strchr.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" char * strchr ( char * string, char ch ) { while (*string && *string != ch) string++; if (*string == ch) return(string); return ( NULL ); } sdcc-2.9.0/device/lib/_strcmp.c000066400000000000000000000031761116427777700163100ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strcmp.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" #include #if !_SDCC_PORT_PROVIDES_STRCMP int strcmp ( char * asrc, char * adst ) { #if _SDCC_Z80_STYLE_LIB_OPT #pragma noinduction char ret = 0 ; char * src = asrc; char * dst = adst; while( ! (*src - *dst) && *dst) ++src, ++dst; return *src - *dst; #else register int ret = 0 ; while( ! (ret = *(unsigned char *)asrc - *(unsigned char *)adst) && *adst) ++asrc, ++adst; return( ret ); #endif } #endif sdcc-2.9.0/device/lib/_strcpy.c000066400000000000000000000027761116427777700163310ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strcpy.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" #include #if !_SDCC_PORT_PROVIDES_STRCPY char * strcpy ( char * d, char * s) { #if _SDCC_Z80_STYLE_LIB_OPT register char * to = d; register char * from = s; while (*to++ = *from++) ; return d; #else register char * d1 = d; while (*d1++ = *s++) ; return d; #endif } #endif sdcc-2.9.0/device/lib/_strcspn.c000066400000000000000000000026341116427777700164720ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strcspn.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" int strcspn ( char * string , char * control ) { register int count = 0 ; register char ch ; while (ch = *string) { if (strchr(control,ch)) break; else count++ ; string++ ; } return count ; } sdcc-2.9.0/device/lib/_strlen.c000066400000000000000000000040261116427777700163020ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strlen.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) mcs51 assembler by Frieder Ferlemann (2007) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #if (!defined (SDCC_mcs51)) /* Generic routine first */ int strlen ( char * str ) { register int i = 0 ; while (*str++) i++ ; return i; } #else /* Assembler version for mcs51 */ int strlen ( char * str ) __naked { str; /* hush the compiler */ __asm ; dptr holds pointer ; b holds pointer memspace ; ; char *ptr = str: mov r2,dpl mov r3,dph ; ; while ( *ptr ) ptr++; L00101$: lcall __gptrget jz L00102$ inc dptr sjmp L00101$ ; L00102$: ; return ptr - str; clr c mov a,dpl subb a,r2 mov dpl,a ; mov a,dph subb a,r3 mov dph,a ; ret __endasm; } #endif sdcc-2.9.0/device/lib/_strncat.c000066400000000000000000000026271116427777700164560ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strncat.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" char * strncat ( char * front, char * back, size_t count ) { char *start = front; while (*front++); front--; while (count--) if (!(*front++ = *back++)) return(start); *front = '\0'; return(start); } sdcc-2.9.0/device/lib/_strncmp.c000066400000000000000000000025741116427777700164670ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strncmp.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" int strncmp ( char * first, char * last, size_t count ) { if (!count) return(0); while (--count && *first && *first == *last) { first++; last++; } return( *first - *last ); } sdcc-2.9.0/device/lib/_strncpy.c000066400000000000000000000025571116427777700165040ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strncpy.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" char *strncpy ( char * d, char * s, size_t n ) { register char * d1 = d; while ( n && *s ) { n-- ; *d++ = *s++ ; } while ( n-- ) { *d++ = '\0' ; } return d1; } sdcc-2.9.0/device/lib/_strpbrk.c000066400000000000000000000025621116427777700164650ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strpbrk.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include char * strpbrk ( char * string , char * control ) { register char ch ; while ( ch = *string ) { if (strchr (control, ch )) return string ; } return (NULL); } sdcc-2.9.0/device/lib/_strrchr.c000066400000000000000000000030031116427777700164540ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strrchr.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" char * strrchr ( char * string, char ch ) { char * start = string; while (*string++) /* find end of string */ ; /* search towards front */ while (--string != start && *string != ch) ; if (*string == ch) /* char found ? */ return( (char *)string ); return (NULL) ; } sdcc-2.9.0/device/lib/_strspn.c000066400000000000000000000026361116427777700163310ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strspn.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" int strspn ( char * string, char * control ) { register int count = 0; register char ch ; while (ch = *string) { if ( strchr(control,ch) ) count++ ; else break ; string++ ; } return count ; } sdcc-2.9.0/device/lib/_strstr.c000066400000000000000000000027371116427777700163430ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strstr.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" char * strstr ( char * str1, char * str2 ) { char * cp = str1; char * s1; char * s2; if ( !*str2 ) return str1; while (*cp) { s1 = cp; s2 = str2; while ( *s1 && *s2 && !(*s1-*s2) ) s1++, s2++; if (!*s2) return(cp); cp++; } return (NULL) ; } sdcc-2.9.0/device/lib/_strtok.c000066400000000000000000000032511116427777700163200ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strtok.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "string.h" #if defined(SDCC_MODEL_LARGE) || defined (SDCC_MODEL_FLAT24) #pragma noinduction #pragma noinvariant #endif char * strtok ( char * str, char * control ) { static char * s; register char * s1; if ( str ) s = str ; if ( !s ) return NULL; while (*s) { if (strchr(control,*s)) s++; else break; } s1 = s ; while (*s) { if (strchr(control,*s)) { *s++ = '\0'; return s1 ; } s++ ; } s = NULL; if (*s1) return s1; else return NULL; } sdcc-2.9.0/device/lib/_uchar2fs.c000066400000000000000000000023251116427777700165100ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // float long __uchar2fs (float x) static void dummy(void) __naked { __asm .globl ___uchar2fs ___uchar2fs: clr a mov r4, dpl mov r3, a mov r2, a mov r1, a mov a, #134 ljmp ulong2fs_doit __endasm; } #else /* convert unsigned char to float */ float __uchar2fs (unsigned char uc) { return __ulong2fs(uc); } #endif sdcc-2.9.0/device/lib/_uint2fs.c000066400000000000000000000023201116427777700163600ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // float long __uint2fs (float x) static void dummy(void) __naked { __asm .globl ___uint2fs ___uint2fs: clr a mov r4, dph mov r3, dpl mov r2, a mov r1, a mov a, #142 ljmp ulong2fs_doit __endasm; } #else /* convert unsigned int to float */ float __uint2fs (unsigned int ui) { return __ulong2fs(ui); } #endif sdcc-2.9.0/device/lib/_ulong2fs.c000066400000000000000000000045251116427777700165360ustar00rootroot00000000000000/* Floating point library in optimized assembly for 8051 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 // float long __ulong2fs (float x) static void dummy(void) __naked { __asm .globl ___ulong2fs ___ulong2fs: mov r4, a mov r3, b mov r2, dph mov r1, dpl mov a, #158 .globl ulong2fs_doit ulong2fs_doit: clr sign_a long2fs_doit: mov exp_a, a lcall fs_normalize_a ljmp fs_round_and_return __endasm; } #else /* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ union float_long { float f; long l; }; float __ulong2fs (unsigned long a ) { int exp = 24 + EXCESS; volatile union float_long fl; if (!a) { return 0.0; } while (a & NORM) { // we lose accuracy here a >>= 1; exp++; } while (a < HIDDEN) { a <<= 1; exp--; } #if 1 if ((a&0x7fffff)==0x7fffff) { a=0; exp++; } #endif a &= ~HIDDEN ; /* pack up and go home */ fl.l = PACK(0,(unsigned long)exp, a); return (fl.f); } #endif sdcc-2.9.0/device/lib/abs.c000066400000000000000000000020721116427777700154000ustar00rootroot00000000000000/*------------------------------------------------------------------------- abs.c: computes absolute value of an integer. Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #include int abs(int j) { return (j >= 0) ? j : -j; } //END OF MODULE sdcc-2.9.0/device/lib/acosf.c000066400000000000000000000022021116427777700157210ustar00rootroot00000000000000/* acosf.c: Computes arc cosine of a 32-bit float Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include float asincosf(const float x, const int isacos); float acosf(const float x) _FLOAT_FUNC_REENTRANT { if(x== 1.0) return 0.0; else if(x==-1.0) return PI; else if(x== 0.0) return HALF_PI; return asincosf(x,1); } sdcc-2.9.0/device/lib/asincosf.c000066400000000000000000000042311116427777700164370ustar00rootroot00000000000000/* asincosf.c: Computes asin or acos of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ #include #include #define P1 0.933935835E+0 #define P2 -0.504400557E+0 #define Q0 0.560363004E+1 #define Q1 -0.554846723E+1 #define Q2 0.100000000E+1 #define P(g) (P2*g+P1) #define Q(g) ((Q2*g+Q1)*g+Q0) #ifdef SDCC_mcs51 #define myconst __code #else #define myconst const #endif float asincosf(const float x, const int isacos) { float y, g, r; int i; static myconst float a[2]={ 0.0, QUART_PI }; static myconst float b[2]={ HALF_PI, QUART_PI }; y=fabsf(x); i=isacos; if (y < EPS) r=y; else { if (y > 0.5) { i=1-i; if (y > 1.0) { errno=EDOM; return 0.0; } g=(0.5-y)+0.5; g=ldexpf(g,-1); y=sqrtf(g); y=-(y+y); } else { g=y*y; } r=y+y*((P(g)*g)/Q(g)); } if (isacos) { if (x < 0.0) r=(b[i]+r)+b[i]; else r=(a[i]-r)+a[i]; } else { r=(a[i]+r)+a[i]; if (x<0.0) r=-r; } return r; } sdcc-2.9.0/device/lib/asinf.c000066400000000000000000000021751116427777700157370ustar00rootroot00000000000000/* asinf.c: Computes asin(x) Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include float asincosf(const float x, const int isacos); float asinf(const float x) _FLOAT_FUNC_REENTRANT { if(x== 1.0) return HALF_PI; else if(x==-1.0) return -HALF_PI; else if(x== 0.0) return 0.0; else return asincosf(x,0); } sdcc-2.9.0/device/lib/assert.c000066400000000000000000000003241116427777700161320ustar00rootroot00000000000000#include #include void _assert(char *expr, const char *filename, unsigned int linenumber) { printf("Assert(%s) failed at line %u in file %s.\n", expr, linenumber, filename); while(1); } sdcc-2.9.0/device/lib/atan2f.c000066400000000000000000000024061116427777700160070ustar00rootroot00000000000000/* atan2f.c: Computes atan2(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include #include float atan2f(const float x, const float y) { float r; if ((x==0.0) && (y==0.0)) { errno=EDOM; return 0.0; } if(fabsf(y)>=fabsf(x)) { r=atanf(x/y); if(y<0.0) r+=(x>=0?PI:-PI); } else { r=-atanf(y/x); r+=(x<0.0?-HALF_PI:HALF_PI); } return r; } sdcc-2.9.0/device/lib/atanf.c000066400000000000000000000040731116427777700157270ustar00rootroot00000000000000/* atanf.c: Computes arctan of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ #include #include #define P0 -0.4708325141E+0 #define P1 -0.5090958253E-1 #define Q0 0.1412500740E+1 #define Q1 0.1000000000E+1 #define P(g,f) ((P1*g+P0)*g*f) #define Q(g) (Q1*g+Q0) #define K1 0.2679491924 /* 2-sqrt(3) */ #define K2 0.7320508076 /* sqrt(3)-1 */ #define K3 1.7320508076 /* sqrt(3) */ #ifdef SDCC_mcs51 #define myconst __code #else #define myconst const #endif float atanf(const float x) _FLOAT_FUNC_REENTRANT { float f, r, g; int n=0; static myconst float a[]={ 0.0, 0.5235987756, 1.5707963268, 1.0471975512 }; f=fabsf(x); if(f>1.0) { f=1.0/f; n=2; } if(f>K1) { f=((K2*f-1.0)+f)/(K3+f); // What it is actually wanted is this more accurate formula, // but SDCC optimizes it and then it does not work: // f=(((K2*f-0.5)-0.5)+f)/(K3+f); n++; } if(fabsf(f)1) r=-r; r+=a[n]; if(x<0.0) r=-r; return r; } sdcc-2.9.0/device/lib/bpx.c000066400000000000000000000024341116427777700154260ustar00rootroot00000000000000/*------------------------------------------------------------------------- bpx.c :- just declares bpx as a variable Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #if defined(SDCC_mcs51) __data unsigned char bpx ; #else __data unsigned int bpx ; #endif sdcc-2.9.0/device/lib/ceilf.c000066400000000000000000000020541116427777700157150ustar00rootroot00000000000000/* ceilf.c: Returns the integer larger or equal than x Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include float ceilf(float x) _FLOAT_FUNC_REENTRANT { long r; r=x; if (r<0) return r; else return (r+((r float sincosf(const float x, const int iscos); float cosf(const float x) _FLOAT_FUNC_REENTRANT { if (x==0.0) return 1.0; return sincosf(x, 1); } sdcc-2.9.0/device/lib/coshf.c000066400000000000000000000020431116427777700157330ustar00rootroot00000000000000/* coshf.c: Computes cosh(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include float sincoshf(const float x, const int iscosh); float coshf(const float x) _FLOAT_FUNC_REENTRANT { return sincoshf(x, 1); } sdcc-2.9.0/device/lib/cotf.c000066400000000000000000000024101116427777700155620ustar00rootroot00000000000000/* cotf.c: Computes cot(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include #include float tancotf(const float x, const int iscot); float cotf(const float x) _FLOAT_FUNC_REENTRANT { float y; y=fabsf(x); if (y<1.0E-30) //This one requires more thinking... { errno = ERANGE; if (x<0.0) return -HUGE_VALF; else return +HUGE_VALF; } return tancotf(x, 1); } sdcc-2.9.0/device/lib/ds390/000077500000000000000000000000001116427777700153305ustar00rootroot00000000000000sdcc-2.9.0/device/lib/ds390/Makefile.in000066400000000000000000000024241116427777700173770ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ LIB_TYPE = @LIB_TYPE@ CC = ../../../bin/sdcc PORTDIR = ../build/ds390 #VERBOSE = --verbose OBJECTS = tinibios.rel memcpyx.rel lcd390.rel i2c390.rel rtc390.rel putchar.rel SOURCES = $(patsubst %.rel,%.c,$(OBJECTS)) CPPFLAGS = -I$(srcdir)/../../include CFLAGS = -mds390 $(CPPFLAGS) $(VERBOSE) --std-c99 all: $(OBJECTS) $(PORTDIR)/libds390.lib clean: rm -f *.lst *.rel *.sym *.cdb *.asm \#* *~ *.rst *.hex rm -f *.ihx temp.lnk *.map *.lib distclean: clean rm -f Makefile Makefile.dep $(PORTDIR)/libds390.lib: $(OBJECTS) ifeq ($(LIB_TYPE), SDCCLIB) rm -f $@; \ ../../../bin/sdcclib -a $@ $(OBJECTS) else ifeq ($(LIB_TYPE), AR) ar -Scq $@ $(OBJECTS) else ifeq ($(LIB_TYPE), RANLIB) ar -Scq $@ $(OBJECTS) $(top_builddir)/bin/asranlib $@ else rm -f $@; for libfile in $(basename $(OBJECTS)); do echo $$libfile >>$@; done cp $(OBJECTS) $(PORTDIR) endif %.rel: %.c $(CC) -c $(CFLAGS) $< # Creating dependencies # --------------------- depend: Makefile.dep Makefile.dep: $(SOURCES) rm -f Makefile.dep for i in $^; do \ $(CC) -M $(CPPFLAGS) $$i >$${i}.dep; \ cat $${i}.dep >>Makefile.dep; \ rm $${i}.dep; \ done ifeq "$(findstring $(MAKECMDGOALS),clean distclean)" "" -include Makefile.dep endif sdcc-2.9.0/device/lib/ds390/examples/000077500000000000000000000000001116427777700171465ustar00rootroot00000000000000sdcc-2.9.0/device/lib/ds390/examples/MOVED000066400000000000000000000000611116427777700177400ustar00rootroot00000000000000Moved and unpacked to sdcc/device/examples/ds390 sdcc-2.9.0/device/lib/ds390/i2c390.c000066400000000000000000000162401116427777700164100ustar00rootroot00000000000000/* This implemenation is based on an example I once grabbed from the Philips bbs. Don't know who wrote it, but is has been hacked so heavily, he/she wouldn't recogize it anyway */ //#define DEBUG_I2C ==> DON'T DO THIS, THIS IS A LIBRARY <== #ifdef DEBUG_I2C #include #else #include #endif // we are (ab)using the CAN CTX and CRX for serial data and serial clock #define SCL_HIGH (P5 |= 1) #define SCL_LOW (P5 &= ~1) #define SDA_HIGH (P5 |= 2) #define SDA_LOW (P5 &= ~2) #define SDA_OUT(b) (b ? SDA_HIGH : SDA_LOW) #define SDA_IN ((P5>>1)&1) #define SCL_IN (P5&1) /* * I2C error values */ #define I2CERR_OK 0 /* No error */ #define I2CERR_NAK 1 /* No ACK from slave */ #define I2CERR_LOST 2 /* Arbitration lost */ #define I2CERR_BUS 3 /* Bus is stuck (not used yet) */ #define I2CERR_TIMEOUT 4 /* Timeout on bus */ char i2cTransmitBuffer[I2C_BUFSIZE]; /* Global transfer buffers */ char i2cReceiveBuffer[I2C_BUFSIZE]; static char i2cError = 0; /* Last error */ #define I2CDELAY 1 void I2CDelay(volatile long delay) { while (delay--) ; } void I2CDumpError(char error); /* * Makes sure that the bus is in a known condition. Returns 1 on success, * 0 if some other device is pulling on the bus. */ char I2CReset(void) { SDA_LOW; SCL_LOW; SCL_HIGH; SDA_HIGH; i2cError = 0; return (SCL_IN && SDA_IN); } /* * Generates a start condition on the bus. Returns 0 on success, 1 if some * other device is holding the bus. */ char I2CStart(void) { SDA_HIGH; SCL_HIGH; I2CDelay(I2CDELAY); SDA_LOW; /* Pull SDA down... */ I2CDelay(I2CDELAY); SCL_LOW; /* ...and then SCL -> start condition. */ I2CDelay(I2CDELAY); return 0; } /* * Generates a stop condition on the bus. Returns 0 on success, 1 if some * other device is holding the bus. */ char I2CStop(void) { SDA_LOW; SCL_HIGH; /* Let SCL go up */ I2CDelay(I2CDELAY); SDA_HIGH; /* ...and then SDA up -> stop condition. */ I2CDelay(I2CDELAY); return (SCL_IN && SDA_IN); /* Both will be up, if everything is fine */ } /* * Clock out one bit. * Returns 0 on success, 1 if we lose arbitration. */ char BitOutI2C(unsigned char bout) { SDA_OUT(bout); /* Put data out on SDA */ I2CDelay(I2CDELAY); SCL_HIGH; /* Let SCL go up */ while(!SCL_IN) /* Wait until all other devices are ready */ { // should do a timeout here } if (SDA_IN != bout) /* Arbitration lost, release bus and return */ { SDA_HIGH; /* Should be up anyway, but make sure */ i2cError = I2CERR_LOST; I2CDumpError(i2cError); return 1; } I2CDelay(I2CDELAY); SCL_LOW; /* Pull SCL back down */ I2CDelay(I2CDELAY); return 0; /* OK */ } /* * Clock in one bit. */ char BitInI2C(void) { char bin; // SDA is opencollector, so: SDA_HIGH; SCL_HIGH; /* Let SCL go up */ while(!SCL_IN) /* Wait for other devices */ { // should do a timeout here } bin = SDA_IN; /* Read in data */ I2CDelay(I2CDELAY); SCL_LOW; /* Pull SCL back up */ I2CDelay(I2CDELAY); return bin; /* Return the sampled bit */ } /* * Send one byte on the bus. No start or stop conditions are generated here, * but i2cError will be set according to the result. * Returns 0 on success, 1 if we lose arbitration or if the slave doesn't * acknowledge the byte. Check i2cError for the actual result on error. */ char ByteOutI2C(char dat) { char bit_count; bit_count = 8; while(bit_count) { if (dat & 0x80) { if (BitOutI2C(1)) { I2CDumpError(i2cError); return 1; } } else { if (BitOutI2C(0)) { I2CDumpError(i2cError); return 1; } } dat <<= 1; bit_count--; } if (BitInI2C()) { i2cError = I2CERR_NAK; I2CDumpError(i2cError); return 1; } return 0; } /* * Reads one byte in from the slave. Ack must be 1 if this is the last byte * to be read during this transfer, 0 otherwise (as per I2C bus specification, * the receiving master must acknowledge all but the last byte during a * transfer). */ char I2CByteIn(char ack) { char bit_count, byte_in; bit_count = 8; byte_in = 0; while(bit_count) { byte_in <<= 1; if (BitInI2C()) byte_in |= 0x01; bit_count--; } BitOutI2C(ack); SDA_HIGH; /* Added 18-Jul-95 - thanks to Ray Bellis */ return byte_in; } /* * Send 'count' bytes to slave 'addr'. * Returns 0 on success. Stop condition is sent only when send_stop is true. */ char I2CSendStop(char addr, char count, char send_stop) { char byteptr, byte_out; if (I2CStart()) return 1; i2cError = 0; byte_out = addr & 0xfe; /* Ensure that it's a write address */ count++; /* Include slave address to byte count */ byteptr = 0; while(count) { if (ByteOutI2C(byte_out)) { if (i2cError == I2CERR_NAK && send_stop) I2CStop(); return i2cError; } byte_out = i2cTransmitBuffer[byteptr]; byteptr++; count--; } if (send_stop) I2CStop(); return 0; } /* * Read in 'count' bytes from slave 'addr'. * Returns 0 on success. */ char i2c_recv(char addr, char count) { char byteptr, byte_in; if (I2CStart()) return 1; i2cError = 0; byteptr = 0; byte_in = addr | 0x01; if (ByteOutI2C(byte_in)) { if (i2cError == I2CERR_NAK) I2CStop(); return i2cError; } while(count) { count-=1; if (count) { byte_in = I2CByteIn(0); } else { byte_in = I2CByteIn(1); /* No ACK during last byte */ } i2cReceiveBuffer[byteptr] = byte_in; byteptr++; } I2CStop(); return (i2cError ? 1 : 0); } /* * Write 'tx_count' bytes to slave 'addr', then use a repeated start condition * to read 'rx_count' bytes from the same slave during the same transfer. * Returns 0 on success, 1 otherwise. On error, check i2cError for the actual * error value. */ char I2CSendReceive(char addr, char tx_count, char rx_count) { if (I2CSendStop(addr, tx_count, 0)) { /* If send fails, abort but don't send a stop condition if we lost arbitration */ if (i2cError != I2CERR_LOST) I2CStop(); return 1; } SDA_HIGH; /* One of these may be low now, in which case the next */ SCL_HIGH; /* start condition wouldn't be detected so make */ I2CDelay(I2CDELAY); /* sure that they're up and wait for one delay slot */ if (i2c_recv((char)(addr|0x01), rx_count)) return 1; return (i2cError ? 1 : 0); } /* * Dump an error message. */ void I2CDumpError(char error) { #ifdef DEBUG_I2C switch(error) { case 0: puts("I2C: OK."); break; case I2CERR_NAK: puts("I2C: Slave didn't acknowledge"); break; case I2CERR_LOST: puts("I2C: Lost arbitration with another master"); break; case I2CERR_TIMEOUT: puts("I2C: Timeout on bus"); break; case I2CERR_BUS: puts("I2C: The bus is stuck"); break; default: puts("I2C: Unknown error"); break; } #else error; // hush the compiler #endif } sdcc-2.9.0/device/lib/ds390/lcd390.c000066400000000000000000000076071116427777700165040ustar00rootroot00000000000000/*------------------------------------------------------------------------- lcd.c - lcd routines for the DS80C390 (tested on TINI) Written By - Johan Knol, johan.knol@iduna.nl This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include #include #define LCD_COLLUMNS 20 #define LCD_ROWS 4 /* set the dd ram addresses for the rows this one is for a 20x4 LCD */ static unsigned char lcdLinesStart[LCD_ROWS]={0, 0x40, 0x14, 0x54}; /* Commercial TINI stick connector boards don't support rw control for the lcd-display. My own board does, and it makes it much faster. */ //#define LCD_RW __xdata __at (0x380002) static unsigned char lcdIwr; __xdata __at (0x38000a) static unsigned char lcdDwr; #ifdef LCD_RW __xdata __at (0x380003) static unsigned char lcdIrd; __xdata __at (0x38000b) static unsigned char lcdDrd; #define LcdWait { while (lcdIrd&0x80) ; } #else // ifdef LCD_RW // wait for 100us #define LcdWait { ClockMicroSecondsDelay(100) ; } #endif // ifdef LCD_RW void LcdInit() { ClockMilliSecondsDelay(16); // >15 ms lcdIwr=0x38 ; ClockMilliSecondsDelay(5); // >4.1 ms lcdIwr=0x38; ClockMicroSecondsDelay(101); // >100 us lcdIwr=0x38; ClockMicroSecondsDelay(101); // >100 us lcdIwr=0x38; // interface 8 bit ClockMicroSecondsDelay(41); // >40 us lcdIwr=0x0c; // display on ClockMicroSecondsDelay(41); // >40 us LcdClear(); } void LcdOn() { lcdIwr=0x0c; // display on LcdWait; } void LcdOff() { lcdIwr=0x08; // display off LcdWait; } void LcdCursorOn() { // TODO } void LcdCursorOff() { // TODO } void LcdScrollOn() { // TODO } void LcdScrollOff() { // TODO } void LcdCharDefine() { // TODO } void LcdClear() { lcdIwr=0x01; // display clear ClockMilliSecondsDelay(6); // > 5ms } void LcdHome() { lcdIwr=0x80; // set dd ram address 0 LcdWait; } void LcdGoto(unsigned int collumnRow) { // msb=collumn, lsb=row lcdIwr=0x80 + \ lcdLinesStart[collumnRow&0xff] + (collumnRow>>8); LcdWait; } void LcdPutChar(char c) { lcdDwr=c; LcdWait; } void LcdPutString (char *string) { char c; while (c=*string++) { LcdPutChar (c); } } void LcdLPutString (unsigned int collumnRow, char *string) { LcdGoto(collumnRow); LcdPutString(string); } // let's hope that no one ever printf's more than the display width, // however they will :), so to be sure static char lcdPrintfBuffer[LCD_COLLUMNS*4]; void LcdPrintf (const char *format, ...) __reentrant { va_list arg; va_start (arg, format); vsprintf (lcdPrintfBuffer, format, arg); puts (lcdPrintfBuffer); LcdPutString(lcdPrintfBuffer); va_end (arg); } void LcdLPrintf (unsigned int collumnRow, const char *format, ...) __reentrant { va_list arg; LcdGoto(collumnRow); // we can not just call LcdPrintf since we have no idea what is on the stack, // so we have to do it all over again va_start (arg, format); vsprintf (lcdPrintfBuffer, format, arg); LcdPutString(lcdPrintfBuffer); va_end (arg); } sdcc-2.9.0/device/lib/ds390/memcpyx.c000066400000000000000000000032251116427777700171600ustar00rootroot00000000000000#include void __xdata * memcpyx ( void __xdata * dst, void __xdata * src, int count ) __naked { /* Shut compiler up about unused parameters. */ dst; src; count; /* AUTO_TOGGLE uses the '390 DPTS toggle bit. */ #define AUTO_TOGGLE __asm ; Destination is in DPTR. Save it on stack so we can return it at end. push dpx push dph push dpl mov dps, #0x1 ; Alternate DPTR. ; count is in _memcpyx_PARM_3 mov dptr, #_memcpyx_PARM_3 movx a, @dptr inc dptr mov r2, a movx a, @dptr mov r3, a ; src is in _memcpyx_PARM_2 mov dptr, #_memcpyx_PARM_2 movx a, @dptr inc dptr push acc movx a, @dptr inc dptr push acc movx a, @dptr mov dpx1, a pop dph1 pop dpl1 #ifdef AUTO_TOGGLE mov dps, #0x21 ; Current DPTR is alt DPTR, toggle after each op. #else mov dps, #0x0 ; Current DPTR is normal DPTR, no toggle. #endif ; src is in alt DPTR, dst is in normal DPTR, count is in r2/r3. ; If we have zero bytes to copy, quick out. mov a, r2 orl a, r3 jz _memcpy_done ; increment r3 if r2 != 0 (makes djnz end-of-loop sequence possible). inc r3 cjne r2, #0x0, _memcpyx_loopTop dec r3 _memcpyx_loopTop: #ifdef AUTO_TOGGLE movx a, @dptr movx @dptr, a inc dptr inc dptr #else inc dps movx a, @dptr inc dptr dec dps movx @dptr, a inc dptr #endif djnz r2, _memcpyx_loopTop djnz r3, _memcpyx_loopTop _memcpy_done: #ifdef AUTO_TOGGLE mov dps, #0x0 #endif pop dpl pop dph pop dpx ret __endasm; } sdcc-2.9.0/device/lib/ds390/putchar.c000066400000000000000000000024231116427777700171430ustar00rootroot00000000000000/*------------------------------------------------------------------------- putchar.c - putchar implementation for DS80C390 Written By - Maarten Brock, sourceforge.brock@dse.nl This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include void putchar (char c) { Serial0PutChar(c); } extern char getchar(void) { return Serial0GetChar(); } sdcc-2.9.0/device/lib/ds390/rtc390.c000066400000000000000000000066201116427777700165240ustar00rootroot00000000000000/*------------------------------------------------------------------------- rtc390.c - rtc routines for the DS1315 (tested on TINI) Written By - Johan Knol, johan.knol@iduna.nl This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include #include #include /* this is the address of the ds1315 phantom time chip, although it doesn't really matter as long as it's in the 300000-3fffff range since the chip only uses CE3* */ __xdata __at (0x310000) static volatile unsigned char rtc; // this is the 64bit pattern that has to be recognized by the ds1315 __code unsigned char rtcMagic[8]={0xc5,0x3a,0xa3,0x5c,0xc5,0x3a,0xa3,0x5c}; #define BCDtoINT(x) (((x)&0x0f)+((x)>>4)*10) #define INTtoBCD(x) (((x)%10)+(((x)/10)<<4)) static void RtcSync(void) { unsigned char dummy, byte,bitMask; // reset rtc chip dummy=rtc; // say the magic word for (byte=0; byte<8; byte++) { for (bitMask=0x01; bitMask; bitMask<<=1) { rtc = (rtcMagic[byte]&bitMask) ? 0xff : 0x00; } } } unsigned char RtcRead(struct tm *rtcDate) { unsigned char rtcBytes[8]; unsigned char byte,bitMask; RtcSync(); for (byte=0; byte<8; byte++) { rtcBytes[byte]=0; for (bitMask=0x01; bitMask; bitMask<<=1) { if (rtc&1) { rtcBytes[byte]|=bitMask; } } } rtcDate->tm_year=BCDtoINT(rtcBytes[7])+100; // year since 1900 rtcDate->tm_mon=BCDtoINT(rtcBytes[6])-1; // jan=0 rtcDate->tm_mday=BCDtoINT(rtcBytes[5]); rtcDate->tm_wday=(rtcBytes[4]&0x07)-1; // monday=0? rtcDate->tm_hour=BCDtoINT(rtcBytes[3]); rtcDate->tm_min=BCDtoINT(rtcBytes[2]); rtcDate->tm_sec=BCDtoINT(rtcBytes[1]); rtcDate->tm_hundredth=BCDtoINT(rtcBytes[0]); if ((rtcBytes[4]&0x30) || (rtcBytes[3]&0x80)) { //oscillator not running, reset not active or in 12h mode return 0; } return 1; } void RtcWrite(struct tm *rtcDate) { unsigned char rtcBytes[8]; unsigned char byte,bitMask; rtcBytes[7]=INTtoBCD(rtcDate->tm_year%100); rtcBytes[6]=INTtoBCD(rtcDate->tm_mon)+1; rtcBytes[5]=INTtoBCD(rtcDate->tm_mday); rtcBytes[4]=(INTtoBCD(rtcDate->tm_wday)+1)&0x07; //set 24h mode rtcBytes[3]=INTtoBCD(rtcDate->tm_hour)&0x3f; // oscilator on, reset on rtcBytes[2]=INTtoBCD(rtcDate->tm_min); rtcBytes[1]=INTtoBCD(rtcDate->tm_sec); //rtcBytes[0]=INTtoBCD(rtcDate->hundredth); rtcBytes[0]=0; RtcSync(); for (byte=0; byte<8; byte++) { for (bitMask=0x01; bitMask; bitMask<<=1) { rtc = (rtcBytes[byte]&bitMask) ? 0xff : 0x00; } } } sdcc-2.9.0/device/lib/ds390/tinibios.c000066400000000000000000000315251116427777700173220ustar00rootroot00000000000000/*------------------------------------------------------------------------- tinibios.c - startup and serial routines for the DS80C390 (tested on TINI) Written By - Johan Knol, johan.knol@iduna.nl This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include #define TIMED_ACCESS(sfr,value) { TA=0xaa; TA=0x55; sfr=value; } unsigned char _sdcc_external_startup(void) { IE=0; // disable ALL interrupts // use A19..16 and !CE3..0, no CAN TIMED_ACCESS(P4CNT,0x3f); // use !PCE3..0, serial 1 at P5.2/3 TIMED_ACCESS(P5CNT,0x27); // disable watchdog EWT=0; // watchdog set to 9.1 seconds // CKCON|=0xc0; // default stretch cycles for MOVX //CKCON = (CKCON&0xf8)|(CPU_MOVX_STRETCH&0x07); CKCON=0xf9; // use internal 4k RAM as data(stack) memory at 0x400000 and // move CANx memory access to 0x401000 and upwards // use !CE* for program and/or data memory access TIMED_ACCESS(MCON,0xaf); // select default cpu speed CpuSpeed(CPU_SPEED); __asm ; save the 24-bit return address pop ar2; msb pop ar1 pop ar0; lsb mov _TA,#0xaa; timed access mov _TA,#0x55 mov _ACON,#0x06; 24 bit addresses, 10 bit stack at 0x400000 mov _ESP,#0x00; reinitialize the stack mov _SP,#0x00 ; restore the 24-bit return address push ar0; lsb push ar1 push ar2; msb __endasm; // Copy the Interrupt Vector Table (128 bytes) from 0x10000 to 0x100000 // This isn't needed for older bootloaders than the 0515, but it won't harm __asm push dpx push dph push dpl push dps push b push acc mov dps,#0x00 ; make sure no autoincrement in progress mov dptr,#0x10000 ; from inc dps ; switch to alternate dptr mov dptr,#0x100000 ; to mov b,#0x80 ; count _Startup390CopyIVT: inc dps movx a,@dptr inc dptr inc dps movx @dptr,a inc dptr djnz b,_Startup390CopyIVT pop acc pop b pop dps pop dpl pop dph pop dpx __endasm; // global interrupt enable, all masks cleared // let the Gods be with us :) IE = 0x80; Serial0Init(SERIAL_0_BAUD,1); //Serial1Init(SERIAL_1_BAUD,1); ClockInit(); //RtcInit(); //WatchDogInit(); // signal _sdcc_gsinit_startup to initialize data (call _sdcc_init_data) return 0; } /* Set the cpu speed in clocks per machine cycle, valid values are: 1024: Power management mode 4: Divide-by-4 mode 2: Use frequency multiplier (2x) 1: Use frequency multiplier (4x) (Don't do this on a TINI at 18.432MHz) TODO: TINI seems to support only 2 and 4: write only bits in PMR ? */ unsigned int cpuSpeed; void CpuSpeed(unsigned int speed) { #if 0 while (0 && (EXIF&0x04)) ; // cpu operates from ring buffer #endif PMR = 0x80; // div4, CTM off, multiplier 2x switch (speed) { case 1: PMR=0x88; // div4, CTM off, multiplier 4x PMR=0x98; // div4, CTM on, multiplier 4x while ((EXIF&0x08)==0) { ; // wait for the multiplier to be ready } PMR = 0x18; // use multiplier cpuSpeed=speed; break; case 2: PMR=0x90; // div4, CTM on, multilier 2x while ((EXIF&0x08)==0) { ; // wait for the multiplier to be ready } PMR = 0x10; // use multiplier cpuSpeed=speed; break; case 4: // nothing to do cpuSpeed=speed; break; case 1024: PMR = 0xc0; // div1024, CTM off cpuSpeed=speed; break; } } // now the serial0 stuff // just to make the code more readable #define S0RBS SERIAL_0_RECEIVE_BUFFER_SIZE // this is a ring buffer and can overflow at anytime! static volatile unsigned char receive0Buffer[S0RBS]; static volatile int receive0BufferHead=0; static volatile int receive0BufferTail=0; // no buffering for transmit static volatile char transmit0IsBusy=0; static __data unsigned char serial0Buffered; /* Initialize serial0. Available baudrates are from 110 upto 115200 (using 16-bit timer 2) If baud==0, the port is disabled. If buffered!=0, characters received are buffered using an interrupt */ void Serial0Init (unsigned long baud, unsigned char buffered) { if (baud==0) { ES0=0; // disable interrupts SCON0 &= 0xef; // disable receiver return; } ES0 = 0; // disable serial channel 0 interrupt TR2 = 0; // stop timer 2 // set 8 bit uart with variable baud from timer 1/2 // enable receiver and clear RI and TI SCON0 = 0x50; PCON |= 0x80; // clock is 16x bitrate CKCON|=0x20; // timer uses xtal/4 T2MOD=0; // no fancy functions T2CON=0x34; // start timer as a baudrate generator for serial0 // set the baud rate Serial0Baud(baud); serial0Buffered=buffered; if (buffered) { RI_0=TI_0=0; // clear "pending" interrupts ES0 = 1; // enable serial channel 0 interrupt } else { RI_0=0; // receive buffer empty TI_0=1; // transmit buffer empty } } void Serial0Baud(unsigned long baud) { TR2=0; // stop timer baud=-((long)OSCILLATOR/(32*baud)); TL2=RCAP2L= baud; TH2=RCAP2H= baud>>8; TF2=0; // clear overflow flag TR2=1; // start timer } void Serial0IrqHandler (void) __interrupt 4 { if (RI_0) { receive0Buffer[receive0BufferHead]=SBUF0; receive0BufferHead=(receive0BufferHead+1)&(S0RBS-1); if (receive0BufferHead==receive0BufferTail) { /* buffer overrun, sorry :) */ receive0BufferTail=(receive0BufferTail+1)&(S0RBS-1); } RI_0=0; } if (TI_0) { TI_0=0; transmit0IsBusy=0; } } char Serial0CharArrived(void) { if (serial0Buffered) { if (receive0BufferHead!=receive0BufferTail) return receive0Buffer[receive0BufferTail]; } else { if (RI_0) return SBUF0; } return 0; } void Serial0PutChar (char c) { if (serial0Buffered) { while (transmit0IsBusy) ; transmit0IsBusy=1; SBUF0=c; } else { while (!TI_0) ; SBUF0=c; TI_0=0; } } char Serial0GetChar (void) { char c; if (serial0Buffered) { while (receive0BufferHead==receive0BufferTail) ; c=receive0Buffer[receive0BufferTail]; ES0=0; // disable serial interrupts receive0BufferTail=(receive0BufferTail+1)&(S0RBS-1); ES0=1; // enable serial interrupts } else { while (!RI_0) ; c=SBUF0; RI_0=0; } return c; } void Serial0SendBreak() { P3 &= ~0x02; ClockMilliSecondsDelay(2); P3 |= 0x02; } void Serial0Flush() { ES0=0; // disable interrupts receive0BufferHead=receive0BufferTail=0; RI_0=0; if (serial0Buffered) { TI_0=0; ES0=1; // enable interrupts } else { TI_0=1; } } /* now let's go for the serial1 stuff, basically it's a replicate of serial0 except it uses timer 1 */ // just to make the code more readable #define S1RBS SERIAL_1_RECEIVE_BUFFER_SIZE // this is a ring buffer and can overflow at anytime! static volatile unsigned char receive1Buffer[S1RBS]; static volatile int receive1BufferHead=0; static volatile int receive1BufferTail=0; // no buffering for transmit static volatile char transmit1IsBusy=0; static __data unsigned char serial1Buffered; /* Initialize serial1. Available baudrates are from 4800 upto 115200 (using 8-bit timer 1) If baud==0, the port is disabled. If buffered!=0, characters received are buffered using an interrupt */ void Serial1Init (unsigned long baud, unsigned char buffered) { if (baud==0) { ES1=0; // disable interrupt SCON1 &= 0xef; // disable receiver return; // and don't touch it } ES1 = 0; // disable channel 1 interrupt TR1 = 0; // stop timer 1 // set 8 bit uart with variable baud from timer 1 // enable receiver and clear RI and TI SCON1 = 0x50; WDCON |= 0x80; // clock is 16x bitrate CKCON|=0x10; // timer uses xtal/4 TMOD = (TMOD&0x0f) | 0x20; // timer 1 is an 8bit auto-reload counter // set the baud rate Serial1Baud(baud); serial1Buffered=buffered; if (buffered) { RI_1=TI_1=0; // clear "pending" interrupts ES1 = 1; // enable serial channel 1 interrupt } else { RI_1=0; // receive buffer empty TI_1=1; // transmit buffer empty } } void Serial1Baud(unsigned long baud) { TR1=0; // stop timer baud=-((long)OSCILLATOR/(32*baud)); TL1=TH1 = baud; TF1=0; // clear overflow flag TR1=1; // start timer } void Serial1IrqHandler (void) __interrupt 7 { if (RI_1) { receive1Buffer[receive1BufferHead]=SBUF1; receive1BufferHead=(receive1BufferHead+1)&(S1RBS-1); if (receive1BufferHead==receive1BufferTail) /* buffer overrun, sorry :) */ receive1BufferTail=(receive1BufferTail+1)&(S1RBS-1); RI_1=0; } if (TI_1) { TI_1=0; transmit1IsBusy=0; } } char Serial1CharArrived(void) { if (serial1Buffered) { if (receive1BufferHead!=receive1BufferTail) return receive1Buffer[receive1BufferTail]; } else { if (RI_1) return SBUF1; } return 0; } void Serial1PutChar (char c) { if (serial1Buffered) { while (transmit1IsBusy) ; transmit1IsBusy=1; SBUF1=c; } else { while (!TI_1) ; SBUF1=c; TI_1=0; } } char Serial1GetChar (void) { char c; if (serial1Buffered) { while (receive1BufferHead==receive1BufferTail) ; c=receive1Buffer[receive1BufferTail]; ES1=0; // disable serial interrupts receive1BufferTail=(receive1BufferTail+1)&(S1RBS-1); ES1=1; // enable serial interrupts } else { while (!RI_1) ; c=SBUF1; RI_1=0; } return c; } void Serial1SendBreak() { P5 &= ~0x08; ClockMilliSecondsDelay(2); P5 |= 0x08; } void Serial1Flush() { ES1=0; // disable interrupts receive1BufferHead=receive1BufferTail=0; RI_1=0; if (serial1Buffered) { TI_1=0; ES1=1; // enable interrupts } else { TI_1=1; } } // now let's go for the clock stuff // these REALLY need to be in data space for the irq routine! static __data unsigned long milliSeconds=0; static __data unsigned int timer0ReloadValue; void ClockInit() { unsigned long timerReloadValue=OSCILLATOR/1000; switch (cpuSpeed) { case 4: timerReloadValue/=4; break; case 1: // not tested yet case 2: // not tested yet default: timerReloadValue/=2; break; } timer0ReloadValue=~timerReloadValue; // initialise timer 0 ET0=0; // disable timer interrupts initially TCON = (TCON&0xcc)|0x00; // stop timer, clear overflow TMOD = (TMOD&0xf0)|0x01; // 16 bit counter CKCON|=0x08; // timer uses xtal/4 TL0=timer0ReloadValue&0xff; TH0=timer0ReloadValue>>8; ET0=1; // enable timer interrupts TR0=1; // start timer } // This needs to be SUPER fast. What we really want is: #if 0 void junk_ClockIrqHandler (void) __interrupt 10 { TL0=timer0ReloadValue&0xff; TH0=timer0ReloadValue>>8; milliSeconds++; } #else // but look at the code, and the pushes and pops, so: void ClockIrqHandler (void) __interrupt 1 __naked { __asm push acc push psw mov _TL0,_timer0ReloadValue mov _TH0,_timer0ReloadValue+1 clr a inc _milliSeconds+0 cjne a,_milliSeconds+0,_ClockIrqHandlerDone inc _milliSeconds+1 cjne a,_milliSeconds+1,_ClockIrqHandlerDone inc _milliSeconds+2 cjne a,_milliSeconds+2,_ClockIrqHandlerDone inc _milliSeconds+3 _ClockIrqHandlerDone: pop psw pop acc reti __endasm; } #endif // we can't just use milliSeconds unsigned long ClockTicks(void) { unsigned long ms; ET0=0; ms=milliSeconds; ET0=1; return ms; } void ClockMilliSecondsDelay(unsigned long delay) { long ms=ClockTicks()+delay; while (ms>ClockTicks()) ; } // stolen from Kevin Vigor, works only for TINI at default speed void ClockMicroSecondsDelay(unsigned int delay) { delay; /* shut compiler up. */ __asm ; delay is in dpl/dph mov r0, dpl mov r1, dph mov a, r0 orl a, r1 ; quick out for zero case. jz _usDelayDone inc r1 cjne r0, #0, _usDelayLoop dec r1 _usDelayLoop: nop nop nop nop nop nop nop ; 7 nops djnz r0, _usDelayLoop ; 3 cycles x 1 = 3 cycles ; 10 cycles per iter ; we want 9.216, but more is better ; than less. djnz r1, _usDelayLoop _usDelayDone: __endasm; } sdcc-2.9.0/device/lib/ds400/000077500000000000000000000000001116427777700153205ustar00rootroot00000000000000sdcc-2.9.0/device/lib/ds400/Makefile.in000066400000000000000000000023611116427777700173670ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ LIB_TYPE = @LIB_TYPE@ CC = ../../../bin/sdcc PORTDIR = ../build/ds400 #VERBOSE = --verbose OBJECTS = tinibios.rel memcpyx.rel ds400rom.rel SOURCES = $(patsubst %.rel,%.c,$(OBJECTS)) CPPFLAGS = -I$(srcdir)/../../include CFLAGS = -mds400 $(CPPFLAGS) $(VERBOSE) --std-c99 all: $(OBJECTS) $(PORTDIR)/libds400.lib clean: rm -f *.lst *.rel *.sym *.cdb *.asm \#* *~ *.rst *.hex rm -f *.ihx temp.lnk *.map *.lib distclean: clean rm -f Makefile Makefile.dep $(PORTDIR)/libds400.lib: $(OBJECTS) ifeq ($(LIB_TYPE), SDCCLIB) rm -f $@; \ ../../../bin/sdcclib -a $@ $(OBJECTS) else ifeq ($(LIB_TYPE), AR) ar -Scq $@ $(OBJECTS) else ifeq ($(LIB_TYPE), RANLIB) ar -Scq $@ $(OBJECTS) $(top_builddir)/bin/asranlib $@ else rm -f $@; for libfile in $(basename $(OBJECTS)); do echo $$libfile >>$@; done cp $(OBJECTS) $(PORTDIR) endif %.rel: %.c $(CC) -c $(CFLAGS) $< # Creating dependencies # --------------------- depend: Makefile.dep Makefile.dep: $(SOURCES) rm -f Makefile.dep for i in $^; do \ $(CC) -M $(CPPFLAGS) $$i >$${i}.dep; \ cat $${i}.dep >>Makefile.dep; \ rm $${i}.dep; \ done ifeq "$(findstring $(MAKECMDGOALS),clean distclean)" "" -include Makefile.dep endif sdcc-2.9.0/device/lib/ds400/ds400rom.c000066400000000000000000000414111116427777700170350ustar00rootroot00000000000000// Interface to the DS80C400 ROM functions. Largely based on code released // by Dallas, hence the following copyright. // --------------------------------------------------------------------------- // Copyright (C) 2003 Dallas Semiconductor Corporation, All Rights Reserved. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included // in all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL DALLAS SEMICONDUCTOR BE LIABLE FOR ANY CLAIM, DAMAGES // OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // Except as contained in this notice, the name of Dallas Semiconductor // shall not be used except as stated in the Dallas Semiconductor // Branding Policy. // --------------------------------------------------------------------------- #include #include // ROM globals, taken from startup400.a51 __data unsigned char __at (0x68) DSS_wos_crit_count; __data unsigned int __at (0x6b) DSS_timerReload; __data unsigned char __at (0x6d) DSS_curr_pc[3]; __data unsigned char __at (0x72) DSS_sched[3]; __data unsigned char __at (0x74) DSS_ms_count[5]; __data unsigned char __at (0x7b) DSS_hb_chandle[5]; // Register bank 3 equates. #define R0_B3 0x18 #define R1_B3 0x19 #define R2_B3 0x1A #define R3_B3 0x1B #define R4_B3 0x1C #define R5_B3 0x1D #define R6_B3 0x1E #define R7_B3 0x1F // The top of the redirect function table in RAM. #define CALL_TABLE_TOP 256 // The bank the ROM is stored in. Should be 0FFh for production // 400's. Change this value when running with a debug ROM. #define ROM_BANK 0xFF // The address of the ROM export table is stored // at (ROM_BANK << 16) | ROM_EXPORTTABLE_OFFS #define ROM_EXPORTTABLE_OFFS 2 // // Each entry in the ROM export table is 3 bytes. // #define ROMXT_ENTRYSIZE 3 // // The number of functions in the ROM export table is stored // first in the export table. // #define ROMXT_NUMFUNCTIONS (0 * ROMXT_ENTRYSIZE) // // ROM EXPORT TABLE FUNCTIONS (denoted with ROMXT) // // UTILITY functions #define ROMXT_CRC16 (1 * ROMXT_ENTRYSIZE) // #define ROMXT_MEM_CLEAR_16 (2 * ROMXT_ENTRYSIZE) // #define ROMXT_MEM_COPY_16 (3 * ROMXT_ENTRYSIZE) // #define ROMXT_MEM_COMPARE (4 * ROMXT_ENTRYSIZE) // #define ROMXT_ADD_DPTR1_16 (5 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_ADD_DPTR2_16 (6 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_SUB_DPTR1_16 (7 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_SUB_DPTR2_16 (8 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_GETPSEUDORANDOM (9 * ROMXT_ENTRYSIZE) // // MEMORY MGR #define ROMXT_KERNELMALLOC (10 * ROMXT_ENTRYSIZE) // not exposed #define ROMXT_KERNELFREE (11 * ROMXT_ENTRYSIZE) // not exposed #define ROMXT_MM_MALLOC (12 * ROMXT_ENTRYSIZE) // exposed as redirected function #define ROMXT_MM_MALLOC_DIRTY (13 * ROMXT_ENTRYSIZE) // exposed as redirected function #define ROMXT_MM_FREE (14 * ROMXT_ENTRYSIZE) // exposed as redirected function #define ROMXT_MM_DEREF (15 * ROMXT_ENTRYSIZE) // exposed as redirected function #define ROMXT_GETFREERAM (16 * ROMXT_ENTRYSIZE) // exposed as redirected function // SOCKET functions #define ROMXT_ROM_SOCKET (17 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_CLOSESOCKET (18 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_SENDTO (19 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_RECVFROM (20 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_CONNECT (21 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_BIND (22 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_LISTEN (23 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_ACCEPT (24 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_RECV (25 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_SEND (26 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_GETSOCKOPT (27 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_SETSOCKOPT (28 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_GETSOCKNAME (29 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_GETPEERNAME (30 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_CLEANUP (31 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_AVAIL (32 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_JOIN (33 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_LEAVE (34 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_PING (35 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_GETNETWORKPARAMS (36 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_SETNETWORKPARAMS (37 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_GETIPV6PARAMS (38 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_GETETHERNETSTATUS (39 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_GETTFTPSERVER (40 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_SETTFTPSERVER (41 * ROMXT_ENTRYSIZE) // #define ROMXT_ETH_PROCESSINTERRUPT (42 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_ARP_GENERATEREQUEST (43 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_NET_ETH0_MAC_ID (44 * ROMXT_ENTRYSIZE) // // DHCP functions #define ROMXT_DHCP_INIT (45 * ROMXT_ENTRYSIZE) // #define ROMXT_DHCP_SETUP (46 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_DHCP_STARTUP (47 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_DHCP_RUN (48 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_DHCP_STATUS (49 * ROMXT_ENTRYSIZE) // #define ROMXT_DHCP_STOP (50 * ROMXT_ENTRYSIZE) // #define ROMXT_DHCPNOTIFY (51 * ROMXT_ENTRYSIZE) // empty redirect stub, not implemented // TFTP functions #define ROMXT_TFTP_INIT (52 * ROMXT_ENTRYSIZE) // #define ROMXT_TFTP_FIRST (53 * ROMXT_ENTRYSIZE) // #define ROMXT_TFTP_NEXT (54 * ROMXT_ENTRYSIZE) // #define ROMXT_TFTP_MSG (55 * ROMXT_ENTRYSIZE) // // SCHEDULER functions #define ROMXT_TASK_GENESIS (56 * ROMXT_ENTRYSIZE) // #define ROMXT_TASK_GETCURRENT (57 * ROMXT_ENTRYSIZE) // #define ROMXT_TASK_GETPRIORITY (58 * ROMXT_ENTRYSIZE) // #define ROMXT_TASK_SETPRIORITY (59 * ROMXT_ENTRYSIZE) // #define ROMXT_TASK_FORK (60 * ROMXT_ENTRYSIZE) // #define ROMXT_TASK_KILL (61 * ROMXT_ENTRYSIZE) // #define ROMXT_TASK_SUSPEND (62 * ROMXT_ENTRYSIZE) // #define ROMXT_TASK_SLEEP (63 * ROMXT_ENTRYSIZE) // #define ROMXT_TASK_SIGNAL (64 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_TASK_SWITCH_IN (65 * ROMXT_ENTRYSIZE) // empty redirect stub, not implemented #define ROMXT_ROM_TASK_SWITCH_OUT (66 * ROMXT_ENTRYSIZE) // empty redirect stub, not implemented #define ROMXT_ENTERCRITSECTION (67 * ROMXT_ENTRYSIZE) // #define ROMXT_LEAVECRITSECTION (68 * ROMXT_ENTRYSIZE) // // INIT functions #define ROMXT_ROM_INIT (69 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_COPYIVT (70 * ROMXT_ENTRYSIZE) // #define ROMXT_ROM_REDIRECT_INIT (71 * ROMXT_ENTRYSIZE) // #define ROMXT_MM_INIT (72 * ROMXT_ENTRYSIZE) // #define ROMXT_KM_INIT (73 * ROMXT_ENTRYSIZE) // #define ROMXT_OW_INIT (74 * ROMXT_ENTRYSIZE) // #define ROMXT_NETWORK_INIT (75 * ROMXT_ENTRYSIZE) // #define ROMXT_ETH_INIT (76 * ROMXT_ENTRYSIZE) // #define ROMXT_INIT_SOCKETS (77 * ROMXT_ENTRYSIZE) // #define ROMXT_TICK_INIT (78 * ROMXT_ENTRYSIZE) // // Timer Interrupt vectors #define ROMXT_WOS_TICK (79 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_BLOB (80 * ROMXT_ENTRYSIZE) // not implemented for C compiler // Maintenance functions #define ROMXT_WOS_IOPOLL (81 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_IP_PROCESSRECEIVEQUEUES (82 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_IP_PROCESSOUTPUT (83 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_TCP_RETRYTOP (84 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_ETH_PROCESSOUTPUT (85 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_IGMP_GROUPMAINTAINENCE (86 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_IP6_PROCESSRECEIVEQUEUES (87 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_IP6_PROCESSOUTPUT (88 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_PARAMBUFFER (89 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_RAM_TOP (90 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_BOOT_MEMBEGIN (91 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_BOOT_MEMEND (92 * ROMXT_ENTRYSIZE) // not implemented for C compiler // 1-Wire #define ROMXT_OWM_FIRST (93 * ROMXT_ENTRYSIZE) // #define ROMXT_OWM_NEXT (94 * ROMXT_ENTRYSIZE) // #define ROMXT_OWM_RESET (95 * ROMXT_ENTRYSIZE) // #define ROMXT_OWM_BYTE (96 * ROMXT_ENTRYSIZE) // #define ROMXT_OWM_SEARCH (97 * ROMXT_ENTRYSIZE) // not implemented for C compiler #define ROMXT_OW_ROMID (98 * ROMXT_ENTRYSIZE) // // Misc, extras, late additions #define ROMXT_AUTOBAUD (99 * ROMXT_ENTRYSIZE) #define ROMXT_TFTP_CLOSE (100 * ROMXT_ENTRYSIZE) #define ROMRT_ENTRYSIZE 3 // // ROM REDIRECT TABLE FUNCTIONS (denoted with ROMRT) // #define ROMRT_KERNELMALLOC ( 1 * ROMRT_ENTRYSIZE) #define ROMRT_KERNELFREE ( 2 * ROMRT_ENTRYSIZE) #define ROMRT_MALLOC ( 3 * ROMRT_ENTRYSIZE) #define ROMRT_FREE ( 4 * ROMRT_ENTRYSIZE) #define ROMRT_MALLOCDIRTY ( 5 * ROMRT_ENTRYSIZE) #define ROMRT_DEREF ( 6 * ROMRT_ENTRYSIZE) #define ROMRT_GETFREERAM ( 7 * ROMRT_ENTRYSIZE) #define ROMRT_GETTIMEMILLIS ( 8 * ROMRT_ENTRYSIZE) #define ROMRT_GETTHREADID ( 9 * ROMRT_ENTRYSIZE) #define ROMRT_THREADRESUME (10 * ROMRT_ENTRYSIZE) #define ROMRT_THREADIOSLEEP (11 * ROMRT_ENTRYSIZE) #define ROMRT_THREADIOSLEEPNC (12 * ROMRT_ENTRYSIZE) #define ROMRT_THREADSAVE (13 * ROMRT_ENTRYSIZE) #define ROMRT_THREADRESTORE (14 * ROMRT_ENTRYSIZE) #define ROMRT_SLEEP (15 * ROMRT_ENTRYSIZE) #define ROMRT_GETTASKID (16 * ROMRT_ENTRYSIZE) #define ROMRT_INFOSENDCHAR (17 * ROMRT_ENTRYSIZE) #define ROMRT_IP_COMPUTECHECKSUM_SOFTWARE (18 * ROMRT_ENTRYSIZE) #define ROMRT_0 (19 * ROMRT_ENTRYSIZE) // undefined #define ROMRT_DHCPNOTIFY (20 * ROMRT_ENTRYSIZE) #define ROMRT_ROM_TASK_CREATE (21 * ROMRT_ENTRYSIZE) #define ROMRT_ROM_TASK_DUPLICATE (22 * ROMRT_ENTRYSIZE) #define ROMRT_ROM_TASK_DESTROY (23 * ROMRT_ENTRYSIZE) #define ROMRT_ROM_TASK_SWITCH_IN (24 * ROMRT_ENTRYSIZE) #define ROMRT_ROM_TASK_SWITCH_OUT (25 * ROMRT_ENTRYSIZE) #define ROMRT_OWIP_READCONFIG (26 * ROMRT_ENTRYSIZE) #define ROMRT_SETMACID (27 * ROMRT_ENTRYSIZE) #define ROMRT_UNDEREF (28 * ROMRT_ENTRYSIZE) #define GETC \ clr a \ movc a, @a+dptr // expects function number in R6_B3 (low byte) & R7_B3 (high byte) void _romcall(void) __naked { __asm push dpx ; dptr0 preserved here push dph push dpl ; point to the address of the table mov dptr, #(ROM_BANK << 16 | ROM_EXPORTTABLE_OFFS) push acc ; acc preserved here push b ; b preserved here inc dptr GETC ; get the address of the table push acc inc dptr GETC add a, R6_B3 ; add function offset to the table mov dpl, a pop acc addc a, R7_B3 mov dph, a ; ; dpx is the same, all in the same bank ; inc dptr ; get the target address of the function we want GETC mov b, a inc dptr GETC mov R3_B3, a mov R4_B3, b mov R5_B3, dpx ; high byte does not change pop b ; b restored here pop acc ; acc restored here pop dpl ; dptr0 preserved here pop dph pop dpx push R3_B3 ; push the target address push R4_B3 push R5_B3 ret ; this is not a ret, it is a call! ; the called function ends with a ret which will return to our original caller. __endasm ; } // expects function number in R6_B3 (low byte) & R7_B3 (high byte) void _romredirect(void) __naked { __asm push dpx push dph push dpl push acc ; dptr = CALL_TABLE_TOP + function offset. mov a, #(CALL_TABLE_TOP & 0xff) add a, R6_B3 ; add function offset to the table mov dpl, a mov a, #((CALL_TABLE_TOP >> 8) & 0xff) addc a, R7_B3 mov dph, a mov dpx, #((CALL_TABLE_TOP >> 16) & 0xff) movx a, @dptr ; read high byte mov R5_B3, a inc dptr movx a, @dptr ; read mid byte mov R4_B3, a inc dptr movx a, @dptr ; read low byte mov R3_B3, a pop acc ; restore acc and dptr pop dpl pop dph pop dpx push R3_B3 ; push low byte of target address push R4_B3 push R5_B3 ; push high byte of target address ret ; this is not a ret, it is a call! ; the called function ends with a ret which will return to our original caller. __endasm; } // This macro is invalid for the standard C preprocessor, since it // includes a hash character in the expansion, hence the SDCC specific // pragma. #pragma sdcc_hash + #define ROMCALL(x) \ mov R6_B3, #(x & 0xff) \ mov R7_B3, #((x >> 8) & 0xff) \ lcall __romcall #define ROMREDIRECT(x) \ mov R6_B3, #(x & 0xff) \ mov R7_B3, #((x >> 8) & 0xff) \ lcall __romredirect // init_rom: the ds400 ROM_INIT ROM function. unsigned char init_rom(void __xdata *loMem, void __xdata *hiMem) __naked { // shut compiler up about unused parameters. loMem; hiMem; __asm ; load params. ; loMem is already in DPTR. mov r2, dpx mov r1, dph mov r0, dpl ; hiMem is in _init_rom_PARM_2 mov dptr, #_init_rom_PARM_2 mov r5, dpx mov r4, dph mov r3, dpl ROMCALL(ROMXT_ROM_INIT) ; result is in acc, move to dpl for C convention. mov dpl, a ret __endasm ; } // DSS_gettimemillis: note that the ROM actually returns 5 bytes of time, // we're discarding the high byte here. unsigned long task_gettimemillis_long(void) __naked { __asm ; no parameters to load. ROMREDIRECT(ROMRT_GETTIMEMILLIS) ; results in r4 - r0, return in DPTR/B mov dpl, r0 mov dph, r1 mov dpx, r2 mov b, r3 ret __endasm; } unsigned char task_getthreadID(void) __naked { __asm ; no parameters to load. ROMREDIRECT(ROMRT_GETTHREADID) ; results in acc, return in dpl mov dpl, a ret __endasm; } unsigned int task_gettickreload(void) { return DSS_timerReload; } void task_settickreload(unsigned int rl) { DSS_timerReload = rl; } sdcc-2.9.0/device/lib/ds400/memcpyx.c000066400000000000000000000026351116427777700171540ustar00rootroot00000000000000#include // FIXME: can optimize even further on '400 with auto-increment/auto-toggle. void __xdata * memcpyx ( void __xdata * dst, void __xdata * src, int count ) __naked { /* Shut compiler up about unused parameters. */ dst; src; count; __asm ; Destination is in DPTR. Save it on stack so we can return it at end. push dpx push dph push dpl mov dps, #0x1 ; Alternate DPTR. ; count is in _memcpyx_PARM_3 mov dptr, #_memcpyx_PARM_3 movx a, @dptr inc dptr mov r2, a movx a, @dptr mov r3, a ; src is in _memcpyx_PARM_2 mov dptr, #_memcpyx_PARM_2 movx a, @dptr inc dptr push acc movx a, @dptr inc dptr push acc movx a, @dptr mov dpx1, a pop dph1 pop dpl1 mov dps, #0x21 ; Current DPTR is alt DPTR, toggle after each op. ; src is in alt DPTR, dst is in normal DPTR, count is in r2/r3. ; If we have zero bytes to copy, quick out. mov a, r2 orl a, r3 jz _memcpy_done ; increment r3 if r2 != 0 (makes djnz end-of-loop sequence possible). inc r3 cjne r2, #0x0, _memcpyx_loopTop dec r3 _memcpyx_loopTop: movx a, @dptr movx @dptr, a inc dptr inc dptr djnz r2, _memcpyx_loopTop djnz r3, _memcpyx_loopTop _memcpy_done: mov dps, #0x0 pop dpl pop dph pop dpx ret __endasm; } sdcc-2.9.0/device/lib/ds400/tinibios.c000066400000000000000000000174701116427777700173150ustar00rootroot00000000000000/*------------------------------------------------------------------------- tinibios.c - startup and serial routines for the DS80C400 (tested on TINIM400) Written By - Johan Knol, johan.knol@iduna.nl Further hacked by Kevin Vigor with invaluable assistance from Bob Heise. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include #include #define TIMED_ACCESS(sfr,value) { TA=0xaa; TA=0x55; sfr=value; } unsigned char _sdcc_external_startup(void) { IE = 0; // Disable all interrupts. PSW = 0; __asm ; save the 24-bit return address pop ar2; msb pop ar1 pop ar0; lsb mov _ESP,#0x00; reinitialize the stack mov _SP,#0x00 ; restore the 24-bit return address push ar0; lsb push ar1 push ar2; msb __endasm; // Stub: call rom_init here, then fixup IVT. // Serial0Init(1, 0); // baud argument ignored. IE = 0x80; // Enable interrupts. return 0; } // now the serial0 stuff // just to make the code more readable #define S0RBS SERIAL_0_RECEIVE_BUFFER_SIZE // this is a ring buffer and can overflow at anytime! static volatile unsigned char receive0Buffer[S0RBS]; static volatile int receive0BufferHead=0; static volatile int receive0BufferTail=0; // no buffering for transmit static volatile char transmit0IsBusy=0; static __data unsigned char serial0Buffered; /* Initialize serial0. Available baudrates are from 110 upto 115200 (using 16-bit timer 2) If baud==0, the port is disabled. If buffered!=0, characters received are buffered using an interrupt */ #define TIMER_RELOAD (65536 - ((OSCILLATOR) / (32 * SERIAL_0_BAUD))) void Serial0Init (unsigned long baud, unsigned char buffered) { ES0 = 0; // disable serial channel 0 interrupt #if 0 // Need no port setup, done by boot rom. baud; #else SCON0 = 0x5A; // 10 bit serial 0, use timer baud rate, enable recieving RCAP2H = (TIMER_RELOAD >> 8) & 0xff; RCAP2L = TIMER_RELOAD & 0xff; T2CON = 0x30; // Enable timer 2 for serial port TR2 = 1; // Set timer 2 to run baud; #endif serial0Buffered=buffered; if (buffered) { installInterrupt(Serial0IrqHandler, 0x23); RI_0=TI_0=0; // clear "pending" interrupts ES0 = 1; // enable serial channel 0 interrupt } else { RI_0=0; // receive buffer empty TI_0=1; // transmit buffer empty } } void Serial0SwitchToBuffered(void) { IE &= ~0x80; serial0Buffered = 1; installInterrupt(Serial0IrqHandler, 0x23); RI_0=TI_0=0; // clear "pending" interrupts ES0 = 1; // enable serial channel 0 interrupt IE |= 0x80; } void Serial0IrqHandler (void) __interrupt 4 { if (RI_0) { receive0Buffer[receive0BufferHead]=SBUF0; receive0BufferHead=(receive0BufferHead+1)&(S0RBS-1); if (receive0BufferHead==receive0BufferTail) { /* buffer overrun, sorry :) */ receive0BufferTail=(receive0BufferTail+1)&(S0RBS-1); } RI_0=0; } if (TI_0) { TI_0=0; transmit0IsBusy=0; } } char Serial0CharArrived(void) { if (serial0Buffered) { if (receive0BufferHead!=receive0BufferTail) return receive0Buffer[receive0BufferTail]; } else { if (RI_0) return SBUF0; } return 0; } void Serial0PutChar (char c) { if (serial0Buffered) { while (transmit0IsBusy) ; transmit0IsBusy=1; SBUF0=c; } else { while (!TI_0) ; TI_0 = 0; SBUF0=c; } } char Serial0GetChar (void) { char c; if (serial0Buffered) { while (receive0BufferHead==receive0BufferTail) ; c=receive0Buffer[receive0BufferTail]; ES0=0; // disable serial interrupts receive0BufferTail=(receive0BufferTail+1)&(S0RBS-1); ES0=1; // enable serial interrupts } else { while (!RI_0) ; c=SBUF0; RI_0=0; } return c; } void Serial0SendBreak() { P3 &= ~0x02; ClockMilliSecondsDelay(2); P3 |= 0x02; } void Serial0Flush() { ES0=0; // disable interrupts receive0BufferHead=receive0BufferTail=0; RI_0=0; if (serial0Buffered) { TI_0=0; ES0=1; // enable interrupts } else { TI_0=1; } } // now let's go for the clock stuff - on the DS400, we can just // use the ROM's millisecond timer, running off timer 0. // // for now, this timer runs too fast by about 20%. We need an implementation of // task_settickreload to fix this. void ClockInit() { // nada, all done by DSS_rom_init } // we can't just use milliSeconds unsigned long ClockTicks(void) { return task_gettimemillis_long(); } void ClockMilliSecondsDelay(unsigned long delay) { unsigned long ms = task_gettimemillis_long() + delay; while (ms > task_gettimemillis_long()) ; } // Return the start of the XI_SEG. Really just a workaround for the // fact that the linker defined symbol (s_XISEG) isn't directly accessible // from C due to the lack of a leading underscore, and I'm too lazy to hack // the linker. static void __xdata *_xisegStart(void) __naked { __asm mov dptr, #(s_XISEG) ret __endasm; } // Return the length of the XI_SEG. Really just a workaround for the // fact that the linker defined symbol (l_XISEG) isn't directly accessible // from C due to the lack of a leading underscore, and I'm too lazy to hack // the linker. static unsigned _xisegLen(void) __naked { __asm mov dptr, #(l_XISEG) ret __endasm; } // Returns the address of the first byte available for heap memory, // i.e. the first byte following the XI_SEG. static void __xdata *_firstHeapByte(void) { unsigned char __xdata *start; start = (unsigned char __xdata *) _xisegStart(); start += _xisegLen(); return (void __xdata *)start; } // TINIm400 specific startup. // The last addressible byte of the CE0 area. #define CE0_END 0xfffff unsigned char romInit(unsigned char noisy, char speed) { void __xdata *heapStart; void __xdata *heapEnd; unsigned long heapLen; unsigned char rc; if (speed == SPEED_2X) { PMR = 0x82; PMR = 0x92; while (!(EXIF & 8)) ; PMR = 0x12; } else if (speed == SPEED_4X) { // Hangs on TINIm400! PMR = 0x82; PMR = 0x8a; PMR = 0x9a; while (!(EXIF & 8)) ; PMR = 0x1a; } heapStart = _firstHeapByte(); heapEnd = (void __xdata *)CE0_END; rc = init_rom(heapStart, heapEnd); if (noisy) { if (rc) { printf("error: rom_init returns %d\n", (int)rc); return rc; } else { heapLen = CE0_END - (unsigned long)heapStart; printf("Heap starts at %p, length %luK\n", heapStart, heapLen / 1024); } } task_settickreload(RELOAD_14_746); // Switch to interrupt driven serial I/O now that the rom is initialized. Serial0SwitchToBuffered(); P5 &= ~4; // LED on. return 0; } // Install an interrupt handler. void installInterrupt(void (*isrPtr)(void), unsigned char offset) { unsigned char __xdata * vectPtr = (unsigned char __xdata *) offset; unsigned long isr = (unsigned long)isrPtr; *vectPtr++ = 0x02; *vectPtr++ = (unsigned char)(isr >> 16); *vectPtr++ = (unsigned char)(isr >> 8); *vectPtr = (unsigned char)isr; } sdcc-2.9.0/device/lib/errno.c000066400000000000000000000016711116427777700157640ustar00rootroot00000000000000/*------------------------------------------------------------------------- errno.c :- just declares errno as a variable This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ int errno; sdcc-2.9.0/device/lib/expf.c000066400000000000000000000155231116427777700156020ustar00rootroot00000000000000/* expf.c: Computes e**x of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ #define SDCC_MATH_LIB #include #include #include #ifdef MATH_ASM_MCS51 #define SDCC_FLOAT_LIB #include // TODO: share with other temps static __bit sign_bit; static __data unsigned char expf_y[4]; static __data unsigned char n; float expf(float x) { x; __asm mov c, acc.7 mov _sign_bit, c // remember sign clr acc.7 // and make input positive mov r0, a mov c, b.7 rlc a // extract exponent add a, #153 jc expf_not_zero // input is a very small number, so e^x is 1.000000 mov dptr, #0 mov b, #0x80 mov a, #0x3F ret expf_not_zero: // TODO: check exponent for very small values, and return zero mov _n, #0 mov a, dpl add a, #0xE8 // is x >= 0.69314718 mov a, dph addc a, #0x8D mov a, b addc a, #0xCE mov a, r0 addc a, #0xC0 mov a, r0 jnc expf_no_range_reduction expf_range_reduction: mov (_expf_y + 0), dpl // keep copy of x in "exp_y" mov (_expf_y + 1), dph mov (_expf_y + 2), b mov (_expf_y + 3), a mov r0, #0x3B push ar0 mov r0, #0xAA push ar0 mov r0, #0xB8 push ar0 mov r0, #0x3F push ar0 lcall ___fsmul // x * 1.442695041 = x / ln(2) dec sp dec sp dec sp dec sp lcall ___fs2uchar // n = int(x * 1.442695041) mov a, dpl mov _n, a add a, #128 jnc expf_range_ok ljmp fs_return_inf // exponent overflow expf_range_ok: mov r0,#0x00 mov r1,#0x80 mov r2,#0x31 mov r3,#0xBF lcall expf_scale_and_add mov (_expf_y + 0), dpl mov (_expf_y + 1), dph mov (_expf_y + 2), b mov (_expf_y + 3), a mov r0,#0x83 mov r1,#0x80 mov r2,#0x5E mov r3,#0x39 lcall expf_scale_and_add expf_no_range_reduction: // Compute e^x using the cordic algorithm. This works over an // input range of 0 to 0.69314712. Can be extended to work from // 0 to 1.0 if the results are normalized, but over the range // we use, the result is always from 1.0 to 1.99999988 (fixed // exponent of 127) expf_cordic_begin: mov c, b.7 rlc a // extract exponent to acc setb b.7 mov r1, dpl // mantissa to r4/r3/r2/r1 mov r2, dph mov r3, b mov r4, #0 // first, align the input into a 32 bit long cjne a, #121, exp_lshift sjmp exp_noshift exp_lshift: jc exp_rshift // exp_a is greater than 121, so left shift add a, #135 lcall fs_lshift_a sjmp exp_noshift exp_rshift: // exp_a is less than 121, so right shift cpl a add a, #122 lcall fs_rshift_a exp_noshift: // r4/r3/r2/r1 = x clr a mov (_expf_y + 0), a // y = 1.0; mov (_expf_y + 1), a mov (_expf_y + 2), a mov (_expf_y + 3), #0x20 mov dptr, #__fs_natural_log_table mov r0, a // r0 = i exp_cordic_loop: clr a movc a, @a+dptr mov b, a inc dptr clr a movc a, @a+dptr // r7/r6/r5/b = table[i] mov r5, a inc dptr clr a movc a, @a+dptr mov r6, a inc dptr clr a movc a, @a+dptr mov r7, a inc dptr clr c mov a, r1 subb a, b // compare x to table[i] mov a, r2 subb a, r5 mov a, r3 subb a, r6 mov a, r4 subb a, r7 jc exp_cordic_skip // if table[i] < x clr c mov a, r1 subb a, b mov r1, a // x -= table[i] mov a, r2 subb a, r5 mov r2, a mov a, r3 subb a, r6 mov r3, a mov a, r4 subb a, r7 mov r4, a mov b, (_expf_y + 0) mov r5, (_expf_y + 1) // r7/r6/r5/b = y >> i mov r6, (_expf_y + 2) mov r7, (_expf_y + 3) mov a, r0 lcall __fs_cordic_rshift_r765_unsigned mov a, (_expf_y + 0) add a, b mov (_expf_y + 0), a mov a, (_expf_y + 1) addc a, r5 mov (_expf_y + 1), a // y += (y >> i) mov a, (_expf_y + 2) addc a, r6 mov (_expf_y + 2), a mov a, (_expf_y + 3) addc a, r7 mov (_expf_y + 3), a exp_cordic_skip: inc r0 cjne r0, #27, exp_cordic_loop mov r4, (_expf_y + 3) mov r3, (_expf_y + 2) mov r2, (_expf_y + 1) mov r1, (_expf_y + 0) lcall fs_normalize_a // end of cordic mov a, #127 add a, _n // ldexpf(x, n) mov exp_a, a lcall fs_round_and_return jnb _sign_bit, expf_done push dpl push dph push b push acc mov dptr, #0 mov b, #0x80 mov a, #0x3F lcall ___fsdiv // 1.0 / x dec sp dec sp dec sp dec sp expf_done: clr acc.7 // Result is always positive! __endasm; #pragma less_pedantic } static void dummy1(void) __naked { __asm .globl fs_lshift_a expf_scale_and_add: push ar0 push ar1 push ar2 push ar3 mov dpl, _n lcall ___uchar2fs // turn n into float lcall ___fsmul // n * scale_factor dec sp dec sp dec sp dec sp push dpl push dph push b push acc mov dpl, (_expf_y + 0) mov dph, (_expf_y + 1) mov b, (_expf_y + 2) mov a, (_expf_y + 3) lcall ___fsadd // x += (n * scale_factor) dec sp dec sp dec sp dec sp ret __endasm; } static void dummy(void) __naked { __asm .globl fs_lshift_a fs_lshift_a: jz fs_lshift_done push ar0 mov r0, a fs_lshift_loop: clr c mov a, r1 rlc a mov r1, a mov a, r2 rlc a mov r2, a mov a, r3 rlc a mov r3, a mov a, r4 rlc a mov r4, a djnz r0, fs_lshift_loop pop ar0 fs_lshift_done: ret __endasm; } #else // not MATH_ASM_MCS51 #define P0 0.2499999995E+0 #define P1 0.4160288626E-2 #define Q0 0.5000000000E+0 #define Q1 0.4998717877E-1 #define P(z) ((P1*z)+P0) #define Q(z) ((Q1*z)+Q0) #define C1 0.693359375 #define C2 -2.1219444005469058277e-4 #define BIGX 88.72283911 /* ln(HUGE_VALF) */ #define EXPEPS 1.0E-7 /* exp(1.0E-7)=0.0000001 */ #define K1 1.4426950409 /* 1/ln(2) */ float expf(const float x) { int n; float xn, g, r, z, y; BOOL sign; if(x>=0.0) { y=x; sign=0; } else { y=-x; sign=1; } if(yBIGX) { if(sign) { errno=ERANGE; return HUGE_VALF ; } else { return 0.0; } } z=y*K1; n=z; if(n<0) --n; if(z-n>=0.5) ++n; xn=n; g=((y-xn*C1))-xn*C2; z=g*g; r=P(z)*g; r=0.5+(r/(Q(z)-r)); n++; z=ldexpf(r, n); if(sign) return 1.0/z; else return z; } #endif sdcc-2.9.0/device/lib/fabsf.c000066400000000000000000000020741116427777700157160ustar00rootroot00000000000000/* fabsf.c: Returns the absolute value of a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include #include float fabsf(const float x) _FLOAT_FUNC_REENTRANT { union float_long fl; fl.f = x; fl.l &= 0x7fffffff; return fl.f; } sdcc-2.9.0/device/lib/floorf.c000066400000000000000000000020621116427777700161210ustar00rootroot00000000000000/* floorf.c: Returns the integer smaller or equal than x Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include float floorf (float x) _FLOAT_FUNC_REENTRANT { long r; r=x; if (r<=0) return (r+((r>x)?-1:0)); else return r; } sdcc-2.9.0/device/lib/frexpf.c000066400000000000000000000024111116427777700161220ustar00rootroot00000000000000/* frexpf.c: Returns the exponent and mantisa of a 32 bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include #include float frexpf(const float x, int *pw2) { union float_long fl; long int i; fl.f=x; /* Find the exponent (power of 2) */ i = ( fl.l >> 23) & 0x000000ff; i -= 0x7e; *pw2 = i; fl.l &= 0x807fffff; /* strip all exponent bits */ fl.l |= 0x3f000000; /* mantissa between 0.5 and 1 */ return(fl.f); } sdcc-2.9.0/device/lib/gbz80/000077500000000000000000000000001116427777700154205ustar00rootroot00000000000000sdcc-2.9.0/device/lib/gbz80/Makefile.in000066400000000000000000000025611116427777700174710ustar00rootroot00000000000000# libc/z80 Makefile VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ LIB_TYPE = @LIB_TYPE@ TOPDIR = ../../.. SCC = $(TOPDIR)/bin/sdcc -mgbz80 SAS = $(TOPDIR)/bin/as-gbz80 PORTDIR = ../build/gbz80 include $(srcdir)/../incl.mk Z80_FLOAT = $(COMMON_FLOAT) Z80_INT = $(COMMON_INT) Z80_LONG = $(COMMON_LONG) \ _divulong.c \ _mullong.c Z80_SDCC = $(COMMON_SDCC) \ _itoa.c \ _ltoa.c \ _startup.c \ sprintf.c \ vprintf.c Z80SOURCES = $(addprefix ../,$(Z80_FLOAT) $(Z80_INT) $(Z80_LONG) $(Z80_SDCC)) Z8OBJECTS = $(patsubst %.c,%.o,$(Z80_FLOAT) $(Z80_INT) $(Z80_LONG) $(Z80_SDCC)) OBJ = div.o mul.o putchar.o printf.o shift.o stubs.o crt0_rle.o heap.o fstubs.o LIB = gbz80.lib CC = $(SCC) AS = $(SAS) CFLAGS = -I$(srcdir)/../../include -I. --std-c99 all: $(PORTDIR)/$(LIB) crt0.o $(PORTDIR)/$(LIB): $(OBJ) $(Z8OBJECTS) Makefile ifeq ($(LIB_TYPE), SDCCLIB) rm -f $@; \ ../../../bin/sdcclib -a $@ $(OBJ) $(Z8OBJECTS) else ifeq ($(LIB_TYPE), AR) ar -Scq $@ $(OBJ) else ifeq ($(LIB_TYPE), RANLIB) ar -Scq $@ $(OBJ) $(Z8OBJECTS) $(top_builddir)/bin/asranlib $@ else rm -f $@ for i in $(basename $(OBJ) $(Z8OBJECTS)); do echo $$i >>$@; done cp $(OBJ) $(Z8OBJECTS) $(PORTDIR) endif %.o: %.c $(CC) $(CFLAGS) -c $< %.o: ../%.c $(CC) $(CFLAGS) -c $< clean: rm -f *.o *.sym *.lst *~ $(CLEANSPEC) *.dump* *.asm *.lib distclean: clean rm -f Makefile sdcc-2.9.0/device/lib/gbz80/README000066400000000000000000000001001116427777700162670ustar00rootroot00000000000000sdcc/device/lib/z80 ------------------- Z80 specific routines. sdcc-2.9.0/device/lib/gbz80/asm_strings.s000066400000000000000000000017121116427777700201360ustar00rootroot00000000000000 ;; Implementation of some string functions in ;; assembler. ;; Why - because I want a better dhrystone score :) ; char *strcpy(char *dest, const char *source) _strcpy:: lda hl,2(sp) ld e,(hl) inc hl ld d,(hl) inc hl ld a,(hl+) ld h,(hl) ld l,a push de 1$: ld a,(hl+) ld (de),a inc de or a,a jr NZ,1$ pop de ret ; void *memcpy(void *dest, const void *source, int count) _memcpy:: push bc lda hl,6(sp) ld e,(hl) inc hl ld d,(hl) inc hl ld c,(hl) inc hl ld b,(hl) lda hl,4(sp) ld a,(hl+) ld h,(hl) ld l,a inc b inc c push hl jr 2$ 1$: ld a,(de) ld (hl+),a inc de 2$: dec c jr NZ,1$ dec b jr NZ,1$ pop de pop bc ret ; int strcmp(const char *s1, const char *s2) _strcmp:: lda hl,2(sp) ld e,(hl) inc hl ld d,(hl) inc hl ld a,(hl+) ld h,(hl) ld l,a jr 1$ 2$: ld a,(de) sub (hl) jr NZ,4$ ;; A == 0 cp (hl) jr Z,3$ 1$: inc de inc hl jr 2$ 3$: ld de,#0 jr 5$ 4$: ld de,#1 jr nc,5$ ld de,#-1 5$: ret sdcc-2.9.0/device/lib/gbz80/crt0.s000066400000000000000000000022721116427777700164570ustar00rootroot00000000000000 ;; Generic crt0.s for a GBZ80 .globl _main .area _HEADER (ABS) ;; Reset vector .org 0 jp init .org 0x08 reti .org 0x10 reti .org 0x18 reti .org 0x20 reti .org 0x28 reti .org 0x30 reti .org 0x38 reti .org 0x100 jp 0x150 .org 0x150 init: di ;; Stack at the top of memory. ld sp,#0xdfff ;; Setup global data call gsinit ;; Use _main instead of main to bypass sdcc's intelligence call _main jp _exit ;; Ordering of segments for the linker. .area _HOME .area _CODE .area _GSINIT .area _GSFINAL .area _DATA .area _BSS .area _HEAP .area _CODE __clock:: ld a,#2 rst 0x08 ret _exit:: ;; Exit - special code to the emulator ld a,#0 rst 0x08 1$: halt jr 1$ .area _GSINIT gsinit:: .area _GSFINAL ret sdcc-2.9.0/device/lib/gbz80/crt0_rle.s000066400000000000000000000016521116427777700173220ustar00rootroot00000000000000 .area _CODE ;; Special RLE decoder used for initing global data __initrleblock:: ;; Pull the destination address out ld c,l ld b,h ;; Pop the return address pop hl 1$: ;; Fetch the run ld e,(hl) inc hl ;; Negative means a run bit 7,e jp Z,2$ ;; Code for expanding a run ld a,(hl) inc hl 3$: ld (bc),a inc bc inc e jp NZ,3$ jp 1$ 2$: ;; Zero means end of a block xor a or e jp Z,4$ ;; Code for expanding a block 5$: ld a,(hl) inc hl ld (bc),a inc bc dec e jp NZ,5$ jp 1$ 4$: ;; Push the return address back onto the stack push hl ret sdcc-2.9.0/device/lib/gbz80/div.s000066400000000000000000000203321116427777700163660ustar00rootroot00000000000000 ;; Originally from GBDK by Pascal Felber. .area _CODE __divschar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) dec hl ld l,(hl) ;; Fall through __divschar_rrx_hds:: ld c,l call .div8 ld e,c ld d,b ret __modschar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) dec hl ld l,(hl) ;; Fall through __modschar_rrx_hds:: ld c,l call .div8 ;; Already in DE ret __divsint_rrx_s:: ld hl,#2+3 add hl,sp ld d,(hl) dec hl ld e,(hl) dec hl ld a,(hl) dec hl ld l,(hl) ld h,a ;; Fall through __divsint_rrx_hds:: ld b,h ld c,l call .div16 ld e,c ld d,b ret __modsint_rrx_s:: ld hl,#2+3 add hl,sp ld d,(hl) dec hl ld e,(hl) dec hl ld a,(hl) dec hl ld l,(hl) ld h,a ;; Fall through __modsint_rrx_hds:: ld b,h ld c,l call .div16 ;; Already in DE ret ;; Unsigned __divuchar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) dec hl ld l,(hl) ;; Fall through __divuchar_rrx_hds:: ld c,l call .divu8 ld e,c ld d,b ret __moduchar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) dec hl ld l,(hl) ;; Fall through __moduchar_rrx_hds:: ld c,l call .divu8 ;; Already in DE ret __divuint_rrx_s:: ld hl,#2+3 add hl,sp ld d,(hl) dec hl ld e,(hl) dec hl ld a,(hl) dec hl ld l,(hl) ld h,a ;; Fall through __divuint_rrx_hds:: ld b,h ld c,l call .divu16 ld e,c ld d,b ret __moduint_rrx_s:: ld hl,#2+3 add hl,sp ld d,(hl) dec hl ld e,(hl) dec hl ld a,(hl) dec hl ld l,(hl) ld h,a ;; Fall through __moduint_rrx_hds:: ld b,h ld c,l call .divu16 ;; Already in DE ret .div8:: .mod8:: ld a,c ; Sign extend rlca sbc a ld b,a ld a,e ; Sign extend rlca sbc a ld d,a ; Fall through to .div16 ;; 16-bit division ;; ;; Entry conditions ;; BC = dividend ;; DE = divisor ;; ;; Exit conditions ;; BC = quotient ;; DE = remainder ;; If divisor is non-zero, carry=0 ;; If divisor is 0, carry=1 and both quotient and remainder are 0 ;; ;; Register used: AF,BC,DE,HL .div16:: .mod16:: ;; Determine sign of quotient by xor-ing high bytes of dividend ;; and divisor. Quotient is positive if signs are the same, negative ;; if signs are different ;; Remainder has same sign as dividend ld a,b ; Get high byte of dividend push af ; Save as sign of remainder xor d ; Xor with high byte of divisor push af ; Save sign of quotient ;; Take absolute value of divisor bit 7,d jr Z,.chkde ; Jump if divisor is positive sub a ; Substract divisor from 0 sub e ld e,a sbc a ; Propagate borrow (A=0xFF if borrow) sub d ld d,a ;; Take absolute value of dividend .chkde: bit 7,b jr Z,.dodiv ; Jump if dividend is positive sub a ; Substract dividend from 0 sub c ld c,a sbc a ; Propagate borrow (A=0xFF if borrow) sub b ld b,a ;; Divide absolute values .dodiv: call .divu16 jr C,.exit ; Exit if divide by zero ;; Negate quotient if it is negative pop af ; recover sign of quotient and #0x80 jr Z,.dorem ; Jump if quotient is positive sub a ; Substract quotient from 0 sub c ld c,a sbc a ; Propagate borrow (A=0xFF if borrow) sub b ld b,a .dorem: ;; Negate remainder if it is negative pop af ; recover sign of remainder and #0x80 ret Z ; Return if remainder is positive sub a ; Substract remainder from 0 sub e ld e,a sbc a ; Propagate remainder (A=0xFF if borrow) sub d ld d,a ret .exit: pop af pop af ret .divu8:: .modu8:: ld b,#0x00 ld d,b ; Fall through to divu16 .divu16:: .modu16:: ;; Check for division by zero ld a,e or d jr NZ,.divide ; Branch if divisor is non-zero ld bc,#0x00 ; Divide by zero error ld d,b ld e,c scf ; Set carry, invalid result ret .divide: ld l,c ; L = low byte of dividend/quotient ld h,b ; H = high byte of dividend/quotient ld bc,#0x00 ; BC = remainder or a ; Clear carry to start ld a,#16 ; 16 bits in dividend .dvloop: ;; Shift next bit of quotient into bit 0 of dividend ;; Shift next MSB of dividend into LSB of remainder ;; BC holds both dividend and quotient. While we shift a bit from ;; MSB of dividend, we shift next bit of quotient in from carry ;; HL holds remainder ;; Do a 32-bit left shift, shifting carry to L, L to H, ;; H to C, C to B push af ; save number of bits remaining rl l ; Carry (next bit of quotient) to bit 0 rl h ; Shift remaining bytes rl c rl b ; Clears carry since BC was 0 ;; If remainder is >= divisor, next bit of quotient is 1. This ;; bit goes to carry push bc ; Save current remainder ld a,c ; Substract divisor from remainder sbc e ld c,a ld a,b sbc d ld b,a ccf ; Complement borrow so 1 indicates a ; successful substraction (this is the ; next bit of quotient) jr C,.drop ; Jump if remainder is >= dividend pop bc ; Otherwise, restore remainder pop af ; recover # bits remaining, carry flag destroyed dec a or a ; restore (clear) the carry flag jr NZ,.dvloop jr .nodrop .drop: inc sp inc sp pop af ; recover # bits remaining, carry flag destroyed dec a scf ; restore (set) the carry flag jr NZ,.dvloop jr .nodrop .nodrop: ;; Shift last carry bit into quotient ld d,b ; DE = remainder ld e,c rl l ; Carry to L ld c,l ; C = low byte of quotient rl h ld b,h ; B = high byte of quotient or a ; Clear carry, valid result ret sdcc-2.9.0/device/lib/gbz80/fstubs.s000066400000000000000000000002221116427777700171060ustar00rootroot00000000000000 ;; Stubs to match between function names .area _CODE .globl ___slong2fs ___slong2fs_rrx_s:: jp ___slong2fs sdcc-2.9.0/device/lib/gbz80/heap.s000066400000000000000000000004561116427777700165260ustar00rootroot00000000000000 ;; Stubs that hook the heap in .globl __sdcc_heap_init .area _GSINIT call __sdcc_heap_init .area _HEAP __sdcc_heap_start:: ;; For now just allocate 1k of heap. .ds 1023 .area _HEAP_END __sdcc_heap_end:: .ds 1 sdcc-2.9.0/device/lib/gbz80/mul.s000066400000000000000000000040161116427777700164020ustar00rootroot00000000000000 ;; Originally from GBDK by Pascal Felber. .area _CODE __mulschar_rrx_s:: ld hl,#2 add hl,sp ld e,(hl) inc hl ld l,(hl) ;; Fall through __mulschar_rrx_hds:: ;; Need to sign extend before going in. ld c,l ld a,l rla sbc a,a ld b,a ld a,e rla sbc a,a ld d,a jp .mul16 __muluchar_rrx_s:: ld hl,#2 add hl,sp ld e,(hl) inc hl ld c,(hl) ;; Clear the top xor a ld d,a ld b,a jp .mul16 __mulint_rrx_s:: ld hl,#2 add hl,sp ld e,(hl) inc hl ld d,(hl) inc hl ld a,(hl) inc hl ld h,(hl) ld l,a ;; Fall through __muluchar_rrx_hds:: __mulint_rrx_hds:: ;; Parameters: ;; HL, DE (left, right irrelivent) ld b,h ld c,l ;; 16-bit multiplication ;; ;; Entry conditions ;; BC = multiplicand ;; DE = multiplier ;; ;; Exit conditions ;; DE = less significant word of product ;; ;; Register used: AF,BC,DE,HL .mul16: ld hl,#0 ld a,b ; ld c,c ld b,#16 ;; Optimise for the case when this side has 8 bits of data or ;; less. This is often the case with support address calls. or a jp NZ,1$ ld b,#8 ld a,c 1$: ;; Taken from z88dk, which originally borrowed from the ;; Spectrum rom. add hl,hl rl c rla ;DLE 27/11/98 jr NZ,2$ add hl,de 2$: dec b jr NZ,1$ ;; Return in DE ld e,l ld d,h ret sdcc-2.9.0/device/lib/gbz80/printf.c000066400000000000000000000036051116427777700170720ustar00rootroot00000000000000/** Simple printf implementation Again a stub - will use the std one later... */ #include #include #define STATIC static void _printn(unsigned u, unsigned base, char issigned, void (*emitter)(char, void *), void *pData) { const char *_hex = "0123456789ABCDEF"; if (issigned && ((int)u < 0)) { (*emitter)('-', pData); u = (unsigned)-((int)u); } if (u >= base) _printn(u/base, base, 0, emitter, pData); (*emitter)(_hex[u%base], pData); } STATIC void _printf(const char *format, void (*emitter)(char, void *), void *pData, va_list va) { while (*format) { if (*format == '%') { switch (*++format) { case 'c': { char c = (char)va_arg(va, int); (*emitter)(c, pData); break; } case 'u': { unsigned u = va_arg(va, unsigned); _printn(u, 10, 0, emitter, pData); break; } case 'd': { unsigned u = va_arg(va, unsigned); _printn(u, 10, 1, emitter, pData); break; } case 'x': { unsigned u = va_arg(va, unsigned); _printn(u, 16, 0, emitter, pData); break; } case 's': { char *s = va_arg(va, char *); while (*s) { (*emitter)(*s, pData); s++; } } } } else { (*emitter)(*format, pData); } format++; } } void putchar(char c); STATIC void _char_emitter(char c, void *pData) { /* PENDING: Make the compiler happy. */ pData = 0; putchar(c); } int printf(const char *format, ...) { va_list va; va_start(va, format); _printf(format, _char_emitter, NULL, va); /* PENDING: What to return? */ return 0; } STATIC void _buf_emitter(char c, void *pData) { *((*((char **)pData)))++ = c; } int sprintf(char *pInto, const char *format, ...) { va_list va; va_start(va, format); _printf(format, _buf_emitter, &pInto, va); *pInto++ = '\0'; /* PENDING: What to return? */ return 0; } sdcc-2.9.0/device/lib/gbz80/putchar.s000066400000000000000000000003651116427777700172560ustar00rootroot00000000000000 .area _CODE _putchar:: _putchar_rr_s:: ld hl,#2 add hl,sp ld l,(hl) ld a,#1 rst 0x08 ret _putchar_rr_dbs:: ld l,e ld a,#1 rst 0x08 ret sdcc-2.9.0/device/lib/gbz80/shift.s000066400000000000000000000025401116427777700167220ustar00rootroot00000000000000 ;; __rrulong_rrx_s:: ld hl,#2 add hl,sp ld e,(hl) inc hl ld d,(hl) inc hl ld c,(hl) inc hl ld b,(hl) inc hl ld a,(hl) ld l,c ld h,b 1$: or a,a ret Z rr h rr l rr d rr e dec a jp 1$ __rrslong_rrx_s:: ld hl,#2 add hl,sp ld e,(hl) inc hl ld d,(hl) inc hl ld c,(hl) inc hl ld b,(hl) inc hl ld a,(hl) ld l,c ld h,b 1$: or a,a ret Z sra h rr l rr d rr e dec a jp 1$ __rlslong_rrx_s:: __rlulong_rrx_s:: ld hl,#2 add hl,sp ld e,(hl) inc hl ld d,(hl) inc hl ld c,(hl) inc hl ld b,(hl) inc hl ld a,(hl) ld l,c ld h,b 1$: or a,a ret Z rl e rl d rl l rl h dec a jp 1$ sdcc-2.9.0/device/lib/gbz80/string.c000066400000000000000000000011441116427777700170720ustar00rootroot00000000000000/* Dumb strings stub. Wanted a quick hack for now - will use the libc version later. */ char *_strcpy(char *dest, const char *source) { char *d = dest; const char *s = source; while (*d = *s) d++, s++; return dest; } void *_memcpy(void *dest, const void *source, int count) { char *d = dest; const char *s = source; while (count--) { *d = *s; d++; s++; } return dest; } int _strcmp(const char *s1, const char *s2) { char ret = 0; while (!(ret = *s1 - *s2) && *s2) ++s1, ++s2; if (ret < 0) return -1; else if (ret > 0) return 1; return 0; } sdcc-2.9.0/device/lib/gbz80/stubs.s000066400000000000000000000045671116427777700167600ustar00rootroot00000000000000 ;; Stubs to match between function names .area _CODE .globl __mullong .globl __modslong .globl __modulong .globl __divslong .globl __divulong .globl __divschar_rrx_s .globl __divsint_rrx_s .globl __divuchar_rrx_s .globl __divuint_rrx_s .globl __mulschar_rrx_s .globl __muluchar_rrx_s .globl __mulint_rrx_s .globl __moduchar_rrx_s .globl __modschar_rrx_s .globl __moduint_rrx_s .globl __modsint_rrx_s .globl __rrulong_rrx_s .globl __rrslong_rrx_s .globl __rlulong_rrx_s .globl __rlslong_rrx_s __mullong_rrx_s:: __mullong_rrf_s:: jp __mullong __modslong_rrx_s:: __modslong_rrf_s:: jp __modslong __modulong_rrx_s:: __modulong_rrf_s:: jp __modulong __divslong_rrx_s:: __divslong_rrf_s:: jp __divslong __divulong_rrx_s:: __divulong_rrf_s:: jp __divulong __mulint_rrf_s:: ld a,#5 rst 0x08 jp __mulint_rrx_s __divsint_rrf_s:: ld a,#5 rst 0x08 jp __divsint_rrx_s __divuint_rrf_s:: ld a,#5 rst 0x08 jp __divuint_rrx_s __mulschar_rrf_s:: ld a,#5 rst 0x08 jp __mulschar_rrx_s __divschar_rrf_s:: ld a,#5 rst 0x08 jp __divschar_rrx_s __muluchar_rrf_s:: ld a,#5 rst 0x08 jp __muluchar_rrx_s __divuchar_rrf_s:: ld a,#5 rst 0x08 jp __divuchar_rrx_s __modschar_rrf_s:: ld a,#5 rst 0x08 jp __modschar_rrx_s __moduchar_rrf_s:: ld a,#5 rst 0x08 jp __moduchar_rrx_s __modsint_rrf_s:: ld a,#5 rst 0x08 jp __modsint_rrx_s __moduint_rrf_s:: ld a,#5 rst 0x08 jp __moduint_rrx_s __rrulong_rrf_s:: ld a,#5 rst 0x08 jp __rrulong_rrx_s __rrslong_rrf_s:: ld a,#5 rst 0x08 jp __rrslong_rrx_s __rlulong_rrf_s:: ld a,#5 rst 0x08 jp __rlulong_rrx_s __rlslong_rrf_s:: ld a,#5 rst 0x08 jp __rlslong_rrx_s sdcc-2.9.0/device/lib/gets.c000066400000000000000000000007121116427777700155740ustar00rootroot00000000000000#include char * gets(char *s) { char c; unsigned int count=0; while (1) { c=getchar(); switch(c) { case '\b': // backspace if (count) { putchar ('\b'); putchar (' '); putchar ('\b'); s--; count--; } break; case '\n': case '\r': // CR or LF putchar('\r'); putchar('\n'); *s=0; return s; default: *s++=c; count++; putchar(c); break; } } } sdcc-2.9.0/device/lib/hc08/000077500000000000000000000000001116427777700152305ustar00rootroot00000000000000sdcc-2.9.0/device/lib/hc08/Makefile.in000066400000000000000000000027371116427777700173060ustar00rootroot00000000000000# libc/hc08 Makefile VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ LIB_TYPE = @LIB_TYPE@ TOPDIR = ../../.. SCC = $(TOPDIR)/bin/sdcc -mhc08 SAS = $(TOPDIR)/bin/as6808 PORTDIR = ../build/hc08 include $(srcdir)/../incl.mk HC08_FLOAT = $(COMMON_FLOAT) HC08_INT = $(COMMON_INT) \ _divsint.c \ _modsint.c \ _moduint.c HC08_LONG = $(COMMON_LONG) HC08_SDCC = $(COMMON_SDCC) \ _itoa.c \ _ltoa.c \ _spx.c \ _startup.c \ _strlen.c \ _memmove.c \ _heap.c \ sprintf.c \ vprintf.c HC08SOURCES = $(addprefix ../,$(HC08_FLOAT) $(HC08_INT) $(HC08_LONG) $(HC08_SDCC)) HC08OBJECTS = $(patsubst %.c,%.rel,$(HC08_FLOAT) $(HC08_INT) $(HC08_LONG) $(HC08_SDCC)) OBJ = _ret.rel _divuint.rel _divulong.rel _mulint.rel _mullong.rel LIB = hc08.lib CC = $(SCC) AS = $(SAS) ASFLAGS = -plosgff CFLAGS = -I$(srcdir)/../../include -I. --std-c99 all: $(PORTDIR)/$(LIB) $(PORTDIR)/$(LIB): $(OBJ) $(HC08OBJECTS) Makefile ifeq ($(LIB_TYPE), SDCCLIB) rm -f $@; \ ../../../bin/sdcclib -a $@ $(OBJ) $(HC08OBJECTS) else ifeq ($(LIB_TYPE), AR) ar -Scq $@ $(OBJ) $(HC08OBJECTS) else ifeq ($(LIB_TYPE), RANLIB) ar -Scq $@ $(OBJ) $(HC08OBJECTS) $(top_builddir)/bin/asranlib $@ else rm -f $@ for i in $(basename $(OBJ) $(HC08OBJECTS)); do echo $$i >>$@; done cp $(OBJ) $(HC08OBJECTS) $(PORTDIR) endif %.rel: %.c $(CC) $(CFLAGS) -c $< %.rel: ../%.c $(CC) $(CFLAGS) -c $< clean: rm -f *.rel *.sym *.lst *~ $(CLEANSPEC) *.dump* *.asm *.lib distclean: clean rm -f Makefile sdcc-2.9.0/device/lib/hc08/_divuint.c000066400000000000000000000076441116427777700172300ustar00rootroot00000000000000/*------------------------------------------------------------------------- _divuint.c :- routine for unsigned int (16 bit) division Ecrit par - Jean-Louis Vern . jlvern@writeme.com (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Assembler-functions are provided for: mcs51 small mcs51 small stack-auto */ #if !defined(SDCC_USE_XSTACK) && !defined(_SDCC_NO_ASM_LIB_FUNCS) # if defined(SDCC_mcs51) # if defined(SDCC_MODEL_SMALL) # if defined(SDCC_STACK_AUTO) # define _DIVUINT_ASM_SMALL_AUTO # else # define _DIVUINT_ASM_SMALL # endif # endif # endif #endif #if defined _DIVUINT_ASM_SMALL || defined _DIVUINT_ASM_SMALL_AUTO static void _divuint_dummy (void) _naked { __asm .globl __divuint __divuint: #define count r2 #define reste_l r3 #define reste_h r4 #define al dpl #define ah dph #if defined(SDCC_STACK_AUTO) && !defined(SDCC_PARMS_IN_BANK1) ar0 = 0 ; BUG register set is not considered ar1 = 1 .globl __divint mov a,sp add a,#-2 ; 2 bytes return address mov r0,a ; r0 points to bh mov ar1,@r0 ; load bh dec r0 mov ar0,@r0 ; load bl #define bl r0 #define bh r1 __divint: ; entry point for __divsint #else // SDCC_STACK_AUTO #if !defined(SDCC_PARMS_IN_BANK1) #if defined(SDCC_NOOVERLAY) .area DSEG (DATA) #else .area OSEG (OVR,DATA) #endif .globl __divuint_PARM_2 .globl __divsint_PARM_2 __divuint_PARM_2: __divsint_PARM_2: .ds 2 .area CSEG (CODE) #endif // !SDCC_PARMS_IN_BANK1 #if defined(SDCC_PARMS_IN_BANK1) #define bl (b1_0) #define bh (b1_1) #else #define bl (__divuint_PARM_2) #define bh (__divuint_PARM_2 + 1) #endif // SDCC_PARMS_IN_BANK1 #endif // SDCC_STACK_AUTO mov count,#16 clr a mov reste_l,a mov reste_h,a loop: mov a,al ; a <<= 1 add a,acc mov al,a mov a,ah rlc a mov ah,a mov a,reste_l ; reste <<= 1 rlc a ; feed in carry mov reste_l,a mov a,reste_h rlc a mov reste_h,a mov a,reste_l ; reste - b subb a,bl ; here carry is always clear, because ; reste <<= 1 never overflows mov b,a mov a,reste_h subb a,bh jc smaller ; reste >= b? mov reste_h,a ; -> yes; reste = reste - b; mov reste_l,b orl al,#1 smaller: ; -> no djnz count,loop ret __endasm ; } #else // defined _DIVUINT_ASM_SMALL || defined _DIVUINT_ASM_SMALL_AUTO #define MSB_SET(x) ((x >> (8*sizeof(x)-1)) & 1) unsigned int _divuint (unsigned int a, unsigned int b) { unsigned int reste = 0; unsigned char count = 16; char c; do { // reste: a <- 0; c = MSB_SET(a); a <<= 1; reste <<= 1; if (c) reste |= 1; if (reste >= b) { reste -= b; // a <- (result = 1) a |= 1; } } while (--count); return a; } #endif // defined _DIVUINT_ASM_SMALL || defined _DIVUINT_ASM_SMALL_AUTO sdcc-2.9.0/device/lib/hc08/_divulong.c000066400000000000000000000152321116427777700173650ustar00rootroot00000000000000/*------------------------------------------------------------------------- _divulong.c - routine for division of 32 bit unsigned long Ecrit par - Jean-Louis Vern . jlvern@writeme.com (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Assembler-functions are provided for: mcs51 small mcs51 small stack-auto */ #if !defined(SDCC_USE_XSTACK) && !defined(_SDCC_NO_ASM_LIB_FUNCS) # if defined(SDCC_mcs51) # if defined(SDCC_MODEL_SMALL) # if defined(SDCC_STACK_AUTO) && !defined(SDCC_PARMS_IN_BANK1) # define _DIVULONG_ASM_SMALL_AUTO # else # define _DIVULONG_ASM_SMALL # endif # endif # endif #endif #if defined _DIVULONG_ASM_SMALL static void _divlong_dummy (void) _naked { __asm .globl __divulong __divulong: #define count r2 #define a0 dpl #define a1 dph #define a2 b #define a3 r3 #define reste0 r4 #define reste1 r5 #define reste2 r6 #define reste3 r7 #if !defined(SDCC_PARMS_IN_BANK1) #if defined(SDCC_NOOVERLAY) .area DSEG (DATA) #else .area OSEG (OVR,DATA) #endif .globl __divulong_PARM_2 .globl __divslong_PARM_2 __divulong_PARM_2: __divslong_PARM_2: .ds 4 .area CSEG (CODE) #define b0 (__divulong_PARM_2) #define b1 (__divulong_PARM_2 + 1) #define b2 (__divulong_PARM_2 + 2) #define b3 (__divulong_PARM_2 + 3) #else #define b0 (b1_0) #define b1 (b1_1) #define b2 (b1_2) #define b3 (b1_3) #endif // !SDCC_PARMS_IN_BANK1 ; parameter a comes in a, b, dph, dpl mov a3,a ; save parameter a3 mov count,#32 clr a mov reste0,a mov reste1,a mov reste2,a mov reste3,a ; optimization loop in lp0 until the first bit is shifted into rest lp0: mov a,a0 ; a <<= 1 add a,a0 mov a0,a mov a,a1 rlc a mov a1,a mov a,a2 rlc a mov a2,a mov a,a3 rlc a mov a3,a jc in_lp djnz count,lp0 sjmp exit loop: mov a,a0 ; a <<= 1 add a,a0 mov a0,a mov a,a1 rlc a mov a1,a mov a,a2 rlc a mov a2,a mov a,a3 rlc a mov a3,a in_lp: mov a,reste0 ; reste <<= 1 rlc a ; feed in carry mov reste0,a mov a,reste1 rlc a mov reste1,a mov a,reste2 rlc a mov reste2,a mov a,reste3 rlc a mov reste3,a mov a,reste0 ; reste - b subb a,b0 ; carry is always clear here, because ; reste <<= 1 never overflows mov a,reste1 subb a,b1 mov a,reste2 subb a,b2 mov a,reste3 subb a,b3 jc minus ; reste >= b? ; -> yes; reste -= b; mov a,reste0 subb a,b0 ; carry is always clear here (jc) mov reste0,a mov a,reste1 subb a,b1 mov reste1,a mov a,reste2 subb a,b2 mov reste2,a mov a,reste3 subb a,b3 mov reste3,a orl a0,#1 minus: djnz count,loop ; -> no exit: mov a,a3 ; prepare the return value ret __endasm ; } #elif defined _DIVULONG_ASM_SMALL_AUTO static void _divlong_dummy (void) _naked { __asm .globl __divulong __divulong: #define count r2 #define a0 dpl #define a1 dph #define a2 b #define a3 r3 #define reste0 r4 #define reste1 r5 #define reste2 r6 #define reste3 r7 .globl __divlong ; entry point for __divslong #define b0 r1 ar0 = 0 ; BUG register set is not considered ar1 = 1 ; parameter a comes in a, b, dph, dpl mov a3,a ; save parameter a3 mov a,sp add a,#-2-3 ; 2 bytes return address, 3 bytes param b mov r0,a ; r0 points to b0 __divlong: ; entry point for __divslong mov ar1,@r0 ; load b0 inc r0 ; r0 points to b1 mov count,#32 clr a mov reste0,a mov reste1,a mov reste2,a mov reste3,a ; optimization loop in lp0 until the first bit is shifted into rest lp0: mov a,a0 ; a <<= 1 add a,a0 mov a0,a mov a,a1 rlc a mov a1,a mov a,a2 rlc a mov a2,a mov a,a3 rlc a mov a3,a jc in_lp djnz count,lp0 sjmp exit loop: mov a,a0 ; a <<= 1 add a,a0 mov a0,a mov a,a1 rlc a mov a1,a mov a,a2 rlc a mov a2,a mov a,a3 rlc a mov a3,a in_lp: mov a,reste0 ; reste <<= 1 rlc a ; feed in carry mov reste0,a mov a,reste1 rlc a mov reste1,a mov a,reste2 rlc a mov reste2,a mov a,reste3 rlc a mov reste3,a mov a,reste0 ; reste - b subb a,b0 ; carry is always clear here, because ; reste <<= 1 never overflows mov a,reste1 subb a,@r0 ; b1 mov a,reste2 inc r0 subb a,@r0 ; b2 mov a,reste3 inc r0 subb a,@r0 ; b3 dec r0 dec r0 jc minus ; reste >= b? ; -> yes; reste -= b; mov a,reste0 subb a,b0 ; carry is always clear here (jc) mov reste0,a mov a,reste1 subb a,@r0 ; b1 mov reste1,a mov a,reste2 inc r0 subb a,@r0 ; b2 mov reste2,a mov a,reste3 inc r0 subb a,@r0 ; b3 mov reste3,a dec r0 dec r0 orl a0,#1 minus: djnz count,loop ; -> no exit: mov a,a3 ; prepare the return value ret __endasm ; } #else // _DIVULONG_ASM #define MSB_SET(x) ((x >> (8*sizeof(x)-1)) & 1) unsigned long _divulong (unsigned long a, unsigned long b) { unsigned long reste = 0L; unsigned char count = 32; char c; do { // reste: a <- 0; c = MSB_SET(a); a <<= 1; reste <<= 1; if (c) reste |= 1L; if (reste >= b) { reste -= b; // a <- (result = 1) a |= 1L; } } while (--count); return a; } #endif // _DIVULONG_ASM sdcc-2.9.0/device/lib/hc08/_mulint.c000066400000000000000000000051321116427777700170440ustar00rootroot00000000000000/*------------------------------------------------------------------------- _mulint.c :- routine for (unsigned) int (16 bit) multiplication Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Signed and unsigned multiplication are the same - as long as the output has the same precision as the input. Assembler-functions are provided for: hc08 hc08 stack-auto */ #if !defined(_SDCC_NO_ASM_LIB_FUNCS) #pragma save #pragma less_pedantic int _mulint (int a, int b) { a,b; /* reference to make compiler happy */ #if !defined(SDCC_STACK_AUTO) __asm ais #-2 psha pshx ldx __mulint_PARM_2+1 mul sta 4,s stx 3,s lda 1,s ldx __mulint_PARM_2+1 mul add 3,s sta 3,s lda 2,s ldx __mulint_PARM_2 mul add 3,s sta 3,s ais #2 pulx pula __endasm; #else __asm ais #-2 psha pshx ldx 8,s mul sta 4,s stx 3,s lda 1,s ldx 8,s mul add 3,s sta 3,s lda 2,s ldx 7,s mul add 3,s sta 3,s ais #2 pulx pula __endasm; #endif } #pragma restore #else union uu { struct { unsigned char hi,lo ;} s; unsigned int t; } ; int _mulint (int a, int b) { #if !defined(SDCC_STACK_AUTO) && (defined(SDCC_MODEL_LARGE) || defined(SDCC_ds390)) // still needed for large union uu __xdata *x; union uu __xdata *y; union uu t; x = (union uu __xdata *)&a; y = (union uu __xdata *)&b; #else register union uu *x; register union uu *y; union uu t; x = (union uu *)&a; y = (union uu *)&b; #endif t.t = x->s.lo * y->s.lo; t.s.hi += (x->s.lo * y->s.hi) + (x->s.hi * y->s.lo); return t.t; } #endif #undef _MULINT_ASM sdcc-2.9.0/device/lib/hc08/_mullong.c000066400000000000000000000067331116427777700172210ustar00rootroot00000000000000/*------------------------------------------------------------------------- _mullong.c - routine for multiplication of 32 bit (unsigned) long Written By - Jean Louis VERN jlvern@writeme.com (1999) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Signed and unsigned multiplication are the same - as long as the output has the same precision as the input. Assembler-functions are provided for: mcs51 small mcs51 small stack-auto */ struct some_struct { short a ; char b; long c ;}; union bil { struct {unsigned char b3,b2,b1,b0 ;} b; struct {unsigned short hi,lo ;} i; unsigned long l; struct { unsigned char b3; unsigned short i12; unsigned char b0;} bi; } ; # define bcast(x) ((union bil *)&(x)) /* 3 2 1 0 X 3 2 1 0 ---------------------------- 0.3 0.2 0.1 0.0 1.3 1.2 1.1 1.0 2.3 2.2 2.1 2.0 3.3 3.2 3.1 3.0 ---------------------------- |3.3|1.3|0.2|0.0| A |2.3|0.3|0.1| B |3.2|1.2|1.0| C |2.2|1.1| D |3.1|2.0| E |2.1| F |3.0| G |-------> only this side 32 x 32 -> 32 */ long _mullong (long a, long b) { union bil t; t.i.hi = bcast(a)->b.b0 * bcast(b)->b.b2; // A t.i.lo = bcast(a)->b.b0 * bcast(b)->b.b0; // A t.b.b3 += bcast(a)->b.b3 * bcast(b)->b.b0; // G t.b.b3 += bcast(a)->b.b2 * bcast(b)->b.b1; // F t.i.hi += bcast(a)->b.b2 * bcast(b)->b.b0; // E <- b lost in .lst // bcast(a)->i.hi is free ! t.i.hi += bcast(a)->b.b1 * bcast(b)->b.b1; // D <- b lost in .lst bcast(a)->bi.b3 = bcast(a)->b.b1 * bcast(b)->b.b2; bcast(a)->bi.i12 = bcast(a)->b.b1 * bcast(b)->b.b0; // C bcast(b)->bi.b3 = bcast(a)->b.b0 * bcast(b)->b.b3; bcast(b)->bi.i12 = bcast(a)->b.b0 * bcast(b)->b.b1; // B bcast(b)->bi.b0 = 0; // B bcast(a)->bi.b0 = 0; // C t.l += a; return t.l + b; } sdcc-2.9.0/device/lib/hc08/_ret.c000066400000000000000000000000711116427777700163230ustar00rootroot00000000000000 __data unsigned char _ret2; __data unsigned char _ret3; sdcc-2.9.0/device/lib/incl.mk000066400000000000000000000024211116427777700157430ustar00rootroot00000000000000COMMON_FLOAT = \ _atof.c \ _schar2fs.c \ _sint2fs.c \ _slong2fs.c \ _uchar2fs.c \ _uint2fs.c \ _ulong2fs.c \ _fs2schar.c \ _fs2sint.c \ _fs2slong.c \ _fs2uchar.c \ _fs2uint.c \ _fs2ulong.c \ _fsadd.c \ _fsdiv.c \ _fsmul.c \ _fssub.c \ _fseq.c \ _fsgt.c \ _fslt.c \ _fsneq.c \ fabsf.c \ frexpf.c \ ldexpf.c \ expf.c \ powf.c \ sincosf.c \ sinf.c \ cosf.c \ logf.c \ log10f.c \ sqrtf.c \ tancotf.c \ tanf.c \ cotf.c \ asincosf.c \ asinf.c \ acosf.c \ atanf.c \ atan2f.c \ sincoshf.c \ sinhf.c \ coshf.c \ tanhf.c \ floorf.c \ ceilf.c \ modff.c \ errno.c COMMON_LONG = \ _divslong.c \ _modslong.c \ _modulong.c COMMON_SDCC = \ _atoi.c \ _atol.c \ abs.c \ labs.c \ rand.c \ _iscntrl.c \ _isdigit.c \ _isgraph.c \ _isprint.c \ _ispunct.c \ _isspace.c \ _islower.c \ _isupper.c \ _isxdigit.c \ _strcat.c \ _strchr.c \ _strcmp.c \ _strcpy.c \ _strcspn.c \ _strncat.c \ _strncmp.c \ _strncpy.c \ _strpbrk.c \ _strrchr.c \ _strspn.c \ _strstr.c \ _strtok.c \ _memcmp.c \ _memcpy.c \ _memset.c \ _calloc.c \ _malloc.c \ _realloc.c \ _free.c \ printf_large.c \ puts.c \ gets.c \ assert.c \ time.c MODELS = small medium large sdcc-2.9.0/device/lib/labs.c000066400000000000000000000021051116427777700155510ustar00rootroot00000000000000/*------------------------------------------------------------------------- abs.c: computes absolute value of an integer. Copyright (C) 2004 - Maarten Brock, sourceforge.brock@dse.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA -------------------------------------------------------------------------*/ #include long int labs(long int j) { return (j >= 0) ? j : -j; } //END OF MODULE sdcc-2.9.0/device/lib/large/000077500000000000000000000000001116427777700155605ustar00rootroot00000000000000sdcc-2.9.0/device/lib/large/Makefile.in000066400000000000000000000001721116427777700176250ustar00rootroot00000000000000all: $(MAKE) -C ../mcs51 all cp ../mcs51/*.rel . touch dummy.rel clean: rm -f *.rel distclean: clean rm -f Makefilesdcc-2.9.0/device/lib/ldexpf.c000066400000000000000000000022141116427777700161130ustar00rootroot00000000000000/* ldexpf.c: Build a float from a mantisa and exponent. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include #include float ldexpf(const float x, const int pw2) { union float_long fl; long e; fl.f = x; e=(fl.l >> 23) & 0x000000ff; e+=pw2; fl.l= ((e & 0xff) << 23) | (fl.l & 0x807fffff); return(fl.f); } sdcc-2.9.0/device/lib/log10f.c000066400000000000000000000020141116427777700157170ustar00rootroot00000000000000/* log10f.c: Computes the base 10 log of a 32 bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include #include float log10f(const float x) _FLOAT_FUNC_REENTRANT { return logf(x)*0.4342944819; } sdcc-2.9.0/device/lib/logf.c000066400000000000000000000117751116427777700155740ustar00rootroot00000000000000/* logf.c: Computes the natural log of a 32 bit float as outlined in [1]. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ #define SDCC_MATH_LIB #include #include #ifdef MATH_ASM_MCS51 #define SDCC_FLOAT_LIB #include // TODO: share with other temps static __data unsigned char logf_tmp[4]; float logf(float x) { x; __asm // extract the two input, placing it into: // sign exponent mantiassa // ---- -------- --------- // x: sign_a exp_a r4/r3/r2 lcall fsgetarg logf_neg_check: jnb sign_a, logf_zero_check // TODO: set errno to EDOM (negative numbers not allowed) ljmp fs_return_nan logf_zero_check: cjne r4, #0, logf_ok // TODO: set errno to ERANGE (zero not allowed) setb sign_a ljmp fs_return_inf logf_ok: push exp_a mov a, #3 mov r1, #0 lcall fs_rshift_a clr a mov (_logf_tmp + 0), a // y = 0 mov (_logf_tmp + 1), a mov (_logf_tmp + 2), a mov (_logf_tmp + 3), a mov dptr, #__fs_natural_log_table mov r0, a logf_cordic_loop: mov ar7, r4 // r7/r6/r5 = x >> i mov ar6, r3 mov ar5, r2 mov b, r1 mov a, r0 lcall __fs_cordic_rshift_r765_unsigned mov a, r1 // check if x + (x >> i) > 1.0 add a, b mov a, r2 addc a, r5 mov a, r3 addc a, r6 mov a, r4 addc a, r7 anl a, #0xE0 jnz logf_cordic_skip mov a, r1 // x = x + (x >> i) add a, b mov r1, a mov a, r2 addc a, r5 mov r2, a mov a, r3 addc a, r6 mov r3, a mov a, r4 addc a, r7 mov r4, a clr a // y = y + log_table[i] movc a, @a+dptr add a, (_logf_tmp + 0) mov (_logf_tmp + 0), a mov a, #1 movc a, @a+dptr addc a, (_logf_tmp + 1) mov (_logf_tmp + 1), a mov a, #2 movc a, @a+dptr addc a, (_logf_tmp + 2) mov (_logf_tmp + 2), a mov a, #3 movc a, @a+dptr addc a, (_logf_tmp + 3) mov (_logf_tmp + 3), a logf_cordic_skip: inc dptr inc dptr inc dptr inc dptr inc r0 cjne r0, #30, logf_cordic_loop // at this point, _logf_tmp has the natural log of the positive // normalized fractional part (0.5 to 1.0 -> 0.693 to 0.0) mov r4, (_logf_tmp + 3) mov r3, (_logf_tmp + 2) mov r2, (_logf_tmp + 1) mov r1, (_logf_tmp + 0) mov exp_a, #129 setb sign_a lcall fs_normalize_a pop acc cjne a, #126, logf_exponent // if the input exponent was 126, then we don't need to add // anything and we can just return the with we have already // TODO: which of these gives best accuracy??? ljmp fs_zerocheck_return //ljmp fs_round_and_return logf_exponent: jc logf_exp_neg // the input exponent was greater than 126 logf_exp_pos: add a, #130 clr sign_b sjmp logf_exp_scale logf_exp_neg: // the input exponent was less than 126 cpl a add a, #127 setb sign_b logf_exp_scale: // r0 has abs(exp - 126) mov r0, a // put the log of faction into b, so we can use a to compute // the offset to be added to it or subtracted from it lcall fs_swap_a_b // multiply r0 by log(2), or r0 * 0xB17218 mov a, #0x18 mov b, r0 mul ab mov r1, a mov r2, b mov a, #0xB1 mov b, r0 mul ab mov r3, a mov r4, b mov a, #0x72 mov b, r0 mul ab add a, r2 mov r2, a mov a, b addc a, r3 mov r3, a clr a addc a, r4 mov r4, a // turn r0 * log(2) into a proper float mov exp_a, #134 lcall fs_normalize_a // now just add log(fractional) +/- log(2) * abs(exp - 126) ljmp fsadd_direct_entry __endasm; #pragma less_pedantic } #else // not MATH_ASM_MCS51 /*Constants for 24 bits or less (8 decimal digits)*/ #define A0 -0.5527074855E+0 #define B0 -0.6632718214E+1 #define A(w) (A0) #define B(w) (w+B0) #define C0 0.70710678118654752440 #define C1 0.693359375 /*355.0/512.0*/ #define C2 -2.121944400546905827679E-4 float logf(const float x) _FLOAT_FUNC_REENTRANT { #if defined(SDCC_mcs51) && defined(SDCC_MODEL_SMALL) \ && !defined(SDCC_NOOVERLAY) volatile #endif float Rz; float f, z, w, znum, zden, xn; int n; if (x<=0.0) { errno=EDOM; return 0.0; } f=frexpf(x, &n); znum=f-0.5; if (f>C0) { znum-=0.5; zden=(f*0.5)+0.5; } else { n--; zden=znum*0.5+0.5; } z=znum/zden; w=z*z; Rz=z+z*(w*A(w)/B(w)); xn=n; return ((xn*C2+Rz)+xn*C1); } #endif sdcc-2.9.0/device/lib/make51lib.bat000066400000000000000000000022161116427777700167310ustar00rootroot00000000000000del small\*.lib set SDCCLIB_CC=sdcc --use-stdout --model-small -c sdcclib -l small\libfloat.lib libfloat.lib sdcclib -l small\libint.lib libint.lib sdcclib -l small\liblong.lib liblong.lib sdcclib -l small\libsdcc.lib libsdcc.lib cd mcs51 @for %%I in (*.asm) do asx8051 -plosgff %%I @for %%I in (*.rel) do sdcclib ..\small\mcs51.lib %%I cd.. del *.rel *.sym *.asm *.lst *.adb del medium\*.lib set SDCCLIB_CC=sdcc --use-stdout --model-medium -c sdcclib -l medium\libfloat.lib libfloat.lib sdcclib -l medium\libint.lib libint.lib sdcclib -l medium\liblong.lib liblong.lib sdcclib -l medium\libsdcc.lib libsdcc.lib cd mcs51 @for %%I in (*.asm) do asx8051 -plosgff %%I @for %%I in (*.rel) do sdcclib ..\medium\mcs51.lib %%I cd.. del *.rel *.sym *.asm *.lst *.adb del large\*.lib set SDCCLIB_CC=sdcc --use-stdout --model-large -DUSE_FLOATS -c sdcclib -l large\libfloat.lib libfloat.lib sdcclib -l large\libint.lib libint.lib sdcclib -l large\liblong.lib liblong.lib sdcclib -l large\libsdcc.lib libsdcc.lib cd mcs51 @for %%I in (*.asm) do asx8051 -plosgff %%I @for %%I in (*.rel) do sdcclib ..\large\mcs51.lib %%I cd.. del *.rel *.sym *.asm *.lst *.adb set SDCCLIB_CC=sdcc-2.9.0/device/lib/mcs51/000077500000000000000000000000001116427777700154165ustar00rootroot00000000000000sdcc-2.9.0/device/lib/mcs51/Makefile.in000066400000000000000000000021321116427777700174610ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_srcdir = @top_srcdir@ top_builddir = @top_builddir@ LIB_TYPE = @LIB_TYPE@ SAS = $(top_builddir)/bin/asx8051 SCC = $(top_builddir)/bin/sdcc PORTDIR = ../build/$(PORT) OBJ = crtstart.rel crtxinit.rel crtxclear.rel crtclear.rel crtxstack.rel \ crtpagesfr.rel crtbank.rel crtcall.rel LIB = mcs51.lib CC = $(SCC) AS = $(SAS) ASFLAGS = -plosgff CFLAGS = -I$(top_srcdir)/include --std-c89 all: $(PORTDIR)/$(LIB) $(PORTDIR)/$(LIB): $(OBJ) Makefile ifeq ($(LIB_TYPE), SDCCLIB) rm -f $@; \ ../../../bin/sdcclib -a $@ $(OBJ) else ifeq ($(LIB_TYPE), AR) ar -Scq $@ $(OBJ) else ifeq ($(LIB_TYPE), RANLIB) ar -Scq $@ $(OBJ) $(top_builddir)/bin/asranlib $@ else rm -f $@ for i in $(basename $(OBJ)); do echo $$i >>$@; done cp $(OBJ) $(PORTDIR) endif %.rel: %.c $(CC) $(CFLAGS) -c $< %.rel: %.asm @# TODO: asx8051 should place it's output in the current dir test $(srcdir) = . || cp $< . -$(AS) $(ASFLAGS) $(notdir $<) test $(srcdir) = . || rm $(notdir $<) clean: rm -f *.rel *.sym *.lst *~ $(CLEANSPEC) *.dump* *.lib distclean: clean rm -r Makefile sdcc-2.9.0/device/lib/mcs51/README000066400000000000000000000001041116427777700162710ustar00rootroot00000000000000sdcc/device/lib/mcs51 ------------------- mcs51 specific routines. sdcc-2.9.0/device/lib/mcs51/crtbank.asm000066400000000000000000000050041116427777700175430ustar00rootroot00000000000000; /*------------------------------------------------------------------------- ; ; crtbank.asm :- C run-time: bank switching ; ; This library is free software; you can redistribute it and/or modify it ; under the terms of the GNU Library General Public License as published by the ; Free Software Foundation; either version 2, or (at your option) any ; later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ; GNU Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public License ; along with this program; if not, write to the Free Software ; Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; -------------------------------------------------------------------------*/ .area HOME (CODE) .area GSINIT0 (CODE) .area GSINIT1 (CODE) .area GSINIT2 (CODE) .area GSINIT3 (CODE) .area GSINIT4 (CODE) .area GSINIT5 (CODE) .area GSINIT (CODE) .area GSFINAL (CODE) .area CSEG (CODE) ; /*------------------------------------------------------------------------- ; Example for SiLabs C8051F12x / C8051F13x with 128kB code memory ; divided into 4 banks of 32kB ; These devices have an sfr called PSBANK containing two parts: ; COBANK (bit 5:4): Constant Operations Bank ; IFBANK (bit 1:0): Instruction Fetch Bank ; From 0x0000 to 0x7FFF bank 0 is always accessed ; From 0x8000 to 0xFFFF bank COBANK is accessed for reading with movc ; From 0x8000 to 0xFFFF bank IFBANK is accessed for executing instructions ; ; Make your own copy of this file, ; adapt it to your situation, ; and compile/link it in your project ; -------------------------------------------------------------------------*/ .globl _PSBANK .area HOME (CODE) __sdcc_banked_call:: push _PSBANK ;save return bank xch a,r0 ;save Acc in r0, do not assume any register bank push acc ;push LSB address mov a,r1 push acc ;push MSB address mov a,r2 ;get new bank anl a,#0x0F ;remove storage class indicator anl _PSBANK,#0xF0 orl _PSBANK,a ;select bank xch a,r0 ;restore Acc ret ;make the call __sdcc_banked_ret:: pop _PSBANK ;restore bank ret ;return to caller sdcc-2.9.0/device/lib/mcs51/crtcall.asm000066400000000000000000000026461116427777700175540ustar00rootroot00000000000000; /*------------------------------------------------------------------------- ; ; crtcall.asm :- C run-time: indirect function call ; ; This library is free software; you can redistribute it and/or modify it ; under the terms of the GNU Library General Public License as published by the ; Free Software Foundation; either version 2, or (at your option) any ; later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ; GNU Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public License ; along with this program; if not, write to the Free Software ; Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; -------------------------------------------------------------------------*/ .area HOME (CODE) .area GSINIT0 (CODE) .area GSINIT1 (CODE) .area GSINIT2 (CODE) .area GSINIT3 (CODE) .area GSINIT4 (CODE) .area GSINIT5 (CODE) .area GSINIT (CODE) .area GSFINAL (CODE) .area CSEG (CODE) .area HOME (CODE) __sdcc_call_dptr:: clr a jmp @a+dptr sdcc-2.9.0/device/lib/mcs51/crtclear.asm000066400000000000000000000027661116427777700177320ustar00rootroot00000000000000; /*------------------------------------------------------------------------- ; ; crtclear.asm :- C run-time: clear DATA/IDATA ; ; This library is free software; you can redistribute it and/or modify it ; under the terms of the GNU Library General Public License as published by the ; Free Software Foundation; either version 2, or (at your option) any ; later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ; GNU Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public License ; along with this program; if not, write to the Free Software ; Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; -------------------------------------------------------------------------*/ .area CSEG (CODE) .area GSINIT0 (CODE) .area GSINIT1 (CODE) .area GSINIT2 (CODE) .area GSINIT3 (CODE) .area GSINIT4 (CODE) .area GSINIT5 (CODE) .area GSINIT (CODE) .area GSFINAL (CODE) .area GSINIT4 (CODE) __mcs51_genRAMCLEAR:: clr a mov r0,#(l_IRAM-1) ; mov r0,a will do for most devices 00004$: mov @r0,a djnz r0,00004$ ; _mcs51_genRAMCLEAR() end sdcc-2.9.0/device/lib/mcs51/crtpagesfr.asm000066400000000000000000000023461116427777700202650ustar00rootroot00000000000000; /*------------------------------------------------------------------------- ; ; crtpagesfr.asm :- C run-time: define page sfr for movx @r0/r1 instructions ; ; This library is free software; you can redistribute it and/or modify it ; under the terms of the GNU Library General Public License as published by the ; Free Software Foundation; either version 2, or (at your option) any ; later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ; GNU Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public License ; along with this program; if not, write to the Free Software ; Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; -------------------------------------------------------------------------*/ __XPAGE == 0xa0 ; 0xa0 is P2 on the original 8051 sdcc-2.9.0/device/lib/mcs51/crtstart.asm000066400000000000000000000032041116427777700177650ustar00rootroot00000000000000; /*------------------------------------------------------------------------- ; ; crtstart.asm :- C run-time: startup ; ; This library is free software; you can redistribute it and/or modify it ; under the terms of the GNU Library General Public License as published by the ; Free Software Foundation; either version 2, or (at your option) any ; later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ; GNU Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public License ; along with this program; if not, write to the Free Software ; Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; -------------------------------------------------------------------------*/ .area CSEG (CODE) .area GSINIT0 (CODE) .area GSINIT1 (CODE) .area GSINIT2 (CODE) .area GSINIT3 (CODE) .area GSINIT4 (CODE) .area GSINIT5 (CODE) .area GSINIT (CODE) .area GSFINAL (CODE) .globl __start__stack .area GSINIT0 (CODE) __sdcc_gsinit_startup:: mov sp,#__start__stack - 1 .area GSINIT2 (CODE) lcall __sdcc_external_startup mov a,dpl jz __sdcc_init_data ljmp __sdcc_program_startup __sdcc_init_data: sdcc-2.9.0/device/lib/mcs51/crtxclear.asm000066400000000000000000000033331116427777700201110ustar00rootroot00000000000000; /*------------------------------------------------------------------------- ; ; crtxclear.asm :- C run-time: clear XSEG ; ; This library is free software; you can redistribute it and/or modify it ; under the terms of the GNU Library General Public License as published by the ; Free Software Foundation; either version 2, or (at your option) any ; later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ; GNU Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public License ; along with this program; if not, write to the Free Software ; Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; -------------------------------------------------------------------------*/ .area CSEG (CODE) .area GSINIT0 (CODE) .area GSINIT1 (CODE) .area GSINIT2 (CODE) .area GSINIT3 (CODE) .area GSINIT4 (CODE) .area GSINIT5 (CODE) .area GSINIT (CODE) .area GSFINAL (CODE) .area GSINIT4 (CODE) __mcs51_genXRAMCLEAR:: mov r0,#l_PSEG mov a,r0 orl a,#(l_PSEG >> 8) jz 00006$ mov r1,#s_PSEG mov __XPAGE,#(s_PSEG >> 8) clr a 00005$: movx @r1,a inc r1 djnz r0,00005$ 00006$: mov r0,#l_XSEG mov a,r0 orl a,#(l_XSEG >> 8) jz 00008$ mov r1,#((l_XSEG + 255) >> 8) mov dptr,#s_XSEG clr a 00007$: movx @dptr,a inc dptr djnz r0,00007$ djnz r1,00007$ 00008$: sdcc-2.9.0/device/lib/mcs51/crtxinit.asm000066400000000000000000000047631116427777700177760ustar00rootroot00000000000000; /*------------------------------------------------------------------------- ; ; crtxinit.asm :- C run-time: copy XINIT to XISEG ; ; This library is free software; you can redistribute it and/or modify it ; under the terms of the GNU Library General Public License as published by the ; Free Software Foundation; either version 2, or (at your option) any ; later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ; GNU Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public License ; along with this program; if not, write to the Free Software ; Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; -------------------------------------------------------------------------*/ ; Set DUAL_DPTR to 1 and reassemble if your derivative has dual data pointers ; Especially useful if movx @Ri cannot go beyond the first 256 bytes of xdata ; due to lack of P2 or _XPAGE ; If the derivative has auto-toggle or auto-increment it can be further optimized DUAL_DPTR = 0 .area CSEG (CODE) .area GSINIT0 (CODE) .area GSINIT1 (CODE) .area GSINIT2 (CODE) .area GSINIT3 (CODE) .area GSINIT4 (CODE) .area GSINIT5 (CODE) .area GSINIT (CODE) .area GSFINAL (CODE) .area GSINIT3 (CODE) .if DUAL_DPTR .globl _DPS ; assume DPSEL is in DPS bit0 __mcs51_genXINIT:: mov r1,#l_XINIT mov a,r1 orl a,#(l_XINIT >> 8) jz 00003$ mov r2,#((l_XINIT+255) >> 8) orl _DPS,#0x01 ; set DPSEL, select DPTR1 mov dptr,#s_XINIT ; DPTR1 for code dec _DPS ; clear DPSEL, select DPTR0 mov dptr,#s_XISEG ; DPTR0 for xdata 00001$: clr a inc _DPS ; set DPSEL, select DPTR1 movc a,@a+dptr inc dptr dec _DPS ; clear DPSEL, select DPTR0 movx @dptr,a inc dptr djnz r1,00001$ djnz r2,00001$ 00003$: .else .globl __XPAGE __mcs51_genXINIT:: mov r1,#l_XINIT mov a,r1 orl a,#(l_XINIT >> 8) jz 00003$ mov r2,#((l_XINIT+255) >> 8) mov dptr,#s_XINIT mov r0,#s_XISEG mov __XPAGE,#(s_XISEG >> 8) 00001$: clr a movc a,@a+dptr movx @r0,a inc dptr inc r0 cjne r0,#0,00002$ inc __XPAGE 00002$: djnz r1,00001$ djnz r2,00001$ mov __XPAGE,#0xFF 00003$: .endif sdcc-2.9.0/device/lib/mcs51/crtxstack.asm000066400000000000000000000034351116427777700201330ustar00rootroot00000000000000; /*------------------------------------------------------------------------- ; ; crtxstack.asm :- C run-time: setup xstack ; ; This library is free software; you can redistribute it and/or modify it ; under the terms of the GNU Library General Public License as published by the ; Free Software Foundation; either version 2, or (at your option) any ; later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ; GNU Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public License ; along with this program; if not, write to the Free Software ; Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; -------------------------------------------------------------------------*/ .area CSEG (CODE) .area GSINIT0 (CODE) .area GSINIT1 (CODE) .area GSINIT2 (CODE) .area GSINIT3 (CODE) .area GSINIT4 (CODE) .area GSINIT5 (CODE) .area GSINIT (CODE) .area GSFINAL (CODE) .globl __start__xstack .globl __XPAGE .area GSINIT1 (CODE) __sdcc_init_xstack:: ; Need to initialize in GSINIT1 in case the user's __sdcc_external_startup ; uses the xstack. mov __XPAGE,#(__start__xstack >> 8) mov _spx,#__start__xstack .area GSINIT5 (CODE) ; Need to initialize in GSINIT5 because __mcs51_genXINIT modifies __XPAGE ; and __mcs51_genRAMCLEAR modifies _spx. mov __XPAGE,#(__start__xstack >> 8) mov _spx,#__start__xstack sdcc-2.9.0/device/lib/medium/000077500000000000000000000000001116427777700157465ustar00rootroot00000000000000sdcc-2.9.0/device/lib/medium/Makefile.in000066400000000000000000000001721116427777700200130ustar00rootroot00000000000000all: $(MAKE) -C ../mcs51 all cp ../mcs51/*.rel . touch dummy.rel clean: rm -f *.rel distclean: clean rm -f Makefilesdcc-2.9.0/device/lib/modff.c000066400000000000000000000017561116427777700157360ustar00rootroot00000000000000/* modff.c: Returns both the integer and fraction of a float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include float modff(float x, float * y) { *y=(long)x; return (x-*y); } sdcc-2.9.0/device/lib/pic/000077500000000000000000000000001116427777700152415ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic/GPL000066400000000000000000000431061116427777700156120ustar00rootroot00000000000000 GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. (Exception: if the Program itself is interactive but does not normally print such an announcement, your work based on the Program is not required to print an announcement.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Program, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Program, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Program. In addition, mere aggregation of another work not based on the Program with the Program (or with a work based on the Program) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. 3. You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. (This alternative is allowed only for noncommercial distribution and only if you received the program in object code or executable form with such an offer, in accord with Subsection b above.) The source code for a work means the preferred form of the work for making modifications to it. For an executable work, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the executable. However, as a special exception, the source code distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. If distribution of executable or object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place counts as distribution of the source code, even though third parties are not compelled to copy the source along with the object code. 4. You may not copy, modify, sublicense, or distribute the Program except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense or distribute the Program is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 5. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Program or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Program (or any work based on the Program), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Program or works based on it. 6. Each time you redistribute the Program (or any work based on the Program), the recipient automatically receives a license from the original licensor to copy, distribute or modify the Program subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties to this License. 7. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Program at all. For example, if a patent license would not permit royalty-free redistribution of the Program by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Program. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system, which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 8. If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS Appendix: How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) 19yy This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) 19yy name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Library General Public License instead of this License. sdcc-2.9.0/device/lib/pic/LGPL000066400000000000000000000612721116427777700157320ustar00rootroot00000000000000 GNU LIBRARY GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. [This is the first released version of the library GPL. It is numbered 2 because it goes with version 2 of the ordinary GPL.] Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public Licenses are intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This license, the Library General Public License, applies to some specially designated Free Software Foundation software, and to any other libraries whose authors decide to use it. You can use it for your libraries, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the library, or if you modify it. For example, if you distribute copies of the library, whether gratis or for a fee, you must give the recipients all the rights that we gave you. You must make sure that they, too, receive or can get the source code. If you link a program with the library, you must provide complete object files to the recipients so that they can relink them with the library, after making changes to the library and recompiling it. And you must show them these terms so they know their rights. Our method of protecting your rights has two steps: (1) copyright the library, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the library. Also, for each distributor's protection, we want to make certain that everyone understands that there is no warranty for this free library. If the library is modified by someone else and passed on, we want its recipients to know that what they have is not the original version, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that companies distributing free software will individually obtain patent licenses, thus in effect transforming the program into proprietary software. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. Most GNU software, including some libraries, is covered by the ordinary GNU General Public License, which was designed for utility programs. This license, the GNU Library General Public License, applies to certain designated libraries. This license is quite different from the ordinary one; be sure to read it in full, and don't assume that anything in it is the same as in the ordinary license. The reason we have a separate public license for some libraries is that they blur the distinction we usually make between modifying or adding to a program and simply using it. Linking a program with a library, without changing the library, is in some sense simply using the library, and is analogous to running a utility program or application program. However, in a textual and legal sense, the linked executable is a combined work, a derivative of the original library, and the ordinary General Public License treats it as such. Because of this blurred distinction, using the ordinary General Public License for libraries did not effectively promote software sharing, because most developers did not use the libraries. We concluded that weaker conditions might promote sharing better. However, unrestricted linking of non-free programs would deprive the users of those programs of all benefit from the free status of the libraries themselves. This Library General Public License is intended to permit developers of non-free programs to use free libraries, while preserving your freedom as a user of such programs to change the free libraries that are incorporated in them. (We have not seen how to achieve this as regards changes in header files, but we have achieved it as regards changes in the actual functions of the Library.) The hope is that this will lead to faster development of free libraries. The precise terms and conditions for copying, distribution and modification follow. Pay close attention to the difference between a "work based on the library" and a "work that uses the library". The former contains code derived from the library, while the latter only works together with the library. Note that it is possible for a library to be covered by the ordinary General Public License rather than by this special one. GNU LIBRARY GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License Agreement applies to any software library which contains a notice placed by the copyright holder or other authorized party saying it may be distributed under the terms of this Library General Public License (also called "this License"). Each licensee is addressed as "you". A "library" means a collection of software functions and/or data prepared so as to be conveniently linked with application programs (which use some of those functions and data) to form executables. The "Library", below, refers to any such software library or work which has been distributed under these terms. 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To apply these terms, attach the following notices to the library. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. Also add information on how to contact you by electronic and paper mail. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the library, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the library `Frob' (a library for tweaking knobs) written by James Random Hacker. , 1 April 1990 Ty Coon, President of Vice That's all there is to it! sdcc-2.9.0/device/lib/pic/Makefile.common.in000066400000000000000000000040461116427777700206010ustar00rootroot00000000000000########################################################### ### Makefile.common.in for the SDCC/PIC14 Library ### ### Copyright (C) 2005 by Raphael Neider ### ### The library is currently maintained by ### Raphael Neider ### ### This file may be distributed under the terms of the the ### GNU General Public License (GPL). See GPL for details. ### ### $Id: Makefile.common.in 4785 2007-05-05 07:41:17Z borutr $ ### ################################################# ### verboseness #Q ?= # be verbose Q ?= @ # be quiet # be really quiet (suppress "Entering/Leaving directory...") #MAKEFLAGS := $(filter-out -s,$(MAKEFLAGS)) -s ################################################# ### compiler switches # ARCH might be overwritten in libio ARCH ?= 877 CFLAGS ?= CFLAGS += -mpic14 -p16f$(ARCH) CFLAGS += --std-c99 CFLAGS += -I. -I$(top_srcdir)/../../include/pic ################################################# ### optimization flags ################################################# ### debugging PIC14 port #CFLAGS += --debug-ralloc #CFLAGS += --debug-xtra #CFLAGS += --pcode-verbose CFLAGS += --i-code-in-asm ################################################# ### debugging SDCC's optimizations #CFLAGS += --nooverlay #CFLAGS += --nogcse #CFLAGS += --nolabelopt #CFLAGS += --noinvariant #CFLAGS += --noinduction #CFLAGS += --nojtbound #CFLAGS += --noloopreverse ################################################# ### assembler switches ASFLAGS ?= ASFLAGS += -pp16f$(ARCH) ASFLAGS += -I$(top_srcdir)/../../include/pic ASFLAGS += -I. -I$(srcdir) ################################################# ### linker switches LDFLAGS ?= LDFLAGS += -m -l -w ################################################# ### librarian switches LIBFLAGS ?= LIBFLAGS += -c ################################################# ### programs to use CPP = $(top_builddir)/../../../bin/sdcpp CC = $(top_builddir)/../../../bin/sdcc AS = @GPASM@ LD = @GPLINK@ LIB = @GPLIB@ SED ?= @SED@ GREP ?= @EGREP@ MKDIR ?= @MKDIR@ RMDIR ?= @RMDIR@ CP ?= @CP@ MV ?= @MV@ RM ?= @RM@ sdcc-2.9.0/device/lib/pic/Makefile.in000066400000000000000000000023471116427777700173140ustar00rootroot00000000000000########################################################### ### Makefile for the SDCC/PIC14 Library ### ### Copyright (C) 2005 by Raphael Neider ### ### The library is currently maintained by ### Raphael Neider ### ### This file may be distributed under the terms of the the ### GNU General Public License (GPL). See GPL for details. ### ### $Id: Makefile.in 4555 2007-01-03 21:19:58Z bernhardheld $ ### top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ VPATH = @srcdir@ srcdir = @srcdir@ include $(top_builddir)/Makefile.common ifeq (:,$(findstring :,$(LD) $(AS) $(LIB))) .PHONY : all all % : @echo "gputils not found -- PIC14 library not built!" else SUBDIRS = libsdcc libdev libm builddir = build installdir = bin export installdir C_SRC = $(notdir $(wildcard $(srcdir)/*.c)) S_SRC = $(notdir $(wildcard $(srcdir)/*.S)) OBJS = $(C_SRC:.c=.o) $(S_SRC:.S=.o) .PHONY : all clean clean-intermediate install all : install install : recurse clean : recurse $(Q)-$(RMDIR) "$(top_builddir)/$(builddir)" distclean: clean $(Q)-$(RM) config.cache config.log config.status Makefile Makefile.common $(Q)-$(RMDIR) bin clean-intermediate : recurse include $(top_srcdir)/Makefile.rules endif sdcc-2.9.0/device/lib/pic/Makefile.rules000066400000000000000000000037271116427777700200430ustar00rootroot00000000000000########################################################### ### Makefile.rules for the SDCC/PIC14 Library ### ### Copyright (C) 2005 by Raphael Neider ### ### The library is currently maintained by ### Raphael Neider ### ### This file may be distributed under the terms of the the ### GNU General Public License (GPL). See GPL for details. ### ### $Id: Makefile.rules 5205 2008-08-07 21:44:41Z borutr $ ### # update dependencies $(top_builddir)/$(builddir)/%.d : %.c ifndef SILENT @echo "[ CPP ] ==> $(patsubst $(top_builddir)/%,%,$@)" endif $(Q)$(CPP) $(CPPFLAGS) -o "$@" "$<" # assemble $(top_builddir)/$(builddir)/%.o : %.S ifndef SILENT @echo "[ AS ] ==> $(patsubst $(top_builddir)/%,%,$@)" endif $(Q)$(CPP) $(CPPFLAGS) -P -o "$*.Spp" "$<" $(Q)$(AS) $(ASFLAGS) -o "$@" -c "$*.Spp" $(Q)$(RM) "$*.Spp" # compile $(top_builddir)/$(builddir)/%.o : %.c ifndef SILENT @echo "[ CC ] ==> $(patsubst $(top_builddir)/%,%,$@)" endif $(Q)$(CC) $(CFLAGS) -o "$@" -c "$<" # create library ifneq (,$(strip $(LIB_O))) %.lib : $(LIB_O) ifndef SILENT @echo "[ LIB ] $(patsubst $(top_builddir)/%,%,$@) <== $(patsubst $(top_builddir)/$(builddir)/%,%,$^)" endif $(Q)$(RM) "$@"; $(LIB) $(LIBFLAGS) "$@" $^ else %.lib : recurse ifndef SILENT @echo "[ LIB ] $(patsubst $(top_builddir)/%,%,$@) <== **/*.o" endif $(Q)$(RM) "$@"; LIB_O=`find "$(top_builddir)/$(builddir)" -name "*.o"`; [ "x$${LIB_O}" = "x" ] || $(LIB) $(LIBFLAGS) "$@" $${LIB_O} endif .PHONY : recurse force # build sub-directories ifneq (,$(strip $(SUBDIRS))) recurse : force $(Q)+for DIR in $(SUBDIRS) ; do \ [ -f "$(srcdir)/$${DIR}.ignore" ] && $(GREP) "^$${ARCH}$$" "$${DIR}.ignore" > /dev/null 2>&1 || ( \ $(MKDIR) "$(top_builddir)/$(builddir)/$${DIR}"; \ CFLAGS="$(CFLAGS)" $(MAKE) -C "$${DIR}" builddir="$(builddir)/$${DIR}" $(MAKECMDGOALS); \ ) || exit 1; \ done else recurse : @# nothing to do endif # target to force remaking of (seemingly) independent targets force : sdcc-2.9.0/device/lib/pic/Makefile.subdir000066400000000000000000000040641116427777700201740ustar00rootroot00000000000000########################################################### ### Makefile.subdir for the SDCC/PIC14 Library ### ### Copyright (C) 2005 by Raphael Neider ### ### The library is currently maintained by ### Raphael Neider ### ### This file may be distributed under the terms of the the ### GNU General Public License (GPL). See GPL for details. ### ### $Id: Makefile.subdir 4555 2007-01-03 21:19:58Z bernhardheld $ ### include $(top_builddir)/Makefile.common SUBDIRS ?= MKLIB ?= # fallback: if builddir is not specified via the command line... builddir ?= build/$(patsubst $(shell cd $(top_srcdir); pwd)/%,%,$(CURDIR)) C_SRC ?= $(notdir $(wildcard $(srcdir)/*.c)) S_SRC ?= $(notdir $(wildcard $(srcdir)/*.S)) OBJS ?= $(addprefix $(top_builddir)/$(builddir)/,$(C_SRC:%.c=%.o) $(S_SRC:%.S=%.o)) LIB_O ?= $(OBJS) ifneq (,$(strip $(MKLIB))) LIB_LIB = $(top_builddir)/$(builddir)/$(MKLIB) TARGETS ?= $(LIB_LIB) else LIB_LIB = #TARGETS ?= $(OBJS) endif .PHONY : all install clean clean-intermediate all : install ifneq (,$(strip $(TARGETS))) # usually install $(LIB_LIB) or $(OBJS), race condition in "[ -d x ] || mkdir x" install : recurse $(OBJS) $(LIB_LIB) -@$(MKDIR) "$(top_builddir)/$(installdir)" ifndef SILENT @echo "[INSTALL] $(patsubst $(top_builddir)/$(builddir)/%,%,$(TARGETS))" endif $(Q)$(CP) $(TARGETS) "$(top_builddir)/$(installdir)" else # used in subdirs like libc/ctype whose files # are contained in a parent's library install : recurse $(OBJS) $(LIB_LIB) endif clean : recurse @-echo "dummy" > .dummy $(Q)-$(RM) .dummy $(foreach suf,asm d p lst hex cod sym,$(OBJS:.o=.$(suf))) @-echo "dummy" > .dummy $(Q)-$(RM) .dummy $(OBJS) $(LIB_LIB) $(Q)-$(RM) $(TARGETS) $(Q)-$(RM) $(addprefix $(top_builddir)/$(installdir)/,$(notdir $(TARGETS))) $(Q)-[ ! -d "$(top_builddir)/$(builddir)" ] || $(RMDIR) "$(top_builddir)/$(builddir)" distclean : clean $(Q)-$(RM) Makefile clean-intermediate : recurse @-echo "dummy" > .dummy $(Q)-$(RM) .dummy $(foreach suf,p lst hex cod sym,$(OBJS:.o=.$(suf))) include $(top_srcdir)/Makefile.rules sdcc-2.9.0/device/lib/pic/NEWS000066400000000000000000000037131116427777700157440ustar00rootroot00000000000000--- 2006-03-21 Raphael Neider Added device specific SFR definitions in libdev/. From now on all projects should be linked not only with libsdcc.lib but also with pic$(ARCH).lib where ARCH is something like p16f877. --- 2005-10-27 Raphael Neider Generic pointer support routines and additional arithmetic halpers have been added to the library. Although the compiled library should be portable across (all?) pic14 devices, I recommend selecting the desired target chip by setting the ARCH variable to the desired target chip in - Makefile.common (AFTER having run ./configure) OR - Makefile.common.in (BEFORE running ./configure) in order to maximize performance (smaller devices ignore BANKSEL directives, i.e. updates to the IRP bit). --- 2005-09-23 Raphael Neider The pic14 library is split into several parts: * common part The common part reuses the (hardware independant) sources found under device/lib/ (currently not used). * pic14 specific part The pic14 specific library routines are found in subdirectories of device/lib/pic/ and provide specialized implementations better suited for the pic14 architecture and additional functions not found in (or not reused from) the common sources. * device specific part This part is planned to support specific I/O sub-devices not common to all pic14 chips. This part is currently absent... The SDCC/pic14 library has been created by Raphael Neider (2005) It is currently maintained by Raphael Neider The pic14 and the device specific parts (whose sources are found in device/lib/pic/) are to be licensed nuder the terms of the GNU Lesser General Public License (LGPL). See COPYING for details. The sources from the common part are licensed as indicated in each file. Requests for enhancements, additions or modifications should be posted at the SDCC user's or developer's mailing list or directly be sent to the current maintainer of the library as indicated above. sdcc-2.9.0/device/lib/pic/README000066400000000000000000000010401116427777700161140ustar00rootroot00000000000000README for the SDCC/pic14 library Building the library ==================== 1. Edit ./Makefile.in and update the ARCH variable to match your device. It should be safe to keep the default setting (p18f877), but performance improvements might be possible in specifying the actual target chip there. 2. Run './configure' 3. Run 'make clean' 4. Run 'make all' Prerequisites ============= * a recently new GNU Make (tested with 3.80) * current gputils (tested with 0.13.2) * SDCC with enabled 14 bit PIC backend (tested with 2.5.4) sdcc-2.9.0/device/lib/pic/TEMPLATE.S000066400000000000000000000024011116427777700165750ustar00rootroot00000000000000; ------------------------------------------------------------------------- ; TEMPLATE.S : template for creating library assembler sources ; ; Written By Raphael Neider (2005) ; ; This library is free software; you can redistribute it and/or ; modify it under the terms of the GNU Library General Public ; License as published by the Free Software Foundation; either ; version 2 of the License, or (at your option) any later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ; Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public ; License along with this library; if not, write to the ; Free Software Foundation, Inc., 59 Temple Place - Suite 330, ; Boston, MA 02111-1307 USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; ; $Id: TEMPLATE.S 4148 2006-05-01 20:47:12Z tecodev $ ; ------------------------------------------------------------------------ sdcc-2.9.0/device/lib/pic/TEMPLATE.c000066400000000000000000000023671116427777700166300ustar00rootroot00000000000000/* --------------------------------------------------------------------------- TEMPLATE.c : template for creating library sources Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: TEMPLATE.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ sdcc-2.9.0/device/lib/pic/configure000077500000000000000000002563761116427777700171730ustar00rootroot00000000000000#! /bin/sh # Guess values for system-dependent variables and create Makefiles. # Generated by GNU Autoconf 2.60. # # Copyright (C) 1992, 1993, 1994, 1995, 1996, 1998, 1999, 2000, 2001, # 2002, 2003, 2004, 2005, 2006 Free Software Foundation, Inc. # This configure script is free software; the Free Software Foundation # gives unlimited permission to copy, distribute and modify it. ## --------------------- ## ## M4sh Initialization. ## ## --------------------- ## # Be Bourne compatible if test -n "${ZSH_VERSION+set}" && (emulate sh) >/dev/null 2>&1; then emulate sh NULLCMD=: # Zsh 3.x and 4.x performs word splitting on ${1+"$@"}, which # is contrary to our usage. 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then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$GPASM"; then ac_cv_prog_GPASM="$GPASM" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_GPASM="gpasm" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_GPASM" && ac_cv_prog_GPASM=":" fi fi GPASM=$ac_cv_prog_GPASM if test -n "$GPASM"; then { echo "$as_me:$LINENO: result: $GPASM" >&5 echo "${ECHO_T}$GPASM" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # Extract the first word of "gplink", so it can be a program name with args. set dummy gplink; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_GPLINK+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$GPLINK"; then ac_cv_prog_GPLINK="$GPLINK" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_GPLINK="gplink" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_GPLINK" && ac_cv_prog_GPLINK=":" fi fi GPLINK=$ac_cv_prog_GPLINK if test -n "$GPLINK"; then { echo "$as_me:$LINENO: result: $GPLINK" >&5 echo "${ECHO_T}$GPLINK" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # Extract the first word of "gplib", so it can be a program name with args. set dummy gplib; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_GPLIB+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$GPLIB"; then ac_cv_prog_GPLIB="$GPLIB" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_GPLIB="gplib" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_GPLIB" && ac_cv_prog_GPLIB=":" fi fi GPLIB=$ac_cv_prog_GPLIB if test -n "$GPLIB"; then { echo "$as_me:$LINENO: result: $GPLIB" >&5 echo "${ECHO_T}$GPLIB" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # Extract the first word of "rm", so it can be a program name with args. set dummy rm; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_RM+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$RM"; then ac_cv_prog_RM="$RM" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_RM="rm -f" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_RM" && ac_cv_prog_RM=":" fi fi RM=$ac_cv_prog_RM if test -n "$RM"; then { echo "$as_me:$LINENO: result: $RM" >&5 echo "${ECHO_T}$RM" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # Extract the first word of "cp", so it can be a program name with args. set dummy cp; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_CP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$CP"; then ac_cv_prog_CP="$CP" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_CP="cp" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_CP" && ac_cv_prog_CP=":" fi fi CP=$ac_cv_prog_CP if test -n "$CP"; then { echo "$as_me:$LINENO: result: $CP" >&5 echo "${ECHO_T}$CP" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # Extract the first word of "mv", so it can be a program name with args. set dummy mv; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_MV+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$MV"; then ac_cv_prog_MV="$MV" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_MV="mv" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_MV" && ac_cv_prog_MV=":" fi fi MV=$ac_cv_prog_MV if test -n "$MV"; then { echo "$as_me:$LINENO: result: $MV" >&5 echo "${ECHO_T}$MV" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # Extract the first word of "ls", so it can be a program name with args. set dummy ls; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_LS+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$LS"; then ac_cv_prog_LS="$LS" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_LS="ls" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_LS" && ac_cv_prog_LS=":" fi fi LS=$ac_cv_prog_LS if test -n "$LS"; then { echo "$as_me:$LINENO: result: $LS" >&5 echo "${ECHO_T}$LS" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # Extract the first word of "sed", so it can be a program name with args. set dummy sed; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_SED+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$SED"; then ac_cv_prog_SED="$SED" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_SED="sed" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_SED" && ac_cv_prog_SED=":" fi fi SED=$ac_cv_prog_SED if test -n "$SED"; then { echo "$as_me:$LINENO: result: $SED" >&5 echo "${ECHO_T}$SED" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi { echo "$as_me:$LINENO: checking for grep that handles long lines and -e" >&5 echo $ECHO_N "checking for grep that handles long lines and -e... $ECHO_C" >&6; } if test "${ac_cv_path_GREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else # Extract the first word of "grep ggrep" to use in msg output if test -z "$GREP"; then set dummy grep ggrep; ac_prog_name=$2 if test "${ac_cv_path_GREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_path_GREP_found=false # Loop through the user's path and test for each of PROGNAME-LIST as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH$PATH_SEPARATOR/usr/xpg4/bin do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_prog in grep ggrep; do for ac_exec_ext in '' $ac_executable_extensions; do ac_path_GREP="$as_dir/$ac_prog$ac_exec_ext" { test -f "$ac_path_GREP" && $as_executable_p "$ac_path_GREP"; } || continue # Check for GNU ac_path_GREP and select it if it is found. # Check for GNU $ac_path_GREP case `"$ac_path_GREP" --version 2>&1` in *GNU*) ac_cv_path_GREP="$ac_path_GREP" ac_path_GREP_found=:;; *) ac_count=0 echo $ECHO_N "0123456789$ECHO_C" >"conftest.in" while : do cat "conftest.in" "conftest.in" >"conftest.tmp" mv "conftest.tmp" "conftest.in" cp "conftest.in" "conftest.nl" echo 'GREP' >> "conftest.nl" "$ac_path_GREP" -e 'GREP$' -e '-(cannot match)-' < "conftest.nl" >"conftest.out" 2>/dev/null || break diff "conftest.out" "conftest.nl" >/dev/null 2>&1 || break ac_count=`expr $ac_count + 1` if test $ac_count -gt ${ac_path_GREP_max-0}; then # Best one so far, save it but keep looking for a better one ac_cv_path_GREP="$ac_path_GREP" ac_path_GREP_max=$ac_count fi # 10*(2^10) chars as input seems more than enough test $ac_count -gt 10 && break done rm -f conftest.in conftest.tmp conftest.nl conftest.out;; esac $ac_path_GREP_found && break 3 done done done IFS=$as_save_IFS fi GREP="$ac_cv_path_GREP" if test -z "$GREP"; then { { echo "$as_me:$LINENO: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&5 echo "$as_me: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&2;} { (exit 1); exit 1; }; } fi else ac_cv_path_GREP=$GREP fi fi { echo "$as_me:$LINENO: result: $ac_cv_path_GREP" >&5 echo "${ECHO_T}$ac_cv_path_GREP" >&6; } GREP="$ac_cv_path_GREP" { echo "$as_me:$LINENO: checking for egrep" >&5 echo $ECHO_N "checking for egrep... $ECHO_C" >&6; } if test "${ac_cv_path_EGREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if echo a | $GREP -E '(a|b)' >/dev/null 2>&1 then ac_cv_path_EGREP="$GREP -E" else # Extract the first word of "egrep" to use in msg output if test -z "$EGREP"; then set dummy egrep; ac_prog_name=$2 if test "${ac_cv_path_EGREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_path_EGREP_found=false # Loop through the user's path and test for each of PROGNAME-LIST as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH$PATH_SEPARATOR/usr/xpg4/bin do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_prog in egrep; do for ac_exec_ext in '' $ac_executable_extensions; do ac_path_EGREP="$as_dir/$ac_prog$ac_exec_ext" { test -f "$ac_path_EGREP" && $as_executable_p "$ac_path_EGREP"; } || continue # Check for GNU ac_path_EGREP and select it if it is found. # Check for GNU $ac_path_EGREP case `"$ac_path_EGREP" --version 2>&1` in *GNU*) ac_cv_path_EGREP="$ac_path_EGREP" ac_path_EGREP_found=:;; *) ac_count=0 echo $ECHO_N "0123456789$ECHO_C" >"conftest.in" while : do cat "conftest.in" "conftest.in" >"conftest.tmp" mv "conftest.tmp" "conftest.in" cp "conftest.in" "conftest.nl" echo 'EGREP' >> "conftest.nl" "$ac_path_EGREP" 'EGREP$' < "conftest.nl" >"conftest.out" 2>/dev/null || break diff "conftest.out" "conftest.nl" >/dev/null 2>&1 || break ac_count=`expr $ac_count + 1` if test $ac_count -gt ${ac_path_EGREP_max-0}; then # Best one so far, save it but keep looking for a better one ac_cv_path_EGREP="$ac_path_EGREP" ac_path_EGREP_max=$ac_count fi # 10*(2^10) chars as input seems more than enough test $ac_count -gt 10 && break done rm -f conftest.in conftest.tmp conftest.nl conftest.out;; esac $ac_path_EGREP_found && break 3 done done done IFS=$as_save_IFS fi EGREP="$ac_cv_path_EGREP" if test -z "$EGREP"; then { { echo "$as_me:$LINENO: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&5 echo "$as_me: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&2;} { (exit 1); exit 1; }; } fi else ac_cv_path_EGREP=$EGREP fi fi fi { echo "$as_me:$LINENO: result: $ac_cv_path_EGREP" >&5 echo "${ECHO_T}$ac_cv_path_EGREP" >&6; } EGREP="$ac_cv_path_EGREP" # Extract the first word of "mkdir", so it can be a program name with args. set dummy mkdir; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_MKDIR+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$MKDIR"; then ac_cv_prog_MKDIR="$MKDIR" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_MKDIR="mkdir -p" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_MKDIR" && ac_cv_prog_MKDIR=":" fi fi MKDIR=$ac_cv_prog_MKDIR if test -n "$MKDIR"; then { echo "$as_me:$LINENO: result: $MKDIR" >&5 echo "${ECHO_T}$MKDIR" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # Extract the first word of "rmdir", so it can be a program name with args. set dummy rmdir; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_RMDIR+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$RMDIR"; then ac_cv_prog_RMDIR="$RMDIR" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_RMDIR="rmdir" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_RMDIR" && ac_cv_prog_RMDIR=":" fi fi RMDIR=$ac_cv_prog_RMDIR if test -n "$RMDIR"; then { echo "$as_me:$LINENO: result: $RMDIR" >&5 echo "${ECHO_T}$RMDIR" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi { echo "$as_me:$LINENO: checking whether ${MAKE-make} sets \$(MAKE)" >&5 echo $ECHO_N "checking whether ${MAKE-make} sets \$(MAKE)... $ECHO_C" >&6; } set x ${MAKE-make}; ac_make=`echo "$2" | sed 's/+/p/g; s/[^a-zA-Z0-9_]/_/g'` if { as_var=ac_cv_prog_make_${ac_make}_set; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.make <<\_ACEOF SHELL = /bin/sh all: @echo '@@@%%%=$(MAKE)=@@@%%%' _ACEOF # GNU make sometimes prints "make[1]: Entering...", which would confuse us. case `${MAKE-make} -f conftest.make 2>/dev/null` in *@@@%%%=?*=@@@%%%*) eval ac_cv_prog_make_${ac_make}_set=yes;; 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When coming back to configure, we # need to make the FD available again. if test "$no_create" != yes; then ac_cs_success=: ac_config_status_args= test "$silent" = yes && ac_config_status_args="$ac_config_status_args --quiet" exec 5>/dev/null $SHELL $CONFIG_STATUS $ac_config_status_args || ac_cs_success=false exec 5>>config.log # Use ||, not &&, to avoid exiting from the if with $? = 1, which # would make configure fail if this is the last instruction. $ac_cs_success || { (exit 1); exit 1; } fi sdcc-2.9.0/device/lib/pic/configure.in000066400000000000000000000022561116427777700175570ustar00rootroot00000000000000# # configure.in - input script to autoconf to # configure directory # # This file is part of the GNU PIC Library. # # Originally written by # Vangelis Rokas # # Adopted for the SDCC/pic14 library by # Raphael Neider # # $Id: configure.in 4555 2007-01-03 21:19:58Z bernhardheld $ # # Process this file with autoconf to produce a configure script. AC_PREREQ(2.60) AC_INIT AC_DEFUN(AC_CONFIG_SRCDIR) #AC_DEFUN(AC_CONFIG_FILES) # Checks for programs. AC_CHECK_PROG(GPASM, gpasm, gpasm, :) AC_CHECK_PROG(GPLINK, gplink, gplink, :) AC_CHECK_PROG(GPLIB, gplib, gplib, :) AC_CHECK_PROG(RM, rm, [rm -f], :) AC_CHECK_PROG(CP, cp, cp, :) AC_CHECK_PROG(MV, mv, mv, :) AC_CHECK_PROG(LS, ls, ls, :) AC_CHECK_PROG(SED, sed, sed, :) AC_PROG_EGREP AC_CHECK_PROG(MKDIR, mkdir, [mkdir -p], :) AC_CHECK_PROG(RMDIR, rmdir, rmdir, :) AC_PROG_MAKE_SET # Checks for libraries. # Checks for header files. # Checks for typedefs, structures, and compiler characteristics. # Checks for library functions. AC_CONFIG_FILES([Makefile Makefile.common libdev/Makefile libsdcc/Makefile libm/Makefile]) AC_OUTPUT sdcc-2.9.0/device/lib/pic/libdev/000077500000000000000000000000001116427777700165065ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic/libdev/Makefile.in000066400000000000000000000017371116427777700205630ustar00rootroot00000000000000SDCC_BASE = ../../../.. INSTALL_DIR = ../bin VPATH = @srcdir@ srcdir = @srcdir@ CC = $(SDCC_BASE)/bin/sdcc LIB = @GPLIB@ CP = @CP@ RM = @RM@ RMDIR = @RMDIR@ CPPFLAGS = -I$(srcdir)/../../../include/pic C_SRC = $(notdir $(wildcard $(srcdir)/pic1*.c)) OBJS = $(C_SRC:.c=.o) LIBS = $(addprefix $(INSTALL_DIR)/,$(OBJS:.o=.lib)) all : $(LIBS) ifeq (0,1) # useful while fixing .inc files GPUTILS = /opt/modules/gputils-0.13.3/share/gputils pic%.c : $(GPUTILS)/header/p%.inc -$(SDCC_BASE)/support/scripts/inc2h.pl $* $(GPUTILS); -mv pic$*.h $(SDCC_BASE)/device/include/pic/pic$*.h; endif pic%.o : pic%.c ifndef SILENT @echo "[ CC ] ==> $(patsubst $(top_builddir)/%,%,$@)" endif @-$(CC) -mpic14 -p$* $(CPPFLAGS) $(CFLAGS) -o "$@" -c "$<" $(INSTALL_DIR)/%.lib : %.o @-$(LIB) -c "$@" "$<"; install : all clean : clean-intermediate @-$(RM) *.asm @-$(RM) $(OBJS) $(LIBS) @-$(RMDIR) ../build/libdev distclean: clean @-$(RM) Makefile clean-intermediate : @-$(RM) *.lst *.d *.adb sdcc-2.9.0/device/lib/pic/libdev/devices.txt000066400000000000000000000011131116427777700206650ustar00rootroot0000000000000012f629 12f635 12f675 12f683 16c432 16c433 16c554 16c557 16c558 16c62 16c620 16c620a 16c621 16c621a 16c622 16c622a 16c63a 16c65b 16c71 16c710 16c711 16c715 16c717 16c72 16c73b 16c745 16c74b 16c765 16c770 16c771 16c773 16c774 16c781 16c782 16c925 16c926 16f627 16f627a 16f628 16f628a 16f630 16f636 16f639 16f648a 16f676 16f684 16f685 16f687 16f688 16f689 16f690 16f716 16f72 16f73 16f737 16f74 16f76 16f767 16f77 16f777 16f785 16f818 16f819 16f84 16f84a 16f87 16f870 16f871 16f872 16f873 16f873a 16f874 16f874a 16f876 16f876a 16f877 16f877a 16f886 16f887 16f88 16f913 16f914 16f916 16f917 sdcc-2.9.0/device/lib/pic/libdev/mkall.sh000077500000000000000000000013511116427777700201450ustar00rootroot00000000000000#!/bin/sh # This script is supposed to recreate all device libraries and their # accompanying header files from the gputils' header/*.inc files # using sdcc/support/scripts/inc2h.pl. # # The devices to be created are listed in ./devices.txt, the output # files will be located in ./build/, which is created before use. # # (c) 2007 by Raphael Neider # This file is published under the terms of the GPLv2. GPUTILS=$HOME/svn/gputils SDCC=$HOME/svn/sdcc mkdir build; cd build; cp $SDCC/device/lib/pic/libdev/pic14ports.txt . cat $SDCC/device/lib/pic/libdev/devices.txt | while read PROC; do echo $PROC; $SDCC/support/scripts/inc2h.pl $PROC $GPUTILS; done cd ..; mv build/*.c . mv build/*.h $SDCC/device/include/pic/ sdcc-2.9.0/device/lib/pic/libdev/pic12f629.c000066400000000000000000000001061116427777700201740ustar00rootroot00000000000000/* * Register definitions for pic12f629. */ #include "pic12f675.c" sdcc-2.9.0/device/lib/pic/libdev/pic12f635.c000066400000000000000000000063121116427777700201760ustar00rootroot00000000000000/* Register definitions for pic12f635. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (GPIO_ADDR) GPIO; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (CMCON0_ADDR) CMCON0; __sfr __at (CMCON1_ADDR) CMCON1; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISIO_ADDR) TRISIO; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (WPUDA_ADDR) WPUDA; __sfr __at (IOCA_ADDR) IOCA; __sfr __at (WDA_ADDR) WDA; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (CRCON_ADDR) CRCON; __sfr __at (CRDAT0_ADDR) CRDAT0; __sfr __at (CRDAT1_ADDR) CRDAT1; __sfr __at (CRDAT2_ADDR) CRDAT2; __sfr __at (CRDAT3_ADDR) CRDAT3; // // bitfield definitions // volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; volatile __CRCON_bits_t __at(CRCON_ADDR) CRCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __GPIO_bits_t __at(GPIO_ADDR) GPIO_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDA_bits_t __at(WDA_ADDR) WDA_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPUDA_bits_t __at(WPUDA_ADDR) WPUDA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic12f675.c000066400000000000000000000052031116427777700202000ustar00rootroot00000000000000/* Register definitions for pic12f675. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (GPIO_ADDR) GPIO; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISIO_ADDR) TRISIO; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCAL_ADDR) OSCCAL; __sfr __at (WPU_ADDR) WPU; __sfr __at (IOC_ADDR) IOC; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ANSEL_ADDR) ANSEL; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __GPIO_bits_t __at(GPIO_ADDR) GPIO_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCAL_bits_t __at(OSCCAL_ADDR) OSCCAL_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __TRISIO_bits_t __at(TRISIO_ADDR) TRISIO_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic12f683.c000066400000000000000000000065421116427777700202060ustar00rootroot00000000000000/* Register definitions for pic12f683. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (GPIO_ADDR) GPIO; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (CMCON0_ADDR) CMCON0; __sfr __at (CMCON1_ADDR) CMCON1; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISIO_ADDR) TRISIO; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (PR2_ADDR) PR2; __sfr __at (WPU_ADDR) WPU; __sfr __at (WPUA_ADDR) WPUA; __sfr __at (IOC_ADDR) IOC; __sfr __at (IOCA_ADDR) IOCA; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ANSEL_ADDR) ANSEL; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __GPIO_bits_t __at(GPIO_ADDR) GPIO_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic14ports.txt000066400000000000000000000004261116427777700212610ustar00rootroot00000000000000# Add PORT* and TRIS* bit entries if they're not in the header. # Note, the PORTx SFR address must be in the header for the bits to be generated # defaults for parts not listed * A0-5,B0-7,C0-7,D0-7,E0-2 # specific parts 16f84 A0-4,B0-7 16f84a A0-4,B0-7 sdcc-2.9.0/device/lib/pic/libdev/pic16c432.c000066400000000000000000000033621116427777700201740ustar00rootroot00000000000000/* Register definitions for pic16c432. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (LINPRT_ADDR) LINPRT; __sfr __at (VRCON_ADDR) VRCON; // // bitfield definitions // volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __LINPRT_bits_t __at(LINPRT_ADDR) LINPRT_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c433.c000066400000000000000000000030511116427777700201700ustar00rootroot00000000000000/* Register definitions for pic16c433. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (GPIO_ADDR) GPIO; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISIO_ADDR) TRISIO; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCAL_ADDR) OSCCAL; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCAL_bits_t __at(OSCCAL_ADDR) OSCCAL_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c554.c000066400000000000000000000024501116427777700201760ustar00rootroot00000000000000/* Register definitions for pic16c554. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PCON_ADDR) PCON; // // bitfield definitions // volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c557.c000066400000000000000000000027661116427777700202130ustar00rootroot00000000000000/* Register definitions for pic16c557. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PCON_ADDR) PCON; // // bitfield definitions // volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c558.c000066400000000000000000000024501116427777700202020ustar00rootroot00000000000000/* Register definitions for pic16c558. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PCON_ADDR) PCON; // // bitfield definitions // volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c62.c000066400000000000000000000051421116427777700201110ustar00rootroot00000000000000/* Register definitions for pic16c62. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; // // bitfield definitions // volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c620.c000066400000000000000000000032741116427777700201750ustar00rootroot00000000000000/* Register definitions for pic16c620. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (VRCON_ADDR) VRCON; // // bitfield definitions // volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c620a.c000066400000000000000000000032761116427777700203400ustar00rootroot00000000000000/* Register definitions for pic16c620a. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (VRCON_ADDR) VRCON; // // bitfield definitions // volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c621.c000066400000000000000000000032741116427777700201760ustar00rootroot00000000000000/* Register definitions for pic16c621. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (VRCON_ADDR) VRCON; // // bitfield definitions // volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c621a.c000066400000000000000000000032761116427777700203410ustar00rootroot00000000000000/* Register definitions for pic16c621a. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (VRCON_ADDR) VRCON; // // bitfield definitions // volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c622.c000066400000000000000000000032741116427777700201770ustar00rootroot00000000000000/* Register definitions for pic16c622. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (VRCON_ADDR) VRCON; // // bitfield definitions // volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c622a.c000066400000000000000000000032761116427777700203420ustar00rootroot00000000000000/* Register definitions for pic16c622a. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (VRCON_ADDR) VRCON; // // bitfield definitions // volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c63a.c000066400000000000000000000065431116427777700202610ustar00rootroot00000000000000/* Register definitions for pic16c63a. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; // // bitfield definitions // volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c65b.c000066400000000000000000000073771116427777700202720ustar00rootroot00000000000000/* Register definitions for pic16c65b. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; // // bitfield definitions // volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c71.c000066400000000000000000000027131116427777700201120ustar00rootroot00000000000000/* Register definitions for pic16c71. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c710.c000066400000000000000000000030601116427777700201660ustar00rootroot00000000000000/* Register definitions for pic16c710. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PCON_ADDR) PCON; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c711.c000066400000000000000000000030601116427777700201670ustar00rootroot00000000000000/* Register definitions for pic16c711. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PCON_ADDR) PCON; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c715.c000066400000000000000000000033661116427777700202040ustar00rootroot00000000000000/* Register definitions for pic16c715. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c717.c000066400000000000000000000073321116427777700202030ustar00rootroot00000000000000/* Register definitions for pic16c717. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (P1DEL_ADDR) P1DEL; __sfr __at (REFCON_ADDR) REFCON; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (PMDATL_ADDR) PMDATL; __sfr __at (PMADRL_ADDR) PMADRL; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADRH_ADDR) PMADRH; __sfr __at (PMCON1_ADDR) PMCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c72.c000066400000000000000000000055521116427777700201170ustar00rootroot00000000000000/* Register definitions for pic16c72. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c73b.c000066400000000000000000000071531116427777700202610ustar00rootroot00000000000000/* Register definitions for pic16c73b. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c745.c000066400000000000000000000117351116427777700202060ustar00rootroot00000000000000/* Register definitions for pic16c745. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (UIR_ADDR) UIR; __sfr __at (UIE_ADDR) UIE; __sfr __at (UEIR_ADDR) UEIR; __sfr __at (UEIE_ADDR) UEIE; __sfr __at (USTAT_ADDR) USTAT; __sfr __at (UCTRL_ADDR) UCTRL; __sfr __at (UADDR_ADDR) UADDR; __sfr __at (USWSTAT_ADDR) USWSTAT; __sfr __at (UEP0_ADDR) UEP0; __sfr __at (UEP1_ADDR) UEP1; __sfr __at (UEP2_ADDR) UEP2; __sfr __at (BD0OST_ADDR) BD0OST; __sfr __at (BD0OBC_ADDR) BD0OBC; __sfr __at (BD0OAL_ADDR) BD0OAL; __sfr __at (BD0IST_ADDR) BD0IST; __sfr __at (BD0IBC_ADDR) BD0IBC; __sfr __at (BD0IAL_ADDR) BD0IAL; __sfr __at (BD1OST_ADDR) BD1OST; __sfr __at (BD1OBC_ADDR) BD1OBC; __sfr __at (BD1OAL_ADDR) BD1OAL; __sfr __at (BD1IST_ADDR) BD1IST; __sfr __at (BD1IBC_ADDR) BD1IBC; __sfr __at (BD1IAL_ADDR) BD1IAL; __sfr __at (BD2OST_ADDR) BD2OST; __sfr __at (BD2OBC_ADDR) BD2OBC; __sfr __at (BD2OAL_ADDR) BD2OAL; __sfr __at (BD2IST_ADDR) BD2IST; __sfr __at (BD2IBC_ADDR) BD2IBC; __sfr __at (BD2IAL_ADDR) BD2IAL; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __UCTRL_bits_t __at(UCTRL_ADDR) UCTRL_bits; volatile __UEIE_bits_t __at(UEIE_ADDR) UEIE_bits; volatile __UEP0_bits_t __at(UEP0_ADDR) UEP0_bits; volatile __UIE_bits_t __at(UIE_ADDR) UIE_bits; volatile __USTAT_bits_t __at(USTAT_ADDR) USTAT_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c74b.c000066400000000000000000000100071116427777700202520ustar00rootroot00000000000000/* Register definitions for pic16c74b. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c765.c000066400000000000000000000125711116427777700202070ustar00rootroot00000000000000/* Register definitions for pic16c765. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (UIR_ADDR) UIR; __sfr __at (UIE_ADDR) UIE; __sfr __at (UEIR_ADDR) UEIR; __sfr __at (UEIE_ADDR) UEIE; __sfr __at (USTAT_ADDR) USTAT; __sfr __at (UCTRL_ADDR) UCTRL; __sfr __at (UADDR_ADDR) UADDR; __sfr __at (USWSTAT_ADDR) USWSTAT; __sfr __at (UEP0_ADDR) UEP0; __sfr __at (UEP1_ADDR) UEP1; __sfr __at (UEP2_ADDR) UEP2; __sfr __at (BD0OST_ADDR) BD0OST; __sfr __at (BD0OBC_ADDR) BD0OBC; __sfr __at (BD0OAL_ADDR) BD0OAL; __sfr __at (BD0IST_ADDR) BD0IST; __sfr __at (BD0IBC_ADDR) BD0IBC; __sfr __at (BD0IAL_ADDR) BD0IAL; __sfr __at (BD1OST_ADDR) BD1OST; __sfr __at (BD1OBC_ADDR) BD1OBC; __sfr __at (BD1OAL_ADDR) BD1OAL; __sfr __at (BD1IST_ADDR) BD1IST; __sfr __at (BD1IBC_ADDR) BD1IBC; __sfr __at (BD1IAL_ADDR) BD1IAL; __sfr __at (BD2OST_ADDR) BD2OST; __sfr __at (BD2OBC_ADDR) BD2OBC; __sfr __at (BD2OAL_ADDR) BD2OAL; __sfr __at (BD2IST_ADDR) BD2IST; __sfr __at (BD2IBC_ADDR) BD2IBC; __sfr __at (BD2IAL_ADDR) BD2IAL; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __UCTRL_bits_t __at(UCTRL_ADDR) UCTRL_bits; volatile __UEIE_bits_t __at(UEIE_ADDR) UEIE_bits; volatile __UEP0_bits_t __at(UEP0_ADDR) UEP0_bits; volatile __UIE_bits_t __at(UIE_ADDR) UIE_bits; volatile __USTAT_bits_t __at(USTAT_ADDR) USTAT_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c770.c000066400000000000000000000073321116427777700202020ustar00rootroot00000000000000/* Register definitions for pic16c770. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (P1DEL_ADDR) P1DEL; __sfr __at (REFCON_ADDR) REFCON; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (PMDATL_ADDR) PMDATL; __sfr __at (PMADRL_ADDR) PMADRL; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADRH_ADDR) PMADRH; __sfr __at (PMCON1_ADDR) PMCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c771.c000066400000000000000000000073321116427777700202030ustar00rootroot00000000000000/* Register definitions for pic16c771. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (P1DEL_ADDR) P1DEL; __sfr __at (REFCON_ADDR) REFCON; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (PMDATL_ADDR) PMDATL; __sfr __at (PMADRL_ADDR) PMADRL; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADRH_ADDR) PMADRH; __sfr __at (PMCON1_ADDR) PMCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c773.c000066400000000000000000000077441116427777700202140ustar00rootroot00000000000000/* Register definitions for pic16c773. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (REFCON_ADDR) REFCON; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c774.c000066400000000000000000000106001116427777700201760ustar00rootroot00000000000000/* Register definitions for pic16c774. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (REFCON_ADDR) REFCON; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c781.c000066400000000000000000000070061116427777700202020ustar00rootroot00000000000000/* Register definitions for pic16c781. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (REFCON_ADDR) REFCON; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (PMDATL_ADDR) PMDATL; __sfr __at (PMADRL_ADDR) PMADRL; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADRH_ADDR) PMADRH; __sfr __at (CALCON_ADDR) CALCON; __sfr __at (PSMCCON0_ADDR) PSMCCON0; __sfr __at (PSMCCON1_ADDR) PSMCCON1; __sfr __at (CM1CON0_ADDR) CM1CON0; __sfr __at (CM2CON0_ADDR) CM2CON0; __sfr __at (CM2CON1_ADDR) CM2CON1; __sfr __at (OPACON_ADDR) OPACON; __sfr __at (DAC_ADDR) DAC; __sfr __at (DACON0_ADDR) DACON0; __sfr __at (PMCON1_ADDR) PMCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CALCON_bits_t __at(CALCON_ADDR) CALCON_bits; volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; volatile __DACON0_bits_t __at(DACON0_ADDR) DACON0_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPACON_bits_t __at(OPACON_ADDR) OPACON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PSMCCON0_bits_t __at(PSMCCON0_ADDR) PSMCCON0_bits; volatile __PSMCCON1_bits_t __at(PSMCCON1_ADDR) PSMCCON1_bits; volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c782.c000066400000000000000000000070061116427777700202030ustar00rootroot00000000000000/* Register definitions for pic16c782. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (REFCON_ADDR) REFCON; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (PMDATL_ADDR) PMDATL; __sfr __at (PMADRL_ADDR) PMADRL; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADRH_ADDR) PMADRH; __sfr __at (CALCON_ADDR) CALCON; __sfr __at (PSMCCON0_ADDR) PSMCCON0; __sfr __at (PSMCCON1_ADDR) PSMCCON1; __sfr __at (CM1CON0_ADDR) CM1CON0; __sfr __at (CM2CON0_ADDR) CM2CON0; __sfr __at (CM2CON1_ADDR) CM2CON1; __sfr __at (OPACON_ADDR) OPACON; __sfr __at (DAC_ADDR) DAC; __sfr __at (DACON0_ADDR) DACON0; __sfr __at (PMCON1_ADDR) PMCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CALCON_bits_t __at(CALCON_ADDR) CALCON_bits; volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; volatile __DACON0_bits_t __at(DACON0_ADDR) DACON0_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPACON_bits_t __at(OPACON_ADDR) OPACON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PSMCCON0_bits_t __at(PSMCCON0_ADDR) PSMCCON0_bits; volatile __PSMCCON1_bits_t __at(PSMCCON1_ADDR) PSMCCON1_bits; volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c925.c000066400000000000000000000116431116427777700202040ustar00rootroot00000000000000/* Register definitions for pic16c925. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (PORTF_ADDR) PORTF; __sfr __at (PORTG_ADDR) PORTG; __sfr __at (PMCON1_ADDR) PMCON1; __sfr __at (LCDSE_ADDR) LCDSE; __sfr __at (LCDPS_ADDR) LCDPS; __sfr __at (LCDCON_ADDR) LCDCON; __sfr __at (LCDD00_ADDR) LCDD00; __sfr __at (LCDD01_ADDR) LCDD01; __sfr __at (LCDD02_ADDR) LCDD02; __sfr __at (LCDD03_ADDR) LCDD03; __sfr __at (LCDD04_ADDR) LCDD04; __sfr __at (LCDD05_ADDR) LCDD05; __sfr __at (LCDD06_ADDR) LCDD06; __sfr __at (LCDD07_ADDR) LCDD07; __sfr __at (LCDD08_ADDR) LCDD08; __sfr __at (LCDD09_ADDR) LCDD09; __sfr __at (LCDD10_ADDR) LCDD10; __sfr __at (LCDD11_ADDR) LCDD11; __sfr __at (LCDD12_ADDR) LCDD12; __sfr __at (LCDD13_ADDR) LCDD13; __sfr __at (LCDD14_ADDR) LCDD14; __sfr __at (LCDD15_ADDR) LCDD15; __sfr __at (TRISF_ADDR) TRISF; __sfr __at (TRISG_ADDR) TRISG; __sfr __at (PMDATA_ADDR) PMDATA; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADR_ADDR) PMADR; __sfr __at (PMADRH_ADDR) PMADRH; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __LCDCON_bits_t __at(LCDCON_ADDR) LCDCON_bits; volatile __LCDPS_bits_t __at(LCDPS_ADDR) LCDPS_bits; volatile __LCDSE_bits_t __at(LCDSE_ADDR) LCDSE_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16c926.c000066400000000000000000000116431116427777700202050ustar00rootroot00000000000000/* Register definitions for pic16c926. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (PORTF_ADDR) PORTF; __sfr __at (PORTG_ADDR) PORTG; __sfr __at (PMCON1_ADDR) PMCON1; __sfr __at (LCDSE_ADDR) LCDSE; __sfr __at (LCDPS_ADDR) LCDPS; __sfr __at (LCDCON_ADDR) LCDCON; __sfr __at (LCDD00_ADDR) LCDD00; __sfr __at (LCDD01_ADDR) LCDD01; __sfr __at (LCDD02_ADDR) LCDD02; __sfr __at (LCDD03_ADDR) LCDD03; __sfr __at (LCDD04_ADDR) LCDD04; __sfr __at (LCDD05_ADDR) LCDD05; __sfr __at (LCDD06_ADDR) LCDD06; __sfr __at (LCDD07_ADDR) LCDD07; __sfr __at (LCDD08_ADDR) LCDD08; __sfr __at (LCDD09_ADDR) LCDD09; __sfr __at (LCDD10_ADDR) LCDD10; __sfr __at (LCDD11_ADDR) LCDD11; __sfr __at (LCDD12_ADDR) LCDD12; __sfr __at (LCDD13_ADDR) LCDD13; __sfr __at (LCDD14_ADDR) LCDD14; __sfr __at (LCDD15_ADDR) LCDD15; __sfr __at (TRISF_ADDR) TRISF; __sfr __at (TRISG_ADDR) TRISG; __sfr __at (PMDATA_ADDR) PMDATA; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADR_ADDR) PMADR; __sfr __at (PMADRH_ADDR) PMADRH; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __LCDCON_bits_t __at(LCDCON_ADDR) LCDCON_bits; volatile __LCDPS_bits_t __at(LCDPS_ADDR) LCDPS_bits; volatile __LCDSE_bits_t __at(LCDSE_ADDR) LCDSE_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f627.c000066400000000000000000000056131116427777700202060ustar00rootroot00000000000000/* Register definitions for pic16f627. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (VRCON_ADDR) VRCON; // // bitfield definitions // volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f627a.c000066400000000000000000000056151116427777700203510ustar00rootroot00000000000000/* Register definitions for pic16f627a. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (VRCON_ADDR) VRCON; // // bitfield definitions // volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f628.c000066400000000000000000000056131116427777700202070ustar00rootroot00000000000000/* Register definitions for pic16f628. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (VRCON_ADDR) VRCON; // // bitfield definitions // volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f628a.c000066400000000000000000000056151116427777700203520ustar00rootroot00000000000000/* Register definitions for pic16f628a. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (VRCON_ADDR) VRCON; // // bitfield definitions // volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f630.c000066400000000000000000000047511116427777700202020ustar00rootroot00000000000000/* Register definitions for pic16f630. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCAL_ADDR) OSCCAL; __sfr __at (WPUA_ADDR) WPUA; __sfr __at (WPU_ADDR) WPU; __sfr __at (IOCA_ADDR) IOCA; __sfr __at (IOC_ADDR) IOC; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCAL_bits_t __at(OSCCAL_ADDR) OSCCAL_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f636.c000066400000000000000000000064671116427777700202160ustar00rootroot00000000000000/* Register definitions for pic16f636. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (CMCON0_ADDR) CMCON0; __sfr __at (CMCON1_ADDR) CMCON1; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (WPUDA_ADDR) WPUDA; __sfr __at (IOCA_ADDR) IOCA; __sfr __at (WDA_ADDR) WDA; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (CRCON_ADDR) CRCON; __sfr __at (CRDAT0_ADDR) CRDAT0; __sfr __at (CRDAT1_ADDR) CRDAT1; __sfr __at (CRDAT2_ADDR) CRDAT2; __sfr __at (CRDAT3_ADDR) CRDAT3; // // bitfield definitions // volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; volatile __CRCON_bits_t __at(CRCON_ADDR) CRCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDA_bits_t __at(WDA_ADDR) WDA_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPUDA_bits_t __at(WPUDA_ADDR) WPUDA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f639.c000066400000000000000000000064671116427777700202210ustar00rootroot00000000000000/* Register definitions for pic16f639. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (CMCON0_ADDR) CMCON0; __sfr __at (CMCON1_ADDR) CMCON1; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (WPUDA_ADDR) WPUDA; __sfr __at (IOCA_ADDR) IOCA; __sfr __at (WDA_ADDR) WDA; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (CRCON_ADDR) CRCON; __sfr __at (CRDAT0_ADDR) CRDAT0; __sfr __at (CRDAT1_ADDR) CRDAT1; __sfr __at (CRDAT2_ADDR) CRDAT2; __sfr __at (CRDAT3_ADDR) CRDAT3; // // bitfield definitions // volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; volatile __CRCON_bits_t __at(CRCON_ADDR) CRCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDA_bits_t __at(WDA_ADDR) WDA_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPUDA_bits_t __at(WPUDA_ADDR) WPUDA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f648a.c000066400000000000000000000056151116427777700203540ustar00rootroot00000000000000/* Register definitions for pic16f648a. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (VRCON_ADDR) VRCON; // // bitfield definitions // volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f676.c000066400000000000000000000056141116427777700202130ustar00rootroot00000000000000/* Register definitions for pic16f676. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCAL_ADDR) OSCCAL; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (WPU_ADDR) WPU; __sfr __at (WPUA_ADDR) WPUA; __sfr __at (IOC_ADDR) IOC; __sfr __at (IOCA_ADDR) IOCA; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCAL_bits_t __at(OSCCAL_ADDR) OSCCAL_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f684.c000066400000000000000000000076551116427777700202210ustar00rootroot00000000000000/* Register definitions for pic16f684. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (PWM1CON_ADDR) PWM1CON; __sfr __at (ECCPAS_ADDR) ECCPAS; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (CMCON0_ADDR) CMCON0; __sfr __at (CMCON1_ADDR) CMCON1; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (PR2_ADDR) PR2; __sfr __at (WPU_ADDR) WPU; __sfr __at (WPUA_ADDR) WPUA; __sfr __at (IOC_ADDR) IOC; __sfr __at (IOCA_ADDR) IOCA; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; volatile __ECCPAS_bits_t __at(ECCPAS_ADDR) ECCPAS_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PWM1CON_bits_t __at(PWM1CON_ADDR) PWM1CON_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f685.c000066400000000000000000000121271116427777700202100ustar00rootroot00000000000000/* Register definitions for pic16f685. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (PWM1CON_ADDR) PWM1CON; __sfr __at (ECCPAS_ADDR) ECCPAS; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (PR2_ADDR) PR2; __sfr __at (WPU_ADDR) WPU; __sfr __at (WPUA_ADDR) WPUA; __sfr __at (IOC_ADDR) IOC; __sfr __at (IOCA_ADDR) IOCA; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (CM1CON0_ADDR) CM1CON0; __sfr __at (CM2CON0_ADDR) CM2CON0; __sfr __at (CM2CON1_ADDR) CM2CON1; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (ANSELH_ADDR) ANSELH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (PSTRCON_ADDR) PSTRCON; __sfr __at (SRCON_ADDR) SRCON; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __ANSELH_bits_t __at(ANSELH_ADDR) ANSELH_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; volatile __ECCPAS_bits_t __at(ECCPAS_ADDR) ECCPAS_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PSTRCON_bits_t __at(PSTRCON_ADDR) PSTRCON_bits; volatile __PWM1CON_bits_t __at(PWM1CON_ADDR) PWM1CON_bits; volatile __SRCON_bits_t __at(SRCON_ADDR) SRCON_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPUA_bits_t __at(WPUA_ADDR) WPUA_bits; volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f687.c000066400000000000000000000126071116427777700202150ustar00rootroot00000000000000/* Register definitions for pic16f687. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (MSK_ADDR) MSK; __sfr __at (SSPMSK_ADDR) SSPMSK; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (WPU_ADDR) WPU; __sfr __at (WPUA_ADDR) WPUA; __sfr __at (IOC_ADDR) IOC; __sfr __at (IOCA_ADDR) IOCA; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (SPBRGH_ADDR) SPBRGH; __sfr __at (BAUDCTL_ADDR) BAUDCTL; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (CM1CON0_ADDR) CM1CON0; __sfr __at (CM2CON0_ADDR) CM2CON0; __sfr __at (CM2CON1_ADDR) CM2CON1; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (ANSELH_ADDR) ANSELH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (SRCON_ADDR) SRCON; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __ANSELH_bits_t __at(ANSELH_ADDR) ANSELH_bits; volatile __BAUDCTL_bits_t __at(BAUDCTL_ADDR) BAUDCTL_bits; volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SPBRG_bits_t __at(SPBRG_ADDR) SPBRG_bits; volatile __SPBRGH_bits_t __at(SPBRGH_ADDR) SPBRGH_bits; volatile __SRCON_bits_t __at(SRCON_ADDR) SRCON_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPUA_bits_t __at(WPUA_ADDR) WPUA_bits; volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f688.c000066400000000000000000000075521116427777700202210ustar00rootroot00000000000000/* Register definitions for pic16f688. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (BAUDCTL_ADDR) BAUDCTL; __sfr __at (SPBRGH_ADDR) SPBRGH; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (CMCON0_ADDR) CMCON0; __sfr __at (CMCON1_ADDR) CMCON1; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (WPU_ADDR) WPU; __sfr __at (WPUA_ADDR) WPUA; __sfr __at (IOC_ADDR) IOC; __sfr __at (IOCA_ADDR) IOCA; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __BAUDCTL_bits_t __at(BAUDCTL_ADDR) BAUDCTL_bits; volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f689.c000066400000000000000000000126071116427777700202170ustar00rootroot00000000000000/* Register definitions for pic16f689. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (MSK_ADDR) MSK; __sfr __at (SSPMSK_ADDR) SSPMSK; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (WPU_ADDR) WPU; __sfr __at (WPUA_ADDR) WPUA; __sfr __at (IOC_ADDR) IOC; __sfr __at (IOCA_ADDR) IOCA; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (SPBRGH_ADDR) SPBRGH; __sfr __at (BAUDCTL_ADDR) BAUDCTL; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (CM1CON0_ADDR) CM1CON0; __sfr __at (CM2CON0_ADDR) CM2CON0; __sfr __at (CM2CON1_ADDR) CM2CON1; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (ANSELH_ADDR) ANSELH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (SRCON_ADDR) SRCON; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __ANSELH_bits_t __at(ANSELH_ADDR) ANSELH_bits; volatile __BAUDCTL_bits_t __at(BAUDCTL_ADDR) BAUDCTL_bits; volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SPBRG_bits_t __at(SPBRG_ADDR) SPBRG_bits; volatile __SPBRGH_bits_t __at(SPBRGH_ADDR) SPBRGH_bits; volatile __SRCON_bits_t __at(SRCON_ADDR) SRCON_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPUA_bits_t __at(WPUA_ADDR) WPUA_bits; volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f690.c000066400000000000000000000141551116427777700202070ustar00rootroot00000000000000/* Register definitions for pic16f690. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (PWM1CON_ADDR) PWM1CON; __sfr __at (ECCPAS_ADDR) ECCPAS; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (MSK_ADDR) MSK; __sfr __at (SSPMSK_ADDR) SSPMSK; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (WPU_ADDR) WPU; __sfr __at (WPUA_ADDR) WPUA; __sfr __at (IOC_ADDR) IOC; __sfr __at (IOCA_ADDR) IOCA; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (SPBRGH_ADDR) SPBRGH; __sfr __at (BAUDCTL_ADDR) BAUDCTL; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (CM1CON0_ADDR) CM1CON0; __sfr __at (CM2CON0_ADDR) CM2CON0; __sfr __at (CM2CON1_ADDR) CM2CON1; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (ANSELH_ADDR) ANSELH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (PSTRCON_ADDR) PSTRCON; __sfr __at (SRCON_ADDR) SRCON; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __ANSELH_bits_t __at(ANSELH_ADDR) ANSELH_bits; volatile __BAUDCTL_bits_t __at(BAUDCTL_ADDR) BAUDCTL_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; volatile __ECCPAS_bits_t __at(ECCPAS_ADDR) ECCPAS_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PSTRCON_bits_t __at(PSTRCON_ADDR) PSTRCON_bits; volatile __PWM1CON_bits_t __at(PWM1CON_ADDR) PWM1CON_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SPBRG_bits_t __at(SPBRG_ADDR) SPBRG_bits; volatile __SPBRGH_bits_t __at(SPBRGH_ADDR) SPBRGH_bits; volatile __SRCON_bits_t __at(SRCON_ADDR) SRCON_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPUA_bits_t __at(WPUA_ADDR) WPUA_bits; volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f716.c000066400000000000000000000052371116427777700202070ustar00rootroot00000000000000/* Register definitions for pic16f716. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (DATACCP_ADDR) DATACCP; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (PWM1CON_ADDR) PWM1CON; __sfr __at (ECCPAS_ADDR) ECCPAS; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISCP_ADDR) TRISCP; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (ADCON1_ADDR) ADCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __ECCPAS_bits_t __at(ECCPAS_ADDR) ECCPAS_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PWM1CON_bits_t __at(PWM1CON_ADDR) PWM1CON_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f72.c000066400000000000000000000062411116427777700201160ustar00rootroot00000000000000/* Register definitions for pic16f72. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (PMDATL_ADDR) PMDATL; __sfr __at (PMADRL_ADDR) PMADRL; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADRH_ADDR) PMADRH; __sfr __at (PMCON1_ADDR) PMCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f73.c000066400000000000000000000076371116427777700201310ustar00rootroot00000000000000/* Register definitions for pic16f73. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (PMDATA_ADDR) PMDATA; __sfr __at (PMADR_ADDR) PMADR; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADRH_ADDR) PMADRH; __sfr __at (PMCON1_ADDR) PMCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f737.c000066400000000000000000000126421116427777700202100ustar00rootroot00000000000000/* Register definitions for pic16f737. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (CCPR3L_ADDR) CCPR3L; __sfr __at (CCPR3H_ADDR) CCPR3H; __sfr __at (CCP3CON_ADDR) CCP3CON; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADCON2_ADDR) ADCON2; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (CVRCON_ADDR) CVRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (PMDATA_ADDR) PMDATA; __sfr __at (PMADR_ADDR) PMADR; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADRH_ADDR) PMADRH; __sfr __at (PMCON1_ADDR) PMCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ADCON2_bits_t __at(ADCON2_ADDR) ADCON2_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __CCP3CON_bits_t __at(CCP3CON_ADDR) CCP3CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f74.c000066400000000000000000000104731116427777700201220ustar00rootroot00000000000000/* Register definitions for pic16f74. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (PMDATA_ADDR) PMDATA; __sfr __at (PMADR_ADDR) PMADR; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADRH_ADDR) PMADRH; __sfr __at (PMCON1_ADDR) PMCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f76.c000066400000000000000000000076371116427777700201340ustar00rootroot00000000000000/* Register definitions for pic16f76. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (PMDATA_ADDR) PMDATA; __sfr __at (PMADR_ADDR) PMADR; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADRH_ADDR) PMADRH; __sfr __at (PMCON1_ADDR) PMCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f767.c000066400000000000000000000123241116427777700202100ustar00rootroot00000000000000/* Register definitions for pic16f767. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (CCPR3L_ADDR) CCPR3L; __sfr __at (CCPR3H_ADDR) CCPR3H; __sfr __at (CCP3CON_ADDR) CCP3CON; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADCON2_ADDR) ADCON2; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (CVRCON_ADDR) CVRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (PMDATA_ADDR) PMDATA; __sfr __at (PMADR_ADDR) PMADR; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADRH_ADDR) PMADRH; __sfr __at (PMCON1_ADDR) PMCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ADCON2_bits_t __at(ADCON2_ADDR) ADCON2_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __CCP3CON_bits_t __at(CCP3CON_ADDR) CCP3CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f77.c000066400000000000000000000104731116427777700201250ustar00rootroot00000000000000/* Register definitions for pic16f77. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRES_ADDR) ADRES; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (PMDATA_ADDR) PMDATA; __sfr __at (PMADR_ADDR) PMADR; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADRH_ADDR) PMADRH; __sfr __at (PMCON1_ADDR) PMCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f777.c000066400000000000000000000126421116427777700202140ustar00rootroot00000000000000/* Register definitions for pic16f777. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (CCPR3L_ADDR) CCPR3L; __sfr __at (CCPR3H_ADDR) CCPR3H; __sfr __at (CCP3CON_ADDR) CCP3CON; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADCON2_ADDR) ADCON2; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (CVRCON_ADDR) CVRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (PMDATA_ADDR) PMDATA; __sfr __at (PMADR_ADDR) PMADR; __sfr __at (PMDATH_ADDR) PMDATH; __sfr __at (PMADRH_ADDR) PMADRH; __sfr __at (PMCON1_ADDR) PMCON1; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ADCON2_bits_t __at(ADCON2_ADDR) ADCON2_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __CCP3CON_bits_t __at(CCP3CON_ADDR) CCP3CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PMCON1_bits_t __at(PMCON1_ADDR) PMCON1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f785.c000066400000000000000000000114651116427777700202150ustar00rootroot00000000000000/* Register definitions for pic16f785. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (ANSEL0_ADDR) ANSEL0; __sfr __at (PR2_ADDR) PR2; __sfr __at (ANSEL1_ADDR) ANSEL1; __sfr __at (WPU_ADDR) WPU; __sfr __at (WPUA_ADDR) WPUA; __sfr __at (IOC_ADDR) IOC; __sfr __at (IOCA_ADDR) IOCA; __sfr __at (REFCON_ADDR) REFCON; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (EEDAT_ADDR) EEDAT; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (PWMCON1_ADDR) PWMCON1; __sfr __at (PWMCON0_ADDR) PWMCON0; __sfr __at (PWMCLK_ADDR) PWMCLK; __sfr __at (PWMPH1_ADDR) PWMPH1; __sfr __at (PWMPH2_ADDR) PWMPH2; __sfr __at (CM1CON0_ADDR) CM1CON0; __sfr __at (CM2CON0_ADDR) CM2CON0; __sfr __at (CM2CON1_ADDR) CM2CON1; __sfr __at (OPA1CON_ADDR) OPA1CON; __sfr __at (OPA2CON_ADDR) OPA2CON; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL1_bits_t __at(ANSEL1_ADDR) ANSEL1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; volatile __IOCA_bits_t __at(IOCA_ADDR) IOCA_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PWMCLK_bits_t __at(PWMCLK_ADDR) PWMCLK_bits; volatile __PWMCON0_bits_t __at(PWMCON0_ADDR) PWMCON0_bits; volatile __PWMCON1_bits_t __at(PWMCON1_ADDR) PWMCON1_bits; volatile __REFCON_bits_t __at(REFCON_ADDR) REFCON_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPUA_bits_t __at(WPUA_ADDR) WPUA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f818.c000066400000000000000000000067331116427777700202140ustar00rootroot00000000000000/* Register definitions for pic16f818. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f819.c000066400000000000000000000067331116427777700202150ustar00rootroot00000000000000/* Register definitions for pic16f819. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f84.c000066400000000000000000000027061116427777700201230ustar00rootroot00000000000000/* Register definitions for pic16f84. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f84a.c000066400000000000000000000027101116427777700202570ustar00rootroot00000000000000/* Register definitions for pic16f84a. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f87.c000066400000000000000000000074761116427777700201370ustar00rootroot00000000000000/* Register definitions for pic16f87. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (CVRCON_ADDR) CVRCON; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f870.c000066400000000000000000000067631116427777700202150ustar00rootroot00000000000000/* Register definitions for pic16f870. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f871.c000066400000000000000000000076171116427777700202150ustar00rootroot00000000000000/* Register definitions for pic16f871. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (PR2_ADDR) PR2; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f872.c000066400000000000000000000070761116427777700202150ustar00rootroot00000000000000/* Register definitions for pic16f872. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f873.c000066400000000000000000000101671116427777700202110ustar00rootroot00000000000000/* Register definitions for pic16f873. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f873a.c000066400000000000000000000105131116427777700203450ustar00rootroot00000000000000/* Register definitions for pic16f873a. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (CVRCON_ADDR) CVRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f874.c000066400000000000000000000110231116427777700202020ustar00rootroot00000000000000/* Register definitions for pic16f874. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f874a.c000066400000000000000000000113471116427777700203540ustar00rootroot00000000000000/* Register definitions for pic16f874a. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (CVRCON_ADDR) CVRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f876.c000066400000000000000000000101671116427777700202140ustar00rootroot00000000000000/* Register definitions for pic16f876. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f876a.c000066400000000000000000000105131116427777700203500ustar00rootroot00000000000000/* Register definitions for pic16f876a. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (CVRCON_ADDR) CVRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f877.c000066400000000000000000000110231116427777700202050ustar00rootroot00000000000000/* Register definitions for pic16f877. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f877a.c000066400000000000000000000113471116427777700203570ustar00rootroot00000000000000/* Register definitions for pic16f877a. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (CVRCON_ADDR) CVRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f88.c000066400000000000000000000102541116427777700201240ustar00rootroot00000000000000/* Register definitions for pic16f88. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (CMCON_ADDR) CMCON; __sfr __at (CVRCON_ADDR) CVRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits; volatile __CVRCON_bits_t __at(CVRCON_ADDR) CVRCON_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f886.c000066400000000000000000000143311116427777700202120ustar00rootroot00000000000000/* Register definitions for pic16f886. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved * * Rename this file if your gputils in fact support this device. */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (SPBRGH_ADDR) SPBRGH; __sfr __at (PWM1CON_ADDR) PWM1CON; __sfr __at (ECCPAS_ADDR) ECCPAS; __sfr __at (PSTRCON_ADDR) PSTRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (CM1CON0_ADDR) CM1CON0; __sfr __at (CM2CON0_ADDR) CM2CON0; __sfr __at (CM2CON1_ADDR) CM2CON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (SRCON_ADDR) SRCON; __sfr __at (BAUDCTL_ADDR) BAUDCTL; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (ANSELH_ADDR) ANSELH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __ANSELH_bits_t __at(ANSELH_ADDR) ANSELH_bits; volatile __BAUDCTL_bits_t __at(BAUDCTL_ADDR) BAUDCTL_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; volatile __ECCPAS_bits_t __at(ECCPAS_ADDR) ECCPAS_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __PSTRCON_bits_t __at(PSTRCON_ADDR) PSTRCON_bits; volatile __PWM1CON_bits_t __at(PWM1CON_ADDR) PWM1CON_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SPBRG_bits_t __at(SPBRG_ADDR) SPBRG_bits; volatile __SPBRGH_bits_t __at(SPBRGH_ADDR) SPBRGH_bits; volatile __SRCON_bits_t __at(SRCON_ADDR) SRCON_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f887.c000066400000000000000000000146471116427777700202250ustar00rootroot00000000000000/* Register definitions for pic16f887. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved * * Rename this file if your gputils in fact support this device. */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (SSPCON2_ADDR) SSPCON2; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (SPBRGH_ADDR) SPBRGH; __sfr __at (PWM1CON_ADDR) PWM1CON; __sfr __at (ECCPAS_ADDR) ECCPAS; __sfr __at (PSTRCON_ADDR) PSTRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (CM1CON0_ADDR) CM1CON0; __sfr __at (CM2CON0_ADDR) CM2CON0; __sfr __at (CM2CON1_ADDR) CM2CON1; __sfr __at (EEDATA_ADDR) EEDATA; __sfr __at (EEADR_ADDR) EEADR; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (SRCON_ADDR) SRCON; __sfr __at (BAUDCTL_ADDR) BAUDCTL; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (ANSELH_ADDR) ANSELH; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __ANSELH_bits_t __at(ANSELH_ADDR) ANSELH_bits; volatile __BAUDCTL_bits_t __at(BAUDCTL_ADDR) BAUDCTL_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __CM1CON0_bits_t __at(CM1CON0_ADDR) CM1CON0_bits; volatile __CM2CON0_bits_t __at(CM2CON0_ADDR) CM2CON0_bits; volatile __CM2CON1_bits_t __at(CM2CON1_ADDR) CM2CON1_bits; volatile __ECCPAS_bits_t __at(ECCPAS_ADDR) ECCPAS_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __PSTRCON_bits_t __at(PSTRCON_ADDR) PSTRCON_bits; volatile __PWM1CON_bits_t __at(PWM1CON_ADDR) PWM1CON_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SPBRG_bits_t __at(SPBRG_ADDR) SPBRG_bits; volatile __SPBRGH_bits_t __at(SPBRGH_ADDR) SPBRGH_bits; volatile __SRCON_bits_t __at(SRCON_ADDR) SRCON_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPCON2_bits_t __at(SSPCON2_ADDR) SSPCON2_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f913.c000066400000000000000000000152161116427777700202040ustar00rootroot00000000000000/* Register definitions for pic16f913. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (WPU_ADDR) WPU; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (IOC_ADDR) IOC; __sfr __at (CMCON1_ADDR) CMCON1; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (CMCON0_ADDR) CMCON0; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (LCDCON_ADDR) LCDCON; __sfr __at (LCDPS_ADDR) LCDPS; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (EEDATL_ADDR) EEDATL; __sfr __at (EEADRL_ADDR) EEADRL; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (LCDDATA0_ADDR) LCDDATA0; __sfr __at (LCDDATA1_ADDR) LCDDATA1; __sfr __at (LCDDATA3_ADDR) LCDDATA3; __sfr __at (LCDDATA4_ADDR) LCDDATA4; __sfr __at (LCDDATA6_ADDR) LCDDATA6; __sfr __at (LCDDATA7_ADDR) LCDDATA7; __sfr __at (LCDDATA9_ADDR) LCDDATA9; __sfr __at (LCDDATA10_ADDR) LCDDATA10; __sfr __at (LCDSE0_ADDR) LCDSE0; __sfr __at (LCDSE1_ADDR) LCDSE1; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; volatile __EEADRH_bits_t __at(EEADRH_ADDR) EEADRH_bits; volatile __EEADRL_bits_t __at(EEADRL_ADDR) EEADRL_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; volatile __LCDCON_bits_t __at(LCDCON_ADDR) LCDCON_bits; volatile __LCDDATA0_bits_t __at(LCDDATA0_ADDR) LCDDATA0_bits; volatile __LCDDATA1_bits_t __at(LCDDATA1_ADDR) LCDDATA1_bits; volatile __LCDDATA10_bits_t __at(LCDDATA10_ADDR) LCDDATA10_bits; volatile __LCDDATA3_bits_t __at(LCDDATA3_ADDR) LCDDATA3_bits; volatile __LCDDATA4_bits_t __at(LCDDATA4_ADDR) LCDDATA4_bits; volatile __LCDDATA6_bits_t __at(LCDDATA6_ADDR) LCDDATA6_bits; volatile __LCDDATA7_bits_t __at(LCDDATA7_ADDR) LCDDATA7_bits; volatile __LCDDATA9_bits_t __at(LCDDATA9_ADDR) LCDDATA9_bits; volatile __LCDPS_bits_t __at(LCDPS_ADDR) LCDPS_bits; volatile __LCDSE0_bits_t __at(LCDSE0_ADDR) LCDSE0_bits; volatile __LCDSE1_bits_t __at(LCDSE1_ADDR) LCDSE1_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPU_bits_t __at(WPU_ADDR) WPU_bits; volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f914.c000066400000000000000000000171541116427777700202100ustar00rootroot00000000000000/* Register definitions for pic16f914. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (WPU_ADDR) WPU; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (IOC_ADDR) IOC; __sfr __at (CMCON1_ADDR) CMCON1; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (CMCON0_ADDR) CMCON0; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (LCDCON_ADDR) LCDCON; __sfr __at (LCDPS_ADDR) LCDPS; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (EEDATL_ADDR) EEDATL; __sfr __at (EEADRL_ADDR) EEADRL; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (LCDDATA0_ADDR) LCDDATA0; __sfr __at (LCDDATA1_ADDR) LCDDATA1; __sfr __at (LCDDATA2_ADDR) LCDDATA2; __sfr __at (LCDDATA3_ADDR) LCDDATA3; __sfr __at (LCDDATA4_ADDR) LCDDATA4; __sfr __at (LCDDATA5_ADDR) LCDDATA5; __sfr __at (LCDDATA6_ADDR) LCDDATA6; __sfr __at (LCDDATA7_ADDR) LCDDATA7; __sfr __at (LCDDATA8_ADDR) LCDDATA8; __sfr __at (LCDDATA9_ADDR) LCDDATA9; __sfr __at (LCDDATA10_ADDR) LCDDATA10; __sfr __at (LCDDATA11_ADDR) LCDDATA11; __sfr __at (LCDSE0_ADDR) LCDSE0; __sfr __at (LCDSE1_ADDR) LCDSE1; __sfr __at (LCDSE2_ADDR) LCDSE2; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; volatile __EEADRH_bits_t __at(EEADRH_ADDR) EEADRH_bits; volatile __EEADRL_bits_t __at(EEADRL_ADDR) EEADRL_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; volatile __LCDCON_bits_t __at(LCDCON_ADDR) LCDCON_bits; volatile __LCDDATA0_bits_t __at(LCDDATA0_ADDR) LCDDATA0_bits; volatile __LCDDATA1_bits_t __at(LCDDATA1_ADDR) LCDDATA1_bits; volatile __LCDDATA10_bits_t __at(LCDDATA10_ADDR) LCDDATA10_bits; volatile __LCDDATA11_bits_t __at(LCDDATA11_ADDR) LCDDATA11_bits; volatile __LCDDATA2_bits_t __at(LCDDATA2_ADDR) LCDDATA2_bits; volatile __LCDDATA3_bits_t __at(LCDDATA3_ADDR) LCDDATA3_bits; volatile __LCDDATA4_bits_t __at(LCDDATA4_ADDR) LCDDATA4_bits; volatile __LCDDATA5_bits_t __at(LCDDATA5_ADDR) LCDDATA5_bits; volatile __LCDDATA6_bits_t __at(LCDDATA6_ADDR) LCDDATA6_bits; volatile __LCDDATA7_bits_t __at(LCDDATA7_ADDR) LCDDATA7_bits; volatile __LCDDATA8_bits_t __at(LCDDATA8_ADDR) LCDDATA8_bits; volatile __LCDDATA9_bits_t __at(LCDDATA9_ADDR) LCDDATA9_bits; volatile __LCDPS_bits_t __at(LCDPS_ADDR) LCDPS_bits; volatile __LCDSE0_bits_t __at(LCDSE0_ADDR) LCDSE0_bits; volatile __LCDSE1_bits_t __at(LCDSE1_ADDR) LCDSE1_bits; volatile __LCDSE2_bits_t __at(LCDSE2_ADDR) LCDSE2_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPU_bits_t __at(WPU_ADDR) WPU_bits; volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f916.c000066400000000000000000000152161116427777700202070ustar00rootroot00000000000000/* Register definitions for pic16f916. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (WPU_ADDR) WPU; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (IOC_ADDR) IOC; __sfr __at (CMCON1_ADDR) CMCON1; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (CMCON0_ADDR) CMCON0; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (LCDCON_ADDR) LCDCON; __sfr __at (LCDPS_ADDR) LCDPS; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (EEDATL_ADDR) EEDATL; __sfr __at (EEADRL_ADDR) EEADRL; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (LCDDATA0_ADDR) LCDDATA0; __sfr __at (LCDDATA1_ADDR) LCDDATA1; __sfr __at (LCDDATA3_ADDR) LCDDATA3; __sfr __at (LCDDATA4_ADDR) LCDDATA4; __sfr __at (LCDDATA6_ADDR) LCDDATA6; __sfr __at (LCDDATA7_ADDR) LCDDATA7; __sfr __at (LCDDATA9_ADDR) LCDDATA9; __sfr __at (LCDDATA10_ADDR) LCDDATA10; __sfr __at (LCDSE0_ADDR) LCDSE0; __sfr __at (LCDSE1_ADDR) LCDSE1; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; volatile __EEADRH_bits_t __at(EEADRH_ADDR) EEADRH_bits; volatile __EEADRL_bits_t __at(EEADRL_ADDR) EEADRL_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; volatile __LCDCON_bits_t __at(LCDCON_ADDR) LCDCON_bits; volatile __LCDDATA0_bits_t __at(LCDDATA0_ADDR) LCDDATA0_bits; volatile __LCDDATA1_bits_t __at(LCDDATA1_ADDR) LCDDATA1_bits; volatile __LCDDATA10_bits_t __at(LCDDATA10_ADDR) LCDDATA10_bits; volatile __LCDDATA3_bits_t __at(LCDDATA3_ADDR) LCDDATA3_bits; volatile __LCDDATA4_bits_t __at(LCDDATA4_ADDR) LCDDATA4_bits; volatile __LCDDATA6_bits_t __at(LCDDATA6_ADDR) LCDDATA6_bits; volatile __LCDDATA7_bits_t __at(LCDDATA7_ADDR) LCDDATA7_bits; volatile __LCDDATA9_bits_t __at(LCDDATA9_ADDR) LCDDATA9_bits; volatile __LCDPS_bits_t __at(LCDPS_ADDR) LCDPS_bits; volatile __LCDSE0_bits_t __at(LCDSE0_ADDR) LCDSE0_bits; volatile __LCDSE1_bits_t __at(LCDSE1_ADDR) LCDSE1_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPU_bits_t __at(WPU_ADDR) WPU_bits; volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; sdcc-2.9.0/device/lib/pic/libdev/pic16f917.c000066400000000000000000000171541116427777700202130ustar00rootroot00000000000000/* Register definitions for pic16f917. * This file was automatically generated by: * inc2h.pl V4585 * Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved */ #include __sfr __at (INDF_ADDR) INDF; __sfr __at (TMR0_ADDR) TMR0; __sfr __at (PCL_ADDR) PCL; __sfr __at (STATUS_ADDR) STATUS; __sfr __at (FSR_ADDR) FSR; __sfr __at (PORTA_ADDR) PORTA; __sfr __at (PORTB_ADDR) PORTB; __sfr __at (PORTC_ADDR) PORTC; __sfr __at (PORTD_ADDR) PORTD; __sfr __at (PORTE_ADDR) PORTE; __sfr __at (PCLATH_ADDR) PCLATH; __sfr __at (INTCON_ADDR) INTCON; __sfr __at (PIR1_ADDR) PIR1; __sfr __at (PIR2_ADDR) PIR2; __sfr __at (TMR1L_ADDR) TMR1L; __sfr __at (TMR1H_ADDR) TMR1H; __sfr __at (T1CON_ADDR) T1CON; __sfr __at (TMR2_ADDR) TMR2; __sfr __at (T2CON_ADDR) T2CON; __sfr __at (SSPBUF_ADDR) SSPBUF; __sfr __at (SSPCON_ADDR) SSPCON; __sfr __at (CCPR1L_ADDR) CCPR1L; __sfr __at (CCPR1H_ADDR) CCPR1H; __sfr __at (CCP1CON_ADDR) CCP1CON; __sfr __at (RCSTA_ADDR) RCSTA; __sfr __at (TXREG_ADDR) TXREG; __sfr __at (RCREG_ADDR) RCREG; __sfr __at (CCPR2L_ADDR) CCPR2L; __sfr __at (CCPR2H_ADDR) CCPR2H; __sfr __at (CCP2CON_ADDR) CCP2CON; __sfr __at (ADRESH_ADDR) ADRESH; __sfr __at (ADCON0_ADDR) ADCON0; __sfr __at (OPTION_REG_ADDR) OPTION_REG; __sfr __at (TRISA_ADDR) TRISA; __sfr __at (TRISB_ADDR) TRISB; __sfr __at (TRISC_ADDR) TRISC; __sfr __at (TRISD_ADDR) TRISD; __sfr __at (TRISE_ADDR) TRISE; __sfr __at (PIE1_ADDR) PIE1; __sfr __at (PIE2_ADDR) PIE2; __sfr __at (PCON_ADDR) PCON; __sfr __at (OSCCON_ADDR) OSCCON; __sfr __at (OSCTUNE_ADDR) OSCTUNE; __sfr __at (ANSEL_ADDR) ANSEL; __sfr __at (PR2_ADDR) PR2; __sfr __at (SSPADD_ADDR) SSPADD; __sfr __at (SSPSTAT_ADDR) SSPSTAT; __sfr __at (WPUB_ADDR) WPUB; __sfr __at (WPU_ADDR) WPU; __sfr __at (IOCB_ADDR) IOCB; __sfr __at (IOC_ADDR) IOC; __sfr __at (CMCON1_ADDR) CMCON1; __sfr __at (TXSTA_ADDR) TXSTA; __sfr __at (SPBRG_ADDR) SPBRG; __sfr __at (CMCON0_ADDR) CMCON0; __sfr __at (VRCON_ADDR) VRCON; __sfr __at (ADRESL_ADDR) ADRESL; __sfr __at (ADCON1_ADDR) ADCON1; __sfr __at (WDTCON_ADDR) WDTCON; __sfr __at (LCDCON_ADDR) LCDCON; __sfr __at (LCDPS_ADDR) LCDPS; __sfr __at (LVDCON_ADDR) LVDCON; __sfr __at (EEDATL_ADDR) EEDATL; __sfr __at (EEADRL_ADDR) EEADRL; __sfr __at (EEDATH_ADDR) EEDATH; __sfr __at (EEADRH_ADDR) EEADRH; __sfr __at (LCDDATA0_ADDR) LCDDATA0; __sfr __at (LCDDATA1_ADDR) LCDDATA1; __sfr __at (LCDDATA2_ADDR) LCDDATA2; __sfr __at (LCDDATA3_ADDR) LCDDATA3; __sfr __at (LCDDATA4_ADDR) LCDDATA4; __sfr __at (LCDDATA5_ADDR) LCDDATA5; __sfr __at (LCDDATA6_ADDR) LCDDATA6; __sfr __at (LCDDATA7_ADDR) LCDDATA7; __sfr __at (LCDDATA8_ADDR) LCDDATA8; __sfr __at (LCDDATA9_ADDR) LCDDATA9; __sfr __at (LCDDATA10_ADDR) LCDDATA10; __sfr __at (LCDDATA11_ADDR) LCDDATA11; __sfr __at (LCDSE0_ADDR) LCDSE0; __sfr __at (LCDSE1_ADDR) LCDSE1; __sfr __at (LCDSE2_ADDR) LCDSE2; __sfr __at (EECON1_ADDR) EECON1; __sfr __at (EECON2_ADDR) EECON2; // // bitfield definitions // volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits; volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits; volatile __ANSEL_bits_t __at(ANSEL_ADDR) ANSEL_bits; volatile __CCP1CON_bits_t __at(CCP1CON_ADDR) CCP1CON_bits; volatile __CCP2CON_bits_t __at(CCP2CON_ADDR) CCP2CON_bits; volatile __CMCON0_bits_t __at(CMCON0_ADDR) CMCON0_bits; volatile __CMCON1_bits_t __at(CMCON1_ADDR) CMCON1_bits; volatile __EEADRH_bits_t __at(EEADRH_ADDR) EEADRH_bits; volatile __EEADRL_bits_t __at(EEADRL_ADDR) EEADRL_bits; volatile __EECON1_bits_t __at(EECON1_ADDR) EECON1_bits; volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits; volatile __IOC_bits_t __at(IOC_ADDR) IOC_bits; volatile __IOCB_bits_t __at(IOCB_ADDR) IOCB_bits; volatile __LCDCON_bits_t __at(LCDCON_ADDR) LCDCON_bits; volatile __LCDDATA0_bits_t __at(LCDDATA0_ADDR) LCDDATA0_bits; volatile __LCDDATA1_bits_t __at(LCDDATA1_ADDR) LCDDATA1_bits; volatile __LCDDATA10_bits_t __at(LCDDATA10_ADDR) LCDDATA10_bits; volatile __LCDDATA11_bits_t __at(LCDDATA11_ADDR) LCDDATA11_bits; volatile __LCDDATA2_bits_t __at(LCDDATA2_ADDR) LCDDATA2_bits; volatile __LCDDATA3_bits_t __at(LCDDATA3_ADDR) LCDDATA3_bits; volatile __LCDDATA4_bits_t __at(LCDDATA4_ADDR) LCDDATA4_bits; volatile __LCDDATA5_bits_t __at(LCDDATA5_ADDR) LCDDATA5_bits; volatile __LCDDATA6_bits_t __at(LCDDATA6_ADDR) LCDDATA6_bits; volatile __LCDDATA7_bits_t __at(LCDDATA7_ADDR) LCDDATA7_bits; volatile __LCDDATA8_bits_t __at(LCDDATA8_ADDR) LCDDATA8_bits; volatile __LCDDATA9_bits_t __at(LCDDATA9_ADDR) LCDDATA9_bits; volatile __LCDPS_bits_t __at(LCDPS_ADDR) LCDPS_bits; volatile __LCDSE0_bits_t __at(LCDSE0_ADDR) LCDSE0_bits; volatile __LCDSE1_bits_t __at(LCDSE1_ADDR) LCDSE1_bits; volatile __LCDSE2_bits_t __at(LCDSE2_ADDR) LCDSE2_bits; volatile __LVDCON_bits_t __at(LVDCON_ADDR) LVDCON_bits; volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits; volatile __OSCCON_bits_t __at(OSCCON_ADDR) OSCCON_bits; volatile __OSCTUNE_bits_t __at(OSCTUNE_ADDR) OSCTUNE_bits; volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits; volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits; volatile __PIE2_bits_t __at(PIE2_ADDR) PIE2_bits; volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits; volatile __PIR2_bits_t __at(PIR2_ADDR) PIR2_bits; volatile __PORTA_bits_t __at(PORTA_ADDR) PORTA_bits; volatile __PORTB_bits_t __at(PORTB_ADDR) PORTB_bits; volatile __PORTC_bits_t __at(PORTC_ADDR) PORTC_bits; volatile __PORTD_bits_t __at(PORTD_ADDR) PORTD_bits; volatile __PORTE_bits_t __at(PORTE_ADDR) PORTE_bits; volatile __RCSTA_bits_t __at(RCSTA_ADDR) RCSTA_bits; volatile __SSPCON_bits_t __at(SSPCON_ADDR) SSPCON_bits; volatile __SSPSTAT_bits_t __at(SSPSTAT_ADDR) SSPSTAT_bits; volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits; volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits; volatile __T2CON_bits_t __at(T2CON_ADDR) T2CON_bits; volatile __TRISA_bits_t __at(TRISA_ADDR) TRISA_bits; volatile __TRISB_bits_t __at(TRISB_ADDR) TRISB_bits; volatile __TRISC_bits_t __at(TRISC_ADDR) TRISC_bits; volatile __TRISD_bits_t __at(TRISD_ADDR) TRISD_bits; volatile __TRISE_bits_t __at(TRISE_ADDR) TRISE_bits; volatile __TXSTA_bits_t __at(TXSTA_ADDR) TXSTA_bits; volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits; volatile __WDTCON_bits_t __at(WDTCON_ADDR) WDTCON_bits; volatile __WPU_bits_t __at(WPU_ADDR) WPU_bits; volatile __WPUB_bits_t __at(WPUB_ADDR) WPUB_bits; sdcc-2.9.0/device/lib/pic/libm/000077500000000000000000000000001116427777700161645ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic/libm/Makefile.in000066400000000000000000000002351116427777700202310ustar00rootroot00000000000000top_builddir=@top_builddir@ top_srcdir=@top_srcdir@ VPATH = @srcdir@ srcdir = @srcdir@ SUBDIRS = MKLIB = libm.lib include $(top_srcdir)/Makefile.subdir sdcc-2.9.0/device/lib/pic/libm/acosf.c000066400000000000000000000022661116427777700174310ustar00rootroot00000000000000/* acosf.c: Computes arc cosine of a 32-bit float Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: acosf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include float asincosf(const float x, const int isacos); float acosf(const float x) _MATH_REENTRANT { if(x== 1.0) return 0.0; else if(x==-1.0) return PI; else if(x== 0.0) return HALF_PI; return asincosf(x,1); } sdcc-2.9.0/device/lib/pic/libm/asincosf.c000066400000000000000000000042001116427777700201310ustar00rootroot00000000000000/* asincosf.c: Computes asin or acos of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: asincosf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include #define P1 0.933935835E+0 #define P2 -0.504400557E+0 #define Q0 0.560363004E+1 #define Q1 -0.554846723E+1 #define Q2 0.100000000E+1 #define P(g) (P2*g+P1) #define Q(g) ((Q2*g+Q1)*g+Q0) float asincosf(const float x, const int isacos) { float y, g, r; int i; static const float a[2]={ 0.0, QUART_PI }; static const float b[2]={ HALF_PI, QUART_PI }; y=fabsf(x); i=isacos; if (y < EPS) r=y; else { if (y > 0.5) { i=1-i; if (y > 1.0) { errno=EDOM; return 0.0; } g=(0.5-y)+0.5; g=ldexpf(g,-1); y=sqrtf(g); y=-(y+y); } else { g=y*y; } r=y+y*((P(g)*g)/Q(g)); } if (isacos) { if (x < 0.0) r=(b[i]+r)+b[i]; else r=(a[i]-r)+a[i]; } else { r=(a[i]+r)+a[i]; if (x<0.0) r=-r; } return r; } sdcc-2.9.0/device/lib/pic/libm/asinf.c000066400000000000000000000022611116427777700174310ustar00rootroot00000000000000/* asinf.c: Computes asin(x) Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: asinf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include float asincosf(const float x, const int isacos); float asinf(const float x) _MATH_REENTRANT { if(x== 1.0) return HALF_PI; else if(x==-1.0) return -HALF_PI; else if(x== 0.0) return 0.0; else return asincosf(x,0); } sdcc-2.9.0/device/lib/pic/libm/atan2f.c000066400000000000000000000025011116427777700175010ustar00rootroot00000000000000/* atan2f.c: Computes atan2(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: atan2f.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include float atan2f(const float x, const float y) { float r; if ((x==0.0) && (y==0.0)) { errno=EDOM; return 0.0; } if(fabsf(y)>=fabsf(x)) { r=atanf(x/y); if(y<0.0) r+=(x>=0?PI:-PI); } else { r=-atanf(y/x); r+=(x<0.0?-HALF_PI:HALF_PI); } return r; } sdcc-2.9.0/device/lib/pic/libm/atanf.c000066400000000000000000000040301116427777700174160ustar00rootroot00000000000000/* atanf.c: Computes arctan of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: atanf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include #define P0 -0.4708325141E+0 #define P1 -0.5090958253E-1 #define Q0 0.1412500740E+1 #define Q1 0.1000000000E+1 #define P(g,f) ((P1*g+P0)*g*f) #define Q(g) (Q1*g+Q0) #define K1 0.2679491924 /* 2-sqrt(3) */ #define K2 0.7320508076 /* sqrt(3)-1 */ #define K3 1.7320508076 /* sqrt(3) */ float atanf(const float x) _MATH_REENTRANT { float f, r, g; int n=0; static float a[]={ 0.0, 0.5235987756, 1.5707963268, 1.0471975512 }; f=fabsf(x); if(f>1.0) { f=1.0/f; n=2; } if(f>K1) { f=((K2*f-1.0)+f)/(K3+f); // What it is actually wanted is this more accurate formula, // but SDCC optimizes it and then it does not work: // f=(((K2*f-0.5)-0.5)+f)/(K3+f); n++; } if(fabsf(f)1) r=-r; r+=a[n]; if(x<0.0) r=-r; return r; } sdcc-2.9.0/device/lib/pic/libm/ceilf.c000066400000000000000000000021401116427777700174070ustar00rootroot00000000000000/* ceilf.c: Returns the integer larger or equal than x Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: ceilf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include float ceilf(float x) _MATH_REENTRANT { long r; r=x; if (r<0) return r; else return (r+((r float sincosf(float x, int iscos); float cosf(float x) _MATH_REENTRANT { if (x==0.0) return 1.0; return sincosf(x, 1); } sdcc-2.9.0/device/lib/pic/libm/coshf.c000066400000000000000000000021271116427777700174340ustar00rootroot00000000000000/* coshf.c: Computes cosh(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: coshf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include float sincoshf(const float x, const int iscosh); float coshf(const float x) _MATH_REENTRANT { return sincoshf(x, 1); } sdcc-2.9.0/device/lib/pic/libm/cotf.c000066400000000000000000000024611116427777700172660ustar00rootroot00000000000000/* cotf.c: Computes cot(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: cotf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include float tancotf(const float x, const int iscot); float cotf(const float x) _MATH_REENTRANT { float y; y=fabsf(x); if (y<1.0E-30) //This one requires more thinking... { errno = ERANGE; if (x<0.0) return -XMAX; else return XMAX; } return tancotf(x, 1); } sdcc-2.9.0/device/lib/pic/libm/errno.c000066400000000000000000000017631116427777700174640ustar00rootroot00000000000000/*------------------------------------------------------------------------- errno.c :- just declares errno as a variable This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ /* ** $Id: errno.c 4776 2007-04-29 13:15:51Z borutr $ */ int errno; sdcc-2.9.0/device/lib/pic/libm/expf.c000066400000000000000000000041521116427777700172740ustar00rootroot00000000000000/* expf.c: Computes e**x of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: expf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include #define P0 0.2499999995E+0 #define P1 0.4160288626E-2 #define Q0 0.5000000000E+0 #define Q1 0.4998717877E-1 #define P(z) ((P1*z)+P0) #define Q(z) ((Q1*z)+Q0) #define C1 0.693359375 #define C2 -2.1219444005469058277e-4 #define BIGX 88.72283911 /* ln(XMAX) */ #define EXPEPS 1.0E-7 /* exp(1.0E-7)=0.0000001 */ #define K1 1.4426950409 /* 1/ln(2) */ float expf(const float x) { int n; float xn, g, r, z, y; char sign; if(x>=0.0) { y=x; sign=0; } else { y=-x; sign=1; } if(yBIGX) { if(sign) { errno=ERANGE; return XMAX; } else { return 0.0; } } z=y*K1; n=z; if(n<0) --n; if(z-n>=0.5) ++n; xn=n; g=((y-xn*C1))-xn*C2; z=g*g; r=P(z)*g; r=0.5+(r/(Q(z)-r)); n++; z=ldexpf(r, n); if(sign) return 1.0/z; else return z; } sdcc-2.9.0/device/lib/pic/libm/fabsf.c000066400000000000000000000022151116427777700174110ustar00rootroot00000000000000/* fabsf.c: Returns the absolute value of a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: fabsf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include #include float fabsf(const float x) _MATH_REENTRANT { FS_STATIC union float_long fl; fl.f = x; fl.l &= 0x7fffffff; return fl.f; } sdcc-2.9.0/device/lib/pic/libm/floorf.c000066400000000000000000000021471116427777700176230ustar00rootroot00000000000000/* floorf.c: Returns the integer smaller or equal than x Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: floorf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include float floorf (float x) _MATH_REENTRANT { long r; r=x; if (r<=0) return (r+((r>x)?-1:0)); else return r; } sdcc-2.9.0/device/lib/pic/libm/frexpf.c000066400000000000000000000025411116427777700176240ustar00rootroot00000000000000/* frexpf.c: Returns the exponent and mantisa of a 32 bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: frexpf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include #include float frexpf(const float x, int *pw2) { FS_STATIC union float_long fl; long int i; fl.f=x; /* Find the exponent (power of 2) */ i = ( fl.l >> 23) & 0x000000ff; i -= 0x7e; *pw2 = i; fl.l &= 0x807fffff; /* strip all exponent bits */ fl.l |= 0x3f000000; /* mantissa between 0.5 and 1 */ return(fl.f); } sdcc-2.9.0/device/lib/pic/libm/ldexpf.c000066400000000000000000000023441116427777700176150ustar00rootroot00000000000000/* ldexpf.c: Build a float from a mantisa and exponent. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: ldexpf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include #include float ldexpf(const float x, const int pw2) { FS_STATIC union float_long fl; long e; fl.f = x; e=(fl.l >> 23) & 0x000000ff; e+=pw2; fl.l= ((e & 0xff) << 23) | (fl.l & 0x807fffff); return(fl.f); } sdcc-2.9.0/device/lib/pic/libm/log10f.c000066400000000000000000000021011116427777700174120ustar00rootroot00000000000000/* log10f.c: Computes the base 10 log of a 32 bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: log10f.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include float log10f(const float x) _MATH_REENTRANT { return logf(x)*0.4342944819; } sdcc-2.9.0/device/lib/pic/libm/logf.c000066400000000000000000000035531116427777700172650ustar00rootroot00000000000000/* logf.c: Computes the natural log of a 32 bit float as outlined in [1]. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: logf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include #include /*Constans for 24 bits or less (8 decimal digits)*/ #define A0 -0.5527074855E+0 #define B0 -0.6632718214E+1 #define A(w) (A0) #define B(w) (w+B0) #define C0 0.70710678118654752440 #define C1 0.693359375 /*355.0/512.0*/ #define C2 -2.121944400546905827679E-4 float logf(const float x) _MATH_REENTRANT { float Rz; float f, z, w, znum, zden, xn; FS_STATIC int n; if (x<=0.0) { errno=EDOM; return 0.0; } f=frexpf(x, &n); znum=f-0.5; if (f>C0) { znum-=0.5; zden=(f*0.5)+0.5; } else { n--; zden=znum*0.5+0.5; } z=znum/zden; w=z*z; Rz=z+z*(w*A(w)/B(w)); xn=n; return ((xn*C2+Rz)+xn*C1); } sdcc-2.9.0/device/lib/pic/libm/modff.c000066400000000000000000000020511116427777700174210ustar00rootroot00000000000000/* modff.c: Returns both the integer and fraction of a float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: modff.c 4776 2007-04-29 13:15:51Z borutr $ */ #include float modff(float x, float * y) { *y=((int)x); return (x-*y); } sdcc-2.9.0/device/lib/pic/libm/powf.c000066400000000000000000000023011116427777700172770ustar00rootroot00000000000000/* powf.c: Computes x**y where x and y are 32-bit floats. WARNING: less that 6 digits accuracy. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: powf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include float powf(const float x, const float y) { if(y == 0.0) return 1.0; if(y==1.0) return x; if(x <= 0.0) return 0.0; return expf(logf(x) * y); } sdcc-2.9.0/device/lib/pic/libm/sincosf.c000066400000000000000000000043411116427777700177760ustar00rootroot00000000000000/* sincosf.c: Computes sin or cos of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: sincosf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include #define r1 (-0.1666665668E+0) #define r2 (0.8333025139E-2) #define r3 (-0.1980741872E-3) #define r4 (0.2601903036E-5) /* PI=C1+C2 */ #define C1 3.140625 #define C2 9.676535897E-4 /*A reasonable value for YMAX is the int part of PI*B**(t/2)=3.1416*2**(12)*/ #define YMAX 12867.0 float sincosf(float x, int iscos) { float y, f, r, g, XN; int N; char sign; if(iscos) { y=fabsf(x)+HALF_PI; sign=0; } else { if(x<0.0) { y=-x; sign=1; } else { y=x; sign=0; } } if(y>YMAX) { errno=ERANGE; return 0.0; } /*Round y/PI to the nearest integer*/ N=((y*iPI)+0.5); /*y is positive*/ /*If N is odd change sign*/ if(N&1) sign=!sign; XN=N; /*Cosine required? (is done here to keep accuracy)*/ if(iscos) XN-=0.5; y=fabsf(x); r=(int)y; g=y-r; f=((r-XN*C1)+g)-XN*C2; g=f*f; if(g>EPS2) //Used to be if(fabsf(f)>EPS) { r=(((r4*g+r3)*g+r2)*g+r1)*g; f+=f*r; } return (sign?-f:f); } sdcc-2.9.0/device/lib/pic/libm/sincoshf.c000066400000000000000000000045261116427777700201530ustar00rootroot00000000000000/* sincoshf.c: Computes sinh or cosh of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: sincoshf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include #define P0 -0.713793159E+1 #define P1 -0.190333999E+0 #define Q0 -0.428277109E+2 #define Q1 0.100000000E+1 #define P(z) (P1*z+P0) #define Q(z) (Q1*z+Q0) #define K1 0.69316101074218750000E+0 /* ln(v) */ #define K2 0.24999308500451499336E+0 /* v**(-2) */ #define K3 0.13830277879601902638E-4 /* v/2-1 */ //WMAX is defined as ln(XMAX)-ln(v)+0.69 #define WMAX 44.93535952E+0 //WBAR 0.35*(b+1) #define WBAR 1.05 #define YBAR 9.0 /*Works for me*/ float sincoshf(const float x, const int iscosh) { float y, w, z; char sign; if (x<0.0) { y=-x; sign=1; } else { y=x; sign=0; } if ((y>1.0) || iscosh) { if(y>YBAR) { w=y-K1; if (w>WMAX) { errno=ERANGE; z=XMAX; } else { z=expf(w); z+=K3*z; } } else { z=expf(y); w=1.0/z; if(!iscosh) w=-w; z=(z+w)*0.5; } if(sign) z=-z; } else { if (y float sincosf(float x, int iscos); float sinf(float x) _MATH_REENTRANT { if (x==0.0) return 0.0; return sincosf(x, 0); } sdcc-2.9.0/device/lib/pic/libm/sinhf.c000066400000000000000000000021271116427777700174410ustar00rootroot00000000000000/* sinhf.c: Computes sinh(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: sinhf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include float sincoshf(const float x, const int iscosh); float sinhf(const float x) _MATH_REENTRANT { return sincoshf(x, 0); } sdcc-2.9.0/device/lib/pic/libm/sqrtf.c000066400000000000000000000032451116427777700174730ustar00rootroot00000000000000/* sqrtf.c: Computes square root of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: sqrtf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include #include float sqrtf(const float x) _MATH_REENTRANT { float f, y; FS_STATIC int n; if (x==0.0) return x; else if (x==1.0) return 1.0; else if (x<0.0) { errno=EDOM; return 0.0; } f=frexpf(x, &n); y=0.41731+0.59016*f; /*Educated guess*/ /*For a 24 bit mantisa (float), two iterations are sufficient*/ y+=f/y; y=ldexpf(y, -2) + f/y; /*Faster version of 0.25 * y + f/y*/ if (n&1) { y*=0.7071067812; ++n; } return ldexpf(y, n/2); } sdcc-2.9.0/device/lib/pic/libm/tancotf.c000066400000000000000000000043001116427777700177630ustar00rootroot00000000000000/* tancotf.c: Computes tan or cot of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: tancotf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include #define P0 0.100000000E+1 #define P1 -0.958017723E-1 #define Q0 0.100000000E+1 #define Q1 -0.429135777E+0 #define Q2 0.971685835E-2 #define C1 1.5703125 #define C2 4.83826794897E-4 #define P(f,g) (P1*g*f+f) #define Q(g) ((Q2*g+Q1)*g+Q0) //A reasonable choice for YMAX is the integer part of B**(t/2)*PI/2: #define YMAX 6433.0 float tancotf(const float x, const int iscotan) { float f, g, xn, xnum, xden; int n; if (fabsf(x) > YMAX) { errno = ERANGE; return 0.0; } /*Round x*2*PI to the nearest integer*/ n=(x*TWO_O_PI+(x>0.0?0.5:-0.5)); /*works for +-x*/ xn=n; xnum=(int)x; xden=x-xnum; f=((xnum-xn*C1)+xden)-xn*C2; if (fabsf(f) < EPS) { xnum = f; xden = 1.0; } else { g = f*f; xnum = P(f,g); xden = Q(g); } if(n&1) //xn is odd { if(iscotan) return (-xnum/xden); else return (-xden/xnum); } else { if(iscotan) return (xden/xnum); else return (xnum/xden); } } sdcc-2.9.0/device/lib/pic/libm/tanf.c000066400000000000000000000021221116427777700172550ustar00rootroot00000000000000/* tanf.c: Computes tan(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: tanf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include float tancotf(const float x, const int iscot); float tanf(const float x) _MATH_REENTRANT { return tancotf(x, 0); } sdcc-2.9.0/device/lib/pic/libm/tanhf.c000066400000000000000000000033111116427777700174260ustar00rootroot00000000000000/* tanhf.c: Computes tanh(x) where x is a 32-bit float as outlined in [1]. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: tanhf.c 4776 2007-04-29 13:15:51Z borutr $ */ #include #include #define P0 -0.8237728127E+0 #define P1 -0.3831010665E-2 #define Q0 0.2471319654E+1 #define Q1 0.1000000000E+1 /* ln(3)/2 */ #define K1 0.5493061443E+0 /* SBIG=[ln(2)+(t+1)*ln(B)]/2 */ #define SBIG 9.01091 #define P(g) ((P1*g+P0)*g) #define Q(g) (Q1*g+Q0) float tanhf(const float x) _MATH_REENTRANT { float f, g, r; f=fabsf(x); if(f>SBIG) r=1.0; else if(f>K1) { r=0.5-1.0/(expf(f+f)+1.0); r+=r; } else if(f (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _divschar.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ extern unsigned char _divuchar (unsigned char a, unsigned char b); signed char _divschar (signed char a, signed char b) { if (a < 0) { /* a < 0 */ if (b < 0) return _divuchar ((unsigned int)-a, (unsigned int)-b); else return -_divuchar ((unsigned int)-a, (unsigned int)b); } else { /* a >= 0 */ if (b < 0) return -_divuchar ((unsigned int)a, (unsigned int)-b); else return _divuchar ((unsigned int)a, (unsigned int)b); } /* we never reach here */ } sdcc-2.9.0/device/lib/pic/libsdcc/_divsint.c000066400000000000000000000033261116427777700206330ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _divsint.c : 16 bit division routines for pic14 devices Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _divsint.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ extern unsigned int _divuint (unsigned int a, unsigned int b); int _divsint (int a, int b) { if (a < 0) { /* a < 0 */ if (b < 0) return _divuint ((unsigned int)-a, (unsigned int)-b); else return -_divuint ((unsigned int)-a, (unsigned int)b); } else { /* a >= 0 */ if (b < 0) return -_divuint ((unsigned int)a, (unsigned int)-b); else return _divuint ((unsigned int)a, (unsigned int)b); } /* we never reach here */ } sdcc-2.9.0/device/lib/pic/libsdcc/_divslong.c000066400000000000000000000033541116427777700210010ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _divslong.c : 32 bit division routines for pic14 devices Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _divslong.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ extern unsigned long _divulong (unsigned long a, unsigned long b); long _divslong (long a, long b) { if (a < 0) { /* a < 0 */ if (b < 0) return _divulong ((unsigned long)-a, (unsigned long)-b); else return -_divulong ((unsigned long)-a, (unsigned long)b); } else { /* a >= 0 */ if (b < 0) return -_divulong ((unsigned long)a, (unsigned long)-b); else return _divulong ((unsigned long)a, (unsigned long)b); } /* we never reach here */ } sdcc-2.9.0/device/lib/pic/libsdcc/_divuchar.c000066400000000000000000000037171116427777700207640ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _divuchar.c : 8 bit division routines for pic14 devices Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _divuchar.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ unsigned char _divuchar (unsigned char a, unsigned char b) { unsigned char result = 0; unsigned char mask = 0x01; /* prevent endless loop (division by zero exception?!?) */ if (!b) return (unsigned char)-1; /* it would suffice to make b >= a, but that test is * more complex and will fail if a has its MSB set */ while (!(b & (1UL << (8*sizeof(unsigned char)-1)))) { b <<= 1; mask <<= 1; } // while /* now add up the powers of two (of b) that "fit" into a */ /* we might stop if (a == 0), but that's an additional test in every iteration... */ while (mask) { if (a >= b) { result += mask; a -= b; } // if b >>= 1; mask >>= 1; } // while return result; } sdcc-2.9.0/device/lib/pic/libsdcc/_divuint.c000066400000000000000000000037061116427777700206370ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _divuint.c : 16 bit division routines for pic14 devices Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _divuint.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ unsigned int _divuint (unsigned int a, unsigned int b) { unsigned int result = 0; unsigned int mask = 0x01; /* prevent endless loop (division by zero exception?!?) */ if (!b) return (unsigned int)-1; /* it would suffice to make b >= a, but that test is * more complex and will fail if a has its MSB set */ while (!(b & (1UL << (8*sizeof(unsigned int)-1)))) { b <<= 1; mask <<= 1; } // while /* now add up the powers of two (of b) that "fit" into a */ /* we might stop if (a == 0), but that's an additional test in every iteration... */ while (mask) { if (a >= b) { result += mask; a -= b; } // if b >>= 1; mask >>= 1; } // while return result; } sdcc-2.9.0/device/lib/pic/libsdcc/_divulong.c000066400000000000000000000037201116427777700210000ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _divulong.c : 32 bit division routines for pic14 devices Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _divulong.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ unsigned long _divulong (unsigned long a, unsigned long b) { unsigned long result = 0; unsigned long mask = 0x01; /* prevent endless loop (division by zero exception?!?) */ if (!b) return (unsigned long)-1; /* it would suffice to make b >= a, but that test is * more complex and will fail if a has its MSB set */ while (!(b & (1UL << (8*sizeof(unsigned long)-1)))) { b <<= 1; mask <<= 1; } // while /* now add up the powers of two (of b) that "fit" into a */ /* we might stop if (a == 0), but that's an additional test in every iteration... */ while (mask) { if (a >= b) { result += mask; a -= b; } // if b >>= 1; mask >>= 1; } // while return result; } sdcc-2.9.0/device/lib/pic/libsdcc/_gptrget1.S000066400000000000000000000044441116427777700206720ustar00rootroot00000000000000; ------------------------------------------------------------------------- ; _gptrget1.S - read one byte pointed to by a generic pointer ; ; Written By Raphael Neider (2005) ; ; This library is free software; you can redistribute it and/or ; modify it under the terms of the GNU Library General Public ; License as published by the Free Software Foundation; either ; version 2 of the License, or (at your option) any later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ; Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public ; License along with this library; if not, write to the ; Free Software Foundation, Inc., 59 Temple Place - Suite 330, ; Boston, MA 02111-1307 USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; ; $Id: _gptrget1.S 4148 2006-05-01 20:47:12Z tecodev $ ; ------------------------------------------------------------------------ ; calling conventions: ; 3 byte generic pointer is passed in via (WREG STK00 STK01). ; The result is returned in (WREG (STK00 (STK01 (STK02)))). ; ; unsigned char _gptrget (void *gptr); ; unsigned char _gptrget1 (void *gptr); ; unsigned int _gptrget2 (void *gptr); ; void * _gptrget3 (void *gptr); ; unsigned long _gptrget4 (void *gptr); ; ; void _gptrput (void *ptr, unsigned char val); ; void _gptrput1 (void *ptr, unsigned char val); ; void _gptrput2 (void *ptr, unsigned int val); ; void _gptrput3 (void *ptr, unsigned int val); ; void _gptrput4 (void *ptr, unsigned long val); include macros.inc include p16f_common.inc global __gptrget global __gptrget1 global __codeptrget1 CODE __gptrget: __gptrget1: select_routine __dataptrget1, __codeptrget1 ; invalid tag -- return 0x00 retlw 0x00 __dataptrget1: setup_fsr movf _INDF, W return __codeptrget1: ; call the RETLW instruction at the given address movf STK00, W movwf _PCLATH movf STK01, W movwf _PCL return ; should never be executed... END sdcc-2.9.0/device/lib/pic/libsdcc/_gptrget2.S000066400000000000000000000052621116427777700206720ustar00rootroot00000000000000; ------------------------------------------------------------------------- ; _gptrget2.S - read two bytes pointed to by a generic pointer ; ; Written By Raphael Neider (2005) ; ; This library is free software; you can redistribute it and/or ; modify it under the terms of the GNU Library General Public ; License as published by the Free Software Foundation; either ; version 2 of the License, or (at your option) any later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ; Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public ; License along with this library; if not, write to the ; Free Software Foundation, Inc., 59 Temple Place - Suite 330, ; Boston, MA 02111-1307 USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; ; $Id: _gptrget2.S 4148 2006-05-01 20:47:12Z tecodev $ ; ------------------------------------------------------------------------ ; calling conventions: ; 3 byte generic pointer is passed in via (WREG STK00 STK01). ; The result is returned in (WREG (STK00 (STK01 (STK02)))). ; ; unsigned char _gptrget (void *gptr); ; unsigned char _gptrget1 (void *gptr); ; unsigned int _gptrget2 (void *gptr); ; void * _gptrget3 (void *gptr); ; unsigned long _gptrget4 (void *gptr); ; ; void _gptrput (void *ptr, unsigned char val); ; void _gptrput1 (void *ptr, unsigned char val); ; void _gptrput2 (void *ptr, unsigned int val); ; void _gptrput3 (void *ptr, unsigned int val); ; void _gptrput4 (void *ptr, unsigned long val); include macros.inc include p16f_common.inc global __gptrget2 extern __codeptrget1 CODE __gptrget2: select_routine __dataptrget2, __codeptrget2 ; invalid tag -- return 0x0000 clrf STK00 retlw 0x00 __dataptrget2: setup_fsr movf _INDF, W movwf STK00 ; low byte in STK00 inc_fsr movf _INDF, W ; high byte in WREG return __codeptrget2: pagesel __codeptrget1 ; might reside in different page call __codeptrget1 movwf STK02 ; temporarily store LSB incfsz STK01,F ; increment low address byte decf STK00,F ; undo increment of high address byte if low byte did not overflow incf STK00,F ; increment high address byte pagesel __codeptrget1 ; might reside in different page call __codeptrget1 movwf STK03 ; temporarily store MSB movf STK02, W movwf STK00 ; LSB in STK00 movf STK03, W ; MSB in WREG return END sdcc-2.9.0/device/lib/pic/libsdcc/_gptrget3.S000066400000000000000000000061041116427777700206670ustar00rootroot00000000000000; ------------------------------------------------------------------------- ; _gptrget3.S - read three bytes pointed to by a generic pointer ; ; Written By Raphael Neider (2005) ; ; This library is free software; you can redistribute it and/or ; modify it under the terms of the GNU Library General Public ; License as published by the Free Software Foundation; either ; version 2 of the License, or (at your option) any later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ; Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public ; License along with this library; if not, write to the ; Free Software Foundation, Inc., 59 Temple Place - Suite 330, ; Boston, MA 02111-1307 USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; ; $Id: _gptrget3.S 4148 2006-05-01 20:47:12Z tecodev $ ; ------------------------------------------------------------------------ ; calling conventions: ; 3 byte generic pointer is passed in via (WREG STK00 STK01). ; The result is returned in (WREG (STK00 (STK01 (STK02)))). ; ; unsigned char _gptrget (void *gptr); ; unsigned char _gptrget1 (void *gptr); ; unsigned int _gptrget2 (void *gptr); ; void * _gptrget3 (void *gptr); ; unsigned long _gptrget4 (void *gptr); ; ; void _gptrput (void *ptr, unsigned char val); ; void _gptrput1 (void *ptr, unsigned char val); ; void _gptrput2 (void *ptr, unsigned int val); ; void _gptrput3 (void *ptr, unsigned int val); ; void _gptrput4 (void *ptr, unsigned long val); include macros.inc include p16f_common.inc global __gptrget3 extern __codeptrget1 CODE __gptrget3: select_routine __dataptrget3, __codeptrget3 ; invalid tag -- return 0x000000 clrf STK01 clrf STK00 retlw 0x00 __dataptrget3: setup_fsr movf _INDF, W movwf STK01 ; LSB in STK01 inc_fsr movf _INDF, W movwf STK00 ; 2nd byte in STK00 inc_fsr movf _INDF, W ; MSB in WREG return __codeptrget3: pagesel __codeptrget1 ; might reside in different page call __codeptrget1 movwf STK02 ; temporarily store LSB incfsz STK01,F ; increment low address byte decf STK00,F ; undo increment of high address byte if low byte did not overflow incf STK00,F ; increment high address byte pagesel __codeptrget1 ; might reside in different page call __codeptrget1 movwf STK03 ; temporarily store 2nd byte incfsz STK01,F ; increment low address byte decf STK00,F ; undo increment of high address byte if low byte did not overflow incf STK00,F ; increment high address byte pagesel __codeptrget1 ; might reside in different page call __codeptrget1 movwf STK04 ; temporarily store MSB movf STK02, W movwf STK01 ; LSB in STK01 movf STK03, W movwf STK00 ; 2nd byte in STK00 movf STK04, W ; MSB in WREG return END sdcc-2.9.0/device/lib/pic/libsdcc/_gptrget4.S000066400000000000000000000067351116427777700207020ustar00rootroot00000000000000; ------------------------------------------------------------------------- ; _gptrget4.S - read four bytes pointed to by a generic pointer ; ; Written By Raphael Neider (2005) ; ; This library is free software; you can redistribute it and/or ; modify it under the terms of the GNU Library General Public ; License as published by the Free Software Foundation; either ; version 2 of the License, or (at your option) any later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ; Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public ; License along with this library; if not, write to the ; Free Software Foundation, Inc., 59 Temple Place - Suite 330, ; Boston, MA 02111-1307 USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; ; $Id: _gptrget4.S 4148 2006-05-01 20:47:12Z tecodev $ ; ------------------------------------------------------------------------ ; calling conventions: ; 3 byte generic pointer is passed in via (WREG STK00 STK01). ; The result is returned in (WREG (STK00 (STK01 (STK02)))). ; ; unsigned char _gptrget (void *gptr); ; unsigned char _gptrget1 (void *gptr); ; unsigned int _gptrget2 (void *gptr); ; void * _gptrget3 (void *gptr); ; unsigned long _gptrget4 (void *gptr); ; ; void _gptrput (void *ptr, unsigned char val); ; void _gptrput1 (void *ptr, unsigned char val); ; void _gptrput2 (void *ptr, unsigned int val); ; void _gptrput3 (void *ptr, unsigned int val); ; void _gptrput4 (void *ptr, unsigned long val); include macros.inc include p16f_common.inc global __gptrget4 extern __codeptrget1 CODE __gptrget4: select_routine __dataptrget4, __codeptrget4 ; invalid tag -- return 0x00000000 clrf STK02 clrf STK01 clrf STK00 retlw 0x00 __dataptrget4: setup_fsr movf _INDF, W movwf STK02 ; LSB in STK02 inc_fsr movf _INDF, W movwf STK01 ; 2nd byte in STK01 inc_fsr movf _INDF, W movwf STK00 ; 3rd byte in STK00 inc_fsr movf _INDF, W ; MSB in WREG return __codeptrget4: pagesel __codeptrget1 ; might reside in different page call __codeptrget1 movwf STK02 ; temporarily store LSB incfsz STK01,F ; increment low address byte decf STK00,F ; undo increment of high address byte if low byte did not overflow incf STK00,F ; increment high address byte pagesel __codeptrget1 ; might reside in different page call __codeptrget1 movwf STK03 ; temporarily store 2nd byte incfsz STK01,F ; increment low address byte decf STK00,F ; undo increment of high address byte if low byte did not overflow incf STK00,F ; increment high address byte pagesel __codeptrget1 ; might reside in different page call __codeptrget1 movwf STK04 ; temporarily store 3rd byte incfsz STK01,F ; increment low address byte decf STK00,F ; undo increment of high address byte if low byte did not overflow incf STK00,F ; increment high address byte pagesel __codeptrget1 ; might reside in different page call __codeptrget1 movwf STK05 ; temporarily store MSB movf STK02, W movwf STK02 ; LSB in STK02 movf STK03, W movwf STK01 ; 2nd byte in STK01 movf STK04, W movwf STK00 ; 3rd byte in STK00 movf STK05, W ; MSB in WREG return END sdcc-2.9.0/device/lib/pic/libsdcc/_gptrput1.S000066400000000000000000000042011116427777700207120ustar00rootroot00000000000000; ------------------------------------------------------------------------- ; _gptrput1.S : write one byte pointed to by a generic pointer ; ; Written By Raphael Neider (2005) ; ; This library is free software; you can redistribute it and/or ; modify it under the terms of the GNU Library General Public ; License as published by the Free Software Foundation; either ; version 2 of the License, or (at your option) any later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ; Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public ; License along with this library; if not, write to the ; Free Software Foundation, Inc., 59 Temple Place - Suite 330, ; Boston, MA 02111-1307 USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; ; $Id: _gptrput1.S 4148 2006-05-01 20:47:12Z tecodev $ ; ------------------------------------------------------------------------ ; calling conventions: ; 3 byte generic pointer is passed in via (WREG STK00 STK01). ; The result is returned in (WREG (STK00 (STK01 (STK02)))). ; ; unsigned char _gptrget (void *gptr); ; unsigned char _gptrget1 (void *gptr); ; unsigned int _gptrget2 (void *gptr); ; void * _gptrget3 (void *gptr); ; unsigned long _gptrget4 (void *gptr); ; ; void _gptrput (void *ptr, unsigned char val); ; void _gptrput1 (void *ptr, unsigned char val); ; void _gptrput2 (void *ptr, unsigned int val); ; void _gptrput3 (void *ptr, unsigned int val); ; void _gptrput4 (void *ptr, unsigned long val); include macros.inc include p16f_common.inc global __gptrput global __gptrput1 CODE __gptrput: __gptrput1: check_data __dataptrput1 ; cannot write to __code space return __dataptrput1: setup_fsr movf STK02, W ; get LSB(val) movwf _INDF ; store LSB return END sdcc-2.9.0/device/lib/pic/libsdcc/_gptrput2.S000066400000000000000000000042141116427777700207170ustar00rootroot00000000000000; ------------------------------------------------------------------------- ; _gptrput2.S : write two bytes pointed to by a generic pointer ; ; Written By Raphael Neider (2005) ; ; This library is free software; you can redistribute it and/or ; modify it under the terms of the GNU Library General Public ; License as published by the Free Software Foundation; either ; version 2 of the License, or (at your option) any later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ; Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public ; License along with this library; if not, write to the ; Free Software Foundation, Inc., 59 Temple Place - Suite 330, ; Boston, MA 02111-1307 USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; ; $Id: _gptrput2.S 4148 2006-05-01 20:47:12Z tecodev $ ; ------------------------------------------------------------------------ ; calling conventions: ; 3 byte generic pointer is passed in via (WREG STK00 STK01). ; The result is returned in (WREG (STK00 (STK01 (STK02)))). ; ; unsigned char _gptrget (void *gptr); ; unsigned char _gptrget1 (void *gptr); ; unsigned int _gptrget2 (void *gptr); ; void * _gptrget3 (void *gptr); ; unsigned long _gptrget4 (void *gptr); ; ; void _gptrput (void *ptr, unsigned char val); ; void _gptrput1 (void *ptr, unsigned char val); ; void _gptrput2 (void *ptr, unsigned int val); ; void _gptrput3 (void *ptr, unsigned int val); ; void _gptrput4 (void *ptr, unsigned long val); include macros.inc include p16f_common.inc global __gptrput2 CODE __gptrput2: check_data __dataptrput2 ; cannot write to __code space return __dataptrput2: setup_fsr movf STK03, W ; get LSB(val) movwf _INDF inc_fsr movf STK02, W ; get MSB(val) movwf _INDF return END sdcc-2.9.0/device/lib/pic/libsdcc/_gptrput3.S000066400000000000000000000043111116427777700207160ustar00rootroot00000000000000; ------------------------------------------------------------------------- ; _gptrput3.S : write three bytes pointed to by a generic pointer ; ; Written By Raphael Neider (2005) ; ; This library is free software; you can redistribute it and/or ; modify it under the terms of the GNU Library General Public ; License as published by the Free Software Foundation; either ; version 2 of the License, or (at your option) any later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ; Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public ; License along with this library; if not, write to the ; Free Software Foundation, Inc., 59 Temple Place - Suite 330, ; Boston, MA 02111-1307 USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; ; $Id: _gptrput3.S 4148 2006-05-01 20:47:12Z tecodev $ ; ------------------------------------------------------------------------ ; calling conventions: ; 3 byte generic pointer is passed in via (WREG STK00 STK01). ; The result is returned in (WREG (STK00 (STK01 (STK02)))). ; ; unsigned char _gptrget (void *gptr); ; unsigned char _gptrget1 (void *gptr); ; unsigned int _gptrget2 (void *gptr); ; void * _gptrget3 (void *gptr); ; unsigned long _gptrget4 (void *gptr); ; ; void _gptrput (void *ptr, unsigned char val); ; void _gptrput1 (void *ptr, unsigned char val); ; void _gptrput2 (void *ptr, unsigned int val); ; void _gptrput3 (void *ptr, unsigned int val); ; void _gptrput4 (void *ptr, unsigned long val); include macros.inc include p16f_common.inc global __gptrput3 CODE __gptrput3: check_data __dataptrput3 ; cannot write to __code space return __dataptrput3: setup_fsr movf STK04, W ; get LSB(val) movwf _INDF inc_fsr movf STK03, W ; get 2nd byte of val movwf _INDF inc_fsr movf STK02, W ; get MSB(val) movwf _INDF return END sdcc-2.9.0/device/lib/pic/libsdcc/_gptrput4.S000066400000000000000000000044031116427777700207210ustar00rootroot00000000000000; ------------------------------------------------------------------------- ; _gptrput4.S : write four bytes pointed to by a generic pointer ; ; Written By Raphael Neider (2005) ; ; This library is free software; you can redistribute it and/or ; modify it under the terms of the GNU Library General Public ; License as published by the Free Software Foundation; either ; version 2 of the License, or (at your option) any later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ; Library General Public License for more details. ; ; You should have received a copy of the GNU Library General Public ; License along with this library; if not, write to the ; Free Software Foundation, Inc., 59 Temple Place - Suite 330, ; Boston, MA 02111-1307 USA. ; ; In other words, you are welcome to use, share and improve this program. ; You are forbidden to forbid anyone else to use, share and improve ; what you give them. Help stamp out software-hoarding! ; ; $Id: _gptrput4.S 4148 2006-05-01 20:47:12Z tecodev $ ; ------------------------------------------------------------------------ ; calling conventions: ; 3 byte generic pointer is passed in via (WREG STK00 STK01). ; The result is returned in (WREG (STK00 (STK01 (STK02)))). ; ; unsigned char _gptrget (void *gptr); ; unsigned char _gptrget1 (void *gptr); ; unsigned int _gptrget2 (void *gptr); ; void * _gptrget3 (void *gptr); ; unsigned long _gptrget4 (void *gptr); ; ; void _gptrput (void *ptr, unsigned char val); ; void _gptrput1 (void *ptr, unsigned char val); ; void _gptrput2 (void *ptr, unsigned int val); ; void _gptrput3 (void *ptr, unsigned int val); ; void _gptrput4 (void *ptr, unsigned long val); include macros.inc include p16f_common.inc global __gptrput4 CODE __gptrput4: check_data __dataptrput4 ; cannot write to __code space return __dataptrput4: setup_fsr movf STK05, W ; get LSB(val) movwf _INDF inc_fsr movf STK04, W ; get 2nd byte of val movwf _INDF inc_fsr movf STK03, W ; get 3rd byte of val movwf _INDF inc_fsr movf STK02, W ; get MSB(val) movwf _INDF return END sdcc-2.9.0/device/lib/pic/libsdcc/_modschar.c000066400000000000000000000033671116427777700207600ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _modschar.c : 8 bit modulus routines for pic14 devices Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _modschar.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ extern unsigned char _moduchar (unsigned char a, unsigned char b); signed char _modschar (signed char a, signed char b) { if (a < 0) { /* a < 0 */ if (b < 0) return _moduchar ((unsigned int)-a, (unsigned int)-b); else return -_moduchar ((unsigned int)-a, (unsigned int)b); } else { /* a >= 0 */ if (b < 0) return -_moduchar ((unsigned int)a, (unsigned int)-b); else return _moduchar ((unsigned int)a, (unsigned int)b); } /* we never reach here */ } sdcc-2.9.0/device/lib/pic/libsdcc/_modsint.c000066400000000000000000000032561116427777700206320ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _modsint.c : 16 bit modulus routines for pic14 devices Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _modsint.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ extern unsigned int _moduint (unsigned int a, unsigned int b); int _modsint (int a, int b) { if (a < 0) { if (b < 0) return _moduint ((unsigned int)-a, (unsigned int)-b); else return _moduint ((unsigned int)-a, (unsigned int)b); } else { if (b < 0) return _moduint ((unsigned int)a, (unsigned int)-b); else return _moduint ((unsigned int)a, (unsigned int)b); } /* we never reach here */ } sdcc-2.9.0/device/lib/pic/libsdcc/_modslong.c000066400000000000000000000033101116427777700207660ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _modslong.c : 32 bit modulus routines for pic14 devices Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _modslong.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ extern unsigned long _modulong (unsigned long a, unsigned long b); long _modslong (long a, long b) { if (a < 0) { if (b < 0) return _modulong ((unsigned long)-a, (unsigned long)-b); else return _modulong ((unsigned long)-a, (unsigned long)b); } else { if (b < 0) return _modulong ((unsigned long)a, (unsigned long)-b); else return _modulong ((unsigned long)a, (unsigned long)b); } /* we never reach here */ } sdcc-2.9.0/device/lib/pic/libsdcc/_moduchar.c000066400000000000000000000034771116427777700207640ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _moduchar.c : 8 bit modulus routines for pic14 devices Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _moduchar.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ unsigned char _moduchar (unsigned char a, unsigned char b) { unsigned char count = 1; /* prevent endless loop (division by zero exception?!?) */ if (!b) return (unsigned char)-1; /* it would suffice to make b >= a, but that test is * more complex and will fail if a has its MSB set */ while (!(b & (1UL << (8*sizeof(unsigned char)-1)))) { b <<= 1; ++count; } // while /* now subtract all the powers of two (of b) that "fit" into a */ while (count) { if (a >= b) { a -= b; } // if b >>= 1; --count; } // while return a; } sdcc-2.9.0/device/lib/pic/libsdcc/_moduint.c000066400000000000000000000034701116427777700206320ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _moduint.c : 16 bit modulus routines for pic14 devices Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _moduint.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ unsigned int _moduint (unsigned int a, unsigned int b) { unsigned char count = 1; /* prevent endless loop (division by zero exception?!?) */ if (!b) return (unsigned int)-1; /* it would suffice to make b >= a, but that test is * more complex and will fail if a has its MSB set */ while (!(b & (1UL << (8*sizeof(unsigned int)-1)))) { b <<= 1; ++count; } // while /* now subtract all the powers of two (of b) that "fit" into a */ while (count) { if (a >= b) { a -= b; } // if b >>= 1; --count; } // while return a; } sdcc-2.9.0/device/lib/pic/libsdcc/_modulong.c000066400000000000000000000035021116427777700207730ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _modulong.c : 32 bit modulus routines for pic14 devices Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307 USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _modulong.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ unsigned long _modulong (unsigned long a, unsigned long b) { unsigned char count = 1; /* prevent endless loop (division by zero exception?!?) */ if (!b) return (unsigned long)-1; /* it would suffice to make b >= a, but that test is * more complex and will fail if a has its MSB set */ while (!(b & (1UL << (8*sizeof(unsigned long)-1)))) { b <<= 1; ++count; } // while /* now subtract all the powers of two (of b) that "fit" into a */ while (count) { if (a >= b) { a -= b; } // if b >>= 1; --count; } // while return a; } sdcc-2.9.0/device/lib/pic/libsdcc/_mulchar.c000066400000000000000000000036221116427777700206050ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _mulchar.c : routine for 8 bit multiplication Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _mulchar.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ #pragma save #pragma disable_warning 126 /* unreachable code */ #pragma disable_warning 116 /* left shifting more than size of object */ char _mulchar (char a, char b) { char result = 0; unsigned char i; /* check all bits in a byte */ for (i = 0; i < 8u; i++) { /* check all bytes in operand (generic code, optimized by the compiler) */ if (a & (unsigned char)0x0001u) result += b; if (sizeof (a) > 1 && (a & 0x00000100ul)) result += (b << 8u); if (sizeof (a) > 2 && (a & 0x00010000ul)) result += (b << 16u); if (sizeof (a) > 3 && (a & 0x01000000ul)) result += (b << 24u); a = ((unsigned char)a) >> 1u; b <<= 1u; } // for i return result; } #pragma restore sdcc-2.9.0/device/lib/pic/libsdcc/_mulint.c000066400000000000000000000035741116427777700204700ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _mulint.c : routine for 16 bit multiplication Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _mulint.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ #pragma save #pragma disable_warning 126 /* unreachable code */ #pragma disable_warning 116 /* left shifting more than size of object */ int _mulint (int a, int b) { int result = 0; unsigned char i; /* check all bits in a byte */ for (i = 0; i < 8u; i++) { /* check all bytes in operand (generic code, optimized by the compiler) */ if (a & 0x0001u) result += b; if (sizeof (a) > 1 && (a & 0x00000100ul)) result += (b << 8u); if (sizeof (a) > 2 && (a & 0x00010000ul)) result += (b << 16u); if (sizeof (a) > 3 && (a & 0x01000000ul)) result += (b << 24u); a = ((unsigned int)a) >> 1u; b <<= 1u; } // for i return result; } #pragma restore sdcc-2.9.0/device/lib/pic/libsdcc/_mullong.c000066400000000000000000000036041116427777700206270ustar00rootroot00000000000000/* --------------------------------------------------------------------------- _mullong.c : routine for 32 bit multiplication Written By Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: _mullong.c 4148 2006-05-01 20:47:12Z tecodev $ ------------------------------------------------------------------------ */ #pragma save #pragma disable_warning 126 /* unreachable code */ #pragma disable_warning 116 /* left shifting more than size of object */ long _mullong (long a, long b) { long result = 0; unsigned char i; /* check all bits in a byte */ for (i = 0; i < 8u; i++) { /* check all bytes in operand (generic code, optimized by the compiler) */ if (a & 0x0001u) result += b; if (sizeof (a) > 1 && (a & 0x00000100ul)) result += (b << 8u); if (sizeof (a) > 2 && (a & 0x00010000ul)) result += (b << 16u); if (sizeof (a) > 3 && (a & 0x01000000ul)) result += (b << 24u); a = ((unsigned long)a) >> 1u; b <<= 1u; } // for i return result; } #pragma restore sdcc-2.9.0/device/lib/pic/libsdcc/fs2schar.c000066400000000000000000000026771116427777700205370ustar00rootroot00000000000000/*------------------------------------------------------------------------- fs2schar.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: fs2schar.c 4776 2007-04-29 13:15:51Z borutr $ */ #include /* convert float to signed char */ signed char __fs2schar (float f) _FS_REENTRANT { signed long sl=__fs2slong(f); if (sl>=CHAR_MAX) return CHAR_MAX; if (sl<=CHAR_MIN) return -CHAR_MIN; return sl; } sdcc-2.9.0/device/lib/pic/libsdcc/fs2sint.c000066400000000000000000000026671116427777700204130ustar00rootroot00000000000000/*------------------------------------------------------------------------- fs2sint.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: fs2sint.c 4776 2007-04-29 13:15:51Z borutr $ */ #include /* convert float to signed int */ signed int __fs2sint (float f) _FS_REENTRANT { signed long sl=__fs2slong(f); if (sl>=INT_MAX) return INT_MAX; if (sl<=INT_MIN) return -INT_MIN; return sl; } sdcc-2.9.0/device/lib/pic/libsdcc/fs2slong.c000066400000000000000000000026511116427777700205510ustar00rootroot00000000000000/*------------------------------------------------------------------------- fs2slong.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: fs2slong.c 4776 2007-04-29 13:15:51Z borutr $ */ #include /* convert float to signed long */ signed long __fs2slong (float f) _FS_REENTRANT { if (!f) return 0; if (f<0) { return -__fs2ulong(-f); } else { return __fs2ulong(f); } } sdcc-2.9.0/device/lib/pic/libsdcc/fs2uchar.c000066400000000000000000000026301116427777700205260ustar00rootroot00000000000000/*------------------------------------------------------------------------- fs2uchar.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: fs2uchar.c 4776 2007-04-29 13:15:51Z borutr $ */ #include /* convert float to unsigned char */ unsigned char __fs2uchar (float f) _FS_REENTRANT { unsigned long ul=__fs2ulong(f); if (ul>=UCHAR_MAX) return UCHAR_MAX; return ul; } sdcc-2.9.0/device/lib/pic/libsdcc/fs2uint.c000066400000000000000000000026671116427777700204150ustar00rootroot00000000000000/*------------------------------------------------------------------------- fs2uint.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: fs2uint.c 4776 2007-04-29 13:15:51Z borutr $ */ #include unsigned long __fs2ulong (float a1); /* convert float to unsigned int */ unsigned int __fs2uint (float f) _FS_REENTRANT { unsigned long ul=__fs2ulong(f); if (ul>=UINT_MAX) return UINT_MAX; return ul; } sdcc-2.9.0/device/lib/pic/libsdcc/fs2ulong.c000066400000000000000000000020511116427777700205450ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fs2ulong.c 4776 2007-04-29 13:15:51Z borutr $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; /* convert float to unsigned long */ unsigned long __fs2ulong (float a1) _FS_REENTRANT { FS_STATIC volatile union float_long fl1; int exp; long l; fl1.f = a1; if (!fl1.l || SIGN(fl1.l)) return (0); exp = EXP (fl1.l) - EXCESS - 24; l = MANT (fl1.l); l >>= -exp; return l; } sdcc-2.9.0/device/lib/pic/libsdcc/fsadd.c000066400000000000000000000035571116427777700201030ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fsadd.c 4776 2007-04-29 13:15:51Z borutr $ */ #include union float_long { float f; unsigned long l; }; /* add two floats */ float __fsadd (float a1, float a2) _FS_REENTRANT { FS_STATIC volatile union float_long fl1, fl2; unsigned long mant1, mant2; int exp1, exp2; unsigned long sign = 0; fl1.f = a1; fl2.f = a2; /* check for zero args */ if (!fl1.l) return (fl2.f); if (!fl2.l) return (fl1.f); exp1 = EXP (fl1.l); exp2 = EXP (fl2.l); if (exp1 > exp2 + 25) return (fl1.f); if (exp2 > exp1 + 25) return (fl2.f); mant1 = MANT (fl1.l); mant2 = MANT (fl2.l); if (SIGN (fl1.l)) mant1 = -mant1; if (SIGN (fl2.l)) mant2 = -mant2; if (exp1 > exp2) { mant2 >>= exp1 - exp2; } else { mant1 >>= exp2 - exp1; exp1 = exp2; } mant1 += mant2; if ((long)mant1 < 0) { mant1 = -mant1; sign = SIGNBIT; } else if (!mant1) return (0); /* normalize */ while (mant1>= 1 ; exp1++; } /* turn off hidden bit */ mant1 &= ~HIDDEN; /* pack up and go home */ fl1.l = PACK (sign, (unsigned long) exp1, mant1); return (fl1.f); } sdcc-2.9.0/device/lib/pic/libsdcc/fsdiv.c000066400000000000000000000040361116427777700201260ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fsdiv.c 4776 2007-04-29 13:15:51Z borutr $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; /* divide two floats */ float __fsdiv (float a1, float a2) _FS_REENTRANT { FS_STATIC volatile union float_long fl1, fl2; long result; unsigned long mask; long mant1, mant2; int exp ; char sign; fl1.f = a1; fl2.f = a2; /* subtract exponents */ exp = EXP (fl1.l) ; exp -= EXP (fl2.l); exp += EXCESS; /* compute sign */ sign = SIGN (fl1.l) ^ SIGN (fl2.l); /* divide by zero??? */ if (!fl2.l) {/* return NaN or -NaN */ fl2.l = 0x7FC00000; return (fl2.f); } /* numerator zero??? */ if (!fl1.l) return (0); /* now get mantissas */ mant1 = MANT (fl1.l); mant2 = MANT (fl2.l); /* this assures we have 25 bits of precision in the end */ if (mant1 < mant2) { mant1 <<= 1; exp--; } /* now we perform repeated subtraction of fl2.l from fl1.l */ mask = 0x1000000; result = 0; while (mask) { if (mant1 >= mant2) { result |= mask; mant1 -= mant2; } mant1 <<= 1; mask >>= 1; } /* round */ result += 1; /* normalize down */ exp++; result >>= 1; result &= ~HIDDEN; /* pack up and go home */ if (exp >= 0x100) fl1.l = (sign ? SIGNBIT : 0) | 0x7F800000; else if (exp < 0) fl1.l = 0; else fl1.l = PACK (sign ? SIGNBIT : 0 , exp, result); return (fl1.f); } sdcc-2.9.0/device/lib/pic/libsdcc/fseq.c000066400000000000000000000017121116427777700177470ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fseq.c 4776 2007-04-29 13:15:51Z borutr $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; /* compare two floats */ char __fseq (float a1, float a2) _FS_REENTRANT { FS_STATIC volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; if (fl1.l == fl2.l) return (1); return (0); } sdcc-2.9.0/device/lib/pic/libsdcc/fsgt.c000066400000000000000000000020421116427777700177510ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fsgt.c 4776 2007-04-29 13:15:51Z borutr $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; /* compare two floats */ char __fsgt (float a1, float a2) _FS_REENTRANT { FS_STATIC volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; if (fl1.l<0 && fl2.l<0) { if (fl2.l > fl1.l) return (1); return (0); } if (fl1.l > fl2.l) return (1); return (0); } sdcc-2.9.0/device/lib/pic/libsdcc/fslt.c000066400000000000000000000020421116427777700177560ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fslt.c 4776 2007-04-29 13:15:51Z borutr $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; /* compare two floats */ char __fslt (float a1, float a2) _FS_REENTRANT { FS_STATIC volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; if (fl1.l<0 && fl2.l<0) { if (fl2.l < fl1.l) return (1); return (0); } if (fl1.l < fl2.l) return (1); return (0); } sdcc-2.9.0/device/lib/pic/libsdcc/fsmul.c000066400000000000000000000035201116427777700201360ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fsmul.c 4776 2007-04-29 13:15:51Z borutr $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; unsigned long l; }; /* multiply two floats */ float __fsmul (float a1, float a2) _FS_REENTRANT { FS_STATIC volatile union float_long fl1, fl2; unsigned long result; int exp; char sign; fl1.f = a1; fl2.f = a2; if (!fl1.l || !fl2.l) return (0); /* compute sign and exponent */ sign = SIGN (fl1.l) ^ SIGN (fl2.l); exp = EXP (fl1.l) - EXCESS; exp += EXP (fl2.l); fl1.l = MANT (fl1.l); fl2.l = MANT (fl2.l); /* the multiply is done as one 16x16 multiply and two 16x8 multiples */ result = (fl1.l >> 8) * (fl2.l >> 8); result += ((fl1.l & (unsigned long) 0xFF) * (fl2.l >> 8)) >> 8; result += ((fl2.l & (unsigned long) 0xFF) * (fl1.l >> 8)) >> 8; if (0 != (result & SIGNBIT)) { /* round */ result += 0x80; result >>= 8; } else { /* round */ result += 0x40; result >>= 7; exp--; } result &= ~HIDDEN; /* pack up and go home */ if (exp >= 0x100) fl1.l = (sign ? SIGNBIT : 0) | 0x7F800000; else if (exp < 0) fl1.l = 0; else fl1.l = PACK (sign ? SIGNBIT : 0 , exp, result); return (fl1.f); } sdcc-2.9.0/device/lib/pic/libsdcc/fsneq.c000066400000000000000000000020571116427777700201300ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fsneq.c 4776 2007-04-29 13:15:51Z borutr $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; /* compare two floats */ char __fsneq (float a1, float a2) _FS_REENTRANT { FS_STATIC volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; #if 0 if (fl1.l<0 && fl2.l<0) { fl1.l ^= SIGNBIT; fl2.l ^= SIGNBIT; } #endif if (fl1.l == fl2.l) return (0); return (1); } sdcc-2.9.0/device/lib/pic/libsdcc/fssub.c000066400000000000000000000021111116427777700201250ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fssub.c 4776 2007-04-29 13:15:51Z borutr $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; /* subtract two floats */ float __fssub (float a1, float a2) _FS_REENTRANT { FS_STATIC volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; /* check for zero args */ if (!fl2.l) return (fl1.f); if (!fl1.l) return (-fl2.f); /* twiddle sign bit and add */ fl2.l ^= SIGNBIT; return fl1.f + fl2.f; } sdcc-2.9.0/device/lib/pic/libsdcc/idata.c000066400000000000000000000036041116427777700200750ustar00rootroot00000000000000/* * idata.c - startup code evaluating gputils' cinit structure * * This code fragment copies initialized data from ROM to their * assigned RAM locations. The requierd cinit structure is created * by gputils' linker and comprises initial values of all linked in * modules. * * (c) 2007 by Raphael Neider * * This file is part of SDCC's pic14 library and distributed under * the terms of the GPLv2 with linking exception; see COPYING in some * parent directory for details. */ /* * We call the user's main() after initialization is done. */ extern void main(void); /* * Force generation of _cinit symbol. */ static char force_cinit = 0; /* * This struct describes one initialized variable. */ typedef struct { unsigned src; // source address of data in CODE space unsigned dst; // destination address of values in DATA space unsigned size; // number of bytes to copy from `src' to `dst' } cinit_t; /* * This structure provides the number and position of the above * structs. to initialize all variables in the .hex file. */ extern __code struct { unsigned records; // number of entries in this file cinit_t entry[]; // intialization descriptor } cinit; /* * Iterate over all records and copy values from ROM to RAM. */ void _sdcc_gsinit_startup(void) { unsigned num, size; __code cinit_t *cptr; __code char *src; __data char *dst; num = cinit.records; cptr = &cinit.entry[0]; // iterate over all cinit entries while (num--) { size = cptr->size; src = (__code char *) cptr->src; dst = (__data char *) cptr->dst; // copy data byte-wise from ROM to RAM while (size--) { *dst = *src; src++; dst++; } // while // XXX: might need to clear the watchdog timer here... cptr++; } // while // call main after initialization __asm PAGESEL _main GOTO _main __endasm; } sdcc-2.9.0/device/lib/pic/libsdcc/macros.inc000066400000000000000000000021021116427777700206160ustar00rootroot00000000000000; ----------------------------------------------- ; --- extern declared SFRs ; ----------------------------------------------- extern _STATUS extern _FSR extern _INDF extern _PCLATH extern _PCL C EQU 0 DC EQU 1 Z EQU 2 IRP EQU 7 ; ----------------------------------------------- ; --- generic pointer access helpers ; ----------------------------------------------- GPTRTAG_DATA EQU 0x00 GPTRTAG_CODE EQU 0x80 ; setup FSR to point to (STK00:STK01) setup_fsr macro movf STK01, W movwf _FSR ; select indirectly addressed bank bcf _STATUS, IRP btfsc STK00, 0 bsf _STATUS, IRP endm ; increment FSR, update IRP on bank crossings ; FIXME: update IRP if FSR is reset to 0... inc_fsr macro incf _FSR, F endm ; dispatch according to gptr type select_routine macro dataptr, codeptr ; __data pointer tag: 0x00 xorlw GPTRTAG_DATA btfsc _STATUS, Z goto dataptr ; __code pointer tag: 0x80 xorlw (GPTRTAG_DATA ^ GPTRTAG_CODE) btfsc _STATUS, Z goto codeptr endm check_data macro dataptr ; __data pointer tag: 0x00 xorlw GPTRTAG_DATA btfsc _STATUS, Z goto dataptr endm sdcc-2.9.0/device/lib/pic/libsdcc/schar2fs.c000066400000000000000000000025271116427777700205310ustar00rootroot00000000000000/*------------------------------------------------------------------------- schar2fs.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: schar2fs.c 4776 2007-04-29 13:15:51Z borutr $ */ #include /* convert signed char to float */ float __schar2fs (signed char sc) _FS_REENTRANT { return __slong2fs(sc); } sdcc-2.9.0/device/lib/pic/libsdcc/shadowregs.c000066400000000000000000000010401116427777700211510ustar00rootroot00000000000000/* * shadowregs.c - provide shadow register for use during interrupts * * (c) 2007 by Raphael Neider * * This file is part of SDCC's pic14 library and distributed under * the terms of the GPLv2 with linking exception; see COPYING in some * parent directory for details. */ /* * We should make sure these always reside in the same bank, * so that we can save two BANKSELs in the interrupt entry code. */ unsigned char __sdcc_saved_fsr; //unsigned char __sdcc_saved_pclath; //unsigned char __sdcc_saved_status; sdcc-2.9.0/device/lib/pic/libsdcc/sint2fs.c000066400000000000000000000025221116427777700204010ustar00rootroot00000000000000/*------------------------------------------------------------------------- sint2fs.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: sint2fs.c 4776 2007-04-29 13:15:51Z borutr $ */ #include /* convert signed int to float */ float __sint2fs (signed int si) _FS_REENTRANT { return __slong2fs(si); } sdcc-2.9.0/device/lib/pic/libsdcc/slong2fs.c000066400000000000000000000026131116427777700205470ustar00rootroot00000000000000/*------------------------------------------------------------------------- slong2fs.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: slong2fs.c 4776 2007-04-29 13:15:51Z borutr $ */ #include /* convert signed long to float */ float __slong2fs (signed long sl) _FS_REENTRANT { if (sl<0) return -__ulong2fs(-sl); else return __ulong2fs(sl); } sdcc-2.9.0/device/lib/pic/libsdcc/uchar2fs.c000066400000000000000000000025331116427777700205300ustar00rootroot00000000000000/*------------------------------------------------------------------------- uchar2fs.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: uchar2fs.c 4776 2007-04-29 13:15:51Z borutr $ */ #include /* convert unsigned char to float */ float __uchar2fs (unsigned char uc) _FS_REENTRANT { return __ulong2fs(uc); } sdcc-2.9.0/device/lib/pic/libsdcc/uint2fs.c000066400000000000000000000025261116427777700204070ustar00rootroot00000000000000/*------------------------------------------------------------------------- uint2fs.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: uint2fs.c 4776 2007-04-29 13:15:51Z borutr $ */ #include /* convert unsigned int to float */ float __uint2fs (unsigned int ui) _FS_REENTRANT { return __ulong2fs(ui); } sdcc-2.9.0/device/lib/pic/libsdcc/ulong2fs.c000066400000000000000000000025041116427777700205500ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: ulong2fs.c 4776 2007-04-29 13:15:51Z borutr $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; float __ulong2fs (unsigned long a ) _FS_REENTRANT { int exp = 24 + EXCESS; FS_STATIC volatile union float_long fl; if (!a) { return 0.0; } while (a & NORM) { // we lose accuracy here a >>= 1; exp++; } if(a < HIDDEN) { do { a<<=1; exp--; } while (a < HIDDEN); } #if 0 while (a < HIDDEN) { a <<= 1; exp--; } #endif #if 1 if ((a&0x7fffff)==0x7fffff) { a=0; exp++; } #endif a &= ~HIDDEN ; /* pack up and go home */ fl.l = PACK(0,(unsigned long)exp, a); return (fl.f); } sdcc-2.9.0/device/lib/pic16/000077500000000000000000000000001116427777700154105ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/COPYING000066400000000000000000000431061116427777700164470ustar00rootroot00000000000000 GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. (Exception: if the Program itself is interactive but does not normally print such an announcement, your work based on the Program is not required to print an announcement.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Program, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Program, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Program. In addition, mere aggregation of another work not based on the Program with the Program (or with a work based on the Program) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. 3. You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. (This alternative is allowed only for noncommercial distribution and only if you received the program in object code or executable form with such an offer, in accord with Subsection b above.) The source code for a work means the preferred form of the work for making modifications to it. For an executable work, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the executable. However, as a special exception, the source code distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. If distribution of executable or object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place counts as distribution of the source code, even though third parties are not compelled to copy the source along with the object code. 4. You may not copy, modify, sublicense, or distribute the Program except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense or distribute the Program is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 5. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Program or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Program (or any work based on the Program), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Program or works based on it. 6. Each time you redistribute the Program (or any work based on the Program), the recipient automatically receives a license from the original licensor to copy, distribute or modify the Program subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties to this License. 7. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Program at all. For example, if a patent license would not permit royalty-free redistribution of the Program by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Program. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system, which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 8. If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS Appendix: How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) 19yy This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) 19yy name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Library General Public License instead of this License. sdcc-2.9.0/device/lib/pic16/Makefile.am000066400000000000000000000002511116427777700174420ustar00rootroot00000000000000## Makefile.am -- Process this file with automake to produce Makefile.in SUBDIRS = debug libc libdev libio libm libsdcc startup include $(top_srcdir)/Makefile.common sdcc-2.9.0/device/lib/pic16/Makefile.common000066400000000000000000000017161116427777700203440ustar00rootroot00000000000000AM_CFLAGS = AM_CFLAGS += --std-c99 AM_CFLAGS += --asm="$(CCAS)" AM_CFLAGS += -I. 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sdcc-2.9.0/device/lib/pic16/config.guess000077500000000000000000001270611116427777700177370ustar00rootroot00000000000000#! /bin/sh # Attempt to guess a canonical system name. # Copyright (C) 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, # 2000, 2001, 2002, 2003, 2004, 2005, 2006 Free Software Foundation, # Inc. timestamp='2007-07-22' # This file is free software; you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, but # WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU # General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA # 02110-1301, USA. # # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that program. # Originally written by Per Bothner . # Please send patches to . Submit a context # diff and a properly formatted ChangeLog entry. # # This script attempts to guess a canonical system name similar to # config.sub. If it succeeds, it prints the system name on stdout, and # exits with 0. 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ALPHA_CPU_TYPE=`/usr/sbin/psrinfo -v | sed -n -e 's/^ The alpha \(.*\) processor.*$/\1/p' | head -n 1` case "$ALPHA_CPU_TYPE" in "EV4 (21064)") UNAME_MACHINE="alpha" ;; "EV4.5 (21064)") UNAME_MACHINE="alpha" ;; "LCA4 (21066/21068)") UNAME_MACHINE="alpha" ;; "EV5 (21164)") UNAME_MACHINE="alphaev5" ;; "EV5.6 (21164A)") UNAME_MACHINE="alphaev56" ;; "EV5.6 (21164PC)") UNAME_MACHINE="alphapca56" ;; "EV5.7 (21164PC)") UNAME_MACHINE="alphapca57" ;; "EV6 (21264)") UNAME_MACHINE="alphaev6" ;; "EV6.7 (21264A)") UNAME_MACHINE="alphaev67" ;; "EV6.8CB (21264C)") UNAME_MACHINE="alphaev68" ;; "EV6.8AL (21264B)") UNAME_MACHINE="alphaev68" ;; "EV6.8CX (21264D)") UNAME_MACHINE="alphaev68" ;; "EV6.9A (21264/EV69A)") UNAME_MACHINE="alphaev69" ;; "EV7 (21364)") UNAME_MACHINE="alphaev7" ;; "EV7.9 (21364A)") UNAME_MACHINE="alphaev79" ;; esac # A Pn.n version is a patched version. # A Vn.n version is a released version. # A Tn.n version is a released field test version. # A Xn.n version is an unreleased experimental baselevel. # 1.2 uses "1.2" for uname -r. echo ${UNAME_MACHINE}-dec-osf`echo ${UNAME_RELEASE} | sed -e 's/^[PVTX]//' | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz'` exit ;; Alpha\ *:Windows_NT*:*) # How do we know it's Interix rather than the generic POSIX subsystem? # Should we change UNAME_MACHINE based on the output of uname instead # of the specific Alpha model? echo alpha-pc-interix exit ;; 21064:Windows_NT:50:3) echo alpha-dec-winnt3.5 exit ;; Amiga*:UNIX_System_V:4.0:*) echo m68k-unknown-sysv4 exit ;; *:[Aa]miga[Oo][Ss]:*:*) echo ${UNAME_MACHINE}-unknown-amigaos exit ;; *:[Mm]orph[Oo][Ss]:*:*) echo ${UNAME_MACHINE}-unknown-morphos exit ;; *:OS/390:*:*) echo i370-ibm-openedition exit ;; *:z/VM:*:*) echo s390-ibm-zvmoe exit ;; *:OS400:*:*) echo powerpc-ibm-os400 exit ;; arm:RISC*:1.[012]*:*|arm:riscix:1.[012]*:*) echo arm-acorn-riscix${UNAME_RELEASE} exit ;; arm:riscos:*:*|arm:RISCOS:*:*) echo arm-unknown-riscos exit ;; SR2?01:HI-UX/MPP:*:* | SR8000:HI-UX/MPP:*:*) echo hppa1.1-hitachi-hiuxmpp exit ;; Pyramid*:OSx*:*:* | MIS*:OSx*:*:* | MIS*:SMP_DC-OSx*:*:*) # akee@wpdis03.wpafb.af.mil (Earle F. Ake) contributed MIS and NILE. if test "`(/bin/universe) 2>/dev/null`" = att ; then echo pyramid-pyramid-sysv3 else echo pyramid-pyramid-bsd fi exit ;; NILE*:*:*:dcosx) echo pyramid-pyramid-svr4 exit ;; DRS?6000:unix:4.0:6*) echo sparc-icl-nx6 exit ;; DRS?6000:UNIX_SV:4.2*:7* | DRS?6000:isis:4.2*:7*) case `/usr/bin/uname -p` in sparc) echo sparc-icl-nx7; exit ;; esac ;; sun4H:SunOS:5.*:*) echo sparc-hal-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'` exit ;; sun4*:SunOS:5.*:* | tadpole*:SunOS:5.*:*) echo sparc-sun-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'` exit ;; i86pc:SunOS:5.*:* | i86xen:SunOS:5.*:*) echo i386-pc-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'` exit ;; sun4*:SunOS:6*:*) # According to config.sub, this is the proper way to canonicalize # SunOS6. Hard to guess exactly what SunOS6 will be like, but # it's likely to be more like Solaris than SunOS4. echo sparc-sun-solaris3`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'` exit ;; sun4*:SunOS:*:*) case "`/usr/bin/arch -k`" in Series*|S4*) UNAME_RELEASE=`uname -v` ;; esac # Japanese Language versions have a version number like `4.1.3-JL'. echo sparc-sun-sunos`echo ${UNAME_RELEASE}|sed -e 's/-/_/'` exit ;; sun3*:SunOS:*:*) echo m68k-sun-sunos${UNAME_RELEASE} exit ;; sun*:*:4.2BSD:*) UNAME_RELEASE=`(sed 1q /etc/motd | awk '{print substr($5,1,3)}') 2>/dev/null` test "x${UNAME_RELEASE}" = "x" && UNAME_RELEASE=3 case "`/bin/arch`" in sun3) echo m68k-sun-sunos${UNAME_RELEASE} ;; sun4) echo sparc-sun-sunos${UNAME_RELEASE} ;; esac exit ;; aushp:SunOS:*:*) echo sparc-auspex-sunos${UNAME_RELEASE} exit ;; # The situation for MiNT is a little confusing. The machine name # can be virtually everything (everything which is not # "atarist" or "atariste" at least should have a processor # > m68000). The system name ranges from "MiNT" over "FreeMiNT" # to the lowercase version "mint" (or "freemint"). Finally # the system name "TOS" denotes a system which is actually not # MiNT. But MiNT is downward compatible to TOS, so this should # be no problem. atarist[e]:*MiNT:*:* | atarist[e]:*mint:*:* | atarist[e]:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit ;; atari*:*MiNT:*:* | atari*:*mint:*:* | atarist[e]:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit ;; *falcon*:*MiNT:*:* | *falcon*:*mint:*:* | *falcon*:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit ;; milan*:*MiNT:*:* | milan*:*mint:*:* | *milan*:*TOS:*:*) echo m68k-milan-mint${UNAME_RELEASE} exit ;; hades*:*MiNT:*:* | hades*:*mint:*:* | *hades*:*TOS:*:*) echo m68k-hades-mint${UNAME_RELEASE} exit ;; *:*MiNT:*:* | *:*mint:*:* | *:*TOS:*:*) echo m68k-unknown-mint${UNAME_RELEASE} exit ;; m68k:machten:*:*) echo m68k-apple-machten${UNAME_RELEASE} exit ;; powerpc:machten:*:*) echo powerpc-apple-machten${UNAME_RELEASE} exit ;; RISC*:Mach:*:*) echo mips-dec-mach_bsd4.3 exit ;; RISC*:ULTRIX:*:*) echo mips-dec-ultrix${UNAME_RELEASE} exit ;; VAX*:ULTRIX*:*:*) echo vax-dec-ultrix${UNAME_RELEASE} exit ;; 2020:CLIX:*:* | 2430:CLIX:*:*) echo clipper-intergraph-clix${UNAME_RELEASE} exit ;; mips:*:*:UMIPS | mips:*:*:RISCos) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #ifdef __cplusplus #include /* for printf() prototype */ int main (int argc, char *argv[]) { #else int main (argc, argv) int argc; char *argv[]; { #endif #if defined (host_mips) && defined (MIPSEB) #if defined (SYSTYPE_SYSV) printf ("mips-mips-riscos%ssysv\n", argv[1]); exit (0); #endif #if defined (SYSTYPE_SVR4) printf ("mips-mips-riscos%ssvr4\n", argv[1]); exit (0); #endif #if defined (SYSTYPE_BSD43) || defined(SYSTYPE_BSD) printf ("mips-mips-riscos%sbsd\n", argv[1]); exit (0); #endif #endif exit (-1); } EOF $CC_FOR_BUILD -o $dummy $dummy.c && dummyarg=`echo "${UNAME_RELEASE}" | sed -n 's/\([0-9]*\).*/\1/p'` && SYSTEM_NAME=`$dummy $dummyarg` && { echo "$SYSTEM_NAME"; exit; } echo mips-mips-riscos${UNAME_RELEASE} exit ;; Motorola:PowerMAX_OS:*:*) echo powerpc-motorola-powermax exit ;; Motorola:*:4.3:PL8-*) echo powerpc-harris-powermax exit ;; Night_Hawk:*:*:PowerMAX_OS | Synergy:PowerMAX_OS:*:*) echo powerpc-harris-powermax exit ;; Night_Hawk:Power_UNIX:*:*) echo powerpc-harris-powerunix exit ;; m88k:CX/UX:7*:*) echo m88k-harris-cxux7 exit ;; m88k:*:4*:R4*) echo m88k-motorola-sysv4 exit ;; m88k:*:3*:R3*) echo m88k-motorola-sysv3 exit ;; AViiON:dgux:*:*) # DG/UX returns AViiON for all architectures UNAME_PROCESSOR=`/usr/bin/uname -p` if [ $UNAME_PROCESSOR = mc88100 ] || [ $UNAME_PROCESSOR = mc88110 ] then if [ ${TARGET_BINARY_INTERFACE}x = m88kdguxelfx ] || \ [ ${TARGET_BINARY_INTERFACE}x = x ] then echo m88k-dg-dgux${UNAME_RELEASE} else echo m88k-dg-dguxbcs${UNAME_RELEASE} fi else echo i586-dg-dgux${UNAME_RELEASE} fi exit ;; M88*:DolphinOS:*:*) # DolphinOS (SVR3) echo m88k-dolphin-sysv3 exit ;; M88*:*:R3*:*) # Delta 88k system running SVR3 echo m88k-motorola-sysv3 exit ;; XD88*:*:*:*) # Tektronix XD88 system running UTekV (SVR3) echo m88k-tektronix-sysv3 exit ;; Tek43[0-9][0-9]:UTek:*:*) # Tektronix 4300 system running UTek (BSD) echo m68k-tektronix-bsd exit ;; *:IRIX*:*:*) echo mips-sgi-irix`echo ${UNAME_RELEASE}|sed -e 's/-/_/g'` exit ;; ????????:AIX?:[12].1:2) # AIX 2.2.1 or AIX 2.1.1 is RT/PC AIX. echo romp-ibm-aix # uname -m gives an 8 hex-code CPU id exit ;; # Note that: echo "'`uname -s`'" gives 'AIX ' i*86:AIX:*:*) echo i386-ibm-aix exit ;; ia64:AIX:*:*) if [ -x /usr/bin/oslevel ] ; then IBM_REV=`/usr/bin/oslevel` else IBM_REV=${UNAME_VERSION}.${UNAME_RELEASE} fi echo ${UNAME_MACHINE}-ibm-aix${IBM_REV} exit ;; *:AIX:2:3) if grep bos325 /usr/include/stdio.h >/dev/null 2>&1; then eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #include main() { if (!__power_pc()) exit(1); puts("powerpc-ibm-aix3.2.5"); exit(0); } EOF if $CC_FOR_BUILD -o $dummy $dummy.c && SYSTEM_NAME=`$dummy` then echo "$SYSTEM_NAME" else echo rs6000-ibm-aix3.2.5 fi elif grep bos324 /usr/include/stdio.h >/dev/null 2>&1; then echo rs6000-ibm-aix3.2.4 else echo rs6000-ibm-aix3.2 fi exit ;; *:AIX:*:[45]) IBM_CPU_ID=`/usr/sbin/lsdev -C -c processor -S available | sed 1q | awk '{ print $1 }'` if /usr/sbin/lsattr -El ${IBM_CPU_ID} | grep ' POWER' >/dev/null 2>&1; then IBM_ARCH=rs6000 else IBM_ARCH=powerpc fi if [ -x /usr/bin/oslevel ] ; then IBM_REV=`/usr/bin/oslevel` else IBM_REV=${UNAME_VERSION}.${UNAME_RELEASE} fi echo ${IBM_ARCH}-ibm-aix${IBM_REV} exit ;; *:AIX:*:*) echo rs6000-ibm-aix exit ;; ibmrt:4.4BSD:*|romp-ibm:BSD:*) echo romp-ibm-bsd4.4 exit ;; ibmrt:*BSD:*|romp-ibm:BSD:*) # covers RT/PC BSD and echo romp-ibm-bsd${UNAME_RELEASE} # 4.3 with uname added to exit ;; # report: romp-ibm BSD 4.3 *:BOSX:*:*) echo rs6000-bull-bosx exit ;; DPX/2?00:B.O.S.:*:*) echo m68k-bull-sysv3 exit ;; 9000/[34]??:4.3bsd:1.*:*) echo m68k-hp-bsd exit ;; hp300:4.4BSD:*:* | 9000/[34]??:4.3bsd:2.*:*) echo m68k-hp-bsd4.4 exit ;; 9000/[34678]??:HP-UX:*:*) HPUX_REV=`echo ${UNAME_RELEASE}|sed -e 's/[^.]*.[0B]*//'` case "${UNAME_MACHINE}" in 9000/31? ) HP_ARCH=m68000 ;; 9000/[34]?? ) HP_ARCH=m68k ;; 9000/[678][0-9][0-9]) if [ -x /usr/bin/getconf ]; then sc_cpu_version=`/usr/bin/getconf SC_CPU_VERSION 2>/dev/null` sc_kernel_bits=`/usr/bin/getconf SC_KERNEL_BITS 2>/dev/null` case "${sc_cpu_version}" in 523) HP_ARCH="hppa1.0" ;; # CPU_PA_RISC1_0 528) HP_ARCH="hppa1.1" ;; # CPU_PA_RISC1_1 532) # CPU_PA_RISC2_0 case "${sc_kernel_bits}" in 32) HP_ARCH="hppa2.0n" ;; 64) HP_ARCH="hppa2.0w" ;; '') HP_ARCH="hppa2.0" ;; # HP-UX 10.20 esac ;; esac fi if [ "${HP_ARCH}" = "" ]; then eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #define _HPUX_SOURCE #include #include int main () { #if defined(_SC_KERNEL_BITS) long bits = sysconf(_SC_KERNEL_BITS); #endif long cpu = sysconf (_SC_CPU_VERSION); switch (cpu) { case CPU_PA_RISC1_0: puts ("hppa1.0"); break; case CPU_PA_RISC1_1: puts ("hppa1.1"); break; case CPU_PA_RISC2_0: #if defined(_SC_KERNEL_BITS) switch (bits) { case 64: puts ("hppa2.0w"); break; case 32: puts ("hppa2.0n"); break; default: puts ("hppa2.0"); break; } break; #else /* !defined(_SC_KERNEL_BITS) */ puts ("hppa2.0"); break; #endif default: puts ("hppa1.0"); break; } exit (0); } EOF (CCOPTS= $CC_FOR_BUILD -o $dummy $dummy.c 2>/dev/null) && HP_ARCH=`$dummy` test -z "$HP_ARCH" && HP_ARCH=hppa fi ;; esac if [ ${HP_ARCH} = "hppa2.0w" ] then eval $set_cc_for_build # hppa2.0w-hp-hpux* has a 64-bit kernel and a compiler generating # 32-bit code. hppa64-hp-hpux* has the same kernel and a compiler # generating 64-bit code. GNU and HP use different nomenclature: # # $ CC_FOR_BUILD=cc ./config.guess # => hppa2.0w-hp-hpux11.23 # $ CC_FOR_BUILD="cc +DA2.0w" ./config.guess # => hppa64-hp-hpux11.23 if echo __LP64__ | (CCOPTS= $CC_FOR_BUILD -E - 2>/dev/null) | grep __LP64__ >/dev/null then HP_ARCH="hppa2.0w" else HP_ARCH="hppa64" fi fi echo ${HP_ARCH}-hp-hpux${HPUX_REV} exit ;; ia64:HP-UX:*:*) HPUX_REV=`echo ${UNAME_RELEASE}|sed -e 's/[^.]*.[0B]*//'` echo ia64-hp-hpux${HPUX_REV} exit ;; 3050*:HI-UX:*:*) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #include int main () { long cpu = sysconf (_SC_CPU_VERSION); /* The order matters, because CPU_IS_HP_MC68K erroneously returns true for CPU_PA_RISC1_0. CPU_IS_PA_RISC returns correct results, however. */ if (CPU_IS_PA_RISC (cpu)) { switch (cpu) { case CPU_PA_RISC1_0: puts ("hppa1.0-hitachi-hiuxwe2"); break; case CPU_PA_RISC1_1: puts ("hppa1.1-hitachi-hiuxwe2"); break; case CPU_PA_RISC2_0: puts ("hppa2.0-hitachi-hiuxwe2"); break; default: puts ("hppa-hitachi-hiuxwe2"); break; } } else if (CPU_IS_HP_MC68K (cpu)) puts ("m68k-hitachi-hiuxwe2"); else puts ("unknown-hitachi-hiuxwe2"); exit (0); } EOF $CC_FOR_BUILD -o $dummy $dummy.c && SYSTEM_NAME=`$dummy` && { echo "$SYSTEM_NAME"; exit; } echo unknown-hitachi-hiuxwe2 exit ;; 9000/7??:4.3bsd:*:* | 9000/8?[79]:4.3bsd:*:* ) echo hppa1.1-hp-bsd exit ;; 9000/8??:4.3bsd:*:*) echo hppa1.0-hp-bsd exit ;; *9??*:MPE/iX:*:* | *3000*:MPE/iX:*:*) echo hppa1.0-hp-mpeix exit ;; hp7??:OSF1:*:* | hp8?[79]:OSF1:*:* ) echo hppa1.1-hp-osf exit ;; hp8??:OSF1:*:*) echo hppa1.0-hp-osf exit ;; i*86:OSF1:*:*) if [ -x /usr/sbin/sysversion ] ; then echo ${UNAME_MACHINE}-unknown-osf1mk else echo ${UNAME_MACHINE}-unknown-osf1 fi exit ;; parisc*:Lites*:*:*) echo hppa1.1-hp-lites exit ;; C1*:ConvexOS:*:* | convex:ConvexOS:C1*:*) echo c1-convex-bsd exit ;; C2*:ConvexOS:*:* | convex:ConvexOS:C2*:*) if getsysinfo -f scalar_acc then echo c32-convex-bsd else echo c2-convex-bsd fi exit ;; C34*:ConvexOS:*:* | convex:ConvexOS:C34*:*) echo c34-convex-bsd exit ;; C38*:ConvexOS:*:* | convex:ConvexOS:C38*:*) echo c38-convex-bsd exit ;; C4*:ConvexOS:*:* | convex:ConvexOS:C4*:*) echo c4-convex-bsd exit ;; CRAY*Y-MP:*:*:*) echo ymp-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*[A-Z]90:*:*:*) echo ${UNAME_MACHINE}-cray-unicos${UNAME_RELEASE} \ | sed -e 's/CRAY.*\([A-Z]90\)/\1/' \ -e y/ABCDEFGHIJKLMNOPQRSTUVWXYZ/abcdefghijklmnopqrstuvwxyz/ \ -e 's/\.[^.]*$/.X/' exit ;; CRAY*TS:*:*:*) echo t90-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*T3E:*:*:*) echo alphaev5-cray-unicosmk${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*SV1:*:*:*) echo sv1-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; *:UNICOS/mp:*:*) echo craynv-cray-unicosmp${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; F30[01]:UNIX_System_V:*:* | F700:UNIX_System_V:*:*) FUJITSU_PROC=`uname -m | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz'` FUJITSU_SYS=`uname -p | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/\///'` FUJITSU_REL=`echo ${UNAME_RELEASE} | sed -e 's/ /_/'` echo "${FUJITSU_PROC}-fujitsu-${FUJITSU_SYS}${FUJITSU_REL}" exit ;; 5000:UNIX_System_V:4.*:*) FUJITSU_SYS=`uname -p | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/\///'` FUJITSU_REL=`echo ${UNAME_RELEASE} | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/ /_/'` echo "sparc-fujitsu-${FUJITSU_SYS}${FUJITSU_REL}" exit ;; i*86:BSD/386:*:* | i*86:BSD/OS:*:* | *:Ascend\ Embedded/OS:*:*) echo ${UNAME_MACHINE}-pc-bsdi${UNAME_RELEASE} exit ;; sparc*:BSD/OS:*:*) echo sparc-unknown-bsdi${UNAME_RELEASE} exit ;; *:BSD/OS:*:*) echo ${UNAME_MACHINE}-unknown-bsdi${UNAME_RELEASE} exit ;; *:FreeBSD:*:*) case ${UNAME_MACHINE} in pc98) echo i386-unknown-freebsd`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` ;; amd64) echo x86_64-unknown-freebsd`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` ;; *) echo ${UNAME_MACHINE}-unknown-freebsd`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` ;; esac exit ;; i*:CYGWIN*:*) echo ${UNAME_MACHINE}-pc-cygwin exit ;; *:MINGW*:*) echo ${UNAME_MACHINE}-pc-mingw32 exit ;; i*:windows32*:*) # uname -m includes "-pc" on this system. echo ${UNAME_MACHINE}-mingw32 exit ;; i*:PW*:*) echo ${UNAME_MACHINE}-pc-pw32 exit ;; *:Interix*:[3456]*) case ${UNAME_MACHINE} in x86) echo i586-pc-interix${UNAME_RELEASE} exit ;; EM64T | authenticamd) echo x86_64-unknown-interix${UNAME_RELEASE} exit ;; esac ;; [345]86:Windows_95:* | [345]86:Windows_98:* | [345]86:Windows_NT:*) echo i${UNAME_MACHINE}-pc-mks exit ;; i*:Windows_NT*:* | Pentium*:Windows_NT*:*) # How do we know it's Interix rather than the generic POSIX subsystem? # It also conflicts with pre-2.0 versions of AT&T UWIN. Should we # UNAME_MACHINE based on the output of uname instead of i386? echo i586-pc-interix exit ;; i*:UWIN*:*) echo ${UNAME_MACHINE}-pc-uwin exit ;; amd64:CYGWIN*:*:* | x86_64:CYGWIN*:*:*) echo x86_64-unknown-cygwin exit ;; p*:CYGWIN*:*) echo powerpcle-unknown-cygwin exit ;; prep*:SunOS:5.*:*) echo powerpcle-unknown-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'` exit ;; *:GNU:*:*) # the GNU system echo `echo ${UNAME_MACHINE}|sed -e 's,[-/].*$,,'`-unknown-gnu`echo ${UNAME_RELEASE}|sed -e 's,/.*$,,'` exit ;; *:GNU/*:*:*) # other systems with GNU libc and userland echo ${UNAME_MACHINE}-unknown-`echo ${UNAME_SYSTEM} | sed 's,^[^/]*/,,' | tr '[A-Z]' '[a-z]'``echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'`-gnu exit ;; i*86:Minix:*:*) echo ${UNAME_MACHINE}-pc-minix exit ;; arm*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; avr32*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; cris:Linux:*:*) echo cris-axis-linux-gnu exit ;; crisv32:Linux:*:*) echo crisv32-axis-linux-gnu exit ;; frv:Linux:*:*) echo frv-unknown-linux-gnu exit ;; ia64:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; m32r*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; m68*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; mips:Linux:*:*) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #undef CPU #undef mips #undef mipsel #if defined(__MIPSEL__) || defined(__MIPSEL) || defined(_MIPSEL) || defined(MIPSEL) CPU=mipsel #else #if defined(__MIPSEB__) || defined(__MIPSEB) || defined(_MIPSEB) || defined(MIPSEB) CPU=mips #else CPU= #endif #endif EOF eval "`$CC_FOR_BUILD -E $dummy.c 2>/dev/null | sed -n ' /^CPU/{ s: ::g p }'`" test x"${CPU}" != x && { echo "${CPU}-unknown-linux-gnu"; exit; } ;; mips64:Linux:*:*) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #undef CPU #undef mips64 #undef mips64el #if defined(__MIPSEL__) || defined(__MIPSEL) || defined(_MIPSEL) || defined(MIPSEL) CPU=mips64el #else #if defined(__MIPSEB__) || defined(__MIPSEB) || defined(_MIPSEB) || defined(MIPSEB) CPU=mips64 #else CPU= #endif #endif EOF eval "`$CC_FOR_BUILD -E $dummy.c 2>/dev/null | sed -n ' /^CPU/{ s: ::g p }'`" test x"${CPU}" != x && { echo "${CPU}-unknown-linux-gnu"; exit; } ;; or32:Linux:*:*) echo or32-unknown-linux-gnu exit ;; ppc:Linux:*:*) echo powerpc-unknown-linux-gnu exit ;; ppc64:Linux:*:*) echo powerpc64-unknown-linux-gnu exit ;; alpha:Linux:*:*) case `sed -n '/^cpu model/s/^.*: \(.*\)/\1/p' < /proc/cpuinfo` in EV5) UNAME_MACHINE=alphaev5 ;; EV56) UNAME_MACHINE=alphaev56 ;; PCA56) UNAME_MACHINE=alphapca56 ;; PCA57) UNAME_MACHINE=alphapca56 ;; EV6) UNAME_MACHINE=alphaev6 ;; EV67) UNAME_MACHINE=alphaev67 ;; EV68*) UNAME_MACHINE=alphaev68 ;; esac objdump --private-headers /bin/sh | grep ld.so.1 >/dev/null if test "$?" = 0 ; then LIBC="libc1" ; else LIBC="" ; fi echo ${UNAME_MACHINE}-unknown-linux-gnu${LIBC} exit ;; parisc:Linux:*:* | hppa:Linux:*:*) # Look for CPU level case `grep '^cpu[^a-z]*:' /proc/cpuinfo 2>/dev/null | cut -d' ' -f2` in PA7*) echo hppa1.1-unknown-linux-gnu ;; PA8*) echo hppa2.0-unknown-linux-gnu ;; *) echo hppa-unknown-linux-gnu ;; esac exit ;; parisc64:Linux:*:* | hppa64:Linux:*:*) echo hppa64-unknown-linux-gnu exit ;; s390:Linux:*:* | s390x:Linux:*:*) echo ${UNAME_MACHINE}-ibm-linux exit ;; sh64*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; sh*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; sparc:Linux:*:* | sparc64:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; vax:Linux:*:*) echo ${UNAME_MACHINE}-dec-linux-gnu exit ;; x86_64:Linux:*:*) echo x86_64-unknown-linux-gnu exit ;; xtensa:Linux:*:*) echo xtensa-unknown-linux-gnu exit ;; i*86:Linux:*:*) # The BFD linker knows what the default object file format is, so # first see if it will tell us. cd to the root directory to prevent # problems with other programs or directories called `ld' in the path. # Set LC_ALL=C to ensure ld outputs messages in English. ld_supported_targets=`cd /; LC_ALL=C ld --help 2>&1 \ | sed -ne '/supported targets:/!d s/[ ][ ]*/ /g s/.*supported targets: *// s/ .*// p'` case "$ld_supported_targets" in elf32-i386) TENTATIVE="${UNAME_MACHINE}-pc-linux-gnu" ;; a.out-i386-linux) echo "${UNAME_MACHINE}-pc-linux-gnuaout" exit ;; coff-i386) echo "${UNAME_MACHINE}-pc-linux-gnucoff" exit ;; 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i*86:*:3.2:*) if test -f /usr/options/cb.name; then UNAME_REL=`sed -n 's/.*Version //p' /dev/null >/dev/null ; then UNAME_REL=`(/bin/uname -X|grep Release|sed -e 's/.*= //')` (/bin/uname -X|grep i80486 >/dev/null) && UNAME_MACHINE=i486 (/bin/uname -X|grep '^Machine.*Pentium' >/dev/null) \ && UNAME_MACHINE=i586 (/bin/uname -X|grep '^Machine.*Pent *II' >/dev/null) \ && UNAME_MACHINE=i686 (/bin/uname -X|grep '^Machine.*Pentium Pro' >/dev/null) \ && UNAME_MACHINE=i686 echo ${UNAME_MACHINE}-pc-sco$UNAME_REL else echo ${UNAME_MACHINE}-pc-sysv32 fi exit ;; pc:*:*:*) # Left here for compatibility: # uname -m prints for DJGPP always 'pc', but it prints nothing about # the processor, so we play safe by assuming i386. echo i386-pc-msdosdjgpp exit ;; Intel:Mach:3*:*) echo i386-pc-mach3 exit ;; paragon:*:*:*) echo i860-intel-osf1 exit ;; i860:*:4.*:*) # i860-SVR4 if grep Stardent /usr/include/sys/uadmin.h >/dev/null 2>&1 ; then echo i860-stardent-sysv${UNAME_RELEASE} # Stardent Vistra i860-SVR4 else # Add other i860-SVR4 vendors below as they are discovered. echo i860-unknown-sysv${UNAME_RELEASE} # Unknown i860-SVR4 fi exit ;; 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TSUNAMI:LynxOS:2.*:*) echo sparc-unknown-lynxos${UNAME_RELEASE} exit ;; rs6000:LynxOS:2.*:*) echo rs6000-unknown-lynxos${UNAME_RELEASE} exit ;; PowerPC:LynxOS:2.*:* | PowerPC:LynxOS:3.[01]*:* | PowerPC:LynxOS:4.0*:*) echo powerpc-unknown-lynxos${UNAME_RELEASE} exit ;; SM[BE]S:UNIX_SV:*:*) echo mips-dde-sysv${UNAME_RELEASE} exit ;; RM*:ReliantUNIX-*:*:*) echo mips-sni-sysv4 exit ;; RM*:SINIX-*:*:*) echo mips-sni-sysv4 exit ;; *:SINIX-*:*:*) if uname -p 2>/dev/null >/dev/null ; then UNAME_MACHINE=`(uname -p) 2>/dev/null` echo ${UNAME_MACHINE}-sni-sysv4 else echo ns32k-sni-sysv fi exit ;; PENTIUM:*:4.0*:*) # Unisys `ClearPath HMP IX 4000' SVR4/MP effort # says echo i586-unisys-sysv4 exit ;; *:UNIX_System_V:4*:FTX*) # From Gerald Hewes . # How about differentiating between stratus architectures? -djm echo hppa1.1-stratus-sysv4 exit ;; *:*:*:FTX*) # From seanf@swdc.stratus.com. echo i860-stratus-sysv4 exit ;; i*86:VOS:*:*) # From Paul.Green@stratus.com. echo ${UNAME_MACHINE}-stratus-vos exit ;; *:VOS:*:*) # From Paul.Green@stratus.com. echo hppa1.1-stratus-vos exit ;; mc68*:A/UX:*:*) echo m68k-apple-aux${UNAME_RELEASE} exit ;; news*:NEWS-OS:6*:*) echo mips-sony-newsos6 exit ;; R[34]000:*System_V*:*:* | R4000:UNIX_SYSV:*:* | R*000:UNIX_SV:*:*) if [ -d /usr/nec ]; then echo mips-nec-sysv${UNAME_RELEASE} else echo mips-unknown-sysv${UNAME_RELEASE} fi exit ;; BeBox:BeOS:*:*) # BeOS running on hardware made by Be, PPC only. echo powerpc-be-beos exit ;; BeMac:BeOS:*:*) # BeOS running on Mac or Mac clone, PPC only. echo powerpc-apple-beos exit ;; BePC:BeOS:*:*) # BeOS running on Intel PC compatible. echo i586-pc-beos exit ;; SX-4:SUPER-UX:*:*) echo sx4-nec-superux${UNAME_RELEASE} exit ;; SX-5:SUPER-UX:*:*) echo sx5-nec-superux${UNAME_RELEASE} exit ;; SX-6:SUPER-UX:*:*) echo sx6-nec-superux${UNAME_RELEASE} exit ;; SX-7:SUPER-UX:*:*) echo sx7-nec-superux${UNAME_RELEASE} exit ;; SX-8:SUPER-UX:*:*) echo sx8-nec-superux${UNAME_RELEASE} exit ;; SX-8R:SUPER-UX:*:*) echo sx8r-nec-superux${UNAME_RELEASE} exit ;; 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then UNAME_MACHINE=i386 else UNAME_MACHINE="$cputype" fi echo ${UNAME_MACHINE}-unknown-plan9 exit ;; *:TOPS-10:*:*) echo pdp10-unknown-tops10 exit ;; *:TENEX:*:*) echo pdp10-unknown-tenex exit ;; KS10:TOPS-20:*:* | KL10:TOPS-20:*:* | TYPE4:TOPS-20:*:*) echo pdp10-dec-tops20 exit ;; XKL-1:TOPS-20:*:* | TYPE5:TOPS-20:*:*) echo pdp10-xkl-tops20 exit ;; *:TOPS-20:*:*) echo pdp10-unknown-tops20 exit ;; *:ITS:*:*) echo pdp10-unknown-its exit ;; SEI:*:*:SEIUX) echo mips-sei-seiux${UNAME_RELEASE} exit ;; *:DragonFly:*:*) echo ${UNAME_MACHINE}-unknown-dragonfly`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` exit ;; *:*VMS:*:*) UNAME_MACHINE=`(uname -p) 2>/dev/null` case "${UNAME_MACHINE}" in A*) echo alpha-dec-vms ; exit ;; I*) echo ia64-dec-vms ; exit ;; V*) echo vax-dec-vms ; exit ;; esac ;; *:XENIX:*:SysV) echo i386-pc-xenix exit ;; i*86:skyos:*:*) echo ${UNAME_MACHINE}-pc-skyos`echo ${UNAME_RELEASE}` | sed -e 's/ .*$//' exit ;; i*86:rdos:*:*) echo ${UNAME_MACHINE}-pc-rdos exit ;; esac #echo '(No uname command or uname output not recognized.)' 1>&2 #echo "${UNAME_MACHINE}:${UNAME_SYSTEM}:${UNAME_RELEASE}:${UNAME_VERSION}" 1>&2 eval $set_cc_for_build cat >$dummy.c < # include #endif main () { #if defined (sony) #if defined (MIPSEB) /* BFD wants "bsd" instead of "newsos". 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$(RM) *.lst; clean-intermediate: clean-local list='$(SUBDIRS)'; for subdir in $$list; do \ echo "Making $@ in $$subdir"; \ (cd $$subdir && $(MAKE) $(AM_MAKEFLAGS) $@); \ done # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: sdcc-2.9.0/device/lib/pic16/debug/gstack/000077500000000000000000000000001116427777700177525ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/debug/gstack/gstack.c000066400000000000000000000076011116427777700213760ustar00rootroot00000000000000/*------------------------------------------------------------------------- gstack.c :- debug stack tracing support function Written for pic16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: gstack.c 3835 2005-08-07 20:09:11Z tecodev $ */ extern WREG; extern FSR1L; extern FSR1H; extern FSR0L; extern FSR0H; extern STATUS; extern POSTINC0; extern POSTDEC1; extern PREINC1; extern TOSL; extern TOSH; extern TOSU; extern PCL; extern PCLATH; extern PCLATU; extern stack; extern stack_end; #pragma udata access _wreg_store _status_store _fsr0_store #pragma udata access _gstack_begin _gstack_end _init_ok static char _init_ok=0; static char _wreg_store; static char _status_store; static unsigned int _fsr0_store; static unsigned int _gstack_begin; static unsigned int _gstack_end; char _gstack_fail_str[]="Stack overflow\n"; char _gstack_succ_str[]="Stack ok\n"; static void _gstack_overflow_default(void) __naked { __asm lfsr 0, __gstack_fail_str ; incf _FSR0L, f @0: movf _POSTINC0, w movff _WREG, 0xf7f bnz @0 ; sleep @00: goto @00 __endasm ; } void (* _gstack_overflow)(void)=_gstack_overflow_default; void _gstack_init(void) __naked { __asm movlw LOW(_stack) movwf __gstack_begin movlw HIGH(_stack) movwf __gstack_begin+1 movlw LOW(_stack_end) movwf __gstack_end movlw HIGH(_stack_end) movwf __gstack_end+1 ; load default handler ; movlw LOW(__gstack_overflow_default) ; movwf __gstack_overflow ; movlw HIGH(__gstack_overflow_default) ; movwf __gstack_overflow+1 ; movlw UPPER(__gstack_overflow_default) ; movwf __gstack_overflow+2 movlw 1 movwf __init_ok return; __endasm ; } void _gstack_test(void) __naked { __asm movff _WREG, __wreg_store movff _STATUS, __status_store ; if first time, initialize boundary variables movf __init_ok, w bnz @1 call __gstack_init @1: movf __gstack_begin, w cpfslt _FSR1L bra @2 bra @3 @2: movf __gstack_begin+1, w cpfslt _FSR1H bra @4 bra @3 @4: movf __gstack_end, w cpfsgt _FSR1L bra @5 bra @3 @5: movf __gstack_end+1, w cpfsgt _FSR1H bra @6 ; fail @3: push movlw LOW(ret_lab) movwf _TOSL movlw HIGH(ret_lab) movwf _TOSH movlw UPPER(ret_lab) movwf _TOSU movff __gstack_overflow+2, _PCLATU movff __gstack_overflow+1, _PCLATH movf __gstack_overflow, w ; execute movwf _PCL ret_lab: bra @10 ; success @6: movff _FSR0L, __fsr0_store movff _FSR0H, __fsr0_store+1 lfsr 0, __gstack_succ_str ; print corresponding string @8: movf _POSTINC0, w movff _WREG, 0xf7f bnz @8 @9: movff __fsr0_store+1, _FSR0H movff __fsr0_store, _FSR0L @10: movff __status_store, _STATUS movff __wreg_store, _WREG return __endasm ; } sdcc-2.9.0/device/lib/pic16/depcomp000077500000000000000000000427131116427777700167740ustar00rootroot00000000000000#! /bin/sh # depcomp - compile a program generating dependencies as side-effects scriptversion=2007-03-29.01 # Copyright (C) 1999, 2000, 2003, 2004, 2005, 2006, 2007 Free Software # Foundation, Inc. # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2, or (at your option) # any later version. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA # 02110-1301, USA. # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that program. # Originally written by Alexandre Oliva . case $1 in '') echo "$0: No command. Try \`$0 --help' for more information." 1>&2 exit 1; ;; -h | --h*) cat <<\EOF Usage: depcomp [--help] [--version] PROGRAM [ARGS] Run PROGRAMS ARGS to compile a file, generating dependencies as side-effects. Environment variables: depmode Dependency tracking mode. source Source file read by `PROGRAMS ARGS'. object Object file output by `PROGRAMS ARGS'. DEPDIR directory where to store dependencies. depfile Dependency file to output. tmpdepfile Temporary file to use when outputing dependencies. libtool Whether libtool is used (yes/no). Report bugs to . EOF exit $? ;; -v | --v*) echo "depcomp $scriptversion" exit $? ;; esac if test -z "$depmode" || test -z "$source" || test -z "$object"; then echo "depcomp: Variables source, object and depmode must be set" 1>&2 exit 1 fi # Dependencies for sub/bar.o or sub/bar.obj go into sub/.deps/bar.Po. depfile=${depfile-`echo "$object" | sed 's|[^\\/]*$|'${DEPDIR-.deps}'/&|;s|\.\([^.]*\)$|.P\1|;s|Pobj$|Po|'`} tmpdepfile=${tmpdepfile-`echo "$depfile" | sed 's/\.\([^.]*\)$/.T\1/'`} rm -f "$tmpdepfile" # Some modes work just like other modes, but use different flags. We # parameterize here, but still list the modes in the big case below, # to make depend.m4 easier to write. Note that we *cannot* use a case # here, because this file can only contain one case statement. if test "$depmode" = hp; then # HP compiler uses -M and no extra arg. gccflag=-M depmode=gcc fi if test "$depmode" = dashXmstdout; then # This is just like dashmstdout with a different argument. dashmflag=-xM depmode=dashmstdout fi case "$depmode" in gcc3) ## gcc 3 implements dependency tracking that does exactly what ## we want. Yay! Note: for some reason libtool 1.4 doesn't like ## it if -MD -MP comes after the -MF stuff. Hmm. ## Unfortunately, FreeBSD c89 acceptance of flags depends upon ## the command line argument order; so add the flags where they ## appear in depend2.am. Note that the slowdown incurred here ## affects only configure: in makefiles, %FASTDEP% shortcuts this. for arg do case $arg in -c) set fnord "$@" -MT "$object" -MD -MP -MF "$tmpdepfile" "$arg" ;; *) set fnord "$@" "$arg" ;; esac shift # fnord shift # $arg done "$@" stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile" exit $stat fi mv "$tmpdepfile" "$depfile" ;; gcc) ## There are various ways to get dependency output from gcc. Here's ## why we pick this rather obscure method: ## - Don't want to use -MD because we'd like the dependencies to end ## up in a subdir. Having to rename by hand is ugly. ## (We might end up doing this anyway to support other compilers.) ## - The DEPENDENCIES_OUTPUT environment variable makes gcc act like ## -MM, not -M (despite what the docs say). ## - Using -M directly means running the compiler twice (even worse ## than renaming). if test -z "$gccflag"; then gccflag=-MD, fi "$@" -Wp,"$gccflag$tmpdepfile" stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile" exit $stat fi rm -f "$depfile" echo "$object : \\" > "$depfile" alpha=ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz ## The second -e expression handles DOS-style file names with drive letters. sed -e 's/^[^:]*: / /' \ -e 's/^['$alpha']:\/[^:]*: / /' < "$tmpdepfile" >> "$depfile" ## This next piece of magic avoids the `deleted header file' problem. ## The problem is that when a header file which appears in a .P file ## is deleted, the dependency causes make to die (because there is ## typically no way to rebuild the header). We avoid this by adding ## dummy dependencies for each header file. Too bad gcc doesn't do ## this for us directly. tr ' ' ' ' < "$tmpdepfile" | ## Some versions of gcc put a space before the `:'. On the theory ## that the space means something, we add a space to the output as ## well. ## Some versions of the HPUX 10.20 sed can't process this invocation ## correctly. Breaking it into two sed invocations is a workaround. sed -e 's/^\\$//' -e '/^$/d' -e '/:$/d' | sed -e 's/$/ :/' >> "$depfile" rm -f "$tmpdepfile" ;; hp) # This case exists only to let depend.m4 do its work. It works by # looking at the text of this script. This case will never be run, # since it is checked for above. exit 1 ;; sgi) if test "$libtool" = yes; then "$@" "-Wp,-MDupdate,$tmpdepfile" else "$@" -MDupdate "$tmpdepfile" fi stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile" exit $stat fi rm -f "$depfile" if test -f "$tmpdepfile"; then # yes, the sourcefile depend on other files echo "$object : \\" > "$depfile" # Clip off the initial element (the dependent). Don't try to be # clever and replace this with sed code, as IRIX sed won't handle # lines with more than a fixed number of characters (4096 in # IRIX 6.2 sed, 8192 in IRIX 6.5). We also remove comment lines; # the IRIX cc adds comments like `#:fec' to the end of the # dependency line. tr ' ' ' ' < "$tmpdepfile" \ | sed -e 's/^.*\.o://' -e 's/#.*$//' -e '/^$/ d' | \ tr ' ' ' ' >> $depfile echo >> $depfile # The second pass generates a dummy entry for each header file. tr ' ' ' ' < "$tmpdepfile" \ | sed -e 's/^.*\.o://' -e 's/#.*$//' -e '/^$/ d' -e 's/$/:/' \ >> $depfile else # The sourcefile does not contain any dependencies, so just # store a dummy comment line, to avoid errors with the Makefile # "include basename.Plo" scheme. echo "#dummy" > "$depfile" fi rm -f "$tmpdepfile" ;; aix) # The C for AIX Compiler uses -M and outputs the dependencies # in a .u file. In older versions, this file always lives in the # current directory. Also, the AIX compiler puts `$object:' at the # start of each line; $object doesn't have directory information. # Version 6 uses the directory in both cases. dir=`echo "$object" | sed -e 's|/[^/]*$|/|'` test "x$dir" = "x$object" && dir= base=`echo "$object" | sed -e 's|^.*/||' -e 's/\.o$//' -e 's/\.lo$//'` if test "$libtool" = yes; then tmpdepfile1=$dir$base.u tmpdepfile2=$base.u tmpdepfile3=$dir.libs/$base.u "$@" -Wc,-M else tmpdepfile1=$dir$base.u tmpdepfile2=$dir$base.u tmpdepfile3=$dir$base.u "$@" -M fi stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile1" "$tmpdepfile2" "$tmpdepfile3" exit $stat fi for tmpdepfile in "$tmpdepfile1" "$tmpdepfile2" "$tmpdepfile3" do test -f "$tmpdepfile" && break done if test -f "$tmpdepfile"; then # Each line is of the form `foo.o: dependent.h'. # Do two passes, one to just change these to # `$object: dependent.h' and one to simply `dependent.h:'. sed -e "s,^.*\.[a-z]*:,$object:," < "$tmpdepfile" > "$depfile" # That's a tab and a space in the []. sed -e 's,^.*\.[a-z]*:[ ]*,,' -e 's,$,:,' < "$tmpdepfile" >> "$depfile" else # The sourcefile does not contain any dependencies, so just # store a dummy comment line, to avoid errors with the Makefile # "include basename.Plo" scheme. echo "#dummy" > "$depfile" fi rm -f "$tmpdepfile" ;; icc) # Intel's C compiler understands `-MD -MF file'. However on # icc -MD -MF foo.d -c -o sub/foo.o sub/foo.c # ICC 7.0 will fill foo.d with something like # foo.o: sub/foo.c # foo.o: sub/foo.h # which is wrong. We want: # sub/foo.o: sub/foo.c # sub/foo.o: sub/foo.h # sub/foo.c: # sub/foo.h: # ICC 7.1 will output # foo.o: sub/foo.c sub/foo.h # and will wrap long lines using \ : # foo.o: sub/foo.c ... \ # sub/foo.h ... \ # ... "$@" -MD -MF "$tmpdepfile" stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile" exit $stat fi rm -f "$depfile" # Each line is of the form `foo.o: dependent.h', # or `foo.o: dep1.h dep2.h \', or ` dep3.h dep4.h \'. # Do two passes, one to just change these to # `$object: dependent.h' and one to simply `dependent.h:'. sed "s,^[^:]*:,$object :," < "$tmpdepfile" > "$depfile" # Some versions of the HPUX 10.20 sed can't process this invocation # correctly. Breaking it into two sed invocations is a workaround. sed 's,^[^:]*: \(.*\)$,\1,;s/^\\$//;/^$/d;/:$/d' < "$tmpdepfile" | sed -e 's/$/ :/' >> "$depfile" rm -f "$tmpdepfile" ;; hp2) # The "hp" stanza above does not work with aCC (C++) and HP's ia64 # compilers, which have integrated preprocessors. The correct option # to use with these is +Maked; it writes dependencies to a file named # 'foo.d', which lands next to the object file, wherever that # happens to be. # Much of this is similar to the tru64 case; see comments there. dir=`echo "$object" | sed -e 's|/[^/]*$|/|'` test "x$dir" = "x$object" && dir= base=`echo "$object" | sed -e 's|^.*/||' -e 's/\.o$//' -e 's/\.lo$//'` if test "$libtool" = yes; then tmpdepfile1=$dir$base.d tmpdepfile2=$dir.libs/$base.d "$@" -Wc,+Maked else tmpdepfile1=$dir$base.d tmpdepfile2=$dir$base.d "$@" +Maked fi stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile1" "$tmpdepfile2" exit $stat fi for tmpdepfile in "$tmpdepfile1" "$tmpdepfile2" do test -f "$tmpdepfile" && break done if test -f "$tmpdepfile"; then sed -e "s,^.*\.[a-z]*:,$object:," "$tmpdepfile" > "$depfile" # Add `dependent.h:' lines. sed -ne '2,${; s/^ *//; s/ \\*$//; s/$/:/; p;}' "$tmpdepfile" >> "$depfile" else echo "#dummy" > "$depfile" fi rm -f "$tmpdepfile" "$tmpdepfile2" ;; tru64) # The Tru64 compiler uses -MD to generate dependencies as a side # effect. `cc -MD -o foo.o ...' puts the dependencies into `foo.o.d'. # At least on Alpha/Redhat 6.1, Compaq CCC V6.2-504 seems to put # dependencies in `foo.d' instead, so we check for that too. # Subdirectories are respected. dir=`echo "$object" | sed -e 's|/[^/]*$|/|'` test "x$dir" = "x$object" && dir= base=`echo "$object" | sed -e 's|^.*/||' -e 's/\.o$//' -e 's/\.lo$//'` if test "$libtool" = yes; then # With Tru64 cc, shared objects can also be used to make a # static library. This mechanism is used in libtool 1.4 series to # handle both shared and static libraries in a single compilation. # With libtool 1.4, dependencies were output in $dir.libs/$base.lo.d. # # With libtool 1.5 this exception was removed, and libtool now # generates 2 separate objects for the 2 libraries. These two # compilations output dependencies in $dir.libs/$base.o.d and # in $dir$base.o.d. We have to check for both files, because # one of the two compilations can be disabled. We should prefer # $dir$base.o.d over $dir.libs/$base.o.d because the latter is # automatically cleaned when .libs/ is deleted, while ignoring # the former would cause a distcleancheck panic. tmpdepfile1=$dir.libs/$base.lo.d # libtool 1.4 tmpdepfile2=$dir$base.o.d # libtool 1.5 tmpdepfile3=$dir.libs/$base.o.d # libtool 1.5 tmpdepfile4=$dir.libs/$base.d # Compaq CCC V6.2-504 "$@" -Wc,-MD else tmpdepfile1=$dir$base.o.d tmpdepfile2=$dir$base.d tmpdepfile3=$dir$base.d tmpdepfile4=$dir$base.d "$@" -MD fi stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile1" "$tmpdepfile2" "$tmpdepfile3" "$tmpdepfile4" exit $stat fi for tmpdepfile in "$tmpdepfile1" "$tmpdepfile2" "$tmpdepfile3" "$tmpdepfile4" do test -f "$tmpdepfile" && break done if test -f "$tmpdepfile"; then sed -e "s,^.*\.[a-z]*:,$object:," < "$tmpdepfile" > "$depfile" # That's a tab and a space in the []. sed -e 's,^.*\.[a-z]*:[ ]*,,' -e 's,$,:,' < "$tmpdepfile" >> "$depfile" else echo "#dummy" > "$depfile" fi rm -f "$tmpdepfile" ;; #nosideeffect) # This comment above is used by automake to tell side-effect # dependency tracking mechanisms from slower ones. dashmstdout) # Important note: in order to support this mode, a compiler *must* # always write the preprocessed file to stdout, regardless of -o. "$@" || exit $? # Remove the call to Libtool. if test "$libtool" = yes; then while test $1 != '--mode=compile'; do shift done shift fi # Remove `-o $object'. IFS=" " for arg do case $arg in -o) shift ;; $object) shift ;; *) set fnord "$@" "$arg" shift # fnord shift # $arg ;; esac done test -z "$dashmflag" && dashmflag=-M # Require at least two characters before searching for `:' # in the target name. This is to cope with DOS-style filenames: # a dependency such as `c:/foo/bar' could be seen as target `c' otherwise. "$@" $dashmflag | sed 's:^[ ]*[^: ][^:][^:]*\:[ ]*:'"$object"'\: :' > "$tmpdepfile" rm -f "$depfile" cat < "$tmpdepfile" > "$depfile" tr ' ' ' ' < "$tmpdepfile" | \ ## Some versions of the HPUX 10.20 sed can't process this invocation ## correctly. Breaking it into two sed invocations is a workaround. sed -e 's/^\\$//' -e '/^$/d' -e '/:$/d' | sed -e 's/$/ :/' >> "$depfile" rm -f "$tmpdepfile" ;; dashXmstdout) # This case only exists to satisfy depend.m4. It is never actually # run, as this mode is specially recognized in the preamble. exit 1 ;; makedepend) "$@" || exit $? # Remove any Libtool call if test "$libtool" = yes; then while test $1 != '--mode=compile'; do shift done shift fi # X makedepend shift cleared=no for arg in "$@"; do case $cleared in no) set ""; shift cleared=yes ;; esac case "$arg" in -D*|-I*) set fnord "$@" "$arg"; shift ;; # Strip any option that makedepend may not understand. Remove # the object too, otherwise makedepend will parse it as a source file. -*|$object) ;; *) set fnord "$@" "$arg"; shift ;; esac done obj_suffix="`echo $object | sed 's/^.*\././'`" touch "$tmpdepfile" ${MAKEDEPEND-makedepend} -o"$obj_suffix" -f"$tmpdepfile" "$@" rm -f "$depfile" cat < "$tmpdepfile" > "$depfile" sed '1,2d' "$tmpdepfile" | tr ' ' ' ' | \ ## Some versions of the HPUX 10.20 sed can't process this invocation ## correctly. Breaking it into two sed invocations is a workaround. sed -e 's/^\\$//' -e '/^$/d' -e '/:$/d' | sed -e 's/$/ :/' >> "$depfile" rm -f "$tmpdepfile" "$tmpdepfile".bak ;; cpp) # Important note: in order to support this mode, a compiler *must* # always write the preprocessed file to stdout. "$@" || exit $? # Remove the call to Libtool. if test "$libtool" = yes; then while test $1 != '--mode=compile'; do shift done shift fi # Remove `-o $object'. 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"$tmpdepfile" | sed 's% %\\ %g' | sed -n '/^\(.*\)$/ s:: \1 \\:p' >> "$depfile" echo " " >> "$depfile" . "$tmpdepfile" | sed 's% %\\ %g' | sed -n '/^\(.*\)$/ s::\1\::p' >> "$depfile" rm -f "$tmpdepfile" ;; none) exec "$@" ;; *) echo "Unknown depmode $depmode" 1>&2 exit 1 ;; esac exit 0 # Local Variables: # mode: shell-script # sh-indentation: 2 # eval: (add-hook 'write-file-hooks 'time-stamp) # time-stamp-start: "scriptversion=" # time-stamp-format: "%:y-%02m-%02d.%02H" # time-stamp-end: "$" # End: sdcc-2.9.0/device/lib/pic16/install-sh000077500000000000000000000324641116427777700174250ustar00rootroot00000000000000#!/bin/sh # install - install a program, script, or datafile scriptversion=2006-12-25.00 # This originates from X11R5 (mit/util/scripts/install.sh), which was # later released in X11R6 (xc/config/util/install.sh) with the # following copyright and license. # # Copyright (C) 1994 X Consortium # # Permission is hereby granted, free of charge, to any person obtaining a copy # of this software and associated documentation files (the "Software"), to # deal in the Software without restriction, including without limitation the # rights to use, copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the Software, and to permit persons to whom the Software is # furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be included in # all copies or substantial portions of the Software. # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR # IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, # FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE # X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN # AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNEC- # TION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. # # Except as contained in this notice, the name of the X Consortium shall not # be used in advertising or otherwise to promote the sale, use or other deal- # ings in this Software without prior written authorization from the X Consor- # tium. # # # FSF changes to this file are in the public domain. # # Calling this script install-sh is preferred over install.sh, to prevent # `make' implicit rules from creating a file called install from it # when there is no Makefile. # # This script is compatible with the BSD install script, but was written # from scratch. nl=' ' IFS=" "" $nl" # set DOITPROG to echo to test this script # Don't use :- since 4.3BSD and earlier shells don't like it. doit=${DOITPROG-} if test -z "$doit"; then doit_exec=exec else doit_exec=$doit fi # Put in absolute file names if you don't have them in your path; # or use environment vars. chgrpprog=${CHGRPPROG-chgrp} chmodprog=${CHMODPROG-chmod} chownprog=${CHOWNPROG-chown} cmpprog=${CMPPROG-cmp} cpprog=${CPPROG-cp} mkdirprog=${MKDIRPROG-mkdir} mvprog=${MVPROG-mv} rmprog=${RMPROG-rm} stripprog=${STRIPPROG-strip} posix_glob='?' initialize_posix_glob=' test "$posix_glob" != "?" || { if (set -f) 2>/dev/null; then posix_glob= else posix_glob=: fi } ' posix_mkdir= # Desired mode of installed file. mode=0755 chgrpcmd= chmodcmd=$chmodprog chowncmd= mvcmd=$mvprog rmcmd="$rmprog -f" stripcmd= src= dst= dir_arg= dst_arg= copy_on_change=false no_target_directory= usage="\ Usage: $0 [OPTION]... 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install-ps install-ps-am \ install-strip installcheck installcheck-am installdirs \ maintainer-clean maintainer-clean-generic mostlyclean \ mostlyclean-compile mostlyclean-generic pdf pdf-am ps ps-am \ tags uninstall uninstall-am uninstall-libLIBRARIES clean-local: $(RM) *.asm; $(RM) *.lst; clean-intermediate: clean-local list='$(SUBDIRS)'; for subdir in $$list; do \ echo "Making $@ in $$subdir"; \ (cd $$subdir && $(MAKE) $(AM_MAKEFLAGS) $@); \ done # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: sdcc-2.9.0/device/lib/pic16/libc/ctype/000077500000000000000000000000001116427777700174455ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libc/ctype/iscntrl.c000066400000000000000000000024101116427777700212640ustar00rootroot00000000000000/*------------------------------------------------------------------------- _iscntrl.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char iscntrl(unsigned char c) { if ( c <= '\x1F' || c == '\x7f') return 1; return 0; } sdcc-2.9.0/device/lib/pic16/libc/ctype/isdigit.c000066400000000000000000000024061116427777700212470ustar00rootroot00000000000000/*------------------------------------------------------------------------- _isdigit.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char isdigit( unsigned char c) { if ( c >= '0' && c <= '9' ) return 1; return 0; } sdcc-2.9.0/device/lib/pic16/libc/ctype/isgraph.c000066400000000000000000000024121116427777700212450ustar00rootroot00000000000000/*------------------------------------------------------------------------- _isgraph.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char isgraph( unsigned char c) { if ( c >= '\x21' && c <= '\x7e' ) return 1; return 0; } sdcc-2.9.0/device/lib/pic16/libc/ctype/islower.c000066400000000000000000000024021116427777700212730ustar00rootroot00000000000000/*------------------------------------------------------------------------- _islower.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char islower(unsigned char c) { if( c >= 'a' && c <= 'z' ) return 1; return 0; } sdcc-2.9.0/device/lib/pic16/libc/ctype/isprint.c000066400000000000000000000024071116427777700213040ustar00rootroot00000000000000/*------------------------------------------------------------------------- _isprint.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char isprint (unsigned char c) { if ( c >= '\x20' && c <= '\x7e') return 1; return 0; } sdcc-2.9.0/device/lib/pic16/libc/ctype/ispunct.c000066400000000000000000000025251116427777700213020ustar00rootroot00000000000000/*------------------------------------------------------------------------- _ispunct.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include char ispunct (unsigned char c) { if (isprint (c) && !islower(c) && !isupper(c) && c != ' ' && !isdigit(c)) return 1; return 0; } sdcc-2.9.0/device/lib/pic16/libc/ctype/isspace.c000066400000000000000000000025141116427777700212420ustar00rootroot00000000000000/*------------------------------------------------------------------------- _isppace.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char isspace (unsigned char c) { if ( c == ' ' || c == '\f' || c == '\n' || c == '\r' || c == '\t' || c == '\v' ) return 1; return 0; } sdcc-2.9.0/device/lib/pic16/libc/ctype/isupper.c000066400000000000000000000024031116427777700212770ustar00rootroot00000000000000/*------------------------------------------------------------------------- _isupper.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char isupper (unsigned char c) { if ( c >= 'A' && c <= 'Z') return 1; return 0; } sdcc-2.9.0/device/lib/pic16/libc/ctype/isxdigit.c000066400000000000000000000025041116427777700214360ustar00rootroot00000000000000/*------------------------------------------------------------------------- _isxdigit.c - part of ctype.h Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ char isxdigit (unsigned char c) { if (( c >= '0' && c <= '9') || ( c >= 'a' && c <= 'f') || ( c >= 'A' && c <= 'F')) return 1; return 0; } sdcc-2.9.0/device/lib/pic16/libc/delay/000077500000000000000000000000001116427777700174175ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libc/delay/delay100ktcy.S000066400000000000000000000015111116427777700217530ustar00rootroot00000000000000 include extern _delay10tcy extern _delay1ktcy global _delay100ktcy code _delay100ktcy: ; polynomial for 100ktcy delay is f(x) = 100000 * (x-1) + 100000 decf WREG, f movwf POSTDEC1 movlw 99 call _delay1ktcy movlw 99 call _delay10tcy movf PREINC1, w bz @delay100k_end bra $+2 @delay100k_loop: movwf POSTDEC1 movlw 99 call _delay1ktcy movlw 99 call _delay10tcy bra $+2 bra $+2 nop movf PREINC1, w decfsz WREG, f bra @delay100k_loop @delay100k_end: return end sdcc-2.9.0/device/lib/pic16/libc/delay/delay100tcy.S000066400000000000000000000011701116427777700216010ustar00rootroot00000000000000 include extern _delay10tcy global _delay100tcy code _delay100tcy: ; polynomial for 100tcy delay is f(x) = 100 * (x-1) + 100 decf WREG, f movwf POSTDEC1 movlw 9 call _delay10tcy movf PREINC1, w bz @delay100_end bra $+2 @delay100_loop: movwf POSTDEC1 movlw 9 call _delay10tcy bra $+2 movf PREINC1, w nop bra $+2 decfsz WREG, f bra @delay100_loop @delay100_end: return end sdcc-2.9.0/device/lib/pic16/libc/delay/delay10ktcy.S000066400000000000000000000014761116427777700217050ustar00rootroot00000000000000 include extern _delay10tcy extern _delay1ktcy global _delay10ktcy code _delay10ktcy: ; polynomial for 10ktcy delay is f(x) = 10000 * (x-1) + 10000 decf WREG, f movwf POSTDEC1 movlw 9 call _delay1ktcy movlw 99 call _delay10tcy movf PREINC1, w bz @delay10k_end bra $+2 @delay10k_loop: movwf POSTDEC1 movlw 9 call _delay1ktcy movlw 99 call _delay10tcy bra $+2 bra $+2 nop movf PREINC1, w decfsz WREG, f bra @delay10k_loop @delay10k_end: return end sdcc-2.9.0/device/lib/pic16/libc/delay/delay10tcy.S000066400000000000000000000006611116427777700215250ustar00rootroot00000000000000 include global _delay10tcy code _delay10tcy: ; polynomial for 10tcy delay is f(x) = 10 * (x-1) + 10 decf WREG, f nop movf WREG, w bz @delay10_end bra $+2 @delay10_loop: bra $+2 bra $+2 bra $+2 nop decfsz WREG, f bra @delay10_loop @delay10_end: return end sdcc-2.9.0/device/lib/pic16/libc/delay/delay1ktcy.S000066400000000000000000000011731116427777700216170ustar00rootroot00000000000000 include extern _delay10tcy global _delay1ktcy code _delay1ktcy: ; polynomial for 1ktcy delay is f(x) = 1000 * (x-1) + 1000 decf WREG, f movwf POSTDEC1 movlw 99 call _delay10tcy movf PREINC1, w bz @delay1k_end bra $+2 @delay1k_loop: movwf POSTDEC1 movlw 99 call _delay10tcy bra $+2 bra $+2 nop movf PREINC1, w decfsz WREG, f bra @delay1k_loop @delay1k_end: return end sdcc-2.9.0/device/lib/pic16/libc/delay/delay1mtcy.S000066400000000000000000000016601116427777700216220ustar00rootroot00000000000000 include extern _delay10tcy extern _delay100tcy extern _delay10ktcy global _delay1mtcy code _delay1mtcy: ; polynomial for 1mtcy delay is f(x) = 100000 * (x-1) + 100000 decf WREG, f movwf POSTDEC1 movlw 99 call _delay10ktcy movlw 99 call _delay100tcy movlw 9 call _delay10tcy movf PREINC1, w bz @delay1m_end bra $+2 @delay1m_loop: movwf POSTDEC1 movlw 99 call _delay10ktcy movlw 99 call _delay100tcy movlw 9 call _delay10tcy bra $+2 bra $+2 nop movf PREINC1, w decfsz WREG, f bra @delay1m_loop @delay1m_end: return end sdcc-2.9.0/device/lib/pic16/libc/stdio/000077500000000000000000000000001116427777700174435ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libc/stdio/fprintf.c000066400000000000000000000036101116427777700212570ustar00rootroot00000000000000/*----------------------------------------------------------------- fprintf.c - Written for pic16 port, by Vangelis Rokas, 2005 (vrokas@otenet.gr) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ #include #include #if _DEBUG extern void io_long (unsigned long); extern void io_str (char *); #endif int fprintf (FILE *stream, const char *fmt, ...) { va_list ap; #if _DEBUG io_str ("fprintf: "); io_long ((unsigned long) stream); io_long ((unsigned long) fmt); #endif va_start (ap, fmt); return vfprintf (stream, fmt, ap); } sdcc-2.9.0/device/lib/pic16/libc/stdio/printf.c000066400000000000000000000035261116427777700211170ustar00rootroot00000000000000/*----------------------------------------------------------------- printf.c - Written for pic16 port, by Vangelis Rokas, 2005 (vrokas@otenet.gr) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ #include #include #if _DEBUG extern void io_long (unsigned long); extern void io_str (char *); #endif int printf (const char *fmt, ...) { va_list ap; #if _DEBUG io_str ("printf: "); io_long ((unsigned long) stdout); #endif va_start (ap, fmt); return vfprintf (stdout, fmt, ap); } sdcc-2.9.0/device/lib/pic16/libc/stdio/printf_small.c000066400000000000000000000115671116427777700223130ustar00rootroot00000000000000/*----------------------------------------------------------------- printf_small.c - source file for reduced version of printf Modified for pic16 port, by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ /* This function uses function putchar() to dump a character * to standard output. putchar() is defined in libc18f.lib * as dummy function, which will be linked if no putchar() * function is provided by the user. * The user can write his own putchar() function and link it * with the source *BEFORE* the libc18f.lib library. This way * the linker will link the first function (i.e. the user's function) */ /* following formats are supported :- format output type argument-type %d decimal int %ld decimal long %hd decimal char %x hexadecimal int %lx hexadecimal long %hx hexadecimal char %o octal int %lo octal long %ho octal char %c character char %s character generic pointer %f float float */ #include #include #include void printf_small (const char *fmt, ...) __reentrant { char *ch; char radix; char flong; char fstr; char fchar; char ffloat; float flt; char *str; __data char *str1; long val; static char buffer[16]; va_list ap; ch = fmt; va_start (ap, fmt); while (*ch) //for (; *fmt ; fmt++ ) { if (*ch == '%') { flong = fstr = fchar = ffloat = 0; radix = 0; ++ch; if (*ch == 'l') { flong = 1; ++ch; } else if (*ch == 'h') { fchar = 1; ++ch; } if (*ch == 's') fstr = 1; else if (*ch == 'f') ffloat = 1; else if (*ch == 'd') radix = 10; else if (*ch == 'x') radix = 16; else if (*ch == 'c') radix = 0; else if (*ch == 'o') radix = 8; if (fstr) { str = va_arg (ap, char *); while (*str) putchar (*str++); } else if (ffloat) { flt = va_arg (ap, float); x_ftoa (flt, buffer, 32, 6); str1 = buffer; while (*str1) ++str1; --str1; while (*str1 == '0') --str1; ++str1; *str1 = 0; str1 = buffer; while (*str1) putchar (*str1++); } else { if (flong) val = va_arg (ap, long); else if (fchar) val = (char) va_arg (ap, int); // FIXME: SDCC casts char arguments into ints else { val = va_arg (ap, int); } if (radix) { ltoa (val, buffer, radix); str1 = buffer; while (*str1) { putchar (*str1++); } } else putchar ((char) val); } } else putchar (*ch); ++ch; } } sdcc-2.9.0/device/lib/pic16/libc/stdio/printf_tiny.c000066400000000000000000000134241116427777700221600ustar00rootroot00000000000000/*----------------------------------------------------------------- printf_tiny.c - source file for reduced version of printf Modified for pic16 port, by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ /* This function uses function putchar() to dump a character * to standard output. putchar() is defined in libc18f.lib * as dummy function, which will be linked if no putchar() * function is provided by the user. * The user can write his own putchar() function and link it * with the source *BEFORE* the libc18f.lib library. This way * the linker will link the first function (i.e. the user's function) */ /* following formats are supported :- format output type argument-type %u* unsigned * %b binary %d decimal int %ld decimal long %hd decimal char %x hexadecimal int %lxX hexadecimal long %hxX hexadecimal char %o octal int %lo octal long %ho octal char %c character char %s character generic pointer */ /* * This macro enables the use of the 'b' binary specifier and * the use of "%b", "%hb" and "%lb" */ /* #define BINARY_SPECIFIER */ #include #include #include #include #if 0 #define DPUT(c) putchar(c) #else #define DPUT(c) #endif #define ISLONG (flong) #define ISSTR (fstr) #define ISCHAR (fchar) #define HAVESIGN (nosign) #ifdef BINARY_SPECIFIER /* "%lb" = "0" - "11111111111111111111111111111111" */ # define BUF_SIZE 33 #else /* "%lo" = "0" - "37777777777" or "-21777777777" - "17777777777" */ # define BUF_SIZE 13 #endif void printf_tiny (const char *fmt, ...) { char radix; char flong, fstr; char fchar, nosign; char upcase; char *str, *ch; __data char *str1; long val; char buffer[BUF_SIZE]; va_list ap; va_start (ap, fmt); ch = fmt; while (*ch) //for (; *fmt ; fmt++ ) { if (*ch == '%') { ISLONG = 0; ISSTR = 0; ISCHAR = 0; HAVESIGN = 0; radix = 0; upcase = 0; ch++; if (*ch == 'u') { HAVESIGN = 1; ++ch; } if (*ch == 'l') { ISLONG = 1; ++ch; } else if (*ch == 'h') { ISCHAR = 1; ++ch; } if (*ch == 's') ISSTR = 1; else if (*ch == 'd') radix = 10; else if (*ch == 'x') { radix = 16; upcase = 0; } else if (*ch == 'X') { radix = 16; upcase = 1; } else if (*ch == 'c') radix = 0; else if (*ch == 'o') radix = 8; #ifdef BINARX_SPECIFIER else if (*ch == 'b') radix = 2; #endif if (ISSTR) { str = va_arg (ap, char *); while (*str) { putchar (*str); ++str; } } else { if (ISLONG) val = va_arg (ap, long); else if (ISCHAR) { val = (unsigned char) va_arg (ap, int); // FIXME: SDCC casts char arguments into ints if (!HAVESIGN) val = (char) val; // FIXME cont'd: sign-extend if required } else val = va_arg (ap, int); if (radix) { if (HAVESIGN) ultoa (val, buffer, radix); else ltoa (val, buffer, radix); str1 = buffer; while ((*str1)) { radix = *str1; if (upcase) radix = toupper (radix); putchar (radix); ++str1; } } else putchar ((char) val); } } else putchar (*ch); ++ch; } } sdcc-2.9.0/device/lib/pic16/libc/stdio/putchar.c000066400000000000000000000027451116427777700212650ustar00rootroot00000000000000/* * putchar.c - putchar dummy function * * written by Vangelis Rokas, 2005 (vrokas@otenet.gr) * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * As a special exception, if you link this library with other files, * some of which are compiled with SDCC, to produce an executable, * this library does not by itself cause the resulting executable * to be covered by the GNU General Public License. * This exception does not however invalidate any other reasons why * the executable file might be covered by the GNU General Public License. */ #include /* this is a dummy function so that sources compile, * even when user doesn't give a putchar() function. * NOTE that putchar() is declared in stdio.h to * have the argument in WCHAR (via the wparam pragma) */ void putchar (char c) __wparam { (void)c; } sdcc-2.9.0/device/lib/pic16/libc/stdio/sprintf.c000066400000000000000000000033651116427777700213030ustar00rootroot00000000000000/*----------------------------------------------------------------- sprintf.c - Written for pic16 port, by Vangelis Rokas, 2005 (vrokas@otenet.gr) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ #include #include int sprintf (char *ebuf, char *fmt, ...) { unsigned int i; va_list ap; ap = va_start (ap, fmt); i = vfprintf ((FILE *) ebuf, fmt, ap); ebuf[i] = '\0'; return i; } sdcc-2.9.0/device/lib/pic16/libc/stdio/streams.c000066400000000000000000000032031116427777700212630ustar00rootroot00000000000000/*----------------------------------------------------------------- streams.c - source file for stream declarations Written by Vangelis Rokas, 2004 (vrokas@otenet.gr) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ #include FILE *stdout; // = STREAM_USER; FILE *stdin; // = STREAM_USER; sdcc-2.9.0/device/lib/pic16/libc/stdio/strmgpsim.c000066400000000000000000000034701116427777700216400ustar00rootroot00000000000000/*----------------------------------------------------------------- strmusart.c - usart stream putchar Modified for pic16 port, by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ extern WREG; /* note that USART should already been initialized */ void __stream_gpsim_putchar (char c) __wparam __naked { (void)c; __asm MOVFF _WREG, 0xf7f RETURN __endasm; } sdcc-2.9.0/device/lib/pic16/libc/stdio/strmmssp.c000066400000000000000000000033771116427777700215110ustar00rootroot00000000000000/*----------------------------------------------------------------- strmmssp.c - MSSP stream putchar Written for pic16 port, by Vangelis Rokas, 2004 (vrokas@otenet.gr) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ extern WREG; extern SSPBUF; /* note that USART should already been initialized */ void __stream_mssp_putchar (char c) __wparam __naked { (void)c; __asm MOVWF _SSPBUF RETURN __endasm; } sdcc-2.9.0/device/lib/pic16/libc/stdio/strmputchar.c000066400000000000000000000044771116427777700221770ustar00rootroot00000000000000/*----------------------------------------------------------------- strmputchar.c - stream putchar dispatch function Written for pic16 port, by Vangelis Rokas, 2005 (vrokas@otenet.gr) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ #include void __stream_putchar(FILE *stream, char c) { unsigned char deref; deref = (unsigned char) (((unsigned long) stream) >> 16); #if _DEBUG io_str ("__stream_putchar: "); io_long ((unsigned long) stream); #endif if (deref == 0x80) { /* this is a data/near memory pointer */ *(*(char **) stream) = c; *(char **) stream += 1; } else if (deref & 0x20) { deref ^= 0x20; if (deref == USART_DEREF) __stream_usart_putchar (c); else if (deref == MSSP_DEREF) __stream_mssp_putchar (c); else if (deref == USER_DEREF) putchar (c); else if (deref == GPSIM_DEREF) /* see stdio.h for info on this */ __stream_gpsim_putchar (c); /* feature */ } } sdcc-2.9.0/device/lib/pic16/libc/stdio/strmusart.c000066400000000000000000000035761116427777700216660ustar00rootroot00000000000000/*----------------------------------------------------------------- strmusart.c - usart stream putchar Written for pic16 port, by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ extern WREG; extern TXREG; extern TXSTA; /* note that USART should already been initialized */ void __stream_usart_putchar (char c) __wparam __naked { (void)c; __asm @1: BTFSS _TXSTA, 1 BRA @1 MOVWF _TXREG RETURN __endasm; } sdcc-2.9.0/device/lib/pic16/libc/stdio/vfprintf.c000066400000000000000000000327341116427777700214560ustar00rootroot00000000000000/*----------------------------------------------------------------- vfprintf.c - source file for reduced version of printf Modified for pic16 port, by Vangelis Rokas, 2005 (vrokas@otenet.gr) Bug-fixed and feature-enhanced by Mauro Giachero, 2008 (mauro.giachero@gmail.com) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ /* following formats are supported :- format output type argument-type %% - - %u unsigned int %u* unsigned * %b binary int %lb binary long %hb binary char %d decimal int %lu unsigned long %hu unsigned char %l[di] decimal long %lu[di] unsigned long %h[di] decimal char %hu[di] unsigned char %[xX] hexadecimal int %l[xX] hexadecimal long %h[xX] hexadecimal char %o octal int %lo octal long %ho octal char %c character char %s character generic pointer Also supported are: - the '0', '-' and ' ' alignment modifiers - the '+' and ' ' modifiers - the width field for integral types - the precision field for strings */ #include #include #include #include /*********************************************************** * The following switches enable some "advanced" features. * * With all the switches enabled: * * ; Statistics: * * ; code size: 2062 (0x080e) bytes ( 1.57%) * * ; 1031 (0x0407) words * * ; udata size: 16 (0x0010) bytes ( 1.25%) * * ; access size: 31 (0x001f) bytes * * With all the switches disabled: * * ; Statistics: * * ; code size: 1278 (0x04fe) bytes ( 0.98%) * * ; 639 (0x027f) words * * ; udata size: 16 (0x0010) bytes ( 1.25%) * * ; access size: 25 (0x0019) bytes * ***********************************************************/ /* * Define this to enable support of the field width, which * allows to specify the minimum number of characters an * integer must use. * Costs ~200 code words and 3 bytes in access RAM. */ #define FIELD_WIDTH /* * Define this to enable support of the precision, which * allows to specify the maximum number of characters a * string can use. Note that this implementation doesn't * use this field for integers (as it should). * Costs ~85 code words and 1 byte in access RAM. */ #define PRECISION /* * Define this to enable support of the '+' and ' ' modifiers, * which specify that a positive signed number must be * preceded respectively with a '+' or a ' ' character. * Costs ~70 code words and 2 words of access RAM */ #define SIGN_MODIFIERS /* * With this macro defined, trying to print a float number * will generate the "" string. * Costs ~25 code words */ #define FLOAT_PLACEHOLDER /* * With this macro defined, printing floats will work. * This also enables PRECISION and disables FLOAT_PLACEHOLDER. */ #if defined(USE_FLOATS) /* The configure script always defines USE_FLOATS to 0 or 1. */ # if USE_FLOATS < 1 # undef USE_FLOATS # endif #else /* # define USE_FLOATS */ #endif #if defined(USE_FLOATS) #define PRECISION #undef FLOAT_PLACEHOLDER #endif /* * This macro enables the use of the 'b' binary specifier and * the use of "%b", "%hb" and "%lb" */ /* #define BINARY_SPECIFIER */ /* * This macro enables the use of the 'i' integer specifier and * the use of "%u", "%lu", ... in place of "%ud", "%lud", ... . * costs ~10 code words */ #define EXTRA_INTEGER #if defined(USE_FLOATS) /* x_ftoa requires up to 8 digits (integral part) + '.' + 24 digits * (fractional part). Adding a sign and a NUL byte yields 35 byte. */ # define BUF_SIZE 36 #elif defined(BINARY_SPECIFIER) /* "%lb" = "0" - "11111111111111111111111111111111" */ # define BUF_SIZE 33 #else /* "%lo" = "0" - "37777777777" or "-20000000000" - "17777777777" */ # define BUF_SIZE 13 #endif #if _DEBUG extern void io_long (unsigned long); extern void io_str (char *); extern void io_int (unsigned int); #endif int vfprintf (FILE * stream, const char *fmt, va_list ap) { unsigned char radix; unsigned char flong; unsigned char fstr; unsigned char fchar; #if defined(FLOAT_PLACEHOLDER) || defined(USE_FLOATS) unsigned char ffloat; #endif unsigned char nosign; unsigned char upcase; #ifdef FIELD_WIDTH unsigned char fieldwidth; unsigned char lalign; char padchar; char *str1; #endif #ifdef PRECISION unsigned char precision; #endif #ifdef SIGN_MODIFIERS unsigned char printsign; char positivechar; #endif int count = 0; char *str, *ch; long val; char buffer[BUF_SIZE]; char *stringbuffer; if (0x80 == (unsigned char)(((unsigned long)stream) >> 16)) { /* strmputchar will modify *(char **)stream, thus confusing the user */ stringbuffer = (char *) stream; stream = (FILE *) &stringbuffer; } #if _DEBUG io_str ("vfprintf: "); io_long ((unsigned long) stream); io_long ((unsigned long) fmt); #endif // va_start(ap,fmt); ch = fmt; while (*ch) //for (; *fmt ; fmt++ ) { if (*ch == '%') { flong = 0; fstr = 0; fchar = 0; #if defined(FLOAT_PLACEHOLDER) || defined(USE_FLOATS) ffloat = 0; #endif nosign = 0; radix = 10; upcase = 0; #ifdef FIELD_WIDTH fieldwidth = 0; lalign = 0; padchar = ' '; #endif #ifdef PRECISION // precision == -1 is used as an "unlimited" precision marker precision = -1; #endif #ifdef SIGN_MODIFIERS printsign = 0; positivechar = '+'; #endif ++ch; if (*ch == '%') { __stream_putchar (stream, *ch); ++count; ++ch; continue; } #ifdef FIELD_WIDTH if (*ch == '0') { padchar = '0'; ++ch; } if (*ch == '-') { lalign = 1; ++ch; } #endif #ifdef SIGN_MODIFIERS if (*ch == ' ') { printsign = 1; positivechar = ' '; ++ch; } if (*ch == '+') { printsign = 1; ++ch; } #endif #ifdef FIELD_WIDTH if ((*ch >= '1') && (*ch <= '9')) { while ((*ch >= '0') && (*ch <= '9')) { fieldwidth = 10 * fieldwidth + (*ch) - '0'; ++ch; } } #endif #ifdef PRECISION if (*ch == '.') { ++ch; precision = 0; while ((*ch >= '0') && (*ch <= '9')) { precision = 10 * precision + (*ch) - '0'; ++ch; } } #endif if (*ch == 'l') { flong = 1; ++ch; } else if (*ch == 'h') { fchar = 1; ++ch; } if (*ch == 'u') { nosign = 1; ++ch; } if (*ch == 's') { fstr = 1; #ifdef FIELD_WIDTH padchar = ' '; /* Strings are always space-padded */ #endif } else if (*ch == 'x') radix = 16; else if (*ch == 'X') { radix = 16; upcase = 1; } else if (*ch == 'c') radix = 0; else if (*ch == 'o') radix = 8; #ifdef BINARX_SPECIFIER else if (*ch == 'b') radix = 2; #endif #if defined(FLOAT_PLACEHOLDER) || defined(USE_FLOATS) else if (*ch == 'f') { ffloat = 1; } #endif #ifdef EXTRA_INTEGER else if ((*ch == 'd') || (*ch == 'i')) /* This is the default */ ; else if (nosign) /* %u alone is the same as %ud */ --ch; #else else if (*ch == 'd') ; #endif else { __stream_putchar (stream, *ch); ++count; ++ch; continue; } if (fstr) { str = va_arg (ap, char *); #if defined(USE_FLOATS) } else if (ffloat) { float f = va_arg(ap, float); str = buffer; x_ftoa (f, buffer, BUF_SIZE, precision); precision = -1; #elif defined(FLOAT_PLACEHOLDER) } else if (ffloat) { str = ""; va_arg (ap, float); #ifdef PRECISION precision = -1; #endif /* PRECISION */ #endif /* FLOAT_PLACEHOLDER */ } else { #ifdef PRECISION precision = -1; //FIXME: No support for the precision field on numerals #endif val = 0; if (flong) { val = va_arg (ap, long); #if _DEBUG io_long (val); #endif } else if (fchar) { val = (char) va_arg (ap, int); // FIXME: SDCC passes 1-byte char varargs as 2-byte ints... if ((radix != 10) || nosign) val = (unsigned char) val; //Avoid unwanted sign extension #if _DEBUG io_long (val); #endif } else { val = va_arg (ap, int); if ((radix != 10) || nosign) val = (unsigned int) val; //Avoid unwanted sign extension #if _DEBUG io_long (val); #endif } str = buffer + 1; //Reserve space for a forced '+' if (radix) { if (nosign) ultoa (val, buffer + 1, radix); else ltoa (val, buffer + 1, radix); #ifdef SIGN_MODIFIERS if (printsign && (*str != '-')) { --str; *str = positivechar; } #endif } else { *str = (unsigned char) val; *(str + 1) = '\0'; } } #ifdef FIELD_WIDTH //Count how many pad chars are required in fieldwidth str1 = str; while (fieldwidth && *str1) { ++str1; --fieldwidth; } //Left padding if (!lalign) { while (fieldwidth) { __stream_putchar (stream, padchar); ++count; --fieldwidth; } } #endif while (*str #ifdef PRECISION && (!~precision || precision--) #endif ) { radix = *str; if (upcase) { radix = toupper (radix); } __stream_putchar (stream, radix); ++str; ++count; if (fieldwidth) { fieldwidth--; } } #ifdef FIELD_WIDTH //Right padding (with spaces) if (lalign) { while (fieldwidth) { __stream_putchar (stream, ' '); ++count; --fieldwidth; } } #endif } else { __stream_putchar (stream, *ch); ++count; } ++ch; } return count; } sdcc-2.9.0/device/lib/pic16/libc/stdio/vprintf.c000066400000000000000000000032261116427777700213020ustar00rootroot00000000000000/*----------------------------------------------------------------- vprintf.c - Written for pic16 port, by Vangelis Rokas, 2005 (vrokas@otenet.gr) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ #include #include int vprintf (const char *fmt, va_list ap) { return vfprintf(stdout, fmt, ap); } sdcc-2.9.0/device/lib/pic16/libc/stdio/vsprintf.c000066400000000000000000000033321116427777700214630ustar00rootroot00000000000000/*----------------------------------------------------------------- vsprintf.c - Written for pic16 port, by Vangelis Rokas, 2005 (vrokas@otenet.gr) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! As a special exception, if you link this library with other files, some of which are compiled with SDCC, to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the executable file might be covered by the GNU General Public License. -------------------------------------------------------------------------*/ #include #include int vsprintf (char *ebuf, const char *fmt, va_list ap) { unsigned int i; i = vfprintf((FILE *) ebuf, fmt, ap); ebuf[i] = '\0'; return i; } sdcc-2.9.0/device/lib/pic16/libc/stdlib/000077500000000000000000000000001116427777700176025ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libc/stdlib/atof.c000066400000000000000000000032061116427777700207000ustar00rootroot00000000000000/* atof.c: converts an ASCII string to float Copyright (C) 2003 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ #include #include float atof(char * s) { float value, fraction; char iexp; char sign; //Skip leading blanks while (isspace(*s)) s++; //Get the sign if (*s == '-') { sign=1; s++; } else { sign=0; if (*s == '+') s++; } //Get the integer part for (value=0.0; isdigit(*s); s++) { value=10.0*value+(*s-'0'); } //Get the fraction if (*s == '.') { s++; for (fraction=0.1; isdigit(*s); s++) { value+=(*s-'0')*fraction; fraction*=0.1; } } //Finally, the exponent (not very efficient, but enough for now*/ if (toupper(*s)=='E') { s++; iexp=(char)atoi(s); { while(iexp!=0) { if(iexp<0) { value*=0.1; iexp++; } else { value*=10.0; iexp--; } } } } if(sign) value*=-1.0; return (value); } sdcc-2.9.0/device/lib/pic16/libc/stdlib/atoi.c000066400000000000000000000032301116427777700207000ustar00rootroot00000000000000/*--------------------------------------------------------------------- atoi - convert a string to an integer and return it written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ int atoi(char * s) { int rv=0; char sign = 0; /* skip till we find either a digit or '+' or '-' */ while (*s) { if (*s <= '9' && *s >= '0') break; if (*s == '-' || *s == '+') break; s++; } if(*s == '-')sign=1; // sign = (*s == '-'); if (*s == '-' || *s == '+') s++; while (*s && *s >= '0' && *s <= '9') { rv = (rv * 10) + (*s - '0'); s++; } if(sign)return (-rv); else return (rv); // return (sign ? -rv : rv); } sdcc-2.9.0/device/lib/pic16/libc/stdlib/atol.c000066400000000000000000000031351116427777700207070ustar00rootroot00000000000000/*--------------------------------------------------------------------- atol - convert a string to long integer and return it written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ long atol(char * s) { register long rv=0; register char sign = 0; /* skip till we find either a digit or '+' or '-' */ while (*s) { if (*s <= '9' && *s >= '0') break; if (*s == '-' || *s == '+') break; s++; } sign = (*s == '-'); if (*s == '-' || *s == '+') s++; while (*s && *s >= '0' && *s <= '9') { rv = (rv * 10) + (*s - '0'); s++; } return (sign ? -rv : rv); } sdcc-2.9.0/device/lib/pic16/libc/stdlib/calloc.c000066400000000000000000000027021116427777700212040ustar00rootroot00000000000000/* * calloc.c - dynamic memory allocation * * written by Vangelis Rokas, 2004 (vrokas@otenet.gr) * * This program is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2, or (at your option) any * later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * In other words, you are welcome to use, share and improve this program. * You are forbidden to forbid anyone else to use, share and improve * what you give them. Help stamp out software-hoarding! * * $Id: calloc.c 3835 2005-08-07 20:09:11Z tecodev $ */ #include extern unsigned char _MALLOC_SPEC *heap; unsigned char _MALLOC_SPEC *calloc(unsigned char len) { unsigned char _MALLOC_SPEC *result, *ch; if (len >= MAX_BLOCK_SIZE) return ((unsigned char _MALLOC_SPEC *)0); ch = malloc( len ); result = ch; if (result != 0) { while (len) { --len; *ch = 0; ch++; } } return (result); } sdcc-2.9.0/device/lib/pic16/libc/stdlib/crc16.c000066400000000000000000000137161116427777700206740ustar00rootroot00000000000000/* * crc16.c - CRC16 checksum generation * * this source is part of the linux kernel distribution * * modified for SDCC/pic16 by Vangelis Rokas, 2005 * * * PURPOSE * Routines to generate, calculate, and test a 16-bit CRC. * * DESCRIPTION * The CRC code was devised by Don P. Mitchell of AT&T Bell Laboratories * and Ned W. Rhodes of Software Systems Group. It has been published in * "Design and Validation of Computer Protocols", Prentice Hall, * Englewood Cliffs, NJ, 1991, Chapter 3, ISBN 0-13-539925-4. * * Copyright is held by AT&T. * * AT&T gives permission for the free use of the CRC source code. * * CONTACTS * E-mail regarding any portion of the Linux UDF file system should be * directed to the development team mailing list (run by majordomo): * linux_udf@hpesjro.fc.hp.com * * COPYRIGHT * This file is distributed under the terms of the GNU General Public * License (GPL). Copies of the GPL can be obtained from: * ftp://prep.ai.mit.edu/pub/gnu/GPL * Each contributing author retains all rights to their own work. * * * $Id: crc16.c 3721 2005-04-06 20:09:07Z maartenbrock $ */ #include __code uint16_t crc_table[256] = { 0x0000U, 0x1021U, 0x2042U, 0x3063U, 0x4084U, 0x50a5U, 0x60c6U, 0x70e7U, 0x8108U, 0x9129U, 0xa14aU, 0xb16bU, 0xc18cU, 0xd1adU, 0xe1ceU, 0xf1efU, 0x1231U, 0x0210U, 0x3273U, 0x2252U, 0x52b5U, 0x4294U, 0x72f7U, 0x62d6U, 0x9339U, 0x8318U, 0xb37bU, 0xa35aU, 0xd3bdU, 0xc39cU, 0xf3ffU, 0xe3deU, 0x2462U, 0x3443U, 0x0420U, 0x1401U, 0x64e6U, 0x74c7U, 0x44a4U, 0x5485U, 0xa56aU, 0xb54bU, 0x8528U, 0x9509U, 0xe5eeU, 0xf5cfU, 0xc5acU, 0xd58dU, 0x3653U, 0x2672U, 0x1611U, 0x0630U, 0x76d7U, 0x66f6U, 0x5695U, 0x46b4U, 0xb75bU, 0xa77aU, 0x9719U, 0x8738U, 0xf7dfU, 0xe7feU, 0xd79dU, 0xc7bcU, 0x48c4U, 0x58e5U, 0x6886U, 0x78a7U, 0x0840U, 0x1861U, 0x2802U, 0x3823U, 0xc9ccU, 0xd9edU, 0xe98eU, 0xf9afU, 0x8948U, 0x9969U, 0xa90aU, 0xb92bU, 0x5af5U, 0x4ad4U, 0x7ab7U, 0x6a96U, 0x1a71U, 0x0a50U, 0x3a33U, 0x2a12U, 0xdbfdU, 0xcbdcU, 0xfbbfU, 0xeb9eU, 0x9b79U, 0x8b58U, 0xbb3bU, 0xab1aU, 0x6ca6U, 0x7c87U, 0x4ce4U, 0x5cc5U, 0x2c22U, 0x3c03U, 0x0c60U, 0x1c41U, 0xedaeU, 0xfd8fU, 0xcdecU, 0xddcdU, 0xad2aU, 0xbd0bU, 0x8d68U, 0x9d49U, 0x7e97U, 0x6eb6U, 0x5ed5U, 0x4ef4U, 0x3e13U, 0x2e32U, 0x1e51U, 0x0e70U, 0xff9fU, 0xefbeU, 0xdfddU, 0xcffcU, 0xbf1bU, 0xaf3aU, 0x9f59U, 0x8f78U, 0x9188U, 0x81a9U, 0xb1caU, 0xa1ebU, 0xd10cU, 0xc12dU, 0xf14eU, 0xe16fU, 0x1080U, 0x00a1U, 0x30c2U, 0x20e3U, 0x5004U, 0x4025U, 0x7046U, 0x6067U, 0x83b9U, 0x9398U, 0xa3fbU, 0xb3daU, 0xc33dU, 0xd31cU, 0xe37fU, 0xf35eU, 0x02b1U, 0x1290U, 0x22f3U, 0x32d2U, 0x4235U, 0x5214U, 0x6277U, 0x7256U, 0xb5eaU, 0xa5cbU, 0x95a8U, 0x8589U, 0xf56eU, 0xe54fU, 0xd52cU, 0xc50dU, 0x34e2U, 0x24c3U, 0x14a0U, 0x0481U, 0x7466U, 0x6447U, 0x5424U, 0x4405U, 0xa7dbU, 0xb7faU, 0x8799U, 0x97b8U, 0xe75fU, 0xf77eU, 0xc71dU, 0xd73cU, 0x26d3U, 0x36f2U, 0x0691U, 0x16b0U, 0x6657U, 0x7676U, 0x4615U, 0x5634U, 0xd94cU, 0xc96dU, 0xf90eU, 0xe92fU, 0x99c8U, 0x89e9U, 0xb98aU, 0xa9abU, 0x5844U, 0x4865U, 0x7806U, 0x6827U, 0x18c0U, 0x08e1U, 0x3882U, 0x28a3U, 0xcb7dU, 0xdb5cU, 0xeb3fU, 0xfb1eU, 0x8bf9U, 0x9bd8U, 0xabbbU, 0xbb9aU, 0x4a75U, 0x5a54U, 0x6a37U, 0x7a16U, 0x0af1U, 0x1ad0U, 0x2ab3U, 0x3a92U, 0xfd2eU, 0xed0fU, 0xdd6cU, 0xcd4dU, 0xbdaaU, 0xad8bU, 0x9de8U, 0x8dc9U, 0x7c26U, 0x6c07U, 0x5c64U, 0x4c45U, 0x3ca2U, 0x2c83U, 0x1ce0U, 0x0cc1U, 0xef1fU, 0xff3eU, 0xcf5dU, 0xdf7cU, 0xaf9bU, 0xbfbaU, 0x8fd9U, 0x9ff8U, 0x6e17U, 0x7e36U, 0x4e55U, 0x5e74U, 0x2e93U, 0x3eb2U, 0x0ed1U, 0x1ef0U }; /* * udf_crc * * PURPOSE * Calculate a 16-bit CRC checksum using ITU-T V.41 polynomial. * * DESCRIPTION * The OSTA-UDF(tm) 1.50 standard states that using CRCs is mandatory. * The polynomial used is: x^16 + x^12 + x^5 + 1 * * PRE-CONDITIONS * data Pointer to the data block. * size Size of the data block. * * POST-CONDITIONS * CRC of the data block. * * HISTORY * July 21, 1997 - Andrew E. Mileski * Adapted from OSTA-UDF(tm) 1.50 standard. */ uint16_t crc16(uint8_t *data, uint32_t size, uint16_t crc) { while (size--) crc = crc_table[(crc >> 8 ^ *(data++)) & 0xffU] ^ (crc << 8); return crc; } /****************************************************************************/ #if defined(CRCTEST) /* * PURPOSE * Test udf_crc() * * HISTORY * July 21, 1997 - Andrew E. Mileski * Adapted from OSTA-UDF(tm) 1.50 standard. */ #include unsigned char bytes[] = { 0x70U, 0x6AU, 0x77U }; void dump_table(void) { int i, j; for(i=j=0;i<256;i++) { printf("0x%ux ", crc_table[i]); j++; if(j % 8 == 0)printf("\n"); } } int main(void) { unsigned int x; stdout = STREAM_GPSIM; dump_table(); x = crc16(bytes, sizeof(bytes), 0); printf("crc16: calculated = %ux, correct = %ux\n", x, 0x3299U); printf("test value = %d\n", -45); return 0; } #endif /* defined(CRCTEST) */ /****************************************************************************/ #if defined(CRCGENERATE) /* * PURPOSE * Generate a table for fast 16-bit CRC calculations (any polynomial). * * DESCRIPTION * The ITU-T V.41 polynomial is 010041. * * HISTORY * July 21, 1997 - Andrew E. Mileski * Adapted from OSTA-UDF(tm) 1.50 standard. */ #include int main(int argc, char **argv) { unsigned long crc, poly; int n, i; /* Get the polynomial */ sscanf(argv[1], "%lo", &poly); if (poly & 0xffff0000U){ fprintf(stderr, "polynomial is too large\en"); exit(1); } printf("/* CRC %d 0%o 0x%x */\n", poly, poly, poly); /* Create a table */ printf("static unsigned short crc_table[256] = {\n"); for (n = 0; n < 256; n++){ if (n % 8 == 0) printf("\t"); crc = n << 8; for (i = 0; i < 8; i++){ if(crc & 0x8000U) crc = (crc << 1) ^ poly; else crc <<= 1; crc &= 0xFFFFU; } if (n == 255) printf("0x%04xU ", crc); else printf("0x%04xU, ", crc); if(n % 8 == 7) printf("\n"); } printf("};\n"); return 0; } #endif /* defined(CRCGENERATE) */ sdcc-2.9.0/device/lib/pic16/libc/stdlib/free.c000066400000000000000000000023711116427777700206720ustar00rootroot00000000000000/* * free.c - dynamic memory allocation * * written by Vangelis Rokas, 2004 (vrokas@otenet.gr) * * This program is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2, or (at your option) any * later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * In other words, you are welcome to use, share and improve this program. * You are forbidden to forbid anyone else to use, share and improve * what you give them. Help stamp out software-hoarding! * * $Id: free.c 4914 2007-09-16 18:24:27Z tecodev $ */ #include extern char _MALLOC_SPEC *heap; void free(unsigned char _MALLOC_SPEC *buf) { /* mark block as deallocated */ ((_MALLOC_SPEC _malloc_rec *)((unsigned int)buf - 1))->bits.alloc = 0; } sdcc-2.9.0/device/lib/pic16/libc/stdlib/g_ftoa.S000066400000000000000000000066631116427777700212000ustar00rootroot00000000000000;-- ; ; File: ftoa.asm ; Author: George Gallant ; Date: 19OCT04 ; ; This routine provides a floating point to ascii conversion. ; It was written support the SDCC project. ; ; SDCC C Syntax: ; ; extern void g_ftoa(data char *buf, float num, char precision); ; ; The routine is NOT reenterant but expects the entire parameter list ; to be placed on the stack. ; ; Notes: 1. measured 105usec to convert -65535.996 on a 20MHz 18f252 ; 2. Software stack can not cross a RAM page boundary ; ;-- list r=dec, n=96, st=off, mm=off nolist include list udata extern digits exp: res 1 man: res 4 r: res 5 x: res 3 bp: res 2 prec: res 1 ctr: res 1 code extern cvt_dec_word global _g_ftoa _g_ftoa: movff FSR2H,POSTDEC1 movff FSR2L,POSTDEC1 movff FSR1H,FSR2H movff FSR1L,FSR2L movff exp, POSTDEC1 movff man+0, POSTDEC1 movff man+1, POSTDEC1 movff man+2, POSTDEC1 movff man+3, POSTDEC1 movff r+0, POSTDEC1 movff r+1, POSTDEC1 movff r+2, POSTDEC1 movff r+3, POSTDEC1 movff r+4, POSTDEC1 movff x+0, POSTDEC1 movff x+1, POSTDEC1 movff bp+0, POSTDEC1 movff bp+1, POSTDEC1 movff prec, POSTDEC1 movff ctr, POSTDEC1 movff FSR0H,POSTDEC1 movff FSR0L,POSTDEC1 movlw 3 addwf FSR2L, f btfsc STATUS,C incf FSR2H, f movff POSTINC2,FSR0L ;get the low byte of buf pointer movff POSTINC2,FSR0H movff POSTINC2,man+0 ;get the low byte of float movff POSTINC2,man+1 movff POSTINC2,man+2 movff POSTINC2,exp movff POSTINC2,prec rlcf man+2,w rlcf exp,f bnc @1 movlw '-' movwf POSTINC0 @1: movff man+0,r+0 movff man+1,r+1 movff man+2,r+2 bsf r+2,7 clrf r+3 clrf r+4 ; Shift the mantissa left or right by the expondent movf exp,w ;get the expondent sublw 127 ;subtract the bais bz @4 ;skip shifting if zero bn @3 ;shift left if neg @2: bcf STATUS,C ;otherwise, shift right rrcf r+4,f rrcf r+3,f rrcf r+2,f rrcf r+1,f rrcf r+0,f decfsz WREG,w bra @2 bra @4 @3: bcf STATUS,C rlcf r+0, f rlcf r+1, f rlcf r+2, f rlcf r+3, f rlcf r+4, f incfsz WREG,w bra @3 @4: rlcf r+2,w ;extract bit 23 rlcf r+3,f ;shift rest of whole number rlcf r+4,f movff r+3,PRODL movff r+4,PRODH call cvt_dec_word movlw '.' movwf POSTINC0 @10: movlw 0x7F andwf r+2,f clrf r+3 movff r+0,x+0 ;temp copy movff r+1,x+1 movff r+2,x+2 bcf STATUS,C ;mult by 2 rlcf r+0,f rlcf r+1,f rlcf r+2,f rlcf r+3,f bcf STATUS,C ;mult by 4 rlcf r+0,f rlcf r+1,f rlcf r+2,f rlcf r+3,f movf x+0,w ;mult by 5 addwf r+0,f movf x+1,w addwfc r+1,f movf x+2,w addwfc r+2,f movlw 0 addwfc r+3,f rlcf r+2,w ;div by 0x400000 rlcf r+3,f ;or just extract bits 24-22 rlcf WREG,w rlcf r+3,f movf r+3,w ;this is the bcd value addlw 0x30 ;convert to ascii movwf POSTINC0 ;and save in memory bcf STATUS,C ;mult by 2 rlcf r+0,f rlcf r+1,f rlcf r+2,f decfsz prec,f bra @10 clrf POSTINC0 ;pack a nullbyte at the end movff ctr, POSTDEC1 movff prec, POSTDEC1 movff bp+1, POSTDEC1 movff bp+0, POSTDEC1 movff x+1, POSTDEC1 movff x+0, POSTDEC1 movff r+4, POSTDEC1 movff r+3, POSTDEC1 movff r+2, POSTDEC1 movff r+1, POSTDEC1 movff r+0, POSTDEC1 movff man+3, POSTDEC1 movff man+2, POSTDEC1 movff man+1, POSTDEC1 movff man+0, POSTDEC1 movff exp, POSTDEC1 movff PREINC1,FSR0L movff PREINC1,FSR0H movff PREINC1,FSR2L movff PREINC1,FSR2H return end sdcc-2.9.0/device/lib/pic16/libc/stdlib/itoa.c000066400000000000000000000023371116427777700207070ustar00rootroot00000000000000/*------------------------------------------------------------------- itoa.c - convert (unsigned) int to strings written by: Raphael Neider This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA $Id: itoa.c 4148 2006-05-01 20:47:12Z tecodev $ -------------------------------------------------------------------*/ #include void uitoa (unsigned int value, __data char *str, unsigned char radix) { ultoa (value, str, radix); } void itoa (int value, __data char *str, unsigned char radix) { ltoa (value, str, radix); } sdcc-2.9.0/device/lib/pic16/libc/stdlib/ltoa.c000066400000000000000000000027251116427777700207130ustar00rootroot00000000000000/*------------------------------------------------------------------------- integer to string conversion Written by: Bela Torok, 1999 bela.torok@kssg.ch usage: _ultoa(unsigned long value, char* string, int radix) _ltoa(long value, char* string, int radix) value -> Number to be converted string -> Result radix -> Base of value (e.g.: 2 for binary, 10 for decimal, 16 for hex) ---------------------------------------------------------------------------*/ #define NUMBER_OF_DIGITS 32 #if _DEBUG extern void io_long(unsigned long); extern void io_str(char *); #endif void ultoa(unsigned long value, __data char* str, unsigned char radix) { unsigned int index; unsigned char ch; unsigned char buffer[NUMBER_OF_DIGITS]; /* space for NUMBER_OF_DIGITS + '\0' */ index = NUMBER_OF_DIGITS; do { ch = '0' + (value % radix); if ( ch > '9') ch += 'a' - '9' - 1; #if _DEBUG io_str( "ultoa: " ); io_long( value ); io_long( (unsigned long) ch ); #endif buffer[ --index ] = ch; value /= radix; } while (value != 0); do { *str++ = buffer[index++]; } while ( index < NUMBER_OF_DIGITS ); *str = 0; /* string terminator */ } void ltoa(long value, __data char* str, unsigned char radix) { #if _DEBUG io_str( "ltoa: " ); io_long( (unsigned long)value ); #endif if (value < 0 && radix == 10) { *str++ = '-'; value = -value; } ultoa((unsigned long)value, str, radix); } sdcc-2.9.0/device/lib/pic16/libc/stdlib/malloc.c000066400000000000000000000066631116427777700212300ustar00rootroot00000000000000/* * malloc.c - dynamic memory allocation * * written by Vangelis Rokas, 2004 (vrokas@otenet.gr) * * This program is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2, or (at your option) any * later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * In other words, you are welcome to use, share and improve this program. * You are forbidden to forbid anyone else to use, share and improve * what you give them. Help stamp out software-hoarding! * * $Id: malloc.c 3835 2005-08-07 20:09:11Z tecodev $ */ #include /* this is an external pointer to HEAP. It should be defined in * the user's program, or it can be a symbol created by linker */ extern unsigned char _MALLOC_SPEC *heap; unsigned char _MALLOC_SPEC *malloc(unsigned char len) { _malloc_rec _MALLOC_SPEC *pHeap; /* pointer to block header */ _malloc_rec _MALLOC_SPEC *temp; unsigned char bLen, eLen; /* size of block */ #if MALLOC_MAX_FIRST unsigned char pass=1; #endif if(len >= MAX_BLOCK_SIZE) goto do_end; pHeap = (_malloc_rec _MALLOC_SPEC *)&heap; while(1) { bLen = pHeap->bits.count; /* if datum is zero, then last block, return NULL */ if(pHeap->datum == 0) { #if !MALLOC_MAX_FIRST goto do_end; #else if(!pass) goto do_end; /* in the first pass, we search for blocks that have * the requested size, in the second pass, try to merge * adjacent blocks to 'make' the requested block */ pHeap = (_malloc_rec _MALLOC_SPEC *)&heap; pass--; continue; #endif } /* if current block is allocated then proceed to next */ if(pHeap->bits.alloc) goto do_continue; /* current block is not allocated, try to allocate */ /* if current block is not enough for allocation, then proceed to next */ if(bLen <= len) { #if MALLOC_MAX_FIRST /* if we are in the first pass, check next block */ if(pass) goto do_continue; /* otherwise try merge */ #endif temp = _mergeHeapBlock(pHeap, len); if(!temp) /* otherwise proceed with next block */ goto do_continue; //pHeap = temp; /* temp == pHeap */ bLen = pHeap->bits.count; } /* current block is enough to hold the new block */ /* allocate by filling the fields */ eLen = (len+1); pHeap->datum = 0x80 | eLen; if(bLen > eLen) { /* if current block size is greater than the requested one, * create a new empty block at the end of the newly allocated */ temp = (_malloc_rec _MALLOC_SPEC *)((unsigned int)pHeap + eLen); temp->datum = (bLen - eLen); } return ((unsigned char _MALLOC_SPEC *)((unsigned int)pHeap + 1)); do_continue: pHeap = (_malloc_rec _MALLOC_SPEC *)((unsigned int)pHeap + bLen); } do_end: return ((unsigned char _MALLOC_SPEC *)0); } sdcc-2.9.0/device/lib/pic16/libc/stdlib/memfree.c000066400000000000000000000027341116427777700213740ustar00rootroot00000000000000/* * memfree.c - return size of all unallocated heap * * written by Vangelis Rokas 2005 * * This program is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2, or (at your option) any * later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * In other words, you are welcome to use, share and improve this program. * You are forbidden to forbid anyone else to use, share and improve * what you give them. Help stamp out software-hoarding! * * $Id: memfree.c 3835 2005-08-07 20:09:11Z tecodev $ */ #include extern unsigned char _MALLOC_SPEC *heap; unsigned int memfree(void) { _malloc_rec _MALLOC_SPEC *pHeap; unsigned int hsize=0; unsigned char bLen; pHeap = (_malloc_rec _MALLOC_SPEC *)&heap; while ((bLen = pHeap->bits.count)) { if(!pHeap->bits.alloc) hsize += bLen - 1; pHeap = (_malloc_rec _MALLOC_SPEC *)((unsigned int)pHeap + bLen); } return (hsize); } sdcc-2.9.0/device/lib/pic16/libc/stdlib/memfreemax.c000066400000000000000000000031131116427777700220720ustar00rootroot00000000000000/* * memfreemax.c - return size of maximum unallocated heap block * * written by Vangelis Rokas 2005 * * This program is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2, or (at your option) any * later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * In other words, you are welcome to use, share and improve this program. * You are forbidden to forbid anyone else to use, share and improve * what you give them. Help stamp out software-hoarding! * * $Id: memfreemax.c 3835 2005-08-07 20:09:11Z tecodev $ */ #include extern unsigned char _MALLOC_SPEC *heap; unsigned int memfreemax(void) { _malloc_rec _MALLOC_SPEC *pHeap; unsigned char maxSize = 1; unsigned char bLen; pHeap = (_malloc_rec _MALLOC_SPEC *)&heap; while ((bLen = pHeap->bits.count)) { if(!pHeap->bits.alloc && (bLen > maxSize)) maxSize = bLen; pHeap = (_malloc_rec _MALLOC_SPEC *)((unsigned int)pHeap + bLen); } /* do not count the block header */ --maxSize; return (maxSize); } sdcc-2.9.0/device/lib/pic16/libc/stdlib/memmisc.c000066400000000000000000000062041116427777700214020ustar00rootroot00000000000000/* * memmisc.c - heap handling functions * * written by Vangelis Rokas, 2005 * * This program is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2, or (at your option) any * later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * In other words, you are welcome to use, share and improve this program. * You are forbidden to forbid anyone else to use, share and improve * what you give them. Help stamp out software-hoarding! * * $Id: memmisc.c 3835 2005-08-07 20:09:11Z tecodev $ */ #include void _initHeap(unsigned char _MALLOC_SPEC *dheap, unsigned int heapsize) { _malloc_rec _MALLOC_SPEC *pHeap; unsigned int hsize=0; int bsize; pHeap = (_malloc_rec _MALLOC_SPEC *)dheap; if (heapsize == 0) return; /* we need one byte as the end of block list marker */ heapsize--; while (hsize < heapsize) { /* a guess of the next block size */ bsize = (heapsize - hsize); /* thus: bsize > 0 */ if(bsize > MAX_BLOCK_SIZE) bsize = MAX_BLOCK_SIZE; /* now we can create the block */ pHeap->datum = bsize; pHeap = (_malloc_rec _MALLOC_SPEC *)((unsigned int)pHeap + bsize); hsize += bsize; } /* mark end of block list */ pHeap->datum = 0; } /* search heap starting from sBlock for a block of size bSize, merging * adjacent blocks if necessery */ _malloc_rec _MALLOC_SPEC *_mergeHeapBlock(_malloc_rec _MALLOC_SPEC *sBlock, unsigned char bSize) { _malloc_rec _MALLOC_SPEC *temp; unsigned char bLen; unsigned char eLen; unsigned char dat; bLen = sBlock->bits.count; /* current block is not enough, see if we can merge some adjacent memory * blocks to make it fit */ temp = (_malloc_rec _MALLOC_SPEC *)((unsigned int)sBlock + bLen); //sBlock->bits.count); eLen = bLen; while((temp->datum) && (!temp->bits.alloc) && (eLen <= bSize)) { eLen += (dat=temp->bits.count); temp = (_malloc_rec _MALLOC_SPEC *)((unsigned int)temp + dat); } if(eLen > bSize) { unsigned char i; /* yes, there are some free blocks that can be merged, so merge them... */ temp = sBlock; while(eLen > 0) { if(eLen > MAX_BLOCK_SIZE)i = MAX_BLOCK_SIZE; else i = eLen; temp->datum = i; temp = (_malloc_rec _MALLOC_SPEC *)((unsigned int)temp + i); eLen -= i; } /* return block starts at the old block start address */ return (sBlock); } else { /* no, there are no free blocks after sBlock, so return NULL */ return ((_malloc_rec _MALLOC_SPEC *)0); } } sdcc-2.9.0/device/lib/pic16/libc/stdlib/rand.c000066400000000000000000000057311116427777700207000ustar00rootroot00000000000000/*- * rand.c - random number generation routines * * this source was part of the avr-lib library * modified for SDCC/pic16 by Vangelis Rokas, 2005 * * * Copyright (c) 1990, 1993 * The Regents of the University of California. All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions * are met: * 1. Redistributions of source code must retain the above copyright * notice, this list of conditions and the following disclaimer. * 2. Redistributions in binary form must reproduce the above copyright * notice, this list of conditions and the following disclaimer in the * documentation and/or other materials provided with the distribution. * 3. All advertising materials mentioning features or use of this software * must display the following acknowledgement: * This product includes software developed by the University of * California, Berkeley and its contributors. * 4. Neither the name of the University nor the names of its contributors * may be used to endorse or promote products derived from this software * without specific prior written permission. * * THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE * ARE DISCLAIMED. IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF * SUCH DAMAGE. * * Posix rand_r function added May 1999 by Wes Peters . */ #include static long do_rand(unsigned long *ctx) { return ((*ctx = *ctx * 1103515245UL + 12345UL) % ((unsigned long)RAND_MAX + 1)); } long rand_r(unsigned long *ctx) { unsigned long val = (unsigned long) *ctx; *ctx = do_rand(&val); return (long) *ctx; } static unsigned long next = 1; long rand(void) { return do_rand(&next); } void srand(unsigned long seed) { next = seed; } #ifdef TEST main() { int i; unsigned long myseed; stdout = STREAM_GPSIM; printf("seeding rand with 0x19610910: \n"); srand(0x19610910); printf("generating three pseudo-random numbers:\n"); for (i = 0; i < 10; i++) { printf("next random number = %ld\n", rand()); } printf("generating the same sequence with rand_r:\n"); myseed = 0x19610910; for (i = 0; i < 10; i++) { printf("next random number = %ld\n", rand_r(&myseed)); } return 0; } #endif /* TEST */ sdcc-2.9.0/device/lib/pic16/libc/stdlib/realloc.c000066400000000000000000000051771116427777700214010ustar00rootroot00000000000000/* * realloc.c - dynamic memory allocation * * written by Vangelis Rokas, 2004 (vrokas@otenet.gr) * * This program is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2, or (at your option) any * later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * In other words, you are welcome to use, share and improve this program. * You are forbidden to forbid anyone else to use, share and improve * what you give them. Help stamp out software-hoarding! * * $Id: realloc.c 3835 2005-08-07 20:09:11Z tecodev $ */ #include extern unsigned char _MALLOC_SPEC *heap; unsigned char _MALLOC_SPEC *realloc(unsigned char _MALLOC_SPEC *mblock, unsigned char len) { _malloc_rec _MALLOC_SPEC *pHeap; /* pointer to block header */ _malloc_rec _MALLOC_SPEC *temp; unsigned char bLen; /* size of block */ if(len >= MAX_BLOCK_SIZE) return ((unsigned char _MALLOC_SPEC *)0); /* if mblock is NULL, then same as malloc */ if(!mblock) return (malloc(len)); /* if len is 0 */ if(len == 0) { free(mblock); return ((unsigned char _MALLOC_SPEC *)0); } pHeap = (_malloc_rec _MALLOC_SPEC *)((unsigned int)mblock - 1); bLen = pHeap->bits.count; /* block too small for len bytes + 1 byte header <===> bLen < len + 1 <===> blen <= len */ if (bLen <= len) { /* so, new segment has size bigger than the old one, we can return a * valid pointer only when after the block there is an empty block that * can be merged to produce a new block of the requested size, otherwise * we return NULL */ temp = _mergeHeapBlock(pHeap, len); if(!temp) { /* no could not find a valid block, return NULL */ return ((unsigned char _MALLOC_SPEC *)0); } //pHeap = temp; /* temp == pHeap */ bLen = pHeap->bits.count; } len++; /* increase to also count the header */ if(bLen > len) { /* new segment is smaller than the old one (or the merged one), that's easy! */ pHeap->bits.count = len; temp = (_malloc_rec _MALLOC_SPEC *)((unsigned int)pHeap + len); temp->bits.alloc = 0; temp->bits.count = bLen - len; } return (mblock); } sdcc-2.9.0/device/lib/pic16/libc/stdlib/x_ftoa.c000066400000000000000000000073331116427777700212340ustar00rootroot00000000000000 /* * wrapper function to use _convert_float * * written by Vangelis Rokas, 2004, * * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /* * $Id: x_ftoa.c 3835 2005-08-07 20:09:11Z tecodev $ */ #include extern convert_frac; extern convert_int; /* char x_ftoa(float, __data char *, unsigned char, unsigned char); */ extern POSTDEC1; extern PLUSW2; extern FSR0L; extern FSR0H; extern PREINC1; extern PREINC2; extern FSR2L; extern FSR2H; #define _vv0x00 0x00 #define _vv0x01 0x01 #define _vv0x02 0x02 #define _vv0x03 0x03 #define _vv0x04 0x04 /* do not warn about unreferenced arguments/missing return values */ #pragma save #pragma disable_warning 59 #pragma disable_warning 85 char x_cnvint_wrap(unsigned long num, __data char *buffer) { __asm movff _vv0x00, _POSTDEC1 movff _vv0x01, _POSTDEC1 movff _vv0x02, _POSTDEC1 movff _vv0x03, _POSTDEC1 movlw 2 movff _PLUSW2, _vv0x00 movlw 3 movff _PLUSW2, _vv0x01 movlw 4 movff _PLUSW2, _vv0x02 movlw 5 movff _PLUSW2, _vv0x03 movlw 6 movff _PLUSW2, _FSR0L movlw 7 movff _PLUSW2, _FSR0H call _convert_int /* return value is already in WREG */ movff _PREINC1, _vv0x03 movff _PREINC1, _vv0x02 movff _PREINC1, _vv0x01 movff _PREINC1, _vv0x00 __endasm ; } char x_cnvfrac_wrap(unsigned long num, __data char *buffer, unsigned char prec) { num; buffer; prec; __asm movff _vv0x00, _POSTDEC1 movff _vv0x01, _POSTDEC1 movff _vv0x02, _POSTDEC1 movff _vv0x03, _POSTDEC1 movff _vv0x04, _POSTDEC1 movlw 2 movff _PLUSW2, _vv0x00 movlw 3 movff _PLUSW2, _vv0x01 movlw 4 movff _PLUSW2, _vv0x02 movlw 5 movff _PLUSW2, _vv0x03 movlw 6 movff _PLUSW2, _FSR0L movlw 7 movff _PLUSW2, _FSR0H movlw 8 movff _PLUSW2, _vv0x04 call _convert_frac /* return value is already in WREG */ movff _PREINC1, _vv0x04 movff _PREINC1, _vv0x03 movff _PREINC1, _vv0x02 movff _PREINC1, _vv0x01 movff _PREINC1, _vv0x00 __endasm ; } #pragma restore union float_long { unsigned long l; float f; }; char x_ftoa(float num, __data char *buffer, unsigned char buflen, unsigned char prec) { char len; char expn; unsigned long ll; unsigned long li; // volatile union float_long f_l; len = buflen; while(len--)buffer[len] = 0; f_l.f = num; if((f_l.l & SIGNBIT) == SIGNBIT) { f_l.l &= ~SIGNBIT; *buffer = '-'; buffer++; } expn = EXCESS - EXP(f_l.l); // - 24; ll = MANT(f_l.l); li = 0; while( expn ) { if(expn < 0) { li <<= 1; if(ll & 0x00800000UL)li |= 1; ll <<= 1; expn++; } else { ll >>= 1; expn--; } } if(li) len = x_cnvint_wrap(li, buffer); else { *buffer = '0'; len = 1; } buffer += len; if(prec) { *buffer = '.'; len++; buffer++; len += x_cnvfrac_wrap(ll, buffer, 24-prec); buffer[ prec ] = '\0'; } return (len); } sdcc-2.9.0/device/lib/pic16/libc/string/000077500000000000000000000000001116427777700176275ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libc/string/memccpy.c000066400000000000000000000031061116427777700214300ustar00rootroot00000000000000/*------------------------------------------------------------------------- memccpy.c - part of string library functions Written by Vangelis Rokas, 2004 Based on source Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include void *memccpy (void *dst, void *src, char c, size_t acount) { void *ret = dst; char *d = dst; char *s = src; /* * copy from lower addresses to higher addresses */ while (acount--) { if( *s == c) return (++s); *d++ = *s++; } return((void *)0x00); } sdcc-2.9.0/device/lib/pic16/libc/string/memchr.c000066400000000000000000000027411116427777700212520ustar00rootroot00000000000000/*------------------------------------------------------------------------- memchr.c - part of string library functions Written by Vangelis Rokas 2004 Based on source Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include void *memchr(void *s, char c, size_t count) { if(!count)return (void *)0x00; while((*(char *)s != c) && (count)) { s = (char *)s + sizeof(char *); count--; } if(count)return s; else return (void *)0x00; } sdcc-2.9.0/device/lib/pic16/libc/string/memchrpgm.c000066400000000000000000000030121116427777700217460ustar00rootroot00000000000000/*------------------------------------------------------------------------- memchrpgm.c - part of string library functions Written by Vangelis Rokas 2004 Based on source Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include __code void *memchrpgm(__code void *s, char c, size_t count) { if(!count)return (void *)0x00; while((*(__code char *)s != c) && (count)) { s = (__code char *)s + sizeof(__code char *); count--; } if(count)return s; else return (void *)0x00; } sdcc-2.9.0/device/lib/pic16/libc/string/memchrram.c000066400000000000000000000030121116427777700217420ustar00rootroot00000000000000/*------------------------------------------------------------------------- memchrram.c - part of string library functions Written by Vangelis Rokas 2004 Based on source Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include __data void *memchrram(__data void *s, char c, size_t count) { if(!count)return (void *)0x00; while((*(__data char *)s != c) && (count)) { s = (__data char *)s + sizeof(__data char *); count--; } if(count)return s; else return (void *)0x00; } sdcc-2.9.0/device/lib/pic16/libc/string/memcmp.c000066400000000000000000000027221116427777700212540ustar00rootroot00000000000000/*------------------------------------------------------------------------- memcmp.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include int memcmp (void * buf1, void * buf2, size_t count) { if(!count)return(0); while (--count && *((char *)buf1) == *((char *)buf2) ) { buf1 = (char *)buf1 + 1; buf2 = (char *)buf2 + 1; } return( *((unsigned char *)buf1) - *((unsigned char *)buf2) ); } sdcc-2.9.0/device/lib/pic16/libc/string/memcpy.c000066400000000000000000000027561116427777700212770ustar00rootroot00000000000000/*------------------------------------------------------------------------- memcpy.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include void *memcpy (void *dst, void *src, size_t acount) { void *ret = dst; /* perhaps ret should be removed, use dst instead */ char *d = dst; char *s = src; /* * copy from lower addresses to higher addresses */ while (acount--) { *d++ = *s++; } return(ret); } sdcc-2.9.0/device/lib/pic16/libc/string/memcpypgm2ram.c000066400000000000000000000027121116427777700225550ustar00rootroot00000000000000/*------------------------------------------------------------------------- memcpypgm2ram.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include __data void *memcpypgm2ram (__data void *dst, __code void *src, size_t acount) { char __data *d = dst; char __code *s = src; /* * copy from lower addresses to higher addresses */ while (acount--) { *d++ = *s++; } return(dst); } sdcc-2.9.0/device/lib/pic16/libc/string/memcpyram2ram.c000066400000000000000000000027121116427777700225510ustar00rootroot00000000000000/*------------------------------------------------------------------------- memcpyram2ram.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include __data void *memcpyram2ram (__data void *dst, __data void *src, size_t acount) { char __data *d = dst; char __data *s = src; /* * copy from lower addresses to higher addresses */ while (acount--) { *d++ = *s++; } return(dst); } sdcc-2.9.0/device/lib/pic16/libc/string/memmove.c000066400000000000000000000035521116427777700214450ustar00rootroot00000000000000/*------------------------------------------------------------------------- _memmove.c - part of string library functions Adapted By - Erik Petrich . epetrich@users.sourceforge.net from _memcpy.c which was originally Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include void *memmove (void *dst, void *src, size_t acount) { void *ret = dst; char *d; char *s; if(((int)src < (int)dst) && ((((int)src)+acount) > (int)dst)) { /* * copy from higher addresses to lower addresses */ d = ((char *)dst)+acount-1; s = ((char *)src)+acount-1; while (acount--) { *d-- = *s--; } } else { /* * copy from lower addresses to higher addresses */ d = dst; s = src; while (acount--) { *d++ = *s++; } } return(ret); } sdcc-2.9.0/device/lib/pic16/libc/string/memrchr.c000066400000000000000000000030151116427777700214270ustar00rootroot00000000000000/*------------------------------------------------------------------------- memrchr.c - part of string library functions Written by Vangelis Rokas 2004 Based on source Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include void *memrchr(void *s, char c, size_t count) { if(!count)return (void *)0x00; s = (char *)s + sizeof(char *) * count; while((*(char *)s != c) && (count)) { s = (char *)s - sizeof(char *); count--; } if(count)return s; else return (void *)0x00; } sdcc-2.9.0/device/lib/pic16/libc/string/memset.c000066400000000000000000000026231116427777700212700ustar00rootroot00000000000000/*------------------------------------------------------------------------- memset.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include void *memset (void _STRING_SPEC *buf, unsigned char ch, size_t count) { register unsigned char *ret = buf; while (count--) { *(unsigned char *) ret = ch; ret++; } return buf ; } sdcc-2.9.0/device/lib/pic16/libc/string/strcat.c000066400000000000000000000026521116427777700213000ustar00rootroot00000000000000/*------------------------------------------------------------------------- strncat.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include char *strcat(char *dst, char *src) { char *cp = dst; while( *cp )cp++; /* find end of dst */ while( *cp++ = *src++ ) ; /* Copy src to end of dst */ return( dst ); /* return dst */ } sdcc-2.9.0/device/lib/pic16/libc/string/strchr.c000066400000000000000000000025051116427777700213020ustar00rootroot00000000000000/*------------------------------------------------------------------------- strchr.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include char *strchr(char *string, char ch) { while(*string && *string != ch)string++; if (*string == ch)return(string); return ( NULL ); } sdcc-2.9.0/device/lib/pic16/libc/string/strcmp.c000066400000000000000000000026141116427777700213060ustar00rootroot00000000000000/*------------------------------------------------------------------------- strcmp.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include int strcmp(char * asrc, char * adst) { register int ret = 0 ; while( ! (ret = *asrc - *adst) && *adst)++asrc, ++adst; if ( ret < 0 )ret = -1 ; else if ( ret > 0 )ret = 1 ; return( ret ); } sdcc-2.9.0/device/lib/pic16/libc/string/strcpy.c000066400000000000000000000024411116427777700213200ustar00rootroot00000000000000/*------------------------------------------------------------------------- strcpy.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include char *strcpy(char *d, char *s) { register char * d1 = d; while (*d1++ = *s++) ; return d; } sdcc-2.9.0/device/lib/pic16/libc/string/strcspn.c000066400000000000000000000027331116427777700214740ustar00rootroot00000000000000/*------------------------------------------------------------------------- strcspn.c - part of string library functions Bug fixed by Vangelis Rokas . vrokas AT otenet.gr (2004) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include int strcspn (char *string, char *control) { register int count = 0 ; register char ch ; while (ch = *string) { if (strchr(control,ch))break; else count++ ; string++; } return count ; } sdcc-2.9.0/device/lib/pic16/libc/string/strlen.c000066400000000000000000000024241116427777700213040ustar00rootroot00000000000000/*------------------------------------------------------------------------- strcpy.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include int strlen (char * str) { register int i = 0 ; while (*str++)i++; return i; } sdcc-2.9.0/device/lib/pic16/libc/string/strlwr.c000066400000000000000000000025051116427777700213320ustar00rootroot00000000000000/*------------------------------------------------------------------------- strlwr.c - part of string library functions Written by Vangelis Rokas, 2004 This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include char *strlwr(char *str) { char *ret = str; while(*str) { *str = tolower( *str ); str++; } return (ret); } sdcc-2.9.0/device/lib/pic16/libc/string/strncat.c000066400000000000000000000026361116427777700214600ustar00rootroot00000000000000/*------------------------------------------------------------------------- strncat.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include char *strncat(char *front, char * back, size_t count) { char *start = front; while (*front++); front--; while (count--) if (!(*front++ = *back++))return(start); *front = '\0'; return(start); } sdcc-2.9.0/device/lib/pic16/libc/string/strncmp.c000066400000000000000000000025701116427777700214650ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strncmp.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include int strncmp(char *first, char *last, size_t count) { if (!count)return(0); while (--count && *first && *first == *last) { first++; last++; } return( *first - *last ); } sdcc-2.9.0/device/lib/pic16/libc/string/strncpy.c000066400000000000000000000024671116427777700215060ustar00rootroot00000000000000/*------------------------------------------------------------------------- strncpy.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include char *strncpy (char *d, char *s, size_t n) { register char *d1 = d; while ( n-- )*d++ = *s++ ; return d1; } sdcc-2.9.0/device/lib/pic16/libc/string/strpbrk.c000066400000000000000000000025441116427777700214670ustar00rootroot00000000000000/*------------------------------------------------------------------------- strpbrk.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include char *strpbrk (char * string, char *control) { register char ch ; while(ch = *string) { if(strchr(control, ch ))return string ; } return (NULL); } sdcc-2.9.0/device/lib/pic16/libc/string/strrchr.c000066400000000000000000000030341116427777700214620ustar00rootroot00000000000000/*------------------------------------------------------------------------- strrchr.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include char *strrchr(char *string, char ch) { char *start = string; while (*string++) /* find end of string */ ; /* search towards front */ while (--string != start && *string != ch) ; if (*string == ch) /* char found ? */ return( (char *)string ); return (NULL) ; } sdcc-2.9.0/device/lib/pic16/libc/string/strspn.c000066400000000000000000000026631116427777700213330ustar00rootroot00000000000000/*------------------------------------------------------------------------- strspn.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include int strspn(char *string, char *control) { register int count = 0; register char ch ; while (ch = *string) { if ( strchr(control,ch) ) count++ ; else break ; string++ ; } return count ; } sdcc-2.9.0/device/lib/pic16/libc/string/strstr.c000066400000000000000000000030001116427777700213250ustar00rootroot00000000000000/*------------------------------------------------------------------------- _strstr.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include char *strstr(char *str1, char *str2) { char *cp = str1; char *s1; char *s2; if( !*str2 ) return str1; while (*cp) { s1 = cp; s2 = str2; while ( *s1 && *s2 && !(*s1-*s2) ) s1++, s2++; if (!*s2)return(cp); cp++; } return (NULL) ; } sdcc-2.9.0/device/lib/pic16/libc/string/strtok.c000066400000000000000000000031311116427777700213170ustar00rootroot00000000000000/*------------------------------------------------------------------------- strtok.c - part of string library functions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include char *strtok(char *str, char *control) { static char * s; register char * s1; if (str)s = str ; if (!s)return NULL; while (*s) { if (strchr(control,*s))s++; else break; } s1 = s ; while (*s) { if (strchr(control,*s)) { *s++ = '\0'; return s1 ; } s++ ; } s = NULL; if (*s1)return s1; else return NULL; } sdcc-2.9.0/device/lib/pic16/libc/string/strupr.c000066400000000000000000000025051116427777700213340ustar00rootroot00000000000000/*------------------------------------------------------------------------- strupr.c - part of string library functions Written by Vangelis Rokas, 2004 This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include char *strupr(char *str) { char *ret = str; while(*str) { *str = toupper( *str ); str++; } return (ret); } sdcc-2.9.0/device/lib/pic16/libc/utils/000077500000000000000000000000001116427777700174615ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libc/utils/cnvfrac.S000066400000000000000000000425321116427777700212350ustar00rootroot00000000000000; ; Convertion routine of 24 bits floating point to ASCII ; ; written by Vangelis Rokas , 2004 ; ; ; This program is free software; you can redistribute it and/or ; modify it under the terms of the GNU Library General Public License ; as published by the Free Software Foundation; either version 2 ; of the License, or (at your option) any later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ; GNU General Public License for more details. ; ; You should have received a copy of the GNU General Public License ; along with this program; if not, write to the Free Software ; Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ; ; $Id: cnvfrac.S 3711 2005-03-31 16:25:17Z vrokas $ ; radix dec list nolist WREG equ 0xfe8 POSTINC0 equ 0xfee POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 STATUS equ 0xfd8 global _convert_frac .registers udata_ovr 0x000 r0x00 res 1 r0x01 res 1 r0x02 res 1 r0x03 res 1 round_digit res 1 d0x00 res 1 d0x01 res 1 d0x02 res 1 d0x03 res 1 d0x04 res 1 d0x05 res 1 d0x06 res 1 d0x07 res 1 d0x08 res 1 d0x09 res 1 d0x10 res 1 d0x11 res 1 d0x12 res 1 d0x13 res 1 d0x14 res 1 d0x15 res 1 d0x16 res 1 d0x17 res 1 d0x18 res 1 d0x19 res 1 d0x20 res 1 d0x21 res 1 d0x22 res 1 d0x23 res 1 d0x24 res 1 S__convert_frac code _convert_frac: movff d0x00, POSTDEC1 movff d0x01, POSTDEC1 movff d0x02, POSTDEC1 movff d0x03, POSTDEC1 movff d0x04, POSTDEC1 movff d0x05, POSTDEC1 movff d0x06, POSTDEC1 movff d0x07, POSTDEC1 movff d0x08, POSTDEC1 movff d0x09, POSTDEC1 movff d0x10, POSTDEC1 movff d0x11, POSTDEC1 movff d0x12, POSTDEC1 movff d0x13, POSTDEC1 movff d0x14, POSTDEC1 movff d0x15, POSTDEC1 movff d0x16, POSTDEC1 movff d0x17, POSTDEC1 movff d0x18, POSTDEC1 movff d0x19, POSTDEC1 movff d0x20, POSTDEC1 movff d0x21, POSTDEC1 movff d0x22, POSTDEC1 movff d0x23, POSTDEC1 movff d0x24, POSTDEC1 ; adding digit 0 ; movff 0xf7f, 0xfe8 movlw 0 btfsc r0x00, 0 ; bit 0 addlw 5 clrf d0x01 @1: addlw -10 bnc @2 incf d0x01, f bra @1 @2: addlw 10 movwf d0x00 decfsz round_digit, f bra @3 addlw 251 bnc @3 incf d0x01, f @3: ; adding digit 1 movf d0x01, w btfsc r0x00, 0 ; bit 0 addlw 2 btfsc r0x00, 1 ; bit 1 addlw 5 clrf d0x02 @4: addlw -10 bnc @5 incf d0x02, f bra @4 @5: addlw 10 movwf d0x01 decfsz round_digit, f bra @6 addlw 251 bnc @6 incf d0x02, f @6: ; adding digit 2 movf d0x02, w btfsc r0x00, 0 ; bit 0 addlw 6 btfsc r0x00, 1 ; bit 1 addlw 2 btfsc r0x00, 2 ; bit 2 addlw 5 clrf d0x03 @7: addlw -10 bnc @8 incf d0x03, f bra @7 @8: addlw 10 movwf d0x02 decfsz round_digit, f bra @9 addlw 251 bnc @9 incf d0x03, f @9: ; adding digit 3 movf d0x03, w btfsc r0x00, 1 ; bit 1 addlw 1 btfsc r0x00, 2 ; bit 2 addlw 2 btfsc r0x00, 3 ; bit 3 addlw 5 clrf d0x04 @10: addlw -10 bnc @11 incf d0x04, f bra @10 @11: addlw 10 movwf d0x03 decfsz round_digit, f bra @12 addlw 251 bnc @12 incf d0x04, f @12: ; adding digit 4 movf d0x04, w btfsc r0x00, 0 ; bit 0 addlw 9 btfsc r0x00, 1 ; bit 1 addlw 8 btfsc r0x00, 2 ; bit 2 addlw 6 btfsc r0x00, 3 ; bit 3 addlw 2 btfsc r0x00, 4 ; bit 4 addlw 5 clrf d0x05 @13: addlw -10 bnc @14 incf d0x05, f bra @13 @14: addlw 10 movwf d0x04 decfsz round_digit, f bra @15 addlw 251 bnc @15 incf d0x05, f @15: ; adding digit 5 movf d0x05, w btfsc r0x00, 0 ; bit 0 addlw 3 btfsc r0x00, 1 ; bit 1 addlw 7 btfsc r0x00, 2 ; bit 2 addlw 5 btfsc r0x00, 3 ; bit 3 addlw 1 btfsc r0x00, 4 ; bit 4 addlw 2 btfsc r0x00, 5 ; bit 5 addlw 5 clrf d0x06 @16: addlw -10 bnc @17 incf d0x06, f bra @16 @17: addlw 10 movwf d0x05 decfsz round_digit, f bra @18 addlw 251 bnc @18 incf d0x06, f @18: ; adding digit 6 movf d0x06, w btfsc r0x00, 0 ; bit 0 addlw 5 btfsc r0x00, 2 ; bit 2 addlw 1 btfsc r0x00, 3 ; bit 3 addlw 3 btfsc r0x00, 4 ; bit 4 addlw 6 btfsc r0x00, 5 ; bit 5 addlw 2 btfsc r0x00, 6 ; bit 6 addlw 5 clrf d0x07 @19: addlw -10 bnc @20 incf d0x07, f bra @19 @20: addlw 10 movwf d0x06 decfsz round_digit, f bra @21 addlw 251 bnc @21 incf d0x07, f @21: ; adding digit 7 movf d0x07, w btfsc r0x00, 0 ; bit 0 addlw 7 btfsc r0x00, 1 ; bit 1 addlw 5 btfsc r0x00, 5 ; bit 5 addlw 1 btfsc r0x00, 6 ; bit 6 addlw 2 btfsc r0x00, 7 ; bit 7 addlw 5 clrf d0x08 @22: addlw -10 bnc @23 incf d0x08, f bra @22 @23: addlw 10 movwf d0x07 decfsz round_digit, f bra @24 addlw 251 bnc @24 incf d0x08, f @24: ; adding digit 8 movf d0x08, w btfsc r0x00, 0 ; bit 0 addlw 7 btfsc r0x00, 1 ; bit 1 addlw 5 btfsc r0x00, 2 ; bit 2 addlw 1 btfsc r0x00, 3 ; bit 3 addlw 2 btfsc r0x00, 4 ; bit 4 addlw 4 btfsc r0x00, 5 ; bit 5 addlw 8 btfsc r0x00, 6 ; bit 6 addlw 6 btfsc r0x00, 7 ; bit 7 addlw 2 btfsc r0x01, 0 ; bit 8 addlw 5 clrf d0x09 @25: addlw -10 bnc @26 incf d0x09, f bra @25 @26: addlw 10 movwf d0x08 decfsz round_digit, f bra @27 addlw 251 bnc @27 incf d0x09, f @27: ; adding digit 9 movf d0x09, w btfsc r0x00, 0 ; bit 0 addlw 4 btfsc r0x00, 1 ; bit 1 addlw 9 btfsc r0x00, 2 ; bit 2 addlw 9 btfsc r0x00, 3 ; bit 3 addlw 8 btfsc r0x00, 4 ; bit 4 addlw 6 btfsc r0x00, 5 ; bit 5 addlw 2 btfsc r0x00, 6 ; bit 6 addlw 5 btfsc r0x00, 7 ; bit 7 addlw 1 btfsc r0x01, 0 ; bit 8 addlw 2 btfsc r0x01, 1 ; bit 9 addlw 5 clrf d0x10 @28: addlw -10 bnc @29 incf d0x10, f bra @28 @29: addlw 10 movwf d0x09 decfsz round_digit, f bra @30 addlw 251 bnc @30 incf d0x10, f @30: ; adding digit 10 movf d0x10, w btfsc r0x00, 0 ; bit 0 addlw 4 btfsc r0x00, 1 ; bit 1 addlw 8 btfsc r0x00, 2 ; bit 2 addlw 7 btfsc r0x00, 3 ; bit 3 addlw 5 btfsc r0x00, 4 ; bit 4 addlw 1 btfsc r0x00, 5 ; bit 5 addlw 3 btfsc r0x00, 6 ; bit 6 addlw 6 btfsc r0x00, 7 ; bit 7 addlw 3 btfsc r0x01, 0 ; bit 8 addlw 6 btfsc r0x01, 1 ; bit 9 addlw 2 btfsc r0x01, 2 ; bit 10 addlw 5 clrf d0x11 @31: addlw -10 bnc @32 incf d0x11, f bra @31 @32: addlw 10 movwf d0x10 decfsz round_digit, f bra @33 addlw 251 bnc @33 incf d0x11, f @33: ; adding digit 11 movf d0x11, w btfsc r0x00, 0 ; bit 0 addlw 6 btfsc r0x00, 1 ; bit 1 addlw 2 btfsc r0x00, 2 ; bit 2 addlw 5 btfsc r0x00, 3 ; bit 3 addlw 1 btfsc r0x00, 4 ; bit 4 addlw 3 btfsc r0x00, 5 ; bit 5 addlw 6 btfsc r0x00, 6 ; bit 6 addlw 2 btfsc r0x00, 7 ; bit 7 addlw 5 btfsc r0x01, 1 ; bit 9 addlw 1 btfsc r0x01, 2 ; bit 10 addlw 2 btfsc r0x01, 3 ; bit 11 addlw 5 clrf d0x12 @34: addlw -10 bnc @35 incf d0x12, f bra @34 @35: addlw 10 movwf d0x11 decfsz round_digit, f bra @36 addlw 251 bnc @36 incf d0x12, f @36: ; adding digit 12 movf d0x12, w btfsc r0x00, 0 ; bit 0 addlw 4 btfsc r0x00, 1 ; bit 1 addlw 9 btfsc r0x00, 2 ; bit 2 addlw 8 btfsc r0x00, 3 ; bit 3 addlw 7 btfsc r0x00, 4 ; bit 4 addlw 4 btfsc r0x00, 5 ; bit 5 addlw 8 btfsc r0x00, 6 ; bit 6 addlw 7 btfsc r0x00, 7 ; bit 7 addlw 4 btfsc r0x01, 0 ; bit 8 addlw 9 btfsc r0x01, 1 ; bit 9 addlw 8 btfsc r0x01, 2 ; bit 10 addlw 6 btfsc r0x01, 3 ; bit 11 addlw 2 btfsc r0x01, 4 ; bit 12 addlw 5 clrf d0x13 @37: addlw -10 bnc @38 incf d0x13, f bra @37 @38: addlw 10 movwf d0x12 decfsz round_digit, f bra @39 addlw 251 bnc @39 incf d0x13, f @39: ; adding digit 13 movf d0x13, w btfsc r0x00, 2 ; bit 2 addlw 1 btfsc r0x00, 3 ; bit 3 addlw 3 btfsc r0x00, 4 ; bit 4 addlw 7 btfsc r0x00, 5 ; bit 5 addlw 4 btfsc r0x00, 6 ; bit 6 addlw 9 btfsc r0x00, 7 ; bit 7 addlw 9 btfsc r0x01, 0 ; bit 8 addlw 8 btfsc r0x01, 1 ; bit 9 addlw 7 btfsc r0x01, 2 ; bit 10 addlw 5 btfsc r0x01, 3 ; bit 11 addlw 1 btfsc r0x01, 4 ; bit 12 addlw 2 btfsc r0x01, 5 ; bit 13 addlw 5 clrf d0x14 @40: addlw -10 bnc @41 incf d0x14, f bra @40 @41: addlw 10 movwf d0x13 decfsz round_digit, f bra @42 addlw 251 bnc @42 incf d0x14, f @42: ; adding digit 14 movf d0x14, w btfsc r0x00, 0 ; bit 0 addlw 6 btfsc r0x00, 1 ; bit 1 addlw 2 btfsc r0x00, 2 ; bit 2 addlw 4 btfsc r0x00, 3 ; bit 3 addlw 8 btfsc r0x00, 4 ; bit 4 addlw 6 btfsc r0x00, 5 ; bit 5 addlw 3 btfsc r0x00, 6 ; bit 6 addlw 6 btfsc r0x00, 7 ; bit 7 addlw 3 btfsc r0x01, 0 ; bit 8 addlw 7 btfsc r0x01, 1 ; bit 9 addlw 5 btfsc r0x01, 2 ; bit 10 addlw 1 btfsc r0x01, 3 ; bit 11 addlw 3 btfsc r0x01, 4 ; bit 12 addlw 6 btfsc r0x01, 5 ; bit 13 addlw 2 btfsc r0x01, 6 ; bit 14 addlw 5 clrf d0x15 @43: addlw -10 bnc @44 incf d0x15, f bra @43 @44: addlw 10 movwf d0x14 decfsz round_digit, f bra @45 addlw 251 bnc @45 incf d0x15, f @45: ; adding digit 15 movf d0x15, w btfsc r0x00, 0 ; bit 0 addlw 9 btfsc r0x00, 1 ; bit 1 addlw 9 btfsc r0x00, 2 ; bit 2 addlw 8 btfsc r0x00, 3 ; bit 3 addlw 6 btfsc r0x00, 4 ; bit 4 addlw 3 btfsc r0x00, 5 ; bit 5 addlw 7 btfsc r0x00, 6 ; bit 6 addlw 4 btfsc r0x00, 7 ; bit 7 addlw 9 btfsc r0x01, 0 ; bit 8 addlw 8 btfsc r0x01, 1 ; bit 9 addlw 7 btfsc r0x01, 2 ; bit 10 addlw 5 btfsc r0x01, 5 ; bit 13 addlw 1 btfsc r0x01, 6 ; bit 14 addlw 2 btfsc r0x01, 7 ; bit 15 addlw 5 clrf d0x16 @46: addlw -10 bnc @47 incf d0x16, f bra @46 @47: addlw 10 movwf d0x15 decfsz round_digit, f bra @48 addlw 251 bnc @48 incf d0x16, f @48: ; adding digit 16 movf d0x16, w btfsc r0x00, 0 ; bit 0 addlw 5 btfsc r0x00, 1 ; bit 1 addlw 1 btfsc r0x00, 2 ; bit 2 addlw 3 btfsc r0x00, 3 ; bit 3 addlw 7 btfsc r0x00, 4 ; bit 4 addlw 5 btfsc r0x00, 6 ; bit 6 addlw 1 btfsc r0x00, 7 ; bit 7 addlw 2 btfsc r0x01, 0 ; bit 8 addlw 5 btfsc r0x01, 1 ; bit 9 addlw 1 btfsc r0x01, 2 ; bit 10 addlw 3 btfsc r0x01, 3 ; bit 11 addlw 7 btfsc r0x01, 4 ; bit 12 addlw 4 btfsc r0x01, 5 ; bit 13 addlw 8 btfsc r0x01, 6 ; bit 14 addlw 6 btfsc r0x01, 7 ; bit 15 addlw 2 btfsc r0x02, 0 ; bit 16 addlw 5 clrf d0x17 @49: addlw -10 bnc @50 incf d0x17, f bra @49 @50: addlw 10 movwf d0x16 decfsz round_digit, f bra @51 addlw 251 bnc @51 incf d0x17, f @51: ; adding digit 17 movf d0x17, w btfsc r0x00, 1 ; bit 1 addlw 1 btfsc r0x00, 2 ; bit 2 addlw 2 btfsc r0x00, 3 ; bit 3 addlw 4 btfsc r0x00, 4 ; bit 4 addlw 9 btfsc r0x00, 5 ; bit 5 addlw 9 btfsc r0x00, 6 ; bit 6 addlw 8 btfsc r0x00, 7 ; bit 7 addlw 6 btfsc r0x01, 0 ; bit 8 addlw 2 btfsc r0x01, 1 ; bit 9 addlw 5 btfsc r0x01, 4 ; bit 12 addlw 1 btfsc r0x01, 5 ; bit 13 addlw 2 btfsc r0x01, 6 ; bit 14 addlw 5 btfsc r0x01, 7 ; bit 15 addlw 1 btfsc r0x02, 0 ; bit 16 addlw 2 btfsc r0x02, 1 ; bit 17 addlw 5 clrf d0x18 @52: addlw -10 bnc @53 incf d0x18, f bra @52 @53: addlw 10 movwf d0x17 decfsz round_digit, f bra @54 addlw 251 bnc @54 incf d0x18, f @54: ; adding digit 18 movf d0x18, w btfsc r0x00, 5 ; bit 5 addlw 1 btfsc r0x00, 6 ; bit 6 addlw 3 btfsc r0x00, 7 ; bit 7 addlw 7 btfsc r0x01, 0 ; bit 8 addlw 5 btfsc r0x01, 2 ; bit 10 addlw 1 btfsc r0x01, 3 ; bit 11 addlw 2 btfsc r0x01, 4 ; bit 12 addlw 4 btfsc r0x01, 5 ; bit 13 addlw 8 btfsc r0x01, 6 ; bit 14 addlw 6 btfsc r0x01, 7 ; bit 15 addlw 3 btfsc r0x02, 0 ; bit 16 addlw 6 btfsc r0x02, 1 ; bit 17 addlw 2 btfsc r0x02, 2 ; bit 18 addlw 5 clrf d0x19 @55: addlw -10 bnc @56 incf d0x19, f bra @55 @56: addlw 10 movwf d0x18 decfsz round_digit, f bra @57 addlw 251 bnc @57 incf d0x19, f @57: ; adding digit 19 movf d0x19, w btfsc r0x01, 0 ; bit 8 addlw 1 btfsc r0x01, 1 ; bit 9 addlw 3 btfsc r0x01, 2 ; bit 10 addlw 6 btfsc r0x01, 3 ; bit 11 addlw 2 btfsc r0x01, 4 ; bit 12 addlw 4 btfsc r0x01, 5 ; bit 13 addlw 8 btfsc r0x01, 6 ; bit 14 addlw 7 btfsc r0x01, 7 ; bit 15 addlw 5 btfsc r0x02, 1 ; bit 17 addlw 1 btfsc r0x02, 2 ; bit 18 addlw 2 btfsc r0x02, 3 ; bit 19 addlw 5 clrf d0x20 @58: addlw -10 bnc @59 incf d0x20, f bra @58 @59: addlw 10 movwf d0x19 decfsz round_digit, f bra @60 addlw 251 bnc @60 incf d0x20, f @60: ; adding digit 20 movf d0x20, w btfsc r0x01, 3 ; bit 11 addlw 1 btfsc r0x01, 4 ; bit 12 addlw 2 btfsc r0x01, 5 ; bit 13 addlw 4 btfsc r0x01, 6 ; bit 14 addlw 9 btfsc r0x01, 7 ; bit 15 addlw 9 btfsc r0x02, 0 ; bit 16 addlw 9 btfsc r0x02, 1 ; bit 17 addlw 8 btfsc r0x02, 2 ; bit 18 addlw 6 btfsc r0x02, 3 ; bit 19 addlw 2 btfsc r0x02, 4 ; bit 20 addlw 5 clrf d0x21 @61: addlw -10 bnc @62 incf d0x21, f bra @61 @62: addlw 10 movwf d0x20 decfsz round_digit, f bra @63 addlw 251 bnc @63 incf d0x21, f @63: ; adding digit 21 movf d0x21, w btfsc r0x01, 7 ; bit 15 addlw 1 btfsc r0x02, 0 ; bit 16 addlw 3 btfsc r0x02, 1 ; bit 17 addlw 7 btfsc r0x02, 2 ; bit 18 addlw 5 btfsc r0x02, 3 ; bit 19 addlw 1 btfsc r0x02, 4 ; bit 20 addlw 2 btfsc r0x02, 5 ; bit 21 addlw 5 clrf d0x22 @64: addlw -10 bnc @65 incf d0x22, f bra @64 @65: addlw 10 movwf d0x21 decfsz round_digit, f bra @66 addlw 251 bnc @66 incf d0x22, f @66: ; adding digit 22 movf d0x22, w btfsc r0x02, 2 ; bit 18 addlw 1 btfsc r0x02, 3 ; bit 19 addlw 3 btfsc r0x02, 4 ; bit 20 addlw 6 btfsc r0x02, 5 ; bit 21 addlw 2 btfsc r0x02, 6 ; bit 22 addlw 5 clrf d0x23 @67: addlw -10 bnc @68 incf d0x23, f bra @67 @68: addlw 10 movwf d0x22 decfsz round_digit, f bra @69 addlw 251 bnc @69 incf d0x23, f @69: ; adding digit 23 movf d0x23, w btfsc r0x02, 5 ; bit 21 addlw 1 btfsc r0x02, 6 ; bit 22 addlw 2 btfsc r0x02, 7 ; bit 23 addlw 5 clrf d0x24 @70: addlw -10 bnc @71 incf d0x24, f bra @70 @71: addlw 10 movwf d0x23 decfsz round_digit, f bra @72 addlw 251 bnc @72 incf d0x24, f @72: ; finalization @73: addlw 48 movwf POSTINC0 movf d0x22, w @74: addlw 48 movwf POSTINC0 movf d0x21, w @75: addlw 48 movwf POSTINC0 movf d0x20, w @76: addlw 48 movwf POSTINC0 movf d0x19, w @77: addlw 48 movwf POSTINC0 movf d0x18, w @78: addlw 48 movwf POSTINC0 movf d0x17, w @79: addlw 48 movwf POSTINC0 movf d0x16, w @80: addlw 48 movwf POSTINC0 movf d0x15, w @81: addlw 48 movwf POSTINC0 movf d0x14, w @82: addlw 48 movwf POSTINC0 movf d0x13, w @83: addlw 48 movwf POSTINC0 movf d0x12, w @84: addlw 48 movwf POSTINC0 movf d0x11, w @85: addlw 48 movwf POSTINC0 movf d0x10, w @86: addlw 48 movwf POSTINC0 movf d0x09, w @87: addlw 48 movwf POSTINC0 movf d0x08, w @88: addlw 48 movwf POSTINC0 movf d0x07, w @89: addlw 48 movwf POSTINC0 movf d0x06, w @90: addlw 48 movwf POSTINC0 movf d0x05, w @91: addlw 48 movwf POSTINC0 movf d0x04, w @92: addlw 48 movwf POSTINC0 movf d0x03, w @93: addlw 48 movwf POSTINC0 movf d0x02, w @94: addlw 48 movwf POSTINC0 movf d0x01, w @95: addlw 48 movwf POSTINC0 movf d0x00, w @96: addlw 48 movwf POSTINC0 movlw 23 movff PREINC1, d0x24 movff PREINC1, d0x23 movff PREINC1, d0x22 movff PREINC1, d0x21 movff PREINC1, d0x20 movff PREINC1, d0x19 movff PREINC1, d0x18 movff PREINC1, d0x17 movff PREINC1, d0x16 movff PREINC1, d0x15 movff PREINC1, d0x14 movff PREINC1, d0x13 movff PREINC1, d0x12 movff PREINC1, d0x11 movff PREINC1, d0x10 movff PREINC1, d0x09 movff PREINC1, d0x08 movff PREINC1, d0x07 movff PREINC1, d0x06 movff PREINC1, d0x05 movff PREINC1, d0x04 movff PREINC1, d0x03 movff PREINC1, d0x02 movff PREINC1, d0x01 movff PREINC1, d0x00 return end ; Converstion table ; ;00 0.5000000000000000000000000 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ;01 0.2500000000000000000000000 2 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ;02 0.1250000000000000000000000 1 2 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ;03 0.0625000000000000000000000 0 6 2 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ;04 0.0312500000000000000000000 0 3 1 2 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ;05 0.0156250000000000000000000 0 1 5 6 2 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ;06 0.0078125000000000000000000 0 0 7 8 1 2 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ;07 0.0039062500000000000000000 0 0 3 9 0 6 2 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ;08 0.0019531250000000000000000 0 0 1 9 5 3 1 2 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ;09 0.0009765625000000000000000 0 0 0 9 7 6 5 6 2 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ;10 0.0004882812500000000000000 0 0 0 4 8 8 2 8 1 2 5 0 0 0 0 0 0 0 0 0 0 0 0 0 ;11 0.0002441406250000000000000 0 0 0 2 4 4 1 4 0 6 2 5 0 0 0 0 0 0 0 0 0 0 0 0 ;12 0.0001220703125000000000000 0 0 0 1 2 2 0 7 0 3 1 2 5 0 0 0 0 0 0 0 0 0 0 0 ;13 0.0000610351562500000000000 0 0 0 0 6 1 0 3 5 1 5 6 2 5 0 0 0 0 0 0 0 0 0 0 ;14 0.0000305175781250000000000 0 0 0 0 3 0 5 1 7 5 7 8 1 2 5 0 0 0 0 0 0 0 0 0 ;15 0.0000152587890625000000000 0 0 0 0 1 5 2 5 8 7 8 9 0 6 2 5 0 0 0 0 0 0 0 0 ;16 0.0000076293945312500000000 0 0 0 0 0 7 6 2 9 3 9 4 5 3 1 2 5 0 0 0 0 0 0 0 ;17 0.0000038146972656250000000 0 0 0 0 0 3 8 1 4 6 9 7 2 6 5 6 2 5 0 0 0 0 0 0 ;18 0.0000019073486328125000000 0 0 0 0 0 1 9 0 7 3 4 8 6 3 2 8 1 2 5 0 0 0 0 0 ;19 0.0000009536743164062500000 0 0 0 0 0 0 9 5 3 6 7 4 3 1 6 4 0 6 2 5 0 0 0 0 ;20 0.0000004768371582031250000 0 0 0 0 0 0 4 7 6 8 3 7 1 5 8 2 0 3 1 2 5 0 0 0 ;21 0.0000002384185791015625000 0 0 0 0 0 0 2 3 8 4 1 8 5 7 9 1 0 1 5 6 2 5 0 0 ;22 0.0000001192092895507812500 0 0 0 0 0 0 1 1 9 2 0 9 2 8 9 5 5 0 7 8 1 2 5 0 ;23 0.0000000596046447753906250 0 0 0 0 0 0 0 5 9 6 0 4 6 4 4 7 7 5 3 9 0 6 2 5 sdcc-2.9.0/device/lib/pic16/libc/utils/cnvint.S000066400000000000000000000206761116427777700211210ustar00rootroot00000000000000; ; Convertion routine of 24 bits integer to ASCII ; ; written by Vangelis Rokas , 2004 ; ; ; ; This program is free software; you can redistribute it and/or ; modify it under the terms of the GNU Library General Public License ; as published by the Free Software Foundation; either version 2 ; of the License, or (at your option) any later version. ; ; This library is distributed in the hope that it will be useful, ; but WITHOUT ANY WARRANTY; without even the implied warranty of ; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ; GNU General Public License for more details. ; ; You should have received a copy of the GNU General Public License ; along with this program; if not, write to the Free Software ; Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ; ; ; $Id: cnvint.S 3711 2005-03-31 16:25:17Z vrokas $ ; radix dec list nolist POSTINC0 equ 0xfee POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 STATUS equ 0xfd8 global _convert_int .registers udata_ovr 0x000 r0x00 res 1 r0x01 res 1 r0x02 res 1 r0x03 res 1 d0x00 res 1 d0x01 res 1 d0x02 res 1 d0x03 res 1 d0x04 res 1 d0x05 res 1 d0x06 res 1 d0x07 res 1 d0x08 res 1 d0x09 res 1 digit_count res 1 S__convert_int code _convert_int: movff r0x00, POSTDEC1 movff r0x01, POSTDEC1 movff r0x02, POSTDEC1 movff r0x03, POSTDEC1 movff d0x00, POSTDEC1 movff d0x01, POSTDEC1 movff d0x02, POSTDEC1 movff d0x03, POSTDEC1 movff d0x04, POSTDEC1 movff d0x05, POSTDEC1 movff d0x06, POSTDEC1 movff d0x07, POSTDEC1 movff d0x08, POSTDEC1 movff d0x09, POSTDEC1 movff digit_count, POSTDEC1 ; adding digit 0 movlw 0 btfsc r0x00, 0 ; bit 0 addlw 1 btfsc r0x00, 1 ; bit 1 addlw 2 btfsc r0x00, 2 ; bit 2 addlw 4 btfsc r0x00, 3 ; bit 3 addlw 8 btfsc r0x00, 4 ; bit 4 addlw 6 btfsc r0x00, 5 ; bit 5 addlw 2 btfsc r0x00, 6 ; bit 6 addlw 4 btfsc r0x00, 7 ; bit 7 addlw 8 btfsc r0x01, 0 ; bit 8 addlw 6 btfsc r0x01, 1 ; bit 9 addlw 2 btfsc r0x01, 2 ; bit 10 addlw 4 btfsc r0x01, 3 ; bit 11 addlw 8 btfsc r0x01, 4 ; bit 12 addlw 6 btfsc r0x01, 5 ; bit 13 addlw 2 btfsc r0x01, 6 ; bit 14 addlw 4 btfsc r0x01, 7 ; bit 15 addlw 8 btfsc r0x02, 0 ; bit 16 addlw 6 btfsc r0x02, 1 ; bit 17 addlw 2 btfsc r0x02, 2 ; bit 18 addlw 4 btfsc r0x02, 3 ; bit 19 addlw 8 btfsc r0x02, 4 ; bit 20 addlw 6 btfsc r0x02, 5 ; bit 21 addlw 2 btfsc r0x02, 6 ; bit 22 addlw 4 btfsc r0x02, 7 ; bit 23 addlw 8 clrf d0x01 @1: addlw -10 bnc @2 incf d0x01, f bra @1 @2: addlw 10 movwf d0x00 ; adding digit 1 movf d0x01, w btfsc r0x00, 4 ; bit 4 addlw 1 btfsc r0x00, 5 ; bit 5 addlw 3 btfsc r0x00, 6 ; bit 6 addlw 6 btfsc r0x00, 7 ; bit 7 addlw 2 btfsc r0x01, 0 ; bit 8 addlw 5 btfsc r0x01, 1 ; bit 9 addlw 1 btfsc r0x01, 2 ; bit 10 addlw 2 btfsc r0x01, 3 ; bit 11 addlw 4 btfsc r0x01, 4 ; bit 12 addlw 9 btfsc r0x01, 5 ; bit 13 addlw 9 btfsc r0x01, 6 ; bit 14 addlw 8 btfsc r0x01, 7 ; bit 15 addlw 6 btfsc r0x02, 0 ; bit 16 addlw 3 btfsc r0x02, 1 ; bit 17 addlw 7 btfsc r0x02, 2 ; bit 18 addlw 4 btfsc r0x02, 3 ; bit 19 addlw 8 btfsc r0x02, 4 ; bit 20 addlw 7 btfsc r0x02, 5 ; bit 21 addlw 5 clrf d0x02 @3: addlw -10 bnc @4 incf d0x02, f bra @3 @4: addlw 10 movwf d0x01 ; adding digit 2 movf d0x02, w btfsc r0x00, 7 ; bit 7 addlw 1 btfsc r0x01, 0 ; bit 8 addlw 2 btfsc r0x01, 1 ; bit 9 addlw 5 btfsc r0x01, 5 ; bit 13 addlw 1 btfsc r0x01, 6 ; bit 14 addlw 3 btfsc r0x01, 7 ; bit 15 addlw 7 btfsc r0x02, 0 ; bit 16 addlw 5 btfsc r0x02, 2 ; bit 18 addlw 1 btfsc r0x02, 3 ; bit 19 addlw 2 btfsc r0x02, 4 ; bit 20 addlw 5 btfsc r0x02, 5 ; bit 21 addlw 1 btfsc r0x02, 6 ; bit 22 addlw 3 btfsc r0x02, 7 ; bit 23 addlw 6 clrf d0x03 @5: addlw -10 bnc @6 incf d0x03, f bra @5 @6: addlw 10 movwf d0x02 ; adding digit 3 movf d0x03, w btfsc r0x01, 2 ; bit 10 addlw 1 btfsc r0x01, 3 ; bit 11 addlw 2 btfsc r0x01, 4 ; bit 12 addlw 4 btfsc r0x01, 5 ; bit 13 addlw 8 btfsc r0x01, 6 ; bit 14 addlw 6 btfsc r0x01, 7 ; bit 15 addlw 2 btfsc r0x02, 0 ; bit 16 addlw 5 btfsc r0x02, 1 ; bit 17 addlw 1 btfsc r0x02, 2 ; bit 18 addlw 2 btfsc r0x02, 3 ; bit 19 addlw 4 btfsc r0x02, 4 ; bit 20 addlw 8 btfsc r0x02, 5 ; bit 21 addlw 7 btfsc r0x02, 6 ; bit 22 addlw 4 btfsc r0x02, 7 ; bit 23 addlw 8 clrf d0x04 @7: addlw -10 bnc @8 incf d0x04, f bra @7 @8: addlw 10 movwf d0x03 ; adding digit 4 movf d0x04, w btfsc r0x01, 6 ; bit 14 addlw 1 btfsc r0x01, 7 ; bit 15 addlw 3 btfsc r0x02, 0 ; bit 16 addlw 6 btfsc r0x02, 1 ; bit 17 addlw 3 btfsc r0x02, 2 ; bit 18 addlw 6 btfsc r0x02, 3 ; bit 19 addlw 2 btfsc r0x02, 4 ; bit 20 addlw 4 btfsc r0x02, 5 ; bit 21 addlw 9 btfsc r0x02, 6 ; bit 22 addlw 9 btfsc r0x02, 7 ; bit 23 addlw 8 clrf d0x05 @9: addlw -10 bnc @10 incf d0x05, f bra @9 @10: addlw 10 movwf d0x04 ; adding digit 5 movf d0x05, w btfsc r0x02, 1 ; bit 17 addlw 1 btfsc r0x02, 2 ; bit 18 addlw 2 btfsc r0x02, 3 ; bit 19 addlw 5 btfsc r0x02, 6 ; bit 22 addlw 1 btfsc r0x02, 7 ; bit 23 addlw 3 clrf d0x06 @11: addlw -10 bnc @12 incf d0x06, f bra @11 @12: addlw 10 movwf d0x05 ; adding digit 6 movf d0x06, w btfsc r0x02, 4 ; bit 20 addlw 1 btfsc r0x02, 5 ; bit 21 addlw 2 btfsc r0x02, 6 ; bit 22 addlw 4 btfsc r0x02, 7 ; bit 23 addlw 8 clrf d0x07 @13: addlw -10 bnc @14 incf d0x07, f bra @13 @14: addlw 10 movwf d0x06 ; adding digit 7 movf d0x07, w clrf digit_count ; finalization bnz @15 movf d0x06, w bnz @16 movf d0x05, w bnz @17 movf d0x04, w bnz @18 movf d0x03, w bnz @19 movf d0x02, w bnz @20 movf d0x01, w bnz @21 movf d0x00, w bra @22 @15: incf digit_count, f addlw 48 movwf POSTINC0 movf d0x06, w @16: incf digit_count, f addlw 48 movwf POSTINC0 movf d0x05, w @17: incf digit_count, f addlw 48 movwf POSTINC0 movf d0x04, w @18: incf digit_count, f addlw 48 movwf POSTINC0 movf d0x03, w @19: incf digit_count, f addlw 48 movwf POSTINC0 movf d0x02, w @20: incf digit_count, f addlw 48 movwf POSTINC0 movf d0x01, w @21: incf digit_count, f addlw 48 movwf POSTINC0 movf d0x00, w @22: incf digit_count, f addlw 48 movwf POSTINC0 movf digit_count, w movff PREINC1, digit_count movff PREINC1, d0x09 movff PREINC1, d0x08 movff PREINC1, d0x07 movff PREINC1, d0x06 movff PREINC1, d0x05 movff PREINC1, d0x04 movff PREINC1, d0x03 movff PREINC1, d0x02 movff PREINC1, d0x01 movff PREINC1, d0x00 movff PREINC1, r0x03 movff PREINC1, r0x02 movff PREINC1, r0x01 movff PREINC1, r0x00 return end ; Converstion table ; ;00 000000000000000000000001 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 ;01 000000000000000000000002 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2 ;02 000000000000000000000004 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 ;03 000000000000000000000008 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 8 ;04 000000000000000000000016 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 6 ;05 000000000000000000000032 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3 2 ;06 000000000000000000000064 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 4 ;07 000000000000000000000128 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 2 8 ;08 000000000000000000000256 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2 5 6 ;09 000000000000000000000512 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 5 1 2 ;10 000000000000000000001024 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 2 4 ;11 000000000000000000002048 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2 0 4 8 ;12 000000000000000000004096 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 0 9 6 ;13 000000000000000000008192 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 8 1 9 2 ;14 000000000000000000016384 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 6 3 8 4 ;15 000000000000000000032768 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3 2 7 6 8 ;16 000000000000000000065536 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 5 5 3 6 ;17 000000000000000000131072 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 3 1 0 7 2 ;18 000000000000000000262144 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2 6 2 1 4 4 ;19 000000000000000000524288 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 5 2 4 2 8 8 ;20 000000000000000001048576 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 4 8 5 7 6 ;21 000000000000000002097152 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2 0 9 7 1 5 2 ;22 000000000000000004194304 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 1 9 4 3 0 4 ;23 000000000000000008388608 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 8 3 8 8 6 0 8 sdcc-2.9.0/device/lib/pic16/libc/utils/cvtdec.S000066400000000000000000000077411116427777700210660ustar00rootroot00000000000000;-- ; ; File: cvtdec.asm ; Author: George Gallant ; Date: 19OCT04 ; ; $Id: cvtdec.S 3718 2005-04-06 06:06:20Z vrokas $ ; ; This routine is based on the code and algorithm by ; Nikolai Golovchenko and Scott Dattalo presented in ; the piclist webb site on radix conversion methods. ; Modified to support integers from 0 to 65535 and coded ; for the pic18 chip set. ; ; Digit ; BIT Weight 4 3 2 1 0 ; --- ------ --- --- --- --- --- ; 0 1 0 0 0 0 1 ; 1 2 0 0 0 0 2 ; 2 4 0 0 0 0 4 ; 3 8 0 0 0 0 8 ; ; 4 16 0 0 0 1 6 ; 5 32 0 0 0 3 2 ; 6 64 0 0 0 6 4 ; 7 128 0 0 1 2 8 ; ; 8 256 0 0 2 5 6 ; 9 512 0 0 5 1 2 ; 10 1024 0 1 0 2 4 ; 11 2048 0 2 0 4 8 ; ; 12 4096 0 4 0 9 6 ; 13 8192 0 8 1 9 2 ; 14 16384 1 6 3 8 4 ; 15 32768 3 2 7 6 8 ; ;-- nolist include list udata global digits digits: res 6 code global cvt_dec_word ;-- ; ; Convert a 16-bit binary word to 5 BCD bytes ; ; On Call ; PROD 16 bit word ; FSR0 pointer to ascii buffer ; ; On Return ; digits[4:0] contain the BCD integers ; ; Notes: 1. strip leading zeros ; 2. only positive integers on input ; 3. FSR0, PROD & W are modified and not preserved ; ;-- cvt_dec_word: clrw ;calculate digit 0 - lsd btfsc PRODL,0 ;bit0 addlw 1 btfsc PRODL,1 ;bit1 addlw 2 btfsc PRODL,2 ;bit2 addlw 4 btfsc PRODL,3 ;bit3 addlw 8 btfsc PRODL,4 ;bit4 addlw 6 btfsc PRODL,5 ;bit5 addlw 2 btfsc PRODL,6 ;bit6 addlw 4 btfsc PRODL,7 ;bit7 addlw 8 btfsc PRODH,0 ;bit8 addlw 6 btfsc PRODH,1 ;bit9 addlw 2 btfsc PRODH,2 ;bit10 addlw 4 btfsc PRODH,3 ;bit11 addlw 8 btfsc PRODH,4 ;bit12 addlw 6 btfsc PRODH,5 ;bit13 addlw 2 btfsc PRODH,6 ;bit14 addlw 4 btfsc PRODH,7 ;bit15 addlw 8 clrf digits+1 ;setup for carry in 10's @1: addlw -10 bnc @2 incf digits+1,f bra @1 @2: addlw 10 movwf digits+0 ; calculate digit 1 movf digits+1,w btfsc PRODL,4 ;bit4 addlw 1 btfsc PRODL,5 ;bit5 addlw 3 btfsc PRODL,6 ;bit6 addlw 6 btfsc PRODL,7 ;bit7 addlw 2 btfsc PRODH,0 ;bit8 addlw 5 btfsc PRODH,1 ;bit9 addlw 1 btfsc PRODH,2 ;bit10 addlw 2 btfsc PRODH,3 ;bit11 addlw 4 btfsc PRODH,4 ;bit12 addlw 9 btfsc PRODH,5 ;bit13 addlw 9 btfsc PRODH,6 ;bit14 addlw 8 btfsc PRODH,7 ;bit15 addlw 6 clrf digits+2 ;setup for carry into 100's @3: addlw -10 bnc @4 incf digits+2,f bra @3 @4: addlw 10 movwf digits+1 ; calculate digit 2 movf digits+2,w btfsc PRODL,7 ;bit7 addlw 1 btfsc PRODH,0 ;bit8 addlw 2 btfsc PRODH,1 ;bit9 addlw 5 btfsc PRODH,5 ;bit13 addlw 1 btfsc PRODH,6 ;bit14 addlw 3 btfsc PRODH,7 ;bit15 addlw 7 clrf digits+3 ;setup for carry into 1000's @5: addlw -10 bnc @6 incf digits+3,f bra @5 @6: addlw 10 movwf digits+2 ; calculate digit 3 movf digits+3,w btfsc PRODH,2 ;bit10 addlw 1 btfsc PRODH,3 ;bit11 addlw 2 btfsc PRODH,4 ;bit12 addlw 4 btfsc PRODH,5 ;bit13 addlw 8 btfsc PRODH,6 ;bit14 addlw 6 btfsc PRODH,7 ;bit15 addlw 2 clrf digits+4 ;setup for carry into 10000's @7: addlw -10 bnc @8 incf digits+4,f bra @7 @8: addlw 10 movwf digits+3 ; calculate digit 4 movf digits+4,w btfsc PRODH,6 ;bit14 addlw 1 btfsc PRODH,7 ;bit15 addlw 3 @9: addlw -10 bc @9 addlw 10 ; movwf digits+4 ; movf digits+4,w bnz @11 movf digits+3,w bnz @12 movf digits+2,w bnz @13 movf digits+1,w bnz @14 bra @15 @11: addlw 0x30 movwf POSTINC0 movf digits+3,w @12: addlw 0x30 movwf POSTINC0 movf digits+2,w @13: addlw 0x30 movwf POSTINC0 movf digits+1,w @14: addlw 0x30 movwf POSTINC0 @15: movf digits+0,w addlw 0x30 movwf POSTINC0 return end sdcc-2.9.0/device/lib/pic16/libdev/000077500000000000000000000000001116427777700166555ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libdev/Makefile.am000066400000000000000000000277651116427777700207320ustar00rootroot00000000000000## Makefile.am -- Process this file with automake to produce Makefile.in ## This file has been automatically generated using ./mkmk.sh. lib_LIBRARIES = lib_LIBRARIES += libdev18f1220.a libdev18f1220_a_SOURCES = pic18f1220.c libdev18f1220_a_CFLAGS = -p18f1220 $(AM_CFLAGS) lib_LIBRARIES += libdev18f1320.a libdev18f1320_a_SOURCES = pic18f1320.c libdev18f1320_a_CFLAGS = -p18f1320 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2220.a libdev18f2220_a_SOURCES = pic18f2220.c libdev18f2220_a_CFLAGS = -p18f2220 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2221.a libdev18f2221_a_SOURCES = pic18f2221.c libdev18f2221_a_CFLAGS = -p18f2221 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2320.a libdev18f2320_a_SOURCES = pic18f2320.c libdev18f2320_a_CFLAGS = -p18f2320 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2321.a libdev18f2321_a_SOURCES = pic18f2321.c libdev18f2321_a_CFLAGS = -p18f2321 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2331.a libdev18f2331_a_SOURCES = pic18f2331.c libdev18f2331_a_CFLAGS = -p18f2331 $(AM_CFLAGS) lib_LIBRARIES += libdev18f23k20.a libdev18f23k20_a_SOURCES = pic18f23k20.c libdev18f23k20_a_CFLAGS = -p18f23k20 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2410.a libdev18f2410_a_SOURCES = pic18f2410.c libdev18f2410_a_CFLAGS = -p18f2410 $(AM_CFLAGS) lib_LIBRARIES += libdev18f242.a libdev18f242_a_SOURCES = pic18f242.c libdev18f242_a_CFLAGS = -p18f242 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2420.a libdev18f2420_a_SOURCES = pic18f2420.c libdev18f2420_a_CFLAGS = -p18f2420 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2423.a libdev18f2423_a_SOURCES = pic18f2423.c libdev18f2423_a_CFLAGS = -p18f2423 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2431.a libdev18f2431_a_SOURCES = pic18f2431.c libdev18f2431_a_CFLAGS = -p18f2431 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2450.a libdev18f2450_a_SOURCES = pic18f2450.c libdev18f2450_a_CFLAGS = -p18f2450 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2455.a libdev18f2455_a_SOURCES = pic18f2455.c libdev18f2455_a_CFLAGS = -p18f2455 $(AM_CFLAGS) lib_LIBRARIES += libdev18f248.a libdev18f248_a_SOURCES = pic18f248.c libdev18f248_a_CFLAGS = -p18f248 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2480.a libdev18f2480_a_SOURCES = pic18f2480.c libdev18f2480_a_CFLAGS = -p18f2480 $(AM_CFLAGS) lib_LIBRARIES += libdev18f24j10.a libdev18f24j10_a_SOURCES = pic18f24j10.c libdev18f24j10_a_CFLAGS = -p18f24j10 $(AM_CFLAGS) lib_LIBRARIES += libdev18f24k20.a libdev18f24k20_a_SOURCES = pic18f24k20.c libdev18f24k20_a_CFLAGS = -p18f24k20 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2510.a libdev18f2510_a_SOURCES = pic18f2510.c libdev18f2510_a_CFLAGS = -p18f2510 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2515.a libdev18f2515_a_SOURCES = pic18f2515.c libdev18f2515_a_CFLAGS = -p18f2515 $(AM_CFLAGS) lib_LIBRARIES += libdev18f252.a libdev18f252_a_SOURCES = pic18f252.c libdev18f252_a_CFLAGS = -p18f252 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2520.a libdev18f2520_a_SOURCES = pic18f2520.c libdev18f2520_a_CFLAGS = -p18f2520 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2523.a libdev18f2523_a_SOURCES = pic18f2523.c libdev18f2523_a_CFLAGS = -p18f2523 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2525.a libdev18f2525_a_SOURCES = pic18f2525.c libdev18f2525_a_CFLAGS = -p18f2525 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2550.a libdev18f2550_a_SOURCES = pic18f2550.c libdev18f2550_a_CFLAGS = -p18f2550 $(AM_CFLAGS) lib_LIBRARIES += libdev18f258.a libdev18f258_a_SOURCES = pic18f258.c libdev18f258_a_CFLAGS = -p18f258 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2580.a libdev18f2580_a_SOURCES = pic18f2580.c libdev18f2580_a_CFLAGS = -p18f2580 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2585.a libdev18f2585_a_SOURCES = pic18f2585.c libdev18f2585_a_CFLAGS = -p18f2585 $(AM_CFLAGS) lib_LIBRARIES += libdev18f25j10.a libdev18f25j10_a_SOURCES = pic18f25j10.c libdev18f25j10_a_CFLAGS = -p18f25j10 $(AM_CFLAGS) lib_LIBRARIES += libdev18f25k20.a libdev18f25k20_a_SOURCES = pic18f25k20.c libdev18f25k20_a_CFLAGS = -p18f25k20 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2610.a libdev18f2610_a_SOURCES = pic18f2610.c libdev18f2610_a_CFLAGS = -p18f2610 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2620.a libdev18f2620_a_SOURCES = pic18f2620.c libdev18f2620_a_CFLAGS = -p18f2620 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2680.a libdev18f2680_a_SOURCES = pic18f2680.c libdev18f2680_a_CFLAGS = -p18f2680 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2682.a libdev18f2682_a_SOURCES = pic18f2682.c libdev18f2682_a_CFLAGS = -p18f2682 $(AM_CFLAGS) lib_LIBRARIES += libdev18f2685.a libdev18f2685_a_SOURCES = pic18f2685.c libdev18f2685_a_CFLAGS = -p18f2685 $(AM_CFLAGS) lib_LIBRARIES += libdev18f26k20.a libdev18f26k20_a_SOURCES = pic18f26k20.c libdev18f26k20_a_CFLAGS = -p18f26k20 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4220.a libdev18f4220_a_SOURCES = pic18f4220.c libdev18f4220_a_CFLAGS = -p18f4220 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4221.a libdev18f4221_a_SOURCES = pic18f4221.c libdev18f4221_a_CFLAGS = -p18f4221 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4320.a libdev18f4320_a_SOURCES = pic18f4320.c libdev18f4320_a_CFLAGS = -p18f4320 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4321.a libdev18f4321_a_SOURCES = pic18f4321.c libdev18f4321_a_CFLAGS = -p18f4321 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4331.a libdev18f4331_a_SOURCES = pic18f4331.c libdev18f4331_a_CFLAGS = -p18f4331 $(AM_CFLAGS) lib_LIBRARIES += libdev18f43k20.a libdev18f43k20_a_SOURCES = pic18f43k20.c libdev18f43k20_a_CFLAGS = -p18f43k20 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4410.a libdev18f4410_a_SOURCES = pic18f4410.c libdev18f4410_a_CFLAGS = -p18f4410 $(AM_CFLAGS) lib_LIBRARIES += libdev18f442.a libdev18f442_a_SOURCES = pic18f442.c libdev18f442_a_CFLAGS = -p18f442 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4420.a libdev18f4420_a_SOURCES = pic18f4420.c libdev18f4420_a_CFLAGS = -p18f4420 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4423.a libdev18f4423_a_SOURCES = pic18f4423.c libdev18f4423_a_CFLAGS = -p18f4423 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4431.a libdev18f4431_a_SOURCES = pic18f4431.c libdev18f4431_a_CFLAGS = -p18f4431 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4450.a libdev18f4450_a_SOURCES = pic18f4450.c libdev18f4450_a_CFLAGS = -p18f4450 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4455.a libdev18f4455_a_SOURCES = pic18f4455.c libdev18f4455_a_CFLAGS = -p18f4455 $(AM_CFLAGS) lib_LIBRARIES += libdev18f448.a libdev18f448_a_SOURCES = pic18f448.c libdev18f448_a_CFLAGS = -p18f448 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4480.a libdev18f4480_a_SOURCES = pic18f4480.c libdev18f4480_a_CFLAGS = -p18f4480 $(AM_CFLAGS) lib_LIBRARIES += libdev18f44j10.a libdev18f44j10_a_SOURCES = pic18f44j10.c libdev18f44j10_a_CFLAGS = -p18f44j10 $(AM_CFLAGS) lib_LIBRARIES += libdev18f44k20.a libdev18f44k20_a_SOURCES = pic18f44k20.c libdev18f44k20_a_CFLAGS = -p18f44k20 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4510.a libdev18f4510_a_SOURCES = pic18f4510.c libdev18f4510_a_CFLAGS = -p18f4510 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4515.a libdev18f4515_a_SOURCES = pic18f4515.c libdev18f4515_a_CFLAGS = -p18f4515 $(AM_CFLAGS) lib_LIBRARIES += libdev18f452.a libdev18f452_a_SOURCES = pic18f452.c libdev18f452_a_CFLAGS = -p18f452 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4520.a libdev18f4520_a_SOURCES = pic18f4520.c libdev18f4520_a_CFLAGS = -p18f4520 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4523.a libdev18f4523_a_SOURCES = pic18f4523.c libdev18f4523_a_CFLAGS = -p18f4523 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4525.a libdev18f4525_a_SOURCES = pic18f4525.c libdev18f4525_a_CFLAGS = -p18f4525 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4550.a libdev18f4550_a_SOURCES = pic18f4550.c libdev18f4550_a_CFLAGS = -p18f4550 $(AM_CFLAGS) lib_LIBRARIES += libdev18f458.a libdev18f458_a_SOURCES = pic18f458.c libdev18f458_a_CFLAGS = -p18f458 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4580.a libdev18f4580_a_SOURCES = pic18f4580.c libdev18f4580_a_CFLAGS = -p18f4580 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4585.a libdev18f4585_a_SOURCES = pic18f4585.c libdev18f4585_a_CFLAGS = -p18f4585 $(AM_CFLAGS) lib_LIBRARIES += libdev18f45j10.a libdev18f45j10_a_SOURCES = pic18f45j10.c libdev18f45j10_a_CFLAGS = -p18f45j10 $(AM_CFLAGS) lib_LIBRARIES += libdev18f45k20.a libdev18f45k20_a_SOURCES = pic18f45k20.c libdev18f45k20_a_CFLAGS = -p18f45k20 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4610.a libdev18f4610_a_SOURCES = pic18f4610.c libdev18f4610_a_CFLAGS = -p18f4610 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4620.a libdev18f4620_a_SOURCES = pic18f4620.c libdev18f4620_a_CFLAGS = -p18f4620 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4680.a libdev18f4680_a_SOURCES = pic18f4680.c libdev18f4680_a_CFLAGS = -p18f4680 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4682.a libdev18f4682_a_SOURCES = pic18f4682.c libdev18f4682_a_CFLAGS = -p18f4682 $(AM_CFLAGS) lib_LIBRARIES += libdev18f4685.a libdev18f4685_a_SOURCES = pic18f4685.c libdev18f4685_a_CFLAGS = -p18f4685 $(AM_CFLAGS) lib_LIBRARIES += libdev18f46k20.a libdev18f46k20_a_SOURCES = pic18f46k20.c libdev18f46k20_a_CFLAGS = -p18f46k20 $(AM_CFLAGS) lib_LIBRARIES += libdev18f6520.a libdev18f6520_a_SOURCES = pic18f6520.c libdev18f6520_a_CFLAGS = -p18f6520 $(AM_CFLAGS) lib_LIBRARIES += libdev18f6585.a libdev18f6585_a_SOURCES = pic18f6585.c libdev18f6585_a_CFLAGS = -p18f6585 $(AM_CFLAGS) lib_LIBRARIES += libdev18f65j50.a libdev18f65j50_a_SOURCES = pic18f65j50.c libdev18f65j50_a_CFLAGS = -p18f65j50 $(AM_CFLAGS) lib_LIBRARIES += libdev18f6620.a libdev18f6620_a_SOURCES = pic18f6620.c libdev18f6620_a_CFLAGS = -p18f6620 $(AM_CFLAGS) lib_LIBRARIES += libdev18f6680.a libdev18f6680_a_SOURCES = pic18f6680.c libdev18f6680_a_CFLAGS = -p18f6680 $(AM_CFLAGS) lib_LIBRARIES += libdev18f66j50.a libdev18f66j50_a_SOURCES = pic18f66j50.c libdev18f66j50_a_CFLAGS = -p18f66j50 $(AM_CFLAGS) lib_LIBRARIES += libdev18f66j55.a libdev18f66j55_a_SOURCES = pic18f66j55.c libdev18f66j55_a_CFLAGS = -p18f66j55 $(AM_CFLAGS) lib_LIBRARIES += libdev18f66j60.a libdev18f66j60_a_SOURCES = pic18f66j60.c libdev18f66j60_a_CFLAGS = -p18f66j60 $(AM_CFLAGS) lib_LIBRARIES += libdev18f66j65.a libdev18f66j65_a_SOURCES = pic18f66j65.c libdev18f66j65_a_CFLAGS = -p18f66j65 $(AM_CFLAGS) lib_LIBRARIES += libdev18f6720.a libdev18f6720_a_SOURCES = pic18f6720.c libdev18f6720_a_CFLAGS = -p18f6720 $(AM_CFLAGS) lib_LIBRARIES += libdev18f67j50.a libdev18f67j50_a_SOURCES = pic18f67j50.c libdev18f67j50_a_CFLAGS = -p18f67j50 $(AM_CFLAGS) lib_LIBRARIES += libdev18f67j60.a libdev18f67j60_a_SOURCES = pic18f67j60.c libdev18f67j60_a_CFLAGS = -p18f67j60 $(AM_CFLAGS) lib_LIBRARIES += libdev18f8520.a libdev18f8520_a_SOURCES = pic18f8520.c libdev18f8520_a_CFLAGS = -p18f8520 $(AM_CFLAGS) lib_LIBRARIES += libdev18f8585.a libdev18f8585_a_SOURCES = pic18f8585.c libdev18f8585_a_CFLAGS = -p18f8585 $(AM_CFLAGS) lib_LIBRARIES += libdev18f85j50.a libdev18f85j50_a_SOURCES = pic18f85j50.c libdev18f85j50_a_CFLAGS = -p18f85j50 $(AM_CFLAGS) lib_LIBRARIES += libdev18f8620.a libdev18f8620_a_SOURCES = pic18f8620.c libdev18f8620_a_CFLAGS = -p18f8620 $(AM_CFLAGS) lib_LIBRARIES += libdev18f8680.a libdev18f8680_a_SOURCES = pic18f8680.c libdev18f8680_a_CFLAGS = -p18f8680 $(AM_CFLAGS) lib_LIBRARIES += libdev18f86j50.a libdev18f86j50_a_SOURCES = pic18f86j50.c libdev18f86j50_a_CFLAGS = -p18f86j50 $(AM_CFLAGS) lib_LIBRARIES += libdev18f86j55.a libdev18f86j55_a_SOURCES = pic18f86j55.c libdev18f86j55_a_CFLAGS = -p18f86j55 $(AM_CFLAGS) lib_LIBRARIES += libdev18f86j60.a libdev18f86j60_a_SOURCES = pic18f86j60.c libdev18f86j60_a_CFLAGS = -p18f86j60 $(AM_CFLAGS) lib_LIBRARIES += libdev18f86j65.a libdev18f86j65_a_SOURCES = pic18f86j65.c 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$Id: pic18f1220.c 5352 2009-02-01 16:40:52Z tecodev $ * */ #include __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfaa) BAUDCTL; __sfr __at (0xfab) RCSTA; volatile __RCSTAbits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTAbits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; __sfr __at (0xfb0) SPBRGH; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfb6) ECCPAS; volatile __ECCPASbits_t __at (0xfb6) ECCPASbits; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc0) ADCON2; volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc9) SSPBUF; /* unimplemented */ __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; volatile __T0CONbits_t __at (0xfd5) T0CONbits; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f1320.c000066400000000000000000000006251116427777700204240ustar00rootroot00000000000000/* * pic18f1320.c - PIC18F1320 Device Library Sources * * This file is part of the GNU PIC Library. * * May, 2005 * The GNU PIC Library is maintained by * Raphael Neider * * originally designed by * Vangelis Rokas * * $Id: pic18f1320.c 4148 2006-05-01 20:47:12Z tecodev $ * */ #include "pic18f1220.c" /* just line, but with 8KB code */ sdcc-2.9.0/device/lib/pic16/libdev/pic18f2220.c000066400000000000000000000115551116427777700204300ustar00rootroot00000000000000 /* * pic18f2220.c - PIC18F2220 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f2220.c 3835 2005-08-07 20:09:11Z tecodev $ * */ #include __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf9b) OSCTUNE; volatile __OSCTUNEbits_t __at (0xf9b) OSCTUNEbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfab) RCSTA; volatile __RCSTAbits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTAbits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfb4) CMCON; volatile __CMCONbits_t __at (0xfb4) CMCONbits; __sfr __at (0xfb5) CVRCON; volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfbb) CCPR2L; __sfr __at (0xfbc) CCPR2H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc0) ADCON2; volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; volatile __T0CONbits_t __at (0xfd5) T0CONbits; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f2221.c000066400000000000000000000131531116427777700204250ustar00rootroot00000000000000/* * pic18f2221.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) EEDATA; __sfr __at (0xFA9) EEADR; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; __sfr __at (0xFB7) PWM1CON; volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFB8) BAUDCTL; volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD2) LVDCON; volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f2320.c000066400000000000000000000004461116427777700204260ustar00rootroot00000000000000/* * pic18f2320.c - PIC18F2320 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f2320.c 4914 2007-09-16 18:24:27Z tecodev $ * */ #include "pic18f2220.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2321.c000066400000000000000000000131531116427777700204260ustar00rootroot00000000000000/* * pic18f2321.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) EEDATA; __sfr __at (0xFA9) EEADR; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; __sfr __at (0xFB7) PWM1CON; volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFB8) BAUDCTL; volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD2) LVDCON; volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f2331.c000066400000000000000000000001171116427777700204230ustar00rootroot00000000000000/* * pic18f2331.c - device specific definitions */ #include "pic18f4331.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f23k20.c000066400000000000000000000001211116427777700205670ustar00rootroot00000000000000/* * pic18f23k20.c - device specific definitions */ #include "pic18f46k20.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2410.c000066400000000000000000000001171116427777700204210ustar00rootroot00000000000000/* * pic18f2410.c - device specific definitions */ #include "pic18f4610.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f242.c000066400000000000000000000110651116427777700203460ustar00rootroot00000000000000 /* * pic18f242.c - PIC18F242 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f242.c 3765 2005-05-18 20:32:06Z tecodev $ * */ #include __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfab) RCSTA; volatile __RCSTAbits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTAbits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfbb) CCPR2L; __sfr __at (0xfbc) CCPR2H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; volatile __T0CONbits_t __at (0xfd5) T0CONbits; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f2420.c000066400000000000000000000003731116427777700204260ustar00rootroot00000000000000/* * pic18f2420.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * (c) 2007 by Raphael Neider */ #include "pic18f4520.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2423.c000066400000000000000000000001171116427777700204250ustar00rootroot00000000000000/* * pic18f2423.c - device specific definitions */ #include "pic18f4523.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2431.c000066400000000000000000000001171116427777700204240ustar00rootroot00000000000000/* * pic18f2431.c - device specific definitions */ #include "pic18f4331.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2450.c000066400000000000000000000001171116427777700204250ustar00rootroot00000000000000/* * pic18f2450.c - device specific definitions */ #include "pic18f4450.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2455.c000066400000000000000000000175221116427777700204420ustar00rootroot00000000000000/* * pic18f2455.h - PIC18F2455 Device Library Sources * * This file is part of the GNU PIC Library. * * May, 2005 * The GNU PIC Library is maintained by * Raphael Neider * * originally designed by * Vangelis Rokas * * $Id: pic18f2455.c 4573 2007-01-14 23:40:09Z tecodev $ * */ #include __sfr __at (0xF62) SPPDATA; volatile __SPPDATA_t __at (0xF62) SPPDATAbits; __sfr __at (0xF63) SPPCFG; volatile __SPPCFG_t __at (0xF63) SPPCFGbits; __sfr __at (0xF64) SPPEPS; volatile __SPPEPS_t __at (0xF64) SPPEPSbits; __sfr __at (0xF65) SPPCON; volatile __SPPCON_t __at (0xF65) SPPCONbits; __sfr __at (0xF66) UFRML; volatile __UFRML_t __at (0xF66) UFRMLbits; __sfr __at (0xF67) UFRMH; volatile __UFRMH_t __at (0xF67) UFRMHbits; __sfr __at (0xF68) UIR; volatile __UIR_t __at (0xF68) UIRbits; __sfr __at (0xF69) UIE; volatile __UIE_t __at (0xF69) UIEbits; __sfr __at (0xF6A) UEIR; volatile __UEIR_t __at (0xF6A) UEIRbits; __sfr __at (0xF6B) UEIE; volatile __UEIE_t __at (0xF6B) UEIEbits; __sfr __at (0xF6C) USTAT; volatile __USTAT_t __at (0xF6C) USTATbits; __sfr __at (0xF6D) UCON; volatile __UCON_t __at (0xF6D) UCONbits; __sfr __at (0xF6E) UADDR; volatile __UADDR_t __at (0xF6E) UADDRbits; __sfr __at (0xF6F) UCFG; volatile __UCFG_t __at (0xF6F) UCFGbits; __sfr __at (0xF70) UEP0; volatile __UEP0_t __at (0xF70) UEP0bits; __sfr __at (0xF71) UEP1; volatile __UEP1_t __at (0xF71) UEP1bits; __sfr __at (0xF72) UEP2; volatile __UEP2_t __at (0xF72) UEP2bits; __sfr __at (0xF73) UEP3; volatile __UEP3_t __at (0xF73) UEP3bits; __sfr __at (0xF74) UEP4; volatile __UEP4_t __at (0xF74) UEP4bits; __sfr __at (0xF75) UEP5; volatile __UEP5_t __at (0xF75) UEP5bits; __sfr __at (0xF76) UEP6; volatile __UEP6_t __at (0xF76) UEP6bits; __sfr __at (0xF77) UEP7; volatile __UEP7_t __at (0xF77) UEP7bits; __sfr __at (0xF78) UEP8; volatile __UEP8_t __at (0xF78) UEP8bits; __sfr __at (0xF79) UEP9; volatile __UEP9_t __at (0xF79) UEP9bits; __sfr __at (0xF7A) UEP10; volatile __UEP10_t __at (0xF7A) UEP10bits; __sfr __at (0xF7B) UEP11; volatile __UEP11_t __at (0xF7B) UEP11bits; __sfr __at (0xF7C) UEP12; volatile __UEP12_t __at (0xF7C) UEP12bits; __sfr __at (0xF7D) UEP13; volatile __UEP13_t __at (0xF7D) UEP13bits; __sfr __at (0xF7E) UEP14; volatile __UEP14_t __at (0xF7E) UEP14bits; __sfr __at (0xF7F) UEP15; volatile __UEP15_t __at (0xF7F) UEP15bits; __sfr __at (0xF80) PORTA; volatile __PORTA_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTB_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTC_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTD_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTE_t __at (0xF84) PORTEbits; __sfr __at (0xF89) LATA; volatile __LATA_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATB_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATC_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATD_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATE_t __at (0xF8D) LATEbits; __sfr __at (0xF92) TRISA; volatile __TRISA_t __at (0xF92) TRISAbits; __sfr __at (0xF93) TRISB; volatile __TRISB_t __at (0xF93) TRISBbits; __sfr __at (0xF94) TRISC; volatile __TRISC_t __at (0xF94) TRISCbits; __sfr __at (0xF95) TRISD; volatile __TRISD_t __at (0xF95) TRISDbits; __sfr __at (0xF96) TRISE; volatile __TRISE_t __at (0xF96) TRISEbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNE_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2_t __at (0xFA2) IPR2bits; __sfr __at (0xFA6) EECON1; volatile __EECON1_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) EEDATA; __sfr __at (0xFA9) EEADR; __sfr __at (0xFAB) RCSTA; volatile __RCSTA_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTA_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB1) T3CON; volatile __T3CON_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCON_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCON_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1AS_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) ECCP1DEL; volatile __ECCP1DEL_t __at (0xFB7) ECCP1DELbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCON_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CON_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CON_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTAT_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CON_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CON_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCON_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCON_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCON_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCON_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CON_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUS_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; volatile __FSR2H_t __at (0xFDA) FSR2Hbits; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; volatile __BSR_t __at (0xFE0) BSRbits; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; volatile __FSR1H_t __at (0xFE2) FSR1Hbits; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; volatile __FSR0H_t __at (0xFEA) FSR0Hbits; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCON_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; volatile __TBLPTRU_t __at (0xFF8) TBLPTRUbits; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; volatile __PCLATH_t __at (0xFFA) PCLATHbits; __sfr __at (0xFFB) PCLATU; volatile __PCLATU_t __at (0xFFB) PCLATUbits; __sfr __at (0xFFC) STKPTR; volatile __STKPTR_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; volatile __TOSU_t __at (0xFFF) TOSUbits; sdcc-2.9.0/device/lib/pic16/libdev/pic18f248.c000066400000000000000000000324541116427777700203610ustar00rootroot00000000000000 /* * pic18f248.c - PIC18F248 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f248.c 4906 2007-09-03 09:17:13Z tecodev $ * */ #include __sfr __at (0xf00) RXF0SIDH; volatile __RXF0SIDHbits_t __at (0xf00) RXF0SIDHbits; __sfr __at (0xf01) RXF0SIDL; volatile __RXF0SIDLbits_t __at (0xf01) RXF0SIDLbits; __sfr __at (0xf02) RXF0EIDH; volatile __RXF0EIDHbits_t __at (0xf02) RXF0EIDHbits; __sfr __at (0xf03) RXF0EIDL; volatile __RXF0EIDLbits_t __at (0xf03) RXF0EIDLbits; __sfr __at (0xf04) RXF1SIDH; volatile __RXF1SIDHbits_t __at (0xf04) RXF1SIDHbits; __sfr __at (0xf05) RXF1SIDL; volatile __RXF1SIDLbits_t __at (0xf05) RXF1SIDLbits; __sfr __at (0xf06) RXF1EIDH; volatile __RXF1EIDHbits_t __at (0xf06) RXF1EIDHbits; __sfr __at (0xf07) RXF1EIDL; volatile __RXF1EIDLbits_t __at (0xf07) RXF1EIDLbits; __sfr __at (0xf08) RXF2SIDH; volatile __RXF2SIDHbits_t __at (0xf08) RXF2SIDHbits; __sfr __at (0xf09) RXF2SIDL; volatile __RXF2SIDLbits_t __at (0xf09) RXF2SIDLbits; __sfr __at (0xf0a) RXF2EIDH; volatile __RXF2EIDHbits_t __at (0xf0a) RXF2EIDHbits; __sfr __at (0xf0b) RXF2EIDL; volatile __RXF2EIDLbits_t __at (0xf0b) RXF2EIDLbits; __sfr __at (0xf0c) RXF3SIDH; volatile __RXF3SIDHbits_t __at (0xf0c) RXF3SIDHbits; __sfr __at (0xf0d) RXF3SIDL; volatile __RXF3SIDLbits_t __at (0xf0d) RXF3SIDLbits; __sfr __at (0xf0e) RXF3EIDH; volatile __RXF3EIDHbits_t __at (0xf0e) RXF3EIDHbits; __sfr __at (0xf0f) RXF3EIDL; volatile __RXF3EIDLbits_t __at (0xf0f) RXF3EIDLbits; __sfr __at (0xf10) RXF4SIDH; volatile __RXF4SIDHbits_t __at (0xf10) RXF4SIDHbits; __sfr __at (0xf11) RXF4SIDL; volatile __RXF4SIDLbits_t __at (0xf11) RXF4SIDLbits; __sfr __at (0xf12) RXF4EIDH; volatile __RXF4EIDHbits_t __at (0xf12) RXF4EIDHbits; __sfr __at (0xf13) RXF4EIDL; volatile __RXF4EIDLbits_t __at (0xf13) RXF4EIDLbits; __sfr __at (0xf14) RXF5SIDH; volatile __RXF5SIDHbits_t __at (0xf14) RXF5SIDHbits; __sfr __at (0xf15) RXF5SIDL; volatile __RXF5SIDLbits_t __at (0xf15) RXF5SIDLbits; __sfr __at (0xf16) RXF5EIDH; volatile __RXF5EIDHbits_t __at (0xf16) RXF5EIDHbits; __sfr __at (0xf17) RXF5EIDL; volatile __RXF5EIDLbits_t __at (0xf17) RXF5EIDLbits; __sfr __at (0xf18) RXM0SIDH; volatile __RXM0SIDHbits_t __at (0xf18) RXM0SIDHbits; __sfr __at (0xf19) RXM0SIDL; volatile __RXM0SIDLbits_t __at (0xf19) RXM0SIDLbits; __sfr __at (0xf1a) RXM0EIDH; volatile __RXM0EIDHbits_t __at (0xf1a) RXM0EIDHbits; __sfr __at (0xf1b) RXM0EIDL; volatile __RXM0EIDLbits_t __at (0xf1b) RXM0EIDLbits; __sfr __at (0xf1c) RXM1SIDH; volatile __RXM1SIDHbits_t __at (0xf1c) RXM1SIDHbits; __sfr __at (0xf1d) RXM1SIDL; volatile __RXM1SIDLbits_t __at (0xf1d) RXM1SIDLbits; __sfr __at (0xf1e) RXM1EIDH; volatile __RXM1EIDHbits_t __at (0xf1e) RXM1EIDHbits; __sfr __at (0xf1f) RXM1EIDL; volatile __RXM1EIDLbits_t __at (0xf1f) RXM1EIDLbits; __sfr __at (0xf20) TXB2CON; volatile __TXB2CONbits_t __at (0xf20) TXB2CONbits; __sfr __at (0xf21) TXB2SIDH; volatile __TXB2SIDHbits_t __at (0xf21) TXB2SIDHbits; __sfr __at (0xf22) TXB2SIDL; volatile __TXB2SIDLbits_t __at (0xf22) TXB2SIDLbits; __sfr __at (0xf23) TXB2EIDH; volatile __TXB2EIDHbits_t __at (0xf23) TXB2EIDHbits; __sfr __at (0xf24) TXB2EIDL; volatile __TXB2EIDLbits_t __at (0xf24) TXB2EIDLbits; __sfr __at (0xf25) TXB2DLC; volatile __TXB2DLCbits_t __at (0xf25) TXB2DLCbits; __sfr __at (0xf26) TXB2D0; volatile __TXB2D0bits_t __at (0xf26) TXB2D0bits; __sfr __at (0xf27) TXB2D1; volatile __TXB2D1bits_t __at (0xf27) TXB2D1bits; __sfr __at (0xf28) TXB2D2; volatile __TXB2D2bits_t __at (0xf28) TXB2D2bits; __sfr __at (0xf29) TXB2D3; volatile __TXB2D3bits_t __at (0xf29) TXB2D3bits; __sfr __at (0xf2a) TXB2D4; volatile __TXB2D4bits_t __at (0xf2a) TXB2D4bits; __sfr __at (0xf2b) TXB2D5; volatile __TXB2D5bits_t __at (0xf2b) TXB2D5bits; __sfr __at (0xf2c) TXB2D6; volatile __TXB2D6bits_t __at (0xf2c) TXB2D6bits; __sfr __at (0xf2d) TXB2D7; volatile __TXB2D7bits_t __at (0xf2d) TXB2D7bits; __sfr __at (0xf2e) CANSTATRO4; volatile __CANSTATRO4bits_t __at (0xf2e) CANSTATRO4bits; __sfr __at (0xf30) TXB1CON; volatile __TXB1CONbits_t __at (0xf30) TXB1CONbits; __sfr __at (0xf31) TXB1SIDH; volatile __TXB1SIDHbits_t __at (0xf31) TXB1SIDHbits; __sfr __at (0xf32) TXB1SIDL; volatile __TXB1SIDLbits_t __at (0xf32) TXB1SIDLbits; __sfr __at (0xf33) TXB1EIDH; volatile __TXB1EIDHbits_t __at (0xf33) TXB1EIDHbits; __sfr __at (0xf34) TXB1EIDL; volatile __TXB1EIDLbits_t __at (0xf34) TXB1EIDLbits; __sfr __at (0xf35) TXB1DLC; volatile __TXB1DLCbits_t __at (0xf35) TXB1DLCbits; __sfr __at (0xf36) TXB1D0; volatile __TXB1D0bits_t __at (0xf36) TXB1D0bits; __sfr __at (0xf37) TXB1D1; volatile __TXB1D1bits_t __at (0xf37) TXB1D1bits; __sfr __at (0xf38) TXB1D2; volatile __TXB1D2bits_t __at (0xf38) TXB1D2bits; __sfr __at (0xf39) TXB1D3; volatile __TXB1D3bits_t __at (0xf39) TXB1D3bits; __sfr __at (0xf3a) TXB1D4; volatile __TXB1D4bits_t __at (0xf3a) TXB1D4bits; __sfr __at (0xf3b) TXB1D5; volatile __TXB1D5bits_t __at (0xf3b) TXB1D5bits; __sfr __at (0xf3c) TXB1D6; volatile __TXB1D6bits_t __at (0xf3c) TXB1D6bits; __sfr __at (0xf3d) TXB1D7; volatile __TXB1D7bits_t __at (0xf3d) TXB1D7bits; __sfr __at (0xf3e) CANSTATRO3; volatile __CANSTATRO3bits_t __at (0xf3e) CANSTATRO3bits; __sfr __at (0xf40) TXB0CON; volatile __TXB0CONbits_t __at (0xf40) TXB0CONbits; __sfr __at (0xf41) TXB0SIDH; volatile __TXB0SIDHbits_t __at (0xf41) TXB0SIDHbits; __sfr __at (0xf42) TXB0SIDL; volatile __TXB0SIDLbits_t __at (0xf42) TXB0SIDLbits; __sfr __at (0xf43) TXB0EIDH; volatile __TXB0EIDHbits_t __at (0xf43) TXB0EIDHbits; __sfr __at (0xf44) TXB0EIDL; volatile __TXB0EIDLbits_t __at (0xf44) TXB0EIDLbits; __sfr __at (0xf45) TXB0DLC; volatile __TXB0DLCbits_t __at (0xf45) TXB0DLCbits; __sfr __at (0xf46) TXB0D0; volatile __TXB0D0bits_t __at (0xf46) TXB0D0bits; __sfr __at (0xf47) TXB0D1; volatile __TXB0D1bits_t __at (0xf47) TXB0D1bits; __sfr __at (0xf48) TXB0D2; volatile __TXB0D2bits_t __at (0xf48) TXB0D2bits; __sfr __at (0xf49) TXB0D3; volatile __TXB0D3bits_t __at (0xf49) TXB0D3bits; __sfr __at (0xf4a) TXB0D4; volatile __TXB0D4bits_t __at (0xf4a) TXB0D4bits; __sfr __at (0xf4b) TXB0D5; volatile __TXB0D5bits_t __at (0xf4b) TXB0D5bits; __sfr __at (0xf4c) TXB0D6; volatile __TXB0D6bits_t __at (0xf4c) TXB0D6bits; __sfr __at (0xf4d) TXB0D7; volatile __TXB0D7bits_t __at (0xf4d) TXB0D7bits; __sfr __at (0xf4e) CANSTATRO2; volatile __CANSTATRO2bits_t __at (0xf4e) CANSTATRO2bits; __sfr __at (0xf50) RXB1CON; volatile __RXB1CONbits_t __at (0xf50) RXB1CONbits; __sfr __at (0xf51) RXB1SIDH; volatile __RXB1SIDHbits_t __at (0xf51) RXB1SIDHbits; __sfr __at (0xf52) RXB1SIDL; volatile __RXB1SIDLbits_t __at (0xf52) RXB1SIDLbits; __sfr __at (0xf53) RXB1EIDH; volatile __RXB1EIDHbits_t __at (0xf53) RXB1EIDHbits; __sfr __at (0xf54) RXB1EIDL; volatile __RXB1EIDLbits_t __at (0xf54) RXB1EIDLbits; __sfr __at (0xf55) RXB1DLC; volatile __RXB1DLCbits_t __at (0xf55) RXB1DLCbits; __sfr __at (0xf56) RXB1D0; volatile __RXB1D0bits_t __at (0xf56) RXB1D0bits; __sfr __at (0xf57) RXB1D1; volatile __RXB1D1bits_t __at (0xf57) RXB1D1bits; __sfr __at (0xf58) RXB1D2; volatile __RXB1D2bits_t __at (0xf58) RXB1D2bits; __sfr __at (0xf59) RXB1D3; volatile __RXB1D3bits_t __at (0xf59) RXB1D3bits; __sfr __at (0xf5a) RXB1D4; volatile __RXB1D4bits_t __at (0xf5a) RXB1D4bits; __sfr __at (0xf5b) RXB1D5; volatile __RXB1D5bits_t __at (0xf5b) RXB1D5bits; __sfr __at (0xf5c) RXB1D6; volatile __RXB1D6bits_t __at (0xf5c) RXB1D6bits; __sfr __at (0xf5d) RXB1D7; volatile __RXB1D7bits_t __at (0xf5d) RXB1D7bits; __sfr __at (0xf5e) CANSTATRO1; volatile __CANSTATRO1bits_t __at (0xf5e) CANSTATRO1bits; __sfr __at (0xf60) RXB0CON; volatile __RXB0CONbits_t __at (0xf60) RXB0CONbits; __sfr __at (0xf61) RXB0SIDH; volatile __RXB0SIDHbits_t __at (0xf61) RXB0SIDHbits; __sfr __at (0xf62) RXB0SIDL; volatile __RXB0SIDLbits_t __at (0xf62) RXB0SIDLbits; __sfr __at (0xf63) RXB0EIDH; volatile __RXB0EIDHbits_t __at (0xf63) RXB0EIDHbits; __sfr __at (0xf64) RXB0EIDL; volatile __RXB0EIDLbits_t __at (0xf64) RXB0EIDLbits; __sfr __at (0xf65) RXB0DLC; volatile __RXB0DLCbits_t __at (0xf65) RXB0DLCbits; __sfr __at (0xf66) RXB0D0; __sfr __at (0xf67) RXB0D1; __sfr __at (0xf68) RXB0D2; __sfr __at (0xf69) RXB0D3; __sfr __at (0xf6a) RXB0D4; __sfr __at (0xf6b) RXB0D5; __sfr __at (0xf6c) RXB0D6; __sfr __at (0xf6d) RXB0D7; __sfr __at (0xf6e) CANSTAT; volatile __CANSTATbits_t __at (0xf6e) CANSTATbits; __sfr __at (0xf6f) CANCON; volatile __CANCONbits_t __at (0xf6f) CANCONbits; __sfr __at (0xf70) BRGCON1; volatile __BRGCON1bits_t __at (0xf70) BRGCON1bits; __sfr __at (0xf71) BRGCON2; volatile __BRGCON2bits_t __at (0xf71) BRGCON2bits; __sfr __at (0xf72) BRGCON3; volatile __BRGCON3bits_t __at (0xf72) BRGCON3bits; __sfr __at (0xf73) CIOCON; volatile __CIOCONbits_t __at (0xf73) CIOCONbits; __sfr __at (0xf74) COMSTAT; volatile __COMSTATbits_t __at (0xf74) COMSTATbits; __sfr __at (0xf75) RXERRCNT; volatile __RXERRCNTbits_t __at (0xf75) RXERRCNTbits; __sfr __at (0xf76) TXERRCNT; volatile __TXERRCNTbits_t __at (0xf76) TXERRCNTbits; __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa3) PIE3; volatile __PIE3bits_t __at (0xfa3) PIE3bits; __sfr __at (0xfa4) PIR3; volatile __PIR3bits_t __at (0xfa4) PIR3bits; __sfr __at (0xfa5) IPR3; volatile __IPR3bits_t __at (0xfa5) IPR3bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfab) RCSTA; volatile __RCSTAbits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTAbits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; volatile __T0CONbits_t __at (0xfd5) T0CONbits; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f2480.c000066400000000000000000000001171116427777700204300ustar00rootroot00000000000000/* * pic18f2480.c - device specific definitions */ #include "pic18f4580.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f24j10.c000066400000000000000000000143441116427777700206020ustar00rootroot00000000000000/* * pic18f24j10.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA3) PIE3; volatile __PIE3bits_t __at (0xFA3) PIE3bits; __sfr __at (0xFA4) PIR3; volatile __PIR3bits_t __at (0xFA4) PIR3bits; __sfr __at (0xFA5) IPR3; volatile __IPR3bits_t __at (0xFA5) IPR3bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAB) RCSTA1; volatile __RCSTA1bits_t __at (0xFAB) RCSTA1bits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAC) TXSTA1; volatile __TXSTA1bits_t __at (0xFAC) TXSTA1bits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAD) TXREG1; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAE) RCREG1; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFAF) SPBRG1; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; __sfr __at (0xFB7) PWM1CON; volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFB8) BAUDCTL; volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSP1CON2; volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSP1CON1; volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSP1STAT; volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSP1ADD; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSP1BUF; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f24k20.c000066400000000000000000000001211116427777700205700ustar00rootroot00000000000000/* * pic18f24k20.c - device specific definitions */ #include "pic18f46k20.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2510.c000066400000000000000000000001171116427777700204220ustar00rootroot00000000000000/* * pic18f2510.c - device specific definitions */ #include "pic18f4610.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2515.c000066400000000000000000000001171116427777700204270ustar00rootroot00000000000000/* * pic18f2515.c - device specific definitions */ #include "pic18f4610.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f252.c000066400000000000000000000110651116427777700203470ustar00rootroot00000000000000 /* * pic18f252.c - PIC18F252 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f252.c 3765 2005-05-18 20:32:06Z tecodev $ * */ #include __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfab) RCSTA; volatile __RCSTAbits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTAbits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfbb) CCPR2L; __sfr __at (0xfbc) CCPR2H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; volatile __T0CONbits_t __at (0xfd5) T0CONbits; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f2520.c000066400000000000000000000003731116427777700204270ustar00rootroot00000000000000/* * pic18f2520.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * (c) 2007 by Raphael Neider */ #include "pic18f4520.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2523.c000066400000000000000000000001171116427777700204260ustar00rootroot00000000000000/* * pic18f2523.c - device specific definitions */ #include "pic18f4523.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2525.c000066400000000000000000000001121116427777700204230ustar00rootroot00000000000000/* * pic18f2525.c - Device Library Sources */ #include "pic18f4620.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2550.c000066400000000000000000000001261116427777700204260ustar00rootroot00000000000000/* * pic18f2550.h - PIC18F2550 Device Library Sources */ #include "pic18f2455.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f258.c000066400000000000000000000324541116427777700203620ustar00rootroot00000000000000 /* * pic18f258.c - PIC18F258 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f258.c 4906 2007-09-03 09:17:13Z tecodev $ * */ #include __sfr __at (0xf00) RXF0SIDH; volatile __RXF0SIDHbits_t __at (0xf00) RXF0SIDHbits; __sfr __at (0xf01) RXF0SIDL; volatile __RXF0SIDLbits_t __at (0xf01) RXF0SIDLbits; __sfr __at (0xf02) RXF0EIDH; volatile __RXF0EIDHbits_t __at (0xf02) RXF0EIDHbits; __sfr __at (0xf03) RXF0EIDL; volatile __RXF0EIDLbits_t __at (0xf03) RXF0EIDLbits; __sfr __at (0xf04) RXF1SIDH; volatile __RXF1SIDHbits_t __at (0xf04) RXF1SIDHbits; __sfr __at (0xf05) RXF1SIDL; volatile __RXF1SIDLbits_t __at (0xf05) RXF1SIDLbits; __sfr __at (0xf06) RXF1EIDH; volatile __RXF1EIDHbits_t __at (0xf06) RXF1EIDHbits; __sfr __at (0xf07) RXF1EIDL; volatile __RXF1EIDLbits_t __at (0xf07) RXF1EIDLbits; __sfr __at (0xf08) RXF2SIDH; volatile __RXF2SIDHbits_t __at (0xf08) RXF2SIDHbits; __sfr __at (0xf09) RXF2SIDL; volatile __RXF2SIDLbits_t __at (0xf09) RXF2SIDLbits; __sfr __at (0xf0a) RXF2EIDH; volatile __RXF2EIDHbits_t __at (0xf0a) RXF2EIDHbits; __sfr __at (0xf0b) RXF2EIDL; volatile __RXF2EIDLbits_t __at (0xf0b) RXF2EIDLbits; __sfr __at (0xf0c) RXF3SIDH; volatile __RXF3SIDHbits_t __at (0xf0c) RXF3SIDHbits; __sfr __at (0xf0d) RXF3SIDL; volatile __RXF3SIDLbits_t __at (0xf0d) RXF3SIDLbits; __sfr __at (0xf0e) RXF3EIDH; volatile __RXF3EIDHbits_t __at (0xf0e) RXF3EIDHbits; __sfr __at (0xf0f) RXF3EIDL; volatile __RXF3EIDLbits_t __at (0xf0f) RXF3EIDLbits; __sfr __at (0xf10) RXF4SIDH; volatile __RXF4SIDHbits_t __at (0xf10) RXF4SIDHbits; __sfr __at (0xf11) RXF4SIDL; volatile __RXF4SIDLbits_t __at (0xf11) RXF4SIDLbits; __sfr __at (0xf12) RXF4EIDH; volatile __RXF4EIDHbits_t __at (0xf12) RXF4EIDHbits; __sfr __at (0xf13) RXF4EIDL; volatile __RXF4EIDLbits_t __at (0xf13) RXF4EIDLbits; __sfr __at (0xf14) RXF5SIDH; volatile __RXF5SIDHbits_t __at (0xf14) RXF5SIDHbits; __sfr __at (0xf15) RXF5SIDL; volatile __RXF5SIDLbits_t __at (0xf15) RXF5SIDLbits; __sfr __at (0xf16) RXF5EIDH; volatile __RXF5EIDHbits_t __at (0xf16) RXF5EIDHbits; __sfr __at (0xf17) RXF5EIDL; volatile __RXF5EIDLbits_t __at (0xf17) RXF5EIDLbits; __sfr __at (0xf18) RXM0SIDH; volatile __RXM0SIDHbits_t __at (0xf18) RXM0SIDHbits; __sfr __at (0xf19) RXM0SIDL; volatile __RXM0SIDLbits_t __at (0xf19) RXM0SIDLbits; __sfr __at (0xf1a) RXM0EIDH; volatile __RXM0EIDHbits_t __at (0xf1a) RXM0EIDHbits; __sfr __at (0xf1b) RXM0EIDL; volatile __RXM0EIDLbits_t __at (0xf1b) RXM0EIDLbits; __sfr __at (0xf1c) RXM1SIDH; volatile __RXM1SIDHbits_t __at (0xf1c) RXM1SIDHbits; __sfr __at (0xf1d) RXM1SIDL; volatile __RXM1SIDLbits_t __at (0xf1d) RXM1SIDLbits; __sfr __at (0xf1e) RXM1EIDH; volatile __RXM1EIDHbits_t __at (0xf1e) RXM1EIDHbits; __sfr __at (0xf1f) RXM1EIDL; volatile __RXM1EIDLbits_t __at (0xf1f) RXM1EIDLbits; __sfr __at (0xf20) TXB2CON; volatile __TXB2CONbits_t __at (0xf20) TXB2CONbits; __sfr __at (0xf21) TXB2SIDH; volatile __TXB2SIDHbits_t __at (0xf21) TXB2SIDHbits; __sfr __at (0xf22) TXB2SIDL; volatile __TXB2SIDLbits_t __at (0xf22) TXB2SIDLbits; __sfr __at (0xf23) TXB2EIDH; volatile __TXB2EIDHbits_t __at (0xf23) TXB2EIDHbits; __sfr __at (0xf24) TXB2EIDL; volatile __TXB2EIDLbits_t __at (0xf24) TXB2EIDLbits; __sfr __at (0xf25) TXB2DLC; volatile __TXB2DLCbits_t __at (0xf25) TXB2DLCbits; __sfr __at (0xf26) TXB2D0; volatile __TXB2D0bits_t __at (0xf26) TXB2D0bits; __sfr __at (0xf27) TXB2D1; volatile __TXB2D1bits_t __at (0xf27) TXB2D1bits; __sfr __at (0xf28) TXB2D2; volatile __TXB2D2bits_t __at (0xf28) TXB2D2bits; __sfr __at (0xf29) TXB2D3; volatile __TXB2D3bits_t __at (0xf29) TXB2D3bits; __sfr __at (0xf2a) TXB2D4; volatile __TXB2D4bits_t __at (0xf2a) TXB2D4bits; __sfr __at (0xf2b) TXB2D5; volatile __TXB2D5bits_t __at (0xf2b) TXB2D5bits; __sfr __at (0xf2c) TXB2D6; volatile __TXB2D6bits_t __at (0xf2c) TXB2D6bits; __sfr __at (0xf2d) TXB2D7; volatile __TXB2D7bits_t __at (0xf2d) TXB2D7bits; __sfr __at (0xf2e) CANSTATRO4; volatile __CANSTATRO4bits_t __at (0xf2e) CANSTATRO4bits; __sfr __at (0xf30) TXB1CON; volatile __TXB1CONbits_t __at (0xf30) TXB1CONbits; __sfr __at (0xf31) TXB1SIDH; volatile __TXB1SIDHbits_t __at (0xf31) TXB1SIDHbits; __sfr __at (0xf32) TXB1SIDL; volatile __TXB1SIDLbits_t __at (0xf32) TXB1SIDLbits; __sfr __at (0xf33) TXB1EIDH; volatile __TXB1EIDHbits_t __at (0xf33) TXB1EIDHbits; __sfr __at (0xf34) TXB1EIDL; volatile __TXB1EIDLbits_t __at (0xf34) TXB1EIDLbits; __sfr __at (0xf35) TXB1DLC; volatile __TXB1DLCbits_t __at (0xf35) TXB1DLCbits; __sfr __at (0xf36) TXB1D0; volatile __TXB1D0bits_t __at (0xf36) TXB1D0bits; __sfr __at (0xf37) TXB1D1; volatile __TXB1D1bits_t __at (0xf37) TXB1D1bits; __sfr __at (0xf38) TXB1D2; volatile __TXB1D2bits_t __at (0xf38) TXB1D2bits; __sfr __at (0xf39) TXB1D3; volatile __TXB1D3bits_t __at (0xf39) TXB1D3bits; __sfr __at (0xf3a) TXB1D4; volatile __TXB1D4bits_t __at (0xf3a) TXB1D4bits; __sfr __at (0xf3b) TXB1D5; volatile __TXB1D5bits_t __at (0xf3b) TXB1D5bits; __sfr __at (0xf3c) TXB1D6; volatile __TXB1D6bits_t __at (0xf3c) TXB1D6bits; __sfr __at (0xf3d) TXB1D7; volatile __TXB1D7bits_t __at (0xf3d) TXB1D7bits; __sfr __at (0xf3e) CANSTATRO3; volatile __CANSTATRO3bits_t __at (0xf3e) CANSTATRO3bits; __sfr __at (0xf40) TXB0CON; volatile __TXB0CONbits_t __at (0xf40) TXB0CONbits; __sfr __at (0xf41) TXB0SIDH; volatile __TXB0SIDHbits_t __at (0xf41) TXB0SIDHbits; __sfr __at (0xf42) TXB0SIDL; volatile __TXB0SIDLbits_t __at (0xf42) TXB0SIDLbits; __sfr __at (0xf43) TXB0EIDH; volatile __TXB0EIDHbits_t __at (0xf43) TXB0EIDHbits; __sfr __at (0xf44) TXB0EIDL; volatile __TXB0EIDLbits_t __at (0xf44) TXB0EIDLbits; __sfr __at (0xf45) TXB0DLC; volatile __TXB0DLCbits_t __at (0xf45) TXB0DLCbits; __sfr __at (0xf46) TXB0D0; volatile __TXB0D0bits_t __at (0xf46) TXB0D0bits; __sfr __at (0xf47) TXB0D1; volatile __TXB0D1bits_t __at (0xf47) TXB0D1bits; __sfr __at (0xf48) TXB0D2; volatile __TXB0D2bits_t __at (0xf48) TXB0D2bits; __sfr __at (0xf49) TXB0D3; volatile __TXB0D3bits_t __at (0xf49) TXB0D3bits; __sfr __at (0xf4a) TXB0D4; volatile __TXB0D4bits_t __at (0xf4a) TXB0D4bits; __sfr __at (0xf4b) TXB0D5; volatile __TXB0D5bits_t __at (0xf4b) TXB0D5bits; __sfr __at (0xf4c) TXB0D6; volatile __TXB0D6bits_t __at (0xf4c) TXB0D6bits; __sfr __at (0xf4d) TXB0D7; volatile __TXB0D7bits_t __at (0xf4d) TXB0D7bits; __sfr __at (0xf4e) CANSTATRO2; volatile __CANSTATRO2bits_t __at (0xf4e) CANSTATRO2bits; __sfr __at (0xf50) RXB1CON; volatile __RXB1CONbits_t __at (0xf50) RXB1CONbits; __sfr __at (0xf51) RXB1SIDH; volatile __RXB1SIDHbits_t __at (0xf51) RXB1SIDHbits; __sfr __at (0xf52) RXB1SIDL; volatile __RXB1SIDLbits_t __at (0xf52) RXB1SIDLbits; __sfr __at (0xf53) RXB1EIDH; volatile __RXB1EIDHbits_t __at (0xf53) RXB1EIDHbits; __sfr __at (0xf54) RXB1EIDL; volatile __RXB1EIDLbits_t __at (0xf54) RXB1EIDLbits; __sfr __at (0xf55) RXB1DLC; volatile __RXB1DLCbits_t __at (0xf55) RXB1DLCbits; __sfr __at (0xf56) RXB1D0; volatile __RXB1D0bits_t __at (0xf56) RXB1D0bits; __sfr __at (0xf57) RXB1D1; volatile __RXB1D1bits_t __at (0xf57) RXB1D1bits; __sfr __at (0xf58) RXB1D2; volatile __RXB1D2bits_t __at (0xf58) RXB1D2bits; __sfr __at (0xf59) RXB1D3; volatile __RXB1D3bits_t __at (0xf59) RXB1D3bits; __sfr __at (0xf5a) RXB1D4; volatile __RXB1D4bits_t __at (0xf5a) RXB1D4bits; __sfr __at (0xf5b) RXB1D5; volatile __RXB1D5bits_t __at (0xf5b) RXB1D5bits; __sfr __at (0xf5c) RXB1D6; volatile __RXB1D6bits_t __at (0xf5c) RXB1D6bits; __sfr __at (0xf5d) RXB1D7; volatile __RXB1D7bits_t __at (0xf5d) RXB1D7bits; __sfr __at (0xf5e) CANSTATRO1; volatile __CANSTATRO1bits_t __at (0xf5e) CANSTATRO1bits; __sfr __at (0xf60) RXB0CON; volatile __RXB0CONbits_t __at (0xf60) RXB0CONbits; __sfr __at (0xf61) RXB0SIDH; volatile __RXB0SIDHbits_t __at (0xf61) RXB0SIDHbits; __sfr __at (0xf62) RXB0SIDL; volatile __RXB0SIDLbits_t __at (0xf62) RXB0SIDLbits; __sfr __at (0xf63) RXB0EIDH; volatile __RXB0EIDHbits_t __at (0xf63) RXB0EIDHbits; __sfr __at (0xf64) RXB0EIDL; volatile __RXB0EIDLbits_t __at (0xf64) RXB0EIDLbits; __sfr __at (0xf65) RXB0DLC; volatile __RXB0DLCbits_t __at (0xf65) RXB0DLCbits; __sfr __at (0xf66) RXB0D0; __sfr __at (0xf67) RXB0D1; __sfr __at (0xf68) RXB0D2; __sfr __at (0xf69) RXB0D3; __sfr __at (0xf6a) RXB0D4; __sfr __at (0xf6b) RXB0D5; __sfr __at (0xf6c) RXB0D6; __sfr __at (0xf6d) RXB0D7; __sfr __at (0xf6e) CANSTAT; volatile __CANSTATbits_t __at (0xf6e) CANSTATbits; __sfr __at (0xf6f) CANCON; volatile __CANCONbits_t __at (0xf6f) CANCONbits; __sfr __at (0xf70) BRGCON1; volatile __BRGCON1bits_t __at (0xf70) BRGCON1bits; __sfr __at (0xf71) BRGCON2; volatile __BRGCON2bits_t __at (0xf71) BRGCON2bits; __sfr __at (0xf72) BRGCON3; volatile __BRGCON3bits_t __at (0xf72) BRGCON3bits; __sfr __at (0xf73) CIOCON; volatile __CIOCONbits_t __at (0xf73) CIOCONbits; __sfr __at (0xf74) COMSTAT; volatile __COMSTATbits_t __at (0xf74) COMSTATbits; __sfr __at (0xf75) RXERRCNT; volatile __RXERRCNTbits_t __at (0xf75) RXERRCNTbits; __sfr __at (0xf76) TXERRCNT; volatile __TXERRCNTbits_t __at (0xf76) TXERRCNTbits; __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa3) PIE3; volatile __PIE3bits_t __at (0xfa3) PIE3bits; __sfr __at (0xfa4) PIR3; volatile __PIR3bits_t __at (0xfa4) PIR3bits; __sfr __at (0xfa5) IPR3; volatile __IPR3bits_t __at (0xfa5) IPR3bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfab) RCSTA; volatile __RCSTAbits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTAbits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; volatile __T0CONbits_t __at (0xfd5) T0CONbits; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f2580.c000066400000000000000000000001171116427777700204310ustar00rootroot00000000000000/* * pic18f2580.c - device specific definitions */ #include "pic18f4580.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2585.c000066400000000000000000000004651116427777700204440ustar00rootroot00000000000000/* * pic18f2585.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include "pic18f2680.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f25j10.c000066400000000000000000000004661116427777700206030ustar00rootroot00000000000000/* * pic18f25j10.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include "pic18f24j10.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f25k20.c000066400000000000000000000001211116427777700205710ustar00rootroot00000000000000/* * pic18f25k20.c - device specific definitions */ #include "pic18f46k20.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2610.c000066400000000000000000000001171116427777700204230ustar00rootroot00000000000000/* * pic18f2610.c - device specific definitions */ #include "pic18f4610.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2620.c000066400000000000000000000002061116427777700204230ustar00rootroot00000000000000/* * pic18f2620.c - PIC18F2620 Device Library Sources */ #include "pic18f4620.c" /* just the same, but in a different package */ sdcc-2.9.0/device/lib/pic16/libdev/pic18f2680.c000066400000000000000000000652571116427777700204520ustar00rootroot00000000000000/* * pic18f2680.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xD60) RXF6SIDH; volatile __RXF6SIDHbits_t __at (0xD60) RXF6SIDHbits; __sfr __at (0xD61) RXF6SIDL; volatile __RXF6SIDLbits_t __at (0xD61) RXF6SIDLbits; __sfr __at (0xD62) RXF6EIDH; volatile __RXF6EIDHbits_t __at (0xD62) RXF6EIDHbits; __sfr __at (0xD63) RXF6EIDL; volatile __RXF6EIDLbits_t __at (0xD63) RXF6EIDLbits; __sfr __at (0xD64) RXF7SIDH; volatile __RXF7SIDHbits_t __at (0xD64) RXF7SIDHbits; __sfr __at (0xD65) RXF7SIDL; volatile __RXF7SIDLbits_t __at (0xD65) RXF7SIDLbits; __sfr __at (0xD66) RXF7EIDH; volatile __RXF7EIDHbits_t __at (0xD66) RXF7EIDHbits; __sfr __at (0xD67) RXF7EIDL; volatile __RXF7EIDLbits_t __at (0xD67) RXF7EIDLbits; __sfr __at (0xD68) RXF8SIDH; volatile __RXF8SIDHbits_t __at (0xD68) RXF8SIDHbits; __sfr __at (0xD69) RXF8SIDL; volatile __RXF8SIDLbits_t __at (0xD69) RXF8SIDLbits; __sfr __at (0xD6A) RXF8EIDH; volatile __RXF8EIDHbits_t __at (0xD6A) RXF8EIDHbits; __sfr __at (0xD6B) RXF8EIDL; volatile __RXF8EIDLbits_t __at (0xD6B) RXF8EIDLbits; __sfr __at (0xD70) RXF9SIDH; volatile __RXF9SIDHbits_t __at (0xD70) RXF9SIDHbits; __sfr __at (0xD71) RXF9SIDL; volatile __RXF9SIDLbits_t __at (0xD71) RXF9SIDLbits; __sfr __at (0xD72) RXF9EIDH; volatile __RXF9EIDHbits_t __at (0xD72) RXF9EIDHbits; __sfr __at (0xD73) RXF9EIDL; volatile __RXF9EIDLbits_t __at (0xD73) RXF9EIDLbits; __sfr __at (0xD74) RXF10SIDH; volatile __RXF10SIDHbits_t __at (0xD74) RXF10SIDHbits; __sfr __at (0xD75) RXF10SIDL; volatile __RXF10SIDLbits_t __at (0xD75) RXF10SIDLbits; __sfr __at (0xD76) RXF10EIDH; volatile __RXF10EIDHbits_t __at (0xD76) RXF10EIDHbits; __sfr __at (0xD77) RXF10EIDL; volatile __RXF10EIDLbits_t __at (0xD77) RXF10EIDLbits; __sfr __at (0xD78) RXF11SIDH; volatile __RXF11SIDHbits_t __at (0xD78) RXF11SIDHbits; __sfr __at (0xD79) RXF11SIDL; volatile __RXF11SIDLbits_t __at (0xD79) RXF11SIDLbits; __sfr __at (0xD7A) RXF11EIDH; volatile __RXF11EIDHbits_t __at (0xD7A) RXF11EIDHbits; __sfr __at (0xD7B) RXF11EIDL; volatile __RXF11EIDLbits_t __at (0xD7B) RXF11EIDLbits; __sfr __at (0xD80) RXF12SIDH; volatile __RXF12SIDHbits_t __at (0xD80) RXF12SIDHbits; __sfr __at (0xD81) RXF12SIDL; volatile __RXF12SIDLbits_t __at (0xD81) RXF12SIDLbits; __sfr __at (0xD82) RXF12EIDH; volatile __RXF12EIDHbits_t __at (0xD82) RXF12EIDHbits; __sfr __at (0xD83) RXF12EIDL; volatile __RXF12EIDLbits_t __at (0xD83) RXF12EIDLbits; __sfr __at (0xD84) RXF13SIDH; volatile __RXF13SIDHbits_t __at (0xD84) RXF13SIDHbits; __sfr __at (0xD85) RXF13SIDL; volatile __RXF13SIDLbits_t __at (0xD85) RXF13SIDLbits; __sfr __at (0xD86) RXF13EIDH; volatile __RXF13EIDHbits_t __at (0xD86) RXF13EIDHbits; __sfr __at (0xD87) RXF13EIDL; volatile __RXF13EIDLbits_t __at (0xD87) RXF13EIDLbits; __sfr __at (0xD88) RXF14SIDH; volatile __RXF14SIDHbits_t __at (0xD88) RXF14SIDHbits; __sfr __at (0xD89) RXF14SIDL; volatile __RXF14SIDLbits_t __at (0xD89) RXF14SIDLbits; __sfr __at (0xD8A) RXF14EIDH; volatile __RXF14EIDHbits_t __at (0xD8A) RXF14EIDHbits; __sfr __at (0xD8B) RXF14EIDL; volatile __RXF14EIDLbits_t __at (0xD8B) RXF14EIDLbits; __sfr __at (0xD90) RXF15SIDH; volatile __RXF15SIDHbits_t __at (0xD90) RXF15SIDHbits; __sfr __at (0xD91) RXF15SIDL; volatile __RXF15SIDLbits_t __at (0xD91) RXF15SIDLbits; __sfr __at (0xD92) RXF15EIDH; volatile __RXF15EIDHbits_t __at (0xD92) RXF15EIDHbits; __sfr __at (0xD93) RXF15EIDL; volatile __RXF15EIDLbits_t __at (0xD93) RXF15EIDLbits; __sfr __at (0xDD4) RXFCON0; volatile __RXFCON0bits_t __at (0xDD4) RXFCON0bits; __sfr __at (0xDD5) RXFCON1; volatile __RXFCON1bits_t __at (0xDD5) RXFCON1bits; __sfr __at (0xDD8) SDFLC; volatile __SDFLCbits_t __at (0xDD8) SDFLCbits; __sfr __at (0xDE0) RXFBCON0; volatile __RXFBCON0bits_t __at (0xDE0) RXFBCON0bits; __sfr __at (0xDE1) RXFBCON1; volatile __RXFBCON1bits_t __at (0xDE1) RXFBCON1bits; __sfr __at (0xDE2) RXFBCON2; volatile __RXFBCON2bits_t __at (0xDE2) RXFBCON2bits; __sfr __at (0xDE3) RXFBCON3; volatile __RXFBCON3bits_t __at (0xDE3) RXFBCON3bits; __sfr __at (0xDE4) RXFBCON4; volatile __RXFBCON4bits_t __at (0xDE4) RXFBCON4bits; __sfr __at (0xDE5) RXFBCON5; volatile __RXFBCON5bits_t __at (0xDE5) RXFBCON5bits; __sfr __at (0xDE6) RXFBCON6; volatile __RXFBCON6bits_t __at (0xDE6) RXFBCON6bits; __sfr __at (0xDE7) RXFBCON7; volatile __RXFBCON7bits_t __at (0xDE7) RXFBCON7bits; __sfr __at (0xDF0) MSEL0; volatile __MSEL0bits_t __at (0xDF0) MSEL0bits; __sfr __at (0xDF1) MSEL1; volatile __MSEL1bits_t __at (0xDF1) MSEL1bits; __sfr __at (0xDF2) MSEL2; volatile __MSEL2bits_t __at (0xDF2) MSEL2bits; __sfr __at (0xDF3) MSEL3; volatile __MSEL3bits_t __at (0xDF3) MSEL3bits; __sfr __at (0xDF8) BSEL0; volatile __BSEL0bits_t __at (0xDF8) BSEL0bits; __sfr __at (0xDFA) BIE0; volatile __BIE0bits_t __at (0xDFA) BIE0bits; __sfr __at (0xDFC) TXBIE; volatile __TXBIEbits_t __at (0xDFC) TXBIEbits; __sfr __at (0xE20) B0CON; volatile __B0CONbits_t __at (0xE20) B0CONbits; __sfr __at (0xE21) B0SIDH; volatile __B0SIDHbits_t __at (0xE21) B0SIDHbits; __sfr __at (0xE22) B0SIDL; volatile __B0SIDLbits_t __at (0xE22) B0SIDLbits; __sfr __at (0xE23) B0EIDH; volatile __B0EIDHbits_t __at (0xE23) B0EIDHbits; __sfr __at (0xE24) B0EIDL; volatile __B0EIDLbits_t __at (0xE24) B0EIDLbits; __sfr __at (0xE25) B0DLC; volatile __B0DLCbits_t __at (0xE25) B0DLCbits; __sfr __at (0xE26) B0D0; volatile __B0D0bits_t __at (0xE26) B0D0bits; __sfr __at (0xE27) B0D1; volatile __B0D1bits_t __at (0xE27) B0D1bits; __sfr __at (0xE28) B0D2; volatile __B0D2bits_t __at (0xE28) B0D2bits; __sfr __at (0xE29) B0D3; volatile __B0D3bits_t __at (0xE29) B0D3bits; __sfr __at (0xE2A) B0D4; volatile __B0D4bits_t __at (0xE2A) B0D4bits; __sfr __at (0xE2B) B0D5; volatile __B0D5bits_t __at (0xE2B) B0D5bits; __sfr __at (0xE2C) B0D6; volatile __B0D6bits_t __at (0xE2C) B0D6bits; __sfr __at (0xE2D) B0D7; volatile __B0D7bits_t __at (0xE2D) B0D7bits; __sfr __at (0xE2E) CANSTAT_RO9; volatile __CANSTAT_RO9bits_t __at (0xE2E) CANSTAT_RO9bits; __sfr __at (0xE2F) CANCON_RO9; volatile __CANCON_RO9bits_t __at (0xE2F) CANCON_RO9bits; __sfr __at (0xE30) B1CON; volatile __B1CONbits_t __at (0xE30) B1CONbits; __sfr __at (0xE31) B1SIDH; volatile __B1SIDHbits_t __at (0xE31) B1SIDHbits; __sfr __at (0xE32) B1SIDL; volatile __B1SIDLbits_t __at (0xE32) B1SIDLbits; __sfr __at (0xE33) B1EIDH; volatile __B1EIDHbits_t __at (0xE33) B1EIDHbits; __sfr __at (0xE34) B1EIDL; volatile __B1EIDLbits_t __at (0xE34) B1EIDLbits; __sfr __at (0xE35) B1DLC; volatile __B1DLCbits_t __at (0xE35) B1DLCbits; __sfr __at (0xE36) B1D0; volatile __B1D0bits_t __at (0xE36) B1D0bits; __sfr __at (0xE37) B1D1; volatile __B1D1bits_t __at (0xE37) B1D1bits; __sfr __at (0xE38) B1D2; volatile __B1D2bits_t __at (0xE38) B1D2bits; __sfr __at (0xE39) B1D3; volatile __B1D3bits_t __at (0xE39) B1D3bits; __sfr __at (0xE3A) B1D4; volatile __B1D4bits_t __at (0xE3A) B1D4bits; __sfr __at (0xE3B) B1D5; volatile __B1D5bits_t __at (0xE3B) B1D5bits; __sfr __at (0xE3C) B1D6; volatile __B1D6bits_t __at (0xE3C) B1D6bits; __sfr __at (0xE3D) B1D7; volatile __B1D7bits_t __at (0xE3D) B1D7bits; __sfr __at (0xE3E) CANSTAT_RO8; volatile __CANSTAT_RO8bits_t __at (0xE3E) CANSTAT_RO8bits; __sfr __at (0xE3F) CANCON_RO8; volatile __CANCON_RO8bits_t __at (0xE3F) CANCON_RO8bits; __sfr __at (0xE40) B2CON; volatile __B2CONbits_t __at (0xE40) B2CONbits; __sfr __at (0xE41) B2SIDH; volatile __B2SIDHbits_t __at (0xE41) B2SIDHbits; __sfr __at (0xE42) B2SIDL; volatile __B2SIDLbits_t __at (0xE42) B2SIDLbits; __sfr __at (0xE43) B2EIDH; volatile __B2EIDHbits_t __at (0xE43) B2EIDHbits; __sfr __at (0xE44) B2EIDL; volatile __B2EIDLbits_t __at (0xE44) B2EIDLbits; __sfr __at (0xE45) B2DLC; volatile __B2DLCbits_t __at (0xE45) B2DLCbits; __sfr __at (0xE46) B2D0; volatile __B2D0bits_t __at (0xE46) B2D0bits; __sfr __at (0xE47) B2D1; volatile __B2D1bits_t __at (0xE47) B2D1bits; __sfr __at (0xE48) B2D2; volatile __B2D2bits_t __at (0xE48) B2D2bits; __sfr __at (0xE49) B2D3; volatile __B2D3bits_t __at (0xE49) B2D3bits; __sfr __at (0xE4A) B2D4; volatile __B2D4bits_t __at (0xE4A) B2D4bits; __sfr __at (0xE4B) B2D5; volatile __B2D5bits_t __at (0xE4B) B2D5bits; __sfr __at (0xE4C) B2D6; volatile __B2D6bits_t __at (0xE4C) B2D6bits; __sfr __at (0xE4D) B2D7; volatile __B2D7bits_t __at (0xE4D) B2D7bits; __sfr __at (0xE4E) CANSTAT_RO7; volatile __CANSTAT_RO7bits_t __at (0xE4E) CANSTAT_RO7bits; __sfr __at (0xE4F) CANCON_RO7; volatile __CANCON_RO7bits_t __at (0xE4F) CANCON_RO7bits; __sfr __at (0xE50) B3CON; volatile __B3CONbits_t __at (0xE50) B3CONbits; __sfr __at (0xE51) B3SIDH; volatile __B3SIDHbits_t __at (0xE51) B3SIDHbits; __sfr __at (0xE52) B3SIDL; volatile __B3SIDLbits_t __at (0xE52) B3SIDLbits; __sfr __at (0xE53) B3EIDH; volatile __B3EIDHbits_t __at (0xE53) B3EIDHbits; __sfr __at (0xE54) B3EIDL; volatile __B3EIDLbits_t __at (0xE54) B3EIDLbits; __sfr __at (0xE55) B3DLC; volatile __B3DLCbits_t __at (0xE55) B3DLCbits; __sfr __at (0xE56) B3D0; volatile __B3D0bits_t __at (0xE56) B3D0bits; __sfr __at (0xE57) B3D1; volatile __B3D1bits_t __at (0xE57) B3D1bits; __sfr __at (0xE58) B3D2; volatile __B3D2bits_t __at (0xE58) B3D2bits; __sfr __at (0xE59) B3D3; volatile __B3D3bits_t __at (0xE59) B3D3bits; __sfr __at (0xE5A) B3D4; volatile __B3D4bits_t __at (0xE5A) B3D4bits; __sfr __at (0xE5B) B3D5; volatile __B3D5bits_t __at (0xE5B) B3D5bits; __sfr __at (0xE5C) B3D6; volatile __B3D6bits_t __at (0xE5C) B3D6bits; __sfr __at (0xE5D) B3D7; volatile __B3D7bits_t __at (0xE5D) B3D7bits; __sfr __at (0xE5E) CANSTAT_RO6; volatile __CANSTAT_RO6bits_t __at (0xE5E) CANSTAT_RO6bits; __sfr __at (0xE5F) CANCON_RO6; volatile __CANCON_RO6bits_t __at (0xE5F) CANCON_RO6bits; __sfr __at (0xE60) B4CON; volatile __B4CONbits_t __at (0xE60) B4CONbits; __sfr __at (0xE61) B4SIDH; volatile __B4SIDHbits_t __at (0xE61) B4SIDHbits; __sfr __at (0xE62) B4SIDL; volatile __B4SIDLbits_t __at (0xE62) B4SIDLbits; __sfr __at (0xE63) B4EIDH; volatile __B4EIDHbits_t __at (0xE63) B4EIDHbits; __sfr __at (0xE64) B4EIDL; volatile __B4EIDLbits_t __at (0xE64) B4EIDLbits; __sfr __at (0xE65) B4DLC; volatile __B4DLCbits_t __at (0xE65) B4DLCbits; __sfr __at (0xE66) B4D0; volatile __B4D0bits_t __at (0xE66) B4D0bits; __sfr __at (0xE67) B4D1; volatile __B4D1bits_t __at (0xE67) B4D1bits; __sfr __at (0xE68) B4D2; volatile __B4D2bits_t __at (0xE68) B4D2bits; __sfr __at (0xE69) B4D3; volatile __B4D3bits_t __at (0xE69) B4D3bits; __sfr __at (0xE6A) B4D4; volatile __B4D4bits_t __at (0xE6A) B4D4bits; __sfr __at (0xE6B) B4D5; volatile __B4D5bits_t __at (0xE6B) B4D5bits; __sfr __at (0xE6C) B4D6; volatile __B4D6bits_t __at (0xE6C) B4D6bits; __sfr __at (0xE6D) B4D7; volatile __B4D7bits_t __at (0xE6D) B4D7bits; __sfr __at (0xE6E) CANSTAT_RO5; volatile __CANSTAT_RO5bits_t __at (0xE6E) CANSTAT_RO5bits; __sfr __at (0xE6F) CANCON_RO5; volatile __CANCON_RO5bits_t __at (0xE6F) CANCON_RO5bits; __sfr __at (0xE70) B5CON; volatile __B5CONbits_t __at (0xE70) B5CONbits; __sfr __at (0xE71) B5SIDH; volatile __B5SIDHbits_t __at (0xE71) B5SIDHbits; __sfr __at (0xE72) B5SIDL; volatile __B5SIDLbits_t __at (0xE72) B5SIDLbits; __sfr __at (0xE73) B5EIDH; volatile __B5EIDHbits_t __at (0xE73) B5EIDHbits; __sfr __at (0xE74) B5EIDL; volatile __B5EIDLbits_t __at (0xE74) B5EIDLbits; __sfr __at (0xE75) B5DLC; volatile __B5DLCbits_t __at (0xE75) B5DLCbits; __sfr __at (0xE76) B5D0; volatile __B5D0bits_t __at (0xE76) B5D0bits; __sfr __at (0xE77) B5D1; volatile __B5D1bits_t __at (0xE77) B5D1bits; __sfr __at (0xE78) B5D2; volatile __B5D2bits_t __at (0xE78) B5D2bits; __sfr __at (0xE79) B5D3; volatile __B5D3bits_t __at (0xE79) B5D3bits; __sfr __at (0xE7A) B5D4; volatile __B5D4bits_t __at (0xE7A) B5D4bits; __sfr __at (0xE7B) B5D5; volatile __B5D5bits_t __at (0xE7B) B5D5bits; __sfr __at (0xE7C) B5D6; volatile __B5D6bits_t __at (0xE7C) B5D6bits; __sfr __at (0xE7D) B5D7; volatile __B5D7bits_t __at (0xE7D) B5D7bits; __sfr __at (0xE7E) CANSTAT_RO4; volatile __CANSTAT_RO4bits_t __at (0xE7E) CANSTAT_RO4bits; __sfr __at (0xE7F) CANCON_RO4; volatile __CANCON_RO4bits_t __at (0xE7F) CANCON_RO4bits; __sfr __at (0xF00) RXF0SIDH; volatile __RXF0SIDHbits_t __at (0xF00) RXF0SIDHbits; __sfr __at (0xF01) RXF0SIDL; volatile __RXF0SIDLbits_t __at (0xF01) RXF0SIDLbits; __sfr __at (0xF02) RXF0EIDH; volatile __RXF0EIDHbits_t __at (0xF02) RXF0EIDHbits; __sfr __at (0xF03) RXF0EIDL; volatile __RXF0EIDLbits_t __at (0xF03) RXF0EIDLbits; __sfr __at (0xF04) RXF1SIDH; volatile __RXF1SIDHbits_t __at (0xF04) RXF1SIDHbits; __sfr __at (0xF05) RXF1SIDL; volatile __RXF1SIDLbits_t __at (0xF05) RXF1SIDLbits; __sfr __at (0xF06) RXF1EIDH; volatile __RXF1EIDHbits_t __at (0xF06) RXF1EIDHbits; __sfr __at (0xF07) RXF1EIDL; volatile __RXF1EIDLbits_t __at (0xF07) RXF1EIDLbits; __sfr __at (0xF08) RXF2SIDH; volatile __RXF2SIDHbits_t __at (0xF08) RXF2SIDHbits; __sfr __at (0xF09) RXF2SIDL; volatile __RXF2SIDLbits_t __at (0xF09) RXF2SIDLbits; __sfr __at (0xF0A) RXF2EIDH; volatile __RXF2EIDHbits_t __at (0xF0A) RXF2EIDHbits; __sfr __at (0xF0B) RXF2EIDL; volatile __RXF2EIDLbits_t __at (0xF0B) RXF2EIDLbits; __sfr __at (0xF0C) RXF3SIDH; volatile __RXF3SIDHbits_t __at (0xF0C) RXF3SIDHbits; __sfr __at (0xF0D) RXF3SIDL; volatile __RXF3SIDLbits_t __at (0xF0D) RXF3SIDLbits; __sfr __at (0xF0E) RXF3EIDH; volatile __RXF3EIDHbits_t __at (0xF0E) RXF3EIDHbits; __sfr __at (0xF0F) RXF3EIDL; volatile __RXF3EIDLbits_t __at (0xF0F) RXF3EIDLbits; __sfr __at (0xF10) RXF4SIDH; volatile __RXF4SIDHbits_t __at (0xF10) RXF4SIDHbits; __sfr __at (0xF11) RXF4SIDL; volatile __RXF4SIDLbits_t __at (0xF11) RXF4SIDLbits; __sfr __at (0xF12) RXF4EIDH; volatile __RXF4EIDHbits_t __at (0xF12) RXF4EIDHbits; __sfr __at (0xF13) RXF4EIDL; volatile __RXF4EIDLbits_t __at (0xF13) RXF4EIDLbits; __sfr __at (0xF14) RXF5SIDH; volatile __RXF5SIDHbits_t __at (0xF14) RXF5SIDHbits; __sfr __at (0xF15) RXF5SIDL; volatile __RXF5SIDLbits_t __at (0xF15) RXF5SIDLbits; __sfr __at (0xF16) RXF5EIDH; volatile __RXF5EIDHbits_t __at (0xF16) RXF5EIDHbits; __sfr __at (0xF17) RXF5EIDL; volatile __RXF5EIDLbits_t __at (0xF17) RXF5EIDLbits; __sfr __at (0xF18) RXM0SIDH; volatile __RXM0SIDHbits_t __at (0xF18) RXM0SIDHbits; __sfr __at (0xF19) RXM0SIDL; volatile __RXM0SIDLbits_t __at (0xF19) RXM0SIDLbits; __sfr __at (0xF1A) RXM0EIDH; volatile __RXM0EIDHbits_t __at (0xF1A) RXM0EIDHbits; __sfr __at (0xF1B) RXM0EIDL; volatile __RXM0EIDLbits_t __at (0xF1B) RXM0EIDLbits; __sfr __at (0xF1C) RXM1SIDH; volatile __RXM1SIDHbits_t __at (0xF1C) RXM1SIDHbits; __sfr __at (0xF1D) RXM1SIDL; volatile __RXM1SIDLbits_t __at (0xF1D) RXM1SIDLbits; __sfr __at (0xF1E) RXM1EIDH; volatile __RXM1EIDHbits_t __at (0xF1E) RXM1EIDHbits; __sfr __at (0xF1F) RXM1EIDL; volatile __RXM1EIDLbits_t __at (0xF1F) RXM1EIDLbits; __sfr __at (0xF20) TXB2CON; volatile __TXB2CONbits_t __at (0xF20) TXB2CONbits; __sfr __at (0xF21) TXB2SIDH; volatile __TXB2SIDHbits_t __at (0xF21) TXB2SIDHbits; __sfr __at (0xF22) TXB2SIDL; volatile __TXB2SIDLbits_t __at (0xF22) TXB2SIDLbits; __sfr __at (0xF23) TXB2EIDH; volatile __TXB2EIDHbits_t __at (0xF23) TXB2EIDHbits; __sfr __at (0xF24) TXB2EIDL; volatile __TXB2EIDLbits_t __at (0xF24) TXB2EIDLbits; __sfr __at (0xF25) TXB2DLC; volatile __TXB2DLCbits_t __at (0xF25) TXB2DLCbits; __sfr __at (0xF26) TXB2D0; volatile __TXB2D0bits_t __at (0xF26) TXB2D0bits; __sfr __at (0xF27) TXB2D1; volatile __TXB2D1bits_t __at (0xF27) TXB2D1bits; __sfr __at (0xF28) TXB2D2; volatile __TXB2D2bits_t __at (0xF28) TXB2D2bits; __sfr __at (0xF29) TXB2D3; volatile __TXB2D3bits_t __at (0xF29) TXB2D3bits; __sfr __at (0xF2A) TXB2D4; volatile __TXB2D4bits_t __at (0xF2A) TXB2D4bits; __sfr __at (0xF2B) TXB2D5; volatile __TXB2D5bits_t __at (0xF2B) TXB2D5bits; __sfr __at (0xF2C) TXB2D6; volatile __TXB2D6bits_t __at (0xF2C) TXB2D6bits; __sfr __at (0xF2D) TXB2D7; volatile __TXB2D7bits_t __at (0xF2D) TXB2D7bits; __sfr __at (0xF2E) CANSTAT_RO3; volatile __CANSTAT_RO3bits_t __at (0xF2E) CANSTAT_RO3bits; __sfr __at (0xF2F) CANCON_RO3; volatile __CANCON_RO3bits_t __at (0xF2F) CANCON_RO3bits; __sfr __at (0xF30) TXB1CON; volatile __TXB1CONbits_t __at (0xF30) TXB1CONbits; __sfr __at (0xF31) TXB1SIDH; volatile __TXB1SIDHbits_t __at (0xF31) TXB1SIDHbits; __sfr __at (0xF32) TXB1SIDL; volatile __TXB1SIDLbits_t __at (0xF32) TXB1SIDLbits; __sfr __at (0xF33) TXB1EIDH; volatile __TXB1EIDHbits_t __at (0xF33) TXB1EIDHbits; __sfr __at (0xF34) TXB1EIDL; volatile __TXB1EIDLbits_t __at (0xF34) TXB1EIDLbits; __sfr __at (0xF35) TXB1DLC; volatile __TXB1DLCbits_t __at (0xF35) TXB1DLCbits; __sfr __at (0xF36) TXB1D0; volatile __TXB1D0bits_t __at (0xF36) TXB1D0bits; __sfr __at (0xF37) TXB1D1; volatile __TXB1D1bits_t __at (0xF37) TXB1D1bits; __sfr __at (0xF38) TXB1D2; volatile __TXB1D2bits_t __at (0xF38) TXB1D2bits; __sfr __at (0xF39) TXB1D3; volatile __TXB1D3bits_t __at (0xF39) TXB1D3bits; __sfr __at (0xF3A) TXB1D4; volatile __TXB1D4bits_t __at (0xF3A) TXB1D4bits; __sfr __at (0xF3B) TXB1D5; volatile __TXB1D5bits_t __at (0xF3B) TXB1D5bits; __sfr __at (0xF3C) TXB1D6; volatile __TXB1D6bits_t __at (0xF3C) TXB1D6bits; __sfr __at (0xF3D) TXB1D7; volatile __TXB1D7bits_t __at (0xF3D) TXB1D7bits; __sfr __at (0xF3E) CANSTAT_RO2; volatile __CANSTAT_RO2bits_t __at (0xF3E) CANSTAT_RO2bits; __sfr __at (0xF3F) CANCON_RO2; volatile __CANCON_RO2bits_t __at (0xF3F) CANCON_RO2bits; __sfr __at (0xF40) TXB0CON; volatile __TXB0CONbits_t __at (0xF40) TXB0CONbits; __sfr __at (0xF41) TXB0SIDH; volatile __TXB0SIDHbits_t __at (0xF41) TXB0SIDHbits; __sfr __at (0xF42) TXB0SIDL; volatile __TXB0SIDLbits_t __at (0xF42) TXB0SIDLbits; __sfr __at (0xF43) TXB0EIDH; volatile __TXB0EIDHbits_t __at (0xF43) TXB0EIDHbits; __sfr __at (0xF44) TXB0EIDL; volatile __TXB0EIDLbits_t __at (0xF44) TXB0EIDLbits; __sfr __at (0xF45) TXB0DLC; volatile __TXB0DLCbits_t __at (0xF45) TXB0DLCbits; __sfr __at (0xF46) TXB0D0; volatile __TXB0D0bits_t __at (0xF46) TXB0D0bits; __sfr __at (0xF47) TXB0D1; volatile __TXB0D1bits_t __at (0xF47) TXB0D1bits; __sfr __at (0xF48) TXB0D2; volatile __TXB0D2bits_t __at (0xF48) TXB0D2bits; __sfr __at (0xF49) TXB0D3; volatile __TXB0D3bits_t __at (0xF49) TXB0D3bits; __sfr __at (0xF4A) TXB0D4; volatile __TXB0D4bits_t __at (0xF4A) TXB0D4bits; __sfr __at (0xF4B) TXB0D5; volatile __TXB0D5bits_t __at (0xF4B) TXB0D5bits; __sfr __at (0xF4C) TXB0D6; volatile __TXB0D6bits_t __at (0xF4C) TXB0D6bits; __sfr __at (0xF4D) TXB0D7; volatile __TXB0D7bits_t __at (0xF4D) TXB0D7bits; __sfr __at (0xF4E) CANSTAT_RO1; volatile __CANSTAT_RO1bits_t __at (0xF4E) CANSTAT_RO1bits; __sfr __at (0xF4F) CANCON_RO1; volatile __CANCON_RO1bits_t __at (0xF4F) CANCON_RO1bits; __sfr __at (0xF50) RXB1CON; volatile __RXB1CONbits_t __at (0xF50) RXB1CONbits; __sfr __at (0xF51) RXB1SIDH; volatile __RXB1SIDHbits_t __at (0xF51) RXB1SIDHbits; __sfr __at (0xF52) RXB1SIDL; volatile __RXB1SIDLbits_t __at (0xF52) RXB1SIDLbits; __sfr __at (0xF53) RXB1EIDH; volatile __RXB1EIDHbits_t __at (0xF53) RXB1EIDHbits; __sfr __at (0xF54) RXB1EIDL; volatile __RXB1EIDLbits_t __at (0xF54) RXB1EIDLbits; __sfr __at (0xF55) RXB1DLC; volatile __RXB1DLCbits_t __at (0xF55) RXB1DLCbits; __sfr __at (0xF56) RXB1D0; volatile __RXB1D0bits_t __at (0xF56) RXB1D0bits; __sfr __at (0xF57) RXB1D1; volatile __RXB1D1bits_t __at (0xF57) RXB1D1bits; __sfr __at (0xF58) RXB1D2; volatile __RXB1D2bits_t __at (0xF58) RXB1D2bits; __sfr __at (0xF59) RXB1D3; volatile __RXB1D3bits_t __at (0xF59) RXB1D3bits; __sfr __at (0xF5A) RXB1D4; volatile __RXB1D4bits_t __at (0xF5A) RXB1D4bits; __sfr __at (0xF5B) RXB1D5; volatile __RXB1D5bits_t __at (0xF5B) RXB1D5bits; __sfr __at (0xF5C) RXB1D6; volatile __RXB1D6bits_t __at (0xF5C) RXB1D6bits; __sfr __at (0xF5D) RXB1D7; volatile __RXB1D7bits_t __at (0xF5D) RXB1D7bits; __sfr __at (0xF5E) CANSTAT_RO0; volatile __CANSTAT_RO0bits_t __at (0xF5E) CANSTAT_RO0bits; __sfr __at (0xF5F) CANCON_RO0; volatile __CANCON_RO0bits_t __at (0xF5F) CANCON_RO0bits; __sfr __at (0xF60) RXB0CON; volatile __RXB0CONbits_t __at (0xF60) RXB0CONbits; __sfr __at (0xF61) RXB0SIDH; volatile __RXB0SIDHbits_t __at (0xF61) RXB0SIDHbits; __sfr __at (0xF62) RXB0SIDL; volatile __RXB0SIDLbits_t __at (0xF62) RXB0SIDLbits; __sfr __at (0xF63) RXB0EIDH; volatile __RXB0EIDHbits_t __at (0xF63) RXB0EIDHbits; __sfr __at (0xF64) RXB0EIDL; volatile __RXB0EIDLbits_t __at (0xF64) RXB0EIDLbits; __sfr __at (0xF65) RXB0DLC; volatile __RXB0DLCbits_t __at (0xF65) RXB0DLCbits; __sfr __at (0xF66) RXB0D0; volatile __RXB0D0bits_t __at (0xF66) RXB0D0bits; __sfr __at (0xF67) RXB0D1; volatile __RXB0D1bits_t __at (0xF67) RXB0D1bits; __sfr __at (0xF68) RXB0D2; volatile __RXB0D2bits_t __at (0xF68) RXB0D2bits; __sfr __at (0xF69) RXB0D3; volatile __RXB0D3bits_t __at (0xF69) RXB0D3bits; __sfr __at (0xF6A) RXB0D4; volatile __RXB0D4bits_t __at (0xF6A) RXB0D4bits; __sfr __at (0xF6B) RXB0D5; volatile __RXB0D5bits_t __at (0xF6B) RXB0D5bits; __sfr __at (0xF6C) RXB0D6; volatile __RXB0D6bits_t __at (0xF6C) RXB0D6bits; __sfr __at (0xF6D) RXB0D7; volatile __RXB0D7bits_t __at (0xF6D) RXB0D7bits; __sfr __at (0xF6E) CANSTAT; volatile __CANSTATbits_t __at (0xF6E) CANSTATbits; __sfr __at (0xF6F) CANCON; volatile __CANCONbits_t __at (0xF6F) CANCONbits; __sfr __at (0xF70) BRGCON1; volatile __BRGCON1bits_t __at (0xF70) BRGCON1bits; __sfr __at (0xF71) BRGCON2; volatile __BRGCON2bits_t __at (0xF71) BRGCON2bits; __sfr __at (0xF72) BRGCON3; volatile __BRGCON3bits_t __at (0xF72) BRGCON3bits; __sfr __at (0xF73) CIOCON; volatile __CIOCONbits_t __at (0xF73) CIOCONbits; __sfr __at (0xF74) COMSTAT; volatile __COMSTATbits_t __at (0xF74) COMSTATbits; __sfr __at (0xF75) RXERRCNT; volatile __RXERRCNTbits_t __at (0xF75) RXERRCNTbits; __sfr __at (0xF76) TXERRCNT; volatile __TXERRCNTbits_t __at (0xF76) TXERRCNTbits; __sfr __at (0xF77) ECANCON; volatile __ECANCONbits_t __at (0xF77) ECANCONbits; __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA3) PIE3; volatile __PIE3bits_t __at (0xFA3) PIE3bits; __sfr __at (0xFA4) PIR3; volatile __PIR3bits_t __at (0xFA4) PIR3bits; __sfr __at (0xFA5) IPR3; volatile __IPR3bits_t __at (0xFA5) IPR3bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) EEDATA; __sfr __at (0xFA9) EEADR; __sfr __at (0xFAA) EEADRH; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD2) LVDCON; volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f2682.c000066400000000000000000000004651116427777700204420ustar00rootroot00000000000000/* * pic18f2682.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include "pic18f2680.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f2685.c000066400000000000000000000004651116427777700204450ustar00rootroot00000000000000/* * pic18f2685.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include "pic18f2680.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f26k20.c000066400000000000000000000001211116427777700205720ustar00rootroot00000000000000/* * pic18f26k20.c - device specific definitions */ #include "pic18f46k20.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f4220.c000066400000000000000000000125741116427777700204340ustar00rootroot00000000000000 /* * pic18f4220.c - PIC18F4220 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f4220.c 3835 2005-08-07 20:09:11Z tecodev $ * */ #include __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf83) PORTD; volatile __PORTDbits_t __at (0xf83) PORTDbits; __sfr __at (0xf84) PORTE; volatile __PORTEbits_t __at (0xf84) PORTEbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf8c) LATD; volatile __LATDbits_t __at (0xf8c) LATDbits; __sfr __at (0xf8d) LATE; volatile __LATEbits_t __at (0xf8d) LATEbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf9b) OSCTUNE; volatile __OSCTUNEbits_t __at (0xf9b) OSCTUNEbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfab) RCSTA; volatile __RCSTAbits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTAbits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfb4) CMCON; volatile __CMCONbits_t __at (0xfb4) CMCONbits; __sfr __at (0xfb5) CVRCON; volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfb7) PWM1CON; volatile __PWM1CONbits_t __at (0xfb7) PWM1CONbits; __sfr __at (0xfb6) ECCPAS; volatile __ECCPASbits_t __at (0xfb6) ECCPASbits; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfbb) CCPR2L; __sfr __at (0xfbc) CCPR2H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc0) ADCON2; volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; volatile __T0CONbits_t __at (0xfd5) T0CONbits; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4221.c000066400000000000000000000141641116427777700204320ustar00rootroot00000000000000/* * pic18f4221.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) EEDATA; __sfr __at (0xFA9) EEADR; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; __sfr __at (0xFB7) PWM1CON; volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFB8) BAUDCTL; volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBD) ECCP1CON; volatile __ECCP1CONbits_t __at (0xFBD) ECCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD2) LVDCON; volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4320.c000066400000000000000000000004461116427777700204300ustar00rootroot00000000000000/* * pic18f4320.c - PIC18F4320 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f4320.c 4914 2007-09-16 18:24:27Z tecodev $ * */ #include "pic18f4220.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f4321.c000066400000000000000000000141641116427777700204330ustar00rootroot00000000000000/* * pic18f4321.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) EEDATA; __sfr __at (0xFA9) EEADR; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; __sfr __at (0xFB7) PWM1CON; volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFB8) BAUDCTL; volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBD) ECCP1CON; volatile __ECCP1CONbits_t __at (0xFBD) ECCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD2) LVDCON; volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4331.c000066400000000000000000000201701116427777700204260ustar00rootroot00000000000000/* * pic18f4331.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF60) DFLTCON; volatile __DFLTCONbits_t __at (0xF60) DFLTCONbits; __sfr __at (0xF61) CAP3CON; volatile __CAP3CONbits_t __at (0xF61) CAP3CONbits; __sfr __at (0xF62) CAP2CON; volatile __CAP2CONbits_t __at (0xF62) CAP2CONbits; __sfr __at (0xF63) CAP1CON; volatile __CAP1CONbits_t __at (0xF63) CAP1CONbits; __sfr __at (0xF64) CAP3BUFL; __sfr __at (0xF64) MAXCNTL; __sfr __at (0xF65) CAP3BUFH; __sfr __at (0xF65) MAXCNTH; __sfr __at (0xF66) CAP2BUFL; __sfr __at (0xF66) POSCNTL; __sfr __at (0xF67) CAP2BUFH; __sfr __at (0xF67) POSCNTH; __sfr __at (0xF68) CAP1BUFL; __sfr __at (0xF68) VELRL; __sfr __at (0xF69) CAP1BUFH; __sfr __at (0xF69) VELRH; __sfr __at (0xF6A) OVDCONS; volatile __OVDCONSbits_t __at (0xF6A) OVDCONSbits; __sfr __at (0xF6B) OVDCOND; volatile __OVDCONDbits_t __at (0xF6B) OVDCONDbits; __sfr __at (0xF6C) FLTCONFIG; volatile __FLTCONFIGbits_t __at (0xF6C) FLTCONFIGbits; __sfr __at (0xF6D) DTCON; volatile __DTCONbits_t __at (0xF6D) DTCONbits; __sfr __at (0xF6E) PWMCON1; volatile __PWMCON1bits_t __at (0xF6E) PWMCON1bits; __sfr __at (0xF6F) PWMCON0; volatile __PWMCON0bits_t __at (0xF6F) PWMCON0bits; __sfr __at (0xF70) SEVTCMPH; __sfr __at (0xF71) SEVTCMPL; __sfr __at (0xF72) PDC3H; __sfr __at (0xF73) PDC3L; __sfr __at (0xF74) PDC2H; __sfr __at (0xF75) PDC2L; __sfr __at (0xF76) PDC1H; __sfr __at (0xF77) PDC1L; __sfr __at (0xF78) PDC0H; __sfr __at (0xF79) PDC0L; __sfr __at (0xF7A) PTPERH; __sfr __at (0xF7B) PTPERL; __sfr __at (0xF7C) PTMRH; __sfr __at (0xF7D) PTMRL; __sfr __at (0xF7E) PTCON1; volatile __PTCON1bits_t __at (0xF7E) PTCON1bits; __sfr __at (0xF7F) PTCON0; volatile __PTCON0bits_t __at (0xF7F) PTCON0bits; __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF87) TMR5L; __sfr __at (0xF88) TMR5H; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF90) PR5L; __sfr __at (0xF91) PR5H; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF99) ADCHS; volatile __ADCHSbits_t __at (0xF99) ADCHSbits; __sfr __at (0xF9A) ADCON3; volatile __ADCON3bits_t __at (0xF9A) ADCON3bits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA3) PIE3; volatile __PIE3bits_t __at (0xFA3) PIE3bits; __sfr __at (0xFA4) PIR3; volatile __PIR3bits_t __at (0xFA4) PIR3bits; __sfr __at (0xFA5) IPR3; volatile __IPR3bits_t __at (0xFA5) IPR3bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) EEDATA; __sfr __at (0xFA9) EEADR; __sfr __at (0xFAA) BAUDCON; volatile __BAUDCONbits_t __at (0xFAA) BAUDCONbits; __sfr __at (0xFAA) BAUDCTL; volatile __BAUDCTLbits_t __at (0xFAA) BAUDCTLbits; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB6) QEICON; volatile __QEICONbits_t __at (0xFB6) QEICONbits; __sfr __at (0xFB7) T5CON; volatile __T5CONbits_t __at (0xFB7) T5CONbits; __sfr __at (0xFB8) ANSEL0; volatile __ANSEL0bits_t __at (0xFB8) ANSEL0bits; __sfr __at (0xFB9) ANSEL1; volatile __ANSEL1bits_t __at (0xFB9) ANSEL1bits; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC6) SSPCON; volatile __SSPCONbits_t __at (0xFC6) SSPCONbits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) LVDCON; volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f43k20.c000066400000000000000000000001211116427777700205710ustar00rootroot00000000000000/* * pic18f43k20.c - device specific definitions */ #include "pic18f46k20.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f4410.c000066400000000000000000000001171116427777700204230ustar00rootroot00000000000000/* * pic18f4410.c - device specific definitions */ #include "pic18f4610.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f442.c000066400000000000000000000117531116427777700203540ustar00rootroot00000000000000 /* * pic18f442.c - PIC18F442 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f442.c 3765 2005-05-18 20:32:06Z tecodev $ * */ #include __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf83) PORTD; volatile __PORTDbits_t __at (0xf83) PORTDbits; __sfr __at (0xf84) PORTE; volatile __PORTEbits_t __at (0xf84) PORTEbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf8c) LATD; volatile __LATDbits_t __at (0xf8c) LATDbits; __sfr __at (0xf8d) LATE; volatile __LATEbits_t __at (0xf8d) LATEbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf95) TRISD; volatile __TRISDbits_t __at (0xf95) TRISDbits; __sfr __at (0xf96) TRISE; volatile __TRISEbits_t __at (0xf96) TRISEbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfab) RCSTA; volatile __RCSTAbits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTAbits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfbb) CCPR2L; __sfr __at (0xfbc) CCPR2H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; volatile __T0CONbits_t __at (0xfd5) T0CONbits; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4420.c000066400000000000000000000003731116427777700204300ustar00rootroot00000000000000/* * pic18f4420.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * (c) 2007 by Raphael Neider */ #include "pic18f4520.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f4423.c000066400000000000000000000001171116427777700204270ustar00rootroot00000000000000/* * pic18f4423.c - device specific definitions */ #include "pic18f4523.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f4431.c000066400000000000000000000001171116427777700204260ustar00rootroot00000000000000/* * pic18f4431.c - device specific definitions */ #include "pic18f4331.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f4450.c000066400000000000000000000160221116427777700204310ustar00rootroot00000000000000/* * pic18f4450.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF66) UFRM; __sfr __at (0xF66) UFRML; __sfr __at (0xF67) UFRMH; __sfr __at (0xF68) UIR; volatile __UIRbits_t __at (0xF68) UIRbits; __sfr __at (0xF69) UIE; volatile __UIEbits_t __at (0xF69) UIEbits; __sfr __at (0xF6A) UEIR; volatile __UEIRbits_t __at (0xF6A) UEIRbits; __sfr __at (0xF6B) UEIE; volatile __UEIEbits_t __at (0xF6B) UEIEbits; __sfr __at (0xF6C) USTAT; volatile __USTATbits_t __at (0xF6C) USTATbits; __sfr __at (0xF6D) UCON; volatile __UCONbits_t __at (0xF6D) UCONbits; __sfr __at (0xF6E) UADDR; volatile __UADDRbits_t __at (0xF6E) UADDRbits; __sfr __at (0xF6F) UCFG; volatile __UCFGbits_t __at (0xF6F) UCFGbits; __sfr __at (0xF70) UEP0; volatile __UEP0bits_t __at (0xF70) UEP0bits; __sfr __at (0xF71) UEP1; volatile __UEP1bits_t __at (0xF71) UEP1bits; __sfr __at (0xF72) UEP2; volatile __UEP2bits_t __at (0xF72) UEP2bits; __sfr __at (0xF73) UEP3; volatile __UEP3bits_t __at (0xF73) UEP3bits; __sfr __at (0xF74) UEP4; volatile __UEP4bits_t __at (0xF74) UEP4bits; __sfr __at (0xF75) UEP5; volatile __UEP5bits_t __at (0xF75) UEP5bits; __sfr __at (0xF76) UEP6; volatile __UEP6bits_t __at (0xF76) UEP6bits; __sfr __at (0xF77) UEP7; volatile __UEP7bits_t __at (0xF77) UEP7bits; __sfr __at (0xF78) UEP8; volatile __UEP8bits_t __at (0xF78) UEP8bits; __sfr __at (0xF79) UEP9; volatile __UEP9bits_t __at (0xF79) UEP9bits; __sfr __at (0xF7A) UEP10; volatile __UEP10bits_t __at (0xF7A) UEP10bits; __sfr __at (0xF7B) UEP11; volatile __UEP11bits_t __at (0xF7B) UEP11bits; __sfr __at (0xF7C) UEP12; volatile __UEP12bits_t __at (0xF7C) UEP12bits; __sfr __at (0xF7D) UEP13; volatile __UEP13bits_t __at (0xF7D) UEP13bits; __sfr __at (0xF7E) UEP14; volatile __UEP14bits_t __at (0xF7E) UEP14bits; __sfr __at (0xF7F) UEP15; volatile __UEP15bits_t __at (0xF7F) UEP15bits; __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC9) SSPBUF; /* unimplemented */ __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD2) LVDCON; volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4455.c000066400000000000000000000001261116427777700204340ustar00rootroot00000000000000/* * pic18f4455.h - PIC18F4455 Device Library Sources */ #include "pic18f2455.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f448.c000066400000000000000000000343611116427777700203620ustar00rootroot00000000000000 /* * pic18f448.c - PIC18F448 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f448.c 4906 2007-09-03 09:17:13Z tecodev $ * */ #include __sfr __at (0xf00) RXF0SIDH; volatile __RXF0SIDHbits_t __at (0xf00) RXF0SIDHbits; __sfr __at (0xf01) RXF0SIDL; volatile __RXF0SIDLbits_t __at (0xf01) RXF0SIDLbits; __sfr __at (0xf02) RXF0EIDH; volatile __RXF0EIDHbits_t __at (0xf02) RXF0EIDHbits; __sfr __at (0xf03) RXF0EIDL; volatile __RXF0EIDLbits_t __at (0xf03) RXF0EIDLbits; __sfr __at (0xf04) RXF1SIDH; volatile __RXF1SIDHbits_t __at (0xf04) RXF1SIDHbits; __sfr __at (0xf05) RXF1SIDL; volatile __RXF1SIDLbits_t __at (0xf05) RXF1SIDLbits; __sfr __at (0xf06) RXF1EIDH; volatile __RXF1EIDHbits_t __at (0xf06) RXF1EIDHbits; __sfr __at (0xf07) RXF1EIDL; volatile __RXF1EIDLbits_t __at (0xf07) RXF1EIDLbits; __sfr __at (0xf08) RXF2SIDH; volatile __RXF2SIDHbits_t __at (0xf08) RXF2SIDHbits; __sfr __at (0xf09) RXF2SIDL; volatile __RXF2SIDLbits_t __at (0xf09) RXF2SIDLbits; __sfr __at (0xf0a) RXF2EIDH; volatile __RXF2EIDHbits_t __at (0xf0a) RXF2EIDHbits; __sfr __at (0xf0b) RXF2EIDL; volatile __RXF2EIDLbits_t __at (0xf0b) RXF2EIDLbits; __sfr __at (0xf0c) RXF3SIDH; volatile __RXF3SIDHbits_t __at (0xf0c) RXF3SIDHbits; __sfr __at (0xf0d) RXF3SIDL; volatile __RXF3SIDLbits_t __at (0xf0d) RXF3SIDLbits; __sfr __at (0xf0e) RXF3EIDH; volatile __RXF3EIDHbits_t __at (0xf0e) RXF3EIDHbits; __sfr __at (0xf0f) RXF3EIDL; volatile __RXF3EIDLbits_t __at (0xf0f) RXF3EIDLbits; __sfr __at (0xf10) RXF4SIDH; volatile __RXF4SIDHbits_t __at (0xf10) RXF4SIDHbits; __sfr __at (0xf11) RXF4SIDL; volatile __RXF4SIDLbits_t __at (0xf11) RXF4SIDLbits; __sfr __at (0xf12) RXF4EIDH; volatile __RXF4EIDHbits_t __at (0xf12) RXF4EIDHbits; __sfr __at (0xf13) RXF4EIDL; volatile __RXF4EIDLbits_t __at (0xf13) RXF4EIDLbits; __sfr __at (0xf14) RXF5SIDH; volatile __RXF5SIDHbits_t __at (0xf14) RXF5SIDHbits; __sfr __at (0xf15) RXF5SIDL; volatile __RXF5SIDLbits_t __at (0xf15) RXF5SIDLbits; __sfr __at (0xf16) RXF5EIDH; volatile __RXF5EIDHbits_t __at (0xf16) RXF5EIDHbits; __sfr __at (0xf17) RXF5EIDL; volatile __RXF5EIDLbits_t __at (0xf17) RXF5EIDLbits; __sfr __at (0xf18) RXM0SIDH; volatile __RXM0SIDHbits_t __at (0xf18) RXM0SIDHbits; __sfr __at (0xf19) RXM0SIDL; volatile __RXM0SIDLbits_t __at (0xf19) RXM0SIDLbits; __sfr __at (0xf1a) RXM0EIDH; volatile __RXM0EIDHbits_t __at (0xf1a) RXM0EIDHbits; __sfr __at (0xf1b) RXM0EIDL; volatile __RXM0EIDLbits_t __at (0xf1b) RXM0EIDLbits; __sfr __at (0xf1c) RXM1SIDH; volatile __RXM1SIDHbits_t __at (0xf1c) RXM1SIDHbits; __sfr __at (0xf1d) RXM1SIDL; volatile __RXM1SIDLbits_t __at (0xf1d) RXM1SIDLbits; __sfr __at (0xf1e) RXM1EIDH; volatile __RXM1EIDHbits_t __at (0xf1e) RXM1EIDHbits; __sfr __at (0xf1f) RXM1EIDL; volatile __RXM1EIDLbits_t __at (0xf1f) RXM1EIDLbits; __sfr __at (0xf20) TXB2CON; volatile __TXB2CONbits_t __at (0xf20) TXB2CONbits; __sfr __at (0xf21) TXB2SIDH; volatile __TXB2SIDHbits_t __at (0xf21) TXB2SIDHbits; __sfr __at (0xf22) TXB2SIDL; volatile __TXB2SIDLbits_t __at (0xf22) TXB2SIDLbits; __sfr __at (0xf23) TXB2EIDH; volatile __TXB2EIDHbits_t __at (0xf23) TXB2EIDHbits; __sfr __at (0xf24) TXB2EIDL; volatile __TXB2EIDLbits_t __at (0xf24) TXB2EIDLbits; __sfr __at (0xf25) TXB2DLC; volatile __TXB2DLCbits_t __at (0xf25) TXB2DLCbits; __sfr __at (0xf26) TXB2D0; volatile __TXB2D0bits_t __at (0xf26) TXB2D0bits; __sfr __at (0xf27) TXB2D1; volatile __TXB2D1bits_t __at (0xf27) TXB2D1bits; __sfr __at (0xf28) TXB2D2; volatile __TXB2D2bits_t __at (0xf28) TXB2D2bits; __sfr __at (0xf29) TXB2D3; volatile __TXB2D3bits_t __at (0xf29) TXB2D3bits; __sfr __at (0xf2a) TXB2D4; volatile __TXB2D4bits_t __at (0xf2a) TXB2D4bits; __sfr __at (0xf2b) TXB2D5; volatile __TXB2D5bits_t __at (0xf2b) TXB2D5bits; __sfr __at (0xf2c) TXB2D6; volatile __TXB2D6bits_t __at (0xf2c) TXB2D6bits; __sfr __at (0xf2d) TXB2D7; volatile __TXB2D7bits_t __at (0xf2d) TXB2D7bits; __sfr __at (0xf2e) CANSTATRO4; volatile __CANSTATRO4bits_t __at (0xf2e) CANSTATRO4bits; __sfr __at (0xf30) TXB1CON; volatile __TXB1CONbits_t __at (0xf30) TXB1CONbits; __sfr __at (0xf31) TXB1SIDH; volatile __TXB1SIDHbits_t __at (0xf31) TXB1SIDHbits; __sfr __at (0xf32) TXB1SIDL; volatile __TXB1SIDLbits_t __at (0xf32) TXB1SIDLbits; __sfr __at (0xf33) TXB1EIDH; volatile __TXB1EIDHbits_t __at (0xf33) TXB1EIDHbits; __sfr __at (0xf34) TXB1EIDL; volatile __TXB1EIDLbits_t __at (0xf34) TXB1EIDLbits; __sfr __at (0xf35) TXB1DLC; volatile __TXB1DLCbits_t __at (0xf35) TXB1DLCbits; __sfr __at (0xf36) TXB1D0; volatile __TXB1D0bits_t __at (0xf36) TXB1D0bits; __sfr __at (0xf37) TXB1D1; volatile __TXB1D1bits_t __at (0xf37) TXB1D1bits; __sfr __at (0xf38) TXB1D2; volatile __TXB1D2bits_t __at (0xf38) TXB1D2bits; __sfr __at (0xf39) TXB1D3; volatile __TXB1D3bits_t __at (0xf39) TXB1D3bits; __sfr __at (0xf3a) TXB1D4; volatile __TXB1D4bits_t __at (0xf3a) TXB1D4bits; __sfr __at (0xf3b) TXB1D5; volatile __TXB1D5bits_t __at (0xf3b) TXB1D5bits; __sfr __at (0xf3c) TXB1D6; volatile __TXB1D6bits_t __at (0xf3c) TXB1D6bits; __sfr __at (0xf3d) TXB1D7; volatile __TXB1D7bits_t __at (0xf3d) TXB1D7bits; __sfr __at (0xf3e) CANSTATRO3; volatile __CANSTATRO3bits_t __at (0xf3e) CANSTATRO3bits; __sfr __at (0xf40) TXB0CON; volatile __TXB0CONbits_t __at (0xf40) TXB0CONbits; __sfr __at (0xf41) TXB0SIDH; volatile __TXB0SIDHbits_t __at (0xf41) TXB0SIDHbits; __sfr __at (0xf42) TXB0SIDL; volatile __TXB0SIDLbits_t __at (0xf42) TXB0SIDLbits; __sfr __at (0xf43) TXB0EIDH; volatile __TXB0EIDHbits_t __at (0xf43) TXB0EIDHbits; __sfr __at (0xf44) TXB0EIDL; volatile __TXB0EIDLbits_t __at (0xf44) TXB0EIDLbits; __sfr __at (0xf45) TXB0DLC; volatile __TXB0DLCbits_t __at (0xf45) TXB0DLCbits; __sfr __at (0xf46) TXB0D0; volatile __TXB0D0bits_t __at (0xf46) TXB0D0bits; __sfr __at (0xf47) TXB0D1; volatile __TXB0D1bits_t __at (0xf47) TXB0D1bits; __sfr __at (0xf48) TXB0D2; volatile __TXB0D2bits_t __at (0xf48) TXB0D2bits; __sfr __at (0xf49) TXB0D3; volatile __TXB0D3bits_t __at (0xf49) TXB0D3bits; __sfr __at (0xf4a) TXB0D4; volatile __TXB0D4bits_t __at (0xf4a) TXB0D4bits; __sfr __at (0xf4b) TXB0D5; volatile __TXB0D5bits_t __at (0xf4b) TXB0D5bits; __sfr __at (0xf4c) TXB0D6; volatile __TXB0D6bits_t __at (0xf4c) TXB0D6bits; __sfr __at (0xf4d) TXB0D7; volatile __TXB0D7bits_t __at (0xf4d) TXB0D7bits; __sfr __at (0xf4e) CANSTATRO2; volatile __CANSTATRO2bits_t __at (0xf4e) CANSTATRO2bits; __sfr __at (0xf50) RXB1CON; volatile __RXB1CONbits_t __at (0xf50) RXB1CONbits; __sfr __at (0xf51) RXB1SIDH; volatile __RXB1SIDHbits_t __at (0xf51) RXB1SIDHbits; __sfr __at (0xf52) RXB1SIDL; volatile __RXB1SIDLbits_t __at (0xf52) RXB1SIDLbits; __sfr __at (0xf53) RXB1EIDH; volatile __RXB1EIDHbits_t __at (0xf53) RXB1EIDHbits; __sfr __at (0xf54) RXB1EIDL; volatile __RXB1EIDLbits_t __at (0xf54) RXB1EIDLbits; __sfr __at (0xf55) RXB1DLC; volatile __RXB1DLCbits_t __at (0xf55) RXB1DLCbits; __sfr __at (0xf56) RXB1D0; volatile __RXB1D0bits_t __at (0xf56) RXB1D0bits; __sfr __at (0xf57) RXB1D1; volatile __RXB1D1bits_t __at (0xf57) RXB1D1bits; __sfr __at (0xf58) RXB1D2; volatile __RXB1D2bits_t __at (0xf58) RXB1D2bits; __sfr __at (0xf59) RXB1D3; volatile __RXB1D3bits_t __at (0xf59) RXB1D3bits; __sfr __at (0xf5a) RXB1D4; volatile __RXB1D4bits_t __at (0xf5a) RXB1D4bits; __sfr __at (0xf5b) RXB1D5; volatile __RXB1D5bits_t __at (0xf5b) RXB1D5bits; __sfr __at (0xf5c) RXB1D6; volatile __RXB1D6bits_t __at (0xf5c) RXB1D6bits; __sfr __at (0xf5d) RXB1D7; volatile __RXB1D7bits_t __at (0xf5d) RXB1D7bits; __sfr __at (0xf5e) CANSTATRO1; volatile __CANSTATRO1bits_t __at (0xf5e) CANSTATRO1bits; __sfr __at (0xf60) RXB0CON; volatile __RXB0CONbits_t __at (0xf60) RXB0CONbits; __sfr __at (0xf61) RXB0SIDH; volatile __RXB0SIDHbits_t __at (0xf61) RXB0SIDHbits; __sfr __at (0xf62) RXB0SIDL; volatile __RXB0SIDLbits_t __at (0xf62) RXB0SIDLbits; __sfr __at (0xf63) RXB0EIDH; volatile __RXB0EIDHbits_t __at (0xf63) RXB0EIDHbits; __sfr __at (0xf64) RXB0EIDL; volatile __RXB0EIDLbits_t __at (0xf64) RXB0EIDLbits; __sfr __at (0xf65) RXB0DLC; volatile __RXB0DLCbits_t __at (0xf65) RXB0DLCbits; __sfr __at (0xf66) RXB0D0; __sfr __at (0xf67) RXB0D1; __sfr __at (0xf68) RXB0D2; __sfr __at (0xf69) RXB0D3; __sfr __at (0xf6a) RXB0D4; __sfr __at (0xf6b) RXB0D5; __sfr __at (0xf6c) RXB0D6; __sfr __at (0xf6d) RXB0D7; __sfr __at (0xf6e) CANSTAT; volatile __CANSTATbits_t __at (0xf6e) CANSTATbits; __sfr __at (0xf6f) CANCON; volatile __CANCONbits_t __at (0xf6f) CANCONbits; __sfr __at (0xf70) BRGCON1; volatile __BRGCON1bits_t __at (0xf70) BRGCON1bits; __sfr __at (0xf71) BRGCON2; volatile __BRGCON2bits_t __at (0xf71) BRGCON2bits; __sfr __at (0xf72) BRGCON3; volatile __BRGCON3bits_t __at (0xf72) BRGCON3bits; __sfr __at (0xf73) CIOCON; volatile __CIOCONbits_t __at (0xf73) CIOCONbits; __sfr __at (0xf74) COMSTAT; volatile __COMSTATbits_t __at (0xf74) COMSTATbits; __sfr __at (0xf75) RXERRCNT; volatile __RXERRCNTbits_t __at (0xf75) RXERRCNTbits; __sfr __at (0xf76) TXERRCNT; volatile __TXERRCNTbits_t __at (0xf76) TXERRCNTbits; __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf83) PORTD; volatile __PORTDbits_t __at (0xf83) PORTDbits; __sfr __at (0xf84) PORTE; volatile __PORTEbits_t __at (0xf84) PORTEbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf8c) LATD; volatile __LATDbits_t __at (0xf8c) LATDbits; __sfr __at (0xf8d) LATE; volatile __LATEbits_t __at (0xf8d) LATEbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf95) TRISD; volatile __TRISDbits_t __at (0xf95) TRISDbits; __sfr __at (0xf96) TRISE; volatile __TRISEbits_t __at (0xf96) TRISEbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa3) PIE3; volatile __PIE3bits_t __at (0xfa3) PIE3bits; __sfr __at (0xfa4) PIR3; volatile __PIR3bits_t __at (0xfa4) PIR3bits; __sfr __at (0xfa5) IPR3; volatile __IPR3bits_t __at (0xfa5) IPR3bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfab) RCSTA; volatile __RCSTAbits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTAbits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; __sfr __at (0xfb0) PSPCON; volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfb4) CMCON; volatile __CMCONbits_t __at (0xfb4) CMCONbits; __sfr __at (0xfb5) CVRCON; volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; __sfr __at (0xfb6) ECCPAS; volatile __ECCPASbits_t __at (0xfb6) ECCPASbits; __sfr __at (0xfb7) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xfb7) ECCP1DELbits; __sfr __at (0xfba) ECCP1CON; volatile __ECCP1CONbits_t __at (0xfba) ECCP1CONbits; __sfr __at (0xfbb) ECCPR1L; __sfr __at (0xfbc) ECCPR1H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; volatile __T0CONbits_t __at (0xfd5) T0CONbits; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4480.c000066400000000000000000000001171116427777700204320ustar00rootroot00000000000000/* * pic18f4480.c - device specific definitions */ #include "pic18f4580.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f44j10.c000066400000000000000000000162561116427777700206100ustar00rootroot00000000000000/* * pic18f44j10.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF85) SSP2CON2; volatile __SSP2CON2bits_t __at (0xF85) SSP2CON2bits; __sfr __at (0xF86) SSP2CON1; volatile __SSP2CON1bits_t __at (0xF86) SSP2CON1bits; __sfr __at (0xF87) SSP2STAT; volatile __SSP2STATbits_t __at (0xF87) SSP2STATbits; __sfr __at (0xF88) SSP2ADD; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF8E) SSP2BUF; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA3) PIE3; volatile __PIE3bits_t __at (0xFA3) PIE3bits; __sfr __at (0xFA4) PIR3; volatile __PIR3bits_t __at (0xFA4) PIR3bits; __sfr __at (0xFA5) IPR3; volatile __IPR3bits_t __at (0xFA5) IPR3bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAB) RCSTA1; volatile __RCSTA1bits_t __at (0xFAB) RCSTA1bits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAC) TXSTA1; volatile __TXSTA1bits_t __at (0xFAC) TXSTA1bits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAD) TXREG1; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAE) RCREG1; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFAF) SPBRG1; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; __sfr __at (0xFB7) PWM1CON; volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFB8) BAUDCTL; volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBD) ECCP1CON; volatile __ECCP1CONbits_t __at (0xFBD) ECCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSP1CON2; volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSP1CON1; volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSP1STAT; volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSP1ADD; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSP1BUF; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f44k20.c000066400000000000000000000001211116427777700205720ustar00rootroot00000000000000/* * pic18f44k20.c - device specific definitions */ #include "pic18f46k20.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f4510.c000066400000000000000000000001171116427777700204240ustar00rootroot00000000000000/* * pic18f4510.c - device specific definitions */ #include "pic18f4610.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f4515.c000066400000000000000000000001171116427777700204310ustar00rootroot00000000000000/* * pic18f4515.c - device specific definitions */ #include "pic18f4610.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f452.c000066400000000000000000000117531116427777700203550ustar00rootroot00000000000000 /* * pic18f452.c - PIC18F452 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f452.c 3765 2005-05-18 20:32:06Z tecodev $ * */ #include __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf83) PORTD; volatile __PORTDbits_t __at (0xf83) PORTDbits; __sfr __at (0xf84) PORTE; volatile __PORTEbits_t __at (0xf84) PORTEbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf8c) LATD; volatile __LATDbits_t __at (0xf8c) LATDbits; __sfr __at (0xf8d) LATE; volatile __LATEbits_t __at (0xf8d) LATEbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf95) TRISD; volatile __TRISDbits_t __at (0xf95) TRISDbits; __sfr __at (0xf96) TRISE; volatile __TRISEbits_t __at (0xf96) TRISEbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfab) RCSTA; volatile __RCSTAbits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTAbits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfbb) CCPR2L; __sfr __at (0xfbc) CCPR2H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; volatile __T0CONbits_t __at (0xfd5) T0CONbits; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4520.c000066400000000000000000000144611116427777700204340ustar00rootroot00000000000000/* * pic18f4520.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) EEDATA; __sfr __at (0xFA9) EEADR; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) PWM1CON; volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFB8) BAUDCTL; volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD2) LVDCON; volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4523.c000066400000000000000000000144611116427777700204370ustar00rootroot00000000000000/* * pic18f4523.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) EEDATA; __sfr __at (0xFA9) EEADR; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) PWM1CON; volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFB8) BAUDCTL; volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD2) LVDCON; volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4525.c000066400000000000000000000002131116427777700204270ustar00rootroot00000000000000/* * pic18f4525.c - PIC18F4525 Device Library Sources */ #include "pic18f4620.c" /* just the same as the 4620 but with less eeprom */ sdcc-2.9.0/device/lib/pic16/libdev/pic18f4550.c000066400000000000000000000001261116427777700204300ustar00rootroot00000000000000/* * pic18f4550.h - PIC18F4550 Device Library Sources */ #include "pic18f2455.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f458.c000066400000000000000000000343611116427777700203630ustar00rootroot00000000000000 /* * pic18f458.c - PIC18F458 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f458.c 3817 2005-07-31 08:51:38Z tecodev $ * */ #include __sfr __at (0xf00) RXF0SIDH; volatile __RXF0SIDHbits_t __at (0xf00) RXF0SIDHbits; __sfr __at (0xf01) RXF0SIDL; volatile __RXF0SIDLbits_t __at (0xf01) RXF0SIDLbits; __sfr __at (0xf02) RXF0EIDH; volatile __RXF0EIDHbits_t __at (0xf02) RXF0EIDHbits; __sfr __at (0xf03) RXF0EIDL; volatile __RXF0EIDLbits_t __at (0xf03) RXF0EIDLbits; __sfr __at (0xf04) RXF1SIDH; volatile __RXF1SIDHbits_t __at (0xf04) RXF1SIDHbits; __sfr __at (0xf05) RXF1SIDL; volatile __RXF1SIDLbits_t __at (0xf05) RXF1SIDLbits; __sfr __at (0xf06) RXF1EIDH; volatile __RXF1EIDHbits_t __at (0xf06) RXF1EIDHbits; __sfr __at (0xf07) RXF1EIDL; volatile __RXF1EIDLbits_t __at (0xf07) RXF1EIDLbits; __sfr __at (0xf08) RXF2SIDH; volatile __RXF2SIDHbits_t __at (0xf08) RXF2SIDHbits; __sfr __at (0xf09) RXF2SIDL; volatile __RXF2SIDLbits_t __at (0xf09) RXF2SIDLbits; __sfr __at (0xf0a) RXF2EIDH; volatile __RXF2EIDHbits_t __at (0xf0a) RXF2EIDHbits; __sfr __at (0xf0b) RXF2EIDL; volatile __RXF2EIDLbits_t __at (0xf0b) RXF2EIDLbits; __sfr __at (0xf0c) RXF3SIDH; volatile __RXF3SIDHbits_t __at (0xf0c) RXF3SIDHbits; __sfr __at (0xf0d) RXF3SIDL; volatile __RXF3SIDLbits_t __at (0xf0d) RXF3SIDLbits; __sfr __at (0xf0e) RXF3EIDH; volatile __RXF3EIDHbits_t __at (0xf0e) RXF3EIDHbits; __sfr __at (0xf0f) RXF3EIDL; volatile __RXF3EIDLbits_t __at (0xf0f) RXF3EIDLbits; __sfr __at (0xf10) RXF4SIDH; volatile __RXF4SIDHbits_t __at (0xf10) RXF4SIDHbits; __sfr __at (0xf11) RXF4SIDL; volatile __RXF4SIDLbits_t __at (0xf11) RXF4SIDLbits; __sfr __at (0xf12) RXF4EIDH; volatile __RXF4EIDHbits_t __at (0xf12) RXF4EIDHbits; __sfr __at (0xf13) RXF4EIDL; volatile __RXF4EIDLbits_t __at (0xf13) RXF4EIDLbits; __sfr __at (0xf14) RXF5SIDH; volatile __RXF5SIDHbits_t __at (0xf14) RXF5SIDHbits; __sfr __at (0xf15) RXF5SIDL; volatile __RXF5SIDLbits_t __at (0xf15) RXF5SIDLbits; __sfr __at (0xf16) RXF5EIDH; volatile __RXF5EIDHbits_t __at (0xf16) RXF5EIDHbits; __sfr __at (0xf17) RXF5EIDL; volatile __RXF5EIDLbits_t __at (0xf17) RXF5EIDLbits; __sfr __at (0xf18) RXM0SIDH; volatile __RXM0SIDHbits_t __at (0xf18) RXM0SIDHbits; __sfr __at (0xf19) RXM0SIDL; volatile __RXM0SIDLbits_t __at (0xf19) RXM0SIDLbits; __sfr __at (0xf1a) RXM0EIDH; volatile __RXM0EIDHbits_t __at (0xf1a) RXM0EIDHbits; __sfr __at (0xf1b) RXM0EIDL; volatile __RXM0EIDLbits_t __at (0xf1b) RXM0EIDLbits; __sfr __at (0xf1c) RXM1SIDH; volatile __RXM1SIDHbits_t __at (0xf1c) RXM1SIDHbits; __sfr __at (0xf1d) RXM1SIDL; volatile __RXM1SIDLbits_t __at (0xf1d) RXM1SIDLbits; __sfr __at (0xf1e) RXM1EIDH; volatile __RXM1EIDHbits_t __at (0xf1e) RXM1EIDHbits; __sfr __at (0xf1f) RXM1EIDL; volatile __RXM1EIDLbits_t __at (0xf1f) RXM1EIDLbits; __sfr __at (0xf20) TXB2CON; volatile __TXB2CONbits_t __at (0xf20) TXB2CONbits; __sfr __at (0xf21) TXB2SIDH; volatile __TXB2SIDHbits_t __at (0xf21) TXB2SIDHbits; __sfr __at (0xf22) TXB2SIDL; volatile __TXB2SIDLbits_t __at (0xf22) TXB2SIDLbits; __sfr __at (0xf23) TXB2EIDH; volatile __TXB2EIDHbits_t __at (0xf23) TXB2EIDHbits; __sfr __at (0xf24) TXB2EIDL; volatile __TXB2EIDLbits_t __at (0xf24) TXB2EIDLbits; __sfr __at (0xf25) TXB2DLC; volatile __TXB2DLCbits_t __at (0xf25) TXB2DLCbits; __sfr __at (0xf26) TXB2D0; volatile __TXB2D0bits_t __at (0xf26) TXB2D0bits; __sfr __at (0xf27) TXB2D1; volatile __TXB2D1bits_t __at (0xf27) TXB2D1bits; __sfr __at (0xf28) TXB2D2; volatile __TXB2D2bits_t __at (0xf28) TXB2D2bits; __sfr __at (0xf29) TXB2D3; volatile __TXB2D3bits_t __at (0xf29) TXB2D3bits; __sfr __at (0xf2a) TXB2D4; volatile __TXB2D4bits_t __at (0xf2a) TXB2D4bits; __sfr __at (0xf2b) TXB2D5; volatile __TXB2D5bits_t __at (0xf2b) TXB2D5bits; __sfr __at (0xf2c) TXB2D6; volatile __TXB2D6bits_t __at (0xf2c) TXB2D6bits; __sfr __at (0xf2d) TXB2D7; volatile __TXB2D7bits_t __at (0xf2d) TXB2D7bits; __sfr __at (0xf2e) CANSTATRO4; volatile __CANSTATRO4bits_t __at (0xf2e) CANSTATRO4bits; __sfr __at (0xf30) TXB1CON; volatile __TXB1CONbits_t __at (0xf30) TXB1CONbits; __sfr __at (0xf31) TXB1SIDH; volatile __TXB1SIDHbits_t __at (0xf31) TXB1SIDHbits; __sfr __at (0xf32) TXB1SIDL; volatile __TXB1SIDLbits_t __at (0xf32) TXB1SIDLbits; __sfr __at (0xf33) TXB1EIDH; volatile __TXB1EIDHbits_t __at (0xf33) TXB1EIDHbits; __sfr __at (0xf34) TXB1EIDL; volatile __TXB1EIDLbits_t __at (0xf34) TXB1EIDLbits; __sfr __at (0xf35) TXB1DLC; volatile __TXB1DLCbits_t __at (0xf35) TXB1DLCbits; __sfr __at (0xf36) TXB1D0; volatile __TXB1D0bits_t __at (0xf36) TXB1D0bits; __sfr __at (0xf37) TXB1D1; volatile __TXB1D1bits_t __at (0xf37) TXB1D1bits; __sfr __at (0xf38) TXB1D2; volatile __TXB1D2bits_t __at (0xf38) TXB1D2bits; __sfr __at (0xf39) TXB1D3; volatile __TXB1D3bits_t __at (0xf39) TXB1D3bits; __sfr __at (0xf3a) TXB1D4; volatile __TXB1D4bits_t __at (0xf3a) TXB1D4bits; __sfr __at (0xf3b) TXB1D5; volatile __TXB1D5bits_t __at (0xf3b) TXB1D5bits; __sfr __at (0xf3c) TXB1D6; volatile __TXB1D6bits_t __at (0xf3c) TXB1D6bits; __sfr __at (0xf3d) TXB1D7; volatile __TXB1D7bits_t __at (0xf3d) TXB1D7bits; __sfr __at (0xf3e) CANSTATRO3; volatile __CANSTATRO3bits_t __at (0xf3e) CANSTATRO3bits; __sfr __at (0xf40) TXB0CON; volatile __TXB0CONbits_t __at (0xf40) TXB0CONbits; __sfr __at (0xf41) TXB0SIDH; volatile __TXB0SIDHbits_t __at (0xf41) TXB0SIDHbits; __sfr __at (0xf42) TXB0SIDL; volatile __TXB0SIDLbits_t __at (0xf42) TXB0SIDLbits; __sfr __at (0xf43) TXB0EIDH; volatile __TXB0EIDHbits_t __at (0xf43) TXB0EIDHbits; __sfr __at (0xf44) TXB0EIDL; volatile __TXB0EIDLbits_t __at (0xf44) TXB0EIDLbits; __sfr __at (0xf45) TXB0DLC; volatile __TXB0DLCbits_t __at (0xf45) TXB0DLCbits; __sfr __at (0xf46) TXB0D0; volatile __TXB0D0bits_t __at (0xf46) TXB0D0bits; __sfr __at (0xf47) TXB0D1; volatile __TXB0D1bits_t __at (0xf47) TXB0D1bits; __sfr __at (0xf48) TXB0D2; volatile __TXB0D2bits_t __at (0xf48) TXB0D2bits; __sfr __at (0xf49) TXB0D3; volatile __TXB0D3bits_t __at (0xf49) TXB0D3bits; __sfr __at (0xf4a) TXB0D4; volatile __TXB0D4bits_t __at (0xf4a) TXB0D4bits; __sfr __at (0xf4b) TXB0D5; volatile __TXB0D5bits_t __at (0xf4b) TXB0D5bits; __sfr __at (0xf4c) TXB0D6; volatile __TXB0D6bits_t __at (0xf4c) TXB0D6bits; __sfr __at (0xf4d) TXB0D7; volatile __TXB0D7bits_t __at (0xf4d) TXB0D7bits; __sfr __at (0xf4e) CANSTATRO2; volatile __CANSTATRO2bits_t __at (0xf4e) CANSTATRO2bits; __sfr __at (0xf50) RXB1CON; volatile __RXB1CONbits_t __at (0xf50) RXB1CONbits; __sfr __at (0xf51) RXB1SIDH; volatile __RXB1SIDHbits_t __at (0xf51) RXB1SIDHbits; __sfr __at (0xf52) RXB1SIDL; volatile __RXB1SIDLbits_t __at (0xf52) RXB1SIDLbits; __sfr __at (0xf53) RXB1EIDH; volatile __RXB1EIDHbits_t __at (0xf53) RXB1EIDHbits; __sfr __at (0xf54) RXB1EIDL; volatile __RXB1EIDLbits_t __at (0xf54) RXB1EIDLbits; __sfr __at (0xf55) RXB1DLC; volatile __RXB1DLCbits_t __at (0xf55) RXB1DLCbits; __sfr __at (0xf56) RXB1D0; volatile __RXB1D0bits_t __at (0xf56) RXB1D0bits; __sfr __at (0xf57) RXB1D1; volatile __RXB1D1bits_t __at (0xf57) RXB1D1bits; __sfr __at (0xf58) RXB1D2; volatile __RXB1D2bits_t __at (0xf58) RXB1D2bits; __sfr __at (0xf59) RXB1D3; volatile __RXB1D3bits_t __at (0xf59) RXB1D3bits; __sfr __at (0xf5a) RXB1D4; volatile __RXB1D4bits_t __at (0xf5a) RXB1D4bits; __sfr __at (0xf5b) RXB1D5; volatile __RXB1D5bits_t __at (0xf5b) RXB1D5bits; __sfr __at (0xf5c) RXB1D6; volatile __RXB1D6bits_t __at (0xf5c) RXB1D6bits; __sfr __at (0xf5d) RXB1D7; volatile __RXB1D7bits_t __at (0xf5d) RXB1D7bits; __sfr __at (0xf5e) CANSTATRO1; volatile __CANSTATRO1bits_t __at (0xf5e) CANSTATRO1bits; __sfr __at (0xf60) RXB0CON; volatile __RXB0CONbits_t __at (0xf60) RXB0CONbits; __sfr __at (0xf61) RXB0SIDH; volatile __RXB0SIDHbits_t __at (0xf61) RXB0SIDHbits; __sfr __at (0xf62) RXB0SIDL; volatile __RXB0SIDLbits_t __at (0xf62) RXB0SIDLbits; __sfr __at (0xf63) RXB0EIDH; volatile __RXB0EIDHbits_t __at (0xf63) RXB0EIDHbits; __sfr __at (0xf64) RXB0EIDL; volatile __RXB0EIDLbits_t __at (0xf64) RXB0EIDLbits; __sfr __at (0xf65) RXB0DLC; volatile __RXB0DLCbits_t __at (0xf65) RXB0DLCbits; __sfr __at (0xf66) RXB0D0; __sfr __at (0xf67) RXB0D1; __sfr __at (0xf68) RXB0D2; __sfr __at (0xf69) RXB0D3; __sfr __at (0xf6a) RXB0D4; __sfr __at (0xf6b) RXB0D5; __sfr __at (0xf6c) RXB0D6; __sfr __at (0xf6d) RXB0D7; __sfr __at (0xf6e) CANSTAT; volatile __CANSTATbits_t __at (0xf6e) CANSTATbits; __sfr __at (0xf6f) CANCON; volatile __CANCONbits_t __at (0xf6f) CANCONbits; __sfr __at (0xf70) BRGCON1; volatile __BRGCON1bits_t __at (0xf70) BRGCON1bits; __sfr __at (0xf71) BRGCON2; volatile __BRGCON2bits_t __at (0xf71) BRGCON2bits; __sfr __at (0xf72) BRGCON3; volatile __BRGCON3bits_t __at (0xf72) BRGCON3bits; __sfr __at (0xf73) CIOCON; volatile __CIOCONbits_t __at (0xf73) CIOCONbits; __sfr __at (0xf74) COMSTAT; volatile __COMSTATbits_t __at (0xf74) COMSTATbits; __sfr __at (0xf75) RXERRCNT; volatile __RXERRCNTbits_t __at (0xf75) RXERRCNTbits; __sfr __at (0xf76) TXERRCNT; volatile __TXERRCNTbits_t __at (0xf76) TXERRCNTbits; __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf83) PORTD; volatile __PORTDbits_t __at (0xf83) PORTDbits; __sfr __at (0xf84) PORTE; volatile __PORTEbits_t __at (0xf84) PORTEbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf8c) LATD; volatile __LATDbits_t __at (0xf8c) LATDbits; __sfr __at (0xf8d) LATE; volatile __LATEbits_t __at (0xf8d) LATEbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf95) TRISD; volatile __TRISDbits_t __at (0xf95) TRISDbits; __sfr __at (0xf96) TRISE; volatile __TRISEbits_t __at (0xf96) TRISEbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa3) PIE3; volatile __PIE3bits_t __at (0xfa3) PIE3bits; __sfr __at (0xfa4) PIR3; volatile __PIR3bits_t __at (0xfa4) PIR3bits; __sfr __at (0xfa5) IPR3; volatile __IPR3bits_t __at (0xfa5) IPR3bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfab) RCSTA; volatile __RCSTAbits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTAbits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; __sfr __at (0xfb0) PSPCON; volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfb4) CMCON; volatile __CMCONbits_t __at (0xfb4) CMCONbits; __sfr __at (0xfb5) CVRCON; volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; __sfr __at (0xfb6) ECCPAS; volatile __ECCPASbits_t __at (0xfb6) ECCPASbits; __sfr __at (0xfb7) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xfb7) ECCP1DELbits; __sfr __at (0xfba) ECCP1CON; volatile __ECCP1CONbits_t __at (0xfba) ECCP1CONbits; __sfr __at (0xfbb) ECCPR1L; __sfr __at (0xfbc) ECCPR1H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; volatile __T0CONbits_t __at (0xfd5) T0CONbits; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4580.c000066400000000000000000000672721116427777700204520ustar00rootroot00000000000000/* * pic18f4580.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xD60) RXF6SIDH; volatile __RXF6SIDHbits_t __at (0xD60) RXF6SIDHbits; __sfr __at (0xD61) RXF6SIDL; volatile __RXF6SIDLbits_t __at (0xD61) RXF6SIDLbits; __sfr __at (0xD62) RXF6EIDH; volatile __RXF6EIDHbits_t __at (0xD62) RXF6EIDHbits; __sfr __at (0xD63) RXF6EIDL; volatile __RXF6EIDLbits_t __at (0xD63) RXF6EIDLbits; __sfr __at (0xD64) RXF7SIDH; volatile __RXF7SIDHbits_t __at (0xD64) RXF7SIDHbits; __sfr __at (0xD65) RXF7SIDL; volatile __RXF7SIDLbits_t __at (0xD65) RXF7SIDLbits; __sfr __at (0xD66) RXF7EIDH; volatile __RXF7EIDHbits_t __at (0xD66) RXF7EIDHbits; __sfr __at (0xD67) RXF7EIDL; volatile __RXF7EIDLbits_t __at (0xD67) RXF7EIDLbits; __sfr __at (0xD68) RXF8SIDH; volatile __RXF8SIDHbits_t __at (0xD68) RXF8SIDHbits; __sfr __at (0xD69) RXF8SIDL; volatile __RXF8SIDLbits_t __at (0xD69) RXF8SIDLbits; __sfr __at (0xD6A) RXF8EIDH; volatile __RXF8EIDHbits_t __at (0xD6A) RXF8EIDHbits; __sfr __at (0xD6B) RXF8EIDL; volatile __RXF8EIDLbits_t __at (0xD6B) RXF8EIDLbits; __sfr __at (0xD70) RXF9SIDH; volatile __RXF9SIDHbits_t __at (0xD70) RXF9SIDHbits; __sfr __at (0xD71) RXF9SIDL; volatile __RXF9SIDLbits_t __at (0xD71) RXF9SIDLbits; __sfr __at (0xD72) RXF9EIDH; volatile __RXF9EIDHbits_t __at (0xD72) RXF9EIDHbits; __sfr __at (0xD73) RXF9EIDL; volatile __RXF9EIDLbits_t __at (0xD73) RXF9EIDLbits; __sfr __at (0xD74) RXF10SIDH; volatile __RXF10SIDHbits_t __at (0xD74) RXF10SIDHbits; __sfr __at (0xD75) RXF10SIDL; volatile __RXF10SIDLbits_t __at (0xD75) RXF10SIDLbits; __sfr __at (0xD76) RXF10EIDH; volatile __RXF10EIDHbits_t __at (0xD76) RXF10EIDHbits; __sfr __at (0xD77) RXF10EIDL; volatile __RXF10EIDLbits_t __at (0xD77) RXF10EIDLbits; __sfr __at (0xD78) RXF11SIDH; volatile __RXF11SIDHbits_t __at (0xD78) RXF11SIDHbits; __sfr __at (0xD79) RXF11SIDL; volatile __RXF11SIDLbits_t __at (0xD79) RXF11SIDLbits; __sfr __at (0xD7A) RXF11EIDH; volatile __RXF11EIDHbits_t __at (0xD7A) RXF11EIDHbits; __sfr __at (0xD7B) RXF11EIDL; volatile __RXF11EIDLbits_t __at (0xD7B) RXF11EIDLbits; __sfr __at (0xD80) RXF12SIDH; volatile __RXF12SIDHbits_t __at (0xD80) RXF12SIDHbits; __sfr __at (0xD81) RXF12SIDL; volatile __RXF12SIDLbits_t __at (0xD81) RXF12SIDLbits; __sfr __at (0xD82) RXF12EIDH; volatile __RXF12EIDHbits_t __at (0xD82) RXF12EIDHbits; __sfr __at (0xD83) RXF12EIDL; volatile __RXF12EIDLbits_t __at (0xD83) RXF12EIDLbits; __sfr __at (0xD84) RXF13SIDH; volatile __RXF13SIDHbits_t __at (0xD84) RXF13SIDHbits; __sfr __at (0xD85) RXF13SIDL; volatile __RXF13SIDLbits_t __at (0xD85) RXF13SIDLbits; __sfr __at (0xD86) RXF13EIDH; volatile __RXF13EIDHbits_t __at (0xD86) RXF13EIDHbits; __sfr __at (0xD87) RXF13EIDL; volatile __RXF13EIDLbits_t __at (0xD87) RXF13EIDLbits; __sfr __at (0xD88) RXF14SIDH; volatile __RXF14SIDHbits_t __at (0xD88) RXF14SIDHbits; __sfr __at (0xD89) RXF14SIDL; volatile __RXF14SIDLbits_t __at (0xD89) RXF14SIDLbits; __sfr __at (0xD8A) RXF14EIDH; volatile __RXF14EIDHbits_t __at (0xD8A) RXF14EIDHbits; __sfr __at (0xD8B) RXF14EIDL; volatile __RXF14EIDLbits_t __at (0xD8B) RXF14EIDLbits; __sfr __at (0xD90) RXF15SIDH; volatile __RXF15SIDHbits_t __at (0xD90) RXF15SIDHbits; __sfr __at (0xD91) RXF15SIDL; volatile __RXF15SIDLbits_t __at (0xD91) RXF15SIDLbits; __sfr __at (0xD92) RXF15EIDH; volatile __RXF15EIDHbits_t __at (0xD92) RXF15EIDHbits; __sfr __at (0xD93) RXF15EIDL; volatile __RXF15EIDLbits_t __at (0xD93) RXF15EIDLbits; __sfr __at (0xDD4) RXFCON0; volatile __RXFCON0bits_t __at (0xDD4) RXFCON0bits; __sfr __at (0xDD5) RXFCON1; volatile __RXFCON1bits_t __at (0xDD5) RXFCON1bits; __sfr __at (0xDD8) SDFLC; volatile __SDFLCbits_t __at (0xDD8) SDFLCbits; __sfr __at (0xDE0) RXFBCON0; volatile __RXFBCON0bits_t __at (0xDE0) RXFBCON0bits; __sfr __at (0xDE1) RXFBCON1; volatile __RXFBCON1bits_t __at (0xDE1) RXFBCON1bits; __sfr __at (0xDE2) RXFBCON2; volatile __RXFBCON2bits_t __at (0xDE2) RXFBCON2bits; __sfr __at (0xDE3) RXFBCON3; volatile __RXFBCON3bits_t __at (0xDE3) RXFBCON3bits; __sfr __at (0xDE4) RXFBCON4; volatile __RXFBCON4bits_t __at (0xDE4) RXFBCON4bits; __sfr __at (0xDE5) RXFBCON5; volatile __RXFBCON5bits_t __at (0xDE5) RXFBCON5bits; __sfr __at (0xDE6) RXFBCON6; volatile __RXFBCON6bits_t __at (0xDE6) RXFBCON6bits; __sfr __at (0xDE7) RXFBCON7; volatile __RXFBCON7bits_t __at (0xDE7) RXFBCON7bits; __sfr __at (0xDF0) MSEL0; volatile __MSEL0bits_t __at (0xDF0) MSEL0bits; __sfr __at (0xDF1) MSEL1; volatile __MSEL1bits_t __at (0xDF1) MSEL1bits; __sfr __at (0xDF2) MSEL2; volatile __MSEL2bits_t __at (0xDF2) MSEL2bits; __sfr __at (0xDF3) MSEL3; volatile __MSEL3bits_t __at (0xDF3) MSEL3bits; __sfr __at (0xDF8) BSEL0; volatile __BSEL0bits_t __at (0xDF8) BSEL0bits; __sfr __at (0xDFA) BIE0; volatile __BIE0bits_t __at (0xDFA) BIE0bits; __sfr __at (0xDFC) TXBIE; volatile __TXBIEbits_t __at (0xDFC) TXBIEbits; __sfr __at (0xE20) B0CON; volatile __B0CONbits_t __at (0xE20) B0CONbits; __sfr __at (0xE21) B0SIDH; volatile __B0SIDHbits_t __at (0xE21) B0SIDHbits; __sfr __at (0xE22) B0SIDL; volatile __B0SIDLbits_t __at (0xE22) B0SIDLbits; __sfr __at (0xE23) B0EIDH; volatile __B0EIDHbits_t __at (0xE23) B0EIDHbits; __sfr __at (0xE24) B0EIDL; volatile __B0EIDLbits_t __at (0xE24) B0EIDLbits; __sfr __at (0xE25) B0DLC; volatile __B0DLCbits_t __at (0xE25) B0DLCbits; __sfr __at (0xE26) B0D0; volatile __B0D0bits_t __at (0xE26) B0D0bits; __sfr __at (0xE27) B0D1; volatile __B0D1bits_t __at (0xE27) B0D1bits; __sfr __at (0xE28) B0D2; volatile __B0D2bits_t __at (0xE28) B0D2bits; __sfr __at (0xE29) B0D3; volatile __B0D3bits_t __at (0xE29) B0D3bits; __sfr __at (0xE2A) B0D4; volatile __B0D4bits_t __at (0xE2A) B0D4bits; __sfr __at (0xE2B) B0D5; volatile __B0D5bits_t __at (0xE2B) B0D5bits; __sfr __at (0xE2C) B0D6; volatile __B0D6bits_t __at (0xE2C) B0D6bits; __sfr __at (0xE2D) B0D7; volatile __B0D7bits_t __at (0xE2D) B0D7bits; __sfr __at (0xE2E) CANSTAT_RO9; volatile __CANSTAT_RO9bits_t __at (0xE2E) CANSTAT_RO9bits; __sfr __at (0xE2F) CANCON_RO9; volatile __CANCON_RO9bits_t __at (0xE2F) CANCON_RO9bits; __sfr __at (0xE30) B1CON; volatile __B1CONbits_t __at (0xE30) B1CONbits; __sfr __at (0xE31) B1SIDH; volatile __B1SIDHbits_t __at (0xE31) B1SIDHbits; __sfr __at (0xE32) B1SIDL; volatile __B1SIDLbits_t __at (0xE32) B1SIDLbits; __sfr __at (0xE33) B1EIDH; volatile __B1EIDHbits_t __at (0xE33) B1EIDHbits; __sfr __at (0xE34) B1EIDL; volatile __B1EIDLbits_t __at (0xE34) B1EIDLbits; __sfr __at (0xE35) B1DLC; volatile __B1DLCbits_t __at (0xE35) B1DLCbits; __sfr __at (0xE36) B1D0; volatile __B1D0bits_t __at (0xE36) B1D0bits; __sfr __at (0xE37) B1D1; volatile __B1D1bits_t __at (0xE37) B1D1bits; __sfr __at (0xE38) B1D2; volatile __B1D2bits_t __at (0xE38) B1D2bits; __sfr __at (0xE39) B1D3; volatile __B1D3bits_t __at (0xE39) B1D3bits; __sfr __at (0xE3A) B1D4; volatile __B1D4bits_t __at (0xE3A) B1D4bits; __sfr __at (0xE3B) B1D5; volatile __B1D5bits_t __at (0xE3B) B1D5bits; __sfr __at (0xE3C) B1D6; volatile __B1D6bits_t __at (0xE3C) B1D6bits; __sfr __at (0xE3D) B1D7; volatile __B1D7bits_t __at (0xE3D) B1D7bits; __sfr __at (0xE3E) CANSTAT_RO8; volatile __CANSTAT_RO8bits_t __at (0xE3E) CANSTAT_RO8bits; __sfr __at (0xE3F) CANCON_RO8; volatile __CANCON_RO8bits_t __at (0xE3F) CANCON_RO8bits; __sfr __at (0xE40) B2CON; volatile __B2CONbits_t __at (0xE40) B2CONbits; __sfr __at (0xE41) B2SIDH; volatile __B2SIDHbits_t __at (0xE41) B2SIDHbits; __sfr __at (0xE42) B2SIDL; volatile __B2SIDLbits_t __at (0xE42) B2SIDLbits; __sfr __at (0xE43) B2EIDH; volatile __B2EIDHbits_t __at (0xE43) B2EIDHbits; __sfr __at (0xE44) B2EIDL; volatile __B2EIDLbits_t __at (0xE44) B2EIDLbits; __sfr __at (0xE45) B2DLC; volatile __B2DLCbits_t __at (0xE45) B2DLCbits; __sfr __at (0xE46) B2D0; volatile __B2D0bits_t __at (0xE46) B2D0bits; __sfr __at (0xE47) B2D1; volatile __B2D1bits_t __at (0xE47) B2D1bits; __sfr __at (0xE48) B2D2; volatile __B2D2bits_t __at (0xE48) B2D2bits; __sfr __at (0xE49) B2D3; volatile __B2D3bits_t __at (0xE49) B2D3bits; __sfr __at (0xE4A) B2D4; volatile __B2D4bits_t __at (0xE4A) B2D4bits; __sfr __at (0xE4B) B2D5; volatile __B2D5bits_t __at (0xE4B) B2D5bits; __sfr __at (0xE4C) B2D6; volatile __B2D6bits_t __at (0xE4C) B2D6bits; __sfr __at (0xE4D) B2D7; volatile __B2D7bits_t __at (0xE4D) B2D7bits; __sfr __at (0xE4E) CANSTAT_RO7; volatile __CANSTAT_RO7bits_t __at (0xE4E) CANSTAT_RO7bits; __sfr __at (0xE4F) CANCON_RO7; volatile __CANCON_RO7bits_t __at (0xE4F) CANCON_RO7bits; __sfr __at (0xE50) B3CON; volatile __B3CONbits_t __at (0xE50) B3CONbits; __sfr __at (0xE51) B3SIDH; volatile __B3SIDHbits_t __at (0xE51) B3SIDHbits; __sfr __at (0xE52) B3SIDL; volatile __B3SIDLbits_t __at (0xE52) B3SIDLbits; __sfr __at (0xE53) B3EIDH; volatile __B3EIDHbits_t __at (0xE53) B3EIDHbits; __sfr __at (0xE54) B3EIDL; volatile __B3EIDLbits_t __at (0xE54) B3EIDLbits; __sfr __at (0xE55) B3DLC; volatile __B3DLCbits_t __at (0xE55) B3DLCbits; __sfr __at (0xE56) B3D0; volatile __B3D0bits_t __at (0xE56) B3D0bits; __sfr __at (0xE57) B3D1; volatile __B3D1bits_t __at (0xE57) B3D1bits; __sfr __at (0xE58) B3D2; volatile __B3D2bits_t __at (0xE58) B3D2bits; __sfr __at (0xE59) B3D3; volatile __B3D3bits_t __at (0xE59) B3D3bits; __sfr __at (0xE5A) B3D4; volatile __B3D4bits_t __at (0xE5A) B3D4bits; __sfr __at (0xE5B) B3D5; volatile __B3D5bits_t __at (0xE5B) B3D5bits; __sfr __at (0xE5C) B3D6; volatile __B3D6bits_t __at (0xE5C) B3D6bits; __sfr __at (0xE5D) B3D7; volatile __B3D7bits_t __at (0xE5D) B3D7bits; __sfr __at (0xE5E) CANSTAT_RO6; volatile __CANSTAT_RO6bits_t __at (0xE5E) CANSTAT_RO6bits; __sfr __at (0xE5F) CANCON_RO6; volatile __CANCON_RO6bits_t __at (0xE5F) CANCON_RO6bits; __sfr __at (0xE60) B4CON; volatile __B4CONbits_t __at (0xE60) B4CONbits; __sfr __at (0xE61) B4SIDH; volatile __B4SIDHbits_t __at (0xE61) B4SIDHbits; __sfr __at (0xE62) B4SIDL; volatile __B4SIDLbits_t __at (0xE62) B4SIDLbits; __sfr __at (0xE63) B4EIDH; volatile __B4EIDHbits_t __at (0xE63) B4EIDHbits; __sfr __at (0xE64) B4EIDL; volatile __B4EIDLbits_t __at (0xE64) B4EIDLbits; __sfr __at (0xE65) B4DLC; volatile __B4DLCbits_t __at (0xE65) B4DLCbits; __sfr __at (0xE66) B4D0; volatile __B4D0bits_t __at (0xE66) B4D0bits; __sfr __at (0xE67) B4D1; volatile __B4D1bits_t __at (0xE67) B4D1bits; __sfr __at (0xE68) B4D2; volatile __B4D2bits_t __at (0xE68) B4D2bits; __sfr __at (0xE69) B4D3; volatile __B4D3bits_t __at (0xE69) B4D3bits; __sfr __at (0xE6A) B4D4; volatile __B4D4bits_t __at (0xE6A) B4D4bits; __sfr __at (0xE6B) B4D5; volatile __B4D5bits_t __at (0xE6B) B4D5bits; __sfr __at (0xE6C) B4D6; volatile __B4D6bits_t __at (0xE6C) B4D6bits; __sfr __at (0xE6D) B4D7; volatile __B4D7bits_t __at (0xE6D) B4D7bits; __sfr __at (0xE6E) CANSTAT_RO5; volatile __CANSTAT_RO5bits_t __at (0xE6E) CANSTAT_RO5bits; __sfr __at (0xE6F) CANCON_RO5; volatile __CANCON_RO5bits_t __at (0xE6F) CANCON_RO5bits; __sfr __at (0xE70) B5CON; volatile __B5CONbits_t __at (0xE70) B5CONbits; __sfr __at (0xE71) B5SIDH; volatile __B5SIDHbits_t __at (0xE71) B5SIDHbits; __sfr __at (0xE72) B5SIDL; volatile __B5SIDLbits_t __at (0xE72) B5SIDLbits; __sfr __at (0xE73) B5EIDH; volatile __B5EIDHbits_t __at (0xE73) B5EIDHbits; __sfr __at (0xE74) B5EIDL; volatile __B5EIDLbits_t __at (0xE74) B5EIDLbits; __sfr __at (0xE75) B5DLC; volatile __B5DLCbits_t __at (0xE75) B5DLCbits; __sfr __at (0xE76) B5D0; volatile __B5D0bits_t __at (0xE76) B5D0bits; __sfr __at (0xE77) B5D1; volatile __B5D1bits_t __at (0xE77) B5D1bits; __sfr __at (0xE78) B5D2; volatile __B5D2bits_t __at (0xE78) B5D2bits; __sfr __at (0xE79) B5D3; volatile __B5D3bits_t __at (0xE79) B5D3bits; __sfr __at (0xE7A) B5D4; volatile __B5D4bits_t __at (0xE7A) B5D4bits; __sfr __at (0xE7B) B5D5; volatile __B5D5bits_t __at (0xE7B) B5D5bits; __sfr __at (0xE7C) B5D6; volatile __B5D6bits_t __at (0xE7C) B5D6bits; __sfr __at (0xE7D) B5D7; volatile __B5D7bits_t __at (0xE7D) B5D7bits; __sfr __at (0xE7E) CANSTAT_RO4; volatile __CANSTAT_RO4bits_t __at (0xE7E) CANSTAT_RO4bits; __sfr __at (0xE7F) CANCON_RO4; volatile __CANCON_RO4bits_t __at (0xE7F) CANCON_RO4bits; __sfr __at (0xF00) RXF0SIDH; volatile __RXF0SIDHbits_t __at (0xF00) RXF0SIDHbits; __sfr __at (0xF01) RXF0SIDL; volatile __RXF0SIDLbits_t __at (0xF01) RXF0SIDLbits; __sfr __at (0xF02) RXF0EIDH; volatile __RXF0EIDHbits_t __at (0xF02) RXF0EIDHbits; __sfr __at (0xF03) RXF0EIDL; volatile __RXF0EIDLbits_t __at (0xF03) RXF0EIDLbits; __sfr __at (0xF04) RXF1SIDH; volatile __RXF1SIDHbits_t __at (0xF04) RXF1SIDHbits; __sfr __at (0xF05) RXF1SIDL; volatile __RXF1SIDLbits_t __at (0xF05) RXF1SIDLbits; __sfr __at (0xF06) RXF1EIDH; volatile __RXF1EIDHbits_t __at (0xF06) RXF1EIDHbits; __sfr __at (0xF07) RXF1EIDL; volatile __RXF1EIDLbits_t __at (0xF07) RXF1EIDLbits; __sfr __at (0xF08) RXF2SIDH; volatile __RXF2SIDHbits_t __at (0xF08) RXF2SIDHbits; __sfr __at (0xF09) RXF2SIDL; volatile __RXF2SIDLbits_t __at (0xF09) RXF2SIDLbits; __sfr __at (0xF0A) RXF2EIDH; volatile __RXF2EIDHbits_t __at (0xF0A) RXF2EIDHbits; __sfr __at (0xF0B) RXF2EIDL; volatile __RXF2EIDLbits_t __at (0xF0B) RXF2EIDLbits; __sfr __at (0xF0C) RXF3SIDH; volatile __RXF3SIDHbits_t __at (0xF0C) RXF3SIDHbits; __sfr __at (0xF0D) RXF3SIDL; volatile __RXF3SIDLbits_t __at (0xF0D) RXF3SIDLbits; __sfr __at (0xF0E) RXF3EIDH; volatile __RXF3EIDHbits_t __at (0xF0E) RXF3EIDHbits; __sfr __at (0xF0F) RXF3EIDL; volatile __RXF3EIDLbits_t __at (0xF0F) RXF3EIDLbits; __sfr __at (0xF10) RXF4SIDH; volatile __RXF4SIDHbits_t __at (0xF10) RXF4SIDHbits; __sfr __at (0xF11) RXF4SIDL; volatile __RXF4SIDLbits_t __at (0xF11) RXF4SIDLbits; __sfr __at (0xF12) RXF4EIDH; volatile __RXF4EIDHbits_t __at (0xF12) RXF4EIDHbits; __sfr __at (0xF13) RXF4EIDL; volatile __RXF4EIDLbits_t __at (0xF13) RXF4EIDLbits; __sfr __at (0xF14) RXF5SIDH; volatile __RXF5SIDHbits_t __at (0xF14) RXF5SIDHbits; __sfr __at (0xF15) RXF5SIDL; volatile __RXF5SIDLbits_t __at (0xF15) RXF5SIDLbits; __sfr __at (0xF16) RXF5EIDH; volatile __RXF5EIDHbits_t __at (0xF16) RXF5EIDHbits; __sfr __at (0xF17) RXF5EIDL; volatile __RXF5EIDLbits_t __at (0xF17) RXF5EIDLbits; __sfr __at (0xF18) RXM0SIDH; volatile __RXM0SIDHbits_t __at (0xF18) RXM0SIDHbits; __sfr __at (0xF19) RXM0SIDL; volatile __RXM0SIDLbits_t __at (0xF19) RXM0SIDLbits; __sfr __at (0xF1A) RXM0EIDH; volatile __RXM0EIDHbits_t __at (0xF1A) RXM0EIDHbits; __sfr __at (0xF1B) RXM0EIDL; volatile __RXM0EIDLbits_t __at (0xF1B) RXM0EIDLbits; __sfr __at (0xF1C) RXM1SIDH; volatile __RXM1SIDHbits_t __at (0xF1C) RXM1SIDHbits; __sfr __at (0xF1D) RXM1SIDL; volatile __RXM1SIDLbits_t __at (0xF1D) RXM1SIDLbits; __sfr __at (0xF1E) RXM1EIDH; volatile __RXM1EIDHbits_t __at (0xF1E) RXM1EIDHbits; __sfr __at (0xF1F) RXM1EIDL; volatile __RXM1EIDLbits_t __at (0xF1F) RXM1EIDLbits; __sfr __at (0xF20) TXB2CON; volatile __TXB2CONbits_t __at (0xF20) TXB2CONbits; __sfr __at (0xF21) TXB2SIDH; volatile __TXB2SIDHbits_t __at (0xF21) TXB2SIDHbits; __sfr __at (0xF22) TXB2SIDL; volatile __TXB2SIDLbits_t __at (0xF22) TXB2SIDLbits; __sfr __at (0xF23) TXB2EIDH; volatile __TXB2EIDHbits_t __at (0xF23) TXB2EIDHbits; __sfr __at (0xF24) TXB2EIDL; volatile __TXB2EIDLbits_t __at (0xF24) TXB2EIDLbits; __sfr __at (0xF25) TXB2DLC; volatile __TXB2DLCbits_t __at (0xF25) TXB2DLCbits; __sfr __at (0xF26) TXB2D0; volatile __TXB2D0bits_t __at (0xF26) TXB2D0bits; __sfr __at (0xF27) TXB2D1; volatile __TXB2D1bits_t __at (0xF27) TXB2D1bits; __sfr __at (0xF28) TXB2D2; volatile __TXB2D2bits_t __at (0xF28) TXB2D2bits; __sfr __at (0xF29) TXB2D3; volatile __TXB2D3bits_t __at (0xF29) TXB2D3bits; __sfr __at (0xF2A) TXB2D4; volatile __TXB2D4bits_t __at (0xF2A) TXB2D4bits; __sfr __at (0xF2B) TXB2D5; volatile __TXB2D5bits_t __at (0xF2B) TXB2D5bits; __sfr __at (0xF2C) TXB2D6; volatile __TXB2D6bits_t __at (0xF2C) TXB2D6bits; __sfr __at (0xF2D) TXB2D7; volatile __TXB2D7bits_t __at (0xF2D) TXB2D7bits; __sfr __at (0xF2E) CANSTAT_RO3; volatile __CANSTAT_RO3bits_t __at (0xF2E) CANSTAT_RO3bits; __sfr __at (0xF2F) CANCON_RO3; volatile __CANCON_RO3bits_t __at (0xF2F) CANCON_RO3bits; __sfr __at (0xF30) TXB1CON; volatile __TXB1CONbits_t __at (0xF30) TXB1CONbits; __sfr __at (0xF31) TXB1SIDH; volatile __TXB1SIDHbits_t __at (0xF31) TXB1SIDHbits; __sfr __at (0xF32) TXB1SIDL; volatile __TXB1SIDLbits_t __at (0xF32) TXB1SIDLbits; __sfr __at (0xF33) TXB1EIDH; volatile __TXB1EIDHbits_t __at (0xF33) TXB1EIDHbits; __sfr __at (0xF34) TXB1EIDL; volatile __TXB1EIDLbits_t __at (0xF34) TXB1EIDLbits; __sfr __at (0xF35) TXB1DLC; volatile __TXB1DLCbits_t __at (0xF35) TXB1DLCbits; __sfr __at (0xF36) TXB1D0; volatile __TXB1D0bits_t __at (0xF36) TXB1D0bits; __sfr __at (0xF37) TXB1D1; volatile __TXB1D1bits_t __at (0xF37) TXB1D1bits; __sfr __at (0xF38) TXB1D2; volatile __TXB1D2bits_t __at (0xF38) TXB1D2bits; __sfr __at (0xF39) TXB1D3; volatile __TXB1D3bits_t __at (0xF39) TXB1D3bits; __sfr __at (0xF3A) TXB1D4; volatile __TXB1D4bits_t __at (0xF3A) TXB1D4bits; __sfr __at (0xF3B) TXB1D5; volatile __TXB1D5bits_t __at (0xF3B) TXB1D5bits; __sfr __at (0xF3C) TXB1D6; volatile __TXB1D6bits_t __at (0xF3C) TXB1D6bits; __sfr __at (0xF3D) TXB1D7; volatile __TXB1D7bits_t __at (0xF3D) TXB1D7bits; __sfr __at (0xF3E) CANSTAT_RO2; volatile __CANSTAT_RO2bits_t __at (0xF3E) CANSTAT_RO2bits; __sfr __at (0xF3F) CANCON_RO2; volatile __CANCON_RO2bits_t __at (0xF3F) CANCON_RO2bits; __sfr __at (0xF40) TXB0CON; volatile __TXB0CONbits_t __at (0xF40) TXB0CONbits; __sfr __at (0xF41) TXB0SIDH; volatile __TXB0SIDHbits_t __at (0xF41) TXB0SIDHbits; __sfr __at (0xF42) TXB0SIDL; volatile __TXB0SIDLbits_t __at (0xF42) TXB0SIDLbits; __sfr __at (0xF43) TXB0EIDH; volatile __TXB0EIDHbits_t __at (0xF43) TXB0EIDHbits; __sfr __at (0xF44) TXB0EIDL; volatile __TXB0EIDLbits_t __at (0xF44) TXB0EIDLbits; __sfr __at (0xF45) TXB0DLC; volatile __TXB0DLCbits_t __at (0xF45) TXB0DLCbits; __sfr __at (0xF46) TXB0D0; volatile __TXB0D0bits_t __at (0xF46) TXB0D0bits; __sfr __at (0xF47) TXB0D1; volatile __TXB0D1bits_t __at (0xF47) TXB0D1bits; __sfr __at (0xF48) TXB0D2; volatile __TXB0D2bits_t __at (0xF48) TXB0D2bits; __sfr __at (0xF49) TXB0D3; volatile __TXB0D3bits_t __at (0xF49) TXB0D3bits; __sfr __at (0xF4A) TXB0D4; volatile __TXB0D4bits_t __at (0xF4A) TXB0D4bits; __sfr __at (0xF4B) TXB0D5; volatile __TXB0D5bits_t __at (0xF4B) TXB0D5bits; __sfr __at (0xF4C) TXB0D6; volatile __TXB0D6bits_t __at (0xF4C) TXB0D6bits; __sfr __at (0xF4D) TXB0D7; volatile __TXB0D7bits_t __at (0xF4D) TXB0D7bits; __sfr __at (0xF4E) CANSTAT_RO1; volatile __CANSTAT_RO1bits_t __at (0xF4E) CANSTAT_RO1bits; __sfr __at (0xF4F) CANCON_RO1; volatile __CANCON_RO1bits_t __at (0xF4F) CANCON_RO1bits; __sfr __at (0xF50) RXB1CON; volatile __RXB1CONbits_t __at (0xF50) RXB1CONbits; __sfr __at (0xF51) RXB1SIDH; volatile __RXB1SIDHbits_t __at (0xF51) RXB1SIDHbits; __sfr __at (0xF52) RXB1SIDL; volatile __RXB1SIDLbits_t __at (0xF52) RXB1SIDLbits; __sfr __at (0xF53) RXB1EIDH; volatile __RXB1EIDHbits_t __at (0xF53) RXB1EIDHbits; __sfr __at (0xF54) RXB1EIDL; volatile __RXB1EIDLbits_t __at (0xF54) RXB1EIDLbits; __sfr __at (0xF55) RXB1DLC; volatile __RXB1DLCbits_t __at (0xF55) RXB1DLCbits; __sfr __at (0xF56) RXB1D0; volatile __RXB1D0bits_t __at (0xF56) RXB1D0bits; __sfr __at (0xF57) RXB1D1; volatile __RXB1D1bits_t __at (0xF57) RXB1D1bits; __sfr __at (0xF58) RXB1D2; volatile __RXB1D2bits_t __at (0xF58) RXB1D2bits; __sfr __at (0xF59) RXB1D3; volatile __RXB1D3bits_t __at (0xF59) RXB1D3bits; __sfr __at (0xF5A) RXB1D4; volatile __RXB1D4bits_t __at (0xF5A) RXB1D4bits; __sfr __at (0xF5B) RXB1D5; volatile __RXB1D5bits_t __at (0xF5B) RXB1D5bits; __sfr __at (0xF5C) RXB1D6; volatile __RXB1D6bits_t __at (0xF5C) RXB1D6bits; __sfr __at (0xF5D) RXB1D7; volatile __RXB1D7bits_t __at (0xF5D) RXB1D7bits; __sfr __at (0xF5E) CANSTAT_RO0; volatile __CANSTAT_RO0bits_t __at (0xF5E) CANSTAT_RO0bits; __sfr __at (0xF5F) CANCON_RO0; volatile __CANCON_RO0bits_t __at (0xF5F) CANCON_RO0bits; __sfr __at (0xF60) RXB0CON; volatile __RXB0CONbits_t __at (0xF60) RXB0CONbits; __sfr __at (0xF61) RXB0SIDH; volatile __RXB0SIDHbits_t __at (0xF61) RXB0SIDHbits; __sfr __at (0xF62) RXB0SIDL; volatile __RXB0SIDLbits_t __at (0xF62) RXB0SIDLbits; __sfr __at (0xF63) RXB0EIDH; volatile __RXB0EIDHbits_t __at (0xF63) RXB0EIDHbits; __sfr __at (0xF64) RXB0EIDL; volatile __RXB0EIDLbits_t __at (0xF64) RXB0EIDLbits; __sfr __at (0xF65) RXB0DLC; volatile __RXB0DLCbits_t __at (0xF65) RXB0DLCbits; __sfr __at (0xF66) RXB0D0; volatile __RXB0D0bits_t __at (0xF66) RXB0D0bits; __sfr __at (0xF67) RXB0D1; volatile __RXB0D1bits_t __at (0xF67) RXB0D1bits; __sfr __at (0xF68) RXB0D2; volatile __RXB0D2bits_t __at (0xF68) RXB0D2bits; __sfr __at (0xF69) RXB0D3; volatile __RXB0D3bits_t __at (0xF69) RXB0D3bits; __sfr __at (0xF6A) RXB0D4; volatile __RXB0D4bits_t __at (0xF6A) RXB0D4bits; __sfr __at (0xF6B) RXB0D5; volatile __RXB0D5bits_t __at (0xF6B) RXB0D5bits; __sfr __at (0xF6C) RXB0D6; volatile __RXB0D6bits_t __at (0xF6C) RXB0D6bits; __sfr __at (0xF6D) RXB0D7; volatile __RXB0D7bits_t __at (0xF6D) RXB0D7bits; __sfr __at (0xF6E) CANSTAT; volatile __CANSTATbits_t __at (0xF6E) CANSTATbits; __sfr __at (0xF6F) CANCON; volatile __CANCONbits_t __at (0xF6F) CANCONbits; __sfr __at (0xF70) BRGCON1; volatile __BRGCON1bits_t __at (0xF70) BRGCON1bits; __sfr __at (0xF71) BRGCON2; volatile __BRGCON2bits_t __at (0xF71) BRGCON2bits; __sfr __at (0xF72) BRGCON3; volatile __BRGCON3bits_t __at (0xF72) BRGCON3bits; __sfr __at (0xF73) CIOCON; volatile __CIOCONbits_t __at (0xF73) CIOCONbits; __sfr __at (0xF74) COMSTAT; volatile __COMSTATbits_t __at (0xF74) COMSTATbits; __sfr __at (0xF75) RXERRCNT; volatile __RXERRCNTbits_t __at (0xF75) RXERRCNTbits; __sfr __at (0xF76) TXERRCNT; volatile __TXERRCNTbits_t __at (0xF76) TXERRCNTbits; __sfr __at (0xF77) ECANCON; volatile __ECANCONbits_t __at (0xF77) ECANCONbits; __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA3) PIE3; volatile __PIE3bits_t __at (0xFA3) PIE3bits; __sfr __at (0xFA4) PIR3; volatile __PIR3bits_t __at (0xFA4) PIR3bits; __sfr __at (0xFA5) IPR3; volatile __IPR3bits_t __at (0xFA5) IPR3bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) EEDATA; __sfr __at (0xFA9) EEADR; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFBA) ECCP1CON; volatile __ECCP1CONbits_t __at (0xFBA) ECCP1CONbits; __sfr __at (0xFBB) ECCPR1; __sfr __at (0xFBB) ECCPR1L; __sfr __at (0xFBC) ECCPR1H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD2) LVDCON; volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4585.c000066400000000000000000000004651116427777700204460ustar00rootroot00000000000000/* * pic18f4585.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include "pic18f4680.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f45j10.c000066400000000000000000000004661116427777700206050ustar00rootroot00000000000000/* * pic18f45j10.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include "pic18f44j10.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f45k20.c000066400000000000000000000001211116427777700205730ustar00rootroot00000000000000/* * pic18f45k20.c - device specific definitions */ #include "pic18f46k20.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f4610.c000066400000000000000000000143361116427777700204350ustar00rootroot00000000000000/* * pic18f4610.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB6) ECCPAS; volatile __ECCPASbits_t __at (0xFB6) ECCPASbits; __sfr __at (0xFB7) PWM1CON; volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFB8) BAUDCTL; volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD2) LVDCON; volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4620.c000066400000000000000000000140421116427777700204300ustar00rootroot00000000000000/* * pic18f4620.c - PIC18F4620 Device Library Sources * * This file is part of the GNU PIC Library. * * September, 2006 * Added modifications by * Anton Strobl * * September, 2006 * Added based on existing PICs * Gary Plumbridge * * May, 2005 * The GNU PIC Library is maintained by * Raphael Neider * * originally designed by * Vangelis Rokas * * $Id: pic18f4620.c 5085 2008-03-09 22:12:13Z tecodev $ * */ #include __sfr __at (0xF80) PORTA; volatile __PORTA_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTB_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTC_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTD_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTE_t __at (0xF84) PORTEbits; __sfr __at (0xF89) LATA; volatile __LATA_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATB_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATC_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATD_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATE_t __at (0xF8D) LATEbits; __sfr __at (0xF92) TRISA; volatile __TRISA_t __at (0xF92) TRISAbits; __sfr __at (0xF93) TRISB; volatile __TRISB_t __at (0xF93) TRISBbits; __sfr __at (0xF94) TRISC; volatile __TRISC_t __at (0xF94) TRISCbits; __sfr __at (0xF95) TRISD; volatile __TRISD_t __at (0xF95) TRISDbits; __sfr __at (0xF96) TRISE; volatile __TRISE_t __at (0xF96) TRISEbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNE_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2_t __at (0xFA2) IPR2bits; __sfr __at (0xFA6) EECON1; volatile __EECON1_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) EEDATA; __sfr __at (0xFA9) EEADR; __sfr __at (0xFAA) EEADRH; __sfr __at (0xFAB) RCSTA; volatile __RCSTA_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTA_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB1) T3CON; volatile __T3CON_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCON_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCON_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1AS_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) PWM1CON; volatile __PWM1CON_t __at (0xFB7) PWM1CONbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCON_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CON_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CON_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTAT_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CON_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CON_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCON_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCON_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCON_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCON_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CON_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUS_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; volatile __FSR2H_t __at (0xFDA) FSR2Hbits; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; volatile __BSR_t __at (0xFE0) BSRbits; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; volatile __FSR1H_t __at (0xFE2) FSR1Hbits; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; volatile __FSR0H_t __at (0xFEA) FSR0Hbits; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCON_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; volatile __TBLPTRU_t __at (0xFF8) TBLPTRUbits; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; volatile __PCLATH_t __at (0xFFA) PCLATHbits; __sfr __at (0xFFB) PCLATU; volatile __PCLATU_t __at (0xFFB) PCLATUbits; __sfr __at (0xFFC) STKPTR; volatile __STKPTR_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; volatile __TOSU_t __at (0xFFF) TOSUbits; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4680.c000066400000000000000000000673261116427777700204530ustar00rootroot00000000000000/* * pic18f4680.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xD60) RXF6SIDH; volatile __RXF6SIDHbits_t __at (0xD60) RXF6SIDHbits; __sfr __at (0xD61) RXF6SIDL; volatile __RXF6SIDLbits_t __at (0xD61) RXF6SIDLbits; __sfr __at (0xD62) RXF6EIDH; volatile __RXF6EIDHbits_t __at (0xD62) RXF6EIDHbits; __sfr __at (0xD63) RXF6EIDL; volatile __RXF6EIDLbits_t __at (0xD63) RXF6EIDLbits; __sfr __at (0xD64) RXF7SIDH; volatile __RXF7SIDHbits_t __at (0xD64) RXF7SIDHbits; __sfr __at (0xD65) RXF7SIDL; volatile __RXF7SIDLbits_t __at (0xD65) RXF7SIDLbits; __sfr __at (0xD66) RXF7EIDH; volatile __RXF7EIDHbits_t __at (0xD66) RXF7EIDHbits; __sfr __at (0xD67) RXF7EIDL; volatile __RXF7EIDLbits_t __at (0xD67) RXF7EIDLbits; __sfr __at (0xD68) RXF8SIDH; volatile __RXF8SIDHbits_t __at (0xD68) RXF8SIDHbits; __sfr __at (0xD69) RXF8SIDL; volatile __RXF8SIDLbits_t __at (0xD69) RXF8SIDLbits; __sfr __at (0xD6A) RXF8EIDH; volatile __RXF8EIDHbits_t __at (0xD6A) RXF8EIDHbits; __sfr __at (0xD6B) RXF8EIDL; volatile __RXF8EIDLbits_t __at (0xD6B) RXF8EIDLbits; __sfr __at (0xD70) RXF9SIDH; volatile __RXF9SIDHbits_t __at (0xD70) RXF9SIDHbits; __sfr __at (0xD71) RXF9SIDL; volatile __RXF9SIDLbits_t __at (0xD71) RXF9SIDLbits; __sfr __at (0xD72) RXF9EIDH; volatile __RXF9EIDHbits_t __at (0xD72) RXF9EIDHbits; __sfr __at (0xD73) RXF9EIDL; volatile __RXF9EIDLbits_t __at (0xD73) RXF9EIDLbits; __sfr __at (0xD74) RXF10SIDH; volatile __RXF10SIDHbits_t __at (0xD74) RXF10SIDHbits; __sfr __at (0xD75) RXF10SIDL; volatile __RXF10SIDLbits_t __at (0xD75) RXF10SIDLbits; __sfr __at (0xD76) RXF10EIDH; volatile __RXF10EIDHbits_t __at (0xD76) RXF10EIDHbits; __sfr __at (0xD77) RXF10EIDL; volatile __RXF10EIDLbits_t __at (0xD77) RXF10EIDLbits; __sfr __at (0xD78) RXF11SIDH; volatile __RXF11SIDHbits_t __at (0xD78) RXF11SIDHbits; __sfr __at (0xD79) RXF11SIDL; volatile __RXF11SIDLbits_t __at (0xD79) RXF11SIDLbits; __sfr __at (0xD7A) RXF11EIDH; volatile __RXF11EIDHbits_t __at (0xD7A) RXF11EIDHbits; __sfr __at (0xD7B) RXF11EIDL; volatile __RXF11EIDLbits_t __at (0xD7B) RXF11EIDLbits; __sfr __at (0xD80) RXF12SIDH; volatile __RXF12SIDHbits_t __at (0xD80) RXF12SIDHbits; __sfr __at (0xD81) RXF12SIDL; volatile __RXF12SIDLbits_t __at (0xD81) RXF12SIDLbits; __sfr __at (0xD82) RXF12EIDH; volatile __RXF12EIDHbits_t __at (0xD82) RXF12EIDHbits; __sfr __at (0xD83) RXF12EIDL; volatile __RXF12EIDLbits_t __at (0xD83) RXF12EIDLbits; __sfr __at (0xD84) RXF13SIDH; volatile __RXF13SIDHbits_t __at (0xD84) RXF13SIDHbits; __sfr __at (0xD85) RXF13SIDL; volatile __RXF13SIDLbits_t __at (0xD85) RXF13SIDLbits; __sfr __at (0xD86) RXF13EIDH; volatile __RXF13EIDHbits_t __at (0xD86) RXF13EIDHbits; __sfr __at (0xD87) RXF13EIDL; volatile __RXF13EIDLbits_t __at (0xD87) RXF13EIDLbits; __sfr __at (0xD88) RXF14SIDH; volatile __RXF14SIDHbits_t __at (0xD88) RXF14SIDHbits; __sfr __at (0xD89) RXF14SIDL; volatile __RXF14SIDLbits_t __at (0xD89) RXF14SIDLbits; __sfr __at (0xD8A) RXF14EIDH; volatile __RXF14EIDHbits_t __at (0xD8A) RXF14EIDHbits; __sfr __at (0xD8B) RXF14EIDL; volatile __RXF14EIDLbits_t __at (0xD8B) RXF14EIDLbits; __sfr __at (0xD90) RXF15SIDH; volatile __RXF15SIDHbits_t __at (0xD90) RXF15SIDHbits; __sfr __at (0xD91) RXF15SIDL; volatile __RXF15SIDLbits_t __at (0xD91) RXF15SIDLbits; __sfr __at (0xD92) RXF15EIDH; volatile __RXF15EIDHbits_t __at (0xD92) RXF15EIDHbits; __sfr __at (0xD93) RXF15EIDL; volatile __RXF15EIDLbits_t __at (0xD93) RXF15EIDLbits; __sfr __at (0xDD4) RXFCON0; volatile __RXFCON0bits_t __at (0xDD4) RXFCON0bits; __sfr __at (0xDD5) RXFCON1; volatile __RXFCON1bits_t __at (0xDD5) RXFCON1bits; __sfr __at (0xDD8) SDFLC; volatile __SDFLCbits_t __at (0xDD8) SDFLCbits; __sfr __at (0xDE0) RXFBCON0; volatile __RXFBCON0bits_t __at (0xDE0) RXFBCON0bits; __sfr __at (0xDE1) RXFBCON1; volatile __RXFBCON1bits_t __at (0xDE1) RXFBCON1bits; __sfr __at (0xDE2) RXFBCON2; volatile __RXFBCON2bits_t __at (0xDE2) RXFBCON2bits; __sfr __at (0xDE3) RXFBCON3; volatile __RXFBCON3bits_t __at (0xDE3) RXFBCON3bits; __sfr __at (0xDE4) RXFBCON4; volatile __RXFBCON4bits_t __at (0xDE4) RXFBCON4bits; __sfr __at (0xDE5) RXFBCON5; volatile __RXFBCON5bits_t __at (0xDE5) RXFBCON5bits; __sfr __at (0xDE6) RXFBCON6; volatile __RXFBCON6bits_t __at (0xDE6) RXFBCON6bits; __sfr __at (0xDE7) RXFBCON7; volatile __RXFBCON7bits_t __at (0xDE7) RXFBCON7bits; __sfr __at (0xDF0) MSEL0; volatile __MSEL0bits_t __at (0xDF0) MSEL0bits; __sfr __at (0xDF1) MSEL1; volatile __MSEL1bits_t __at (0xDF1) MSEL1bits; __sfr __at (0xDF2) MSEL2; volatile __MSEL2bits_t __at (0xDF2) MSEL2bits; __sfr __at (0xDF3) MSEL3; volatile __MSEL3bits_t __at (0xDF3) MSEL3bits; __sfr __at (0xDF8) BSEL0; volatile __BSEL0bits_t __at (0xDF8) BSEL0bits; __sfr __at (0xDFA) BIE0; volatile __BIE0bits_t __at (0xDFA) BIE0bits; __sfr __at (0xDFC) TXBIE; volatile __TXBIEbits_t __at (0xDFC) TXBIEbits; __sfr __at (0xE20) B0CON; volatile __B0CONbits_t __at (0xE20) B0CONbits; __sfr __at (0xE21) B0SIDH; volatile __B0SIDHbits_t __at (0xE21) B0SIDHbits; __sfr __at (0xE22) B0SIDL; volatile __B0SIDLbits_t __at (0xE22) B0SIDLbits; __sfr __at (0xE23) B0EIDH; volatile __B0EIDHbits_t __at (0xE23) B0EIDHbits; __sfr __at (0xE24) B0EIDL; volatile __B0EIDLbits_t __at (0xE24) B0EIDLbits; __sfr __at (0xE25) B0DLC; volatile __B0DLCbits_t __at (0xE25) B0DLCbits; __sfr __at (0xE26) B0D0; volatile __B0D0bits_t __at (0xE26) B0D0bits; __sfr __at (0xE27) B0D1; volatile __B0D1bits_t __at (0xE27) B0D1bits; __sfr __at (0xE28) B0D2; volatile __B0D2bits_t __at (0xE28) B0D2bits; __sfr __at (0xE29) B0D3; volatile __B0D3bits_t __at (0xE29) B0D3bits; __sfr __at (0xE2A) B0D4; volatile __B0D4bits_t __at (0xE2A) B0D4bits; __sfr __at (0xE2B) B0D5; volatile __B0D5bits_t __at (0xE2B) B0D5bits; __sfr __at (0xE2C) B0D6; volatile __B0D6bits_t __at (0xE2C) B0D6bits; __sfr __at (0xE2D) B0D7; volatile __B0D7bits_t __at (0xE2D) B0D7bits; __sfr __at (0xE2E) CANSTAT_RO9; volatile __CANSTAT_RO9bits_t __at (0xE2E) CANSTAT_RO9bits; __sfr __at (0xE2F) CANCON_RO9; volatile __CANCON_RO9bits_t __at (0xE2F) CANCON_RO9bits; __sfr __at (0xE30) B1CON; volatile __B1CONbits_t __at (0xE30) B1CONbits; __sfr __at (0xE31) B1SIDH; volatile __B1SIDHbits_t __at (0xE31) B1SIDHbits; __sfr __at (0xE32) B1SIDL; volatile __B1SIDLbits_t __at (0xE32) B1SIDLbits; __sfr __at (0xE33) B1EIDH; volatile __B1EIDHbits_t __at (0xE33) B1EIDHbits; __sfr __at (0xE34) B1EIDL; volatile __B1EIDLbits_t __at (0xE34) B1EIDLbits; __sfr __at (0xE35) B1DLC; volatile __B1DLCbits_t __at (0xE35) B1DLCbits; __sfr __at (0xE36) B1D0; volatile __B1D0bits_t __at (0xE36) B1D0bits; __sfr __at (0xE37) B1D1; volatile __B1D1bits_t __at (0xE37) B1D1bits; __sfr __at (0xE38) B1D2; volatile __B1D2bits_t __at (0xE38) B1D2bits; __sfr __at (0xE39) B1D3; volatile __B1D3bits_t __at (0xE39) B1D3bits; __sfr __at (0xE3A) B1D4; volatile __B1D4bits_t __at (0xE3A) B1D4bits; __sfr __at (0xE3B) B1D5; volatile __B1D5bits_t __at (0xE3B) B1D5bits; __sfr __at (0xE3C) B1D6; volatile __B1D6bits_t __at (0xE3C) B1D6bits; __sfr __at (0xE3D) B1D7; volatile __B1D7bits_t __at (0xE3D) B1D7bits; __sfr __at (0xE3E) CANSTAT_RO8; volatile __CANSTAT_RO8bits_t __at (0xE3E) CANSTAT_RO8bits; __sfr __at (0xE3F) CANCON_RO8; volatile __CANCON_RO8bits_t __at (0xE3F) CANCON_RO8bits; __sfr __at (0xE40) B2CON; volatile __B2CONbits_t __at (0xE40) B2CONbits; __sfr __at (0xE41) B2SIDH; volatile __B2SIDHbits_t __at (0xE41) B2SIDHbits; __sfr __at (0xE42) B2SIDL; volatile __B2SIDLbits_t __at (0xE42) B2SIDLbits; __sfr __at (0xE43) B2EIDH; volatile __B2EIDHbits_t __at (0xE43) B2EIDHbits; __sfr __at (0xE44) B2EIDL; volatile __B2EIDLbits_t __at (0xE44) B2EIDLbits; __sfr __at (0xE45) B2DLC; volatile __B2DLCbits_t __at (0xE45) B2DLCbits; __sfr __at (0xE46) B2D0; volatile __B2D0bits_t __at (0xE46) B2D0bits; __sfr __at (0xE47) B2D1; volatile __B2D1bits_t __at (0xE47) B2D1bits; __sfr __at (0xE48) B2D2; volatile __B2D2bits_t __at (0xE48) B2D2bits; __sfr __at (0xE49) B2D3; volatile __B2D3bits_t __at (0xE49) B2D3bits; __sfr __at (0xE4A) B2D4; volatile __B2D4bits_t __at (0xE4A) B2D4bits; __sfr __at (0xE4B) B2D5; volatile __B2D5bits_t __at (0xE4B) B2D5bits; __sfr __at (0xE4C) B2D6; volatile __B2D6bits_t __at (0xE4C) B2D6bits; __sfr __at (0xE4D) B2D7; volatile __B2D7bits_t __at (0xE4D) B2D7bits; __sfr __at (0xE4E) CANSTAT_RO7; volatile __CANSTAT_RO7bits_t __at (0xE4E) CANSTAT_RO7bits; __sfr __at (0xE4F) CANCON_RO7; volatile __CANCON_RO7bits_t __at (0xE4F) CANCON_RO7bits; __sfr __at (0xE50) B3CON; volatile __B3CONbits_t __at (0xE50) B3CONbits; __sfr __at (0xE51) B3SIDH; volatile __B3SIDHbits_t __at (0xE51) B3SIDHbits; __sfr __at (0xE52) B3SIDL; volatile __B3SIDLbits_t __at (0xE52) B3SIDLbits; __sfr __at (0xE53) B3EIDH; volatile __B3EIDHbits_t __at (0xE53) B3EIDHbits; __sfr __at (0xE54) B3EIDL; volatile __B3EIDLbits_t __at (0xE54) B3EIDLbits; __sfr __at (0xE55) B3DLC; volatile __B3DLCbits_t __at (0xE55) B3DLCbits; __sfr __at (0xE56) B3D0; volatile __B3D0bits_t __at (0xE56) B3D0bits; __sfr __at (0xE57) B3D1; volatile __B3D1bits_t __at (0xE57) B3D1bits; __sfr __at (0xE58) B3D2; volatile __B3D2bits_t __at (0xE58) B3D2bits; __sfr __at (0xE59) B3D3; volatile __B3D3bits_t __at (0xE59) B3D3bits; __sfr __at (0xE5A) B3D4; volatile __B3D4bits_t __at (0xE5A) B3D4bits; __sfr __at (0xE5B) B3D5; volatile __B3D5bits_t __at (0xE5B) B3D5bits; __sfr __at (0xE5C) B3D6; volatile __B3D6bits_t __at (0xE5C) B3D6bits; __sfr __at (0xE5D) B3D7; volatile __B3D7bits_t __at (0xE5D) B3D7bits; __sfr __at (0xE5E) CANSTAT_RO6; volatile __CANSTAT_RO6bits_t __at (0xE5E) CANSTAT_RO6bits; __sfr __at (0xE5F) CANCON_RO6; volatile __CANCON_RO6bits_t __at (0xE5F) CANCON_RO6bits; __sfr __at (0xE60) B4CON; volatile __B4CONbits_t __at (0xE60) B4CONbits; __sfr __at (0xE61) B4SIDH; volatile __B4SIDHbits_t __at (0xE61) B4SIDHbits; __sfr __at (0xE62) B4SIDL; volatile __B4SIDLbits_t __at (0xE62) B4SIDLbits; __sfr __at (0xE63) B4EIDH; volatile __B4EIDHbits_t __at (0xE63) B4EIDHbits; __sfr __at (0xE64) B4EIDL; volatile __B4EIDLbits_t __at (0xE64) B4EIDLbits; __sfr __at (0xE65) B4DLC; volatile __B4DLCbits_t __at (0xE65) B4DLCbits; __sfr __at (0xE66) B4D0; volatile __B4D0bits_t __at (0xE66) B4D0bits; __sfr __at (0xE67) B4D1; volatile __B4D1bits_t __at (0xE67) B4D1bits; __sfr __at (0xE68) B4D2; volatile __B4D2bits_t __at (0xE68) B4D2bits; __sfr __at (0xE69) B4D3; volatile __B4D3bits_t __at (0xE69) B4D3bits; __sfr __at (0xE6A) B4D4; volatile __B4D4bits_t __at (0xE6A) B4D4bits; __sfr __at (0xE6B) B4D5; volatile __B4D5bits_t __at (0xE6B) B4D5bits; __sfr __at (0xE6C) B4D6; volatile __B4D6bits_t __at (0xE6C) B4D6bits; __sfr __at (0xE6D) B4D7; volatile __B4D7bits_t __at (0xE6D) B4D7bits; __sfr __at (0xE6E) CANSTAT_RO5; volatile __CANSTAT_RO5bits_t __at (0xE6E) CANSTAT_RO5bits; __sfr __at (0xE6F) CANCON_RO5; volatile __CANCON_RO5bits_t __at (0xE6F) CANCON_RO5bits; __sfr __at (0xE70) B5CON; volatile __B5CONbits_t __at (0xE70) B5CONbits; __sfr __at (0xE71) B5SIDH; volatile __B5SIDHbits_t __at (0xE71) B5SIDHbits; __sfr __at (0xE72) B5SIDL; volatile __B5SIDLbits_t __at (0xE72) B5SIDLbits; __sfr __at (0xE73) B5EIDH; volatile __B5EIDHbits_t __at (0xE73) B5EIDHbits; __sfr __at (0xE74) B5EIDL; volatile __B5EIDLbits_t __at (0xE74) B5EIDLbits; __sfr __at (0xE75) B5DLC; volatile __B5DLCbits_t __at (0xE75) B5DLCbits; __sfr __at (0xE76) B5D0; volatile __B5D0bits_t __at (0xE76) B5D0bits; __sfr __at (0xE77) B5D1; volatile __B5D1bits_t __at (0xE77) B5D1bits; __sfr __at (0xE78) B5D2; volatile __B5D2bits_t __at (0xE78) B5D2bits; __sfr __at (0xE79) B5D3; volatile __B5D3bits_t __at (0xE79) B5D3bits; __sfr __at (0xE7A) B5D4; volatile __B5D4bits_t __at (0xE7A) B5D4bits; __sfr __at (0xE7B) B5D5; volatile __B5D5bits_t __at (0xE7B) B5D5bits; __sfr __at (0xE7C) B5D6; volatile __B5D6bits_t __at (0xE7C) B5D6bits; __sfr __at (0xE7D) B5D7; volatile __B5D7bits_t __at (0xE7D) B5D7bits; __sfr __at (0xE7E) CANSTAT_RO4; volatile __CANSTAT_RO4bits_t __at (0xE7E) CANSTAT_RO4bits; __sfr __at (0xE7F) CANCON_RO4; volatile __CANCON_RO4bits_t __at (0xE7F) CANCON_RO4bits; __sfr __at (0xF00) RXF0SIDH; volatile __RXF0SIDHbits_t __at (0xF00) RXF0SIDHbits; __sfr __at (0xF01) RXF0SIDL; volatile __RXF0SIDLbits_t __at (0xF01) RXF0SIDLbits; __sfr __at (0xF02) RXF0EIDH; volatile __RXF0EIDHbits_t __at (0xF02) RXF0EIDHbits; __sfr __at (0xF03) RXF0EIDL; volatile __RXF0EIDLbits_t __at (0xF03) RXF0EIDLbits; __sfr __at (0xF04) RXF1SIDH; volatile __RXF1SIDHbits_t __at (0xF04) RXF1SIDHbits; __sfr __at (0xF05) RXF1SIDL; volatile __RXF1SIDLbits_t __at (0xF05) RXF1SIDLbits; __sfr __at (0xF06) RXF1EIDH; volatile __RXF1EIDHbits_t __at (0xF06) RXF1EIDHbits; __sfr __at (0xF07) RXF1EIDL; volatile __RXF1EIDLbits_t __at (0xF07) RXF1EIDLbits; __sfr __at (0xF08) RXF2SIDH; volatile __RXF2SIDHbits_t __at (0xF08) RXF2SIDHbits; __sfr __at (0xF09) RXF2SIDL; volatile __RXF2SIDLbits_t __at (0xF09) RXF2SIDLbits; __sfr __at (0xF0A) RXF2EIDH; volatile __RXF2EIDHbits_t __at (0xF0A) RXF2EIDHbits; __sfr __at (0xF0B) RXF2EIDL; volatile __RXF2EIDLbits_t __at (0xF0B) RXF2EIDLbits; __sfr __at (0xF0C) RXF3SIDH; volatile __RXF3SIDHbits_t __at (0xF0C) RXF3SIDHbits; __sfr __at (0xF0D) RXF3SIDL; volatile __RXF3SIDLbits_t __at (0xF0D) RXF3SIDLbits; __sfr __at (0xF0E) RXF3EIDH; volatile __RXF3EIDHbits_t __at (0xF0E) RXF3EIDHbits; __sfr __at (0xF0F) RXF3EIDL; volatile __RXF3EIDLbits_t __at (0xF0F) RXF3EIDLbits; __sfr __at (0xF10) RXF4SIDH; volatile __RXF4SIDHbits_t __at (0xF10) RXF4SIDHbits; __sfr __at (0xF11) RXF4SIDL; volatile __RXF4SIDLbits_t __at (0xF11) RXF4SIDLbits; __sfr __at (0xF12) RXF4EIDH; volatile __RXF4EIDHbits_t __at (0xF12) RXF4EIDHbits; __sfr __at (0xF13) RXF4EIDL; volatile __RXF4EIDLbits_t __at (0xF13) RXF4EIDLbits; __sfr __at (0xF14) RXF5SIDH; volatile __RXF5SIDHbits_t __at (0xF14) RXF5SIDHbits; __sfr __at (0xF15) RXF5SIDL; volatile __RXF5SIDLbits_t __at (0xF15) RXF5SIDLbits; __sfr __at (0xF16) RXF5EIDH; volatile __RXF5EIDHbits_t __at (0xF16) RXF5EIDHbits; __sfr __at (0xF17) RXF5EIDL; volatile __RXF5EIDLbits_t __at (0xF17) RXF5EIDLbits; __sfr __at (0xF18) RXM0SIDH; volatile __RXM0SIDHbits_t __at (0xF18) RXM0SIDHbits; __sfr __at (0xF19) RXM0SIDL; volatile __RXM0SIDLbits_t __at (0xF19) RXM0SIDLbits; __sfr __at (0xF1A) RXM0EIDH; volatile __RXM0EIDHbits_t __at (0xF1A) RXM0EIDHbits; __sfr __at (0xF1B) RXM0EIDL; volatile __RXM0EIDLbits_t __at (0xF1B) RXM0EIDLbits; __sfr __at (0xF1C) RXM1SIDH; volatile __RXM1SIDHbits_t __at (0xF1C) RXM1SIDHbits; __sfr __at (0xF1D) RXM1SIDL; volatile __RXM1SIDLbits_t __at (0xF1D) RXM1SIDLbits; __sfr __at (0xF1E) RXM1EIDH; volatile __RXM1EIDHbits_t __at (0xF1E) RXM1EIDHbits; __sfr __at (0xF1F) RXM1EIDL; volatile __RXM1EIDLbits_t __at (0xF1F) RXM1EIDLbits; __sfr __at (0xF20) TXB2CON; volatile __TXB2CONbits_t __at (0xF20) TXB2CONbits; __sfr __at (0xF21) TXB2SIDH; volatile __TXB2SIDHbits_t __at (0xF21) TXB2SIDHbits; __sfr __at (0xF22) TXB2SIDL; volatile __TXB2SIDLbits_t __at (0xF22) TXB2SIDLbits; __sfr __at (0xF23) TXB2EIDH; volatile __TXB2EIDHbits_t __at (0xF23) TXB2EIDHbits; __sfr __at (0xF24) TXB2EIDL; volatile __TXB2EIDLbits_t __at (0xF24) TXB2EIDLbits; __sfr __at (0xF25) TXB2DLC; volatile __TXB2DLCbits_t __at (0xF25) TXB2DLCbits; __sfr __at (0xF26) TXB2D0; volatile __TXB2D0bits_t __at (0xF26) TXB2D0bits; __sfr __at (0xF27) TXB2D1; volatile __TXB2D1bits_t __at (0xF27) TXB2D1bits; __sfr __at (0xF28) TXB2D2; volatile __TXB2D2bits_t __at (0xF28) TXB2D2bits; __sfr __at (0xF29) TXB2D3; volatile __TXB2D3bits_t __at (0xF29) TXB2D3bits; __sfr __at (0xF2A) TXB2D4; volatile __TXB2D4bits_t __at (0xF2A) TXB2D4bits; __sfr __at (0xF2B) TXB2D5; volatile __TXB2D5bits_t __at (0xF2B) TXB2D5bits; __sfr __at (0xF2C) TXB2D6; volatile __TXB2D6bits_t __at (0xF2C) TXB2D6bits; __sfr __at (0xF2D) TXB2D7; volatile __TXB2D7bits_t __at (0xF2D) TXB2D7bits; __sfr __at (0xF2E) CANSTAT_RO3; volatile __CANSTAT_RO3bits_t __at (0xF2E) CANSTAT_RO3bits; __sfr __at (0xF2F) CANCON_RO3; volatile __CANCON_RO3bits_t __at (0xF2F) CANCON_RO3bits; __sfr __at (0xF30) TXB1CON; volatile __TXB1CONbits_t __at (0xF30) TXB1CONbits; __sfr __at (0xF31) TXB1SIDH; volatile __TXB1SIDHbits_t __at (0xF31) TXB1SIDHbits; __sfr __at (0xF32) TXB1SIDL; volatile __TXB1SIDLbits_t __at (0xF32) TXB1SIDLbits; __sfr __at (0xF33) TXB1EIDH; volatile __TXB1EIDHbits_t __at (0xF33) TXB1EIDHbits; __sfr __at (0xF34) TXB1EIDL; volatile __TXB1EIDLbits_t __at (0xF34) TXB1EIDLbits; __sfr __at (0xF35) TXB1DLC; volatile __TXB1DLCbits_t __at (0xF35) TXB1DLCbits; __sfr __at (0xF36) TXB1D0; volatile __TXB1D0bits_t __at (0xF36) TXB1D0bits; __sfr __at (0xF37) TXB1D1; volatile __TXB1D1bits_t __at (0xF37) TXB1D1bits; __sfr __at (0xF38) TXB1D2; volatile __TXB1D2bits_t __at (0xF38) TXB1D2bits; __sfr __at (0xF39) TXB1D3; volatile __TXB1D3bits_t __at (0xF39) TXB1D3bits; __sfr __at (0xF3A) TXB1D4; volatile __TXB1D4bits_t __at (0xF3A) TXB1D4bits; __sfr __at (0xF3B) TXB1D5; volatile __TXB1D5bits_t __at (0xF3B) TXB1D5bits; __sfr __at (0xF3C) TXB1D6; volatile __TXB1D6bits_t __at (0xF3C) TXB1D6bits; __sfr __at (0xF3D) TXB1D7; volatile __TXB1D7bits_t __at (0xF3D) TXB1D7bits; __sfr __at (0xF3E) CANSTAT_RO2; volatile __CANSTAT_RO2bits_t __at (0xF3E) CANSTAT_RO2bits; __sfr __at (0xF3F) CANCON_RO2; volatile __CANCON_RO2bits_t __at (0xF3F) CANCON_RO2bits; __sfr __at (0xF40) TXB0CON; volatile __TXB0CONbits_t __at (0xF40) TXB0CONbits; __sfr __at (0xF41) TXB0SIDH; volatile __TXB0SIDHbits_t __at (0xF41) TXB0SIDHbits; __sfr __at (0xF42) TXB0SIDL; volatile __TXB0SIDLbits_t __at (0xF42) TXB0SIDLbits; __sfr __at (0xF43) TXB0EIDH; volatile __TXB0EIDHbits_t __at (0xF43) TXB0EIDHbits; __sfr __at (0xF44) TXB0EIDL; volatile __TXB0EIDLbits_t __at (0xF44) TXB0EIDLbits; __sfr __at (0xF45) TXB0DLC; volatile __TXB0DLCbits_t __at (0xF45) TXB0DLCbits; __sfr __at (0xF46) TXB0D0; volatile __TXB0D0bits_t __at (0xF46) TXB0D0bits; __sfr __at (0xF47) TXB0D1; volatile __TXB0D1bits_t __at (0xF47) TXB0D1bits; __sfr __at (0xF48) TXB0D2; volatile __TXB0D2bits_t __at (0xF48) TXB0D2bits; __sfr __at (0xF49) TXB0D3; volatile __TXB0D3bits_t __at (0xF49) TXB0D3bits; __sfr __at (0xF4A) TXB0D4; volatile __TXB0D4bits_t __at (0xF4A) TXB0D4bits; __sfr __at (0xF4B) TXB0D5; volatile __TXB0D5bits_t __at (0xF4B) TXB0D5bits; __sfr __at (0xF4C) TXB0D6; volatile __TXB0D6bits_t __at (0xF4C) TXB0D6bits; __sfr __at (0xF4D) TXB0D7; volatile __TXB0D7bits_t __at (0xF4D) TXB0D7bits; __sfr __at (0xF4E) CANSTAT_RO1; volatile __CANSTAT_RO1bits_t __at (0xF4E) CANSTAT_RO1bits; __sfr __at (0xF4F) CANCON_RO1; volatile __CANCON_RO1bits_t __at (0xF4F) CANCON_RO1bits; __sfr __at (0xF50) RXB1CON; volatile __RXB1CONbits_t __at (0xF50) RXB1CONbits; __sfr __at (0xF51) RXB1SIDH; volatile __RXB1SIDHbits_t __at (0xF51) RXB1SIDHbits; __sfr __at (0xF52) RXB1SIDL; volatile __RXB1SIDLbits_t __at (0xF52) RXB1SIDLbits; __sfr __at (0xF53) RXB1EIDH; volatile __RXB1EIDHbits_t __at (0xF53) RXB1EIDHbits; __sfr __at (0xF54) RXB1EIDL; volatile __RXB1EIDLbits_t __at (0xF54) RXB1EIDLbits; __sfr __at (0xF55) RXB1DLC; volatile __RXB1DLCbits_t __at (0xF55) RXB1DLCbits; __sfr __at (0xF56) RXB1D0; volatile __RXB1D0bits_t __at (0xF56) RXB1D0bits; __sfr __at (0xF57) RXB1D1; volatile __RXB1D1bits_t __at (0xF57) RXB1D1bits; __sfr __at (0xF58) RXB1D2; volatile __RXB1D2bits_t __at (0xF58) RXB1D2bits; __sfr __at (0xF59) RXB1D3; volatile __RXB1D3bits_t __at (0xF59) RXB1D3bits; __sfr __at (0xF5A) RXB1D4; volatile __RXB1D4bits_t __at (0xF5A) RXB1D4bits; __sfr __at (0xF5B) RXB1D5; volatile __RXB1D5bits_t __at (0xF5B) RXB1D5bits; __sfr __at (0xF5C) RXB1D6; volatile __RXB1D6bits_t __at (0xF5C) RXB1D6bits; __sfr __at (0xF5D) RXB1D7; volatile __RXB1D7bits_t __at (0xF5D) RXB1D7bits; __sfr __at (0xF5E) CANSTAT_RO0; volatile __CANSTAT_RO0bits_t __at (0xF5E) CANSTAT_RO0bits; __sfr __at (0xF5F) CANCON_RO0; volatile __CANCON_RO0bits_t __at (0xF5F) CANCON_RO0bits; __sfr __at (0xF60) RXB0CON; volatile __RXB0CONbits_t __at (0xF60) RXB0CONbits; __sfr __at (0xF61) RXB0SIDH; volatile __RXB0SIDHbits_t __at (0xF61) RXB0SIDHbits; __sfr __at (0xF62) RXB0SIDL; volatile __RXB0SIDLbits_t __at (0xF62) RXB0SIDLbits; __sfr __at (0xF63) RXB0EIDH; volatile __RXB0EIDHbits_t __at (0xF63) RXB0EIDHbits; __sfr __at (0xF64) RXB0EIDL; volatile __RXB0EIDLbits_t __at (0xF64) RXB0EIDLbits; __sfr __at (0xF65) RXB0DLC; volatile __RXB0DLCbits_t __at (0xF65) RXB0DLCbits; __sfr __at (0xF66) RXB0D0; volatile __RXB0D0bits_t __at (0xF66) RXB0D0bits; __sfr __at (0xF67) RXB0D1; volatile __RXB0D1bits_t __at (0xF67) RXB0D1bits; __sfr __at (0xF68) RXB0D2; volatile __RXB0D2bits_t __at (0xF68) RXB0D2bits; __sfr __at (0xF69) RXB0D3; volatile __RXB0D3bits_t __at (0xF69) RXB0D3bits; __sfr __at (0xF6A) RXB0D4; volatile __RXB0D4bits_t __at (0xF6A) RXB0D4bits; __sfr __at (0xF6B) RXB0D5; volatile __RXB0D5bits_t __at (0xF6B) RXB0D5bits; __sfr __at (0xF6C) RXB0D6; volatile __RXB0D6bits_t __at (0xF6C) RXB0D6bits; __sfr __at (0xF6D) RXB0D7; volatile __RXB0D7bits_t __at (0xF6D) RXB0D7bits; __sfr __at (0xF6E) CANSTAT; volatile __CANSTATbits_t __at (0xF6E) CANSTATbits; __sfr __at (0xF6F) CANCON; volatile __CANCONbits_t __at (0xF6F) CANCONbits; __sfr __at (0xF70) BRGCON1; volatile __BRGCON1bits_t __at (0xF70) BRGCON1bits; __sfr __at (0xF71) BRGCON2; volatile __BRGCON2bits_t __at (0xF71) BRGCON2bits; __sfr __at (0xF72) BRGCON3; volatile __BRGCON3bits_t __at (0xF72) BRGCON3bits; __sfr __at (0xF73) CIOCON; volatile __CIOCONbits_t __at (0xF73) CIOCONbits; __sfr __at (0xF74) COMSTAT; volatile __COMSTATbits_t __at (0xF74) COMSTATbits; __sfr __at (0xF75) RXERRCNT; volatile __RXERRCNTbits_t __at (0xF75) RXERRCNTbits; __sfr __at (0xF76) TXERRCNT; volatile __TXERRCNTbits_t __at (0xF76) TXERRCNTbits; __sfr __at (0xF77) ECANCON; volatile __ECANCONbits_t __at (0xF77) ECANCONbits; __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA3) PIE3; volatile __PIE3bits_t __at (0xFA3) PIE3bits; __sfr __at (0xFA4) PIR3; volatile __PIR3bits_t __at (0xFA4) PIR3bits; __sfr __at (0xFA5) IPR3; volatile __IPR3bits_t __at (0xFA5) IPR3bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) EEDATA; __sfr __at (0xFA9) EEADR; __sfr __at (0xFAA) EEADRH; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xFB7) ECCP1DELbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFBA) ECCP1CON; volatile __ECCP1CONbits_t __at (0xFBA) ECCP1CONbits; __sfr __at (0xFBB) ECCPR1; __sfr __at (0xFBB) ECCPR1L; __sfr __at (0xFBC) ECCPR1H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD2) LVDCON; volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f4682.c000066400000000000000000000004651116427777700204440ustar00rootroot00000000000000/* * pic18f4682.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include "pic18f4680.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f4685.c000066400000000000000000000004651116427777700204470ustar00rootroot00000000000000/* * pic18f4685.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include "pic18f4680.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f46k20.c000066400000000000000000000160701116427777700206060ustar00rootroot00000000000000/* * pic18f46k20.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF77) SSPMSK; __sfr __at (0xF78) SLRCON; volatile __SLRCONbits_t __at (0xF78) SLRCONbits; __sfr __at (0xF79) CM12CON; volatile __CM12CONbits_t __at (0xF79) CM12CONbits; __sfr __at (0xF7A) CM2CON; volatile __CM2CONbits_t __at (0xF7A) CM2CONbits; __sfr __at (0xF7B) CM1CON; volatile __CM1CONbits_t __at (0xF7B) CM1CONbits; __sfr __at (0xF7C) WPUB; volatile __WPUBbits_t __at (0xF7C) WPUBbits; __sfr __at (0xF7D) IOCB; volatile __IOCBbits_t __at (0xF7D) IOCBbits; __sfr __at (0xF7E) ANSEL; volatile __ANSELbits_t __at (0xF7E) ANSELbits; __sfr __at (0xF7F) ANSELH; volatile __ANSELHbits_t __at (0xF7F) ANSELHbits; __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) EEDATA; __sfr __at (0xFA9) EEADR; __sfr __at (0xFAA) EEADRH; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFB0) SPBRGH; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CVRCON2; volatile __CVRCON2bits_t __at (0xFB4) CVRCON2bits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) PWM1CON; volatile __PWM1CONbits_t __at (0xFB7) PWM1CONbits; __sfr __at (0xFB8) BAUDCON; volatile __BAUDCONbits_t __at (0xFB8) BAUDCONbits; __sfr __at (0xFB8) BAUDCTL; volatile __BAUDCTLbits_t __at (0xFB8) BAUDCTLbits; __sfr __at (0xFB9) PSTRCON; volatile __PSTRCONbits_t __at (0xFB9) PSTRCONbits; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) HLVDCON; volatile __HLVDCONbits_t __at (0xFD2) HLVDCONbits; __sfr __at (0xFD2) LVDCON; volatile __LVDCONbits_t __at (0xFD2) LVDCONbits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD4) DEBUG; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f6520.c000066400000000000000000000157471116427777700204460ustar00rootroot00000000000000 /* * pic18f6520.c - PIC18F6520 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f6520.c 3785 2005-06-24 14:19:36Z tecodev $ * */ #include __sfr __at (0xf6b) RCSTA2; volatile __RCSTA2bits_t __at (0xf6b) RCSTA2bits; __sfr __at (0xf6c) TXSTA2; volatile __TXSTA2bits_t __at (0xf6c) TXSTA2bits; __sfr __at (0xf6d) TXREG2; __sfr __at (0xf6e) RCREG2; __sfr __at (0xf6f) SPBRG2; __sfr __at (0xf70) CCP5CON; volatile __CCP5CONbits_t __at (0xf70) CCP5CONbits; __sfr __at (0xf71) CCPR5L; __sfr __at (0xf72) CCPR5H; __sfr __at (0xf73) CCP4CON; volatile __CCP4CONbits_t __at (0xf73) CCP4CONbits; __sfr __at (0xf74) CCPR4L; __sfr __at (0xf75) CCPR4H; __sfr __at (0xf76) T4CON; volatile __T4CONbits_t __at (0xf76) T4CONbits; __sfr __at (0xf77) PR4; __sfr __at (0xf78) TMR4; __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf83) PORTD; volatile __PORTDbits_t __at (0xf83) PORTDbits; __sfr __at (0xf84) PORTE; volatile __PORTEbits_t __at (0xf84) PORTEbits; __sfr __at (0xf85) PORTF; volatile __PORTFbits_t __at (0xf85) PORTFbits; __sfr __at (0xf86) PORTG; volatile __PORTGbits_t __at (0xf86) PORTGbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf8c) LATD; volatile __LATDbits_t __at (0xf8c) LATDbits; __sfr __at (0xf8d) LATE; volatile __LATEbits_t __at (0xf8d) LATEbits; __sfr __at (0xf8e) LATF; volatile __LATFbits_t __at (0xf8e) LATFbits; __sfr __at (0xf8f) LATG; volatile __LATGbits_t __at (0xf8f) LATGbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf95) TRISD; volatile __TRISDbits_t __at (0xf95) TRISDbits; __sfr __at (0xf96) TRISE; volatile __TRISEbits_t __at (0xf96) TRISEbits; __sfr __at (0xf97) TRISF; volatile __TRISFbits_t __at (0xf97) TRISFbits; __sfr __at (0xf98) TRISG; volatile __TRISGbits_t __at (0xf98) TRISGbits; __sfr __at (0xf9c) MEMCON; volatile __MEMCONbits_t __at (0xf9c) MEMCONbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa3) PIE3; volatile __PIE3bits_t __at (0xfa3) PIE3bits; __sfr __at (0xfa4) PIR3; volatile __PIR3bits_t __at (0xfa4) PIR3bits; __sfr __at (0xfa5) IPR3; volatile __IPR3bits_t __at (0xfa5) IPR3bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfaa) EEADRH; __sfr __at (0xfab) RCSTA1; volatile __RCSTA1bits_t __at (0xfab) RCSTA1bits; __sfr __at (0xfac) TXSTA1; volatile __TXSTA1bits_t __at (0xfac) TXSTA1bits; __sfr __at (0xfad) TXREG1; __sfr __at (0xfae) RCREG1; __sfr __at (0xfaf) SPBRG1; __sfr __at (0xfb0) PSPCON; volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfb4) CMCON; volatile __CMCONbits_t __at (0xfb4) CMCONbits; __sfr __at (0xfb5) CVRCON; volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; __sfr __at (0xfb7) CCP3CON; volatile __CCP3CONbits_t __at (0xfb7) CCP3CONbits; __sfr __at (0xfb8) CCPR3L; __sfr __at (0xfb9) CCPR3H; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfbb) CCPR2L; __sfr __at (0xfbc) CCPR2H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc0) ADCON2; volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; /* for compatibility reasons */ __sfr __at (0xfab) RCSTA; volatile __RCSTA1bits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTA1bits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; sdcc-2.9.0/device/lib/pic16/libdev/pic18f6585.c000066400000000000000000000001171116427777700204420ustar00rootroot00000000000000/* * pic18f6585.c - device specific definitions */ #include "pic18f8680.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f65j50.c000066400000000000000000000001521116427777700206030ustar00rootroot00000000000000/* * pic18f65j50.c - device specific definitions */ #include #include "pic18f67j50.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f6620.c000066400000000000000000000156321116427777700204400ustar00rootroot00000000000000 /* * pic18f6620.c - PIC18F6620 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f6620.c 3785 2005-06-24 14:19:36Z tecodev $ * */ #include __sfr __at (0xf6b) RCSTA2; volatile __RCSTA2bits_t __at (0xf6b) RCSTA2bits; __sfr __at (0xf6c) TXSTA2; volatile __TXSTA2bits_t __at (0xf6c) TXSTA2bits; __sfr __at (0xf6d) TXREG2; __sfr __at (0xf6e) RCREG2; __sfr __at (0xf6f) SPBRG2; __sfr __at (0xf70) CCP5CON; volatile __CCP5CONbits_t __at (0xf70) CCP5CONbits; __sfr __at (0xf71) CCPR5L; __sfr __at (0xf72) CCPR5H; __sfr __at (0xf73) CCP4CON; volatile __CCP4CONbits_t __at (0xf73) CCP4CONbits; __sfr __at (0xf74) CCPR4L; __sfr __at (0xf75) CCPR4H; __sfr __at (0xf76) T4CON; volatile __T4CONbits_t __at (0xf76) T4CONbits; __sfr __at (0xf77) PR4; __sfr __at (0xf78) TMR4; __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf83) PORTD; volatile __PORTDbits_t __at (0xf83) PORTDbits; __sfr __at (0xf84) PORTE; volatile __PORTEbits_t __at (0xf84) PORTEbits; __sfr __at (0xf85) PORTF; volatile __PORTFbits_t __at (0xf85) PORTFbits; __sfr __at (0xf86) PORTG; volatile __PORTGbits_t __at (0xf86) PORTGbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf8c) LATD; volatile __LATDbits_t __at (0xf8c) LATDbits; __sfr __at (0xf8d) LATE; volatile __LATEbits_t __at (0xf8d) LATEbits; __sfr __at (0xf8e) LATF; volatile __LATFbits_t __at (0xf8e) LATFbits; __sfr __at (0xf8f) LATG; volatile __LATGbits_t __at (0xf8f) LATGbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf95) TRISD; volatile __TRISDbits_t __at (0xf95) TRISDbits; __sfr __at (0xf96) TRISE; volatile __TRISEbits_t __at (0xf96) TRISEbits; __sfr __at (0xf97) TRISF; volatile __TRISFbits_t __at (0xf97) TRISFbits; __sfr __at (0xf98) TRISG; volatile __TRISGbits_t __at (0xf98) TRISGbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa3) PIE3; volatile __PIE3bits_t __at (0xfa3) PIE3bits; __sfr __at (0xfa4) PIR3; volatile __PIR3bits_t __at (0xfa4) PIR3bits; __sfr __at (0xfa5) IPR3; volatile __IPR3bits_t __at (0xfa5) IPR3bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfaa) EEADRH; __sfr __at (0xfab) RCSTA1; volatile __RCSTA1bits_t __at (0xfab) RCSTA1bits; __sfr __at (0xfac) TXSTA1; volatile __TXSTA1bits_t __at (0xfac) TXSTA1bits; __sfr __at (0xfad) TXREG1; __sfr __at (0xfae) RCREG1; __sfr __at (0xfaf) SPBRG1; __sfr __at (0xfb0) PSPCON; volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfb4) CMCON; volatile __CMCONbits_t __at (0xfb4) CMCONbits; __sfr __at (0xfb5) CVRCON; volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; __sfr __at (0xfb7) CCP3CON; volatile __CCP3CONbits_t __at (0xfb7) CCP3CONbits; __sfr __at (0xfb8) CCPR3L; __sfr __at (0xfb9) CCPR3H; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfbb) CCPR2L; __sfr __at (0xfbc) CCPR2H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc0) ADCON2; volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; /* for compatibility reasons */ __sfr __at (0xfab) RCSTA; volatile __RCSTA1bits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTA1bits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; sdcc-2.9.0/device/lib/pic16/libdev/pic18f6680.c000066400000000000000000000001171116427777700204360ustar00rootroot00000000000000/* * pic18f6680.c - device specific definitions */ #include "pic18f8680.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f66j50.c000066400000000000000000000001521116427777700206040ustar00rootroot00000000000000/* * pic18f66j50.c - device specific definitions */ #include #include "pic18f67j50.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f66j55.c000066400000000000000000000001521116427777700206110ustar00rootroot00000000000000/* * pic18f66j55.c - device specific definitions */ #include #include "pic18f67j50.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f66j60.c000066400000000000000000000311211116427777700206050ustar00rootroot00000000000000/* * pic18f66j60.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xE80) MAADR5; __sfr __at (0xE81) MAADR6; __sfr __at (0xE82) MAADR3; __sfr __at (0xE83) MAADR4; __sfr __at (0xE84) MAADR1; __sfr __at (0xE85) MAADR2; __sfr __at (0xE86) EBSTSD; __sfr __at (0xE87) EBSTCON; volatile __EBSTCONbits_t __at (0xE87) EBSTCONbits; __sfr __at (0xE88) EBSTCS; __sfr __at (0xE88) EBSTCSL; __sfr __at (0xE89) EBSTCSH; __sfr __at (0xE8A) MISTAT; volatile __MISTATbits_t __at (0xE8A) MISTATbits; __sfr __at (0xE97) EFLOCON; volatile __EFLOCONbits_t __at (0xE97) EFLOCONbits; __sfr __at (0xE98) EPAUS; __sfr __at (0xE98) EPAUSL; __sfr __at (0xE99) EPAUSH; __sfr __at (0xEA0) MACON1; volatile __MACON1bits_t __at (0xEA0) MACON1bits; __sfr __at (0xEA1) MACON2; volatile __MACON2bits_t __at (0xEA1) MACON2bits; __sfr __at (0xEA2) MACON3; volatile __MACON3bits_t __at (0xEA2) MACON3bits; __sfr __at (0xEA3) MACON4; volatile __MACON4bits_t __at (0xEA3) MACON4bits; __sfr __at (0xEA4) MABBIPG; __sfr __at (0xEA6) MAIPG; __sfr __at (0xEA6) MAIPGL; __sfr __at (0xEA7) MAIPGH; __sfr __at (0xEA8) MACLCON1; volatile __MACLCON1bits_t __at (0xEA8) MACLCON1bits; __sfr __at (0xEA9) MACLCON2; volatile __MACLCON2bits_t __at (0xEA9) MACLCON2bits; __sfr __at (0xEAA) MAMXFL; __sfr __at (0xEAA) MAMXFLL; __sfr __at (0xEAB) MAMXFLH; __sfr __at (0xEB1) MICON; volatile __MICONbits_t __at (0xEB1) MICONbits; __sfr __at (0xEB2) MICMD; volatile __MICMDbits_t __at (0xEB2) MICMDbits; __sfr __at (0xEB4) MIREGADR; __sfr __at (0xEB6) MIWR; __sfr __at (0xEB6) MIWRL; __sfr __at (0xEB7) MIWRH; __sfr __at (0xEB8) MIRD; __sfr __at (0xEB8) MIRDL; __sfr __at (0xEB9) MIRDH; __sfr __at (0xEC0) EHT0; __sfr __at (0xEC1) EHT1; __sfr __at (0xEC2) EHT2; __sfr __at (0xEC3) EHT3; __sfr __at (0xEC4) EHT4; __sfr __at (0xEC5) EHT5; __sfr __at (0xEC6) EHT6; __sfr __at (0xEC7) EHT7; __sfr __at (0xEC8) EPMM0; __sfr __at (0xEC9) EPMM1; __sfr __at (0xECA) EPMM2; __sfr __at (0xECB) EPMM3; __sfr __at (0xECC) EPMM4; __sfr __at (0xECD) EPMM5; __sfr __at (0xECE) EPMM6; __sfr __at (0xECF) EPMM7; __sfr __at (0xED0) EPMCS; __sfr __at (0xED0) EPMCSL; __sfr __at (0xED1) EPMCSH; __sfr __at (0xED4) EPMO; __sfr __at (0xED4) EPMOL; __sfr __at (0xED5) EPMOH; __sfr __at (0xED6) EWOLIE; volatile __EWOLIEbits_t __at (0xED6) EWOLIEbits; __sfr __at (0xED7) EWOLIR; volatile __EWOLIRbits_t __at (0xED7) EWOLIRbits; __sfr __at (0xED8) ERXFCON; volatile __ERXFCONbits_t __at (0xED8) ERXFCONbits; __sfr __at (0xED9) EPKTCNT; __sfr __at (0xEE2) EWRPT; __sfr __at (0xEE2) EWRPTL; __sfr __at (0xEE3) EWRPTH; __sfr __at (0xEE4) ETXST; __sfr __at (0xEE4) ETXSTL; __sfr __at (0xEE5) ETXSTH; __sfr __at (0xEE6) ETXND; __sfr __at (0xEE6) ETXNDL; __sfr __at (0xEE7) ETXNDH; __sfr __at (0xEE8) ERXST; __sfr __at (0xEE8) ERXSTL; __sfr __at (0xEE9) ERXSTH; __sfr __at (0xEEA) ERXND; __sfr __at (0xEEA) ERXNDL; __sfr __at (0xEEB) ERXNDH; __sfr __at (0xEEC) ERXRDPT; __sfr __at (0xEEC) ERXRDPTL; __sfr __at (0xEED) ERXRDPTH; __sfr __at (0xEEE) ERXWRPT; __sfr __at (0xEEE) ERXWRPTL; __sfr __at (0xEEF) ERXWRPTH; __sfr __at (0xEF0) EDMAST; __sfr __at (0xEF0) EDMASTL; __sfr __at (0xEF1) EDMASTH; __sfr __at (0xEF2) EDMAND; __sfr __at (0xEF2) EDMANDL; __sfr __at (0xEF3) EDMANDH; __sfr __at (0xEF4) EDMADST; __sfr __at (0xEF4) EDMADSTL; __sfr __at (0xEF5) EDMADSTH; __sfr __at (0xEF6) EDMACS; __sfr __at (0xEF6) EDMACSL; __sfr __at (0xEF7) EDMACSH; __sfr __at (0xEFB) EIE; volatile __EIEbits_t __at (0xEFB) EIEbits; __sfr __at (0xEFD) ESTAT; volatile __ESTATbits_t __at (0xEFD) ESTATbits; __sfr __at (0xEFE) ECON2; volatile __ECON2bits_t __at (0xEFE) ECON2bits; __sfr __at (0xF60) EIR; volatile __EIRbits_t __at (0xF60) EIRbits; __sfr __at (0xF61) EDATA; volatile __EDATAbits_t __at (0xF61) EDATAbits; __sfr __at (0xF67) ECCP2DEL; volatile __ECCP2DELbits_t __at (0xF67) ECCP2DELbits; __sfr __at (0xF68) ECCP2AS; volatile __ECCP2ASbits_t __at (0xF68) ECCP2ASbits; __sfr __at (0xF69) ECCP3DEL; volatile __ECCP3DELbits_t __at (0xF69) ECCP3DELbits; __sfr __at (0xF6A) ECCP3AS; volatile __ECCP3ASbits_t __at (0xF6A) ECCP3ASbits; __sfr __at (0xF70) CCP5CON; volatile __CCP5CONbits_t __at (0xF70) CCP5CONbits; __sfr __at (0xF71) CCPR5; __sfr __at (0xF71) CCPR5L; __sfr __at (0xF72) CCPR5H; __sfr __at (0xF73) CCP4CON; volatile __CCP4CONbits_t __at (0xF73) CCP4CONbits; __sfr __at (0xF74) CCPR4; __sfr __at (0xF74) CCPR4L; __sfr __at (0xF75) CCPR4H; __sfr __at (0xF76) T4CON; volatile __T4CONbits_t __at (0xF76) T4CONbits; __sfr __at (0xF77) PR4; __sfr __at (0xF78) TMR4; __sfr __at (0xF79) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xF79) ECCP1DELbits; __sfr __at (0xF7A) ERDPT; __sfr __at (0xF7A) ERDPTL; __sfr __at (0xF7B) ERDPTH; __sfr __at (0xF7E) BAUDCON; volatile __BAUDCONbits_t __at (0xF7E) BAUDCONbits; __sfr __at (0xF7E) BAUDCON1; volatile __BAUDCON1bits_t __at (0xF7E) BAUDCON1bits; __sfr __at (0xF7E) BAUDCTL; volatile __BAUDCTLbits_t __at (0xF7E) BAUDCTLbits; __sfr __at (0xF7E) BAUDCTL1; volatile __BAUDCTL1bits_t __at (0xF7E) BAUDCTL1bits; __sfr __at (0xF7F) SPBRGH; __sfr __at (0xF7F) SPBRGH1; __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF85) PORTF; volatile __PORTFbits_t __at (0xF85) PORTFbits; __sfr __at (0xF86) PORTG; volatile __PORTGbits_t __at (0xF86) PORTGbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF8E) LATF; volatile __LATFbits_t __at (0xF8E) LATFbits; __sfr __at (0xF8F) LATG; volatile __LATGbits_t __at (0xF8F) LATGbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF97) DDRF; volatile __DDRFbits_t __at (0xF97) DDRFbits; __sfr __at (0xF97) TRISF; volatile __TRISFbits_t __at (0xF97) TRISFbits; __sfr __at (0xF98) DDRG; volatile __DDRGbits_t __at (0xF98) DDRGbits; __sfr __at (0xF98) TRISG; volatile __TRISGbits_t __at (0xF98) TRISGbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA3) PIE3; volatile __PIE3bits_t __at (0xFA3) PIE3bits; __sfr __at (0xFA4) PIR3; volatile __PIR3bits_t __at (0xFA4) PIR3bits; __sfr __at (0xFA5) IPR3; volatile __IPR3bits_t __at (0xFA5) IPR3bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAB) RCSTA1; volatile __RCSTA1bits_t __at (0xFAB) RCSTA1bits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAC) TXSTA1; volatile __TXSTA1bits_t __at (0xFAC) TXSTA1bits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAD) TXREG1; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAE) RCREG1; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFAF) SPBRG1; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) CCP3CON; volatile __CCP3CONbits_t __at (0xFB7) CCP3CONbits; __sfr __at (0xFB7) ECCP3CON; volatile __ECCP3CONbits_t __at (0xFB7) ECCP3CONbits; __sfr __at (0xFB8) CCPR3; __sfr __at (0xFB8) CCPR3L; __sfr __at (0xFB9) CCPR3H; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBA) ECCP2CON; volatile __ECCP2CONbits_t __at (0xFBA) ECCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBD) ECCP1CON; volatile __ECCP1CONbits_t __at (0xFBD) ECCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSP1CON2; volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSP1CON1; volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSP1STAT; volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSP1ADD; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSP1BUF; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) ECON1; volatile __ECON1bits_t __at (0xFD2) ECON1bits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f66j65.c000066400000000000000000000001211116427777700206060ustar00rootroot00000000000000/* * pic18f66j65.c - device specific definitions */ #include "pic18f66j60.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f6720.c000066400000000000000000000156321116427777700204410ustar00rootroot00000000000000 /* * pic18f6720.c - PIC18F6720 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f6720.c 3786 2005-06-24 15:59:33Z tecodev $ * */ #include __sfr __at (0xf6b) RCSTA2; volatile __RCSTA2bits_t __at (0xf6b) RCSTA2bits; __sfr __at (0xf6c) TXSTA2; volatile __TXSTA2bits_t __at (0xf6c) TXSTA2bits; __sfr __at (0xf6d) TXREG2; __sfr __at (0xf6e) RCREG2; __sfr __at (0xf6f) SPBRG2; __sfr __at (0xf70) CCP5CON; volatile __CCP5CONbits_t __at (0xf70) CCP5CONbits; __sfr __at (0xf71) CCPR5L; __sfr __at (0xf72) CCPR5H; __sfr __at (0xf73) CCP4CON; volatile __CCP4CONbits_t __at (0xf73) CCP4CONbits; __sfr __at (0xf74) CCPR4L; __sfr __at (0xf75) CCPR4H; __sfr __at (0xf76) T4CON; volatile __T4CONbits_t __at (0xf76) T4CONbits; __sfr __at (0xf77) PR4; __sfr __at (0xf78) TMR4; __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf83) PORTD; volatile __PORTDbits_t __at (0xf83) PORTDbits; __sfr __at (0xf84) PORTE; volatile __PORTEbits_t __at (0xf84) PORTEbits; __sfr __at (0xf85) PORTF; volatile __PORTFbits_t __at (0xf85) PORTFbits; __sfr __at (0xf86) PORTG; volatile __PORTGbits_t __at (0xf86) PORTGbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf8c) LATD; volatile __LATDbits_t __at (0xf8c) LATDbits; __sfr __at (0xf8d) LATE; volatile __LATEbits_t __at (0xf8d) LATEbits; __sfr __at (0xf8e) LATF; volatile __LATFbits_t __at (0xf8e) LATFbits; __sfr __at (0xf8f) LATG; volatile __LATGbits_t __at (0xf8f) LATGbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf95) TRISD; volatile __TRISDbits_t __at (0xf95) TRISDbits; __sfr __at (0xf96) TRISE; volatile __TRISEbits_t __at (0xf96) TRISEbits; __sfr __at (0xf97) TRISF; volatile __TRISFbits_t __at (0xf97) TRISFbits; __sfr __at (0xf98) TRISG; volatile __TRISGbits_t __at (0xf98) TRISGbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa3) PIE3; volatile __PIE3bits_t __at (0xfa3) PIE3bits; __sfr __at (0xfa4) PIR3; volatile __PIR3bits_t __at (0xfa4) PIR3bits; __sfr __at (0xfa5) IPR3; volatile __IPR3bits_t __at (0xfa5) IPR3bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfaa) EEADRH; __sfr __at (0xfab) RCSTA1; volatile __RCSTA1bits_t __at (0xfab) RCSTA1bits; __sfr __at (0xfac) TXSTA1; volatile __TXSTA1bits_t __at (0xfac) TXSTA1bits; __sfr __at (0xfad) TXREG1; __sfr __at (0xfae) RCREG1; __sfr __at (0xfaf) SPBRG1; __sfr __at (0xfb0) PSPCON; volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfb4) CMCON; volatile __CMCONbits_t __at (0xfb4) CMCONbits; __sfr __at (0xfb5) CVRCON; volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; __sfr __at (0xfb7) CCP3CON; volatile __CCP3CONbits_t __at (0xfb7) CCP3CONbits; __sfr __at (0xfb8) CCPR3L; __sfr __at (0xfb9) CCPR3H; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfbb) CCPR2L; __sfr __at (0xfbc) CCPR2H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc0) ADCON2; volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; /* for compatibility reasons */ __sfr __at (0xfab) RCSTA; volatile __RCSTA1bits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTA1bits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; sdcc-2.9.0/device/lib/pic16/libdev/pic18f67j50.c000066400000000000000000000323471116427777700206200ustar00rootroot00000000000000/* * pic18f67j50.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF40) PMSTAT; __sfr __at (0xF40) PMSTATL; volatile __PMSTATLbits_t __at (0xF40) PMSTATLbits; __sfr __at (0xF41) PMSTATH; volatile __PMSTATHbits_t __at (0xF41) PMSTATHbits; __sfr __at (0xF42) PMEL; volatile __PMELbits_t __at (0xF42) PMELbits; __sfr __at (0xF42) PMEN; __sfr __at (0xF43) PMEH; volatile __PMEHbits_t __at (0xF43) PMEHbits; __sfr __at (0xF44) PMDIN2; __sfr __at (0xF44) PMDIN2L; __sfr __at (0xF45) PMDIN2H; __sfr __at (0xF46) PMDOUT2; __sfr __at (0xF46) PMDOUT2L; __sfr __at (0xF47) PMDOUT2H; __sfr __at (0xF48) PMMODE; __sfr __at (0xF48) PMMODEL; volatile __PMMODELbits_t __at (0xF48) PMMODELbits; __sfr __at (0xF49) PMMODEH; volatile __PMMODEHbits_t __at (0xF49) PMMODEHbits; __sfr __at (0xF4A) PMCON; __sfr __at (0xF4A) PMCONL; volatile __PMCONLbits_t __at (0xF4A) PMCONLbits; __sfr __at (0xF4B) PMCONH; volatile __PMCONHbits_t __at (0xF4B) PMCONHbits; __sfr __at (0xF4C) UEP0; volatile __UEP0bits_t __at (0xF4C) UEP0bits; __sfr __at (0xF4D) UEP1; volatile __UEP1bits_t __at (0xF4D) UEP1bits; __sfr __at (0xF4E) UEP2; volatile __UEP2bits_t __at (0xF4E) UEP2bits; __sfr __at (0xF4F) UEP3; volatile __UEP3bits_t __at (0xF4F) UEP3bits; __sfr __at (0xF50) UEP4; volatile __UEP4bits_t __at (0xF50) UEP4bits; __sfr __at (0xF51) UEP5; volatile __UEP5bits_t __at (0xF51) UEP5bits; __sfr __at (0xF52) UEP6; volatile __UEP6bits_t __at (0xF52) UEP6bits; __sfr __at (0xF53) UEP7; volatile __UEP7bits_t __at (0xF53) UEP7bits; __sfr __at (0xF54) UEP8; volatile __UEP8bits_t __at (0xF54) UEP8bits; __sfr __at (0xF55) UEP9; volatile __UEP9bits_t __at (0xF55) UEP9bits; __sfr __at (0xF56) UEP10; volatile __UEP10bits_t __at (0xF56) UEP10bits; __sfr __at (0xF57) UEP11; volatile __UEP11bits_t __at (0xF57) UEP11bits; __sfr __at (0xF58) UEP12; volatile __UEP12bits_t __at (0xF58) UEP12bits; __sfr __at (0xF59) UEP13; volatile __UEP13bits_t __at (0xF59) UEP13bits; __sfr __at (0xF5A) UEP14; volatile __UEP14bits_t __at (0xF5A) UEP14bits; __sfr __at (0xF5B) UEP15; volatile __UEP15bits_t __at (0xF5B) UEP15bits; __sfr __at (0xF5C) UIE; volatile __UIEbits_t __at (0xF5C) UIEbits; __sfr __at (0xF5D) UEIE; volatile __UEIEbits_t __at (0xF5D) UEIEbits; __sfr __at (0xF5E) UADDR; volatile __UADDRbits_t __at (0xF5E) UADDRbits; __sfr __at (0xF5F) UCFG; volatile __UCFGbits_t __at (0xF5F) UCFGbits; __sfr __at (0xF60) UFRM; __sfr __at (0xF60) UFRML; volatile __UFRMLbits_t __at (0xF60) UFRMLbits; __sfr __at (0xF61) UFRMH; volatile __UFRMHbits_t __at (0xF61) UFRMHbits; __sfr __at (0xF62) UIR; volatile __UIRbits_t __at (0xF62) UIRbits; __sfr __at (0xF63) UEIR; volatile __UEIRbits_t __at (0xF63) UEIRbits; __sfr __at (0xF64) USTAT; volatile __USTATbits_t __at (0xF64) USTATbits; __sfr __at (0xF65) UCON; volatile __UCONbits_t __at (0xF65) UCONbits; __sfr __at (0xF66) PMDIN1; __sfr __at (0xF66) PMDIN1L; __sfr __at (0xF67) PMDIN1H; __sfr __at (0xF68) PMADDR; __sfr __at (0xF68) PMADDRL; __sfr __at (0xF68) PMDOUT1; __sfr __at (0xF68) PMDOUT1L; __sfr __at (0xF69) PMADDRH; volatile __PMADDRHbits_t __at (0xF69) PMADDRHbits; __sfr __at (0xF69) PMDOUT1H; __sfr __at (0xF6A) CMSTAT; volatile __CMSTATbits_t __at (0xF6A) CMSTATbits; __sfr __at (0xF6A) CMSTATUS; volatile __CMSTATUSbits_t __at (0xF6A) CMSTATUSbits; __sfr __at (0xF6B) SSP2CON2; volatile __SSP2CON2bits_t __at (0xF6B) SSP2CON2bits; __sfr __at (0xF6C) SSP2CON1; volatile __SSP2CON1bits_t __at (0xF6C) SSP2CON1bits; __sfr __at (0xF6D) SSP2STAT; volatile __SSP2STATbits_t __at (0xF6D) SSP2STATbits; __sfr __at (0xF6E) SSP2ADD; __sfr __at (0xF6E) SSP2MSK; volatile __SSP2MSKbits_t __at (0xF6E) SSP2MSKbits; __sfr __at (0xF6F) SSP2BUF; __sfr __at (0xF70) CCP5CON; volatile __CCP5CONbits_t __at (0xF70) CCP5CONbits; __sfr __at (0xF71) CCPR5; __sfr __at (0xF71) CCPR5L; __sfr __at (0xF72) CCPR5H; __sfr __at (0xF73) CCP4CON; volatile __CCP4CONbits_t __at (0xF73) CCP4CONbits; __sfr __at (0xF74) CCPR4; __sfr __at (0xF74) CCPR4L; __sfr __at (0xF75) CCPR4H; __sfr __at (0xF76) T4CON; volatile __T4CONbits_t __at (0xF76) T4CONbits; __sfr __at (0xF77) CVRCON; volatile __CVRCONbits_t __at (0xF77) CVRCONbits; __sfr __at (0xF77) PR4; __sfr __at (0xF78) TMR4; __sfr __at (0xF79) T3CON; volatile __T3CONbits_t __at (0xF79) T3CONbits; __sfr __at (0xF7A) TMR3L; __sfr __at (0xF7B) TMR3H; __sfr __at (0xF7C) BAUDCON2; volatile __BAUDCON2bits_t __at (0xF7C) BAUDCON2bits; __sfr __at (0xF7D) SPBRGH2; __sfr __at (0xF7E) BAUDCON; volatile __BAUDCONbits_t __at (0xF7E) BAUDCONbits; __sfr __at (0xF7E) BAUDCON1; volatile __BAUDCON1bits_t __at (0xF7E) BAUDCON1bits; __sfr __at (0xF7F) SPBRGH; __sfr __at (0xF7F) SPBRGH1; __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF85) PORTF; volatile __PORTFbits_t __at (0xF85) PORTFbits; __sfr __at (0xF86) PORTG; volatile __PORTGbits_t __at (0xF86) PORTGbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF8E) LATF; volatile __LATFbits_t __at (0xF8E) LATFbits; __sfr __at (0xF8F) LATG; volatile __LATGbits_t __at (0xF8F) LATGbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF97) DDRF; volatile __DDRFbits_t __at (0xF97) DDRFbits; __sfr __at (0xF97) TRISF; volatile __TRISFbits_t __at (0xF97) TRISFbits; __sfr __at (0xF98) DDRG; volatile __DDRGbits_t __at (0xF98) DDRGbits; __sfr __at (0xF98) TRISG; volatile __TRISGbits_t __at (0xF98) TRISGbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9C) RCSTA2; volatile __RCSTA2bits_t __at (0xF9C) RCSTA2bits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA3) PIE3; volatile __PIE3bits_t __at (0xFA3) PIE3bits; __sfr __at (0xFA4) PIR3; volatile __PIR3bits_t __at (0xFA4) PIR3bits; __sfr __at (0xFA5) IPR3; volatile __IPR3bits_t __at (0xFA5) IPR3bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) TXSTA2; volatile __TXSTA2bits_t __at (0xFA8) TXSTA2bits; __sfr __at (0xFA9) TXREG2; __sfr __at (0xFAA) RCREG2; __sfr __at (0xFAB) SPBRG2; __sfr __at (0xFAC) RCSTA; volatile __RCSTAbits_t __at (0xFAC) RCSTAbits; __sfr __at (0xFAC) RCSTA1; volatile __RCSTA1bits_t __at (0xFAC) RCSTA1bits; __sfr __at (0xFAD) TXSTA; volatile __TXSTAbits_t __at (0xFAD) TXSTAbits; __sfr __at (0xFAD) TXSTA1; volatile __TXSTA1bits_t __at (0xFAD) TXSTA1bits; __sfr __at (0xFAE) TXREG; __sfr __at (0xFAE) TXREG1; __sfr __at (0xFAF) RCREG; __sfr __at (0xFAF) RCREG1; __sfr __at (0xFB0) SPBRG; __sfr __at (0xFB0) SPBRG1; __sfr __at (0xFB1) CCP3CON; volatile __CCP3CONbits_t __at (0xFB1) CCP3CONbits; __sfr __at (0xFB1) ECCP3CON; volatile __ECCP3CONbits_t __at (0xFB1) ECCP3CONbits; __sfr __at (0xFB2) CCPR3; __sfr __at (0xFB2) CCPR3L; __sfr __at (0xFB3) CCPR3H; __sfr __at (0xFB4) ECCP3DEL; volatile __ECCP3DELbits_t __at (0xFB4) ECCP3DELbits; __sfr __at (0xFB5) ECCP3AS; volatile __ECCP3ASbits_t __at (0xFB5) ECCP3ASbits; __sfr __at (0xFB6) CCP2CON; volatile __CCP2CONbits_t __at (0xFB6) CCP2CONbits; __sfr __at (0xFB6) ECCP2CON; volatile __ECCP2CONbits_t __at (0xFB6) ECCP2CONbits; __sfr __at (0xFB7) CCPR2; __sfr __at (0xFB7) CCPR2L; __sfr __at (0xFB8) CCPR2H; __sfr __at (0xFB9) ECCP2DEL; volatile __ECCP2DELbits_t __at (0xFB9) ECCP2DELbits; __sfr __at (0xFBA) ECCP2AS; volatile __ECCP2ASbits_t __at (0xFBA) ECCP2ASbits; __sfr __at (0xFBB) CCP1CON; volatile __CCP1CONbits_t __at (0xFBB) CCP1CONbits; __sfr __at (0xFBB) ECCP1CON; volatile __ECCP1CONbits_t __at (0xFBB) ECCP1CONbits; __sfr __at (0xFBC) CCPR1; __sfr __at (0xFBC) CCPR1L; __sfr __at (0xFBD) CCPR1H; __sfr __at (0xFBE) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xFBE) ECCP1DELbits; __sfr __at (0xFBF) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFBF) ECCP1ASbits; __sfr __at (0xFC0) WDTCON; volatile __WDTCONbits_t __at (0xFC0) WDTCONbits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC1) ANCON0; volatile __ANCON0bits_t __at (0xFC1) ANCON0bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC2) ANCON1; volatile __ANCON1bits_t __at (0xFC2) ANCON1bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSP1CON2; volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSP1CON1; volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSP1STAT; volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSP1ADD; __sfr __at (0xFC8) SSP1MSK; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSP1BUF; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) PADCFG1; volatile __PADCFG1bits_t __at (0xFCC) PADCFG1bits; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) ODCON3; volatile __ODCON3bits_t __at (0xFCD) ODCON3bits; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) ODCON2; volatile __ODCON2bits_t __at (0xFCE) ODCON2bits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) ODCON1; volatile __ODCON1bits_t __at (0xFCF) ODCON1bits; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) CM2CON; volatile __CM2CONbits_t __at (0xFD1) CM2CONbits; __sfr __at (0xFD1) CM2CON1; volatile __CM2CON1bits_t __at (0xFD1) CM2CON1bits; __sfr __at (0xFD2) CM1CON; volatile __CM1CONbits_t __at (0xFD2) CM1CONbits; __sfr __at (0xFD2) CM1CON1; volatile __CM1CON1bits_t __at (0xFD2) CM1CON1bits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD3) REFOCON; volatile __REFOCONbits_t __at (0xFD3) REFOCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f67j60.c000066400000000000000000000001211116427777700206020ustar00rootroot00000000000000/* * pic18f67j60.c - device specific definitions */ #include "pic18f66j60.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f8520.c000066400000000000000000000166361116427777700204460ustar00rootroot00000000000000 /* * pic18f8520.c - PIC18F8520 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f8520.c 3786 2005-06-24 15:59:33Z tecodev $ * */ #include __sfr __at (0xf6b) RCSTA2; volatile __RCSTA2bits_t __at (0xf6b) RCSTA2bits; __sfr __at (0xf6c) TXSTA2; volatile __TXSTA2bits_t __at (0xf6c) TXSTA2bits; __sfr __at (0xf6d) TXREG2; __sfr __at (0xf6e) RCREG2; __sfr __at (0xf6f) SPBRG2; __sfr __at (0xf70) CCP5CON; volatile __CCP5CONbits_t __at (0xf70) CCP5CONbits; __sfr __at (0xf71) CCPR5L; __sfr __at (0xf72) CCPR5H; __sfr __at (0xf73) CCP4CON; volatile __CCP4CONbits_t __at (0xf73) CCP4CONbits; __sfr __at (0xf74) CCPR4L; __sfr __at (0xf75) CCPR4H; __sfr __at (0xf76) T4CON; volatile __T4CONbits_t __at (0xf76) T4CONbits; __sfr __at (0xf77) PR4; __sfr __at (0xf78) TMR4; __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf83) PORTD; volatile __PORTDbits_t __at (0xf83) PORTDbits; __sfr __at (0xf84) PORTE; volatile __PORTEbits_t __at (0xf84) PORTEbits; __sfr __at (0xf85) PORTF; volatile __PORTFbits_t __at (0xf85) PORTFbits; __sfr __at (0xf86) PORTG; volatile __PORTGbits_t __at (0xf86) PORTGbits; __sfr __at (0xf87) PORTH; volatile __PORTHbits_t __at (0xf87) PORTHbits; __sfr __at (0xf88) PORTJ; volatile __PORTJbits_t __at (0xf88) PORTJbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf8c) LATD; volatile __LATDbits_t __at (0xf8c) LATDbits; __sfr __at (0xf8d) LATE; volatile __LATEbits_t __at (0xf8d) LATEbits; __sfr __at (0xf8e) LATF; volatile __LATFbits_t __at (0xf8e) LATFbits; __sfr __at (0xf8f) LATG; volatile __LATGbits_t __at (0xf8f) LATGbits; __sfr __at (0xf90) LATH; volatile __LATHbits_t __at (0xf90) LATHbits; __sfr __at (0xf91) LATJ; volatile __LATJbits_t __at (0xf91) LATJbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf95) TRISD; volatile __TRISDbits_t __at (0xf95) TRISDbits; __sfr __at (0xf96) TRISE; volatile __TRISEbits_t __at (0xf96) TRISEbits; __sfr __at (0xf97) TRISF; volatile __TRISFbits_t __at (0xf97) TRISFbits; __sfr __at (0xf98) TRISG; volatile __TRISGbits_t __at (0xf98) TRISGbits; __sfr __at (0xf99) TRISH; volatile __TRISHbits_t __at (0xf99) TRISHbits; __sfr __at (0xf9a) TRISJ; volatile __TRISJbits_t __at (0xf9a) TRISJbits; __sfr __at (0xf9c) MEMCON; volatile __MEMCONbits_t __at (0xf9c) MEMCONbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa3) PIE3; volatile __PIE3bits_t __at (0xfa3) PIE3bits; __sfr __at (0xfa4) PIR3; volatile __PIR3bits_t __at (0xfa4) PIR3bits; __sfr __at (0xfa5) IPR3; volatile __IPR3bits_t __at (0xfa5) IPR3bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfaa) EEADRH; __sfr __at (0xfab) RCSTA1; volatile __RCSTA1bits_t __at (0xfab) RCSTA1bits; __sfr __at (0xfac) TXSTA1; volatile __TXSTA1bits_t __at (0xfac) TXSTA1bits; __sfr __at (0xfad) TXREG1; __sfr __at (0xfae) RCREG1; __sfr __at (0xfaf) SPBRG1; __sfr __at (0xfb0) PSPCON; volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfb4) CMCON; volatile __CMCONbits_t __at (0xfb4) CMCONbits; __sfr __at (0xfb5) CVRCON; volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; __sfr __at (0xfb7) CCP3CON; volatile __CCP3CONbits_t __at (0xfb7) CCP3CONbits; __sfr __at (0xfb8) CCPR3L; __sfr __at (0xfb9) CCPR3H; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfbb) CCPR2L; __sfr __at (0xfbc) CCPR2H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc0) ADCON2; volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; /* for compatibility reasons */ __sfr __at (0xfab) RCSTA; volatile __RCSTA1bits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTA1bits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; sdcc-2.9.0/device/lib/pic16/libdev/pic18f8585.c000066400000000000000000000001171116427777700204440ustar00rootroot00000000000000/* * pic18f8585.c - device specific definitions */ #include "pic18f8680.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f85j50.c000066400000000000000000000001521116427777700206050ustar00rootroot00000000000000/* * pic18f85j50.c - device specific definitions */ #include #include "pic18f87j50.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f8620.c000066400000000000000000000166361116427777700204470ustar00rootroot00000000000000 /* * pic18f8620.c - PIC18F8620 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f8620.c 3786 2005-06-24 15:59:33Z tecodev $ * */ #include __sfr __at (0xf6b) RCSTA2; volatile __RCSTA2bits_t __at (0xf6b) RCSTA2bits; __sfr __at (0xf6c) TXSTA2; volatile __TXSTA2bits_t __at (0xf6c) TXSTA2bits; __sfr __at (0xf6d) TXREG2; __sfr __at (0xf6e) RCREG2; __sfr __at (0xf6f) SPBRG2; __sfr __at (0xf70) CCP5CON; volatile __CCP5CONbits_t __at (0xf70) CCP5CONbits; __sfr __at (0xf71) CCPR5L; __sfr __at (0xf72) CCPR5H; __sfr __at (0xf73) CCP4CON; volatile __CCP4CONbits_t __at (0xf73) CCP4CONbits; __sfr __at (0xf74) CCPR4L; __sfr __at (0xf75) CCPR4H; __sfr __at (0xf76) T4CON; volatile __T4CONbits_t __at (0xf76) T4CONbits; __sfr __at (0xf77) PR4; __sfr __at (0xf78) TMR4; __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf83) PORTD; volatile __PORTDbits_t __at (0xf83) PORTDbits; __sfr __at (0xf84) PORTE; volatile __PORTEbits_t __at (0xf84) PORTEbits; __sfr __at (0xf85) PORTF; volatile __PORTFbits_t __at (0xf85) PORTFbits; __sfr __at (0xf86) PORTG; volatile __PORTGbits_t __at (0xf86) PORTGbits; __sfr __at (0xf87) PORTH; volatile __PORTHbits_t __at (0xf87) PORTHbits; __sfr __at (0xf88) PORTJ; volatile __PORTJbits_t __at (0xf88) PORTJbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf8c) LATD; volatile __LATDbits_t __at (0xf8c) LATDbits; __sfr __at (0xf8d) LATE; volatile __LATEbits_t __at (0xf8d) LATEbits; __sfr __at (0xf8e) LATF; volatile __LATFbits_t __at (0xf8e) LATFbits; __sfr __at (0xf8f) LATG; volatile __LATGbits_t __at (0xf8f) LATGbits; __sfr __at (0xf90) LATH; volatile __LATHbits_t __at (0xf90) LATHbits; __sfr __at (0xf91) LATJ; volatile __LATJbits_t __at (0xf91) LATJbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf95) TRISD; volatile __TRISDbits_t __at (0xf95) TRISDbits; __sfr __at (0xf96) TRISE; volatile __TRISEbits_t __at (0xf96) TRISEbits; __sfr __at (0xf97) TRISF; volatile __TRISFbits_t __at (0xf97) TRISFbits; __sfr __at (0xf98) TRISG; volatile __TRISGbits_t __at (0xf98) TRISGbits; __sfr __at (0xf99) TRISH; volatile __TRISHbits_t __at (0xf99) TRISHbits; __sfr __at (0xf9a) TRISJ; volatile __TRISJbits_t __at (0xf9a) TRISJbits; __sfr __at (0xf9c) MEMCON; volatile __MEMCONbits_t __at (0xf9c) MEMCONbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa3) PIE3; volatile __PIE3bits_t __at (0xfa3) PIE3bits; __sfr __at (0xfa4) PIR3; volatile __PIR3bits_t __at (0xfa4) PIR3bits; __sfr __at (0xfa5) IPR3; volatile __IPR3bits_t __at (0xfa5) IPR3bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfaa) EEADRH; __sfr __at (0xfab) RCSTA1; volatile __RCSTA1bits_t __at (0xfab) RCSTA1bits; __sfr __at (0xfac) TXSTA1; volatile __TXSTA1bits_t __at (0xfac) TXSTA1bits; __sfr __at (0xfad) TXREG1; __sfr __at (0xfae) RCREG1; __sfr __at (0xfaf) SPBRG1; __sfr __at (0xfb0) PSPCON; volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfb4) CMCON; volatile __CMCONbits_t __at (0xfb4) CMCONbits; __sfr __at (0xfb5) CVRCON; volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; __sfr __at (0xfb7) CCP3CON; volatile __CCP3CONbits_t __at (0xfb7) CCP3CONbits; __sfr __at (0xfb8) CCPR3L; __sfr __at (0xfb9) CCPR3H; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfbb) CCPR2L; __sfr __at (0xfbc) CCPR2H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc0) ADCON2; volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; /* for compatibility reasons */ __sfr __at (0xfab) RCSTA; volatile __RCSTA1bits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTA1bits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; sdcc-2.9.0/device/lib/pic16/libdev/pic18f8680.c000066400000000000000000000264321116427777700204500ustar00rootroot00000000000000 /* * pic18f8680.c - PIC18F8680 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f8680.c 3765 2005-05-18 20:32:06Z tecodev $ * */ #include __sfr __at (0xf00) RXF0SIDH; __sfr __at (0xf01) RXF0SIDL; volatile __RXF0SIDLbits_t __at (0xf01) RXF0SIDLbits; __sfr __at (0xf02) RXF0EIDH; __sfr __at (0xf03) RXF0EIDL; __sfr __at (0xf04) RXF1SIDH; __sfr __at (0xf05) RXF1SIDL; volatile __RXF1SIDLbits_t __at (0xf05) RXF1SIDLbits; __sfr __at (0xf06) RXF1EIDH; __sfr __at (0xf07) RXF1EIDL; __sfr __at (0xf08) RXF2SIDH; __sfr __at (0xf09) RXF2SIDL; __sfr __at (0xf0a) RXF2EIDH; __sfr __at (0xf0b) RXF2EIDL; volatile __RXF2EIDLbits_t __at (0xf0b) RXF2EIDLbits; __sfr __at (0xf0c) RXF3SIDH; __sfr __at (0xf0d) RXF3SIDL; volatile __RXF3SIDLbits_t __at (0xf0d) RXF3SIDLbits; __sfr __at (0xf0e) RXF3EIDH; __sfr __at (0xf0f) RXF3EIDL; __sfr __at (0xf10) RXF4SIDH; __sfr __at (0xf11) RXF4SIDL; volatile __RXF4SIDLbits_t __at (0xf11) RXF4SIDLbits; __sfr __at (0xf12) RXF4EIDH; __sfr __at (0xf13) RXF4EIDL; __sfr __at (0xf14) RXF5SIDH; __sfr __at (0xf15) RXF5SIDL; volatile __RXF5SIDLbits_t __at (0xf15) RXF5SIDLbits; __sfr __at (0xf16) RXF5EIDH; __sfr __at (0xf17) RXF5EIDL; __sfr __at (0xf18) RXM0SIDH; __sfr __at (0xf19) RXM0SIDL; volatile __RXM0SIDLbits_t __at (0xf19) RXM0SIDLbits; __sfr __at (0xf1a) RXM0EIDH; __sfr __at (0xf1b) RXM0EIDL; __sfr __at (0xf1c) RXM1SIDH; __sfr __at (0xf1d) RXM1SIDL; volatile __RXM1SIDLbits_t __at (0xf1d) RXM1SIDLbits; __sfr __at (0xf1e) RXM1EIDH; __sfr __at (0xf1f) RXM1EIDL; __sfr __at (0xf20) TXB2CON; volatile __TXB2CONbits_t __at (0xf20) TXB2CONbits; __sfr __at (0xf21) TXB2SIDH; __sfr __at (0xf22) TXB2SIDL; volatile __TXB2SIDLbits_t __at (0xf22) TXB2SIDLbits; __sfr __at (0xf23) TXB2EIDH; __sfr __at (0xf24) TXB2EIDL; __sfr __at (0xf25) TXB2DLC; volatile __TXB2DLCbits_t __at (0xf25) TXB2DLCbits; __sfr __at (0xf26) TXB2D0; __sfr __at (0xf27) TXB2D1; __sfr __at (0xf28) TXB2D2; __sfr __at (0xf29) TXB2D3; __sfr __at (0xf2a) TXB2D4; __sfr __at (0xf2b) TXB2D5; __sfr __at (0xf2c) TXB2D6; __sfr __at (0xf2d) TXB2D7; __sfr __at (0xf2e) CANSTATRO3; __sfr __at (0xf30) TXB1CON; volatile __TXB1CONbits_t __at (0xf30) TXB1CONbits; __sfr __at (0xf31) TXB1SIDH; __sfr __at (0xf32) TXB1SIDL; volatile __TXB1SIDLbits_t __at (0xf32) TXB1SIDLbits; __sfr __at (0xf33) TXB1EIDH; __sfr __at (0xf34) TXB1EIDL; __sfr __at (0xf35) TXB1DLC; volatile __TXB1DLCbits_t __at (0xf35) TXB1DLCbits; __sfr __at (0xf36) TXB1D0; __sfr __at (0xf37) TXB1D1; __sfr __at (0xf38) TXB1D2; __sfr __at (0xf39) TXB1D3; __sfr __at (0xf3a) TXB1D4; __sfr __at (0xf3b) TXB1D5; __sfr __at (0xf3c) TXB1D6; __sfr __at (0xf3d) TXB1D7; __sfr __at (0xf3e) CANSTATRO2; __sfr __at (0xf40) TXB0CON; volatile __TXB0CONbits_t __at (0xf40) TXB0CONbits; __sfr __at (0xf41) TXB0SIDH; __sfr __at (0xf42) TXB0SIDL; __sfr __at (0xf43) TXB0EIDH; __sfr __at (0xf44) TXB0EIDL; __sfr __at (0xf45) TXB0DLC; volatile __TXB0DLCbits_t __at (0xf45) TXB0DLCbits; __sfr __at (0xf46) TXB0D0; __sfr __at (0xf47) TXB0D1; __sfr __at (0xf48) TXB0D2; __sfr __at (0xf49) TXB0D3; __sfr __at (0xf4a) TXB0D4; __sfr __at (0xf4b) TXB0D5; __sfr __at (0xf4c) TXB0D6; __sfr __at (0xf4d) TXB0D7; __sfr __at (0xf4e) CANSTATRO1; __sfr __at (0xf50) RXB1CON; volatile __RXB1CONbits_t __at (0xf50) RXB1CONbits; __sfr __at (0xf51) RXB1SIDH; __sfr __at (0xf52) RXB1SIDL; volatile __RXB1SIDLbits_t __at (0xf52) RXB1SIDLbits; __sfr __at (0xf53) RXB1EIDH; __sfr __at (0xf54) RXB1EIDL; __sfr __at (0xf55) RXB1DLC; volatile __RXB1DLCbits_t __at (0xf55) RXB1DLCbits; __sfr __at (0xf56) RXB1D0; __sfr __at (0xf57) RXB1D1; __sfr __at (0xf58) RXB1D2; __sfr __at (0xf59) RXB1D3; __sfr __at (0xf5a) RXB1D4; __sfr __at (0xf5b) RXB1D5; __sfr __at (0xf5c) RXB1D6; __sfr __at (0xf5d) RXB1D7; __sfr __at (0xf5e) CANSTATRO0; __sfr __at (0xf60) RXB0CON; volatile __RXB0CONbits_t __at (0xf60) RXB0CONbits; __sfr __at (0xf61) RXB0SIDH; __sfr __at (0xf62) RXB0SIDL; volatile __RXB0SIDLbits_t __at (0xf62) RXB0SIDLbits; __sfr __at (0xf63) RXB0EIDH; __sfr __at (0xf64) RXB0EIDL; __sfr __at (0xf65) RXB0DLC; __sfr __at (0xf66) RXB0D0; __sfr __at (0xf67) RXB0D1; __sfr __at (0xf68) RXB0D2; __sfr __at (0xf69) RXB0D3; __sfr __at (0xf6a) RXB0D4; __sfr __at (0xf6b) RXB0D5; __sfr __at (0xf6c) RXB0D6; __sfr __at (0xf6d) RXB0D7; __sfr __at (0xf6e) CANSTAT; volatile __CANSTATbits_t __at (0xf6e) CANSTATbits; __sfr __at (0xf6f) CANCON; volatile __CANCONbits_t __at (0xf6f) CANCONbits; __sfr __at (0xf70) BRGCON1; volatile __BRGCON1bits_t __at (0xf70) BRGCON1bits; __sfr __at (0xf71) BRGCON2; volatile __BRGCON2bits_t __at (0xf71) BRGCON2bits; __sfr __at (0xf72) BRGCON3; volatile __BRGCON3bits_t __at (0xf72) BRGCON3bits; __sfr __at (0xf73) CIOCON; volatile __CIOCONbits_t __at (0xf73) CIOCONbits; __sfr __at (0xf74) COMSTAT; volatile __COMSTATbits_t __at (0xf74) COMSTATbits; __sfr __at (0xf75) RXERRCNT; volatile __RXERRCNTbits_t __at (0xf75) RXERRCNTbits; __sfr __at (0xf76) TXERRCNT; volatile __TXERRCNTbits_t __at (0xf76) TXERRCNTbits; __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf83) PORTD; volatile __PORTDbits_t __at (0xf83) PORTDbits; __sfr __at (0xf84) PORTE; volatile __PORTEbits_t __at (0xf84) PORTEbits; __sfr __at (0xf85) PORTF; volatile __PORTFbits_t __at (0xf85) PORTFbits; __sfr __at (0xf86) PORTG; volatile __PORTGbits_t __at (0xf86) PORTGbits; __sfr __at (0xf87) PORTH; volatile __PORTHbits_t __at (0xf87) PORTHbits; __sfr __at (0xf88) PORTJ; volatile __PORTJbits_t __at (0xf88) PORTJbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf8c) LATD; volatile __LATDbits_t __at (0xf8c) LATDbits; __sfr __at (0xf8d) LATE; volatile __LATEbits_t __at (0xf8d) LATEbits; __sfr __at (0xf8e) LATF; volatile __LATFbits_t __at (0xf8e) LATFbits; __sfr __at (0xf8f) LATG; volatile __LATGbits_t __at (0xf8f) LATGbits; __sfr __at (0xf90) LATH; volatile __LATHbits_t __at (0xf90) LATHbits; __sfr __at (0xf91) LATJ; volatile __LATJbits_t __at (0xf91) LATJbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf95) TRISD; volatile __TRISDbits_t __at (0xf95) TRISDbits; __sfr __at (0xf96) TRISE; volatile __TRISEbits_t __at (0xf96) TRISEbits; __sfr __at (0xf97) TRISF; volatile __TRISFbits_t __at (0xf97) TRISFbits; __sfr __at (0xf98) TRISG; volatile __TRISGbits_t __at (0xf98) TRISGbits; __sfr __at (0xf99) TRISH; volatile __TRISHbits_t __at (0xf99) TRISHbits; __sfr __at (0xf9a) TRISJ; volatile __TRISJbits_t __at (0xf9a) TRISJbits; __sfr __at (0xf9c) MEMCON; volatile __MEMCONbits_t __at (0xf9c) MEMCONbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa3) PIE3; volatile __PIE3bits_t __at (0xfa3) PIE3bits; __sfr __at (0xfa4) PIR3; volatile __PIR3bits_t __at (0xfa4) PIR3bits; __sfr __at (0xfa5) IPR3; volatile __IPR3bits_t __at (0xfa5) IPR3bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfaa) EEADRH; __sfr __at (0xfab) RCSTA; volatile __RCSTAbits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTAbits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; __sfr __at (0xfb0) PSPCON; volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfb4) CMCON; volatile __CMCONbits_t __at (0xfb4) CMCONbits; __sfr __at (0xfb5) CVRCON; volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; __sfr __at (0xfb6) ECCPAS; volatile __ECCPASbits_t __at (0xfb6) ECCPASbits; __sfr __at (0xfb7) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xfb7) ECCP1DELbits; __sfr __at (0xfba) ECCP1CON; volatile __ECCP1CONbits_t __at (0xfba) ECCP1CONbits; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfbb) ECCPR1L; __sfr __at (0xfbb) CCPR2L; __sfr __at (0xfbc) ECCPR1H; __sfr __at (0xfbc) CCPR2H; __sfr __at (0xfc0) ADCON2; volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f86j50.c000066400000000000000000000001521116427777700206060ustar00rootroot00000000000000/* * pic18f86j50.c - device specific definitions */ #include #include "pic18f87j50.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f86j55.c000066400000000000000000000001521116427777700206130ustar00rootroot00000000000000/* * pic18f86j55.c - device specific definitions */ #include #include "pic18f87j50.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f86j60.c000066400000000000000000000331061116427777700206140ustar00rootroot00000000000000/* * pic18f86j60.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xE80) MAADR5; __sfr __at (0xE81) MAADR6; __sfr __at (0xE82) MAADR3; __sfr __at (0xE83) MAADR4; __sfr __at (0xE84) MAADR1; __sfr __at (0xE85) MAADR2; __sfr __at (0xE86) EBSTSD; __sfr __at (0xE87) EBSTCON; volatile __EBSTCONbits_t __at (0xE87) EBSTCONbits; __sfr __at (0xE88) EBSTCS; __sfr __at (0xE88) EBSTCSL; __sfr __at (0xE89) EBSTCSH; __sfr __at (0xE8A) MISTAT; volatile __MISTATbits_t __at (0xE8A) MISTATbits; __sfr __at (0xE97) EFLOCON; volatile __EFLOCONbits_t __at (0xE97) EFLOCONbits; __sfr __at (0xE98) EPAUS; __sfr __at (0xE98) EPAUSL; __sfr __at (0xE99) EPAUSH; __sfr __at (0xEA0) MACON1; volatile __MACON1bits_t __at (0xEA0) MACON1bits; __sfr __at (0xEA1) MACON2; volatile __MACON2bits_t __at (0xEA1) MACON2bits; __sfr __at (0xEA2) MACON3; volatile __MACON3bits_t __at (0xEA2) MACON3bits; __sfr __at (0xEA3) MACON4; volatile __MACON4bits_t __at (0xEA3) MACON4bits; __sfr __at (0xEA4) MABBIPG; __sfr __at (0xEA6) MAIPG; __sfr __at (0xEA6) MAIPGL; __sfr __at (0xEA7) MAIPGH; __sfr __at (0xEA8) MACLCON1; volatile __MACLCON1bits_t __at (0xEA8) MACLCON1bits; __sfr __at (0xEA9) MACLCON2; volatile __MACLCON2bits_t __at (0xEA9) MACLCON2bits; __sfr __at (0xEAA) MAMXFL; __sfr __at (0xEAA) MAMXFLL; __sfr __at (0xEAB) MAMXFLH; __sfr __at (0xEB1) MICON; volatile __MICONbits_t __at (0xEB1) MICONbits; __sfr __at (0xEB2) MICMD; volatile __MICMDbits_t __at (0xEB2) MICMDbits; __sfr __at (0xEB4) MIREGADR; __sfr __at (0xEB6) MIWR; __sfr __at (0xEB6) MIWRL; __sfr __at (0xEB7) MIWRH; __sfr __at (0xEB8) MIRD; __sfr __at (0xEB8) MIRDL; __sfr __at (0xEB9) MIRDH; __sfr __at (0xEC0) EHT0; __sfr __at (0xEC1) EHT1; __sfr __at (0xEC2) EHT2; __sfr __at (0xEC3) EHT3; __sfr __at (0xEC4) EHT4; __sfr __at (0xEC5) EHT5; __sfr __at (0xEC6) EHT6; __sfr __at (0xEC7) EHT7; __sfr __at (0xEC8) EPMM0; __sfr __at (0xEC9) EPMM1; __sfr __at (0xECA) EPMM2; __sfr __at (0xECB) EPMM3; __sfr __at (0xECC) EPMM4; __sfr __at (0xECD) EPMM5; __sfr __at (0xECE) EPMM6; __sfr __at (0xECF) EPMM7; __sfr __at (0xED0) EPMCS; __sfr __at (0xED0) EPMCSL; __sfr __at (0xED1) EPMCSH; __sfr __at (0xED4) EPMO; __sfr __at (0xED4) EPMOL; __sfr __at (0xED5) EPMOH; __sfr __at (0xED6) EWOLIE; volatile __EWOLIEbits_t __at (0xED6) EWOLIEbits; __sfr __at (0xED7) EWOLIR; volatile __EWOLIRbits_t __at (0xED7) EWOLIRbits; __sfr __at (0xED8) ERXFCON; volatile __ERXFCONbits_t __at (0xED8) ERXFCONbits; __sfr __at (0xED9) EPKTCNT; __sfr __at (0xEE2) EWRPT; __sfr __at (0xEE2) EWRPTL; __sfr __at (0xEE3) EWRPTH; __sfr __at (0xEE4) ETXST; __sfr __at (0xEE4) ETXSTL; __sfr __at (0xEE5) ETXSTH; __sfr __at (0xEE6) ETXND; __sfr __at (0xEE6) ETXNDL; __sfr __at (0xEE7) ETXNDH; __sfr __at (0xEE8) ERXST; __sfr __at (0xEE8) ERXSTL; __sfr __at (0xEE9) ERXSTH; __sfr __at (0xEEA) ERXND; __sfr __at (0xEEA) ERXNDL; __sfr __at (0xEEB) ERXNDH; __sfr __at (0xEEC) ERXRDPT; __sfr __at (0xEEC) ERXRDPTL; __sfr __at (0xEED) ERXRDPTH; __sfr __at (0xEEE) ERXWRPT; __sfr __at (0xEEE) ERXWRPTL; __sfr __at (0xEEF) ERXWRPTH; __sfr __at (0xEF0) EDMAST; __sfr __at (0xEF0) EDMASTL; __sfr __at (0xEF1) EDMASTH; __sfr __at (0xEF2) EDMAND; __sfr __at (0xEF2) EDMANDL; __sfr __at (0xEF3) EDMANDH; __sfr __at (0xEF4) EDMADST; __sfr __at (0xEF4) EDMADSTL; __sfr __at (0xEF5) EDMADSTH; __sfr __at (0xEF6) EDMACS; __sfr __at (0xEF6) EDMACSL; __sfr __at (0xEF7) EDMACSH; __sfr __at (0xEFB) EIE; volatile __EIEbits_t __at (0xEFB) EIEbits; __sfr __at (0xEFD) ESTAT; volatile __ESTATbits_t __at (0xEFD) ESTATbits; __sfr __at (0xEFE) ECON2; volatile __ECON2bits_t __at (0xEFE) ECON2bits; __sfr __at (0xF60) EIR; volatile __EIRbits_t __at (0xF60) EIRbits; __sfr __at (0xF61) EDATA; volatile __EDATAbits_t __at (0xF61) EDATAbits; __sfr __at (0xF67) ECCP2DEL; volatile __ECCP2DELbits_t __at (0xF67) ECCP2DELbits; __sfr __at (0xF68) ECCP2AS; volatile __ECCP2ASbits_t __at (0xF68) ECCP2ASbits; __sfr __at (0xF69) ECCP3DEL; volatile __ECCP3DELbits_t __at (0xF69) ECCP3DELbits; __sfr __at (0xF6A) ECCP3AS; volatile __ECCP3ASbits_t __at (0xF6A) ECCP3ASbits; __sfr __at (0xF6B) RCSTA2; volatile __RCSTA2bits_t __at (0xF6B) RCSTA2bits; __sfr __at (0xF6C) TXSTA2; volatile __TXSTA2bits_t __at (0xF6C) TXSTA2bits; __sfr __at (0xF6D) TXREG2; __sfr __at (0xF6E) RCREG2; __sfr __at (0xF6F) SPBRG2; __sfr __at (0xF70) CCP5CON; volatile __CCP5CONbits_t __at (0xF70) CCP5CONbits; __sfr __at (0xF71) CCPR5; __sfr __at (0xF71) CCPR5L; __sfr __at (0xF72) CCPR5H; __sfr __at (0xF73) CCP4CON; volatile __CCP4CONbits_t __at (0xF73) CCP4CONbits; __sfr __at (0xF74) CCPR4; __sfr __at (0xF74) CCPR4L; __sfr __at (0xF75) CCPR4H; __sfr __at (0xF76) T4CON; volatile __T4CONbits_t __at (0xF76) T4CONbits; __sfr __at (0xF77) PR4; __sfr __at (0xF78) TMR4; __sfr __at (0xF79) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xF79) ECCP1DELbits; __sfr __at (0xF7A) ERDPT; __sfr __at (0xF7A) ERDPTL; __sfr __at (0xF7B) ERDPTH; __sfr __at (0xF7C) BAUDCON2; volatile __BAUDCON2bits_t __at (0xF7C) BAUDCON2bits; __sfr __at (0xF7C) BAUDCTL2; volatile __BAUDCTL2bits_t __at (0xF7C) BAUDCTL2bits; __sfr __at (0xF7D) SPBRGH2; __sfr __at (0xF7E) BAUDCON; volatile __BAUDCONbits_t __at (0xF7E) BAUDCONbits; __sfr __at (0xF7E) BAUDCON1; volatile __BAUDCON1bits_t __at (0xF7E) BAUDCON1bits; __sfr __at (0xF7E) BAUDCTL; volatile __BAUDCTLbits_t __at (0xF7E) BAUDCTLbits; __sfr __at (0xF7E) BAUDCTL1; volatile __BAUDCTL1bits_t __at (0xF7E) BAUDCTL1bits; __sfr __at (0xF7F) SPBRGH; __sfr __at (0xF7F) SPBRGH1; __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF85) PORTF; volatile __PORTFbits_t __at (0xF85) PORTFbits; __sfr __at (0xF86) PORTG; volatile __PORTGbits_t __at (0xF86) PORTGbits; __sfr __at (0xF87) PORTH; volatile __PORTHbits_t __at (0xF87) PORTHbits; __sfr __at (0xF88) PORTJ; volatile __PORTJbits_t __at (0xF88) PORTJbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF8E) LATF; volatile __LATFbits_t __at (0xF8E) LATFbits; __sfr __at (0xF8F) LATG; volatile __LATGbits_t __at (0xF8F) LATGbits; __sfr __at (0xF90) LATH; volatile __LATHbits_t __at (0xF90) LATHbits; __sfr __at (0xF91) LATJ; volatile __LATJbits_t __at (0xF91) LATJbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF97) DDRF; volatile __DDRFbits_t __at (0xF97) DDRFbits; __sfr __at (0xF97) TRISF; volatile __TRISFbits_t __at (0xF97) TRISFbits; __sfr __at (0xF98) DDRG; volatile __DDRGbits_t __at (0xF98) DDRGbits; __sfr __at (0xF98) TRISG; volatile __TRISGbits_t __at (0xF98) TRISGbits; __sfr __at (0xF99) DDRH; volatile __DDRHbits_t __at (0xF99) DDRHbits; __sfr __at (0xF99) TRISH; volatile __TRISHbits_t __at (0xF99) TRISHbits; __sfr __at (0xF9A) DDRJ; volatile __DDRJbits_t __at (0xF9A) DDRJbits; __sfr __at (0xF9A) TRISJ; volatile __TRISJbits_t __at (0xF9A) TRISJbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA3) PIE3; volatile __PIE3bits_t __at (0xFA3) PIE3bits; __sfr __at (0xFA4) PIR3; volatile __PIR3bits_t __at (0xFA4) PIR3bits; __sfr __at (0xFA5) IPR3; volatile __IPR3bits_t __at (0xFA5) IPR3bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAB) RCSTA1; volatile __RCSTA1bits_t __at (0xFAB) RCSTA1bits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAC) TXSTA1; volatile __TXSTA1bits_t __at (0xFAC) TXSTA1bits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAD) TXREG1; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAE) RCREG1; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFAF) SPBRG1; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) CCP3CON; volatile __CCP3CONbits_t __at (0xFB7) CCP3CONbits; __sfr __at (0xFB7) ECCP3CON; volatile __ECCP3CONbits_t __at (0xFB7) ECCP3CONbits; __sfr __at (0xFB8) CCPR3; __sfr __at (0xFB8) CCPR3L; __sfr __at (0xFB9) CCPR3H; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBA) ECCP2CON; volatile __ECCP2CONbits_t __at (0xFBA) ECCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBD) ECCP1CON; volatile __ECCP1CONbits_t __at (0xFBD) ECCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSP1CON2; volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSP1CON1; volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSP1STAT; volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSP1ADD; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSP1BUF; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) ECON1; volatile __ECON1bits_t __at (0xFD2) ECON1bits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f86j65.c000066400000000000000000000001211116427777700206100ustar00rootroot00000000000000/* * pic18f86j65.c - device specific definitions */ #include "pic18f86j60.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f8720.c000066400000000000000000000166361116427777700204500ustar00rootroot00000000000000 /* * pic18f8720.c - PIC18F8720 Device Library Source * * This file is part of the GNU PIC Library. * * January, 2004 * The GNU PIC Library is maintained by, * Vangelis Rokas * * $Id: pic18f8720.c 3786 2005-06-24 15:59:33Z tecodev $ * */ #include __sfr __at (0xf6b) RCSTA2; volatile __RCSTA2bits_t __at (0xf6b) RCSTA2bits; __sfr __at (0xf6c) TXSTA2; volatile __TXSTA2bits_t __at (0xf6c) TXSTA2bits; __sfr __at (0xf6d) TXREG2; __sfr __at (0xf6e) RCREG2; __sfr __at (0xf6f) SPBRG2; __sfr __at (0xf70) CCP5CON; volatile __CCP5CONbits_t __at (0xf70) CCP5CONbits; __sfr __at (0xf71) CCPR5L; __sfr __at (0xf72) CCPR5H; __sfr __at (0xf73) CCP4CON; volatile __CCP4CONbits_t __at (0xf73) CCP4CONbits; __sfr __at (0xf74) CCPR4L; __sfr __at (0xf75) CCPR4H; __sfr __at (0xf76) T4CON; volatile __T4CONbits_t __at (0xf76) T4CONbits; __sfr __at (0xf77) PR4; __sfr __at (0xf78) TMR4; __sfr __at (0xf80) PORTA; volatile __PORTAbits_t __at (0xf80) PORTAbits; __sfr __at (0xf81) PORTB; volatile __PORTBbits_t __at (0xf81) PORTBbits; __sfr __at (0xf82) PORTC; volatile __PORTCbits_t __at (0xf82) PORTCbits; __sfr __at (0xf83) PORTD; volatile __PORTDbits_t __at (0xf83) PORTDbits; __sfr __at (0xf84) PORTE; volatile __PORTEbits_t __at (0xf84) PORTEbits; __sfr __at (0xf85) PORTF; volatile __PORTFbits_t __at (0xf85) PORTFbits; __sfr __at (0xf86) PORTG; volatile __PORTGbits_t __at (0xf86) PORTGbits; __sfr __at (0xf87) PORTH; volatile __PORTHbits_t __at (0xf87) PORTHbits; __sfr __at (0xf88) PORTJ; volatile __PORTJbits_t __at (0xf88) PORTJbits; __sfr __at (0xf89) LATA; volatile __LATAbits_t __at (0xf89) LATAbits; __sfr __at (0xf8a) LATB; volatile __LATBbits_t __at (0xf8a) LATBbits; __sfr __at (0xf8b) LATC; volatile __LATCbits_t __at (0xf8b) LATCbits; __sfr __at (0xf8c) LATD; volatile __LATDbits_t __at (0xf8c) LATDbits; __sfr __at (0xf8d) LATE; volatile __LATEbits_t __at (0xf8d) LATEbits; __sfr __at (0xf8e) LATF; volatile __LATFbits_t __at (0xf8e) LATFbits; __sfr __at (0xf8f) LATG; volatile __LATGbits_t __at (0xf8f) LATGbits; __sfr __at (0xf90) LATH; volatile __LATHbits_t __at (0xf90) LATHbits; __sfr __at (0xf91) LATJ; volatile __LATJbits_t __at (0xf91) LATJbits; __sfr __at (0xf92) TRISA; volatile __TRISAbits_t __at (0xf92) TRISAbits; __sfr __at (0xf93) TRISB; volatile __TRISBbits_t __at (0xf93) TRISBbits; __sfr __at (0xf94) TRISC; volatile __TRISCbits_t __at (0xf94) TRISCbits; __sfr __at (0xf95) TRISD; volatile __TRISDbits_t __at (0xf95) TRISDbits; __sfr __at (0xf96) TRISE; volatile __TRISEbits_t __at (0xf96) TRISEbits; __sfr __at (0xf97) TRISF; volatile __TRISFbits_t __at (0xf97) TRISFbits; __sfr __at (0xf98) TRISG; volatile __TRISGbits_t __at (0xf98) TRISGbits; __sfr __at (0xf99) TRISH; volatile __TRISHbits_t __at (0xf99) TRISHbits; __sfr __at (0xf9a) TRISJ; volatile __TRISJbits_t __at (0xf9a) TRISJbits; __sfr __at (0xf9c) MEMCON; volatile __MEMCONbits_t __at (0xf9c) MEMCONbits; __sfr __at (0xf9d) PIE1; volatile __PIE1bits_t __at (0xf9d) PIE1bits; __sfr __at (0xf9e) PIR1; volatile __PIR1bits_t __at (0xf9e) PIR1bits; __sfr __at (0xf9f) IPR1; volatile __IPR1bits_t __at (0xf9f) IPR1bits; __sfr __at (0xfa0) PIE2; volatile __PIE2bits_t __at (0xfa0) PIE2bits; __sfr __at (0xfa1) PIR2; volatile __PIR2bits_t __at (0xfa1) PIR2bits; __sfr __at (0xfa2) IPR2; volatile __IPR2bits_t __at (0xfa2) IPR2bits; __sfr __at (0xfa3) PIE3; volatile __PIE3bits_t __at (0xfa3) PIE3bits; __sfr __at (0xfa4) PIR3; volatile __PIR3bits_t __at (0xfa4) PIR3bits; __sfr __at (0xfa5) IPR3; volatile __IPR3bits_t __at (0xfa5) IPR3bits; __sfr __at (0xfa6) EECON1; volatile __EECON1bits_t __at (0xfa6) EECON1bits; __sfr __at (0xfa7) EECON2; __sfr __at (0xfa8) EEDATA; __sfr __at (0xfa9) EEADR; __sfr __at (0xfaa) EEADRH; __sfr __at (0xfab) RCSTA1; volatile __RCSTA1bits_t __at (0xfab) RCSTA1bits; __sfr __at (0xfac) TXSTA1; volatile __TXSTA1bits_t __at (0xfac) TXSTA1bits; __sfr __at (0xfad) TXREG1; __sfr __at (0xfae) RCREG1; __sfr __at (0xfaf) SPBRG1; __sfr __at (0xfb0) PSPCON; volatile __PSPCONbits_t __at (0xfb0) PSPCONbits; __sfr __at (0xfb1) T3CON; volatile __T3CONbits_t __at (0xfb1) T3CONbits; __sfr __at (0xfb2) TMR3L; __sfr __at (0xfb3) TMR3H; __sfr __at (0xfb4) CMCON; volatile __CMCONbits_t __at (0xfb4) CMCONbits; __sfr __at (0xfb5) CVRCON; volatile __CVRCONbits_t __at (0xfb5) CVRCONbits; __sfr __at (0xfb7) CCP3CON; volatile __CCP3CONbits_t __at (0xfb7) CCP3CONbits; __sfr __at (0xfb8) CCPR3L; __sfr __at (0xfb9) CCPR3H; __sfr __at (0xfba) CCP2CON; volatile __CCP2CONbits_t __at (0xfba) CCP2CONbits; __sfr __at (0xfbb) CCPR2L; __sfr __at (0xfbc) CCPR2H; __sfr __at (0xfbd) CCP1CON; volatile __CCP1CONbits_t __at (0xfbd) CCP1CONbits; __sfr __at (0xfbe) CCPR1L; __sfr __at (0xfbf) CCPR1H; __sfr __at (0xfc0) ADCON2; volatile __ADCON2bits_t __at (0xfc0) ADCON2bits; __sfr __at (0xfc1) ADCON1; volatile __ADCON1bits_t __at (0xfc1) ADCON1bits; __sfr __at (0xfc2) ADCON0; volatile __ADCON0bits_t __at (0xfc2) ADCON0bits; __sfr __at (0xfc3) ADRESL; __sfr __at (0xfc4) ADRESH; __sfr __at (0xfc5) SSPCON2; volatile __SSPCON2bits_t __at (0xfc5) SSPCON2bits; __sfr __at (0xfc6) SSPCON1; volatile __SSPCON1bits_t __at (0xfc6) SSPCON1bits; __sfr __at (0xfc7) SSPSTAT; volatile __SSPSTATbits_t __at (0xfc7) SSPSTATbits; __sfr __at (0xfc8) SSPADD; __sfr __at (0xfc9) SSPBUF; __sfr __at (0xfca) T2CON; volatile __T2CONbits_t __at (0xfca) T2CONbits; __sfr __at (0xfcb) PR2; __sfr __at (0xfcc) TMR2; __sfr __at (0xfcd) T1CON; volatile __T1CONbits_t __at (0xfcd) T1CONbits; __sfr __at (0xfce) TMR1L; __sfr __at (0xfcf) TMR1H; __sfr __at (0xfd0) RCON; volatile __RCONbits_t __at (0xfd0) RCONbits; __sfr __at (0xfd1) WDTCON; volatile __WDTCONbits_t __at (0xfd1) WDTCONbits; __sfr __at (0xfd2) LVDCON; volatile __LVDCONbits_t __at (0xfd2) LVDCONbits; __sfr __at (0xfd3) OSCCON; volatile __OSCCONbits_t __at (0xfd3) OSCCONbits; __sfr __at (0xfd5) T0CON; __sfr __at (0xfd6) TMR0L; __sfr __at (0xfd7) TMR0H; __sfr __at (0xfd8) STATUS; volatile __STATUSbits_t __at (0xfd8) STATUSbits; __sfr __at (0xfd9) FSR2L; __sfr __at (0xfda) FSR2H; __sfr __at (0xfdb) PLUSW2; __sfr __at (0xfdc) PREINC2; __sfr __at (0xfdd) POSTDEC2; __sfr __at (0xfde) POSTINC2; __sfr __at (0xfdf) INDF2; __sfr __at (0xfe0) BSR; __sfr __at (0xfe1) FSR1L; __sfr __at (0xfe2) FSR1H; __sfr __at (0xfe3) PLUSW1; __sfr __at (0xfe4) PREINC1; __sfr __at (0xfe5) POSTDEC1; __sfr __at (0xfe6) POSTINC1; __sfr __at (0xfe7) INDF1; __sfr __at (0xfe8) WREG; __sfr __at (0xfe9) FSR0L; __sfr __at (0xfea) FSR0H; __sfr __at (0xfeb) PLUSW0; __sfr __at (0xfec) PREINC0; __sfr __at (0xfed) POSTDEC0; __sfr __at (0xfee) POSTINC0; __sfr __at (0xfef) INDF0; __sfr __at (0xff0) INTCON3; volatile __INTCON3bits_t __at (0xff0) INTCON3bits; __sfr __at (0xff1) INTCON2; volatile __INTCON2bits_t __at (0xff1) INTCON2bits; __sfr __at (0xff2) INTCON; volatile __INTCONbits_t __at (0xff2) INTCONbits; __sfr __at (0xff3) PRODL; __sfr __at (0xff4) PRODH; __sfr __at (0xff5) TABLAT; __sfr __at (0xff6) TBLPTRL; __sfr __at (0xff7) TBLPTRH; __sfr __at (0xff8) TBLPTRU; __sfr __at (0xff9) PCL; __sfr __at (0xffa) PCLATH; __sfr __at (0xffb) PCLATU; __sfr __at (0xffc) STKPTR; volatile __STKPTRbits_t __at (0xffc) STKPTRbits; __sfr __at (0xffd) TOSL; __sfr __at (0xffe) TOSH; __sfr __at (0xfff) TOSU; /* for compatibility reasons */ __sfr __at (0xfab) RCSTA; volatile __RCSTA1bits_t __at (0xfab) RCSTAbits; __sfr __at (0xfac) TXSTA; volatile __TXSTA1bits_t __at (0xfac) TXSTAbits; __sfr __at (0xfad) TXREG; __sfr __at (0xfae) RCREG; __sfr __at (0xfaf) SPBRG; sdcc-2.9.0/device/lib/pic16/libdev/pic18f87j50.c000066400000000000000000000335701116427777700206210ustar00rootroot00000000000000/* * pic18f87j50.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xF40) PMSTAT; __sfr __at (0xF40) PMSTATL; volatile __PMSTATLbits_t __at (0xF40) PMSTATLbits; __sfr __at (0xF41) PMSTATH; volatile __PMSTATHbits_t __at (0xF41) PMSTATHbits; __sfr __at (0xF42) PMEL; volatile __PMELbits_t __at (0xF42) PMELbits; __sfr __at (0xF42) PMEN; __sfr __at (0xF43) PMEH; volatile __PMEHbits_t __at (0xF43) PMEHbits; __sfr __at (0xF44) PMDIN2; __sfr __at (0xF44) PMDIN2L; __sfr __at (0xF45) PMDIN2H; __sfr __at (0xF46) PMDOUT2; __sfr __at (0xF46) PMDOUT2L; __sfr __at (0xF47) PMDOUT2H; __sfr __at (0xF48) PMMODE; __sfr __at (0xF48) PMMODEL; volatile __PMMODELbits_t __at (0xF48) PMMODELbits; __sfr __at (0xF49) PMMODEH; volatile __PMMODEHbits_t __at (0xF49) PMMODEHbits; __sfr __at (0xF4A) PMCON; __sfr __at (0xF4A) PMCONL; volatile __PMCONLbits_t __at (0xF4A) PMCONLbits; __sfr __at (0xF4B) PMCONH; volatile __PMCONHbits_t __at (0xF4B) PMCONHbits; __sfr __at (0xF4C) UEP0; volatile __UEP0bits_t __at (0xF4C) UEP0bits; __sfr __at (0xF4D) UEP1; volatile __UEP1bits_t __at (0xF4D) UEP1bits; __sfr __at (0xF4E) UEP2; volatile __UEP2bits_t __at (0xF4E) UEP2bits; __sfr __at (0xF4F) UEP3; volatile __UEP3bits_t __at (0xF4F) UEP3bits; __sfr __at (0xF50) UEP4; volatile __UEP4bits_t __at (0xF50) UEP4bits; __sfr __at (0xF51) UEP5; volatile __UEP5bits_t __at (0xF51) UEP5bits; __sfr __at (0xF52) UEP6; volatile __UEP6bits_t __at (0xF52) UEP6bits; __sfr __at (0xF53) UEP7; volatile __UEP7bits_t __at (0xF53) UEP7bits; __sfr __at (0xF54) UEP8; volatile __UEP8bits_t __at (0xF54) UEP8bits; __sfr __at (0xF55) UEP9; volatile __UEP9bits_t __at (0xF55) UEP9bits; __sfr __at (0xF56) UEP10; volatile __UEP10bits_t __at (0xF56) UEP10bits; __sfr __at (0xF57) UEP11; volatile __UEP11bits_t __at (0xF57) UEP11bits; __sfr __at (0xF58) UEP12; volatile __UEP12bits_t __at (0xF58) UEP12bits; __sfr __at (0xF59) UEP13; volatile __UEP13bits_t __at (0xF59) UEP13bits; __sfr __at (0xF5A) UEP14; volatile __UEP14bits_t __at (0xF5A) UEP14bits; __sfr __at (0xF5B) UEP15; volatile __UEP15bits_t __at (0xF5B) UEP15bits; __sfr __at (0xF5C) UIE; volatile __UIEbits_t __at (0xF5C) UIEbits; __sfr __at (0xF5D) UEIE; volatile __UEIEbits_t __at (0xF5D) UEIEbits; __sfr __at (0xF5E) UADDR; volatile __UADDRbits_t __at (0xF5E) UADDRbits; __sfr __at (0xF5F) UCFG; volatile __UCFGbits_t __at (0xF5F) UCFGbits; __sfr __at (0xF60) UFRM; __sfr __at (0xF60) UFRML; volatile __UFRMLbits_t __at (0xF60) UFRMLbits; __sfr __at (0xF61) UFRMH; volatile __UFRMHbits_t __at (0xF61) UFRMHbits; __sfr __at (0xF62) UIR; volatile __UIRbits_t __at (0xF62) UIRbits; __sfr __at (0xF63) UEIR; volatile __UEIRbits_t __at (0xF63) UEIRbits; __sfr __at (0xF64) USTAT; volatile __USTATbits_t __at (0xF64) USTATbits; __sfr __at (0xF65) UCON; volatile __UCONbits_t __at (0xF65) UCONbits; __sfr __at (0xF66) PMDIN1; __sfr __at (0xF66) PMDIN1L; __sfr __at (0xF67) PMDIN1H; __sfr __at (0xF68) PMADDR; __sfr __at (0xF68) PMADDRL; __sfr __at (0xF68) PMDOUT1; __sfr __at (0xF68) PMDOUT1L; __sfr __at (0xF69) PMADDRH; volatile __PMADDRHbits_t __at (0xF69) PMADDRHbits; __sfr __at (0xF69) PMDOUT1H; __sfr __at (0xF6A) CMSTAT; volatile __CMSTATbits_t __at (0xF6A) CMSTATbits; __sfr __at (0xF6A) CMSTATUS; volatile __CMSTATUSbits_t __at (0xF6A) CMSTATUSbits; __sfr __at (0xF6B) SSP2CON2; volatile __SSP2CON2bits_t __at (0xF6B) SSP2CON2bits; __sfr __at (0xF6C) SSP2CON1; volatile __SSP2CON1bits_t __at (0xF6C) SSP2CON1bits; __sfr __at (0xF6D) SSP2STAT; volatile __SSP2STATbits_t __at (0xF6D) SSP2STATbits; __sfr __at (0xF6E) SSP2ADD; __sfr __at (0xF6E) SSP2MSK; volatile __SSP2MSKbits_t __at (0xF6E) SSP2MSKbits; __sfr __at (0xF6F) SSP2BUF; __sfr __at (0xF70) CCP5CON; volatile __CCP5CONbits_t __at (0xF70) CCP5CONbits; __sfr __at (0xF71) CCPR5; __sfr __at (0xF71) CCPR5L; __sfr __at (0xF72) CCPR5H; __sfr __at (0xF73) CCP4CON; volatile __CCP4CONbits_t __at (0xF73) CCP4CONbits; __sfr __at (0xF74) CCPR4; __sfr __at (0xF74) CCPR4L; __sfr __at (0xF75) CCPR4H; __sfr __at (0xF76) T4CON; volatile __T4CONbits_t __at (0xF76) T4CONbits; __sfr __at (0xF77) CVRCON; volatile __CVRCONbits_t __at (0xF77) CVRCONbits; __sfr __at (0xF77) PR4; __sfr __at (0xF78) TMR4; __sfr __at (0xF79) T3CON; volatile __T3CONbits_t __at (0xF79) T3CONbits; __sfr __at (0xF7A) TMR3L; __sfr __at (0xF7B) TMR3H; __sfr __at (0xF7C) BAUDCON2; volatile __BAUDCON2bits_t __at (0xF7C) BAUDCON2bits; __sfr __at (0xF7D) SPBRGH2; __sfr __at (0xF7E) BAUDCON; volatile __BAUDCONbits_t __at (0xF7E) BAUDCONbits; __sfr __at (0xF7E) BAUDCON1; volatile __BAUDCON1bits_t __at (0xF7E) BAUDCON1bits; __sfr __at (0xF7F) SPBRGH; __sfr __at (0xF7F) SPBRGH1; __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF85) PORTF; volatile __PORTFbits_t __at (0xF85) PORTFbits; __sfr __at (0xF86) PORTG; volatile __PORTGbits_t __at (0xF86) PORTGbits; __sfr __at (0xF87) PORTH; volatile __PORTHbits_t __at (0xF87) PORTHbits; __sfr __at (0xF88) PORTJ; volatile __PORTJbits_t __at (0xF88) PORTJbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF8E) LATF; volatile __LATFbits_t __at (0xF8E) LATFbits; __sfr __at (0xF8F) LATG; volatile __LATGbits_t __at (0xF8F) LATGbits; __sfr __at (0xF90) LATH; volatile __LATHbits_t __at (0xF90) LATHbits; __sfr __at (0xF91) LATJ; volatile __LATJbits_t __at (0xF91) LATJbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF97) DDRF; volatile __DDRFbits_t __at (0xF97) DDRFbits; __sfr __at (0xF97) TRISF; volatile __TRISFbits_t __at (0xF97) TRISFbits; __sfr __at (0xF98) DDRG; volatile __DDRGbits_t __at (0xF98) DDRGbits; __sfr __at (0xF98) TRISG; volatile __TRISGbits_t __at (0xF98) TRISGbits; __sfr __at (0xF99) DDRH; volatile __DDRHbits_t __at (0xF99) DDRHbits; __sfr __at (0xF99) TRISH; volatile __TRISHbits_t __at (0xF99) TRISHbits; __sfr __at (0xF9A) DDRJ; volatile __DDRJbits_t __at (0xF9A) DDRJbits; __sfr __at (0xF9A) TRISJ; volatile __TRISJbits_t __at (0xF9A) TRISJbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9C) RCSTA2; volatile __RCSTA2bits_t __at (0xF9C) RCSTA2bits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA3) PIE3; volatile __PIE3bits_t __at (0xFA3) PIE3bits; __sfr __at (0xFA4) PIR3; volatile __PIR3bits_t __at (0xFA4) PIR3bits; __sfr __at (0xFA5) IPR3; volatile __IPR3bits_t __at (0xFA5) IPR3bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFA8) TXSTA2; volatile __TXSTA2bits_t __at (0xFA8) TXSTA2bits; __sfr __at (0xFA9) TXREG2; __sfr __at (0xFAA) RCREG2; __sfr __at (0xFAB) SPBRG2; __sfr __at (0xFAC) RCSTA; volatile __RCSTAbits_t __at (0xFAC) RCSTAbits; __sfr __at (0xFAC) RCSTA1; volatile __RCSTA1bits_t __at (0xFAC) RCSTA1bits; __sfr __at (0xFAD) TXSTA; volatile __TXSTAbits_t __at (0xFAD) TXSTAbits; __sfr __at (0xFAD) TXSTA1; volatile __TXSTA1bits_t __at (0xFAD) TXSTA1bits; __sfr __at (0xFAE) TXREG; __sfr __at (0xFAE) TXREG1; __sfr __at (0xFAF) RCREG; __sfr __at (0xFAF) RCREG1; __sfr __at (0xFB0) SPBRG; __sfr __at (0xFB0) SPBRG1; __sfr __at (0xFB1) CCP3CON; volatile __CCP3CONbits_t __at (0xFB1) CCP3CONbits; __sfr __at (0xFB1) ECCP3CON; volatile __ECCP3CONbits_t __at (0xFB1) ECCP3CONbits; __sfr __at (0xFB2) CCPR3; __sfr __at (0xFB2) CCPR3L; __sfr __at (0xFB3) CCPR3H; __sfr __at (0xFB4) ECCP3DEL; volatile __ECCP3DELbits_t __at (0xFB4) ECCP3DELbits; __sfr __at (0xFB5) ECCP3AS; volatile __ECCP3ASbits_t __at (0xFB5) ECCP3ASbits; __sfr __at (0xFB6) CCP2CON; volatile __CCP2CONbits_t __at (0xFB6) CCP2CONbits; __sfr __at (0xFB6) ECCP2CON; volatile __ECCP2CONbits_t __at (0xFB6) ECCP2CONbits; __sfr __at (0xFB7) CCPR2; __sfr __at (0xFB7) CCPR2L; __sfr __at (0xFB8) CCPR2H; __sfr __at (0xFB9) ECCP2DEL; volatile __ECCP2DELbits_t __at (0xFB9) ECCP2DELbits; __sfr __at (0xFBA) ECCP2AS; volatile __ECCP2ASbits_t __at (0xFBA) ECCP2ASbits; __sfr __at (0xFBB) CCP1CON; volatile __CCP1CONbits_t __at (0xFBB) CCP1CONbits; __sfr __at (0xFBB) ECCP1CON; volatile __ECCP1CONbits_t __at (0xFBB) ECCP1CONbits; __sfr __at (0xFBC) CCPR1; __sfr __at (0xFBC) CCPR1L; __sfr __at (0xFBD) CCPR1H; __sfr __at (0xFBE) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xFBE) ECCP1DELbits; __sfr __at (0xFBF) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFBF) ECCP1ASbits; __sfr __at (0xFC0) WDTCON; volatile __WDTCONbits_t __at (0xFC0) WDTCONbits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC1) ANCON0; volatile __ANCON0bits_t __at (0xFC1) ANCON0bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC2) ANCON1; volatile __ANCON1bits_t __at (0xFC2) ANCON1bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSP1CON2; volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSP1CON1; volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSP1STAT; volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSP1ADD; __sfr __at (0xFC8) SSP1MSK; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSP1BUF; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) MEMCON; volatile __MEMCONbits_t __at (0xFCB) MEMCONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) PADCFG1; volatile __PADCFG1bits_t __at (0xFCC) PADCFG1bits; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) ODCON3; volatile __ODCON3bits_t __at (0xFCD) ODCON3bits; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) ODCON2; volatile __ODCON2bits_t __at (0xFCE) ODCON2bits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) ODCON1; volatile __ODCON1bits_t __at (0xFCF) ODCON1bits; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) CM2CON; volatile __CM2CONbits_t __at (0xFD1) CM2CONbits; __sfr __at (0xFD1) CM2CON1; volatile __CM2CON1bits_t __at (0xFD1) CM2CON1bits; __sfr __at (0xFD2) CM1CON; volatile __CM1CONbits_t __at (0xFD2) CM1CONbits; __sfr __at (0xFD2) CM1CON1; volatile __CM1CON1bits_t __at (0xFD2) CM1CON1bits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD3) REFOCON; volatile __REFOCONbits_t __at (0xFD3) REFOCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f87j60.c000066400000000000000000000001211116427777700206040ustar00rootroot00000000000000/* * pic18f87j60.c - device specific definitions */ #include "pic18f86j60.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f96j60.c000066400000000000000000000340231116427777700206140ustar00rootroot00000000000000/* * pic18f96j60.c - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by inc2h-pic16.pl, * (c) 2007 by Raphael Neider */ #include __sfr __at (0xE80) MAADR5; __sfr __at (0xE81) MAADR6; __sfr __at (0xE82) MAADR3; __sfr __at (0xE83) MAADR4; __sfr __at (0xE84) MAADR1; __sfr __at (0xE85) MAADR2; __sfr __at (0xE86) EBSTSD; __sfr __at (0xE87) EBSTCON; volatile __EBSTCONbits_t __at (0xE87) EBSTCONbits; __sfr __at (0xE88) EBSTCS; __sfr __at (0xE88) EBSTCSL; __sfr __at (0xE89) EBSTCSH; __sfr __at (0xE8A) MISTAT; volatile __MISTATbits_t __at (0xE8A) MISTATbits; __sfr __at (0xE97) EFLOCON; volatile __EFLOCONbits_t __at (0xE97) EFLOCONbits; __sfr __at (0xE98) EPAUS; __sfr __at (0xE98) EPAUSL; __sfr __at (0xE99) EPAUSH; __sfr __at (0xEA0) MACON1; volatile __MACON1bits_t __at (0xEA0) MACON1bits; __sfr __at (0xEA1) MACON2; volatile __MACON2bits_t __at (0xEA1) MACON2bits; __sfr __at (0xEA2) MACON3; volatile __MACON3bits_t __at (0xEA2) MACON3bits; __sfr __at (0xEA3) MACON4; volatile __MACON4bits_t __at (0xEA3) MACON4bits; __sfr __at (0xEA4) MABBIPG; __sfr __at (0xEA6) MAIPG; __sfr __at (0xEA6) MAIPGL; __sfr __at (0xEA7) MAIPGH; __sfr __at (0xEA8) MACLCON1; volatile __MACLCON1bits_t __at (0xEA8) MACLCON1bits; __sfr __at (0xEA9) MACLCON2; volatile __MACLCON2bits_t __at (0xEA9) MACLCON2bits; __sfr __at (0xEAA) MAMXFL; __sfr __at (0xEAA) MAMXFLL; __sfr __at (0xEAB) MAMXFLH; __sfr __at (0xEB1) MICON; volatile __MICONbits_t __at (0xEB1) MICONbits; __sfr __at (0xEB2) MICMD; volatile __MICMDbits_t __at (0xEB2) MICMDbits; __sfr __at (0xEB4) MIREGADR; __sfr __at (0xEB6) MIWR; __sfr __at (0xEB6) MIWRL; __sfr __at (0xEB7) MIWRH; __sfr __at (0xEB8) MIRD; __sfr __at (0xEB8) MIRDL; __sfr __at (0xEB9) MIRDH; __sfr __at (0xEC0) EHT0; __sfr __at (0xEC1) EHT1; __sfr __at (0xEC2) EHT2; __sfr __at (0xEC3) EHT3; __sfr __at (0xEC4) EHT4; __sfr __at (0xEC5) EHT5; __sfr __at (0xEC6) EHT6; __sfr __at (0xEC7) EHT7; __sfr __at (0xEC8) EPMM0; __sfr __at (0xEC9) EPMM1; __sfr __at (0xECA) EPMM2; __sfr __at (0xECB) EPMM3; __sfr __at (0xECC) EPMM4; __sfr __at (0xECD) EPMM5; __sfr __at (0xECE) EPMM6; __sfr __at (0xECF) EPMM7; __sfr __at (0xED0) EPMCS; __sfr __at (0xED0) EPMCSL; __sfr __at (0xED1) EPMCSH; __sfr __at (0xED4) EPMO; __sfr __at (0xED4) EPMOL; __sfr __at (0xED5) EPMOH; __sfr __at (0xED6) EWOLIE; volatile __EWOLIEbits_t __at (0xED6) EWOLIEbits; __sfr __at (0xED7) EWOLIR; volatile __EWOLIRbits_t __at (0xED7) EWOLIRbits; __sfr __at (0xED8) ERXFCON; volatile __ERXFCONbits_t __at (0xED8) ERXFCONbits; __sfr __at (0xED9) EPKTCNT; __sfr __at (0xEE2) EWRPT; __sfr __at (0xEE2) EWRPTL; __sfr __at (0xEE3) EWRPTH; __sfr __at (0xEE4) ETXST; __sfr __at (0xEE4) ETXSTL; __sfr __at (0xEE5) ETXSTH; __sfr __at (0xEE6) ETXND; __sfr __at (0xEE6) ETXNDL; __sfr __at (0xEE7) ETXNDH; __sfr __at (0xEE8) ERXST; __sfr __at (0xEE8) ERXSTL; __sfr __at (0xEE9) ERXSTH; __sfr __at (0xEEA) ERXND; __sfr __at (0xEEA) ERXNDL; __sfr __at (0xEEB) ERXNDH; __sfr __at (0xEEC) ERXRDPT; __sfr __at (0xEEC) ERXRDPTL; __sfr __at (0xEED) ERXRDPTH; __sfr __at (0xEEE) ERXWRPT; __sfr __at (0xEEE) ERXWRPTL; __sfr __at (0xEEF) ERXWRPTH; __sfr __at (0xEF0) EDMAST; __sfr __at (0xEF0) EDMASTL; __sfr __at (0xEF1) EDMASTH; __sfr __at (0xEF2) EDMAND; __sfr __at (0xEF2) EDMANDL; __sfr __at (0xEF3) EDMANDH; __sfr __at (0xEF4) EDMADST; __sfr __at (0xEF4) EDMADSTL; __sfr __at (0xEF5) EDMADSTH; __sfr __at (0xEF6) EDMACS; __sfr __at (0xEF6) EDMACSL; __sfr __at (0xEF7) EDMACSH; __sfr __at (0xEFB) EIE; volatile __EIEbits_t __at (0xEFB) EIEbits; __sfr __at (0xEFD) ESTAT; volatile __ESTATbits_t __at (0xEFD) ESTATbits; __sfr __at (0xEFE) ECON2; volatile __ECON2bits_t __at (0xEFE) ECON2bits; __sfr __at (0xF60) EIR; volatile __EIRbits_t __at (0xF60) EIRbits; __sfr __at (0xF61) EDATA; volatile __EDATAbits_t __at (0xF61) EDATAbits; __sfr __at (0xF62) SSP2CON2; volatile __SSP2CON2bits_t __at (0xF62) SSP2CON2bits; __sfr __at (0xF63) SSP2CON1; volatile __SSP2CON1bits_t __at (0xF63) SSP2CON1bits; __sfr __at (0xF64) SSP2STAT; volatile __SSP2STATbits_t __at (0xF64) SSP2STATbits; __sfr __at (0xF65) SSP2ADD; __sfr __at (0xF66) SSP2BUF; __sfr __at (0xF67) ECCP2DEL; volatile __ECCP2DELbits_t __at (0xF67) ECCP2DELbits; __sfr __at (0xF68) ECCP2AS; volatile __ECCP2ASbits_t __at (0xF68) ECCP2ASbits; __sfr __at (0xF69) ECCP3DEL; volatile __ECCP3DELbits_t __at (0xF69) ECCP3DELbits; __sfr __at (0xF6A) ECCP3AS; volatile __ECCP3ASbits_t __at (0xF6A) ECCP3ASbits; __sfr __at (0xF6B) RCSTA2; volatile __RCSTA2bits_t __at (0xF6B) RCSTA2bits; __sfr __at (0xF6C) TXSTA2; volatile __TXSTA2bits_t __at (0xF6C) TXSTA2bits; __sfr __at (0xF6D) TXREG2; __sfr __at (0xF6E) RCREG2; __sfr __at (0xF6F) SPBRG2; __sfr __at (0xF70) CCP5CON; volatile __CCP5CONbits_t __at (0xF70) CCP5CONbits; __sfr __at (0xF71) CCPR5; __sfr __at (0xF71) CCPR5L; __sfr __at (0xF72) CCPR5H; __sfr __at (0xF73) CCP4CON; volatile __CCP4CONbits_t __at (0xF73) CCP4CONbits; __sfr __at (0xF74) CCPR4; __sfr __at (0xF74) CCPR4L; __sfr __at (0xF75) CCPR4H; __sfr __at (0xF76) T4CON; volatile __T4CONbits_t __at (0xF76) T4CONbits; __sfr __at (0xF77) PR4; __sfr __at (0xF78) TMR4; __sfr __at (0xF79) ECCP1DEL; volatile __ECCP1DELbits_t __at (0xF79) ECCP1DELbits; __sfr __at (0xF7A) ERDPT; __sfr __at (0xF7A) ERDPTL; __sfr __at (0xF7B) ERDPTH; __sfr __at (0xF7C) BAUDCON2; volatile __BAUDCON2bits_t __at (0xF7C) BAUDCON2bits; __sfr __at (0xF7C) BAUDCTL2; volatile __BAUDCTL2bits_t __at (0xF7C) BAUDCTL2bits; __sfr __at (0xF7D) SPBRGH2; __sfr __at (0xF7E) BAUDCON; volatile __BAUDCONbits_t __at (0xF7E) BAUDCONbits; __sfr __at (0xF7E) BAUDCON1; volatile __BAUDCON1bits_t __at (0xF7E) BAUDCON1bits; __sfr __at (0xF7E) BAUDCTL; volatile __BAUDCTLbits_t __at (0xF7E) BAUDCTLbits; __sfr __at (0xF7E) BAUDCTL1; volatile __BAUDCTL1bits_t __at (0xF7E) BAUDCTL1bits; __sfr __at (0xF7F) SPBRGH; __sfr __at (0xF7F) SPBRGH1; __sfr __at (0xF80) PORTA; volatile __PORTAbits_t __at (0xF80) PORTAbits; __sfr __at (0xF81) PORTB; volatile __PORTBbits_t __at (0xF81) PORTBbits; __sfr __at (0xF82) PORTC; volatile __PORTCbits_t __at (0xF82) PORTCbits; __sfr __at (0xF83) PORTD; volatile __PORTDbits_t __at (0xF83) PORTDbits; __sfr __at (0xF84) PORTE; volatile __PORTEbits_t __at (0xF84) PORTEbits; __sfr __at (0xF85) PORTF; volatile __PORTFbits_t __at (0xF85) PORTFbits; __sfr __at (0xF86) PORTG; volatile __PORTGbits_t __at (0xF86) PORTGbits; __sfr __at (0xF87) PORTH; volatile __PORTHbits_t __at (0xF87) PORTHbits; __sfr __at (0xF88) PORTJ; volatile __PORTJbits_t __at (0xF88) PORTJbits; __sfr __at (0xF89) LATA; volatile __LATAbits_t __at (0xF89) LATAbits; __sfr __at (0xF8A) LATB; volatile __LATBbits_t __at (0xF8A) LATBbits; __sfr __at (0xF8B) LATC; volatile __LATCbits_t __at (0xF8B) LATCbits; __sfr __at (0xF8C) LATD; volatile __LATDbits_t __at (0xF8C) LATDbits; __sfr __at (0xF8D) LATE; volatile __LATEbits_t __at (0xF8D) LATEbits; __sfr __at (0xF8E) LATF; volatile __LATFbits_t __at (0xF8E) LATFbits; __sfr __at (0xF8F) LATG; volatile __LATGbits_t __at (0xF8F) LATGbits; __sfr __at (0xF90) LATH; volatile __LATHbits_t __at (0xF90) LATHbits; __sfr __at (0xF91) LATJ; volatile __LATJbits_t __at (0xF91) LATJbits; __sfr __at (0xF92) DDRA; volatile __DDRAbits_t __at (0xF92) DDRAbits; __sfr __at (0xF92) TRISA; volatile __TRISAbits_t __at (0xF92) TRISAbits; __sfr __at (0xF93) DDRB; volatile __DDRBbits_t __at (0xF93) DDRBbits; __sfr __at (0xF93) TRISB; volatile __TRISBbits_t __at (0xF93) TRISBbits; __sfr __at (0xF94) DDRC; volatile __DDRCbits_t __at (0xF94) DDRCbits; __sfr __at (0xF94) TRISC; volatile __TRISCbits_t __at (0xF94) TRISCbits; __sfr __at (0xF95) DDRD; volatile __DDRDbits_t __at (0xF95) DDRDbits; __sfr __at (0xF95) TRISD; volatile __TRISDbits_t __at (0xF95) TRISDbits; __sfr __at (0xF96) DDRE; volatile __DDREbits_t __at (0xF96) DDREbits; __sfr __at (0xF96) TRISE; volatile __TRISEbits_t __at (0xF96) TRISEbits; __sfr __at (0xF97) DDRF; volatile __DDRFbits_t __at (0xF97) DDRFbits; __sfr __at (0xF97) TRISF; volatile __TRISFbits_t __at (0xF97) TRISFbits; __sfr __at (0xF98) DDRG; volatile __DDRGbits_t __at (0xF98) DDRGbits; __sfr __at (0xF98) TRISG; volatile __TRISGbits_t __at (0xF98) TRISGbits; __sfr __at (0xF99) DDRH; volatile __DDRHbits_t __at (0xF99) DDRHbits; __sfr __at (0xF99) TRISH; volatile __TRISHbits_t __at (0xF99) TRISHbits; __sfr __at (0xF9A) DDRJ; volatile __DDRJbits_t __at (0xF9A) DDRJbits; __sfr __at (0xF9A) TRISJ; volatile __TRISJbits_t __at (0xF9A) TRISJbits; __sfr __at (0xF9B) OSCTUNE; volatile __OSCTUNEbits_t __at (0xF9B) OSCTUNEbits; __sfr __at (0xF9C) MEMCON; volatile __MEMCONbits_t __at (0xF9C) MEMCONbits; __sfr __at (0xF9D) PIE1; volatile __PIE1bits_t __at (0xF9D) PIE1bits; __sfr __at (0xF9E) PIR1; volatile __PIR1bits_t __at (0xF9E) PIR1bits; __sfr __at (0xF9F) IPR1; volatile __IPR1bits_t __at (0xF9F) IPR1bits; __sfr __at (0xFA0) PIE2; volatile __PIE2bits_t __at (0xFA0) PIE2bits; __sfr __at (0xFA1) PIR2; volatile __PIR2bits_t __at (0xFA1) PIR2bits; __sfr __at (0xFA2) IPR2; volatile __IPR2bits_t __at (0xFA2) IPR2bits; __sfr __at (0xFA3) PIE3; volatile __PIE3bits_t __at (0xFA3) PIE3bits; __sfr __at (0xFA4) PIR3; volatile __PIR3bits_t __at (0xFA4) PIR3bits; __sfr __at (0xFA5) IPR3; volatile __IPR3bits_t __at (0xFA5) IPR3bits; __sfr __at (0xFA6) EECON1; volatile __EECON1bits_t __at (0xFA6) EECON1bits; __sfr __at (0xFA7) EECON2; __sfr __at (0xFAB) RCSTA; volatile __RCSTAbits_t __at (0xFAB) RCSTAbits; __sfr __at (0xFAB) RCSTA1; volatile __RCSTA1bits_t __at (0xFAB) RCSTA1bits; __sfr __at (0xFAC) TXSTA; volatile __TXSTAbits_t __at (0xFAC) TXSTAbits; __sfr __at (0xFAC) TXSTA1; volatile __TXSTA1bits_t __at (0xFAC) TXSTA1bits; __sfr __at (0xFAD) TXREG; __sfr __at (0xFAD) TXREG1; __sfr __at (0xFAE) RCREG; __sfr __at (0xFAE) RCREG1; __sfr __at (0xFAF) SPBRG; __sfr __at (0xFAF) SPBRG1; __sfr __at (0xFB0) PSPCON; volatile __PSPCONbits_t __at (0xFB0) PSPCONbits; __sfr __at (0xFB1) T3CON; volatile __T3CONbits_t __at (0xFB1) T3CONbits; __sfr __at (0xFB2) TMR3L; __sfr __at (0xFB3) TMR3H; __sfr __at (0xFB4) CMCON; volatile __CMCONbits_t __at (0xFB4) CMCONbits; __sfr __at (0xFB5) CVRCON; volatile __CVRCONbits_t __at (0xFB5) CVRCONbits; __sfr __at (0xFB6) ECCP1AS; volatile __ECCP1ASbits_t __at (0xFB6) ECCP1ASbits; __sfr __at (0xFB7) CCP3CON; volatile __CCP3CONbits_t __at (0xFB7) CCP3CONbits; __sfr __at (0xFB7) ECCP3CON; volatile __ECCP3CONbits_t __at (0xFB7) ECCP3CONbits; __sfr __at (0xFB8) CCPR3; __sfr __at (0xFB8) CCPR3L; __sfr __at (0xFB9) CCPR3H; __sfr __at (0xFBA) CCP2CON; volatile __CCP2CONbits_t __at (0xFBA) CCP2CONbits; __sfr __at (0xFBA) ECCP2CON; volatile __ECCP2CONbits_t __at (0xFBA) ECCP2CONbits; __sfr __at (0xFBB) CCPR2; __sfr __at (0xFBB) CCPR2L; __sfr __at (0xFBC) CCPR2H; __sfr __at (0xFBD) CCP1CON; volatile __CCP1CONbits_t __at (0xFBD) CCP1CONbits; __sfr __at (0xFBD) ECCP1CON; volatile __ECCP1CONbits_t __at (0xFBD) ECCP1CONbits; __sfr __at (0xFBE) CCPR1; __sfr __at (0xFBE) CCPR1L; __sfr __at (0xFBF) CCPR1H; __sfr __at (0xFC0) ADCON2; volatile __ADCON2bits_t __at (0xFC0) ADCON2bits; __sfr __at (0xFC1) ADCON1; volatile __ADCON1bits_t __at (0xFC1) ADCON1bits; __sfr __at (0xFC2) ADCON0; volatile __ADCON0bits_t __at (0xFC2) ADCON0bits; __sfr __at (0xFC3) ADRES; __sfr __at (0xFC3) ADRESL; __sfr __at (0xFC4) ADRESH; __sfr __at (0xFC5) SSP1CON2; volatile __SSP1CON2bits_t __at (0xFC5) SSP1CON2bits; __sfr __at (0xFC5) SSPCON2; volatile __SSPCON2bits_t __at (0xFC5) SSPCON2bits; __sfr __at (0xFC6) SSP1CON1; volatile __SSP1CON1bits_t __at (0xFC6) SSP1CON1bits; __sfr __at (0xFC6) SSPCON1; volatile __SSPCON1bits_t __at (0xFC6) SSPCON1bits; __sfr __at (0xFC7) SSP1STAT; volatile __SSP1STATbits_t __at (0xFC7) SSP1STATbits; __sfr __at (0xFC7) SSPSTAT; volatile __SSPSTATbits_t __at (0xFC7) SSPSTATbits; __sfr __at (0xFC8) SSP1ADD; __sfr __at (0xFC8) SSPADD; __sfr __at (0xFC9) SSP1BUF; __sfr __at (0xFC9) SSPBUF; __sfr __at (0xFCA) T2CON; volatile __T2CONbits_t __at (0xFCA) T2CONbits; __sfr __at (0xFCB) PR2; __sfr __at (0xFCC) TMR2; __sfr __at (0xFCD) T1CON; volatile __T1CONbits_t __at (0xFCD) T1CONbits; __sfr __at (0xFCE) TMR1L; __sfr __at (0xFCF) TMR1H; __sfr __at (0xFD0) RCON; volatile __RCONbits_t __at (0xFD0) RCONbits; __sfr __at (0xFD1) WDTCON; volatile __WDTCONbits_t __at (0xFD1) WDTCONbits; __sfr __at (0xFD2) ECON1; volatile __ECON1bits_t __at (0xFD2) ECON1bits; __sfr __at (0xFD3) OSCCON; volatile __OSCCONbits_t __at (0xFD3) OSCCONbits; __sfr __at (0xFD5) T0CON; volatile __T0CONbits_t __at (0xFD5) T0CONbits; __sfr __at (0xFD6) TMR0L; __sfr __at (0xFD7) TMR0H; __sfr __at (0xFD8) STATUS; volatile __STATUSbits_t __at (0xFD8) STATUSbits; __sfr __at (0xFD9) FSR2L; __sfr __at (0xFDA) FSR2H; __sfr __at (0xFDB) PLUSW2; __sfr __at (0xFDC) PREINC2; __sfr __at (0xFDD) POSTDEC2; __sfr __at (0xFDE) POSTINC2; __sfr __at (0xFDF) INDF2; __sfr __at (0xFE0) BSR; __sfr __at (0xFE1) FSR1L; __sfr __at (0xFE2) FSR1H; __sfr __at (0xFE3) PLUSW1; __sfr __at (0xFE4) PREINC1; __sfr __at (0xFE5) POSTDEC1; __sfr __at (0xFE6) POSTINC1; __sfr __at (0xFE7) INDF1; __sfr __at (0xFE8) WREG; __sfr __at (0xFE9) FSR0L; __sfr __at (0xFEA) FSR0H; __sfr __at (0xFEB) PLUSW0; __sfr __at (0xFEC) PREINC0; __sfr __at (0xFED) POSTDEC0; __sfr __at (0xFEE) POSTINC0; __sfr __at (0xFEF) INDF0; __sfr __at (0xFF0) INTCON3; volatile __INTCON3bits_t __at (0xFF0) INTCON3bits; __sfr __at (0xFF1) INTCON2; volatile __INTCON2bits_t __at (0xFF1) INTCON2bits; __sfr __at (0xFF2) INTCON; volatile __INTCONbits_t __at (0xFF2) INTCONbits; __sfr __at (0xFF3) PROD; __sfr __at (0xFF3) PRODL; __sfr __at (0xFF4) PRODH; __sfr __at (0xFF5) TABLAT; __sfr __at (0xFF6) TBLPTR; __sfr __at (0xFF6) TBLPTRL; __sfr __at (0xFF7) TBLPTRH; __sfr __at (0xFF8) TBLPTRU; __sfr __at (0xFF9) PC; __sfr __at (0xFF9) PCL; __sfr __at (0xFFA) PCLATH; __sfr __at (0xFFB) PCLATU; __sfr __at (0xFFC) STKPTR; volatile __STKPTRbits_t __at (0xFFC) STKPTRbits; __sfr __at (0xFFD) TOS; __sfr __at (0xFFD) TOSL; __sfr __at (0xFFE) TOSH; __sfr __at (0xFFF) TOSU; sdcc-2.9.0/device/lib/pic16/libdev/pic18f96j65.c000066400000000000000000000001211116427777700206110ustar00rootroot00000000000000/* * pic18f96j65.c - device specific definitions */ #include "pic18f96j60.c" sdcc-2.9.0/device/lib/pic16/libdev/pic18f97j60.c000066400000000000000000000001211116427777700206050ustar00rootroot00000000000000/* * pic18f97j60.c - device specific definitions */ #include "pic18f96j60.c" sdcc-2.9.0/device/lib/pic16/libio/000077500000000000000000000000001116427777700165065ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libio/Makefile.am000066400000000000000000002311711116427777700205470ustar00rootroot00000000000000## Makefile.am -- Process this file with automake to produce Makefile.in ## This file was automatically generated using ./mkmk.sh. lib_LIBRARIES = lib_LIBRARIES += libio18f1220.a libio18f1220_a_SOURCES = dummy.c libio18f1220_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f1220_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f1220_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f1220_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f1220_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f1220_a_SOURCES += usart/usartd.c libio18f1220_a_CFLAGS = -p18f1220 $(AM_CFLAGS) lib_LIBRARIES += libio18f1320.a libio18f1320_a_SOURCES = dummy.c libio18f1320_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f1320_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f1320_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f1320_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f1320_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f1320_a_SOURCES += usart/usartd.c libio18f1320_a_CFLAGS = -p18f1320 $(AM_CFLAGS) lib_LIBRARIES += libio18f2220.a libio18f2220_a_SOURCES = dummy.c libio18f2220_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2220_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2220_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2220_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2220_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2220_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2220_a_SOURCES += i2c/i2cwrites.c libio18f2220_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2220_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2220_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2220_a_SOURCES += usart/usartd.c libio18f2220_a_CFLAGS = -p18f2220 $(AM_CFLAGS) lib_LIBRARIES += libio18f2221.a libio18f2221_a_SOURCES = dummy.c libio18f2221_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2221_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2221_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2221_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2221_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2221_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2221_a_SOURCES += i2c/i2cwrites.c libio18f2221_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2221_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2221_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2221_a_SOURCES += usart/usartd.c libio18f2221_a_CFLAGS = -p18f2221 $(AM_CFLAGS) lib_LIBRARIES += libio18f2320.a libio18f2320_a_SOURCES = dummy.c libio18f2320_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2320_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2320_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2320_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2320_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2320_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2320_a_SOURCES += i2c/i2cwrites.c libio18f2320_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2320_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2320_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2320_a_SOURCES += usart/usartd.c libio18f2320_a_CFLAGS = -p18f2320 $(AM_CFLAGS) lib_LIBRARIES += libio18f2321.a libio18f2321_a_SOURCES = dummy.c libio18f2321_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2321_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2321_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2321_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2321_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2321_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2321_a_SOURCES += i2c/i2cwrites.c libio18f2321_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2321_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2321_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2321_a_SOURCES += usart/usartd.c libio18f2321_a_CFLAGS = -p18f2321 $(AM_CFLAGS) lib_LIBRARIES += libio18f2331.a libio18f2331_a_SOURCES = dummy.c libio18f2331_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2331_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2331_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2331_a_SOURCES += usart/usartd.c libio18f2331_a_CFLAGS = -p18f2331 $(AM_CFLAGS) lib_LIBRARIES += libio18f23k20.a libio18f23k20_a_SOURCES = dummy.c libio18f23k20_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f23k20_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f23k20_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f23k20_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f23k20_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f23k20_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f23k20_a_SOURCES += i2c/i2cwrites.c libio18f23k20_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f23k20_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f23k20_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f23k20_a_SOURCES += usart/usartd.c libio18f23k20_a_CFLAGS = -p18f23k20 $(AM_CFLAGS) lib_LIBRARIES += libio18f2410.a libio18f2410_a_SOURCES = dummy.c libio18f2410_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2410_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2410_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2410_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2410_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2410_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2410_a_SOURCES += i2c/i2cwrites.c libio18f2410_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2410_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2410_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2410_a_SOURCES += usart/usartd.c libio18f2410_a_CFLAGS = -p18f2410 $(AM_CFLAGS) lib_LIBRARIES += libio18f242.a libio18f242_a_SOURCES = dummy.c libio18f242_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f242_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f242_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f242_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f242_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f242_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f242_a_SOURCES += i2c/i2cwrites.c libio18f242_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f242_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f242_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f242_a_SOURCES += usart/usartd.c libio18f242_a_CFLAGS = -p18f242 $(AM_CFLAGS) lib_LIBRARIES += libio18f2420.a libio18f2420_a_SOURCES = dummy.c libio18f2420_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2420_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2420_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2420_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2420_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2420_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2420_a_SOURCES += i2c/i2cwrites.c libio18f2420_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2420_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2420_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2420_a_SOURCES += usart/usartd.c libio18f2420_a_CFLAGS = -p18f2420 $(AM_CFLAGS) lib_LIBRARIES += libio18f2423.a libio18f2423_a_SOURCES = dummy.c libio18f2423_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2423_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2423_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2423_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2423_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2423_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2423_a_SOURCES += i2c/i2cwrites.c libio18f2423_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2423_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2423_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2423_a_SOURCES += usart/usartd.c libio18f2423_a_CFLAGS = -p18f2423 $(AM_CFLAGS) lib_LIBRARIES += libio18f2431.a libio18f2431_a_SOURCES = dummy.c libio18f2431_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2431_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2431_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2431_a_SOURCES += usart/usartd.c libio18f2431_a_CFLAGS = -p18f2431 $(AM_CFLAGS) lib_LIBRARIES += libio18f2450.a libio18f2450_a_SOURCES = dummy.c libio18f2450_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2450_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2450_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2450_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2450_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2450_a_SOURCES += usart/usartd.c libio18f2450_a_CFLAGS = -p18f2450 $(AM_CFLAGS) lib_LIBRARIES += libio18f2455.a libio18f2455_a_SOURCES = dummy.c libio18f2455_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2455_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2455_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2455_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2455_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2455_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2455_a_SOURCES += i2c/i2cwrites.c libio18f2455_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2455_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2455_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2455_a_SOURCES += usart/usartd.c libio18f2455_a_CFLAGS = -p18f2455 $(AM_CFLAGS) lib_LIBRARIES += libio18f248.a libio18f248_a_SOURCES = dummy.c libio18f248_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f248_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f248_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f248_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f248_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f248_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f248_a_SOURCES += i2c/i2cwrites.c libio18f248_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f248_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f248_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f248_a_SOURCES += usart/usartd.c libio18f248_a_CFLAGS = -p18f248 $(AM_CFLAGS) lib_LIBRARIES += libio18f2480.a libio18f2480_a_SOURCES = dummy.c libio18f2480_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2480_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2480_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2480_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2480_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2480_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2480_a_SOURCES += i2c/i2cwrites.c libio18f2480_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2480_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2480_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2480_a_SOURCES += usart/usartd.c libio18f2480_a_CFLAGS = -p18f2480 $(AM_CFLAGS) lib_LIBRARIES += libio18f24j10.a libio18f24j10_a_SOURCES = dummy.c libio18f24j10_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f24j10_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f24j10_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f24j10_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f24j10_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f24j10_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f24j10_a_SOURCES += i2c/i2cwrites.c libio18f24j10_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f24j10_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f24j10_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f24j10_a_SOURCES += usart/usartd.c libio18f24j10_a_CFLAGS = -p18f24j10 $(AM_CFLAGS) lib_LIBRARIES += libio18f24k20.a libio18f24k20_a_SOURCES = dummy.c libio18f24k20_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f24k20_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f24k20_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f24k20_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f24k20_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f24k20_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f24k20_a_SOURCES += i2c/i2cwrites.c libio18f24k20_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f24k20_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f24k20_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f24k20_a_SOURCES += usart/usartd.c libio18f24k20_a_CFLAGS = -p18f24k20 $(AM_CFLAGS) lib_LIBRARIES += libio18f2510.a libio18f2510_a_SOURCES = dummy.c libio18f2510_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2510_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2510_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2510_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2510_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2510_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2510_a_SOURCES += i2c/i2cwrites.c libio18f2510_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2510_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2510_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2510_a_SOURCES += usart/usartd.c libio18f2510_a_CFLAGS = -p18f2510 $(AM_CFLAGS) lib_LIBRARIES += libio18f2515.a libio18f2515_a_SOURCES = dummy.c libio18f2515_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2515_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2515_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2515_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2515_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2515_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2515_a_SOURCES += i2c/i2cwrites.c libio18f2515_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2515_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2515_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2515_a_SOURCES += usart/usartd.c libio18f2515_a_CFLAGS = -p18f2515 $(AM_CFLAGS) lib_LIBRARIES += libio18f252.a libio18f252_a_SOURCES = dummy.c libio18f252_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f252_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f252_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f252_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f252_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f252_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f252_a_SOURCES += i2c/i2cwrites.c libio18f252_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f252_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f252_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f252_a_SOURCES += usart/usartd.c libio18f252_a_CFLAGS = -p18f252 $(AM_CFLAGS) lib_LIBRARIES += libio18f2520.a libio18f2520_a_SOURCES = dummy.c libio18f2520_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2520_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2520_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2520_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2520_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2520_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2520_a_SOURCES += i2c/i2cwrites.c libio18f2520_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2520_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2520_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2520_a_SOURCES += usart/usartd.c libio18f2520_a_CFLAGS = -p18f2520 $(AM_CFLAGS) lib_LIBRARIES += libio18f2523.a libio18f2523_a_SOURCES = dummy.c libio18f2523_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2523_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2523_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2523_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2523_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2523_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2523_a_SOURCES += i2c/i2cwrites.c libio18f2523_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2523_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2523_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2523_a_SOURCES += usart/usartd.c libio18f2523_a_CFLAGS = -p18f2523 $(AM_CFLAGS) lib_LIBRARIES += libio18f2525.a libio18f2525_a_SOURCES = dummy.c libio18f2525_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2525_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2525_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2525_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2525_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2525_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2525_a_SOURCES += i2c/i2cwrites.c libio18f2525_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2525_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2525_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2525_a_SOURCES += usart/usartd.c libio18f2525_a_CFLAGS = -p18f2525 $(AM_CFLAGS) lib_LIBRARIES += libio18f2550.a libio18f2550_a_SOURCES = dummy.c libio18f2550_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2550_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2550_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2550_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2550_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2550_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2550_a_SOURCES += i2c/i2cwrites.c libio18f2550_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2550_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2550_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2550_a_SOURCES += usart/usartd.c libio18f2550_a_CFLAGS = -p18f2550 $(AM_CFLAGS) lib_LIBRARIES += libio18f258.a libio18f258_a_SOURCES = dummy.c libio18f258_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f258_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f258_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f258_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f258_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f258_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f258_a_SOURCES += i2c/i2cwrites.c libio18f258_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f258_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f258_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f258_a_SOURCES += usart/usartd.c libio18f258_a_CFLAGS = -p18f258 $(AM_CFLAGS) lib_LIBRARIES += libio18f2580.a libio18f2580_a_SOURCES = dummy.c libio18f2580_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2580_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2580_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2580_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2580_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2580_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2580_a_SOURCES += i2c/i2cwrites.c libio18f2580_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2580_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2580_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2580_a_SOURCES += usart/usartd.c libio18f2580_a_CFLAGS = -p18f2580 $(AM_CFLAGS) lib_LIBRARIES += libio18f2585.a libio18f2585_a_SOURCES = dummy.c libio18f2585_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2585_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2585_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2585_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2585_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2585_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2585_a_SOURCES += i2c/i2cwrites.c libio18f2585_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2585_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2585_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2585_a_SOURCES += usart/usartd.c libio18f2585_a_CFLAGS = -p18f2585 $(AM_CFLAGS) lib_LIBRARIES += libio18f25j10.a libio18f25j10_a_SOURCES = dummy.c libio18f25j10_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f25j10_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f25j10_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f25j10_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f25j10_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f25j10_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f25j10_a_SOURCES += i2c/i2cwrites.c libio18f25j10_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f25j10_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f25j10_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f25j10_a_SOURCES += usart/usartd.c libio18f25j10_a_CFLAGS = -p18f25j10 $(AM_CFLAGS) lib_LIBRARIES += libio18f25k20.a libio18f25k20_a_SOURCES = dummy.c libio18f25k20_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f25k20_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f25k20_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f25k20_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f25k20_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f25k20_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f25k20_a_SOURCES += i2c/i2cwrites.c libio18f25k20_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f25k20_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f25k20_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f25k20_a_SOURCES += usart/usartd.c libio18f25k20_a_CFLAGS = -p18f25k20 $(AM_CFLAGS) lib_LIBRARIES += libio18f2610.a libio18f2610_a_SOURCES = dummy.c libio18f2610_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2610_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2610_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2610_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2610_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2610_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2610_a_SOURCES += i2c/i2cwrites.c libio18f2610_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2610_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2610_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2610_a_SOURCES += usart/usartd.c libio18f2610_a_CFLAGS = -p18f2610 $(AM_CFLAGS) lib_LIBRARIES += libio18f2620.a libio18f2620_a_SOURCES = dummy.c libio18f2620_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2620_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2620_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2620_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2620_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2620_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2620_a_SOURCES += i2c/i2cwrites.c libio18f2620_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2620_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2620_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2620_a_SOURCES += usart/usartd.c libio18f2620_a_CFLAGS = -p18f2620 $(AM_CFLAGS) lib_LIBRARIES += libio18f2680.a libio18f2680_a_SOURCES = dummy.c libio18f2680_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2680_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2680_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2680_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2680_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2680_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2680_a_SOURCES += i2c/i2cwrites.c libio18f2680_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2680_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2680_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2680_a_SOURCES += usart/usartd.c libio18f2680_a_CFLAGS = -p18f2680 $(AM_CFLAGS) lib_LIBRARIES += libio18f2682.a libio18f2682_a_SOURCES = dummy.c libio18f2682_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2682_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2682_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2682_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2682_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2682_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2682_a_SOURCES += i2c/i2cwrites.c libio18f2682_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2682_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2682_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2682_a_SOURCES += usart/usartd.c libio18f2682_a_CFLAGS = -p18f2682 $(AM_CFLAGS) lib_LIBRARIES += libio18f2685.a libio18f2685_a_SOURCES = dummy.c libio18f2685_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f2685_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f2685_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f2685_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f2685_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f2685_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f2685_a_SOURCES += i2c/i2cwrites.c libio18f2685_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f2685_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f2685_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f2685_a_SOURCES += usart/usartd.c libio18f2685_a_CFLAGS = -p18f2685 $(AM_CFLAGS) lib_LIBRARIES += libio18f26k20.a libio18f26k20_a_SOURCES = dummy.c libio18f26k20_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f26k20_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f26k20_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f26k20_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f26k20_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f26k20_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f26k20_a_SOURCES += i2c/i2cwrites.c libio18f26k20_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f26k20_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f26k20_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f26k20_a_SOURCES += usart/usartd.c libio18f26k20_a_CFLAGS = -p18f26k20 $(AM_CFLAGS) lib_LIBRARIES += libio18f4220.a libio18f4220_a_SOURCES = dummy.c libio18f4220_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4220_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4220_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4220_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4220_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4220_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4220_a_SOURCES += i2c/i2cwrites.c libio18f4220_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4220_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4220_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4220_a_SOURCES += usart/usartd.c libio18f4220_a_CFLAGS = -p18f4220 $(AM_CFLAGS) lib_LIBRARIES += libio18f4221.a libio18f4221_a_SOURCES = dummy.c libio18f4221_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4221_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4221_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4221_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4221_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4221_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4221_a_SOURCES += i2c/i2cwrites.c libio18f4221_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4221_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4221_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4221_a_SOURCES += usart/usartd.c libio18f4221_a_CFLAGS = -p18f4221 $(AM_CFLAGS) lib_LIBRARIES += libio18f4320.a libio18f4320_a_SOURCES = dummy.c libio18f4320_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4320_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4320_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4320_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4320_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4320_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4320_a_SOURCES += i2c/i2cwrites.c libio18f4320_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4320_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4320_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4320_a_SOURCES += usart/usartd.c libio18f4320_a_CFLAGS = -p18f4320 $(AM_CFLAGS) lib_LIBRARIES += libio18f4321.a libio18f4321_a_SOURCES = dummy.c libio18f4321_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4321_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4321_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4321_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4321_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4321_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4321_a_SOURCES += i2c/i2cwrites.c libio18f4321_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4321_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4321_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4321_a_SOURCES += usart/usartd.c libio18f4321_a_CFLAGS = -p18f4321 $(AM_CFLAGS) lib_LIBRARIES += libio18f4331.a libio18f4331_a_SOURCES = dummy.c libio18f4331_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4331_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4331_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4331_a_SOURCES += usart/usartd.c libio18f4331_a_CFLAGS = -p18f4331 $(AM_CFLAGS) lib_LIBRARIES += libio18f43k20.a libio18f43k20_a_SOURCES = dummy.c libio18f43k20_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f43k20_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f43k20_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f43k20_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f43k20_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f43k20_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f43k20_a_SOURCES += i2c/i2cwrites.c libio18f43k20_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f43k20_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f43k20_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f43k20_a_SOURCES += usart/usartd.c libio18f43k20_a_CFLAGS = -p18f43k20 $(AM_CFLAGS) lib_LIBRARIES += libio18f4410.a libio18f4410_a_SOURCES = dummy.c libio18f4410_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4410_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4410_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4410_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4410_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4410_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4410_a_SOURCES += i2c/i2cwrites.c libio18f4410_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4410_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4410_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4410_a_SOURCES += usart/usartd.c libio18f4410_a_CFLAGS = -p18f4410 $(AM_CFLAGS) lib_LIBRARIES += libio18f442.a libio18f442_a_SOURCES = dummy.c libio18f442_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f442_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f442_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f442_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f442_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f442_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f442_a_SOURCES += i2c/i2cwrites.c libio18f442_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f442_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f442_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f442_a_SOURCES += usart/usartd.c libio18f442_a_CFLAGS = -p18f442 $(AM_CFLAGS) lib_LIBRARIES += libio18f4420.a libio18f4420_a_SOURCES = dummy.c libio18f4420_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4420_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4420_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4420_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4420_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4420_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4420_a_SOURCES += i2c/i2cwrites.c libio18f4420_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4420_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4420_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4420_a_SOURCES += usart/usartd.c libio18f4420_a_CFLAGS = -p18f4420 $(AM_CFLAGS) lib_LIBRARIES += libio18f4423.a libio18f4423_a_SOURCES = dummy.c libio18f4423_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4423_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4423_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4423_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4423_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4423_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4423_a_SOURCES += i2c/i2cwrites.c libio18f4423_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4423_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4423_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4423_a_SOURCES += usart/usartd.c libio18f4423_a_CFLAGS = -p18f4423 $(AM_CFLAGS) lib_LIBRARIES += libio18f4431.a libio18f4431_a_SOURCES = dummy.c libio18f4431_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4431_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4431_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4431_a_SOURCES += usart/usartd.c libio18f4431_a_CFLAGS = -p18f4431 $(AM_CFLAGS) lib_LIBRARIES += libio18f4450.a libio18f4450_a_SOURCES = dummy.c libio18f4450_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4450_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4450_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4450_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4450_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4450_a_SOURCES += usart/usartd.c libio18f4450_a_CFLAGS = -p18f4450 $(AM_CFLAGS) lib_LIBRARIES += libio18f4455.a libio18f4455_a_SOURCES = dummy.c libio18f4455_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4455_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4455_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4455_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4455_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4455_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4455_a_SOURCES += i2c/i2cwrites.c libio18f4455_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4455_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4455_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4455_a_SOURCES += usart/usartd.c libio18f4455_a_CFLAGS = -p18f4455 $(AM_CFLAGS) lib_LIBRARIES += libio18f448.a libio18f448_a_SOURCES = dummy.c libio18f448_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f448_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f448_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f448_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f448_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f448_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f448_a_SOURCES += i2c/i2cwrites.c libio18f448_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f448_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f448_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f448_a_SOURCES += usart/usartd.c libio18f448_a_CFLAGS = -p18f448 $(AM_CFLAGS) lib_LIBRARIES += libio18f4480.a libio18f4480_a_SOURCES = dummy.c libio18f4480_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4480_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4480_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4480_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4480_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4480_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4480_a_SOURCES += i2c/i2cwrites.c libio18f4480_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4480_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4480_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4480_a_SOURCES += usart/usartd.c libio18f4480_a_CFLAGS = -p18f4480 $(AM_CFLAGS) lib_LIBRARIES += libio18f44j10.a libio18f44j10_a_SOURCES = dummy.c libio18f44j10_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f44j10_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f44j10_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f44j10_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f44j10_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f44j10_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f44j10_a_SOURCES += i2c/i2cwrites.c libio18f44j10_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f44j10_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f44j10_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f44j10_a_SOURCES += usart/usartd.c libio18f44j10_a_CFLAGS = -p18f44j10 $(AM_CFLAGS) lib_LIBRARIES += libio18f44k20.a libio18f44k20_a_SOURCES = dummy.c libio18f44k20_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f44k20_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f44k20_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f44k20_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f44k20_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f44k20_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f44k20_a_SOURCES += i2c/i2cwrites.c libio18f44k20_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f44k20_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f44k20_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f44k20_a_SOURCES += usart/usartd.c libio18f44k20_a_CFLAGS = -p18f44k20 $(AM_CFLAGS) lib_LIBRARIES += libio18f4510.a libio18f4510_a_SOURCES = dummy.c libio18f4510_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4510_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4510_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4510_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4510_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4510_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4510_a_SOURCES += i2c/i2cwrites.c libio18f4510_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4510_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4510_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4510_a_SOURCES += usart/usartd.c libio18f4510_a_CFLAGS = -p18f4510 $(AM_CFLAGS) lib_LIBRARIES += libio18f4515.a libio18f4515_a_SOURCES = dummy.c libio18f4515_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4515_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4515_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4515_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4515_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4515_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4515_a_SOURCES += i2c/i2cwrites.c libio18f4515_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4515_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4515_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4515_a_SOURCES += usart/usartd.c libio18f4515_a_CFLAGS = -p18f4515 $(AM_CFLAGS) lib_LIBRARIES += libio18f452.a libio18f452_a_SOURCES = dummy.c libio18f452_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f452_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f452_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f452_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f452_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f452_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f452_a_SOURCES += i2c/i2cwrites.c libio18f452_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f452_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f452_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f452_a_SOURCES += usart/usartd.c libio18f452_a_CFLAGS = -p18f452 $(AM_CFLAGS) lib_LIBRARIES += libio18f4520.a libio18f4520_a_SOURCES = dummy.c libio18f4520_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4520_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4520_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4520_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4520_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4520_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4520_a_SOURCES += i2c/i2cwrites.c libio18f4520_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4520_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4520_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4520_a_SOURCES += usart/usartd.c libio18f4520_a_CFLAGS = -p18f4520 $(AM_CFLAGS) lib_LIBRARIES += libio18f4523.a libio18f4523_a_SOURCES = dummy.c libio18f4523_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4523_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4523_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4523_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4523_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4523_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4523_a_SOURCES += i2c/i2cwrites.c libio18f4523_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4523_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4523_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4523_a_SOURCES += usart/usartd.c libio18f4523_a_CFLAGS = -p18f4523 $(AM_CFLAGS) lib_LIBRARIES += libio18f4525.a libio18f4525_a_SOURCES = dummy.c libio18f4525_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4525_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4525_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4525_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4525_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4525_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4525_a_SOURCES += i2c/i2cwrites.c libio18f4525_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4525_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4525_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4525_a_SOURCES += usart/usartd.c libio18f4525_a_CFLAGS = -p18f4525 $(AM_CFLAGS) lib_LIBRARIES += libio18f4550.a libio18f4550_a_SOURCES = dummy.c libio18f4550_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4550_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4550_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4550_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4550_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4550_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4550_a_SOURCES += i2c/i2cwrites.c libio18f4550_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4550_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4550_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4550_a_SOURCES += usart/usartd.c libio18f4550_a_CFLAGS = -p18f4550 $(AM_CFLAGS) lib_LIBRARIES += libio18f458.a libio18f458_a_SOURCES = dummy.c libio18f458_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f458_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f458_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f458_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f458_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f458_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f458_a_SOURCES += i2c/i2cwrites.c libio18f458_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f458_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f458_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f458_a_SOURCES += usart/usartd.c libio18f458_a_CFLAGS = -p18f458 $(AM_CFLAGS) lib_LIBRARIES += libio18f4580.a libio18f4580_a_SOURCES = dummy.c libio18f4580_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4580_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4580_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4580_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4580_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4580_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4580_a_SOURCES += i2c/i2cwrites.c libio18f4580_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4580_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4580_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4580_a_SOURCES += usart/usartd.c libio18f4580_a_CFLAGS = -p18f4580 $(AM_CFLAGS) lib_LIBRARIES += libio18f4585.a libio18f4585_a_SOURCES = dummy.c libio18f4585_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4585_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4585_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4585_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4585_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4585_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4585_a_SOURCES += i2c/i2cwrites.c libio18f4585_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4585_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4585_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4585_a_SOURCES += usart/usartd.c libio18f4585_a_CFLAGS = -p18f4585 $(AM_CFLAGS) lib_LIBRARIES += libio18f45j10.a libio18f45j10_a_SOURCES = dummy.c libio18f45j10_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f45j10_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f45j10_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f45j10_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f45j10_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f45j10_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f45j10_a_SOURCES += i2c/i2cwrites.c libio18f45j10_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f45j10_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f45j10_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f45j10_a_SOURCES += usart/usartd.c libio18f45j10_a_CFLAGS = -p18f45j10 $(AM_CFLAGS) lib_LIBRARIES += libio18f45k20.a libio18f45k20_a_SOURCES = dummy.c libio18f45k20_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f45k20_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f45k20_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f45k20_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f45k20_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f45k20_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f45k20_a_SOURCES += i2c/i2cwrites.c libio18f45k20_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f45k20_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f45k20_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f45k20_a_SOURCES += usart/usartd.c libio18f45k20_a_CFLAGS = -p18f45k20 $(AM_CFLAGS) lib_LIBRARIES += libio18f4610.a libio18f4610_a_SOURCES = dummy.c libio18f4610_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4610_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4610_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4610_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4610_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4610_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4610_a_SOURCES += i2c/i2cwrites.c libio18f4610_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4610_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4610_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4610_a_SOURCES += usart/usartd.c libio18f4610_a_CFLAGS = -p18f4610 $(AM_CFLAGS) lib_LIBRARIES += libio18f4620.a libio18f4620_a_SOURCES = dummy.c libio18f4620_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4620_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4620_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4620_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4620_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4620_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4620_a_SOURCES += i2c/i2cwrites.c libio18f4620_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4620_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4620_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4620_a_SOURCES += usart/usartd.c libio18f4620_a_CFLAGS = -p18f4620 $(AM_CFLAGS) lib_LIBRARIES += libio18f4680.a libio18f4680_a_SOURCES = dummy.c libio18f4680_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4680_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4680_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4680_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4680_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4680_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4680_a_SOURCES += i2c/i2cwrites.c libio18f4680_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4680_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4680_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4680_a_SOURCES += usart/usartd.c libio18f4680_a_CFLAGS = -p18f4680 $(AM_CFLAGS) lib_LIBRARIES += libio18f4682.a libio18f4682_a_SOURCES = dummy.c libio18f4682_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4682_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4682_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4682_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4682_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4682_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4682_a_SOURCES += i2c/i2cwrites.c libio18f4682_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4682_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4682_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4682_a_SOURCES += usart/usartd.c libio18f4682_a_CFLAGS = -p18f4682 $(AM_CFLAGS) lib_LIBRARIES += libio18f4685.a libio18f4685_a_SOURCES = dummy.c libio18f4685_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f4685_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f4685_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f4685_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f4685_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f4685_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f4685_a_SOURCES += i2c/i2cwrites.c libio18f4685_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f4685_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f4685_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f4685_a_SOURCES += usart/usartd.c libio18f4685_a_CFLAGS = -p18f4685 $(AM_CFLAGS) lib_LIBRARIES += libio18f46k20.a libio18f46k20_a_SOURCES = dummy.c libio18f46k20_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f46k20_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f46k20_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f46k20_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f46k20_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f46k20_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f46k20_a_SOURCES += i2c/i2cwrites.c libio18f46k20_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f46k20_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f46k20_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f46k20_a_SOURCES += usart/usartd.c libio18f46k20_a_CFLAGS = -p18f46k20 $(AM_CFLAGS) lib_LIBRARIES += libio18f6520.a libio18f6520_a_SOURCES = dummy.c libio18f6520_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f6520_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f6520_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f6520_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f6520_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f6520_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f6520_a_SOURCES += i2c/i2cwrites.c libio18f6520_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f6520_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f6520_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f6520_a_SOURCES += usart/usartd.c libio18f6520_a_CFLAGS = -p18f6520 $(AM_CFLAGS) lib_LIBRARIES += libio18f6585.a libio18f6585_a_SOURCES = dummy.c libio18f6585_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f6585_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f6585_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f6585_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f6585_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f6585_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f6585_a_SOURCES += i2c/i2cwrites.c libio18f6585_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f6585_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f6585_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f6585_a_SOURCES += usart/usartd.c libio18f6585_a_CFLAGS = -p18f6585 $(AM_CFLAGS) lib_LIBRARIES += libio18f65j50.a libio18f65j50_a_SOURCES = dummy.c libio18f65j50_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f65j50_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f65j50_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f65j50_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f65j50_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f65j50_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f65j50_a_SOURCES += i2c/i2cwrites.c libio18f65j50_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f65j50_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f65j50_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f65j50_a_SOURCES += usart/usartd.c libio18f65j50_a_CFLAGS = -p18f65j50 $(AM_CFLAGS) lib_LIBRARIES += libio18f6620.a libio18f6620_a_SOURCES = dummy.c libio18f6620_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f6620_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f6620_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f6620_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f6620_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f6620_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f6620_a_SOURCES += i2c/i2cwrites.c libio18f6620_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f6620_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f6620_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f6620_a_SOURCES += usart/usartd.c libio18f6620_a_CFLAGS = -p18f6620 $(AM_CFLAGS) lib_LIBRARIES += libio18f6680.a libio18f6680_a_SOURCES = dummy.c libio18f6680_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f6680_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f6680_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f6680_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f6680_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f6680_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f6680_a_SOURCES += i2c/i2cwrites.c libio18f6680_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f6680_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f6680_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f6680_a_SOURCES += usart/usartd.c libio18f6680_a_CFLAGS = -p18f6680 $(AM_CFLAGS) lib_LIBRARIES += libio18f66j50.a libio18f66j50_a_SOURCES = dummy.c libio18f66j50_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f66j50_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f66j50_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f66j50_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f66j50_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f66j50_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f66j50_a_SOURCES += i2c/i2cwrites.c libio18f66j50_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f66j50_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f66j50_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f66j50_a_SOURCES += usart/usartd.c libio18f66j50_a_CFLAGS = -p18f66j50 $(AM_CFLAGS) lib_LIBRARIES += libio18f66j55.a libio18f66j55_a_SOURCES = dummy.c libio18f66j55_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f66j55_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f66j55_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f66j55_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f66j55_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f66j55_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f66j55_a_SOURCES += i2c/i2cwrites.c libio18f66j55_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f66j55_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f66j55_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f66j55_a_SOURCES += usart/usartd.c libio18f66j55_a_CFLAGS = -p18f66j55 $(AM_CFLAGS) lib_LIBRARIES += libio18f66j60.a libio18f66j60_a_SOURCES = dummy.c libio18f66j60_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f66j60_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f66j60_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f66j60_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f66j60_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f66j60_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f66j60_a_SOURCES += i2c/i2cwrites.c libio18f66j60_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f66j60_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f66j60_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f66j60_a_SOURCES += usart/usartd.c libio18f66j60_a_CFLAGS = -p18f66j60 $(AM_CFLAGS) lib_LIBRARIES += libio18f66j65.a libio18f66j65_a_SOURCES = dummy.c libio18f66j65_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f66j65_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f66j65_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f66j65_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f66j65_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f66j65_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f66j65_a_SOURCES += i2c/i2cwrites.c libio18f66j65_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f66j65_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f66j65_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f66j65_a_SOURCES += usart/usartd.c libio18f66j65_a_CFLAGS = -p18f66j65 $(AM_CFLAGS) lib_LIBRARIES += libio18f6720.a libio18f6720_a_SOURCES = dummy.c libio18f6720_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f6720_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f6720_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f6720_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f6720_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f6720_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f6720_a_SOURCES += i2c/i2cwrites.c libio18f6720_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f6720_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f6720_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f6720_a_SOURCES += usart/usartd.c libio18f6720_a_CFLAGS = -p18f6720 $(AM_CFLAGS) lib_LIBRARIES += libio18f67j50.a libio18f67j50_a_SOURCES = dummy.c libio18f67j50_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f67j50_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f67j50_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f67j50_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f67j50_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f67j50_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f67j50_a_SOURCES += i2c/i2cwrites.c libio18f67j50_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f67j50_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f67j50_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f67j50_a_SOURCES += usart/usartd.c libio18f67j50_a_CFLAGS = -p18f67j50 $(AM_CFLAGS) lib_LIBRARIES += libio18f67j60.a libio18f67j60_a_SOURCES = dummy.c libio18f67j60_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f67j60_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f67j60_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f67j60_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f67j60_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f67j60_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f67j60_a_SOURCES += i2c/i2cwrites.c libio18f67j60_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f67j60_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f67j60_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f67j60_a_SOURCES += usart/usartd.c libio18f67j60_a_CFLAGS = -p18f67j60 $(AM_CFLAGS) lib_LIBRARIES += libio18f8520.a libio18f8520_a_SOURCES = dummy.c libio18f8520_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f8520_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f8520_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f8520_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f8520_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f8520_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f8520_a_SOURCES += i2c/i2cwrites.c libio18f8520_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f8520_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f8520_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f8520_a_SOURCES += usart/usartd.c libio18f8520_a_CFLAGS = -p18f8520 $(AM_CFLAGS) lib_LIBRARIES += libio18f8585.a libio18f8585_a_SOURCES = dummy.c libio18f8585_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f8585_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f8585_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f8585_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f8585_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f8585_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f8585_a_SOURCES += i2c/i2cwrites.c libio18f8585_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f8585_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f8585_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f8585_a_SOURCES += usart/usartd.c libio18f8585_a_CFLAGS = -p18f8585 $(AM_CFLAGS) lib_LIBRARIES += libio18f85j50.a libio18f85j50_a_SOURCES = dummy.c libio18f85j50_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f85j50_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f85j50_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f85j50_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f85j50_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f85j50_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f85j50_a_SOURCES += i2c/i2cwrites.c libio18f85j50_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f85j50_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f85j50_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f85j50_a_SOURCES += usart/usartd.c libio18f85j50_a_CFLAGS = -p18f85j50 $(AM_CFLAGS) lib_LIBRARIES += libio18f8620.a libio18f8620_a_SOURCES = dummy.c libio18f8620_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f8620_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f8620_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f8620_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f8620_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f8620_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f8620_a_SOURCES += i2c/i2cwrites.c libio18f8620_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f8620_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f8620_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f8620_a_SOURCES += usart/usartd.c libio18f8620_a_CFLAGS = -p18f8620 $(AM_CFLAGS) lib_LIBRARIES += libio18f8680.a libio18f8680_a_SOURCES = dummy.c libio18f8680_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f8680_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f8680_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f8680_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f8680_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f8680_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f8680_a_SOURCES += i2c/i2cwrites.c libio18f8680_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f8680_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f8680_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f8680_a_SOURCES += usart/usartd.c libio18f8680_a_CFLAGS = -p18f8680 $(AM_CFLAGS) lib_LIBRARIES += libio18f86j50.a libio18f86j50_a_SOURCES = dummy.c libio18f86j50_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f86j50_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f86j50_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f86j50_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f86j50_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f86j50_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f86j50_a_SOURCES += i2c/i2cwrites.c libio18f86j50_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f86j50_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f86j50_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f86j50_a_SOURCES += usart/usartd.c libio18f86j50_a_CFLAGS = -p18f86j50 $(AM_CFLAGS) lib_LIBRARIES += libio18f86j55.a libio18f86j55_a_SOURCES = dummy.c libio18f86j55_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f86j55_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f86j55_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f86j55_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f86j55_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f86j55_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f86j55_a_SOURCES += i2c/i2cwrites.c libio18f86j55_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f86j55_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f86j55_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f86j55_a_SOURCES += usart/usartd.c libio18f86j55_a_CFLAGS = -p18f86j55 $(AM_CFLAGS) lib_LIBRARIES += libio18f86j60.a libio18f86j60_a_SOURCES = dummy.c libio18f86j60_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f86j60_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f86j60_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f86j60_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f86j60_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f86j60_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f86j60_a_SOURCES += i2c/i2cwrites.c libio18f86j60_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f86j60_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f86j60_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f86j60_a_SOURCES += usart/usartd.c libio18f86j60_a_CFLAGS = -p18f86j60 $(AM_CFLAGS) lib_LIBRARIES += libio18f86j65.a libio18f86j65_a_SOURCES = dummy.c libio18f86j65_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f86j65_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f86j65_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f86j65_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f86j65_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f86j65_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f86j65_a_SOURCES += i2c/i2cwrites.c libio18f86j65_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f86j65_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f86j65_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f86j65_a_SOURCES += usart/usartd.c libio18f86j65_a_CFLAGS = -p18f86j65 $(AM_CFLAGS) lib_LIBRARIES += libio18f8720.a libio18f8720_a_SOURCES = dummy.c libio18f8720_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f8720_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f8720_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f8720_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f8720_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f8720_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f8720_a_SOURCES += i2c/i2cwrites.c libio18f8720_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f8720_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f8720_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f8720_a_SOURCES += usart/usartd.c libio18f8720_a_CFLAGS = -p18f8720 $(AM_CFLAGS) lib_LIBRARIES += libio18f87j50.a libio18f87j50_a_SOURCES = dummy.c libio18f87j50_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f87j50_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f87j50_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f87j50_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f87j50_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f87j50_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f87j50_a_SOURCES += i2c/i2cwrites.c libio18f87j50_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f87j50_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f87j50_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f87j50_a_SOURCES += usart/usartd.c libio18f87j50_a_CFLAGS = -p18f87j50 $(AM_CFLAGS) lib_LIBRARIES += libio18f87j60.a libio18f87j60_a_SOURCES = dummy.c libio18f87j60_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f87j60_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f87j60_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f87j60_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f87j60_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f87j60_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f87j60_a_SOURCES += i2c/i2cwrites.c libio18f87j60_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f87j60_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f87j60_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f87j60_a_SOURCES += usart/usartd.c libio18f87j60_a_CFLAGS = -p18f87j60 $(AM_CFLAGS) lib_LIBRARIES += libio18f96j60.a libio18f96j60_a_SOURCES = dummy.c libio18f96j60_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f96j60_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f96j60_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f96j60_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f96j60_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f96j60_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f96j60_a_SOURCES += i2c/i2cwrites.c libio18f96j60_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f96j60_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f96j60_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f96j60_a_SOURCES += usart/usartd.c libio18f96j60_a_CFLAGS = -p18f96j60 $(AM_CFLAGS) lib_LIBRARIES += libio18f96j65.a libio18f96j65_a_SOURCES = dummy.c libio18f96j65_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f96j65_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f96j65_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f96j65_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f96j65_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f96j65_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f96j65_a_SOURCES += i2c/i2cwrites.c libio18f96j65_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f96j65_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f96j65_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f96j65_a_SOURCES += usart/usartd.c libio18f96j65_a_CFLAGS = -p18f96j65 $(AM_CFLAGS) lib_LIBRARIES += libio18f97j60.a libio18f97j60_a_SOURCES = dummy.c libio18f97j60_a_SOURCES += adc/adcbusy.c adc/adcclose.c adc/adcconv.c libio18f97j60_a_SOURCES += adc/adcopen.c adc/adcread.c adc/adcsetch.c libio18f97j60_a_SOURCES += i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c libio18f97j60_a_SOURCES += i2c/i2cidle.c i2c/i2cnack.c i2c/i2copen.c libio18f97j60_a_SOURCES += i2c/i2creadc.c i2c/i2creads.c i2c/i2crestart.c libio18f97j60_a_SOURCES += i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c libio18f97j60_a_SOURCES += i2c/i2cwrites.c libio18f97j60_a_SOURCES += usart/ubaud.c usart/ubusy.c usart/uclose.c libio18f97j60_a_SOURCES += usart/udrdy.c usart/ugetc.c usart/ugets.c libio18f97j60_a_SOURCES += usart/uopen.c usart/uputc.c usart/uputs.c libio18f97j60_a_SOURCES += usart/usartd.c libio18f97j60_a_CFLAGS = -p18f97j60 $(AM_CFLAGS) include $(top_srcdir)/Makefile.common sdcc-2.9.0/device/lib/pic16/libio/Makefile.in000066400000000000000000257110221116427777700205650ustar00rootroot00000000000000# Makefile.in generated by automake 1.10 from Makefile.am. # @configure_input@ # Copyright (C) 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, # 2003, 2004, 2005, 2006 Free Software Foundation, Inc. # This Makefile.in is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY, to the extent permitted by law; without # even the implied warranty of MERCHANTABILITY or FITNESS FOR A # PARTICULAR PURPOSE. @SET_MAKE@ VPATH = @srcdir@ pkgdatadir = $(datadir)/@PACKAGE@ pkglibdir = $(libdir)/@PACKAGE@ pkgincludedir = $(includedir)/@PACKAGE@ am__cd = CDPATH="$${ZSH_VERSION+.}$(PATH_SEPARATOR)" && cd install_sh_DATA = $(install_sh) -c -m 644 install_sh_PROGRAM = $(install_sh) -c install_sh_SCRIPT = $(install_sh) -c INSTALL_HEADER = $(INSTALL_DATA) transform = $(program_transform_name) NORMAL_INSTALL = : PRE_INSTALL = : POST_INSTALL = : NORMAL_UNINSTALL = : PRE_UNINSTALL = : POST_UNINSTALL = : DIST_COMMON = $(srcdir)/Makefile.am $(srcdir)/Makefile.in \ $(top_srcdir)/Makefile.common subdir = libio ACLOCAL_M4 = $(top_srcdir)/aclocal.m4 am__aclocal_m4_deps = $(top_srcdir)/configure.ac am__configure_deps = $(am__aclocal_m4_deps) $(CONFIGURE_DEPENDENCIES) \ $(ACLOCAL_M4) mkinstalldirs = $(install_sh) -d CONFIG_HEADER = $(top_builddir)/config.h CONFIG_CLEAN_FILES = am__vpath_adj_setup = srcdirstrip=`echo "$(srcdir)" | sed 's|.|.|g'`; am__vpath_adj = case $$p in \ $(srcdir)/*) f=`echo "$$p" | sed "s|^$$srcdirstrip/||"`;; \ *) f=$$p;; \ esac; am__strip_dir = `echo $$p | sed -e 's|^.*/||'`; am__installdirs = "$(DESTDIR)$(libdir)" libLIBRARIES_INSTALL = $(INSTALL_DATA) LIBRARIES = $(lib_LIBRARIES) libio18f1220_a_AR = $(AR) $(ARFLAGS) libio18f1220_a_LIBADD = am_libio18f1220_a_OBJECTS = libio18f1220_a-dummy.$(OBJEXT) \ libio18f1220_a-adcbusy.$(OBJEXT) \ libio18f1220_a-adcclose.$(OBJEXT) \ libio18f1220_a-adcconv.$(OBJEXT) \ libio18f1220_a-adcopen.$(OBJEXT) \ libio18f1220_a-adcread.$(OBJEXT) \ libio18f1220_a-adcsetch.$(OBJEXT) \ libio18f1220_a-ubaud.$(OBJEXT) libio18f1220_a-ubusy.$(OBJEXT) \ libio18f1220_a-uclose.$(OBJEXT) libio18f1220_a-udrdy.$(OBJEXT) \ libio18f1220_a-ugetc.$(OBJEXT) libio18f1220_a-ugets.$(OBJEXT) \ libio18f1220_a-uopen.$(OBJEXT) libio18f1220_a-uputc.$(OBJEXT) \ libio18f1220_a-uputs.$(OBJEXT) libio18f1220_a-usartd.$(OBJEXT) libio18f1220_a_OBJECTS = $(am_libio18f1220_a_OBJECTS) libio18f1320_a_AR = $(AR) $(ARFLAGS) libio18f1320_a_LIBADD = am_libio18f1320_a_OBJECTS = libio18f1320_a-dummy.$(OBJEXT) \ libio18f1320_a-adcbusy.$(OBJEXT) \ libio18f1320_a-adcclose.$(OBJEXT) \ libio18f1320_a-adcconv.$(OBJEXT) \ libio18f1320_a-adcopen.$(OBJEXT) \ libio18f1320_a-adcread.$(OBJEXT) \ libio18f1320_a-adcsetch.$(OBJEXT) \ libio18f1320_a-ubaud.$(OBJEXT) libio18f1320_a-ubusy.$(OBJEXT) \ libio18f1320_a-uclose.$(OBJEXT) libio18f1320_a-udrdy.$(OBJEXT) \ libio18f1320_a-ugetc.$(OBJEXT) libio18f1320_a-ugets.$(OBJEXT) \ libio18f1320_a-uopen.$(OBJEXT) libio18f1320_a-uputc.$(OBJEXT) \ libio18f1320_a-uputs.$(OBJEXT) libio18f1320_a-usartd.$(OBJEXT) libio18f1320_a_OBJECTS = $(am_libio18f1320_a_OBJECTS) libio18f2220_a_AR = $(AR) $(ARFLAGS) libio18f2220_a_LIBADD = am_libio18f2220_a_OBJECTS = libio18f2220_a-dummy.$(OBJEXT) \ libio18f2220_a-adcbusy.$(OBJEXT) \ libio18f2220_a-adcclose.$(OBJEXT) \ libio18f2220_a-adcconv.$(OBJEXT) \ libio18f2220_a-adcopen.$(OBJEXT) \ libio18f2220_a-adcread.$(OBJEXT) \ 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@mkdir_p@ oldincludedir = @oldincludedir@ pdfdir = @pdfdir@ prefix = @prefix@ program_transform_name = @program_transform_name@ psdir = @psdir@ sbindir = @sbindir@ sharedstatedir = @sharedstatedir@ srcdir = @srcdir@ sysconfdir = @sysconfdir@ target_alias = @target_alias@ top_build_prefix = @top_build_prefix@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ lib_LIBRARIES = libio18f1220.a libio18f1320.a libio18f2220.a \ libio18f2221.a libio18f2320.a libio18f2321.a libio18f2331.a \ libio18f23k20.a libio18f2410.a libio18f242.a libio18f2420.a \ libio18f2423.a libio18f2431.a libio18f2450.a libio18f2455.a \ libio18f248.a libio18f2480.a libio18f24j10.a libio18f24k20.a \ libio18f2510.a libio18f2515.a libio18f252.a libio18f2520.a \ libio18f2523.a libio18f2525.a libio18f2550.a libio18f258.a \ libio18f2580.a libio18f2585.a libio18f25j10.a libio18f25k20.a \ libio18f2610.a libio18f2620.a libio18f2680.a libio18f2682.a \ libio18f2685.a libio18f26k20.a libio18f4220.a libio18f4221.a \ libio18f4320.a libio18f4321.a libio18f4331.a libio18f43k20.a \ libio18f4410.a libio18f442.a libio18f4420.a libio18f4423.a \ libio18f4431.a libio18f4450.a libio18f4455.a libio18f448.a \ libio18f4480.a libio18f44j10.a libio18f44k20.a libio18f4510.a \ libio18f4515.a libio18f452.a libio18f4520.a libio18f4523.a \ libio18f4525.a libio18f4550.a libio18f458.a libio18f4580.a \ libio18f4585.a libio18f45j10.a libio18f45k20.a libio18f4610.a \ libio18f4620.a libio18f4680.a libio18f4682.a libio18f4685.a \ libio18f46k20.a libio18f6520.a libio18f6585.a libio18f65j50.a \ libio18f6620.a libio18f6680.a libio18f66j50.a libio18f66j55.a \ libio18f66j60.a libio18f66j65.a libio18f6720.a libio18f67j50.a \ libio18f67j60.a libio18f8520.a libio18f8585.a libio18f85j50.a \ libio18f8620.a libio18f8680.a libio18f86j50.a libio18f86j55.a \ libio18f86j60.a libio18f86j65.a libio18f8720.a libio18f87j50.a \ libio18f87j60.a libio18f96j60.a libio18f96j65.a \ libio18f97j60.a libio18f1220_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ usart/ubaud.c usart/ubusy.c usart/uclose.c usart/udrdy.c \ usart/ugetc.c usart/ugets.c usart/uopen.c usart/uputc.c \ usart/uputs.c usart/usartd.c libio18f1220_a_CFLAGS = -p18f1220 $(AM_CFLAGS) libio18f1320_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ usart/ubaud.c usart/ubusy.c usart/uclose.c usart/udrdy.c \ usart/ugetc.c usart/ugets.c usart/uopen.c usart/uputc.c \ usart/uputs.c usart/usartd.c libio18f1320_a_CFLAGS = -p18f1320 $(AM_CFLAGS) libio18f2220_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2220_a_CFLAGS = -p18f2220 $(AM_CFLAGS) libio18f2221_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2221_a_CFLAGS = -p18f2221 $(AM_CFLAGS) libio18f2320_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2320_a_CFLAGS = -p18f2320 $(AM_CFLAGS) libio18f2321_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2321_a_CFLAGS = -p18f2321 $(AM_CFLAGS) libio18f2331_a_SOURCES = dummy.c usart/ubaud.c usart/ubusy.c \ usart/uclose.c usart/udrdy.c usart/ugetc.c usart/ugets.c \ usart/uopen.c usart/uputc.c usart/uputs.c usart/usartd.c libio18f2331_a_CFLAGS = -p18f2331 $(AM_CFLAGS) libio18f23k20_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f23k20_a_CFLAGS = -p18f23k20 $(AM_CFLAGS) libio18f2410_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2410_a_CFLAGS = -p18f2410 $(AM_CFLAGS) libio18f242_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f242_a_CFLAGS = -p18f242 $(AM_CFLAGS) libio18f2420_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2420_a_CFLAGS = -p18f2420 $(AM_CFLAGS) libio18f2423_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2423_a_CFLAGS = -p18f2423 $(AM_CFLAGS) libio18f2431_a_SOURCES = dummy.c usart/ubaud.c usart/ubusy.c \ usart/uclose.c usart/udrdy.c usart/ugetc.c usart/ugets.c \ usart/uopen.c usart/uputc.c usart/uputs.c usart/usartd.c libio18f2431_a_CFLAGS = -p18f2431 $(AM_CFLAGS) libio18f2450_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ usart/ubaud.c usart/ubusy.c usart/uclose.c usart/udrdy.c \ usart/ugetc.c usart/ugets.c usart/uopen.c usart/uputc.c \ usart/uputs.c usart/usartd.c libio18f2450_a_CFLAGS = -p18f2450 $(AM_CFLAGS) libio18f2455_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2455_a_CFLAGS = -p18f2455 $(AM_CFLAGS) libio18f248_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f248_a_CFLAGS = -p18f248 $(AM_CFLAGS) libio18f2480_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2480_a_CFLAGS = -p18f2480 $(AM_CFLAGS) libio18f24j10_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f24j10_a_CFLAGS = -p18f24j10 $(AM_CFLAGS) libio18f24k20_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f24k20_a_CFLAGS = -p18f24k20 $(AM_CFLAGS) libio18f2510_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2510_a_CFLAGS = -p18f2510 $(AM_CFLAGS) libio18f2515_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2515_a_CFLAGS = -p18f2515 $(AM_CFLAGS) libio18f252_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f252_a_CFLAGS = -p18f252 $(AM_CFLAGS) libio18f2520_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2520_a_CFLAGS = -p18f2520 $(AM_CFLAGS) libio18f2523_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2523_a_CFLAGS = -p18f2523 $(AM_CFLAGS) libio18f2525_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2525_a_CFLAGS = -p18f2525 $(AM_CFLAGS) libio18f2550_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2550_a_CFLAGS = -p18f2550 $(AM_CFLAGS) libio18f258_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f258_a_CFLAGS = -p18f258 $(AM_CFLAGS) libio18f2580_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2580_a_CFLAGS = -p18f2580 $(AM_CFLAGS) libio18f2585_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2585_a_CFLAGS = -p18f2585 $(AM_CFLAGS) libio18f25j10_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f25j10_a_CFLAGS = -p18f25j10 $(AM_CFLAGS) libio18f25k20_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f25k20_a_CFLAGS = -p18f25k20 $(AM_CFLAGS) libio18f2610_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2610_a_CFLAGS = -p18f2610 $(AM_CFLAGS) libio18f2620_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2620_a_CFLAGS = -p18f2620 $(AM_CFLAGS) libio18f2680_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2680_a_CFLAGS = -p18f2680 $(AM_CFLAGS) libio18f2682_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2682_a_CFLAGS = -p18f2682 $(AM_CFLAGS) libio18f2685_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f2685_a_CFLAGS = -p18f2685 $(AM_CFLAGS) libio18f26k20_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f26k20_a_CFLAGS = -p18f26k20 $(AM_CFLAGS) libio18f4220_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4220_a_CFLAGS = -p18f4220 $(AM_CFLAGS) libio18f4221_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4221_a_CFLAGS = -p18f4221 $(AM_CFLAGS) libio18f4320_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4320_a_CFLAGS = -p18f4320 $(AM_CFLAGS) libio18f4321_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4321_a_CFLAGS = -p18f4321 $(AM_CFLAGS) libio18f4331_a_SOURCES = dummy.c usart/ubaud.c usart/ubusy.c \ usart/uclose.c usart/udrdy.c usart/ugetc.c usart/ugets.c \ usart/uopen.c usart/uputc.c usart/uputs.c usart/usartd.c libio18f4331_a_CFLAGS = -p18f4331 $(AM_CFLAGS) libio18f43k20_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f43k20_a_CFLAGS = -p18f43k20 $(AM_CFLAGS) libio18f4410_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4410_a_CFLAGS = -p18f4410 $(AM_CFLAGS) libio18f442_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f442_a_CFLAGS = -p18f442 $(AM_CFLAGS) libio18f4420_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4420_a_CFLAGS = -p18f4420 $(AM_CFLAGS) libio18f4423_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4423_a_CFLAGS = -p18f4423 $(AM_CFLAGS) libio18f4431_a_SOURCES = dummy.c usart/ubaud.c usart/ubusy.c \ usart/uclose.c usart/udrdy.c usart/ugetc.c usart/ugets.c \ usart/uopen.c usart/uputc.c usart/uputs.c usart/usartd.c libio18f4431_a_CFLAGS = -p18f4431 $(AM_CFLAGS) libio18f4450_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ usart/ubaud.c usart/ubusy.c usart/uclose.c usart/udrdy.c \ usart/ugetc.c usart/ugets.c usart/uopen.c usart/uputc.c \ usart/uputs.c usart/usartd.c libio18f4450_a_CFLAGS = -p18f4450 $(AM_CFLAGS) libio18f4455_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4455_a_CFLAGS = -p18f4455 $(AM_CFLAGS) libio18f448_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f448_a_CFLAGS = -p18f448 $(AM_CFLAGS) libio18f4480_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4480_a_CFLAGS = -p18f4480 $(AM_CFLAGS) libio18f44j10_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f44j10_a_CFLAGS = -p18f44j10 $(AM_CFLAGS) libio18f44k20_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f44k20_a_CFLAGS = -p18f44k20 $(AM_CFLAGS) libio18f4510_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4510_a_CFLAGS = -p18f4510 $(AM_CFLAGS) libio18f4515_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4515_a_CFLAGS = -p18f4515 $(AM_CFLAGS) libio18f452_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f452_a_CFLAGS = -p18f452 $(AM_CFLAGS) libio18f4520_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4520_a_CFLAGS = -p18f4520 $(AM_CFLAGS) libio18f4523_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4523_a_CFLAGS = -p18f4523 $(AM_CFLAGS) libio18f4525_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4525_a_CFLAGS = -p18f4525 $(AM_CFLAGS) libio18f4550_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4550_a_CFLAGS = -p18f4550 $(AM_CFLAGS) libio18f458_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f458_a_CFLAGS = -p18f458 $(AM_CFLAGS) libio18f4580_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4580_a_CFLAGS = -p18f4580 $(AM_CFLAGS) libio18f4585_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4585_a_CFLAGS = -p18f4585 $(AM_CFLAGS) libio18f45j10_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f45j10_a_CFLAGS = -p18f45j10 $(AM_CFLAGS) libio18f45k20_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f45k20_a_CFLAGS = -p18f45k20 $(AM_CFLAGS) libio18f4610_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4610_a_CFLAGS = -p18f4610 $(AM_CFLAGS) libio18f4620_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4620_a_CFLAGS = -p18f4620 $(AM_CFLAGS) libio18f4680_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4680_a_CFLAGS = -p18f4680 $(AM_CFLAGS) libio18f4682_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4682_a_CFLAGS = -p18f4682 $(AM_CFLAGS) libio18f4685_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f4685_a_CFLAGS = -p18f4685 $(AM_CFLAGS) libio18f46k20_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f46k20_a_CFLAGS = -p18f46k20 $(AM_CFLAGS) libio18f6520_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f6520_a_CFLAGS = -p18f6520 $(AM_CFLAGS) libio18f6585_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f6585_a_CFLAGS = -p18f6585 $(AM_CFLAGS) libio18f65j50_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f65j50_a_CFLAGS = -p18f65j50 $(AM_CFLAGS) libio18f6620_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f6620_a_CFLAGS = -p18f6620 $(AM_CFLAGS) libio18f6680_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f6680_a_CFLAGS = -p18f6680 $(AM_CFLAGS) libio18f66j50_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f66j50_a_CFLAGS = -p18f66j50 $(AM_CFLAGS) libio18f66j55_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f66j55_a_CFLAGS = -p18f66j55 $(AM_CFLAGS) libio18f66j60_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f66j60_a_CFLAGS = -p18f66j60 $(AM_CFLAGS) libio18f66j65_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f66j65_a_CFLAGS = -p18f66j65 $(AM_CFLAGS) libio18f6720_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f6720_a_CFLAGS = -p18f6720 $(AM_CFLAGS) libio18f67j50_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f67j50_a_CFLAGS = -p18f67j50 $(AM_CFLAGS) libio18f67j60_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f67j60_a_CFLAGS = -p18f67j60 $(AM_CFLAGS) libio18f8520_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f8520_a_CFLAGS = -p18f8520 $(AM_CFLAGS) libio18f8585_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f8585_a_CFLAGS = -p18f8585 $(AM_CFLAGS) libio18f85j50_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f85j50_a_CFLAGS = -p18f85j50 $(AM_CFLAGS) libio18f8620_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f8620_a_CFLAGS = -p18f8620 $(AM_CFLAGS) libio18f8680_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f8680_a_CFLAGS = -p18f8680 $(AM_CFLAGS) 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libio18f86j55_a_CFLAGS = -p18f86j55 $(AM_CFLAGS) libio18f86j60_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ usart/uputc.c usart/uputs.c usart/usartd.c libio18f86j60_a_CFLAGS = -p18f86j60 $(AM_CFLAGS) libio18f86j65_a_SOURCES = dummy.c adc/adcbusy.c adc/adcclose.c \ adc/adcconv.c adc/adcopen.c adc/adcread.c adc/adcsetch.c \ i2c/i2cack.c i2c/i2cclose.c i2c/i2cdrdy.c i2c/i2cidle.c \ i2c/i2cnack.c i2c/i2copen.c i2c/i2creadc.c i2c/i2creads.c \ i2c/i2crestart.c i2c/i2cstart.c i2c/i2cstop.c i2c/i2cwritec.c \ i2c/i2cwrites.c usart/ubaud.c usart/ubusy.c usart/uclose.c \ usart/udrdy.c usart/ugetc.c usart/ugets.c usart/uopen.c \ 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$$subdir"; \ (cd $$subdir && $(MAKE) $(AM_MAKEFLAGS) $@); \ done # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: sdcc-2.9.0/device/lib/pic16/libio/adc.ignore000066400000000000000000000000241116427777700204360ustar00rootroot000000000000002331 2431 4331 4431 sdcc-2.9.0/device/lib/pic16/libio/adc/000077500000000000000000000000001116427777700172355ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libio/adc/adcbusy.c000066400000000000000000000025751116427777700210440ustar00rootroot00000000000000 /* * adcbusy - check whether the AD module is busy * * written by Vangelis Rokas, 2004 * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #include #include char adc_busy(void) __naked { #if defined(__SDCC_ADC_STYLE65J50) WDTCONbits.ADSHR = 0; /* access ADCON0/1 */ #endif #if 0 return (ADCON0bits.GO); #else __asm movlw 0x00 #if defined(__SDCC_ADC_STYLE242) btfsc _ADCON0bits, 2 #elif defined(__SDCC_ADC_STYLE1220) \ || defined(__SDCC_ADC_STYLE2220) \ || defined(__SDCC_ADC_STYLE65J50) btfsc _ADCON0bits, 1 #else /* unsupported ADC style */ #error Unsupported ADC style. #endif addlw 0x01 return __endasm; #endif } sdcc-2.9.0/device/lib/pic16/libio/adc/adcclose.c000066400000000000000000000020051116427777700211530ustar00rootroot00000000000000 /* * adcclose - shutdown AD module * * written by Vangelis Rokas, 2004 * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #include #include void adc_close(void) { #if defined(__SDCC_ADC_STYLE65J50) WDTCONbits.ADSHR = 0; /* access ADCON0/1 */ #endif ADCON0bits.ADON = 0; PIE1bits.ADIE = 0; } sdcc-2.9.0/device/lib/pic16/libio/adc/adcconv.c000066400000000000000000000017541116427777700210250ustar00rootroot00000000000000 /* * adcconv - begin a conversion * * written by Vangelis Rokas, 2004 * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #include #include void adc_conv(void) { #if defined(__SDCC_ADC_STYLE65J50) WDTCONbits.ADSHR = 0; /* access ADCON0/1 */ #endif ADCON0bits.GO = 1; } sdcc-2.9.0/device/lib/pic16/libio/adc/adcopen.c000066400000000000000000000052601116427777700210150ustar00rootroot00000000000000 /* * adcopen - initialize AD module * * written by Vangelis Rokas, 2004 * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #include #include /* * parameters are: * channel: one of ADC_CHN_* * fosc: one of ADC_FOSC_* | ADC_ACQT_* | ADC_CAL * pcfg: one of ADC_CFG_* (a bitmask with set bits denoting digital ports for 1220/65j50-style) * config: ADC_FRM_* | ADC_INT_* | ADC_VCFG_* */ #if defined(__SDCC_ADC_STYLE65J50) void adc_open(unsigned char channel, unsigned char fosc, unsigned int pcfg, unsigned char config) #else void adc_open(unsigned char channel, unsigned char fosc, unsigned char pcfg, unsigned char config) #endif { /* disable ADC */ #if defined(__SDCC_ADC_STYLE65J50) WDTCONbits.ADSHR = 0; /* access ADCON0/1 */ #endif ADCON0 = 0; #if defined(__SDCC_ADC_STYLE242) ADCON0 = ((channel & 0x07) << 3) | ((fosc & 0x03) << 6); ADCON1 = (pcfg & 0x0f) | (config & ADC_FRM_RJUST); if (fosc & 0x04) { ADCON1bits.ADCS2 = 1; } #elif defined (__SDCC_ADC_STYLE1220) ADCON0 = ((channel & 0x07) | (config & ADC_VCFG_AN3_AN2)) << 2; ADCON1 = (pcfg & 0x7f); ADCON2 = (ADCON2 & 0x38) | (fosc & 0x07) | (config & ADC_FRM_RJUST); #elif defined(__SDCC_ADC_STYLE2220) ADCON0 = (channel & 0x0f) << 2; /* XXX: Should be (pcfg & 0x0f) as VCFG comes from config, * but we retain compatibility for now ... */ ADCON1 = (pcfg & 0x3f) | (config & ADC_VCFG_AN3_AN2); ADCON2 = (ADCON2 & 0x38) | (fosc & 0x07) | (config & ADC_FRM_RJUST); #elif defined(__SDCC_ADC_STYLE65J50) WDTCONbits.ADSHR = 1; /* access ANCON0/1 */ ANCON0 = pcfg; ANCON1 = (pcfg >> 8); WDTCONbits.ADSHR = 0; /* access ADCON0/1 */ ADCON0 = ((channel & 0x0f) << 2) | ((config & ADC_VCFG_AN3_AN2) << 2); ADCON1 = (config & ADC_FRM_RJUST) | (fosc & 0x7f); #else /* unsupported ADC style */ #error Unsupported ADC style. #endif if (config & ADC_INT_ON) { PIR1bits.ADIF = 0; PIE1bits.ADIE = 1; INTCONbits.PEIE = 1; } /* enable the A/D module */ ADCON0bits.ADON = 1; } sdcc-2.9.0/device/lib/pic16/libio/adc/adcread.c000066400000000000000000000017461116427777700207740ustar00rootroot00000000000000 /* * adcread - read value of convertion * * written by Vangelis Rokas, 2004 * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #include #include int adc_read(void) __naked { __asm movff _ADRESH, _PRODL movf _ADRESL, w return __endasm; } sdcc-2.9.0/device/lib/pic16/libio/adc/adcsetch.c000066400000000000000000000026311116427777700211610ustar00rootroot00000000000000 /* * adcsetch - select convertion channel * * written by Vangelis Rokas, 2004 * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #include #include void adc_setchannel(unsigned char channel) { #if defined(__SDCC_ADC_STYLE242) ADCON0 = (ADCON0 & ~(0x07 << 3)) | ((channel & 0x07) << 3); #elif defined(__SDCC_ADC_STYLE1220) ADCON0 = (ADCON0 & ~(0x07 << 2)) | ((channel & 0x07) << 2); #elif defined(__SDCC_ADC_STYLE2220) ADCON0 = (ADCON0 & ~(0x0f << 2)) | ((channel & 0x0f) << 2); #elif defined(__SDCC_ADC_STYLE65J50) WDTCONbits.ADSHR = 0; /* access ADCON0/1 */ ADCON0 = (ADCON0 & ~(0x0f << 2)) | ((channel & 0x0f) << 2); #else /* unsupported ADC style */ #error Unsupported ADC style. #endif } sdcc-2.9.0/device/lib/pic16/libio/dummy.c000066400000000000000000000000231116427777700200000ustar00rootroot00000000000000static int __foo; sdcc-2.9.0/device/lib/pic16/libio/i2c.ignore000066400000000000000000000000521116427777700203650ustar00rootroot000000000000001220 1320 2331 2431 2450 4331 4431 4450 sdcc-2.9.0/device/lib/pic16/libio/i2c/000077500000000000000000000000001116427777700171635ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libio/i2c/i2cack.c000066400000000000000000000001661116427777700204660ustar00rootroot00000000000000 #include #include void i2c_ack(void) { SSPCON2bits.ACKDT = 0; SSPCON2bits.ACKEN = 1; } sdcc-2.9.0/device/lib/pic16/libio/i2c/i2cclose.c000066400000000000000000000001311116427777700210250ustar00rootroot00000000000000 #include #include void i2c_close(void) { SSPCON1 &= 0xdf; } sdcc-2.9.0/device/lib/pic16/libio/i2c/i2cdrdy.c000066400000000000000000000002021116427777700206610ustar00rootroot00000000000000 #include #include unsigned char i2c_drdy(void) { if(SSPSTATbits.BF)return (+1); else return (0); } sdcc-2.9.0/device/lib/pic16/libio/i2c/i2cidle.c000066400000000000000000000001631116427777700206420ustar00rootroot00000000000000 #include #include void i2c_idle(void) { while((SSPCON2 & 0x1f) | (SSPSTATbits.R_W)); } sdcc-2.9.0/device/lib/pic16/libio/i2c/i2cnack.c000066400000000000000000000001661116427777700206440ustar00rootroot00000000000000 #include #include void i2c_nack(void) { SSPCON2bits.ACKDT = 1; SSPCON2bits.ACKEN = 1; } sdcc-2.9.0/device/lib/pic16/libio/i2c/i2copen.c000066400000000000000000000013321116427777700206650ustar00rootroot00000000000000 #include #include void i2c_open(unsigned char mode, unsigned char slew, unsigned char addr_brd) { SSPSTAT &= 0x3f; SSPCON1 = 0; SSPCON2 = 0; SSPCON1 |= mode; SSPSTAT |= slew; #if defined(pic18f2455) || defined (pic18f2550) \ || defined(pic18f4455) || defined (pic18f4550) \ || defined(pic18f66j60) || defined(pic18f66j65) || defined(pic18f67j60) \ || defined(pic18f86j60) || defined(pic18f86j65) || defined(pic18f87j60) \ || defined(pic18f96j60) || defined(pic18f96j65) || defined(pic18f97j60) TRISBbits.TRISB1 = 1; TRISBbits.TRISB0 = 1; #else /* all other devices */ TRISCbits.TRISC3 = 1; TRISCbits.TRISC2 = 1; #endif SSPADD = addr_brd; SSPCON1 |= 0x20; } sdcc-2.9.0/device/lib/pic16/libio/i2c/i2creadc.c000066400000000000000000000002261116427777700210030ustar00rootroot00000000000000 #include #include unsigned char i2c_readchar(void) { SSPCON2bits.RCEN = 1; while( !I2C_DRDY() ); return ( SSPBUF ); } sdcc-2.9.0/device/lib/pic16/libio/i2c/i2creads.c000066400000000000000000000006121116427777700210220ustar00rootroot00000000000000 #include #include char i2c_readstr(_I2CPARAM_SPEC unsigned char *ptr, unsigned char len) { unsigned char count=0; while( len-- ) { *ptr++ = i2c_readchar(); while(SSPCON2bits.RCEN) { if(PIR2bits.BCLIF)return (-1); count++; if(len) { I2C_ACK(); while(SSPCON2bits.ACKEN); } } } return count; } sdcc-2.9.0/device/lib/pic16/libio/i2c/i2crestart.c000066400000000000000000000001371116427777700214120ustar00rootroot00000000000000 #include #include void i2c_restart(void) { SSPCON2bits.RSEN = 1; } sdcc-2.9.0/device/lib/pic16/libio/i2c/i2cstart.c000066400000000000000000000001341116427777700210600ustar00rootroot00000000000000 #include #include void i2c_start(void) { SSPCON2bits.SEN = 1; } sdcc-2.9.0/device/lib/pic16/libio/i2c/i2cstop.c000066400000000000000000000001331116427777700207070ustar00rootroot00000000000000 #include #include void i2c_stop(void) { SSPCON2bits.PEN = 1; } sdcc-2.9.0/device/lib/pic16/libio/i2c/i2cwritec.c000066400000000000000000000003061116427777700212210ustar00rootroot00000000000000 #include #include char i2c_writechar(unsigned char dat) { SSPBUF = dat; if( SSPCON1bits.WCOL ) { return -1; } else { while( I2C_DRDY() ); return 0; } } sdcc-2.9.0/device/lib/pic16/libio/i2c/i2cwrites.c000066400000000000000000000010161116427777700212400ustar00rootroot00000000000000 #include #include char i2c_writestr(unsigned char *ptr) { while( *ptr ) { if( SSPCON1bits.SSPM3 ) { if(i2c_writechar( *ptr )) { return (-3); } I2C_IDLE(); if( SSPCON2bits.ACKSTAT ) { return (-2); } } else { PIR1bits.SSPIF = 0; SSPBUF = *ptr; SSPCON1bits.CKP = 1; while( !PIR1bits.SSPIF ); if((!SSPSTATbits.R_W) && ( !SSPSTATbits.BF )) { return (-2); } } ptr++; } return 0; } sdcc-2.9.0/device/lib/pic16/libio/mkmk.sh000077500000000000000000000035161116427777700200110ustar00rootroot00000000000000#!/bin/sh # # Script to generate Makefile.am, # execute in device/lib/pic16/libio/ with no arguments. # # Written by Raphael Neider # # Released under the terms of the GPL v2. # cat <>${arch}<<" >&2; cat < /dev/null 2>&1 && { echo "No adc." >&2 ; } || cat < /dev/null 2>&1 && { echo "No i2c." >&2 ; } || cat < /dev/null 2>&1 && { echo "No usart." >&2 ; } || cat < * * Devices implemented: * PIC18F[24][45][28] * * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * * $Id: ubaud.c 3835 2005-08-07 20:09:11Z tecodev $ */ #include #include void usart_baud(unsigned char baudconfig) __wparam { SPBRG = baudconfig; } sdcc-2.9.0/device/lib/pic16/libio/usart/ubusy.c000066400000000000000000000022541116427777700211620ustar00rootroot00000000000000 /* * ubusy - return USART TX state * * written by Vangelis Rokas, 2004 * * Devices implemented: * PIC18F[24][45][28] * * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * * $Id: ubusy.c 3714 2005-04-02 13:13:53Z vrokas $ */ #include #include unsigned char usart_busy(void) __naked { #if 0 if(!TXSTAbits.TRMT)return 1; else return 0; #else __asm movlw 0x00 btfss _TXSTAbits, 1 addlw 0x01 return __endasm; #endif } sdcc-2.9.0/device/lib/pic16/libio/usart/uclose.c000066400000000000000000000020531116427777700213020ustar00rootroot00000000000000 /* * uclose - shutdown USART module * * written by Vangelis Rokas, 2004 * * Devices implemented: * PIC18F[24][45][28] * * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * * $Id: uclose.c 3711 2005-03-31 16:25:17Z vrokas $ */ #include #include void usart_close(void) { RCSTA &= 0x4f; TXSTAbits.TXEN = 0; PIE1 &= 0xcf; } sdcc-2.9.0/device/lib/pic16/libio/usart/udrdy.c000066400000000000000000000022601116427777700211370ustar00rootroot00000000000000 /* * udrdy - return 1 is data is received * * written by Vangelis Rokas, 2004 * * Devices implemented: * PIC18F[24][45][28] * * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * * $Id: udrdy.c 3714 2005-04-02 13:13:53Z vrokas $ */ #include #include unsigned char usart_drdy(void) __naked { #if 0 if(PIR1bits.RCIF)return 1; else return 0; #else __asm movlw 0x00 btfsc _PIR1bits, 5 addlw 0x01 return __endasm; #endif } sdcc-2.9.0/device/lib/pic16/libio/usart/ugetc.c000066400000000000000000000024561116427777700211260ustar00rootroot00000000000000 /* * ugetc - get received character * * written by Vangelis Rokas, 2004 * * Devices implemented: * PIC18F[24][45][28] * * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * * $Id: ugetc.c 3711 2005-03-31 16:25:17Z vrokas $ */ #include #include extern union USART USART_Status; unsigned char usart_getc(void) { USART_Status.val &= 0xf0; if(RCSTAbits.RX9) { USART_Status.RX_NINE = 0; if(RCSTAbits.RX9D) USART_Status.RX_NINE = 1; } if(RCSTAbits.FERR) USART_Status.FRAME_ERROR = 1; if(RCSTAbits.OERR) USART_Status.OVERRUN_ERROR = 1; return (RCREG); } sdcc-2.9.0/device/lib/pic16/libio/usart/ugets.c000066400000000000000000000023531116427777700211420ustar00rootroot00000000000000 /* * ugets - read string from USART * * written by Vangelis Rokas, 2004 * * Devices implemented: * PIC18F[24][45][28] * * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * * $Id: ugets.c 3711 2005-03-31 16:25:17Z vrokas $ */ #include #include void usart_gets(RAM_SCLS char *buffer, unsigned char len) { unsigned char i; unsigned char dat; for(i=0;i * * Devices implemented: * PIC18F[24][45][28] * * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * * $Id: uopen.c 5195 2008-06-21 21:36:29Z tecodev $ */ #include #include // USART Status Structure extern union USART USART_Status; void usart_open(unsigned char config, unsigned int spbrg) __wparam { TXSTA = 0; // Reset USART registers to POR state RCSTA = 0; if(config&0x01)TXSTAbits.SYNC = 1; if(config&0x02) { TXSTAbits.TX9 = 1; RCSTAbits.RX9 = 1; } if(config&0x04)TXSTAbits.CSRC = 1; if(config&0x08)RCSTAbits.CREN = 1; else RCSTAbits.SREN = 1; if(config&0x10)TXSTAbits.BRGH = 1; else TXSTAbits.BRGH = 0; /* TX interrupts */ #if defined(pic18f66j60) || defined(pic18f66j65) || \ defined(pic18f67j60) || defined(pic18f86j60) || \ defined(pic18f86j65) || defined(pic18f87j60) || \ defined(pic18f96j60) || defined(pic18f96j65) || \ defined(pic18f97j60) PIR1bits.TXIF_PIR1 = 0; #else /* all other devices */ PIR1bits.TXIF = 0; #endif if(config&0x40)PIE1bits.RCIE = 1; else PIE1bits.RCIE = 0; /* RX interrupts */ PIR1bits.RCIF = 0; #if defined(pic18f66j60) || defined(pic18f66j65) || \ defined(pic18f67j60) || defined(pic18f86j60) || \ defined(pic18f86j65) || defined(pic18f87j60) || \ defined(pic18f96j60) || defined(pic18f96j65) || \ defined(pic18f97j60) if(config&0x80)PIE1bits.TXIE_PIE1 = 1; else PIE1bits.TXIE_PIE1 = 0; #else /* all other devices */ if(config&0x80)PIE1bits.TXIE = 1; else PIE1bits.TXIE = 0; #endif SPBRG = (char)spbrg; TXSTAbits.TXEN = 1; RCSTAbits.SPEN = 1; } sdcc-2.9.0/device/lib/pic16/libio/usart/uputc.c000066400000000000000000000027361116427777700211600ustar00rootroot00000000000000 /* * uputc - write a character to USART * * written by Vangelis Rokas, 2004 * * Devices implemented: * PIC18F[24][45][28] * * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * * $Id: uputc.c 3714 2005-04-02 13:13:53Z vrokas $ */ #include #include extern union USART USART_Status; void usart_putc(unsigned char dat) __wparam __naked { #if 0 if(TXSTAbits.TX9) { TXSTAbits.TX9D = 0; if(USART_Status.TX_NINE)TXSTAbits.TX9D = 1; } TXREG = dat; // Write the data byte to the USART #else dat; __asm btfss _TXSTAbits, 6 bra _01_ bcf _TXSTAbits, 0 banksel _USART_Status btfsc _USART_Status, 1, b bsf _TXSTAbits, 0 _01_: movwf _TXREG return __endasm; #endif } sdcc-2.9.0/device/lib/pic16/libio/usart/uputs.c000066400000000000000000000021051116427777700211660ustar00rootroot00000000000000 /* * uputs - put a string to USART * * written by Vangelis Rokas, 2004 * * Devices implemented: * PIC18F[24][45][28] * * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * * $Id: uputs.c 3711 2005-03-31 16:25:17Z vrokas $ */ #include #include void usart_puts(char *dat) { do { while( usart_busy() ); usart_putc( *dat ); } while( *dat++ ); } sdcc-2.9.0/device/lib/pic16/libio/usart/usartd.c000066400000000000000000000017671116427777700213250ustar00rootroot00000000000000 /* * usartd - status variable definition * * written by Vangelis Rokas, 2004 * * Devices implemented: * PIC18F[24][45][28] * * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * * $Id: usartd.c 3711 2005-03-31 16:25:17Z vrokas $ */ #include #include union USART USART_Status; sdcc-2.9.0/device/lib/pic16/libm/000077500000000000000000000000001116427777700163335ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libm/Makefile.am000066400000000000000000000016701116427777700203730ustar00rootroot00000000000000## Makefile.am -- Process this file with automake to produce Makefile.in lib_LIBRARIES = libm18f.a libm18f_a_SOURCES = libm18f_a_SOURCES += acosf.c libm18f_a_SOURCES += asincosf.c libm18f_a_SOURCES += asinf.c libm18f_a_SOURCES += atan2f.c libm18f_a_SOURCES += atanf.c libm18f_a_SOURCES += ceilf.c libm18f_a_SOURCES += cosf.c libm18f_a_SOURCES += coshf.c libm18f_a_SOURCES += cotf.c libm18f_a_SOURCES += errno.c libm18f_a_SOURCES += expf.c libm18f_a_SOURCES += fabsf.c libm18f_a_SOURCES += floorf.c libm18f_a_SOURCES += frexpf.c libm18f_a_SOURCES += ldexpf.c libm18f_a_SOURCES += log10f.c libm18f_a_SOURCES += logf.c libm18f_a_SOURCES += modff.c libm18f_a_SOURCES += powf.c libm18f_a_SOURCES += sincosf.c libm18f_a_SOURCES += sincoshf.c libm18f_a_SOURCES += sinf.c libm18f_a_SOURCES += sinhf.c libm18f_a_SOURCES += sqrtf.c libm18f_a_SOURCES += tancotf.c libm18f_a_SOURCES += tanf.c libm18f_a_SOURCES += tanhf.c include $(top_srcdir)/Makefile.common sdcc-2.9.0/device/lib/pic16/libm/Makefile.in000066400000000000000000000374731116427777700204160ustar00rootroot00000000000000# Makefile.in generated by automake 1.10 from Makefile.am. # @configure_input@ # Copyright (C) 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, # 2003, 2004, 2005, 2006 Free Software Foundation, Inc. # This Makefile.in is free software; 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This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: acosf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include float asincosf(const float x, const int isacos); float acosf(const float x) _MATH_REENTRANT { if(x== 1.0) return 0.0; else if(x==-1.0) return PI; else if(x== 0.0) return HALF_PI; return asincosf(x,1); } sdcc-2.9.0/device/lib/pic16/libm/asincosf.c000066400000000000000000000043251116427777700203100ustar00rootroot00000000000000/* asincosf.c: Computes asin or acos of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: asincosf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include #define P1 0.933935835E+0 #define P2 -0.504400557E+0 #define Q0 0.560363004E+1 #define Q1 -0.554846723E+1 #define Q2 0.100000000E+1 #define P(g) (P2*g+P1) #define Q(g) ((Q2*g+Q1)*g+Q0) #ifdef SDCC_mcs51 #define myconst code #else #define myconst const #endif float asincosf(const float x, const int isacos) { float y, g, r; int i; static myconst float a[2]={ 0.0, QUART_PI }; static myconst float b[2]={ HALF_PI, QUART_PI }; y=fabsf(x); i=isacos; if (y < EPS) r=y; else { if (y > 0.5) { i=1-i; if (y > 1.0) { errno=EDOM; return 0.0; } g=(0.5-y)+0.5; g=ldexpf(g,-1); y=sqrtf(g); y=-(y+y); } else { g=y*y; } r=y+y*((P(g)*g)/Q(g)); } if (isacos) { if (x < 0.0) r=(b[i]+r)+b[i]; else r=(a[i]-r)+a[i]; } else { r=(a[i]+r)+a[i]; if (x<0.0) r=-r; } return r; } sdcc-2.9.0/device/lib/pic16/libm/asinf.c000066400000000000000000000022611116427777700176000ustar00rootroot00000000000000/* asinf.c: Computes asin(x) Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: asinf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include float asincosf(const float x, const int isacos); float asinf(const float x) _MATH_REENTRANT { if(x== 1.0) return HALF_PI; else if(x==-1.0) return -HALF_PI; else if(x== 0.0) return 0.0; else return asincosf(x,0); } sdcc-2.9.0/device/lib/pic16/libm/atan2f.c000066400000000000000000000025011116427777700176500ustar00rootroot00000000000000/* atan2f.c: Computes atan2(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: atan2f.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include float atan2f(const float x, const float y) { float r; if ((x==0.0) && (y==0.0)) { errno=EDOM; return 0.0; } if(fabsf(y)>=fabsf(x)) { r=atanf(x/y); if(y<0.0) r+=(x>=0?PI:-PI); } else { r=-atanf(y/x); r+=(x<0.0?-HALF_PI:HALF_PI); } return r; } sdcc-2.9.0/device/lib/pic16/libm/atanf.c000066400000000000000000000041561116427777700175760ustar00rootroot00000000000000/* atanf.c: Computes arctan of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: atanf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include #define P0 -0.4708325141E+0 #define P1 -0.5090958253E-1 #define Q0 0.1412500740E+1 #define Q1 0.1000000000E+1 #define P(g,f) ((P1*g+P0)*g*f) #define Q(g) (Q1*g+Q0) #define K1 0.2679491924 /* 2-sqrt(3) */ #define K2 0.7320508076 /* sqrt(3)-1 */ #define K3 1.7320508076 /* sqrt(3) */ #ifdef SDCC_mcs51 #define myconst code #else #define myconst const #endif float atanf(const float x) _MATH_REENTRANT { float f, r, g; int n=0; static myconst float a[]={ 0.0, 0.5235987756, 1.5707963268, 1.0471975512 }; f=fabsf(x); if(f>1.0) { f=1.0/f; n=2; } if(f>K1) { f=((K2*f-1.0)+f)/(K3+f); // What it is actually wanted is this more accurate formula, // but SDCC optimizes it and then it does not work: // f=(((K2*f-0.5)-0.5)+f)/(K3+f); n++; } if(fabsf(f)1) r=-r; r+=a[n]; if(x<0.0) r=-r; return r; } sdcc-2.9.0/device/lib/pic16/libm/ceilf.c000066400000000000000000000021401116427777700175560ustar00rootroot00000000000000/* ceilf.c: Returns the integer larger or equal than x Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: ceilf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include float ceilf(float x) _MATH_REENTRANT { long r; r=x; if (r<0) return r; else return (r+((r float sincosf(float x, int iscos); float cosf(float x) _MATH_REENTRANT { if (x==0.0) return 1.0; return sincosf(x, 1); } sdcc-2.9.0/device/lib/pic16/libm/coshf.c000066400000000000000000000021271116427777700176030ustar00rootroot00000000000000/* coshf.c: Computes cosh(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: coshf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include float sincoshf(const float x, const int iscosh); float coshf(const float x) _MATH_REENTRANT { return sincoshf(x, 1); } sdcc-2.9.0/device/lib/pic16/libm/cotf.c000066400000000000000000000024611116427777700174350ustar00rootroot00000000000000/* cotf.c: Computes cot(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: cotf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include float tancotf(const float x, const int iscot); float cotf(const float x) _MATH_REENTRANT { float y; y=fabsf(x); if (y<1.0E-30) //This one requires more thinking... { errno = ERANGE; if (x<0.0) return -XMAX; else return XMAX; } return tancotf(x, 1); } sdcc-2.9.0/device/lib/pic16/libm/errno.c000066400000000000000000000017631116427777700176330ustar00rootroot00000000000000/*------------------------------------------------------------------------- errno.c :- just declares errno as a variable This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ /* ** $Id: errno.c 3654 2005-01-24 10:38:53Z vrokas $ */ int errno; sdcc-2.9.0/device/lib/pic16/libm/expf.c000066400000000000000000000041521116427777700174430ustar00rootroot00000000000000/* expf.c: Computes e**x of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: expf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include #define P0 0.2499999995E+0 #define P1 0.4160288626E-2 #define Q0 0.5000000000E+0 #define Q1 0.4998717877E-1 #define P(z) ((P1*z)+P0) #define Q(z) ((Q1*z)+Q0) #define C1 0.693359375 #define C2 -2.1219444005469058277e-4 #define BIGX 88.72283911 /* ln(XMAX) */ #define EXPEPS 1.0E-7 /* exp(1.0E-7)=0.0000001 */ #define K1 1.4426950409 /* 1/ln(2) */ float expf(const float x) { int n; float xn, g, r, z, y; char sign; if(x>=0.0) { y=x; sign=0; } else { y=-x; sign=1; } if(yBIGX) { if(sign) { errno=ERANGE; return XMAX; } else { return 0.0; } } z=y*K1; n=z; if(n<0) --n; if(z-n>=0.5) ++n; xn=n; g=((y-xn*C1))-xn*C2; z=g*g; r=P(z)*g; r=0.5+(r/(Q(z)-r)); n++; z=ldexpf(r, n); if(sign) return 1.0/z; else return z; } sdcc-2.9.0/device/lib/pic16/libm/fabsf.c000066400000000000000000000021601116427777700175570ustar00rootroot00000000000000/* fabsf.c: Returns the absolute value of a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: fabsf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include float fabsf(const float x) _MATH_REENTRANT { union float_long fl; fl.f = x; fl.l &= 0x7fffffff; return fl.f; } sdcc-2.9.0/device/lib/pic16/libm/floorf.c000066400000000000000000000021471116427777700177720ustar00rootroot00000000000000/* floorf.c: Returns the integer smaller or equal than x Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: floorf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include float floorf (float x) _MATH_REENTRANT { long r; r=x; if (r<=0) return (r+((r>x)?-1:0)); else return r; } sdcc-2.9.0/device/lib/pic16/libm/frexpf.c000066400000000000000000000025041116427777700177720ustar00rootroot00000000000000/* frexpf.c: Returns the exponent and mantisa of a 32 bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: frexpf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include float frexpf(const float x, int *pw2) { union float_long fl; long int i; fl.f=x; /* Find the exponent (power of 2) */ i = ( fl.l >> 23) & 0x000000ff; i -= 0x7e; *pw2 = i; fl.l &= 0x807fffff; /* strip all exponent bits */ fl.l |= 0x3f000000; /* mantissa between 0.5 and 1 */ return(fl.f); } sdcc-2.9.0/device/lib/pic16/libm/ldexpf.c000066400000000000000000000023071116427777700177630ustar00rootroot00000000000000/* ldexpf.c: Build a float from a mantisa and exponent. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: ldexpf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include float ldexpf(const float x, const int pw2) { union float_long fl; long e; fl.f = x; e=(fl.l >> 23) & 0x000000ff; e+=pw2; fl.l= ((e & 0xff) << 23) | (fl.l & 0x807fffff); return(fl.f); } sdcc-2.9.0/device/lib/pic16/libm/log10f.c000066400000000000000000000021011116427777700175610ustar00rootroot00000000000000/* log10f.c: Computes the base 10 log of a 32 bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: log10f.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include float log10f(const float x) _MATH_REENTRANT { return logf(x)*0.4342944819; } sdcc-2.9.0/device/lib/pic16/libm/logf.c000066400000000000000000000036751116427777700174410ustar00rootroot00000000000000/* logf.c: Computes the natural log of a 32 bit float as outlined in [1]. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: logf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include /*Constans for 24 bits or less (8 decimal digits)*/ #define A0 -0.5527074855E+0 #define B0 -0.6632718214E+1 #define A(w) (A0) #define B(w) (w+B0) #define C0 0.70710678118654752440 #define C1 0.693359375 /*355.0/512.0*/ #define C2 -2.121944400546905827679E-4 float logf(const float x) _MATH_REENTRANT { #if defined(SDCC_mcs51) && defined(SDCC_MODEL_SMALL) \ && !defined(SDCC_NOOVERLAY) volatile #endif float Rz; float f, z, w, znum, zden, xn; int n; if (x<=0.0) { errno=EDOM; return 0.0; } f=frexpf(x, &n); znum=f-0.5; if (f>C0) { znum-=0.5; zden=(f*0.5)+0.5; } else { n--; zden=znum*0.5+0.5; } z=znum/zden; w=z*z; Rz=z+z*(w*A(w)/B(w)); xn=n; return ((xn*C2+Rz)+xn*C1); } sdcc-2.9.0/device/lib/pic16/libm/modff.c000066400000000000000000000020511116427777700175700ustar00rootroot00000000000000/* modff.c: Returns both the integer and fraction of a float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: modff.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include float modff(float x, float * y) { *y=((int)x); return (x-*y); } sdcc-2.9.0/device/lib/pic16/libm/powf.c000066400000000000000000000023011116427777700174460ustar00rootroot00000000000000/* powf.c: Computes x**y where x and y are 32-bit floats. WARNING: less that 6 digits accuracy. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: powf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include float powf(const float x, const float y) { if(y == 0.0) return 1.0; if(y==1.0) return x; if(x <= 0.0) return 0.0; return expf(logf(x) * y); } sdcc-2.9.0/device/lib/pic16/libm/sincosf.c000066400000000000000000000043411116427777700201450ustar00rootroot00000000000000/* sincosf.c: Computes sin or cos of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: sincosf.c 3714 2005-04-02 13:13:53Z vrokas $ */ #include #include #define r1 (-0.1666665668E+0) #define r2 (0.8333025139E-2) #define r3 (-0.1980741872E-3) #define r4 (0.2601903036E-5) /* PI=C1+C2 */ #define C1 3.140625 #define C2 9.676535897E-4 /*A reasonable value for YMAX is the int part of PI*B**(t/2)=3.1416*2**(12)*/ #define YMAX 12867.0 float sincosf(float x, int iscos) { float y, f, r, g, XN; int N; char sign; if(iscos) { y=fabsf(x)+HALF_PI; sign=0; } else { if(x<0.0) { y=-x; sign=1; } else { y=x; sign=0; } } if(y>YMAX) { errno=ERANGE; return 0.0; } /*Round y/PI to the nearest integer*/ N=((y*iPI)+0.5); /*y is positive*/ /*If N is odd change sign*/ if(N&1) sign=!sign; XN=N; /*Cosine required? (is done here to keep accuracy)*/ if(iscos) XN-=0.5; y=fabsf(x); r=(int)y; g=y-r; f=((r-XN*C1)+g)-XN*C2; g=f*f; if(g>EPS2) //Used to be if(fabsf(f)>EPS) { r=(((r4*g+r3)*g+r2)*g+r1)*g; f+=f*r; } return (sign?-f:f); } sdcc-2.9.0/device/lib/pic16/libm/sincoshf.c000066400000000000000000000045261116427777700203220ustar00rootroot00000000000000/* sincoshf.c: Computes sinh or cosh of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: sincoshf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include #define P0 -0.713793159E+1 #define P1 -0.190333999E+0 #define Q0 -0.428277109E+2 #define Q1 0.100000000E+1 #define P(z) (P1*z+P0) #define Q(z) (Q1*z+Q0) #define K1 0.69316101074218750000E+0 /* ln(v) */ #define K2 0.24999308500451499336E+0 /* v**(-2) */ #define K3 0.13830277879601902638E-4 /* v/2-1 */ //WMAX is defined as ln(XMAX)-ln(v)+0.69 #define WMAX 44.93535952E+0 //WBAR 0.35*(b+1) #define WBAR 1.05 #define YBAR 9.0 /*Works for me*/ float sincoshf(const float x, const int iscosh) { float y, w, z; char sign; if (x<0.0) { y=-x; sign=1; } else { y=x; sign=0; } if ((y>1.0) || iscosh) { if(y>YBAR) { w=y-K1; if (w>WMAX) { errno=ERANGE; z=XMAX; } else { z=expf(w); z+=K3*z; } } else { z=expf(y); w=1.0/z; if(!iscosh) w=-w; z=(z+w)*0.5; } if(sign) z=-z; } else { if (y float sincosf(float x, int iscos); float sinf(float x) _MATH_REENTRANT { if (x==0.0) return 0.0; return sincosf(x, 0); } sdcc-2.9.0/device/lib/pic16/libm/sinhf.c000066400000000000000000000021271116427777700176100ustar00rootroot00000000000000/* sinhf.c: Computes sinh(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: sinhf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include float sincoshf(const float x, const int iscosh); float sinhf(const float x) _MATH_REENTRANT { return sincoshf(x, 0); } sdcc-2.9.0/device/lib/pic16/libm/sqrtf.c000066400000000000000000000032101116427777700176320ustar00rootroot00000000000000/* sqrtf.c: Computes square root of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: sqrtf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include float sqrtf(const float x) _MATH_REENTRANT { float f, y; int n; if (x==0.0) return x; else if (x==1.0) return 1.0; else if (x<0.0) { errno=EDOM; return 0.0; } f=frexpf(x, &n); y=0.41731+0.59016*f; /*Educated guess*/ /*For a 24 bit mantisa (float), two iterations are sufficient*/ y+=f/y; y=ldexpf(y, -2) + f/y; /*Faster version of 0.25 * y + f/y*/ if (n&1) { y*=0.7071067812; ++n; } return ldexpf(y, n/2); } sdcc-2.9.0/device/lib/pic16/libm/tancotf.c000066400000000000000000000043001116427777700201320ustar00rootroot00000000000000/* tancotf.c: Computes tan or cot of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: tancotf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include #define P0 0.100000000E+1 #define P1 -0.958017723E-1 #define Q0 0.100000000E+1 #define Q1 -0.429135777E+0 #define Q2 0.971685835E-2 #define C1 1.5703125 #define C2 4.83826794897E-4 #define P(f,g) (P1*g*f+f) #define Q(g) ((Q2*g+Q1)*g+Q0) //A reasonable choice for YMAX is the integer part of B**(t/2)*PI/2: #define YMAX 6433.0 float tancotf(const float x, const int iscotan) { float f, g, xn, xnum, xden; int n; if (fabsf(x) > YMAX) { errno = ERANGE; return 0.0; } /*Round x*2*PI to the nearest integer*/ n=(x*TWO_O_PI+(x>0.0?0.5:-0.5)); /*works for +-x*/ xn=n; xnum=(int)x; xden=x-xnum; f=((xnum-xn*C1)+xden)-xn*C2; if (fabsf(f) < EPS) { xnum = f; xden = 1.0; } else { g = f*f; xnum = P(f,g); xden = Q(g); } if(n&1) //xn is odd { if(iscotan) return (-xnum/xden); else return (-xden/xnum); } else { if(iscotan) return (xden/xnum); else return (xnum/xden); } } sdcc-2.9.0/device/lib/pic16/libm/tanf.c000066400000000000000000000021221116427777700174240ustar00rootroot00000000000000/* tanf.c: Computes tan(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ /* ** $Id: tanf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include float tancotf(const float x, const int iscot); float tanf(const float x) _MATH_REENTRANT { return tancotf(x, 0); } sdcc-2.9.0/device/lib/pic16/libm/tanhf.c000066400000000000000000000033111116427777700175750ustar00rootroot00000000000000/* tanhf.c: Computes tanh(x) where x is a 32-bit float as outlined in [1]. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ /* ** $Id: tanhf.c 3654 2005-01-24 10:38:53Z vrokas $ */ #include #include #define P0 -0.8237728127E+0 #define P1 -0.3831010665E-2 #define Q0 0.2471319654E+1 #define Q1 0.1000000000E+1 /* ln(3)/2 */ #define K1 0.5493061443E+0 /* SBIG=[ln(2)+(t+1)*ln(B)]/2 */ #define SBIG 9.01091 #define P(g) ((P1*g+P0)*g) #define Q(g) (Q1*g+Q0) float tanhf(const float x) _MATH_REENTRANT { float f, g, r; f=fabsf(x); if(f>SBIG) r=1.0; else if(f>K1) { r=0.5-1.0/(expf(f+f)+1.0); r+=r; } else if(f unsigned char _divuchar (unsigned char a, unsigned char b); int _divschar (char a, char b) _IL_REENTRANT { register unsigned char r; char ta, tb; if(a<0)ta = -a; else ta = a; if(b<0)tb = -b; else tb = b; r = _divuchar(ta, tb); if ((a < 0) ^ (b < 0)) return -r; else return r; } sdcc-2.9.0/device/lib/pic16/libsdcc/char/divuchar.c000066400000000000000000000035301116427777700217020ustar00rootroot00000000000000/*------------------------------------------------------------------------- _divuchar.c :- routine for unsigned char (8 bit) division Ecrit par - Jean-Louis Vern . jlvern@writeme.com (1999) Adopted for char (8-bit) and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: divuchar.c 3711 2005-03-31 16:25:17Z vrokas $ */ #include //#define MSB_SET(x) ((x >> (8*sizeof(x)-1)) & 1) #define MSB_SET(x) (x & 0x80) unsigned char _divuchar (unsigned char a, unsigned char b) _IL_REENTRANT { unsigned char reste = 0; unsigned char count = 8; char c; do { // reste: a <- 0; c = MSB_SET(a); a <<= 1; reste <<= 1; if (c) reste |= 1; if (reste >= b) { reste -= b; // a <- (result = 1) a |= 1; } } while (--count); return a; } sdcc-2.9.0/device/lib/pic16/libsdcc/char/modschar.c000066400000000000000000000032311116427777700216730ustar00rootroot00000000000000/*------------------------------------------------------------------------- _modschar.c :- routine for signed char (8 bit) modulus Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) Adopted for char (8-bit) and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: modschar.c 3711 2005-03-31 16:25:17Z vrokas $ */ #include unsigned char _moduchar (unsigned char a, unsigned char b); char _modschar (char a, char b) _IL_REENTRANT { register char r; char ta, tb; if(a<0)ta = -a; else ta = a; if(b<0)tb = -b; else tb = b; r = _moduchar(ta, tb); if (a < 0) return -r; else return r; } sdcc-2.9.0/device/lib/pic16/libsdcc/char/moduchar.c000066400000000000000000000034031116427777700216760ustar00rootroot00000000000000/*------------------------------------------------------------------------- _moduchar.c :- routine for unsigned char (8 bit) modulus Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) Bug fixes by Martijn van Balen, aed@iae.nl Adopted for char (8-bit) and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include //#define MSB_SET(x) ((x >> (8*sizeof(x)-1)) & 1) #define MSB_SET(x) (x & 0x80) unsigned char _moduchar (unsigned char a, unsigned char b) _IL_REENTRANT { unsigned char count = 0; while (!MSB_SET(b)) { b <<= 1; if (b > a) { b >>=1; break; } count++; } do { if (a >= b) a -= b; b >>= 1; } while (count--); return a; } sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/000077500000000000000000000000001116427777700206205ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x162schar.S000066400000000000000000000015461116427777700233530ustar00rootroot00000000000000 ; ; fps16x162schar.S - convert fixed16x16 to signed char ; ; written by Vangelis Rokas, 2004 ; ; ; $Id: fps16x162schar.S 3838 2005-08-10 10:53:34Z tecodev $ ; radix dec ;-------------------------------------------------------- ; public variables in this module ;-------------------------------------------------------- global ___fps16x162schar ;-------------------------------------------------------- ; Equates to used internal registers ;-------------------------------------------------------- STATUS equ 0xfd8 WREG equ 0xfe8 FSR0L equ 0xfe9 FSR1L equ 0xfe1 FSR2L equ 0xfd9 POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 PLUSW1 equ 0xfe3 PRODL equ 0xff3 PRODH equ 0xff4 S_fps16x162schar____fps16x162schar code ___fps16x162schar: movlw 0x04 movff PLUSW1, PRODL movlw 0x03 movf PLUSW1, w btfss PRODL, 7 bra @1 negf WREG @1: return end sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x162sfloat.c000066400000000000000000000005241116427777700235560ustar00rootroot00000000000000 float __fps16x162sfloat(__fixed16x16 fixd) { union { __fixed16x16 fix; unsigned long value; } u; float tmp=0, exp=2; u.fix = fixd; tmp = (u.value & 0xffff0000) >> 16; while(u.value) { u.value &= 0xffff; if(u.value & 0x8000)tmp += 1/exp; exp *= 2; u.value <<= 1; } return (tmp); } sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x162sint.S000066400000000000000000000016621116427777700232270ustar00rootroot00000000000000 ; ; fps16x162sint.S - convert fixed16x16 to signed char ; ; written by Vangelis Rokas, 2004 ; ; ; $Id: fps16x162sint.S 3838 2005-08-10 10:53:34Z tecodev $ ; radix dec ;-------------------------------------------------------- ; public variables in this module ;-------------------------------------------------------- global ___fps16x162sint ;-------------------------------------------------------- ; Equates to used internal registers ;-------------------------------------------------------- STATUS equ 0xfd8 WREG equ 0xfe8 FSR0L equ 0xfe9 FSR1L equ 0xfe1 FSR2L equ 0xfd9 POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 PLUSW2 equ 0xfdb PLUSW1 equ 0xfe3 PRODL equ 0xff3 PRODH equ 0xff4 S_fps16x162sint____fps16x162sint code ___fps16x162sint: movlw 0x04 movff PLUSW1, PRODL movlw 0x03 movf PLUSW1, w btfss PRODL, 7 bra @1 bcf PRODL, 7 comf WREG, f comf PRODL, f infsnz WREG, f incf PRODL, f @1: return end sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x162slong.S000066400000000000000000000022151116427777700233670ustar00rootroot00000000000000 ; ; fps16x162slong.S - convert fixed16x16 to signed char ; ; written by Vangelis Rokas, 2004 ; ; ; $Id: fps16x162slong.S 3838 2005-08-10 10:53:34Z tecodev $ ; radix dec ;-------------------------------------------------------- ; public variables in this module ;-------------------------------------------------------- global ___fps16x162slong ;-------------------------------------------------------- ; Equates to used internal registers ;-------------------------------------------------------- STATUS equ 0xfd8 WREG equ 0xfe8 FSR0L equ 0xfe9 FSR1L equ 0xfe1 FSR2L equ 0xfd9 POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 PLUSW2 equ 0xfdb PLUSW1 equ 0xfe3 PRODL equ 0xff3 PRODH equ 0xff4 ; Internal registers .registers udata_ovr 0x0000 r0x00 res 1 r0x01 res 1 r0x02 res 1 r0x03 res 1 S_fps16x162slong____fps16x162slong code ___fps16x162slong: movlw 0x04 movff PLUSW1, PRODL movlw 0x03 movf PLUSW1, w clrf PRODH clrf FSR0L btfss PRODL, 7 bra @1 bcf PRODL, 7 comf WREG, f comf PRODL, f comf PRODH, f comf FSR0L, f incfsz WREG, f bra @1 incfsz PRODL, f bra @1 incfsz PRODH, f bra @1 incf FSR0L, f @1: return end sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x162uchar.S000066400000000000000000000017741116427777700233600ustar00rootroot00000000000000 ; ; fps16x162uchar.S - convert fixed16x16 to signed char ; ; written by Vangelis Rokas, 2004 ; ; ; $Id: fps16x162uchar.S 3838 2005-08-10 10:53:34Z tecodev $ ; radix dec ;-------------------------------------------------------- ; public variables in this module ;-------------------------------------------------------- global ___fps16x162uchar ;-------------------------------------------------------- ; Equates to used internal registers ;-------------------------------------------------------- STATUS equ 0xfd8 WREG equ 0xfe8 FSR0L equ 0xfe9 FSR1L equ 0xfe1 FSR2L equ 0xfd9 POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 PLUSW2 equ 0xfdb PLUSW1 equ 0xfe3 PRODL equ 0xff3 PRODH equ 0xff4 ; Internal registers .registers udata_ovr 0x0000 r0x00 res 1 r0x01 res 1 r0x02 res 1 r0x03 res 1 S_fps16x162uchar____fps16x162uchar code ___fps16x162uchar: ; normally would read from 0x04 but since we haven't setup ; a stack frame, then read from 0x04 - 1 (VR) movlw 0x03 movf PLUSW1, w return end sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x162uint.S000066400000000000000000000016541116427777700232320ustar00rootroot00000000000000 ; ; fps16x162uint.S - convert fixed16x16 to signed char ; ; written by Vangelis Rokas, 2004 ; ; ; $Id: fps16x162uint.S 3838 2005-08-10 10:53:34Z tecodev $ ; radix dec ;-------------------------------------------------------- ; public variables in this module ;-------------------------------------------------------- global ___fps16x162uint ;-------------------------------------------------------- ; Equates to used internal registers ;-------------------------------------------------------- STATUS equ 0xfd8 WREG equ 0xfe8 FSR0L equ 0xfe9 FSR1L equ 0xfe1 FSR2L equ 0xfd9 POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 PLUSW2 equ 0xfdb PLUSW1 equ 0xfe3 PRODL equ 0xff3 PRODH equ 0xff4 ; Internal registers .registers udata_ovr 0x0000 r0x00 res 1 r0x01 res 1 r0x02 res 1 r0x03 res 1 S_fps16x162uint____fps16x162uint code ___fps16x162uint: movlw 0x04 movff PLUSW1, PRODL movlw 0x03 movf PLUSW1, w return end sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x162ulong.S000066400000000000000000000017531116427777700233770ustar00rootroot00000000000000 ; ; fps16x162ulong.S - convert fixed16x16 to signed char ; ; written by Vangelis Rokas, 2004 ; ; ; $Id: fps16x162ulong.S 3838 2005-08-10 10:53:34Z tecodev $ ; radix dec ;-------------------------------------------------------- ; public variables in this module ;-------------------------------------------------------- global ___fps16x162ulong ;-------------------------------------------------------- ; Equates to used internal registers ;-------------------------------------------------------- STATUS equ 0xfd8 WREG equ 0xfe8 FSR0L equ 0xfe9 FSR1L equ 0xfe1 FSR2L equ 0xfd9 POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 PLUSW2 equ 0xfdb PLUSW1 equ 0xfe3 PRODL equ 0xff3 PRODH equ 0xff4 ; Internal registers .registers udata_ovr 0x0000 r0x00 res 1 r0x01 res 1 r0x02 res 1 r0x03 res 1 S_fps16x162ulong____fps16x162ulong code ___fps16x162ulong: movlw 0x04 movff PLUSW1, PRODL movlw 0x7f andwf PRODL, f movlw 0x03 movf PLUSW1, w clrf PRODH clrf FSR0L return end sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x16_add.c000066400000000000000000000003341116427777700230720ustar00rootroot00000000000000 union u_t { long value; __fixed16x16 fix; }; __fixed16x16 __fps16x16_add(__fixed16x16 a, __fixed16x16 b) { volatile union u_t u1, u2; u1.fix = a; u2.fix = b; u1.value += u2.value; return (u1.fix); } sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x16_div.c000066400000000000000000000003651116427777700231300ustar00rootroot00000000000000 union u_t { long value; __fixed16x16 fix; }; __fixed16x16 __fps16x16_div(__fixed16x16 a, __fixed16x16 b) { volatile union u_t u1, u2; u1.fix = a; u2.fix = b; u1.value = ((u1.value << 6) / u2.value) << 10; return (u1.fix); } sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x16_eq.c000066400000000000000000000026621116427777700227550ustar00rootroot00000000000000/*------------------------------------------------------------------------- fps16x16_eq.c - compare two __fixed16x16 values for equality written by - Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: fps16x16_eq.c 4148 2006-05-01 20:47:12Z tecodev $ -------------------------------------------------------------------------*/ union u_t { long value; __fixed16x16 fix; }; char __fps16x16_eq (__fixed16x16 a, __fixed16x16 b) { union u_t u1, u2; u1.fix = a; u2.fix = b; return (u1.value == u2.value); } sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x16_gt.c000066400000000000000000000026441116427777700227620ustar00rootroot00000000000000/*------------------------------------------------------------------------- fps16x16_gt.c - compare two __fixed16x16 values written by - Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: fps16x16_gt.c 4148 2006-05-01 20:47:12Z tecodev $ -------------------------------------------------------------------------*/ union u_t { long value; __fixed16x16 fix; }; char __fps16x16_gt (__fixed16x16 a, __fixed16x16 b) { union u_t u1, u2; u1.fix = a; u2.fix = b; return (u1.value > u2.value); } sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x16_gteq.c000066400000000000000000000026531116427777700233100ustar00rootroot00000000000000/*------------------------------------------------------------------------- fps16x16_gteq.c - compare two __fixed16x16 values written by - Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: fps16x16_gteq.c 4148 2006-05-01 20:47:12Z tecodev $ -------------------------------------------------------------------------*/ union u_t { long value; __fixed16x16 fix; }; char __fps16x16_gteq (__fixed16x16 a, __fixed16x16 b) { union u_t u1, u2; u1.fix = a; u2.fix = b; return (u1.value >= u2.value); } sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x16_lt.c000066400000000000000000000026441116427777700227670ustar00rootroot00000000000000/*------------------------------------------------------------------------- fps16x16_lt.c - compare two __fixed16x16 values written by - Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: fps16x16_lt.c 4148 2006-05-01 20:47:12Z tecodev $ -------------------------------------------------------------------------*/ union u_t { long value; __fixed16x16 fix; }; char __fps16x16_lt (__fixed16x16 a, __fixed16x16 b) { union u_t u1, u2; u1.fix = a; u2.fix = b; return (u1.value < u2.value); } sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x16_lteq.c000066400000000000000000000026531116427777700233150ustar00rootroot00000000000000/*------------------------------------------------------------------------- fps16x16_lteq.c - compare two __fixed16x16 values written by - Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: fps16x16_lteq.c 4148 2006-05-01 20:47:12Z tecodev $ -------------------------------------------------------------------------*/ union u_t { long value; __fixed16x16 fix; }; char __fps16x16_lteq (__fixed16x16 a, __fixed16x16 b) { union u_t u1, u2; u1.fix = a; u2.fix = b; return (u1.value <= u2.value); } sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x16_mul.c000066400000000000000000000003731116427777700231420ustar00rootroot00000000000000 union u_t { long value; __fixed16x16 fix; }; __fixed16x16 __fps16x16_mul(__fixed16x16 a, __fixed16x16 b) { volatile union u_t u1, u2; u1.fix = a; u2.fix = b; u1.value = (u1.value >> 4) * (u2.value >> 4) >> 8; return (u1.fix); } sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x16_neq.c000066400000000000000000000026671116427777700231400ustar00rootroot00000000000000/*------------------------------------------------------------------------- fps16x16_neq.c - compare two __fixed16x16 values for inequality written by - Raphael Neider (2005) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! $Id: fps16x16_neq.c 4148 2006-05-01 20:47:12Z tecodev $ -------------------------------------------------------------------------*/ union u_t { long value; __fixed16x16 fix; }; char __fps16x16_neq (__fixed16x16 a, __fixed16x16 b) { union u_t u1, u2; u1.fix = a; u2.fix = b; return (u1.value != u2.value); } sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/fps16x16_sub.c000066400000000000000000000003341116427777700231330ustar00rootroot00000000000000 union u_t { long value; __fixed16x16 fix; }; __fixed16x16 __fps16x16_sub(__fixed16x16 a, __fixed16x16 b) { volatile union u_t u1, u2; u1.fix = a; u2.fix = b; u1.value -= u2.value; return (u1.fix); } sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/schar2fps16x16.S000066400000000000000000000016611116427777700233510ustar00rootroot00000000000000 ; ; schar2fps16x16.S - convert signed char to fixed16x16 ; ; written by Vangelis Rokas, 2004 ; ; ; $Id: schar2fps16x16.S 3838 2005-08-10 10:53:34Z tecodev $ ; radix dec ;-------------------------------------------------------- ; public variables in this module ;-------------------------------------------------------- global ___schar2fps16x16 ;-------------------------------------------------------- ; Equates to used internal registers ;-------------------------------------------------------- STATUS equ 0xfd8 WREG equ 0xfe8 FSR0L equ 0xfe9 FSR1L equ 0xfe1 FSR2L equ 0xfd9 POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 PLUSW1 equ 0xfe3 PRODL equ 0xff3 PRODH equ 0xff4 S_schar2fps16x16____schar2fps16x16 code ___schar2fps16x16: movlw 0x01 movff PLUSW1, PRODH clrf WREG clrf PRODL clrf FSR0L btfss PRODH, 7 bra @1 comf PRODH, f comf FSR0L, f infsnz PRODH, f incf FSR0L, f bsf FSR0L, 7 @1: return end sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/sint2fps16x16.S000066400000000000000000000017021116427777700232220ustar00rootroot00000000000000 ; ; sint2fps16x16.S - convert signed char to fixed16x16 ; ; written by Vangelis Rokas, 2004 ; ; ; $Id: sint2fps16x16.S 3838 2005-08-10 10:53:34Z tecodev $ ; radix dec ;-------------------------------------------------------- ; public variables in this module ;-------------------------------------------------------- global ___sint2fps16x16 ;-------------------------------------------------------- ; Equates to used internal registers ;-------------------------------------------------------- STATUS equ 0xfd8 WREG equ 0xfe8 FSR0L equ 0xfe9 FSR1L equ 0xfe1 FSR2L equ 0xfd9 POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 PLUSW1 equ 0xfe3 PRODL equ 0xff3 PRODH equ 0xff4 S_sint2fps16x16____sint2fps16x16 code ___sint2fps16x16: movlw 0x02 movff PLUSW1, FSR0L movlw 0x01 movff PLUSW1, PRODH clrf WREG clrf PRODL btfss FSR0L, 7 bra @1 comf PRODH, f comf FSR0L, f infsnz PRODH, f incf FSR0L, f bsf FSR0L, 7 @1: return end sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/slong2fps16x16.S000066400000000000000000000016561116427777700233770ustar00rootroot00000000000000 ; ; slong2fps16x16.S - convert signed long to fixed16x16 ; ; written by Vangelis Rokas, 2004 ; ; ; $Id: slong2fps16x16.S 3838 2005-08-10 10:53:34Z tecodev $ ; radix dec ;-------------------------------------------------------- ; public variables in this module ;-------------------------------------------------------- global ___slong2fps16x16 ;-------------------------------------------------------- ; Equates to used internal registers ;-------------------------------------------------------- STATUS equ 0xfd8 WREG equ 0xfe8 FSR0L equ 0xfe9 FSR1L equ 0xfe1 FSR2L equ 0xfd9 POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 PLUSW1 equ 0xfe3 PRODL equ 0xff3 PRODH equ 0xff4 S_slong2fps16x16____slong2fps16x16 code ___slong2fps16x16: movlw 0x02 movff PLUSW1, FSR0L movlw 0x01 movff PLUSW1, PRODH btfss FSR0L, 7 bra @1 comf PRODH, f comf FSR0L, f infsnz PRODH, f incf FSR0L, f bsf FSR0L, 7 @1: return end sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/uchar2fps16x16.S000066400000000000000000000015301116427777700233460ustar00rootroot00000000000000 ; ; uchar2fps16x16.S - convert signed char to fixed16x16 ; ; written by Vangelis Rokas, 2004 ; ; ; $Id: uchar2fps16x16.S 3838 2005-08-10 10:53:34Z tecodev $ ; radix dec ;-------------------------------------------------------- ; public variables in this module ;-------------------------------------------------------- global ___uchar2fps16x16 ;-------------------------------------------------------- ; Equates to used internal registers ;-------------------------------------------------------- STATUS equ 0xfd8 WREG equ 0xfe8 FSR0L equ 0xfe9 FSR1L equ 0xfe1 FSR2L equ 0xfd9 POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 PLUSW1 equ 0xfe3 PRODL equ 0xff3 PRODH equ 0xff4 S_uchar2fps16x16____uchar2fps16x16 code ___uchar2fps16x16: movlw 0x01 movff PLUSW1, PRODH clrf WREG clrf PRODL clrf FSR0L bcf FSR0L, 7 @1: return end sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/uint2fps16x16.S000066400000000000000000000015471116427777700232330ustar00rootroot00000000000000 ; ; uint2fps16x16.S - convert signed char to fixed16x16 ; ; written by Vangelis Rokas, 2004 ; ; ; $Id: uint2fps16x16.S 3838 2005-08-10 10:53:34Z tecodev $ ; radix dec ;-------------------------------------------------------- ; public variables in this module ;-------------------------------------------------------- global ___uint2fps16x16 ;-------------------------------------------------------- ; Equates to used internal registers ;-------------------------------------------------------- STATUS equ 0xfd8 WREG equ 0xfe8 FSR0L equ 0xfe9 FSR1L equ 0xfe1 FSR2L equ 0xfd9 POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 PLUSW1 equ 0xfe3 PRODL equ 0xff3 PRODH equ 0xff4 S_uint2fps16x16____uint2fps16x16 code ___uint2fps16x16: movlw 0x02 movff PLUSW1, FSR0L movlw 0x01 movff PLUSW1, PRODH clrf WREG clrf PRODL bcf FSR0L, 7 @1: return end sdcc-2.9.0/device/lib/pic16/libsdcc/fixed16x16/ulong2fps16x16.S000066400000000000000000000015251116427777700233740ustar00rootroot00000000000000 ; ; ulong2fps16x16.S - convert signed long to fixed16x16 ; ; written by Vangelis Rokas, 2004 ; ; ; $Id: ulong2fps16x16.S 3838 2005-08-10 10:53:34Z tecodev $ ; radix dec ;-------------------------------------------------------- ; public variables in this module ;-------------------------------------------------------- global ___ulong2fps16x16 ;-------------------------------------------------------- ; Equates to used internal registers ;-------------------------------------------------------- STATUS equ 0xfd8 WREG equ 0xfe8 FSR0L equ 0xfe9 FSR1L equ 0xfe1 FSR2L equ 0xfd9 POSTDEC1 equ 0xfe5 PREINC1 equ 0xfe4 PLUSW1 equ 0xfe3 PRODL equ 0xff3 PRODH equ 0xff4 S_ulong2fps16x16____ulong2fps16x16 code ___ulong2fps16x16: movlw 0x02 movff PLUSW1, FSR0L movlw 0x01 movff PLUSW1, PRODH bcf FSR0L, 7 @1: return end sdcc-2.9.0/device/lib/pic16/libsdcc/float/000077500000000000000000000000001116427777700201205ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libsdcc/float/fs2schar.c000066400000000000000000000026771116427777700220130ustar00rootroot00000000000000/*------------------------------------------------------------------------- fs2schar.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: fs2schar.c 3513 2004-10-01 14:49:51Z vrokas $ */ #include /* convert float to signed char */ signed char __fs2schar (float f) _FS_REENTRANT { signed long sl=__fs2slong(f); if (sl>=CHAR_MAX) return CHAR_MAX; if (sl<=CHAR_MIN) return -CHAR_MIN; return sl; } sdcc-2.9.0/device/lib/pic16/libsdcc/float/fs2sint.c000066400000000000000000000026671116427777700216670ustar00rootroot00000000000000/*------------------------------------------------------------------------- fs2sint.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: fs2sint.c 3513 2004-10-01 14:49:51Z vrokas $ */ #include /* convert float to signed int */ signed int __fs2sint (float f) _FS_REENTRANT { signed long sl=__fs2slong(f); if (sl>=INT_MAX) return INT_MAX; if (sl<=INT_MIN) return -INT_MIN; return sl; } sdcc-2.9.0/device/lib/pic16/libsdcc/float/fs2slong.c000066400000000000000000000026511116427777700220250ustar00rootroot00000000000000/*------------------------------------------------------------------------- fs2slong.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: fs2slong.c 3513 2004-10-01 14:49:51Z vrokas $ */ #include /* convert float to signed long */ signed long __fs2slong (float f) _FS_REENTRANT { if (!f) return 0; if (f<0) { return -__fs2ulong(-f); } else { return __fs2ulong(f); } } sdcc-2.9.0/device/lib/pic16/libsdcc/float/fs2uchar.c000066400000000000000000000026301116427777700220020ustar00rootroot00000000000000/*------------------------------------------------------------------------- fs2uchar.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: fs2uchar.c 3513 2004-10-01 14:49:51Z vrokas $ */ #include /* convert float to unsigned char */ unsigned char __fs2uchar (float f) _FS_REENTRANT { unsigned long ul=__fs2ulong(f); if (ul>=UCHAR_MAX) return UCHAR_MAX; return ul; } sdcc-2.9.0/device/lib/pic16/libsdcc/float/fs2uint.c000066400000000000000000000026671116427777700216710ustar00rootroot00000000000000/*------------------------------------------------------------------------- fs2uint.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: fs2uint.c 3513 2004-10-01 14:49:51Z vrokas $ */ #include unsigned long __fs2ulong (float a1); /* convert float to unsigned int */ unsigned int __fs2uint (float f) _FS_REENTRANT { unsigned long ul=__fs2ulong(f); if (ul>=UINT_MAX) return UINT_MAX; return ul; } sdcc-2.9.0/device/lib/pic16/libsdcc/float/fs2ulong.c000066400000000000000000000021031116427777700220170ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fs2ulong.c 3711 2005-03-31 16:25:17Z vrokas $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; #define volatile /* convert float to unsigned long */ unsigned long __fs2ulong (float a1) _FS_REENTRANT { volatile union float_long fl1; volatile int exp; volatile long l; fl1.f = a1; if (!fl1.l || SIGN(fl1.l)) return (0); exp = EXP (fl1.l) - EXCESS - 24; l = MANT (fl1.l); l >>= -exp; return l; } sdcc-2.9.0/device/lib/pic16/libsdcc/float/fsadd.c000066400000000000000000000035521116427777700213520ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fsadd.c 3513 2004-10-01 14:49:51Z vrokas $ */ #include union float_long { float f; unsigned long l; }; /* add two floats */ float __fsadd (float a1, float a2) _FS_REENTRANT { volatile long mant1, mant2; volatile union float_long fl1, fl2; volatile int exp1, exp2; volatile unsigned long sign = 0; fl1.f = a1; fl2.f = a2; /* check for zero args */ if (!fl1.l) return (fl2.f); if (!fl2.l) return (fl1.f); exp1 = EXP (fl1.l); exp2 = EXP (fl2.l); if (exp1 > exp2 + 25) return (fl1.f); if (exp2 > exp1 + 25) return (fl2.f); mant1 = MANT (fl1.l); mant2 = MANT (fl2.l); if (SIGN (fl1.l)) mant1 = -mant1; if (SIGN (fl2.l)) mant2 = -mant2; if (exp1 > exp2) { mant2 >>= exp1 - exp2; } else { mant1 >>= exp2 - exp1; exp1 = exp2; } mant1 += mant2; if (mant1 < 0) { mant1 = -mant1; sign = SIGNBIT; } else if (!mant1) return (0); /* normalize */ while (mant1>= 1 ; exp1++; } /* turn off hidden bit */ mant1 &= ~HIDDEN; /* pack up and go home */ fl1.l = PACK (sign, (unsigned long) exp1, mant1); return (fl1.f); } sdcc-2.9.0/device/lib/pic16/libsdcc/float/fsdiv.c000066400000000000000000000040751116427777700214050ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fsdiv.c 4303 2006-07-26 09:21:58Z MaartenBrock $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; /* divide two floats */ float __fsdiv (float a1, float a2) _FS_REENTRANT { volatile union float_long fl1, fl2; volatile long result; volatile unsigned long mask; volatile long mant1, mant2; volatile int exp; char sign; fl1.f = a1; fl2.f = a2; /* subtract exponents */ exp = EXP (fl1.l) ; exp -= EXP (fl2.l); exp += EXCESS; /* compute sign */ sign = SIGN (fl1.l) ^ SIGN (fl2.l); /* divide by zero??? */ if (!fl2.l) {/* return NaN or -NaN */ fl2.l = 0x7FC00000; return (fl2.f); } /* numerator zero??? */ if (!fl1.l) return (0); /* now get mantissas */ mant1 = MANT (fl1.l); mant2 = MANT (fl2.l); /* this assures we have 25 bits of precision in the end */ if (mant1 < mant2) { mant1 <<= 1; exp--; } /* now we perform repeated subtraction of fl2.l from fl1.l */ mask = 0x1000000; result = 0; while (mask) { if (mant1 >= mant2) { result |= mask; mant1 -= mant2; } mant1 <<= 1; mask >>= 1; } /* round */ result += 1; /* normalize down */ exp++; result >>= 1; result &= ~HIDDEN; /* pack up and go home */ if (exp >= 0x100) fl1.l = (sign ? SIGNBIT : 0) | 0x7F800000; else if (exp < 0) fl1.l = 0; else fl1.l = PACK (sign ? SIGNBIT : 0 , exp, result); return (fl1.f); } sdcc-2.9.0/device/lib/pic16/libsdcc/float/fseq.c000066400000000000000000000017001116427777700212200ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fseq.c 3513 2004-10-01 14:49:51Z vrokas $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; /* compare two floats */ char __fseq (float a1, float a2) _FS_REENTRANT { volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; if (fl1.l == fl2.l) return (1); return (0); } sdcc-2.9.0/device/lib/pic16/libsdcc/float/fsgt.c000066400000000000000000000020301116427777700212220ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fsgt.c 3513 2004-10-01 14:49:51Z vrokas $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; /* compare two floats */ char __fsgt (float a1, float a2) _FS_REENTRANT { volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; if (fl1.l<0 && fl2.l<0) { if (fl2.l > fl1.l) return (1); return (0); } if (fl1.l > fl2.l) return (1); return (0); } sdcc-2.9.0/device/lib/pic16/libsdcc/float/fslt.c000066400000000000000000000020301116427777700212270ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fslt.c 3513 2004-10-01 14:49:51Z vrokas $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; /* compare two floats */ char __fslt (float a1, float a2) _FS_REENTRANT { volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; if (fl1.l<0 && fl2.l<0) { if (fl2.l < fl1.l) return (1); return (0); } if (fl1.l < fl2.l) return (1); return (0); } sdcc-2.9.0/device/lib/pic16/libsdcc/float/fsmul.c000066400000000000000000000035271116427777700214210ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fsmul.c 4303 2006-07-26 09:21:58Z MaartenBrock $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; unsigned long l; }; /* multiply two floats */ float __fsmul (float a1, float a2) _FS_REENTRANT { volatile union float_long fl1, fl2; volatile unsigned long result; volatile int exp; char sign; fl1.f = a1; fl2.f = a2; if (!fl1.l || !fl2.l) return (0); /* compute sign and exponent */ sign = SIGN (fl1.l) ^ SIGN (fl2.l); exp = EXP (fl1.l) - EXCESS; exp += EXP (fl2.l); fl1.l = MANT (fl1.l); fl2.l = MANT (fl2.l); /* the multiply is done as one 16x16 multiply and two 16x8 multiples */ result = (fl1.l >> 8) * (fl2.l >> 8); result += ((fl1.l & (unsigned long) 0xFF) * (fl2.l >> 8)) >> 8; result += ((fl2.l & (unsigned long) 0xFF) * (fl1.l >> 8)) >> 8; if (result & SIGNBIT) { /* round */ result += 0x80; result >>= 8; } else { /* round */ result += 0x40; result >>= 7; exp--; } result &= ~HIDDEN; /* pack up and go home */ if (exp >= 0x100) fl1.l = (sign ? SIGNBIT : 0) | 0x7F800000; else if (exp < 0) fl1.l = 0; else fl1.l = PACK (sign ? SIGNBIT : 0 , exp, result); return (fl1.f); } sdcc-2.9.0/device/lib/pic16/libsdcc/float/fsneq.c000066400000000000000000000020451116427777700214010ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fsneq.c 3513 2004-10-01 14:49:51Z vrokas $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; /* compare two floats */ char __fsneq (float a1, float a2) _FS_REENTRANT { volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; #if 0 if (fl1.l<0 && fl2.l<0) { fl1.l ^= SIGNBIT; fl2.l ^= SIGNBIT; } #endif if (fl1.l == fl2.l) return (0); return (1); } sdcc-2.9.0/device/lib/pic16/libsdcc/float/fssub.c000066400000000000000000000020771116427777700214140ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: fssub.c 3513 2004-10-01 14:49:51Z vrokas $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; /* subtract two floats */ float __fssub (float a1, float a2) _FS_REENTRANT { volatile union float_long fl1, fl2; fl1.f = a1; fl2.f = a2; /* check for zero args */ if (!fl2.l) return (fl1.f); if (!fl1.l) return (-fl2.f); /* twiddle sign bit and add */ fl2.l ^= SIGNBIT; return fl1.f + fl2.f; } sdcc-2.9.0/device/lib/pic16/libsdcc/float/schar2fs.c000066400000000000000000000025271116427777700220050ustar00rootroot00000000000000/*------------------------------------------------------------------------- schar2fs.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: schar2fs.c 3513 2004-10-01 14:49:51Z vrokas $ */ #include /* convert signed char to float */ float __schar2fs (signed char sc) _FS_REENTRANT { return __slong2fs(sc); } sdcc-2.9.0/device/lib/pic16/libsdcc/float/sint2fs.c000066400000000000000000000025221116427777700216550ustar00rootroot00000000000000/*------------------------------------------------------------------------- sint2fs.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: sint2fs.c 3513 2004-10-01 14:49:51Z vrokas $ */ #include /* convert signed int to float */ float __sint2fs (signed int si) _FS_REENTRANT { return __slong2fs(si); } sdcc-2.9.0/device/lib/pic16/libsdcc/float/slong2fs.c000066400000000000000000000026131116427777700220230ustar00rootroot00000000000000/*------------------------------------------------------------------------- slong2fs.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: slong2fs.c 3513 2004-10-01 14:49:51Z vrokas $ */ #include /* convert signed long to float */ float __slong2fs (signed long sl) _FS_REENTRANT { if (sl<0) return -__ulong2fs(-sl); else return __ulong2fs(sl); } sdcc-2.9.0/device/lib/pic16/libsdcc/float/uchar2fs.c000066400000000000000000000025331116427777700220040ustar00rootroot00000000000000/*------------------------------------------------------------------------- uchar2fs.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: uchar2fs.c 3513 2004-10-01 14:49:51Z vrokas $ */ #include /* convert unsigned char to float */ float __uchar2fs (unsigned char uc) _FS_REENTRANT { return __ulong2fs(uc); } sdcc-2.9.0/device/lib/pic16/libsdcc/float/uint2fs.c000066400000000000000000000025261116427777700216630ustar00rootroot00000000000000/*------------------------------------------------------------------------- uint2fs.c :- Adopted for float and pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: uint2fs.c 3513 2004-10-01 14:49:51Z vrokas $ */ #include /* convert unsigned int to float */ float __uint2fs (unsigned int ui) _FS_REENTRANT { return __ulong2fs(ui); } sdcc-2.9.0/device/lib/pic16/libsdcc/float/ulong2fs.c000066400000000000000000000024721116427777700220300ustar00rootroot00000000000000/* ** libgcc support for software floating point. ** Copyright (C) 1991 by Pipeline Associates, Inc. All rights reserved. ** Permission is granted to do *anything* you want with this file, ** commercial or otherwise, provided this message remains intact. So there! ** I would appreciate receiving any updates/patches/changes that anyone ** makes, and am willing to be the repository for said changes (am I ** making a big mistake?). ** ** Pat Wood ** Pipeline Associates, Inc. ** pipeline!phw@motown.com or ** sun!pipeline!phw or ** uunet!motown!pipeline!phw */ /* ** $Id: ulong2fs.c 3607 2004-12-20 21:48:32Z vrokas $ */ /* (c)2000/2001: hacked a little by johan.knol@iduna.nl for sdcc */ #include union float_long { float f; long l; }; float __ulong2fs (unsigned long a ) _FS_REENTRANT { int exp = 24 + EXCESS; volatile union float_long fl; if (!a) { return 0.0; } while (a & NORM) { // we lose accuracy here a >>= 1; exp++; } if(a < HIDDEN) { do { a<<=1; exp--; } while (a < HIDDEN); } #if 0 while (a < HIDDEN) { a <<= 1; exp--; } #endif #if 1 if ((a&0x7fffff)==0x7fffff) { a=0; exp++; } #endif a &= ~HIDDEN ; /* pack up and go home */ fl.l = PACK(0,(unsigned long)exp, a); return (fl.f); } sdcc-2.9.0/device/lib/pic16/libsdcc/gptr/000077500000000000000000000000001116427777700177675ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libsdcc/gptr/gptrget1.c000066400000000000000000000045271116427777700217000ustar00rootroot00000000000000/*------------------------------------------------------------------------- gptrget1.c :- get 1 byte value from generic pointer Adopted for pic16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: gptrget1.c 3714 2005-04-02 13:13:53Z vrokas $ */ /* the return value is expected to be in WREG, therefore we choose return * type void here. Generic pointer is expected to be in WREG:PRODL:FSR0L, * so function arguments are void, too */ extern POSTINC0; extern POSTINC1; extern PREINC1; extern INDF0; extern FSR0L; extern FSR0H; extern WREG; extern TBLPTRL; extern TBLPTRH; extern TBLPTRU; extern TABLAT; extern PRODL; void _gptrget1(void) __naked { __asm /* decode generic pointer MSB (in WREG) bits 6 and 7: * 00 -> code * 01 -> EEPROM * 10 -> data * 11 -> unimplemented */ btfss _WREG, 7 bra _lab_01_ ; data pointer ; data are already in FSR0 movff _PRODL, _FSR0H movf _POSTINC0, w return _lab_01_: ; code or eeprom btfsc _WREG, 6 bra _lab_02_ ; code pointer movff _FSR0L, _TBLPTRL movff _PRODL, _TBLPTRH movwf _TBLPTRU tblrd*+ ; result in WREG movf _TABLAT, w return _lab_02_: ; EEPROM pointer ; unimplemented yet _end_: return __endasm; } sdcc-2.9.0/device/lib/pic16/libsdcc/gptr/gptrget2.c000066400000000000000000000046731116427777700217030ustar00rootroot00000000000000/*------------------------------------------------------------------------- gptrget2.c :- get 2 byte value from generic pointer Adopted for pic16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: gptrget2.c 3714 2005-04-02 13:13:53Z vrokas $ */ /* the return value is expected to be in WREG:PRODL, therefore we choose return * type void here. Generic pointer is expected to be in WREG:PRODL:FSR0L, * so function arguments are void, too */ extern POSTINC0; extern INDF0; extern FSR0L; extern FSR0H; extern WREG; extern TBLPTRL; extern TBLPTRH; extern TBLPTRU; extern TABLAT; extern PRODL; void _gptrget2(void) __naked { __asm /* decode generic pointer MSB (in WREG) bits 6 and 7: * 00 -> code * 01 -> EEPROM * 10 -> data * 11 -> unimplemented */ btfss _WREG, 7 bra _lab_01_ /* data pointer */ /* data are already in FSR0 */ movff _PRODL, _FSR0H movf _POSTINC0, w movff _POSTINC0, _PRODL return _lab_01_: /* code or eeprom */ btfsc _WREG, 6 bra _lab_02_ ; code pointer movff _FSR0L, _TBLPTRL movff _PRODL, _TBLPTRH movwf _TBLPTRU /* fetch first byte */ TBLRD*+ movf _TABLAT, w /* fetch second byte */ TBLRD*+ movff _TABLAT, _PRODL return _lab_02_: /* EEPROM pointer */ /* unimplemented yet */ _end_: return __endasm; } sdcc-2.9.0/device/lib/pic16/libsdcc/gptr/gptrget3.c000066400000000000000000000050511116427777700216730ustar00rootroot00000000000000/*------------------------------------------------------------------------- gptrget3.c :- get 3 byte value from generic pointer Adopted for pic16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: gptrget3.c 3714 2005-04-02 13:13:53Z vrokas $ */ /* the return value is expected to be in WREG:PRODL:PRODH, therefore we choose return * type void here. Generic pointer is expected to be in WREG:PRODL:FSR0L, * so function arguments are void, too */ extern POSTINC0; extern INDF0; extern FSR0L; extern FSR0H; extern WREG; extern TBLPTRL; extern TBLPTRH; extern TBLPTRU; extern TABLAT; extern PRODL; extern PRODH; void _gptrget3(void) __naked { __asm /* decode generic pointer MSB (in WREG) bits 6 and 7: * 00 -> code * 01 -> EEPROM * 10 -> data * 11 -> unimplemented */ btfss _WREG, 7 bra _lab_01_ /* data pointer */ /* data are already in FSR0 */ movff _PRODL, _FSR0H movf _POSTINC0, w movff _POSTINC0, _PRODL movff _POSTINC0, _PRODH return _lab_01_: /* code or eeprom */ btfsc _WREG, 6 bra _lab_02_ ; code pointer movff _FSR0L, _TBLPTRL movff _PRODL, _TBLPTRH movwf _TBLPTRU /* fetch first byte */ TBLRD*+ movf _TABLAT, w /* fetch second byte */ TBLRD*+ movff _TABLAT, _PRODL /* fetch third byte */ TBLRD*+ movff _TABLAT, _PRODH return _lab_02_: /* EEPROM pointer */ /* unimplemented yet */ return __endasm; } sdcc-2.9.0/device/lib/pic16/libsdcc/gptr/gptrget4.c000066400000000000000000000052101116427777700216710ustar00rootroot00000000000000/*------------------------------------------------------------------------- gptrget4.c :- get 4 byte value from generic pointer Adopted for pic16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: gptrget4.c 3714 2005-04-02 13:13:53Z vrokas $ */ /* the return value is expected to be in WREG:PRODL, therefore we choose return * type void here. Generic pointer is expected to be in WREG:PRODL:FSR0L, * so function arguments are void, too */ extern POSTINC0; extern INDF0; extern FSR0L; extern FSR0H; extern WREG; extern TBLPTRL; extern TBLPTRH; extern TBLPTRU; extern TABLAT; extern PRODL; extern PRODH; void _gptrget4(void) __naked { __asm /* decode generic pointer MSB (in WREG) bits 6 and 7: * 00 -> code * 01 -> EEPROM * 10 -> data * 11 -> unimplemented */ btfss _WREG, 7 bra _lab_01_ /* data pointer */ /* data are already in FSR0 */ movff _PRODL, _FSR0H movf _POSTINC0, w movff _POSTINC0, _PRODL movff _POSTINC0, _PRODH movff _POSTINC0, _FSR0L return _lab_01_: /* code or eeprom */ btfsc _WREG, 6 bra _lab_02_ ; code pointer movff _FSR0L, _TBLPTRL movff _PRODL, _TBLPTRH movwf _TBLPTRU /* fetch first byte */ TBLRD*+ movf _TABLAT, w /* fetch second byte */ TBLRD*+ movff _TABLAT, _PRODL /* fetch third byte */ TBLRD*+ movff _TABLAT, _PRODH /* fetch fourth byte */ TBLRD*+ movff _TABLAT, _FSR0L return _lab_02_: /* EEPROM pointer */ /* unimplemented yet */ return __endasm; } sdcc-2.9.0/device/lib/pic16/libsdcc/gptr/gptrput1.c000066400000000000000000000043041116427777700217220ustar00rootroot00000000000000/*------------------------------------------------------------------------- gptrput1.c :- put 1 byte value at generic pointer Adopted for pic16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: gptrput1.c 3714 2005-04-02 13:13:53Z vrokas $ */ /* write address is expected to be in WREG:PRODL:FSR0L while * write value is in TBLPTRL:TBLPTRH:PRODH:[stack] */ extern POSTINC0; extern PREINC1; extern INDF0; extern FSR0L; extern FSR0H; extern WREG; extern TBLPTRL; extern TBLPTRH; extern TBLPTRU; extern TABLAT; extern PRODL; extern PRODH; void _gptrput1(void) __naked { __asm /* decode generic pointer MSB (in WREG) bits 6 and 7: * 00 -> code (unimplemented) * 01 -> EEPROM (unimplemented) * 10 -> data * 11 -> unimplemented */ btfss _WREG, 7 bra _lab_01_ /* data pointer */ /* data are already in FSR0 */ movff _PRODL, _FSR0H movff _PREINC1, _POSTINC0 return _lab_01_: /* code or eeprom */ btfss _WREG, 6 return /* code pointer, cannot write code pointers */ _lab_02_: /* EEPROM pointer */ /* unimplemented yet */ return __endasm; } sdcc-2.9.0/device/lib/pic16/libsdcc/gptr/gptrput2.c000066400000000000000000000043431116427777700217260ustar00rootroot00000000000000/*------------------------------------------------------------------------- gptrput1.c :- put 2 byte value at generic pointer Adopted for pic16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: gptrput2.c 3714 2005-04-02 13:13:53Z vrokas $ */ /* write address is expected to be in WREG:PRODL:FSR0L while * write value is in TBLPTRL:TBLPTRH:PRODH:[stack] */ extern POSTINC0; extern PREINC1; extern INDF0; extern FSR0L; extern FSR0H; extern WREG; extern TBLPTRL; extern TBLPTRH; extern TBLPTRU; extern TABLAT; extern PRODL; extern PRODH; void _gptrput2(void) __naked { __asm /* decode generic pointer MSB (in WREG) bits 6 and 7: * 00 -> code (unimplemented) * 01 -> EEPROM (unimplemented) * 10 -> data * 11 -> unimplemented */ btfss _WREG, 7 bra _lab_01_ /* data pointer */ /* data are already in FSR0 */ movff _PRODL, _FSR0H movff _PREINC1, _POSTINC0 movff _PRODH, _POSTINC0 return _lab_01_: /* code or eeprom */ btfss _WREG, 6 return /* code pointer, cannot write code pointers */ _lab_02_: /* EEPROM pointer */ /* unimplemented yet */ return __endasm; } sdcc-2.9.0/device/lib/pic16/libsdcc/gptr/gptrput3.c000066400000000000000000000044011116427777700217220ustar00rootroot00000000000000/*------------------------------------------------------------------------- gptrput3.c :- put 3 byte value at generic pointer Adopted for pic16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: gptrput3.c 3714 2005-04-02 13:13:53Z vrokas $ */ /* write address is expected to be in WREG:FSR0H:FSR0L while * write value is in TBLPTRH:TBLPTRL:PRODH:[stack] */ extern POSTINC0; extern PREINC1; extern INDF0; extern FSR0L; extern FSR0H; extern WREG; extern TBLPTRL; extern TBLPTRH; extern TBLPTRU; extern TABLAT; extern PRODL; extern PRODH; void _gptrput3(void) __naked { __asm /* decode generic pointer MSB (in WREG) bits 6 and 7: * 00 -> code (unimplemented) * 01 -> EEPROM (unimplemented) * 10 -> data * 11 -> unimplemented */ btfss _WREG, 7 bra _lab_01_ /* data pointer */ /* data are already in FSR0 */ movff _PRODL, _FSR0H movff _PREINC1, _POSTINC0 movff _PRODH, _POSTINC0 movff _TBLPTRL, _POSTINC0 return _lab_01_: /* code or eeprom */ btfss _WREG, 6 return /* code pointer, cannot write code pointers */ _lab_02_: /* EEPROM pointer */ /* unimplemented yet */ return __endasm; } sdcc-2.9.0/device/lib/pic16/libsdcc/gptr/gptrput4.c000066400000000000000000000044371116427777700217340ustar00rootroot00000000000000/*------------------------------------------------------------------------- gptrput4.c :- put 4 byte value at generic pointer Adopted for pic16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: gptrput4.c 3714 2005-04-02 13:13:53Z vrokas $ */ /* write address is expected to be in WREG:FSR0H:FSR0L while * write value is in TBLPTRH:TBLPTRL:PRODH:[stack] */ extern POSTINC0; extern PREINC1; extern INDF0; extern FSR0L; extern FSR0H; extern WREG; extern TBLPTRL; extern TBLPTRH; extern TBLPTRU; extern TABLAT; extern PRODL; extern PRODH; void _gptrput4(void) __naked { __asm /* decode generic pointer MSB (in WREG) bits 6 and 7: * 00 -> code (unimplemented) * 01 -> EEPROM (unimplemented) * 10 -> data * 11 -> unimplemented */ btfss _WREG, 7 bra _lab_01_ /* data pointer */ /* data are already in FSR0 */ movff _PRODL, _FSR0H movff _PREINC1, _POSTINC0 movff _PRODH, _POSTINC0 movff _TBLPTRL, _POSTINC0 movff _TBLPTRH, _POSTINC0 return _lab_01_: /* code or eeprom */ btfss _WREG, 6 return /* code pointer, cannot write code pointers */ _lab_02_: /* EEPROM pointer */ /* unimplemented yet */ return __endasm; } sdcc-2.9.0/device/lib/pic16/libsdcc/int/000077500000000000000000000000001116427777700176055ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libsdcc/int/divsint.c000066400000000000000000000030211116427777700214250ustar00rootroot00000000000000/*------------------------------------------------------------------------- _divsint.c :- routine for signed int (16 bit) division. just calls routine for unsigned division after sign adjustment Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include unsigned unsigned _divuint (unsigned a, unsigned b); int _divsint (int a, int b) _IL_REENTRANT { register int r; r = _divuint((a < 0 ? -a : a), (b < 0 ? -b : b)); if ( (a < 0) ^ (b < 0)) return -r; else return r; } sdcc-2.9.0/device/lib/pic16/libsdcc/int/divuint.c000066400000000000000000000031711116427777700214350ustar00rootroot00000000000000/*------------------------------------------------------------------------- _divuint.c :- routine for unsigned int (16 bit) division Ecrit par - Jean-Louis Vern . jlvern@writeme.com (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #define MSB_SET(x) ((x >> (8*sizeof(x)-1)) & 1) unsigned int _divuint (unsigned int a, unsigned int b) _IL_REENTRANT { unsigned int reste = 0; unsigned char count = 16; unsigned char c; do { // reste: a <- 0; c = MSB_SET(a); a <<= 1; reste <<= 1; if (c) reste |= 1; if (reste >= b) { reste -= b; // a <- (result = 1) a |= 1; } } while (--count); return a; } sdcc-2.9.0/device/lib/pic16/libsdcc/int/modsint.c000066400000000000000000000027221116427777700214310ustar00rootroot00000000000000/*------------------------------------------------------------------------- _modsint.c :- routine for signed int (16 bit) modulus Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include unsigned unsigned _moduint (unsigned a, unsigned b); int _modsint (int a, int b) _IL_REENTRANT { register int r; r = _moduint((a < 0 ? -a : a), (b < 0 ? -b : b)); if (a < 0) return -r; else return r; } sdcc-2.9.0/device/lib/pic16/libsdcc/int/moduint.c000066400000000000000000000031501116427777700214270ustar00rootroot00000000000000/*------------------------------------------------------------------------- _moduint.c :- routine for unsigned int (16 bit) modulus Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) Bug fixes by Martijn van Balen, aed@iae.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #define MSB_SET(x) ((x >> (8*sizeof(x)-1)) & 1) unsigned int _moduint (unsigned int a, unsigned int b) _IL_REENTRANT { unsigned char count = 0; while (!MSB_SET(b)) { b <<= 1; if (b > a) { b >>=1; break; } count++; } do { if (a >= b) a -= b; b >>= 1; } while (count--); return a; } sdcc-2.9.0/device/lib/pic16/libsdcc/int/mulint.c000066400000000000000000000032601116427777700212620ustar00rootroot00000000000000/*------------------------------------------------------------------------- _mulint.c :- routine for (unsigned) int (16 bit) multiplication Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) Modified for pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Signed and unsigned multiplication are the same - as long as the output has the same precision as the input. */ #include union uu { struct { unsigned char lo,hi ;} s; unsigned int t; } ; int _mulint (int a, int b) _IL_REENTRANT { union uu x; union uu y; union uu t; x.t = a; y.t = b; t.t = x.s.lo * y.s.lo; t.s.hi += (x.s.lo * y.s.hi) + (x.s.hi * y.s.lo); return t.t; } sdcc-2.9.0/device/lib/pic16/libsdcc/long/000077500000000000000000000000001116427777700177525ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libsdcc/long/divslong.c000066400000000000000000000027001116427777700217420ustar00rootroot00000000000000/*------------------------------------------------------------------------- _divslong.c - routine for division of 32 bit long Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include unsigned long _divulong(unsigned long a, unsigned long b); long _divslong (long a, long b) _IL_REENTRANT { long r; r = _divulong((a < 0 ? -a : a), (b < 0 ? -b : b)); if ( (a < 0) ^ (b < 0)) return -r; else return r; } sdcc-2.9.0/device/lib/pic16/libsdcc/long/divulong.c000066400000000000000000000032051116427777700217450ustar00rootroot00000000000000/*------------------------------------------------------------------------- _divulong.c - routine for division of 32 bit unsigned long Ecrit par - Jean-Louis Vern . jlvern@writeme.com (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #define MSB_SET(x) ((x >> (8*sizeof(x)-1)) & 1) unsigned long _divulong (unsigned long a, unsigned long b) _IL_REENTRANT { unsigned long reste = 0L; unsigned char count = 32; unsigned char c; do { // reste: a <- 0; c = MSB_SET(a); a <<= 1; reste <<= 1; if (c) reste |= 1L; if (reste >= b) { reste -= b; // a <- (result = 1) a |= 1L; } } while (--count); return a; } sdcc-2.9.0/device/lib/pic16/libsdcc/long/modslong.c000066400000000000000000000026721116427777700217470ustar00rootroot00000000000000/*------------------------------------------------------------------------- _modslong.c - routine for modulus of 32 bit signed long Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include unsigned long _modulong (unsigned long a, unsigned long b); long _modslong (long a, long b) _IL_REENTRANT { long r; r = _modulong((a < 0 ? -a : a), (b < 0 ? -b : b)); if (a < 0) return -r; else return r; } sdcc-2.9.0/device/lib/pic16/libsdcc/long/modulong.c000066400000000000000000000031561116427777700217470ustar00rootroot00000000000000/*------------------------------------------------------------------------- _modulong.c - routine for modulus of 32 bit unsigned long Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) Bug fixes by Martijn van Balen, aed@iae.nl This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #define MSB_SET(x) ((x >> (8*sizeof(x)-1)) & 1) unsigned long _modulong (unsigned long a, unsigned long b) _IL_REENTRANT { unsigned char count = 0; while (!MSB_SET(b)) { b <<= 1; if (b > a) { b >>=1; break; } count++; } do { if (a >= b) a -= b; b >>= 1; } while (count--); return a; } sdcc-2.9.0/device/lib/pic16/libsdcc/long/mullong.c000066400000000000000000000074431116427777700216030ustar00rootroot00000000000000/*------------------------------------------------------------------------- _mullong.c - routine for multiplication of 32 bit (unsigned) long Written By - Jean Louis VERN jlvern@writeme.com (1999) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) Modified for pic16 port by - Vangelis Rokas, vrokas@otenet.gr (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include union bil { struct {unsigned char b0,b1,b2,b3 ;} b; struct {unsigned short lo,hi ;} i; unsigned long l; struct { unsigned char b0; unsigned short i12; unsigned char b3;} bi; }; #define bcast(x) ((union bil near *)&(x)) /* 3 2 1 0 X 3 2 1 0 ---------------------------- 0.3 0.2 0.1 0.0 1.3 1.2 1.1 1.0 2.3 2.2 2.1 2.0 3.3 3.2 3.1 3.0 ---------------------------- |3.3|1.3|0.2|0.0| A |2.3|0.3|0.1| B |3.2|1.2|1.0| C |2.2|1.1| D |3.1|2.0| E |2.1| F |3.0| G |-------> only this side 32 x 32 -> 32 */ long _mullong (long a, long b) _IL_REENTRANT { #if 0 union bil t; t.i.hi = bcast(a)->b.b0 * bcast(b)->b.b2; // A t.i.lo = bcast(a)->b.b0 * bcast(b)->b.b0; // A t.b.b3 += bcast(a)->b.b3 * bcast(b)->b.b0; // G t.b.b3 += bcast(a)->b.b2 * bcast(b)->b.b1; // F t.i.hi += bcast(a)->b.b2 * bcast(b)->b.b0; // E <- b lost in .lst // bcast(a)->i.hi is free ! t.i.hi += bcast(a)->b.b1 * bcast(b)->b.b1; // D <- b lost in .lst bcast(a)->bi.b3 = bcast(a)->b.b1 * bcast(b)->b.b2; bcast(a)->bi.i12 = bcast(a)->b.b1 * bcast(b)->b.b0; // C bcast(b)->bi.b3 = bcast(a)->b.b0 * bcast(b)->b.b3; bcast(b)->bi.i12 = bcast(a)->b.b0 * bcast(b)->b.b1; // B bcast(b)->bi.b0 = 0; // B bcast(a)->bi.b0 = 0; // C t.l += a; return t.l + b; #else union bil x; union bil y; union bil t; union bil t1, t2; x.l = a; y.l = b; t.i.hi = x.b.b0 * y.b.b2; t.i.lo = x.b.b0 * y.b.b0; t.b.b3 += x.b.b3 * y.b.b0; t.b.b3 += x.b.b2 * y.b.b1; t.i.hi += x.b.b2 * y.b.b0; t.i.hi += x.b.b1 * y.b.b1; t1.bi.b3 = x.b.b1 * y.b.b2; t1.bi.i12 = x.b.b1 * y.b.b0; t2.bi.b3 = x.b.b0 * y.b.b3; t2.bi.i12 = x.b.b0 * y.b.b1; t1.bi.b0 = 0; t2.bi.b0 = 0; t.l += t1.l; return (t.l + t2.l); #endif } sdcc-2.9.0/device/lib/pic16/libsdcc/lregs/000077500000000000000000000000001116427777700201275ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libsdcc/lregs/lrrest.c000066400000000000000000000027761116427777700216220ustar00rootroot00000000000000/*------------------------------------------------------------------------- lrrest.c :- restore local registers in stack upon function exit Written for pic16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: lrrest.c 3835 2005-08-07 20:09:11Z tecodev $ */ /* FSR0 points to last register to store, WREG holds the register count */ extern PREINC1; extern POSTDEC0; extern WREG; void _lr_restore(void) __naked { __asm loop: movff _PREINC1, _POSTDEC0 decfsz _WREG, f bra loop return __endasm; } sdcc-2.9.0/device/lib/pic16/libsdcc/lregs/lrst.c000066400000000000000000000027721116427777700212670ustar00rootroot00000000000000/*------------------------------------------------------------------------- lrst.c :- store local registers in stack upon function entry Written for pic16 port by Vangelis Rokas, 2004 (vrokas@otenet.gr) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* ** $Id: lrst.c 3835 2005-08-07 20:09:11Z tecodev $ */ /* FSR0 points to first register to store, WREG holds the register count */ extern POSTDEC1; extern POSTINC0; extern WREG; void _lr_store(void) __naked { __asm loop: movff _POSTINC0, _POSTDEC1 decfsz _WREG, f bra loop return __endasm; } sdcc-2.9.0/device/lib/pic16/libsdcc/stack/000077500000000000000000000000001116427777700201205ustar00rootroot00000000000000sdcc-2.9.0/device/lib/pic16/libsdcc/stack/stack.S000066400000000000000000000012151116427777700213500ustar00rootroot00000000000000; ; stack.S - automatically allocate stack for PIC16 targets ; with out the need for using the #pragma stack ; directive ; ; written by Vangelis Rokas, 2006 ; ; object will only be used if and only if #pragma stack is not ; defined in one of the projet's sources radix dec ;-------------------------------------------------------- ; public variables in this module ;-------------------------------------------------------- global _stack global _stack_end ; allocate space for stack stack_section udata _stack res 0xff _stack_end res 1 end sdcc-2.9.0/device/lib/pic16/missing000077500000000000000000000255771116427777700170270ustar00rootroot00000000000000#! /bin/sh # Common stub for a few missing GNU programs while installing. scriptversion=2006-05-10.23 # Copyright (C) 1996, 1997, 1999, 2000, 2002, 2003, 2004, 2005, 2006 # Free Software Foundation, Inc. # Originally by Fran,cois Pinard , 1996. # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2, or (at your option) # any later version. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. 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There are 3 startup files, crt0.o minimal initialisation routine crt0i.o initialisation of variables crt0iz.o RAM cleanup and initialisation of variables sdcc-2.9.0/device/lib/pic16/startup/crt0.c000066400000000000000000000041431116427777700201300ustar00rootroot00000000000000/* * crt0.c - SDCC pic16 port runtime start code * * * Converted for SDCC and pic16 port * by Vangelis Rokas (vrokas@otenet.gr) * * based on Microchip MPLAB-C18 startup files * * This program is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2, or (at your option) any * later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * In other words, you are welcome to use, share and improve this program. * You are forbidden to forbid anyone else to use, share and improve * what you give them. Help stamp out software-hoarding! * * $Id: crt0.c 5183 2008-05-26 18:55:44Z tecodev $ */ extern stack_end; extern TBLPTRU; /* external reference to the user's main routine */ extern void main (void); void _entry (void) __naked __interrupt 0; void _startup (void) __naked; /* Access bank selector. */ #define a 0 /* * entry function, placed at interrupt vector 0 (RESET) */ void _entry (void) __naked __interrupt 0 { __asm goto __startup __endasm; } void _startup (void) __naked { __asm ; Initialize the stack pointer lfsr 1, _stack_end lfsr 2, _stack_end ; 1st silicon does not do this on POR clrf _TBLPTRU, a ; Initialize the flash memory access configuration. ; This is harmless for non-flash devices, so we do it on all parts. bsf 0xa6, 7, a ; EECON1.EEPGD = 1, TBLPTR accesses program memory bcf 0xa6, 6, a ; EECON1.CFGS = 0, TBLPTR accesses program memory __endasm; /* Call the main routine. */ main(); __asm lockup: ; Returning from main will lock up. bra lockup __endasm; } sdcc-2.9.0/device/lib/pic16/startup/crt0i.c000066400000000000000000000136221116427777700203030ustar00rootroot00000000000000/* * crt0i.c - SDCC pic16 port runtime start code with * initialisation * * Converted for SDCC and pic16 port * by Vangelis Rokas (vrokas@otenet.gr) * * based on Microchip MPLAB-C18 startup files * * This program is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2, or (at your option) any * later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * In other words, you are welcome to use, share and improve this program. * You are forbidden to forbid anyone else to use, share and improve * what you give them. Help stamp out software-hoarding! * * $Id: crt0i.c 5183 2008-05-26 18:55:44Z tecodev $ */ extern stack_end; extern TBLPTRU; extern TBLPTRH; extern TBLPTRL; extern FSR0L; extern FSR0H; extern TABLAT; extern POSTINC0; #if 1 /* global variable for forcing gplink to add _cinit section */ char __uflags = 0; #endif /* external reference to the user's main routine */ extern void main (void); void _entry (void) __naked __interrupt 0; void _startup (void) __naked; void _do_cinit (void) __naked; /* Access bank selector. */ #define a 0 /* * entry function, placed at interrupt vector 0 (RESET) */ void _entry (void) __naked __interrupt 0 { __asm goto __startup __endasm; } void _startup (void) __naked { __asm ; Initialize the stack pointer lfsr 1, _stack_end lfsr 2, _stack_end ; 1st silicon does not do this on POR clrf _TBLPTRU, a ; Initialize the flash memory access configuration. ; This is harmless for non-flash devices, so we do it on all parts. bsf 0xa6, 7, a ; EECON1.EEPGD = 1, TBLPTR accesses program memory bcf 0xa6, 6, a ; EECON1.CFGS = 0, TBLPTR accesses program memory __endasm; /* Initialize global and/or static variables. */ _do_cinit(); /* Call the main routine. */ main(); __asm lockup: ; Returning from main will lock up. bra lockup __endasm; } /* the cinit table will be filled by the linker */ extern __code struct { unsigned short num_init; struct { unsigned long from; unsigned long to; unsigned long size; } entries[1]; } cinit; #define TBLRDPOSTINC tblrd*+ #define prom 0x00 /* 0x00 0x01 0x02*/ #define curr_byte 0x03 /* 0x03 0x04 */ #define curr_entry 0x05 /* 0x05 0x06 */ #define data_ptr 0x07 /* 0x07 0x08 0x09 */ /* the variable initialisation routine */ void _do_cinit (void) __naked { /* * access registers 0x00 - 0x09 are not saved in this function */ __asm ; TBLPTR = &cinit movlw low(_cinit) movwf _TBLPTRL, a movlw high(_cinit) movwf _TBLPTRH, a movlw upper(_cinit) movwf _TBLPTRU, a ; curr_entry = cinit.num_init TBLRDPOSTINC movf _TABLAT, w, a movwf curr_entry, a TBLRDPOSTINC movf _TABLAT, w, a movwf curr_entry + 1, a ; while (curr_entry) movf curr_entry, w, a test: bnz cont1 movf curr_entry + 1, w, a bz done cont1: ; Count down so we only have to look up the data in _cinit once. ; At this point we know that TBLPTR points to the top of the current ; entry in _cinit, so we can just start reading the from, to, and ; size values. ; read the source address low TBLRDPOSTINC movf _TABLAT, w, a movwf prom, a ; source address high TBLRDPOSTINC movf _TABLAT, w, a movwf prom + 1, a ; source address upper TBLRDPOSTINC movf _TABLAT, w, a movwf prom + 2, a ; skip a byte since it is stored as a 32bit int TBLRDPOSTINC ; read the destination address directly into FSR0 ; destination address low TBLRDPOSTINC movf _TABLAT, w, a movwf _FSR0L, a ; destination address high TBLRDPOSTINC movf _TABLAT, w, a movwf _FSR0H, a ; skip two bytes since it is stored as a 32bit int TBLRDPOSTINC TBLRDPOSTINC ; read the size of data to transfer to destination address TBLRDPOSTINC movf _TABLAT, w, a movwf curr_byte, a TBLRDPOSTINC movf _TABLAT, w, a movwf curr_byte + 1, a ; skip two bytes since it is stored as a 32bit int TBLRDPOSTINC TBLRDPOSTINC ; prom = data_ptr->from; ; FSR0 = data_ptr->to; ; curr_byte = (unsigned short) data_ptr->size; ; the table pointer now points to the next entry. Save it ; off since we will be using the table pointer to do the copying ; for the entry ; data_ptr = TBLPTR movff _TBLPTRL, data_ptr movff _TBLPTRH, data_ptr + 1 movff _TBLPTRU, data_ptr + 2 ; now assign the source address to the table pointer ; TBLPTR = prom movff prom, _TBLPTRL movff prom + 1, _TBLPTRH movff prom + 2, _TBLPTRU ; while (curr_byte) movf curr_byte, w, a copy_loop: bnz copy_one_byte movf curr_byte + 1, w, a bz done_copying copy_one_byte: TBLRDPOSTINC movf _TABLAT, w, a movwf _POSTINC0, a ; decrement byte counter decf curr_byte, f, a bc copy_loop decf curr_byte + 1, f, a bra copy_one_byte done_copying: ; restore the table pointer for the next entry ; TBLPTR = data_ptr movff data_ptr, _TBLPTRL movff data_ptr + 1, _TBLPTRH movff data_ptr + 2, _TBLPTRU ; decrement entry counter decf curr_entry, f, a bc test decf curr_entry + 1, f, a bra cont1 ; emit done label done: return __endasm; } sdcc-2.9.0/device/lib/pic16/startup/crt0iz.c000066400000000000000000000143271116427777700205000ustar00rootroot00000000000000/* * crt0iz.c - SDCC pic16 port runtime start code with * initialisation and clear RAM * * Converted for SDCC and pic16 port * by Vangelis Rokas (vrokas@otenet.gr) * * based on Microchip MPLAB-C18 startup files * * This program is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2, or (at your option) any * later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * * In other words, you are welcome to use, share and improve this program. * You are forbidden to forbid anyone else to use, share and improve * what you give them. Help stamp out software-hoarding! * * $Id: crt0iz.c 5183 2008-05-26 18:55:44Z tecodev $ */ extern stack_end; extern TBLPTRU; extern TBLPTRH; extern TBLPTRL; extern FSR0L; extern FSR0H; extern TABLAT; extern POSTINC0; extern POSTDEC0; #if 1 /* global variable for forcing gplink to add _cinit section */ char __uflags = 0; #endif /* external reference to the user's main routine */ extern void main (void); void _entry (void) __naked __interrupt 0; void _startup (void) __naked; void _do_cinit (void) __naked; /* Access bank selector. */ #define a 0 /* * entry function, placed at interrupt vector 0 (RESET) */ void _entry (void) __naked __interrupt 0 { __asm goto __startup __endasm; } void _startup (void) __naked { __asm ; Initialize the stack pointer lfsr 1, _stack_end lfsr 2, _stack_end ; 1st silicon does not do this on POR clrf _TBLPTRU, a ; Initialize the flash memory access configuration. ; This is harmless for non-flash devices, so we do it on all parts. bsf 0xa6, 7, a ; EECON1.EEPGD = 1, TBLPTR accesses program memory bcf 0xa6, 6, a ; EECON1.CFGS = 0, TBLPTR accesses program memory __endasm; /* cleanup the RAM */ __asm ; Load FSR0 with top of RAM. setf _FSR0L, a movlw 0x0e movwf _FSR0H, a ; Place 0xff at address 0x00 as a sentinel. setf 0x00, a clear_loop: clrf _POSTDEC0, a movf 0x00, w, a bnz clear_loop __endasm; /* Initialize global and/or static variables. */ _do_cinit(); /* Call the main routine. */ main(); __asm lockup: ; Returning from main will lock up. bra lockup __endasm; } /* the cinit table will be filled by the linker */ extern __code struct { unsigned short num_init; struct { unsigned long from; unsigned long to; unsigned long size; } entries[1]; } cinit; #define TBLRDPOSTINC tblrd*+ #define prom 0x00 /* 0x00 0x01 0x02*/ #define curr_byte 0x03 /* 0x03 0x04 */ #define curr_entry 0x05 /* 0x05 0x06 */ #define data_ptr 0x07 /* 0x07 0x08 0x09 */ /* the variable initialisation routine */ void _do_cinit (void) __naked { /* * access registers 0x00 - 0x09 are not saved in this function */ __asm ; TBLPTR = &cinit movlw low(_cinit) movwf _TBLPTRL, a movlw high(_cinit) movwf _TBLPTRH, a movlw upper(_cinit) movwf _TBLPTRU, a ; curr_entry = cinit.num_init TBLRDPOSTINC movf _TABLAT, w, a movwf curr_entry, a TBLRDPOSTINC movf _TABLAT, w, a movwf curr_entry + 1, a ; while (curr_entry) movf curr_entry, w, a test: bnz cont1 movf curr_entry + 1, w, a bz done cont1: ; Count down so we only have to look up the data in _cinit once. ; At this point we know that TBLPTR points to the top of the current ; entry in _cinit, so we can just start reading the from, to, and ; size values. ; read the source address low TBLRDPOSTINC movf _TABLAT, w, a movwf prom, a ; source address high TBLRDPOSTINC movf _TABLAT, w, a movwf prom + 1, a ; source address upper TBLRDPOSTINC movf _TABLAT, w, a movwf prom + 2, a ; skip a byte since it is stored as a 32bit int TBLRDPOSTINC ; read the destination address directly into FSR0 ; destination address low TBLRDPOSTINC movf _TABLAT, w, a movwf _FSR0L, a ; destination address high TBLRDPOSTINC movf _TABLAT, w, a movwf _FSR0H, a ; skip two bytes since it is stored as a 32bit int TBLRDPOSTINC TBLRDPOSTINC ; read the size of data to transfer to destination address TBLRDPOSTINC movf _TABLAT, w, a movwf curr_byte, a TBLRDPOSTINC movf _TABLAT, w, a movwf curr_byte + 1, a ; skip two bytes since it is stored as a 32bit int TBLRDPOSTINC TBLRDPOSTINC ; prom = data_ptr->from; ; FSR0 = data_ptr->to; ; curr_byte = (unsigned short) data_ptr->size; ; the table pointer now points to the next entry. Save it ; off since we will be using the table pointer to do the copying ; for the entry ; data_ptr = TBLPTR movff _TBLPTRL, data_ptr movff _TBLPTRH, data_ptr + 1 movff _TBLPTRU, data_ptr + 2 ; now assign the source address to the table pointer ; TBLPTR = prom movff prom, _TBLPTRL movff prom + 1, _TBLPTRH movff prom + 2, _TBLPTRU ; while (curr_byte) movf curr_byte, w, a copy_loop: bnz copy_one_byte movf curr_byte + 1, w, a bz done_copying copy_one_byte: TBLRDPOSTINC movf _TABLAT, w, a movwf _POSTINC0, a ; decrement byte counter decf curr_byte, f, a bc copy_loop decf curr_byte + 1, f, a bra copy_one_byte done_copying: ; restore the table pointer for the next entry ; TBLPTR = data_ptr movff data_ptr, _TBLPTRL movff data_ptr + 1, _TBLPTRH movff data_ptr + 2, _TBLPTRU ; decrement entry counter decf curr_entry, f, a bc test decf curr_entry + 1, f, a bra cont1 ; emit done label done: return __endasm; } sdcc-2.9.0/device/lib/powf.c000066400000000000000000000022101116427777700156000ustar00rootroot00000000000000/* powf.c: Computes x**y where x and y are 32-bit floats. WARNING: less that 6 digits accuracy. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include #include float powf(const float x, const float y) { if(y == 0.0) return 1.0; if(y==1.0) return x; if(x <= 0.0) return 0.0; return expf(logf(x) * y); } sdcc-2.9.0/device/lib/printf_fast.c000066400000000000000000001144121116427777700171540ustar00rootroot00000000000000/* Fast printf routine for use with sdcc/mcs51 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /******************************************************************/ /** **/ /** Major features. These determine what capabilities your **/ /** compiled printf_fast will have. **/ /** **/ /******************************************************************/ // Include support for 32 bit base 10 integers (%ld and %lu). Without // this, you won't be able to print 32 bit integers as base 10. They // will appear in hexadecimal. #define LONG // Include support for floating point numbers (%f). Don't forget to // enable LONG above, if you want to print floats greater than // 65535.997. You can have 6 good digits after the decimal point, // or an 8th if a small error is ok. +/- 2^32 to 1/10^8 isn't the // full dynamic range of 32 bit floats, but it covers the most // commonly used range. Adds about 500-600 bytes of code. //#define FLOAT // Include support for minimum field widths (%8d, %20s, %12.5f) #define FIELD_WIDTH // Include fast integer conversion. Without this, a compact but slower // algorithm is used to convert integers (%d, %u, int part of %f). // Even the slow algorithm is much faster than a typical C implementation // based on repetitive division by 10. If you enable this, you get an // extremely fast version (only 8 table lookups and 8 adds to convert a // 32 bit integer), but it costs extra code space for larger lookup // tables and optimized non-looping code. #define FAST_INTEGER /******************************************************************/ /** **/ /** Minor tweaks. These provide small code savings, with **/ /** a partial loss of functionality. **/ /** **/ /******************************************************************/ // If you enabled FLOAT, enabling this replaces the normal %f float // output with a very compact version that always prints 4 fractional // digits and does not have round off. Zero will print as "0.0000", // and 1.999997 will print as "1.9999" (not rounded up to 2). The // 4th digit is not accurate (+/- 2). This simpler version also // avoids using 5 bytes of internal data memory. Code size is about // 240 bytes less. //#define FLOAT_FIXED4 // If you used FLOAT (not FLOAT_FIXED4), this will remove the smart // default number of digits code. When you use "%f" without a field // width, normally the smart default width code chooses a good number // of digits based on size of the number. If you enabled FIELD_WIDTH // and use a number, like "%.5f", this smart default code is never // used anyway. Saves about 40 bytes of code. //#define FLOAT_DEFAULT_FRAC_DIGITS 6 // If you used FLOAT (not FLOAT_FIXED4) and you do not specify a // field width, normally trailing zeros are trimmed. Using this // removes that feature (saves only a few bytes). //#define DO_NOT_TRIM_TRAILING_ZEROS // Omit saving and restoring registers when calling putchar(). If you // are desparate for a little more code space, this will give you a // small savings. You MUST define putchar() with #pragma callee_saves, // or implement it in assembly and avoid changing the registers. //#define PUTCHAR_CALLEE_SAVES /* extern void putchar(char ); */ // Warning: using static/global variables makes these functions NON-reentrant! // reentrant keyword is only used for parameter passing method static __bit long_flag, short_flag, print_zero_flag, negative_flag; #ifdef FIELD_WIDTH static __bit field_width_flag; static __bit leading_zero_flag; static __data unsigned char field_width; #endif #ifdef FLOAT #define SDCC_FLOAT_LIB #include static __bit continue_float; #ifndef FLOAT_FIXED4 static __data unsigned char frac_field_width; static __data unsigned char float_frac_bcd[4]; // TODO: can float_frac_bcd be overlaid with temps used by trig functions #endif #endif #ifndef FAST_INTEGER #ifdef LONG static __data unsigned int i2bcd_tmp; // slow 32 int conversion needs temp space #endif #endif #ifndef PRINTF_FAST #define PRINTF_FAST printf_fast #endif #if !defined(SDCC_mcs51) || defined(SDCC_USE_XSTACK) || defined(_SDCC_NO_ASM_LIB_FUNCS) // Does printf_fast really work on ds390 and ds400? // If it does, enable them in the line above #if defined(SDCC_USE_XSTACK) #warning "printf_fast not built, does not support --xstack" #elif defined(_SDCC_NO_ASM_LIB_FUNCS) #warning "printf_fast not built, _SDCC_NO_ASM_LIB_FUNCS defined" #endif #else // defines are compatible with printf_fast void PRINTF_FAST(__code char *fmt, ...) __reentrant { fmt; /* suppress unreferenced variable warning */ __asm printf_begin: mov a, _bp // r0 will point to va_args (stack) add a, #253 mov r0, a // r0 points to MSB of fmt mov dph, @r0 dec r0 mov dpl, @r0 // dptr has address of fmt dec r0 printf_main_loop: clr a movc a, @a+dptr // get next byte of fmt string inc dptr //cjne a, #'%', printf_normal cjne a, #37, printf_normal printf_format: clr _long_flag clr _short_flag clr _print_zero_flag clr _negative_flag #ifdef FIELD_WIDTH clr _field_width_flag clr _leading_zero_flag mov r1, #_field_width mov @r1, #0 #endif #ifdef FLOAT clr _continue_float #endif printf_format_loop: clr a movc a, @a+dptr // get next byte of data format inc dptr /* parse and consume the field width digits, even if */ /* we don't build the code to make use of them */ add a, #198 jc printf_nondigit1 add a, #10 jnc printf_nondigit2 #ifdef FIELD_WIDTH printf_digit: jnz printf_digit_2 cjne a, _field_width, printf_digit_2 setb _leading_zero_flag printf_digit_2: setb _field_width_flag mov r2, a mov a, @r1 mov b, #10 mul ab add a, r2 mov @r1, a #endif sjmp printf_format_loop printf_nondigit1: add a, #10 printf_nondigit2: add a, #48 printf_format_l: //cjne a, #'l', printf_format_h cjne a, #108, printf_format_h setb _long_flag sjmp printf_format_loop printf_format_h: //cjne a, #'h', printf_format_s cjne a, #104, printf_format_s setb _short_flag sjmp printf_format_loop printf_format_s: //cjne a, #'s', printf_format_d cjne a, #115, printf_format_d ljmp printf_string printf_format_d: //cjne a, #'d', printf_format_u cjne a, #100, printf_format_u lcall printf_get_int ljmp printf_int printf_format_u: //cjne a, #'u', printf_format_c cjne a, #117, printf_format_c lcall printf_get_int ljmp printf_uint printf_format_c: //cjne a, #'c', printf_format_x cjne a, #99, printf_format_x dec r0 mov a, @r0 // Acc has the character to print dec r0 sjmp printf_char printf_format_x: //cjne a, #'x', printf_format_f cjne a, #120, printf_format_f ljmp printf_hex printf_format_f: #ifdef FLOAT //cjne a, #'f', printf_format_dot cjne a, #102, printf_format_dot ljmp print_float #endif printf_format_dot: //cjne a, #'.', printf_normal cjne a, #46, printf_normal #ifdef FLOAT #ifdef FLOAT_FIXED4 mov r1, #ar3 // parse frac field, but discard if FIXED4 #else mov r1, #_frac_field_width mov @r1, #0 #endif #endif sjmp printf_format_loop printf_normal: jz printf_eot printf_char: lcall printf_putchar ljmp printf_main_loop printf_eot: ljmp printf_end /* print a string... just grab each byte with __gptrget */ /* the user much pass a 24 bit generic pointer */ printf_string: push dph // save addr in fmt onto stack push dpl mov b, @r0 // b has type of address (generic *) dec r0 mov dph, @r0 dec r0 mov dpl, @r0 // dptr has address of user's string dec r0 #ifdef FIELD_WIDTH jnb _field_width_flag, printf_str_loop clr _leading_zero_flag // never leading zeros for strings push dpl push dph printf_str_fw_loop: lcall __gptrget jz printf_str_space inc dptr dec _field_width mov a, _field_width jnz printf_str_fw_loop printf_str_space: lcall printf_space pop dph pop dpl #endif // FIELD_WIDTH printf_str_loop: lcall __gptrget jz printf_str_done inc dptr lcall printf_putchar sjmp printf_str_loop printf_str_done: pop dpl // restore addr withing fmt pop dph ljmp printf_main_loop /* printing in hex is easy because sdcc pushes the LSB first */ printf_hex: lcall printf_hex8 jb _short_flag, printf_hex_end lcall printf_hex8 jnb _long_flag, printf_hex_end lcall printf_hex8 lcall printf_hex8 printf_hex_end: lcall printf_zero ljmp printf_main_loop printf_hex8: mov a, @r0 lcall printf_phex_msn mov a, @r0 dec r0 ljmp printf_phex_lsn #ifndef LONG printf_ld_in_hex: //mov a, #'0' mov a, #48 lcall printf_putchar //mov a, #'x' mov a, #120 lcall printf_putchar mov a, r0 add a, #4 mov r0, a sjmp printf_hex #endif /* printing an integer is not so easy. For a signed int */ /* check if it is negative and print the minus sign and */ /* invert it to a positive integer */ printf_int: mov a, r5 jnb acc.7, printf_uint /* check if negative */ setb _negative_flag mov a, r1 /* invert integer */ cpl a add a, #1 mov r1, a jb _short_flag, printf_uint mov a, r2 cpl a addc a, #0 mov r2, a jnb _long_flag, printf_uint mov a, r3 cpl a addc a, #0 mov r3, a mov a, r4 cpl a addc a, #0 mov r4, a /* printing integers is a lot of work... because it takes so */ /* long, the first thing to do is make sure we're doing as */ /* little work as possible, then convert the binary int to */ /* packed BCD, and finally print each digit of the BCD number */ printf_uint: jb _short_flag, printf_uint_ck8 jnb _long_flag, printf_uint_ck16 printf_uint_ck32: /* it's a 32 bit int... but if the upper 16 bits are zero */ /* we can treat it like a 16 bit integer and convert much faster */ #ifdef LONG mov a, r3 jnz printf_uint_begin mov a, r4 jnz printf_uint_begin #else mov a, r3 jnz printf_ld_in_hex // print long integer as hex mov a, r4 // rather than just the low 16 bits jnz printf_ld_in_hex #endif clr _long_flag printf_uint_ck16: /* it's a 16 bit int... but if the upper 8 bits are zero */ /* we can treat it like a 8 bit integer and convert much faster */ mov a, r2 jnz printf_uint_begin setb _short_flag printf_uint_ck8: /* it's an 8 bit int... if it's zero, it's a lot faster to just */ /* print the digit zero and skip all the hard work! */ mov a, r1 jnz printf_uint_begin #ifdef FLOAT /* never use the "just print zero" shortcut if we're printing */ /* the integer part of a float (fixes bug 1255403) */ jb _continue_float, printf_uint_begin #endif #ifdef FIELD_WIDTH jnb _field_width_flag, printf_uint_zero mov a, _field_width jz printf_uint_zero dec _field_width lcall printf_space #endif printf_uint_zero: //mov a, #'0' mov a, #48 lcall printf_putchar ljmp printf_main_loop printf_uint_begin: push dpl push dph lcall printf_int2bcd // bcd number in r3/r2/r7/r6/r5 printf_uint_2: #ifdef FIELD_WIDTH jnb _field_width_flag, printf_uifw_end #ifdef LONG printf_uifw_32: mov r1, #10 jnb _long_flag, printf_uifw_16 mov a, r3 anl a, #0xF0 jnz printf_uifw_sub dec r1 mov a, r3 anl a, #0x0F jnz printf_uifw_sub dec r1 mov a, r2 anl a, #0xF0 jnz printf_uifw_sub dec r1 mov a, r2 anl a, #0x0F jnz printf_uifw_sub dec r1 mov a, r7 anl a, #0xF0 jnz printf_uifw_sub #endif // LONG printf_uifw_16: mov r1, #5 jb _short_flag, printf_uifw_8 mov a, r7 anl a, #0x0F jnz printf_uifw_sub dec r1 mov a, r6 anl a, #0xF0 jnz printf_uifw_sub printf_uifw_8: mov r1, #3 mov a, r6 anl a, #0x0F jnz printf_uifw_sub dec r1 mov a, r5 anl a, #0xF0 jnz printf_uifw_sub dec r1 printf_uifw_sub: //r1 has the number of digits for the number mov a, _field_width mov c, _negative_flag subb a, r1 jc printf_uifw_end mov _field_width, a #ifndef PUTCHAR_CALLEE_SAVES #ifdef LONG push ar3 push ar2 #endif push ar7 push ar6 push ar5 #endif lcall printf_space #ifndef PUTCHAR_CALLEE_SAVES pop ar5 pop ar6 pop ar7 #ifdef LONG pop ar2 pop ar3 #endif #endif printf_uifw_end: #endif // FIELD_WIDTH printf_uint_doit: jnb _negative_flag, printf_uint_pos #ifdef PUTCHAR_CALLEE_SAVES //mov a, #'-' mov a, #45 lcall printf_putchar #else #ifdef LONG push ar3 push ar2 #endif push ar7 push ar6 push ar5 //mov a, #'-' mov a, #45 lcall printf_putchar pop ar5 pop ar6 pop ar7 #ifdef LONG pop ar2 pop ar3 #endif #endif // PUTCHAR_CALLEE_SAVES printf_uint_pos: jb _short_flag, printf_uint8 #ifdef LONG jnb _long_flag, printf_uint16 printf_uint32: push ar5 push ar6 push ar7 mov dpl, r2 mov a, r3 mov dph, a lcall printf_phex_msn mov a, dph lcall printf_phex_lsn mov a, dpl lcall printf_phex_msn mov a, dpl lcall printf_phex_lsn pop acc mov dpl, a lcall printf_phex_msn mov a, dpl pop dph pop dpl sjmp printf_uint16a #endif // LONG printf_uint16: mov dpl, r5 mov dph, r6 mov a, r7 printf_uint16a: lcall printf_phex_lsn mov a, dph lcall printf_phex_msn mov a, dph sjmp printf_uint8a printf_uint8: mov dpl, r5 mov a, r6 printf_uint8a: lcall printf_phex_lsn mov a, dpl lcall printf_phex_msn mov a, dpl lcall printf_phex_lsn lcall printf_zero pop dph pop dpl #ifdef FLOAT jnb _continue_float, 0002$ ret 0002$: #endif ljmp printf_main_loop #ifdef FLOAT #ifdef FLOAT_FIXED4 // Print a float the easy way. First, extract the integer part and // use the integer printing code. Then extract the fractional part, // convert each bit to 4 digit BCD, and print the BCD sum. Absolutely // no field width control, always 4 digits printed past the decimal // point. No round off. 1.9999987 prints as 1.9999, not 2.0000. print_float: #ifdef FIELD_WIDTH jnb _field_width_flag, print_float_begin mov a, _field_width add a, #251 mov _field_width, a jc print_float_begin mov _field_width, #0 #endif print_float_begin: push ar0 // keep r0 safe, will need it again lcall printf_get_float clr c mov a, #158 // check for large float we can't print subb a, r7 jnc print_float_size_ok printf_float_too_big: // TODO: should print some sort of overflow error?? pop ar0 ljmp printf_format_loop print_float_size_ok: push dpl lcall fs_rshift_a pop dpl setb _continue_float #ifndef LONG mov a, r3 orl a, r4 jnz printf_float_too_big #endif lcall printf_uint // print the integer portion //mov a, #'.' mov a, #0x2E lcall printf_putchar // now that the integer part is printed, we need to refetch the // float from the va_args and extract the fractional part pop ar0 lcall printf_get_float push ar0 push dpl push dph mov a, r7 cjne a, #126, print_float_frac_lshift sjmp print_float_frac // input between 0.5 to 0.9999 print_float_frac_lshift: jc print_float_frac_rshift //Acc (exponent) is greater than 126 (input >= 1.0) add a, #130 mov r5, a print_float_lshift_loop: clr c mov a, r2 rlc a mov r2, a mov a, r3 rlc a mov r3, a mov a, r4 rlc a mov r4, a djnz r5, print_float_lshift_loop sjmp print_float_frac print_float_frac_rshift: //Acc (exponent) is less than 126 (input < 0.5) cpl a add a, #127 lcall fs_rshift_a print_float_frac: // now we've got the fractional part, so now is the time to // convert to BCD... just convert each bit to BCD using a // lookup table and BCD sum them together mov r7, #14 clr a mov r6, a mov r5, a mov dptr, #_frac2bcd // FLOAT_FIXED4 version (14 entries) print_float_frac_loop: mov a, r3 rlc a mov r3, a mov a, r4 rlc a mov r4, a jnc print_float_frac_skip clr a movc a, @a+dptr add a, r5 da a mov r5, a mov a, #1 movc a, @a+dptr addc a, r6 da a mov r6, a print_float_frac_skip: inc dptr inc dptr djnz r7, print_float_frac_loop // the BCD sum is in dptr, so all we've got to do is output // all 4 digits. No trailing zero suppression, no nice round // off (impossible to change the integer part since we already // printed it). mov dph, r6 mov dpl, r5 setb _print_zero_flag mov a, dph lcall printf_phex_msn mov a, dph lcall printf_phex_lsn mov a, dpl lcall printf_phex_msn mov a, dpl lcall printf_phex_lsn pop dph pop dpl pop ar0 ljmp printf_main_loop #else // not FLOAT_FIXED4 print_float: // Print a float the not-as-easy way, with a configurable number of // fractional digits (up to 8) and proper round-off (up to 7 digits). // First, extract the fractional part, convert to BCD, and then add // the scaled round-off. Store the rounded fractional digits and // their carry. Then extract the integer portion, increment it if // the rounding caused a carry. Use the integer printing to output // the integer, and then output the stored fractional digits. This // approach requires 5 bytes of internal RAM to store the 8 fractional // digits and the number of them we'll actually print. This code is // a couple hundred bytes larger and a bit slower than the FIXED4 // version, but it gives very nice results. print_float_1: #ifdef FIELD_WIDTH jnb _field_width_flag, print_float_default_width // The caller specified exact field width, so use it. Need to // convert the whole float digits into the integer portion only. mov a, _field_width setb c subb a, _frac_field_width mov _field_width, a jnc print_float_begin mov _field_width, #0 sjmp print_float_begin #endif print_float_default_width: // The caller didn't specify field width (or FIELD_WIDTH is // not defined so it's ignored). We've still got to know // how many fractional digits are going to print, so we can // round off properly. #ifdef FLOAT_DEFAULT_FRAC_DIGITS mov _frac_field_width, #FLOAT_DEFAULT_FRAC_DIGITS #else // default fractional field width (between 0 to 7) // attempt to scale the default number of fractional digits // based on the magnitude of the float mov a, @r0 anl a, #0x7F // ignore sign bit mov r2, a // r2 is first byte of float dec r0 mov ar3, @r0 // r3 is second byte of float inc r0 mov r6, dpl mov r7, dph mov dptr, #_float_range_table mov r5, #7 print_float_default_loop: clr a movc a, @a+dptr add a, r3 inc dptr clr a movc a, @a+dptr addc a, r2 jnc print_float_default_done inc dptr djnz r5, print_float_default_loop print_float_default_done: mov _frac_field_width, r5 mov dpl, r6 mov dph, r7 #endif // not FLOAT_DEFAULT_FRAC_DIGITS print_float_begin: push ar0 // keep r0 safe, will need it again lcall printf_get_float push dpl push dph mov a, r7 cjne a, #126, print_float_frac_lshift sjmp print_float_frac // input between 0.5 to 0.9999 print_float_frac_lshift: jc print_float_frac_rshift //Acc (exponent) is greater than 126 (input >= 1.0) add a, #130 mov r5, a print_float_lshift_loop: clr c mov a, r2 rlc a mov r2, a mov a, r3 rlc a mov r3, a mov a, r4 rlc a mov r4, a djnz r5, print_float_lshift_loop sjmp print_float_frac print_float_frac_rshift: //Acc (exponent) is less than 126 (input < 0.5) cpl a add a, #127 lcall fs_rshift_a print_float_frac: // Convert the fraction in r4/r3/r2/r1 into 8 BCD digits in r0/r7/r6/r5 mov b, #27 clr a mov r0, a mov r7, a mov r6, a mov r5, a mov dptr, #_frac2bcd // FLOAT version (27 entries) print_float_frac_loop: mov a, r1 rlc a mov r1, a mov a, r2 rlc a mov r2, a mov a, r3 rlc a mov r3, a mov a, r4 rlc a mov r4, a jnc print_float_frac_skip clr a movc a, @a+dptr add a, r5 da a mov r5, a mov a, #1 movc a, @a+dptr addc a, r6 da a mov r6, a mov a, #2 movc a, @a+dptr addc a, r7 da a mov r7, a mov a, #3 movc a, @a+dptr addc a, r0 da a mov r0, a print_float_frac_skip: inc dptr inc dptr inc dptr inc dptr djnz b, print_float_frac_loop print_float_frac_roundoff: // Now it's time to round-off the BCD digits to the desired precision. clr a mov r4, #0x50 // r4/r3/r2/r1 = 0.5 (bcd rounding) mov r3, a mov r2, a mov r1, a mov a, _frac_field_width rl a rl a anl a, #0xFC mov dph, r0 // fs_rshift_a will overwrite r0 & dpl lcall fs_rshift_a // divide r4/r3/r2/r1 by 10^frac_field_width mov a, r5 add a, r1 // add rounding to fractional part da a mov _float_frac_bcd+3, a // and store it for later use mov a, r6 addc a, r2 da a mov _float_frac_bcd+2, a mov a, r7 addc a, r3 da a mov _float_frac_bcd+1, a mov a, dph addc a, r4 da a mov _float_frac_bcd+0, a mov sign_b, c // keep fractional carry in sign_b pop dph pop dpl print_float_int: // Time to work on the integer portion... fetch the float again, check // size (exponent), scale to integer, add the fraction's carry, and // let the integer printing code do all the work. pop ar0 lcall printf_get_float push ar0 clr c mov a, #158 // check for large float we can't print subb a, r7 jnc print_float_size_ok printf_float_too_big: // TODO: should print some sort of overflow error?? pop ar0 ljmp printf_format_loop print_float_size_ok: push dpl lcall fs_rshift_a pop dpl jnb sign_b, print_float_do_int // if we get here, the fractional round off caused the // integer part to increment. Add 1 for a proper result mov a, r1 add a, #1 mov r1, a clr a addc a, r2 mov r2, a #ifdef LONG clr a addc a, r3 mov r3, a clr a addc a, r4 mov r4, a #endif jc printf_float_too_big print_float_do_int: #ifndef LONG mov a, r3 orl a, r4 jnz printf_float_too_big #endif setb _continue_float lcall printf_uint // print the integer portion print_float_frac_width: // Now all we have to do is output the fractional digits that // were previous computed and stored in memory. #ifdef FIELD_WIDTH jb _field_width_flag, print_float_do_frac #endif #ifndef DO_NOT_TRIM_TRAILING_ZEROS // if the user did not explicitly set a // field width, trim off trailing zeros print_float_frac_trim: mov a, _frac_field_width jz print_float_do_frac lcall get_float_frac_digit jnz print_float_do_frac djnz _frac_field_width, print_float_frac_trim #endif print_float_do_frac: mov a, _frac_field_width jz print_float_done //mov a, #'.' mov a, #0x2E lcall printf_putchar mov r0, #0 setb _print_zero_flag print_float_do_frac_loop: inc r0 mov a, r0 lcall get_float_frac_digit lcall printf_phex_lsn mov a, r0 cjne a, _frac_field_width, print_float_do_frac_loop print_float_done: pop ar0 ljmp printf_main_loop // acc=1 for tenths, acc=2 for hundredths, etc get_float_frac_digit: dec a clr c rrc a mov psw.5, c add a, #_float_frac_bcd mov r1, a mov a, @r1 jb psw.5, get_float_frac_digit_done swap a get_float_frac_digit_done: anl a, #15 ret #endif // end of normal FLOAT code (not FLOAT_FIXED4) // These helper functions are used, regardless of which type of // FLOAT code is used. #if 0 pm2_print_float: mov a, r7 lcall pm2_entry_phex mov a, #0x20 lcall pm2_entry_cout lcall _print_r4321 mov a, #0x20 lcall pm2_entry_cout ret #endif // Fetch a float from the va_args and put it into // r7(exp) r4/r3/r2(mant) and also clear r1 and preset // the flags printf_get_float: mov a, @r0 dec r0 mov r1, a mov a, @r0 dec r0 mov r4, a rlc a mov a, r1 rlc a mov _negative_flag, c mov r7, a jz printf_get_float_2 orl ar4, #0x80 printf_get_float_2: mov a, @r0 dec r0 mov r3, a mov a, @r0 dec r0 mov r2, a mov r1, #0 clr _short_flag setb _long_flag ret #endif // FLOAT /* read an integer into r1/r2/r3/r4, and msb into r5 */ printf_get_int: mov a, @r0 mov r1, a mov r5, a dec r0 jb _short_flag, printf_get_done mov r2, ar1 mov a, @r0 mov r1, a dec r0 jnb _long_flag, printf_get_done mov r4, ar2 mov r3, ar1 mov a, @r0 mov r2, a dec r0 mov a, @r0 mov r1, a dec r0 printf_get_done: ret #ifdef FAST_INTEGER /* convert binary number in r4/r3/r2/r1 into bcd packed number * in r3/r2/r7/r6/r5. The input number is destroyed in the * process, to avoid needing extra memory for the result (and * r1 gets used for temporary storage). dptr is overwritten, * but r0 is not changed. */ printf_int2bcd: mov a, r1 mov b, #100 div ab mov r6, a mov a, #10 xch a, b div ab swap a orl a, b mov r5, a jnb _short_flag, printf_i2bcd_16 // if 8 bit int, we're done ret printf_i2bcd_16: mov a, r2 anl a, #0x0F mov r1, a mov dptr, #_int2bcd_2 movc a, @a+dptr add a, r5 da a mov r5, a mov a, r1 orl a, #16 movc a, @a+dptr addc a, r6 da a mov r6, a mov a, r2 swap a anl a, #0x0F mov r1, a mov dptr, #_int2bcd_3 movc a, @a+dptr add a, r5 da a mov r5, a mov a, r1 orl a, #16 movc a, @a+dptr addc a, r6 da a mov r6, a mov a, r1 orl a, #32 movc a, @a+dptr addc a, #0 da a mov r7, a jb _long_flag, printf_i2bcd_32 // if 16 bit int, we're done ret printf_i2bcd_32: #ifdef LONG mov a, r3 anl a, #0x0F mov r1, a mov dptr, #_int2bcd_4 movc a, @a+dptr add a, r5 da a mov r5, a mov a, r1 orl a, #16 movc a, @a+dptr addc a, r6 da a mov r6, a mov a, r1 orl a, #32 movc a, @a+dptr addc a, r7 da a mov r7, a clr a addc a, #0 mov r2, a mov a, r3 swap a anl a, #0x0F mov r1, a mov dptr, #_int2bcd_5 movc a, @a+dptr add a, r5 da a mov r5, a mov a, r1 orl a, #16 movc a, @a+dptr addc a, r6 da a mov r6, a mov a, r1 orl a, #32 movc a, @a+dptr addc a, r7 da a mov r7, a mov a, r1 orl a, #48 movc a, @a+dptr addc a, r2 da a mov r2, a mov a, r4 anl a, #0x0F mov r1, a mov dptr, #_int2bcd_6 mov r3, #0 lcall printf_bcd_add10 // saves 27 bytes, costs 5 cycles mov a, r4 swap a anl a, #0x0F mov r1, a mov dptr, #_int2bcd_7 printf_bcd_add10: movc a, @a+dptr add a, r5 da a mov r5, a mov a, r1 orl a, #16 movc a, @a+dptr addc a, r6 da a mov r6, a mov a, r1 orl a, #32 movc a, @a+dptr addc a, r7 da a mov r7, a mov a, r1 orl a, #48 movc a, @a+dptr addc a, r2 da a mov r2, a mov a, r1 orl a, #64 movc a, @a+dptr addc a, r3 da a mov r3, a #endif // LONG ret #else // not FAST_INTEGER /* convert binary number in r4/r3/r2/r1 into bcd packed number * in r3/r2/r7/r6/r5. The input number is destroyed in the * process, to avoid needing extra memory for the result (and * r1 gets used for temporary storage). dptr is overwritten, * but r0 is not changed. */ #ifdef LONG printf_int2bcd: mov a, #8 jb _short_flag, printf_int2bcd_begin mov a, #16 jnb _long_flag, printf_int2bcd_begin mov a, #32 printf_int2bcd_begin: mov b, a clr a mov r5, a mov r6, a mov r7, a mov (_i2bcd_tmp + 0), a mov (_i2bcd_tmp + 1), a mov dptr, #_int2bcd printf_i2bcd_loop: mov a, r4 rrc a mov r4, a mov a, r3 rrc a mov r3, a mov a, r2 rrc a mov r2, a mov a, r1 rrc a mov r1, a jnc print_i2bcd_skip clr a movc a, @a+dptr add a, r5 da a mov r5, a mov a, #1 movc a, @a+dptr addc a, r6 da a mov r6, a mov a, #2 movc a, @a+dptr addc a, r7 da a mov r7, a mov a, #3 movc a, @a+dptr addc a, (_i2bcd_tmp + 0) da a mov (_i2bcd_tmp + 0), a mov a, #4 movc a, @a+dptr addc a, (_i2bcd_tmp + 1) da a mov (_i2bcd_tmp + 1), a print_i2bcd_skip: inc dptr inc dptr inc dptr inc dptr inc dptr djnz b, printf_i2bcd_loop mov r2, (_i2bcd_tmp + 0) mov r3, (_i2bcd_tmp + 1) ret #else // not LONG printf_int2bcd: mov a, #8 jb _short_flag, printf_int2bcd_begin mov a, #16 printf_int2bcd_begin: mov b, a clr a mov r5, a mov r6, a mov r7, a mov dptr, #_int2bcd printf_i2bcd_loop: mov a, r2 rrc a mov r2, a mov a, r1 rrc a mov r1, a jnc printf_i2bcd_add_skip clr a movc a, @a+dptr add a, r5 da a mov r5, a mov a, #1 movc a, @a+dptr addc a, r6 da a mov r6, a mov a, #2 movc a, @a+dptr addc a, r7 da a mov r7, a printf_i2bcd_add_skip: inc dptr inc dptr inc dptr djnz b, printf_i2bcd_loop ret #endif // not LONG #endif // not FAST_INTEGER #ifdef FIELD_WIDTH printf_space_loop: //mov a, #' ' mov a, #32 jnb _leading_zero_flag, printf_space_output //mov a, #'0' mov a, #48 printf_space_output: lcall printf_putchar dec _field_width printf_space: mov a, _field_width jnz printf_space_loop ret #endif /* print a hex digit, either upper 4 bit (msn) or lower 4 bits (lsn) */ printf_phex_msn: swap a printf_phex_lsn: anl a, #15 jnz printf_phex_ok jnb _print_zero_flag, printf_ret printf_phex_ok: setb _print_zero_flag add a, #0x90 da a addc a, #0x40 da a printf_putchar: #ifdef PUTCHAR_CALLEE_SAVES push dph push dpl mov dpl, a lcall _putchar pop dpl pop dph #else push dph push dpl push ar0 mov dpl, a lcall _putchar pop ar0 pop dpl pop dph #endif printf_ret: ret /* print a zero if all the calls to print the digits ended up */ /* being leading zeros */ printf_zero: jb _print_zero_flag, printf_ret //mov a, #'0' mov a, #48 ljmp printf_putchar printf_end: __endasm; } #ifdef FAST_INTEGER /* * #! /usr/bin/perl * for ($d=0; $d < 8; $d++) { * $n = 16 ** $d; * for ($p=0; $p < 5; $p++) { * last unless (((16 ** $d) * 15) / (10 ** ($p * 2))) % 100; * printf "code unsigned char int2bcd_%d_%d[15] = {", $d, $p; * for ($i=0; $i < 16; $i++) { * printf "0x%02d", * (((16 ** $d) * $i) / (10 ** ($p * 2))) % 100; * print ", " if $i < 15; * } * print "};\n"; * } * } */ #if 0 static __code unsigned char int2bcd_0[] = { 0x00, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x10, 0x11, 0x12, 0x13, 0x14, 0x15}; static __code unsigned char int2bcd_1[] = { 0x00, 0x16, 0x32, 0x48, 0x64, 0x80, 0x96, 0x12, 0x28, 0x44, 0x60, 0x76, 0x92, 0x08, 0x24, 0x40, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x02, 0x02, 0x02}; #endif static __code unsigned char int2bcd_2[] = { 0x00, 0x56, 0x12, 0x68, 0x24, 0x80, 0x36, 0x92, 0x48, 0x04, 0x60, 0x16, 0x72, 0x28, 0x84, 0x40, 0x00, 0x02, 0x05, 0x07, 0x10, 0x12, 0x15, 0x17, 0x20, 0x23, 0x25, 0x28, 0x30, 0x33, 0x35, 0x38}; static __code unsigned char int2bcd_3[] = { 0x00, 0x96, 0x92, 0x88, 0x84, 0x80, 0x76, 0x72, 0x68, 0x64, 0x60, 0x56, 0x52, 0x48, 0x44, 0x40, 0x00, 0x40, 0x81, 0x22, 0x63, 0x04, 0x45, 0x86, 0x27, 0x68, 0x09, 0x50, 0x91, 0x32, 0x73, 0x14, 0x00, 0x00, 0x00, 0x01, 0x01, 0x02, 0x02, 0x02, 0x03, 0x03, 0x04, 0x04, 0x04, 0x05, 0x05, 0x06}; #ifdef LONG static __code unsigned char int2bcd_4[] = { 0x00, 0x36, 0x72, 0x08, 0x44, 0x80, 0x16, 0x52, 0x88, 0x24, 0x60, 0x96, 0x32, 0x68, 0x04, 0x40, 0x00, 0x55, 0x10, 0x66, 0x21, 0x76, 0x32, 0x87, 0x42, 0x98, 0x53, 0x08, 0x64, 0x19, 0x75, 0x30, 0x00, 0x06, 0x13, 0x19, 0x26, 0x32, 0x39, 0x45, 0x52, 0x58, 0x65, 0x72, 0x78, 0x85, 0x91, 0x98}; static __code unsigned char int2bcd_5[] = { 0x00, 0x76, 0x52, 0x28, 0x04, 0x80, 0x56, 0x32, 0x08, 0x84, 0x60, 0x36, 0x12, 0x88, 0x64, 0x40, 0x00, 0x85, 0x71, 0x57, 0x43, 0x28, 0x14, 0x00, 0x86, 0x71, 0x57, 0x43, 0x29, 0x14, 0x00, 0x86, 0x00, 0x04, 0x09, 0x14, 0x19, 0x24, 0x29, 0x34, 0x38, 0x43, 0x48, 0x53, 0x58, 0x63, 0x68, 0x72, 0x00, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x10, 0x11, 0x12, 0x13, 0x14, 0x15}; static __code unsigned char int2bcd_6[] = { 0x00, 0x16, 0x32, 0x48, 0x64, 0x80, 0x96, 0x12, 0x28, 0x44, 0x60, 0x76, 0x92, 0x08, 0x24, 0x40, 0x00, 0x72, 0x44, 0x16, 0x88, 0x60, 0x32, 0x05, 0x77, 0x49, 0x21, 0x93, 0x65, 0x38, 0x10, 0x82, 0x00, 0x77, 0x55, 0x33, 0x10, 0x88, 0x66, 0x44, 0x21, 0x99, 0x77, 0x54, 0x32, 0x10, 0x88, 0x65, 0x00, 0x16, 0x33, 0x50, 0x67, 0x83, 0x00, 0x17, 0x34, 0x50, 0x67, 0x84, 0x01, 0x18, 0x34, 0x51, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x02, 0x02, 0x02, 0x02}; static __code unsigned char int2bcd_7[] = { 0x00, 0x56, 0x12, 0x68, 0x24, 0x80, 0x36, 0x92, 0x48, 0x04, 0x60, 0x16, 0x72, 0x28, 0x84, 0x40, 0x00, 0x54, 0x09, 0x63, 0x18, 0x72, 0x27, 0x81, 0x36, 0x91, 0x45, 0x00, 0x54, 0x09, 0x63, 0x18, 0x00, 0x43, 0x87, 0x30, 0x74, 0x17, 0x61, 0x04, 0x48, 0x91, 0x35, 0x79, 0x22, 0x66, 0x09, 0x53, 0x00, 0x68, 0x36, 0x05, 0x73, 0x42, 0x10, 0x79, 0x47, 0x15, 0x84, 0x52, 0x21, 0x89, 0x58, 0x26, 0x00, 0x02, 0x05, 0x08, 0x10, 0x13, 0x16, 0x18, 0x21, 0x24, 0x26, 0x29, 0x32, 0x34, 0x37, 0x40}; #endif // LONG #else // not FAST_INTEGER /* * #! /usr/bin/perl * print "__code unsigned char int2bcd[] = {\n"; * for ($i=0, $n=1; $i<32; $i++, $n*=2) { * $r = sprintf "%010u", $n; * $r =~ /([0-9][0-9])([0-9][0-9])([0-9][0-9])([0-9][0-9])([0-9][0-9])/; * printf "0x%02d, 0x%02d, 0x%02d, 0x%02d, 0x%02d", $5, $4, $3, $2, $1; * print ',' if $i < 31; * printf "\t\t// %10u\n", $n; * } * print "}\n__code unsigned char int2bcd[] = {\n"; * for ($i=0, $n=1; $i<16; $i++, $n*=2) { * $r = sprintf "%06u", $n; * $r =~ /([0-9][0-9])([0-9][0-9])([0-9][0-9])/; * printf "0x%02d, 0x%02d, 0x%02d", $3, $2, $1; * print ',' if $i < 15; * printf "\t\t// %10u\n", $n; * } * print "};\n"; */ #ifdef LONG static __code unsigned char int2bcd[] = { 0x01, 0x00, 0x00, 0x00, 0x00, // 1 0x02, 0x00, 0x00, 0x00, 0x00, // 2 0x04, 0x00, 0x00, 0x00, 0x00, // 4 0x08, 0x00, 0x00, 0x00, 0x00, // 8 0x16, 0x00, 0x00, 0x00, 0x00, // 16 0x32, 0x00, 0x00, 0x00, 0x00, // 32 0x64, 0x00, 0x00, 0x00, 0x00, // 64 0x28, 0x01, 0x00, 0x00, 0x00, // 128 0x56, 0x02, 0x00, 0x00, 0x00, // 256 0x12, 0x05, 0x00, 0x00, 0x00, // 512 0x24, 0x10, 0x00, 0x00, 0x00, // 1024 0x48, 0x20, 0x00, 0x00, 0x00, // 2048 0x96, 0x40, 0x00, 0x00, 0x00, // 4096 0x92, 0x81, 0x00, 0x00, 0x00, // 8192 0x84, 0x63, 0x01, 0x00, 0x00, // 16384 0x68, 0x27, 0x03, 0x00, 0x00, // 32768 0x36, 0x55, 0x06, 0x00, 0x00, // 65536 0x72, 0x10, 0x13, 0x00, 0x00, // 131072 0x44, 0x21, 0x26, 0x00, 0x00, // 262144 0x88, 0x42, 0x52, 0x00, 0x00, // 524288 0x76, 0x85, 0x04, 0x01, 0x00, // 1048576 0x52, 0x71, 0x09, 0x02, 0x00, // 2097152 0x04, 0x43, 0x19, 0x04, 0x00, // 4194304 0x08, 0x86, 0x38, 0x08, 0x00, // 8388608 0x16, 0x72, 0x77, 0x16, 0x00, // 16777216 0x32, 0x44, 0x55, 0x33, 0x00, // 33554432 0x64, 0x88, 0x10, 0x67, 0x00, // 67108864 0x28, 0x77, 0x21, 0x34, 0x01, // 134217728 0x56, 0x54, 0x43, 0x68, 0x02, // 268435456 0x12, 0x09, 0x87, 0x36, 0x05, // 536870912 0x24, 0x18, 0x74, 0x73, 0x10, // 1073741824 0x48, 0x36, 0x48, 0x47, 0x21 // 2147483648 }; #else // not LONG static __code unsigned char int2bcd[] = { 0x01, 0x00, 0x00, // 1 0x02, 0x00, 0x00, // 2 0x04, 0x00, 0x00, // 4 0x08, 0x00, 0x00, // 8 0x16, 0x00, 0x00, // 16 0x32, 0x00, 0x00, // 32 0x64, 0x00, 0x00, // 64 0x28, 0x01, 0x00, // 128 0x56, 0x02, 0x00, // 256 0x12, 0x05, 0x00, // 512 0x24, 0x10, 0x00, // 1024 0x48, 0x20, 0x00, // 2048 0x96, 0x40, 0x00, // 4096 0x92, 0x81, 0x00, // 8192 0x84, 0x63, 0x01, // 16384 0x68, 0x27, 0x03 // 32768 }; #endif // not LONG #endif // not FAST_INTEGER #ifdef FLOAT #ifndef FLOAT_FIXED4 /* * #! /usr/bin/perl * for ($i=0, $f=0.5; $i<24; $i++) { * $r = sprintf "%.8f", $f; * $r =~ /0\.([0-9][0-9])([0-9][0-9])([0-9][0-9])([0-9][0-9])/; * printf "0x%02d, 0x%02d, 0x%02d, 0x%02d", $4, $3, $2, $1; * print ',' if $i < 23; * $sum += $r; * printf "\t\t// %.15f %.8f\n", $f, $sum; * $f /= 2; * } */ static __code unsigned char frac2bcd[] = { 0x00, 0x00, 0x00, 0x50, // 0.500000000000000 0.50000000 0x00, 0x00, 0x00, 0x25, // 0.250000000000000 0.75000000 0x00, 0x00, 0x50, 0x12, // 0.125000000000000 0.87500000 0x00, 0x00, 0x25, 0x06, // 0.062500000000000 0.93750000 0x00, 0x50, 0x12, 0x03, // 0.031250000000000 0.96875000 0x00, 0x25, 0x56, 0x01, // 0.015625000000000 0.98437500 0x50, 0x12, 0x78, 0x00, // 0.007812500000000 0.99218750 0x25, 0x06, 0x39, 0x00, // 0.003906250000000 0.99609375 0x12, 0x53, 0x19, 0x00, // 0.001953125000000 0.99804687 0x56, 0x76, 0x09, 0x00, // 0.000976562500000 0.99902343 0x28, 0x88, 0x04, 0x00, // 0.000488281250000 0.99951171 0x14, 0x44, 0x02, 0x00, // 0.000244140625000 0.99975585 0x07, 0x22, 0x01, 0x00, // 0.000122070312500 0.99987792 0x04, 0x61, 0x00, 0x00, // 0.000061035156250 0.99993896 0x52, 0x30, 0x00, 0x00, // 0.000030517578125 0.99996948 0x26, 0x15, 0x00, 0x00, // 0.000015258789062 0.99998474 0x63, 0x07, 0x00, 0x00, // 0.000007629394531 0.99999237 0x81, 0x03, 0x00, 0x00, // 0.000003814697266 0.99999618 0x91, 0x01, 0x00, 0x00, // 0.000001907348633 0.99999809 0x95, 0x00, 0x00, 0x00, // 0.000000953674316 0.99999904 0x48, 0x00, 0x00, 0x00, // 0.000000476837158 0.99999952 0x24, 0x00, 0x00, 0x00, // 0.000000238418579 0.99999976 0x12, 0x00, 0x00, 0x00, // 0.000000119209290 0.99999988 0x06, 0x00, 0x00, 0x00, // 0.000000059604645 0.99999994 0x03, 0x00, 0x00, 0x00, // 0.000000029802322 0.99999997 0x01, 0x00, 0x00, 0x00, // 0.000000014901161 0.99999998 0x01, 0x00, 0x00, 0x00 // 0.000000007450581 0.99999999 }; #ifndef FLOAT_DEFAULT_FRAC_DIGITS // TODO: Perhaps these should be tweaked a bit to take round up // effects into account... or maybe give more default digits?? // Range #digits // 0.0001 - 0.0009999 7 // 0.001 - 0.009999 6 0.001 = 0x3A83126F 3A83 // 0.01 - 0.09999 5 0.01 = 0x3C23D70A 3C23 // 0.1 - 9.9999 4 0.1 = 0x3DCCCCCD, 3DCC // 10.0 - 99.99 3 10.0 = 0x41200000 4120 // 100.0 - 999.99 2 100.0 = 0x42C80000 42C8 // 1000 - 9999.9 1 1000 = 0x447A0000 447A // 10000+ 0 10000 = 0x461C4000 461C static __code unsigned int float_range_table[] = { 65536 - 0x3A83, 65536 - 0x3C23, 65536 - 0x3DCC, 65536 - 0x4120, 65536 - 0x42C8, 65536 - 0x447A, 65536 - 0x461C }; #endif #else // using FLOAT_FIXED4 /* * #! /usr/bin/perl * for ($i=0, $f=0.5; $i<14; $i++) { * $r = sprintf "%.4f", $f; * $r =~ /0\.([0-9][0-9])([0-9][0-9])/; * printf "0x%02d, 0x%02d", $2, $1; * print ',' if $i < 13; * $sum += $r; * printf "\t\t// %.15f %.4f\n", $f, $sum; * $f /= 2; * } */ static __code unsigned char frac2bcd[] = { 0x00, 0x50, // 0.500000000000000 0.5000 0x00, 0x25, // 0.250000000000000 0.7500 0x50, 0x12, // 0.125000000000000 0.8750 0x25, 0x06, // 0.062500000000000 0.9375 0x12, 0x03, // 0.031250000000000 0.9687 0x56, 0x01, // 0.015625000000000 0.9843 0x78, 0x00, // 0.007812500000000 0.9921 0x39, 0x00, // 0.003906250000000 0.9960 0x20, 0x00, // 0.001953125000000 0.9980 0x10, 0x00, // 0.000976562500000 0.9990 0x05, 0x00, // 0.000488281250000 0.9995 0x02, 0x00, // 0.000244140625000 0.9997 0x01, 0x00, // 0.000122070312500 0.9998 0x01, 0x00 // 0.000061035156250 0.9999 }; #endif // FLOAT_FIXED4 #endif // FLOAT #endif // defines compatible with printf_fast sdcc-2.9.0/device/lib/printf_fast_f.c000066400000000000000000000003161116427777700174560ustar00rootroot00000000000000// Same as printf_fast, but with floating point enabled #define SDCC_FLOAT_LIB #include #ifdef FLOAT_ASM_MCS51 #define FLOAT #define PRINTF_FAST printf_fast_f #include "printf_fast.c" #endif sdcc-2.9.0/device/lib/printf_large.c000066400000000000000000000445341116427777700173200ustar00rootroot00000000000000/*------------------------------------------------------------------------- printf_large.c - formatted output conversion Written By - Martijn van Balen aed@iae.nl (1999) Added %f By - johan.knol@iduna.nl (2000) Refactored by - Maarten Brock (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #if defined (SDCC_ds390) #define USE_FLOATS 1 #endif #include #include #include #include #include #include #define PTR value.ptr #ifdef SDCC_ds390 #define NULL_STRING "" #define NULL_STRING_LENGTH 6 #endif #if defined (SDCC_mcs51) && defined (SDCC_MODEL_SMALL) && !defined (SDCC_STACK_AUTO) # define MEM_SPACE_BUF __idata # define MEM_SPACE_BUF_PP __idata #else # define MEM_SPACE_BUF # define MEM_SPACE_BUF_PP _AUTOMEM #endif /****************************************************************************/ //typedef char * ptr_t; #define ptr_t char * #ifdef toupper #undef toupper #endif #ifdef tolower #undef tolower #endif #ifdef islower #undef islower #endif #ifdef isdigit #undef isdigit #endif //#define toupper(c) ((c)&=~0x20) #define toupper(c) ((c)&=0xDF) #define tolower(c) ((c)|=0x20) #define islower(c) ((unsigned char)c >= (unsigned char)'a' && (unsigned char)c <= (unsigned char)'z') #define isdigit(c) ((unsigned char)c >= (unsigned char)'0' && (unsigned char)c <= (unsigned char)'9') typedef union { unsigned char byte[5]; long l; unsigned long ul; float f; char *ptr; } value_t; #ifndef SDCC_STACK_AUTO static BOOL lower_case; static pfn_outputchar output_char; static void* p; static value_t value; static int charsOutputted; #endif /****************************************************************************/ #ifdef SDCC_STACK_AUTO #define OUTPUT_CHAR(c, p) { output_char (c, p); charsOutputted++; } #else #define OUTPUT_CHAR(c, p) _output_char (c) static void _output_char( unsigned char c ) { output_char( c, p ); charsOutputted++; } #endif /*--------------------------------------------------------------------------*/ #ifdef SDCC_STACK_AUTO static void output_digit( unsigned char n, BOOL lower_case, pfn_outputchar output_char, void* p ) { register unsigned char c = n + (unsigned char)'0'; if (c > (unsigned char)'9') { c += (unsigned char)('A' - '0' - 10); if (lower_case) c += (unsigned char)('a' - 'A'); } output_char( c, p ); } #else static void output_digit( unsigned char n ) { register unsigned char c = n + (unsigned char)'0'; if (c > (unsigned char)'9') { c += (unsigned char)('A' - '0' - 10); if (lower_case) c = tolower(c); } _output_char( c ); } #endif /*--------------------------------------------------------------------------*/ #ifdef SDCC_STACK_AUTO #define OUTPUT_2DIGITS( B ) { output_2digits( B, lower_case, output_char, p ); charsOutputted += 2; } static void output_2digits( unsigned char b, BOOL lower_case, pfn_outputchar output_char, void* p ) { output_digit( b>>4, lower_case, output_char, p ); output_digit( b&0x0F, lower_case, output_char, p ); } #else #define OUTPUT_2DIGITS( B ) output_2digits( B ) static void output_2digits( unsigned char b ) { output_digit( b>>4 ); output_digit( b&0x0F ); } #endif /*--------------------------------------------------------------------------*/ #if defined SDCC_STACK_AUTO static void calculate_digit( value_t _AUTOMEM * value, unsigned char radix ) { unsigned long ul = value->ul; unsigned char _AUTOMEM * pb4 = &value->byte[4]; unsigned char i = 32; do { *pb4 = (*pb4 << 1) | ((ul >> 31) & 0x01); ul <<= 1; if (radix <= *pb4 ) { *pb4 -= radix; ul |= 1; } } while (--i); value->ul = ul; } #else static void calculate_digit( unsigned char radix ) { register unsigned long ul = value.ul; register unsigned char b4 = value.byte[4]; register unsigned char i = 32; do { b4 = (b4 << 1); b4 |= (ul >> 31) & 0x01; ul <<= 1; if (radix <= b4 ) { b4 -= radix; ul |= 1; } } while (--i); value.ul = ul; value.byte[4] = b4; } #endif #if USE_FLOATS /* This is a very inefficient but direct approach, since we have no math library yet (e.g. log()). It does most of the modifiers, but has some restrictions. E.g. the abs(float) shouldn't be bigger than an unsigned long (that's about 4294967295), but still makes it usefull for most real-life applications. */ #define DEFAULT_FLOAT_PRECISION 6 #ifdef SDCC_STACK_AUTO #define OUTPUT_FLOAT(F, W, D, L, Z, S, P) output_float(F, W, D, L, Z, S, P, output_char, p) static unsigned char output_float (float f, unsigned char reqWidth, signed char reqDecimals, BOOL left, BOOL zero, BOOL sign, BOOL space, pfn_outputchar output_char, void* p) { unsigned char charsOutputted = 0; #if defined (SDCC_mcs51) char fpBuffer[16]; //mcs51 has only a small stack #else char fpBuffer[128]; #endif #else #define OUTPUT_FLOAT(F, W, D, L, Z, S, P) output_float(F, W, D, L, Z, S, P) static void output_float (float f, unsigned char reqWidth, signed char reqDecimals, BOOL left, BOOL zero, BOOL sign, BOOL space) { __xdata char fpBuffer[128]; #endif //SDCC_STACK_AUTO BOOL negative = 0; unsigned long integerPart; float rounding; float decimalPart; char fpBI=0, fpBD; unsigned char minWidth, i; signed char exp = -128; // save the sign if (f<0) { negative=1; f=-f; } if (f>0x00ffffff) { // this part is from Frank van der Hulst for (exp = 0; f >= 10.0; exp++) f /=10.0; for ( ; f < 1.0; exp--) f *=10.0; if (negative) { OUTPUT_CHAR ('-', p); } else { if (sign) { OUTPUT_CHAR ('+', p); } } reqWidth = 0; left = 0; zero = 0; sign = 0; space = 0; } // display some decimals as default if (reqDecimals==-1) reqDecimals=DEFAULT_FLOAT_PRECISION; // round the float rounding = 0.5; for (i=reqDecimals; i>0; i--) { rounding /= 10.0; } f += rounding; // split the float integerPart = f; decimalPart = f - integerPart; // fill the buffer with the integerPart (in reversed order!) while (integerPart) { fpBuffer[fpBI++]='0' + integerPart%10; integerPart /= 10; } if (!fpBI) { // we need at least a 0 fpBuffer[fpBI++]='0'; } // fill buffer with the decimalPart (in normal order) fpBD=fpBI; for (i=reqDecimals; i>0; i--) { decimalPart *= 10.0; // truncate the float integerPart = decimalPart; fpBuffer[fpBD++] = '0' + integerPart; decimalPart -= integerPart; } minWidth=fpBI; // we need at least these minWidth+=reqDecimals?reqDecimals+1:0; // maybe these if (negative || sign || space) minWidth++; // and maybe even this :) if (!left && reqWidth>i) { if (zero) { if (negative) { OUTPUT_CHAR('-', p); } else if (sign) { OUTPUT_CHAR('+', p); } else if (space) { OUTPUT_CHAR(' ', p); } while (reqWidth-->minWidth) { OUTPUT_CHAR('0', p); } } else { while (reqWidth-->minWidth) { OUTPUT_CHAR(' ', p); } if (negative) { OUTPUT_CHAR('-', p); } else if (sign) { OUTPUT_CHAR('+', p); } else if (space) { OUTPUT_CHAR(' ', p); } } } else { if (negative) { OUTPUT_CHAR('-', p); } else if (sign) { OUTPUT_CHAR('+', p); } else if (space) { OUTPUT_CHAR(' ', p); } } // output the integer part i=fpBI-1; do { OUTPUT_CHAR (fpBuffer[i], p); } while (i--); // ouput the decimal part if (reqDecimals) { OUTPUT_CHAR ('.', p); i=fpBI; while (reqDecimals--) { OUTPUT_CHAR (fpBuffer[i++], p); } } if (left && reqWidth>minWidth) { while (reqWidth-->minWidth) { OUTPUT_CHAR(' ', p); } } if (exp != -128) { OUTPUT_CHAR ('e', p); if (exp<0) { OUTPUT_CHAR ('-', p); exp = -exp; } OUTPUT_CHAR ('0'+exp/10, p); OUTPUT_CHAR ('0'+exp%10, p); } #ifdef SDCC_STACK_AUTO return charsOutputted; #else return; #endif //SDCC_STACK_AUTO } #endif //USE_FLOATS int _print_format (pfn_outputchar pfn, void* pvoid, const char *format, va_list ap) { BOOL left_justify; BOOL zero_padding; BOOL prefix_sign; BOOL prefix_space; BOOL signed_argument; BOOL char_argument; BOOL long_argument; BOOL float_argument; #ifdef SDCC_STACK_AUTO BOOL lower_case; value_t value; int charsOutputted; #endif BOOL lsd; unsigned char radix; unsigned char width; signed char decimals; unsigned char length; char c; #ifdef SDCC_STACK_AUTO #define output_char pfn #define p pvoid #else output_char = pfn; p = pvoid; #endif // reset output chars charsOutputted = 0; #ifdef SDCC_ds390 if (format==0) { format=NULL_STRING; } #endif while( c=*format++ ) { if ( c=='%' ) { left_justify = 0; zero_padding = 0; prefix_sign = 0; prefix_space = 0; signed_argument = 0; char_argument = 0; long_argument = 0; float_argument = 0; radix = 0; width = 0; decimals = -1; get_conversion_spec: c = *format++; if (c=='%') { OUTPUT_CHAR(c, p); continue; } if (isdigit(c)) { if (decimals==-1) { width = 10*width + (c - '0'); if (width == 0) { /* first character of width is a zero */ zero_padding = 1; } } else { decimals = 10*decimals + (c-'0'); } goto get_conversion_spec; } if (c=='.') { if (decimals==-1) decimals=0; else ; // duplicate, ignore goto get_conversion_spec; } if (islower(c)) { c = toupper(c); lower_case = 1; } else lower_case = 0; switch( c ) { case '-': left_justify = 1; goto get_conversion_spec; case '+': prefix_sign = 1; goto get_conversion_spec; case ' ': prefix_space = 1; goto get_conversion_spec; case 'B': char_argument = 1; goto get_conversion_spec; case 'L': long_argument = 1; goto get_conversion_spec; case 'C': if( char_argument ) c = va_arg(ap,char); else c = va_arg(ap,int); OUTPUT_CHAR( c, p ); break; case 'S': PTR = va_arg(ap,ptr_t); #ifdef SDCC_ds390 if (PTR==0) { PTR=NULL_STRING; length=NULL_STRING_LENGTH; } else { length = strlen(PTR); } #else length = strlen(PTR); #endif if ( decimals == -1 ) { decimals = length; } if ( ( !left_justify ) && (length < width) ) { width -= length; while( width-- != 0 ) { OUTPUT_CHAR( ' ', p ); } } while ( (c = *PTR) && (decimals-- > 0)) { OUTPUT_CHAR( c, p ); PTR++; } if ( left_justify && (length < width)) { width -= length; while( width-- != 0 ) { OUTPUT_CHAR( ' ', p ); } } break; case 'P': PTR = va_arg(ap,ptr_t); #if defined (SDCC_ds390) { unsigned char memtype = value.byte[3]; if (memtype >= 0x80) c = 'C'; else if (memtype >= 0x60) c = 'P'; else if (memtype >= 0x40) c = 'I'; else c = 'X'; } OUTPUT_CHAR(c, p); OUTPUT_CHAR(':', p); OUTPUT_CHAR('0', p); OUTPUT_CHAR('x', p); OUTPUT_2DIGITS( value.byte[2] ); OUTPUT_2DIGITS( value.byte[1] ); OUTPUT_2DIGITS( value.byte[0] ); #elif defined (SDCC_mcs51) { unsigned char memtype = value.byte[2]; if (memtype >= 0x80) c = 'C'; else if (memtype >= 0x60) c = 'P'; else if (memtype >= 0x40) c = 'I'; else c = 'X'; } OUTPUT_CHAR(c, p); OUTPUT_CHAR(':', p); OUTPUT_CHAR('0', p); OUTPUT_CHAR('x', p); if ((c != 'I' /* idata */) && (c != 'P' /* pdata */)) { OUTPUT_2DIGITS( value.byte[1] ); } OUTPUT_2DIGITS( value.byte[0] ); #else OUTPUT_CHAR('0', p); OUTPUT_CHAR('x', p); OUTPUT_2DIGITS( value.byte[1] ); OUTPUT_2DIGITS( value.byte[0] ); #endif break; case 'D': case 'I': signed_argument = 1; radix = 10; break; case 'O': radix = 8; break; case 'U': radix = 10; break; case 'X': radix = 16; break; case 'F': float_argument=1; break; default: // nothing special, just output the character OUTPUT_CHAR( c, p ); break; } if (float_argument) { value.f=va_arg(ap,float); #if !USE_FLOATS PTR=""; while (c=*PTR++) { OUTPUT_CHAR (c, p); } // treat as long hex //radix=16; //long_argument=1; //zero_padding=1; //width=8; #else // ignore b and l conversion spec for now #ifdef SDCC_STACK_AUTO charsOutputted += OUTPUT_FLOAT(value.f, width, decimals, left_justify, zero_padding, prefix_sign, prefix_space); #else OUTPUT_FLOAT(value.f, width, decimals, left_justify, zero_padding, prefix_sign, prefix_space); #endif //SDCC_STACK_AUTO #endif //USE_FLOATS } else if (radix != 0) { // Apparently we have to output an integral type // with radix "radix" unsigned char MEM_SPACE_BUF store[6]; unsigned char MEM_SPACE_BUF_PP *pstore = &store[5]; // store value in byte[0] (LSB) ... byte[3] (MSB) if (char_argument) { value.l = va_arg(ap,char); if (!signed_argument) { value.l &= 0xFF; } } else if (long_argument) { value.l = va_arg(ap,long); } else // must be int { value.l = va_arg(ap,int); if (!signed_argument) { value.l &= 0xFFFF; } } if ( signed_argument ) { if (value.l < 0) value.l = -value.l; else signed_argument = 0; } length=0; lsd = 1; do { value.byte[4] = 0; #if defined SDCC_STACK_AUTO calculate_digit(&value, radix); #else calculate_digit(radix); #endif if (!lsd) { *pstore = (value.byte[4] << 4) | (value.byte[4] >> 4) | *pstore; pstore--; } else { *pstore = value.byte[4]; } length++; lsd = !lsd; } while( value.ul ); if (width == 0) { // default width. We set it to 1 to output // at least one character in case the value itself // is zero (i.e. length==0) width=1; } /* prepend spaces if needed */ if (!zero_padding && !left_justify) { while ( width > (unsigned char) (length+1) ) { OUTPUT_CHAR( ' ', p ); width--; } } if (signed_argument) // this now means the original value was negative { OUTPUT_CHAR( '-', p ); // adjust width to compensate for this character width--; } else if (length != 0) { // value > 0 if (prefix_sign) { OUTPUT_CHAR( '+', p ); // adjust width to compensate for this character width--; } else if (prefix_space) { OUTPUT_CHAR( ' ', p ); // adjust width to compensate for this character width--; } } /* prepend zeroes/spaces if needed */ if (!left_justify) while ( width-- > length ) { OUTPUT_CHAR( zero_padding ? '0' : ' ', p ); } else { /* spaces are appended after the digits */ if (width > length) width -= length; else width = 0; } /* output the digits */ while( length-- ) { lsd = !lsd; if (!lsd) { pstore++; value.byte[4] = *pstore >> 4; } else { value.byte[4] = *pstore & 0x0F; } #ifdef SDCC_STACK_AUTO output_digit( value.byte[4], lower_case, output_char, p ); charsOutputted++; #else output_digit( value.byte[4] ); #endif } if (left_justify) while (width-- > 0) { OUTPUT_CHAR(' ', p); } } } else { // nothing special, just output the character OUTPUT_CHAR( c, p ); } } return charsOutputted; } /****************************************************************************/ sdcc-2.9.0/device/lib/printf_tiny.c000066400000000000000000000143631116427777700172060ustar00rootroot00000000000000/* Tiny printf routine for use with sdcc/mcs51 * Copyright (c) 2004, Paul Stoffregen, paul@pjrc.com * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /* * This tiny printf uses minimal code space, and it is fully reentrant * and register bank neutral (usually safe to call from within an * interrupt routine). Code size is under 270 bytes. Only one library * function is called (_gptrget, 41 bytes), in addition to calls to * putchar(). * * Five simple formats are supported * * %d signed 16 bit integer decimal (-32768 to 32767) * %u unsigned 16 bit integer decimal (0 to 65535) * %s string, takes a 24 bit generic pointer * %c character. You must explicitly cast to char in SDCC * %x 16 bit integer in hex (0 to FFFF) * * For a more complete printf that supports longs, floating point and * field width, try using printf_fast() or printf_large(). */ /* This removes the negative number code, causing "%d" to be the same as "%u". If you don't care about printing negative numbers, this will save 21 bytes of code. */ /* #define ALWAYS_PRINT_UNSIGNED */ /* Directly output characters to the serial port using simple polling, rather than calling putchar(). This saves 14 bytes, plus the size of putchar. */ /* #define DIRECT_SERIAL_OUTPUT */ /* extern void putchar(char ); */ #define print_zero_flag PSW.5 #if !defined(SDCC_mcs51) || defined(SDCC_USE_XSTACK) || defined(_SDCC_NO_ASM_LIB_FUNCS) /* Does printf_tiny really work on ds390 and ds400? If it does, enable them in the line above */ #if defined(_SDCC_BUILD_LIB) /* Disable all warnings if building a library */ #pragma disable_warning 190 #elif defined(SDCC_USE_XSTACK) #warning "printf_tiny not built, does not support --xstack" #elif defined(_SDCC_NO_ASM_LIB_FUNCS) #warning "printf_tiny not built, _SDCC_NO_ASM_LIB_FUNCS defined" #else /* Disable "ISO C forbids an empty source file" wraning message */ #pragma disable_warning 190 #endif #else /* defines are compatible with printf_tiny */ void printf_tiny(__code char *fmt, ...) __reentrant { fmt; /* suppress unreferenced variable warning */ __asm printf_begin: mov a, _bp /* r0 will point to va_args (stack) */ add a, #253 mov r0, a /* r0 points to MSB of fmt */ mov dph, @r0 dec r0 mov dpl, @r0 /* dptr has address of fmt */ dec r0 printf_main_loop: clr a movc a, @a+dptr /* get next byte of fmt string */ inc dptr add a, #256 - 37 jz printf_format /* check for '%' */ add a, #37 jz printf_end_h lcall printf_putchar sjmp printf_main_loop printf_end_h: ljmp printf_end printf_format: setb print_zero_flag clr a movc a, @a+dptr /* get next byte of data format */ inc dptr push dph push dpl printf_format_s: /*cjne a, #'s', printf_format_c*/ cjne a, #115, printf_format_c printf_string: /* print a string... just grab each byte with __gptrget */ /* the user much pass a 24 bit generic pointer */ mov b, @r0 /* b has type of address (generic *) */ dec r0 mov dph, @r0 dec r0 mov dpl, @r0 /* dptr has address of user's string */ dec r0 printf_str_loop: lcall __gptrget jz printf_format_done inc dptr lcall printf_putchar sjmp printf_str_loop printf_format_c: /*cjne a, #'c', printf_format_d*/ cjne a, #99, printf_format_d dec r0 mov a, @r0 /* Acc has the character to print */ dec r0 lcall printf_putchar sjmp printf_format_done printf_format_d: /*cjne a, #'d', printf_format_u*/ cjne a, #100, printf_format_x #ifndef ALWAYS_PRINT_UNSIGNED mov a, @r0 jnb acc.7, printf_uint dec r0 mov a, @r0 cpl a add a, #1 mov @r0, a inc r0 mov a, @r0 cpl a addc a, #0 mov @r0, a /*mov a, #'-'*/ mov a, #45 lcall printf_putchar #endif sjmp printf_uint printf_format_x: /*cjne a, #'x', printf_format_u*/ cjne a, #120, printf_format_u mov dph, @r0 dec r0 mov dpl, @r0 dec r0 clr a printf_hex: lcall printf_phex_lsn mov a, dph lcall printf_phex_msn mov a, dph lcall printf_phex_lsn mov a, dpl lcall printf_phex_msn mov a, dpl lcall printf_phex_lsn jnb print_zero_flag, printf_format_done /*mov a, #'0'*/ mov a, #48 lcall printf_putchar printf_format_done: pop dpl pop dph ljmp printf_main_loop printf_format_u: /*cjne a, #'u', printf_format_done*/ cjne a, #117, printf_format_done printf_uint: mov a, @r0 mov r2, a dec r0 mov a, @r0 mov r1, a dec r0 printf_int2bcd: mov r4, #16 mov r5, #39 lcall div_by_sub mov r7, a mov r4, #232 mov r5, #3 lcall div_by_sub swap a mov dph, a mov r4, #100 mov r5, #0 lcall div_by_sub orl dph, a mov a, r1 mov b, #10 div ab swap a orl a, b mov dpl, a mov a, r7 sjmp printf_hex /* Divide r2/r1 by r5/r4 using successive subtraction returns quotient in r2/r1 and remainder in acc. */ div_by_sub: mov r3, #0 div_by_sub_loop: inc r3 clr c mov a, r1 subb a, r4 mov r1, a mov a, r2 subb a, r5 mov r2, a jnc div_by_sub_loop dec r3 mov a, r1 add a, r4 mov r1, a mov a, r2 addc a, r5 mov r2, a mov a, r3 ret /* print a hex digit, either upper 4 bit (msn) or lower 4 bits (lsn) */ printf_phex_msn: swap a printf_phex_lsn: anl a, #15 jnz printf_phex_ok jb print_zero_flag, printf_ret printf_phex_ok: clr print_zero_flag add a, #0x90 da a addc a, #0x40 da a printf_putchar: #ifdef DIRECT_SERIAL_OUTPUT jnb ti, printf_putchar clr ti mov sbuf, a #else push dph push dpl push b mov dpl, a mov a, r0 push acc lcall _putchar pop acc mov r0, a pop b pop dpl pop dph #endif printf_ret: ret printf_end: __endasm; } #endif /* defines compatible with printf_tiny */ sdcc-2.9.0/device/lib/printfl.c000066400000000000000000000123571116427777700163200ustar00rootroot00000000000000/*----------------------------------------------------------------- printfl.c - source file for reduced version of printf Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! 2001060401: Improved by was@icb.snz.chel.su -------------------------------------------------------------------------*/ /* following formats are supported :- format output type argument-type %d decimal int %ld decimal long %hd decimal char %x hexadecimal int %lx hexadecimal long %hx hexadecimal char %o octal int %lo octal long %ho octal char %c character char %s character generic pointer */ #include #include #include #ifndef __ds390 /* just for the SP */ #include <8051.h> #endif static __data char radix ; static __bit long_flag = 0; static __bit string_flag =0; static __bit char_flag = 0; static char * __data str ; static __data long val; /* This great loop fails with the ds390 port (2003-01-13). At the beginning resp. end of the loop the compiler inserts a "push ar2" resp. "pop ar2", which badly interfers with the push/pop in the source. Library functions should be rock solid and portable. There's an _ltoa in the library, so let's use it and don't reinvent the wheel. Bernhard */ #if NICE_LIFO_IMPLEMENTATION_BUT_NOT_PORTABLE static __data volatile char ch; static __bit sign; static void pval(void) { volatile char sp; unsigned long lval; sp = SP; if (val < 0 && radix != 16) { lval = -val; sign = 1; } else { sign = 0; lval = val;} if (!long_flag) { lval &= 0x0000ffff; } if (char_flag) { lval &= 0x000000ff; } do { # if 1 if(radix != 16) ch = (lval % radix) + '0'; else ch = "0123456789ABCDEF"[(unsigned char)lval & 0x0f]; __asm push _ch __endasm; lval /= radix; # else // This only looks more efficient, but isn't. see the .map ch = (lval % radix) + '0'; if (ch>'9') ch+=7; __asm push _ch __endasm; lval /= radix; # endif } while (lval); if (sign) { ch = '-'; __asm push _ch __endasm; } while (sp != SP) { __asm pop _ch __endasm; putchar(ch); } } #endif void printf_small (char * fmt, ... ) __reentrant { va_list ap ; va_start(ap,fmt); for (; *fmt ; fmt++ ) { if (*fmt == '%') { long_flag = string_flag = char_flag = 0; fmt++ ; switch (*fmt) { case 'l': long_flag = 1; fmt++; break; case 'h': char_flag = 1; fmt++; } switch (*fmt) { case 's': string_flag = 1; break; case 'd': radix = 10; break; case 'x': radix = 16; break; case 'c': radix = 0; break; case 'o': radix = 8; break; } if (string_flag) { str = va_arg(ap, char *); while (*str) putchar(*str++); continue ; } if (long_flag) val = va_arg(ap,long); else if (char_flag) val = va_arg(ap,char); else val = va_arg(ap,int); #if NICE_LIFO_IMPLEMENTATION_BUT_NOT_PORTABLE if (radix) pval(); #else if (radix) { static char __idata buffer[12]; /* 37777777777(oct) */ char __idata * stri; _ltoa (val, buffer, radix); stri = buffer; while (*stri) { putchar (*stri); stri++; } } #endif else putchar((char)val); } else putchar(*fmt); } } sdcc-2.9.0/device/lib/puts.c000066400000000000000000000024511116427777700156270ustar00rootroot00000000000000/*----------------------------------------------------------------- puts.c - source file for ANSI Function puts Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ extern void putchar(char); int puts (char *s) { int i = 0; while (*s){ putchar(*s++); i++; } putchar('\n'); return i+1; } sdcc-2.9.0/device/lib/rand.c000066400000000000000000000026061116427777700155620ustar00rootroot00000000000000/*------------------------------------------------------------------------- rand.c - random number generator Written By - Maarten Brock, sourceforge.brock@dse.nl (2006) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include static unsigned long int next = 1; int rand(void) { next = next * 1103515245UL + 12345; return (unsigned int)(next/65536) % (RAND_MAX + 1U); } void srand(unsigned int seed) { next = seed; } sdcc-2.9.0/device/lib/ser_ir.c000066400000000000000000000071641116427777700161250ustar00rootroot00000000000000/*------------------------------------------------------------------------- ser_ir.c - source file for serial routines Written By - Josef Wolf (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "ser_ir.h" /* This file implements a serial interrupt handler and its supporting * routines. Compared with the existing serial.c and _ser.c it has * following advantages: * - You can specify arbitrary buffer sizes (umm, up to 255 bytes), * so it can run on devices with _little_ memory like at89cx051. * - It won't overwrite characters which already are stored in the * receive-/transmit-buffer. */ /* BUG: those definitions (and the #include) should be set dynamically * (while linking or at runtime) to make this file a _real_ library. */ #include <8051.h> #define XBUFLEN 4 #define RBUFLEN 8 /* You might want to specify idata, pdata or xdata for the buffers */ static unsigned char __pdata rbuf[RBUFLEN], xbuf[XBUFLEN]; static unsigned char rcnt, xcnt, rpos, xpos; static __bit busy; void ser_init (void) { ES = 0; rcnt = xcnt = rpos = xpos = 0; /* init buffers */ busy = 0; SCON = 0x50; PCON |= 0x80; /* SMOD = 1; */ TMOD &= 0x0f; /* use timer 1 */ TMOD |= 0x20; TL1 = -3; TH1 = -3; TR1 = 1; /* 19200bps with 11.059MHz crystal */ ES = 1; } void ser_handler (void) __interrupt 4 { if (RI) { RI = 0; /* don't overwrite chars already in buffer */ if (rcnt < RBUFLEN) rbuf [(unsigned char)(rpos+rcnt++) % RBUFLEN] = SBUF; } if (TI) { TI = 0; if (busy = xcnt) { /* Assignment, _not_ comparison! */ xcnt--; SBUF = xbuf [xpos++]; if (xpos >= XBUFLEN) xpos = 0; } } } void ser_putc (unsigned char c) { while (xcnt >= XBUFLEN) /* wait for room in buffer */ ; ES = 0; if (busy) { xbuf[(unsigned char)(xpos+xcnt++) % XBUFLEN] = c; } else { SBUF = c; busy = 1; } ES = 1; } unsigned char ser_getc (void) { unsigned char c; while (!rcnt) /* wait for character */ ; ES = 0; rcnt--; c = rbuf [rpos++]; if (rpos >= RBUFLEN) rpos = 0; ES = 1; return (c); } #pragma save #pragma noinduction void ser_puts (unsigned char *s) { unsigned char c; while (c=*s++) { if (c == '\n') ser_putc ('\r'); ser_putc (c); } } #pragma restore void ser_gets (unsigned char *s, unsigned char len) { unsigned char pos, c; pos = 0; while (pos <= len) { c = ser_getc (); if (c == '\r') continue; /* discard CR's */ s[pos++] = c; if (c == '\n') break; /* NL terminates */ } s[pos] = '\0'; } unsigned char ser_can_xmt (void) { return XBUFLEN - xcnt; } unsigned char ser_can_rcv (void) { return rcnt; } sdcc-2.9.0/device/lib/ser_ir_cts_rts.c000066400000000000000000000123331116427777700176600ustar00rootroot00000000000000/*------------------------------------------------------------------------- ser_ir.c - source file for serial routines Written By - Josef Wolf (1999) Revisions: 1.0 Bela Torok Jul. 2000 RTS / CTS protocol added This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* This file implements a serial interrupt handler and its supporting * routines. Compared with the existing serial.c and _ser.c it has * following advantages: * - You can specify arbitrary buffer sizes (umm, up to 255 bytes), * so it can run on devices with _little_ memory like at89cx051. * - It won't overwrite characters which already are stored in the * receive-/transmit-buffer. */ /* BUG: those definitions (and the #include) should be set dynamically * (while linking or at runtime) to make this file a _real_ library. */ /* RTS/CTS protocol howto: Shematic of cable for RTS/CTS protocol (B. Torok - Jun. 2000) <- DB9 female connector -><- RS232 driver/receiver -><- 8051 system -> connect to PC e.g. MAX232 RS232 TTL level level DCD DTR Pin1---Pin4 Transmitters/Receivers RXD Pin2-----------------------------<<<-------------------TXD TXD Pin3----------------------------->>>-------------------RXD GND Pin5---------------------------------------------------GND DSR CTS Pin6---Pin8----------------------<<<-------------------CTS (see #define CTS) RTS Pin7----------------------------->>>-------------------RTS (see #define RTS) */ #include <8051.h> #include "ser_ir.h" #define TXBUFLEN 3 #define RXBUFLEN 18 // The minimum rx buffer size for safe communications // is 17. (The UART in the PC has a 16-byte FIFO.) // TXBUFLEN & RXBUFLEN can be highher if rxbuf[] and txbuf[] is in xdata, max size is limited to 256! #define THRESHOLD 16 #define ENABLE 0 #define DISABLE 1 #define CTS P3_6 // CTS & RTS can be assigned to any free pins #define RTS P3_7 // You might want to specify idata, pdata or xdata for the buffers static unsigned char rxbuf[RXBUFLEN], txbuf[TXBUFLEN]; static unsigned char rxcnt, txcnt, rxpos, txpos; static bit busy; void ser_init() { ES = 0; rxcnt = txcnt = rxpos = txpos = 0; // init buffers busy = 0; SCON = 0x50; // mode 1 - 8-bit UART PCON |= 0x80; // SMOD = 1; TMOD &= 0x0f; // use timer 1 TMOD |= 0x20; // TL1 = TH1 = 256 - 104; // 600bps with 12 MHz crystal // TL1 = TH1 = 256 - 52; // 1200bps with 12 MHz crystal // TL1 = TH1 = 256 - 26; // 2400bps with 12 MHz crystal TL1 = TH1 = 256 - 13; // 4800bps with 12 MHz crystal TR1 = 1; // Enable timer 1 ES = 1; CTS = ENABLE; } void ser_handler(void) interrupt 4 { if (RI) { RI = 0; /* don't overwrite chars already in buffer */ if(rxcnt < RXBUFLEN) rxbuf [(unsigned char)(rxpos + rxcnt++) % RXBUFLEN] = SBUF; if(rxcnt >= (RXBUFLEN - THRESHOLD)) CTS = DISABLE; } if (TI) { TI = 0; if (busy = txcnt) { /* Assignment, _not_ comparison! */ txcnt--; SBUF = txbuf[txpos++]; if(txpos >= TXBUFLEN) txpos = 0; } } } void ser_putc(unsigned char c) { while(txcnt >= TXBUFLEN); // wait for room in buffer while(RTS == DISABLE); ES = 0; if (busy) { txbuf[(unsigned char)(txpos + txcnt++) % TXBUFLEN] = c; } else { SBUF = c; busy = 1; } ES = 1; } unsigned char ser_getc(void) { unsigned char c; while (!rxcnt) { // wait for a character CTS = ENABLE; } ES = 0; rxcnt--; c = rxbuf[rxpos++]; if (rxpos >= RXBUFLEN) rxpos = 0; ES = 1; return (c); } #pragma save #pragma noinduction void ser_puts(unsigned char *s) { unsigned char c; while (c= *s++) { if (c == '\n') ser_putc('\r'); ser_putc (c); } } #pragma restore void ser_gets(unsigned char *s, unsigned char len) { unsigned char pos, c; pos = 0; while (pos <= len) { c = ser_getc(); if (c == '\r') continue; // discard CR's s[pos++] = c; if (c == '\n') break; // NL terminates } s[pos] = '\0'; // terminate string } unsigned char ser_can_xmt(void) { return TXBUFLEN - txcnt; } unsigned char ser_can_rcv(void) { return rxcnt; } sdcc-2.9.0/device/lib/serial.c000066400000000000000000000041011116427777700161050ustar00rootroot00000000000000//---------------------------------------------------------------------------- //Written by Dmitry S. Obukhov, 1996 // dso@usa.net //---------------------------------------------------------------------------- //This module implements serial interrupt handler and IO routinwes using //two 256 byte cyclic buffers. Bit variables can be used as flags for //real-time kernel tasks //Last modified 6 Apr 97 //---------------------------------------------------------------------------- //This module contains definition of I8051 registers #include "8052.h" static unsigned char __xdata stx_index_in, srx_index_in, stx_index_out, srx_index_out; static unsigned char __xdata stx_buffer[0x100]; static unsigned char __xdata srx_buffer[0x100]; static __bit work_flag_byte_arrived; static __bit work_flag_buffer_transfered; static __bit tx_serial_buffer_empty; static __bit rx_serial_buffer_empty; void serial_init(void) { SCON = 0x50; T2CON = 0x34; PS = 1; T2CON = 0x34; RCAP2H = 0xFF; RCAP2L = 0xDA; RI = 0; TI = 0; stx_index_in = srx_index_in = stx_index_out = srx_index_out = 0; rx_serial_buffer_empty = tx_serial_buffer_empty = 1; work_flag_buffer_transfered = 0; work_flag_byte_arrived = 0; ES=1; } void serial_interrupt_handler(void) __interrupt 4 __using 1 { ES=0; if ( RI ) { RI = 0; srx_buffer[srx_index_in++]=SBUF; work_flag_byte_arrived = 1; rx_serial_buffer_empty = 0; } if ( TI ) { TI = 0; if (stx_index_out == stx_index_in ) { tx_serial_buffer_empty = 1; work_flag_buffer_transfered = 1; } else SBUF = stx_buffer[stx_index_out++]; } ES=1; } //Next two functions are interface void serial_putc(unsigned char c) { stx_buffer[stx_index_in++]=c; ES=0; if ( tx_serial_buffer_empty ) { tx_serial_buffer_empty = 0; TI=1; } ES=1; } unsigned char serial_getc(void) { unsigned char tmp = srx_buffer[srx_index_out++]; ES=0; if ( srx_index_out == srx_index_in) rx_serial_buffer_empty = 1; ES=1; return tmp; } //END OF MODULE sdcc-2.9.0/device/lib/sincosf.c000066400000000000000000000042731116427777700163040ustar00rootroot00000000000000/* sincosf.c: Computes sin or cos of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ #include #include #include #define r1 -0.1666665668E+0 #define r2 0.8333025139E-2 #define r3 -0.1980741872E-3 #define r4 0.2601903036E-5 /* PI=C1+C2 */ #define C1 3.140625 #define C2 9.676535897E-4 /*A reasonable value for YMAX is the int part of PI*B**(t/2)=3.1416*2**(12)*/ #define YMAX 12867.0 float sincosf(const float x, const int iscos) { float y, f, r, g, XN; int N; BOOL sign; if(iscos) { y=fabsf(x)+HALF_PI; sign=0; } else { if(x<0.0) { y=-x; sign=1; } else { y=x; sign=0; } } if(y>YMAX) { errno=ERANGE; return 0.0; } /*Round y/PI to the nearest integer*/ N=((y*iPI)+0.5); /*y is positive*/ /*If N is odd change sign*/ if(N&1) sign=!sign; XN=N; /*Cosine required? (is done here to keep accuracy)*/ if(iscos) XN-=0.5; y=fabsf(x); r=(int)y; g=y-r; f=((r-XN*C1)+g)-XN*C2; g=f*f; if(g>EPS2) //Used to be if(fabsf(f)>EPS) { r=(((r4*g+r3)*g+r2)*g+r1)*g; f+=f*r; } return (sign?-f:f); } sdcc-2.9.0/device/lib/sincoshf.c000066400000000000000000000044601116427777700164520ustar00rootroot00000000000000/* sincoshf.c: Computes sinh or cosh of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ #include #include #include #define P0 -0.713793159E+1 #define P1 -0.190333999E+0 #define Q0 -0.428277109E+2 #define Q1 0.100000000E+1 #define P(z) (P1*z+P0) #define Q(z) (Q1*z+Q0) #define K1 0.69316101074218750000E+0 /* ln(v) */ #define K2 0.24999308500451499336E+0 /* v**(-2) */ #define K3 0.13830277879601902638E-4 /* v/2-1 */ //WMAX is defined as ln(HUGE_VALF)-ln(v)+0.69 #define WMAX 44.93535952E+0 //WBAR 0.35*(b+1) #define WBAR 1.05 #define YBAR 9.0 /*Works for me*/ float sincoshf(const float x, const int iscosh) { float y, w, z; BOOL sign; if (x<0.0) { y=-x; sign=1; } else { y=x; sign=0; } if ((y>1.0) || iscosh) { if(y>YBAR) { w=y-K1; if (w>WMAX) { errno=ERANGE; z=HUGE_VALF; } else { z=expf(w); z+=K3*z; } } else { z=expf(y); w=1.0/z; if(!iscosh) w=-w; z=(z+w)*0.5; } if(sign) z=-z; } else { if (y float sincosf(const float x, const int iscos); float sinf(const float x) _FLOAT_FUNC_REENTRANT { if (x==0.0) return 0.0; return sincosf(x, 0); } sdcc-2.9.0/device/lib/sinhf.c000066400000000000000000000020431116427777700157400ustar00rootroot00000000000000/* sinhf.c: Computes sinh(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include float sincoshf(const float x, const int iscosh); float sinhf(const float x) _FLOAT_FUNC_REENTRANT { return sincoshf(x, 0); } sdcc-2.9.0/device/lib/small/000077500000000000000000000000001116427777700155765ustar00rootroot00000000000000sdcc-2.9.0/device/lib/small/Makefile.in000066400000000000000000000001721116427777700176430ustar00rootroot00000000000000all: $(MAKE) -C ../mcs51 all cp ../mcs51/*.rel . touch dummy.rel clean: rm -f *.rel distclean: clean rm -f Makefilesdcc-2.9.0/device/lib/sprintf.c000066400000000000000000000033351116427777700163230ustar00rootroot00000000000000/*------------------------------------------------------------------------- sprintf.c - formatted output conversion Written By - Martijn van Balen aed@iae.nl (1999) Refactored by - Maarten Brock (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include static void put_char_to_string( char c, void* p ) _REENTRANT { char **buf = (char **)p; *(*buf)++ = c; } int vsprintf (char *buf, const char *format, va_list ap) { int i; i = _print_format( put_char_to_string, &buf, format, ap ); *buf = 0; return i; } int sprintf (char *buf, const char *format, ...) { va_list arg; int i; va_start (arg, format); i = _print_format( put_char_to_string, &buf, format, arg ); *buf = 0; va_end (arg); return i; } sdcc-2.9.0/device/lib/sqrtf.c000066400000000000000000000031241116427777700157710ustar00rootroot00000000000000/* sqrtf.c: Computes square root of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ #include #include float sqrtf(const float x) _FLOAT_FUNC_REENTRANT { float f, y; int n; if (x==0.0) return x; else if (x==1.0) return 1.0; else if (x<0.0) { errno=EDOM; return 0.0; } f=frexpf(x, &n); y=0.41731+0.59016*f; /*Educated guess*/ /*For a 24 bit mantisa (float), two iterations are sufficient*/ y+=f/y; y=ldexpf(y, -2) + f/y; /*Faster version of 0.25 * y + f/y*/ if (n&1) { y*=0.7071067812; ++n; } return ldexpf(y, n/2); } sdcc-2.9.0/device/lib/tancotf.c000066400000000000000000000042041116427777700162700ustar00rootroot00000000000000/* tancotf.c: Computes tan or cot of a 32-bit float as outlined in [1] Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ #include #include #define P0 0.100000000E+1 #define P1 -0.958017723E-1 #define Q0 0.100000000E+1 #define Q1 -0.429135777E+0 #define Q2 0.971685835E-2 #define C1 1.5703125 #define C2 4.83826794897E-4 #define P(f,g) (P1*g*f+f) #define Q(g) ((Q2*g+Q1)*g+Q0) //A reasonable choice for YMAX is the integer part of B**(t/2)*PI/2: #define YMAX 6433.0 float tancotf(const float x, const int iscotan) { float f, g, xn, xnum, xden; int n; if (fabsf(x) > YMAX) { errno = ERANGE; return 0.0; } /*Round x*2*PI to the nearest integer*/ n=(x*TWO_O_PI+(x>0.0?0.5:-0.5)); /*works for +-x*/ xn=n; xnum=(int)x; xden=x-xnum; f=((xnum-xn*C1)+xden)-xn*C2; if (fabsf(f) < EPS) { xnum = f; xden = 1.0; } else { g = f*f; xnum = P(f,g); xden = Q(g); } if(n&1) //xn is odd { if(iscotan) return (-xnum/xden); else return (-xden/xnum); } else { if(iscotan) return (xden/xnum); else return (xnum/xden); } } sdcc-2.9.0/device/lib/tanf.c000066400000000000000000000020371116427777700155640ustar00rootroot00000000000000/* tanf.c: Computes tan(x) where x is a 32-bit float. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Version 1.0 - Initial release */ #include float tancotf(const float x, const int iscot); float tanf(const float x) _FLOAT_FUNC_REENTRANT { return tancotf(x, 0); } sdcc-2.9.0/device/lib/tanhf.c000066400000000000000000000032251116427777700157340ustar00rootroot00000000000000/* tanhf.c: Computes tanh(x) where x is a 32-bit float as outlined in [1]. Copyright (C) 2001, 2002 Jesus Calvino-Fraga, jesusc@ieee.org This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* [1] William James Cody and W. M. Waite. _Software manual for the elementary functions_, Englewood Cliffs, N.J.:Prentice-Hall, 1980. */ /* Version 1.0 - Initial release */ #include #include #define P0 -0.8237728127E+0 #define P1 -0.3831010665E-2 #define Q0 0.2471319654E+1 #define Q1 0.1000000000E+1 /* ln(3)/2 */ #define K1 0.5493061443E+0 /* SBIG=[ln(2)+(t+1)*ln(B)]/2 */ #define SBIG 9.01091 #define P(g) ((P1*g+P0)*g) #define Q(g) (Q1*g+Q0) float tanhf(const float x) _FLOAT_FUNC_REENTRANT { float f, g, r; f=fabsf(x); if(f>SBIG) r=1.0; else if(f>K1) { r=0.5-1.0/(expf(f+f)+1.0); r+=r; } else if(f #include // please note that the tm structure has the years since 1900, // but time returns the seconds since 1970 /* You need some kind of real time clock for the time() function. Either a rtc-chip or some kind of DCF device will do. For TINI, the HAVE_RTC is defined in tinibios.h If not, the conversion routines still work. */ #ifndef HAVE_RTC unsigned char RtcRead(struct tm *timeptr) { // no real time hardware timeptr; // hush the compiler return 0; } #endif // return the calendar time, seconds since the Epoch (Jan 1 1970 00:00:00) time_t time(time_t *timeptr) { struct tm now; time_t t=-1; if (RtcRead(&now)) { t=mktime(&now); } if (timeptr) { *timeptr=t; } return t; } static _CODE char monthDays[]={31,28,31,30,31,30,31,31,30,31,30,31}; _CODE char * _CODE __month[]={"Jan","Feb","Mar","Apr","May","Jun", "Jul","Aug","Sep","Oct","Nov","Dec"}; _CODE char * _CODE __day[]={"Sun","Mon","Tue","Wed","Thu","Fri","Sat"}; static char ascTimeBuffer[32]; // validate the tm structure static void CheckTime(struct tm *timeptr) { // we could do some normalization here, e.g. // change 40 october to 9 november #if !__TIME_UNSIGNED if (timeptr->tm_sec<0) timeptr->tm_sec=0; if (timeptr->tm_min<0) timeptr->tm_min=0; if (timeptr->tm_hour<0) timeptr->tm_hour=0; if (timeptr->tm_wday<0) timeptr->tm_wday=0; if (timeptr->tm_mon<0) timeptr->tm_mon=0; #endif if (timeptr->tm_sec>59) timeptr->tm_sec=59; if (timeptr->tm_min>59) timeptr->tm_min=59; if (timeptr->tm_hour>23) timeptr->tm_hour=23; if (timeptr->tm_wday>6) timeptr->tm_wday=6; if (timeptr->tm_mday<1) timeptr->tm_mday=1; else if (timeptr->tm_mday>31) timeptr->tm_mday=31; if (timeptr->tm_mon>11) timeptr->tm_mon=11; if (timeptr->tm_year<0) timeptr->tm_year=0; } // format the time into "Sat Feb 17 17:45:23 2001\n" char *asctime(struct tm *timeptr) { CheckTime(timeptr); sprintf (ascTimeBuffer, "%s %s %2d %02d:%02d:%02d %04d\n", __day[timeptr->tm_wday], __month[timeptr->tm_mon], timeptr->tm_mday, timeptr->tm_hour, timeptr->tm_min, timeptr->tm_sec, timeptr->tm_year+1900); return ascTimeBuffer; } char *ctime(time_t *timep) { return asctime(localtime(timep)); } static struct tm lastTime; /* convert calendar time (seconds since 1970) to broken-time This only works for dates between 01-01-1970 00:00:00 and 19-01-2038 03:14:07 A leap year is ((((year%4)==0) && ((year%100)!=0)) || ((year%400)==0)) but since we have no fancy years between 1970 and 2038 we can do: */ #define LEAP_YEAR(year) ((year%4)==0) // forget about timezones for now struct tm *localtime(time_t *timep) { return gmtime(timep); } struct tm *gmtime(time_t *timep) { unsigned long epoch=*timep; unsigned int year; unsigned char month, monthLength; unsigned long days; lastTime.tm_sec=epoch%60; epoch/=60; // now it is minutes lastTime.tm_min=epoch%60; epoch/=60; // now it is hours lastTime.tm_hour=epoch%24; epoch/=24; // now it is days lastTime.tm_wday=(epoch+4)%7; year=1970; days=0; while((days += (LEAP_YEAR(year) ? 366 : 365)) <= epoch) { year++; } lastTime.tm_year=year-1900; days -= LEAP_YEAR(year) ? 366 : 365; epoch -= days; // now it is days in this year, starting at 0 lastTime.tm_yday=epoch; days=0; month=0; monthLength=0; for (month=0; month<12; month++) { if (month==1) { // februari if (LEAP_YEAR(year)) { monthLength=29; } else { monthLength=28; } } else { monthLength = monthDays[month]; } if (epoch>=monthLength) { epoch-=monthLength; } else { break; } } lastTime.tm_mon=month; lastTime.tm_mday=epoch+1; lastTime.tm_isdst=0; return &lastTime; } // convert broken time to calendar time (seconds since 1970) time_t mktime(struct tm *timeptr) { int year=timeptr->tm_year+1900, month=timeptr->tm_mon, i; long seconds; CheckTime(timeptr); // seconds from 1970 till 1 jan 00:00:00 this year seconds= (year-1970)*(60*60*24L*365); // add extra days for leap years for (i=1970; itm_mday-1)*60*60*24L; seconds+= timeptr->tm_hour*60*60L; seconds+= timeptr->tm_min*60; seconds+= timeptr->tm_sec; return seconds; } sdcc-2.9.0/device/lib/vprintf.c000066400000000000000000000032331116427777700163230ustar00rootroot00000000000000/*------------------------------------------------------------------------- vprintf.c - formatted output conversion Written By - Martijn van Balen aed@iae.nl (1999) Refactored by - Maarten Brock (2004) This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include static void put_char_to_stdout( char c, void* p ) _REENTRANT { p; //make compiler happy putchar( c ); } int vprintf (const char *format, va_list ap) { return _print_format( put_char_to_stdout, NULL, format, ap ); } int printf (const char *format, ...) { va_list arg; int i; va_start (arg, format); i = _print_format( put_char_to_stdout, NULL, format, arg ); va_end (arg); return i; } sdcc-2.9.0/device/lib/z80/000077500000000000000000000000001116427777700151075ustar00rootroot00000000000000sdcc-2.9.0/device/lib/z80/Makefile.in000066400000000000000000000030301116427777700171500ustar00rootroot00000000000000# libc/z80 Makefile VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ LIB_TYPE = @LIB_TYPE@ TOPDIR = ../../.. SCC = $(TOPDIR)/bin/sdcc -mz80 SAS = $(TOPDIR)/bin/as-z80 PORTDIR = ../build/z80 include $(srcdir)/../incl.mk Z80_FLOAT = $(COMMON_FLOAT) Z80_INT = $(COMMON_INT) Z80_LONG = $(COMMON_LONG) \ _divulong.c \ _mullong.c Z80_SDCC = $(COMMON_SDCC) \ _itoa.c \ _ltoa.c \ _startup.c \ sprintf.c \ vprintf.c Z80SOURCES = $(addprefix ../,$(Z80_FLOAT) $(Z80_INT) $(Z80_LONG) $(Z80_SDCC)) Z8OBJECTS = $(patsubst %.c,%.o,$(Z80_FLOAT) $(Z80_INT) $(Z80_LONG) $(Z80_SDCC)) OBJ = div.o divsigned.o mod.o mul.o mulchar.o putchar.o shift.o stubs.o crt0_rle.o heap.o fstubs.o memmove.o strlen.o LIB = z80.lib CC = $(SCC) AS = $(SAS) ASFLAGS = -plosgff CFLAGS = -I$(srcdir)/../../include -I. --std-c99 all: $(PORTDIR)/$(LIB) $(PORTDIR)/crt0.o $(PORTDIR)/crt0.o: crt0.o cp crt0.o $(PORTDIR)/crt0.o $(PORTDIR)/$(LIB): $(OBJ) $(Z8OBJECTS) Makefile ifeq ($(LIB_TYPE), SDCCLIB) rm -f $@; \ ../../../bin/sdcclib -a $@ $(OBJ) $(Z8OBJECTS) else ifeq ($(LIB_TYPE), AR) ar -Scq $@ $(OBJ) $(Z8OBJECTS) else ifeq ($(LIB_TYPE), RANLIB) ar -Scq $@ $(OBJ) $(Z8OBJECTS) $(top_builddir)/bin/asranlib $@ else rm -f $@; \ for i in $(basename $(OBJ) $(Z8OBJECTS)); do echo $$i >>$@; done cp $(OBJ) $(Z8OBJECTS) $(PORTDIR) endif %.o: %.c $(CC) $(CFLAGS) -c $< %.o: %.s $(AS) $(ASFLAGS) $@ $< %.o: ../%.c $(CC) $(CFLAGS) -c $< clean: rm -f *.o *.sym *.lst *~ $(CLEANSPEC) *.dump* *.asm *.lib distclean: clean rm -f Makefile sdcc-2.9.0/device/lib/z80/README000066400000000000000000000002551116427777700157710ustar00rootroot00000000000000sdcc/device/lib/z80 ------------------- Z80 specific routines. Notes: * Cost of ld r,(ix+n): 19 * Cost of ld r,(hl); inc hl: 7+6 = 13 and you don't have to pop ix sdcc-2.9.0/device/lib/z80/asm_strings.s000066400000000000000000000050051116427777700176240ustar00rootroot00000000000000 ;; Implementation of some string functions in ;; assembler. ;; Why - because I want a better dhrystone score :) ;; strcpy is disabled as the C version is almost as good. ;; Just the setup and return is slower. .if 0 ; char *strcpy(char *dest, const char *source) _strcpy:: ;; Fall through to the correct type __strcpy_rrf_s:: ld a,#5 rst 0x08 __strcpy_rrx_s:: ld hl,#2 add hl,sp ld e,(hl) inc hl ld d,(hl) inc hl ld c,(hl) inc hl ld b,(hl) ;; Setup the return value ld l,c ld h,b 1$: ld a,(bc) ld (de),a or a jp NZ,1$ ret ;; Notes on strcpy styles: ;; *de = *hl; hl++; de++; or a; ret z; jp - slower as jp is ;; same cost as conditional jump, so condition on ret is more expensive. ;; *de = *bc; bc++; de++; or a, jp nz - OK ;; Can't use LDI as need to check for end of string. ;; Above also matches the z88dk version. .endif ; void *memcpy(void *dest, const void *source, int count) _memcpy:: ;; Fall through to correct type __memcpy_rrf_s:: ld a,#5 rst 0x08 __memcpy_rrx_s:: ;; Using LDIR ;; LDIR: do; *DE = *HL; HL++; BC--; while BC != 0 ;; All registers are already saved. pop iy ; iy = return address pop de ; de = destination pointer pop hl ; hl = source pointer pop bc ; bc = count push bc push hl push de ld a,b or c jr Z,1$ ldir 1$: pop hl ; return hl = original destination pointer push hl jp (iy) ret ; int strcmp(const char *s1, const char *s2) _strcmp:: ;; Fall through to the correct style ;; Fall through to correct type __strcmp_rrf_s:: ld a,#5 rst 0x08 __strcmp_rrx_s:: ld hl,#2 add hl,sp ld e,(hl) inc hl ld d,(hl) inc hl ld a,(hl) inc hl ld h,(hl) ld l,a 1$: ld a,(de) sub (hl) ;; Normally not taken, so use a jr (12/7) instead of jp (10) jr NZ,2$ ;; A == 0 cp (hl) inc de inc hl ;; Normally taken. Flag from the cp above. jp nz,1$ 2$: ;; Sign extend ld l,a rla sbc a ld h,a ret sdcc-2.9.0/device/lib/z80/crt0.s000066400000000000000000000014511116427777700161440ustar00rootroot00000000000000 ;; Generic crt0.s for a Z80 .module crt0 .globl _main .area _HEADER (ABS) ;; Reset vector .org 0 jp init .org 0x08 reti .org 0x10 reti .org 0x18 reti .org 0x20 reti .org 0x28 reti .org 0x30 reti .org 0x38 reti .org 0x100 init: ;; Stack at the top of memory. ld sp,#0xffff ;; Initialise global variables call gsinit call _main jp _exit ;; Ordering of segments for the linker. .area _HOME .area _CODE .area _GSINIT .area _GSFINAL .area _DATA .area _BSS .area _HEAP .area _CODE __clock:: ld a,#2 rst 0x08 ret _exit:: ;; Exit - special code to the emulator ld a,#0 rst 0x08 1$: halt jr 1$ .area _GSINIT gsinit:: .area _GSFINAL ret sdcc-2.9.0/device/lib/z80/crt0_rle.s000066400000000000000000000016531116427777700170120ustar00rootroot00000000000000 .area _CODE ;; Special RLE decoder used for initing global data __initrleblock:: ;; Pull the destination address out ld c,l ld b,h ;; Pop the return address pop hl 1$: ;; Fetch the run ld e,(hl) inc hl ;; Negative means a run bit 7,e jp Z,2$ ;; Code for expanding a run ld a,(hl) inc hl 3$: ld (bc),a inc bc inc e jp NZ,3$ jp 1$ 2$: ;; Zero means end of a block xor a or e jp Z,4$ ;; Code for expanding a block 5$: ld a,(hl) inc hl ld (bc),a inc bc dec e jp NZ,5$ jp 1$ 4$: ;; Push the return address back onto the stack push hl ret sdcc-2.9.0/device/lib/z80/div.s000066400000000000000000000155051116427777700160630ustar00rootroot00000000000000 ;; Originally from GBDK by Pascal Felber. .area _CODE ;; Unsigned __divuchar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) dec hl ld l,(hl) ;; Fall through __divuchar_rrx_hds:: ld c,l call __divu8 ld l,c ld h,b ret __divuint_rrx_s:: ld hl,#2+3 add hl,sp ld d,(hl) dec hl ld e,(hl) dec hl ld a,(hl) dec hl ld l,(hl) ld h,a ;; Fall through __divuint_rrx_hds:: ld b,h ld c,l call __divu16 ld l,c ld h,b ret __divsuchar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) dec hl ld c,(hl) ld b, #0 call signexte ld l,c ld h,b ret __modsuchar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) dec hl ld c,(hl) ld b, #0 call signexte ld l,e ld h,d ret __divuschar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) ld d, #0 dec hl ld c,(hl) ld a,c ; Sign extend rlca sbc a ld b,a call __div16 ld l,c ld h,b ret __div8:: .mod8:: ld a,c ; Sign extend rlca sbc a ld b,a signexte: ld a,e ; Sign extend rlca sbc a ld d,a ; Fall through to __div16 ;; 16-bit division ;; ;; Entry conditions ;; BC = dividend ;; DE = divisor ;; ;; Exit conditions ;; BC = quotient ;; DE = remainder ;; If divisor is non-zero, carry=0 ;; If divisor is 0, carry=1 and both quotient and remainder are 0 ;; ;; Register used: AF,BC,DE,HL __div16:: .mod16:: ;; Determine sign of quotient by xor-ing high bytes of dividend ;; and divisor. Quotient is positive if signs are the same, negative ;; if signs are different ;; Remainder has same sign as dividend ld a,b ; Get high byte of dividend push af ; Save as sign of remainder xor d ; Xor with high byte of divisor push af ; Save sign of quotient ;; Take absolute value of divisor bit 7,d jr Z,.chkde ; Jump if divisor is positive sub a ; Substract divisor from 0 sub e ld e,a sbc a ; Propagate borrow (A=0xFF if borrow) sub d ld d,a ;; Take absolute value of dividend .chkde: bit 7,b jr Z,.dodiv ; Jump if dividend is positive sub a ; Substract dividend from 0 sub c ld c,a sbc a ; Propagate borrow (A=0xFF if borrow) sub b ld b,a ;; Divide absolute values .dodiv: call __divu16 jr C,.exit ; Exit if divide by zero ;; Negate quotient if it is negative pop af ; recover sign of quotient and #0x80 jr Z,.dorem ; Jump if quotient is positive sub a ; Substract quotient from 0 sub c ld c,a sbc a ; Propagate borrow (A=0xFF if borrow) sub b ld b,a .dorem: ;; Negate remainder if it is negative pop af ; recover sign of remainder and #0x80 ret Z ; Return if remainder is positive sub a ; Substract remainder from 0 sub e ld e,a sbc a ; Propagate remainder (A=0xFF if borrow) sub d ld d,a ret .exit: pop af pop af ret __divu8:: .modu8:: ld b,#0x00 ld d,b ; Fall through to divu16 __divu16:: .modu16:: ;; Check for division by zero ld a,e or d jr NZ,.divide ; Branch if divisor is non-zero ld bc,#0x00 ; Divide by zero error ld d,b ld e,c scf ; Set carry, invalid result ret .divide: ld hl,#0 ; ld l,c ; L = low byte of dividend/quotient ; ld h,b ; H = high byte of dividend/quotient ; ld bc,#0x00 ; BC = remainder or a ; Clear carry to start ex af,af' ld a,#16 ; 16 bits in dividend .dvloop: ;; Shift next bit of quotient into bit 0 of dividend ;; Shift next MSB of dividend into LSB of remainder ;; BC holds both dividend and quotient. While we shift a bit from ;; MSB of dividend, we shift next bit of quotient in from carry ;; HL holds remainder ;; Do a 32-bit left shift, shifting carry to L, L to H, ;; H to C, C to B ex af,af' rl c ; Carry (next bit of quotient) to bit 0 rl b ; Clears carry since BC was 0 adc hl,hl ;; If remainder is >= divisor, next bit of quotient is 1. This ;; bit goes to carry push hl ; Save current remainder sbc hl,de ; ld a,c ; Substract divisor from remainder ; sbc e ; ld c,a ; ld a,b ; sbc d ; ld b,a ccf ; Complement borrow so 1 indicates a ; successful substraction (this is the ; next bit of quotient) jr C,.drop ; Jump if remainder is >= dividend pop hl ; Otherwise, restore remainder jr .nodrop .drop: inc sp inc sp .nodrop: ex af,af' dec a ; DEC does not affect carry flag jp NZ,.dvloop ex af,af' ;; Shift last carry bit into quotient ld d,h ; DE = remainder ld e,l rl c ; Carry to L ; ld c,l ; C = low byte of quotient rl b ; ld b,h ; B = high byte of quotient or a ; Clear carry, valid result ret sdcc-2.9.0/device/lib/z80/divsigned.s000066400000000000000000000025351116427777700172540ustar00rootroot00000000000000 .area _CODE __divschar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) dec hl ld l,(hl) ;; Fall through __divschar_rrx_hds:: ld c,l call __div8 ld l,c ld h,b ret __modschar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) dec hl ld l,(hl) ;; Fall through __modschar_rrx_hds:: ld c,l call __div8 ld l,e ld h,d ret __divsint_rrx_s:: ld hl,#2+3 add hl,sp ld d,(hl) dec hl ld e,(hl) dec hl ld a,(hl) dec hl ld l,(hl) ld h,a ;; Fall through __divsint_rrx_hds:: ld b,h ld c,l call __div16 ld l,c ld h,b ret __modsint_rrx_s:: ld hl,#2+3 add hl,sp ld d,(hl) dec hl ld e,(hl) dec hl ld a,(hl) dec hl ld l,(hl) ld h,a ;; Fall through __modsint_rrx_hds:: ld b,h ld c,l call __div16 ld l,e ld h,d ret sdcc-2.9.0/device/lib/z80/fstubs.s000066400000000000000000000001661116427777700166040ustar00rootroot00000000000000 ;; Stubs to match between function names .area _CODE ___slong2fs_rrx_s:: jp ___slong2fs sdcc-2.9.0/device/lib/z80/heap.s000066400000000000000000000004561116427777700162150ustar00rootroot00000000000000 ;; Stubs that hook the heap in .globl __sdcc_heap_init .area _GSINIT call __sdcc_heap_init .area _HEAP __sdcc_heap_start:: ;; For now just allocate 1k of heap. .ds 1023 .area _HEAP_END __sdcc_heap_end:: .ds 1 sdcc-2.9.0/device/lib/z80/memmove.s000066400000000000000000000010721116427777700167400ustar00rootroot00000000000000 .area _CODE .globl _memmove ; The Z80 has the ldir and lddr instructions, which are perfect for implementing memmove(). _memmove: push ix ld ix, #0 add ix, sp ld c, 8(ix) ld b, 9(ix) ld a, c or a, b jr Z, memmove_end ld e, 4(ix) ld d, 5(ix) ld l, 6(ix) ld h, 7(ix) ld a, l sbc hl, de ; or above cleared carry. ld l, a ld h, 7(ix) jr NC, memmove_up memmove_down: add hl, bc dec hl ld a, e add a, c ld e, a ld a, d adc a, b ld d, a dec de lddr jr memmove_end memmove_up: ldir memmove_end: ld l, 4(ix) ld h, 5(ix) pop ix ret sdcc-2.9.0/device/lib/z80/mod.s000066400000000000000000000020071116427777700160510ustar00rootroot00000000000000 .area _CODE __moduchar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) dec hl ld l,(hl) ;; Fall through __moduchar_rrx_hds:: ld c,l call __divu8 ld l,e ld h,d ret __moduint_rrx_s:: ld hl,#2+3 add hl,sp ld d,(hl) dec hl ld e,(hl) dec hl ld a,(hl) dec hl ld l,(hl) ld h,a ;; Fall through __moduint_rrx_hds:: ld b,h ld c,l call __divu16 ld l,e ld h,d ret __moduschar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) ld d, #0 dec hl ld c,(hl) ld a,c ; Sign extend rlca sbc a ld b,a call __div16 ld l,e ld h,d ret sdcc-2.9.0/device/lib/z80/mul.s000066400000000000000000000022111116427777700160640ustar00rootroot00000000000000 .area _CODE __mulint_rrx_s:: ld hl,#2 add hl,sp ld e,(hl) inc hl ld d,(hl) inc hl ld a,(hl) inc hl ld h,(hl) ld l,a ;; Fall through __muluchar_rrx_hds:: __mulint_rrx_hds:: ;; Parameters: ;; HL, DE (left, right irrelevant) ld b,h ld c,l ;; 16-bit multiplication ;; ;; Entry conditions ;; BC = multiplicand ;; DE = multiplier ;; ;; Exit conditions ;; DE = less significant word of product ;; ;; Register used: AF,BC,DE,HL __mul16:: ld hl,#0 ld a,b ; ld c,c ld b,#16 ;; Optimise for the case when this side has 8 bits of data or ;; less. This is often the case with support address calls. or a jr NZ,1$ ld b,#8 ld a,c 1$: ;; Taken from z88dk, which originally borrowed from the ;; Spectrum rom. add hl,hl rl c rla ;DLE 27/11/98 jr NC,2$ add hl,de 2$: djnz 1$ ret sdcc-2.9.0/device/lib/z80/mulchar.s000066400000000000000000000026711116427777700167340ustar00rootroot00000000000000 .area _CODE ; This multiplication routine is similar to the one ; from Rodnay Zaks, "Programming the Z80". ; Now replaced by a builtin for code generation, but ; still called from some asm files in this directory. __muluchar_rrx_s:: ld hl, #2+1 add hl, sp ld e, (hl) dec hl ld h, (hl) ld l, #0 ld d, l ld b, #8 muluchar_rrx_s_loop: add hl, hl jr nc, muluchar_rrx_s_noadd add hl, de muluchar_rrx_s_noadd: djnz muluchar_rrx_s_loop ret ; operands have different sign __mulsuchar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) dec hl ld c,(hl) ld b, #0 jr signexte __muluschar_rrx_s:: ld hl,#2+1 add hl,sp ld c,(hl) ld b, #0 dec hl ld e,(hl) jr signexte ;; Originally from GBDK by Pascal Felber. __mulschar_rrx_s:: ld hl,#2+1 add hl,sp ld e,(hl) dec hl ld l,(hl) ;; Fall through __mulschar_rrx_hds:: ;; Need to sign extend before going in. ld c,l ld a,l rla sbc a,a ld b,a signexte: ld a,e rla sbc a,a ld d,a jp __mul16 sdcc-2.9.0/device/lib/z80/putchar.s000066400000000000000000000004131116427777700167370ustar00rootroot00000000000000 .area _CODE _putchar:: _putchar_rr_s:: ld hl,#2 add hl,sp ld l,(hl) ld a,#1 rst 0x08 ret _putchar_rr_dbs:: ld l,e ld a,#1 rst 0x08 ret sdcc-2.9.0/device/lib/z80/shift.s000066400000000000000000000025451116427777700164160ustar00rootroot00000000000000 ;; __rrulong_rrx_s:: ld hl,#2+4 add hl,sp ld c,(hl) dec hl ld d,(hl) dec hl ld e,(hl) dec hl ld a,(hl) dec hl ld l,(hl) ld h,a ld a,c 1$: or a,a ret Z rr d rr e rr h rr l dec a jp 1$ __rrslong_rrx_s:: ld hl,#2+4 add hl,sp ld c,(hl) dec hl ld d,(hl) dec hl ld e,(hl) dec hl ld a,(hl) dec hl ld l,(hl) ld h,a ld a,c 1$: or a,a ret Z sra d rr e rr h rr l dec a jp 1$ __rlslong_rrx_s:: __rlulong_rrx_s:: ld hl,#2+4 add hl,sp ld c,(hl) dec hl ld d,(hl) dec hl ld e,(hl) dec hl ld a,(hl) dec hl ld l,(hl) ld h,a ld a,c 1$: or a,a ret Z rl l rl h rl e rl d dec a jp 1$ sdcc-2.9.0/device/lib/z80/strlen.s000066400000000000000000000004531116427777700166040ustar00rootroot00000000000000 .area _CODE .globl _strlen ; The Z80 has the cpir instruction, which is perfect for implementing strlen(). _strlen: push ix ld ix, #0 add ix, sp ld l, 4(ix) ld h, 5(ix) xor a, a ld b, a ld c, a cpir ld hl, #-1 sbc hl, bc ; C flag still cleared from xor above. pop ix ret sdcc-2.9.0/device/lib/z80/stubs.s000066400000000000000000000060171116427777700164370ustar00rootroot00000000000000 ;; Stubs to match between function names .area _CODE .globl __mullong .globl __modslong .globl __modulong .globl __divslong .globl __divulong .globl __divschar_rrx_s .globl __divuchar_rrx_s .globl __divsuchar_rrx_s .globl __divuschar_rrx_s .globl __divsint_rrx_s .globl __divuint_rrx_s .globl __mulschar_rrx_s .globl __muluchar_rrx_s .globl __mulsuchar_rrx_s .globl __muluschar_rrx_s .globl __mulint_rrx_s .globl __modschar_rrx_s .globl __moduchar_rrx_s .globl __modsuchar_rrx_s .globl __moduschar_rrx_s .globl __moduint_rrx_s .globl __modsint_rrx_s .globl __rrulong_rrx_s .globl __rrslong_rrx_s .globl __rlulong_rrx_s .globl __rlslong_rrx_s __mullong_rrx_s:: __mullong_rrf_s:: jp __mullong __modslong_rrx_s:: __modslong_rrf_s:: jp __modslong __modulong_rrx_s:: __modulong_rrf_s:: jp __modulong __divslong_rrx_s:: __divslong_rrf_s:: jp __divslong __divulong_rrx_s:: __divulong_rrf_s:: jp __divulong __mulint_rrf_s:: ld a,#5 rst 0x08 jp __mulint_rrx_s __divsint_rrf_s:: ld a,#5 rst 0x08 jp __divsint_rrx_s __divuint_rrf_s:: ld a,#5 rst 0x08 jp __divuint_rrx_s __mulschar_rrf_s:: ld a,#5 rst 0x08 jp __mulschar_rrx_s __divschar_rrf_s:: ld a,#5 rst 0x08 jp __divschar_rrx_s __modschar_rrf_s:: ld a,#5 rst 0x08 jp __modschar_rrx_s __muluchar_rrf_s:: ld a,#5 rst 0x08 jp __muluchar_rrx_s __divuchar_rrf_s:: ld a,#5 rst 0x08 jp __divuchar_rrx_s __moduchar_rrf_s:: ld a,#5 rst 0x08 jp __moduchar_rrx_s __mulsuchar_rrf_s:: ld a,#5 rst 0x08 jp __mulsuchar_rrx_s __divsuchar_rrf_s:: ld a,#5 rst 0x08 jp __divsuchar_rrx_s __modsuchar_rrf_s:: ld a,#5 rst 0x08 jp __modsuchar_rrx_s __muluschar_rrf_s:: ld a,#5 rst 0x08 jp __muluschar_rrx_s __divuschar_rrf_s:: ld a,#5 rst 0x08 jp __divuschar_rrx_s __moduschar_rrf_s:: ld a,#5 rst 0x08 jp __moduschar_rrx_s __modsint_rrf_s:: ld a,#5 rst 0x08 jp __modsint_rrx_s __moduint_rrf_s:: ld a,#5 rst 0x08 jp __moduint_rrx_s __rrulong_rrf_s:: ld a,#5 rst 0x08 jp __rrulong_rrx_s __rrslong_rrf_s:: ld a,#5 rst 0x08 jp __rrslong_rrx_s __rlulong_rrf_s:: ld a,#5 rst 0x08 jp __rlulong_rrx_s __rlslong_rrf_s:: ld a,#5 rst 0x08 jp __rlslong_rrx_s sdcc-2.9.0/doc/000077500000000000000000000000001116427777700132265ustar00rootroot00000000000000sdcc-2.9.0/doc/INSTALL.txt000066400000000000000000000054421116427777700151020ustar00rootroot00000000000000SDCC Binary Kit Install Help ---------------------------- For Linux users: ================ To install: * Extract the binary kit to a temporary directory. This will create a new directory called 'sdcc' in the temporary directory. cd ~ mkdir tmp cd tmp tar xjf path/to/binary/kit/sdcc-2.9.0-i386-unknown-linux2.5.tar.bz2 * Change to the sdcc directory and copy all files to /usr/local cd sdcc cp -r * /usr/local This will install sdcc binaries into: /usr/local/bin/ header files into: /usr/local/share/sdcc/include/ library files into: /usr/local/share/sdcc/lib/ and documentation into: /usr/local/share/sdcc/doc/ You can test the install by entering: /usr/local/bin/sdcc -v This should return sdcc's version number. Even if the default search paths look into /usr/local, sdcc is fully relocatable. Try `sdcc --print-search-dirs` if you have problems with header or library files. See sdccman.[txt|pdf|html] for more detailed information. For Windows 9X/NT/2000/XP users: ================================ To install: * If you would like to keep a copy of your previous version, rename the directory where it's installed first * Run sdcc-2.9.0-setup.exe By default this will install sdcc binaries into: C:\Program Files\SDCC\bin\ header files into: C:\Program Files\SDCC\include\ library files into: C:\Program Files\SDCC\lib\ and documentation into: C:\Program Files\SDCC\doc\ You can test the install by opening a DOS box and entering: sdcc -v This should return sdcc's version number. sdcc for win32 is fully relocatable. Try `sdcc --print-search-dirs` if you have problems with header or library files. See sdccman.[txt|pdf|html] for more detailed information. For Mac OS X users: =================== To install: * Extract the binary kit to a temporary directory. This will create a new directory called 'sdcc' in the temporary directory. cd ~ mkdir tmp cd tmp tar xjf path/to/binary/kit/sdcc-2.9.0-universal-apple-macosx.tar.bz2 * Change to the sdcc directory and copy all files to /Developer/sdcc cp -r sdcc /Developer/sdcc This will install sdcc binaries into: /Developer/sdcc/bin/ header files into: /Developer/sdcc/share/sdcc/include/ library files into: /Developer/sdcc/share/sdcc/lib/ and documentation into: /Developer/sdcc/share/sdcc/doc/ You can test the install by entering: /Developer/sdcc/bin/sdcc -v This should return sdcc's version number. Even if the default search paths look into /usr/local, sdcc is fully relocatable. Try `sdcc --print-search-dirs` if you have problems with header or library files. See sdccman.[txt|pdf|html] for more detailed information. sdcc-2.9.0/doc/Makefile.in000066400000000000000000000077601116427777700153050ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ LYX = @LYX@ LATEX2HTML = @LATEX2HTML@ PDFLATEX = @PDFLATEX@ MAKEINDEX = @MAKEINDEX@ PDFOPT = @PDFOPT@ QUIET = >/dev/null 2>/dev/null include ../Makefile.common MANUAL = sdccman TSS = test_suite_spec CDB = cdbfileformat all: $(MANUAL).pdf $(MANUAL).html/index.html $(MANUAL).txt \ $(TSS).pdf $(TSS).html/index.html $(TSS).txt \ $(CDB).pdf $(CDB).html/index.html $(CDB).txt install: $(INSTALL) -d $(DESTDIR)$(docdir) cp -rf $(srcdir)/*.txt $(srcdir)/z80 $(srcdir)/avr $(DESTDIR)$(docdir) txtfiles=`echo *.txt | grep -v '\*\.txt' || true` if [ $(txtfiles) ]; then cp $(txtfiles) $(DESTDIR)$(docdir); fi if [ -f $(MANUAL).html/index.html ]; then cp -rf $(MANUAL).html $(DESTDIR)$(docdir); fi if [ -f $(TSS).html/index.html ]; then cp -rf $(TSS).html $(DESTDIR)$(docdir); fi if [ -f $(CDB).html/index.html ]; then cp -rf $(CDB).html $(DESTDIR)$(docdir); fi if [ -f $(MANUAL).pdf ]; then cp -rf $(MANUAL).pdf $(DESTDIR)$(docdir); fi if [ -f $(TSS).pdf ]; then cp -rf $(TSS).pdf $(DESTDIR)$(docdir); fi if [ -f $(CDB).pdf ]; then cp -rf $(CDB).pdf $(DESTDIR)$(docdir); fi rm -rf `find $(DESTDIR)$(docdir) -name .svn -type d` rm -f $(DESTDIR)$(docdir)/*/images.* uninstall: rm -rf $(DESTDIR)$(docdir) $(MANUAL).html/index.html: $(MANUAL).tex $(MANUAL).aux ;#$(MANUAL).ind $(MANUAL).glo mkdir -p $(dir $@) @# fixes $(LATEX2HTML) problems with two consecutive dashes for long-options: --stack-auto @# fixes $(LATEX2HTML) problems with \tabularnewline sed -e 's,-\\/-,-\\/-\\/-,g' \ -e 's,\\tabularnewline$$,\\\\,g' < $< > $(dir $@)$(notdir $<) cp $(MANUAL).aux $(dir $@) -cd $(dir $@); $(LATEX2HTML) -split 5 -show_section_numbers -local_icons -info "" -nosubdir $(MANUAL) $(QUIET) rm -f $(dir $@)WARNINGS $(dir $@)labels.pl $(dir $@)$(notdir $<) $(dir $@)$*.aux %.html/index.html: %.tex %.aux mkdir -p $(dir $@) @# fixes $(LATEX2HTML) problems with two consecutive dashes for long-options: --stack-auto @# fixes $(LATEX2HTML) problems with \tabularnewline sed -e 's,-\\/-,-\\/-\\/-,g' \ -e 's,\\tabularnewline$$,\\\\,g' < $< > $(dir $@)$(notdir $<) cp $*.aux $(dir $@) -cd $(dir $@); $(LATEX2HTML) -split 0 -local_icons -info "" -nosubdir $* $(QUIET) rm -f $(dir $@)WARNINGS $(dir $@)labels.pl $(dir $@)$(notdir $<) $(dir $@)$*.aux %.txt: %.lyx @# $(LYX) will export the file in the directory of the $(LYX) file @# if VPATH is used the $(LYX) file is copied first if [ "$(srcdir)" != "." ]; then \ cp -f $(srcdir)/$(notdir $<) . ; \ fi $(LYX) -e text $(notdir $<); #%.pdf: %.tex %.dvi %.ind # $(DVIPDF) $* ## pdflatex creates documents for acrobat reader >= 5.0 ## which $(PDFLATEX) > /dev/null && $(PDFLATEX) $* || $(DVIPDF) $* #%.ps: %.pdf # $(DVIPS) $* #%.dvi: %.tex # $(LATEX) $< # @# rerun to in include aux # $(LATEX) $< %.tex: %.lyx if [ "$(srcdir)" != "." ] ; then \ cp -f $(srcdir)/$(notdir $<) . ; \ fi $(LYX) -e latex $(notdir $<); #%.ind: %.dvi # $(LATEX) $* # # is there an index? # if [ -f $*.idx ] ; then \ # $(MAKEINDEX) $*; \ # $(LATEX) $*; \ # $(LATEX) $*; \ # fi ## -$(MAKEINDEX) -s l2hidx.ist $*; \ #%.glo: %.dvi # # the glossary, not implemented yet # # $(MAKEINDEX) -s l2hglo.ist -o $@ $< %.pdf %.aux: %.tex $(PDFLATEX) $* $(QUIET) [ ! -e "$*.idx" ] || $(MAKEINDEX) $* $(QUIET) $(PDFLATEX) $* $(QUIET) [ ! -e "$*.idx" ] || $(MAKEINDEX) $* $(QUIET) $(PDFLATEX) $* $(QUIET) $(PDFOPT) $*.pdf $*-tmp.pdf rm $*.pdf mv $*-tmp.pdf $*.pdf archive: all rm -rf sdcc-doc sdcc-doc.tar.bz2 mkdir sdcc-doc rsync -rCt avr z80 *.pdf *.txt $(srcdir)/*.txt sdcc-doc for doc in $(MANUAL) $(TSS) $(CDB); do \ rsync -Rt $$doc.html/*.html $$doc.html/*.png $$doc.html/*.css sdcc-doc/; \ done mkdir sdcc-doc/as rsync -rCt $(top_srcdir)/as/doc/* sdcc-doc/as/ mkdir sdcc-doc/ucsim cd $(top_srcdir)/sim/ucsim/doc; rsync *.html *.jpg *.gif *.fig ../../../doc/sdcc-doc/ucsim/ tar -c sdcc-doc | bzip2 -9 > sdcc-doc.tar.bz2 include $(srcdir)/clean.mk sdcc-2.9.0/doc/README.txt000066400000000000000000000066601116427777700147340ustar00rootroot00000000000000SDCC - free open source, retargettable, optimizing ANSI-C compiler ------------------------------------------------------------------ $Id: README.txt 5325 2009-01-04 08:18:33Z borutr $ Welcome to SDCC, free open source, retargettable, optimizing ANSI C compiler that supports a growing list of processors including the Intel mcs51 family, the Zilog z80, the Maxim ds390 and ds400, the Motorola HC08 and the PIC16 and PIC18 familiy. See share/sdcc/doc/INSTALL.txt for the installation instructions for the binary kits. See the share/sdcc/doc directory for more documentation. See http://sdcc.sourceforge.net/ for the latest information on sdcc. License: SDCC is licensed under the GNU Public license (GPL) v2. Note that this license covers the code to the compiler and other executables, but explicitly does not cover any code or objects generated by sdcc. We have not yet decided on a license for the run time libraries, but it will not put any requirements on code linked against it. See: http://www.gnu.org/copyleft/gpl.html Support: SDCC is a collaborative effort between a group of volunteers. Please feel free to report bugs via the Sourceforge bug tracker, or to ask questions on the user mailing list. See: http://sourceforge.net/tracker/?atid=100599&group_id=599&func=browse http://sourceforge.net/mail/?group_id=599 Notes: * The ds400, pic14 and pic16 are currently experimental, but work is in progress. Please check http://sdcc.sourceforge.net/snap.php for snapshots. * The TININative, gbz80, avr and xa51 targets are no longer maintained. Roadmap: COPYING - GPL v2 as/ - Assembler, derived from asxxxx debugger/ device/ - Device libraries and examples doc/ - sdcc and target specific documentation link/ - Linker, also derived from asxxxx sim/ - Simulator (mcs51 only) src/ - Source to the C compiler and targets support/ - Libraries and apps that may not be provided by your system. Authors and interested persons: * Sandeep Dutta (sandeep AT users.sourceforge.net) * Jean Loius-VERN * Daniel Drotos * Kevin Vigor * Johan Knol * Scott Dattalo * Karl Bongers * Bernhard Held * Frieder Ferlemann * Jesus Calvino-Fraga * Borut Razem * Vangelis Rokas * Erik Petrich * Paul Stoffregen * Michael Hope * Maarten Brock * Raphael Neider * Hans-Juergen Dorn * Klaus Flittner * Philipp Klaus Krause SDCC includes code from: * Alan Baldwin Initial version of ASXXXX and ASLINK. * John Hartman Porting ASXXXX and ASLINK for 8051. * Dmitry S. Obukhov malloc and serial I/O routines. * Pascal Felber Some of the Z80 related files are borrowed from the Gameboy Development Kit (GBDK). * The GCC development team http://gcc.gnu.org/ The basis of sdcpp preprocessor sdcc-2.9.0/doc/TININative.txt000066400000000000000000000156541116427777700157140ustar00rootroot00000000000000Using SDCC to develop Native Java functions ------------------------------------------- Prerequisites -------------- 1) Download the latest compiler sources from http://sdcc.sourceforge.net (Subversion download), build & install the compiler. 2) Download & install tini development kit. SDCC uses 'a390' assembler to generate Native libraries, it is NOT distributed with the compiler. Tested with Version 1.02d. Small Example ------------- Hello.java :- import com.dalsemi.comm.*; import com.dalsemi.system.*; public class Hello { public static native int method1(int i,int j); static void main(String args[]) { System.out.println("Hello Started"); try { System.loadLibrary("myn.tlib"); System.out.println("Load Success"); System.out.println("Native method1 returned " + method1(200,100)); } catch (Throwable t) { System.out.println(t); } } } myn.c :- long Native_method1() _JavaNative { long l = NatLib_LoadInt(0); long k = NatLib_LoadInt(1); return l-k; } Before you start compiling make sure a) 'macro' & 'a390' are in the PATH b) The files tini.inc, ds80c390.inc, tinimacro.inc & apiequ.inc are in the SAME directory as the C file. > javac -bootclasspath /tiniclasses.jar Hello.java > java -cp /tini.jar TINIConvertor -f Hello.class -o Hello.tini -d /tini.db > sdcc -mTININative myn.c Load Hello.tini & myn.tlib into the TINI board then TINI /> java Hello.tini Hello Started Load Success Native method1 returned 100 TINI /> Details you MUST know --------------------- SDCC has a completely different and incompatible parameter passing and register usage than the TINI java environment. The Native API has been implemented using the __builtin, or intrinsic function support in SDCC . Each of the Native API functions are mapped to an SDCC intrinsic function, the code generator for the intrinsic function takes care of mapping the registers and parameters to the TINI Java environment's expectations . The _JavaNative keyword is used to map the return value from a Native function to R4:R0, by default SDCC uses DPTR:b:a to return a value. Type Mapping ------------ SDCC can support types that are upto 4 bytes (32 bits). Java SDCC ---- ---- char char short short/int int long long NOT SUPPORTED double NOT SUPPORTED _bpx & _ap --------- SDCC requires a 16 bit frame pointer to access local variables (on the stack), and function parameters . In the TININative environment _bpx is mapped to R7_B3:R6_B3 (register R7:R6 in bank3). The compiler also uses AP as a temp register, for the TINI environment this is mapped to R5_B3. Limitations ----------- The TININative environment does not have a linker. Multiplication & Division of 16 & 32 bit numbers are implemented in SDCC as library functions this implies that , division & multiplication of these numbers are not supported in the TININative environment. The compiler transforms div/mul by power of 2 to shifts . For other mul/divs there are two ways around . a) Copy the library function from the library to your code . The sources can be found in sdcc/device/lib. b) Use the --use-accelerator option, with this option the compiler will generate code to use the on-chip arithmetic accelerator for 16 bit multiplication & division & modulus. NOTE The compiler will disable interrupts during this operation to prevent corruption of MA & MB registers. MUL/DIV/MOD of unsigned quantities are more efficient than signed quantities. API Mappings ------------ As mentioned earlier the Native APIs are implemented using compiler intrinsic functions, at this time only the following functions have been mapped (more will be mapped in the future). Some Native API calls return multiple values, I haven't found a good way to handle this yet, in most cases these return a HANDLE and a pointer to ABSOLUTE memory in DPTR, in such cases SDCC will return ONLY the HANDLE and ignore the POINTER value. The HANDLE can then be used with MM_Deref to obtain the POINTER value again (I hope my assumption is correct here). SDCC Prototype Native API -------------- ---------- char NatLib_LoadByte (char parmnum); NatLib_LoadPrimitive int NatLib_LoadShort(char parmnum); NatLib_LoadPrimitive long NatLib_LoadInt (char parmnum); NatLib_LoadPrimitive char *NatLib_LoadPointer (char parmnum); NatLib_LoadPointer /* in the following cases the compiler will fill in the pointer to LibraryID when required*/ /* NatLib_Get* return mutiple values return value is HANDLE , pointer is ignored */ char NatLib_InstallImmutableStateBlock(void *state_block,int handle); NatLib_InstallImmutableStateBlock char NatLib_InstallEphemeralStateBlock(void *state_block,int handle); NatLib_InstallEphemeralStateBlock void NatLib_RemoveImmutableStateBlock (); NatLib_RemoveImmutableStateBlock void NatLib_RemoveEphemeralStateBlock (); NatLib_RemoveEphemeralStateBlock int NatLib_GetImmutableStateBlock(); NatLib_GetImmutableStateBlock int NatLib_GetEphemeralStateBlock(); NatLib_GetEphemeralStateBlock int MM_XMalloc (long size); MM_XMalloc /* returns HANDLE */ int MM_Malloc (int size); MM_Malloc /* return HANDLE */ int MM_ApplicationMalloc ( int size ); MM_ApplicationMalloc /* returns HANDLE */ int MM_Free (int handle); MM_Free char *MM_Deref (int handle); MM_Deref char MM_UnrestrictedPersist(int handle); MM_UnrestrictedPersist char System_ExecJavaProcess(char *image,int handle-to-processname) System_ExecJavaProcess void System_GetRTCRegisters(char *regsavearea) System_GetRTCRegisters void System_SetRTCRegisters(char *regsavearea) System_SetRTCRegisters void System_ThreadSleep(long timeout) System_ThreadSleep void System_ThreadSleep_ExitCriticalSection(long timeout) System_ThreadSleep_ExitCriticalSection void System_ThreadResume(char threadid,char processid) System_ThreadResume void System_SaveJavaThreadState() System_SaveJavaThreadState void System_RestoreJavaThreadState() System_RestoreJavaThreadState void System_ProcessSleep(long timeout) System_ProcessSleep void System_ProcessSleep_ExitCriticalSection(long timeout) System_ProcessSleep_ExitCriticalSection void System_ProcessYield() System_ProcessYield void System_ProcessSuspend() System_ProcessSuspend void System_ProcessResume(char processid) System_ProcessResume char System_RegisterPoll((void *)(funcpointer)()) System_RegisterPoll char System_RemovePoll((void *)(funcpointer)()) System_RemovePoll char System_GetCurrentThreadId() System_GetCurrentThreadId char System_GetCurrentProcessId() System_GetCurrentProcessId Some Notes ---------- The register convention mapping causes a lot of push & pops to be generated. The source for the built in functions can be found in file src/ds390/gen.c.sdcc-2.9.0/doc/avr/000077500000000000000000000000001116427777700140165ustar00rootroot00000000000000sdcc-2.9.0/doc/avr/avr_design.txt000066400000000000000000000066451116427777700167130ustar00rootroot00000000000000Design Document for AVR Port ---------------------------- The first release will support all AVR architectures except ATMega & ATtiny (i.e. all variants with 64K or less of code/data space will be supported) All functions will be REENTRANT . I) Language extensions. ----------------------- a) Storage classes ------------------ "bit" - not applicable (will be returned to user name space) "data" - not applicable (will be returned to user name space) "idata" - not applicable (will be returned to user name space) "xdata" - not applicable (will be returned to user name space) "code" - will place variable in "code" space. NOTE code space is NOT read-only. "eeprom"- (new) will place the variable in eeprom (read & write) "sram" - (new) will place the variable in "SRAM" after the SFRs (default). b) register/sfr bit access. -------------------------- Operator '.' will be overloaded ( the compiler will decide if it is a structure access or register bit access depending on context) eg. sfr SOME_SFR = 0x40; sfr SOME_OTHER_SFR = 0x41; foobar() { ... SOME_SFR.4 = 1; // set bit 4 of sfr SOME_SFR ... SOME_SFR.5 = SOME_OTHER_SFR.6; // copy bit 6 of SOME_OTHER_SFR to SOME_SFR's bit 5. ... } II) Pointers ------------ As mentioned above initial releases will NOT support ATMega. Keeping with the three byte pointers for generic pointers, the compiler will treat unqualified pointers as 3 byte pointers, the storage area will be saved in the upper nibble of the third byte (this will facilitate later support for ATMega). Here we differ for IAR (they seem to make copies of variables in code & other address spaces into data space, seemed like a needless waste of data space). pointer declaration examples. char *cp; /* generic three byte pointer */ code char *cp; /* pointer to code space */ eeprom char *cp; /* pointer to data in eepromp */ sram char *cp; /* pointer to data in SRAM space */ III) Function calls ------------------- The previous issue of function calls has been somewhat resolved. SDCC will NOT support ATtiny & other variants (such as AT90S1200) which have limited stack depth. It will however support variants with 8 bit stack pointers. IV) Register Usage ------------------ R0-R7 - Parameter passing & return value (differs from IAR I don't like IAR's usage of R16-R23, specially since R0-R1 has to be kept free anyway for divide & multiply operations) R8-R25 - General purpose registers for local variables. R28-R29(Y) - Stack Frame (Same as IAR) R26-R27(X) - GPRs assigned to pointers (non generic pointers). R30-R31(Z) - GPRs assigned to pointers (non generic pointers). V) Parameter passing & return values ------------------------------------ Registers R0-R7 (eight) registers will be used for parameter passing. Unlike the 8051 port the AVR port will pass the first eight bytes of parameters in a registers (8051 passes only the first parameter in registers), the exception being.. part of a parameter will not be put into registers. Examples int foo (char a,long b); R0 <- a, R1-R4 <- b; int foo (long a, char b, long c) R0-R3 <- a, R4 <- b, (STACK) <- c; int foo (long a,long b) R0-R3 <- a, R4-R7 <- b; Return values will be placed in registers R0-R3; VI) Memory models ----------------- The memory model will be used primarily to determine the width of the stack pointer. --model-small - stack pointer 8 bit --model-large - stack pointer 16 bit.sdcc-2.9.0/doc/builtins.txt000066400000000000000000000127451116427777700156310ustar00rootroot00000000000000/* This document is meant for developers */ Implementation details of "builtin" functions in SDCC. Built in functions are target/port specific and are defined in src//main.c. Here is a layout of the builtin structure (port.h). Front-End --------- #define MAX_BUILTIN_ARGS 16 /* definition of builtin functions */ typedef struct builtins { char *name ; /* name of builtin function */ char *rtype; /* return type as string : see typefromStr */ int nParms; /* number of parms : max 8 */ char *parm_types[MAX_BUILTIN_ARGS]; /* each parm type as string : see typeFromStr */ } builtins ; The port structure contains a pointer to a table of the builtin functions. Example of the builtin function table. static builtins __ds390_builtins[] = { { "__builtin_memcpy_x2x","v",3,{"cx*","cx*","i"}}, /* void __builtin_memcpy_x2x (xdata char *,xdata char *,int) */ { "__builtin_memcpy_c2x","v",3,{"cx*","cp*","i"}}, /* void __builtin_memcpy_c2x (xdata char *,code char *,int) */ { NULL , NULL,0, {NULL}} /* mark end of table */ }; Here the function names are prefixed with "__builtin" this is not a requirement, standard C library functions can also be defined in this table by a particular port to generate more efficient code . Function "initBuiltIns" in SDCCsymt.c is invoked to initialize the symbol table with the builtin functions. The return type & the parameter types are specified as encoded strings. Function "typeFromStr" parses this encoded string and translates them into sym_link . /*-----------------------------------------------------------------*/ /* typeFromStr - create a typechain from an encoded string */ /* basic types - 'c' - char */ /* 's' - short */ /* 'i' - int */ /* 'l' - long */ /* 'f' - float */ /* 'v' - void */ /* '*' - pointer - default (GPOINTER) */ /* modifiers - 'u' - unsigned */ /* pointer modifiers - 'g' - generic */ /* 'x' - xdata */ /* 'p' - code */ /* 'd' - data */ /* 'F' - FUNCTION */ /* examples : "ig*" - generic int * */ /* "cx*" - char xdata * */ /* "ui" - unsigned int */ /*-----------------------------------------------------------------*/ So much for the front-end issues. iCode - implications. --------------------- Intermediate code (iCode) will ALWAYS generate a SEND for parameters of a builtin function with a special flag (ic->builtinSEND) set. This eliminates the need for special processing for different memory models and --stack-auto option. All optimizations remain untouched. Example of intermediate code generated for builtin void memcpy(xdata char *d,xdata char *s) { __builtin_memcpy_x2x(d,s+10,10); } iTemp0 [k2 lr3:12 so:0]{ ia0 re1 rm0 nos0 ru0}{xdata char xdata * }{ sir@ _memcpy_d_1_1}[_memcpy_d_1_1] = recv iTemp2 [k7 lr4:12 so:0]{ ia0 re0 rm0 nos0 ru0}{xdata char xdata * }[r5 r6 r7 ] := _memcpy_PARM_2 [k6 lr0:0 so:0]{ ia0 re0 rm0 nos0 ru0}{xdata char xdata * } iTemp3 [k8 lr5:8 so:0]{ ia0 re0 rm0 nos0 ru0}{xdata char xdata * }[r0 r1 r2 ] = iTemp2 [k7 lr4:12 so:0]{ ia0 re0 rm0 nos0 ru0}{xdata char xdata * }[r5 r6 r7 ] + 0xa {literal unsigned char} send iTemp0 [k2 lr3:12 so:0]{ ia0 re1 rm0 nos0 ru0}{xdata char xdata * }{ sir@ _memcpy_d_1_1}[_memcpy_d_1_1] send iTemp3 [k8 lr5:8 so:0]{ ia0 re0 rm0 nos0 ru0}{xdata char xdata * }[r0 r1 r2 ] send 0xa {literal int} iTemp4 [k9 lr9:9 so:0]{ ia0 re0 rm0 nos0 ru1}{void} = call ___builtin_memcpy_x2x [k4 lr0:0 so:0]{ ia0 re0 rm0 nos0 ru0}{void function __builtin__} Backend/Code generation for builtin functions. ---------------------------------------------- When a SEND icode with the ic->builtinSEND flag is detected by the code generator, it should go into builtin function processing mode. E.g. case SEND: if (ic->builtinSEND) genBuiltIn(ic); else addSet (&_G.sendSet, ic); break; SDCCicode.c contains a port/target independent routine (getBuiltinParms) which goes thru the iCodes (starting from the first SEND (with builtinSEND set)) and returns the parameters and number of parameters in an array, example. NOTE the function "getBuiltinParms" also marks the iCodes as "generated" . /*-----------------------------------------------------------------*/ /* genBuiltIn - calls the appropriate function to generating code */ /* for a built in function */ /*-----------------------------------------------------------------*/ static void genBuiltIn (iCode *ic) { operand *bi_parms[MAX_BUILTIN_ARGS]; int nbi_parms; iCode *bi_iCode; symbol *bif; /* get all the arguments for a built in function */ bi_iCode = getBuiltinParms(ic,&nbi_parms,bi_parms); /* which function is it */ bif = OP_SYMBOL(IC_LEFT(bi_iCode)); if (strcmp(bif->name,"__builtin_memcpy_x2x")==0) { genMemcpyX2X(bi_iCode,nbi_parms,bi_parms,0); } else if (strcmp(bif->name,"__builtin_memcpy_c2x")==0) { genMemcpyX2X(bi_iCode,nbi_parms,bi_parms,1); } else { werror(E_INTERNAL_ERROR,"unknown builtin function encountered\n"); return ; } return ; } sdcc-2.9.0/doc/cdbfileformat.lyx000066400000000000000000002363141116427777700165760ustar00rootroot00000000000000#LyX 1.5.7 created this file. For more info see http://www.lyx.org/ \lyxformat 276 \begin_document \begin_header \textclass article \begin_preamble \pdfoptionpdfminorversion=3 \usepackage[ pdftitle={CDB File Format}, pdfauthor={Lenny Story}, pdfkeywords={address c compiler debugger format GPL linker record SDCC}, colorlinks=true, linkcolor=blue] {hyperref} \end_preamble \language english \inputencoding auto \font_roman times \font_sans helvet \font_typewriter courier \font_default_family default \font_sc false \font_osf false \font_sf_scale 100 \font_tt_scale 100 \graphics default \paperfontsize default \spacing single \papersize default \use_geometry false \use_amsmath 1 \use_esint 0 \cite_engine basic \use_bibtopic false \paperorientation portrait \secnumdepth 3 \tocdepth 3 \paragraph_separation skip \defskip medskip \quotes_language english \papercolumns 1 \papersides 1 \paperpagestyle fancy \tracking_changes false \output_changes false \author "" \end_header \begin_body \begin_layout Title CDB File Format \begin_inset ERT status open \begin_layout Standard \backslash date{2003-03-21} \end_layout \end_inset \end_layout \begin_layout Author Lenny Story \end_layout \begin_layout Standard \align center SDCC Development Team \end_layout \begin_layout Standard \begin_inset LatexCommand tableofcontents \end_inset \end_layout \begin_layout Section Overview \end_layout \begin_layout Standard The CDB File is used to record all of the information that describes the variables, functions, lines, and memory items. These records provide the critical information that allows external utilities to properly locate and interpret variables, functions, and types. Development tools such as simulators debuggers and profilers use these records to analyze and describe the code in terms of the high level language in which it was written. The CDB file is therefore the critical link to bridging the compiled code image to the source files from which it was built. \end_layout \begin_layout Section Usage \end_layout \begin_layout Standard CDB files are created when the "- \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug" option is used. Each source file will have its own CDB file associated with it. When the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug flag is used during the link process, the CDB file of the FIRST source module will contain all the records from all the source modules linked as well as the linker records. \end_layout \begin_layout Standard Code and variables that are removed during the optimization phase will not be present in the debug file. Images created for debugging purposes should always disable as much optimizatio n as possible. The following options are critical for the completeness of the resulting debugging file. \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug Mandatory to produce a debugging file. \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -noinduction Induction processing occurs at the very latest stages of compilatio n. This results in the inability to report the location of the resulting variables. Including this option disables the loop induction optimization. \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -nooverlay Overlay variables will not show up in the debug file. Including this option will force variables to the data segment. \end_layout \begin_layout Section Conventions \end_layout \begin_layout Standard The record examples and grammar shown in this document are displayed on multiple lines only for the purposes of readability. The records contained within the CDB files are always encoded on a single line. \end_layout \begin_layout Standard Record grammar is indicated here using a custom format of the following specifications: \end_layout \begin_layout Itemize Record Elements are surrounded using the characters `<' and '>'. \end_layout \begin_layout Itemize Alternation is indicated using the `|' character. \end_layout \begin_layout Itemize Non-mandatory items are surrounded using the characters `{` and `}'. \end_layout \begin_layout Section Record Formats \end_layout \begin_layout Subsection Basic Record Format \end_layout \begin_layout Description <:> \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard \series bold Type \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Description \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Form \end_layout \end_inset \begin_inset Text \begin_layout Standard M \end_layout \end_inset \begin_inset Text \begin_layout Standard Module Record \end_layout \end_inset \begin_inset Text \begin_layout Standard Compiler \end_layout \end_inset \begin_inset Text \begin_layout Standard F \end_layout \end_inset \begin_inset Text \begin_layout Standard Function Record \end_layout \end_inset \begin_inset Text \begin_layout Standard Compiler \end_layout \end_inset \begin_inset Text \begin_layout Standard S \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol Record \end_layout \end_inset \begin_inset Text \begin_layout Standard Compiler \end_layout \end_inset \begin_inset Text \begin_layout Standard T \end_layout \end_inset \begin_inset Text \begin_layout Standard Structure (Complex Type) Record \end_layout \end_inset \begin_inset Text \begin_layout Standard Compiler \end_layout \end_inset \begin_inset Text \begin_layout Standard L \end_layout \end_inset \begin_inset Text \begin_layout Standard Linker Record \end_layout \end_inset \begin_inset Text \begin_layout Standard Assembler / Linker \end_layout \end_inset \end_inset \end_layout \begin_layout Standard All records are ASCII text, with one record per line. The record type is the first character, followed by a single colon ":". Sub types are often included as part of the record specific format. \end_layout \begin_layout Subsection Module Record \end_layout \begin_layout Description <:> \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard M \end_layout \end_inset \begin_inset Text \begin_layout Standard Module record type indicator \end_layout \end_inset \begin_inset Text \begin_layout Standard Filename \end_layout \end_inset \begin_inset Text \begin_layout Standard The filename of the module that this CDB file represents. \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \series bold Purpose \end_layout \begin_layout Standard The module record is used to define a source module. It is usually used at the beginning of each of the module specific CDB files, and will occur several times in the final CDB file produced by the linker to represent each of the source modules. The location of this record within the file does not necessarily indicate the scope of the variables that follow. Those variables that have module specific scope have an indication encoded within their respective symbol entry. \end_layout \begin_layout Standard \series bold Examples \end_layout \begin_layout Standard \family typewriter M:Timer0 \newline M:_bp \end_layout \begin_layout Subsection Symbol Records \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard S \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol record type indicator \end_layout \end_inset \begin_inset Text \begin_layout Standard G \end_layout \end_inset \begin_inset Text \begin_layout Standard Scope is global \end_layout \end_inset \begin_inset Text \begin_layout Standard F \end_layout \end_inset \begin_inset Text \begin_layout Standard Scope is file \end_layout \end_inset \begin_inset Text \begin_layout Standard L \end_layout \end_inset \begin_inset Text \begin_layout Standard Scope is local \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol name \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Scope level (see below) \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Scope block (see below) \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Type chain record (see type record below) \end_layout \end_inset \begin_inset Text \begin_layout Standard
\end_layout \end_inset \begin_inset Text \begin_layout Standard Address space code (see table below) \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Is this symbol on the stack? Indicates if the next parameter is valid. \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard The stack Offsetorelative to the \begin_inset Quotes eld \end_inset bp \begin_inset Quotes erd \end_inset variable. (The libraries may have to be recompiled to include the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug option for this variable to appear in the debug file). \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard If the address space is 'R', this field indicates the register that the symbol is allocated. The register name is in its native form: R1, AX, etc. \end_layout \end_inset \end_inset \end_layout \begin_layout Description <:> \series bold \newline { G | F | L { | \begin_inset Quotes eld \end_inset --null-- \begin_inset Quotes eld \end_inset }} \newline <$> \newline <$> \newline <$> \newline <(><)> \newline <,> \newline <,> \newline < ,> \newline <,><[><,>{<,>}<]> \end_layout \begin_layout Standard A symbol record is generated for each named symbol in the source file; this includes local, global and parameter symbols. \end_layout \begin_layout Standard \series bold Blocks and Levels \end_layout \begin_layout Standard The level & block are used to further scope local variables since C allows unique definitions across different scope blocks. When using the symbol records, it is always important to include the level and block information as part of the identification. It is possible to have two symbols that share the same name, but have different scope information. \end_layout \begin_layout Standard The linker address records contain not only the name of the symbol, but the Scope information as well, which is instrumental in determining the correct instantiation of the symbol. \end_layout \begin_layout Standard Linker C line records also contain the Scope information (see below). \end_layout \begin_layout Standard The following code fragment illustrates a simple scope example: \end_layout \begin_layout LyX-Code foo() \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code int c; /* block #1 , level #1 */ \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code int c; /* block #2, level #2 */ \end_layout \begin_layout LyX-Code ... \end_layout \begin_layout LyX-Code } \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code int c; /* block #3 , level #2 */ \end_layout \begin_layout LyX-Code ... \end_layout \begin_layout LyX-Code } \end_layout \begin_layout LyX-Code } \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard A \end_layout \end_inset \begin_inset Text \begin_layout Standard External stack \end_layout \end_inset \begin_inset Text \begin_layout Standard B \end_layout \end_inset \begin_inset Text \begin_layout Standard Internal stack \end_layout \end_inset \begin_inset Text \begin_layout Standard C \end_layout \end_inset \begin_inset Text \begin_layout Standard Code \end_layout \end_inset \begin_inset Text \begin_layout Standard D \end_layout \end_inset \begin_inset Text \begin_layout Standard Code / static segment \end_layout \end_inset \begin_inset Text \begin_layout Standard E \end_layout \end_inset \begin_inset Text \begin_layout Standard Internal ram (lower 128) bytes \end_layout \end_inset \begin_inset Text \begin_layout Standard F \end_layout \end_inset \begin_inset Text \begin_layout Standard External ram \end_layout \end_inset \begin_inset Text \begin_layout Standard G \end_layout \end_inset \begin_inset Text \begin_layout Standard Internal ram \end_layout \end_inset \begin_inset Text \begin_layout Standard H \end_layout \end_inset \begin_inset Text \begin_layout Standard Bit addressable \end_layout \end_inset \begin_inset Text \begin_layout Standard I \end_layout \end_inset \begin_inset Text \begin_layout Standard SFR space \end_layout \end_inset \begin_inset Text \begin_layout Standard J \end_layout \end_inset \begin_inset Text \begin_layout Standard SBIT space \end_layout \end_inset \begin_inset Text \begin_layout Standard R \end_layout \end_inset \begin_inset Text \begin_layout Standard Register space \end_layout \end_inset \begin_inset Text \begin_layout Standard Z \end_layout \end_inset \begin_inset Text \begin_layout Standard Used for function records, or any undefined space code \end_layout \end_inset \end_inset \end_layout \begin_layout Subsection Type Chain Record \end_layout \begin_layout Description <{><}> \series bold <,> { <,>} <:> \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard The size of the item in decimal. \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard The type encoded using the table below. \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard The sign of the item. Encoded as 'U' or 'S'. \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \series bold Purpose \end_layout \begin_layout Standard The C programming language allows arbitrarily complex type constructions. Because of this, the CDB file type designations are organized as a list of basic primitive types. \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard DA \end_layout \end_inset \begin_inset Text \begin_layout Standard Array of n elements \end_layout \end_inset \begin_inset Text \begin_layout Standard DF \end_layout \end_inset \begin_inset Text \begin_layout Standard Function \end_layout \end_inset \begin_inset Text \begin_layout Standard DG \end_layout \end_inset \begin_inset Text \begin_layout Standard Generic pointer \end_layout \end_inset \begin_inset Text \begin_layout Standard DC \end_layout \end_inset \begin_inset Text \begin_layout Standard Code pointer \end_layout \end_inset \begin_inset Text \begin_layout Standard DX \end_layout \end_inset \begin_inset Text \begin_layout Standard External ram pointer \end_layout \end_inset \begin_inset Text \begin_layout Standard DD \end_layout \end_inset \begin_inset Text \begin_layout Standard Internal ram pointer \end_layout \end_inset \begin_inset Text \begin_layout Standard DP \end_layout \end_inset \begin_inset Text \begin_layout Standard Paged pointer \end_layout \end_inset \begin_inset Text \begin_layout Standard DI \end_layout \end_inset \begin_inset Text \begin_layout Standard Upper 128 byte pointer \end_layout \end_inset \begin_inset Text \begin_layout Standard SL \end_layout \end_inset \begin_inset Text \begin_layout Standard long \end_layout \end_inset \begin_inset Text \begin_layout Standard SI \end_layout \end_inset \begin_inset Text \begin_layout Standard int \end_layout \end_inset \begin_inset Text \begin_layout Standard SC \end_layout \end_inset \begin_inset Text \begin_layout Standard char \end_layout \end_inset \begin_inset Text \begin_layout Standard SS \end_layout \end_inset \begin_inset Text \begin_layout Standard short \end_layout \end_inset \begin_inset Text \begin_layout Standard SV \end_layout \end_inset \begin_inset Text \begin_layout Standard void \end_layout \end_inset \begin_inset Text \begin_layout Standard SF \end_layout \end_inset \begin_inset Text \begin_layout Standard float \end_layout \end_inset \begin_inset Text \begin_layout Standard ST \end_layout \end_inset \begin_inset Text \begin_layout Standard Structure of name \end_layout \end_inset \begin_inset Text \begin_layout Standard SX \end_layout \end_inset \begin_inset Text \begin_layout Standard sbit \end_layout \end_inset \begin_inset Text \begin_layout Standard SB \end_layout \end_inset \begin_inset Text \begin_layout Standard Bit field of bits \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \series bold Examples \end_layout \begin_layout Standard \family typewriter \size small S:LcheckSerialPort$pstBuffer$1$1({3}DG,STTTinyBuffer:S),R,0,0,[r2,r3,r4] \newline S:Ltimer 0LoadExtended$count$1$1({2}SI:S),B,1,-4 \newline S:G$T2CON_7$0$0({1}SX:S),J,0,0 \newline S:LAdcIniti alize$a$1$1({2}SI:S),B,1,1 \newline S:G$ScanCount$0$0({2}SI:S),F,0,0 \end_layout \begin_layout Subsection Function Records \end_layout \begin_layout Description <:> \series bold \newline { G | F | L { | \begin_inset Quotes eld \end_inset --null-- \begin_inset Quotes eld \end_inset }} \newline <$> \newline <$> \newline <$> \newline <(><)> \newline <,> \newline <,> \newline < ,> \newline <,> \newline <,> \newline <,> \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard F \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol record type indicator \end_layout \end_inset \begin_inset Text \begin_layout Standard G \end_layout \end_inset \begin_inset Text \begin_layout Standard Scope is global \end_layout \end_inset \begin_inset Text \begin_layout Standard F \end_layout \end_inset \begin_inset Text \begin_layout Standard Scope is file \end_layout \end_inset \begin_inset Text \begin_layout Standard L \end_layout \end_inset \begin_inset Text \begin_layout Standard Scope is local \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol name \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Scope level (see below) \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Scope block (see below) \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Type chain record (see type record below) \end_layout \end_inset \begin_inset Text \begin_layout Standard
\end_layout \end_inset \begin_inset Text \begin_layout Standard Address space code \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Indicates if this is a stack variable \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard If stack variable, the stack offset relative to the \begin_inset Quotes eld \end_inset bp \begin_inset Quotes erd \end_inset variable. (Libraries will have to be compiled using the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug option for this to be available) \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Indicates if this is an interrupt handler. \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard If interrupt handler, this indicates the interrupt number. \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard If interrupt handler, this ist he register bank number. \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \series bold Purpose \end_layout \begin_layout Standard The Function record defines any Source File function. Its construction is the same as the symbol record, with the addition of 3 extra parameters for indicating interrupt handlers. \end_layout \begin_layout Standard \series bold Example \end_layout \begin_layout Standard \family typewriter F:G$main$0$0({2}DF,SV:S),C,0,0,0,0,0 \newline F:G$SioISR$0$0({2}DF,SV:S),Z,0,0,1,4,0 \end_layout \begin_layout Subsection Type Records \end_layout \begin_layout Description <:> \series bold \newline <$> \newline \newline <[> {} <]> \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard T \end_layout \end_inset \begin_inset Text \begin_layout Standard Type record type indicator \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard The filename where this type is declared \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard The name of this type \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard (see below) \end_layout \end_inset \end_inset \end_layout \begin_layout Subsection Type Member \end_layout \begin_layout Description <(><{><}><)> \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard The offset of this type member in decimal. \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard A complete symbol record describing this Member. (See \begin_inset Quotes eld \end_inset Symbol Records \begin_inset Quotes erd \end_inset above. \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \series bold Purpose \end_layout \begin_layout Standard Type records describe the complex types within the source file. These include structure and union types. \end_layout \begin_layout Standard \series bold Examples \end_layout \begin_layout Standard \family typewriter T:Fcmdas$TTinyBuffer[ \newline ({0}S:S$pNext$0$0({3}DG,STTTinyBuffer:S),Z,0,0) \newline ({3}S:S$leng th$0$0({1}SC:U),Z,0,0) \newline ({4}S:S$maxLength$0$0({1}SC:U),Z,0,0) \newline ({5}S:S$rindex$0$0({1 }SC:U),Z,0,0) \newline ({6}S:S$windex$0$0({1}SC:U),Z,0,0) \newline ({7}S:S$buffer$0$0({64}DA64,SC:U) ,Z,0,0) \newline ] \end_layout \begin_layout Subsection Link Address of Symbol \end_layout \begin_layout Description <:> \series bold \newline { | F | L } \newline <$> \newline <$> \newline <$> \newline <:>
\end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard L \end_layout \end_inset \begin_inset Text \begin_layout Standard Link record type indicator \end_layout \end_inset \begin_inset Text \begin_layout Standard G \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol has file scope. \end_layout \end_inset \begin_inset Text \begin_layout Standard F \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol has file scope. \end_layout \end_inset \begin_inset Text \begin_layout Standard L \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol has function scope \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol name \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol level \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol block \end_layout \end_inset \begin_inset Text \begin_layout Standard
\end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol address in hex, relative to the address space code, in the matching symbol record. \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \series bold Purpose \end_layout \begin_layout Standard The link address record is used to bind a memory location to a symbol record. \end_layout \begin_layout Standard \series bold Example \end_layout \begin_layout Standard \family typewriter L:G$P0$0$0:80 \newline L:G$ScanCount$0$0:0 \newline L:Fcmdas$_str_0$0$0:195 \end_layout \begin_layout Subsection Linker Symbol End Address Record \end_layout \begin_layout Description <:> \series bold \newline { | F | L } \newline <$> \newline <$> \newline <$> \newline <:>
\end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard L \end_layout \end_inset \begin_inset Text \begin_layout Standard Link record type indicator \end_layout \end_inset \begin_inset Text \begin_layout Standard X \end_layout \end_inset \begin_inset Text \begin_layout Standard Link end address sub type indicator \end_layout \end_inset \begin_inset Text \begin_layout Standard G \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol has file scope. \end_layout \end_inset \begin_inset Text \begin_layout Standard F \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol has file scope. \end_layout \end_inset \begin_inset Text \begin_layout Standard L \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol has function scope. \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol name \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol level \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol block \end_layout \end_inset \begin_inset Text \begin_layout Standard
\end_layout \end_inset \begin_inset Text \begin_layout Standard Symbol end address in hex, relative to the address space code contained in the matching symbol record. \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \series bold Purpose \end_layout \begin_layout Standard The Linker Symbol end address record is primarily used to indicate the Ending address of functions. This is because function records do not contain a size value, as symbol records do. \end_layout \begin_layout Standard \series bold Example \end_layout \begin_layout Standard \family typewriter L:XG$sysClearError$0$0:194 \newline L:XG$SioISR$0$0:A09 \end_layout \begin_layout Subsection Linker ASM Line Record \end_layout \begin_layout Description \series bold <:> \newline <$> \newline <$> \newline <:> \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard L \end_layout \end_inset \begin_inset Text \begin_layout Standard Link record type indicator \end_layout \end_inset \begin_inset Text \begin_layout Standard A \end_layout \end_inset \begin_inset Text \begin_layout Standard Link assembly file line record sub type indicator \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Filename of the assembly file. \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Line number in the above filename.{}These numbers start at 1 (not 0). \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard End address \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \series bold Purpose \end_layout \begin_layout Standard The linker Asm Line record is used to bind the execution address with a source file and line number. \end_layout \begin_layout Standard \series bold Example \end_layout \begin_layout Standard \family typewriter L:A$TinyBuffer$2320:A13 \newline L:A$max1270$391:CA4 \end_layout \begin_layout Subsection Linker C-Line Record \end_layout \begin_layout Description \series bold <:> \newline <$> \newline <$> \newline <$> \newline <$> \newline <:> \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard L \end_layout \end_inset \begin_inset Text \begin_layout Standard Link record type indicator \end_layout \end_inset \begin_inset Text \begin_layout Standard C \end_layout \end_inset \begin_inset Text \begin_layout Standard Link assembly file line record sub type indicator \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Filename of the assembly file. \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Line number in the above filename. These numbers start at 1 (not 0). \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Current level at this line and address. \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Current block at this line and address. \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard End address \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \series bold Purpose \end_layout \begin_layout Standard The linker C-Line record is used to bind the execution address with a source file, line number and the level, block information. \end_layout \begin_layout Standard The following is an example source module with its lines showing the correspondi ng C-Line Records. You will notice in this example that there are no line entries for lines 18, 19. This is because the code was optimized and removed. \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard 01 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard 02 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter struct complex \end_layout \end_inset \begin_inset Text \begin_layout Standard 03 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter { \end_layout \end_inset \begin_inset Text \begin_layout Standard 04 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ int count; \end_layout \end_inset \begin_inset Text \begin_layout Standard 05 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ int Max; \end_layout \end_inset \begin_inset Text \begin_layout Standard 06 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter }; \end_layout \end_inset \begin_inset Text \begin_layout Standard 07 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard 08 \end_layout \end_inset \begin_inset Text \begin_layout Standard L:C$vars.c$8$0$0:38 \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter void main(void) \end_layout \end_inset \begin_inset Text \begin_layout Standard 09 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter { \end_layout \end_inset \begin_inset Text \begin_layout Standard 10 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ int iterA; \end_layout \end_inset \begin_inset Text \begin_layout Standard 11 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ int iterB; \end_layout \end_inset \begin_inset Text \begin_layout Standard 12 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ struct complex myStruct; \end_layout \end_inset \begin_inset Text \begin_layout Standard 13 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard 14 \end_layout \end_inset \begin_inset Text \begin_layout Standard L:C$vars.c$14$1$1:C1 \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ for(iterA = 0; iterA < 10; iterA++) \end_layout \end_inset \begin_inset Text \begin_layout Standard 15 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ { \end_layout \end_inset \begin_inset Text \begin_layout Standard 16 \end_layout \end_inset \begin_inset Text \begin_layout Standard L:C$vars.c$16$2$2:B9 \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ for(iterB = 0; iterB < 10; iterB++) \end_layout \end_inset \begin_inset Text \begin_layout Standard 17 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ { \end_layout \end_inset \begin_inset Text \begin_layout Standard 18 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ int iterA = 6 + iterB; \end_layout \end_inset \begin_inset Text \begin_layout Standard 19 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ iterA++; \end_layout \end_inset \begin_inset Text \begin_layout Standard 20 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard 21 \end_layout \end_inset \begin_inset Text \begin_layout Standard L:C$vars.c$21$1$1:69 \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ myStruct.count++; \end_layout \end_inset \begin_inset Text \begin_layout Standard 22 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard 23 \end_layout \end_inset \begin_inset Text \begin_layout Standard L:C$vars.c$23$3$3:83 \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ if(myStruct.count > myStruct.Max) \end_layout \end_inset \begin_inset Text \begin_layout Standard 24 \end_layout \end_inset \begin_inset Text \begin_layout Standard L:C$vars.c$24$3$3:A3 \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ myStruct.Max = mystruct.count; \end_layout \end_inset \begin_inset Text \begin_layout Standard 25 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ } \end_layout \end_inset \begin_inset Text \begin_layout Standard 26 \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \InsetSpace ~ \InsetSpace ~ } \end_layout \end_inset \begin_inset Text \begin_layout Standard 27 \end_layout \end_inset \begin_inset Text \begin_layout Standard L:C$vars.c$27$1$1:CE \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter } \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \series bold Example \end_layout \begin_layout Standard \family typewriter L:C$max1270.c$35$1$1:CA9 \newline L:C$Timer0.c$20$1$1:D9D \end_layout \begin_layout Section Source File Example \end_layout \begin_layout LyX-Code sfr IM = 0x90; \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code struct complex \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code int count; \end_layout \begin_layout LyX-Code int Max; \end_layout \begin_layout LyX-Code }; \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code void main(void) \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code int iterA; \end_layout \begin_layout LyX-Code int iterB; \end_layout \begin_layout LyX-Code struct complex myStruct; \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code for(iterA = 0; iterA < 10; iterA++) \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code for(iterB = 0; iterB < 10; iterB++) \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code int iterA = 6 + iterB; \end_layout \begin_layout LyX-Code iterA++; \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code myStruct.count++; \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code IM = iterA; \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code if(myStruct.count > myStruct.Max) \end_layout \begin_layout LyX-Code myStruct.Max = myStruct.count; \end_layout \begin_layout LyX-Code } \end_layout \begin_layout LyX-Code } \end_layout \begin_layout LyX-Code } \end_layout \begin_layout Section CDB File Example \end_layout \begin_layout Standard \family typewriter M:vars \newline F:G$main$0$0({2}DF,SV:S),C,0,0,0,0,0 \newline T:Fvars$complex[({0}S:S$count$0$0({2}S I:S),Z,0,0)({2}S:S$Max$0$0({2}SI:S),Z,0,0)] \newline S:Lmain$iterA$1$1({2}SI:S),R,0,0,[r0, r1] \newline S:Lmain$iterB$1$1({2}SI:S),R,0,0,[r4,r5] \newline S:Lmain$myStruct$1$1({4}STcomplex:S), E,0,0 \newline S:Lmain$iterA$3$3({2}SI:S),R,0,0,[r6,r7] \newline S:G$IM$0$0({1}SC:U),I,0,0 \newline S:G$main$0 $0({2}DF,SV:S),C,0,0 \newline L:G$IM$0$0:90 \newline L:Lmain$myStruct$1$1:8 \newline L:A$vars$64:0 \newline L:A$vars$65: 3 \newline L:A$vars$67:B \newline L:A$vars$69:13 \newline L:A$vars$71:1B \newline L:A$vars$73:23 \newline L:A$vars$75:2B \newline L:A$vars$1 29:33 \newline L:A$vars$131:36 \newline L:A$vars$158:38 \newline L:C$vars.c$10$0$0:38 \newline L:G$main$0$0:38 \newline L:A$vars$15 9:3A \newline L:A$vars$163:3C \newline L:A$vars$164:3D \newline L:A$vars$165:3E \newline L:A$vars$166:40 \newline L:A$vars$167:41 \newline L :A$vars$168:43 \newline L:A$vars$170:45 \newline L:A$vars$171:47 \newline L:A$vars$176:4A \newline L:A$vars$177:4C \newline L:A$va rs$181:4E \newline L:A$vars$182:4F \newline L:A$vars$183:50 \newline L:A$vars$184:52 \newline L:A$vars$185:53 \newline L:A$vars$18 6:55 \newline L:A$vars$191:57 \newline L:A$vars$196:59 \newline L:C$vars.c$20$3$3:59 \newline L:A$vars$197:5B \newline L:A$vars$198 :5D \newline L:A$vars$200:5E \newline L:A$vars$201:5F \newline L:A$vars$202:61 \newline L:A$vars$207:62 \newline L:C$vars.c$21$3$3: 62 \newline L:A$vars$208:63 \newline L:A$vars$209:66 \newline L:A$vars$216:67 \newline L:C$vars.c$23$3$3:67 \newline L:A$vars$217:6 9 \newline L:A$vars$220:6B \newline L:A$vars$221:6C \newline L:A$vars$222:6F \newline L:A$vars$227:70 \newline L:A$vars$228:72 \newline L:A$ vars$232:74 \newline L:C$vars.c$25$3$3:74 \newline L:A$vars$238:76 \newline L:C$vars.c$27$3$3:76 \newline L:A$vars$239:77 \newline L :A$vars$240:79 \newline L:A$vars$241:7A \newline L:A$vars$242:7C \newline L:A$vars$243:7E \newline L:A$vars$244:80 \newline L:A$va rs$245:83 \newline L:A$vars$248:85 \newline L:A$vars$256:87 \newline L:C$vars.c$28$3$3:87 \newline L:A$vars$257:8A \newline L:A$var s$263:8D \newline L:C$vars.c$18$2$2:8D \newline L:A$vars$264:8E \newline L:A$vars$265:91 \newline L:A$vars$268:92 \newline L:A$vars $274:94 \newline L:C$vars.c$16$1$1:94 \newline L:A$vars$275:95 \newline L:A$vars$276:98 \newline L:A$vars$278:99 \newline L:A$vars$ 282:9C \newline L:C$vars.c$31$1$1:9C \newline L:XG$main$0$0:9C \newline L:A$vars$84:A1 \newline L:A$vars$85:A4 \newline L:A$vars$86 :A7 \newline L:A$vars$87:A9 \newline L:A$vars$88:AB \newline L:A$vars$91:AE \newline L:A$vars$92:B0 \newline L:A$vars$93:B2 \newline L:A$var s$94:B4 \newline L:A$vars$95:B6 \newline L:A$vars$96:B8 \newline L:A$vars$97:B9 \newline L:A$vars$98:BB \newline L:A$vars$99:BD \newline L:A $vars$100:BE \newline L:A$vars$101:C1 \newline L:A$vars$102:C3 \newline L:A$vars$103:C6 \newline L:A$vars$104:C7 \newline L:A$vars $105:C8 \newline L:A$vars$106:C9 \newline L:A$vars$107:CA \newline L:A$vars$108:CB \newline L:A$vars$109:CE \newline L:A$vars$110: D0 \newline L:A$vars$111:D2 \newline L:A$vars$112:D5 \newline L:A$vars$113:D7 \newline L:A$vars$114:DA \newline L:A$vars$118:DD \end_layout \end_body \end_document sdcc-2.9.0/doc/choices.txt000066400000000000000000000123451116427777700154110ustar00rootroot00000000000000Some of the implementation choices ---------------------------------- gbz80: Load from direct space: Alternatives: 1. Via HL ld hl,#dir ld x,(hl) inc hl ld y,(hl) 2. Via a ld a,(dir) ld x,a ld a,(dir+1) ld x,a 1 is bad when x or y involve HL (1b) 8 16 32 1 = 12 + n*(8+8) - 8 20 36 68 1b = n*(12+12+8) 32 64 128 2 = n*(16+4) 20 40 80 So choose 2. Hmm. (2) is too hard to support in the current model. On stack word push 1. lda hl,x(sp) ld a,(hl+) ld h,(hl) ld l,a push hl 2. lda hl,x(sp) ld e,(hl) inc hl ld d,(hl) 1 = d + 8 + 8 + 4 2 = d + 8 + 8 + 8 Structure member get: Normally fetch pair Then add pair and constant with result in hl ld l,c ; 4 ld h,b ; 4 inc hl .. ; 6 = 8 + 6n or ld l,c ; 4 ld h,b ; 4 ld a,#0x06 ; 7 add a,c ; 4 ld l,a ; 4 ld a,#0x00 ; 7 adc a,b ; 4 ld h,a ; 4 = 38 alt: (only when result=hl and left, rigth = pair, const) ld hl,#const ; 10 add hl,pair ; 11 = 21 So (1) is best for n <= 2, (2) is just bad, (3) is good n > 2 How about: pair = pair + constant: 1: ld a,#0x08 ; 7 add a,c ; 4 ld c,a ; 4 ld a,#0x00 ; 7 adc a,b ; 4 ld b,a ; 4 = 30 2: ld hl,#const ; 10 add hl,pair ; 11 ld c,l ; 4 ld b,h ; 4 = 29 One cycle. If I cache HL later it will throw away the advantage. Choose 1. PlusIncr on pairs: 1: inc pair ; 6 = 6n 2: ld a,#0x04 ; 7 add a,c ; 4 ld c,a ; 4 ld a,#0x00 ; 7 adc a,b ; 4 ld b,a ; 4 = 30 So n <= 5 (1) is better. Frame pointer: It's nice to use HL as the temp register, but what if I used it as the frame pointer instead of ix? Instead of: ld e,5(ix) ; 19 ld d,6(ix) ; 19 = 38 ld hl,#5 ; 10 add hl,sp ; 11 ld e,(hl) ; 7 inc hl ; 6 ld d,(hl) ; 7 = 41 Things get better when you access the same set over, as you get rid of the setup. But they get worse when both ops are on the stack/in direct space. Easiest this way for now. iy may benifit... cmpGt: ld l,#0x80 ; 7 ld a,-1(ix) ; 19 xor a,#0x80 ; 7 ld h,a ; 4 ld a,#0x02 ; 7 sub a,-2(ix) ; 19 ld a,l ; 4 sbc a,h ; 4 = 71 vs ld hl,0x8002 ; 10 ld a,-2(ix) ; 19 xor 0x80 ; 7 ld d,a ; 4 ld e,-1(ix) ; 19 sbc hl,de ; 15 = 74 Why is there the whole xor thing going on? cmpGt using sub: left right l-r c expect 0 0 0 0 false -1 0 -1 0 false 1 0 1 0 true 0 -1 1 1 true 0 1 -1 1 false With top most bits xored 80h 80h 0 0 false 7fh 80h FFh 1 false 81h 80h 01h 0 true 80h 7fh 01h 0 true 80h 81h FFh 1 false r-l instead - ah. 80h 80h 0 0 false 7fh 80h 01h 0 false 81h 80h FFh 1 true 80h 7fh FFh 1 true 80h 81h 01h 0 false How about using the sign bit and no XOR on r-l? 0 0 0 false FFh 0 01h false 01h 0 FFh true 0 FFh FFh true 0 01h 01h false - works cmpEq: ld hl,#nn ; 10 ld c,(ix+-5) ; 19 ld b,(ix+-4) ; 19 or a ; 4 sbc hl,bc ; 15 jp nz,l19 ; 10 = 77 ld a,-82(ix) ; 19 cp a,#0x01 ; 7 jp nz,00129$ ; 10 ld a,-81(ix) ; 19 or a,a ; 7 jp nz,00129$ ; 10 - 72 Add: ld a,c ; 4 add a,#0x04 ; 7 ld -4(ix),a ; 19 ld a,b ; 4 adc a,#0x00 ; 7 ld -3(ix),a ; 19 = 60 vs ld hl,#4 ; 10 add hl,bc ; 11 ld -4(ix),l ; 19 ld -3(ix),h ; 19 = 59 Same argument as above - not worth the extra cycle. Pending optimisations: iTemp1 = @iTemp2 iTemp3 = iTemp1 iTemp4 = something in direct space ... push iTemp4 Swaps: ld hl,bc ; 8 ld bc,de ; 8 ld de,hl ; 8 vs push bc ; 11 ld bc,de ; 8 pop de ; 11 Swaps 2: ld a,h ld h,b ld b,a ld a,l ld l,c ld c,aq ; 6*4 = 24 Cleaning up the arguments to a call: ld iy,#n ; 14 add iy,sp ; 15 ld sp,iy ; 10 = 39 pop af ; 5/byte So for 8 bytes and above use the first form. Pointer assign: ld hl,bc ; 4+4 ld e,(hl) ; 7 inc hl ; 6 ld d,(hl) ; 7 vs: ld a,(bc) ; 7 ld e,a ; 4 inc bc ; 6 ld a,(bc) ; 7 ld d,a ; 4 Same cost. Not worth it, although is does free up HL. 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EE>E„)<Œ½Ïb䌠¥[_©NzÞ“›ÊfÍ-ÉÏÎY Þ3tÊóàhqh÷³f)T ΰ2rot&_#H5ø0#6³0bGè7bC P%‚«8FÁ>‹‘5‚{DQ¯šÖÍÓ~8#´F“y±ýø¡¬ÊÛˆ®µe¼ëˆzªÔ–ÍÚ3 #vO#Œr7ÂuGÜ×|J<&K$¡OÔÊd@Du@3#¶~=Ö${‚¬”A»’¦½±ay#cDR=žÔ–e2!hq—ê.ó­òíGQ"*™Àùˆ­gêØWÿâS¦<ÎY›Qµ#´\˜Q)'ŒˆÇüF$D¶™‡ñÀõ9Â1íÚ± _ì!#´v‡±dö @|"áò”Ó4 ü±Œ`AÒ%a ii‚a3b|±rzîošþØ0"G`aV#ºã¢›lè’ÐOndŒî•÷¦# AŠ¼PVv§Ä6ªlè AXÜsÉ0‚#‚# µš60"!`a #6´dÈåq5¢ìº•“QE##yUç4&kj‡mˆJAíXËWG#Dó#lqGÑc¢ã÷šë ÔÁr2žr¬iCãé¸!èL][¬ÚW½Œl«²’+ã3¯Æá|o”õ9ñ7B– ²0P4r¡Ïò±Ùºr„ E¦±Ú#j´ŒØ^FQ7šâ2P4r¡·ŽbÌaÛPBëiÆaëio«+:®3,´)û&ˆ‰ÿ±&ô#Âô#WÄQègÄùk q¬IÖ̈=íö}›æ ]Ù{ßX0œ³&¸}lþ”ÄH#,#öÚsÊ©kv% Œ ,hĆ3bñQ`eΑ~Ó@?" 0‚°ÐõÃFp7n•wA„™¯³î±Ç~ue÷ Œ ÌkÄd C lFìM`|±Z˜À;ª8 ‹SJFÆF„ýØé—#¸Ëeç#ðô^°ýÌ4Š2€L˜ÃœŽù€‘~P¦aÙûO¬´èxz/˜ §£¯xz¯òl/®ç#l%À¥dhåÛ»0%dDZOïð1OïMìé½ ^F0§§E÷–yÎZ°…‡1Oï©àÓèv¤]ñÀÓ{Ává×jª–ðô^±ÅŒ0BY)”·'1]kËx×õT©-,›µgFl;ãŒ0ÊÝ#ðô^"þý<½Wÿ@`›4ŠÃ¿€àé½ I3"!²Î<L´‘~Ü™8’gÜ%³o!@–xÜ-Ÿ`3€Ü‰gÜ9âqçOï 7<ïűÑOŽµ§¼„ j€<©Œ8¤„{z/ù¡±îé½PäHcĪf¯×ˆ>4hƒ:lNF(;þvD…Àòô^¨r¤1b¯%ìÓ{ÈÚˆ½#Æ<½n€Á¸&(NG_ØT#¬­&v„ºÕÔlªæ`Øe`”¦g])QÏÀ°ËÀ(íÑ×B‰f #À.# È3t‡ÍF€¦ßˆëØ)º3Õ'N왣8–Î3C¯2Gq°k´FìÁVÔˆn4b€]£3¢CqÀîÑÑ­A« ì.½­¦e²À‚À(ä– ºò6%ÂLAÁ-1!HCˆCȽÞÄŠ–~¹$`Èš½½úáT‡ºe%Ò3Ëyã€:)þ`Èš°F´š@æØŒ(—‰m'A(ý…®VPçÈ?#]Ï¡[IJÄbD} ©S­Ž !È?#|ÏF€ÌéFqP#º³M0ëùù‡ó`+Ø;dØ6€m§gŒ;ˆÝvŒô€# H#%€†Âˆg-’áYgÅ&Z.Xÿÿ³€keýúXIEND®B`‚sdcc-2.9.0/doc/libdoc.txt000066400000000000000000000351071116427777700152310ustar00rootroot00000000000000Not finished - 20 Jan 2002 - checkpoint (Steve Kenton) This is a sorted (ignoring leading '_') list of the SDCC library. Sources are in ~sdcc/device/lib/*.c and ~sdcc/device/include/*.h. Except where denoted with MACRO these are implemented as functions. Internal function calls are generated by the compiler to implement IEEE floating point, etc. They are not normally called directly. isalnum - character classification - #include - all ports char isalnum (unsigned char c); MACRO Return true if c is an ASCII letter or digit 'a-z','A-Z', '0'-'9' otherwise return false. isalpha - character classification - #include - all ports char isalpha (unsigned char c); MACRO Return true if c is an ASCII letter 'a-z','A-Z' otherwise return false. isascii - character classification - #include - missing char isascii (unsigned char c); Return true if c is an 7-bit ASCII character 0x00-0x7F otherwise return false. iscntrl - character classification - #include - all ports char iscntrl (unsigned char c); Return true if c is an ASCII control character 0x00-0x1F or 0x7F (DEL) otherwise return false. isdigit - character classification - #include - all ports char isdigit (unsigned char c); Return true if c is an ASCII digit '0'-'9' otherwise return false. isgraph - character classification - #include - all ports char isgraph (unsigned char c); Return true is c is an ASCII printable graphic excluding space 0x21-0x7E otherwise return false. islower - character classification - #include - all ports char islower (unsigned char c); Return true if c is an ASCII lower case letter 'a'-'z' otherwise return false. isprint - character classification - #include - all ports char isprint (unsigned char c); Return true is c is an ASCII printable graphic including space 0x20-0x7E otherwise return false. ispunct - character classification - #include - all ports char ispunct (unsigned char c); Return true if c is ASCII punctuation (isgraph but not isalnum) otherwise return false. isspace - character classification - #include - all ports char isspace (unsigned char c); Return true if c is an ASCII white space character space, tab, carriage return, newline or vertical tab 0x09-0x0D, 0x20 otherwise return false. isupper - character classification - #include - all ports char isupper (unsigned char c); Return true if c is an ASCII upper case letter 'A'-'Z' otherwise return false. isxdigit - character classification - #include - all ports char isxdigit (unsigned char c); Return true if c is an ASCII hexidecimal digit '0-9','a-f','A-F' otherwise return false. toascii - character classification - #include - all ports char toascii(unsigned char c); MACRO Convert c from 8-bit value to 7-bit ASCII. tolower - character classification - #include - all ports char _tolower(unsigned char c); MACRO char tolower(unsigned char c); MACRO Convert c from upper case to lower case. toupper - character classification - #include - all ports char _toupper(unsigned char c); MACRO char toupper(unsigned char c); MACRO Convert c from lower case to upper case. __uchar2fs - IEEE single precision math - #include - ??? ports float __uchar2fs (unsigned char uc); INTERNAL Convert an unsigned char to float. __schar2fs - IEEE single precision math - #include - ??? ports float __schar2fs (signed char sc); INTERNAL Convert a signed char to float. __uint2fs - IEEE single precision math - #include - ??? ports float __uint2fs (unsigned int ui); INTERNAL Convert an unsigned int to float. __sint2fs - IEEE single precision math - #include - ??? ports float __sint2fs (signed int si); INTERNAL Convert a signed int to float. __ulong2fs - IEEE single precision math - #include - ??? ports float __ulong2fs (unsigned long ul); INTERNAL Convert an unsigned log to float. __slong2fs - IEEE single precision math - #include - ??? ports float __slong2fs (signed long sl); INTERNAL Convert a signed long to float. __fs2uchar - IEEE single precision math - #include - ??? ports unsigned char __fs2uchar (float f); INTERNAL Convert a float to unsigned char; __fs2schar - IEEE single precision math - #include - ??? ports signed char __fs2schar (float f); INTERNAL Convert a float to signed char; __fs2uint - IEEE single precision math - #include - ??? ports unsigned int __fs2uint (float f); INTERNAL Convert a float to unsigned int; __fs2sint - IEEE single precision math - #include - ??? ports signed int __fs2sint (float f); INTERNAL Convert a float to signed int; __fs2ulong - IEEE single precision math - #include - ??? ports unsigned long __fs2ulong (float f); INTERNAL Convert a float to unsigned long; __fs2slong - IEEE single precision math - #include - ??? ports signed long __fs2slong (float f); INTERNAL Convert a float to signed long. __fsadd - IEEE single precision math - #include - ??? ports float __fsadd (float a1, float a2); INTERNAL Add two floats. __fssub - IEEE single precision math - #include - ??? ports float __fssub (float a1, float a2); INTERNAL Subtract two floats. __fsmul - IEEE single precision math - #include - ??? ports float __fsmul (float a1, float a2); INTERNAL Multiply two floats. __fsdiv - IEEE single precision math - #include - ??? ports float __fsdiv (float a1, float a2); INTERNAL Divide two floats. __fslt - IEEE single precision math - #include - ??? ports char __fslt (float a1, float a2); INTERNAL Compare two floats lt. __fseq - IEEE single precision math - #include - ??? ports char __fseq (float a1, float a2); INTERNAL Compare two floats eq. __fsneq - IEEE single precision math - #include - ??? ports char __fseq (float a1, float a2); INTERNAL ??? missing in float.h ??? Compare two floats neq. __fsgt - IEEE single precision math - #include - ??? ports char __fsgt (float a1, float a2); INTERNAL ??? typo in float.h ??? Compare two floats gt. malloc - memory allocation - #include - ??? ports void *malloc (unsigned int); void xdata * malloc (unsigned int ); Allocate a block of memory from the heap; free - memory allocation - #include - ??? ports void free (void *p); void free (void xdata * p); Return previously allocated memory to the heap. init_dynamic_memory - memory allocation - #include - ??? ports void init_dynamic_memory (MEMHEADER xdata * , unsigned int ); Initialize the memory allocation system. sincosf - ANSI C math - #include - all ports float sincosf(const float x, const int iscos); INTERNAL Compute the sine or cosine of x. tancotf - ANSI C math - #include - all ports float tancotf(const float x, const int iscot); INTERNAL Compute the tangent or cotangent of x. asincosf - ANSI C math - #include - all ports float asincosf(const float x, const int isacos); INTERNAL Compute the arc sine or arc cosine of x. sincoshf - ANSI C math - #include - all ports float sincoshf(const float x, const int iscosh); INTERNAL Compute the hyperbolic sine or hyperbolic cosine of x. sinf - ANSI C math - #include - all ports float sinf (const float x); Compute sine of x. cosf - ANSI C math - #include - all ports float cosf (const float x); Compute cosine of x. tanf - ANSI C math - #include - all ports float tanf (const float x); Compute tangent of x. cotf - ANSI C math - #include - all ports float cotf (const float x); Compute cotangent of x. asinf - ANSI C math - #include - all ports float asinf (const float x); Compute the arc sine of x. acosf - ANSI C math - #include - all ports float acosf (const float x); Compute the arc cosine of x. atanf - ANSI C math - #include - all ports float atanf (const float x); Compute the arc tangent of x. atan2f - ANSI C math - #include - all ports float atan2f (const float x, const float y); ??? x,y reversed ??? Compute the arc tangent of (x/y); sinhf - ANSI C math - #include - all ports float sinhf (const float x); Compute the hyperbolic sine of x. coshf - ANSI C math - #include - all ports float coshf (const float x); Compute the hyperbolic cosine of x. tanhf - ANSI C math - #include - all ports float tanhf (const float x); Compute the hyperbolic tangent of x. expf - ANSI C math - #include - all ports float expf (const float x); Compute e to the x power. logf - ANSI C math - #include - all ports float logf (const float x); Compute log base e of x. log10f - ANSI C math - #include - all ports float log10f (const float x); Compute log base 10 of x. powf - ANSI C math - #include - all ports float powf (const float x, const float y); Compute x to y power. sqrtf - ANSI C math - #include - all ports float sqrtf (const float x); Compute the square root of x. fabsf - ANSI C math - #include - all ports float fabsf (const float x); Compute the absolute value of x. frexpf - ANSI C math - #include - all ports float frexpf (const float x, int *pw2); Split x in to mantissa and exponent parts. ldexpf - ANSI C math - #include - all ports float ldexpf (const float x, const int pw2); Combine mantissa and exponent parts of a float. ceilf - ANSI C math - #include - all ports float ceilf (float x); Find the smallest integer not less than x. floorf - ANSI C math - #include - all ports float floorf (float x); Find the largest integer not more than x. modff - ANSI C math - #include - all ports float modff (float x, float * y); Split x in to integer and fractional parts. setjmp - long jump - #include - ??? ports int setjmp (unsigned char * jmpb); Save the return address and sufficient task state to allow implementation of co-routines or error handlers that unwind the stack using longjmp. Returns 0, which is reserved and cannot be used by longjmp. longjmp - long jump - #include - ??? ports int longjmp (unsigned char * jmpb, int retval); Return to the the location and task state previously save in the jump buffer. Any integer number except 0 may be passed as retval. stdio.h /*------------------------------------------------------------------------- printf_small - standard character I/O - #include - all ports void printf_small (char *,...); printf - standard character I/O - #include - all ports int printf (const char *,...); vprintf - standard character I/O - #include - all ports int vprintf (const char *, va_list); sprintf - standard character I/O - #include - all ports int sprintf (const char *, const char *, ...); vsprintf - standard character I/O - #include - all ports int vsprintf (const char *, const char *, va_list); puts - standard character I/O - #include - all ports int puts(const char *); gets - standard character I/O - #include - all ports char *gets(char *); getchar - standard character I/O - #include - all ports char getchar(void); putchar - standard character I/O - #include - all ports void putchar(char); string.h /*------------------------------------------------------------------------- strcpy - string manipulation - #include - all ports char *strcpy (char * d, char * s); Copy the nul terminated source string s to the destination d. strncpy - string manipulation - #include - all ports char *strncpy(char * d, char * s, int n); Copy the nul terminated source string s to the destination d but do not copy more than n characters even if this causes d to not be nul terminated. strcat - string manipulation - #include - all ports char *strcat (char * front, char * back); Copy the nul terminated string back to the end of the nul terminated string front, overwriting the nul and creating a concatenation of the two with a single trailing nul terminator. strncat - string manipulation - #include - all ports char *strncat(char * front, char * back, int n); Copy the nul terminated string back to the end of the nul terminated string front, overwriting the nul and creating a concatenation of the two, but do not copy more than n characters, even if this causes the result to no be nul terminated. strcmp - string manipulation - #include - all ports int strcmp (char * asrc, char * adst); Compare two nul terminated strings asrc and adst. Return a value < 0 if asrc is less than adst. Return a value > 0 if asrc is greater than adst. Otherwise return 0. strncmp - string manipulation - #include - all ports int strncmp(char * asrc, char * adst, int n); Compare two nul terminated strings asrc and adst but do not check more than n characters. Return a value < 0 if asrc is less than adst. Return a value > 0 if asrc is greater than adst. Otherwise return 0. strchr - string manipulation - #include - all ports char *strchr (char * string, char ch); Return a pointer to the first occurrence of the character ch is string or a NULL pointer if not found. strrchr - string manipulation - #include - all ports char *strrchr(char * string, char ch); Return a pointer to the last occurrence of the character ch is string or a NULL pointer if not found. strspn - string manipulation - #include - all ports int strspn (char *, char *); strcspn - string manipulation - #include - all ports int strcspn(char *, char *); strpbrk - string manipulation - #include - all ports char *strpbrk(char *, char *); strstr - string manipulation - #include - all ports char *strstr (char *, char *); strlen - string manipulation - #include - all ports int strlen (char * ); strtok - string manipulation - #include - all ports char *strtok (char *, char *); memcpy - string manipulation - #include - all ports void *memcpy (void *, void *, int ); memcmp - string manipulation - #include - all ports int memcmp (void *, void *, int ); memset - string manipulation - #include - all ports void *memset (void *, unsigned char , int ); time.h /*------------------------------------------------------------------------- mktime - time and date - #include - all ports time_t mktime(struct tm *timeptr); asctime - time and date - #include - all ports char *asctime(struct tm *timeptr); ctime - time and date - #include - all ports char *ctime(time_t *timep); sdcc-2.9.0/doc/macro-sys-design.txt000066400000000000000000000046421116427777700171610ustar00rootroot00000000000000Macro system design $Id: macro-sys-design.txt 5290 2008-12-19 07:09:42Z borutr $ The purposes of the macro system are: 1. Provide a way to target other assemblers than asxxxx, such as the GB IAR or rgbds assemblers. 2. Provide a way to target multiple similar processors at a relatively simple level from one backend, such as the gbz80 and z80. 3. Provide a way to dynamically build a command line for any spawned processes. 4. Provide a way for the backend to conveniently access volatile global data such as the source file name or current function name. This is mainly to get around assembler limitations. Examples are: 1. Different assemblers use different forms for immediate values. Compare: ld a,#0x00 ld a,$00 ld a,#$00 Different assemblers use different forms for certain constructs. Compare: .ds 2 DS 2 DEFS 2 2. Some concepts, such as prolog and epilogue can be combined. Compare: push ix ld ix,#0 add ix,sp ld hl,0(sp) 3. Various paths such as include or library paths may change at run time. 4. Need to use the function name in a temporary variable name as the assembler doesn't support temporary local labels Compare: 1$: _func_0001: Types of data: 1. Static for a given starting set of parameters, such as target assembler or path {zero} -> #0, $0, 0x00 {sdccinclude} -> c:/sdcc/include, /usr/share/sdcc/include 2. Static for a given starting set of parameters, but include arguments inside them {immeda} -> #0x%02X, $%02X {areaa} -> .area %s, SECTION "%s" 3. Volatile throughout the run time with no parameters {currfuncv} -> _func 4. Volatile with arguments {templabeldef} -> {currfuncv}_%d: Rules: 1. Macros are surrounded by curly braces {}. 2. Curly braces cannot appear in any data. 3. Macros will be recursively expanded. The expansion cannot be cyclic. 4. Macros used as values to arguments will be recursively expanded. Any macros used as argument values cannot require arguments. If they do the arguments will not be evaluated. Problems: 1. There is no type checking or usage checking due to things being evaluated at run time. This could be verified by using a separate perl script to statically evaluate the strings. -- Michael sdcc-2.9.0/doc/random-notes.txt000066400000000000000000000225361116427777700164050ustar00rootroot00000000000000Random notes ------------ A random set of notes about sdcc and how it works. Michael on the register allocation stage: ----------------------------------------- Lets trace how the register allocator in the mcs51 port works. Some concepts: eBBlock A basic block. I can't remember the conditions, but a basic block is one that is easy to optimise and analyse. I guess this means that it has a nice set of assignments and a reasonably straight flow. iCode Intermediate code. Provides the interface between the parser + optimiser and the code generator by providing an abstract machine with infinite registers which the parser can generate for and the back end can turn into real code. iTemps An iTemp is a temporary register used in iCode. These will eventually be either replaced, allocated into a register, or placed onto the stack by the backend. Live range The live range of an iTemp is the part of the code that the iTemp is used over. Generally the live range of an iTemp is from its first assignment to its last use. Input to mcs51_assignRegisters is an array of basic blocks. Assign registers is normally called at the end of a function. In pseudo code, 1. For each basic block, pack the registers in the block. In this case register packing consists of: Remove any unneded iTemps that are just used in assignments. Mark anything that can be rematerialised as rematerialisable. There is no way I spelt that correctly. Something is rematerialisable if it can be generated easily and is constant, and hence dosn't need to be cached away in an iTemp. An example is the address of something. Packs iTemps that are only used once into normally unavailable registers. Register packing removes unneeded iTemps. 2. Determine what number and type of registers are needed for each live range. It does If the iTemp lives for zero time, don't bother assigning If its not an iTemp, skip for now. If its a conditional (determined in the register packing), skip as it will be stored in carry. If the iTemp is already packed from 1.c, skip If the iTemp is remat and some other magic, skip. Else set the number and type of registers based on the size of the iTemp. 3. Assign registers for each segment. For each iCode, do If it is a IPOP (pop of an iTemp at the end of a block), reset the LR. De-assign the live ranges of the iTemps that expire here. For each iTemp, do If this iTemp is still alive, skip If this iTemp is spilt on the stack, free the location and continue. If there are no registers assigned (?), continue. Some magic using IFX and IPOP If the iTemp has no registers, continue. If the result of this iCode doesnt yet have registers, allocate them now. Weird. Deallocate the registers used. Skip instructions that dont need registers (IFX, JUMPTABLE, POINTER_SET) Only assign registers to the result of this iCode. If the iCode has registers, or has been spilt, continue. If this will cause a spill as it needs more registers than are free, then Find those that can be spilt. Spill this if its easy. Spill this if its the least used. Allocate registers to the result iTemp If any registers in the result are shared with the operand, make them line up. 4. Create the register mask for each segment. For each iCode, do Set the used register bit vector from the used registers. Mark these registers as used in the higher function. This lets the generator decide which registers need to be saved when calling or being called by a function. Hmm. It seems to re-setup the used register bit vector. 5. Redo the stack offsets. 6. Turn the basic blocks into an intermediate code chain. Takes the array of basic blocks and pulls them out into one iCode chain. 7. Optimise the labels in the iCode chain. Skipped if the label optimisations are turned off. Remove any gotos that go to the next line. Simplify any chained gotos Remove unreferenced labels Remove unreferenced code. 7. Generate the mcs51 code from the iCode chain. 8. Deallocate everything (registers and stack locations). Sandeep: -------- ======= Sandeep: -------- The Register Allocation story. Before I get into this there are a few important fields on the iCode & oprtand data structures that need to be addressed. iCode. ----- ->key - is an unique number assigned to this iCode when this icode is allocated. ->seq - sequence number of the iCode given in ascending order of execution. operand. ------- ->key - unique number for an operand when operand is allocated. OP_LIVEFROM(op) - sequence number of the iCode where it was first defined. Computed in SDCClrange.c OP_LIVETO(op) - sequence number of the iCode where it is last used. Computed in SDCClrange.c Sandeep: -------- Adding memory maps for AVR, setup default map for local & global variables in port.h will be initialised by the __finaliseOptions() [good functions]..some kludges remain because of the "overlay" segment for 8051. The memory segment stuff will have to be made more flexible. Currently there does not seem to be a 1-to-1 correspondence between storage class & memory map. (should there be??). Also Added check for memory map in SDCCmem.c allocLocal and allocglobal for "eeprom" memory space (AVR). Michael: -------- Tracing parmBytes and function calls. Bug: void printf(const char *format); void puts(const char *s) { printf(s); } Generates the pseudo-code: hl = s push hl call printf pop l (not hl - so parmBytes is too small) parmBytes for a function call seems to be setup in geniCodeCall in SDCCicode.c. geniCodeCall: * Takes care of calls with side effects (?) * Generates the icode to push the parameters (this also computes the resulting stack size) * Generates a CALL or PCALL depending on if its a function or pointer to. * Computes the result * Adds the code for the call to the chain. My bug is probably in geniCodeParms - it's probably computing the size of pointers wrong. geniCodeParms: * A 'parm' node causes this to be run on the tree branches. * It switches on the stack mode and sendto mode, and adds the instructions required to push or put. * A push adds the result of 'getSize' to the stack size. So the bug is probably in getSize. 's' is not an aggregate, so the bug is in getSize(). It seems that IS_SPEC() is being set, deferencing *s so that it's size is sizeof(char) == 1. It's either a SPECIFIER or a DECLARATOR - seems that were the wrong way around. This is set in SDCCsymt.c, SDCCval.c, and the yacc file. SDCCsymt.c and SDCCval.c havnt really changed in 5 days - must be SDCC.y. Nope, no changes. diff against 5 days ago shows only interesting changes are in SDCCicode. Same with -14 days. Michael ------- Next bug is global function parameters not being pushed correctly. i.e unsigned int counter; void print(void) { printf("Counter is %u\n", counter); } generates: _print:: ld hl,#_counter push hl ld hl,#str_1 push hl call printf fix, ret which is more like: printf("Counter is %u\n", &counter); First looking in SDCCicode.c for the stuff that generates function calls: Probably a bug in geniCodeParams. Nope, a bug in my stuff :) Michael ------- Comparing the dhrystone code vs Hitech C v7.50 cp: ld hl,__r ld (_Next_Ptr_Glob),hl vs: ld hl,#__r ld iy,#_Next_Ptr_Glob ld 0(iy),l ld 1(iy),h cp: ld a,#<__r add a,#0x27 ld iy,#_Ptr_Glob ld 0(iy),a ld a,#>__r adc a,#0x00 ld 1(iy),a vs: ld hl,__r+027h ld (_Ptr_Glob),hl cp: ld iy,#_Next_Ptr_Glob ld a,0(iy) ld (hl),a inc hl ld a,1(iy) ld (hl),a vs: ld bc,(_Next_Ptr_Glob) ld hl,(_Ptr_Glob) ld (hl),c inc hl ld (hl),b cp: ld bc,(_Ptr_Glob) ld l,c ld h,b inc hl inc hl ld (hl),#0x00 inc hl ld (hl),#0x00 vs: ld iy,(_Ptr_Glob) ld (iy+2),0 ld (iy+3),0 strcpy is inlined as: u12: ld a,(hl) ldi or a jp nz,u12 cp: ld a,#<_Arr_2_Glob add a,#0x2E ld -80(ix),a ld a,#>_Arr_2_Glob adc a,#0x03 ld -79(ix),a ; genAssign (pointer) ; AOP_STK for _main_sloc1_1_0 ld l,-80(ix) ld h,-79(ix) ld (hl),#0x0A inc hl ld (hl),#0x00 vs: ld hl,0Ah ld (_Arr_2_Glob+032Eh),hl cp: ld a,-72(ix) or a,a jp nz,00126$ ld a,-71(ix) and a,#0x03 ; Rule 4: Changed jp order jp z,00127$ 00126$: jp 00102$ 00127$: vs: ld (ix+-7),c ld (ix+-6),b ld a,c ld l,a ld a,b and 03h ld h,a ld a,l or h jp nz,l12 cp: ld a,-82(ix) or a,-81(ix) sub a,#0x01 ld a,#0x00 rla ld iy,#_Bool_Glob ld 0(iy),a ld 1(iy),#0x00 vs: ld a,l or h ld hl,01h jp z,u42 dec hl u42: ld (_Bool_Glob),hl ;C:\TEMP\DHRY.C: 173: Int_3_Loc = 5 * Int_1_Loc - Int_2_Loc; is turned into: ld l,(ix+-13) ld h,(ix+-12) ld d,h ld e,l add hl,hl add hl,hl add hl,de Comapring two types of cmpeq: ld a,c ; 4 cp a,#0xFB ; 7 jp nz,00119$ ; 10 ld a,b ; 4 cp a,#0xFF ; 7 ; Rule 5: Changed jump logic jp z,00101$ ; 10 00119$: ; 21 to 42 vs: ld hl,#val ; 10 or a ; 4 sbc hl,bc ; 15 jp z,... ; 10 ; Always 39 - worse Comaring break even point for shift: ld a,#0x03+1 ; 7 jp 00114$ ; 10 00113$: sra b ; 8 rr c ; 8 00114$: dec a ; 4 jp nz,00113$ ; 10 ; Bytes: 2+3+1+1+1+3 = 11 ; t-states = 17+n*30 vs sra b rr c ... ; Bytes: 2*n ; t-states = 16*n Ah, pick 4sdcc-2.9.0/doc/sdccman.lyx000066400000000000000000026065761116427777700154220ustar00rootroot00000000000000#LyX 1.5.7 created this file. For more info see http://www.lyx.org/ \lyxformat 276 \begin_document \begin_header \textclass book \begin_preamble \pdfoptionpdfminorversion=3 \usepackage[ pdftitle={SDCC Compiler User Guide}, pdfauthor={SDCC development team}, pdfsubject={installation, user manual}, pdfkeywords={68hc08 8032 8051 ansi c compiler assembler CPU DS390 embedded development free Floating Point Arithmetic Freescale GPL HC08 inline Intel ISO/IEC 9899:1990 Linux MAC OS X manual Maxim mcs51 Microchip microcontroller open source PIC Unix Windows Z80 Zilog}, pdfpagemode=UseOutlines, colorlinks=true, linkcolor=blue] {hyperref} % \sloppy \tolerance=500 \emergencystretch=30pt % \date{} \end_preamble \language english \inputencoding default \font_roman times \font_sans helvet \font_typewriter courier \font_default_family default \font_sc false \font_osf false \font_sf_scale 100 \font_tt_scale 100 \graphics default \paperfontsize default \spacing single \papersize letterpaper \use_geometry true \use_amsmath 1 \use_esint 0 \cite_engine basic \use_bibtopic false \paperorientation portrait \leftmargin 30mm \topmargin 20mm \rightmargin 25mm \bottommargin 20mm \secnumdepth 3 \tocdepth 3 \paragraph_separation indent \defskip medskip \quotes_language swedish \papercolumns 1 \papersides 1 \paperpagestyle fancy \tracking_changes false \output_changes false \author "" \author "" \end_header \begin_body \begin_layout Standard \begin_inset Note Note status collapsed \begin_layout Standard Please note: double dashed longoptions (e.g. --version) are written this way: - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset - \end_layout \begin_layout Standard Two resp. three consecutive dashes would otherwise result in a long resp. extra long dash. \end_layout \begin_layout Standard Architecture specific stuff (like memory models, code examples) should maybe later go \end_layout \begin_layout Standard into separate sections/chapters/appendices (it is hard to document PIC or Z80 in \end_layout \begin_layout Standard a 8051 centered document) - for now simply add. \end_layout \end_inset \end_layout \begin_layout Title SDCC Compiler User Guide \end_layout \begin_layout Date \size normal SDCC 2.9.0 \size footnotesize \newline $Date:: 2009-03-13 #$ \newline $Revision: 5413 $ \end_layout \begin_layout Standard \begin_inset Note Note status collapsed \begin_layout Standard The above strings enclosed in $ are automatically updated by Subversion \end_layout \end_inset \end_layout \begin_layout Standard \begin_inset LatexCommand tableofcontents \end_inset \end_layout \begin_layout Chapter Introduction \end_layout \begin_layout Section About SDCC \end_layout \begin_layout Standard \series bold SDCC \series default ( \emph on S \emph default mall \emph on D \emph default evice \emph on C \emph default \emph on C \emph default ompiler) is free open source, retargettable, optimizing ANSI-C compiler by \series bold Sandeep Dutta \series default designed for 8 bit Microprocessors. The current version targets Intel MCS51 based Microprocessors (8031, 8032, 8051, 8052 \begin_inset LatexCommand index name "8031, 8032, 8051, 8052, mcs51 CPU" \end_inset , etc.), Dallas DS80C390 variants, Freescale (formerly Motorola) HC08 and Zilog Z80 based MCUs. It can be retargeted for other microprocessors, support for Microchip PIC, Atmel AVR is under development. The entire source code for the compiler is distributed under GPL. SDCC uses ASXXXX \begin_inset LatexCommand index name "asXXXX (as-gbz80, as-hc08, asx8051, as-z80)" \end_inset & ASLINK \begin_inset LatexCommand index name "aslink" \end_inset , an free open source retargetable assembler & linker. SDCC has extensive language extensions suitable for utilizing various microcont rollers and underlying hardware effectively. \newline \newline In addition to the MCU specific optimizations SDCC also does a host of standard optimizations like: \end_layout \begin_layout Itemize global sub expression elimination, \end_layout \begin_layout Itemize loop optimizations (loop invariant, strength reduction of induction variables and loop reversing), \end_layout \begin_layout Itemize constant folding & propagation, \end_layout \begin_layout Itemize copy propagation, \end_layout \begin_layout Itemize dead code elimination \end_layout \begin_layout Itemize jump tables for \emph on switch \emph default statements. \end_layout \begin_layout Standard For the back-end SDCC uses a global register allocation scheme which should be well suited for other 8 bit MCUs. \newline \newline The peep hole optimizer uses a rule based substitution mechanism which is MCU independent. \newline \newline Supported data-types are: \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard type \end_layout \end_inset \begin_inset Text \begin_layout Standard width \end_layout \end_inset \begin_inset Text \begin_layout Standard default \end_layout \end_inset \begin_inset Text \begin_layout Standard signed range \end_layout \end_inset \begin_inset Text \begin_layout Standard unsigned range \end_layout \end_inset \begin_inset Text \begin_layout Standard bool \end_layout \end_inset \begin_inset Text \begin_layout Standard 1 bit \end_layout \end_inset \begin_inset Text \begin_layout Standard unsigned \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard 0, 1 \end_layout \end_inset \begin_inset Text \begin_layout Standard char \end_layout \end_inset \begin_inset Text \begin_layout Standard 8 bits, 1 byte \end_layout \end_inset \begin_inset Text \begin_layout Standard signed \end_layout \end_inset \begin_inset Text \begin_layout Standard -128, +127 \end_layout \end_inset \begin_inset Text \begin_layout Standard 0, +255 \end_layout \end_inset \begin_inset Text \begin_layout Standard short \end_layout \end_inset \begin_inset Text \begin_layout Standard 16 bits, 2 bytes \end_layout \end_inset \begin_inset Text \begin_layout Standard signed \end_layout \end_inset \begin_inset Text \begin_layout Standard -32.768, +32.767 \end_layout \end_inset \begin_inset Text \begin_layout Standard 0, +65.535 \end_layout \end_inset \begin_inset Text \begin_layout Standard int \end_layout \end_inset \begin_inset Text \begin_layout Standard 16 bits, 2 bytes \end_layout \end_inset \begin_inset Text \begin_layout Standard signed \end_layout \end_inset \begin_inset Text \begin_layout Standard -32.768, +32.767 \end_layout \end_inset \begin_inset Text \begin_layout Standard 0, +65.535 \end_layout \end_inset \begin_inset Text \begin_layout Standard long \end_layout \end_inset \begin_inset Text \begin_layout Standard 32 bits, 4 bytes \end_layout \end_inset \begin_inset Text \begin_layout Standard signed \end_layout \end_inset \begin_inset Text \begin_layout Standard -2.147.483.648, +2.147.483.647 \end_layout \end_inset \begin_inset Text \begin_layout Standard 0, +4.294.967.295 \end_layout \end_inset \begin_inset Text \begin_layout Standard float \end_layout \end_inset \begin_inset Text \begin_layout Standard 4 bytes IEEE 754 \end_layout \end_inset \begin_inset Text \begin_layout Standard signed \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard 1.175494351E-38, \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none 3.402823466E+38 \end_layout \end_inset \begin_inset Text \begin_layout Standard pointer \end_layout \end_inset \begin_inset Text \begin_layout Standard 1, 2, 3 or 4 bytes \end_layout \end_inset \begin_inset Text \begin_layout Standard generic \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \end_inset \newline The compiler also allows \emph on inline assembler code \emph default to be embedded anywhere in a function. In addition, routines developed in assembly can also be called. \newline \newline SDCC also provides an option (- \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -cyclomatic) to report the relative complexity of a function. These functions can then be further optimized, or hand coded in assembly if needed. \newline \newline SDCC also comes with a companion source level debugger SDCDB. The debugger currently uses ucSim, a free open source simulator for 8051 and other micro-controllers. \newline \newline The latest SDCC version can be downloaded from \begin_inset LatexCommand url target "http://sdcc.sourceforge.net/snap.php" \end_inset . \emph on Please note: the compiler will probably always be some steps ahead of this documentation \series bold \emph default \begin_inset LatexCommand index name "Status of documentation" \end_inset \begin_inset Foot status open \begin_layout Standard Obviously this has pros and cons \end_layout \end_inset . \end_layout \begin_layout Section Open Source \end_layout \begin_layout Standard All packages used in this compiler system are \emph on free open source \emph default ; source code for all the sub-packages (pre-processor, assemblers, linkers etc.) is distributed with the package. This documentation is maintained using a free open source word processor (LyX). \newline This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License \begin_inset LatexCommand index name "GNU General Public License, GPL" \end_inset as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty \begin_inset LatexCommand index name "warranty" \end_inset of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! \end_layout \begin_layout Section Typographic conventions \begin_inset LatexCommand index name "Typographic conventions" \end_inset \end_layout \begin_layout Standard Throughout this manual, we will use the following convention. Commands you have to type in are printed in \family sans \series bold "sans serif" \series default . \family default Code samples are printed in \family typewriter typewriter font. \family default Interesting items and new terms are printed in \emph on italic. \end_layout \begin_layout Section Compatibility \begin_inset LatexCommand label name "sec:Compatibility-with-previous" \end_inset with previous versions \begin_inset LatexCommand index name "Compatibility with previous versions" \end_inset \end_layout \begin_layout Standard Newer versions have usually numerous bug fixes compared with the previous version. But we also sometimes introduce some incompatibilities with older versions. Not just for the fun of it, but to make the compiler more stable, efficient and ANSI compliant \begin_inset LatexCommand index name "ANSI-compliance" \end_inset (see section \begin_inset LatexCommand ref reference "sub:ANSI-Compliance" \end_inset for ANSI-Compliance). \begin_inset Note Note status collapsed \begin_layout Standard It would be fine to add to each item, in which version was it changed. \end_layout \end_inset \newline \end_layout \begin_layout Itemize short is now equivalent to int (16 bits), it used to be equivalent to char (8 bits) which is not ANSI compliant. To maintain compatibility, old programs may be compiled using the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -short-is-8bits commandline option (see \begin_inset LatexCommand vref reference "lyx:--short-is-8bits" \end_inset ). \end_layout \begin_layout Itemize the default directory for gcc-builds where include, library and documentation files are stored is now in /usr/local/share. \end_layout \begin_layout Itemize char type parameters to vararg \begin_inset LatexCommand index name "vararg, va\\_arg" \end_inset functions are casted to int unless explicitly casted and \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c89 \begin_inset LatexCommand index name "-\\/-std-c89" \end_inset \series default and \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c99 \begin_inset LatexCommand index name "-\\/-std-c99" \end_inset \series default command line option are not defined \begin_inset Marginal status collapsed \begin_layout Standard \series bold \InsetSpace ~ ! \end_layout \end_inset , e.g.: \newline \family typewriter \InsetSpace ~ \InsetSpace ~ char a=3; \newline \InsetSpace ~ \InsetSpace ~ printf ("%d %c \backslash n", a, (char)a); \family default \newline will push a as an int and as a char resp if \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c89 \begin_inset LatexCommand index name "-\\/-std-c89" \end_inset \series default and \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c99 \begin_inset LatexCommand index name "-\\/-std-c99" \end_inset \series default command line options are not defined, \newline will push a as two ints if \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c89 \begin_inset LatexCommand index name "-\\/-std-c89" \end_inset \series default or \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c99 \begin_inset LatexCommand index name "-\\/-std-c99" \end_inset \series default command line option is defined. \end_layout \begin_layout Itemize option - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -regextend has been removed. \end_layout \begin_layout Itemize option - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -noregparms has been removed. \end_layout \begin_layout Itemize option - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-after-data has been removed. \end_layout \begin_layout Itemize bit \begin_inset LatexCommand index name "bit" \end_inset and sbit \begin_inset LatexCommand index name "sbit" \end_inset \begin_inset LatexCommand index name "\\_\\_sbit" \end_inset types now consistently behave like the C99 _Bool type with respect to type conversion \begin_inset LatexCommand index name "type conversion" \end_inset \begin_inset LatexCommand index name "type promotion" \end_inset . The most common incompatibility resulting from this change is related to bit toggling \begin_inset LatexCommand index name "Bit toggling" \end_inset idioms, e.g.: \newline \family typewriter \InsetSpace ~ \InsetSpace ~ bit b; \newline \InsetSpace ~ \InsetSpace ~ b = ~ \begin_inset LatexCommand index name "\\~\\/ Operator" \end_inset b; /* equivalent to b=1 instead of toggling b */ \begin_inset Marginal status collapsed \begin_layout Standard \series bold \InsetSpace ~ ! \end_layout \end_inset \newline \InsetSpace ~ \InsetSpace ~ b = !b; /* toggles b */ \newline \family default In previous versions, both forms would have toggled the bit. \end_layout \begin_layout Itemize in older versions, the preprocessor was always called with \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c99 \begin_inset LatexCommand index name "-\\/-std-c99" \end_inset \series default regardless of the \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-xxx \series default setting. This is no longer true, and can cause compilation failures on code built with \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c89 \begin_inset LatexCommand index name "-\\/-std-c89" \end_inset \series default but using c99 preprocessor features, such as one-line (//) comments \end_layout \begin_layout Itemize in versions older then 2.8.4 the pic16 *printf() and printf_tiny() library functions supported undocumented and not standard compliant 'b' binary format specifier ("%b", "%hb" and "%lb"). The 'b' specifier is now disabled by default. It can be enabled by defining BINARY_SPECIFIER macro in files device/lib/pic16/ libc/stdio/vfprintf.c and device/lib/pic16/libc/stdio/printf_tiny.c and recompilin g the library. \end_layout \begin_layout Itemize in versions older then 2.8.5 the unnamed bitfield structure members participated in initialization, which is not conforming with ISO/IEC 9899:1999 standard (see section Section 6.7.8 Initialization, clause 9) \newline \newline Old behavior, before version 2.8.5: \family typewriter \newline \InsetSpace ~ \InsetSpace ~ struct { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ int a : 2; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ char\InsetSpace ~ : 2; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ int b : 2; \newline \InsetSpace ~ \InsetSpace ~ } s = {1, 2, 3}; \family default \newline \family typewriter /* s.a = 1, s.b = 3 */ \family default \newline \newline New behavior: \family typewriter \newline \InsetSpace ~ \InsetSpace ~ struct { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ int a : 2; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ char\InsetSpace ~ : 2; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ int b : 2; \newline \InsetSpace ~ \InsetSpace ~ } s = {1, 2}; \family default \newline \family typewriter /* s.a = 1, s.b = 2 */ \end_layout \begin_layout Section System Requirements \end_layout \begin_layout Standard What do you need before you start installation of SDCC? A computer, and a desire to compute. The preferred method of installation is to compile SDCC from source using GNU gcc and make. For Windows some pre-compiled binary distributions are available for your convenience. You should have some experience with command line tools and compiler use. \end_layout \begin_layout Section Other Resources \end_layout \begin_layout Standard The SDCC home page at \begin_inset LatexCommand url target "http://sdcc.sourceforge.net/" \end_inset is a great place to find distribution sets. You can also find links to the user mailing lists that offer help or discuss SDCC with other SDCC users. Web links to other SDCC related sites can also be found here. This document can be found in the DOC directory of the source package as a text or HTML file. A pdf version of this document is available at \begin_inset LatexCommand url target "http://sdcc.sourceforge.net/doc/sdccman.pdf" \end_inset . Some of the other tools (simulator and assembler) included with SDCC contain their own documentation and can be found in the source distribution. If you want the latest unreleased software, the complete source package is available directly from Subversion on https://sdcc.svn.sourceforge.net/svnroot/ sdcc/trunk/sdcc. \end_layout \begin_layout Section Wishes for the future \end_layout \begin_layout Standard There are (and always will be) some things that could be done. Here are some I can think of: \newline \end_layout \begin_layout Standard \family typewriter char KernelFunction3(char p) at 0x340; \newline \end_layout \begin_layout Standard \family typewriter better code banking \begin_inset LatexCommand index name "code banking (limited support)" \end_inset support for mcs51 \newline \newline \family default If you can think of some more, please see the section \begin_inset LatexCommand ref reference "sub:Requesting-Features" \end_inset about filing feature requests \begin_inset LatexCommand index name "Requesting features" \end_inset \begin_inset LatexCommand index name "Feature request" \end_inset . \newline \end_layout \begin_layout Chapter Installing SDCC \begin_inset LatexCommand index name "Installation" \end_inset \end_layout \begin_layout Standard For most users it is sufficient to skip to either section \begin_inset LatexCommand ref reference "sub:Building-SDCC-on-Linux" \end_inset (Unix) or section \begin_inset LatexCommand ref reference "sub:Windows-Install" \end_inset (Windows). More detailed instructions follow below. \end_layout \begin_layout Section Configure Options \begin_inset LatexCommand index name "Options SDCC configuration" \end_inset \end_layout \begin_layout Standard The install paths, search paths and other options are defined when running 'configure'. The defaults can be overridden by: \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -prefix see table below \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -exec_prefix see table below \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -bindir see table below \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -datadir see table below \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -datarootdir see table below \newline \end_layout \begin_layout List \labelwidthstring 00.00.0000 \InsetSpace ~ \InsetSpace ~ docdir environment variable, see table below \end_layout \begin_layout List \labelwidthstring 00.00.0000 \InsetSpace ~ \InsetSpace ~ include_dir_suffix environment variable, see table below \end_layout \begin_layout List \labelwidthstring 00.00.0000 \InsetSpace ~ \InsetSpace ~ lib_dir_suffix environment variable, see table below \end_layout \begin_layout List \labelwidthstring 00.00.0000 \InsetSpace ~ \InsetSpace ~ sdccconf_h_dir_separator environment variable, either / or \backslash \backslash makes sense here. This character will only be used in sdccconf.h; don't forget it's a C-header, therefore a double-backslash is needed there. \newline \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-mcs51-port Excludes the Intel mcs51 port \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-gbz80-port Excludes the Gameboy gbz80 port \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-z80-port Excludes the z80 port \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-avr-port Excludes the AVR port \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-ds390-port Excludes the DS390 port \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-hc08-port Excludes the HC08 port \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-pic-port Excludes the PIC14 port \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-pic16-port Excludes the PIC16 port \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-xa51-port Excludes the XA51 port \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-ucsim Disables configuring and building of ucsim \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-device-lib Disables automatically building device libraries \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-packihx Disables building packihx \newline \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -enable-doc Build pdf, html and txt files from the lyx sources \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -enable-libgc Use the Bohem memory allocator. Lower runtime footprint. \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -without-ccache Do not use ccache even if available \end_layout \begin_layout Standard Furthermore the environment variables CC, CFLAGS, ... the tools and their arguments can be influenced. Please see `configure - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -help' and the man/info pages of `configure' for details. \newline \newline The names of the standard libraries STD_LIB, STD_INT_LIB, STD_LONG_LIB, STD_FP_LIB, STD_DS390_LI B, STD_XA51_LIB and the environment variables SDCC_DIR_NAME, SDCC_INCLUDE_NAME, SDCC_LIB_NAME are defined by `configure' too. At the moment it's not possible to change the default settings (it was simply never required). \newline \newline These configure options are compiled into the binaries, and can only be changed by rerunning 'configure' and recompiling SDCC. The configure options are written in \emph on italics \emph default to distinguish them from run time environment variables (see section search paths). \newline \newline The settings for \begin_inset Quotes sld \end_inset Win32 builds \begin_inset Quotes srd \end_inset are used by the SDCC team to build the official Win32 binaries. The SDCC team uses Mingw32 to build the official Windows binaries, because it's \end_layout \begin_layout Enumerate open source, \end_layout \begin_layout Enumerate a gcc compiler and last but not least \end_layout \begin_layout Enumerate the binaries can be built by cross compiling on SDCC Distributed Compile Farm. \end_layout \begin_layout Standard See the examples, how to pass the Win32 settings to 'configure'. The other Win32 builds using Borland, VC or whatever don't use 'configure', but a header file sdcc_vc_in.h is the same as sdccconf.h built by 'configure' for Win32. \newline \newline These defaults are: \newline \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard Variable \end_layout \end_inset \begin_inset Text \begin_layout Standard default \end_layout \end_inset \begin_inset Text \begin_layout Standard Win32 builds \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on PREFIX \end_layout \end_inset \begin_inset Text \begin_layout Standard /usr/local \end_layout \end_inset \begin_inset Text \begin_layout Standard \backslash sdcc \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on EXEC_PREFIX \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $PREFIX \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $PREFIX \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on BINDIR \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $EXEC_PREFIX \emph default /bin \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $EXEC_PREFIX \emph default \backslash bin \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on DATADIR \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $DATAROOTDIR \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $DATAROOTDIR \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on DATAROOTDIR \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $PREFIX \emph default /share \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $PREFIX \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on DOCDIR \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $DATAROOTDIR \emph default /sdcc/doc \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $DATAROOTDIR \emph default \backslash doc \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on INCLUDE_DIR_SUFFIX \end_layout \end_inset \begin_inset Text \begin_layout Standard sdcc/include \end_layout \end_inset \begin_inset Text \begin_layout Standard include \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on LIB_DIR_SUFFIX \end_layout \end_inset \begin_inset Text \begin_layout Standard sdcc/lib \end_layout \end_inset \begin_inset Text \begin_layout Standard lib \end_layout \end_inset \end_inset \newline \end_layout \begin_layout Standard \noindent 'configure' also computes relative paths. This is needed for full relocatability of a binary package and to complete search paths (see section search paths below): \newline \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard Variable (computed) \end_layout \end_inset \begin_inset Text \begin_layout Standard default \end_layout \end_inset \begin_inset Text \begin_layout Standard Win32 builds \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on BIN2DATA_DIR \end_layout \end_inset \begin_inset Text \begin_layout Standard ../share \end_layout \end_inset \begin_inset Text \begin_layout Standard .. \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on PREFIX2BIN_DIR \end_layout \end_inset \begin_inset Text \begin_layout Standard bin \end_layout \end_inset \begin_inset Text \begin_layout Standard bin \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on PREFIX2DATA_DIR \end_layout \end_inset \begin_inset Text \begin_layout Standard share/sdcc \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \end_inset \newline \end_layout \begin_layout Standard \noindent Examples: \end_layout \begin_layout LyX-Code ./configure \newline ./configure - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -prefix= \begin_inset Quotes srd \end_inset /usr/bin \begin_inset Quotes srd \end_inset - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -datarootdir= \begin_inset Quotes srd \end_inset /usr/share \begin_inset Quotes srd \end_inset \newline ./configure - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-avr-port - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-xa51-port \end_layout \begin_layout Standard To cross compile on linux for Mingw32 (see also 'sdcc/support/scripts/sdcc_mingw 32'): \end_layout \begin_layout LyX-Code ./configure \backslash \newline CC= \begin_inset Quotes srd \end_inset i586-mingw32msvc-gcc \begin_inset Quotes srd \end_inset CXX= \begin_inset Quotes srd \end_inset i586-mingw32msvc-g++ \begin_inset Quotes srd \end_inset \backslash \newline RANLIB= \begin_inset Quotes srd \end_inset i586-mingw32msvc-ranlib \begin_inset Quotes srd \end_inset \backslash \newline STRIP= \begin_inset Quotes srd \end_inset i586-mingw32msvc-strip \begin_inset Quotes srd \end_inset \backslash \newline - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -prefix= \begin_inset Quotes srd \end_inset /sdcc \begin_inset Quotes srd \end_inset \backslash \newline - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -datarootdir= \begin_inset Quotes srd \end_inset /sdcc \begin_inset Quotes srd \end_inset \backslash \newline docdir= \begin_inset Quotes srd \end_inset \backslash ${datarootdir}/doc \begin_inset Quotes srd \end_inset \backslash \newline include_dir_suffix= \begin_inset Quotes srd \end_inset include \begin_inset Quotes srd \end_inset \backslash \newline lib_dir_suffix= \begin_inset Quotes srd \end_inset lib \begin_inset Quotes srd \end_inset \backslash \newline sdccconf_h_dir_separator= \begin_inset Quotes srd \end_inset \backslash \backslash \backslash \backslash \begin_inset Quotes srd \end_inset \backslash \newline - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-device-lib \backslash \newline - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -host=i586-mingw32msvc \backslash \newline - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -build=unknown-unknown-linux-gnu \end_layout \begin_layout Standard To \begin_inset Quotes sld \end_inset cross \begin_inset Quotes srd \end_inset compile on Cygwin for Mingw32 (see also sdcc/support/scripts/sdcc_cygwin_mingw32 ): \end_layout \begin_layout LyX-Code ./configure -C \backslash \newline - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -prefix= \begin_inset Quotes srd \end_inset /sdcc \begin_inset Quotes srd \end_inset \backslash \newline - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -datarootdir= \begin_inset Quotes srd \end_inset /sdcc \begin_inset Quotes srd \end_inset \backslash \newline docdir= \begin_inset Quotes srd \end_inset \backslash ${datarootdir}/doc \begin_inset Quotes srd \end_inset \backslash \newline include_dir_suffix= \begin_inset Quotes srd \end_inset include \begin_inset Quotes srd \end_inset \backslash \newline lib_dir_suffix= \begin_inset Quotes srd \end_inset lib \begin_inset Quotes srd \end_inset \backslash \newline sdccconf_h_dir_separator= \begin_inset Quotes srd \end_inset \backslash \backslash \backslash \backslash \begin_inset Quotes srd \end_inset \backslash \newline CC= \begin_inset Quotes srd \end_inset gcc -mno-cygwin \begin_inset Quotes srd \end_inset \backslash \newline CXX= \begin_inset Quotes srd \end_inset g++ -mno-cygwin \begin_inset Quotes srd \end_inset \end_layout \begin_layout Standard 'configure' is quite slow on Cygwin (at least on windows before Win2000/XP). The option '- \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -C' turns on caching, which gives a little bit extra speed. However if options are changed, it can be necessary to delete the config.cache file. \end_layout \begin_layout Section Install paths \begin_inset LatexCommand label name "sub:Install-paths" \end_inset \begin_inset LatexCommand index name "Install paths" \end_inset \end_layout \begin_layout Standard \begin_inset VSpace medskip \end_inset \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard \series bold Description \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Path \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Default \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Win32 builds \end_layout \end_inset \begin_inset Text \begin_layout Standard Binary files* \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $EXEC_PREFIX \end_layout \end_inset \begin_inset Text \begin_layout Standard /usr/local/bin \end_layout \end_inset \begin_inset Text \begin_layout Standard \backslash sdcc \backslash bin \end_layout \end_inset \begin_inset Text \begin_layout Standard Include files \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $DATADIR/ $INCLUDE_DIR_SUFFIX \end_layout \end_inset \begin_inset Text \begin_layout Standard /usr/local/share/sdcc/include \end_layout \end_inset \begin_inset Text \begin_layout Standard \backslash sdcc \backslash include \end_layout \end_inset \begin_inset Text \begin_layout Standard Library file** \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $DATADIR/$LIB_DIR_SUFFIX \end_layout \end_inset \begin_inset Text \begin_layout Standard /usr/local/share/sdcc/lib \end_layout \end_inset \begin_inset Text \begin_layout Standard \backslash sdcc \backslash lib \end_layout \end_inset \begin_inset Text \begin_layout Standard Documentation \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $DOCDIR \end_layout \end_inset \begin_inset Text \begin_layout Standard /usr/local/share/sdcc/doc \end_layout \end_inset \begin_inset Text \begin_layout Standard \backslash sdcc \backslash doc \end_layout \end_inset \end_inset \end_layout \begin_layout Verse \size footnotesize *compiler, preprocessor, assembler, and linker \newline **the \shape italic model \shape default is auto-appended by the compiler, e.g. small, large, z80, ds390 etc \end_layout \begin_layout Standard \noindent The install paths can still be changed during `make install' with e.g.: \end_layout \begin_layout LyX-Code make install prefix=$(HOME)/local/sdcc \end_layout \begin_layout Standard Of course this doesn't change the search paths compiled into the binaries. \newline \newline Moreove r the install path can be changed by defining DESTDIR \begin_inset LatexCommand index name "DESTDIR" \end_inset : \end_layout \begin_layout LyX-Code make install DESTDIR=$(HOME)/sdcc.rpm/ \end_layout \begin_layout Standard Please note that DESTDIR must have a trailing slash! \end_layout \begin_layout Section Search Paths \begin_inset LatexCommand label name "sub:Search-Paths" \end_inset \begin_inset LatexCommand index name "Search path" \end_inset \end_layout \begin_layout Standard Some search paths or parts of them are determined by configure variables (in \emph on italics \emph default , see section above). Further search paths are determined by environment variables during runtime. \newline The paths searched when running the compiler are as follows (the first catch wins): \newline \newline 1. Binary files (preprocessor, assembler and linker) \newline \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard Search path \end_layout \end_inset \begin_inset Text \begin_layout Standard default \end_layout \end_inset \begin_inset Text \begin_layout Standard Win32 builds \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_HOME/ \emph on $PPREFIX2BIN_DIR \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_HOME/bin \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_HOME \backslash bin \end_layout \end_inset \begin_inset Text \begin_layout Standard Path of argv[0] (if available) \end_layout \end_inset \begin_inset Text \begin_layout Standard Path of argv[0] \end_layout \end_inset \begin_inset Text \begin_layout Standard Path of argv[0] \end_layout \end_inset \begin_inset Text \begin_layout Standard $PATH \end_layout \end_inset \begin_inset Text \begin_layout Standard $PATH \end_layout \end_inset \begin_inset Text \begin_layout Standard $PATH \end_layout \end_inset \end_inset \newline \end_layout \begin_layout Standard \noindent 2. Include files \newline \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard Search path \end_layout \end_inset \begin_inset Text \begin_layout Standard default \end_layout \end_inset \begin_inset Text \begin_layout Standard Win32 builds \end_layout \end_inset \begin_inset Text \begin_layout Standard - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -I dir \end_layout \end_inset \begin_inset Text \begin_layout Standard - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -I dir \end_layout \end_inset \begin_inset Text \begin_layout Standard - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -I dir \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_INCLUDE \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_INCLUDE \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_INCLUDE \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_HOME/ \newline \emph on $PREFIX2DATA_DIR/ \newline $INCLUDE_DIR_SUFFIX \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_ HOME/ \newline share/sdcc/ \newline include \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_HOME \backslash include \end_layout \end_inset \begin_inset Text \begin_layout Standard path(argv[0])/ \newline \emph on $BIN2DATADIR/ \emph default \newline \emph on $INCLUDE_DIR_SUFFIX \end_layout \end_inset \begin_inset Text \begin_layout Standard path(argv[0])/ \newline ../sdcc/include \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \end_layout \end_inset \begin_inset Text \begin_layout Standard path(argv[0]) \backslash .. \backslash include \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $DATADIR/ \emph default \newline \emph on $INCLUDE_DIR_SUFFIX \end_layout \end_inset \begin_inset Text \begin_layout Standard /usr/local/share/sdcc/ \newline include \end_layout \end_inset \begin_inset Text \begin_layout Standard (not on Win32) \end_layout \end_inset \end_inset \newline \end_layout \begin_layout Standard \noindent The option - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -nostdinc disables the last two search paths. \newline \newline 3. Library files \newline \end_layout \begin_layout Standard With the exception of \begin_inset Quotes sld \end_inset - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -L dir \begin_inset Quotes srd \end_inset the \shape italic model \shape default is auto-appended by the compiler (e.g. small, large, z80, ds390 etc.). \newline \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard Search path \end_layout \end_inset \begin_inset Text \begin_layout Standard default \end_layout \end_inset \begin_inset Text \begin_layout Standard Win32 builds \end_layout \end_inset \begin_inset Text \begin_layout Standard - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -L dir \end_layout \end_inset \begin_inset Text \begin_layout Standard - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -L dir \end_layout \end_inset \begin_inset Text \begin_layout Standard - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -L dir \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_LIB/ \newline \emph on \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_LIB/ \newline \emph on \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_LIB \backslash \newline \emph on \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_HOME/ \newline \emph on $PREFIX2DATA_DIR/ \newline $LIB_DIR_SUFFIX/ \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_HOME/ \newline share/sdcc/ \newline lib/ \emph on \end_layout \end_inset \begin_inset Text \begin_layout Standard $SDCC_HOME \backslash lib \backslash \emph on \newline \end_layout \end_inset \begin_inset Text \begin_layout Standard path(argv[0])/ \newline \emph on $BIN2DATADIR/ \emph default \newline \emph on $LIB_DIR_SUFFIX/ \end_layout \end_inset \begin_inset Text \begin_layout Standard path(argv[0])/ \newline ../sdcc/lib/ \emph on \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \end_layout \end_inset \begin_inset Text \begin_layout Standard path(argv[0]) \backslash \newline .. \backslash lib \backslash \emph on \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on $DATADIR/ \newline $LIB_DIR_SUFFIX/ \end_layout \end_inset \begin_inset Text \begin_layout Standard /usr/local/share/sdcc/ \newline lib/ \emph on \end_layout \end_inset \begin_inset Text \begin_layout Standard (not on Win32) \end_layout \end_inset \end_inset \newline \end_layout \begin_layout Standard \begin_inset Note Note status collapsed \begin_layout Standard Don't delete any of the stray spaces in the table above without checking the HTML output (last line)! \end_layout \end_inset \end_layout \begin_layout Standard \InsetSpace ~ \newline The option - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -nostdlib disables the last two search paths. \end_layout \begin_layout Section Building SDCC \begin_inset LatexCommand index name "Building SDCC" \end_inset \end_layout \begin_layout Subsection Building SDCC on Linux \begin_inset LatexCommand label name "sub:Building-SDCC-on-Linux" \end_inset \end_layout \begin_layout Enumerate \series medium Download the source package \series default either from the SDCC Subversion repository or from snapshot builds \series medium , it will be named something like sdcc \series default -src \series medium -yyyymmdd-rrrr.t \series default ar. \series medium bz2 \series default \begin_inset LatexCommand url target "http://sdcc.sourceforge.net/snap.php" \end_inset . \end_layout \begin_layout Enumerate \series medium Bring up a command line terminal, such as xterm. \end_layout \begin_layout Enumerate \series medium Unpack the file using a command like: \series default \family sans \series bold "tar -xvjf sdcc-src-yyyymmdd-rrrr.tar.bz2 \begin_inset Quotes srd \end_inset \family default \series medium , this will create a sub-directory called sdcc with all of the sources. \end_layout \begin_layout Enumerate Change directory into the main SDCC directory, for example type: \family sans \series bold "cd sdcc \series default ". \end_layout \begin_layout Enumerate \series medium Type \series default \family sans \series bold "./configure \family default \series default ". This configures the package for compilation on your system. \end_layout \begin_layout Enumerate \series medium Type \series default \family sans \series bold "make \family default \series default " \series medium . \series default All of the source packages will compile, this can take a while. \end_layout \begin_layout Enumerate \series medium Type \series default \family sans \series bold "make install" \family default \series default as root \series medium . \series default This copies the binary executables, the include files, the libraries and the documentation to the install directories. Proceed with section \begin_inset LatexCommand ref reference "sec:Testing-the-SDCC" \end_inset . \end_layout \begin_layout Subsection Building SDCC on Mac OS X \end_layout \begin_layout Standard Follow the instruction for Linux. \newline \newline On Mac OS X 10.2.x it was reported, that the default gcc (version 3.1 20020420 (prerelease)) fails to compile SDCC. Fortunately there's also gcc 2.9.x installed, which works fine. This compiler can be selected by running 'configure' with: \end_layout \begin_layout LyX-Code ./configure CC=gcc2 CXX=g++2 \end_layout \begin_layout Standard Universal (ppc and i386) binaries can be produced on Mac OS X 10.4.x with Xcode. Run 'configure' with: \end_layout \begin_layout LyX-Code ./configure \backslash \end_layout \begin_layout LyX-Code LDFLAGS="-Wl,-syslibroot,/Developer/SDKs/MacOSX10.4u.sdk -arch i386 -arch ppc" \backslash \end_layout \begin_layout LyX-Code CXXFLAGS = "-O2 -isysroot /Developer/SDKs/MacOSX10.4u.sdk -arch i386 -arch ppc" \backslash \end_layout \begin_layout LyX-Code CFLAGS = "-O2 -isysroot /Developer/SDKs/MacOSX10.4u.sdk -arch i386 -arch ppc" \end_layout \begin_layout Subsection Cross compiling SDCC on Linux for Windows \end_layout \begin_layout Standard With the Mingw32 gcc cross compiler it's easy to compile SDCC for Win32. See section 'Configure Options'. \end_layout \begin_layout Subsection Building SDCC using Cygwin and Mingw32 \end_layout \begin_layout Standard For building and installing a Cygwin executable follow the instructions for Linux. \newline \newline On Cygwin a \begin_inset Quotes sld \end_inset native \begin_inset Quotes srd \end_inset Win32-binary can be built, which will not need the Cygwin-DLL. For the necessary 'configure' options see section 'configure options' or the script 'sdcc/support/scripts/sdcc_cygwin_mingw32'. \newline \newline In order to install Cygwin on Windows download setup.exe from \begin_inset LatexCommand url name "www.cygwin.com" target "http://www.cygwin.com/" \end_inset . Run it, set the \begin_inset Quotes sld \end_inset default text file type \begin_inset Quotes srd \end_inset to \begin_inset Quotes sld \end_inset unix \begin_inset Quotes srd \end_inset and download/install at least the following packages. Some packages are selected by default, others will be automatically selected because of dependencies with the manually selected packages. Never deselect these packages! \end_layout \begin_layout Itemize flex \end_layout \begin_layout Itemize bison \end_layout \begin_layout Itemize gcc ; version 3.x is fine, no need to use the old 2.9x \end_layout \begin_layout Itemize binutils ; selected with gcc \end_layout \begin_layout Itemize make \end_layout \begin_layout Itemize rxvt ; a nice console, which makes life much easier under windoze (see below) \end_layout \begin_layout Itemize man ; not really needed for building SDCC, but you'll miss it sooner or later \end_layout \begin_layout Itemize less ; not really needed for building SDCC, but you'll miss it sooner or later \end_layout \begin_layout Itemize svn ; only if you use Subversion access \end_layout \begin_layout Standard If you want to develop something you'll need: \end_layout \begin_layout Itemize python ; for the regression tests \end_layout \begin_layout Itemize gdb ; the gnu debugger, together with the nice GUI \begin_inset Quotes sld \end_inset insight \begin_inset Quotes srd \end_inset \end_layout \begin_layout Itemize openssh ; to access the CF or commit changes \end_layout \begin_layout Itemize autoconf and autoconf-devel ; if you want to fight with 'configure', don't use autoconf-stable! \end_layout \begin_layout Standard rxvt is a nice console with history. Replace in your cygwin.bat the line \end_layout \begin_layout LyX-Code bash - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -login -i \end_layout \begin_layout Standard with (one line): \end_layout \begin_layout LyX-Code rxvt -sl 1000 -fn "Lucida Console-12" -sr -cr red \end_layout \begin_layout LyX-Code -bg black -fg white -geometry 100x65 -e bash - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -login \end_layout \begin_layout Standard Text selected with the mouse is automatically copied to the clipboard, pasting works with shift-insert. \newline \newline The other good tip is to make sure you have no //c/-styl e paths anywhere, use /cygdrive/c/ instead. Using // invokes a network lookup which is very slow. If you think \begin_inset Quotes sld \end_inset cygdrive \begin_inset Quotes srd \end_inset is too long, you can change it with e.g. \end_layout \begin_layout LyX-Code mount -s -u -c /mnt \end_layout \begin_layout Standard SDCC sources use the unix line ending LF. Life is much easier, if you store the source tree on a drive which is mounted in binary mode. And use an editor which can handle LF-only line endings. Make sure not to commit files with windows line endings. The tabulator spacing \begin_inset LatexCommand index name "tabulator spacing (8 columns)" \end_inset used in the project is 8. Although a tabulator spacing of 8 is a sensible choice for programmers (it's a power of 2 and allows to display 8/16 bit signed variables without loosing columns) the plan is to move towards using only spaces in the source. \end_layout \begin_layout Subsection Building SDCC Using Microsoft Visual C++ 6.0/NET (MSVC) \end_layout \begin_layout Standard \series medium Download the source package \series default either from the SDCC Subversion repository or from the \begin_inset LatexCommand url name "snapshot builds" target "http://sdcc.sourceforge.net/snap.php" \end_inset \series medium , it will be named something like sdcc \series default -src \series medium -yyyymmdd-rrrr.tar.bz2. \series default SDCC is distributed with all the projects, workspaces, and files you need to build it using Visual C++ 6.0/NET (except for SDCDB and ucSim). The workspace name is 'sdcc.dsw'. Please note that as it is now, all the executables are created in a folder called sdcc \backslash bin_vc. Once built you need to copy the executables from sdcc \backslash bin_vc to sdcc \backslash bin before running SDCC. \newline \newline WARNING: Visual studio is very picky with line terminations; it expects the 0x0d, 0x0a DOS style line endings, not the 0x0a Unix style line endings. When using the Subversion repository it's easiest to configure the svn client to convert automatically for you. If however you are getting a message such as "This makefile was not generated by Developer Studio etc. etc. \begin_inset Quotes srd \end_inset when opening the sdcc.dsw workspace or any of the *.dsp projects, then you need to convert the Unix style line endings to DOS style line endings. To do so you can use the \begin_inset Quotes sld \end_inset unix2dos \begin_inset Quotes srd \end_inset utility freely available on the internet. Doug Hawkins reported in the sdcc-user list that this works: \newline \newline C: \backslash Programming \backslash SDCC> unix2dos sdcc.dsw \newline C: \backslash Programming \backslash SDCC> for /R %I in (*.dsp) do @unix2dos "%I" \newline \newline In order to build SDCC with MSVC you need win32 executables of bison.exe, flex.exe, and gawk.exe. One good place to get them is \begin_inset LatexCommand url name "here" target "http://unxutils.sourceforge.net" \end_inset \newline \newline Download the file UnxUtils \begin_inset LatexCommand index name "UnxUtils" \end_inset .zip. Now you have to install the utilities and setup MSVC so it can locate the required programs. Here there are two alternatives (choose one!): \end_layout \begin_layout Enumerate The easy way: \newline \newline a) Extract UnxUtils.zip to your C: \backslash hard disk PRESERVING the original paths, otherwise bison won't work. (If you are using WinZip make certain that 'Use folder names' is selected) \newline \newline b) In the Visual C++ IDE click Tools, Options, select the Directory tab, in 'Show directories for:' select 'Executable files', and in the directories window add a new path: 'C: \backslash user \backslash local \backslash wbin', click ok. \newline \newline (As a side effect, you get a bunch of Unix utilities that could be useful, such as diff and patch.) \end_layout \begin_layout Enumerate A more compact way: \newline \newline This one avoids extracting a bunch of files you may not use, but requires some extra work: \newline \newline a) Create a directory were to put the tools needed, or use a directory already present. Say for example 'C: \backslash util'. \newline \newline b) Extract 'bison.exe', 'bison.hairy', 'bison.simple', 'flex.exe', and gawk.exe to such directory WITHOUT preserving the original paths. (If you are using WinZip make certain that 'Use folder names' is not selected) \newline \newline c ) Rename bison.exe to '_bison.exe'. \newline \newline d) Create a batch file 'bison.bat' in 'C: \backslash util \backslash ' and add these lines: \newline \InsetSpace ~ \InsetSpace ~ set BISON_SIMPLE=C: \backslash util \backslash bison.simple \newline \InsetSpace ~ \InsetSpace ~ set BISON_HAIRY=C: \backslash util \backslash bison.hairy \newline \InsetSpace ~ \InsetSpace ~ _bison %1 %2 %3 %4 %5 %6 %7 %8 %9 \newline \newline Steps 'c' and 'd' are needed because bison requires by default that the files 'bison.simple' and 'bison.hairy' reside in some weird Unix directory, '/usr/local/share/' I think. So it is necessary to tell bison where those files are located if they are not in such directory. That is the function of the environment variables BISON_SIMPLE and BISON_HAIRY. \newline \newline e ) In the Visual C++ IDE click Tools, Options, select the Directory tab, in 'Show directories for:' select 'Executable files', and in the directories window add a new path: 'c: \backslash util', click ok. Note that you can use any other path instead of 'c: \backslash util', even the path where the Visual C++ tools are, probably: 'C: \backslash Program Files \backslash Microsoft Visual Studio \backslash Common \backslash Tools'. So you don't have to execute step 'e' :) \end_layout \begin_layout Standard That is it. Open 'sdcc.dsw' in Visual Studio, click 'build all', when it finishes copy the executables from sdcc \backslash bin_vc to sdcc \backslash bin, and you can compile using SDCC. \end_layout \begin_layout Subsection Building SDCC Using Borland \end_layout \begin_layout Enumerate From the sdcc directory, run the command "make -f Makefile.bcc". This should regenerate all the .exe files in the bin directory except for SDCDB and ucSim. \end_layout \begin_layout Enumerate If you modify any source files and need to rebuild, be aware that the dependenci es may not be correctly calculated. The safest option is to delete all .obj files and run the build again. From a Cygwin BASH prompt, this can easily be done with the command (be sure you are in the sdcc directory): \newline \newline \family sans \series bold find . \backslash ( -name '*.obj' -o -name '*.lib' -o -name '*.rul' \backslash ) -print -exec rm {} \backslash ; \family default \series default \newline \newline or on Windows NT/2000/XP from the command prompt with the command: \newline \family sans \series bold \newline del /s *.obj *.lib *.rul \family default \series default from the sdcc directory. \end_layout \begin_layout Subsection Windows Install Using a ZIP Package \end_layout \begin_layout Enumerate Download the binary zip package from \begin_inset LatexCommand url target "http://sdcc.sf.net/snap.php" \end_inset and unpack it using your favorite unpacking tool (gunzip, WinZip, etc). This should unpack to a group of sub-directories. An example directory structure after unpacking the mingw32 package is: c: \backslash sdcc \backslash bin for the executables, c: \backslash sdcc \backslash include and c: \backslash sdcc \backslash lib for the include and libraries. \end_layout \begin_layout Enumerate Adjust your environment variable PATH to include the location of the bin directory or start sdcc using the full path. \end_layout \begin_layout Subsection Windows Install Using the Setup Program \begin_inset LatexCommand label name "sub:Windows-Install" \end_inset \end_layout \begin_layout Standard Download the setup program \emph on sdcc-x.y.z-setup.exe \emph default for an official release from \newline \begin_inset LatexCommand url target "http://sf.net/project/showfiles.php?group_id=599" \end_inset or a setup program for one of the snapshots \emph on sdcc-yyyymmdd-xxxx-setup.exe \emph default from \begin_inset LatexCommand url target "http://sdcc.sf.net/snap.php" \end_inset and execute it. A windows typical installer will guide you through the installation process. \end_layout \begin_layout Subsection VPATH \begin_inset LatexCommand index name "VPATH" \end_inset feature \end_layout \begin_layout Standard SDCC supports the VPATH feature provided by configure and make. It allows to separate the source and build trees. Here's an example: \end_layout \begin_layout Standard \family typewriter cd ~\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ # cd $HOME \end_layout \begin_layout Standard \family typewriter tar -xjf sdcc-src-yyyymmdd-rrrr.tar.bz2\InsetSpace ~ # extract source to directory sdcc \end_layout \begin_layout Standard \family typewriter mkdir sdcc.build\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ # put output in sdcc.build \end_layout \begin_layout Standard \family typewriter cd sdcc.build \end_layout \begin_layout Standard \family typewriter ../sdcc/configure\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ # configure is doing all the magic! \end_layout \begin_layout Standard \family typewriter make \end_layout \begin_layout Standard \noindent That's it! \series bold configure \series default will create the directory tree will all the necessary Makefiles in ~/sdcc.build. It automagically computes the variables srcdir, top_srcdir and top_buildir for each directory. After running \series bold make \series default the generated files will be in ~/sdcc.build, while the source files stay in ~/sdcc. \newline This is not only usefull for building different binaries, e.g. when cross compiling. It also gives you a much better overview in the source tree when all the generated files are not scattered between the source files. And the best thing is: if you want to change a file you can leave the original file untouched in the source directory. Simply copy it to the build directory, edit it, enter `make clean', `rm Makefile.dep' and `make'. \series bold make \series default will do the rest for you! \end_layout \begin_layout Section Building the Documentation \end_layout \begin_layout Standard Add - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -enable-doc to the configure arguments to build the documentation together with all the other stuff. You will need several tools (LyX, LaTeX, LaTeX2HTML, pdflatex, dvipdf, dvips and makeindex) to get the job done. Another possibility is to change to the doc directory and to type \family sans \series bold \begin_inset Quotes srd \end_inset make \begin_inset Quotes srd \end_inset \family default \series default there. You're invited to make changes and additions to this manual (sdcc/doc/sdccman.ly x). Using LyX \begin_inset LatexCommand url target "http://www.lyx.org" \end_inset as editor is straightforward. Prebuilt documentation in html and pdf format is available from \begin_inset LatexCommand url target "http://sdcc.sf.net/snap.php" \end_inset . \end_layout \begin_layout Section Reading the Documentation \begin_inset LatexCommand index name "Documentation" \end_inset \end_layout \begin_layout Standard Currently reading the document in pdf format is recommended, as for unknown reason the hyperlinks are working there whereas in the html version they are not \begin_inset Foot status open \begin_layout Standard If you should know why please drop us a note \end_layout \end_inset . \newline You'll find the pdf version \begin_inset LatexCommand index name "PDF version of this document" \end_inset at \begin_inset LatexCommand url target "http://sdcc.sf.net/doc/sdccman.pdf" \end_inset . \newline A html version \begin_inset LatexCommand index name "HTML version of this document" \end_inset should be online at \begin_inset LatexCommand url target "http://sdcc.sf.net/doc/sdccman.html/index.html" \end_inset . \newline This documentation is in some aspects different from a commercial documentation: \end_layout \begin_layout Itemize It tries to document SDCC for several processor architectures in one document (commercially these probably would be separate documents/products). This document \begin_inset LatexCommand index name "Status of documentation" \end_inset currently matches SDCC for mcs51 and DS390 best and does give too few informati on about f.e. Z80, PIC14, PIC16 and HC08. \end_layout \begin_layout Itemize There are many references pointing away from this documentation. Don't let this distract you. If there f.e. was a reference like \begin_inset LatexCommand url target "http://www.opencores.org" \end_inset together with a statement \begin_inset Quotes sld \end_inset some processors which are targetted by SDCC can be implemented in a \emph on f \emph default ield \emph on p \emph default rogrammable \emph on g \emph default ate \emph on a \emph default rray \begin_inset LatexCommand index name "FPGA (field programmable gate array)" \end_inset \begin_inset Quotes srd \end_inset or \begin_inset LatexCommand url target "http://sf.net/projects/fpgac" \end_inset \begin_inset LatexCommand index name "FpgaC ((subset of) C to FPGA compiler)" \end_inset \begin_inset Quotes sld \end_inset have you ever heard of an open source compiler that compiles a subset of C for an FPGA? \begin_inset Quotes srd \end_inset we expect you to have a quick look there and come back. If you read this you are on the right track. \end_layout \begin_layout Itemize Some sections attribute more space to problems, restrictions and warnings than to the solution. \end_layout \begin_layout Itemize The installation section and the section about the debugger is intimidating. \end_layout \begin_layout Itemize There are still lots of typos and there are more different writing styles than pictures. \end_layout \begin_layout Section Testing the SDCC Compiler \begin_inset LatexCommand label name "sec:Testing-the-SDCC" \end_inset \end_layout \begin_layout Standard The first thing you should do after installing your SDCC compiler is to see if it runs. Type \family sans \series bold "sdcc - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -version" \begin_inset LatexCommand index name "version" \end_inset \family default \series default at the prompt, and the program should run and output its version like: \newline \family typewriter SDCC : mcs51/z80/avr/ds390/pic16/pic14/ds400/hc08 2.5.6 #4169 (May 8 2006) (UNIX) \end_layout \begin_layout Standard If it doesn't run, or gives a message about not finding sdcc program, then you need to check over your installation. Make sure that the sdcc bin directory is in your executable search path defined by the PATH environment setting ( \series medium see \series default section \begin_inset LatexCommand ref reference "sub:Install-Trouble-shooting" \end_inset \InsetSpace ~ \series medium Install trouble-shooting for suggestions \series default ). Make sure that the sdcc program is in the bin folder, if not perhaps something did not install correctly. \newline \newline \series medium SDCC \series default is commonly installed as described in section \begin_inset Quotes sld \end_inset Install and search paths \begin_inset Quotes srd \end_inset . \newline \newline \series medium Make sure the compiler works on a very simple example. Type in the following test.c program using your favorite \series default ASCII \series medium editor: \end_layout \begin_layout Verse \family typewriter char test; \newline \newline void main(void) { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ test=0; \newline } \end_layout \begin_layout Standard \series medium Compile this using the following command: \series default \family sans \series bold "sdcc -c test.c". \family default \series default \series medium If all goes well, the compiler will generate a test.asm and test.rel file. Congratulations, you've just compiled your first program with SDCC. We used the -c option to tell SDCC not to link the generated code, just to keep things simple for this step. \series default \newline \newline \series medium The next step is to try it with the linker. Type in \series default \family sans \series bold "sdcc test.c \family default \series default " \series medium . If all goes well the compiler will link with the libraries and produce a test.ihx output file. If this step fails \series default \series medium (no test.ihx, and the linker generates warnings), then the problem is most likely that \series default SDCC \series medium cannot find the \series default / \series medium usr/local/share/sdcc/lib directory \series default \series medium (see \series default section \begin_inset LatexCommand ref reference "sub:Install-Trouble-shooting" \end_inset \InsetSpace ~ \series medium Install trouble-shooting for suggestions). \series default \newline \newline \series medium The final test is to ensure \series default SDCC \series medium can use the \series default standard \series medium header files and libraries. Edit test.c and change it to the following: \end_layout \begin_layout Verse \family typewriter #include \newline \newline char str1[10]; \newline \newline void main(void) { \newline \InsetSpace ~ \InsetSpace ~ strcpy(str1, "testing"); \newline } \end_layout \begin_layout Standard \series medium Compile this by typing \series default \family sans \series bold "sdcc test.c" \family default \series medium . This should generate a test.ihx output file, and it should give no warnings such as not finding the string.h file. If it cannot find the string.h file, then the problem is that \series default SDCC \series medium cannot find the /usr/local/share/sdcc/include directory \series default \series medium (see the \series default section \begin_inset LatexCommand ref reference "sub:Install-Trouble-shooting" \end_inset \InsetSpace ~ \series medium Install trouble-shooting section for suggestions). \series default Use option \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -print-search-dirs \series default \begin_inset LatexCommand index name "-\\/-print-search-dirs" \end_inset to find exactly where SDCC is looking for the include and lib files. \end_layout \begin_layout Section Install Trouble-shooting \begin_inset LatexCommand label name "sub:Install-Trouble-shooting" \end_inset \begin_inset LatexCommand index name "Install trouble-shooting" \end_inset \end_layout \begin_layout Subsection If SDCC does not build correctly \end_layout \begin_layout Standard A thing to try is starting from scratch by unpacking the .tgz source package again in an empty directory. Configure it like: \newline \newline \family sans \series bold ./configure 2>&1 | tee configure.log \family default \series default \newline \newline and build it like: \newline \newline \family sans \series bold make 2>&1 | tee make.log \family default \series default \newline \newline If anything goes wrong, you can review the log files to locate the problem. Or a relevant part of this can be attached to an email that could be helpful when requesting help from the mailing list. \end_layout \begin_layout Subsection What the \begin_inset Quotes sld \end_inset ./configure \begin_inset Quotes srd \end_inset does \end_layout \begin_layout Standard The \begin_inset Quotes sld \end_inset ./configure \begin_inset Quotes srd \end_inset command is a script that analyzes your system and performs some configuration to ensure the source package compiles on your system. It will take a few minutes to run, and will compile a few tests to determine what compiler features are installed. \end_layout \begin_layout Subsection What the \begin_inset Quotes sld \end_inset make \begin_inset Quotes srd \end_inset does \end_layout \begin_layout Standard This runs the GNU make tool, which automatically compiles all the source packages into the final installed binary executables. \end_layout \begin_layout Subsection What the \begin_inset Quotes sld \end_inset make install \begin_inset Quotes erd \end_inset command does. \end_layout \begin_layout Standard This will install the compiler, other executables libraries and include files into the appropriate directories. See sections \begin_inset LatexCommand ref reference "sub:Install-paths" \end_inset ,\InsetSpace ~ \begin_inset LatexCommand ref reference "sub:Search-Paths" \end_inset \InsetSpace ~ about install and search paths. \newline On most systems you will need super-user privilege s to do this. \end_layout \begin_layout Section Components of SDCC \end_layout \begin_layout Standard SDCC is not just a compiler, but a collection of tools by various developers. These include linkers, assemblers, simulators and other components. Here is a summary of some of the components. Note that the included simulator and assembler have separate documentation which you can find in the source package in their respective directories. As SDCC grows to include support for other processors, other packages from various developers are included and may have their own sets of documentation. \newline \newline You might want to look at the files which are installed in . At the time of this writing, we find the following programs for gcc-builds: \newline \newline In /bin: \end_layout \begin_layout Itemize sdcc - The compiler. \end_layout \begin_layout Itemize sdcpp - The C preprocessor. \end_layout \begin_layout Itemize asx8051 - The assembler for 8051 type processors. \end_layout \begin_layout Itemize as-z80 \series bold , \series default as-gbz80 - The Z80 and GameBoy Z80 assemblers. \end_layout \begin_layout Itemize aslink -The linker for 8051 type processors. \end_layout \begin_layout Itemize link-z80 \series bold , \series default link-gbz80 - The Z80 and GameBoy Z80 linkers. \end_layout \begin_layout Itemize s51 - The ucSim 8051 simulator. \end_layout \begin_layout Itemize sdcdb - The source debugger. \end_layout \begin_layout Itemize packihx - A tool to pack (compress) Intel hex files. \end_layout \begin_layout Standard In /share/sdcc/include \end_layout \begin_layout Itemize the include files \end_layout \begin_layout Standard In /share/sdcc/lib \end_layout \begin_layout Itemize the subdirs src and small, large, z80, gbz80 and ds390 with the precompiled relocatables. \end_layout \begin_layout Standard In /share/sdcc/doc \end_layout \begin_layout Itemize the documentation \end_layout \begin_layout Standard As development for other processors proceeds, this list will expand to include executables to support processors like AVR, PIC, etc. \end_layout \begin_layout Subsection sdcc - The Compiler \end_layout \begin_layout Standard This is the actual compiler, it in turn uses the c-preprocessor and invokes the assembler and linkage editor. \end_layout \begin_layout Subsection sdcpp - The C-Preprocessor \end_layout \begin_layout Standard The preprocessor \begin_inset LatexCommand index name "sdcpp (preprocessor)" \end_inset is a modified version of the GNU cpp \begin_inset LatexCommand index name "cpp|see{sdcpp}" \end_inset preprocessor \begin_inset LatexCommand url target "http://gcc.gnu.org/" \end_inset . The C preprocessor is used to pull in #include sources, process #ifdef statements, #defines and so on. \end_layout \begin_layout Subsection as \emph on xxxx \emph default , aslink, link- \emph on xxx \emph default - The Assemblers and Linkage Editors \end_layout \begin_layout Standard This is retargettable assembler & linkage editor, it was developed by Alan Baldwin. John Hartman created the version for 8051, and I (Sandeep) have made some enhancements and bug fixes for it to work properly with SDCC. \end_layout \begin_layout Subsection s51 - The Simulator \end_layout \begin_layout Standard S51 \begin_inset LatexCommand index name "s51" \end_inset is a free open source simulator developed by Daniel Drotos. The simulator is built as part of the build process. For more information visit Daniel's web site at: \begin_inset LatexCommand url target "http://mazsola.iit.uni-miskolc.hu/~drdani/embedded/s51" \end_inset . It currently supports the core mcs51, the Dallas DS80C390 and the Phillips XA51 family. \end_layout \begin_layout Subsection sdcdb - Source Level Debugger \end_layout \begin_layout Standard SDCDB \begin_inset LatexCommand index name "SDCDB (debugger)" \end_inset is the companion source level debugger. More about SDCDB in section \begin_inset LatexCommand ref reference "cha:Debugging-with-SDCDB" \end_inset . The current version of the debugger uses Daniel's Simulator S51 \begin_inset LatexCommand index name "s51" \end_inset , but can be easily changed to use other simulators. \end_layout \begin_layout Chapter Using SDCC \end_layout \begin_layout Section Compiling \end_layout \begin_layout Subsection Single Source File Projects \end_layout \begin_layout Standard For single source file 8051 projects the process is very simple. Compile your programs with the following command \family sans \series bold "sdcc sourcefile.c". \family default \series default This will compile, assemble and link your source file. Output files are as follows: \end_layout \begin_layout Itemize sourcefile.asm \begin_inset LatexCommand index name ".asm" \end_inset - Assembler source \begin_inset LatexCommand index name "Assembler source" \end_inset file created by the compiler \end_layout \begin_layout Itemize sourcefile.lst \begin_inset LatexCommand index name ".lst" \end_inset - Assembler listing \begin_inset LatexCommand index name "Assembler listing" \end_inset file created by the Assembler \end_layout \begin_layout Itemize sourcefile.rst \begin_inset LatexCommand index name ".rst" \end_inset - Assembler listing \begin_inset LatexCommand index name "Assembler listing" \end_inset file updated with linkedit information, created by linkage editor \end_layout \begin_layout Itemize sourcefile.sym \begin_inset LatexCommand index name ".sym" \end_inset - symbol listing \begin_inset LatexCommand index name "Symbol listing" \end_inset for the sourcefile, created by the assembler \end_layout \begin_layout Itemize sourcefile.rel \begin_inset LatexCommand index name ".rel" \end_inset or sourcefile.o \begin_inset LatexCommand index name ".o" \end_inset - Object file \begin_inset LatexCommand index name "Object file" \end_inset created by the assembler, input to Linkage editor \end_layout \begin_layout Itemize sourcefile.map \begin_inset LatexCommand index name ".map" \end_inset - The memory map \begin_inset LatexCommand index name "Memory map" \end_inset for the load module, created by the Linker \end_layout \begin_layout Itemize sourcefile.mem \begin_inset LatexCommand index name ".mem" \end_inset - A file with a summary of the memory usage \end_layout \begin_layout Itemize sourcefile.ihx \begin_inset LatexCommand index name ".ihx" \end_inset - The load module in Intel hex format \begin_inset LatexCommand index name "Intel hex format" \end_inset (you can select the Motorola S19 format \begin_inset LatexCommand index name "Motorola S19 format" \end_inset with - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -out-fmt-s19 \begin_inset LatexCommand index name "-\\/-out-fmt-s19" \end_inset . If you need another format you might want to use \family sans \shape italic objdump \family default \shape default \begin_inset LatexCommand index name "objdump (tool)" \end_inset or \family sans \shape italic srecord \family default \shape default \begin_inset LatexCommand index name "srecord (bin, hex, ... tool)" \end_inset \begin_inset Note Note status collapsed \begin_layout Standard hyperlinks needed \end_layout \end_inset - see also section \begin_inset LatexCommand vref reference "sub:Postprocessing-the-Intel" \end_inset ). Both formats are documented in the documentation of srecord \begin_inset LatexCommand index name "srecord (bin, hex, ... tool)" \end_inset \end_layout \begin_layout Itemize sourcefile.adb \begin_inset LatexCommand index name ".adb" \end_inset - An intermediate file containing debug information needed to create the .cdb file (with - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug \begin_inset LatexCommand index name "-\\/-debug" \end_inset ) \end_layout \begin_layout Itemize sourcefile.cdb \begin_inset LatexCommand index name ".cdb" \end_inset - An optional file (with - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug) containing debug information. The format is documented in cdbfileformat.pdf \end_layout \begin_layout Itemize sourcefile. - (no extension) \begin_inset LatexCommand index name " (no extension)" \end_inset An optional AOMF or AOMF51 \begin_inset LatexCommand index name "AOMF, AOMF51" \end_inset \begin_inset LatexCommand label name "OMF file" \end_inset file containing debug information (generated with option - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug). The (Intel) \emph on a \emph default bsolute \emph on o \emph default bject \emph on m \emph default odule \emph on f \emph default ormat is a subformat of the OMF51 format and is commonly used by third party tools (debuggers \begin_inset LatexCommand index name "Debugger" \end_inset , simulators, emulators). \end_layout \begin_layout Itemize sourcefile.dump* \begin_inset LatexCommand index name ".dump*" \end_inset - Dump file to debug the compiler it self (generated with option - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -dumpall) (see section \begin_inset LatexCommand ref reference "sub:Intermediate-Dump-Options" \end_inset \InsetSpace ~ and section \begin_inset LatexCommand ref reference "sub:The-anatomy-of" \end_inset \InsetSpace ~ \begin_inset Quotes sld \end_inset Anatomy of the compiler \begin_inset Quotes srd \end_inset ). \end_layout \begin_layout Subsection Postprocessing the Intel Hex \begin_inset LatexCommand index name "Intel hex format" \end_inset file \begin_inset LatexCommand label name "sub:Postprocessing-the-Intel" \end_inset \end_layout \begin_layout Standard In most cases this won't be needed but the Intel Hex file \begin_inset LatexCommand index name ".ihx" \end_inset which is generated by SDCC might include lines of varying length and the addresses within the file are not guaranteed to be strictly ascending. If your toolchain or a bootloader does not like this you can use the tool \family typewriter packihx \family default \begin_inset LatexCommand index name "packihx (tool)" \end_inset which is part of the SDCC distribution: \newline \newline \family sans \series bold packihx sourcefile.ihx >sourcefile.hex \family default \series default \newline \newline The separately available \emph on srecord \emph default \begin_inset LatexCommand index name "srecord (bin, hex, ... tool)" \end_inset package additionally allows to set undefined locations to a predefined value, to insert checksums \begin_inset LatexCommand index name "checksum" \end_inset of various flavours (crc, add, xor) and to perform other manipulations (convert, split, crop, offset, ...). \newline \newline \family sans \series bold srec_cat\InsetSpace ~ \InsetSpace ~ sourcefile.ihx -intel\InsetSpace ~ \InsetSpace ~ -o sourcefile.hex -intel \newline \newline \family default \series default An example for a more complex command line \begin_inset Foot status open \begin_layout Standard the command backfills \begin_inset LatexCommand index name "backfill unused memory" \end_inset unused memory with 0x12 and the overall 16 bit sum of the complete 64 kByte block is zero. If the program counter on an mcs51 runs wild the backfill pattern 0x12 will be interpreted as an \family typewriter lcall \family default to address \family typewriter 0x1212 \family default (where an emergency routine could sit). \end_layout \end_inset could look like: \newline \newline \family sans \series bold \size footnotesize srec_cat\InsetSpace ~ sourcefile.ihx -intel\InsetSpace ~ \InsetSpace ~ -fill 0x12 0x0000 0xfffe\InsetSpace ~ -little-endian-checksum-nega tive 0xfffe 0x02 0x02\InsetSpace ~ \InsetSpace ~ -o sourcefile.hex -intel \size default \newline \newline \family default \series default The srecord package is available at \begin_inset LatexCommand url target "http://sf.net/projects/srecord" \end_inset . \end_layout \begin_layout Subsection Projects with Multiple Source Files \end_layout \begin_layout Standard SDCC can compile only ONE file at a time. Let us for example assume that you have a project containing the following files: \newline \newline foo1.c (contains some functions) \newline foo2.c (contains some more functions) \newline foomai n.c (contains more functions and the function main) \newline \size footnotesize \newline \size default The first two files will need to be compiled separately with the commands: \size footnotesize \size default \newline \newline \family sans \series bold sdcc\InsetSpace ~ -c\InsetSpace ~ foo1.c \family default \series default \size footnotesize \newline \family sans \series bold \size default sdcc\InsetSpace ~ -c\InsetSpace ~ foo2.c \family default \series default \newline \newline Then compile the source file containing the \emph on main() \emph default function and link \begin_inset LatexCommand index name "Linker" \end_inset the files together with the following command: \newline \newline \family sans \series bold sdcc\InsetSpace ~ foomain.c\InsetSpace ~ foo1.rel\InsetSpace ~ foo2.rel \family default \series default \begin_inset LatexCommand index name ".rel" \end_inset \newline \newline Alternatively, \emph on foomain.c \emph default can be separately compiled as well: \family sans \series bold \newline \newline sdcc\InsetSpace ~ -c\InsetSpace ~ foomain.c \newline sdcc foomain.rel foo1.rel foo2.rel \newline \newline \family default \series default The file containing the \emph on main() \emph default function \noun on must \noun default be the \noun on first \noun default file specified in the command line, since the linkage editor processes file in the order they are presented to it. The linker is invoked from SDCC using a script file with extension .lnk \begin_inset LatexCommand index name ".lnk" \end_inset . You can view this file to troubleshoot linking problems such as those arising from missing libraries. \end_layout \begin_layout Subsection Projects with Additional Libraries \begin_inset LatexCommand index name "Libraries" \end_inset \end_layout \begin_layout Standard Some reusable routines may be compiled into a library, see the documentation for the assembler and linkage editor (which are in /share/sdcc/doc) for how to create a \emph on .lib \begin_inset LatexCommand index name ".lib" \end_inset \emph default library file. Libraries created in this manner can be included in the command line. Make sure you include the -L option to tell the linker where to look for these files if they are not in the current directory. Here is an example, assuming you have the source file \emph on foomain.c \emph default and a library \emph on foolib.lib \emph default in the directory \emph on mylib \emph default (if that is not the same as your current project): \newline \newline \family sans \series bold sdcc foomain.c foolib.lib -L mylib \newline \newline \family default \series default Note here that \emph on mylib \emph default must be an absolute path name. \newline \newline The most efficient way to use libraries is to keep separate modules in separate source files. The lib file now should name all the modules.rel \begin_inset LatexCommand index name ".rel" \end_inset files. For an example see the standard library file \emph on libsdcc.lib \emph default in the directory /share/lib/small. \end_layout \begin_layout Subsection Using sdcclib to Create and Manage Libraries \begin_inset LatexCommand index name "sdcclib" \end_inset \end_layout \begin_layout Standard Alternatively, instead of having a .rel file for each entry on the library file as described in the preceding section, sdcclib can be used to embed all the modules belonging to such library in the library file itself. This results in a larger library file, but it greatly reduces the number of disk files accessed by the linker. Additionally, the packed library file contains an index of all include modules and symbols that significantly speeds up the linking process. To display a list of options supported by sdcclib type: \newline \end_layout \begin_layout Standard \family sans \series bold sdcclib -? \begin_inset LatexCommand index name "sdcclib" \end_inset \newline \newline \family default \series default To create a new library file, start by compiling all the required modules. For example: \newline \end_layout \begin_layout Standard \family sans \series bold sdcc -c _divsint.c \end_layout \begin_layout Standard \family sans \series bold sdcc -c _divuint.c \end_layout \begin_layout Standard \family sans \series bold sdcc -c _modsint.c \end_layout \begin_layout Standard \family sans \series bold sdcc -c _moduint.c \end_layout \begin_layout Standard \family sans \series bold sdcc -c _mulint.c \newline \end_layout \begin_layout Standard This will create files _divsint.rel, _divuint.rel, _modsint.rel, _moduint.rel, and _mulint.rel. The next step is to add the .rel files to the library file: \newline \end_layout \begin_layout Standard \family sans \series bold sdcclib libint.lib _divsint.rel \family default \begin_inset LatexCommand index name "sdcclib" \end_inset \end_layout \begin_layout Standard \family sans \series bold sdcclib libint.lib _divuint.rel \end_layout \begin_layout Standard \family sans \series bold sdcclib libint.lib _modsint.rel \end_layout \begin_layout Standard \family sans \series bold sdcclib libint.lib _moduint.rel \end_layout \begin_layout Standard \family sans \series bold sdcclib libint.lib _mulint.rel \family default \series default \newline \end_layout \begin_layout Standard Or, if you preffer: \family sans \series bold \newline \end_layout \begin_layout Standard \family sans \series bold sdcclib libint.lib _divsint.rel _divuint.rel _modsint.rel _moduint.rel _mulint.rel \family default \series default \newline \end_layout \begin_layout Standard If the file already exists in the library, it will be replaced. If a list of .rel files is available, you can tell sdcclib to add those files to a library. For example, if the file 'myliblist.txt' contains \family sans \series bold \newline \end_layout \begin_layout Standard \family sans \series bold _divsint.rel \end_layout \begin_layout Standard \family sans \series bold _divuint.rel \end_layout \begin_layout Standard \family sans \series bold _modsint.rel \end_layout \begin_layout Standard \family sans \series bold _moduint.rel \end_layout \begin_layout Standard \family sans \series bold _mulint.rel \family default \series default \newline \end_layout \begin_layout Standard Use \family sans \series bold \newline \end_layout \begin_layout Standard \family sans \series bold sdcclib -l libint.lib myliblist.txt \family default \series default \newline \end_layout \begin_layout Standard Additionally, you can instruct sdcclib to compiles the files before adding them to the library. This is achieved using the environment variables SDCCLIB_CC and/or SDCCLIB_AS. For example: \family sans \series bold \newline \end_layout \begin_layout Standard \family sans \series bold set SDCCLIB_CC=sdcc -c \end_layout \begin_layout Standard \family sans \series bold sdcclib -l libint.lib myliblist.txt \family default \series default \newline \end_layout \begin_layout Standard To see what modules and symbols are included in the library, options -s and -m are available. For example: \newline \newline \family sans \series bold sdcclib -s libint.lib \family default \begin_inset LatexCommand index name "sdcclib" \end_inset \newline \family typewriter \series default _divsint.rel: \end_layout \begin_layout Standard \family typewriter __divsint_a_1_1 \end_layout \begin_layout Standard \family typewriter __divsint_PARM_2 \end_layout \begin_layout Standard \family typewriter __divsint \newline _divuint.rel: \end_layout \begin_layout Standard \family typewriter __divuint_a_1_1 \end_layout \begin_layout Standard \family typewriter __divuint_PARM_2 \end_layout \begin_layout Standard \family typewriter __divuint_reste_1_1 \end_layout \begin_layout Standard \family typewriter __divuint_count_1_1 \end_layout \begin_layout Standard \family typewriter __divuint \newline _modsint.rel: \end_layout \begin_layout Standard \family typewriter __modsint_a_1_1 \end_layout \begin_layout Standard \family typewriter __modsint_PARM_2 \end_layout \begin_layout Standard \family typewriter __modsint \newline _moduint.rel: \end_layout \begin_layout Standard \family typewriter __moduint_a_1_1 \end_layout \begin_layout Standard \family typewriter __moduint_PARM_2 \end_layout \begin_layout Standard \family typewriter __moduint_count_1_1 \end_layout \begin_layout Standard \family typewriter __moduint \newline _mulint.rel: \end_layout \begin_layout Standard \family typewriter __mulint_PARM_2 \end_layout \begin_layout Standard \family typewriter __mulint \family default \series bold \newline \end_layout \begin_layout Standard If the source files are compiled using - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug \begin_inset LatexCommand index name "-\\/-debug" \end_inset , the corresponding debug information file .adb will be include in the library file as well. The library files created with sdcclib are plain text files, so they can be viewed with a text editor. It is not recommended to modify a library file created with sdcclib using a text editor, as there are file indexes numbers located across the file used by the linker to quickly locate the required module to link. Once a .rel file (as well as a .adb file) is added to a library using sdcclib, it can be safely deleted, since all the information required for linking is embedded in the library file itself. Library files created using sdcclib are used as described in the preceding sections. \end_layout \begin_layout Subsection Using ar to Create and Manage Libraries \begin_inset LatexCommand index name "ar" \end_inset \end_layout \begin_layout Standard Support for ar format libraries was introduced in sdcc 2.9.0. Ar is a standard archive managing utility on unices (Linux, Mac OS X, several unix flavors) so it is not included in the sdcc package. \series bold \newline \newline \series default For Windows platform you can find ar utility in GNU binutils package included in several projects: Cygwin at \begin_inset LatexCommand url target "http://www.cygwin.com/" \end_inset , MinGW at \begin_inset LatexCommand url target "http://www.mingw.org/" \end_inset . \series bold \newline \newline \series default Both the GNU and BSD ar format variants are suppurated by asxxxx linkers. Ar doesn't understand the asxxxx object file format, so there is a special version of ranlib distributed with sdcc, called asranlib, which produces the ar symbol lookup table. \series bold \newline \newline \series default To create a library containing asxxxx object files, you should use the following sequence: \series bold \newline \end_layout \begin_layout Standard \family sans \series bold ar -Sq .lib \end_layout \begin_layout Standard \family sans \series bold asranlib .lib \end_layout \begin_layout Standard \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section Command Line Options \begin_inset LatexCommand index name "Command Line Options" \end_inset \begin_inset LatexCommand label name "sec:Command-Line-Options" \end_inset \end_layout \begin_layout Subsection Processor Selection Options \begin_inset LatexCommand index name "Options processor selection" \end_inset \begin_inset LatexCommand index name "Processor selection options" \end_inset \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -mmcs51 \begin_inset LatexCommand index name "-mmcs51" \end_inset \series default Generate code for the Intel MCS51 \begin_inset LatexCommand index name "MCS51" \end_inset family of processors. This is the default processor target. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -mds390 \begin_inset LatexCommand index name "-mds390" \end_inset \series default Generate code for the Dallas DS80C390 \begin_inset LatexCommand index name "DS80C390" \end_inset processor. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -mds400 \begin_inset LatexCommand index name "-mds400" \end_inset \series default Generate code for the Dallas DS80C400 \begin_inset LatexCommand index name "DS80C400" \end_inset processor. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -mhc08 \begin_inset LatexCommand index name "-mhc08" \end_inset \series default Generate code for the Freescale/Motorola HC08 \begin_inset LatexCommand index name "HC08" \end_inset family of processors. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -mz80 \begin_inset LatexCommand index name "-mz80" \end_inset \series default Generate code for the Zilog Z80 \begin_inset LatexCommand index name "Z80" \end_inset family of processors. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -mgbz80 \begin_inset LatexCommand index name "-mgbz80" \end_inset \series default Generate code for the GameBoy Z80 \begin_inset LatexCommand index name "gbz80 (GameBoy Z80)" \end_inset processor (Not actively maintained). \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -mavr \begin_inset LatexCommand index name "-mavr" \end_inset \series default Generate code for the Atmel AVR \begin_inset LatexCommand index name "AVR" \end_inset processor (Not maintained, not complete). AVR users should probably have a look at winavr \begin_inset LatexCommand url target "http://sourceforge.net/projects/winavr" \end_inset or \begin_inset LatexCommand url target "http://www.avrfreaks.net/index.php?name=PNphpBB2&file=index" \end_inset , which is based on AVR-port of the gcc compiler. \end_layout \begin_layout Standard \begin_inset Note Note status collapsed \begin_layout Standard I think it is fair to direct users there for now. Open source is also about avoiding unnecessary work . But I didn't find the 'official' link. \end_layout \end_inset \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -mpic14 \begin_inset LatexCommand index name "-mpic14" \end_inset \series default Generate code for the Microchip PIC 14 \begin_inset LatexCommand index name "PIC14" \end_inset -bit processors (p16f84 and variants. In development, not complete). \end_layout \begin_layout Standard \begin_inset Note Note status collapsed \begin_layout Standard p16f627 p16f628 p16f84 p16f873 p16f877? \end_layout \end_inset \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -mpic16 \begin_inset LatexCommand index name "-mpic16" \end_inset \series default Generate code for the Microchip PIC 16 \begin_inset LatexCommand index name "PIC16" \end_inset -bit processors (p18f452 and variants. In development, not complete). \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -mtlcs900h \series default Generate code for the Toshiba TLCS-900H \begin_inset LatexCommand index name "TLCS-900H" \end_inset processor (Not maintained, not complete). \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -mxa51 \begin_inset LatexCommand index name "-mxa51" \end_inset \series default Generate code for the Phillips XA51 \begin_inset LatexCommand index name "XA51" \end_inset processor (Not maintained, not complete). \end_layout \begin_layout Standard \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection Preprocessor Options \begin_inset LatexCommand index name "Options preprocessor" \end_inset \begin_inset LatexCommand index name "Preprocessor options" \end_inset \begin_inset LatexCommand index name "sdcpp (preprocessor)" \end_inset \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -I \begin_inset LatexCommand index name "-I" \end_inset \series default The additional location where the preprocessor will look for <..h> or \begin_inset Quotes eld \end_inset ..h \begin_inset Quotes erd \end_inset files. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -D \begin_inset LatexCommand index name "-D" \end_inset \series default Command line definition of macros. Passed to the preprocessor. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -M \begin_inset LatexCommand index name "-M" \end_inset \series default Tell the preprocessor to output a rule suitable for make describing the dependencies of each object file. For each source file, the preprocessor outputs one make-rule whose target is the object file name for that source file and whose dependencies are all the files `#include'd in it. This rule may be a single line or may be continued with ` \backslash '-newline if it is long. The list of rules is printed on standard output instead of the preprocessed C program. `-M' implies `-E \begin_inset LatexCommand index name "-E" \end_inset '. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -C \begin_inset LatexCommand index name "-C" \end_inset \series default Tell the preprocessor not to discard comments. Used with the `-E' option. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -MM \begin_inset LatexCommand index name "-MM" \end_inset \series default \size large \size default Like `-M' but the output mentions only the user header files included with `#include \begin_inset Quotes eld \end_inset file"'. System header files included with `#include ' are omitted. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -Aquestion(answer) \begin_inset LatexCommand index name "-Aquestion(answer)" \end_inset \series default Assert the answer answer for question, in case it is tested with a preprocessor conditional such as `#if #question(answer)'. `-A-' disables the standard assertions that normally describe the target machine. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -Umacro \begin_inset LatexCommand index name "-Umacro" \end_inset \series default Undefine macro macro. `-U' options are evaluated after all `-D' options, but before any `-include' and `-imacros' options. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -dM \begin_inset LatexCommand index name "-dM" \end_inset \series default Tell the preprocessor to output only a list of the macro definitions that are in effect at the end of preprocessing. Used with the `-E' option. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -dD \begin_inset LatexCommand index name "-dD" \end_inset \series default Tell the preprocessor to pass all macro definitions into the output, in their proper sequence in the rest of the output. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -dN \begin_inset LatexCommand index name "-dN" \end_inset \series default \size large \size default Like `-dD' except that the macro arguments and contents are omitted. Only `#define name' is included in the output. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -pedantic-parse-number \begin_inset LatexCommand index name "pedantic" \end_inset \begin_inset LatexCommand index name "-pedantic-parse-number" \end_inset \size large \bar under \begin_inset LatexCommand label name "lyx:-pedantic-parse-number" \end_inset \series default \bar default \size default Pedantic parse numbers so that situations like 0xfe-LO_B(3) are parsed properly and the macro LO_B(3) gets expanded. See also #pragma pedantic_parse_number \begin_inset LatexCommand vpageref reference "ite:pedantic_parse_number" \end_inset in section \begin_inset LatexCommand ref reference "sec:Pragmas" \end_inset \emph on Note: this functionality is not in conformance with C99 standard! \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -Wp\InsetSpace ~ preprocessorOption[,preprocessorOption] \series default \begin_inset LatexCommand index name "-Wp preprocessorOption[,preprocessorOption]" \end_inset ... Pass the preprocessorOption to the preprocessor \family typewriter sdcpp \family default \begin_inset LatexCommand index name "sdcpp (preprocessor)" \end_inset . SDCC uses an adapted version of the GNU Compiler Collection \begin_inset LatexCommand index name "gcc (GNU Compiler Collection)" \end_inset preprocessor \emph on cpp \emph default ( \emph on gcc \emph default \begin_inset LatexCommand url target "http://gcc.gnu.org/" \end_inset ). If you need more dedicated options please refer to the GCC\InsetSpace ~ CPP\InsetSpace ~ Manual at \begin_inset LatexCommand htmlurl target "http://www.gnu.org/software/gcc/onlinedocs/" \end_inset . \end_layout \begin_layout Standard \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection Linker Options \begin_inset LatexCommand index name "Options linker" \end_inset \begin_inset LatexCommand index name "Linker options" \end_inset \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -L\InsetSpace ~ - \series default \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset \series bold -lib-path \begin_inset LatexCommand index name "-\\/-lib-path " \end_inset \begin_inset LatexCommand index name "-L " \end_inset \series default \InsetSpace ~ This option is passed to the linkage editor's additional libraries \begin_inset LatexCommand index name "Libraries" \end_inset search path. The path name must be absolute. Additional library files may be specified in the command line. See section Compiling programs for more details. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xram-loc \series default \begin_inset LatexCommand index name "-\\/-xram-loc " \end_inset \InsetSpace ~ The start location of the external ram \begin_inset LatexCommand index name "xdata (mcs51, ds390 storage class)" \end_inset , default value is 0. The value entered can be in Hexadecimal or Decimal format, e.g.: - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xram-loc 0x8000 or - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xram-loc 32768. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -code-loc \series default \begin_inset LatexCommand index name "-\\/-code-loc " \end_inset \InsetSpace ~ The start location of the code \begin_inset LatexCommand index name "code" \end_inset segment, default value 0. Note when this option is used the interrupt vector table \begin_inset LatexCommand index name "interrupt vector table" \end_inset is also relocated to the given address. The value entered can be in Hexadecimal or Decimal format, e.g.: - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -code-loc 0x8000 or - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -code-loc 32768. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-loc \series default \begin_inset LatexCommand index name "-\\/-stack-loc " \end_inset \InsetSpace ~ By default the stack \begin_inset LatexCommand index name "stack" \end_inset is placed after the data segment. Using this option the stack can be placed anywhere in the internal memory space of the 8051. The value entered can be in Hexadecimal or Decimal format, e.g. - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-loc 0x20 or - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-loc 32. Since the sp register is incremented before a push or call, the initial sp will be set to one byte prior the provided value. The provided value should not overlap any other memory areas such as used register banks or the data segment and with enough space for the current application. The \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -pack-iram \series default \InsetSpace ~ \begin_inset LatexCommand index name "-\\/-pack-iram" \end_inset option (which is now a default setting) will override this setting, so you should also specify the \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -no-pack-iram \series default \InsetSpace ~ \begin_inset LatexCommand index name "-\\/-no-pack-iram" \end_inset option if you need to manually place the stack. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xstack-loc \series default \begin_inset LatexCommand index name "-\\/-xstack-loc " \end_inset \InsetSpace ~ By default the external stack \begin_inset LatexCommand index name "xstack" \end_inset is placed after the pdata \begin_inset LatexCommand index name "pdata (mcs51, ds390 storage class)" \end_inset segment. Using this option the xstack can be placed anywhere in the external memory space of the 8051. The value entered can be in Hexadecimal or Decimal format, e.g. - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xstack-loc 0x8000 or - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-loc 32768. The provided value should not overlap any other memory areas such as the pdata or xdata segment and with enough space for the current application. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -data-loc \series default \begin_inset LatexCommand index name "-\\/-data-loc " \end_inset \InsetSpace ~ The start location of the internal ram data \begin_inset LatexCommand index name "data (mcs51, ds390 storage class)" \end_inset segment. The value entered can be in Hexadecimal or Decimal format, eg. - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -data-loc 0x20 or - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -data-loc 32. (By default, the start location of the internal ram data segment is set as low as possible in memory, taking into account the used register banks and the bit segment at address 0x20. For example if register banks 0 and 1 are used without bit variables, the data segment will be set, if - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -data-loc is not used, to location 0x10.) \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -idata-loc \series default \begin_inset LatexCommand index name "-\\/-idata-loc " \end_inset \InsetSpace ~ The start location of the indirectly addressable internal ram \begin_inset LatexCommand index name "idata (mcs51, ds390 storage class)" \end_inset of the 8051, default value is 0x80. The value entered can be in Hexadecimal or Decimal format, eg. - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -idata-loc 0x88 or - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -idata-loc 136. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -bit-loc \series default \InsetSpace ~ The start location of the bit \begin_inset LatexCommand index name "bit" \end_inset addressable internal ram of the 8051. This is \emph on not \emph default implemented yet. Instead an option can be passed directly to the linker: -Wl\InsetSpace ~ -bBSEG=. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -out-fmt-ihx \begin_inset LatexCommand index name "-\\/-out-fmt-ihx" \end_inset \series default The linker output (final object code) is in Intel Hex format. \begin_inset LatexCommand index name "Intel hex format" \end_inset This is the default option. The format itself is documented in the documentation of srecord \begin_inset LatexCommand index name "srecord (bin, hex, ... tool)" \end_inset . \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -out-fmt-s19 \begin_inset LatexCommand index name "-\\/-out-fmt-s19" \end_inset \series default The linker output (final object code) is in Motorola S19 format \begin_inset LatexCommand index name "Motorola S19 format" \end_inset . The format itself is documented in the documentation of srecord. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -out-fmt-elf \begin_inset LatexCommand index name "-\\/-out-fmt-s19" \end_inset \begin_inset LatexCommand index name "HC08!Options!-\\/-out-fmt-elf" \end_inset \series default The linker output (final object code) is in ELF format \begin_inset LatexCommand index name "ELF format" \end_inset . (Currently only supported for the HC08 \begin_inset LatexCommand index name "HC08" \end_inset processors) \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -Wl\InsetSpace ~ linkOption[,linkOption] \series default \begin_inset LatexCommand index name "-Wl linkOption[,linkOption]" \end_inset \begin_inset LatexCommand label name "lyx:-Wl option" \end_inset ... Pass the linkOption to the linker. If a bootloader is used an option like \begin_inset Quotes sld \end_inset -Wl\InsetSpace ~ -bCSEG=0x1000 \begin_inset Quotes srd \end_inset would be typical to set the start of the code segment. Either use the double quotes around this option or use no space (e.g. -Wl-bCSEG=0x1000). See also #pragma constseg and #pragma codeseg in section \begin_inset LatexCommand ref reference "sec:Pragmas" \end_inset . File sdcc/as/doc/asxhtm.html has more on linker options. \end_layout \begin_layout Standard \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection MCS51 Options \begin_inset LatexCommand index name "Options MCS51" \end_inset \begin_inset LatexCommand index name "MCS51 options" \end_inset \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -model-small \begin_inset LatexCommand index name "-\\/-model-small" \end_inset \series default \size large \size default Generate code for Small Model programs, see section Memory Models for more details. This is the default model. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -model-medium \begin_inset LatexCommand index name "-\\/-model-medium" \end_inset \series default Generate code for Medium model programs, see section Memory Models for more details. If this option is used all source files in the project have to be compiled with this option. It must also be used when invoking the linker. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -model-large \begin_inset LatexCommand index name "-\\/-model-large" \end_inset \series default Generate code for Large model programs, see section Memory Models for more details. If this option is used all source files in the project have to be compiled with this option. It must also be used when invoking the linker. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xstack \begin_inset LatexCommand index name "-\\/-xstack" \end_inset \series default Uses a pseudo stack in the pdata \begin_inset LatexCommand index name "pdata (mcs51, ds390 storage class)" \end_inset area (usually the first 256 bytes in the external ram) for allocating variables and passing parameters. See section \begin_inset LatexCommand ref reference "sub:External-Stack" \end_inset \InsetSpace ~ External Stack for more details. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -iram-size \series default \InsetSpace ~ \begin_inset LatexCommand index name "-\\/-iram-size " \end_inset Causes the linker to check if the internal ram usage is within limits of the given value. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xram-size \series default \InsetSpace ~ \begin_inset LatexCommand index name "-\\/-xram-size " \end_inset Causes the linker to check if the external ram usage is within limits of the given value. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -code-size \series default \InsetSpace ~ \begin_inset LatexCommand index name "-\\/-code-size " \end_inset Causes the linker to check if the code memory usage is within limits of the given value. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-size \series default \InsetSpace ~ \begin_inset LatexCommand index name "-\\/-stack-size " \end_inset Causes the linker to check if there is at minimum bytes for stack. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -pack-iram \series default \InsetSpace ~ \begin_inset LatexCommand index name "-\\/-pack-iram" \end_inset Causes the linker to use unused register banks for data variables and pack data, idata and stack together. This is the default now. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -no-pack-iram \series default \InsetSpace ~ \begin_inset LatexCommand index name "-\\/-no-pack-iram" \end_inset Causes the linker to use old style for allocating memory areas. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -acall-ajmp \series default \InsetSpace ~ \begin_inset LatexCommand index name "-\\/-acall-ajmp" \end_inset Replaces the three byte instructions lcall/ljmp with the two byte instructions acall/ajmp. Only use this option if your code is in the same 2k block of memory. You may need to use this option for some 8051 derivatives which lack the lcall/ljmp instructions.. \end_layout \begin_layout Standard \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection DS390 / DS400 Options \begin_inset LatexCommand index name "Options DS390" \end_inset \begin_inset LatexCommand index name "DS390" \end_inset \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -model-flat24 \series default \begin_inset LatexCommand index name "DS390!Options!-\\/-model-flat24" \end_inset \size large \size default Generate 24-bit flat mode code. This is the one and only that the ds390 code generator supports right now and is default when using \emph on -mds390 \emph default . See section Memory Models for more details. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -protect-sp-update \begin_inset LatexCommand index name "DS390!Options!-\\/-protect-sp-update" \end_inset \series default disable interrupts during ESP:SP updates. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-10bit \series default \begin_inset LatexCommand index name "DS390!Options!-\\/-stack-10bit" \end_inset Generate code for the 10 bit stack mode of the Dallas DS80C390 part. This is the one and only that the ds390 code generator supports right now and is default when using \emph on -mds390 \emph default . In this mode, the stack is located in the lower 1K of the internal RAM, which is mapped to 0x400000. Note that the support is incomplete, since it still uses a single byte as the stack pointer. This means that only the lower 256 bytes of the potential 1K stack space will actually be used. However, this does allow you to reclaim the precious 256 bytes of low RAM for use for the DATA and IDATA segments. The compiler will not generate any code to put the processor into 10 bit stack mode. It is important to ensure that the processor is in this mode before calling any re-entrant functions compiled with this option. In principle, this should work with the \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-auto \begin_inset LatexCommand index name "-\\/-stack-auto" \end_inset \emph default option, but that has not been tested. It is incompatible with the \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xstack \begin_inset LatexCommand index name "-\\/-xstack" \end_inset \emph default option. It also only makes sense if the processor is in 24 bit contiguous addressing mode (see the \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -model-flat24 option \emph default ). \series bold \begin_inset Note Note status collapsed \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status open \begin_layout Standard \backslash / \end_layout \end_inset -stack-8-bit - switches off the 10-bit mode \end_layout \end_inset \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-probe \begin_inset LatexCommand index name "DS390!Options!-\\/-stack-probe" \end_inset \series default insert call to function __stack_probe at each function prologue. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status open \begin_layout Standard \backslash / \end_layout \end_inset -tini-libid \begin_inset LatexCommand index name "DS390!Options!-\\/-tini-libid" \end_inset \series default LibraryID used in -mTININative. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -use-accelerator \begin_inset LatexCommand index name "DS390!Options!-\\/-use-accelerator" \end_inset \series default generate code for DS390 Arithmetic Accelerator. \end_layout \begin_layout Standard \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection Z80 Options \begin_inset LatexCommand index name "Options Z80" \end_inset \begin_inset LatexCommand index name "Z80" \end_inset \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -callee-saves-bc \series default \begin_inset LatexCommand index name "Z80!Options!-\\/-callee-saves-bc" \end_inset \size large \size default Force a called function to always save BC. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -no-std-crt0 \series default \begin_inset LatexCommand index name "Z80!Options!-\\/-no-std-crt0" \end_inset When linking, skip the standard crt0.o object file. You must provide your own crt0.o for your system when linking. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -portmode= \series default \begin_inset LatexCommand index name "Z80!Options!-\\/-portmode=" \end_inset Determinate PORT I/O mode ( is z80 or z180). \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -asm= \series default \begin_inset LatexCommand index name "Z80!Options!-\\/-asm=" \end_inset Define assembler name ( is rgbds, asxxxx, isas or z80asm). \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -codeseg \series default \InsetSpace ~ \begin_inset LatexCommand index name "Z80!Options!-\\/-codeseg " \end_inset Use for the code segment name. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -constseg \series default \InsetSpace ~ \begin_inset LatexCommand index name "Z80!Options!-\\/-constseg " \end_inset Use for the const segment name. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection GBZ80 Options \begin_inset LatexCommand index name "Options GBZ80" \end_inset \begin_inset LatexCommand index name "GBZ80" \end_inset \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -callee-saves-bc \series default \begin_inset LatexCommand index name "GBZ80!Options!-\\/-callee-saves-bc" \end_inset \size large \size default Force a called function to always save BC. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -no-std-crt0 \series default \begin_inset LatexCommand index name "Z80!Options!-\\/-no-std-crt0" \end_inset When linking, skip the standard crt0.o object file. You must provide your own crt0.o for your system when linking. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -bo \series default \InsetSpace ~ \begin_inset LatexCommand index name "GBZ80!Options!-bo " \end_inset Use code bank . \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -ba \series default \InsetSpace ~ \begin_inset LatexCommand index name "GBZ80!Options!-ba " \end_inset Use data bank . \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -codeseg \series default \InsetSpace ~ \begin_inset LatexCommand index name "GBZ80!Options!-\\/-codeseg " \end_inset Use for the code segment name. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -constseg \series default \InsetSpace ~ \begin_inset LatexCommand index name "GBZ80!Options!-\\/-constseg " \end_inset Use for the const segment name. \end_layout \begin_layout Standard \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection Optimization Options \begin_inset LatexCommand index name "Options optimization" \end_inset \begin_inset LatexCommand index name "Optimization options" \end_inset \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -nogcse \begin_inset LatexCommand index name "-\\/-nogcse" \end_inset \series default Will not do global subexpression elimination, this option may be used when the compiler creates undesirably large stack/data spaces to store compiler temporaries ( \emph on s \emph default pill \emph on loc \emph default ations, sloc \begin_inset LatexCommand index name "sloc (spill location)" \end_inset ). A warning message will be generated when this happens and the compiler will indicate the number of extra bytes it allocated. It is recommended that this option NOT be used, #pragma\InsetSpace ~ nogcse \begin_inset LatexCommand index name "\\#pragma nogcse" \end_inset can be used to turn off global subexpression elimination \begin_inset LatexCommand index name "Subexpression elimination" \end_inset for a given function only. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -noinvariant \begin_inset LatexCommand index name "-\\/-noinvariant" \end_inset \series default Will not do loop invariant optimizations, this may be turned off for reasons explained for the previous option. For more details of loop optimizations performed see Loop Invariants in section \begin_inset LatexCommand ref reference "sub:Loop-Optimizations" \end_inset . It is recommended that this option NOT be used, #pragma\InsetSpace ~ noinvariant \begin_inset LatexCommand index name "\\#pragma noinvariant" \end_inset can be used to turn off invariant optimizations for a given function only. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -noinduction \begin_inset LatexCommand index name "-\\/-noinduction" \end_inset \series default Will not do loop induction optimizations, see section strength reduction for more details. It is recommended that this option is NOT used, #pragma\InsetSpace ~ noinduction \begin_inset LatexCommand index name "\\#pragma noinduction" \end_inset can be used to turn off induction optimizations for a given function only. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -nojtbound \begin_inset LatexCommand index name "-\\/-nojtbound" \end_inset \size large \series default \size default Will not generate boundary condition check when switch statements \begin_inset LatexCommand index name "switch statement" \end_inset are implemented using jump-tables. See section \begin_inset LatexCommand ref reference "sub:'switch'-Statements" \end_inset \InsetSpace ~ Switch Statements for more details. It is recommended that this option is NOT used, #pragma\InsetSpace ~ nojtbound \begin_inset LatexCommand index name "\\#pragma nojtbound" \end_inset can be used to turn off boundary checking for jump tables for a given function only. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -noloopreverse \begin_inset LatexCommand index name "-\\/-noloopreverse" \end_inset \series default \size large \size default Will not do loop reversal \begin_inset LatexCommand index name "Loop reversing" \end_inset optimization. \end_layout \begin_layout List \labelwidthstring 00.00.0000 - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset - \series bold nolabelopt \series default \begin_inset LatexCommand index name "-\\/-nolabelopt " \end_inset Will not optimize labels (makes the dumpfiles more readable). \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -no-xinit-opt \begin_inset LatexCommand index name "-\\/-no-xinit-opt" \end_inset \series default Will not memcpy initialized data from code space into xdata space. This saves a few bytes in code space if you don't have initialized data \begin_inset LatexCommand index name "Variable initialization" \end_inset . \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -nooverlay \begin_inset LatexCommand index name "-\\/-nooverlay" \end_inset \series default The compiler will not overlay parameters and local variables of any function, see section Parameters and local variables for more details. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -no-peep \begin_inset LatexCommand index name "-\\/-no-peep" \end_inset \series default Disable peep-hole optimization with built-in rules. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -peep-file \series default \begin_inset LatexCommand index name "-\\/-peep-file" \end_inset \InsetSpace ~ This option can be used to use additional rules to be used by the peep hole optimizer. See section \begin_inset LatexCommand ref reference "sub:Peephole-Optimizer" \end_inset \InsetSpace ~ Peep Hole optimizations for details on how to write these rules. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -peep-asm \begin_inset LatexCommand index name "-\\/-peep-asm" \end_inset \series default Pass the inline assembler code through the peep hole optimizer. This can cause unexpected changes to inline assembler code, please go through the peephole optimizer \begin_inset LatexCommand index name "Peephole optimizer" \end_inset rules defined in the source file tree '/peeph.def' before using this option. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -opt-code-speed \begin_inset LatexCommand index name "-\\/-opt-code-speed" \end_inset \series default The compiler will optimize code generation towards fast code, possibly at the expense of code size. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -opt-code-size \begin_inset LatexCommand index name "-\\/-opt-code-size" \end_inset \series default The compiler will optimize code generation towards compact code, possibly at the expense of code speed. \end_layout \begin_layout Standard \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection Other Options \begin_inset LatexCommand index name "Options other" \end_inset \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -v\InsetSpace ~ - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -version \begin_inset LatexCommand index name "-\\/-version" \end_inset \begin_inset LatexCommand index name "-v" \end_inset \series default displays the sdcc version. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -c\InsetSpace ~ - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -compile-only \begin_inset LatexCommand index name "-\\/-compile-only" \end_inset \begin_inset LatexCommand index name "-c" \end_inset \series default will compile and assemble the source, but will not call the linkage editor. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \series default \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset \series bold -c1mode \begin_inset LatexCommand index name "-\\/-c1mode" \end_inset \series default reads the preprocessed source from standard input and compiles it. The file name for the assembler output must be specified using the -o option. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -E \begin_inset LatexCommand index name "-E" \end_inset \series default Run only the C preprocessor. Preprocess all the C source files specified and output the results to standard output. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -o\InsetSpace ~ \begin_inset LatexCommand index name "-o " \end_inset \series default The output path where everything will be placed or the file name used for all generated output files. If the parameter is a path, it must have a trailing slash (or backslash for the Windows binaries) to be recognized as a path. Note for Windows users: if the path contains spaces, it should be surrounded by quotes. The trailing backslash should be doubled in order to prevent escaping the final quote, for example: \emph on -o \begin_inset Quotes sld \end_inset F: \backslash Projects \backslash test3 \backslash output 1 \backslash \backslash \begin_inset Quotes srd \end_inset \emph default or put after the final quote, for example: \emph on -o \begin_inset Quotes sld \end_inset F: \backslash Projects \backslash test3 \backslash output 1 \begin_inset Quotes srd \end_inset \backslash \emph default . The path using slashes for directory delimiters can be used too, for example: \emph on -o \begin_inset Quotes sld \end_inset F:/Projects/test3/output 1/ \begin_inset Quotes srd \end_inset \emph default . \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-auto \begin_inset LatexCommand index name "-\\/-stack-auto" \end_inset \series default \size large \size default All functions in the source file will be compiled as \emph on reentrant \emph default \begin_inset LatexCommand index name "reentrant" \end_inset , i.e. the parameters and local variables will be allocated on the stack \begin_inset LatexCommand index name "stack" \end_inset . See section \begin_inset LatexCommand ref reference "sec:Parameters-and-Local-Variables" \end_inset Parameters and Local Variables for more details. If this option is used all source files in the project should be compiled with this option. It automatically implies - \series bold \begin_inset ERT status open \begin_layout Standard \backslash / \end_layout \end_inset \series default -int-long-reent and - \series bold \begin_inset ERT status open \begin_layout Standard \backslash / \end_layout \end_inset \series default -float-reent. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -callee-saves \begin_inset LatexCommand index name "-\\/-callee-saves" \end_inset \begin_inset LatexCommand label name "lyx:--callee-saves-function1[,function2][,function3]..." \end_inset function1[,function2][,function3].... \series default The compiler by default uses a caller saves convention for register saving across function calls, however this can cause unnecessary register pushing and popping when calling small functions from larger functions. This option can be used to switch the register saving convention for the function names specified. The compiler will not save registers when calling these functions, no extra code will be generated at the entry and exit (function prologue \series bold \begin_inset LatexCommand index name "function prologue" \end_inset \series default and epilogue \series bold \begin_inset LatexCommand index name "function epilogue" \end_inset \series default ) for these functions to save and restore the registers used by these functions, this can SUBSTANTIALLY reduce code and improve run time performance of the generated code. In the future the compiler (with inter procedural analysis) will be able to determine the appropriate scheme to use for each function call. DO NOT use this option for built-in functions such as _mulint..., if this option is used for a library function the appropriate library function needs to be recompiled with the same option. If the project consists of multiple source files then all the source file should be compiled with the same - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -callee-saves option string. Also see #pragma\InsetSpace ~ callee_saves \begin_inset LatexCommand index name "\\#pragma callee\\_saves" \end_inset \begin_inset LatexCommand vpageref reference "ite:callee_saves-function1[,function2[,function3...]]--" \end_inset . \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -all-callee-saves \begin_inset LatexCommand index name "-\\/-all-callee-saves" \end_inset \series default Function of - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -callee-saves will be applied to all functions by default. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug \begin_inset LatexCommand index name "-\\/-debug" \end_inset \series default When this option is used the compiler will generate debug information. The debug information collected in a file with .cdb extension can be used with the SDCDB. For more information see documentation for SDCDB. Another file with no extension contains debug information in AOMF or AOMF51 \begin_inset LatexCommand index name "AOMF, AOMF51" \end_inset format which is commonly used by third party tools. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -S \begin_inset LatexCommand index name "-S" \end_inset \series default \size large \size default Stop after the stage of compilation proper; do not assemble. The output is an assembler code file for the input file specified. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -int-long-reent \begin_inset LatexCommand index name "-\\/-int-long-reent" \end_inset \series default Integer (16 bit) and long (32 bit) libraries have been compiled as reentrant. Note by default these libraries are compiled as non-reentrant. See section Installation for more details. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -cyclomatic \begin_inset LatexCommand index name "-\\/-cyclomatic" \end_inset \series default This option will cause the compiler to generate an information message for each function in the source file. The message contains some \emph on important \emph default information about the function. The number of edges and nodes the compiler detected in the control flow graph of the function, and most importantly the \emph on cyclomatic complexity \begin_inset LatexCommand index name "Cyclomatic complexity" \end_inset \emph default see section on Cyclomatic Complexity for more details. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -float-reent \begin_inset LatexCommand index name "-\\/-float-reent" \end_inset \series default Floating point library is compiled as reentrant \begin_inset LatexCommand index name "reentrant" \end_inset . See section Installation for more details. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -funsigned-char \begin_inset LatexCommand index name "-\\/-funsigned-char" \end_inset \series default The default signedness for every type is \family typewriter signed \family default . In some embedded environments the default signedness of \family typewriter char \family default is \family typewriter unsigned \family default . To set the signess for characters to unsigned, use the option - \series bold \begin_inset ERT status open \begin_layout Standard \backslash / \end_layout \end_inset \series default -funsigned-char. If this option is set and no signedness keyword (unsigned/signed) is given, a char will be signed. All other types are unaffected. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -main-return \begin_inset LatexCommand index name "-\\/-main-return" \end_inset \series default This option can be used if the code generated is called by a monitor program or if the main routine includes an endless loop. This option results in slightly smaller code and saves two bytes of stack space. The return from the 'main' \begin_inset LatexCommand index name "main return" \end_inset function will return to the function calling main. The default setting is to lock up i.e. generate a ' \family typewriter sjmp . \family default '. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -nostdinc \begin_inset LatexCommand index name "-\\/-nostdinc" \end_inset \series default This will prevent the compiler from passing on the default include path to the preprocessor. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -nostdlib \begin_inset LatexCommand index name "-\\/-nostdlib" \end_inset \series default This will prevent the compiler from passing on the default library \begin_inset LatexCommand index name "Libraries" \end_inset path to the linker. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -verbose \begin_inset LatexCommand index name "-\\/-verbose" \end_inset \series default Shows the various actions the compiler is performing. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -V \begin_inset LatexCommand index name "-V" \end_inset \series default Shows the actual commands the compiler is executing. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -no-c-code-in-asm \begin_inset LatexCommand index name "-\\/-no-c-code-in-asm" \end_inset \series default Hides your ugly and inefficient c-code from the asm file, so you can always blame the compiler :) \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -fverbose-asm \begin_inset LatexCommand index name "-\\/-no-gen-comments" \end_inset \series default Include code generator and peep-hole comments in the generated asm files. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -no-peep-comments \begin_inset LatexCommand index name "-\\/-no-peep-comments" \end_inset \series default Don't include peep-hole comments in the generated asm files even if - \series bold \begin_inset ERT status open \begin_layout Standard \backslash / \end_layout \end_inset \series default -fverbose-asm option is specified. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -i-code-in-asm \begin_inset LatexCommand index name "-\\/-i-code-in-asm" \end_inset \series default Include i-codes in the asm file. Sounds like noise but is most helpful for debugging the compiler itself. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -less-pedantic \begin_inset LatexCommand index name "pedantic" \end_inset \begin_inset LatexCommand index name "-\\/-less-pedantic" \end_inset \series default \begin_inset LatexCommand label name "lyx:--less-pedantic" \end_inset Disable some of the more pedantic warnings \begin_inset LatexCommand index name "Warnings" \end_inset . For more details, see the less_pedantic pragma \begin_inset LatexCommand vpageref reference "ite:less_pedantic" \end_inset . \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -disable-warning\InsetSpace ~ \begin_inset LatexCommand index name "-\\/-disable-warning" \end_inset \series default Disable specific warning with number . \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -Werror \begin_inset LatexCommand index name "-\\/-Werror" \end_inset \series default Treat all warnings as errors. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -print-search-dirs \begin_inset LatexCommand index name "-\\/-print-search-dirs" \end_inset \series default Display the directories in the compiler's search path \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -vc \begin_inset LatexCommand index name "-\\/-vc" \end_inset \series default Display errors and warnings using MSVC style, so you can use SDCC with the visual studio IDE \begin_inset LatexCommand index name "IDE" \end_inset . With SDCC both offering a GCC-like (the default) and a MSVC-like \begin_inset LatexCommand index name "MSVC output style" \end_inset output style, integration into most programming editors should be straightforwa rd. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -use-stdout \begin_inset LatexCommand index name "-\\/-use-stdout" \end_inset \series default Send errors and warnings to stdout instead of stderr. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold -Wa\InsetSpace ~ asmOption[,asmOption] \series default \begin_inset LatexCommand index name "-Wa asmOption[,asmOption]" \end_inset ... Pass the asmOption to the assembler \begin_inset LatexCommand index name "Options assembler" \end_inset \begin_inset LatexCommand index name "Assembler options" \end_inset . See file sdcc/as/doc/asxhtm.html for assembler options.cd \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-sdcc89 \begin_inset LatexCommand index name "-\\/-std-sdcc89" \end_inset \series default Generally follow the C89 standard, but allow SDCC features that conflict with the standard (default). \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c89 \begin_inset LatexCommand index name "-\\/-std-c89" \end_inset \series default Follow the C89 standard and disable SDCC features that conflict with the standard. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-sdcc99 \begin_inset LatexCommand index name "-\\/-std-sdcc99" \end_inset \series default Generally follow the C99 standard, but allow SDCC features that conflict with the standard (incomplete support). \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c99 \begin_inset LatexCommand index name "-\\/-std-sdcc99" \end_inset \series default Follow the C99 standard and disable SDCC features that conflict with the standard (incomplete support). \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -codeseg \series default \begin_inset LatexCommand index name "-\\/-codeseg " \end_inset \begin_inset LatexCommand label name "lyx:-codeseg" \end_inset \InsetSpace ~ The name to be used for the code \begin_inset LatexCommand index name "code" \end_inset segment, default CSEG. This is useful if you need to tell the compiler to put the code in a special segment so you can later on tell the linker to put this segment in a special place in memory. Can be used for instance when using bank switching to put the code in a bank. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -constseg \series default \begin_inset LatexCommand index name "-\\/-constseg " \end_inset \InsetSpace ~ The name to be used for the const \begin_inset LatexCommand index name "const" \end_inset segment, default CONST. This is useful if you need to tell the compiler to put the const data in a special segment so you can later on tell the linker to put this segment in a special place in memory. Can be used for instance when using bank switching to put the const data in a bank. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -fdollars-in-identifiers \begin_inset LatexCommand index name "-\\/-fdollars-in-identifiers" \end_inset \series default Permit '$' as an identifier character. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -more-pedantic \series default \begin_inset LatexCommand index name "-\\/-more-pedantic" \end_inset \begin_inset LatexCommand index name "pedantic" \end_inset Actually this is \series bold \emph on not \series default \emph default a SDCC compiler option but if you want \emph on more \emph default warnings you can use a separate tool dedicated to syntax checking like splint \begin_inset LatexCommand label name "lyx:more-pedantic-SPLINT" \end_inset \begin_inset LatexCommand index name "lint (syntax checking tool)" \end_inset \begin_inset LatexCommand url target "http://www.splint.org" \end_inset . To make your source files parseable by splint you will have to include \family sans lint.h \family default \begin_inset LatexCommand index name "splint (syntax checking tool)" \end_inset in your source file and add brackets around extended keywords (like \family sans \begin_inset Quotes sld \end_inset __at\InsetSpace ~ \series bold ( \series default 0xab \series bold ) \series default \begin_inset Quotes srd \end_inset \family default and \family sans \begin_inset Quotes sld \end_inset __interrupt\InsetSpace ~ (2) \begin_inset Quotes srd \end_inset \family default ). \newline Splint has an excellent on line manual at \begin_inset LatexCommand url target "http://www.splint.org/manual/" \end_inset and it's capabilities go beyond pure syntax checking. You'll need to tell splint the location of SDCC's include files so a typical command line could look like this: \newline \family sans splint\InsetSpace ~ -I\InsetSpace ~ /usr/local/share/sdcc/include/mcs51/\InsetSpace ~ \InsetSpace ~ myprogram.c \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -short-is-8bits \series default \begin_inset LatexCommand index name "-\\/-short-is-8bits" \end_inset \begin_inset LatexCommand label name "lyx:--short-is-8bits" \end_inset Treat short as 8-bit (for backward compatibility with older versions of compiler - see section \begin_inset LatexCommand ref reference "sec:Compatibility-with-previous" \end_inset ) \end_layout \begin_layout Standard \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection Intermediate Dump Options \begin_inset LatexCommand label name "sub:Intermediate-Dump-Options" \end_inset \begin_inset LatexCommand index name "Options intermediate dump" \end_inset \begin_inset LatexCommand index name "Intermediate dump options" \end_inset \end_layout \begin_layout Standard The following options are provided for the purpose of retargetting and debugging the compiler. They provide a means to dump the intermediate code (iCode \begin_inset LatexCommand index name "iCode" \end_inset ) generated by the compiler in human readable form at various stages of the compilation process. More on iCodes see chapter \begin_inset LatexCommand ref reference "sub:The-anatomy-of" \end_inset \begin_inset Quotes srd \end_inset The anatomy of the compiler \begin_inset Quotes srd \end_inset . \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -dumpraw \begin_inset LatexCommand index name "-\\/-dumpraw" \end_inset \series default This option will cause the compiler to dump the intermediate code into a file of named \emph on .dumpraw \emph default just after the intermediate code has been generated for a function, i.e. before any optimizations are done. The basic blocks \begin_inset LatexCommand index name "Basic blocks" \end_inset at this stage ordered in the depth first number, so they may not be in sequence of execution. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -dumpgcse \begin_inset LatexCommand index name "-\\/-dumpgcse" \end_inset \series default Will create a dump of iCodes, after global subexpression elimination \begin_inset LatexCommand index name "Global subexpression elimination" \end_inset , into a file named \emph on .dumpgcse. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -dumpdeadcode \begin_inset LatexCommand index name "-\\/-dumpdeadcode" \end_inset \series default Will create a dump of iCodes, after deadcode elimination \begin_inset LatexCommand index name "Dead-code elimination" \end_inset , into a file named \emph on .dumpdeadcode. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -dumploop \begin_inset LatexCommand index name "-\\/-dumploop" \end_inset \series default \size large \size default Will create a dump of iCodes, after loop optimizations \begin_inset LatexCommand index name "Loop optimization" \end_inset , into a file named \emph on .dumploop. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -dumprange \begin_inset LatexCommand index name "-\\/-dumprange" \end_inset \series default \size large \size default Will create a dump of iCodes, after live range analysis \begin_inset LatexCommand index name "Live range analysis" \end_inset , into a file named \emph on .dumprange. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -dumlrange \begin_inset LatexCommand index name "-\\/-dumlrange" \end_inset \series default Will dump the life ranges \begin_inset LatexCommand index name "Live range analysis" \end_inset for all symbols. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -dumpregassign \begin_inset LatexCommand index name "-\\/-dumpregassign" \end_inset \series default Will create a dump of iCodes, after register assignment \begin_inset LatexCommand index name "Register assignment" \end_inset , into a file named \emph on .dumprassgn. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -dumplrange \begin_inset LatexCommand index name "-\\/-dumplrange" \end_inset \series default Will create a dump of the live ranges of iTemp's \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -dumpall \begin_inset LatexCommand index name "-\\/-dumpall" \end_inset \size large \series default \size default Will cause all the above mentioned dumps to be created. \end_layout \begin_layout Standard \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection Redirecting output on Windows Shells \end_layout \begin_layout Standard By default SDCC writes its error messages to \begin_inset Quotes sld \end_inset standard error \begin_inset Quotes srd \end_inset . To force all messages to \begin_inset Quotes sld \end_inset standard output \begin_inset Quotes srd \end_inset use \series bold - \series default \emph on \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset \series bold \emph default - \series default use-stdout \begin_inset LatexCommand index name "-\\/-use-stdout" \end_inset . Additionally, if you happen to have visual studio installed in your windows machine, you can use it to compile your sources using a custom build and the SDCC - \emph on \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset \emph default -vc \begin_inset LatexCommand index name "-\\/-vc" \end_inset option. Something like this should work: \newline \newline \series bold c: \backslash sdcc \backslash bin \backslash sdcc.exe - \series default \emph on \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset \series bold \emph default -vc - \series default \emph on \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset \series bold \emph default -model-large -c $(InputPath) \series default \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section Environment variables \begin_inset LatexCommand index name "Environment variables" \end_inset \end_layout \begin_layout Standard SDCC recognizes the following environment variables: \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold SDCC_LEAVE_SIGNALS \begin_inset LatexCommand index name "SDCC\\_LEAVE\\_SIGNALS" \end_inset \series default SDCC installs a signal handler \begin_inset LatexCommand index name "signal handler" \end_inset to be able to delete temporary files after an user break (^C) or an exception. If this environment variable is set, SDCC won't install the signal handler in order to be able to debug SDCC. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold TMP,\InsetSpace ~ TEMP,\InsetSpace ~ TMPDIR \begin_inset LatexCommand index name "TMP, TEMP, TMPDIR" \end_inset \series default Path, where temporary files will be created. The order of the variables is the search order. In a standard *nix environment these variables are not set, and there's no need to set them. On Windows it's recommended to set one of them. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold SDCC_HOME \begin_inset LatexCommand index name "SDCC\\_HOME" \end_inset \series default Path, see section \begin_inset LatexCommand ref reference "sub:Install-paths" \end_inset \InsetSpace ~ \begin_inset Quotes sld \end_inset Install Paths \begin_inset Quotes srd \end_inset . \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold SDCC_INCLUDE \begin_inset LatexCommand index name "SDCC\\_INCLUDE" \end_inset \series default Path, see section \begin_inset LatexCommand ref reference "sub:Search-Paths" \end_inset \InsetSpace ~ \begin_inset Quotes sld \end_inset Search Paths \begin_inset Quotes srd \end_inset . \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series bold SDCC_LIB \begin_inset LatexCommand index name "SDCC\\_LIB" \end_inset \series default Path, see section \begin_inset LatexCommand ref reference "sub:Search-Paths" \end_inset \InsetSpace ~ \begin_inset Quotes sld \end_inset Search Paths \begin_inset Quotes srd \end_inset .. \end_layout \begin_layout Standard There are some more environment variables recognized by SDCC, but these are solely used for debugging purposes. They can change or disappear very quickly, and will never be documented. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section Storage Class Language Extensions \end_layout \begin_layout Subsection MCS51/DS390 Storage Class \begin_inset LatexCommand index name "Storage class" \end_inset Language Extensions \end_layout \begin_layout Standard In addition to the ANSI storage classes SDCC allows the following MCS51 specific storage classes: \end_layout \begin_layout Subsubsection data \begin_inset LatexCommand index name "data (mcs51, ds390 storage class)" \end_inset \begin_inset LatexCommand index name "\\_\\_data (mcs51, ds390 storage class)" \end_inset / near \begin_inset LatexCommand index name "near (storage class)" \end_inset \begin_inset LatexCommand index name "\\_\\_near (storage class)" \end_inset \end_layout \begin_layout Standard This is the \series bold default \series default storage class for the Small Memory model ( \emph on data \emph default and \emph on near \emph default or the more ANSI-C compliant forms \emph on __data \emph default and \emph on __near \emph default can be used synonymously). Variables declared with this storage class will be allocated in the directly addressable portion of the internal RAM of a 8051, e.g.: \end_layout \begin_layout Verse \family typewriter __data unsigned char test_data; \end_layout \begin_layout Standard Writing 0x01 to this variable generates the assembly code: \end_layout \begin_layout Verse \family typewriter 75*00 01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ _test_data,#0x01 \end_layout \begin_layout Subsubsection xdata \begin_inset LatexCommand index name "xdata (mcs51, ds390 storage class)" \end_inset \begin_inset LatexCommand index name "\\_\\_xdata (mcs51, ds390 storage class)" \end_inset / far \begin_inset LatexCommand index name "far (storage class)" \end_inset \begin_inset LatexCommand index name "\\_\\_far (storage class)" \end_inset \end_layout \begin_layout Standard Variables declared with this storage class will be placed in the external RAM. This is the \series bold default \series default storage class for the Large Memory model, e.g.: \end_layout \begin_layout Verse \family typewriter __xdata unsigned char test_xdata; \end_layout \begin_layout Standard Writing 0x01 to this variable generates the assembly code: \end_layout \begin_layout Verse \family typewriter 90s00r00\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ dptr,#_test_xdata \newline 74\InsetSpace ~ 01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ a,#0x01 \newline F0\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ movx\InsetSpace ~ @dptr,a \end_layout \begin_layout Subsubsection idata \begin_inset LatexCommand index name "idata (mcs51, ds390 storage class)" \end_inset \begin_inset LatexCommand index name "\\_\\_idata (mcs51, ds390 storage class)" \end_inset \end_layout \begin_layout Standard Variables declared with this storage class will be allocated into the indirectly addressable portion of the internal ram of a 8051, e.g.: \end_layout \begin_layout Verse \family typewriter __idata unsigned char test_idata; \end_layout \begin_layout Standard Writing 0x01 to this variable generates the assembly code: \end_layout \begin_layout Verse \family typewriter 78r00\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ r0,#_test_idata \newline 76\InsetSpace ~ 01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ @r0,#0x01 \end_layout \begin_layout Standard Please note, the first 128 byte of idata physically access the same RAM as the data memory. The original 8051 had 128 byte idata memory, nowadays most devices have 256 byte idata memory. The stack \begin_inset LatexCommand index name "stack" \end_inset is located in idata memory. \end_layout \begin_layout Subsubsection pdata \begin_inset LatexCommand index name "pdata (mcs51, ds390 storage class)" \end_inset \begin_inset LatexCommand index name "\\_\\_pdata (mcs51, ds390 storage class)" \end_inset \end_layout \begin_layout Standard Paged xdata access is just as straightforward as using the other addressing modes of a 8051. It is typically located at the start of xdata and has a maximum size of 256 bytes. The following example writes 0x01 to the pdata variable. Please note, pdata access physically accesses xdata memory. The high byte of the address is determined by port P2 \begin_inset LatexCommand index name "P2 (mcs51 sfr)" \end_inset (or in case of some 8051 variants by a separate Special Function Register, see section \begin_inset LatexCommand ref reference "sub:MCS51-variants" \end_inset ). This is the \series bold default \series default storage class for the Medium Memory model, e.g.: \end_layout \begin_layout Verse \family typewriter __pdata unsigned char test_pdata; \end_layout \begin_layout Standard Writing 0x01 to this variable generates the assembly code: \end_layout \begin_layout Verse \family typewriter 78r00\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov r0,#_test_pdata \newline 74 01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov a,#0x01 \newline F2\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ movx @r0,a \end_layout \begin_layout Standard If the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xstack \begin_inset LatexCommand index name "-\\/-xstack" \end_inset option is used the pdata memory area is followed by the xstack memory area and the sum of their sizes is limited to 256 bytes. \end_layout \begin_layout Subsubsection code \begin_inset LatexCommand index name "code" \end_inset \begin_inset LatexCommand index name "\\_\\_code" \end_inset \end_layout \begin_layout Standard 'Variables' declared with this storage class will be placed in the code memory: \end_layout \begin_layout Verse \family typewriter __code unsigned char test_code; \end_layout \begin_layout Standard Read access to this variable generates the assembly code: \end_layout \begin_layout Verse \family typewriter 90s00r6F\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov dptr,#_test_code \newline E4\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ clr a \newline 93\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ movc a,@a+dptr \end_layout \begin_layout Standard \family typewriter char \family default indexed arrays of characters in code memory can be accessed efficiently: \end_layout \begin_layout Verse \family typewriter __code char test_array[] = {'c','h','e','a','p'}; \end_layout \begin_layout Standard Read access to this array using an 8-bit unsigned index generates the assembly code: \end_layout \begin_layout Verse \family typewriter E5*00\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov a,_index \end_layout \begin_layout Verse \family typewriter 90s00r41\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov dptr,#_test_array \end_layout \begin_layout Verse \family typewriter 93\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ movc a,@a+dptr \end_layout \begin_layout Subsubsection bit \begin_inset LatexCommand index name "bit" \end_inset \begin_inset LatexCommand index name "\\_\\_bit" \end_inset \end_layout \begin_layout Standard This is a data-type and a storage class specifier. When a variable is declared as a bit, it is allocated into the bit addressable memory of 8051, e.g.: \end_layout \begin_layout Verse \family typewriter __bit test_bit; \end_layout \begin_layout Standard Writing 1 to this variable generates the assembly code: \end_layout \begin_layout Verse \family typewriter D2*00\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ setb\InsetSpace ~ _test_bit \end_layout \begin_layout Standard The bit addressable memory consists of 128 bits which are located from 0x20 to 0x2f in data memory. \newline Apart from this 8051 specific storage class most architectures support ANSI-C bitfields \begin_inset LatexCommand index name "bitfields" \end_inset \begin_inset Foot status open \begin_layout Standard Not really meant as examples, but nevertheless showing what bitfields are about: device/include/mc68hc908qy.h and support/regression/tests/bitfields.c \end_layout \end_inset . In accordance with ISO/IEC 9899 bits and bitfields without an explicit signed modifier are implemented as unsigned. \end_layout \begin_layout Subsubsection sfr \begin_inset LatexCommand index name "sfr" \end_inset \begin_inset LatexCommand index name "\\_\\_sfr" \end_inset / sfr16 \begin_inset LatexCommand index name "sfr16" \end_inset \begin_inset LatexCommand index name "\\_\\_sfr16" \end_inset / sfr32 \begin_inset LatexCommand index name "sfr32" \end_inset \begin_inset LatexCommand index name "\\_\\_sfr32" \end_inset / sbit \begin_inset LatexCommand index name "\\_\\_sbit" \end_inset \begin_inset LatexCommand index name "sbit" \end_inset \end_layout \begin_layout Standard Like the bit keyword, \emph on sfr / sfr16 / sfr32 / sbit \emph default signify both a data-type and storage class, they are used to describe the \emph on s \emph default pecial \emph on f \emph default unction \emph on r \emph default egisters and \emph on s \emph default pecial \emph on bit \emph default variables of a 8051, eg: \end_layout \begin_layout Verse \family typewriter __sfr __at \begin_inset LatexCommand index name "at" \end_inset \begin_inset LatexCommand index name "\\_\\_at" \end_inset (0x80) P0;\InsetSpace ~ /* special function register P0 at location 0x80 */ \newline \newline /* 16 bit special function register combination for timer 0 \newline \InsetSpace ~ \InsetSpace ~ with the high byte at location 0x8C and the low byte at location 0x8A */ \newline __sfr16 __at (0x8C8A) TMR0; \newline \newline __sbit __at \begin_inset LatexCommand index name "at" \end_inset \begin_inset LatexCommand index name "\\_\\_at" \end_inset (0xd7) CY;\InsetSpace ~ /* CY (Carry Flag \begin_inset LatexCommand index name "Flags" \end_inset \begin_inset LatexCommand index name "Carry flag" \end_inset ) */ \end_layout \begin_layout Standard Special function registers which are located on an address dividable by 8 are bit-addressable, an \emph on sbit \emph default addresses a specific bit within these sfr. \newline 16 Bit and 32 bit special function register combinations which require a certain access order are better not declared using \emph on sfr16 \emph default or \emph on sfr32. \emph default Allthough SDCC usually accesses them Least Significant Byte (LSB) first, this is not guaranteed. \newline \end_layout \begin_layout Standard Please note, if you use a header file which was written for another compiler then the sfr / sfr16 / sfr32 / sbit Storage Class extensions will most likely be \emph on not \emph default compatible. Specifically the syntax \family typewriter \InsetSpace ~ sfr P0 = 0x80;\InsetSpace ~ \family default is compiled \emph on without warning \emph default by SDCC to an assignment of 0x80 to a variable called P0 \family typewriter \begin_inset Marginal status collapsed \begin_layout Standard \series bold \InsetSpace ~ ! \end_layout \end_inset . \family default \series bold Nevertheless it is possible to write header files \begin_inset LatexCommand index name "Header files" \end_inset \begin_inset LatexCommand index name "Include files" \end_inset which can be shared among different compilers (see section \begin_inset LatexCommand ref reference "sec:Porting-code-to-other-compilers" \end_inset ). \end_layout \begin_layout Subsubsection Pointers \begin_inset LatexCommand index name "Pointer" \end_inset to MCS51/DS390 specific memory spaces \end_layout \begin_layout Standard SDCC allows (via language extensions) pointers to explicitly point to any of the memory spaces \begin_inset LatexCommand index name "Memory model" \end_inset of the 8051. In addition to the explicit pointers, the compiler uses (by default) generic pointers which can be used to point to any of the memory spaces. \newline \newline Pointer declaration examples: \end_layout \begin_layout Verse \family typewriter /* pointer physically in internal ram pointing to object in external ram */ \newline __xdata unsigned char * __data p; \newline \newline /* pointer physically in external ram pointing to object in internal ram */ \newline __data unsigned char * __xdata p; \newline \newline /* pointer physically in code rom pointing to data in xdata space */ \newline __xdata unsigned char * __code p; \newline \newline /* pointer physically in code space pointing to data in code space */ \newline __code unsigned char * __code p; \newline \newline /* generic pointer physically located in xdata space */ \newline unsigned char * __xdata p; \newline \newline /* generic pointer physically located in default memory space */ \newline unsigned char * p; \newline \newline /* the following is a function pointer \begin_inset LatexCommand index name "function pointer" \end_inset physically located in data space */ \newline char (* __data fp)(void); \end_layout \begin_layout Standard Well you get the idea. \newline \newline All unqualified pointers are treated as 3-byte (4-byte for the ds390) \emph on generic \emph default pointers. \size small \newline \newline \size default The highest order byte of the \emph on generic \emph default pointers contains the data space information. Assembler support routines are called whenever data is stored or retrieved using \emph on generic \emph default pointers. These are useful for developing reusable library \begin_inset LatexCommand index name "Libraries" \end_inset routines. Explicitly specifying the pointer \begin_inset LatexCommand index name "pointer" \end_inset type will generate the most efficient code. \end_layout \begin_layout Subsubsection Notes on MCS51 memory \begin_inset LatexCommand index name "MCS51 memory" \end_inset layout \end_layout \begin_layout Standard The 8051 family of microcontrollers have a minimum of 128 bytes of internal RAM memory which is structured as follows: \newline \newline - Bytes 00-1F - 32 bytes to hold up to 4 banks of the registers R0 to R7, \newline - Bytes 20-2F - 16 bytes to hold 128 bit \begin_inset LatexCommand index name "bit" \end_inset variables and, \newline - Bytes 30-7F - 80 bytes for general purpose use. \newline \end_layout \begin_layout Standard Additionally some members of the MCS51 family may have up to 128 bytes of additional, indirectly addressable, internal RAM memory ( \emph on idata \emph default \begin_inset LatexCommand index name "idata (mcs51, ds390 storage class)" \end_inset \begin_inset LatexCommand index name "\\_\\_idata (mcs51, ds390 storage class)" \end_inset ). Furthermore, some chips may have some built in external memory ( \emph on xdata \emph default \begin_inset LatexCommand index name "xdata (mcs51, ds390 storage class)" \end_inset \begin_inset LatexCommand index name "\\_\\_xdata (mcs51, ds390 storage class)" \end_inset ) which should not be confused with the internal, directly addressable RAM memory ( \emph on data \emph default \begin_inset LatexCommand index name "data (mcs51, ds390 storage class)" \end_inset \begin_inset LatexCommand index name "\\_\\_data (mcs51, ds390 storage class)" \end_inset ). Sometimes this built in \emph on xdata \emph default memory has to be activated before using it (you can probably find this information on the datasheet of the microcontroller your are using, see also section \begin_inset LatexCommand ref reference "sub:Startup-Code" \end_inset \InsetSpace ~ Startup-Code). \end_layout \begin_layout Standard Normally SDCC will only use the first bank \begin_inset LatexCommand index name "register bank (mcs51, ds390)" \end_inset of registers (register bank 0), but it is possible to specify that other banks of registers (keyword \emph on using \emph default \emph on \begin_inset LatexCommand index name "using (mcs51, ds390 register bank)" \end_inset \begin_inset LatexCommand index name "\\_\\_using (mcs51, ds390 register bank)" \end_inset \emph default ) should be used for example in interrupt \begin_inset LatexCommand index name "interrupt" \end_inset \begin_inset LatexCommand index name "\\_\\_interrupt" \end_inset routines. By default, the compiler will place the stack after the last byte of allocated memory for variables. For example, if the first 2 banks of registers are used, and only four bytes are used for \emph on data \emph default variables, it will position the base of the internal stack at address 20 (0x14). This implies that as the stack \begin_inset LatexCommand index name "stack" \end_inset grows, it will use up the remaining register banks, and the 16 bytes used by the 128 bit variables, and 80 bytes for general purpose use. If any bit variables are used, the data variables will be placed in unused register banks and after the byte holding the last bit variable. For example, if register banks 0 and 1 are used, and there are 9 bit variables (two bytes used), \emph on data \emph default variables will be placed starting from address 0x10 to 0x20 and continue at address 0x22. You can also use - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -data-loc \begin_inset LatexCommand index name "-\\/-data-loc " \end_inset to specify the start address of the \emph on data \emph default and - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -iram-size \begin_inset LatexCommand index name "-\\/-iram-size " \end_inset to specify the size of the total internal RAM ( \emph on data \emph default + \emph on idata \emph default ). \newline \end_layout \begin_layout Standard By default the 8051 linker will place the stack after the last byte of (i)data variables. Option - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-loc \begin_inset LatexCommand index name "-\\/-stack-loc " \end_inset allows you to specify the start of the stack, i.e. you could start it after any data in the general purpose area. If your microcontroller has additional indirectly addressable internal RAM ( \emph on idata \emph default ) you can place the stack on it. You may also need to use - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xdata-loc \begin_inset LatexCommand index name "-\\/-xdata-loc" \end_inset to set the start address of the external RAM ( \emph on xdata \emph default ) and - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xram-size \begin_inset LatexCommand index name "-\\/-xram-size " \end_inset to specify its size. Same goes for the code memory, using - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -code-loc \begin_inset LatexCommand index name "-\\/-code-loc " \end_inset and - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -code-size \begin_inset LatexCommand index name "-\\/-code-size " \end_inset . If in doubt, don't specify any options and see if the resulting memory layout is appropriate, then you can adjust it. \end_layout \begin_layout Standard The linker generates two files with memory allocation information. The first, with extension .map \begin_inset LatexCommand index name ".map" \end_inset shows all the variables and segments. The second with extension .mem \begin_inset LatexCommand index name ".mem" \end_inset shows the final memory layout. The linker will complain either if memory segments overlap, there is not enough memory, or there is not enough space for stack. If you get any linking warnings and/or errors related to stack or segments allocation, take a look at either the .map or .mem files to find out what the problem is. The .mem file may even suggest a solution to the problem. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection Z80/Z180 Storage Class \begin_inset LatexCommand index name "Z80!Storage class" \end_inset Language Extensions \end_layout \begin_layout Subsubsection sfr \begin_inset LatexCommand index name "sfr" \end_inset \begin_inset LatexCommand index name "\\_\\_sfr" \end_inset (in/out to 8-bit addresses) \end_layout \begin_layout Standard The Z80 \begin_inset LatexCommand index name "Z80" \end_inset family has separate address spaces for memory and \emph on i \emph default nput/ \emph on o \emph default utput memory. I/O memory \begin_inset LatexCommand index name "I/O memory (Z80, Z180)" \end_inset \begin_inset LatexCommand index name "Z80!I/O memory" \end_inset \begin_inset LatexCommand index name "Z180!I/O memory" \end_inset is accessed with special instructions, e.g.: \end_layout \begin_layout Verse \family typewriter sfr at 0x78 IoPort;\InsetSpace ~ \InsetSpace ~ /* define a var in I/O space at 78h called IoPort */ \end_layout \begin_layout Standard Writing 0x01 to this variable generates the assembly code: \end_layout \begin_layout Verse \family typewriter 3E 01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ld a,#0x01 \newline D3 78\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ out (_IoPort),a \end_layout \begin_layout Subsubsection banked sfr \begin_inset LatexCommand index name "sfr" \end_inset \begin_inset LatexCommand index name "\\_\\_sfr" \end_inset (in/out to 16-bit addresses) \end_layout \begin_layout Standard The keyword \emph on banked \emph default is used to support 16 bit addresses in I/O memory e.g.: \end_layout \begin_layout Verse \family typewriter sfr banked at \begin_inset LatexCommand index name "at" \end_inset \begin_inset LatexCommand index name "\\_\\_at" \end_inset 0x123 IoPort; \end_layout \begin_layout Standard Writing 0x01 to this variable generates the assembly code: \end_layout \begin_layout Verse \family typewriter 01 23 01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ld bc,#_IoPort \newline 3E 01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ld a,#0x01 \newline ED 79\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ out (c),a \end_layout \begin_layout Subsubsection sfr \begin_inset LatexCommand index name "sfr" \end_inset \begin_inset LatexCommand index name "\\_\\_sfr" \end_inset (in0/out0 to 8 bit addresses on Z180 \begin_inset LatexCommand index name "Z180" \end_inset /HD64180 \begin_inset LatexCommand index name "HD64180 (see Z180)" \end_inset ) \end_layout \begin_layout Standard The compiler option - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -portmode \begin_inset LatexCommand index name "Z180!Options!-\\/-portmode" \end_inset =180 (80) and a compiler #pragma\InsetSpace ~ portmode \begin_inset LatexCommand index name "Z180!Pragmas!\\#pragma portmode" \end_inset z180 (z80) is used to turn on (off) the Z180/HD64180 port addressing instructio ns \family typewriter in0/out0 \family default instead of \family typewriter in/out \family default . If you include the file z180.h this will be set automatically. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection HC08 Storage Class \begin_inset LatexCommand index name "HC08!Storage class" \end_inset Language Extensions \end_layout \begin_layout Subsubsection data \begin_inset LatexCommand index name "data (hc08 storage class)" \end_inset \begin_inset LatexCommand index name "\\_\\_data (hc08 storage class)" \end_inset \end_layout \begin_layout Standard The data storage class declares a variable that resides in the first 256 bytes of memory (the direct page). The HC08 \begin_inset LatexCommand index name "HC08" \end_inset is most efficient at accessing variables (especially pointers) stored here. \end_layout \begin_layout Subsubsection xdata \begin_inset LatexCommand index name "xdata (hc08 storage class)" \end_inset \begin_inset LatexCommand index name "\\_\\_xdata (hc08 storage class)" \end_inset \end_layout \begin_layout Standard The xdata storage class declares a variable that can reside anywhere in memory. This is the default if no storage class is specified. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section Other SDCC language extensions \begin_inset LatexCommand index name "Other SDCC language extensions" \end_inset \end_layout \begin_layout Subsection Binary constants \end_layout \begin_layout Standard SDCC supports the use of binary constants, such as 0b01100010. This feature is only enabled when the compiler is invoked using --std-sdccxx. \end_layout \begin_layout Standard \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section Absolute Addressing \begin_inset LatexCommand index name "Absolute addressing" \end_inset \end_layout \begin_layout Standard Data items can be assigned an absolute address with the \emph on at \begin_inset LatexCommand index name "at" \end_inset \begin_inset LatexCommand index name "\\_\\_at" \end_inset
\emph default keyword, in addition to a storage class, e.g.: \end_layout \begin_layout Verse \family typewriter xdata \begin_inset LatexCommand index name "xdata (mcs51, ds390 storage class)" \end_inset \begin_inset LatexCommand index name "\\_\\_xdata (mcs51, ds390 storage class)" \end_inset at \begin_inset LatexCommand index name "at" \end_inset \begin_inset LatexCommand index name "\\_\\_at" \end_inset 0x7ffe unsigned int chksum; \end_layout \begin_layout Standard or, better conforming to ISO/IEC 9899 C: \end_layout \begin_layout Verse \family typewriter __xdata __at (0x7ffe) unsigned int chksum; \end_layout \begin_layout Standard In the above example the variable chksum will be located at 0x7ffe and 0x7fff of the external ram. The compiler does \emph on not \emph default reserve any space for variables declared in this way \begin_inset Marginal status collapsed \begin_layout Standard \series bold \InsetSpace ~ ! \end_layout \end_inset (they are implemented with an equate in the assembler). Thus it is left to the programmer to make sure there are no overlaps with other variables that are declared without the absolute address. The assembler listing file (.lst \begin_inset LatexCommand index name ".lst" \end_inset ) and the linker output files (.rst \begin_inset LatexCommand index name ".rst" \end_inset ) and (.map \begin_inset LatexCommand index name ".map" \end_inset ) are good places to look for such overlaps. \end_layout \begin_layout Standard If however you provide an initializer \begin_inset LatexCommand index name "Variable initialization" \end_inset actual memory allocation will take place and overlaps will be detected by the linker. E.g.: \end_layout \begin_layout Verse \family typewriter __code __at (0x7ff0) char Id[5] = \begin_inset Quotes sld \end_inset SDCC \begin_inset Quotes srd \end_inset ; \end_layout \begin_layout Standard In the above example the variable Id will be located from 0x7ff0 to 0x7ff4 in code memory. \end_layout \begin_layout Standard In case of memory mapped I/O devices the keyword \emph on volatile \emph default has to be used to tell the compiler that accesses might not be removed: \end_layout \begin_layout Verse \family typewriter volatile \begin_inset LatexCommand index name "volatile" \end_inset __xdata \begin_inset LatexCommand index name "xdata (mcs51, ds390 storage class)" \end_inset __at \begin_inset LatexCommand index name "at" \end_inset (0x8000) unsigned char PORTA_8255; \end_layout \begin_layout Standard For some architectures (mcs51) array accesses are more efficient if an (xdata/fa r) array \family typewriter \size footnotesize \begin_inset LatexCommand index name "Aligned array" \end_inset \family default \size default starts at a block (256 byte) boundary \begin_inset LatexCommand index name "block boundary" \end_inset (section \begin_inset LatexCommand ref reference "sub:A-Step-by Assembler Introduction" \end_inset has an example). \newline Absolute addresses can be specified for variables in all storage classes, e.g.: \end_layout \begin_layout Verse \family typewriter __bit \begin_inset LatexCommand index name "bit" \end_inset __at \begin_inset LatexCommand index name "at" \end_inset (0x02) bvar; \end_layout \begin_layout Standard The above example will allocate the variable at offset 0x02 in the bit-addressab le space. There is no real advantage to assigning absolute addresses to variables in this manner, unless you want strict control over all the variables allocated. One possible use would be to write hardware portable code. For example, if you have a routine that uses one or more of the microcontroller I/O pins, and such pins are different for two different hardwares, you can declare the I/O pins in your routine using: \end_layout \begin_layout Verse \family typewriter extern volatile \begin_inset LatexCommand index name "volatile" \end_inset __bit MOSI;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* master out, slave in */ \newline extern volatile __bit MISO;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* master in, slave out */ \newline extern volatile __bit MCLK;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* master clock */ \newline \newline /* Input and Output of a byte on a 3-wire serial bus. \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ If needed adapt polarity of clock, polarity of data and bit order \newline \InsetSpace ~ */ \newline unsigned char spi_io(unsigned char out_byte) \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ unsigned char i=8; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ do { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ MOSI = out_byte & 0x80; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ out_byte <<= 1; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ MCLK = 1; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* _asm nop _endasm; */\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* for slow peripherals */ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ if(MISO) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ out_byte += 1; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ MCLK = 0; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ } while(--i); \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ return out_byte; \newline } \end_layout \begin_layout Standard Then, someplace in the code for the first hardware you would use \end_layout \begin_layout Verse \family typewriter __bit __at \begin_inset LatexCommand index name "at" \end_inset \begin_inset LatexCommand index name "\\_\\_at" \end_inset (0x80) MOSI;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* I/O port 0, bit 0 */ \newline __bit __at (0x81) MISO;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* I/O port 0, bit 1 */ \newline __bit __at (0x82) MCLK;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* I/O port 0, bit 2 */ \end_layout \begin_layout Standard Similarly, for the second hardware you would use \end_layout \begin_layout Verse \family typewriter __bit __at (0x83) MOSI;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* I/O port 0, bit 3 */ \newline __bit __at (0x91) MISO;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* I/O port 1, bit 1 */ \newline __bit \begin_inset LatexCommand index name "bit" \end_inset __at (0x92) MCLK;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* I/O port 1, bit 2 */ \end_layout \begin_layout Standard and you can use the same hardware dependent routine without changes, as for example in a library. This is somehow similar to sbit, but only one absolute address has to be specified in the whole project. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section Parameters \begin_inset LatexCommand index name "Parameters" \end_inset \begin_inset LatexCommand index name "function parameter" \end_inset & Local Variables \begin_inset LatexCommand index name "local variables" \end_inset \begin_inset LatexCommand label name "sec:Parameters-and-Local-Variables" \end_inset \end_layout \begin_layout Standard Automatic (local) variables and parameters to functions can either be placed on the stack or in data-space. The default action of the compiler is to place these variables in the internal RAM (for small model) or external RAM (for medium or large model). This in fact makes them similar to \emph on static \begin_inset LatexCommand index name "static" \end_inset \emph default so by default functions are non-reentrant \begin_inset LatexCommand index name "reentrant" \end_inset . \newline \newline They can be placed on the stack \begin_inset LatexCommand index name "stack" \end_inset by using the \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-auto \begin_inset LatexCommand index name "-\\/-stack-auto" \end_inset \emph default option, by using \emph on #pragma\InsetSpace ~ stackauto \emph default \begin_inset LatexCommand index name "\\#pragma stackauto" \end_inset or by using the \emph on reentrant \begin_inset LatexCommand index name "reentrant" \end_inset \emph default keyword in the function declaration, e.g.: \end_layout \begin_layout Verse \family typewriter unsigned char foo(char i) __reentrant \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline } \end_layout \begin_layout Standard Since stack space on 8051 is limited, the \emph on reentrant \emph default keyword or the \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-auto \emph default option should be used sparingly. Note that the reentrant keyword just means that the parameters & local variables will be allocated to the stack, it \emph on does not \emph default mean that the function is register bank \begin_inset LatexCommand index name "register bank (mcs51, ds390)" \end_inset independent. \newline \newline Local variables \begin_inset LatexCommand index name "local variables" \end_inset can be assigned storage classes and absolute \begin_inset LatexCommand index name "Absolute addressing" \end_inset addresses, e.g.: \end_layout \begin_layout Verse \family typewriter unsigned char foo() \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ __xdata unsigned char i; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ __bit bvar; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ __data __at \begin_inset LatexCommand index name "at" \end_inset (0x31) unsigned char j; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline } \end_layout \begin_layout Standard In the above example the variable \emph on i \emph default will be allocated in the external ram, \emph on bvar \emph default in bit addressable space and \emph on j \emph default in internal ram. When compiled with \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-auto \emph default or when a function is declared as \emph on reentrant \emph default this should only be done for static variables. \end_layout \begin_layout Standard Parameters \begin_inset LatexCommand index name "function parameter" \end_inset however are not allowed any storage class \begin_inset LatexCommand index name "Storage class" \end_inset , (storage classes for parameters will be ignored), their allocation is governed by the memory model in use, and the reentrancy options. \end_layout \begin_layout Standard It is however allowed to use bit parameters in reentrant functions and also non-static local bit variables are supported. Efficient use is limited to 8 semi-bitregisters in bit space. They are pushed and popped to stack \begin_inset LatexCommand index name "stack" \end_inset as a single byte just like the normal registers. \end_layout \begin_layout Section Overlaying \begin_inset LatexCommand label name "sub:Overlaying" \end_inset \begin_inset LatexCommand index name "Overlaying" \end_inset \end_layout \begin_layout Standard For non-reentrant \begin_inset LatexCommand index name "reentrant" \end_inset functions SDCC will try to reduce internal ram space usage by overlaying parameters and local variables of a function (if possible). Parameters and local variables \begin_inset LatexCommand index name "local variables" \end_inset of a function will be allocated to an overlayable segment if the function has \emph on no other function calls and the function is non-reentrant and the memory model \begin_inset LatexCommand index name "Memory model" \end_inset is small. \emph default If an explicit storage class \begin_inset LatexCommand index name "Storage class" \end_inset is specified for a local variable, it will NOT be overlaid. \end_layout \begin_layout Standard Note that the compiler (not the linkage editor) makes the decision for overlayin g the data items. Functions that are called from an interrupt service routine \begin_inset Marginal status collapsed \begin_layout Standard \series bold ! \end_layout \end_inset should be preceded by a #pragma\InsetSpace ~ nooverlay \begin_inset LatexCommand index name "\\#pragma nooverlay" \end_inset if they are not reentrant. \end_layout \begin_layout Standard Also note that the compiler does not do any processing of inline assembler code, so the compiler might incorrectly assign local variables and parameters of a function into the overlay segment if the inline assembler code calls other c-functions that might use the overlay. In that case the #pragma\InsetSpace ~ nooverlay should be used. \end_layout \begin_layout Standard Parameters and local variables of functions that contain 16 or 32 bit multiplica tion \begin_inset LatexCommand index name "Multiplication" \end_inset or division \begin_inset LatexCommand index name "Division" \end_inset will NOT be overlaid since these are implemented using external functions, e.g.: \end_layout \begin_layout Verse \family typewriter #pragma save \newline #pragma nooverlay \begin_inset LatexCommand index name "\\#pragma nooverlay" \end_inset \newline void set_error(unsigned char errcd) \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ P3 = errcd; \newline } \newline #pragma restore \newline \newline void some_isr () __interrupt \begin_inset LatexCommand index name "interrupt" \end_inset (2) \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ set_error(10); \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline } \end_layout \begin_layout Standard In the above example the parameter \emph on errcd \emph default for the function \emph on set_error \emph default would be assigned to the overlayable segment if the #pragma\InsetSpace ~ nooverlay was not present, this could cause unpredictable runtime behavior when called from an interrupt service routine. The #pragma\InsetSpace ~ nooverlay ensures that the parameters and local variables for the function are NOT overlaid. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section Interrupt Service Routines \begin_inset LatexCommand label name "sub:Interrupt-Service-Routines" \end_inset \end_layout \begin_layout Subsection General Information \end_layout \begin_layout Standard SDCC allows \emph on i \emph default nterrupt \emph on s \emph default ervice \emph on r \emph default outines to be coded in C, with some extended keywords. \end_layout \begin_layout Verse \family typewriter void timer_isr (void) __interrupt (1) __using (1) \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline } \end_layout \begin_layout Standard The optional number following the \emph on interrupt \begin_inset LatexCommand index name "interrupt" \end_inset \begin_inset LatexCommand index name "\\_\\_interrupt" \end_inset \emph default keyword is the interrupt number this routine will service. When present, the compiler will insert a call to this routine in the interrupt vector table \begin_inset LatexCommand index name "interrupt vector table" \end_inset for the interrupt number specified. If you have multiple source files in your project, interrupt service routines can be present in any of them, but a prototype of the isr MUST be present or included in the file that contains the function \emph on main \emph default . The optional (8051 specific) keyword \emph on using \begin_inset LatexCommand index name "using (mcs51, ds390 register bank)" \end_inset \begin_inset LatexCommand index name "\\_\\_using (mcs51, ds390 register bank)" \end_inset \emph default can be used to tell the compiler to use the specified register bank when generating code for this function. \newline Interrupt service routines open the door for some very interesting bugs: \end_layout \begin_layout Subsubsection \begin_inset LatexCommand label name "sub:Common-interrupt-pitfall-volatile" \end_inset Common interrupt pitfall: variable not declared \emph on volatile \end_layout \begin_layout Standard If an interrupt service routine changes variables which are accessed by other functions these variables have to be declared \emph on volatile \emph default \begin_inset LatexCommand index name "volatile" \end_inset . See \begin_inset LatexCommand url target "http://en.wikipedia.org/wiki/Volatile_variable" \end_inset . \end_layout \begin_layout Subsubsection \begin_inset LatexCommand label name "sub:Common-interrupt-pitfall-non-atomic" \end_inset Common interrupt pitfall: \emph on non-atomic access \end_layout \begin_layout Standard If the access to these variables is not \emph on atomic \begin_inset LatexCommand index name "atomic" \end_inset \emph default (i.e. the processor needs more than one instruction for the access and could be interrupted while accessing the variable) the interrupt must be disabled during the access to avoid inconsistent data. \newline Access to 16 or 32 bit variables is obviously not atomic on 8 bit CPUs and should be protected by disabling interrupts. You're not automatically on the safe side if you use 8 bit variables though. We need an example here: f.e. on the 8051 the harmless looking \begin_inset Quotes srd \end_inset \family typewriter flags\InsetSpace ~ |=\InsetSpace ~ 0x80; \family default \begin_inset Quotes sld \end_inset is not atomic if \family typewriter flags \family default resides in xdata. Setting \begin_inset Quotes srd \end_inset \family typewriter flags\InsetSpace ~ |=\InsetSpace ~ 0x40; \family default \begin_inset Quotes sld \end_inset from within an interrupt routine might get lost if the interrupt occurs at the wrong time. \begin_inset Quotes sld \end_inset \family typewriter counter\InsetSpace ~ +=\InsetSpace ~ 8; \family default \begin_inset Quotes srd \end_inset is not atomic on the 8051 even if \family typewriter counter \family default is located in data memory. \newline Bugs like these are hard to reproduce and can cause a lot of trouble. \end_layout \begin_layout Subsubsection \begin_inset LatexCommand label name "sub:Common-interrupt-pitfall-stack-overflow" \end_inset Common interrupt pitfall: \emph on stack overflow \end_layout \begin_layout Standard The return address and the registers used in the interrupt service routine are saved on the stack \begin_inset LatexCommand index name "stack" \end_inset so there must be sufficient stack space. If there isn't variables or registers (or even the return address itself) will be corrupted. This \emph on stack overflow \emph default \begin_inset LatexCommand index name "stack overflow" \end_inset is most likely to happen if the interrupt occurs during the \begin_inset Quotes sld \end_inset deepest \begin_inset Quotes srd \end_inset subroutine when the stack is already in use for f.e. many return addresses. \end_layout \begin_layout Subsubsection \begin_inset LatexCommand label name "sub:Common-interrupt-pitfall-non-reentrant" \end_inset Common interrupt pitfall: \emph on use of non-reentrant functions \end_layout \begin_layout Standard A special note here, int (16 bit) and long (32 bit) integer division \begin_inset LatexCommand index name "Division" \end_inset , multiplication \begin_inset LatexCommand index name "Multiplication" \end_inset & modulus \begin_inset LatexCommand index name "Modulus" \end_inset and floating-point \begin_inset LatexCommand index name "Floating point support" \end_inset operations are implemented using external support routines. If an interrupt service routine needs to do any of these operations then the support routines (as mentioned in a following section) will have to be recompiled using the \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-auto \begin_inset LatexCommand index name "-\\/-stack-auto" \end_inset \emph default option and the source file will need to be compiled using the \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -int-long-reent \emph default \begin_inset LatexCommand index name "-\\/-int-long-reent" \end_inset compiler option. \newline Note, the type promotion \begin_inset LatexCommand index name "type promotion" \end_inset required by ANSI C can cause 16 bit routines to be used \begin_inset Marginal status collapsed \begin_layout Standard \series bold \InsetSpace ~ ! \end_layout \end_inset without the programmer being aware of it. See f.e. the cast \family typewriter \series bold (unsigned char)(tail-1) \family default \series default \series bold within the if clause in section \begin_inset LatexCommand ref reference "sub:A-Step-by Assembler Introduction" \end_inset . \end_layout \begin_layout Standard Calling other functions from an interrupt service routine is not recommended, avoid it if possible. Note that when some function is called from an interrupt service routine it should be preceded by a #pragma\InsetSpace ~ nooverlay \begin_inset LatexCommand index name "\\#pragma nooverlay" \end_inset if it is not reentrant. Furthermore nonreentrant functions should not be called from the main program while the interrupt service routine might be active. They also must not be called from low priority interrupt service routines while a high priority interrupt service routine might be active. You could use semaphores or make the function \emph on critical \emph default if all parameters are passed in registers. \newline Also see section \begin_inset LatexCommand ref reference "sub:Overlaying" \end_inset \InsetSpace ~ about Overlaying and section \begin_inset LatexCommand ref reference "sub:Functions-using-private-banks" \end_inset \InsetSpace ~ about Functions using private register banks. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection MCS51/DS390 Interrupt Service Routines \end_layout \begin_layout Standard Interrupt \begin_inset LatexCommand index name "interrupt" \end_inset numbers and the corresponding address & descriptions for the Standard 8051/8052 are listed below. SDCC will automatically adjust the \begin_inset LatexCommand index name "interrupt vector table" \end_inset to the maximum interrupt number specified. \newline \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard Interrupt # \end_layout \end_inset \begin_inset Text \begin_layout Standard Description \end_layout \end_inset \begin_inset Text \begin_layout Standard Vector Address \end_layout \end_inset \begin_inset Text \begin_layout Standard 0 \end_layout \end_inset \begin_inset Text \begin_layout Standard External 0 \end_layout \end_inset \begin_inset Text \begin_layout Standard 0x0003 \end_layout \end_inset \begin_inset Text \begin_layout Standard 1 \end_layout \end_inset \begin_inset Text \begin_layout Standard Timer 0 \end_layout \end_inset \begin_inset Text \begin_layout Standard 0x000b \end_layout \end_inset \begin_inset Text \begin_layout Standard 2 \end_layout \end_inset \begin_inset Text \begin_layout Standard External 1 \end_layout \end_inset \begin_inset Text \begin_layout Standard 0x0013 \end_layout \end_inset \begin_inset Text \begin_layout Standard 3 \end_layout \end_inset \begin_inset Text \begin_layout Standard Timer 1 \end_layout \end_inset \begin_inset Text \begin_layout Standard 0x001b \end_layout \end_inset \begin_inset Text \begin_layout Standard 4 \end_layout \end_inset \begin_inset Text \begin_layout Standard Serial \end_layout \end_inset \begin_inset Text \begin_layout Standard 0x0023 \end_layout \end_inset \begin_inset Text \begin_layout Standard 5 \end_layout \end_inset \begin_inset Text \begin_layout Standard Timer 2 (8052) \end_layout \end_inset \begin_inset Text \begin_layout Standard 0x002b \end_layout \end_inset \begin_inset Text \begin_layout Standard ... \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard ... \end_layout \end_inset \begin_inset Text \begin_layout Standard n \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard 0x0003 + 8*n \end_layout \end_inset \end_inset \newline \end_layout \begin_layout Standard If the interrupt service routine is defined without \emph on using \begin_inset LatexCommand index name "using (mcs51, ds390 register bank)" \end_inset \begin_inset LatexCommand index name "\\_\\_using (mcs51, ds390 register bank)" \end_inset \emph default a register bank or with register bank 0 ( \emph on using \emph default 0), the compiler will save the registers used by itself on the stack upon entry and restore them at exit, however if such an interrupt service routine calls another function then the entire register bank will be saved on the stack. This scheme may be advantageous for small interrupt service routines which have low register usage. \end_layout \begin_layout Standard If the interrupt service routine is defined to be using a specific register bank then only \emph on a, b, dptr \emph default & psw are saved and restored, if such an interrupt service routine calls another function (using another register bank) then the entire register bank of the called function will be saved on the stack \begin_inset LatexCommand index name "stack" \end_inset . This scheme is recommended for larger interrupt service routines. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection HC08 \begin_inset LatexCommand index name "HC08" \end_inset Interrupt Service Routines \end_layout \begin_layout Standard Since the number of interrupts \begin_inset LatexCommand index name "HC08!interrupt" \end_inset available is chip specific and the interrupt vector table always ends at the last byte of memory, the interrupt numbers corresponds to the interrupt vectors in reverse order of address. For example, interrupt 1 will use the interrupt vector at 0xfffc, interrupt 2 will use the interrupt vector at 0xfffa, and so on. However, interrupt 0 (the reset vector at 0xfffe) is not redefinable in this way; instead see section \begin_inset LatexCommand ref reference "sub:Startup-Code" \end_inset for details on customizing startup. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection Z80 Interrupt Service Routines \end_layout \begin_layout Standard The Z80 \begin_inset LatexCommand index name "Z80" \end_inset uses several different methods for determining the correct interrupt \begin_inset LatexCommand index name "Z80!interrupt" \end_inset vector depending on the hardware implementation. Therefore, SDCC ignores the optional interrupt number and does not attempt to generate an interrupt vector table. \end_layout \begin_layout Standard By default, SDCC generates code for a maskable interrupt, which uses a RETI instruction to return from the interrupt. To write an interrupt handler for the non-maskable interrupt, which needs a RETN instruction instead, add the \emph on critical \emph default keyword: \end_layout \begin_layout Verse \family typewriter void nmi_isr (void) critical interrupt \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline } \end_layout \begin_layout Standard However if you need to create a non-interruptable interrupt service routine you would also require the \emph on critical \emph default keyword. To distinguish between this and an nmi_isr you must provide an interrupt number. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section Enabling and Disabling Interrupts \end_layout \begin_layout Subsection Critical Functions and Critical Statements \end_layout \begin_layout Standard A special keyword may be associated with a block or a function declaring it as \emph on critical \emph default . SDCC will generate code to disable all interrupts \begin_inset LatexCommand index name "interrupt" \end_inset upon entry to a critical function and restore the interrupt enable to the previous state before returning. Nesting critical functions will need one additional byte on the stack \begin_inset LatexCommand index name "stack" \end_inset for each call. \end_layout \begin_layout Verse \family typewriter int foo () __critical \begin_inset LatexCommand index name "critical" \end_inset \begin_inset LatexCommand index name "\\_\\_critical" \end_inset \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline } \end_layout \begin_layout Standard The critical attribute maybe used with other attributes like \emph on reentrant. \emph default \newline The keyword \emph on critical \emph default may also be used to disable interrupts more locally: \end_layout \begin_layout Verse \family typewriter __critical{ i++; } \end_layout \begin_layout Standard More than one statement could have been included in the block. \end_layout \begin_layout Subsection Enabling and Disabling Interrupts directly \end_layout \begin_layout Standard Interrupts \begin_inset LatexCommand index name "interrupt" \end_inset can also be disabled and enabled directly (8051): \end_layout \begin_layout Verse \family typewriter EA = 0;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ or:\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ EA_SAVE = EA; \end_layout \begin_layout Verse \family typewriter ...\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ EA = 0; \end_layout \begin_layout Verse \family typewriter EA = 1;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \end_layout \begin_layout Verse \family typewriter \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ EA = EA_SAVE; \end_layout \begin_layout Standard On other architectures which have separate opcodes for enabling and disabling interrupts you might want to make use of defines with inline assembly \begin_inset LatexCommand index name "Assembler routines" \end_inset (HC08 \begin_inset LatexCommand index name "HC08!interrupt" \end_inset ): \end_layout \begin_layout Verse \family typewriter #define CLI _asm \begin_inset LatexCommand index name "\\_asm" \end_inset \InsetSpace ~ \InsetSpace ~ cli\InsetSpace ~ \InsetSpace ~ _endasm \begin_inset LatexCommand index name "\\_endasm" \end_inset ; \end_layout \begin_layout Verse \family typewriter #define SEI _asm\InsetSpace ~ \InsetSpace ~ sei\InsetSpace ~ \InsetSpace ~ _endasm; \end_layout \begin_layout Verse \family typewriter ... \end_layout \begin_layout Standard Note: it is sometimes sufficient to disable only a specific interrupt source like f.e. a timer or serial interrupt by manipulating an \emph on interrupt mask \begin_inset LatexCommand index name "interrupt mask" \end_inset \emph default register. \end_layout \begin_layout Standard Usually the time during which interrupts are disabled should be kept as short as possible. This minimizes both \emph on interrupt latency \emph default \begin_inset LatexCommand index name "interrupt latency" \end_inset (the time between the occurrence of the interrupt and the execution of the first code in the interrupt routine) and \emph on interrupt jitter \emph default \begin_inset LatexCommand index name "interrupt jitter" \end_inset (the difference between the shortest and the longest interrupt latency). These really are something different, f.e. a serial interrupt has to be served before its buffer overruns so it cares for the maximum interrupt latency, whereas it does not care about jitter. On a loudspeaker driven via a digital to analog converter which is fed by an interrupt a latency of a few milliseconds might be tolerable, whereas a much smaller jitter will be very audible. \end_layout \begin_layout Standard You can reenable interrupts within an interrupt routine and on some architecture s you can make use of two (or more) levels of \emph on interrupt priorities \emph default \begin_inset LatexCommand index name "interrupt priority" \end_inset . On some architectures which don't support interrupt priorities these can be implemented by manipulating the interrupt mask and reenabling interrupts within the interrupt routine. Check there is sufficient space on the stack \begin_inset LatexCommand index name "stack" \end_inset and don't add complexity unless you have to. \end_layout \begin_layout Subsection Semaphore \begin_inset LatexCommand index name "semaphore" \end_inset locking (mcs51/ds390) \end_layout \begin_layout Standard Some architectures (mcs51/ds390) have an atomic \begin_inset LatexCommand index name "atomic" \end_inset bit test and clear instruction. These type of instructions are typically used in preemptive multitasking systems, where a routine f.e. claims the use of a data structure ('acquires a lock \begin_inset LatexCommand index name "lock" \end_inset on it'), makes some modifications and then releases the lock when the data structure is consistent again. The instruction may also be used if interrupt and non-interrupt code have to compete for a resource. With the atomic bit test and clear instruction interrupts \begin_inset LatexCommand index name "interrupt" \end_inset don't have to be disabled for the locking operation. \end_layout \begin_layout Standard SDCC generates this instruction if the source follows this pattern: \end_layout \begin_layout Verse \family typewriter volatile \begin_inset LatexCommand index name "volatile" \end_inset bit resource_is_free; \newline \newline if (resource_is_free) \newline \InsetSpace ~ \InsetSpace ~ { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ resource_is_free=0; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ resource_is_free=1; \newline \InsetSpace ~ \InsetSpace ~ } \end_layout \begin_layout Standard Note, mcs51 and ds390 support only an atomic \begin_inset LatexCommand index name "atomic" \end_inset bit test and \emph on clear \emph default instruction (as opposed to atomic bit test and \emph on set). \end_layout \begin_layout Section Functions using private register banks \begin_inset LatexCommand label name "sub:Functions-using-private-banks" \end_inset (mcs51/ds390) \end_layout \begin_layout Standard Some architectures have support for quickly changing register sets. SDCC supports this feature with the \emph on using \begin_inset LatexCommand index name "using (mcs51, ds390 register bank)" \end_inset \begin_inset LatexCommand index name "\\_\\_using (mcs51, ds390 register bank)" \end_inset \emph default attribute (which tells the compiler to use a register bank \begin_inset LatexCommand index name "register bank (mcs51, ds390)" \end_inset other than the default bank zero). It should only be applied to \emph on interrupt \begin_inset LatexCommand index name "interrupt" \end_inset \emph default functions (see footnote below). This will in most circumstances make the generated ISR code more efficient since it will not have to save registers on the stack. \end_layout \begin_layout Standard The \emph on using \emph default attribute will have no effect on the generated code for a \emph on non-interrupt \emph default function (but may occasionally be useful anyway \begin_inset Foot status open \begin_layout Standard possible exception: if a function is called ONLY from 'interrupt' functions using a particular bank, it can be declared with the same 'using' attribute as the calling 'interrupt' functions. For instance, if you have several ISRs using bank one, and all of them call memcpy(), it might make sense to create a specialized version of memcpy() 'using 1', since this would prevent the ISR from having to save bank zero to the stack on entry and switch to bank zero before calling the function \end_layout \end_inset ). \newline \emph on (pending: Note, nowadays the \emph default using \emph on attribute has an effect on \emph default \emph on the generated code for a \emph default non-interrupt \emph on function \emph default . \emph on ) \end_layout \begin_layout Standard An \emph on interrupt \emph default function using a non-zero bank will assume that it can trash that register bank, and will not save it. Since high-priority interrupts \begin_inset LatexCommand index name "interrupts" \end_inset \begin_inset LatexCommand index name "interrupt priority" \end_inset can interrupt low-priority ones on the 8051 and friends, this means that if a high-priority ISR \emph on using \emph default a particular bank occurs while processing a low-priority ISR \emph on using \emph default the same bank, terrible and bad things can happen. To prevent this, no single register bank should be \emph on used \emph default by both a high priority and a low priority ISR. This is probably most easily done by having all high priority ISRs use one bank and all low priority ISRs use another. If you have an ISR which can change priority at runtime, you're on your own: I suggest using the default bank zero and taking the small performance hit. \end_layout \begin_layout Standard It is most efficient if your ISR calls no other functions. If your ISR must call other functions, it is most efficient if those functions use the same bank as the ISR (see note 1 below); the next best is if the called functions use bank zero. It is very inefficient to call a function using a different, non-zero bank from an ISR. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section Startup Code \begin_inset LatexCommand label name "sub:Startup-Code" \end_inset \begin_inset LatexCommand index name "Startup code" \end_inset \end_layout \begin_layout Subsection MCS51/DS390 Startup Code \end_layout \begin_layout Standard The compiler triggers the linker to link certain initialization modules from the runtime library \begin_inset LatexCommand index name "Runtime library" \end_inset called crt. Only the necessary ones are linked, for instance crtxstack.asm (GSINIT1, GSINIT5) is not linked unless the - \series bold \begin_inset ERT status open \begin_layout Standard \backslash / \end_layout \end_inset \series default -xstack option is used. These modules are highly entangled by the use of special segments/areas, but a common layout is shown below: \end_layout \begin_layout Verse \family typewriter \series bold \size footnotesize (main.asm) \end_layout \begin_layout Verse \family typewriter \size footnotesize \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area HOME (CODE) \newline __interrupt_vect: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ljmp __sdcc_gsinit_startup \end_layout \begin_layout Verse \family typewriter \series bold \size footnotesize (crtstart.asm) \end_layout \begin_layout Verse \family typewriter \size footnotesize \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area GSINIT0 (CODE) \newline __sdcc_gsinit_startup:: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov sp,#__start__stack - 1 \end_layout \begin_layout Verse \family typewriter \series bold \size footnotesize (crtxstack.asm) \end_layout \begin_layout Verse \family typewriter \size footnotesize \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area GSINIT1 (CODE) \newline __sdcc_init_xstack:: \newline ; Need to initialize in GSINIT1 in case the user's __sdcc_external_startup uses the xstack. \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov __XPAGE,#(__start__x stack >> 8) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov _spx,#__start__xstack \end_layout \begin_layout Verse \family typewriter \series bold \size footnotesize (crtstart.asm) \end_layout \begin_layout Verse \family typewriter \size footnotesize \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area GSINIT2 (CODE) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ lcall __sdcc_external_startup \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov a,dpl \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ jz __sdcc_init_data \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ljmp __sdcc_program_startup \newline __sdcc_init_data: \end_layout \begin_layout Verse \family typewriter \series bold \size footnotesize (crtxinit.asm) \end_layout \begin_layout Verse \family typewriter \size footnotesize \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area GSINIT3 (CODE) \newline __mcs51_genXINIT:: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov r1,#l_XINIT \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov a,r1 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ orl a,#(l_XINIT >> 8) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ jz 00003$ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov r2,#((l_XINIT+255) >> 8) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov dptr,#s_XINIT \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov r0,#s_XISEG \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov __XPAGE,#(s_XISEG >> 8) \newline 00001$:\InsetSpace ~ clr a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ movc a,@a+dptr \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ movx @r0,a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ inc dptr \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ inc r0 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ cjne r0,#0,00002$ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ inc __XPAGE \newline 00002$:\InsetSpace ~ djnz r1,00001$ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ djnz r2,00001$ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov __XPAGE,#0 xFF \newline 00003$: \end_layout \begin_layout Verse \family typewriter \series bold \size footnotesize (crtclear.asm) \end_layout \begin_layout Verse \family typewriter \size footnotesize \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area GSINIT4 (CODE) \newline __mcs51_genRAMCLEAR:: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ clr a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov r0,#(l_IRAM-1) \newline 00004$:\InsetSpace ~ mov @r0,a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ djnz r0,00004$ \newline ; _mcs51_genRAMCLEAR() end \end_layout \begin_layout Verse \family typewriter \series bold \size footnotesize (crtxclear.asm) \end_layout \begin_layout Verse \family typewriter \size footnotesize \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area GSINIT4 (CODE) \newline __mcs51_genXRAMCLEAR:: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov r0,#l_PSEG \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov a,r0 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ orl a,#(l_PSEG >> 8) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ jz 00006$ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov r1,#s_PSEG \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov __XPAGE,#(s_PSEG >> 8) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ clr a \newline 00005$:\InsetSpace ~ movx @r1,a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ inc r1 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ djnz r0,00005$ \newline 00006$: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov r0,#l_XSEG \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov a,r0 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ orl a,#(l_XSEG >> 8) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ jz 00008$ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov r1,#((l_XSEG + 255) >> 8) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov dptr,#s_XSEG \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ clr a \newline 00007$:\InsetSpace ~ movx @dptr,a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ inc dptr \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ djnz r0,00007$ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ djnz r1,00007$ \newline 00008$: \end_layout \begin_layout Verse \family typewriter \series bold \size footnotesize (crtxstack.asm) \end_layout \begin_layout Verse \family typewriter \size footnotesize \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area GSINIT5 (CODE) \newline ; Need to initialize in GSINIT5 because __mcs51_genXINIT modifies __XPAGE \newline ; and __mcs51_genRAMCLEAR modifies _spx. \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov __XPAGE,#(__start__x stack >> 8) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov _spx,#__start__xstack \end_layout \begin_layout Verse \family typewriter \series bold \size footnotesize (application modules) \end_layout \begin_layout Verse \family typewriter \size footnotesize \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area GSINIT (CODE) \end_layout \begin_layout Verse \family typewriter \series bold \size footnotesize (main.asm) \end_layout \begin_layout Verse \family typewriter \size footnotesize \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area GSFINAL (CODE) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ljmp __sdcc_program_startup \newline ;--------------------------------- ----------------------- \newline ; Home \newline ;-------------------------------------------------- ------ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area HOME (CODE) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area CSEG (CODE) \newline __sdcc_program_startup: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ lcall _main \newline ; return from main will lock up \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sjmp . \end_layout \begin_layout Standard One of these modules (crtstart.asm) contains a call to the C routine \emph on _sdcc_external_startup() \begin_inset LatexCommand index name "\\_sdcc\\_external\\_startup()" \end_inset \emph default at the start of the CODE area. This routine is also in the runtime library \begin_inset LatexCommand index name "Runtime library" \end_inset and returns 0 by default. If this routine returns a non-zero value, the static & global variable initialization will be skipped and the function main will be invoked. Otherwise static & global variables will be initialized before the function main is invoked. You could add an \emph on _sdcc_external_startup() \emph default routine to your program to override the default if you need to setup hardware or perform some other critical operation prior to static & global variable initialization \begin_inset LatexCommand index name "Variable initialization" \end_inset . On some mcs51 variants xdata \begin_inset LatexCommand index name "xdata (mcs51, ds390 storage class)" \end_inset memory has to be explicitly enabled before it can be accessed or if the watchdog \begin_inset LatexCommand index name "watchdog" \end_inset needs to be disabled, this is the place to do it. The startup code clears all internal data memory, 256 bytes by default, but from 0 to n-1 if \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -iram-size \begin_inset LatexCommand index name "-\\/-iram-size " \end_inset n \emph default is used. (recommended for Chipcon CC1010). \end_layout \begin_layout Standard See also the compiler options \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -no-xinit \emph default - \emph on opt \emph default \begin_inset LatexCommand index name "-\\/-no-xinit-opt" \end_inset , \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -main-return \emph default \begin_inset LatexCommand index name "-\\/-main-return" \end_inset and section \begin_inset LatexCommand ref reference "sub:MCS51-variants" \end_inset about MCS51-variants. \newline \end_layout \begin_layout Standard While these initialization modules are meant as generic startup code there might be the need for customization. Let's assume the return value of \emph on _sdcc_external_startup() \emph default in \emph on crtstart.asm \emph default should not be checked (or \emph on _sdcc_external_startup() \emph default should not be called at all). The recommended way would be to copy \emph on crtstart.asm \emph default (f.e. from \begin_inset LatexCommand url target "http://sdcc.svn.sourceforge.net/viewvc/*checkout*/sdcc/trunk/sdcc/device/lib/mcs51/crtstart.asm" \end_inset ) into the source directory, adapt it there, then assemble it with \emph on asx8051 -plosgff \begin_inset Foot status open \begin_layout Standard \begin_inset Quotes sld \end_inset -plosgff \begin_inset Quotes srd \end_inset are the assembler options used in \begin_inset LatexCommand url target "http://sdcc.svn.sourceforge.net/viewvc/sdcc/trunk/sdcc/device/lib/mcs51/Makefile.in?view=markup " \end_inset \end_layout \end_inset crtstart.asm \emph default and when linking your project explicitly specify \emph on crtstart.rel \emph default . As a bonus a listing of the relocated object file \emph on crtstart.rst \emph default is generated. \end_layout \begin_layout Standard \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection HC08 Startup Code \end_layout \begin_layout Standard The HC08 \begin_inset LatexCommand index name "HC08" \end_inset startup code follows the same scheme as the MCS51 startup code. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Subsection Z80 Startup Code \end_layout \begin_layout Standard On the Z80 \begin_inset LatexCommand index name "Z80" \end_inset the startup code is inserted by linking with crt0.o which is generated from sdcc/device/lib/z80/crt0.s. If you need a different startup code you can use the compiler option \emph on - \series bold \emph default \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset \series default \emph on -no-std-crt0 \emph default \begin_inset LatexCommand index name "-\\/-no-std-crt0" \end_inset and provide your own crt0.o. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section Inline Assembler Code \begin_inset LatexCommand index name "Assembler routines" \end_inset \end_layout \begin_layout Subsection A Step by Step Introduction \begin_inset LatexCommand label name "sub:A-Step-by Assembler Introduction" \end_inset \end_layout \begin_layout Standard Starting from a small snippet of c-code this example shows for the MCS51 how to use inline assembly, access variables, a function parameter and an array in xdata memory. The example uses an MCS51 here but is easily adapted for other architectures. This is a buffer routine which should be optimized: \end_layout \begin_layout Verse \family typewriter \size footnotesize unsigned char __far \begin_inset LatexCommand index name "far (storage class)" \end_inset \begin_inset LatexCommand index name "\\_\\_far (storage class)" \end_inset __at \begin_inset LatexCommand index name "at" \end_inset \begin_inset LatexCommand index name "\\_\\_at" \end_inset (0x7f00) buf[0x100]; \begin_inset LatexCommand index name "Aligned array" \end_inset \newline unsigned char head, tail;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* if interrupts \begin_inset LatexCommand index name "interrupt" \end_inset are involved see \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ section \begin_inset LatexCommand ref reference "sub:Common-interrupt-pitfall-volatile" \end_inset about \family default \family typewriter \series bold volatile \family default \series default \family typewriter */ \newline \newline void to_buffer( unsigned char c ) \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ if( head != (unsigned char)(tail-1) )\InsetSpace ~ /* cast \family default \family typewriter \series bold needed \family default \series default \family typewriter to avoid promotion \begin_inset LatexCommand index name "promotion to signed int" \end_inset \begin_inset LatexCommand index name "type promotion" \end_inset to integer */ \begin_inset Marginal status collapsed \begin_layout Standard \series bold \InsetSpace ~ ! \end_layout \end_inset \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ buf[ head++ ] = c;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* access to a 256 byte aligned array */ \newline } \end_layout \begin_layout Standard If the code snippet (assume it is saved in buffer.c) is compiled with SDCC then a corresponding buffer.asm file is generated. We define a new function \family typewriter to_buffer_asm() \family default in file buffer.c in which we cut and paste the generated code, removing unwanted comments and some ':'. Then add \begin_inset Quotes sld \end_inset \series bold _asm \series default \begin_inset Quotes srd \end_inset and \begin_inset Quotes sld \end_inset \series bold _endasm; \series default \begin_inset Quotes srd \end_inset \begin_inset Foot status open \begin_layout Standard Note, that the single underscore form (_asm and _endasm) are not C99-compatible, and for C-99 compatibility, the double-underscore form (__asm and __endasm) has to be used. The latter is also used in the library functions. \end_layout \end_inset to the beginning and the end of the function body: \end_layout \begin_layout Verse \family typewriter \size footnotesize /* With a cut and paste from the .asm file, we have something to start with. \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ The function is not yet OK! (registers aren't saved) */ \newline void to_buffer_asm( unsigned char c ) \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ _asm \begin_inset LatexCommand index name "\\_asm" \end_inset \begin_inset LatexCommand index name "\\_\\_asm" \end_inset \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ r2,dpl \newline ;buffer.c if( head != (unsigned char)(tail-1) ) \InsetSpace ~ /* cast \family default \family typewriter \series bold needed \family default \series default \family typewriter to avoid promotion \begin_inset LatexCommand index name "promotion to signed int" \end_inset \begin_inset LatexCommand index name "type promotion" \end_inset to integer */ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ a,_tail \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ dec\InsetSpace ~ \InsetSpace ~ a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ r3,a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ a,_head \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ cjne a,ar3,00106$ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ret \newline 00106$: \newline ;buffer.c buf[ head++ ] = c; /* access to a 256 byte aligned array */ \begin_inset LatexCommand index name "Aligned array" \end_inset \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ r3,_head \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ inc\InsetSpace ~ \InsetSpace ~ _head \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ dpl,r3 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ dph,#(_buf >> 8) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ a,r2 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ movx @dptr,a \newline 00103$: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ret \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ _endasm \begin_inset LatexCommand index name "\\_endasm" \end_inset \begin_inset LatexCommand index name "\\_\\_endasm" \end_inset ; \newline } \end_layout \begin_layout Standard The new file buffer.c should compile with only one warning about the unreferenced function argument 'c'. Now we hand-optimize the assembly code and insert an #define USE_ASSEMBLY (1) and finally have: \end_layout \begin_layout Verse \family typewriter \size footnotesize unsigned char __far __at(0x7f00) buf[0x100]; \newline unsigned char head, tail; \newline #define USE_ASSEMBLY (1) \newline \newline #if !USE_ASSEMBLY \newline \newline void to_buffer( unsigned char c ) \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ if( head != (unsigned char)(tail-1) ) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ buf[ head++ ] = c; \newline } \newline \newline #else \newline \newline void to_buffer( unsigned char c ) \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ c; // to avoid warning: unreferenced function argument \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ _asm \begin_inset LatexCommand index name "\\_asm" \end_inset \begin_inset LatexCommand index name "\\_\\_asm" \end_inset \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ; save used registers here. \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ; If we were still using r2,r3 we would have to push them here. \newline ; if( head != (unsigned char)(tail-1) ) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ a,_tail \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ dec\InsetSpace ~ a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ xrl\InsetSpace ~ a,_head \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ; we could do an ANL a,#0x0f here to use a smaller buffer (see below) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ jz\InsetSpace ~ \InsetSpace ~ t_b_end$ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ; \newline ; buf[ head++ ] = c; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ a,dpl \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ; dpl holds lower byte of function argument \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ dpl,_head \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ; buf is 0x100 byte aligned so head can be used directly \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ dph,#(_bu f>>8) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ movx @dptr,a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ inc \InsetSpace ~ _head \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ; we could do an ANL _head,#0x0f here to use a smaller buffer (see above) \newline t_b_end$: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ; restore used registers here \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ _endasm \begin_inset LatexCommand index name "\\_endasm" \end_inset \begin_inset LatexCommand index name "\\_\\_endasm" \end_inset ; \newline } \newline #endif \end_layout \begin_layout Standard The inline assembler code can contain any valid code understood by the assembler , this includes any assembler directives and comment lines. The assembler does not like some characters like ':' or ''' in comments. You'll find an 100+ pages assembler manual in sdcc/as/doc/asxhtm.html \begin_inset LatexCommand index name "asXXXX (as-gbz80, as-hc08, asx8051, as-z80)" \end_inset \begin_inset LatexCommand index name "Assembler documentation" \end_inset or online at \begin_inset LatexCommand url target "http://sdcc.svn.sourceforge.net/viewvc/*checkout*/sdcc/trunk/sdcc/as/doc/asxhtm.html" \end_inset \InsetSpace ~ . \end_layout \begin_layout Standard The compiler does not do any validation of the code within the \family typewriter _asm \begin_inset LatexCommand index name "\\_asm" \end_inset \begin_inset LatexCommand index name "\\_\\_asm" \end_inset ... _endasm \size footnotesize \begin_inset LatexCommand index name "\\_endasm" \end_inset \begin_inset LatexCommand index name "\\_\\_endasm" \end_inset \size default ; \family default keyword pair. Specifically it will not know which registers are used and thus register pushing/popping \begin_inset LatexCommand index name "push/pop" \end_inset has to be done manually. \end_layout \begin_layout Standard It is recommended that each assembly instruction (including labels) be placed in a separate line (as the example shows). When the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset - \emph on peep-asm \begin_inset LatexCommand index name "-\\/-peep-asm" \end_inset \emph default command line option is used, the inline assembler code will be passed through the peephole optimizer \begin_inset LatexCommand index name "Peephole optimizer" \end_inset . There are only a few (if any) cases where this option makes sense, it might cause some unexpected changes in the inline assembler code. Please go through the peephole optimizer rules defined in file \emph on SDCCpeeph.def \emph default before using this option. \end_layout \begin_layout Subsection Naked Functions \begin_inset LatexCommand label name "sub:Naked-Functions" \end_inset \begin_inset LatexCommand index name "Naked functions" \end_inset \end_layout \begin_layout Standard A special keyword may be associated with a function declaring it as \emph on _naked \begin_inset LatexCommand index name "\\_naked" \end_inset \begin_inset LatexCommand index name "\\_\\_naked" \end_inset . \emph default The \emph on _naked \emph default function modifier attribute prevents the compiler from generating prologue \begin_inset LatexCommand index name "function prologue" \end_inset and epilogue \begin_inset LatexCommand index name "function epilogue" \end_inset code for that function. This means that the user is entirely responsible for such things as saving any registers that may need to be preserved, selecting the proper register bank, generating the \emph on return \emph default instruction at the end, etc. Practically, this means that the contents of the function must be written in inline assembler. This is particularly useful for interrupt functions, which can have a large (and often unnecessary) prologue/epilogue. For example, compare the code generated by these two functions: \end_layout \begin_layout Verse \family typewriter volatile \begin_inset LatexCommand index name "volatile" \end_inset data unsigned char counter; \newline \newline void simpleInterrupt(void) __interrupt \begin_inset LatexCommand index name "interrupt" \end_inset \begin_inset LatexCommand index name "\\_\\_interrupt" \end_inset (1) \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ counter++; \newline } \newline \newline void nakedInterrupt(void) __interrupt (2) __naked \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ _asm \begin_inset LatexCommand index name "\\_asm" \end_inset \begin_inset LatexCommand index name "\\_\\_asm" \end_inset \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ inc\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ _counter ; does not change flags, no need to save psw \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ reti\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ; MUST explicitly include ret or reti in _naked function. \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ _endasm \begin_inset LatexCommand index name "\\_endasm" \end_inset \begin_inset LatexCommand index name "\\_\\_endasm" \end_inset ; \newline } \end_layout \begin_layout Standard For an 8051 target, the generated simpleInterrupt looks like: \end_layout \begin_layout Verse \family typewriter Note, this is an \family default \family typewriter \emph on outdated \family default \emph default \family typewriter example, recent versions of SDCC generate \newline the \family default \family typewriter \emph on same \family default \emph default \family typewriter code for simpleInterrupt() and nakedInterrupt()! \newline \newline _simpleInterrupt: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ push\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ acc \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ push\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ b \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ pus h\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ dpl \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ push\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ dph \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ push\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ psw \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ psw,#0x00 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ inc\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ _counter \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ pop\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ psw \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ pop\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ dph \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ pop\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ dpl \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ pop\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ b \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ pop\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ acc \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ reti \end_layout \begin_layout Standard whereas nakedInterrupt looks like: \end_layout \begin_layout Verse \family typewriter _nakedInterrupt: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ inc\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ _counter ; does not change flags, no need to save psw \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ reti\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ; MUST explicitly include ret or reti in _naked function \end_layout \begin_layout Standard The related directive #pragma exclude \begin_inset LatexCommand index name "\\#pragma exclude" \end_inset allows a more fine grained control over pushing & popping \begin_inset LatexCommand index name "push/pop" \end_inset the registers. \end_layout \begin_layout Standard While there is nothing preventing you from writing C code inside a \family typewriter _naked \family default function, there are many ways to shoot yourself in the foot doing this, and it is recommended that you stick to inline assembler. \end_layout \begin_layout Subsection Use of Labels within Inline Assembler \end_layout \begin_layout Standard SDCC allows the use of in-line assembler with a few restrictions regarding labels. All labels defined within inline assembler code have to be of the form \emph on nnnnn$ \emph default where nnnnn is a number less than 100 (which implies a limit of utmost 100 inline assembler labels \emph on per function \emph default \noun on ) \noun default . \begin_inset Foot status open \begin_layout Standard This is a slightly more stringent rule than absolutely necessary, but stays always on the safe side. Labels in the form of nnnnn$ are local labels in the assembler, locality of which is confined within two labels of the standard form. The compiler uses the same form for labels within a function (but starting from nnnnn=00100); and places always a standard label at the beginning of a function, thus limiting the locality of labels within the scope of the function. So, if the inline assembler part would be embedded into C-code, an improperly placed non-local label in the assembler would break up the reference space for labels created by the compiler for the C-code, leading to an assembling error. \end_layout \begin_layout Standard The numeric part of local labels does not need to have 5 digits (although this is the form of labels output by the compiler), any valid integer will do. Please refer to the assemblers documentation for further details. \end_layout \end_inset \end_layout \begin_layout Verse \family typewriter _asm \begin_inset LatexCommand index name "\\_asm" \end_inset \begin_inset LatexCommand index name "\\_\\_asm" \end_inset \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ b,#10 \newline 00001$: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ djnz\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ b,00001$ \newline _endasm \begin_inset LatexCommand index name "\\_endasm" \end_inset \begin_inset LatexCommand index name "\\_\\_endasm" \end_inset ; \end_layout \begin_layout Standard Inline assembler code cannot reference any C-labels, however it can reference labels \begin_inset LatexCommand index name "Labels" \end_inset defined by the inline assembler, e.g.: \end_layout \begin_layout Verse \family typewriter foo() { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* some c code */ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ _asm \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ; some assembler code \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ljmp 0003$ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ _endasm; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* some more c code */ \newline clabel:\InsetSpace ~ \InsetSpace ~ /* inline assembler cannot reference this label */ \begin_inset Foot status open \begin_layout Standard Here, the C-label \family typewriter clabel \family default is translated by the compiler into a local label, so the locality of labels within the function is not broken. \end_layout \end_inset \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ _asm \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 0003$: ;label (can be referenced by inline assembler only) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ _endasm \begin_inset LatexCommand index name "\\_endasm" \end_inset \begin_inset LatexCommand index name "\\_\\_endasm" \end_inset ; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* some more c code */ \newline } \end_layout \begin_layout Standard In other words inline assembly code can access labels defined in inline assembly within the scope of the function. The same goes the other way, i.e. labels defines in inline assembly can not be accessed by C statements. \end_layout \begin_layout Section Interfacing with Assembler Code \begin_inset LatexCommand index name "Assembler routines" \end_inset \end_layout \begin_layout Subsection Global Registers used for Parameter Passing \begin_inset LatexCommand index name "Parameter passing" \end_inset \end_layout \begin_layout Standard The compiler always uses the global registers \emph on DPL, DPH \begin_inset LatexCommand index name "DPTR, DPH, DPL" \end_inset \begin_inset LatexCommand index name "DPTR" \end_inset , B \begin_inset LatexCommand index name "B (mcs51, ds390 register)" \end_inset \emph default and \emph on ACC \begin_inset LatexCommand index name "ACC (mcs51, ds390 register)" \end_inset \emph default to pass the first (non-bit) parameter to a function, and also to pass the return value \begin_inset LatexCommand index name "return value" \end_inset of function; according to the following scheme: one byte return value in \emph on DPL \emph default , two byte value in \emph on DPL \emph default (LSB) and \emph on DPH \emph default (MSB). three byte values (generic pointers) in \emph on DPH \emph default , \emph on DPL \emph default and \emph on B \emph default , and four byte values in \emph on DPH \emph default , \emph on DPL \emph default , \emph on B \emph default and \emph on ACC \emph default . Generic pointers \begin_inset LatexCommand index name "generic pointer" \end_inset contain type of accessed memory in \emph on B \emph default : \series bold 0x00 \series default -- xdata/far, \series bold 0x40 \series default -- idata/near -- , \series bold 0x60 \series default -- pdata, \series bold 0x80 \series default -- code \begin_inset Note Note status collapsed \begin_layout Standard This might not be the case of certain memory models (medium???) \end_layout \end_inset . \end_layout \begin_layout Standard The second parameter onwards is either allocated on the stack (for reentrant routines or if - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-auto is used) or in data/xdata memory (depending on the memory model). \end_layout \begin_layout Standard Bit parameters are passed in a virtual register called 'bits' in bit-addressable space for reentrant functions or allocated directly in bit memory otherwise. \end_layout \begin_layout Standard Functions (with two or more parameters or bit parameters) that are called through function pointers \begin_inset LatexCommand index name "function pointers" \end_inset must therefor be reentrant so the compiler knows how to pass the parameters. \end_layout \begin_layout Subsection Registers usage \end_layout \begin_layout Standard Unless the called function is declared as \family typewriter _naked \family default \begin_inset LatexCommand index name "naked" \end_inset , or the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -callee-saves \begin_inset LatexCommand index name "-\\/-callee-saves" \end_inset /- \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -all-callee-saves command line option or the corresponding callee_saves pragma are used, the caller will save the registers ( \emph on R0-R7 \emph default ) around the call, so the called function can destroy they content freely. \end_layout \begin_layout Standard If the called function is not declared as \family typewriter _naked \family default , the caller will swap register banks around the call, if caller and callee use different register banks (having them defined by the \family typewriter _using \family default modifier). \end_layout \begin_layout Standard The called function can also use \emph on DPL \emph default , \emph on DPH \emph default , \emph on B \emph default and \emph on ACC \emph default observing that they are used for parameter/return value passing. \end_layout \begin_layout Subsection Assembler Routine (non-reentrant) \end_layout \begin_layout Standard In the following example \begin_inset LatexCommand index name "reentrant" \end_inset \begin_inset LatexCommand index name "Assembler routines (non-reentrant)" \end_inset the function c_func calls an assembler routine asm_func, which takes two parameters \begin_inset LatexCommand index name "function parameter" \end_inset . \end_layout \begin_layout Verse \family typewriter extern int asm_func(unsigned char, unsigned char); \newline \newline int c_func (unsigned char i, unsigned char j) \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ return asm_func(i,j); \newline } \newline \newline int main() \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ return c_func(10,9); \newline } \end_layout \begin_layout Standard The corresponding assembler function is: \end_layout \begin_layout Verse \family typewriter .globl _asm_func_PARM_2 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .globl _asm_func \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area OSEG \newline _asm_func_PARM_2: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .ds 1 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .area CSEG \newline _asm_func: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ a,dpl \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ add\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ a,_asm_func_PARM_2 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ dpl,a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ dph \begin_inset LatexCommand index name "DPTR, DPH, DPL" \end_inset ,#0x00 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ret \end_layout \begin_layout Standard The parameter naming convention is __PARM_, where n is the parameter number starting from 1, and counting from the left. The first parameter is passed in \emph on DPH \emph default , \emph on DPL \emph default , \emph on B \emph default and \emph on ACC \emph default according to the description above. The variable name for the second parameter will be __PARM_2. \newline \newline Assem ble the assembler routine with the following command: \newline \newline \family sans \series bold asx8051 -losg asmfunc.asm \newline \newline \family default \series default Then compile and link the assembler routine to the C source file with the following command: \newline \newline \family sans \series bold sdcc cfunc.c asmfunc.rel \end_layout \begin_layout Subsection Assembler Routine (reentrant) \end_layout \begin_layout Standard In this case \begin_inset LatexCommand index name "reentrant" \end_inset \begin_inset LatexCommand index name "Assembler routines (reentrant)" \end_inset the second parameter \begin_inset LatexCommand index name "function parameter" \end_inset onwards will be passed on the stack, the parameters are pushed from right to left i.e. before the call the second leftmost parameter will be on the top of the stack (the leftmost parameter is passed in registers). Here is an example: \end_layout \begin_layout Verse \family typewriter extern int asm_func(unsigned char, unsigned char, unsigned char) reentrant; \newline \newline int c_func (unsigned char i, unsigned char j, unsigned char k) reentrant \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ return asm_func(i,j,k); \newline } \newline \newline int main() \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ return c_func(10,9,8); \newline } \end_layout \begin_layout Standard The corresponding (unoptimized) assembler routine is: \end_layout \begin_layout Verse \family typewriter .globl _asm_func \newline _asm_func: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ push\InsetSpace ~ _bp \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ _bp,sp\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ;stack contains: _bp, return address, second parameter, third parameter \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ r2,dpl \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ a,_bp \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ add\InsetSpace ~ \InsetSpace ~ a,#0xfd\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ;calculate pointer to the second parameter \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ r0,a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ a,_bp \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ add\InsetSpace ~ \InsetSpace ~ a,#0xfc\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ;calculate pointer to the rightmost parameter \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ r1,a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ a,@r0 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ add\InsetSpace ~ \InsetSpace ~ a,@r1 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ add\InsetSpace ~ \InsetSpace ~ a,r2\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ;calculate the result (= sum of all three parameters) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ dpl,a\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ;return value goes into dptr (cast into int) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ dph,#0x00 \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ sp,_bp \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ pop\InsetSpace ~ \InsetSpace ~ _bp \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ret \end_layout \begin_layout Standard The compiling and linking procedure remains the same, however note the extra entry & exit linkage required for the assembler code, _bp is the stack frame pointer and is used to compute the offset into the stack for parameters and local variables. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section int (16 bit) \begin_inset LatexCommand index name "int (16 bit)" \end_inset and long (32 bit) \begin_inset LatexCommand index name "long (32 bit)" \end_inset Support \end_layout \begin_layout Standard For signed & unsigned int (16 bit) and long (32 bit) variables, division, multiplication and modulus operations are implemented by support routines. These support routines are all developed in ANSI-C to facilitate porting to other MCUs, although some model specific assembler optimizations are used. The following files contain the described routines, all of them can be found in /share/sdcc/lib. \newline \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard \series bold Function \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Description \end_layout \end_inset \begin_inset Text \begin_layout Standard _mulint.c \end_layout \end_inset \begin_inset Text \begin_layout Standard 16 bit multiplication \end_layout \end_inset \begin_inset Text \begin_layout Standard _divsint.c \end_layout \end_inset \begin_inset Text \begin_layout Standard signed 16 bit division (calls _divuint) \end_layout \end_inset \begin_inset Text \begin_layout Standard _divuint.c \end_layout \end_inset \begin_inset Text \begin_layout Standard unsigned 16 bit division \end_layout \end_inset \begin_inset Text \begin_layout Standard _modsint.c \end_layout \end_inset \begin_inset Text \begin_layout Standard signed 16 bit modulus (calls _moduint) \end_layout \end_inset \begin_inset Text \begin_layout Standard _moduint.c \end_layout \end_inset \begin_inset Text \begin_layout Standard unsigned 16 bit modulus \end_layout \end_inset \begin_inset Text \begin_layout Standard _mullong.c \end_layout \end_inset \begin_inset Text \begin_layout Standard 32 bit multiplication \end_layout \end_inset \begin_inset Text \begin_layout Standard _divslong.c \end_layout \end_inset \begin_inset Text \begin_layout Standard signed 32 division (calls _divulong) \end_layout \end_inset \begin_inset Text \begin_layout Standard _divulong.c \end_layout \end_inset \begin_inset Text \begin_layout Standard unsigned 32 division \end_layout \end_inset \begin_inset Text \begin_layout Standard _modslong.c \end_layout \end_inset \begin_inset Text \begin_layout Standard signed 32 bit modulus (calls _modulong) \end_layout \end_inset \begin_inset Text \begin_layout Standard _modulong.c \end_layout \end_inset \begin_inset Text \begin_layout Standard unsigned 32 bit modulus \end_layout \end_inset \end_inset \newline \end_layout \begin_layout Standard Since they are compiled as \emph on non-reentrant \emph default \begin_inset LatexCommand index name "reentrant" \end_inset , interrupt \begin_inset LatexCommand index name "interrupt" \end_inset service routines should not do any of the above operations. If this is unavoidable then the above routines will need to be compiled with the \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-auto \begin_inset LatexCommand index name "-\\/-stack-auto" \end_inset \emph default option, after which the source program will have to be compiled with \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -int-long-reent \begin_inset LatexCommand index name "-\\/-int-long-reent" \end_inset \emph default option. Notice that you don't have to call these routines directly. The compiler will use them automatically every time an integer operation is required. \end_layout \begin_layout Section Floating Point Support \begin_inset LatexCommand index name "Floating point support" \end_inset \end_layout \begin_layout Standard SDCC supports IEEE (single precision 4 bytes) floating point numbers. The floating point support routines are derived from gcc's floatlib.c and consist of the following routines: \newline \end_layout \begin_layout Standard \align center \size footnotesize \begin_inset Tabular \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none Function \end_layout \end_inset \begin_inset Text \begin_layout Standard Description \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _fsadd.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none add floating point numbers \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _fssub.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none subtract floating point numbers \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _fsdiv.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none divide floating point numbers \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _fsmul.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none multiply floating point numbers \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _fs2uchar.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none convert floating point to unsigned char \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _fs2char.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none convert floating point to signed char \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _fs2uint.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none convert floating point to unsigned int \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _fs2int.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none convert floating point to signed int \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _fs2ulong. \family default \series default \shape default \size default \emph default \bar default \noun default c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none convert floating point to unsigned long \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _fs2long.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none convert floating point to signed long \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _uchar2fs.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none convert unsigned char to floating point \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _char2fs.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none convert char to floating point number \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _uint2fs.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none convert unsigned int to floating point \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _int2fs.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none convert int to floating point numbers \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _ulong2fs.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none convert unsigned long to floating point number \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none _long2fs.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none convert long to floating point number \end_layout \end_inset \end_inset \newline \end_layout \begin_layout Standard These support routines are developed in ANSI-C so there is room for space and speed improvement \begin_inset Foot status open \begin_layout Standard These floating point routines ( \emph on not \emph default sinf(), cosf(), ...) for the mcs51 are implemented in assembler. \end_layout \end_inset . Note if all these routines are used simultaneously the data space might overflow. For serious floating point usage the large model might be needed. Also notice that you don't have to call this routines directly. The compiler will use them automatically every time a floating point operation is required. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section Library Routines \begin_inset LatexCommand index name "Libraries" \end_inset \end_layout \begin_layout Standard \emph on \end_layout \begin_layout Subsection Compiler support routines (_gptrget, _mulint etc.) \end_layout \begin_layout Subsection Stdclib functions (puts, printf, strcat etc.) \end_layout \begin_layout Subsubsection \end_layout \begin_layout Paragraph getchar(), putchar() \end_layout \begin_layout Standard \begin_inset LatexCommand index name "" \end_inset As usual on embedded systems you have to provide your own \family typewriter getchar() \begin_inset LatexCommand index name "getchar()" \end_inset \family default and \family typewriter putchar() \begin_inset LatexCommand index name "putchar()" \end_inset \family default routines. SDCC does not know whether the system connects to a serial line with or without handshake, LCD, keyboard or other device. And whether a \family typewriter lf \family default to \family typewriter crlf \family default conversion within \family typewriter putchar() \family default is intended. You'll find examples for serial routines f.e. in sdcc/device/lib. For the mcs51 this minimalistic polling \family typewriter putchar() \family default routine might be a start: \end_layout \begin_layout Verse \family typewriter void putchar (char c) { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ while (!TI)\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* assumes UART is initialized */ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ TI = 0; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ SBUF = c; \newline } \end_layout \begin_layout Paragraph printf() \end_layout \begin_layout Standard The default \family typewriter printf() \begin_inset LatexCommand index name "printf()" \end_inset \family default implementation in \family typewriter printf_large.c \family default does not support float \begin_inset LatexCommand index name "Floating point support" \end_inset (except on ds390), only \begin_inset LatexCommand index name "" \end_inset \begin_inset LatexCommand index name "printf floating point support" \end_inset will be printed instead of the value. To enable floating point output, recompile it with the option \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset DUSE_FLOATS=1 \begin_inset LatexCommand index name "USE\\_FLOATS" \end_inset \emph default on the command line. Use \emph on - \begin_inset ERT status open \begin_layout Standard \backslash / \end_layout \end_inset -model-large \begin_inset LatexCommand index name "-\\/-model-large" \end_inset \emph default for the mcs51 port, since this uses a lot of memory. To enable float support for the pic16 targets, see \begin_inset LatexCommand ref reference "sub:pic16Libraries" \end_inset . \end_layout \begin_layout Standard If you're short on code memory you might want to use \family typewriter printf_small() \begin_inset LatexCommand index name "printf\\_small()" \end_inset \family default \emph on instead \emph default of \family typewriter printf(). \family default For the mcs51 there additionally are assembly versions \family typewriter printf_tiny() \begin_inset LatexCommand index name "printf\\_tiny() (mcs51)" \end_inset \family default (subset of printf using less than 270 bytes) and \family typewriter printf_fast() \begin_inset LatexCommand index name "printf\\_fast() (mcs51)" \end_inset \family default and \family typewriter printf_fast_f() \begin_inset LatexCommand index name "printf\\_fast\\_f() (mcs51)" \end_inset \family default (floating-point aware version of printf_fast) which should fit the requirements of many embedded systems (printf_fast() can be customized by unsetting #defines to \emph on not \emph default support long variables and field widths). Be sure to use only one of these printf options within a project. \newline \end_layout \begin_layout Standard Feature matrix of different \emph on printf \emph default options on mcs51. \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard \series bold \size large mcs51 \end_layout \end_inset \begin_inset Text \begin_layout Standard printf \begin_inset LatexCommand index name "printf()" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard printf \size scriptsize USE_FLOATS=1 \end_layout \end_inset \begin_inset Text \begin_layout Standard printf_small \end_layout \end_inset \begin_inset Text \begin_layout Standard printf_fast \end_layout \end_inset \begin_inset Text \begin_layout Standard printf_fast_f \end_layout \end_inset \begin_inset Text \begin_layout Standard printf_tiny \end_layout \end_inset \begin_inset Text \begin_layout Standard filename \end_layout \end_inset \begin_inset Text \begin_layout Standard \size scriptsize printf_large.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \size scriptsize printf_large.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \size scriptsize printfl.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \size scriptsize printf_fast.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \size scriptsize printf_fast_f.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \size scriptsize printf_tiny.c \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset Quotes sld \end_inset Hello World \begin_inset Quotes srd \end_inset size \end_layout \begin_layout Standard small / large \end_layout \end_inset \begin_inset Text \begin_layout Standard 1.7k / 2.4k \end_layout \end_inset \begin_inset Text \begin_layout Standard 4.3k / 5.6k \end_layout \end_inset \begin_inset Text \begin_layout Standard 1.2k / 1.8k \end_layout \end_inset \begin_inset Text \begin_layout Standard 1.3k / 1.3k \end_layout \end_inset \begin_inset Text \begin_layout Standard 1.9k / 1.9k \end_layout \end_inset \begin_inset Text \begin_layout Standard 0.44k / 0.44k \end_layout \end_inset \begin_inset Text \begin_layout Standard code size \end_layout \begin_layout Standard small / large \end_layout \end_inset \begin_inset Text \begin_layout Standard 1.4k / 2.0k \end_layout \end_inset \begin_inset Text \begin_layout Standard 2.8k / 3.7k \end_layout \end_inset \begin_inset Text \begin_layout Standard 0.45k / 0.47k (+ _ltoa) \end_layout \end_inset \begin_inset Text \begin_layout Standard 1.2k / 1.2k \end_layout \end_inset \begin_inset Text \begin_layout Standard 1.6k / 1.6k \end_layout \end_inset \begin_inset Text \begin_layout Standard 0.26k / 0.26k \end_layout \end_inset \begin_inset Text \begin_layout Standard formats \end_layout \end_inset \begin_inset Text \begin_layout Standard cdi \emph on o \emph default psux \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none cd \family default \series default \shape default \size default \emph default \bar default \noun default f \family roman \series medium \shape up \size normal \emph off \bar no \noun off i \family default \series default \shape default \size default \emph on \bar default \noun default o \family roman \series medium \shape up \size normal \emph off \bar no \noun off psux \end_layout \end_inset \begin_inset Text \begin_layout Standard c \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none d \family default \series default \shape default \size default \emph on \bar default \noun default o \family roman \series medium \shape up \size normal \emph off \bar no \noun off s \family default \series default \shape default \size default \emph default \bar default \noun default x \end_layout \end_inset \begin_inset Text \begin_layout Standard cdsux \end_layout \end_inset \begin_inset Text \begin_layout Standard cdfsux \end_layout \end_inset \begin_inset Text \begin_layout Standard cdsux \end_layout \end_inset \begin_inset Text \begin_layout Standard long (32 bit) support \end_layout \end_inset \begin_inset Text \begin_layout Standard x \end_layout \end_inset \begin_inset Text \begin_layout Standard x \end_layout \end_inset \begin_inset Text \begin_layout Standard x \end_layout \end_inset \begin_inset Text \begin_layout Standard x \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none x \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard byte arguments on stack \end_layout \end_inset \begin_inset Text \begin_layout Standard b \end_layout \end_inset \begin_inset Text \begin_layout Standard b \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard float format \begin_inset LatexCommand index name "Floating point support" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard %f \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard %f \begin_inset Foot status collapsed \begin_layout Standard Range limited to +/- 4294967040, precision limited to 8 digits past decimal \end_layout \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard float formats %e %g \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard field width \end_layout \end_inset \begin_inset Text \begin_layout Standard x \end_layout \end_inset \begin_inset Text \begin_layout Standard x \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard x \end_layout \end_inset \begin_inset Text \begin_layout Standard x \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard string speed \begin_inset Foot status collapsed \begin_layout Standard Execution time of printf("%s%c%s%c%c%c", "Hello", ' ', "World", '!', ' \backslash r', ' \backslash n'); standard 8051 @ 22.1184 MHz, empty putchar() \end_layout \end_inset , \end_layout \begin_layout Standard small / large \end_layout \end_inset \begin_inset Text \begin_layout Standard 1.52 / 2.59 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 1.53 / 2.62 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 0.92 / 0.93 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 0.45 / 0.45 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 0.46 / 0.46 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 0.45 / 0.45 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard int speed \begin_inset Foot status collapsed \begin_layout Standard Execution time of printf("%d", -12345); standard 8051 @ 22.1184 MHz, empty putchar() \end_layout \end_inset , \end_layout \begin_layout Standard small / large \end_layout \end_inset \begin_inset Text \begin_layout Standard 3.01 / 3.61 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 3.01 / 3.61 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 3.51 / 18.13 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 0.22 / 0.22 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 0.23 / 0.23 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 0.25 / 0.25 ms \begin_inset Foot status collapsed \begin_layout Standard printf_tiny integer speed is data dependent, worst case is 0.33 ms \end_layout \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard long speed \begin_inset Foot status collapsed \begin_layout Standard Execution time of printf("%ld", -123456789); standard 8051 @ 22.1184 MHz, empty putchar() \end_layout \end_inset , \end_layout \begin_layout Standard small / large \end_layout \end_inset \begin_inset Text \begin_layout Standard 5.37 / 6.31 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 5.37 / 6.31 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 8.71 / 40.65 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 0.40 / 0.40 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard 0.40 / 0.40 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard float speed \begin_inset Foot status collapsed \begin_layout Standard Execution time of printf("%.3f", -12345.678); standard 8051 @ 22.1184 MHz, empty putchar() \end_layout \end_inset , \end_layout \begin_layout Standard small / large \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard 7.49 / 22.47 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \begin_inset Text \begin_layout Standard 1.04 / 1.04 ms \end_layout \end_inset \begin_inset Text \begin_layout Standard - \end_layout \end_inset \end_inset \end_layout \begin_layout Subsubsection \begin_inset LatexCommand index name "malloc.h" \end_inset \end_layout \begin_layout Standard As of SDCC 2.6.2 you no longer need to call an initialization routine before using dynamic memory allocation \begin_inset LatexCommand index name "dynamic memory allocation (malloc)" \end_inset and a default heap \begin_inset LatexCommand index name "heap (malloc)" \end_inset space of 1024 bytes is provided for malloc to allocate memory from. If you need a different heap size you need to recompile _heap.c with the required size defined in HEAP_SIZE. It is recommended to make a copy of this file into your project directory and compile it there with: \end_layout \begin_layout Verse \family typewriter sdcc -c _heap.c -D HEAP_SIZE=2048 \end_layout \begin_layout Standard And then link it with: \end_layout \begin_layout Verse \family typewriter sdcc main.rel _heap.rel \end_layout \begin_layout Subsection Math functions (sinf, powf, sqrtf etc.) \end_layout \begin_layout Subsubsection \end_layout \begin_layout Standard See definitions in file . \end_layout \begin_layout Subsection Other libraries \end_layout \begin_layout Standard Libraries \begin_inset LatexCommand index name "Libraries" \end_inset included in SDCC should have a license at least as liberal as the GNU Lesser General Public License \begin_inset LatexCommand index name "GNU Lesser General Public License, LGPL" \end_inset \emph on LGPL \emph default . \end_layout \begin_layout Standard \begin_inset Note Note status collapsed \begin_layout Standard license statements for the libraries are missing. sdcc/device/lib/ser_ir.c \end_layout \begin_layout Standard or _decdptr f.e. come with a GPL (as opposed to LGPL) License - this will not be liberal enough for many embedded programmers. \end_layout \end_inset \end_layout \begin_layout Standard If you have ported some library or want to share experience about some code which f.e. falls into any of these categories Busses (I \begin_inset Formula $^{\textrm{2}}$ \end_inset C, CAN, Ethernet, Profibus, Modbus, USB, SPI, JTAG ...), Media (IDE, Memory cards, eeprom, flash...), En-/Decryption, Remote debugging, Realtime kernel, Keyboard, LCD, RTC, FPGA, PID then the sdcc-user mailing list \begin_inset LatexCommand url target "http://sourceforge.net/mail/?group_id=599" \end_inset \InsetSpace ~ would certainly like to hear about it. \end_layout \begin_layout Standard Programmers coding for embedded systems are not especially famous for being enthusiastic, so don't expect a big hurray but as the mailing list is searchabl e these references are very valuable. Let's help to create a climate where information is shared. \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section Memory Models \end_layout \begin_layout Subsection MCS51 Memory Models \begin_inset LatexCommand index name "Memory model" \end_inset \begin_inset LatexCommand index name "MCS51 memory model" \end_inset \end_layout \begin_layout Subsubsection Small, Medium and Large \end_layout \begin_layout Standard SDCC allows three memory models for MCS51 code, \shape slanted small, medium \shape default and \shape slanted large \shape default . Modules compiled with different memory models should \emph on never \emph default be combined together or the results would be unpredictable. The library routines supplied with the compiler are compiled as small, medium and large. The compiled library modules are contained in separate directories as small, medium and large so that you can link to the appropriate set. \end_layout \begin_layout Standard When the medium or large model is used all variables declared without a storage class will be allocated into the external ram, this includes all parameters and local variables (for non-reentrant \begin_inset LatexCommand index name "reentrant" \end_inset functions). When the small model is used variables without storage class are allocated in the internal ram. \end_layout \begin_layout Standard Judicious usage of the processor specific storage classes \begin_inset LatexCommand index name "Storage class" \end_inset and the 'reentrant' function type will yield much more efficient code, than using the large model. Several optimizations are disabled when the program is compiled using the large model, it is therefore recommended that the small model be used unless absolutely required. \end_layout \begin_layout Subsubsection External Stack \begin_inset LatexCommand label name "sub:External-Stack" \end_inset \begin_inset LatexCommand index name "stack" \end_inset \begin_inset LatexCommand index name "External stack (mcs51)" \end_inset \end_layout \begin_layout Standard The external stack (- \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xstack option \begin_inset LatexCommand index name "-\\/-xstack" \end_inset ) is located in pdata \begin_inset LatexCommand index name "pdata (mcs51, ds390 storage class)" \end_inset memory (usually at the start of the external ram segment) and uses all unused space in pdata (max. 256 bytes). When - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xstack option is used to compile the program, the parameters and local variables \begin_inset LatexCommand index name "local variables" \end_inset of all reentrant functions are allocated in this area. This option is provided for programs with large stack space requirements. When used with the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-auto \begin_inset LatexCommand index name "-\\/-stack-auto" \end_inset option, all parameters and local variables are allocated on the external stack (note: support libraries will need to be recompiled with the same options. There is a predefined target in the library makefile). \end_layout \begin_layout Standard The compiler outputs the higher order address byte of the external ram segment into port P2 \begin_inset LatexCommand index name "P2 (mcs51 sfr)" \end_inset (see also section \begin_inset LatexCommand ref reference "sub:MCS51-variants" \end_inset ), therefore when using the External Stack option, this port \emph on may not \emph default be used by the application program. \end_layout \begin_layout Subsection DS390 Memory Model \begin_inset LatexCommand index name "Memory model" \end_inset \begin_inset LatexCommand index name "DS390 memory model" \end_inset \end_layout \begin_layout Standard The only model supported is Flat 24 \begin_inset LatexCommand index name "Flat 24 (DS390 memory model)" \end_inset . This generates code for the 24 bit contiguous addressing mode of the Dallas DS80C390 part. In this mode, up to four meg of external RAM or code space can be directly addressed. See the data sheets at www.dalsemi.com for further information on this part. \newline \newline Note that the compiler does not generate any code to place the processor into 24 bitmode (although \emph on tinibios \emph default in the ds390 libraries will do that for you). If you don't use \emph on tinibios \emph default \begin_inset LatexCommand index name "Tinibios (DS390)" \end_inset , the boot loader or similar code must ensure that the processor is in 24 bit contiguous addressing mode before calling the SDCC startup code. \newline \newline Like the \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -model-large \emph default option, variables will by default be placed into the XDATA segment. \newline \newline Segments may be placed anywhere in the 4 meg address space using the usual - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -*-loc options. Note that if any segments are located above 64K, the -r flag must be passed to the linker to generate the proper segment relocations, and the Intel HEX output format must be used. The -r flag can be passed to the linker by using the option \emph on -Wl-r \emph default on the SDCC command line. However, currently the linker can not handle code segments > 64k. \end_layout \begin_layout Section Pragmas \begin_inset LatexCommand label name "sec:Pragmas" \end_inset \begin_inset LatexCommand index name "Pragmas" \end_inset \end_layout \begin_layout Standard Pragmas are used to turn on and/or off certain compiler options. Some of them are closely related to corresponding command-line options (see section \begin_inset LatexCommand vref reference "sec:Command-Line-Options" \end_inset ). \newline Pragmas should be placed before and/or after a function, placing pragmas inside a function body could have unpredictable results. \newline \newline SDCC supports the following #pragma directives: \end_layout \begin_layout Itemize \series bold save \series default \begin_inset LatexCommand index name "\\#pragma save" \end_inset - this will save most current options to the save/restore stack. See #pragma\InsetSpace ~ restore. \end_layout \begin_layout Itemize \series bold restore \series default \begin_inset LatexCommand index name "\\#pragma restore" \end_inset - will restore saved options from the last save. saves & restores can be nested. SDCC uses a save/restore stack: save pushes current options to the stack, restore pulls current options from the stack. See #pragma\InsetSpace ~ save. \newline \end_layout \begin_layout Itemize \series bold callee_saves \series default \begin_inset LatexCommand index name "\\#pragma callee\\_saves" \end_inset \begin_inset LatexCommand index name "function prologue" \end_inset function1[,function2[,function3...]] \begin_inset LatexCommand label name "ite:callee_saves-function1[,function2[,function3...]]--" \end_inset - The compiler by default uses a caller saves convention for register saving across function calls, however this can cause unnecessary register pushing and popping \begin_inset LatexCommand index name "push/pop" \end_inset when calling small functions from larger functions. This option can be used to switch off the register saving convention for the function names specified. The compiler will not save registers when calling these functions, extra code need to be manually inserted at the entry and exit for these functions to save and restore the registers used by these functions, this can SUBSTANTIAL LY reduce code and improve run time performance of the generated code. In the future the compiler (with inter procedural analysis) may be able to determine the appropriate scheme to use for each function call. If - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -callee-saves command line option is used (see page \begin_inset LatexCommand vpageref reference "lyx:--callee-saves-function1[,function2][,function3]..." \end_inset ), the function names specified in #pragma\InsetSpace ~ callee_saves \begin_inset LatexCommand index name "\\#pragma callee\\_saves" \end_inset is appended to the list of functions specified in the command line. \end_layout \begin_layout Itemize \series bold exclude \series default \begin_inset LatexCommand index name "\\#pragma exclude" \end_inset none | {acc[,b[,dpl[,dph]]] - The exclude pragma disables the generation of pairs of push/pop \begin_inset LatexCommand index name "push/pop" \end_inset instructions in \emph on I \emph default nterrupt \begin_inset LatexCommand index name "interrupt" \end_inset \emph on S \emph default ervice \emph on R \emph default outines. The directive should be placed immediately before the ISR function definition and it affects ALL ISR functions following it. To enable the normal register saving for ISR functions use #pragma\InsetSpace ~ exclude\InsetSpace ~ none \begin_inset LatexCommand index name "\\#pragma exclude" \end_inset . See also the related keyword _naked \begin_inset LatexCommand index name "\\_naked" \end_inset \begin_inset LatexCommand index name "\\_\\_naked" \end_inset . \end_layout \begin_layout Itemize \series bold less_pedantic \series default \begin_inset LatexCommand index name "pedantic" \end_inset \begin_inset LatexCommand index name "\\#pragma less\\_pedantic" \end_inset \begin_inset LatexCommand label name "ite:less_pedantic" \end_inset - the compiler will not warn you anymore for obvious mistakes, you're on your own now ;-( . See also the command line option - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -less-pedantic \begin_inset LatexCommand vpageref reference "lyx:--less-pedantic" \end_inset . \newline More specifically, the following warnings will be disabled: \shape italic comparison is always [true/false] due to limited range of data type \shape default (94); \shape italic overflow in implicit constant conversion \shape default (158); [the (in)famous] \shape italic conditional flow changed by optimizer: so said EVELYN the modified DOG \shape default (110); \shape italic function '[function name]' must return value \shape default (59). \newline Furthermore, warnings of less importance (of PEDANTIC and INFO warning level) are disabled, too, namely: \shape italic constant value '[ \begin_inset Note Note status collapsed \begin_layout Standard dunno what comes here - this warning appears to be unused altogether \end_layout \end_inset ]', out of range \shape default (81); \shape italic [left/right] shifting more than size of object changed to zero \shape default (116); \shape italic unreachable code \shape default (126); \shape italic integer overflow in expression \shape default (165); \shape italic unmatched #pragma save and #pragma restore \shape default (170); \shape italic comparison of 'signed char' with 'unsigned char' requires promotion to int \shape default (185); \shape italic ISO C90 does not support flexible array members \shape default (187); \shape italic extended stack by [number] bytes for compiler temp(s) :in function '[function\InsetSpace ~ nam e]':\InsetSpace ~ [ \begin_inset Note Note status collapsed \begin_layout Standard appears to be always blank - what was supposed to be here? \end_layout \end_inset ] \shape default (114); \shape italic function '[function name]', # edges [number] , # nodes [number] , cyclomatic complexity [number] \shape default (121). \end_layout \begin_layout Itemize \series bold disable_warning \series default \begin_inset LatexCommand index name "\\#pragma disable\\_warning" \end_inset - the compiler will not warn you anymore about warning number . \end_layout \begin_layout Itemize \series bold nogcse \series default \begin_inset LatexCommand index name "\\#pragma nogcse" \end_inset - will stop global common subexpression elimination. \end_layout \begin_layout Itemize \series bold noinduction \series default \begin_inset LatexCommand index name "\\#pragma noinduction" \end_inset - will stop loop induction optimizations. \end_layout \begin_layout Itemize \series bold noinvariant \series default \begin_inset LatexCommand index name "\\#pragma noinvariant" \end_inset - will not do loop invariant optimizations. For more details see Loop Invariants in section \begin_inset LatexCommand ref reference "sub:Loop-Optimizations" \end_inset . \end_layout \begin_layout Itemize \series bold noiv \series default \begin_inset LatexCommand index name "\\#pragma noiv" \end_inset - Do not generate interrupt \begin_inset LatexCommand index name "interrupt" \end_inset vector table \begin_inset LatexCommand index name "interrupt vector table" \end_inset entries for all ISR functions defined after the pragma. This is useful in cases where the interrupt vector table must be defined manually, or when there is a secondary, manually defined interrupt vector table (e.g. for the autovector feature of the Cypress EZ-USB FX2). More elegantly this can be achieved by omitting the optional interrupt number after the interrupt keyword, see section \begin_inset LatexCommand ref reference "sub:Interrupt-Service-Routines" \end_inset \InsetSpace ~ about interrupts. \end_layout \begin_layout Itemize \series bold nojtbound \series default \begin_inset LatexCommand index name "\\#pragma nojtbound" \end_inset - will not generate code for boundary value checking, when switch statements are turned into jump-tables (dangerous). For more details see section \begin_inset LatexCommand ref reference "sub:'switch'-Statements" \end_inset . \end_layout \begin_layout Itemize \series bold noloopreverse \series default \begin_inset LatexCommand index name "\\#pragma noloopreverse" \end_inset - Will not do loop reversal optimization \end_layout \begin_layout Itemize \series bold nooverlay \series default \begin_inset LatexCommand index name "\\#pragma nooverlay" \end_inset - the compiler will not overlay the parameters and local variables of a function. \end_layout \begin_layout Itemize \series bold stackauto \series default \begin_inset LatexCommand index name "\\#pragma stackauto" \end_inset - See option - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-auto \begin_inset LatexCommand index name "-\\/-stack-auto" \end_inset and section \begin_inset LatexCommand ref reference "sec:Parameters-and-Local-Variables" \end_inset Parameters and Local Variables. \end_layout \begin_layout Itemize \series bold opt_code_speed \series default \begin_inset LatexCommand index name "\\#pragma opt\\_code\\_speed" \end_inset - The compiler will optimize code generation towards fast code, possibly at the expense of code size. Currently this has little effect. \end_layout \begin_layout Itemize \series bold opt_code_size \series default \begin_inset LatexCommand index name "\\#pragma opt\\_code\\_size" \end_inset - The compiler will optimize code generation towards compact code, possibly at the expense of code speed. Currently this has little effect. \end_layout \begin_layout Itemize \series bold opt_code_balanced \series default \begin_inset LatexCommand index name "\\#pragma opt\\_code\\_balanced" \end_inset - The compiler will attempt to generate code that is both compact and fast, as long as meeting one goal is not a detriment to the other (this is the default). \end_layout \begin_layout Itemize \series bold std_sdcc89 \series default \begin_inset LatexCommand index name "\\#pragma std\\_sdcc89" \end_inset - Generally follow the C89 standard, but allow SDCC features that conflict with the standard (default). \end_layout \begin_layout Itemize \series bold std_c89 \series default \begin_inset LatexCommand index name "\\#pragma std\\_c89" \end_inset - Follow the C89 standard and disable SDCC features that conflict with the standard. \end_layout \begin_layout Itemize \series bold std_sdcc99 \series default \begin_inset LatexCommand index name "\\#pragma std\\_sdcc99" \end_inset - Generally follow the C99 standard, but allow SDCC features that conflict with the standard (incomplete support). \end_layout \begin_layout Itemize \series bold std_c99 \series default \begin_inset LatexCommand index name "\\#pragma std\\_c99" \end_inset - Follow the C99 standard and disable SDCC features that conflict with the standard (incomplete support). \end_layout \begin_layout Itemize \series bold codeseg \series default \begin_inset LatexCommand index name "\\#pragma codeseg" \end_inset - Use this name (max. 8 characters) for the code segment. See option - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -codeseg. \end_layout \begin_layout Itemize \series bold constseg \series default \begin_inset LatexCommand index name "\\#pragma constseg" \end_inset - Use this name (max. 8 characters) for the const segment. See option - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -constseg. \end_layout \begin_layout Standard The preprocessor SDCPP \begin_inset LatexCommand index name "sdcpp (preprocessor)" \end_inset supports the following #pragma directives: \end_layout \begin_layout Itemize \series bold pedantic_parse_number \series default \begin_inset LatexCommand index name "pedantic" \end_inset \begin_inset LatexCommand index name "\\#pragma pedantic\\_parse\\_number" \end_inset (+ | -) \begin_inset LatexCommand label name "ite:pedantic_parse_number" \end_inset - Pedantic parse numbers so that situations like 0xfe-LO_B(3) are parsed properly and the macro LO_B(3) gets expanded. Default is off. See also the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -pedantic-parse-number command line option \begin_inset LatexCommand vpageref reference "lyx:-pedantic-parse-number" \end_inset . \newline Below is an example on how to use this pragma. \emph on Note: this functionality is not in conformance with standard! \end_layout \begin_layout Verse \family typewriter #pragma pedantic_parse_number + \begin_inset LatexCommand index name "\\#pragma pedantic\\_parse\\_number" \end_inset \newline \newline #define LO_B(x) ((x) & 0xff) \newline \newline unsigned char foo(void) \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ unsigned char c=0xfe-LO_B(3) ; \newline \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ return c; \newline } \newline \end_layout \begin_layout Itemize \series bold preproc_asm \series default \begin_inset LatexCommand index name "\\#pragma preproc\\_asm" \end_inset (+ | -) - switch _asm _endasm block preprocessing on / off. Default is on. You use this pragma to define multilines of assembly code. This will prevent the preprocessor from changing the formatting required by assembly code. Below is an example on how to use this pragma. \end_layout \begin_layout Verse \family typewriter #pragma preproc_asm - \begin_inset LatexCommand index name "\\#pragma preproc\\_asm" \end_inset \newline #define MYDELAY _asm \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ nop ;my assembly comment... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ nop \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ nop \newline _endasm \newline #pragma preproc_asm + \newline \newline void foo (void) \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ MYDELAY; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline } \newline \end_layout \begin_layout Itemize \series bold sdcc_hash \series default \begin_inset LatexCommand index name "\\#pragma sdcc\\_hash" \end_inset (+ | -) - Allow "naked" hash in macro definition, for example: \newline \family typewriter #define DIR_LO(x) #(x & 0xff) \family default \newline Default is off. Below is an example on how to use this pragma. \end_layout \begin_layout Verse \family typewriter #pragma preproc_asm + \newline #pragma sdcc_hash + \begin_inset LatexCommand index name "\\#pragma sdcc\\_hash" \end_inset \newline \newline #define ROMCALL(x) \backslash \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov R6_B3, #(x & 0xff) \backslash \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov R7_B3, #((x >> 8) & 0xff) \backslash \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ lcall __romcall \newline \newline ... \newline _asm \newline ROMCALL(72) \newline _endasm; \newline ... \newline \end_layout \begin_layout Standard Some of the pragmas are intended to be used to turn-on or off certain optimizati ons which might cause the compiler to generate extra stack and/or data space to store compiler generated temporary variables. This usually happens in large functions. Pragma directives should be used as shown in the following example, they are used to control options and optimizations for a given function. \end_layout \begin_layout Verse \family typewriter #pragma save \begin_inset LatexCommand index name "\\#pragma save" \end_inset \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* save the current settings */ \newline #pragma nogcse \begin_inset LatexCommand index name "\\#pragma nogcse" \end_inset \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* turnoff global subexpression elimination */ \newline #pragma noinduction \begin_inset LatexCommand index name "\\#pragma noinduction" \end_inset /* turn off induction optimizations */ \newline int foo () \newline { \newline \InsetSpace ~ \InsetSpace ~ ... \newline \InsetSpace ~ \InsetSpace ~ /* large code */ \newline \InsetSpace ~ \InsetSpace ~ ... \newline } \newline #pragma restore \begin_inset LatexCommand index name "\\#pragma restore" \end_inset /* turn the optimizations back on */ \end_layout \begin_layout Standard The compiler will generate a warning message when extra space is allocated. It is strongly recommended that the save and restore pragmas be used when changing options for a function. \newline \newline \newline \end_layout \begin_layout Section Defines Created by the Compiler \end_layout \begin_layout Standard The compiler creates the following #defines \begin_inset LatexCommand index name "\\#defines" \end_inset \begin_inset LatexCommand index name "Defines created by the compiler" \end_inset : \newline \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard \series bold #define \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Description \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC \begin_inset LatexCommand index name "SDCC" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard Always defined. Since version 2.5.6 the version number as an int (ex. 256) \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_mcs51 \begin_inset LatexCommand index name "SDCC\\_mcs51" \end_inset or SDCC_ds390 \begin_inset LatexCommand index name "SDCC\\_ds390" \end_inset or SDCC_z80 \begin_inset LatexCommand index name "SDCC\\_z80" \end_inset , etc. \end_layout \end_inset \begin_inset Text \begin_layout Standard depending on the model used (e.g.: -mds390) \end_layout \end_inset \begin_inset Text \begin_layout Standard __mcs51 \begin_inset LatexCommand index name "\\_\\_mcs51" \end_inset , __ds390 \begin_inset LatexCommand index name "\\_\\_ds390" \end_inset , __hc08 \begin_inset LatexCommand index name "\\_\\_hc08" \end_inset , __z80 \begin_inset LatexCommand index name "\\_\\_z80" \end_inset , etc \end_layout \end_inset \begin_inset Text \begin_layout Standard depending on the model used (e.g. -mz80) \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_STACK_AUTO \begin_inset LatexCommand index name "SDCC\\_STACK\\_AUTO" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard when \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-auto \emph default option is used \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_MODEL_SMALL \begin_inset LatexCommand index name "SDCC\\_MODEL\\_SMALL" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard when \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -model-small \emph default is used \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_MODEL_MEDIUM \begin_inset LatexCommand index name "SDCC\\_MODEL\\_MEDIUM" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard when \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -model-medium \emph default is used \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_MODEL_LARGE \begin_inset LatexCommand index name "SDCC\\_MODEL\\_LARGE" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard when \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -model-large \emph default is used \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_USE_XSTACK \begin_inset LatexCommand index name "SDCC\\_USE\\_XSTACK" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard when \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -xstack \emph default option is used \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_STACK_TENBIT \begin_inset LatexCommand index name "SDCC\\_STACK\\_TENBIT" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard when \emph on -mds390 \emph default is used \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_MODEL_FLAT24 \begin_inset LatexCommand index name "SDCC\\_MODEL\\_FLAT24" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard when \emph on -mds390 \emph default is used \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_REVISION \begin_inset LatexCommand index name "SDCC\\_REVISION" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard Always defined. SDCC svn revision number \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_PARMS_IN_BANK1 \begin_inset LatexCommand index name "SDCC\\_PARMS\\_IN\\_BANK1" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard when \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -parms-in-bank1 \emph default is used \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_FLOAT_REENT \begin_inset LatexCommand index name "SDCC\\_MODEL\\_FLAT24" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard when \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -float-reent \emph default is used \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_INT_LONG_REENT \begin_inset LatexCommand index name "SDCC\\_INT\\_LONG\\_REENT" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard when \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -int-long-reent \emph default is used \end_layout \end_inset \end_inset \end_layout \begin_layout Chapter Notes on supported Processors \end_layout \begin_layout Section MCS51 variants \begin_inset LatexCommand label name "sub:MCS51-variants" \end_inset \begin_inset LatexCommand index name "MCS51 variants" \end_inset \end_layout \begin_layout Standard MCS51 processors are available from many vendors and come in many different flavours. While they might differ considerably in respect to Special Function Registers the core MCS51 is usually not modified or is kept compatible. \end_layout \begin_layout Subsection pdata access by SFR \end_layout \begin_layout Standard With the upcome of devices with internal xdata and flash memory devices using port P2 \begin_inset LatexCommand index name "P2 (mcs51 sfr)" \end_inset as dedicated I/O port is becoming more popular. Switching the high byte for pdata \begin_inset LatexCommand index name "pdata (mcs51, ds390 storage class)" \end_inset access which was formerly done by port P2 is then achieved by a Special Function Register \begin_inset LatexCommand index name "sfr" \end_inset . In well-established MCS51 tradition the address of this \emph on sfr \emph default is where the chip designers decided to put it. Needless to say that they didn't agree on a common name either. So that the startup code can correctly initialize xdata variables, you should define an sfr with the name _XPAGE \family typewriter \begin_inset LatexCommand index name "\\_XPAGE (mcs51)" \end_inset \family default at the appropriate location if the default, port P2, is not used for this. Some examples are: \end_layout \begin_layout Verse \family typewriter __sfr __at (0x85) _XPAGE; /* Ramtron VRS51 family a.k.a. MPAGE */ \end_layout \begin_layout Verse \family typewriter __sfr __at (0x92) _XPAGE; /* Cypress EZ-USB family, Texas Instruments (Chipcon) a.k.a. MPAGE */ \end_layout \begin_layout Verse \family typewriter __sfr __at (0x91) _XPAGE; /* Infineon (Siemens) C500 family a.k.a. XPAGE */ \end_layout \begin_layout Verse \family typewriter __sfr __at (0xaf) _XPAGE; /* some Silicon Labs (Cygnal) chips a.k.a. EMI0CN */ \end_layout \begin_layout Verse \family typewriter __sfr __at (0xaa) _XPAGE; /* some Silicon Labs (Cygnal) chips a.k.a. EMI0CN */ \end_layout \begin_layout Standard For more exotic implementations further customizations may be needed. See section \begin_inset LatexCommand ref reference "sub:Startup-Code" \end_inset for other possibilities. \end_layout \begin_layout Subsection Other Features available by SFR \end_layout \begin_layout Standard Some MCS51 variants offer features like Double DPTR \begin_inset LatexCommand index name "DPTR" \end_inset , multiple DPTR, decrementing DPTR, 16x16 Multiply. These are currently not used for the MCS51 port. If you absolutely need them you can fall back to inline assembly or submit a patch to SDCC. \end_layout \begin_layout Subsection Bankswitching \end_layout \begin_layout Standard Bankswitching \begin_inset LatexCommand index name "Bankswitching" \end_inset (a.k.a. code banking \begin_inset LatexCommand index name "code banking" \end_inset ) is a technique to increase the code space above the 64k limit of the 8051. \end_layout \begin_layout Subsubsection Hardware \end_layout \begin_layout Standard \begin_inset Tabular \begin_inset Text \begin_layout Standard 8000-FFFF \end_layout \end_inset \begin_inset Text \begin_layout Standard bank1 \end_layout \end_inset \begin_inset Text \begin_layout Standard bank2 \end_layout \end_inset \begin_inset Text \begin_layout Standard bank3 \end_layout \end_inset \begin_inset Text \begin_layout Standard 0000-7FFF \end_layout \end_inset \begin_inset Text \begin_layout Standard common \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard SiLabs C8051F120 example \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \end_inset \newline \newline Usually the hardware uses some sfr (an output port or an internal sfr) to select a bank and put it in the banked area of the memory map. The selected bank usually becomes active immediately upon assignment to this sfr and when running inside a bank it will switch out this code it is currently running. Therefor you cannot jump or call directly from one bank to another and need to use a so-called trampoline in the common area. For SDCC an example trampoline is in crtbank.asm and you may need to change it to your 8051 derivative or schematic. The presented code is written for the C8051F120. \newline \newline When calling a banked function SDCC will put the LSB of the functions address in register R0, the MSB in R1 and the bank in R2 and then call this trampoline \emph on __sdcc_banked_call \emph default . The current selected bank is saved on the stack, the new bank is selected and an indirect jump is made. When the banked function returns it jumps to \emph on __sdcc_banked_ret \emph default which restores the previous bank and returns to the caller. \end_layout \begin_layout Subsubsection Software \end_layout \begin_layout Standard When writing banked software using SDCC you need to use some special keywords and options. You also need to take over a bit of work from the linker. \newline \newline To create a function that can be called from another bank it requires the keyword \emph on banked \emph default \begin_inset LatexCommand index name "banked" \end_inset . The caller must see this in the prototype of the callee and the callee needs it for a proper return. Called functions within the same bank as the caller do not need the \emph on banked \emph default keyword nor do functions in the common area. Beware: SDCC does not know or check if functions are in the same bank. This is your responsibility! \newline \newline Normally all functions you write end up in the segment CSEG. If you want a function explicitly to reside in the common area put it in segment HOME. This applies for instance to interrupt service routines as they should not be banked. \end_layout \begin_layout Standard Functions that need to be in a switched bank must be put in a named segment. The name can be mostly anything up to eight characters (e.g. BANK1). To do this you either use - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -codeseg BANK1 (See \begin_inset LatexCommand ref reference "lyx:-codeseg" \end_inset ) on the command line when compiling or #pragma codeseg BANK1 (See \begin_inset LatexCommand ref reference "sec:Pragmas" \end_inset ) at the top of the C source file. The segment name always applies to the whole source file and generated object so functions for different banks need to be defined in different source files. \newline \newline When linking your objects you need to tell the linker where to put your segments. To do this you use the following command line option to SDCC: -Wl-b BANK1=0x180 00 (See \begin_inset LatexCommand ref reference "lyx:-Wl option" \end_inset ). This sets the virtual start address of this segment. It sets the banknumber to 0x01 and maps the bank to 0x8000 and up. The linker will not check for overflows, again this is your responsibility. \end_layout \begin_layout Standard \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section DS400 port \end_layout \begin_layout Standard The DS80C400 \begin_inset LatexCommand index name "DS80C400" \end_inset \begin_inset LatexCommand index name "DS400" \end_inset microcontroller has a rich set of peripherals. In its built-in ROM library it includes functions to access some of the features, among them is a TCP stack with IP4 and IP6 support. Library headers (currently in beta status) and other files are provided at \size footnotesize \begin_inset LatexCommand url target "ftp://ftp.dalsemi.com/pub/tini/ds80c400/c_libraries/sdcc/index.html" \end_inset . \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section The Z80 and gbz80 port \end_layout \begin_layout Standard SDCC can target both the Zilog Z80 \begin_inset LatexCommand index name "Z80" \end_inset and the Nintendo Gameboy's Z80-like gbz80 \begin_inset LatexCommand index name "gbz80 (GameBoy Z80)" \end_inset . The Z80 port is passed through the same \emph on regressions tests \begin_inset LatexCommand index name "Regression test" \end_inset \emph default (see section \begin_inset LatexCommand ref reference "sec:Quality-control" \end_inset ) as the MCS51 and DS390 ports, so floating point support, support for long variables and bitfield support is fine. See mailing lists and forums about interrupt routines. \end_layout \begin_layout Standard As always, the code is the authoritative reference - see z80/ralloc.c and z80/gen.c. The stack \begin_inset LatexCommand index name "Z80!stack" \end_inset frame is similar to that generated by the IAR Z80 compiler. IX is used as the base pointer, HL and IY are used as a temporary registers, and BC and DE are available for holding variables. Return values \begin_inset LatexCommand index name "Z80!return value" \end_inset for the Z80 port are stored in L (one byte), HL (two bytes), or DEHL (four bytes). The gbz80 port use the same set of registers for the return values, but in a different order of significance: E (one byte), DE (two bytes), or HLDE (four bytes). \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section The HC08 port \end_layout \begin_layout Standard The port to the Freescale/Motorola HC08 \begin_inset LatexCommand index name "HC08" \end_inset family has been added in October 2003, and is still undergoing some basic development. The code generator is complete, but the register allocation is still quite unoptimized. Some of the SDCC's standard C library functions have embedded non-HC08 inline assembly and so are not yet usable. \end_layout \begin_layout Standard The HC08 port passes the regression test suite (see section \begin_inset LatexCommand ref reference "sec:Quality-control" \end_inset ). \begin_inset VSpace bigskip \end_inset \end_layout \begin_layout Section The PIC14 \begin_inset LatexCommand index name "PIC14" \end_inset port \end_layout \begin_layout Standard The PIC14 port adds support for Microchip \begin_inset LatexCommand index name "Microchip" \end_inset \begin_inset Formula $^{\text{TM}}$ \end_inset PIC \begin_inset LatexCommand index name "PIC14" \end_inset \begin_inset Formula $^{\text{TM}}$ \end_inset MCUs with 14 bit wide instructions. This port is not yet mature and still lacks many features. However, it can work for simple code. \end_layout \begin_layout Standard \noindent Currently supported devices include: \end_layout \begin_layout Standard 12F: 629, 635, 675, 683 \end_layout \begin_layout Standard 16C: 432, 433 \end_layout \begin_layout Standard 16C: 554, 557, 558 \end_layout \begin_layout Standard 16C: 62, 620, 620a, 621, 621a, 622, 622a, 63a, 65b \end_layout \begin_layout Standard 16C: 71, 710, 711, 715, 717, 72, 73b, 745, 74b, 765, 770, 771, 773, 774, 781, 782 \end_layout \begin_layout Standard 16C: 925, 926 \end_layout \begin_layout Standard 16CR: 620a, 73, 74, 76, 77 \end_layout \begin_layout Standard 16F: 616, 627, 627a, 628, 628a, 630, 636, 639, 648, 648a, 676, 684, 685, 687, 688, 689, 690 \end_layout \begin_layout Standard 16F: 716, 72, 73, 737, 74, 747, 76, 767, 77, 777, 785 \end_layout \begin_layout Standard 16F: 818, 819, 84, 84a, 87, 870, 871, 872, 873, 873a, 874, 874a, 876, 876a, 877, 877a, 88, 886, 887 \end_layout \begin_layout Standard 16F: 913, 914, 916, 917, 946 \end_layout \begin_layout Standard 26HV: 626, 785 \end_layout \begin_layout Standard \noindent An up-to-date list of currently supported devices can be obtained via \family typewriter sdcc -mpic14 -phelp foo.c \family default (foo.c must exist...). \end_layout \begin_layout Subsection PIC Code Pages \begin_inset LatexCommand index name "code page (pic14)" \end_inset and Memory Banks \begin_inset LatexCommand index name "Memory bank (pic14)" \end_inset \end_layout \begin_layout Standard The linker organizes allocation for the code page and RAM banks. It does not have intimate knowledge of the code flow. It will put all the code section of a single .asm file into a single code page. In order to make use of multiple code pages, separate asm files must be used. The compiler assigns all \emph on static \emph default functions of a single .c file into the same code page. \newline \newline To get the best results, follow these guidelines: \end_layout \begin_layout Enumerate Make local functions static, as non static functions require code page selection overhead. \newline Due to the way sdcc handles functions, place called functions prior to calling functions in the file wherever possible: Otherwise sdcc will insert unnecessary pagesel directives around the call, believing that the called function is externally defined. \end_layout \begin_layout Enumerate For devices that have multiple code pages it is more efficient to use the same number of files as pages: Use up to 4 separate .c files for the 16F877, but only 2 files for the 16F874. This way the linker can put the code for each file into different code pages and there will be less page selection overhead. \end_layout \begin_layout Enumerate And as for any 8 bit micro (especially for PIC14 as they have a very simple instruction set), use `unsigned char' wherever possible instead of `int'. \end_layout \begin_layout Subsection Adding New Devices to the Port \end_layout \begin_layout Standard Adding support for a new 14 \begin_inset ERT status open \begin_layout Standard \backslash , \end_layout \end_inset bit PIC MCU requires the following steps: \end_layout \begin_layout Enumerate Create a new device description. \newline Each device is described in two files: pic16f*.h and pic16f*.c. These files primarily define SFRs, structs to access their bits, and symbolic configuration options. Both files can be generated from gputils' .inc files using the perl script \family typewriter support/scripts/inc2h.pl \family default . This file also contains further instructions on how to proceed. \end_layout \begin_layout Enumerate Copy the .h file into SDCC's include path and either add the .c file to your project or copy it to \family typewriter device/lib/pic/libdev \family default . Afterwards, rebuild and install the libraries. \end_layout \begin_layout Enumerate Edit pic14devices.txt in SDCC's include path ( \family typewriter device/include/pic/ \family default in the source tree or \family typewriter /usr/local/share/sdcc/include/pic \family default after installation). \newline You need to add a device specification here to make the memory layout (code banks, RAM, aliased memory regions, ...) known to the compiler. Probably you can copy and modify an existing entry. The file format is documented at the top of the file. \end_layout \begin_layout Subsection Interrupt Code \end_layout \begin_layout Standard For the interrupt function, use the keyword `__interrupt' \begin_inset LatexCommand index name "PIC14!interrupt" \end_inset with level number of 0 (PIC14 only has 1 interrupt so this number is only there to avoid a syntax error - it ought to be fixed). E.g.: \end_layout \begin_layout Verse \family typewriter void Intr(void) __interrupt 0 \newline { \newline \InsetSpace ~ \InsetSpace ~ T0IF = 0; /* Clear timer interrupt */ \newline } \end_layout \begin_layout Subsection Linking and Assembling \end_layout \begin_layout Standard For assembling you can use either GPUTILS' \begin_inset LatexCommand index name "gputils (pic tools)" \end_inset gpasm.exe or MPLAB's mpasmwin.exe. GPUTILS are available from \begin_inset LatexCommand url target "http://sourceforge.net/projects/gputils" \end_inset . For linking you can use either GPUTILS' gplink or MPLAB's mplink.exe. If you use MPLAB and an interrupt function then the linker script file vectors section will need to be enlarged to link with mplink. \newline \newline Here is a \family typewriter Makefile \family default using GPUTILS: \end_layout \begin_layout Verse \family typewriter .c.o: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcc -V -mpic14 -p16f877 -c $< \newline \newline $(PRJ).hex: $(OBJS) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ gplink -m -s $(PRJ).lkr -o $(PRJ).hex $(OBJS) libsdcc.lib \end_layout \begin_layout Standard Here is a \family typewriter Makefile \family default using MPLAB: \end_layout \begin_layout Verse \family typewriter .c.o: \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcc -S -V -mpic14 -p16f877 $< \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mpasmwin /q /o $*.asm \newline \newline $(PRJ).hex: $(OBJS) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mplink /v $(PRJ).lkr /m $(PRJ).map /o $(PRJ).hex $(OBJS) libsdcc.lib \end_layout \begin_layout Standard Please note that indentations within a \family typewriter Makefile \family default have to be done with a tabulator character. \end_layout \begin_layout Subsection Command-Line Options \end_layout \begin_layout Standard Besides the switches common to all SDCC backends, the PIC14 port accepts the following options (for an updated list see sdcc - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -help): \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug-xtra \begin_inset LatexCommand index name "PIC14!Options!-\\/-debug-extra" \end_inset emit debug info in assembly output \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -no-pcode-opt \begin_inset LatexCommand index name "PIC14!Options!-\\/-no-pcode-opt" \end_inset disable (slightly faulty) optimization on pCode \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-loc \begin_inset LatexCommand index name "PIC14!Options!-\\/-stack-loc" \end_inset sets the lowest address of the argument passing stack (defaults to a suitably large shared databank to reduce BANKSEL overhead) \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-size \begin_inset LatexCommand index name "PIC14!Options!-\\/-stack-size" \end_inset sets the size if the argument passing stack (default: 16, minimum: 4) \end_layout \begin_layout Subsection Environment Variables \end_layout \begin_layout Standard The PIC14 port recognizes the following environment variables: \end_layout \begin_layout Description SDCC_PIC14_SPLIT_LOCALS If set and not empty, sdcc will allocate each temporary register (the ones called r0xNNNN) in a section of its own. By default (if this variable is unset), sdcc tries to cluster registers in sections in order to reduce the BANKSEL overhead when accessing them. \end_layout \begin_layout Subsection The Library \end_layout \begin_layout Standard The PIC14 library currently only contains support routines required by the compiler to implement multiplication, division, and floating point support. No libc-like replacement is available at the moment, though many of the common sdcc library sources (in \family typewriter device/lib \family default ) should also compile with the PIC14 port. \end_layout \begin_layout Subsubsection error: missing definition for symbol ``__gptrget1'' \end_layout \begin_layout Standard The PIC14 port uses library routines to provide more complex operations like multiplication, division/modulus and (generic) pointer dereferencing. In order to add these routines to your project, you must link with PIC14's \family typewriter libsdcc.lib \family default . For single source file projects this is done automatically, more complex projects must add \family typewriter libsdcc.lib \family default to the linker's arguments. Make sure you also add an include path for the library (using the -I switch to the linker)! \end_layout \begin_layout Subsubsection Processor mismatch in file ``XXX''. \end_layout \begin_layout Standard This warning can usually be ignored due to the very good compatibility amongst 14 \begin_inset ERT status open \begin_layout Standard \backslash , \end_layout \end_inset bit PIC \begin_inset LatexCommand index name "PIC14" \end_inset devices. \end_layout \begin_layout Standard You might also consider recompiling the library for your specific device by changing the ARCH=p16f877 (default target) entry in \family typewriter device/lib/pic/Makefile.in \family default and \family typewriter device/lib/pic/Makefile \family default to reflect your device. This might even improve performance for smaller devices as unnecessary BANKSELs might be removed. \end_layout \begin_layout Subsection Known Bugs \end_layout \begin_layout Subsubsection Function arguments \end_layout \begin_layout Standard Functions with variable argument lists (like printf) are not yet supported. Similarly, taking the address of the first argument passed into a function does not work: It is currently passed in WREG and has no address... \end_layout \begin_layout Subsubsection Regression tests fail \end_layout \begin_layout Standard Though the small subset of regression tests in src/regression passes, SDCC regression test suite does not, indicating that there are still major bugs in the port. However, many smaller projects have successfully used SDCC in the past... \end_layout \begin_layout Standard \size footnotesize \newpage \end_layout \begin_layout Section The PIC16 \begin_inset LatexCommand index name "PIC16" \end_inset port \end_layout \begin_layout Standard The PIC16 port adds support for Microchip \begin_inset LatexCommand index name "Microchip" \end_inset \begin_inset Formula $^{\text{TM}}$ \end_inset PIC \begin_inset LatexCommand index name "PIC" \end_inset \begin_inset Formula $^{\text{TM}}$ \end_inset MCUs with 16 bit wide instructions. Currently this family of microcontrollers contains the PIC18Fxxx and PIC18Fxxxx ; devices supported by the port include: \end_layout \begin_layout Standard 18F: 242, 248, 252, 258, 442, 448, 452, 458 \end_layout \begin_layout Standard 18F: 1220, 1320 \end_layout \begin_layout Standard 18F: 2220, 2221, 2320, 2321, 2331, 23k20 \end_layout \begin_layout Standard 18F: 2410, 2420, 2423, 2431, 2450, 2455, 2480, 24j10, 24k20 \end_layout \begin_layout Standard 18F: 2510, 2515, 2520, 2523, 2525, 2550, 2580, 2585, 25j10, 25k20 \end_layout \begin_layout Standard 18F: 2610, 2620, 2680, 2682, 2685 \end_layout \begin_layout Standard 18F: 4220, 4221, 4320, 4321, 4331, 43k20 \end_layout \begin_layout Standard 18F: 4410, 4420, 4423, 4431, 4450, 4455, 4480, 44j10, 44k20 \end_layout \begin_layout Standard 18F: 4510, 4515, 4520, 4523, 4525, 4550, 4580, 4585, 45j10, 45k20 \end_layout \begin_layout Standard 18F: 4610, 4620, 4680, 4682, 4685, 46k20 \end_layout \begin_layout Standard 18F: 6520, 6585, 65j50, 6620, 6680, 66j50, 66j55, 66j60, 66j65, 6720, 67j50, 67j60 \end_layout \begin_layout Standard 18F: 8520, 8585, 85j50, 8620, 8680, 86j50, 86j55, 86j60, 86j65, 8720, 87j50, 87j60 \end_layout \begin_layout Standard 18F: 96j60, 96j65, 97j60 \end_layout \begin_layout Standard \noindent An up-to-date list of supported devices is also available via ' \family typewriter sdcc -mpic16 -plist \family default '. \end_layout \begin_layout Subsection Global Options \end_layout \begin_layout Standard PIC16 port supports the standard command line arguments as supposed, with the exception of certain cases that will be mentioned in the following list: \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -callee-saves \begin_inset LatexCommand index name "PIC16!Options!-\\/-callee-saves" \end_inset See - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -all-callee-saves \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -fommit-frame-pointer \begin_inset LatexCommand index name "PIC16!Options!-\\/-fommit-frame-pointer" \end_inset Frame pointer will be omitted when the function uses no local variables. \end_layout \begin_layout Subsection Port Specific Options \begin_inset LatexCommand index name "Options PIC16" \end_inset \end_layout \begin_layout Standard The port specific options appear after the global options in the sdcc - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -help output. \end_layout \begin_layout Subsubsection Code Generation Options \end_layout \begin_layout Standard These options influence the generated assembler code. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -pstack-model=[model] Used in conjunction with the command above. Defines the stack model to be used, valid stack models are: \end_layout \begin_deeper \begin_layout List \labelwidthstring 00.00.0000 \emph on small \emph default Selects small stack model. 8 bit stack and frame pointers. Supports 256 bytes stack size. \end_layout \begin_layout List \labelwidthstring 00.00.0000 \emph on large \emph default Selects large stack model. 16 bit stack and frame pointers. Supports 65536 bytes stack size. \end_layout \end_deeper \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -pno-banksel Do not generate BANKSEL assembler directives. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -extended Enable extended instruction set/literal offset addressing mode. Use with care! \end_layout \begin_layout Subsubsection Optimization Options \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -obanksel=n Set optimization level for inserting BANKSELs. \newline \end_layout \begin_deeper \begin_layout List \labelwidthstring 00.00.0000 0 no optimization \end_layout \begin_layout List \labelwidthstring 00.00.0000 1 checks previous used register and if it is the same then does not emit BANKSEL, accounts only for labels. \end_layout \begin_layout List \labelwidthstring 00.00.0000 2 tries to check the location of (even different) symbols and removes BANKSELs if they are in the same bank. \newline \emph on Important: There might be problems if the linker script has data sections across bank borders! \end_layout \end_deeper \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -denable-peeps Force the usage of peepholes. Use with care. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -no-optimize-goto Do not use (conditional) BRA instead of GOTO. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -optimize-cmp Try to optimize some compares. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -optimize-df Analyze the dataflow of the generated code and improve it. \end_layout \begin_layout Subsubsection Assembling Options \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -asm= Sets the full path and name of an external assembler to call. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -mplab-comp MPLAB \begin_inset LatexCommand index name "PIC16!MPLAB" \end_inset compatibility option. Currently only suppresses special gpasm directives. \end_layout \begin_layout Subsubsection Linking Options \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -link= Sets the full path and name of an external linker to call. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -preplace-udata-with=[kword] Replaces the default udata keyword for allocating unitialized data variables with [kword]. Valid keywords are: "udata_acs", "udata_shr", "udata_ovr". \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -ivt-loc=n Place the interrupt vector table at address \emph on n \emph default . Useful for bootloaders. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -nodefaultlibs Do not link default libraries when linking. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -use-crt= Use a custom run-time module instead of the defaults. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -no-crt Don't link the default run-time modules \end_layout \begin_layout Subsubsection Debugging Options \end_layout \begin_layout Standard Debugging options enable extra debugging information in the output files. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug-xtra Similar to - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug \begin_inset LatexCommand index name "-\\/-debug" \end_inset , but dumps more information. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug-ralloc Force register allocator to dump .d file with debugging information. is the name of the file being compiled. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -pcode-verbose Enable pcode debugging information in translation. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -calltree Dump call tree in .calltree file. \end_layout \begin_layout Description - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -gstack Trace push/pops for stack pointer overflow. \end_layout \begin_layout Subsection Environment Variables \end_layout \begin_layout Standard There is a number of environmental variables that can be used when running SDCC to enable certain optimizations or force a specific program behaviour. these variables are primarily for debugging purposes so they can be enabled/dis abled at will. \end_layout \begin_layout Standard Currently there is only two such variables available: \end_layout \begin_layout Description OPTIMIZE_BITFIELD_POINTER_GET When this variable exists, reading of structure bitfields is optimized by directly loading FSR0 with the address of the bitfield structure. Normally SDCC will cast the bitfield structure to a bitfield pointer and then load FSR0. This step saves data ram and code space for functions that make heavy use of bitfields. (i.e., 80 bytes of code space are saved when compiling malloc.c with this option). \end_layout \begin_layout Description NO_REG_OPT Do not perform pCode registers optimization. This should be used for debugging purposes. If bugs in the pcode optimizer are found, users can benefit from temporarily disabling the optimizer until the bug is fixed. \end_layout \begin_layout Subsection Preprocessor Macros \end_layout \begin_layout Standard PIC16 \begin_inset LatexCommand index name "PIC16" \end_inset port defines the following preprocessor macros while translating a source. \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard Macro \end_layout \end_inset \begin_inset Text \begin_layout Standard Description \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_pic16 \end_layout \end_inset \begin_inset Text \begin_layout Standard Port identification \end_layout \end_inset \begin_inset Text \begin_layout Standard _ \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset _pic16 \end_layout \end_inset \begin_inset Text \begin_layout Standard Port identification (same as above) \end_layout \end_inset \begin_inset Text \begin_layout Standard pic18fxxxx \end_layout \end_inset \begin_inset Text \begin_layout Standard MCU Identification. \emph on xxxx \emph default is the microcontrol identification number, i.e. 452, 6620, etc \end_layout \end_inset \begin_inset Text \begin_layout Standard _ \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset _18Fxxxx \end_layout \end_inset \begin_inset Text \begin_layout Standard MCU Identification (same as above) \end_layout \end_inset \begin_inset Text \begin_layout Standard STACK_MODEL_nnn \end_layout \end_inset \begin_inset Text \begin_layout Standard nnn = SMALL or LARGE respectively according to the stack model used \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \noindent In addition the following macros are defined when calling assembler: \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard Macro \end_layout \end_inset \begin_inset Text \begin_layout Standard Description \end_layout \end_inset \begin_inset Text \begin_layout Standard __18Fxxxx \end_layout \end_inset \begin_inset Text \begin_layout Standard MCU Identification. \emph on xxxx \emph default is the microcontrol identification number, i.e. 452, 6620, etc \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC_MODEL_nnn \end_layout \end_inset \begin_inset Text \begin_layout Standard nnn = SMALL or LARGE respectively according to the memory model used for SDCC \end_layout \end_inset \begin_inset Text \begin_layout Standard STACK_MODEL_nnn \end_layout \end_inset \begin_inset Text \begin_layout Standard nnn = SMALL or LARGE respectively according to the stack model used \end_layout \end_inset \end_inset \end_layout \begin_layout Subsection Directories \end_layout \begin_layout Standard PIC16 \begin_inset LatexCommand index name "PIC16" \end_inset port uses the following directories for searching header files and libraries. \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard Directory \end_layout \end_inset \begin_inset Text \begin_layout Standard Description \end_layout \end_inset \begin_inset Text \begin_layout Standard Target \end_layout \end_inset \begin_inset Text \begin_layout Standard Command prefix \end_layout \end_inset \begin_inset Text \begin_layout Standard PREFIX/sdcc/include/pic16 \end_layout \end_inset \begin_inset Text \begin_layout Standard PIC16 specific headers \end_layout \end_inset \begin_inset Text \begin_layout Standard Compiler \end_layout \end_inset \begin_inset Text \begin_layout Standard -I \end_layout \end_inset \begin_inset Text \begin_layout Standard PREFIX/sdcc/lib/pic16 \end_layout \end_inset \begin_inset Text \begin_layout Standard PIC16 specific libraries \end_layout \end_inset \begin_inset Text \begin_layout Standard Linker \end_layout \end_inset \begin_inset Text \begin_layout Standard -L \end_layout \end_inset \end_inset \end_layout \begin_layout Subsection Pragmas \begin_inset LatexCommand label name "sub:PIC16_Pragmas" \end_inset \end_layout \begin_layout Standard The PIC16 \begin_inset LatexCommand index name "PIC16" \end_inset port currently supports the following pragmas: \end_layout \begin_layout Description stack \begin_inset LatexCommand index name "PIC16!Pragmas!\\#pragma stack" \end_inset This forces the code generator to initialize the stack & frame pointers at a specific address. This is an ad hoc solution for cases where no STACK directive is available in the linker script or gplink is not instructed to create a stack section. \newline The stack pragma should be used only once in a project. Multiple pragmas may result in indeterminate behaviour of the program. \begin_inset Foot status open \begin_layout Standard The old format (ie. #pragma stack 0x5ff) is deprecated and will cause the stack pointer to cross page boundaries (or even exceed the available data RAM) and crash the program. Make sure that stack does not cross page boundaries when using the SMALL stack model. \end_layout \end_inset \newline The format is as follows: \newline \end_layout \begin_layout LyX-Code #pragma stack bottom_address [stack_size] \newline \end_layout \begin_layout Standard \emph on bottom_address \emph default is the lower bound of the stack section. The stack pointer initially will point at address (bottom_address+stack_size-1). \end_layout \begin_layout LyX-Code Example: \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code /* initializes stack of 100 bytes at RAM address 0x200 */ \end_layout \begin_layout LyX-Code #pragma stack 0x200 100 \end_layout \begin_layout Standard If the stack_size field is omitted then a stack is created with the default size of 64. This size might be enough for most programs, but its not enough for operations with deep function nesting or excessive stack usage. \end_layout \begin_layout Description code \begin_inset LatexCommand index name "PIC16!Pragmas!\\#pragma code" \end_inset Force a function to a static FLASH address. \end_layout \begin_layout LyX-Code Example: \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code /* place function test_func at 0x4000 */ \end_layout \begin_layout LyX-Code #pragma code test_func 0x4000 \end_layout \begin_layout LyX-Code \end_layout \begin_layout Description library instructs the linker to use a library module. \newline Usage: \end_layout \begin_layout LyX-Code #pragma library module_name \end_layout \begin_layout Standard \emph on module_name \emph default can be any library or object file (including its path). Note that there are four reserved keywords which have special meaning. These are: \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard Keyword \end_layout \end_inset \begin_inset Text \begin_layout Standard Description \end_layout \end_inset \begin_inset Text \begin_layout Standard Module to link \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold ignore \end_layout \end_inset \begin_inset Text \begin_layout Standard ignore all library pragmas \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on (none) \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold c \end_layout \end_inset \begin_inset Text \begin_layout Standard link the C library \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on libc18f \emph default .lib \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold math \end_layout \end_inset \begin_inset Text \begin_layout Standard link the Math libarary \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on libm18f \emph default .lib \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold io \end_layout \end_inset \begin_inset Text \begin_layout Standard link the I/O library \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on libio18f* \emph default .lib \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold debug \end_layout \end_inset \begin_inset Text \begin_layout Standard link the debug library \end_layout \end_inset \begin_inset Text \begin_layout Standard \emph on libdebug \emph default .lib \end_layout \end_inset \end_inset \newline * is the device number, i.e. 452 for PIC18F452 MCU. \end_layout \begin_layout Standard \noindent This feature allows for linking with specific libraries without having to explicit name them in the command line. Note that the \noun on ignore \noun default keyword will reject all modules specified by the library pragma. \end_layout \begin_layout Description udata The pragma udata instructs the compiler to emit code so that linker will place a variable at a specific memory bank. \end_layout \begin_layout LyX-Code Example: \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code /* places variable foo at bank2 */ \end_layout \begin_layout LyX-Code #pragma udata bank2 foo \end_layout \begin_layout LyX-Code char foo; \end_layout \begin_layout Standard In order for this pragma to work extra SECTION directives should be added in the .lkr script. In the following example a sample .lkr file is shown: \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code // Sample linker script for the PIC18F452 processor \end_layout \begin_layout LyX-Code LIBPATH . \end_layout \begin_layout LyX-Code CODEPAGE NAME=vectors START=0x0 END=0x29 PROTECTED \end_layout \begin_layout LyX-Code CODEPAGE NAME=page START=0x2A END=0x7FFF \end_layout \begin_layout LyX-Code CODEPAGE NAME=idlocs START=0x200000 END=0x200007 PROTECTED \end_layout \begin_layout LyX-Code CODEPAGE NAME=config START=0x300000 END=0x30000D PROTECTED \end_layout \begin_layout LyX-Code CODEPAGE NAME=devid START=0x3FFFFE END=0x3FFFFF PROTECTED \end_layout \begin_layout LyX-Code CODEPAGE NAME=eedata START=0xF00000 END=0xF000FF PROTECTED \end_layout \begin_layout LyX-Code ACCESSBANK NAME=accessram START=0x0 END=0x7F \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code DATABANK NAME=gpr0 START=0x80 END=0xFF \end_layout \begin_layout LyX-Code DATABANK NAME=gpr1 START=0x100 END=0x1FF \end_layout \begin_layout LyX-Code DATABANK NAME=gpr2 START=0x200 END=0x2FF \end_layout \begin_layout LyX-Code DATABANK NAME=gpr3 START=0x300 END=0x3FF \end_layout \begin_layout LyX-Code DATABANK NAME=gpr4 START=0x400 END=0x4FF \end_layout \begin_layout LyX-Code DATABANK NAME=gpr5 START=0x500 END=0x5FF \end_layout \begin_layout LyX-Code ACCESSBANK NAME=accesssfr START=0xF80 END=0xFFF PROTECTED \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code SECTION NAME=CONFIG ROM=config \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code SECTION NAME=bank0 RAM=gpr0 # these SECTION directives \end_layout \begin_layout LyX-Code SECTION NAME=bank1 RAM=gpr1 # should be added to link \end_layout \begin_layout LyX-Code SECTION NAME=bank2 RAM=gpr2 # section name 'bank?' with \end_layout \begin_layout LyX-Code SECTION NAME=bank3 RAM=gpr3 # a specific DATABANK name \end_layout \begin_layout LyX-Code SECTION NAME=bank4 RAM=gpr4 \end_layout \begin_layout LyX-Code SECTION NAME=bank5 RAM=gpr5 \end_layout \begin_layout Standard The linker will recognise the section name set in the pragma statement and will position the variable at the memory bank set with the RAM field at the SECTION line in the linker script file. \end_layout \begin_layout Subsection Header Files \begin_inset LatexCommand label name "sub:PIC16_Header-Files" \end_inset \end_layout \begin_layout Standard There is one main header file \begin_inset LatexCommand index name "PIC16!Header files" \end_inset that can be included to the source files using the pic16 \begin_inset LatexCommand index name "PIC16" \end_inset port. That file is the \series bold pic18fregs.h \series default . This header file contains the definitions for the processor special registers, so it is necessary if the source accesses them. It can be included by adding the following line in the beginning of the file: \end_layout \begin_layout LyX-Code #include \end_layout \begin_layout Standard The specific microcontroller is selected within the pic18fregs.h automatically, so the same source can be used with a variety of devices. \end_layout \begin_layout Subsection Libraries \begin_inset LatexCommand label name "sub:pic16Libraries" \end_inset \end_layout \begin_layout Standard The libraries \begin_inset LatexCommand index name "PIC16!Libraries" \end_inset that PIC16 \begin_inset LatexCommand index name "PIC16" \end_inset port depends on are the microcontroller device libraries which contain the symbol definitions for the microcontroller special function registers. These libraries have the format pic18fxxxx.lib, where \emph on xxxx \emph default is the microcontroller identification number. The specific library is selected automatically by the compiler at link stage according to the selected device. \end_layout \begin_layout Standard \noindent Libraries are created with gplib which is part of the gputils package \begin_inset LatexCommand url target "http://sourceforge.net/projects/gputils" \end_inset . \end_layout \begin_layout Subsubsection* Building the libraries \end_layout \begin_layout Standard Before using SDCC/pic16 there are some libraries that need to be compiled. This process is done automatically if gputils are found at SDCC's compile time. Should you require to rebuild the pic16 libraries manually (e.g. in order to enable output of float values \begin_inset LatexCommand index name "Floating point support" \end_inset via \family typewriter printf() \family default , see below), these are the steps required to do so under Linux or Mac OS X (cygwin might work as well, but is untested): \end_layout \begin_layout LyX-Code cd device/lib/pic16 \end_layout \begin_layout LyX-Code ./configure.gnu \end_layout \begin_layout LyX-Code cd .. \end_layout \begin_layout LyX-Code make model-pic16 \end_layout \begin_layout LyX-Code su -c 'make install' # install the libraries, you need the root password \end_layout \begin_layout LyX-Code cd ../.. \end_layout \begin_layout Standard If you need to install the headers too, do: \end_layout \begin_layout LyX-Code cd device/include \end_layout \begin_layout LyX-Code su -c 'make install' # install the headers, you need the root password \end_layout \begin_layout Subsubsection* Output of float values via printf() \end_layout \begin_layout Standard The library is normally built without support for displaying float values, only \begin_inset LatexCommand index name "" \end_inset \begin_inset LatexCommand index name "printf floating point support" \end_inset will appear instead of the value. To change this, rebuild the library as stated above, but call \family typewriter ./configure.gnu --enable-floats \family default instead of just \family typewriter ./configure.gnu \family default . Also make sure that at least \family typewriter libc/stdio/vfprintf.c \family default is actually recompiled, e.g. by \family typewriter touch \family default ing it after the \family typewriter configure \family default run or deleting its \family typewriter .o \family default file. \end_layout \begin_layout Standard The more common appraoch of compiling \family typewriter vfprintf.c \family default manually with \family typewriter -DUSE_FLOATS=1 \family default should also work, but is untested. \end_layout \begin_layout Subsection Adding New Devices to the Port \end_layout \begin_layout Standard Adding support for a new 16 \begin_inset ERT status collapsed \begin_layout Standard \backslash , \end_layout \end_inset bit PIC MCU requires the following steps: \end_layout \begin_layout Enumerate Create picDEVICE.c and picDEVICE.h from pDEVICE.inc using \newline \family typewriter perl /path/to/sdcc/support/scripts/inc2h-pic16.pl /path/to/gputils/header/pDEVICE. inc \end_layout \begin_layout Enumerate \family typewriter mv picDEVICE.h /path/to/sdcc/device/include/pic16 \end_layout \begin_layout Enumerate \family typewriter mv picDEVICE.c /path/to/sdcc/device/lib/pic16/libdev \end_layout \begin_layout Enumerate Add DEVICE to \family typewriter /path/to/sdcc/device/lib/pic16/pics.all \family default \newline Note: No 18f prefix here! \end_layout \begin_layout Enumerate Edit \family typewriter /path/to/sdcc/device/include/pic16/adc.h \newline \family default Add the new devices to the correct ADC style class (depending on the number of ADC channels). \newline Do not touch \family typewriter adc.h \family default if the device does not offer any ADC at all. \end_layout \begin_layout Enumerate Edit \family typewriter /path/to/sdcc/device/include/pic16/pic18fregs.h \family default \newline The file format is self-explanatory, just add \newline \family typewriter #elif defined(picDEVICE) \newline # \begin_inset ERT status collapsed \begin_layout Standard \backslash \backslash \end_layout \end_inset include \family default \newline at the right place (keep the file sorted, please). \end_layout \begin_layout Enumerate Edit \family typewriter /path/to/sdcc/device/include/pic16devices.txt \newline \family default Copy and modify an existing entry or create a new one and insert it at the correct place (keep the file sorted, please). \end_layout \begin_layout Enumerate Add the device to \family typewriter /path/to/sdcc/device/lib/pic16/libdev/Makefile.am \family default \newline Copy an existing entry and adjust the device name. \end_layout \begin_layout Enumerate Add the device to \family typewriter /path/to/sdcc/device/lib/pic16/libio/Makefile.am \family default \newline Copy the record from the 18f2220 and adjust the device name. \newline If the new device does not offer ADC, I \begin_inset Formula $^{\text{2}}$ \end_inset C, and/or (E)USART functionality as assumed by the library, remove the lines with references to \family typewriter adc/*.c \family default , \family typewriter usart/*.c \family default , or \family typewriter usart/*.c \family default , respectively. \end_layout \begin_layout Enumerate Update \family typewriter libdev/Makefile.in \family default and \family typewriter libio/Makefile.in \family default using \newline \family typewriter ./bootstrap.sh \family default \newline in \family typewriter /path/to/sdcc/device/lib/pic16 \family default . \end_layout \begin_layout Enumerate Recompile the pic16 libraries as described in \begin_inset LatexCommand ref reference "sub:pic16Libraries" \end_inset . \end_layout \begin_layout Subsection Memory Models \end_layout \begin_layout Standard The following memory models are supported by the PIC16 port: \end_layout \begin_layout Itemize small model \end_layout \begin_layout Itemize large model \end_layout \begin_layout Standard Memory model affects the default size of pointers within the source. The sizes are shown in the next table: \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard Pointer sizes according to memory model \end_layout \end_inset \begin_inset Text \begin_layout Standard small model \end_layout \end_inset \begin_inset Text \begin_layout Standard large model \end_layout \end_inset \begin_inset Text \begin_layout Standard code pointers \end_layout \end_inset \begin_inset Text \begin_layout Standard 16-bits \end_layout \end_inset \begin_inset Text \begin_layout Standard 24-bits \end_layout \end_inset \begin_inset Text \begin_layout Standard data pointers \end_layout \end_inset \begin_inset Text \begin_layout Standard 16-bits \end_layout \end_inset \begin_inset Text \begin_layout Standard 16-bits \end_layout \end_inset \end_inset \end_layout \begin_layout Standard It is advisable that all sources within a project are compiled with the same memory model. If one wants to override the default memory model, this can be done by declaring a pointer as \series bold far \series default or \series bold near \series default . Far selects large memory model's pointers, while near selects small memory model's pointers. \end_layout \begin_layout Standard The standard device libraries (see \begin_inset LatexCommand ref reference "sub:PIC16_Header-Files" \end_inset ) contain no reference to pointers, so they can be used with both memory models. \end_layout \begin_layout Subsection Stack \end_layout \begin_layout Standard The stack \begin_inset LatexCommand index name "PIC16!stack" \end_inset implementation for the PIC16 port uses two indirect registers, FSR1 and FSR2. \end_layout \begin_layout Description FSR1 is assigned as stack pointer \end_layout \begin_layout Description FSR2 is assigned as frame pointer \end_layout \begin_layout Standard The following stack models are supported by the PIC16 port \end_layout \begin_layout Itemize \noun on small \noun default model \end_layout \begin_layout Itemize \noun on large \noun default model \end_layout \begin_layout Standard \noun on Small \noun default model means that only the FSRxL byte is used to access stack and frame, while \emph on \noun on large \emph default \noun default uses both FSRxL and FSRxH registers. The following table shows the stack/frame pointers sizes according to stack model and the maximum space they can address: \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard Stack & Frame pointer sizes according to stack model \end_layout \end_inset \begin_inset Text \begin_layout Standard small \end_layout \end_inset \begin_inset Text \begin_layout Standard large \end_layout \end_inset \begin_inset Text \begin_layout Standard Stack pointer FSR1 \end_layout \end_inset \begin_inset Text \begin_layout Standard 8-bits \end_layout \end_inset \begin_inset Text \begin_layout Standard 16-bits \end_layout \end_inset \begin_inset Text \begin_layout Standard Frame pointer FSR2 \end_layout \end_inset \begin_inset Text \begin_layout Standard 8-bits \end_layout \end_inset \begin_inset Text \begin_layout Standard 16-bits \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \noindent \noun on Large \noun default stack model is currently not working properly throughout the code generator. So its use is not advised. Also there are some other points that need special care: \newline \end_layout \begin_layout Enumerate Do not create stack sections with size more than one physical bank (that is 256 bytes) \end_layout \begin_layout Enumerate Stack sections should no cross physical bank limits (i.e. #pragma stack 0x50 0x100) \end_layout \begin_layout Standard These limitations are caused by the fact that only FSRxL is modified when using SMALL stack model, so no more than 256 bytes of stack can be used. This problem will disappear after LARGE model is fully implemented. \end_layout \begin_layout Subsection Functions \end_layout \begin_layout Standard In addition to the standard SDCC function keywords, PIC16 \begin_inset LatexCommand index name "PIC16" \end_inset port makes available two more: \end_layout \begin_layout Description wparam \begin_inset LatexCommand index name "PIC16!wparam" \end_inset Use the WREG to pass one byte of the first function argument. This improves speed but you may not use this for functions with arguments that are called via function pointers, otherwise the first byte of the first parameter will get lost. Usage: \end_layout \begin_layout LyX-Code void func_wparam(int a) wparam \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code /* WREG hold the lower part of a */ \end_layout \begin_layout LyX-Code /* the high part of a is stored in FSR2+2 (or +3 for large stack model) */ \end_layout \begin_layout LyX-Code ... \end_layout \begin_layout LyX-Code } \end_layout \begin_layout Description shadowregs \begin_inset LatexCommand index name "PIC16!shadowregs" \end_inset When entering/exiting an ISR, it is possible to take advantage of the PIC18F hardware shadow registers which hold the values of WREG, STATUS and BSR registers. This can be done by adding the keyword \emph on shadowregs \emph default before the \emph on interrupt \emph default keyword in the function's header. \end_layout \begin_layout LyX-Code void isr_shadow(void) shadowregs interrupt 1 \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code ... \end_layout \begin_layout LyX-Code } \end_layout \begin_layout Standard \emph on shadowregs \emph default instructs the code generator not to store/restore WREG, STATUS, BSR when entering/exiting the ISR. \end_layout \begin_layout Subsection Function return values \end_layout \begin_layout Standard Return values from functions are placed to the appropriate registers following a modified Microchip policy optimized for SDCC. The following table shows these registers: \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard size \end_layout \end_inset \begin_inset Text \begin_layout Standard destination register \end_layout \end_inset \begin_inset Text \begin_layout Standard 8 bits \end_layout \end_inset \begin_inset Text \begin_layout Standard WREG \end_layout \end_inset \begin_inset Text \begin_layout Standard 16 bits \end_layout \end_inset \begin_inset Text \begin_layout Standard PRODL:WREG \end_layout \end_inset \begin_inset Text \begin_layout Standard 24 bits \end_layout \end_inset \begin_inset Text \begin_layout Standard PRODH:PRODL:WREG \end_layout \end_inset \begin_inset Text \begin_layout Standard 32 bits \end_layout \end_inset \begin_inset Text \begin_layout Standard FSR0L:PRODH:PRODL:WREG \end_layout \end_inset \begin_inset Text \begin_layout Standard >32 bits \end_layout \end_inset \begin_inset Text \begin_layout Standard on stack, FSR0 points to the beginning \end_layout \end_inset \end_inset \end_layout \begin_layout Subsection Interrupts \end_layout \begin_layout Standard An interrupt \begin_inset LatexCommand index name "PIC16!interrupt" \end_inset service routine (ISR) is declared using the \emph on interrupt \emph default keyword. \end_layout \begin_layout LyX-Code void isr(void) interrupt \emph on n \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code ... \end_layout \begin_layout LyX-Code } \end_layout \begin_layout Standard \emph on n \emph default is the interrupt number, which for PIC18F devices can be: \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard \emph on n \end_layout \end_inset \begin_inset Text \begin_layout Standard Interrupt Vector \end_layout \end_inset \begin_inset Text \begin_layout Standard Interrupt Vector Address \end_layout \end_inset \begin_inset Text \begin_layout Standard 0 \end_layout \end_inset \begin_inset Text \begin_layout Standard RESET vector \end_layout \end_inset \begin_inset Text \begin_layout Standard 0x000000 \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none 1 \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none HIGH priority interrupts \end_layout \end_inset \begin_inset Text \begin_layout Standard 0x000008 \end_layout \end_inset \begin_inset Text \begin_layout Standard 2 \end_layout \end_inset \begin_inset Text \begin_layout Standard LOW priority interrupts \end_layout \end_inset \begin_inset Text \begin_layout Standard 0x000018 \end_layout \end_inset \end_inset \end_layout \begin_layout Standard When generating assembly code for ISR the code generator places a \noun on goto \noun default instruction at the \emph on Interrupt Vector Address \emph default which points at the generated ISR. This single GOTO instruction is part of an automatically generated \emph on interrupt entry point \emph default function. The actuall ISR code is placed as normally would in the code space. Upon interrupt request, the GOTO instruction is executed which jumps to the ISR code. When declaring interrupt functions as _naked this GOTO instruction is \series bold not \series default generated. The whole interrupt functions is therefore placed at the Interrupt Vector Address of the specific interrupt. This is not a problem for the LOW priority interrupts, but it is a problem for the RESET and the HIGH priority interrupts because code may be written at the next interrupt's vector address and cause indeterminate program behaviour if that interrupt is raised. \begin_inset Foot status open \begin_layout Standard This is not a problem when \end_layout \begin_layout Enumerate this is a HIGH interrupt ISR and LOW interrupts are \emph on disabled \emph default or not used. \end_layout \begin_layout Enumerate when the ISR is small enough not to reach the next interrupt's vector address. \end_layout \end_inset \end_layout \begin_layout Standard \emph on n \emph default may be omitted. This way a function is generated similar to an ISR, but it is not assigned to any interrupt. \end_layout \begin_layout Standard When entering an interrupt, currently the PIC16 \begin_inset LatexCommand index name "PIC16" \end_inset port automatically saves the following registers: \end_layout \begin_layout Itemize WREG \end_layout \begin_layout Itemize STATUS \end_layout \begin_layout Itemize BSR \end_layout \begin_layout Itemize PROD (PRODL and PRODH) \end_layout \begin_layout Itemize FSR0 (FSR0L and FSR0H) \end_layout \begin_layout Standard These registers are restored upon return from the interrupt routine. \begin_inset Foot status open \begin_layout Standard NOTE that when the _naked attribute is specified for an interrupt routine, then NO registers are stored or restored. \end_layout \end_inset \end_layout \begin_layout Subsection Generic Pointers \end_layout \begin_layout Standard Generic pointers are implemented in PIC16 port as 3-byte (24-bit) types. There are 3 types of generic pointers currently implemented data, code and eeprom pointers. They are differentiated by the value of the 7th and 6th bits of the upper byte: \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard pointer type \end_layout \end_inset \begin_inset Text \begin_layout Standard 7th bit \end_layout \end_inset \begin_inset Text \begin_layout Standard 6th bit \end_layout \end_inset \begin_inset Text \begin_layout Standard rest of the pointer \end_layout \end_inset \begin_inset Text \begin_layout Standard description \end_layout \end_inset \begin_inset Text \begin_layout Standard data \end_layout \end_inset \begin_inset Text \begin_layout Standard 1 \end_layout \end_inset \begin_inset Text \begin_layout Standard 0 \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \shape slanted \emph on uuuuuu uuuuxxxx xxxxxxxx \end_layout \end_inset \begin_inset Text \begin_layout Standard a 12-bit data pointer in data RAM memory \end_layout \end_inset \begin_inset Text \begin_layout Standard code \end_layout \end_inset \begin_inset Text \begin_layout Standard 0 \end_layout \end_inset \begin_inset Text \begin_layout Standard 0 \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \shape slanted \emph on uxxxxx xxxxxxxx xxxxxxxx \end_layout \end_inset \begin_inset Text \begin_layout Standard a 21-bit code pointer in FLASH memory \end_layout \end_inset \begin_inset Text \begin_layout Standard eeprom \end_layout \end_inset \begin_inset Text \begin_layout Standard 0 \end_layout \end_inset \begin_inset Text \begin_layout Standard 1 \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \shape slanted \emph on uuuuuu uuuuuuxx xxxxxxxx \end_layout \end_inset \begin_inset Text \begin_layout Standard a 10-bit eeprom pointer in EEPROM memory \end_layout \end_inset \begin_inset Text \begin_layout Standard (unimplemented) \end_layout \end_inset \begin_inset Text \begin_layout Standard 1 \end_layout \end_inset \begin_inset Text \begin_layout Standard 1 \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \shape slanted \emph on xxxxxx xxxxxxxx xxxxxxxx \end_layout \end_inset \begin_inset Text \begin_layout Standard unimplemented pointer type \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \noindent Generic pointer are read and written with a set of library functions which read/write 1, 2, 3, 4 bytes. \end_layout \begin_layout Subsection PIC16 C Libraries \end_layout \begin_layout Subsubsection Standard I/O Streams \end_layout \begin_layout Standard In the \emph on stdio.h \emph default the type FILE is defined as: \end_layout \begin_layout LyX-Code typedef char * FILE; \end_layout \begin_layout Standard This type is the stream type implemented I/O in the PIC18F devices. Also the standard input and output streams are declared in stdio.h: \end_layout \begin_layout LyX-Code extern FILE * stdin; \end_layout \begin_layout LyX-Code extern FILE * stdout; \end_layout \begin_layout Standard The FILE type is actually a generic pointer which defines one more type of generic pointers, the \emph on stream \emph default pointer. This new type has the format: \end_layout \begin_layout Standard \noindent \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard pointer type \end_layout \end_inset \begin_inset Text \begin_layout Standard <7:6> \end_layout \end_inset \begin_inset Text \begin_layout Standard <5> \end_layout \end_inset \begin_inset Text \begin_layout Standard <4> \end_layout \end_inset \begin_inset Text \begin_layout Standard <3:0> \end_layout \end_inset \begin_inset Text \begin_layout Standard rest of the pointer \end_layout \end_inset \begin_inset Text \begin_layout Standard descrption \end_layout \end_inset \begin_inset Text \begin_layout Standard stream \end_layout \end_inset \begin_inset Text \begin_layout Standard 00 \end_layout \end_inset \begin_inset Text \begin_layout Standard 1 \end_layout \end_inset \begin_inset Text \begin_layout Standard 0 \end_layout \end_inset \begin_inset Text \begin_layout Standard nnnn \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter \shape slanted \emph on uuuuuuuu uuuuuuuu \end_layout \end_inset \begin_inset Text \begin_layout Standard upper byte high nubble is 0x2n, the rest are zeroes \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \noindent Currently implemented there are 3 types of streams defined: \end_layout \begin_layout Standard \noindent \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard stream type \end_layout \end_inset \begin_inset Text \begin_layout Standard value \end_layout \end_inset \begin_inset Text \begin_layout Standard module \end_layout \end_inset \begin_inset Text \begin_layout Standard description \end_layout \end_inset \begin_inset Text \begin_layout Standard STREAM_USART \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter 0x200000UL \end_layout \end_inset \begin_inset Text \begin_layout Standard USART \end_layout \end_inset \begin_inset Text \begin_layout Standard Writes/Reads characters via the USART peripheral \end_layout \end_inset \begin_inset Text \begin_layout Standard STREAM_MSSP \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter 0x210000UL \end_layout \end_inset \begin_inset Text \begin_layout Standard MSSP \end_layout \end_inset \begin_inset Text \begin_layout Standard Writes/Reads characters via the MSSP peripheral \end_layout \end_inset \begin_inset Text \begin_layout Standard STREAM_USER \end_layout \end_inset \begin_inset Text \begin_layout Standard \family typewriter 0x2f0000UL \end_layout \end_inset \begin_inset Text \begin_layout Standard (none) \end_layout \end_inset \begin_inset Text \begin_layout Standard Writes/Reads characters via used defined functions \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \noindent The stream identifiers are declared as macros in the stdio.h header. \end_layout \begin_layout Standard \noindent In the libc library there exist the functions that are used to write to each of the above streams. These are \end_layout \begin_layout Description _ \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset _stream_usart_putchar writes a character at the USART stream \end_layout \begin_layout Description _ \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset _stream_mssp_putchar writes a character at the MSSP stream \end_layout \begin_layout Description putchar dummy function. This writes a character to a user specified manner. \end_layout \begin_layout Standard In order to increase performance \emph on putchar \emph default is declared in stdio.h as having its parameter in WREG (it has the wparam keyword). In stdio.h exists the macro PUTCHAR(arg) that defines the putchar function in a user-friendly way. \emph on arg \emph default is the name of the variable that holds the character to print. An example follows: \end_layout \begin_layout LyX-Code #include \newline #include \newline \newline PUTCHAR( c ) \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code PORTA = c; /* dump character c to PORTA */ \end_layout \begin_layout LyX-Code } \newline \newline void main(void) \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code stdout = STREAM_USER; /* this is not necessary, since stdout points \end_layout \begin_layout LyX-Code * by default to STREAM_USER */ \end_layout \begin_layout LyX-Code printf ( \begin_inset Quotes sld \end_inset This is a printf test \backslash n \begin_inset Quotes srd \end_inset ); \end_layout \begin_layout LyX-Code } \end_layout \begin_layout LyX-Code \end_layout \begin_layout Subsubsection Printing functions \end_layout \begin_layout Standard PIC16 contains an implementation of the printf-family of functions. There exist the following functions: \end_layout \begin_layout LyX-Code extern unsigned int sprintf(char *buf, char *fmt, ...); \end_layout \begin_layout LyX-Code extern unsigned int vsprintf(char *buf, char *fmt, va_list ap); \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code extern unsigned int printf(char *fmt, ...); \end_layout \begin_layout LyX-Code extern unsigned int vprintf(char *fmt, va_lista ap); \end_layout \begin_layout LyX-Code \end_layout \begin_layout LyX-Code extern unsigned int fprintf(FILE *fp, char *fmt, ...); \end_layout \begin_layout LyX-Code extern unsigned int vfprintf(FILE *fp, char *fmt, va_list ap); \end_layout \begin_layout Standard For sprintf and vsprintf \emph on buf \emph default should normally be a data pointer where the resulting string will be placed. No range checking is done so the user should allocate the necessary buffer. For fprintf and vfprintf \emph on fp \emph default should be a stream pointer (i.e. stdout, STREAM_MSSP, etc...). \end_layout \begin_layout Subsubsection Signals \end_layout \begin_layout Standard The PIC18F family of microcontrollers supports a number of interrupt sources. A list of these interrupts is shown in the following table: \end_layout \begin_layout Standard \align center \begin_inset Tabular \begin_inset Text \begin_layout Standard signal name \end_layout \end_inset \begin_inset Text \begin_layout Standard description \end_layout \end_inset \begin_inset Text \begin_layout Standard signal name \end_layout \end_inset \begin_inset Text \begin_layout Standard description \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_RB \end_layout \end_inset \begin_inset Text \begin_layout Standard PORTB change interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_EE \end_layout \end_inset \begin_inset Text \begin_layout Standard EEPROM/FLASH write complete interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_INT0 \end_layout \end_inset \begin_inset Text \begin_layout Standard INT0 external interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_BCOL \end_layout \end_inset \begin_inset Text \begin_layout Standard Bus collision interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_INT1 \end_layout \end_inset \begin_inset Text \begin_layout Standard INT1 external interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_LVD \end_layout \end_inset \begin_inset Text \begin_layout Standard Low voltage detect interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_INT2 \end_layout \end_inset \begin_inset Text \begin_layout Standard INT2 external interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_PSP \end_layout \end_inset \begin_inset Text \begin_layout Standard Parallel slave port interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_CCP1 \end_layout \end_inset \begin_inset Text \begin_layout Standard CCP1 module interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_AD \end_layout \end_inset \begin_inset Text \begin_layout Standard AD convertion complete interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_CCP2 \end_layout \end_inset \begin_inset Text \begin_layout Standard CCP2 module interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_RC \end_layout \end_inset \begin_inset Text \begin_layout Standard USART receive interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_TMR0 \end_layout \end_inset \begin_inset Text \begin_layout Standard TMR0 overflow interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_TX \end_layout \end_inset \begin_inset Text \begin_layout Standard USART transmit interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_TMR1 \end_layout \end_inset \begin_inset Text \begin_layout Standard TMR1 overflow interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_MSSP \end_layout \end_inset \begin_inset Text \begin_layout Standard SSP receive/transmit interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_TMR2 \end_layout \end_inset \begin_inset Text \begin_layout Standard TMR2 matches PR2 interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard SIG_TMR3 \end_layout \end_inset \begin_inset Text \begin_layout Standard TMR3 overflow interrupt \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \noindent The prototypes for these names are defined in the header file \emph on signal.h \emph default . \end_layout \begin_layout Standard \noindent In order to simplify signal handling, a number of macros is provided: \end_layout \begin_layout List \labelwidthstring 00.00.0000 DEF_INTHIGH(name) begin the definition of the interrupt dispatch table for high priority interrupts. \emph on name \emph default is the function name to use. \end_layout \begin_layout List \labelwidthstring 00.00.0000 DEF_INTLOW(name) begin the definition of the interrupt dispatch table fo low priority interrupt. \emph on name \emph default is the function name to use. \end_layout \begin_layout List \labelwidthstring 00.00.0000 DEF_HANDLER(sig,handler) define a handler for signal \emph on sig. \end_layout \begin_layout List \labelwidthstring 00.00.0000 END_DEF end the declaration of the dispatch table. \end_layout \begin_layout Standard Additionally there are two more macros to simplify the declaration of the signal handler: \end_layout \begin_layout List \labelwidthstring 00.00.0000 \series medium SIGHANDLER(handler) \series default this declares the function prototype for the \emph on handler \emph default function. \end_layout \begin_layout List \labelwidthstring 00.00.0000 SIGHANDLERNAKED(handler) same as SIGHANDLER() but declares a naked function. \end_layout \begin_layout Standard An example of using the macros above is shown below: \end_layout \begin_layout LyX-Code #include \end_layout \begin_layout LyX-Code #include \newline \newline DEF_INTHIGH(high_int) \end_layout \begin_layout LyX-Code DEF_HANDLER(SIG_TMR0, _tmr0_handler) \end_layout \begin_layout LyX-Code DEF_HANDLER(SIG_BCOL, _bcol_handler) \end_layout \begin_layout LyX-Code END_DEF \newline \newline SIGHANDLER(_tmr0_handler) \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code /* action to be taken when timer 0 overflows */ \end_layout \begin_layout LyX-Code } \newline \newline SIGHANDLERNAKED(_bcol_handler) \end_layout \begin_layout LyX-Code { \end_layout \begin_layout LyX-Code _asm \end_layout \begin_layout LyX-Code /* action to be taken when bus collision occurs */ \end_layout \begin_layout LyX-Code retfie \end_layout \begin_layout LyX-Code _endasm; \end_layout \begin_layout LyX-Code } \end_layout \begin_layout Standard \series bold NOTES: \series default Special care should be taken when using the above scheme: \end_layout \begin_layout Itemize do not place a colon (;) at the end of the DEF_* and END_DEF macros. \end_layout \begin_layout Itemize when declaring SIGHANDLERNAKED handler never forget to use \emph on retfie \emph default for proper returning. \end_layout \begin_layout Subsection PIC16 Port -- Tips \end_layout \begin_layout Standard Here you can find some general tips for compiling programs with SDCC/pic16. \end_layout \begin_layout Subsubsection Stack size \end_layout \begin_layout Standard The default stack \begin_inset LatexCommand index name "PIC16!stack" \end_inset size (that is 64 bytes) probably is enough for many programs. One must take care that when there are many levels of function nesting, or there is excessive usage of stack, its size should be extended. An example of such a case is the printf/sprintf family of functions. If you encounter problems like not being able to print integers, then you need to set the stack size around the maximum (256 for small stack model). The following diagram shows what happens when calling printf to print an integer: \end_layout \begin_layout LyX-Code printf () --> ltoa () --> ultoa () --> divschar () \end_layout \begin_layout Standard It is should be understood that stack is easily consumed when calling complicate d functions. Using command line arguments like - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -fommit-frame-pointer might reduce stack usage by not creating unnecessery stack frames. Other ways to reduce stack usage may exist. \end_layout \begin_layout Subsection Known Bugs \end_layout \begin_layout Subsubsection Extended Instruction Set \end_layout \begin_layout Standard The PIC16 port emits code which is incompatible with the extended instruction set available with many newer devices. Make sure to always explicitly disable it, usually using \end_layout \begin_layout Standard \family typewriter static __code char __at(__CONFIG4L) conf4l = /* more flags & */ _XINST_OFF_4L; \end_layout \begin_layout Standard \noindent Some devices (namely 18f2455, 18f2550, 18f4455, and 18f4550) use _ENHCPU_OFF_4L instead of _XINST_OFF_4L. \end_layout \begin_layout Subsubsection Regression Tests \end_layout \begin_layout Standard The PIC16 port currently passes most but not all of the tests in SDCC's regression test \begin_inset LatexCommand index name "Regression test (PIC16)" \end_inset suite (see section \begin_inset LatexCommand ref reference "sec:Quality-control" \end_inset ), thus no automatic regression tests are currently performed for the PIC16 target. \end_layout \begin_layout Chapter Debugging \end_layout \begin_layout Standard There are several approaches to debugging your code. This chapter is meant to show your options and to give detail on some of them: \newline \newline When writing your code: \end_layout \begin_layout Itemize write your code with debugging in mind (avoid duplicating code, put conceptually similar variables into structs, use structured code, have strategic points within your code where all variables are consistent, ...) \end_layout \begin_layout Itemize run a syntax-checking tool like splint \begin_inset LatexCommand index name "splint (syntax checking tool)" \end_inset \begin_inset LatexCommand index name "lint (syntax checking tool)" \end_inset (see - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -more-pedantic \begin_inset LatexCommand ref reference "lyx:more-pedantic-SPLINT" \end_inset ) over the code. \end_layout \begin_layout Itemize for the high level code use a C-compiler (like f.e. GCC) to compile run and debug the code on your host. See (see - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -more-pedantic \begin_inset LatexCommand ref reference "lyx:more-pedantic-SPLINT" \end_inset ) on how to handle syntax extensions like __xdata, __at(), ... \end_layout \begin_layout Itemize use another C-compiler to compile code for your target. Always an option but not recommended:) And not very likely to help you. If you seriously consider walking this path you should at least occasionally check portability of your code. Most commercial compiler vendors will offer an evaluation version so you can test compile your code or snippets of your code. \end_layout \begin_layout Standard Debugging on a simulator: \end_layout \begin_layout Itemize there is a separate section about SDCDB (section \begin_inset LatexCommand ref reference "cha:Debugging-with-SDCDB" \end_inset ) below. \end_layout \begin_layout Itemize or (8051 specific) use a free open source/commercial simulator which interfaces to the AOMF \begin_inset LatexCommand index name "AOMF, AOMF51" \end_inset file (see \begin_inset LatexCommand ref reference "OMF file" \end_inset ) optionally generated by SDCC. \end_layout \begin_layout Standard Debugging On-target: \end_layout \begin_layout Itemize use a MCU port pin to serially output debug data to the RS232 port of your host. You'll probably want some level shifting device typically involving a MAX232 or similar IC. If the hardware serial port of the MCU is not available search for 'Software UART' in your favourite search machine. \end_layout \begin_layout Itemize use an on-target monitor. In this context a monitor is a small program which usually accepts commands via a serial line and allows to set program counter, to single step through a program and read/write memory locations. For the 8051 good examples of monitors are paulmon and cmon51 (see section \begin_inset LatexCommand ref reference "sec:Related-open-source-tools" \end_inset ). \end_layout \begin_layout Itemize toggle MCU port pins at strategic points within your code and use an oscilloscop e. A \emph on digital oscilloscope \emph default \begin_inset LatexCommand index name "Oscilloscope" \end_inset with deep trace memory is really helpful especially if you have to debug a realtime application. If you need to monitor more pins than your oscilloscope provides you can sometimes get away with a small R-2R network. On a single channel oscilloscope you could f.e. monitor 2 push-pull driven pins by connecting one via a 10\InsetSpace ~ k \begin_inset Formula $\Omega$ \end_inset resistor and the other one by a 5\InsetSpace ~ k \begin_inset Formula $\Omega$ \end_inset resistor to the oscilloscope probe (check output drive capability of the pins you want to monitor). If you need to monitor many more pins a \emph on logic analyzer \emph default will be handy. \end_layout \begin_layout Itemize use an ICE ( \emph on i \emph default n \emph on c \emph default ircuit \emph on e \emph default mulator \begin_inset LatexCommand index name "ICE (in circuit emulator)" \end_inset ). Usually very expensive. And very nice to have too. And usually locks you (for years...) to the devices the ICE can emulate. \end_layout \begin_layout Itemize use a remote debugger. In most 8-bit systems the symbol information is not available on the target, and a complete debugger is too bulky for the target system. Therefore usually a debugger on the host system connects to an on-target debugging stub which accepts only primitive commands. \newline Terms to enter into your favourite search engine could be 'remote debugging', 'gdb stub' or 'inferior debugger'. (is there one?) \end_layout \begin_layout Itemize use an on target hardware debugger. Some of the more modern MCUs include hardware support for setting break points and monitoring/changing variables by using dedicated hardware pins. This facility doesn't require additional code to run on the target and \emph on usually \emph default doesn't affect runtime behaviour until a breakpoint is hit. For the mcs51 most hardware debuggers use the AOMF \begin_inset LatexCommand index name "AOMF, AOMF51" \end_inset file (see \begin_inset LatexCommand ref reference "OMF file" \end_inset ) as input file. \end_layout \begin_layout Standard Last not least: \end_layout \begin_layout Itemize if you are not familiar with any of the following terms you're likely to run into problems rather sooner than later: \emph on volatile \emph default , \emph on atomic \emph default , \emph on memory map \emph default , \emph on overlay \emph default . As an embedded programmer you \emph on have \emph default to know them so why not look them up \emph on before \emph default you have problems?) \end_layout \begin_layout Itemize tell someone else about your problem (actually this is a surprisingly effective means to hunt down the bug even if the listener is not familiar with your environment). As 'failure to communicate' is probably one of the job-induced deformations of an embedded programmer this is highly encouraged. \end_layout \begin_layout Section Debugging with SDCDB \begin_inset LatexCommand label name "cha:Debugging-with-SDCDB" \end_inset \begin_inset LatexCommand index name "SDCDB (debugger)" \end_inset \end_layout \begin_layout Standard SDCC is distributed with a source level debugger \begin_inset LatexCommand index name "Debugger" \end_inset . The debugger uses a command line interface, the command repertoire of the debugger has been kept as close to gdb \begin_inset LatexCommand index name "gdb" \end_inset (the GNU debugger) as possible. The configuration and build process is part of the standard compiler installati on, which also builds and installs the debugger in the target directory specified during configuration. The debugger allows you debug BOTH at the C source and at the ASM source level. \end_layout \begin_layout Subsection Compiling for Debugging \end_layout \begin_layout Standard The - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug \begin_inset LatexCommand index name "-\\/-debug" \end_inset option must be specified for all files for which debug information is to be generated. The compiler generates a .adb file for each of these files. The linker creates the .cdb \begin_inset LatexCommand index name ".cdb" \end_inset file from the .adb \begin_inset LatexCommand index name ".adb" \end_inset files and the address information. This .cdb is used by the debugger. \end_layout \begin_layout Subsection How the Debugger Works \end_layout \begin_layout Standard When the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -debug option is specified the compiler generates extra symbol information some of which are put into the assembler source and some are put into the .adb file. Then the linker creates the .cdb file from the individual .adb files with the address information for the symbols. The debugger reads the symbolic information generated by the compiler & the address information generated by the linker. It uses the SIMULATOR (Daniel's S51) to execute the program, the program execution is controlled by the debugger. When a command is issued for the debugger, it translates it into appropriate commands for the simulator. (Currently SDCDM only connects to the simulator but \emph on newcdb \emph default at \begin_inset LatexCommand url target "http://ec2drv.sf.net/" \end_inset is an effort to connect directly to the hardware.) \end_layout \begin_layout Subsection Starting the Debugger SDCDB \end_layout \begin_layout Standard The debugger can be started using the following command line. (Assume the file you are debugging has the file name foo). \newline \newline \family sans \series bold sdcdb foo \newline \family default \series default \newline The debugger will look for the following files. \end_layout \begin_layout Itemize foo.c - the source file. \end_layout \begin_layout Itemize foo.cdb - the debugger symbol information file. \end_layout \begin_layout Itemize foo.ihx - the Intel hex format \begin_inset LatexCommand index name "Intel hex format" \end_inset object file. \end_layout \begin_layout Subsection SDCDB Command Line Options \end_layout \begin_layout Itemize - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -directory= this option can used to specify the directory search list. The debugger will look into the directory list specified for source, cdb & ihx files. The items in the directory list must be separated by ':', e.g. if the source files can be in the directories /home/src1 and /home/src2, the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -directory option should be - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -directory=/home/src1:/home/src2. Note there can be no spaces in the option. \end_layout \begin_layout Itemize -cd - change to the . \end_layout \begin_layout Itemize -fullname - used by GUI front ends. \end_layout \begin_layout Itemize -cpu - this argument is passed to the simulator please see the simulator docs for details. \end_layout \begin_layout Itemize -X this options is passed to the simulator please see the simulator docs for details. \end_layout \begin_layout Itemize -s passed to simulator see the simulator docs for details. \end_layout \begin_layout Itemize -S passed to simulator see the simulator docs for details. \end_layout \begin_layout Itemize -k passed to simulator see the simulator docs for details. \end_layout \begin_layout Subsection SDCDB Debugger Commands \end_layout \begin_layout Standard As mentioned earlier the command interface for the debugger has been deliberatel y kept as close the GNU debugger gdb, as possible. This will help the integration with existing graphical user interfaces (like ddd, xxgdb or xemacs) existing for the GNU debugger. If you use a graphical user interface for the debugger you can skip this section. \end_layout \begin_layout Subsubsection* break [line | file:line | function | file:function] \end_layout \begin_layout Standard Set breakpoint at specified line or function: \newline \newline \family sans \series bold sdcdb>break 100 \newline sdcdb>break foo.c:100 \newline sdcdb>break funcfoo \newline sdcdb>break foo.c:funcfoo \end_layout \begin_layout Subsubsection* clear [line | file:line | function | file:function ] \end_layout \begin_layout Standard Clear breakpoint at specified line or function: \newline \newline \family sans \series bold sdcdb>clear 100 \newline sdcdb>clear foo.c:100 \newline sdcdb>clear funcfoo \newline sdcdb>clear foo.c:funcfoo \end_layout \begin_layout Subsubsection* continue \end_layout \begin_layout Standard Continue program being debugged, after breakpoint. \end_layout \begin_layout Subsubsection* finish \end_layout \begin_layout Standard Execute till the end of the current function. \end_layout \begin_layout Subsubsection* delete [n] \end_layout \begin_layout Standard Delete breakpoint number 'n'. If used without any option clear ALL user defined break points. \end_layout \begin_layout Subsubsection* info [break | stack | frame | registers ] \end_layout \begin_layout Itemize info break - list all breakpoints \end_layout \begin_layout Itemize info stack - show the function call stack. \end_layout \begin_layout Itemize info frame - show information about the current execution frame. \end_layout \begin_layout Itemize info registers - show content of all registers. \end_layout \begin_layout Subsubsection* step \end_layout \begin_layout Standard Step program until it reaches a different source line. Note: pressing repeats the last command. \end_layout \begin_layout Subsubsection* next \end_layout \begin_layout Standard Step program, proceeding through subroutine calls. \end_layout \begin_layout Subsubsection* run \end_layout \begin_layout Standard Start debugged program. \end_layout \begin_layout Subsubsection* ptype variable \end_layout \begin_layout Standard Print type information of the variable. \end_layout \begin_layout Subsubsection* print variable \end_layout \begin_layout Standard print value of variable. \end_layout \begin_layout Subsubsection* file filename \end_layout \begin_layout Standard load the given file name. Note this is an alternate method of loading file for debugging. \end_layout \begin_layout Subsubsection* frame \end_layout \begin_layout Standard print information about current frame. \end_layout \begin_layout Subsubsection* set srcmode \end_layout \begin_layout Standard Toggle between C source & assembly source. \end_layout \begin_layout Subsubsection* ! simulator command \end_layout \begin_layout Standard Send the string following '!' to the simulator, the simulator response is displayed. Note the debugger does not interpret the command being sent to the simulator, so if a command like 'go' is sent the debugger can loose its execution context and may display incorrect values. \end_layout \begin_layout Subsubsection* quit \end_layout \begin_layout Standard "Watch me now. Iam going Down. My name is Bobby Brown" \end_layout \begin_layout Subsection Interfacing SDCDB with DDD \end_layout \begin_layout Standard \begin_inset Note Note status collapsed \begin_layout Standard The screenshot was converted from png to eps with: \begin_inset Quotes sld \end_inset bmeps -c -e8f -p3 ddd_example.png >ddd_example.eps \begin_inset Quotes srd \end_inset which produces a pretty compact eps file which is free from compression artifacts. \end_layout \begin_layout Standard The screenshot was included in sdccman.lyx cvs version 1.120 but later removed as this broke the build system on Sourceforge (pdf-file was broken. pdflatex does not accept eps files). \end_layout \end_inset \end_layout \begin_layout Standard The \emph on p \emph default ortable \emph on n \emph default etwork \emph on g \emph default raphics File \size footnotesize \begin_inset LatexCommand url target "http://sdcc.svn.sourceforge.net/viewvc/*checkout*/sdcc/trunk/sdcc/doc/figures/ddd_example.png" \end_inset \size default shows a screenshot of a debugging session with DDD \begin_inset LatexCommand index name "DDD (debugger)" \end_inset (Unix only) on a simulated 8032. The debugging session might not run as smoothly as the screenshot suggests. The debugger allows setting of breakpoints, displaying and changing variables, single stepping through C and assembler code. \newline The source was compiled with \family sans \series bold \newline \newline sdcc - \family default \series default \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset \family sans \series bold -debug ddd_example.c \family default \series default \family sans \series bold \newline \family default \series default \newline and DDD was invoked with \family sans \series bold \newline \newline ddd -debugger "sdcdb -cpu 8032 ddd_example" \end_layout \begin_layout Standard \begin_inset Note Note status open \begin_layout Standard Check that the double quotes or an apostrophe within the command line survive the LyX tool chain. Previously the apostrophes got slanted in the PDF output so a cut and paste did not work. \end_layout \end_inset \end_layout \begin_layout Subsection Interfacing SDCDB with XEmacs \begin_inset LatexCommand index name "XEmacs" \end_inset \begin_inset LatexCommand index name "Emacs" \end_inset \end_layout \begin_layout Standard Two files (in emacs lisp) are provided for the interfacing with XEmacs, sdcdb.el and sdcdbsrc.el. These two files can be found in the $(prefix)/bin directory after the installat ion is complete. These files need to be loaded into XEmacs for the interface to work. This can be done at XEmacs startup time by inserting the following into your '.xemacs' file (which can be found in your HOME directory): \newline \newline \family typewriter (load-file sdcdbsrc.el) \family default \newline \newline .xemacs is a lisp file so the () around the command is REQUIRED. The files can also be loaded dynamically while XEmacs is running, set the environment variable 'EMACSLOADPATH' to the installation bin directory (/bin), then enter the following command ESC-x load-file sdcdbsrc. To start the interface enter the following command: \newline \newline \family sans \series bold ESC-x sdcdbsrc \family default \series default \newline \newline You will prompted to enter the file name to be debugged. \newline \newline The command line options that are passed to the simulator directly are bound to default values in the file sdcdbsrc.el. The variables are listed below, these values maybe changed as required. \end_layout \begin_layout Itemize sdcdbsrc-cpu-type '51 \end_layout \begin_layout Itemize sdcdbsrc-frequency '11059200 \end_layout \begin_layout Itemize sdcdbsrc-serial nil \end_layout \begin_layout Standard The following is a list of key mapping for the debugger interface. \end_layout \begin_layout Standard \InsetSpace ~ \family typewriter \newline ;;\InsetSpace ~ Current Listing :: \newline ;;key\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ binding\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ Comment \newline ;;---\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ -------\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ------- \newline ;; \newline ;;\InsetSpace ~ n\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdb-next-fro m-src\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ SDCDB next command \newline ;;\InsetSpace ~ b\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdb-back-from-src\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ SDCDB back command \newline ;;\InsetSpace ~ c\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdb-cont-f rom-src\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ SDCDB continue command \newline ;;\InsetSpace ~ s\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdb-step-from-src\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ SDCDB step command \newline ;;\InsetSpace ~ ?\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdb-w hatis-c-sexp\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ SDCDB ptypecommand for data at \newline ;;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ buffer point \newline ;;\InsetSpace ~ x\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdbsrc-delete\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ SDCD B Delete all breakpoints if no arg \newline ;;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ given or delete arg (C-u arg x) \newline ;;\InsetSpace ~ m\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdbsrc -frame\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ SDCDB Display current frame if no arg, \newline ;;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ given or display frame arg \newline ;;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ buffer point \newline ;;\InsetSpace ~ !\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdbsrc-goto-sdcdb\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ Goto the SDCDB output buffer \newline ;;\InsetSpace ~ p\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdb-prin t-c-sexp\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ SDCDB print command for data at \newline ;;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ buffer point \newline ;;\InsetSpace ~ g\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdbsrc-goto-sdcdb\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ Got o the SDCDB output buffer \newline ;;\InsetSpace ~ t\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdbsrc-mode\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ Toggles Sdcdbsrc mode (turns it off) \newline ;; \newline ;;\InsetSpace ~ C-c\InsetSpace ~ C-f\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdb-finish-from-src\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ SDCDB finish command \newline ;; \newline ;;\InsetSpace ~ C-x\InsetSpace ~ SPC\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdb-brea k\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ Set break for line with point \newline ;;\InsetSpace ~ ESC\InsetSpace ~ t\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdcdbsrc-mode\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ Toggle Sdcdbsrc mode \newline ;;\InsetSpace ~ ESC\InsetSpace ~ m\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sdc dbsrc-srcmode\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ Toggle list mode \newline ;; \newline \family default \newpage \end_layout \begin_layout Chapter TIPS \end_layout \begin_layout Standard Here are a few guidelines that will help the compiler generate more efficient code, some of the tips are specific to this compiler others are generally good programming practice. \end_layout \begin_layout Itemize Use the smallest data type to represent your data-value. If it is known in advance that the value is going to be less than 256 then use an 'unsigned char' instead of a 'short' or 'int'. Please note, that ANSI C requires both signed and unsigned chars to be promoted to 'signed int' \begin_inset LatexCommand index name "promotion to signed int" \end_inset \begin_inset Marginal status collapsed \begin_layout Standard \series bold \InsetSpace ~ ! \end_layout \end_inset before doing any operation. This promotion \begin_inset LatexCommand index name "type promotion" \end_inset \begin_inset LatexCommand label name "type promotion" \end_inset can be omitted, if the result is the same. The effect of the promotion rules together with the sign-extension is often surprising: \end_layout \begin_deeper \begin_layout Verse \family typewriter unsigned char uc = 0xfe; \newline if (uc * uc < 0) /* this is true! */ \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ .... \newline } \end_layout \begin_layout Standard \family typewriter uc * uc \family default is evaluated as \family typewriter (int) uc * (int) uc = (int) 0xfe * (int) 0xfe = (int) 0xfc04 = -1024 \family default . \newline Another one: \end_layout \begin_layout Verse \family typewriter (unsigned char) -12 / (signed char) -3 = ... \end_layout \begin_layout Standard No, the result is not 4: \end_layout \begin_layout Verse \family typewriter (int) (unsigned char) -12 / (int) (signed char) -3 = \newline (int) (unsigned char) 0xf4 / (int) (signed char) 0xfd = \newline (int) 0x00f4 / (int) 0xfffd = \newline (int) 0x00f4 / (int) 0xfffd = \newline (int) 244 / (int) -3 = \newline (int) -81 = (int) 0xffaf; \end_layout \begin_layout Standard Don't complain, that gcc gives you a different result. gcc uses 32 bit ints, while SDCC uses 16 bit ints. Therefore the results are different. \newline From \begin_inset Quotes sld \end_inset comp.lang.c FAQ \begin_inset Quotes srd \end_inset : \end_layout \begin_layout Quote \emph on If well-defined overflow characteristics are important and negative values are not, or if you want to steer clear of sign-extension problems when manipulating bits or bytes, use one of the corresponding unsigned types. (Beware when mixing signed and unsigned values in expressions, though.) \newline Although character types (especially unsigned char) can be used as "tiny" integers, doing so is sometimes more trouble than it's worth, due to unpredictable sign extension and increased code size. \end_layout \end_deeper \begin_layout Itemize Use unsigned when it is known in advance that the value is not going to be negative. This helps especially if you are doing division or multiplication, bit-shifting or are using an array index. \end_layout \begin_layout Itemize NEVER jump into a LOOP. \end_layout \begin_layout Itemize Declare the variables to be local \begin_inset LatexCommand index name "local variables" \end_inset whenever possible, especially loop control variables (induction). \end_layout \begin_layout Itemize Have a look at the assembly listing to get a \begin_inset Quotes sld \end_inset feeling \begin_inset Quotes srd \end_inset for the code generation. \end_layout \begin_layout Section Porting code from or to other compilers \begin_inset LatexCommand label name "sec:Porting-code-to-other-compilers" \end_inset \end_layout \begin_layout Itemize check whether endianness of the compilers differs and adapt where needed. \end_layout \begin_layout Itemize check the device specific header files \begin_inset LatexCommand index name "Header files" \end_inset \begin_inset LatexCommand index name "Include files" \end_inset for compiler specific syntax. Eventually include the file \begin_inset LatexCommand url target "http://sdcc.svn.sourceforge.net/viewvc/sdcc/trunk/sdcc/device/include/mcs51/compiler.h?view=markup" \end_inset to allow using common header files. (see f.e. cc2510fx.h \begin_inset LatexCommand url target "http://sdcc.svn.sourceforge.net/viewvc/sdcc/trunk/sdcc/device/include/mcs51/cc2510fx.h?view=markup" \end_inset ). \end_layout \begin_layout Itemize check whether the startup code contains the correct initialization (watchdog, peripherals). \end_layout \begin_layout Itemize check whether the sizes of short, int, long match. \end_layout \begin_layout Itemize check if some 16 or 32 bit hardware registers require a specific addressing order (least significant or most significant byte first) and adapt if needed ( \emph on first \emph default and \emph on last \emph default relate to time and not to lower/upper memory location here, so this is \emph on not \emph default the same as endianness). \end_layout \begin_layout Itemize check whether the keyword \emph on volatile \emph default is used where needed. The compilers might differ in their optimization characteristics (as different versions of the same compiler might also use more clever optimizations this is good idea anyway). See section \begin_inset LatexCommand ref reference "sub:Common-interrupt-pitfall-volatile" \end_inset . \end_layout \begin_layout Itemize check that the compilers are not told to suppress warnings. \end_layout \begin_layout Itemize check and convert compiler specific extensions (interrupts, memory areas, pragmas etc.). \end_layout \begin_layout Itemize check for differences in type promotion. Especially check for math operations on \family typewriter char \family default or \family typewriter unsigned char \family default variables. For the sake of C99 compatibility SDCC will probably promote these to \family typewriter int \family default more often than other compilers. Eventually insert explicit casts to \family typewriter (char) \family default or \family typewriter (unsigned char) \family default . Also check that the ~\InsetSpace ~ operator \begin_inset LatexCommand index name "\\~\\/ Operator" \end_inset is not used on \family typewriter bit \begin_inset LatexCommand index name "bit" \end_inset \family default variables, use the !\InsetSpace ~ operator instead. See sections \begin_inset LatexCommand ref reference "type promotion" \end_inset and \begin_inset LatexCommand ref reference "sec:Compatibility-with-previous" \end_inset . \end_layout \begin_layout Itemize check the assembly code generated for interrupt routines (f.e. for calls to possibly non-reentrant library functions). \end_layout \begin_layout Itemize check whether timing loops result in proper timing (or preferably consider a rewrite of the code with timer based delays instead). \end_layout \begin_layout Itemize check for differences in printf parameters (some compilers push (va_arg \begin_inset LatexCommand index name "vararg, va\\_arg" \end_inset ) char variables as \family typewriter int \family default others push them as \family typewriter char \family default . See section \begin_inset LatexCommand ref reference "sec:Compatibility-with-previous" \end_inset ). \end_layout \begin_layout Itemize check the resulting memory map \begin_inset LatexCommand index name "Memory map" \end_inset . Usage of different memory spaces: code, stack, data (for mcs51/ds390 additional ly idata, pdata, xdata). Eventually check if unexpected library functions are included. \end_layout \begin_layout Section Tools \begin_inset LatexCommand index name "Tools" \end_inset included in the distribution \end_layout \begin_layout Standard \align left \begin_inset Tabular \begin_inset Text \begin_layout Standard \series bold Name \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Purpose \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Directory \end_layout \end_inset \begin_inset Text \begin_layout Standard uCsim \begin_inset LatexCommand index name "uCsim" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard Simulator for various architectures \end_layout \end_inset \begin_inset Text \begin_layout Standard sdcc/sim/ucsim \end_layout \end_inset \begin_inset Text \begin_layout Standard keil2sdcc.pl \end_layout \end_inset \begin_inset Text \begin_layout Standard header file \begin_inset LatexCommand index name "Header files" \end_inset \begin_inset LatexCommand index name "Include files" \end_inset conversion \end_layout \end_inset \begin_inset Text \begin_layout Standard sdcc/support/scripts \end_layout \end_inset \begin_inset Text \begin_layout Standard mh2h.c \end_layout \end_inset \begin_inset Text \begin_layout Standard header file conversion \end_layout \end_inset \begin_inset Text \begin_layout Standard sdcc/support/scripts \end_layout \end_inset \begin_inset Text \begin_layout Standard as-gbz80 \end_layout \end_inset \begin_inset Text \begin_layout Standard Assembler \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none sdcc/bin \end_layout \end_inset \begin_inset Text \begin_layout Standard as-z80 \end_layout \end_inset \begin_inset Text \begin_layout Standard Assembler \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none sdcc/bin \end_layout \end_inset \begin_inset Text \begin_layout Standard asx8051 \end_layout \end_inset \begin_inset Text \begin_layout Standard Assembler \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none sdcc/bin \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCDB \end_layout \end_inset \begin_inset Text \begin_layout Standard Simulator \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none sdcc/bin \end_layout \end_inset \begin_inset Text \begin_layout Standard aslink \end_layout \end_inset \begin_inset Text \begin_layout Standard Linker \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none sdcc/bin \end_layout \end_inset \begin_inset Text \begin_layout Standard link-z80 \end_layout \end_inset \begin_inset Text \begin_layout Standard Linker \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none sdcc/bin \end_layout \end_inset \begin_inset Text \begin_layout Standard link-gbz80 \end_layout \end_inset \begin_inset Text \begin_layout Standard Linker \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none sdcc/bin \end_layout \end_inset \begin_inset Text \begin_layout Standard packihx \end_layout \end_inset \begin_inset Text \begin_layout Standard Intel Hex packer \begin_inset LatexCommand index name "packihx (tool)" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none sdcc/bin \end_layout \end_inset \end_inset \newline \end_layout \begin_layout Section Documentation \begin_inset LatexCommand index name "Documentation" \end_inset included in the distribution \end_layout \begin_layout Standard \align left \begin_inset Tabular \begin_inset Text \begin_layout Standard \series bold Subject / Title \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Filename / Where to get \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC Compiler User Guide \end_layout \end_inset \begin_inset Text \begin_layout Standard You're reading it right now \emph on \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \hfill online at: \emph default \newline \begin_inset LatexCommand url target "http://sdcc.sourceforge.net/doc/sdccman.pdf" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard Changelog of SDCC \end_layout \end_inset \begin_inset Text \begin_layout Standard sdcc/Changelog \emph on \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \hfill online at: \emph default \newline \begin_inset LatexCommand url target "http://sdcc.svn.sourceforge.net/viewvc/*checkout*/sdcc/trunk/sdcc/ChangeLog" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard ASXXXX \begin_inset LatexCommand index name "asXXXX (as-gbz80, as-hc08, asx8051, as-z80)" \end_inset \begin_inset LatexCommand index name "Assembler documentation" \end_inset Assemblers and \newline ASLINK \begin_inset LatexCommand index name "aslink" \end_inset \begin_inset LatexCommand index name "Linker documentation" \end_inset Relocating Linker \end_layout \end_inset \begin_inset Text \begin_layout Standard sdcc/as/doc/asxhtm.html \emph on \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \hfill online at: \emph default \newline \begin_inset LatexCommand url target "http://sdcc.svn.sourceforge.net/viewvc/*checkout*/sdcc/trunk/sdcc/as/doc/asxhtm.html" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC regression test \begin_inset 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\end_inset port \end_layout \end_inset \begin_inset Text \begin_layout Standard sdcc/src/pic16/NOTES \emph on \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \hfill online at: \newline \emph default \begin_inset LatexCommand url target "http://sdcc.svn.sourceforge.net/viewvc/*checkout*/sdcc/trunk/sdcc/src/pic16/NOTES" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard SDCC internal documentation (debugging file format) \end_layout \end_inset \begin_inset Text \begin_layout Standard sdcc/doc/ \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none cdbfileformat.pd \family default \series default \shape default \size default \emph default \bar default \noun default f \emph on \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \hfill online at: \emph default \newline \begin_inset LatexCommand url target "http://sdcc.sourceforge.net/doc/cdbfileformat.pdf" \end_inset \end_layout \end_inset \end_inset \newline \end_layout \begin_layout Section Related open source tools \begin_inset LatexCommand label name "sec:Related-open-source-tools" \end_inset \begin_inset LatexCommand index name "Related tools" \end_inset \end_layout \begin_layout Standard \align left \begin_inset Tabular \begin_inset Text \begin_layout Standard \series bold Name \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Purpose \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Where to get \end_layout \end_inset \begin_inset Text \begin_layout Standard gpsim \begin_inset LatexCommand index name "gpsim (pic simulator)" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard PIC simulator \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset LatexCommand url target "http://www.dattalo.com/gnupic/gpsim.html" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard gputils \begin_inset LatexCommand index name "gputils (pic tools)" \end_inset \end_layout 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index name "indent (source formatting tool)" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard Formats C source - Master of the white spaces \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset LatexCommand url target "http://directory.fsf.org/GNU/indent.html" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard srecord \begin_inset LatexCommand index name "srecord (bin, hex, ... tool)" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard Object file conversion, checksumming, ... \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset LatexCommand url target "http://sourceforge.net/projects/srecord" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard objdump \begin_inset LatexCommand index name "objdump (tool)" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard Object file conversion, ... \end_layout \end_inset \begin_inset Text \begin_layout Standard Part of binutils (should be there anyway) \end_layout \end_inset \begin_inset Text \begin_layout Standard cmon51 \end_layout \end_inset \begin_inset Text \begin_layout Standard 8051 monitor (hex up-/download, single step, disassemble) \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset LatexCommand url target "http://sourceforge.net/projects/cmon51" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard doxygen \begin_inset LatexCommand index name "doxygen (source documentation tool)" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard Source code documentation system \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset LatexCommand url target "http://www.doxygen.org" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard kdevelop \end_layout \end_inset \begin_inset Text \begin_layout Standard IDE (has anyone tried integrating SDCC & SDCDB? Unix only) \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset LatexCommand url target "http://www.kdevelop.org" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard paulmon \end_layout \end_inset \begin_inset Text \begin_layout Standard 8051 monitor (hex up-/download, single step, disassemble) \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset LatexCommand url target "http://www.pjrc.com/tech/8051/paulmon2.html" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard splint \begin_inset LatexCommand index name "splint (syntax checking tool)" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard Statically checks c sources (see \begin_inset LatexCommand ref reference "lyx:more-pedantic-SPLINT" \end_inset ) \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset LatexCommand url target "http://www.splint.org" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard ddd \begin_inset LatexCommand index name "DDD (debugger)" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard Debugger, serves nicely as GUI to SDCDB \begin_inset LatexCommand index name "SDCDB (debugger)" \end_inset (Unix only) \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset LatexCommand url target "http://www.gnu.org/software/ddd/" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard d52 \begin_inset LatexCommand index name "d52" \end_inset \begin_inset LatexCommand index name "d52 (disassembler)" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard Disassembler, can count instruction cycles \begin_inset LatexCommand index name "instruction cycles (count)" \end_inset , use with options -pnd \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset LatexCommand url target "http://www.8052.com/users/disasm/" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard cmake \begin_inset LatexCommand index name "cmake" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard Cross platform build system, generates Makefiles \begin_inset LatexCommand index name "Makefile" \end_inset and project workspaces \begin_inset LatexCommand index name "project workspace" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset LatexCommand url target "http://www.cmake.org" \end_inset \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ and a dedicated wiki entry: \begin_inset LatexCommand url target "http://www.cmake.org/Wiki/CmakeSdcc" \end_inset \end_layout \end_inset \end_inset \newline \end_layout \begin_layout Section Related documentation / recommended reading \end_layout \begin_layout Standard \align left \begin_inset Tabular \begin_inset Text \begin_layout Standard \series bold Name \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Subject / Title \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Where to get \end_layout \end_inset \begin_inset Text \begin_layout Standard \family roman \series medium \shape up \size normal \emph off \bar no \noun off \color none c-refcard.pdf \end_layout \end_inset \begin_inset Text \begin_layout Standard C Reference Card \begin_inset LatexCommand index name "C Reference card" \end_inset , 2 pages \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset LatexCommand url target "http://refcards.com/refcards/c/index.html" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard c-faq \end_layout \end_inset \begin_inset Text \begin_layout Standard C-FAQ \begin_inset LatexCommand index name "C FAQ" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset LatexCommand url target "http://www.c-faq.com" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard ISO/IEC 9899:TC2 \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset Quotes sld \end_inset C-Standard \begin_inset Quotes srd \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize \begin_inset LatexCommand url target "http://www.open-std.org/jtc1/sc22/wg14/www/standards.html#9899" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard ISO/IEC DTR 18037 \end_layout \end_inset \begin_inset Text \begin_layout Standard \begin_inset Quotes sld \end_inset Extensions for Embedded C \begin_inset Quotes srd \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize \begin_inset LatexCommand url target "http://www.open-std.org/jtc1/sc22/wg14/www/docs/n1021.pdf" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Latest datasheet of target CPU \end_layout \end_inset \begin_inset Text \begin_layout Standard vendor \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard Revision history of datasheet \end_layout \end_inset \begin_inset Text \begin_layout Standard vendor \end_layout \end_inset \end_inset \newline \end_layout \begin_layout Section Application notes specifically for SDCC \end_layout \begin_layout Standard SDCC makes no claims about the completeness of this list and about up-to-datenes s or correctness of the application notes \begin_inset LatexCommand index name "Application notes" \end_inset . \end_layout \begin_layout Standard \align left \size footnotesize \begin_inset Tabular \begin_inset Text \begin_layout Standard \series bold \size footnotesize Vendor \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold \size footnotesize Subject / Title \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold \size footnotesize Where to get \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Maxim / Dallas \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Using the SDCC Compiler for the DS80C400 \begin_inset LatexCommand index name "DS80C400" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize \begin_inset LatexCommand url target "http://pdfserv.maxim-ic.com/en/an/AN3346.pdf" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Maxim / Dallas \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Using the Free SDCC C Compiler to Develop Firmware for the DS89C420/430/440/450 \begin_inset LatexCommand index name "DS89C4x0" \end_inset Family of Microcontrollers \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize \begin_inset LatexCommand url target "http://pdfserv.maxim-ic.com/en/an/AN3477.pdf" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Silicon Laboratories / Cygnal \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Integrating SDCC 8051 Tools Into The Silicon Labs IDE \begin_inset LatexCommand index name "IDE" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize \begin_inset LatexCommand url target "http://www.silabs.com/public/documents/tpub_doc/anote/Microcontrollers/en/an198.pdf" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Ramtron / Goal Semiconductor \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Interfacing SDCC to Syn and Textpad \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize \begin_inset LatexCommand url target "http://www.ramtron.com/doc/Products/Microcontroller/Support_Tools.asp" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Ramtron / Goal Semiconductor \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Installing and Configuring SDCC and Crimson Editor \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize \begin_inset LatexCommand url target "http://www.ramtron.com/doc/Products/Microcontroller/Support_Tools.asp" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Texas Instruments \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize MSC12xx Programming with SDCC \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize \begin_inset LatexCommand url target "http://focus.ti.com/general/docs/lit/getliterature.tsp?literatureNumber=sbaa109&fileType=pdf" \end_inset \end_layout \end_inset \end_inset \end_layout \begin_layout Section Some Questions \end_layout \begin_layout Standard Some questions answered, some pointers given - it might be time to in turn ask \emph on you \emph default some questions: \end_layout \begin_layout Itemize can you solve your project with the selected microcontroller? Would you find out early or rather late that your target is too small/slow/whatever? Can you switch to a slightly better device if it doesn't fit? \end_layout \begin_layout Itemize should you solve the problem with an 8 bit CPU? Or would a 16/32 bit CPU and/or another programming language be more adequate? Would an operating system on the target device help? \end_layout \begin_layout Itemize if you solved the problem, will the marketing department be happy? \end_layout \begin_layout Itemize if the marketing department is happy, will customers be happy? \end_layout \begin_layout Itemize if you're the project manager, marketing department and maybe even the customer in one person, have you tried to see the project from the outside? \end_layout \begin_layout Itemize is the project done if you think it is done? Or is just that other interface/pro tocol/feature/configuration/option missing? How about website, manual(s), internationali(z|s)ation, packaging, labels, 2nd source for components, electromagnetic compatability/interference, documentation for production, production test software, update mechanism, patent issues? \end_layout \begin_layout Itemize is your project adequately positioned in that magic triangle: fame, fortune, fun? \end_layout \begin_layout Standard Maybe not all answers to these questions are known and some answers may even be \emph on no \emph default , nevertheless knowing these questions may help you to avoid burnout \begin_inset Foot status open \begin_layout Standard burnout is bad for electronic devices, programmers and motorcycle tyres \end_layout \end_inset . Chances are you didn't want to hear some of them... \end_layout \begin_layout Chapter Support \begin_inset LatexCommand index name "Support" \end_inset \end_layout \begin_layout Standard SDCC has grown to be a large project. The compiler alone (without the preprocessor, assembler and linker) is well over 150,000 lines of code (blank stripped). The open source nature of this project is a key to its continued growth and support. You gain the benefit and support of many active software developers and end users. Is SDCC perfect? No, that's why we need your help. The developers take pride in fixing reported bugs. You can help by reporting the bugs and helping other SDCC users. There are lots of ways to contribute, and we encourage you to take part in making SDCC a great software package. \end_layout \begin_layout Standard The SDCC project is hosted on the SDCC sourceforge site at \begin_inset LatexCommand htmlurl target "http://sourceforge.net/projects/sdcc" \end_inset . You'll find the complete set of mailing lists \begin_inset LatexCommand index name "Mailing list(s)" \end_inset , forums, bug reporting system, patch submission \begin_inset LatexCommand index name "Patch submission" \end_inset system, download \begin_inset LatexCommand index name "download" \end_inset area and Subversion code repository \begin_inset LatexCommand index name "Subversion code repository" \end_inset there. \end_layout \begin_layout Section Reporting Bugs \begin_inset LatexCommand index name "Bug reporting" \end_inset \begin_inset LatexCommand index name "Reporting bugs" \end_inset \end_layout \begin_layout Standard The recommended way of reporting bugs is using the infrastructure of the sourceforge site. You can follow the status of bug reports there and have an overview about the known bugs. \end_layout \begin_layout Standard Bug reports are automatically forwarded to the developer mailing list and will be fixed ASAP. When reporting a bug, it is very useful to include a small test program (the smaller the better) which reproduces the problem. If you can isolate the problem by looking at the generated assembly code, this can be very helpful. Compiling your program with the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -dumpall \begin_inset LatexCommand index name "-\\/-dumpall" \end_inset option can sometimes be useful in locating optimization problems. When reporting a bug please make sure you: \end_layout \begin_layout Enumerate Attach the code you are compiling with SDCC. \end_layout \begin_layout Enumerate Specify the exact command you use to run SDCC, or attach your Makefile. \end_layout \begin_layout Enumerate Specify the SDCC version (type " \family sans \series bold sdcc -v \family default \series default "), your platform, and operating system. \end_layout \begin_layout Enumerate Provide an exact copy of any error message or incorrect output. \end_layout \begin_layout Enumerate Put something meaningful in the subject of your message. \end_layout \begin_layout Standard Please attempt to include these 5 important parts, as applicable, in all requests for support or when reporting any problems or bugs with SDCC. Though this will make your message lengthy, it will greatly improve your chance that SDCC users and developers will be able to help you. Some SDCC developers are frustrated by bug reports without code provided that they can use to reproduce and ultimately fix the problem, so please be sure to provide sample code if you are reporting a bug! \end_layout \begin_layout Standard Please have a short check that you are using a recent version of SDCC and the bug is not yet known. This is the link for reporting bugs: \begin_inset LatexCommand htmlurl target "http://sourceforge.net/tracker/?group_id=599&atid=100599" \end_inset . With SDCC on average having more than 200 downloads \begin_inset LatexCommand index name "download" \end_inset on sourceforge per day \begin_inset Foot status open \begin_layout Standard 220 daily downloads on average Jan-Sept 2006 and about 150 daily downloads between 2002 and 2005. This does not include other methods of distribution. \end_layout \end_inset there must be some users. So it's not exactly easy to find a new bug. If you find one we need it: \emph on reporting bugs is good \emph default . \end_layout \begin_layout Section Requesting Features \begin_inset LatexCommand label name "sub:Requesting-Features" \end_inset \begin_inset LatexCommand index name "Feature request" \end_inset \begin_inset LatexCommand index name "Requesting features" \end_inset \end_layout \begin_layout Standard Like bug reports feature requests are forwarded to the developer mailing list. This is the link for requesting features: \begin_inset LatexCommand htmlurl target "http://sourceforge.net/tracker/?group_id=599&atid=350599" \end_inset . \end_layout \begin_layout Section Submitting patches \end_layout \begin_layout Standard Like bug reports contributed patches are forwarded to the developer mailing list. This is the link for submitting patches \begin_inset LatexCommand index name "Patch submission" \end_inset : \begin_inset LatexCommand url target "http://sourceforge.net/tracker/?group_id=599&atid=300599" \end_inset . \end_layout \begin_layout Standard You need to specify some parameters to the \family typewriter diff \family default command for the patches to be useful. If you modified more than one file a patch created f.e. with \family sans \series bold \begin_inset Quotes sld \end_inset diff -Naur unmodified_directory modified_directory >my_changes.patch \begin_inset Quotes srd \end_inset \family default \series default will be fine, otherwise \family sans \series bold \begin_inset Quotes sld \end_inset diff -u sourcefile.c.orig sourcefile.c >my_changes.patch \begin_inset Quotes srd \end_inset \family default \series default will do. \end_layout \begin_layout Section Getting Help \end_layout \begin_layout Standard These links should take you directly to the \begin_inset LatexCommand url name "Mailing lists" target "http://sourceforge.net/mail/?group_id=599" \end_inset \begin_inset Foot status open \begin_layout Standard Traffic on sdcc-devel and sdcc-user is about 100 mails/month each not counting automated messages (mid 2003) \end_layout \end_inset and the \begin_inset LatexCommand url name "Forums" target "http://sourceforge.net/forum/?group_id=599" \end_inset , lists \begin_inset LatexCommand index name "Mailing list(s)" \end_inset and forums are archived and searchable so if you are lucky someone already had a similar problem. While mails to the lists themselves are delivered promptly their web front end on sourceforge sometimes shows a severe time lag (up to several weeks), if you're seriously using SDCC please consider subscribing to the lists. \end_layout \begin_layout Section ChangeLog \end_layout \begin_layout Standard You can follow the status of the Subversion version \begin_inset LatexCommand index name "version" \end_inset of SDCC by watching the Changelog \begin_inset LatexCommand index name "Changelog" \end_inset in the Subversion repository \size footnotesize \begin_inset LatexCommand htmlurl target "http://sdcc.svn.sourceforge.net/viewcvs.cgi/*checkout*/sdcc/trunk/sdcc/ChangeLog" \end_inset . \end_layout \begin_layout Section Subversion Source Code Repository \end_layout \begin_layout Standard The output of \family sans \series bold sdcc - \family default \begin_inset ERT status open \begin_layout Standard \backslash / \end_layout \end_inset \family sans -version \family default \series default or the filenames of the snapshot versions of SDCC include date and its Subversion \begin_inset LatexCommand index name "Subversion code repository" \end_inset number. Subversion allows to download the source of recent or previous versions \begin_inset LatexCommand url target "http://sourceforge.net/svn/?group_id=599" \end_inset (by number or by date). An on-line source code browser and detailled instructions are also available there. SDCC versions starting from 1999 up to now are available (currently the versions prior to the conversion from cvs \begin_inset LatexCommand index name "cvs|see{Subversion}" \end_inset to Subversion (April 2006) are either by accessible by Subversion or by cvs). \end_layout \begin_layout Section Release policy \begin_inset LatexCommand index name "Release policy" \end_inset \end_layout \begin_layout Standard Historically there often were long delays between official releases and the sourceforge download area tends to get not updated at all. Excuses in the past might have referred to problems with live range analysis, but as this was fixed a while ago, the current problem is that another excuse has to be found. Kidding aside, we have to get better there! On the other hand there are daily snapshots available at \begin_inset LatexCommand htmlurl name "snap" target "http://sdcc.sourceforge.net/snap.php" \end_inset , and you can always build the very last version (hopefully with many bugs fixed, and features added) from the source code available at \begin_inset LatexCommand htmlurl name "Source" target "http://sdcc.sourceforge.net/snap.php#Source" \end_inset . The SDCC Wiki \begin_inset LatexCommand index name "wiki" \end_inset \begin_inset LatexCommand index name "SDCC Wiki" \end_inset at \begin_inset LatexCommand url target "http://sdcc.wiki.sourceforge.net/" \end_inset also holds some information about past and future releases. \end_layout \begin_layout Section Examples \begin_inset LatexCommand index name "Examples" \end_inset \end_layout \begin_layout Standard You'll find some small examples in the directory \emph on sdcc/device/examples/. \emph default More examples and libraries are available at \emph on The SDCC Open Knowledge Resource \begin_inset LatexCommand url target "http://sdccokr.dl9sec.de/" \end_inset \emph default web site or at \begin_inset LatexCommand url target "http://www.pjrc.com/tech/8051/" \end_inset . \end_layout \begin_layout Standard \begin_inset Note Note status collapsed \begin_layout Standard I did insert a reference to Paul's web site here although it seems rather dedicated to a specific 8032 board (I think it's okay because it f.e. shows LCD/Harddisc interface and has a free 8051 monitor. Independent 8032 board vendors face hard competition of heavily subsidized development boards anyway). \end_layout \begin_layout Standard Maybe we should include some links to real world applications. Preferably pointer to pointers (one for each architecture) so this stays manageable here? \end_layout \end_inset \end_layout \begin_layout Section Quality control \begin_inset LatexCommand label name "sec:Quality-control" \end_inset \begin_inset LatexCommand index name "Quality control" \end_inset \end_layout \begin_layout Standard The compiler is passed through snaphot build compile and build checks. The so called \shape italic regression tests \shape default \begin_inset LatexCommand index name "Regression test" \end_inset check that SDCC itself compiles flawlessly on several host platforms (i386, Opteron, 64 bit Alpha, ppc64, Mac OS X on ppc and i386, Solaris on Sparc) and checks the quality of the code generated by SDCC by running the code for several target platforms through simulators. The regression test suite comprises more than 100 files which expand to more than 500 test cases which include more than 4500 tests. The results of these tests are published daily on SDCC's snapshot page (click on the red or green symbols on the right side of \begin_inset LatexCommand url target "http://sdcc.sourceforge.net/snap.php" \end_inset ). \end_layout \begin_layout Standard There is a separate document \shape italic test_suite.pdf \begin_inset LatexCommand index name "Test suite" \end_inset \shape default \begin_inset LatexCommand url target "http://sdcc.sourceforge.net/doc/test_suite_spec.pdf" \end_inset about the regression test suite. \end_layout \begin_layout Standard You'll find the test code in the directory \shape italic sdcc/support/regression \shape default . You can run these tests manually by running \family sans make \family default in this directory (or f.e. \family sans \series bold \begin_inset Quotes sld \end_inset make test-mcs51 \begin_inset Quotes srd \end_inset \family default \series default if you don't want to run the complete tests). The test code might also be interesting if you want to look for examples \begin_inset LatexCommand index name "Examples" \end_inset checking corner cases of SDCC or if you plan to submit patches \begin_inset LatexCommand index name "Patch submission" \end_inset . \end_layout \begin_layout Standard The PIC14 port uses a different set of regression tests \begin_inset LatexCommand index name "Regression test (PIC14)" \end_inset , you'll find them in the directory \shape italic sdcc/src/regression \shape default . \end_layout \begin_layout Section Use of SDCC in Education \end_layout \begin_layout Standard In short: \emph on highly \emph default encouraged \begin_inset Foot status open \begin_layout Standard the phrase "use in education" might evoke the association " \emph on only \emph default fit for use in education". This connotation is not intended but nevertheless risked as the licensing of SDCC makes it difficult to offer educational discounts \end_layout \end_inset . If your rationales are to: \end_layout \begin_layout Enumerate give students a chance to understand the \emph on complete \emph default steps of code generation \end_layout \begin_layout Enumerate have a curriculum that can be extended for years. Then you could use an fpga board as target and your curriculum will seamlessly extend from logic synthesis ( \begin_inset LatexCommand url name "http://www.opencores.org" target "opencores.org" \end_inset , \begin_inset LatexCommand url name "Oregano" target "http://www.oregano.at/ip/ip01.htm" \end_inset ), over assembly programming, to C to FPGA compilers ( \begin_inset LatexCommand url name "FPGAC" target "http://sf.net/projects/fpgac" \end_inset ) and to C. \end_layout \begin_layout Enumerate be able to insert excursions about skills like using a revision control system, submitting/applying patches, using a type-setting (as opposed to word-processing) engine LyX/LaTeX, using \begin_inset LatexCommand url name "SourceForge" target "http://www.sf.net" \end_inset , following some \begin_inset LatexCommand url name "netiquette" target "http://en.wikipedia.org/wiki/Netiquette" \end_inset , understanding BSD/LGPL/GPL/Proprietary licensing, growth models of Open Source Software, CPU simulation, compiler regression tests \begin_inset LatexCommand index name "Regression test" \end_inset . \newline And if there should be a shortage of ideas then you can always point students to the ever-growing feature request list \begin_inset LatexCommand htmlurl target "http://sourceforge.net/tracker/?group_id=599&atid=350599" \end_inset . \end_layout \begin_layout Enumerate not tie students to a specific host platform and instead allow them to use a host platform of \emph on their \emph default choice (among them Alpha, i386, i386_64, Mac OS X, Mips, Sparc, Windows and eventually \begin_inset LatexCommand url name "OLPC" target "http://www.laptop.org" \end_inset ) \end_layout \begin_layout Enumerate not encourage students to use illegal copies of educational software \end_layout \begin_layout Enumerate be immune to licensing/availability/price changes of the chosen tool chain \end_layout \begin_layout Enumerate be able to change to a new target platform without having to adopt a new tool chain \end_layout \begin_layout Enumerate have complete control over and insight into the tool chain \end_layout \begin_layout Enumerate make your students aware about the pros and cons of open source software development \end_layout \begin_layout Enumerate give back to the public as you are probably at least partially publicly funded \end_layout \begin_layout Enumerate give students a chance to publicly prove their skills and to possibly see a world wide impact \end_layout \begin_layout Standard then SDCC is probably among the first choices. Well, probably SDCC might be the only choice. \newpage \end_layout \begin_layout Chapter SDCC Technical Data \end_layout \begin_layout Section Optimizations \begin_inset LatexCommand index name "Optimizations" \end_inset \end_layout \begin_layout Standard SDCC performs a host of standard optimizations in addition to some MCU specific optimizations. \end_layout \begin_layout Subsection Sub-expression Elimination \begin_inset LatexCommand index name "Subexpression elimination" \end_inset \end_layout \begin_layout Standard The compiler does local and \emph on g \emph default lobal \emph on c \emph default ommon \emph on s \emph default ubexpression \emph on e \emph default limination, e.g.: \end_layout \begin_layout Verse \family typewriter i = x + y + 1; \newline j = x + y; \end_layout \begin_layout Standard will be translated to \end_layout \begin_layout Verse \family typewriter iTemp = x + y; \newline i = iTemp + 1; \newline j = iTemp; \end_layout \begin_layout Standard Some subexpressions are not as obvious as the above example, e.g.: \end_layout \begin_layout Verse \family typewriter a->b[i].c = 10; \newline a->b[i].d = 11; \end_layout \begin_layout Standard In this case the address arithmetic a->b[i] will be computed only once; the equivalent code in C would be. \end_layout \begin_layout Verse \family typewriter iTemp = a->b[i]; \newline iTemp.c = 10; \newline iTemp.d = 11; \end_layout \begin_layout Standard The compiler will try to keep these temporary variables in registers. \end_layout \begin_layout Subsection Dead-Code Elimination \begin_inset LatexCommand index name "Dead-code elimination" \end_inset \end_layout \begin_layout Verse \family typewriter int global; \newline \newline void f () { \newline \InsetSpace ~ \InsetSpace ~ int i; \newline \InsetSpace ~ \InsetSpace ~ i = 1; \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* dead store */ \newline \InsetSpace ~ \InsetSpace ~ global = 1;\InsetSpace ~ /* dead store */ \newline \InsetSpace ~ \InsetSpace ~ global = 2; \newline \InsetSpace ~ \InsetSpace ~ return; \newline \InsetSpace ~ \InsetSpace ~ global = 3;\InsetSpace ~ /* unreachable */ \newline } \end_layout \begin_layout Standard will be changed to \end_layout \begin_layout Verse \family typewriter int global; \newline \newline void f () { \newline \InsetSpace ~ \InsetSpace ~ global = 2; \newline } \end_layout \begin_layout Subsection Copy-Propagation \begin_inset LatexCommand index name "Copy propagation" \end_inset \end_layout \begin_layout Verse \family typewriter int f() { \newline \InsetSpace ~ \InsetSpace ~ int i, j; \newline \InsetSpace ~ \InsetSpace ~ i = 10; \newline \InsetSpace ~ \InsetSpace ~ j = i; \newline \InsetSpace ~ \InsetSpace ~ return j; \newline } \end_layout \begin_layout Standard will be changed to \end_layout \begin_layout Verse \family typewriter int f() { \newline \InsetSpace ~ \InsetSpace ~ int i, j; \newline \InsetSpace ~ \InsetSpace ~ i = 10; \newline \InsetSpace ~ \InsetSpace ~ j = 10; \newline \InsetSpace ~ \InsetSpace ~ return 10; \newline } \end_layout \begin_layout Standard Note: the dead stores created by this copy propagation will be eliminated by dead-code elimination. \end_layout \begin_layout Subsection Loop Optimizations \begin_inset LatexCommand index name "Loop optimization" \end_inset \begin_inset LatexCommand label name "sub:Loop-Optimizations" \end_inset \end_layout \begin_layout Standard Two types of loop optimizations are done by SDCC \emph on loop invariant \emph default lifting and \emph on strength reduction \emph default of loop induction variables. In addition to the strength reduction the optimizer marks the induction variables and the register allocator tries to keep the induction variables in registers for the duration of the loop. Because of this preference of the register allocator \begin_inset LatexCommand index name "Register allocation" \end_inset , loop induction optimization causes an increase in register pressure, which may cause unwanted spilling of other temporary variables into the stack \begin_inset LatexCommand index name "stack" \end_inset / data space. The compiler will generate a warning message when it is forced to allocate extra space either on the stack or data space. If this extra space allocation is undesirable then induction optimization can be eliminated either for the entire source file (with - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -noinduction option) or for a given function only using #pragma\InsetSpace ~ noinduction \begin_inset LatexCommand index name "\\#pragma noinduction" \end_inset . \newline \newline Loop Invariant: \end_layout \begin_layout Verse \family typewriter for (i = 0 ; i < 100 ; i ++) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ f += k + l; \end_layout \begin_layout Standard changed to \end_layout \begin_layout Verse \family typewriter itemp = k + l; \newline for (i = 0; i < 100; i++) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ f += itemp; \end_layout \begin_layout Standard As mentioned previously some loop invariants are not as apparent, all static address computations are also moved out of the loop. \newline \newline Strength Reduction \begin_inset LatexCommand index name "Strength reduction" \end_inset , this optimization substitutes an expression by a cheaper expression: \end_layout \begin_layout Verse \family typewriter for (i=0;i < 100; i++) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ar[i*5] = i*3; \end_layout \begin_layout Standard changed to \end_layout \begin_layout Verse \family typewriter itemp1 = 0; \newline itemp2 = 0; \newline for (i=0;i< 100;i++) { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ar[itemp1] = itemp2; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ itemp1 += 5; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ itemp2 += 3; \newline } \end_layout \begin_layout Standard The more expensive multiplication \begin_inset LatexCommand index name "Multiplication" \end_inset is changed to a less expensive addition. \end_layout \begin_layout Subsection Loop Reversing \begin_inset LatexCommand index name "Loop reversing" \end_inset \end_layout \begin_layout Standard This optimization is done to reduce the overhead of checking loop boundaries for every iteration. Some simple loops can be reversed and implemented using a \begin_inset Quotes eld \end_inset decrement and jump if not zero \begin_inset Quotes erd \end_inset instruction. SDCC checks for the following criterion to determine if a loop is reversible (note: more sophisticated compilers use data-dependency analysis to make this determination, SDCC uses a more simple minded analysis). \end_layout \begin_layout Itemize The 'for' loop is of the form \newline \newline \family typewriter for( = ; [< | <=] ; [++ | += 1]) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \end_layout \begin_layout Itemize The does not contain \begin_inset Quotes eld \end_inset continue \begin_inset Quotes erd \end_inset or 'break \begin_inset Quotes erd \end_inset . \end_layout \begin_layout Itemize All goto's are contained within the loop. \end_layout \begin_layout Itemize No function calls within the loop. \end_layout \begin_layout Itemize The loop control variable is not assigned any value within the loop \end_layout \begin_layout Itemize The loop control variable does NOT participate in any arithmetic operation within the loop. \end_layout \begin_layout Itemize There are NO switch statements in the loop. \end_layout \begin_layout Subsection Algebraic Simplifications \end_layout \begin_layout Standard SDCC does numerous algebraic simplifications, the following is a small sub-set of these optimizations. \end_layout \begin_layout Verse \family typewriter i = j + 0;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* changed to: */\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ i = j; \newline i /= 2;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* changed to: */\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ i >>= 1; \newline i = j - j;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* changed to: */\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ i = 0; \newline i = j / 1;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* changed to: */\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ i = j; \end_layout \begin_layout Standard Note the subexpressions \begin_inset LatexCommand index name "Subexpression" \end_inset given above are generally introduced by macro expansions or as a result of copy/constant propagation. \end_layout \begin_layout Subsection 'switch' Statements \begin_inset LatexCommand label name "sub:'switch'-Statements" \end_inset \begin_inset LatexCommand index name "switch statement" \end_inset \end_layout \begin_layout Standard SDCC can optimize switch statements to jump tables \begin_inset LatexCommand index name "jump tables" \end_inset . It makes the decision based on an estimate of the generated code size. SDCC is quite liberal in the requirements for jump table generation: \end_layout \begin_layout Itemize The labels need not be in order, and the starting number need not be one or zero, the case labels are in numerical sequence or not too many case labels are missing. \end_layout \begin_deeper \begin_layout Verse \family typewriter switch(i) {\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ switch (i) { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 4: ...\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 0: ... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 5: ...\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 1: ... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 3: ...\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 6: ...\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 3: ... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 7: ...\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 4: ... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 8: ...\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 5: ... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 9: ...\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 6: ... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 10: ...\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 7: ... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 11: ...\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ case 8: ... \newline }\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ } \end_layout \begin_layout Standard Both the above switch statements will be implemented using a jump-table. The example to the right side is slightly more efficient as the check for the lower boundary of the jump-table is not needed. \end_layout \end_deeper \begin_layout Itemize The number of case labels is not larger than supported by the target architectur e. \end_layout \begin_layout Itemize If the case labels are not in numerical sequence ('gaps' between cases) SDCC checks whether a jump table with additionally inserted dummy cases is still attractive. \end_layout \begin_layout Itemize If the starting number is not zero and a check for the lower boundary of the jump-table can thus be eliminated SDCC might insert dummy cases 0, ... . \end_layout \begin_layout Standard Switch statements which have large gaps in the numeric sequence or those that have too many case labels can be split into more than one switch statement for efficient code generation, e.g.: \end_layout \begin_layout Verse \family typewriter switch (i) { \newline \InsetSpace ~ \InsetSpace ~ case 1: ... \newline \InsetSpace ~ \InsetSpace ~ case 2: ... \newline \InsetSpace ~ \InsetSpace ~ case 3: ... \newline \InsetSpace ~ \InsetSpace ~ case 4: ... \newline \InsetSpace ~ \InsetSpace ~ case 5: ... \newline \InsetSpace ~ \InsetSpace ~ case 6: ... \newline \InsetSpace ~ \InsetSpace ~ case 7: ... \newline \InsetSpace ~ \InsetSpace ~ case 101: ... \newline \InsetSpace ~ \InsetSpace ~ case 102: ... \newline \InsetSpace ~ \InsetSpace ~ case 103: ... \newline \InsetSpace ~ \InsetSpace ~ case 104: ... \newline \InsetSpace ~ \InsetSpace ~ case 105: ... \newline \InsetSpace ~ \InsetSpace ~ case 106: ... \newline \InsetSpace ~ \InsetSpace ~ case 107: ... \newline } \end_layout \begin_layout Standard If the above switch statement is broken down into two switch statements \end_layout \begin_layout Verse \family typewriter switch (i) { \newline \InsetSpace ~ \InsetSpace ~ case 1: ... \newline \InsetSpace ~ \InsetSpace ~ case 2: ... \newline \InsetSpace ~ \InsetSpace ~ case 3: ... \newline \InsetSpace ~ \InsetSpace ~ case 4: ... \newline \InsetSpace ~ \InsetSpace ~ case 5: ... \newline \InsetSpace ~ \InsetSpace ~ case 6: ... \newline \InsetSpace ~ \InsetSpace ~ case 7: ... \newline } \end_layout \begin_layout Standard and \end_layout \begin_layout Verse \family typewriter switch (i) { \newline \InsetSpace ~ \InsetSpace ~ case 101: ... \newline \InsetSpace ~ \InsetSpace ~ case 102: ... \newline \InsetSpace ~ \InsetSpace ~ case 103: ... \newline \InsetSpace ~ \InsetSpace ~ case 104: ... \newline \InsetSpace ~ \InsetSpace ~ case 105: ... \newline \InsetSpace ~ \InsetSpace ~ case 106: ... \newline \InsetSpace ~ \InsetSpace ~ case 107: ... \newline } \end_layout \begin_layout Standard then both the switch statements will be implemented using jump-tables whereas the unmodified switch statement will not be. \end_layout \begin_layout Standard \begin_inset Note Note status collapsed \begin_layout Standard There might be reasons which SDCC cannot know about to either favour or not favour jump tables. If the target system has to be as quick for the last switch case as for the first (pro jump table), or if the switch argument is known to be zero in the majority of the cases (contra jump table). \end_layout \end_inset \end_layout \begin_layout Standard The pragma nojtbound \begin_inset LatexCommand index name "\\#pragma nojtbound" \end_inset can be used to turn off checking the \emph on j \emph default ump \emph on t \emph default able \emph on bound \emph default aries. It has no effect if a default label is supplied. Use of this pragma is dangerous: if the switch \begin_inset LatexCommand index name "switch statement" \end_inset argument is not matched by a case statement the processor will happily jump into Nirvana. \end_layout \begin_layout Subsection Bit-shifting Operations \begin_inset LatexCommand index name "Bit shifting" \end_inset . \end_layout \begin_layout Standard Bit shifting is one of the most frequently used operation in embedded programmin g. SDCC tries to implement bit-shift operations in the most efficient way possible, e.g.: \end_layout \begin_layout Verse \family typewriter unsigned char i; \newline ... \newline i >>= 4; \newline ... \end_layout \begin_layout Standard generates the following code: \end_layout \begin_layout Verse \family typewriter mov\InsetSpace ~ a,_i \newline swap a \newline anl\InsetSpace ~ a,#0x0f \newline mov\InsetSpace ~ _i,a \end_layout \begin_layout Standard In general SDCC will never setup a loop if the shift count is known. Another example: \end_layout \begin_layout Verse \family typewriter unsigned int i; \newline ... \newline i >>= 9; \newline ... \end_layout \begin_layout Standard will generate: \end_layout \begin_layout Verse \family typewriter mov\InsetSpace ~ \InsetSpace ~ a,(_i + 1) \newline mov\InsetSpace ~ \InsetSpace ~ (_i + 1),#0x00 \newline clr\InsetSpace ~ \InsetSpace ~ c \newline rrc\InsetSpace ~ \InsetSpace ~ a \newline mov\InsetSpace ~ \InsetSpace ~ _i,a \end_layout \begin_layout Subsection Bit-rotation \begin_inset LatexCommand index name "Bit rotation" \end_inset \end_layout \begin_layout Standard A special case of the bit-shift operation is bit rotation \begin_inset LatexCommand index name "rotating bits" \end_inset , SDCC recognizes the following expression to be a left bit-rotation: \end_layout \begin_layout Verse \family typewriter \series bold unsigned \series default \InsetSpace ~ \InsetSpace ~ char i;\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* unsigned is needed for rotation */ \newline ... \newline i = ((i << 1) | (i >> 7)); \family default \newline \family typewriter ... \end_layout \begin_layout Standard will generate the following code: \end_layout \begin_layout Verse \family typewriter mov\InsetSpace ~ \InsetSpace ~ a,_i \newline rl\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ a \newline mov\InsetSpace ~ \InsetSpace ~ _i,a \end_layout \begin_layout Standard SDCC uses pattern matching on the parse tree to determine this operation.Variatio ns of this case will also be recognized as bit-rotation, i.e.: \end_layout \begin_layout Verse \family typewriter i = ((i >> 7) | (i << 1)); /* left-bit rotation */ \end_layout \begin_layout Subsection Nibble and Byte Swapping \end_layout \begin_layout Standard Other special cases of the bit-shift operations are nibble or byte swapping \begin_inset LatexCommand index name "swapping nibbles/bytes" \end_inset , SDCC recognizes the following expressions: \end_layout \begin_layout Verse \family typewriter \series bold unsigned \series default \InsetSpace ~ \InsetSpace ~ char i; \newline \series bold unsigned \series default \InsetSpace ~ \InsetSpace ~ int j; \newline ... \newline i = ((i << 4) | (i >> 4)); \family default \newline \family typewriter j = ((j << 8) | (j >> 8)); \end_layout \begin_layout Standard and generates a swap instruction for the nibble swapping \begin_inset LatexCommand index name "Nibble swapping" \end_inset or move instructions for the byte swapping \begin_inset LatexCommand index name "Byte swapping" \end_inset . The \begin_inset Quotes sld \end_inset j \begin_inset Quotes srd \end_inset example can be used to convert from little to big-endian or vice versa. If you want to change the endianness of a \emph on signed \emph default integer you have to cast to \family typewriter (unsigned int) \family default first. \end_layout \begin_layout Standard Note that SDCC stores numbers in little-endian \begin_inset Foot status open \begin_layout Standard Usually 8-bit processors don't care much about endianness. This is not the case for the standard 8051 which only has an instruction to increment its \emph on dptr \emph default \begin_inset LatexCommand index name "DPTR" \end_inset -datapointer so little-endian is the more efficient byte order. \end_layout \end_inset \begin_inset LatexCommand index name "little-endian" \end_inset \begin_inset LatexCommand index name "Endianness" \end_inset format (i.e. lowest order first). \end_layout \begin_layout Subsection Highest Order Bit \begin_inset LatexCommand index name "Highest Order Bit" \end_inset / Any Order Bit \begin_inset LatexCommand index name "Any Order Bit" \end_inset \end_layout \begin_layout Standard It is frequently required to obtain the highest order bit of an integral type (long, int, short or char types). Also obtaining any other order bit is not uncommon. SDCC recognizes the following expressions to yield the highest order bit and generates optimized code for it, e.g.: \end_layout \begin_layout Verse \family typewriter unsigned int gint; \newline \newline foo () { \newline \InsetSpace ~ \InsetSpace ~ unsigned char hob1, aob1; \newline \InsetSpace ~ \InsetSpace ~ bit hob2, hob3, aob2, aob3; \newline \InsetSpace ~ \InsetSpace ~ ... \newline \InsetSpace ~ \InsetSpace ~ hob1 = (gint >> 15) & 1; \newline \InsetSpace ~ \InsetSpace ~ hob2 = (gint >> 15) & 1; \newline \InsetSpace ~ \InsetSpace ~ hob3 = gint & 0x8000; \newline \InsetSpace ~ \InsetSpace ~ aob1 = (gint >> 9) & 1; \newline \InsetSpace ~ \InsetSpace ~ aob2 = (gint >> 8) & 1; \newline \InsetSpace ~ \InsetSpace ~ aob3 = gint & 0x0800; \newline \InsetSpace ~ \InsetSpace ~ .. \newline } \end_layout \begin_layout Standard will generate the following code: \end_layout \begin_layout Verse \family typewriter \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 61 ;\InsetSpace ~ hob.c 7 \newline 000A E5*01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 62\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ a,(_gint + 1) \newline 000C 23\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 63\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ rl\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ a \newline 000D 54 01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 64\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ anl\InsetSpace ~ \InsetSpace ~ a,#0x01 \newline 000F F5*02\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 65\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ _foo_hob1_1_1,a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 66 ;\InsetSpace ~ hob.c 8 \newline 0011 E5*01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 67\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ a,(_gint + 1) \newline 0013 33\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 68\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ rlc\InsetSpace ~ \InsetSpace ~ a \newline 0014 92*00\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 69\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ _foo_hob2_1_1,c \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 66 ;\InsetSpace ~ hob.c 9 \newline 0016 E5*01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 67\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ a,(_gint + 1) \newline 0018 33\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 68\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ rlc\InsetSpace ~ \InsetSpace ~ a \newline 0019 92*01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 69\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ _foo_hob3_1_1,c \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 70 ;\InsetSpace ~ hob.c 10 \newline 001B E5*01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 71\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ a,(_gint + 1) \newline 001D 03\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 72\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ rr\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ a \newline 001E 54 01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 73\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ anl\InsetSpace ~ \InsetSpace ~ a,#0x01 \newline 0020 F5*03\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 74\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ _foo_aob1_1_1,a \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 75 ;\InsetSpace ~ hob.c 11 \newline 0022 E5*01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 76\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ a,(_gint + 1) \newline 0024 13\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 77\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ rrc\InsetSpace ~ \InsetSpace ~ a \newline 0025 92*02\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 78\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ _foo_aob2_1_1,c \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 79 ;\InsetSpace ~ hob.c 12 \newline 0027 E5*01\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 80\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ a,(_gint + 1) \newline 0029 A2 E3\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 81\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ c,acc[3] \newline 002B 92*03\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 82\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ _foo_aob3_1_1,c \end_layout \begin_layout Standard Other variations of these cases however will \emph on not \emph default be recognized. They are standard C expressions, so I heartily recommend these be the only way to get the highest order bit, (it is portable). Of course it will be recognized even if it is embedded in other expressions, e.g.: \end_layout \begin_layout Verse \family typewriter xyz = gint + ((gint >> 15) & 1); \end_layout \begin_layout Standard will still be recognized. \end_layout \begin_layout Subsection Higher Order Byte \begin_inset LatexCommand index name "Higher Order Byte" \end_inset / Higher Order Word \begin_inset LatexCommand index name "Higher Order Word" \end_inset \end_layout \begin_layout Standard It is also frequently required to obtain a higher order byte or word of a larger integral type (long, int or short types). SDCC recognizes the following expressions to yield the higher order byte or word and generates optimized code for it, e.g.: \end_layout \begin_layout Verse \family typewriter unsigned int gint; \newline unsigned long int glong; \newline \newline foo () { \newline \InsetSpace ~ \InsetSpace ~ unsigned char hob1, hob2; \newline \InsetSpace ~ \InsetSpace ~ unsigned int how1, how2; \newline \InsetSpace ~ \InsetSpace ~ ... \newline \InsetSpace ~ \InsetSpace ~ hob1 = (gint >> 8) & 0xFF; \newline \InsetSpace ~ \InsetSpace ~ hob2 = glong >> 24; \newline \InsetSpace ~ \InsetSpace ~ how1 = (glong >> 16) & 0xFFFF; \newline \InsetSpace ~ \InsetSpace ~ how2 = glong >> 8; \newline \InsetSpace ~ \InsetSpace ~ .. \newline } \end_layout \begin_layout Standard will generate the following code: \end_layout \begin_layout Verse \family typewriter \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 91 ;\InsetSpace ~ hob.c 15 \newline 0037 85*01*06\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 92\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ _foo_hob1_1_1,(_gint + 1) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 93 ;\InsetSpace ~ hob.c 16 \newline 003A 85*05*07\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 94\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ _foo_hob2_1_1,(_glong + 3) \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 95 ;\InsetSpace ~ hob.c 17 \newline 003D 85*04*08\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 96\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ _foo_how1_1_1,(_glong + 2) \newline 0040 85*05*09\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 97\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ (_foo_how1_1_1 + 1),(_glong + 3) \newline 0043 85*03*0A\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 98\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ _foo_how2_1_1,(_glong + 1) \newline 0046 85*04*0B\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ 99\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mov\InsetSpace ~ \InsetSpace ~ (_foo_how2_1_1 + 1),(_glong + 2) \end_layout \begin_layout Standard Again, variations of these cases may \emph on not \emph default be recognized. They are standard C expressions, so I heartily recommend these be the only way to get the higher order byte/word, (it is portable). Of course it will be recognized even if it is embedded in other expressions, e.g.: \end_layout \begin_layout Verse \family typewriter xyz = gint + ((gint >> 8) & 0xFF); \end_layout \begin_layout Standard will still be recognized. \end_layout \begin_layout Subsection Peephole Optimizer \begin_inset LatexCommand label name "sub:Peephole-Optimizer" \end_inset \begin_inset LatexCommand index name "Peephole optimizer" \end_inset \end_layout \begin_layout Standard The compiler uses a rule based, pattern matching and re-writing mechanism for peep-hole optimization. It is inspired by \emph on copt \emph default a peep-hole optimizer by Christopher W. Fraser (cwfraser\InsetSpace ~ @\InsetSpace ~ microsoft.com). A default set of rules are compiled into the compiler, additional rules may be added with the \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -peep-file \begin_inset LatexCommand index name "-\\/-peep-file" \end_inset \emph default option. The rule language is best illustrated with examples. \end_layout \begin_layout Verse \family typewriter replace { \newline \InsetSpace ~ \InsetSpace ~ mov %1,a \newline \InsetSpace ~ \InsetSpace ~ mov a,%1 \newline } by { \newline \InsetSpace ~ \InsetSpace ~ mov %1,a \newline } \end_layout \begin_layout Standard The above rule will change the following assembly \begin_inset LatexCommand index name "Assembler routines" \end_inset sequence: \end_layout \begin_layout Verse \family typewriter mov r1,a \newline mov a,r1 \end_layout \begin_layout Standard to \end_layout \begin_layout Verse \family typewriter mov r1,a \end_layout \begin_layout Standard Note: All occurrences of a \emph on %n \emph default (pattern variable) must denote the same string. With the above rule, the assembly sequence: \end_layout \begin_layout Verse \family typewriter mov r1,a \newline mov a,r2 \end_layout \begin_layout Standard will remain unmodified. \newline \newline Other special case optimizations may be added by the user (via \emph on - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -peep-file option \emph default ). E.g. some variants of the 8051 MCU \begin_inset LatexCommand index name "MCS51 variants" \end_inset allow only \family typewriter ajmp \family default and \family typewriter acall \family default . The following two rules will change all \family typewriter ljmp \family default and \family typewriter lcall \family default to \family typewriter ajmp \family default and \family typewriter acall \end_layout \begin_layout Verse \family typewriter replace { lcall %1 } by { acall %1 } \newline replace { ljmp %1 } by { ajmp %1 } \end_layout \begin_layout Standard (NOTE: from version 2.7.3 on, you can use option - \emph on \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset \emph default -acall-ajmp \begin_inset LatexCommand index name "-\\/-acall-ajmp" \end_inset , which also takes care of aligning the interrupt vectors properly.) \newline \end_layout \begin_layout Standard The \emph on inline-assembler code \emph default is also passed through the peep hole optimizer, thus the peephole optimizer can also be used as an assembly level macro expander. The rules themselves are MCU dependent whereas the rule language infra-structur e is MCU independent. Peephole optimization rules for other MCU can be easily programmed using the rule language. \newline \newline The syntax for a rule is as follows: \end_layout \begin_layout Verse \family typewriter rule := replace [ restart ] '{' ' \backslash n' \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ '}' by '{' ' \backslash n' \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ' \backslash n' \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ '}' [if ] ' \backslash n' \end_layout \begin_layout Standard := assembly instruction (each instruction including labels must be on a separate line). \newline \newline The optimizer will apply to the rules one by one from the top in the sequence of their appearance, it will terminate when all rules are exhausted. If the 'restart' option is specified, then the optimizer will start matching the rules again from the top, this option for a rule is expensive (performance) , it is intended to be used in situations where a transformation will trigger the same rule again. An example of this (not a good one, it has side effects) is the following rule: \end_layout \begin_layout Verse \family typewriter replace restart { \newline \InsetSpace ~ \InsetSpace ~ pop %1 \newline \InsetSpace ~ \InsetSpace ~ push %1 } by { \newline \InsetSpace ~ \InsetSpace ~ ; nop \newline } \end_layout \begin_layout Standard Note that the replace pattern cannot be a blank, but can be a comment line. Without the 'restart' option only the innermost 'pop' 'push' pair would be eliminated, i.e.: \end_layout \begin_layout Verse \family typewriter pop ar1 \newline pop ar2 \newline push ar2 \newline push ar1 \end_layout \begin_layout Standard would result in: \end_layout \begin_layout Verse \family typewriter pop ar1 \newline ; nop \newline push ar1 \end_layout \begin_layout Standard \emph on with \emph default the restart option the rule will be applied again to the resulting code and then all the pop-push pairs will be eliminated to yield: \end_layout \begin_layout Verse \family typewriter ; nop \newline ; nop \end_layout \begin_layout Standard A conditional function can be attached to a rule. Attaching rules are somewhat more involved, let me illustrate this with an example. \end_layout \begin_layout Verse \family typewriter replace { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ljmp %5 \newline %2: \newline } by { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sjmp %5 \newline %2: \newline } if labelInRange \end_layout \begin_layout Standard The optimizer does a look-up of a function name table defined in function \emph on callFuncByName \emph default in the source file SDCCpeeph.c, with the name \emph on labelInRange \emph default . If it finds a corresponding entry the function is called. Note there can be no parameters specified for these functions, in this case the use of \emph on %5 \emph default is crucial, since the function \emph on labelInRange \emph default expects to find the label in that particular variable (the hash table containin g the variable bindings is passed as a parameter). If you want to code more such functions, take a close look at the function labelInRange and the calling mechanism in source file SDCCpeeph.c. Currently implemented are \emph on labelInRange, labelRefCount, labelIsReturnOnly, operandsNotSame, xramMovcOption, 24bitMode, portIsDS390, 24bitModeAndPortDS390 \emph default and \emph on notVolatile \emph default . \end_layout \begin_layout Standard I know this whole thing is a little kludgey, but maybe some day we will have some better means. If you are looking at this file, you will see the default rules that are compiled into the compiler, you can add your own rules in the default set there if you get tired of specifying the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -peep-file option. \end_layout \begin_layout Section ANSI-Compliance \begin_inset LatexCommand index name "ANSI-compliance" \end_inset \begin_inset LatexCommand label name "sub:ANSI-Compliance" \end_inset \end_layout \begin_layout Standard The latest publicly available version of the standard \emph on ISO/IEC 9899 - Programming languages - C \emph default should be available at: \begin_inset LatexCommand url target "http://www.open-std.org/jtc1/sc22/wg14/www/standards.html#9899" \end_inset . \newline \end_layout \begin_layout Standard Deviations from the compliance: \end_layout \begin_layout Itemize functions are not reentrant \begin_inset LatexCommand index name "reentrant" \end_inset unless explicitly declared as such or the \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -stack-auto \begin_inset LatexCommand index name "-\\/-stack-auto" \end_inset \series default command line option is specified. \end_layout \begin_layout Itemize structures \begin_inset LatexCommand index name "struct" \end_inset and unions \begin_inset LatexCommand index name "union" \end_inset cannot be assigned values directly, cannot be passed as function parameters or assigned to each other and cannot be a return value \begin_inset LatexCommand index name "return value" \end_inset from a function, e.g.: \end_layout \begin_deeper \begin_layout Verse \family typewriter struct s { ... }; \newline struct s s1, s2; \newline foo() \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ s1 = s2 ; /* is invalid in SDCC although allowed in ANSI */ \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline } \newline \series bold struct \family default \series default \family typewriter s foo1 ( \series bold struct \family default \series default \family typewriter s parms) /* invalid in SDCC although allowed in ANSI */ \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ struct s rets; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ return rets; /* is invalid in SDCC although allowed in ANSI */ \newline } \end_layout \end_deeper \begin_layout Itemize initialization of structure arrays must be fully braced. \end_layout \begin_deeper \begin_layout Verse \family typewriter struct s { char x } a[] = {1, 2};\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ /* invalid in SDCC */ \newline struct s { char x } a[] = {{1}, {2}}; /* OK */ \end_layout \end_deeper \begin_layout Itemize 'long long \begin_inset LatexCommand index name "long long (not supported)" \end_inset ' (64 bit integers \begin_inset LatexCommand index name "int (64 bit) (not supported)" \end_inset ) not supported. \end_layout \begin_layout Itemize 'double \begin_inset LatexCommand index name "double (not supported)" \end_inset ' precision floating point \begin_inset LatexCommand index name "Floating point support" \end_inset not supported. \end_layout \begin_layout Itemize Old K&R style \begin_inset LatexCommand index name "K\\&R style" \end_inset function declarations are NOT allowed. \end_layout \begin_deeper \begin_layout Verse \family typewriter foo(i,j) /* this old style of function declarations */ \newline int i,j; /* is valid in ANSI but not valid in SDCC */ \newline { \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ ... \newline } \end_layout \end_deeper \begin_layout Itemize Most enhancements in C99 are not supported, e.g.: \end_layout \begin_deeper \begin_layout Verse \family typewriter for ( \series bold int \family default \series default \family typewriter i=0; i<10; i++) /* is invalid in SDCC although allowed in C99 */ \end_layout \end_deeper \begin_layout Itemize But some have been added recently in SDCC 2.7.0. They must be considered alpha quality however. \end_layout \begin_deeper \begin_layout Verse \family typewriter \series bold inline \begin_inset LatexCommand index name "inline (not supported)" \end_inset \family default \series default \family typewriter int increment (int a) { return a+1; } /* inlines the increment without function call overhead */ \newline int * \family default \family typewriter \series bold restrict \begin_inset LatexCommand index name "inline (not supported)" \end_inset \family default \series default \family typewriter p; /* accepted but ignored */ \end_layout \end_deeper \begin_layout Itemize Certain words that are valid identifiers in the standard may be reserved words in SDCC unless the \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c89 \begin_inset LatexCommand index name "-\\/-std-c89" \end_inset \series default or \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c99 \begin_inset LatexCommand index name "-\\/-std-c99" \end_inset \series default command line options are used. These may include (depending on the selected processor): 'at', 'banked', 'bit', 'code', 'critical', 'data', 'eeprom', 'far', 'flash', 'idata', 'interrup t', 'near', 'nonbanked', 'pdata', 'reentrant', 'sbit', 'sfr', 'shadowregs', 'sram', 'using', 'wparam', 'xdata', '_overlay', '_asm', '_endasm', and '_naked'. Compliant equivalents of these keywords are always available in a form that begin with two underscores \begin_inset LatexCommand index name "\\_\\_ (prefix for extended keywords)" \end_inset , f.e. '__data' instead of 'data'. \end_layout \begin_layout Itemize Integer promotion of variable arguments is not performed if the argument is explicitly taypecasted unless the \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c89 \begin_inset LatexCommand index name "-\\/-std-c89" \end_inset \series default or \series bold - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -std-c99 \begin_inset LatexCommand index name "-\\/-std-c99" \end_inset \series default command line options are used. \end_layout \begin_deeper \begin_layout Verse \family typewriter void vararg_func (char *str, ...) { str; } \newline \newline void main (void) \newline { \newline \InsetSpace ~ \InsetSpace ~ char c = 10; \newline \newline \InsetSpace ~ \InsetSpace ~ /* argument u is promoted to int before \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ * passing to function */ \newline \InsetSpace ~ \InsetSpace ~ vararg_func ("%c", c); \newline \newline \InsetSpace ~ \InsetSpace ~ /* argument u is not promoted to int, \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ * it is passed as char to function \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ * if --std-cXX is not defined; \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ * is promoted to int before passing \newline \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ * to function if --std-cXX is defined */ \newline \InsetSpace ~ \InsetSpace ~ vararg_func ("%bc", (char)u); \newline } \end_layout \end_deeper \begin_layout Section Cyclomatic Complexity \begin_inset LatexCommand index name "Cyclomatic complexity" \end_inset \end_layout \begin_layout Standard Cyclomatic complexity of a function is defined as the number of independent paths the program can take during execution of the function. This is an important number since it defines the number test cases you have to generate to validate the function. The accepted industry standard for complexity number is 10, if the cyclomatic complexity reported by SDCC exceeds 10 you should think about simplification of the function logic. Note that the complexity level is not related to the number of lines of code in a function. Large functions can have low complexity, and small functions can have large complexity levels. \newline \newline SDCC uses the following formula to compute the complexity: \newline \end_layout \begin_layout Standard complexity = (number of edges in control flow graph) - (number of nodes in control flow graph) + 2; \newline \newline Having said that the industry standard is 10, you should be aware that in some cases it be may unavoidable to have a complexity level of less than 10. For example if you have switch statement with more than 10 case labels, each case label adds one to the complexity level. The complexity level is by no means an absolute measure of the algorithmic complexity of the function, it does however provide a good starting point for which functions you might look at for further optimization. \end_layout \begin_layout Section Retargetting for other Processors \end_layout \begin_layout Standard The issues for retargetting the compiler are far too numerous to be covered by this document. What follows is a brief description of each of the seven phases of the compiler and its MCU dependency. \end_layout \begin_layout Itemize Parsing the source and building the annotated parse tree. This phase is largely MCU independent (except for the language extensions). Syntax & semantic checks are also done in this phase, along with some initial optimizations like back patching labels and the pattern matching optimizations like bit-rotation etc. \end_layout \begin_layout Itemize The second phase involves generating an intermediate code which can be easy manipulated during the later phases. This phase is entirely MCU independent. The intermediate code generation assumes the target machine has unlimited number of registers, and designates them with the name iTemp. The compiler can be made to dump a human readable form of the code generated by using the - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset -dumpraw option. \end_layout \begin_layout Itemize This phase does the bulk of the standard optimizations and is also MCU independe nt. This phase can be broken down into several sub-phases: \newline \newline Break down intermediate code (iCode) into basic blocks. \newline Do control flow & data flow analysis on the basic blocks. \newline Do local common subexpression elimination, then global subexpressio n elimination \newline Dead code elimination \newline Loop optimizations \newline If loop optimizations caused any changes then do 'global subexpression elimination' and 'dead code elimination' again. \end_layout \begin_layout Itemize This phase determines the live-ranges; by live range I mean those iTemp variables defined by the compiler that still survive after all the optimization s. Live range analysis \begin_inset LatexCommand index name "Live range analysis" \end_inset is essential for register allocation, since these computation determines which of these iTemps will be assigned to registers, and for how long. \end_layout \begin_layout Itemize Phase five is register allocation. There are two parts to this process. \newline \newline The first part I call 'register packing' (for lack of a better term). In this case several MCU specific expression folding is done to reduce register pressure. \newline \newline The second part is more MCU independent and deals with allocating registers to the remaining live ranges. A lot of MCU specific code does creep into this phase because of the limited number of index registers available in the 8051. \end_layout \begin_layout Itemize The Code generation phase is (unhappily), entirely MCU dependent and very little (if any at all) of this code can be reused for other MCU. However the scheme for allocating a homogenized assembler operand for each iCode operand may be reused. \end_layout \begin_layout Itemize As mentioned in the optimization section the peep-hole optimizer is rule based system, which can reprogrammed for other MCUs. \end_layout \begin_layout Standard More information is available on SDCC Wiki \begin_inset LatexCommand index name "wiki" \end_inset (preliminary link \begin_inset LatexCommand url target "http://sdcc.wiki.sourceforge.net/SDCC+internals+and+porting" \end_inset ) and in the thread \begin_inset LatexCommand url target "http://sf.net/mailarchive/message.php?msg_id=13954144" \end_inset . \end_layout \begin_layout Chapter Compiler internals \begin_inset LatexCommand index name "Compiler internals" \end_inset \end_layout \begin_layout Section The anatomy of the compiler \begin_inset LatexCommand label name "sub:The-anatomy-of" \end_inset \end_layout \begin_layout Standard \shape italic This is an excerpt from an article published in Circuit Cellar Magazine in \shape default \series bold \shape italic August 2000 \series default . It's a little outdated (the compiler is much more efficient now and user/develo per friendly), but pretty well exposes the guts of it all. \shape default \newline \newline The current version of SDCC can generate code for Intel 8051 and Z80 MCU. It is fairly easy to retarget for other 8-bit MCU. Here we take a look at some of the internals of the compiler. \end_layout \begin_layout Paragraph* Parsing \begin_inset LatexCommand index name "Parsing" \end_inset \end_layout \begin_layout Standard Parsing the input source file and creating an AST (Annotated Syntax Tree \begin_inset LatexCommand index name "Annotated syntax tree" \end_inset ). This phase also involves propagating types (annotating each node of the parse tree with type information) and semantic analysis. There are some MCU specific parsing rules. For example the storage classes, the extended storage classes are MCU specific while there may be a xdata storage class for 8051 there is no such storage class for z80 or Atmel AVR. SDCC allows MCU specific storage class extensions, i.e. xdata will be treated as a storage class specifier when parsing 8051 C code but will be treated as a C identifier when parsing z80 or ATMEL AVR C code. \end_layout \begin_layout Paragraph* Generating iCode \begin_inset LatexCommand index name "iCode" \end_inset \end_layout \begin_layout Standard Intermediate code generation. In this phase the AST is broken down into three-operand form (iCode). These three operand forms are represented as doubly linked lists. ICode is the term given to the intermediate form generated by the compiler. ICode example section shows some examples of iCode generated for some simple C source functions. \end_layout \begin_layout Paragraph* Optimizations \begin_inset LatexCommand index name "Optimizations" \end_inset . \end_layout \begin_layout Standard Bulk of the target independent optimizations is performed in this phase. The optimizations include constant propagation, common sub-expression eliminati on, loop invariant code movement, strength reduction of loop induction variables and dead-code elimination. \end_layout \begin_layout Paragraph* Live range analysis \begin_inset LatexCommand index name "Live range analysis" \end_inset \end_layout \begin_layout Standard During intermediate code generation phase, the compiler assumes the target machine has infinite number of registers and generates a lot of temporary variables. The live range computation determines the lifetime of each of these compiler-ge nerated temporaries. A picture speaks a thousand words. ICode example sections show the live range annotations for each of the operand. It is important to note here, each iCode is assigned a number in the order of its execution in the function. The live ranges are computed in terms of these numbers. The from number is the number of the iCode which first defines the operand and the to number signifies the iCode which uses this operand last. \end_layout \begin_layout Paragraph* Register Allocation \begin_inset LatexCommand index name "Register allocation" \end_inset \end_layout \begin_layout Standard The register allocation determines the type and number of registers needed by each operand. In most MCUs only a few registers can be used for indirect addressing. In case of 8051 for example the registers R0 & R1 can be used to indirectly address the internal ram and DPTR to indirectly address the external ram. The compiler will try to allocate the appropriate register to pointer variables if it can. ICode example section shows the operands annotated with the registers assigned to them. The compiler will try to keep operands in registers as much as possible; there are several schemes the compiler uses to do achieve this. When the compiler runs out of registers the compiler will check to see if there are any live operands which is not used or defined in the current basic block being processed, if there are any found then it will push that operand and use the registers in this block, the operand will then be popped at the end of the basic block. \end_layout \begin_layout Standard There are other MCU specific considerations in this phase. Some MCUs have an accumulator; very short-lived operands could be assigned to the accumulator instead of a general-purpose register. \end_layout \begin_layout Paragraph* Code generation \end_layout \begin_layout Standard Figure II gives a table of iCode \begin_inset LatexCommand index name "iCode" \end_inset operations supported by the compiler. The code generation involves translating these operations into corresponding assembly code for the processor. This sounds overly simple but that is the essence of code generation. Some of the iCode operations are generated on a MCU specific manner for example, the z80 port does not use registers to pass parameters so the SEND and RECV iCode operations will not be generated, and it also does not support JUMPTABLES. \newline \end_layout \begin_layout Standard \size footnotesize Figure II \begin_inset Tabular \begin_inset Text \begin_layout Standard \series bold iCode \series default \begin_inset LatexCommand index name "iCode" \end_inset \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Operands \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold Description \end_layout \end_inset \begin_inset Text \begin_layout Standard \series bold C Equivalent \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize '!' \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize NOT operation \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = ! IC_LEFT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize '~' \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Bitwise complement of \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = ~IC_LEFT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize RRC \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Rotate right with carry \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = (IC_LEFT << 1) | (IC_LEFT >> (sizeof(IC_LEFT)*8-1)); \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize RLC \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Rotate left with carry \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = (IC_LEFT << (sizeof(LC_LEFT)*8-1) ) | (IC_LEFT >> 1); \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize GETHBIT \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Get the highest order bit of IC_LEFT \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = (IC_LEFT >> (sizeof(IC_LEFT)*8 -1)); \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize UNARYMINUS \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Unary minus \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = - IC_LEFT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IPUSH \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Push the operand into stack \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize NONE \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IPOP \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Pop the operand from the stack \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize NONE \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize CALL \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Call the function represented by IC_LEFT \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT(); \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize PCALL \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Call via function pointer \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = (*IC_LEFT)(); \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize RETURN \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Return the value in operand IC_LEFT \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize return IC_LEFT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize LABEL \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LABEL() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Label \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LABEL: \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize GOTO \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LABEL() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Goto label \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize goto IC_LABEL(); \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize '+' \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Addition \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT + IC_RIGHT \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize '-' \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Subtraction \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT - IC_RIGHT \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize '*' \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Multiplication \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT * IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize '/' \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Division \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT / IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize '%' \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Modulus \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT % IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize '<' \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Less than \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT < IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize '>' \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Greater than \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT > IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize EQ_OP \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Equal to \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT == IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize AND_OP \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Logical and operation \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT && IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize OR_OP \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Logical or operation \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT || IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize '^' \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Exclusive OR \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT ^ IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize '|' \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Bitwise OR \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT | IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize BITWISEAND \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Bitwise AND \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT & IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize LEFT_OP \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Left shift \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT << IC_RIGHT \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize RIGHT_OP \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Right shift \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_LEFT >> IC_RIGHT \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize GET_VALUE_ \newline AT_ ADDRESS \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Indirect fetch \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = (*IC_LEFT); \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize POINTER_SET \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Indirect set \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize (*IC_RESULT) = IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize '=' \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RIGHT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Assignment \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IFX \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_COND IC_TRUE IC_LABEL \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Conditional jump. If true label is present then jump to true label if condition is true else jump to false label if condition is false \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize if (IC_COND) goto IC_TRUE; \newline \InsetSpace ~ \InsetSpace ~ Or \newline If (!IC_COND) goto IC_FALSE; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize ADDRESS_OF \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Address of \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = &IC_LEFT(); \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize JUMPTABLE \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_JTCOND IC_JTLABELS \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Jump to list of labels depending on the value of JTCOND \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Switch statement \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize CAST \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RIGHT() IC_LEFT() IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize Cast types \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT = (typeof IC_LEFT) IC_RIGHT; \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize SEND \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_LEFT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize This is used for passing parameters in registers; \newline move IC_LEFT to the next available parameter register. \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize None \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize RECV \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize IC_RESULT() \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize This is used for receiving parameters passed in registers; \newline Move the values in the next parameter register to IC_RESULT \end_layout \end_inset \begin_inset Text \begin_layout Standard \size footnotesize None \end_layout \end_inset \begin_inset Text \begin_layout Standard \shape slanted \size footnotesize (some more have been added) \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \end_layout \end_inset \begin_inset Text \begin_layout Standard \shape slanted \size footnotesize see f.e. \shape default \family typewriter \shape slanted gen51Code() \family default \shape default \shape slanted in \shape default \family typewriter \shape slanted src/mcs51/gen.c \end_layout \end_inset \end_inset \end_layout \begin_layout Standard \begin_inset Note Note status collapsed \begin_layout Standard In the original article Figure II was announced to be downloadable on \shape italic Circuit Cellar \shape default 's web site. ftp://ftp.circuitcellar.com/pub/Circuit_Cellar/2000/121/dutta.ZIP \end_layout \end_inset \end_layout \begin_layout Paragraph* ICode Example \begin_inset LatexCommand index name "iCode" \end_inset \end_layout \begin_layout Standard This section shows some details of iCode. The example C code does not do anything useful; it is used as an example to illustrate the intermediate code generated by the compiler. \end_layout \begin_layout Verse \family typewriter 1.\InsetSpace ~ xdata int * p; \newline 2.\InsetSpace ~ int gint; \newline 3.\InsetSpace ~ /* This function does nothing useful. It is used \newline 4.\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ for the purpose of explaining iCode */ \newline 5.\InsetSpace ~ short function (data int *x) \newline 6.\InsetSpace ~ { \newline 7.\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ short i=10; \InsetSpace ~ \InsetSpace ~ /* dead initialization eliminated */ \newline 8.\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ short sum=10; /* dead initialization eliminated */ \newline 9.\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ short mul; \newline 10.\InsetSpace ~ \InsetSpace ~ int j ; \newline 11.\InsetSpace ~ \InsetSpace ~ while (*x) *x++ = *p++; \newline 12.\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sum = 0 ; \newline 13.\InsetSpace ~ \InsetSpace ~ mul = 0; \newline 14.\InsetSpace ~ \InsetSpace ~ /* compiler detects i,j to be induction variables */ \newline 15.\InsetSpace ~ \InsetSpace ~ for (i = 0, j = 10 ; i < 10 ; i++, j \family default - \begin_inset ERT status collapsed \begin_layout Standard \backslash / \end_layout \end_inset - \family typewriter ) { \newline 16.\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ sum += i; \newline 17.\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ mul += i * 3; \InsetSpace ~ \InsetSpace ~ /* this multiplication remains */ \newline 18.\InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ gint += j * 3;\InsetSpace ~ \InsetSpace ~ /* this multiplication changed to addition */ \newline 19.\InsetSpace ~ \InsetSpace ~ } \newline 20.\InsetSpace ~ \InsetSpace ~ return sum+mul; \newline 21.\InsetSpace ~ } \end_layout \begin_layout Standard In addition to the operands each iCode contains information about the filename and line it corresponds to in the source file. The first field in the listing should be interpreted as follows: \newline \shape italic \size footnotesize Filename(linenumber: iCode Execution sequence number : ICode hash table key : loop depth of the iCode). \shape default \size default \newline Then follows the human readable form of the ICode operation. Each operand of this triplet form can be of three basic types a) compiler generated temporary b) user defined variable c) a constant value. Note that local variables and parameters are replaced by compiler generated temporaries. Live ranges \begin_inset LatexCommand index name "Live range analysis" \end_inset are computed only for temporaries (i.e. live ranges are not computed for global variables). Registers \begin_inset LatexCommand index name "Register allocation" \end_inset are allocated for temporaries only. Operands are formatted in the following manner: \newline \shape italic \size footnotesize Operand Name [lr live-from : live-to ] { type information } [ registers allocated ]. \shape default \size default \newline As mentioned earlier the live ranges are computed in terms of the execution sequence number of the iCodes, for example \newline the iTemp0 is live from (i.e. first defined in iCode with execution sequence number 3, and is last used in the iCode with sequence number 5). For induction variables such as iTemp21 the live range computation extends the lifetime from the start to the end of the loop. \newline The register allocator used the live range information to allocate registers, the same registers may be used for different temporaries if their live ranges do not overlap, for example r0 is allocated to both iTemp6 and to iTemp17 since their live ranges do not overlap. In addition the allocator also takes into consideration the type and usage of a temporary, for example itemp6 is a pointer to near space and is used as to fetch data from (i.e. used in GET_VALUE_AT_ADDRESS) so it is allocated a pointer register (r0). Some short lived temporaries are allocated to special registers which have meaning to the code generator e.g. iTemp13 is allocated to a pseudo register CC which tells the back end that the temporary is used only for a conditional jump the code generation makes use of this information to optimize a compare and jump ICode. \newline There are several loop optimizations \begin_inset LatexCommand index name "Loop optimization" \end_inset performed by the compiler. It can detect induction variables iTemp21(i) and iTemp23(j). Also note the compiler does selective strength reduction \begin_inset LatexCommand index name "Strength reduction" \end_inset , i.e. the multiplication of an induction variable in line 18 (gint = j * 3) is changed to addition, a new temporary iTemp17 is allocated and assigned a initial value, a constant 3 is then added for each iteration of the loop. The compiler does not change the multiplication \begin_inset LatexCommand index name "Multiplication" \end_inset in line 17 however since the processor does support an 8 * 8 bit multiplication. \newline Note the dead code elimination \begin_inset LatexCommand index name "Dead-code elimination" \end_inset optimization eliminated the dead assignments in line 7 & 8 to I and sum respectively. \newline \end_layout \begin_layout Standard \size footnotesize Sample.c (5:1:0:0) _entry($9) : \end_layout \begin_layout Standard \size footnotesize Sample.c(5:2:1:0) proc _function [lr0:0]{function short} \end_layout \begin_layout Standard \size footnotesize Sample.c(11:3:2:0) iTemp0 [lr3:5]{_near * int}[r2] = recv \end_layout \begin_layout Standard \size footnotesize Sample.c(11:4:53:0) preHeaderLbl0($11) : \end_layout \begin_layout Standard \size footnotesize Sample.c(11:5:55:0) iTemp6 [lr5:16]{_near * int}[r0] := iTemp0 [lr3:5]{_near * int}[r2] \end_layout \begin_layout Standard \size footnotesize Sample.c(11:6:5:1) _whilecontinue_0($1) : \end_layout \begin_layout Standard \size footnotesize Sample.c(11:7:7:1) iTemp4 [lr7:8]{int}[r2 r3] = @[iTemp6 [lr5:16]{_near * int}[r0]] \end_layout \begin_layout Standard \size footnotesize Sample.c(11:8:8:1) if iTemp4 [lr7:8]{int}[r2 r3] == 0 goto _whilebreak_0($3) \end_layout \begin_layout Standard \size footnotesize Sample.c(11:9:14:1) iTemp7 [lr9:13]{_far * int}[DPTR] := _p [lr0:0]{_far * int} \end_layout \begin_layout Standard \size footnotesize Sample.c(11:10:15:1) _p [lr0:0]{_far * int} = _p [lr0:0]{_far * int} + 0x2 {short} \end_layout \begin_layout Standard \size footnotesize Sample.c(11:13:18:1) iTemp10 [lr13:14]{int}[r2 r3] = @[iTemp7 [lr9:13]{_far * int}[DPTR]] \end_layout \begin_layout Standard \size footnotesize Sample.c(11:14:19:1) *(iTemp6 [lr5:16]{_near * int}[r0]) := iTemp10 [lr13:14]{int }[r2 r3] \end_layout \begin_layout Standard \size footnotesize Sample.c(11:15:12:1) iTemp6 [lr5:16]{_near * int}[r0] = iTemp6 [lr5:16]{_near * int}[r0] + 0x2 {short} \end_layout \begin_layout Standard \size footnotesize Sample.c(11:16:20:1) goto _whilecontinue_0($1) \end_layout \begin_layout Standard \size footnotesize Sample.c(11:17:21:0)_whilebreak_0($3) : \end_layout \begin_layout Standard \size footnotesize Sample.c(12:18:22:0) iTemp2 [lr18:40]{short}[r2] := 0x0 {short} \end_layout \begin_layout Standard \size footnotesize Sample.c(13:19:23:0) iTemp11 [lr19:40]{short}[r3] := 0x0 {short} \end_layout \begin_layout Standard \size footnotesize Sample.c(15:20:54:0)preHeaderLbl1($13) : \end_layout \begin_layout Standard \size footnotesize Sample.c(15:21:56:0) iTemp21 [lr21:38]{short}[r4] := 0x0 {short} \end_layout \begin_layout Standard \size footnotesize Sample.c(15:22:57:0) iTemp23 [lr22:38]{int}[r5 r6] := 0xa {int} \end_layout \begin_layout Standard \size footnotesize Sample.c(15:23:58:0) iTemp17 [lr23:38]{int}[r7 r0] := 0x1e {int} \end_layout \begin_layout Standard \size footnotesize Sample.c(15:24:26:1)_forcond_0($4) : \end_layout \begin_layout Standard \size footnotesize Sample.c(15:25:27:1) iTemp13 [lr25:26]{char}[CC] = iTemp21 [lr21:38]{short}[r4] < 0xa {short} \end_layout \begin_layout Standard \size footnotesize Sample.c(15:26:28:1) if iTemp13 [lr25:26]{char}[CC] == 0 goto _forbreak_0($7) \end_layout \begin_layout Standard \size footnotesize Sample.c(16:27:31:1) iTemp2 [lr18:40]{short}[r2] = iTemp2 [lr18:40]{short}[r2] + ITemp21 [lr21:38]{short}[r4] \end_layout \begin_layout Standard \size footnotesize Sample.c(17:29:33:1) iTemp15 [lr29:30]{short}[r1] = iTemp21 [lr21:38]{short}[r4] * 0x3 {short} \end_layout \begin_layout Standard \size footnotesize Sample.c(17:30:34:1) iTemp11 [lr19:40]{short}[r3] = iTemp11 [lr19:40]{short}[r3] + iTemp15 [lr29:30]{short}[r1] \end_layout \begin_layout Standard \size footnotesize Sample.c(18:32:36:1:1) iTemp17 [lr23:38]{int}[r7 r0]= iTemp17 [lr23:38]{int}[r7 r0]- 0x3 {short} \end_layout \begin_layout Standard \size footnotesize Sample.c(18:33:37:1) _gint [lr0:0]{int} = _gint [lr0:0]{int} + iTemp17 [lr23:38]{ int}[r7 r0] \end_layout \begin_layout Standard \size footnotesize Sample.c(15:36:42:1) iTemp21 [lr21:38]{short}[r4] = iTemp21 [lr21:38]{short}[r4] + 0x1 {short} \end_layout \begin_layout Standard \size footnotesize Sample.c(15:37:45:1) iTemp23 [lr22:38]{int}[r5 r6]= iTemp23 [lr22:38]{int}[r5 r6]- 0x1 {short} \end_layout \begin_layout Standard \size footnotesize Sample.c(19:38:47:1) goto _forcond_0($4) \end_layout \begin_layout Standard \size footnotesize Sample.c(19:39:48:0)_forbreak_0($7) : \end_layout \begin_layout Standard \size footnotesize Sample.c(20:40:49:0) iTemp24 [lr40:41]{short}[DPTR] = iTemp2 [lr18:40]{short}[r2] + ITemp11 [lr19:40]{short}[r3] \end_layout \begin_layout Standard \size footnotesize Sample.c(20:41:50:0) ret iTemp24 [lr40:41]{short} \end_layout \begin_layout Standard \size footnotesize Sample.c(20:42:51:0)_return($8) : \end_layout \begin_layout Standard \size footnotesize Sample.c(20:43:52:0) eproc _function [lr0:0]{ ia0 re0 rm0}{function short} \size default \newline \newline Finally the code generated for this function: \newline \end_layout \begin_layout Standard \size footnotesize .area DSEG (DATA) \end_layout \begin_layout Standard \size footnotesize _p:: \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ .ds 2 \end_layout \begin_layout Standard \size footnotesize _gint:: \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ .ds 2 \end_layout \begin_layout Standard \size footnotesize ; sample.c 5 \end_layout \begin_layout Standard \size footnotesize ; ---------------------------------------------- \end_layout \begin_layout Standard \size footnotesize ; function function \end_layout \begin_layout Standard \size footnotesize ; ---------------------------------------------- \end_layout \begin_layout Standard \size footnotesize _function: \end_layout \begin_layout Standard \size footnotesize ; iTemp0 [lr3:5]{_near * int}[r2] = recv \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r2,dpl \end_layout \begin_layout Standard \size footnotesize ; iTemp6 [lr5:16]{_near * int}[r0] := iTemp0 [lr3:5]{_near * int}[r2] \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov ar0,r2 \end_layout \begin_layout Standard \size footnotesize ;_whilecontinue_0($1) : \end_layout \begin_layout Standard \size footnotesize 00101$: \end_layout \begin_layout Standard \size footnotesize ; iTemp4 [lr7:8]{int}[r2 r3] = @[iTemp6 [lr5:16]{_near * int}[r0]] \end_layout \begin_layout Standard \size footnotesize ; if iTemp4 [lr7:8]{int}[r2 r3] == 0 goto _whilebreak_0($3) \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov ar2,@r0 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ inc r0 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov ar3,@r0 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ dec r0 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov a,r2 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ orl a,r3 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ jz 00103$ \end_layout \begin_layout Standard \size footnotesize 00114$: \end_layout \begin_layout Standard \size footnotesize ; iTemp7 [lr9:13]{_far * int}[DPTR] := _p [lr0:0]{_far * int} \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov dpl,_p \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov dph,(_p + 1) \end_layout \begin_layout Standard \size footnotesize ; _p [lr0:0]{_far * int} = _p [lr0:0]{_far * int} + 0x2 {short} \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov a,#0x02 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ add a,_p \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov _p,a \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ clr a \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ addc a,(_p + 1) \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov (_p + 1),a \end_layout \begin_layout Standard \size footnotesize ; iTemp10 [lr13:14]{int}[r2 r3] = @[iTemp7 [lr9:13]{_far * int}[DPTR]] \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ movx a,@dptr \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r2,a \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ inc dptr \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ movx a,@dptr \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r3,a \end_layout \begin_layout Standard \size footnotesize ; *(iTemp6 [lr5:16]{_near * int}[r0]) := iTemp10 [lr13:14]{int}[r2 r3] \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov @r0,ar2 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ inc r0 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov @r0,ar3 \end_layout \begin_layout Standard \size footnotesize ; iTemp6 [lr5:16]{_near * int}[r0] = \end_layout \begin_layout Standard \size footnotesize ; iTemp6 [lr5:16]{_near * int}[r0] + \end_layout \begin_layout Standard \size footnotesize ; 0x2 {short} \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ inc r0 \end_layout \begin_layout Standard \size footnotesize ; goto _whilecontinue_0($1) \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ sjmp 00101$ \end_layout \begin_layout Standard \size footnotesize ; _whilebreak_0($3) : \end_layout \begin_layout Standard \size footnotesize 00103$: \end_layout \begin_layout Standard \size footnotesize ; iTemp2 [lr18:40]{short}[r2] := 0x0 {short} \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r2,#0x00 \end_layout \begin_layout Standard \size footnotesize ; iTemp11 [lr19:40]{short}[r3] := 0x0 {short} \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r3,#0x00 \end_layout \begin_layout Standard \size footnotesize ; iTemp21 [lr21:38]{short}[r4] := 0x0 {short} \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r4,#0x00 \end_layout \begin_layout Standard \size footnotesize ; iTemp23 [lr22:38]{int}[r5 r6] := 0xa {int} \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r5,#0x0A \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r6,#0x00 \end_layout \begin_layout Standard \size footnotesize ; iTemp17 [lr23:38]{int}[r7 r0] := 0x1e {int} \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r7,#0x1E \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r0,#0x00 \end_layout \begin_layout Standard \size footnotesize ; _forcond_0($4) : \end_layout \begin_layout Standard \size footnotesize 00104$: \end_layout \begin_layout Standard \size footnotesize ; iTemp13 [lr25:26]{char}[CC] = iTemp21 [lr21:38]{short}[r4] < 0xa {short} \end_layout \begin_layout Standard \size footnotesize ; if iTemp13 [lr25:26]{char}[CC] == 0 goto _forbreak_0($7) \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ clr c \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov a,r4 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ xrl a,#0x80 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ subb a,#0x8a \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ jnc 00107$ \end_layout \begin_layout Standard \size footnotesize 00115$: \end_layout \begin_layout Standard \size footnotesize ; iTemp2 [lr18:40]{short}[r2] = iTemp2 [lr18:40]{short}[r2] + \end_layout \begin_layout Standard \size footnotesize ; iTemp21 [lr21:38]{short}[r4] \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov a,r4 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ add a,r2 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r2,a \end_layout \begin_layout Standard \size footnotesize ; iTemp15 [lr29:30]{short}[r1] = iTemp21 [lr21:38]{short}[r4] * 0x3 {short} \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov b,#0x03 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov a,r4 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mul ab \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r1,a \end_layout \begin_layout Standard \size footnotesize ; iTemp11 [lr19:40]{short}[r3] = iTemp11 [lr19:40]{short}[r3] + \end_layout \begin_layout Standard \size footnotesize ; iTemp15 [lr29:30]{short}[r1] \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ add a,r3 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r3,a \end_layout \begin_layout Standard \size footnotesize ; iTemp17 [lr23:38]{int}[r7 r0]= iTemp17 [lr23:38]{int}[r7 r0]- 0x3 {short} \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov a,r7 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ add a,#0xfd \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r7,a \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov a,r0 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ addc a,#0xff \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov r0,a \end_layout \begin_layout Standard \size footnotesize ; _gint [lr0:0]{int} = _gint [lr0:0]{int} + iTemp17 [lr23:38]{int}[r7 r0] \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov a,r7 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ add a,_gint \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov _gint,a \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov a,r0 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ addc a,(_gint + 1) \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov (_gint + 1),a \end_layout \begin_layout Standard \size footnotesize ; iTemp21 [lr21:38]{short}[r4] = iTemp21 [lr21:38]{short}[r4] + 0x1 {short} \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ inc r4 \end_layout \begin_layout Standard \size footnotesize ; iTemp23 [lr22:38]{int}[r5 r6]= iTemp23 [lr22:38]{int}[r5 r6]- 0x1 {short} \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ dec r5 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ cjne r5,#0xff,00104$ \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ dec r6 \end_layout \begin_layout Standard \size footnotesize ; goto _forcond_0($4) \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ sjmp 00104$ \end_layout \begin_layout Standard \size footnotesize ; _forbreak_0($7) : \end_layout \begin_layout Standard \size footnotesize 00107$: \end_layout \begin_layout Standard \size footnotesize ; ret iTemp24 [lr40:41]{short} \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov a,r3 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ add a,r2 \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ mov dpl,a \end_layout \begin_layout Standard \size footnotesize ; _return($8) : \end_layout \begin_layout Standard \size footnotesize 00108$: \end_layout \begin_layout Standard \size footnotesize \InsetSpace ~ \InsetSpace ~ ret \newline \end_layout \begin_layout Section A few words about basic block successors, predecessors and dominators \end_layout \begin_layout Standard Successors are basic blocks \begin_inset LatexCommand index name "Basic blocks" \end_inset that might execute after this basic block. \newline Predecessors are basic blocks that might execute before reaching this basic block. \newline Dominators are basic blocks that WILL execute before reaching this basic block. \newline \end_layout \begin_layout Standard [basic block 1] \end_layout \begin_layout Standard if (something) \end_layout \begin_layout Standard \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ [basic block 2] \end_layout \begin_layout Standard else \end_layout \begin_layout Standard \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ \InsetSpace ~ [basic block 3] \end_layout \begin_layout Standard [basic block 4] \newline \end_layout \begin_layout Standard a) succList of [BB2] = [BB4], of [BB3] = [BB4], of [BB1] = [BB2,BB3] \end_layout \begin_layout Standard b) predList of [BB2] = [BB1], of [BB3] = [BB1], of [BB4] = [BB2,BB3] \end_layout \begin_layout Standard c) domVect of [BB4] = BB1 ... here we are not sure if BB2 or BB3 was executed but we are SURE that BB1 was executed. \end_layout \begin_layout Chapter Acknowledgments \end_layout \begin_layout Standard \begin_inset LatexCommand url target "http://sdcc.sourceforge.net/#Who" \end_inset \newline \newline \emph on Thanks to all the other volunteer developers who have helped with coding, testing, web-page creation, distribution sets, etc. You know who you are :-) \emph default \newline \newline \emph on Thanks to Sourceforge \begin_inset LatexCommand url target "http://www.sf.net" \end_inset which has hosted the project since 1999 and donates significant download bandwidth. \emph default \newline \newline \emph on Also thanks to all SDCC Distributed Compile Farm members for donating CPU cycles and bandwidth for snapshot builds. \newline \end_layout \begin_layout Standard This document was initially written by Sandeep Dutta \end_layout \begin_layout Standard All product names mentioned herein may be trademarks \begin_inset LatexCommand index name "Trademarks" \end_inset of their respective companies. \end_layout \begin_layout Section* Alphabetical index \end_layout \begin_layout Standard To avoid confusion, the installation and building options for SDCC itself (chapter 2) are not part of the index. \end_layout \begin_layout Standard \begin_inset LatexCommand printindex \end_inset \end_layout \end_body \end_document sdcc-2.9.0/doc/test_suite_spec.lyx000066400000000000000000000326501116427777700171740ustar00rootroot00000000000000#LyX 1.5.7 created this file. For more info see http://www.lyx.org/ \lyxformat 276 \begin_document \begin_header \textclass article \begin_preamble \pdfoptionpdfminorversion=3 \usepackage[ pdftitle={Proposed Test Suite Design}, pdfauthor={Michael Hope}, pdfkeywords={c case compiler framework GPL regression SDCC suite test}, colorlinks=true, linkcolor=blue] {hyperref} \end_preamble \language english \inputencoding auto \font_roman times \font_sans default \font_typewriter default \font_default_family default \font_sc false \font_osf false \font_sf_scale 100 \font_tt_scale 100 \graphics default \paperfontsize default \spacing single \papersize default \use_geometry false \use_amsmath 1 \use_esint 0 \cite_engine basic \use_bibtopic false \paperorientation portrait \secnumdepth 3 \tocdepth 3 \paragraph_separation indent \defskip medskip \quotes_language english \papercolumns 1 \papersides 1 \paperpagestyle default \tracking_changes false \output_changes false \author "" \end_header \begin_body \begin_layout Title Proposed Test Suite Design \begin_inset ERT status open \begin_layout Standard \backslash date{2001-07-13} \end_layout \end_inset \end_layout \begin_layout Author Michael Hope (michaelh @ juju.net.nz) \end_layout \begin_layout Abstract This article describes the goals, requirements, and suggested specification for a test suite for the output of the Small Device C Compiler (sdcc). Also included is a short list of existing works. \end_layout \begin_layout Section Goals \end_layout \begin_layout Standard The main goals of a test suite for sdcc are \end_layout \begin_layout Enumerate To allow developers to run regression tests to check that core changes do not break any of the many ports. \end_layout \begin_layout Enumerate To verify the core. \end_layout \begin_layout Enumerate To allow developers to verify individual ports. \end_layout \begin_layout Enumerate To allow developers to test port changes. \end_layout \begin_layout Standard This design only covers the generated code. It does not cover a test/unit test framework for the sdcc application itself, which may be useful. \end_layout \begin_layout Standard One side effect of (1) is that it requires that the individual ports pass the tests originally. This may be too hard. See the section on Exceptions below. \end_layout \begin_layout Section Requirements \end_layout \begin_layout Subsection Coverage \end_layout \begin_layout Standard The suite is intended to cover language features only. Hardware specific libraries are explicitly not covered. \end_layout \begin_layout Subsection Permutations \end_layout \begin_layout Standard The ports often generate different code for handling different types (Byte, Word, DWord, and the signed forms). Meta information could be used to permute the different test cases across the different types. \end_layout \begin_layout Subsection Exceptions \end_layout \begin_layout Standard The different ports are all at different levels of development. Test cases must be able to be disabled on a per port basis. Permutations also must be able to be disabled on a port level for unsupported cases. Disabling, as opposed to enabling, on a per port basis seems more maintainable. \end_layout \begin_layout Subsection Running \end_layout \begin_layout Standard The tests must be able to run unaided. The test suite must run on all platforms that sdcc runs on. A good minimum may be a subset of Unix command set and common tools, provided by default on a Unix host and provided through cygwin on a Windows host. \end_layout \begin_layout Standard The tests suits should be able to be sub-divided, so that the failing or interesting tests may be run separately. \end_layout \begin_layout Subsection Artifacts \end_layout \begin_layout Standard The test code within the test cases should not generate artifacts. An artifact occurs when the test code itself interferes with the test and generates an erroneous result. \end_layout \begin_layout Subsection Emulators \end_layout \begin_layout Standard sdcc is a cross compiling compiler. As such, an emulator is needed for each port to run the tests. \end_layout \begin_layout Section Existing works \end_layout \begin_layout Subsection DejaGnu \end_layout \begin_layout Standard DejaGnu is a toolkit written in Expect designed to test an interactive program. It provides a way of specifying an interface to the program, and given that interface a way of stimulating the program and interpreting the results. It was originally written by Cygnus Solutions for running against development boards. I believe the gcc test suite is written against DejaGnu, perhaps partly to test the Cygnus ports of gcc on target systems. \end_layout \begin_layout Subsection gcc test suite \end_layout \begin_layout Standard I don't know much about the gcc test suite. It was recently removed from the gcc distribution due to issues with copyright ownership. The code I saw from older distributions seemed more concerned with esoteric features of the language. \end_layout \begin_layout Subsection xUnit \end_layout \begin_layout Standard The xUnit family, in particular JUnit, is a library of in test assertions, test wrappers, and test suite wrappers designed mainly for unit testing. PENDING: More. \end_layout \begin_layout Subsection CoreLinux++ Assertion framework \end_layout \begin_layout Standard While not a test suite system, the assertion framework is an interesting model for the types of assertions that could be used. They include pre-condition, post-condition, invariants, conditional assertions, unconditional assertions, and methods for checking conditions. \end_layout \begin_layout Section Specification \end_layout \begin_layout Standard This specification borrows from the JUnit style of unit testing and the CoreLinux++ style of assertions. The emphasis is on maintainability and ease of writing the test cases. \end_layout \begin_layout Subsection Terms \end_layout \begin_layout Standard PENDING: Align these terms with the rest of the world. \end_layout \begin_layout Itemize An \emph on assertion \emph default is a statement of how things should be. PENDING: Better description, an example. \end_layout \begin_layout Itemize A \emph on test point \emph default is the smallest unit of a test suite, and consists of a single assertion that passes if the test passes. \end_layout \begin_layout Itemize A \emph on test case \emph default is a set of test points that test a certain feature. \end_layout \begin_layout Itemize A \emph on test suite \emph default is a set of test cases that test a certain set of features. \end_layout \begin_layout Subsection Test cases \end_layout \begin_layout Standard Test cases shall be contained in their own C file, along with the meta data on the test. Test cases shall be contained within functions whose names start with 'test' and which are descriptive of the test case. Any function that starts with 'test' will be automatically run in the test suite. \end_layout \begin_layout Standard To make the automatic code generation easier, the C code shall have this format \end_layout \begin_layout Itemize Test functions shall start with 'test' to allow automatic detection. \end_layout \begin_layout Itemize Test functions shall follow the K&R intention style for ease of detection. i.e. the function name shall start in the left column on a new line below the return specification. \end_layout \begin_layout Subsection Assertions \end_layout \begin_layout Standard All assertions shall log the line number, function name, and test case file when they fail. Most assertions can have a more descriptive message attached to them. Assertions will be implemented through macros to get at the line information. This may cause trouble with artifacts. \end_layout \begin_layout Standard The following definitions use C++ style default arguments where optional messages may be inserted. All assertions use double opening and closing brackets in the macros to allow them to be compiled out without any side effects. While this is not required for a test suite, they are there in case any of this code is incorporated into the main product. \end_layout \begin_layout Standard Borrowing from JUnit, the assertions shall include \end_layout \begin_layout Itemize FAIL((String msg = \begin_inset Quotes eld \end_inset Failed \begin_inset Quotes erd \end_inset )). Used when execution should not get here. \end_layout \begin_layout Itemize ASSERT((Boolean cond, String msg = \begin_inset Quotes eld \end_inset Assertion failed \begin_inset Quotes erd \end_inset ). Fails if cond is false. Parent to REQUIRE and ENSURE. \end_layout \begin_layout Standard JUnit also includes may sub-cases of ASSERT, such as assertNotNull, assertEquals , and assertSame. \end_layout \begin_layout Standard CoreLinux++ includes the extra assertions \end_layout \begin_layout Itemize REQUIRE((Boolean cond, String msg = \begin_inset Quotes eld \end_inset Precondition failed \begin_inset Quotes erd \end_inset ). Checks preconditions. \end_layout \begin_layout Itemize ENSURE((Boolean cond, String msg = \begin_inset Quotes eld \end_inset Postcondition failed \begin_inset Quotes erd \end_inset ). Checks post conditions. \end_layout \begin_layout Itemize CHECK((Boolean cond, String msg = \begin_inset Quotes eld \end_inset Check failed \begin_inset Quotes erd \end_inset )). Used to call a function and to check that the return value is as expected. i.e. CHECK((fread(in, buf, 10) != -1)). Very similar to ASSERT, but the function still gets called in a release build. \end_layout \begin_layout Itemize FORALL and EXISTS. Used to check conditions within part of the code. For example, can be used to check that a list is still sorted inside each loop of a sort routine. \end_layout \begin_layout Standard All of FAIL, ASSERT, REQUIRE, ENSURE, and CHECK shall be available. \end_layout \begin_layout Subsection Meta data \end_layout \begin_layout Standard PENDING: It's not really meta data. \end_layout \begin_layout Standard Meta data includes permutation information, exception information, and permutati on exceptions. \end_layout \begin_layout Standard Meta data shall be global to the file. Meta data names consist of the lower case alphanumerics. Test case specific meta data (fields) shall be stored in a comment block at the start of the file. This is only due to style. \end_layout \begin_layout Standard A field definition shall consist of \end_layout \begin_layout Itemize The field name \end_layout \begin_layout Itemize A colon. \end_layout \begin_layout Itemize A comma separated list of values. \end_layout \begin_layout Standard The values shall be stripped of leading and trailing white space. \end_layout \begin_layout Standard Permutation exceptions are by port only. Exceptions to a field are specified by a modified field definition. An exception definition consists of \end_layout \begin_layout Itemize The field name. \end_layout \begin_layout Itemize An opening square bracket. \end_layout \begin_layout Itemize A comma separated list of ports the exception applies for. \end_layout \begin_layout Itemize A closing square bracket. \end_layout \begin_layout Itemize A colon. \end_layout \begin_layout Itemize The values to use for this field for these ports. \end_layout \begin_layout Standard An instance of the test case shall be generated for each permutation of the test case specific meta data fields. \end_layout \begin_layout Standard The runtime meta fields are \end_layout \begin_layout Itemize port - The port this test is running on. \end_layout \begin_layout Itemize testcase - The name of this test case. \end_layout \begin_layout Itemize function - The name of the current function. \end_layout \begin_layout Standard Most of the runtime fields are not very usable. They are there for completeness. \end_layout \begin_layout Standard Meta fields may be accessed inside the test case by enclosing them in curly brackets. The curly brackets will be interpreted anywhere inside the test case, including inside quoted strings. Field names that are not recognised will be passed through including the brackets. Note that it is therefore impossible to use some strings within the test case. \end_layout \begin_layout Standard Test case function names should include the permuted fields in the name to reduce name collisions. \end_layout \begin_layout Subsection An example \end_layout \begin_layout Standard I don't know how to do pre-formatted text in LaTeX. Sigh. \end_layout \begin_layout Standard The following code generates a simple increment test for all combinations of the storage classes and all combinations of the data sizes. This is a bad example as the optimiser will often remove most of this code. \newline \end_layout \begin_layout Verse \family typewriter /** Test for increment. \newline \InsetSpace ~ \InsetSpace ~ type: char, int, long \newline \InsetSpace ~ \InsetSpace ~ Z80 port does not fully support longs (4 byte) \newline \InsetSpace ~ \InsetSpace ~ type[z80]: char, int \newline \InsetSpace ~ \InsetSpace ~ class: \begin_inset Quotes eld \end_inset \begin_inset Quotes erd \end_inset , register, static */ \newline \newline static void \newline testInc{class}{types}(void) \newline { \newline \InsetSpace ~ \InsetSpace ~ {class} {type} i = 0; \newline \InsetSpace ~ \InsetSpace ~ i = i + 1; \newline \InsetSpace ~ \InsetSpace ~ ASSERT((i == 1)); \newline } \end_layout \end_body \end_document sdcc-2.9.0/doc/z80/000077500000000000000000000000001116427777700136475ustar00rootroot00000000000000sdcc-2.9.0/doc/z80/Makefile000066400000000000000000000004361116427777700153120ustar00rootroot00000000000000# Very simple Makefile for converting the design doc into something useful. TEX = latex S = combined_i186_z80_design.tex PDF = $(S:.tex=.pdf) PS = $(S:.tex=.ps) all: $(PS) $(PDF) %.ps: %.dvi dvips -f.ps $< > $@ %.pdf: %.dvi dvipdf $< $@ clean: rm -f $(PS) $(PDF) *.log *.aux *~ sdcc-2.9.0/doc/z80/README000066400000000000000000000001711116427777700145260ustar00rootroot00000000000000For more information on the z80 port, see: http://earthling.net.nz/michaelh/ -- Michael Hope michaelh@earthling.net sdcc-2.9.0/doc/z80/combined_i186_z80_design.tex000066400000000000000000000163051116427777700207570ustar00rootroot00000000000000% Combined i186/Z80 design \documentclass{article} % Too long to type :) \newcommand{\tosh}{Toshiba TLCS-900H} \begin{document} \title{Combined i186/Z80 backend design} \author{Michael Hope michaelh@earthling.net.nz} \date{\today} \maketitle \begin{abstract} There is much similarity between the Zilog Z80, Nintendo GBZ80, Intel i186, and \tosh processors. This document describes the design of a backend consisting of a register allocator and set of extendable code generators for SDCC which can target all of these processors. \end{abstract} \section{Motivation} The primary motivation is to add a i186 backend to SDCC, and in the process come to understand register allocation. The secondary goal is to attempt to combine the common parts from the Z80 and i186 backends to make both easier to maintain. In the 'would be nice' category is adding support for the \tosh. \section{Processor descriptions} \subsection{Zilog Z80} \begin{tabular}{l|l|l} Name & Parts & Notes \\ \hline AF & A & Accumulator and flags. Unusable as a pair. \\ \hline BC & B, C & \\ \hline DE & D, E & \\ \hline HL & H, L & \\ \hline IX & None & Index register. \\ \hline IY & None & Index register. \\ \end{tabular} The Z80 also has a switchable alternate register set AF', BC', DE', and HL' which are not accessible directly. It is assumed that it is too hard to track these to make it worthwhile. IX and IY can be split at the byte level by using undocumented instructions. While this would make them more usable as general purpose registers, it is ignored for compatibility. \subsection{Nintendo GBZ80} The GBZ80 is basically a Z80 less the index registers and the alternate register set. \\ \begin{tabular}{l|l|l} Name & Parts & Notes \\ \hline AF & A & Accumulator and flags. Unusable as a pair. \\ \hline BC & B, C & \\ \hline DE & D, E & \\ \hline HL & H, L & \\ \end{tabular} \subsection{Intel i186} \begin{tabular}{l|l|l} Name & Parts & Notes \\ \hline AX & AH, AL & Accumulator. \\ \hline BX & BH, BL & \\ \hline CX & CH, CL & \\ \hline DX & DH, DL & \\ \hline DI & None & Destination Index. \\ \hline SI & None & Source Index. \\ \hline BP & None & Base pointer. \\ \end{tabular} Note that the segment registers CS, DS, ES, and SS are not listed. For simplicity only tiny mode is supported. Tiny mode is where both the data and code exist in one segment, such that CS = DS. This allows constant data stored in the code segment to be accessed in the same method as data. This may cause trouble later if far mode is needed. \subsection{\tosh} The 900H seems to be inspired by the Z80. It is listed as a 16 bit device, but most of the registers are 32 bits wide. \\ \begin{tabular}{l|l|l} Name & Parts & Notes \\ \hline XWA & WA, W, A & Accumulator \\ \hline XBC & BC, B, C & \\ \hline XDE & DE, D, E & \\ \hline XHL & HL, H, L & \\ \hline XIX & IX & \\ \hline XIY & IY & \\ \hline XIZ & IZ & \\ \end{tabular} All registers can act as either an index base or an index offset. The offset is limited to sixteen bits. Apparently XIX, XIY, and XIZ can be split at the byte level. For simplicity this is ignored. \section{Common features} \subsection{Stack} The stack grows downwards. All push operations are pre-decrement. All but the GBZ80 have a base pointer register that can be used along with an offset to access local variables and parameters. The GBZ80 and Z80 both have problems with more than 127 bytes of local variables due to their offset being a INT8. \subsection{Registers} All contain a reasonable but small number of registers. All have some special purpose registers which can either be handled separately or ignored. All general purpose registers can be split at the byte and word level, but doing so may make the rest of the register unavailable. \subsection{Memory} All have a 64k address space. However this should not be assumed to make far support easier later. \section{Design} \subsection{Basics} The design is mainly stack based, such that all local variables and parameters go onto the stack. Compare with the mcs51 backend which overlays variables onto a shared static area. All stack access goes through the base pointer register (BP). The stack frame consists of the parameters pushed right to left, the return context, and then local variables. SP points to the base of the local variables. BP points to the bottom of the return context and hence to just above the top of the local variables. Note that as the stack grows down the parameters appear with the left most parameter at the lowest address. A scratch register will be available for any sub operation to use and will be valid only within that sub operation. The accumulator is also unavailable. Return values are normally returned in the scratch register and accumulator. \begin{tabular}{l|l|l|l|l} Name & i186 & Z80 & GBZ80 & 900H \\ \hline Base pointer & BP & IX & HL & XIX \\ \hline Scratch & BX & HL & DE & XHL \\ \hline Return & BX, AX & HL, IY & DE, HL & XHL \\ \hline Available & CX, DX & BC, DE & BC & XBC, XDE \\ \hline Ignored & SI, DI & IY & None & XIY, XIZ \\ \end{tabular} \subsection{Register allocator} The current Z80 and mcs51 register allocators perform these steps: \begin{enumerate} \item Pack each basic block by removing straight assignments and marking remat. iTemps. \item Set the number of registers required for each live range based on the type and size of the live range. \item Assign registers to each segment by deassigning registers and stack locations for any just expired iTemps, skipping any instructions which don't need registers, and spilling and assigning registers to the result of this tuple. \item Create the register mask for this segment. \end{enumerate} Optimisations include assigning into the accumulator or the scratch register where possible. This requires knowledge of what the code generator touches for a given instruction. The first generation register allocator will only pack assignments and mark remat. variables. Only the register management is processor specific. The allocator may ask for a given size register or if a given size register is available. Note that only whole registers may be returned. For example, allocation will fail if a sixteen bit register is requested and no pair is available, even two eight bit registers are available. Note that on the Z80, GBZ80, and i186 a request for a 32 bit register will always fail. \subsection{Code generator} The possible operations are: \begin{itemize} \item NOT - Logical not. 0 -> 1, others -> 0. \item CPL - Bitwise complement. \item UMINUS - Unary minus. result = 0 - left. \item IPUSH - Push immediate onto the stack. \item CALL - Call a function. \item PCALL - Call via pointer. \item FUNCTION - Emit the function prelude. \item ENDFUNCTION - Emit the function prologue. \item RET - Load the return value and jump to end of function. \item LABEL - Generate a local label. \item GOTO - Jump to a local label. \item Arithmitic - +, -, *, /, \%. \item Comparison - LT, GT, LEQ, GEQ, !=, =. \item Logical - \&\&, || \item Binary - AND, OR, XOR. \item Shift - RRC, RLC, LSR, LSL. \item Pointer - Set and Get. \item Assign. \item IF jump. \item Misc - Jump table, cast, address of. \end{itemize} \end{document}sdcc-2.9.0/install-sh000077500000000000000000000114161116427777700144700ustar00rootroot00000000000000#! /bin/sh # # install - install a program, script, or datafile # This comes from X11R5. # # Calling this script install-sh is preferred over install.sh, to prevent # `make' implicit rules from creating a file called install from it # when there is no Makefile. # # This script is compatible with the BSD install script, but was written # from scratch. # # set DOITPROG to echo to test this script # Don't use :- since 4.3BSD and earlier shells don't like it. doit="${DOITPROG-}" # make sure ordinary users can access files installed by # a restrictive root using umaks 0077 umask 0022 # put in absolute paths if you don't have them in your path; or use env. vars. mvprog="${MVPROG-mv}" cpprog="${CPPROG-cp}" chmodprog="${CHMODPROG-chmod}" chownprog="${CHOWNPROG-chown}" chgrpprog="${CHGRPPROG-chgrp}" stripprog="${STRIPPROG-strip}" rmprog="${RMPROG-rm}" mkdirprog="${MKDIRPROG-mkdir}" tranformbasename="" transform_arg="" instcmd="$mvprog" chmodcmd="$chmodprog 0755" chowncmd="" chgrpcmd="" stripcmd="" rmcmd="$rmprog -f" mvcmd="$mvprog" src="" dst="" dir_arg="" while [ x"$1" != x ]; do case $1 in -c) instcmd="$cpprog" shift continue;; -d) dir_arg=true shift continue;; -m) chmodcmd="$chmodprog $2" shift shift continue;; -o) chowncmd="$chownprog $2" shift shift continue;; -g) chgrpcmd="$chgrpprog $2" shift shift continue;; -s) stripcmd="$stripprog" shift continue;; -t=*) transformarg=`echo $1 | sed 's/-t=//'` shift continue;; -b=*) transformbasename=`echo $1 | sed 's/-b=//'` shift continue;; *) if [ x"$src" = x ] then src=$1 else # this colon is to work around a 386BSD /bin/sh bug : dst=$1 fi shift continue;; esac done if [ x"$src" = x ] then echo "install: no input file specified" exit 1 else true fi if [ x"$dir_arg" != x ]; then dst=$src src="" if [ -d $dst ]; then instcmd=: else instcmd=mkdir fi else # Waiting for this to be detected by the "$instcmd $src $dsttmp" command # might cause directories to be created, which would be especially bad # if $src (and thus $dsttmp) contains '*'. if [ -f $src -o -d $src ] then true else echo "install: $src does not exist" exit 1 fi if [ x"$dst" = x ] then echo "install: no destination specified" exit 1 else true fi # If destination is a directory, append the input filename; if your system # does not like double slashes in filenames, you may need to add some logic if [ -d $dst ] then dst="$dst"/`basename $src` else true fi fi ## this sed command emulates the dirname command dstdir=`echo $dst | sed -e 's,[^/]*$,,;s,/$,,;s,^$,.,'` # Make sure that the destination directory exists. # this part is taken from Noah Friedman's mkinstalldirs script # Skip lots of stat calls in the usual case. if [ ! -d "$dstdir" ]; then defaultIFS=' ' IFS="${IFS-${defaultIFS}}" oIFS="${IFS}" # Some sh's can't handle IFS=/ for some reason. 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Package Owner=<4> Package=<5> {{{ }}} Package=<4> {{{ }}} ############################################################################### Global: Package=<5> {{{ }}} Package=<3> {{{ }}} ############################################################################### sdcc-2.9.0/sdcc.spec000066400000000000000000000046071116427777700142600ustar00rootroot00000000000000# # spec file for package sdcc # Name: sdcc Requires: /bin/sh License: GPL Group: Applications/Engineering Summary: Small Device C Compiler Requires: sdcc-common Version: 2.9.0 Release: 2 Source: %{name}-src-%{version}.tar.gz URL: http://sdcc.sourceforge.net/ Packager: Bernhard Held BuildRoot: %{_tmppath}/%{name}-%{version}-build %description SDCC is a C compiler for 8051 class and similar microcontrollers. The package includes the compiler, assemblers and linkers, a device simulator and a core library. The processors supported (to a varying degree) include the 8051, ds390, z80, hc08, and PIC. %package common License: GPL, LGPL Group: Application/Engineering Summary: Libraries and Header Files for the SDCC C compiler Requires: sdcc %description common SDCC is a C compiler for 8051 class and similar microcontrollers. The package includes the compiler, assemblers and linkers, a device simulator and a core library. The processors supported (to a varying degree) include the 8051, ds390, z80, hc08, and PIC. %package doc License: GPL Group: Applications/Engineering Summary: Documentation for the SDCC C compiler %description doc SDCC is a C compiler for 8051 class and similar microcontrollers. The package includes the compiler, assemblers and linkers, a device simulator and a core library. The processors supported (to a varying degree) include the 8051, ds390, z80, hc08, and PIC. %prep %setup -n sdcc %build ./configure CFLAGS="$RPM_OPT_FLAGS" --prefix=/usr --enable-doc docdir=$RPM_BUILD_ROOT/%{_defaultdocdir}/%{name} make cd doc make cd .. %install rm -rf $RPM_BUILD_ROOT make prefix=$RPM_BUILD_ROOT/usr install cd doc make install cd .. %clean rm -rf $RPM_BUILD_ROOT %files %defattr(-,root,root) /usr/bin %files common %defattr(-,root,root) /usr/share/sdcc/include /usr/share/sdcc/lib %files doc %defattr(-,root,root) %doc %{_defaultdocdir} %changelog * Sun Dec 26 2006 - bernhard AT bernhardheld.de - version updated * Sun Sep 03 2006 - Christer Weinigel - fixed build of doc * Tue Mar 09 2004 - bernhard AT bernhardheld.de - split into two packages * Wed Feb 26 2004 - bernhard AT bernhardheld.de - version updated * Sun Jan 04 2004 - bernhard AT bernhardheld.de - updated * Sat Apr 27 2002 - steve AT icarus.com - first version from Stephen Williams sdcc-2.9.0/sdcc_vc_in.h000066400000000000000000000034701116427777700147300ustar00rootroot00000000000000#ifndef SDCC_VC_HEADER #define SDCC_VC_HEADER #undef SDCC_VERSION_HI #undef SDCC_VERSION_LO #undef SDCC_VERSION_P #undef SDCC_VERSION_STR #ifndef __FUNCTION__ #define __FUNCTION__ __FILE__ #endif #define __func__ __FUNCTION__ #define DIR_SEPARATOR_STRING "\\" #define DIR_SEPARATOR_CHAR '\\' #define PREFIX "\\sdcc" #define EXEC_PREFIX "\\sdcc" #define BIN_PREFIX "\\sdcc\\bin" #define DATADIR "\\sdcc" #define INCLUDE_DIR_SUFFIX "\\include" #define LIB_DIR_SUFFIX "\\lib" #define BIN2DATA_DIR "\\.." #define PREFIX2BIN_DIR "\\bin" #define PREFIX2DATA_DIR "" #define BINDIR PREFIX "\\bin" /* environment variables */ #define SDCC_DIR_NAME "SDCC_HOME" #define SDCC_INCLUDE_NAME "SDCC_INCLUDE" #define SDCC_LIB_NAME "SDCC_LIB" /* standard libraries */ #define STD_LIB "libsdcc" #define STD_INT_LIB "libint" #define STD_LONG_LIB "liblong" #define STD_FP_LIB "libfloat" #define STD_DS390_LIB "libds390" #define STD_DS400_LIB "libds400" /* #undef STD_XA51_LIB */ /* #undef HAVE_SYS_SOCKET_H */ #undef HAVE_STRERROR #define HAVE_VSNPRINTF #define vsnprintf _vsnprintf #undef HAVE_SPRINTF #undef HAVE_VSPRINTF #undef HAVE_MKSTEMP #define pclose _pclose #define RETSIGTYPE void #define TYPE_BYTE char #define TYPE_WORD short #define TYPE_DWORD int #define TYPE_UBYTE unsigned TYPE_BYTE #define TYPE_UWORD unsigned TYPE_WORD #define TYPE_UDWORD unsigned TYPE_DWORD /* #undef WORDS_BIGENDIAN */ /* for flex 2.5.35 and greater */ #define YY_NO_UNISTD_H 1 #undef OPT_DISABLE_MCS51 #undef OPT_DISABLE_GBZ80 #undef OPT_DISABLE_Z80 #undef OPT_DISABLE_AVR #undef OPT_DISABLE_TININative #undef OPT_DISABLE_PIC #undef OPT_DISABLE_XA51 #endif /* SDCC_VC_HEADER */ /* End of sdcc_vc.h */ sdcc-2.9.0/sdccconf_in.h000066400000000000000000000041761116427777700151120ustar00rootroot00000000000000/* */ #ifndef SDCCCONF_HEADER #define SDCCCONF_HEADER #undef SDCC_VERSION_HI #undef SDCC_VERSION_LO #undef SDCC_VERSION_P #undef SDCC_VERSION_STR #undef DIR_SEPARATOR_STRING #undef DIR_SEPARATOR_CHAR #undef PREFIX #undef EXEC_PREFIX #undef BINDIR #undef DATADIR #undef INCLUDE_DIR_SUFFIX #undef LIB_DIR_SUFFIX #undef BIN2DATA_DIR #undef PREFIX2BIN_DIR #undef PREFIX2DATA_DIR /* environment variables */ #undef SDCC_DIR_NAME #undef SDCC_INCLUDE_NAME #undef SDCC_LIB_NAME /* standard libraries */ #undef STD_LIB #undef STD_INT_LIB #undef STD_LONG_LIB #undef STD_FP_LIB #undef STD_DS390_LIB #undef STD_DS400_LIB #undef STD_XA51_LIB #undef HAVE_STRERROR #undef HAVE_VSNPRINTF #undef HAVE_SNPRINTF #undef HAVE_VSPRINTF #undef HAVE_MKSTEMP #undef RETSIGTYPE #undef TYPE_BYTE #undef TYPE_WORD #undef TYPE_DWORD #undef TYPE_UBYTE #undef TYPE_UWORD #undef TYPE_UDWORD /* * find out the endianess of host machine * in order to be able to make Mac OS X unified binaries */ /* This is tricky since these might be defined with a blank replacement list */ /* such as on SPARC Solaris. However, configure gets it right, so it's ok */ /* that (_BIG_ENDIAN+0) is false, even though it is defined. */ #if (__BIG_ENDIAN__+0) || (_BIG_ENDIAN+0) /* 1) trust the compiler */ # define WORDS_BIGENDIAN 1 #elif __LITTLE_ENDIAN__ /* do nothing */ #elif (defined BYTE_ORDER && defined BIG_ENDIAN && defined LITTLE_ENDIAN && BYTE_ORDER && BIG_ENDIAN && LITTLE_ENDIAN) /* 2) trust the header files */ # if BYTE_ORDER == BIG_ENDIAN # define WORDS_BIGENDIAN 1 # endif #else /* 3) trust the configure; this actually doesn't work for unified Mac OS X binaries :-( */ # undef BUILD_WORDS_BIGENDIAN # if (defined BUILD_WORDS_BIGENDIAN && BUILD_WORDS_BIGENDIAN) # define WORDS_BIGENDIAN 1 # endif /* 4) assume that host is a little endian machine */ #endif #undef OPT_DISABLE_MCS51 #undef OPT_DISABLE_GBZ80 #undef OPT_DISABLE_Z80 #undef OPT_DISABLE_AVR #undef OPT_DISABLE_DS390 #undef OPT_DISABLE_DS400 #undef OPT_DISABLE_TININative #undef OPT_DISABLE_PIC #undef OPT_DISABLE_PIC16 #undef OPT_DISABLE_XA51 #undef OPT_DISABLE_HC08 #undef OPT_ENABLE_LIBGC #endif /* End of config.h */ sdcc-2.9.0/sim/000077500000000000000000000000001116427777700132515ustar00rootroot00000000000000sdcc-2.9.0/sim/README000066400000000000000000000000751116427777700141330ustar00rootroot00000000000000sdcc/simulator -------------- I have no idea :) -- Michael sdcc-2.9.0/sim/ucsim/000077500000000000000000000000001116427777700143715ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/(c).1000066400000000000000000000016261116427777700150230ustar00rootroot00000000000000/* * Simulator of microcontrollers (@@F@@) * * Copyright (C) @@S@@,@@Y@@ Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ sdcc-2.9.0/sim/ucsim/.version000066400000000000000000000000061116427777700160530ustar00rootroot000000000000000.5.4 sdcc-2.9.0/sim/ucsim/COPYING000066400000000000000000000431061116427777700154300ustar00rootroot00000000000000 GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. (Exception: if the Program itself is interactive but does not normally print such an announcement, your work based on the Program is not required to print an announcement.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Program, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Program, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Program. In addition, mere aggregation of another work not based on the Program with the Program (or with a work based on the Program) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. 3. You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. (This alternative is allowed only for noncommercial distribution and only if you received the program in object code or executable form with such an offer, in accord with Subsection b above.) The source code for a work means the preferred form of the work for making modifications to it. For an executable work, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the executable. However, as a special exception, the source code distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. If distribution of executable or object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place counts as distribution of the source code, even though third parties are not compelled to copy the source along with the object code. 4. You may not copy, modify, sublicense, or distribute the Program except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense or distribute the Program is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 5. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Program or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Program (or any work based on the Program), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Program or works based on it. 6. Each time you redistribute the Program (or any work based on the Program), the recipient automatically receives a license from the original licensor to copy, distribute or modify the Program subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties to this License. 7. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Program at all. For example, if a patent license would not permit royalty-free redistribution of the Program by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Program. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system, which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 8. If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS Appendix: How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) 19yy This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) 19yy name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Library General Public License instead of this License. sdcc-2.9.0/sim/ucsim/INSTALL000066400000000000000000000001601116427777700154170ustar00rootroot00000000000000uCsim Microcontroller simulator See HTML documents in doc subdirectory for instructions how to install uCsim. sdcc-2.9.0/sim/ucsim/Makefile.in000066400000000000000000000107371116427777700164460ustar00rootroot00000000000000# # uCsim Makefile # # (c) Drotos Daniel, Talker Bt. 1997,99 # STARTYEAR = 1997 SHELL = /bin/sh include packages.mk #PKGS = cmd.src sim.src gui.src s51.src avr.src z80.src doc VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ # Compiling entire program or any subproject # ------------------------------------------ all: checkconf $(MAKE) -f main.mk all @for pkg in $(PKGS); do\ $(MAKE) -C $$pkg $$pkg ;\ done $(MAKE) -f main.mk main_app libs: main.mk $(MAKE) -f main.mk libs # Compiling and installing everything and runing test # --------------------------------------------------- .PHONY: install INSTALL Install install: $(MAKE) -f main.mk install @for pkg in $(PKGS); do\ $(MAKE) -C $$pkg install ;\ done # Deleting all the installed files # -------------------------------- uninstall: $(MAKE) -f main.mk uninstall @for pkg in $(PKGS); do\ $(MAKE) -C $$pkg uninstall ;\ done # Deleting all files created by building the program # -------------------------------------------------- clean: $(MAKE) -f $(srcdir)/clean.mk clean EXEEXT=$(EXEEXT) @for pkg in $(PKGS_ALL); do\ $(MAKE) -C $$pkg -f ../$(srcdir)/$$pkg/clean.mk clean EXEEXT=$(EXEEXT) ;\ done # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean $(MAKE) -f $(srcdir)/clean.mk distclean @for pkg in $(PKGS_ALL); do\ $(MAKE) -C $$pkg -f ../$(srcdir)/$$pkg/clean.mk distclean ;\ done rm -rf doc/*~ doc/*.bak Makefile packages.mk libtool # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean $(MAKE) -f clean.mk mostlyclean @for pkg in $(PKGS_ALL); do\ $(MAKE) -C $$pkg -f ../$(srcdir)/$$pkg/clean.mk mostlyclean ;\ done # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, stc. # ----------------------------------------------------------------------- realclean: distclean $(MAKE) -f clean.mk realclean @for pkg in $(PKGS_ALL); do\ $(MAKE) -C $$pkg -f ../$(srcdir)/$$pkg/clean.mk realclean ;\ done # Creating distribution # --------------------- dist: distclean @if [ -f devel ]; then\ rm -f devel; mkdist; touch devel;\ else\ mkdist;\ fi # Performing self-test # -------------------- check: $(MAKE) -f main.mk check @for pkg in $(PKGS); do\ $(MAKE) -C $$pkg check ;\ done test: $(MAKE) -f main.mk test @for pkg in $(PKGS); do\ $(MAKE) -C $$pkg test ;\ done # Performing installation test # ---------------------------- installcheck: # Creating dependencies # --------------------- dep: $(MAKE) -f main.mk dep @for pkg in $(PKGS); do\ $(MAKE) -C $$pkg dep ;\ done # My rules # -------- putcopyright: 'put(c)' -s $(STARTYEAR) *.cc *.h *.y *.l start: date '+%Y.%m.%d-%H:%M' >.start newer: distclean @if [ -f .start ]; then \ tar cvf - \ `find . -newer .start -type f -print` |\ gzip -9c >ucsim-newer-`cat .start`_`date '+%Y.%m.%d-%H:%M'`_`hostname`.tgz; \ else \ echo ".start file not found.\n"; \ exit 1; \ fi print-newer: @if [ -f .start ]; then \ find . -newer .start -type f -print ;\ else \ echo ".start file not found.\n" ;\ exit 1 ;\ fi new_files: diff -rNu $$HOME/clean-source/sdcc/sim/ucsim .|\ grep '^diff' | grep -v .svn | awk '{print $$4}' lines: @find . \( -name '*.[ch]' -o -name '*.cc' -o -name '*.hh' \) \ -exec cat {} \; | clines # Remaking configuration # ---------------------- configure: configure.in @$(top_srcdir)/mkecho $(top_builddir) "RE-CREATING CONFIGURE" autoconf configure.in >configure chmod 755 configure config.status: configure @$(top_srcdir)/mkecho $(top_builddir) "RE-CHECKING CONFIGURATION (re-creating config.status from configure)" @if [ -x ./config.status ]; then \ ./config.status -recheck;\ else\ if [ -x ./conf ]; then\ ./conf;\ else\ ./configure;\ fi\ fi makefiles: config.status @$(top_srcdir)/mkecho $(top_builddir) "RE-MAKING MAKEFILES" $(SHELL) ./config.status main.mk: $(srcdir)/main_in.mk config.status @$(top_srcdir)/mkecho $(top_builddir) "RE-MAKING MAIN.MK" $(SHELL) ./config.status freshconf: echo_freshconf configure main.mk ddconfig.h ddconfig.h: ddconfig_in.h config.status $(SHELL) ./config.status echo_freshconf: @$(top_srcdir)/mkecho $(top_builddir) "FRESHCONF" checkconf: @$(top_srcdir)/mkecho $(top_builddir) "CHECKCONF" @if [ -f devel ]; then $(MAKE) freshconf; fi # End of Makefile sdcc-2.9.0/sim/ucsim/NEWS000066400000000000000000000011251116427777700150670ustar00rootroot000000000000000.4.1-pre3 Redirection of output of commands. 0.4.1-pre4 Redesigned of option handling. Start of libtool introduction. 0.4.1-pre5 Fix of cl_cmdline::syntax_match. 0.4.1-pre6 Stack tracking. Error handling. 0.5.0 Expressions Memory simulation redesigned: address space, chip, address decoder Fix of command interpreter Document updated 0.5.1 Implementation of missing instruction ORL C,\bit of MCS51 Apply changes of SDCC cvs Fix of AVR instruction decoder Bug fixes 0.5.2 Bug fixes to run sdcc regression tests 0.5.3 Eliminate need of flex (for compile) Fix of some includes sdcc-2.9.0/sim/ucsim/README000066400000000000000000000074501116427777700152570ustar00rootroot00000000000000 uCsim Micro-controller simulator What is uCsim? -------------- uCsim is a micro-controller simulator. It is extensible to support different micro-controller families. Currently it supports Intel MCS51 family. Atmel AVR core is working now and Z80 support is under development. How to get uCsim? ----------------- uCsim is distributed in source code under GPL. It can be downloaded from its home site: http://mazsola.iit.uni-miskolc.hu/~drdani/embedded/ucsim/ uCsim is included in sdcc, free C compiler of Sandeep Dutta. It is a complete development package with debugger (see belove). It can be downloaded from its home site (or from its mirrors): http://sdcc.sourceforge.net/ Mailing list ------------ There is no mailing list which is specifically opened for uCsim. Announcements are sent to sdcc's mailing list. See sdcc's main page at above URL for subscribing information and the archive. Ideas, bug reports or fixes should be sent to sdcc's list too. Feautres of uCsim ----------------- Features of uCsim are similar to features of other simulators. It simulates instructions of the program code and all parts of the microcontroller including timer/counters, uart, etc. Peripherals are simulated as accurate as possible. Time resolution is machine cycle based which means that 1 machine cycle is the smallest time quantity which is handled by the simulator. uCsim has some features which may not available in other simulators. They include: - No GUI. It is not the simulator's job to do graphical representation of the CPU. It should be done by external programs. uCsim tries to help GUI and other external tool writers. - More than one command console. It is possible to use as many command interpreters as many needed. uCsim accepts commands from command consoles simultaneously. It makes possible to give commands to the simulator during execution of the simulated program. - Simulating UART of the controller makes it possible to connect two instances of the simulator together via simulated serial lines. It is also possible to connect simulated UART to serial port of the host machine. - Profiling support. uCsim provides "virtual timers" to measure execution time of any part of the code. It also makes statistic about ratio of main program and interrupt services. - Event breakpoints. Simulator can stop the execution when read or write event occures at any location of any kind of memory. External tools -------------- uCsim is not well supported (yet) by external tools. But some exists already. SerialView It is written by Timothy Hurman and it is now included in the uCsim package. It is simple "terminal emulator" which can be used to provide input for the simulated UART as well as present the output of the UART. sdcdb Debugger of the free C compiler, called sdcc written by Sandeep Dutta . It is a usual debugger with command line interface which uses uCsim in background to run the code. "Standard" interface of the sdcdb makes it possible to use any debugger GUI such as ddd to make it comfortable. Contributors and mainteners --------------------------- Gunnar Holm Sandeep Dutta Salvador Eduardo Tropea Josef Wolf Stephane MEYER Larry Doolittle Timothy Hurman Karl-Max Wagner Edmar Wienskoski Jr Alexandre Frey Kaido Karner Karl Bongers Maintener of serialview: Timothy Hurman Maintener of other parts: Daniel Drotos sdcc-2.9.0/sim/ucsim/TODO000066400000000000000000000005471116427777700150670ustar00rootroot00000000000000prompt command to set diff prompt for any console Tue Aug 17 1999 timer val id value Tue Aug 17 1999 Done: Tue Aug 17 1999 stop should report stop address on `go' console Tue Aug 17 1999 Done: Tue Aug 17 1999 dis command prints out short lists repeatedly. It should remember addresses printed out and stop if an already used address comes. Thu Sep 30 1999 sdcc-2.9.0/sim/ucsim/aclocal.m4000066400000000000000000003466461116427777700162540ustar00rootroot00000000000000# libtool.m4 - Configure libtool for the host system. -*-Shell-script-*- ## Copyright 1996, 1997, 1998, 1999, 2000, 2001 ## Free Software Foundation, Inc. ## Originally by Gordon Matzigkeit , 1996 ## ## This program is free software; you can redistribute it and/or modify ## it under the terms of the GNU General Public License as published by ## the Free Software Foundation; either version 2 of the License, or ## (at your option) any later version. ## ## This program is distributed in the hope that it will be useful, but ## WITHOUT ANY WARRANTY; without even the implied warranty of ## MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ## General Public License for more details. ## ## You should have received a copy of the GNU General Public License ## along with this program; if not, write to the Free Software ## Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ## ## As a special exception to the GNU General Public License, if you ## distribute this file as part of a program that contains a ## configuration script generated by Autoconf, you may include it under ## the same distribution terms that you use for the rest of that program. # serial 46 AC_PROG_LIBTOOL AC_DEFUN([AC_PROG_LIBTOOL], [AC_REQUIRE([AC_LIBTOOL_SETUP])dnl # This can be used to rebuild libtool when needed LIBTOOL_DEPS="$ac_aux_dir/ltmain.sh" # Always use our own libtool. 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Xsed='sed -e s/^X//' sed_quote_subst='s/\([[\\"\\`$\\\\]]\)/\\\1/g' # Same as above, but do not quote variable references. double_quote_subst='s/\([[\\"\\`\\\\]]\)/\\\1/g' # Sed substitution to delay expansion of an escaped shell variable in a # double_quote_subst'ed string. delay_variable_subst='s/\\\\\\\\\\\$/\\\\\\$/g' # Constants: rm="rm -f" # Global variables: default_ofile=libtool can_build_shared=yes # All known linkers require a `.a' archive for static linking (except M$VC, # which needs '.lib'). libext=a ltmain="$ac_aux_dir/ltmain.sh" ofile="$default_ofile" with_gnu_ld="$lt_cv_prog_gnu_ld" need_locks="$enable_libtool_lock" old_CC="$CC" old_CFLAGS="$CFLAGS" # Set sane defaults for various variables test -z "$AR" && AR=ar test -z "$AR_FLAGS" && AR_FLAGS=cru test -z "$AS" && AS=as test -z "$CC" && CC=cc test -z "$DLLTOOL" && DLLTOOL=dlltool test -z "$LD" && LD=ld test -z "$LN_S" && LN_S="ln -s" test -z "$MAGIC_CMD" && MAGIC_CMD=file test -z "$NM" && NM=nm test -z "$OBJDUMP" && OBJDUMP=objdump test -z "$RANLIB" && RANLIB=: test -z "$STRIP" && STRIP=: test -z "$ac_objext" && ac_objext=o if test x"$host" != x"$build"; then ac_tool_prefix=${host_alias}- else ac_tool_prefix= fi # Transform linux* to *-*-linux-gnu*, to support old configure scripts. case $host_os in linux-gnu*) ;; linux*) host=`echo $host | sed 's/^\(.*-.*-linux\)\(.*\)$/\1-gnu\2/'` esac case $host_os in aix3*) # AIX sometimes has problems with the GCC collect2 program. For some # reason, if we set the COLLECT_NAMES environment variable, the problems # vanish in a puff of smoke. if test "X${COLLECT_NAMES+set}" != Xset; then COLLECT_NAMES= export COLLECT_NAMES fi ;; esac # Determine commands to create old-style static archives. old_archive_cmds='$AR $AR_FLAGS $oldlib$oldobjs$old_deplibs' old_postinstall_cmds='chmod 644 $oldlib' old_postuninstall_cmds= if test -n "$RANLIB"; then case $host_os in openbsd*) old_postinstall_cmds="\$RANLIB -t \$oldlib~$old_postinstall_cmds" ;; *) old_postinstall_cmds="\$RANLIB \$oldlib~$old_postinstall_cmds" ;; esac old_archive_cmds="$old_archive_cmds~\$RANLIB \$oldlib" fi # Allow CC to be a program name with arguments. set dummy $CC compiler="[$]2" ## FIXME: this should be a separate macro ## AC_MSG_CHECKING([for objdir]) rm -f .libs 2>/dev/null mkdir .libs 2>/dev/null if test -d .libs; then objdir=.libs else # MS-DOS does not allow filenames that begin with a dot. objdir=_libs fi rmdir .libs 2>/dev/null AC_MSG_RESULT($objdir) ## ## END FIXME ## FIXME: this should be a separate macro ## AC_ARG_WITH(pic, [ --with-pic try to use only PIC/non-PIC objects [default=use both]], pic_mode="$withval", pic_mode=default) test -z "$pic_mode" && pic_mode=default # We assume here that the value for lt_cv_prog_cc_pic will not be cached # in isolation, and that seeing it set (from the cache) indicates that # the associated values are set (in the cache) correctly too. AC_MSG_CHECKING([for $compiler option to produce PIC]) AC_CACHE_VAL(lt_cv_prog_cc_pic, [ lt_cv_prog_cc_pic= lt_cv_prog_cc_shlib= lt_cv_prog_cc_wl= lt_cv_prog_cc_static= lt_cv_prog_cc_no_builtin= lt_cv_prog_cc_can_build_shared=$can_build_shared if test "$GCC" = yes; then lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-static' case $host_os in aix*) # Below there is a dirty hack to force normal static linking with -ldl # The problem is because libdl dynamically linked with both libc and # libC (AIX C++ library), which obviously doesn't included in libraries # list by gcc. This cause undefined symbols with -static flags. # This hack allows C programs to be linked with "-static -ldl", but # not sure about C++ programs. lt_cv_prog_cc_static="$lt_cv_prog_cc_static ${lt_cv_prog_cc_wl}-lC" ;; amigaos*) # FIXME: we need at least 68020 code to build shared libraries, but # adding the `-m68020' flag to GCC prevents building anything better, # like `-m68040'. lt_cv_prog_cc_pic='-m68020 -resident32 -malways-restore-a4' ;; beos* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*) # PIC is the default for these OSes. ;; darwin* | rhapsody*) # PIC is the default on this platform # Common symbols not allowed in MH_DYLIB files lt_cv_prog_cc_pic='-fno-common' ;; cygwin* | mingw* | pw32* | os2*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). lt_cv_prog_cc_pic='-DDLL_EXPORT' ;; sysv4*MP*) if test -d /usr/nec; then lt_cv_prog_cc_pic=-Kconform_pic fi ;; *) lt_cv_prog_cc_pic='-fPIC' ;; esac else # PORTME Check for PIC flags for the system compiler. case $host_os in aix3* | aix4* | aix5*) lt_cv_prog_cc_wl='-Wl,' # All AIX code is PIC. if test "$host_cpu" = ia64; then # AIX 5 now supports IA64 processor lt_cv_prog_cc_static='-Bstatic' else lt_cv_prog_cc_static='-bnso -bI:/lib/syscalls.exp' fi ;; hpux9* | hpux10* | hpux11*) # Is there a better lt_cv_prog_cc_static that works with the bundled CC? lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static="${lt_cv_prog_cc_wl}-a ${lt_cv_prog_cc_wl}archive" lt_cv_prog_cc_pic='+Z' ;; irix5* | irix6* | nonstopux*) lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-non_shared' # PIC (with -KPIC) is the default. ;; cygwin* | mingw* | pw32* | os2*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). lt_cv_prog_cc_pic='-DDLL_EXPORT' ;; newsos6) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' ;; osf3* | osf4* | osf5*) # All OSF/1 code is PIC. lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-non_shared' ;; sco3.2v5*) lt_cv_prog_cc_pic='-Kpic' lt_cv_prog_cc_static='-dn' lt_cv_prog_cc_shlib='-belf' ;; solaris*) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' lt_cv_prog_cc_wl='-Wl,' ;; sunos4*) lt_cv_prog_cc_pic='-PIC' lt_cv_prog_cc_static='-Bstatic' lt_cv_prog_cc_wl='-Qoption ld ' ;; sysv4 | sysv4.2uw2* | sysv4.3* | sysv5*) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' if test "x$host_vendor" = xsni; then lt_cv_prog_cc_wl='-LD' else lt_cv_prog_cc_wl='-Wl,' fi ;; uts4*) lt_cv_prog_cc_pic='-pic' lt_cv_prog_cc_static='-Bstatic' ;; sysv4*MP*) if test -d /usr/nec ;then lt_cv_prog_cc_pic='-Kconform_pic' lt_cv_prog_cc_static='-Bstatic' fi ;; *) lt_cv_prog_cc_can_build_shared=no ;; esac fi ]) if test -z "$lt_cv_prog_cc_pic"; then AC_MSG_RESULT([none]) else AC_MSG_RESULT([$lt_cv_prog_cc_pic]) # Check to make sure the pic_flag actually works. AC_MSG_CHECKING([if $compiler PIC flag $lt_cv_prog_cc_pic works]) AC_CACHE_VAL(lt_cv_prog_cc_pic_works, [dnl save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS $lt_cv_prog_cc_pic -DPIC" AC_TRY_COMPILE([], [], [dnl case $host_os in hpux9* | hpux10* | hpux11*) # On HP-UX, both CC and GCC only warn that PIC is supported... then # they create non-PIC objects. So, if there were any warnings, we # assume that PIC is not supported. if test -s conftest.err; then lt_cv_prog_cc_pic_works=no else lt_cv_prog_cc_pic_works=yes fi ;; *) lt_cv_prog_cc_pic_works=yes ;; esac ], [dnl lt_cv_prog_cc_pic_works=no ]) CFLAGS="$save_CFLAGS" ]) if test "X$lt_cv_prog_cc_pic_works" = Xno; then lt_cv_prog_cc_pic= lt_cv_prog_cc_can_build_shared=no else lt_cv_prog_cc_pic=" $lt_cv_prog_cc_pic" fi AC_MSG_RESULT([$lt_cv_prog_cc_pic_works]) fi ## ## END FIXME # Check for any special shared library compilation flags. if test -n "$lt_cv_prog_cc_shlib"; then AC_MSG_WARN([\`$CC' requires \`$lt_cv_prog_cc_shlib' to build shared libraries]) if echo "$old_CC $old_CFLAGS " | egrep -e "[[ ]]$lt_cv_prog_cc_shlib[[ ]]" >/dev/null; then : else AC_MSG_WARN([add \`$lt_cv_prog_cc_shlib' to the CC or CFLAGS env variable and reconfigure]) lt_cv_prog_cc_can_build_shared=no fi fi ## FIXME: this should be a separate macro ## AC_MSG_CHECKING([if $compiler static flag $lt_cv_prog_cc_static works]) AC_CACHE_VAL([lt_cv_prog_cc_static_works], [dnl lt_cv_prog_cc_static_works=no save_LDFLAGS="$LDFLAGS" LDFLAGS="$LDFLAGS $lt_cv_prog_cc_static" AC_TRY_LINK([], [], [lt_cv_prog_cc_static_works=yes]) LDFLAGS="$save_LDFLAGS" ]) # Belt *and* braces to stop my trousers falling down: test "X$lt_cv_prog_cc_static_works" = Xno && lt_cv_prog_cc_static= AC_MSG_RESULT([$lt_cv_prog_cc_static_works]) pic_flag="$lt_cv_prog_cc_pic" special_shlib_compile_flags="$lt_cv_prog_cc_shlib" wl="$lt_cv_prog_cc_wl" link_static_flag="$lt_cv_prog_cc_static" no_builtin_flag="$lt_cv_prog_cc_no_builtin" can_build_shared="$lt_cv_prog_cc_can_build_shared" ## ## END FIXME ## FIXME: this should be a separate macro ## # Check to see if options -o and -c are simultaneously supported by compiler AC_MSG_CHECKING([if $compiler supports -c -o file.$ac_objext]) AC_CACHE_VAL([lt_cv_compiler_c_o], [ $rm -r conftest 2>/dev/null mkdir conftest cd conftest echo "int some_variable = 0;" > conftest.$ac_ext mkdir out # According to Tom Tromey, Ian Lance Taylor reported there are C compilers # that will create temporary files in the current directory regardless of # the output directory. Thus, making CWD read-only will cause this test # to fail, enabling locking or at least warning the user not to do parallel # builds. chmod -w . save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -o out/conftest2.$ac_objext" compiler_c_o=no if { (eval echo configure:__oline__: \"$ac_compile\") 1>&5; (eval $ac_compile) 2>out/conftest.err; } && test -s out/conftest2.$ac_objext; then # The compiler can only warn and ignore the option if not recognized # So say no if there are warnings if test -s out/conftest.err; then lt_cv_compiler_c_o=no else lt_cv_compiler_c_o=yes fi else # Append any errors to the config.log. cat out/conftest.err 1>&AC_FD_CC lt_cv_compiler_c_o=no fi CFLAGS="$save_CFLAGS" chmod u+w . $rm conftest* out/* rmdir out cd .. rmdir conftest $rm -r conftest 2>/dev/null ]) compiler_c_o=$lt_cv_compiler_c_o AC_MSG_RESULT([$compiler_c_o]) if test x"$compiler_c_o" = x"yes"; then # Check to see if we can write to a .lo AC_MSG_CHECKING([if $compiler supports -c -o file.lo]) AC_CACHE_VAL([lt_cv_compiler_o_lo], [ lt_cv_compiler_o_lo=no save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -c -o conftest.lo" save_objext="$ac_objext" ac_objext=lo AC_TRY_COMPILE([], [int some_variable = 0;], [dnl # The compiler can only warn and ignore the option if not recognized # So say no if there are warnings if test -s conftest.err; then lt_cv_compiler_o_lo=no else lt_cv_compiler_o_lo=yes fi ]) ac_objext="$save_objext" CFLAGS="$save_CFLAGS" ]) compiler_o_lo=$lt_cv_compiler_o_lo AC_MSG_RESULT([$compiler_o_lo]) else compiler_o_lo=no fi ## ## END FIXME ## FIXME: this should be a separate macro ## # Check to see if we can do hard links to lock some files if needed hard_links="nottested" if test "$compiler_c_o" = no && test "$need_locks" != no; then # do not overwrite the value of need_locks provided by the user AC_MSG_CHECKING([if we can lock with hard links]) hard_links=yes $rm conftest* ln conftest.a conftest.b 2>/dev/null && hard_links=no touch conftest.a ln conftest.a conftest.b 2>&5 || hard_links=no ln conftest.a conftest.b 2>/dev/null && hard_links=no AC_MSG_RESULT([$hard_links]) if test "$hard_links" = no; then AC_MSG_WARN([\`$CC' does not support \`-c -o', so \`make -j' may be unsafe]) need_locks=warn fi else need_locks=no fi ## ## END FIXME ## FIXME: this should be a separate macro ## if test "$GCC" = yes; then # Check to see if options -fno-rtti -fno-exceptions are supported by compiler AC_MSG_CHECKING([if $compiler supports -fno-rtti -fno-exceptions]) echo "int some_variable = 0;" > conftest.$ac_ext save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -fno-rtti -fno-exceptions -c conftest.$ac_ext" compiler_rtti_exceptions=no AC_TRY_COMPILE([], [int some_variable = 0;], [dnl # The compiler can only warn and ignore the option if not recognized # So say no if there are warnings if test -s conftest.err; then compiler_rtti_exceptions=no else compiler_rtti_exceptions=yes fi ]) CFLAGS="$save_CFLAGS" AC_MSG_RESULT([$compiler_rtti_exceptions]) if test "$compiler_rtti_exceptions" = "yes"; then no_builtin_flag=' -fno-builtin -fno-rtti -fno-exceptions' else no_builtin_flag=' -fno-builtin' fi fi ## ## END FIXME ## FIXME: this should be a separate macro ## # See if the linker supports building shared libraries. AC_MSG_CHECKING([whether the linker ($LD) supports shared libraries]) allow_undefined_flag= no_undefined_flag= need_lib_prefix=unknown need_version=unknown # when you set need_version to no, make sure it does not cause -set_version # flags to be left without arguments archive_cmds= archive_expsym_cmds= old_archive_from_new_cmds= old_archive_from_expsyms_cmds= export_dynamic_flag_spec= whole_archive_flag_spec= thread_safe_flag_spec= hardcode_into_libs=no hardcode_libdir_flag_spec= hardcode_libdir_separator= hardcode_direct=no hardcode_minus_L=no hardcode_shlibpath_var=unsupported runpath_var= link_all_deplibs=unknown always_export_symbols=no export_symbols_cmds='$NM $libobjs $convenience | $global_symbol_pipe | sed '\''s/.* //'\'' | sort | uniq > $export_symbols' # include_expsyms should be a list of space-separated symbols to be *always* # included in the symbol list include_expsyms= # exclude_expsyms can be an egrep regular expression of symbols to exclude # it will be wrapped by ` (' and `)$', so one must not match beginning or # end of line. Example: `a|bc|.*d.*' will exclude the symbols `a' and `bc', # as well as any symbol that contains `d'. exclude_expsyms="_GLOBAL_OFFSET_TABLE_" # Although _GLOBAL_OFFSET_TABLE_ is a valid symbol C name, most a.out # platforms (ab)use it in PIC code, but their linkers get confused if # the symbol is explicitly referenced. Since portable code cannot # rely on this symbol name, it's probably fine to never include it in # preloaded symbol tables. extract_expsyms_cmds= case $host_os in cygwin* | mingw* | pw32*) # FIXME: the MSVC++ port hasn't been tested in a loooong time # When not using gcc, we currently assume that we are using # Microsoft Visual C++. if test "$GCC" != yes; then with_gnu_ld=no fi ;; openbsd*) with_gnu_ld=no ;; esac ld_shlibs=yes if test "$with_gnu_ld" = yes; then # If archive_cmds runs LD, not CC, wlarc should be empty wlarc='${wl}' # See if GNU ld supports shared libraries. case $host_os in aix3* | aix4* | aix5*) # On AIX, the GNU linker is very broken # Note:Check GNU linker on AIX 5-IA64 when/if it becomes available. ld_shlibs=no cat <&2 *** Warning: the GNU linker, at least up to release 2.9.1, is reported *** to be unable to reliably create shared libraries on AIX. *** Therefore, libtool is disabling shared libraries support. If you *** really care for shared libraries, you may want to modify your PATH *** so that a non-GNU linker is found, and then restart. EOF ;; amigaos*) archive_cmds='$rm $output_objdir/a2ixlibrary.data~$echo "#define NAME $libname" > $output_objdir/a2ixlibrary.data~$echo "#define LIBRARY_ID 1" >> $output_objdir/a2ixlibrary.data~$echo "#define VERSION $major" >> $output_objdir/a2ixlibrary.data~$echo "#define REVISION $revision" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)' hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes # Samuel A. Falvo II reports # that the semantics of dynamic libraries on AmigaOS, at least up # to version 4, is to share data among multiple programs linked # with the same dynamic library. Since this doesn't match the # behavior of shared libraries on other platforms, we can use # them. ld_shlibs=no ;; beos*) if $LD --help 2>&1 | egrep ': supported targets:.* elf' > /dev/null; then allow_undefined_flag=unsupported # Joseph Beckenbach says some releases of gcc # support --undefined. This deserves some investigation. 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Therefore, libtool *** is disabling shared libraries support. We urge you to upgrade GNU *** binutils to release 2.9.1 or newer. Another option is to modify *** your PATH or compiler configuration so that the native linker is *** used, and then restart. EOF elif $LD --help 2>&1 | egrep ': supported targets:.* elf' > /dev/null; then archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' archive_expsym_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib' else ld_shlibs=no fi ;; sunos4*) archive_cmds='$LD -assert pure-text -Bshareable -o $lib $libobjs $deplibs $linker_flags' wlarc= hardcode_direct=yes hardcode_shlibpath_var=no ;; *) if $LD --help 2>&1 | egrep ': supported targets:.* elf' > /dev/null; then archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' archive_expsym_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib' else ld_shlibs=no fi ;; esac if test "$ld_shlibs" = yes; then runpath_var=LD_RUN_PATH hardcode_libdir_flag_spec='${wl}--rpath ${wl}$libdir' export_dynamic_flag_spec='${wl}--export-dynamic' case $host_os in cygwin* | mingw* | pw32*) # dlltool doesn't understand --whole-archive et. al. whole_archive_flag_spec= ;; *) # ancient GNU ld didn't support --whole-archive et. al. if $LD --help 2>&1 | egrep 'no-whole-archive' > /dev/null; then whole_archive_flag_spec="$wlarc"'--whole-archive$convenience '"$wlarc"'--no-whole-archive' else whole_archive_flag_spec= fi ;; esac fi else # PORTME fill in a description of your system's linker (not GNU ld) case $host_os in aix3*) allow_undefined_flag=unsupported always_export_symbols=yes archive_expsym_cmds='$LD -o $output_objdir/$soname $libobjs $deplibs $linker_flags -bE:$export_symbols -T512 -H512 -bM:SRE~$AR $AR_FLAGS $lib $output_objdir/$soname' # Note: this linker hardcodes the directories in LIBPATH if there # are no directories specified by -L. hardcode_minus_L=yes if test "$GCC" = yes && test -z "$link_static_flag"; then # Neither direct hardcoding nor static linking is supported with a # broken collect2. hardcode_direct=unsupported fi ;; aix4* | aix5*) if test "$host_cpu" = ia64; then # On IA64, the linker does run time linking by default, so we don't # have to do anything special. aix_use_runtimelinking=no exp_sym_flag='-Bexport' no_entry_flag="" else aix_use_runtimelinking=no # Test if we are trying to use run time linking or normal # AIX style linking. 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In the cases where that is not # enough to fix the problem, add -Wl,-bbigtoc to LDFLAGS. hardcode_direct=yes archive_cmds='' hardcode_libdir_separator=':' if test "$GCC" = yes; then case $host_os in aix4.[[012]]|aix4.[[012]].*) collect2name=`${CC} -print-prog-name=collect2` if test -f "$collect2name" && \ strings "$collect2name" | grep resolve_lib_name >/dev/null then # We have reworked collect2 hardcode_direct=yes else # We have old collect2 hardcode_direct=unsupported # It fails to find uninstalled libraries when the uninstalled # path is not listed in the libpath. Setting hardcode_minus_L # to unsupported forces relinking hardcode_minus_L=yes hardcode_libdir_flag_spec='-L$libdir' hardcode_libdir_separator= fi esac shared_flag='-shared' else # not using gcc if test "$host_cpu" = ia64; then shared_flag='${wl}-G' else if test "$aix_use_runtimelinking" = yes; then shared_flag='${wl}-G' else shared_flag='${wl}-bM:SRE' fi fi fi # It seems that -bexpall can do strange things, so it is better to # generate a list of symbols to export. always_export_symbols=yes if test "$aix_use_runtimelinking" = yes; then # Warning - without using the other runtime loading flags (-brtl), # -berok will link without error, but may produce a broken library. allow_undefined_flag='-berok' hardcode_libdir_flag_spec='${wl}-blibpath:$libdir:/usr/lib:/lib' archive_expsym_cmds="\$CC"' -o $output_objdir/$soname $libobjs $deplibs $compiler_flags `if test "x${allow_undefined_flag}" != "x"; then echo "${wl}${allow_undefined_flag}"; else :; fi` '"\${wl}$no_entry_flag \${wl}$exp_sym_flag:\$export_symbols $shared_flag" else if test "$host_cpu" = ia64; then hardcode_libdir_flag_spec='${wl}-R $libdir:/usr/lib:/lib' allow_undefined_flag="-z nodefs" archive_expsym_cmds="\$CC $shared_flag"' -o $output_objdir/$soname ${wl}-h$soname $libobjs $deplibs $compiler_flags ${wl}${allow_undefined_flag} '"\${wl}$no_entry_flag \${wl}$exp_sym_flag:\$export_symbols" else hardcode_libdir_flag_spec='${wl}-bnolibpath ${wl}-blibpath:$libdir:/usr/lib:/lib' # Warning - without using the other run time loading flags, # -berok will link without error, but may produce a broken library. allow_undefined_flag='${wl}-berok' # This is a bit strange, but is similar to how AIX traditionally builds # it's shared libraries. archive_expsym_cmds="\$CC $shared_flag"' -o $output_objdir/$soname $libobjs $deplibs $compiler_flags ${allow_undefined_flag} '"\${wl}$no_entry_flag \${wl}$exp_sym_flag:\$export_symbols"' ~$AR -crlo $objdir/$libname$release.a $objdir/$soname' fi fi ;; amigaos*) archive_cmds='$rm $output_objdir/a2ixlibrary.data~$echo "#define NAME $libname" > $output_objdir/a2ixlibrary.data~$echo "#define LIBRARY_ID 1" >> $output_objdir/a2ixlibrary.data~$echo "#define VERSION $major" >> $output_objdir/a2ixlibrary.data~$echo "#define REVISION $revision" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)' hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes # see comment about different semantics on the GNU ld section ld_shlibs=no ;; cygwin* | mingw* | pw32*) # When not using gcc, we currently assume that we are using # Microsoft Visual C++. # hardcode_libdir_flag_spec is actually meaningless, as there is # no search path for DLLs. hardcode_libdir_flag_spec=' ' allow_undefined_flag=unsupported # Tell ltmain to make .lib files, not .a files. libext=lib # FIXME: Setting linknames here is a bad hack. archive_cmds='$CC -o $lib $libobjs $compiler_flags `echo "$deplibs" | sed -e '\''s/ -lc$//'\''` -link -dll~linknames=' # The linker will automatically build a .lib file if we build a DLL. old_archive_from_new_cmds='true' # FIXME: Should let the user specify the lib program. old_archive_cmds='lib /OUT:$oldlib$oldobjs$old_deplibs' fix_srcfile_path='`cygpath -w "$srcfile"`' ;; darwin* | rhapsody*) case "$host_os" in rhapsody* | darwin1.[[012]]) allow_undefined_flag='-undefined suppress' ;; *) # Darwin 1.3 on allow_undefined_flag='-flat_namespace -undefined suppress' ;; esac # FIXME: Relying on posixy $() will cause problems for # cross-compilation, but unfortunately the echo tests do not # yet detect zsh echo's removal of \ escapes. 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*) archive_cmds='$LD -b +h $soname +b $install_libdir -o $lib $libobjs $deplibs $linker_flags' ;; esac hardcode_libdir_flag_spec='${wl}+b ${wl}$libdir' hardcode_libdir_separator=: hardcode_direct=yes hardcode_minus_L=yes # Not in the search PATH, but as the default # location of the library. export_dynamic_flag_spec='${wl}-E' ;; irix5* | irix6* | nonstopux*) if test "$GCC" = yes; then archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n "$verstring" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' else archive_cmds='$LD -shared $libobjs $deplibs $linker_flags -soname $soname `test -n "$verstring" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib' fi hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' hardcode_libdir_separator=: link_all_deplibs=yes ;; netbsd*) if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then archive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags' # a.out else archive_cmds='$LD -shared -o $lib $libobjs $deplibs $linker_flags' # ELF fi hardcode_libdir_flag_spec='-R$libdir' hardcode_direct=yes hardcode_shlibpath_var=no ;; newsos6) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=yes hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' hardcode_libdir_separator=: hardcode_shlibpath_var=no ;; openbsd*) hardcode_direct=yes hardcode_shlibpath_var=no if test -z "`echo __ELF__ | $CC -E - | grep __ELF__`" || test "$host_os-$host_cpu" = "openbsd2.8-powerpc"; then archive_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='${wl}-rpath,$libdir' export_dynamic_flag_spec='${wl}-E' else case "$host_os" in openbsd[[01]].* | openbsd2.[[0-7]] | openbsd2.[[0-7]].*) archive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='-R$libdir' ;; *) archive_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='${wl}-rpath,$libdir' ;; esac fi ;; os2*) hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes allow_undefined_flag=unsupported archive_cmds='$echo "LIBRARY $libname INITINSTANCE" > $output_objdir/$libname.def~$echo "DESCRIPTION \"$libname\"" >> $output_objdir/$libname.def~$echo DATA >> $output_objdir/$libname.def~$echo " SINGLE NONSHARED" >> $output_objdir/$libname.def~$echo EXPORTS >> $output_objdir/$libname.def~emxexp $libobjs >> $output_objdir/$libname.def~$CC -Zdll -Zcrtdll -o $lib $libobjs $deplibs $compiler_flags $output_objdir/$libname.def' old_archive_from_new_cmds='emximp -o $output_objdir/$libname.a $output_objdir/$libname.def' ;; osf3*) if test "$GCC" = yes; then allow_undefined_flag=' ${wl}-expect_unresolved ${wl}\*' archive_cmds='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n "$verstring" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' else allow_undefined_flag=' -expect_unresolved \*' archive_cmds='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -soname $soname `test -n "$verstring" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib' fi hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' hardcode_libdir_separator=: ;; osf4* | osf5*) # as osf3* with the addition of -msym flag if test "$GCC" = yes; then allow_undefined_flag=' ${wl}-expect_unresolved ${wl}\*' archive_cmds='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-msym ${wl}-soname ${wl}$soname `test -n "$verstring" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' else allow_undefined_flag=' -expect_unresolved \*' archive_cmds='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -msym -soname $soname `test -n "$verstring" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib' archive_expsym_cmds='for i in `cat $export_symbols`; do printf "-exported_symbol " >> $lib.exp; echo "\$i" >> $lib.exp; done; echo "-hidden">> $lib.exp~ $LD -shared${allow_undefined_flag} -input $lib.exp $linker_flags $libobjs $deplibs -soname $soname `test -n "$verstring" && echo -set_version $verstring` -update_registry ${objdir}/so_locations -o $lib~$rm $lib.exp' #Both c and cxx compiler support -rpath directly hardcode_libdir_flag_spec='-rpath $libdir' fi hardcode_libdir_separator=: ;; sco3.2v5*) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_shlibpath_var=no runpath_var=LD_RUN_PATH hardcode_runpath_var=yes export_dynamic_flag_spec='${wl}-Bexport' ;; solaris*) # gcc --version < 3.0 without binutils cannot create self contained # shared libraries reliably, requiring libgcc.a to resolve some of # the object symbols generated in some cases. Libraries that use # assert need libgcc.a to resolve __eprintf, for example. Linking # a copy of libgcc.a into every shared library to guarantee resolving # such symbols causes other problems: According to Tim Van Holder # , C++ libraries end up with a separate # (to the application) exception stack for one thing. no_undefined_flag=' -z defs' if test "$GCC" = yes; then case `$CC --version 2>/dev/null` in [[12]].*) cat <&2 *** Warning: Releases of GCC earlier than version 3.0 cannot reliably *** create self contained shared libraries on Solaris systems, without *** introducing a dependency on libgcc.a. Therefore, libtool is disabling *** -no-undefined support, which will at least allow you to build shared *** libraries. However, you may find that when you link such libraries *** into an application without using GCC, you have to manually add *** \`gcc --print-libgcc-file-name\` to the link command. We urge you to *** upgrade to a newer version of GCC. Another option is to rebuild your *** current GCC to use the GNU linker from GNU binutils 2.9.1 or newer. EOF no_undefined_flag= ;; esac fi # $CC -shared without GNU ld will not create a library from C++ # object files and a static libstdc++, better avoid it by now archive_cmds='$LD -G${allow_undefined_flag} -h $soname -o $lib $libobjs $deplibs $linker_flags' archive_expsym_cmds='$echo "{ global:" > $lib.exp~cat $export_symbols | sed -e "s/\(.*\)/\1;/" >> $lib.exp~$echo "local: *; };" >> $lib.exp~ $LD -G${allow_undefined_flag} -M $lib.exp -h $soname -o $lib $libobjs $deplibs $linker_flags~$rm $lib.exp' hardcode_libdir_flag_spec='-R$libdir' hardcode_shlibpath_var=no case $host_os in solaris2.[[0-5]] | solaris2.[[0-5]].*) ;; *) # Supported since Solaris 2.6 (maybe 2.5.1?) whole_archive_flag_spec='-z allextract$convenience -z defaultextract' ;; esac link_all_deplibs=yes ;; sunos4*) if test "x$host_vendor" = xsequent; then # Use $CC to link under sequent, because it throws in some extra .o # files that make .init and .fini sections work. archive_cmds='$CC -G ${wl}-h $soname -o $lib $libobjs $deplibs $compiler_flags' else archive_cmds='$LD -assert pure-text -Bstatic -o $lib $libobjs $deplibs $linker_flags' fi hardcode_libdir_flag_spec='-L$libdir' hardcode_direct=yes hardcode_minus_L=yes hardcode_shlibpath_var=no ;; sysv4) if test "x$host_vendor" = xsno; then archive_cmds='$LD -G -Bsymbolic -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=yes # is this really true??? else archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=no #Motorola manual says yes, but my tests say they lie fi runpath_var='LD_RUN_PATH' hardcode_shlibpath_var=no ;; sysv4.3*) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_shlibpath_var=no export_dynamic_flag_spec='-Bexport' ;; sysv5*) no_undefined_flag=' -z text' # $CC -shared without GNU ld will not create a library from C++ # object files and a static libstdc++, better avoid it by now archive_cmds='$LD -G${allow_undefined_flag} -h $soname -o $lib $libobjs $deplibs $linker_flags' archive_expsym_cmds='$echo "{ global:" > $lib.exp~cat $export_symbols | sed -e "s/\(.*\)/\1;/" >> $lib.exp~$echo "local: *; };" >> $lib.exp~ $LD -G${allow_undefined_flag} -M $lib.exp -h $soname -o $lib $libobjs $deplibs $linker_flags~$rm $lib.exp' hardcode_libdir_flag_spec= hardcode_shlibpath_var=no runpath_var='LD_RUN_PATH' ;; uts4*) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='-L$libdir' hardcode_shlibpath_var=no ;; dgux*) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='-L$libdir' hardcode_shlibpath_var=no ;; sysv4*MP*) if test -d /usr/nec; then archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_shlibpath_var=no runpath_var=LD_RUN_PATH hardcode_runpath_var=yes ld_shlibs=yes fi ;; sysv4.2uw2*) archive_cmds='$LD -G -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=yes hardcode_minus_L=no hardcode_shlibpath_var=no hardcode_runpath_var=yes runpath_var=LD_RUN_PATH ;; sysv5uw7* | unixware7*) no_undefined_flag='${wl}-z ${wl}text' if test "$GCC" = yes; then archive_cmds='$CC -shared ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags' else archive_cmds='$CC -G ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags' fi runpath_var='LD_RUN_PATH' hardcode_shlibpath_var=no ;; *) ld_shlibs=no ;; esac fi AC_MSG_RESULT([$ld_shlibs]) test "$ld_shlibs" = no && can_build_shared=no ## ## END FIXME ## FIXME: this should be a separate macro ## # Check hardcoding attributes. 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See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # */ # # #include /* for printf() */ # #include /* for open(), lseek(), read() */ # #include /* for O_RDONLY, O_BINARY */ # #include /* for strdup() */ # # /* O_BINARY isn't required (or even defined sometimes) under Unix */ # #ifndef O_BINARY # #define O_BINARY 0 # #endif # # static unsigned int # pe_get16 (fd, offset) # int fd; # int offset; # { # unsigned char b[2]; # lseek (fd, offset, SEEK_SET); # read (fd, b, 2); # return b[0] + (b[1]<<8); # } # # static unsigned int # pe_get32 (fd, offset) # int fd; # int offset; # { # unsigned char b[4]; # lseek (fd, offset, SEEK_SET); # read (fd, b, 4); # return b[0] + (b[1]<<8) + (b[2]<<16) + (b[3]<<24); # } # # static unsigned int # pe_as32 (ptr) # void *ptr; # { # unsigned char *b = ptr; # return b[0] + (b[1]<<8) + (b[2]<<16) + (b[3]<<24); # } # # int # main (argc, argv) # int argc; # char *argv[]; # { # int dll; # unsigned long pe_header_offset, opthdr_ofs, num_entries, i; # unsigned long export_rva, export_size, nsections, secptr, expptr; # unsigned long name_rvas, nexp; # unsigned char *expdata, *erva; # char *filename, *dll_name; # # filename = argv[1]; # # dll = open(filename, O_RDONLY|O_BINARY); # if (dll < 1) # return 1; # # dll_name = filename; # # for (i=0; filename[i]; i++) # if (filename[i] == '/' || filename[i] == '\\' || filename[i] == ':') # dll_name = filename + i +1; # # pe_header_offset = pe_get32 (dll, 0x3c); # opthdr_ofs = pe_header_offset + 4 + 20; # num_entries = pe_get32 (dll, opthdr_ofs + 92); # # if (num_entries < 1) /* no exports */ # return 1; # # export_rva = pe_get32 (dll, opthdr_ofs + 96); # export_size = pe_get32 (dll, opthdr_ofs + 100); # nsections = pe_get16 (dll, pe_header_offset + 4 +2); # secptr = (pe_header_offset + 4 + 20 + # pe_get16 (dll, pe_header_offset + 4 + 16)); # # expptr = 0; # for (i = 0; i < nsections; i++) # { # char sname[8]; # unsigned long secptr1 = secptr + 40 * i; # unsigned long vaddr = pe_get32 (dll, secptr1 + 12); # unsigned long vsize = pe_get32 (dll, secptr1 + 16); # unsigned long fptr = pe_get32 (dll, secptr1 + 20); # lseek(dll, secptr1, SEEK_SET); # read(dll, sname, 8); # if (vaddr <= export_rva && vaddr+vsize > export_rva) # { # expptr = fptr + (export_rva - vaddr); # if (export_rva + export_size > vaddr + vsize) # export_size = vsize - (export_rva - vaddr); # break; # } # } # # expdata = (unsigned char*)malloc(export_size); # lseek (dll, expptr, SEEK_SET); # read (dll, expdata, export_size); # erva = expdata - export_rva; # # nexp = pe_as32 (expdata+24); # name_rvas = pe_as32 (expdata+32); # # printf ("EXPORTS\n"); # for (i = 0; i> "${ofile}T" || (rm -f "${ofile}T"; exit 1) mv -f "${ofile}T" "$ofile" || \ (rm -f "$ofile" && cp "${ofile}T" "$ofile" && rm -f "${ofile}T") chmod +x "$ofile" fi ## ## END FIXME ])# _LT_AC_LTCONFIG_HACK # AC_LIBTOOL_DLOPEN - enable checks for dlopen support AC_DEFUN([AC_LIBTOOL_DLOPEN], [AC_BEFORE([$0],[AC_LIBTOOL_SETUP])]) # AC_LIBTOOL_WIN32_DLL - declare package support for building win32 dll's AC_DEFUN([AC_LIBTOOL_WIN32_DLL], [AC_BEFORE([$0], [AC_LIBTOOL_SETUP])]) # AC_ENABLE_SHARED - implement the --enable-shared flag # Usage: AC_ENABLE_SHARED[(DEFAULT)] # Where DEFAULT is either `yes' or `no'. 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INCLTDL="$LTDLINCL" ]) # old names AC_DEFUN([AM_PROG_LIBTOOL], [AC_PROG_LIBTOOL]) AC_DEFUN([AM_ENABLE_SHARED], [AC_ENABLE_SHARED($@)]) AC_DEFUN([AM_ENABLE_STATIC], [AC_ENABLE_STATIC($@)]) AC_DEFUN([AM_DISABLE_SHARED], [AC_DISABLE_SHARED($@)]) AC_DEFUN([AM_DISABLE_STATIC], [AC_DISABLE_STATIC($@)]) AC_DEFUN([AM_PROG_LD], [AC_PROG_LD]) AC_DEFUN([AM_PROG_NM], [AC_PROG_NM]) # This is just to silence aclocal about the macro not being used ifelse([AC_DISABLE_FAST_INSTALL]) sdcc-2.9.0/sim/ucsim/app.cc000066400000000000000000000530311116427777700154620ustar00rootroot00000000000000/* * Simulator of microcontrollers (app.cc) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #ifdef HAVE_UNISTD_H # include #endif #ifdef HAVE_GETOPT_H # include #endif #ifdef SOCKET_AVAIL # include HEADER_SOCKET #endif #include #include #include "i_string.h" // prj #include "utils.h" #include "appcl.h" #include "optioncl.h" #include "globals.h" // sim.src #include "simcl.h" // cmd.src #include "cmdsetcl.h" #include "cmdutil.h" #include "cmdconfcl.h" #include "showcl.h" #include "getcl.h" #include "setcl.h" #ifdef _WIN32 #include "newcmdwin32cl.h" #else #include "newcmdposixcl.h" #endif /* * Program options */ /*cl_option::cl_option(int atype, char sn, char *ln) { type= atype; short_name= sn; if (!ln) long_name= NULL; else long_name= strdup(ln); values= new cl_ustrings(1, 1); } cl_option::~cl_option(void) { if (long_name) free(long_name); delete values; } int cl_option::add_value(char *value) { values->add(value); return(values->count - 1); } char * cl_option::get_value(int index) { if (index > values->count - 1) return(0); return((char*)(values->at(index))); }*/ /* List of options */ /*cl_options::cl_options(void): cl_list(2, 2) { }*/ /* * Application **************************************************************************** */ cl_app::cl_app(void) { sim= 0; in_files= new cl_ustrings(2, 2, "input files"); options= new cl_options(); going= 1; } cl_app::~cl_app(void) { remove_simulator(); delete commander; delete in_files; delete options; } int cl_app::init(int argc, char *argv[]) { cl_base::init(); set_name("application"); mk_options(); proc_arguments(argc, argv); class cl_cmdset *cmdset= new cl_cmdset(); cmdset->init(); build_cmdset(cmdset); commander= new cl_commander(this, cmdset/*, sim*/); commander->init(); return(0); } /* Main cycle */ int cl_app::run(void) { int done= 0; while (!done && going) { if (sim) { if (sim->state & SIM_GO) { if (commander->input_avail()) done= commander->proc_input(); else sim->step(); } else { commander->wait_input(); done= commander->proc_input(); } } else { commander->wait_input(); done= commander->proc_input(); } } return(0); } void cl_app::done(void) { } /* * Interpretation of parameters */ static void print_help(const char *name) { printf("%s: %s\n", name, VERSIONSTR); printf("Usage: %s [-hHVvP] [-p prompt] [-t CPU] [-X freq[k|M]]\n" " [-c file] [-s file] [-S optionlist]" #ifdef SOCKET_AVAIL " [-Z portnum] [-k portnum]" #endif "\n" " [files...]\n", name); printf ( "Options:\n" " -t CPU Type of CPU: 51, C52, 251, etc.\n" " -X freq[k|M] XTAL frequency\n" " -c file Open command console on `file'\n" #ifdef SOCKET_AVAIL " -Z portnum Use localhost:portnumber for command console\n" " -k portnum Use localhost:portnum for serial I/O\n" #endif " -s file Connect serial interface to `file'\n" " -S options `options' is a comma separated list of options according to\n" " serial interface. Know options are:\n" " in=file serial input will be read from file named `file'\n" " out=file serial output will be written to `file'\n" " -p prompt Specify string for prompt\n" " -P Prompt is a null ('\\0') character\n" " -V Verbose mode\n" " -v Print out version number\n" " -H Print out types of known CPUs\n" " -h Print out this help\n" ); } enum { SOPT_IN= 0, SOPT_OUT }; static const char *S_opts[]= { /*[SOPT_IN]=*/ "in", /*[SOPT_OUT]=*/ "out", NULL }; int cl_app::proc_arguments(int argc, char *argv[]) { int i, c; char opts[100], *cp, *subopts, *value; char *cpu_type= NULL; bool s_done= DD_FALSE, k_done= DD_FALSE; bool S_i_done= DD_FALSE, S_o_done= DD_FALSE; strcpy(opts, "c:C:p:PX:vVt:s:S:hHk:"); #ifdef SOCKET_AVAIL strcat(opts, "Z:r:"); #endif while((c= getopt(argc, argv, opts)) != -1) switch (c) { case 'c': if (!options->set_value("console_on", this, optarg)) fprintf(stderr, "Warning: No \"console_on\" option found " "to set by -c\n"); break; case 'C': if (!options->set_value("config_file", this, optarg)) fprintf(stderr, "Warning: No \"config_file\" option found to set " "parameter of -C as config file\n"); break; #ifdef SOCKET_AVAIL case 'Z': case 'r': { // By Sandeep // Modified by DD class cl_option *o; options->new_option(o= new cl_number_option(this, "port_number", "Listen on port (-Z)")); o->init(); o->hide(); if (!options->set_value("port_number", this, strtol(optarg, NULL, 0))) fprintf(stderr, "Warning: No \"port_number\" option found" " to set parameter of -Z as pot number to listen on\n"); break; } #endif case 'p': { if (!options->set_value("prompt", this, optarg)) fprintf(stderr, "Warning: No \"prompt\" option found to set " "parameter of -p as default prompt\n"); break; } case 'P': if (!options->set_value("null_prompt", this, bool(DD_TRUE))) fprintf(stderr, "Warning: No \"null_prompt\" option found\n"); break; case 'X': { double XTAL; for (cp= optarg; *cp; *cp= toupper(*cp), cp++); XTAL= strtod(optarg, &cp); if (*cp == 'K') XTAL*= 1e3; if (*cp == 'M') XTAL*= 1e6; if (XTAL == 0) { fprintf(stderr, "Xtal frequency must be greather than 0\n"); exit(1); } if (!options->set_value("xtal", this, XTAL)) fprintf(stderr, "Warning: No \"xtal\" option found to set " "parameter of -X as XTAL frequency\n"); break; } case 'v': printf("%s: %s\n", argv[0], VERSIONSTR); exit(0); break; case 'V': if (!options->set_value("debug", this, (bool)DD_TRUE)) fprintf(stderr, "Warning: No \"debug\" option found to set " "by -V parameter\n"); break; case 't': { if (cpu_type) free(cpu_type); cpu_type= case_string(case_upper, optarg); if (!options->set_value("cpu_type", this, /*optarg*/cpu_type)) fprintf(stderr, "Warning: No \"cpu_type\" option found to set " "parameter of -t as type of controller\n"); break; } case 's': { #ifdef _WIN32 /* TODO: this code should be probably used for all platforms? */ FILE *Ser; if (s_done) { fprintf(stderr, "-s option can not be used more than once.\n"); break; } s_done= DD_TRUE; if ((Ser= fopen(optarg, "r+")) == NULL) { fprintf(stderr, "Can't open `%s': %s\n", optarg, strerror(errno)); return(4); } if (!options->set_value("serial_in_file", this, Ser)) fprintf(stderr, "Warning: No \"serial_in_file\" option found to set " "parameter of -s as serial input file\n"); if (!options->set_value("serial_out_file", this, Ser)) fprintf(stderr, "Warning: No \"serial_out_file\" option found " "to set parameter of -s as serial output file\n"); #else FILE *Ser_in, *Ser_out; if (s_done) { fprintf(stderr, "-s option can not be used more than once.\n"); break; } s_done= DD_TRUE; if ((Ser_in= fopen(optarg, "r")) == NULL) { fprintf(stderr, "Can't open `%s': %s\n", optarg, strerror(errno)); return(4); } if (!options->set_value("serial_in_file", this, Ser_in)) fprintf(stderr, "Warning: No \"serial_in_file\" option found to set " "parameter of -s as serial input file\n"); if ((Ser_out= fopen(optarg, "w")) == NULL) { fprintf(stderr, "Can't open `%s': %s\n", optarg, strerror(errno)); return(4); } if (!options->set_value("serial_out_file", this, Ser_out)) fprintf(stderr, "Warning: No \"serial_out_file\" option found " "to set parameter of -s as serial output file\n"); #endif break; } #ifdef SOCKET_AVAIL // socket serial I/O by Alexandre Frey case 'k': { FILE *Ser_in, *Ser_out; UCSOCKET_T sock; unsigned short serverport; UCSOCKET_T client_sock; if (k_done) { fprintf(stderr, "Serial input specified more than once.\n"); } k_done= DD_TRUE; serverport = atoi(optarg); sock = make_server_socket(serverport); #ifdef _WIN32 if (SOCKET_ERROR == listen((SOCKET)sock, 1)) { fprintf(stderr, "Listen on port %d: %d\n", serverport, WSAGetLastError()); return (4); } fprintf(stderr, "Listening on port %d for a serial connection.\n", serverport); if (INVALID_SOCKET == (client_sock = accept(sock, NULL, NULL))) { fprintf(stderr, "accept: %d\n", WSAGetLastError()); return (4); } fprintf(stderr, "Serial connection established.\n"); int fh = _open_osfhandle((intptr_t)client_sock, 0); if (-1 == fh) { perror("_open_osfhandle"); return (4); } if (NULL == (Ser_in = fdopen(fh, "r"))) { fprintf(stderr, "Can't create input stream: %s\n", strerror(errno)); return (4); } fh = _open_osfhandle((intptr_t)client_sock, 0); if (-1 == fh) { perror("_open_osfhandle"); } if (NULL == (Ser_out = fdopen(fh, "w"))) { fprintf(stderr, "Can't create output stream: %s\n", strerror(errno)); return (4); } #else if (listen(sock, 1) < 0) { fprintf(stderr, "Listen on port %d: %s\n", serverport, strerror(errno)); return (4); } fprintf(stderr, "Listening on port %d for a serial connection.\n", serverport); if ((client_sock= accept(sock, NULL, NULL)) < 0) { fprintf(stderr, "accept: %s\n", strerror(errno)); } fprintf(stderr, "Serial connection established.\n"); if ((Ser_in= fdopen(client_sock, "r")) == NULL) { fprintf(stderr, "Can't create input stream: %s\n", strerror(errno)); return (4); } if ((Ser_out= fdopen(client_sock, "w")) == NULL) { fprintf(stderr, "Can't create output stream: %s\n", strerror(errno)); return (4); } #endif if (!options->set_value("serial_in_file", this, (void*)Ser_in)) fprintf(stderr, "Warning: No \"serial_in_file\" option found to " "set parameter of -s as serial input file\n"); if (!options->set_value("serial_out_file", this, Ser_out)) fprintf(stderr, "Warning: No \"serial_out_file\" option found " "to set parameter of -s as serial output file\n"); break; } #endif case 'S': subopts= optarg; while (*subopts != '\0') switch (get_sub_opt(&subopts, S_opts, &value)) { FILE *Ser_in, *Ser_out; case SOPT_IN: if (value == NULL) { fprintf(stderr, "No value for -S in\n"); exit(1); } if (S_i_done) { fprintf(stderr, "Serial input specified more than once.\n"); break; } S_i_done= DD_TRUE; if ((Ser_in= fopen(value, "r")) == NULL) { fprintf(stderr, "Can't open `%s': %s\n", value, strerror(errno)); exit(4); } if (!options->set_value("serial_in_file", this, (void*)Ser_in)) fprintf(stderr, "Warning: No \"serial_in_file\" option found " "to set parameter of -s as serial input file\n"); break; case SOPT_OUT: if (value == NULL) { fprintf(stderr, "No value for -S out\n"); exit(1); } if (S_o_done) { fprintf(stderr, "Serial output specified more than once.\n"); break; } if ((Ser_out= fopen(value, "w")) == NULL) { fprintf(stderr, "Can't open `%s': %s\n", value, strerror(errno)); exit(4); } if (!options->set_value("serial_out_file", this, Ser_out)) fprintf(stderr, "Warning: No \"serial_out_file\" option found " "to set parameter of -s as serial output file\n"); break; default: /* Unknown suboption. */ fprintf(stderr, "Unknown suboption `%s' for -S\n", value); exit(1); break; } break; case 'h': print_help("s51"); exit(0); break; case 'H': { if (!cpus) { fprintf(stderr, "CPU type is not selectable\n"); exit(0); } i= 0; while (cpus[i].type_str != NULL) { printf("%s\n", cpus[i].type_str); i++; } exit(0); break; } case '?': if (isprint(optopt)) fprintf(stderr, "Unknown option `-%c'.\n", optopt); else fprintf(stderr, "Unknown option character `\\x%x'.\n", optopt); return(1); break; default: exit(c); } for (i= optind; i < argc; i++) in_files->add(argv[i]); return(0); } class cl_uc * cl_app::get_uc(void) { if (!sim) return(0); return(sim->get_uc()); } /* Command handling */ class cl_cmd * cl_app::get_cmd(class cl_cmdline *cmdline) { return(0); } /* * Messages to broadcast */ /* void cl_app::mem_cell_changed(class cl_m *mem, t_addr addr) { if (sim) sim->mem_cell_changed(mem, addr); } */ /* Adding and removing components */ void cl_app::set_simulator(class cl_sim *simulator) { if (sim) remove_simulator(); sim= simulator; } void cl_app::remove_simulator(void) { if (!sim) return; delete sim; sim= 0; } void cl_app::build_cmdset(class cl_cmdset *cmdset) { class cl_cmd *cmd; class cl_super_cmd *super_cmd; class cl_cmdset *cset; { cset= new cl_cmdset(); cset->init(); cset->add(cmd= new cl_conf_cmd("_no_parameters_", 0, "conf Configuration", "long help of conf")); cmd->init(); cset->add(cmd= new cl_conf_objects_cmd("objects", 0, "conf objects Show object tree", "long help of conf objects")); cmd->init(); } cmdset->add(cmd= new cl_super_cmd("conf", 0, "conf subcommand Information, see `conf' command for more help", "long help of conf", cset)); cmd->init(); cmd= new cl_help_cmd("help", 0, "help [command] Help about command(s)", "long help of help"); cmdset->add(cmd); cmd->init(); cmd->add_name("?"); cmdset->add(cmd= new cl_quit_cmd("quit", 0, "quit Quit", "long help of quit")); cmd->init(); cmdset->add(cmd= new cl_kill_cmd("kill", 0, "kill Shutdown simulator", "long help of kill")); cmd->init(); cmdset->add(cmd= new cl_exec_cmd("exec", 0, "exec file Execute commands from file", "long help of exec")); cmd->init(); cmdset->add(cmd= new cl_expression_cmd("expression", 0, "expression expr Evaluate the expression", "long help of expression ")); cmd->init(); cmd->add_name("let"); { super_cmd= (class cl_super_cmd *)(cmdset->get_cmd("show")); if (super_cmd) cset= super_cmd->commands; else { cset= new cl_cmdset(); cset->init(); } cset->add(cmd= new cl_show_copying_cmd("copying", 0, "show copying Conditions for redistributing copies of uCsim", "long help of show copying")); cmd->init(); cset->add(cmd= new cl_show_warranty_cmd("warranty", 0, "show warranty Various kinds of warranty you do not have", "long help of show warranty")); cmd->init(); cset->add(cmd= new cl_show_option_cmd("option", 0, "show option [name] Show internal data of options", "long help of show option")); cmd->init(); cset->add(cmd= new cl_show_error_cmd("error", 0, "show error Show class of errors", "long help of show error")); cmd->init(); } if (!super_cmd) { cmdset->add(cmd= new cl_super_cmd("show", 0, "show subcommand Generic command for showing things about the uCsim", "long help of show", cset)); cmd->init(); } { super_cmd= (class cl_super_cmd *)(cmdset->get_cmd("get")); if (super_cmd) cset= super_cmd->commands; else { cset= new cl_cmdset(); cset->init(); } cset->add(cmd= new cl_get_option_cmd("option", 0, "get option [name] Get value of an option", "long help of get option")); cmd->init(); } if (!super_cmd) { cmdset->add(cmd= new cl_super_cmd("get", 0, "get subcommand Get, see `get' command for more help", "long help of get", cset)); cmd->init(); } { super_cmd= (class cl_super_cmd *)(cmdset->get_cmd("set")); if (super_cmd) cset= super_cmd->commands; else { cset= new cl_cmdset(); cset->init(); } cset->add(cmd= new cl_set_option_cmd("option", 0, "set option name|nr value\n" " Set value of an option", "long help of set option")); cmd->init(); cset->add(cmd= new cl_set_error_cmd("error", 0, "set error error_name on|off|unset\n" " Set value of an error", "long help of set error")); cmd->init(); } if (!super_cmd) { cmdset->add(cmd= new cl_super_cmd("set", 0, "set subcommand Set, see `set' command for more help", "long help of set", cset)); cmd->init(); } } void cl_app::mk_options(void) { class cl_option *o; options->new_option(o= new cl_bool_option(this, "null_prompt", "Use \\0 as prompt (-P)")); o->init(); options->new_option(o= new cl_pointer_option(this, "serial_in_file", "Input file for serial line (-s)")); o->init(); o->hide(); options->new_option(o= new cl_pointer_option(this, "serial_out_file", "Output file for serial line (-s)")); o->init(); o->hide(); options->new_option(o= new cl_string_option(this, "prompt", "String of prompt (-p)")); o->init(); options->new_option(o= new cl_bool_option(this, "debug", "Print debug messages (-V)")); o->init(); options->new_option(o= new cl_string_option(this, "console_on", "Open console on this file (-c)")); o->init(); o->hide(); options->new_option(o= new cl_string_option(this, "config_file", "Execute this file at startup (-C)")); o->init(); o->hide(); options->new_option(o= new cl_float_option(this, "xtal", "Frequency of XTAL in Hz")); o->init(); o->set_value(11059200.0); options->new_option(o= new cl_string_option(this, "cpu_type", "Type of controller (-t)")); o->init(); o->hide(); } int cl_app::dd_printf(const char *format, ...) { va_list ap; if (!commander) return(0); va_start(ap, format); int i= commander->dd_printf(format, ap); va_end(ap); return(i); } int cl_app::debug(const char *format, ...) { va_list ap; if (!commander) return(0); va_start(ap, format); int i= commander->debug(format, ap); va_end(ap); return(i); } /* End of app.cc */ sdcc-2.9.0/sim/ucsim/appcl.h000066400000000000000000000054271116427777700156510ustar00rootroot00000000000000/* * Simulator of microcontrollers (appcl.h) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef APPCL_HEADER #define APPCL_HEADER #include "ddconfig.h" // prj #include "pobjcl.h" #include "optioncl.h" // sim.src #include "argcl.h" #include "simcl.h" /* Options */ #define OPT_GENERAL 0x0001 #define OPT_SIM 0x0002 #define OPT_UC 0x0004 #define OPT_PRG_OPT (OPT_GENERAL|OPT_SIM|OPT_UC) #define OPT_51 0x0010 #define OPT_AVR 0x0020 #define OPT_Z80 0x0040 #define OPT_TARGET (OPT_51|OPT_AVR|OPT_Z80) /*class cl_option: public cl_base { public: int type; // See OPT_XXX char short_name; char *long_name; class cl_ustrings *values; public: cl_option(int atype, char sn, char *ln); virtual ~cl_option(void); virtual int add_value(char *value); virtual char *get_value(int index); }; class cl_options: public cl_list { public: cl_options(void); };*/ /* Application */ class cl_app: public cl_base { protected: class cl_commander_base *commander; public: class cl_sim *sim; class cl_ustrings *in_files; //class cl_arguments *args; class cl_options *options; int going; public: cl_app(void); virtual ~cl_app(void); public: virtual int init(int argc , char *argv[]); virtual int run(void); virtual void done(void); protected: virtual int proc_arguments(int argc, char *argv[]); public: class cl_sim *get_sim(void) { return(sim); } class cl_uc *get_uc(void); class cl_commander_base *get_commander(void) { return(commander); } virtual class cl_cmd *get_cmd(class cl_cmdline *cmdline); public: // messages to broadcast //virtual void mem_cell_changed(class cl_m *mem, t_addr addr); public: virtual void set_simulator(class cl_sim *simulator); virtual void remove_simulator(void); protected: virtual void build_cmdset(class cl_cmdset *cs); virtual void mk_options(void); public: // output functions virtual int dd_printf(const char *format, ...); virtual int debug(const char *format, ...); }; #endif /* End of appcl.h */ sdcc-2.9.0/sim/ucsim/avr.src/000077500000000000000000000000001116427777700157475ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/avr.src/(c).1000066400000000000000000000016261116427777700164010ustar00rootroot00000000000000/* * Simulator of microcontrollers (@@F@@) * * Copyright (C) @@S@@,@@Y@@ Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ sdcc-2.9.0/sim/ucsim/avr.src/Makefile.in000066400000000000000000000067271116427777700200300ustar00rootroot00000000000000# # uCsim avr.src/Makefile # # (c) Drotos Daniel, Talker Bt. 1997 # STARTYEAR = 1997 SHELL = /bin/sh CXX = @CXX@ CPP = @CPP@ CXXCPP = @CXXCPP@ RANLIB = @RANLIB@ INSTALL = @INSTALL@ STRIP = @STRIP@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ DEFS = $(subs -DHAVE_CONFIG_H,,@DEFS@) CPPFLAGS = @CPPFLAGS@ -I$(srcdir) -I$(top_srcdir) -I$(top_builddir) \ -I$(top_srcdir)/cmd.src -I$(top_srcdir)/sim.src \ -I$(top_srcdir)/gui.src CFLAGS = @CFLAGS@ -Wall CXXFLAGS = @CXXFLAGS@ -Wall LDFLAGS = @LDFLAGS@ M_OR_MM = @M_OR_MM@ PICOPT = @PICOPT@ SHAREDLIB = @SHAREDLIB@ EXEEXT = @EXEEXT@ LIBS = -L$(top_builddir) -lsim -lucsimutil -lguiucsim -lcmd -lsim @LIBS@ DL = @DL@ dl_ok = @dl_ok@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ srcdir = @srcdir@ VPATH = @srcdir@ OBJECTS_SHARED = glob.o \ simavr.o avr.o port.o \ inst.o bit_inst.o jump_inst.o move_inst.o logic_inst.o \ arith_inst.o OBJECTS_EXE = savr.o OBJECTS = $(OBJECTS_SHARED) $(OBJECTS_EXE) enable_dlso = @enable_dlso@ dlso_ok = @dlso_ok@ AVRASM = tavrasm TEST_OBJ = test_bit.hex test_dis.hex test_mov.hex test_jmp.hex \ test_arith.hex test_call.hex # Compiling entire program or any subproject # ------------------------------------------ all: checkconf otherlibs avr.src # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs $(INSTALL) savr$(EXEEXT) $(DESTDIR)$(bindir)/savr$(EXEEXT) $(STRIP) $(DESTDIR)$(bindir)/savr$(EXEEXT) # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/savr # Performing self-test # -------------------- check: $(TEST_OBJ) test: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: test -d $(DESTDIR)$(bindir) || $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(srcdir)/*.cc $(srcdir)/*.h $(CXXCPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.cc,$^) >Makefile.dep -include Makefile.dep include $(srcdir)/clean.mk #parser.cc: parser.y #plex.cc: plex.l # My rules # -------- .SUFFIXES: .asm .hex avr.src: savr$(EXEEXT) shared_lib savr$(EXEEXT): $(OBJECTS) $(top_builddir)/*.a $(CXX) $(CXXFLAGS) $(LDFLAGS) $(OBJECTS) $(LIBS) -o $@ ifeq ($(dlso_ok),yes) shared_lib: $(top_builddir)/savr.so else shared_lib: @$(top_srcdir)/mkecho $(top_builddir) "No AVR shared lib made." @$(top_srcdir)/mkecho $(top_builddir) "(SHAREDLIB="$(SHAREDLIB)",dl_ok="$(dl_ok)",enable_dlso="$(enable_dlso)")" endif $(top_builddir)/savr.so: $(OBJECTS_SHARED) $(CXX) -shared $(LDFLAGS) $(OBJECTS_SHARED) -o $(top_builddir)/savr.so otherlibs: $(MAKE) -C $(top_builddir)/cmd.src all $(MAKE) -C $(top_builddir)/sim.src all .cc.o: $(CXX) $(CXXFLAGS) $(CPPFLAGS) $(TARGET_ARCH) -c $< -o $@ .asm.hex: $(AVRASM) -l $< -o $@ -e $<.lst # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of avr.src/Makefile.in sdcc-2.9.0/sim/ucsim/avr.src/arith_cl.h000066400000000000000000000016461116427777700177140ustar00rootroot00000000000000/* avr.src/arith_cl.h */ virtual int cpi_Rd_K(t_mem code); virtual int sbci_Rd_K(t_mem code); virtual int subi_Rd_K(t_mem code); virtual int muls_Rd_Rr(t_mem code); virtual int mulsu_Rd_Rr(t_mem code); virtual int fmul_Rd_Rr(t_mem code); virtual int fmuls_Rd_Rr(t_mem code); virtual int fmulsu_Rd_Rr(t_mem code); virtual int cpc_Rd_Rr(t_mem code); virtual int sbc_Rd_Rr(t_mem code); virtual int add_Rd_Rr(t_mem code); virtual int cp_Rd_Rr(t_mem code); virtual int sub_Rd_Rr(t_mem code); virtual int adc_Rd_Rr(t_mem code); virtual int com_Rd(t_mem code); virtual int neg_Rd(t_mem code); virtual int inc_Rd(t_mem code); virtual int asr_Rd(t_mem code); virtual int lsr_Rd(t_mem code); virtual int ror_Rd(t_mem code); virtual int dec_Rd(t_mem code); virtual int mul_Rd_Rr(t_mem code); virtual int adiw_Rdl_K(t_mem code); virtual int sbiw_Rdl_K(t_mem code); /* End of avr.src/arith_cl.h */ sdcc-2.9.0/sim/ucsim/avr.src/arith_inst.cc000066400000000000000000000411741116427777700204310ustar00rootroot00000000000000/* * Simulator of microcontrollers (arith_inst.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "avrcl.h" #include "regsavr.h" /* * Compare with Immediate * CPI Rd,K 16<=d<=31, 0<=K<=255 * 0011 KKKK dddd KKKK *____________________________________________________________________________ */ int cl_avr::cpi_Rd_K(t_mem code) { t_addr d; t_mem D, K, result, res; d= 16+((code&0xf0)>>4); K= (code&0xf) | ((code&0xf00)>>8); D= ram->read(d); if (K & 0x80) K|= ~0xff; if (D & 0x80) D|= ~0xff; t_mem sreg= ram->get(SREG); result= (signed)D-(signed)K; res= result & 0xff; sreg= sreg & ~(BIT_H|BIT_S|BIT_V|BIT_N|BIT_C|BIT_Z); if (0x08 & (((~D)&K) | (K&res) | (res&(~D)))) sreg|= BIT_H; int n= 0, v= 0; if (0x80 & ((D&(~K)&(~res)) | ((~D)&K&res))) { sreg|= BIT_V; v= 1; } if (res & 0x80) { sreg|= BIT_N; n= 1; } if ((n ^ v) & 1) sreg|= BIT_S; if (!res) sreg|= BIT_Z; if (0x80 & (((~D)&K) | (K&res) | (res&(~D)))) sreg|= BIT_C; ram->set(SREG, sreg); return(resGO); } /* * Substract Immediate with Carry * SBCI Rd,K 16<=d<=31, 0<=K<=255 * 0100 KKKK dddd KKKK *____________________________________________________________________________ */ int cl_avr::sbci_Rd_K(t_mem code) { t_addr d; t_mem D, K, result, res; d= 16+((code&0xf0)>>4); K= (code&0xf) | ((code&0xf00)>>8); D= ram->read(d); if (K & 0x80) K|= ~0xff; if (D & 0x80) D|= ~0xff; t_mem sreg= ram->get(SREG); result= (signed)D-(signed)K-(sreg&BIT_C)?1:0; res= result & 0xff; ram->write(d, res); sreg= sreg & ~(BIT_H|BIT_S|BIT_V|BIT_N|BIT_C); if (0x08 & (((~D)&K) | (K&res) | (res&(~D)))) sreg|= BIT_H; int n= 0, v= 0; if (0x80 & ((D&(~K)&(~res)) | ((~D)&K&res))) { sreg|= BIT_V; v= 1; } if (res & 0x80) { sreg|= BIT_N; n= 1; } if ((n ^ v) & 1) sreg|= BIT_S; if (res) sreg&= ~BIT_Z; if (0x80 & (((~D)&K) | (K&res) | (res&(~D)))) sreg|= BIT_C; ram->set(SREG, sreg); return(resGO); } /* * Substract Immediate * SUBI Rd,K 16<=d<=31, 0<=K<=255 * 0101 KKKK dddd KKKK *____________________________________________________________________________ */ int cl_avr::subi_Rd_K(t_mem code) { t_addr d; t_mem D, K, result, res; d= 16+((code&0xf0)>>4); K= (code&0xf) | ((code&0xf00)>>8); D= ram->read(d); if (K & 0x80) K|= ~0xff; if (D & 0x80) D|= ~0xff; result= (signed)D-(signed)K; res= result & 0xff; ram->write(d, res); t_mem sreg= ram->get(SREG) & ~(BIT_H|BIT_S|BIT_V|BIT_N|BIT_Z|BIT_C); if (0x08 & (((~D)&K) | (K&res) | (res&(~D)))) sreg|= BIT_H; int n= 0, v= 0; if (0x80 & ((D&(~K)&(~res)) | ((~D)&K&res))) { sreg|= BIT_V; v= 1; } if (res & 0x80) { sreg|= BIT_N; n= 1; } if ((n ^ v) & 1) sreg|= BIT_S; if (!res) sreg|= BIT_Z; if (0x80 & (((~D)&K) | (K&res) | (res&(~D)))) sreg|= BIT_C; ram->set(SREG, sreg); return(resGO); } int cl_avr::muls_Rd_Rr(t_mem code) { return(resGO); } int cl_avr::mulsu_Rd_Rr(t_mem code) { return(resGO); } int cl_avr::fmul_Rd_Rr(t_mem code) { return(resGO); } int cl_avr::fmuls_Rd_Rr(t_mem code) { return(resGO); } int cl_avr::fmulsu_Rd_Rr(t_mem code) { return(resGO); } /* * Compare with Carry * CPC Rd,Rr 0<=d<=31, 0<=r<=31 * 0000 01rd dddd rrrr *____________________________________________________________________________ */ int cl_avr::cpc_Rd_Rr(t_mem code) { t_addr r, d; t_mem R, D, result, res; d= (code&0x1f0)>>4; r= ((code&0x200)>>5)|(code&0xf); R= ram->read(r); D= ram->read(d); if (R & 0x80) R|= ~0xff; if (D & 0x80) D|= ~0xff; t_mem sreg= ram->get(SREG); result= (signed)D-(signed)R-(sreg&BIT_C)?1:0; res= result & 0xff; sreg= sreg & ~(BIT_H|BIT_S|BIT_V|BIT_N|BIT_C); if (0x08 & (((~D)&R) | (R&res) | (res&(~D)))) sreg|= BIT_H; int n= 0, v= 0; if (0x80 & ((D&(~R)&(~res)) | ((~D)&R&res))) { sreg|= BIT_V; v= 1; } if (res & 0x80) { sreg|= BIT_N; n= 1; } if ((n ^ v) & 1) sreg|= BIT_S; if (res) sreg&= ~BIT_Z; if (0x80 & (((~D)&R) | (R&res) | (res&(~D)))) sreg|= BIT_C; ram->set(SREG, sreg); return(resGO); } /* * Substract with Carry * SBC Rd,Rr 0<=d<=31, 0<=r<=31 * 0000 10rd dddd rrrr *____________________________________________________________________________ */ int cl_avr::sbc_Rd_Rr(t_mem code) { t_addr r, d; t_mem R, D, result, res; d= (code&0x1f0)>>4; r= ((code&0x200)>>5)|(code&0xf); R= ram->read(r); D= ram->read(d); if (R & 0x80) R|= ~0xff; if (D & 0x80) D|= ~0xff; t_mem sreg= ram->get(SREG); result= (signed)D-(signed)R-(sreg&BIT_C)?1:0; res= result & 0xff; ram->write(d, res); sreg= sreg & ~(BIT_H|BIT_S|BIT_V|BIT_N|BIT_C); if (0x08 & (((~D)&R) | (R&res) | (res&(~D)))) sreg|= BIT_H; int n= 0, v= 0; if (0x80 & ((D&(~R)&(~res)) | ((~D)&R&res))) { sreg|= BIT_V; v= 1; } if (res & 0x80) { sreg|= BIT_N; n= 1; } if ((n ^ v) & 1) sreg|= BIT_S; if (res) sreg&= ~BIT_Z; if (0x80 & (((~D)&R) | (R&res) | (res&(~D)))) sreg|= BIT_C; ram->set(SREG, sreg); return(resGO); } /* * Add without Carry * ADD Rd,Rr 0<=d<=31, 0<=r<=31 * 0000 11rd dddd rrrr *____________________________________________________________________________ */ int cl_avr::add_Rd_Rr(t_mem code) { t_addr r, d; t_mem R, D, result, res; d= (code&0x1f0)>>4; r= ((code&0x200)>>5)|(code&0xf); R= ram->read(r); D= ram->read(d); result= D+R; res= result & 0xff; ram->write(d, res); t_mem sreg= ram->get(SREG); if (!res) sreg|= BIT_Z; else sreg&= ~BIT_Z; if (((D&R&~res)&0x80) || ((~D&~R&res)&0x80)) sreg|= (BIT_V|BIT_S); else sreg&= ~(BIT_V|BIT_S); if (res & 0x80) { sreg|= BIT_N; sreg^= BIT_S; } else sreg&= ~BIT_N; if (result & ~0xff) sreg|= BIT_C; else sreg&= ~BIT_C; if ((R&0xf) + (D&0xf) > 15) sreg|= BIT_H; else sreg&= ~BIT_H; ram->set(SREG, sreg); return(resGO); } /* * Compare * CP Rd,Rr 0<=d<=31, 0<=r<=31 * 0001 01rd dddd rrrr *____________________________________________________________________________ */ int cl_avr::cp_Rd_Rr(t_mem code) { t_addr r, d; t_mem R, D, result, res; d= (code&0x1f0)>>4; r= ((code&0x200)>>5)|(code&0xf); R= ram->read(r); D= ram->read(d); if (R & 0x80) R|= ~0xff; if (D & 0x80) D|= ~0xff; result= (signed)D-(signed)R; res= result & 0xff; t_mem sreg= ram->get(SREG) & ~(BIT_H|BIT_S|BIT_V|BIT_N|BIT_Z|BIT_C); if (0x08 & (((~D)&R) | (R&res) | (res&(~D)))) sreg|= BIT_H; int n= 0, v= 0; if (0x80 & ((D&(~R)&(~res)) | ((~D)&R&res))) { sreg|= BIT_V; v= 1; } if (res & 0x80) { sreg|= BIT_N; n= 1; } if ((n ^ v) & 1) sreg|= BIT_S; if (!res) sreg|= BIT_Z; if (0x80 & (((~D)&R) | (R&res) | (res&(~D)))) sreg|= BIT_C; ram->set(SREG, sreg); return(resGO); } /* * Substract without Carry * SUB Rd,Rr 0<=d<=31, 0<=r<=31 * 0001 10rd dddd rrrr *____________________________________________________________________________ */ int cl_avr::sub_Rd_Rr(t_mem code) { t_addr r, d; t_mem R, D, result, res; d= (code&0x1f0)>>4; r= ((code&0x200)>>5)|(code&0xf); R= ram->read(r); D= ram->read(d); if (R & 0x80) R|= ~0xff; if (D & 0x80) D|= ~0xff; result= (signed)D-(signed)R; res= result & 0xff; ram->write(d, res); t_mem sreg= ram->get(SREG) & ~(BIT_H|BIT_S|BIT_V|BIT_N|BIT_Z|BIT_C); if (0x08 & (((~D)&R) | (R&res) | (res&(~D)))) sreg|= BIT_H; int n= 0, v= 0; if (0x80 & ((D&(~R)&(~res)) | ((~D)&R&res))) { sreg|= BIT_V; v= 1; } if (res & 0x80) { sreg|= BIT_N; n= 1; } if ((n ^ v) & 1) sreg|= BIT_S; if (!res) sreg|= BIT_Z; if (0x80 & (((~D)&R) | (R&res) | (res&(~D)))) sreg|= BIT_C; ram->set(SREG, sreg); return(resGO); } /* * Add with Carry * ADC Rd,Rr 0<=d<=31, 0<=r<=31 * 0001 11rd dddd rrrr *____________________________________________________________________________ */ int cl_avr::adc_Rd_Rr(t_mem code) { t_addr r, d; t_mem R, D, result, res; d= (code&0x1f0)>>4; r= ((code&0x200)>>5)|(code&0xf); R= ram->read(r); D= ram->read(d); t_mem sreg= ram->get(SREG); result= D+R+((sreg&BIT_C)?1:0); res= result & 0xff; ram->write(d, res); if (!res) sreg|= BIT_Z; else sreg&= ~BIT_Z; if (((D&R&~res)&0x80) || ((~D&~R&res)&0x80)) sreg|= (BIT_V|BIT_S); else sreg&= ~(BIT_V|BIT_S); if (res & 0x80) { sreg|= BIT_N; sreg^= BIT_S; } else sreg&= ~BIT_N; if (result & ~0xff) sreg|= BIT_C; else sreg&= ~BIT_C; if ((R&0xf) + (D&0xf) > 15) sreg|= BIT_H; else sreg&= ~BIT_H; ram->set(SREG, sreg); return(resGO); } /* * One's Complement * COM Rd 0<=d<=31 * 1001 010d dddd 0000 *____________________________________________________________________________ */ int cl_avr::com_Rd(t_mem code) { t_addr d; t_mem D, result, res; d= (code&0x1f0)>>4; D= ram->read(d); result= ~D; res= result & 0xff; ram->write(d, res); t_mem sreg= ram->get(SREG); if (!res) sreg|= BIT_Z; else sreg&= ~BIT_Z; sreg&= ~BIT_V; if (res & 0x80) sreg|= (BIT_N|BIT_S); else sreg&= ~(BIT_N|BIT_S); sreg|= BIT_C; ram->set(SREG, sreg); return(resGO); } /* * Two's Complement * NEG Rd 0<=d<=31 * 1001 010d dddd 0001 *____________________________________________________________________________ */ int cl_avr::neg_Rd(t_mem code) { t_addr d; t_mem D, result, res; d= (code&0x1f0)>>4; D= ram->read(d); result= (~D)+1; res= result & 0xff; ram->write(d, res); t_mem sreg= ram->get(SREG); if (res & (~d) & 0x08) sreg|= BIT_H; else sreg&= ~BIT_H; if (res > 0x80) sreg|= BIT_S; else sreg&= ~BIT_S; if (!res) { sreg|= BIT_Z; sreg&= ~BIT_C; } else { sreg&= ~BIT_Z; sreg|= BIT_C; } if (res == 0x80) sreg|= BIT_V; else sreg&= ~BIT_V; if (res & 0x80) sreg|= (BIT_N); else sreg&= ~BIT_N; ram->set(SREG, sreg); return(resGO); } /* * Increment * INC Rd 0<=d<=31 * 1001 010d dddd 0011 *____________________________________________________________________________ */ int cl_avr::inc_Rd(t_mem code) { t_addr d; d= (code&0x1f0)>>4; t_mem data= ram->read(d)+1; ram->write(d, data); t_mem sreg= ram->get(SREG); data= data&0xff; if (data & 0x80) { sreg|= (BIT_N); if (data == 0x80) { sreg|= BIT_V; sreg&= ~BIT_S; } else { sreg&= ~BIT_V; sreg|= BIT_S; } sreg&= ~BIT_Z; } else { sreg&= ~(BIT_N|BIT_V|BIT_S); if (!data) sreg|= BIT_Z; else sreg&= ~BIT_Z; } ram->set(SREG, sreg); return(resGO); } /* * Arithmetic Shift Right * ASR Rd 0<=d<=31 * 1001 010d dddd 0101 *____________________________________________________________________________ */ int cl_avr::asr_Rd(t_mem code) { t_addr d; t_mem D, result, res; d= (code&0x1f0)>>4; D= ram->read(d); t_mem sreg= ram->read(SREG) & ~(BIT_S|BIT_V|BIT_N|BIT_Z|BIT_C); int n=0, v= 0, c= 0; if (D & 1) { sreg|= BIT_C; c= 1; } result= D>>1; if (result & 0x40) result|= 0x80; res= result & 0xff; ram->write(d, res); if (res & 0x80) { sreg|= BIT_N; n= 1; } if ((n ^ c) & 1) { sreg|= BIT_V; v= 1; } if ((n ^ v) & 1) sreg|= BIT_S; if (!res) sreg|= BIT_Z; ram->write(SREG, sreg); return(resGO); } /* * Logical Shift Right * LSR Rd 0<=d<=31 * 1001 010d dddd 0110 *____________________________________________________________________________ */ int cl_avr::lsr_Rd(t_mem code) { t_addr d; t_mem D, result, res; d= (code &0x1f0)>>4; D= ram->read(d); t_mem sreg= ram->read(SREG) & ~(BIT_S|BIT_V|BIT_N|BIT_Z|BIT_C); if (D & 1) sreg|= (BIT_C|BIT_V|BIT_S); result= D >> 1; res= result & 0xff; ram->write(d, res); if (!res) sreg|= BIT_Z; ram->write(SREG, sreg); return(resGO); } /* * Rotate Right trough Carry * ROR Rd 0<=d<=31 * 1001 010d dddd 0111 *____________________________________________________________________________ */ int cl_avr::ror_Rd(t_mem code) { t_addr d; t_mem D, result, res; d= (code&0x1f0)>>4; D= ram->read(d); t_mem sreg= ram->read(SREG); int oldc= sreg & BIT_C; sreg= sreg & ~(BIT_S|BIT_V|BIT_N|BIT_Z|BIT_C); int n= 0, v= 0, c= 0; if (D & 1) { sreg|= BIT_C; c= 1; } result= (D >> 1) | oldc?0x80:0; res= result & 0xff; ram->write(d, res); if (res & 0x80) { sreg|= BIT_N; n= 1; } if ((n ^ c) & 1) { sreg|= BIT_V; v= 1; } if ((n ^ v) & 1) sreg|= BIT_S; if (!res) sreg|= BIT_Z; ram->write(SREG, sreg); return(resGO); } /* * Decrement * DEC Rd 0<=d<=31 * 1001 010d dddd 1010 *____________________________________________________________________________ */ int cl_avr::dec_Rd(t_mem code) { t_addr d; t_mem D, result, res; d= (code&0x1f0)>>4; D= ram->read(d); result= D-1; res= result & 0xff; ram->write(d, res); t_mem sreg= ram->get(SREG); if (!res) sreg|= BIT_Z; else sreg&= ~BIT_Z; int n= 0, v= 0; if (res & 0x80) { sreg|= BIT_N; n= 1; } else sreg&= ~BIT_N; if (D == 0x80) { sreg|= BIT_V; v= 1; } else sreg&= ~BIT_V; if ((n ^ v) & 1) sreg|= BIT_S; else sreg&= ~BIT_S; ram->set(SREG, sreg); return(resGO); } /* * Multiply * MUL Rd,Rr 0<=d<=31, 0<=r<=31 * 1001 11rd dddd rrrr *____________________________________________________________________________ */ int cl_avr::mul_Rd_Rr(t_mem code) { t_addr d, r; t_mem D, R, result, resl, resh; d= (code>>4) & 0x1f; r= ((code&0x200)>>5) | (code&0xf); D= ram->read(d); R= ram->read(r); result= R*D; resl= result & 0xff; resh= (result>>8) & 0xff; ram->write(0, resl); ram->write(1, resh); t_mem sreg= ram->read(SREG) & ~BIT_C; if (resh & 0x80) sreg|= BIT_C; ram->write(SREG, sreg); tick(1); return(resGO); } /* * Add Immediate to Word * ADIW Rdl,K dl={24,26,28,30}, 0<=K<=63 * 1001 0110 KK dd KKKK *____________________________________________________________________________ */ int cl_avr::adiw_Rdl_K(t_mem code) { t_addr dl; t_mem D, K, result, res; dl= 24+(2*((code&0x30)>>4)); K= ((code&0xc0)>>2)|(code&0xf); D= ram->read(dl+1)*256 + ram->read(dl); result= D+K; res= result & 0xffff; t_mem resl= result&0xff, resh= (result>>8)&0xff; ram->write(dl+1, resh); ram->write(dl, resl); t_mem sreg= ram->get(SREG); if (!res) sreg|= BIT_Z; else sreg&= ~BIT_Z; if (D&res&0x8000) sreg|= (BIT_V|BIT_S); else sreg&= ~(BIT_V|BIT_S); if (res & 0x8000) { sreg|= BIT_N; sreg^= BIT_S; } else sreg&= ~BIT_N; if ((~res)&D&0x8000) sreg|= BIT_C; else sreg&= ~BIT_C; ram->set(SREG, sreg); tick(1); return(resGO); } /* * Substract Immediate from Word * SBIW Rdl,K dl={24,26,28,30}, 0<=K<=63 * 1001 0111 KK dd KKKK *____________________________________________________________________________ */ int cl_avr::sbiw_Rdl_K(t_mem code) { t_addr dl; t_mem D, K, result, res; dl= 24+(2*((code&0x30)>>4)); K= ((code&0xc0)>>2)|(code&0xf); D= ram->read(dl+1)*256 + ram->read(dl); if (K & 0x20) K|= ~0x3f; if (D & 0x8000) D|= ~0xffff; result= (signed)D-(signed)K; res= result & 0xffff; t_mem resl= res&0xff, resh= (res>>8)&0xff; ram->write(dl+1, resh); ram->write(dl, resl); t_mem sreg= ram->get(SREG) & ~(BIT_S|BIT_V|BIT_N|BIT_Z|BIT_C); int n= 0, v= 0; if (0x8000 & D & (~res)) { sreg|= BIT_V; v= 1; } if (res & 0x8000) { sreg|= BIT_N; n= 1; } if ((n ^ v) & 1) sreg|= BIT_S; if (!res) sreg|= BIT_Z; if (0x8000 & res & (~D)) sreg|= BIT_C; ram->set(SREG, sreg); tick(1); return(resGO); } /* End of avr.src/arith_inst.cc */ sdcc-2.9.0/sim/ucsim/avr.src/avr.cc000066400000000000000000000443701116427777700170560ustar00rootroot00000000000000/* * Simulator of microcontrollers (avr.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #include "i_string.h" // prj #include "pobjcl.h" // sim #include "simcl.h" #include "memcl.h" // local #include "portcl.h" #include "avrcl.h" #include "glob.h" #include "regsavr.h" /* * Base type of AVR microcontrollers */ cl_avr::cl_avr(class cl_sim *asim): cl_uc(asim) { type= CPU_AVR; sleep_executed= 0; } int cl_avr::init(void) { cl_uc::init(); /* Memories now exist */ ram= address_space(MEM_IRAM_ID); rom= address_space(MEM_ROM_ID); return(0); } const char * cl_avr::id_string(void) { return("unspecified AVR"); } /* * Making elements of the controller */ /* t_addr cl_avr::get_mem_size(enum mem_class type) { switch(type) { case MEM_ROM: return(8*1024); case MEM_IRAM: return(0x10000); default: return(0); } //return(0); //return(cl_uc::get_mem_size(type)); } */ /* int cl_avr::get_mem_width(enum mem_class type) { if (type == MEM_ROM) return(16); return(cl_uc::get_mem_width(type)); } */ void cl_avr::mk_hw_elements(void) { class cl_base *o; /* t_uc::mk_hw() does nothing */ hws->add(o= new cl_port(this)); o->init(); } void cl_avr::make_memories(void) { class cl_address_space *as; rom= as= new cl_address_space(MEM_ROM_ID, 0, 0x10000, 16); as->init(); address_spaces->add(as); ram= as= new cl_address_space(MEM_IRAM_ID, 0, 0x10000, 8); as->init(); address_spaces->add(as); class cl_address_decoder *ad; class cl_memory_chip *chip; chip= new cl_memory_chip("rom_chip", 0x10000, 16); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= rom/*address_space(MEM_ROM_ID)*/, chip, 0, 0xffff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("iram_chip", 0x80, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= ram/*address_space(MEM_IRAM_ID)*/, chip, 0, 0x7f, 0); ad->init(); as->decoders->add(ad); ad->activate(0); } /* * Help command interpreter */ struct dis_entry * cl_avr::dis_tbl(void) { return(disass_avr); } struct name_entry * cl_avr::sfr_tbl(void) { return(sfr_tabl); } struct name_entry * cl_avr::bit_tbl(void) { //FIXME return(0); } const char * cl_avr::disass(t_addr addr, const char *sep) { char work[256], temp[20]; const char *b; char *buf, *p, *t; uint code, data= 0; int i; p= work; code= get_mem(MEM_ROM_ID, addr); i= 0; while ((code & dis_tbl()[i].mask) != dis_tbl()[i].code && dis_tbl()[i].mnemonic) i++; if (dis_tbl()[i].mnemonic == NULL) { buf= (char*)malloc(30); strcpy(buf, "UNKNOWN/INVALID"); return(buf); } b= dis_tbl()[i].mnemonic; while (*b) { if (*b == '%') { b++; switch (*(b++)) { case 'd': // Rd .... ...d dddd .... 0<=d<=31 if (!get_name(data= (code&0x01f0)>>4, sfr_tbl(), temp)) sprintf(temp, "r%d", data); break; case 'D': // Rd .... .... dddd .... 16<=d<=31 if (!get_name(data= 16+((code&0xf0)>>4), sfr_tbl(), temp)) sprintf(temp, "r%d", data); break; case 'K': // K .... KKKK .... KKKK 0<=K<=255 sprintf(temp, "%d", ((code&0xf00)>>4)|(code&0xf)); break; case 'r': // Rr .... ..r. .... rrrr 0<=r<=31 if (!get_name(data= ((code&0x0200)>>5)|(code&0x000f), sfr_tbl(), temp)) sprintf(temp, "r%d", data); break; case '2': // Rdl .... .... ..dd .... dl= {24,26,28,30} if (!get_name(data= 24+(2*((code&0x0030)>>4)), sfr_tbl(), temp)) sprintf(temp, "r%d", data); break; case '6': // K .... .... KK.. KKKK 0<=K<=63 sprintf(temp, "%d", ((code&0xc0)>>2)|(code&0xf)); break; case 's': // s .... .... .sss .... 0<=s<=7 sprintf(temp, "%d", (code&0x70)>>4); break; case 'b': // b .... .... .... .bbb 0<=b<=7 sprintf(temp, "%d", code&0x7); break; case 'k': // k .... ..kk kkkk k... -64<=k<=+63 { int k= (code&0x3f8)>>3; if (code&0x200) k|= -128; sprintf(temp, "0x%06x", k+1+(signed int)addr); break; } case 'A': // k .... ...k kkkk ...k 0<=k<=64K // kkkk kkkk kkkk kkkk 0<=k<=4M sprintf(temp, "0x%06x", (((code&0x1f0)>>3)|(code&1))*0x10000+ (uint)get_mem(MEM_ROM_ID, addr+1)); break; case 'P': // P .... .... pppp p... 0<=P<=31 data= (code&0xf8)>>3; if (!get_name(data+0x20, sfr_tbl(), temp)) sprintf(temp, "%d", data); break; case 'p': // P .... .PP. .... PPPP 0<=P<=63 data= ((code&0x600)>>5)|(code&0xf); if (!get_name(data+0x20, sfr_tbl(), temp)) sprintf(temp, "%d", data); break; case 'q': // q ..q. qq.. .... .qqq 0<=q<=63 sprintf(temp, "%d", ((code&0x2000)>>8)|((code&0xc00)>>7)|(code&7)); break; case 'R': // k SRAM address on second word 0<=k<=65535 sprintf(temp, "0x%06x", (uint)get_mem(MEM_ROM_ID, addr+1)); break; case 'a': // k .... kkkk kkkk kkkk -2k<=k<=2k { int k= code&0xfff; if (code&0x800) k|= -4096; sprintf(temp, "0x%06"_A_"x", rom->validate_address(k+1+(signed int)addr)); break; } default: strcpy(temp, "?"); break; } t= temp; while (*t) *(p++)= *(t++); } else *(p++)= *(b++); } *p= '\0'; p= strchr(work, ' '); if (!p) { buf= strdup(work); return(buf); } if (sep == NULL) buf= (char *)malloc(6+strlen(p)+1); else buf= (char *)malloc((p-work)+strlen(sep)+strlen(p)+1); for (p= work, t= buf; *p != ' '; p++, t++) *t= *p; p++; *t= '\0'; if (sep == NULL) { while (strlen(buf) < 6) strcat(buf, " "); } else strcat(buf, sep); strcat(buf, p); return(buf); } void cl_avr::print_regs(class cl_console_base *con) { uchar data, sreg= ram->get(SREG); uint x, y, z; ram->dump(0, 31, 16, con); con->dd_printf("ITHSVNZC SREG= 0x%02x %3d %c\n", sreg, sreg, isprint(sreg)?sreg:'.'); con->dd_printf("%c%c%c%c%c%c%c%c ", (sreg&BIT_I)?'1':'0', (sreg&BIT_T)?'1':'0', (sreg&BIT_H)?'1':'0', (sreg&BIT_S)?'1':'0', (sreg&BIT_V)?'1':'0', (sreg&BIT_N)?'1':'0', (sreg&BIT_Z)?'1':'0', (sreg&BIT_C)?'1':'0'); con->dd_printf("SP = 0x%06x\n", ram->get(SPH)*256+ram->get(SPL)); x= ram->get(XH)*256 + ram->get(XL); data= ram->get(x); con->dd_printf("X= 0x%04x [X]= 0x%02x %3d %c ", x, data, data, isprint(data)?data:'.'); y= ram->get(YH)*256 + ram->get(YL); data= ram->get(y); con->dd_printf("Y= 0x%04x [Y]= 0x%02x %3d %c ", y, data, data, isprint(data)?data:'.'); z= ram->get(ZH)*256 + ram->get(ZL); data= ram->get(z); con->dd_printf("Z= 0x%04x [Z]= 0x%02x %3d %c\n", z, data, data, isprint(data)?data:'.'); print_disass(PC, con); } /* * Execution */ int cl_avr::exec_inst(void) { t_mem code; instPC= PC; if (fetch(&code)) return(resBREAKPOINT); tick(1); switch (code) { case 0x9419: return(eijmp(code)); case 0x9519: return(eicall(code)); case 0x9508: case 0x9528: case 0x9548: case 0x9568: return(ret(code)); case 0x9518: case 0x9538: case 0x9558: case 0x9578: return(reti(code)); case 0x95c8: return(lpm(code)); case 0x95d8: return(elpm(code)); // in some devices equal to lpm case 0x95e8: return(spm(code)); case 0x95f8: return(espm(code)); case 0x9408: return(sec(code)); case 0x9488: return(clc(code)); case 0x9428: return(sen(code)); case 0x94a8: return(cln(code)); case 0x9418: return(sez(code)); case 0x9498: return(clz(code)); case 0x9478: return(sei(code)); case 0x94f8: return(cli(code)); case 0x9448: return(ses(code)); case 0x94c8: return(cls(code)); case 0x9438: return(sev(code)); case 0x94b8: return(clv(code)); case 0x9468: return(set(code)); case 0x94e8: return(clt(code)); case 0x9458: return(seh(code)); case 0x94d8: return(clh(code)); case 0x0000: return(nop(code)); case 0x9588: case 0x9598: return(sleep(code)); case 0x95a8: case 0x95b8: return(wdr(code)); } switch (code & 0xf000) { case 0x3000: return(cpi_Rd_K(code)); case 0x4000: return(sbci_Rd_K(code)); case 0x5000: return(subi_Rd_K(code)); case 0x6000: return(ori_Rd_K(code)); case 0x7000: return(andi_Rd_K(code)); case 0xc000: return(rjmp_k(code)); case 0xd000: return(rcall_k(code)); case 0xe000: return(ldi_Rd_K(code)); } switch (code & 0xf000) { case 0x0000: { // 0x0... switch (code & 0xfc00) { case 0x0000: { switch (code & 0xff00) { case 0x0100: return(movw_Rd_Rr(code)); case 0x0200: return(muls_Rd_Rr(code)); case 0x0300: { switch (code & 0xff88) { case 0x0300: return(mulsu_Rd_Rr(code)); case 0x0308: return(fmul_Rd_Rr(code)); case 0x0380: return(fmuls_Rd_Rr(code)); case 0x0388: return(fmulsu_Rd_Rr(code)); } break; } break; } break; } case 0x0400: return(cpc_Rd_Rr(code)); case 0x0800: return(sbc_Rd_Rr(code)); case 0x0c00: return(add_Rd_Rr(code)); } break; } case 0x1000: { // 0x1... switch (code & 0xfc00) { case 0x1000: return(cpse_Rd_Rr(code)); case 0x1400: return(cp_Rd_Rr(code)); case 0x1800: return(sub_Rd_Rr(code)); case 0x1c00: return(adc_Rd_Rr(code)); } break; } case 0x2000: { // 0x2... switch (code & 0xfc00) { case 0x2000: return(and_Rd_Rr(code)); case 0x2400: return(eor_Rd_Rr(code)); case 0x2800: return(or_Rd_Rr(code)); case 0x2c00: return(mov_Rd_Rr(code)); } break; } case 0x8000: { // 0x8... switch (code &0xf208) { case 0x8000: return(ldd_Rd_Z_q(code)); case 0x8008: return(ldd_Rd_Y_q(code)); case 0x8200: return(std_Z_q_Rr(code)); case 0x8208: return(std_Y_q_Rr(code)); } break; } case 0x9000: { // 0x9... if ((code & 0xff0f) == 0x9509) return(icall(code)); if ((code & 0xff0f) == 0x9409) return(ijmp(code)); if ((code & 0xff00) == 0x9600) return(adiw_Rdl_K(code)); if ((code & 0xff00) == 0x9700) return(sbiw_Rdl_K(code)); switch (code & 0xfc00) { case 0x9000: { switch (code & 0xfe0f) { case 0x9000: return(lds_Rd_k(code)); case 0x9001: return(ld_Rd_ZS(code)); case 0x9002: return(ld_Rd_SZ(code)); case 0x9004: return(lpm_Rd_Z(code)); case 0x9005: return(lpm_Rd_ZS(code)); case 0x9006: return(elpm_Rd_Z(code)); case 0x9007: return(elpm_Rd_ZS(code)); case 0x9009: return(ld_Rd_YS(code)); case 0x900a: return(ld_Rd_SY(code)); case 0x900c: return(ld_Rd_X(code)); case 0x900d: return(ld_Rd_XS(code)); case 0x900e: return(ld_Rd_SX(code)); case 0x900f: return(pop_Rd(code)); case 0x9200: return(sts_k_Rr(code)); case 0x9201: return(st_ZS_Rr(code)); case 0x9202: return(st_SZ_Rr(code)); case 0x9209: return(st_YS_Rr(code)); case 0x920a: return(st_SY_Rr(code)); case 0x920c: return(st_X_Rr(code)); case 0x920d: return(st_XS_Rr(code)); case 0x920e: return(st_SX_Rr(code)); case 0x920f: return(push_Rr(code)); } break; } case 0x9400: { switch (code & 0xfe0f) { case 0x9400: return(com_Rd(code)); case 0x9401: return(neg_Rd(code)); case 0x9402: return(swap_Rd(code)); case 0x9403: return(inc_Rd(code)); case 0x9405: return(asr_Rd(code)); case 0x9406: return(lsr_Rd(code)); case 0x9407: return(ror_Rd(code)); case 0x940a: return(dec_Rd(code)); case 0x940c: case 0x940d: return(jmp_k(code)); case 0x940e: case 0x940f: return(call_k(code)); } break; } case 0x9800: { switch (code & 0xff00) { case 0x9800: return(cbi_A_b(code)); case 0x9900: return(sbic_P_b(code)); case 0x9a00: return(sbi_A_b(code)); case 0x9b00: return(sbis_P_b(code)); } break; } case 0x9c00: return(mul_Rd_Rr(code)); } break; } case 0xa000: { // 0xa... switch (code &0xf208) { case 0xa000: return(ldd_Rd_Z_q(code)); case 0xa008: return(ldd_Rd_Y_q(code)); case 0xa200: return(std_Z_q_Rr(code)); case 0xa208: return(std_Y_q_Rr(code)); } break; } case 0xb000: { // 0xb... switch (code & 0xf800) { case 0xb000: return(in_Rd_A(code)); case 0xb800: return(out_A_Rr(code)); } break; } case 0xe000: { // 0xe... switch (code & 0xff0f) { case 0xef0f: return(ser_Rd(code)); } break; } case 0xf000: { // 0xf... switch (code & 0xfc00) { case 0xf000: return(brbs_s_k(code)); case 0xf400: return(brbc_s_k(code)); case 0xf800: case 0xfc00: { switch (code & 0xfe08) { case 0xf800: return(bld_Rd_b(code)); case 0xfa00: return(bst_Rd_b(code)); case 0xfc00: case 0xfc08: return(sbrc_Rr_b(code)); case 0xfe00: case 0xfe08: return(sbrs_Rr_b(code)); } break; } } break; } } /*if (PC) PC--; else PC= get_mem_size(MEM_ROM_ID)-1;*/ class cl_error_unknown_code *e= new cl_error_unknown_code(this); error(e); return(resGO); PC= rom->inc_address(PC, -1); //tick(-clock_per_cycle()); sim->stop(resINV_INST); return(resINV_INST); } /* */ int cl_avr::push_data(t_mem data) { t_addr sp; t_mem spl, sph; spl= ram->read(SPL); sph= ram->read(SPH); sp= 0xffff & (256*sph + spl); data= ram->write(sp, data); sp= 0xffff & (sp-1); spl= sp & 0xff; sph= (sp>>8) & 0xff; ram->write(SPL, spl); ram->write(SPH, sph); return(resGO); } int cl_avr::push_addr(t_addr addr) { t_addr sp; t_mem spl, sph, al, ah; spl= ram->read(SPL); sph= ram->read(SPH); sp= 0xffff & (256*sph + spl); al= addr & 0xff; ah= (addr>>8) & 0xff; ram->write(sp, ah); sp= 0xffff & (sp-1); ram->write(sp, al); sp= 0xffff & (sp-1); spl= sp & 0xff; sph= (sp>>8) & 0xff; ram->write(SPL, spl); ram->write(SPH, sph); return(resGO); } int cl_avr::pop_data(t_mem *data) { t_addr sp; t_mem spl, sph; spl= ram->read(SPL); sph= ram->read(SPH); sp= 256*sph + spl; sp= 0xffff & (sp+1); *data= ram->read(sp); spl= sp & 0xff; sph= (sp>>8) & 0xff; ram->write(SPL, spl); ram->write(SPH, sph); return(resGO); } int cl_avr::pop_addr(t_addr *addr) { t_addr sp; t_mem spl, sph, al, ah; spl= ram->read(SPL); sph= ram->read(SPH); sp= 256*sph + spl; sp= 0xffff & (sp+1); al= ram->read(sp); sp= 0xffff & (sp+1); ah= ram->read(sp); *addr= ah*256 + al; spl= sp & 0xff; sph= (sp>>8) & 0xff; ram->write(SPL, spl); ram->write(SPH, sph); return(resGO); } /* * Set Z, N, V, S bits of SREG after logic instructions and some others */ void cl_avr::set_zn0s(t_mem data) { t_mem sreg= ram->get(SREG) & ~BIT_V; data= data&0xff; if (!data) sreg|= BIT_Z; else sreg&= ~BIT_Z; if (data & 0x80) sreg|= (BIT_N|BIT_S); else sreg&= ~(BIT_N|BIT_S); ram->set(SREG, sreg); } /* End of avr.src/avr.cc */ sdcc-2.9.0/sim/ucsim/avr.src/avrcl.h000066400000000000000000000040561116427777700172340ustar00rootroot00000000000000/* * Simulator of microcontrollers (avrcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef AVRCL_HEADER #define AVRCL_HEADER // sim.src #include "uccl.h" #include "memcl.h" /* * Base type of AVR microcontrollers */ class cl_avr: public cl_uc { public: class cl_address_space *ram; class cl_address_space *rom; int sleep_executed; public: cl_avr(class cl_sim *asim); virtual int init(void); virtual const char *id_string(void); //virtual t_addr get_mem_size(enum mem_class type); //virtual int get_mem_width(enum mem_class type); virtual void mk_hw_elements(void); virtual void make_memories(void); virtual struct dis_entry *dis_tbl(void); virtual struct name_entry *sfr_tbl(void); virtual struct name_entry *bit_tbl(void); virtual const char *disass(t_addr addr, const char *sep); virtual void print_regs(class cl_console_base *con); virtual int exec_inst(void); virtual int push_data(t_mem data); virtual int push_addr(t_addr addr); virtual int pop_data(t_mem *data); virtual int pop_addr(t_addr *addr); void set_zn0s(t_mem data); #include "arith_cl.h" #include "logic_cl.h" #include "move_cl.h" #include "bit_cl.h" #include "jump_cl.h" #include "instcl.h" }; #endif /* End of avr.src/avrcl.h */ sdcc-2.9.0/sim/ucsim/avr.src/bit_cl.h000066400000000000000000000012651116427777700173600ustar00rootroot00000000000000/* avr.src/bit_cl.h */ virtual int sec(t_mem code); virtual int clc(t_mem code); virtual int sen(t_mem code); virtual int cln(t_mem code); virtual int sez(t_mem code); virtual int clz(t_mem code); virtual int sei(t_mem code); virtual int cli(t_mem code); virtual int ses(t_mem code); virtual int cls(t_mem code); virtual int sev(t_mem code); virtual int clv(t_mem code); virtual int set(t_mem code); virtual int clt(t_mem code); virtual int seh(t_mem code); virtual int clh(t_mem code); virtual int cbi_A_b(t_mem code); virtual int sbi_A_b(t_mem code); virtual int bld_Rd_b(t_mem code); virtual int bst_Rd_b(t_mem code); /* End of avr.src/bit_cl.h */ sdcc-2.9.0/sim/ucsim/avr.src/bit_inst.cc000066400000000000000000000147521116427777700201020ustar00rootroot00000000000000/* * Simulator of microcontrollers (bit_inst.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // local #include "avrcl.h" #include "regsavr.h" /* * Set Carry Flag * SEC * 1001 0100 0000 1000 *---------------------------------------------------------------------------- */ int cl_avr::sec(t_mem code) { t_mem d= BIT_C | ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Set Negative Flag * SEN * 1001 0100 0010 1000 *---------------------------------------------------------------------------- */ int cl_avr::sen(t_mem code) { t_mem d= BIT_N | ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Set Zero Flag * SEZ * 1001 0100 0001 1000 *---------------------------------------------------------------------------- */ int cl_avr::sez(t_mem code) { t_mem d= BIT_Z | ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Set Global Interrupt Flag * SEI * 1001 0100 0111 1000 *---------------------------------------------------------------------------- */ int cl_avr::sei(t_mem code) { t_mem d= BIT_I | ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Set Signed Flag * SES * 1001 0100 0100 1000 *---------------------------------------------------------------------------- */ int cl_avr::ses(t_mem code) { t_mem d= BIT_S | ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Set Overflow Flag * SEV * 1001 0100 0011 1000 *---------------------------------------------------------------------------- */ int cl_avr::sev(t_mem code) { t_mem d= BIT_V | ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Set T Flag * SET * 1001 0100 0110 1000 *---------------------------------------------------------------------------- */ int cl_avr::set(t_mem code) { t_mem d= BIT_T | ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Set Half Carry Flag * SEH * 1001 0100 0101 1000 *---------------------------------------------------------------------------- */ int cl_avr::seh(t_mem code) { t_mem d= BIT_H | ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Clear Carry Flag * CLC * 1001 0100 1000 1000 *---------------------------------------------------------------------------- */ int cl_avr::clc(t_mem code) { t_mem d= ~BIT_C & ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Clear Negative Flag * CLN * 1001 0100 1010 1000 *---------------------------------------------------------------------------- */ int cl_avr::cln(t_mem code) { t_mem d= ~BIT_N & ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Clear Zero Flag * CLZ * 1001 0100 1001 1000 *---------------------------------------------------------------------------- */ int cl_avr::clz(t_mem code) { t_mem d= ~BIT_Z & ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Global Interrupt Flag * CLI * 1001 0100 1111 1000 *---------------------------------------------------------------------------- */ int cl_avr::cli(t_mem code) { t_mem d= ~BIT_I & ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Clear Signed Flag * CLS * 1001 0100 1100 1000 *---------------------------------------------------------------------------- */ int cl_avr::cls(t_mem code) { t_mem d= ~BIT_S & ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Clear Overflow Flag * CLV * 1001 0100 1011 1000 *---------------------------------------------------------------------------- */ int cl_avr::clv(t_mem code) { t_mem d= ~BIT_V & ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Clear T Flag * CLT * 1001 0100 1110 1000 *---------------------------------------------------------------------------- */ int cl_avr::clt(t_mem code) { t_mem d= ~BIT_T & ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Clear Half Carry Flag * CLH * 1001 0100 1101 1000 *---------------------------------------------------------------------------- */ int cl_avr::clh(t_mem code) { t_mem d= ~BIT_H & ram->read(SREG); ram->write(SREG, d); return(resGO); } /* * Clear Bit in I/O Register * CBI P,b 0<=P<=31 0<=b<=7 * 1001 1000 pppp pbbb *____________________________________________________________________________ */ int cl_avr::cbi_A_b(t_mem code) { uint addr, mask; t_mem d; addr= ((code&0xf8)>>3)+0x20; mask= 1 << (code&7); d= ~mask & ram->read(addr); ram->write(addr, d); tick(1); return(resGO); } /* * Set Bit in I/O Register * SBI P,b 0<=P<=31 0<=b<=7 * 1001 1010 pppp pbbb *____________________________________________________________________________ */ int cl_avr::sbi_A_b(t_mem code) { uint addr, mask; addr= ((code&0xf8)>>3)+0x20; mask= 1 << (code&7); t_mem d= mask | ram->read(addr); ram->write(addr, d); tick(1); return(resGO); } /* * Bit Load from the T Flag in SREG to a Bit in Register * BLD Rd,b 0<=d<=31, 0<=b<=7 * 1111 100d dddd 0bbb *____________________________________________________________________________ */ int cl_avr::bld_Rd_b(t_mem code) { t_addr d; int b, mask; t_mem data; d= (code&0x1f0)>>4; b= code&7; mask= 1<read(SREG) & BIT_T) data= ram->read(d) | mask; else data= ram->read(d) & ~mask; ram->write(d, data); return(resGO); } /* * Bit Store from Bit in Register to T Flag in SREG * BST Rd,b 0<=d<=31, 0<=b<=7 * 1111 101d dddd Xbbb *____________________________________________________________________________ */ int cl_avr::bst_Rd_b(t_mem code) { t_addr d; int b, mask; d= (code&0x1f0)>>4; b= code&7; mask= 1<read(d); if (data & mask) ram->set_bit1(SREG, BIT_T); else ram->set_bit0(SREG, BIT_T); return(resGO); } /* End of avr.src/bit_inst.cc */ sdcc-2.9.0/sim/ucsim/avr.src/clean.mk000066400000000000000000000014771116427777700173730ustar00rootroot00000000000000# avr.src/clean.mk # Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] *.map rm -f .[a-z]*~ rm -f savr$(EXEEXT) # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f config.cache config.log config.status rm -f Makefile *.dep rm -f *.obj *.list *.lst *.hex # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean # End of avr.src/clean.mk sdcc-2.9.0/sim/ucsim/avr.src/conf.mk000066400000000000000000000003341116427777700172250ustar00rootroot00000000000000# avr.src/conf.mk # # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of avr.src/conf.mk sdcc-2.9.0/sim/ucsim/avr.src/glob.cc000066400000000000000000000176671116427777700172220ustar00rootroot00000000000000/* * Simulator of microcontrollers (glob.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include #include "stypes.h" struct dis_entry disass_avr[]= { { 0x0000, 0xffff, ' ', 1, "nop" }, { 0x9488, 0xffff, ' ', 1, "clc" }, { 0x94d8, 0xffff, ' ', 1, "clh" }, { 0x94f8, 0xffff, ' ', 1, "cli" }, { 0x94a8, 0xffff, ' ', 1, "cln" }, { 0x94c8, 0xffff, ' ', 1, "cls" }, { 0x94e8, 0xffff, ' ', 1, "clt" }, { 0x94b8, 0xffff, ' ', 1, "clv" }, { 0x9498, 0xffff, ' ', 1, "clz" }, { 0x9408, 0xffff, ' ', 1, "sec" }, { 0x9458, 0xffff, ' ', 1, "seh" }, { 0x9478, 0xffff, ' ', 1, "sei" }, { 0x9428, 0xffff, ' ', 1, "sen" }, { 0x9448, 0xffff, ' ', 1, "ses" }, { 0x9468, 0xffff, ' ', 1, "set" }, { 0x9438, 0xffff, ' ', 1, "sev" }, { 0x9418, 0xffff, ' ', 1, "sez" }, { 0x1c00, 0xfc00, ' ', 1, "adc %d,%r" }, { 0x0c00, 0xfc00, ' ', 1, "add %d,%r" }, { 0x9600, 0xff00, ' ', 1, "adiw %2,%6" }, { 0x2000, 0xfc00, ' ', 1, "and %d,%r" }, { 0x7000, 0xf000, ' ', 1, "andi %D,%K" }, { 0x9405, 0xfe0f, ' ', 1, "asr %d" }, { 0x9488, 0xff8f, ' ', 1, "bclr %s" }, { 0xf800, 0xfe08, ' ', 1, "bld %d,%b" }, { 0xf400, 0xfc07, ' ', 1, "brcc %k" }, { 0xf000, 0xfc07, ' ', 1, "brcs %k" }, { 0xf001, 0xfc07, ' ', 1, "breq %k" }, { 0xf404, 0xfc07, ' ', 1, "brge %k" }, { 0xf405, 0xfc07, ' ', 1, "brhc %k" }, { 0xf005, 0xfc07, ' ', 1, "brhs %k" }, { 0xf407, 0xfc07, ' ', 1, "brid %k" }, { 0xf007, 0xfc07, ' ', 1, "brie %k" }, { 0xf000, 0xfc07, ' ', 1, "brlo %k" }, { 0xf004, 0xfc07, ' ', 1, "brlt %k" }, { 0xf002, 0xfc07, ' ', 1, "brmi %k" }, { 0xf401, 0xfc07, ' ', 1, "brne %k" }, { 0xf402, 0xfc07, ' ', 1, "brpl %k" }, { 0xf400, 0xfc07, ' ', 1, "brsh %k" }, { 0xf406, 0xfc07, ' ', 1, "brtc %k" }, { 0xf006, 0xfc07, ' ', 1, "brts %k" }, { 0xf403, 0xfc07, ' ', 1, "brvc %k" }, { 0xf003, 0xfc07, ' ', 1, "brvs %k" }, { 0xf400, 0xfc00, ' ', 1, "brbc %b,%k" }, { 0xf000, 0xfc00, ' ', 1, "brbs %b,%k" }, { 0x9408, 0xff8f, ' ', 1, "bset %s" }, { 0xfa00, 0xfe00, ' ', 1, "bst %d,%b" }, { 0x940e, 0xfe0e, 'l', 2, "call %A" }, { 0x9800, 0xff00, ' ', 1, "cbi %P,%b" }, { 0x9400, 0xfe0f, ' ', 1, "com %d" }, { 0x1400, 0xfc00, ' ', 1, "cp %d,%r" }, { 0x0400, 0xfc00, ' ', 1, "cpc %d,%r" }, { 0x3000, 0xf000, ' ', 1, "cpi %D,%K" }, { 0x1000, 0xfc00, ' ', 1, "cpse %d,%r" }, { 0x940a, 0xfe0f, ' ', 1, "dec %d" }, { 0x2400, 0xfc00, ' ', 1, "eor %d,%r" }, { 0x9509, 0xff0f, ' ', 1, "icall" }, { 0x9409, 0xff0f, ' ', 1, "ijmp" }, { 0xb000, 0xf800, ' ', 1, "in %d,%p" }, { 0x9403, 0xfe0f, ' ', 1, "inc %d" }, { 0x940c, 0xfe0e, ' ', 2, "jmp %A" }, { 0x900c, 0xfe0f, ' ', 1, "ld %d,X" }, { 0x900d, 0xfe0f, ' ', 1, "ld %d,X+" }, { 0x900e, 0xfe0f, ' ', 1, "ld %d,-X" }, { 0x8008, 0xfe0f, ' ', 1, "ld %d,Y" }, { 0x9009, 0xfe0f, ' ', 1, "ld %d,Y+" }, { 0x900a, 0xfe0f, ' ', 1, "ld %d,-Y" }, { 0x8008, 0xd208, ' ', 1, "ldd %d,Y+%q" }, { 0x8000, 0xfe0f, ' ', 1, "ld %d,Z" }, { 0x9001, 0xfe0f, ' ', 1, "ld %d,Z+" }, { 0x9002, 0xfe0f, ' ', 1, "ld %d,-Z" }, { 0x8000, 0xd208, ' ', 1, "ldd %d,Z+%q" }, { 0xe000, 0xf000, ' ', 1, "ldi %D,%K" }, { 0x9000, 0xfe0f, ' ', 2, "lds %d,%R" }, { 0x95c8, 0xffff, ' ', 1, "lpm" }, { 0x95d8, 0xffff, ' ', 1, "elpm" }, // in some devices equal to lpm { 0x9406, 0xfe0f, ' ', 1, "lsr %d" }, { 0x2c00, 0xfc00, ' ', 1, "mov %d,%r" }, { 0x9c00, 0xfc00, ' ', 1, "mul %d,%r" }, { 0x9401, 0xfe0f, ' ', 1, "neg %d" }, { 0x2800, 0xfc00, ' ', 1, "or %d,%r" }, { 0x6000, 0xf000, ' ', 1, "ori %d,%K" }, { 0xb800, 0xf800, ' ', 1, "out %p,%d" }, { 0x900f, 0xfe0f, ' ', 1, "pop %d" }, { 0x920f, 0xfe0f, ' ', 1, "push %d" }, { 0xd000, 0xf000, ' ', 1, "rcall %a" }, { 0x9508, 0xff9f, ' ', 1, "ret" }, { 0x9518, 0xff9f, ' ', 1, "reti" }, { 0xc000, 0xf000, ' ', 1, "rjmp %a" }, { 0x9407, 0xfe0f, ' ', 1, "ror %d" }, { 0x0800, 0xfc00, ' ', 1, "sbc %d,%r" }, { 0x4000, 0xf000, ' ', 1, "sbci %D,%K" }, { 0x9a00, 0xff00, ' ', 1, "sbi %P,%b" }, { 0x9900, 0xff00, ' ', 1, "sbic %P,%b" }, { 0x9b00, 0xff00, ' ', 1, "sbis %P,%b" }, { 0x9700, 0xff00, ' ', 1, "sbiw %2,%6" }, { 0x6000, 0xf000, ' ', 1, "sbr %D,%K" }, { 0xfc00, 0xfe00, ' ', 1, "sbrc %d,%b" }, { 0xfe00, 0xfe00, ' ', 1, "sbrs %d,%b" }, { 0xef0f, 0xff0f, ' ', 1, "ser %D" }, { 0x9588, 0xffef, ' ', 1, "sleep" }, { 0x920c, 0xfe0f, ' ', 1, "st X,%d" }, { 0x920d, 0xfe0f, ' ', 1, "st X+,%d" }, { 0x920e, 0xfe0f, ' ', 1, "st -X,%d" }, { 0x8208, 0xfe0f, ' ', 1, "st Y,%d" }, { 0x9209, 0xfe0f, ' ', 1, "st Y+,%d" }, { 0x920a, 0xfe0f, ' ', 1, "st -Y,%d" }, { 0x8208, 0xd208, ' ', 1, "std Y+%q,%d" }, { 0x8200, 0xfe0f, ' ', 1, "st Z,%d" }, { 0x9201, 0xfe0f, ' ', 1, "st Z+,%d" }, { 0x9202, 0xfe0f, ' ', 1, "st -Z,%d" }, { 0x8200, 0xd208, ' ', 1, "std Z+%q,%d" }, { 0x9200, 0xfe0f, ' ', 2, "sts %R,%d" }, { 0x1800, 0xfc00, ' ', 1, "sub %d,%r" }, { 0x5000, 0xf000, ' ', 1, "subi %D,%K" }, { 0x9402, 0xfe0f, ' ', 1, "swap %d" }, { 0x95a8, 0xffef, ' ', 1, "wdr" }, { 0, 0, 0, 0, NULL } }; // Addresses are IRAM addresses! struct name_entry sfr_tabl[]= { { CPU_ALL_AVR, 0x001a, "XL"}, { CPU_ALL_AVR, 0x001a, "XL" }, { CPU_ALL_AVR, 0x001b, "XH" }, { CPU_ALL_AVR, 0x001c, "YL" }, { CPU_ALL_AVR, 0x001d, "YH" }, { CPU_ALL_AVR, 0x001e, "ZL" }, { CPU_ALL_AVR, 0x001f, "ZH" }, { CPU_ALL_AVR, 0x0024, "ADCL" }, { CPU_ALL_AVR, 0x0025, "ADCH" }, { CPU_ALL_AVR, 0x0026, "ADCSR" }, { CPU_ALL_AVR, 0x0027, "ADMUX" }, { CPU_ALL_AVR, 0x0028, "ACSR" }, { CPU_ALL_AVR, 0x0029, "UBRR" }, { CPU_ALL_AVR, 0x002A, "UCR" }, { CPU_ALL_AVR, 0x002B, "USR" }, { CPU_ALL_AVR, 0x002C, "UDR" }, { CPU_ALL_AVR, 0x002D, "SPCR" }, { CPU_ALL_AVR, 0x002E, "SPSR" }, { CPU_ALL_AVR, 0x002F, "SPDR" }, { CPU_ALL_AVR, 0x0030, "PIND" }, { CPU_ALL_AVR, 0x0031, "DDRD" }, { CPU_ALL_AVR, 0x0032, "PORTD" }, { CPU_ALL_AVR, 0x0033, "PINC" }, { CPU_ALL_AVR, 0x0034, "DDRC" }, { CPU_ALL_AVR, 0x0035, "PORTC" }, { CPU_ALL_AVR, 0x0036, "PINB" }, { CPU_ALL_AVR, 0x0037, "DDRB" }, { CPU_ALL_AVR, 0x0038, "PORTB" }, { CPU_ALL_AVR, 0x0039, "PINA" }, { CPU_ALL_AVR, 0x003A, "DDRA" }, { CPU_ALL_AVR, 0x003B, "PORTA" }, { CPU_ALL_AVR, 0x003C, "EECR" }, { CPU_ALL_AVR, 0x003D, "EEDR" }, { CPU_ALL_AVR, 0x003E, "EEARL" }, { CPU_ALL_AVR, 0x003E, "EEARH" }, { CPU_ALL_AVR, 0x0041, "WDTCR" }, { CPU_ALL_AVR, 0x0042, "ASSR" }, { CPU_ALL_AVR, 0x0043, "OCR2" }, { CPU_ALL_AVR, 0x0044, "TCNT2" }, { CPU_ALL_AVR, 0x0045, "TCCR2" }, { CPU_ALL_AVR, 0x0046, "ICR1L" }, { CPU_ALL_AVR, 0x0047, "ICR1H" }, { CPU_ALL_AVR, 0x0048, "OCR1BL" }, { CPU_ALL_AVR, 0x0049, "OCR1BH" }, { CPU_ALL_AVR, 0x004A, "OCR1AL" }, { CPU_ALL_AVR, 0x004B, "OCR1AH" }, { CPU_ALL_AVR, 0x004C, "TCNT1L" }, { CPU_ALL_AVR, 0x004D, "TCNT1H" }, { CPU_ALL_AVR, 0x004E, "TCCR1B" }, { CPU_ALL_AVR, 0x004F, "TCCR1A" }, { CPU_ALL_AVR, 0x0052, "TCNT0" }, { CPU_ALL_AVR, 0x0053, "TCCR0" }, { CPU_ALL_AVR, 0x0054, "MCUSR" }, { CPU_ALL_AVR, 0x0055, "MCUCR" }, { CPU_ALL_AVR, 0x0058, "TIFR" }, { CPU_ALL_AVR, 0x0059, "TIMSK" }, { CPU_ALL_AVR, 0x005A, "GIFR" }, { CPU_ALL_AVR, 0x005B, "GIMSK" }, { CPU_ALL_AVR, 0x005D, "SPL" }, { CPU_ALL_AVR, 0x005E, "SPH" }, { CPU_ALL_AVR, 0x005F, "SREG" }, {0, 0} }; /* End of avr.src/glob.cc */ sdcc-2.9.0/sim/ucsim/avr.src/glob.h000066400000000000000000000021141116427777700170410ustar00rootroot00000000000000/* * Simulator of microcontrollers (glob.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef GLOB_HEADER #define GLOB_HEADER #include "stypes.h" extern struct dis_entry disass_avr[]; extern struct name_entry sfr_tabl[]; #endif /* End of avr.src/glob.h */ sdcc-2.9.0/sim/ucsim/avr.src/info_1001.txt000066400000000000000000000022451116427777700201070ustar00rootroot00000000000000LDS Rd,k 1001 000d dddd 0000 LD Rd,Z+ 1001 000d dddd 0001 LD Rd,-Z 1001 000d dddd 0010 LPM Rd,Z 1001 000d dddd 0100 LPM Rd,Z+ 1001 000d dddd 0101 ELMP Rd,Z 1001 000d dddd 0110 ELMP Rd,Z+ 1001 000d dddd 0111 LD Rd,Y+ 1001 000d dddd 1001 LD Rd,-Y 1001 000d dddd 1010 LD Rd,X 1001 000d dddd 1100 LD Rd,X+ 1001 000d dddd 1101 LD Rd,-X 1001 000d dddd 1110 POP Rd 1001 000d dddd 1111 STS k,Rr 1001 001d dddd 0000 ST Z+,Rr 1001 001r rrrr 0001 ST -Z,Rr 1001 001r rrrr 0010 ST Y+,Rr 1001 001r rrrr 1001 ST -Y,Rr 1001 001r rrrr 1010 ST X,Rr 1001 001r rrrr 1100 ST X+,Rr 1001 001r rrrr 1101 ST -X,Rr 1001 001r rrrr 1110 PUSH Rr 1001 001d dddd 1111 COM Rd 1001 010d dddd 0000 NEG Rd 1001 010d dddd 0001 SWAP Rd 1001 010d dddd 0010 INC Rd 1001 010d dddd 0011 ASR Rd 1001 010d dddd 0101 LSR Rd 1001 010d dddd 0110 ROR Rd 1001 010d dddd 0111 DEC Rd 1001 010d dddd 1010 JMP k 1001 010k kkkk 110k CALL k 1001 010k kkkk 111k BSET s 1001 0100 0sss 1000 BCLR s 1001 0100 1sss 1000 ADIW Rd,K 1001 0110 KKdd KKKK SBIW Rd,K 1001 0111 KKdd KKKK CBI A,b 1001 1000 AAAA Abbb SBIC A,b 1001 1001 AAAA Abbb SBI A,b 1001 1010 AAAA Abbb SBIS A,b 1001 1011 AAAA Abbb MUL Rd,Rr 1001 11rd dddd rrrr sdcc-2.9.0/sim/ucsim/avr.src/info_1111.txt000066400000000000000000000015571116427777700201160ustar00rootroot00000000000000BRCS k 1111 00kk kkkk k000 =BRBS 0,k =BRLO k BRLO k 1111 00kk kkkk k000 =BRBS 0,k =BRCS k BREQ k 1111 00kk kkkk k001 =BRBS 1,k BRMI k 1111 00kk kkkk k010 =BRBS 2,k BRVS k 1111 00kk kkkk k011 =BRBS 3,k BRLT k 1111 00kk kkkk k100 =BRBS 4,k BRHS k 1111 00kk kkkk k101 =BRBS 5,k BRTS k 1111 00kk kkkk k110 =BRBS 6,k BRIE k 1111 00kk kkkk k111 =BRBS 7,k BRBS s,k 1111 00kk kkkk ksss BRCC k 1111 01kk kkkk k000 =BRBC 0,k BRHS k 1111 01kk kkkk k000 =BRBC 0,k BRNE k 1111 01kk kkkk k001 =BRBC 1,k BRPL k 1111 01kk kkkk k010 =BRBC 2,k BRVC k 1111 01kk kkkk k011 =BRBC 3,k BRGE k 1111 01kk kkkk k100 =BRBC 4,k BRHC k 1111 01kk kkkk k101 =BRBC 5,k BRTC k 1111 01kk kkkk k110 =BRBC 6,k BRID k 1111 01kk kkkk k111 =BRBC 7,k BRBC s,k 1111 01kk kkkk ksss BLD Rd,b 1111 100d dddd 0bbb BST Rd,b 1111 101d dddd 0bbb SBRC Rr,b 1111 110r rrrr 0bbb SBRS Rr,b 1111 111r rrrr 0bbb sdcc-2.9.0/sim/ucsim/avr.src/info_types.txt000066400000000000000000000020021116427777700206610ustar00rootroot00000000000000 inst Flash EE SRAM I/O Vcc Speed AT90S1200 89 1K 64 0 15 2.7-6.0 0-12 AT90S2313 118 2K 128 128 15 2.7-6.0 0-10 AT90S2323 118 2K 128 128 3 4.0-6.0 0-10 AT90LS2323 118 2K 128 128 3 2.7-6.0 0-4 AT90S2343 118 2K 128 128 5 4.0-6.0 0-10 AT90LS2343 118 2K 128 128 5 2.7-6.0 0-4 AT90S2333 118 2K 128 128 20 4.0-6.0 0-8 AT90LS2333 118 2K 128 128 20 2.7-6.0 0-4 AT90S4433 118 4K 256 128 20 4.0-6.0 0-8 AT90LS4433 118 4K 256 128 20 2.7-6.0 0-4 AT90S4414 118 4K 256 256 32 2.7-6.0 0-8 AT90S4434 118 4K 256 256 32 4.0-6.0 0-8 AT90LS4434 118 4K 256 256 32 2.7-6.0 0-4 AT90S8535 118 8K 512 512 32 4.0-6.0 0-8 AT90LS8535 118 8K 512 512 32 2.7-6.0 0-4 AT90S8515 118 8K 512 512 32 2.7-6.0 0-8 ATmega603 121 64K 2K 4K 32 4.0-5.5 0-6 ATmega603L 121 64K 2K 4K 32 2.7-3.6 0-4 ATmega103 121 128K 4K 4K 32 4.0-5.5 0-6 ATmega103L 121 128K 4K 4K 32 2.7-3.6 0-4 1200 2313 2323 2343 2333 4333 4414/34 8535/15 603 103sdcc-2.9.0/sim/ucsim/avr.src/inst.cc000066400000000000000000000035501116427777700172360ustar00rootroot00000000000000/* * Simulator of microcontrollers (inst.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" // local #include "avrcl.h" #include "regsavr.h" /* * No Instruction * NOP * 0000 0000 0000 0000 *---------------------------------------------------------------------------- */ int cl_avr::nop(t_mem code) { return(resGO); } /* * Sleep * SLEEP * 1001 0101 100X 1000 *____________________________________________________________________________ */ int cl_avr::sleep(t_mem code) { sleep_executed= 1; return(resGO); } /* * Watchdog Reset * WDR * 1001 0101 101X 1000 *____________________________________________________________________________ */ int cl_avr::wdr(t_mem code) { //FIXME return(resGO); } /* * Set all bits in Register * SER Rd 16<=d<=31 * 1110 1111 dddd 1111 *____________________________________________________________________________ */ int cl_avr::ser_Rd(t_mem code) { t_addr d= (code&0xf0)>>4; t_mem data= 0xff; ram->write(d, data); return(resGO); } /* End of avr.src/inst.cc */ sdcc-2.9.0/sim/ucsim/avr.src/instcl.h000066400000000000000000000002701116427777700174130ustar00rootroot00000000000000/* avr.src/instcl.h */ virtual int nop(t_mem code); virtual int sleep(t_mem code); virtual int wdr(t_mem code); virtual int ser_Rd(t_mem code); /* End of avr.src/instcl.h */ sdcc-2.9.0/sim/ucsim/avr.src/jump_cl.h000066400000000000000000000012041116427777700175460ustar00rootroot00000000000000/* avr.src/jump_cl.h */ virtual int ijmp(t_mem code); virtual int eijmp(t_mem code); virtual int icall(t_mem code); virtual int eicall(t_mem code); virtual int ret(t_mem code); virtual int reti(t_mem code); virtual int rjmp_k(t_mem code); virtual int rcall_k(t_mem code); virtual int cpse_Rd_Rr(t_mem code); virtual int jmp_k(t_mem code); virtual int call_k(t_mem code); virtual int brbs_s_k(t_mem code); virtual int brbc_s_k(t_mem code); virtual int sbrc_Rr_b(t_mem code); virtual int sbrs_Rr_b(t_mem code); virtual int sbic_P_b(t_mem code); virtual int sbis_P_b(t_mem code); /* End of avr.src/jump_cl.h */ sdcc-2.9.0/sim/ucsim/avr.src/jump_inst.cc000066400000000000000000000167021116427777700202740ustar00rootroot00000000000000/* * Simulator of microcontrollers (jmp_inst.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "avrcl.h" #include "regsavr.h" /* * Indirect Jump * IJMP * 1001 0100 XXXX 1001 *____________________________________________________________________________ */ int cl_avr::ijmp(t_mem code) { t_addr z; z= ram->get(ZH)*256 + ram->get(ZL); PC= rom->validate_address((PC & ~0xffff) | z); //FIXME: analyze return(resGO); } int cl_avr::eijmp(t_mem code) { return(resGO); } /* * Indirect Call to Subroutine * ICALL * 1001 0101 XXXX 1001 *____________________________________________________________________________ */ int cl_avr::icall(t_mem code) { t_mem zl, zh; t_addr z; push_addr(PC); zl= ram->read(ZL); zh= ram->read(ZH); z= zh*256 + zl; PC= (PC & ~0xffff) | (z & 0xffff); //FIXME: analyze tick(2); return(resGO); } int cl_avr::eicall(t_mem code) { return(resGO); } /* * Return from Subroutine * RET * 1001 0101 0XX0 1000 *____________________________________________________________________________ */ int cl_avr::ret(t_mem code) { t_addr a; pop_addr(&a); PC= rom->validate_address(a); tick(3); return(resGO); } /* * Return from Interrupt * RETI * 1001 0101 0XX1 1000 *____________________________________________________________________________ */ int cl_avr::reti(t_mem code) { t_addr a; pop_addr(&a); PC= rom->validate_address(a); t_mem sreg= ram->read(SREG); sreg|= BIT_I; ram->write(SREG, sreg); tick(3); return(resGO); } /* * Relative Jump * RJMP k -2K<=k<=2K * 1100 kkkk kkkk kkkk *____________________________________________________________________________ */ int cl_avr::rjmp_k(t_mem code) { long k= code & 0xfff; if (k & 0x800) k|= -4096; PC= rom->validate_address((signed)PC + (signed)k); tick(1); return(resGO); } /* * Relative Call to Subroutine * RCALL k * 1101 kkkk kkkk kkkk -1K<=k<=+1k *____________________________________________________________________________ */ int cl_avr::rcall_k(t_mem code) { t_addr k; push_addr(PC); k= code & 0xfff; if (k & 0x800) k|= ~0xfff; PC= rom->validate_address((signed)PC + (signed)k); tick(2); return(resGO); } /* * Compare Skip if Equal * CPSE Rd,Rr 0<=d<=31, 0<=r<=31 * 0001 00rd dddd rrrr *____________________________________________________________________________ */ int cl_avr::cpse_Rd_Rr(t_mem code) { t_addr d, r; d= (code&0x1f0)>>4; r= ((code&0x200)>>5)|(code&0xf); if (ram->read(r) == ram->read(d)) { t_mem next_code= rom->get(PC); int i= 0; struct dis_entry *dt= dis_tbl(); while ((next_code & dt[i].mask) != dt[i].code && dt[i].mnemonic) i++; if (dt[i].mnemonic != NULL) { PC= rom->validate_address(PC + dt[i].length); tick(1); } else return(resINV_INST); } return(resGO); } /* * Jump * JMP k 0<=k<=4M * 1001 010k kkkk 110k * kkkk kkkk kkkk kkkk *____________________________________________________________________________ */ int cl_avr::jmp_k(t_mem code) { t_addr k; k= ((code&0x1f0)>>3)|(code&1); k= (k<<16)|fetch(); PC= rom->validate_address(k); tick(2); return(resGO); } /* * Long Call to a Subroutine * CALL k 0<=k<=64k/4M * 1001 010k kkkk 111k * kkkk kkkk kkkk kkkk *____________________________________________________________________________ */ int cl_avr::call_k(t_mem code) { t_addr k; k= (((code&0x1f0)>>3)|(code&1))*0x10000; k= k + fetch(); push_addr(PC); PC= rom->validate_address(k); tick(3); return(resGO); } /* * Branch if Bit in SREG is Set * BRBS s,k 0<=s<=7, -64<=k<=+63 * 1111 00kk kkkk ksss *____________________________________________________________________________ */ int cl_avr::brbs_s_k(t_mem code) { int s, k; k= (code&0x3f8)>>3; s= code&7; t_mem sreg= ram->get(SREG); t_mem mask= 1<validate_address((signed)PC+k); tick(1); } return(resGO); } /* * Branch if Bit in SREG is Cleared * BRBC s,k 0<=s<=7, -64<=k<=+63 * 1111 01kk kkkk ksss *____________________________________________________________________________ */ int cl_avr::brbc_s_k(t_mem code) { int s, k; k= (code&0x3f8)>>3; s= code&7; t_mem sreg= ram->get(SREG); t_mem mask= 1<validate_address((signed)PC+k); tick(1); } return(resGO); } /* * Skip if Bit in Register is Cleared * SBRC Rr,b 0<=r<=31, 0<=b<=7 * 1111 110r rrrr Xbbb *____________________________________________________________________________ */ int cl_avr::sbrc_Rr_b(t_mem code) { t_addr r= (code&0x1f0)>>4; int b= code&7; t_mem mask= 1<read(r) & mask)) { t_mem next_code= rom->get(PC); int i= 0; struct dis_entry *dt= dis_tbl(); while ((next_code & dt[i].mask) != dt[i].code && dt[i].mnemonic) i++; if (dt[i].mnemonic != NULL) { PC= rom->validate_address(PC + dt[i].length); tick(1); } else return(resINV_INST); } return(resGO); } /* * Skip if Bit in Register is Set * SBRS Rr,b 0<=r<=31, 0<=b<=7 * 1111 111r rrrr Xbbb *____________________________________________________________________________ */ int cl_avr::sbrs_Rr_b(t_mem code) { t_addr r= (code&0x1f0)>>4; int b= code&7; t_mem mask= 1<read(r) & mask) { t_mem next_code= rom->get(PC); int i= 0; struct dis_entry *dt= dis_tbl(); while ((next_code & dt[i].mask) != dt[i].code && dt[i].mnemonic) i++; if (dt[i].mnemonic != NULL) { PC= rom->validate_address(PC + dt[i].length); tick(1); } else return(resINV_INST); } return(resGO); } /* * Skip if Bit in I/O Register is Clear * SBIC P,b 0<=P<=31 0<=b<=7 * 1001 1001 pppp pbbb *____________________________________________________________________________ */ int cl_avr::sbic_P_b(t_mem code) { uint addr, mask; addr= ((code&0xf8)>>3)+0x20; mask= 1 << (code&7); if (0 == (mask & ram->read(addr))) { code= fetch(); int size= inst_length(code); while (size > 1) { fetch(); size--; } tick(1); } return(resGO); } /* * Skip if Bit in I/O Register is Set * SBIS P,b 0<=P<=31 0<=b<=7 * 1001 1011 pppp pbbb *____________________________________________________________________________ */ int cl_avr::sbis_P_b(t_mem code) { uint addr, mask; addr= ((code&0xf8)>>3)+0x20; mask= 1 << (code&7); if (mask & ram->read(addr)) { code= fetch(); int size= inst_length(code); while (size > 1) { fetch(); size--; } tick(1); } return(resGO); } /* End of avr.src/jump_inst.cc */ sdcc-2.9.0/sim/ucsim/avr.src/logic_cl.h000066400000000000000000000003621116427777700176740ustar00rootroot00000000000000/* avr.src/logic_cl.h */ virtual int ori_Rd_K(t_mem code); virtual int andi_Rd_K(t_mem code); virtual int and_Rd_Rr(t_mem code); virtual int eor_Rd_Rr(t_mem code); virtual int or_Rd_Rr(t_mem code); /* End of avr.src/logic_cl.h */ sdcc-2.9.0/sim/ucsim/avr.src/logic_inst.cc000066400000000000000000000055351116427777700204200ustar00rootroot00000000000000/* * Simulator of microcontrollers (logic_inst.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "avrcl.h" #include "regsavr.h" /* * Logical OR with Immediate * ORI Rd,K 16<=d<=31 0<=K<=255 * 0110 KKKK dddd KKKK *____________________________________________________________________________ */ int cl_avr::ori_Rd_K(t_mem code) { t_addr d; t_mem K, data; d= (code&0xf0)>>4; K= ((code&0xf00)>>4)|(code&0xf); data= K | ram->read(d); ram->write(d+16, data); set_zn0s(data); return(resGO); } /* * Logical AND with Immediate * ANDI Rd,K 16<=d<=31 0<=K<=255 * 0111 KKKK dddd KKKK *____________________________________________________________________________ */ int cl_avr::andi_Rd_K(t_mem code) { t_addr d; t_mem K, data; d= (code&0xf0)>>4; K= ((code&0xf00)>>4)|(code&0xf); data= K & ram->read(d); ram->write(d+16, data); set_zn0s(data); return(resGO); } /* * Logical AND * AND Rd,Rr 0<=d<=31 0<=r<=31 * 0010 00rd dddd rrrr *____________________________________________________________________________ */ int cl_avr::and_Rd_Rr(t_mem code) { t_addr d, r; t_mem data; d= (code&0x1f0)>>4; r= ((code&0x200)>>5)|(code&0xf); data= ram->read(d) & ram->read(r); ram->write(d, data); set_zn0s(data); return(resGO); } /* * Exclusive OR * EOR Rd,Rr 0<=d<=31 0<=r<=31 * 0010 01rd dddd rrrr *____________________________________________________________________________ */ int cl_avr::eor_Rd_Rr(t_mem code) { t_addr d, r; t_mem data; d= (code&0x1f0)>>4; r= ((code&0x200)>>5)|(code&0xf); data= ram->read(d) ^ ram->read(r); ram->write(d, data); set_zn0s(data); return(resGO); } /* * Logical OR * OR Rd,Rr 0<=d<=31 0<=r<=31 * 0010 10rd dddd rrrr *____________________________________________________________________________ */ int cl_avr::or_Rd_Rr(t_mem code) { t_addr d, r; t_mem data; d= (code&0x1f0)>>4; r= ((code&0x200)>>5)|(code&0xf); data= ram->read(d) | ram->read(r); ram->write(d, data); set_zn0s(data); return(resGO); } /* End of avr.src/logic_inst.cc */ sdcc-2.9.0/sim/ucsim/avr.src/move_cl.h000066400000000000000000000024771116427777700175560ustar00rootroot00000000000000/* avr.src/move_cl.h */ virtual int lpm(t_mem code); virtual int elpm(t_mem code); virtual int spm(t_mem code); virtual int espm(t_mem code); virtual int ldi_Rd_K(t_mem code); virtual int movw_Rd_Rr(t_mem code); virtual int lds_Rd_k(t_mem code); virtual int ld_Rd_ZS(t_mem code); virtual int ld_Rd_SZ(t_mem code); virtual int lpm_Rd_Z(t_mem code); virtual int lpm_Rd_ZS(t_mem code); virtual int elpm_Rd_Z(t_mem code); virtual int elpm_Rd_ZS(t_mem code); virtual int ld_Rd_YS(t_mem code); virtual int ld_Rd_SY(t_mem code); virtual int ld_Rd_X(t_mem code); virtual int ld_Rd_XS(t_mem code); virtual int ld_Rd_SX(t_mem code); virtual int pop_Rd(t_mem code); virtual int sts_k_Rr(t_mem code); virtual int st_ZS_Rr(t_mem code); virtual int st_SZ_Rr(t_mem code); virtual int st_YS_Rr(t_mem code); virtual int st_SY_Rr(t_mem code); virtual int st_X_Rr(t_mem code); virtual int st_XS_Rr(t_mem code); virtual int st_SX_Rr(t_mem code); virtual int push_Rr(t_mem code); virtual int swap_Rd(t_mem code); virtual int ldd_Rd_Z_q(t_mem code); virtual int ldd_Rd_Y_q(t_mem code); virtual int std_Z_q_Rr(t_mem code); virtual int std_Y_q_Rr(t_mem code); virtual int in_Rd_A(t_mem code); virtual int out_A_Rr(t_mem code); virtual int mov_Rd_Rr(t_mem code); /* End of avr.src/move_cl.h */ sdcc-2.9.0/sim/ucsim/avr.src/move_inst.cc000066400000000000000000000316501116427777700202660ustar00rootroot00000000000000/* * Simulator of microcontrollers (move_inst.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "avrcl.h" #include "regsavr.h" /* * Load Program Memory * LPM * 1001 0101 110X 1000 *____________________________________________________________________________ */ int cl_avr::lpm(t_mem code) { t_addr addr; t_mem data; addr= ram->get(ZH)*256 + ram->get(ZL); data= rom->read(addr); if (addr & 1) ram->/*write*/set(0, (data>>8)&0xff); else ram->/*write*/set(0, data&0xff); tick(2); return(resGO); } int cl_avr::elpm(t_mem code) { return(resGO); } int cl_avr::spm(t_mem code) { return(resGO); } int cl_avr::espm(t_mem code) { return(resGO); } /* * Load Immediate * LDI Rd,K 16<=d<=31 0<=K<=255 * 1110 KKKK dddd KKKK *____________________________________________________________________________ */ int cl_avr::ldi_Rd_K(t_mem code) { t_addr d; t_mem K; d= (code&0xf0)>>4; K= ((code&0xf00)>>4)|(code&0xf); ram->write(d+16, K); return(resGO); } int cl_avr::movw_Rd_Rr(t_mem code) { return(resGO); } /* * Load Indirect From SRAM to Register using Index Z * LDD Rd,Z+q 0<=d<=31, 0<=q<=63 * 10q0 qq0d dddd 0qqq *____________________________________________________________________________ */ int cl_avr::ldd_Rd_Z_q(t_mem code) { int d, q; t_addr z; d= (code&0x1f0)>>4; q= ((code&0x2000)>>8)|((code&0xc00)>>7)|(code&0x7); z= ram->get(ZH)*256 + ram->get(ZL); t_mem data= ram->read(z+q); ram->write(d, data); tick(1); return(resGO); } /* * Load Indirect From SRAM to Register using Index Y * LDD Rd,Y+q 0<=d<=31, 0<=q<=63 * 10q0 qq0d dddd 1qqq *____________________________________________________________________________ */ int cl_avr::ldd_Rd_Y_q(t_mem code) { int d, q; t_addr y; d= (code&0x1f0)>>4; q= ((code&0x2000)>>8)|((code&0xc00)>>7)|(code&0x7); y= ram->get(YH)*256 + ram->get(YL); t_mem data= ram->read(y+q); ram->write(d, data); tick(1); return(resGO); } /* * Store Indirect From Register to SRAM using Index Z * ST Z+q,Rr 0<=r<=31, 0<=q<=63 * 10q0 qq1r rrrr 0qqq *____________________________________________________________________________ */ int cl_avr::std_Z_q_Rr(t_mem code) { int r, q; t_addr z; r= (code&0x1f0)>>4; q= ((code&0x2000)>>8)|((code&0xc00)>>7)|(code&0x7); z= ram->get(ZH)*256 + ram->get(ZL); t_mem data= ram->read(r); ram->write(z+q, data); tick(1); return(resGO); } /* * Store Indirect From Register to SRAM using Index Y * ST Y+q,Rr 0<=r<=31, 0<=q<=63 * 10q0 qq1r rrrr 1qqq *____________________________________________________________________________ */ int cl_avr::std_Y_q_Rr(t_mem code) { int r, q; t_addr y; r= (code&0x1f0)>>4; q= ((code&0x2000)>>8)|((code&0xc00)>>7)|(code&0x7); y= ram->get(YH)*256 + ram->get(YL); t_mem data= ram->read(r); ram->write(y+q, data); tick(1); return(resGO); } /* * Load Direct from SRAM * LDS Rd,k 0<=d<=31, 0<=k<=65535 * 1001 000d dddd 0000 * kkkk kkkk kkkk kkkk *____________________________________________________________________________ */ int cl_avr::lds_Rd_k(t_mem code) { t_addr d, k; d= (code&0x1f0)>>4; k= fetch(); t_mem data= ram->read(k); ram->write(d, data); tick(2); return(resGO); } /* * Load Indirect From SRAM to register using Index Z * LD Rd,Z+ 0<=d<=31 * 1001 000d dddd 0001 *____________________________________________________________________________ */ int cl_avr::ld_Rd_ZS(t_mem code) { t_addr z, d; d= (code&0x1f0)>>4; z= ram->get(ZH)*256 + ram->get(ZL); t_mem data= ram->read(z); ram->write(d, data); ram->set(ZL, data= (ram->get(ZL)+1)&0xff); if (!data) ram->set(ZH, (ram->get(ZH)+1)&0xff); tick(1); return(resGO); } /* * Load Indirect From SRAM to register using Index Z * LD Rd,-Z 0<=d<=31 * 1001 000d dddd 0010 *____________________________________________________________________________ */ int cl_avr::ld_Rd_SZ(t_mem code) { t_addr z, d; t_mem data; d= (code&0x1f0)>>4; ram->set(ZL, z= (ram->get(ZL)-1)&0xff); if (z == 0xff) ram->set(ZH, (ram->get(ZH)-1)&0xff); z= ram->get(ZH)*256 + z; data= ram->read(z); ram->write(d, data); tick(1); return(resGO); } int cl_avr::lpm_Rd_Z(t_mem code) { return(resGO); } int cl_avr::lpm_Rd_ZS(t_mem code) { return(resGO); } int cl_avr::elpm_Rd_Z(t_mem code) { return(resGO); } int cl_avr::elpm_Rd_ZS(t_mem code) { return(resGO); } /* * Load Indirect From SRAM to register using Index Y * LD Rd,Y+ 0<=d<=31 * 1001 000d dddd 1001 *____________________________________________________________________________ */ int cl_avr::ld_Rd_YS(t_mem code) { t_addr y, d; d= (code&0x1f0)>>4; y= ram->get(YH)*256 + ram->get(YL); t_mem data= ram->read(y); ram->write(d, data); ram->set(YL, data= (ram->get(YL)+1)&0xff); if (!data) ram->set(YH, (ram->get(YH)+1)&0xff); tick(1); return(resGO); } /* * Load Indirect From SRAM to register using Index Y * LD Rd,-Y 0<=d<=31 * 1001 000d dddd 1010 *____________________________________________________________________________ */ int cl_avr::ld_Rd_SY(t_mem code) { t_addr y, d; t_mem data; d= (code&0x1f0)>>4; ram->set(YL, y= (ram->get(YL)-1)&0xff); if (y == 0xff) ram->set(YH, (ram->get(YH)-1)&0xff); y= ram->get(YH)*256 + y; data= ram->read(y); ram->write(d, data); tick(1); return(resGO); } /* * Load Indirect From SRAM to register using Index X * LD Rd,X 0<=d<=31 * 1001 000d dddd 1100 *____________________________________________________________________________ */ int cl_avr::ld_Rd_X(t_mem code) { t_addr x, d; d= (code&0x1f0)>>4; x= ram->get(XH)*256 + ram->get(XL); t_mem data= ram->read(x); ram->write(d, data); tick(1); return(resGO); } /* * Load Indirect From SRAM to register using Index X * LD Rd,X+ 0<=d<=31 * 1001 000d dddd 1101 *____________________________________________________________________________ */ int cl_avr::ld_Rd_XS(t_mem code) { t_addr x, d; d= (code&0x1f0)>>4; x= ram->get(XH)*256 + ram->get(XL); t_mem data= ram->read(x); ram->write(d, data); ram->set(XL, data= (ram->get(XL)+1)&0xff); if (!data) ram->set(XH, (ram->get(XH)+1)&0xff); tick(1); return(resGO); } /* * Load Indirect From SRAM to register using Index X * LD Rd,-X 0<=d<=31 * 1001 000d dddd 1110 *____________________________________________________________________________ */ int cl_avr::ld_Rd_SX(t_mem code) { t_addr x, d; t_mem data; d= (code&0x1f0)>>4; ram->set(XL, x= (ram->get(XL)-1)&0xff); if (x == 0xff) ram->set(XH, (ram->get(XH)-1)&0xff); x= ram->get(XH)*256 + x; data= ram->read(x); ram->write(d, data); tick(1); return(resGO); } /* * Pop Register from Stack * POP Rd 0<=d<=31 * 1001 000d dddd 1111 *____________________________________________________________________________ */ int cl_avr::pop_Rd(t_mem code) { t_addr d; t_mem D; d= (code&0x1f0)>>4; pop_data(&D); ram->write(d, D); tick(1); return(resGO); } /* * Store Direct to SRAM * STS k,Rr 0<=r<=31, 0<=k<=65535 * 1001 001r rrrr 0000 * kkkk kkkk kkkk kkkk *____________________________________________________________________________ */ int cl_avr::sts_k_Rr(t_mem code) { t_addr r, k; r= (code&0x1f0)>>4; k= fetch(); t_mem data= ram->read(r); ram->write(k, data); tick(2); return(resGO); } /* * Store Indirect From Register to SRAM using Index Z * ST Z+,Rr 0<=r<=63 * 1001 001r rrrr 0001 *____________________________________________________________________________ */ int cl_avr::st_ZS_Rr(t_mem code) { t_addr z, r; r= (code&0x1f0)>>4; z= ram->get(ZH)*256 + ram->get(ZL); t_mem data= ram->read(r); ram->write(z, data); ram->set(ZL, data= (ram->get(ZL)+1)&0xff); if (!data) ram->set(ZH, (ram->get(ZH)+1)&0xff); tick(1); return(resGO); } /* * Store Indirect From Register to SRAM using Index Z * ST -Z,Rr 0<=r<=63 * 1001 001r rrrr 0010 *____________________________________________________________________________ */ int cl_avr::st_SZ_Rr(t_mem code) { t_addr z, r; t_mem data; r= (code&0x1f0)>>4; ram->set(ZL, z= (ram->get(ZL)-1)&0xff); if (z == 0xff) ram->set(ZH, (ram->get(ZH)-1)&0xff); z= ram->get(ZH)*256 + z; data= ram->read(r); ram->write(z, data); tick(1); return(resGO); } /* * Store Indirect From Register to SRAM using Index Y * ST Y+,Rr 0<=r<=63 * 1001 001r rrrr 1001 *____________________________________________________________________________ */ int cl_avr::st_YS_Rr(t_mem code) { t_addr y, r; r= (code&0x1f0)>>4; y= ram->get(YH)*256 + ram->get(YL); t_mem data= ram->read(r); ram->write(y, data); ram->set(YL, data= (ram->get(YL)+1)&0xff); if (!data) ram->set(YH, (ram->get(YH)+1)&0xff); tick(1); return(resGO); } /* * Store Indirect From Register to SRAM using Index Y * ST -Y,Rr 0<=r<=63 * 1001 001r rrrr 1010 *____________________________________________________________________________ */ int cl_avr::st_SY_Rr(t_mem code) { t_addr y, r; t_mem data; r= (code&0x1f0)>>4; ram->set(YL, y= (ram->get(YL)-1)&0xff); if (y == 0xff) ram->set(YH, (ram->get(YH)-1)&0xff); y= ram->get(YH)*256 + y; data= ram->read(r); ram->write(y, data); tick(1); return(resGO); } /* * Store Indirect From Register to SRAM using Index X * ST X,Rr 0<=r<=31 * 1001 001r rrrr 1100 *____________________________________________________________________________ */ int cl_avr::st_X_Rr(t_mem code) { int r; t_addr x; r= (code&0x1f0)>>4; x= ram->get(XH)*256 + ram->get(XL); t_mem data= ram->read(r); ram->write(x, data); tick(1); return(resGO); } /* * Store Indirect From Register to SRAM using Index X * ST X+,Rr 0<=r<=63 * 1001 001r rrrr 1101 *____________________________________________________________________________ */ int cl_avr::st_XS_Rr(t_mem code) { t_addr x, r; r= (code&0x1f0)>>4; x= ram->get(XH)*256 + ram->get(XL); t_mem data= ram->read(r); ram->write(x, data); ram->set(XL, data= (ram->get(XL)+1)&0xff); if (!data) ram->set(XH, (ram->get(XH)+1)&0xff); tick(1); return(resGO); } /* * Store Indirect From Register to SRAM using Index X * ST -X,Rr 0<=r<=63 * 1001 001r rrrr 1110 *____________________________________________________________________________ */ int cl_avr::st_SX_Rr(t_mem code) { t_addr x, r; t_mem data; r= (code&0x1f0)>>4; ram->set(XL, x= (ram->get(XL)-1)&0xff); if (x == 0xff) ram->set(XH, (ram->get(XH)-1)&0xff); x= ram->get(XH)*256 + x; data= ram->read(r); ram->write(x, data); tick(1); return(resGO); } /* * Push register on Stack * PUSH Rr 0<=r<=31 * 1001 001d dddd 1111 *____________________________________________________________________________ */ int cl_avr::push_Rr(t_mem code) { t_addr d; t_mem D; d= (code&0x1f0)>>4; D= ram->read(d); push_data(D); tick(1); return(resGO); } /* * Swap Nibbles * SWAP Rd 0<=d<=31 * 1001 010d dddd 0010 *____________________________________________________________________________ */ int cl_avr::swap_Rd(t_mem code) { t_addr d; t_mem data, temp; d= (code&0x1f0)>>4; data= ram->read(d); temp= (data>>4)&0xf; data= (data<<4)|temp; ram->write(d, data); return(resGO); } /* * Load an I/O Port to Register * IN Rd,P 0<=d<=31 0<=P<=63 * 1011 0PPd dddd PPPP *____________________________________________________________________________ */ int cl_avr::in_Rd_A(t_mem code) { t_mem P, data; t_addr d; P= ((code&0x600)>>5)|(code&0xf); d= (code&0x1f0)>>4; data= ram->read(P+0x20); ram->write(d, data); return(resGO); } /* * Store Register to I/O Port * OUT P,Rr 0<=r<=31 0<=P<=63 * 1011 1PPr rrrr PPPP *____________________________________________________________________________ */ int cl_avr::out_A_Rr(t_mem code) { t_mem P, data; t_addr r; P= ((code&0x600)>>5)|(code&0xf); r= (code&0x1f0)>>4; data= ram->read(r); ram->write(P+0x20, data); return(resGO); } /* * Copy Register * MOV Rd,Rr 0<=d<=31 0<=r<=31 * 0010 11rd dddd rrrr *____________________________________________________________________________ */ int cl_avr::mov_Rd_Rr(t_mem code) { t_addr d, r; d= (code&0x1f0)>>4; r= ((code&0x200)>>5)|(code&0xf); t_mem data= ram->read(r); ram->write(d, data); return(resGO); } /* End of avr.src/move_inst.cc */ sdcc-2.9.0/sim/ucsim/avr.src/port.cc000066400000000000000000000024751116427777700172520ustar00rootroot00000000000000/* * Simulator of microcontrollers (port.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include #include "portcl.h" cl_port::cl_port(class cl_uc *auc): cl_hw(auc, HW_PORT, 0, "port") { //uc->register_hw_read(MEM_SFR, 2, this); //uc->register_hw_read(MEM_SFR, 4, this); } /*ulong cl_port::read(class cl_mem *mem, long addr) { switch (addr) { case 2: return(22); case 4: return(44); } return(cl_hw::read(mem, addr)); }*/ /* End of avr.src/port.cc */ sdcc-2.9.0/sim/ucsim/avr.src/portcl.h000066400000000000000000000022041116427777700174210ustar00rootroot00000000000000/* * Simulator of microcontrollers (portcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef PORTCL_HEADER #define PORTCL_HEADER #include "hwcl.h" class cl_port: public cl_hw { public: cl_port(class cl_uc *auc); //virtual ulong read(class cl_mem *mem, long addr); }; #endif /* End of avr.src/portcl.h */ sdcc-2.9.0/sim/ucsim/avr.src/regsavr.h000066400000000000000000000047151116427777700176000ustar00rootroot00000000000000/* * Simulator of microcontrollers (regsavr.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef REGSAVR_HEADER #define REGSAVR_HEADER /* * Registers, absolute data space addresses */ #define X 0x001a #define XL 0x001a #define XH 0x001b #define Y 0x001c #define YL 0x001c #define YH 0x001d #define Z 0x001e #define ZL 0x001e #define ZH 0x001f #define ADCL 0x0024 #define ADCH 0x0025 #define ADCSR 0x0026 #define ADMUX 0x0027 #define ACSR 0x0028 #define UBRR 0x0029 #define UCR 0x002A #define USR 0x002B #define UDR 0x002C #define SPCR 0x002D #define SPSR 0x002E #define SPDR 0x002F #define PIND 0x0030 #define DDRD 0x0031 #define PORTD 0x0032 #define PINC 0x0033 #define DDRC 0x0034 #define PORTC 0x0035 #define PINB 0x0036 #define DDRB 0x0037 #define PORTB 0x0038 #define PINA 0x0039 #define DDRA 0x003A #define PORTA 0x003B #define EECR 0x003C #define EEDR 0x003D #define EEARL 0x003E #define EEARH 0x003E #define WDTCR 0x0041 #define ASSR 0x0042 #define OCR2 0x0043 #define TCNT2 0x0044 #define TCCR2 0x0045 #define ICR1L 0x0046 #define ICR1H 0x0047 #define OCR1BL 0x0048 #define OCR1BH 0x0049 #define OCR1AL 0x004A #define OCR1AH 0x004B #define TCNT1L 0x004C #define TCNT1H 0x004D #define TCCR1B 0x004E #define TCCR1A 0x004F #define TCNT0 0x0052 #define TCCR0 0x0053 #define MCUSR 0x0054 #define MCUCR 0x0055 #define TIFR 0x0058 #define TIMSK 0x0059 #define GIFR 0x005A #define GIMSK 0x005B #define SPL 0x005D #define SPH 0x005E #define SREG 0x005F /* Bits of SREG */ #define BIT_I 0x80 #define BIT_T 0x40 #define BIT_H 0x20 #define BIT_S 0x10 #define BIT_V 0x08 #define BIT_N 0x04 #define BIT_Z 0x02 #define BIT_C 0x01 #endif /* End of avr.src/regsavr.h */ sdcc-2.9.0/sim/ucsim/avr.src/savr.cc000066400000000000000000000024611116427777700172340ustar00rootroot00000000000000/* * Simulator of microcontrollers (savr.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include // prj #include "globals.h" // sim.src #include "appcl.h" // local #include "simavrcl.h" int main(int argc, char *argv[]) { class cl_sim *sim; application= new cl_app(); application->init(argc, argv); sim= new cl_simavr(application); sim->init(); application->set_simulator(sim); sim->main(); delete application; return(0); } /* End of avr.src/savr.cc */ sdcc-2.9.0/sim/ucsim/avr.src/simavr.cc000066400000000000000000000022721116427777700175620ustar00rootroot00000000000000/* * Simulator of microcontrollers (simavr.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ //#include // sim.src #include "appcl.h" // local #include "simavrcl.h" #include "avrcl.h" cl_simavr::cl_simavr(class cl_app *the_app): cl_sim(the_app) {} class cl_uc * cl_simavr::mk_controller(void) { return(new cl_avr(this)); } /* End of avr.src/simavr.cc */ sdcc-2.9.0/sim/ucsim/avr.src/simavrcl.h000066400000000000000000000022151116427777700177400ustar00rootroot00000000000000/* * Simulator of microcontrollers (simavrcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIMAVRCL_HEADER #define SIMAVRCL_HEADER #include "simcl.h" class cl_simavr: public cl_sim { public: cl_simavr(class cl_app *the_app); virtual class cl_uc *mk_controller(void); }; #endif /* End of avr.src/simavrcl.h */ sdcc-2.9.0/sim/ucsim/avr.src/test_arith.asm000066400000000000000000000017541116427777700206260ustar00rootroot00000000000000 nop clr r0 out $3f,r0 ; jmp t2 ldi r16,$12 mov r2,r16 inc r16 inc r2 ldi r17,$ff inc r17 ldi r18,$7f inc r18 nop t1: ldi r16,10 ; 10+20 ldi r17,20 add r16,r17 in r0,$3f mov r18,r16 ldi r16,127 ; 127+10 ldi r17,10 add r16,r17 in r1,$3f mov r19,r16 ldi r16,255 ; 255+2 ldi r17,2 add r16,r17 in r2,$3f mov r20,r16 ldi r16,255 ; 255+1 ldi r17,1 add r16,r17 in r3,$3f mov r21,r16 ldi r16,10 ; 10+6 ldi r17,6 add r16,r17 in r4,$3f mov r22,r16 nop ldi r16,-10 ; -10-20 ldi r17,-20 add r16,r17 in r5,$3f mov r23,r16 ldi r16,-120 ; -120-30 ldi r17,-30 add r16,r17 in r6,$3f mov r24,r16 nop ldi r16,254 ; 254+1 +0 ldi r17,1 clc adc r16,r17 in r7,$3f mov r25,r16 ldi r16,254 ; 254+1 +1 sec adc r16,r17 in r8,$3f mov r26,r16 nop t2: ldi r24,0 ldi r25,0 adiw r24,20 ldi r26,low($0fff) ldi r27,high($0fff) adiw r26,2 ldi r28,low($fff0) ldi r29,high($fff0) adiw r28,$f adiw r28,1 done: jmp done copyright: .db "(c) 2000 Talker Bt." sdcc-2.9.0/sim/ucsim/avr.src/test_bit.asm000066400000000000000000000012531116427777700202670ustar00rootroot00000000000000 jmp t11 ldi r17,0 sbi 0,0 sbis 0,0 ldi r17,1 cbi 0,0 sbis 0,0 ldi r17,2 nop ldi r17,0 cbi 0,0 sbic 0,0 ldi r17,1 sbi 0,0 sbic 0,0 ldi r17,2 nop clr r0 out $3f,r0 sec sen sez sei ses sev set seh ;ld sreg,$ff clc cln clz cli cls clv clt clh nop sbi 0,0 sbi 0,1 sbi 0,2 sbi 0,3 sbi 0,4 sbi 0,5 sbi 0,6 sbi 0,7 nop sbi $10,4 sbi $1f,7 nop cbi 0,0 cbi 0,1 cbi 0,2 cbi 0,3 cbi 0,4 cbi 0,5 cbi 0,6 cbi 0,7 t1: ldi r16,$55 bst r16,0 bst r16,1 bst r16,2 bst r16,3 bst r16,4 bst r16,5 bst r16,6 bst r16,7 t11: ldi r16,0 set bld r16,0 ldi r16,1 clt bld r16,0 nop copyright: .db "(c) 1999,2000 Talker Bt." sdcc-2.9.0/sim/ucsim/avr.src/test_call.asm000066400000000000000000000002061116427777700204210ustar00rootroot00000000000000 nop ldi r16,$ff out $3d,r16 ldi r16,$01 out $3e,r16 nop call sub1 nop sub1: nop ret copyright: .db "(c) 2000 talker Bt." sdcc-2.9.0/sim/ucsim/avr.src/test_dis.asm000066400000000000000000000034311116427777700202700ustar00rootroot00000000000000 nop adc r1,r31 add r2,r30 adiw r24,54 and r4,r29 andi r16,253 asr r5 bclr 7 bld r6,6 lab1: nop brbc 0,lab1 brbc 1,lab1 brbc 2,lab1 brbc 3,lab1 brbc 4,lab1 brbc 5,lab1 brbc 6,lab1 brbc 7,lab1 lab2: brbs 0,lab3 brbs 1,lab3 brbs 2,lab3 brbs 3,lab3 brbs 4,lab3 brbs 5,lab3 brbs 6,lab3 brbs 7,lab3 lab3: brcc lab4 brcc lab3 lab4: brcs lab5 brcs lab4 lab5: breq lab6 breq lab5 lab6: brge lab7 brge lab6 lab7: brhc lab8 brhc lab7 lab8: brhs lab9 brhs lab8 lab9: brid lab10 brid lab9 lab10: brie lab11 brie lab10 lab11: brlo lab12 brlo lab11 lab12: brlt lab13 brlt lab12 lab13: brmi lab14 brmi lab13 lab14: brne lab15 brne lab14 lab15: brpl lab16 brpl lab15 lab16: brsh lab17 brsh lab16 lab17: brtc lab18 brtc lab17 lab18: brts lab19 brts lab18 lab19: brvc lab20 brvc lab19 lab20: brvs lab21 brvs lab20 lab21: bset 6 bst r7,5 call 0 call lab1 call lab22 nop lab22: cbi $8,4 clc clh cli cln cls clt clv clz com r9 cp r10,r11 cpc r12,r13 cpi r16,95 cpse r14,r15 dec r17 eor r18,r19 icall ijmp in r20,9 inc r21 jmp lab1 jmp lab23 ld r22,x ld r23,x+ ld r24,-x ld r25,y ld r26,y+ ld r27,-y ldd r28,y+63 ld r29,z ld r30,z+ ld r31,-z ldd r0,z+1 ldi r17,170 lds r1,12345 lpm ;elpm lsr r2 mov r3,r4 mul r5,r6 neg r7 or r8,r9 ori r18,85 out 9,r10 pop r11 push r12 rcall lab1 rcall lab23 nop lab23: ret reti rjmp lab23 rjmp lab24 nop lab24: ror r13 sbc r14,r15 sbci r19,83 sbi 10,2 sbic 11,3 sbis 12,4 sbiw r26,60 sbr r19,254 sbrc r20,5 sbrs r21,6 sec seh sei sen ses set sev sez ser r22 sleep st x,r23 st x+,r24 st -x,r25 st y,r26 st y+,r27 st -y,r28 std y+34,r29 st z,r30 st z+,r31 st -z,r0 st z+35,r1 sts $ff00,r2 sub r3,r4 subi r31,123 swap r4 wdr nop a: jmp a .db "(c) 1999 Talker Bt." sdcc-2.9.0/sim/ucsim/avr.src/test_jmp.asm000066400000000000000000000010571116427777700203010ustar00rootroot00000000000000 nop jmp skip nop skip: ldi r16,12 ldi r17,13 cpse r16,r17 inc r16 cpse r16,r17 inc r16 inc r16 nop nop ldi r16,0 sbrc r16,0 nop sbrc r16,1 jmp 0 sbrs r16,2 ldi r16,$ff sbrs r16,7 nop sbrs r16,6 jmp 0 nop t0: ; rjmp -$100 bclr 0 brbs 0,b0_1 brbc 0,b0_1 nop b2_0: nop b1_0: bclr 1 brbs 1,b1_1 brbc 1,b1_1 nop b0_1: bset 0 brbc 0,b1_0 brbs 0,b1_0 nop b1_1: bset 1 brbc 1,b2_0 brbs 1,b2_0 nop t1: ldi r30,low(t11) ldi r31,high(t11) ijmp nop t11: rjmp t2 nop t2: rjmp t0 nop copyright: .db "(c) 2000 talker Bt." sdcc-2.9.0/sim/ucsim/avr.src/test_mov.asm000066400000000000000000000020121116427777700203040ustar00rootroot00000000000000;X = 0x001a ;XL = 0x001a ;XH = 0x001b ;Y = 0x001c ;YL = 0x001c ;YH = 0x001d ;Z = 0x001e ;ZL = 0x001e .equ ZH =$1f jmp t42 ldi r16,0 ldi r16,16 ldi r17,0 ldi r17,17 ldi r30,0 ldi r30,30 ldi r30,255 t1: ldi r30,low(copyright) ldi r31,high(copyright) lpm ldi r30,low(copyright+1) ldi r31,high(copyright+1) lpm t2: ldi r31,0 ldi r30,100 ldi r16,$65 std z+1,r16 std z+63,r16 ldd r1,z+1 ldd r2,z+63 t21: ldi r31,0 ldi r30,255 ldi r18,88 std z,r18 ld r6,z+ ld r7,-z t3: ldi r29,0 ldi r28,100 ldi r17,$45 std y+2,r17 std y+62,r17 ldd r3,y+2 ldd r4,y+62 t31: ldi r29,0 ldi r28,255 ldi r19,$55 std y,r19 ld r8,y+ ld r9,-y t32: ldi r27,0 ldi r26,255 ldi r19,$70 st x,r19 ld r20,x ld r10,x+ ld r11,-x t4: ldi r31,0 ldi r30,255 ldi r16,66 ldi r17,77 st z+,r16 st -z,r17 t41: ldi r29,0 ldi r28,255 ldi r18,88 ldi r19,99 st y+,r18 st -y,r19 t42: ldi r27,0 ldi r26,255 ldi r20,22 ldi r21,11 st x+,r20 st -x,r21 lds r5,162 sts 161,r5 nop copyright: .db "(c) 2000 Talker Bt." sdcc-2.9.0/sim/ucsim/clean.mk000066400000000000000000000014271116427777700160100ustar00rootroot00000000000000# Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] *.so ucsim$(EXEEXT) rm -f .[a-z]*~ ptt # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f config.cache config.log config.status rm -f ddconfig.h main.mk Makefile *.dep rm -rf autom4te.cache # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean sdcc-2.9.0/sim/ucsim/cmd.src/000077500000000000000000000000001116427777700157225ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/cmd.src/(c).1000066400000000000000000000016361116427777700163550ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/@@F@@) * * Copyright (C) @@S@@,@@Y@@ Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ sdcc-2.9.0/sim/ucsim/cmd.src/FlexLexer.h000066400000000000000000000000001116427777700177570ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/cmd.src/Makefile.in000066400000000000000000000054751116427777700200020ustar00rootroot00000000000000# # ucsim cmd.src/Makefile # # (c) Drotos Daniel, Talker Bt. 1997 # STARTYEAR = 1997 SHELL = /bin/sh CXX = @CXX@ CPP = @CPP@ CXXCPP = @CXXCPP@ RANLIB = @RANLIB@ INSTALL = @INSTALL@ LEX = @LEX@ YACC = @YACC@ BISON_PLUS_PLUS = @BISON_PLUS_PLUS@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ DEFS = $(subs -DHAVE_CONFIG_H,,@DEFS@) CPPFLAGS = @CPPFLAGS@ -I$(srcdir) -I$(top_srcdir) -I$(top_builddir) \ -I$(top_srcdir)/sim.src -I$(top_srcdir)/gui.src CFLAGS = @CFLAGS@ -Wall CXXFLAGS = @CXXFLAGS@ -Wall M_OR_MM = @M_OR_MM@ WINSOCK_AVAIL = @WINSOCK_AVAIL@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ srcdir = @srcdir@ VPATH = @srcdir@ OBJECTS = cmdset.o command.o cmdutil.o syntax.o \ get.o set.o timer.o bp.o info.o show.o cmdgui.o cmdconf.o \ cmduc.o cmdstat.o cmdmem.o \ cmdpars.o cmdlex.o newcmd.o ifeq ($(WINSOCK_AVAIL), 1) OBJECTS += newcmdwin32.o else OBJECTS += newcmdposix.o endif DEVEL = $(shell test -e $(top_builddir)/devel && echo yes) # Compiling entire program or any subproject # ------------------------------------------ all: checkconf cmdlib cmd.src: all # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs # Deleting all the installed files # -------------------------------- uninstall: # Performing self-test # -------------------- check: test: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(srcdir)/*.cc $(srcdir)/*.h $(CXXCPP) $(CPPFLAGS) $(M_OR_MM) $(addprefix $(srcdir)/, $(OBJECTS:.o=.cc)) >Makefile.dep -include Makefile.dep include $(srcdir)/clean.mk cmdpars.cc: cmdpars.y ifeq ($(DEVEL),yes) cmdlex.cc: cmdlex.l cmdpars.h endif # My rules # -------- cmdlib: $(top_builddir)/libcmd.a $(top_builddir)/libcmd.a: $(OBJECTS) ar -rcu $*.a $(OBJECTS) $(RANLIB) $*.a .cc.o: $(CXX) $(CXXFLAGS) $(CPPFLAGS) $(TARGET_ARCH) -c $< -o $@ #.y.cc: # rm -f $*.cc $*.h # $(YACC) -d $< # mv y.tab.c $*.cc # mv y.tab.h $*.h ifeq ($(DEVEL),yes) .y.cc: rm -f $*.cc $*.h $(BISON_PLUS_PLUS) -d -o $*.cc $< .l.cc: rm -f $*.cc $(LEX) --c++ -o $*.cc $< endif # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of cmd.src/Makefile.in sdcc-2.9.0/sim/ucsim/cmd.src/bp.cc000066400000000000000000000117071116427777700166400ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/bp.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include "stdlib.h" // sim #include "brkcl.h" #include "argcl.h" #include "simcl.h" // cmd #include "cmdsetcl.h" #include "bpcl.h" /* * BREAK command */ //int //cl_break_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_break_cmd) { t_addr addr= 0; int hit= 1; char op; class cl_address_space *mem; class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; if (cmdline->syntax_match(uc, ADDRESS)) { addr= params[0]->value.address; hit= 1; do_fetch(uc, addr, hit, con); } else if (cmdline->syntax_match(uc, ADDRESS NUMBER)) { addr= params[0]->value.address; hit= params[1]->value.number; do_fetch(uc, addr, hit, con); } else if (cmdline->syntax_match(uc, MEMORY STRING ADDRESS)) { mem= params[0]->value.memory.address_space; op= *(params[1]->get_svalue()); addr= params[2]->value.address; hit= 1; do_event(uc, mem, op, addr, hit, con); } else if (cmdline->syntax_match(uc, MEMORY STRING ADDRESS NUMBER)) { mem= params[0]->value.memory.address_space; op= *(params[1]->get_svalue()); addr= params[2]->value.address; hit= params[3]->value.number; do_event(uc, mem, op, addr, hit, con); } else { con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); return(DD_FALSE); } return(DD_FALSE); } void cl_break_cmd::do_fetch(class cl_uc *uc, t_addr addr, int hit, class cl_console_base *con) { if (hit > 99999) { con->dd_printf("Hit value %d is too big.\n", hit); return; } if (uc->fbrk->bp_at(addr)) con->dd_printf("Breakpoint at 0x%06x is already set.\n", addr); else { class cl_brk *b= new cl_fetch_brk(uc->address_space(MEM_ROM_ID), uc->make_new_brknr(), addr, perm, hit); b->init(); uc->fbrk->add_bp(b); const char *s= uc->disass(addr, NULL); con->dd_printf("Breakpoint %d at 0x%06x: %s\n", b->nr, addr, s); free((char *)s); } } void cl_break_cmd::do_event(class cl_uc *uc, class cl_address_space *mem, char op, t_addr addr, int hit, class cl_console_base *con) { class cl_ev_brk *b= NULL; b= uc->mk_ebrk(perm, mem, op, addr, hit); if (b) uc->ebrk->add_bp(b); else con->dd_printf("Couldn't make event breakpoint\n"); } /* * CLEAR address */ //int //cl_clear_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_clear_cmd) { int idx; class cl_brk *brk= uc->fbrk->get_bp(uc->PC, &idx); if (cmdline->param(0) == 0) { if (!brk) { con->dd_printf("No breakpoint at this address.\n"); return(0); } uc->fbrk->del_bp(uc->PC); return(0); } int i= 0; class cl_cmd_arg *param; while ((param= cmdline->param(i++))) { t_addr addr; if (!param->as_address(uc)) return(DD_FALSE); addr= param->value.address; if (uc->fbrk->bp_at(addr) == 0) con->dd_printf("No breakpoint at 0x%06x\n", addr); else uc->fbrk->del_bp(addr); } return(DD_FALSE); } /* * DELETE nr nr ... */ //int //cl_delete_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_delete_cmd) { if (cmdline->param(0) == 0) { // delete all uc->remove_all_breaks(); } else { int i= 0; class cl_cmd_arg *param; while ((param= cmdline->param(i++))) { long num; if (param->get_ivalue(&num)) { if (!uc->rm_brk(num)) con->dd_printf("Error\n"); } } } return(DD_FALSE); } /* End of cmd.src/bp.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/bpcl.h000066400000000000000000000034561116427777700170230ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/bpcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_BPCL_HEADER #define CMD_BPCL_HEADER #include "newcmdcl.h" // BREAK COMMAND_HEAD(cl_break_cmd) public: enum brk_perm perm; COMMAND_METHODS_ON(uc,cl_break_cmd) virtual void do_fetch(class cl_uc *uc, t_addr addr, int hit, class cl_console_base *con); virtual void do_event(class cl_uc *uc, class cl_address_space *mem, char op, t_addr addr, int hit, class cl_console_base *con); COMMAND_TAIL; // TBREAK class cl_tbreak_cmd: public cl_break_cmd { public: cl_tbreak_cmd(const char *aname, int can_rep, const char *short_hlp, const char *long_hlp): cl_break_cmd(aname, can_rep, short_hlp, long_hlp) {perm=brkDYNAMIC;} }; // CLEAR COMMAND_ON(uc,cl_clear_cmd); // DELETE COMMAND_ON(uc,cl_delete_cmd); #endif /* End of cmd.src/bpcl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/clean.mk000066400000000000000000000014161116427777700173370ustar00rootroot00000000000000# # ucsim cmd.src/clean.mk # # Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f config.cache config.log config.status rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean # End of cmd.src/clean.mk sdcc-2.9.0/sim/ucsim/cmd.src/cmdconf.cc000066400000000000000000000055461116427777700176540ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmdconf.cc) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // prj #include "globals.h" #include "utils.h" // sim #include "simcl.h" // local #include "cmdconfcl.h" /* * Command: conf *---------------------------------------------------------------------------- */ //int //cl_conf_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_conf_cmd) { int i; con->dd_printf("ucsim version %s\n", VERSIONSTR); con->dd_printf("Type of microcontroller: %s\n", uc->id_string()); con->dd_printf("Controller has %d hardware element(s).\n", uc->hws->count); for (i= 0; i < uc->hws->count; i++) { class cl_hw *hw= (class cl_hw *)(uc->hws->at(i)); con->dd_printf(" %s[%d]\n", hw->id_string, hw->id); } return(0); } /* * Command: conf objects *---------------------------------------------------------------------------- */ static void conf_objects_cmd_print_node(class cl_console_base *con, int indent, class cl_base *node) { if (!node) return; int i; for (i= 0; i < indent; i++) con->dd_printf(" "); const char *name= node->get_name("unknown"); con->dd_printf("%s\n", name); class cl_base *c= node->first_child(); while (c) { conf_objects_cmd_print_node(con, indent+2, c); c= node->next_child(c); } } //int //cl_conf_addmem_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_APP(cl_conf_objects_cmd) { //class cl_address_space *mem= 0; /*class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) };*/ class cl_error *cl_error_base = new cl_error(); conf_objects_cmd_print_node(con, 0, /*application*/cl_error_base->get_class()); delete cl_error_base; return(DD_FALSE); } /* End of cmd.src/cmdconf.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/cmdconfcl.h000066400000000000000000000021751116427777700200300ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmdconfcl.h) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_CMDCONF_HEADER #define CMD_CMDCONF_HEADER #include "newcmdcl.h" // CONF COMMAND_ON(uc,cl_conf_cmd); // CONF OBJECTS COMMAND_ON(app,cl_conf_objects_cmd); #endif /* End of cmd.src/cmdconfcl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/cmdgui.cc000066400000000000000000000044501116427777700175040ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmdgui.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" // prj #include "globals.h" // sim #include "simcl.h" // local #include "cmdguicl.h" /* * Command: gui start *---------------------------------------------------------------------------- */ //int //cl_gui_start_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_gui_start_cmd) { class cl_hw *hw; class cl_memory *mem; t_addr start, end; class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; if (cmdline->syntax_match(uc, HW)) { hw= params[0]->value.hw; } else if (cmdline->syntax_match(uc, MEMORY ADDRESS ADDRESS)) { mem= params[0]->value.memory.memory; start= params[1]->value.address; end= params[2]->value.address; } else { con->dd_printf("Error: wrong syntax\n" "%s\n", short_help?short_help:"no help"); } return(DD_FALSE);; } /* * Command: gui stop *---------------------------------------------------------------------------- */ //int //cl_gui_stop_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_gui_stop_cmd) { return(DD_FALSE);; } /* End of cmd.src/cmdgui.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/cmdguicl.h000066400000000000000000000021761116427777700176700ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmdguicl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_CMDGUICL_HEADER #define CMD_CMDGUICL_HEADER #include "newcmdcl.h" // GUI START COMMAND_ON(uc,cl_gui_start_cmd); // GUI STOP COMMAND_ON(uc,cl_gui_stop_cmd); #endif /* End of cmd.src/cmdguicl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/cmdlex.cc000066400000000000000000001204511116427777700175100ustar00rootroot00000000000000#line 2 "cmdlex.cc" #line 4 "cmdlex.cc" #define YY_INT_ALIGNED short int /* A lexical scanner generated by flex */ #define FLEX_SCANNER #define YY_FLEX_MAJOR_VERSION 2 #define YY_FLEX_MINOR_VERSION 5 #define YY_FLEX_SUBMINOR_VERSION 31 #if YY_FLEX_SUBMINOR_VERSION > 0 #define FLEX_BETA #endif /* The c++ scanner is a mess. The FlexLexer.h header file relies on the * following macro. */ #define yyFlexLexer yyFlexLexer /* First, we deal with platform-specific or compiler-specific issues. */ /* begin standard C headers. */ /* end standard C headers. */ /* flex integer type definitions */ #ifndef FLEXINT_H #define FLEXINT_H /* C99 systems have . Non-C99 systems may or may not. */ #if defined __STDC_VERSION__ && __STDC_VERSION__ >= 199901L #include typedef int8_t flex_int8_t; typedef uint8_t flex_uint8_t; typedef int16_t flex_int16_t; typedef uint16_t flex_uint16_t; typedef int32_t flex_int32_t; typedef uint32_t flex_uint32_t; #else typedef signed char flex_int8_t; typedef short int flex_int16_t; typedef int flex_int32_t; typedef unsigned char flex_uint8_t; typedef unsigned short int flex_uint16_t; typedef unsigned int flex_uint32_t; #endif /* ! C99 */ /* Limits of integral types. */ #ifndef INT8_MIN #define INT8_MIN (-128) #endif #ifndef INT16_MIN #define INT16_MIN (-32767-1) #endif #ifndef INT32_MIN #define INT32_MIN (-2147483647-1) #endif #ifndef INT8_MAX #define INT8_MAX (127) #endif #ifndef INT16_MAX #define INT16_MAX (32767) #endif #ifndef INT32_MAX #define INT32_MAX (2147483647) #endif #ifndef UINT8_MAX #define UINT8_MAX (255U) #endif #ifndef UINT16_MAX #define UINT16_MAX (65535U) #endif #ifndef UINT32_MAX #define UINT32_MAX (4294967295U) #endif #endif /* ! FLEXINT_H */ /* begin standard C++ headers. */ #include #include #include #include /* end standard C++ headers. */ #ifdef __cplusplus /* The "const" storage-class-modifier is valid. */ #define YY_USE_CONST #else /* ! __cplusplus */ #if __STDC__ #define YY_USE_CONST #endif /* __STDC__ */ #endif /* ! __cplusplus */ #ifdef YY_USE_CONST #define yyconst const #else #define yyconst #endif /* Returned upon end-of-file. */ #define YY_NULL 0 /* Promotes a possibly negative, possibly signed char to an unsigned * integer for use as an array index. If the signed char is negative, * we want to instead treat it as an 8-bit unsigned char, hence the * double cast. */ #define YY_SC_TO_UI(c) ((unsigned int) (unsigned char) c) /* Enter a start condition. This macro really ought to take a parameter, * but we do it the disgusting crufty way forced on us by the ()-less * definition of BEGIN. */ #define BEGIN (yy_start) = 1 + 2 * /* Translate the current start state into a value that can be later handed * to BEGIN to return to the state. The YYSTATE alias is for lex * compatibility. */ #define YY_START (((yy_start) - 1) / 2) #define YYSTATE YY_START /* Action number for EOF rule of a given start state. */ #define YY_STATE_EOF(state) (YY_END_OF_BUFFER + state + 1) /* Special action meaning "start processing a new file". */ #define YY_NEW_FILE yyrestart( yyin ) #define YY_END_OF_BUFFER_CHAR 0 /* Size of default input buffer. */ #ifndef YY_BUF_SIZE #define YY_BUF_SIZE 16384 #endif #ifndef YY_TYPEDEF_YY_BUFFER_STATE #define YY_TYPEDEF_YY_BUFFER_STATE typedef struct yy_buffer_state *YY_BUFFER_STATE; #endif extern int yyleng; #define EOB_ACT_CONTINUE_SCAN 0 #define EOB_ACT_END_OF_FILE 1 #define EOB_ACT_LAST_MATCH 2 #define YY_LESS_LINENO(n) /* Return all but the first "n" matched characters back to the input stream. */ #define yyless(n) \ do \ { \ /* Undo effects of setting up yytext. */ \ int yyless_macro_arg = (n); \ YY_LESS_LINENO(yyless_macro_arg);\ *yy_cp = (yy_hold_char); \ YY_RESTORE_YY_MORE_OFFSET \ (yy_c_buf_p) = yy_cp = yy_bp + yyless_macro_arg - YY_MORE_ADJ; \ YY_DO_BEFORE_ACTION; /* set up yytext again */ \ } \ while ( 0 ) #define unput(c) yyunput( c, (yytext_ptr) ) /* The following is because we cannot portably get our hands on size_t * (without autoconf's help, which isn't available because we want * flex-generated scanners to compile on their own). */ #ifndef YY_TYPEDEF_YY_SIZE_T #define YY_TYPEDEF_YY_SIZE_T typedef unsigned int yy_size_t; #endif #ifndef YY_STRUCT_YY_BUFFER_STATE #define YY_STRUCT_YY_BUFFER_STATE struct yy_buffer_state { std::istream* yy_input_file; char *yy_ch_buf; /* input buffer */ char *yy_buf_pos; /* current position in input buffer */ /* Size of input buffer in bytes, not including room for EOB * characters. */ yy_size_t yy_buf_size; /* Number of characters read into yy_ch_buf, not including EOB * characters. */ int yy_n_chars; /* Whether we "own" the buffer - i.e., we know we created it, * and can realloc() it to grow it, and should free() it to * delete it. */ int yy_is_our_buffer; /* Whether this is an "interactive" input source; if so, and * if we're using stdio for input, then we want to use getc() * instead of fread(), to make sure we stop fetching input after * each newline. */ int yy_is_interactive; /* Whether we're considered to be at the beginning of a line. * If so, '^' rules will be active on the next match, otherwise * not. */ int yy_at_bol; int yy_bs_lineno; /**< The line count. */ int yy_bs_column; /**< The column count. */ /* Whether to try to fill the input buffer when we reach the * end of it. */ int yy_fill_buffer; int yy_buffer_status; #define YY_BUFFER_NEW 0 #define YY_BUFFER_NORMAL 1 /* When an EOF's been seen but there's still some text to process * then we mark the buffer as YY_EOF_PENDING, to indicate that we * shouldn't try reading from the input source any more. We might * still have a bunch of tokens to match, though, because of * possible backing-up. * * When we actually see the EOF, we change the status to "new" * (via yyrestart()), so that the user can continue scanning by * just pointing yyin at a new input file. */ #define YY_BUFFER_EOF_PENDING 2 }; #endif /* !YY_STRUCT_YY_BUFFER_STATE */ /* We provide macros for accessing buffer states in case in the * future we want to put the buffer states in a more general * "scanner state". * * Returns the top of the stack, or NULL. */ #define YY_CURRENT_BUFFER ( (yy_buffer_stack) \ ? (yy_buffer_stack)[(yy_buffer_stack_top)] \ : NULL) /* Same as previous macro, but useful when we know that the buffer stack is not * NULL or when we need an lvalue. For internal use only. */ #define YY_CURRENT_BUFFER_LVALUE (yy_buffer_stack)[(yy_buffer_stack_top)] void *yyalloc (yy_size_t ); void *yyrealloc (void *,yy_size_t ); void yyfree (void * ); #define yy_new_buffer yy_create_buffer #define yy_set_interactive(is_interactive) \ { \ if ( ! YY_CURRENT_BUFFER ){ \ yyensure_buffer_stack (); \ YY_CURRENT_BUFFER_LVALUE = \ yy_create_buffer( yyin, YY_BUF_SIZE ); \ } \ YY_CURRENT_BUFFER_LVALUE->yy_is_interactive = is_interactive; \ } #define yy_set_bol(at_bol) \ { \ if ( ! YY_CURRENT_BUFFER ){\ yyensure_buffer_stack (); \ YY_CURRENT_BUFFER_LVALUE = \ yy_create_buffer( yyin, YY_BUF_SIZE ); \ } \ YY_CURRENT_BUFFER_LVALUE->yy_at_bol = at_bol; \ } #define YY_AT_BOL() (YY_CURRENT_BUFFER_LVALUE->yy_at_bol) /* Begin user sect3 */ typedef unsigned char YY_CHAR; #define yytext_ptr yytext #define YY_INTERACTIVE #include /* Done after the current pattern has been matched and before the * corresponding action - sets up yytext. */ #define YY_DO_BEFORE_ACTION \ (yytext_ptr) = yy_bp; \ yyleng = (size_t) (yy_cp - yy_bp); \ (yy_hold_char) = *yy_cp; \ *yy_cp = '\0'; \ (yy_c_buf_p) = yy_cp; #define YY_NUM_RULES 16 #define YY_END_OF_BUFFER 17 /* This struct is not used in this scanner, but its presence is necessary. */ struct yy_trans_info { flex_int32_t yy_verify; flex_int32_t yy_nxt; }; static yyconst flex_int16_t yy_accept[27] = { 0, 1, 1, 17, 15, 1, 16, 12, 6, 7, 4, 2, 3, 11, 5, 13, 13, 10, 14, 8, 9, 1, 13, 0, 14, 13, 0 } ; static yyconst flex_int32_t yy_ec[256] = { 0, 1, 1, 1, 1, 1, 1, 1, 1, 2, 3, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 2, 1, 1, 1, 1, 1, 4, 1, 5, 6, 7, 8, 1, 9, 10, 11, 12, 13, 13, 13, 13, 13, 13, 13, 13, 13, 1, 1, 1, 14, 1, 1, 1, 15, 15, 15, 15, 15, 15, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 17, 1, 18, 1, 16, 1, 15, 15, 15, 15, 15, 15, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 19, 16, 16, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 } ; static yyconst flex_int32_t yy_meta[20] = { 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 2, 2, 1, 3, 4, 1, 1, 5 } ; static yyconst flex_int16_t yy_base[30] = { 0, 0, 0, 35, 36, 32, 36, 36, 36, 36, 36, 36, 36, 36, 36, 7, 8, 36, 0, 36, 36, 23, 10, 0, 0, 0, 36, 22, 26, 30 } ; static yyconst flex_int16_t yy_def[30] = { 0, 26, 1, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 27, 26, 26, 28, 26, 26, 26, 26, 29, 28, 29, 0, 26, 26, 26 } ; static yyconst flex_int16_t yy_nxt[56] = { 0, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 18, 19, 20, 18, 22, 22, 22, 22, 22, 21, 23, 22, 24, 24, 24, 24, 25, 25, 21, 26, 3, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26 } ; static yyconst flex_int16_t yy_chk[56] = { 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 16, 16, 22, 22, 27, 21, 15, 27, 28, 28, 28, 28, 29, 29, 5, 3, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26 } ; /* The intent behind this definition is that it'll catch * any uses of REJECT which flex missed. */ #define REJECT reject_used_but_not_detected #define yymore() yymore_used_but_not_detected #define YY_MORE_ADJ 0 #define YY_RESTORE_YY_MORE_OFFSET #line 1 "cmdlex.l" #line 2 "cmdlex.l" #include "cmdlexcl.h" #include "cmdpars.h" static YY_cl_ucsim_parser_STYPE *yylval; int yywrap(void); #define tok(x) (YY_cl_ucsim_parser_CLASS::x) #define lexer_obj (dynamic_cast(this)) #line 421 "cmdlex.cc" #define INITIAL 0 #ifndef YY_NO_UNISTD_H /* Special case for "unistd.h", since it is non-ANSI. We include it way * down here because we want the user's section 1 to have been scanned first. * The user has a chance to override it with an option. */ #include #endif #ifndef YY_EXTRA_TYPE #define YY_EXTRA_TYPE void * #endif #ifndef yytext_ptr static void yy_flex_strncpy (char *,yyconst char *,int ); #endif #ifdef YY_NEED_STRLEN static int yy_flex_strlen (yyconst char * ); #endif #ifndef YY_NO_INPUT #endif /* Amount of stuff to slurp up with each read. */ #ifndef YY_READ_BUF_SIZE #define YY_READ_BUF_SIZE 8192 #endif /* Copy whatever the last rule matched to the standard output. */ #ifndef ECHO #define ECHO LexerOutput( yytext, yyleng ) #endif /* Gets input and stuffs it into "buf". number of characters read, or YY_NULL, * is returned in "result". */ #ifndef YY_INPUT #define YY_INPUT(buf,result,max_size) \ \ if ( (result = LexerInput( (char *) buf, max_size )) < 0 ) \ YY_FATAL_ERROR( "input in flex scanner failed" ); #endif /* No semi-colon after return; correct usage is to write "yyterminate();" - * we don't want an extra ';' after the "return" because that will cause * some compilers to complain about unreachable statements. */ #ifndef yyterminate #define yyterminate() return YY_NULL #endif /* Number of entries by which start-condition stack grows. */ #ifndef YY_START_STACK_INCR #define YY_START_STACK_INCR 25 #endif /* Report a fatal error. */ #ifndef YY_FATAL_ERROR #define YY_FATAL_ERROR(msg) LexerError( msg ) #endif /* end tables serialization structures and prototypes */ /* Default declaration of generated scanner - a define so the user can * easily add parameters. */ #ifndef YY_DECL #define YY_DECL_IS_OURS 1 #define YY_DECL int yyFlexLexer::yylex() #endif /* !YY_DECL */ /* Code executed at the beginning of each rule, after yytext and yyleng * have been set up. */ #ifndef YY_USER_ACTION #define YY_USER_ACTION #endif /* Code executed at the end of each rule. */ #ifndef YY_BREAK #define YY_BREAK break; #endif #define YY_RULE_SETUP \ YY_USER_ACTION /** The main scanner function which does all the work. */ YY_DECL { register yy_state_type yy_current_state; register char *yy_cp, *yy_bp; register int yy_act; #line 14 "cmdlex.l" #line 524 "cmdlex.cc" if ( (yy_init) ) { (yy_init) = 0; #ifdef YY_USER_INIT YY_USER_INIT; #endif if ( ! (yy_start) ) (yy_start) = 1; /* first start state */ if ( ! yyin ) yyin = & std::cin; if ( ! yyout ) yyout = & std::cout; if ( ! YY_CURRENT_BUFFER ) { yyensure_buffer_stack (); YY_CURRENT_BUFFER_LVALUE = yy_create_buffer( yyin, YY_BUF_SIZE ); } yy_load_buffer_state( ); } while ( 1 ) /* loops until end-of-file is reached */ { yy_cp = (yy_c_buf_p); /* Support of yytext. */ *yy_cp = (yy_hold_char); /* yy_bp points to the position in yy_ch_buf of the start of * the current run. */ yy_bp = yy_cp; yy_current_state = (yy_start); yy_match: do { register YY_CHAR yy_c = yy_ec[YY_SC_TO_UI(*yy_cp)]; if ( yy_accept[yy_current_state] ) { (yy_last_accepting_state) = yy_current_state; (yy_last_accepting_cpos) = yy_cp; } while ( yy_chk[yy_base[yy_current_state] + yy_c] != yy_current_state ) { yy_current_state = (int) yy_def[yy_current_state]; if ( yy_current_state >= 27 ) yy_c = yy_meta[(unsigned int) yy_c]; } yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c]; ++yy_cp; } while ( yy_base[yy_current_state] != 36 ); yy_find_action: yy_act = yy_accept[yy_current_state]; if ( yy_act == 0 ) { /* have to back up */ yy_cp = (yy_last_accepting_cpos); yy_current_state = (yy_last_accepting_state); yy_act = yy_accept[yy_current_state]; } YY_DO_BEFORE_ACTION; do_action: /* This label is used only to access EOF actions. */ switch ( yy_act ) { /* beginning of action switch */ case 0: /* must back up */ /* undo the effects of YY_DO_BEFORE_ACTION */ *yy_cp = (yy_hold_char); yy_cp = (yy_last_accepting_cpos); yy_current_state = (yy_last_accepting_state); goto yy_find_action; case 1: YY_RULE_SETUP #line 16 "cmdlex.l" ; YY_BREAK case 2: YY_RULE_SETUP #line 18 "cmdlex.l" return(tok(PTOK_PLUS)); YY_BREAK case 3: YY_RULE_SETUP #line 19 "cmdlex.l" return(tok(PTOK_MINUS)); YY_BREAK case 4: YY_RULE_SETUP #line 20 "cmdlex.l" return(tok(PTOK_ASTERIX)); YY_BREAK case 5: YY_RULE_SETUP #line 21 "cmdlex.l" return(tok(PTOK_SLASH)); YY_BREAK case 6: YY_RULE_SETUP #line 22 "cmdlex.l" return(tok(PTOK_LEFT_PAREN)); YY_BREAK case 7: YY_RULE_SETUP #line 23 "cmdlex.l" return(tok(PTOK_RIGHT_PAREN)); YY_BREAK case 8: YY_RULE_SETUP #line 24 "cmdlex.l" return(tok(PTOK_LEFT_BRACKET)); YY_BREAK case 9: YY_RULE_SETUP #line 25 "cmdlex.l" return(tok(PTOK_RIGHT_BRACKET)); YY_BREAK case 10: YY_RULE_SETUP #line 26 "cmdlex.l" return(tok(PTOK_EQUAL)); YY_BREAK case 11: YY_RULE_SETUP #line 27 "cmdlex.l" return(tok(PTOK_DOT)); YY_BREAK case 12: YY_RULE_SETUP #line 28 "cmdlex.l" return(tok(PTOK_AMPERSAND)); YY_BREAK case 13: YY_RULE_SETUP #line 30 "cmdlex.l" { yylval->number= strtol(yytext, 0, 0); return(YY_cl_ucsim_parser_CLASS::PTOK_NUMBER); } YY_BREAK case 14: YY_RULE_SETUP #line 35 "cmdlex.l" return(lexer_obj->check_id(yytext)); YY_BREAK case 15: YY_RULE_SETUP #line 37 "cmdlex.l" ; YY_BREAK case 16: YY_RULE_SETUP #line 39 "cmdlex.l" ECHO; YY_BREAK #line 690 "cmdlex.cc" case YY_STATE_EOF(INITIAL): yyterminate(); case YY_END_OF_BUFFER: { /* Amount of text matched not including the EOB char. */ int yy_amount_of_matched_text = (int) (yy_cp - (yytext_ptr)) - 1; /* Undo the effects of YY_DO_BEFORE_ACTION. */ *yy_cp = (yy_hold_char); YY_RESTORE_YY_MORE_OFFSET if ( YY_CURRENT_BUFFER_LVALUE->yy_buffer_status == YY_BUFFER_NEW ) { /* We're scanning a new file or input source. It's * possible that this happened because the user * just pointed yyin at a new source and called * yylex(). If so, then we have to assure * consistency between YY_CURRENT_BUFFER and our * globals. Here is the right place to do so, because * this is the first action (other than possibly a * back-up) that will match for the new input source. */ (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_n_chars; YY_CURRENT_BUFFER_LVALUE->yy_input_file = yyin; YY_CURRENT_BUFFER_LVALUE->yy_buffer_status = YY_BUFFER_NORMAL; } /* Note that here we test for yy_c_buf_p "<=" to the position * of the first EOB in the buffer, since yy_c_buf_p will * already have been incremented past the NUL character * (since all states make transitions on EOB to the * end-of-buffer state). Contrast this with the test * in input(). */ if ( (yy_c_buf_p) <= &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] ) { /* This was really a NUL. */ yy_state_type yy_next_state; (yy_c_buf_p) = (yytext_ptr) + yy_amount_of_matched_text; yy_current_state = yy_get_previous_state( ); /* Okay, we're now positioned to make the NUL * transition. We couldn't have * yy_get_previous_state() go ahead and do it * for us because it doesn't know how to deal * with the possibility of jamming (and we don't * want to build jamming into it because then it * will run more slowly). */ yy_next_state = yy_try_NUL_trans( yy_current_state ); yy_bp = (yytext_ptr) + YY_MORE_ADJ; if ( yy_next_state ) { /* Consume the NUL. */ yy_cp = ++(yy_c_buf_p); yy_current_state = yy_next_state; goto yy_match; } else { yy_cp = (yy_c_buf_p); goto yy_find_action; } } else switch ( yy_get_next_buffer( ) ) { case EOB_ACT_END_OF_FILE: { (yy_did_buffer_switch_on_eof) = 0; if ( yywrap( ) ) { /* Note: because we've taken care in * yy_get_next_buffer() to have set up * yytext, we can now set up * yy_c_buf_p so that if some total * hoser (like flex itself) wants to * call the scanner after we return the * YY_NULL, it'll still work - another * YY_NULL will get returned. */ (yy_c_buf_p) = (yytext_ptr) + YY_MORE_ADJ; yy_act = YY_STATE_EOF(YY_START); goto do_action; } else { if ( ! (yy_did_buffer_switch_on_eof) ) YY_NEW_FILE; } break; } case EOB_ACT_CONTINUE_SCAN: (yy_c_buf_p) = (yytext_ptr) + yy_amount_of_matched_text; yy_current_state = yy_get_previous_state( ); yy_cp = (yy_c_buf_p); yy_bp = (yytext_ptr) + YY_MORE_ADJ; goto yy_match; case EOB_ACT_LAST_MATCH: (yy_c_buf_p) = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)]; yy_current_state = yy_get_previous_state( ); yy_cp = (yy_c_buf_p); yy_bp = (yytext_ptr) + YY_MORE_ADJ; goto yy_find_action; } break; } default: YY_FATAL_ERROR( "fatal flex scanner internal error--no action found" ); } /* end of action switch */ } /* end of scanning one token */ } /* end of yylex */ yyFlexLexer::yyFlexLexer( std::istream* arg_yyin, std::ostream* arg_yyout ) { yyin = arg_yyin; yyout = arg_yyout; yy_c_buf_p = 0; yy_init = 1; yy_start = 0; yy_flex_debug = 0; yylineno = 1; // this will only get updated if %option yylineno yy_did_buffer_switch_on_eof = 0; yy_looking_for_trail_begin = 0; yy_more_flag = 0; yy_more_len = 0; yy_more_offset = yy_prev_more_offset = 0; yy_start_stack_ptr = yy_start_stack_depth = 0; yy_start_stack = 0; (yy_buffer_stack) = 0; (yy_buffer_stack_top) = 0; (yy_buffer_stack_max) = 0; yy_state_buf = 0; } yyFlexLexer::~yyFlexLexer() { delete [] yy_state_buf; yyfree(yy_start_stack ); yy_delete_buffer( YY_CURRENT_BUFFER ); } void yyFlexLexer::switch_streams( std::istream* new_in, std::ostream* new_out ) { if ( new_in ) { yy_delete_buffer( YY_CURRENT_BUFFER ); yy_switch_to_buffer( yy_create_buffer( new_in, YY_BUF_SIZE ) ); } if ( new_out ) yyout = new_out; } #ifdef YY_INTERACTIVE int yyFlexLexer::LexerInput( char* buf, int /* max_size */ ) #else int yyFlexLexer::LexerInput( char* buf, int max_size ) #endif { if ( yyin->eof() || yyin->fail() ) return 0; #ifdef YY_INTERACTIVE yyin->get( buf[0] ); if ( yyin->eof() ) return 0; if ( yyin->bad() ) return -1; return 1; #else (void) yyin->read( buf, max_size ); if ( yyin->bad() ) return -1; else return yyin->gcount(); #endif } void yyFlexLexer::LexerOutput( const char* buf, int size ) { (void) yyout->write( buf, size ); } /* yy_get_next_buffer - try to read in a new buffer * * Returns a code representing an action: * EOB_ACT_LAST_MATCH - * EOB_ACT_CONTINUE_SCAN - continue scanning from current position * EOB_ACT_END_OF_FILE - end of file */ int yyFlexLexer::yy_get_next_buffer() { register char *dest = YY_CURRENT_BUFFER_LVALUE->yy_ch_buf; register char *source = (yytext_ptr); register int number_to_move, i; int ret_val; if ( (yy_c_buf_p) > &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] ) YY_FATAL_ERROR( "fatal flex scanner internal error--end of buffer missed" ); if ( YY_CURRENT_BUFFER_LVALUE->yy_fill_buffer == 0 ) { /* Don't try to fill the buffer, so this is an EOF. */ if ( (yy_c_buf_p) - (yytext_ptr) - YY_MORE_ADJ == 1 ) { /* We matched a single character, the EOB, so * treat this as a final EOF. */ return EOB_ACT_END_OF_FILE; } else { /* We matched some text prior to the EOB, first * process it. */ return EOB_ACT_LAST_MATCH; } } /* Try to read more data. */ /* First move last chars to start of buffer. */ number_to_move = (int) ((yy_c_buf_p) - (yytext_ptr)) - 1; for ( i = 0; i < number_to_move; ++i ) *(dest++) = *(source++); if ( YY_CURRENT_BUFFER_LVALUE->yy_buffer_status == YY_BUFFER_EOF_PENDING ) /* don't do the read, it's not guaranteed to return an EOF, * just force an EOF */ YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars) = 0; else { size_t num_to_read = YY_CURRENT_BUFFER_LVALUE->yy_buf_size - number_to_move - 1; while ( num_to_read <= 0 ) { /* Not enough room in the buffer - grow it. */ /* just a shorter name for the current buffer */ YY_BUFFER_STATE b = YY_CURRENT_BUFFER; int yy_c_buf_p_offset = (int) ((yy_c_buf_p) - b->yy_ch_buf); if ( b->yy_is_our_buffer ) { int new_size = b->yy_buf_size * 2; if ( new_size <= 0 ) b->yy_buf_size += b->yy_buf_size / 8; else b->yy_buf_size *= 2; b->yy_ch_buf = (char *) /* Include room in for 2 EOB chars. */ yyrealloc((void *) b->yy_ch_buf,b->yy_buf_size + 2 ); } else /* Can't grow it, we don't own it. */ b->yy_ch_buf = 0; if ( ! b->yy_ch_buf ) YY_FATAL_ERROR( "fatal error - scanner input buffer overflow" ); (yy_c_buf_p) = &b->yy_ch_buf[yy_c_buf_p_offset]; num_to_read = YY_CURRENT_BUFFER_LVALUE->yy_buf_size - number_to_move - 1; } if ( num_to_read > YY_READ_BUF_SIZE ) num_to_read = YY_READ_BUF_SIZE; /* Read in more data. */ YY_INPUT( (&YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[number_to_move]), (yy_n_chars), num_to_read ); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); } if ( (yy_n_chars) == 0 ) { if ( number_to_move == YY_MORE_ADJ ) { ret_val = EOB_ACT_END_OF_FILE; yyrestart( yyin ); } else { ret_val = EOB_ACT_LAST_MATCH; YY_CURRENT_BUFFER_LVALUE->yy_buffer_status = YY_BUFFER_EOF_PENDING; } } else ret_val = EOB_ACT_CONTINUE_SCAN; (yy_n_chars) += number_to_move; YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] = YY_END_OF_BUFFER_CHAR; YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] = YY_END_OF_BUFFER_CHAR; (yytext_ptr) = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[0]; return ret_val; } /* yy_get_previous_state - get the state just before the EOB char was reached */ yy_state_type yyFlexLexer::yy_get_previous_state() { register yy_state_type yy_current_state; register char *yy_cp; yy_current_state = (yy_start); for ( yy_cp = (yytext_ptr) + YY_MORE_ADJ; yy_cp < (yy_c_buf_p); ++yy_cp ) { register YY_CHAR yy_c = (*yy_cp ? yy_ec[YY_SC_TO_UI(*yy_cp)] : 1); if ( yy_accept[yy_current_state] ) { (yy_last_accepting_state) = yy_current_state; (yy_last_accepting_cpos) = yy_cp; } while ( yy_chk[yy_base[yy_current_state] + yy_c] != yy_current_state ) { yy_current_state = (int) yy_def[yy_current_state]; if ( yy_current_state >= 27 ) yy_c = yy_meta[(unsigned int) yy_c]; } yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c]; } return yy_current_state; } /* yy_try_NUL_trans - try to make a transition on the NUL character * * synopsis * next_state = yy_try_NUL_trans( current_state ); */ yy_state_type yyFlexLexer::yy_try_NUL_trans( yy_state_type yy_current_state ) { register int yy_is_jam; register char *yy_cp = (yy_c_buf_p); register YY_CHAR yy_c = 1; if ( yy_accept[yy_current_state] ) { (yy_last_accepting_state) = yy_current_state; (yy_last_accepting_cpos) = yy_cp; } while ( yy_chk[yy_base[yy_current_state] + yy_c] != yy_current_state ) { yy_current_state = (int) yy_def[yy_current_state]; if ( yy_current_state >= 27 ) yy_c = yy_meta[(unsigned int) yy_c]; } yy_current_state = yy_nxt[yy_base[yy_current_state] + (unsigned int) yy_c]; yy_is_jam = (yy_current_state == 26); return yy_is_jam ? 0 : yy_current_state; } void yyFlexLexer::yyunput( int c, register char* yy_bp) { register char *yy_cp; yy_cp = (yy_c_buf_p); /* undo effects of setting up yytext */ *yy_cp = (yy_hold_char); if ( yy_cp < YY_CURRENT_BUFFER_LVALUE->yy_ch_buf + 2 ) { /* need to shift things up to make room */ /* +2 for EOB chars. */ register int number_to_move = (yy_n_chars) + 2; register char *dest = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[ YY_CURRENT_BUFFER_LVALUE->yy_buf_size + 2]; register char *source = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[number_to_move]; while ( source > YY_CURRENT_BUFFER_LVALUE->yy_ch_buf ) *--dest = *--source; yy_cp += (int) (dest - source); yy_bp += (int) (dest - source); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_buf_size; if ( yy_cp < YY_CURRENT_BUFFER_LVALUE->yy_ch_buf + 2 ) YY_FATAL_ERROR( "flex scanner push-back overflow" ); } *--yy_cp = (char) c; (yytext_ptr) = yy_bp; (yy_hold_char) = *yy_cp; (yy_c_buf_p) = yy_cp; } int yyFlexLexer::yyinput() { int c; *(yy_c_buf_p) = (yy_hold_char); if ( *(yy_c_buf_p) == YY_END_OF_BUFFER_CHAR ) { /* yy_c_buf_p now points to the character we want to return. * If this occurs *before* the EOB characters, then it's a * valid NUL; if not, then we've hit the end of the buffer. */ if ( (yy_c_buf_p) < &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] ) /* This was really a NUL. */ *(yy_c_buf_p) = '\0'; else { /* need more input */ int offset = (yy_c_buf_p) - (yytext_ptr); ++(yy_c_buf_p); switch ( yy_get_next_buffer( ) ) { case EOB_ACT_LAST_MATCH: /* This happens because yy_g_n_b() * sees that we've accumulated a * token and flags that we need to * try matching the token before * proceeding. But for input(), * there's no matching to consider. * So convert the EOB_ACT_LAST_MATCH * to EOB_ACT_END_OF_FILE. */ /* Reset buffer status. */ yyrestart( yyin ); /*FALLTHROUGH*/ case EOB_ACT_END_OF_FILE: { if ( yywrap( ) ) return EOF; if ( ! (yy_did_buffer_switch_on_eof) ) YY_NEW_FILE; #ifdef __cplusplus return yyinput(); #else return input(); #endif } case EOB_ACT_CONTINUE_SCAN: (yy_c_buf_p) = (yytext_ptr) + offset; break; } } } c = *(unsigned char *) (yy_c_buf_p); /* cast for 8-bit char's */ *(yy_c_buf_p) = '\0'; /* preserve yytext */ (yy_hold_char) = *++(yy_c_buf_p); return c; } /** Immediately switch to a different input stream. * @param input_file A readable stream. * * @note This function does not reset the start condition to @c INITIAL . */ void yyFlexLexer::yyrestart( std::istream* input_file ) { if ( ! YY_CURRENT_BUFFER ){ yyensure_buffer_stack (); YY_CURRENT_BUFFER_LVALUE = yy_create_buffer( yyin, YY_BUF_SIZE ); } yy_init_buffer( YY_CURRENT_BUFFER, input_file ); yy_load_buffer_state( ); } /** Switch to a different input buffer. * @param new_buffer The new input buffer. * */ void yyFlexLexer::yy_switch_to_buffer( YY_BUFFER_STATE new_buffer ) { /* TODO. We should be able to replace this entire function body * with * yypop_buffer_state(); * yypush_buffer_state(new_buffer); */ yyensure_buffer_stack (); if ( YY_CURRENT_BUFFER == new_buffer ) return; if ( YY_CURRENT_BUFFER ) { /* Flush out information for old buffer. */ *(yy_c_buf_p) = (yy_hold_char); YY_CURRENT_BUFFER_LVALUE->yy_buf_pos = (yy_c_buf_p); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); } YY_CURRENT_BUFFER_LVALUE = new_buffer; yy_load_buffer_state( ); /* We don't actually know whether we did this switch during * EOF (yywrap()) processing, but the only time this flag * is looked at is after yywrap() is called, so it's safe * to go ahead and always set it. */ (yy_did_buffer_switch_on_eof) = 1; } void yyFlexLexer::yy_load_buffer_state() { (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_n_chars; (yytext_ptr) = (yy_c_buf_p) = YY_CURRENT_BUFFER_LVALUE->yy_buf_pos; yyin = YY_CURRENT_BUFFER_LVALUE->yy_input_file; (yy_hold_char) = *(yy_c_buf_p); } /** Allocate and initialize an input buffer state. * @param file A readable stream. * @param size The character buffer size in bytes. When in doubt, use @c YY_BUF_SIZE. * * @return the allocated buffer state. */ YY_BUFFER_STATE yyFlexLexer::yy_create_buffer( std::istream* file, int size ) { YY_BUFFER_STATE b; b = (YY_BUFFER_STATE) yyalloc(sizeof( struct yy_buffer_state ) ); if ( ! b ) YY_FATAL_ERROR( "out of dynamic memory in yy_create_buffer()" ); b->yy_buf_size = size; /* yy_ch_buf has to be 2 characters longer than the size given because * we need to put in 2 end-of-buffer characters. */ b->yy_ch_buf = (char *) yyalloc(b->yy_buf_size + 2 ); if ( ! b->yy_ch_buf ) YY_FATAL_ERROR( "out of dynamic memory in yy_create_buffer()" ); b->yy_is_our_buffer = 1; yy_init_buffer( b, file ); return b; } /** Destroy the buffer. * @param b a buffer created with yy_create_buffer() * */ void yyFlexLexer::yy_delete_buffer( YY_BUFFER_STATE b ) { if ( ! b ) return; if ( b == YY_CURRENT_BUFFER ) /* Not sure if we should pop here. */ YY_CURRENT_BUFFER_LVALUE = (YY_BUFFER_STATE) 0; if ( b->yy_is_our_buffer ) yyfree((void *) b->yy_ch_buf ); yyfree((void *) b ); } extern "C" int isatty (int ); /* Initializes or reinitializes a buffer. * This function is sometimes called more than once on the same buffer, * such as during a yyrestart() or at EOF. */ void yyFlexLexer::yy_init_buffer( YY_BUFFER_STATE b, std::istream* file ) { int oerrno = errno; yy_flush_buffer( b ); b->yy_input_file = file; b->yy_fill_buffer = 1; /* If b is the current buffer, then yy_init_buffer was _probably_ * called from yyrestart() or through yy_get_next_buffer. * In that case, we don't want to reset the lineno or column. */ if (b != YY_CURRENT_BUFFER){ b->yy_bs_lineno = 1; b->yy_bs_column = 0; } b->yy_is_interactive = 0; errno = oerrno; } /** Discard all buffered characters. On the next scan, YY_INPUT will be called. * @param b the buffer state to be flushed, usually @c YY_CURRENT_BUFFER. * */ void yyFlexLexer::yy_flush_buffer( YY_BUFFER_STATE b ) { if ( ! b ) return; b->yy_n_chars = 0; /* We always need two end-of-buffer characters. The first causes * a transition to the end-of-buffer state. The second causes * a jam in that state. */ b->yy_ch_buf[0] = YY_END_OF_BUFFER_CHAR; b->yy_ch_buf[1] = YY_END_OF_BUFFER_CHAR; b->yy_buf_pos = &b->yy_ch_buf[0]; b->yy_at_bol = 1; b->yy_buffer_status = YY_BUFFER_NEW; if ( b == YY_CURRENT_BUFFER ) yy_load_buffer_state( ); } /** Pushes the new state onto the stack. The new state becomes * the current state. This function will allocate the stack * if necessary. * @param new_buffer The new state. * */ void yyFlexLexer::yypush_buffer_state (YY_BUFFER_STATE new_buffer) { if (new_buffer == NULL) return; yyensure_buffer_stack(); /* This block is copied from yy_switch_to_buffer. */ if ( YY_CURRENT_BUFFER ) { /* Flush out information for old buffer. */ *(yy_c_buf_p) = (yy_hold_char); YY_CURRENT_BUFFER_LVALUE->yy_buf_pos = (yy_c_buf_p); YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); } /* Only push if top exists. Otherwise, replace top. */ if (YY_CURRENT_BUFFER) (yy_buffer_stack_top)++; YY_CURRENT_BUFFER_LVALUE = new_buffer; /* copied from yy_switch_to_buffer. */ yy_load_buffer_state( ); (yy_did_buffer_switch_on_eof) = 1; } /** Removes and deletes the top of the stack, if present. * The next element becomes the new top. * */ void yyFlexLexer::yypop_buffer_state (void) { if (!YY_CURRENT_BUFFER) return; yy_delete_buffer(YY_CURRENT_BUFFER ); YY_CURRENT_BUFFER_LVALUE = NULL; if ((yy_buffer_stack_top) > 0) --(yy_buffer_stack_top); if (YY_CURRENT_BUFFER) { yy_load_buffer_state( ); (yy_did_buffer_switch_on_eof) = 1; } } /* Allocates the stack if it does not exist. * Guarantees space for at least one push. */ void yyFlexLexer::yyensure_buffer_stack(void) { int num_to_alloc; if (!(yy_buffer_stack)) { /* First allocation is just for 2 elements, since we don't know if this * scanner will even need a stack. We use 2 instead of 1 to avoid an * immediate realloc on the next call. */ num_to_alloc = 1; (yy_buffer_stack) = (struct yy_buffer_state**)yyalloc (num_to_alloc * sizeof(struct yy_buffer_state*) ); memset((yy_buffer_stack), 0, num_to_alloc * sizeof(struct yy_buffer_state*)); (yy_buffer_stack_max) = num_to_alloc; (yy_buffer_stack_top) = 0; return; } if ((yy_buffer_stack_top) >= ((yy_buffer_stack_max)) - 1){ /* Increase the buffer to prepare for a possible push. */ int grow_size = 8 /* arbitrary grow size */; num_to_alloc = (yy_buffer_stack_max) + grow_size; (yy_buffer_stack) = (struct yy_buffer_state**)yyrealloc ((yy_buffer_stack), num_to_alloc * sizeof(struct yy_buffer_state*) ); /* zero only the new slots.*/ memset((yy_buffer_stack) + (yy_buffer_stack_max), 0, grow_size * sizeof(struct yy_buffer_state*)); (yy_buffer_stack_max) = num_to_alloc; } } void yyFlexLexer::yy_push_state( int new_state ) { if ( (yy_start_stack_ptr) >= (yy_start_stack_depth) ) { yy_size_t new_size; (yy_start_stack_depth) += YY_START_STACK_INCR; new_size = (yy_start_stack_depth) * sizeof( int ); if ( ! (yy_start_stack) ) (yy_start_stack) = (int *) yyalloc(new_size ); else (yy_start_stack) = (int *) yyrealloc((void *) (yy_start_stack),new_size ); if ( ! (yy_start_stack) ) YY_FATAL_ERROR( "out of memory expanding start-condition stack" ); } (yy_start_stack)[(yy_start_stack_ptr)++] = YY_START; BEGIN(new_state); } void yyFlexLexer::yy_pop_state() { if ( --(yy_start_stack_ptr) < 0 ) YY_FATAL_ERROR( "start-condition stack underflow" ); BEGIN((yy_start_stack)[(yy_start_stack_ptr)]); } int yyFlexLexer::yy_top_state() { return (yy_start_stack)[(yy_start_stack_ptr) - 1]; } #ifndef YY_EXIT_FAILURE #define YY_EXIT_FAILURE 2 #endif void yyFlexLexer::LexerError( yyconst char msg[] ) { std::cerr << msg << std::endl; exit( YY_EXIT_FAILURE ); } /* Redefine yyless() so it works in section 3 code. */ #undef yyless #define yyless(n) \ do \ { \ /* Undo effects of setting up yytext. */ \ int yyless_macro_arg = (n); \ YY_LESS_LINENO(yyless_macro_arg);\ yytext[yyleng] = (yy_hold_char); \ (yy_c_buf_p) = yytext + yyless_macro_arg; \ (yy_hold_char) = *(yy_c_buf_p); \ *(yy_c_buf_p) = '\0'; \ yyleng = yyless_macro_arg; \ } \ while ( 0 ) /* Accessor methods (get/set functions) to struct members. */ /* * Internal utility routines. */ #ifndef yytext_ptr static void yy_flex_strncpy (char* s1, yyconst char * s2, int n ) { register int i; for ( i = 0; i < n; ++i ) s1[i] = s2[i]; } #endif #ifdef YY_NEED_STRLEN static int yy_flex_strlen (yyconst char * s ) { register int n; for ( n = 0; s[n]; ++n ) ; return n; } #endif void *yyalloc (yy_size_t size ) { return (void *) malloc( size ); } void *yyrealloc (void * ptr, yy_size_t size ) { /* The cast to (char *) in the following accommodates both * implementations that use char* generic pointers, and those * that use void* generic pointers. It works with the latter * because both ANSI C and C++ allow castless assignment from * any pointer type to void*, and deal with argument conversions * as though doing an assignment. */ return (void *) realloc( (char *) ptr, size ); } void yyfree (void * ptr ) { free( (char *) ptr ); /* see yyrealloc() for (char *) cast */ } #define YYTABLES_NAME "yytables" #undef YY_NEW_FILE #undef YY_FLUSH_BUFFER #undef yy_set_bol #undef yy_new_buffer #undef yy_set_interactive #undef yytext_ptr #undef YY_DO_BEFORE_ACTION #ifdef YY_DECL_IS_OURS #undef YY_DECL_IS_OURS #undef YY_DECL #endif #line 39 "cmdlex.l" #undef lexer_obj int yywrap(void) { return(1); } #include "cmdlexcl.h" #include "globals.h" int cl_ucsim_lexer::LexerInput(char *buf, int max_size) { if (!string_to_parse) return(yyFlexLexer::LexerInput(buf, max_size)); int lrem= strlen(string_ptr); int n= max_size; if (lrem < max_size) n= lrem; strncpy(buf, string_ptr, n); string_ptr+= n; return(n); } void cl_ucsim_lexer::activate_lexer_to_parse_into(void *yylv) { yylval= (YY_cl_ucsim_parser_STYPE *)yylv; } int cl_ucsim_lexer::check_id(char *token) { class cl_uc *uc= application->get_uc(); //printf("checking id=\"%s\"\n",token); if (uc) { class cl_memory *mem= uc->memory(token); if (mem) { yylval->memory_object= mem; return(tok(PTOK_MEMORY_OBJECT)); } t_addr addr; bool found= uc->symbol2address(yytext, uc->sfr_tbl(), &addr); if (found) { /*yylval->number= addr; return(tok(PTOK_NUMBER));*/ yylval->memory.memory= uc->address_space(MEM_SFR_ID); yylval->memory.address= addr; return(tok(PTOK_MEMORY)); } found= uc->symbol2address(yytext, uc->bit_tbl(), &addr); if (found) { t_addr memaddr; t_mem mask; yylval->bit.memory= uc->bit2mem(addr, &memaddr, &mask); yylval->bit.mem_address= memaddr; yylval->bit.bit_address= addr; yylval->bit.mask= mask; return(tok(PTOK_BIT)); } } return(0); } sdcc-2.9.0/sim/ucsim/cmd.src/cmdlex.l000066400000000000000000000042241116427777700173550ustar00rootroot00000000000000%{ #include "cmdlexcl.h" #include "cmdpars.h" static YY_cl_ucsim_parser_STYPE *yylval; int yywrap(void); #define tok(x) (YY_cl_ucsim_parser_CLASS::x) #define lexer_obj (dynamic_cast(this)) %} %% [ \t]* ; "+" return(tok(PTOK_PLUS)); "-" return(tok(PTOK_MINUS)); "*" return(tok(PTOK_ASTERIX)); "/" return(tok(PTOK_SLASH)); "(" return(tok(PTOK_LEFT_PAREN)); ")" return(tok(PTOK_RIGHT_PAREN)); "[" return(tok(PTOK_LEFT_BRACKET)); "]" return(tok(PTOK_RIGHT_BRACKET)); "=" return(tok(PTOK_EQUAL)); "." return(tok(PTOK_DOT)); "&" return(tok(PTOK_AMPERSAND)); ([0-9]+)|(0x[0-9a-fA-F]+) { yylval->number= strtol(yytext, 0, 0); return(YY_cl_ucsim_parser_CLASS::PTOK_NUMBER); } [a-zA-Z_][0-9a-zA-Z_]* return(lexer_obj->check_id(yytext)); . ; %% #undef lexer_obj int yywrap(void) { return(1); } #include "cmdlexcl.h" #include "globals.h" int cl_ucsim_lexer::LexerInput(char *buf, int max_size) { if (!string_to_parse) return(yyFlexLexer::LexerInput(buf, max_size)); int lrem= strlen(string_ptr); int n= max_size; if (lrem < max_size) n= lrem; strncpy(buf, string_ptr, n); string_ptr+= n; return(n); } void cl_ucsim_lexer::activate_lexer_to_parse_into(void *yylv) { yylval= (YY_cl_ucsim_parser_STYPE *)yylv; } int cl_ucsim_lexer::check_id(char *token) { class cl_uc *uc= application->get_uc(); //printf("checking id=\"%s\"\n",token); if (uc) { class cl_memory *mem= uc->memory(token); if (mem) { yylval->memory_object= mem; return(tok(PTOK_MEMORY_OBJECT)); } t_addr addr; bool found= uc->symbol2address(yytext, uc->sfr_tbl(), &addr); if (found) { /*yylval->number= addr; return(tok(PTOK_NUMBER));*/ yylval->memory.memory= uc->address_space(MEM_SFR_ID); yylval->memory.address= addr; return(tok(PTOK_MEMORY)); } found= uc->symbol2address(yytext, uc->bit_tbl(), &addr); if (found) { t_addr memaddr; t_mem mask; yylval->bit.memory= uc->bit2mem(addr, &memaddr, &mask); yylval->bit.mem_address= memaddr; yylval->bit.bit_address= addr; yylval->bit.mask= mask; return(tok(PTOK_BIT)); } } return(0); } sdcc-2.9.0/sim/ucsim/cmd.src/cmdlexcl.h000066400000000000000000000013711116427777700176700ustar00rootroot00000000000000#ifndef CMDLEXCL_HEADER #define CMDLEXCL_HEADER #include //#ifndef __FLEX_LEXER_H //#include //#endif #include "flex_lexer.h" #include "i_string.h" #include "pobjcl.h" class cl_ucsim_lexer: public yyFlexLexer { protected: char *string_to_parse; char *string_ptr; public: cl_ucsim_lexer(void): yyFlexLexer() { string_to_parse= string_ptr= 0; } cl_ucsim_lexer(char *str): yyFlexLexer() { string_to_parse= string_ptr= strdup(str); } virtual ~cl_ucsim_lexer(void) { if (string_to_parse) { free(string_to_parse); string_to_parse= 0; } } void activate_lexer_to_parse_into(void *yylv); protected: int LexerInput(char *buf, int max_size); public: int check_id(char *token); }; #endif sdcc-2.9.0/sim/ucsim/cmd.src/cmdmem.cc000066400000000000000000000152761116427777700175060ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmdmem.cc) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // prj #include "globals.h" #include "utils.h" // sim #include "simcl.h" // local #include "cmdmemcl.h" /* * Command: memory createchip *---------------------------------------------------------------------------- */ //int //cl_conf_addmem_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_memory_createchip_cmd) { class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; char *memid= NULL; int size= -1; int width= 8; if (cmdline->syntax_match(uc, STRING NUMBER)) { memid= params[0]->value.string.string; size= params[1]->value.number; } else if (cmdline->syntax_match(uc, STRING NUMBER NUMBER)) { memid= params[0]->value.string.string; size= params[1]->value.number; width= params[2]->value.number; } else con->dd_printf("Syntax error.\n"); if (!memid || !*memid) con->dd_printf("Wrong id\n"); else if (size < 1) con->dd_printf("Wrong size\n"); else { class cl_memory *mem= new cl_memory_chip(memid, size, width); mem->init(); uc->memchips->add(mem); mem->set_uc(uc); } return(DD_FALSE); } /* * Command: memory createaddressspace *---------------------------------------------------------------------------- */ //int //cl_conf_addmem_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_memory_createaddressspace_cmd) { class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; char *memid= NULL; int start= 0, size= -1, width= 8; if (cmdline->syntax_match(uc, STRING NUMBER)) { memid= params[0]->value.string.string; size= params[1]->value.number; } else if (cmdline->syntax_match(uc, STRING NUMBER NUMBER)) { memid= params[0]->value.string.string; start= params[1]->value.number; size= params[2]->value.number; } else if (cmdline->syntax_match(uc, STRING NUMBER NUMBER NUMBER)) { memid= params[0]->value.string.string; start= params[1]->value.number; size= params[2]->value.number; width= params[3]->value.number; } else con->dd_printf("Syntax error.\n"); if (!memid || !*memid) con->dd_printf("Wrong id\n"); else if (size < 1) con->dd_printf("Wrong size\n"); else { class cl_address_space *mem= new cl_address_space(memid, start, size, width); mem->init(); uc->address_spaces->add(mem); mem->set_uc(uc); } return(DD_FALSE); } /* * Command: memory createaddressdecoder *---------------------------------------------------------------------------- */ //int //cl_conf_addmem_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_memory_createaddressdecoder_cmd) { class cl_cmd_arg *params[5]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3), cmdline->param(4) }; class cl_memory *as= 0, *chip= 0; t_addr as_begin= 0, as_end= 0, chip_begin= 0; if (cmdline->syntax_match(uc, MEMORY MEMORY)) { as= params[0]->value.memory.memory; as_end= as->highest_valid_address(); chip= params[1]->value.memory.memory; } else if (cmdline->syntax_match(uc, MEMORY MEMORY NUMBER)) { as= params[0]->value.memory.memory; as_end= as->highest_valid_address(); chip= params[1]->value.memory.memory; chip_begin= params[2]->value.number; } else if (cmdline->syntax_match(uc, MEMORY NUMBER MEMORY)) { as= params[0]->value.memory.memory; as_begin= params[1]->value.number; as_end= as->highest_valid_address(); chip= params[2]->value.memory.memory; } else if (cmdline->syntax_match(uc, MEMORY NUMBER MEMORY NUMBER)) { as= params[0]->value.memory.memory; as_begin= params[1]->value.number; as_end= as->highest_valid_address(); chip= params[2]->value.memory.memory; chip_begin= params[3]->value.number; } else if (cmdline->syntax_match(uc, MEMORY NUMBER NUMBER MEMORY)) { as= params[0]->value.memory.memory; as_begin= params[1]->value.number; as_end= params[2]->value.number; chip= params[3]->value.memory.memory; } else if (cmdline->syntax_match(uc, MEMORY NUMBER NUMBER MEMORY NUMBER)) { as= params[0]->value.memory.memory; as_begin= params[1]->value.number; as_end= params[2]->value.number; chip= params[3]->value.memory.memory; chip_begin= params[4]->value.number; } else con->dd_printf("Syntax error.\n"); if (!as->is_address_space()) con->dd_printf("%s is not an address space\n", as->get_name("unknown")); else if (!chip->is_chip()) con->dd_printf("%s is not a memory chip\n", chip->get_name("unknown")); else if (as_begin > as_end) con->dd_printf("Wrong address area specification\n"); else if (chip_begin >= chip->get_size()) con->dd_printf("Wrong chip area specification\n"); else if (as_begin < as->start_address || as_end > as->highest_valid_address()) con->dd_printf("Specified area is out of address space\n"); else if (as_end-as_begin > chip->get_size()-chip_begin) con->dd_printf("Specified area is out of chip size\n"); else { class cl_address_decoder *d= new cl_address_decoder(as, chip, as_begin, as_end, chip_begin); ((class cl_address_space *)as)->decoders->add(d); d->activate(con); } return(DD_FALSE); } /* End of cmd.src/cmdmem.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/cmdmemcl.h000066400000000000000000000023771116427777700176650ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmdmemcl.h) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_CMDMEM_HEADER #define CMD_CMDMEM_HEADER #include "newcmdcl.h" // MEMORY CREATECHIP COMMAND_ON(uc,cl_memory_createchip_cmd); // MEMORY CREATEADDRESSSPACE COMMAND_ON(uc,cl_memory_createaddressspace_cmd); // MEMORY CREATEADDRESSDECODER COMMAND_ON(uc,cl_memory_createaddressdecoder_cmd); #endif /* End of cmd.src/cmdmemcl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/cmdpars.cc000066400000000000000000001216101116427777700176630ustar00rootroot00000000000000#define YY_cl_ucsim_parser_h_included #define YY_USE_CLASS /* A Bison++ parser, made from cmdpars.y */ /* with Bison++ version bison++ Version 1.21.9-1, adapted from GNU bison by coetmeur@icdc.fr Maintained by Magnus Ekdahl */ #define YY_USE_CLASS #line 1 "/usr/share/bison++/bison.cc" /* -*-C-*- Note some compilers choke on comments on `#line' lines. */ /* Skeleton output parser for bison, Copyright (C) 1984, 1989, 1990 Bob Corbett and Richard Stallman This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 1, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. As a special exception, when this file is copied by Bison++ into a Bison++ output file, you may use that output file without restriction. This special exception was added by the Free Software Foundation in version 1.24 of Bison, and has been in Bison++ since 1.21.9. */ /* HEADER SECTION */ #if defined( _MSDOS ) || defined(MSDOS) || defined(__MSDOS__) #define __MSDOS_AND_ALIKE #endif #if defined(_WINDOWS) && defined(_MSC_VER) #define __HAVE_NO_ALLOCA #define __MSDOS_AND_ALIKE #endif #ifndef alloca #if defined( __GNUC__) #define alloca __builtin_alloca #elif (!defined (__STDC__) && defined (sparc)) || defined (__sparc__) || defined (__sparc) || defined (__sgi) #include #elif defined (__MSDOS_AND_ALIKE) #include #ifndef __TURBOC__ /* MS C runtime lib */ #define alloca _alloca #endif #elif defined(_AIX) /* pragma must be put before any C/C++ instruction !! */ #pragma alloca #include #elif defined(__hpux) #ifdef __cplusplus extern "C" { void *alloca (unsigned int); }; #else /* not __cplusplus */ void *alloca (); #endif /* not __cplusplus */ #endif /* not _AIX not MSDOS, or __TURBOC__ or _AIX, not sparc. */ #endif /* alloca not defined. */ #ifdef c_plusplus #ifndef __cplusplus #define __cplusplus #endif #endif #ifdef __cplusplus #ifndef YY_USE_CLASS /*#warning "For C++ its recomended to use bison++, otherwise classes won't be generated"*/ #endif #else #ifndef __STDC__ #define const #endif #ifdef YY_USE_CLASS #error "This is a C++ header generated by bison++, please use a C++ compiler!" #endif #endif #include #define YYBISON 1 #line 88 "/usr/share/bison++/bison.cc" #line 3 "cmdpars.y" #include "cmdlexcl.h" #include "memcl.h" #include "globals.h" #include "stypes.h" #define YY_cl_ucsim_parser_INHERIT : public cl_base #define YY_cl_ucsim_parser_MEMBERS class cl_ucsim_lexer *lexer_object;\ virtual ~YY_cl_ucsim_parser_CLASS(void) { delete lexer_object; } #define YY_cl_ucsim_parser_CONSTRUCTOR_PARAM \ class cl_ucsim_lexer *the_lexer #define YY_cl_ucsim_parser_CONSTRUCTOR_CODE \ lexer_object= the_lexer; #line 43 "cmdpars.y" typedef union { long number; class cl_memory *memory_object; struct { class cl_memory *memory; long address; } memory; struct { class cl_memory *memory; long mem_address, bit_address; long mask; } bit; } yy_cl_ucsim_parser_stype; #define YY_cl_ucsim_parser_STYPE yy_cl_ucsim_parser_stype #line 88 "/usr/share/bison++/bison.cc" /* %{ and %header{ and %union, during decl */ #define YY_cl_ucsim_parser_BISON 1 #ifndef YY_cl_ucsim_parser_COMPATIBILITY #ifndef YY_USE_CLASS #define YY_cl_ucsim_parser_COMPATIBILITY 1 #else #define YY_cl_ucsim_parser_COMPATIBILITY 0 #endif #endif #if YY_cl_ucsim_parser_COMPATIBILITY != 0 /* backward compatibility */ #ifdef YYLTYPE #ifndef YY_cl_ucsim_parser_LTYPE #define YY_cl_ucsim_parser_LTYPE YYLTYPE #endif #endif /* Testing alternative bison solution /#ifdef YYSTYPE*/ #ifndef YY_cl_ucsim_parser_STYPE #define YY_cl_ucsim_parser_STYPE YYSTYPE #endif /*#endif*/ #ifdef YYDEBUG #ifndef YY_cl_ucsim_parser_DEBUG #define YY_cl_ucsim_parser_DEBUG YYDEBUG #endif #endif /* use goto to be compatible */ #ifndef YY_cl_ucsim_parser_USE_GOTO #define YY_cl_ucsim_parser_USE_GOTO 1 #endif #endif /* use no goto to be clean in C++ */ #ifndef YY_cl_ucsim_parser_USE_GOTO #define YY_cl_ucsim_parser_USE_GOTO 0 #endif #ifndef YY_cl_ucsim_parser_PURE #line 130 "/usr/share/bison++/bison.cc" #define YY_cl_ucsim_parser_PURE 1 #line 130 "/usr/share/bison++/bison.cc" /* YY_cl_ucsim_parser_PURE */ #endif /* section apres lecture def, avant lecture grammaire S2 */ #line 134 "/usr/share/bison++/bison.cc" #line 134 "/usr/share/bison++/bison.cc" /* prefix */ #ifndef YY_cl_ucsim_parser_DEBUG #line 136 "/usr/share/bison++/bison.cc" #line 136 "/usr/share/bison++/bison.cc" /* YY_cl_ucsim_parser_DEBUG */ #endif #ifndef YY_cl_ucsim_parser_LSP_NEEDED #line 141 "/usr/share/bison++/bison.cc" #line 141 "/usr/share/bison++/bison.cc" /* YY_cl_ucsim_parser_LSP_NEEDED*/ #endif /* DEFAULT LTYPE*/ #ifdef YY_cl_ucsim_parser_LSP_NEEDED #ifndef YY_cl_ucsim_parser_LTYPE #ifndef BISON_YYLTYPE_ISDECLARED #define BISON_YYLTYPE_ISDECLARED typedef struct yyltype { int timestamp; int first_line; int first_column; int last_line; int last_column; char *text; } yyltype; #endif #define YY_cl_ucsim_parser_LTYPE yyltype #endif #endif /* DEFAULT STYPE*/ /* We used to use `unsigned long' as YY_cl_ucsim_parser_STYPE on MSDOS, but it seems better to be consistent. Most programs should declare their own type anyway. */ #ifndef YY_cl_ucsim_parser_STYPE #define YY_cl_ucsim_parser_STYPE int #endif /* DEFAULT MISCELANEOUS */ #ifndef YY_cl_ucsim_parser_PARSE #define YY_cl_ucsim_parser_PARSE yyparse #endif #ifndef YY_cl_ucsim_parser_LEX #define YY_cl_ucsim_parser_LEX yylex #endif #ifndef YY_cl_ucsim_parser_LVAL #define YY_cl_ucsim_parser_LVAL yylval #endif #ifndef YY_cl_ucsim_parser_LLOC #define YY_cl_ucsim_parser_LLOC yylloc #endif #ifndef YY_cl_ucsim_parser_CHAR #define YY_cl_ucsim_parser_CHAR yychar #endif #ifndef YY_cl_ucsim_parser_NERRS #define YY_cl_ucsim_parser_NERRS yynerrs #endif #ifndef YY_cl_ucsim_parser_DEBUG_FLAG #define YY_cl_ucsim_parser_DEBUG_FLAG yydebug #endif #ifndef YY_cl_ucsim_parser_ERROR #define YY_cl_ucsim_parser_ERROR yyerror #endif #ifndef YY_cl_ucsim_parser_PARSE_PARAM #ifndef YY_USE_CLASS #ifdef YYPARSE_PARAM #define YY_cl_ucsim_parser_PARSE_PARAM void* YYPARSE_PARAM #else #ifndef __STDC__ #ifndef __cplusplus #define YY_cl_ucsim_parser_PARSE_PARAM #endif #endif #endif #endif #ifndef YY_cl_ucsim_parser_PARSE_PARAM #define YY_cl_ucsim_parser_PARSE_PARAM void #endif #endif #if YY_cl_ucsim_parser_COMPATIBILITY != 0 /* backward compatibility */ #ifdef YY_cl_ucsim_parser_LTYPE #ifndef YYLTYPE #define YYLTYPE YY_cl_ucsim_parser_LTYPE #else /* WARNING obsolete !!! user defined YYLTYPE not reported into generated header */ #endif #endif /* Removed due to bison compabilityproblems /#ifndef YYSTYPE /#define YYSTYPE YY_cl_ucsim_parser_STYPE /#else*/ /* WARNING obsolete !!! user defined YYSTYPE not reported into generated header */ /*#endif*/ #ifdef YY_cl_ucsim_parser_PURE # ifndef YYPURE # define YYPURE YY_cl_ucsim_parser_PURE # endif #endif #ifdef YY_cl_ucsim_parser_DEBUG # ifndef YYDEBUG # define YYDEBUG YY_cl_ucsim_parser_DEBUG # endif #endif #ifndef YY_cl_ucsim_parser_ERROR_VERBOSE #ifdef YYERROR_VERBOSE #define YY_cl_ucsim_parser_ERROR_VERBOSE YYERROR_VERBOSE #endif #endif #ifndef YY_cl_ucsim_parser_LSP_NEEDED # ifdef YYLSP_NEEDED # define YY_cl_ucsim_parser_LSP_NEEDED YYLSP_NEEDED # endif #endif #endif #ifndef YY_USE_CLASS /* TOKEN C */ #line 263 "/usr/share/bison++/bison.cc" #define PTOK_PLUS 258 #define PTOK_MINUS 259 #define PTOK_ASTERIX 260 #define PTOK_SLASH 261 #define PTOK_EQUAL 262 #define PTOK_LEFT_PAREN 263 #define PTOK_RIGHT_PAREN 264 #define PTOK_LEFT_BRACKET 265 #define PTOK_RIGHT_BRACKET 266 #define PTOK_DOT 267 #define PTOK_AMPERSAND 268 #define PTOK_MEMORY_OBJECT 269 #define PTOK_MEMORY 270 #define PTOK_NUMBER 271 #define PTOK_BIT 272 #define UNARYMINUS 273 #line 263 "/usr/share/bison++/bison.cc" /* #defines tokens */ #else /* CLASS */ #ifndef YY_cl_ucsim_parser_CLASS #define YY_cl_ucsim_parser_CLASS cl_ucsim_parser #endif #ifndef YY_cl_ucsim_parser_INHERIT #define YY_cl_ucsim_parser_INHERIT #endif #ifndef YY_cl_ucsim_parser_MEMBERS #define YY_cl_ucsim_parser_MEMBERS #endif #ifndef YY_cl_ucsim_parser_LEX_BODY #define YY_cl_ucsim_parser_LEX_BODY #endif #ifndef YY_cl_ucsim_parser_ERROR_BODY #define YY_cl_ucsim_parser_ERROR_BODY #endif #ifndef YY_cl_ucsim_parser_CONSTRUCTOR_PARAM #define YY_cl_ucsim_parser_CONSTRUCTOR_PARAM #endif #ifndef YY_cl_ucsim_parser_CONSTRUCTOR_CODE #define YY_cl_ucsim_parser_CONSTRUCTOR_CODE #endif #ifndef YY_cl_ucsim_parser_CONSTRUCTOR_INIT #define YY_cl_ucsim_parser_CONSTRUCTOR_INIT #endif /* choose between enum and const */ #ifndef YY_cl_ucsim_parser_USE_CONST_TOKEN #define YY_cl_ucsim_parser_USE_CONST_TOKEN 0 /* yes enum is more compatible with flex, */ /* so by default we use it */ #endif #if YY_cl_ucsim_parser_USE_CONST_TOKEN != 0 #ifndef YY_cl_ucsim_parser_ENUM_TOKEN #define YY_cl_ucsim_parser_ENUM_TOKEN yy_cl_ucsim_parser_enum_token #endif #endif class YY_cl_ucsim_parser_CLASS YY_cl_ucsim_parser_INHERIT { public: #if YY_cl_ucsim_parser_USE_CONST_TOKEN != 0 /* static const int token ... */ #line 307 "/usr/share/bison++/bison.cc" static const int PTOK_PLUS; static const int PTOK_MINUS; static const int PTOK_ASTERIX; static const int PTOK_SLASH; static const int PTOK_EQUAL; static const int PTOK_LEFT_PAREN; static const int PTOK_RIGHT_PAREN; static const int PTOK_LEFT_BRACKET; static const int PTOK_RIGHT_BRACKET; static const int PTOK_DOT; static const int PTOK_AMPERSAND; static const int PTOK_MEMORY_OBJECT; static const int PTOK_MEMORY; static const int PTOK_NUMBER; static const int PTOK_BIT; static const int UNARYMINUS; #line 307 "/usr/share/bison++/bison.cc" /* decl const */ #else enum YY_cl_ucsim_parser_ENUM_TOKEN { YY_cl_ucsim_parser_NULL_TOKEN=0 #line 310 "/usr/share/bison++/bison.cc" ,PTOK_PLUS=258 ,PTOK_MINUS=259 ,PTOK_ASTERIX=260 ,PTOK_SLASH=261 ,PTOK_EQUAL=262 ,PTOK_LEFT_PAREN=263 ,PTOK_RIGHT_PAREN=264 ,PTOK_LEFT_BRACKET=265 ,PTOK_RIGHT_BRACKET=266 ,PTOK_DOT=267 ,PTOK_AMPERSAND=268 ,PTOK_MEMORY_OBJECT=269 ,PTOK_MEMORY=270 ,PTOK_NUMBER=271 ,PTOK_BIT=272 ,UNARYMINUS=273 #line 310 "/usr/share/bison++/bison.cc" /* enum token */ }; /* end of enum declaration */ #endif public: int YY_cl_ucsim_parser_PARSE (YY_cl_ucsim_parser_PARSE_PARAM); virtual void YY_cl_ucsim_parser_ERROR(char *msg) YY_cl_ucsim_parser_ERROR_BODY; #ifdef YY_cl_ucsim_parser_PURE #ifdef YY_cl_ucsim_parser_LSP_NEEDED virtual int YY_cl_ucsim_parser_LEX (YY_cl_ucsim_parser_STYPE *YY_cl_ucsim_parser_LVAL,YY_cl_ucsim_parser_LTYPE *YY_cl_ucsim_parser_LLOC) YY_cl_ucsim_parser_LEX_BODY; #else virtual int YY_cl_ucsim_parser_LEX (YY_cl_ucsim_parser_STYPE *YY_cl_ucsim_parser_LVAL) YY_cl_ucsim_parser_LEX_BODY; #endif #else virtual int YY_cl_ucsim_parser_LEX() YY_cl_ucsim_parser_LEX_BODY; YY_cl_ucsim_parser_STYPE YY_cl_ucsim_parser_LVAL; #ifdef YY_cl_ucsim_parser_LSP_NEEDED YY_cl_ucsim_parser_LTYPE YY_cl_ucsim_parser_LLOC; #endif int YY_cl_ucsim_parser_NERRS; int YY_cl_ucsim_parser_CHAR; #endif #if YY_cl_ucsim_parser_DEBUG != 0 int YY_cl_ucsim_parser_DEBUG_FLAG; /* nonzero means print parse trace */ #endif public: YY_cl_ucsim_parser_CLASS(YY_cl_ucsim_parser_CONSTRUCTOR_PARAM); public: YY_cl_ucsim_parser_MEMBERS }; /* other declare folow */ #if YY_cl_ucsim_parser_USE_CONST_TOKEN != 0 #line 341 "/usr/share/bison++/bison.cc" const int YY_cl_ucsim_parser_CLASS::PTOK_PLUS=258; const int YY_cl_ucsim_parser_CLASS::PTOK_MINUS=259; const int YY_cl_ucsim_parser_CLASS::PTOK_ASTERIX=260; const int YY_cl_ucsim_parser_CLASS::PTOK_SLASH=261; const int YY_cl_ucsim_parser_CLASS::PTOK_EQUAL=262; const int YY_cl_ucsim_parser_CLASS::PTOK_LEFT_PAREN=263; const int YY_cl_ucsim_parser_CLASS::PTOK_RIGHT_PAREN=264; const int YY_cl_ucsim_parser_CLASS::PTOK_LEFT_BRACKET=265; const int YY_cl_ucsim_parser_CLASS::PTOK_RIGHT_BRACKET=266; const int YY_cl_ucsim_parser_CLASS::PTOK_DOT=267; const int YY_cl_ucsim_parser_CLASS::PTOK_AMPERSAND=268; const int YY_cl_ucsim_parser_CLASS::PTOK_MEMORY_OBJECT=269; const int YY_cl_ucsim_parser_CLASS::PTOK_MEMORY=270; const int YY_cl_ucsim_parser_CLASS::PTOK_NUMBER=271; const int YY_cl_ucsim_parser_CLASS::PTOK_BIT=272; const int YY_cl_ucsim_parser_CLASS::UNARYMINUS=273; #line 341 "/usr/share/bison++/bison.cc" /* const YY_cl_ucsim_parser_CLASS::token */ #endif /*apres const */ YY_cl_ucsim_parser_CLASS::YY_cl_ucsim_parser_CLASS(YY_cl_ucsim_parser_CONSTRUCTOR_PARAM) YY_cl_ucsim_parser_CONSTRUCTOR_INIT { #if YY_cl_ucsim_parser_DEBUG != 0 YY_cl_ucsim_parser_DEBUG_FLAG=0; #endif YY_cl_ucsim_parser_CONSTRUCTOR_CODE; }; #endif #line 352 "/usr/share/bison++/bison.cc" #define YYFINAL 37 #define YYFLAG -32768 #define YYNTBASE 19 #define YYTRANSLATE(x) ((unsigned)(x) <= 273 ? yytranslate[x] : 25) static const char yytranslate[] = { 0, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18 }; #if YY_cl_ucsim_parser_DEBUG != 0 static const short yyprhs[] = { 0, 0, 2, 6, 10, 12, 16, 20, 24, 28, 31, 33, 37, 39, 41, 43, 46, 49, 51, 56, 58 }; static const short yyrhs[] = { 21, 0, 23, 7, 21, 0, 24, 7, 21, 0, 20, 0, 21, 3, 21, 0, 21, 4, 21, 0, 21, 5, 21, 0, 21, 6, 21, 0, 4, 21, 0, 22, 0, 8, 21, 9, 0, 16, 0, 23, 0, 24, 0, 13, 23, 0, 13, 24, 0, 15, 0, 14, 10, 21, 11, 0, 17, 0, 23, 12, 21, 0 }; #endif #if (YY_cl_ucsim_parser_DEBUG != 0) || defined(YY_cl_ucsim_parser_ERROR_VERBOSE) static const short yyrline[] = { 0, 59, 63, 69, 86, 88, 89, 90, 91, 98, 99, 100, 101, 102, 103, 106, 108, 119, 121, 127, 129 }; static const char * const yytname[] = { "$","error","$illegal.","PTOK_PLUS", "PTOK_MINUS","PTOK_ASTERIX","PTOK_SLASH","PTOK_EQUAL","PTOK_LEFT_PAREN","PTOK_RIGHT_PAREN", "PTOK_LEFT_BRACKET","PTOK_RIGHT_BRACKET","PTOK_DOT","PTOK_AMPERSAND","PTOK_MEMORY_OBJECT", "PTOK_MEMORY","PTOK_NUMBER","PTOK_BIT","UNARYMINUS","ucsim_grammar","assignment", "expression","address_of_expression","memory","bit","" }; #endif static const short yyr1[] = { 0, 19, 20, 20, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 22, 22, 23, 23, 24, 24 }; static const short yyr2[] = { 0, 1, 3, 3, 1, 3, 3, 3, 3, 2, 1, 3, 1, 1, 1, 2, 2, 1, 4, 1, 3 }; static const short yydefact[] = { 0, 0, 0, 0, 0, 17, 12, 19, 4, 1, 10, 13, 14, 9, 0, 15, 16, 0, 0, 0, 0, 0, 0, 0, 0, 11, 0, 5, 6, 7, 8, 2, 20, 3, 18, 0, 0, 0 }; static const short yydefgoto[] = { 35, 8, 9, 10, 11, 12 }; static const short yypact[] = { -2, -2, -2, -10, 23,-32768,-32768,-32768,-32768, 32,-32768, -4, 33,-32768, 25, 27,-32768, -2, -2, -2, -2, -2, -2, -2, -2,-32768, 21, 4, 4,-32768,-32768, 32, 32, 32,-32768, 41, 42,-32768 }; static const short yypgoto[] = {-32768, -32768, -1,-32768, 40, 43 }; #define YYLAST 46 static const short yytable[] = { 13, 14, 1, 22, 4, 5, 2, 7, 23, 20, 21, 3, 4, 5, 6, 7, 26, 27, 28, 29, 30, 31, 32, 33, 18, 19, 20, 21, 18, 19, 20, 21, 34, 17, 25, 18, 19, 20, 21, 23, 24, 36, 37, 15, 0, 0, 16 }; static const short yycheck[] = { 1, 2, 4, 7, 14, 15, 8, 17, 12, 5, 6, 13, 14, 15, 16, 17, 17, 18, 19, 20, 21, 22, 23, 24, 3, 4, 5, 6, 3, 4, 5, 6, 11, 10, 9, 3, 4, 5, 6, 12, 7, 0, 0, 3, -1, -1, 3 }; #line 352 "/usr/share/bison++/bison.cc" /* fattrs + tables */ /* parser code folow */ /* This is the parser code that is written into each bison parser when the %semantic_parser declaration is not specified in the grammar. It was written by Richard Stallman by simplifying the hairy parser used when %semantic_parser is specified. */ /* Note: dollar marks section change the next is replaced by the list of actions, each action as one case of the switch. */ #if YY_cl_ucsim_parser_USE_GOTO != 0 /* SUPRESSION OF GOTO : on some C++ compiler (sun c++) the goto is strictly forbidden if any constructor/destructor is used in the whole function (very stupid isn't it ?) so goto are to be replaced with a 'while/switch/case construct' here are the macro to keep some apparent compatibility */ #define YYGOTO(lb) {yy_gotostate=lb;continue;} #define YYBEGINGOTO enum yy_labels yy_gotostate=yygotostart; \ for(;;) switch(yy_gotostate) { case yygotostart: { #define YYLABEL(lb) } case lb: { #define YYENDGOTO } } #define YYBEGINDECLARELABEL enum yy_labels {yygotostart #define YYDECLARELABEL(lb) ,lb #define YYENDDECLARELABEL }; #else /* macro to keep goto */ #define YYGOTO(lb) goto lb #define YYBEGINGOTO #define YYLABEL(lb) lb: #define YYENDGOTO #define YYBEGINDECLARELABEL #define YYDECLARELABEL(lb) #define YYENDDECLARELABEL #endif /* LABEL DECLARATION */ YYBEGINDECLARELABEL YYDECLARELABEL(yynewstate) YYDECLARELABEL(yybackup) /* YYDECLARELABEL(yyresume) */ YYDECLARELABEL(yydefault) YYDECLARELABEL(yyreduce) YYDECLARELABEL(yyerrlab) /* here on detecting error */ YYDECLARELABEL(yyerrlab1) /* here on error raised explicitly by an action */ YYDECLARELABEL(yyerrdefault) /* current state does not do anything special for the error token. */ YYDECLARELABEL(yyerrpop) /* pop the current state because it cannot handle the error token */ YYDECLARELABEL(yyerrhandle) YYENDDECLARELABEL /* ALLOCA SIMULATION */ /* __HAVE_NO_ALLOCA */ #ifdef __HAVE_NO_ALLOCA int __alloca_free_ptr(char *ptr,char *ref) {if(ptr!=ref) free(ptr); return 0;} #define __ALLOCA_alloca(size) malloc(size) #define __ALLOCA_free(ptr,ref) __alloca_free_ptr((char *)ptr,(char *)ref) #ifdef YY_cl_ucsim_parser_LSP_NEEDED #define __ALLOCA_return(num) \ do { return( __ALLOCA_free(yyss,yyssa)+\ __ALLOCA_free(yyvs,yyvsa)+\ __ALLOCA_free(yyls,yylsa)+\ (num)); } while(0) #else #define __ALLOCA_return(num) \ do { return( __ALLOCA_free(yyss,yyssa)+\ __ALLOCA_free(yyvs,yyvsa)+\ (num)); } while(0) #endif #else #define __ALLOCA_return(num) do { return(num); } while(0) #define __ALLOCA_alloca(size) alloca(size) #define __ALLOCA_free(ptr,ref) #endif /* ENDALLOCA SIMULATION */ #define yyerrok (yyerrstatus = 0) #define yyclearin (YY_cl_ucsim_parser_CHAR = YYEMPTY) #define YYEMPTY -2 #define YYEOF 0 #define YYACCEPT __ALLOCA_return(0) #define YYABORT __ALLOCA_return(1) #define YYERROR YYGOTO(yyerrlab1) /* Like YYERROR except do call yyerror. This remains here temporarily to ease the transition to the new meaning of YYERROR, for GCC. Once GCC version 2 has supplanted version 1, this can go. */ #define YYFAIL YYGOTO(yyerrlab) #define YYRECOVERING() (!!yyerrstatus) #define YYBACKUP(token, value) \ do \ if (YY_cl_ucsim_parser_CHAR == YYEMPTY && yylen == 1) \ { YY_cl_ucsim_parser_CHAR = (token), YY_cl_ucsim_parser_LVAL = (value); \ yychar1 = YYTRANSLATE (YY_cl_ucsim_parser_CHAR); \ YYPOPSTACK; \ YYGOTO(yybackup); \ } \ else \ { YY_cl_ucsim_parser_ERROR ((char *)"syntax error: cannot back up"); YYERROR; } \ while (0) #define YYTERROR 1 #define YYERRCODE 256 #ifndef YY_cl_ucsim_parser_PURE /* UNPURE */ #define YYLEX YY_cl_ucsim_parser_LEX() #ifndef YY_USE_CLASS /* If nonreentrant, and not class , generate the variables here */ int YY_cl_ucsim_parser_CHAR; /* the lookahead symbol */ YY_cl_ucsim_parser_STYPE YY_cl_ucsim_parser_LVAL; /* the semantic value of the */ /* lookahead symbol */ int YY_cl_ucsim_parser_NERRS; /* number of parse errors so far */ #ifdef YY_cl_ucsim_parser_LSP_NEEDED YY_cl_ucsim_parser_LTYPE YY_cl_ucsim_parser_LLOC; /* location data for the lookahead */ /* symbol */ #endif #endif #else /* PURE */ #ifdef YY_cl_ucsim_parser_LSP_NEEDED #define YYLEX YY_cl_ucsim_parser_LEX(&YY_cl_ucsim_parser_LVAL, &YY_cl_ucsim_parser_LLOC) #else #define YYLEX YY_cl_ucsim_parser_LEX(&YY_cl_ucsim_parser_LVAL) #endif #endif #ifndef YY_USE_CLASS #if YY_cl_ucsim_parser_DEBUG != 0 int YY_cl_ucsim_parser_DEBUG_FLAG; /* nonzero means print parse trace */ /* Since this is uninitialized, it does not stop multiple parsers from coexisting. */ #endif #endif /* YYINITDEPTH indicates the initial size of the parser's stacks */ #ifndef YYINITDEPTH #define YYINITDEPTH 200 #endif /* YYMAXDEPTH is the maximum size the stacks can grow to (effective only if the built-in stack extension method is used). */ #if YYMAXDEPTH == 0 #undef YYMAXDEPTH #endif #ifndef YYMAXDEPTH #define YYMAXDEPTH 10000 #endif #if __GNUC__ > 1 /* GNU C and GNU C++ define this. */ #define __yy_bcopy(FROM,TO,COUNT) __builtin_memcpy(TO,FROM,COUNT) #else /* not GNU C or C++ */ /* This is the most reliable way to avoid incompatibilities in available built-in functions on various systems. */ #ifdef __cplusplus static void __yy_bcopy (char *from, char *to, int count) #else #ifdef __STDC__ static void __yy_bcopy (char *from, char *to, int count) #else static void __yy_bcopy (from, to, count) char *from; char *to; int count; #endif #endif { register char *f = from; register char *t = to; register int i = count; while (i-- > 0) *t++ = *f++; } #endif int #ifdef YY_USE_CLASS YY_cl_ucsim_parser_CLASS:: #endif YY_cl_ucsim_parser_PARSE(YY_cl_ucsim_parser_PARSE_PARAM) #ifndef __STDC__ #ifndef __cplusplus #ifndef YY_USE_CLASS /* parameter definition without protypes */ YY_cl_ucsim_parser_PARSE_PARAM_DEF #endif #endif #endif { register int yystate; register int yyn; register short *yyssp; register YY_cl_ucsim_parser_STYPE *yyvsp; int yyerrstatus; /* number of tokens to shift before error messages enabled */ int yychar1=0; /* lookahead token as an internal (translated) token number */ short yyssa[YYINITDEPTH]; /* the state stack */ YY_cl_ucsim_parser_STYPE yyvsa[YYINITDEPTH]; /* the semantic value stack */ short *yyss = yyssa; /* refer to the stacks thru separate pointers */ YY_cl_ucsim_parser_STYPE *yyvs = yyvsa; /* to allow yyoverflow to reallocate them elsewhere */ #ifdef YY_cl_ucsim_parser_LSP_NEEDED YY_cl_ucsim_parser_LTYPE yylsa[YYINITDEPTH]; /* the location stack */ YY_cl_ucsim_parser_LTYPE *yyls = yylsa; YY_cl_ucsim_parser_LTYPE *yylsp; #define YYPOPSTACK (yyvsp--, yyssp--, yylsp--) #else #define YYPOPSTACK (yyvsp--, yyssp--) #endif int yystacksize = YYINITDEPTH; #ifdef YY_cl_ucsim_parser_PURE int YY_cl_ucsim_parser_CHAR; YY_cl_ucsim_parser_STYPE YY_cl_ucsim_parser_LVAL; int YY_cl_ucsim_parser_NERRS; #ifdef YY_cl_ucsim_parser_LSP_NEEDED YY_cl_ucsim_parser_LTYPE YY_cl_ucsim_parser_LLOC; #endif #endif YY_cl_ucsim_parser_STYPE yyval; /* the variable used to return */ /* semantic values from the action */ /* routines */ int yylen; /* start loop, in which YYGOTO may be used. */ YYBEGINGOTO #if YY_cl_ucsim_parser_DEBUG != 0 if (YY_cl_ucsim_parser_DEBUG_FLAG) fprintf(stderr, "Starting parse\n"); #endif yystate = 0; yyerrstatus = 0; YY_cl_ucsim_parser_NERRS = 0; YY_cl_ucsim_parser_CHAR = YYEMPTY; /* Cause a token to be read. */ /* Initialize stack pointers. Waste one element of value and location stack so that they stay on the same level as the state stack. The wasted elements are never initialized. */ yyssp = yyss - 1; yyvsp = yyvs; #ifdef YY_cl_ucsim_parser_LSP_NEEDED yylsp = yyls; #endif /* Push a new state, which is found in yystate . */ /* In all cases, when you get here, the value and location stacks have just been pushed. so pushing a state here evens the stacks. */ YYLABEL(yynewstate) *++yyssp = yystate; if (yyssp >= yyss + yystacksize - 1) { /* Give user a chance to reallocate the stack */ /* Use copies of these so that the &'s don't force the real ones into memory. */ YY_cl_ucsim_parser_STYPE *yyvs1 = yyvs; short *yyss1 = yyss; #ifdef YY_cl_ucsim_parser_LSP_NEEDED YY_cl_ucsim_parser_LTYPE *yyls1 = yyls; #endif /* Get the current used size of the three stacks, in elements. */ int size = yyssp - yyss + 1; #ifdef yyoverflow /* Each stack pointer address is followed by the size of the data in use in that stack, in bytes. */ #ifdef YY_cl_ucsim_parser_LSP_NEEDED /* This used to be a conditional around just the two extra args, but that might be undefined if yyoverflow is a macro. */ yyoverflow("parser stack overflow", &yyss1, size * sizeof (*yyssp), &yyvs1, size * sizeof (*yyvsp), &yyls1, size * sizeof (*yylsp), &yystacksize); #else yyoverflow("parser stack overflow", &yyss1, size * sizeof (*yyssp), &yyvs1, size * sizeof (*yyvsp), &yystacksize); #endif yyss = yyss1; yyvs = yyvs1; #ifdef YY_cl_ucsim_parser_LSP_NEEDED yyls = yyls1; #endif #else /* no yyoverflow */ /* Extend the stack our own way. */ if (yystacksize >= YYMAXDEPTH) { YY_cl_ucsim_parser_ERROR((char *)"parser stack overflow"); __ALLOCA_return(2); } yystacksize *= 2; if (yystacksize > YYMAXDEPTH) yystacksize = YYMAXDEPTH; yyss = (short *) __ALLOCA_alloca (yystacksize * sizeof (*yyssp)); __yy_bcopy ((char *)yyss1, (char *)yyss, size * sizeof (*yyssp)); __ALLOCA_free(yyss1,yyssa); yyvs = (YY_cl_ucsim_parser_STYPE *) __ALLOCA_alloca (yystacksize * sizeof (*yyvsp)); __yy_bcopy ((char *)yyvs1, (char *)yyvs, size * sizeof (*yyvsp)); __ALLOCA_free(yyvs1,yyvsa); #ifdef YY_cl_ucsim_parser_LSP_NEEDED yyls = (YY_cl_ucsim_parser_LTYPE *) __ALLOCA_alloca (yystacksize * sizeof (*yylsp)); __yy_bcopy ((char *)yyls1, (char *)yyls, size * sizeof (*yylsp)); __ALLOCA_free(yyls1,yylsa); #endif #endif /* no yyoverflow */ yyssp = yyss + size - 1; yyvsp = yyvs + size - 1; #ifdef YY_cl_ucsim_parser_LSP_NEEDED yylsp = yyls + size - 1; #endif #if YY_cl_ucsim_parser_DEBUG != 0 if (YY_cl_ucsim_parser_DEBUG_FLAG) fprintf(stderr, "Stack size increased to %d\n", yystacksize); #endif if (yyssp >= yyss + yystacksize - 1) YYABORT; } #if YY_cl_ucsim_parser_DEBUG != 0 if (YY_cl_ucsim_parser_DEBUG_FLAG) fprintf(stderr, "Entering state %d\n", yystate); #endif YYGOTO(yybackup); YYLABEL(yybackup) /* Do appropriate processing given the current state. */ /* Read a lookahead token if we need one and don't already have one. */ /* YYLABEL(yyresume) */ /* First try to decide what to do without reference to lookahead token. */ yyn = yypact[yystate]; if (yyn == YYFLAG) YYGOTO(yydefault); /* Not known => get a lookahead token if don't already have one. */ /* yychar is either YYEMPTY or YYEOF or a valid token in external form. */ if (YY_cl_ucsim_parser_CHAR == YYEMPTY) { #if YY_cl_ucsim_parser_DEBUG != 0 if (YY_cl_ucsim_parser_DEBUG_FLAG) fprintf(stderr, "Reading a token: "); #endif YY_cl_ucsim_parser_CHAR = YYLEX; } /* Convert token to internal form (in yychar1) for indexing tables with */ if (YY_cl_ucsim_parser_CHAR <= 0) /* This means end of input. */ { yychar1 = 0; YY_cl_ucsim_parser_CHAR = YYEOF; /* Don't call YYLEX any more */ #if YY_cl_ucsim_parser_DEBUG != 0 if (YY_cl_ucsim_parser_DEBUG_FLAG) fprintf(stderr, "Now at end of input.\n"); #endif } else { yychar1 = YYTRANSLATE(YY_cl_ucsim_parser_CHAR); #if YY_cl_ucsim_parser_DEBUG != 0 if (YY_cl_ucsim_parser_DEBUG_FLAG) { fprintf (stderr, "Next token is %d (%s", YY_cl_ucsim_parser_CHAR, yytname[yychar1]); /* Give the individual parser a way to print the precise meaning of a token, for further debugging info. */ #ifdef YYPRINT YYPRINT (stderr, YY_cl_ucsim_parser_CHAR, YY_cl_ucsim_parser_LVAL); #endif fprintf (stderr, ")\n"); } #endif } yyn += yychar1; if (yyn < 0 || yyn > YYLAST || yycheck[yyn] != yychar1) YYGOTO(yydefault); yyn = yytable[yyn]; /* yyn is what to do for this token type in this state. Negative => reduce, -yyn is rule number. Positive => shift, yyn is new state. New state is final state => don't bother to shift, just return success. 0, or most negative number => error. */ if (yyn < 0) { if (yyn == YYFLAG) YYGOTO(yyerrlab); yyn = -yyn; YYGOTO(yyreduce); } else if (yyn == 0) YYGOTO(yyerrlab); if (yyn == YYFINAL) YYACCEPT; /* Shift the lookahead token. */ #if YY_cl_ucsim_parser_DEBUG != 0 if (YY_cl_ucsim_parser_DEBUG_FLAG) fprintf(stderr, "Shifting token %d (%s), ", YY_cl_ucsim_parser_CHAR, yytname[yychar1]); #endif /* Discard the token being shifted unless it is eof. */ if (YY_cl_ucsim_parser_CHAR != YYEOF) YY_cl_ucsim_parser_CHAR = YYEMPTY; *++yyvsp = YY_cl_ucsim_parser_LVAL; #ifdef YY_cl_ucsim_parser_LSP_NEEDED *++yylsp = YY_cl_ucsim_parser_LLOC; #endif /* count tokens shifted since error; after three, turn off error status. */ if (yyerrstatus) yyerrstatus--; yystate = yyn; YYGOTO(yynewstate); /* Do the default action for the current state. */ YYLABEL(yydefault) yyn = yydefact[yystate]; if (yyn == 0) YYGOTO(yyerrlab); /* Do a reduction. yyn is the number of a rule to reduce with. */ YYLABEL(yyreduce) yylen = yyr2[yyn]; if (yylen > 0) yyval = yyvsp[1-yylen]; /* implement default value of the action */ #if YY_cl_ucsim_parser_DEBUG != 0 if (YY_cl_ucsim_parser_DEBUG_FLAG) { int i; fprintf (stderr, "Reducing via rule %d (line %d), ", yyn, yyrline[yyn]); /* Print the symbols being reduced, and their result. */ for (i = yyprhs[yyn]; yyrhs[i] > 0; i++) fprintf (stderr, "%s ", yytname[yyrhs[i]]); fprintf (stderr, " -> %s\n", yytname[yyr1[yyn]]); } #endif #line 839 "/usr/share/bison++/bison.cc" switch (yyn) { case 1: #line 60 "cmdpars.y" { application->dd_printf("%d\n", yyvsp[0].number); ; break;} case 2: #line 65 "cmdpars.y" { yyvsp[-2].memory.memory->write(yyvsp[-2].memory.address, yyvsp[0].number); yyval.number= yyvsp[0].number; ; break;} case 3: #line 70 "cmdpars.y" { if (yyvsp[0].number) { yyvsp[-2].bit.memory->write(yyvsp[-2].bit.mem_address, yyvsp[-2].bit.memory->read(yyvsp[-2].bit.mem_address) | yyvsp[-2].bit.mask); yyval.number= 1; } else { yyvsp[-2].bit.memory->write(yyvsp[-2].bit.mem_address, yyvsp[-2].bit.memory->read(yyvsp[-2].bit.mem_address) & ~(yyvsp[-2].bit.mask)); yyval.number= 0; } ; break;} case 4: #line 87 "cmdpars.y" { yyval.number= yyvsp[0].number; ; break;} case 5: #line 88 "cmdpars.y" { yyval.number= yyvsp[-2].number + yyvsp[0].number; ; break;} case 6: #line 89 "cmdpars.y" { yyval.number= yyvsp[-2].number - yyvsp[0].number; ; break;} case 7: #line 90 "cmdpars.y" { yyval.number= yyvsp[-2].number * yyvsp[0].number; ; break;} case 8: #line 92 "cmdpars.y" { if (yyvsp[0].number == 0) yyerror((char *)"Divide by zero"); else yyval.number= yyvsp[-2].number / yyvsp[0].number; ; break;} case 9: #line 98 "cmdpars.y" { yyval.number= -yyvsp[0].number; ; break;} case 10: #line 99 "cmdpars.y" { yyval.number= yyvsp[0].number; ; break;} case 11: #line 100 "cmdpars.y" { yyval.number= yyvsp[-1].number; ; break;} case 12: #line 101 "cmdpars.y" { yyval.number= yyvsp[0].number; ; break;} case 13: #line 102 "cmdpars.y" { yyval.number= yyvsp[0].memory.memory->read(yyvsp[0].memory.address); ; break;} case 14: #line 103 "cmdpars.y" { yyval.number= (yyvsp[0].bit.memory->read(yyvsp[0].bit.mem_address) & yyvsp[0].bit.mask)?1:0; ; break;} case 15: #line 107 "cmdpars.y" { yyval.number= yyvsp[0].memory.address; ; break;} case 16: #line 109 "cmdpars.y" { yyval.number= yyvsp[0].bit.bit_address; if (yyval.number < 0) { yyerror((char *)"Bit has no address."); yyval.number= 0; } ; break;} case 18: #line 122 "cmdpars.y" { yyval.memory.memory= yyvsp[-3].memory_object; yyval.memory.address= yyvsp[-1].number; ; break;} case 20: #line 130 "cmdpars.y" { yyval.bit.memory= yyvsp[-2].memory.memory; yyval.bit.mem_address= yyvsp[-2].memory.address; yyval.bit.mask= 1 << yyvsp[0].number; yyval.bit.bit_address= -1; class cl_uc *uc= application->get_uc(); if (uc) yyval.bit.bit_address= uc->bit_address(yyvsp[-2].memory.memory, yyvsp[-2].memory.address, yyvsp[0].number); ; break;} } #line 839 "/usr/share/bison++/bison.cc" /* the action file gets copied in in place of this dollarsign */ yyvsp -= yylen; yyssp -= yylen; #ifdef YY_cl_ucsim_parser_LSP_NEEDED yylsp -= yylen; #endif #if YY_cl_ucsim_parser_DEBUG != 0 if (YY_cl_ucsim_parser_DEBUG_FLAG) { short *ssp1 = yyss - 1; fprintf (stderr, "state stack now"); while (ssp1 != yyssp) fprintf (stderr, " %d", *++ssp1); fprintf (stderr, "\n"); } #endif *++yyvsp = yyval; #ifdef YY_cl_ucsim_parser_LSP_NEEDED yylsp++; if (yylen == 0) { yylsp->first_line = YY_cl_ucsim_parser_LLOC.first_line; yylsp->first_column = YY_cl_ucsim_parser_LLOC.first_column; yylsp->last_line = (yylsp-1)->last_line; yylsp->last_column = (yylsp-1)->last_column; yylsp->text = 0; } else { yylsp->last_line = (yylsp+yylen-1)->last_line; yylsp->last_column = (yylsp+yylen-1)->last_column; } #endif /* Now "shift" the result of the reduction. Determine what state that goes to, based on the state we popped back to and the rule number reduced by. */ yyn = yyr1[yyn]; yystate = yypgoto[yyn - YYNTBASE] + *yyssp; if (yystate >= 0 && yystate <= YYLAST && yycheck[yystate] == *yyssp) yystate = yytable[yystate]; else yystate = yydefgoto[yyn - YYNTBASE]; YYGOTO(yynewstate); YYLABEL(yyerrlab) /* here on detecting error */ if (! yyerrstatus) /* If not already recovering from an error, report this error. */ { ++YY_cl_ucsim_parser_NERRS; #ifdef YY_cl_ucsim_parser_ERROR_VERBOSE yyn = yypact[yystate]; if (yyn > YYFLAG && yyn < YYLAST) { int size = 0; char *msg; int x, count; count = 0; /* Start X at -yyn if nec to avoid negative indexes in yycheck. */ for (x = (yyn < 0 ? -yyn : 0); x < (sizeof(yytname) / sizeof(char *)); x++) if (yycheck[x + yyn] == x) size += strlen(yytname[x]) + 15, count++; msg = (char *) malloc(size + 15); if (msg != 0) { strcpy(msg, "parse error"); if (count < 5) { count = 0; for (x = (yyn < 0 ? -yyn : 0); x < (sizeof(yytname) / sizeof(char *)); x++) if (yycheck[x + yyn] == x) { strcat(msg, count == 0 ? ", expecting `" : " or `"); strcat(msg, yytname[x]); strcat(msg, "'"); count++; } } YY_cl_ucsim_parser_ERROR(msg); free(msg); } else YY_cl_ucsim_parser_ERROR ((char *)"parse error; also virtual memory exceeded"); } else #endif /* YY_cl_ucsim_parser_ERROR_VERBOSE */ YY_cl_ucsim_parser_ERROR((char *)"parse error"); } YYGOTO(yyerrlab1); YYLABEL(yyerrlab1) /* here on error raised explicitly by an action */ if (yyerrstatus == 3) { /* if just tried and failed to reuse lookahead token after an error, discard it. */ /* return failure if at end of input */ if (YY_cl_ucsim_parser_CHAR == YYEOF) YYABORT; #if YY_cl_ucsim_parser_DEBUG != 0 if (YY_cl_ucsim_parser_DEBUG_FLAG) fprintf(stderr, "Discarding token %d (%s).\n", YY_cl_ucsim_parser_CHAR, yytname[yychar1]); #endif YY_cl_ucsim_parser_CHAR = YYEMPTY; } /* Else will try to reuse lookahead token after shifting the error token. */ yyerrstatus = 3; /* Each real token shifted decrements this */ YYGOTO(yyerrhandle); YYLABEL(yyerrdefault) /* current state does not do anything special for the error token. */ #if 0 /* This is wrong; only states that explicitly want error tokens should shift them. */ yyn = yydefact[yystate]; /* If its default is to accept any token, ok. Otherwise pop it.*/ if (yyn) YYGOTO(yydefault); #endif YYLABEL(yyerrpop) /* pop the current state because it cannot handle the error token */ if (yyssp == yyss) YYABORT; yyvsp--; yystate = *--yyssp; #ifdef YY_cl_ucsim_parser_LSP_NEEDED yylsp--; #endif #if YY_cl_ucsim_parser_DEBUG != 0 if (YY_cl_ucsim_parser_DEBUG_FLAG) { short *ssp1 = yyss - 1; fprintf (stderr, "Error: state stack now"); while (ssp1 != yyssp) fprintf (stderr, " %d", *++ssp1); fprintf (stderr, "\n"); } #endif YYLABEL(yyerrhandle) yyn = yypact[yystate]; if (yyn == YYFLAG) YYGOTO(yyerrdefault); yyn += YYTERROR; if (yyn < 0 || yyn > YYLAST || yycheck[yyn] != YYTERROR) YYGOTO(yyerrdefault); yyn = yytable[yyn]; if (yyn < 0) { if (yyn == YYFLAG) YYGOTO(yyerrpop); yyn = -yyn; YYGOTO(yyreduce); } else if (yyn == 0) YYGOTO(yyerrpop); if (yyn == YYFINAL) YYACCEPT; #if YY_cl_ucsim_parser_DEBUG != 0 if (YY_cl_ucsim_parser_DEBUG_FLAG) fprintf(stderr, "Shifting error token, "); #endif *++yyvsp = YY_cl_ucsim_parser_LVAL; #ifdef YY_cl_ucsim_parser_LSP_NEEDED *++yylsp = YY_cl_ucsim_parser_LLOC; #endif yystate = yyn; YYGOTO(yynewstate); /* end loop, in which YYGOTO may be used. */ YYENDGOTO } /* END */ #line 1038 "/usr/share/bison++/bison.cc" #line 141 "cmdpars.y" int YY_cl_ucsim_parser_CLASS::yylex(YY_cl_ucsim_parser_STYPE *yylval) { lexer_object->activate_lexer_to_parse_into(yylval); return(lexer_object->yylex()); } void YY_cl_ucsim_parser_CLASS::yyerror(char *msg) { application->dd_printf("Parser error: %s\n", msg); } sdcc-2.9.0/sim/ucsim/cmd.src/cmdpars.h000066400000000000000000000215421116427777700175300ustar00rootroot00000000000000#ifndef YY_cl_ucsim_parser_h_included #define YY_cl_ucsim_parser_h_included #define YY_USE_CLASS #line 1 "/usr/share/bison++/bison.h" /* before anything */ #ifdef c_plusplus #ifndef __cplusplus #define __cplusplus #endif #endif #line 8 "/usr/share/bison++/bison.h" #define YY_cl_ucsim_parser_INHERIT : public cl_base #define YY_cl_ucsim_parser_MEMBERS class cl_ucsim_lexer *lexer_object;\ virtual ~YY_cl_ucsim_parser_CLASS(void) { delete lexer_object; } #define YY_cl_ucsim_parser_CONSTRUCTOR_PARAM \ class cl_ucsim_lexer *the_lexer #define YY_cl_ucsim_parser_CONSTRUCTOR_CODE \ lexer_object= the_lexer; #line 43 "cmdpars.y" typedef union { long number; class cl_memory *memory_object; struct { class cl_memory *memory; long address; } memory; struct { class cl_memory *memory; long mem_address, bit_address; long mask; } bit; } yy_cl_ucsim_parser_stype; #define YY_cl_ucsim_parser_STYPE yy_cl_ucsim_parser_stype #line 21 "/usr/share/bison++/bison.h" /* %{ and %header{ and %union, during decl */ #ifndef YY_cl_ucsim_parser_COMPATIBILITY #ifndef YY_USE_CLASS #define YY_cl_ucsim_parser_COMPATIBILITY 1 #else #define YY_cl_ucsim_parser_COMPATIBILITY 0 #endif #endif #if YY_cl_ucsim_parser_COMPATIBILITY != 0 /* backward compatibility */ #ifdef YYLTYPE #ifndef YY_cl_ucsim_parser_LTYPE #define YY_cl_ucsim_parser_LTYPE YYLTYPE /* WARNING obsolete !!! user defined YYLTYPE not reported into generated header */ /* use %define LTYPE */ #endif #endif /*#ifdef YYSTYPE*/ #ifndef YY_cl_ucsim_parser_STYPE #define YY_cl_ucsim_parser_STYPE YYSTYPE /* WARNING obsolete !!! user defined YYSTYPE not reported into generated header */ /* use %define STYPE */ #endif /*#endif*/ #ifdef YYDEBUG #ifndef YY_cl_ucsim_parser_DEBUG #define YY_cl_ucsim_parser_DEBUG YYDEBUG /* WARNING obsolete !!! user defined YYDEBUG not reported into generated header */ /* use %define DEBUG */ #endif #endif /* use goto to be compatible */ #ifndef YY_cl_ucsim_parser_USE_GOTO #define YY_cl_ucsim_parser_USE_GOTO 1 #endif #endif /* use no goto to be clean in C++ */ #ifndef YY_cl_ucsim_parser_USE_GOTO #define YY_cl_ucsim_parser_USE_GOTO 0 #endif #ifndef YY_cl_ucsim_parser_PURE #line 65 "/usr/share/bison++/bison.h" #define YY_cl_ucsim_parser_PURE 1 #line 65 "/usr/share/bison++/bison.h" /* YY_cl_ucsim_parser_PURE */ #endif #line 68 "/usr/share/bison++/bison.h" #line 68 "/usr/share/bison++/bison.h" /* prefix */ #ifndef YY_cl_ucsim_parser_DEBUG #line 71 "/usr/share/bison++/bison.h" #line 71 "/usr/share/bison++/bison.h" /* YY_cl_ucsim_parser_DEBUG */ #endif #ifndef YY_cl_ucsim_parser_LSP_NEEDED #line 75 "/usr/share/bison++/bison.h" #line 75 "/usr/share/bison++/bison.h" /* YY_cl_ucsim_parser_LSP_NEEDED*/ #endif /* DEFAULT LTYPE*/ #ifdef YY_cl_ucsim_parser_LSP_NEEDED #ifndef YY_cl_ucsim_parser_LTYPE #ifndef BISON_YYLTYPE_ISDECLARED #define BISON_YYLTYPE_ISDECLARED typedef struct yyltype { int timestamp; int first_line; int first_column; int last_line; int last_column; char *text; } yyltype; #endif #define YY_cl_ucsim_parser_LTYPE yyltype #endif #endif /* DEFAULT STYPE*/ #ifndef YY_cl_ucsim_parser_STYPE #define YY_cl_ucsim_parser_STYPE int #endif /* DEFAULT MISCELANEOUS */ #ifndef YY_cl_ucsim_parser_PARSE #define YY_cl_ucsim_parser_PARSE yyparse #endif #ifndef YY_cl_ucsim_parser_LEX #define YY_cl_ucsim_parser_LEX yylex #endif #ifndef YY_cl_ucsim_parser_LVAL #define YY_cl_ucsim_parser_LVAL yylval #endif #ifndef YY_cl_ucsim_parser_LLOC #define YY_cl_ucsim_parser_LLOC yylloc #endif #ifndef YY_cl_ucsim_parser_CHAR #define YY_cl_ucsim_parser_CHAR yychar #endif #ifndef YY_cl_ucsim_parser_NERRS #define YY_cl_ucsim_parser_NERRS yynerrs #endif #ifndef YY_cl_ucsim_parser_DEBUG_FLAG #define YY_cl_ucsim_parser_DEBUG_FLAG yydebug #endif #ifndef YY_cl_ucsim_parser_ERROR #define YY_cl_ucsim_parser_ERROR yyerror #endif #ifndef YY_cl_ucsim_parser_PARSE_PARAM #ifndef __STDC__ #ifndef __cplusplus #ifndef YY_USE_CLASS #define YY_cl_ucsim_parser_PARSE_PARAM #ifndef YY_cl_ucsim_parser_PARSE_PARAM_DEF #define YY_cl_ucsim_parser_PARSE_PARAM_DEF #endif #endif #endif #endif #ifndef YY_cl_ucsim_parser_PARSE_PARAM #define YY_cl_ucsim_parser_PARSE_PARAM void #endif #endif /* TOKEN C */ #ifndef YY_USE_CLASS #ifndef YY_cl_ucsim_parser_PURE #ifndef yylval extern YY_cl_ucsim_parser_STYPE YY_cl_ucsim_parser_LVAL; #else #if yylval != YY_cl_ucsim_parser_LVAL extern YY_cl_ucsim_parser_STYPE YY_cl_ucsim_parser_LVAL; #else #warning "Namespace conflict, disabling some functionality (bison++ only)" #endif #endif #endif #line 169 "/usr/share/bison++/bison.h" #define PTOK_PLUS 258 #define PTOK_MINUS 259 #define PTOK_ASTERIX 260 #define PTOK_SLASH 261 #define PTOK_EQUAL 262 #define PTOK_LEFT_PAREN 263 #define PTOK_RIGHT_PAREN 264 #define PTOK_LEFT_BRACKET 265 #define PTOK_RIGHT_BRACKET 266 #define PTOK_DOT 267 #define PTOK_AMPERSAND 268 #define PTOK_MEMORY_OBJECT 269 #define PTOK_MEMORY 270 #define PTOK_NUMBER 271 #define PTOK_BIT 272 #define UNARYMINUS 273 #line 169 "/usr/share/bison++/bison.h" /* #defines token */ /* after #define tokens, before const tokens S5*/ #else #ifndef YY_cl_ucsim_parser_CLASS #define YY_cl_ucsim_parser_CLASS cl_ucsim_parser #endif #ifndef YY_cl_ucsim_parser_INHERIT #define YY_cl_ucsim_parser_INHERIT #endif #ifndef YY_cl_ucsim_parser_MEMBERS #define YY_cl_ucsim_parser_MEMBERS #endif #ifndef YY_cl_ucsim_parser_LEX_BODY #define YY_cl_ucsim_parser_LEX_BODY #endif #ifndef YY_cl_ucsim_parser_ERROR_BODY #define YY_cl_ucsim_parser_ERROR_BODY #endif #ifndef YY_cl_ucsim_parser_CONSTRUCTOR_PARAM #define YY_cl_ucsim_parser_CONSTRUCTOR_PARAM #endif /* choose between enum and const */ #ifndef YY_cl_ucsim_parser_USE_CONST_TOKEN #define YY_cl_ucsim_parser_USE_CONST_TOKEN 0 /* yes enum is more compatible with flex, */ /* so by default we use it */ #endif #if YY_cl_ucsim_parser_USE_CONST_TOKEN != 0 #ifndef YY_cl_ucsim_parser_ENUM_TOKEN #define YY_cl_ucsim_parser_ENUM_TOKEN yy_cl_ucsim_parser_enum_token #endif #endif class YY_cl_ucsim_parser_CLASS YY_cl_ucsim_parser_INHERIT { public: #if YY_cl_ucsim_parser_USE_CONST_TOKEN != 0 /* static const int token ... */ #line 212 "/usr/share/bison++/bison.h" static const int PTOK_PLUS; static const int PTOK_MINUS; static const int PTOK_ASTERIX; static const int PTOK_SLASH; static const int PTOK_EQUAL; static const int PTOK_LEFT_PAREN; static const int PTOK_RIGHT_PAREN; static const int PTOK_LEFT_BRACKET; static const int PTOK_RIGHT_BRACKET; static const int PTOK_DOT; static const int PTOK_AMPERSAND; static const int PTOK_MEMORY_OBJECT; static const int PTOK_MEMORY; static const int PTOK_NUMBER; static const int PTOK_BIT; static const int UNARYMINUS; #line 212 "/usr/share/bison++/bison.h" /* decl const */ #else enum YY_cl_ucsim_parser_ENUM_TOKEN { YY_cl_ucsim_parser_NULL_TOKEN=0 #line 215 "/usr/share/bison++/bison.h" ,PTOK_PLUS=258 ,PTOK_MINUS=259 ,PTOK_ASTERIX=260 ,PTOK_SLASH=261 ,PTOK_EQUAL=262 ,PTOK_LEFT_PAREN=263 ,PTOK_RIGHT_PAREN=264 ,PTOK_LEFT_BRACKET=265 ,PTOK_RIGHT_BRACKET=266 ,PTOK_DOT=267 ,PTOK_AMPERSAND=268 ,PTOK_MEMORY_OBJECT=269 ,PTOK_MEMORY=270 ,PTOK_NUMBER=271 ,PTOK_BIT=272 ,UNARYMINUS=273 #line 215 "/usr/share/bison++/bison.h" /* enum token */ }; /* end of enum declaration */ #endif public: int YY_cl_ucsim_parser_PARSE(YY_cl_ucsim_parser_PARSE_PARAM); virtual void YY_cl_ucsim_parser_ERROR(char *msg) YY_cl_ucsim_parser_ERROR_BODY; #ifdef YY_cl_ucsim_parser_PURE #ifdef YY_cl_ucsim_parser_LSP_NEEDED virtual int YY_cl_ucsim_parser_LEX(YY_cl_ucsim_parser_STYPE *YY_cl_ucsim_parser_LVAL,YY_cl_ucsim_parser_LTYPE *YY_cl_ucsim_parser_LLOC) YY_cl_ucsim_parser_LEX_BODY; #else virtual int YY_cl_ucsim_parser_LEX(YY_cl_ucsim_parser_STYPE *YY_cl_ucsim_parser_LVAL) YY_cl_ucsim_parser_LEX_BODY; #endif #else virtual int YY_cl_ucsim_parser_LEX() YY_cl_ucsim_parser_LEX_BODY; YY_cl_ucsim_parser_STYPE YY_cl_ucsim_parser_LVAL; #ifdef YY_cl_ucsim_parser_LSP_NEEDED YY_cl_ucsim_parser_LTYPE YY_cl_ucsim_parser_LLOC; #endif int YY_cl_ucsim_parser_NERRS; int YY_cl_ucsim_parser_CHAR; #endif #if YY_cl_ucsim_parser_DEBUG != 0 public: int YY_cl_ucsim_parser_DEBUG_FLAG; /* nonzero means print parse trace */ #endif public: YY_cl_ucsim_parser_CLASS(YY_cl_ucsim_parser_CONSTRUCTOR_PARAM); public: YY_cl_ucsim_parser_MEMBERS }; /* other declare folow */ #endif #if YY_cl_ucsim_parser_COMPATIBILITY != 0 /* backward compatibility */ /* Removed due to bison problems /#ifndef YYSTYPE / #define YYSTYPE YY_cl_ucsim_parser_STYPE /#endif*/ #ifndef YYLTYPE #define YYLTYPE YY_cl_ucsim_parser_LTYPE #endif #ifndef YYDEBUG #ifdef YY_cl_ucsim_parser_DEBUG #define YYDEBUG YY_cl_ucsim_parser_DEBUG #endif #endif #endif /* END */ #line 267 "/usr/share/bison++/bison.h" #endif sdcc-2.9.0/sim/ucsim/cmd.src/cmdpars.y000066400000000000000000000062161116427777700175520ustar00rootroot00000000000000%name cl_ucsim_parser %{ #include "cmdlexcl.h" #include "memcl.h" #include "globals.h" #include "stypes.h" %} %pure_parser %define INHERIT : public cl_base %define MEMBERS class cl_ucsim_lexer *lexer_object;\ virtual ~YY_cl_ucsim_parser_CLASS(void) { delete lexer_object; } %define CONSTRUCTOR_PARAM \ class cl_ucsim_lexer *the_lexer %define CONSTRUCTOR_CODE \ lexer_object= the_lexer; %token PTOK_PLUS PTOK_MINUS PTOK_ASTERIX PTOK_SLASH PTOK_EQUAL %token PTOK_LEFT_PAREN PTOK_RIGHT_PAREN %token PTOK_LEFT_BRACKET PTOK_RIGHT_BRACKET %token PTOK_DOT PTOK_AMPERSAND %token PTOK_MEMORY_OBJECT %token PTOK_MEMORY %token PTOK_NUMBER %token PTOK_BIT %right PTOK_EQUAL %left PTOK_MINUS PTOK_PLUS %left PTOK_ASTERIX PTOK_SLASH %nonassoc UNARYMINUS PTOK_AMPERSAND %nonassoc PTOK_LEFT_PAREN PTOK_RIGHT_PAREN %type ucsim_grammar assignment expression address_of_expression %type memory %type bit %union { long number; class cl_memory *memory_object; struct { class cl_memory *memory; long address; } memory; struct { class cl_memory *memory; long mem_address, bit_address; long mask; } bit; } %% ucsim_grammar: expression { application->dd_printf("%d\n", $1); } ; assignment: memory PTOK_EQUAL expression { $1.memory->write($1.address, $3); $$= $3; } | bit PTOK_EQUAL expression { if ($3) { $1.memory->write($1.mem_address, $1.memory->read($1.mem_address) | $1.mask); $$= 1; } else { $1.memory->write($1.mem_address, $1.memory->read($1.mem_address) & ~($1.mask)); $$= 0; } } ; expression: assignment { $$= $1; } | expression PTOK_PLUS expression { $$= $1 + $3; } | expression PTOK_MINUS expression { $$= $1 - $3; } | expression PTOK_ASTERIX expression { $$= $1 * $3; } | expression PTOK_SLASH expression { if ($3 == 0) yyerror((char *)"Divide by zero"); else $$= $1 / $3; } | PTOK_MINUS expression %prec UNARYMINUS { $$= -$2; } | address_of_expression { $$= $1; } | PTOK_LEFT_PAREN expression PTOK_RIGHT_PAREN { $$= $2; } | PTOK_NUMBER { $$= $1; } | memory { $$= $1.memory->read($1.address); } | bit { $$= ($1.memory->read($1.mem_address) & $1.mask)?1:0; } ; address_of_expression: PTOK_AMPERSAND memory { $$= $2.address; } | PTOK_AMPERSAND bit { $$= $2.bit_address; if ($$ < 0) { yyerror((char *)"Bit has no address."); $$= 0; } } ; memory: PTOK_MEMORY | PTOK_MEMORY_OBJECT PTOK_LEFT_BRACKET expression PTOK_RIGHT_BRACKET { $$.memory= $1; $$.address= $3; } bit: PTOK_BIT | memory PTOK_DOT expression { $$.memory= $1.memory; $$.mem_address= $1.address; $$.mask= 1 << $3; $$.bit_address= -1; class cl_uc *uc= application->get_uc(); if (uc) $$.bit_address= uc->bit_address($1.memory, $1.address, $3); } ; %% int YY_cl_ucsim_parser_CLASS::yylex(YY_cl_ucsim_parser_STYPE *yylval) { lexer_object->activate_lexer_to_parse_into(yylval); return(lexer_object->yylex()); } void YY_cl_ucsim_parser_CLASS::yyerror(char *msg) { application->dd_printf("Parser error: %s\n", msg); } sdcc-2.9.0/sim/ucsim/cmd.src/cmdset.cc000066400000000000000000000275351116427777700175240ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmdset.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include "cmdlexcl.h" #include "cmdpars.h" // prj #include "i_string.h" #include "utils.h" #include "globals.h" // sim.src #include "simcl.h" // local, cmd.src #include "cmdsetcl.h" #include "cmdutil.h" /* * Command: run *---------------------------------------------------------------------------- */ //int //cl_run_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_SIM(cl_run_cmd) { class cl_brk *b; t_addr start, end; class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; if (params[0]) if (!(params[0]->get_address(sim->uc, &start))) { con->dd_printf("Error: wrong start address\n"); return(DD_FALSE); } if (params[1]) if (!(params[1]->get_address(sim->uc, &end))) { con->dd_printf("Error: wromg end address\n"); return(DD_FALSE); } if (params[0]) { if (!sim->uc->inst_at(start)) con->dd_printf("Warning: maybe not instruction at 0x%06lx\n", start); sim->uc->PC= start; if (params[1]) { if (start == end) { con->dd_printf("Addresses must be different.\n"); return(DD_FALSE); } if ((b= sim->uc->fbrk_at(end))) { } else { b= new cl_fetch_brk(sim->uc->address_space(MEM_ROM_ID), sim->uc->make_new_brknr(), end, brkDYNAMIC, 1); sim->uc->fbrk->add_bp(b); } } } con->dd_printf("Simulation started, PC=0x%06x\n", sim->uc->PC); if (sim->uc->fbrk_at(sim->uc->PC)) sim->uc->do_inst(1); sim->start(con); return(DD_FALSE); } /* * Command: stop *---------------------------------------------------------------------------- */ //int //cl_stop_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_SIM(cl_stop_cmd) { sim->stop(resUSER); sim->uc->print_disass(sim->uc->PC, con); return(DD_FALSE); } /* * Command: step *---------------------------------------------------------------------------- */ //int //cl_step_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_step_cmd) { //printf("step %x\n",uc->PC); uc->do_inst(1); //printf("step done %x\n",uc->PC); uc->print_regs(con); return(0); } /* * Command: next *---------------------------------------------------------------------------- */ //int //cl_next_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_SIM(cl_next_cmd) { class cl_brk *b; t_addr next; int branch; int inst_len; #if 0 struct dis_entry *de; t_mem code= sim->uc->get_mem(MEM_ROM, sim->uc->PC); int i= 0; de= &(sim->uc->dis_tbl()[i]); while ((code & de->mask) != de->code && de->mnemonic) { i++; de= &(sim->uc->dis_tbl()[i]); } #endif branch = sim->uc->inst_branch(sim->uc->PC); inst_len = sim->uc->inst_length(sim->uc->PC); if ((branch == 'a') || (branch == 'l')) { next= sim->uc->PC + inst_len; if (!sim->uc->fbrk_at(next)) { b= new cl_fetch_brk(sim->uc->address_space(MEM_ROM_ID), sim->uc->make_new_brknr(), next, brkDYNAMIC, 1); b->init(); // sim->uc->fbrk->add_bp(b); sim->uc->fbrk->add(b); b->activate(); } if (sim->uc->fbrk_at(sim->uc->PC)) sim->uc->do_inst(1); sim->start(con); //sim->uc->do_inst(-1); } else { sim->uc->do_inst(1); sim->uc->print_regs(con); } return(DD_FALSE); } /* * Command: help *---------------------------------------------------------------------------- */ //int //cl_help_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_APP(cl_help_cmd) { class cl_sim *sim; class cl_commander_base *commander; class cl_cmdset *cmdset= 0; int i; class cl_cmd_arg *parm= cmdline->param(0); sim= app->get_sim(); if ((commander= app->get_commander()) != 0) cmdset= commander->cmdset; if (!cmdset) return(DD_FALSE); if (!parm) { for (i= 0; i < cmdset->count; i++) { class cl_cmd *c= (class cl_cmd *)(cmdset->at(i)); if (c->short_help) con->dd_printf("%s\n", c->short_help); else con->dd_printf("%s\n", (char*)(c->names->at(0))); } } else { matches= 0; do_set(cmdline, 0, cmdset, con); if (matches == 1 && cmd_found) { int names; con->dd_printf("Names of command:"); for (names= 0; names < cmd_found->names->count; names++) con->dd_printf(" %s", (char*)(cmd_found->names->at(names))); con->dd_printf("\n"); class cl_cmdset *subset= cmd_found->get_subcommands(); if (subset) { con->dd_printf("\"%s\" must be followed by the name of a " "subcommand\nList of subcommands:\n", (char*)(cmd_found->names->at(0))); for (i= 0; i < subset->count; i++) { class cl_cmd *c= dynamic_cast(subset->object_at(i)); con->dd_printf("%s\n", c->short_help); } } if (cmd_found->long_help) con->dd_printf("%s\n", cmd_found->long_help); } if (!matches || !cmd_found) con->dd_printf("No such command.\n"); //return(DD_FALSE); /* int pari; for (pari= 0; pari < cmdline->nuof_params(); pari++) { class cl_cmd_arg *act_param; act_param= (class cl_cmd_arg *)(cmdline->param(pari)); for (i= 0; i < cmdset->count; i++) { class cl_cmd *c= (class cl_cmd *)(cmdset->at(i)); if (!c->name_match(act_param->s_value, DD_FALSE)) continue; if (c->short_help) con->dd_printf("%s\n", c->short_help); else con->dd_printf("%s\n", (char*)(c->names->at(0))); if (pari < cmdline->nuof_params()-1) continue; cmdset= c->get_subcommands(); if (!cmdset) return(DD_FALSE); } } return(DD_FALSE); */ } return(DD_FALSE); /* if (cmdline->syntax_match(0, STRING)) { matches= 0; for (i= 0; i < cmdset->count; i++) { c= (class cl_cmd *)(cmdset->at(i)); if (c->name_match(parm->value.string.string, DD_FALSE)) matches++; } if (!matches) con->dd_printf("No such command\n"); else if (matches > 1) for (i= 0; i < cmdset->count; i++) { c= (class cl_cmd *)(cmdset->at(i)); if (!c->name_match(parm->value.string.string, DD_FALSE)) continue; if (c->short_help) con->dd_printf("%s\n", c->short_help); else con->dd_printf("%s\n", (char*)(c->names->at(0))); } else for (i= 0; i < cmdset->count; i++) { c= (class cl_cmd *)(cmdset->at(i)); if (!c->name_match(parm->value.string.string, DD_FALSE)) continue; if (c->short_help) con->dd_printf("%s\n", c->short_help); else con->dd_printf("%s\n", (char*)(c->names->at(0))); int names; con->dd_printf("Names of command:"); for (names= 0; names < c->names->count; names++) con->dd_printf(" %s", (char*)(c->names->at(names))); con->dd_printf("\n"); if (c->long_help) con->dd_printf("%s\n", c->long_help); else con->dd_printf("%s\n", (char*)(c->names->at(0))); } } else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax"); return(0); */ } bool cl_help_cmd::do_set(class cl_cmdline *cmdline, int pari, class cl_cmdset *cmdset, class cl_console_base *con) { int i; for (i= 0; i < cmdset->count; i++) { class cl_cmd *cmd= dynamic_cast(cmdset->object_at(i)); if (!cmd) continue; if (pari >= cmdline->nuof_params()) return(DD_FALSE); class cl_cmd_arg *param= cmdline->param(pari); if (!param) return(DD_FALSE); class cl_cmdset *next_set= cmd->get_subcommands(); if (cmd->name_match(param->s_value, DD_FALSE)) { if (pari+1 >= cmdline->nuof_params()) { matches++; cmd_found= cmd; if (cmd->short_help) con->dd_printf("%s\n", cmd->short_help); else con->dd_printf("%s\n", (char*)(cmd->names->at(0))); //continue; } else if (next_set) do_set(cmdline, pari+1, next_set, con); } } return(DD_TRUE); } /* * Command: quit *---------------------------------------------------------------------------- */ //int //cl_quit_cmd::do_work(class cl_sim *sim, // class cl_cmdline */*cmdline*/, class cl_console_base */*con*/) COMMAND_DO_WORK(cl_quit_cmd) { return(1); } /* * Command: kill *---------------------------------------------------------------------------- */ //int //cl_kill_cmd::do_work(class cl_sim *sim, // class cl_cmdline */*cmdline*/, class cl_console_base */*con*/) COMMAND_DO_WORK_APP(cl_kill_cmd) { app->going= 0; if (app->sim) app->sim->state|= SIM_QUIT; return(1); } /* * EXEC file */ COMMAND_DO_WORK_APP(cl_exec_cmd) { class cl_cmd_arg *parm= cmdline->param(0); char *fn= 0; if (cmdline->syntax_match(0, STRING)) { fn= parm->value.string.string; } else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); class cl_commander_base *c= app->get_commander(); class cl_console_base *cons= con->clone_for_exec(fn); if (cons) { cons->flags|= CONS_NOWELCOME; c->add_console(cons); } return(DD_FALSE); } /* * expression expression */ COMMAND_DO_WORK_APP(cl_expression_cmd) { //con->dd_printf("\"%s\"\n", cmdline->cmd); char *s= cmdline->cmd; if (!s || !*s) return(DD_FALSE); int i= strspn(s, " \t\v\n"); s+= i; //con->dd_printf("\"%s\"\n", s); i= strspn(s, "abcdefghijklmnopqrstuvwxyz"); s+= i; //con->dd_printf("\"%s\"\n", s); class YY_cl_ucsim_parser_CLASS *pars; class cl_ucsim_lexer *lexer; lexer= new cl_ucsim_lexer(s); pars= new YY_cl_ucsim_parser_CLASS(lexer); pars->yyparse(); delete pars; return(DD_FALSE); } /* End of cmd.src/cmdset.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/cmdsetcl.h000066400000000000000000000031071116427777700176720ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmdsetcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_CMDSETCL_HEADER #define CMD_CMDSETCL_HEADER // local, cmd #include "commandcl.h" #include "newcmdcl.h" // STATE COMMAND_ON(sim,cl_run_cmd); COMMAND_ON(sim,cl_stop_cmd); COMMAND_ON(uc,cl_step_cmd); COMMAND_ON(sim,cl_next_cmd); //COMMAND_ON(app,cl_help_cmd); COMMAND_HEAD(cl_help_cmd) COMMAND_METHODS_ON(app,cl_help_cmd) private: int matches; class cl_cmd *cmd_found; bool do_set(class cl_cmdline *cmdline, int pari, class cl_cmdset *cmdset, class cl_console_base *con); COMMAND_TAIL; COMMAND(cl_quit_cmd); COMMAND_ON(app,cl_kill_cmd); COMMAND_ON(app,cl_exec_cmd); COMMAND_ON(app,cl_expression_cmd); #endif /* End of cmd.src/cmdsetcl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/cmdstat.cc000066400000000000000000000073041116427777700176740ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmdstat.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" // prj #include "globals.h" // sim #include "simcl.h" // local #include "cmdstatcl.h" #ifdef STATISTIC /* * Command: statistic *---------------------------------------------------------------------------- */ //int //cl_stat_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_statistic_cmd) { class cl_hw *hw; class cl_address_space *mem; t_addr start= 0, end= 0; bool addresses= DD_FALSE; class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; if (cmdline->syntax_match(uc, HW)) { hw= params[0]->value.hw; } else { mem= 0; if (cmdline->syntax_match(uc, MEMORY ADDRESS ADDRESS)) { mem= params[0]->value.memory.address_space; start= params[1]->value.address; end= params[2]->value.address; addresses= DD_TRUE; } else if (cmdline->syntax_match(uc, MEMORY ADDRESS)) { mem= params[0]->value.memory.address_space; start= end= params[1]->value.address; addresses= DD_TRUE; } else if (cmdline->syntax_match(uc, MEMORY)) { mem= params[0]->value.memory.address_space; addresses= DD_FALSE; } else { /*con->dd_printf("Error: wrong syntax\n" "%s\n", short_help?short_help:"no help");*/ int i; unsigned long wr, ww; for (i= 0; i < uc->address_spaces->count; i++) { mem= (class cl_address_space *)(uc->address_spaces->at(i)); wr= mem->get_nuof_reads(); ww= mem->get_nuof_writes(); con->dd_printf("%s writes= %10lu " "reads= %10lu " "(%10lu operations)\n", mem->get_name("mem"), ww, wr, ww+wr); } } if (mem) { t_addr i; unsigned long wr, ww; wr= mem->get_nuof_reads(); ww= mem->get_nuof_writes(); if (!addresses) con->dd_printf("%s writes= %10lu " "reads= %10lu\n", mem->get_name("mem"), ww, wr); else for (i= start; i <= end; i++) { class cl_memory_cell *c= mem->get_cell(i); unsigned long w= c->nuof_writes, r= c->nuof_reads; double dr= wr?((double(r)*100.0)/double(wr)):0.0; double dw= ww?((double(w)*100.0)/double(ww)):0.0; con->dd_printf("%s[0x%06x] writes= %10lu (%6.2lf%%) " "reads= %10lu (%6.2lf%%)\n", mem->get_name("mem"), i, w, dw, r, dr); } } } return(DD_FALSE);; } #endif /* End of cmd.src/cmdstat.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/cmdstatcl.h000066400000000000000000000022041116427777700200470ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmdstatcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_CMDSTATCL_HEADER #define CMD_CMDSTATCL_HEADER #include "ddconfig.h" #include "newcmdcl.h" #ifdef STATISTIC // STATISTIC COMMAND_ON(uc,cl_statistic_cmd); #endif #endif /* End of cmd.src/cmdstatcl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/cmduc.cc000066400000000000000000000344051116427777700173320ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmduc.cc) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // prj #include "globals.h" #include "utils.h" // sim.src #include "uccl.h" // local, cmd.src #include "cmduccl.h" /* * Command: state *---------------------------------------------------------------------------- */ //int //cl_state_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_state_cmd) { con->dd_printf("CPU state= %s PC= 0x%06x XTAL= %g\n", get_id_string(cpu_states, uc->state), uc->PC, uc->xtal); con->dd_printf("Total time since last reset= %g sec (%lu clks)\n", uc->get_rtime(), uc->ticks->ticks); con->dd_printf("Time in isr = %g sec (%lu clks) %3.2g%%\n", uc->isr_ticks->get_rtime(uc->xtal), uc->isr_ticks->ticks, (uc->ticks->ticks == 0)?0.0: (100.0*((double)(uc->isr_ticks->ticks)/ (double)(uc->ticks->ticks)))); con->dd_printf("Time in idle= %g sec (%lu clks) %3.2g%%\n", uc->idle_ticks->get_rtime(uc->xtal), uc->idle_ticks->ticks, (uc->ticks->ticks == 0)?0.0: (100.0*((double)(uc->idle_ticks->ticks)/ (double)(uc->ticks->ticks)))); con->dd_printf("Max value of stack pointer= 0x%06x, avg= 0x%06x\n", uc->sp_max, uc->sp_avg); return(0); } /* * Command: file *---------------------------------------------------------------------------- */ //int //cl_file_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_file_cmd) { char *fname= 0; long l; if ((cmdline->param(0) == 0) || ((fname= cmdline->param(0)->get_svalue()) == NULL)) { con->dd_printf("File name is missing.\n"); return(0); } if ((l= uc->read_hex_file(fname)) >= 0) con->dd_printf("%ld words read from %s\n", l, fname); return(0); } /* * Command: download *---------------------------------------------------------------------------- */ //int //cl_dl_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_dl_cmd) { long l; if ((l= uc->read_hex_file(NULL)) >= 0) con->dd_printf("%ld words loaded\n", l); return(0); } /* * Command: pc *---------------------------------------------------------------------------- */ //int //cl_pc_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_pc_cmd) { t_addr addr; class cl_cmd_arg *params[1]= { cmdline->param(0) }; if (params[0]) { if (!(params[0]->get_address(uc, &addr))) { con->dd_printf("Error: wrong parameter\n"); return(DD_FALSE); } class cl_address_space *rom= uc->address_space(MEM_ROM_ID); if (rom) { if (addr > rom->highest_valid_address()) addr= rom->highest_valid_address(); } if (!uc->inst_at(addr)) con->dd_printf("Warning: maybe not instruction at 0x%06x\n", addr); uc->PC= addr; } uc->print_disass(uc->PC, con); return(DD_FALSE); } /* * Command: reset *---------------------------------------------------------------------------- */ //int //cl_reset_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_reset_cmd) { uc->reset(); return(0); } /* * Command: dump *---------------------------------------------------------------------------- */ //int //cl_dump_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_dump_cmd) { class cl_memory *mem= 0; long bpl= 8; t_addr start= 0, end; class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; if (params[0] && params[0]->as_bit(uc)) { int i= 0; while (params[0] && params[0]->as_bit(uc)) { t_mem m; mem= params[0]->value.bit.mem; m= mem->read(params[0]->value.bit.mem_address); char *sn= uc->symbolic_bit_name((t_addr)-1, mem, params[0]->value.bit.mem_address, params[0]->value.bit.mask); con->dd_printf("%10s ", sn?sn:""); con->dd_printf(mem->addr_format, params[0]->value.bit.mem_address); con->dd_printf(" "); con->dd_printf(mem->data_format, m); con->dd_printf(" %c\n", (m&(params[0]->value.bit.mask))?'1':'0'); i++; params[0]= cmdline->param(i); } if (params[0]) con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); } else { if (!params[0] || !params[0]->as_memory(uc)) { con->dd_printf("No memory specified. Use \"info memory\" for available memories\n"); return(DD_FALSE); } if (cmdline->syntax_match(uc, MEMORY)) { mem= params[0]->value.memory.memory; mem->dump(con); } else if (cmdline->syntax_match(uc, MEMORY ADDRESS)) { mem = params[0]->value.memory.memory; start= params[1]->value.address; end = start+10*8-1; mem->dump(start, end, bpl, con); } else if (cmdline->syntax_match(uc, MEMORY ADDRESS ADDRESS)) { mem = params[0]->value.memory.memory; start= params[1]->value.address; end = params[2]->value.address; mem->dump(start, end, bpl, con); } else if (cmdline->syntax_match(uc, MEMORY ADDRESS ADDRESS NUMBER)) { mem = params[0]->value.memory.memory; start= params[1]->value.address; end = params[2]->value.address; bpl = params[3]->value.number; mem->dump(start, end, bpl, con); } else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); } return(DD_FALSE);; } /* * Command: di *---------------------------------------------------------------------------- */ //int //cl_di_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_di_cmd) { cmdline->insert_param(0, new cl_cmd_sym_arg("iram")); cl_dump_cmd::do_work(uc, cmdline, con); return(0); } /* * Command: dx *---------------------------------------------------------------------------- */ //int //cl_dx_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_dx_cmd) { cmdline->insert_param(0, new cl_cmd_sym_arg("xram")); cl_dump_cmd::do_work(uc, cmdline, con); return(0); } /* * Command: dch *---------------------------------------------------------------------------- */ //int //cl_dch_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_dch_cmd) { cmdline->insert_param(0, new cl_cmd_sym_arg("rom")); cl_dump_cmd::do_work(uc, cmdline, con); return(0); } /* * Command: ds *---------------------------------------------------------------------------- */ //int //cl_ds_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_ds_cmd) { cmdline->insert_param(0, new cl_cmd_sym_arg("sfr")); cl_dump_cmd::do_work(uc, cmdline, con); return(0); } /* * Command: dc *---------------------------------------------------------------------------- */ //int //cl_dc_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_dc_cmd) { t_addr start= last, end= last+20; class cl_cmd_arg *params[2]= { cmdline->param(0), cmdline->param(1) }; class cl_address_space *rom= uc->address_space(MEM_ROM_ID); if (!rom) return(DD_FALSE); if (params[0] == 0) ; else if (cmdline->syntax_match(uc, ADDRESS)) { start= params[0]->value.address; end= start+20; } else if (cmdline->syntax_match(uc, ADDRESS ADDRESS)) { start= params[0]->value.address; end= params[1]->value.address; } if (start > rom->highest_valid_address()) { con->dd_printf("Error: start address is too high\n"); return(DD_FALSE); } if (end > rom->highest_valid_address()) { con->dd_printf("Error: end address is too high\n"); return(DD_FALSE); } for (; start <= end; start+= uc->inst_length(start)) uc->print_disass(start, con); last= start; return(DD_FALSE); } /* * Command: disassemble *---------------------------------------------------------------------------- */ static int disass_last_stop= 0; //int //cl_disassemble_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_disassemble_cmd) { t_addr start, realstart; int offset= -1, dir, lines= 20; class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; start= disass_last_stop; if (params[0] == 0) ; else if (cmdline->syntax_match(uc, ADDRESS)) { start= params[0]->value.address; } else if (cmdline->syntax_match(uc, ADDRESS NUMBER)) { start= params[0]->value.address; offset= params[1]->value.number; } else if (cmdline->syntax_match(uc, ADDRESS NUMBER NUMBER)) { start= params[0]->value.address; offset= params[1]->value.number; lines= params[2]->value.number; } else { con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); return(DD_FALSE); } if (lines < 1) { con->dd_printf("Error: wrong `lines' parameter\n"); return(DD_FALSE); } if (!uc->there_is_inst()) return(DD_FALSE); realstart= start; class cl_address_space *rom= uc->address_space(MEM_ROM_ID); if (!rom) return(DD_FALSE); while (realstart <= rom->highest_valid_address() && !uc->inst_at(realstart)) realstart= realstart+1; if (offset) { dir= (offset < 0)?-1:+1; while (offset) { realstart= rom->inc_address(realstart, dir); while (!uc->inst_at(realstart)) realstart= rom->inc_address(realstart, dir); offset+= -dir; } } while (lines) { uc->print_disass(realstart, con); realstart= rom->inc_address(realstart, +1) + rom->start_address; while (!uc->inst_at(realstart)) realstart= rom->inc_address(realstart, +1) + rom->start_address; lines--; } disass_last_stop= realstart; return(DD_FALSE);; } /* * Command: fill *---------------------------------------------------------------------------- */ //int //cl_fill_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_fill_cmd) { class cl_memory *mem= 0; t_mem what= 0; t_addr start= 0, end; class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; if (cmdline->syntax_match(uc, MEMORY ADDRESS ADDRESS NUMBER)) { mem = params[0]->value.memory.memory; start= params[1]->value.address; end = params[2]->value.address; what = params[3]->value.number; t_addr i; for (i= start; i <= end; i++) { t_mem d; d= what; mem->write(i, d); } } else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); return(DD_FALSE);; } /* * Command: where *---------------------------------------------------------------------------- */ int cl_where_cmd::do_real_work(class cl_uc *uc, class cl_cmdline *cmdline, class cl_console_base *con, bool case_sensitive) { class cl_memory *mem= 0; class cl_cmd_arg *params[2]= { cmdline->param(0), cmdline->param(1) }; if (cmdline->syntax_match(uc, MEMORY DATALIST)) { mem= params[0]->value.memory.memory; t_mem *array= params[1]->value.data_list.array; int len= params[1]->value.data_list.len; if (!len) { con->dd_printf("Error: nothing to search for\n"); return(DD_FALSE); } t_addr addr= 0; bool found= mem->search_next(case_sensitive, array, len, &addr); while (found) { mem->dump(addr, addr+len-1, 8, con); addr++; found= mem->search_next(case_sensitive, array, len, &addr); } } else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); return(DD_FALSE); } //int //cl_where_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_where_cmd) { return(do_real_work(uc, cmdline, con, DD_FALSE)); } //int //cl_Where_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_Where_cmd) { return(do_real_work(uc, cmdline, con, DD_TRUE)); } /* End of cmd.src/cmduc.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/cmduccl.h000066400000000000000000000035271116427777700175140ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmduccl.h) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_CMDUCCL_HEADER #define CMD_CMDUCCL_HEADER #include "newcmdcl.h" COMMAND_ON(uc,cl_state_cmd); COMMAND_ON(uc,cl_file_cmd); COMMAND_ON(uc,cl_dl_cmd); COMMAND_ON(uc,cl_pc_cmd); COMMAND_ON(uc,cl_reset_cmd); COMMAND_ON(uc,cl_dump_cmd); COMMAND_ANCESTOR_ON(uc,cl_di_cmd,cl_dump_cmd); COMMAND_ANCESTOR_ON(uc,cl_dx_cmd,cl_dump_cmd); COMMAND_ANCESTOR_ON(uc,cl_ds_cmd,cl_dump_cmd); COMMAND_ANCESTOR_ON(uc,cl_dch_cmd,cl_dump_cmd); COMMAND_DATA_ON(uc,cl_dc_cmd,t_addr last); COMMAND_DATA_ON(uc,cl_disassemble_cmd,int last); COMMAND_DATA_ON(uc,cl_fill_cmd,int last); COMMAND_HEAD(cl_where_cmd) public: int last; COMMAND_METHODS_ON(uc,cl_where_cmd) virtual int do_real_work(class cl_uc *uc, class cl_cmdline *cmdline, class cl_console_base *con, bool case_sensitive); COMMAND_TAIL; COMMAND_DATA_ANCESTOR_ON(uc,cl_Where_cmd,cl_where_cmd,int last); #endif /* End of cmd.src/cmduccl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/cmdutil.cc000066400000000000000000000246651116427777700177070ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmdutil.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * Copyright (C) 2006, Borut Razem - borut.razem@siol.net * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #include #include #include #ifdef SOCKET_AVAIL # include HEADER_SOCKET # if defined HAVE_SYS_SOCKET_H # include # include # endif #endif #ifdef HAVE_UNISTD_H #include #endif #ifdef _WIN32 #include #endif #include "i_string.h" #include "stypes.h" #include "globals.h" #include "uccl.h" #include "cmdutil.h" /* * Making a socket which can be used to listen for a specified port */ #ifdef SOCKET_AVAIL #ifdef _WIN32 static void init_winsock(void) { static bool is_initialized = false; if (!is_initialized) { WSADATA wsaData; // Initialize Winsock int iResult = WSAStartup(MAKEWORD(2,2), &wsaData); if (iResult != 0) { printf("WSAStartup failed: %d\n", iResult); exit(1); } } } SOCKET make_server_socket(unsigned short int port) { init_winsock(); struct sockaddr_in name; /* Create the socket. */ SOCKET sock = WSASocket(PF_INET, SOCK_STREAM, IPPROTO_TCP, NULL, 0, 0); if (INVALID_SOCKET == sock) { fprintf(stderr, "socket: %d\n", WSAGetLastError()); return INVALID_SOCKET; } name.sin_family = AF_INET; name.sin_port = htons(port); name.sin_addr.s_addr= htonl(INADDR_ANY); if (SOCKET_ERROR == bind(sock, (struct sockaddr *)&name, sizeof(name))) { fprintf(stderr, "bind: %d\n", WSAGetLastError()); return INVALID_SOCKET; } return sock; } #else int make_server_socket(unsigned short int port) { int sock, i; struct sockaddr_in name; /* Create the socket. */ sock= socket(PF_INET, SOCK_STREAM, 0); if (sock < 0) { perror("socket"); return(0); } /* Give the socket a name. */ i= 1; if (setsockopt(sock, SOL_SOCKET, SO_REUSEADDR, (char*)&i, sizeof(i)) < 0) { perror("setsockopt"); } name.sin_family = AF_INET; name.sin_port = htons(port); name.sin_addr.s_addr= htonl(INADDR_ANY); if (bind(sock, (struct sockaddr *)&name, sizeof(name)) < 0) { perror("bind"); return(0); } return(sock); } #endif #endif #if _WIN32 enum e_handle_type get_handle_type(HANDLE handle) { DWORD file_type = GetFileType(handle); switch (file_type) { case FILE_TYPE_CHAR: { DWORD err; if (!ClearCommError(handle, &err, NULL)) { switch (GetLastError()) { case ERROR_INVALID_HANDLE: return CH_CONSOLE; case ERROR_INVALID_FUNCTION: /* * In case of NUL device return type CH_FILE. * Is this the correct way to test it? */ return CH_FILE; default: assert(false); } } } return CH_SERIAL; case FILE_TYPE_DISK: return CH_FILE; } char sockbuf[256]; int optlen = sizeof(sockbuf); if (SOCKET_ERROR != getsockopt((SOCKET)handle, SOL_SOCKET, SO_TYPE, sockbuf, &optlen) || WSAENOTSOCK != WSAGetLastError()) return CH_SOCKET; assert(false); return CH_UNDEF; } bool input_avail(HANDLE handle, e_handle_type type) { if (CH_UNDEF == type) type = get_handle_type(handle); switch (type) { case CH_SOCKET: { struct timeval tv = {0, 0}; assert(INVALID_HANDLE_VALUE != handle); fd_set s; FD_ZERO(&s); FD_SET((SOCKET)handle, &s); int ret = select(0, &s, NULL, NULL, &tv); if (SOCKET_ERROR == ret) fprintf(stderr, "Can't select: %d\n", WSAGetLastError()); return ret != SOCKET_ERROR && ret != 0; } case CH_FILE: return true; case CH_CONSOLE: { PINPUT_RECORD pIRBuf; DWORD NumPending; DWORD NumPeeked; /* * Peek all pending console events */ if (INVALID_HANDLE_VALUE == handle || !GetNumberOfConsoleInputEvents(handle, &NumPending) || NumPending == 0 || NULL == (pIRBuf = (PINPUT_RECORD)_alloca(NumPending * sizeof(INPUT_RECORD)))) return false; if (PeekConsoleInput(handle, pIRBuf, NumPending, &NumPeeked) && NumPeeked != 0L && NumPeeked <= NumPending) { /* * Scan all of the peeked events to determine if any is a key event * which should be recognized. */ for ( ; NumPeeked > 0 ; NumPeeked--, pIRBuf++ ) { if (KEY_EVENT == pIRBuf->EventType && pIRBuf->Event.KeyEvent.bKeyDown && pIRBuf->Event.KeyEvent.uChar.AsciiChar) return true; } } return false; } case CH_SERIAL: { DWORD err; COMSTAT comStat; bool res = ClearCommError(handle, &err, &comStat); assert(res); return res ? comStat.cbInQue > 0 : false; } default: assert(false); return false; } } #else bool input_avail(UCSOCKET_T fd) { assert(0 <= fd); fd_set s; FD_ZERO(&s); FD_SET(fd, &s); struct timeval tv = {0, 0}; int i = select(fd + 1, &s, NULL, NULL, &tv); if (i < 0) perror("select"); return i > 0; } #endif /* * Searching for a name in the specified table */ struct name_entry * get_name_entry(struct name_entry tabl[], char *name, class cl_uc *uc) { int i= 0; char *p; if (!tabl || !name || !(*name)) return(0); for (p= name; *p; *p= toupper(*p), p++); while (tabl[i].name && (!(tabl[i].cpu_type & uc->type) || (strcmp(tabl[i].name, name) != 0))) { //printf("tabl[%d].name=%s <-> %s\n",i,tabl[i].name,name); i++; } if (tabl[i].name != NULL) return(&tabl[i]); else return(0); } /* * Interpreting a bitname */ /*bool interpret_bitname(char *name, class cl_uc *uc, uchar **cell, uchar *celladdr, uchar *bitaddr, uchar *bitmask, char **symname) { char *dot, *p; char *sym, bitnumstr[2]; struct name_entry *ne; int bitnum, i; if ((dot= strchr(name, '.')) != NULL) { *dot++= '\0'; if ((ne= get_name_entry(uc->sfr_tbl(), name, uc)) == NULL) { *celladdr= strtol(name, &p, 0); if (p && *p) { dot--; *dot= '.'; return(DD_FALSE); } } else *celladdr= ne->addr; if ((*celladdr < 0x20) || ((*celladdr > 0x2f) && (*celladdr < 0x80)) || ((*celladdr > 0x7f) && (*celladdr & 0x07))) return(DD_FALSE); bitnum= strtol(dot, &p, 0); if ((p && *p) || (bitnum < 0) || (bitnum > 7)) return(DD_FALSE); if (*celladdr > 0x7f) *bitaddr= *celladdr + bitnum; else *bitaddr= (*celladdr - 0x20)*8 + bitnum; dot--; *dot= '.'; } else { if ((ne= get_name_entry(uc->bit_tbl(), name, uc)) == NULL) { *bitaddr= strtol(name, &p, 0); if ((p && *p) || (*bitaddr > 0xff)) return(DD_FALSE); } else *bitaddr= ne->addr; if (*bitaddr > 0x7f) *celladdr= *bitaddr & 0xf8; else *celladdr= (*bitaddr >> 3) + 0x20; } // *bitaddr, *celladdr now OK *cell= uc->get_bit//FIXME (*bitaddr); *bitmask= BIT_MASK(*bitaddr); // making symbolic name if (!symname) return(DD_TRUE); i= 0; while (uc->bit_tbl()[i].name && (uc->bit_tbl()[i].addr != *bitaddr)) i++; if (uc->bit_tbl()[i].name) { sym= strdup(uc->bit_tbl()[i].name); *symname= sym; return(DD_TRUE); } i= 0; while (uc->sfr_tbl()[i].name && (uc->sfr_tbl()[i].addr != *celladdr)) i++; if (uc->sfr_tbl()[i].name) sym= strdup(uc->sfr_tbl()[i].name); else { sym= (char *)malloc(3); sprintf(sym, "%02x", *celladdr); } sym= (char *)realloc(sym, strlen(sym)+2); strcat(sym, "."); sprintf(bitnumstr, "%1d", *bitaddr & 0x07); strcat(sym, bitnumstr); *symname= sym; return(DD_TRUE); }*/ /* * Processing escape sequencies in a string */ char * proc_escape(char *string, int *len) { char spec_chars[]= "fnrtvab\""; char spec[]= "\f\n\r\t\v\a\b\""; char *s, *str, *p; s = string; str= (char *)malloc(strlen(string)+1); p = str; while (*s) { char *spec_c; if (*s == '\\' && *(s+1)) { s++; if (*s == '0') { if (!isdigit(*(s+1))) { *p++= '\0'; s++; } else { char *octal, *chk, data; int i, j; i= strspn(s, "01234567"); octal= (char *)malloc(i+1); j= 0; while (*s && (j < i)) octal[j++]= *s++; octal[j]= '\0'; data= strtol(octal, &chk, 8); if (!chk || !(*chk)) *p++= data; } } else if ((spec_c= strchr(spec_chars, *s)) != NULL) { *p++= spec[spec_c-spec_chars]; s++; } else *p++= *s++; } else *p++= *s++; } *p= '\0'; *len= p-str; return(str); } /* End of cmd.src/cmdutil.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/cmdutil.h000066400000000000000000000040171116427777700175360ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/cmdutil.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * Copyright (C) 2006, Borut Razem - borut.razem@siol.net * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_CMDUTIL_HEADER #define CMD_CMDUTIL_HEADER #ifdef SOCKET_AVAIL # include HEADER_SOCKET #endif #include "ddconfig.h" #include "uccl.h" #ifdef SOCKET_AVAIL extern UCSOCKET_T make_server_socket(unsigned short int port); #endif #ifdef _WIN32 enum e_handle_type { CH_UNDEF, CH_FILE, CH_SOCKET, CH_CONSOLE, CH_SERIAL,}; enum e_handle_type get_handle_type(HANDLE handle); bool input_avail(HANDLE handle, e_handle_type type = CH_UNDEF); #else bool input_avail(UCSOCKET_T handle); #endif //extern void print_bin(long data, int bits, class cl_console_base *con); extern struct name_entry *get_name_entry(struct name_entry tabl[], char *name, class cl_uc *uc); /*extern bool interpret_bitname(char *name, class cl_uc *uc, uchar **cell, uchar *celladdr, uchar *bitaddr, uchar *bitmask, char **symname);*/ extern char *proc_escape(char *string, int *len); #endif /* End of cmd.src/cmdutil.h */ sdcc-2.9.0/sim/ucsim/cmd.src/command.cc000066400000000000000000000420711116427777700176530ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/command.cc) * * Copyright (C) 2002,02 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include "i_string.h" // prj // local, cmd #include "commandcl.h" /* * Command line *____________________________________________________________________________ */ cl_cmdline::cl_cmdline(class cl_app *the_app, char *acmd, class cl_console_base *acon): cl_base() { app= the_app; cmd= strdup(acmd); params= new cl_list(2, 2, "command line params"); tokens= new cl_ustrings(2, 2, "command line tokens"); set_name(0); matched_syntax= 0; con= acon; } cl_cmdline::~cl_cmdline(void) { if (cmd) free(cmd); delete params; delete tokens; } int cl_cmdline::init(void) { split(); return(0); } char * cl_cmdline::skip_delims(char *start) { while (*start && strchr(" \t\v\r,", *start)) start++; return(start); } int cl_cmdline::split(void) { //class cl_sim *sim; char *start= cmd; int i; class cl_cmd_arg *arg; //sim= app->get_sim(); set_name("\n"); if (!cmd || !*cmd) return(0); start+= strspn(start, " \t\v\r,"); if (start && *start == '\n') { char *n= (char*)malloc(2); strcpy(n, "\n"); set_name(n); return(0); } if (!*start) return(0); i= strcspn(start, " \t\v\r,"); if (i) { char *n= (char*)malloc(i+1); strncpy(n, start, i); n[i]= '\0'; set_name(n); } start+= i; start= skip_delims(start); // skip delimiters while (*start) { char *end= start, *param_str; if (*start == '"') split_out_string(&start, &end); else if (*start == '>') split_out_output_redirection(&start, &end); else { char *dot; i= strcspn(start, " \t\v\r,"); end= start+i; param_str= (char *)malloc(i+1); strncpy(param_str, start, i); param_str[i]= '\0'; tokens->add(strdup(param_str)); if ((dot= strchr(param_str, '.')) != NULL) split_out_bit(dot, param_str); else if ((dot= strchr(param_str, '[')) != NULL) split_out_array(dot, param_str); else if (strchr("0123456789-+", *param_str) != NULL) { // number params->add(arg= new cl_cmd_int_arg((long) strtol(param_str, 0, 0))); arg->init(); } else { // symbol params->add(arg= new cl_cmd_sym_arg(param_str)); arg->init(); } free(param_str); } start= end; start= skip_delims(start); } return(0); } void cl_cmdline::split_out_string(char **_start, char **_end) { char *start= *_start, *end; start++; end= start; while (*end && *end != '"') { if (*end == '\\') { end++; if (*end) end++; } else end++; } if (*end == '"') end--; else con->dd_printf("Unterminated string\n"); char *param_str= (char *)malloc(end-start+2); strncpy(param_str, start, 1+end-start); param_str[1+end-start]= '\0'; tokens->add(strdup(param_str)); class cl_cmd_arg *arg; params->add(arg= new cl_cmd_str_arg(param_str)); arg->init(); free(param_str); if (*end) end++; if (*end == '"') end++; *_start= start; *_end= end; } void cl_cmdline::split_out_output_redirection(char **_start, char **_end) { char *start= *_start, *end/*= *_end*/; int i; char mode[2]; mode[0]= 'w'; mode[1]= '\0'; start++; i= strcspn(start, " \t\v\r,"); end= start+i; char *param_str= (char *)malloc(i+1); char *n= param_str; strncpy(param_str, start, i); param_str[i]= '\0'; if (param_str && param_str[0] == '>') { n++; mode[0]= 'a'; } tokens->add(strdup(n)); con->redirect(n, mode); free(param_str); *_start= start; *_end= end; } void cl_cmdline::split_out_bit(char *dot, char *param_str) { class cl_cmd_arg *sfr, *bit; *dot= '\0'; dot++; if (strchr("0123456789", *param_str) != NULL) { sfr= new cl_cmd_int_arg((long)strtol(param_str, 0, 0)); sfr->init(); } else { sfr= new cl_cmd_sym_arg(param_str); sfr->init(); } if (*dot == '\0') { bit= 0; con->dd_printf("Uncomplete bit address\n"); delete sfr; } else { if (strchr("0123456789", *dot) != NULL) { bit= new cl_cmd_int_arg((long)strtol(dot, 0, 0)); bit->init(); } else { bit= new cl_cmd_sym_arg(dot); bit->init(); } class cl_cmd_arg *arg; params->add(arg= new cl_cmd_bit_arg(sfr, bit)); arg->init(); } } void cl_cmdline::split_out_array(char *dot, char *param_str) { class cl_cmd_arg *aname, *aindex; *dot= '\0'; dot++; if (strchr("0123456789", *param_str) != NULL) { aname= new cl_cmd_int_arg((long)strtol(param_str, 0, 0)); aname->init(); } else { aname= new cl_cmd_sym_arg(param_str); aname->init(); } if (*dot == '\0') { aname= 0; con->dd_printf("Uncomplete array\n"); } else { char *p; p= dot + strlen(dot) - 1; while (p > dot && *p != ']') { *p= '\0'; p--; } if (*p == ']') *p= '\0'; if (strlen(dot) == 0) { con->dd_printf("Uncomplete array index\n"); delete aname; } else { if (strchr("0123456789", *dot) != NULL) { aindex= new cl_cmd_int_arg((long)strtol(dot, 0, 0)); aindex->init(); } else { aindex= new cl_cmd_sym_arg(dot); aindex->init(); } class cl_cmd_arg *arg; params->add(arg= new cl_cmd_array_arg(aname, aindex)); arg->init(); } } } int cl_cmdline::shift(void) { char *s= skip_delims(cmd); set_name(0); if (s && *s) { while (*s && strchr(" \t\v\r,", *s) == NULL) s++; s= skip_delims(s); char *p= strdup(s); free(cmd); cmd= p; delete params; params= new cl_list(2, 2, "params"); split(); if (strcmp(get_name(), "\n") == 0) set_name(0); } return(have_real_name()); } int cl_cmdline::repeat(void) { const char *n; return((n= get_name()) && *n == '\n'); } class cl_cmd_arg * cl_cmdline::param(int num) { if (num >= params->count) return(0); return((class cl_cmd_arg *)(params->at(num))); } void cl_cmdline::insert_param(int pos, class cl_cmd_arg *param) { if (pos >= params->count) params->add(param); else params->add_at(pos, param); } bool cl_cmdline::syntax_match(class cl_uc *uc, const char *syntax) { if (!syntax) return(DD_FALSE); if (!*syntax && !params->count) { matched_syntax= syntax; return(DD_TRUE); } if (!params->count) return(DD_FALSE); //printf("syntax %s?\n",syntax); const char *p= syntax; int iparam= 0; class cl_cmd_arg *parm= (class cl_cmd_arg *)(params->at(iparam)); while (*p && parm) { //printf("***Checking %s as %c\n",parm->get_svalue(),*p); if (uc) switch (*p) { case SY_ADDR: if (!parm->as_address(uc)) return(DD_FALSE); //printf("ADDRESS match %lx\n",parm->value.address); break; case SY_MEMORY: if (!parm->as_memory(uc)) return(DD_FALSE); //printf("MEMORY match %s\n",parm->value.memory->class_name); break; case SY_BIT: if (!parm->as_bit(uc)) return(DD_FALSE); break; } switch (*p) { case SY_ADDR: case SY_MEMORY: case SY_BIT: break; case SY_NUMBER: if (!parm->as_number()) return(DD_FALSE); break; case SY_DATA: if (!parm->as_data()) return(DD_FALSE); break; case SY_HW: if (!parm->as_hw(uc)) return(DD_FALSE); break; case SY_STRING: if (!parm->as_string()) return(DD_FALSE); break; case SY_DATALIST: if (!set_data_list(parm, &iparam)) return(DD_FALSE); break; default: return(DD_FALSE); } p++; iparam++; if (iparam < params->count) parm= (class cl_cmd_arg *)(params->at(iparam)); else parm= 0; } if (!*p && !parm) { matched_syntax= syntax; return(DD_TRUE); } return(DD_FALSE); } bool cl_cmdline::set_data_list(class cl_cmd_arg *parm, int *iparm) { class cl_cmd_arg *next_parm; int len, i, j; t_mem *array; len= 0; array= 0; for (i= *iparm, next_parm= param(i); next_parm; i++, next_parm= param(i)) { if (next_parm->is_string()) { int l; char *s; //s= proc_escape(next_parm->get_svalue(), &l); if (!next_parm->as_string()) continue; s= next_parm->value.string.string; l= next_parm->value.string.len; if (!array) array= (t_mem*)malloc(sizeof(t_mem)*l); else array= (t_mem*)realloc(array, sizeof(t_mem)*(l+len)); for (j= 0; j < l; j++) { array[len]= s[j]; len++; } //if (s) //free(s); } else { if (!next_parm->as_data()) { if (array) free(array); return(DD_FALSE); } if (!array) array= (t_mem*)malloc(sizeof(t_mem)); else array= (t_mem*)realloc(array, sizeof(t_mem)*(1+len)); array[len]= next_parm->value.data; len++; } } *iparm= i; parm->value.data_list.array= array; parm->value.data_list.len= len; return(DD_TRUE); } /* * Command *____________________________________________________________________________ */ cl_cmd::cl_cmd(enum cmd_operate_on op_on, const char *aname, int can_rep, const char *short_hlp, const char *long_hlp): cl_base() { operate_on= op_on; names= new cl_strings(1, 1, "names of a command"); names->add(aname?strdup(aname):strdup("unknown")); can_repeat= can_rep; short_help= short_hlp?strdup(short_hlp):NULL; long_help= long_hlp?strdup(long_hlp):NULL; } /*cl_cmd::cl_cmd(class cl_sim *asim): cl_base() { sim= asim; name= short_help= long_help= 0; can_repeat= 0; }*/ cl_cmd::~cl_cmd(void) { delete names; } void cl_cmd::add_name(const char *nam) { if (nam) names->add(strdup(nam)); } int cl_cmd::name_match(const char *aname, int strict) { int i; if (names->count == 0 && !aname) return(1); if (!aname) return(0); if (strict) { for (i= 0; i < names->count; i++) { char *n= (char*)(names->at(i)); if (strcmp(aname, n) == 0) return(1); } } else { for (i= 0; i < names->count; i++) { char *n= (char*)(names->at(i)); if (strstr(n, aname) == n) return(1); } } return(0); } int cl_cmd::name_match(class cl_cmdline *cmdline, int strict) { return(name_match(cmdline->get_name(), strict)); } int cl_cmd::syntax_ok(class cl_cmdline *cmdline) { return(1); } int cl_cmd::work(class cl_app *app, class cl_cmdline *cmdline, class cl_console_base *con) { if (!syntax_ok(cmdline)) return(0); class cl_sim *sim= app->get_sim(); class cl_uc *uc= 0; if (sim) uc= sim->uc; switch (operate_on) { case operate_on_app: if (!app) { con->dd_printf("There is no application to work on!\n"); return(DD_TRUE); } return(do_work(app, cmdline, con)); case operate_on_sim: if (!sim) { con->dd_printf("There is no simulator to work on!\n"); return(DD_TRUE); } return(do_work(sim, cmdline, con)); case operate_on_uc: if (!sim) { con->dd_printf("There is no microcontroller to work on!\n"); return(DD_TRUE); } return(do_work(uc, cmdline, con)); default: return(do_work(cmdline, con)); } } int cl_cmd::do_work(class cl_cmdline *cmdline, class cl_console_base *con) { con->dd_printf("Command \"%s\" does nothing.\n", (char*)(names->at(0))); return(0); } int cl_cmd::do_work(class cl_app *app, class cl_cmdline *cmdline, class cl_console_base *con) { con->dd_printf("Command \"%s\" does nothing on application.\n", (char*)(names->at(0))); return(0); } int cl_cmd::do_work(class cl_sim *sim, class cl_cmdline *cmdline, class cl_console_base *con) { con->dd_printf("Command \"%s\" does nothing on simulator.\n", (char*)(names->at(0))); return(0); } int cl_cmd::do_work(class cl_uc *uc, class cl_cmdline *cmdline, class cl_console_base *con) { con->dd_printf("Command \"%s\" does nothing on microcontroller.\n", (char*)(names->at(0))); return(0); } /* * Set of commands *____________________________________________________________________________ */ cl_cmdset::cl_cmdset(void): cl_list(5, 5, "cmdset") { //sim= 0; //last_command= 0; } /*cl_cmdset::cl_cmdset(class cl_sim *asim): cl_list(5, 5) { sim= asim; last_command= 0; }*/ class cl_cmd * cl_cmdset::get_cmd(class cl_cmdline *cmdline, bool accept_last) { int i; // exact match for (i= 0; i < count; i++) { class cl_cmd *c= (class cl_cmd *)at(i); if (c->name_match(cmdline, 1)) return(c); } // not exact match class cl_cmd *c_matched= 0; for (i= 0; i < count; i++) { class cl_cmd *c= (class cl_cmd *)at(i); if (c->name_match(cmdline, 0)) { if (!c_matched) c_matched= c; else return(0); } } return(c_matched); //return(0); } class cl_cmd * cl_cmdset::get_cmd(const char *cmd_name) { int i; for (i= 0; i < count; i++) { class cl_cmd *c= (class cl_cmd *)at(i); if (c->name_match(cmd_name, 1)) return(c); } return(0); } void cl_cmdset::del(char *nam) { int i; if (!nam) return; for (i= 0; i < count; i++) { class cl_cmd *cmd= (class cl_cmd *)(at(i)); if (cmd->name_match(nam, 1)) free_at(i); } } void cl_cmdset::replace(char *nam, class cl_cmd *cmd) { int i; if (!nam) return; for (i= 0; i < count; i++) { class cl_cmd *c= (class cl_cmd *)(at(i)); if (c->name_match(nam, 1)) { delete c; put_at(i, cmd); } } } /* * Composed command: subset of commands *____________________________________________________________________________ */ cl_super_cmd::cl_super_cmd(const char *aname, int can_rep, const char *short_hlp, const char *long_hlp, class cl_cmdset *acommands): cl_cmd(operate_on_none, aname, can_rep, short_hlp, long_hlp) { commands= acommands; } cl_super_cmd::~cl_super_cmd(void) { if (commands) delete commands; } int cl_super_cmd::work(class cl_app *app, class cl_cmdline *cmdline, class cl_console_base *con) { class cl_cmd *cmd= 0; if (!commands) return(0); if (!cmdline->shift()) { if ((cmd= commands->get_cmd("_no_parameters_")) != 0) return(cmd->work(app, cmdline, con)); int i; con->dd_printf("\"%s\" must be followed by the name of a subcommand\n" "List of subcommands:\n", (char*)(names->at(0))); for (i= 0; i < commands->count; i++) { cmd= (class cl_cmd *)(commands->at(i)); con->dd_printf("%s\n", cmd->short_help); } return(0); } if ((cmd= commands->get_cmd(cmdline, con->accept_last())) == NULL) { con->dd_printf("Undefined subcommand: \"%s\". Try \"help %s\".\n", cmdline->get_name(), (char*)(names->at(0))); return(0); } return(cmd->work(app, cmdline, con)); } /* End of cmd.src/command.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/commandcl.h000066400000000000000000000171461116427777700200410ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/commandcl.h) * * Copyright (C) 2002,02 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_COMMAND_HEADER #define CMD_COMMAND_HEADER #include "ddconfig.h" // prj #include "pobjcl.h" // local, cmd #include "newcmdcl.h" enum cmd_operate_on { operate_on_none, operate_on_app, operate_on_sim, operate_on_uc }; /* * Command line with parameters */ class cl_cmdline: public cl_base { public: class cl_app *app; char *cmd; //char *name; class cl_list *params; class cl_ustrings *tokens; const char *matched_syntax; class cl_console_base *con; public: cl_cmdline(class cl_app *the_app, char *acmd, class cl_console_base *acon); virtual ~cl_cmdline(void); virtual int init(void); private: virtual void split_out_string(char **_start, char **_end); virtual void split_out_output_redirection(char **_start, char **_end); virtual void split_out_bit(char *dot, char *param_str); virtual void split_out_array(char *dot, char *param_str); public: virtual int split(void); virtual int shift(void); virtual int repeat(void); virtual class cl_cmd_arg *param(int num); virtual void insert_param(int pos, class cl_cmd_arg *param); virtual bool syntax_match(class cl_uc *uc, const char *syntax); virtual bool set_data_list(class cl_cmd_arg *parm, int *iparm); virtual int nuof_params(void) { return(params->get_count()); } private: char *skip_delims(char *start); }; /* * Command and container */ class cl_cmdset; // simple command class cl_cmd: public cl_base { public: enum cmd_operate_on operate_on; class cl_strings *names; int can_repeat; const char *short_help; const char *long_help; public: cl_cmd(enum cmd_operate_on opon, const char *aname, int can_rep, const char *short_hlp, const char *long_hlp); virtual ~cl_cmd(void); virtual class cl_cmdset *get_subcommands(void) { return(0); } virtual void add_name(const char *nam); virtual int name_match(const char *aname, int strict); virtual int name_match(class cl_cmdline *cmdline, int strict); virtual int syntax_ok(class cl_cmdline *cmdline); virtual int work(class cl_app *app, class cl_cmdline *cmdline, class cl_console_base *con); virtual int do_work(class cl_cmdline *cmdline, class cl_console_base *con); virtual int do_work(class cl_app *app, class cl_cmdline *cmdline, class cl_console_base *con); virtual int do_work(class cl_sim *sim, class cl_cmdline *cmdline, class cl_console_base *con); virtual int do_work(class cl_uc *uc, class cl_cmdline *cmdline, class cl_console_base *con); }; #define COMMAND_HEAD(CLASS_NAME) \ class CLASS_NAME : public cl_cmd\ { #define COMMAND_HEAD_ANCESTOR(CLASS_NAME,ANCESTOR) \ class CLASS_NAME : public ANCESTOR \ { #define COMMAND_METHODS(CLASS_NAME) \ public:\ CLASS_NAME (const char *aname,\ int can_rep,\ const char *short_help,\ const char *long_help):\ cl_cmd(operate_on_none, aname, can_rep, short_help, long_help) {}\ virtual int do_work(class cl_cmdline *cmdline, class cl_console_base *con); #define COMMAND_METHODS_ON(ON,CLASS_NAME) \ public:\ CLASS_NAME (const char *aname,\ int can_rep,\ const char *short_help,\ const char *long_help):\ cl_cmd(operate_on_ ## ON, aname, can_rep, short_help, long_help) {}\ virtual int do_work(class cl_ ## ON * ON ,\ class cl_cmdline *cmdline, class cl_console_base *con); #define COMMAND_METHODS_ANCESTOR(CLASS_NAME,ANCESTOR) \ public:\ CLASS_NAME (const char *aname,\ int can_rep,\ const char *short_help,\ const char *long_help):\ ANCESTOR (aname, can_rep, short_help, long_help) {}\ virtual int do_work(class cl_cmdline *cmdline, class cl_console_base *con); #define COMMAND_METHODS_ANCESTOR_ON(ON,CLASS_NAME,ANCESTOR) \ public:\ CLASS_NAME (const char *aname,\ int can_rep,\ const char *short_help,\ const char *long_help):\ ANCESTOR (aname, can_rep, short_help, long_help) {}\ virtual int do_work(class cl_ ## ON * ON ,\ class cl_cmdline *cmdline, class cl_console_base *con); \ #define COMMAND_TAIL } #define COMMAND(CLASS_NAME) \ COMMAND_HEAD(CLASS_NAME) \ COMMAND_METHODS(CLASS_NAME) \ COMMAND_TAIL #define COMMAND_ON(ON,CLASS_NAME) \ COMMAND_HEAD(CLASS_NAME) \ COMMAND_METHODS_ON(ON,CLASS_NAME) \ COMMAND_TAIL #define COMMAND_DATA(CLASS_NAME,DATA) \ COMMAND_HEAD(CLASS_NAME) \ public: DATA ; \ COMMAND_METHODS(CLASS_NAME)\ COMMAND_TAIL #define COMMAND_DATA_ON(ON,CLASS_NAME,DATA) \ COMMAND_HEAD(CLASS_NAME) \ public: DATA ; \ COMMAND_METHODS_ON(ON,CLASS_NAME)\ COMMAND_TAIL #define COMMAND_ANCESTOR_ON(ON,CLASS_NAME,ANCESTOR) \ COMMAND_HEAD_ANCESTOR(CLASS_NAME,ANCESTOR) \ COMMAND_METHODS_ANCESTOR_ON(ON,CLASS_NAME,ANCESTOR) \ COMMAND_TAIL #define COMMAND_DATA_ANCESTOR(CLASS_NAME,ANCESTOR,DATA) \ COMMAND_HEAD_ANCESTOR(CLASS_NAME,ANCESTOR) \ public: DATA ; \ COMMAND_METHODS_ANCESTOR(CLASS_NAME,ANCESTOR)\ COMMAND_TAIL #define COMMAND_DATA_ANCESTOR_ON(ON,CLASS_NAME,ANCESTOR,DATA) \ COMMAND_HEAD_ANCESTOR(CLASS_NAME,ANCESTOR) \ public: DATA ; \ COMMAND_METHODS_ANCESTOR_ON(ON,CLASS_NAME,ANCESTOR)\ COMMAND_TAIL #define COMMAND_DO_WORK(CLASS_NAME) \ int \ CLASS_NAME::do_work(class cl_cmdline *cmdline, class cl_console_base *con) #define COMMAND_DO_WORK_APP(CLASS_NAME) \ int \ CLASS_NAME::do_work(class cl_app *app,\ class cl_cmdline *cmdline, class cl_console_base *con) #define COMMAND_DO_WORK_SIM(CLASS_NAME) \ int \ CLASS_NAME::do_work(class cl_sim *sim,\ class cl_cmdline *cmdline, class cl_console_base *con) #define COMMAND_DO_WORK_UC(CLASS_NAME) \ int \ CLASS_NAME::do_work(class cl_uc *uc,\ class cl_cmdline *cmdline, class cl_console_base *con) // Command set is list of cl_cmd objects class cl_cmdset: public cl_list { public: //class cl_sim *sim; //class cl_cmd *last_command; public: cl_cmdset(void); //cl_cmdset(class cl_sim *asim); virtual class cl_cmd *get_cmd(class cl_cmdline *cmdline, bool accept_last); virtual class cl_cmd *get_cmd(const char *cmd_name); virtual void del(char *nam); virtual void replace(char *nam, class cl_cmd *cmd); }; // subset of commands class cl_super_cmd: public cl_cmd { public: class cl_cmdset *commands; public: cl_super_cmd(const char *aname, int can_rep, const char *short_hlp, const char *long_hlp, class cl_cmdset *acommands); virtual ~cl_super_cmd(void); virtual class cl_cmdset *get_subcommands(void) { return(commands); } virtual int work(class cl_app *app, class cl_cmdline *cmdline, class cl_console_base *con); }; #endif /* End of cmd.src/commandcl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/conf.mk000066400000000000000000000003441116427777700172010ustar00rootroot00000000000000# # ucsim cmd.src/conf.mk # # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of cmd.src/conf.mk sdcc-2.9.0/sim/ucsim/cmd.src/flex_lexer.h000066400000000000000000000140071116427777700202320ustar00rootroot00000000000000// -*-C++-*- // FlexLexer.h -- define interfaces for lexical analyzer classes generated // by flex // Copyright (c) 1993 The Regents of the University of California. // All rights reserved. // // This code is derived from software contributed to Berkeley by // Kent Williams and Tom Epperly. // // Redistribution and use in source and binary forms, with or without // modification, are permitted provided that the following conditions // are met: // 1. Redistributions of source code must retain the above copyright // notice, this list of conditions and the following disclaimer. // 2. Redistributions in binary form must reproduce the above copyright // notice, this list of conditions and the following disclaimer in the // documentation and/or other materials provided with the distribution. // Neither the name of the University nor the names of its contributors // may be used to endorse or promote products derived from this software // without specific prior written permission. // THIS SOFTWARE IS PROVIDED ``AS IS'' AND WITHOUT ANY EXPRESS OR // IMPLIED WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE IMPLIED // WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR // PURPOSE. // This file defines FlexLexer, an abstract class which specifies the // external interface provided to flex C++ lexer objects, and yyFlexLexer, // which defines a particular lexer class. // // If you want to create multiple lexer classes, you use the -P flag // to rename each yyFlexLexer to some other xxFlexLexer. You then // include in your other sources once per lexer class: // // #undef yyFlexLexer // #define yyFlexLexer xxFlexLexer // #include // // #undef yyFlexLexer // #define yyFlexLexer zzFlexLexer // #include // ... #ifndef __FLEX_LEXER_H // Never included before - need to define base class. #define __FLEX_LEXER_H #include # ifndef FLEX_STD # define FLEX_STD std:: # endif extern "C++" { struct yy_buffer_state; typedef int yy_state_type; class FlexLexer { public: virtual ~FlexLexer() { } const char* YYText() { return yytext; } int YYLeng() { return yyleng; } virtual void yy_switch_to_buffer( struct yy_buffer_state* new_buffer ) = 0; virtual struct yy_buffer_state* yy_create_buffer( FLEX_STD istream* s, int size ) = 0; virtual void yy_delete_buffer( struct yy_buffer_state* b ) = 0; virtual void yyrestart( FLEX_STD istream* s ) = 0; virtual int yylex() = 0; // Call yylex with new input/output sources. int yylex( FLEX_STD istream* new_in, FLEX_STD ostream* new_out = 0 ) { switch_streams( new_in, new_out ); return yylex(); } // Switch to new input/output streams. A nil stream pointer // indicates "keep the current one". virtual void switch_streams( FLEX_STD istream* new_in = 0, FLEX_STD ostream* new_out = 0 ) = 0; int lineno() const { return yylineno; } int debug() const { return yy_flex_debug; } void set_debug( int flag ) { yy_flex_debug = flag; } protected: char* yytext; int yyleng; int yylineno; // only maintained if you use %option yylineno int yy_flex_debug; // only has effect with -d or "%option debug" }; } #endif #if defined(yyFlexLexer) || ! defined(yyFlexLexerOnce) // Either this is the first time through (yyFlexLexerOnce not defined), // or this is a repeated include to define a different flavor of // yyFlexLexer, as discussed in the flex man page. #define yyFlexLexerOnce extern "C++" { class yyFlexLexer : public FlexLexer { public: // arg_yyin and arg_yyout default to the cin and cout, but we // only make that assignment when initializing in yylex(). yyFlexLexer( FLEX_STD istream* arg_yyin = 0, FLEX_STD ostream* arg_yyout = 0 ); virtual ~yyFlexLexer(); void yy_switch_to_buffer( struct yy_buffer_state* new_buffer ); struct yy_buffer_state* yy_create_buffer( FLEX_STD istream* s, int size ); void yy_delete_buffer( struct yy_buffer_state* b ); void yyrestart( FLEX_STD istream* s ); void yypush_buffer_state( struct yy_buffer_state* new_buffer ); void yypop_buffer_state(void); virtual int yylex(); virtual void switch_streams( FLEX_STD istream* new_in, FLEX_STD ostream* new_out ); protected: virtual int LexerInput( char* buf, int max_size ); virtual void LexerOutput( const char* buf, int size ); virtual void LexerError( const char* msg ); void yyunput( int c, char* buf_ptr ); int yyinput(); void yy_load_buffer_state(); void yy_init_buffer( struct yy_buffer_state* b, FLEX_STD istream* s ); void yy_flush_buffer( struct yy_buffer_state* b ); int yy_start_stack_ptr; int yy_start_stack_depth; int* yy_start_stack; void yy_push_state( int new_state ); void yy_pop_state(); int yy_top_state(); yy_state_type yy_get_previous_state(); yy_state_type yy_try_NUL_trans( yy_state_type current_state ); int yy_get_next_buffer(); FLEX_STD istream* yyin; // input source for default LexerInput FLEX_STD ostream* yyout; // output sink for default LexerOutput // yy_hold_char holds the character lost when yytext is formed. char yy_hold_char; // Number of characters read into yy_ch_buf. int yy_n_chars; // Points to current character in buffer. char* yy_c_buf_p; int yy_init; // whether we need to initialize int yy_start; // start state number // Flag which is used to allow yywrap()'s to do buffer switches // instead of setting up a fresh yyin. A bit of a hack ... int yy_did_buffer_switch_on_eof; size_t yy_buffer_stack_top; /**< index of top of stack. */ size_t yy_buffer_stack_max; /**< capacity of stack. */ struct yy_buffer_state ** yy_buffer_stack; /**< Stack as an array. */ void yyensure_buffer_stack(void); // The following are not always needed, but may be depending // on use of certain flex features (like REJECT or yymore()). yy_state_type yy_last_accepting_state; char* yy_last_accepting_cpos; yy_state_type* yy_state_buf; yy_state_type* yy_state_ptr; char* yy_full_match; int* yy_full_state; int yy_full_lp; int yy_lp; int yy_looking_for_trail_begin; int yy_more_flag; int yy_more_len; int yy_more_offset; int yy_prev_more_offset; }; } #endif sdcc-2.9.0/sim/ucsim/cmd.src/get.cc000066400000000000000000000063541116427777700170200ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/get.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include "i_string.h" // prj #include "utils.h" // sim #include "simcl.h" #include "optioncl.h" // local #include "cmdsetcl.h" #include "getcl.h" #include "cmdutil.h" /* * Command: get sfr *---------------------------------------------------------------------------- */ //int //cl_get_sfr_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_get_sfr_cmd) { class cl_address_space *mem= uc->address_space(MEM_SFR_ID); class cl_cmd_arg *parm; int i; if (!mem) { con->dd_printf("Error: No SFR\n"); return(DD_FALSE); } for (i= 0, parm= cmdline->param(i); parm; i++, parm= cmdline->param(i)) { if (!parm->as_address(uc) || !mem->valid_address(parm->value.address)) con->dd_printf("Warning: Invalid address %s\n", (char*)cmdline->tokens->at(i+1)); else mem->dump(parm->value.address, parm->value.address, 1, con); } return(DD_FALSE);; } /* * Command: get option *---------------------------------------------------------------------------- */ //int //cl_get_option_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_APP(cl_get_option_cmd) { class cl_cmd_arg *parm= cmdline->param(0); char *s= 0; if (!parm) ; else if (cmdline->syntax_match(0/*app->get_uc()*/, STRING)) { s= parm->value.string.string; } else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); int i; for (i= 0; i < app->options->count; i++) { class cl_option *o= (class cl_option *)(/*uc*/app->options->at(i)); if ((!s || !strcmp(s, o->get_name()))) { if (!o->hidden) { con->dd_printf("%2d. %s(by %s): ", i, object_name(o), object_name(o->get_creator())); o->print(con); con->dd_printf(" - %s\n", o->help); } else { /* con->dd_printf("%2d. %s(by %s) is hidden!\n", i, object_name(o), object_name(o->get_creator())); */ } } } return(DD_FALSE);; } /* End of cmd.src/get.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/getcl.h000066400000000000000000000036221116427777700171740ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/getcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_GETCL_HEADER #define CMD_GETCL_HEADER #include "newcmdcl.h" // GET SFR /*class cl_get_sfr_cmd: public cl_cmd { public: cl_get_sfr_cmd(//class cl_sim *asim, char *aname, int can_rep, char *short_hlp, char *long_hlp): cl_cmd(aname, can_rep, short_hlp, long_hlp) {} virtual int do_work(class cl_sim *sim, class cl_cmdline *cmdline, class cl_console_base *con); };*/ COMMAND_ON(uc,cl_get_sfr_cmd); // GET OPTION /*class cl_get_option_cmd: public cl_cmd { public: cl_get_option_cmd(//class cl_sim *asim, char *aname, int can_rep, char *short_hlp, char *long_hlp): cl_cmd(aname, can_rep, short_hlp, long_hlp) {} virtual int do_work(class cl_sim *sim, class cl_cmdline *cmdline, class cl_console_base *con); };*/ COMMAND_ON(app,cl_get_option_cmd); #endif /* End of cmd.src/getcl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/info.cc000066400000000000000000000134141116427777700171670ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/info.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include #include "i_string.h" // sim.src #include "simcl.h" // local #include "infocl.h" /* * INFO BREAKPOINTS command */ //int //cl_info_bp_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_info_bp_cmd) { int i; con->dd_printf("Num Type Disp Hit Cnt Address What\n"); for (i= 0; i < uc->fbrk->count; i++) { class cl_brk *fb= (class cl_brk *)(uc->fbrk->at(i)); const char *s= uc->disass(fb->addr, NULL); con->dd_printf("%-3d %-10s %s %-5d %-5d 0x%06x %s\n", fb->nr, "fetch", (fb->perm==brkFIX)?"keep":"del ", fb->hit, fb->cnt, fb->addr, s); free((char *)s); } for (i= 0; i < uc->ebrk->count; i++) { class cl_ev_brk *eb= (class cl_ev_brk *)(uc->ebrk->at(i)); con->dd_printf("%-3d %-10s %s %-5d %-5d 0x%06x %s\n", eb->nr, "event", (eb->perm==brkFIX)?"keep":"del ", eb->hit, eb->cnt, eb->addr, eb->id); } /*t_addr a; class cl_rom *r= (class cl_rom *)(sim->uc->mem(MEM_ROM)); for (a= 0; a < sim->uc->get_mem_size(MEM_ROM); a++) { if (r->bp_map->get(a)) con->dd_printf("0x%06x\n", a); }*/ return(0); } /* * INFO REGISTERS command */ //int //cl_info_reg_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_info_reg_cmd) { uc->print_regs(con); return(0); } /* * INFO HW command */ //int //cl_info_hw_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_info_hw_cmd) { class cl_hw *hw; class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; if (cmdline->syntax_match(uc, HW)) { hw= params[0]->value.hw; hw->print_info(con); } else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); return(DD_FALSE); } /* * INFO STACK command */ //int //cl_info_stack_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_info_stack_cmd) { int i; cl_stack_op::info_head(con); for (i= uc->stack_ops->count-1; i >= 0; i--) { class cl_stack_op *so= (class cl_stack_op *)(uc->stack_ops->at(i)); so->info(con, uc); } return(DD_FALSE); } /* * INFO MMEORY command *---------------------------------------------------------------------------- */ COMMAND_DO_WORK_UC(cl_info_memory_cmd) { int i; con->dd_printf("Memory chips:\n"); for (i= 0; i < uc->memchips->count; i++) { class cl_memory_chip *m= (class cl_memory_chip *)(uc->memchips->at(i)); if (m) con->dd_printf(" 0x%06x-0x%06x %8d %s (%d,%s,%s)\n", m->get_start_address(), m->highest_valid_address(), m->get_size(), m->get_name(), m->width, m->data_format, m->addr_format); } con->dd_printf("Address spaces:\n"); for (i= 0; i < uc->address_spaces->count; i++) { class cl_address_space *m= (class cl_address_space *)(uc->address_spaces->at(i)); if (m) con->dd_printf(" 0x%06x-0x%06x %8d %s (%d,%s,%s)\n", m->get_start_address(), m->highest_valid_address(), m->get_size(), m->get_name(), m->width, m->data_format, m->addr_format); } con->dd_printf("Address decoders:\n"); for (i= 0; i < uc->address_spaces->count; i++) { class cl_address_space *m= (class cl_address_space *)(uc->address_spaces->at(i)); int j; for (j= 0; j < m->decoders->count; j++) { class cl_address_decoder *d= (class cl_address_decoder *)(m->decoders->at(j)); con->dd_printf("%2d ", j); if (d->address_space) { con->dd_printf("%s ", d->address_space->get_name("unknown")); con->dd_printf(d->address_space->addr_format, d->as_begin); con->dd_printf(" "); con->dd_printf(d->address_space->addr_format, d->as_end); } else con->dd_printf("x"); con->dd_printf(" -> "); if (d->memchip) { con->dd_printf("%s ", d->memchip->get_name("unknown")); con->dd_printf(d->memchip->addr_format, d->chip_begin); } else con->dd_printf("x"); con->dd_printf(" %s\n", (d->activated)?"activated":"inactive"); } } return(0); } /* End of cmd.src/info.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/infocl.h000066400000000000000000000024011116427777700173420ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/infocl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_INFOCL_HEADER #define CMD_INFOCL_HEADER #include "newcmdcl.h" // INFO BP COMMAND_ON(uc,cl_info_bp_cmd); // INFO REG COMMAND_ON(uc,cl_info_reg_cmd); // INFO HW COMMAND_ON(uc,cl_info_hw_cmd); // INFO STACK COMMAND_ON(uc,cl_info_stack_cmd); // INFO MEMORY COMMAND_ON(uc,cl_info_memory_cmd); #endif /* End of cmd.src/infocl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/newcmd.cc000066400000000000000000000263261116427777700175170ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/newcmd.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * Copyright (C) 2006, Borut Razem - borut.razem@siol.net * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #include #include #include "i_string.h" #include "cmdlexcl.h" #include "cmdpars.h" // prj #include "globals.h" #include "utils.h" // sim #include "simcl.h" #include "argcl.h" #include "appcl.h" // local #include "newcmdcl.h" #include "cmdutil.h" /* * Options of console */ cl_prompt_option::cl_prompt_option(class cl_console_base *console): cl_optref(console) { con= console; } int cl_prompt_option::init(void) { char *help; help= format_string("Prompt string of console%d", con->get_id()); create(con, string_opt, "prompt", help); //fprintf(stderr," **new prompt option %p\"%s\", value=%p str=%p\n",option,object_name(option),option->get_value(),option->get_value()->sval); free(help); default_option("prompt"); //fprintf(stderr,"opt=%p\"%s\" value after default set=%p str=%p\n",option,object_name(option),option->get_value(),option->get_value()->sval); return(0); } void cl_prompt_option::option_changed(void) { if (!con) return; char *s; option->get_value(&s); con->set_prompt(s); } cl_debug_option::cl_debug_option(class cl_console_base *console): cl_prompt_option(console) {} int cl_debug_option::init(void) { char *help; help= format_string("Debug messages to console%d", con->get_id()); create(con, bool_opt, "debug", help); free(help); default_option("debug"); return(0); } void cl_debug_option::option_changed(void) { if (!con) return; bool b; option->get_value(&b); if (b) con->flags|= CONS_DEBUG; else con->flags&= ~CONS_DEBUG; } /* * Command console *____________________________________________________________________________ */ int cl_console_base::init(void) { cl_base::init(); prompt_option= new cl_prompt_option(this); prompt_option->init(); null_prompt_option= new cl_optref(this); null_prompt_option->init(); null_prompt_option->use("null_prompt"); debug_option= new cl_debug_option(this); debug_option->init(); welcome(); flags&= ~CONS_PROMPT; //print_prompt(); last_command= 0; last_cmdline= 0; return(0); } void cl_console_base::welcome(void) { if (!(flags & CONS_NOWELCOME)) { dd_printf("uCsim %s, Copyright (C) 1997 Daniel Drotos, Talker Bt.\n" "uCsim comes with ABSOLUTELY NO WARRANTY; for details type " "`show w'.\n" "This is free software, and you are welcome to redistribute it\n" "under certain conditions; type `show c' for details.\n", VERSIONSTR); } } void cl_console_base::print_prompt(void) { if (flags & (CONS_PROMPT | CONS_FROZEN | CONS_INACTIVE)) return; flags |= CONS_PROMPT; if (/*app->args->arg_avail('P')*/null_prompt_option->get_value(bool(0))) { dd_printf("%c", 0); } else { dd_printf("%d%s", id, (prompt && prompt[0]) ? prompt : "> "); // ((p= app->args->get_sarg(0, "prompt"))?p:"> ")); } } int cl_console_base::dd_printf(const char *format, ...) { va_list ap; int ret= 0; va_start(ap, format); ret= cmd_do_print(format, ap); va_end(ap); return(ret); } int cl_console_base::debug(const char *format, ...) { if ((flags & CONS_DEBUG) == 0) return(0); va_list ap; int ret= 0; va_start(ap, format); ret= cmd_do_print(format, ap); va_end(ap); return(ret); } /* * Printing out an integer in binary format */ void cl_console_base::print_bin(long data, int bits) { long mask= 1; mask= mask << ((bits >= 1)?(bits-1):0); while (bits--) { dd_printf("%c", (data&mask)?'1':'0'); mask>>= 1; } } void cl_console_base::print_char_octal(char c) { if (strchr("\a\b\f\n\r\t\v\"", c)) switch (c) { case '\a': dd_printf("\a"); break; case '\b': dd_printf("\b"); break; case '\f': dd_printf("\f"); break; case '\n': dd_printf("\n"); break; case '\r': dd_printf("\r"); break; case '\t': dd_printf("\t"); break; case '\v': dd_printf("\v"); break; case '\"': dd_printf("\""); break; } else if (isprint(c)) dd_printf("%c", c); else dd_printf("\\%03hho", c); } int cl_console_base::interpret(char *cmd) { dd_printf("Unknown command\n"); return(0); } void cl_console_base::set_id(int new_id) { char *s; id= new_id; set_name(s= format_string("console%d", id)); free(s); } void cl_console_base::set_prompt(char *p) { if (prompt) free(prompt); if (p && *p) prompt= strdup(p); else prompt= 0; } bool cl_console_base::input_active(void) const { if (((flags & CONS_FROZEN) == 0 || (flags & CONS_INTERACTIVE) != 0) && (flags & CONS_INACTIVE) == 0) { return true; } else return false; } int cl_console_base::proc_input(class cl_cmdset *cmdset) { int retval = 0; un_redirect(); if (is_eof()) { dd_printf("End\n"); return 1; } char *cmdstr = read_line(); if (!cmdstr) return 1; if (flags & CONS_FROZEN) { app->get_sim()->stop(resUSER); flags&= ~CONS_FROZEN; retval = 0; } else { if (cmdstr && *cmdstr == '\004') retval = 1; else { class cl_cmdline *cmdline= 0; class cl_cmd *cm = 0; if (flags & CONS_ECHO) dd_printf("%s\n", cmdstr); cmdline= new cl_cmdline(app, cmdstr, this); cmdline->init(); if (cmdline->repeat() && accept_last() && last_command) { cm = last_command; delete cmdline; cmdline = last_cmdline; } else { cm= cmdset->get_cmd(cmdline, accept_last()); if (last_cmdline) { delete last_cmdline; last_cmdline = 0; } last_command = 0; } if (cm) { retval= cm->work(app, cmdline, this); if (cm->can_repeat) { last_command = cm; last_cmdline = cmdline; } else delete cmdline; } else { class YY_cl_ucsim_parser_CLASS *pars; class cl_ucsim_lexer *lexer; lexer = new cl_ucsim_lexer(cmdstr); pars = new YY_cl_ucsim_parser_CLASS(lexer); pars->yyparse(); delete cmdline; delete pars; } /*if (!cm) retval= interpret(cmdstr);*/ } } //retval= sim->do_cmd(cmd, this); un_redirect(); /*if (!retval) print_prompt();*/ free(cmdstr); return(retval); } /* * Command interpreter *____________________________________________________________________________ */ cl_commander_base::cl_commander_base(class cl_app *the_app, class cl_cmdset *acmdset): cl_base() { app= the_app; cons= new cl_list(1, 1, "consoles"); actual_console= frozen_console= 0; cmdset= acmdset; } cl_commander_base::~cl_commander_base(void) { delete cons; delete cmdset; } void cl_commander_base::add_console(class cl_console_base *console) { if (!console) return; int i=cons->add(console); console->set_id(i); console->init(); set_fd_set(); } void cl_commander_base::del_console(class cl_console_base *console) { cons->disconn(console); set_fd_set(); } void cl_commander_base::activate_console(class cl_console_base *console) { console->flags&= ~CONS_INACTIVE; //console->print_prompt(); set_fd_set(); } void cl_commander_base::deactivate_console(class cl_console_base *console) { console->flags|= CONS_INACTIVE; set_fd_set(); } /* * Printing to all consoles */ int cl_commander_base::all_printf(const char *format, ...) { va_list ap; int i, ret= 0; for (i= 0; i < cons->count; i++) { class cl_console_base *c= (class cl_console_base*)(cons->at(i)); va_start(ap, format); ret= c->cmd_do_print(format, ap); va_end(ap); } return(ret); } void cl_commander_base::prompt(void) { int i; for (i= 0; i < cons->count; i++) { class cl_console_base *c= (class cl_console_base*)(cons->at(i)); c->print_prompt(); } } /* * Printing to actual_console */ int cl_commander_base::dd_printf(const char *format, va_list ap) { int ret= 0; class cl_console_base *con; if (actual_console) { con= actual_console; } else if (frozen_console) { con= frozen_console; } else { con= 0; } if (con) { ret= con->cmd_do_print(format, ap); } return(ret); } int cl_commander_base::dd_printf(const char *format, ...) { va_list ap; int ret= 0; va_start(ap, format); ret= dd_printf(format, ap); va_end(ap); return(ret); } /* * Printing to consoles which have CONS_DEBUG flag set */ int cl_commander_base::debug(const char *format, ...) { va_list ap; int i, ret= 0; for (i= 0; i < cons->count; i++) { class cl_console_base *c= (class cl_console_base*)(cons->at(i)); if (c->flags & CONS_DEBUG) { va_start(ap, format); ret= c->cmd_do_print(format, ap); va_end(ap); } } return(ret); } int cl_commander_base::debug(const char *format, va_list ap) { int i, ret= 0; for (i= 0; i < cons->count; i++) { class cl_console_base *c= (class cl_console_base*)(cons->at(i)); if (c->flags & CONS_DEBUG) { ret= c->cmd_do_print(format, ap); } } return(ret); } int cl_commander_base::flag_printf(int iflags, const char *format, ...) { va_list ap; int i, ret= 0; for (i= 0; i < cons->count; i++) { class cl_console_base *c= (class cl_console_base*)(cons->at(i)); if ((c->flags & iflags) == iflags) { va_start(ap, format); ret= c->cmd_do_print(format, ap); va_end(ap); } } return(ret); } int cl_commander_base::input_avail_on_frozen(void) { if (!frozen_console || frozen_console->is_tty()) return(0); return(frozen_console->input_avail()); } void cl_commander_base::exec_on(class cl_console_base *cons, char *file_name) { if (!cons || !file_name || !fopen(file_name, "r")) return; class cl_console_base *subcon = cons->clone_for_exec(file_name); subcon->flags |= CONS_NOWELCOME; add_console(subcon); } /* End of cmd.src/newcmd.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/newcmdcl.h000066400000000000000000000122321116427777700176670ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/newcmdcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * Copyright (C) 2006, Borut Razem - borut.razem@siol.net * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_NEWCMDCL_HEADER #define CMD_NEWCMDCL_HEADER #include "ddconfig.h" #include #include #include // prj #include "pobjcl.h" // sim.src #include "appcl.h" // local, cmd #include "commandcl.h" // Flags of consoles #define CONS_NONE 0 #define CONS_DEBUG 0x01 // Print debug messages on this console #define CONS_FROZEN 0x02 // Console is frozen (g command issued) #define CONS_PROMPT 0x04 // Prompt is out, waiting for input #define CONS_INTERACTIVE 0x08 // Interactive console #define CONS_NOWELCOME 0x10 // Do not print welcome message #define CONS_INACTIVE 0x20 // Do not do any action #define CONS_ECHO 0x40 // Echo commands #define SY_ADDR 'a' #define ADDRESS "a" #define SY_NUMBER 'n' #define NUMBER "n" #define SY_DATA 'd' #define DATA "d" #define SY_STRING 's' #define STRING "s" #define SY_MEMORY 'm' #define MEMORY "m" #define SY_HW 'h' #define HW "h" #define SY_DATALIST 'D' #define DATALIST "D" #define SY_BIT 'b' #define BIT "b" class cl_prompt_option: public cl_optref { protected: class cl_console_base *con; public: cl_prompt_option(class cl_console_base *console); virtual int init(void); virtual void option_changed(void); }; class cl_debug_option: public cl_prompt_option { public: cl_debug_option(class cl_console_base *console); virtual int init(void); virtual void option_changed(void); }; /* * Command console */ class cl_console_base: public cl_base { protected: class cl_prompt_option *prompt_option; class cl_optref *null_prompt_option; class cl_debug_option *debug_option; class cl_ustrings *lines_printed; class cl_cmd *last_command; class cl_cmdline *last_cmdline; public: cl_console_base(void): cl_base() { app = 0; flags = 0; prompt = 0; } virtual class cl_console_base *clone_for_exec(char *fin) = 0; virtual void redirect(char *fname, char *mode) = 0; virtual void un_redirect(void) = 0; virtual int cmd_do_print(const char *format, va_list ap) = 0; virtual bool is_tty(void) const = 0; virtual bool is_eof(void) const = 0; virtual int input_avail(void) = 0; virtual char *read_line(void) = 0; virtual int init(void); virtual void welcome(void); virtual int proc_input(class cl_cmdset *cmdset); void print_prompt(void); int dd_printf(const char *format, ...); int debug(const char *format, ...); void print_bin(long data, int bits); void print_char_octal(char c); bool interpret(char *cmd); int get_id(void) const { return(id); } void set_id(int new_id); void set_prompt(char *p); bool input_active(void) const; bool accept_last(void) { return is_tty() ? DD_TRUE : DD_FALSE; } public: int flags; // See CONS_XXXX protected: class cl_app *app; char *prompt; int id; }; /* * Command interpreter */ class cl_commander_base: public cl_base { public: class cl_app *app; class cl_list *cons; class cl_console_base *actual_console, *frozen_console; class cl_cmdset *cmdset; public: cl_commander_base(class cl_app *the_app, class cl_cmdset *acmdset); virtual ~cl_commander_base(void); void add_console(class cl_console_base *console); void del_console(class cl_console_base *console); void activate_console(class cl_console_base *console); void deactivate_console(class cl_console_base *console); void prompt(void); int all_printf(const char *format, ...); // print to all consoles int dd_printf(const char *format, va_list ap); // print to actual_console int dd_printf(const char *format, ...); // print to actual_console int debug(const char *format, ...); // print consoles with debug flag set int debug(const char *format, va_list ap); // print consoles with debug flag set int flag_printf(int iflags, const char *format, ...); int input_avail_on_frozen(void); void exec_on(class cl_console_base *cons, char *file_name); virtual int init(void) = 0; virtual void set_fd_set(void) = 0; virtual int proc_input(void) = 0; virtual int input_avail(void) = 0; virtual int wait_input(void) = 0; }; #endif /* End of cmd.src/newcmdcl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/newcmdposix.cc000066400000000000000000000232211116427777700205710ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/newcmdposix.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * Copyright (C) 2006, Borut Razem - borut.razem@siol.net * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #include #include #include #include #ifdef SOCKET_AVAIL # include HEADER_SOCKET # if defined HAVE_SYS_SOCKET_H # include # include # include # endif #endif #if FD_HEADER_OK # include HEADER_FD #endif #ifdef HAVE_UNISTD_H # include #endif #include "i_string.h" #include "cmdlexcl.h" #include "cmdpars.h" // prj #include "globals.h" #include "utils.h" // sim #include "simcl.h" #include "argcl.h" #include "appcl.h" // local #include "newcmdposixcl.h" /* * Command console *____________________________________________________________________________ */ cl_console::cl_console(const char *fin, const char *fout, class cl_app *the_app) { FILE *f; app= the_app; in= 0; if (fin) if (f= fopen(fin, "r"), in= f, !f) fprintf(stderr, "Can't open `%s': %s\n", fin, strerror(errno)); out= 0; if (fout) if (f= fopen(fout, "w"), out= f, !f) fprintf(stderr, "Can't open `%s': %s\n", fout, strerror(errno)); prompt= 0; flags= CONS_NONE; if (is_tty()) flags|= CONS_INTERACTIVE; else ;//fprintf(stderr, "Warning: non-interactive console\n"); rout= 0; id= 0; lines_printed= new cl_ustrings(100, 100, "console_cache"); } cl_console::cl_console(FILE *fin, FILE *fout, class cl_app *the_app) { app= the_app; in = fin; out= fout; prompt= 0; flags= CONS_NONE; if (is_tty()) flags|= CONS_INTERACTIVE; else ;//fprintf(stderr, "Warning: non-interactive console\n"); rout= 0; id= 0; lines_printed= new cl_ustrings(100, 100, "console_cache"); } class cl_console * cl_console::clone_for_exec(char *fin) { FILE *fi= 0, *fo= 0; if (!fin) return(0); if (fi= fopen(fin, "r"), !fi) { fprintf(stderr, "Can't open `%s': %s\n", fin, strerror(errno)); return(0); } if ((fo= fdopen(dup(fileno(out)), "a")) == 0) { fclose(fi); fprintf(stderr, "Can't re-open output file: %s\n", strerror(errno)); return(0); } class cl_console *con= new cl_sub_console(this, fi, fo, app); return(con); } cl_console::~cl_console(void) { if (in) fclose(in); un_redirect(); if (out) { if (flags & CONS_PROMPT) fprintf(out, "\n"); fflush(out); fclose(out); } delete prompt_option; delete null_prompt_option; delete debug_option; #ifdef SOCKET_AVAIL /* if (sock) { shutdown(sock, 2); close(sock); }*/ #endif } /* * Output functions */ void cl_console::redirect(char *fname, char *mode) { if ((rout= fopen(fname, mode)) == NULL) dd_printf("Unable to open file '%s' for %s: %s\n", fname, (mode[0]=='w')?"write":"append", strerror(errno)); } void cl_console::un_redirect(void) { if (!rout) return; fclose(rout); rout = NULL; } int cl_console::cmd_do_print(const char *format, va_list ap) { int ret; FILE *f = get_out(); if (f) { ret= vfprintf(f, format, ap); fflush(f); } else ret = 0; return ret; } /* * Input functions */ char * cl_console::read_line(void) { char *s= NULL; #ifdef HAVE_GETLINE if (getline(&s, 0, in) < 0) return(0); #elif defined HAVE_GETDELIM size_t n= 30; s= (char *)malloc(n); if (getdelim(&s, &n, '\n', in) < 0) { free(s); return(0); } #elif defined HAVE_FGETS s= (char *)malloc(300); if (fgets(s, 300, in) == NULL) { free(s); return(0); } #endif s[strlen(s)-1]= '\0'; if (s[strlen(s)-1] == '\r') s[strlen(s)-1]= '\0'; flags&= ~CONS_PROMPT; return(s); } /* * This console listen on a socket and can accept connection requests */ #ifdef SOCKET_AVAIL cl_listen_console::cl_listen_console(int serverport, class cl_app *the_app) { app= the_app; if ((sock= make_server_socket(serverport)) >= 0) { if (listen(sock, 10) < 0) fprintf(stderr, "Listen on port %d: %s\n", serverport, strerror(errno)); } in= out= rout= 0; } int cl_listen_console::proc_input(class cl_cmdset *cmdset) { int newsock; ACCEPT_SOCKLEN_T size; struct sockaddr_in sock_addr; class cl_commander_base *cmd; FILE *in, *out; cmd= app->get_commander(); size= sizeof(struct sockaddr); newsock= accept(sock, (struct sockaddr*)&sock_addr, &size); if (newsock < 0) { perror("accept"); return(0); } if (!(in= fdopen(newsock, "r"))) fprintf(stderr, "cannot open port for input\n"); if (!(out= fdopen(newsock, "w"))) fprintf(stderr, "cannot open port for output\n"); class cl_console_base *c= new cl_console(in, out, app); c->flags|= CONS_INTERACTIVE; cmd->add_console(c); return(0); } #endif /* SOCKET_AVAIL */ /* * Sub-console */ cl_sub_console::cl_sub_console(class cl_console_base *the_parent, FILE *fin, FILE *fout, class cl_app *the_app): cl_console(fin, fout, the_app) { parent= the_parent; } cl_sub_console::~cl_sub_console(void) { class cl_commander_base *c= app->get_commander(); if (parent && c) { c->activate_console(parent); } } int cl_sub_console::init(void) { class cl_commander_base *c= app->get_commander(); if (parent && c) { c->deactivate_console(parent); } cl_console::init(); flags|= CONS_ECHO; return(0); } /* * Command interpreter *____________________________________________________________________________ */ int cl_commander::init(void) { class cl_optref console_on_option(this); class cl_optref config_file_option(this); class cl_optref port_number_option(this); class cl_console_base *con; console_on_option.init(); console_on_option.use("console_on"); config_file_option.init(); config_file_option.use("config_file"); port_number_option.init(); cl_base::init(); set_name("Commander"); bool need_config= DD_TRUE; #ifdef SOCKET_AVAIL if (port_number_option.use("port_number")) add_console(new cl_listen_console(port_number_option.get_value((long)0), app)); #endif /* The following code is commented out because it produces gcc warnings * newcmd.cc: In member function `virtual int cl_commander::init()': * newcmd.cc:785: warning: 'Config' might be used uninitialized in this function * newcmd.cc:786: warning: 'cn' might be used uninitialized in this function */ /* char *Config= config_file_option.get_value(Config); char *cn= console_on_option.get_value(cn); */ /* Here shoud probably be something else, but is still better then the former code... */ char *Config= config_file_option.get_value(""); char *cn= console_on_option.get_value(""); if (cn) { add_console(con= new cl_console(cn, cn, app)); exec_on(con, Config); need_config= DD_FALSE; } if (cons->get_count() == 0) { add_console(con= new cl_console(stdin, stdout, app)); exec_on(con, Config); need_config= DD_FALSE; } if (need_config && Config && *Config) { FILE *fc= fopen(Config, "r"); if (!fc) fprintf(stderr, "Can't open `%s': %s\n", Config, strerror(errno)); else { con= new cl_console(fc, stderr, app); con->flags|= CONS_NOWELCOME|CONS_ECHO; add_console(con); } } return(0); } void cl_commander::set_fd_set(void) { int i; FD_ZERO(&read_set); fd_num = 0; for (i = 0; i < cons->count; i++) { class cl_console *c= dynamic_cast((class cl_console_base*)(cons->at(i))); if (c->input_active()) { UCSOCKET_T fd = c->get_in_fd(); assert(0 <= fd); FD_SET(fd, &read_set); if (fd > fd_num) fd_num = fd; } } fd_num++; } int cl_commander::input_avail(void) { struct timeval tv = {0, 0}; active_set = read_set; int i = select(fd_num, &active_set, NULL, NULL, &tv); if (i < 0) perror("select"); return i; } int cl_commander::wait_input(void) { prompt(); active_set = read_set; int i = select(fd_num, &active_set, NULL, NULL, NULL); return i; } int cl_commander::proc_input(void) { for (int j = 0; j < cons->count; j++) { class cl_console *c = dynamic_cast((class cl_console_base*)(cons->at(j))); if (c->input_active()) { UCSOCKET_T fd = c->get_in_fd(); assert(0 <= fd); if (FD_ISSET(fd, &active_set)) { actual_console = c; int retval = c->proc_input(cmdset); if (retval) { del_console(c); delete c; } actual_console = 0; return(0 == cons->count); } } } return 0; } /* End of cmd.src/newcmdposix.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/newcmdposixcl.h000066400000000000000000000060261116427777700207560ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/newcmdposixcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * Copyright (C) 2006, Borut Razem - borut.razem@siol.net * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_NEWCMDFDCL_HEADER #define CMD_NEWCMDFDCL_HEADER #include "newcmdcl.h" #include "cmdutil.h" /* * Command fd console */ class cl_console: public cl_console_base { protected: FILE *in, *out, *rout/*redirected output*/; public: cl_console(void) { in = out = rout = 0; } cl_console(const char *fin, const char *fout, class cl_app *the_app); cl_console(FILE *fin, FILE *fout, class cl_app *the_app); int cmd_do_print(const char *format, va_list ap); virtual ~cl_console(void); virtual class cl_console *clone_for_exec(char *fin); virtual void redirect(char *fname, char *mode); virtual void un_redirect(void); virtual UCSOCKET_T get_in_fd(void) { return(in ? fileno(in) : -1); } virtual bool is_tty(void) const { return in && isatty(fileno(in)); } virtual bool is_eof(void) const { return in ? feof(in) : true; } virtual bool input_avail(void) { return input_active() ? ::input_avail(fileno(in)) : false; }; virtual char *read_line(void); private: FILE *get_out(void) { return rout ? rout : out; } }; #ifdef SOCKET_AVAIL class cl_listen_console: public cl_console { private: int sock; public: cl_listen_console(int serverport, class cl_app *the_app); virtual void welcome(void) {} virtual UCSOCKET_T get_in_fd(void) { return(sock); } virtual int proc_input(class cl_cmdset *cmdset); }; #endif class cl_sub_console: public cl_console { private: class cl_console_base *parent; public: cl_sub_console(class cl_console_base *the_parent, FILE *fin, FILE *fout, class cl_app *the_app); virtual ~cl_sub_console(void); virtual int init(void); }; /* * Command interpreter */ class cl_commander: public cl_commander_base { private: fd_set read_set, active_set; UCSOCKET_T fd_num; public: cl_commander(class cl_app *the_app, class cl_cmdset *acmdset) : cl_commander_base(the_app, acmdset) { } virtual int init(void); virtual void set_fd_set(void); virtual int input_avail(void); virtual int wait_input(void); virtual int proc_input(void); }; #endif /* End of cmd.src/newcmdposixcl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/newcmdwin32.cc000066400000000000000000000321131116427777700203710ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/newcmdwin32.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * Copyright (C) 2006, Borut Razem - borut.razem@siol.net * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #include #include #include #include #include #include #include "i_string.h" #include "cmdlexcl.h" #include "cmdpars.h" // prj #include "globals.h" #include "utils.h" // sim #include "simcl.h" #include "argcl.h" #include "appcl.h" // local #include "newcmdwin32cl.h" /* * Channel *____________________________________________________________________________ */ inline void cl_channel::set(void) { fp = 0; handle = INVALID_HANDLE_VALUE; type = CH_UNDEF; } inline void cl_channel::set(HANDLE _handle, e_handle_type _type) { assert(INVALID_HANDLE_VALUE != _handle); fp = 0; handle = _handle; type = (_type == CH_UNDEF) ? guess_type() : _type; } inline void cl_channel::set(FILE *_fp, e_handle_type _type) { assert(_fp); fp = _fp; handle = (HANDLE)_get_osfhandle(fileno(fp)); assert(INVALID_HANDLE_VALUE != handle); type = (_type == CH_UNDEF) ? guess_type() : _type; } void cl_channel::close(void) { assert(INVALID_HANDLE_VALUE != handle); if (CH_SOCKET == type) { shutdown((SOCKET)handle, SD_BOTH); closesocket((SOCKET)handle); } if (fp) fclose(fp); else if (CH_SOCKET != type) CloseHandle(handle); fp = 0; handle = INVALID_HANDLE_VALUE; type = CH_UNDEF; } /* * Command console *____________________________________________________________________________ */ cl_console::cl_console(const char *fin, const char *fout, class cl_app *the_app) { FILE *f; app = the_app; if (fin) { if (!(f = fopen(fin, "r"))) fprintf(stderr, "Can't open `%s': %s\n", fin, strerror(errno)); in.set(f, CH_FILE); } if (fout) { if (!(f = fopen(fout, "w"))) fprintf(stderr, "Can't open `%s': %s\n", fout, strerror(errno)); out.set(f, CH_FILE); } prompt = 0; flags = CONS_NONE; if (in.is_tty()) flags |= CONS_INTERACTIVE; else ;//fprintf(stderr, "Warning: non-interactive console\n"); id = 0; lines_printed = new cl_ustrings(100, 100, "console_cache"); } cl_console::cl_console(FILE *fin, FILE *fout, class cl_app *the_app) { app = the_app; in.set(fin); out.set(fout); prompt = 0; flags = CONS_NONE; if (in.is_tty()) flags |= CONS_INTERACTIVE; else ;//fprintf(stderr, "Warning: non-interactive console\n"); id = 0; lines_printed = new cl_ustrings(100, 100, "console_cache"); } cl_console::cl_console(cl_channel _in, cl_channel _out, class cl_app *the_app) { app = the_app; in = _in; out = _out; prompt = 0; flags = CONS_NONE; if (in.is_tty()) flags |= CONS_INTERACTIVE; else ;//fprintf(stderr, "Warning: non-interactive console\n"); id = 0; lines_printed= new cl_ustrings(100, 100, "console_cache"); } class cl_console * cl_console::clone_for_exec(char *fin) { FILE *fi; if (!fin) return 0; if (!(fi = fopen(fin, "r"))) { fprintf(stderr, "Can't open `%s': %s\n", fin, strerror(errno)); return 0; } cl_channel ch_in = cl_channel(fi, CH_FILE); class cl_console *con= new cl_sub_console(this, ch_in, out, app); return con; } cl_console::~cl_console(void) { if (CH_UNDEF != in.get_type()) in.close(); un_redirect(); if (CH_UNDEF != out.get_type()) { if (flags & CONS_PROMPT) dd_printf("\n"); out.close(); } delete prompt_option; delete null_prompt_option; delete debug_option; } /* * Output functions */ void cl_console::redirect(char *fname, char *mode) { FILE *fp = fopen(fname, mode); if (!fp) dd_printf("Unable to open file '%s' for %s: %s\n", fname, (mode[0]=='w') ? "write" : "append", strerror(errno)); out.set(fp, CH_FILE); } void cl_console::un_redirect(void) { if (CH_UNDEF != rout.get_type()) out.close(); } int cl_console::cmd_do_print(const char *format, va_list ap) { FILE *f = get_out()->get_fp(); if (f) { int ret = vfprintf(f, format, ap); fflush(f); return ret; } else return 0; } /* * Input functions */ char * cl_console::read_line(void) { #define BUF_LEN 1024 TRACE("%d-%s\n", get_id(), __PRETTY_FUNCTION__); char *s = NULL; FILE *fp = in.get_fp(); assert(fp); #ifdef HAVE_GETLINE if (getline(&s, 0, fp) < 0) return(0); #elif defined HAVE_GETDELIM size_t n = BUF_LEN; s = (char *)malloc(n); if (getdelim(&s, &n, '\n', fp) < 0) { free(s); return(0); } #elif defined HAVE_FGETS s = (char *)malloc(BUF_LEN); if (fgets(s, BUF_LEN, fp) == NULL) { free(s); return(0); } #endif s[strlen(s)-1]= '\0'; if (s[strlen(s)-1] == '\r') s[strlen(s)-1]= '\0'; flags&= ~CONS_PROMPT; return(s); } /* * This console cl_listen_console on a socket and can accept connection requests */ cl_listen_console::cl_listen_console(int serverport, class cl_app *the_app) { SOCKET sock; app = the_app; if (INVALID_SOCKET != (sock = make_server_socket(serverport))) { if (SOCKET_ERROR == listen(sock, 10)) fprintf(stderr, "Can't listen on port %d: %d\n", serverport, WSAGetLastError()); } in.set((HANDLE)sock, CH_SOCKET); } int cl_listen_console::proc_input(class cl_cmdset *cmdset) { class cl_commander_base *cmd = app->get_commander(); struct sockaddr_in sock_addr; ACCEPT_SOCKLEN_T size = sizeof(struct sockaddr); SOCKET newsock = accept((SOCKET)get_in_fd(), (struct sockaddr*)&sock_addr, &size); if (INVALID_SOCKET == newsock) { fprintf(stderr, "Can't accept: %d\n", WSAGetLastError()); return(0); } int fh = _open_osfhandle((intptr_t)newsock, _O_TEXT); if (-1 == fh) { fprintf(stderr, "Can't _open_osfhandle\n"); } FILE *fp = fdopen(fh, "r"); if (!fp) fprintf(stderr, "Can't open port for input\n"); cl_channel ch_in = cl_channel(fp, CH_SOCKET); fh = _open_osfhandle((intptr_t)newsock, _O_TEXT); if (-1 == fh) { fprintf(stderr, "Can't _open_osfhandle\n"); } fp = fdopen(fh, "w"); if (!fp) fprintf(stderr, "Can't open port for output\n"); cl_channel ch_out = cl_channel(fp, CH_SOCKET); class cl_console_base *c = new cl_console(ch_in, ch_out, app); c->flags |= CONS_INTERACTIVE; cmd->add_console(c); return 0; } /* * Sub-console */ cl_sub_console::cl_sub_console(class cl_console_base *the_parent, cl_channel _in, cl_channel _out, class cl_app *the_app): cl_console(_in, _out, the_app) { parent = the_parent; } cl_sub_console::~cl_sub_console(void) { class cl_commander_base *c = app->get_commander(); if (parent && c) { c->activate_console(parent); } } int cl_sub_console::init(void) { class cl_commander_base *c = app->get_commander(); if (parent && c) { c->deactivate_console(parent); } cl_console::init(); flags |= CONS_ECHO; return 0; } /* * Command interpreter *____________________________________________________________________________ */ int cl_commander::init(void) { TRACE("%s\n", __PRETTY_FUNCTION__); class cl_optref console_on_option(this); class cl_optref config_file_option(this); class cl_optref port_number_option(this); class cl_console_base *con; console_on_option.init(); console_on_option.use("console_on"); config_file_option.init(); config_file_option.use("config_file"); port_number_option.init(); cl_base::init(); set_name("Commander"); bool need_config = DD_TRUE; if (port_number_option.use("port_number")) add_console(new cl_listen_console(port_number_option.get_value((long)0), app)); /* The following code is commented out because it produces gcc warnings * newcmd.cc: In member function `virtual int cl_commander::init()': * newcmd.cc:785: warning: 'Config' might be used uninitialized in this function * newcmd.cc:786: warning: 'cn' might be used uninitialized in this function */ /* char *Config= config_file_option.get_value(Config); char *cn= console_on_option.get_value(cn); */ /* Here shoud probably be something else, but is still better then the former code... */ char *Config = config_file_option.get_value(""); char *cn = console_on_option.get_value(""); if (cn) { add_console(con = new cl_console(cn, cn, app)); exec_on(con, Config); need_config = DD_FALSE; } if (cons->get_count() == 0) { add_console(con = new cl_console(stdin, stdout, app)); exec_on(con, Config); need_config = DD_FALSE; } if (need_config && Config && *Config) { FILE *fc = fopen(Config, "r"); if (!fc) fprintf(stderr, "Can't open `%s': %s\n", Config, strerror(errno)); else { con = new cl_console(fc, stderr, app); con->flags |= CONS_NOWELCOME | CONS_ECHO; add_console(con); } } return(0); } void cl_commander::set_fd_set(void) { TRACE("%s\n", __PRETTY_FUNCTION__); int i; FD_ZERO(&read_set); for (i = 0; i < cons->count; i++) { class cl_console *c= dynamic_cast((class cl_console_base*)(cons->at(i))); if (c->input_active() && CH_SOCKET == c->in.get_type()) { HANDLE fd = c->get_in_fd(); assert(INVALID_HANDLE_VALUE != fd); FD_SET((SOCKET)fd, &read_set); } } } int cl_commander::console_count(void) { int i = 0; for (int j = 0; j < cons->count; j++) { class cl_console *c = dynamic_cast((class cl_console_base*)(cons->at(j))); if (c->input_active()) { switch (c->in.get_type()) { case CH_CONSOLE: case CH_FILE: case CH_SERIAL: ++i; break; default: break; } } } return i; } int cl_commander::console_input_avail(void) { int i = 0; FD_ZERO(&console_active_set); for (int j = 0; j < cons->count; j++) { class cl_console *c = dynamic_cast((class cl_console_base*)(cons->at(j))); if (c->input_avail()) { HANDLE fd = c->get_in_fd(); assert(INVALID_HANDLE_VALUE != fd); switch (c->in.get_type()) { case CH_CONSOLE: case CH_FILE: case CH_SERIAL: FD_SET((SOCKET)fd, &console_active_set); ++i; break; default: break; } } } return i; } int cl_commander::socket_input_avail(long timeout, bool sleep) { active_set = read_set; if (active_set.fd_count) { struct timeval tv = {0, 0}; struct timeval *tvp = sleep ? NULL : &tv; int i = select(0, &active_set, NULL, NULL, tvp); if (SOCKET_ERROR == i) { fprintf(stderr, "Can't select: %d\n", WSAGetLastError()); return 0; } return i; } else { Sleep(timeout / 1000); return 0; } } int cl_commander::input_avail_timeout(long timeout) { TRACE("%s\n", __PRETTY_FUNCTION__); int n; if (0 != (n = console_input_avail())) FD_ZERO(&active_set); else n = socket_input_avail(timeout, false); return n; } #define CONSOLE_TIMEOUT 300000 int cl_commander::wait_input(void) { TRACE("%s\n", __PRETTY_FUNCTION__); prompt(); if (0 < console_count()) { int n; while (0 == (n = input_avail_timeout(CONSOLE_TIMEOUT))) ; return n; } else { FD_ZERO(&console_active_set); return socket_input_avail(0, true); } } int cl_commander::proc_input(void) { TRACE("%s\n", __PRETTY_FUNCTION__); for (int j = 0; j < cons->count; j++) { class cl_console *c = dynamic_cast((class cl_console_base*)(cons->at(j))); if (c->input_active()) { HANDLE fd = c->get_in_fd(); assert(INVALID_HANDLE_VALUE != fd); if (FD_ISSET(fd, &active_set) || FD_ISSET(fd, &console_active_set)) { actual_console = c; if (c->proc_input(cmdset)) { del_console(c); delete c; } actual_console = 0; return 0 == cons->count; } } } return 0; } /* End of cmd.src/newcmdwin32.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/newcmdwin32cl.h000066400000000000000000000101621116427777700205520ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/newcmdwin32cl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * Copyright (C) 2006, Borut Razem - borut.razem@siol.net * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_NEWCMDFDCL_HEADER #define CMD_NEWCMDFDCL_HEADER #include "newcmdcl.h" #include "cmdutil.h" class cl_channel { public: cl_channel(void) { set(); } cl_channel(HANDLE _handle, e_handle_type _type = CH_UNDEF) { set(_handle, _type); } cl_channel(FILE *_fp, e_handle_type _type = CH_UNDEF) { set(_fp, _type); } void set(void); void set(HANDLE _handle, e_handle_type _type = CH_UNDEF); void set(FILE *_fp, e_handle_type _type = CH_UNDEF); void close(void); bool input_avail(void) const { return ::input_avail(handle, type); } enum e_handle_type get_type(void) const { return type; } HANDLE get_handle(void) const { return handle; } FILE *get_fp(void) const { return fp; } bool is_tty(void) const { return CH_FILE != type; } bool is_eof(void) const { return get_fp() ? feof(get_fp()) : true; } private: e_handle_type guess_type(void) { return get_handle_type(handle); } e_handle_type type; HANDLE handle; FILE *fp; }; /* * Command socket console */ class cl_console: public cl_console_base { friend class cl_commander; protected: cl_channel in, out, rout/*redirected output*/; public: cl_console(void) { in = cl_channel(); out = cl_channel(); rout = cl_channel(); } cl_console(const char *fin, const char *fout, class cl_app *the_app); cl_console(FILE *fin, FILE *fout, class cl_app *the_app); cl_console(cl_channel _in, cl_channel _out, class cl_app *the_app); int cmd_do_print(const char *format, va_list ap); virtual ~cl_console(void); virtual class cl_console *clone_for_exec(char *fin); virtual void redirect(char *fname, char *mode); virtual void un_redirect(void); virtual bool is_tty(void) const { return CH_FILE != in.get_type(); } virtual bool is_eof(void) const { return in.is_eof(); } virtual HANDLE get_in_fd(void) { return in.get_handle(); } virtual bool input_avail(void) { return input_active() ? in.input_avail() : false; } virtual char *read_line(void); private: class cl_channel *get_out(void) { return (CH_UNDEF != rout.get_type()) ? &rout : &out; } }; class cl_listen_console: public cl_console { public: cl_listen_console(int serverport, class cl_app *the_app); virtual void welcome(void) {} virtual int proc_input(class cl_cmdset *cmdset); }; class cl_sub_console: public cl_console { private: class cl_console_base *parent; public: cl_sub_console(class cl_console_base *the_parent, cl_channel _in, cl_channel _out, class cl_app *the_app); virtual ~cl_sub_console(void); virtual int init(void); }; /* * Command interpreter */ class cl_commander: public cl_commander_base { private: fd_set read_set, active_set, console_active_set; public: cl_commander(class cl_app *the_app, class cl_cmdset *acmdset) : cl_commander_base(the_app, acmdset) { } virtual int init(void); virtual void set_fd_set(void); virtual int input_avail(void) { return input_avail_timeout(0); } virtual int wait_input(void); virtual int proc_input(void); private: int console_count(void); int console_input_avail(void); int socket_input_avail(long timeout, bool sleep); int input_avail_timeout(long timeout); }; #endif /* End of cmd.src/newcmdwin32cl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/set.cc000066400000000000000000000204701116427777700170270ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/set.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include "i_string.h" // prj #include "errorcl.h" // sim #include "simcl.h" #include "optioncl.h" // local #include "setcl.h" #include "cmdutil.h" /* * Command: set memory *---------------------------------------------------------------------------- */ //int //cl_set_mem_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_set_mem_cmd) { class cl_memory *mem= 0; class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; if (cmdline->syntax_match(uc, MEMORY ADDRESS DATALIST)) { mem= params[0]->value.memory.memory; t_addr start= params[1]->value.address; t_mem *array= params[2]->value.data_list.array; int len= params[2]->value.data_list.len; if (len == 0) con->dd_printf("Error: no data\n"); else if (start < mem->get_start_address()) con->dd_printf("Start address less then 0x%"_A_"x\n", mem->get_start_address()); else { int i; t_addr addr; for (i= 0, addr= start; i < len && mem->valid_address(addr); i++, addr++) mem->write(addr, array[i]); uc->check_errors(); mem->dump(start, start+len-1, 8, con); } } else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); return(DD_FALSE);; } /* * Command: set bit *---------------------------------------------------------------------------- */ //int //cl_set_bit_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_set_bit_cmd) { class cl_memory *mem; t_addr mem_addr= 0; t_mem bit_mask= 0; class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; if (cmdline->syntax_match(uc, BIT NUMBER)) { mem= params[0]->value.bit.mem; mem_addr= params[0]->value.bit.mem_address; bit_mask= params[0]->value.bit.mask; if (params[1]->value.number) mem->set_bit1(mem_addr, bit_mask); else mem->set_bit0(mem_addr, bit_mask); mem->dump(mem_addr, mem_addr, 1, con); } else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); return(DD_FALSE);; } /* * Command: set hw *---------------------------------------------------------------------------- */ COMMAND_DO_WORK_UC(cl_set_hw_cmd) { class cl_hw *hw= 0; class cl_cmd_arg *params[1]= { cmdline->param(0)/*, cmdline->param(1), cmdline->param(2), cmdline->param(3)*/ }; if (params[0] && /*cmdline->syntax_match(uc, HW)*/params[0]->as_hw(uc)) { hw= params[0]->value.hw; //pn= hw->id; //l= params[1]->value.number; } /*else if (cmdline->syntax_match(uc, NUMBER NUMBER)) { pn= params[0]->value.number; l= params[1]->value.number; hw= uc->get_hw(HW_PORT, pn, 0); }*/ else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); /*if (pn < 0 || pn > 3) con->dd_printf("Error: wrong port\n"); else*/ { if (hw) { cmdline->shift(); hw->set_cmd(cmdline, con); } else con->dd_printf("Error: no hw\n"); } return(DD_FALSE);; } /* * Command: set option *---------------------------------------------------------------------------- */ //int //cl_set_option_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_APP(cl_set_option_cmd) { char *id= 0, *s= 0; int idx; class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; class cl_option *option= 0; if (cmdline->syntax_match(0/*app->get_uc()*/, NUMBER STRING)) { idx= params[0]->value.number; s= params[1]->value.string.string; option= app->options->get_option(idx); } else if (cmdline->syntax_match(0, STRING STRING STRING)) { id= params[0]->value.string.string; char *cr= params[1]->value.string.string; s= params[2]->value.string.string; int n= app->options->nuof_options(id, cr); if (n > 1) { con->dd_printf("Ambiguous option name, use number instead\n"); return(DD_FALSE); } else if (n == 0) ;//con->dd_printf("Named option does not exist\n"); else { if ((option= app->options->get_option(id, cr)) == 0) option= app->options->get_option(cr, id); } } else if (cmdline->syntax_match(0/*app->get_uc()*/, STRING STRING)) { id= params[0]->value.string.string; s= params[1]->value.string.string; int n= app->options->nuof_options(id); if (n > 1) { con->dd_printf("Ambiguous option name, use number instead\n"); return(DD_FALSE); } else if (n == 0) ;//con->dd_printf("Named option does not exist\n"); else option= app->options->get_option(id); } else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); if (!option) { con->dd_printf("Option does not exist\n"); return(DD_FALSE); } option->set_value(s); return(DD_FALSE); } /* * Command: set error *---------------------------------------------------------------------------- */ //int //cl_set_option_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_APP(cl_set_error_cmd) { class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; char *error_name= NIL, *value= NIL; if (cmdline->syntax_match(0/*app->get_uc()*/, STRING STRING)) { error_name= params[0]->value.string.string; value= params[1]->value.string.string; } else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); class cl_list *registered_errors = cl_error_registry::get_list(); if (error_name && value && registered_errors) { int i; for (i= 0; i < registered_errors->count; i++) { class cl_error_class *e= dynamic_cast(registered_errors->object_at(i)); if (e->is_inamed(error_name)) { if (strchr("uU-?", *value) != NULL) e->set_on(ERROR_PARENT); else if (strchr("1tTyY", *value) != NULL || (strlen(value) > 1 && strchr("nN", value[2]) != NULL)) e->set_on(ERROR_ON); else if (strchr("0fFnN", *value) != NULL || (strlen(value) > 1 && strchr("fF", value[2]) != NULL)) e->set_on(ERROR_OFF); else con->dd_printf("Bad value (%s)\n", value); return(DD_FALSE); } } } con->dd_printf("Error %s not found\n", error_name); return(DD_FALSE); } /* End of cmd.src/set.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/setcl.h000066400000000000000000000023721116427777700172110ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/setcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_SETCL_HEADER #define CMD_SETCL_HEADER #include "newcmdcl.h" // SET MEMORY COMMAND_ON(uc,cl_set_mem_cmd); // SET BIT COMMAND_ON(uc,cl_set_bit_cmd); // SET HW COMMAND_ON(uc,cl_set_hw_cmd); // SET OPTION COMMAND_ON(app,cl_set_option_cmd); // SET ERROR COMMAND_ON(app,cl_set_error_cmd); #endif /* End of cmd.src/setcl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/show.cc000066400000000000000000000120451116427777700172130ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/show.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include "i_string.h" // prj #include "globals.h" #include "utils.h" #include "errorcl.h" // sim #include "simcl.h" // local #include "showcl.h" /* * Command: show copying *---------------------------------------------------------------------------- */ //int //cl_show_copying_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK(cl_show_copying_cmd) { con->dd_printf("%s\n", copying); return(DD_FALSE);; } /* * Command: show warranty *---------------------------------------------------------------------------- */ //int //cl_show_warranty_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK(cl_show_warranty_cmd) { con->dd_printf("%s\n", warranty); return(DD_FALSE);; } /* * Command: show option *---------------------------------------------------------------------------- */ COMMAND_DO_WORK_APP(cl_show_option_cmd) { class cl_cmd_arg *parm= cmdline->param(0); char *s= 0; if (!parm) ; else if (cmdline->syntax_match(0/*app->get_uc()*/, STRING)) { s= parm->value.string.string; } else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); int i; for (i= 0; i < app->options->count; i++) { class cl_option *o= (class cl_option *)(/*uc*/app->options->at(i)); if (!s || !strcmp(s, o->get_name())) { int j; con->dd_printf("%d. %s: ", i, object_name(o)); o->print(con); con->dd_printf(" - %s\n", o->help); con->dd_printf(" Type: %s\n", o->get_type_name()); /*union option_value *val= o->get_value(); con->dd_printf(" Value: \""); unsigned int uj; TYPE_UBYTE *d= (TYPE_UBYTE*)val; for (uj= 0; uj < sizeof(*val); uj++) con->print_char_octal(d[uj]); con->dd_printf("\"\n");*/ con->dd_printf(" Hidden: %s\n", (o->hidden)?"True":"False"); con->dd_printf(" Creator: \"%s\"\n %d Users:\n", object_name(o->get_creator()), o->users->count); for (j= 0; j < o->users->count; j++) { class cl_optref *r= (class cl_optref *)(o->users->at(j)); con->dd_printf(" %2d. owner(s)=\"%s\"\n", j, object_name(r->get_owner())); } if (i >= 0 && i < app->options->count-1) con->dd_printf("\n"); } } return(DD_FALSE); } // prj #include "errorcl.h" static void show_error_cmd_print_node(class cl_console_base *con, int indent, class cl_base *node) { if (!node) return; int i; for (i= 0; i < indent; i++) con->dd_printf(" "); const char *name= node->get_name("unknown"); class cl_error_class *ec= dynamic_cast(node); char *str; con->dd_printf("%s: %s [%s/%s]\n", str= case_string(case_case, ec->get_type_name()), name, get_id_string(error_on_off_names, ec->get_on()), (ec->is_on())?"ON":"OFF"); free(str); class cl_base *c= node->first_child(); while (c) { show_error_cmd_print_node(con, indent+2, c); c= node->next_child(c); } } /* * Command: show error *---------------------------------------------------------------------------- */ COMMAND_DO_WORK_APP(cl_show_error_cmd) { /*class cl_cmd_arg *parm= cmdline->param(0); char *s= 0; if (!parm) ; else if (cmdline->syntax_match(0, STRING)) { s= parm->value.string.string; } else con->dd_printf("%s\n", short_help?short_help:"Error: wrong syntax\n"); */ class cl_list *registered_errors = cl_error_registry::get_list(); int i; for (i= 0; i < registered_errors->count; i++) { class cl_error_class *ec; ec= dynamic_cast(registered_errors->object_at(i)); if (!ec->get_parent()) show_error_cmd_print_node(con, 0, ec); } return(DD_FALSE); } /* End of cmd.src/show.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/showcl.h000066400000000000000000000023401116427777700173710ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/showcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_SHOWCL_HEADER #define CMD_SHOWCL_HEADER #include "newcmdcl.h" // SHOW COPYING COMMAND(cl_show_copying_cmd); // SHOW WARRANTY COMMAND(cl_show_warranty_cmd); // SHOW OPTION COMMAND_ON(app,cl_show_option_cmd); // SHOW ERROR COMMAND_ON(app,cl_show_error_cmd); #endif /* End of cmd.src/showcl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/syntax.cc000066400000000000000000000017461116427777700175670ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/syntax.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // local #include "syntaxcl.h" /* End of cmd.src/syntax.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/syntaxcl.h000066400000000000000000000020111116427777700177320ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/syntaxcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_SYNTAXCL_HEADER #define CMD_SYNTAXCL_HEADER #endif /* End of cmd.src/syntaxcl.h */ sdcc-2.9.0/sim/ucsim/cmd.src/timer.cc000066400000000000000000000157501116427777700173610ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/timer.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include "stdio.h" #include "i_string.h" // sim #include "simcl.h" // local #include "timercl.h" /* * Command: timer *---------------------------------------------------------------------------- */ //int //cl_timer_cmd::do_work(class cl_sim *sim, // class cl_cmdline *cmdline, class cl_console_base *con) COMMAND_DO_WORK_UC(cl_timer_cmd) { class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; if (!params[0]) { con->dd_printf("Timer id is missing."); return(DD_FALSE); } if (params[0]->as_number()) { as_nr= DD_TRUE; id_nr= params[0]->value.number; if (id_nr <= 0) { con->dd_printf("Error: " "Timer id must be greater than zero or a string\n"); return(DD_TRUE); } ticker= uc->get_counter(id_nr); } else { as_nr= DD_FALSE; id_str= params[0]->s_value; ticker= uc->get_counter(id_str); } cmdline->shift(); return(DD_FALSE); } /* * Command: timer add *----------------------------------------------------------------------------- * Add a new timer to the list */ COMMAND_DO_WORK_UC(cl_timer_add_cmd) //add(class cl_uc *uc, class cl_cmdline *cmdline, class cl_console_base *con) { class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; long dir= +1, in_isr= 0; if (cl_timer_cmd::do_work(uc, cmdline, con)) return(DD_FALSE); if (ticker) { if (!as_nr) con->dd_printf("Error: Timer \"%s\" already exists\n", id_str); else con->dd_printf("Error: Timer %d already exists\n", id_nr); return(DD_FALSE); } if (cmdline->nuof_params() > 0) { if (cmdline->syntax_match(uc, NUMBER)) dir= params[0]->value.number; else if (cmdline->syntax_match(uc, NUMBER NUMBER)) { dir= params[0]->value.number; in_isr= params[1]->value.number; } } if (!as_nr) { ticker= new cl_ticker(dir, in_isr, id_str); uc->add_counter(ticker, id_str); } else { ticker= new cl_ticker(dir, in_isr, 0); uc->add_counter(ticker, id_nr); } return(DD_FALSE); } /* * Command: timer delete *----------------------------------------------------------------------------- * Delete a timer from the list */ COMMAND_DO_WORK_UC(cl_timer_delete_cmd) //del(class cl_uc *uc, class cl_cmdline *cmdline, class cl_console_base *con) { if (cl_timer_cmd::do_work(uc, cmdline, con)) return(DD_FALSE); if (!ticker) { if (!as_nr) con->dd_printf("Timer \"%s\" does not exist\n", id_str); else con->dd_printf("Timer %d does not exist\n", id_nr); return(DD_FALSE); } if (!as_nr) uc->del_counter(id_str); else uc->del_counter(id_nr); return(DD_FALSE); } /* * Command: timer get *----------------------------------------------------------------------------- * Get the value of just one timer or all of them */ COMMAND_DO_WORK_UC(cl_timer_get_cmd) //get(class cl_uc *uc, class cl_cmdline *cmdline, class cl_console_base *con) { if (cmdline->nuof_params()) { if (cl_timer_cmd::do_work(uc, cmdline, con)) return(DD_FALSE); } else ticker= 0; if (ticker) ticker->dump(id_nr, uc->xtal, con); else { uc->ticks->dump(0, uc->xtal, con); uc->isr_ticks->dump(0, uc->xtal, con); uc->idle_ticks->dump(0, uc->xtal, con); for (id_nr= 0; id_nr < uc->counters->count; id_nr++) { ticker= uc->get_counter(id_nr); if (ticker) ticker->dump(id_nr, uc->xtal, con); } } return(DD_FALSE); } /* * Command: timer run *----------------------------------------------------------------------------- * Allow a timer to run */ COMMAND_DO_WORK_UC(cl_timer_run_cmd) //run(class cl_uc *uc, class cl_cmdline *cmdline, class cl_console_base *con) { if (cl_timer_cmd::do_work(uc, cmdline, con)) return(DD_FALSE); if (!ticker) { if (!as_nr) con->dd_printf("Timer %d does not exist\n", id_str); else con->dd_printf("Timer %d does not exist\n", id_nr); return(0); } ticker->options|= TICK_RUN; return(DD_FALSE); } /* * Command: timer stop *----------------------------------------------------------------------------- * Stop a timer */ COMMAND_DO_WORK_UC(cl_timer_stop_cmd) //stop(class cl_uc *uc, class cl_cmdline *cmdline, class cl_console_base *con) { if (cl_timer_cmd::do_work(uc, cmdline, con)) return(DD_FALSE); if (!ticker) { if (!as_nr) con->dd_printf("Timer %d does not exist\n", id_str); else con->dd_printf("Timer %d does not exist\n", id_nr); return(DD_FALSE); } ticker->options&= ~TICK_RUN; return(DD_FALSE); } /* * Command: timer value *----------------------------------------------------------------------------- * Set a timer to a specified value */ COMMAND_DO_WORK_UC(cl_timer_value_cmd) //val(class cl_uc *uc, class cl_cmdline *cmdline, class cl_console_base *con) { class cl_cmd_arg *params[4]= { cmdline->param(0), cmdline->param(1), cmdline->param(2), cmdline->param(3) }; if (cl_timer_cmd::do_work(uc, cmdline, con)) return(DD_FALSE); if (!ticker) { if (!as_nr) con->dd_printf("Error: Timer %d does not exist\n", id_str); else con->dd_printf("Error: Timer %d does not exist\n", id_nr); return(DD_FALSE); } if (params[2]) { con->dd_printf("Error: Value is missing\n"); return(DD_FALSE); } long val; if (!params[2]->get_ivalue(&val)) { con->dd_printf("Error: Wrong parameter\n"); return(DD_FALSE); } ticker->ticks= val; return(DD_FALSE); } /* End of cmd.src/timer.cc */ sdcc-2.9.0/sim/ucsim/cmd.src/timercl.h000066400000000000000000000031161116427777700175330ustar00rootroot00000000000000/* * Simulator of microcontrollers (cmd.src/timercl.h) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef CMD_TIMERCL_HEADER #define CMD_TIMERCL_HEADER #include "newcmdcl.h" COMMAND_HEAD(cl_timer_cmd) public: class cl_ticker *ticker; bool as_nr; int id_nr; char *id_str; COMMAND_METHODS_ON(uc,cl_timer_cmd) void set_ticker(class cl_uc *uc, class cl_cmd_arg *param); COMMAND_TAIL; COMMAND_ANCESTOR_ON(uc,cl_timer_add_cmd,cl_timer_cmd); COMMAND_ANCESTOR_ON(uc,cl_timer_delete_cmd,cl_timer_cmd); COMMAND_ANCESTOR_ON(uc,cl_timer_get_cmd,cl_timer_cmd); COMMAND_ANCESTOR_ON(uc,cl_timer_run_cmd,cl_timer_cmd); COMMAND_ANCESTOR_ON(uc,cl_timer_stop_cmd,cl_timer_cmd); COMMAND_ANCESTOR_ON(uc,cl_timer_value_cmd,cl_timer_cmd); #endif /* End of cmd.src/timercl.h */ sdcc-2.9.0/sim/ucsim/conf000077500000000000000000000013111116427777700152400ustar00rootroot00000000000000#!/bin/bash TARGET=linux if [ "$#" -ge 1 ]; then case "$1" in [lL]*) TARGET=linux;shift;; [mM]*) TARGET=mingw;shift;; *) echo "Unknown target \"${1}\"" >&2; exit 1;; esac fi if [ -f devel ]; then export CXXFLAGS="" fi case $TARGET in linux) ./configure --prefix=${HOME}/local \ --enable-ucsim \ --enable-dlso \ --enable-serio \ --enable-z80 \ --enable-xa \ "$@" ;; mingw) export CC=/usr/local/cross-tools/mingw32/bin/gcc export CXX=/usr/local/cross-tools/mingw32/bin/g++ ./configure --prefix=${HOME}/local \ --disable-ucsim \ --disable-dlso \ --disable-serio \ --enable-z80 \ --enable-xa \ "$@" ;; *) echo >&2 "Do not know how to configure!" ;; esac # End of conf sdcc-2.9.0/sim/ucsim/conf.mk000066400000000000000000000004321116427777700156460ustar00rootroot00000000000000# # Makefile targets to remake configuration # freshconf: main.mk ddconfig.h main.mk: $(srcdir)/main_in.mk config.status $(SHELL) ./config.status ddconfig.h: ddconfig_in.h config.status @echo "Re-making ddconfig.h" $(SHELL) ./config.status touch ddconfig.h # End of conf.mk sdcc-2.9.0/sim/ucsim/config.guess000077500000000000000000001127061116427777700167200ustar00rootroot00000000000000#! /bin/sh # Attempt to guess a canonical system name. # Copyright (C) 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, # 2000, 2001, 2002 Free Software Foundation, Inc. timestamp='2002-01-02' # This file is free software; you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, but # WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. 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The machine name # can be virtually everything (everything which is not # "atarist" or "atariste" at least should have a processor # > m68000). The system name ranges from "MiNT" over "FreeMiNT" # to the lowercase version "mint" (or "freemint"). Finally # the system name "TOS" denotes a system which is actually not # MiNT. But MiNT is downward compatible to TOS, so this should # be no problem. atarist[e]:*MiNT:*:* | atarist[e]:*mint:*:* | atarist[e]:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit 0 ;; atari*:*MiNT:*:* | atari*:*mint:*:* | atarist[e]:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit 0 ;; *falcon*:*MiNT:*:* | *falcon*:*mint:*:* | *falcon*:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit 0 ;; milan*:*MiNT:*:* | milan*:*mint:*:* | *milan*:*TOS:*:*) echo m68k-milan-mint${UNAME_RELEASE} exit 0 ;; hades*:*MiNT:*:* | hades*:*mint:*:* | *hades*:*TOS:*:*) echo m68k-hades-mint${UNAME_RELEASE} exit 0 ;; *:*MiNT:*:* | *:*mint:*:* | *:*TOS:*:*) echo m68k-unknown-mint${UNAME_RELEASE} exit 0 ;; powerpc:machten:*:*) echo powerpc-apple-machten${UNAME_RELEASE} exit 0 ;; RISC*:Mach:*:*) echo mips-dec-mach_bsd4.3 exit 0 ;; RISC*:ULTRIX:*:*) echo mips-dec-ultrix${UNAME_RELEASE} exit 0 ;; VAX*:ULTRIX*:*:*) echo vax-dec-ultrix${UNAME_RELEASE} exit 0 ;; 2020:CLIX:*:* | 2430:CLIX:*:*) echo clipper-intergraph-clix${UNAME_RELEASE} exit 0 ;; mips:*:*:UMIPS | mips:*:*:RISCos) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #ifdef __cplusplus #include /* for printf() prototype */ int main (int argc, char *argv[]) { #else int main (argc, argv) int argc; char *argv[]; { #endif #if defined (host_mips) && defined (MIPSEB) #if defined (SYSTYPE_SYSV) printf ("mips-mips-riscos%ssysv\n", argv[1]); exit (0); #endif #if defined (SYSTYPE_SVR4) printf ("mips-mips-riscos%ssvr4\n", argv[1]); exit (0); #endif #if defined (SYSTYPE_BSD43) || defined(SYSTYPE_BSD) printf ("mips-mips-riscos%sbsd\n", argv[1]); exit (0); #endif #endif exit (-1); } EOF $CC_FOR_BUILD $dummy.c -o $dummy \ && ./$dummy `echo "${UNAME_RELEASE}" | sed -n 's/\([0-9]*\).*/\1/p'` \ && rm -f $dummy.c $dummy && exit 0 rm -f $dummy.c $dummy echo mips-mips-riscos${UNAME_RELEASE} exit 0 ;; Motorola:PowerMAX_OS:*:*) echo powerpc-motorola-powermax exit 0 ;; Night_Hawk:Power_UNIX:*:*) echo powerpc-harris-powerunix exit 0 ;; m88k:CX/UX:7*:*) echo m88k-harris-cxux7 exit 0 ;; m88k:*:4*:R4*) echo m88k-motorola-sysv4 exit 0 ;; m88k:*:3*:R3*) echo m88k-motorola-sysv3 exit 0 ;; AViiON:dgux:*:*) # DG/UX returns AViiON for all architectures UNAME_PROCESSOR=`/usr/bin/uname -p` if [ $UNAME_PROCESSOR = mc88100 ] || [ $UNAME_PROCESSOR = mc88110 ] then if [ ${TARGET_BINARY_INTERFACE}x = m88kdguxelfx ] || \ [ ${TARGET_BINARY_INTERFACE}x = x ] then echo m88k-dg-dgux${UNAME_RELEASE} else echo m88k-dg-dguxbcs${UNAME_RELEASE} fi else echo i586-dg-dgux${UNAME_RELEASE} fi exit 0 ;; M88*:DolphinOS:*:*) # DolphinOS (SVR3) echo m88k-dolphin-sysv3 exit 0 ;; M88*:*:R3*:*) # Delta 88k system running SVR3 echo m88k-motorola-sysv3 exit 0 ;; XD88*:*:*:*) # Tektronix XD88 system running UTekV (SVR3) echo m88k-tektronix-sysv3 exit 0 ;; Tek43[0-9][0-9]:UTek:*:*) # Tektronix 4300 system running UTek (BSD) echo m68k-tektronix-bsd exit 0 ;; *:IRIX*:*:*) echo mips-sgi-irix`echo ${UNAME_RELEASE}|sed -e 's/-/_/g'` exit 0 ;; ????????:AIX?:[12].1:2) # AIX 2.2.1 or AIX 2.1.1 is RT/PC AIX. echo romp-ibm-aix # uname -m gives an 8 hex-code CPU id exit 0 ;; # Note that: echo "'`uname -s`'" gives 'AIX ' i*86:AIX:*:*) echo i386-ibm-aix exit 0 ;; ia64:AIX:*:*) if [ -x /usr/bin/oslevel ] ; then IBM_REV=`/usr/bin/oslevel` else IBM_REV=${UNAME_VERSION}.${UNAME_RELEASE} fi echo ${UNAME_MACHINE}-ibm-aix${IBM_REV} exit 0 ;; *:AIX:2:3) if grep bos325 /usr/include/stdio.h >/dev/null 2>&1; then eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #include main() { if (!__power_pc()) exit(1); puts("powerpc-ibm-aix3.2.5"); exit(0); } EOF $CC_FOR_BUILD $dummy.c -o $dummy && ./$dummy && rm -f $dummy.c $dummy && exit 0 rm -f $dummy.c $dummy echo rs6000-ibm-aix3.2.5 elif grep bos324 /usr/include/stdio.h >/dev/null 2>&1; then echo rs6000-ibm-aix3.2.4 else echo rs6000-ibm-aix3.2 fi exit 0 ;; *:AIX:*:[45]) IBM_CPU_ID=`/usr/sbin/lsdev -C -c processor -S available | head -1 | awk '{ print $1 }'` if /usr/sbin/lsattr -El ${IBM_CPU_ID} | grep ' POWER' >/dev/null 2>&1; then IBM_ARCH=rs6000 else IBM_ARCH=powerpc fi if [ -x /usr/bin/oslevel ] ; then IBM_REV=`/usr/bin/oslevel` else IBM_REV=${UNAME_VERSION}.${UNAME_RELEASE} fi echo ${IBM_ARCH}-ibm-aix${IBM_REV} exit 0 ;; *:AIX:*:*) echo rs6000-ibm-aix exit 0 ;; ibmrt:4.4BSD:*|romp-ibm:BSD:*) echo romp-ibm-bsd4.4 exit 0 ;; ibmrt:*BSD:*|romp-ibm:BSD:*) # covers RT/PC BSD and echo romp-ibm-bsd${UNAME_RELEASE} # 4.3 with uname added to exit 0 ;; # report: romp-ibm BSD 4.3 *:BOSX:*:*) echo rs6000-bull-bosx exit 0 ;; DPX/2?00:B.O.S.:*:*) echo m68k-bull-sysv3 exit 0 ;; 9000/[34]??:4.3bsd:1.*:*) echo m68k-hp-bsd exit 0 ;; hp300:4.4BSD:*:* | 9000/[34]??:4.3bsd:2.*:*) echo m68k-hp-bsd4.4 exit 0 ;; 9000/[34678]??:HP-UX:*:*) HPUX_REV=`echo ${UNAME_RELEASE}|sed -e 's/[^.]*.[0B]*//'` case "${UNAME_MACHINE}" in 9000/31? ) HP_ARCH=m68000 ;; 9000/[34]?? ) HP_ARCH=m68k ;; 9000/[678][0-9][0-9]) if [ -x /usr/bin/getconf ]; then sc_cpu_version=`/usr/bin/getconf SC_CPU_VERSION 2>/dev/null` sc_kernel_bits=`/usr/bin/getconf SC_KERNEL_BITS 2>/dev/null` case "${sc_cpu_version}" in 523) HP_ARCH="hppa1.0" ;; # CPU_PA_RISC1_0 528) HP_ARCH="hppa1.1" ;; # CPU_PA_RISC1_1 532) # CPU_PA_RISC2_0 case "${sc_kernel_bits}" in 32) HP_ARCH="hppa2.0n" ;; 64) HP_ARCH="hppa2.0w" ;; '') HP_ARCH="hppa2.0" ;; # HP-UX 10.20 esac ;; esac fi if [ "${HP_ARCH}" = "" ]; then eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #define _HPUX_SOURCE #include #include int main () { #if defined(_SC_KERNEL_BITS) long bits = sysconf(_SC_KERNEL_BITS); #endif long cpu = sysconf (_SC_CPU_VERSION); switch (cpu) { case CPU_PA_RISC1_0: puts ("hppa1.0"); break; case CPU_PA_RISC1_1: puts ("hppa1.1"); break; case CPU_PA_RISC2_0: #if defined(_SC_KERNEL_BITS) switch (bits) { case 64: puts ("hppa2.0w"); break; case 32: puts ("hppa2.0n"); break; default: puts ("hppa2.0"); break; } break; #else /* !defined(_SC_KERNEL_BITS) */ puts ("hppa2.0"); break; #endif default: puts ("hppa1.0"); break; } exit (0); } EOF (CCOPTS= $CC_FOR_BUILD $dummy.c -o $dummy 2>/dev/null) && HP_ARCH=`./$dummy` if test -z "$HP_ARCH"; then HP_ARCH=hppa; fi rm -f $dummy.c $dummy fi ;; esac echo ${HP_ARCH}-hp-hpux${HPUX_REV} exit 0 ;; ia64:HP-UX:*:*) HPUX_REV=`echo ${UNAME_RELEASE}|sed -e 's/[^.]*.[0B]*//'` echo ia64-hp-hpux${HPUX_REV} exit 0 ;; 3050*:HI-UX:*:*) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #include int main () { long cpu = sysconf (_SC_CPU_VERSION); /* The order matters, because CPU_IS_HP_MC68K erroneously returns true for CPU_PA_RISC1_0. CPU_IS_PA_RISC returns correct results, however. */ if (CPU_IS_PA_RISC (cpu)) { switch (cpu) { case CPU_PA_RISC1_0: puts ("hppa1.0-hitachi-hiuxwe2"); break; case CPU_PA_RISC1_1: puts ("hppa1.1-hitachi-hiuxwe2"); break; case CPU_PA_RISC2_0: puts ("hppa2.0-hitachi-hiuxwe2"); break; default: puts ("hppa-hitachi-hiuxwe2"); break; } } else if (CPU_IS_HP_MC68K (cpu)) puts ("m68k-hitachi-hiuxwe2"); else puts ("unknown-hitachi-hiuxwe2"); exit (0); } EOF $CC_FOR_BUILD $dummy.c -o $dummy && ./$dummy && rm -f $dummy.c $dummy && exit 0 rm -f $dummy.c $dummy echo unknown-hitachi-hiuxwe2 exit 0 ;; 9000/7??:4.3bsd:*:* | 9000/8?[79]:4.3bsd:*:* ) echo hppa1.1-hp-bsd exit 0 ;; 9000/8??:4.3bsd:*:*) echo hppa1.0-hp-bsd exit 0 ;; *9??*:MPE/iX:*:* | *3000*:MPE/iX:*:*) echo hppa1.0-hp-mpeix exit 0 ;; hp7??:OSF1:*:* | hp8?[79]:OSF1:*:* ) echo hppa1.1-hp-osf exit 0 ;; hp8??:OSF1:*:*) echo hppa1.0-hp-osf exit 0 ;; i*86:OSF1:*:*) if [ -x /usr/sbin/sysversion ] ; then echo ${UNAME_MACHINE}-unknown-osf1mk else echo ${UNAME_MACHINE}-unknown-osf1 fi exit 0 ;; parisc*:Lites*:*:*) echo hppa1.1-hp-lites exit 0 ;; C1*:ConvexOS:*:* | convex:ConvexOS:C1*:*) echo c1-convex-bsd exit 0 ;; C2*:ConvexOS:*:* | convex:ConvexOS:C2*:*) if getsysinfo -f scalar_acc then echo c32-convex-bsd else echo c2-convex-bsd fi exit 0 ;; C34*:ConvexOS:*:* | convex:ConvexOS:C34*:*) echo c34-convex-bsd exit 0 ;; C38*:ConvexOS:*:* | convex:ConvexOS:C38*:*) echo c38-convex-bsd exit 0 ;; C4*:ConvexOS:*:* | convex:ConvexOS:C4*:*) echo c4-convex-bsd exit 0 ;; CRAY*X-MP:*:*:*) echo xmp-cray-unicos exit 0 ;; CRAY*Y-MP:*:*:*) echo ymp-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit 0 ;; CRAY*[A-Z]90:*:*:*) echo ${UNAME_MACHINE}-cray-unicos${UNAME_RELEASE} \ | sed -e 's/CRAY.*\([A-Z]90\)/\1/' \ -e y/ABCDEFGHIJKLMNOPQRSTUVWXYZ/abcdefghijklmnopqrstuvwxyz/ \ -e 's/\.[^.]*$/.X/' exit 0 ;; CRAY*TS:*:*:*) echo t90-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit 0 ;; CRAY*T3D:*:*:*) echo alpha-cray-unicosmk${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit 0 ;; CRAY*T3E:*:*:*) echo alphaev5-cray-unicosmk${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit 0 ;; CRAY*SV1:*:*:*) echo sv1-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit 0 ;; CRAY-2:*:*:*) echo cray2-cray-unicos exit 0 ;; F30[01]:UNIX_System_V:*:* | F700:UNIX_System_V:*:*) FUJITSU_PROC=`uname -m | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz'` FUJITSU_SYS=`uname -p | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/\///'` FUJITSU_REL=`echo ${UNAME_RELEASE} | sed -e 's/ /_/'` echo "${FUJITSU_PROC}-fujitsu-${FUJITSU_SYS}${FUJITSU_REL}" exit 0 ;; i*86:BSD/386:*:* | i*86:BSD/OS:*:* | *:Ascend\ Embedded/OS:*:*) echo ${UNAME_MACHINE}-pc-bsdi${UNAME_RELEASE} exit 0 ;; sparc*:BSD/OS:*:*) echo sparc-unknown-bsdi${UNAME_RELEASE} exit 0 ;; *:BSD/OS:*:*) echo ${UNAME_MACHINE}-unknown-bsdi${UNAME_RELEASE} exit 0 ;; *:FreeBSD:*:*) echo ${UNAME_MACHINE}-unknown-freebsd`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` exit 0 ;; i*:CYGWIN*:*) echo ${UNAME_MACHINE}-pc-cygwin exit 0 ;; i*:MINGW*:*) echo ${UNAME_MACHINE}-pc-mingw32 exit 0 ;; i*:PW*:*) echo ${UNAME_MACHINE}-pc-pw32 exit 0 ;; x86:Interix*:3*) echo i386-pc-interix3 exit 0 ;; i*:Windows_NT*:* | Pentium*:Windows_NT*:*) # How do we know it's Interix rather than the generic POSIX subsystem? # It also conflicts with pre-2.0 versions of AT&T UWIN. Should we # UNAME_MACHINE based on the output of uname instead of i386? echo i386-pc-interix exit 0 ;; i*:UWIN*:*) echo ${UNAME_MACHINE}-pc-uwin exit 0 ;; p*:CYGWIN*:*) echo powerpcle-unknown-cygwin exit 0 ;; prep*:SunOS:5.*:*) echo powerpcle-unknown-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'` exit 0 ;; *:GNU:*:*) echo `echo ${UNAME_MACHINE}|sed -e 's,[-/].*$,,'`-unknown-gnu`echo ${UNAME_RELEASE}|sed -e 's,/.*$,,'` exit 0 ;; i*86:Minix:*:*) echo ${UNAME_MACHINE}-pc-minix exit 0 ;; arm*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit 0 ;; ia64:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux exit 0 ;; m68*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit 0 ;; mips:Linux:*:*) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #undef CPU #undef mips #undef mipsel #if defined(__MIPSEL__) || defined(__MIPSEL) || defined(_MIPSEL) || defined(MIPSEL) CPU=mipsel #else #if defined(__MIPSEB__) || defined(__MIPSEB) || defined(_MIPSEB) || defined(MIPSEB) CPU=mips #else CPU= #endif #endif EOF eval `$CC_FOR_BUILD -E $dummy.c 2>/dev/null | grep ^CPU=` rm -f $dummy.c test x"${CPU}" != x && echo "${CPU}-pc-linux-gnu" && exit 0 ;; ppc:Linux:*:*) echo powerpc-unknown-linux-gnu exit 0 ;; ppc64:Linux:*:*) echo powerpc64-unknown-linux-gnu exit 0 ;; alpha:Linux:*:*) case `sed -n '/^cpu model/s/^.*: \(.*\)/\1/p' < /proc/cpuinfo` in EV5) UNAME_MACHINE=alphaev5 ;; EV56) UNAME_MACHINE=alphaev56 ;; PCA56) UNAME_MACHINE=alphapca56 ;; PCA57) UNAME_MACHINE=alphapca56 ;; EV6) UNAME_MACHINE=alphaev6 ;; EV67) UNAME_MACHINE=alphaev67 ;; EV68*) UNAME_MACHINE=alphaev68 ;; esac objdump --private-headers /bin/sh | grep ld.so.1 >/dev/null if test "$?" = 0 ; then LIBC="libc1" ; else LIBC="" ; fi echo ${UNAME_MACHINE}-unknown-linux-gnu${LIBC} exit 0 ;; parisc:Linux:*:* | hppa:Linux:*:*) # Look for CPU level case `grep '^cpu[^a-z]*:' /proc/cpuinfo 2>/dev/null | cut -d' ' -f2` in PA7*) echo hppa1.1-unknown-linux-gnu ;; PA8*) echo hppa2.0-unknown-linux-gnu ;; *) echo hppa-unknown-linux-gnu ;; esac exit 0 ;; parisc64:Linux:*:* | hppa64:Linux:*:*) echo hppa64-unknown-linux-gnu exit 0 ;; s390:Linux:*:* | s390x:Linux:*:*) echo ${UNAME_MACHINE}-ibm-linux exit 0 ;; sh*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit 0 ;; sparc:Linux:*:* | sparc64:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit 0 ;; x86_64:Linux:*:*) echo x86_64-unknown-linux-gnu exit 0 ;; i*86:Linux:*:*) # The BFD linker knows what the default object file format is, so # first see if it will tell us. cd to the root directory to prevent # problems with other programs or directories called `ld' in the path. ld_supported_targets=`cd /; ld --help 2>&1 \ | sed -ne '/supported targets:/!d s/[ ][ ]*/ /g s/.*supported targets: *// s/ .*// p'` case "$ld_supported_targets" in elf32-i386) TENTATIVE="${UNAME_MACHINE}-pc-linux-gnu" ;; a.out-i386-linux) echo "${UNAME_MACHINE}-pc-linux-gnuaout" exit 0 ;; coff-i386) echo "${UNAME_MACHINE}-pc-linux-gnucoff" exit 0 ;; "") # Either a pre-BFD a.out linker (linux-gnuoldld) or # one that does not give us useful --help. echo "${UNAME_MACHINE}-pc-linux-gnuoldld" exit 0 ;; esac # Determine whether the default compiler is a.out or elf eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #include #ifdef __ELF__ # ifdef __GLIBC__ # if __GLIBC__ >= 2 LIBC=gnu # else LIBC=gnulibc1 # endif # else LIBC=gnulibc1 # endif #else LIBC=gnuaout #endif EOF eval `$CC_FOR_BUILD -E $dummy.c 2>/dev/null | grep ^LIBC=` rm -f $dummy.c test x"${LIBC}" != x && echo "${UNAME_MACHINE}-pc-linux-${LIBC}" && exit 0 test x"${TENTATIVE}" != x && echo "${TENTATIVE}" && exit 0 ;; i*86:DYNIX/ptx:4*:*) # ptx 4.0 does uname -s correctly, with DYNIX/ptx in there. # earlier versions are messed up and put the nodename in both # sysname and nodename. echo i386-sequent-sysv4 exit 0 ;; i*86:UNIX_SV:4.2MP:2.*) # Unixware is an offshoot of SVR4, but it has its own version # number series starting with 2... # I am not positive that other SVR4 systems won't match this, # I just have to hope. -- rms. # Use sysv4.2uw... so that sysv4* matches it. echo ${UNAME_MACHINE}-pc-sysv4.2uw${UNAME_VERSION} exit 0 ;; i*86:*:4.*:* | i*86:SYSTEM_V:4.*:*) UNAME_REL=`echo ${UNAME_RELEASE} | sed 's/\/MP$//'` if grep Novell /usr/include/link.h >/dev/null 2>/dev/null; then echo ${UNAME_MACHINE}-univel-sysv${UNAME_REL} else echo ${UNAME_MACHINE}-pc-sysv${UNAME_REL} fi exit 0 ;; i*86:*:5:[78]*) case `/bin/uname -X | grep "^Machine"` in *486*) UNAME_MACHINE=i486 ;; *Pentium) UNAME_MACHINE=i586 ;; *Pent*|*Celeron) UNAME_MACHINE=i686 ;; esac echo ${UNAME_MACHINE}-unknown-sysv${UNAME_RELEASE}${UNAME_SYSTEM}${UNAME_VERSION} exit 0 ;; i*86:*:3.2:*) if test -f /usr/options/cb.name; then UNAME_REL=`sed -n 's/.*Version //p' /dev/null >/dev/null ; then UNAME_REL=`(/bin/uname -X|egrep Release|sed -e 's/.*= //')` (/bin/uname -X|egrep i80486 >/dev/null) && UNAME_MACHINE=i486 (/bin/uname -X|egrep '^Machine.*Pentium' >/dev/null) \ && UNAME_MACHINE=i586 (/bin/uname -X|egrep '^Machine.*Pent ?II' >/dev/null) \ && UNAME_MACHINE=i686 (/bin/uname -X|egrep '^Machine.*Pentium Pro' >/dev/null) \ && UNAME_MACHINE=i686 echo ${UNAME_MACHINE}-pc-sco$UNAME_REL else echo ${UNAME_MACHINE}-pc-sysv32 fi exit 0 ;; i*86:*DOS:*:*) echo ${UNAME_MACHINE}-pc-msdosdjgpp exit 0 ;; pc:*:*:*) # Left here for compatibility: # uname -m prints for DJGPP always 'pc', but it prints nothing about # the processor, so we play safe by assuming i386. echo i386-pc-msdosdjgpp exit 0 ;; Intel:Mach:3*:*) echo i386-pc-mach3 exit 0 ;; paragon:*:*:*) echo i860-intel-osf1 exit 0 ;; i860:*:4.*:*) # i860-SVR4 if grep Stardent /usr/include/sys/uadmin.h >/dev/null 2>&1 ; then echo i860-stardent-sysv${UNAME_RELEASE} # Stardent Vistra i860-SVR4 else # Add other i860-SVR4 vendors below as they are discovered. echo i860-unknown-sysv${UNAME_RELEASE} # Unknown i860-SVR4 fi exit 0 ;; mini*:CTIX:SYS*5:*) # "miniframe" echo m68010-convergent-sysv exit 0 ;; M68*:*:R3V[567]*:*) test -r /sysV68 && echo 'm68k-motorola-sysv' && exit 0 ;; 3[34]??:*:4.0:3.0 | 3[34]??A:*:4.0:3.0 | 3[34]??,*:*:4.0:3.0 | 3[34]??/*:*:4.0:3.0 | 4850:*:4.0:3.0 | SKA40:*:4.0:3.0) OS_REL='' test -r /etc/.relid \ && OS_REL=.`sed -n 's/[^ ]* [^ ]* \([0-9][0-9]\).*/\1/p' < /etc/.relid` /bin/uname -p 2>/dev/null | grep 86 >/dev/null \ && echo i486-ncr-sysv4.3${OS_REL} && exit 0 /bin/uname -p 2>/dev/null | /bin/grep entium >/dev/null \ && echo i586-ncr-sysv4.3${OS_REL} && exit 0 ;; 3[34]??:*:4.0:* | 3[34]??,*:*:4.0:*) /bin/uname -p 2>/dev/null | grep 86 >/dev/null \ && echo i486-ncr-sysv4 && exit 0 ;; m68*:LynxOS:2.*:* | m68*:LynxOS:3.0*:*) echo m68k-unknown-lynxos${UNAME_RELEASE} exit 0 ;; mc68030:UNIX_System_V:4.*:*) echo m68k-atari-sysv4 exit 0 ;; i*86:LynxOS:2.*:* | i*86:LynxOS:3.[01]*:* | i*86:LynxOS:4.0*:*) echo i386-unknown-lynxos${UNAME_RELEASE} exit 0 ;; TSUNAMI:LynxOS:2.*:*) echo sparc-unknown-lynxos${UNAME_RELEASE} exit 0 ;; rs6000:LynxOS:2.*:*) echo rs6000-unknown-lynxos${UNAME_RELEASE} exit 0 ;; PowerPC:LynxOS:2.*:* | PowerPC:LynxOS:3.[01]*:* | PowerPC:LynxOS:4.0*:*) echo powerpc-unknown-lynxos${UNAME_RELEASE} exit 0 ;; SM[BE]S:UNIX_SV:*:*) echo mips-dde-sysv${UNAME_RELEASE} exit 0 ;; RM*:ReliantUNIX-*:*:*) echo mips-sni-sysv4 exit 0 ;; RM*:SINIX-*:*:*) echo mips-sni-sysv4 exit 0 ;; *:SINIX-*:*:*) if uname -p 2>/dev/null >/dev/null ; then UNAME_MACHINE=`(uname -p) 2>/dev/null` echo ${UNAME_MACHINE}-sni-sysv4 else echo ns32k-sni-sysv fi exit 0 ;; PENTIUM:*:4.0*:*) # Unisys `ClearPath HMP IX 4000' SVR4/MP effort # says echo i586-unisys-sysv4 exit 0 ;; *:UNIX_System_V:4*:FTX*) # From Gerald Hewes . # How about differentiating between stratus architectures? -djm echo hppa1.1-stratus-sysv4 exit 0 ;; *:*:*:FTX*) # From seanf@swdc.stratus.com. echo i860-stratus-sysv4 exit 0 ;; *:VOS:*:*) # From Paul.Green@stratus.com. echo hppa1.1-stratus-vos exit 0 ;; mc68*:A/UX:*:*) echo m68k-apple-aux${UNAME_RELEASE} exit 0 ;; news*:NEWS-OS:6*:*) echo mips-sony-newsos6 exit 0 ;; R[34]000:*System_V*:*:* | R4000:UNIX_SYSV:*:* | R*000:UNIX_SV:*:*) if [ -d /usr/nec ]; then echo mips-nec-sysv${UNAME_RELEASE} else echo mips-unknown-sysv${UNAME_RELEASE} fi exit 0 ;; BeBox:BeOS:*:*) # BeOS running on hardware made by Be, PPC only. echo powerpc-be-beos exit 0 ;; BeMac:BeOS:*:*) # BeOS running on Mac or Mac clone, PPC only. echo powerpc-apple-beos exit 0 ;; BePC:BeOS:*:*) # BeOS running on Intel PC compatible. echo i586-pc-beos exit 0 ;; SX-4:SUPER-UX:*:*) echo sx4-nec-superux${UNAME_RELEASE} exit 0 ;; SX-5:SUPER-UX:*:*) echo sx5-nec-superux${UNAME_RELEASE} exit 0 ;; Power*:Rhapsody:*:*) echo powerpc-apple-rhapsody${UNAME_RELEASE} exit 0 ;; *:Rhapsody:*:*) echo ${UNAME_MACHINE}-apple-rhapsody${UNAME_RELEASE} exit 0 ;; *:Darwin:*:*) echo `uname -p`-apple-darwin${UNAME_RELEASE} exit 0 ;; *:procnto*:*:* | *:QNX:[0123456789]*:*) if test "${UNAME_MACHINE}" = "x86pc"; then UNAME_MACHINE=pc fi echo `uname -p`-${UNAME_MACHINE}-nto-qnx exit 0 ;; *:QNX:*:4*) echo i386-pc-qnx exit 0 ;; NSR-[GKLNPTVW]:NONSTOP_KERNEL:*:*) echo nsr-tandem-nsk${UNAME_RELEASE} exit 0 ;; *:NonStop-UX:*:*) echo mips-compaq-nonstopux exit 0 ;; BS2000:POSIX*:*:*) echo bs2000-siemens-sysv exit 0 ;; DS/*:UNIX_System_V:*:*) echo ${UNAME_MACHINE}-${UNAME_SYSTEM}-${UNAME_RELEASE} exit 0 ;; *:Plan9:*:*) # "uname -m" is not consistent, so use $cputype instead. 386 # is converted to i386 for consistency with other x86 # operating systems. if test "$cputype" = "386"; then UNAME_MACHINE=i386 else UNAME_MACHINE="$cputype" fi echo ${UNAME_MACHINE}-unknown-plan9 exit 0 ;; i*86:OS/2:*:*) # If we were able to find `uname', then EMX Unix compatibility # is probably installed. echo ${UNAME_MACHINE}-pc-os2-emx exit 0 ;; *:TOPS-10:*:*) echo pdp10-unknown-tops10 exit 0 ;; *:TENEX:*:*) echo pdp10-unknown-tenex exit 0 ;; KS10:TOPS-20:*:* | KL10:TOPS-20:*:* | TYPE4:TOPS-20:*:*) echo pdp10-dec-tops20 exit 0 ;; XKL-1:TOPS-20:*:* | TYPE5:TOPS-20:*:*) echo pdp10-xkl-tops20 exit 0 ;; *:TOPS-20:*:*) echo pdp10-unknown-tops20 exit 0 ;; *:ITS:*:*) echo pdp10-unknown-its exit 0 ;; i*86:XTS-300:*:STOP) echo ${UNAME_MACHINE}-unknown-stop exit 0 ;; i*86:atheos:*:*) echo ${UNAME_MACHINE}-unknown-atheos exit 0 ;; esac #echo '(No uname command or uname output not recognized.)' 1>&2 #echo "${UNAME_MACHINE}:${UNAME_SYSTEM}:${UNAME_RELEASE}:${UNAME_VERSION}" 1>&2 eval $set_cc_for_build cat >$dummy.c < # include #endif main () { #if defined (sony) #if defined (MIPSEB) /* BFD wants "bsd" instead of "newsos". Perhaps BFD should be changed, I don't know.... */ printf ("mips-sony-bsd\n"); exit (0); #else #include printf ("m68k-sony-newsos%s\n", #ifdef NEWSOS4 "4" #else "" #endif ); exit (0); #endif #endif #if defined (__arm) && defined (__acorn) && defined (__unix) printf ("arm-acorn-riscix"); exit (0); #endif #if defined (hp300) && !defined (hpux) printf ("m68k-hp-bsd\n"); exit (0); #endif #if defined (NeXT) #if !defined (__ARCHITECTURE__) #define __ARCHITECTURE__ "m68k" #endif int version; version=`(hostinfo | sed -n 's/.*NeXT Mach \([0-9]*\).*/\1/p') 2>/dev/null`; if (version < 4) printf ("%s-next-nextstep%d\n", __ARCHITECTURE__, version); else printf ("%s-next-openstep%d\n", __ARCHITECTURE__, version); exit (0); #endif #if defined (MULTIMAX) || defined (n16) #if defined (UMAXV) printf ("ns32k-encore-sysv\n"); exit (0); #else #if defined (CMU) printf ("ns32k-encore-mach\n"); exit (0); #else printf ("ns32k-encore-bsd\n"); exit (0); #endif #endif #endif #if defined (__386BSD__) printf ("i386-pc-bsd\n"); exit (0); #endif #if defined (sequent) #if defined (i386) printf ("i386-sequent-dynix\n"); exit (0); #endif #if defined (ns32000) printf ("ns32k-sequent-dynix\n"); exit (0); #endif #endif #if defined (_SEQUENT_) struct utsname un; uname(&un); if (strncmp(un.version, "V2", 2) == 0) { printf ("i386-sequent-ptx2\n"); exit (0); } if (strncmp(un.version, "V1", 2) == 0) { /* XXX is V1 correct? */ printf ("i386-sequent-ptx1\n"); exit (0); } printf ("i386-sequent-ptx\n"); exit (0); #endif #if defined (vax) # if !defined (ultrix) # include # if defined (BSD) # if BSD == 43 printf ("vax-dec-bsd4.3\n"); exit (0); # else # if BSD == 199006 printf ("vax-dec-bsd4.3reno\n"); exit (0); # else printf ("vax-dec-bsd\n"); exit (0); # endif # endif # else printf ("vax-dec-bsd\n"); exit (0); # endif # else printf ("vax-dec-ultrix\n"); exit (0); # endif #endif #if defined (alliant) && defined (i860) printf ("i860-alliant-bsd\n"); exit (0); #endif exit (1); } EOF $CC_FOR_BUILD $dummy.c -o $dummy 2>/dev/null && ./$dummy && rm -f $dummy.c $dummy && exit 0 rm -f $dummy.c $dummy # Apollos put the system type in the environment. test -d /usr/apollo && { echo ${ISP}-apollo-${SYSTYPE}; exit 0; } # Convex versions that predate uname can use getsysinfo(1) if [ -x /usr/convex/getsysinfo ] then case `getsysinfo -f cpu_type` in c1*) echo c1-convex-bsd exit 0 ;; c2*) if getsysinfo -f scalar_acc then echo c32-convex-bsd else echo c2-convex-bsd fi exit 0 ;; c34*) echo c34-convex-bsd exit 0 ;; c38*) echo c38-convex-bsd exit 0 ;; c4*) echo c4-convex-bsd exit 0 ;; esac fi cat >&2 < in order to provide the needed information to handle your system. config.guess timestamp = $timestamp uname -m = `(uname -m) 2>/dev/null || echo unknown` uname -r = `(uname -r) 2>/dev/null || echo unknown` uname -s = `(uname -s) 2>/dev/null || echo unknown` uname -v = `(uname -v) 2>/dev/null || echo unknown` /usr/bin/uname -p = `(/usr/bin/uname -p) 2>/dev/null` /bin/uname -X = `(/bin/uname -X) 2>/dev/null` hostinfo = `(hostinfo) 2>/dev/null` /bin/universe = `(/bin/universe) 2>/dev/null` /usr/bin/arch -k = `(/usr/bin/arch -k) 2>/dev/null` /bin/arch = `(/bin/arch) 2>/dev/null` /usr/bin/oslevel = `(/usr/bin/oslevel) 2>/dev/null` /usr/convex/getsysinfo = `(/usr/convex/getsysinfo) 2>/dev/null` UNAME_MACHINE = ${UNAME_MACHINE} UNAME_RELEASE = ${UNAME_RELEASE} UNAME_SYSTEM = ${UNAME_SYSTEM} UNAME_VERSION = ${UNAME_VERSION} EOF exit 1 # Local variables: # eval: (add-hook 'write-file-hooks 'time-stamp) # time-stamp-start: "timestamp='" # time-stamp-format: "%:y-%02m-%02d" # time-stamp-end: "'" # End: sdcc-2.9.0/sim/ucsim/config.sub000077500000000000000000000704531116427777700163650ustar00rootroot00000000000000#! /bin/sh # Configuration validation subroutine script. # Copyright (C) 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, # 2000, 2001, 2002 Free Software Foundation, Inc. timestamp='2002-01-02' # This file is (in principle) common to ALL GNU software. # The presence of a machine in this file suggests that SOME GNU software # can handle that machine. It does not imply ALL GNU software can. # # This file is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, # Boston, MA 02111-1307, USA. # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that program. # Please send patches to . Submit a context # diff and a properly formatted ChangeLog entry. # # Configuration subroutine to validate and canonicalize a configuration type. # Supply the specified configuration type as an argument. # If it is invalid, we print an error message on stderr and exit with code 1. # Otherwise, we print the canonical config type on stdout and succeed. # This file is supposed to be the same for all GNU packages # and recognize all the CPU types, system types and aliases # that are meaningful with *any* GNU software. # Each package is responsible for reporting which valid configurations # it does not support. The user should be able to distinguish # a failure to support a valid configuration from a meaningless # configuration. # The goal of this file is to map all the various variations of a given # machine specification into a single specification in the form: # CPU_TYPE-MANUFACTURER-OPERATING_SYSTEM # or in some cases, the newer four-part form: # CPU_TYPE-MANUFACTURER-KERNEL-OPERATING_SYSTEM # It is wrong to echo any other type of specification. me=`echo "$0" | sed -e 's,.*/,,'` usage="\ Usage: $0 [OPTION] CPU-MFR-OPSYS $0 [OPTION] ALIAS Canonicalize a configuration name. Operation modes: -h, --help print this help, then exit -t, --time-stamp print date of last modification, then exit -v, --version print version number, then exit Report bugs and patches to ." version="\ GNU config.sub ($timestamp) Copyright (C) 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001 Free Software Foundation, Inc. This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE." help=" Try \`$me --help' for more information." # Parse command line while test $# -gt 0 ; do case $1 in --time-stamp | --time* | -t ) echo "$timestamp" ; exit 0 ;; --version | -v ) echo "$version" ; exit 0 ;; --help | --h* | -h ) echo "$usage"; exit 0 ;; -- ) # Stop option processing shift; break ;; - ) # Use stdin as input. break ;; -* ) echo "$me: invalid option $1$help" exit 1 ;; *local*) # First pass through any local machine types. echo $1 exit 0;; * ) break ;; esac done case $# in 0) echo "$me: missing argument$help" >&2 exit 1;; 1) ;; *) echo "$me: too many arguments$help" >&2 exit 1;; esac # Separate what the user gave into CPU-COMPANY and OS or KERNEL-OS (if any). # Here we must recognize all the valid KERNEL-OS combinations. maybe_os=`echo $1 | sed 's/^\(.*\)-\([^-]*-[^-]*\)$/\2/'` case $maybe_os in nto-qnx* | linux-gnu* | storm-chaos* | os2-emx* | windows32-*) os=-$maybe_os basic_machine=`echo $1 | sed 's/^\(.*\)-\([^-]*-[^-]*\)$/\1/'` ;; *) basic_machine=`echo $1 | sed 's/-[^-]*$//'` if [ $basic_machine != $1 ] then os=`echo $1 | sed 's/.*-/-/'` else os=; fi ;; esac ### Let's recognize common machines as not being operating systems so ### that things like config.sub decstation-3100 work. We also ### recognize some manufacturers as not being operating systems, so we ### can provide default operating systems below. case $os in -sun*os*) # Prevent following clause from handling this invalid input. ;; -dec* | -mips* | -sequent* | -encore* | -pc532* | -sgi* | -sony* | \ -att* | -7300* | -3300* | -delta* | -motorola* | -sun[234]* | \ -unicom* | -ibm* | -next | -hp | -isi* | -apollo | -altos* | \ -convergent* | -ncr* | -news | -32* | -3600* | -3100* | -hitachi* |\ -c[123]* | -convex* | -sun | -crds | -omron* | -dg | -ultra | -tti* | \ -harris | -dolphin | -highlevel | -gould | -cbm | -ns | -masscomp | \ -apple | -axis) os= basic_machine=$1 ;; -sim | -cisco | -oki | -wec | -winbond) os= basic_machine=$1 ;; -scout) ;; -wrs) os=-vxworks basic_machine=$1 ;; -chorusos*) os=-chorusos basic_machine=$1 ;; -chorusrdb) os=-chorusrdb basic_machine=$1 ;; -hiux*) os=-hiuxwe2 ;; -sco5) os=-sco3.2v5 basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco4) os=-sco3.2v4 basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco3.2.[4-9]*) os=`echo $os | sed -e 's/sco3.2./sco3.2v/'` basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco3.2v[4-9]*) # Don't forget version if it is 3.2v4 or newer. basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco*) os=-sco3.2v2 basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -udk*) basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -isc) os=-isc2.2 basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -clix*) basic_machine=clipper-intergraph ;; -isc*) basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -lynx*) os=-lynxos ;; -ptx*) basic_machine=`echo $1 | sed -e 's/86-.*/86-sequent/'` ;; -windowsnt*) os=`echo $os | sed -e 's/windowsnt/winnt/'` ;; -psos*) os=-psos ;; -mint | -mint[0-9]*) basic_machine=m68k-atari os=-mint ;; esac # Decode aliases for certain CPU-COMPANY combinations. case $basic_machine in # Recognize the basic CPU types without company name. # Some are omitted here because they have special meanings below. 1750a | 580 \ | a29k \ | alpha | alphaev[4-8] | alphaev56 | alphaev6[78] | alphapca5[67] \ | alpha64 | alpha64ev[4-8] | alpha64ev56 | alpha64ev6[78] | alpha64pca5[67] \ | arc | arm | arm[bl]e | arme[lb] | armv[2345] | armv[345][lb] | avr \ | c4x | clipper \ | d10v | d30v | dsp16xx \ | fr30 \ | h8300 | h8500 | hppa | hppa1.[01] | hppa2.0 | hppa2.0[nw] | hppa64 \ | i370 | i860 | i960 | ia64 \ | m32r | m68000 | m68k | m88k | mcore \ | mips16 | mips64 | mips64el | mips64orion | mips64orionel \ | mips64vr4100 | mips64vr4100el | mips64vr4300 \ | mips64vr4300el | mips64vr5000 | mips64vr5000el \ | mipsbe | mipseb | mipsel | mipsle | mipstx39 | mipstx39el \ | mipsisa32 \ | mn10200 | mn10300 \ | ns16k | ns32k \ | openrisc \ | pdp10 | pdp11 | pj | pjl \ | powerpc | powerpc64 | powerpc64le | powerpcle | ppcbe \ | pyramid \ | sh | sh[34] | sh[34]eb | shbe | shle \ | sparc | sparc64 | sparclet | sparclite | sparcv9 | sparcv9b \ | strongarm \ | tahoe | thumb | tic80 | tron \ | v850 | v850e \ | we32k \ | x86 | xscale | xstormy16 | xtensa \ | z8k) basic_machine=$basic_machine-unknown ;; m6811 | m68hc11 | m6812 | m68hc12) # Motorola 68HC11/12. basic_machine=$basic_machine-unknown os=-none ;; m88110 | m680[12346]0 | m683?2 | m68360 | m5200 | v70 | w65 | z8k) ;; # We use `pc' rather than `unknown' # because (1) that's what they normally are, and # (2) the word "unknown" tends to confuse beginning users. i*86 | x86_64) basic_machine=$basic_machine-pc ;; # Object if more than one company name word. *-*-*) echo Invalid configuration \`$1\': machine \`$basic_machine\' not recognized 1>&2 exit 1 ;; # Recognize the basic CPU types with company name. 580-* \ | a29k-* \ | alpha-* | alphaev[4-8]-* | alphaev56-* | alphaev6[78]-* \ | alpha64-* | alpha64ev[4-8]-* | alpha64ev56-* | alpha64ev6[78]-* \ | alphapca5[67]-* | alpha64pca5[67]-* | arc-* \ | arm-* | armbe-* | armle-* | armv*-* \ | avr-* \ | bs2000-* \ | c[123]* | c30-* | [cjt]90-* | c54x-* \ | clipper-* | cray2-* | cydra-* \ | d10v-* | d30v-* \ | elxsi-* \ | f30[01]-* | f700-* | fr30-* | fx80-* \ | h8300-* | h8500-* \ | hppa-* | hppa1.[01]-* | hppa2.0-* | hppa2.0[nw]-* | hppa64-* \ | i*86-* | i860-* | i960-* | ia64-* \ | m32r-* \ | m68000-* | m680[01234]0-* | m68360-* | m683?2-* | m68k-* \ | m88110-* | m88k-* | mcore-* \ | mips-* | mips16-* | mips64-* | mips64el-* | mips64orion-* \ | mips64orionel-* | mips64vr4100-* | mips64vr4100el-* \ | mips64vr4300-* | mips64vr4300el-* | mipsbe-* | mipseb-* \ | mipsle-* | mipsel-* | mipstx39-* | mipstx39el-* \ | none-* | np1-* | ns16k-* | ns32k-* \ | orion-* \ | pdp10-* | pdp11-* | pj-* | pjl-* | pn-* | power-* \ | powerpc-* | powerpc64-* | powerpc64le-* | powerpcle-* | ppcbe-* \ | pyramid-* \ | romp-* | rs6000-* \ | sh-* | sh[34]-* | sh[34]eb-* | shbe-* | shle-* \ | sparc-* | sparc64-* | sparc86x-* | sparclite-* \ | sparcv9-* | sparcv9b-* | strongarm-* | sv1-* \ | t3e-* | tahoe-* | thumb-* | tic30-* | tic54x-* | tic80-* | tron-* \ | v850-* | v850e-* | vax-* \ | we32k-* \ | x86-* | x86_64-* | xmp-* | xps100-* | xscale-* | xstormy16-* \ | xtensa-* \ | ymp-* \ | z8k-*) ;; # Recognize the various machine names and aliases which stand # for a CPU type and a company and sometimes even an OS. 386bsd) basic_machine=i386-unknown os=-bsd ;; 3b1 | 7300 | 7300-att | att-7300 | pc7300 | safari | unixpc) basic_machine=m68000-att ;; 3b*) basic_machine=we32k-att ;; a29khif) basic_machine=a29k-amd os=-udi ;; adobe68k) basic_machine=m68010-adobe os=-scout ;; alliant | fx80) basic_machine=fx80-alliant ;; altos | altos3068) basic_machine=m68k-altos ;; am29k) basic_machine=a29k-none os=-bsd ;; amdahl) basic_machine=580-amdahl os=-sysv ;; amiga | amiga-*) basic_machine=m68k-unknown ;; amigaos | amigados) basic_machine=m68k-unknown os=-amigaos ;; amigaunix | amix) basic_machine=m68k-unknown os=-sysv4 ;; apollo68) basic_machine=m68k-apollo os=-sysv ;; apollo68bsd) basic_machine=m68k-apollo os=-bsd ;; aux) basic_machine=m68k-apple os=-aux ;; balance) basic_machine=ns32k-sequent os=-dynix ;; convex-c1) basic_machine=c1-convex os=-bsd ;; convex-c2) basic_machine=c2-convex os=-bsd ;; convex-c32) basic_machine=c32-convex os=-bsd ;; convex-c34) basic_machine=c34-convex os=-bsd ;; convex-c38) basic_machine=c38-convex os=-bsd ;; cray | ymp) basic_machine=ymp-cray os=-unicos ;; cray2) basic_machine=cray2-cray os=-unicos ;; [cjt]90) basic_machine=${basic_machine}-cray os=-unicos ;; crds | unos) basic_machine=m68k-crds ;; cris | cris-* | etrax*) basic_machine=cris-axis ;; da30 | da30-*) basic_machine=m68k-da30 ;; decstation | decstation-3100 | pmax | pmax-* | pmin | dec3100 | decstatn) basic_machine=mips-dec ;; decsystem10* | dec10*) basic_machine=pdp10-dec os=-tops10 ;; decsystem20* | dec20*) basic_machine=pdp10-dec os=-tops20 ;; delta | 3300 | motorola-3300 | motorola-delta \ | 3300-motorola | delta-motorola) basic_machine=m68k-motorola ;; delta88) basic_machine=m88k-motorola os=-sysv3 ;; dpx20 | dpx20-*) basic_machine=rs6000-bull os=-bosx ;; dpx2* | dpx2*-bull) basic_machine=m68k-bull os=-sysv3 ;; ebmon29k) basic_machine=a29k-amd os=-ebmon ;; elxsi) basic_machine=elxsi-elxsi os=-bsd ;; encore | umax | mmax) basic_machine=ns32k-encore ;; es1800 | OSE68k | ose68k | ose | OSE) basic_machine=m68k-ericsson os=-ose ;; fx2800) basic_machine=i860-alliant ;; genix) basic_machine=ns32k-ns ;; gmicro) basic_machine=tron-gmicro os=-sysv ;; go32) basic_machine=i386-pc os=-go32 ;; h3050r* | hiux*) basic_machine=hppa1.1-hitachi os=-hiuxwe2 ;; h8300hms) basic_machine=h8300-hitachi os=-hms ;; h8300xray) basic_machine=h8300-hitachi os=-xray ;; h8500hms) basic_machine=h8500-hitachi os=-hms ;; harris) basic_machine=m88k-harris os=-sysv3 ;; hp300-*) basic_machine=m68k-hp ;; hp300bsd) basic_machine=m68k-hp os=-bsd ;; hp300hpux) basic_machine=m68k-hp os=-hpux ;; hp3k9[0-9][0-9] | hp9[0-9][0-9]) basic_machine=hppa1.0-hp ;; hp9k2[0-9][0-9] | hp9k31[0-9]) basic_machine=m68000-hp ;; hp9k3[2-9][0-9]) basic_machine=m68k-hp ;; hp9k6[0-9][0-9] | hp6[0-9][0-9]) basic_machine=hppa1.0-hp ;; hp9k7[0-79][0-9] | hp7[0-79][0-9]) basic_machine=hppa1.1-hp ;; hp9k78[0-9] | hp78[0-9]) # FIXME: really hppa2.0-hp basic_machine=hppa1.1-hp ;; hp9k8[67]1 | hp8[67]1 | hp9k80[24] | hp80[24] | hp9k8[78]9 | hp8[78]9 | hp9k893 | hp893) # FIXME: really hppa2.0-hp basic_machine=hppa1.1-hp ;; hp9k8[0-9][13679] | hp8[0-9][13679]) basic_machine=hppa1.1-hp ;; hp9k8[0-9][0-9] | hp8[0-9][0-9]) basic_machine=hppa1.0-hp ;; hppa-next) os=-nextstep3 ;; hppaosf) basic_machine=hppa1.1-hp os=-osf ;; hppro) basic_machine=hppa1.1-hp os=-proelf ;; i370-ibm* | ibm*) basic_machine=i370-ibm ;; # I'm not sure what "Sysv32" means. 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INSTALL=$ac_install_sh fi fi { echo "$as_me:$LINENO: result: $INSTALL" >&5 echo "${ECHO_T}$INSTALL" >&6; } # Use test -z because SunOS4 sh mishandles braces in ${var-val}. # It thinks the first close brace ends the variable substitution. test -z "$INSTALL_PROGRAM" && INSTALL_PROGRAM='${INSTALL}' test -z "$INSTALL_SCRIPT" && INSTALL_SCRIPT='${INSTALL}' test -z "$INSTALL_DATA" && INSTALL_DATA='${INSTALL} -m 644' if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}ranlib", so it can be a program name with args. set dummy ${ac_tool_prefix}ranlib; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_RANLIB+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$RANLIB"; then ac_cv_prog_RANLIB="$RANLIB" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_RANLIB="${ac_tool_prefix}ranlib" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi RANLIB=$ac_cv_prog_RANLIB if test -n "$RANLIB"; then { echo "$as_me:$LINENO: result: $RANLIB" >&5 echo "${ECHO_T}$RANLIB" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi fi if test -z "$ac_cv_prog_RANLIB"; then ac_ct_RANLIB=$RANLIB # Extract the first word of "ranlib", so it can be a program name with args. set dummy ranlib; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_ac_ct_RANLIB+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$ac_ct_RANLIB"; then ac_cv_prog_ac_ct_RANLIB="$ac_ct_RANLIB" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_RANLIB="ranlib" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_RANLIB=$ac_cv_prog_ac_ct_RANLIB if test -n "$ac_ct_RANLIB"; then { echo "$as_me:$LINENO: result: $ac_ct_RANLIB" >&5 echo "${ECHO_T}$ac_ct_RANLIB" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi if test "x$ac_ct_RANLIB" = x; then RANLIB=":" else case $cross_compiling:$ac_tool_warned in yes:) { echo "$as_me:$LINENO: WARNING: In the future, Autoconf will not detect cross-tools whose name does not start with the host triplet. If you think this configuration is useful to you, please write to autoconf@gnu.org." >&5 echo "$as_me: WARNING: In the future, Autoconf will not detect cross-tools whose name does not start with the host triplet. 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IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS="${IFS}:," for pkg in $enableval; do if test "X$pkg" = "X$p"; then enable_fast_install=yes fi done IFS="$ac_save_ifs" ;; esac else enable_fast_install=yes fi # Make sure we can run config.sub. $SHELL "$ac_aux_dir/config.sub" sun4 >/dev/null 2>&1 || { { echo "$as_me:$LINENO: error: cannot run $SHELL $ac_aux_dir/config.sub" >&5 echo "$as_me: error: cannot run $SHELL $ac_aux_dir/config.sub" >&2;} { (exit 1); exit 1; }; } { echo "$as_me:$LINENO: checking build system type" >&5 echo $ECHO_N "checking build system type... $ECHO_C" >&6; } if test "${ac_cv_build+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_build_alias=$build_alias test "x$ac_build_alias" = x && ac_build_alias=`$SHELL "$ac_aux_dir/config.guess"` test "x$ac_build_alias" = x && { { echo "$as_me:$LINENO: error: cannot guess build type; you must specify one" >&5 echo "$as_me: error: cannot guess build type; you must specify one" >&2;} { (exit 1); exit 1; }; } ac_cv_build=`$SHELL "$ac_aux_dir/config.sub" $ac_build_alias` || { { echo "$as_me:$LINENO: error: $SHELL $ac_aux_dir/config.sub $ac_build_alias failed" >&5 echo "$as_me: error: $SHELL $ac_aux_dir/config.sub $ac_build_alias failed" >&2;} { (exit 1); exit 1; }; } fi { echo "$as_me:$LINENO: result: $ac_cv_build" >&5 echo "${ECHO_T}$ac_cv_build" >&6; } case $ac_cv_build in *-*-*) ;; *) { { echo "$as_me:$LINENO: error: invalid value of canonical build" >&5 echo "$as_me: error: invalid value of canonical build" >&2;} { (exit 1); exit 1; }; };; esac build=$ac_cv_build ac_save_IFS=$IFS; IFS='-' set x $ac_cv_build shift build_cpu=$1 build_vendor=$2 shift; shift # Remember, the first character of IFS is used to create $*, # except with old shells: build_os=$* IFS=$ac_save_IFS case $build_os in *\ *) build_os=`echo "$build_os" | sed 's/ /-/g'`;; esac { echo "$as_me:$LINENO: checking host system type" >&5 echo $ECHO_N "checking host system type... $ECHO_C" >&6; } if test "${ac_cv_host+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "x$host_alias" = x; then ac_cv_host=$ac_cv_build else ac_cv_host=`$SHELL "$ac_aux_dir/config.sub" $host_alias` || { { echo "$as_me:$LINENO: error: $SHELL $ac_aux_dir/config.sub $host_alias failed" >&5 echo "$as_me: error: $SHELL $ac_aux_dir/config.sub $host_alias failed" >&2;} { (exit 1); exit 1; }; } fi fi { echo "$as_me:$LINENO: result: $ac_cv_host" >&5 echo "${ECHO_T}$ac_cv_host" >&6; } case $ac_cv_host in *-*-*) ;; *) { { echo "$as_me:$LINENO: error: invalid value of canonical host" >&5 echo "$as_me: error: invalid value of canonical host" >&2;} { (exit 1); exit 1; }; };; esac host=$ac_cv_host ac_save_IFS=$IFS; IFS='-' set x $ac_cv_host shift host_cpu=$1 host_vendor=$2 shift; shift # Remember, the first character of IFS is used to create $*, # except with old shells: host_os=$* IFS=$ac_save_IFS case $host_os in *\ *) host_os=`echo "$host_os" | sed 's/ /-/g'`;; esac ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}gcc", so it can be a program name with args. set dummy ${ac_tool_prefix}gcc; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_CC+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$CC"; then ac_cv_prog_CC="$CC" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_CC="${ac_tool_prefix}gcc" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi CC=$ac_cv_prog_CC if test -n "$CC"; then { echo "$as_me:$LINENO: result: $CC" >&5 echo "${ECHO_T}$CC" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi fi if test -z "$ac_cv_prog_CC"; then ac_ct_CC=$CC # Extract the first word of "gcc", so it can be a program name with args. set dummy gcc; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_ac_ct_CC+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$ac_ct_CC"; then ac_cv_prog_ac_ct_CC="$ac_ct_CC" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_CC="gcc" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_CC=$ac_cv_prog_ac_ct_CC if test -n "$ac_ct_CC"; then { echo "$as_me:$LINENO: result: $ac_ct_CC" >&5 echo "${ECHO_T}$ac_ct_CC" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi if test "x$ac_ct_CC" = x; then CC="" else case $cross_compiling:$ac_tool_warned in yes:) { echo "$as_me:$LINENO: WARNING: In the future, Autoconf will not detect cross-tools whose name does not start with the host triplet. If you think this configuration is useful to you, please write to autoconf@gnu.org." >&5 echo "$as_me: WARNING: In the future, Autoconf will not detect cross-tools whose name does not start with the host triplet. If you think this configuration is useful to you, please write to autoconf@gnu.org." >&2;} ac_tool_warned=yes ;; esac CC=$ac_ct_CC fi else CC="$ac_cv_prog_CC" fi if test -z "$CC"; then if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}cc", so it can be a program name with args. set dummy ${ac_tool_prefix}cc; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_CC+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$CC"; then ac_cv_prog_CC="$CC" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_CC="${ac_tool_prefix}cc" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi CC=$ac_cv_prog_CC if test -n "$CC"; then { echo "$as_me:$LINENO: result: $CC" >&5 echo "${ECHO_T}$CC" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi fi fi if test -z "$CC"; then # Extract the first word of "cc", so it can be a program name with args. set dummy cc; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_CC+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$CC"; then ac_cv_prog_CC="$CC" # Let the user override the test. else ac_prog_rejected=no as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then if test "$as_dir/$ac_word$ac_exec_ext" = "/usr/ucb/cc"; then ac_prog_rejected=yes continue fi ac_cv_prog_CC="cc" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS if test $ac_prog_rejected = yes; then # We found a bogon in the path, so make sure we never use it. set dummy $ac_cv_prog_CC shift if test $# != 0; then # We chose a different compiler from the bogus one. # However, it has the same basename, so the bogon will be chosen # first if we set CC to just the basename; use the full file name. shift ac_cv_prog_CC="$as_dir/$ac_word${1+' '}$@" fi fi fi fi CC=$ac_cv_prog_CC if test -n "$CC"; then { echo "$as_me:$LINENO: result: $CC" >&5 echo "${ECHO_T}$CC" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi fi if test -z "$CC"; then if test -n "$ac_tool_prefix"; then for ac_prog in cl.exe do # Extract the first word of "$ac_tool_prefix$ac_prog", so it can be a program name with args. set dummy $ac_tool_prefix$ac_prog; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_CC+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$CC"; then ac_cv_prog_CC="$CC" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_CC="$ac_tool_prefix$ac_prog" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi CC=$ac_cv_prog_CC if test -n "$CC"; then { echo "$as_me:$LINENO: result: $CC" >&5 echo "${ECHO_T}$CC" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi test -n "$CC" && break done fi if test -z "$CC"; then ac_ct_CC=$CC for ac_prog in cl.exe do # Extract the first word of "$ac_prog", so it can be a program name with args. set dummy $ac_prog; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_ac_ct_CC+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$ac_ct_CC"; then ac_cv_prog_ac_ct_CC="$ac_ct_CC" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_CC="$ac_prog" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_CC=$ac_cv_prog_ac_ct_CC if test -n "$ac_ct_CC"; then { echo "$as_me:$LINENO: result: $ac_ct_CC" >&5 echo "${ECHO_T}$ac_ct_CC" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi test -n "$ac_ct_CC" && break done if test "x$ac_ct_CC" = x; then CC="" else case $cross_compiling:$ac_tool_warned in yes:) { echo "$as_me:$LINENO: WARNING: In the future, Autoconf will not detect cross-tools whose name does not start with the host triplet. If you think this configuration is useful to you, please write to autoconf@gnu.org." >&5 echo "$as_me: WARNING: In the future, Autoconf will not detect cross-tools whose name does not start with the host triplet. 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then lt_cv_prog_gnu_ld=yes else lt_cv_prog_gnu_ld=no fi fi { echo "$as_me:$LINENO: result: $lt_cv_prog_gnu_ld" >&5 echo "${ECHO_T}$lt_cv_prog_gnu_ld" >&6; } with_gnu_ld=$lt_cv_prog_gnu_ld { echo "$as_me:$LINENO: checking for $LD option to reload object files" >&5 echo $ECHO_N "checking for $LD option to reload object files... $ECHO_C" >&6; } if test "${lt_cv_ld_reload_flag+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else lt_cv_ld_reload_flag='-r' fi { echo "$as_me:$LINENO: result: $lt_cv_ld_reload_flag" >&5 echo "${ECHO_T}$lt_cv_ld_reload_flag" >&6; } reload_flag=$lt_cv_ld_reload_flag test -n "$reload_flag" && reload_flag=" $reload_flag" { echo "$as_me:$LINENO: checking for BSD-compatible nm" >&5 echo $ECHO_N "checking for BSD-compatible nm... $ECHO_C" >&6; } if test "${lt_cv_path_NM+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$NM"; then # Let the user override the test. lt_cv_path_NM="$NM" else IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=$PATH_SEPARATOR for ac_dir in $PATH /usr/ccs/bin /usr/ucb /bin; 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} LN_S=$as_ln_s if test "$LN_S" = "ln -s"; then { echo "$as_me:$LINENO: result: yes" >&5 echo "${ECHO_T}yes" >&6; } else { echo "$as_me:$LINENO: result: no, using $LN_S" >&5 echo "${ECHO_T}no, using $LN_S" >&6; } fi { echo "$as_me:$LINENO: checking how to recognise dependant libraries" >&5 echo $ECHO_N "checking how to recognise dependant libraries... $ECHO_C" >&6; } if test "${lt_cv_deplibs_check_method+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else lt_cv_file_magic_cmd='$MAGIC_CMD' lt_cv_file_magic_test_file= lt_cv_deplibs_check_method='unknown' # Need to set the preceding variable on all platforms that support # interlibrary dependencies. # 'none' -- dependencies not supported. # `unknown' -- same as none, but documents that we really don't know. # 'pass_all' -- all dependencies passed with no checks. # 'test_compile' -- check by making test program. # 'file_magic [[regex]]' -- check by looking for files in library path # which responds to the $file_magic_cmd with a given egrep regex. # If you have `file' or equivalent on your system and you're not sure # whether `pass_all' will *always* work, you probably want this one. case $host_os in aix4* | aix5*) lt_cv_deplibs_check_method=pass_all ;; beos*) lt_cv_deplibs_check_method=pass_all ;; bsdi4*) lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (shared object|dynamic lib)' lt_cv_file_magic_cmd='/usr/bin/file -L' lt_cv_file_magic_test_file=/shlib/libc.so ;; cygwin* | mingw* | pw32*) lt_cv_deplibs_check_method='file_magic file format pei*-i386(.*architecture: i386)?' lt_cv_file_magic_cmd='$OBJDUMP -f' ;; darwin* | rhapsody*) lt_cv_deplibs_check_method='file_magic Mach-O dynamically linked shared library' lt_cv_file_magic_cmd='/usr/bin/file -L' case "$host_os" in rhapsody* | darwin1.[012]) lt_cv_file_magic_test_file=`echo /System/Library/Frameworks/System.framework/Versions/*/System | head -1` ;; *) # Darwin 1.3 on lt_cv_file_magic_test_file='/usr/lib/libSystem.dylib' ;; esac ;; freebsd*) if echo __ELF__ | $CC -E - | grep __ELF__ > /dev/null; then case $host_cpu in i*86 ) # Not sure whether the presence of OpenBSD here was a mistake. # Let's accept both of them until this is cleared up. lt_cv_deplibs_check_method='file_magic (FreeBSD|OpenBSD)/i[3-9]86 (compact )?demand paged shared library' lt_cv_file_magic_cmd=/usr/bin/file lt_cv_file_magic_test_file=`echo /usr/lib/libc.so.*` ;; esac else lt_cv_deplibs_check_method=pass_all fi ;; gnu*) lt_cv_deplibs_check_method=pass_all ;; hpux10.20*|hpux11*) lt_cv_deplibs_check_method='file_magic (s[0-9][0-9][0-9]|PA-RISC[0-9].[0-9]) shared library' lt_cv_file_magic_cmd=/usr/bin/file lt_cv_file_magic_test_file=/usr/lib/libc.sl ;; irix5* | irix6* | nonstopux*) case $host_os in irix5* | nonstopux*) # this will be overridden with pass_all, but let us keep it just in case lt_cv_deplibs_check_method="file_magic ELF 32-bit MSB dynamic lib MIPS - version 1" ;; *) case $LD in *-32|*"-32 ") libmagic=32-bit;; *-n32|*"-n32 ") libmagic=N32;; *-64|*"-64 ") libmagic=64-bit;; *) libmagic=never-match;; esac # this will be overridden with pass_all, but let us keep it just in case lt_cv_deplibs_check_method="file_magic ELF ${libmagic} MSB mips-[1234] dynamic lib MIPS - version 1" ;; esac lt_cv_file_magic_test_file=`echo /lib${libsuff}/libc.so*` lt_cv_deplibs_check_method=pass_all ;; # This must be Linux ELF. linux-gnu*) case $host_cpu in alpha* | hppa* | i*86 | powerpc* | sparc* | ia64* ) lt_cv_deplibs_check_method=pass_all ;; 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osf3* | osf4* | osf5*) # this will be overridden with pass_all, but let us keep it just in case lt_cv_deplibs_check_method='file_magic COFF format alpha shared library' lt_cv_file_magic_test_file=/shlib/libc.so lt_cv_deplibs_check_method=pass_all ;; sco3.2v5*) lt_cv_deplibs_check_method=pass_all ;; solaris*) lt_cv_deplibs_check_method=pass_all lt_cv_file_magic_test_file=/lib/libc.so ;; sysv5uw[78]* | sysv4*uw2*) lt_cv_deplibs_check_method=pass_all ;; sysv4 | sysv4.2uw2* | sysv4.3* | sysv5*) case $host_vendor in motorola) lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (shared object|dynamic lib) M[0-9][0-9]* Version [0-9]' lt_cv_file_magic_test_file=`echo /usr/lib/libc.so*` ;; ncr) lt_cv_deplibs_check_method=pass_all ;; sequent) lt_cv_file_magic_cmd='/bin/file' lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [LM]SB (shared object|dynamic lib )' ;; sni) lt_cv_file_magic_cmd='/bin/file' lt_cv_deplibs_check_method="file_magic ELF [0-9][0-9]*-bit [LM]SB dynamic lib" lt_cv_file_magic_test_file=/lib/libc.so ;; esac ;; esac fi { echo "$as_me:$LINENO: result: $lt_cv_deplibs_check_method" >&5 echo "${ECHO_T}$lt_cv_deplibs_check_method" >&6; } file_magic_cmd=$lt_cv_file_magic_cmd deplibs_check_method=$lt_cv_deplibs_check_method # Check for command to grab the raw symbol name followed by C symbol from nm. { echo "$as_me:$LINENO: checking command to parse $NM output" >&5 echo $ECHO_N "checking command to parse $NM output... $ECHO_C" >&6; } if test "${lt_cv_sys_global_symbol_pipe+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else # These are sane defaults that work on at least a few old systems. # [They come from Ultrix. What could be older than Ultrix?!! ;)] # Character class describing NM global symbol codes. symcode='[BCDEGRST]' # Regexp to match symbols that can be accessed directly from C. sympat='\([_A-Za-z][_A-Za-z0-9]*\)' # Transform the above into a raw symbol and a C symbol. symxfrm='\1 \2\3 \3' # Transform an extracted symbol line into a proper C declaration lt_cv_global_symbol_to_cdecl="sed -n -e 's/^. .* \(.*\)$/extern char \1;/p'" # Transform an extracted symbol line into symbol name and symbol address lt_cv_global_symbol_to_c_name_address="sed -n -e 's/^: \([^ ]*\) $/ {\\\"\1\\\", (lt_ptr) 0},/p' -e 's/^$symcode \([^ ]*\) \([^ ]*\)$/ {\"\2\", (lt_ptr) \&\2},/p'" # Define system-specific variables. case $host_os in aix*) symcode='[BCDT]' ;; cygwin* | mingw* | pw32*) symcode='[ABCDGISTW]' ;; hpux*) # Its linker distinguishes data from code symbols lt_cv_global_symbol_to_cdecl="sed -n -e 's/^T .* \(.*\)$/extern char \1();/p' -e 's/^$symcode* .* \(.*\)$/extern char \1;/p'" lt_cv_global_symbol_to_c_name_address="sed -n -e 's/^: \([^ ]*\) $/ {\\\"\1\\\", (lt_ptr) 0},/p' -e 's/^$symcode* \([^ ]*\) \([^ ]*\)$/ {\"\2\", (lt_ptr) \&\2},/p'" ;; irix* | nonstopux*) symcode='[BCDEGRST]' ;; solaris* | sysv5*) symcode='[BDT]' ;; sysv4) symcode='[DFNSTU]' ;; esac # Handle CRLF in mingw tool chain opt_cr= case $host_os in mingw*) opt_cr=`echo 'x\{0,1\}' | tr x '\015'` # option cr in regexp ;; esac # If we're using GNU nm, then use its standard symbol codes. if $NM -V 2>&1 | egrep '(GNU|with BFD)' > /dev/null; then symcode='[ABCDGISTW]' fi # Try without a prefix undercore, then with it. for ac_symprfx in "" "_"; do # Write the raw and C identifiers. lt_cv_sys_global_symbol_pipe="sed -n -e 's/^.*[ ]\($symcode$symcode*\)[ ][ ]*\($ac_symprfx\)$sympat$opt_cr$/$symxfrm/p'" # Check to see that the pipe works correctly. pipe_works=no rm -f conftest* cat > conftest.$ac_ext <&5 (eval $ac_compile) 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; then # Now try to grab the symbols. nlist=conftest.nm if { (eval echo "$as_me:$LINENO: \"$NM conftest.$ac_objext \| $lt_cv_sys_global_symbol_pipe \> $nlist\"") >&5 (eval $NM conftest.$ac_objext \| $lt_cv_sys_global_symbol_pipe \> $nlist) 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && test -s "$nlist"; then # Try sorting and uniquifying the output. if sort "$nlist" | uniq > "$nlist"T; then mv -f "$nlist"T "$nlist" else rm -f "$nlist"T fi # Make sure that we snagged all the symbols we need. if egrep ' nm_test_var$' "$nlist" >/dev/null; then if egrep ' nm_test_func$' "$nlist" >/dev/null; then cat < conftest.$ac_ext #ifdef __cplusplus extern "C" { #endif EOF # Now generate the symbol file. eval "$lt_cv_global_symbol_to_cdecl"' < "$nlist" >> conftest.$ac_ext' cat <> conftest.$ac_ext #if defined (__STDC__) && __STDC__ # define lt_ptr void * #else # define lt_ptr char * # define const #endif /* The mapping between symbol names and symbols. */ const struct { const char *name; lt_ptr address; } lt_preloaded_symbols[] = { EOF sed "s/^$symcode$symcode* \(.*\) \(.*\)$/ {\"\2\", (lt_ptr) \&\2},/" < "$nlist" >> conftest.$ac_ext cat <<\EOF >> conftest.$ac_ext {0, (lt_ptr) 0} }; #ifdef __cplusplus } #endif EOF # Now try linking the two files. mv conftest.$ac_objext conftstm.$ac_objext save_LIBS="$LIBS" save_CFLAGS="$CFLAGS" LIBS="conftstm.$ac_objext" CFLAGS="$CFLAGS$no_builtin_flag" if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5 (eval $ac_link) 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && test -s conftest; then pipe_works=yes fi LIBS="$save_LIBS" CFLAGS="$save_CFLAGS" else echo "cannot find nm_test_func in $nlist" >&5 fi else echo "cannot find nm_test_var in $nlist" >&5 fi else echo "cannot run $lt_cv_sys_global_symbol_pipe" >&5 fi else echo "$progname: failed program was:" >&5 cat conftest.$ac_ext >&5 fi rm -f conftest* conftst* # Do not use the global_symbol_pipe unless it works. if test "$pipe_works" = yes; then break else lt_cv_sys_global_symbol_pipe= fi done fi global_symbol_pipe="$lt_cv_sys_global_symbol_pipe" if test -z "$lt_cv_sys_global_symbol_pipe"; then global_symbol_to_cdecl= global_symbol_to_c_name_address= else global_symbol_to_cdecl="$lt_cv_global_symbol_to_cdecl" global_symbol_to_c_name_address="$lt_cv_global_symbol_to_c_name_address" fi if test -z "$global_symbol_pipe$global_symbol_to_cdec$global_symbol_to_c_name_address"; then { echo "$as_me:$LINENO: result: failed" >&5 echo "${ECHO_T}failed" >&6; } else { echo "$as_me:$LINENO: result: ok" >&5 echo "${ECHO_T}ok" >&6; } fi ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu { echo "$as_me:$LINENO: checking how to run the C preprocessor" >&5 echo $ECHO_N "checking how to run the C preprocessor... $ECHO_C" >&6; } # On Suns, sometimes $CPP names a directory. if test -n "$CPP" && test -d "$CPP"; then CPP= fi if test -z "$CPP"; then if test "${ac_cv_prog_CPP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else # Double quotes because CPP needs to be expanded for CPP in "$CC -E" "$CC -E -traditional-cpp" "/lib/cpp" do ac_preproc_ok=false for ac_c_preproc_warn_flag in '' yes do # Use a header file that comes with gcc, so configuring glibc # with a fresh cross-compiler works. # Prefer to if __STDC__ is defined, since # exists even on freestanding compilers. # On the NeXT, cc -E runs the code through the compiler's parser, # not just through cpp. "Syntax error" is here to catch this case. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #ifdef __STDC__ # include #else # include #endif Syntax error _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null && { test -z "$ac_c_preproc_warn_flag$ac_c_werror_flag" || test ! -s conftest.err }; then : else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 # Broken: fails on valid input. continue fi rm -f conftest.err conftest.$ac_ext # OK, works on sane cases. Now check whether nonexistent headers # can be detected and how. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null && { test -z "$ac_c_preproc_warn_flag$ac_c_werror_flag" || test ! -s conftest.err }; then # Broken: success on invalid input. continue else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 # Passes both tests. ac_preproc_ok=: break fi rm -f conftest.err conftest.$ac_ext done # Because of `break', _AC_PREPROC_IFELSE's cleaning code was skipped. rm -f conftest.err conftest.$ac_ext if $ac_preproc_ok; then break fi done ac_cv_prog_CPP=$CPP fi CPP=$ac_cv_prog_CPP else ac_cv_prog_CPP=$CPP fi { echo "$as_me:$LINENO: result: $CPP" >&5 echo "${ECHO_T}$CPP" >&6; } ac_preproc_ok=false for ac_c_preproc_warn_flag in '' yes do # Use a header file that comes with gcc, so configuring glibc # with a fresh cross-compiler works. # Prefer to if __STDC__ is defined, since # exists even on freestanding compilers. # On the NeXT, cc -E runs the code through the compiler's parser, # not just through cpp. "Syntax error" is here to catch this case. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #ifdef __STDC__ # include #else # include #endif Syntax error _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null && { test -z "$ac_c_preproc_warn_flag$ac_c_werror_flag" || test ! -s conftest.err }; then : else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 # Broken: fails on valid input. continue fi rm -f conftest.err conftest.$ac_ext # OK, works on sane cases. Now check whether nonexistent headers # can be detected and how. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null && { test -z "$ac_c_preproc_warn_flag$ac_c_werror_flag" || test ! -s conftest.err }; then # Broken: success on invalid input. continue else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 # Passes both tests. ac_preproc_ok=: break fi rm -f conftest.err conftest.$ac_ext done # Because of `break', _AC_PREPROC_IFELSE's cleaning code was skipped. rm -f conftest.err conftest.$ac_ext if $ac_preproc_ok; then : else { { echo "$as_me:$LINENO: error: C preprocessor \"$CPP\" fails sanity check See \`config.log' for more details." >&5 echo "$as_me: error: C preprocessor \"$CPP\" fails sanity check See \`config.log' for more details." >&2;} { (exit 1); exit 1; }; } fi ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu { echo "$as_me:$LINENO: checking for grep that handles long lines and -e" >&5 echo $ECHO_N "checking for grep that handles long lines and -e... $ECHO_C" >&6; } if test "${ac_cv_path_GREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else # Extract the first word of "grep ggrep" to use in msg output if test -z "$GREP"; then set dummy grep ggrep; ac_prog_name=$2 if test "${ac_cv_path_GREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_path_GREP_found=false # Loop through the user's path and test for each of PROGNAME-LIST as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH$PATH_SEPARATOR/usr/xpg4/bin do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_prog in grep ggrep; do for ac_exec_ext in '' $ac_executable_extensions; do ac_path_GREP="$as_dir/$ac_prog$ac_exec_ext" { test -f "$ac_path_GREP" && $as_test_x "$ac_path_GREP"; } || continue # Check for GNU ac_path_GREP and select it if it is found. # Check for GNU $ac_path_GREP case `"$ac_path_GREP" --version 2>&1` in *GNU*) ac_cv_path_GREP="$ac_path_GREP" ac_path_GREP_found=:;; *) ac_count=0 echo $ECHO_N "0123456789$ECHO_C" >"conftest.in" while : do cat "conftest.in" "conftest.in" >"conftest.tmp" mv "conftest.tmp" "conftest.in" cp "conftest.in" "conftest.nl" echo 'GREP' >> "conftest.nl" "$ac_path_GREP" -e 'GREP$' -e '-(cannot match)-' < "conftest.nl" >"conftest.out" 2>/dev/null || break diff "conftest.out" "conftest.nl" >/dev/null 2>&1 || break ac_count=`expr $ac_count + 1` if test $ac_count -gt ${ac_path_GREP_max-0}; then # Best one so far, save it but keep looking for a better one ac_cv_path_GREP="$ac_path_GREP" ac_path_GREP_max=$ac_count fi # 10*(2^10) chars as input seems more than enough test $ac_count -gt 10 && break done rm -f conftest.in conftest.tmp conftest.nl conftest.out;; esac $ac_path_GREP_found && break 3 done done done IFS=$as_save_IFS fi GREP="$ac_cv_path_GREP" if test -z "$GREP"; then { { echo "$as_me:$LINENO: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&5 echo "$as_me: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&2;} { (exit 1); exit 1; }; } fi else ac_cv_path_GREP=$GREP fi fi { echo "$as_me:$LINENO: result: $ac_cv_path_GREP" >&5 echo "${ECHO_T}$ac_cv_path_GREP" >&6; } GREP="$ac_cv_path_GREP" { echo "$as_me:$LINENO: checking for egrep" >&5 echo $ECHO_N "checking for egrep... $ECHO_C" >&6; } if test "${ac_cv_path_EGREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if echo a | $GREP -E '(a|b)' >/dev/null 2>&1 then ac_cv_path_EGREP="$GREP -E" else # Extract the first word of "egrep" to use in msg output if test -z "$EGREP"; then set dummy egrep; ac_prog_name=$2 if test "${ac_cv_path_EGREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_path_EGREP_found=false # Loop through the user's path and test for each of PROGNAME-LIST as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH$PATH_SEPARATOR/usr/xpg4/bin do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_prog in egrep; do for ac_exec_ext in '' $ac_executable_extensions; do ac_path_EGREP="$as_dir/$ac_prog$ac_exec_ext" { test -f "$ac_path_EGREP" && $as_test_x "$ac_path_EGREP"; } || continue # Check for GNU ac_path_EGREP and select it if it is found. # Check for GNU $ac_path_EGREP case `"$ac_path_EGREP" --version 2>&1` in *GNU*) ac_cv_path_EGREP="$ac_path_EGREP" ac_path_EGREP_found=:;; *) ac_count=0 echo $ECHO_N "0123456789$ECHO_C" >"conftest.in" while : do cat "conftest.in" "conftest.in" >"conftest.tmp" mv "conftest.tmp" "conftest.in" cp "conftest.in" "conftest.nl" echo 'EGREP' >> "conftest.nl" "$ac_path_EGREP" 'EGREP$' < "conftest.nl" >"conftest.out" 2>/dev/null || break diff "conftest.out" "conftest.nl" >/dev/null 2>&1 || break ac_count=`expr $ac_count + 1` if test $ac_count -gt ${ac_path_EGREP_max-0}; then # Best one so far, save it but keep looking for a better one ac_cv_path_EGREP="$ac_path_EGREP" ac_path_EGREP_max=$ac_count fi # 10*(2^10) chars as input seems more than enough test $ac_count -gt 10 && break done rm -f conftest.in conftest.tmp conftest.nl conftest.out;; esac $ac_path_EGREP_found && break 3 done done done IFS=$as_save_IFS fi EGREP="$ac_cv_path_EGREP" if test -z "$EGREP"; then { { echo "$as_me:$LINENO: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&5 echo "$as_me: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&2;} { (exit 1); exit 1; }; } fi else ac_cv_path_EGREP=$EGREP fi fi fi { echo "$as_me:$LINENO: result: $ac_cv_path_EGREP" >&5 echo "${ECHO_T}$ac_cv_path_EGREP" >&6; } EGREP="$ac_cv_path_EGREP" { echo "$as_me:$LINENO: checking for ANSI C header files" >&5 echo $ECHO_N "checking for ANSI C header files... $ECHO_C" >&6; } if test "${ac_cv_header_stdc+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include #include #include int main () { ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_cv_header_stdc=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_header_stdc=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext if test $ac_cv_header_stdc = yes; then # SunOS 4.x string.h does not declare mem*, contrary to ANSI. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "memchr" >/dev/null 2>&1; then : else ac_cv_header_stdc=no fi rm -f conftest* fi if test $ac_cv_header_stdc = yes; then # ISC 2.0.2 stdlib.h does not declare free, contrary to ANSI. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "free" >/dev/null 2>&1; then : else ac_cv_header_stdc=no fi rm -f conftest* fi if test $ac_cv_header_stdc = yes; then # /bin/cc in Irix-4.0.5 gets non-ANSI ctype macros unless using -ansi. if test "$cross_compiling" = yes; then : else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include #if ((' ' & 0x0FF) == 0x020) # define ISLOWER(c) ('a' <= (c) && (c) <= 'z') # define TOUPPER(c) (ISLOWER(c) ? 'A' + ((c) - 'a') : (c)) #else # define ISLOWER(c) \ (('a' <= (c) && (c) <= 'i') \ || ('j' <= (c) && (c) <= 'r') \ || ('s' <= (c) && (c) <= 'z')) # define TOUPPER(c) (ISLOWER(c) ? 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SAVE_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -belf" { echo "$as_me:$LINENO: checking whether the C compiler needs -belf" >&5 echo $ECHO_N "checking whether the C compiler needs -belf... $ECHO_C" >&6; } if test "${lt_cv_cc_needs_belf+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ int main () { ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then lt_cv_cc_needs_belf=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 lt_cv_cc_needs_belf=no fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu fi { echo "$as_me:$LINENO: result: $lt_cv_cc_needs_belf" >&5 echo "${ECHO_T}$lt_cv_cc_needs_belf" >&6; } if test x"$lt_cv_cc_needs_belf" != x"yes"; then # this is probably gcc 2.8.0, egcs 1.0 or newer; no need for -belf CFLAGS="$SAVE_CFLAGS" fi ;; esac # Sed substitution that helps us do robust quoting. It backslashifies # metacharacters that are still active within double-quoted strings. Xsed='sed -e s/^X//' sed_quote_subst='s/\([\\"\\`$\\\\]\)/\\\1/g' # Same as above, but do not quote variable references. double_quote_subst='s/\([\\"\\`\\\\]\)/\\\1/g' # Sed substitution to delay expansion of an escaped shell variable in a # double_quote_subst'ed string. delay_variable_subst='s/\\\\\\\\\\\$/\\\\\\$/g' # Constants: rm="rm -f" # Global variables: default_ofile=libtool can_build_shared=yes # All known linkers require a `.a' archive for static linking (except M$VC, # which needs '.lib'). libext=a ltmain="$ac_aux_dir/ltmain.sh" ofile="$default_ofile" with_gnu_ld="$lt_cv_prog_gnu_ld" need_locks="$enable_libtool_lock" old_CC="$CC" old_CFLAGS="$CFLAGS" # Set sane defaults for various variables test -z "$AR" && AR=ar test -z "$AR_FLAGS" && AR_FLAGS=cru test -z "$AS" && AS=as test -z "$CC" && CC=cc test -z "$DLLTOOL" && DLLTOOL=dlltool test -z "$LD" && LD=ld test -z "$LN_S" && LN_S="ln -s" test -z "$MAGIC_CMD" && MAGIC_CMD=file test -z "$NM" && NM=nm test -z "$OBJDUMP" && OBJDUMP=objdump test -z "$RANLIB" && RANLIB=: test -z "$STRIP" && STRIP=: test -z "$ac_objext" && ac_objext=o if test x"$host" != x"$build"; then ac_tool_prefix=${host_alias}- else ac_tool_prefix= fi # Transform linux* to *-*-linux-gnu*, to support old configure scripts. case $host_os in linux-gnu*) ;; linux*) host=`echo $host | sed 's/^\(.*-.*-linux\)\(.*\)$/\1-gnu\2/'` esac case $host_os in aix3*) # AIX sometimes has problems with the GCC collect2 program. For some # reason, if we set the COLLECT_NAMES environment variable, the problems # vanish in a puff of smoke. if test "X${COLLECT_NAMES+set}" != Xset; then COLLECT_NAMES= export COLLECT_NAMES fi ;; esac # Determine commands to create old-style static archives. old_archive_cmds='$AR $AR_FLAGS $oldlib$oldobjs$old_deplibs' old_postinstall_cmds='chmod 644 $oldlib' old_postuninstall_cmds= if test -n "$RANLIB"; then case $host_os in openbsd*) old_postinstall_cmds="\$RANLIB -t \$oldlib~$old_postinstall_cmds" ;; *) old_postinstall_cmds="\$RANLIB \$oldlib~$old_postinstall_cmds" ;; esac old_archive_cmds="$old_archive_cmds~\$RANLIB \$oldlib" fi # Allow CC to be a program name with arguments. set dummy $CC compiler="$2" ## FIXME: this should be a separate macro ## { echo "$as_me:$LINENO: checking for objdir" >&5 echo $ECHO_N "checking for objdir... $ECHO_C" >&6; } rm -f .libs 2>/dev/null mkdir .libs 2>/dev/null if test -d .libs; then objdir=.libs else # MS-DOS does not allow filenames that begin with a dot. objdir=_libs fi rmdir .libs 2>/dev/null { echo "$as_me:$LINENO: result: $objdir" >&5 echo "${ECHO_T}$objdir" >&6; } ## ## END FIXME ## FIXME: this should be a separate macro ## # Check whether --with-pic was given. if test "${with_pic+set}" = set; then withval=$with_pic; pic_mode="$withval" else pic_mode=default fi test -z "$pic_mode" && pic_mode=default # We assume here that the value for lt_cv_prog_cc_pic will not be cached # in isolation, and that seeing it set (from the cache) indicates that # the associated values are set (in the cache) correctly too. { echo "$as_me:$LINENO: checking for $compiler option to produce PIC" >&5 echo $ECHO_N "checking for $compiler option to produce PIC... $ECHO_C" >&6; } if test "${lt_cv_prog_cc_pic+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else lt_cv_prog_cc_pic= lt_cv_prog_cc_shlib= lt_cv_prog_cc_wl= lt_cv_prog_cc_static= lt_cv_prog_cc_no_builtin= lt_cv_prog_cc_can_build_shared=$can_build_shared if test "$GCC" = yes; then lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-static' case $host_os in aix*) # Below there is a dirty hack to force normal static linking with -ldl # The problem is because libdl dynamically linked with both libc and # libC (AIX C++ library), which obviously doesn't included in libraries # list by gcc. This cause undefined symbols with -static flags. # This hack allows C programs to be linked with "-static -ldl", but # not sure about C++ programs. lt_cv_prog_cc_static="$lt_cv_prog_cc_static ${lt_cv_prog_cc_wl}-lC" ;; amigaos*) # FIXME: we need at least 68020 code to build shared libraries, but # adding the `-m68020' flag to GCC prevents building anything better, # like `-m68040'. lt_cv_prog_cc_pic='-m68020 -resident32 -malways-restore-a4' ;; beos* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*) # PIC is the default for these OSes. ;; darwin* | rhapsody*) # PIC is the default on this platform # Common symbols not allowed in MH_DYLIB files lt_cv_prog_cc_pic='-fno-common' ;; cygwin* | mingw* | pw32* | os2*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). lt_cv_prog_cc_pic='-DDLL_EXPORT' ;; sysv4*MP*) if test -d /usr/nec; then lt_cv_prog_cc_pic=-Kconform_pic fi ;; *) lt_cv_prog_cc_pic='-fPIC' ;; esac else # PORTME Check for PIC flags for the system compiler. case $host_os in aix3* | aix4* | aix5*) lt_cv_prog_cc_wl='-Wl,' # All AIX code is PIC. if test "$host_cpu" = ia64; then # AIX 5 now supports IA64 processor lt_cv_prog_cc_static='-Bstatic' else lt_cv_prog_cc_static='-bnso -bI:/lib/syscalls.exp' fi ;; hpux9* | hpux10* | hpux11*) # Is there a better lt_cv_prog_cc_static that works with the bundled CC? lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static="${lt_cv_prog_cc_wl}-a ${lt_cv_prog_cc_wl}archive" lt_cv_prog_cc_pic='+Z' ;; irix5* | irix6* | nonstopux*) lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-non_shared' # PIC (with -KPIC) is the default. ;; cygwin* | mingw* | pw32* | os2*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). lt_cv_prog_cc_pic='-DDLL_EXPORT' ;; newsos6) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' ;; osf3* | osf4* | osf5*) # All OSF/1 code is PIC. lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-non_shared' ;; sco3.2v5*) lt_cv_prog_cc_pic='-Kpic' lt_cv_prog_cc_static='-dn' lt_cv_prog_cc_shlib='-belf' ;; solaris*) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' lt_cv_prog_cc_wl='-Wl,' ;; sunos4*) lt_cv_prog_cc_pic='-PIC' lt_cv_prog_cc_static='-Bstatic' lt_cv_prog_cc_wl='-Qoption ld ' ;; sysv4 | sysv4.2uw2* | sysv4.3* | sysv5*) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' if test "x$host_vendor" = xsni; then lt_cv_prog_cc_wl='-LD' else lt_cv_prog_cc_wl='-Wl,' fi ;; uts4*) lt_cv_prog_cc_pic='-pic' lt_cv_prog_cc_static='-Bstatic' ;; sysv4*MP*) if test -d /usr/nec ;then lt_cv_prog_cc_pic='-Kconform_pic' lt_cv_prog_cc_static='-Bstatic' fi ;; *) lt_cv_prog_cc_can_build_shared=no ;; esac fi fi if test -z "$lt_cv_prog_cc_pic"; then { echo "$as_me:$LINENO: result: none" >&5 echo "${ECHO_T}none" >&6; } else { echo "$as_me:$LINENO: result: $lt_cv_prog_cc_pic" >&5 echo "${ECHO_T}$lt_cv_prog_cc_pic" >&6; } # Check to make sure the pic_flag actually works. { echo "$as_me:$LINENO: checking if $compiler PIC flag $lt_cv_prog_cc_pic works" >&5 echo $ECHO_N "checking if $compiler PIC flag $lt_cv_prog_cc_pic works... $ECHO_C" >&6; } if test "${lt_cv_prog_cc_pic_works+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS $lt_cv_prog_cc_pic -DPIC" cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ int main () { ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then case $host_os in hpux9* | hpux10* | hpux11*) # On HP-UX, both CC and GCC only warn that PIC is supported... then # they create non-PIC objects. So, if there were any warnings, we # assume that PIC is not supported. if test -s conftest.err; then lt_cv_prog_cc_pic_works=no else lt_cv_prog_cc_pic_works=yes fi ;; *) lt_cv_prog_cc_pic_works=yes ;; esac else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 lt_cv_prog_cc_pic_works=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext CFLAGS="$save_CFLAGS" fi if test "X$lt_cv_prog_cc_pic_works" = Xno; then lt_cv_prog_cc_pic= lt_cv_prog_cc_can_build_shared=no else lt_cv_prog_cc_pic=" $lt_cv_prog_cc_pic" fi { echo "$as_me:$LINENO: result: $lt_cv_prog_cc_pic_works" >&5 echo "${ECHO_T}$lt_cv_prog_cc_pic_works" >&6; } fi ## ## END FIXME # Check for any special shared library compilation flags. if test -n "$lt_cv_prog_cc_shlib"; then { echo "$as_me:$LINENO: WARNING: \`$CC' requires \`$lt_cv_prog_cc_shlib' to build shared libraries" >&5 echo "$as_me: WARNING: \`$CC' requires \`$lt_cv_prog_cc_shlib' to build shared libraries" >&2;} if echo "$old_CC $old_CFLAGS " | egrep -e "[ ]$lt_cv_prog_cc_shlib[ ]" >/dev/null; then : else { echo "$as_me:$LINENO: WARNING: add \`$lt_cv_prog_cc_shlib' to the CC or CFLAGS env variable and reconfigure" >&5 echo "$as_me: WARNING: add \`$lt_cv_prog_cc_shlib' to the CC or CFLAGS env variable and reconfigure" >&2;} lt_cv_prog_cc_can_build_shared=no fi fi ## FIXME: this should be a separate macro ## { echo "$as_me:$LINENO: checking if $compiler static flag $lt_cv_prog_cc_static works" >&5 echo $ECHO_N "checking if $compiler static flag $lt_cv_prog_cc_static works... $ECHO_C" >&6; } if test "${lt_cv_prog_cc_static_works+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else lt_cv_prog_cc_static_works=no save_LDFLAGS="$LDFLAGS" LDFLAGS="$LDFLAGS $lt_cv_prog_cc_static" cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ int main () { ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then lt_cv_prog_cc_static_works=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext LDFLAGS="$save_LDFLAGS" fi # Belt *and* braces to stop my trousers falling down: test "X$lt_cv_prog_cc_static_works" = Xno && lt_cv_prog_cc_static= { echo "$as_me:$LINENO: result: $lt_cv_prog_cc_static_works" >&5 echo "${ECHO_T}$lt_cv_prog_cc_static_works" >&6; } pic_flag="$lt_cv_prog_cc_pic" special_shlib_compile_flags="$lt_cv_prog_cc_shlib" wl="$lt_cv_prog_cc_wl" link_static_flag="$lt_cv_prog_cc_static" no_builtin_flag="$lt_cv_prog_cc_no_builtin" can_build_shared="$lt_cv_prog_cc_can_build_shared" ## ## END FIXME ## FIXME: this should be a separate macro ## # Check to see if options -o and -c are simultaneously supported by compiler { echo "$as_me:$LINENO: checking if $compiler supports -c -o file.$ac_objext" >&5 echo $ECHO_N "checking if $compiler supports -c -o file.$ac_objext... $ECHO_C" >&6; } if test "${lt_cv_compiler_c_o+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else $rm -r conftest 2>/dev/null mkdir conftest cd conftest echo "int some_variable = 0;" > conftest.$ac_ext mkdir out # According to Tom Tromey, Ian Lance Taylor reported there are C compilers # that will create temporary files in the current directory regardless of # the output directory. Thus, making CWD read-only will cause this test # to fail, enabling locking or at least warning the user not to do parallel # builds. chmod -w . save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -o out/conftest2.$ac_objext" compiler_c_o=no if { (eval echo configure:6270: \"$ac_compile\") 1>&5; (eval $ac_compile) 2>out/conftest.err; } && test -s out/conftest2.$ac_objext; then # The compiler can only warn and ignore the option if not recognized # So say no if there are warnings if test -s out/conftest.err; then lt_cv_compiler_c_o=no else lt_cv_compiler_c_o=yes fi else # Append any errors to the config.log. cat out/conftest.err 1>&5 lt_cv_compiler_c_o=no fi CFLAGS="$save_CFLAGS" chmod u+w . $rm conftest* out/* rmdir out cd .. rmdir conftest $rm -r conftest 2>/dev/null fi compiler_c_o=$lt_cv_compiler_c_o { echo "$as_me:$LINENO: result: $compiler_c_o" >&5 echo "${ECHO_T}$compiler_c_o" >&6; } if test x"$compiler_c_o" = x"yes"; then # Check to see if we can write to a .lo { echo "$as_me:$LINENO: checking if $compiler supports -c -o file.lo" >&5 echo $ECHO_N "checking if $compiler supports -c -o file.lo... $ECHO_C" >&6; } if test "${lt_cv_compiler_o_lo+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else lt_cv_compiler_o_lo=no save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -c -o conftest.lo" save_objext="$ac_objext" ac_objext=lo cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ int main () { int some_variable = 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then # The compiler can only warn and ignore the option if not recognized # So say no if there are warnings if test -s conftest.err; then lt_cv_compiler_o_lo=no else lt_cv_compiler_o_lo=yes fi else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext ac_objext="$save_objext" CFLAGS="$save_CFLAGS" fi compiler_o_lo=$lt_cv_compiler_o_lo { echo "$as_me:$LINENO: result: $compiler_o_lo" >&5 echo "${ECHO_T}$compiler_o_lo" >&6; } else compiler_o_lo=no fi ## ## END FIXME ## FIXME: this should be a separate macro ## # Check to see if we can do hard links to lock some files if needed hard_links="nottested" if test "$compiler_c_o" = no && test "$need_locks" != no; then # do not overwrite the value of need_locks provided by the user { echo "$as_me:$LINENO: checking if we can lock with hard links" >&5 echo $ECHO_N "checking if we can lock with hard links... $ECHO_C" >&6; } hard_links=yes $rm conftest* ln conftest.a conftest.b 2>/dev/null && hard_links=no touch conftest.a ln conftest.a conftest.b 2>&5 || hard_links=no ln conftest.a conftest.b 2>/dev/null && hard_links=no { echo "$as_me:$LINENO: result: $hard_links" >&5 echo "${ECHO_T}$hard_links" >&6; } if test "$hard_links" = no; then { echo "$as_me:$LINENO: WARNING: \`$CC' does not support \`-c -o', so \`make -j' may be unsafe" >&5 echo "$as_me: WARNING: \`$CC' does not support \`-c -o', so \`make -j' may be unsafe" >&2;} need_locks=warn fi else need_locks=no fi ## ## END FIXME ## FIXME: this should be a separate macro ## if test "$GCC" = yes; then # Check to see if options -fno-rtti -fno-exceptions are supported by compiler { echo "$as_me:$LINENO: checking if $compiler supports -fno-rtti -fno-exceptions" >&5 echo $ECHO_N "checking if $compiler supports -fno-rtti -fno-exceptions... $ECHO_C" >&6; } echo "int some_variable = 0;" > conftest.$ac_ext save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -fno-rtti -fno-exceptions -c conftest.$ac_ext" compiler_rtti_exceptions=no cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ int main () { int some_variable = 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then # The compiler can only warn and ignore the option if not recognized # So say no if there are warnings if test -s conftest.err; then compiler_rtti_exceptions=no else compiler_rtti_exceptions=yes fi else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext CFLAGS="$save_CFLAGS" { echo "$as_me:$LINENO: result: $compiler_rtti_exceptions" >&5 echo "${ECHO_T}$compiler_rtti_exceptions" >&6; } if test "$compiler_rtti_exceptions" = "yes"; then no_builtin_flag=' -fno-builtin -fno-rtti -fno-exceptions' else no_builtin_flag=' -fno-builtin' fi fi ## ## END FIXME ## FIXME: this should be a separate macro ## # See if the linker supports building shared libraries. { echo "$as_me:$LINENO: checking whether the linker ($LD) supports shared libraries" >&5 echo $ECHO_N "checking whether the linker ($LD) supports shared libraries... $ECHO_C" >&6; } allow_undefined_flag= no_undefined_flag= need_lib_prefix=unknown need_version=unknown # when you set need_version to no, make sure it does not cause -set_version # flags to be left without arguments archive_cmds= archive_expsym_cmds= old_archive_from_new_cmds= old_archive_from_expsyms_cmds= export_dynamic_flag_spec= whole_archive_flag_spec= thread_safe_flag_spec= hardcode_into_libs=no hardcode_libdir_flag_spec= hardcode_libdir_separator= hardcode_direct=no hardcode_minus_L=no hardcode_shlibpath_var=unsupported runpath_var= link_all_deplibs=unknown always_export_symbols=no export_symbols_cmds='$NM $libobjs $convenience | $global_symbol_pipe | sed '\''s/.* //'\'' | sort | uniq > $export_symbols' # include_expsyms should be a list of space-separated symbols to be *always* # included in the symbol list include_expsyms= # exclude_expsyms can be an egrep regular expression of symbols to exclude # it will be wrapped by ` (' and `)$', so one must not match beginning or # end of line. Example: `a|bc|.*d.*' will exclude the symbols `a' and `bc', # as well as any symbol that contains `d'. exclude_expsyms="_GLOBAL_OFFSET_TABLE_" # Although _GLOBAL_OFFSET_TABLE_ is a valid symbol C name, most a.out # platforms (ab)use it in PIC code, but their linkers get confused if # the symbol is explicitly referenced. Since portable code cannot # rely on this symbol name, it's probably fine to never include it in # preloaded symbol tables. extract_expsyms_cmds= case $host_os in cygwin* | mingw* | pw32*) # FIXME: the MSVC++ port hasn't been tested in a loooong time # When not using gcc, we currently assume that we are using # Microsoft Visual C++. if test "$GCC" != yes; then with_gnu_ld=no fi ;; openbsd*) with_gnu_ld=no ;; esac ld_shlibs=yes if test "$with_gnu_ld" = yes; then # If archive_cmds runs LD, not CC, wlarc should be empty wlarc='${wl}' # See if GNU ld supports shared libraries. case $host_os in aix3* | aix4* | aix5*) # On AIX, the GNU linker is very broken # Note:Check GNU linker on AIX 5-IA64 when/if it becomes available. ld_shlibs=no cat <&2 *** Warning: the GNU linker, at least up to release 2.9.1, is reported *** to be unable to reliably create shared libraries on AIX. *** Therefore, libtool is disabling shared libraries support. If you *** really care for shared libraries, you may want to modify your PATH *** so that a non-GNU linker is found, and then restart. EOF ;; amigaos*) archive_cmds='$rm $output_objdir/a2ixlibrary.data~$echo "#define NAME $libname" > $output_objdir/a2ixlibrary.data~$echo "#define LIBRARY_ID 1" >> $output_objdir/a2ixlibrary.data~$echo "#define VERSION $major" >> $output_objdir/a2ixlibrary.data~$echo "#define REVISION $revision" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)' hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes # Samuel A. Falvo II reports # that the semantics of dynamic libraries on AmigaOS, at least up # to version 4, is to share data among multiple programs linked # with the same dynamic library. Since this doesn't match the # behavior of shared libraries on other platforms, we can use # them. ld_shlibs=no ;; beos*) if $LD --help 2>&1 | egrep ': supported targets:.* elf' > /dev/null; then allow_undefined_flag=unsupported # Joseph Beckenbach says some releases of gcc # support --undefined. This deserves some investigation. 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In the cases where that is not # enough to fix the problem, add -Wl,-bbigtoc to LDFLAGS. hardcode_direct=yes archive_cmds='' hardcode_libdir_separator=':' if test "$GCC" = yes; then case $host_os in aix4.[012]|aix4.[012].*) collect2name=`${CC} -print-prog-name=collect2` if test -f "$collect2name" && \ strings "$collect2name" | grep resolve_lib_name >/dev/null then # We have reworked collect2 hardcode_direct=yes else # We have old collect2 hardcode_direct=unsupported # It fails to find uninstalled libraries when the uninstalled # path is not listed in the libpath. Setting hardcode_minus_L # to unsupported forces relinking hardcode_minus_L=yes hardcode_libdir_flag_spec='-L$libdir' hardcode_libdir_separator= fi esac shared_flag='-shared' else # not using gcc if test "$host_cpu" = ia64; then shared_flag='${wl}-G' else if test "$aix_use_runtimelinking" = yes; then shared_flag='${wl}-G' else shared_flag='${wl}-bM:SRE' fi fi fi # It seems that -bexpall can do strange things, so it is better to # generate a list of symbols to export. always_export_symbols=yes if test "$aix_use_runtimelinking" = yes; then # Warning - without using the other runtime loading flags (-brtl), # -berok will link without error, but may produce a broken library. allow_undefined_flag='-berok' hardcode_libdir_flag_spec='${wl}-blibpath:$libdir:/usr/lib:/lib' archive_expsym_cmds="\$CC"' -o $output_objdir/$soname $libobjs $deplibs $compiler_flags `if test "x${allow_undefined_flag}" != "x"; then echo "${wl}${allow_undefined_flag}"; else :; fi` '"\${wl}$no_entry_flag \${wl}$exp_sym_flag:\$export_symbols $shared_flag" else if test "$host_cpu" = ia64; then hardcode_libdir_flag_spec='${wl}-R $libdir:/usr/lib:/lib' allow_undefined_flag="-z nodefs" archive_expsym_cmds="\$CC $shared_flag"' -o $output_objdir/$soname ${wl}-h$soname $libobjs $deplibs $compiler_flags ${wl}${allow_undefined_flag} '"\${wl}$no_entry_flag \${wl}$exp_sym_flag:\$export_symbols" else hardcode_libdir_flag_spec='${wl}-bnolibpath ${wl}-blibpath:$libdir:/usr/lib:/lib' # Warning - without using the other run time loading flags, # -berok will link without error, but may produce a broken library. allow_undefined_flag='${wl}-berok' # This is a bit strange, but is similar to how AIX traditionally builds # it's shared libraries. archive_expsym_cmds="\$CC $shared_flag"' -o $output_objdir/$soname $libobjs $deplibs $compiler_flags ${allow_undefined_flag} '"\${wl}$no_entry_flag \${wl}$exp_sym_flag:\$export_symbols"' ~$AR -crlo $objdir/$libname$release.a $objdir/$soname' fi fi ;; amigaos*) archive_cmds='$rm $output_objdir/a2ixlibrary.data~$echo "#define NAME $libname" > $output_objdir/a2ixlibrary.data~$echo "#define LIBRARY_ID 1" >> $output_objdir/a2ixlibrary.data~$echo "#define VERSION $major" >> $output_objdir/a2ixlibrary.data~$echo "#define REVISION $revision" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)' hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes # see comment about different semantics on the GNU ld section ld_shlibs=no ;; cygwin* | mingw* | pw32*) # When not using gcc, we currently assume that we are using # Microsoft Visual C++. # hardcode_libdir_flag_spec is actually meaningless, as there is # no search path for DLLs. hardcode_libdir_flag_spec=' ' allow_undefined_flag=unsupported # Tell ltmain to make .lib files, not .a files. libext=lib # FIXME: Setting linknames here is a bad hack. archive_cmds='$CC -o $lib $libobjs $compiler_flags `echo "$deplibs" | sed -e '\''s/ -lc$//'\''` -link -dll~linknames=' # The linker will automatically build a .lib file if we build a DLL. old_archive_from_new_cmds='true' # FIXME: Should let the user specify the lib program. old_archive_cmds='lib /OUT:$oldlib$oldobjs$old_deplibs' fix_srcfile_path='`cygpath -w "$srcfile"`' ;; darwin* | rhapsody*) case "$host_os" in rhapsody* | darwin1.[012]) allow_undefined_flag='-undefined suppress' ;; *) # Darwin 1.3 on allow_undefined_flag='-flat_namespace -undefined suppress' ;; esac # FIXME: Relying on posixy $() will cause problems for # cross-compilation, but unfortunately the echo tests do not # yet detect zsh echo's removal of \ escapes. 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*) archive_cmds='$LD -b +h $soname +b $install_libdir -o $lib $libobjs $deplibs $linker_flags' ;; esac hardcode_libdir_flag_spec='${wl}+b ${wl}$libdir' hardcode_libdir_separator=: hardcode_direct=yes hardcode_minus_L=yes # Not in the search PATH, but as the default # location of the library. export_dynamic_flag_spec='${wl}-E' ;; irix5* | irix6* | nonstopux*) if test "$GCC" = yes; then archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n "$verstring" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' else archive_cmds='$LD -shared $libobjs $deplibs $linker_flags -soname $soname `test -n "$verstring" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib' fi hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' hardcode_libdir_separator=: link_all_deplibs=yes ;; netbsd*) if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then archive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags' # a.out else archive_cmds='$LD -shared -o $lib $libobjs $deplibs $linker_flags' # ELF fi hardcode_libdir_flag_spec='-R$libdir' hardcode_direct=yes hardcode_shlibpath_var=no ;; 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Libraries that use # assert need libgcc.a to resolve __eprintf, for example. Linking # a copy of libgcc.a into every shared library to guarantee resolving # such symbols causes other problems: According to Tim Van Holder # , C++ libraries end up with a separate # (to the application) exception stack for one thing. no_undefined_flag=' -z defs' if test "$GCC" = yes; then case `$CC --version 2>/dev/null` in [12].*) cat <&2 *** Warning: Releases of GCC earlier than version 3.0 cannot reliably *** create self contained shared libraries on Solaris systems, without *** introducing a dependency on libgcc.a. Therefore, libtool is disabling *** -no-undefined support, which will at least allow you to build shared *** libraries. However, you may find that when you link such libraries *** into an application without using GCC, you have to manually add *** \`gcc --print-libgcc-file-name\` to the link command. We urge you to *** upgrade to a newer version of GCC. Another option is to rebuild your *** current GCC to use the GNU linker from GNU binutils 2.9.1 or newer. 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*) ld_shlibs=no ;; esac fi { echo "$as_me:$LINENO: result: $ld_shlibs" >&5 echo "${ECHO_T}$ld_shlibs" >&6; } test "$ld_shlibs" = no && can_build_shared=no ## ## END FIXME ## FIXME: this should be a separate macro ## # Check hardcoding attributes. { echo "$as_me:$LINENO: checking how to hardcode library paths into programs" >&5 echo $ECHO_N "checking how to hardcode library paths into programs... $ECHO_C" >&6; } hardcode_action= if test -n "$hardcode_libdir_flag_spec" || \ test -n "$runpath_var"; then # We can hardcode non-existant directories. if test "$hardcode_direct" != no && # If the only mechanism to avoid hardcoding is shlibpath_var, we # have to relink, otherwise we might link with an installed library # when we should be linking with a yet-to-be-installed one ## test "$hardcode_shlibpath_var" != no && test "$hardcode_minus_L" != no; then # Linking always hardcodes the temporary library directory. hardcode_action=relink else # We can link without hardcoding, and we can hardcode nonexisting dirs. hardcode_action=immediate fi else # We cannot hardcode anything, or else we can only hardcode existing # directories. hardcode_action=unsupported fi { echo "$as_me:$LINENO: result: $hardcode_action" >&5 echo "${ECHO_T}$hardcode_action" >&6; 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irix5* | irix6* | nonstopux*) case $host_os in nonstopux*) version_type=nonstopux ;; *) version_type=irix ;; esac need_lib_prefix=no need_version=no soname_spec='${libname}${release}.so$major' library_names_spec='${libname}${release}.so$versuffix ${libname}${release}.so$major ${libname}${release}.so $libname.so' case $host_os in irix5* | nonstopux*) libsuff= shlibsuff= ;; *) case $LD in # libtool.m4 will add one of these switches to LD *-32|*"-32 ") libsuff= shlibsuff= libmagic=32-bit;; *-n32|*"-n32 ") libsuff=32 shlibsuff=N32 libmagic=N32;; *-64|*"-64 ") libsuff=64 shlibsuff=64 libmagic=64-bit;; *) libsuff= shlibsuff= libmagic=never-match;; esac ;; esac shlibpath_var=LD_LIBRARY${shlibsuff}_PATH shlibpath_overrides_runpath=no sys_lib_search_path_spec="/usr/lib${libsuff} /lib${libsuff} /usr/local/lib${libsuff}" sys_lib_dlsearch_path_spec="/usr/lib${libsuff} /lib${libsuff}" ;; # No shared lib support for Linux oldld, aout, or coff. linux-gnuoldld* | linux-gnuaout* | linux-gnucoff*) dynamic_linker=no ;; # This must be Linux ELF. linux-gnu*) version_type=linux need_lib_prefix=no need_version=no library_names_spec='${libname}${release}.so$versuffix ${libname}${release}.so$major $libname.so' soname_spec='${libname}${release}.so$major' finish_cmds='PATH="\$PATH:/sbin" ldconfig -n $libdir' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=no # This implies no fast_install, which is unacceptable. # Some rework will be needed to allow for fast_install # before this can be enabled. hardcode_into_libs=yes # We used to test for /lib/ld.so.1 and disable shared libraries on # powerpc, because MkLinux only supported shared libraries with the # GNU dynamic linker. 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openbsd*) version_type=sunos need_lib_prefix=no need_version=no if test -z "`echo __ELF__ | $CC -E - | grep __ELF__`" || test "$host_os-$host_cpu" = "openbsd2.8-powerpc"; then case "$host_os" in openbsd2.[89] | openbsd2.[89].*) shlibpath_overrides_runpath=no ;; *) shlibpath_overrides_runpath=yes ;; esac else shlibpath_overrides_runpath=yes fi library_names_spec='${libname}${release}.so$versuffix ${libname}.so$versuffix' finish_cmds='PATH="\$PATH:/sbin" ldconfig -m $libdir' shlibpath_var=LD_LIBRARY_PATH ;; os2*) libname_spec='$name' need_lib_prefix=no library_names_spec='$libname.dll $libname.a' dynamic_linker='OS/2 ld.exe' shlibpath_var=LIBPATH ;; osf3* | osf4* | osf5*) version_type=osf need_version=no soname_spec='${libname}${release}.so' library_names_spec='${libname}${release}.so$versuffix ${libname}${release}.so $libname.so' shlibpath_var=LD_LIBRARY_PATH sys_lib_search_path_spec="/usr/shlib /usr/ccs/lib /usr/lib/cmplrs/cc /usr/lib /usr/local/lib /var/shlib" sys_lib_dlsearch_path_spec="$sys_lib_search_path_spec" ;; 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} { echo "$as_me:$LINENO: result: $can_build_shared" >&5 echo "${ECHO_T}$can_build_shared" >&6; } ## ## END FIXME ## FIXME: this should be a separate macro ## { echo "$as_me:$LINENO: checking whether to build shared libraries" >&5 echo $ECHO_N "checking whether to build shared libraries... $ECHO_C" >&6; } test "$can_build_shared" = "no" && enable_shared=no # On AIX, shared libraries and static libraries use the same namespace, and # are all built from PIC. case "$host_os" in aix3*) test "$enable_shared" = yes && enable_static=no if test -n "$RANLIB"; then archive_cmds="$archive_cmds~\$RANLIB \$lib" postinstall_cmds='$RANLIB $lib' fi ;; aix4*) if test "$host_cpu" != ia64 && test "$aix_use_runtimelinking" = no ; then test "$enable_shared" = yes && enable_static=no fi ;; esac { echo "$as_me:$LINENO: result: $enable_shared" >&5 echo "${ECHO_T}$enable_shared" >&6; } ## ## END FIXME ## FIXME: this should be a separate macro ## { echo "$as_me:$LINENO: checking whether to build static libraries" >&5 echo $ECHO_N "checking whether to build static libraries... $ECHO_C" >&6; } # Make sure either enable_shared or enable_static is yes. test "$enable_shared" = yes || enable_static=yes { echo "$as_me:$LINENO: result: $enable_static" >&5 echo "${ECHO_T}$enable_static" >&6; } ## ## END FIXME if test "$hardcode_action" = relink; then # Fast installation is not supported enable_fast_install=no elif test "$shlibpath_overrides_runpath" = yes || test "$enable_shared" = no; then # Fast installation is not necessary enable_fast_install=needless fi variables_saved_for_relink="PATH $shlibpath_var $runpath_var" if test "$GCC" = yes; then variables_saved_for_relink="$variables_saved_for_relink GCC_EXEC_PREFIX COMPILER_PATH LIBRARY_PATH" fi if test "x$enable_dlopen" != xyes; then enable_dlopen=unknown enable_dlopen_self=unknown enable_dlopen_self_static=unknown else lt_cv_dlopen=no lt_cv_dlopen_libs= case $host_os in beos*) lt_cv_dlopen="load_add_on" lt_cv_dlopen_libs= lt_cv_dlopen_self=yes ;; cygwin* | mingw* | pw32*) lt_cv_dlopen="LoadLibrary" lt_cv_dlopen_libs= ;; *) { echo "$as_me:$LINENO: checking for shl_load" >&5 echo $ECHO_N "checking for shl_load... $ECHO_C" >&6; } if test "${ac_cv_func_shl_load+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Define shl_load to an innocuous variant, in case declares shl_load. 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Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char shl_load (); int main () { return shl_load (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then ac_cv_lib_dld_shl_load=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_lib_dld_shl_load=no fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { echo "$as_me:$LINENO: result: $ac_cv_lib_dld_shl_load" >&5 echo "${ECHO_T}$ac_cv_lib_dld_shl_load" >&6; } if test $ac_cv_lib_dld_shl_load = yes; then lt_cv_dlopen="shl_load" lt_cv_dlopen_libs="-dld" else { echo "$as_me:$LINENO: checking for dlopen" >&5 echo $ECHO_N "checking for dlopen... $ECHO_C" >&6; } if test "${ac_cv_func_dlopen+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Define dlopen to an innocuous variant, in case declares dlopen. 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echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && test -s conftest${ac_exeext} 2>/dev/null; then (./conftest; exit; ) 2>/dev/null lt_status=$? case x$lt_status in x$lt_dlno_uscore) lt_cv_dlopen_self=yes ;; x$lt_dlneed_uscore) lt_cv_dlopen_self=yes ;; x$lt_unknown|x*) lt_cv_dlopen_self=no ;; esac else : # compilation failed lt_cv_dlopen_self=no fi fi rm -fr conftest* fi { echo "$as_me:$LINENO: result: $lt_cv_dlopen_self" >&5 echo "${ECHO_T}$lt_cv_dlopen_self" >&6; } if test "x$lt_cv_dlopen_self" = xyes; then LDFLAGS="$LDFLAGS $link_static_flag" { echo "$as_me:$LINENO: checking whether a statically linked program can dlopen itself" >&5 echo $ECHO_N "checking whether a statically linked program can dlopen itself... $ECHO_C" >&6; } if test "${lt_cv_dlopen_self_static+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$cross_compiling" = yes; then : lt_cv_dlopen_self_static=cross else lt_dlunknown=0; lt_dlno_uscore=1; lt_dlneed_uscore=2 lt_status=$lt_dlunknown cat > conftest.$ac_ext < #endif #include #ifdef RTLD_GLOBAL # define LT_DLGLOBAL RTLD_GLOBAL #else # ifdef DL_GLOBAL # define LT_DLGLOBAL DL_GLOBAL # else # define LT_DLGLOBAL 0 # endif #endif /* We may have to define LT_DLLAZY_OR_NOW in the command line if we find out it does not work in some platform. */ #ifndef LT_DLLAZY_OR_NOW # ifdef RTLD_LAZY # define LT_DLLAZY_OR_NOW RTLD_LAZY # else # ifdef DL_LAZY # define LT_DLLAZY_OR_NOW DL_LAZY # else # ifdef RTLD_NOW # define LT_DLLAZY_OR_NOW RTLD_NOW # else # ifdef DL_NOW # define LT_DLLAZY_OR_NOW DL_NOW # else # define LT_DLLAZY_OR_NOW 0 # endif # endif # endif # endif #endif #ifdef __cplusplus extern "C" void exit (int); #endif void fnord() { int i=42;} int main () { void *self = dlopen (0, LT_DLGLOBAL|LT_DLLAZY_OR_NOW); int status = $lt_dlunknown; if (self) { if (dlsym (self,"fnord")) status = $lt_dlno_uscore; else if (dlsym( self,"_fnord")) status = $lt_dlneed_uscore; /* dlclose (self); */ } exit (status); } EOF if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5 (eval $ac_link) 2>&5 ac_status=$? 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Don't remove nor modify the # starting and closing comments # /* impgen.c starts here */ # /* Copyright (C) 1999-2000 Free Software Foundation, Inc. # # This file is part of GNU libtool. # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # */ # # #include /* for printf() */ # #include /* for open(), lseek(), read() */ # #include /* for O_RDONLY, O_BINARY */ # #include /* for strdup() */ # # /* O_BINARY isn't required (or even defined sometimes) under Unix */ # #ifndef O_BINARY # #define O_BINARY 0 # #endif # # static unsigned int # pe_get16 (fd, offset) # int fd; # int offset; # { # unsigned char b[2]; # lseek (fd, offset, SEEK_SET); # read (fd, b, 2); # return b[0] + (b[1]<<8); # } # # static unsigned int # pe_get32 (fd, offset) # int fd; # int offset; # { # unsigned char b[4]; # lseek (fd, offset, SEEK_SET); # read (fd, b, 4); # return b[0] + (b[1]<<8) + (b[2]<<16) + (b[3]<<24); # } # # static unsigned int # pe_as32 (ptr) # void *ptr; # { # unsigned char *b = ptr; # return b[0] + (b[1]<<8) + (b[2]<<16) + (b[3]<<24); # } # # int # main (argc, argv) # int argc; # char *argv[]; # { # int dll; # unsigned long pe_header_offset, opthdr_ofs, num_entries, i; # unsigned long export_rva, export_size, nsections, secptr, expptr; # unsigned long name_rvas, nexp; # unsigned char *expdata, *erva; # char *filename, *dll_name; # # filename = argv[1]; # # dll = open(filename, O_RDONLY|O_BINARY); # if (dll < 1) # return 1; # # dll_name = filename; # # for (i=0; filename[i]; i++) # if (filename[i] == '/' || filename[i] == '\\' || filename[i] == ':') # dll_name = filename + i +1; # # pe_header_offset = pe_get32 (dll, 0x3c); # opthdr_ofs = pe_header_offset + 4 + 20; # num_entries = pe_get32 (dll, opthdr_ofs + 92); # # if (num_entries < 1) /* no exports */ # return 1; # # export_rva = pe_get32 (dll, opthdr_ofs + 96); # export_size = pe_get32 (dll, opthdr_ofs + 100); # nsections = pe_get16 (dll, pe_header_offset + 4 +2); # secptr = (pe_header_offset + 4 + 20 + # pe_get16 (dll, pe_header_offset + 4 + 16)); # # expptr = 0; # for (i = 0; i < nsections; i++) # { # char sname[8]; # unsigned long secptr1 = secptr + 40 * i; # unsigned long vaddr = pe_get32 (dll, secptr1 + 12); # unsigned long vsize = pe_get32 (dll, secptr1 + 16); # unsigned long fptr = pe_get32 (dll, secptr1 + 20); # lseek(dll, secptr1, SEEK_SET); # read(dll, sname, 8); # if (vaddr <= export_rva && vaddr+vsize > export_rva) # { # expptr = fptr + (export_rva - vaddr); # if (export_rva + export_size > vaddr + vsize) # export_size = vsize - (export_rva - vaddr); # break; # } # } # # expdata = (unsigned char*)malloc(export_size); # lseek (dll, expptr, SEEK_SET); # read (dll, expdata, export_size); # erva = expdata - export_rva; # # nexp = pe_as32 (expdata+24); # name_rvas = pe_as32 (expdata+32); # # printf ("EXPORTS\n"); # for (i = 0; i> "${ofile}T" || (rm -f "${ofile}T"; exit 1) mv -f "${ofile}T" "$ofile" || \ (rm -f "$ofile" && cp "${ofile}T" "$ofile" && rm -f "${ofile}T") chmod +x "$ofile" fi ## ## END FIXME # This can be used to rebuild libtool when needed LIBTOOL_DEPS="$ac_aux_dir/ltmain.sh" # Always use our own libtool. LIBTOOL='$(SHELL) $(top_builddir)/libtool' # Prevent multiple expansion for ac_prog in flex lex do # Extract the first word of "$ac_prog", so it can be a program name with args. set dummy $ac_prog; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_LEX+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$LEX"; then ac_cv_prog_LEX="$LEX" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_LEX="$ac_prog" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi LEX=$ac_cv_prog_LEX if test -n "$LEX"; then { echo "$as_me:$LINENO: result: $LEX" >&5 echo "${ECHO_T}$LEX" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi test -n "$LEX" && break done test -n "$LEX" || LEX=":" if test "x$LEX" != "x:"; then cat >conftest.l <<_ACEOF %% a { ECHO; } b { REJECT; } c { yymore (); } d { yyless (1); } e { yyless (input () != 0); } f { unput (yytext[0]); } . { BEGIN INITIAL; } %% #ifdef YYTEXT_POINTER extern char *yytext; #endif int main (void) { return ! yylex () + ! yywrap (); } _ACEOF { (ac_try="$LEX conftest.l" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$LEX conftest.l") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } { echo "$as_me:$LINENO: checking lex output file root" >&5 echo $ECHO_N "checking lex output file root... $ECHO_C" >&6; } if test "${ac_cv_prog_lex_root+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -f lex.yy.c; then ac_cv_prog_lex_root=lex.yy elif test -f lexyy.c; then ac_cv_prog_lex_root=lexyy else { { echo "$as_me:$LINENO: error: cannot find output from $LEX; giving up" >&5 echo "$as_me: error: cannot find output from $LEX; giving up" >&2;} { (exit 1); exit 1; }; } fi fi { echo "$as_me:$LINENO: result: $ac_cv_prog_lex_root" >&5 echo "${ECHO_T}$ac_cv_prog_lex_root" >&6; } LEX_OUTPUT_ROOT=$ac_cv_prog_lex_root if test -z "${LEXLIB+set}"; then { echo "$as_me:$LINENO: checking lex library" >&5 echo $ECHO_N "checking lex library... $ECHO_C" >&6; } if test "${ac_cv_lib_lex+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_save_LIBS=$LIBS ac_cv_lib_lex='none needed' for ac_lib in '' -lfl -ll; do LIBS="$ac_lib $ac_save_LIBS" cat >conftest.$ac_ext <<_ACEOF `cat $LEX_OUTPUT_ROOT.c` _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then ac_cv_lib_lex=$ac_lib else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext test "$ac_cv_lib_lex" != 'none needed' && break done LIBS=$ac_save_LIBS fi { echo "$as_me:$LINENO: result: $ac_cv_lib_lex" >&5 echo "${ECHO_T}$ac_cv_lib_lex" >&6; } test "$ac_cv_lib_lex" != 'none needed' && LEXLIB=$ac_cv_lib_lex fi { echo "$as_me:$LINENO: checking whether yytext is a pointer" >&5 echo $ECHO_N "checking whether yytext is a pointer... $ECHO_C" >&6; } if test "${ac_cv_prog_lex_yytext_pointer+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else # POSIX says lex can declare yytext either as a pointer or an array; the # default is implementation-dependent. Figure out which it is, since # not all implementations provide the %pointer and %array declarations. ac_cv_prog_lex_yytext_pointer=no ac_save_LIBS=$LIBS LIBS="$LEXLIB $ac_save_LIBS" cat >conftest.$ac_ext <<_ACEOF #define YYTEXT_POINTER 1 `cat $LEX_OUTPUT_ROOT.c` _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_c_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then ac_cv_prog_lex_yytext_pointer=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_save_LIBS fi { echo "$as_me:$LINENO: result: $ac_cv_prog_lex_yytext_pointer" >&5 echo "${ECHO_T}$ac_cv_prog_lex_yytext_pointer" >&6; } if test $ac_cv_prog_lex_yytext_pointer = yes; then cat >>confdefs.h <<\_ACEOF #define YYTEXT_POINTER 1 _ACEOF fi rm -f conftest.l $LEX_OUTPUT_ROOT.c fi if test ${LEX} = "flex"; then cat >>confdefs.h <<\_ACEOF #define HAVE_FLEX 1 _ACEOF fi for ac_prog in 'bison -y' byacc do # Extract the first word of "$ac_prog", so it can be a program name with args. set dummy $ac_prog; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_YACC+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$YACC"; then ac_cv_prog_YACC="$YACC" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_YACC="$ac_prog" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi YACC=$ac_cv_prog_YACC if test -n "$YACC"; then { echo "$as_me:$LINENO: result: $YACC" >&5 echo "${ECHO_T}$YACC" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi test -n "$YACC" && break done test -n "$YACC" || YACC="yacc" # Extract the first word of "bison++", so it can be a program name with args. set dummy bison++; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_BISON_PLUS_PLUS+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$BISON_PLUS_PLUS"; then ac_cv_prog_BISON_PLUS_PLUS="$BISON_PLUS_PLUS" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_BISON_PLUS_PLUS="bison++" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_BISON_PLUS_PLUS" && ac_cv_prog_BISON_PLUS_PLUS=":" fi fi BISON_PLUS_PLUS=$ac_cv_prog_BISON_PLUS_PLUS if test -n "$BISON_PLUS_PLUS"; then { echo "$as_me:$LINENO: result: $BISON_PLUS_PLUS" >&5 echo "${ECHO_T}$BISON_PLUS_PLUS" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi ac_ext=cpp ac_cpp='$CXXCPP $CPPFLAGS' ac_compile='$CXX -c $CXXFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CXX -o conftest$ac_exeext $CXXFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_cxx_compiler_gnu # Checking for header files. # =========================================================================== if test -d /stuff/include; then CPPFLAGS="$CPPFLAGS -I/stuff/include" fi { echo "$as_me:$LINENO: checking for ANSI C header files" >&5 echo $ECHO_N "checking for ANSI C header files... $ECHO_C" >&6; } if test "${ac_cv_header_stdc+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include #include #include int main () { ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_cv_header_stdc=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_header_stdc=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext if test $ac_cv_header_stdc = yes; then # SunOS 4.x string.h does not declare mem*, contrary to ANSI. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "memchr" >/dev/null 2>&1; then : else ac_cv_header_stdc=no fi rm -f conftest* fi if test $ac_cv_header_stdc = yes; then # ISC 2.0.2 stdlib.h does not declare free, contrary to ANSI. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "free" >/dev/null 2>&1; then : else ac_cv_header_stdc=no fi rm -f conftest* fi if test $ac_cv_header_stdc = yes; then # /bin/cc in Irix-4.0.5 gets non-ANSI ctype macros unless using -ansi. if test "$cross_compiling" = yes; then : else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include #if ((' ' & 0x0FF) == 0x020) # define ISLOWER(c) ('a' <= (c) && (c) <= 'z') # define TOUPPER(c) (ISLOWER(c) ? 'A' + ((c) - 'a') : (c)) #else # define ISLOWER(c) \ (('a' <= (c) && (c) <= 'i') \ || ('j' <= (c) && (c) <= 'r') \ || ('s' <= (c) && (c) <= 'z')) # define TOUPPER(c) (ISLOWER(c) ? ((c) | 0x40) : (c)) #endif #define XOR(e, f) (((e) && !(f)) || (!(e) && (f))) int main () { int i; for (i = 0; i < 256; i++) if (XOR (islower (i), ISLOWER (i)) || toupper (i) != TOUPPER (i)) return 2; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then : else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) ac_cv_header_stdc=no fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi fi fi { echo "$as_me:$LINENO: result: $ac_cv_header_stdc" >&5 echo "${ECHO_T}$ac_cv_header_stdc" >&6; } if test $ac_cv_header_stdc = yes; then cat >>confdefs.h <<\_ACEOF #define STDC_HEADERS 1 _ACEOF fi for ac_header in getopt.h unistd.h termios.h do as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh` if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then { echo "$as_me:$LINENO: checking for $ac_header" >&5 echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6; } if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 fi ac_res=`eval echo '${'$as_ac_Header'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } else # Is the header compilable? { echo "$as_me:$LINENO: checking $ac_header usability" >&5 echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default #include <$ac_header> _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_header_compiler=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_compiler=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_compiler" >&5 echo "${ECHO_T}$ac_header_compiler" >&6; } # Is the header present? { echo "$as_me:$LINENO: checking $ac_header presence" >&5 echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include <$ac_header> _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null && { test -z "$ac_cxx_preproc_warn_flag$ac_cxx_werror_flag" || test ! -s conftest.err }; then ac_header_preproc=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_preproc=no fi rm -f conftest.err conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_preproc" >&5 echo "${ECHO_T}$ac_header_preproc" >&6; } # So? What about this header? case $ac_header_compiler:$ac_header_preproc:$ac_cxx_preproc_warn_flag in yes:no: ) { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5 echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5 echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;} ac_header_preproc=yes ;; no:yes:* ) { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5 echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: check for missing prerequisite headers?" >&5 echo "$as_me: WARNING: $ac_header: check for missing prerequisite headers?" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5 echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: section \"Present But Cannot Be Compiled\"" >&5 echo "$as_me: WARNING: $ac_header: section \"Present But Cannot Be Compiled\"" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5 echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5 echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;} ;; esac { echo "$as_me:$LINENO: checking for $ac_header" >&5 echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6; } if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else eval "$as_ac_Header=\$ac_header_preproc" fi ac_res=`eval echo '${'$as_ac_Header'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } fi if test `eval echo '${'$as_ac_Header'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_header" | $as_tr_cpp` 1 _ACEOF fi done if test "${ac_cv_header_curses_h+set}" = set; then { echo "$as_me:$LINENO: checking for curses.h" >&5 echo $ECHO_N "checking for curses.h... $ECHO_C" >&6; } if test "${ac_cv_header_curses_h+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 fi { echo "$as_me:$LINENO: result: $ac_cv_header_curses_h" >&5 echo "${ECHO_T}$ac_cv_header_curses_h" >&6; } else # Is the header compilable? { echo "$as_me:$LINENO: checking curses.h usability" >&5 echo $ECHO_N "checking curses.h usability... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default #include _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_header_compiler=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_compiler=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_compiler" >&5 echo "${ECHO_T}$ac_header_compiler" >&6; } # Is the header present? { echo "$as_me:$LINENO: checking curses.h presence" >&5 echo $ECHO_N "checking curses.h presence... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null && { test -z "$ac_cxx_preproc_warn_flag$ac_cxx_werror_flag" || test ! -s conftest.err }; then ac_header_preproc=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_preproc=no fi rm -f conftest.err conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_preproc" >&5 echo "${ECHO_T}$ac_header_preproc" >&6; } # So? What about this header? case $ac_header_compiler:$ac_header_preproc:$ac_cxx_preproc_warn_flag in yes:no: ) { echo "$as_me:$LINENO: WARNING: curses.h: accepted by the compiler, rejected by the preprocessor!" >&5 echo "$as_me: WARNING: curses.h: accepted by the compiler, rejected by the preprocessor!" >&2;} { echo "$as_me:$LINENO: WARNING: curses.h: proceeding with the compiler's result" >&5 echo "$as_me: WARNING: curses.h: proceeding with the compiler's result" >&2;} ac_header_preproc=yes ;; no:yes:* ) { echo "$as_me:$LINENO: WARNING: curses.h: present but cannot be compiled" >&5 echo "$as_me: WARNING: curses.h: present but cannot be compiled" >&2;} { echo "$as_me:$LINENO: WARNING: curses.h: check for missing prerequisite headers?" >&5 echo "$as_me: WARNING: curses.h: check for missing prerequisite headers?" >&2;} { echo "$as_me:$LINENO: WARNING: curses.h: see the Autoconf documentation" >&5 echo "$as_me: WARNING: curses.h: see the Autoconf documentation" >&2;} { echo "$as_me:$LINENO: WARNING: curses.h: section \"Present But Cannot Be Compiled\"" >&5 echo "$as_me: WARNING: curses.h: section \"Present But Cannot Be Compiled\"" >&2;} { echo "$as_me:$LINENO: WARNING: curses.h: proceeding with the preprocessor's result" >&5 echo "$as_me: WARNING: curses.h: proceeding with the preprocessor's result" >&2;} { echo "$as_me:$LINENO: WARNING: curses.h: in the future, the compiler will take precedence" >&5 echo "$as_me: WARNING: curses.h: in the future, the compiler will take precedence" >&2;} ;; esac { echo "$as_me:$LINENO: checking for curses.h" >&5 echo $ECHO_N "checking for curses.h... $ECHO_C" >&6; } if test "${ac_cv_header_curses_h+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_cv_header_curses_h=$ac_header_preproc fi { echo "$as_me:$LINENO: result: $ac_cv_header_curses_h" >&5 echo "${ECHO_T}$ac_cv_header_curses_h" >&6; } fi if test $ac_cv_header_curses_h = yes; then cat >>confdefs.h <<\_ACEOF #define HAVE_CURSES_H 1 _ACEOF curses_h_ok=yes else curses_h_ok=no fi ucsim_cv_socket="unknown" if test "${ac_cv_header_sys_socket_h+set}" = set; then { echo "$as_me:$LINENO: checking for sys/socket.h" >&5 echo $ECHO_N "checking for sys/socket.h... $ECHO_C" >&6; } if test "${ac_cv_header_sys_socket_h+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 fi { echo "$as_me:$LINENO: result: $ac_cv_header_sys_socket_h" >&5 echo "${ECHO_T}$ac_cv_header_sys_socket_h" >&6; } else # Is the header compilable? { echo "$as_me:$LINENO: checking sys/socket.h usability" >&5 echo $ECHO_N "checking sys/socket.h usability... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default #include _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_header_compiler=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_compiler=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_compiler" >&5 echo "${ECHO_T}$ac_header_compiler" >&6; } # Is the header present? { echo "$as_me:$LINENO: checking sys/socket.h presence" >&5 echo $ECHO_N "checking sys/socket.h presence... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null && { test -z "$ac_cxx_preproc_warn_flag$ac_cxx_werror_flag" || test ! -s conftest.err }; then ac_header_preproc=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_preproc=no fi rm -f conftest.err conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_preproc" >&5 echo "${ECHO_T}$ac_header_preproc" >&6; } # So? What about this header? case $ac_header_compiler:$ac_header_preproc:$ac_cxx_preproc_warn_flag in yes:no: ) { echo "$as_me:$LINENO: WARNING: sys/socket.h: accepted by the compiler, rejected by the preprocessor!" >&5 echo "$as_me: WARNING: sys/socket.h: accepted by the compiler, rejected by the preprocessor!" >&2;} { echo "$as_me:$LINENO: WARNING: sys/socket.h: proceeding with the compiler's result" >&5 echo "$as_me: WARNING: sys/socket.h: proceeding with the compiler's result" >&2;} ac_header_preproc=yes ;; no:yes:* ) { echo "$as_me:$LINENO: WARNING: sys/socket.h: present but cannot be compiled" >&5 echo "$as_me: WARNING: sys/socket.h: present but cannot be compiled" >&2;} { echo "$as_me:$LINENO: WARNING: sys/socket.h: check for missing prerequisite headers?" >&5 echo "$as_me: WARNING: sys/socket.h: check for missing prerequisite headers?" >&2;} { echo "$as_me:$LINENO: WARNING: sys/socket.h: see the Autoconf documentation" >&5 echo "$as_me: WARNING: sys/socket.h: see the Autoconf documentation" >&2;} { echo "$as_me:$LINENO: WARNING: sys/socket.h: section \"Present But Cannot Be Compiled\"" >&5 echo "$as_me: WARNING: sys/socket.h: section \"Present But Cannot Be Compiled\"" >&2;} { echo "$as_me:$LINENO: WARNING: sys/socket.h: proceeding with the preprocessor's result" >&5 echo "$as_me: WARNING: sys/socket.h: proceeding with the preprocessor's result" >&2;} { echo "$as_me:$LINENO: WARNING: sys/socket.h: in the future, the compiler will take precedence" >&5 echo "$as_me: WARNING: sys/socket.h: in the future, the compiler will take precedence" >&2;} ;; esac { echo "$as_me:$LINENO: checking for sys/socket.h" >&5 echo $ECHO_N "checking for sys/socket.h... $ECHO_C" >&6; } if test "${ac_cv_header_sys_socket_h+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_cv_header_sys_socket_h=$ac_header_preproc fi { echo "$as_me:$LINENO: result: $ac_cv_header_sys_socket_h" >&5 echo "${ECHO_T}$ac_cv_header_sys_socket_h" >&6; } fi if test $ac_cv_header_sys_socket_h = yes; then cat >>confdefs.h <<\_ACEOF #define HAVE_SYS_SOCKET_H 1 _ACEOF cat >>confdefs.h <<\_ACEOF #define SOCKET_AVAIL 1 _ACEOF cat >>confdefs.h <<_ACEOF #define UCSOCKET_T int _ACEOF ucsim_cv_socket="" fi WINSOCK_AVAIL=0 if test $ucsim_cv_socket = unknown; then if test "${ac_cv_header_winsock2_h+set}" = set; then { echo "$as_me:$LINENO: checking for winsock2.h" >&5 echo $ECHO_N "checking for winsock2.h... $ECHO_C" >&6; } if test "${ac_cv_header_winsock2_h+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 fi { echo "$as_me:$LINENO: result: $ac_cv_header_winsock2_h" >&5 echo "${ECHO_T}$ac_cv_header_winsock2_h" >&6; } else # Is the header compilable? { echo "$as_me:$LINENO: checking winsock2.h usability" >&5 echo $ECHO_N "checking winsock2.h usability... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default #include _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_header_compiler=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_compiler=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_compiler" >&5 echo "${ECHO_T}$ac_header_compiler" >&6; } # Is the header present? { echo "$as_me:$LINENO: checking winsock2.h presence" >&5 echo $ECHO_N "checking winsock2.h presence... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null && { test -z "$ac_cxx_preproc_warn_flag$ac_cxx_werror_flag" || test ! -s conftest.err }; then ac_header_preproc=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_preproc=no fi rm -f conftest.err conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_preproc" >&5 echo "${ECHO_T}$ac_header_preproc" >&6; } # So? What about this header? case $ac_header_compiler:$ac_header_preproc:$ac_cxx_preproc_warn_flag in yes:no: ) { echo "$as_me:$LINENO: WARNING: winsock2.h: accepted by the compiler, rejected by the preprocessor!" >&5 echo "$as_me: WARNING: winsock2.h: accepted by the compiler, rejected by the preprocessor!" >&2;} { echo "$as_me:$LINENO: WARNING: winsock2.h: proceeding with the compiler's result" >&5 echo "$as_me: WARNING: winsock2.h: proceeding with the compiler's result" >&2;} ac_header_preproc=yes ;; no:yes:* ) { echo "$as_me:$LINENO: WARNING: winsock2.h: present but cannot be compiled" >&5 echo "$as_me: WARNING: winsock2.h: present but cannot be compiled" >&2;} { echo "$as_me:$LINENO: WARNING: winsock2.h: check for missing prerequisite headers?" >&5 echo "$as_me: WARNING: winsock2.h: check for missing prerequisite headers?" >&2;} { echo "$as_me:$LINENO: WARNING: winsock2.h: see the Autoconf documentation" >&5 echo "$as_me: WARNING: winsock2.h: see the Autoconf documentation" >&2;} { echo "$as_me:$LINENO: WARNING: winsock2.h: section \"Present But Cannot Be Compiled\"" >&5 echo "$as_me: WARNING: winsock2.h: section \"Present But Cannot Be Compiled\"" >&2;} { echo "$as_me:$LINENO: WARNING: winsock2.h: proceeding with the preprocessor's result" >&5 echo "$as_me: WARNING: winsock2.h: proceeding with the preprocessor's result" >&2;} { echo "$as_me:$LINENO: WARNING: winsock2.h: in the future, the compiler will take precedence" >&5 echo "$as_me: WARNING: winsock2.h: in the future, the compiler will take precedence" >&2;} ;; esac { echo "$as_me:$LINENO: checking for winsock2.h" >&5 echo $ECHO_N "checking for winsock2.h... $ECHO_C" >&6; } if test "${ac_cv_header_winsock2_h+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_cv_header_winsock2_h=$ac_header_preproc fi { echo "$as_me:$LINENO: result: $ac_cv_header_winsock2_h" >&5 echo "${ECHO_T}$ac_cv_header_winsock2_h" >&6; } fi if test $ac_cv_header_winsock2_h = yes; then cat >>confdefs.h <<\_ACEOF #define HAVE_WINSOCK2_H 1 _ACEOF cat >>confdefs.h <<\_ACEOF #define SOCKET_AVAIL 1 _ACEOF cat >>confdefs.h <<_ACEOF #define UCSOCKET_T SOCKET _ACEOF ucsim_cv_socket="" WINSOCK_AVAIL=1 fi fi if test $ucsim_cv_socket != unknown; then cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include <$ucsim_cv_socket> _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "socklen_t" >/dev/null 2>&1; then cat >>confdefs.h <<_ACEOF #define SOCKLEN_T socklen_t _ACEOF else cat >>confdefs.h <<_ACEOF #define SOCKLEN_T uint _ACEOF fi rm -f conftest* fi cat >>confdefs.h <<_ACEOF #define HEADER_SOCKET ${ucsim_cv_socket} _ACEOF if test "${ac_cv_header_dlfcn_h+set}" = set; then { echo "$as_me:$LINENO: checking for dlfcn.h" >&5 echo $ECHO_N "checking for dlfcn.h... $ECHO_C" >&6; } if test "${ac_cv_header_dlfcn_h+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 fi { echo "$as_me:$LINENO: result: $ac_cv_header_dlfcn_h" >&5 echo "${ECHO_T}$ac_cv_header_dlfcn_h" >&6; } else # Is the header compilable? { echo "$as_me:$LINENO: checking dlfcn.h usability" >&5 echo $ECHO_N "checking dlfcn.h usability... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default #include _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_header_compiler=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_compiler=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_compiler" >&5 echo "${ECHO_T}$ac_header_compiler" >&6; } # Is the header present? { echo "$as_me:$LINENO: checking dlfcn.h presence" >&5 echo $ECHO_N "checking dlfcn.h presence... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null && { test -z "$ac_cxx_preproc_warn_flag$ac_cxx_werror_flag" || test ! -s conftest.err }; then ac_header_preproc=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_preproc=no fi rm -f conftest.err conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_preproc" >&5 echo "${ECHO_T}$ac_header_preproc" >&6; } # So? What about this header? case $ac_header_compiler:$ac_header_preproc:$ac_cxx_preproc_warn_flag in yes:no: ) { echo "$as_me:$LINENO: WARNING: dlfcn.h: accepted by the compiler, rejected by the preprocessor!" >&5 echo "$as_me: WARNING: dlfcn.h: accepted by the compiler, rejected by the preprocessor!" >&2;} { echo "$as_me:$LINENO: WARNING: dlfcn.h: proceeding with the compiler's result" >&5 echo "$as_me: WARNING: dlfcn.h: proceeding with the compiler's result" >&2;} ac_header_preproc=yes ;; no:yes:* ) { echo "$as_me:$LINENO: WARNING: dlfcn.h: present but cannot be compiled" >&5 echo "$as_me: WARNING: dlfcn.h: present but cannot be compiled" >&2;} { echo "$as_me:$LINENO: WARNING: dlfcn.h: check for missing prerequisite headers?" >&5 echo "$as_me: WARNING: dlfcn.h: check for missing prerequisite headers?" >&2;} { echo "$as_me:$LINENO: WARNING: dlfcn.h: see the Autoconf documentation" >&5 echo "$as_me: WARNING: dlfcn.h: see the Autoconf documentation" >&2;} { echo "$as_me:$LINENO: WARNING: dlfcn.h: section \"Present But Cannot Be Compiled\"" >&5 echo "$as_me: WARNING: dlfcn.h: section \"Present But Cannot Be Compiled\"" >&2;} { echo "$as_me:$LINENO: WARNING: dlfcn.h: proceeding with the preprocessor's result" >&5 echo "$as_me: WARNING: dlfcn.h: proceeding with the preprocessor's result" >&2;} { echo "$as_me:$LINENO: WARNING: dlfcn.h: in the future, the compiler will take precedence" >&5 echo "$as_me: WARNING: dlfcn.h: in the future, the compiler will take precedence" >&2;} ;; esac { echo "$as_me:$LINENO: checking for dlfcn.h" >&5 echo $ECHO_N "checking for dlfcn.h... $ECHO_C" >&6; } if test "${ac_cv_header_dlfcn_h+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_cv_header_dlfcn_h=$ac_header_preproc fi { echo "$as_me:$LINENO: result: $ac_cv_header_dlfcn_h" >&5 echo "${ECHO_T}$ac_cv_header_dlfcn_h" >&6; } fi ac_header_dirent=no for ac_hdr in dirent.h sys/ndir.h sys/dir.h ndir.h; do as_ac_Header=`echo "ac_cv_header_dirent_$ac_hdr" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_hdr that defines DIR" >&5 echo $ECHO_N "checking for $ac_hdr that defines DIR... $ECHO_C" >&6; } if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include <$ac_hdr> int main () { if ((DIR *) 0) return 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then eval "$as_ac_Header=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_Header=no" fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_Header'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_Header'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_hdr" | $as_tr_cpp` 1 _ACEOF ac_header_dirent=$ac_hdr; break fi done # Two versions of opendir et al. are in -ldir and -lx on SCO Xenix. if test $ac_header_dirent = dirent.h; then { echo "$as_me:$LINENO: checking for library containing opendir" >&5 echo $ECHO_N "checking for library containing opendir... $ECHO_C" >&6; } if test "${ac_cv_search_opendir+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_func_search_save_LIBS=$LIBS cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char opendir (); int main () { return opendir (); ; return 0; } _ACEOF for ac_lib in '' dir; do if test -z "$ac_lib"; then ac_res="none required" else ac_res=-l$ac_lib LIBS="-l$ac_lib $ac_func_search_save_LIBS" fi rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then ac_cv_search_opendir=$ac_res else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext if test "${ac_cv_search_opendir+set}" = set; then break fi done if test "${ac_cv_search_opendir+set}" = set; then : else ac_cv_search_opendir=no fi rm conftest.$ac_ext LIBS=$ac_func_search_save_LIBS fi { echo "$as_me:$LINENO: result: $ac_cv_search_opendir" >&5 echo "${ECHO_T}$ac_cv_search_opendir" >&6; } ac_res=$ac_cv_search_opendir if test "$ac_res" != no; then test "$ac_res" = "none required" || LIBS="$ac_res $LIBS" fi else { echo "$as_me:$LINENO: checking for library containing opendir" >&5 echo $ECHO_N "checking for library containing opendir... $ECHO_C" >&6; } if test "${ac_cv_search_opendir+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_func_search_save_LIBS=$LIBS cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char opendir (); int main () { return opendir (); ; return 0; } _ACEOF for ac_lib in '' x; do if test -z "$ac_lib"; then ac_res="none required" else ac_res=-l$ac_lib LIBS="-l$ac_lib $ac_func_search_save_LIBS" fi rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then ac_cv_search_opendir=$ac_res else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext if test "${ac_cv_search_opendir+set}" = set; then break fi done if test "${ac_cv_search_opendir+set}" = set; then : else ac_cv_search_opendir=no fi rm conftest.$ac_ext LIBS=$ac_func_search_save_LIBS fi { echo "$as_me:$LINENO: result: $ac_cv_search_opendir" >&5 echo "${ECHO_T}$ac_cv_search_opendir" >&6; } ac_res=$ac_cv_search_opendir if test "$ac_res" != no; then test "$ac_res" = "none required" || LIBS="$ac_res $LIBS" fi fi # This must be after CXXCPP { echo "$as_me:$LINENO: checking which header file defines FD_ macros" >&5 echo $ECHO_N "checking which header file defines FD_ macros... $ECHO_C" >&6; } if test "${ucsim_cv_fd+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ucsim_cv_fd="unknown" cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #ifdef FD_ZERO yes #endif _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "yes" >/dev/null 2>&1; then ucsim_cv_fd="" fi rm -f conftest* cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #ifdef FD_ZERO yes #endif _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "yes" >/dev/null 2>&1; then ucsim_cv_fd="" fi rm -f conftest* cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #ifdef FD_ZERO yes #endif _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "yes" >/dev/null 2>&1; then ucsim_cv_fd="" fi rm -f conftest* cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #ifdef FD_ZERO yes #endif _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "yes" >/dev/null 2>&1; then ucsim_cv_fd="" fi rm -f conftest* fi { echo "$as_me:$LINENO: result: $ucsim_cv_fd" >&5 echo "${ECHO_T}$ucsim_cv_fd" >&6; } ucsim_cv_header_ok=0 if echo $ucsim_cv_fd|grep time >/dev/null 2>&1; then cat >>confdefs.h <<\_ACEOF #define FD_NEED_TIME_H 1 _ACEOF ucsim_cv_header_ok=1 else cat >>confdefs.h <<\_ACEOF #define FD_NEED_TIME_H 0 _ACEOF fi if echo $ucsim_cv_fd|grep types >/dev/null 2>&1; then cat >>confdefs.h <<\_ACEOF #define FD_NEED_TYPES_H 1 _ACEOF ucsim_cv_header_ok=1 else cat >>confdefs.h <<\_ACEOF #define FD_NEED_TYPES_H 0 _ACEOF fi if echo $ucsim_cv_fd|grep select >/dev/null 2>&1; then cat >>confdefs.h <<\_ACEOF #define FD_NEED_SELECT_H 1 _ACEOF ucsim_cv_header_ok=1 else cat >>confdefs.h <<\_ACEOF #define FD_NEED_SELECT_H 0 _ACEOF fi if echo $ucsim_cv_fd|grep winsock2 >/dev/null 2>&1; then cat >>confdefs.h <<\_ACEOF #define FD_NEED_WINSOCK2_H 1 _ACEOF ucsim_cv_header_ok=1 else cat >>confdefs.h <<\_ACEOF #define FD_NEED_WINSOCK2_H 0 _ACEOF fi cat >>confdefs.h <<_ACEOF #define FD_HEADER_OK ${ucsim_cv_header_ok} _ACEOF cat >>confdefs.h <<_ACEOF #define HEADER_FD ${ucsim_cv_fd} _ACEOF # Checking for functions/libs # =========================================================================== if echo $ucsim_cv_socket|grep winsock2 >/dev/null 2>&1; then LIBS="-lws2_32 $LIBS" else { echo "$as_me:$LINENO: checking for socket in -lsocket" >&5 echo $ECHO_N "checking for socket in -lsocket... $ECHO_C" >&6; } if test "${ac_cv_lib_socket_socket+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-lsocket $LIBS" cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char socket (); int main () { return socket (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then ac_cv_lib_socket_socket=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_lib_socket_socket=no fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { echo "$as_me:$LINENO: result: $ac_cv_lib_socket_socket" >&5 echo "${ECHO_T}$ac_cv_lib_socket_socket" >&6; } if test $ac_cv_lib_socket_socket = yes; then cat >>confdefs.h <<_ACEOF #define HAVE_LIBSOCKET 1 _ACEOF LIBS="-lsocket $LIBS" fi { echo "$as_me:$LINENO: checking for xdr_short in -lnsl" >&5 echo $ECHO_N "checking for xdr_short in -lnsl... $ECHO_C" >&6; } if test "${ac_cv_lib_nsl_xdr_short+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-lnsl $LIBS" cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char xdr_short (); int main () { return xdr_short (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then ac_cv_lib_nsl_xdr_short=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_lib_nsl_xdr_short=no fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { echo "$as_me:$LINENO: result: $ac_cv_lib_nsl_xdr_short" >&5 echo "${ECHO_T}$ac_cv_lib_nsl_xdr_short" >&6; } if test $ac_cv_lib_nsl_xdr_short = yes; then cat >>confdefs.h <<_ACEOF #define HAVE_LIBNSL 1 _ACEOF LIBS="-lnsl $LIBS" fi fi { echo "$as_me:$LINENO: checking for dlopen in -ldl" >&5 echo $ECHO_N "checking for dlopen in -ldl... $ECHO_C" >&6; } if test "${ac_cv_lib_dl_dlopen+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-ldl $LIBS" cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char dlopen (); int main () { return dlopen (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then ac_cv_lib_dl_dlopen=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_lib_dl_dlopen=no fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { echo "$as_me:$LINENO: result: $ac_cv_lib_dl_dlopen" >&5 echo "${ECHO_T}$ac_cv_lib_dl_dlopen" >&6; } if test $ac_cv_lib_dl_dlopen = yes; then dl_ok="yes" DL="-ldl" else dl_ok="no" DL="" fi #AC_CHECK_LIB(panel,panel_above, #panel_ok="yes" #curses_ok="yes" #CURSES_LIBS="-lpanel -lcurses" #, #panel_ok="no" #AC_CHECK_LIB(curses,nl, #curses_ok="yes" #CURSES_LIBS="-lcurses" #, #curses_ok="no") #, #-lcurses) if test $curses_h_ok != yes; then panel_ok="no" curses_ok="no" else { echo "$as_me:$LINENO: checking for panel_above in -lpanel" >&5 echo $ECHO_N "checking for panel_above in -lpanel... $ECHO_C" >&6; } if test "${ac_cv_lib_panel_panel_above+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-lpanel $LIBS" cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char panel_above (); int main () { return panel_above (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then ac_cv_lib_panel_panel_above=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_lib_panel_panel_above=no fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { echo "$as_me:$LINENO: result: $ac_cv_lib_panel_panel_above" >&5 echo "${ECHO_T}$ac_cv_lib_panel_panel_above" >&6; } if test $ac_cv_lib_panel_panel_above = yes; then panel_ok="yes" curses_ok="yes" CURSES_LIBS="-lpanel" else panel_ok="no" curses_ok="no" fi if test $curses_ok != yes; then { echo "$as_me:$LINENO: checking for nl in -lcurses" >&5 echo $ECHO_N "checking for nl in -lcurses... $ECHO_C" >&6; } if test "${ac_cv_lib_curses_nl+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-lcurses $LIBS" cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char nl (); int main () { return nl (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then ac_cv_lib_curses_nl=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_lib_curses_nl=no fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { echo "$as_me:$LINENO: result: $ac_cv_lib_curses_nl" >&5 echo "${ECHO_T}$ac_cv_lib_curses_nl" >&6; } if test $ac_cv_lib_curses_nl = yes; then curses_ok="yes" CURSES_LIBS="-lcurses" else curses_ok="no" fi fi if test $curses_ok != yes; then { echo "$as_me:$LINENO: checking for nl in -lncurses" >&5 echo $ECHO_N "checking for nl in -lncurses... $ECHO_C" >&6; } if test "${ac_cv_lib_ncurses_nl+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-lncurses $LIBS" cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char nl (); int main () { return nl (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then ac_cv_lib_ncurses_nl=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_lib_ncurses_nl=no fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { echo "$as_me:$LINENO: result: $ac_cv_lib_ncurses_nl" >&5 echo "${ECHO_T}$ac_cv_lib_ncurses_nl" >&6; } if test $ac_cv_lib_ncurses_nl = yes; then curses_ok="yes" CURSES_LIBS="-lncurses" else curses_ok="no" fi fi fi for ac_func in vprintf do as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_func" >&5 echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6; } if { as_var=$as_ac_var; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Define $ac_func to an innocuous variant, in case declares $ac_func. For example, HP-UX 11i declares gettimeofday. */ #define $ac_func innocuous_$ac_func /* System header to define __stub macros and hopefully few prototypes, which can conflict with char $ac_func (); below. Prefer to if __STDC__ is defined, since exists even on freestanding compilers. */ #ifdef __STDC__ # include #else # include #endif #undef $ac_func /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char $ac_func (); /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. Some functions are actually named something starting with __ and the normal name is an alias. */ #if defined __stub_$ac_func || defined __stub___$ac_func choke me #endif int main () { return $ac_func (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then eval "$as_ac_var=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_var=no" fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_var'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_var'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_func" | $as_tr_cpp` 1 _ACEOF { echo "$as_me:$LINENO: checking for _doprnt" >&5 echo $ECHO_N "checking for _doprnt... $ECHO_C" >&6; } if test "${ac_cv_func__doprnt+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Define _doprnt to an innocuous variant, in case declares _doprnt. For example, HP-UX 11i declares gettimeofday. */ #define _doprnt innocuous__doprnt /* System header to define __stub macros and hopefully few prototypes, which can conflict with char _doprnt (); below. Prefer to if __STDC__ is defined, since exists even on freestanding compilers. */ #ifdef __STDC__ # include #else # include #endif #undef _doprnt /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char _doprnt (); /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. Some functions are actually named something starting with __ and the normal name is an alias. */ #if defined __stub__doprnt || defined __stub____doprnt choke me #endif int main () { return _doprnt (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then ac_cv_func__doprnt=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_func__doprnt=no fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_func__doprnt" >&5 echo "${ECHO_T}$ac_cv_func__doprnt" >&6; } if test $ac_cv_func__doprnt = yes; then cat >>confdefs.h <<\_ACEOF #define HAVE_DOPRNT 1 _ACEOF fi fi done for ac_func in vsnprintf do as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_func" >&5 echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6; } if { as_var=$as_ac_var; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Define $ac_func to an innocuous variant, in case declares $ac_func. For example, HP-UX 11i declares gettimeofday. */ #define $ac_func innocuous_$ac_func /* System header to define __stub macros and hopefully few prototypes, which can conflict with char $ac_func (); below. Prefer to if __STDC__ is defined, since exists even on freestanding compilers. */ #ifdef __STDC__ # include #else # include #endif #undef $ac_func /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char $ac_func (); /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. Some functions are actually named something starting with __ and the normal name is an alias. */ #if defined __stub_$ac_func || defined __stub___$ac_func choke me #endif int main () { return $ac_func (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then eval "$as_ac_var=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_var=no" fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_var'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_var'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_func" | $as_tr_cpp` 1 _ACEOF fi done for ac_func in _vsnprintf do as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_func" >&5 echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6; } if { as_var=$as_ac_var; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Define $ac_func to an innocuous variant, in case declares $ac_func. For example, HP-UX 11i declares gettimeofday. */ #define $ac_func innocuous_$ac_func /* System header to define __stub macros and hopefully few prototypes, which can conflict with char $ac_func (); below. Prefer to if __STDC__ is defined, since exists even on freestanding compilers. */ #ifdef __STDC__ # include #else # include #endif #undef $ac_func /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char $ac_func (); /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. Some functions are actually named something starting with __ and the normal name is an alias. */ #if defined __stub_$ac_func || defined __stub___$ac_func choke me #endif int main () { return $ac_func (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then eval "$as_ac_var=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_var=no" fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_var'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_var'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_func" | $as_tr_cpp` 1 _ACEOF fi done for ac_func in vasprintf do as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_func" >&5 echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6; } if { as_var=$as_ac_var; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Define $ac_func to an innocuous variant, in case declares $ac_func. For example, HP-UX 11i declares gettimeofday. */ #define $ac_func innocuous_$ac_func /* System header to define __stub macros and hopefully few prototypes, which can conflict with char $ac_func (); below. Prefer to if __STDC__ is defined, since exists even on freestanding compilers. */ #ifdef __STDC__ # include #else # include #endif #undef $ac_func /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char $ac_func (); /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. Some functions are actually named something starting with __ and the normal name is an alias. */ #if defined __stub_$ac_func || defined __stub___$ac_func choke me #endif int main () { return $ac_func (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then eval "$as_ac_var=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_var=no" fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_var'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_var'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_func" | $as_tr_cpp` 1 _ACEOF fi done for ac_func in strlen strcpy strcat strstr strcmp strerror strtok strdup do as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_func" >&5 echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6; } if { as_var=$as_ac_var; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Define $ac_func to an innocuous variant, in case declares $ac_func. For example, HP-UX 11i declares gettimeofday. */ #define $ac_func innocuous_$ac_func /* System header to define __stub macros and hopefully few prototypes, which can conflict with char $ac_func (); below. Prefer to if __STDC__ is defined, since exists even on freestanding compilers. */ #ifdef __STDC__ # include #else # include #endif #undef $ac_func /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char $ac_func (); /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. Some functions are actually named something starting with __ and the normal name is an alias. */ #if defined __stub_$ac_func || defined __stub___$ac_func choke me #endif int main () { return $ac_func (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then eval "$as_ac_var=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_var=no" fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_var'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_var'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_func" | $as_tr_cpp` 1 _ACEOF fi done for ac_func in strchr memcpy do as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_func" >&5 echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6; } if { as_var=$as_ac_var; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Define $ac_func to an innocuous variant, in case declares $ac_func. For example, HP-UX 11i declares gettimeofday. */ #define $ac_func innocuous_$ac_func /* System header to define __stub macros and hopefully few prototypes, which can conflict with char $ac_func (); below. Prefer to if __STDC__ is defined, since exists even on freestanding compilers. */ #ifdef __STDC__ # include #else # include #endif #undef $ac_func /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char $ac_func (); /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. Some functions are actually named something starting with __ and the normal name is an alias. */ #if defined __stub_$ac_func || defined __stub___$ac_func choke me #endif int main () { return $ac_func (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then eval "$as_ac_var=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_var=no" fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_var'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_var'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_func" | $as_tr_cpp` 1 _ACEOF fi done for ac_func in fgets do as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_func" >&5 echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6; } if { as_var=$as_ac_var; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Define $ac_func to an innocuous variant, in case declares $ac_func. For example, HP-UX 11i declares gettimeofday. */ #define $ac_func innocuous_$ac_func /* System header to define __stub macros and hopefully few prototypes, which can conflict with char $ac_func (); below. Prefer to if __STDC__ is defined, since exists even on freestanding compilers. */ #ifdef __STDC__ # include #else # include #endif #undef $ac_func /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char $ac_func (); /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. Some functions are actually named something starting with __ and the normal name is an alias. */ #if defined __stub_$ac_func || defined __stub___$ac_func choke me #endif int main () { return $ac_func (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then eval "$as_ac_var=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_var=no" fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_var'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_var'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_func" | $as_tr_cpp` 1 _ACEOF fi done for ac_func in yylex do as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_func" >&5 echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6; } if { as_var=$as_ac_var; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Define $ac_func to an innocuous variant, in case declares $ac_func. For example, HP-UX 11i declares gettimeofday. */ #define $ac_func innocuous_$ac_func /* System header to define __stub macros and hopefully few prototypes, which can conflict with char $ac_func (); below. Prefer to if __STDC__ is defined, since exists even on freestanding compilers. */ #ifdef __STDC__ # include #else # include #endif #undef $ac_func /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char $ac_func (); /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. Some functions are actually named something starting with __ and the normal name is an alias. */ #if defined __stub_$ac_func || defined __stub___$ac_func choke me #endif int main () { return $ac_func (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest$ac_exeext && $as_test_x conftest$ac_exeext; then eval "$as_ac_var=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_var=no" fi rm -f core conftest.err conftest.$ac_objext conftest_ipa8_conftest.oo \ conftest$ac_exeext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_var'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_var'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_func" | $as_tr_cpp` 1 _ACEOF fi done { echo "$as_me:$LINENO: checking whether scanf knows %a" >&5 echo $ECHO_N "checking whether scanf knows %a... $ECHO_C" >&6; } if test "${ucsim_cv_scanf_a+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else echo "a b" >conftest.data if test "$cross_compiling" = yes; then ucsim_cv_scanf_a="unknown" else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include void main(void) { FILE *f; char *a; int i; if ((f= fopen("conftest.data", "r")) == NULL) exit(1); i= fscanf(f, " %a[a-z] ", &a); fclose(f); if (i == 0) exit(2); if (i == 1) exit(0); exit(3); } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ucsim_cv_scanf_a="yes" else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) ucsim_cv_scanf_a="no" fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi fi { echo "$as_me:$LINENO: result: $ucsim_cv_scanf_a" >&5 echo "${ECHO_T}$ucsim_cv_scanf_a" >&6; } if test "$ucsim_cv_scanf_a" = "yes"; then cat >>confdefs.h <<\_ACEOF #define SCANF_A 1 _ACEOF fi { echo "$as_me:$LINENO: checking whether getcwd is GNUish" >&5 echo $ECHO_N "checking whether getcwd is GNUish... $ECHO_C" >&6; } if test "${ucsim_cv_getcwd+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$cross_compiling" = yes; then ucsim_cv_getcwd="unknown" else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include void main(void) { if ((getcwd(NULL, 0)) == NULL) exit(1); exit(0); } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ucsim_cv_getcwd="yes" else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) ucsim_cv_getcwd="no" fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi fi { echo "$as_me:$LINENO: result: $ucsim_cv_getcwd" >&5 echo "${ECHO_T}$ucsim_cv_getcwd" >&6; } if test "$ucsim_cv_getcwd" = "yes"; then cat >>confdefs.h <<\_ACEOF #define GNU_GETCWD 1 _ACEOF fi #' { echo "$as_me:$LINENO: checking for type of length pointer parameter of accept" >&5 echo $ECHO_N "checking for type of length pointer parameter of accept... $ECHO_C" >&6; } if test "${ucsim_cv_accept_length_type+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_save_CPPFLAGS="$CPPFLAGS" ucsim_cv_accept_length_type=no for ac_val in int size_t socklen_t; do CPPFLAGS="$ac_save_CPPFLAGS -DACCEPT_SOCKLEN_T=$ac_val" cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include ${ucsim_cv_socket} int main () { struct sockaddr a; $ac_val len; accept (0, &a, &len); ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ucsim_cv_accept_length_type=$ac_val; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done CPPFLAGS="$ac_save_CPPFLAGS" fi { echo "$as_me:$LINENO: result: $ucsim_cv_accept_length_type" >&5 echo "${ECHO_T}$ucsim_cv_accept_length_type" >&6; } if test "$ucsim_cv_accept_length_type" != no; then cat >>confdefs.h <<_ACEOF #define ACCEPT_SOCKLEN_T $ucsim_cv_accept_length_type _ACEOF fi # Macro definitions ################### # DD_COPT macro checks if the compiler specified as the 1st parameter # supports option specified as the 2nd parameter # For example: DD_COPT(CXX, fPIC) # DD_COPT_NO_IGNORE macro checks if the compiler specified as the # 1st parameter supports and doesn't ignore option specified as the # 2nd parameter # For example: DD_COPT_NO_IGNORE(CXX, fPIC) # Checking characteristics of compilers and other programs # -------------------------------------------------------- # Cross compiling overrides # FIXME if test "$CC" = "i586-mingw32msvc-gcc"; then ac_cv_c_bigendian=no ac_cv_sizeof_char=1 ac_cv_sizeof_short=2 ac_cv_sizeof_int=4 ac_cv_sizeof_long=4 ac_cv_sizeof_long_long=4 fi # SDCC_BUILD_BIGENDIAN ([ACTION-IF-TRUE], [ACTION-IF-FALSE], [ACTION-IF-UNKNOWN]) # ------------------------------------------------------------------------- # SDCC_BUILD_BIGENDIAN { echo "$as_me:$LINENO: checking whether host machine byte ordering is bigendian" >&5 echo $ECHO_N "checking whether host machine byte ordering is bigendian... $ECHO_C" >&6; } if test "${sdcc_cv_build_bigendian+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else # See if sys/param.h defines the BYTE_ORDER macro. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include int main () { #if ! (defined BYTE_ORDER && defined BIG_ENDIAN && defined LITTLE_ENDIAN \ && BYTE_ORDER && BIG_ENDIAN && LITTLE_ENDIAN) bogus endian macros #endif ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then # It does; now see whether it defined to BIG_ENDIAN or not. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include int main () { #if BYTE_ORDER != BIG_ENDIAN not big endian #endif ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then sdcc_cv_build_bigendian=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 sdcc_cv_build_bigendian=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 # It does not; compile a test program. if test "$cross_compiling" = yes; then # try to guess the endianness by grepping values into an object file sdcc_cv_build_bigendian=unknown cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ short int ascii_mm[] = { 0x4249, 0x4765, 0x6E44, 0x6961, 0x6E53, 0x7953, 0 }; short int ascii_ii[] = { 0x694C, 0x5454, 0x656C, 0x6E45, 0x6944, 0x6E61, 0 }; void _ascii () { char *s = (char *) ascii_mm; s = (char *) ascii_ii; } short int ebcdic_ii[] = { 0x89D3, 0xE3E3, 0x8593, 0x95C5, 0x89C4, 0x9581, 0 }; short int ebcdic_mm[] = { 0xC2C9, 0xC785, 0x95C4, 0x8981, 0x95E2, 0xA8E2, 0 }; void _ebcdic () { char *s = (char *) ebcdic_mm; s = (char *) ebcdic_ii; } int main () { _ascii (); _ebcdic (); ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then if grep BIGenDianSyS conftest.$ac_objext >/dev/null ; then sdcc_cv_build_bigendian=yes fi if grep LiTTleEnDian conftest.$ac_objext >/dev/null ; then if test "$sdcc_cv_build_bigendian" = unknown; then sdcc_cv_build_bigendian=no else # finding both strings is unlikely to happen, but who knows? sdcc_cv_build_bigendian=unknown fi fi else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default int main () { /* Are we little or big endian? From Harbison&Steele. */ union { long int l; char c[sizeof (long int)]; } u; u.l = 1; return u.c[sizeof (long int) - 1] == 1; ; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then sdcc_cv_build_bigendian=no else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) sdcc_cv_build_bigendian=yes fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $sdcc_cv_build_bigendian" >&5 echo "${ECHO_T}$sdcc_cv_build_bigendian" >&6; } case $sdcc_cv_build_bigendian in yes) cat >>confdefs.h <<\_ACEOF #define BUILD_WORDS_BIGENDIAN 1 _ACEOF ;; no) ;; *) { { echo "$as_me:$LINENO: error: unknown endianness presetting sdcc_cv_build_bigendian=no (or yes) will help" >&5 echo "$as_me: error: unknown endianness presetting sdcc_cv_build_bigendian=no (or yes) will help" >&2;} { (exit 1); exit 1; }; } ;; esac { echo "$as_me:$LINENO: checking whether preprocessor accepts -MM or -M" >&5 echo $ECHO_N "checking whether preprocessor accepts -MM or -M... $ECHO_C" >&6; } if test "${ucsim_cv_MM+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else echo "#include " >_test_.c echo "" >>_test_.c $CXXCPP -v -MM _test_.c 1>&5 2>&5 if test "$?" = "0"; then ucsim_cv_MM="-MM" else ucsim_cv_MM="-M" fi rm -f _test_.* fi { echo "$as_me:$LINENO: result: $ucsim_cv_MM" >&5 echo "${ECHO_T}$ucsim_cv_MM" >&6; } M_OR_MM=$ucsim_cv_MM # This is the first time when CFLAGS are set/modified!! { echo "$as_me:$LINENO: checking whether $CXX accepts -ggdb" >&5 echo $ECHO_N "checking whether $CXX accepts -ggdb... $ECHO_C" >&6; } if test "${ucsim_cv_CXXggdb+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >_test_.c <&5 2>&5 if test "$?" = "0"; then ucsim_cv_CXXggdb="yes" else ucsim_cv_CXXggdb="no" fi rm -f _test_.* a.out fi { echo "$as_me:$LINENO: result: $ucsim_cv_CXXggdb" >&5 echo "${ECHO_T}$ucsim_cv_CXXggdb" >&6; } { echo "$as_me:$LINENO: checking whether $CXX accepts -gstabs" >&5 echo $ECHO_N "checking whether $CXX accepts -gstabs... $ECHO_C" >&6; } if test "${ucsim_cv_CXXgstabs+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >_test_.c <&5 2>&5 if test "$?" = "0"; then ucsim_cv_CXXgstabs="yes" else ucsim_cv_CXXgstabs="no" fi rm -f _test_.* a.out fi { echo "$as_me:$LINENO: result: $ucsim_cv_CXXgstabs" >&5 echo "${ECHO_T}$ucsim_cv_CXXgstabs" >&6; } if test "$ucsim_cv_CXXgstabs" = "yes"; then gopt="-gstabs+ -g3" elif test "$ucsim_cv_CXXggdb" = "yes"; then gopt="-ggdb -g3" else gopt="-g" fi if test "$CXXFLAGS"x = x ;then CXXFLAGS="$gopt" else CXXFLAGS="$CXXFLAGS $gopt" fi { echo "$as_me:$LINENO: checking whether $CXX accepts -pipe" >&5 echo $ECHO_N "checking whether $CXX accepts -pipe... $ECHO_C" >&6; } if test "${ucsim_cv_CXXpipe+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >_test_.c <&5 2>&5 if test "$?" = "0"; then ucsim_cv_CXXpipe="yes" else ucsim_cv_CXXpipe="no" fi rm -f _test_.* a.out fi { echo "$as_me:$LINENO: result: $ucsim_cv_CXXpipe" >&5 echo "${ECHO_T}$ucsim_cv_CXXpipe" >&6; } if test "$ucsim_cv_CXXpipe" = "yes"; then CXXFLAGS="$CXXFLAGS -pipe" fi PICOPT="" SHAREDLIB="no" { echo "$as_me:$LINENO: checking whether $CXX accepts and doesn't ignore -fPIC" >&5 echo $ECHO_N "checking whether $CXX accepts and doesn't ignore -fPIC... $ECHO_C" >&6; } if test "${ucsim_cv_CXXfPIC+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >_test_.c <&1 1>&5) if test "$?" = "0"; then expr "$ucsim_cv_CXXfPIC" : '.*'-fPIC'.*ignored' 1>&5 2>&5 if test "$?" = "0"; then ucsim_cv_CXXfPIC="no" else ucsim_cv_CXXfPIC="yes" fi else ucsim_cv_CXXfPIC="no" fi rm -f _test_.* a.out fi { echo "$as_me:$LINENO: result: $ucsim_cv_CXXfPIC" >&5 echo "${ECHO_T}$ucsim_cv_CXXfPIC" >&6; } if test "$ucsim_cv_CXXfPIC" = "yes"; then PICOPT="-fPIC" else { echo "$as_me:$LINENO: checking whether $CXX accepts and doesn't ignore -fpic" >&5 echo $ECHO_N "checking whether $CXX accepts and doesn't ignore -fpic... $ECHO_C" >&6; } if test "${ucsim_cv_CXXfpic+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >_test_.c <&1 1>&5) if test "$?" = "0"; then expr "$ucsim_cv_CXXfpic" : '.*'-fpic'.*ignored' 1>&5 2>&5 if test "$?" = "0"; then ucsim_cv_CXXfpic="no" else ucsim_cv_CXXfpic="yes" fi else ucsim_cv_CXXfpic="no" fi rm -f _test_.* a.out fi { echo "$as_me:$LINENO: result: $ucsim_cv_CXXfpic" >&5 echo "${ECHO_T}$ucsim_cv_CXXfpic" >&6; } if test "$ucsim_cv_CXXfpic" = "yes"; then PICOPT="-fpic" fi fi if test "$PICOPT"x != "x"; then SHAREDLIB="yes" fi dlso_ok="no" if test $SHAREDLIB = "yes" -a $dl_ok = "yes" -a $enable_dlso = "yes"; then dlso_ok="yes" fi # Checks for typedefs, structures, and compiler characteristics. # =========================================================================== { echo "$as_me:$LINENO: checking return type of signal handlers" >&5 echo $ECHO_N "checking return type of signal handlers... $ECHO_C" >&6; } if test "${ac_cv_type_signal+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include int main () { return *(signal (0, 0)) (0) == 1; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_cv_type_signal=int else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_type_signal=void fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_type_signal" >&5 echo "${ECHO_T}$ac_cv_type_signal" >&6; } cat >>confdefs.h <<_ACEOF #define RETSIGTYPE $ac_cv_type_signal _ACEOF if test "$cross_compiling" = "no"; then { echo "$as_me:$LINENO: checking for char" >&5 echo $ECHO_N "checking for char... $ECHO_C" >&6; } if test "${ac_cv_type_char+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_new_; int main () { if ((ac__type_new_ *) 0) return 0; if (sizeof (ac__type_new_)) return 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_cv_type_char=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_type_char=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_type_char" >&5 echo "${ECHO_T}$ac_cv_type_char" >&6; } # The cast to long int works around a bug in the HP C Compiler # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects # declarations like `int a3[[(sizeof (unsigned char)) >= 0]];'. # This bug is HP SR number 8606223364. { echo "$as_me:$LINENO: checking size of char" >&5 echo $ECHO_N "checking size of char... $ECHO_C" >&6; } if test "${ac_cv_sizeof_char+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$cross_compiling" = yes; then # Depending upon the size, compute the lo and hi bounds. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=0 ac_mid=0 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr $ac_mid + 1` if test $ac_lo -le $ac_mid; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) < 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=-1 ac_mid=-1 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_hi=`expr '(' $ac_mid ')' - 1` if test $ac_mid -le $ac_hi; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo= ac_hi= fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext # Binary search between lo and hi bounds. while test "x$ac_lo" != "x$ac_hi"; do ac_mid=`expr '(' $ac_hi - $ac_lo ')' / 2 + $ac_lo` cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=$ac_mid else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr '(' $ac_mid ')' + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done case $ac_lo in ?*) ac_cv_sizeof_char=$ac_lo;; '') if test "$ac_cv_type_char" = yes; then { { echo "$as_me:$LINENO: error: cannot compute sizeof (char) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (char) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } else ac_cv_sizeof_char=0 fi ;; esac else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_sizeof_; static long int longval () { return (long int) (sizeof (ac__type_sizeof_)); } static unsigned long int ulongval () { return (long int) (sizeof (ac__type_sizeof_)); } #include #include int main () { FILE *f = fopen ("conftest.val", "w"); if (! f) return 1; if (((long int) (sizeof (ac__type_sizeof_))) < 0) { long int i = longval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%ld\n", i); } else { unsigned long int i = ulongval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%lu\n", i); } return ferror (f) || fclose (f) != 0; ; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_char=`cat conftest.val` else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) if test "$ac_cv_type_char" = yes; then { { echo "$as_me:$LINENO: error: cannot compute sizeof (char) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (char) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } else ac_cv_sizeof_char=0 fi fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi rm -f conftest.val fi { echo "$as_me:$LINENO: result: $ac_cv_sizeof_char" >&5 echo "${ECHO_T}$ac_cv_sizeof_char" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_CHAR $ac_cv_sizeof_char _ACEOF { echo "$as_me:$LINENO: checking for short" >&5 echo $ECHO_N "checking for short... $ECHO_C" >&6; } if test "${ac_cv_type_short+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_new_; int main () { if ((ac__type_new_ *) 0) return 0; if (sizeof (ac__type_new_)) return 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_cv_type_short=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_type_short=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_type_short" >&5 echo "${ECHO_T}$ac_cv_type_short" >&6; } # The cast to long int works around a bug in the HP C Compiler # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects # declarations like `int a3[[(sizeof (unsigned char)) >= 0]];'. # This bug is HP SR number 8606223364. { echo "$as_me:$LINENO: checking size of short" >&5 echo $ECHO_N "checking size of short... $ECHO_C" >&6; } if test "${ac_cv_sizeof_short+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$cross_compiling" = yes; then # Depending upon the size, compute the lo and hi bounds. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=0 ac_mid=0 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr $ac_mid + 1` if test $ac_lo -le $ac_mid; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) < 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=-1 ac_mid=-1 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_hi=`expr '(' $ac_mid ')' - 1` if test $ac_mid -le $ac_hi; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo= ac_hi= fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext # Binary search between lo and hi bounds. while test "x$ac_lo" != "x$ac_hi"; do ac_mid=`expr '(' $ac_hi - $ac_lo ')' / 2 + $ac_lo` cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=$ac_mid else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr '(' $ac_mid ')' + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done case $ac_lo in ?*) ac_cv_sizeof_short=$ac_lo;; '') if test "$ac_cv_type_short" = yes; then { { echo "$as_me:$LINENO: error: cannot compute sizeof (short) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (short) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } else ac_cv_sizeof_short=0 fi ;; esac else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_sizeof_; static long int longval () { return (long int) (sizeof (ac__type_sizeof_)); } static unsigned long int ulongval () { return (long int) (sizeof (ac__type_sizeof_)); } #include #include int main () { FILE *f = fopen ("conftest.val", "w"); if (! f) return 1; if (((long int) (sizeof (ac__type_sizeof_))) < 0) { long int i = longval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%ld\n", i); } else { unsigned long int i = ulongval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%lu\n", i); } return ferror (f) || fclose (f) != 0; ; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_short=`cat conftest.val` else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) if test "$ac_cv_type_short" = yes; then { { echo "$as_me:$LINENO: error: cannot compute sizeof (short) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (short) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } else ac_cv_sizeof_short=0 fi fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi rm -f conftest.val fi { echo "$as_me:$LINENO: result: $ac_cv_sizeof_short" >&5 echo "${ECHO_T}$ac_cv_sizeof_short" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_SHORT $ac_cv_sizeof_short _ACEOF { echo "$as_me:$LINENO: checking for int" >&5 echo $ECHO_N "checking for int... $ECHO_C" >&6; } if test "${ac_cv_type_int+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_new_; int main () { if ((ac__type_new_ *) 0) return 0; if (sizeof (ac__type_new_)) return 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_cv_type_int=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_type_int=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_type_int" >&5 echo "${ECHO_T}$ac_cv_type_int" >&6; } # The cast to long int works around a bug in the HP C Compiler # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects # declarations like `int a3[[(sizeof (unsigned char)) >= 0]];'. # This bug is HP SR number 8606223364. { echo "$as_me:$LINENO: checking size of int" >&5 echo $ECHO_N "checking size of int... $ECHO_C" >&6; } if test "${ac_cv_sizeof_int+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$cross_compiling" = yes; then # Depending upon the size, compute the lo and hi bounds. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=0 ac_mid=0 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr $ac_mid + 1` if test $ac_lo -le $ac_mid; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) < 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=-1 ac_mid=-1 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_hi=`expr '(' $ac_mid ')' - 1` if test $ac_mid -le $ac_hi; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo= ac_hi= fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext # Binary search between lo and hi bounds. while test "x$ac_lo" != "x$ac_hi"; do ac_mid=`expr '(' $ac_hi - $ac_lo ')' / 2 + $ac_lo` cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=$ac_mid else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr '(' $ac_mid ')' + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done case $ac_lo in ?*) ac_cv_sizeof_int=$ac_lo;; '') if test "$ac_cv_type_int" = yes; then { { echo "$as_me:$LINENO: error: cannot compute sizeof (int) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (int) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } else ac_cv_sizeof_int=0 fi ;; esac else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_sizeof_; static long int longval () { return (long int) (sizeof (ac__type_sizeof_)); } static unsigned long int ulongval () { return (long int) (sizeof (ac__type_sizeof_)); } #include #include int main () { FILE *f = fopen ("conftest.val", "w"); if (! f) return 1; if (((long int) (sizeof (ac__type_sizeof_))) < 0) { long int i = longval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%ld\n", i); } else { unsigned long int i = ulongval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%lu\n", i); } return ferror (f) || fclose (f) != 0; ; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_int=`cat conftest.val` else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) if test "$ac_cv_type_int" = yes; then { { echo "$as_me:$LINENO: error: cannot compute sizeof (int) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (int) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } else ac_cv_sizeof_int=0 fi fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi rm -f conftest.val fi { echo "$as_me:$LINENO: result: $ac_cv_sizeof_int" >&5 echo "${ECHO_T}$ac_cv_sizeof_int" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_INT $ac_cv_sizeof_int _ACEOF { echo "$as_me:$LINENO: checking for long" >&5 echo $ECHO_N "checking for long... $ECHO_C" >&6; } if test "${ac_cv_type_long+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_new_; int main () { if ((ac__type_new_ *) 0) return 0; if (sizeof (ac__type_new_)) return 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_cv_type_long=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_type_long=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_type_long" >&5 echo "${ECHO_T}$ac_cv_type_long" >&6; } # The cast to long int works around a bug in the HP C Compiler # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects # declarations like `int a3[[(sizeof (unsigned char)) >= 0]];'. # This bug is HP SR number 8606223364. { echo "$as_me:$LINENO: checking size of long" >&5 echo $ECHO_N "checking size of long... $ECHO_C" >&6; } if test "${ac_cv_sizeof_long+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$cross_compiling" = yes; then # Depending upon the size, compute the lo and hi bounds. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=0 ac_mid=0 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr $ac_mid + 1` if test $ac_lo -le $ac_mid; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) < 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=-1 ac_mid=-1 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_hi=`expr '(' $ac_mid ')' - 1` if test $ac_mid -le $ac_hi; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo= ac_hi= fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext # Binary search between lo and hi bounds. while test "x$ac_lo" != "x$ac_hi"; do ac_mid=`expr '(' $ac_hi - $ac_lo ')' / 2 + $ac_lo` cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=$ac_mid else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr '(' $ac_mid ')' + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done case $ac_lo in ?*) ac_cv_sizeof_long=$ac_lo;; '') if test "$ac_cv_type_long" = yes; then { { echo "$as_me:$LINENO: error: cannot compute sizeof (long) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (long) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } else ac_cv_sizeof_long=0 fi ;; esac else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_sizeof_; static long int longval () { return (long int) (sizeof (ac__type_sizeof_)); } static unsigned long int ulongval () { return (long int) (sizeof (ac__type_sizeof_)); } #include #include int main () { FILE *f = fopen ("conftest.val", "w"); if (! f) return 1; if (((long int) (sizeof (ac__type_sizeof_))) < 0) { long int i = longval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%ld\n", i); } else { unsigned long int i = ulongval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%lu\n", i); } return ferror (f) || fclose (f) != 0; ; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_long=`cat conftest.val` else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) if test "$ac_cv_type_long" = yes; then { { echo "$as_me:$LINENO: error: cannot compute sizeof (long) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (long) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } else ac_cv_sizeof_long=0 fi fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi rm -f conftest.val fi { echo "$as_me:$LINENO: result: $ac_cv_sizeof_long" >&5 echo "${ECHO_T}$ac_cv_sizeof_long" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_LONG $ac_cv_sizeof_long _ACEOF { echo "$as_me:$LINENO: checking for long long" >&5 echo $ECHO_N "checking for long long... $ECHO_C" >&6; } if test "${ac_cv_type_long_long+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long long ac__type_new_; int main () { if ((ac__type_new_ *) 0) return 0; if (sizeof (ac__type_new_)) return 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_cv_type_long_long=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_type_long_long=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_type_long_long" >&5 echo "${ECHO_T}$ac_cv_type_long_long" >&6; } # The cast to long int works around a bug in the HP C Compiler # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects # declarations like `int a3[[(sizeof (unsigned char)) >= 0]];'. # This bug is HP SR number 8606223364. { echo "$as_me:$LINENO: checking size of long long" >&5 echo $ECHO_N "checking size of long long... $ECHO_C" >&6; } if test "${ac_cv_sizeof_long_long+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$cross_compiling" = yes; then # Depending upon the size, compute the lo and hi bounds. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=0 ac_mid=0 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr $ac_mid + 1` if test $ac_lo -le $ac_mid; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) < 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_hi=-1 ac_mid=-1 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! -s conftest.err } && test -s conftest.$ac_objext; then ac_lo=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_hi=`expr '(' $ac_mid ')' - 1` if test $ac_mid -le $ac_hi; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo= ac_hi= fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext # Binary search between lo and hi bounds. while test "x$ac_lo" != "x$ac_hi"; do ac_mid=`expr '(' $ac_hi - $ac_lo ')' / 2 + $ac_lo` cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { test -z "$ac_cxx_werror_flag" || test ! 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f) return 1; if (((long int) (sizeof (ac__type_sizeof_))) < 0) { long int i = longval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%ld\n", i); } else { unsigned long int i = ulongval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%lu\n", i); } return ferror (f) || fclose (f) != 0; ; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_long_long=`cat conftest.val` else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) if test "$ac_cv_type_long_long" = yes; then { { echo "$as_me:$LINENO: error: cannot compute sizeof (long long) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (long long) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } else ac_cv_sizeof_long_long=0 fi fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi rm -f conftest.val fi { echo "$as_me:$LINENO: result: $ac_cv_sizeof_long_long" >&5 echo "${ECHO_T}$ac_cv_sizeof_long_long" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_LONG_LONG $ac_cv_sizeof_long_long _ACEOF else if $CXX -v 2>&1|grep "mingw" >/dev/null 2>&1; then ac_cv_sizeof_char=1 ac_cv_sizeof_short=2 ac_cv_sizeof_int=4 ac_cv_sizeof_long=4 ac_cv_sizeof_long_long=4 else : # FIXME fi #echo fi type_name() { if expr "$ac_cv_sizeof_char" '>=' "$1" >/dev/null; then echo "char" exit fi if expr "$ac_cv_sizeof_short" '>=' "$1" >/dev/null; then echo "short" exit fi if expr "$ac_cv_sizeof_int" '>=' "$1" >/dev/null; then echo "int" exit fi if expr "$ac_cv_sizeof_long" '>=' "$1" >/dev/null; then echo "long" exit fi if expr "$ac_cv_sizeof_long_long" '>=' "$1" >/dev/null; then echo "long long" exit fi echo "long long" } { echo "$as_me:$LINENO: checking type name for byte" >&5 echo $ECHO_N "checking type name for byte... $ECHO_C" >&6; } TYPE_BYTE=`type_name 1` { echo "$as_me:$LINENO: result: $TYPE_BYTE" >&5 echo "${ECHO_T}$TYPE_BYTE" >&6; } { echo "$as_me:$LINENO: checking type name for word" >&5 echo $ECHO_N "checking type name for word... $ECHO_C" >&6; } TYPE_WORD=`type_name 2` { echo "$as_me:$LINENO: result: $TYPE_WORD" >&5 echo "${ECHO_T}$TYPE_WORD" >&6; } { echo "$as_me:$LINENO: checking type name for dword" >&5 echo $ECHO_N "checking type name for dword... $ECHO_C" >&6; } TYPE_DWORD=`type_name 4` { echo "$as_me:$LINENO: result: $TYPE_DWORD" >&5 echo "${ECHO_T}$TYPE_DWORD" >&6; } cat >>confdefs.h <<_ACEOF #define TYPE_BYTE $TYPE_BYTE _ACEOF cat >>confdefs.h <<_ACEOF #define TYPE_WORD $TYPE_WORD _ACEOF cat >>confdefs.h <<_ACEOF #define TYPE_DWORD $TYPE_DWORD _ACEOF if echo $TYPE_DWORD|grep short >/dev/null; then A="h" elif echo $TYPE_DWORD|grep long >/dev/null; then A="l" else A="" fi if echo $TYPE_WORD|grep short >/dev/null; then M="h" elif echo $TYPE_WORD|grep long >/dev/null; then M="l" else M="" fi cat >>confdefs.h <<_ACEOF #define _A_ "${A}" _ACEOF cat >>confdefs.h <<_ACEOF #define _M_ "${M}" _ACEOF # Generating output files # =========================================================================== ac_config_files="$ac_config_files Makefile main.mk:main_in.mk packages.mk:packages_in.mk sim.src/Makefile cmd.src/Makefile s51.src/Makefile avr.src/Makefile z80.src/Makefile hc08.src/Makefile xa.src/Makefile gui.src/Makefile gui.src/serio.src/Makefile doc/Makefile" cat >confcache <<\_ACEOF # This file is a shell script that caches the results of configure # tests run on this system so they can be shared between configure # scripts and configure runs, see configure's option --config-cache. # It is not useful on other systems. 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then docdir="\${datadir}"/sdcc/doc fi AC_SUBST(docdir) AC_ARG_ENABLE(ucsim, [ --enable-ucsim compile ucsim frontend], if test $enable_ucsim != "no"; then enable_ucsim="yes" fi, #default enable_ucsim="no") AC_ARG_ENABLE(dlso, [ --enable-dlso compile dynamically loadable shared libraries], if test $enable_dlso != "no"; then enable_dlso="yes" fi, enable_dlso="no") AC_ARG_ENABLE(51, [ --disable-51 do not compile simulator for MCS51], if test $enable_51 != "no"; then enable_51="yes" fi, enable_51="yes") AC_ARG_ENABLE(avr, [ --disable-avr do not compile simulator for AVR], if test $enable_avr != "no"; then enable_avr="yes" fi, enable_avr="yes") AC_ARG_ENABLE(z80, [ --disable-z80 do not compile simulator for Z80], if test $enable_z80 != "no"; then enable_z80="yes" fi, enable_z80="yes") AC_ARG_ENABLE(hc08, [ --disable-hc08 do not compile simulator for hc08], if test $enable_hc08 != "no"; then enable_hc08="yes" fi, enable_hc08="yes") AC_ARG_ENABLE(xa, [ --enable-xa compile simulator for XA], if test $enable_xa != "no"; then enable_xa="yes" fi, enable_xa="no") AC_ARG_ENABLE(portmon, [ --enable-serio compile serio GUI tool (needs curses)], if test $enable_serio != "no"; then enable_serio="yes" fi, enable_serio="no") AC_SUBST(enable_ucsim) AC_SUBST(enable_dlso) AC_SUBST(enable_51) AC_SUBST(enable_avr) AC_SUBST(enable_z80) AC_SUBST(enable_hc08) AC_SUBST(enable_xa) AC_SUBST(enable_serio) AC_ARG_ENABLE(statistic, [ --enable-statistic compile statistical features (slower simulation)], if test $enable_statistic != "no"; then enable_statistic="yes" fi, enable_statistic="no") AC_DEFINE_UNQUOTED(STATISTIC, $enable_statistic) # Required programs #------------------- AC_PROG_CXX AC_PROG_CXXCPP AC_PROG_INSTALL AC_PROG_RANLIB dnl AC_LANG_CPLUSPLUS AC_CHECK_PROG(STRIP, strip, strip, :) AC_LIBTOOL_DLOPEN dnl AC_LIBTOOL_WIN32_DLL AC_PROG_LIBTOOL AC_SUBST(LIBTOOL_DEPS) AC_PROG_LEX if test ${LEX} = "flex"; then AC_DEFINE(HAVE_FLEX) fi AC_PROG_YACC AC_CHECK_PROG(BISON_PLUS_PLUS, bison++, bison++, :) AC_LANG_CPLUSPLUS # Checking for header files. # =========================================================================== if test -d /stuff/include; then CPPFLAGS="$CPPFLAGS -I/stuff/include" fi AC_HEADER_STDC AC_CHECK_HEADERS(getopt.h unistd.h termios.h) AC_CHECK_HEADER(curses.h, AC_DEFINE(HAVE_CURSES_H) curses_h_ok=yes, curses_h_ok=no ) ucsim_cv_socket="unknown" AC_CHECK_HEADER(sys/socket.h, AC_DEFINE(HAVE_SYS_SOCKET_H) AC_DEFINE(SOCKET_AVAIL) AC_DEFINE_UNQUOTED(UCSOCKET_T, int) ucsim_cv_socket="" ) WINSOCK_AVAIL=0 if test $ucsim_cv_socket = unknown; then AC_CHECK_HEADER(winsock2.h, AC_DEFINE(HAVE_WINSOCK2_H) AC_DEFINE(SOCKET_AVAIL) AC_DEFINE_UNQUOTED(UCSOCKET_T, SOCKET) ucsim_cv_socket="" WINSOCK_AVAIL=1 ) fi AC_SUBST(WINSOCK_AVAIL) if test $ucsim_cv_socket != unknown; then AC_EGREP_HEADER(socklen_t, $ucsim_cv_socket, AC_DEFINE_UNQUOTED(SOCKLEN_T, socklen_t), AC_DEFINE_UNQUOTED(SOCKLEN_T, uint)) fi AC_DEFINE_UNQUOTED(HEADER_SOCKET, ${ucsim_cv_socket}) AC_CHECK_HEADER(dlfcn.h) AC_HEADER_DIRENT # This must be after CXXCPP AC_CACHE_CHECK(which header file defines FD_ macros, ucsim_cv_fd, [ucsim_cv_fd="unknown" AC_EGREP_CPP(yes, [ #include #ifdef FD_ZERO yes #endif], ucsim_cv_fd="") AC_EGREP_CPP(yes, [ #include #ifdef FD_ZERO yes #endif], ucsim_cv_fd="") AC_EGREP_CPP(yes, [ #include #ifdef FD_ZERO yes #endif], ucsim_cv_fd="") AC_EGREP_CPP(yes, [ #include #ifdef FD_ZERO yes #endif], ucsim_cv_fd="")]) ucsim_cv_header_ok=0 if echo $ucsim_cv_fd|grep time >/dev/null 2>&1; then AC_DEFINE(FD_NEED_TIME_H, 1) ucsim_cv_header_ok=1 else AC_DEFINE(FD_NEED_TIME_H, 0) fi if echo $ucsim_cv_fd|grep types >/dev/null 2>&1; then AC_DEFINE(FD_NEED_TYPES_H, 1) ucsim_cv_header_ok=1 else AC_DEFINE(FD_NEED_TYPES_H, 0) fi if echo $ucsim_cv_fd|grep select >/dev/null 2>&1; then AC_DEFINE(FD_NEED_SELECT_H, 1) ucsim_cv_header_ok=1 else AC_DEFINE(FD_NEED_SELECT_H, 0) fi if echo $ucsim_cv_fd|grep winsock2 >/dev/null 2>&1; then AC_DEFINE(FD_NEED_WINSOCK2_H, 1) ucsim_cv_header_ok=1 else AC_DEFINE(FD_NEED_WINSOCK2_H, 0) fi AC_DEFINE_UNQUOTED(FD_HEADER_OK, ${ucsim_cv_header_ok}) AC_DEFINE_UNQUOTED(HEADER_FD, ${ucsim_cv_fd}) # Checking for functions/libs # =========================================================================== if echo $ucsim_cv_socket|grep winsock2 >/dev/null 2>&1; then LIBS="-lws2_32 $LIBS" else AC_CHECK_LIB(socket,socket) AC_CHECK_LIB(nsl,xdr_short) fi AC_CHECK_LIB(dl,dlopen, dl_ok="yes" DL="-ldl", dl_ok="no" DL="") AC_SUBST(dl_ok) AC_SUBST(DL) #AC_CHECK_LIB(panel,panel_above, #panel_ok="yes" #curses_ok="yes" #CURSES_LIBS="-lpanel -lcurses" #, #panel_ok="no" #AC_CHECK_LIB(curses,nl, #curses_ok="yes" #CURSES_LIBS="-lcurses" #, #curses_ok="no") #, #-lcurses) if test $curses_h_ok != yes; then panel_ok="no" curses_ok="no" else AC_CHECK_LIB(panel,panel_above, panel_ok="yes" curses_ok="yes" CURSES_LIBS="-lpanel", panel_ok="no" curses_ok="no" ) if test $curses_ok != yes; then AC_CHECK_LIB(curses,nl, curses_ok="yes" CURSES_LIBS="-lcurses", curses_ok="no") fi if test $curses_ok != yes; then AC_CHECK_LIB(ncurses,nl, curses_ok="yes" CURSES_LIBS="-lncurses", curses_ok="no") fi fi AC_SUBST(panel_ok) AC_SUBST(curses_ok) AC_SUBST(CURSES_LIBS) AC_FUNC_VPRINTF AC_CHECK_FUNCS(vsnprintf) AC_CHECK_FUNCS(_vsnprintf) AC_CHECK_FUNCS(vasprintf) AC_CHECK_FUNCS(strlen strcpy strcat strstr strcmp strerror strtok strdup) AC_CHECK_FUNCS(strchr memcpy) dnl AC_CHECK_FUNCS(getline) dnl AC_CHECK_FUNCS(getdelim) AC_CHECK_FUNCS(fgets) AC_CHECK_FUNCS(yylex) AC_CACHE_CHECK(whether scanf knows %a, ucsim_cv_scanf_a, [echo "a b" >conftest.data AC_TRY_RUN([ #include void main(void) { FILE *f; char *a; int i; if ((f= fopen("conftest.data", "r")) == NULL) exit(1); i= fscanf(f, " %a[a-z] ", &a); fclose(f); if (i == 0) exit(2); if (i == 1) exit(0); exit(3); }], ucsim_cv_scanf_a="yes", ucsim_cv_scanf_a="no", ucsim_cv_scanf_a="unknown") ]) if test "$ucsim_cv_scanf_a" = "yes"; then AC_DEFINE(SCANF_A) fi AC_CACHE_CHECK(whether getcwd is GNUish, ucsim_cv_getcwd, [AC_TRY_RUN([ #include void main(void) { if ((getcwd(NULL, 0)) == NULL) exit(1); exit(0); }], ucsim_cv_getcwd="yes", ucsim_cv_getcwd="no", ucsim_cv_getcwd="unknown") ]) if test "$ucsim_cv_getcwd" = "yes"; then AC_DEFINE(GNU_GETCWD) fi AC_DEFUN(ucsim_ACCEPT_LENGTH_T, [AC_CACHE_CHECK([for type of length pointer parameter of accept], ucsim_cv_accept_length_type, [ac_save_CPPFLAGS="$CPPFLAGS" ucsim_cv_accept_length_type=no for ac_val in int size_t socklen_t; do CPPFLAGS="$ac_save_CPPFLAGS -DACCEPT_SOCKLEN_T=$ac_val" AC_TRY_COMPILE([#include #include ${ucsim_cv_socket}], [struct sockaddr a; $ac_val len; accept (0, &a, &len);], [ucsim_cv_accept_length_type=$ac_val; break]) done CPPFLAGS="$ac_save_CPPFLAGS"]) if test "$ucsim_cv_accept_length_type" != no; then AC_DEFINE_UNQUOTED(ACCEPT_SOCKLEN_T, $ucsim_cv_accept_length_type, [Define to be the type of length parameter of accept (without the \*').]) fi ] ) #' ucsim_ACCEPT_LENGTH_T # Macro definitions ################### # DD_COPT macro checks if the compiler specified as the 1st parameter # supports option specified as the 2nd parameter # For example: DD_COPT(CXX, fPIC) AC_DEFUN(DD_COPT, [ AC_CACHE_CHECK(whether $$1 accepts -$2,ucsim_cv_$1$2, cat >_test_.c <&5 2>&5 if test "$?" = "0"; then ucsim_cv_$1$2="yes" else ucsim_cv_$1$2="no" fi rm -f _test_.* a.out) ]) # DD_COPT_NO_IGNORE macro checks if the compiler specified as the # 1st parameter supports and doesn't ignore option specified as the # 2nd parameter # For example: DD_COPT_NO_IGNORE(CXX, fPIC) AC_DEFUN(DD_COPT_NO_IGNORE, [ AC_CACHE_CHECK(whether $$1 accepts and doesn't ignore -$2,ucsim_cv_$1$2, cat >_test_.c <&1 1>&5) if test "$?" = "0"; then expr "$ucsim_cv_$1$2" : '.*'-$2'.*ignored' 1>&5 2>&5 if test "$?" = "0"; then ucsim_cv_$1$2="no" else ucsim_cv_$1$2="yes" fi else ucsim_cv_$1$2="no" fi rm -f _test_.* a.out) ]) # Checking characteristics of compilers and other programs # -------------------------------------------------------- # Cross compiling overrides # FIXME if test "$CC" = "i586-mingw32msvc-gcc"; then ac_cv_c_bigendian=no ac_cv_sizeof_char=1 ac_cv_sizeof_short=2 ac_cv_sizeof_int=4 ac_cv_sizeof_long=4 ac_cv_sizeof_long_long=4 fi # SDCC_BUILD_BIGENDIAN ([ACTION-IF-TRUE], [ACTION-IF-FALSE], [ACTION-IF-UNKNOWN]) # ------------------------------------------------------------------------- AC_DEFUN([SDCC_BUILD_BIGENDIAN], [AC_CACHE_CHECK(whether host machine byte ordering is bigendian, sdcc_cv_build_bigendian, [# See if sys/param.h defines the BYTE_ORDER macro. AC_COMPILE_IFELSE([AC_LANG_PROGRAM([#include #include ], [#if ! (defined BYTE_ORDER && defined BIG_ENDIAN && defined LITTLE_ENDIAN \ && BYTE_ORDER && BIG_ENDIAN && LITTLE_ENDIAN) bogus endian macros #endif ])], [# It does; now see whether it defined to BIG_ENDIAN or not. AC_COMPILE_IFELSE([AC_LANG_PROGRAM([#include #include ], [#if BYTE_ORDER != BIG_ENDIAN not big endian #endif ])], [sdcc_cv_build_bigendian=yes], [sdcc_cv_build_bigendian=no])], [# It does not; compile a test program. AC_RUN_IFELSE( [AC_LANG_PROGRAM([AC_INCLUDES_DEFAULT], [[ /* Are we little or big endian? From Harbison&Steele. */ union { long int l; char c[sizeof (long int)]; } u; u.l = 1; return u.c[sizeof (long int) - 1] == 1; ]])], [sdcc_cv_build_bigendian=no], [sdcc_cv_build_bigendian=yes], [# try to guess the endianness by grepping values into an object file sdcc_cv_build_bigendian=unknown AC_COMPILE_IFELSE([AC_LANG_PROGRAM( [[short int ascii_mm[] = { 0x4249, 0x4765, 0x6E44, 0x6961, 0x6E53, 0x7953, 0 }; short int ascii_ii[] = { 0x694C, 0x5454, 0x656C, 0x6E45, 0x6944, 0x6E61, 0 }; void _ascii () { char *s = (char *) ascii_mm; s = (char *) ascii_ii; } short int ebcdic_ii[] = { 0x89D3, 0xE3E3, 0x8593, 0x95C5, 0x89C4, 0x9581, 0 }; short int ebcdic_mm[] = { 0xC2C9, 0xC785, 0x95C4, 0x8981, 0x95E2, 0xA8E2, 0 }; void _ebcdic () { char *s = (char *) ebcdic_mm; s = (char *) ebcdic_ii; }]], [[ _ascii (); _ebcdic (); ]])], [if grep BIGenDianSyS conftest.$ac_objext >/dev/null ; then sdcc_cv_build_bigendian=yes fi if grep LiTTleEnDian conftest.$ac_objext >/dev/null ; then if test "$sdcc_cv_build_bigendian" = unknown; then sdcc_cv_build_bigendian=no else # finding both strings is unlikely to happen, but who knows? sdcc_cv_build_bigendian=unknown fi fi])])])]) case $sdcc_cv_build_bigendian in yes) m4_default([$1], [AC_DEFINE([BUILD_WORDS_BIGENDIAN], 1, [Define to 1 if your processor stores words with the most significant byte first (like Motorola and SPARC, unlike Intel and VAX).])]) ;; no) $2 ;; *) m4_default([$3], [AC_MSG_ERROR([unknown endianness presetting sdcc_cv_build_bigendian=no (or yes) will help])]) ;; esac ])# SDCC_BUILD_BIGENDIAN SDCC_BUILD_BIGENDIAN AC_CACHE_CHECK(whether preprocessor accepts -MM or -M,ucsim_cv_MM, echo "#include " >_test_.c echo "" >>_test_.c $CXXCPP -v -MM _test_.c 1>&5 2>&5 if test "$?" = "0"; then ucsim_cv_MM="-MM" else ucsim_cv_MM="-M" fi rm -f _test_.*) M_OR_MM=$ucsim_cv_MM AC_SUBST(M_OR_MM) # This is the first time when CFLAGS are set/modified!! DD_COPT(CXX, ggdb) DD_COPT(CXX, gstabs) if test "$ucsim_cv_CXXgstabs" = "yes"; then gopt="-gstabs+ -g3" elif test "$ucsim_cv_CXXggdb" = "yes"; then gopt="-ggdb -g3" else gopt="-g" fi if test "$CXXFLAGS"x = x ;then CXXFLAGS="$gopt" else CXXFLAGS="$CXXFLAGS $gopt" fi DD_COPT(CXX, pipe) if test "$ucsim_cv_CXXpipe" = "yes"; then CXXFLAGS="$CXXFLAGS -pipe" fi PICOPT="" SHAREDLIB="no" DD_COPT_NO_IGNORE(CXX, fPIC) if test "$ucsim_cv_CXXfPIC" = "yes"; then PICOPT="-fPIC" else DD_COPT_NO_IGNORE(CXX, fpic) if test "$ucsim_cv_CXXfpic" = "yes"; then PICOPT="-fpic" fi fi if test "$PICOPT"x != "x"; then SHAREDLIB="yes" fi AC_SUBST(SHAREDLIB) AC_SUBST(PICOPT) dlso_ok="no" if test $SHAREDLIB = "yes" -a $dl_ok = "yes" -a $enable_dlso = "yes"; then dlso_ok="yes" fi AC_SUBST(dlso_ok) # Checks for typedefs, structures, and compiler characteristics. # =========================================================================== AC_TYPE_SIGNAL if test "$cross_compiling" = "no"; then AC_CHECK_SIZEOF(char) AC_CHECK_SIZEOF(short) AC_CHECK_SIZEOF(int) AC_CHECK_SIZEOF(long) AC_CHECK_SIZEOF(long long) else if $CXX -v 2>&1|grep "mingw" >/dev/null 2>&1; then ac_cv_sizeof_char=1 ac_cv_sizeof_short=2 ac_cv_sizeof_int=4 ac_cv_sizeof_long=4 ac_cv_sizeof_long_long=4 else : # FIXME fi #echo fi type_name() { if expr "$ac_cv_sizeof_char" '>=' "$1" >/dev/null; then echo "char" exit fi if expr "$ac_cv_sizeof_short" '>=' "$1" >/dev/null; then echo "short" exit fi if expr "$ac_cv_sizeof_int" '>=' "$1" >/dev/null; then echo "int" exit fi if expr "$ac_cv_sizeof_long" '>=' "$1" >/dev/null; then echo "long" exit fi if expr "$ac_cv_sizeof_long_long" '>=' "$1" >/dev/null; then echo "long long" exit fi echo "long long" } AC_MSG_CHECKING(type name for byte) TYPE_BYTE=`type_name 1` AC_MSG_RESULT($TYPE_BYTE) AC_MSG_CHECKING(type name for word) TYPE_WORD=`type_name 2` AC_MSG_RESULT($TYPE_WORD) AC_MSG_CHECKING(type name for dword) TYPE_DWORD=`type_name 4` AC_MSG_RESULT($TYPE_DWORD) AC_DEFINE_UNQUOTED(TYPE_BYTE, $TYPE_BYTE) AC_DEFINE_UNQUOTED(TYPE_WORD, $TYPE_WORD) AC_DEFINE_UNQUOTED(TYPE_DWORD, $TYPE_DWORD) if echo $TYPE_DWORD|grep short >/dev/null; then A="h" elif echo $TYPE_DWORD|grep long >/dev/null; then A="l" else A="" fi if echo $TYPE_WORD|grep short >/dev/null; then M="h" elif echo $TYPE_WORD|grep long >/dev/null; then M="l" else M="" fi AC_DEFINE_UNQUOTED(_A_, "${A}") AC_DEFINE_UNQUOTED(_M_, "${M}") # Generating output files # =========================================================================== AC_OUTPUT(Makefile main.mk:main_in.mk packages.mk:packages_in.mk sim.src/Makefile cmd.src/Makefile s51.src/Makefile avr.src/Makefile z80.src/Makefile hc08.src/Makefile xa.src/Makefile gui.src/Makefile gui.src/serio.src/Makefile doc/Makefile ) #gui.src/portmon.src/Makefile # End of configure/configure.in sdcc-2.9.0/sim/ucsim/ddconfig_in.h000066400000000000000000000061201116427777700170040ustar00rootroot00000000000000/* * Simulator of microcontrollers (ddconfig.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef DDCONFIG_HEADER #define DDCONFIG_HEADER #define DD_TRUE 1 #define DD_FALSE 0 #define NIL 0 #undef STDC_HEADERS #undef HAVE_GETOPT_H #undef HAVE_UNISTD_H #undef HAVE_DIRENT_H #undef HAVE_SYS_NDIR_H #undef HAVE_SYS_DIR_H #undef HAVE_NDIR_H #undef HAVE_SYS_SOCKET_H #undef HAVE_WINSOCK2_H #undef HAVE_DLFCN_H #undef HAVE_CURSES_H #undef HAVE_TERMIOS_H #undef SOCKET_AVAIL #undef SOCKLEN_T #undef UCSOCKET_T #undef HEADER_SOCKET #undef FD_NEED_TIME_H #undef FD_NEED_TYPES_H #undef FD_NEED_SELECT_H #undef FD_NEED_WINSOCK2_H #undef HEADER_FD #undef FD_HEADER_OK #undef SCANF_A #undef GNU_GETCWD #undef HAVE_STRLEN #undef HAVE_STRCPY #undef HAVE_STRCAT #undef HAVE_STRSTR #undef HAVE_STRCMP #undef HAVE_STRERROR #undef HAVE_STRTOK #undef HAVE_STRDUP #undef HAVE_STRCHR #undef HAVE_MEMCPY #undef HAVE_VPRINTF #undef HAVE_DOPRNT #undef HAVE_VSNPRINTF #undef HAVE__VSNPRINTF #undef HAVE_VASPRINTF #undef HAVE_GETLINE #undef HAVE_GETDELIM #undef HAVE_FGETS #undef HAVE_YYLEX #undef HAVE_FLEX #undef YYTEXT_POINTER #undef RETSIGTYPE #undef SIZEOF_CHAR #undef SIZEOF_SHORT #undef SIZEOF_INT #undef SIZEOF_LONG #undef SIZEOF_LONG_LONG #undef TYPE_BYTE #undef TYPE_WORD #undef TYPE_DWORD #define TYPE_UBYTE unsigned TYPE_BYTE #define TYPE_UWORD unsigned TYPE_WORD #define TYPE_UDWORD unsigned TYPE_DWORD #undef _M_ #undef _A_ /* * find out the endianess of host machine * in order to be able to make Mac OS X unified binaries */ #if __BIG_ENDIAN__ || _BIG_ENDIAN /* 1) trust the compiler */ # define WORDS_BIGENDIAN 1 #elif __LITTLE_ENDIAN__ /* do nothing */ #elif (defined BYTE_ORDER && defined BIG_ENDIAN && defined LITTLE_ENDIAN && BYTE_ORDER && BIG_ENDIAN && LITTLE_ENDIAN) /* 2) trust the header files */ # if BYTE_ORDER == BIG_ENDIAN # define WORDS_BIGENDIAN 1 # endif #else /* 3) trust the configure; this actually doesn't work for unified Mac OS X binaries :-( */ # undef BUILD_WORDS_BIGENDIAN # if (defined BUILD_WORDS_BIGENDIAN && BUILD_WORDS_BIGENDIAN) # define WORDS_BIGENDIAN 1 # endif /* 4) assume that host is a little endian machine */ #endif #undef VERSIONSTR #undef VERSIONHI #undef VERSIONLO #undef VERSIONP #undef ACCEPT_SOCKLEN_T #undef STATISTIC #endif /* End of ddconfig.h */ sdcc-2.9.0/sim/ucsim/doc/000077500000000000000000000000001116427777700151365ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/doc/Makefile.in000066400000000000000000000033351116427777700172070ustar00rootroot00000000000000# # uCsim doc/Makefile # # (c) Drotos Daniel, Talker Bt. 1997 # STARTYEAR = 1997 SHELL = /bin/sh INSTALL = @INSTALL@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ srcdir = @srcdir@ VPATH = @srcdir@ #docdir = $(prefix)/share/doc/ucsim docdir = @docdir@/ucsim # Compiling entire program or any subproject # ------------------------------------------ all: doc doc: checkconf # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs cp $(srcdir)/*.html $(DESTDIR)$(docdir) cp $(srcdir)/*.gif $(DESTDIR)$(docdir) cp $(srcdir)/*.jpg $(DESTDIR)$(docdir) cp $(srcdir)/*.fig $(DESTDIR)$(docdir) # Deleting all the installed files # -------------------------------- uninstall: rm -rf $(DESTDIR)$(docdir) # Performing self-test # -------------------- check: test: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: test -d $(DESTDIR)$(docdir) || $(INSTALL) -d $(DESTDIR)$(docdir) # Creating dependencies # --------------------- include $(srcdir)/clean.mk # My rules # -------- # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of s51.src/Makefile.in sdcc-2.9.0/sim/ucsim/doc/UCsim.jpg000066400000000000000000000126441116427777700166670ustar00rootroot00000000000000ÿØÿàJFIFÿþXCREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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Code analyzer

This feature is included into both DOS and UNIX versions. Code analyzer analyzes the code of the simulated program and tries to figure out which address contains valid instruction. Analyzer starts analyzing of the code with address 0 which always must contain an instruction because reset of the device sets zero into program counter. So, analyzer marks address 0 that it contains an instruction. Then it marks the address of the next instruction and so on. If the analyzer finds a jump instruction it continues with destination address of the jump instruction. If it finds a call instruction, it recursively analyzes destination address as well as next instruction follows the call one. Analyzator stops if it finds an address which is already marked or if it finds a return instruction or an indirect jump which is impossible to follow. All these mean that it is impossible to discover all instructions of the program.

This problem is solved in very simple way in UNIX version. If the execution reaches an umarked address, the analyzer is called to analyze the code starting at actual address pointed by the PC. This method is not included into DOS version but this re-analyzation can be requested by pressing Ctrl-F7 at any time.

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0.000 0 0 -1 0 0 1 4500 3105 -6 2 1 0 1 0 7 50 -1 -1 0.000 0 0 -1 1 1 2 0 0 1.00 60.00 120.00 0 0 1.00 60.00 120.00 3375 3600 5130 3600 2 2 0 1 0 7 50 -1 -1 0.000 0 0 -1 0 0 5 3375 1215 5130 1215 5130 1530 3375 1530 3375 1215 2 1 0 1 0 7 50 -1 -1 0.000 0 0 -1 0 0 2 3600 1530 3600 1395 2 1 0 1 0 7 50 -1 -1 0.000 0 0 -1 0 0 2 3825 1530 3825 1395 2 1 0 1 0 7 50 -1 -1 0.000 0 0 -1 0 0 2 4050 1530 4050 1395 2 1 0 1 0 7 50 -1 -1 0.000 0 0 -1 0 0 2 4905 1530 4905 1395 2 1 0 1 0 7 50 -1 -1 0.000 0 0 -1 0 0 2 4680 1530 4680 1395 2 1 0 3 0 7 50 -1 -1 0.000 0 0 -1 0 0 1 4230 1395 2 1 0 3 0 7 50 -1 -1 0.000 0 0 -1 0 0 2 4365 1395 4365 1395 2 1 0 3 0 7 50 -1 -1 0.000 0 0 -1 0 0 1 4500 1395 2 1 0 3 0 7 50 -1 -1 0.000 0 0 -1 0 0 1 4230 1710 2 1 0 3 0 7 50 -1 -1 0.000 0 0 -1 0 0 1 4230 1890 2 1 0 3 0 7 50 -1 -1 0.000 0 0 -1 0 0 1 4230 2070 2 1 0 1 0 7 50 -1 -1 0.000 0 0 -1 1 1 2 0 0 1.00 60.00 120.00 0 0 1.00 60.00 120.00 5445 3240 5445 1215 4 1 0 50 -1 16 12 0.0000 4 180 885 4230 3555 width (bits)\001 4 0 0 50 -1 16 12 0.0000 4 180 870 5535 2295 size (cells)\001 4 2 0 50 -1 16 12 0.0000 4 120 150 3285 3195 0.\001 4 2 0 50 -1 16 12 0.0000 4 120 150 3285 2475 2.\001 4 2 0 50 -1 16 12 0.0000 4 135 150 3285 2835 1.\001 4 2 0 50 -1 16 12 0.0000 4 135 540 3285 1440 size-1.\001 4 1 0 50 -1 16 12 0.0000 4 180 735 4230 3825 (cellsize)\001 sdcc-2.9.0/sim/ucsim/doc/chip.gif000066400000000000000000000045051116427777700165540ustar00rootroot00000000000000GIF87a»„£££™™™}}}wwwqqqUUUKKK???îîî333111ÌÌ̪ªª–––ŠŠŠˆˆˆpppfffdddXXXÿÿÿHHHDDD888000ÝÝÝ"""»»»,»þ %Ždiž(Êlë¾p,ÏtmßxÞ2io%¾ pH,‰ÏqÉl:›Iæò¬Z¯Ã(vËíš´ÇJÅK.Áæ´Zˆ."ëøº-¯Ï•ÇÄnïoé~xF„‚ŠF€‹ŽK>UU–>‘—žœ‰DIŸ  A¦­$¬' ¤®A©@–½– <(™ µË(°&I¡Ì# É"  ©@)Ý)ÎÕë$ I ì&@<Ý Û#0C·ŠZ½VîJ$üD†@ºMh¡¡¯_=Ò53x‰ŠC<‚”³pDIO þPÀM„çl#aÑH'Ö ²ÓV^8öòÑ“hŽš˜ù­%ƒk#¾)ùF 2!›°É+a<¤"¸J:Êää#dÔdªé°ŠÚ#tØwSäU³÷D_…`VÇîÖÃ}þ–PlrðFÂŽ a<‚rËÉBr ÙŒd­“ý`¶lÖlç+ŸƒŒ8éæÓ‚R ¸õÕ#¦a?‘׶œÕl8®ûÏr$G®£9å7 ×˜U–xñëØeßÎ=Mîîàÿ².¾¼ùïæÓ_G¯¾}göîã׃/¿~-úöó{¯¿¿"þþh€*"’zþP’§`-_5øà„ì$Há…UXˆá†¯qèá"~(¢`#–XGˆ&¦hŠ*–Èb‹"¾ã¦'㌌Tw7âHÄ6:èãi$nB‰cJÈd“ý= e~RNY_•VƇe–ímÉe_ö± †y¢Žešǘ˜Á楚འ'wrΙ]v®—džâɧ›ŽíH”\íèA›ž¸gü‘‰ ¹$Š5·DZP`dA0Ã3‚›ðÖçpJŒºÔ.çD¤¦ÐqM63uó?ŒSNçˆ0Š(@ÏÛˆCŽ9-%3«6"xP ¬ûQsùþ *?3ýPO¼Z ¼ª­%‹*>žªí%t4ôÐ9ÉLTY¦ôr• Nla”jEA4‚ ëhPJ+YûR¯2YÕ@U+V4]-]«KÖY( S«.OyªñT “ ¬ŒkLOª7E-ʃÊh}‹*[‰ WQà*˪§ºµ³µ™Ðœ©ÍÀ>ÛqÎ5íôÓP;M]‡]0 t*ð‘¥-Ú½>ÑèÅ\ i!*¨áJ¶‘]+èÁ[¨ýÛf{8¯žL"ÝÕèÅÏMdÛ&PŒË‚I¸‚Áüå' }˜ºî=xÝ övâ>.îßKþš¹R㣓„¹€ùV Ø Ѻ¯+”é³÷{ ·çtº‰¼éå[ @†ôÑl ¹†¤Š½óûÀψÝò%ï×ò|Q?\ä¼sÖ¼j¬ÑæüÐk©½õ& zÅö–?üøÞs_[û郿>ü½ÑÏ<ùãaï"ûÅ»oúêØÝþì§<¦€œCBøÜ dàŒ` Á NЂ¤ 7ÈÁ^ЃÔ 5ýèq§ñÜ èƈ…Qà ËfÂÒjäQ÷½%É°?¨PWü|XCý`Í‚¡~\è$®H‰Túa{ˆ¯0‰‰ýqâ:rw.šÀ‹ BþBípG/æo‡Ò"ÿüÇFOoœžW‡Æ)Þ†xm¬ßÿðW¤:fb×ëꮈ’^ùøèCòx)RäbyJb‘C’¤ %¹àH:B2{sœd(ÉÐÉ3~2‡yôÝ(iI)&r„TåWùDDr¨ Ì€=¸Ëö2—ÀÜà/…™KÚrC(|+1 Eû\™Í¼Ò2¡yÃSÎP‡Ö´!6ÕÉhFošJ&džNoŠï˜òñˆCÀhN÷3> (Åž•À*§t…g|8¶)˜Õ³‹e ¨:ÆÈ‚”u¡+ãWæ! n,“•!_}0QQ 2€¸™†þ¦ÑÐ ±€•eJÙG#ŒÂYrèGåRŽ´•K8)=ýÃzlÀŸ‡l)KSY=Zž„¨D&ðªŒýs‘´ÌÌûtêÉ3P’CØTgÊXºÔª„éÞ0?¦Z”§Yõ©¸Úͤ’”•be‚º V¤z•”Z=¨"6Ý 9À+ô5çðÕ­cFØÂö°ˆM¬bËØÆ:ö±¬d'KÙÊZv²IFV&€àd-Í0ßeËp/¢`l+¤67Z,(€¼Pè2C¹qd-jIEå>µY ›8"d»ªH¹ªµÜFC,qTE`d(-ªþü!D_+®¹D°¬m ¹\ø›0 /.à’.7ª¢‘n¡ª*@Ù¾¸.î‚· ¼ºF~ÿ•õªTMU7Üå¯ÔÞ×  K8@zþ¶* ð¯i'L_o¨b¾?˜U\…hw»@ÉèÑÕýw#»µ¼Ý–©â¦Æ€+ß2ì 1EV¥ WDnùí&2Ác£¥%i1^kwµ,9kI¦–ˆÚŠ©ÒpNˆ@Ö«¦ L9ÁápÚ !7±9 Á[þ“:€ H ¯pŽ³œk  ež"`€·³8‡ês<&©=@k€ÒåF;úÑŽtÀ:K x¢•´P+K3ÁRš¾¨\2ªR #hûª”.VD/M™ªÇ õ~¬aKWÈÚWwS{«\«[ß•uº…´p•$åÚ×´ªµ~¸Ù©®°› ÞyµÚû"pDF ¯°´ZSNœv”Å0%Õ£ûÐp2V™&XÜG€®ÉP&•™ËÅNJT2›âÞGèÙr4Å…hÔª™ZøE¯œÁm p7ÀC"q5@yâL°r8q#ŒùDyî8ÆC;sdcc-2.9.0/sim/ucsim/doc/clean.mk000066400000000000000000000012501116427777700165470ustar00rootroot00000000000000# Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean sdcc-2.9.0/sim/ucsim/doc/cmd.html000066400000000000000000000243241116427777700165740ustar00rootroot00000000000000 Commands of s51

Command reference of µCsim

General commands and information Memory manipulation Execution Breakpoints Dump commands Removed obsolet commands
  • wi,Wi Search for string in Internal RAM (removed 0.2.38, use where,Where instead)
  • wx,Wx Search for string in External RAM (removed 0.2.38, use where,Where instead)
  • wc,Wc Search for string in ROM (removed 0.2.38, use where,Where instead)
  • gopt Get value of option(s) (removed 0.2.38, use get option instead)
  • sopt Set value of option (removed 0.2.38, use set option instead)
  • g Go (changed 0.2.12) (removed 0.2.38, use run instead)
  • bs Set FETCH Breakpoint (removed 0.2.20, use break or tbreak instead)
  • bse Set EVENT Breakpoint (removed 0.2.38, use break or tbreak instead)
  • bd Delete FETCH Breakpoint (removed 0.2.20, use clear instead)
  • bde Delete EVENT Breakpoint (removed 0.2.38, use delete instead)
  • ba Delete all breakpoints (removed 0.2.38, use delete instead)
  • bl List Breakpoints (removed 0.2.20, use info breakpoints instead)
  • dr Dump registers (removed 0.2.37, use info registers instead)
  • dp Dump ports (removed 0.2.38, use info hardware instead)
  • si Set Internal RAM (removed 0.2.38, use set memory instead)
  • sx Set External RAM (removed 0.2.38, use set memory instead)
  • sc Set code (ROM) (removed 0.2.38, use set memory instead)
  • ss Set SFR area (removed 0.2.38, use set memory instead)
  • sb Set bit (removed 0.2.38, use set bit instead)
  • fi Fill IRAM area with data (removed 0.2.38, use fill instead)
  • fx Fill XRAM area with data (removed 0.2.38, use fill instead)
  • fs Fill SFR area with data (removed 0.2.38, use fill instead)
  • fc Fill ROM area with data (removed 0.2.38, use fill instead)
  • db Dump bit (removed 0.2.38, use dump instead)
  • sp Set port pins (removed 0.2.38, use set port instead)
sdcc-2.9.0/sim/ucsim/doc/cmd.txt000066400000000000000000000027141116427777700164460ustar00rootroot00000000000000app G conf G conf objects G help,? G quit G kill G exec file G expression,let expr G show copying G show warranty G show option [name] G show error G get option [name] G set option name|nr value G set error error_name on|off|unset sim E run,go,r [start [stop]] E stop E step,s E next,n gui start gui stop uc G state statistic [mem [startaddr [endaddr]] GM file "file" GM download,dl E pc [addr] G reset D dump mem_type [start [stop [bytes_per_line]] D dump bitname... D dch [start [stop]] D dc [start [stop]] D disassemble [start [offset [lines]]] GM fill mem_type start end data GM where mem_type data... GM Where mem_type data... B break addr [hit] B break mem_type r|w addr [hit] B tbreak addr [hit] B tbreak mem_type r|w addr [hit] B clear [addr...] B delete [nr...] G get sfr addr... G set memory mem_type addr data... G set bit addr 0|1 G set hardware,hw cath params... G info breakpoints G info registers G info hardware,hw cath G info stack G info memory G timer add,create,make id [direction [in_isr]] G timer delete,remove id G timer get [id] G timer run,start id G timer stop id G timer value,set id value memory createchip,cchip id size cellsize memory createaddressspace,createaddrspace,createaspace,caddressspace,caddrspace,caspace id startaddr size memory createaddressdecoder,createaddrdecoder,createadecoder,caddressdecoder,caddrdecoder,cadecoder addressspace begin end chip begin s51 D di [start [stop]] D dx [start [stop]] D ds [start [stop]] sdcc-2.9.0/sim/ucsim/doc/cmd_bp.html000066400000000000000000000112121116427777700172450ustar00rootroot00000000000000 Breakpoints commands of µCsim

Commands of µCsim to manage breakpoints

Two kind of breakpoint can be used: fetch and event breakpoint. Fetch breakpoints are classical breakpoints. They can be placed at any instruction in the code memory. Breakpoint will be hit if CPU fetches instruction code from the memory location specified by the breakpoint. Only fetching of first byte of the instruction hits the breakpoint. If the execution reaches a breakpoint it stops before the instruction at location specified by the breakpoint would be executed.

Event breakpoints are special onces. They cause stop of execution if event specified by the breakpoint occures. Event can be a read or a write operation on any address space location. Event breakpoint stops execution after specified event occured.

Every breakpoint can be fix (permanent) or dynamic (temporary). Dynamic breakpoints are automatically removed when they reached. Some commands place dynamic fetch breakpoints into the code, for example go or next.

A hit number can be associated to any breakpoint. This hit number specifies how many times the breakpoint must be hit before it causes the execution to stop. This hit number is 1 by default.

break addr [hit]
break memory_type r|w addr [hit]

tbreak addr [hit]
tbreak memory_type r|w addr [hit]

 Set fetch or event breakpoint. The command specifies if the breakpoint will be fix (break) or dynamic (temporary) (tbreak).

Fetch or event breakpoint can be defined. First form defines fetch while second form defines event breakpoint.

Fetch breakpoint
First parameter specifies address where the breakpoint must be placed to. It should be address of an instruction.
Second parameter is optional and it specifies the hit number. It is 1 by default.
Event breakpoint
First parameter specifies class name of memory where we are going to watch for en event. Class names of memories can be checked by info memory command.
Second parameter specifies the event. It can be r to specify read operation or w which means write operation.
Remaining parameters are address of watched memory location and an optional hit number (1 by default). 
$ s51 remoansi.hex
ucsim 0.2.24, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
> dc 0 0x10
   000000 02 01 60 LJMP  0160
 * 000003 02 00 3c LJMP  003c
 * 000006 ff       MOV   R7,A
 * 000007 ff       MOV   R7,A
 * 000008 ff       MOV   R7,A
 * 000009 ff       MOV   R7,A
 * 00000a ff       MOV   R7,A
 * 00000b 02 3b e0 LJMP  3be0
 * 00000e ff       MOV   R7,A
 * 00000f ff       MOV   R7,A
 * 000010 ff       MOV   R7,A
> break 0x160
Breakpoint 1 at 0x000160: CLR   P1.0
> tbreak 8 2
Breakpoint 2 at 0x000008: MOV   R7,A
> g
Simulation started, PC=0x000000
Stop at 000160: (4) Breakpoint
F 000160
>

clear [addr...]

 Delete fetch breakpoint. Parameter specifies address of breakpoint. If there is no breakpoint specified at given address this command prints out a warning message.

If parameter is not given then breakpoint at current PC will be deleted if it exists. If more than one address is specified then all breakpoints at specified addresses will be deleted. 

> i b
Num Type       Disp Hit   Cnt   Address  What
1   fetch      keep 1     1     0x000160 CLR   P1.0
2   fetch      del  1     1     0x000180 LJMP  022a
1   event      keep 1     1     0x000006 wi
> clear 160
No breakpoint at 0000a0
> clear 0x160
> i b
Num Type       Disp Hit   Cnt   Address  What
2   fetch      del  1     1     0x000180 LJMP  022a
1   event      keep 1     1     0x000006 wi
>

delete [number...]

 Delete breakpoint(s) by its number.

If parameter is not used then all breakpoints are deleted.

sdcc-2.9.0/sim/ucsim/doc/cmd_dump.html000066400000000000000000000321271116427777700176210ustar00rootroot00000000000000 Dump commands of µCsim

Dump commands of µCsim

dump memory_type [start [end [bytes_per_line]]]
dump bit_name...

 First form can be used get content of memory while second form can be used to check value of bit or bits.

dump memory_type [start [end [bytes_per_line]]]

 Hexadecimal dump of a memory region. First parameter specifies memory. It can be name of an address space or a chip, and can be checked using info memory command which lists size and name of all available memories.

start and end parameters can be used to specify the first and last address of the dumped region. If end is omitted then 64 memory location is dumped. If both start and end are omitted then next 64 memory location will be dumped out. Every time when dump command is used the address of last dumped memory location is stored and next dump command automatically continues at next address.

Last parameter can be used to specify how many memory locations should be dumped out in one line. It is 8 by default. 

$ s51 remo.hex
ucsim 0.2.38-pre2, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> 55470 words read from remo.hex
55470 words read from remo.hex
> run
Simulation started, PC=0x000000

Stop at 0x000515: (105) User stopped
F 0x000515
> du rom 20
0x0014 00 ac ff ff ff ff ff ff ........
0x001c ff ff ff ff ff ff ff 02 ........
0x0024 01 1c ff ff ff ff ff 32 .......2
0x002c ff ff ff ff 02 0f a7 02 ........
0x0034 0e 9c 02 0d d2 02 08 41 .......A
0x003c c0 82 c0 83 c0 d0 c0 e0 ........
0x0044 c0 00 a2 90 c0 d0 c2 90 ........
0x004c 78 18 06 30 03 4b 20 92 x..0.K .
0x0054 48 30 07 05 c2 07 02 00 H0......
0x005c 9d 30 08 05 20 93 3a c2 .0.. .:.
> du xram 10 20 10
0x000a ff 01 00 fa 01 01 40 01 01 44 ......@..D
0x0014 01                            .
> du xram
0x0015 00 00 00 00 00 00 00 00 ........
0x001d 00 10 01 00 ae 01 00 ae ........
0x0025 02 12 e1 00 5a 85 00 01 ....Z...
0x002d 00 3b 00 00 5a 85 00 ab .;..Z...
0x0035 1f 80 00 00 01 00 01 00 ........
0x003d fa 0c 02 01 00 fa 00 02 ........
0x0045 00 01 00 ab 00 00 00 00 ........
0x004d 00 00 5a 85 ff 00 01 00 ..Z.....
0x0055 00 00 00 94 a7 01 0c a6 ........
0x005d 00 6f ff 00 00 00 00 00 .o......
>

dump bit_name...

 If the simulated controller supports addressable bits (such as MCS51 does) this command can be used to print out values of bit(s). Any form of bit address can be used as parameter: 
0> dump ac p1.2 0x21
     PSW.6 0xd0 00 0
      P1.2 0x90 ff 1
    0x24.1 0x24 24 0
0>
Please note, that this command can not be used, if there is no address space called sfr. 
$ sz80
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
0> dump 0.0
No memory specified. Use "info memory" for available memories
0>

dch [start [stop]]

 Hexadecimal dump of code memory area from address start to address stop. Default value of start address is address of following memory cell which was dumped by previous dch command. If stop parameter is not given dch command lists 10 lines 8 bytes per line. 
$ s51 remo.hex
ucsim 0.2.24, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
> wc remo
0013da 52 65 6d 6f             Remo
> dch 0x13da
0013da 52 65 6d 6f 20 00 56 65 Remo .Ve
0013e2 72 73 69 6f 6e 20 31 2e rsion 1.
0013ea 30 20 00 43 6f 70 79 72 0 .Copyr
0013f2 69 67 68 74 20 28 63 29 ight (c)
0013fa 20 00 31 39 39 34 2c 39  .1994,9
001402 35 20 00 54 61 6c 6b 65 5 .Talke
00140a 72 20 42 74 2e 00 53 75 r Bt..Su
001412 6e 64 61 79 2e 00 4d 6f nday..Mo
00141a 6e 64 61 79 2e 00 54 68 nday..Th
001422 75 65 73 64 61 79 2e 00 uesday..
>
First element in every lines is address of first byte dumped out in the line. Next elements are hexadecimal values of bytes followed by ASCII charactes of bytes dumped out in the line. If value of the memory cell is not printable than a dot is dumped out.

dc [start [stop]]

 Disassembled dump of code memory area. This command simply produces disassambled list of memory area specified by the parameters. Default value of start parameter is last address listed by previous dc command. If stop parameter is not given 20 lines are listed. 
$ s51 remoansi.hex 
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
> dc
   000000 02 01 60 LJMP  0160
 * 000003 02 00 3c LJMP  003c
 * 000006 ff       MOV   R7,A
 * 000007 ff       MOV   R7,A
 * 000008 ff       MOV   R7,A
 * 000009 ff       MOV   R7,A
 * 00000a ff       MOV   R7,A
 * 00000b 02 3b e0 LJMP  3be0
 * 00000e ff       MOV   R7,A
 * 00000f ff       MOV   R7,A
 * 000010 ff       MOV   R7,A
 * 000011 ff       MOV   R7,A
 * 000012 ff       MOV   R7,A
 * 000013 02 00 ac LJMP  00ac
 * 000016 ff       MOV   R7,A
 * 000017 ff       MOV   R7,A
 * 000018 ff       MOV   R7,A
 * 000019 ff       MOV   R7,A
 * 00001a ff       MOV   R7,A
 * 00001b ff       MOV   R7,A
 * 00001c ff       MOV   R7,A
>

disassemble [start [offset [lines]]]

 Disassemble code. This command can be used to list disassembled instructions which discovered by the code analyzer. First two parameters specify the address where the list starts. First parameter is address where the command starts to search an instruction. This search goes forward. When the first instruction marked by code analyzer found the simulator skips as many instructions as you specify in second parameter. If offset is negative the simulator goes backward and skips specified number of instructions. Default value of start parameter is last address which was listed by previous dis command and default value of offset is -1. It means you can make continuous list repeating parameterless dis command.

In third parameter you can specify how many instructions you want to list. Default value is 20. 

$ s51 remoansi.hex
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
> dis
   000000 02 01 60 LJMP  0160
   000160 c2 90    CLR   P1.0
   000162 c2 97    CLR   P1.7
   000164 d2 b5    SETB  P3.5
   000166 d2 b4    SETB  P3.4
   000168 75 81 22 MOV   SP,#22
   00016b 75 d0 00 MOV   PSW,#00
   00016e 7e 00    MOV   R6,#00
   000170 7f 00    MOV   R7,#00
   000172 79 04    MOV   R1,#04
   000174 12 0d b8 LCALL 0db8
   000177 0f       INC   R7
   000178 d9 fa    DJNZ  R1,0174
   00017a 75 0b 00 MOV   0b,#00
   00017d 75 0c 00 MOV   0c,#00
   000180 02 02 2a LJMP  022a
   000183 78 22    MOV   R0,#22
   000185 76 00    MOV   @R0,#00
   000187 d8 fc    DJNZ  R0,0185
> br 0x180
> tbr 0x189
> dis 0x180 -3 10
   000178 d9 fa    DJNZ  R1,0174
   00017a 75 0b 00 MOV   0b,#00
   00017d 75 0c 00 MOV   0c,#00
F  000180 02 02 2a LJMP  022a
   000183 78 22    MOV   R0,#22
   000185 76 00    MOV   @R0,#00
   000187 d8 fc    DJNZ  R0,0185
D  000189 22       RET
   00018a 90 09 ec MOV   DPTR,#09ec
   00018d ae 83    MOV   R6,DPH
>
If there is an F or D character at the beginning of the line, it means that there is a fix or dynamic fetch breakpoint at listed address. Next element on the list can be an asterix (*) which means that the listed address is not marked by the code analyzer. dis lists marked instructions only so asterix never appears in the list. Next element of the list is address displayed as six digit hexadecimal number. Address is followed by hexadecimal dump of instruction's code. Last element of the list is disassembled instruction. Every number appeared on the list is hexadecimal number.

di [start [stop]]

 Hexadecimal dump of iram named address space area from address start to address stop. Default value of start address is address of following memory cell which was dumped by previous di command. If stop parameter is not given di command lists 10 lines 8 bytes per line. 
$ s51 remoansi.hex
ucsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
0> set opt irq_stop 1
0> go
Simulation started, PC=0x000000
Stop at 000023: (5) Interrupt
F 000023
0> di
000000 18 02 16 ba 00 02 00 0a ........
000008 00 00 00 00 00 00 00 00 ........
000010 00 00 00 00 00 00 00 00 ........
000018 4a 00 00 00 00 00 00 00 J.......
000020 bc 27 06 2d 02 ee 35 8f .'.-..5.
000028 31 e7 42 01 0e 01 0b 00 1.B.....
000030 ec 0b 7f 10 7f a9 7e 08 ......~.
000038 fe 03 09 00 00 00 af 08 ........
000040 af 08 00 00 00 00 00 00 ........
000048 00 00 00 00 00 00 00 00 ........
0>

dx [start [stop]]

 Hexadecimal dump of xram named address space area from address start to address stop. Default value of start address is address of following memory cell which was dumped by previous dx command. If stop parameter is not given dx command lists 10 lines 8 bytes per line. 
$ s51 remoansi.hex
ucsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
0> set opt irq_stop 1
0> go
Simulation started, PC=0x000000
Stop at 000023: (5) Interrupt
F 000023
0> dx 0x100
000100 00 00 00 00 00 00 00 00 ........
000108 00 00 00 00 00 00 00 00 ........
000110 00 00 00 00 00 00 00 00 ........
000118 00 00 00 00 00 00 00 00 ........
000120 00 00 00 00 00 00 00 00 ........
000128 00 00 00 00 00 00 00 44 .......D
000130 61 6e 69 00 00 00 02 02 ani.....
000138 07 00 00 ff 00 00 07 cb ........
000140 08 0c 32 00 07 cb 06 05 ..2.....
000148 02 00 24 00 00 00 00 00 ..$.....
0>

ds [start [stop]]

 Hexadecimal dump of sfr named address space area from address start to address stop. Default value of start address is address of following memory cell which was dumped by previous ds command. If stop parameter is not given ds command lists 10 lines 8 bytes per line. 
$ s51 remo.hex
ucsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
0> set opt irq_stop 1
0> go
Simulation started, PC=0x000000
Stop at 000023: (5) Interrupt
F 000023
0> ds
0x80 ff 2a 1e 13 00 00 00 80 .*......
0x88 d5 21 f7 fd 50 fd 00 00 .!..P...
0x90 fe 00 00 00 00 00 00 00 ........
0x98 7e 0a 00 00 00 00 00 00 ~.......
0xa0 ff 00 00 00 00 00 00 00 ........
0xa8 97 00 00 00 00 00 00 00 ........
0xb0 ff 00 00 00 00 00 00 00 ........
0xb8 15 00 00 00 00 00 00 00 ........
0xc0 00 00 00 00 00 00 00 00 ........
0xc8 00 00 00 00 00 00 00 00 ........
0>
sdcc-2.9.0/sim/ucsim/doc/cmd_exec.html000066400000000000000000000142521116427777700175770ustar00rootroot00000000000000 Execution commands of µCsim

Execution commands of µCsim

r,run,go [start [stop]]

 This command starts the execution of the simulated program.

Parameters are optional. First parameter specifies start address of the execution. By default execution starts at address specified by actual value of the PC. This can be overridden by first parameter.

If second parameter is specified it places a dynamic breakpoint at specified address which stops the execution. If stop address is not given the simulator stops if it reaches a breakpoint, or the CPU accepts an interrupt and stopit option is TRUE, or fatal error occures or stop command is used on an other console, or ENTER key is pressed on the console where the run command was issued.

If program execution is started the console is frozen it is not possible to give commands on this console to the simulator while execution is running. If it is needed to control the simulator during program execution then more consoles can be used. See using multiple consoles for more information.

Note that first instruction is executed without effect of breakpoints and simulation will be started afterwards. It means that if there is a breakpoint at start address then it will not be hit. See following example: 

$ ./s51
ucsim 0.2.38-pre1, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> b 0x10
Breakpoint 1 at 0x000010: MOV   R7,A
> b 0x20
Breakpoint 2 at 0x000020: MOV   R7,A
> run 0x10
Warning: maybe not instruction at 0x000010
Simulation started, PC=0x000010
Stop at 0x000020: (104) Breakpoint
F 0x000020
>

stop

 This command stops the simulation, it freezes the CPU and all the peripherials. 
$ s51 remoansi.hex
ucsim 0.2.24, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
> g
Simulation started
> dr
000000 00 01 00 14 00 00 5a 47 ......ZG
000000 00 .  ACC= 0x47  71 G  B= 0x01   DPTR= 0x001c @DPTR= 0x47  71 G
000001 01 .  PSW= 0x00 CY=0 AC=0 OV=0 P=0
   006f02 90 00 1e MOV   DPTR,#001e
> stop
   006ac5 24 a5    ADD   A,#a5
>
Simulated program is executed in background and the simulator accepts commands. If it stopped by the stop command the instruction pointed by PC is dissassembled, see the dis command for description of disassembled form.

s,step

 Step command. It executes one instruction without effect of breakpoints. 
$ s51 remoansi.hex
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
> s
000000 00 00 00 00 00 00 00 00 ........
000000 00 .  ACC= 0x00   0 .  B= 0x00   DPTR= 0x0000 @DPTR= 0x00   0 .
000000 00 .  PSW= 0x00 CY=0 AC=0 OV=0 P=0
   000160 c2 90    CLR   P1.0
>
After execution of actual instruction pointed by PC the step command dumps out the register set.

n,next

 Execute until next instruction is reached. This command is similar to step command described above but if actual instruction to execute is a subroutine call the next command places a dynamic breakpoint after the call instruction and starts to execute the subroutine. If the subroutine is infinite the breakpoint set by next will never reached. It can be a dangerous situation because the executeion started by the next command can not be stopped interactively. But it can be stopped by other breakpoints. 
$ s51 remoansi.hex
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
> run 0 0x172
   000172 79 04    MOV   R1,#04
> dis 0x172 0 5
   000170 7f 00    MOV   R7,#00
   000172 79 04    MOV   R1,#04
   000174 12 0d b8 LCALL 0db8
   000177 0f       INC   R7
   000178 d9 fa    DJNZ  R1,0174
   00017a 75 0b 00 MOV   0b,#00
> n
000000 00 04 00 00 00 00 00 00 ........
000000 00 .  ACC= 0x00   0 .  B= 0x00   DPTR= 0x0000 @DPTR= 0x00   0 .
000004 00 .  PSW= 0x00 CY=0 AC=0 OV=0 P=0
   000174 12 0d b8 LCALL 0db8
> n
000000 00 04 00 00 00 00 00 00 ........
000000 00 .  ACC= 0x00   0 .  B= 0x00   DPTR= 0x0167 @DPTR= 0x00   0 .
000004 00 .  PSW= 0x00 CY=0 AC=0 OV=0 P=0
   000177 0f       INC   R7
>

pc [address]

 Using this command without any parameter it simply dumps out instruction pointed by the PC. Specify address if you want to set the PC. 
$ s51
S51 0.1.5, Copyright (C) 1997 Daniel Drotos, Talker Bt.
S51 comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> pc
 * 000000 ff       MOV   R7,A
> pc 123
 * 00007b ff       MOV   R7,A
> sopt debug t  
> pc 32
Warning: maybe not instruction at 000020
 * 000020 ff       MOV   R7,A
>
sdcc-2.9.0/sim/ucsim/doc/cmd_general.html000066400000000000000000001052751116427777700202760ustar00rootroot00000000000000 General commands of µCsim

General commands of µCsim

conf

 Conf command can be used to display different kind of information about µCsim. It can be followed by a subcommand:

conf
conf objects

conf

 This command (without a subcommand) prints out configuration of the simulator: 
0> conf
ucsim version 0.5.0-pre3
Type of microcontroller: 51 CMOS
Controller has 9 hardware element(s).
  timer0[0]
  timer1[1]
  uart[0]
  port[0]
  port[1]
  port[2]
  port[3]
  irq[0]
  _51_dummy[0]
0>
First line contains version number of the program. Second line informs about type of the simulated microcontroller. Third line prints out how many hardware elements are simulated.

conf objects

 This command is for development only.

?,help [command]

 Help command. It prints out short description of the commands.

If a command name is given as parameter then µCsim prints out all command that has similar names: 

0> ? s
show subcommand    Generic command for showing things about the uCsim
set subcommand     Set, see `set' command for more help
stop               Stop
step               Step
state              State of microcontroller
statistic [mem [startaddr [endaddr]]]
                   Statistic of memory accesses
0> ? s o
show option [name] Show internal data of options
set option name|nr value
                   Set value of an option
0>
Some commands have more than one name which can produce interesting result: 
0> ? t r
timer delete id    Delete a timer
timer start id     Start a timer
0>
It looks that names of listed subcommands start with no "r" but take a closer look on that commands: 
0> ? t d
timer delete id    Delete a timer
Names of command: delete remove
long help of timer delete
0> ? t start
timer start id     Start a timer
Names of command: run start
long help of timer run
0>

If parameter is unique name of a command then long description of the command is printed out.

quit

 Quit. This command terminates actual console, it does not ask you to confirm your intention. Simulator always reads commands from a file so end of file condition finishes too. If command console is on standard input/output, pressing the CTRL-D will quit just like the quit command.

Note that if -Z option was used at invokation then the quit command does not terminate the simulator program. In this case kill command can be used to terminate the simulator. See for more information about using multiple consoles. 

$ s51
ucsim 0.2.24, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> q
$

kill

 This kommand terminates the simulator. It does not ask for confirmation. It doesn't matter how many consoles are used and what commands are running on them.

exec file

 Reads commands from "file" and executes them. This command opens a new console (which will use same in/out file as the actual one) to execute the file. This means the "quit" command in the file will not exit the simulator: 
drdani@emma:~$ cat /tmp/x
get opt
quit
conf
drdani@emma:~$ s51
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
0> exec "/tmp/x"
1> get opt
 0. config_file(by application) is hidden!
 1. console_on(by application) is hidden!
 2. cpu_type(by application) is hidden!
 3. debug(by console1): FALSE - Debug messages to console1
 4. debug(by console0): FALSE - Debug messages to console0
 5. debug(by application): FALSE - Print debug messages (-V)
 6. irq_stop(by mcs51_controller): FALSE - Stop when IRQ accepted
 7. null_prompt(by application): FALSE - Use \0 as prompt (-P)
 8. prompt(by console1): "" - Prompt string of console1
 9. prompt(by console0): "" - Prompt string of console0
10. prompt(by application): (null) - String of prompt (-p)
11. serial_in_file(by application) is hidden!
12. serial_out_file(by application) is hidden!
13. xtal(by application): 11059200.000 - Frequency of XTAL in Hz
1> quit
0>

expression expr

 Executes "expr" as an expression. For more about expressions, see command syntax. 
0> expr 1 + 2
3
0> expr xram[256*dph+dpl]= &sp
129
0>

show

 Show command can be used to display different kind of information. It must be followed by a subcommand. Subcommands are:

show copying
show warranty
show option
show error

show copying

 This command can be used to list licensing information. It is first 10 point of the version 2 of GNU Genral Public License. If you do not accept GPL simply do not use the program.

show warranty

 This command prints out last 2 point of the license ("NO WARRANTY" message).

show option

 This command is for development only.

show error

 Errors or warnings are events which can happen in the simulated system during simulation. Report of that events can be turned on or off using set error command. Errors are organized in parent-child relationship. Childs are listed under the parent: 
0> sh er
Error: non-classified [on/ON]
  Error: memory [on/ON]
    Error: invalid_address [unset/ON]
    Error: non_decoded [unset/ON]
  Error: stack [off/OFF]
    Error: stack_tracker [unset/OFF]
      Error: stack_tracker_wrong_handle [unset/OFF]
      Error: operation_on_empty_stack [unset/OFF]
      Warning: stack_operation_unmatched_to_top_of_stack [unset/OFF]
      Warning: stack_looks_corrupted [unset/OFF]
0>
First element is the type (Error or Warning). Error stops the simulation. Warning is just reported and simulation goes on. Next element is the name of the error. Last element shows actual value and state. Value can be:
on
state is ON
off
state is OFF
unset
state is inherited from the parent.
If state is ON and the event happens, it is reported. If state is OFF then the event is silently ignored.

get

 This command can be used to get value of various kind of things. It requires a subcommand to specify what is going to be set. Known subcommands are:

get sfr
get option

get sfr address...

 This command can be used to check values of SFR location(s) if SFR exists in simulated memory. Note that dump memory or ds can be used as well.

Parameters are interpreted as SFR names or addresses and values of addressed locations are dumped out. 

$ s51 
ucsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
0> get sfr pcon p1 0 0x80 kahd scon 256
0x87 00 .
0x90 ff .
Warning: Invalid address 0
0x80 ff .
Warning: Invalid address kahd
0x98 00 .
Warning: Invalid address 256
0>

get option [name]

 Get actual value of option(s). Some options can be set by set option to modify behavior of the simulator. Using get option you can get actual value of these options. If you use this command without parameter you get list of all options known by the program. In this way you can figure out which options can be used. 
$ s51 -V
ucsim 0.5.0, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
0> get opt
 3. debug(by console0): FALSE - Debug messages to console0
 4. debug(by application): FALSE - Print debug messages (-V)
 5. irq_stop(by mcs51_controller): FALSE - Stop when IRQ accepted
 6. null_prompt(by application): FALSE - Use \0 as prompt (-P)
 7. prompt(by console0): "" - Prompt string of console0
 8. prompt(by application): (null) - String of prompt (-p)
11. xtal(by application): 11059200.000 - Frequency of XTAL in Hz
0>
First element of the list is the number of the option. It is followed by name of the option (debug, irq_stop, etc.). Number or the name can be used to identify the option in get option and set option command. Next element shows which part of the simulator created the option.

Next element of the list is the value of the option. It can be an integer or a floating point number, a string or a boolean value.

Last part describes the option.

Some options can have same name. An example is the debug option. One is created by the application to store value given by -V (see invokation). This will be used as default value when a new instance of a console is created: 

$ cat /tmp/x
get opt debug
$ s51
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
0> get opt debug
 3. debug(by console0): FALSE - Debug messages to console0
 4. debug(by application): FALSE - Print debug messages (-V)
0> set opt 4 1
0> get opt debug
 3. debug(by console0): FALSE - Debug messages to console0
 4. debug(by application): TRUE - Print debug messages (-V)
0> exec "/tmp/x"
1> get opt debug
 3. debug(by console1): TRUE - Debug messages to console1
 4. debug(by console0): FALSE - Debug messages to console0
 5. debug(by application): TRUE - Print debug messages (-V)
1> 
0>

set

 This command can be used to set various kind of things. It requires a subcommand to specify what is going to be set. Known subcommands are:

set option
set error
set memory
set bit
set hardware

set option name|nr value

Set option value. Options described at (get option) command can be set using this command. First parameter must be an option name or number and second the new value. Interpretation of the value depends on type of the option. Value for a boolean type of option interpreted as follows: if first character of the value is one of 1, t, T, y, Y then value will be TRUE otherwise it will be FALSE. 

$ s51 -V
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> get opt
 0. config_file(by application) is hidden!
 1. console_on(by application) is hidden!
 2. cpu_type(by application) is hidden!
 3. debug(by console0): TRUE - Debug messages to console0
 4. debug(by application): TRUE - Print debug messages (-V)
 5. irq_stop(by mcs51_controller): FALSE - Stop when IRQ accepted
 6. null_prompt(by application): FALSE - Use \0 as prompt (-P)
 7. prompt(by console0): "" - Prompt string of console0
 8. prompt(by application): (null) - String of prompt (-p)
 9. serial_in_file(by application) is hidden!
10. serial_out_file(by application) is hidden!
11. xtal(by application): 11059200.000 - Frequency of XTAL in Hz
> set opt debug f
Ambiguous option name, use number instead
> set opt 3 f
> get opt debug
 3. debug(by console0): FALSE - Debug messages to console0
 4. debug(by application): TRUE - Print debug messages (-V)
>

set error error_name on|off|unset

 This command can be used to set if an error event should be reported or not. Actual settings can be retrieved by show error command.

set memory memory_type address data...

 This command can be used to modify content of any simulated memory. First parameter must be a class name to specify type of memory. Class names can de checked by info memory command. Chips and address spaces can be used as well.

Second parameter specifies start address of the modification.

Remaining parameters will be written into the memory starting at address specified by second parameter. Data list can include numbers as well as strings. See syntax for more details.

Modified memory locations will be dumped out. 

0> set mem xram 1 "ab\tcd\0ef\012ghq" 2 "ABC"
0x0001 61 62 09 63 64 00 65 66 ab.cd.ef
0x0009 0a 67 68 71 02 41 42 43 .ghq.ABC
0> set mem sfr pcon 0x34
0x87 34                      4
0> set mem xram_chip 1 2
0x0001 02                      .
0>

set bit address 0|1

 Set one bit to 0 or 1. First parameter specifies the bit. It can be the address of the bit (number or syqmbolic name) or it can be specified in address.bitnumber format where address addresses SFR area and bitnumber is number of bit in specified SFR location. Using this syntax any SFR (and 8051's internal RAM) location can be modified it need not be really bit addressable.

Second parameter interpreted as 1 if it is not zero.

Modified memory location is dumped out. 

$ s51 
ucsim 0.2.38-pre2, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> set bit tf1 1
0x88 80 .
> set bit 130 0
0x80 fb .
> set bit pcon.2 1
0x87 04 .
> set bit 10.7 1
0x0a 80 .
>

set hardware hardware_id data

 This command can be used to set value into a hardware element of the controller (conf command lists them).

Actually only port element of MCS51 accepts this method. It can be used to set value of external circuits which connected to ports of simulated controller. First parameter specifies port element (as an array), second is the new value. 

0> conf
Type of microcontroller: 51 CMOS
Controller has 9 hardware element(s).
  timer0[0]
  timer1[1]
  uart[0]
  port[0]
  port[1]
  port[2]
  port[3]
  irq[0]
  _51_dummy[0]
0> set hw port[0] 12
0> i h po[0]
port[0]
P0    11111111 0xff 255 . (Value in SFR register)
Pin0  00001100 0x0c  12 . (Output of outside circuits)
Port0 00001100 0x0c  12 . (Value on the port pins)
0> set hw port[0] 23
0> i h po[0]
port[0]
P0    11111111 0xff 255 . (Value in SFR register)
Pin0  00010111 0x17  23 . (Output of outside circuits)
Port0 00010111 0x17  23 . (Value on the port pins)
0> set hw irq[0] 12
Nothing to do
0>

state

 State of the simulator and the simulated microcontroller: 
> state
CPU state= OK PC= 0x004349 XTAL= 1.10592e+07
Total time since last reset= 0.614873 sec (6800004 clks)
Time in isr = 0.0144227 sec (159504 clks) 2.3%
Time in idle= 0 sec (0 clks)   0%
Max value of stack pointer= 0x000049, avg= 0x000026
>
The "CPU state" in the first line is an internal information. PC is value of the program counter. First line shows XTAL frequency too.

Following lines contain information about simulated time. First, full simulated time (elapsed from last reset) is printed out in seconds and number of clock periods then same data is printed out about time spent in interrupt service routines as well as in idle mode. Last data in lines of ISR and IDLE time shows ratio of ISRs, Idle times and main program.

Last line infroms about maximum value of the stack pointer and a "not very well" calculated average value of it.

reset

 Reset command. It resets the microcontroller. It has same effect as active signal on the RST pin. 
$ s51 -V remoansi.hex
ucsim 0.2.24, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
> i r
000000 00 00 00 00 00 00 00 00 ........
000000 00 .  ACC= 0x00   0 .  B= 0x00   DPTR= 0x0000 @DPTR= 0x00   0 .
000000 00 .  PSW= 0x00 CY=0 AC=0 OV=0 P=0
   000000 02 01 60 LJMP  0160
> s
000000 00 00 00 00 00 00 00 00 ........
000000 00 .  ACC= 0x00   0 .  B= 0x00   DPTR= 0x0000 @DPTR= 0x00   0 .
000000 00 .  PSW= 0x00 CY=0 AC=0 OV=0 P=0
   000160 c2 90    CLR   P1.0
> s
000000 00 00 00 00 00 00 00 00 ........
000000 00 .  ACC= 0x00   0 .  B= 0x00   DPTR= 0x0000 @DPTR= 0x00   0 .
000000 00 .  PSW= 0x00 CY=0 AC=0 OV=0 P=0
   000162 c2 97    CLR   P1.7
> res
> i r
000000 00 00 00 00 00 00 00 00 ........
000000 00 .  ACC= 0x00   0 .  B= 0x00   DPTR= 0x0000 @DPTR= 0x00   0 .
000000 00 .  PSW= 0x00 CY=0 AC=0 OV=0 P=0
   000000 02 01 60 LJMP  0160
>

info

 This command prints out information about different things which must be specified as paramater to the command. Following subcommands are known:

info breakpoints
info registers
info hardware
info stack
info memory

info breakpoints

 This subcommand prints out information about breakpoints: 
0> b 12
Breakpoint 1 at 0x00000c: MOV   R7,A
0> tb 43
Breakpoint 2 at 0x00002b: MOV   R7,A
0> b sfr w 0x80
0> i b
Num Type       Disp Hit   Cnt   Address  What
1   fetch      keep 1     1     0x00000c MOV   R7,A
2   fetch      del  1     1     0x00002b MOV   R7,A
3   event      keep 1     1     0x000080 write
0>
As you see above, the command can be shortened to "i b". The list of breakpoints contains 7 columns:
Num
Number of the breakpoint.
Type
This column shows type of the breakpoint. It can be fetch for normal breakpoints or event for event breakpoints. First the normal breakpoints are listed and then the event breakpoints.
Disp
This shows if the breakpoint is temporary (del) or not (keep).
Hit
How many times the breakpoint must be hit before it really stops the program.
Cnt
Counter of breakpint hits. This counter decrements and the breakpoint is activated if it reaches zero.
Address
Address where the breakpoint is set.
What
For normal breakpoints this field contains disassembled instruction where the breakpoint is set. For event breakpoints it contains type of event.

info registers

 This subcommand prints out full register set of the CPU. Output of this command depends of type of CPU.
Registers of MCS51 family
$ s51 remoansi.hex 
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
> sopt stopit 1
> g
5
 * 000023 02 01 1c LJMP  011c
> i r
000000 18 02 16 ba 00 02 00 0a ........
000018 4a J  ACC= 0x0a  10 .  B= 0x00   DPTR= 0x16ba @DPTR= 0x00   0 .
000002 16 .  PSW= 0x00 CY=0 AC=0 OV=0 P=0
 * 000023 02 01 1c LJMP  011c
>
In first line the actual register bank is dumped out. Register banks reside in internal RAM, address at the begining of the line shows start address of actual register bank selected by RS0 and RS1 bits of PSW register.

Next two lines begin with value of indirectly addressed internal RAM cells. Second line shows IRAM cell pointed by R0 while third line shows IRAM addressed by R1.

Second line displays some important registers. First one is the accumulator. Its value dumped out in hexadecimal, decimal form and then the ASCII character of its value. It is followed by value of the B register which is dumped out in hexadecimal form only. Next is DPTR register in hexadecimal and then external RAM cell which is addressed by DPTR. This is dumped out in hexadecimal, decimal and ASCII too.

In third line you find program status word in hexadecimal and then some flag bits of PSW register. Last line is disassembled instruction at PC.

Registers of AVR family
$ savr test_arith.hex
ucsim 0.2.37, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> 83 words read from test_arith.hex
83 words read from test_arith.hex
> run

Stop at 0x000047: (105) User stopped
F 0x000047
> i r
000000 00 2c 21 23 20 35 19 14 03 00 00 00 00 00 00 00 .,!# 5..........
000010 00 01 1e 89 01 00 10 e2 14 00 01 10 00 00 00 00 ................
ITHSVNZC  SREG= 0x03   3 .
00000011  SP  = 0x000000
X= 0x1001 [X]= 0x00   0 .  Y= 0x0000 [Y]= 0x00   0 .  Z= 0x0000 [Z]= 0x00   0 .
 * 000047 940c 0047 jmp   0x000047
>
First two lines show first 32 bytes of internal RAM which is the register set of AVR controllers.

At the beginning of next two lines bits of status register are printed. These lines present hexadecimal, decimal and ASCII values of the status register too, and value of the stack pointer.

Following line shows indirect addressing registers X, Y, and Z as well as pointed memory values.

Last line is disassembled instruction at PC.

Registers of Z80 family
$ sz80
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
0> i r
SZ-A--P-C  Flags= 0x00   0 .  A= 0x00   0 .
00-0--0-0
BC= 0x0000 [BC]= 00   0 .  DE= 0x0000 [DE]= 00   0 .  HL= 0x0000 [HL]= 00   0 .
IX= 0x0000 [IX]= 00   0 .  IY= 0x0000 [IY]= 00   0 .  SP= 0x0000 [SP]= 00   0 .
 ? 0x0000 00          NOP
0>
Registers of XA family
$ sxa
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
The XA Simulator is in development, UNSTABLE, DEVELOPERS ONLY!
0> i r
CA---VNZ | R0:0100 R1:0302 R2:0504 R3:0706
00---000 | R4:0908 R5:0b0a R6:0d0c SP:0100 ES:0000  DS:0000
 ? 0x0302 02 03             ADD   R0l,[R3]
0>
Registers of HC08 family
$ shc08
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
0> i r
V--HINZC  Flags= 0x60  96 `  A= 0x00   0 .
0--00000      H= 0x00   0 .  X= 0x00   0 .
SP= 0x00ff [SP+1]= 00   0 .
 ? 0x0000 00 01 02    brset #0,*0x01,0x0005
0>

info hardware|hw identifier

 This subcommand prints out information about a unit of the controller. identifier specifies hardware element. One form of it is a name. Names of hardware elements can be checked by conf command. This form is accepted only when name is unique. If more than one element exists with the same name then name must be followed by id number in squere brackets in same form as it is listed by conf command.

Ouput format of this command depends on CPU family and type of the CPU too because requested unit can be different in different type of controller even in the same CPU family. 

$ s51 -t 51
ucsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
0> conf
ucsim version 0.5.0-pre3
Type of microcontroller: 51 CMOS
Controller has 8 hardware element(s).
  timer0[0]
  timer1[1]
  uart[0]
  port[0]
  port[1]
  port[2]
  port[3]
  irq[0]
  _51_dummy[0]
0> i h port[2]
port[2]
P2    11111111 0xff 255 . (Value in SFR register)
Pin2  11111111 0xff 255 . (Output of outside circuits)
Port2 11111111 0xff 255 . (Value on the port pins)
0> i h t[0]
timer0[0] 0x0000 13 bit timer OFF irq=0 dis prio=0
0> i h u
uart[0] Shift, fixed clock MultiProc=none irq=dis prio=0
Receiver OFF RB8=0 irq=0
Transmitter TB8=0 irq=0
0>
Timer #2 differs a little bit from other timers of MCS51: 
$ s51 -t 52
ucsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
0> i h timer0
timer0[0] 0x0000 13 bit timer OFF irq=0 dis prio=0
0> i h t[2]
timer2[2] 0x0000 reload 0x0000 timer OFF irq=0 dis prio=0
0>

info stack

 This command prints out information about data stored in the CPU's stack and operations which put them there. 
$ s51 ~/remo.hex
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
55470 words read from /home/staff/drdani/remo.hex
0> set opt irq_stop true
0> r
Simulation started, PC=0x000000
Stop at 0x000023: (2) Interrupt
F 0x000023
0> i s
OP   SP before-after   L DATA/ADDR   INSTRUCTION
call 0x000022-0x000024 2 0x002976    0x022a 12 29 76 LCALL 2976
call 0x000024-0x000026 2 0x002379    0x2976 12 23 79 LCALL 2379
call 0x000026-0x000028 2 0x003612    0x2517 12 36 12 LCALL 3612
intr 0x000028-0x00002a 2 0x000023    0x366f 20 0c 02 JB    21.4,3674
0>
First column shows the operation which can be call or push or intr (interrupt call). Next column contains value of the SP register before and after the operation. Column "L" shows size of the data, and the next column the data itself. Note, that for call operations (call, and intr) the called address is printed, not the pushed one! Last column is the instruction which has been executed when the operation occured.

info memory

 This command shows information about memory system: chips, address spaces and address decoders. 
$ s51
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
0> i m
Memory chips:
  0x000000-0x010000    65536 rom_chip (8,%02x,0x%04x)
  0x000000-0x000080      128 iram_chip (8,%02x,0x%02x)
  0x000000-0x010000    65536 xram_chip (8,%02x,0x%04x)
  0x000000-0x000080      128 sfr_chip (8,%02x,0x%02x)
Address spaces:
  0x000000-0x010000    65536 rom (8,%02x,0x%04x)
  0x000000-0x000080      128 iram (8,%02x,0x%02x)
  0x000080-0x000080      128 sfr (8,%02x,0x%02x)
  0x000000-0x010000    65536 xram (8,%02x,0x%04x)
Address decoders:
 0 rom 0x0000 0xffff -> rom_chip 0x0000 activated
 0 iram 0x00 0x7f -> iram_chip 0x00 activated
 0 sfr 0x80 0xff -> sfr_chip 0x00 activated
 0 xram 0x0000 0xffff -> xram_chip 0x0000 activated
0>
First column shows address ranges, next one is the size followed by the name of the memory. This name can be used in other commands (such as dump, set memory, etc.). Last column shows some technical information (width in bits, format specifier to print out content and address).

Address decoders are associated with address spaces. Each address space has a list of decoders. First column of the address decoder information is the number of the decoder. Next three columns specifies name and area of the address space which is handled by the decoder. After "->" sign the name and the address of the memory chip is printed where the decoder maps the area of the address space.

Memory system of other controller family can be different. 

$ savr
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
0> i m
Memory chips:
  0x000000-0x00ffff    65536 rom_chip (16,%04x,0x%04x)
  0x000000-0x00007f      128 iram_chip (8,%02x,0x%02x)
Address spaces:
  0x000000-0x00ffff    65536 rom (16,%04x,0x%04x)
  0x000000-0x00ffff    65536 iram (8,%02x,0x%04x)
Address decoders:
 0 rom 0x0000 0xffff -> rom_chip 0x0000 activated
 0 iram 0x0000 0x007f -> iram_chip 0x00 activated
0>

timer

 Handling of timers. Don't be confused! This command doesn't handle timer element of the controller. It manages "clock counters" which can be used to profile applications.

Known subcommands are:

timer add
timer delete
timer get
timer start
timer stop
timer set

Each subcommand can (some must) be followed by a timer id which can be a number or a string. Timers are numbered from 1. You can use any number greater than 0 to identify a timer. Or you can use a simbolic name, in this case simulator uses the first unused number to allocate a new timer.

timer add|create|make id [direction [in_isr]]

 To create a new timer. New timers are turned ON by default and initialized to value 0. Direction is an integer (can be positive or negative) number which is added to the actual value in every step. If in_isr is TRUE the timer counts only when execution is in an interrupt handler.

timer delete|remove id

 To remove a timer if you don't need it any more.

timer get [id]

 To get value of timers. If you don't use timer id in this command simulator prints out value of all timers including predefined ones. See example below.

timer start|run id

 To turn a timer ON.

timer stop id

 To turn a timer OFF. It still exist but doesn't count xtal periods.

timer set|value id value

 To set value of the timer (number of xtal periods). value is the new value. 
0> tim a 3
0> tim g
timer #0("time") ON: 0.463255 sec (5123232 clks)
timer #0("isr") ON: 0.0051888 sec (57384 clks)
timer #0("idle") ON,ISR: 0 sec (0 clks)
timer #3("unnamed") ON: 0 sec (0 clks)
0> tim a "a"
0> tim g
timer #0("time") ON: 0.463255 sec (5123232 clks)
timer #0("isr") ON: 0.0051888 sec (57384 clks)
timer #0("idle") ON,ISR: 0 sec (0 clks)
timer #1("a") ON: 0 sec (0 clks)
timer #3("unnamed") ON: 0 sec (0 clks)
0>
sdcc-2.9.0/sim/ucsim/doc/cmd_memory.html000066400000000000000000000231761116427777700201700ustar00rootroot00000000000000 Memory manipulation commands of µCsim

Memory manipulation commands of µCsim

Every command which changes content of ROM area such as dl or set memory deletes result of code analyzer and causes to re-analyze the code.

file,load "FILE"

 Loads file named FILE into the simulated code memory. File must contain data in Intel HEX format. 
> file "../../remo.hex"
55470 words read from ../../remo.hex
>
Don't forget to enclose file name in quotes to make the parameter to be a string.

download,dl

 Download command. It is same as load above but it reads information from command console which is standard input by default. This command stops read records when it detects an "END" record which is normaly the last record. This command has two equivalent forms download and dl. 
$ s51 -V
ucsim 0.2.24, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> do
:03000000020003F8
:1000030075812078207600D8FC900000AE83AF8203
:100013009000001200416005E4F0A380F690009F79
:1000230012004A9000A312004A9000A712006890A1
:1000330000AD12006875D0001200B50200B3EF6581
:10004300827003EE658322E493F8740193F97402DA
:1000530093FE740393F5828E83E869700122E4931F
:10006300F6A30880F4E493FC740193FD740293FEF9
:10007300740393FF740493F8740593F582888312D1
:100083000041700122E493A3A883A9828C838D820B
:10009300F0A3AC83AD828883898280E3212100B5FC
:1000A300212100B5000000B500B5000000B500B582
:0200B30080FECD
:1000B5007520117501AA850120750102850120228F
:00000001FF
197 bytes loaded
>

fill memory_type start end data

 Fill memory region with specified data. First parameter specifies memory. Name of the memory must be used, it can be checked using info memory command which lists size and name of all available memories.

start and end parameters specify first and last address of the memory region to be filled.

data parameter specifies the data which is used to fill the memory region. 

$ s51 
ucsim 0.2.38-pre2, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> fill xram 12 0x12 0x56
> dump xram 0 0x20
0x0000 00 00 00 00 00 00 00 00 ........
0x0008 00 00 00 00 56 56 56 56 ....VVVV
0x0010 56 56 56 00 00 00 00 00 VVV.....
0x0018 00 00 00 00 00 00 00 00 ........
0x0020 00                      .
>

where,Where memory_type data...

 Searching for some data in memory. First parameter specifies memory. Name of the memory must be used, it can be checked using info memory command which lists size and name of all available memories.

Other parameters can be mixed list of strings (characters between " and ") and numbers. Strings can contain escape sequencies. µCsim merges all parameters together and will search for megred list of values in specified memory.

where command do case unsensitive search while Where command is for case sensitive search.

Search is done in whole memory and all matches are dumped out. 

$ /s51
ucsim 0.2.38-pre2, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> set mem xram 20 "Dani d ani D ani dani Dani"
0x0014 44 61 6e 69 20 64 20 61 Dani d a
0x001c 6e 69 20 44 20 61 6e 69 ni D ani
0x0024 20 64 61 6e 69 20 44 61  dani Da
0x002c 6e 69                   ni
> where xram "dani"
0x0014 44 61 6e 69             Dani
0x0025 64 61 6e 69             dani
0x002a 44 61 6e 69             Dani
> Where xram "d ani"
0x0019 64 20 61 6e 69          d ani
>

memory

 This set of commands can be used to manipulate memory system including chips, address spaces and address decoders.

Subcommands are:

memory createchip
memory createaddressspace
memory createaddressdecoder

memory createchip|cchip id size cellsize

 This command creates a chip (array of storage elements). id must be a unique name which will be used to identify the chip in other commands. size is number of storage elements, cellsize is number of bits stored in one element.

memory createaddressspace|caddressspace|caddrspace|caspace|createaddrspace|createaspace id startaddr size

 This command should never be used. It defines an adress space, names it as id sets its starting address and size. Simulator programs (s51, savr, etc.) define necessary address spaces for themself, so this command is not needed.

memory createaddressdecoder|caddrdecoder|caddressdecoder|cadecoder|createaddrdecoder|createadecoder addressspace begin end chip begin

 Address decoder maps a part of the address space to a chip area. addressspace parameter is name of the address space, begin and end specify address range of the address space to be mapped. chip parameter is name of the memory chip and the second begin parameter is the (start of the) chip address where the area is mapped to.

Address space will be split if a "middle" are is mapped: 

$ s51
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
0> i m
Memory chips:
  0x000000-0x00ffff    65536 rom_chip (8,%02x,0x%04x)
  0x000000-0x00007f      128 iram_chip (8,%02x,0x%02x)
  0x000000-0x00ffff    65536 xram_chip (8,%02x,0x%04x)
  0x000000-0x00007f      128 sfr_chip (8,%02x,0x%02x)
Address spaces:
  0x000000-0x00ffff    65536 rom (8,%02x,0x%04x)
  0x000000-0x00007f      128 iram (8,%02x,0x%02x)
  0x000080-0x0000ff      128 sfr (8,%02x,0x%02x)
  0x000000-0x00ffff    65536 xram (8,%02x,0x%04x)
Address decoders:
 0 rom 0x0000 0xffff -> rom_chip 0x0000 activated
 0 iram 0x00 0x7f -> iram_chip 0x00 activated
 0 sfr 0x80 0xff -> sfr_chip 0x00 activated
 0 xram 0x0000 0xffff -> xram_chip 0x0000 activated
0> mem cchip myram 0x1000 8
0> mem createaddressdecoder xram 1234 2000 myram 15
0> i m
Memory chips:
  0x000000-0x00ffff    65536 rom_chip (8,%02x,0x%04x)
  0x000000-0x00007f      128 iram_chip (8,%02x,0x%02x)
  0x000000-0x00ffff    65536 xram_chip (8,%02x,0x%04x)
  0x000000-0x00007f      128 sfr_chip (8,%02x,0x%02x)
  0x000000-0x000fff     4096 myram (8,%02x,0x%03x)
Address spaces:
  0x000000-0x00ffff    65536 rom (8,%02x,0x%04x)
  0x000000-0x00007f      128 iram (8,%02x,0x%02x)
  0x000080-0x0000ff      128 sfr (8,%02x,0x%02x)
  0x000000-0x00ffff    65536 xram (8,%02x,0x%04x)
Address decoders:
 0 rom 0x0000 0xffff -> rom_chip 0x0000 activated
 0 iram 0x00 0x7f -> iram_chip 0x00 activated
 0 sfr 0x80 0xff -> sfr_chip 0x00 activated
 0 xram 0x0000 0x04d1 -> xram_chip 0x0000 activated
 1 xram 0x04d2 0x07d0 -> myram 0x00f activated
 2 xram 0x07d1 0xffff -> xram_chip 0x07d1 activated
0>
It is easy to share chip area between address spaces: 
$ s51
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
0> mem createaddressdecoder rom 0 0xfff xram_chip 0xf000
0> i m
Memory chips:
  0x000000-0x00ffff    65536 rom_chip (8,%02x,0x%04x)
  0x000000-0x00007f      128 iram_chip (8,%02x,0x%02x)
  0x000000-0x00ffff    65536 xram_chip (8,%02x,0x%04x)
  0x000000-0x00007f      128 sfr_chip (8,%02x,0x%02x)
Address spaces:
  0x000000-0x00ffff    65536 rom (8,%02x,0x%04x)
  0x000000-0x00007f      128 iram (8,%02x,0x%02x)
  0x000080-0x0000ff      128 sfr (8,%02x,0x%02x)
  0x000000-0x00ffff    65536 xram (8,%02x,0x%04x)
Address decoders:
 0 rom 0x0000 0x0fff -> xram_chip 0xf000 activated
 1 rom 0x1000 0xffff -> rom_chip 0x1000 activated
 0 iram 0x00 0x7f -> iram_chip 0x00 activated
 0 sfr 0x80 0xff -> sfr_chip 0x00 activated
 0 xram 0x0000 0xffff -> xram_chip 0x0000 activated
0> rom[0]=0xab
171
0> xram[0xf000]
171
0>
sdcc-2.9.0/sim/ucsim/doc/cmd_removed.html000066400000000000000000000601421116427777700203130ustar00rootroot00000000000000 Removed commands of µCsim

Removed commands of µCsim

bse wi|ri|wx|rx|ws|rs|rc f|d addr [hit]

 Removed 0.2.38, use break or tbreak instead!!

Set event breakpoint. First parameter specifies type of event. See general description of event breakpoints above about meaning of event identifiers. Second parameter specify if the breakpoint will be fix (f) or dynamic (d). Third parameter specifies address. Remember that this is not an instruction address, it is address of the memory cell where specified event should occur.

Forth parameter is optional and it specifies the hit number. It is 1 by default. 

$ s51 remoansi.hex
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
> dis
   00d47e 22       RET
   000000 02 01 60 LJMP  0160
   000160 c2 90    CLR   P1.0
   000162 c2 97    CLR   P1.7
   000164 d2 b5    SETB  P3.5
   000166 d2 b4    SETB  P3.4
   000168 75 81 22 MOV   SP,#22
   00016b 75 d0 00 MOV   PSW,#00
   00016e 7e 00    MOV   R6,#00
   000170 7f 00    MOV   R7,#00
   000172 79 04    MOV   R1,#04
   000174 12 0d b8 LCALL 0db8
   000177 0f       INC   R7
   000178 d9 fa    DJNZ  R1,0174
   00017a 75 0b 00 MOV   0b,#00
   00017d 75 0c 00 MOV   0c,#00
   000180 02 02 2a LJMP  022a
   000183 78 22    MOV   R0,#22
   000185 76 00    MOV   @R0,#00
   000187 d8 fc    DJNZ  R0,0185
> bse wi f 6
> g
4
   000170 7f 00    MOV   R7,#00
>

bde wi|ri|wx|rx|ws|rs|rc addr

 Removed 0.2.38, use delete instead!!

Delete event breakpoint. First parameter must be given to specify type of event. Second parameter is address of memory cell which the breakpoint is associated to. Continuing example given above: 

> bl
D 2(2) 000180 02 LJMP  022a
F 1(1) 000006 wi
> bde ri 6
No ri breakpoint at 000006
> bde wi 6
> bl
D 2(2) 000180 02 LJMP  022a
>

ba

 Removed 0.2.38, use delete instead!!

Delete all breakpoints. This command deletes all fetch as well as event breakpoints. Be carefull because it does not ask you to confirm your intention. 

> bl
F 1(1) 000160 c2 CLR   P1.0
D 2(2) 000180 02 LJMP  022a
F 1(1) 000006 wi
> ba
> bl
>

dp

 Removed 0.2.38, use info hardware instead!!

Dump out ports. This command shows actual value of ports. 

$ s51 remoansi.hex 
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
> sopt stopit 1
> g
5
 * 000023 02 01 1c LJMP  011c
> dp
P0    11111111 0xff 255 .    P1    11111110 0xfe 254 .
Pin0  11111111 0xff 255 .    Pin1  11111111 0xff 255 .
Port0 11111111 0xff 255 .    Port1 11111110 0xfe 254 .

P2    11111111 0xff 255 .    P3    11111111 0xff 255 .
Pin2  11111111 0xff 255 .    Pin3  11111111 0xff 255 .
Port2 11111111 0xff 255 .    Port3 11111111 0xff 255 .
>
First lines on the list (labeled with Px) are value of SFRs which are internal latch registers. Second lines (labeled with Pinx) are outputs of external devices connected to port pins of the microcontroller. These values can be set by you using sp command. Third lines (labeled with Portx) show actual values can be measured on pins of the device. These values are calculated with following pseudo formula:

Portx= Px AND Pinx

All three values are displayed in binary, hexadecimal, decimal form and then the ASCII character of the value is shown.

ds [addr...]

Removed 0.2.38, use dump instead!! Print out SFR. This command can be used to get value of all or some SFRs. If you do not specify any parameter the ds command simply dumps out full SFR area 16 bytes per line. 
$ s51 remoansi.hex 
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
> sopt stopit 1
> g
5
 * 000023 02 01 1c LJMP  011c
> ds
000080 ff 2a ba 16 00 00 00 00 55 a1 d7 fe 50 fd 00 00 .*......U...P...
000090 fe 00 00 00 00 00 00 00 7e 00 00 00 00 00 00 00 ........~.......
0000a0 ff 00 00 00 00 00 00 00 97 00 00 00 00 00 00 00 ................
0000b0 ff 00 00 00 00 00 00 00 15 00 00 00 00 00 00 00 ................
0000c0 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 ................
0000d0 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 ................
0000e0 0a 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 ................
0000f0 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 ................
> ds p1 0x87
    P1 fe 254 .
000087 00   0 .
> ds p2 ip scon
    P2 ff 255 .
    IP 15  21 .
  SCON 7e 126 ~
>
If you specify one or more parameter the ds command prints out value of registers specified by parameters. Parameter can be an address or a symbolic name of the register. Note that the simulator implements a register at all address in the address space which is not true in real microcontroller where reading of an unimplemented register gets undefined value. Value of the registers printed out in hexadecimal, decimal, and ASCII form.

Note that different type of controllers can implement different registers: 

$ s51
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> ds rcap2l
> q
$ s51 -t 52
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> ds rcap2l
RCAP2L 00   0 .
>

db addr...

 Removed 0.2.38, use dump instead!! Dump bits. This command can be used to get value of bits. At least one parameter must be given. Bit address can be specified in three forms. First of all name of the bit can be used if it has any. Direct bit address is accepted too and it can be specified by address of IRAM or SFR which contains the bit and bit number within the byte separated by a dot. If the requested bit is in an SFR the address of the register can be specified by its name. 
$ s51
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> db it1 0x20.3 0x43 p2.5
000088    IT1 0
000020   20.3 0
000028   28.3 0
0000a0   P2.5 1
>
Value of bits are printed out one per line. The list starts direct address of the bit followed by bit name or address of the memory cell or SFR which contains the displayed bit and bit number within the byte separated by a dot. At last the value of the bit is shown. Displaying a port bit you get value of SFR latch: 
> sp 1 0x0f
> ss p1 0x55
000090 55                                              U
> dp
P0    11111111 0xff 255 .    P1    01010101 0x55  85 U
Pin0  11111111 0xff 255 .    Pin1  00001111 0x0f  15 .
Port0 11111111 0xff 255 .    Port1 00000101 0x05   5 .

P2    11111111 0xff 255 .    P3    11111111 0xff 255 .
Pin2  11111111 0xff 255 .    Pin3  11111111 0xff 255 .
Port2 11111111 0xff 255 .    Port3 11111111 0xff 255 .
> db p1.2 p1.3 p1.4 p1.5 p1.6
000090   P1.2 1
000090   P1.3 0
000090   P1.4 1
000090   P1.5 0
000090   P1.6 1
>

g [start [stop]]

 Removed 0.2.38, use run instead!!

Go, start execution. Parameters are optional. First parameter specifies start address of the execution. By default execution starts at address specified by actual value of the PC. This can be overridden by first parameter. If second parameter is specified it places a dynamic breakpoint at specified address which stops the execution. If stop address is not given the simulator stops if it reaches a breakpoint, or the CPU accepts an interrupt and stopit option is TRUE, or fatal error occures or stop command is used. Note that first instruction is executed without effect of breakpoints. It means that if there is a breakpoint at start address then it will not be hit. 

$ s51 remoansi.hex
ucsim 0.2.24, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
55755 bytes read from remoansi.hex
> b 0x187
> sopt stopit y
> g
Simulation started, PC=0x000000
Stop at 000187: (4) Breakpoint
F 000187
>
After execution is started the Simulaton started message appears with value of PC where the execution started and the simulator is ready to accept other commands while the simulation is running in background.

wi,Wi string

 Removed 0.2.38, use where,Where instead!!

Searching for specified string in internal RAM area. String is interpreted from first non-space sharacter until end of the command including spaces. wi command makes case insensitive search and Wi can be used to make case sensitive search. Result is a hexa dump of memory areas that match with specified string. Most of C-style escape sequences can be used in the string: \f, \n, \r, \t, \v, \a, \b, \0, and \0xxx where xxx is an octadecimal number of the code of the character. 

$ s51 remoansi.hex
ucsim 0.2.24, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
58659 bytes read from remoansi.hex
> g
Simulation started, PC=0x000000

Stop at 00019c: (7) User stopped
F 00019c
> si 20 Dani DAni
000014 44 61 6e 69 44 41 6e 69                         DaniDAni
> wi dani
000014 44 61 6e 69             Dani
000018 44 41 6e 69             DAni
> Wi Dani
000014 44 61 6e 69             Dani
> wi dani\0
000018 44 41 6e 69 00          DAni.
>

wx,Wx string

 Removed 0.2.38, use where,Where instead!!

Search commands. These commands are similar to wi, Wi commands the only difference is that wx,Wx are used to search for a string in external memory.

wc,Wc string

Removed 0.2.38, use where,Where instead!!

Search commands. These commands are similar to wi, Wi commands the only difference is that wx,Wx are used to search for a string in code memory area.

gopt [opt]

Removed 0.2.38, use get_option instead!!

Get actual value of option(s). Some options can be set by sopt to modify behavior of the simulator. Using gopt you can get actual value of these options. If you use this command without parameter you get list of all options known by the program. In this way you can figure out which options can be used. 

$ s51 -V
ucsim 0.2.24, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> gopt
verbose TRUE Verbose flag.
stopit FALSE Stop if interrupt accepted.
debug FALSE Debug flag.
> gopt stopit
stopit FALSE Stop if interrupt accepted.
>
This version of the simulator knows about three options. First element of the list is name of the option (verbose, debug and stopit). This name can be used to identify the option in gopt and sopt command. Second element of the list is the value of the option. In this case type of both options is boolean, their value can be TRUE or FALSE. Third element is a short description of the option.
verbose
?
debug
Debug flag can be set by -V option of the program to TRUE otherwise its default value is FALSE. If it is TRUE, the simulator prints out short messages about important events.
stopit
Setting this option to TRUE (default value is FALSE) forces execution to stop every time when CPU accepts an interrupt. You do not have to use breakpoints to inspect interrupts.

sopt opt value

 Removed 0.2.38, use set_option instead!!

Set option value. Options described at previous command (gopt) can be set using this command. First parameter must be an option name and second the new value. Interpretation of the value depends on type of the option. Value for a boolean type of option interpreted as follows: if first character of the value is one of 1, t, T, y, Y then value will be TRUE otherwise it will be FALSE. 

$ s51 -V
ucsim 0.2.24, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> gopt
verbose TRUE Verbose flag.
stopit FALSE Stop if interrupt accepted.
debug FALSE Debug messages appears on this console.
> sopt debug t
> gopt
verbose TRUE Verbose flag.
stopit FALSE Stop if interrupt accepted.
debug TRUE Debug messages appears on this console.
>

si addr data...

 Removed 0.2.38, use set memory instead!!

Write data into internal RAM area. First parameter specifies start address of memory area to set and other parameters are data to set. 

$ s51
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> si 10 dani\040hej-ho
00000a 64 61 6e 69 20 68 65 6a 2d 68 6f                dani hej-ho
>
Result of the command is a memory dump of area which has been modified by the command. If there is syntax error in a data parameter then remaining parameters are dropped out. 
> si 20 1 2 0xi 3 4
Bad data 0xi
000014 01 02                                           ..
>

sx addr data...

 Removed 0.2.38, use set memory instead!!

This command is similar to si command described above but it is used to modify external RAM.

sc addr data...

Removed 0.2.38, use set memory instead!!

This command is similar to si command described above but it is used to modify code memory area (ROM).

ss addr data...

Removed 0.2.38, use set memory instead!!

This command is similar to si command described above but it is used to modify SFR. Other difference is that first parameter (start address) can be specified by name of SFR not by address only. 

$ s51
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> ss p1 0
000090 00                                              .
>

sb addr data...

 Removed 0.2.38, use set bit instead!!

Modify bit(s). First parameter is address of first bit to modify. See description of db command how bit address can be specified. If first character of data parameter is 0 it means zero otherwise it means one. 

$ s51
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> sb 0x23.5 1
> db 0x23.5
000023   23.5 1
> sb p3.3 0
> dp
P0    11111111 0xff 255 .    P1    11111111 0xff 255 .
Pin0  11111111 0xff 255 .    Pin1  11111111 0xff 255 .
Port0 11111111 0xff 255 .    Port1 11111111 0xff 255 .

P2    11111111 0xff 255 .    P3    11110111 0xf7 247 .
Pin2  11111111 0xff 255 .    Pin3  11111111 0xff 255 .
Port2 11111111 0xff 255 .    Port3 11110111 0xf7 247 .
> sb tr1 0
> db tr1
000088    TR1 0
> sb tr1 1
> db tr1
000088    TR1 1
>

sp port data

 Removed 0.2.38, use set port instead!!

This command can be used to sep up output values of external circuits connected to port pins. If a port bit is used as output to drive external circuits, do not set corresponding pin bit to zero because read back value of the port can be false. First parameter must be number of the port between 0 and 3. 

$ s51
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> dp
P0    11111111 0xff 255 .    P1    11111111 0xff 255 .
Pin0  11111111 0xff 255 .    Pin1  11111111 0xff 255 .
Port0 11111111 0xff 255 .    Port1 11111111 0xff 255 .

P2    11111111 0xff 255 .    P3    11111111 0xff 255 .
Pin2  11111111 0xff 255 .    Pin3  11111111 0xff 255 .
Port2 11111111 0xff 255 .    Port3 11111111 0xff 255 .
> ss p1 0x55
000090 55                                              U
> sp 1 0x0f
> dp
P0    11111111 0xff 255 .    P1    01010101 0x55  85 U
Pin0  11111111 0xff 255 .    Pin1  00001111 0x0f  15 .
Port0 11111111 0xff 255 .    Port1 00000101 0x05   5 .

P2    11111111 0xff 255 .    P3    11111111 0xff 255 .
Pin2  11111111 0xff 255 .    Pin3  11111111 0xff 255 .
Port2 11111111 0xff 255 .    Port3 11111111 0xff 255 .
>

fi start stop data

 Removed 0.2.38, use fill instead!!

Fill command. It can be used to fill up an area of internal RAM with a specified data. 

$ s51
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
> fi 11 0x34 44
> di
000000 00 00 00 00 00 00 00 00 ........
000008 00 00 00 2c 2c 2c 2c 2c ...,,,,,
000010 2c 2c 2c 2c 2c 2c 2c 2c ,,,,,,,,
000018 2c 2c 2c 2c 2c 2c 2c 2c ,,,,,,,,
000020 2c 2c 2c 2c 2c 2c 2c 2c ,,,,,,,,
000028 2c 2c 2c 2c 2c 2c 2c 2c ,,,,,,,,
000030 2c 2c 2c 2c 2c 00 00 00 ,,,,,...
000038 00 00 00 00 00 00 00 00 ........
000040 00 00 00 00 00 00 00 00 ........
000048 00 00 00 00 00 00 00 00 ........
>

fx start stop data

 Removed 0.2.38, use fill instead!!

Fill command. It works similar to fi but it puts data into external RAM instead of internal RAM.

fs start stop data

Removed 0.2.38, use fill instead!!

Fill command. It works similar to fi but it puts data into SFR instead of internal RAM.

fc start stop data

Removed 0.2.38, use fill instead!!

Fill command. It works similar to fi but it puts data into code memory (ROM) instead of internal RAM.

sdcc-2.9.0/sim/ucsim/doc/cmd_set.html000066400000000000000000000024751116427777700174520ustar00rootroot00000000000000 Set commands of µCsim

Set commands

Set commands can be used to set value of memory cells, bits, or port pins. Those commands that set value of memory interpret their command lines a litle bit different than other commands. First parameter is always the start address of the memory area which is being set. This parameter is followed by a list of data parameters. Data can be specified by a number. Numbers must begin with a digit. Each number specifies one byte of data. If the parameter begins with a non-digit character, it is interpreted as string of characters and this kind of parameter specifies as many bytes as many characters the string has. Strings can contain escape sequencies (see description of wi command where escape sequencies are discussed) but they can not contain spaces because space characters (space, tabulator and vertical tabulator) separates parameters. Spaces can be specified as escape sequences or separated number parameters if needed. Only space characters separate data parameters while normaly comma (,) and semicolon (;) are interpreted as separator characters too.
sdcc-2.9.0/sim/ucsim/doc/commref.html000066400000000000000000000076601116427777700174650ustar00rootroot00000000000000 µCsim: Command Reference

Command reference

The simulator can be controlled with a simple monitor program which uses the command console to read commands and print out results. After starting the program you see a prompt on the command console and you can write in commands after the prompt: 

g [start [stop]]   Go
stop               Stop
pc [address]       Get/set content of PC
s [step]           Step
n [step]           Next
bse wi|ri|wx|rx|ws|rs|rc f|d addr [hit]
                   Set EVENT Breakpoint
bde wi|ri|wx|rx|ws|rs|rc addr
                   Delete EVENT Breakpoint
ba                 Delete all breakpoints
dis [start [offset [lines]]]
                   Disassemble code
dp                 Dump ports
ds [addr...]       Dump SFR
db addr...         Dump bit
si addr data...    Set Internal RAM
sx addr data...    Set External RAM
sc addr data...    Set code (ROM)
ss addr data...    Set SFR area
sb addr data...    Set bit
sp port data       Set port pins
fi start stop data Fill IRAM area with `data'
fx start stop data Fill XRAM area with `data'
fs start stop data Fill SFR area with `data'
fc start stop data Fill ROM area with `data'
wi,Wi string       Search for `string' in IRAM (Wi case sensitive)
wx,Wx string       Search for `string' in XRAM (Wx case sensitive)
wc,Wc string       Search for `string' in ROM (Wc case sensitive)
sopt opt value     Set value of option
gopt [opt]         Get value of option(s)
show c|w           Show licensing information
----
Set of new commands:
conf               Configuration
state              State of simulator
file,load "FILE"   Load FILE into ROM
download,dl        Download (intel hex) data
info               Information
get                Get
set                Set
timer a|d|g|r|s|v id [value]
                   Timer add|del|get|run|stop|value
run                Go
step               Step
reset              Reset
dump i|x|r|s [start [stop]]
                   Dump memory
di [start [stop]]  Dump Internal RAM
dx [start [stop]]  Dump External RAM
dch [start [stop]] Dump code in hex form
dc [start [stop]]  Dump code in disass form
break addr [hit]   Set fix breakpoint
tbreak addr [hit]  Set temporary breakpoint
clear [addr...]    Clear fix breakpoint
help,?             Help about commands
quit               Quit
kill               Shut down the simulator
In command reference you can find more information about breakpoints and execution of the simulated program.
sdcc-2.9.0/sim/ucsim/doc/conf.mk000066400000000000000000000003021116427777700164070ustar00rootroot00000000000000# # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of conf.mk sdcc-2.9.0/sim/ucsim/doc/cpu-mem.fig000066400000000000000000000070361116427777700171760ustar00rootroot00000000000000#FIG 3.2 Landscape Center Metric A4 100.00 Single -2 1200 2 2 1 0 1 0 7 49 -1 -1 0.000 0 0 -1 1 0 3 0 0 1.00 60.00 120.00 4320 2160 6660 2160 6660 2430 2 1 0 1 0 7 49 -1 -1 0.000 0 0 -1 1 0 3 0 0 1.00 60.00 120.00 4320 2025 6840 2025 6840 2430 2 1 0 1 0 7 49 -1 -1 0.000 0 0 -1 0 1 2 0 0 1.00 60.00 120.00 5175 2430 5175 2160 2 1 0 1 0 7 49 -1 -1 0.000 0 0 -1 0 1 2 0 0 1.00 60.00 120.00 5355 2430 5355 2025 2 1 0 1 0 7 49 -1 -1 0.000 0 0 -1 1 0 3 0 0 1.00 60.00 120.00 4320 1845 8460 1845 8460 2430 2 1 0 1 0 7 49 -1 -1 0.000 0 0 -1 0 1 3 0 0 1.00 60.00 120.00 8640 2430 8640 1710 4320 1710 2 3 0 1 0 1 51 -1 20 0.000 0 0 -1 0 0 11 5580 3375 5490 3375 5670 3195 5850 3375 5760 3375 5760 3555 5850 3555 5670 3735 5490 3555 5580 3555 5580 3375 2 3 0 1 0 1 51 -1 20 0.000 0 0 -1 0 0 11 7020 3375 6930 3375 7110 3195 7290 3375 7200 3375 7200 3555 7290 3555 7110 3735 6930 3555 7020 3555 7020 3375 2 3 0 1 0 1 51 -1 20 0.000 0 0 -1 0 0 11 8775 3375 8685 3375 8865 3195 9045 3375 8955 3375 8955 3555 9045 3555 8865 3735 8685 3555 8775 3555 8775 3375 2 2 0 1 0 1 50 -1 20 0.000 0 0 -1 0 0 5 9090 3735 4320 3735 4320 3915 9090 3915 9090 3735 2 2 0 1 0 26 50 -1 20 0.000 0 0 -1 0 0 5 3150 1575 4320 1575 4320 4815 3150 4815 3150 1575 2 2 0 1 0 13 48 -1 20 0.000 0 0 -1 0 0 5 4995 4635 6210 4635 6210 5400 4995 5400 4995 4635 2 2 0 1 -1 17 50 -1 20 0.000 0 0 -1 0 0 5 5085 2430 6120 2430 6120 3195 5085 3195 5085 2430 2 2 0 1 0 17 50 -1 20 0.000 0 0 -1 0 0 5 6525 2430 7560 2430 7560 3195 6525 3195 6525 2430 2 2 0 1 0 15 50 -1 20 0.000 0 0 -1 0 0 5 8280 2430 9315 2430 9315 3195 8280 3195 8280 2430 2 1 0 1 0 7 49 -1 -1 0.000 0 0 -1 0 0 7 5130 1440 5220 1350 6210 1350 6300 1260 6390 1350 7380 1350 7470 1440 2 1 0 1 0 7 49 -1 -1 0.000 0 0 -1 0 0 7 8280 1440 8370 1350 8730 1350 8820 1260 8910 1350 9270 1350 9360 1440 2 1 0 1 0 7 53 -1 -1 0.000 0 0 -1 0 1 2 0 0 1.00 60.00 120.00 5985 3195 5985 4635 2 1 0 1 0 7 53 -1 -1 0.000 0 0 -1 0 1 3 0 0 1.00 60.00 120.00 7425 3195 7425 4815 6210 4815 2 1 0 1 0 7 46 -1 -1 0.000 0 0 -1 0 1 3 0 0 1.00 60.00 120.00 9180 3195 9180 4950 6210 4950 2 1 0 1 0 7 46 -1 -1 0.000 0 0 -1 1 0 4 0 0 1.00 60.00 120.00 4410 1710 4455 1755 4455 5265 4995 5265 2 1 0 1 0 7 46 -1 -1 0.000 0 0 -1 0 0 2 4410 1845 4455 1890 2 1 0 1 0 7 46 -1 -1 0.000 0 0 -1 0 0 2 4410 2025 4455 2070 2 1 0 1 0 7 46 -1 -1 0.000 0 0 -1 0 0 2 4410 2160 4455 2205 2 1 0 1 0 2 50 -1 20 0.000 0 0 -1 0 0 31 8460 3195 8640 3375 8550 3375 8550 4410 4680 4410 4860 4725 4860 4635 4995 4860 4860 5085 4860 4995 4590 4590 4320 4590 4320 4095 5175 4095 5175 3375 5085 3375 5265 3195 5445 3375 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Software simulator for MCS51

This screeshot demonstrates CPU window of the simulator. The CPU window contains five different panes. Active pane can be changed by pressing TAB and Shift-TAB keys. First pane contains disassembled code of the program. Instructions found by the code analyzer appear on the list only. Some of instructions can be highlighted in different ways. First highlighted instruction on the list (instruction at 0x4386) is highlighted because there is a breakpoint specified at that address. Second highlighted instruction (at 0x438A) shows a dynamic breakpoint. Third highlighted line contains the cursor which can be moved by pressing up and down arrow keys. Because the pane lists analyzed instructions only, the list can be scrolled backward as well as forward.

Second pane which is under disass pane is a memory dump pane which shows content of internal RAM. Activating this pane the cursor appears in the pane and the memory content can be changed simply by entering new value at requested location. Cursor can be moved by cursor keys.

Next pane shows content of registers: accumulators, program status word, general purpose registers, indirectly addressed memory locations, data pointer, and stack pointer, program counter. Note that changing content of PC can be dangerous. If you set new value to PC and this address is not found by code analyzer as instruction, disassembled list disappears from disass pane and an error message `PC is at invalid address' appears. If you are sure that PC is at an instruction (remember that code analyzer is unable to locate every instructions of the program) you can "validate" actual address by pressing Ctrl-F7 keys.

Next pane shows values of ports. P0 and P2 is disabled if simulated microcontroller is a 8X31 which needs P0 and P2 for multiplexed address/data bus.

Last pane is a passive pane, it can not be activated. It shows time elapsed since last reset. First line contains number of number of cycles (in hex) and second line the cycles that the CPU spent in interrupt routines. Last line is calculated dependent of specified XTAL frequency and it shows `real time' (symulated time) elapsed since reset (in microseconds).

At right side of menu bar there is an indicator which shows status of the simulation (CPU Stopped, Symulation Running). The screenshot shows some menus as well.

sdcc-2.9.0/sim/ucsim/doc/cpu_types.html000066400000000000000000000062261116427777700200450ustar00rootroot00000000000000 µCsim: CPU types

Select type of CPU

The simulator supports following type of microprocessors from MCS51 family:

8051/8031
8052/8032
DS390
8051R
89C51R
80251

8051/8031

You can select this type of microcontroller using one of the following parameter for -t option:
  • 51 (HMOS type)
  • 8051 (HMOS type)
  • 8751 (HMOS type)
  • C51 (CMOS type)
  • 80C51 (CMOS type)
  • 87C51 (CMOS type)
  • 31 (HMOS type)
  • 8031 (HMOS type)
  • C31 (CMOS type)
  • 80C31 (CMOS type)
It includes core 51 features:
  • 64k external RAM
  • 64k ROM
  • 128 byte internal RAM
  • 2 timers (timer #0, timer #1)
  • Serial interface
  • 4 8-bit quazi bi-directional ports
CMOS types also include:
  • Idle mode
  • Power down mode

8052/8032

 You can select this type of microcontroller using one of the following parameter for -t option:
  • 52 (HMOS type)
  • 8052 (HMOS type)
  • 8752 (HMOS type)
  • C52 (CMOS type)
  • 80C52 (CMOS type)
  • 87C52 (CMOS type)
  • 32 (HMOS type)
  • 8032 (HMOS type)
  • C32 (CMOS type)
  • 80C32 (CMOS type)
It includes same features as 8051/8031 microcontrollers and additionaly:
  • 3 timers (timer #0, timer #1, timer #2)
  • 256 bytes of internal RAM

DS390

 You can select this type of microcontroller using DS390 as parameter for -t option (this is a CMOS type). It includes same features as 8052 and adds:
  • 24 bit flat mode
  • support for dual DPTR register
  • 128k external RAM
  • 128k ROM
  • 4k internal SRAM usable
  • 10 bit stack mode
  • "timed access" of SFRs

8051R

 You can select this type of microcontroller using one of the following parameter for -t option (all are CMOS types):
  • 51R
  • 51RA
  • 51RB
  • 51RC
  • C51RA
  • C51RB
  • C51RC
It includes all features that 8052/8032 does and additionaly:
  • Extended interrupt priority system (4 priority levels)
  • Extended serial line interface (automatic address recognition)
  • Watchdog timer

89C51R

 You can select this type of microcontroller using 89C51R parameter for -t option (this CPU is always CMOS). This is a Philips clone, excluding duplicated DPTR it is similar to 8051XR from Intel.

It includes all features that 8051R does and additionaly:

  • PCA (Programmable Counter Array): 5 16-bit counter, one of them can act as watchdog timer.
  • Duplicated DPTR.

80251

 You can select this type of microcontroller using one of the following parameter for -t option (all are CMOS types):
  • 251
  • C251

It includes all features that 89C51R does and additionaly:

  • Nothing implemented yet.
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Software simulator for microcontrollers

µCsim can be used to simulate microcontrollers. It supports MCS51 family. AVR core, Z80, HC08 and XA are supported by UNIX version only.

Download

 Simulator is available for two platforms: DOS (MCS51 only) and UNIX but DOS version is not supported any more. DOS version is not finished so I call it demo version and it is available in binary only. Limitations of DOS version are:
  • There is no built in help available;
  • Some of the utilities are not working, for example calculator, bit simulator;
  • Serial line works in mode 1 independently of mode bits.
I used this simulator to verify my applications and I never used missing feautres mentioned above, so I think that this "demo" version can be usefull anyway.

Download now

How to install

DOS version

Get the ZIP file and unzip it. ZIP file contains three files: s51.exe the executable itself, dpmi16bi.ovl and rtm.exe. Last two files are required because s51.exe is a DOS protected mode program. Put these files in a directory which is in the PATH or keep them together with the s51.exe.

UNIX version

UNIX version is distributed in source.

  1. Get archive file, uncompress and untar it. These steps will produce a directory ucsim-X.Y.Z where X.Y.Z is the version number.
  2. Go to the directory and configure the package. Issue configure command. It will determine your system and make Makefile. Installation directory can be specified with --prefix=dir option to the configure. Default directory is /usr/local. Executable file will be placed in bin subdirectory.
  3. Compile the package with make command.
  4. Install executables s51, savr, shc08, sxa, sz80 to any directory you want. It can be done with make install command which will place files in installation directory specified with --prefix=dir option of configure. Note that you may have to have special privilege to do this if installation directory is not writable by you.

How to use

DOS version

S51 for DOS has been written in Borland Pascal using Turbo Vision to produce menu driven, multiwindow user interface which is very easy to use. The program can be started using following command:

C:\> s51 [input file]

Parameter is optional. If it specified it must be the name of an Intel hex file. Some screenshots of the program and short descriptions of them:

UNIX version

Invokation.
Starting the simulator program.

Features of the simulator

  • Code analyzer.
    The simulator tries to figure out places of valid instructions in code area. This feature included in both DOS and UNIX versions.
  • Processor types.
    The simulator can simulate different type of microcontrollers.
  • Multiple consoles.
    The simulator can handle more than one command consoles and accepts command from multiple sources. It also can be driven by other programs such as debugger interfaces.
  • Serial interfaces.
    The simulator can virtually connect a terminal to serial interface of the simulated CPU.
  • Memory simulation.
    Simulated CPU provides address spaces, storage is simulated by memory chips, address decoders conects them together.
  • Command syntax and command reference. (Now updated up to 0.5.0)
    The simulator can be controlled via a command line interface. It accepts simple commands.
© 1997,99 Dániel Drótos, Talker Bt.
drdani@mazsola.iit.uni-miskolc.hu
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ŽŠ#Ó $ eeQRä Š¦Ž&PRçde(Q¥Ð¨Ê“_«× ™ìâkkk•íÕ¬Hoâ¯]X¢Z_p1pß2s³ó3œ"U/›þ¬´ñ¢6Z#&з§å8yfæNPÉ$ÒR9ú·8øPdøêÈW²•1­™nœZ¢M+ˆV¾9 »“,!7h'R¬xk›«††.(¸1âÇð…¥ªJ%ò>}ë&©õH„wÒ“£›öîȯ£Çž ªì¢A…ŒðÌ ºÏC!-R­jUéÒ[“BÄÈ¡œ‘æÄ’MiöåJqí8ÕT J§[›3q¾µtm¨Ï§?³i}JP ¼»öêfÍ^j!»XjÒ«’'WŒb1ÂS‘~ua²$è³¢Óš3õ)gTs/uC¥5\Õül¥&°6¸^þ«Mû¶fl»£ÌxíX¾zjæLù9ôe¸¥ÝÍ œpSÛüàdŸrš]ëÔ£Í~oþ k¬ñŒjß««Âzk«/¥3é©ÅË`¯¡ª*°&àJ‰ÄÎp«£ŸfZ–JéQ›jµÎ>+§ÇŠ;î~É.ë-·Ý²j­’›Ä• ¸?®ëì¹íÂZKòzKï¼ó¦K“g=˜F¹¬¬ºýîjªß‚#p:Eꊒ§õŽ0YÄD1·¿"úq°$mÒÎÆ%K{0Êz¬Ç̶úïJ˜ˆ¾ç¾rÌ0¹¦±¦ä¼j±¥Ç)ÁE§|t±æ*œ0Âê íÌ<×ÃÓra+ÖÆ”uâì±­8´=mÕŒ4Ùt*½ð¾OŸ­»`ÓqJßV]tÖX÷<ŽÜ7/]$Ébû]6àƒ*½òº^÷û´w¨}÷ÖɪrÍn¶÷ ^ãèÞÜ0ÌçèL*lþ9èvŽ:饛NÞ̧«¾:êYºþ:ì±Ë>;íWF;sdcc-2.9.0/sim/ucsim/doc/interrupt.html000066400000000000000000000014511116427777700200610ustar00rootroot00000000000000 Simulator for MCS51

Software simulator for MCS51

This screenshot demonstrates window which displays interrupt system of the microcontroller. Interrupt enable register and priority register as well as interrupt request bits are displayed in this window. Note that if you set some request bit during simulation and interrupt is enabled, the CPU will accept the interrupt and responding to it by starting the service routine.

The `Interrupt/program rate' pane shows ratio of execution time of main program and interrupt service routines. Content of this pane is not saved if you close tha window which means that measure of the ratio is restarted every time you reopen the window.

sdcc-2.9.0/sim/ucsim/doc/invoke.html000066400000000000000000000101711116427777700173170ustar00rootroot00000000000000 µCsim: Invokation

Starting the simulator

There are separate programs to simulate different microcontroller families:

MCS51 family is simulated by s51
AVR family is simulated by savr
Z80 processor is simulated by sz80
XA family is simulated by sxa
HC08 processor is simulated by shc08

The simulator can be started in the following way:

$ s51 [-hHVvP] [-p prompt] [-t CPU] [-X freq[k|M]] [-c file] [-s file] [-S optionlist] [-Z portnum] [files...]

Specified files must be names of Intel hex files. Simulator loads them in specified order into the ROM of the simulated system.

Options:

-t CPU
Type of CPU. Recognized types are: 51, 8051, 8751, C51, 80C51, 87C51, 31, 8031, C31, 80C31, 52, 8052, 8752, C52, 80C52, 87C52, 32, 8032, C32, 80C32, 51R, 51RA, 51RB, 51RC, C51R, C51RA, C51RB, C51RC, 89C51R, 251, C251, DS390, DS390F. Note that recognition of a CPU type as option does not mean that the simulator can simulate that kind of CPU. Default type is C51.
DS390 supports Dallas DS80C390 24 bit flat mode, dual-dptr operations, etc. DS390F is the same as DS390, but it starts already in 24 bit flat mode (ACON = 0xFA instead of 0xF8). DS390F is needed to run programs compiled with sdcc -mds390.
See how to select CPU type.
-X freq[k|M]
XTAL frequency is freq Hertz. k or M can be used to specify frequency in kHZ or MHz. Space is not allowed between the number and the k or M. Default value is 11059200 Hz.
-c file
Open command console on file. Command consoles are on standard input and output by default. Using this option the console can be opened on any file for example on the serial interface of the computer.
-Z portnum
Listen for incoming connections on port portnum. Using this option µCsim can serve multiple consoles. You can get a console by simply telnet into machine running µCsim to port portnumber. This option is not available on platforms which doesn't support BSD networking.
See how to use multiple consoles.
-s file
Connect serial interface of the simulated microcontroller to the file. Nothing is used by default which means that characters transmitted by serial interface of the simulated microcontroller go to nowhere and it will never receive anything. If you are going to communicate with serial interface interactively the best idea is to specify a teminal with -s option.
-S in=file,out=file
Using this option you can specify different files for input and output streams that µCsim uses to simulate microprocessor's serial interface.
See more about serial interface simulation.
-p prompt
Using this option you can specify any string to be the prompt of command interpreter, for example: 
$ s51 -p "s51> "
ucsim 0.2.12, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
s51>
-P
Prompt will be a null ('\0') character. This feature can be useful for programs which controlls simulator through a pipe.
-V
Verbose mode. The simulator notifies you about some kind of internal actions for example interrupts. Messages are printed on command console.
-v
Print out version number and stop.
-H
Print out types of known CPUs. Names printed out by this option can be used to determine CPU type using -t option.
-h
Print out a short help about the options and stop.
sdcc-2.9.0/sim/ucsim/doc/memory.html000066400000000000000000000051251116427777700173370ustar00rootroot00000000000000 Memory simulation in µCsim

Memory simulation in µCsim

Typical microprocessor system can look like this:

[CPU-memory connection]

Address space

In our terminilogy "address space" means a set of:
  • address bus lines
  • data bus lines
  • control (read/write) lines
Bus lines can be shared by address spaces, in this case number of control line sets specifies the address spaces.

Microcontrollers usually have more address spaces. Some is used inside only, some can be used for external memories.

Address space does not store any value. It just specifies range of addresses by start address (which is not necessarily zero) and size which the CPU can provide when it tries to access a memory location.

Memory chip

"Memory chip" is a circuit which can hold values in cells. Cells are indexed from 0 up to size-1. Each cell stores some (usually 8) bits.

[Memory chip]

Address decoder

Addresses coming from an address space via address bus must be routed to memory and translated to cell indexes. This is done by the "address decoder". It listens addresses on the bus and control lines and enables exactly one memory chip. This way cells of the memory chip appear in the address space.

[Decoded addresses]

It is possible that some addresses are not decoded. Writing to such an address results data to be lost. Reading of a non-decoded address results random value. Pullup or pulldown resistors can be applied to data bus lines to provide a specific value for read operations.

As it shown above, it is also possible that some cells of a chip is not mapped to any address.

Mixed address spaces (shared chips)

Decoder connects an address of an address space to a cell of a memory chip. Only one cell can be connected to each addresses but same cell can be connected to more than one address spaces. This is done by routing different control lines to the same chip through logic L:

[Sharing memchip]

Because each cell of a memory chip uses same read/write control, in real world it is not possible to share individual cells of a chip between address spaces. In µCsim simulator we can define as many address decoders as we want so it is possible to map any cell to any address.

sdcc-2.9.0/sim/ucsim/doc/mulcons.html000066400000000000000000000067471116427777700175220ustar00rootroot00000000000000 µCsim: Multiple Consoles

Using multiple consoles

Why?

Using more than one console can be useful if you want to issue a command during the simulated program is executed.

How?

To get multiple consoles you have to execute the simulator in the background like daemons run in UNIX systems. The simulator then will listen and wait for network connection requests and provide console functions for network connections.

To run µCsim in the background you have to use -Z option for the simulator: 

pigmy$ s51 -Z 5555 foo.hex
In this case s51 runs in forground in your command interpreters point of view. Of course you can run the program really in the background: 
pigmy$ s51 -Z 5555 foo.hex &
The parameter of the -Z option is a port number. This can be number of any unused port of your machine. If the specified port is already occupied then following message appears: 
pigmy$ s51 -Z 5555
bind: Address already in use
In this case you have to use an other number.

Let's suppose you have found a free port number and the simulator listens on it. Now go to somewhere else, at least to an other window and connect to the simulator: 

other_machine$ telnet pigmy 5555
First parameter to the telnet command is the name of the machine where the simulator is running on. It can be localhost if you are on the same machine or the fully qualified host name if you are at the other end of the world. Second parameter is the number of the port where the simulator is listening. It must be the same number which was specified as parameter of the -Z option when the simulator was started (see above).

Connecting to the simulator you get a command console: 

pigmy$ telnet pigmy 5555
Trying 127.0.0.1...
Connected to pigmy.talker.bt.
Escape character is '^]'.
ucsim 0.2.21, Copyright (C) 1997 Daniel Drotos, Talker Bt.
ucsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
>

What to do with it?

Obviously you can telnet into the simulator as many times as many command consoles you want. You can start the execution using one console and while the program is executed you can, for example, modify ports on the other console.

Stop

Using quit (q) command you can not stop the simulator. It just stops the actual console and the simulator continues to listen for incoming network connections.

To stop the simulator completely you have to use kill command. Note that if you stop the simulator then all the active network connections (all other consoles) will stop.

Tricks

You can get a console on the terminal where you started the simulator. To do this you must explicitly ask the simulator to open a console on the standard input/output. You can do this using -c option and specify the actual terminal as parameter for it: 
pigmy$ s51 -Z 5555 foo.hex -c /dev/tty
sdcc-2.9.0/sim/ucsim/doc/new.gif000066400000000000000000000002411116427777700164130ustar00rootroot00000000000000GIF89a¡ÀÀÀÿÿø¥(QQû!ù,r„›»’"€Ê ê¬<æà}àd‚ˆŽe¥nŠ|ƒ3v-; ÍÏ|æcíAÜïGá‹`óúj¶%(¹·N#2ŸLåõRÜ朕 "}ƒ›®ÃW k¶ß7¢æƒe’•X—¤qàF²ÈèØX;sdcc-2.9.0/sim/ucsim/doc/obsolete.html000066400000000000000000000015661116427777700176500ustar00rootroot00000000000000

bl

 List breakpoints. This command prints out information about every fetch and then event breakpoints. 
> bl
F 1(1) 000160 c2 CLR   P1.0
D 2(2) 000180 02 LJMP  022a
F 1(1) 000006 wi
>
First character on the list shows permanency of the breakpoint. F means fix and D means dynamic. Second item on the list is the hit number associated to breakpoint. After that between the parentheses there is the actual value of the hit counter. If hit counter reaches zero, breakpoint is activated and hit counter is preset with value of hit number. Next item is the address. Next items are different for fetch and event breakpoints.

Fetch breakpoints list hexadecimal code of instruction at breakpoint's address and then dissassembled instruction.

Event breakpoints list identification of the event's type. sdcc-2.9.0/sim/ucsim/doc/post.jpg000066400000000000000000000017701116427777700166320ustar00rootroot00000000000000ÿØÿàJFIFÿÛC    $.' ",#(7),01444'9=82<.342ÿÛC  2!!22222222222222222222222222222222222222222222222222ÿÀ"ÿÄ ÿĵ}!1AQa"q2‘¡#B±ÁRÑð$3br‚ %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyzƒ„…†‡ˆ‰Š’“”•–—˜™š¢£¤¥¦§¨©ª²³´µ¶·¸¹ºÂÃÄÅÆÇÈÉÊÒÓÔÕÖ×ØÙÚáâãäåæçèéêñòóôõö÷øùúÿÄ ÿĵw!1AQaq"2B‘¡±Á #3RðbrÑ $4á%ñ&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz‚ƒ„…†‡ˆ‰Š’“”•–—˜™š¢£¤¥¦§¨©ª²³´µ¶·¸¹ºÂÃÄÅÆÇÈÉÊÒÓÔÕÖ×ØÙÚâãäåæçèéêòóôõö÷øùúÿÚ ?ã?´õ/[¥î§sý¥+ãíR±XÉûÛîUÉÆB…Œc cQðômu¥Ü 2emä[LÁd#;w…|Ø rA¡ÊšäXh0\F€ÈÛPáÙOCÔ©éÆsŽßGøg­i:Þ©~,×YšHáŽ0etF¶–Xä,Ì@Ï–2€TŒ°<X©IÝ3êq8Œ= *„¢¶ZYuëµ÷×sé +x¿H´F¹e¤_§[]Ý"gý¨Ù±æF{0 …`Ê¥tŸ(|Ék§Á©èp[Î_oÊà®Î¨éÏé×µu^ñ&Ÿá{ÒµÍ1u)2­­Äi3A ÝóÆåç'+‘÷‰9Øê¿ï­n›þÛ›6²g,°^;ÆÐ0¡Â¿˜:ã Én´Í+àÝíÕê·ˆî¬ÖÉ3[Ù;¹œs•g*›;d€IÉÆÓÍs¨Î.ÈúÜF3,¯…¼¾>T¶wºóÛñ:?øT^ÔÒµ Çíoÿ,¬K[à öEìߎîÃsOÊ6¢•ßÑ]ÉÿÙsdcc-2.9.0/sim/ucsim/doc/serial.html000066400000000000000000000072461116427777700173140ustar00rootroot00000000000000 µCsim: Serial Interafces

Using serial interfaces

Connecting a terminal

You can easily connect a terminal to the serial interface of the simulated microcontroller. This terminal is just a file so it can be anything which is represented as a file. It can be a real serial line of the computer: 
$ s51 -s/dev/ttyS1
Of course you must use the actual device name of your operating system. Device name ttyS1 above is used in Linux systems. Your system can use other names.

You can use a terminal of your system. It can be a virtual console if your system provides such as Linux does for example. On X Windows you can use xterm windows as terminals, one for running the simulator and one as a terminal on CPU's serial line. Here is a sample how to do this:

  1. Prepare the terminal window which will be connected to the serial line:

    • Check the device name which represents the terminal: 
      $ tty
/dev/ttyp1
    • Disconnect the shell from the terminal. Usualy I use the tail command and any existing text file: 
      $ tail -f $HOME/.profile
  2. Run the simulator in the other window: 
    $ s51 -s/dev/ttyp1 program.hex
    Use the output of the tty command above as the parameter of the -s option.
Every character sent out by the simulated program appears in the "terminal" window and every charater you type in there will be received by the simulated controller's serial line.

Connecting two instances of simulator

Executing two instances of the simulator, serial lines of two simulators (micros) can be connected together so they can talk to each other over their serial interface. It is because you can specify separate files for serial input and output. For example you run two simulators "1" and "2", here is the sample how to connect them:

  1. Make two FIFOs to represent physical wires in serial cable connecting two micros: 
    $ mkfifo 1-2 2-1 # 1-2: 1->2  and 2-1: 2->1
  2. Start two simulators and specify the FIFOs as input and output of serial interface: 
    term1 $ # start sim "1"
term1 $ s51 -Sin=2-1,out=1-2 program_1_.hex
term2 $ # start sim "2"
term2 $ s51 -Sout=2-1,in=1-2 program_2_.hex
    Because opening a pipe blocks the program until other direction is opened, the order of arguments above is important!

  3. Debug programs as usual.
Using the most usefull unix commands cat and tee and just some more FIFOs you can monitor serial communication, here is a sample:

  1. Make some FIFOs to use between simulators and tee "monitors": 
    $ mkfifo 1_tee tee_2 2_tee tee_2
  2. Run monitoring programs (in two xterms for example): 
    xterm1 $ cat 1_tee|tee /dev/tty >tee_2 # monitor 1->2
xterm2 $ cat 2_tee|tee /dev/tty >tee_1 # monitor 2->1
  3. Now you can start simulators (on two other terminals:) 
    xterm3 $ s51 -Sin=tee_1,out=1_tee program_1_.hex
xterm4 $ s51 -Sin=tee_2,out=2_tee program_2_.hex
  4. Start your apps and listen what they are talking about.
sdcc-2.9.0/sim/ucsim/doc/serial1.fig000066400000000000000000000034371116427777700171740ustar00rootroot00000000000000#FIG 3.2 Landscape Center Inches Letter 100.00 Single -2 1200 2 6 3750 2250 5175 2550 5 1 0 1 0 7 0 0 -1 0.000 0 0 0 0 4912.500 2400.000 5025 2250 5100 2400 5025 2550 1 2 0 1 0 0 0 0 20 0.000 1 0.0000 3825 2400 75 150 3750 2400 3900 2400 2 1 0 1 0 7 0 0 -1 0.000 0 0 -1 0 0 2 3825 2250 5025 2250 2 1 0 1 0 7 0 0 -1 0.000 0 0 -1 0 0 2 3825 2550 5025 2550 -6 6 3900 5625 5325 5925 5 1 0 1 0 7 0 0 -1 0.000 0 0 0 0 5062.500 5775.000 5175 5625 5250 5775 5175 5925 1 2 0 1 0 0 0 0 20 0.000 1 0.0000 3975 5775 75 150 3900 5775 4050 5775 2 1 0 1 0 7 0 0 -1 0.000 0 0 -1 0 0 2 3975 5625 5175 5625 2 1 0 1 0 7 0 0 -1 0.000 0 0 -1 0 0 2 3975 5925 5175 5925 -6 2 1 0 1 4 7 0 0 -1 0.000 0 0 -1 0 1 2 0 0 1.00 60.00 120.00 2250 3450 3675 2475 2 1 0 1 4 7 0 0 -1 0.000 0 0 -1 1 0 2 0 0 1.00 60.00 120.00 6300 3675 5250 2475 2 1 0 1 2 7 0 0 -1 0.000 0 0 -1 0 1 2 0 0 1.00 60.00 120.00 6975 3975 5400 5775 2 1 0 1 2 7 0 0 -1 0.000 0 0 -1 1 0 2 0 0 1.00 60.00 120.00 3000 3675 3825 5775 2 2 0 1 9 7 0 0 -1 0.000 0 0 -1 0 0 5 825 3225 3900 3225 3900 2925 825 2925 825 3225 2 2 0 1 9 7 0 0 -1 0.000 0 0 7 0 0 5 825 3225 3900 3225 3900 4875 825 4875 825 3225 2 2 0 1 9 7 0 0 -1 0.000 0 0 7 0 0 5 4800 3600 7875 3600 7875 5250 4800 5250 4800 3600 2 2 0 1 9 7 0 0 -1 0.000 0 0 7 0 0 5 4800 3600 7875 3600 7875 3300 4800 3300 4800 3600 4 1 0 0 0 16 12 0.0000 4 135 330 4425 2175 2-1\001 4 1 0 0 0 16 12 0.0000 4 135 330 4575 5550 1-2\001 4 1 9 0 0 18 12 0.0000 4 135 525 6375 3525 term2\001 4 1 9 0 0 18 12 0.0000 4 135 525 2325 3150 term1\001 4 0 1 0 0 12 12 0.0000 4 150 2520 900 3600 $ s51 -Sin=2-1,out=1-2 \\\001 4 0 1 0 0 12 12 0.0000 4 180 1470 900 3810 program_1_.hex\001 4 0 1 0 0 12 12 0.0000 4 180 1470 4950 4125 program_2_.hex\001 4 0 1 0 0 12 12 0.0000 4 150 2520 4950 3900 $ s51 -Sout=2-1,in=1-2 \\\001 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0.000 0 0 -1 0 0 2 2475 2550 2475 3750 2 1 0 1 0 7 0 0 -1 0.000 0 0 -1 0 0 2 2775 2550 2775 3750 -6 6 5175 6750 6675 7050 5 1 0 1 0 7 0 0 -1 0.000 0 0 0 0 5437.000 6900.000 5325 7050 5250 6900 5325 6750 1 2 0 1 0 0 0 0 20 0.000 1 3.1416 6525 6900 75 150 6600 6900 6450 6900 2 1 0 1 0 7 0 0 -1 0.000 0 0 -1 0 0 2 6525 6750 5325 6750 2 1 0 1 0 7 0 0 -1 0.000 0 0 -1 0 0 2 6525 7050 5325 7050 -6 6 4200 5700 4500 7200 5 1 0 1 0 7 0 0 -1 0.000 0 0 0 0 4350.000 6938.000 4500 7050 4350 7125 4200 7050 1 2 0 1 0 0 0 0 20 0.000 1 4.7124 4350 5850 75 150 4350 5775 4350 5925 2 1 0 1 0 7 0 0 -1 0.000 0 0 -1 0 0 2 4200 5850 4200 7050 2 1 0 1 0 7 0 0 -1 0.000 0 0 -1 0 0 2 4500 5850 4500 7050 -6 2 1 0 1 4 7 0 0 -1 0.000 0 0 -1 0 1 2 0 0 1.00 60.00 120.00 4275 1725 2700 2400 2 1 0 1 2 7 0 0 -1 0.000 0 0 -1 1 0 2 0 0 1.00 60.00 120.00 4350 5700 2550 5025 2 2 0 1 9 7 0 0 -1 0.000 0 0 7 0 0 5 4875 4950 7950 4950 7950 6600 4875 6600 4875 4950 2 2 0 1 9 7 0 0 -1 0.000 0 0 7 0 0 5 4875 4950 7950 4950 7950 4650 4875 4650 4875 4950 2 1 0 1 4 7 0 0 -1 0.000 0 0 -1 1 0 2 0 0 1.00 60.00 120.00 3450 4725 2625 3900 2 2 0 1 9 7 0 0 -1 0.000 0 0 -1 0 0 5 3450 1350 6525 1350 6525 1050 3450 1050 3450 1350 2 2 0 1 9 7 0 0 -1 0.000 0 0 7 0 0 5 3450 1350 6525 1350 6525 3000 3450 3000 3450 1350 2 2 0 1 9 7 0 0 -1 0.000 0 0 -1 0 0 5 2775 8325 5850 8325 5850 8025 2775 8025 2775 8325 2 2 0 1 9 7 0 0 -1 0.000 0 0 7 0 0 5 2775 8325 5850 8325 5850 9975 2775 9975 2775 8325 2 2 0 1 9 7 0 0 -1 0.000 0 0 -1 0 0 5 900 4575 3975 4575 3975 4275 900 4275 900 4575 2 2 0 1 9 7 0 0 -1 0.000 0 0 7 0 0 5 900 4575 3975 4575 3975 6225 900 6225 900 4575 2 1 0 1 4 7 0 0 -1 0.000 0 0 -1 1 0 2 0 0 1.00 60.00 120.00 5550 1875 7200 2325 2 1 0 1 4 7 0 0 -1 0.000 0 0 -1 1 0 2 0 0 1.00 60.00 120.00 7275 3825 6375 5100 2 1 0 1 2 7 0 0 -1 0.000 0 0 -1 1 0 2 0 0 1.00 60.00 120.00 4575 8700 4350 7275 2 1 0 1 2 7 0 0 -1 0.000 0 0 -1 0 1 2 0 0 1.00 60.00 120.00 6675 6900 7500 5325 2 1 0 1 2 7 0 0 -1 0.000 0 0 -1 0 1 2 0 0 1.00 60.00 120.00 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Command syntax of µCsim

 µCsim uses a very simple command interpreter. Command can be entered after µCsim displays the prompt and interpreted when ENTER key is pressed. Commands must start with the name of the command following parameters. Name of the command can be abbreviated if abbreviation is unique. Some commands have more than one names.

Syntacticaly parameters can be a string, bit name, array, number or symbol. Interpretation of these syntactical elements depends on actual command.

If the command line can not be recognized as a known command, µCsim tries to evaluate the command line as an expression. See below for information about operands and operators which can be used in expressions.

Command names

Name of the command must be the first word of the command line. It is not necessary to enter whole name if abbreviation is unique. Help command can be used to check out if a command has more names: 
> help run
run [start [stop]] Go
Names of command: go r run
...
Some commands just groups other commands. These commands have a set of so-called sub-commands. Sub-command must be second word in the command line. For example: 
> help set
set subcommand     Set, see `set' command for more help
Names of command: set
long help of set
> set
"set" must be followed by the name of a subcommand
List of subcommands:
set option name|nr value
                   Set value of an option
set error on|off|unset
                   Set value of an error
set memory memory_type address data...
                   Place list of data into memory
set bit addr 0|1   Set specified bit to 0 or 1
set hardware cathegory params...
                   Set parameters of specified hardware element

Type of parameters

String type

 To distinguish strings and symbols, strings can be sorrounded by (double) quotes. Quotes can be omitted if command parameter is interpreted as string and actual parameter start with a letter (so it doesn't look to be a number) and doesn't contain space. Let's look an example: 
0> set opt 7 s51>
0s51>set opt 7 ".s51> "
0.s51>

Bit type

 If parameter contains a dot (.) it is treated as bit specification. Part before the dot gives memory address and part after the dot means bit number in the specified data. 
0> dump p1.1
      P1.1 0x90 ff 1
0> dump 0x80.1
      P4.1 0x80 ff 1
0>

Array type

 Parameters contain [ character are treated as arrays. Arrays can be used to specify hardware elements. Array index selects an object if more than one exists: 
0> info hw port[0]
port[0]
P0    11111111 0xff 255 . (Value in SFR register)
Pin0  11111111 0xff 255 . (Output of outside circuits)
Port0 11111111 0xff 255 . (Value on the port pins)
0>

Number type

 Some commands accept parameters which in most cases can be numbers. Numbers can be entered in C-style form. If the number begins whith 0x or 0X it is interpreted as a hexadecimal number. If it begins with 0 followed by digits it is interpreted as octal number. In other cases it is interpreted as decimal number.

Symbol type

 If a command parameter can not be classified in other ways (doesn't start with a digit or a quote, doesn't contain dot or [) then it will be treated as a symbol. Symbols can be interpreted in several ways.

Interpretation of parameters

Address parameters

 Many commands requires memory addresses as parameters. Addresses can be specified using number or symbol type of parameters. Value of symbols depends on processor type. For example MCS52 family of controllers defines more symbols than MCS51 family.

Number, data parameters

 When a command expects a number it should get a number. Note, that symbols is not converted to number they can be used as address only!

String parameters

 Strings can be entered without quotes if they are recognized as srtings (see above) and do not contain spaces.

Data list parameters

 Data list can be any space separated list of numbers and strings. If you include a string in the list, it is broken to list of bytes where every byte is ASCII code of a string's character. 
> where xram "ab" 0x43
0xf961 61 62 63                abc
>

Memory parameters

 Where memory type is expected, name of the memory should be used. Most commands accept memory chip and address space too. See memory simulation for more information.

Hardware element parameters

 Hardwer elements can be specified by using arrays, where array name is name of the element and the array index selects one if more than one exists.

Bit parameters

 Bits can be specified by several ways. One way is using bit type of command parameter: 
0> dump 0.2
    0x00.2 0x00 00 0
0> dump 0xc3.2
    0xc3.2 0xc3 00 0
0> dump p2.3
      P2.3 0xa0 ff 1
0>
In this way, any IRAM or SFR location can be addressed as the above example shows.

Other way is using bit address either by value or by symbolic name: 

0> dump ea
     IE0.7 0xa8 00 0
0> dump 34
    0x24.2 0x24 24 1
0> dump 0xc7
   SCON1.7 0xc0 00 0
0>
Of course, only addressable bits can be accessed in this way.

Expressions

 If first word of the command line is not recognized as a known command, the command line will be evaluated as an expression and the result value printed (in decimal): 
0> 12*(34+56)
1080
0>

Operands

Operands of the expressions can be
  • number;
  • memory (either address space, or memory chip);
  • or bit

Number operands

Numbers can be entered in decimal, octal (starting with 0 followed by a number), or hexadecimal (started with 0x): 
0> 12
12
0> 012
10
0> 0x12
18
0>
Numbers must be integers (floating point is not supported) and not bigger than the value which can be stored as long int.

Memory operands

Memory can be an address space location or a memory chip cell. It can be specified in following form: 
name[address]
where name is the name of the address space or memory chip and address is an expression specifying location (index) of the cell.

Registers in SFR address space can also be specified using pre-defined names (symbols) of the registers. 

0> xram[0x543]
67
0> xram_chip[1347]
67
0> rom[12*(34+56)]
56
0> sp
7
0> rom[256*dph+dpl]
88
0>
Value of the memory operand is always a positive integer number.

Bit operands

Bit operands are evaluated to 0 or 1. Any bit of any memory location can be specified as bit using following form: 
memory.bitnumber
where memory is a memory location as a memory operand and bitnumber is number of the bit within the specified memory cell specified as an expression. Note, that dot (.) is part of the syntax, not an operator.

Alternatively, name of the bit can be used to specify named SFR bits. 

0> p0.3
1
0> xram[12*(34+56)].9-2
0
0> it0
0
0>

Operators

Type Operator Meaning
Primary ( ) Group of sub-expressions
One operand - & Unary minus, address of
Arithmetic * / Multiply, divide
+ - Add, substract
Assignment = Assign to
Arithmetic operators and parenthesises work as usual.

Assigment operator can be used to modify memory cells and bits of the cells. Result will be the assigned value. 

0> p0=23
23
0> i h port[0]
port[0]
P0    00010111 0x17  23 . (Value in SFR register)
Pin0  11111111 0xff 255 . (Output of outside circuits)
Port0 00010111 0x17  23 . (Value on the port pins)
0> p0.0= 0
0
0> i h p[0]
port[0]
P0    00010110 0x16  22 . (Value in SFR register)
Pin0  11111111 0xff 255 . (Output of outside circuits)
Port0 00010110 0x16  22 . (Value on the port pins)
0> xram[256*dph+dpl]= rom[0]
108
0> dump rom 0 0
0x0000 6c                      l
0> dump sfr dph dph
0x83 00                      .
0> dump sfr dpl dpl
0x82 00                      .
0> dump xram 0 0
0x0000 6c                      l
0> 0x6c
108
0> dump ea
     IE0.7 0xa8 00 0
0> ea= 1111
1
0> dump ea
     IE0.7 0xa8 80 1
0>
When a symbolic name of the SFR is used, it results value of the named register not the value of the symbol. "Address of" operator can be used to get value of the symbol. 
0> dpl
0
0> &dpl
130
0> ea
1
0> &ea
175
0> 256*dph+dpl
46630
0> &xram[256*dph+dpl]
46630
0>

Redirection

 Output of any command can be redirected to a file. Same syntax can be used for this as for UNIX shell. The only difference is that µCsim doesn't allow to put redirection at the beginning of the command! 
$ s51 remo.hex
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
55470 words read from remo.hex
0> dump >/tmp/rom.dump rom
0> quit
$ cat /tmp/rom.dump
0x0000 02 01 60 02 00 3c 06 07 ..`..<..
0x0008 08 09 0a 02 2f 6b 0e 0f ..../k..
0x0010 10 11 12 02 00 ac 16 17 ........
0x0018 18 19 1a 1b 1c 1d 1e 1f ........
0x0020 20 21 22 02 01 1c 26 27  !"...&'
0x0028 28 29 2a 32 2c 2d 2e 2f ()*2,-./
0x0030 02 0f a7 02 0e 9c 02 0d ........
0x0038 d2 02 08 41 c0 82 c0 83 ...A....
0x0040 c0 d0 c0 e0 c0 00 a2 90 ........
0x0048 c0 d0 c2 90 78 18 06 30 ....x..0
$ s51 remo.hex
uCsim 0.5.0-pre3, Copyright (C) 1997 Daniel Drotos, Talker Bt.
uCsim comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
55470 words read from remo.hex
0> dump rom 0x50 >>/tmp/rom.dump
0> quit
$ cat /tmp/rom.dump
0x0000 02 01 60 02 00 3c 06 07 ..`..<..
0x0008 08 09 0a 02 2f 6b 0e 0f ..../k..
0x0010 10 11 12 02 00 ac 16 17 ........
0x0018 18 19 1a 1b 1c 1d 1e 1f ........
0x0020 20 21 22 02 01 1c 26 27  !"...&'
0x0028 28 29 2a 32 2c 2d 2e 2f ()*2,-./
0x0030 02 0f a7 02 0e 9c 02 0d ........
0x0038 d2 02 08 41 c0 82 c0 83 ...A....
0x0040 c0 d0 c0 e0 c0 00 a2 90 ........
0x0048 c0 d0 c2 90 78 18 06 30 ....x..0
0x0050 03 4b 20 92 48 30 07 05 .K .H0..
0x0058 c2 07 02 00 9d 30 08 05 .....0..
0x0060 20 93 3a c2 08 90 08 60  .:....`
0x0068 e0 b4 ff 03 02 00 9d 04 ........
0x0070 f0 14 f8 03 03 03 54 1f ......T.
0x0078 90 08 62 25 82 f5 82 e5 ..b%....
0x0080 83 34 00 f5 83 e8 54 07 .4....T.
0x0088 f8 08 74 80 23 d8 fd f8 ..t.#...
0x0090 e0 30 93 07 c8 f4 58 f0 .0....X.
0x0098 02 00 9d 48 f0 d0 d0 92 ...H....
$
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Software simulator for MCS51

This screenshot demonstrates one of option dialog boxes and the terminal window. Terminal window simulates a terminal which is connected to the serial interface of the simulated microcontroller. Every character sent by the CPU is printed out in the terminal window (it does not matter if it is opened or not) and every time when you press a key in the terminal window the character will be received by the serial interface of the CPU (when the simulation is running obviously). During receiving of the character the cursor disappears from the terminal window and reappears when receive is completed. Echo is turned off in the terminal window which means that only simulated program can "write" into the window.

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Software simulator for MCS51

This screenshot demonstrates timer/counter window. The window displays value of the timer and control bits related to the timer/counter unit. Different windows can be opened to display information about different timers. Note that Timer2 of 8X52 is not implemented. Value of the timer or control bits can be changed using these windows or SFR window.

sdcc-2.9.0/sim/ucsim/doc/ucsim.1000066400000000000000000000006701116427777700163430ustar00rootroot00000000000000.TH UCSIM 1 .SH NAME uCsim \- Micro\-controller simulator .SH SYNOPSIS .B s51|sz80|savr|sxa .RB \-t type .SH DESCRIPTION .I s51 command is used to simulate MCS51 controller family .PP .B Options of the command .TP .B \-t type Specifies type of the controller. .PP .TP .B \-s file Serial file .SH EXAMPLES None yet. .SH FILES None. .SH "SEE ALSO" sdcc(1), sdcdb(1). .SH DIAGNOSTICS None. .SH BUGS Probably many. .SH AUTHORS xy .RS 0 zc .RE 0sdcc-2.9.0/sim/ucsim/doc/wins.gif000066400000000000000000000431401116427777700166070ustar00rootroot00000000000000GIF87a€.ó€€€€€€€ÀÀÀ€€€üøüøøøüø,€.þÈI«½8ëÍ»ÿ`(Ždižhª®lë¾p,Ïšaßx®ï|ïÿÀ pH,ȤrÉl:ŸÐ¨tJ­جvËíz¿à¯U(›8Izò,ÛÜëñNÿØã›Y©Î“Ño€6}@xu€t<~|7„ŒE‹9Žk“ƒ†F_a ¡¢Ds‚¥ˆ§™m©”•Vp‰Rn³:«Uµ§ŠŠ°‘t‰¸=íAÅ¿wjšÊ…•—¾}ÓÐÕ¬›°É<^XÝY£â¢ÊÁÏÆÀ»Œ²êPì>Úèéð¾Î;ÁíBñKïçöCì5»e [´kÔøƒ[8ß >GÑK9DFÛwÏU¦þÙBy—Ð ÇŽÇLZ*IˆÍI=‚Ü0£† “Ê àÙQ'ž×°éw3+†-5ÙÒK‘B?. 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Software simulator for MCS51

This screenshot demonstrates some kind of windows that can be opened using commands in View menu. Every windows including CPU window can be resized and moved on the desktop area. Every windows are active which means that value of displayed data can be changed at any time including execution of the simulated program.

sdcc-2.9.0/sim/ucsim/error.cc000066400000000000000000000073121116427777700160340ustar00rootroot00000000000000/* * Simulator of microcontrollers (error.cc) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include #include "i_string.h" // prj (local) #include "errorcl.h" #include "globals.h" #include "utils.h" // cmd.src #include "newcmdcl.h" struct id_element error_on_off_names[]= { { ERROR_PARENT, "unset" }, { ERROR_ON , "on" }, { ERROR_OFF , "off" }, { 0 , 0 } }; static class cl_error_registry error_registry; class cl_list *cl_error_registry::registered_errors= NIL; /* */ cl_error_class::cl_error_class(enum error_type typ, const char *aname, enum error_on_off be_on/* = ERROR_PARENT*/): cl_base() { type= typ; on= be_on; set_name(aname, "not-known"); } cl_error_class::cl_error_class(enum error_type typ, const char *aname, class cl_error_class *parent, enum error_on_off be_on/* = ERROR_PARENT*/): cl_base() { type= typ; on= be_on; set_name(aname, "not-known"); if (parent) parent->add_child(this); } void cl_error_class::set_on(enum error_on_off val) { if (!get_parent() && val == ERROR_PARENT) return; on= val; } bool cl_error_class::is_on(void) { if (on == ERROR_PARENT) { if (!get_parent()) return(DD_TRUE); class cl_error_class *p= dynamic_cast(get_parent()); return(p->is_on()); } else return(on == ERROR_ON); } enum error_type cl_error_class::get_type(void) { return(type); } /*char * cl_error_class::get_name(void) { return(name); }*/ const char * cl_error_class::get_type_name() { return(get_id_string(error_type_names, type, "untyped")); /*switch (type) { case err_unknown: return("unclassified"); break; case err_error: return("error"); break; case err_warning: return("warning"); break; } return("untyped");*/ } /* */ cl_error::cl_error(void): cl_base() { classification= error_registry.find("non-classified"); } cl_error::~cl_error(void) {} int cl_error::init(void) { //type= get_type(); return(0); } enum error_type cl_error::get_type(void) { if (classification) return(classification->get_type()); return(err_unknown); } enum error_on_off cl_error::get_on(void) { if (!classification) return(ERROR_ON); return(classification->get_on()); } bool cl_error::is_on(void) { if (!classification) return(DD_TRUE); return(classification->is_on()); } void cl_error::print(class cl_commander_base *c) { c->dd_printf("%s\n", get_type_name()); } const char * cl_error::get_type_name() { enum error_type type= get_type(); return(get_id_string(error_type_names, type, "untyped")); } cl_error_registry::cl_error_registry(void) { if (NULL == error_registry.find("non-classified")) register_error(new cl_error_class(err_error, "non-classified", ERROR_ON)); } /* End of sim.src/error.cc */ sdcc-2.9.0/sim/ucsim/errorcl.h000066400000000000000000000063221116427777700162150ustar00rootroot00000000000000/* * Simulator of microcontrollers (errorcl.h) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef ERRORCL_HEADER #define ERRORCL_HEADER #include // prj #include "pobjcl.h" #include "stypes.h" extern struct id_element error_on_off_names[]; enum error_on_off { ERROR_PARENT, ERROR_ON, ERROR_OFF }; const int err_stop= (err_unknown|err_error); class cl_error_class: public cl_base { protected: enum error_type type; //char *name; enum error_on_off on; public: cl_error_class(enum error_type typ, const char *aname, enum error_on_off be_on= ERROR_PARENT); cl_error_class(enum error_type typ, const char *aname, class cl_error_class *parent, enum error_on_off be_on= ERROR_PARENT); enum error_on_off get_on(void) { return(on); } void set_on(enum error_on_off val); bool is_on(void); enum error_type get_type(void); const char *get_type_name(void); //char *get_name(void); }; class cl_error_registry { public: cl_error_registry(void); class cl_error_class *find(const char *type_name) { if (NIL == registered_errors) return NIL; return static_cast(registered_errors->first_that(compare, type_name)); } static class cl_list *get_list(void) { return registered_errors; } protected: class cl_error_class *register_error(class cl_error_class *error_class) { if (!registered_errors) registered_errors= new cl_list(2, 2, "registered errors"); registered_errors->add(error_class); return error_class; } private: static class cl_list *registered_errors; static int compare(void *obj1, const void *obj2) { return (static_cast(obj1))->is_named(static_cast(obj2)); } }; class cl_commander_base; //forward class cl_error: public cl_base { protected: class cl_error_class *classification; public: bool inst; // Occured during instruction execution t_addr PC; // Address of the instruction public: cl_error(void); virtual ~cl_error(void); virtual int init(void); public: virtual enum error_type get_type(void); virtual enum error_on_off get_on(void); virtual bool is_on(void); virtual class cl_error_class *get_class(void) { return(classification); } virtual void print(class cl_commander_base *c); virtual const char *get_type_name(); }; #endif /* End of sim.src/errorcl.h */ sdcc-2.9.0/sim/ucsim/eventcl.h000066400000000000000000000002561116427777700162050ustar00rootroot00000000000000/*@1@*/ #ifndef EVENTCL_HEADER #define EVENTCL_HEADER enum event { ev_nothing = 0x00000000, ev_address_space_added = 0x00000001 }; #endif /* End of eventcl.h */ sdcc-2.9.0/sim/ucsim/globals.cc000066400000000000000000000455521116427777700163360ustar00rootroot00000000000000/* * Simulator of microcontrollers (globals.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include "stypes.h" // No other global variable should exists! class cl_app *application; /* Delimiters to split up command line */ char delimiters[]= " ,;\t\r\n"; struct id_element mem_ids[]= { { MEM_ROM , "ROM " }, { MEM_XRAM , "XRAM " }, { MEM_IRAM , "IRAM " }, { MEM_SFR , "SFR " }, { MEM_IXRAM, "IXRAM" }, { MEM_DUMMY, "DUMMY" }, { 0, 0 } }; struct id_element mem_classes[]= { { MEM_ROM , "rom" }, { MEM_XRAM , "xram" }, { MEM_IRAM , "iram" }, { MEM_SFR , "sfr" }, { MEM_IXRAM, "ixram" }, { MEM_DUMMY, "dummy" }, { 0, 0 } }; struct id_element cpu_states[]= { { stGO, "OK" }, { stIDLE, "Idle" }, { stPD, "PowerDown" }, { 0, 0 } }; struct id_element error_type_names[]= { { err_unknown, "unclassified" }, { err_error, "error" }, { err_warning, "warning" } }; const char *warranty= " NO WARRANTY\n" "\n" " 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY\n" "FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN\n" "OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES\n" "PROVIDE THE PROGRAM \"AS IS\" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED\n" "OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF\n" "MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS\n" "TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE\n" "PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING,\n" "REPAIR OR CORRECTION.\n" "\n" " 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING\n" "WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR\n" "REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES,\n" "INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING\n" "OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED\n" "TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY\n" "YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER\n" "PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE\n" "POSSIBILITY OF SUCH DAMAGES.\n" ; const char *copying= " GNU GENERAL PUBLIC LICENSE\n" " Version 2, June 1991\n" "\n" " Copyright (C) 1989, 1991 Free Software Foundation, Inc.\n" " 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA\n" " Everyone is permitted to copy and distribute verbatim copies\n" " of this license document, but changing it is not allowed.\n" "\n" " Preamble\n" "\n" " The licenses for most software are designed to take away your\n" "freedom to share and change it. By contrast, the GNU General Public\n" "License is intended to guarantee your freedom to share and change free\n" "software--to make sure the software is free for all its users. This\n" "General Public License applies to most of the Free Software\n" "Foundation's software and to any other program whose authors commit to\n" "using it. (Some other Free Software Foundation software is covered by\n" "the GNU Library General Public License instead.) You can apply it to\n" "your programs, too.\n" "\n" " When we speak of free software, we are referring to freedom, not\n" "price. Our General Public Licenses are designed to make sure that you\n" "have the freedom to distribute copies of free software (and charge for\n" "this service if you wish), that you receive source code or can get it\n" "if you want it, that you can change the software or use pieces of it\n" "in new free programs; and that you know you can do these things.\n" "\n" " To protect your rights, we need to make restrictions that forbid\n" "anyone to deny you these rights or to ask you to surrender the rights.\n" "These restrictions translate to certain responsibilities for you if you\n" "distribute copies of the software, or if you modify it.\n" "\n" " For example, if you distribute copies of such a program, whether\n" "gratis or for a fee, you must give the recipients all the rights that\n" "you have. You must make sure that they, too, receive or can get the\n" "source code. 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To prevent this, we have made it clear that any\n" "patent must be licensed for everyone's free use or not licensed at all.\n" "\n" " The precise terms and conditions for copying, distribution and\n" "modification follow.\n" " \n" " GNU GENERAL PUBLIC LICENSE\n" " TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION\n" "\n" " 0. This License applies to any program or other work which contains\n" "a notice placed by the copyright holder saying it may be distributed\n" "under the terms of this General Public License. The \"Program\", below,\n" "refers to any such program or work, and a \"work based on the Program\"\n" "means either the Program or any derivative work under copyright law:\n" "that is to say, a work containing the Program or a portion of it,\n" "either verbatim or with modifications and/or translated into another\n" "language. (Hereinafter, translation is included without limitation in\n" "the term \"modification\".) Each licensee is addressed as \"you\".\n" "\n" "Activities other than copying, distribution and modification are not\n" "covered by this License; they are outside its scope. The act of\n" "running the Program is not restricted, and the output from the Program\n" "is covered only if its contents constitute a work based on the\n" "Program (independent of having been made by running the Program).\n" "Whether that is true depends on what the Program does.\n" "\n" " 1. You may copy and distribute verbatim copies of the Program's\n" "source code as you receive it, in any medium, provided that you\n" "conspicuously and appropriately publish on each copy an appropriate\n" "copyright notice and disclaimer of warranty; keep intact all the\n" "notices that refer to this License and to the absence of any warranty;\n" "and give any other recipients of the Program a copy of this License\n" "along with the Program.\n" "\n" "You may charge a fee for the physical act of transferring a copy, and\n" "you may at your option offer warranty protection in exchange for a fee.\n" "\n" " 2. You may modify your copy or copies of the Program or any portion\n" "of it, thus forming a work based on the Program, and copy and\n" "distribute such modifications or work under the terms of Section 1\n" "above, provided that you also meet all of these conditions:\n" "\n" " a) You must cause the modified files to carry prominent notices\n" " stating that you changed the files and the date of any change.\n" "\n" " b) You must cause any work that you distribute or publish, that in\n" " whole or in part contains or is derived from the Program or any\n" " part thereof, to be licensed as a whole at no charge to all third\n" " parties under the terms of this License.\n" "\n" " c) If the modified program normally reads commands interactively\n" " when run, you must cause it, when started running for such\n" " interactive use in the most ordinary way, to print or display an\n" " announcement including an appropriate copyright notice and a\n" " notice that there is no warranty (or else, saying that you provide\n" " a warranty) and that users may redistribute the program under\n" " these conditions, and telling the user how to view a copy of this\n" " License. (Exception: if the Program itself is interactive but\n" " does not normally print such an announcement, your work based on\n" " the Program is not required to print an announcement.)\n" "\n" "These requirements apply to the modified work as a whole. If\n" "identifiable sections of that work are not derived from the Program,\n" "and can be reasonably considered independent and separate works in\n" "themselves, then this License, and its terms, do not apply to those\n" "sections when you distribute them as separate works. But when you\n" "distribute the same sections as part of a whole which is a work based\n" "on the Program, the distribution of the whole must be on the terms of\n" "this License, whose permissions for other licensees extend to the\n" "entire whole, and thus to each and every part regardless of who wrote it.\n" "\n" "Thus, it is not the intent of this section to claim rights or contest\n" "your rights to work written entirely by you; rather, the intent is to\n" "exercise the right to control the distribution of derivative or\n" "collective works based on the Program.\n" "\n" "In addition, mere aggregation of another work not based on the Program\n" "with the Program (or with a work based on the Program) on a volume of\n" "a storage or distribution medium does not bring the other work under\n" "the scope of this License.\n" "\n" " 3. You may copy and distribute the Program (or a work based on it,\n" "under Section 2) in object code or executable form under the terms of\n" "Sections 1 and 2 above provided that you also do one of the following:\n" "\n" " a) Accompany it with the complete corresponding machine-readable\n" " source code, which must be distributed under the terms of Sections\n" " 1 and 2 above on a medium customarily used for software interchange; or,\n" "\n" " b) Accompany it with a written offer, valid for at least three\n" " years, to give any third party, for a charge no more than your\n" " cost of physically performing source distribution, a complete\n" " machine-readable copy of the corresponding source code, to be\n" " distributed under the terms of Sections 1 and 2 above on a medium\n" " customarily used for software interchange; or,\n" "\n" " c) Accompany it with the information you received as to the offer\n" " to distribute corresponding source code. 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Any attempt\n" "otherwise to copy, modify, sublicense or distribute the Program is\n" "void, and will automatically terminate your rights under this License.\n" "However, parties who have received copies, or rights, from you under\n" "this License will not have their licenses terminated so long as such\n" "parties remain in full compliance.\n" "\n" " 5. You are not required to accept this License, since you have not\n" "signed it. However, nothing else grants you permission to modify or\n" "distribute the Program or its derivative works. These actions are\n" "prohibited by law if you do not accept this License. Therefore, by\n" "odifying or distributing the Program (or any work based on the\n" "Program), you indicate your acceptance of this License to do so, and\n" "all its terms and conditions for copying, distributing or modifying\n" "the Program or works based on it.\n" "\n" " 6. Each time you redistribute the Program (or any work based on the\n" "Program), the recipient automatically receives a license from the\n" "original licensor to copy, distribute or modify the Program subject to\n" "these terms and conditions. You may not impose any further\n" "restrictions on the recipients' exercise of the rights granted herein.\n" "You are not responsible for enforcing compliance by third parties to\n" "this License.\n" "\n" " 7. If, as a consequence of a court judgment or allegation of patent\n" "infringement or for any other reason (not limited to patent issues),\n" "conditions are imposed on you (whether by court order, agreement or\n" "otherwise) that contradict the conditions of this License, they do not\n" "excuse you from the conditions of this License. If you cannot\n" "distribute so as to satisfy simultaneously your obligations under this\n" "License and any other pertinent obligations, then as a consequence you\n" "may not distribute the Program at all. For example, if a patent\n" "license would not permit royalty-free redistribution of the Program by\n" "all those who receive copies directly or indirectly through you, then\n" "the only way you could satisfy both it and this License would be to\n" "refrain entirely from distribution of the Program.\n" "\n" "If any portion of this section is held invalid or unenforceable under\n" "any particular circumstance, the balance of the section is intended to\n" "apply and the section as a whole is intended to apply in other\n" "circumstances.\n" "\n" "It is not the purpose of this section to induce you to infringe any\n" "patents or other property right claims or to contest validity of any\n" "such claims; this section has the sole purpose of protecting the\n" "integrity of the free software distribution system, which is\n" "implemented by public license practices. Many people have made\n" "generous contributions to the wide range of software distributed\n" "through that system in reliance on consistent application of that\n" "system; it is up to the author/donor to decide if he or she is willing\n" "to distribute software through any other system and a licensee cannot\n" "impose that choice.\n" "\n" "This section is intended to make thoroughly clear what is believed to\n" "be a consequence of the rest of this License.\n" "\n" " 8. If the distribution and/or use of the Program is restricted in\n" "certain countries either by patents or by copyrighted interfaces, the\n" "original copyright holder who places the Program under this License\n" "may add an explicit geographical distribution limitation excluding\n" "those countries, so that distribution is permitted only in or among\n" "countries not thus excluded. In such case, this License incorporates\n" "the limitation as if written in the body of this License.\n" "\n" " 9. The Free Software Foundation may publish revised and/or new versions\n" "of the General Public License from time to time. Such new versions will\n" "be similar in spirit to the present version, but may differ in detail to\n" "address new problems or concerns.\n" "\n" "Each version is given a distinguishing version number. If the Program\n" "specifies a version number of this License which applies to it and \"any\n" "later version\", you have the option of following the terms and conditions\n" "either of that version or of any later version published by the Free\n" "Software Foundation. If the Program does not specify a version number of\n" "this License, you may choose any version ever published by the Free Software\n" "Foundation.\n" "\n" " 10. If you wish to incorporate parts of the Program into other free\n" "programs whose distribution conditions are different, write to the author\n" "to ask for permission. For software which is copyrighted by the Free\n" "Software Foundation, write to the Free Software Foundation; we sometimes\n" "make exceptions for this. Our decision will be guided by the two goals\n" "of preserving the free status of all derivatives of our free software and\n" "of promoting the sharing and reuse of software generally.\n" ; /* * Information about different type of CPUs */ struct cpu_entry *cpus= NIL; struct cpu_entry cpus_51[]= { {"51" , CPU_51, CPU_HMOS}, {"8051" , CPU_51, CPU_HMOS}, {"8751" , CPU_51, CPU_HMOS}, {"C51" , CPU_51, CPU_CMOS}, {"80C51" , CPU_51, CPU_CMOS}, {"87C51" , CPU_51, CPU_CMOS}, {"31" , CPU_31, CPU_HMOS}, {"8031" , CPU_31, CPU_HMOS}, {"C31" , CPU_31, CPU_CMOS}, {"80C31" , CPU_31, CPU_CMOS}, {"52" , CPU_52, CPU_HMOS}, {"8052" , CPU_52, CPU_HMOS}, {"8752" , CPU_52, CPU_HMOS}, {"C52" , CPU_52, CPU_CMOS}, {"80C52" , CPU_52, CPU_CMOS}, {"87C52" , CPU_52, CPU_CMOS}, {"32" , CPU_32, CPU_HMOS}, {"8032" , CPU_32, CPU_HMOS}, {"C32" , CPU_32, CPU_CMOS}, {"80C32" , CPU_32, CPU_CMOS}, {"51R" , CPU_51R, CPU_CMOS}, {"51RA" , CPU_51R, CPU_CMOS}, {"51RB" , CPU_51R, CPU_CMOS}, {"51RC" , CPU_51R, CPU_CMOS}, {"C51R" , CPU_51R, CPU_CMOS}, {"C51RA" , CPU_51R, CPU_CMOS}, {"C51RB" , CPU_51R, CPU_CMOS}, {"C51RC" , CPU_51R, CPU_CMOS}, {"89C51R", CPU_89C51R, CPU_CMOS}, {"251" , CPU_251, CPU_CMOS}, {"C251" , CPU_251, CPU_CMOS}, {"DS390" , CPU_DS390, CPU_CMOS}, {"DS390F", CPU_DS390F, CPU_CMOS}, {NULL, 0, 0} }; /* End of globals.cc */ sdcc-2.9.0/sim/ucsim/globals.h000066400000000000000000000027121116427777700161670ustar00rootroot00000000000000/* * Simulator of microcontrollers (globals.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef GLOBALS_HEADER #define GLOBALS_HEADER #include "ddconfig.h" // prj #include "stypes.h" #include "appcl.h" extern class cl_app *application; extern char delimiters[]; extern struct id_element mem_ids[]; extern struct id_element mem_classes[]; extern struct id_element cpu_states[]; extern struct id_element error_type_names[]; //extern char *case_string(enum letter_case lcase, const char *str); extern char *warranty; extern char *copying; extern struct cpu_entry *cpus; extern struct cpu_entry cpus_51[]; #endif /* End of globals.h */ sdcc-2.9.0/sim/ucsim/gui.src/000077500000000000000000000000001116427777700157435ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/gui.src/(c).1000066400000000000000000000016261116427777700163750ustar00rootroot00000000000000/* * Simulator of microcontrollers (@@F@@) * * Copyright (C) @@S@@,@@Y@@ Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ sdcc-2.9.0/sim/ucsim/gui.src/Makefile.in000066400000000000000000000100361116427777700200100ustar00rootroot00000000000000# # uCsim gui.src/Makefile # # (c) Drotos Daniel, Talker Bt. 1999 # SHELL = /bin/sh CXX = @CXX@ CPP = @CPP@ CXXCPP = @CXXCPP@ RANLIB = @RANLIB@ INSTALL = @INSTALL@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ DEFS = $(subs -DHAVE_CONFIG_H,,@DEFS@) CPPFLAGS = @CPPFLAGS@ -I$(srcdir) -I$(top_builddir) -I$(top_srcdir) \ -I$(top_srcdir)/sim.src -I$(top_srcdir)/cmd.src CFLAGS = @CFLAGS@ -Wall CXXFLAGS = @CXXFLAGS@ -Wall M_OR_MM = @M_OR_MM@ LIBS = @LIBS@ @CURSES_LIBS@ -L$(top_builddir) curses_ok = @curses_ok@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ srcdir = @srcdir@ VPATH = @srcdir@ enable_serio = @enable_serio@ PKGS = ifeq ($(enable_serio),yes) SERIO_PKG = serio.src else SERIO_PKG = endif CURSES_PKGS = $(SERIO_PKG) # Common code OBJECTS = rec.o SOURCES = $(patsubst %.o,%.cc,$(OBJECTS)) # uCsim only UCSIM_OBJECTS = gui.o if.o UCSIM_SOURCES = $(patsubst %.o,%.cc,$(UCSIM_OBJECTS)) # Tool only TOOL_OBJECTS = TOOL_SOURCES = $(patsubst %.o,%.cc,$(TOOL_OBJECTS)) ALL_SOURCES = $(SOURCES) $(UCSIM_SOURCES) $(TOOL_SOURCES) # Compiling entire program or any subproject # ------------------------------------------ all: gui.src gui.src: checkconf gui_api ifeq ($(curses_ok),yes) @for pkg in dummy $(CURSES_PKGS); do\ if test -f $$pkg/Makefile; then $(MAKE) -C $$pkg $$pkg; else : ; fi ;\ done endif # @for pkg in $(PKGS); do\ # $(MAKE) -C $$pkg $$pkg ;\ # done gui_api: ucsim_lib tool_lib # Compiling and installing everything and runing test # --------------------------------------------------- install: install_gui_api ifeq ($(curses_ok),yes) @for pkg in $(CURSES_PKGS); do\ $(MAKE) -C $$pkg install ; cd ..;\ done endif install_gui_api: # Deleting all the installed files # -------------------------------- uninstall: uninstall_gui_api ifeq ($(curses_ok),yes) @for pkg in $(CURSES_PKGS); do\ $(MAKE) -C $$pkg uninstall ; cd ..;\ done endif uninstall_gui_api: # Performing self-test # -------------------- check: check_local @for pkg in $(CURSES_PKGS); do\ $(MAKE) -C $$pkg check ; cd ..;\ done check_local: test: test_local @for pkg in $(CURSES_PKGS); do\ $(MAKE) -C $$pkg test ; cd ..;\ done test_local: # Performing installation test # ---------------------------- installcheck: installcheck_gui_api @for pkg in $(CURSES_PKGS); do\ $(MAKE) -C $$pkg installcheck ; cd ..;\ done installcheck_gui_api: # Creating installation directories # --------------------------------- installdirs: @for pkg in $(CURSES_PKGS); do\ $(MAKE) -C $$pkg installdirs ; cd ..;\ done # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(ALL_SOURCES) $(srcdir)/*.h $(CXXCPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.cc,$^) >Makefile.dep # don't include Makefile.dep for the listed targets: ifeq "$(findstring $(MAKECMDGOALS),uninstall uninstall_gui_api \ check check_local test test_local \ checkconf \ clean_local clean distclean_local \ distclean mostlyclean realclean)" "" -include Makefile.dep endif include $(srcdir)/clean.mk # My rules # -------- ucsim_lib: $(top_builddir)/libguiucsim.a $(top_builddir)/libguiucsim.a: $(OBJECTS) $(UCSIM_OBJECTS) ar -rcu $*.a $(OBJECTS) $(UCSIM_OBJECTS) $(RANLIB) $*.a tool_lib: $(top_builddir)/libguitool.a $(top_builddir)/libguitool.a: $(OBJECTS) $(TOOL_OBJECTS) ar -rcu $*.a $(OBJECTS) $(TOOL_OBJECTS) $(RANLIB) $*.a .cc.o: $(CXX) $(CXXFLAGS) $(CPPFLAGS) -c $< -o $@ # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of gui.src/Makefile sdcc-2.9.0/sim/ucsim/gui.src/clean.mk000066400000000000000000000021501116427777700173540ustar00rootroot00000000000000# uCsim gui.src/clean.mk PKGS = serio.src # Deleting all files created by building the program # -------------------------------------------------- clean_local: rm -f *core *[%~] *.[oa] a rm -f .[a-z]*~ clean: clean_local @for pkg in $(PKGS); do\ $(MAKE) -C $$pkg clean;\ done # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean_local: clean_local rm -f config.cache config.log config.status rm -f Makefile *.dep distclean: distclean_local @for pkg in $(PKGS); do\ $(MAKE) -C $$pkg distclean;\ done # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean_local @for pkg in $(PKGS); do\ $(MAKE) -C $$pkg mostlyclean;\ done # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean_local @for pkg in $(PKGS); do\ $(MAKE) $$pkg realclean;\ done # End of gui.src/clean.mk sdcc-2.9.0/sim/ucsim/gui.src/conf.mk000066400000000000000000000003431116427777700172210ustar00rootroot00000000000000# uCsim gui.src/conf.mk # # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of gui.src/conf.mk sdcc-2.9.0/sim/ucsim/gui.src/gui.cc000066400000000000000000000025241116427777700170410ustar00rootroot00000000000000/* * Simulator of microcontrollers (gui.cc) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "guicl.h" cl_gui::cl_gui(class cl_sim *asim): cl_base() { sim= asim; ifs= new cl_list(2, 2, "ifs of a gui"); } cl_gui::~cl_gui(void) { delete ifs; } class cl_gui_if * cl_gui::if_by_obj(class cl_guiobj *o) { int i; for (i= 0; i < ifs->count; i++) { class cl_gui_if *gi= (class cl_gui_if *)(ifs->at(i)); if (gi->obj && gi->obj == o) return(gi); } return(0); } /* End of gui.src/gui.cc */ sdcc-2.9.0/sim/ucsim/gui.src/guicl.h000066400000000000000000000024711116427777700172230ustar00rootroot00000000000000/* * Simulator of microcontrollers (guicl.h) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef GUISRC_GUICL_HEADER #define GUISRC_GUICL_HEADER #include "ddconfig.h" // prj #include "pobjcl.h" // sim #include "simcl.h" // local #include "ifcl.h" class cl_gui: public cl_base { public: class cl_sim *sim; class cl_list *ifs; public: cl_gui(class cl_sim *asim); virtual ~cl_gui(void); virtual class cl_gui_if *if_by_obj(class cl_guiobj *o); }; #endif /* End of gui.src/guicl.h */ sdcc-2.9.0/sim/ucsim/gui.src/if.cc000066400000000000000000000020201116427777700166420ustar00rootroot00000000000000/* * Simulator of microcontrollers (if.cc) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ifcl.h" cl_gui_if::cl_gui_if(class cl_guiobj *o): cl_base() { obj= o; } /* End of gui.src/if.cc */ sdcc-2.9.0/sim/ucsim/gui.src/ifcl.h000066400000000000000000000023411116427777700170310ustar00rootroot00000000000000/* * Simulator of microcontrollers (guiifcl.h) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef GUISRC_IFCL_HEADER #define GUISRC_IFCL_HEADER #include "ddconfig.h" // prj #include "pobjcl.h" // sim #include "guiobjcl.h" class cl_gui_if: public cl_base { public: class cl_guiobj *obj; // Object inspected by the GUI tool public: cl_gui_if(class cl_guiobj *o); }; #endif /* End of gui.src/ifcl.h */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/000077500000000000000000000000001116427777700175575ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/gui.src/obsolete/a.cc000066400000000000000000000032031116427777700203040ustar00rootroot00000000000000#include #include int sfr[4]; int port[4]; void init_panel(PANEL *p) { int mask, x, y; int na, ha; int cursor= 2; WINDOW *w= panel_window(p); if (has_colors()) { na= COLOR_PAIR(1); ha= COLOR_PAIR(2); } else { na= A_NORMAL; ha= A_STANDOUT; } //wattron(w, COLOR_PAIR); x= 0; for (mask= 1, y= 0; mask < 0x100; mask<<= 1,y++) { wattrset(w, (y==cursor)?ha:na); mvwprintw(w, y,x, "%s", (sfr[0]&mask)?"High":" Low"); } } wchar_t wait_input(PANEL *p) { WINDOW *w= panel_window(p); wchar_t c; c= wgetch(w); printw("%d 0x%x\n",c,c); return(c); } int main(int argc, char *argv[]) { wchar_t c; initscr(); /* initialize the curses library */ keypad(stdscr, TRUE); /* enable keyboard mapping */ nonl(); /* tell curses not to do NL->CR/NL on output */ cbreak(); /* take input chars one at a time, no wait for \n */ noecho(); /* don't echo input */ if (has_colors()) { start_color(); printw("has %d colors and %d pairs\n", COLORS, COLOR_PAIRS); init_pair(1, COLOR_WHITE, COLOR_BLUE); init_pair(2, COLOR_WHITE, COLOR_RED); } if (has_key(KEY_UP)) printw("has UP KEY_UP=0x%x\n",KEY_UP); else printf("has no UP\n"); c= getch(); printw("got %d %x\n",c,c); WINDOW *w= newwin(10,10, 3,3); keypad(w, TRUE); PANEL *p= new_panel(w); sfr[0]= 0x5a; init_panel(p); update_panels(); doupdate(); c= wait_input(p); //c= getch(); endwin(); if (c==KEY_UP) printf("got UP\n"); else if (c==KEY_DOWN) printf("got DOWN\n"); else printf("got \"%d\"\n", c); } sdcc-2.9.0/sim/ucsim/gui.src/obsolete/app.cc000066400000000000000000000067121116427777700206540ustar00rootroot00000000000000/* * Simulator of microcontrollers (app.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include #include "appcl.h" #include "deskcl.h" cl_app::cl_app(char *iname): cl_group(iname, this) { drawn= 0; } cl_app::~cl_app(void) { endwin(); } int cl_app::init(void) { initscr(); keypad(stdscr, TRUE); nonl(); cbreak(); noecho(); pos= new cl_box(0,0, COLS, LINES); cl_view::init(); state|= SF_SELECTED;//select(); class cl_box b(*pos); //b.move_rel(0,1); //b.grow(0,-2); if ((desk= mk_desk(&b))) insert(desk); desk->select(); mk_views(desk); //update(); update_panels(); doupdate(); return(0); } class cl_gin * cl_app::mk_input(void) { class cl_gin *i= new cl_gin(); i->init(); i->add_input(stdin, 0); return(i); } int * cl_app::mk_palette(void) { int *p, i; int colors; colors= 64; p= (int*)malloc(colors * sizeof(int)); if (has_colors()) { start_color(); init_pair(i= C_WIN+C_WIN_NORMAL, COLOR_YELLOW, COLOR_BLUE); p[i]= COLOR_PAIR(i)|A_BOLD; for (i= 1; i < colors; i++) p[i]= p[C_WIN+C_WIN_NORMAL]; // desktop init_pair(i= C_DSK_BG, COLOR_BLACK, COLOR_WHITE); p[i]= COLOR_PAIR(i); // menus and status bar init_pair(i= C_DSK_NORMAL, COLOR_WHITE, COLOR_BLUE); p[i]= COLOR_PAIR(i)|A_BOLD; init_pair(i= C_DSK_DISABLED, COLOR_WHITE, COLOR_BLUE); p[i]= COLOR_PAIR(i); // window init_pair(i= C_WIN+C_WIN_FPASSIVE, COLOR_WHITE, COLOR_BLUE); p[i]= COLOR_PAIR(i); init_pair(i= C_WIN+C_WIN_FACTIVE, COLOR_WHITE, COLOR_BLUE); p[i]= COLOR_PAIR(i)|A_BOLD; init_pair(i= C_WIN+C_WIN_SELECTED, COLOR_YELLOW, COLOR_RED); p[i]= COLOR_PAIR(i)|A_BOLD; } else { for (i= 0; i < colors; i++) p[i]= A_NORMAL; p[C_WIN+C_WIN_FACTIVE]|= A_BOLD; p[C_WIN+C_WIN_SELECTED]|= A_REVERSE; } return(p); } class cl_group * cl_app::mk_desk(class cl_box *ipos) { class cl_group *d= new cl_desk(ipos, "desktop", this); d->init(); return(d); } int cl_app::handle_event(struct t_event *event) { if (!cl_group::handle_event(event)) { if (event->what == EV_KEY) switch (event->event.key) { case KEY_BREAK: case KEY_EXIT: event->what= EV_COMMAND; event->event.msg.cmd= CMD_QUIT; break; } } return(0); } int cl_app::run(void) { struct t_event event; drawn= 0; while (get_event(&event)) { if (!handle_event(&event)) { if (event.what == EV_COMMAND && event.event.msg.cmd == CMD_QUIT) return(0); unhandled(&event); } if (drawn) update(); drawn= 0; } return(0); } /* End of gui.src/app.cc */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/appcl.h000066400000000000000000000025571116427777700210400ustar00rootroot00000000000000/* * Simulator of microcontrollers (appcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef APPCL_HEADER #define APPCL_HEADER #include "groupcl.h" class cl_app: public cl_group { public: class cl_group *desk; int drawn; public: cl_app(char *iname); ~cl_app(void); virtual int init(void); virtual class cl_gin *mk_input(void); virtual int *mk_palette(void); virtual class cl_group *mk_desk(class cl_box *ipos); virtual int handle_event(struct t_event *event); virtual int run(void); }; #endif /* End of gui.src/appcl.h */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/bg.cc000066400000000000000000000026571116427777700204700ustar00rootroot00000000000000/* * Simulator of microcontrollers (bg.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include #include "bgcl.h" cl_bg::cl_bg(class cl_box *ipos, char *iname, class cl_app *iapp): cl_view(ipos, iname, iapp) { options&= ~OF_SELECTABLE; } int * cl_bg::mk_palette(void) { int *p; p= (int*)malloc(1*sizeof(int)); p[0]= C_DSK_BG; return(p); } int cl_bg::draw(void) { int x, y, color= get_color(0); wmove(window, 0, 0); wattrset(window, color); for (y= 0; y < pos->h; y++) for (x= 0; x < pos->w; x++) waddch(window, ACS_CKBOARD); return(0); } /* End of gui.src/bg.cc */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/bgcl.h000066400000000000000000000022671116427777700206460ustar00rootroot00000000000000/* * Simulator of microcontrollers (bgcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef BGCL_HEADER #define BGCL_HEADER #include "viewcl.h" #include "appcl.h" class cl_bg: public cl_view { public: cl_bg(class cl_box *ipos, char *iname, class cl_app *iapp); virtual int *mk_palette(void); virtual int draw(void); }; #endif /* End of gui.src/bgcl.h */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/desk.cc000066400000000000000000000025671116427777700210260ustar00rootroot00000000000000/* * Simulator of microcontrollers (desk.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "deskcl.h" #include "bgcl.h" int cl_desk::handle_event(struct t_event *event) { if (cl_group::handle_event(event)) return(1); if (event->what == EV_KEY && event->event.key == KEY_F(6)) { select_next(); return(1); } return(0); } int cl_desk::mk_views(class cl_group *ins_to) { class cl_box b(*pos); b.move_rel(0,1); b.grow(0,-2); insert(new cl_bg(&b, "background", app)); return(0); } /* End of gui.src/desk.cc */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/deskcl.h000066400000000000000000000023101116427777700211710ustar00rootroot00000000000000/* * Simulator of microcontrollers (deskcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "groupcl.h" class cl_desk: public cl_group { public: cl_desk(class cl_box *ipos, char *iname, class cl_app *iapp): cl_group(ipos, iname, iapp) {} virtual int mk_views(class cl_group *ins_to); virtual int handle_event(struct t_event *event); }; /* End of gui.src/deskcl.h */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/event.cc000066400000000000000000000046721116427777700212200ustar00rootroot00000000000000/* * Simulator of microcontrollers (event.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include //#include #include "eventcl.h" cl_input_src::cl_input_src(FILE *ifile, class cl_view *iview) { file= ifile; view= iview; } cl_gin::cl_gin(void) { FD_ZERO(&in_set); max_fdes= 0; inputs= new cl_list(1, 1); } cl_gin::~cl_gin(void) { delete inputs; } int cl_gin::add_input(FILE *ifile, class cl_view *iview) { int d= fileno(ifile); inputs->add(new cl_input_src(ifile, iview)); if (d > max_fdes) max_fdes= d; FD_SET(d, &in_set); return(0); } class cl_input_src * cl_gin::get_input_src(int fdes) { int i; for (i= 0; i < inputs->count; i++) { class cl_input_src *s= (class cl_input_src *)(inputs->at(i)); if (fileno(s->file) == fdes) return(s); } return(0); } int cl_gin::get_event(struct t_event *event) { fd_set set; //static struct timeval timeout= {0,0}; wchar_t c; //FD_ZERO(&set); set= in_set; //FD_SET(fileno(stdin), &set); if(::select(/*fileno(stdin)*/max_fdes+1, &set, NULL, NULL, NULL/*&timeout*/) > 0) { int i; for (i= 0; i < inputs->count; i++) { class cl_input_src *s= (class cl_input_src *)(inputs->at(i)); if (!s->file || !(FD_ISSET(fileno(s->file), &set))) continue; if (s->view) { if (s->file) { c= fgetc(s->file); return(s->view->mk_event(event, s->file, c)); } } else if ((c= getch()) > 0) { event->what= EV_KEY; event->event.key= c; return(1); } } } return(0); } /* End of gui.src/event.cc */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/eventcl.h000066400000000000000000000040271116427777700213730ustar00rootroot00000000000000/* * Simulator of microcontrollers (eventcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef EVENTCL_HEADER #define EVENTCL_HEADER #include "ddconfig.h" #if FD_HEADER_OK # include HEADER_FD #endif #include "pobjcl.h" #include "viewcl.h" #define EV_NOTHING 0x0000 #define EV_MOUSE_DOWN 0x0001 #define EV_MOUSE_UP 0x0002 #define EV_MOUSE_MOVE 0x0004 #define EV_MOUSE_AUTO 0x0008 #define EV_KEY 0x0010 #define EV_COMMAND 0x0100 #define EV_BROADCAST 0x0200 // cathegories #define EV_MOUSE (EV_MOUSE_DOWN|EV_MOUSE_UP|EV_MOUSE_MOVE|EV_MOUSE_AUTO) #define EV_KEYBOARD EV_KEY #define EV_MESSAGE 0xff00 #define CMD_QUIT 0 struct t_event { int what; union { wchar_t key; struct { int cmd; long param; } msg; } event; }; class cl_input_src: public cl_base { public: FILE *file; class cl_view *view; cl_input_src(FILE *ifile, class cl_view *iview); }; class cl_gin: public cl_base { public: fd_set in_set; int max_fdes; cl_list *inputs; public: cl_gin(void); ~cl_gin(void); virtual int add_input(FILE *ifile, class cl_view *iview); virtual class cl_input_src *get_input_src(int fdes); virtual int get_event(struct t_event *event); }; #endif /* End of gui.src/eventcl.h */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/frame.cc000066400000000000000000000034061116427777700211630ustar00rootroot00000000000000/* * Simulator of microcontrollers (frame.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include "i_string.h" #include "framecl.h" #include "wincl.h" cl_frame::cl_frame(class cl_box *ipos, class cl_view *iwindow, char *iname, class cl_app *iapp): cl_view(ipos, iname, iapp) { win= iwindow; options&= ~OF_SELECTABLE; } int * cl_frame::mk_palette(void) { int *p; p= (int*)malloc(2*sizeof(int)); p[0]= C_WIN_FPASSIVE; p[1]= C_WIN_FACTIVE; return(p); } int cl_frame::draw(void) { char *t; int color; color= get_color((win && (win->state&SF_SELECTED))?1:0); wattrset(window, color); box(window, ACS_VLINE, ACS_HLINE); if (!(t= strdup(((class cl_win *)win)->get_title()))) return(0); if ((signed)strlen(t) > (pos->w)-4) t[(pos->w)-4]= '\0'; mvwprintw(window, 0,((pos->w)-strlen(t))/2, "[%s]", t); free(t); app->drawn++; return(0); } /* End of gui.src/frame.cc */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/framecl.h000066400000000000000000000023741116427777700213470ustar00rootroot00000000000000/* * Simulator of microcontrollers (framecl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef FRAMELCL_HEADER #define FRAMELCL_HEADER #include "viewcl.h" #include "appcl.h" class cl_frame: public cl_view { class cl_view *win; public: cl_frame(class cl_box *ipos, class cl_view *iwindow, char *iname, class cl_app *iapp); virtual int *mk_palette(void); virtual int draw(void); }; #endif /* End of gui.src/framecl.h */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/group.cc000066400000000000000000000152311116427777700212240ustar00rootroot00000000000000/* * Simulator of microcontrollers (group.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "groupcl.h" #include "appcl.h" cl_group::cl_group(class cl_box *ipos, char *iname, class cl_app *iapp): cl_view(ipos, iname, iapp) { current= 0; } cl_group::cl_group(char *iname, class cl_app *iapp): cl_view(iname, iapp) { current= 0; } cl_group::~cl_group(void) {} int cl_group::init(void) { cl_view::init(); mk_views(this); return(0); } int cl_group::mk_views(class cl_group *ins_to) { return(0); } /* * Make output by drawing all subviews */ static void do_draw_view(class cl_view *view) { view->draw(); } int cl_group::draw(void) { /*int i; for (i= 0; i < views->count; i++) { class cl_view *v= (class cl_view *)(views->at(i)); v->draw(); app->drawn++; }*/ for_each(do_draw_view); return(0); } /*int cl_group::update(void) { draw(); update_panels(); doupdate(); }*/ int cl_group::handle_event(struct t_event *event) { int handled= 0; if (event->what & (EV_KEY|EV_COMMAND)) { if (current) handled= current->handle_event(event); } else if (event->what & EV_MESSAGE) { class cl_view *v= last; do { handled= v->handle_event(event); v= v->next; } while (! handled && v != last); } return(handled); } /* * Managing views */ //class cl_view * void cl_group::insert(class cl_view *view) { /*if (view && view->ok()) { views->add_at(0, view); view->parent= this; view->select(); //view->draw(); return(view); } return(0);*/ insert_before(view, first()); if (view->options & OF_SELECTABLE) view->select(); draw(); } void cl_group::insert_before(class cl_view *view, class cl_view *target) { unsigned int ss; if (view && !(view->parent) && (!target || target->parent == this)) { ss= view->state; //view->hide(); insert_view(view, target); /*if (ss & SF_VISIBLE) view->show();*/ if (state & SF_ACTIVE) view->change_state(SF_ACTIVE, 1); } } void cl_group::insert_view(class cl_view *view, class cl_view *target) { view->parent= this; if (target) { target= target->prev(); view->next= target->next; target->next= view; } else { if (!last) view->next= view; else { view->next= last->next; last->next= view; } last= view; } } class cl_view * cl_group::first(void) { if (!last) return(0); return(last->next); } /*class cl_view * cl_group::get_by_state(unsigned int what, int enabled) { int i; for (i= 0; i < views->count; i++) { class cl_view *v= (class cl_view *)(views->at(i)); if ((enabled && (state&what)) || (!enabled && ((~state)&what)) ) return(v); } return(0); }*/ /*int cl_group::select(void) { }*/ /*int cl_group::unselect(void) { }*/ int cl_group::select_next() { /* int start, i; class cl_view *v; if (views->count <= 1) return(1); if (current) start= views->index_of(current); else if ((v= get_by_state(SF_SELECTED, 1))) start= views->index_of(v); else if ((v= get_by_state(SF_FOCUSED, 1))) start= views->index_of(v); else start= 0; i= (start+1)%(views->count); while (i != start) { v= (class cl_view *)(views->at(i)); if ((v->options & OF_SELECTABLE) && v->select()) { //update(); return(1); } i= (i+1)%(views->count); }*/ return(0); } int cl_group::select_prev() { /* int start, i; class cl_view *v; if (views->count <= 1) return(1); if (current) start= views->index_of(current); else if ((v= get_by_state(SF_SELECTED, 1))) start= views->index_of(v); else if ((v= get_by_state(SF_FOCUSED, 1))) start= views->index_of(v); else start= 0; i= start-1; if (i < 0) i= views->count-1; while (i != start) { v= (class cl_view *)(views->at(i)); if ((v->options & OF_SELECTABLE) && v->select()) { //update(); return(1); } i= start-1; if (i < 0) i= views->count-1; }*/ return(0); } class cl_view * cl_group::current_sub_view(void) { return(current); } void cl_group::for_each(void (*func)(class cl_view *view)) { class cl_view *v; if (!last) return; v= last->next; do { func(v); v= v->next; } while (v != last); } void cl_group::set_current(class cl_view *view) { //current= view; if (current == view) return; //lock(); /*focus_view(view, 0);*/ if ((state & SF_FOCUSED) && (current != 0)) current->change_state(SF_FOCUSED, 0); //if (mode!=ENTER_SELECT) select_view(current, 0); if (current) current->change_state(SF_SELECTED, 0); //if (mode!=LEAVE_SELECT) select_view(view, 1); if (view) view->change_state(SF_SELECTED, 1); //focuse_view(view, 1); if ((state & SF_FOCUSED) && (view != 0)) view->change_state(SF_SELECTED, 1); current= view; //unlock(); } /*int cl_group::terminal_view(void) { return(views->count == 0); }*/ static unsigned int grp_what, grp_en; static void do_set_state(class cl_view *v) { v->change_state(grp_what, grp_en); } void cl_group::change_state(unsigned int what, int enable) { cl_view::change_state(what, enable); /*if (enable && (what & SF_SELECTED)) { class cl_view *v= get_by_state(SF_SELECTED, 1); if (v) { current= v; current->change_state(SF_FOCUSED, 1); current->change_state(SF_SELECTED, 1); } else { if ((v= get_by_state(SF_FOCUSED, 1))) { current= v; current->change_state(SF_SELECTED, 1); } } }*/ switch (what) { case SF_ACTIVE: //lock(); grp_what= what; grp_en= enable; for_each(do_set_state); //unlock(); break; case SF_FOCUSED: if (current) current->change_state(SF_FOCUSED, enable); break; } draw(); } /* End of gui.src/group.cc */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/groupcl.h000066400000000000000000000041651116427777700214110ustar00rootroot00000000000000/* * Simulator of microcontrollers (groupcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef GROUPCL_HEADER #define GROUPCL_HEADER #include "viewcl.h" class cl_group: public cl_view { public: class cl_view *current; public: cl_group(class cl_box *ipos, char *iname, class cl_app *iapp); cl_group(char *iname, class cl_app *iapp); ~cl_group(void); virtual int init(void); virtual int mk_views(class cl_group *ins_to); virtual int is_group(void) {return(1);} virtual int draw(void); //virtual int update(void); virtual int handle_event(struct t_event *event); virtual /*class cl_view **/void insert(class cl_view *view); virtual void insert_before(class cl_view *view, class cl_view *target); virtual void insert_view(class cl_view *view, class cl_view *target); virtual class cl_view *first(void); virtual void for_each(void (*func)(class cl_view *view)); //virtual class cl_view *get_by_state(unsigned int what, int enabled); //virtual int select(void); //virtual int unselect(void); virtual int select_next(); virtual int select_prev(); virtual class cl_view *current_sub_view(void); virtual void set_current(class cl_view *view); //virtual int terminal_view(void); virtual void change_state(unsigned int what, int enable); }; #endif /* End of gui.src/groupcl.h */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/label.cc000066400000000000000000000030741116427777700211510ustar00rootroot00000000000000/* * Simulator of microcontrollers (label.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include "i_string.h" #include "labelcl.h" cl_label::cl_label(class cl_box *ipos, class cl_app *iapp, char *ilabel): cl_view(ipos, "label", iapp) { options&= ~OF_SELECTABLE; if (!ilabel || !(*ilabel)) label= strdup(""); else label= strdup(ilabel); } cl_label::~cl_label(void) { free(label); } int * cl_label::mk_palette(void) { int *p; p= (int*)malloc(1*sizeof(int)); p[0]= C_WIN_NORMAL; return(p); } int cl_label::draw(void) { int color= get_color(0); cl_view::draw(); wattrset(window, color); mvwprintw(window, 0,0, "%s", label); return(0); } /* End of gui.src/label.cc */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/labelcl.h000066400000000000000000000023641116427777700213330ustar00rootroot00000000000000/* * Simulator of microcontrollers (labelcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef LABELCL_HEADER #define LABELCL_HEADER #include "viewcl.h" #include "appcl.h" class cl_label: public cl_view { public: char *label; public: cl_label(class cl_box *ipos, class cl_app *iapp, char *ilabel); ~cl_label(void); virtual int *mk_palette(void); virtual int draw(void); }; #endif /* End of gui.src/labelcl.h */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/palette.h000066400000000000000000000022651116427777700213730ustar00rootroot00000000000000/* * Simulator of microcontrollers (palette.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef PALETTE_HEADER #define PALETTE_HEADER #define C_DSK_BG 1 #define C_DSK_NORMAL 2 #define C_DSK_DISABLED 3 #define C_WIN 8 #define C_WIN_FPASSIVE 0 #define C_WIN_FACTIVE 1 #define C_WIN_NORMAL 5 #define C_WIN_SELECTED 6 #endif /* End of gui.src/palette.h */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/portmon.src/000077500000000000000000000000001116427777700220435ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/gui.src/obsolete/portmon.src/(c).1000066400000000000000000000016261116427777700224750ustar00rootroot00000000000000/* * Simulator of microcontrollers (@@F@@) * * Copyright (C) @@S@@,@@Y@@ Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/portmon.src/Makefile.in000066400000000000000000000050511116427777700241110ustar00rootroot00000000000000# # uCsim gui.src/portmon.src/Makefile # # (c) Drotos Daniel, Talker Bt. 1999 # SHELL = /bin/sh CXX = @CXX@ CPP = @CPP@ CXXCPP = @CXXCPP@ RANLIB = @RANLIB@ INSTALL = @INSTALL@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ PKGDIR = ../ DEFS = $(subs -DHAVE_CONFIG_H,,@DEFS@) CPPFLAGS = @CPPFLAGS@ -I. -I$(top_builddir) -I$(PKGDIR) CFLAGS = @CFLAGS@ -Wall CXXFLAGS = @CXXFLAGS@ -Wall M_OR_MM = @M_OR_MM@ LIBS = -L$(top_builddir) -L$(PKGDIR) -lgui @CURSES_LIBS@ -lutil @LIBS@ curses_ok = @curses_ok@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ srcdir = @srcdir@ OBJECTS = portmon.o \ pmapp.o port.o # Compiling entire program or any subproject # ------------------------------------------ all: checkconf otherlibs portmon.src # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs $(INSTALL) -s portmon $(bindir) # Deleting all the installed files # -------------------------------- uninstall: rm -f $(bindir)/portmon # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: test -d $(bindir) || $(INSTALL) -d $(bindir) # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(srcdir)/*.cc $(top_builddir)/*.h $(PKGDIR)/*.h $(CXXCPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.cc,$^) >Makefile.dep -include Makefile.dep include clean.mk #parser.cc: parser.y #plex.cc: plex.l # My rules # -------- ifeq ($(curses_ok),yes) portmon.src: portmon else portmon.src: endif portmon: $(OBJECTS) $(top_builddir)/*.a $(PKGDIR)/*.a $(CXX) $(CXXFLAGS) -o portmon $(OBJECTS) $(LIBS) ifeq ($(curses_ok),yes) otherlibs: $(MAKE) -C $(top_builddir) libs $(MAKE) -C $(PKGDIR) libs else otherlibs: endif .cc.o: $(CXX) $(CXXFLAGS) $(CPPFLAGS) -c $< -o $@ .y.cc: rm -f $*.cc $*.h $(YACC) -d $< mv y.tab.c $*.cc mv y.tab.h $*.h .l.cc: rm -f $*.cc $(LEX) -t $< >$*.cc # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of gui.src/portmon.src/Makefile.in sdcc-2.9.0/sim/ucsim/gui.src/obsolete/portmon.src/clean.mk000066400000000000000000000014611116427777700234600ustar00rootroot00000000000000# uCsim gui.src/portmon.src/clean.mk # Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ rm -f portmon # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f config.cache config.log config.status rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean # End of gui.src/portmon.src/clean.mk sdcc-2.9.0/sim/ucsim/gui.src/obsolete/portmon.src/conf.mk000066400000000000000000000003731116427777700233240ustar00rootroot00000000000000# uCsim gui.src/portmon.src/conf.mk # # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of gui.src/portmon.src/conf.mk sdcc-2.9.0/sim/ucsim/gui.src/obsolete/portmon.src/pmapp.cc000066400000000000000000000046201116427777700234710ustar00rootroot00000000000000/* * Simulator of microcontrollers (pmapp.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "wincl.h" #include "labelcl.h" #include "pmappcl.h" #include "portcl.h" int cl_pmapp::mk_views(class cl_group *ins_to) { class cl_view *v; //class cl_win *w; class cl_box *b; b= new cl_box(0,0,0,0); if (!ins_to) return(0); b->set(43,2,14,13); v= new cl_portw(b, 3, "Port #3", this); v->init(); ins_to->insert(v); b->set(29,2,14,13); v= new cl_portw(b, 2, "Port #2", this); v->init(); ins_to->insert(v); /* b->set(15,2,14,13); ins_to->insert(v= new cl_portw(b, 1, "Port #1", this)); v->init(); b->set(1,2,14,13); ins_to->insert(v= new cl_portw(b, 0, "Port #0", this)); v->init(); b->set(59,3,19,11); v= new cl_label(b, this, "Next win: n,TAB\nPrev win: p\nCursor : u,d,l,r,\n arrows\nToggle : space,CR\nQuit : q"); v->init(); b->move_rel(-1,-1); b->grow(2,2); b->set(58,2,21,13); w= new cl_win(b, "Help", this); w->options&= ~OF_SELECTABLE; w->init(); w->insert(v); ins_to->insert(w); w->draw(); */ delete b; return(0); } int * cl_pmapp::mk_palette(void) { return(cl_app::mk_palette()); } int cl_pmapp::handle_event(struct t_event *event) { if (event->what == EV_KEY) switch (event->event.key) { case 'q': event->what= EV_COMMAND; event->event.msg.cmd= CMD_QUIT; return(0); case 'p': desk->select_prev(); return(1); case 'n': case '\t': desk->select_next(); return(1); } return(cl_app::handle_event(event)); } /* End of gui.src/portmon.src/pmapp.cc */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/portmon.src/pmappcl.h000066400000000000000000000023631116427777700236540ustar00rootroot00000000000000/* * Simulator of microcontrollers (pmappcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef PMAPPCL_HEADER #define PMAPPCL_HEADER #include "appcl.h" class cl_pmapp: public cl_app { public: cl_pmapp(char *iname): cl_app(iname) {} virtual int mk_views(class cl_group *ins_to); virtual int *mk_palette(void); virtual int handle_event(struct t_event *event); }; #endif /* End of gui.src/portmon.src/pmappcl.h */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/portmon.src/port.cc000066400000000000000000000053271116427777700233450ustar00rootroot00000000000000/*@1@*/ #include "portcl.h" /* * Viewer of the port */ cl_port::cl_port(class cl_box *ipos, int iid, char *iname, class cl_app *iapp): cl_view(ipos, iname, iapp) { id= iid; sfr= 0; pin= 0; curs_x= curs_y= 0; } int cl_port::draw(void) { int x, y, mask, hc, nc; cl_view::draw(); nc= hc= get_color(C_WIN_NORMAL); if (state & SF_SELECTED) hc= get_color(C_WIN_SELECTED); mvwprintw(window, 0,0, "SFR PORT PIN"); for (x= 0, mask= 0x80, y= 1; mask; mask>>= 1,y++) { wattrset(window, (curs_x)?nc:(curs_y==y-1?hc:nc)); mvwprintw(window, y,x, " %c", (sfr&mask)?'1':'0'); } wattrset(window, nc); for (x= 5, mask= 0x80, y= 1; mask; mask>>= 1,y++) mvwprintw(window, y,x, "%c", (sfr&pin&mask)?'1':'0'); for (x=9, mask= 0x80, y= 1; mask; mask>>= 1,y++) { wattrset(window, curs_x?(curs_y==y-1?hc:nc):nc); mvwprintw(window, y,x, "%c ", (pin&mask)?'1':'0'); } wattrset(window, nc); mvwprintw(window, 9,0, "0x%02x 0x%02x", sfr, pin); mvwprintw(window, 10,4, "0x%02x", sfr&pin); app->drawn++; return(0); } int cl_port::handle_event(struct t_event *event) { if (event->what == EV_KEY) switch (event->event.key) { case KEY_HOME: curs_y= 0; draw(); return(1); case KEY_A1: curs_x= curs_y= 0; draw(); return(1); case KEY_A3: curs_y= 0; curs_x= 1; draw(); return(1); case KEY_C1: curs_x= 0; curs_y= 7; draw(); return(1); case KEY_C3: curs_x= 1; curs_y= 7; draw(); return(1); case KEY_LEFT: case KEY_RIGHT: case 'j': case 'k': case 'l': case 'r': if (curs_x) curs_x= 0; else curs_x= 1; draw(); return(1); case KEY_UP: case 'u': curs_y--; if (curs_y < 0) curs_y= 7; draw(); return(1); case KEY_DOWN: case 'd': curs_y++; if (curs_y > 7) curs_y= 0; draw(); return(1); case ' ': case '\n': case '\r': if (curs_x) toggle_pin(7-curs_y); else toggle_sfr(7-curs_y); return(1); } return(cl_view::handle_event(event)); } int cl_port::toggle_sfr(int bitnr) { int mask= 1<init(); return(v); } int cl_portw::handle_event(struct t_event *event) { return(cl_win::handle_event(event)); } /* End of gui.src/portmap.src/port.cc */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/portmon.src/portcl.h000066400000000000000000000031211116427777700235140ustar00rootroot00000000000000/* * Simulator of microcontrollers (portcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef PORTCL_HEADER #define PORTCL_HEADER #include "viewcl.h" #include "wincl.h" class cl_port: public cl_view { public: int id; int sfr, pin; int curs_x, curs_y; public: cl_port(class cl_box *ipos, int iid, char *iname, class cl_app *iapp); virtual int draw(void); virtual int handle_event(struct t_event *event); int toggle_sfr(int bitnr); int toggle_pin(int bitnr); }; class cl_portw: public cl_win { public: int id; public: cl_portw(class cl_box *ipos, int iid, char *ititle, class cl_app *iapp); virtual class cl_view *mk_intern(class cl_box *ipos); virtual int handle_event(struct t_event *event); }; #endif /* End of gui.src/portmon.src/portcl.h */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/portmon.src/portmon.cc000066400000000000000000000030331116427777700240470ustar00rootroot00000000000000/* * Simulator of microcontrollers (portmon.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include #include "pmappcl.h" class cl_pmapp *app; void xx(class cl_view *v) { fprintf(stderr,"%s 0x%x ", v->name, v->state); } int main(int argc, char *argv) { app= new cl_pmapp("portmon"); app->init(); { class cl_view *v= app; while (v) { if (v->is_group()) { class cl_group *g= (class cl_group *)v; fprintf(stderr, "%s->%s\n", g->name,(g->current)?(g->current->name):"none"); g->for_each(xx); fprintf(stderr, "\n"); v= g->current; } else v= 0; } } app->run(); //getch(); delete app; return(0); } /* End of gui.src/portmon.src/portmon.cc */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/view.cc000066400000000000000000000123721116427777700210450ustar00rootroot00000000000000/* * Simulator of microcontrollers (view.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include "i_string.h" #include "appcl.h" /* * Box */ cl_box::cl_box(int ix, int iy, int iw, int ih): cl_base() { x= ix; y= iy; w= iw; h= ih; } void cl_box::set(int ix, int iy, int iw, int ih) { x= ix; y= iy; w= iw; h= ih; } void cl_box::move_rel(int dx, int dy) { x+= dx; y+= dy; } void cl_box::grow(int dw, int dh) { w+= dw; h+= dh; } /* * Astbract of a viewer ****************************************************************************** */ cl_view::cl_view(class cl_box *ipos, char *iname, class cl_app *iapp): cl_base() { pos= new cl_box(ipos->x,ipos->y, ipos->w,ipos->h); if ((window= newwin(pos->h,pos->w, pos->y,pos->x))) { leaveok(window, TRUE); panel= new_panel(window); } else { panel= 0; delwin(window); window= 0; } parent= 0; next= last= 0; app= iapp; state= SF_NOTHING; options= OF_SELECTABLE; if (!iname || !(*iname)) { name= (char*)malloc(100); sprintf(name, "view%p", this); } else name= strdup(iname); } cl_view::cl_view(char *iname, class cl_app *iapp): cl_base() { window= 0; panel= 0; parent= 0; next= last= 0; app= iapp; state= SF_NOTHING; options= OF_SELECTABLE; if (!iname || !(*iname)) { name= (char*)malloc(100); sprintf(name, "view%p", this); } else name= strdup(iname); } cl_view::~cl_view(void) { if (panel) del_panel(panel); if (window) delwin(window); if (palette) free(palette); if (name) free(name); } int cl_view::init(void) { input= mk_input(); palette= mk_palette(); //draw(); return(0); } class cl_gin * cl_view::mk_input(void) { return(0); } int * cl_view::mk_palette(void) { return(0); } int cl_view::ok(void) { return(window && panel); } /* * Make output into the view */ int cl_view::draw(void) { int color, x, y; color= get_color(palette?0:C_WIN_NORMAL); wattrset(window, color); for (y= 0; y < pos->h; y++) for (x= 0; x < pos->w; x++) mvwaddch(window, y,x, ' '); app->drawn++; return(0); } int cl_view::update(void) { draw(); update_panels(); doupdate(); return(0); } int cl_view::get_color(int color) { int *p; class cl_view *v; v= this; while (v) { p= v->get_palette(); if (p) color= p[color]; v= v->parent; } return(color); } int * cl_view::get_palette(void) { return(palette); } /* * Event handling */ int cl_view::get_event(struct t_event *event) { if (parent) return(parent->get_event(event)); if (input) return(input->get_event(event)); return(0); } int cl_view::handle_event(struct t_event *event) { return(0); } int cl_view::unhandled(struct t_event *event) { return(0); } int cl_view::mk_event(struct t_event *event, FILE *f, int key) { event->what= EV_KEY; event->event.key= key; return(1); } class cl_view * cl_view::prev(void) { class cl_view *v; v= next; while (v != this) v= v->next; return(v); } class cl_view * cl_view::prev_view(void) { if (parent && parent->first() == this) return(0); else return(prev()); } int cl_view::select(void) { /* class cl_view *v; if (!(options & OF_SELECTABLE)) return(0); if (state & SF_SELECTED) return(1); if (parent && !(parent->select())) return(0); if (parent) { v= parent->current_sub_view(); if (v && v != this) v->unselect(); parent->set_current(this); } change_state(SF_FOCUSED, 1); change_state(SF_SELECTED, 1); draw(); return(1);*/ if (options & OF_SELECTABLE) if (parent) parent->set_current(this); return(1); } int cl_view::unselect(void) { class cl_view *csv= current_sub_view(); if (csv && !(csv->unselect())) return(0); if (!terminal_view()) change_state(SF_FOCUSED, 0); change_state(SF_SELECTED, 0); draw(); return(1); } class cl_view * cl_view::current_sub_view(void) { return(0); } int cl_view::terminal_view(void) { return(1); } void cl_view::change_state(unsigned int what, int enable) { if (enable) state|= what; else state&= ~what; if (parent) { switch (what) { case SF_FOCUSED: //reset_cursor(); /*message(parent, EV_BROADCAST, (enable)?CM_RECEIVED_FOCUS:CM_RELEASED_FOCUS, this);*/ break; } } draw(); } /* End of gui.src/view.cc */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/viewcl.h000066400000000000000000000056271116427777700212330ustar00rootroot00000000000000/* * Simulator of microcontrollers (viewcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef VIEWCL_HEADER #define VIEWCL_HEADER #include #include #include "pobjcl.h" #include "palette.h" #include "eventcl.h" // Status flags #define SF_NOTHING 0x0000 #define SF_SELECTED 0x0001 #define SF_FOCUSED 0x0002 #define SF_ACTIVE 0x0004 // Option flags #define OF_NOTHING 0x0000 #define OF_SELECTABLE 0x0001 class cl_box: public cl_base { public: int x, y; int w, h; public: cl_box(int ix, int iy, int iw, int ih); void set(int ix, int iy, int iw, int ih); void move_rel(int dx, int dy); void grow(int dw, int dh); }; class cl_app; class cl_group; class cl_view: public cl_base { public: char *name; WINDOW *window; PANEL *panel; class cl_group *parent; class cl_view *next, *last; class cl_app *app; class cl_gin *input; class cl_box *pos; int *palette; unsigned int state; // See SF_XXXX unsigned int options; // See OF_XXXX public: cl_view(class cl_box *ipos, char *iname, class cl_app *iapp); cl_view(char *name, class cl_app *iapp); ~cl_view(void); virtual int init(void); virtual class cl_gin *mk_input(void); virtual int *mk_palette(void); virtual int is_group(void) {return(0);} virtual int ok(void); virtual int draw(void); virtual int update(void); virtual int get_color(int color); virtual int *get_palette(void); virtual int get_event(struct t_event *event); virtual int handle_event(struct t_event *event); virtual int unhandled(struct t_event *event); virtual int mk_event(struct t_event *event, FILE *f, int key); virtual class cl_view *prev(void); virtual class cl_view *prev_view(void); virtual int select(void); virtual int unselect(void); virtual class cl_view *get_by_state(unsigned int what, int enabled) {return(0);} virtual int select_next() {return(0);} virtual class cl_view *current_sub_view(void); virtual void set_current(class cl_view *view) {} virtual int terminal_view(void); virtual void change_state(unsigned int what, int enable); }; #endif /* End of gui.src/viewcl.h */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/win.cc000066400000000000000000000043121116427777700206630ustar00rootroot00000000000000/* * Simulator of microcontrollers (win.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include "i_string.h" #include "wincl.h" cl_win::cl_win(class cl_box *ipos, char *ititle, class cl_app *iapp): cl_group(ipos, 0, iapp) { title= strdup(ititle); free(name); if (!ititle || !(*ititle)) { name= (char*)malloc(100); sprintf(name, "win%p", this); } else name= strdup(ititle); } cl_win::~cl_win(void) { if (frame) delete frame; if (title) free(title); } int cl_win::init(void) { cl_group::init(); if ((frame= mk_frame(pos))) insert(frame); class cl_box *b= new cl_box(pos->x,pos->y, pos->w,pos->h); b->move_rel(1,1); b->grow(-2,-2); if ((intern= mk_intern(b))) insert(intern); //draw(); delete b; return(0); } int * cl_win::mk_palette(void) { int *p= (int*)malloc(8*sizeof(int)), i; for (i= 0; i < 8; i++) p[i]= i+C_WIN; return(p); } class cl_frame * cl_win::mk_frame(class cl_box *ipos) { char n[100]= ""; sprintf(n, "frameof_\"%s\"", name); class cl_frame *f= new cl_frame(ipos, this, n, app); f->init(); return(f); } class cl_view * cl_win::mk_intern(class cl_box *ipos) { class cl_view *v= new cl_view(ipos, 0, app); v->init(); v->options&= ~OF_SELECTABLE; return(v); } char * cl_win::get_title(void) { return(title); } /* End of gui.src/win.cc */ sdcc-2.9.0/sim/ucsim/gui.src/obsolete/wincl.h000066400000000000000000000026541116427777700210530ustar00rootroot00000000000000/* * Simulator of microcontrollers (wincl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef WINCL_HEADER #define WINCL_HEADER #include "groupcl.h" #include "framecl.h" class cl_win: public cl_group { public: class cl_view *frame; class cl_view *intern; char *title; public: cl_win(class cl_box *ipos, char *ititle, class cl_app *iapp); ~cl_win(void); virtual int init(void); virtual int *mk_palette(void); virtual class cl_frame *mk_frame(class cl_box *ipos); virtual class cl_view *mk_intern(class cl_box *ipos); virtual char *get_title(void); }; #endif /* End of gui.src/wincl.h */ sdcc-2.9.0/sim/ucsim/gui.src/rec.cc000066400000000000000000000017151116427777700170270ustar00rootroot00000000000000/* * Simulator of microcontrollers (rec.cc) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "reccl.h" /* End of gui.src/rec.cc */ sdcc-2.9.0/sim/ucsim/gui.src/reccl.h000066400000000000000000000020501116427777700172010ustar00rootroot00000000000000/* * Simulator of microcontrollers (reccl.h) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef GUISRC_RECCL_HEADER #define GUISRC_RECCL_HEADER #include "ddconfig.h" #include "pobjcl.h" #endif /* End of gui.src/reccl.h */ sdcc-2.9.0/sim/ucsim/gui.src/serio.src/000077500000000000000000000000001116427777700176525ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/gui.src/serio.src/Makefile.in000066400000000000000000000051171116427777700217230ustar00rootroot00000000000000# Makefile for kano-networks talker SHELL = /bin/sh CXX = @CXX@ CXXCPP = @CXXCPP@ INSTALL = @INSTALL@ STRIP = @STRIP@ CP = /bin/cp top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ DEFS = $(subs -DHAVE_CONFIG_H,,@DEFS@) CPPFLAGS = @CPPFLAGS@ -I. -I$(top_builddir) # -I$(top_builddir)/cmd.src -I$(top_builddir)/sim.src CFLAGS = @CFLAGS@ -Wall CXXFLAGS = @CXXFLAGS@ -Wall M_OR_MM = @M_OR_MM@ LIBS = @CURSES_LIBS@ @LIBS@ EXEEXT = @EXEEXT@ curses_ok = @curses_ok@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ srcdir = @srcdir@ VPATH = @srcdir@ OBJECTS = main.o fileio.o frontend.o posix_signal.o # Compiling entire program or any subproject # ------------------------------------------ all: serio.src ifeq ($(curses_ok),yes) serio.src: checkconf serialview$(EXEEXT) else serio.src: checkconf endif # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs $(INSTALL) serialview$(EXEEXT) $(DESTDIR)$(bindir)/serialview$(EXEEXT) $(STRIP) $(DESTDIR)$(bindir)/serialview$(EXEEXT) # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/serialview$(EXEEXT) # Performing self-test # -------------------- check: test: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: test -d $(DESTDIR)$(bindir) || $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(srcdir)/*.cc $(srcdir)/*.h $(srcdir)/*.hh $(CXXCPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.cc,$^) >Makefile.dep ifeq "$(findstring $(MAKECMDGOALS),uninstall installcheck installdirs checkconf \ clean distclean mostlyclean realclean)" "" -include Makefile.dep endif include $(srcdir)/clean.mk # My rules # -------- serialview$(EXEEXT): $(OBJECTS) $(CXX) -o $@ $(LDFLAGS) $(OBJECTS) $(LIBS) .cc.o: $(CXX) $(CXXFLAGS) $(CPPFLAGS) -c $< -o $@ # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of gui.src/serio.src/Makefile.in sdcc-2.9.0/sim/ucsim/gui.src/serio.src/USAGE000066400000000000000000000004241116427777700204410ustar00rootroot00000000000000*note: tested on: Solaris 7 using gcc version 2.95.1 19990816 (release) with ncurses should work with curses although not guranteed Start serialview Start the s51 simulator with the following command line options: -S out=/tmp/out,in=/tmp/in or whatever pipes you wish to use sdcc-2.9.0/sim/ucsim/gui.src/serio.src/clean.mk000066400000000000000000000014711116427777700212700ustar00rootroot00000000000000# uCsim gui.src/serio.src/clean.mk # Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ rm -f serialview$(EXEEXT) # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f config.cache config.log config.status rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean # End of gui.src/serio.src/clean.mk sdcc-2.9.0/sim/ucsim/gui.src/serio.src/conf.mk000066400000000000000000000003671116427777700211360ustar00rootroot00000000000000# uCsim gui.src/serio.src/conf.mk # # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of gui.src/serio.src/conf.mk sdcc-2.9.0/sim/ucsim/gui.src/serio.src/config.h000066400000000000000000000010111116427777700212610ustar00rootroot00000000000000/****************************************************************************** * to emulate the serial input and output of an 8051 controller * * config.h - general defintions * ******************************************************************************/ #ifndef DEF_INFILE // the processors serial output #define DEF_INFILE "/tmp/out" #endif #ifndef DEF_OUTFILE // the processors serial input #define DEF_OUTFILE "/tmp/in" #endif #define MAX_SIZ 1024 sdcc-2.9.0/sim/ucsim/gui.src/serio.src/fileio.cc000066400000000000000000000062511116427777700214340ustar00rootroot00000000000000/****************************************************************************** * to emulate the serial input and output of an 8051 controller * * fileio.cc - file input and output * ******************************************************************************/ #include #include #include #include #include #include #include #include #include "fileio.hh" FileIO::FileIO() { // make the input fifo if(mkfifo(DEF_INFILE, S_IRUSR|S_IWUSR|S_IRGRP|S_IROTH) == -1) { if(errno != EEXIST) { std::cerr << "mkfifo(): Error number " << errno << " occourred: " << strerror(errno) << "\n"; exit(-1); } } // the input fifo - non blocking if ((fdin = open(DEF_INFILE, O_RDONLY|O_NONBLOCK)) == -1) { std::cerr << "open(): Error number " << errno << " occourred: " << strerror(errno) << "\n"; exit(-1); } // make the output fifo if(mkfifo(DEF_OUTFILE, S_IRUSR|S_IWUSR|S_IRGRP|S_IROTH) == -1) { if(errno != EEXIST) { std::cerr << "mkfifo(): Error number " << errno << " occourred: " << strerror(errno) << "\n"; exit(-1); } } // the output fifo if ((fdout = open(DEF_OUTFILE, O_RDWR|O_NONBLOCK)) == -1) { std::cerr << "open(): Error number " << errno << " occourred: " << strerror(errno) << "\n"; exit(-1); } } FileIO::FileIO(char *infile, char *outfile) { // make the input fifo if(mkfifo(infile, S_IRUSR|S_IWUSR|S_IRGRP|S_IROTH) == -1) { if(errno != EEXIST) { std::cerr << "mkfifo(): Error number " << errno << " occourred: " << strerror(errno); exit(-1); } } // the input fifo - non blocking if ((fdin = open(infile, O_RDONLY|O_NONBLOCK)) == -1) { std::cerr << "open(): Error number " << errno << " occourred: " << strerror(errno); exit(-1); } // make the output fifo if(mkfifo(outfile, S_IRUSR|S_IWUSR|S_IRGRP|S_IROTH) == -1) { if(errno != EEXIST) { std::cerr << "mkfifo(): Error number " << errno << " occourred: " << strerror(errno); exit(-1); } } // the output fifo if ((fdout = open(outfile, O_RDWR|O_NONBLOCK)) == -1) { std::cerr << "open(): Error number " << errno << " occourred: " << strerror(errno); exit(-1); } } FileIO::~FileIO() { close(fdin); close(fdout); } int FileIO::SendByte(char b) { int ret; if((ret = write(fdout, &b, 1)) != 1) { std::cerr << "write(): Error number " << errno << " occourred: " << strerror(errno); exit(-1); } return(ret); } int FileIO::RecvByte(char *b) { int ret; ret = read(fdin, b, 1); if((ret == -1) && (errno != EAGAIN)) { std::cerr << "read(): Error number " << errno << " occourred: " << strerror(errno); exit(-1); } return(ret); } // send a string int FileIO::SendStr(char *str) { int ret; if((ret = write(fdout, str, strlen(str))) != (int)strlen(str)) { std::cerr << "write(): Error number " << errno << " occourred: " << strerror(errno); exit(-1); } return(ret); } int FileIO::RecvStr(char *str) { int ret; ret = read(fdin, str, MAX_SIZ-1); str[MAX_SIZ] = 0; if((ret == -1) && (errno != EAGAIN)) { std::cerr << "read(): Error number " << errno << " occourred: " << strerror(errno); exit(-1); } return(ret); } sdcc-2.9.0/sim/ucsim/gui.src/serio.src/fileio.hh000066400000000000000000000010731116427777700214430ustar00rootroot00000000000000/****************************************************************************** * to emulate the serial input and output of an 8051 controller * * fileio.hh - file input and output * ******************************************************************************/ #include "config.h" class FileIO { public: FileIO(); FileIO(char *infile, char *outfile); ~FileIO(); int SendByte(char b); int RecvByte(char *b); int SendStr(char *str); int RecvStr(char *str); private: int fdin; int fdout; }; sdcc-2.9.0/sim/ucsim/gui.src/serio.src/frontend.cc000066400000000000000000000066651116427777700220150ustar00rootroot00000000000000/****************************************************************************** * to emulate the serial input and output of an 8051 controller * * frontend.cc - the ncurses frontend * ******************************************************************************/ #include #include #include #include #include #include #include #include #include #include "frontend.hh" Viewer::Viewer() { /* initalise the output screen */ initscr(); cbreak(); noecho(); nl(); intrflush(stdscr,FALSE); keypad(stdscr, TRUE); /* clear the screen and off you go */ refresh(); // get the coordinates for the box /* create the subwindow */ win_c.min_x = win_c.min_y = 0; getmaxyx(stdscr, win_c.max_y, win_c.max_x); /* define the boxed size */ topleft.x = win_c.min_x + 1; bottomright.x = win_c.max_x - 2; topleft.y = win_c.min_y + 1; bottomright.y = win_c.max_y - 2; middle_y = (int)((bottomright.y-topleft.y)/2)+1; middle_x = (int)((bottomright.x-topleft.x)/2)+1; // draw the two subwindows inp_c.min_x = outp_c.min_x = topleft.x; inp_c.max_x = outp_c.max_x = bottomright.x; inp_c.min_y = topleft.y; inp_c.max_y = middle_y-topleft.y; outp_c.min_y = middle_y+1; outp_c.max_y = bottomright.y-middle_y; inp = subwin(stdscr, inp_c.max_y, inp_c.max_x, inp_c.min_y, inp_c.min_x); outp = subwin(stdscr, outp_c.max_y, outp_c.max_x, outp_c.min_y,outp_c.min_x); // initalise the windows touchwin(inp); werase(inp); wrefresh(inp); scrollok(inp, TRUE); touchwin(outp); werase(outp); wrefresh(outp); scrollok(outp, TRUE); refresh(); nodelay(inp, TRUE); // flush the input buffers flushinp(); move(topleft.x,topleft.y); DrawBox(); } Viewer::~Viewer() { delwin(inp); delwin(outp); erase(); refresh(); endwin(); } void Viewer::DrawBox(void) { int height, width; COORDINATES current; // save the current position getyx(stdscr, current.y, current.x); height = (bottomright.y - topleft.y)+1; width = (bottomright.x - topleft.y)+1; mvaddch(topleft.y-1, topleft.x-1, ACS_ULCORNER); mvaddch(topleft.y-1, bottomright.x+1, ACS_URCORNER); mvaddch(bottomright.y+1, bottomright.x+1, ACS_LRCORNER); mvaddch(bottomright.y+1, topleft.x-1, ACS_LLCORNER); /* wmove (screen, y, x) */ /* top */ move(topleft.y-1, topleft.x); hline(ACS_HLINE, width); /* bottom */ move(bottomright.y+1, topleft.x); hline(ACS_HLINE, width); move(bottomright.y+1, topleft.x); hline(ACS_HLINE, width); /* left */ move(topleft.y, topleft.x-1); vline(ACS_VLINE, height); /* right */ move(topleft.y, bottomright.x+1); vline(ACS_VLINE, height); /* the divider */ mvaddch(middle_y, bottomright.x+1, ACS_RTEE); mvaddch(middle_y, topleft.x-1, ACS_LTEE); hline(ACS_HLINE, width); // the window titles mvaddstr(inp_c.min_y-1, middle_x-(strlen("Input")/2), "Input"); mvaddstr(middle_y, middle_x-(strlen("Output")/2), "Output"); move(current.y, current.x); refresh(); } void Viewer::AddStrOutWin(char *string) { waddstr(outp, string); wrefresh(outp); } void Viewer::GetStrInWin(char *string) { if(wgetstr(inp, string) == ERR) { string[0] = 0; } else { waddstr(inp, string); wrefresh(inp); } } void Viewer::AddChOutWin(char b) { waddch(outp, b); wrefresh(outp); } char Viewer::GetChInWin(void) { int b = wgetch(inp); if(b==ERR) { b=0; } else { waddch(inp, (chtype)b); wrefresh(inp); } return((char)b); } sdcc-2.9.0/sim/ucsim/gui.src/serio.src/frontend.hh000066400000000000000000000016361116427777700220200ustar00rootroot00000000000000/****************************************************************************** * to emulate the serial input and output of an 8051 controller * * frontend.hh - ncurses frontend * ******************************************************************************/ #include #include /*#include */ #include "config.h" struct COORDS_S { int min_x; int max_x; int min_y; int max_y; }; typedef struct COORDS_S COORDS; struct COORDINATES_S { int x; int y; }; typedef struct COORDINATES_S COORDINATES; class Viewer { public: Viewer(); ~Viewer(); void DrawBox(void); void AddStrOutWin(char *string); void GetStrInWin(char *string); void AddChOutWin(char b); char GetChInWin(void); private: WINDOW *inp, *outp; COORDS win_c, inp_c, outp_c; COORDINATES topleft, bottomright, current; int middle_y, middle_x; }; sdcc-2.9.0/sim/ucsim/gui.src/serio.src/main.cc000066400000000000000000000043121116427777700211050ustar00rootroot00000000000000/****************************************************************************** * to emulate the serial input and output of an 8051 controller * * main.cc - the main stuff * ******************************************************************************/ #include "ddconfig.h" #include #include #include #include #include #include #include #include #include #if defined(HAVE_GETOPT_H) # include #endif #include "fileio.hh" #include "frontend.hh" #include "posix_signal.hh" // globals int doloop = 1; // the signal handler void HandleSig(int info) { doloop = 0; } // usage void PrintUsage(char *progname) { std::cout << "Usage: " << progname << " [-i ] [-o ] [-h]\n"; std::cout << "-i \t is the pipe to the controllers' serial input\n"; std::cout << "-o \t is the pipe to the controllers' serial output\n"; std::cout << "-h\t\tshow the help\n"; std::cout << "\nTim Hurman - t.hurman@virgin.net\n"; exit(0); } // the main function int main(int argc, char **argv) { char *string = new char[MAX_SIZ]; extern char *optarg; int errflg=0; int c; char *infile = DEF_INFILE; char *outfile = DEF_OUTFILE; // sort out any command line params while ((c = getopt(argc, argv, "i:o:h")) != EOF) switch(c) { case 'i': infile = optarg; break; case 'o': outfile = optarg; break; case 'h': errflg++; break; default: std::cerr << "Invalid or unknown switch\n"; errflg++; break; } // was there a problem if(errflg) PrintUsage(argv[0]); // the main objects needed FileIO *fobj = new FileIO(infile, outfile); Viewer *view = new Viewer(); SigHandler *sig = new SigHandler(); // add a signal handler for ^C sig->SetSignal(SIGINT, HandleSig); // set the timeout for waiting for a char while(doloop) { string[0] = view->GetChInWin(); if(string[0] == 4) break; if(string[0] != 0) fobj->SendByte(string[0]); if(fobj->RecvStr(string) > 0) view->AddStrOutWin(string); usleep(5000); } delete fobj; delete view; delete sig; delete string; return(0); } sdcc-2.9.0/sim/ucsim/gui.src/serio.src/posix_signal.cc000066400000000000000000000042471116427777700226670ustar00rootroot00000000000000/****************************************************************************** * posix_signal.cc - A signal handleing class for linux + solaris * * to convert posix into somthing easier to use * * Tim Hurman - t.hurman@virgin.net * * Last edited on 01th Oct 19999 * ******************************************************************************/ /* * A quick note, fscking linux, none of this would be neccessary if * linux contained support for sighold, sigrelse, sigignore and sigpause. * */ #include #include #include /* header for waitpid() and various macros */ #include /* header for signal functions */ #include #include #include #include #include #include "posix_signal.hh" // constructor SigHandler::SigHandler() { } // destructor SigHandler::~SigHandler() { } /* set a signal */ int SigHandler::SetSignal(int SIGNAL, SIG_PF ACTION) { struct sigaction act; /* declare what is going to be called when */ act.sa_handler = ACTION; /* clear the structure's mask */ sigemptyset(&act.sa_mask); /* set up some flags */ if(SIGNAL == SIGCHLD) { act.sa_flags = SA_NOCLDSTOP; } /* set the signal handler */ if(sigaction(SIGNAL, &act, NULL) < 0) { std::cerr << "sigaction(): " << strerror(errno) << "\n"; exit(-1); } /* all ok */ return(0); } /* block a signal */ int SigHandler::BlockSignal(int SIGNAL) { sigset_t set; /* initalise */ sigemptyset(&set); /* add the SIGNAL to the set */ sigaddset(&set, SIGNAL); /* block it */ if(sigprocmask(SIG_BLOCK, &set, NULL) < 0) { std::cerr << "sigprocmask(): " << strerror(errno) << "\n"; exit(-1); } /* done */ return(0); } /* unblock a signal */ int SigHandler::UnBlockSignal(int SIGNAL) { sigset_t set; /* initalise */ sigemptyset(&set); /* add the SIGNAL to the set */ sigaddset(&set, SIGNAL); /* block it */ if(sigprocmask(SIG_UNBLOCK, &set, NULL) < 0) { std::cerr << "sigprocmask(): " << strerror(errno) << "\n"; exit(-1); } /* done */ return(0); } sdcc-2.9.0/sim/ucsim/gui.src/serio.src/posix_signal.hh000066400000000000000000000012671116427777700227000ustar00rootroot00000000000000/****************************************************************************** * posix_signal.hh - A signal handleing class for linux + solaris * * to convert posix into somthing easier to use * * Tim Hurman - t.hurman@virgin.net * * Last edited on 01th Oct 1999 * ******************************************************************************/ typedef void(*SIG_PF)(int); class SigHandler { public: SigHandler(); ~SigHandler(); int SetSignal(int SIGNAL, SIG_PF ACTION); int BlockSignal(int SIGNAL); int UnBlockSignal(int SIGNAL); private: }; sdcc-2.9.0/sim/ucsim/hc08.src/000077500000000000000000000000001116427777700157215ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/hc08.src/(c).1000066400000000000000000000016261116427777700163530ustar00rootroot00000000000000/* * Simulator of microcontrollers (@@F@@) * * Copyright (C) @@S@@,@@Y@@ Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ sdcc-2.9.0/sim/ucsim/hc08.src/Makefile.in000066400000000000000000000066141116427777700177750ustar00rootroot00000000000000# # uCsim hc08.src/Makefile # # (c) Drotos Daniel, Talker Bt. 1997 # STARTYEAR = 1997 SHELL = /bin/sh CXX = @CXX@ CPP = @CPP@ CXXCPP = @CXXCPP@ RANLIB = @RANLIB@ INSTALL = @INSTALL@ STRIP = @STRIP@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ DEFS = $(subs -DHAVE_CONFIG_H,,@DEFS@) CPPFLAGS = @CPPFLAGS@ -I$(srcdir) -I$(top_srcdir) -I$(top_builddir) \ -I$(top_srcdir)/cmd.src -I$(top_srcdir)/sim.src \ -I$(top_srcdir)/gui.src CFLAGS = @CFLAGS@ -Wall CXXFLAGS = @CXXFLAGS@ -Wall LDFLAGS = @LDFLAGS@ M_OR_MM = @M_OR_MM@ PICOPT = @PICOPT@ SHAREDLIB = @SHAREDLIB@ EXEEXT = @EXEEXT@ LIBS = -L$(top_builddir) -lsim -lucsimutil -lguiucsim -lcmd -lsim @LIBS@ DL = @DL@ dl_ok = @dl_ok@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ srcdir = @srcdir@ VPATH = @srcdir@ OBJECTS_SHARED = glob.o \ inst.o \ simhc08.o hc08.o OBJECTS_EXE = shc08.o OBJECTS = $(OBJECTS_SHARED) $(OBJECTS_EXE) HC08ASM = enable_dlso = @enable_dlso@ dlso_ok = @dlso_ok@ #TEST_OBJ = test_bit.hex test_dis.hex test_mov.hex test_jmp.hex \ # test_arith.hex # Compiling entire program or any subproject # ------------------------------------------ all: checkconf otherlibs hc08.src tests tests: $(TEST_OBJ) # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs $(INSTALL) shc08$(EXEEXT) $(DESTDIR)$(bindir)/shc08$(EXEEXT) $(STRIP) $(DESTDIR)$(bindir)/shc08$(EXEEXT) # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/shc08$(EXEEXT) # Performing self-test # -------------------- check: test test: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: test -d $(DESTDIR)$(bindir) || $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(srcdir)/*.cc $(srcdir)/*.h $(CXXCPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.cc,$^) >Makefile.dep -include Makefile.dep include $(srcdir)/clean.mk # My rules # -------- .SUFFIXES: .asm .hex hc08.src: shc08$(EXEEXT) shared_lib shc08$(EXEEXT): $(OBJECTS) $(top_builddir)/*.a $(CXX) $(CXXFLAGS) $(LDFLAGS) -o $@ $(OBJECTS) $(LIBS) ifeq ($(dlso_ok),yes) shared_lib: $(top_builddir)/shc08.so else shared_lib: @$(top_srcdir)/mkecho $(top_builddir) "No hc08 shared lib made." @$(top_srcdir)/mkecho $(top_builddir) "(SHAREDLIB="$(SHAREDLIB)",dl_ok="$(dl_ok)",enable_dlso="$(enable_dlso)")" endif $(top_builddir)/shc08.so: $(OBJECTS_SHARED) $(CXX) -shared $(LDFLAGS) $(OBJECTS_SHARED) -o $(top_builddir)/shc08.so otherlibs: $(MAKE) -C $(top_builddir)/cmd.src all $(MAKE) -C $(top_builddir)/sim.src all .cc.o: $(CXX) $(CXXFLAGS) $(CPPFLAGS) $(TARGET_ARCH) -c $< -o $@ .asm.hex: $(HC08ASM) -l $< -o $@ -e $<.lst # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of hc08.src/Makefile.in sdcc-2.9.0/sim/ucsim/hc08.src/clean.mk000066400000000000000000000014071116427777700173360ustar00rootroot00000000000000# Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ rm -f shc08$(EXEEXT) # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f config.cache config.log config.status rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean # End of hc08.src/clean.mk sdcc-2.9.0/sim/ucsim/hc08.src/conf.mk000066400000000000000000000003131116427777700171740ustar00rootroot00000000000000# # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of hc08.src/conf.mk sdcc-2.9.0/sim/ucsim/hc08.src/glob.cc000066400000000000000000000332361116427777700171620ustar00rootroot00000000000000/* * Simulator of microcontrollers (glob.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include #include "stypes.h" /* %d - direct addressing %x - extended addressing %p - pc relative addressing %b - unsigned byte immediate addressing %w - unsigned word immediate addressing %s - signed byte immediate %1 - unsigned byte index offset %2 - unsigned word index offset */ /* uint code, mask; char branch; uchar length; char *mnemonic; */ struct dis_entry disass_hc08[]= { { 0x0000, 0x00ff, 'R', 3, "brset #0,%d,%p" }, { 0x0001, 0x00ff, 'R', 3, "brclr #0,%d,%p" }, { 0x0002, 0x00ff, 'R', 3, "brset #1,%d,%p" }, { 0x0003, 0x00ff, 'R', 3, "brclr #1,%d,%p" }, { 0x0004, 0x00ff, 'R', 3, "brset #2,%d,%p" }, { 0x0005, 0x00ff, 'R', 3, "brclr #2,%d,%p" }, { 0x0006, 0x00ff, 'R', 3, "brset #3,%d,%p" }, { 0x0007, 0x00ff, 'R', 3, "brclr #3,%d,%p" }, { 0x0008, 0x00ff, 'R', 3, "brset #4,%d,%p" }, { 0x0009, 0x00ff, 'R', 3, "brclr #4,%d,%p" }, { 0x000a, 0x00ff, 'R', 3, "brset #5,%d,%p" }, { 0x000b, 0x00ff, 'R', 3, "brclr #5,%d,%p" }, { 0x000c, 0x00ff, 'R', 3, "brset #6,%d,%p" }, { 0x000d, 0x00ff, 'R', 3, "brclr #6,%d,%p" }, { 0x000e, 0x00ff, 'R', 3, "brset #7,%d,%p" }, { 0x000f, 0x00ff, 'R', 3, "brclr #7,%d,%p" }, { 0x0010, 0x00ff, ' ', 2, "bset #0,%d" }, { 0x0011, 0x00ff, ' ', 2, "bclr #0,%d" }, { 0x0012, 0x00ff, ' ', 2, "bset #1,%d" }, { 0x0013, 0x00ff, ' ', 2, "bclr #1,%d" }, { 0x0014, 0x00ff, ' ', 2, "bset #2,%d" }, { 0x0015, 0x00ff, ' ', 2, "bclr #2,%d" }, { 0x0016, 0x00ff, ' ', 2, "bset #3,%d" }, { 0x0017, 0x00ff, ' ', 2, "bclr #3,%d" }, { 0x0018, 0x00ff, ' ', 2, "bset #4,%d" }, { 0x0019, 0x00ff, ' ', 2, "bclr #4,%d" }, { 0x001a, 0x00ff, ' ', 2, "bset #5,%d" }, { 0x001b, 0x00ff, ' ', 2, "bclr #5,%d" }, { 0x001c, 0x00ff, ' ', 2, "bset #6,%d" }, { 0x001d, 0x00ff, ' ', 2, "bclr #6,%d" }, { 0x001e, 0x00ff, ' ', 2, "bset #7,%d" }, { 0x001f, 0x00ff, ' ', 2, "bclr #7,%d" }, { 0x0020, 0x00ff, 'R', 2, "bra %p" }, { 0x0021, 0x00ff, 'R', 2, "brn %p" }, { 0x0022, 0x00ff, 'R', 2, "bhi %p" }, { 0x0023, 0x00ff, 'R', 2, "bls %p" }, { 0x0024, 0x00ff, 'R', 2, "bcc %p" }, { 0x0025, 0x00ff, 'R', 2, "bcs %p" }, { 0x0026, 0x00ff, 'R', 2, "bne %p" }, { 0x0027, 0x00ff, 'R', 2, "beq %p" }, { 0x0028, 0x00ff, 'R', 2, "bhcc %p" }, { 0x0029, 0x00ff, 'R', 2, "bhcs %p" }, { 0x002a, 0x00ff, 'R', 2, "bpl %p" }, { 0x002b, 0x00ff, 'R', 2, "bmi %p" }, { 0x002c, 0x00ff, 'R', 2, "bmc %p" }, { 0x002d, 0x00ff, 'R', 2, "bms %p" }, { 0x002e, 0x00ff, 'R', 2, "bil %p" }, { 0x002f, 0x00ff, 'R', 2, "bih %p" }, { 0x0030, 0x00ff, ' ', 2, "neg %d" }, { 0x0031, 0x00ff, 'R', 3, "cbeq %d,%p" }, { 0x0033, 0x00ff, ' ', 2, "com %d" }, { 0x0034, 0x00ff, ' ', 2, "lsr %d" }, { 0x0035, 0x00ff, ' ', 2, "sthx %d" }, { 0x0036, 0x00ff, ' ', 2, "ror %d" }, { 0x0037, 0x00ff, ' ', 2, "asr %d" }, { 0x0038, 0x00ff, ' ', 2, "lsl %d" }, { 0x0039, 0x00ff, ' ', 2, "rol %d" }, { 0x003a, 0x00ff, ' ', 2, "dec %d" }, { 0x003b, 0x00ff, 'R', 3, "dbnz %d,%d" }, { 0x003c, 0x00ff, ' ', 2, "inc %d" }, { 0x003d, 0x00ff, ' ', 2, "tst %d" }, { 0x003f, 0x00ff, ' ', 2, "clr %d" }, { 0x0040, 0x00ff, ' ', 1, "nega" }, { 0x0041, 0x00ff, 'R', 3, "cbeqa %b,%p" }, { 0x0042, 0x00ff, ' ', 1, "mul" }, { 0x0043, 0x00ff, ' ', 1, "coma" }, { 0x0044, 0x00ff, ' ', 1, "lsra" }, { 0x0045, 0x00ff, ' ', 3, "ldhx %w" }, { 0x0046, 0x00ff, ' ', 1, "rora" }, { 0x0047, 0x00ff, ' ', 1, "asra" }, { 0x0048, 0x00ff, ' ', 1, "lsla" }, { 0x0049, 0x00ff, ' ', 1, "rola" }, { 0x004a, 0x00ff, ' ', 1, "deca" }, { 0x004b, 0x00ff, 'R', 2, "dbnza %p" }, { 0x004c, 0x00ff, ' ', 1, "inca" }, { 0x004d, 0x00ff, ' ', 1, "tsta" }, { 0x004e, 0x00ff, ' ', 3, "mov %d,%d" }, { 0x004f, 0x00ff, ' ', 1, "clra" }, { 0x0050, 0x00ff, ' ', 1, "negx" }, { 0x0051, 0x00ff, 'R', 3, "cbeqx %b,%p" }, { 0x0052, 0x00ff, ' ', 1, "div" }, { 0x0053, 0x00ff, ' ', 1, "comx" }, { 0x0054, 0x00ff, ' ', 1, "lsrx" }, { 0x0055, 0x00ff, ' ', 2, "ldhx %d" }, { 0x0056, 0x00ff, ' ', 1, "rorx" }, { 0x0057, 0x00ff, ' ', 1, "asrx" }, { 0x0058, 0x00ff, ' ', 1, "lslx" }, { 0x0059, 0x00ff, ' ', 1, "rolx" }, { 0x005a, 0x00ff, ' ', 1, "decx" }, { 0x005b, 0x00ff, 'R', 2, "dbnzx %p" }, { 0x005c, 0x00ff, ' ', 1, "incx" }, { 0x005d, 0x00ff, ' ', 1, "tstx" }, { 0x005e, 0x00ff, ' ', 3, "mov %d,x+" }, { 0x005f, 0x00ff, ' ', 1, "clrx" }, { 0x0060, 0x00ff, ' ', 2, "neg %1,x" }, { 0x0061, 0x00ff, 'R', 3, "cbeq %1,x+,%p" }, { 0x0062, 0x00ff, ' ', 1, "nsa" }, { 0x0063, 0x00ff, ' ', 2, "com %1,x" }, { 0x0064, 0x00ff, ' ', 2, "lsr %1,x" }, { 0x0065, 0x00ff, ' ', 3, "cphx %w" }, { 0x0066, 0x00ff, ' ', 2, "ror %1,x" }, { 0x0067, 0x00ff, ' ', 2, "asr %1,x" }, { 0x0068, 0x00ff, ' ', 2, "lsl %1,x" }, { 0x0069, 0x00ff, ' ', 2, "rol %1,x" }, { 0x006a, 0x00ff, ' ', 2, "dec %1,x" }, { 0x006b, 0x00ff, 'R', 2, "dbnz %1,x,%p" }, { 0x006c, 0x00ff, ' ', 2, "inc %1,x" }, { 0x006d, 0x00ff, ' ', 2, "tst %1,x" }, { 0x006e, 0x00ff, ' ', 3, "mov %b,%d" }, { 0x006f, 0x00ff, ' ', 2, "clr %1,x" }, /* { 0x0070, 0x00ff, ' ', 2, "neg %b,sp" }, { 0x0071, 0x00ff, 'R', 3, "cbeq %b,sp,%d" }, { 0x0073, 0x00ff, ' ', 2, "com %b,sp" }, { 0x0074, 0x00ff, ' ', 2, "lsr %b,sp" }, { 0x0076, 0x00ff, ' ', 2, "ror %b,sp" }, { 0x0077, 0x00ff, ' ', 2, "asr %b,sp" }, { 0x0078, 0x00ff, ' ', 2, "lsl %b,sp" }, { 0x0079, 0x00ff, ' ', 2, "rol %b,sp" }, { 0x007a, 0x00ff, ' ', 2, "dec %b,sp" }, { 0x007b, 0x00ff, 'R', 2, "dbnz %b,sp,%d" }, { 0x007c, 0x00ff, ' ', 2, "inc %b,sp" }, { 0x007d, 0x00ff, ' ', 2, "tst %b,sp" }, { 0x007f, 0x00ff, ' ', 2, "clr %b,sp" }, */ { 0x0070, 0x00ff, ' ', 1, "neg ,x" }, { 0x0071, 0x00ff, 'R', 2, "cbeq ,x+,%p" }, { 0x0072, 0x00ff, ' ', 1, "daa" }, { 0x0073, 0x00ff, ' ', 1, "com ,x" }, { 0x0074, 0x00ff, ' ', 1, "lsr ,x" }, { 0x0075, 0x00ff, ' ', 2, "cphx %d" }, { 0x0076, 0x00ff, ' ', 1, "ror ,x" }, { 0x0077, 0x00ff, ' ', 1, "asr ,x" }, { 0x0078, 0x00ff, ' ', 1, "lsl ,x" }, { 0x0079, 0x00ff, ' ', 1, "rol ,x" }, { 0x007a, 0x00ff, ' ', 1, "dec ,x" }, { 0x007b, 0x00ff, 'R', 2, "dbnz ,x,%p" }, { 0x007c, 0x00ff, ' ', 1, "inc ,x" }, { 0x007d, 0x00ff, ' ', 1, "tst ,x" }, { 0x007e, 0x00ff, ' ', 2, "mov ,x+,%d" }, { 0x007f, 0x00ff, ' ', 1, "clr ,x" }, { 0x0080, 0x00ff, ' ', 1, "rti" }, { 0x0081, 0x00ff, ' ', 1, "rts" }, { 0x0083, 0x00ff, ' ', 1, "swi" }, { 0x0084, 0x00ff, ' ', 1, "tap" }, { 0x0085, 0x00ff, ' ', 1, "tpa" }, { 0x0086, 0x00ff, ' ', 1, "pula" }, { 0x0087, 0x00ff, ' ', 1, "psha" }, { 0x0088, 0x00ff, ' ', 1, "pulx" }, { 0x0089, 0x00ff, ' ', 1, "pshx" }, { 0x008a, 0x00ff, ' ', 1, "pulh" }, { 0x008b, 0x00ff, ' ', 1, "pshh" }, { 0x008c, 0x00ff, ' ', 1, "clrh" }, { 0x008e, 0x00ff, ' ', 1, "stop" }, { 0x008f, 0x00ff, ' ', 1, "wait" }, { 0x0090, 0x00ff, 'R', 2, "bge %p" }, { 0x0091, 0x00ff, 'R', 2, "blt %p" }, { 0x0092, 0x00ff, 'R', 2, "bgt %p" }, { 0x0093, 0x00ff, 'R', 2, "ble %p" }, { 0x0094, 0x00ff, ' ', 1, "txs" }, { 0x0095, 0x00ff, ' ', 1, "tsx" }, { 0x0097, 0x00ff, ' ', 1, "tax" }, { 0x0098, 0x00ff, ' ', 1, "clc" }, { 0x0099, 0x00ff, ' ', 1, "sec" }, { 0x009a, 0x00ff, ' ', 1, "cli" }, { 0x009b, 0x00ff, ' ', 1, "sei" }, { 0x009c, 0x00ff, ' ', 1, "rsp" }, { 0x009d, 0x00ff, ' ', 1, "nop" }, { 0x009f, 0x00ff, ' ', 1, "txa" }, { 0x00a0, 0x00ff, ' ', 2, "sub %b" }, { 0x00a1, 0x00ff, ' ', 2, "cmp %b" }, { 0x00a2, 0x00ff, ' ', 2, "sbc %b" }, { 0x00a3, 0x00ff, ' ', 2, "cpx %b" }, { 0x00a4, 0x00ff, ' ', 2, "and %b" }, { 0x00a5, 0x00ff, ' ', 2, "bit %b" }, { 0x00a6, 0x00ff, ' ', 2, "lda %b" }, { 0x00a7, 0x00ff, ' ', 2, "ais %s" }, { 0x00a8, 0x00ff, ' ', 2, "eor %b" }, { 0x00a9, 0x00ff, ' ', 2, "adc %b" }, { 0x00aa, 0x00ff, ' ', 2, "ora %b" }, { 0x00ab, 0x00ff, ' ', 2, "add %b" }, { 0x00ad, 0x00ff, 'R', 2, "bsr %d" }, { 0x00ae, 0x00ff, ' ', 2, "ldx %b" }, { 0x00af, 0x00ff, ' ', 2, "aix %s" }, { 0x00b0, 0x00ff, ' ', 2, "sub %d" }, { 0x00b1, 0x00ff, ' ', 2, "cmp %d" }, { 0x00b2, 0x00ff, ' ', 2, "sbc %d" }, { 0x00b3, 0x00ff, ' ', 2, "cpx %d" }, { 0x00b4, 0x00ff, ' ', 2, "and %d" }, { 0x00b5, 0x00ff, ' ', 2, "bit %d" }, { 0x00b6, 0x00ff, ' ', 2, "lda %d" }, { 0x00b7, 0x00ff, ' ', 2, "sta %d" }, { 0x00b8, 0x00ff, ' ', 2, "eor %d" }, { 0x00b9, 0x00ff, ' ', 2, "adc %d" }, { 0x00ba, 0x00ff, ' ', 2, "ora %d" }, { 0x00bb, 0x00ff, ' ', 2, "add %d" }, { 0x00bc, 0x00ff, 'A', 2, "jmp %d" }, { 0x00bd, 0x00ff, 'A', 2, "jsr %d" }, { 0x00be, 0x00ff, ' ', 2, "ldx %d" }, { 0x00bf, 0x00ff, ' ', 2, "stx %d" }, { 0x00c0, 0x00ff, ' ', 3, "sub %x" }, { 0x00c1, 0x00ff, ' ', 3, "cmp %x" }, { 0x00c2, 0x00ff, ' ', 3, "sbc %x" }, { 0x00c3, 0x00ff, ' ', 3, "cpx %x" }, { 0x00c4, 0x00ff, ' ', 3, "and %x" }, { 0x00c5, 0x00ff, ' ', 3, "bit %x" }, { 0x00c6, 0x00ff, ' ', 3, "lda %x" }, { 0x00c7, 0x00ff, ' ', 3, "sta %x" }, { 0x00c8, 0x00ff, ' ', 3, "eor %x" }, { 0x00c9, 0x00ff, ' ', 3, "adc %x" }, { 0x00ca, 0x00ff, ' ', 3, "ora %x" }, { 0x00cb, 0x00ff, ' ', 3, "add %x" }, { 0x00cc, 0x00ff, 'A', 3, "jmp %x" }, { 0x00cd, 0x00ff, 'A', 3, "jsr %x" }, { 0x00ce, 0x00ff, ' ', 3, "ldx %x" }, { 0x00cf, 0x00ff, ' ', 3, "stx %x" }, { 0x00d0, 0x00ff, ' ', 3, "sub %2,x" }, { 0x00d1, 0x00ff, ' ', 3, "cmp %2,x" }, { 0x00d2, 0x00ff, ' ', 3, "sbc %2,x" }, { 0x00d3, 0x00ff, ' ', 3, "cpx %2,x" }, { 0x00d4, 0x00ff, ' ', 3, "and %2,x" }, { 0x00d5, 0x00ff, ' ', 3, "bit %2,x" }, { 0x00d6, 0x00ff, ' ', 3, "lda %2,x" }, { 0x00d7, 0x00ff, ' ', 3, "sta %2,x" }, { 0x00d8, 0x00ff, ' ', 3, "eor %2,x" }, { 0x00d9, 0x00ff, ' ', 3, "adc %2,x" }, { 0x00da, 0x00ff, ' ', 3, "ora %2,x" }, { 0x00db, 0x00ff, ' ', 3, "add %2,x" }, { 0x00dc, 0x00ff, ' ', 3, "jmp %2,x" }, { 0x00dd, 0x00ff, ' ', 3, "jsr %2,x" }, { 0x00de, 0x00ff, ' ', 3, "ldx %2,x" }, { 0x00df, 0x00ff, ' ', 3, "stx %2,x" }, { 0x00e0, 0x00ff, ' ', 2, "sub %1,x" }, { 0x00e1, 0x00ff, ' ', 2, "cmp %1,x" }, { 0x00e2, 0x00ff, ' ', 2, "sbc %1,x" }, { 0x00e3, 0x00ff, ' ', 2, "cpx %1,x" }, { 0x00e4, 0x00ff, ' ', 2, "and %1,x" }, { 0x00e5, 0x00ff, ' ', 2, "bit %1,x" }, { 0x00e6, 0x00ff, ' ', 2, "lda %1,x" }, { 0x00e7, 0x00ff, ' ', 2, "sta %1,x" }, { 0x00e8, 0x00ff, ' ', 2, "eor %1,x" }, { 0x00e9, 0x00ff, ' ', 2, "adc %1,x" }, { 0x00ea, 0x00ff, ' ', 2, "ora %1,x" }, { 0x00eb, 0x00ff, ' ', 2, "add %1,x" }, { 0x00ec, 0x00ff, ' ', 2, "jmp %1,x" }, { 0x00ed, 0x00ff, ' ', 2, "jsr %1,x" }, { 0x00ee, 0x00ff, ' ', 2, "ldx %1,x" }, { 0x00ef, 0x00ff, ' ', 2, "stx %1,x" }, { 0x00f0, 0x00ff, ' ', 1, "sub ,x" }, { 0x00f1, 0x00ff, ' ', 1, "cmp ,x" }, { 0x00f2, 0x00ff, ' ', 1, "sbc ,x" }, { 0x00f3, 0x00ff, ' ', 1, "cpx ,x" }, { 0x00f4, 0x00ff, ' ', 1, "and ,x" }, { 0x00f5, 0x00ff, ' ', 1, "bit ,x" }, { 0x00f6, 0x00ff, ' ', 1, "lda ,x" }, { 0x00f7, 0x00ff, ' ', 1, "sta ,x" }, { 0x00f8, 0x00ff, ' ', 1, "eor ,x" }, { 0x00f9, 0x00ff, ' ', 1, "adc ,x" }, { 0x00fa, 0x00ff, ' ', 1, "ora ,x" }, { 0x00fb, 0x00ff, ' ', 1, "add ,x" }, { 0x00fc, 0x00ff, ' ', 1, "jmp ,x" }, { 0x00fd, 0x00ff, ' ', 1, "jsr ,x" }, { 0x00fe, 0x00ff, ' ', 1, "ldx ,x" }, { 0x00ff, 0x00ff, ' ', 1, "stx ,x" }, { 0, 0, 0, 0, NULL } }; struct dis_entry disass_hc08_9e[]= { { 0x0060, 0x00ff, ' ', 2, "neg %1,sp" }, { 0x0061, 0x00ff, 'R', 3, "cbeq %1,sp,%p" }, { 0x0063, 0x00ff, ' ', 2, "com %1,sp" }, { 0x0064, 0x00ff, ' ', 2, "lsr %1,sp" }, { 0x0066, 0x00ff, ' ', 2, "ror %1,sp" }, { 0x0067, 0x00ff, ' ', 2, "asr %1,sp" }, { 0x0068, 0x00ff, ' ', 2, "lsl %1,sp" }, { 0x0069, 0x00ff, ' ', 2, "rol %1,sp" }, { 0x006a, 0x00ff, ' ', 2, "dec %1,sp" }, { 0x006b, 0x00ff, 'R', 2, "dbnz %1,sp,%p" }, { 0x006c, 0x00ff, ' ', 2, "inc %1,sp" }, { 0x006d, 0x00ff, ' ', 2, "tst %1,sp" }, { 0x006f, 0x00ff, ' ', 2, "clr %1,sp" }, { 0x00d0, 0x00ff, ' ', 3, "sub %2,sp" }, { 0x00d1, 0x00ff, ' ', 3, "cmp %2,sp" }, { 0x00d2, 0x00ff, ' ', 3, "sbc %2,sp" }, { 0x00d3, 0x00ff, ' ', 3, "cpx %2,sp" }, { 0x00d4, 0x00ff, ' ', 3, "and %2,sp" }, { 0x00d5, 0x00ff, ' ', 3, "bit %2,sp" }, { 0x00d6, 0x00ff, ' ', 3, "lda %2,sp" }, { 0x00d7, 0x00ff, ' ', 3, "sta %2,sp" }, { 0x00d8, 0x00ff, ' ', 3, "eor %2,sp" }, { 0x00d9, 0x00ff, ' ', 3, "adc %2,sp" }, { 0x00da, 0x00ff, ' ', 3, "ora %2,sp" }, { 0x00db, 0x00ff, ' ', 3, "add %2,sp" }, { 0x00de, 0x00ff, ' ', 3, "ldx %2,sp" }, { 0x00df, 0x00ff, ' ', 3, "stx %2,sp" }, { 0x00e0, 0x00ff, ' ', 2, "sub %1,sp" }, { 0x00e1, 0x00ff, ' ', 2, "cmp %1,sp" }, { 0x00e2, 0x00ff, ' ', 2, "sbc %1,sp" }, { 0x00e3, 0x00ff, ' ', 2, "cpx %1,sp" }, { 0x00e4, 0x00ff, ' ', 2, "and %1,sp" }, { 0x00e5, 0x00ff, ' ', 2, "bit %1,sp" }, { 0x00e6, 0x00ff, ' ', 2, "lda %1,sp" }, { 0x00e7, 0x00ff, ' ', 2, "sta %1,sp" }, { 0x00e8, 0x00ff, ' ', 2, "eor %1,sp" }, { 0x00e9, 0x00ff, ' ', 2, "adc %1,sp" }, { 0x00ea, 0x00ff, ' ', 2, "ora %1,sp" }, { 0x00eb, 0x00ff, ' ', 2, "add %1,sp" }, { 0x00ee, 0x00ff, ' ', 2, "ldx %1,sp" }, { 0x00ef, 0x00ff, ' ', 2, "stx %1,sp" }, { 0, 0, 0, 0, NULL } }; /* glob.cc */ sdcc-2.9.0/sim/ucsim/hc08.src/glob.h000066400000000000000000000021241116427777700170140ustar00rootroot00000000000000/* * Simulator of microcontrollers (glob.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef GLOB_HEADER #define GLOB_HEADER #include "stypes.h" extern struct dis_entry disass_hc08[]; extern struct dis_entry disass_hc08_9e[]; #endif /* End of hc08.src/glob.h */ sdcc-2.9.0/sim/ucsim/hc08.src/hc08.cc000066400000000000000000000357361116427777700170100ustar00rootroot00000000000000/* * Simulator of microcontrollers (hc08.cc) * * some hc08 code base from Karl Bongers karl@turbobit.com * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include /* for va_list */ #include #include #include #include "i_string.h" // prj #include "pobjcl.h" // sim #include "simcl.h" // local #include "hc08cl.h" #include "glob.h" #include "regshc08.h" #include "hc08mac.h" #define uint32 t_addr #define uint8 unsigned char /*******************************************************************/ /* * Base type of HC08 controllers */ cl_hc08::cl_hc08(class cl_sim *asim): cl_uc(asim) { type= CPU_HC08; } int cl_hc08::init(void) { cl_uc::init(); /* Memories now exist */ xtal = 8000000; rom= address_space(MEM_ROM_ID); // ram= mem(MEM_XRAM); ram= rom; // zero out ram(this is assumed in regression tests) for (int i=0x80; i<0x8000; i++) { ram->set((t_addr) i, 0); } return(0); } void cl_hc08::reset(void) { cl_uc::reset(); regs.SP = 0xff; regs.A = 0; regs.X = 0; regs.H = 0; regs.P = 0x60; regs.VECTOR = 1; } const char * cl_hc08::id_string(void) { return("unspecified HC08"); } /* * Making elements of the controller */ /* t_addr cl_hc08::get_mem_size(enum mem_class type) { switch(type) { case MEM_ROM: return(0x10000); case MEM_XRAM: return(0x10000); default: return(0); } return(cl_uc::get_mem_size(type)); } */ void cl_hc08::mk_hw_elements(void) { //class cl_base *o; /* t_uc::mk_hw() does nothing */ } void cl_hc08::make_memories(void) { class cl_address_space *as; as= new cl_address_space("rom", 0, 0x10000, 8); as->init(); address_spaces->add(as); class cl_address_decoder *ad; class cl_memory_chip *chip; chip= new cl_memory_chip("rom_chip", 0x10000, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("rom"), chip, 0, 0xffff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); } /* * Help command interpreter */ struct dis_entry * cl_hc08::dis_tbl(void) { return(disass_hc08); } /*struct name_entry * cl_hc08::sfr_tbl(void) { return(0); }*/ /*struct name_entry * cl_hc08::bit_tbl(void) { //FIXME return(0); }*/ int cl_hc08::inst_length(t_addr addr) { int len = 0; get_disasm_info(addr, &len, NULL, NULL); return len; } int cl_hc08::inst_branch(t_addr addr) { int b; get_disasm_info(addr, NULL, &b, NULL); return b; } int cl_hc08::longest_inst(void) { return 4; } const char * cl_hc08::get_disasm_info(t_addr addr, int *ret_len, int *ret_branch, int *immed_offset) { const char *b = NULL; uint code; int len = 0; int immed_n = 0; int i; int start_addr = addr; struct dis_entry *dis_e; code= get_mem(MEM_ROM_ID, addr++); dis_e = NULL; switch(code) { case 0x9e: /* ESC code to sp relative op-codes */ code= get_mem(MEM_ROM_ID, addr++); i= 0; while ((code & disass_hc08_9e[i].mask) != disass_hc08_9e[i].code && disass_hc08_9e[i].mnemonic) i++; dis_e = &disass_hc08_9e[i]; b= disass_hc08_9e[i].mnemonic; if (b != NULL) len += (disass_hc08_9e[i].length + 1); break; default: i= 0; while ((code & disass_hc08[i].mask) != disass_hc08[i].code && disass_hc08[i].mnemonic) i++; dis_e = &disass_hc08[i]; b= disass_hc08[i].mnemonic; if (b != NULL) len += (disass_hc08[i].length); break; } if (ret_branch) { *ret_branch = dis_e->branch; } if (immed_offset) { if (immed_n > 0) *immed_offset = immed_n; else *immed_offset = (addr - start_addr); } if (len == 0) len = 1; if (ret_len) *ret_len = len; return b; } const char * cl_hc08::disass(t_addr addr, const char *sep) { char work[256], temp[20]; const char *b; char *buf, *p, *t; int len = 0; int immed_offset = 0; p= work; b = get_disasm_info(addr, &len, NULL, &immed_offset); if (b == NULL) { buf= (char*)malloc(30); strcpy(buf, "UNKNOWN/INVALID"); return(buf); } while (*b) { if (*b == '%') { b++; switch (*(b++)) { case 's': // s signed byte immediate sprintf(temp, "#%d", (char)get_mem(MEM_ROM_ID, addr+immed_offset)); ++immed_offset; break; case 'w': // w word immediate operand sprintf(temp, "#0x%04x", (uint)((get_mem(MEM_ROM_ID, addr+immed_offset)<<8) | (get_mem(MEM_ROM_ID, addr+immed_offset+1))) ); ++immed_offset; ++immed_offset; break; case 'b': // b byte immediate operand sprintf(temp, "#0x%02x", (uint)get_mem(MEM_ROM_ID, addr+immed_offset)); ++immed_offset; break; case 'x': // x extended addressing sprintf(temp, "0x%04x", (uint)((get_mem(MEM_ROM_ID, addr+immed_offset)<<8) | (get_mem(MEM_ROM_ID, addr+immed_offset+1))) ); ++immed_offset; ++immed_offset; break; case 'd': // d direct addressing sprintf(temp, "*0x%02x", (uint)get_mem(MEM_ROM_ID, addr+immed_offset)); ++immed_offset; break; case '2': // 2 word index offset sprintf(temp, "0x%04x", (uint)((get_mem(MEM_ROM_ID, addr+immed_offset)<<8) | (get_mem(MEM_ROM_ID, addr+immed_offset+1))) ); ++immed_offset; ++immed_offset; break; case '1': // b byte index offset sprintf(temp, "0x%02x", (uint)get_mem(MEM_ROM_ID, addr+immed_offset)); ++immed_offset; break; case 'p': // b byte index offset sprintf(temp, "0x%04x", addr+immed_offset+1 +(char)get_mem(MEM_ROM_ID, addr+immed_offset)); ++immed_offset; break; default: strcpy(temp, "?"); break; } t= temp; while (*t) *(p++)= *(t++); } else *(p++)= *(b++); } *p= '\0'; p= strchr(work, ' '); if (!p) { buf= strdup(work); return(buf); } if (sep == NULL) buf= (char *)malloc(6+strlen(p)+1); else buf= (char *)malloc((p-work)+strlen(sep)+strlen(p)+1); for (p= work, t= buf; *p != ' '; p++, t++) *t= *p; p++; *t= '\0'; if (sep == NULL) { while (strlen(buf) < 6) strcat(buf, " "); } else strcat(buf, sep); strcat(buf, p); return(buf); } void cl_hc08::print_regs(class cl_console_base *con) { con->dd_printf("V--HINZC Flags= 0x%02x %3d %c ", regs.P, regs.P, isprint(regs.P)?regs.P:'.'); con->dd_printf("A= 0x%02x %3d %c\n", regs.A, regs.A, isprint(regs.A)?regs.A:'.'); con->dd_printf("%c--%c%c%c%c%c ", (regs.P&BIT_V)?'1':'0', (regs.P&BIT_H)?'1':'0', (regs.P&BIT_I)?'1':'0', (regs.P&BIT_N)?'1':'0', (regs.P&BIT_Z)?'1':'0', (regs.P&BIT_C)?'1':'0'); con->dd_printf(" H= 0x%02x %3d %c ", regs.H, regs.H, isprint(regs.H)?regs.H:'.'); con->dd_printf("X= 0x%02x %3d %c\n", regs.X, regs.X, isprint(regs.X)?regs.X:'.'); con->dd_printf("SP= 0x%04x [SP+1]= %02x %3d %c\n", regs.SP, ram->get(regs.SP+1), ram->get(regs.SP+1), isprint(ram->get(regs.SP+1))?ram->get(regs.SP+1):'.'); print_disass(PC, con); } /* * Execution */ int cl_hc08::exec_inst(void) { t_mem code; if (regs.VECTOR) { PC = get2(0xfffe); regs.VECTOR = 0; return(resGO); } if (fetch(&code)) return(resBREAKPOINT); tick(1); switch ((code >> 4) & 0xf) { case 0x0: return(inst_bittestsetclear(code, false)); case 0x1: return(inst_bitsetclear(code, false)); case 0x2: return(inst_condbranch(code, false)); case 0x3: case 0x4: case 0x5: case 0x6: case 0x7: switch (code & 0xf) { case 0x0: return(inst_neg(code, false)); case 0x1: return(inst_cbeq(code, false)); case 0x2: switch (code) { case 0x42: return(inst_mul(code, false)); case 0x52: return(inst_div(code, false)); case 0x62: return(inst_nsa(code, false)); case 0x72: return(inst_daa(code, false)); default: return(resHALT); } case 0x3: return(inst_com(code, false)); case 0x4: return(inst_lsr(code, false)); case 0x5: switch (code) { case 0x35: return(inst_sthx(code, false)); case 0x45: case 0x55: return(inst_ldhx(code, false)); case 0x65: case 0x75: return(inst_cphx(code, false)); default: return(resHALT); } case 0x6: return(inst_ror(code, false)); case 0x7: return(inst_asr(code, false)); case 0x8: return(inst_lsl(code, false)); case 0x9: return(inst_rol(code, false)); case 0xa: return(inst_dec(code, false)); case 0xb: return(inst_dbnz(code, false)); case 0xc: return(inst_inc(code, false)); case 0xd: return(inst_tst(code, false)); case 0xe: switch (code) { case 0x4e: case 0x5e: case 0x6e: case 0x7e: return(inst_mov(code, false)); default: return(resHALT); } case 0xf: return(inst_clr(code, false)); default: return(resHALT); } case 0x8: switch (code & 0xf) { case 0x0: return(inst_rti(code, false)); case 0x1: return(inst_rts(code, false)); case 0x3: return(inst_swi(code, false)); case 0x4: case 0x5: return(inst_transfer(code, false)); case 0x6: case 0x7: case 0x8: case 0x9: case 0xa: case 0xb: return(inst_pushpull(code, false)); case 0xc: return(inst_clrh(code, false)); case 0xe: return(inst_stop(code, false)); case 0xf: return(inst_wait(code, false)); default: return(resHALT); } case 0x9: switch (code & 0xf) { case 0x0: case 0x1: case 0x2: case 0x3: return(inst_condbranch(code, false)); case 0x4: case 0x5: case 0x7: case 0xf: return(inst_transfer(code, false)); case 0x8: case 0x9: case 0xa: case 0xb: return(inst_setclearflags(code, false)); case 0xc: return(inst_rsp(code, false)); case 0xd: return(inst_nop(code, false)); case 0xe: code = fetch(); switch ((code >> 4) & 0xf) { case 0x6: switch (code & 0xf) { case 0x0: return(inst_neg(code, true)); case 0x1: return(inst_cbeq(code, true)); case 0x3: return(inst_com(code, true)); case 0x4: return(inst_lsr(code, true)); case 0x6: return(inst_ror(code, true)); case 0x7: return(inst_asr(code, true)); case 0x8: return(inst_lsl(code, true)); case 0x9: return(inst_rol(code, true)); case 0xa: return(inst_dec(code, true)); case 0xb: return(inst_dbnz(code, true)); case 0xc: return(inst_inc(code, true)); case 0xd: return(inst_tst(code, true)); case 0xf: return(inst_clr(code, true)); default: return(resHALT); } case 0xd: case 0xe: switch (code & 0xf) { case 0x0: return(inst_sub(code, true)); case 0x1: return(inst_cmp(code, true)); case 0x2: return(inst_sbc(code, true)); case 0x3: return(inst_cpx(code, true)); case 0x4: return(inst_and(code, true)); case 0x5: return(inst_bit(code, true)); case 0x6: return(inst_lda(code, true)); case 0x7: return(inst_sta(code, true)); case 0x8: return(inst_eor(code, true)); case 0x9: return(inst_adc(code, true)); case 0xa: return(inst_ora(code, true)); case 0xb: return(inst_add(code, true)); case 0xc: return(resHALT); case 0xd: putchar(regs.A); fflush(stdout); return(resGO); case 0xe: return(inst_ldx(code, true)); case 0xf: return(inst_stx(code, true)); default: return(resHALT); } default: return(resHALT); } } case 0xa: case 0xb: case 0xc: case 0xd: case 0xe: case 0xf: switch (code & 0xf) { case 0x0: return(inst_sub(code, false)); case 0x1: return(inst_cmp(code, false)); case 0x2: return(inst_sbc(code, false)); case 0x3: return(inst_cpx(code, false)); case 0x4: return(inst_and(code, false)); case 0x5: return(inst_bit(code, false)); case 0x6: return(inst_lda(code, false)); case 0x7: if (code==0xa7) return(inst_ais(code, false)); else return(inst_sta(code, false)); case 0x8: return(inst_eor(code, false)); case 0x9: return(inst_adc(code, false)); case 0xa: return(inst_ora(code, false)); case 0xb: return(inst_add(code, false)); case 0xc: if (code==0xac) return(resHALT); else return(inst_jmp(code, false)); case 0xd: if (code==0xad) return(inst_bsr(code, false)); else return(inst_jsr(code, false)); case 0xe: return(inst_ldx(code, false)); case 0xf: if (code==0xaf) return(inst_aix(code, false)); else return(inst_stx(code, false)); default: return(resHALT); } default: return(resHALT); } /*if (PC) PC--; else PC= get_mem_size(MEM_ROM_ID)-1;*/ PC= rom->inc_address(PC, -1); sim->stop(resINV_INST); return(resINV_INST); } /* End of hc08.src/hc08.cc */ sdcc-2.9.0/sim/ucsim/hc08.src/hc08cl.h000066400000000000000000000036631116427777700171630ustar00rootroot00000000000000/* * Simulator of microcontrollers (hc08cl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef HC08CL_HEADER #define HC08CL_HEADER #include "uccl.h" #include "regshc08.h" /* * Base type of Z80 microcontrollers */ class cl_hc08: public cl_uc { public: class cl_memory *ram; class cl_memory *rom; struct t_regs regs; public: cl_hc08(class cl_sim *asim); virtual int init(void); virtual const char *id_string(void); //virtual t_addr get_mem_size(enum mem_class type); virtual void mk_hw_elements(void); virtual void make_memories(void); virtual struct dis_entry *dis_tbl(void); virtual int inst_length(t_addr addr); virtual int inst_branch(t_addr addr); virtual int longest_inst(void); virtual const char *disass(t_addr addr, const char *sep); virtual void print_regs(class cl_console_base *con); virtual int exec_inst(void); virtual const char *get_disasm_info(t_addr addr, int *ret_len, int *ret_branch, int *immed_offset); virtual void reset(void); #include "instcl.h" }; #endif /* End of hc08.src/hc08cl.h */ sdcc-2.9.0/sim/ucsim/hc08.src/hc08mac.h000066400000000000000000000027031116427777700173170ustar00rootroot00000000000000/* * Simulator of microcontrollers (z80mac.h) * * some z80 code base from Karl Bongers karl@turbobit.com * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ // shift positions #define BITPOS_C 0 // 1 #define BITPOS_Z 1 // 2H #define BITPOS_N 2 // 4H #define BITPOS_I 3 // 8H #define BITPOS_H 4 // 10H #define BITPUS_V 7 // 80H #define store2(addr, val) { ram->set((t_addr) (addr), (val >> 8) & 0xff); \ ram->set((t_addr) (addr+1), val & 0xff); } #define store1(addr, val) ram->set((t_addr) (addr), val) #define get1(addr) ram->get((t_addr) (addr)) #define get2(addr) ((ram->get((t_addr) (addr)) << 8) | ram->get((t_addr) (addr+1)) ) #define fetch2() ((fetch() << 8) | fetch() ) #define fetch1() fetch() #define push2(val) {store2(regs.SP-1,(val)); regs.SP-=2; } #define push1(val) {store1(regs.SP,(val)); regs.SP-=1; } #define pop2(var) {var=get2(regs.SP+1); regs.SP+=2;} #define pop1(var) {var=get1(regs.SP+1); regs.SP+=1;} #define FLAG_SET(f) {regs.P |= f;} #define FLAG_CLEAR(f) {regs.P &= ~(f);} #define FLAG_ASSIGN(f,c) {regs.P = (c) ? regs.P | (f) : regs.P & ~(f);} #define FLAG_NZ(f) { \ regs.P = (regs.P & ~(BIT_N|BIT_Z)) \ | (((f) & 0xff) ? 0 : BIT_Z) \ | (((f) & 0x80) ? BIT_N : 0) \ ; } #define EA_IMM(c) ((((c) >> 4) & 0xf)==0xa) #define OPERAND(code,prefix) (EA_IMM(code) ? fetch() : get1(fetchea(code,prefix))) sdcc-2.9.0/sim/ucsim/hc08.src/inst.cc000066400000000000000000000477731116427777700172270ustar00rootroot00000000000000/* * Simulator of microcontrollers (inst.cc) * * hc08 code base from Erik Petrich epetrich@users.sourceforge.net * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include "stdio.h" #include // local #include "hc08cl.h" #include "regshc08.h" #include "hc08mac.h" void cl_hc08::incx(void) { int hx = (regs.H << 8) | (regs.X); hx++; regs.H = (hx >> 8) & 0xff; regs.X = hx & 0xff; } int cl_hc08::fetchea(t_mem code, bool prefix) { switch ((code >> 4) & 0x0f) { case 0x0: case 0x1: case 0x3: case 0xb: return fetch(); // Direct case 0x7: case 0xf: return (regs.H << 8) | regs.X; // IX case 0x6: case 0xe: if (!prefix) return ((unsigned char)fetch())+((regs.H << 8) | regs.X); // IX1 else return ((unsigned char)fetch())+regs.SP; // SP1 case 0xd: if (!prefix) return fetch2()+((regs.H << 8) | regs.X); // IX2 else return fetch2()+regs.SP; // SP2 case 0xc: return fetch2(); default: return(resHALT); } } int cl_hc08::inst_nop(t_mem code, bool prefix) { return(resGO); } int cl_hc08::inst_transfer(t_mem code, bool prefix) { int hx; switch (code) { case 0x84: // TAP regs.P = regs.A | 0x60; break; case 0x85: // TPA regs.A = regs.P | 0x60; break; case 0x97: // TAX regs.X = regs.A; break; case 0x9f: // TXA regs.A = regs.X; break; case 0x94: // TXS hx = (regs.H << 8) | regs.X; regs.SP = (hx - 1) & 0xffff; break; case 0x95: // TSX hx = regs.SP +1; regs.H = (hx >> 8) & 0xff; regs.X = hx & 0xff; break; default: return(resHALT); } return(resGO); } int cl_hc08::inst_setclearflags(t_mem code, bool prefix) { switch (code) { case 0x98: regs.P &= ~BIT_C; break; case 0x99: regs.P |= BIT_C; break; case 0x9a: regs.P &= ~BIT_I; break; case 0x9b: regs.P |= BIT_I; break; default: return(resHALT); } return(resGO); } int cl_hc08::inst_rsp(t_mem code, bool prefix) { regs.SP = 0x00ff; return(resGO); } int cl_hc08::inst_nsa(t_mem code, bool prefix) { regs.A = ((regs.A & 0xf0)>>4) | ((regs.A & 0x0f)<<4); return(resGO); } int cl_hc08::inst_lda(t_mem code, bool prefix) { regs.A = OPERAND(code, prefix); FLAG_CLEAR(BIT_V); FLAG_NZ(regs.A); return(resGO); } int cl_hc08::inst_ldx(t_mem code, bool prefix) { regs.X = OPERAND(code, prefix); FLAG_CLEAR(BIT_V); FLAG_NZ(regs.X); return(resGO); } int cl_hc08::inst_sta(t_mem code, bool prefix) { int ea = fetchea(code, prefix); //fprintf (stdout, "ea = 0x%04x\n", ea); FLAG_CLEAR(BIT_V); FLAG_NZ(regs.A); store1(ea, regs.A); return(resGO); } int cl_hc08::inst_stx(t_mem code, bool prefix) { int ea = fetchea(code, prefix); FLAG_CLEAR(BIT_V); FLAG_NZ(regs.X); store1(ea, regs.X); return(resGO); } int cl_hc08::inst_add(t_mem code, bool prefix) { int result, operand1, operand2; operand1 = regs.A; operand2 = OPERAND(code, prefix); result = operand1 + operand2; FLAG_NZ (result); FLAG_ASSIGN (BIT_V, 0x80 & (operand1 ^ operand2 ^ result ^ (result >>1))); FLAG_ASSIGN (BIT_C, 0x100 & result); FLAG_ASSIGN (BIT_H, 0x10 & (operand1 ^ operand2 ^ result)); regs.A = result & 0xff; return(resGO); } int cl_hc08::inst_adc(t_mem code, bool prefix) { int result, operand1, operand2; int carryin = (regs.P & BIT_C)!=0; operand1 = regs.A; operand2 = OPERAND(code, prefix); result = operand1 + operand2 + carryin; FLAG_NZ (result); FLAG_ASSIGN (BIT_V, 0x80 & (operand1 ^ operand2 ^ result ^ (result >>1))); FLAG_ASSIGN (BIT_C, 0x100 & result); FLAG_ASSIGN (BIT_H, 0x10 & (operand1 ^ operand2 ^ result)); regs.A = result & 0xff; return(resGO); } int cl_hc08::inst_sub(t_mem code, bool prefix) { int result, operand1, operand2; operand1 = regs.A; operand2 = OPERAND(code, prefix); result = operand1 - operand2; FLAG_NZ (result); FLAG_ASSIGN (BIT_V, 0x80 & (operand1 ^ operand2 ^ result ^ (result >>1))); FLAG_ASSIGN (BIT_C, 0x100 & result); regs.A = result & 0xff; return(resGO); } int cl_hc08::inst_sbc(t_mem code, bool prefix) { int result, operand1, operand2; int carryin = (regs.P & BIT_C)!=0; operand1 = regs.A; operand2 = OPERAND(code, prefix); result = operand1 - operand2 - carryin; FLAG_NZ (result); FLAG_ASSIGN (BIT_V, 0x80 & (operand1 ^ operand2 ^ result ^ (result >>1))); FLAG_ASSIGN (BIT_C, 0x100 & result); regs.A = result & 0xff; return(resGO); } int cl_hc08::inst_cmp(t_mem code, bool prefix) { int result, operand1, operand2; operand1 = regs.A; operand2 = OPERAND(code, prefix); result = operand1 - operand2; FLAG_NZ (result); FLAG_ASSIGN (BIT_V, 0x80 & (operand1 ^ operand2 ^ result ^ (result >>1))); FLAG_ASSIGN (BIT_C, 0x100 & result); return(resGO); } int cl_hc08::inst_cpx(t_mem code, bool prefix) { int result, operand1, operand2; operand1 = regs.X; operand2 = OPERAND(code, prefix); result = operand1 - operand2; FLAG_NZ (result); FLAG_ASSIGN (BIT_V, 0x80 & (operand1 ^ operand2 ^ result ^ (result >>1))); FLAG_ASSIGN (BIT_C, 0x100 & result); return(resGO); } int cl_hc08::inst_jmp(t_mem code, bool prefix) { PC = fetchea(code, prefix); return(resGO); } int cl_hc08::inst_jsr(t_mem code, bool prefix) { int newPC = fetchea(code, prefix); push2(PC); PC = newPC; return(resGO); } int cl_hc08::inst_bsr(t_mem code, bool prefix) { signed char ofs = fetch(); push2(PC); PC += ofs; return(resGO); } int cl_hc08::inst_ais(t_mem code, bool prefix) { regs.SP = regs.SP + (signed char)fetch(); return(resGO); } int cl_hc08::inst_aix(t_mem code, bool prefix) { int hx = (regs.H << 8) | (regs.X); hx += (signed char)fetch(); regs.H = (hx >> 8) & 0xff; regs.X = hx & 0xff; return(resGO); } int cl_hc08::inst_and(t_mem code, bool prefix) { regs.A = regs.A & OPERAND(code, prefix); FLAG_CLEAR(BIT_V); FLAG_NZ(regs.A); return(resGO); } int cl_hc08::inst_bit(t_mem code, bool prefix) { uchar operand = regs.A & OPERAND(code, prefix); FLAG_CLEAR(BIT_V); FLAG_NZ(operand); return(resGO); } int cl_hc08::inst_ora(t_mem code, bool prefix) { regs.A = regs.A | OPERAND(code, prefix); FLAG_CLEAR(BIT_V); FLAG_NZ(regs.A); return(resGO); } int cl_hc08::inst_eor(t_mem code, bool prefix) { regs.A = regs.A ^ OPERAND(code, prefix); FLAG_CLEAR(BIT_V); FLAG_NZ(regs.A); return(resGO); } int cl_hc08::inst_asr(t_mem code, bool prefix) { int ea = 0xffff; uchar operand; if ((code & 0xf0) == 0x40) operand = regs.A; else if ((code & 0xf0) == 0x50) operand = regs.X; else { ea = fetchea(code,prefix); operand = get1(ea); } FLAG_ASSIGN (BIT_C, operand & 1); operand = (operand >> 1) | (operand & 0x80); FLAG_NZ (operand); FLAG_ASSIGN (BIT_V, ((regs.P & BIT_C)!=0) ^ ((regs.P & BIT_N)!=0)); if ((code & 0xf0) == 0x40) regs.A = operand; else if ((code & 0xf0) == 0x50) regs.X = operand; else { store1(ea, operand); } return(resGO); } int cl_hc08::inst_lsr(t_mem code, bool prefix) { int ea = 0xffff; uchar operand; if ((code & 0xf0) == 0x40) operand = regs.A; else if ((code & 0xf0) == 0x50) operand = regs.X; else { ea = fetchea(code,prefix); operand = get1(ea); } FLAG_ASSIGN (BIT_C, operand & 1); operand = (operand >> 1) & 0x7f; FLAG_NZ (operand); FLAG_ASSIGN (BIT_V, ((regs.P & BIT_C)!=0) ^ ((regs.P & BIT_N)!=0)); if ((code & 0xf0) == 0x40) regs.A = operand; else if ((code & 0xf0) == 0x50) regs.X = operand; else { store1(ea, operand); } return(resGO); } int cl_hc08::inst_lsl(t_mem code, bool prefix) { int ea = 0xffff; uchar operand; if ((code & 0xf0) == 0x40) operand = regs.A; else if ((code & 0xf0) == 0x50) operand = regs.X; else { ea = fetchea(code,prefix); operand = get1(ea); } FLAG_ASSIGN (BIT_C, operand & 0x80); operand = (operand << 1); FLAG_NZ (operand); FLAG_ASSIGN (BIT_V, ((regs.P & BIT_C)!=0) ^ ((regs.P & BIT_N)!=0)); if ((code & 0xf0) == 0x40) regs.A = operand; else if ((code & 0xf0) == 0x50) regs.X = operand; else { store1(ea, operand); } return(resGO); } int cl_hc08::inst_rol(t_mem code, bool prefix) { uchar c = (regs.P & BIT_C)!=0; int ea = 0xffff; uchar operand; if ((code & 0xf0) == 0x40) operand = regs.A; else if ((code & 0xf0) == 0x50) operand = regs.X; else { ea = fetchea(code,prefix); operand = get1(ea); } FLAG_ASSIGN (BIT_C, operand & 0x80); operand = (operand << 1) | c; FLAG_NZ (operand); FLAG_ASSIGN (BIT_V, ((regs.P & BIT_C)!=0) ^ ((regs.P & BIT_N)!=0)); if ((code & 0xf0) == 0x40) regs.A = operand; else if ((code & 0xf0) == 0x50) regs.X = operand; else { store1(ea, operand); } return(resGO); } int cl_hc08::inst_ror(t_mem code, bool prefix) { uchar c = (regs.P & BIT_C)!=0; int ea = 0xffff; uchar operand; if ((code & 0xf0) == 0x40) operand = regs.A; else if ((code & 0xf0) == 0x50) operand = regs.X; else { ea = fetchea(code,prefix); operand = get1(ea); } FLAG_ASSIGN (BIT_C, operand & 1); operand = (operand >> 1) | (c << 7); FLAG_NZ (operand); FLAG_ASSIGN (BIT_V, ((regs.P & BIT_C)!=0) ^ ((regs.P & BIT_N)!=0)); if ((code & 0xf0) == 0x40) regs.A = operand; else if ((code & 0xf0) == 0x50) regs.X = operand; else { store1(ea, operand); } return(resGO); } int cl_hc08::inst_inc(t_mem code, bool prefix) { int ea = 0xffff; uchar operand; if ((code & 0xf0) == 0x40) operand = regs.A; else if ((code & 0xf0) == 0x50) operand = regs.X; else { ea = fetchea(code,prefix); operand = get1(ea); } operand++; FLAG_NZ (operand); FLAG_ASSIGN (BIT_V, operand == 0x80); if ((code & 0xf0) == 0x40) regs.A = operand; else if ((code & 0xf0) == 0x50) regs.X = operand; else { store1(ea, operand); } return(resGO); } int cl_hc08::inst_dec(t_mem code, bool prefix) { int ea = 0xffff; uchar operand; if ((code & 0xf0) == 0x40) operand = regs.A; else if ((code & 0xf0) == 0x50) operand = regs.X; else { ea = fetchea(code,prefix); operand = get1(ea); } operand--; FLAG_NZ (operand); FLAG_ASSIGN (BIT_V, operand == 0x7f); if ((code & 0xf0) == 0x40) regs.A = operand; else if ((code & 0xf0) == 0x50) regs.X = operand; else { store1(ea, operand); } return(resGO); } int cl_hc08::inst_dbnz(t_mem code, bool prefix) { int ea = 0xffff; uchar operand; signed char ofs; if ((code & 0xf0) == 0x40) operand = regs.A; else if ((code & 0xf0) == 0x50) operand = regs.X; else { ea = fetchea(code,prefix); operand = get1(ea); } operand--; FLAG_NZ (operand); FLAG_ASSIGN (BIT_V, operand == 0x7f); if ((code & 0xf0) == 0x40) regs.A = operand; else if ((code & 0xf0) == 0x50) regs.X = operand; else { store1(ea, operand); } ofs = fetch(); if (operand) PC += ofs; return(resGO); } int cl_hc08::inst_tst(t_mem code, bool prefix) { int ea = 0xffff; uchar operand; if ((code & 0xf0) == 0x40) operand = regs.A; else if ((code & 0xf0) == 0x50) operand = regs.X; else { ea = fetchea(code,prefix); operand = get1(ea); } FLAG_NZ (operand); FLAG_CLEAR (BIT_V); return(resGO); } int cl_hc08::inst_clr(t_mem code, bool prefix) { int ea = 0xffff; uchar operand; operand = 0; FLAG_CLEAR (BIT_V); FLAG_CLEAR (BIT_N); FLAG_SET (BIT_Z); if ((code & 0xf0) == 0x40) regs.A = operand; else if ((code & 0xf0) == 0x50) regs.X = operand; else { ea = fetchea(code,prefix); store1(ea, operand); } return(resGO); } int cl_hc08::inst_clrh(t_mem code, bool prefix) { FLAG_CLEAR (BIT_V); FLAG_CLEAR (BIT_N); FLAG_SET (BIT_Z); regs.H = 0; return(resGO); } int cl_hc08::inst_com(t_mem code, bool prefix) { int ea = 0xffff; uchar operand; if ((code & 0xf0) == 0x40) operand = regs.A; else if ((code & 0xf0) == 0x50) operand = regs.X; else { ea = fetchea(code,prefix); operand = get1(ea); } operand = ~operand; FLAG_SET (BIT_C); FLAG_NZ (operand); FLAG_CLEAR (BIT_V); if ((code & 0xf0) == 0x40) regs.A = operand; else if ((code & 0xf0) == 0x50) regs.X = operand; else { store1(ea, operand); } return(resGO); } int cl_hc08::inst_neg(t_mem code, bool prefix) { int ea = 0xffff; uchar operand; if ((code & 0xf0) == 0x40) operand = regs.A; else if ((code & 0xf0) == 0x50) operand = regs.X; else { ea = fetchea(code,prefix); operand = get1(ea); } FLAG_ASSIGN (BIT_V, operand==0x80); FLAG_ASSIGN (BIT_C, operand!=0x00); operand = -operand; FLAG_NZ (operand); if ((code & 0xf0) == 0x40) regs.A = operand; else if ((code & 0xf0) == 0x50) regs.X = operand; else { store1(ea, operand); } return(resGO); } int cl_hc08::inst_pushpull(t_mem code, bool prefix) { switch (code) { case 0x86: pop1(regs.A); break; case 0x87: push1(regs.A); break; case 0x88: pop1(regs.X); break; case 0x89: push1(regs.X); break; case 0x8a: pop1(regs.H); break; case 0x8b: push1(regs.H); break; default: return(resHALT); } return(resGO); } int cl_hc08::inst_stop(t_mem code, bool prefix) { FLAG_CLEAR (BIT_I); return(resGO); } int cl_hc08::inst_wait(t_mem code, bool prefix) { FLAG_CLEAR (BIT_I); return(resGO); } int cl_hc08::inst_daa(t_mem code, bool prefix) { uchar lsn, msn; lsn = regs.A & 0xf; msn = (regs.A >> 4) & 0xf; if (regs.P & BIT_H) { lsn += 16; msn = (msn-1) & 0xf; } if (regs.P & BIT_C) msn += 16; FLAG_CLEAR (BIT_C); while (lsn>9) { lsn -= 10; msn++; } if (msn>9) { msn = msn % 10; FLAG_SET (BIT_C); } return(resGO); } int cl_hc08::inst_mul(t_mem code, bool prefix) { int result = regs.A * regs.X; regs.A = result & 0xff; regs.X = (result >> 8) & 0xff; FLAG_CLEAR (BIT_C); FLAG_CLEAR (BIT_H); return(resGO); } int cl_hc08::inst_div(t_mem code, bool prefix) { unsigned int dividend = (regs.H << 8) | regs.A; unsigned int quotient; if (regs.X) { quotient = dividend / (unsigned int)regs.X; if (quotient<=0xff) { regs.A = quotient; regs.H = dividend % regs.X; FLAG_CLEAR (BIT_C); FLAG_ASSIGN (BIT_Z, quotient==0); } else FLAG_SET (BIT_C); // overflow } else FLAG_SET (BIT_C); // division by zero return(resGO); } int cl_hc08::inst_condbranch(t_mem code, bool prefix) { bool taken; signed char ofs; unsigned char maskedP; if ((code & 0xf0)==0x20) { switch ((code>>1) & 7) { case 0: // BRA taken = 1; break; case 1: // BHI taken = !(regs.P & (BIT_C | BIT_Z)); break; case 2: // BCC taken = !(regs.P & BIT_C); break; case 3: // BNE taken = !(regs.P & BIT_Z); break; case 4: // BHCC taken = !(regs.P & BIT_H); break; case 5: // BPL taken = !(regs.P & BIT_N); break; case 6: // BMC taken = !(regs.P & BIT_I); break; case 7: // BIL taken = 0; // TODO: should read simulated IRQ# pin default: return(resHALT); } } else if ((code & 0xf0)==0x90) { switch ((code>>1) & 7) { case 0: // BGE maskedP = regs.P & (BIT_N | BIT_V); taken = !maskedP || (maskedP == (BIT_N | BIT_V)); break; case 1: // BGT maskedP = regs.P & (BIT_N | BIT_V | BIT_Z); taken = !maskedP || (maskedP == (BIT_N | BIT_V)); break; default: return(resHALT); } } else return(resHALT); if (code & 1) taken = ! taken; ofs = fetch(); if (taken) PC += ofs; return(resGO); } int cl_hc08::inst_bitsetclear(t_mem code, bool prefix) { uchar bit = (code >> 1) & 7; int ea = fetchea(code, prefix); uchar operand = get1(ea); if (code & 1) operand &= ~(1 << bit); else operand |= (1 << bit); store1(ea, operand); return(resGO); } int cl_hc08::inst_bittestsetclear(t_mem code, bool prefix) { uchar bit = (code >> 1) & 7; int ea = fetchea(code, prefix); uchar operand = get1(ea); signed char ofs; bool taken; if (code & 1) taken = operand & (1 << bit); else taken = !(operand & (1 << bit)); ofs = fetch(); if (taken) PC += ofs; FLAG_ASSIGN (BIT_C, operand & (1 << bit)); return(resGO); } int cl_hc08::inst_cbeq(t_mem code, bool prefix) { int ea; uchar operand1, operand2; signed char ofs; if ((code & 0xf0) == 0x40) { operand1 = regs.A; operand2 = fetch(); } else if ((code & 0xf0) == 0x50) { operand1 = regs.X; operand2 = fetch(); } else { ea = fetchea(code,prefix); operand1 = get1(ea); operand2 = regs.A; } ofs = fetch(); if (operand1==operand2) PC += ofs; if (code==0x71) incx(); return(resGO); } int cl_hc08::inst_rti(t_mem code, bool prefix) { pop1(regs.P); regs.P |= 0x60; pop1(regs.A); pop1(regs.X); pop2(PC); return(resGO); } int cl_hc08::inst_rts(t_mem code, bool prefix) { pop2(PC); return(resGO); } int cl_hc08::inst_mov(t_mem code, bool prefix) { int ea; uchar operand; bool aix; int hx = (regs.H << 8) | (regs.X); switch (code) { case 0x4e: //mov opr8a,opr8a operand = get1(fetch()); ea = fetch(); aix = 0; break; case 0x5e: //mov opr8a,x+ operand = get1(fetch()); ea = hx; aix = 1; break; case 0x6e: //mov #opr8i,opr8a operand = fetch(); ea = fetch(); aix = 0; break; case 0x7e: //mov x+,opr8a operand = get1(hx); ea = fetch(); aix = 1; break; default: return(resHALT); } store1(ea, operand); if (aix) incx(); FLAG_NZ(operand); FLAG_CLEAR(BIT_V); return(resGO); } int cl_hc08::inst_sthx(t_mem code, bool prefix) { int ea = fetch1(); store1(ea, regs.H); store1((ea+1) & 0xffff, regs.X); FLAG_CLEAR(BIT_V); FLAG_ASSIGN(BIT_N, regs.H & 0x80); FLAG_ASSIGN(BIT_Z, !regs.X && !regs.H); return(resGO); } int cl_hc08::inst_ldhx(t_mem code, bool prefix) { int ea; if (code == 0x45) { regs.H = fetch(); regs.X = fetch(); } else if (code == 0x55) { ea = fetch(); regs.H = get1(ea); regs.X = get1(ea+1); } else return(resHALT); FLAG_CLEAR(BIT_V); FLAG_ASSIGN(BIT_N, regs.H & 0x80); FLAG_ASSIGN(BIT_Z, !regs.X && !regs.H); return(resGO); } int cl_hc08::inst_cphx(t_mem code, bool prefix) { int ea; int hx; int operand; int result; if (code == 0x65) { operand = fetch2(); } else if (code == 0x75) { ea = fetch(); operand = (get1(ea) << 8) | get1(ea+1); } else return(resHALT); hx = (regs.H << 8) | regs.X; result = hx-operand; FLAG_ASSIGN (BIT_V, 0x8000 & (hx ^ operand ^ result ^ (result>>1))); FLAG_ASSIGN (BIT_C, 0x10000 & result); FLAG_ASSIGN(BIT_N, result & 0x8000); FLAG_ASSIGN(BIT_Z, !(result & 0xffff)); return(resGO); } int cl_hc08::inst_swi(t_mem code, bool prefix) { push2(PC); push1(regs.X); push1(regs.A); push1(regs.P); FLAG_CLEAR(BIT_I); PC = get2(0xfffc); return(resGO); } /* End of hc08.src/inst.cc */ sdcc-2.9.0/sim/ucsim/hc08.src/instcl.h000066400000000000000000000054221116427777700173710ustar00rootroot00000000000000/* hc08.src/instcl.h */ virtual void incx(void); virtual int fetchea(t_mem code, bool prefix); virtual int inst_nop(t_mem code, bool prefix); virtual int inst_transfer(t_mem code, bool prefix); virtual int inst_setclearflags(t_mem code, bool prefix); virtual int inst_rsp(t_mem code, bool prefix); virtual int inst_nsa(t_mem code, bool prefix); virtual int inst_lda(t_mem code, bool prefix); virtual int inst_ldx(t_mem code, bool prefix); virtual int inst_sta(t_mem code, bool prefix); virtual int inst_stx(t_mem code, bool prefix); virtual int inst_add(t_mem code, bool prefix); virtual int inst_adc(t_mem code, bool prefix); virtual int inst_sub(t_mem code, bool prefix); virtual int inst_sbc(t_mem code, bool prefix); virtual int inst_cmp(t_mem code, bool prefix); virtual int inst_cpx(t_mem code, bool prefix); virtual int inst_jmp(t_mem code, bool prefix); virtual int inst_jsr(t_mem code, bool prefix); virtual int inst_ais(t_mem code, bool prefix); virtual int inst_aix(t_mem code, bool prefix); virtual int inst_and(t_mem code, bool prefix); virtual int inst_bit(t_mem code, bool prefix); virtual int inst_ora(t_mem code, bool prefix); virtual int inst_eor(t_mem code, bool prefix); virtual int inst_asr(t_mem code, bool prefix); virtual int inst_lsr(t_mem code, bool prefix); virtual int inst_lsl(t_mem code, bool prefix); virtual int inst_rol(t_mem code, bool prefix); virtual int inst_ror(t_mem code, bool prefix); virtual int inst_inc(t_mem code, bool prefix); virtual int inst_dec(t_mem code, bool prefix); virtual int inst_dbnz(t_mem code, bool prefix); virtual int inst_tst(t_mem code, bool prefix); virtual int inst_clr(t_mem code, bool prefix); virtual int inst_clrh(t_mem code, bool prefix); virtual int inst_com(t_mem code, bool prefix); virtual int inst_neg(t_mem code, bool prefix); virtual int inst_pushpull(t_mem code, bool prefix); virtual int inst_stop(t_mem code, bool prefix); virtual int inst_wait(t_mem code, bool prefix); virtual int inst_daa(t_mem code, bool prefix); virtual int inst_mul(t_mem code, bool prefix); virtual int inst_div(t_mem code, bool prefix); virtual int inst_condbranch(t_mem code, bool prefix); virtual int inst_bitsetclear(t_mem code, bool prefix); virtual int inst_bittestsetclear(t_mem code, bool prefix); virtual int inst_cbeq(t_mem code, bool prefix); virtual int inst_rti(t_mem code, bool prefix); virtual int inst_rts(t_mem code, bool prefix); virtual int inst_mov(t_mem code, bool prefix); virtual int inst_sthx(t_mem code, bool prefix); virtual int inst_ldhx(t_mem code, bool prefix); virtual int inst_cphx(t_mem code, bool prefix); virtual int inst_swi(t_mem code, bool prefix); virtual int inst_bsr(t_mem code, bool prefix); /* End of hc08.src/instcl.h */ sdcc-2.9.0/sim/ucsim/hc08.src/regshc08.h000066400000000000000000000037671116427777700175320ustar00rootroot00000000000000/* * Simulator of microcontrollers (regsz80.h) * * some z80 code base from Karl Bongers karl@turbobit.com * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef REGHC08_HEADER #define REGHC08_HEADER #include "ddconfig.h" struct t_regpair { #ifdef WORDS_BIGENDIAN TYPE_UBYTE h; TYPE_UBYTE l; #else TYPE_UBYTE l; TYPE_UBYTE h; #endif }; #define DEF_REGPAIR(BIGNAME,smallname) \ union { \ TYPE_UWORD BIGNAME; \ struct t_regpair smallname; \ } struct t_regs { TYPE_UBYTE A; TYPE_UBYTE P; TYPE_UBYTE H; TYPE_UBYTE X; TYPE_UWORD SP; TYPE_UBYTE VECTOR; }; #define BIT_C 0x01 // carry status(out of bit 7) #define BIT_Z 0x02 // zero status, 1=zero, 0=nonzero #define BIT_N 0x04 // sign, 1=negative, 0=positive (or zero) #define BIT_I 0x08 // interrupt mask, 1=disabled, 0=enabled #define BIT_H 0x10 // half carry status(out of bit 3) #define BIT_V 0x80 // signed overflow, 1=overflow #define BIT_ALL (BIT_C |BIT_Z |BIT_N |BIT_I |BIT_H |BIT_V) // all bits #define BITPOS_C 0 // 1 #define BITPOS_Z 1 // 2H #define BITPOS_N 2 // 4H #define BITPOS_I 3 // 8H #define BITPOS_H 4 // 10H #define BITPOS_V 7 // 80H #endif /* End of hc08.src/regshc08.h */ sdcc-2.9.0/sim/ucsim/hc08.src/shc08.cc000066400000000000000000000024471116427777700171640ustar00rootroot00000000000000/* * Simulator of microcontrollers (shc08.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // prj #include "globals.h" // sim.src #include "appcl.h" // local #include "simhc08cl.h" int main(int argc, char *argv[]) { class cl_sim *sim; application= new cl_app(); application->init(argc, argv); sim= new cl_simhc08(application); sim->init(); application->set_simulator(sim); application->run(); delete application; return(0); } /* End of hc08.src/shc08.cc */ sdcc-2.9.0/sim/ucsim/hc08.src/simhc08.cc000066400000000000000000000022161116427777700175040ustar00rootroot00000000000000/* * Simulator of microcontrollers (simhc08.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // local #include "simhc08cl.h" #include "hc08cl.h" cl_simhc08::cl_simhc08(class cl_app *the_app): cl_sim(the_app) {} class cl_uc * cl_simhc08::mk_controller(void) { return(new cl_hc08(this)); } /* End of hc08.src/simhc08.cc */ sdcc-2.9.0/sim/ucsim/hc08.src/simhc08cl.h000066400000000000000000000022241116427777700176640ustar00rootroot00000000000000/* * Simulator of microcontrollers (simhc08cl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIMHC08CL_HEADER #define SIMHC08CL_HEADER #include "simcl.h" class cl_simhc08: public cl_sim { public: cl_simhc08(class cl_app *the_app); virtual class cl_uc *mk_controller(void); }; #endif /* End of hc08.src/simhc08cl.h */ sdcc-2.9.0/sim/ucsim/i_string.h000066400000000000000000000024451116427777700163650ustar00rootroot00000000000000/* * Simulator of microcontrollers (i_string.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef I_STRING_HEADER #define I_STRING_HEADER #include "ddconfig.h" #if STDC_HEADERS # include #else # ifndef HAVE_STRCHR # define strchr index # define strrchr rindex # endif char *strchr (), *strrchr (); # ifndef HAVE_MEMCPY # define memcpy(d, s, n) bcopy ((s), (d), (n)) # define memmove(d, s, n) bcopy ((s), (d), (n)) # endif #endif #endif /* End of i_string.h */ sdcc-2.9.0/sim/ucsim/install-sh000077500000000000000000000112441116427777700163770ustar00rootroot00000000000000#! /bin/sh # # install - install a program, script, or datafile # This comes from X11R5. # # Calling this script install-sh is preferred over install.sh, to prevent # `make' implicit rules from creating a file called install from it # when there is no Makefile. # # This script is compatible with the BSD install script, but was written # from scratch. # # set DOITPROG to echo to test this script # Don't use :- since 4.3BSD and earlier shells don't like it. doit="${DOITPROG-}" # put in absolute paths if you don't have them in your path; or use env. vars. mvprog="${MVPROG-mv}" cpprog="${CPPROG-cp}" chmodprog="${CHMODPROG-chmod}" chownprog="${CHOWNPROG-chown}" chgrpprog="${CHGRPPROG-chgrp}" stripprog="${STRIPPROG-strip}" rmprog="${RMPROG-rm}" mkdirprog="${MKDIRPROG-mkdir}" tranformbasename="" transform_arg="" instcmd="$mvprog" chmodcmd="$chmodprog 0755" chowncmd="" chgrpcmd="" stripcmd="" rmcmd="$rmprog -f" mvcmd="$mvprog" src="" dst="" dir_arg="" while [ x"$1" != x ]; do case $1 in -c) instcmd="$cpprog" shift continue;; -d) dir_arg=true shift continue;; -m) chmodcmd="$chmodprog $2" shift shift continue;; -o) chowncmd="$chownprog $2" shift shift continue;; -g) chgrpcmd="$chgrpprog $2" shift shift continue;; -s) stripcmd="$stripprog" shift continue;; -t=*) transformarg=`echo $1 | sed 's/-t=//'` shift continue;; -b=*) transformbasename=`echo $1 | sed 's/-b=//'` shift continue;; *) if [ x"$src" = x ] then src=$1 else # this colon is to work around a 386BSD /bin/sh bug : dst=$1 fi shift continue;; esac done if [ x"$src" = x ] then echo "install: no input file specified" exit 1 else true fi if [ x"$dir_arg" != x ]; then dst=$src src="" if [ -d $dst ]; then instcmd=: else instcmd=mkdir fi else # Waiting for this to be detected by the "$instcmd $src $dsttmp" command # might cause directories to be created, which would be especially bad # if $src (and thus $dsttmp) contains '*'. if [ -f $src -o -d $src ] then true else echo "install: $src does not exist" exit 1 fi if [ x"$dst" = x ] then echo "install: no destination specified" exit 1 else true fi # If destination is a directory, append the input filename; if your system # does not like double slashes in filenames, you may need to add some logic if [ -d $dst ] then dst="$dst"/`basename $src` else true fi fi ## this sed command emulates the dirname command dstdir=`echo $dst | sed -e 's,[^/]*$,,;s,/$,,;s,^$,.,'` # Make sure that the destination directory exists. # this part is taken from Noah Friedman's mkinstalldirs script # Skip lots of stat calls in the usual case. if [ ! -d "$dstdir" ]; then defaultIFS=' ' IFS="${IFS-${defaultIFS}}" oIFS="${IFS}" # Some sh's can't handle IFS=/ for some reason. IFS='%' set - `echo ${dstdir} | sed -e 's@/@%@g' -e 's@^%@/@'` IFS="${oIFS}" pathcomp='' while [ $# -ne 0 ] ; do pathcomp="${pathcomp}${1}" shift if [ ! -d "${pathcomp}" ] ; then $mkdirprog "${pathcomp}" else true fi pathcomp="${pathcomp}/" done fi if [ x"$dir_arg" != x ] then $doit $instcmd $dst && if [ x"$chowncmd" != x ]; then $doit $chowncmd $dst; else true ; fi && if [ x"$chgrpcmd" != x ]; then $doit $chgrpcmd $dst; else true ; fi && if [ x"$stripcmd" != x ]; then $doit $stripcmd $dst; else true ; fi && if [ x"$chmodcmd" != x ]; then $doit $chmodcmd $dst; else true ; fi else # If we're going to rename the final executable, determine the name now. if [ x"$transformarg" = x ] then dstfile=`basename $dst` else dstfile=`basename $dst $transformbasename | sed $transformarg`$transformbasename fi # don't allow the sed command to completely eliminate the filename if [ x"$dstfile" = x ] then dstfile=`basename $dst` else true fi # Make a temp file name in the proper directory. dsttmp=$dstdir/#inst.$$# # Move or copy the file name to the temp name $doit $instcmd $src $dsttmp && trap "rm -f ${dsttmp}" 0 && # and set any options; do chmod last to preserve setuid bits # If any of these fail, we abort the whole thing. If we want to # ignore errors from any of these, just make sure not to ignore # errors from the above "$doit $instcmd $src $dsttmp" command. if [ x"$chowncmd" != x ]; then $doit $chowncmd $dsttmp; else true;fi && if [ x"$chgrpcmd" != x ]; then $doit $chgrpcmd $dsttmp; else true;fi && if [ x"$stripcmd" != x ]; then $doit $stripcmd $dsttmp; else true;fi && if [ x"$chmodcmd" != x ]; then $doit $chmodcmd $dsttmp; else true;fi && # Now rename the file to the real destination. $doit $rmcmd -f $dstdir/$dstfile && $doit $mvcmd $dsttmp $dstdir/$dstfile fi && exit 0 sdcc-2.9.0/sim/ucsim/libltdl/000077500000000000000000000000001116427777700160175ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/libltdl/COPYING.LIB000066400000000000000000000636501116427777700174710ustar00rootroot00000000000000 GNU LESSER GENERAL PUBLIC LICENSE Version 2.1, February 1999 Copyright (C) 1991, 1999 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. 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See the GNU ## General Public License for more details. ## ## You should have received a copy of the GNU General Public License ## along with this program; if not, write to the Free Software ## Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ## ## As a special exception to the GNU General Public License, if you ## distribute this file as part of a program that contains a ## configuration script generated by Autoconf, you may include it under ## the same distribution terms that you use for the rest of that program. # serial 46 AC_PROG_LIBTOOL AC_DEFUN([AC_PROG_LIBTOOL], [AC_REQUIRE([AC_LIBTOOL_SETUP])dnl # This can be used to rebuild libtool when needed LIBTOOL_DEPS="$ac_aux_dir/ltmain.sh" # Always use our own libtool. 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IFS="${IFS= }"; save_ifs="$IFS"; IFS=$PATH_SEPARATOR for dir in $PATH /usr/ucb; do if (test -f $dir/echo || test -f $dir/echo$ac_exeext) && test "X`($dir/echo '\t') 2>/dev/null`" = 'X\t' && echo_testing_string=`($dir/echo "$echo_test_string") 2>/dev/null` && test "X$echo_testing_string" = "X$echo_test_string"; then echo="$dir/echo" break fi done IFS="$save_ifs" if test "X$echo" = Xecho; then # We didn't find a better echo, so look for alternatives. if test "X`(print -r '\t') 2>/dev/null`" = 'X\t' && echo_testing_string=`(print -r "$echo_test_string") 2>/dev/null` && test "X$echo_testing_string" = "X$echo_test_string"; then # This shell has a builtin print -r that does the trick. echo='print -r' elif (test -f /bin/ksh || test -f /bin/ksh$ac_exeext) && test "X$CONFIG_SHELL" != X/bin/ksh; then # If we have ksh, try running configure again with it. ORIGINAL_CONFIG_SHELL=${CONFIG_SHELL-/bin/sh} export ORIGINAL_CONFIG_SHELL CONFIG_SHELL=/bin/ksh export CONFIG_SHELL exec $CONFIG_SHELL "[$]0" --no-reexec ${1+"[$]@"} else # Try using printf. echo='printf %s\n' if test "X`($echo '\t') 2>/dev/null`" = 'X\t' && echo_testing_string=`($echo "$echo_test_string") 2>/dev/null` && test "X$echo_testing_string" = "X$echo_test_string"; then # Cool, printf works : elif echo_testing_string=`($ORIGINAL_CONFIG_SHELL "[$]0" --fallback-echo '\t') 2>/dev/null` && test "X$echo_testing_string" = 'X\t' && echo_testing_string=`($ORIGINAL_CONFIG_SHELL "[$]0" --fallback-echo "$echo_test_string") 2>/dev/null` && test "X$echo_testing_string" = "X$echo_test_string"; then CONFIG_SHELL=$ORIGINAL_CONFIG_SHELL export CONFIG_SHELL SHELL="$CONFIG_SHELL" export SHELL echo="$CONFIG_SHELL [$]0 --fallback-echo" elif echo_testing_string=`($CONFIG_SHELL "[$]0" --fallback-echo '\t') 2>/dev/null` && test "X$echo_testing_string" = 'X\t' && echo_testing_string=`($CONFIG_SHELL "[$]0" --fallback-echo "$echo_test_string") 2>/dev/null` && test "X$echo_testing_string" = "X$echo_test_string"; then echo="$CONFIG_SHELL [$]0 --fallback-echo" else # maybe with a smaller string... prev=: for cmd in 'echo test' 'sed 2q "[$]0"' 'sed 10q "[$]0"' 'sed 20q "[$]0"' 'sed 50q "[$]0"'; do if (test "X$echo_test_string" = "X`eval $cmd`") 2>/dev/null then break fi prev="$cmd" done if test "$prev" != 'sed 50q "[$]0"'; then echo_test_string=`eval $prev` export echo_test_string exec ${ORIGINAL_CONFIG_SHELL-${CONFIG_SHELL-/bin/sh}} "[$]0" ${1+"[$]@"} else # Oops. We lost completely, so just stick with echo. echo=echo fi fi fi fi fi fi # Copy echo and quote the copy suitably for passing to libtool from # the Makefile, instead of quoting the original, which is used later. ECHO=$echo if test "X$ECHO" = "X$CONFIG_SHELL [$]0 --fallback-echo"; then ECHO="$CONFIG_SHELL \\\$\[$]0 --fallback-echo" fi AC_SUBST(ECHO) AC_DIVERT_POP ])# _LT_AC_PROG_ECHO_BACKSLASH # _LT_AC_TRY_DLOPEN_SELF (ACTION-IF-TRUE, ACTION-IF-TRUE-W-USCORE, # ACTION-IF-FALSE, ACTION-IF-CROSS-COMPILING) # ------------------------------------------------------------------ AC_DEFUN([_LT_AC_TRY_DLOPEN_SELF], [if test "$cross_compiling" = yes; then : [$4] else AC_REQUIRE([_LT_AC_CHECK_DLFCN])dnl lt_dlunknown=0; lt_dlno_uscore=1; lt_dlneed_uscore=2 lt_status=$lt_dlunknown cat > conftest.$ac_ext < #endif #include #ifdef RTLD_GLOBAL # define LT_DLGLOBAL RTLD_GLOBAL #else # ifdef DL_GLOBAL # define LT_DLGLOBAL DL_GLOBAL # else # define LT_DLGLOBAL 0 # endif #endif /* We may have to define LT_DLLAZY_OR_NOW in the command line if we find out it does not work in some platform. */ #ifndef LT_DLLAZY_OR_NOW # ifdef RTLD_LAZY # define LT_DLLAZY_OR_NOW RTLD_LAZY # else # ifdef DL_LAZY # define LT_DLLAZY_OR_NOW DL_LAZY # else # ifdef RTLD_NOW # define LT_DLLAZY_OR_NOW RTLD_NOW # else # ifdef DL_NOW # define LT_DLLAZY_OR_NOW DL_NOW # else # define LT_DLLAZY_OR_NOW 0 # endif # endif # endif # endif #endif #ifdef __cplusplus extern "C" void exit (int); #endif void fnord() { int i=42;} int main () { void *self = dlopen (0, LT_DLGLOBAL|LT_DLLAZY_OR_NOW); int status = $lt_dlunknown; if (self) { if (dlsym (self,"fnord")) status = $lt_dlno_uscore; else if (dlsym( self,"_fnord")) status = $lt_dlneed_uscore; /* dlclose (self); */ } exit (status); }] EOF if AC_TRY_EVAL(ac_link) && test -s conftest${ac_exeext} 2>/dev/null; then (./conftest; exit; ) 2>/dev/null lt_status=$? case x$lt_status in x$lt_dlno_uscore) $1 ;; x$lt_dlneed_uscore) $2 ;; x$lt_unknown|x*) $3 ;; esac else : # compilation failed $3 fi fi rm -fr conftest* ])# _LT_AC_TRY_DLOPEN_SELF # AC_LIBTOOL_DLOPEN_SELF # ------------------- AC_DEFUN([AC_LIBTOOL_DLOPEN_SELF], [if test "x$enable_dlopen" != xyes; then enable_dlopen=unknown enable_dlopen_self=unknown enable_dlopen_self_static=unknown else lt_cv_dlopen=no lt_cv_dlopen_libs= case $host_os in beos*) lt_cv_dlopen="load_add_on" lt_cv_dlopen_libs= lt_cv_dlopen_self=yes ;; cygwin* | mingw* | pw32*) lt_cv_dlopen="LoadLibrary" lt_cv_dlopen_libs= ;; *) AC_CHECK_FUNC([shl_load], [lt_cv_dlopen="shl_load"], [AC_CHECK_LIB([dld], [shl_load], [lt_cv_dlopen="shl_load" lt_cv_dlopen_libs="-dld"], [AC_CHECK_FUNC([dlopen], [lt_cv_dlopen="dlopen"], [AC_CHECK_LIB([dl], [dlopen], [lt_cv_dlopen="dlopen" lt_cv_dlopen_libs="-ldl"], [AC_CHECK_LIB([svld], [dlopen], [lt_cv_dlopen="dlopen" lt_cv_dlopen_libs="-lsvld"], [AC_CHECK_LIB([dld], [dld_link], [lt_cv_dlopen="dld_link" lt_cv_dlopen_libs="-dld"]) ]) ]) ]) ]) ]) ;; esac if test "x$lt_cv_dlopen" != xno; then enable_dlopen=yes else enable_dlopen=no fi case $lt_cv_dlopen in dlopen) save_CPPFLAGS="$CPPFLAGS" AC_REQUIRE([_LT_AC_CHECK_DLFCN])dnl test "x$ac_cv_header_dlfcn_h" = xyes && CPPFLAGS="$CPPFLAGS -DHAVE_DLFCN_H" save_LDFLAGS="$LDFLAGS" eval LDFLAGS=\"\$LDFLAGS $export_dynamic_flag_spec\" save_LIBS="$LIBS" LIBS="$lt_cv_dlopen_libs $LIBS" AC_CACHE_CHECK([whether a program can dlopen itself], lt_cv_dlopen_self, [dnl _LT_AC_TRY_DLOPEN_SELF( lt_cv_dlopen_self=yes, lt_cv_dlopen_self=yes, lt_cv_dlopen_self=no, lt_cv_dlopen_self=cross) ]) if test "x$lt_cv_dlopen_self" = xyes; then LDFLAGS="$LDFLAGS $link_static_flag" AC_CACHE_CHECK([whether a statically linked program can dlopen itself], lt_cv_dlopen_self_static, [dnl _LT_AC_TRY_DLOPEN_SELF( lt_cv_dlopen_self_static=yes, lt_cv_dlopen_self_static=yes, lt_cv_dlopen_self_static=no, lt_cv_dlopen_self_static=cross) ]) fi CPPFLAGS="$save_CPPFLAGS" LDFLAGS="$save_LDFLAGS" LIBS="$save_LIBS" ;; esac case $lt_cv_dlopen_self in yes|no) enable_dlopen_self=$lt_cv_dlopen_self ;; *) enable_dlopen_self=unknown ;; esac case $lt_cv_dlopen_self_static in yes|no) enable_dlopen_self_static=$lt_cv_dlopen_self_static ;; *) enable_dlopen_self_static=unknown ;; esac fi ])# AC_LIBTOOL_DLOPEN_SELF AC_DEFUN([_LT_AC_LTCONFIG_HACK], [AC_REQUIRE([AC_LIBTOOL_SYS_GLOBAL_SYMBOL_PIPE])dnl # Sed substitution that helps us do robust quoting. It backslashifies # metacharacters that are still active within double-quoted strings. Xsed='sed -e s/^X//' sed_quote_subst='s/\([[\\"\\`$\\\\]]\)/\\\1/g' # Same as above, but do not quote variable references. double_quote_subst='s/\([[\\"\\`\\\\]]\)/\\\1/g' # Sed substitution to delay expansion of an escaped shell variable in a # double_quote_subst'ed string. delay_variable_subst='s/\\\\\\\\\\\$/\\\\\\$/g' # Constants: rm="rm -f" # Global variables: default_ofile=libtool can_build_shared=yes # All known linkers require a `.a' archive for static linking (except M$VC, # which needs '.lib'). libext=a ltmain="$ac_aux_dir/ltmain.sh" ofile="$default_ofile" with_gnu_ld="$lt_cv_prog_gnu_ld" need_locks="$enable_libtool_lock" old_CC="$CC" old_CFLAGS="$CFLAGS" # Set sane defaults for various variables test -z "$AR" && AR=ar test -z "$AR_FLAGS" && AR_FLAGS=cru test -z "$AS" && AS=as test -z "$CC" && CC=cc test -z "$DLLTOOL" && DLLTOOL=dlltool test -z "$LD" && LD=ld test -z "$LN_S" && LN_S="ln -s" test -z "$MAGIC_CMD" && MAGIC_CMD=file test -z "$NM" && NM=nm test -z "$OBJDUMP" && OBJDUMP=objdump test -z "$RANLIB" && RANLIB=: test -z "$STRIP" && STRIP=: test -z "$ac_objext" && ac_objext=o if test x"$host" != x"$build"; then ac_tool_prefix=${host_alias}- else ac_tool_prefix= fi # Transform linux* to *-*-linux-gnu*, to support old configure scripts. case $host_os in linux-gnu*) ;; linux*) host=`echo $host | sed 's/^\(.*-.*-linux\)\(.*\)$/\1-gnu\2/'` esac case $host_os in aix3*) # AIX sometimes has problems with the GCC collect2 program. For some # reason, if we set the COLLECT_NAMES environment variable, the problems # vanish in a puff of smoke. if test "X${COLLECT_NAMES+set}" != Xset; then COLLECT_NAMES= export COLLECT_NAMES fi ;; esac # Determine commands to create old-style static archives. old_archive_cmds='$AR $AR_FLAGS $oldlib$oldobjs$old_deplibs' old_postinstall_cmds='chmod 644 $oldlib' old_postuninstall_cmds= if test -n "$RANLIB"; then case $host_os in openbsd*) old_postinstall_cmds="\$RANLIB -t \$oldlib~$old_postinstall_cmds" ;; *) old_postinstall_cmds="\$RANLIB \$oldlib~$old_postinstall_cmds" ;; esac old_archive_cmds="$old_archive_cmds~\$RANLIB \$oldlib" fi # Allow CC to be a program name with arguments. set dummy $CC compiler="[$]2" ## FIXME: this should be a separate macro ## AC_MSG_CHECKING([for objdir]) rm -f .libs 2>/dev/null mkdir .libs 2>/dev/null if test -d .libs; then objdir=.libs else # MS-DOS does not allow filenames that begin with a dot. objdir=_libs fi rmdir .libs 2>/dev/null AC_MSG_RESULT($objdir) ## ## END FIXME ## FIXME: this should be a separate macro ## AC_ARG_WITH(pic, [ --with-pic try to use only PIC/non-PIC objects [default=use both]], pic_mode="$withval", pic_mode=default) test -z "$pic_mode" && pic_mode=default # We assume here that the value for lt_cv_prog_cc_pic will not be cached # in isolation, and that seeing it set (from the cache) indicates that # the associated values are set (in the cache) correctly too. AC_MSG_CHECKING([for $compiler option to produce PIC]) AC_CACHE_VAL(lt_cv_prog_cc_pic, [ lt_cv_prog_cc_pic= lt_cv_prog_cc_shlib= lt_cv_prog_cc_wl= lt_cv_prog_cc_static= lt_cv_prog_cc_no_builtin= lt_cv_prog_cc_can_build_shared=$can_build_shared if test "$GCC" = yes; then lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-static' case $host_os in aix*) # Below there is a dirty hack to force normal static linking with -ldl # The problem is because libdl dynamically linked with both libc and # libC (AIX C++ library), which obviously doesn't included in libraries # list by gcc. This cause undefined symbols with -static flags. # This hack allows C programs to be linked with "-static -ldl", but # not sure about C++ programs. lt_cv_prog_cc_static="$lt_cv_prog_cc_static ${lt_cv_prog_cc_wl}-lC" ;; amigaos*) # FIXME: we need at least 68020 code to build shared libraries, but # adding the `-m68020' flag to GCC prevents building anything better, # like `-m68040'. lt_cv_prog_cc_pic='-m68020 -resident32 -malways-restore-a4' ;; beos* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*) # PIC is the default for these OSes. ;; darwin* | rhapsody*) # PIC is the default on this platform # Common symbols not allowed in MH_DYLIB files lt_cv_prog_cc_pic='-fno-common' ;; cygwin* | mingw* | pw32* | os2*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). lt_cv_prog_cc_pic='-DDLL_EXPORT' ;; sysv4*MP*) if test -d /usr/nec; then lt_cv_prog_cc_pic=-Kconform_pic fi ;; *) lt_cv_prog_cc_pic='-fPIC' ;; esac else # PORTME Check for PIC flags for the system compiler. case $host_os in aix3* | aix4* | aix5*) lt_cv_prog_cc_wl='-Wl,' # All AIX code is PIC. if test "$host_cpu" = ia64; then # AIX 5 now supports IA64 processor lt_cv_prog_cc_static='-Bstatic' else lt_cv_prog_cc_static='-bnso -bI:/lib/syscalls.exp' fi ;; hpux9* | hpux10* | hpux11*) # Is there a better lt_cv_prog_cc_static that works with the bundled CC? lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static="${lt_cv_prog_cc_wl}-a ${lt_cv_prog_cc_wl}archive" lt_cv_prog_cc_pic='+Z' ;; irix5* | irix6* | nonstopux*) lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-non_shared' # PIC (with -KPIC) is the default. ;; cygwin* | mingw* | pw32* | os2*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). lt_cv_prog_cc_pic='-DDLL_EXPORT' ;; newsos6) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' ;; osf3* | osf4* | osf5*) # All OSF/1 code is PIC. lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-non_shared' ;; sco3.2v5*) lt_cv_prog_cc_pic='-Kpic' lt_cv_prog_cc_static='-dn' lt_cv_prog_cc_shlib='-belf' ;; solaris*) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' lt_cv_prog_cc_wl='-Wl,' ;; sunos4*) lt_cv_prog_cc_pic='-PIC' lt_cv_prog_cc_static='-Bstatic' lt_cv_prog_cc_wl='-Qoption ld ' ;; sysv4 | sysv4.2uw2* | sysv4.3* | sysv5*) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' if test "x$host_vendor" = xsni; then lt_cv_prog_cc_wl='-LD' else lt_cv_prog_cc_wl='-Wl,' fi ;; uts4*) lt_cv_prog_cc_pic='-pic' lt_cv_prog_cc_static='-Bstatic' ;; sysv4*MP*) if test -d /usr/nec ;then lt_cv_prog_cc_pic='-Kconform_pic' lt_cv_prog_cc_static='-Bstatic' fi ;; *) lt_cv_prog_cc_can_build_shared=no ;; esac fi ]) if test -z "$lt_cv_prog_cc_pic"; then AC_MSG_RESULT([none]) else AC_MSG_RESULT([$lt_cv_prog_cc_pic]) # Check to make sure the pic_flag actually works. AC_MSG_CHECKING([if $compiler PIC flag $lt_cv_prog_cc_pic works]) AC_CACHE_VAL(lt_cv_prog_cc_pic_works, [dnl save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS $lt_cv_prog_cc_pic -DPIC" AC_TRY_COMPILE([], [], [dnl case $host_os in hpux9* | hpux10* | hpux11*) # On HP-UX, both CC and GCC only warn that PIC is supported... then # they create non-PIC objects. So, if there were any warnings, we # assume that PIC is not supported. if test -s conftest.err; then lt_cv_prog_cc_pic_works=no else lt_cv_prog_cc_pic_works=yes fi ;; *) lt_cv_prog_cc_pic_works=yes ;; esac ], [dnl lt_cv_prog_cc_pic_works=no ]) CFLAGS="$save_CFLAGS" ]) if test "X$lt_cv_prog_cc_pic_works" = Xno; then lt_cv_prog_cc_pic= lt_cv_prog_cc_can_build_shared=no else lt_cv_prog_cc_pic=" $lt_cv_prog_cc_pic" fi AC_MSG_RESULT([$lt_cv_prog_cc_pic_works]) fi ## ## END FIXME # Check for any special shared library compilation flags. if test -n "$lt_cv_prog_cc_shlib"; then AC_MSG_WARN([\`$CC' requires \`$lt_cv_prog_cc_shlib' to build shared libraries]) if echo "$old_CC $old_CFLAGS " | egrep -e "[[ ]]$lt_cv_prog_cc_shlib[[ ]]" >/dev/null; then : else AC_MSG_WARN([add \`$lt_cv_prog_cc_shlib' to the CC or CFLAGS env variable and reconfigure]) lt_cv_prog_cc_can_build_shared=no fi fi ## FIXME: this should be a separate macro ## AC_MSG_CHECKING([if $compiler static flag $lt_cv_prog_cc_static works]) AC_CACHE_VAL([lt_cv_prog_cc_static_works], [dnl lt_cv_prog_cc_static_works=no save_LDFLAGS="$LDFLAGS" LDFLAGS="$LDFLAGS $lt_cv_prog_cc_static" AC_TRY_LINK([], [], [lt_cv_prog_cc_static_works=yes]) LDFLAGS="$save_LDFLAGS" ]) # Belt *and* braces to stop my trousers falling down: test "X$lt_cv_prog_cc_static_works" = Xno && lt_cv_prog_cc_static= AC_MSG_RESULT([$lt_cv_prog_cc_static_works]) pic_flag="$lt_cv_prog_cc_pic" special_shlib_compile_flags="$lt_cv_prog_cc_shlib" wl="$lt_cv_prog_cc_wl" link_static_flag="$lt_cv_prog_cc_static" no_builtin_flag="$lt_cv_prog_cc_no_builtin" can_build_shared="$lt_cv_prog_cc_can_build_shared" ## ## END FIXME ## FIXME: this should be a separate macro ## # Check to see if options -o and -c are simultaneously supported by compiler AC_MSG_CHECKING([if $compiler supports -c -o file.$ac_objext]) AC_CACHE_VAL([lt_cv_compiler_c_o], [ $rm -r conftest 2>/dev/null mkdir conftest cd conftest echo "int some_variable = 0;" > conftest.$ac_ext mkdir out # According to Tom Tromey, Ian Lance Taylor reported there are C compilers # that will create temporary files in the current directory regardless of # the output directory. Thus, making CWD read-only will cause this test # to fail, enabling locking or at least warning the user not to do parallel # builds. chmod -w . save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -o out/conftest2.$ac_objext" compiler_c_o=no if { (eval echo configure:__oline__: \"$ac_compile\") 1>&5; (eval $ac_compile) 2>out/conftest.err; } && test -s out/conftest2.$ac_objext; then # The compiler can only warn and ignore the option if not recognized # So say no if there are warnings if test -s out/conftest.err; then lt_cv_compiler_c_o=no else lt_cv_compiler_c_o=yes fi else # Append any errors to the config.log. cat out/conftest.err 1>&AC_FD_CC lt_cv_compiler_c_o=no fi CFLAGS="$save_CFLAGS" chmod u+w . $rm conftest* out/* rmdir out cd .. rmdir conftest $rm -r conftest 2>/dev/null ]) compiler_c_o=$lt_cv_compiler_c_o AC_MSG_RESULT([$compiler_c_o]) if test x"$compiler_c_o" = x"yes"; then # Check to see if we can write to a .lo AC_MSG_CHECKING([if $compiler supports -c -o file.lo]) AC_CACHE_VAL([lt_cv_compiler_o_lo], [ lt_cv_compiler_o_lo=no save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -c -o conftest.lo" save_objext="$ac_objext" ac_objext=lo AC_TRY_COMPILE([], [int some_variable = 0;], [dnl # The compiler can only warn and ignore the option if not recognized # So say no if there are warnings if test -s conftest.err; then lt_cv_compiler_o_lo=no else lt_cv_compiler_o_lo=yes fi ]) ac_objext="$save_objext" CFLAGS="$save_CFLAGS" ]) compiler_o_lo=$lt_cv_compiler_o_lo AC_MSG_RESULT([$compiler_o_lo]) else compiler_o_lo=no fi ## ## END FIXME ## FIXME: this should be a separate macro ## # Check to see if we can do hard links to lock some files if needed hard_links="nottested" if test "$compiler_c_o" = no && test "$need_locks" != no; then # do not overwrite the value of need_locks provided by the user AC_MSG_CHECKING([if we can lock with hard links]) hard_links=yes $rm conftest* ln conftest.a conftest.b 2>/dev/null && hard_links=no touch conftest.a ln conftest.a conftest.b 2>&5 || hard_links=no ln conftest.a conftest.b 2>/dev/null && hard_links=no AC_MSG_RESULT([$hard_links]) if test "$hard_links" = no; then AC_MSG_WARN([\`$CC' does not support \`-c -o', so \`make -j' may be unsafe]) need_locks=warn fi else need_locks=no fi ## ## END FIXME ## FIXME: this should be a separate macro ## if test "$GCC" = yes; then # Check to see if options -fno-rtti -fno-exceptions are supported by compiler AC_MSG_CHECKING([if $compiler supports -fno-rtti -fno-exceptions]) echo "int some_variable = 0;" > conftest.$ac_ext save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -fno-rtti -fno-exceptions -c conftest.$ac_ext" compiler_rtti_exceptions=no AC_TRY_COMPILE([], [int some_variable = 0;], [dnl # The compiler can only warn and ignore the option if not recognized # So say no if there are warnings if test -s conftest.err; then compiler_rtti_exceptions=no else compiler_rtti_exceptions=yes fi ]) CFLAGS="$save_CFLAGS" AC_MSG_RESULT([$compiler_rtti_exceptions]) if test "$compiler_rtti_exceptions" = "yes"; then no_builtin_flag=' -fno-builtin -fno-rtti -fno-exceptions' else no_builtin_flag=' -fno-builtin' fi fi ## ## END FIXME ## FIXME: this should be a separate macro ## # See if the linker supports building shared libraries. AC_MSG_CHECKING([whether the linker ($LD) supports shared libraries]) allow_undefined_flag= no_undefined_flag= need_lib_prefix=unknown need_version=unknown # when you set need_version to no, make sure it does not cause -set_version # flags to be left without arguments archive_cmds= archive_expsym_cmds= old_archive_from_new_cmds= old_archive_from_expsyms_cmds= export_dynamic_flag_spec= whole_archive_flag_spec= thread_safe_flag_spec= hardcode_into_libs=no hardcode_libdir_flag_spec= hardcode_libdir_separator= hardcode_direct=no hardcode_minus_L=no hardcode_shlibpath_var=unsupported runpath_var= link_all_deplibs=unknown always_export_symbols=no export_symbols_cmds='$NM $libobjs $convenience | $global_symbol_pipe | sed '\''s/.* //'\'' | sort | uniq > $export_symbols' # include_expsyms should be a list of space-separated symbols to be *always* # included in the symbol list include_expsyms= # exclude_expsyms can be an egrep regular expression of symbols to exclude # it will be wrapped by ` (' and `)$', so one must not match beginning or # end of line. Example: `a|bc|.*d.*' will exclude the symbols `a' and `bc', # as well as any symbol that contains `d'. exclude_expsyms="_GLOBAL_OFFSET_TABLE_" # Although _GLOBAL_OFFSET_TABLE_ is a valid symbol C name, most a.out # platforms (ab)use it in PIC code, but their linkers get confused if # the symbol is explicitly referenced. Since portable code cannot # rely on this symbol name, it's probably fine to never include it in # preloaded symbol tables. extract_expsyms_cmds= case $host_os in cygwin* | mingw* | pw32*) # FIXME: the MSVC++ port hasn't been tested in a loooong time # When not using gcc, we currently assume that we are using # Microsoft Visual C++. if test "$GCC" != yes; then with_gnu_ld=no fi ;; openbsd*) with_gnu_ld=no ;; esac ld_shlibs=yes if test "$with_gnu_ld" = yes; then # If archive_cmds runs LD, not CC, wlarc should be empty wlarc='${wl}' # See if GNU ld supports shared libraries. case $host_os in aix3* | aix4* | aix5*) # On AIX, the GNU linker is very broken # Note:Check GNU linker on AIX 5-IA64 when/if it becomes available. ld_shlibs=no cat <&2 *** Warning: the GNU linker, at least up to release 2.9.1, is reported *** to be unable to reliably create shared libraries on AIX. *** Therefore, libtool is disabling shared libraries support. If you *** really care for shared libraries, you may want to modify your PATH *** so that a non-GNU linker is found, and then restart. EOF ;; amigaos*) archive_cmds='$rm $output_objdir/a2ixlibrary.data~$echo "#define NAME $libname" > $output_objdir/a2ixlibrary.data~$echo "#define LIBRARY_ID 1" >> $output_objdir/a2ixlibrary.data~$echo "#define VERSION $major" >> $output_objdir/a2ixlibrary.data~$echo "#define REVISION $revision" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)' hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes # Samuel A. Falvo II reports # that the semantics of dynamic libraries on AmigaOS, at least up # to version 4, is to share data among multiple programs linked # with the same dynamic library. Since this doesn't match the # behavior of shared libraries on other platforms, we can use # them. ld_shlibs=no ;; beos*) if $LD --help 2>&1 | egrep ': supported targets:.* elf' > /dev/null; then allow_undefined_flag=unsupported # Joseph Beckenbach says some releases of gcc # support --undefined. This deserves some investigation. FIXME archive_cmds='$CC -nostart $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' else ld_shlibs=no fi ;; cygwin* | mingw* | pw32*) # hardcode_libdir_flag_spec is actually meaningless, as there is # no search path for DLLs. hardcode_libdir_flag_spec='-L$libdir' allow_undefined_flag=unsupported always_export_symbols=yes extract_expsyms_cmds='test -f $output_objdir/impgen.c || \ sed -e "/^# \/\* impgen\.c starts here \*\//,/^# \/\* impgen.c ends here \*\// { s/^# //;s/^# *$//; p; }" -e d < $''0 > $output_objdir/impgen.c~ test -f $output_objdir/impgen.exe || (cd $output_objdir && \ if test "x$HOST_CC" != "x" ; then $HOST_CC -o impgen impgen.c ; \ else $CC -o impgen impgen.c ; fi)~ $output_objdir/impgen $dir/$soroot > $output_objdir/$soname-def' old_archive_from_expsyms_cmds='$DLLTOOL --as=$AS --dllname $soname --def $output_objdir/$soname-def --output-lib $output_objdir/$newlib' # cygwin and mingw dlls have different entry points and sets of symbols # to exclude. # FIXME: what about values for MSVC? dll_entry=__cygwin_dll_entry@12 dll_exclude_symbols=DllMain@12,_cygwin_dll_entry@12,_cygwin_noncygwin_dll_entry@12~ case $host_os in mingw*) # mingw values dll_entry=_DllMainCRTStartup@12 dll_exclude_symbols=DllMain@12,DllMainCRTStartup@12,DllEntryPoint@12~ ;; esac # mingw and cygwin differ, and it's simplest to just exclude the union # of the two symbol sets. dll_exclude_symbols=DllMain@12,_cygwin_dll_entry@12,_cygwin_noncygwin_dll_entry@12,DllMainCRTStartup@12,DllEntryPoint@12 # recent cygwin and mingw systems supply a stub DllMain which the user # can override, but on older systems we have to supply one (in ltdll.c) if test "x$lt_cv_need_dllmain" = "xyes"; then ltdll_obj='$output_objdir/$soname-ltdll.'"$ac_objext " ltdll_cmds='test -f $output_objdir/$soname-ltdll.c || sed -e "/^# \/\* ltdll\.c starts here \*\//,/^# \/\* ltdll.c ends here \*\// { s/^# //; p; }" -e d < $''0 > $output_objdir/$soname-ltdll.c~ test -f $output_objdir/$soname-ltdll.$ac_objext || (cd $output_objdir && $CC -c $soname-ltdll.c)~' else ltdll_obj= ltdll_cmds= fi # Extract the symbol export list from an `--export-all' def file, # then regenerate the def file from the symbol export list, so that # the compiled dll only exports the symbol export list. # Be careful not to strip the DATA tag left be newer dlltools. export_symbols_cmds="$ltdll_cmds"' $DLLTOOL --export-all --exclude-symbols '$dll_exclude_symbols' --output-def $output_objdir/$soname-def '$ltdll_obj'$libobjs $convenience~ sed -e "1,/EXPORTS/d" -e "s/ @ [[0-9]]*//" -e "s/ *;.*$//" < $output_objdir/$soname-def > $export_symbols' # If the export-symbols file already is a .def file (1st line # is EXPORTS), use it as is. # If DATA tags from a recent dlltool are present, honour them! archive_expsym_cmds='if test "x`head -1 $export_symbols`" = xEXPORTS; then cp $export_symbols $output_objdir/$soname-def; else echo EXPORTS > $output_objdir/$soname-def; _lt_hint=1; cat $export_symbols | while read symbol; do set dummy \$symbol; case \[$]# in 2) echo " \[$]2 @ \$_lt_hint ; " >> $output_objdir/$soname-def;; *) echo " \[$]2 @ \$_lt_hint \[$]3 ; " >> $output_objdir/$soname-def;; esac; _lt_hint=`expr 1 + \$_lt_hint`; done; fi~ '"$ltdll_cmds"' $CC -Wl,--base-file,$output_objdir/$soname-base '$lt_cv_cc_dll_switch' -Wl,-e,'$dll_entry' -o $output_objdir/$soname '$ltdll_obj'$libobjs $deplibs $compiler_flags~ $DLLTOOL --as=$AS --dllname $soname --exclude-symbols '$dll_exclude_symbols' --def $output_objdir/$soname-def --base-file $output_objdir/$soname-base --output-exp $output_objdir/$soname-exp~ $CC -Wl,--base-file,$output_objdir/$soname-base $output_objdir/$soname-exp '$lt_cv_cc_dll_switch' -Wl,-e,'$dll_entry' -o $output_objdir/$soname '$ltdll_obj'$libobjs $deplibs $compiler_flags~ $DLLTOOL --as=$AS --dllname $soname --exclude-symbols '$dll_exclude_symbols' --def $output_objdir/$soname-def --base-file $output_objdir/$soname-base --output-exp $output_objdir/$soname-exp --output-lib $output_objdir/$libname.dll.a~ $CC $output_objdir/$soname-exp '$lt_cv_cc_dll_switch' -Wl,-e,'$dll_entry' -o $output_objdir/$soname '$ltdll_obj'$libobjs $deplibs $compiler_flags' ;; netbsd*) if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then archive_cmds='$LD -Bshareable $libobjs $deplibs $linker_flags -o $lib' wlarc= else archive_cmds='$CC -shared -nodefaultlibs $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' archive_expsym_cmds='$CC -shared -nodefaultlibs $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib' fi ;; solaris* | sysv5*) if $LD -v 2>&1 | egrep 'BFD 2\.8' > /dev/null; then ld_shlibs=no cat <&2 *** Warning: The releases 2.8.* of the GNU linker cannot reliably *** create shared libraries on Solaris systems. Therefore, libtool *** is disabling shared libraries support. We urge you to upgrade GNU *** binutils to release 2.9.1 or newer. Another option is to modify *** your PATH or compiler configuration so that the native linker is *** used, and then restart. EOF elif $LD --help 2>&1 | egrep ': supported targets:.* elf' > /dev/null; then archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' archive_expsym_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib' else ld_shlibs=no fi ;; sunos4*) archive_cmds='$LD -assert pure-text -Bshareable -o $lib $libobjs $deplibs $linker_flags' wlarc= hardcode_direct=yes hardcode_shlibpath_var=no ;; *) if $LD --help 2>&1 | egrep ': supported targets:.* elf' > /dev/null; then archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' archive_expsym_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib' else ld_shlibs=no fi ;; esac if test "$ld_shlibs" = yes; then runpath_var=LD_RUN_PATH hardcode_libdir_flag_spec='${wl}--rpath ${wl}$libdir' export_dynamic_flag_spec='${wl}--export-dynamic' case $host_os in cygwin* | mingw* | pw32*) # dlltool doesn't understand --whole-archive et. al. whole_archive_flag_spec= ;; *) # ancient GNU ld didn't support --whole-archive et. al. if $LD --help 2>&1 | egrep 'no-whole-archive' > /dev/null; then whole_archive_flag_spec="$wlarc"'--whole-archive$convenience '"$wlarc"'--no-whole-archive' else whole_archive_flag_spec= fi ;; esac fi else # PORTME fill in a description of your system's linker (not GNU ld) case $host_os in aix3*) allow_undefined_flag=unsupported always_export_symbols=yes archive_expsym_cmds='$LD -o $output_objdir/$soname $libobjs $deplibs $linker_flags -bE:$export_symbols -T512 -H512 -bM:SRE~$AR $AR_FLAGS $lib $output_objdir/$soname' # Note: this linker hardcodes the directories in LIBPATH if there # are no directories specified by -L. hardcode_minus_L=yes if test "$GCC" = yes && test -z "$link_static_flag"; then # Neither direct hardcoding nor static linking is supported with a # broken collect2. hardcode_direct=unsupported fi ;; aix4* | aix5*) if test "$host_cpu" = ia64; then # On IA64, the linker does run time linking by default, so we don't # have to do anything special. aix_use_runtimelinking=no exp_sym_flag='-Bexport' no_entry_flag="" else aix_use_runtimelinking=no # Test if we are trying to use run time linking or normal # AIX style linking. 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In the cases where that is not # enough to fix the problem, add -Wl,-bbigtoc to LDFLAGS. hardcode_direct=yes archive_cmds='' hardcode_libdir_separator=':' if test "$GCC" = yes; then case $host_os in aix4.[[012]]|aix4.[[012]].*) collect2name=`${CC} -print-prog-name=collect2` if test -f "$collect2name" && \ strings "$collect2name" | grep resolve_lib_name >/dev/null then # We have reworked collect2 hardcode_direct=yes else # We have old collect2 hardcode_direct=unsupported # It fails to find uninstalled libraries when the uninstalled # path is not listed in the libpath. Setting hardcode_minus_L # to unsupported forces relinking hardcode_minus_L=yes hardcode_libdir_flag_spec='-L$libdir' hardcode_libdir_separator= fi esac shared_flag='-shared' else # not using gcc if test "$host_cpu" = ia64; then shared_flag='${wl}-G' else if test "$aix_use_runtimelinking" = yes; then shared_flag='${wl}-G' else shared_flag='${wl}-bM:SRE' fi fi fi # It seems that -bexpall can do strange things, so it is better to # generate a list of symbols to export. always_export_symbols=yes if test "$aix_use_runtimelinking" = yes; then # Warning - without using the other runtime loading flags (-brtl), # -berok will link without error, but may produce a broken library. allow_undefined_flag='-berok' hardcode_libdir_flag_spec='${wl}-blibpath:$libdir:/usr/lib:/lib' archive_expsym_cmds="\$CC"' -o $output_objdir/$soname $libobjs $deplibs $compiler_flags `if test "x${allow_undefined_flag}" != "x"; then echo "${wl}${allow_undefined_flag}"; else :; fi` '"\${wl}$no_entry_flag \${wl}$exp_sym_flag:\$export_symbols $shared_flag" else if test "$host_cpu" = ia64; then hardcode_libdir_flag_spec='${wl}-R $libdir:/usr/lib:/lib' allow_undefined_flag="-z nodefs" archive_expsym_cmds="\$CC $shared_flag"' -o $output_objdir/$soname ${wl}-h$soname $libobjs $deplibs $compiler_flags ${wl}${allow_undefined_flag} '"\${wl}$no_entry_flag \${wl}$exp_sym_flag:\$export_symbols" else hardcode_libdir_flag_spec='${wl}-bnolibpath ${wl}-blibpath:$libdir:/usr/lib:/lib' # Warning - without using the other run time loading flags, # -berok will link without error, but may produce a broken library. allow_undefined_flag='${wl}-berok' # This is a bit strange, but is similar to how AIX traditionally builds # it's shared libraries. archive_expsym_cmds="\$CC $shared_flag"' -o $output_objdir/$soname $libobjs $deplibs $compiler_flags ${allow_undefined_flag} '"\${wl}$no_entry_flag \${wl}$exp_sym_flag:\$export_symbols"' ~$AR -crlo $objdir/$libname$release.a $objdir/$soname' fi fi ;; amigaos*) archive_cmds='$rm $output_objdir/a2ixlibrary.data~$echo "#define NAME $libname" > $output_objdir/a2ixlibrary.data~$echo "#define LIBRARY_ID 1" >> $output_objdir/a2ixlibrary.data~$echo "#define VERSION $major" >> $output_objdir/a2ixlibrary.data~$echo "#define REVISION $revision" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)' hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes # see comment about different semantics on the GNU ld section ld_shlibs=no ;; cygwin* | mingw* | pw32*) # When not using gcc, we currently assume that we are using # Microsoft Visual C++. # hardcode_libdir_flag_spec is actually meaningless, as there is # no search path for DLLs. hardcode_libdir_flag_spec=' ' allow_undefined_flag=unsupported # Tell ltmain to make .lib files, not .a files. libext=lib # FIXME: Setting linknames here is a bad hack. archive_cmds='$CC -o $lib $libobjs $compiler_flags `echo "$deplibs" | sed -e '\''s/ -lc$//'\''` -link -dll~linknames=' # The linker will automatically build a .lib file if we build a DLL. old_archive_from_new_cmds='true' # FIXME: Should let the user specify the lib program. old_archive_cmds='lib /OUT:$oldlib$oldobjs$old_deplibs' fix_srcfile_path='`cygpath -w "$srcfile"`' ;; darwin* | rhapsody*) case "$host_os" in rhapsody* | darwin1.[[012]]) allow_undefined_flag='-undefined suppress' ;; *) # Darwin 1.3 on allow_undefined_flag='-flat_namespace -undefined suppress' ;; esac # FIXME: Relying on posixy $() will cause problems for # cross-compilation, but unfortunately the echo tests do not # yet detect zsh echo's removal of \ escapes. 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*) archive_cmds='$LD -b +h $soname +b $install_libdir -o $lib $libobjs $deplibs $linker_flags' ;; esac hardcode_libdir_flag_spec='${wl}+b ${wl}$libdir' hardcode_libdir_separator=: hardcode_direct=yes hardcode_minus_L=yes # Not in the search PATH, but as the default # location of the library. export_dynamic_flag_spec='${wl}-E' ;; irix5* | irix6* | nonstopux*) if test "$GCC" = yes; then archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n "$verstring" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' else archive_cmds='$LD -shared $libobjs $deplibs $linker_flags -soname $soname `test -n "$verstring" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib' fi hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' hardcode_libdir_separator=: link_all_deplibs=yes ;; netbsd*) if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then archive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags' # a.out else archive_cmds='$LD -shared -o $lib $libobjs $deplibs $linker_flags' # ELF fi hardcode_libdir_flag_spec='-R$libdir' hardcode_direct=yes hardcode_shlibpath_var=no ;; newsos6) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=yes hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' hardcode_libdir_separator=: hardcode_shlibpath_var=no ;; openbsd*) hardcode_direct=yes hardcode_shlibpath_var=no if test -z "`echo __ELF__ | $CC -E - | grep __ELF__`" || test "$host_os-$host_cpu" = "openbsd2.8-powerpc"; then archive_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='${wl}-rpath,$libdir' export_dynamic_flag_spec='${wl}-E' else case "$host_os" in openbsd[[01]].* | openbsd2.[[0-7]] | openbsd2.[[0-7]].*) archive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='-R$libdir' ;; *) archive_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='${wl}-rpath,$libdir' ;; esac fi ;; os2*) hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes allow_undefined_flag=unsupported archive_cmds='$echo "LIBRARY $libname INITINSTANCE" > $output_objdir/$libname.def~$echo "DESCRIPTION \"$libname\"" >> $output_objdir/$libname.def~$echo DATA >> $output_objdir/$libname.def~$echo " SINGLE NONSHARED" >> $output_objdir/$libname.def~$echo EXPORTS >> $output_objdir/$libname.def~emxexp $libobjs >> $output_objdir/$libname.def~$CC -Zdll -Zcrtdll -o $lib $libobjs $deplibs $compiler_flags $output_objdir/$libname.def' old_archive_from_new_cmds='emximp -o $output_objdir/$libname.a $output_objdir/$libname.def' ;; osf3*) if test "$GCC" = yes; then allow_undefined_flag=' ${wl}-expect_unresolved ${wl}\*' archive_cmds='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n "$verstring" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' else allow_undefined_flag=' -expect_unresolved \*' archive_cmds='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -soname $soname `test -n "$verstring" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib' fi hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' hardcode_libdir_separator=: ;; osf4* | osf5*) # as osf3* with the addition of -msym flag if test "$GCC" = yes; then allow_undefined_flag=' ${wl}-expect_unresolved ${wl}\*' archive_cmds='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-msym ${wl}-soname ${wl}$soname `test -n "$verstring" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' else allow_undefined_flag=' -expect_unresolved \*' archive_cmds='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -msym -soname $soname `test -n "$verstring" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib' archive_expsym_cmds='for i in `cat $export_symbols`; do printf "-exported_symbol " >> $lib.exp; echo "\$i" >> $lib.exp; done; echo "-hidden">> $lib.exp~ $LD -shared${allow_undefined_flag} -input $lib.exp $linker_flags $libobjs $deplibs -soname $soname `test -n "$verstring" && echo -set_version $verstring` -update_registry ${objdir}/so_locations -o $lib~$rm $lib.exp' #Both c and cxx compiler support -rpath directly hardcode_libdir_flag_spec='-rpath $libdir' fi hardcode_libdir_separator=: ;; sco3.2v5*) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_shlibpath_var=no runpath_var=LD_RUN_PATH hardcode_runpath_var=yes export_dynamic_flag_spec='${wl}-Bexport' ;; solaris*) # gcc --version < 3.0 without binutils cannot create self contained # shared libraries reliably, requiring libgcc.a to resolve some of # the object symbols generated in some cases. Libraries that use # assert need libgcc.a to resolve __eprintf, for example. Linking # a copy of libgcc.a into every shared library to guarantee resolving # such symbols causes other problems: According to Tim Van Holder # , C++ libraries end up with a separate # (to the application) exception stack for one thing. no_undefined_flag=' -z defs' if test "$GCC" = yes; then case `$CC --version 2>/dev/null` in [[12]].*) cat <&2 *** Warning: Releases of GCC earlier than version 3.0 cannot reliably *** create self contained shared libraries on Solaris systems, without *** introducing a dependency on libgcc.a. Therefore, libtool is disabling *** -no-undefined support, which will at least allow you to build shared *** libraries. However, you may find that when you link such libraries *** into an application without using GCC, you have to manually add *** \`gcc --print-libgcc-file-name\` to the link command. We urge you to *** upgrade to a newer version of GCC. Another option is to rebuild your *** current GCC to use the GNU linker from GNU binutils 2.9.1 or newer. EOF no_undefined_flag= ;; esac fi # $CC -shared without GNU ld will not create a library from C++ # object files and a static libstdc++, better avoid it by now archive_cmds='$LD -G${allow_undefined_flag} -h $soname -o $lib $libobjs $deplibs $linker_flags' archive_expsym_cmds='$echo "{ global:" > $lib.exp~cat $export_symbols | sed -e "s/\(.*\)/\1;/" >> $lib.exp~$echo "local: *; };" >> $lib.exp~ $LD -G${allow_undefined_flag} -M $lib.exp -h $soname -o $lib $libobjs $deplibs $linker_flags~$rm $lib.exp' hardcode_libdir_flag_spec='-R$libdir' hardcode_shlibpath_var=no case $host_os in solaris2.[[0-5]] | solaris2.[[0-5]].*) ;; *) # Supported since Solaris 2.6 (maybe 2.5.1?) whole_archive_flag_spec='-z allextract$convenience -z defaultextract' ;; esac link_all_deplibs=yes ;; sunos4*) if test "x$host_vendor" = xsequent; then # Use $CC to link under sequent, because it throws in some extra .o # files that make .init and .fini sections work. archive_cmds='$CC -G ${wl}-h $soname -o $lib $libobjs $deplibs $compiler_flags' else archive_cmds='$LD -assert pure-text -Bstatic -o $lib $libobjs $deplibs $linker_flags' fi hardcode_libdir_flag_spec='-L$libdir' hardcode_direct=yes hardcode_minus_L=yes hardcode_shlibpath_var=no ;; sysv4) if test "x$host_vendor" = xsno; then archive_cmds='$LD -G -Bsymbolic -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=yes # is this really true??? else archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=no #Motorola manual says yes, but my tests say they lie fi runpath_var='LD_RUN_PATH' hardcode_shlibpath_var=no ;; sysv4.3*) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_shlibpath_var=no export_dynamic_flag_spec='-Bexport' ;; sysv5*) no_undefined_flag=' -z text' # $CC -shared without GNU ld will not create a library from C++ # object files and a static libstdc++, better avoid it by now archive_cmds='$LD -G${allow_undefined_flag} -h $soname -o $lib $libobjs $deplibs $linker_flags' archive_expsym_cmds='$echo "{ global:" > $lib.exp~cat $export_symbols | sed -e "s/\(.*\)/\1;/" >> $lib.exp~$echo "local: *; };" >> $lib.exp~ $LD -G${allow_undefined_flag} -M $lib.exp -h $soname -o $lib $libobjs $deplibs $linker_flags~$rm $lib.exp' hardcode_libdir_flag_spec= hardcode_shlibpath_var=no runpath_var='LD_RUN_PATH' ;; uts4*) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='-L$libdir' hardcode_shlibpath_var=no ;; dgux*) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='-L$libdir' hardcode_shlibpath_var=no ;; sysv4*MP*) if test -d /usr/nec; then archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_shlibpath_var=no runpath_var=LD_RUN_PATH hardcode_runpath_var=yes ld_shlibs=yes fi ;; sysv4.2uw2*) archive_cmds='$LD -G -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=yes hardcode_minus_L=no hardcode_shlibpath_var=no hardcode_runpath_var=yes runpath_var=LD_RUN_PATH ;; sysv5uw7* | unixware7*) no_undefined_flag='${wl}-z ${wl}text' if test "$GCC" = yes; then archive_cmds='$CC -shared ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags' else archive_cmds='$CC -G ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags' fi runpath_var='LD_RUN_PATH' hardcode_shlibpath_var=no ;; *) ld_shlibs=no ;; esac fi AC_MSG_RESULT([$ld_shlibs]) test "$ld_shlibs" = no && can_build_shared=no ## ## END FIXME ## FIXME: this should be a separate macro ## # Check hardcoding attributes. 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See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # */ # # #include /* for printf() */ # #include /* for open(), lseek(), read() */ # #include /* for O_RDONLY, O_BINARY */ # #include /* for strdup() */ # # /* O_BINARY isn't required (or even defined sometimes) under Unix */ # #ifndef O_BINARY # #define O_BINARY 0 # #endif # # static unsigned int # pe_get16 (fd, offset) # int fd; # int offset; # { # unsigned char b[2]; # lseek (fd, offset, SEEK_SET); # read (fd, b, 2); # return b[0] + (b[1]<<8); # } # # static unsigned int # pe_get32 (fd, offset) # int fd; # int offset; # { # unsigned char b[4]; # lseek (fd, offset, SEEK_SET); # read (fd, b, 4); # return b[0] + (b[1]<<8) + (b[2]<<16) + (b[3]<<24); # } # # static unsigned int # pe_as32 (ptr) # void *ptr; # { # unsigned char *b = ptr; # return b[0] + (b[1]<<8) + (b[2]<<16) + (b[3]<<24); # } # # int # main (argc, argv) # int argc; # char *argv[]; # { # int dll; # unsigned long pe_header_offset, opthdr_ofs, num_entries, i; # unsigned long export_rva, export_size, nsections, secptr, expptr; # unsigned long name_rvas, nexp; # unsigned char *expdata, *erva; # char *filename, *dll_name; # # filename = argv[1]; # # dll = open(filename, O_RDONLY|O_BINARY); # if (dll < 1) # return 1; # # dll_name = filename; # # for (i=0; filename[i]; i++) # if (filename[i] == '/' || filename[i] == '\\' || filename[i] == ':') # dll_name = filename + i +1; # # pe_header_offset = pe_get32 (dll, 0x3c); # opthdr_ofs = pe_header_offset + 4 + 20; # num_entries = pe_get32 (dll, opthdr_ofs + 92); # # if (num_entries < 1) /* no exports */ # return 1; # # export_rva = pe_get32 (dll, opthdr_ofs + 96); # export_size = pe_get32 (dll, opthdr_ofs + 100); # nsections = pe_get16 (dll, pe_header_offset + 4 +2); # secptr = (pe_header_offset + 4 + 20 + # pe_get16 (dll, pe_header_offset + 4 + 16)); # # expptr = 0; # for (i = 0; i < nsections; i++) # { # char sname[8]; # unsigned long secptr1 = secptr + 40 * i; # unsigned long vaddr = pe_get32 (dll, secptr1 + 12); # unsigned long vsize = pe_get32 (dll, secptr1 + 16); # unsigned long fptr = pe_get32 (dll, secptr1 + 20); # lseek(dll, secptr1, SEEK_SET); # read(dll, sname, 8); # if (vaddr <= export_rva && vaddr+vsize > export_rva) # { # expptr = fptr + (export_rva - vaddr); # if (export_rva + export_size > vaddr + vsize) # export_size = vsize - (export_rva - vaddr); # break; # } # } # # expdata = (unsigned char*)malloc(export_size); # lseek (dll, expptr, SEEK_SET); # read (dll, expdata, export_size); # erva = expdata - export_rva; # # nexp = pe_as32 (expdata+24); # name_rvas = pe_as32 (expdata+32); # # printf ("EXPORTS\n"); # for (i = 0; i> "${ofile}T" || (rm -f "${ofile}T"; exit 1) mv -f "${ofile}T" "$ofile" || \ (rm -f "$ofile" && cp "${ofile}T" "$ofile" && rm -f "${ofile}T") chmod +x "$ofile" fi ## ## END FIXME ])# _LT_AC_LTCONFIG_HACK # AC_LIBTOOL_DLOPEN - enable checks for dlopen support AC_DEFUN([AC_LIBTOOL_DLOPEN], [AC_BEFORE([$0],[AC_LIBTOOL_SETUP])]) # AC_LIBTOOL_WIN32_DLL - declare package support for building win32 dll's AC_DEFUN([AC_LIBTOOL_WIN32_DLL], [AC_BEFORE([$0], [AC_LIBTOOL_SETUP])]) # AC_ENABLE_SHARED - implement the --enable-shared flag # Usage: AC_ENABLE_SHARED[(DEFAULT)] # Where DEFAULT is either `yes' or `no'. 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beos*) lt_cv_deplibs_check_method=pass_all ;; bsdi4*) lt_cv_deplibs_check_method='file_magic ELF [[0-9]][[0-9]]*-bit [[ML]]SB (shared object|dynamic lib)' lt_cv_file_magic_cmd='/usr/bin/file -L' lt_cv_file_magic_test_file=/shlib/libc.so ;; cygwin* | mingw* | pw32*) lt_cv_deplibs_check_method='file_magic file format pei*-i386(.*architecture: i386)?' lt_cv_file_magic_cmd='$OBJDUMP -f' ;; darwin* | rhapsody*) lt_cv_deplibs_check_method='file_magic Mach-O dynamically linked shared library' lt_cv_file_magic_cmd='/usr/bin/file -L' case "$host_os" in rhapsody* | darwin1.[[012]]) lt_cv_file_magic_test_file=`echo /System/Library/Frameworks/System.framework/Versions/*/System | head -1` ;; *) # Darwin 1.3 on lt_cv_file_magic_test_file='/usr/lib/libSystem.dylib' ;; esac ;; freebsd*) if echo __ELF__ | $CC -E - | grep __ELF__ > /dev/null; then case $host_cpu in i*86 ) # Not sure whether the presence of OpenBSD here was a mistake. # Let's accept both of them until this is cleared up. lt_cv_deplibs_check_method='file_magic (FreeBSD|OpenBSD)/i[[3-9]]86 (compact )?demand paged shared library' lt_cv_file_magic_cmd=/usr/bin/file lt_cv_file_magic_test_file=`echo /usr/lib/libc.so.*` ;; 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See the GNU ## General Public License for more details. ## ## You should have received a copy of the GNU General Public License ## along with this program; if not, write to the Free Software ## Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ## ## As a special exception to the GNU General Public License, if you ## distribute this file as part of a program that contains a ## configuration script generated by Autoconf, you may include it under ## the same distribution terms that you use for the rest of that program. # serial 5 AC_LIB_LTDL # AC_WITH_LTDL # ------------ # Clients of libltdl can use this macro to allow the installer to # choose between a shipped copy of the ltdl sources or a preinstalled # version of the library. 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AC_DEFUN(AC_LIB_LTDL, [AC_PREREQ(2.13) AC_REQUIRE([AC_PROG_CC]) AC_REQUIRE([AC_C_CONST]) AC_REQUIRE([AC_HEADER_STDC]) AC_REQUIRE([AC_HEADER_DIRENT]) AC_REQUIRE([AC_LIBTOOL_HEADER_ASSERT]) AC_REQUIRE([_LT_AC_CHECK_DLFCN]) AC_REQUIRE([AC_LTDL_ENABLE_INSTALL]) AC_REQUIRE([AC_LTDL_SHLIBEXT]) AC_REQUIRE([AC_LTDL_SHLIBPATH]) AC_REQUIRE([AC_LTDL_SYSSEARCHPATH]) AC_REQUIRE([AC_LTDL_OBJDIR]) AC_REQUIRE([AC_LTDL_DLPREOPEN]) AC_REQUIRE([AC_LTDL_DLLIB]) AC_REQUIRE([AC_LTDL_SYMBOL_USCORE]) AC_REQUIRE([AC_LTDL_DLSYM_USCORE]) AC_REQUIRE([AC_LTDL_SYS_DLOPEN_DEPLIBS]) AC_REQUIRE([AC_LTDL_FUNC_ARGZ]) AC_CHECK_HEADERS([errno.h malloc.h memory.h stdlib.h stdio.h ctype.h unistd.h]) AC_CHECK_HEADERS([dl.h sys/dl.h dld.h]) AC_CHECK_HEADERS([string.h strings.h], break) AC_CHECK_FUNCS([strchr index], break) AC_CHECK_FUNCS([strrchr rindex], break) AC_CHECK_FUNCS([memcpy bcopy], break) AC_CHECK_FUNCS([memmove strcmp]) ])# AC_LIB_LTDL # AC_LTDL_ENABLE_INSTALL # ---------------------- AC_DEFUN(AC_LTDL_ENABLE_INSTALL, [AC_ARG_ENABLE(ltdl-install, [ --enable-ltdl-install install libltdl]) AM_CONDITIONAL(INSTALL_LTDL, test x"${enable_ltdl_install-no}" != xno) AM_CONDITIONAL(CONVENIENCE_LTDL, test x"${enable_ltdl_convenience-no}" != xno) ])])# AC_LTDL_ENABLE_INSTALL # AC_LTDL_SYS_DLOPEN_DEPLIBS # -------------------------- AC_DEFUN(AC_LTDL_SYS_DLOPEN_DEPLIBS, [AC_REQUIRE([AC_CANONICAL_HOST]) AC_CACHE_CHECK([whether deplibs are loaded by dlopen], libltdl_cv_sys_dlopen_deplibs, [dnl # PORTME does your system automatically load deplibs for dlopen()? 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AC_REQUIRE([AC_LIBTOOL_SYS_GLOBAL_SYMBOL_PIPE])dnl AC_MSG_CHECKING([for _ prefix in compiled symbols]) AC_CACHE_VAL(ac_cv_sys_symbol_underscore, [ac_cv_sys_symbol_underscore=no cat > conftest.$ac_ext < $ac_nlist) && test -s "$ac_nlist"; then # See whether the symbols have a leading underscore. if egrep '^. _nm_test_func' "$ac_nlist" >/dev/null; then ac_cv_sys_symbol_underscore=yes else if egrep '^. nm_test_func ' "$ac_nlist" >/dev/null; then : else echo "configure: cannot find nm_test_func in $ac_nlist" >&AC_FD_CC fi fi else echo "configure: cannot run $global_symbol_pipe" >&AC_FD_CC fi else echo "configure: failed program was:" >&AC_FD_CC cat conftest.c >&AC_FD_CC fi rm -rf conftest* ]) AC_MSG_RESULT($ac_cv_sys_symbol_underscore) ])# AC_LTDL_SYMBOL_USCORE # AC_LTDL_DLSYM_USCORE # -------------------- AC_DEFUN(AC_LTDL_DLSYM_USCORE, [AC_REQUIRE([AC_LTDL_SYMBOL_USCORE])dnl if test x"$ac_cv_sys_symbol_underscore" = xyes; then if test x"$ac_cv_func_dlopen" = xyes || test x"$ac_cv_lib_dl_dlopen" = xyes ; then AC_CACHE_CHECK([whether we have to add an underscore for dlsym], libltdl_cv_need_uscore, [dnl libltdl_cv_need_uscore=unknown save_LIBS="$LIBS" LIBS="$LIBS $LIBADD_DL" _LT_AC_TRY_DLOPEN_SELF( libltdl_cv_need_uscore=no, libltdl_cv_need_uscore=yes, [], libltdl_cv_need_uscore=cross) LIBS="$save_LIBS" ]) fi fi if test x"$libltdl_cv_need_uscore" = xyes; then AC_DEFINE(NEED_USCORE, 1, [Define if dlsym() requires a leading underscore in symbol names. ]) fi ])# AC_LTDL_DLSYM_USCORE # AC_CHECK_TYPES(TYPES, [ACTION-IF-FOUND], [ACTION-IF-NOT-FOUND], # [INCLUDES]) # --------------------------------------------------------------- # This macro did not exist in Autoconf 2.13, which we do still support ifdef([AC_CHECK_TYPES], [], [define([AC_CHECK_TYPES], [AC_CACHE_CHECK([for $1], ac_Type, [AC_TRY_LINK([$4], [if (($1 *) 0) return 0; if (sizeof ($1)) return 0;], [ac_Type=yes], [ac_Type=no])]) if test "x$ac_Type" = xyes; then ifelse([$2], [], [:], [$2]) else ifelse([$3], [], [:], [$3]) fi]) ])# AC_CHECK_TYPES # AC_LTDL_FUNC_ARGZ # ----------------- AC_DEFUN([AC_LTDL_FUNC_ARGZ], [AC_CHECK_HEADERS([argz.h]) AC_CHECK_TYPES([error_t], [], [AC_DEFINE([error_t], [int], [Define to a type to use for \`error_t' if it is not otherwise available.])], [#if HAVE_ARGZ_H # include #endif]) AC_CHECK_FUNCS([argz_append argz_create_sep argz_insert argz_next argz_stringify]) ])# AC_LTDL_FUNC_ARGZ sdcc-2.9.0/sim/ucsim/libltdl/aclocal.m4000066400000000000000000004361041116427777700176670ustar00rootroot00000000000000# aclocal.m4 generated automatically by aclocal 1.5 # Copyright 1996, 1997, 1998, 1999, 2000, 2001 # Free Software Foundation, Inc. # This file is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY, to the extent permitted by law; without # even the implied warranty of MERCHANTABILITY or FITNESS FOR A # PARTICULAR PURPOSE. # libtool.m4 - Configure libtool for the host system. -*-Shell-script-*- # serial 46 AC_PROG_LIBTOOL AC_DEFUN([AC_PROG_LIBTOOL], [AC_REQUIRE([AC_LIBTOOL_SETUP])dnl # This can be used to rebuild libtool when needed LIBTOOL_DEPS="$ac_aux_dir/ltmain.sh" # Always use our own libtool. LIBTOOL='$(SHELL) $(top_builddir)/libtool' AC_SUBST(LIBTOOL)dnl # Prevent multiple expansion define([AC_PROG_LIBTOOL], []) ]) AC_DEFUN([AC_LIBTOOL_SETUP], [AC_PREREQ(2.13)dnl AC_REQUIRE([AC_ENABLE_SHARED])dnl AC_REQUIRE([AC_ENABLE_STATIC])dnl AC_REQUIRE([AC_ENABLE_FAST_INSTALL])dnl AC_REQUIRE([AC_CANONICAL_HOST])dnl AC_REQUIRE([AC_CANONICAL_BUILD])dnl AC_REQUIRE([AC_PROG_CC])dnl AC_REQUIRE([AC_PROG_LD])dnl AC_REQUIRE([AC_PROG_LD_RELOAD_FLAG])dnl AC_REQUIRE([AC_PROG_NM])dnl AC_REQUIRE([AC_PROG_LN_S])dnl AC_REQUIRE([AC_DEPLIBS_CHECK_METHOD])dnl AC_REQUIRE([AC_OBJEXT])dnl AC_REQUIRE([AC_EXEEXT])dnl dnl _LT_AC_PROG_ECHO_BACKSLASH # Only perform the check for file, if the check method requires it case $deplibs_check_method in file_magic*) if test "$file_magic_cmd" = '$MAGIC_CMD'; then AC_PATH_MAGIC fi ;; esac AC_CHECK_TOOL(RANLIB, ranlib, :) AC_CHECK_TOOL(STRIP, strip, :) ifdef([AC_PROVIDE_AC_LIBTOOL_DLOPEN], enable_dlopen=yes, enable_dlopen=no) ifdef([AC_PROVIDE_AC_LIBTOOL_WIN32_DLL], enable_win32_dll=yes, enable_win32_dll=no) AC_ARG_ENABLE(libtool-lock, [ --disable-libtool-lock avoid locking (might break parallel builds)]) test "x$enable_libtool_lock" != xno && enable_libtool_lock=yes # Some flags need to be propagated to the compiler or linker for good # libtool support. case $host in *-*-irix6*) # Find out which ABI we are using. echo '[#]line __oline__ "configure"' > conftest.$ac_ext if AC_TRY_EVAL(ac_compile); then case `/usr/bin/file conftest.$ac_objext` in *32-bit*) LD="${LD-ld} -32" ;; *N32*) LD="${LD-ld} -n32" ;; *64-bit*) LD="${LD-ld} -64" ;; esac fi rm -rf conftest* ;; *-*-sco3.2v5*) # On SCO OpenServer 5, we need -belf to get full-featured binaries. SAVE_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -belf" AC_CACHE_CHECK([whether the C compiler needs -belf], lt_cv_cc_needs_belf, [AC_LANG_SAVE AC_LANG_C AC_TRY_LINK([],[],[lt_cv_cc_needs_belf=yes],[lt_cv_cc_needs_belf=no]) AC_LANG_RESTORE]) if test x"$lt_cv_cc_needs_belf" != x"yes"; then # this is probably gcc 2.8.0, egcs 1.0 or newer; no need for -belf CFLAGS="$SAVE_CFLAGS" fi ;; ifdef([AC_PROVIDE_AC_LIBTOOL_WIN32_DLL], [*-*-cygwin* | *-*-mingw* | *-*-pw32*) AC_CHECK_TOOL(DLLTOOL, dlltool, false) AC_CHECK_TOOL(AS, as, false) AC_CHECK_TOOL(OBJDUMP, objdump, false) # recent cygwin and mingw systems supply a stub DllMain which the user # can override, but on older systems we have to supply one AC_CACHE_CHECK([if libtool should supply DllMain function], lt_cv_need_dllmain, [AC_TRY_LINK([], [extern int __attribute__((__stdcall__)) DllMain(void*, int, void*); DllMain (0, 0, 0);], [lt_cv_need_dllmain=no],[lt_cv_need_dllmain=yes])]) case $host/$CC in *-*-cygwin*/gcc*-mno-cygwin*|*-*-mingw*) # old mingw systems require "-dll" to link a DLL, while more recent ones # require "-mdll" SAVE_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -mdll" AC_CACHE_CHECK([how to link DLLs], lt_cv_cc_dll_switch, [AC_TRY_LINK([], [], [lt_cv_cc_dll_switch=-mdll],[lt_cv_cc_dll_switch=-dll])]) CFLAGS="$SAVE_CFLAGS" ;; *-*-cygwin* | *-*-pw32*) # cygwin systems need to pass --dll to the linker, and not link # crt.o which will require a WinMain@16 definition. lt_cv_cc_dll_switch="-Wl,--dll -nostartfiles" ;; esac ;; ]) esac _LT_AC_LTCONFIG_HACK ]) # AC_LIBTOOL_HEADER_ASSERT # ------------------------ AC_DEFUN([AC_LIBTOOL_HEADER_ASSERT], [AC_CACHE_CHECK([whether $CC supports assert without backlinking], [lt_cv_func_assert_works], [case $host in *-*-solaris*) if test "$GCC" = yes && test "$with_gnu_ld" != yes; then case `$CC --version 2>/dev/null` in [[12]].*) lt_cv_func_assert_works=no ;; *) lt_cv_func_assert_works=yes ;; esac fi ;; esac]) if test "x$lt_cv_func_assert_works" = xyes; then AC_CHECK_HEADERS(assert.h) fi ])# AC_LIBTOOL_HEADER_ASSERT # _LT_AC_CHECK_DLFCN # -------------------- AC_DEFUN([_LT_AC_CHECK_DLFCN], [AC_CHECK_HEADERS(dlfcn.h) ])# _LT_AC_CHECK_DLFCN # AC_LIBTOOL_SYS_GLOBAL_SYMBOL_PIPE # --------------------------------- AC_DEFUN([AC_LIBTOOL_SYS_GLOBAL_SYMBOL_PIPE], [AC_REQUIRE([AC_CANONICAL_HOST]) AC_REQUIRE([AC_PROG_NM]) AC_REQUIRE([AC_OBJEXT]) # Check for command to grab the raw symbol name followed by C symbol from nm. AC_MSG_CHECKING([command to parse $NM output]) AC_CACHE_VAL([lt_cv_sys_global_symbol_pipe], [dnl # These are sane defaults that work on at least a few old systems. # [They come from Ultrix. What could be older than Ultrix?!! ;)] # Character class describing NM global symbol codes. symcode='[[BCDEGRST]]' # Regexp to match symbols that can be accessed directly from C. sympat='\([[_A-Za-z]][[_A-Za-z0-9]]*\)' # Transform the above into a raw symbol and a C symbol. symxfrm='\1 \2\3 \3' # Transform an extracted symbol line into a proper C declaration lt_cv_global_symbol_to_cdecl="sed -n -e 's/^. .* \(.*\)$/extern char \1;/p'" # Transform an extracted symbol line into symbol name and symbol address lt_cv_global_symbol_to_c_name_address="sed -n -e 's/^: \([[^ ]]*\) $/ {\\\"\1\\\", (lt_ptr) 0},/p' -e 's/^$symcode \([[^ ]]*\) \([[^ ]]*\)$/ {\"\2\", (lt_ptr) \&\2},/p'" # Define system-specific variables. case $host_os in aix*) symcode='[[BCDT]]' ;; cygwin* | mingw* | pw32*) symcode='[[ABCDGISTW]]' ;; hpux*) # Its linker distinguishes data from code symbols lt_cv_global_symbol_to_cdecl="sed -n -e 's/^T .* \(.*\)$/extern char \1();/p' -e 's/^$symcode* .* \(.*\)$/extern char \1;/p'" lt_cv_global_symbol_to_c_name_address="sed -n -e 's/^: \([[^ ]]*\) $/ {\\\"\1\\\", (lt_ptr) 0},/p' -e 's/^$symcode* \([[^ ]]*\) \([[^ ]]*\)$/ {\"\2\", (lt_ptr) \&\2},/p'" ;; irix* | nonstopux*) symcode='[[BCDEGRST]]' ;; solaris* | sysv5*) symcode='[[BDT]]' ;; sysv4) symcode='[[DFNSTU]]' ;; esac # Handle CRLF in mingw tool chain opt_cr= case $host_os in mingw*) opt_cr=`echo 'x\{0,1\}' | tr x '\015'` # option cr in regexp ;; esac # If we're using GNU nm, then use its standard symbol codes. if $NM -V 2>&1 | egrep '(GNU|with BFD)' > /dev/null; then symcode='[[ABCDGISTW]]' fi # Try without a prefix undercore, then with it. for ac_symprfx in "" "_"; do # Write the raw and C identifiers. lt_cv_sys_global_symbol_pipe="sed -n -e 's/^.*[[ ]]\($symcode$symcode*\)[[ ]][[ ]]*\($ac_symprfx\)$sympat$opt_cr$/$symxfrm/p'" # Check to see that the pipe works correctly. pipe_works=no rm -f conftest* cat > conftest.$ac_ext < $nlist) && test -s "$nlist"; then # Try sorting and uniquifying the output. if sort "$nlist" | uniq > "$nlist"T; then mv -f "$nlist"T "$nlist" else rm -f "$nlist"T fi # Make sure that we snagged all the symbols we need. if egrep ' nm_test_var$' "$nlist" >/dev/null; then if egrep ' nm_test_func$' "$nlist" >/dev/null; then cat < conftest.$ac_ext #ifdef __cplusplus extern "C" { #endif EOF # Now generate the symbol file. eval "$lt_cv_global_symbol_to_cdecl"' < "$nlist" >> conftest.$ac_ext' cat <> conftest.$ac_ext #if defined (__STDC__) && __STDC__ # define lt_ptr void * #else # define lt_ptr char * # define const #endif /* The mapping between symbol names and symbols. */ const struct { const char *name; lt_ptr address; } lt_preloaded_symbols[[]] = { EOF sed "s/^$symcode$symcode* \(.*\) \(.*\)$/ {\"\2\", (lt_ptr) \&\2},/" < "$nlist" >> conftest.$ac_ext cat <<\EOF >> conftest.$ac_ext {0, (lt_ptr) 0} }; #ifdef __cplusplus } #endif EOF # Now try linking the two files. mv conftest.$ac_objext conftstm.$ac_objext save_LIBS="$LIBS" save_CFLAGS="$CFLAGS" LIBS="conftstm.$ac_objext" CFLAGS="$CFLAGS$no_builtin_flag" if AC_TRY_EVAL(ac_link) && test -s conftest; then pipe_works=yes fi LIBS="$save_LIBS" CFLAGS="$save_CFLAGS" else echo "cannot find nm_test_func in $nlist" >&AC_FD_CC fi else echo "cannot find nm_test_var in $nlist" >&AC_FD_CC fi else echo "cannot run $lt_cv_sys_global_symbol_pipe" >&AC_FD_CC fi else echo "$progname: failed program was:" >&AC_FD_CC cat conftest.$ac_ext >&5 fi rm -f conftest* conftst* # Do not use the global_symbol_pipe unless it works. if test "$pipe_works" = yes; then break else lt_cv_sys_global_symbol_pipe= fi done ]) global_symbol_pipe="$lt_cv_sys_global_symbol_pipe" if test -z "$lt_cv_sys_global_symbol_pipe"; then global_symbol_to_cdecl= global_symbol_to_c_name_address= else global_symbol_to_cdecl="$lt_cv_global_symbol_to_cdecl" global_symbol_to_c_name_address="$lt_cv_global_symbol_to_c_name_address" fi if test -z "$global_symbol_pipe$global_symbol_to_cdec$global_symbol_to_c_name_address"; then AC_MSG_RESULT(failed) else AC_MSG_RESULT(ok) fi ]) # AC_LIBTOOL_SYS_GLOBAL_SYMBOL_PIPE # _LT_AC_LIBTOOL_SYS_PATH_SEPARATOR # --------------------------------- AC_DEFUN([_LT_AC_LIBTOOL_SYS_PATH_SEPARATOR], [# Find the correct PATH separator. 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This makes it impossible to quote backslashes using # echo "$something" | sed 's/\\/\\\\/g' # # So, first we look for a working echo in the user's PATH. IFS="${IFS= }"; save_ifs="$IFS"; IFS=$PATH_SEPARATOR for dir in $PATH /usr/ucb; do if (test -f $dir/echo || test -f $dir/echo$ac_exeext) && test "X`($dir/echo '\t') 2>/dev/null`" = 'X\t' && echo_testing_string=`($dir/echo "$echo_test_string") 2>/dev/null` && test "X$echo_testing_string" = "X$echo_test_string"; then echo="$dir/echo" break fi done IFS="$save_ifs" if test "X$echo" = Xecho; then # We didn't find a better echo, so look for alternatives. if test "X`(print -r '\t') 2>/dev/null`" = 'X\t' && echo_testing_string=`(print -r "$echo_test_string") 2>/dev/null` && test "X$echo_testing_string" = "X$echo_test_string"; then # This shell has a builtin print -r that does the trick. echo='print -r' elif (test -f /bin/ksh || test -f /bin/ksh$ac_exeext) && test "X$CONFIG_SHELL" != X/bin/ksh; then # If we have ksh, try running configure again with it. ORIGINAL_CONFIG_SHELL=${CONFIG_SHELL-/bin/sh} export ORIGINAL_CONFIG_SHELL CONFIG_SHELL=/bin/ksh export CONFIG_SHELL exec $CONFIG_SHELL "[$]0" --no-reexec ${1+"[$]@"} else # Try using printf. echo='printf %s\n' if test "X`($echo '\t') 2>/dev/null`" = 'X\t' && echo_testing_string=`($echo "$echo_test_string") 2>/dev/null` && test "X$echo_testing_string" = "X$echo_test_string"; then # Cool, printf works : elif echo_testing_string=`($ORIGINAL_CONFIG_SHELL "[$]0" --fallback-echo '\t') 2>/dev/null` && test "X$echo_testing_string" = 'X\t' && echo_testing_string=`($ORIGINAL_CONFIG_SHELL "[$]0" --fallback-echo "$echo_test_string") 2>/dev/null` && test "X$echo_testing_string" = "X$echo_test_string"; then CONFIG_SHELL=$ORIGINAL_CONFIG_SHELL export CONFIG_SHELL SHELL="$CONFIG_SHELL" export SHELL echo="$CONFIG_SHELL [$]0 --fallback-echo" elif echo_testing_string=`($CONFIG_SHELL "[$]0" --fallback-echo '\t') 2>/dev/null` && test "X$echo_testing_string" = 'X\t' && echo_testing_string=`($CONFIG_SHELL "[$]0" --fallback-echo "$echo_test_string") 2>/dev/null` && test "X$echo_testing_string" = "X$echo_test_string"; then echo="$CONFIG_SHELL [$]0 --fallback-echo" else # maybe with a smaller string... prev=: for cmd in 'echo test' 'sed 2q "[$]0"' 'sed 10q "[$]0"' 'sed 20q "[$]0"' 'sed 50q "[$]0"'; do if (test "X$echo_test_string" = "X`eval $cmd`") 2>/dev/null then break fi prev="$cmd" done if test "$prev" != 'sed 50q "[$]0"'; then echo_test_string=`eval $prev` export echo_test_string exec ${ORIGINAL_CONFIG_SHELL-${CONFIG_SHELL-/bin/sh}} "[$]0" ${1+"[$]@"} else # Oops. We lost completely, so just stick with echo. echo=echo fi fi fi fi fi fi # Copy echo and quote the copy suitably for passing to libtool from # the Makefile, instead of quoting the original, which is used later. ECHO=$echo if test "X$ECHO" = "X$CONFIG_SHELL [$]0 --fallback-echo"; then ECHO="$CONFIG_SHELL \\\$\[$]0 --fallback-echo" fi AC_SUBST(ECHO) AC_DIVERT_POP ])# _LT_AC_PROG_ECHO_BACKSLASH # _LT_AC_TRY_DLOPEN_SELF (ACTION-IF-TRUE, ACTION-IF-TRUE-W-USCORE, # ACTION-IF-FALSE, ACTION-IF-CROSS-COMPILING) # ------------------------------------------------------------------ AC_DEFUN([_LT_AC_TRY_DLOPEN_SELF], [if test "$cross_compiling" = yes; then : [$4] else AC_REQUIRE([_LT_AC_CHECK_DLFCN])dnl lt_dlunknown=0; lt_dlno_uscore=1; lt_dlneed_uscore=2 lt_status=$lt_dlunknown cat > conftest.$ac_ext < #endif #include #ifdef RTLD_GLOBAL # define LT_DLGLOBAL RTLD_GLOBAL #else # ifdef DL_GLOBAL # define LT_DLGLOBAL DL_GLOBAL # else # define LT_DLGLOBAL 0 # endif #endif /* We may have to define LT_DLLAZY_OR_NOW in the command line if we find out it does not work in some platform. */ #ifndef LT_DLLAZY_OR_NOW # ifdef RTLD_LAZY # define LT_DLLAZY_OR_NOW RTLD_LAZY # else # ifdef DL_LAZY # define LT_DLLAZY_OR_NOW DL_LAZY # else # ifdef RTLD_NOW # define LT_DLLAZY_OR_NOW RTLD_NOW # else # ifdef DL_NOW # define LT_DLLAZY_OR_NOW DL_NOW # else # define LT_DLLAZY_OR_NOW 0 # endif # endif # endif # endif #endif #ifdef __cplusplus extern "C" void exit (int); #endif void fnord() { int i=42;} int main () { void *self = dlopen (0, LT_DLGLOBAL|LT_DLLAZY_OR_NOW); int status = $lt_dlunknown; if (self) { if (dlsym (self,"fnord")) status = $lt_dlno_uscore; else if (dlsym( self,"_fnord")) status = $lt_dlneed_uscore; /* dlclose (self); */ } exit (status); }] EOF if AC_TRY_EVAL(ac_link) && test -s conftest${ac_exeext} 2>/dev/null; then (./conftest; exit; ) 2>/dev/null lt_status=$? case x$lt_status in x$lt_dlno_uscore) $1 ;; x$lt_dlneed_uscore) $2 ;; x$lt_unknown|x*) $3 ;; esac else : # compilation failed $3 fi fi rm -fr conftest* ])# _LT_AC_TRY_DLOPEN_SELF # AC_LIBTOOL_DLOPEN_SELF # ------------------- AC_DEFUN([AC_LIBTOOL_DLOPEN_SELF], [if test "x$enable_dlopen" != xyes; then enable_dlopen=unknown enable_dlopen_self=unknown enable_dlopen_self_static=unknown else lt_cv_dlopen=no lt_cv_dlopen_libs= case $host_os in beos*) lt_cv_dlopen="load_add_on" lt_cv_dlopen_libs= lt_cv_dlopen_self=yes ;; cygwin* | mingw* | pw32*) lt_cv_dlopen="LoadLibrary" lt_cv_dlopen_libs= ;; *) AC_CHECK_FUNC([shl_load], [lt_cv_dlopen="shl_load"], [AC_CHECK_LIB([dld], [shl_load], [lt_cv_dlopen="shl_load" lt_cv_dlopen_libs="-dld"], [AC_CHECK_FUNC([dlopen], [lt_cv_dlopen="dlopen"], [AC_CHECK_LIB([dl], [dlopen], [lt_cv_dlopen="dlopen" lt_cv_dlopen_libs="-ldl"], [AC_CHECK_LIB([svld], [dlopen], [lt_cv_dlopen="dlopen" lt_cv_dlopen_libs="-lsvld"], [AC_CHECK_LIB([dld], [dld_link], [lt_cv_dlopen="dld_link" lt_cv_dlopen_libs="-dld"]) ]) ]) ]) ]) ]) ;; esac if test "x$lt_cv_dlopen" != xno; then enable_dlopen=yes else enable_dlopen=no fi case $lt_cv_dlopen in dlopen) save_CPPFLAGS="$CPPFLAGS" AC_REQUIRE([_LT_AC_CHECK_DLFCN])dnl test "x$ac_cv_header_dlfcn_h" = xyes && CPPFLAGS="$CPPFLAGS -DHAVE_DLFCN_H" save_LDFLAGS="$LDFLAGS" eval LDFLAGS=\"\$LDFLAGS $export_dynamic_flag_spec\" save_LIBS="$LIBS" LIBS="$lt_cv_dlopen_libs $LIBS" AC_CACHE_CHECK([whether a program can dlopen itself], lt_cv_dlopen_self, [dnl _LT_AC_TRY_DLOPEN_SELF( lt_cv_dlopen_self=yes, lt_cv_dlopen_self=yes, lt_cv_dlopen_self=no, lt_cv_dlopen_self=cross) ]) if test "x$lt_cv_dlopen_self" = xyes; then LDFLAGS="$LDFLAGS $link_static_flag" AC_CACHE_CHECK([whether a statically linked program can dlopen itself], lt_cv_dlopen_self_static, [dnl _LT_AC_TRY_DLOPEN_SELF( lt_cv_dlopen_self_static=yes, lt_cv_dlopen_self_static=yes, lt_cv_dlopen_self_static=no, lt_cv_dlopen_self_static=cross) ]) fi CPPFLAGS="$save_CPPFLAGS" LDFLAGS="$save_LDFLAGS" LIBS="$save_LIBS" ;; esac case $lt_cv_dlopen_self in yes|no) enable_dlopen_self=$lt_cv_dlopen_self ;; *) enable_dlopen_self=unknown ;; esac case $lt_cv_dlopen_self_static in yes|no) enable_dlopen_self_static=$lt_cv_dlopen_self_static ;; *) enable_dlopen_self_static=unknown ;; esac fi ])# AC_LIBTOOL_DLOPEN_SELF AC_DEFUN([_LT_AC_LTCONFIG_HACK], [AC_REQUIRE([AC_LIBTOOL_SYS_GLOBAL_SYMBOL_PIPE])dnl # Sed substitution that helps us do robust quoting. It backslashifies # metacharacters that are still active within double-quoted strings. Xsed='sed -e s/^X//' sed_quote_subst='s/\([[\\"\\`$\\\\]]\)/\\\1/g' # Same as above, but do not quote variable references. double_quote_subst='s/\([[\\"\\`\\\\]]\)/\\\1/g' # Sed substitution to delay expansion of an escaped shell variable in a # double_quote_subst'ed string. delay_variable_subst='s/\\\\\\\\\\\$/\\\\\\$/g' # Constants: rm="rm -f" # Global variables: default_ofile=libtool can_build_shared=yes # All known linkers require a `.a' archive for static linking (except M$VC, # which needs '.lib'). libext=a ltmain="$ac_aux_dir/ltmain.sh" ofile="$default_ofile" with_gnu_ld="$lt_cv_prog_gnu_ld" need_locks="$enable_libtool_lock" old_CC="$CC" old_CFLAGS="$CFLAGS" # Set sane defaults for various variables test -z "$AR" && AR=ar test -z "$AR_FLAGS" && AR_FLAGS=cru test -z "$AS" && AS=as test -z "$CC" && CC=cc test -z "$DLLTOOL" && DLLTOOL=dlltool test -z "$LD" && LD=ld test -z "$LN_S" && LN_S="ln -s" test -z "$MAGIC_CMD" && MAGIC_CMD=file test -z "$NM" && NM=nm test -z "$OBJDUMP" && OBJDUMP=objdump test -z "$RANLIB" && RANLIB=: test -z "$STRIP" && STRIP=: test -z "$ac_objext" && ac_objext=o if test x"$host" != x"$build"; then ac_tool_prefix=${host_alias}- else ac_tool_prefix= fi # Transform linux* to *-*-linux-gnu*, to support old configure scripts. case $host_os in linux-gnu*) ;; linux*) host=`echo $host | sed 's/^\(.*-.*-linux\)\(.*\)$/\1-gnu\2/'` esac case $host_os in aix3*) # AIX sometimes has problems with the GCC collect2 program. For some # reason, if we set the COLLECT_NAMES environment variable, the problems # vanish in a puff of smoke. if test "X${COLLECT_NAMES+set}" != Xset; then COLLECT_NAMES= export COLLECT_NAMES fi ;; esac # Determine commands to create old-style static archives. old_archive_cmds='$AR $AR_FLAGS $oldlib$oldobjs$old_deplibs' old_postinstall_cmds='chmod 644 $oldlib' old_postuninstall_cmds= if test -n "$RANLIB"; then case $host_os in openbsd*) old_postinstall_cmds="\$RANLIB -t \$oldlib~$old_postinstall_cmds" ;; *) old_postinstall_cmds="\$RANLIB \$oldlib~$old_postinstall_cmds" ;; esac old_archive_cmds="$old_archive_cmds~\$RANLIB \$oldlib" fi # Allow CC to be a program name with arguments. set dummy $CC compiler="[$]2" AC_MSG_CHECKING([for objdir]) rm -f .libs 2>/dev/null mkdir .libs 2>/dev/null if test -d .libs; then objdir=.libs else # MS-DOS does not allow filenames that begin with a dot. objdir=_libs fi rmdir .libs 2>/dev/null AC_MSG_RESULT($objdir) AC_ARG_WITH(pic, [ --with-pic try to use only PIC/non-PIC objects [default=use both]], pic_mode="$withval", pic_mode=default) test -z "$pic_mode" && pic_mode=default # We assume here that the value for lt_cv_prog_cc_pic will not be cached # in isolation, and that seeing it set (from the cache) indicates that # the associated values are set (in the cache) correctly too. AC_MSG_CHECKING([for $compiler option to produce PIC]) AC_CACHE_VAL(lt_cv_prog_cc_pic, [ lt_cv_prog_cc_pic= lt_cv_prog_cc_shlib= lt_cv_prog_cc_wl= lt_cv_prog_cc_static= lt_cv_prog_cc_no_builtin= lt_cv_prog_cc_can_build_shared=$can_build_shared if test "$GCC" = yes; then lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-static' case $host_os in aix*) # Below there is a dirty hack to force normal static linking with -ldl # The problem is because libdl dynamically linked with both libc and # libC (AIX C++ library), which obviously doesn't included in libraries # list by gcc. This cause undefined symbols with -static flags. # This hack allows C programs to be linked with "-static -ldl", but # not sure about C++ programs. lt_cv_prog_cc_static="$lt_cv_prog_cc_static ${lt_cv_prog_cc_wl}-lC" ;; amigaos*) # FIXME: we need at least 68020 code to build shared libraries, but # adding the `-m68020' flag to GCC prevents building anything better, # like `-m68040'. lt_cv_prog_cc_pic='-m68020 -resident32 -malways-restore-a4' ;; beos* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*) # PIC is the default for these OSes. ;; darwin* | rhapsody*) # PIC is the default on this platform # Common symbols not allowed in MH_DYLIB files lt_cv_prog_cc_pic='-fno-common' ;; cygwin* | mingw* | pw32* | os2*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). lt_cv_prog_cc_pic='-DDLL_EXPORT' ;; sysv4*MP*) if test -d /usr/nec; then lt_cv_prog_cc_pic=-Kconform_pic fi ;; *) lt_cv_prog_cc_pic='-fPIC' ;; esac else # PORTME Check for PIC flags for the system compiler. case $host_os in aix3* | aix4* | aix5*) lt_cv_prog_cc_wl='-Wl,' # All AIX code is PIC. if test "$host_cpu" = ia64; then # AIX 5 now supports IA64 processor lt_cv_prog_cc_static='-Bstatic' else lt_cv_prog_cc_static='-bnso -bI:/lib/syscalls.exp' fi ;; hpux9* | hpux10* | hpux11*) # Is there a better lt_cv_prog_cc_static that works with the bundled CC? lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static="${lt_cv_prog_cc_wl}-a ${lt_cv_prog_cc_wl}archive" lt_cv_prog_cc_pic='+Z' ;; irix5* | irix6* | nonstopux*) lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-non_shared' # PIC (with -KPIC) is the default. ;; cygwin* | mingw* | pw32* | os2*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). lt_cv_prog_cc_pic='-DDLL_EXPORT' ;; newsos6) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' ;; osf3* | osf4* | osf5*) # All OSF/1 code is PIC. lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-non_shared' ;; sco3.2v5*) lt_cv_prog_cc_pic='-Kpic' lt_cv_prog_cc_static='-dn' lt_cv_prog_cc_shlib='-belf' ;; solaris*) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' lt_cv_prog_cc_wl='-Wl,' ;; sunos4*) lt_cv_prog_cc_pic='-PIC' lt_cv_prog_cc_static='-Bstatic' lt_cv_prog_cc_wl='-Qoption ld ' ;; sysv4 | sysv4.2uw2* | sysv4.3* | sysv5*) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' if test "x$host_vendor" = xsni; then lt_cv_prog_cc_wl='-LD' else lt_cv_prog_cc_wl='-Wl,' fi ;; uts4*) lt_cv_prog_cc_pic='-pic' lt_cv_prog_cc_static='-Bstatic' ;; sysv4*MP*) if test -d /usr/nec ;then lt_cv_prog_cc_pic='-Kconform_pic' lt_cv_prog_cc_static='-Bstatic' fi ;; *) lt_cv_prog_cc_can_build_shared=no ;; esac fi ]) if test -z "$lt_cv_prog_cc_pic"; then AC_MSG_RESULT([none]) else AC_MSG_RESULT([$lt_cv_prog_cc_pic]) # Check to make sure the pic_flag actually works. AC_MSG_CHECKING([if $compiler PIC flag $lt_cv_prog_cc_pic works]) AC_CACHE_VAL(lt_cv_prog_cc_pic_works, [dnl save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS $lt_cv_prog_cc_pic -DPIC" AC_TRY_COMPILE([], [], [dnl case $host_os in hpux9* | hpux10* | hpux11*) # On HP-UX, both CC and GCC only warn that PIC is supported... then # they create non-PIC objects. So, if there were any warnings, we # assume that PIC is not supported. if test -s conftest.err; then lt_cv_prog_cc_pic_works=no else lt_cv_prog_cc_pic_works=yes fi ;; *) lt_cv_prog_cc_pic_works=yes ;; esac ], [dnl lt_cv_prog_cc_pic_works=no ]) CFLAGS="$save_CFLAGS" ]) if test "X$lt_cv_prog_cc_pic_works" = Xno; then lt_cv_prog_cc_pic= lt_cv_prog_cc_can_build_shared=no else lt_cv_prog_cc_pic=" $lt_cv_prog_cc_pic" fi AC_MSG_RESULT([$lt_cv_prog_cc_pic_works]) fi # Check for any special shared library compilation flags. if test -n "$lt_cv_prog_cc_shlib"; then AC_MSG_WARN([\`$CC' requires \`$lt_cv_prog_cc_shlib' to build shared libraries]) if echo "$old_CC $old_CFLAGS " | egrep -e "[[ ]]$lt_cv_prog_cc_shlib[[ ]]" >/dev/null; then : else AC_MSG_WARN([add \`$lt_cv_prog_cc_shlib' to the CC or CFLAGS env variable and reconfigure]) lt_cv_prog_cc_can_build_shared=no fi fi AC_MSG_CHECKING([if $compiler static flag $lt_cv_prog_cc_static works]) AC_CACHE_VAL([lt_cv_prog_cc_static_works], [dnl lt_cv_prog_cc_static_works=no save_LDFLAGS="$LDFLAGS" LDFLAGS="$LDFLAGS $lt_cv_prog_cc_static" AC_TRY_LINK([], [], [lt_cv_prog_cc_static_works=yes]) LDFLAGS="$save_LDFLAGS" ]) # Belt *and* braces to stop my trousers falling down: test "X$lt_cv_prog_cc_static_works" = Xno && lt_cv_prog_cc_static= AC_MSG_RESULT([$lt_cv_prog_cc_static_works]) pic_flag="$lt_cv_prog_cc_pic" special_shlib_compile_flags="$lt_cv_prog_cc_shlib" wl="$lt_cv_prog_cc_wl" link_static_flag="$lt_cv_prog_cc_static" no_builtin_flag="$lt_cv_prog_cc_no_builtin" can_build_shared="$lt_cv_prog_cc_can_build_shared" # Check to see if options -o and -c are simultaneously supported by compiler AC_MSG_CHECKING([if $compiler supports -c -o file.$ac_objext]) AC_CACHE_VAL([lt_cv_compiler_c_o], [ $rm -r conftest 2>/dev/null mkdir conftest cd conftest echo "int some_variable = 0;" > conftest.$ac_ext mkdir out # According to Tom Tromey, Ian Lance Taylor reported there are C compilers # that will create temporary files in the current directory regardless of # the output directory. Thus, making CWD read-only will cause this test # to fail, enabling locking or at least warning the user not to do parallel # builds. chmod -w . save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -o out/conftest2.$ac_objext" compiler_c_o=no if { (eval echo configure:__oline__: \"$ac_compile\") 1>&5; (eval $ac_compile) 2>out/conftest.err; } && test -s out/conftest2.$ac_objext; then # The compiler can only warn and ignore the option if not recognized # So say no if there are warnings if test -s out/conftest.err; then lt_cv_compiler_c_o=no else lt_cv_compiler_c_o=yes fi else # Append any errors to the config.log. cat out/conftest.err 1>&AC_FD_CC lt_cv_compiler_c_o=no fi CFLAGS="$save_CFLAGS" chmod u+w . $rm conftest* out/* rmdir out cd .. rmdir conftest $rm -r conftest 2>/dev/null ]) compiler_c_o=$lt_cv_compiler_c_o AC_MSG_RESULT([$compiler_c_o]) if test x"$compiler_c_o" = x"yes"; then # Check to see if we can write to a .lo AC_MSG_CHECKING([if $compiler supports -c -o file.lo]) AC_CACHE_VAL([lt_cv_compiler_o_lo], [ lt_cv_compiler_o_lo=no save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -c -o conftest.lo" save_objext="$ac_objext" ac_objext=lo AC_TRY_COMPILE([], [int some_variable = 0;], [dnl # The compiler can only warn and ignore the option if not recognized # So say no if there are warnings if test -s conftest.err; then lt_cv_compiler_o_lo=no else lt_cv_compiler_o_lo=yes fi ]) ac_objext="$save_objext" CFLAGS="$save_CFLAGS" ]) compiler_o_lo=$lt_cv_compiler_o_lo AC_MSG_RESULT([$compiler_o_lo]) else compiler_o_lo=no fi # Check to see if we can do hard links to lock some files if needed hard_links="nottested" if test "$compiler_c_o" = no && test "$need_locks" != no; then # do not overwrite the value of need_locks provided by the user AC_MSG_CHECKING([if we can lock with hard links]) hard_links=yes $rm conftest* ln conftest.a conftest.b 2>/dev/null && hard_links=no touch conftest.a ln conftest.a conftest.b 2>&5 || hard_links=no ln conftest.a conftest.b 2>/dev/null && hard_links=no AC_MSG_RESULT([$hard_links]) if test "$hard_links" = no; then AC_MSG_WARN([\`$CC' does not support \`-c -o', so \`make -j' may be unsafe]) need_locks=warn fi else need_locks=no fi if test "$GCC" = yes; then # Check to see if options -fno-rtti -fno-exceptions are supported by compiler AC_MSG_CHECKING([if $compiler supports -fno-rtti -fno-exceptions]) echo "int some_variable = 0;" > conftest.$ac_ext save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -fno-rtti -fno-exceptions -c conftest.$ac_ext" compiler_rtti_exceptions=no AC_TRY_COMPILE([], [int some_variable = 0;], [dnl # The compiler can only warn and ignore the option if not recognized # So say no if there are warnings if test -s conftest.err; then compiler_rtti_exceptions=no else compiler_rtti_exceptions=yes fi ]) CFLAGS="$save_CFLAGS" AC_MSG_RESULT([$compiler_rtti_exceptions]) if test "$compiler_rtti_exceptions" = "yes"; then no_builtin_flag=' -fno-builtin -fno-rtti -fno-exceptions' else no_builtin_flag=' -fno-builtin' fi fi # See if the linker supports building shared libraries. AC_MSG_CHECKING([whether the linker ($LD) supports shared libraries]) allow_undefined_flag= no_undefined_flag= need_lib_prefix=unknown need_version=unknown # when you set need_version to no, make sure it does not cause -set_version # flags to be left without arguments archive_cmds= archive_expsym_cmds= old_archive_from_new_cmds= old_archive_from_expsyms_cmds= export_dynamic_flag_spec= whole_archive_flag_spec= thread_safe_flag_spec= hardcode_into_libs=no hardcode_libdir_flag_spec= hardcode_libdir_separator= hardcode_direct=no hardcode_minus_L=no hardcode_shlibpath_var=unsupported runpath_var= link_all_deplibs=unknown always_export_symbols=no export_symbols_cmds='$NM $libobjs $convenience | $global_symbol_pipe | sed '\''s/.* //'\'' | sort | uniq > $export_symbols' # include_expsyms should be a list of space-separated symbols to be *always* # included in the symbol list include_expsyms= # exclude_expsyms can be an egrep regular expression of symbols to exclude # it will be wrapped by ` (' and `)$', so one must not match beginning or # end of line. Example: `a|bc|.*d.*' will exclude the symbols `a' and `bc', # as well as any symbol that contains `d'. exclude_expsyms="_GLOBAL_OFFSET_TABLE_" # Although _GLOBAL_OFFSET_TABLE_ is a valid symbol C name, most a.out # platforms (ab)use it in PIC code, but their linkers get confused if # the symbol is explicitly referenced. Since portable code cannot # rely on this symbol name, it's probably fine to never include it in # preloaded symbol tables. extract_expsyms_cmds= case $host_os in cygwin* | mingw* | pw32*) # FIXME: the MSVC++ port hasn't been tested in a loooong time # When not using gcc, we currently assume that we are using # Microsoft Visual C++. if test "$GCC" != yes; then with_gnu_ld=no fi ;; openbsd*) with_gnu_ld=no ;; esac ld_shlibs=yes if test "$with_gnu_ld" = yes; then # If archive_cmds runs LD, not CC, wlarc should be empty wlarc='${wl}' # See if GNU ld supports shared libraries. case $host_os in aix3* | aix4* | aix5*) # On AIX, the GNU linker is very broken # Note:Check GNU linker on AIX 5-IA64 when/if it becomes available. ld_shlibs=no cat <&2 *** Warning: the GNU linker, at least up to release 2.9.1, is reported *** to be unable to reliably create shared libraries on AIX. *** Therefore, libtool is disabling shared libraries support. If you *** really care for shared libraries, you may want to modify your PATH *** so that a non-GNU linker is found, and then restart. EOF ;; amigaos*) archive_cmds='$rm $output_objdir/a2ixlibrary.data~$echo "#define NAME $libname" > $output_objdir/a2ixlibrary.data~$echo "#define LIBRARY_ID 1" >> $output_objdir/a2ixlibrary.data~$echo "#define VERSION $major" >> $output_objdir/a2ixlibrary.data~$echo "#define REVISION $revision" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)' hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes # Samuel A. Falvo II reports # that the semantics of dynamic libraries on AmigaOS, at least up # to version 4, is to share data among multiple programs linked # with the same dynamic library. Since this doesn't match the # behavior of shared libraries on other platforms, we can use # them. ld_shlibs=no ;; beos*) if $LD --help 2>&1 | egrep ': supported targets:.* elf' > /dev/null; then allow_undefined_flag=unsupported # Joseph Beckenbach says some releases of gcc # support --undefined. This deserves some investigation. 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Therefore, libtool *** is disabling shared libraries support. We urge you to upgrade GNU *** binutils to release 2.9.1 or newer. Another option is to modify *** your PATH or compiler configuration so that the native linker is *** used, and then restart. EOF elif $LD --help 2>&1 | egrep ': supported targets:.* elf' > /dev/null; then archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' archive_expsym_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib' else ld_shlibs=no fi ;; sunos4*) archive_cmds='$LD -assert pure-text -Bshareable -o $lib $libobjs $deplibs $linker_flags' wlarc= hardcode_direct=yes hardcode_shlibpath_var=no ;; *) if $LD --help 2>&1 | egrep ': supported targets:.* elf' > /dev/null; then archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' archive_expsym_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib' else ld_shlibs=no fi ;; esac if test "$ld_shlibs" = yes; then runpath_var=LD_RUN_PATH hardcode_libdir_flag_spec='${wl}--rpath ${wl}$libdir' export_dynamic_flag_spec='${wl}--export-dynamic' case $host_os in cygwin* | mingw* | pw32*) # dlltool doesn't understand --whole-archive et. al. whole_archive_flag_spec= ;; *) # ancient GNU ld didn't support --whole-archive et. al. if $LD --help 2>&1 | egrep 'no-whole-archive' > /dev/null; then whole_archive_flag_spec="$wlarc"'--whole-archive$convenience '"$wlarc"'--no-whole-archive' else whole_archive_flag_spec= fi ;; esac fi else # PORTME fill in a description of your system's linker (not GNU ld) case $host_os in aix3*) allow_undefined_flag=unsupported always_export_symbols=yes archive_expsym_cmds='$LD -o $output_objdir/$soname $libobjs $deplibs $linker_flags -bE:$export_symbols -T512 -H512 -bM:SRE~$AR $AR_FLAGS $lib $output_objdir/$soname' # Note: this linker hardcodes the directories in LIBPATH if there # are no directories specified by -L. hardcode_minus_L=yes if test "$GCC" = yes && test -z "$link_static_flag"; then # Neither direct hardcoding nor static linking is supported with a # broken collect2. hardcode_direct=unsupported fi ;; aix4* | aix5*) if test "$host_cpu" = ia64; then # On IA64, the linker does run time linking by default, so we don't # have to do anything special. aix_use_runtimelinking=no exp_sym_flag='-Bexport' no_entry_flag="" else aix_use_runtimelinking=no # Test if we are trying to use run time linking or normal # AIX style linking. 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In the cases where that is not # enough to fix the problem, add -Wl,-bbigtoc to LDFLAGS. hardcode_direct=yes archive_cmds='' hardcode_libdir_separator=':' if test "$GCC" = yes; then case $host_os in aix4.[[012]]|aix4.[[012]].*) collect2name=`${CC} -print-prog-name=collect2` if test -f "$collect2name" && \ strings "$collect2name" | grep resolve_lib_name >/dev/null then # We have reworked collect2 hardcode_direct=yes else # We have old collect2 hardcode_direct=unsupported # It fails to find uninstalled libraries when the uninstalled # path is not listed in the libpath. Setting hardcode_minus_L # to unsupported forces relinking hardcode_minus_L=yes hardcode_libdir_flag_spec='-L$libdir' hardcode_libdir_separator= fi esac shared_flag='-shared' else # not using gcc if test "$host_cpu" = ia64; then shared_flag='${wl}-G' else if test "$aix_use_runtimelinking" = yes; then shared_flag='${wl}-G' else shared_flag='${wl}-bM:SRE' fi fi fi # It seems that -bexpall can do strange things, so it is better to # generate a list of symbols to export. always_export_symbols=yes if test "$aix_use_runtimelinking" = yes; then # Warning - without using the other runtime loading flags (-brtl), # -berok will link without error, but may produce a broken library. allow_undefined_flag='-berok' hardcode_libdir_flag_spec='${wl}-blibpath:$libdir:/usr/lib:/lib' archive_expsym_cmds="\$CC"' -o $output_objdir/$soname $libobjs $deplibs $compiler_flags `if test "x${allow_undefined_flag}" != "x"; then echo "${wl}${allow_undefined_flag}"; else :; fi` '"\${wl}$no_entry_flag \${wl}$exp_sym_flag:\$export_symbols $shared_flag" else if test "$host_cpu" = ia64; then hardcode_libdir_flag_spec='${wl}-R $libdir:/usr/lib:/lib' allow_undefined_flag="-z nodefs" archive_expsym_cmds="\$CC $shared_flag"' -o $output_objdir/$soname ${wl}-h$soname $libobjs $deplibs $compiler_flags ${wl}${allow_undefined_flag} '"\${wl}$no_entry_flag \${wl}$exp_sym_flag:\$export_symbols" else hardcode_libdir_flag_spec='${wl}-bnolibpath ${wl}-blibpath:$libdir:/usr/lib:/lib' # Warning - without using the other run time loading flags, # -berok will link without error, but may produce a broken library. allow_undefined_flag='${wl}-berok' # This is a bit strange, but is similar to how AIX traditionally builds # it's shared libraries. archive_expsym_cmds="\$CC $shared_flag"' -o $output_objdir/$soname $libobjs $deplibs $compiler_flags ${allow_undefined_flag} '"\${wl}$no_entry_flag \${wl}$exp_sym_flag:\$export_symbols"' ~$AR -crlo $objdir/$libname$release.a $objdir/$soname' fi fi ;; amigaos*) archive_cmds='$rm $output_objdir/a2ixlibrary.data~$echo "#define NAME $libname" > $output_objdir/a2ixlibrary.data~$echo "#define LIBRARY_ID 1" >> $output_objdir/a2ixlibrary.data~$echo "#define VERSION $major" >> $output_objdir/a2ixlibrary.data~$echo "#define REVISION $revision" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)' hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes # see comment about different semantics on the GNU ld section ld_shlibs=no ;; cygwin* | mingw* | pw32*) # When not using gcc, we currently assume that we are using # Microsoft Visual C++. # hardcode_libdir_flag_spec is actually meaningless, as there is # no search path for DLLs. hardcode_libdir_flag_spec=' ' allow_undefined_flag=unsupported # Tell ltmain to make .lib files, not .a files. libext=lib # FIXME: Setting linknames here is a bad hack. archive_cmds='$CC -o $lib $libobjs $compiler_flags `echo "$deplibs" | sed -e '\''s/ -lc$//'\''` -link -dll~linknames=' # The linker will automatically build a .lib file if we build a DLL. old_archive_from_new_cmds='true' # FIXME: Should let the user specify the lib program. old_archive_cmds='lib /OUT:$oldlib$oldobjs$old_deplibs' fix_srcfile_path='`cygpath -w "$srcfile"`' ;; darwin* | rhapsody*) case "$host_os" in rhapsody* | darwin1.[[012]]) allow_undefined_flag='-undefined suppress' ;; *) # Darwin 1.3 on allow_undefined_flag='-flat_namespace -undefined suppress' ;; esac # FIXME: Relying on posixy $() will cause problems for # cross-compilation, but unfortunately the echo tests do not # yet detect zsh echo's removal of \ escapes. 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*) archive_cmds='$LD -b +h $soname +b $install_libdir -o $lib $libobjs $deplibs $linker_flags' ;; esac hardcode_libdir_flag_spec='${wl}+b ${wl}$libdir' hardcode_libdir_separator=: hardcode_direct=yes hardcode_minus_L=yes # Not in the search PATH, but as the default # location of the library. export_dynamic_flag_spec='${wl}-E' ;; irix5* | irix6* | nonstopux*) if test "$GCC" = yes; then archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n "$verstring" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' else archive_cmds='$LD -shared $libobjs $deplibs $linker_flags -soname $soname `test -n "$verstring" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib' fi hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' hardcode_libdir_separator=: link_all_deplibs=yes ;; netbsd*) if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then archive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags' # a.out else archive_cmds='$LD -shared -o $lib $libobjs $deplibs $linker_flags' # ELF fi hardcode_libdir_flag_spec='-R$libdir' hardcode_direct=yes hardcode_shlibpath_var=no ;; newsos6) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=yes hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' hardcode_libdir_separator=: hardcode_shlibpath_var=no ;; openbsd*) hardcode_direct=yes hardcode_shlibpath_var=no if test -z "`echo __ELF__ | $CC -E - | grep __ELF__`" || test "$host_os-$host_cpu" = "openbsd2.8-powerpc"; then archive_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='${wl}-rpath,$libdir' export_dynamic_flag_spec='${wl}-E' else case "$host_os" in openbsd[[01]].* | openbsd2.[[0-7]] | openbsd2.[[0-7]].*) archive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='-R$libdir' ;; *) archive_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='${wl}-rpath,$libdir' ;; esac fi ;; os2*) hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes allow_undefined_flag=unsupported archive_cmds='$echo "LIBRARY $libname INITINSTANCE" > $output_objdir/$libname.def~$echo "DESCRIPTION \"$libname\"" >> $output_objdir/$libname.def~$echo DATA >> $output_objdir/$libname.def~$echo " SINGLE NONSHARED" >> $output_objdir/$libname.def~$echo EXPORTS >> $output_objdir/$libname.def~emxexp $libobjs >> $output_objdir/$libname.def~$CC -Zdll -Zcrtdll -o $lib $libobjs $deplibs $compiler_flags $output_objdir/$libname.def' old_archive_from_new_cmds='emximp -o $output_objdir/$libname.a $output_objdir/$libname.def' ;; osf3*) if test "$GCC" = yes; then allow_undefined_flag=' ${wl}-expect_unresolved ${wl}\*' archive_cmds='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n "$verstring" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' else allow_undefined_flag=' -expect_unresolved \*' archive_cmds='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -soname $soname `test -n "$verstring" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib' fi hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' hardcode_libdir_separator=: ;; osf4* | osf5*) # as osf3* with the addition of -msym flag if test "$GCC" = yes; then allow_undefined_flag=' ${wl}-expect_unresolved ${wl}\*' archive_cmds='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-msym ${wl}-soname ${wl}$soname `test -n "$verstring" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' else allow_undefined_flag=' -expect_unresolved \*' archive_cmds='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -msym -soname $soname `test -n "$verstring" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib' archive_expsym_cmds='for i in `cat $export_symbols`; do printf "-exported_symbol " >> $lib.exp; echo "\$i" >> $lib.exp; done; echo "-hidden">> $lib.exp~ $LD -shared${allow_undefined_flag} -input $lib.exp $linker_flags $libobjs $deplibs -soname $soname `test -n "$verstring" && echo -set_version $verstring` -update_registry ${objdir}/so_locations -o $lib~$rm $lib.exp' #Both c and cxx compiler support -rpath directly hardcode_libdir_flag_spec='-rpath $libdir' fi hardcode_libdir_separator=: ;; sco3.2v5*) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_shlibpath_var=no runpath_var=LD_RUN_PATH hardcode_runpath_var=yes export_dynamic_flag_spec='${wl}-Bexport' ;; solaris*) # gcc --version < 3.0 without binutils cannot create self contained # shared libraries reliably, requiring libgcc.a to resolve some of # the object symbols generated in some cases. Libraries that use # assert need libgcc.a to resolve __eprintf, for example. Linking # a copy of libgcc.a into every shared library to guarantee resolving # such symbols causes other problems: According to Tim Van Holder # , C++ libraries end up with a separate # (to the application) exception stack for one thing. no_undefined_flag=' -z defs' if test "$GCC" = yes; then case `$CC --version 2>/dev/null` in [[12]].*) cat <&2 *** Warning: Releases of GCC earlier than version 3.0 cannot reliably *** create self contained shared libraries on Solaris systems, without *** introducing a dependency on libgcc.a. Therefore, libtool is disabling *** -no-undefined support, which will at least allow you to build shared *** libraries. However, you may find that when you link such libraries *** into an application without using GCC, you have to manually add *** \`gcc --print-libgcc-file-name\` to the link command. We urge you to *** upgrade to a newer version of GCC. Another option is to rebuild your *** current GCC to use the GNU linker from GNU binutils 2.9.1 or newer. 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See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # */ # # #include /* for printf() */ # #include /* for open(), lseek(), read() */ # #include /* for O_RDONLY, O_BINARY */ # #include /* for strdup() */ # # /* O_BINARY isn't required (or even defined sometimes) under Unix */ # #ifndef O_BINARY # #define O_BINARY 0 # #endif # # static unsigned int # pe_get16 (fd, offset) # int fd; # int offset; # { # unsigned char b[2]; # lseek (fd, offset, SEEK_SET); # read (fd, b, 2); # return b[0] + (b[1]<<8); # } # # static unsigned int # pe_get32 (fd, offset) # int fd; # int offset; # { # unsigned char b[4]; # lseek (fd, offset, SEEK_SET); # read (fd, b, 4); # return b[0] + (b[1]<<8) + (b[2]<<16) + (b[3]<<24); # } # # static unsigned int # pe_as32 (ptr) # void *ptr; # { # unsigned char *b = ptr; # return b[0] + (b[1]<<8) + (b[2]<<16) + (b[3]<<24); # } # # int # main (argc, argv) # int argc; # char *argv[]; # { # int dll; # unsigned long pe_header_offset, opthdr_ofs, num_entries, i; # unsigned long export_rva, export_size, nsections, secptr, expptr; # unsigned long name_rvas, nexp; # unsigned char *expdata, *erva; # char *filename, *dll_name; # # filename = argv[1]; # # dll = open(filename, O_RDONLY|O_BINARY); # if (dll < 1) # return 1; # # dll_name = filename; # # for (i=0; filename[i]; i++) # if (filename[i] == '/' || filename[i] == '\\' || filename[i] == ':') # dll_name = filename + i +1; # # pe_header_offset = pe_get32 (dll, 0x3c); # opthdr_ofs = pe_header_offset + 4 + 20; # num_entries = pe_get32 (dll, opthdr_ofs + 92); # # if (num_entries < 1) /* no exports */ # return 1; # # export_rva = pe_get32 (dll, opthdr_ofs + 96); # export_size = pe_get32 (dll, opthdr_ofs + 100); # nsections = pe_get16 (dll, pe_header_offset + 4 +2); # secptr = (pe_header_offset + 4 + 20 + # pe_get16 (dll, pe_header_offset + 4 + 16)); # # expptr = 0; # for (i = 0; i < nsections; i++) # { # char sname[8]; # unsigned long secptr1 = secptr + 40 * i; # unsigned long vaddr = pe_get32 (dll, secptr1 + 12); # unsigned long vsize = pe_get32 (dll, secptr1 + 16); # unsigned long fptr = pe_get32 (dll, secptr1 + 20); # lseek(dll, secptr1, SEEK_SET); # read(dll, sname, 8); # if (vaddr <= export_rva && vaddr+vsize > export_rva) # { # expptr = fptr + (export_rva - vaddr); # if (export_rva + export_size > vaddr + vsize) # export_size = vsize - (export_rva - vaddr); # break; # } # } # # expdata = (unsigned char*)malloc(export_size); # lseek (dll, expptr, SEEK_SET); # read (dll, expdata, export_size); # erva = expdata - export_rva; # # nexp = pe_as32 (expdata+24); # name_rvas = pe_as32 (expdata+32); # # printf ("EXPORTS\n"); # for (i = 0; i> "${ofile}T" || (rm -f "${ofile}T"; exit 1) mv -f "${ofile}T" "$ofile" || \ (rm -f "$ofile" && cp "${ofile}T" "$ofile" && rm -f "${ofile}T") chmod +x "$ofile" fi ])# _LT_AC_LTCONFIG_HACK # AC_LIBTOOL_DLOPEN - enable checks for dlopen support AC_DEFUN([AC_LIBTOOL_DLOPEN], [AC_BEFORE([$0],[AC_LIBTOOL_SETUP])]) # AC_LIBTOOL_WIN32_DLL - declare package support for building win32 dll's AC_DEFUN([AC_LIBTOOL_WIN32_DLL], [AC_BEFORE([$0], [AC_LIBTOOL_SETUP])]) # AC_ENABLE_SHARED - implement the --enable-shared flag # Usage: AC_ENABLE_SHARED[(DEFAULT)] # Where DEFAULT is either `yes' or `no'. 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then lt_cv_path_NM="$tmp_nm -B" break elif ($tmp_nm -p /dev/null 2>&1 | sed '1q'; exit 0) | egrep /dev/null >/dev/null; then lt_cv_path_NM="$tmp_nm -p" break else lt_cv_path_NM=${lt_cv_path_NM="$tmp_nm"} # keep the first match, but continue # so that we can try to find one that supports BSD flags fi fi done IFS="$ac_save_ifs" test -z "$lt_cv_path_NM" && lt_cv_path_NM=nm fi fi NM="$lt_cv_path_NM" echo "$ac_t""$NM" 1>&6 echo $ac_n "checking whether ln -s works""... $ac_c" 1>&6 echo "configure:1931: checking whether ln -s works" >&5 if eval "test \"`echo '$''{'ac_cv_prog_LN_S'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else rm -f conftestdata if ln -s X conftestdata 2>/dev/null then rm -f conftestdata ac_cv_prog_LN_S="ln -s" else ac_cv_prog_LN_S=ln fi fi LN_S="$ac_cv_prog_LN_S" if test "$ac_cv_prog_LN_S" = "ln -s"; then echo "$ac_t""yes" 1>&6 else echo "$ac_t""no" 1>&6 fi echo $ac_n "checking how to recognise dependant libraries""... $ac_c" 1>&6 echo "configure:1952: checking how to recognise dependant libraries" >&5 if eval "test \"`echo '$''{'lt_cv_deplibs_check_method'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else lt_cv_file_magic_cmd='$MAGIC_CMD' lt_cv_file_magic_test_file= lt_cv_deplibs_check_method='unknown' # Need to set the preceding variable on all platforms that support # interlibrary dependencies. # 'none' -- dependencies not supported. # `unknown' -- same as none, but documents that we really don't know. # 'pass_all' -- all dependencies passed with no checks. # 'test_compile' -- check by making test program. # 'file_magic [[regex]]' -- check by looking for files in library path # which responds to the $file_magic_cmd with a given egrep regex. # If you have `file' or equivalent on your system and you're not sure # whether `pass_all' will *always* work, you probably want this one. case $host_os in aix4* | aix5*) lt_cv_deplibs_check_method=pass_all ;; beos*) lt_cv_deplibs_check_method=pass_all ;; bsdi4*) lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (shared object|dynamic lib)' lt_cv_file_magic_cmd='/usr/bin/file -L' lt_cv_file_magic_test_file=/shlib/libc.so ;; cygwin* | mingw* | pw32*) lt_cv_deplibs_check_method='file_magic file format pei*-i386(.*architecture: i386)?' lt_cv_file_magic_cmd='$OBJDUMP -f' ;; darwin* | rhapsody*) lt_cv_deplibs_check_method='file_magic Mach-O dynamically linked shared library' lt_cv_file_magic_cmd='/usr/bin/file -L' case "$host_os" in rhapsody* | darwin1.[012]) lt_cv_file_magic_test_file=`echo /System/Library/Frameworks/System.framework/Versions/*/System | head -1` ;; *) # Darwin 1.3 on lt_cv_file_magic_test_file='/usr/lib/libSystem.dylib' ;; esac ;; freebsd*) if echo __ELF__ | $CC -E - | grep __ELF__ > /dev/null; then case $host_cpu in i*86 ) # Not sure whether the presence of OpenBSD here was a mistake. # Let's accept both of them until this is cleared up. lt_cv_deplibs_check_method='file_magic (FreeBSD|OpenBSD)/i[3-9]86 (compact )?demand paged shared library' lt_cv_file_magic_cmd=/usr/bin/file lt_cv_file_magic_test_file=`echo /usr/lib/libc.so.*` ;; esac else lt_cv_deplibs_check_method=pass_all fi ;; gnu*) lt_cv_deplibs_check_method=pass_all ;; hpux10.20*|hpux11*) lt_cv_deplibs_check_method='file_magic (s[0-9][0-9][0-9]|PA-RISC[0-9].[0-9]) shared library' lt_cv_file_magic_cmd=/usr/bin/file lt_cv_file_magic_test_file=/usr/lib/libc.sl ;; irix5* | irix6* | nonstopux*) case $host_os in irix5* | nonstopux*) # this will be overridden with pass_all, but let us keep it just in case lt_cv_deplibs_check_method="file_magic ELF 32-bit MSB dynamic lib MIPS - version 1" ;; *) case $LD in *-32|*"-32 ") libmagic=32-bit;; *-n32|*"-n32 ") libmagic=N32;; *-64|*"-64 ") libmagic=64-bit;; *) libmagic=never-match;; esac # this will be overridden with pass_all, but let us keep it just in case lt_cv_deplibs_check_method="file_magic ELF ${libmagic} MSB mips-[1234] dynamic lib MIPS - version 1" ;; esac lt_cv_file_magic_test_file=`echo /lib${libsuff}/libc.so*` lt_cv_deplibs_check_method=pass_all ;; # This must be Linux ELF. linux-gnu*) case $host_cpu in alpha* | hppa* | i*86 | powerpc* | sparc* | ia64* ) lt_cv_deplibs_check_method=pass_all ;; *) # glibc up to 2.1.1 does not perform some relocations on ARM lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [LM]SB (shared object|dynamic lib )' ;; esac lt_cv_file_magic_test_file=`echo /lib/libc.so* /lib/libc-*.so` ;; netbsd*) if echo __ELF__ | $CC -E - | grep __ELF__ > /dev/null; then lt_cv_deplibs_check_method='match_pattern /lib[^/\.]+\.so\.[0-9]+\.[0-9]+$' else lt_cv_deplibs_check_method='match_pattern /lib[^/\.]+\.so$' fi ;; newos6*) lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (executable|dynamic lib)' lt_cv_file_magic_cmd=/usr/bin/file lt_cv_file_magic_test_file=/usr/lib/libnls.so ;; openbsd*) lt_cv_file_magic_cmd=/usr/bin/file lt_cv_file_magic_test_file=`echo /usr/lib/libc.so.*` if test -z "`echo __ELF__ | $CC -E - | grep __ELF__`" || test "$host_os-$host_cpu" = "openbsd2.8-powerpc"; then lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [LM]SB shared object' else lt_cv_deplibs_check_method='file_magic OpenBSD.* shared library' fi ;; osf3* | osf4* | osf5*) # this will be overridden with pass_all, but let us keep it just in case lt_cv_deplibs_check_method='file_magic COFF format alpha shared library' lt_cv_file_magic_test_file=/shlib/libc.so lt_cv_deplibs_check_method=pass_all ;; sco3.2v5*) lt_cv_deplibs_check_method=pass_all ;; solaris*) lt_cv_deplibs_check_method=pass_all lt_cv_file_magic_test_file=/lib/libc.so ;; sysv5uw[78]* | sysv4*uw2*) lt_cv_deplibs_check_method=pass_all ;; sysv4 | sysv4.2uw2* | sysv4.3* | sysv5*) case $host_vendor in motorola) lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (shared object|dynamic lib) M[0-9][0-9]* Version [0-9]' lt_cv_file_magic_test_file=`echo /usr/lib/libc.so*` ;; ncr) lt_cv_deplibs_check_method=pass_all ;; sequent) lt_cv_file_magic_cmd='/bin/file' lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [LM]SB (shared object|dynamic lib )' ;; sni) lt_cv_file_magic_cmd='/bin/file' lt_cv_deplibs_check_method="file_magic ELF [0-9][0-9]*-bit [LM]SB dynamic lib" lt_cv_file_magic_test_file=/lib/libc.so ;; esac ;; esac fi echo "$ac_t""$lt_cv_deplibs_check_method" 1>&6 file_magic_cmd=$lt_cv_file_magic_cmd deplibs_check_method=$lt_cv_deplibs_check_method echo $ac_n "checking for object suffix""... $ac_c" 1>&6 echo "configure:2135: checking for object suffix" >&5 if eval "test \"`echo '$''{'ac_cv_objext'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else rm -f conftest* echo 'int i = 1;' > conftest.$ac_ext if { (eval echo configure:2141: \"$ac_compile\") 1>&5; (eval $ac_compile) 2>&5; }; then for ac_file in conftest.*; do case $ac_file in *.c) ;; *) ac_cv_objext=`echo $ac_file | sed -e s/conftest.//` ;; esac done else { echo "configure: error: installation or configuration problem; compiler does not work" 1>&2; exit 1; } fi rm -f conftest* fi echo "$ac_t""$ac_cv_objext" 1>&6 OBJEXT=$ac_cv_objext ac_objext=$ac_cv_objext echo $ac_n "checking for executable suffix""... $ac_c" 1>&6 echo "configure:2161: checking for executable suffix" >&5 if eval "test \"`echo '$''{'ac_cv_exeext'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else if test "$CYGWIN" = yes || test "$MINGW32" = yes; then ac_cv_exeext=.exe else rm -f conftest* echo 'int main () { return 0; }' > conftest.$ac_ext ac_cv_exeext= if { (eval echo configure:2171: \"$ac_link\") 1>&5; (eval $ac_link) 2>&5; }; then for file in conftest.*; do case $file in *.c | *.o | *.obj) ;; *) ac_cv_exeext=`echo $file | sed -e s/conftest//` ;; esac done else { echo "configure: error: installation or configuration problem: compiler cannot create executables." 1>&2; exit 1; } fi rm -f conftest* test x"${ac_cv_exeext}" = x && ac_cv_exeext=no fi fi EXEEXT="" test x"${ac_cv_exeext}" != xno && EXEEXT=${ac_cv_exeext} echo "$ac_t""${ac_cv_exeext}" 1>&6 ac_exeext=$EXEEXT if test $host != $build; then ac_tool_prefix=${host_alias}- else ac_tool_prefix= fi # Check for command to grab the raw symbol name followed by C symbol from nm. echo $ac_n "checking command to parse $NM output""... $ac_c" 1>&6 echo "configure:2202: checking command to parse $NM output" >&5 if eval "test \"`echo '$''{'lt_cv_sys_global_symbol_pipe'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else # These are sane defaults that work on at least a few old systems. # [They come from Ultrix. What could be older than Ultrix?!! ;)] # Character class describing NM global symbol codes. symcode='[BCDEGRST]' # Regexp to match symbols that can be accessed directly from C. sympat='\([_A-Za-z][_A-Za-z0-9]*\)' # Transform the above into a raw symbol and a C symbol. symxfrm='\1 \2\3 \3' # Transform an extracted symbol line into a proper C declaration lt_cv_global_symbol_to_cdecl="sed -n -e 's/^. .* \(.*\)$/extern char \1;/p'" # Transform an extracted symbol line into symbol name and symbol address lt_cv_global_symbol_to_c_name_address="sed -n -e 's/^: \([^ ]*\) $/ {\\\"\1\\\", (lt_ptr) 0},/p' -e 's/^$symcode \([^ ]*\) \([^ ]*\)$/ {\"\2\", (lt_ptr) \&\2},/p'" # Define system-specific variables. case $host_os in aix*) symcode='[BCDT]' ;; cygwin* | mingw* | pw32*) symcode='[ABCDGISTW]' ;; hpux*) # Its linker distinguishes data from code symbols lt_cv_global_symbol_to_cdecl="sed -n -e 's/^T .* \(.*\)$/extern char \1();/p' -e 's/^$symcode* .* \(.*\)$/extern char \1;/p'" lt_cv_global_symbol_to_c_name_address="sed -n -e 's/^: \([^ ]*\) $/ {\\\"\1\\\", (lt_ptr) 0},/p' -e 's/^$symcode* \([^ ]*\) \([^ ]*\)$/ {\"\2\", (lt_ptr) \&\2},/p'" ;; irix* | nonstopux*) symcode='[BCDEGRST]' ;; solaris* | sysv5*) symcode='[BDT]' ;; sysv4) symcode='[DFNSTU]' ;; esac # Handle CRLF in mingw tool chain opt_cr= case $host_os in mingw*) opt_cr=`echo 'x\{0,1\}' | tr x '\015'` # option cr in regexp ;; esac # If we're using GNU nm, then use its standard symbol codes. if $NM -V 2>&1 | egrep '(GNU|with BFD)' > /dev/null; then symcode='[ABCDGISTW]' fi # Try without a prefix undercore, then with it. for ac_symprfx in "" "_"; do # Write the raw and C identifiers. lt_cv_sys_global_symbol_pipe="sed -n -e 's/^.*[ ]\($symcode$symcode*\)[ ][ ]*\($ac_symprfx\)$sympat$opt_cr$/$symxfrm/p'" # Check to see that the pipe works correctly. pipe_works=no rm -f conftest* cat > conftest.$ac_ext <&5; (eval $ac_compile) 2>&5; }; then # Now try to grab the symbols. nlist=conftest.nm if { (eval echo configure:2285: \"$NM conftest.$ac_objext \| $lt_cv_sys_global_symbol_pipe \> $nlist\") 1>&5; (eval $NM conftest.$ac_objext \| $lt_cv_sys_global_symbol_pipe \> $nlist) 2>&5; } && test -s "$nlist"; then # Try sorting and uniquifying the output. if sort "$nlist" | uniq > "$nlist"T; then mv -f "$nlist"T "$nlist" else rm -f "$nlist"T fi # Make sure that we snagged all the symbols we need. if egrep ' nm_test_var$' "$nlist" >/dev/null; then if egrep ' nm_test_func$' "$nlist" >/dev/null; then cat < conftest.$ac_ext #ifdef __cplusplus extern "C" { #endif EOF # Now generate the symbol file. eval "$lt_cv_global_symbol_to_cdecl"' < "$nlist" >> conftest.$ac_ext' cat <> conftest.$ac_ext #if defined (__STDC__) && __STDC__ # define lt_ptr void * #else # define lt_ptr char * # define const #endif /* The mapping between symbol names and symbols. */ const struct { const char *name; lt_ptr address; } lt_preloaded_symbols[] = { EOF sed "s/^$symcode$symcode* \(.*\) \(.*\)$/ {\"\2\", (lt_ptr) \&\2},/" < "$nlist" >> conftest.$ac_ext cat <<\EOF >> conftest.$ac_ext {0, (lt_ptr) 0} }; #ifdef __cplusplus } #endif EOF # Now try linking the two files. mv conftest.$ac_objext conftstm.$ac_objext save_LIBS="$LIBS" save_CFLAGS="$CFLAGS" LIBS="conftstm.$ac_objext" CFLAGS="$CFLAGS$no_builtin_flag" if { (eval echo configure:2336: \"$ac_link\") 1>&5; (eval $ac_link) 2>&5; } && test -s conftest; then pipe_works=yes fi LIBS="$save_LIBS" CFLAGS="$save_CFLAGS" else echo "cannot find nm_test_func in $nlist" >&5 fi else echo "cannot find nm_test_var in $nlist" >&5 fi else echo "cannot run $lt_cv_sys_global_symbol_pipe" >&5 fi else echo "$progname: failed program was:" >&5 cat conftest.$ac_ext >&5 fi rm -f conftest* conftst* # Do not use the global_symbol_pipe unless it works. if test "$pipe_works" = yes; then break else lt_cv_sys_global_symbol_pipe= fi done fi global_symbol_pipe="$lt_cv_sys_global_symbol_pipe" if test -z "$lt_cv_sys_global_symbol_pipe"; then global_symbol_to_cdecl= global_symbol_to_c_name_address= else global_symbol_to_cdecl="$lt_cv_global_symbol_to_cdecl" global_symbol_to_c_name_address="$lt_cv_global_symbol_to_c_name_address" fi if test -z "$global_symbol_pipe$global_symbol_to_cdec$global_symbol_to_c_name_address"; then echo "$ac_t""failed" 1>&6 else echo "$ac_t""ok" 1>&6 fi for ac_hdr in dlfcn.h do ac_safe=`echo "$ac_hdr" | sed 'y%./+-%__p_%'` echo $ac_n "checking for $ac_hdr""... $ac_c" 1>&6 echo "configure:2385: checking for $ac_hdr" >&5 if eval "test \"`echo '$''{'ac_cv_header_$ac_safe'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else cat > conftest.$ac_ext < EOF ac_try="$ac_cpp conftest.$ac_ext >/dev/null 2>conftest.out" { (eval echo configure:2395: \"$ac_try\") 1>&5; (eval $ac_try) 2>&5; } ac_err=`grep -v '^ *+' conftest.out | grep -v "^conftest.${ac_ext}\$"` if test -z "$ac_err"; then rm -rf conftest* eval "ac_cv_header_$ac_safe=yes" else echo "$ac_err" >&5 echo "configure: failed program was:" >&5 cat conftest.$ac_ext >&5 rm -rf conftest* eval "ac_cv_header_$ac_safe=no" fi rm -f conftest* fi if eval "test \"`echo '$ac_cv_header_'$ac_safe`\" = yes"; then echo "$ac_t""yes" 1>&6 ac_tr_hdr=HAVE_`echo $ac_hdr | sed 'y%abcdefghijklmnopqrstuvwxyz./-%ABCDEFGHIJKLMNOPQRSTUVWXYZ___%'` cat >> confdefs.h <&6 fi done # Only perform the check for file, if the check method requires it case $deplibs_check_method in file_magic*) if test "$file_magic_cmd" = '$MAGIC_CMD'; then echo $ac_n "checking for ${ac_tool_prefix}file""... $ac_c" 1>&6 echo "configure:2430: checking for ${ac_tool_prefix}file" >&5 if eval "test \"`echo '$''{'lt_cv_path_MAGIC_CMD'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else case $MAGIC_CMD in /*) lt_cv_path_MAGIC_CMD="$MAGIC_CMD" # Let the user override the test with a path. ;; ?:/*) lt_cv_path_MAGIC_CMD="$MAGIC_CMD" # Let the user override the test with a dos path. ;; *) ac_save_MAGIC_CMD="$MAGIC_CMD" IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=":" ac_dummy="/usr/bin:$PATH" for ac_dir in $ac_dummy; do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/${ac_tool_prefix}file; then lt_cv_path_MAGIC_CMD="$ac_dir/${ac_tool_prefix}file" if test -n "$file_magic_test_file"; then case $deplibs_check_method in "file_magic "*) file_magic_regex="`expr \"$deplibs_check_method\" : \"file_magic \(.*\)\"`" MAGIC_CMD="$lt_cv_path_MAGIC_CMD" if eval $file_magic_cmd \$file_magic_test_file 2> /dev/null | egrep "$file_magic_regex" > /dev/null; then : else cat <&2 *** Warning: the command libtool uses to detect shared libraries, *** $file_magic_cmd, produces output that libtool cannot recognize. *** The result is that libtool may fail to recognize shared libraries *** as such. This will affect the creation of libtool libraries that *** depend on shared libraries, but programs linked with such libtool *** libraries will work regardless of this problem. Nevertheless, you *** may want to report the problem to your system manager and/or to *** bug-libtool@gnu.org EOF fi ;; esac fi break fi done IFS="$ac_save_ifs" MAGIC_CMD="$ac_save_MAGIC_CMD" ;; esac fi MAGIC_CMD="$lt_cv_path_MAGIC_CMD" if test -n "$MAGIC_CMD"; then echo "$ac_t""$MAGIC_CMD" 1>&6 else echo "$ac_t""no" 1>&6 fi if test -z "$lt_cv_path_MAGIC_CMD"; then if test -n "$ac_tool_prefix"; then echo $ac_n "checking for file""... $ac_c" 1>&6 echo "configure:2492: checking for file" >&5 if eval "test \"`echo '$''{'lt_cv_path_MAGIC_CMD'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else case $MAGIC_CMD in /*) lt_cv_path_MAGIC_CMD="$MAGIC_CMD" # Let the user override the test with a path. ;; ?:/*) lt_cv_path_MAGIC_CMD="$MAGIC_CMD" # Let the user override the test with a dos path. ;; *) ac_save_MAGIC_CMD="$MAGIC_CMD" IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=":" ac_dummy="/usr/bin:$PATH" for ac_dir in $ac_dummy; do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/file; then lt_cv_path_MAGIC_CMD="$ac_dir/file" if test -n "$file_magic_test_file"; then case $deplibs_check_method in "file_magic "*) file_magic_regex="`expr \"$deplibs_check_method\" : \"file_magic \(.*\)\"`" MAGIC_CMD="$lt_cv_path_MAGIC_CMD" if eval $file_magic_cmd \$file_magic_test_file 2> /dev/null | egrep "$file_magic_regex" > /dev/null; then : else cat <&2 *** Warning: the command libtool uses to detect shared libraries, *** $file_magic_cmd, produces output that libtool cannot recognize. *** The result is that libtool may fail to recognize shared libraries *** as such. This will affect the creation of libtool libraries that *** depend on shared libraries, but programs linked with such libtool *** libraries will work regardless of this problem. Nevertheless, you *** may want to report the problem to your system manager and/or to *** bug-libtool@gnu.org EOF fi ;; esac fi break fi done IFS="$ac_save_ifs" MAGIC_CMD="$ac_save_MAGIC_CMD" ;; esac fi MAGIC_CMD="$lt_cv_path_MAGIC_CMD" if test -n "$MAGIC_CMD"; then echo "$ac_t""$MAGIC_CMD" 1>&6 else echo "$ac_t""no" 1>&6 fi else MAGIC_CMD=: fi fi fi ;; esac # Extract the first word of "${ac_tool_prefix}ranlib", so it can be a program name with args. set dummy ${ac_tool_prefix}ranlib; ac_word=$2 echo $ac_n "checking for $ac_word""... $ac_c" 1>&6 echo "configure:2563: checking for $ac_word" >&5 if eval "test \"`echo '$''{'ac_cv_prog_RANLIB'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else if test -n "$RANLIB"; then ac_cv_prog_RANLIB="$RANLIB" # Let the user override the test. else IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=":" ac_dummy="$PATH" for ac_dir in $ac_dummy; do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/$ac_word; then ac_cv_prog_RANLIB="${ac_tool_prefix}ranlib" break fi done IFS="$ac_save_ifs" fi fi RANLIB="$ac_cv_prog_RANLIB" if test -n "$RANLIB"; then echo "$ac_t""$RANLIB" 1>&6 else echo "$ac_t""no" 1>&6 fi if test -z "$ac_cv_prog_RANLIB"; then if test -n "$ac_tool_prefix"; then # Extract the first word of "ranlib", so it can be a program name with args. set dummy ranlib; ac_word=$2 echo $ac_n "checking for $ac_word""... $ac_c" 1>&6 echo "configure:2595: checking for $ac_word" >&5 if eval "test \"`echo '$''{'ac_cv_prog_RANLIB'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else if test -n "$RANLIB"; then ac_cv_prog_RANLIB="$RANLIB" # Let the user override the test. else IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=":" ac_dummy="$PATH" for ac_dir in $ac_dummy; do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/$ac_word; then ac_cv_prog_RANLIB="ranlib" break fi done IFS="$ac_save_ifs" test -z "$ac_cv_prog_RANLIB" && ac_cv_prog_RANLIB=":" fi fi RANLIB="$ac_cv_prog_RANLIB" if test -n "$RANLIB"; then echo "$ac_t""$RANLIB" 1>&6 else echo "$ac_t""no" 1>&6 fi else RANLIB=":" fi fi # Extract the first word of "${ac_tool_prefix}strip", so it can be a program name with args. set dummy ${ac_tool_prefix}strip; ac_word=$2 echo $ac_n "checking for $ac_word""... $ac_c" 1>&6 echo "configure:2630: checking for $ac_word" >&5 if eval "test \"`echo '$''{'ac_cv_prog_STRIP'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else if test -n "$STRIP"; then ac_cv_prog_STRIP="$STRIP" # Let the user override the test. else IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=":" ac_dummy="$PATH" for ac_dir in $ac_dummy; do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/$ac_word; then ac_cv_prog_STRIP="${ac_tool_prefix}strip" break fi done IFS="$ac_save_ifs" fi fi STRIP="$ac_cv_prog_STRIP" if test -n "$STRIP"; then echo "$ac_t""$STRIP" 1>&6 else echo "$ac_t""no" 1>&6 fi if test -z "$ac_cv_prog_STRIP"; then if test -n "$ac_tool_prefix"; then # Extract the first word of "strip", so it can be a program name with args. set dummy strip; ac_word=$2 echo $ac_n "checking for $ac_word""... $ac_c" 1>&6 echo "configure:2662: checking for $ac_word" >&5 if eval "test \"`echo '$''{'ac_cv_prog_STRIP'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else if test -n "$STRIP"; then ac_cv_prog_STRIP="$STRIP" # Let the user override the test. else IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=":" ac_dummy="$PATH" for ac_dir in $ac_dummy; do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/$ac_word; then ac_cv_prog_STRIP="strip" break fi done IFS="$ac_save_ifs" test -z "$ac_cv_prog_STRIP" && ac_cv_prog_STRIP=":" fi fi STRIP="$ac_cv_prog_STRIP" if test -n "$STRIP"; then echo "$ac_t""$STRIP" 1>&6 else echo "$ac_t""no" 1>&6 fi else STRIP=":" fi fi enable_dlopen=no enable_win32_dll=yes # Check whether --enable-libtool-lock or --disable-libtool-lock was given. if test "${enable_libtool_lock+set}" = set; then enableval="$enable_libtool_lock" : fi test "x$enable_libtool_lock" != xno && enable_libtool_lock=yes # Some flags need to be propagated to the compiler or linker for good # libtool support. case $host in *-*-irix6*) # Find out which ABI we are using. echo '#line 2711 "configure"' > conftest.$ac_ext if { (eval echo configure:2712: \"$ac_compile\") 1>&5; (eval $ac_compile) 2>&5; }; then case `/usr/bin/file conftest.$ac_objext` in *32-bit*) LD="${LD-ld} -32" ;; *N32*) LD="${LD-ld} -n32" ;; *64-bit*) LD="${LD-ld} -64" ;; esac fi rm -rf conftest* ;; *-*-sco3.2v5*) # On SCO OpenServer 5, we need -belf to get full-featured binaries. SAVE_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -belf" echo $ac_n "checking whether the C compiler needs -belf""... $ac_c" 1>&6 echo "configure:2733: checking whether the C compiler needs -belf" >&5 if eval "test \"`echo '$''{'lt_cv_cc_needs_belf'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else ac_ext=c # CFLAGS is not in ac_cpp because -g, -O, etc. are not valid cpp options. ac_cpp='$CPP $CPPFLAGS' ac_compile='${CC-cc} -c $CFLAGS $CPPFLAGS conftest.$ac_ext 1>&5' ac_link='${CC-cc} -o conftest${ac_exeext} $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS 1>&5' cross_compiling=$ac_cv_prog_cc_cross cat > conftest.$ac_ext <&5; (eval $ac_link) 2>&5; } && test -s conftest${ac_exeext}; then rm -rf conftest* lt_cv_cc_needs_belf=yes else echo "configure: failed program was:" >&5 cat conftest.$ac_ext >&5 rm -rf conftest* lt_cv_cc_needs_belf=no fi rm -f conftest* ac_ext=c # CFLAGS is not in ac_cpp because -g, -O, etc. are not valid cpp options. ac_cpp='$CPP $CPPFLAGS' ac_compile='${CC-cc} -c $CFLAGS $CPPFLAGS conftest.$ac_ext 1>&5' ac_link='${CC-cc} -o conftest${ac_exeext} $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS 1>&5' cross_compiling=$ac_cv_prog_cc_cross fi echo "$ac_t""$lt_cv_cc_needs_belf" 1>&6 if test x"$lt_cv_cc_needs_belf" != x"yes"; then # this is probably gcc 2.8.0, egcs 1.0 or newer; no need for -belf CFLAGS="$SAVE_CFLAGS" fi ;; *-*-cygwin* | *-*-mingw* | *-*-pw32*) # Extract the first word of "${ac_tool_prefix}dlltool", so it can be a program name with args. set dummy ${ac_tool_prefix}dlltool; ac_word=$2 echo $ac_n "checking for $ac_word""... $ac_c" 1>&6 echo "configure:2783: checking for $ac_word" >&5 if eval "test \"`echo '$''{'ac_cv_prog_DLLTOOL'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else if test -n "$DLLTOOL"; then ac_cv_prog_DLLTOOL="$DLLTOOL" # Let the user override the test. else IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=":" ac_dummy="$PATH" for ac_dir in $ac_dummy; do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/$ac_word; then ac_cv_prog_DLLTOOL="${ac_tool_prefix}dlltool" break fi done IFS="$ac_save_ifs" fi fi DLLTOOL="$ac_cv_prog_DLLTOOL" if test -n "$DLLTOOL"; then echo "$ac_t""$DLLTOOL" 1>&6 else echo "$ac_t""no" 1>&6 fi if test -z "$ac_cv_prog_DLLTOOL"; then if test -n "$ac_tool_prefix"; then # Extract the first word of "dlltool", so it can be a program name with args. set dummy dlltool; ac_word=$2 echo $ac_n "checking for $ac_word""... $ac_c" 1>&6 echo "configure:2815: checking for $ac_word" >&5 if eval "test \"`echo '$''{'ac_cv_prog_DLLTOOL'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else if test -n "$DLLTOOL"; then ac_cv_prog_DLLTOOL="$DLLTOOL" # Let the user override the test. else IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=":" ac_dummy="$PATH" for ac_dir in $ac_dummy; do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/$ac_word; then ac_cv_prog_DLLTOOL="dlltool" break fi done IFS="$ac_save_ifs" test -z "$ac_cv_prog_DLLTOOL" && ac_cv_prog_DLLTOOL="false" fi fi DLLTOOL="$ac_cv_prog_DLLTOOL" if test -n "$DLLTOOL"; then echo "$ac_t""$DLLTOOL" 1>&6 else echo "$ac_t""no" 1>&6 fi else DLLTOOL="false" fi fi # Extract the first word of "${ac_tool_prefix}as", so it can be a program name with args. set dummy ${ac_tool_prefix}as; ac_word=$2 echo $ac_n "checking for $ac_word""... $ac_c" 1>&6 echo "configure:2850: checking for $ac_word" >&5 if eval "test \"`echo '$''{'ac_cv_prog_AS'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else if test -n "$AS"; then ac_cv_prog_AS="$AS" # Let the user override the test. else IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=":" ac_dummy="$PATH" for ac_dir in $ac_dummy; do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/$ac_word; then ac_cv_prog_AS="${ac_tool_prefix}as" break fi done IFS="$ac_save_ifs" fi fi AS="$ac_cv_prog_AS" if test -n "$AS"; then echo "$ac_t""$AS" 1>&6 else echo "$ac_t""no" 1>&6 fi if test -z "$ac_cv_prog_AS"; then if test -n "$ac_tool_prefix"; then # Extract the first word of "as", so it can be a program name with args. set dummy as; ac_word=$2 echo $ac_n "checking for $ac_word""... $ac_c" 1>&6 echo "configure:2882: checking for $ac_word" >&5 if eval "test \"`echo '$''{'ac_cv_prog_AS'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else if test -n "$AS"; then ac_cv_prog_AS="$AS" # Let the user override the test. else IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=":" ac_dummy="$PATH" for ac_dir in $ac_dummy; do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/$ac_word; then ac_cv_prog_AS="as" break fi done IFS="$ac_save_ifs" test -z "$ac_cv_prog_AS" && ac_cv_prog_AS="false" fi fi AS="$ac_cv_prog_AS" if test -n "$AS"; then echo "$ac_t""$AS" 1>&6 else echo "$ac_t""no" 1>&6 fi else AS="false" fi fi # Extract the first word of "${ac_tool_prefix}objdump", so it can be a program name with args. set dummy ${ac_tool_prefix}objdump; ac_word=$2 echo $ac_n "checking for $ac_word""... $ac_c" 1>&6 echo "configure:2917: checking for $ac_word" >&5 if eval "test \"`echo '$''{'ac_cv_prog_OBJDUMP'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else if test -n "$OBJDUMP"; then ac_cv_prog_OBJDUMP="$OBJDUMP" # Let the user override the test. else IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=":" ac_dummy="$PATH" for ac_dir in $ac_dummy; do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/$ac_word; then ac_cv_prog_OBJDUMP="${ac_tool_prefix}objdump" break fi done IFS="$ac_save_ifs" fi fi OBJDUMP="$ac_cv_prog_OBJDUMP" if test -n "$OBJDUMP"; then echo "$ac_t""$OBJDUMP" 1>&6 else echo "$ac_t""no" 1>&6 fi if test -z "$ac_cv_prog_OBJDUMP"; then if test -n "$ac_tool_prefix"; then # Extract the first word of "objdump", so it can be a program name with args. set dummy objdump; ac_word=$2 echo $ac_n "checking for $ac_word""... $ac_c" 1>&6 echo "configure:2949: checking for $ac_word" >&5 if eval "test \"`echo '$''{'ac_cv_prog_OBJDUMP'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else if test -n "$OBJDUMP"; then ac_cv_prog_OBJDUMP="$OBJDUMP" # Let the user override the test. else IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=":" ac_dummy="$PATH" for ac_dir in $ac_dummy; do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/$ac_word; then ac_cv_prog_OBJDUMP="objdump" break fi done IFS="$ac_save_ifs" test -z "$ac_cv_prog_OBJDUMP" && ac_cv_prog_OBJDUMP="false" fi fi OBJDUMP="$ac_cv_prog_OBJDUMP" if test -n "$OBJDUMP"; then echo "$ac_t""$OBJDUMP" 1>&6 else echo "$ac_t""no" 1>&6 fi else OBJDUMP="false" fi fi # recent cygwin and mingw systems supply a stub DllMain which the user # can override, but on older systems we have to supply one echo $ac_n "checking if libtool should supply DllMain function""... $ac_c" 1>&6 echo "configure:2985: checking if libtool should supply DllMain function" >&5 if eval "test \"`echo '$''{'lt_cv_need_dllmain'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else cat > conftest.$ac_ext <&5; (eval $ac_link) 2>&5; } && test -s conftest${ac_exeext}; then rm -rf conftest* lt_cv_need_dllmain=no else echo "configure: failed program was:" >&5 cat conftest.$ac_ext >&5 rm -rf conftest* lt_cv_need_dllmain=yes fi rm -f conftest* fi echo "$ac_t""$lt_cv_need_dllmain" 1>&6 case $host/$CC in *-*-cygwin*/gcc*-mno-cygwin*|*-*-mingw*) # old mingw systems require "-dll" to link a DLL, while more recent ones # require "-mdll" SAVE_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -mdll" echo $ac_n "checking how to link DLLs""... $ac_c" 1>&6 echo "configure:3019: checking how to link DLLs" >&5 if eval "test \"`echo '$''{'lt_cv_cc_dll_switch'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else cat > conftest.$ac_ext <&5; (eval $ac_link) 2>&5; } && test -s conftest${ac_exeext}; then rm -rf conftest* lt_cv_cc_dll_switch=-mdll else echo "configure: failed program was:" >&5 cat conftest.$ac_ext >&5 rm -rf conftest* lt_cv_cc_dll_switch=-dll fi rm -f conftest* fi echo "$ac_t""$lt_cv_cc_dll_switch" 1>&6 CFLAGS="$SAVE_CFLAGS" ;; *-*-cygwin* | *-*-pw32*) # cygwin systems need to pass --dll to the linker, and not link # crt.o which will require a WinMain@16 definition. lt_cv_cc_dll_switch="-Wl,--dll -nostartfiles" ;; esac ;; esac # Sed substitution that helps us do robust quoting. It backslashifies # metacharacters that are still active within double-quoted strings. Xsed='sed -e s/^X//' sed_quote_subst='s/\([\\"\\`$\\\\]\)/\\\1/g' # Same as above, but do not quote variable references. double_quote_subst='s/\([\\"\\`\\\\]\)/\\\1/g' # Sed substitution to delay expansion of an escaped shell variable in a # double_quote_subst'ed string. delay_variable_subst='s/\\\\\\\\\\\$/\\\\\\$/g' # Constants: rm="rm -f" # Global variables: default_ofile=libtool can_build_shared=yes # All known linkers require a `.a' archive for static linking (except M$VC, # which needs '.lib'). libext=a ltmain="$ac_aux_dir/ltmain.sh" ofile="$default_ofile" with_gnu_ld="$lt_cv_prog_gnu_ld" need_locks="$enable_libtool_lock" old_CC="$CC" old_CFLAGS="$CFLAGS" # Set sane defaults for various variables test -z "$AR" && AR=ar test -z "$AR_FLAGS" && AR_FLAGS=cru test -z "$AS" && AS=as test -z "$CC" && CC=cc test -z "$DLLTOOL" && DLLTOOL=dlltool test -z "$LD" && LD=ld test -z "$LN_S" && LN_S="ln -s" test -z "$MAGIC_CMD" && MAGIC_CMD=file test -z "$NM" && NM=nm test -z "$OBJDUMP" && OBJDUMP=objdump test -z "$RANLIB" && RANLIB=: test -z "$STRIP" && STRIP=: test -z "$ac_objext" && ac_objext=o if test x"$host" != x"$build"; then ac_tool_prefix=${host_alias}- else ac_tool_prefix= fi # Transform linux* to *-*-linux-gnu*, to support old configure scripts. case $host_os in linux-gnu*) ;; linux*) host=`echo $host | sed 's/^\(.*-.*-linux\)\(.*\)$/\1-gnu\2/'` esac case $host_os in aix3*) # AIX sometimes has problems with the GCC collect2 program. For some # reason, if we set the COLLECT_NAMES environment variable, the problems # vanish in a puff of smoke. if test "X${COLLECT_NAMES+set}" != Xset; then COLLECT_NAMES= export COLLECT_NAMES fi ;; esac # Determine commands to create old-style static archives. old_archive_cmds='$AR $AR_FLAGS $oldlib$oldobjs$old_deplibs' old_postinstall_cmds='chmod 644 $oldlib' old_postuninstall_cmds= if test -n "$RANLIB"; then case $host_os in openbsd*) old_postinstall_cmds="\$RANLIB -t \$oldlib~$old_postinstall_cmds" ;; *) old_postinstall_cmds="\$RANLIB \$oldlib~$old_postinstall_cmds" ;; esac old_archive_cmds="$old_archive_cmds~\$RANLIB \$oldlib" fi # Allow CC to be a program name with arguments. set dummy $CC compiler="$2" echo $ac_n "checking for objdir""... $ac_c" 1>&6 echo "configure:3145: checking for objdir" >&5 rm -f .libs 2>/dev/null mkdir .libs 2>/dev/null if test -d .libs; then objdir=.libs else # MS-DOS does not allow filenames that begin with a dot. objdir=_libs fi rmdir .libs 2>/dev/null echo "$ac_t""$objdir" 1>&6 # Check whether --with-pic or --without-pic was given. if test "${with_pic+set}" = set; then withval="$with_pic" pic_mode="$withval" else pic_mode=default fi test -z "$pic_mode" && pic_mode=default # We assume here that the value for lt_cv_prog_cc_pic will not be cached # in isolation, and that seeing it set (from the cache) indicates that # the associated values are set (in the cache) correctly too. echo $ac_n "checking for $compiler option to produce PIC""... $ac_c" 1>&6 echo "configure:3172: checking for $compiler option to produce PIC" >&5 if eval "test \"`echo '$''{'lt_cv_prog_cc_pic'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else lt_cv_prog_cc_pic= lt_cv_prog_cc_shlib= lt_cv_prog_cc_wl= lt_cv_prog_cc_static= lt_cv_prog_cc_no_builtin= lt_cv_prog_cc_can_build_shared=$can_build_shared if test "$GCC" = yes; then lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-static' case $host_os in aix*) # Below there is a dirty hack to force normal static linking with -ldl # The problem is because libdl dynamically linked with both libc and # libC (AIX C++ library), which obviously doesn't included in libraries # list by gcc. This cause undefined symbols with -static flags. # This hack allows C programs to be linked with "-static -ldl", but # not sure about C++ programs. lt_cv_prog_cc_static="$lt_cv_prog_cc_static ${lt_cv_prog_cc_wl}-lC" ;; amigaos*) # FIXME: we need at least 68020 code to build shared libraries, but # adding the `-m68020' flag to GCC prevents building anything better, # like `-m68040'. lt_cv_prog_cc_pic='-m68020 -resident32 -malways-restore-a4' ;; beos* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*) # PIC is the default for these OSes. ;; darwin* | rhapsody*) # PIC is the default on this platform # Common symbols not allowed in MH_DYLIB files lt_cv_prog_cc_pic='-fno-common' ;; cygwin* | mingw* | pw32* | os2*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). lt_cv_prog_cc_pic='-DDLL_EXPORT' ;; sysv4*MP*) if test -d /usr/nec; then lt_cv_prog_cc_pic=-Kconform_pic fi ;; *) lt_cv_prog_cc_pic='-fPIC' ;; esac else # PORTME Check for PIC flags for the system compiler. case $host_os in aix3* | aix4* | aix5*) lt_cv_prog_cc_wl='-Wl,' # All AIX code is PIC. if test "$host_cpu" = ia64; then # AIX 5 now supports IA64 processor lt_cv_prog_cc_static='-Bstatic' else lt_cv_prog_cc_static='-bnso -bI:/lib/syscalls.exp' fi ;; hpux9* | hpux10* | hpux11*) # Is there a better lt_cv_prog_cc_static that works with the bundled CC? lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static="${lt_cv_prog_cc_wl}-a ${lt_cv_prog_cc_wl}archive" lt_cv_prog_cc_pic='+Z' ;; irix5* | irix6* | nonstopux*) lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-non_shared' # PIC (with -KPIC) is the default. ;; cygwin* | mingw* | pw32* | os2*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). lt_cv_prog_cc_pic='-DDLL_EXPORT' ;; newsos6) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' ;; osf3* | osf4* | osf5*) # All OSF/1 code is PIC. lt_cv_prog_cc_wl='-Wl,' lt_cv_prog_cc_static='-non_shared' ;; sco3.2v5*) lt_cv_prog_cc_pic='-Kpic' lt_cv_prog_cc_static='-dn' lt_cv_prog_cc_shlib='-belf' ;; solaris*) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' lt_cv_prog_cc_wl='-Wl,' ;; sunos4*) lt_cv_prog_cc_pic='-PIC' lt_cv_prog_cc_static='-Bstatic' lt_cv_prog_cc_wl='-Qoption ld ' ;; sysv4 | sysv4.2uw2* | sysv4.3* | sysv5*) lt_cv_prog_cc_pic='-KPIC' lt_cv_prog_cc_static='-Bstatic' if test "x$host_vendor" = xsni; then lt_cv_prog_cc_wl='-LD' else lt_cv_prog_cc_wl='-Wl,' fi ;; uts4*) lt_cv_prog_cc_pic='-pic' lt_cv_prog_cc_static='-Bstatic' ;; sysv4*MP*) if test -d /usr/nec ;then lt_cv_prog_cc_pic='-Kconform_pic' lt_cv_prog_cc_static='-Bstatic' fi ;; *) lt_cv_prog_cc_can_build_shared=no ;; esac fi fi if test -z "$lt_cv_prog_cc_pic"; then echo "$ac_t""none" 1>&6 else echo "$ac_t""$lt_cv_prog_cc_pic" 1>&6 # Check to make sure the pic_flag actually works. echo $ac_n "checking if $compiler PIC flag $lt_cv_prog_cc_pic works""... $ac_c" 1>&6 echo "configure:3324: checking if $compiler PIC flag $lt_cv_prog_cc_pic works" >&5 if eval "test \"`echo '$''{'lt_cv_prog_cc_pic_works'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else save_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS $lt_cv_prog_cc_pic -DPIC" cat > conftest.$ac_ext <&5; (eval $ac_compile) 2>&5; }; then rm -rf conftest* case $host_os in hpux9* | hpux10* | hpux11*) # On HP-UX, both CC and GCC only warn that PIC is supported... then # they create non-PIC objects. So, if there were any warnings, we # assume that PIC is not supported. if test -s conftest.err; then lt_cv_prog_cc_pic_works=no else lt_cv_prog_cc_pic_works=yes fi ;; *) lt_cv_prog_cc_pic_works=yes ;; esac else echo "configure: failed program was:" >&5 cat conftest.$ac_ext >&5 rm -rf conftest* lt_cv_prog_cc_pic_works=no fi rm -f conftest* CFLAGS="$save_CFLAGS" fi if test "X$lt_cv_prog_cc_pic_works" = Xno; then lt_cv_prog_cc_pic= lt_cv_prog_cc_can_build_shared=no else lt_cv_prog_cc_pic=" $lt_cv_prog_cc_pic" fi echo "$ac_t""$lt_cv_prog_cc_pic_works" 1>&6 fi # Check for any special shared library compilation flags. if test -n "$lt_cv_prog_cc_shlib"; then echo "configure: warning: \`$CC' requires \`$lt_cv_prog_cc_shlib' to build shared libraries" 1>&2 if echo "$old_CC $old_CFLAGS " | egrep -e "[ ]$lt_cv_prog_cc_shlib[ ]" >/dev/null; then : else echo "configure: warning: add \`$lt_cv_prog_cc_shlib' to the CC or CFLAGS env variable and reconfigure" 1>&2 lt_cv_prog_cc_can_build_shared=no fi fi echo $ac_n "checking if $compiler static flag $lt_cv_prog_cc_static works""... $ac_c" 1>&6 echo "configure:3390: checking if $compiler static flag $lt_cv_prog_cc_static works" >&5 if eval "test \"`echo '$''{'lt_cv_prog_cc_static_works'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else lt_cv_prog_cc_static_works=no save_LDFLAGS="$LDFLAGS" LDFLAGS="$LDFLAGS $lt_cv_prog_cc_static" cat > conftest.$ac_ext <&5; (eval $ac_link) 2>&5; } && test -s conftest${ac_exeext}; then rm -rf conftest* lt_cv_prog_cc_static_works=yes else echo "configure: failed program was:" >&5 cat conftest.$ac_ext >&5 fi rm -f conftest* LDFLAGS="$save_LDFLAGS" fi # Belt *and* braces to stop my trousers falling down: test "X$lt_cv_prog_cc_static_works" = Xno && lt_cv_prog_cc_static= echo "$ac_t""$lt_cv_prog_cc_static_works" 1>&6 pic_flag="$lt_cv_prog_cc_pic" special_shlib_compile_flags="$lt_cv_prog_cc_shlib" wl="$lt_cv_prog_cc_wl" link_static_flag="$lt_cv_prog_cc_static" no_builtin_flag="$lt_cv_prog_cc_no_builtin" can_build_shared="$lt_cv_prog_cc_can_build_shared" # Check to see if options -o and -c are simultaneously supported by compiler echo $ac_n "checking if $compiler supports -c -o file.$ac_objext""... $ac_c" 1>&6 echo "configure:3432: checking if $compiler supports -c -o file.$ac_objext" >&5 if eval "test \"`echo '$''{'lt_cv_compiler_c_o'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else $rm -r conftest 2>/dev/null mkdir conftest cd conftest echo "int some_variable = 0;" > conftest.$ac_ext mkdir out # According to Tom Tromey, Ian Lance Taylor reported there are C compilers # that will create temporary files in the current directory regardless of # the output directory. 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Therefore, libtool *** is disabling shared libraries support. We urge you to upgrade GNU *** binutils to release 2.9.1 or newer. Another option is to modify *** your PATH or compiler configuration so that the native linker is *** used, and then restart. 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Another option is to rebuild your *** current GCC to use the GNU linker from GNU binutils 2.9.1 or newer. 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See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # */ # # #include /* for printf() */ # #include /* for open(), lseek(), read() */ # #include /* for O_RDONLY, O_BINARY */ # #include /* for strdup() */ # # /* O_BINARY isn't required (or even defined sometimes) under Unix */ # #ifndef O_BINARY # #define O_BINARY 0 # #endif # # static unsigned int # pe_get16 (fd, offset) # int fd; # int offset; # { # unsigned char b[2]; # lseek (fd, offset, SEEK_SET); # read (fd, b, 2); # return b[0] + (b[1]<<8); # } # # static unsigned int # pe_get32 (fd, offset) # int fd; # int offset; # { # unsigned char b[4]; # lseek (fd, offset, SEEK_SET); # read (fd, b, 4); # return b[0] + (b[1]<<8) + (b[2]<<16) + (b[3]<<24); # } # # static unsigned int # pe_as32 (ptr) # void *ptr; # { # unsigned char *b = ptr; # return b[0] + (b[1]<<8) + (b[2]<<16) + (b[3]<<24); # } # # int # main (argc, argv) # int argc; # char *argv[]; # { # int dll; # unsigned long pe_header_offset, opthdr_ofs, num_entries, i; # unsigned long export_rva, export_size, nsections, secptr, expptr; # unsigned long name_rvas, nexp; # unsigned char *expdata, *erva; # char *filename, *dll_name; # # filename = argv[1]; # # dll = open(filename, O_RDONLY|O_BINARY); # if (dll < 1) # return 1; # # dll_name = filename; # # for (i=0; filename[i]; i++) # if (filename[i] == '/' || filename[i] == '\\' || filename[i] == ':') # dll_name = filename + i +1; # # pe_header_offset = pe_get32 (dll, 0x3c); # opthdr_ofs = pe_header_offset + 4 + 20; # num_entries = pe_get32 (dll, opthdr_ofs + 92); # # if (num_entries < 1) /* no exports */ # return 1; # # export_rva = pe_get32 (dll, opthdr_ofs + 96); # export_size = pe_get32 (dll, opthdr_ofs + 100); # nsections = pe_get16 (dll, pe_header_offset + 4 +2); # secptr = (pe_header_offset + 4 + 20 + # pe_get16 (dll, pe_header_offset + 4 + 16)); # # expptr = 0; # for (i = 0; i < nsections; i++) # { # char sname[8]; # unsigned long secptr1 = secptr + 40 * i; # unsigned long vaddr = pe_get32 (dll, secptr1 + 12); # unsigned long vsize = pe_get32 (dll, secptr1 + 16); # unsigned long fptr = pe_get32 (dll, secptr1 + 20); # lseek(dll, secptr1, SEEK_SET); # read(dll, sname, 8); # if (vaddr <= export_rva && vaddr+vsize > export_rva) # { # expptr = fptr + (export_rva - vaddr); # if (export_rva + export_size > vaddr + vsize) # export_size = vsize - (export_rva - vaddr); # break; # } # } # # expdata = (unsigned char*)malloc(export_size); # lseek (dll, expptr, SEEK_SET); # read (dll, expdata, export_size); # erva = expdata - export_rva; # # nexp = pe_as32 (expdata+24); # name_rvas = pe_as32 (expdata+32); # # printf ("EXPORTS\n"); # for (i = 0; i> "${ofile}T" || (rm -f "${ofile}T"; exit 1) mv -f "${ofile}T" "$ofile" || \ (rm -f "$ofile" && cp "${ofile}T" "$ofile" && rm -f "${ofile}T") chmod +x "$ofile" fi # This can be used to rebuild libtool when needed LIBTOOL_DEPS="$ac_aux_dir/ltmain.sh" # Always use our own libtool. LIBTOOL='$(SHELL) $(top_builddir)/libtool' # Prevent multiple expansion echo $ac_n "checking for ANSI C header files""... $ac_c" 1>&6 echo "configure:5882: checking for ANSI C header files" >&5 if eval "test \"`echo '$''{'ac_cv_header_stdc'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else cat > conftest.$ac_ext < #include #include #include EOF ac_try="$ac_cpp conftest.$ac_ext >/dev/null 2>conftest.out" { (eval echo configure:5895: \"$ac_try\") 1>&5; (eval $ac_try) 2>&5; } ac_err=`grep -v '^ *+' conftest.out | grep -v "^conftest.${ac_ext}\$"` if test -z "$ac_err"; then rm -rf conftest* ac_cv_header_stdc=yes else echo "$ac_err" >&5 echo "configure: failed program was:" >&5 cat conftest.$ac_ext >&5 rm -rf conftest* ac_cv_header_stdc=no fi rm -f conftest* if test $ac_cv_header_stdc = yes; then # SunOS 4.x string.h does not declare mem*, contrary to ANSI. cat > conftest.$ac_ext < EOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | egrep "memchr" >/dev/null 2>&1; then : else rm -rf conftest* ac_cv_header_stdc=no fi rm -f conftest* fi if test $ac_cv_header_stdc = yes; then # ISC 2.0.2 stdlib.h does not declare free, contrary to ANSI. cat > conftest.$ac_ext < EOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | egrep "free" >/dev/null 2>&1; then : else rm -rf conftest* ac_cv_header_stdc=no fi rm -f conftest* fi if test $ac_cv_header_stdc = yes; then # /bin/cc in Irix-4.0.5 gets non-ANSI ctype macros unless using -ansi. if test "$cross_compiling" = yes; then : else cat > conftest.$ac_ext < #define ISLOWER(c) ('a' <= (c) && (c) <= 'z') #define TOUPPER(c) (ISLOWER(c) ? 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then echo "$ac_t""yes" 1>&6 LIBS="$LIBS -lx" else echo "$ac_t""no" 1>&6 fi fi echo $ac_n "checking whether $CC supports assert without backlinking""... $ac_c" 1>&6 echo "configure:6111: checking whether $CC supports assert without backlinking" >&5 if eval "test \"`echo '$''{'lt_cv_func_assert_works'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else case $host in *-*-solaris*) if test "$GCC" = yes && test "$with_gnu_ld" != yes; then case `$CC --version 2>/dev/null` in [12].*) lt_cv_func_assert_works=no ;; *) lt_cv_func_assert_works=yes ;; esac fi ;; esac fi echo "$ac_t""$lt_cv_func_assert_works" 1>&6 if test "x$lt_cv_func_assert_works" = xyes; then for ac_hdr in assert.h do ac_safe=`echo "$ac_hdr" | sed 'y%./+-%__p_%'` echo $ac_n "checking for $ac_hdr""... $ac_c" 1>&6 echo "configure:6134: checking for $ac_hdr" >&5 if eval "test \"`echo '$''{'ac_cv_header_$ac_safe'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else cat > conftest.$ac_ext < EOF ac_try="$ac_cpp conftest.$ac_ext >/dev/null 2>conftest.out" { (eval echo configure:6144: \"$ac_try\") 1>&5; 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then echo $ac_n "(cached) $ac_c" 1>&6 else ac_last= for ac_spec in $library_names_spec; do ac_last="$ac_spec" done echo "$ac_last" | sed 's/\[.*\]//;s/^[^.]*//;s/\$.*$//;s/\.$//' > conftest libltdl_cv_shlibext=`cat conftest` rm -f conftest fi echo "$ac_t""$libltdl_cv_shlibext" 1>&6 if test -n "$libltdl_cv_shlibext"; then cat >> confdefs.h <&6 echo "configure:6224: checking which variable specifies run-time library path" >&5 if eval "test \"`echo '$''{'libltdl_cv_shlibpath_var'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else libltdl_cv_shlibpath_var="$shlibpath_var" fi echo "$ac_t""$libltdl_cv_shlibpath_var" 1>&6 if test -n "$libltdl_cv_shlibpath_var"; then cat >> confdefs.h <&6 echo "configure:6241: checking for the default library search path" >&5 if eval "test \"`echo '$''{'libltdl_cv_sys_search_path'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else libltdl_cv_sys_search_path="$sys_lib_dlsearch_path_spec" fi echo "$ac_t""$libltdl_cv_sys_search_path" 1>&6 if test -n "$libltdl_cv_sys_search_path"; then case "$host" in *-*-mingw*) pathsep=";" ;; *) pathsep=":" ;; esac sys_search_path= for dir in $libltdl_cv_sys_search_path; do if test -z "$sys_search_path"; then sys_search_path="$dir" else sys_search_path="$sys_search_path$pathsep$dir" fi done cat >> confdefs.h <&6 echo "configure:6269: checking for objdir" >&5 if eval "test \"`echo '$''{'libltdl_cv_objdir'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else libltdl_cv_objdir="$objdir" if test -n "$objdir"; then : else rm -f .libs 2>/dev/null mkdir .libs 2>/dev/null if test -d .libs; then libltdl_cv_objdir=.libs else # MS-DOS does not allow filenames that begin with a dot. libltdl_cv_objdir=_libs fi rmdir .libs 2>/dev/null fi fi echo "$ac_t""$libltdl_cv_objdir" 1>&6 cat >> confdefs.h <&6 echo "configure:6296: checking whether libtool supports -dlopen/-dlpreopen" >&5 if eval "test \"`echo '$''{'libltdl_cv_preloaded_symbols'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else if test -n "$global_symbol_pipe"; then libltdl_cv_preloaded_symbols=yes else libltdl_cv_preloaded_symbols=no fi fi echo "$ac_t""$libltdl_cv_preloaded_symbols" 1>&6 if test x"$libltdl_cv_preloaded_symbols" = x"yes"; then cat >> confdefs.h <<\EOF #define HAVE_PRELOADED_SYMBOLS 1 EOF fi LIBADD_DL= echo $ac_n "checking for shl_load""... $ac_c" 1>&6 echo "configure:6320: checking for shl_load" >&5 if eval "test \"`echo '$''{'ac_cv_func_shl_load'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else cat > conftest.$ac_ext < /* Override any gcc2 internal prototype to avoid an error. */ /* We use char because int might match the return type of a gcc2 builtin and then its argument prototype would still apply. */ char shl_load(); int main() { /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. 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case x$lt_status in x$lt_dlno_uscore) libltdl_cv_need_uscore=no ;; x$lt_dlneed_uscore) libltdl_cv_need_uscore=yes ;; x$lt_unknown|x*) ;; esac else : # compilation failed fi fi rm -fr conftest* LIBS="$save_LIBS" fi echo "$ac_t""$libltdl_cv_need_uscore" 1>&6 fi fi if test x"$libltdl_cv_need_uscore" = xyes; then cat >> confdefs.h <<\EOF #define NEED_USCORE 1 EOF fi echo $ac_n "checking whether deplibs are loaded by dlopen""... $ac_c" 1>&6 echo "configure:6784: checking whether deplibs are loaded by dlopen" >&5 if eval "test \"`echo '$''{'libltdl_cv_sys_dlopen_deplibs'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else # PORTME does your system automatically load deplibs for dlopen()? libltdl_cv_sys_dlopen_deplibs=unknown case "$host_os" in linux*) libltdl_cv_sys_dlopen_deplibs=yes ;; netbsd*) libltdl_cv_sys_dlopen_deplibs=yes ;; openbsd*) libltdl_cv_sys_dlopen_deplibs=yes ;; solaris*) libltdl_cv_sys_dlopen_deplibs=yes ;; esac fi echo "$ac_t""$libltdl_cv_sys_dlopen_deplibs" 1>&6 if test "$libltdl_cv_sys_dlopen_deplibs" != yes; then cat >> confdefs.h <<\EOF #define LTDL_DLOPEN_DEPLIBS 1 EOF fi for ac_hdr in argz.h do ac_safe=`echo "$ac_hdr" | sed 'y%./+-%__p_%'` echo $ac_n "checking for $ac_hdr""... $ac_c" 1>&6 echo "configure:6819: checking for $ac_hdr" >&5 if eval "test \"`echo '$''{'ac_cv_header_$ac_safe'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else cat > conftest.$ac_ext < EOF ac_try="$ac_cpp conftest.$ac_ext >/dev/null 2>conftest.out" { (eval echo configure:6829: \"$ac_try\") 1>&5; (eval $ac_try) 2>&5; } ac_err=`grep -v '^ *+' conftest.out | grep -v "^conftest.${ac_ext}\$"` if test -z "$ac_err"; then rm -rf conftest* eval "ac_cv_header_$ac_safe=yes" else echo "$ac_err" >&5 echo "configure: failed program was:" >&5 cat conftest.$ac_ext >&5 rm -rf conftest* eval "ac_cv_header_$ac_safe=no" fi rm -f conftest* fi if eval "test \"`echo '$ac_cv_header_'$ac_safe`\" = yes"; then echo "$ac_t""yes" 1>&6 ac_tr_hdr=HAVE_`echo $ac_hdr | sed 'y%abcdefghijklmnopqrstuvwxyz./-%ABCDEFGHIJKLMNOPQRSTUVWXYZ___%'` cat >> confdefs.h <&6 fi done echo $ac_n "checking for error_t""... $ac_c" 1>&6 echo "configure:6857: checking for error_t" >&5 if eval "test \"`echo '$''{'ac_Type'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else cat > conftest.$ac_ext < #endif int main() { if ((error_t *) 0) return 0; if (sizeof (error_t)) return 0; ; return 0; } EOF if { (eval echo configure:6874: \"$ac_link\") 1>&5; (eval $ac_link) 2>&5; } && test -s conftest${ac_exeext}; then rm -rf conftest* ac_Type=yes else echo "configure: failed program was:" >&5 cat conftest.$ac_ext >&5 rm -rf conftest* ac_Type=no fi rm -f conftest* fi echo "$ac_t""$ac_Type" 1>&6 if test "x$ac_Type" = xyes; then : else cat >> confdefs.h <<\EOF #define error_t int EOF fi for ac_func in argz_append argz_create_sep argz_insert argz_next argz_stringify do echo $ac_n "checking for $ac_func""... $ac_c" 1>&6 echo "configure:6899: checking for $ac_func" >&5 if eval "test \"`echo '$''{'ac_cv_func_$ac_func'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else cat > conftest.$ac_ext < /* Override any gcc2 internal prototype to avoid an error. */ /* We use char because int might match the return type of a gcc2 builtin and then its argument prototype would still apply. */ char $ac_func(); int main() { /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. 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Some functions are actually named something starting with __ and the normal name is an alias. */ #if defined (__stub_$ac_func) || defined (__stub___$ac_func) choke me #else $ac_func(); #endif ; return 0; } EOF if { (eval echo configure:7123: \"$ac_link\") 1>&5; (eval $ac_link) 2>&5; } && test -s conftest${ac_exeext}; then rm -rf conftest* eval "ac_cv_func_$ac_func=yes" else echo "configure: failed program was:" >&5 cat conftest.$ac_ext >&5 rm -rf conftest* eval "ac_cv_func_$ac_func=no" fi rm -f conftest* fi if eval "test \"`echo '$ac_cv_func_'$ac_func`\" = yes"; then echo "$ac_t""yes" 1>&6 ac_tr_func=HAVE_`echo $ac_func | tr 'abcdefghijklmnopqrstuvwxyz' 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'` cat >> confdefs.h <&6 fi done for ac_func in strrchr rindex do echo $ac_n "checking for $ac_func""... $ac_c" 1>&6 echo "configure:7150: checking for $ac_func" >&5 if eval "test \"`echo '$''{'ac_cv_func_$ac_func'+set}'`\" = set"; then echo $ac_n "(cached) $ac_c" 1>&6 else cat > conftest.$ac_ext < /* Override any gcc2 internal prototype to avoid an error. */ /* We use char because int might match the return type of a gcc2 builtin and then its argument prototype would still apply. */ char $ac_func(); int main() { /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. 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Originally by Thomas Tanner This file is part of GNU Libtool. This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. As a special exception to the GNU Lesser General Public License, if you distribute this file as part of a program or library that is built using GNU libtool, you may include it under the same distribution terms that you use for the rest of that program. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ #if HAVE_CONFIG_H # include #endif #if HAVE_UNISTD_H # include #endif #if HAVE_STDIO_H # include #endif #if HAVE_STDLIB_H # include #endif #if HAVE_STRING_H # include #else # if HAVE_STRINGS_H # include # endif #endif #if HAVE_CTYPE_H # include #endif #if HAVE_MALLOC_H # include #endif #if HAVE_MEMORY_H # include #endif #if HAVE_ERRNO_H # include #endif #if HAVE_DIRENT_H # include # define LT_D_NAMLEN(dirent) (strlen((dirent)->d_name)) #else # define dirent direct # define LT_D_NAMLEN(dirent) ((dirent)->d_namlen) # if HAVE_SYS_NDIR_H # include # endif # if HAVE_SYS_DIR_H # include # endif # if HAVE_NDIR_H # include # endif #endif #if HAVE_ARGZ_H # include #endif #if HAVE_ASSERT_H # include #else # define assert(arg) ((void) 0) #endif #include "ltdl.h" #if WITH_DMALLOC # include #endif /* --- WINDOWS SUPPORT --- */ #ifdef DLL_EXPORT # define LT_GLOBAL_DATA __declspec(dllexport) #else # define LT_GLOBAL_DATA #endif /* fopen() mode flags for reading a text file */ #undef LT_READTEXT_MODE #ifdef __WINDOWS__ # define LT_READTEXT_MODE "rt" #else # define LT_READTEXT_MODE "r" #endif /* --- MANIFEST CONSTANTS --- */ /* Standard libltdl search path environment variable name */ #undef LTDL_SEARCHPATH_VAR #define LTDL_SEARCHPATH_VAR "LTDL_LIBRARY_PATH" /* Standard libtool archive file extension. */ #undef LTDL_ARCHIVE_EXT #define LTDL_ARCHIVE_EXT ".la" /* max. filename length */ #ifndef LT_FILENAME_MAX # define LT_FILENAME_MAX 1024 #endif /* This is the maximum symbol size that won't require malloc/free */ #undef LT_SYMBOL_LENGTH #define LT_SYMBOL_LENGTH 128 /* This accounts for the _LTX_ separator */ #undef LT_SYMBOL_OVERHEAD #define LT_SYMBOL_OVERHEAD 5 /* --- MEMORY HANDLING --- */ /* These are the functions used internally. In addition to making use of the associated function pointers above, they also perform error handling. */ static char *lt_estrdup LT_PARAMS((const char *str)); static lt_ptr lt_emalloc LT_PARAMS((size_t size)); static lt_ptr lt_erealloc LT_PARAMS((lt_ptr addr, size_t size)); static lt_ptr rpl_realloc LT_PARAMS((lt_ptr ptr, size_t size)); /* These are the pointers that can be changed by the caller: */ LT_GLOBAL_DATA lt_ptr (*lt_dlmalloc) LT_PARAMS((size_t size)) = (lt_ptr (*) LT_PARAMS((size_t))) malloc; LT_GLOBAL_DATA lt_ptr (*lt_dlrealloc) LT_PARAMS((lt_ptr ptr, size_t size)) = (lt_ptr (*) LT_PARAMS((lt_ptr, size_t))) rpl_realloc; LT_GLOBAL_DATA void (*lt_dlfree) LT_PARAMS((lt_ptr ptr)) = (void (*) LT_PARAMS((lt_ptr))) free; /* The following macros reduce the amount of typing needed to cast assigned memory. */ #if WITH_DMALLOC #define LT_DLMALLOC(tp, n) ((tp *) xmalloc ((n) * sizeof(tp))) #define LT_DLREALLOC(tp, p, n) ((tp *) xrealloc ((p), (n) * sizeof(tp))) #define LT_DLFREE(p) \ LT_STMT_START { if (p) (p) = (xfree (p), (lt_ptr) 0); } LT_STMT_END #define LT_EMALLOC(tp, n) ((tp *) xmalloc ((n) * sizeof(tp))) #define LT_EREALLOC(tp, p, n) ((tp *) xrealloc ((p), (n) * sizeof(tp))) #else #define LT_DLMALLOC(tp, n) ((tp *) lt_dlmalloc ((n) * sizeof(tp))) #define LT_DLREALLOC(tp, p, n) ((tp *) rpl_realloc ((p), (n) * sizeof(tp))) #define LT_DLFREE(p) \ LT_STMT_START { if (p) (p) = (lt_dlfree (p), (lt_ptr) 0); } LT_STMT_END #define LT_EMALLOC(tp, n) ((tp *) lt_emalloc ((n) * sizeof(tp))) #define LT_EREALLOC(tp, p, n) ((tp *) lt_erealloc ((p), (n) * sizeof(tp))) #endif #define LT_DLMEM_REASSIGN(p, q) LT_STMT_START { \ if ((p) != (q)) { if (p) lt_dlfree (p); (p) = (q); (q) = 0; } \ } LT_STMT_END /* --- REPLACEMENT FUNCTIONS --- */ #undef strdup #define strdup rpl_strdup static char *strdup LT_PARAMS((const char *str)); static char * strdup(str) const char *str; { char *tmp = 0; if (str) { tmp = LT_DLMALLOC (char, 1+ strlen (str)); if (tmp) { strcpy(tmp, str); } } return tmp; } #if ! HAVE_STRCMP #undef strcmp #define strcmp rpl_strcmp static int strcmp LT_PARAMS((const char *str1, const char *str2)); static int strcmp (str1, str2) const char *str1; const char *str2; { if (str1 == str2) return 0; if (str1 == 0) return -1; if (str2 == 0) return 1; for (;*str1 && *str2; ++str1, ++str2) { if (*str1 != *str2) break; } return (int)(*str1 - *str2); } #endif #if ! HAVE_STRCHR # if HAVE_INDEX # define strchr index # else # define strchr rpl_strchr static const char *strchr LT_PARAMS((const char *str, int ch)); static const char* strchr(str, ch) const char *str; int ch; { const char *p; for (p = str; *p != (char)ch && *p != LT_EOS_CHAR; ++p) /*NOWORK*/; return (*p == (char)ch) ? p : 0; } # endif #endif /* !HAVE_STRCHR */ #if ! HAVE_STRRCHR # if HAVE_RINDEX # define strrchr rindex # else # define strrchr rpl_strrchr static const char *strrchr LT_PARAMS((const char *str, int ch)); static const char* strrchr(str, ch) const char *str; int ch; { const char *p, *q = 0; for (p = str; *p != LT_EOS_CHAR; ++p) { if (*p == (char) ch) { q = p; } } return q; } # endif #endif /* NOTE: Neither bcopy nor the memcpy implementation below can reliably handle copying in overlapping areas of memory. Use memmove (for which there is a fallback implmentation below) if you need that behaviour. */ #if ! HAVE_MEMCPY # if HAVE_BCOPY # define memcpy(dest, src, size) bcopy (src, dest, size) # else # define memcpy rpl_memcpy static lt_ptr memcpy LT_PARAMS((lt_ptr dest, const lt_ptr src, size_t size)); static lt_ptr memcpy (dest, src, size) lt_ptr dest; const lt_ptr src; size_t size; { size_t i = 0; for (i = 0; i < size; ++i) { dest[i] = src[i]; } return dest; } # endif /* !HAVE_BCOPY */ #endif /* !HAVE_MEMCPY */ #if ! HAVE_MEMMOVE # define memmove rpl_memmove static lt_ptr memmove LT_PARAMS((lt_ptr dest, const lt_ptr src, size_t size)); static lt_ptr memmove (dest, src, size) lt_ptr dest; const lt_ptr src; size_t size; { size_t i; if (dest < src) for (i = 0; i < size; ++i) { dest[i] = src[i]; } else if (dest > src) for (i = size -1; i >= 0; --i) { dest[i] = src[i]; } return dest; } #endif /* !HAVE_MEMMOVE */ /* According to Alexandre Oliva , ``realloc is not entirely portable'' In any case we want to use the allocator supplied by the user without burdening them with an lt_dlrealloc function pointer to maintain. Instead implement our own version (with known boundary conditions) using lt_dlmalloc and lt_dlfree. */ #undef realloc #define realloc rpl_realloc static lt_ptr realloc (ptr, size) lt_ptr ptr; size_t size; { if (size == 0) { /* For zero or less bytes, free the original memory */ if (ptr != 0) { lt_dlfree (ptr); } return (lt_ptr) 0; } else if (ptr == 0) { /* Allow reallocation of a NULL pointer. */ return lt_dlmalloc (size); } else { /* Allocate a new block, copy and free the old block. */ lt_ptr mem = lt_dlmalloc (size); if (mem) { memcpy (mem, ptr, size); lt_dlfree (ptr); } /* Note that the contents of PTR are not damaged if there is insufficient memory to realloc. */ return mem; } } #if ! HAVE_ARGZ_APPEND # define argz_append rpl_argz_append static error_t argz_append LT_PARAMS((char **pargz, size_t *pargz_len, const char *buf, size_t buf_len)); static error_t argz_append (pargz, pargz_len, buf, buf_len) char **pargz; size_t *pargz_len; const char *buf; size_t buf_len; { size_t argz_len; char *argz; assert (pargz); assert (pargz_len); assert ((*pargz && *pargz_len) || (!*pargz && !*pargz_len)); /* If nothing needs to be appended, no more work is required. */ if (buf_len == 0) return 0; /* Ensure there is enough room to append BUF_LEN. */ argz_len = *pargz_len + buf_len; argz = LT_DLREALLOC (char, *pargz, argz_len); if (!argz) return ENOMEM; /* Copy characters from BUF after terminating '\0' in ARGZ. */ memcpy (argz + *pargz_len, buf, buf_len); /* Assign new values. */ *pargz = argz; *pargz_len = argz_len; return 0; } #endif /* !HAVE_ARGZ_APPEND */ #if ! HAVE_ARGZ_CREATE_SEP # define argz_create_sep rpl_argz_create_sep static error_t argz_create_sep LT_PARAMS((const char *str, int delim, char **pargz, size_t *pargz_len)); static error_t argz_create_sep (str, delim, pargz, pargz_len) const char *str; int delim; char **pargz; size_t *pargz_len; { size_t argz_len; char *argz = 0; assert (str); assert (pargz); assert (pargz_len); /* Make a copy of STR, but replacing each occurence of DELIM with '\0'. */ argz_len = 1+ LT_STRLEN (str); if (argz_len) { const char *p; char *q; argz = LT_DLMALLOC (char, argz_len); if (!argz) return ENOMEM; for (p = str, q = argz; *p != LT_EOS_CHAR; ++p) { if (*p == delim) { /* Ignore leading delimiters, and fold consecutive delimiters in STR into a single '\0' in ARGZ. */ if ((q > argz) && (q[-1] != LT_EOS_CHAR)) *q++ = LT_EOS_CHAR; else --argz_len; } else *q++ = *p; } /* Copy terminating LT_EOS_CHAR. */ *q = *p; } /* If ARGZ_LEN has shrunk to nothing, release ARGZ's memory. */ if (!argz_len) LT_DLFREE (argz); /* Assign new values. */ *pargz = argz; *pargz_len = argz_len; return 0; } #endif /* !HAVE_ARGZ_CREATE_SEP */ #if ! HAVE_ARGZ_INSERT # define argz_insert rpl_argz_insert static error_t argz_insert LT_PARAMS((char **pargz, size_t *pargz_len, char *before, const char *entry)); static error_t argz_insert (pargz, pargz_len, before, entry) char **pargz; size_t *pargz_len; char *before; const char *entry; { assert (pargz); assert (pargz_len); assert (entry && *entry); /* Either PARGZ/PARGZ_LEN is empty and BEFORE is NULL, or BEFORE points into an address within the ARGZ vector. */ assert ((!*pargz && !*pargz_len && !before) || ((*pargz <= before) && (before < (*pargz + *pargz_len)))); /* No BEFORE address indicates ENTRY should be inserted after the current last element. */ if (!before) return argz_append (pargz, pargz_len, entry, 1+ LT_STRLEN (entry)); /* This probably indicates a programmer error, but to preserve semantics, scan back to the start of an entry if BEFORE points into the middle of it. */ while ((before >= *pargz) && (before[-1] != LT_EOS_CHAR)) --before; { size_t entry_len = 1+ LT_STRLEN (entry); size_t argz_len = *pargz_len + entry_len; size_t offset = before - *pargz; char *argz = LT_DLREALLOC (char, *pargz, argz_len); if (!argz) return ENOMEM; /* Make BEFORE point to the equivalent offset in ARGZ that it used to have in *PARGZ incase realloc() moved the block. */ before = argz + offset; /* Move the ARGZ entries starting at BEFORE up into the new space at the end -- making room to copy ENTRY into the resulting gap. */ memmove (before + entry_len, before, *pargz_len - offset); memcpy (before, entry, entry_len); /* Assign new values. */ *pargz = argz; *pargz_len = argz_len; } return 0; } #endif /* !HAVE_ARGZ_INSERT */ #if ! HAVE_ARGZ_NEXT # define argz_next rpl_argz_next static char *argz_next LT_PARAMS((char *argz, size_t argz_len, const char *entry)); static char * argz_next (argz, argz_len, entry) char *argz; size_t argz_len; const char *entry; { assert ((argz && argz_len) || (!argz && !argz_len)); if (entry) { /* Either ARGZ/ARGZ_LEN is empty, or ENTRY points into an address within the ARGZ vector. */ assert ((!argz && !argz_len) || ((argz <= entry) && (entry < (argz + argz_len)))); /* Move to the char immediately after the terminating '\0' of ENTRY. */ entry = 1+ strchr (entry, LT_EOS_CHAR); /* Return either the new ENTRY, or else NULL if ARGZ is exhausted. */ return (entry >= argz + argz_len) ? 0 : (char *) entry; } else { /* This should probably be flagged as a programmer error, since starting an argz_next loop with the iterator set to ARGZ is safer. To preserve semantics, handle the NULL case by returning the start of ARGZ (if any). */ if (argz_len > 0) return argz; else return 0; } } #endif /* !HAVE_ARGZ_NEXT */ #if ! HAVE_ARGZ_STRINGIFY # define argz_stringify rpl_argz_stringify static void argz_stringify LT_PARAMS((char *argz, size_t argz_len, int sep)); static void argz_stringify (argz, argz_len, sep) char *argz; size_t argz_len; int sep; { assert ((argz && argz_len) || (!argz && !argz_len)); if (sep) { --argz_len; /* don't stringify the terminating EOS */ while (--argz_len > 0) { if (argz[argz_len] == LT_EOS_CHAR) argz[argz_len] = sep; } } } #endif /* !HAVE_ARGZ_STRINGIFY */ /* --- TYPE DEFINITIONS -- */ /* This type is used for the array of caller data sets in each handler. */ typedef struct { lt_dlcaller_id key; lt_ptr data; } lt_caller_data; /* --- OPAQUE STRUCTURES DECLARED IN LTDL.H --- */ /* Extract the diagnostic strings from the error table macro in the same order as the enumerated indices in ltdl.h. */ static const char *lt_dlerror_strings[] = { #define LT_ERROR(name, diagnostic) (diagnostic), lt_dlerror_table #undef LT_ERROR 0 }; /* This structure is used for the list of registered loaders. */ struct lt_dlloader { struct lt_dlloader *next; const char *loader_name; /* identifying name for each loader */ const char *sym_prefix; /* prefix for symbols */ lt_module_open *module_open; lt_module_close *module_close; lt_find_sym *find_sym; lt_dlloader_exit *dlloader_exit; lt_user_data dlloader_data; }; struct lt_dlhandle_struct { struct lt_dlhandle_struct *next; lt_dlloader *loader; /* dlopening interface */ lt_dlinfo info; int depcount; /* number of dependencies */ lt_dlhandle *deplibs; /* dependencies */ lt_module module; /* system module handle */ lt_ptr system; /* system specific data */ lt_caller_data *caller_data; /* per caller associated data */ int flags; /* various boolean stats */ }; /* Various boolean flags can be stored in the flags field of an lt_dlhandle_struct... */ #define LT_DLGET_FLAG(handle, flag) (((handle)->flags & (flag)) == (flag)) #define LT_DLSET_FLAG(handle, flag) ((handle)->flags |= (flag)) #define LT_DLRESIDENT_FLAG (0x01 << 0) /* ...add more flags here... */ #define LT_DLIS_RESIDENT(handle) LT_DLGET_FLAG(handle, LT_DLRESIDENT_FLAG) #define LT_DLSTRERROR(name) lt_dlerror_strings[LT_CONC(LT_ERROR_,name)] static const char objdir[] = LTDL_OBJDIR; static const char archive_ext[] = LTDL_ARCHIVE_EXT; #ifdef LTDL_SHLIB_EXT static const char shlib_ext[] = LTDL_SHLIB_EXT; #endif #ifdef LTDL_SYSSEARCHPATH static const char sys_search_path[] = LTDL_SYSSEARCHPATH; #endif /* --- MUTEX LOCKING --- */ /* Macros to make it easier to run the lock functions only if they have been registered. The reason for the complicated lock macro is to ensure that the stored error message from the last error is not accidentally erased if the current function doesn't generate an error of its own. */ #define LT_DLMUTEX_LOCK() LT_STMT_START { \ if (lt_dlmutex_lock_func) (*lt_dlmutex_lock_func)(); \ } LT_STMT_END #define LT_DLMUTEX_UNLOCK() LT_STMT_START { \ if (lt_dlmutex_unlock_func) (*lt_dlmutex_unlock_func)();\ } LT_STMT_END #define LT_DLMUTEX_SETERROR(errormsg) LT_STMT_START { \ if (lt_dlmutex_seterror_func) \ (*lt_dlmutex_seterror_func) (errormsg); \ else lt_dllast_error = (errormsg); } LT_STMT_END #define LT_DLMUTEX_GETERROR(errormsg) LT_STMT_START { \ if (lt_dlmutex_seterror_func) \ (errormsg) = (*lt_dlmutex_geterror_func) (); \ else (errormsg) = lt_dllast_error; } LT_STMT_END /* The mutex functions stored here are global, and are necessarily the same for all threads that wish to share access to libltdl. */ static lt_dlmutex_lock *lt_dlmutex_lock_func = 0; static lt_dlmutex_unlock *lt_dlmutex_unlock_func = 0; static lt_dlmutex_seterror *lt_dlmutex_seterror_func = 0; static lt_dlmutex_geterror *lt_dlmutex_geterror_func = 0; static const char *lt_dllast_error = 0; /* Either set or reset the mutex functions. Either all the arguments must be valid functions, or else all can be NULL to turn off locking entirely. The registered functions should be manipulating a static global lock from the lock() and unlock() callbacks, which needs to be reentrant. */ int lt_dlmutex_register (lock, unlock, seterror, geterror) lt_dlmutex_lock *lock; lt_dlmutex_unlock *unlock; lt_dlmutex_seterror *seterror; lt_dlmutex_geterror *geterror; { lt_dlmutex_unlock *old_unlock = unlock; int errors = 0; /* Lock using the old lock() callback, if any. */ LT_DLMUTEX_LOCK (); if ((lock && unlock && seterror && geterror) || !(lock || unlock || seterror || geterror)) { lt_dlmutex_lock_func = lock; lt_dlmutex_unlock_func = unlock; lt_dlmutex_geterror_func = geterror; } else { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_MUTEX_ARGS)); ++errors; } /* Use the old unlock() callback we saved earlier, if any. Otherwise record any errors using internal storage. */ if (old_unlock) (*old_unlock) (); /* Return the number of errors encountered during the execution of this function. */ return errors; } /* --- ERROR HANDLING --- */ static const char **user_error_strings = 0; static int errorcount = LT_ERROR_MAX; int lt_dladderror (diagnostic) const char *diagnostic; { int errindex = 0; int result = -1; const char **temp = (const char **) 0; assert (diagnostic); LT_DLMUTEX_LOCK (); errindex = errorcount - LT_ERROR_MAX; temp = LT_EREALLOC (const char *, user_error_strings, 1 + errindex); if (temp) { user_error_strings = temp; user_error_strings[errindex] = diagnostic; result = errorcount++; } LT_DLMUTEX_UNLOCK (); return result; } int lt_dlseterror (errindex) int errindex; { int errors = 0; LT_DLMUTEX_LOCK (); if (errindex >= errorcount || errindex < 0) { /* Ack! Error setting the error message! */ LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_ERRORCODE)); ++errors; } else if (errindex < LT_ERROR_MAX) { /* No error setting the error message! */ LT_DLMUTEX_SETERROR (lt_dlerror_strings[errindex]); } else { /* No error setting the error message! */ LT_DLMUTEX_SETERROR (user_error_strings[errindex - LT_ERROR_MAX]); } LT_DLMUTEX_UNLOCK (); return errors; } static lt_ptr lt_emalloc (size) size_t size; { lt_ptr mem = lt_dlmalloc (size); if (size && !mem) LT_DLMUTEX_SETERROR (LT_DLSTRERROR (NO_MEMORY)); return mem; } static lt_ptr lt_erealloc (addr, size) lt_ptr addr; size_t size; { lt_ptr mem = realloc (addr, size); if (size && !mem) LT_DLMUTEX_SETERROR (LT_DLSTRERROR (NO_MEMORY)); return mem; } static char * lt_estrdup (str) const char *str; { char *copy = strdup (str); if (LT_STRLEN (str) && !copy) LT_DLMUTEX_SETERROR (LT_DLSTRERROR (NO_MEMORY)); return copy; } /* --- DLOPEN() INTERFACE LOADER --- */ /* The Cygwin dlopen implementation prints a spurious error message to stderr if its call to LoadLibrary() fails for any reason. We can mitigate this by not using the Cygwin implementation, and falling back to our own LoadLibrary() wrapper. */ #if HAVE_LIBDL && !defined(__CYGWIN__) /* dynamic linking with dlopen/dlsym */ #if HAVE_DLFCN_H # include #endif #if HAVE_SYS_DL_H # include #endif #ifdef RTLD_GLOBAL # define LT_GLOBAL RTLD_GLOBAL #else # ifdef DL_GLOBAL # define LT_GLOBAL DL_GLOBAL # endif #endif /* !RTLD_GLOBAL */ #ifndef LT_GLOBAL # define LT_GLOBAL 0 #endif /* !LT_GLOBAL */ /* We may have to define LT_LAZY_OR_NOW in the command line if we find out it does not work in some platform. */ #ifndef LT_LAZY_OR_NOW # ifdef RTLD_LAZY # define LT_LAZY_OR_NOW RTLD_LAZY # else # ifdef DL_LAZY # define LT_LAZY_OR_NOW DL_LAZY # endif # endif /* !RTLD_LAZY */ #endif #ifndef LT_LAZY_OR_NOW # ifdef RTLD_NOW # define LT_LAZY_OR_NOW RTLD_NOW # else # ifdef DL_NOW # define LT_LAZY_OR_NOW DL_NOW # endif # endif /* !RTLD_NOW */ #endif #ifndef LT_LAZY_OR_NOW # define LT_LAZY_OR_NOW 0 #endif /* !LT_LAZY_OR_NOW */ #if HAVE_DLERROR # define DLERROR(arg) dlerror () #else # define DLERROR(arg) LT_DLSTRERROR (arg) #endif static lt_module sys_dl_open (loader_data, filename) lt_user_data loader_data; const char *filename; { lt_module module = dlopen (filename, LT_GLOBAL | LT_LAZY_OR_NOW); if (!module) { LT_DLMUTEX_SETERROR (DLERROR (CANNOT_OPEN)); } return module; } static int sys_dl_close (loader_data, module) lt_user_data loader_data; lt_module module; { int errors = 0; if (dlclose (module) != 0) { LT_DLMUTEX_SETERROR (DLERROR (CANNOT_CLOSE)); ++errors; } return errors; } static lt_ptr sys_dl_sym (loader_data, module, symbol) lt_user_data loader_data; lt_module module; const char *symbol; { lt_ptr address = dlsym (module, symbol); if (!address) { LT_DLMUTEX_SETERROR (DLERROR (SYMBOL_NOT_FOUND)); } return address; } static struct lt_user_dlloader sys_dl = { # ifdef NEED_USCORE "_", # else 0, # endif sys_dl_open, sys_dl_close, sys_dl_sym, 0, 0 }; #endif /* HAVE_LIBDL */ /* --- SHL_LOAD() INTERFACE LOADER --- */ #if HAVE_SHL_LOAD /* dynamic linking with shl_load (HP-UX) (comments from gmodule) */ #ifdef HAVE_DL_H # include #endif /* some flags are missing on some systems, so we provide * harmless defaults. * * Mandatory: * BIND_IMMEDIATE - Resolve symbol references when the library is loaded. * BIND_DEFERRED - Delay code symbol resolution until actual reference. * * Optionally: * BIND_FIRST - Place the library at the head of the symbol search * order. * BIND_NONFATAL - The default BIND_IMMEDIATE behavior is to treat all * unsatisfied symbols as fatal. This flag allows * binding of unsatisfied code symbols to be deferred * until use. * [Perl: For certain libraries, like DCE, deferred * binding often causes run time problems. Adding * BIND_NONFATAL to BIND_IMMEDIATE still allows * unresolved references in situations like this.] * BIND_NOSTART - Do not call the initializer for the shared library * when the library is loaded, nor on a future call to * shl_unload(). * BIND_VERBOSE - Print verbose messages concerning possible * unsatisfied symbols. * * hp9000s700/hp9000s800: * BIND_RESTRICTED - Restrict symbols visible by the library to those * present at library load time. * DYNAMIC_PATH - Allow the loader to dynamically search for the * library specified by the path argument. */ #ifndef DYNAMIC_PATH # define DYNAMIC_PATH 0 #endif #ifndef BIND_RESTRICTED # define BIND_RESTRICTED 0 #endif #define LT_BIND_FLAGS (BIND_IMMEDIATE | BIND_NONFATAL | DYNAMIC_PATH) static lt_module sys_shl_open (loader_data, filename) lt_user_data loader_data; const char *filename; { static shl_t self = (shl_t) 0; lt_module module = shl_load (filename, LT_BIND_FLAGS, 0L); /* Since searching for a symbol against a NULL module handle will also look in everything else that was already loaded and exported with the -E compiler flag, we always cache a handle saved before any modules are loaded. */ if (!self) { lt_ptr address; shl_findsym (&self, "main", TYPE_UNDEFINED, &address); } if (!filename) { module = self; } else { module = shl_load (filename, LT_BIND_FLAGS, 0L); if (!module) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (CANNOT_OPEN)); } } return module; } static int sys_shl_close (loader_data, module) lt_user_data loader_data; lt_module module; { int errors = 0; if (module && (shl_unload ((shl_t) (module)) != 0)) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (CANNOT_CLOSE)); ++errors; } return errors; } static lt_ptr sys_shl_sym (loader_data, module, symbol) lt_user_data loader_data; lt_module module; const char *symbol; { lt_ptr address = 0; /* sys_shl_open should never return a NULL module handle */ if (module == (lt_module) 0) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_HANDLE)); } else if (!shl_findsym((shl_t*) &module, symbol, TYPE_UNDEFINED, &address)) { if (!address) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (SYMBOL_NOT_FOUND)); } } return address; } static struct lt_user_dlloader sys_shl = { 0, sys_shl_open, sys_shl_close, sys_shl_sym, 0, 0 }; #endif /* HAVE_SHL_LOAD */ /* --- LOADLIBRARY() INTERFACE LOADER --- */ #ifdef __WINDOWS__ /* dynamic linking for Win32 */ #include /* Forward declaration; required to implement handle search below. */ static lt_dlhandle handles; static lt_module sys_wll_open (loader_data, filename) lt_user_data loader_data; const char *filename; { lt_dlhandle cur; lt_module module = 0; const char *errormsg = 0; char *searchname = 0; char *ext; char self_name_buf[MAX_PATH]; if (!filename) { /* Get the name of main module */ *self_name_buf = 0; GetModuleFileName (NULL, self_name_buf, sizeof (self_name_buf)); filename = ext = self_name_buf; } else { ext = strrchr (filename, '.'); } if (ext) { /* FILENAME already has an extension. */ searchname = lt_estrdup (filename); } else { /* Append a `.' to stop Windows from adding an implicit `.dll' extension. */ searchname = LT_EMALLOC (char, 2+ LT_STRLEN (filename)); if (searchname) sprintf (searchname, "%s.", filename); } if (!searchname) return 0; #if __CYGWIN__ { char wpath[MAX_PATH]; cygwin_conv_to_full_win32_path(searchname, wpath); module = LoadLibrary(wpath); } #else module = LoadLibrary (searchname); #endif LT_DLFREE (searchname); /* libltdl expects this function to fail if it is unable to physically load the library. Sadly, LoadLibrary will search the loaded libraries for a match and return one of them if the path search load fails. We check whether LoadLibrary is returning a handle to an already loaded module, and simulate failure if we find one. */ LT_DLMUTEX_LOCK (); cur = handles; while (cur) { if (!cur->module) { cur = 0; break; } if (cur->module == module) { break; } cur = cur->next; } LT_DLMUTEX_UNLOCK (); if (cur || !module) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (CANNOT_OPEN)); module = 0; } return module; } static int sys_wll_close (loader_data, module) lt_user_data loader_data; lt_module module; { int errors = 0; if (FreeLibrary(module) == 0) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (CANNOT_CLOSE)); ++errors; } return errors; } static lt_ptr sys_wll_sym (loader_data, module, symbol) lt_user_data loader_data; lt_module module; const char *symbol; { lt_ptr address = GetProcAddress (module, symbol); if (!address) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (SYMBOL_NOT_FOUND)); } return address; } static struct lt_user_dlloader sys_wll = { 0, sys_wll_open, sys_wll_close, sys_wll_sym, 0, 0 }; #endif /* __WINDOWS__ */ /* --- LOAD_ADD_ON() INTERFACE LOADER --- */ #ifdef __BEOS__ /* dynamic linking for BeOS */ #include static lt_module sys_bedl_open (loader_data, filename) lt_user_data loader_data; const char *filename; { image_id image = 0; if (filename) { image = load_add_on (filename); } else { image_info info; int32 cookie = 0; if (get_next_image_info (0, &cookie, &info) == B_OK) image = load_add_on (info.name); } if (image <= 0) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (CANNOT_OPEN)); image = 0; } return (lt_module) image; } static int sys_bedl_close (loader_data, module) lt_user_data loader_data; lt_module module; { int errors = 0; if (unload_add_on ((image_id) module) != B_OK) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (CANNOT_CLOSE)); ++errors; } return errors; } static lt_ptr sys_bedl_sym (loader_data, module, symbol) lt_user_data loader_data; lt_module module; const char *symbol; { lt_ptr address = 0; image_id image = (image_id) module; if (get_image_symbol (image, symbol, B_SYMBOL_TYPE_ANY, address) != B_OK) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (SYMBOL_NOT_FOUND)); address = 0; } return address; } static struct lt_user_dlloader sys_bedl = { 0, sys_bedl_open, sys_bedl_close, sys_bedl_sym, 0, 0 }; #endif /* __BEOS__ */ /* --- DLD_LINK() INTERFACE LOADER --- */ #if HAVE_DLD /* dynamic linking with dld */ #if HAVE_DLD_H #include #endif static lt_module sys_dld_open (loader_data, filename) lt_user_data loader_data; const char *filename; { lt_module module = strdup (filename); if (dld_link (filename) != 0) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (CANNOT_OPEN)); LT_DLFREE (module); module = 0; } return module; } static int sys_dld_close (loader_data, module) lt_user_data loader_data; lt_module module; { int errors = 0; if (dld_unlink_by_file ((char*)(module), 1) != 0) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (CANNOT_CLOSE)); ++errors; } else { LT_DLFREE (module); } return errors; } static lt_ptr sys_dld_sym (loader_data, module, symbol) lt_user_data loader_data; lt_module module; const char *symbol; { lt_ptr address = dld_get_func (symbol); if (!address) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (SYMBOL_NOT_FOUND)); } return address; } static struct lt_user_dlloader sys_dld = { 0, sys_dld_open, sys_dld_close, sys_dld_sym, 0, 0 }; #endif /* HAVE_DLD */ /* --- DLPREOPEN() INTERFACE LOADER --- */ /* emulate dynamic linking using preloaded_symbols */ typedef struct lt_dlsymlists_t { struct lt_dlsymlists_t *next; const lt_dlsymlist *syms; } lt_dlsymlists_t; static const lt_dlsymlist *default_preloaded_symbols = 0; static lt_dlsymlists_t *preloaded_symbols = 0; static int presym_init (loader_data) lt_user_data loader_data; { int errors = 0; LT_DLMUTEX_LOCK (); preloaded_symbols = 0; if (default_preloaded_symbols) { errors = lt_dlpreload (default_preloaded_symbols); } LT_DLMUTEX_UNLOCK (); return errors; } static int presym_free_symlists () { lt_dlsymlists_t *lists; LT_DLMUTEX_LOCK (); lists = preloaded_symbols; while (lists) { lt_dlsymlists_t *tmp = lists; lists = lists->next; LT_DLFREE (tmp); } preloaded_symbols = 0; LT_DLMUTEX_UNLOCK (); return 0; } static int presym_exit (loader_data) lt_user_data loader_data; { presym_free_symlists (); return 0; } static int presym_add_symlist (preloaded) const lt_dlsymlist *preloaded; { lt_dlsymlists_t *tmp; lt_dlsymlists_t *lists; int errors = 0; LT_DLMUTEX_LOCK (); lists = preloaded_symbols; while (lists) { if (lists->syms == preloaded) { goto done; } lists = lists->next; } tmp = LT_EMALLOC (lt_dlsymlists_t, 1); if (tmp) { memset (tmp, 0, sizeof(lt_dlsymlists_t)); tmp->syms = preloaded; tmp->next = preloaded_symbols; preloaded_symbols = tmp; } else { ++errors; } done: LT_DLMUTEX_UNLOCK (); return errors; } static lt_module presym_open (loader_data, filename) lt_user_data loader_data; const char *filename; { lt_dlsymlists_t *lists; lt_module module = (lt_module) 0; LT_DLMUTEX_LOCK (); lists = preloaded_symbols; if (!lists) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (NO_SYMBOLS)); goto done; } /* Can't use NULL as the reflective symbol header, as NULL is used to mark the end of the entire symbol list. Self-dlpreopened symbols follow this magic number, chosen to be an unlikely clash with a real module name. */ if (!filename) { filename = "@PROGRAM@"; } while (lists) { const lt_dlsymlist *syms = lists->syms; while (syms->name) { if (!syms->address && strcmp(syms->name, filename) == 0) { module = (lt_module) syms; goto done; } ++syms; } lists = lists->next; } LT_DLMUTEX_SETERROR (LT_DLSTRERROR (FILE_NOT_FOUND)); done: LT_DLMUTEX_UNLOCK (); return module; } static int presym_close (loader_data, module) lt_user_data loader_data; lt_module module; { /* Just to silence gcc -Wall */ module = 0; return 0; } static lt_ptr presym_sym (loader_data, module, symbol) lt_user_data loader_data; lt_module module; const char *symbol; { lt_dlsymlist *syms = (lt_dlsymlist*) module; ++syms; while (syms->address) { if (strcmp(syms->name, symbol) == 0) { return syms->address; } ++syms; } LT_DLMUTEX_SETERROR (LT_DLSTRERROR (SYMBOL_NOT_FOUND)); return 0; } static struct lt_user_dlloader presym = { 0, presym_open, presym_close, presym_sym, presym_exit, 0 }; /* --- DYNAMIC MODULE LOADING --- */ /* The type of a function used at each iteration of foreach_dirinpath(). */ typedef int foreach_callback_func LT_PARAMS((char *filename, lt_ptr data1, lt_ptr data2)); static int foreach_dirinpath LT_PARAMS((const char *search_path, const char *base_name, foreach_callback_func *func, lt_ptr data1, lt_ptr data2)); static int find_file_callback LT_PARAMS((char *filename, lt_ptr data, lt_ptr ignored)); static int find_handle_callback LT_PARAMS((char *filename, lt_ptr data, lt_ptr ignored)); static int foreachfile_callback LT_PARAMS((char *filename, lt_ptr data1, lt_ptr data2)); static int canonicalize_path LT_PARAMS((const char *path, char **pcanonical)); static int argzize_path LT_PARAMS((const char *path, char **pargz, size_t *pargz_len)); static FILE *find_file LT_PARAMS((const char *search_path, const char *base_name, char **pdir)); static lt_dlhandle *find_handle LT_PARAMS((const char *search_path, const char *base_name, lt_dlhandle *handle)); static int find_module LT_PARAMS((lt_dlhandle *handle, const char *dir, const char *libdir, const char *dlname, const char *old_name, int installed)); static int free_vars LT_PARAMS((char *dlname, char *oldname, char *libdir, char *deplibs)); static int load_deplibs LT_PARAMS((lt_dlhandle handle, char *deplibs)); static int trim LT_PARAMS((char **dest, const char *str)); static int try_dlopen LT_PARAMS((lt_dlhandle *handle, const char *filename)); static int tryall_dlopen LT_PARAMS((lt_dlhandle *handle, const char *filename)); static int unload_deplibs LT_PARAMS((lt_dlhandle handle)); static int lt_argz_insert LT_PARAMS((char **pargz, size_t *pargz_len, char *before, const char *entry)); static int lt_argz_insertinorder LT_PARAMS((char **pargz, size_t *pargz_len, const char *entry)); static int lt_argz_insertdir LT_PARAMS((char **pargz, size_t *pargz_len, const char *dirnam, struct dirent *dp)); static int lt_dlpath_insertdir LT_PARAMS((char **ppath, char *before, const char *dir)); static int list_files_by_dir LT_PARAMS((const char *dirnam, char **pargz, size_t *pargz_len)); static int file_not_found LT_PARAMS((void)); static char *user_search_path= 0; static lt_dlloader *loaders = 0; static lt_dlhandle handles = 0; static int initialized = 0; /* Initialize libltdl. */ int lt_dlinit () { int errors = 0; LT_DLMUTEX_LOCK (); /* Initialize only at first call. */ if (++initialized == 1) { handles = 0; user_search_path = 0; /* empty search path */ #if HAVE_LIBDL && !defined(__CYGWIN__) errors += lt_dlloader_add (lt_dlloader_next (0), &sys_dl, "dlopen"); #endif #if HAVE_SHL_LOAD errors += lt_dlloader_add (lt_dlloader_next (0), &sys_shl, "dlopen"); #endif #ifdef __WINDOWS__ errors += lt_dlloader_add (lt_dlloader_next (0), &sys_wll, "dlopen"); #endif #ifdef __BEOS__ errors += lt_dlloader_add (lt_dlloader_next (0), &sys_bedl, "dlopen"); #endif #if HAVE_DLD errors += lt_dlloader_add (lt_dlloader_next (0), &sys_dld, "dld"); #endif errors += lt_dlloader_add (lt_dlloader_next (0), &presym, "dlpreload"); if (presym_init (presym.dlloader_data)) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INIT_LOADER)); ++errors; } else if (errors != 0) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (DLOPEN_NOT_SUPPORTED)); ++errors; } } LT_DLMUTEX_UNLOCK (); return errors; } int lt_dlpreload (preloaded) const lt_dlsymlist *preloaded; { int errors = 0; if (preloaded) { errors = presym_add_symlist (preloaded); } else { presym_free_symlists(); LT_DLMUTEX_LOCK (); if (default_preloaded_symbols) { errors = lt_dlpreload (default_preloaded_symbols); } LT_DLMUTEX_UNLOCK (); } return errors; } int lt_dlpreload_default (preloaded) const lt_dlsymlist *preloaded; { LT_DLMUTEX_LOCK (); default_preloaded_symbols = preloaded; LT_DLMUTEX_UNLOCK (); return 0; } int lt_dlexit () { /* shut down libltdl */ lt_dlloader *loader; int errors = 0; LT_DLMUTEX_LOCK (); loader = loaders; if (!initialized) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (SHUTDOWN)); ++errors; goto done; } /* shut down only at last call. */ if (--initialized == 0) { int level; while (handles && LT_DLIS_RESIDENT (handles)) { handles = handles->next; } /* close all modules */ for (level = 1; handles; ++level) { lt_dlhandle cur = handles; int saw_nonresident = 0; while (cur) { lt_dlhandle tmp = cur; cur = cur->next; if (!LT_DLIS_RESIDENT (tmp)) saw_nonresident = 1; if (!LT_DLIS_RESIDENT (tmp) && tmp->info.ref_count <= level) { if (lt_dlclose (tmp)) { ++errors; } } } /* done if only resident modules are left */ if (!saw_nonresident) break; } /* close all loaders */ while (loader) { lt_dlloader *next = loader->next; lt_user_data data = loader->dlloader_data; if (loader->dlloader_exit && loader->dlloader_exit (data)) { ++errors; } LT_DLMEM_REASSIGN (loader, next); } loaders = 0; } done: LT_DLMUTEX_UNLOCK (); return errors; } static int tryall_dlopen (handle, filename) lt_dlhandle *handle; const char *filename; { lt_dlhandle cur; lt_dlloader *loader; const char *saved_error; int errors = 0; LT_DLMUTEX_GETERROR (saved_error); LT_DLMUTEX_LOCK (); cur = handles; loader = loaders; /* check whether the module was already opened */ while (cur) { /* try to dlopen the program itself? */ if (!cur->info.filename && !filename) { break; } if (cur->info.filename && filename && strcmp (cur->info.filename, filename) == 0) { break; } cur = cur->next; } if (cur) { ++cur->info.ref_count; *handle = cur; goto done; } cur = *handle; if (filename) { cur->info.filename = lt_estrdup (filename); if (!cur->info.filename) { ++errors; goto done; } } else { cur->info.filename = 0; } while (loader) { lt_user_data data = loader->dlloader_data; cur->module = loader->module_open (data, filename); if (cur->module != 0) { break; } loader = loader->next; } if (!loader) { LT_DLFREE (cur->info.filename); ++errors; goto done; } cur->loader = loader; LT_DLMUTEX_SETERROR (saved_error); done: LT_DLMUTEX_UNLOCK (); return errors; } static int tryall_dlopen_module (handle, prefix, dirname, dlname) lt_dlhandle *handle; const char *prefix; const char *dirname; const char *dlname; { int error = 0; char *filename = 0; size_t filename_len = 0; size_t dirname_len = LT_STRLEN (dirname); assert (handle); assert (dirname); assert (dlname); #ifdef LT_DIRSEP_CHAR /* Only canonicalized names (i.e. with DIRSEP chars already converted) should make it into this function: */ assert (strchr (dirname, LT_DIRSEP_CHAR) == 0); #endif if (dirname[dirname_len -1] == '/') --dirname_len; filename_len = dirname_len + 1 + LT_STRLEN (dlname); /* Allocate memory, and combine DIRNAME and MODULENAME into it. The PREFIX (if any) is handled below. */ filename = LT_EMALLOC (char, dirname_len + 1 + filename_len + 1); if (!filename) return 1; sprintf (filename, "%.*s/%s", (int) dirname_len, dirname, dlname); /* Now that we have combined DIRNAME and MODULENAME, if there is also a PREFIX to contend with, simply recurse with the arguments shuffled. Otherwise, attempt to open FILENAME as a module. */ if (prefix) { error += tryall_dlopen_module (handle, (const char *) 0, prefix, filename); } else if (tryall_dlopen (handle, filename) != 0) { ++error; } LT_DLFREE (filename); return error; } static int find_module (handle, dir, libdir, dlname, old_name, installed) lt_dlhandle *handle; const char *dir; const char *libdir; const char *dlname; const char *old_name; int installed; { /* Try to open the old library first; if it was dlpreopened, we want the preopened version of it, even if a dlopenable module is available. */ if (old_name && tryall_dlopen (handle, old_name) == 0) { return 0; } /* Try to open the dynamic library. */ if (dlname) { /* try to open the installed module */ if (installed && libdir) { if (tryall_dlopen_module (handle, (const char *) 0, libdir, dlname) == 0) return 0; } /* try to open the not-installed module */ if (!installed) { if (tryall_dlopen_module (handle, dir, objdir, dlname) == 0) return 0; } /* maybe it was moved to another directory */ { if (tryall_dlopen_module (handle, (const char *) 0, dir, dlname) == 0) return 0; } } return 1; } static int canonicalize_path (path, pcanonical) const char *path; char **pcanonical; { char *canonical = 0; assert (path && *path); assert (pcanonical); canonical = LT_EMALLOC (char, 1+ LT_STRLEN (path)); if (!canonical) return 1; { size_t dest = 0; size_t src; for (src = 0; path[src] != LT_EOS_CHAR; ++src) { /* Path separators are not copied to the beginning or end of the destination, or if another separator would follow immediately. */ if (path[src] == LT_PATHSEP_CHAR) { if ((dest == 0) || (path[1+ src] == LT_PATHSEP_CHAR) || (path[1+ src] == LT_EOS_CHAR)) continue; } /* Anything other than a directory separator is copied verbatim. */ if ((path[src] != '/') #ifdef LT_DIRSEP_CHAR && (path[src] != LT_DIRSEP_CHAR) #endif ) { canonical[dest++] = path[src]; } /* Directory separators are converted and copied only if they are not at the end of a path -- i.e. before a path separator or NULL terminator. */ else if ((path[1+ src] != LT_PATHSEP_CHAR) && (path[1+ src] != LT_EOS_CHAR) #ifdef LT_DIRSEP_CHAR && (path[1+ src] != LT_DIRSEP_CHAR) #endif && (path[1+ src] != '/')) { canonical[dest++] = '/'; } } /* Add an end-of-string marker at the end. */ canonical[dest] = LT_EOS_CHAR; } /* Assign new value. */ *pcanonical = canonical; return 0; } static int argzize_path (path, pargz, pargz_len) const char *path; char **pargz; size_t *pargz_len; { error_t error; assert (path); assert (pargz); assert (pargz_len); if ((error = argz_create_sep (path, LT_PATHSEP_CHAR, pargz, pargz_len))) { switch (error) { case ENOMEM: LT_DLMUTEX_SETERROR (LT_DLSTRERROR (NO_MEMORY)); break; default: LT_DLMUTEX_SETERROR (LT_DLSTRERROR (UNKNOWN)); break; } return 1; } return 0; } /* Repeatedly call FUNC with each LT_PATHSEP_CHAR delimited element of SEARCH_PATH and references to DATA1 and DATA2, until FUNC returns non-zero or all elements are exhausted. If BASE_NAME is non-NULL, it is appended to each SEARCH_PATH element before FUNC is called. */ static int foreach_dirinpath (search_path, base_name, func, data1, data2) const char *search_path; const char *base_name; foreach_callback_func *func; lt_ptr data1; lt_ptr data2; { int result = 0; int filenamesize = 0; size_t lenbase = LT_STRLEN (base_name); size_t argz_len = 0; char *argz = 0; char *filename = 0; char *canonical = 0; LT_DLMUTEX_LOCK (); if (!search_path || !*search_path) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (FILE_NOT_FOUND)); goto cleanup; } if (canonicalize_path (search_path, &canonical) != 0) goto cleanup; if (argzize_path (canonical, &argz, &argz_len) != 0) goto cleanup; { char *dir_name = 0; while ((dir_name = argz_next (argz, argz_len, dir_name))) { size_t lendir = LT_STRLEN (dir_name); if (lendir +1 +lenbase >= filenamesize) { LT_DLFREE (filename); filenamesize = lendir +1 +lenbase +1; /* "/d" + '/' + "f" + '\0' */ filename = LT_EMALLOC (char, filenamesize); if (!filename) goto cleanup; } strncpy (filename, dir_name, lendir); if (base_name && *base_name) { if (filename[lendir -1] != '/') filename[lendir++] = '/'; strcpy (filename +lendir, base_name); } if ((result = (*func) (filename, data1, data2))) { break; } } } cleanup: LT_DLFREE (argz); LT_DLFREE (canonical); LT_DLFREE (filename); LT_DLMUTEX_UNLOCK (); return result; } /* If FILEPATH can be opened, store the name of the directory component in DATA1, and the opened FILE* structure address in DATA2. Otherwise DATA1 is unchanged, but DATA2 is set to a pointer to NULL. */ static int find_file_callback (filename, data1, data2) char *filename; lt_ptr data1; lt_ptr data2; { char **pdir = (char **) data1; FILE **pfile = (FILE **) data2; int is_done = 0; assert (filename && *filename); assert (pdir); assert (pfile); if ((*pfile = fopen (filename, LT_READTEXT_MODE))) { char *dirend = strrchr (filename, '/'); if (dirend > filename) *dirend = LT_EOS_CHAR; LT_DLFREE (*pdir); *pdir = lt_estrdup (filename); is_done = (*pdir == 0) ? -1 : 1; } return is_done; } static FILE * find_file (search_path, base_name, pdir) const char *search_path; const char *base_name; char **pdir; { FILE *file = 0; foreach_dirinpath (search_path, base_name, find_file_callback, pdir, &file); return file; } static int find_handle_callback (filename, data, ignored) char *filename; lt_ptr data; lt_ptr ignored; { lt_dlhandle *handle = (lt_dlhandle *) data; int found = access (filename, R_OK); /* Bail out if file cannot be read... */ if (!found) return 0; /* Try to dlopen the file, but do not continue searching in any case. */ if (tryall_dlopen (handle, filename) != 0) *handle = 0; return 1; } /* If HANDLE was found return it, otherwise return 0. If HANDLE was found but could not be opened, *HANDLE will be set to 0. */ static lt_dlhandle * find_handle (search_path, base_name, handle) const char *search_path; const char *base_name; lt_dlhandle *handle; { if (!search_path) return 0; if (!foreach_dirinpath (search_path, base_name, find_handle_callback, handle, 0)) return 0; return handle; } static int load_deplibs (handle, deplibs) lt_dlhandle handle; char *deplibs; { #if LTDL_DLOPEN_DEPLIBS char *p, *save_search_path = 0; int depcount = 0; int i; char **names = 0; #endif int errors = 0; handle->depcount = 0; #if LTDL_DLOPEN_DEPLIBS if (!deplibs) { return errors; } ++errors; LT_DLMUTEX_LOCK (); if (user_search_path) { save_search_path = lt_estrdup (user_search_path); if (!save_search_path) goto cleanup; } /* extract search paths and count deplibs */ p = deplibs; while (*p) { if (!isspace ((int) *p)) { char *end = p+1; while (*end && !isspace((int) *end)) { ++end; } if (strncmp(p, "-L", 2) == 0 || strncmp(p, "-R", 2) == 0) { char save = *end; *end = 0; /* set a temporary string terminator */ if (lt_dladdsearchdir(p+2)) { goto cleanup; } *end = save; } else { ++depcount; } p = end; } else { ++p; } } /* restore the old search path */ LT_DLFREE (user_search_path); user_search_path = save_search_path; LT_DLMUTEX_UNLOCK (); if (!depcount) { errors = 0; goto cleanup; } names = LT_EMALLOC (char *, depcount * sizeof (char*)); if (!names) goto cleanup; /* now only extract the actual deplibs */ depcount = 0; p = deplibs; while (*p) { if (isspace ((unsigned char) *p)) { ++p; } else { char *end = p+1; while (*end && !isspace ((unsigned char) *end)) { ++end; } if (strncmp(p, "-L", 2) != 0 && strncmp(p, "-R", 2) != 0) { char *name; char save = *end; *end = 0; /* set a temporary string terminator */ if (strncmp(p, "-l", 2) == 0) { size_t name_len = 3+ /* "lib" */ LT_STRLEN (p + 2); name = LT_EMALLOC (char, 1+ name_len); if (name) sprintf (name, "lib%s", p+2); } else name = lt_estrdup(p); if (!name) goto cleanup_names; names[depcount++] = name; *end = save; } p = end; } } /* load the deplibs (in reverse order) At this stage, don't worry if the deplibs do not load correctly, they may already be statically linked into the loading application for instance. There will be a more enlightening error message later on if the loaded module cannot resolve all of its symbols. */ if (depcount) { int j = 0; handle->deplibs = (lt_dlhandle*) LT_EMALLOC (lt_dlhandle *, depcount); if (!handle->deplibs) goto cleanup; for (i = 0; i < depcount; ++i) { handle->deplibs[j] = lt_dlopenext(names[depcount-1-i]); if (handle->deplibs[j]) { ++j; } } handle->depcount = j; /* Number of successfully loaded deplibs */ errors = 0; } cleanup_names: for (i = 0; i < depcount; ++i) { LT_DLFREE (names[i]); } cleanup: LT_DLFREE (names); #endif return errors; } static int unload_deplibs (handle) lt_dlhandle handle; { int i; int errors = 0; if (handle->depcount) { for (i = 0; i < handle->depcount; ++i) { if (!LT_DLIS_RESIDENT (handle->deplibs[i])) { errors += lt_dlclose (handle->deplibs[i]); } } } return errors; } static int trim (dest, str) char **dest; const char *str; { /* remove the leading and trailing "'" from str and store the result in dest */ const char *end = strrchr (str, '\''); size_t len = LT_STRLEN (str); char *tmp; LT_DLFREE (*dest); if (len > 3 && str[0] == '\'') { tmp = LT_EMALLOC (char, end - str); if (!tmp) return 1; strncpy(tmp, &str[1], (end - str) - 1); tmp[len-3] = LT_EOS_CHAR; *dest = tmp; } else { *dest = 0; } return 0; } static int free_vars (dlname, oldname, libdir, deplibs) char *dlname; char *oldname; char *libdir; char *deplibs; { LT_DLFREE (dlname); LT_DLFREE (oldname); LT_DLFREE (libdir); LT_DLFREE (deplibs); return 0; } static int try_dlopen (phandle, filename) lt_dlhandle *phandle; const char *filename; { const char * ext = 0; const char * saved_error = 0; char * canonical = 0; char * base_name = 0; char * dir = 0; char * name = 0; int errors = 0; lt_dlhandle newhandle; assert (phandle); assert (*phandle == 0); LT_DLMUTEX_GETERROR (saved_error); /* dlopen self? */ if (!filename) { *phandle = (lt_dlhandle) LT_EMALLOC (struct lt_dlhandle_struct, 1); if (*phandle == 0) return 1; memset (*phandle, 0, sizeof(struct lt_dlhandle_struct)); newhandle = *phandle; /* lt_dlclose()ing yourself is very bad! Disallow it. */ LT_DLSET_FLAG (*phandle, LT_DLRESIDENT_FLAG); if (tryall_dlopen (&newhandle, 0) != 0) { LT_DLFREE (*phandle); return 1; } goto register_handle; } assert (filename && *filename); /* Doing this immediately allows internal functions to safely assume only canonicalized paths are passed. */ if (canonicalize_path (filename, &canonical) != 0) { ++errors; goto cleanup; } /* If the canonical module name is a path (relative or absolute) then split it into a directory part and a name part. */ base_name = strrchr (canonical, '/'); if (base_name) { size_t dirlen = (1+ base_name) - canonical; dir = LT_EMALLOC (char, 1+ dirlen); if (!dir) { ++errors; goto cleanup; } strncpy (dir, canonical, dirlen); dir[dirlen] = LT_EOS_CHAR; ++base_name; } else LT_DLMEM_REASSIGN (base_name, canonical); assert (base_name && *base_name); /* Check whether we are opening a libtool module (.la extension). */ ext = strrchr (base_name, '.'); if (ext && strcmp (ext, archive_ext) == 0) { /* this seems to be a libtool module */ FILE * file = 0; char * dlname = 0; char * old_name = 0; char * libdir = 0; char * deplibs = 0; char * line = 0; size_t line_len; /* if we can't find the installed flag, it is probably an installed libtool archive, produced with an old version of libtool */ int installed = 1; /* extract the module name from the file name */ name = LT_EMALLOC (char, ext - base_name + 1); if (!name) { ++errors; goto cleanup; } /* canonicalize the module name */ { size_t i; for (i = 0; i < ext - base_name; ++i) { if (isalnum ((unsigned char)(base_name[i]))) { name[i] = base_name[i]; } else { name[i] = '_'; } } name[ext - base_name] = LT_EOS_CHAR; } /* Now try to open the .la file. If there is no directory name component, try to find it first in user_search_path and then other prescribed paths. Otherwise (or in any case if the module was not yet found) try opening just the module name as passed. */ if (!dir) { const char *search_path; LT_DLMUTEX_LOCK (); search_path = user_search_path; if (search_path) file = find_file (user_search_path, base_name, &dir); LT_DLMUTEX_UNLOCK (); if (!file) { search_path = getenv (LTDL_SEARCHPATH_VAR); if (search_path) file = find_file (search_path, base_name, &dir); } #ifdef LTDL_SHLIBPATH_VAR if (!file) { search_path = getenv (LTDL_SHLIBPATH_VAR); if (search_path) file = find_file (search_path, base_name, &dir); } #endif #ifdef LTDL_SYSSEARCHPATH if (!file && sys_search_path) { file = find_file (sys_search_path, base_name, &dir); } #endif } if (!file) { file = fopen (filename, LT_READTEXT_MODE); } /* If we didn't find the file by now, it really isn't there. Set the status flag, and bail out. */ if (!file) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (FILE_NOT_FOUND)); ++errors; goto cleanup; } line_len = LT_FILENAME_MAX; line = LT_EMALLOC (char, line_len); if (!line) { fclose (file); ++errors; goto cleanup; } /* read the .la file */ while (!feof (file)) { if (!fgets (line, (int) line_len, file)) { break; } /* Handle the case where we occasionally need to read a line that is longer than the initial buffer size. */ while (line[LT_STRLEN(line) -1] != '\n') { line = LT_DLREALLOC (char, line, line_len *2); if (!fgets (&line[line_len -1], (int) line_len +1, file)) { break; } line_len *= 2; } if (line[0] == '\n' || line[0] == '#') { continue; } #undef STR_DLNAME #define STR_DLNAME "dlname=" if (strncmp (line, STR_DLNAME, sizeof (STR_DLNAME) - 1) == 0) { errors += trim (&dlname, &line[sizeof (STR_DLNAME) - 1]); } #undef STR_OLD_LIBRARY #define STR_OLD_LIBRARY "old_library=" else if (strncmp (line, STR_OLD_LIBRARY, sizeof (STR_OLD_LIBRARY) - 1) == 0) { errors += trim (&old_name, &line[sizeof (STR_OLD_LIBRARY) - 1]); } #undef STR_LIBDIR #define STR_LIBDIR "libdir=" else if (strncmp (line, STR_LIBDIR, sizeof (STR_LIBDIR) - 1) == 0) { errors += trim (&libdir, &line[sizeof(STR_LIBDIR) - 1]); } #undef STR_DL_DEPLIBS #define STR_DL_DEPLIBS "dependency_libs=" else if (strncmp (line, STR_DL_DEPLIBS, sizeof (STR_DL_DEPLIBS) - 1) == 0) { errors += trim (&deplibs, &line[sizeof (STR_DL_DEPLIBS) - 1]); } else if (strcmp (line, "installed=yes\n") == 0) { installed = 1; } else if (strcmp (line, "installed=no\n") == 0) { installed = 0; } #undef STR_LIBRARY_NAMES #define STR_LIBRARY_NAMES "library_names=" else if (! dlname && strncmp (line, STR_LIBRARY_NAMES, sizeof (STR_LIBRARY_NAMES) - 1) == 0) { char *last_libname; errors += trim (&dlname, &line[sizeof (STR_LIBRARY_NAMES) - 1]); if (!errors && dlname && (last_libname = strrchr (dlname, ' ')) != 0) { last_libname = lt_estrdup (last_libname + 1); if (!last_libname) { ++errors; goto cleanup; } LT_DLMEM_REASSIGN (dlname, last_libname); } } if (errors) break; } fclose (file); LT_DLFREE (line); /* allocate the handle */ *phandle = (lt_dlhandle) LT_EMALLOC (struct lt_dlhandle_struct, 1); if (*phandle == 0) ++errors; if (errors) { free_vars (dlname, old_name, libdir, deplibs); LT_DLFREE (*phandle); goto cleanup; } assert (*phandle); memset (*phandle, 0, sizeof(struct lt_dlhandle_struct)); if (load_deplibs (*phandle, deplibs) == 0) { newhandle = *phandle; /* find_module may replace newhandle */ if (find_module (&newhandle, dir, libdir, dlname, old_name, installed)) { unload_deplibs (*phandle); ++errors; } } else { ++errors; } free_vars (dlname, old_name, libdir, deplibs); if (errors) { LT_DLFREE (*phandle); goto cleanup; } if (*phandle != newhandle) { unload_deplibs (*phandle); } } else { /* not a libtool module */ *phandle = (lt_dlhandle) LT_EMALLOC (struct lt_dlhandle_struct, 1); if (*phandle == 0) { ++errors; goto cleanup; } memset (*phandle, 0, sizeof (struct lt_dlhandle_struct)); newhandle = *phandle; /* If the module has no directory name component, try to find it first in user_search_path and then other prescribed paths. Otherwise (or in any case if the module was not yet found) try opening just the module name as passed. */ if ((dir || (!find_handle (user_search_path, base_name, &newhandle) && !find_handle (getenv (LTDL_SEARCHPATH_VAR), base_name, &newhandle) #ifdef LTDL_SHLIBPATH_VAR && !find_handle (getenv (LTDL_SHLIBPATH_VAR), base_name, &newhandle) #endif #ifdef LTDL_SYSSEARCHPATH && !find_handle (sys_search_path, base_name, &newhandle) #endif ))) { tryall_dlopen (&newhandle, filename); } if (!newhandle) { LT_DLFREE (*phandle); ++errors; goto cleanup; } } register_handle: LT_DLMEM_REASSIGN (*phandle, newhandle); if ((*phandle)->info.ref_count == 0) { (*phandle)->info.ref_count = 1; LT_DLMEM_REASSIGN ((*phandle)->info.name, name); LT_DLMUTEX_LOCK (); (*phandle)->next = handles; handles = *phandle; LT_DLMUTEX_UNLOCK (); } LT_DLMUTEX_SETERROR (saved_error); cleanup: LT_DLFREE (dir); LT_DLFREE (name); LT_DLFREE (canonical); return errors; } lt_dlhandle lt_dlopen (filename) const char *filename; { lt_dlhandle handle = 0; /* Just incase we missed a code path in try_dlopen() that reports an error, but forgets to reset handle... */ if (try_dlopen (&handle, filename) != 0) return 0; return handle; } /* If the last error messge store was `FILE_NOT_FOUND', then return non-zero. */ static int file_not_found () { const char *error = 0; LT_DLMUTEX_GETERROR (error); if (error == LT_DLSTRERROR (FILE_NOT_FOUND)) return 1; return 0; } /* If FILENAME has an ARCHIVE_EXT or SHLIB_EXT extension, try to open the FILENAME as passed. Otherwise try appending ARCHIVE_EXT, and if a file is still not found try again with SHLIB_EXT appended instead. */ lt_dlhandle lt_dlopenext (filename) const char *filename; { lt_dlhandle handle = 0; char * tmp = 0; char * ext = 0; size_t len; int errors = 0; if (!filename) { return lt_dlopen (filename); } assert (filename); len = LT_STRLEN (filename); ext = strrchr (filename, '.'); /* If FILENAME already bears a suitable extension, there is no need to try appending additional extensions. */ if (ext && ((strcmp (ext, archive_ext) == 0) #ifdef LTDL_SHLIB_EXT || (strcmp (ext, shlib_ext) == 0) #endif )) { return lt_dlopen (filename); } /* First try appending ARCHIVE_EXT. */ tmp = LT_EMALLOC (char, len + LT_STRLEN (archive_ext) + 1); if (!tmp) return 0; strcpy (tmp, filename); strcat (tmp, archive_ext); errors = try_dlopen (&handle, tmp); /* If we found FILENAME, stop searching -- whether we were able to load the file as a module or not. If the file exists but loading failed, it is better to return an error message here than to report FILE_NOT_FOUND when the alternatives (foo.so etc) are not in the module search path. */ if (handle || ((errors > 0) && file_not_found ())) { LT_DLFREE (tmp); return handle; } #ifdef LTDL_SHLIB_EXT /* Try appending SHLIB_EXT. */ if (LT_STRLEN (shlib_ext) > LT_STRLEN (archive_ext)) { LT_DLFREE (tmp); tmp = LT_EMALLOC (char, len + LT_STRLEN (shlib_ext) + 1); if (!tmp) return 0; strcpy (tmp, filename); } else { tmp[len] = LT_EOS_CHAR; } strcat(tmp, shlib_ext); errors = try_dlopen (&handle, tmp); /* As before, if the file was found but loading failed, return now with the current error message. */ if (handle || ((errors > 0) && file_not_found ())) { LT_DLFREE (tmp); return handle; } #endif /* Still here? Then we really did fail to locate any of the file names we tried. */ LT_DLMUTEX_SETERROR (LT_DLSTRERROR (FILE_NOT_FOUND)); LT_DLFREE (tmp); return 0; } static int lt_argz_insert (pargz, pargz_len, before, entry) char **pargz; size_t *pargz_len; char *before; const char *entry; { error_t error; if ((error = argz_insert (pargz, pargz_len, before, entry))) { switch (error) { case ENOMEM: LT_DLMUTEX_SETERROR (LT_DLSTRERROR (NO_MEMORY)); break; default: LT_DLMUTEX_SETERROR (LT_DLSTRERROR (UNKNOWN)); break; } return 1; } return 0; } static int lt_argz_insertinorder (pargz, pargz_len, entry) char **pargz; size_t *pargz_len; const char *entry; { char *before = 0; assert (pargz); assert (pargz_len); assert (entry && *entry); if (*pargz) while ((before = argz_next (*pargz, *pargz_len, before))) { int cmp = strcmp (entry, before); if (cmp < 0) break; if (cmp == 0) return 0; /* No duplicates! */ } return lt_argz_insert (pargz, pargz_len, before, entry); } static int lt_argz_insertdir (pargz, pargz_len, dirnam, dp) char **pargz; size_t *pargz_len; const char *dirnam; struct dirent *dp; { char *buf = 0; size_t buf_len = 0; char *end = 0; size_t end_offset = 0; size_t dir_len = 0; int errors = 0; assert (pargz); assert (pargz_len); assert (dp); dir_len = LT_STRLEN (dirnam); end = dp->d_name + LT_D_NAMLEN(dp); /* Ignore version numbers. */ { char *p; for (p = end; p -1 > dp->d_name; --p) if (strchr (".0123456789", p[-1]) == 0) break; if (*p == '.') end = p; } /* Ignore filename extension. */ { char *p; for (p = end -1; p > dp->d_name; --p) if (*p == '.') { end = p; break; } } /* Prepend the directory name. */ end_offset = end - dp->d_name; buf_len = dir_len + 1+ end_offset; buf = LT_EMALLOC (char, 1+ buf_len); if (!buf) return ++errors; assert (buf); strcpy (buf, dirnam); strcat (buf, "/"); strncat (buf, dp->d_name, end_offset); buf[buf_len] = LT_EOS_CHAR; /* Try to insert (in order) into ARGZ/ARGZ_LEN. */ if (lt_argz_insertinorder (pargz, pargz_len, buf) != 0) ++errors; LT_DLFREE (buf); return errors; } static int list_files_by_dir (dirnam, pargz, pargz_len) const char *dirnam; char **pargz; size_t *pargz_len; { DIR *dirp = 0; int errors = 0; assert (dirnam && *dirnam); assert (pargz); assert (pargz_len); assert (dirnam[LT_STRLEN(dirnam) -1] != '/'); dirp = opendir (dirnam); if (dirp) { struct dirent *dp = 0; while ((dp = readdir (dirp))) if (dp->d_name[0] != '.') if (lt_argz_insertdir (pargz, pargz_len, dirnam, dp)) { ++errors; break; } closedir (dirp); } else ++errors; return errors; } /* If there are any files in DIRNAME, call the function passed in DATA1 (with the name of each file and DATA2 as arguments). */ static int foreachfile_callback (dirname, data1, data2) char *dirname; lt_ptr data1; lt_ptr data2; { int (*func) LT_PARAMS((const char *filename, lt_ptr data)) = (int (*) LT_PARAMS((const char *filename, lt_ptr data))) data1; int is_done = 0; char *argz = 0; size_t argz_len = 0; if (list_files_by_dir (dirname, &argz, &argz_len) != 0) goto cleanup; if (!argz) goto cleanup; { char *filename = 0; while ((filename = argz_next (argz, argz_len, filename))) if ((is_done = (*func) (filename, data2))) break; } cleanup: LT_DLFREE (argz); return is_done; } /* Call FUNC for each unique extensionless file in SEARCH_PATH, along with DATA. The filenames passed to FUNC would be suitable for passing to lt_dlopenext. The extensions are stripped so that individual modules do not generate several entries (e.g. libfoo.la, libfoo.so, libfoo.so.1, libfoo.so.1.0.0). If SEARCH_PATH is NULL, then the same directories that lt_dlopen would search are examined. */ int lt_dlforeachfile (search_path, func, data) const char *search_path; int (*func) LT_PARAMS ((const char *filename, lt_ptr data)); lt_ptr data; { int is_done = 0; if (search_path) { /* If a specific path was passed, search only the directories listed in it. */ is_done = foreach_dirinpath (search_path, 0, foreachfile_callback, func, data); } else { /* Otherwise search the default paths. */ is_done = foreach_dirinpath (user_search_path, 0, foreachfile_callback, func, data); if (!is_done) { is_done = foreach_dirinpath (getenv("LTDL_LIBRARY_PATH"), 0, foreachfile_callback, func, data); } #ifdef LTDL_SHLIBPATH_VAR if (!is_done) { is_done = foreach_dirinpath (getenv(LTDL_SHLIBPATH_VAR), 0, foreachfile_callback, func, data); } #endif #ifdef LTDL_SYSSEARCHPATH if (!is_done) { is_done = foreach_dirinpath (getenv(LTDL_SYSSEARCHPATH), 0, foreachfile_callback, func, data); } #endif } return is_done; } int lt_dlclose (handle) lt_dlhandle handle; { lt_dlhandle cur, last; int errors = 0; LT_DLMUTEX_LOCK (); /* check whether the handle is valid */ last = cur = handles; while (cur && handle != cur) { last = cur; cur = cur->next; } if (!cur) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_HANDLE)); ++errors; goto done; } handle->info.ref_count--; /* Note that even with resident modules, we must track the ref_count correctly incase the user decides to reset the residency flag later (even though the API makes no provision for that at the moment). */ if (handle->info.ref_count <= 0 && !LT_DLIS_RESIDENT (handle)) { lt_user_data data = handle->loader->dlloader_data; if (handle != handles) { last->next = handle->next; } else { handles = handle->next; } errors += handle->loader->module_close (data, handle->module); errors += unload_deplibs(handle); /* It is up to the callers to free the data itself. */ LT_DLFREE (handle->caller_data); LT_DLFREE (handle->info.filename); LT_DLFREE (handle->info.name); LT_DLFREE (handle); goto done; } if (LT_DLIS_RESIDENT (handle)) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (CLOSE_RESIDENT_MODULE)); ++errors; } done: LT_DLMUTEX_UNLOCK (); return errors; } lt_ptr lt_dlsym (handle, symbol) lt_dlhandle handle; const char *symbol; { size_t lensym; char lsym[LT_SYMBOL_LENGTH]; char *sym; lt_ptr address; lt_user_data data; if (!handle) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_HANDLE)); return 0; } if (!symbol) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (SYMBOL_NOT_FOUND)); return 0; } lensym = LT_STRLEN (symbol) + LT_STRLEN (handle->loader->sym_prefix) + LT_STRLEN (handle->info.name); if (lensym + LT_SYMBOL_OVERHEAD < LT_SYMBOL_LENGTH) { sym = lsym; } else { sym = LT_EMALLOC (char, lensym + LT_SYMBOL_OVERHEAD + 1); if (!sym) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (BUFFER_OVERFLOW)); return 0; } } data = handle->loader->dlloader_data; if (handle->info.name) { const char *saved_error; LT_DLMUTEX_GETERROR (saved_error); /* this is a libtool module */ if (handle->loader->sym_prefix) { strcpy(sym, handle->loader->sym_prefix); strcat(sym, handle->info.name); } else { strcpy(sym, handle->info.name); } strcat(sym, "_LTX_"); strcat(sym, symbol); /* try "modulename_LTX_symbol" */ address = handle->loader->find_sym (data, handle->module, sym); if (address) { if (sym != lsym) { LT_DLFREE (sym); } return address; } LT_DLMUTEX_SETERROR (saved_error); } /* otherwise try "symbol" */ if (handle->loader->sym_prefix) { strcpy(sym, handle->loader->sym_prefix); strcat(sym, symbol); } else { strcpy(sym, symbol); } address = handle->loader->find_sym (data, handle->module, sym); if (sym != lsym) { LT_DLFREE (sym); } return address; } const char * lt_dlerror () { const char *error; LT_DLMUTEX_GETERROR (error); LT_DLMUTEX_SETERROR (0); return error ? error : LT_DLSTRERROR (UNKNOWN); } static int lt_dlpath_insertdir (ppath, before, dir) char **ppath; char *before; const char *dir; { int errors = 0; char *canonical = 0; char *argz = 0; size_t argz_len = 0; assert (ppath); assert (dir && *dir); if (canonicalize_path (dir, &canonical) != 0) { ++errors; goto cleanup; } assert (canonical && *canonical); /* If *PPATH is empty, set it to DIR. */ if (*ppath == 0) { assert (!before); /* BEFORE cannot be set without PPATH. */ assert (dir); /* Without DIR, don't call this function! */ *ppath = lt_estrdup (dir); if (*ppath == 0) ++errors; return errors; } assert (ppath && *ppath); if (argzize_path (*ppath, &argz, &argz_len) != 0) { ++errors; goto cleanup; } /* Convert BEFORE into an equivalent offset into ARGZ. This only works if *PPATH is already canonicalized, and hence does not change length with respect to ARGZ. We canonicalize each entry as it is added to the search path, and don't call this function with (uncanonicalized) user paths, so this is a fair assumption. */ if (before) { assert (*ppath <= before); assert (before - *ppath <= strlen (*ppath)); before = before - *ppath + argz; } if (lt_argz_insert (&argz, &argz_len, before, dir) != 0) { ++errors; goto cleanup; } argz_stringify (argz, argz_len, LT_PATHSEP_CHAR); LT_DLMEM_REASSIGN (*ppath, argz); cleanup: LT_DLFREE (canonical); LT_DLFREE (argz); return errors; } int lt_dladdsearchdir (search_dir) const char *search_dir; { int errors = 0; if (search_dir && *search_dir) { LT_DLMUTEX_LOCK (); if (lt_dlpath_insertdir (&user_search_path, 0, search_dir) != 0) ++errors; LT_DLMUTEX_UNLOCK (); } return errors; } int lt_dlinsertsearchdir (before, search_dir) const char *before; const char *search_dir; { int errors = 0; if (before) { LT_DLMUTEX_LOCK (); if ((before < user_search_path) || (before >= user_search_path + LT_STRLEN (user_search_path))) { LT_DLMUTEX_UNLOCK (); LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_POSITION)); return 1; } LT_DLMUTEX_UNLOCK (); } if (search_dir && *search_dir) { LT_DLMUTEX_LOCK (); if (lt_dlpath_insertdir (&user_search_path, (char *) before, search_dir) != 0) { ++errors; } LT_DLMUTEX_UNLOCK (); } return errors; } int lt_dlsetsearchpath (search_path) const char *search_path; { int errors = 0; LT_DLMUTEX_LOCK (); LT_DLFREE (user_search_path); LT_DLMUTEX_UNLOCK (); if (!search_path || !LT_STRLEN (search_path)) { return errors; } LT_DLMUTEX_LOCK (); if (canonicalize_path (search_path, &user_search_path) != 0) ++errors; LT_DLMUTEX_UNLOCK (); return errors; } const char * lt_dlgetsearchpath () { const char *saved_path; LT_DLMUTEX_LOCK (); saved_path = user_search_path; LT_DLMUTEX_UNLOCK (); return saved_path; } int lt_dlmakeresident (handle) lt_dlhandle handle; { int errors = 0; if (!handle) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_HANDLE)); ++errors; } else { LT_DLSET_FLAG (handle, LT_DLRESIDENT_FLAG); } return errors; } int lt_dlisresident (handle) lt_dlhandle handle; { if (!handle) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_HANDLE)); return -1; } return LT_DLIS_RESIDENT (handle); } /* --- MODULE INFORMATION --- */ const lt_dlinfo * lt_dlgetinfo (handle) lt_dlhandle handle; { if (!handle) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_HANDLE)); return 0; } return &(handle->info); } lt_dlhandle lt_dlhandle_next (place) lt_dlhandle place; { return place ? place->next : handles; } int lt_dlforeach (func, data) int (*func) LT_PARAMS((lt_dlhandle handle, lt_ptr data)); lt_ptr data; { int errors = 0; lt_dlhandle cur; LT_DLMUTEX_LOCK (); cur = handles; while (cur) { lt_dlhandle tmp = cur; cur = cur->next; if ((*func) (tmp, data)) { ++errors; break; } } LT_DLMUTEX_UNLOCK (); return errors; } lt_dlcaller_id lt_dlcaller_register () { static lt_dlcaller_id last_caller_id = 0; int result; LT_DLMUTEX_LOCK (); result = ++last_caller_id; LT_DLMUTEX_UNLOCK (); return result; } lt_ptr lt_dlcaller_set_data (key, handle, data) lt_dlcaller_id key; lt_dlhandle handle; lt_ptr data; { int n_elements = 0; lt_ptr stale = (lt_ptr) 0; int i; /* This needs to be locked so that the caller data can be updated simultaneously by different threads. */ LT_DLMUTEX_LOCK (); if (handle->caller_data) while (handle->caller_data[n_elements].key) ++n_elements; for (i = 0; i < n_elements; ++i) { if (handle->caller_data[i].key == key) { stale = handle->caller_data[i].data; break; } } /* Ensure that there is enough room in this handle's caller_data array to accept a new element (and an empty end marker). */ if (i == n_elements) { lt_caller_data *temp = LT_DLREALLOC (lt_caller_data, handle->caller_data, 2+ n_elements); if (!temp) { stale = 0; goto done; } handle->caller_data = temp; /* We only need this if we needed to allocate a new caller_data. */ handle->caller_data[i].key = key; handle->caller_data[1+ i].key = 0; } handle->caller_data[i].data = data; done: LT_DLMUTEX_UNLOCK (); return stale; } lt_ptr lt_dlcaller_get_data (key, handle) lt_dlcaller_id key; lt_dlhandle handle; { lt_ptr result = (lt_ptr) 0; /* This needs to be locked so that the caller data isn't updated by another thread part way through this function. */ LT_DLMUTEX_LOCK (); /* Locate the index of the element with a matching KEY. */ { int i; for (i = 0; handle->caller_data[i].key; ++i) { if (handle->caller_data[i].key == key) { result = handle->caller_data[i].data; break; } } } LT_DLMUTEX_UNLOCK (); return result; } /* --- USER MODULE LOADER API --- */ int lt_dlloader_add (place, dlloader, loader_name) lt_dlloader *place; const struct lt_user_dlloader *dlloader; const char *loader_name; { int errors = 0; lt_dlloader *node = 0, *ptr = 0; if ((dlloader == 0) /* diagnose null parameters */ || (dlloader->module_open == 0) || (dlloader->module_close == 0) || (dlloader->find_sym == 0)) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_LOADER)); return 1; } /* Create a new dlloader node with copies of the user callbacks. */ node = LT_EMALLOC (lt_dlloader, 1); if (!node) return 1; node->next = 0; node->loader_name = loader_name; node->sym_prefix = dlloader->sym_prefix; node->dlloader_exit = dlloader->dlloader_exit; node->module_open = dlloader->module_open; node->module_close = dlloader->module_close; node->find_sym = dlloader->find_sym; node->dlloader_data = dlloader->dlloader_data; LT_DLMUTEX_LOCK (); if (!loaders) { /* If there are no loaders, NODE becomes the list! */ loaders = node; } else if (!place) { /* If PLACE is not set, add NODE to the end of the LOADERS list. */ for (ptr = loaders; ptr->next; ptr = ptr->next) { /*NOWORK*/; } ptr->next = node; } else if (loaders == place) { /* If PLACE is the first loader, NODE goes first. */ node->next = place; loaders = node; } else { /* Find the node immediately preceding PLACE. */ for (ptr = loaders; ptr->next != place; ptr = ptr->next) { /*NOWORK*/; } if (ptr->next != place) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_LOADER)); ++errors; } else { /* Insert NODE between PTR and PLACE. */ node->next = place; ptr->next = node; } } LT_DLMUTEX_UNLOCK (); return errors; } int lt_dlloader_remove (loader_name) const char *loader_name; { lt_dlloader *place = lt_dlloader_find (loader_name); lt_dlhandle handle; int errors = 0; if (!place) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_LOADER)); return 1; } LT_DLMUTEX_LOCK (); /* Fail if there are any open modules which use this loader. */ for (handle = handles; handle; handle = handle->next) { if (handle->loader == place) { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (REMOVE_LOADER)); ++errors; goto done; } } if (place == loaders) { /* PLACE is the first loader in the list. */ loaders = loaders->next; } else { /* Find the loader before the one being removed. */ lt_dlloader *prev; for (prev = loaders; prev->next; prev = prev->next) { if (!strcmp (prev->next->loader_name, loader_name)) { break; } } place = prev->next; prev->next = prev->next->next; } if (place->dlloader_exit) { errors = place->dlloader_exit (place->dlloader_data); } LT_DLFREE (place); done: LT_DLMUTEX_UNLOCK (); return errors; } lt_dlloader * lt_dlloader_next (place) lt_dlloader *place; { lt_dlloader *next; LT_DLMUTEX_LOCK (); next = place ? place->next : loaders; LT_DLMUTEX_UNLOCK (); return next; } const char * lt_dlloader_name (place) lt_dlloader *place; { const char *name = 0; if (place) { LT_DLMUTEX_LOCK (); name = place ? place->loader_name : 0; LT_DLMUTEX_UNLOCK (); } else { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_LOADER)); } return name; } lt_user_data * lt_dlloader_data (place) lt_dlloader *place; { lt_user_data *data = 0; if (place) { LT_DLMUTEX_LOCK (); data = place ? &(place->dlloader_data) : 0; LT_DLMUTEX_UNLOCK (); } else { LT_DLMUTEX_SETERROR (LT_DLSTRERROR (INVALID_LOADER)); } return data; } lt_dlloader * lt_dlloader_find (loader_name) const char *loader_name; { lt_dlloader *place = 0; LT_DLMUTEX_LOCK (); for (place = loaders; place; place = place->next) { if (strcmp (place->loader_name, loader_name) == 0) { break; } } LT_DLMUTEX_UNLOCK (); return place; } sdcc-2.9.0/sim/ucsim/libltdl/ltdl.h000066400000000000000000000267121116427777700171370ustar00rootroot00000000000000/* ltdl.h -- generic dlopen functions Copyright (C) 1998-2000 Free Software Foundation, Inc. Originally by Thomas Tanner This file is part of GNU Libtool. This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. As a special exception to the GNU Lesser General Public License, if you distribute this file as part of a program or library that is built using GNU libtool, you may include it under the same distribution terms that you use for the rest of that program. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ /* Only include this header file once. */ #ifndef LTDL_H #define LTDL_H 1 #include /* for size_t declaration */ /* --- MACROS FOR PORTABILITY --- */ /* Saves on those hard to debug '\0' typos.... */ #define LT_EOS_CHAR '\0' /* LTDL_BEGIN_C_DECLS should be used at the beginning of your declarations, so that C++ compilers don't mangle their names. Use LTDL_END_C_DECLS at the end of C declarations. */ #ifdef __cplusplus # define LT_BEGIN_C_DECLS extern "C" { # define LT_END_C_DECLS } #else # define LT_BEGIN_C_DECLS /* empty */ # define LT_END_C_DECLS /* empty */ #endif LT_BEGIN_C_DECLS /* LT_PARAMS is a macro used to wrap function prototypes, so that compilers that don't understand ANSI C prototypes still work, and ANSI C compilers can issue warnings about type mismatches. */ #if defined (__STDC__) || defined (_AIX) || (defined (__mips) && defined (_SYSTYPE_SVR4)) || defined(WIN32) || defined(__cplusplus) # define LT_PARAMS(protos) protos # define lt_ptr void* #else # define LT_PARAMS(protos) () # define lt_ptr char* #endif /* LT_STMT_START/END are used to create macros which expand to a a single compound statement in a portable way. */ #if defined (__GNUC__) && !defined (__STRICT_ANSI__) && !defined (__cplusplus) # define LT_STMT_START (void)( # define LT_STMT_END ) #else # if (defined (sun) || defined (__sun__)) # define LT_STMT_START if (1) # define LT_STMT_END else (void)0 # else # define LT_STMT_START do # define LT_STMT_END while (0) # endif #endif /* LT_CONC creates a new concatenated symbol for the compiler in a portable way. */ #if defined(__STDC__) || defined(__cplusplus) # define LT_CONC(s,t) s##t #else # define LT_CONC(s,t) s/**/t #endif /* LT_STRLEN can be used safely on NULL pointers. */ #define LT_STRLEN(s) (((s) && (s)[0]) ? strlen (s) : 0) /* --- WINDOWS SUPPORT --- */ /* Canonicalise Windows and Cygwin recognition macros. */ #ifdef __CYGWIN32__ # ifndef __CYGWIN__ # define __CYGWIN__ __CYGWIN32__ # endif #endif #if defined(_WIN32) || defined(WIN32) # ifndef __WINDOWS__ # ifdef _WIN32 # define __WINDOWS__ _WIN32 # else # ifdef WIN32 # define __WINDOWS__ WIN32 # endif # endif # endif #endif #ifdef __WINDOWS__ # ifndef __CYGWIN__ /* LT_DIRSEP_CHAR is accepted *in addition* to '/' as a directory separator when it is set. */ # define LT_DIRSEP_CHAR '\\' # define LT_PATHSEP_CHAR ';' # endif #endif #ifndef LT_PATHSEP_CHAR # define LT_PATHSEP_CHAR ':' #endif /* DLL building support on win32 hosts; mostly to workaround their ridiculous implementation of data symbol exporting. */ #ifndef LT_SCOPE # ifdef __WINDOWS__ # ifdef DLL_EXPORT /* defined by libtool (if required) */ # define LT_SCOPE __declspec(dllexport) # endif # ifdef LIBLTDL_DLL_IMPORT /* define if linking with this dll */ # define LT_SCOPE extern __declspec(dllimport) # endif # endif # ifndef LT_SCOPE /* static linking or !__WINDOWS__ */ # define LT_SCOPE extern # endif #endif /* --- DYNAMIC MODULE LOADING API --- */ typedef struct lt_dlhandle_struct *lt_dlhandle; /* A loaded module. */ /* Initialisation and finalisation functions for libltdl. */ extern int lt_dlinit LT_PARAMS((void)); extern int lt_dlexit LT_PARAMS((void)); /* Module search path manipulation. */ extern int lt_dladdsearchdir LT_PARAMS((const char *search_dir)); extern int lt_dlinsertsearchdir LT_PARAMS((const char *before, const char *search_dir)); extern int lt_dlsetsearchpath LT_PARAMS((const char *search_path)); extern const char *lt_dlgetsearchpath LT_PARAMS((void)); extern int lt_dlforeachfile LT_PARAMS(( const char *search_path, int (*func) (const char *filename, lt_ptr data), lt_ptr data)); /* Portable libltdl versions of the system dlopen() API. */ extern lt_dlhandle lt_dlopen LT_PARAMS((const char *filename)); extern lt_dlhandle lt_dlopenext LT_PARAMS((const char *filename)); extern lt_ptr lt_dlsym LT_PARAMS((lt_dlhandle handle, const char *name)); extern const char *lt_dlerror LT_PARAMS((void)); extern int lt_dlclose LT_PARAMS((lt_dlhandle handle)); /* Module residency management. */ extern int lt_dlmakeresident LT_PARAMS((lt_dlhandle handle)); extern int lt_dlisresident LT_PARAMS((lt_dlhandle handle)); /* --- MUTEX LOCKING --- */ typedef void lt_dlmutex_lock LT_PARAMS((void)); typedef void lt_dlmutex_unlock LT_PARAMS((void)); typedef void lt_dlmutex_seterror LT_PARAMS((const char *errmsg)); typedef const char *lt_dlmutex_geterror LT_PARAMS((void)); extern int lt_dlmutex_register LT_PARAMS((lt_dlmutex_lock *lock, lt_dlmutex_unlock *unlock, lt_dlmutex_seterror *seterror, lt_dlmutex_geterror *geterror)); /* --- MEMORY HANDLING --- */ /* By default, the realloc function pointer is set to our internal realloc implementation which iself uses lt_dlmalloc and lt_dlfree. libltdl relies on a featureful realloc, but if you are sure yours has the right semantics then you can assign it directly. Generally, it is safe to assign just a malloc() and a free() function. */ LT_SCOPE lt_ptr (*lt_dlmalloc) LT_PARAMS((size_t size)); LT_SCOPE lt_ptr (*lt_dlrealloc) LT_PARAMS((lt_ptr ptr, size_t size)); LT_SCOPE void (*lt_dlfree) LT_PARAMS((lt_ptr ptr)); /* --- PRELOADED MODULE SUPPORT --- */ /* A preopened symbol. Arrays of this type comprise the exported symbols for a dlpreopened module. */ typedef struct { const char *name; lt_ptr address; } lt_dlsymlist; extern int lt_dlpreload LT_PARAMS((const lt_dlsymlist *preloaded)); extern int lt_dlpreload_default LT_PARAMS((const lt_dlsymlist *preloaded)); #define LTDL_SET_PRELOADED_SYMBOLS() LT_STMT_START{ \ extern const lt_dlsymlist lt_preloaded_symbols[]; \ lt_dlpreload_default(lt_preloaded_symbols); \ }LT_STMT_END /* --- MODULE INFORMATION --- */ /* Read only information pertaining to a loaded module. */ typedef struct { char *filename; /* file name */ char *name; /* module name */ int ref_count; /* number of times lt_dlopened minus number of times lt_dlclosed. */ } lt_dlinfo; extern const lt_dlinfo *lt_dlgetinfo LT_PARAMS((lt_dlhandle handle)); extern lt_dlhandle lt_dlhandle_next LT_PARAMS((lt_dlhandle place)); extern int lt_dlforeach LT_PARAMS(( int (*func) (lt_dlhandle handle, lt_ptr data), lt_ptr data)); /* Associating user data with loaded modules. */ typedef unsigned lt_dlcaller_id; extern lt_dlcaller_id lt_dlcaller_register LT_PARAMS((void)); extern lt_ptr lt_dlcaller_set_data LT_PARAMS((lt_dlcaller_id key, lt_dlhandle handle, lt_ptr data)); extern lt_ptr lt_dlcaller_get_data LT_PARAMS((lt_dlcaller_id key, lt_dlhandle handle)); /* --- USER MODULE LOADER API --- */ typedef struct lt_dlloader lt_dlloader; typedef lt_ptr lt_user_data; typedef lt_ptr lt_module; /* Function pointer types for creating user defined module loaders. */ typedef lt_module lt_module_open LT_PARAMS((lt_user_data loader_data, const char *filename)); typedef int lt_module_close LT_PARAMS((lt_user_data loader_data, lt_module handle)); typedef lt_ptr lt_find_sym LT_PARAMS((lt_user_data loader_data, lt_module handle, const char *symbol)); typedef int lt_dlloader_exit LT_PARAMS((lt_user_data loader_data)); struct lt_user_dlloader { const char *sym_prefix; lt_module_open *module_open; lt_module_close *module_close; lt_find_sym *find_sym; lt_dlloader_exit *dlloader_exit; lt_user_data dlloader_data; }; extern lt_dlloader *lt_dlloader_next LT_PARAMS((lt_dlloader *place)); extern lt_dlloader *lt_dlloader_find LT_PARAMS(( const char *loader_name)); extern const char *lt_dlloader_name LT_PARAMS((lt_dlloader *place)); extern lt_user_data *lt_dlloader_data LT_PARAMS((lt_dlloader *place)); extern int lt_dlloader_add LT_PARAMS((lt_dlloader *place, const struct lt_user_dlloader *dlloader, const char *loader_name)); extern int lt_dlloader_remove LT_PARAMS(( const char *loader_name)); /* --- ERROR MESSAGE HANDLING --- */ /* Defining error strings alongside their symbolic names in a macro in this way allows us to expand the macro in different contexts with confidence that the enumeration of symbolic names will map correctly onto the table of error strings. */ #define lt_dlerror_table \ LT_ERROR(UNKNOWN, "unknown error") \ LT_ERROR(DLOPEN_NOT_SUPPORTED, "dlopen support not available") \ LT_ERROR(INVALID_LOADER, "invalid loader") \ LT_ERROR(INIT_LOADER, "loader initialization failed") \ LT_ERROR(REMOVE_LOADER, "loader removal failed") \ LT_ERROR(FILE_NOT_FOUND, "file not found") \ LT_ERROR(DEPLIB_NOT_FOUND, "dependency library not found") \ LT_ERROR(NO_SYMBOLS, "no symbols defined") \ LT_ERROR(CANNOT_OPEN, "can't open the module") \ LT_ERROR(CANNOT_CLOSE, "can't close the module") \ LT_ERROR(SYMBOL_NOT_FOUND, "symbol not found") \ LT_ERROR(NO_MEMORY, "not enough memory") \ LT_ERROR(INVALID_HANDLE, "invalid module handle") \ LT_ERROR(BUFFER_OVERFLOW, "internal buffer overflow") \ LT_ERROR(INVALID_ERRORCODE, "invalid errorcode") \ LT_ERROR(SHUTDOWN, "library already shutdown") \ LT_ERROR(CLOSE_RESIDENT_MODULE, "can't close resident module") \ LT_ERROR(INVALID_MUTEX_ARGS, "invalid mutex handler registration") \ LT_ERROR(INVALID_POSITION, "invalid search path insert position") /* Enumerate the symbolic error names. */ enum { #define LT_ERROR(name, diagnostic) LT_CONC(LT_ERROR_, name), lt_dlerror_table #undef LT_ERROR LT_ERROR_MAX }; /* These functions are only useful from inside custom module loaders. */ extern int lt_dladderror LT_PARAMS((const char *diagnostic)); extern int lt_dlseterror LT_PARAMS((int errorcode)); /* --- SOURCE COMPATIBILITY WITH OLD LIBLTDL --- */ #ifdef LT_NON_POSIX_NAMESPACE # define lt_ptr_t lt_ptr # define lt_module_t lt_module # define lt_module_open_t lt_module_open # define lt_module_close_t lt_module_close # define lt_find_sym_t lt_find_sym # define lt_dlloader_exit_t lt_dlloader_exit # define lt_dlloader_t lt_dlloader # define lt_dlloader_data_t lt_user_data #endif LT_END_C_DECLS #endif /* !LTDL_H */ sdcc-2.9.0/sim/ucsim/libltdl/stamp-h.in000066400000000000000000000000121116427777700177110ustar00rootroot00000000000000timestamp sdcc-2.9.0/sim/ucsim/ltmain.sh000066400000000000000000004231661116427777700162250ustar00rootroot00000000000000# ltmain.sh - Provide generalized library-building support services. # NOTE: Changing this file will not affect anything until you rerun configure. # # Copyright (C) 1996, 1997, 1998, 1999, 2000, 2001 # Free Software Foundation, Inc. # Originally by Gordon Matzigkeit , 1996 # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, but # WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU # General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that program. # Check that we have a working $echo. if test "X$1" = X--no-reexec; then # Discard the --no-reexec flag, and continue. shift elif test "X$1" = X--fallback-echo; then # Avoid inline document here, it may be left over : elif test "X`($echo '\t') 2>/dev/null`" = 'X\t'; then # Yippee, $echo works! : else # Restart under the correct shell, and then maybe $echo will work. exec $SHELL "$0" --no-reexec ${1+"$@"} fi if test "X$1" = X--fallback-echo; then # used as fallback echo shift cat <&2 echo "Fatal configuration error. 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then soname="$dlname" elif test -n "$soname_spec"; then # bleh windows case $host in *cygwin*) major=`expr $current - $age` versuffix="-$major" ;; esac eval soname=\"$soname_spec\" else soname="$realname" fi # Make a new name for the extract_expsyms_cmds to use soroot="$soname" soname=`echo $soroot | sed -e 's/^.*\///'` newlib="libimp-`echo $soname | sed 's/^lib//;s/\.dll$//'`.a" # If the library has no export list, then create one now if test -f "$output_objdir/$soname-def"; then : else $show "extracting exported symbol list from \`$soname'" save_ifs="$IFS"; IFS='~' eval cmds=\"$extract_expsyms_cmds\" for cmd in $cmds; do IFS="$save_ifs" $show "$cmd" $run eval "$cmd" || exit $? done IFS="$save_ifs" fi # Create $newlib if test -f "$output_objdir/$newlib"; then :; else $show "generating import library for \`$soname'" save_ifs="$IFS"; IFS='~' eval cmds=\"$old_archive_from_expsyms_cmds\" for cmd in $cmds; do IFS="$save_ifs" $show "$cmd" $run eval "$cmd" || exit $? done IFS="$save_ifs" fi # make sure the library variables are pointing to the new library dir=$output_objdir linklib=$newlib fi # test -n $old_archive_from_expsyms_cmds if test $linkmode = prog || test "$mode" != relink; then add_shlibpath= add_dir= add= lib_linked=yes case $hardcode_action in immediate | unsupported) if test "$hardcode_direct" = no; then add="$dir/$linklib" elif test "$hardcode_minus_L" = no; then case $host in *-*-sunos*) add_shlibpath="$dir" ;; esac add_dir="-L$dir" add="-l$name" elif test "$hardcode_shlibpath_var" = no; then add_shlibpath="$dir" add="-l$name" else lib_linked=no fi ;; relink) if test "$hardcode_direct" = yes; then add="$dir/$linklib" elif test "$hardcode_minus_L" = yes; then add_dir="-L$dir" add="-l$name" elif test "$hardcode_shlibpath_var" = yes; then add_shlibpath="$dir" add="-l$name" else lib_linked=no fi ;; *) lib_linked=no ;; esac if test "$lib_linked" != yes; then $echo "$modename: configuration error: unsupported hardcode properties" exit 1 fi if test -n "$add_shlibpath"; then case :$compile_shlibpath: in *":$add_shlibpath:"*) ;; *) compile_shlibpath="$compile_shlibpath$add_shlibpath:" ;; esac fi if test $linkmode = prog; then test -n "$add_dir" && compile_deplibs="$add_dir $compile_deplibs" test -n "$add" && compile_deplibs="$add $compile_deplibs" else test -n "$add_dir" && deplibs="$add_dir $deplibs" test -n "$add" && deplibs="$add $deplibs" if test "$hardcode_direct" != yes && \ test "$hardcode_minus_L" != yes && \ test "$hardcode_shlibpath_var" = yes; then case :$finalize_shlibpath: in *":$libdir:"*) ;; *) finalize_shlibpath="$finalize_shlibpath$libdir:" ;; esac fi fi fi if test $linkmode = prog || test "$mode" = relink; then add_shlibpath= add_dir= add= # Finalize command for both is simple: just hardcode it. if test "$hardcode_direct" = yes; then add="$libdir/$linklib" elif test "$hardcode_minus_L" = yes; then add_dir="-L$libdir" add="-l$name" elif test "$hardcode_shlibpath_var" = yes; then case :$finalize_shlibpath: in *":$libdir:"*) ;; *) finalize_shlibpath="$finalize_shlibpath$libdir:" ;; esac add="-l$name" else # We cannot seem to hardcode it, guess we'll fake it. add_dir="-L$libdir" add="-l$name" fi if test $linkmode = prog; then test -n "$add_dir" && finalize_deplibs="$add_dir $finalize_deplibs" test -n "$add" && finalize_deplibs="$add $finalize_deplibs" else test -n "$add_dir" && deplibs="$add_dir $deplibs" test -n "$add" && deplibs="$add $deplibs" fi fi elif test $linkmode = prog; then if test "$alldeplibs" = yes && { test "$deplibs_check_method" = pass_all || { test "$build_libtool_libs" = yes && test -n "$library_names"; }; }; then # We only need to search for static libraries continue fi # Try to link the static library # Here we assume that one of hardcode_direct or hardcode_minus_L # is not unsupported. 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But I can only do this if you have a" echo "*** shared version of the library, which you do not appear to have." if test "$module" = yes; then echo "*** But as you try to build a module library, libtool will still create " echo "*** a static module, that should work as long as the dlopening application" echo "*** is linked with the -dlopen flag to resolve symbols at runtime." if test -z "$global_symbol_pipe"; then echo echo "*** However, this would only work if libtool was able to extract symbol" echo "*** lists from a program, using \`nm' or equivalent, but libtool could" echo "*** not find such a program. So, this module is probably useless." echo "*** \`nm' from GNU binutils and a full rebuild may help." fi if test "$build_old_libs" = no; then build_libtool_libs=module build_old_libs=yes else build_libtool_libs=no fi fi else convenience="$convenience $dir/$old_library" old_convenience="$old_convenience $dir/$old_library" deplibs="$dir/$old_library $deplibs" link_static=yes fi fi # link shared/static library? if test $linkmode = lib; then if test -n "$dependency_libs" && { test $hardcode_into_libs != yes || test $build_old_libs = yes || test $link_static = yes; }; then # Extract -R from dependency_libs temp_deplibs= for libdir in $dependency_libs; do case $libdir in -R*) temp_xrpath=`$echo "X$libdir" | $Xsed -e 's/^-R//'` case " $xrpath " in *" $temp_xrpath "*) ;; *) xrpath="$xrpath $temp_xrpath";; esac;; *) temp_deplibs="$temp_deplibs $libdir";; esac done dependency_libs="$temp_deplibs" fi newlib_search_path="$newlib_search_path $absdir" # Link against this library test "$link_static" = no && newdependency_libs="$abs_ladir/$laname $newdependency_libs" # ... and its dependency_libs tmp_libs= for deplib in $dependency_libs; do newdependency_libs="$deplib $newdependency_libs" if test "X$duplicate_deps" = "Xyes" ; then case "$tmp_libs " in *" $deplib "*) specialdeplibs="$specialdeplibs $deplib" ;; esac fi tmp_libs="$tmp_libs $deplib" done if test $link_all_deplibs != no; then # Add the search paths of all dependency libraries for deplib in $dependency_libs; do case $deplib in -L*) path="$deplib" ;; *.la) dir=`$echo "X$deplib" | $Xsed -e 's%/[^/]*$%%'` test "X$dir" = "X$deplib" && dir="." # We need an absolute path. case $dir in [\\/]* | [A-Za-z]:[\\/]*) absdir="$dir" ;; *) absdir=`cd "$dir" && pwd` if test -z "$absdir"; then $echo "$modename: warning: cannot determine absolute directory name of \`$dir'" 1>&2 absdir="$dir" fi ;; esac if grep "^installed=no" $deplib > /dev/null; then path="-L$absdir/$objdir" else eval libdir=`sed -n -e 's/^libdir=\(.*\)$/\1/p' $deplib` if test -z "$libdir"; then $echo "$modename: \`$deplib' is not a valid libtool archive" 1>&2 exit 1 fi if test "$absdir" != "$libdir"; then $echo "$modename: warning: \`$deplib' seems to be moved" 1>&2 fi path="-L$absdir" fi ;; *) continue ;; esac case " $deplibs " in *" $path "*) ;; *) deplibs="$deplibs $path" ;; esac done fi # link_all_deplibs != no fi # linkmode = lib done # for deplib in $libs if test $pass = dlpreopen; then # Link the dlpreopened libraries before other libraries for deplib in $save_deplibs; do deplibs="$deplib $deplibs" done fi if test $pass != dlopen; then test $pass != scan && dependency_libs="$newdependency_libs" if test $pass != conv; then # Make sure lib_search_path contains only unique directories. lib_search_path= for dir in $newlib_search_path; do case "$lib_search_path " in *" $dir "*) ;; *) lib_search_path="$lib_search_path $dir" ;; esac done newlib_search_path= fi if test "$linkmode,$pass" != "prog,link"; then vars="deplibs" else vars="compile_deplibs finalize_deplibs" fi for var in $vars dependency_libs; do # Add libraries to $var in reverse order eval tmp_libs=\"\$$var\" new_libs= for deplib in $tmp_libs; do case $deplib in -L*) new_libs="$deplib $new_libs" ;; *) case " $specialdeplibs " in *" $deplib "*) new_libs="$deplib $new_libs" ;; *) case " $new_libs " in *" $deplib "*) ;; *) new_libs="$deplib $new_libs" ;; esac ;; esac ;; esac done tmp_libs= for deplib in $new_libs; do case $deplib in -L*) case " $tmp_libs " in *" $deplib "*) ;; *) tmp_libs="$tmp_libs $deplib" ;; esac ;; *) tmp_libs="$tmp_libs $deplib" ;; esac done eval $var=\"$tmp_libs\" done # for var fi if test "$pass" = "conv" && { test "$linkmode" = "lib" || test "$linkmode" = "prog"; }; then libs="$deplibs" # reset libs deplibs= fi done # for pass if test $linkmode = prog; then dlfiles="$newdlfiles" dlprefiles="$newdlprefiles" fi case $linkmode in oldlib) if test -n "$dlfiles$dlprefiles" || test "$dlself" != no; then $echo "$modename: warning: \`-dlopen' is ignored for archives" 1>&2 fi if test -n "$rpath"; then $echo "$modename: warning: \`-rpath' is ignored for archives" 1>&2 fi if test -n "$xrpath"; then $echo "$modename: warning: \`-R' is ignored for archives" 1>&2 fi if test -n "$vinfo"; then $echo "$modename: warning: \`-version-info' is ignored for archives" 1>&2 fi if test -n "$release"; then $echo "$modename: warning: \`-release' is ignored for archives" 1>&2 fi if test -n "$export_symbols" || test -n "$export_symbols_regex"; then $echo "$modename: warning: \`-export-symbols' is ignored for archives" 1>&2 fi # Now set the variables for building old libraries. build_libtool_libs=no oldlibs="$output" objs="$objs$old_deplibs" ;; lib) # Make sure we only generate libraries of the form `libNAME.la'. case $outputname in lib*) name=`$echo "X$outputname" | $Xsed -e 's/\.la$//' -e 's/^lib//'` eval libname=\"$libname_spec\" ;; *) if test "$module" = no; then $echo "$modename: libtool library \`$output' must begin with \`lib'" 1>&2 $echo "$help" 1>&2 exit 1 fi if test "$need_lib_prefix" != no; then # Add the "lib" prefix for modules if required name=`$echo "X$outputname" | $Xsed -e 's/\.la$//'` eval libname=\"$libname_spec\" else libname=`$echo "X$outputname" | $Xsed -e 's/\.la$//'` fi ;; esac if test -n "$objs"; then if test "$deplibs_check_method" != pass_all; then $echo "$modename: cannot build libtool library \`$output' from non-libtool objects on this host:$objs" 2>&1 exit 1 else echo echo "*** Warning: Linking the shared library $output against the non-libtool" echo "*** objects $objs is not portable!" libobjs="$libobjs $objs" fi fi if test "$dlself" != no; then $echo "$modename: warning: \`-dlopen self' is ignored for libtool libraries" 1>&2 fi set dummy $rpath if test $# -gt 2; then $echo "$modename: warning: ignoring multiple \`-rpath's for a libtool library" 1>&2 fi install_libdir="$2" oldlibs= if test -z "$rpath"; then if test "$build_libtool_libs" = yes; then # Building a libtool convenience library. libext=al oldlibs="$output_objdir/$libname.$libext $oldlibs" build_libtool_libs=convenience build_old_libs=yes fi if test -n "$vinfo"; then $echo "$modename: warning: \`-version-info' is ignored for convenience libraries" 1>&2 fi if test -n "$release"; then $echo "$modename: warning: \`-release' is ignored for convenience libraries" 1>&2 fi else # Parse the version information argument. save_ifs="$IFS"; IFS=':' set dummy $vinfo 0 0 0 IFS="$save_ifs" if test -n "$8"; then $echo "$modename: too many parameters to \`-version-info'" 1>&2 $echo "$help" 1>&2 exit 1 fi current="$2" revision="$3" age="$4" # Check that each of the things are valid numbers. case $current in 0 | [1-9] | [1-9][0-9] | [1-9][0-9][0-9]) ;; 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But I can only do this if you have a" echo "*** shared version of the library, which you do not appear to have" echo "*** because I did check the linker path looking for a file starting" if test -z "$potlib" ; then echo "*** with $libname but no candidates were found. (...for file magic test)" else echo "*** with $libname and none of the candidates passed a file format test" echo "*** using a file magic. 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But I can only do this if you have a" echo "*** shared version of the library, which you do not appear to have" echo "*** because I did check the linker path looking for a file starting" if test -z "$potlib" ; then echo "*** with $libname but no candidates were found. (...for regex pattern test)" else echo "*** with $libname and none of the candidates passed a file format test" echo "*** using a regex pattern. 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*) hardcode_libdirs="$hardcode_libdirs$hardcode_libdir_separator$libdir" ;; esac fi else eval flag=\"$hardcode_libdir_flag_spec\" rpath="$rpath $flag" fi elif test -n "$runpath_var"; then case "$finalize_perm_rpath " in *" $libdir "*) ;; *) finalize_perm_rpath="$finalize_perm_rpath $libdir" ;; esac fi done # Substitute the hardcoded libdirs into the rpath. if test -n "$hardcode_libdir_separator" && test -n "$hardcode_libdirs"; then libdir="$hardcode_libdirs" eval rpath=\" $hardcode_libdir_flag_spec\" fi finalize_rpath="$rpath" if test -n "$libobjs" && test "$build_old_libs" = yes; then # Transform all the library objects into standard objects. compile_command=`$echo "X$compile_command" | $SP2NL | $Xsed -e "$lo2o" | $NL2SP` finalize_command=`$echo "X$finalize_command" | $SP2NL | $Xsed -e "$lo2o" | $NL2SP` fi dlsyms= if test -n "$dlfiles$dlprefiles" || test "$dlself" != no; then if test -n "$NM" && test -n "$global_symbol_pipe"; then dlsyms="${outputname}S.c" else $echo "$modename: not configured to extract global symbols from dlpreopened files" 1>&2 fi fi if test -n "$dlsyms"; 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CPPFLAGS = @CPPFLAGS@ -I$(top_builddir) -I$(srcdir) \ -I$(top_srcdir)/$(SIMDIR) \ -I$(top_srcdir)/$(CMDDIR) -I$(top_srcdir)/$(GUIDIR) CFLAGS = @CFLAGS@ -I$(top_builddir) -Wall CXXFLAGS = @CXXFLAGS@ -I$(top_builddir) -Wall M_OR_MM = @M_OR_MM@ EXEEXT = @EXEEXT@ LIB_LIST = ucsimutil cmd sim UCSIM_LIBS = -Wl,--start-group $(patsubst %,-l%,$(LIB_LIST)) -Wl,--end-group UCSIM_LIB_FILES = $(patsubst %,lib%.a,$(LIB_LIST)) prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ srcdir = @srcdir@ VPATH = @srcdir@ OBJECTS = pobj.o globals.o utils.o error.o app.o option.o SOURCES = $(patsubst %.o,%.cc,$(OBJECTS)) UCSIM_OBJECTS = ucsim.o UCSIM_SOURCES = $(patsubst %.o,%.cc,$(UCSIM_OBJECTS)) ALL_SOURCES = $(SOURCES) $(UCSIM_SOURCES) enable_ucsim = @enable_ucsim@ # Compiling entire program or any subproject # ------------------------------------------ all: checkconf libs libs: libucsimutil.a main_app: checkconf ucsim_app # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/s51$(EXEEXT) rm -f $(DESTDIR)$(bindir)/savr$(EXEEXT) rm -f $(DESTDIR)$(bindir)/serialview$(EXEEXT) rm -f $(DESTDIR)$(bindir)/portmon$(EXEEXT) # Performing self-test # -------------------- check: test: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: # Creating dependencies # --------------------- dep: main.dep main.dep: $(ALL_SOURCES) *.h $(srcdir)/*.h $(CXXCPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.cc,$^) >main.dep -include main.dep include $(srcdir)/clean.mk #parser.cc: parser.y #plex.cc: plex.l # My rules # -------- libucsimutil.a: $(OBJECTS) ar -rcu $*.a $(OBJECTS) $(RANLIB) $*.a ifeq ($(enable_ucsim),yes) ucsim_app: libs ucsim else ucsim_app: endif ucsim: $(UCSIM_OBJECTS) $(UCSIM_LIB_FILES) echo $(UCSIM_LIB_FILES) $(CXX) $(CXXFLAGS) -o $@ $< -L$(top_builddir) $(UCSIM_LIBS) ptt: ptt.o $(CXX) $(CXXFLAGS) -o $@ $< -lpthread .cc.o: $(CXX) $(CXXFLAGS) $(CPPFLAGS) $(TARGET_ARCH) -c $< -o $@ # Remaking configuration # ---------------------- checkconf: @if [ -f devel ]; then\ $(top_srcdir)/mkecho $(top_builddir) "MAIN.MK checkconf";\ $(MAKE) -f conf.mk srcdir="$(srcdir)" freshconf;\ fi # End of main_in.mk/main.mk sdcc-2.9.0/sim/ucsim/mkecho000077500000000000000000000001141116427777700155610ustar00rootroot00000000000000#!/bin/sh if [ -f ${1}/devel ]; then shift echo "$@" fi # End of mkecho sdcc-2.9.0/sim/ucsim/option.cc000066400000000000000000000400411116427777700162070ustar00rootroot00000000000000/* * Simulator of microcontrollers (option.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #include "i_string.h" // local, prj #include "stypes.h" #include "optioncl.h" #include "globals.h" #include "utils.h" // sim.src #include "simcl.h" /*struct id_element option_type_names[]= { { non_opt , "non" }, { integer_opt , "integer" }, { float_opt , "float" }, { bool_opt , "boolean" }, { string_opt , "string" }, { pointer_opt , "pointer" }, { 0, 0 } };*/ /* * Base class for option's objects *____________________________________________________________________________ * */ cl_option::cl_option(class cl_base *the_creator, const char *aname, const char *Ihelp): cl_base() { creator= the_creator; set_name(aname); help= strdup(Ihelp); char *s= (char*)malloc(strlen(aname)+100); sprintf(s, "users of option \"%s\"", aname); users= new cl_list(2, 2, s); free(s); memset(&value, 0, sizeof(value)); show(); } class cl_option & cl_option::operator=(class cl_option &o) { //memcpy(&value, &(o.value), sizeof(union option_value)); //fprintf(stderr,"opt%p\"%s\"=%p\"%s\"\nold=%p\n",this,object_name(this),&o,object_name(&o),value.sval); value= o.value; //fprintf(stderr,"new=%p\n",value.sval); inform_users(); return(*this); } cl_option::~cl_option(void) { users->disconn_all(); delete users; free(help); } void cl_option::pre_remove(void) { int i; for (i= 0; i < users->count; i++) { class cl_optref *user= (class cl_optref *)(users->at(i)); user->option_removing(); } } void cl_option::new_reference(class cl_optref *ref) { users->add(ref); } void cl_option::del_reference(class cl_optref *ref) { users->disconn(ref); } void cl_option::inform_users(void) { int i; for (i= 0; i < users->count; i++) { class cl_optref *user= (class cl_optref *)(users->at(i)); //fprintf(stderr,"%p\"%s\" informs user %p\"%s\"\n",this,object_name(this),user,object_name(user)); user->option_changed(); } } void cl_option::get_value(bool *val) { if (val) *val= value.bval; } void cl_option::set_value(bool opt) { value.bval= opt; inform_users(); } void cl_option::get_value(char **val) { if (val) *val= value.sval; } void cl_option::set_value(char *opt) { //fprintf(stderr,"set_string_value (%s) to %p\"%s\"\n",opt,this,object_name(this)); //fprintf(stderr,"old value=%p\"%s\"\n",value.sval,value.sval); if (value.sval) free(value.sval); if (opt && *opt) value.sval= strdup(opt); else value.sval= strdup(""); //fprintf(stderr,"new value=%p\"%s\"\n",value.sval,value.sval); inform_users(); } void cl_option::get_value(void **val) { if (val) *val= value.pval; } void cl_option::set_value(void *opt) { value.pval= opt; inform_users(); } void cl_option::get_value(long *val) { if (val) *val= value.ival; } void cl_option::set_value(long opt) { value.ival= opt; inform_users(); } void cl_option::get_value(double *val) { if (val) *val= value.fval; } void cl_option::set_value(double opt) { value.fval= opt; inform_users(); } /* * List of options */ const void * cl_options::key_of(void *item) { return(((class cl_base *)item)->get_name()); } int cl_options::compare(const void *key1, const void *key2) { return(strcmp(static_cast(key1), static_cast(key2))); } void cl_options::new_option(class cl_option *opt) { add(opt); } void cl_options::del_option(class cl_option *opt) { opt->pre_remove(); disconn(opt); delete opt; } class cl_option * cl_options::get_option(const char *the_name) { t_index idx; if (search(the_name, idx)) return((class cl_option *)(at(idx))); return(0); } class cl_option * cl_options::get_option(const char *the_name, class cl_base *creator) { t_index idx; class cl_option *o; if (!search(the_name, idx)) return(0); if (idx > 0) { idx--; o= (class cl_option *)(at(idx)); while (compare(the_name, key_of(o)) == 0 && idx > 0) { idx--; o= (class cl_option *)(at(idx)); } if (compare(the_name, key_of(o)) != 0) idx++; } o= (class cl_option *)(at(idx)); while (compare(the_name, key_of(o)) == 0 && o->get_creator() != creator && idx < count) { idx++; o= (class cl_option *)(at(idx)); if (compare(the_name, key_of(o)) == 0 && o->get_creator() == creator) return(o); } if (compare(the_name, key_of(o)) == 0 && o->get_creator() == creator) return(o); return(0); } class cl_option * cl_options::get_option(const char *the_name, char *creator) { t_index idx; class cl_option *o; if (!search(the_name, idx)) return(0); if (idx > 0) { idx--; o= (class cl_option *)(at(idx)); while (compare(the_name, key_of(o)) == 0 && idx > 0) { idx--; o= (class cl_option *)(at(idx)); } if (compare(the_name, key_of(o)) != 0) idx++; } o= (class cl_option *)(at(idx)); while (compare(the_name, key_of(o)) == 0 && strcmp(object_name(o->get_creator()), creator) != 0 && idx < count) { idx++; o= (class cl_option *)(at(idx)); if (compare(the_name, key_of(o)) == 0 && strcmp(object_name(o->get_creator()), creator) == 0) return(o); } if (compare(the_name, key_of(o)) == 0 && strcmp(object_name(o->get_creator()), creator) == 0) return(o); return(0); } class cl_option * cl_options::get_option(int idx) { if (idx >= count) return(0); return((class cl_option *)(at(idx))); } int cl_options::nuof_options(char *the_name) { int i, n= 0; for (i= 0; i < count; i++) { class cl_option *o= (class cl_option *)(at(i)); if (strcmp(the_name, o->get_name()) == 0) n++; } return(n); } int cl_options::nuof_options(char *the_name, char *creator) { int i, n= 0; for (i= 0; i < count; i++) { class cl_option *o= (class cl_option *)(at(i)); if (strcmp(the_name, o->get_name()) == 0 && strcmp(creator, object_name(o->get_creator())) == 0) n++; } return(n); } class cl_option * cl_options::set_value(const char *the_name, cl_base *creator, bool value) { class cl_option *o= get_option(the_name, creator); if (o) o->set_value(value); return(o); } class cl_option * cl_options::set_value(const char *the_name, cl_base *creator, char *value) { class cl_option *o= get_option(the_name, creator); if (o) o->set_value(value); return(o); } class cl_option * cl_options::set_value(const char *the_name, cl_base *creator, void *value) { class cl_option *o= get_option(the_name, creator); if (o) o->set_value(value); return(o); } class cl_option * cl_options::set_value(const char *the_name, cl_base *creator, long value) { class cl_option *o= get_option(the_name, creator); if (o) o->set_value(value); return(o); } class cl_option * cl_options::set_value(const char *the_name, cl_base *creator, double value) { class cl_option *o= get_option(the_name, creator); if (o) o->set_value(value); return(o); } /* * Reference to an option */ cl_optref::cl_optref(class cl_base *the_owner) { option =0; owner= the_owner; } cl_optref::cl_optref(class cl_base *the_owner, class cl_option *new_option) { owner= the_owner; option= new_option; application->options->new_option(option); if (option) { option->new_reference(this); set_name(option->get_name()); } } cl_optref::~cl_optref(void) { if (option) { option->del_reference(this); if (option->get_creator() == owner) application->options->del_option(option); } } class cl_option * cl_optref::create(class cl_base *creator, enum option_type type, const char *the_name, const char *help) { if (option) option->del_reference(this); switch (type) { case non_opt: option= 0; break; case integer_opt: option= new cl_number_option(creator, the_name, help); break; case float_opt: option= new cl_float_option(creator, the_name, help); break; case bool_opt: option= new cl_bool_option(creator, the_name, help); break; case string_opt: option= new cl_string_option(creator, the_name, help); break; case pointer_opt: option= new cl_pointer_option(creator, the_name, help); break; default: option= 0; break; } if (option) { application->options->new_option(option); option->new_reference(this); set_name(option->get_name()); } return(option); } void cl_optref::default_option(const char *the_name) { class cl_option *o= application->options->get_option(the_name, application); if (o && option) { //memcpy(option->get_value(), o->get_value(), sizeof(union option_value)); *option= *o; option->inform_users(); } /*else fprintf(stderr,"can not set opt from default, option=%p, o=%p\n",option,o);*/ } class cl_option * cl_optref::use(void) { if (option) { option->del_reference(this); option->new_reference(this); } return(option); } class cl_option * cl_optref::use(const char *the_name) { if (option) option->del_reference(this); option= application->options->get_option(the_name); if (option) { option->new_reference(this); set_name(option->get_name()); } return(option); } void cl_optref::option_removing(void) { option= 0; } bool cl_optref::get_value(bool) { if (!option) { fprintf(stderr, "Warning: \"%s\" is sdereferencing a non-existent " "bool option: %s\n", object_name(owner), get_name()); return(DD_FALSE); } else { bool v; option->get_value(&v); return(v); } } char * cl_optref::get_value(const char *) { if (!option) { fprintf(stderr, "Warning: \"%s\" is sdereferencing a non-existent " "string option: %s\n", object_name(owner), get_name()); return(0); } else { char *s= 0; option->get_value(&s); return(s); } } void * cl_optref::get_value(void *) { if (!option) { fprintf(stderr, "Warning: \"%s\" is sdereferencing a non-existent " "pointer option: %s\n", object_name(owner), get_name()); return(NIL); } else { void *p= NIL; option->get_value(&p); return(p); } } long cl_optref::get_value(long) { if (!option) { fprintf(stderr, "Warning: \"%s\" is sdereferencing a non-existent " "number option: %s\n", object_name(owner), get_name()); return(0); } else { long l= 0; option->get_value(&l); return(l); } } double cl_optref::get_value(double) { if (!option) { fprintf(stderr, "Warning: \"%s\" is sdereferencing a non-existent " "float option: %s\n", object_name(owner), get_name()); return(0); } else { double d= 0; option->get_value(&d); return(d); } } /* * BOOL type of option *____________________________________________________________________________ * */ cl_bool_option::cl_bool_option(class cl_base *the_creator, const char *aname, const char *Ihelp): cl_option(the_creator, aname, Ihelp) {} void cl_bool_option::print(class cl_console_base *con) { if (/**(bool *)option*/value.bval) con->dd_printf("TRUE"); else con->dd_printf("FALSE"); } void cl_bool_option::set_value(char *s) { char c; if (s) { c= toupper(*s); if (c == '1' || c == 'T' || c == 'Y') /**(bool *)option=*/ value.bval= DD_TRUE; else /**(bool *)option=*/ value.bval= DD_FALSE; } inform_users(); } /* * STRING type of option *____________________________________________________________________________ * */ cl_string_option::cl_string_option(class cl_base *the_creator, const char *aname, const char *Ihelp): cl_option(the_creator, aname, Ihelp) {} class cl_option & cl_string_option::operator=(class cl_option &o) { //fprintf(stderr,"string=otheropt%p\"%s\"\nold=%p\"%s\"\n",&o,object_name(&o),value.sval,value.sval); set_value((o.get_value())->sval); //fprintf(stderr,"new=%p\"%s\"\n",value.sval,value.sval); return(*this); } void cl_string_option::print(class cl_console_base *con) { if (/**(bool *)option*/value.sval) con->dd_printf("\"%s\"", value.sval); else con->dd_printf("(null)"); } /* * PONITER type of option *____________________________________________________________________________ * */ cl_pointer_option::cl_pointer_option(class cl_base *the_creator, const char *aname, const char *Ihelp): cl_option(the_creator, aname, Ihelp) {} class cl_option & cl_pointer_option::operator=(class cl_option &o) { set_value((o.get_value())->pval); return(*this); } void cl_pointer_option::print(class cl_console_base *con) { if (value.pval) con->dd_printf("\"%p\"", value.pval); else con->dd_printf("(null)"); } /* * Debug on console */ /* cl_cons_debug_opt::cl_cons_debug_opt(class cl_app *the_app, char *Iid, char *Ihelp): cl_option(0, Iid, Ihelp) { app= the_app; } void cl_cons_debug_opt::print(class cl_console_base *con) { if (con->flags & CONS_DEBUG) con->dd_printf("TRUE"); else con->dd_printf("FALSE"); } void cl_cons_debug_opt::get_value(bool *val) { if (val) *val= app->get_commander()->actual_console? (app->get_commander()->actual_console->flags & CONS_DEBUG):0; } void cl_cons_debug_opt::set_value(bool opt) { if (app->get_commander()->actual_console) { if (opt) app->get_commander()->actual_console->flags|= CONS_DEBUG; else app->get_commander()->actual_console->flags&= ~CONS_DEBUG; } inform_users(); } void cl_cons_debug_opt::set_value(char *s) { char c; if (s && app->get_commander()->actual_console) { c= toupper(*s); if (c == '1' || c == 'T' || c == 'Y') set_value(1); else set_value(0); } } */ /* * NUMBER type of option *____________________________________________________________________________ * */ cl_number_option::cl_number_option(class cl_base *the_creator, const char *aname, const char *Ihelp): cl_option(the_creator, aname, Ihelp) {} void cl_number_option::print(class cl_console_base *con) { con->dd_printf("%ld", value.ival); } void cl_number_option::set_value(char *s) { if (s) value.ival= strtol(s, NIL, 0); inform_users(); } /* * FLOAT type of option *____________________________________________________________________________ * */ cl_float_option::cl_float_option(class cl_base *the_creator, const char *aname, const char *Ihelp): cl_option(the_creator, aname, Ihelp) {} void cl_float_option::print(class cl_console_base *con) { con->dd_printf("%.3f", value.fval); } void cl_float_option::set_value(char *s) { if (s) value.fval= strtod(s, NIL); inform_users(); } /* End of option.cc */ sdcc-2.9.0/sim/ucsim/optioncl.h000066400000000000000000000150341116427777700163740ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim.src/optioncl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIM_OPTIONCL_HEADER #define SIM_OPTIONCL_HEADER #include "ddconfig.h" #include #include "pobjcl.h" #include "stypes.h" enum option_type { non_opt, integer_opt, float_opt, bool_opt, string_opt, pointer_opt }; // forward class cl_optref; union option_value { long ival; double fval; bool bval; char *sval; void *pval; }; class cl_option: public cl_base { protected: //enum opt_type type; void *option; union option_value value; class cl_base *creator; public: class cl_list *users; // cl_optref //char *name; char *help; bool hidden; public: cl_option(class cl_base *the_creator, const char *aname, const char *Ihelp); virtual class cl_option &operator=(class cl_option &o); virtual ~cl_option(void); virtual void pre_remove(void); virtual class cl_base *get_creator(void) { return(creator); } virtual void hide(void) { hidden= DD_TRUE; } virtual void show(void) { hidden= DD_FALSE; } virtual void print(class cl_console_base *con) {} virtual const char *get_type_name(void) { return("non"); } virtual union option_value *get_value(void) { return(&value); } virtual void get_value(bool *val); virtual void get_value(char **val); virtual void get_value(void **val); virtual void get_value(long *val); virtual void get_value(double *val); virtual void set_value(bool opt); virtual void set_value(char *opt); virtual void set_value(void *opt); virtual void set_value(long opt); virtual void set_value(double opt); virtual void new_reference(class cl_optref *ref); virtual void del_reference(class cl_optref *ref); virtual void inform_users(void); }; class cl_options: public cl_sorted_list { public: cl_options(void): cl_sorted_list(2, 2, "options") { Duplicates= DD_TRUE; } virtual const void *key_of(void *item); virtual int compare(const void *key1, const void *key2); virtual void new_option(class cl_option *opt); virtual void del_option(class cl_option *opt); virtual class cl_option *get_option(const char *the_name); virtual class cl_option *get_option(const char *the_name, class cl_base *creator); virtual class cl_option *get_option(const char *the_name, char *creator); virtual class cl_option *get_option(int idx); virtual int nuof_options(char *the_name); virtual int nuof_options(char *the_name, char *creator); virtual class cl_option *set_value(const char *the_name, cl_base *creator, bool value); virtual class cl_option *set_value(const char *the_name, cl_base *creator, char *value); virtual class cl_option *set_value(const char *the_name, cl_base *creator, void *value); virtual class cl_option *set_value(const char *the_name, cl_base *creator, long value); virtual class cl_option *set_value(const char *the_name, cl_base *creator, double value); }; class cl_optref: public cl_base { protected: class cl_option *option; class cl_base *owner; public: cl_optref(class cl_base *the_owner); cl_optref(class cl_base *the_owner, class cl_option *new_option); virtual ~cl_optref(void); virtual class cl_option *create(class cl_base *creator, enum option_type type, const char *the_name, const char *help); virtual void default_option(const char *the_name); virtual class cl_option *use(void); virtual class cl_option *use(const char *the_name); virtual void option_changed(void) {} virtual void option_removing(void); virtual class cl_base *get_owner(void) { return(owner); } virtual bool get_value(bool); virtual char *get_value(const char *); virtual void *get_value(void *); virtual long get_value(long); virtual double get_value(double); }; class cl_bool_option: public cl_option { public: cl_bool_option(class cl_base *the_creator, const char *aname, const char *Ihelp); virtual void print(class cl_console_base *con); virtual const char *get_type_name(void) { return("boolean"); } virtual void set_value(char *s); }; class cl_string_option: public cl_option { public: cl_string_option(class cl_base *the_creator, const char *aname, const char *Ihelp); virtual class cl_option &operator=(class cl_option &o); virtual void print(class cl_console_base *con); virtual const char *get_type_name(void) { return("string"); } }; class cl_pointer_option: public cl_option { public: cl_pointer_option(class cl_base *the_creator, const char *aname, const char *Ihelp); virtual class cl_option &operator=(class cl_option &o); virtual void print(class cl_console_base *con); virtual const char *get_type_name(void) { return("pointer"); } }; class cl_number_option: public cl_option { public: cl_number_option(class cl_base *the_creator, const char *aname, const char *Ihelp); virtual void print(class cl_console_base *con); virtual const char *get_type_name(void) { return("integer"); } virtual void set_value(char *s); }; class cl_float_option: public cl_option { public: cl_float_option(class cl_base *the_creator, const char *aname, const char *Ihelp); virtual void print(class cl_console_base *con); virtual const char *get_type_name(void) { return("float"); } virtual void set_value(char *s); }; /*class cl_cons_debug_opt: public cl_option { public: class cl_app *app; public: cl_cons_debug_opt(class cl_app *the_app, char *Iid, char *Ihelp); virtual void print(class cl_console_base *con); virtual void get_value(bool *val); virtual void set_value(bool); virtual void set_value(char *s); };*/ #endif /* End of optioncl.h */ sdcc-2.9.0/sim/ucsim/packages_in.mk000066400000000000000000000011461116427777700171700ustar00rootroot00000000000000EXEEXT = @EXEEXT@ enable_51 = @enable_51@ enable_avr = @enable_avr@ enable_z80 = @enable_z80@ enable_xa = @enable_xa@ enable_hc08 = @enable_hc08@ ifeq ($(enable_51),yes) S51 = s51.src else S51 = endif ifeq ($(enable_avr),yes) SAVR = avr.src else SAVR = endif ifeq ($(enable_z80),yes) SZ80 = z80.src else SZ80 = endif ifeq ($(enable_hc08),yes) SHC08 = hc08.src else SHC08 = endif ifeq ($(enable_xa),yes) XA = xa.src else XA = endif PKGS = cmd.src sim.src gui.src $(S51) $(SAVR) $(SZ80) $(XA) \ $(SHC08) doc PKGS_ALL = cmd.src sim.src gui.src s51.src avr.src z80.src xa.src \ hc08.src doc sdcc-2.9.0/sim/ucsim/pobj.cc000066400000000000000000000332771116427777700156460ustar00rootroot00000000000000/* * Simulator of microcontrollers (pobj.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include "pstr.h" /*#include "pobjt.h"*/ #include "pobjcl.h" /* * ==========================================================================* cl_base * ==========================================================================* * */ /* * Initializing the object */ cl_base::cl_base(void) { name= 0; parent= 0; children= 0; } /* * Destructing the object: calling hte virtual Done method */ cl_base::~cl_base(void) { if (name) free(name); if (children) { int i; for (i= 0; i < children->count; i++) { } children->disconn_all(); delete children; } parent= 0; } int cl_base::init(void) {return(0);} const char * cl_base::get_name(const char *def) { if (!name) return(def); return(name); } const char * cl_base::set_name(const char *new_name) { if (name) free(name); if (!new_name) name= 0; else if (*new_name) name= strdup(new_name); else name= strdup(""); return(name); } const char * cl_base::set_name(const char *new_name, const char *def_name) { char *def; if (!def_name || *def_name == '\0') def= strdup(""); else def= strdup(def_name); if (name) free(name); if (!new_name) name= def; else if (*new_name) name= strdup(new_name); else name= def; return(name); } bool cl_base::is_named(const char *the_name) { if (!name || !*name || !the_name || !*the_name) return(DD_FALSE); return(strcmp(name, the_name) == 0); } bool cl_base::is_inamed(const char *the_name) { if (!name || !*name || !the_name || !*the_name) return(DD_FALSE); return(strcasecmp(name, the_name) == 0); } int cl_base::nuof_children(void) { if (!children) return(0); return(children->count); } void cl_base::add_child(class cl_base *child) { if (!children) { char *s; s= (char*)malloc(strlen(get_name("?"))+100); sprintf(s, "childs of %s", get_name("?")); children= new cl_list(1, 1, s); free(s); } if (child) { children->add(child); child->parent= this; } } void cl_base::remove_child(class cl_base *child) { if (child && children) { child->unlink(); children->disconn(child); } } void cl_base::remove_from_chain(void) { if (parent) parent->remove_child(this); } void cl_base::unlink(void) { parent= 0; } class cl_base * cl_base::first_child(void) { if (!children || children->count == 0) return(0); return(dynamic_cast(children->object_at(0))); } class cl_base * cl_base::next_child(class cl_base *child) { if (!children || !child) return(0); return((class cl_base *)(children->next(child))); } bool cl_base::handle_event(class cl_event &event) { return(pass_event_down(event)); } bool cl_base::pass_event_down(class cl_event &event) { int i; if (!children) return(DD_FALSE); for (i= 0; i < children->count; i++) { class cl_base *child= dynamic_cast(children->object_at(i)); if (child) { child->handle_event(event); if (event.is_handled()) return(DD_TRUE); } } return(DD_FALSE); } /* * Event */ cl_event::cl_event(enum event what_event): cl_base() { handled= DD_FALSE; what= what_event; } cl_event::~cl_event(void) { } /* * ==========================================================================* cl_list * ==========================================================================* * */ /* * Initializing a collection */ cl_list::cl_list(t_index alimit, t_index adelta, const char *aname): cl_base() { count= 0; Items= 0; Limit= 0; Delta= adelta; set_limit(alimit); set_name(aname, "unnamed list"); } /* * Disposing object's variables */ cl_list::~cl_list(void) { //delete Items; free(Items); } /* * Get indexed item from the collection */ void * cl_list::at(t_index index) { if (index < 0 || index >= count) error(1, index); return(Items[index]); } class cl_base * cl_list::object_at(t_index index) { if (index < 0 || index >= count) error(1, index); return((class cl_base *)(Items[index])); } /*void * cl_list::operator[](t_index index) { if (index < 0 || index >= count) error(1, 0); return(Items[index]); }*/ /* * Deleting the indexed item from the collection */ #include "globals.h" void cl_list::disconn_at(t_index index) { if (index < 0 || index >= count) error(1, 0); count--; /*{ char s[1000]; s[0]='\0'; sprintf(s, "disconn_at(%d) PC=0x%x", index, application? ((application->sim)? ((application->sim->uc)?(application->sim->uc->PC): -3): -1): -2); strcat(s,"\n");}*/ memmove(&Items[index], &Items[index+1], (count-index)*sizeof(void *)); } /* * Deleting an item from the collection but not disposing it */ void cl_list::disconn(void *item) { t_index i; if (index_of(item, &i)) disconn_at(i); } /* * Deleting all the items from the collection but not disposing them */ void cl_list::disconn_all(void) { count= 0; } /* * Deleting the indexed item from the collection and disposing it */ void cl_list::free_at(t_index index) { void *Item= at(index); disconn_at(index); free_item(Item); } void cl_list::free_all(void) { t_index i; if (count) { for (i= count-1; i; i--) free_at(i); free_at(0); } } /* * Inserting a new item to the exact position */ void cl_list::add_at(t_index index, void *item) { if (index < 0 ) error(1, 0); if (count == Limit) set_limit(count + Delta); { char s[1000]; s[0]='\0'; sprintf(s, "%s add_at(%d,%p) PC=0x%x (count=%d)", get_name("?"), index, item, application? ((application->sim)? ((application->sim->uc)?(application->sim->uc->PC): -3): -1): -2, count); strcat(s,"\n");} memmove(&Items[index+1], &Items[index], (count-index)*sizeof(void *)); count++; Items[index]= item; } /* * Put a new item to the collection. This function replaces an existing * item with a new one but it does not delete or dispose the old item! */ void cl_list::put_at(t_index index, void *item) { if (index >= count) error(1, 0); Items[index]= item; } /* * Action taken when an error occure */ void cl_list::error(t_index code, t_index info) { fprintf(stderr, "Collection index error. Code= %d, Info= %d.\n", code, info); exit(code); } /* * Iterator method. This function calls 'Test' using every items as Test's * argument until Test returns TRUE. */ void * cl_list::first_that(match_func test, const void *arg) { for (t_index i= 0; i < count; i++) { if (test(Items[i], arg)) return(Items[i]); } return(0); } /* * Iterator method. This function calls 'Action' using every items as * Action's argument. */ void cl_list::for_each(iterator_func action, void *arg) { for(t_index i= 0; i < count; i++) action(Items[i], arg); } /* * Disposing an item. */ void cl_list::free_item(void *item) { delete (class cl_base*)item; } /* * Get the number of collected items. */ int cl_list::get_count(void) { return(count); } void * cl_list::pop(void) { void *i; if (!count) return(0); i= Items[0]; disconn_at(0); return(i); } void * cl_list::top(void) { if (!count) return(0); return(Items[0]); } /* * Returning the index of an item. */ t_index cl_list::index_of(void *item) { for (t_index i= 0; i < count; i++) if (item == Items[i]) return(i); error(1, 0); return(0); /* Needed by Sun! */ } bool cl_list::index_of(void *item, t_index *idx) { for (t_index i= 0; i < count; i++) if (item == Items[i]) { if (idx) *idx= i; return(DD_TRUE); } return(DD_FALSE); } void * cl_list::next(void *item) { for (t_index i= 0; i < count; i++) if (item == Items[i]) { if (count >= 2 && i < count-1) return(Items[i+1]); } return(0); } /* * Inserting a new item to the collection. */ t_index cl_list::add(void *item) { t_index loc= count; add_at(count, item); return(loc); } t_index cl_list::add(class cl_base *item, class cl_base *parent) { if (parent && item) parent->add_child(item); return(add(item)); } void cl_list::push(void *item) { if (count) add_at(0, item); else add(item); } /* * Iterator method. This function calls 'Test' using every items * (in reversed order) as Test's argument until Test returns TRUE. */ void * cl_list::last_that(match_func test, void *arg) { for(t_index i= count; i > 0; i--) if (test(Items[i-1], arg)) return(Items[i-1]); return(0); } /* * ??? */ /*void cl_list::pack(void) { void **CurDst= Items; void **CurSrc= Items; void **Last = Items + count; while (CurSrc < Last) { if (*CurSrc != 0) *CurDst++= *CurSrc; *CurSrc++; } }*/ /* * Setting up the maximum number of items. This function may expand * the size of the collection. */ void cl_list::set_limit(t_index alimit) { void **AItems; if (alimit < count) alimit= count; if (alimit > (int)max_list_size) alimit= max_list_size; if (alimit != Limit) { if (alimit == 0) AItems= 0; else { //AItems = new void *[alimit]; int i= alimit*(sizeof(void *)); AItems= (void **)malloc(i); if (count) memcpy(AItems, Items, count*sizeof(void *)); } //delete Items; free(Items); Items= AItems; Limit= alimit; } } /* * ==========================================================================* cl_sorted_list * ==========================================================================* * */ /* * Initilizing the sorted collection */ cl_sorted_list::cl_sorted_list(t_index alimit, t_index adelta, const char *aname): cl_list(alimit, adelta, aname) { Duplicates= DD_FALSE; } cl_sorted_list::~cl_sorted_list(void) {} /* * Get the address of the key field in an item. */ const void * cl_sorted_list::key_of(void *item) { return(item); } /* * Get index of an item. */ t_index cl_sorted_list::index_of(void *item) { t_index i; if (search(key_of(item), i) == 0) return(ccNotFound); else { if (Duplicates) while (i < count && item != Items[i]) i++; if (i < count) return(i); else return(ccNotFound); } } /* * Inserting a new item to the collection */ t_index cl_sorted_list::add(void *item) { t_index i; if (search(key_of(item), i) == 0 || Duplicates) // order dependency! add_at(i, item); // must do Search // before calling // AtInsert return(i); } /* * Searching an item using binary search. */ bool cl_sorted_list::search(const void *key, t_index &index) { t_index l = 0; t_index h = count - 1; bool res= DD_FALSE; while (l <= h) { t_index i= (l + h) >> 1; t_index c= compare(key_of(Items[i]), key); if (c < 0) l= i + 1; else { h= i - 1; if (c == 0) { res= DD_TRUE; if (!Duplicates) l= i; } } } index= l; return(res); } /* * ==========================================================================* cl_strings * ==========================================================================* * */ /* * Initilizing the string collection */ cl_strings::cl_strings(t_index alimit, t_index adelta, const char *aname): cl_sorted_list(alimit, adelta, aname) { Duplicates= DD_TRUE; } cl_strings::~cl_strings(void) {} /* * Comapare two string from the collection */ int cl_strings::compare(const void *key1, const void *key2) { return(strcmp(static_cast(key1), static_cast(key2))); } /* * Deallocate string item of the collection */ void cl_strings::free_item(void* item) { delete (class cl_base*)item; } /* * ==========================================================================* cl_ustrings * ==========================================================================* * */ /* * Initilizing the unsorted string collection */ cl_ustrings::cl_ustrings(t_index alimit, t_index adelta, const char *aname): cl_strings(alimit, adelta, aname) {} cl_ustrings::~cl_ustrings(void) {} /* * Comapare two string from the collection */ int cl_ustrings::compare(const void *key1, const void *key2) { return(-1); } /* * Searching an item using linear search. */ bool cl_ustrings::search(const void *key, t_index& index) { t_index i = 0; bool found= DD_FALSE; const void *Actual; if ((count) && key) { while (!found && (i < count)) { Actual= key_of(at(i)); found = (Actual != 0) && (compare(key, Actual) == 0); i++; } } if (found) index= i-1; else index= count; return(found); } /* End of pobj.cc */ sdcc-2.9.0/sim/ucsim/pobjcl.h000066400000000000000000000132601116427777700160150ustar00rootroot00000000000000/* * Simulator of microcontrollers (pobjcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef POBJ_HEADER #define POBJ_HEADER #include "ddconfig.h" #include "pobjt.h" #include "eventcl.h" /* # ==========================================================================# cl_base # ==========================================================================# # */ class cl_list; class cl_event; class cl_base { private: char *name; class cl_base *parent; class cl_list *children; public: cl_base(void); virtual ~cl_base(void); virtual int init(void); virtual const char *get_name(void) { return(name); } virtual const char *get_name(const char *def); virtual bool have_name(void) { return(name != 0); } virtual bool have_real_name(void) { return(name != 0 && *name != '\0'); } const char *set_name(const char *new_name); const char *set_name(const char *new_name, const char *def_name); bool is_named(const char *the_name); bool is_inamed(const char *the_name); class cl_base *get_parent(void) { return(parent); } int nuof_children(void); virtual void add_child(class cl_base *child); virtual void remove_child(class cl_base *child); virtual void remove_from_chain(void); virtual void unlink(void); virtual class cl_base *first_child(void); virtual class cl_base *next_child(class cl_base *child); virtual bool handle_event(class cl_event &event); virtual bool pass_event_down(class cl_event &event); }; /* * Event */ class cl_event: public cl_base { protected: bool handled; public: enum event what; public: cl_event(enum event what_event); virtual ~cl_event(void); bool is_handled(void) { return(handled); } virtual void handle(void) { handled= DD_TRUE; } }; /* # ==========================================================================# cl_list # ==========================================================================# # */ class cl_list: public cl_base { public: t_index count; protected: void **Items; t_index Limit; t_index Delta; public: cl_list(t_index alimit, t_index adelta, const char *aname); virtual ~cl_list(void); void *at(t_index index); class cl_base *object_at(t_index index); virtual t_index index_of(void *item); virtual bool index_of(void *item, t_index *idx); virtual void *next(void *item); int get_count(void); virtual void *pop(void); virtual void *top(void); //void pack(void); virtual void set_limit(t_index alimit); void free_at(t_index index); void free_all(void); void disconn_at(t_index index); void disconn(void *item); void disconn_all(void); void add_at(t_index index, void *item); void put_at(t_index index, void *item); virtual t_index add(void *item); virtual t_index add(class cl_base *item, class cl_base *parent); virtual void push(void *item); void *first_that(match_func test, const void *arg); void *last_that(match_func test, void *arg); void for_each(iterator_func action, void *arg); void error(t_index code, t_index info); private: virtual void free_item(void *item); }; /* # ==========================================================================# cl_sorted_list # ==========================================================================# # */ class cl_sorted_list: public cl_list { public: bool Duplicates; public: cl_sorted_list(t_index alimit, t_index adelta, const char *aname); virtual ~cl_sorted_list(void); virtual bool search(const void *key, t_index& index); virtual t_index index_of(void *item); virtual t_index add(void *item); virtual const void *key_of(void *item); private: virtual int compare(const void *key1, const void *key2)= 0; }; /* # ==========================================================================# cl_strings # ==========================================================================# # */ class cl_strings: public cl_sorted_list { public: cl_strings(t_index alimit, t_index adelta, const char *aname); virtual ~cl_strings(void); private: virtual int compare(const void *key1, const void *key2); virtual void free_item(void *item); }; /* # ==========================================================================# cl_ustrings # ==========================================================================# # */ class cl_ustrings: public cl_strings { public: cl_ustrings(t_index alimit, t_index adelta, const char *aname); virtual ~cl_ustrings(void); private: virtual int compare(const void *key1, const void *key2); virtual bool search(const void *key, t_index &index); }; #endif /* End of pobj.h */ sdcc-2.9.0/sim/ucsim/pobjt.h000066400000000000000000000024161116427777700156630ustar00rootroot00000000000000/* * Simulator of microcontrollers (pobjt.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef POBJT_HEADER #define POBJT_HEADER #include "ddconfig.h" #ifndef MyTypesHeader #define DD_TRUE 1 #define DD_FALSE 0 #define bool int #endif typedef int t_index; typedef int (*match_func)(void *, const void *); typedef void (*iterator_func)(void *, void *); #define max_list_size (0x10000/sizeof(void *)) #define ccNotFound -1 #endif /* End of pobjt.h */ sdcc-2.9.0/sim/ucsim/pstr.h000066400000000000000000000021701116427777700155320ustar00rootroot00000000000000/* * Simulator of microcontrollers (pstr.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef PSTR_HEADER #define PSTR_HEADER #include "ddconfig.h" #ifdef STDC_HEADERS # include #else # include "predefs.h" # ifdef PUtilsNeeded # include "putils.h" # endif #endif #endif /* End of pstr.h */ sdcc-2.9.0/sim/ucsim/ptt.cc000066400000000000000000000104731116427777700155140ustar00rootroot00000000000000#include #include // simulated system struct app { long PC; bool simulating; } sys; // locks pthread_mutex_t simulation_lock; pthread_mutex_t application_lock; pthread_t sim_th; struct sim_args { long int steps2go; }; void step_start(void) { pthread_mutex_lock(&application_lock); } void step_end(void) { pthread_mutex_unlock(&application_lock); } void * sim_thread(void *arg) { printf("Sim: thread started, now trying lock...\n"); pthread_mutex_lock(&simulation_lock); printf("Sim: got lock, now run\n"); struct sim_args *args= (struct sim_args *)arg; bool done= 0; long steps2go= args->steps2go, steps= steps2go; while (!done) { step_start(); sys.PC++; if (steps2go > 0) { steps--; if (done= steps == 0) printf("Sim: %s steps done\n", steps2go); } else if (steps2go == 0) { } /*else if (steps2go < 0) {*/ if (done= !sys.simulating) printf("Sim: requested to stop\n"); /*}*/ step_end(); } printf("Sim: finished, releasing lock...\n"); pthread_mutex_unlock(&simulation_lock); printf("Sim: done\n"); return(NULL); } void start_command(void) { pthread_mutex_lock(&application_lock); } void end_command(void) { pthread_mutex_unlock(&application_lock); } void g_cmd(FILE *fin, FILE *fout) { start_command(); fprintf(fout, "PC=%ld, simulating=%d\n", sys.PC, sys.simulating); end_command(); } void s_cmd(FILE *fin, FILE *fout) { start_command(); fscanf(fin, " %ld", &sys.PC); fprintf(fout, "PC=%ld\n", sys.PC); end_command(); } void start_simulation(int steps) { struct sim_args sargs; sargs.steps2go= steps; sys.simulating= 1; pthread_attr_t ta; pthread_attr_init(&ta); pthread_attr_setdetachstate(&ta, PTHREAD_CREATE_DETACHED); pthread_create(&sim_th, &ta, sim_thread, &sargs); pthread_attr_destroy(&ta); } void r_cmd(FILE *fin, FILE *fout) { start_command(); if (pthread_mutex_trylock(&simulation_lock) != 0) { fprintf(fout, "Simulation already runing\n"); } else { fprintf(fout, "Run from PC=%ld\n", sys.PC); start_simulation(-1); pthread_mutex_unlock(&simulation_lock); } end_command(); } void S_cmd(FILE *fin, FILE *fout) { fprintf(fout, "Trying to get app lock...\n"); start_command(); fprintf(fout, "OK, lock is ours, set stopper flag...\n"); sys.simulating= 0; fprintf(fout, "Release lock, to give chance of stop\n"); end_command(); fprintf(fout, "Wait for stop...\n"); pthread_mutex_lock(&simulation_lock); fprintf(fout, "We got sim lock, so it stopped\n"); pthread_mutex_unlock(&simulation_lock); fprintf(fout, "Stopped at PC=%ld\n", sys.PC); } struct input_args { int nr; char *fin_name; char *fout_name; }; void * input_thread(void *arg) { struct input_args *args= (struct input_args *)arg; FILE *fin, *fout; if (args->fin_name) fin= fopen(args->fin_name, "r"); else fin= stdin; if (args->fout_name) fout= fopen(args->fout_name, "w"); else fout= stdout; bool done= 0; while (!done) { char cmd[100]; fprintf(fout, "%d> ", args->nr); fflush(fout); fscanf(fin, " %99s", &cmd[0]); fprintf(fout, "%d Got command: %c\n", args->nr, cmd[0]); switch (cmd[0]) { case 'q': done= 1; break; case 'g': g_cmd(fin, fout); break; case 's': s_cmd(fin, fout); break; case 'r': r_cmd(fin, fout); break; case 'S': S_cmd(fin, fout); break; default: fprintf(fout, "%d Unknown command\n", args->nr); break; } } fprintf(fout, "%d Console finished\n", args->nr); fclose(fin); fclose(fout); return(NULL); } int main(int argc, char *argv[]) { pthread_t input_th[3]; int threads= 0; pthread_mutex_init(&simulation_lock, NULL); pthread_mutex_init(&application_lock, NULL); struct input_args iargs= { 0, NULL, NULL }; pthread_create(&input_th[0], NULL, input_thread, &iargs); threads++; if (argc > 1) { struct input_args iargs= { 1, argv[1], argv[1] }; pthread_create(&input_th[1], NULL, input_thread, &iargs); threads++; } if (argc > 2) { struct input_args iargs= { 2, argv[2], argv[2] }; pthread_create(&input_th[2], NULL, input_thread, &iargs); threads++; } int i; for (i= 0; i < threads; i++) { void *ret; pthread_join(input_th[i], &ret); } return(0); } sdcc-2.9.0/sim/ucsim/put(c)000077500000000000000000000021421116427777700154120ustar00rootroot00000000000000#!/bin/sh # Functions debug() { if [ "$DEBUG" = "yes" ]; then echo $* fi } # Parsing options DEBUG=no STARTYEAR=`date +%Y` YEAR=`date +%y` FILES="" while [ "$1" != "" ]; do case $1 in "-s") shift STARTYEAR=$1 ;; "-V") DEBUG=yes ;; *) if [ "$FILES" = "" ]; then FILES=$1 else FILES="${FILES} ${1}" fi ;; esac shift done debug "STARTYEAR= ${STARTYEAR}" debug "FILES= ${FILES}" # Doing the job putit() { sed -n '/^\/\*@1@\*\//,$p' $1 >${1}.tmp if [ -f '(c).1' ]; then (sed 's/@@F@@/'${1}'/g s/@@S@@/'${STARTYEAR}'/g s/@@Y@@/'${YEAR}'/g' '(c).1' cat ${1}.tmp) >$1 else (cat <$1 fi rm -f ${1}.tmp } for FILE in ${FILES}; do debug "Checking ${FILE}..." if grep '^/\*@1@\*/' $FILE >/dev/null; then # can do debug "/*@1@*/ marker found in ${FILE}" putit $FILE else # can not debug "/*@1@*/ marker not found in ${FILE}" fi done # End of putcopyright sdcc-2.9.0/sim/ucsim/s51.src/000077500000000000000000000000001116427777700155675ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/s51.src/(c).1000066400000000000000000000016261116427777700162210ustar00rootroot00000000000000/* * Simulator of microcontrollers (@@F@@) * * Copyright (C) @@S@@,@@Y@@ Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ sdcc-2.9.0/sim/ucsim/s51.src/Makefile.in000066400000000000000000000072141116427777700176400ustar00rootroot00000000000000# # uCsim s51.src/Makefile # # (c) Drotos Daniel, Talker Bt. 1997 # STARTYEAR = 1997 SHELL = /bin/sh CXX = @CXX@ CPP = @CPP@ CXXCPP = @CXXCPP@ RANLIB = @RANLIB@ INSTALL = @INSTALL@ STRIP = @STRIP@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ DEFS = $(subs -DHAVE_CONFIG_H,,@DEFS@) CPPFLAGS = @CPPFLAGS@ -I$(srcdir) -I$(top_srcdir) -I$(top_builddir) \ -I$(top_srcdir)/cmd.src -I$(top_srcdir)/sim.src \ -I$(top_srcdir)/gui.src CFLAGS = @CFLAGS@ -Wall CXXFLAGS = @CXXFLAGS@ -Wall LDFLAGS = @LDFLAGS@ M_OR_MM = @M_OR_MM@ PICOPT = @PICOPT@ SHAREDLIB = @SHAREDLIB@ SDCC = sdcc SDCFLAGS = --debug --stack-after-data --model-small SDCPPFLAGS = LIBS = -L$(top_builddir) -lsim -lucsimutil -lguiucsim -lcmd -lsim @LIBS@ DL = @DL@ dl_ok = @dl_ok@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ srcdir = @srcdir@ VPATH = @srcdir@ EXEEXT = @EXEEXT@ OBJECTS_SHARED = glob.o sim51.o \ inc.o jmp.o mov.o logic.o arith.o bit.o \ timer0.o timer1.o timer2.o serial.o port.o interrupt.o \ wdt.o pca.o \ uc51.o uc52.o uc51r.o uc89c51r.o uc251.o \ uc390.o uc390hw.o OBJECTS_EXE = s51.o OBJECTS = $(OBJECTS_SHARED) $(OBJECTS_EXE) enable_dlso = @enable_dlso@ dlso_ok = @dlso_ok@ # Compiling entire program or any subproject # ------------------------------------------ all: checkconf otherlibs s51.src # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs $(INSTALL) s51$(EXEEXT) $(DESTDIR)$(bindir)/s51$(EXEEXT) $(STRIP) $(DESTDIR)$(bindir)/s51$(EXEEXT) # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/s51$(EXEEXT) # Performing self-test # -------------------- check: test test: test_ser.ihx test_ser.ihx: test_ser.rel $(SDCC) $(SDCFLAGS) $< # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: test -d $(DESTDIR)$(bindir) || $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(srcdir)/*.cc $(srcdir)/*.h $(CXXCPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.cc,$^) >Makefile.dep -include Makefile.dep include $(srcdir)/clean.mk #parser.cc: parser.y #plex.cc: plex.l # My rules # -------- .SUFFIXES: .rel s51.src: s51$(EXEEXT) shared_lib s51$(EXEEXT): $(OBJECTS) $(top_builddir)/*.a $(CXX) $(CXXFLAGS) $(LDFLAGS) $(OBJECTS) $(LIBS) -o $@ ifeq ($(dlso_ok),yes) shared_lib: $(top_builddir)/s51.so else shared_lib: @$(top_srcdir)/mkecho $(top_builddir) "No 51 shared lib made." @$(top_srcdir)/mkecho $(top_builddir) "(SHAREDLIB="$(SHAREDLIB)",dl_ok="$(dl_ok)",enable_dlso="$(enable_dlso)")" endif $(top_builddir)/s51.so: $(OBJECTS_SHARED) $(CXX) -shared $(LDFLAGS) $(OBJECTS_SHARED) -o $@ otherlibs: $(MAKE) -C $(top_builddir) libs $(MAKE) -C $(top_builddir)/cmd.src all $(MAKE) -C $(top_builddir)/sim.src all $(MAKE) -C $(top_builddir)/gui.src checkconf ucsim_lib .cc.o: $(CXX) $(CXXFLAGS) $(PICOPT) $(CPPFLAGS) -c $< -o $@ .c.rel: $(SDCC) $(SDCFLAGS) $(SDCPPFLAGS) -c $< # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of s51.src/Makefile.in sdcc-2.9.0/sim/ucsim/s51.src/arith.cc000066400000000000000000000253661116427777700172210ustar00rootroot00000000000000/* * Simulator of microcontrollers (arith.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include // local #include "uc51cl.h" #include "regs51.h" #include "types51.h" /* * 0x03 1 12 RR A *____________________________________________________________________________ * */ int cl_51core::inst_rr(uchar code) { uchar ac; ac= acc->read(); if (ac & 0x01) acc->write((ac >> 1) | 0x80); else acc->write(ac >> 1); return(resGO); } /* * 0x13 1 12 RRC A *____________________________________________________________________________ * */ int cl_51core::inst_rrc(uchar code) { bool cy; uchar ac; cy= SFR_GET_C; SFR_SET_C((ac= acc->read()) & 0x01); ac>>= 1; if (cy) ac|= 0x80; sfr->write(ACC, ac); return(resGO); } /* * 0x23 1 12 RL A *____________________________________________________________________________ * */ int cl_51core::inst_rl(uchar code) { uchar ac; ac= acc->read(); if (ac & 0x80) acc->write((ac << 1 ) | 0x01); else acc->write(ac << 1); return(resGO); } /* * 0x24 2 12 ADD A,#data *____________________________________________________________________________ * */ int cl_51core::inst_add_a_Sdata(uchar code) { uchar data, ac; bool newC, newA, c6; data= fetch(); ac = acc->read(); newC= (((uint)ac+(uint)(data)) > 255)?0x80:0; newA= ((ac&0x0f)+(data&0x0f)) & 0xf0; c6 = ((ac&0x7f)+(data&0x7f)) & 0x80; acc->write(ac+data); SFR_SET_C(newC); SFR_SET_BIT(newC ^ c6, PSW, bmOV); SFR_SET_BIT(newA, PSW, bmAC); return(resGO); } /* * 0x25 2 12 ADD A,addr *____________________________________________________________________________ * */ int cl_51core::inst_add_a_addr(uchar code) { uchar data, ac; bool newC, newA, c6; class cl_memory_cell *cell; t_addr a; cell= get_direct(a= fetch()); data= cell->read(); ac = acc->get(); newC= (((uint)ac+(uint)(data)) > 255)?0x80:0; newA= ((ac&0x0f)+(data&0x0f)) & 0xf0; c6 = ((ac&0x7f)+(data&0x7f)) & 0x80; acc->write(ac+data); SFR_SET_C(newC); SFR_SET_BIT(newC ^ c6, PSW, bmOV); SFR_SET_BIT(newA, PSW, bmAC); return(resGO); } /* * 0x26-0x27 1 12 ADD A,@Ri *____________________________________________________________________________ * */ int cl_51core::inst_add_a_Sri(uchar code) { uchar data, ac; bool newC, newA, c6; class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); ac = acc->get(); data= cell->read(); newC= (((uint)ac+(uint)data) > 255)?0x80:0; newA= ((ac&0x0f)+(data&0x0f)) & 0xf0; c6 = ((ac&0x7f)+(data&0x7f)) & 0x80; acc->write(ac+data); SFR_SET_C(newC); SFR_SET_BIT(newC ^ c6, PSW, bmOV); SFR_SET_BIT(newA, PSW, bmAC); return(resGO); } /* * 0x28-0x2f 1 12 ADD A,Rn *____________________________________________________________________________ * */ int cl_51core::inst_add_a_rn(uchar code) { uchar data, ac; bool newC, newA, c6; data= get_reg(code & 0x07)->read(); ac = acc->get(); newC= (((uint)ac+(uint)data) > 255)?0x80:0; newA= ((ac&0x0f)+(data&0x0f)) & 0xf0; c6 = ((ac&0x7f)+(data&0x7f)) & 0x80; acc->write(ac+data); SFR_SET_C(newC); SFR_SET_BIT(newC ^ c6, PSW, bmOV); SFR_SET_BIT(newA, PSW, bmAC); return(resGO); } /* * 0x33 1 12 RLC A *____________________________________________________________________________ * */ int cl_51core::inst_rlc(uchar code) { bool cy; uchar ac; cy= SFR_GET_C; SFR_SET_C((ac= acc->get()) & 0x80); ac<<= 1; if (cy) ac|= 0x01; acc->write(ac); return(resGO); } /* * 0x34 2 12 ADDC A,#data *____________________________________________________________________________ * */ int cl_51core::inst_addc_a_Sdata(uchar code) { uchar data, ac; bool orgC, newC, newA, c6; data= fetch(); ac = acc->get(); newC= (((uint)ac+(uint)data+((orgC= SFR_GET_C)?1:0)) > 255)?0x80:0; newA= ((ac&0x0f)+(data&0x0f)+(orgC?1:0)) & 0xf0; c6 = ((ac&0x7f)+(data&0x7f)+(orgC?1:0)) & 0x80; acc->write(ac + data + (orgC?1:0)); SFR_SET_C(newC); SFR_SET_BIT(newC ^ c6, PSW, bmOV); SFR_SET_BIT(newA, PSW, bmAC); return(resGO); } /* * 0x35 2 12 ADDC A,addr *____________________________________________________________________________ * */ int cl_51core::inst_addc_a_addr(uchar code) { uchar data, ac; bool orgC, newC, newA, c6; class cl_memory_cell *cell; t_addr a; cell= get_direct(a= fetch()); data= cell->read(); ac = acc->get(); newC= (((uint)ac+(uint)data+((orgC= SFR_GET_C)?1:0)) > 255)?0x80:0; newA= ((ac&0x0f)+(data&0x0f)+(orgC?1:0)) & 0xf0; c6 = ((ac&0x7f)+(data&0x7f)+(orgC?1:0)) & 0x80; acc->write(ac + data + (orgC?1:0)); SFR_SET_C(newC); SFR_SET_BIT(newC ^ c6, PSW, bmOV); SFR_SET_BIT(newA, PSW, bmAC); return(resGO); } /* * 0x36-0x37 1 12 ADDC A,@Ri *____________________________________________________________________________ * */ int cl_51core::inst_addc_a_Sri(uchar code) { uchar data, ac; bool orgC, newC, newA, c6; class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); ac = acc->get(); data= cell->read(); newC= (((uint)ac+(uint)data+((orgC= SFR_GET_C)?1:0)) > 255)?0x80:0; newA= ((ac&0x0f)+(data&0x0f)+(orgC?1:0)) & 0xf0; c6 = ((ac&0x7f)+(data&0x7f)+(orgC?1:0)) & 0x80; acc->write(ac + data + (orgC?1:0)); SFR_SET_C(newC); SFR_SET_BIT(newC ^ c6, PSW, bmOV); SFR_SET_BIT(newA, PSW, bmAC); return(resGO); } /* * 0x38-0x3f 1 12 ADDC A,Rn *____________________________________________________________________________ * */ int cl_51core::inst_addc_a_rn(uchar code) { uchar data, ac; bool orgC, newC, newA, c6; data= get_reg(code & 0x07)->read(); ac = acc->get(); newC= (((uint)ac+(uint)data+((orgC= SFR_GET_C)?1:0)) > 255)?0x80:0; newA= ((ac&0x0f)+(data&0x0f)+(orgC?1:0)) & 0xf0; c6 = ((ac&0x7f)+(data&0x7f)+(orgC?1:0)) & 0x80; acc->write(ac + data + (orgC?1:0)); SFR_SET_C(newC); SFR_SET_BIT(newC ^ c6, PSW, bmOV); SFR_SET_BIT(newA, PSW, bmAC); return(resGO); } /* * 0x84 1 48 DIV AB *____________________________________________________________________________ * */ int cl_51core::inst_div_ab(uchar code) { uchar temp, pw, b, ac; pw= psw->get(); pw&= ~bmCY; if (!(b= sfr->get(B))) pw|= bmOV; else { pw&= ~bmOV; temp= (ac= acc->get()) / b; sfr->write(B, ac % b); acc->write(temp); } psw->write(pw); tick(3); return(resGO); } /* * 0x94 2 12 SUBB A,#data *____________________________________________________________________________ * */ int cl_51core::inst_subb_a_Sdata(uchar code) { uchar data, ac, result, pw, c; data= fetch(); ac = acc->get(); result= ac-data; pw= psw->get(); if ((c= (pw & bmCY)?1:0)) result--; acc->write(result); psw->write((pw & ~(bmCY|bmOV|bmAC)) | (((unsigned int)ac < (unsigned int)(data+c))?bmCY:0) | (((ac<0x80 && data>0x7f && result>0x7f) || (ac>0x7f && data<0x80 && result<0x80))?bmOV:0) | (((ac&0x0f) < ((data+c)&0x0f) || (c && ((data&0x0f)==0x0f)))?bmAC:0)); return(resGO); } /* * 0x95 2 12 SUBB A,addr *____________________________________________________________________________ * */ int cl_51core::inst_subb_a_addr(uchar code) { uchar data, ac, result, pw, c; class cl_memory_cell *cell; cell= get_direct(fetch()); ac = acc->get(); data= cell->read(); result= ac-data; pw= psw->get(); if ((c= (pw & bmCY)?1:0)) result--; acc->write(result); psw->set((pw & ~(bmCY|bmOV|bmAC)) | (((unsigned int)ac < (unsigned int)(data+c))?bmCY:0) | (((ac<0x80 && data>0x7f && result>0x7f) || (ac>0x7f && data<0x80 && result<0x80))?bmOV:0) | (((ac&0x0f) < ((data+c)&0x0f) || (c && ((data&0x0f)==0x0f)))?bmAC:0)); return(resGO); } /* * 0x96-0x97 1 12 SUBB A,@Ri *____________________________________________________________________________ * */ int cl_51core::inst_subb_a_Sri(uchar code) { uchar data, ac, result, pw, c; class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); data= cell->read(); ac = acc->get(); result= ac-data; pw= psw->get(); if ((c= (pw & bmCY)?1:0)) result--; acc->write(result); psw->write((pw & ~(bmCY|bmOV|bmAC)) | (((unsigned int)ac < (unsigned int)(data+c))?bmCY:0) | (((ac<0x80 && data>0x7f && result>0x7f) || (ac>0x7f && data<0x80 && result<0x80))?bmOV:0) | (((ac&0x0f) < ((data+c)&0x0f) || (c && ((data&0x0f)==0x0f)))?bmAC:0)); return(resGO); } /* * 0x98-0x9f 1 12 SUBB A,Rn *____________________________________________________________________________ * */ int cl_51core::inst_subb_a_rn(uchar code) { uchar data, ac, result, pw, c; data= get_reg(code & 0x07)->read(); ac = acc->get(); result= ac-data; pw= psw->get(); if ((c= (pw & bmCY)?1:0)) result--; acc->write(result); psw->write((pw & ~(bmCY|bmOV|bmAC)) | (((unsigned int)ac < (unsigned int)(data+c))?bmCY:0) | (((ac<0x80 && data>0x7f && result>0x7f) || (ac>0x7f && data<0x80 && result<0x80))?bmOV:0) | (((ac&0x0f) < ((data+c)&0x0f) || (c && ((data&0x0f)==0x0f)))?bmAC:0)); return(resGO); } /* * 0xa4 1 48 MUL AB *____________________________________________________________________________ * */ int cl_51core::inst_mul_ab(uchar code) { uint temp, pw, ac, b, x; pw= psw->get(); pw&= ~bmCY; temp= (ac= acc->read()) * (b= sfr->get(B)); acc->write(temp & 0xff); x= sfr->write(B, (temp >> 8) & 0xff); SFR_SET_BIT(x/*sfr->get(B)*/, PSW, bmOV); SFR_SET_BIT(0, PSW, bmCY); tick(3); return(resGO); } /* * 0xd4 1 12 DA A *____________________________________________________________________________ * */ int cl_51core::inst_da_a(uchar code) { uchar ac, pw; ac= acc->get(); pw= psw->get(); if ((ac & 0x0f) > 9 || (pw & bmAC)) { if (((uint)ac+(uint)0x06) > 255) pw|= bmCY; ac+= 0x06; } if ((ac & 0xf0) > 0x90 || (pw & bmCY)) { if (((uint)ac+(uint)0x60) > 255) pw|= bmCY; ac+= 0x60; } acc->write(ac); psw->write(pw); return(resGO); } /* End of s51.src/arith.cc */ sdcc-2.9.0/sim/ucsim/s51.src/bit.cc000066400000000000000000000110331116427777700166520ustar00rootroot00000000000000/* * Simulator of microcontrollers (bit.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" // local #include "uc51cl.h" #include "regs51.h" #include "types51.h" /* * 0x72 2 24 ORL C,bit *____________________________________________________________________________ * */ int cl_51core::inst_orl_c_bit(uchar code) { uchar bitaddr; t_addr a; t_mem m; class cl_address_space *mem; mem= bit2mem(bitaddr= fetch(), &a, &m); SFR_SET_C(SFR_GET_C || (mem->read(a) & m)); tick(1); return(resGO); } /* * 0x82 2 24 ANL C,bit *____________________________________________________________________________ * */ int cl_51core::inst_anl_c_bit(uchar code) { t_mem m; t_addr a; class cl_address_space *mem; mem= bit2mem(fetch(), &a, &m); SFR_SET_C(SFR_GET_C && (mem->read(a) & m)); tick(1); return(resGO); } /* * 0x92 2 24 MOV bit,C *____________________________________________________________________________ * */ int cl_51core::inst_mov_bit_c(uchar code) { t_addr a; t_mem m, d; class cl_address_space *mem; mem= bit2mem(fetch(), &a, &m); d= mem->read(a, HW_PORT); if (SFR_GET_C) mem->write(a, d|m); else mem->write(a, d&~m); tick(1); return(resGO); } /* * 0xa2 2 12 MOV C,bit *____________________________________________________________________________ * */ int cl_51core::inst_mov_c_bit(uchar code) { t_addr a; t_mem m; class cl_address_space *mem; mem= bit2mem(fetch(), &a, &m); SFR_SET_C(mem->read(a) & m); return(resGO); } /* * 0xa0 2 24 ORL C,/bit *____________________________________________________________________________ * */ int cl_51core::inst_orl_c_Sbit(uchar code) { t_mem m; t_addr a; class cl_address_space *mem; mem= bit2mem(fetch(), &a, &m); SFR_SET_C(SFR_GET_C || !(mem->read(a) & m)); tick(1); return(resGO); } /* * 0xb0 2 24 ANL C,/bit *____________________________________________________________________________ * */ int cl_51core::inst_anl_c_Sbit(uchar code) { t_mem m; t_addr a; class cl_address_space *mem; mem= bit2mem(fetch(), &a, &m); SFR_SET_C(SFR_GET_C && !(mem->read(a) & m)); tick(1); return(resGO); } /* * 0xb2 2 12 CPL bit *____________________________________________________________________________ * */ int cl_51core::inst_cpl_bit(uchar code) { t_addr a; t_mem m, d; class cl_address_space *mem; mem= bit2mem(fetch(), &a, &m); d= mem->read(a, HW_PORT); mem->write(a, d^m); return(resGO); } /* * 0xb3 1 12 CPL C *____________________________________________________________________________ * */ int cl_51core::inst_cpl_c(uchar code) { psw->write(psw->read() ^ bmCY); return(resGO); } /* * 0xc2 2 12 CLR bit *____________________________________________________________________________ * */ int cl_51core::inst_clr_bit(uchar code) { t_addr a; t_mem m; class cl_address_space *mem; mem= bit2mem(fetch(), &a, &m); t_mem d= mem->read(a, HW_PORT); mem->write(a, d&~m); return(resGO); } /* * 0xc3 1 12 CLR C *____________________________________________________________________________ * */ int cl_51core::inst_clr_c(uchar code) { psw->write(psw->read() & ~bmCY); return(resGO); } /* * 0xd2 2 12 SETB bit *____________________________________________________________________________ * */ int cl_51core::inst_setb_bit(uchar code) { t_addr a; t_mem m, d; class cl_address_space *mem; mem= bit2mem(fetch(), &a, &m); d= mem->read(a, HW_PORT); mem->write(a, d|m); return(resGO); } /* * 0xd3 1 12 SETB C *____________________________________________________________________________ * */ int cl_51core::inst_setb_c(uchar code) { psw->write(psw->read() | bmCY); return(resGO); } /* End of s51.src/bit.cc */ sdcc-2.9.0/sim/ucsim/s51.src/clean.mk000066400000000000000000000015111116427777700172000ustar00rootroot00000000000000# uCsim s51.src/clean.mk # Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] rm -f test_*.??* '(null).cdb' *.lnk *.ihx rm -f .[a-z]*~ rm -f s51$(EXEEXT) # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f config.cache config.log config.status rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean # End of s51.src/clean.mk sdcc-2.9.0/sim/ucsim/s51.src/conf.mk000066400000000000000000000003421116427777700170440ustar00rootroot00000000000000# uCsim s51.src/conf.mk # # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of s51.src/conf.mk sdcc-2.9.0/sim/ucsim/s51.src/debugger000077500000000000000000000000311116427777700172730ustar00rootroot00000000000000sdcdb -s /dev/ttyp1 "$@" sdcc-2.9.0/sim/ucsim/s51.src/glob.cc000066400000000000000000000545551116427777700170370ustar00rootroot00000000000000/* * Simulator of microcontrollers (glob.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include #include "stypes.h" /* * Names of instructions */ struct dis_entry disass_51[]= { { 0x00, 0xff, ' ', 1, "NOP"}, { 0x01, 0xff, 'A', 2, "AJMP %A"}, { 0x02, 0xff, 'L', 3, "LJMP %l"}, { 0x03, 0xff, ' ', 1, "RR A"}, { 0x04, 0xff, ' ', 1, "INC A"}, { 0x05, 0xff, ' ', 2, "INC %a"}, { 0x06, 0xff, ' ', 1, "INC @R0"}, { 0x07, 0xff, ' ', 1, "INC @R1"}, { 0x08, 0xff, ' ', 1, "INC R0"}, { 0x09, 0xff, ' ', 1, "INC R1"}, { 0x0a, 0xff, ' ', 1, "INC R2"}, { 0x0b, 0xff, ' ', 1, "INC R3"}, { 0x0c, 0xff, ' ', 1, "INC R4"}, { 0x0d, 0xff, ' ', 1, "INC R5"}, { 0x0e, 0xff, ' ', 1, "INC R6"}, { 0x0f, 0xff, ' ', 1, "INC R7"}, { 0x10, 0xff, 'R', 3, "JBC %b,%R"}, { 0x11, 0xff, 'a', 2, "ACALL %A"}, { 0x12, 0xff, 'l', 3, "LCALL %l"}, { 0x13, 0xff, ' ', 1, "RRC A"}, { 0x14, 0xff, ' ', 1, "DEC A"}, { 0x15, 0xff, ' ', 2, "DEC %a"}, { 0x16, 0xff, ' ', 1, "DEC @R0"}, { 0x17, 0xff, ' ', 1, "DEC @R1"}, { 0x18, 0xff, ' ', 1, "DEC R0"}, { 0x19, 0xff, ' ', 1, "DEC R1"}, { 0x1a, 0xff, ' ', 1, "DEC R2"}, { 0x1b, 0xff, ' ', 1, "DEC R3"}, { 0x1c, 0xff, ' ', 1, "DEC R4"}, { 0x1d, 0xff, ' ', 1, "DEC R5"}, { 0x1e, 0xff, ' ', 1, "DEC R6"}, { 0x1f, 0xff, ' ', 1, "DEC R7"}, { 0x20, 0xff, 'R', 3, "JB %b,%R"}, { 0x21, 0xff, 'A', 2, "AJMP %A"}, { 0x22, 0xff, '_', 1, "RET"}, { 0x23, 0xff, ' ', 1, "RL A"}, { 0x24, 0xff, ' ', 2, "ADD A,#%d"}, { 0x25, 0xff, ' ', 2, "ADD A,%a"}, { 0x26, 0xff, ' ', 1, "ADD A,@R0"}, { 0x27, 0xff, ' ', 1, "ADD A,@R1"}, { 0x28, 0xff, ' ', 1, "ADD A,R0"}, { 0x29, 0xff, ' ', 1, "ADD A,R1"}, { 0x2a, 0xff, ' ', 1, "ADD A,R2"}, { 0x2b, 0xff, ' ', 1, "ADD A,R3"}, { 0x2c, 0xff, ' ', 1, "ADD A,R4"}, { 0x2d, 0xff, ' ', 1, "ADD A,R5"}, { 0x2e, 0xff, ' ', 1, "ADD A,R6"}, { 0x2f, 0xff, ' ', 1, "ADD A,R7"}, { 0x30, 0xff, 'R', 3, "JNB %b,%R"}, { 0x31, 0xff, 'a', 2, "ACALL %A"}, { 0x32, 0xff, '_', 1, "RETI"}, { 0x33, 0xff, ' ', 1, "RLC A"}, { 0x34, 0xff, ' ', 2, "ADDC A,#%d"}, { 0x35, 0xff, ' ', 2, "ADDC A,%a"}, { 0x36, 0xff, ' ', 1, "ADDC A,@R0"}, { 0x37, 0xff, ' ', 1, "ADDC A,@R1"}, { 0x38, 0xff, ' ', 1, "ADDC A,R0"}, { 0x39, 0xff, ' ', 1, "ADDC A,R1"}, { 0x3a, 0xff, ' ', 1, "ADDC A,R2"}, { 0x3b, 0xff, ' ', 1, "ADDC A,R3"}, { 0x3c, 0xff, ' ', 1, "ADDC A,R4"}, { 0x3d, 0xff, ' ', 1, "ADDC A,R5"}, { 0x3e, 0xff, ' ', 1, "ADDC A,R6"}, { 0x3f, 0xff, ' ', 1, "ADDC A,R7"}, { 0x40, 0xff, 'r', 2, "JC %r"}, { 0x41, 0xff, 'A', 2, "AJMP %A"}, { 0x42, 0xff, ' ', 2, "ORL %a,A"}, { 0x43, 0xff, ' ', 3, "ORL %a,#%D"}, { 0x44, 0xff, ' ', 2, "ORL A,#%d"}, { 0x45, 0xff, ' ', 2, "ORL A,%a"}, { 0x46, 0xff, ' ', 1, "ORL A,@R0"}, { 0x47, 0xff, ' ', 1, "ORL A,@R1"}, { 0x48, 0xff, ' ', 1, "ORL A,R0"}, { 0x49, 0xff, ' ', 1, "ORL A,R1"}, { 0x4a, 0xff, ' ', 1, "ORL A,R2"}, { 0x4b, 0xff, ' ', 1, "ORL A,R3"}, { 0x4c, 0xff, ' ', 1, "ORL A,R4"}, { 0x4d, 0xff, ' ', 1, "ORL A,R5"}, { 0x4e, 0xff, ' ', 1, "ORL A,R6"}, { 0x4f, 0xff, ' ', 1, "ORL A,R7"}, { 0x50, 0xff, 'r', 2, "JNC %r"}, { 0x51, 0xff, 'a', 2, "ACALL %A"}, { 0x52, 0xff, ' ', 2, "ANL %a,A"}, { 0x53, 0xff, ' ', 3, "ANL %a,#%D"}, { 0x54, 0xff, ' ', 2, "ANL A,#%d"}, { 0x55, 0xff, ' ', 2, "ANL A,%a"}, { 0x56, 0xff, ' ', 1, "ANL A,@R0"}, { 0x57, 0xff, ' ', 1, "ANL A,@R1"}, { 0x58, 0xff, ' ', 1, "ANL A,R0"}, { 0x59, 0xff, ' ', 1, "ANL A,R1"}, { 0x5a, 0xff, ' ', 1, "ANL A,R2"}, { 0x5b, 0xff, ' ', 1, "ANL A,R3"}, { 0x5c, 0xff, ' ', 1, "ANL A,R4"}, { 0x5d, 0xff, ' ', 1, "ANL A,R5"}, { 0x5e, 0xff, ' ', 1, "ANL A,R6"}, { 0x5f, 0xff, ' ', 1, "ANL A,R7"}, { 0x60, 0xff, 'r', 2, "JZ %r"}, { 0x61, 0xff, 'A', 2, "AJMP %A"}, { 0x62, 0xff, ' ', 2, "XRL %a,A"}, { 0x63, 0xff, ' ', 3, "XRL %a,#%D"}, { 0x64, 0xff, ' ', 2, "XRL A,#%d"}, { 0x65, 0xff, ' ', 2, "XRL A,%a"}, { 0x66, 0xff, ' ', 1, "XRL A,@R0"}, { 0x67, 0xff, ' ', 1, "XRL A,@R1"}, { 0x68, 0xff, ' ', 1, "XRL A,R0"}, { 0x69, 0xff, ' ', 1, "XRL A,R1"}, { 0x6a, 0xff, ' ', 1, "XRL A,R2"}, { 0x6b, 0xff, ' ', 1, "XRL A,R3"}, { 0x6c, 0xff, ' ', 1, "XRL A,R4"}, { 0x6d, 0xff, ' ', 1, "XRL A,R5"}, { 0x6e, 0xff, ' ', 1, "XRL A,R6"}, { 0x6f, 0xff, ' ', 1, "XRL A,R7"}, { 0x70, 0xff, 'r', 2, "JNZ %r"}, { 0x71, 0xff, 'a', 2, "ACALL %A"}, { 0x72, 0xff, ' ', 2, "ORL C,%b"}, { 0x73, 0xff, '_', 1, "JMP @A+DPTR"}, { 0x74, 0xff, ' ', 2, "MOV A,#%d"}, { 0x75, 0xff, ' ', 3, "MOV %a,#%D"}, { 0x76, 0xff, ' ', 2, "MOV @R0,#%d"}, { 0x77, 0xff, ' ', 2, "MOV @R1,#%d"}, { 0x78, 0xff, ' ', 2, "MOV R0,#%d"}, { 0x79, 0xff, ' ', 2, "MOV R1,#%d"}, { 0x7a, 0xff, ' ', 2, "MOV R2,#%d"}, { 0x7b, 0xff, ' ', 2, "MOV R3,#%d"}, { 0x7c, 0xff, ' ', 2, "MOV R4,#%d"}, { 0x7d, 0xff, ' ', 2, "MOV R5,#%d"}, { 0x7e, 0xff, ' ', 2, "MOV R6,#%d"}, { 0x7f, 0xff, ' ', 2, "MOV R7,#%d"}, { 0x80, 0xff, 's', 2, "SJMP %r"}, { 0x81, 0xff, 'A', 2, "AJMP %A"}, { 0x82, 0xff, ' ', 2, "ANL C,%b"}, { 0x83, 0xff, ' ', 1, "MOVC A,@A+PC"}, { 0x84, 0xff, ' ', 1, "DIV AB"}, { 0x85, 0xff, ' ', 3, "MOV %8,%a"}, { 0x86, 0xff, ' ', 2, "MOV %a,@R0"}, { 0x87, 0xff, ' ', 2, "MOV %a,@R1"}, { 0x88, 0xff, ' ', 2, "MOV %a,R0"}, { 0x89, 0xff, ' ', 2, "MOV %a,R1"}, { 0x8a, 0xff, ' ', 2, "MOV %a,R2"}, { 0x8b, 0xff, ' ', 2, "MOV %a,R3"}, { 0x8c, 0xff, ' ', 2, "MOV %a,R4"}, { 0x8d, 0xff, ' ', 2, "MOV %a,R5"}, { 0x8e, 0xff, ' ', 2, "MOV %a,R6"}, { 0x8f, 0xff, ' ', 2, "MOV %a,R7"}, { 0x90, 0xff, ' ', 3, "MOV DPTR,#%6"}, { 0x91, 0xff, 'a', 2, "ACALL %A"}, { 0x92, 0xff, ' ', 2, "MOV %b,C"}, { 0x93, 0xff, ' ', 1, "MOVC A,@A+DPTR"}, { 0x94, 0xff, ' ', 2, "SUBB A,#%d"}, { 0x95, 0xff, ' ', 2, "SUBB A,%a"}, { 0x96, 0xff, ' ', 1, "SUBB A,@R0"}, { 0x97, 0xff, ' ', 1, "SUBB A,@R1"}, { 0x98, 0xff, ' ', 1, "SUBB A,R0"}, { 0x99, 0xff, ' ', 1, "SUBB A,R1"}, { 0x9a, 0xff, ' ', 1, "SUBB A,R2"}, { 0x9b, 0xff, ' ', 1, "SUBB A,R3"}, { 0x9c, 0xff, ' ', 1, "SUBB A,R4"}, { 0x9d, 0xff, ' ', 1, "SUBB A,R5"}, { 0x9e, 0xff, ' ', 1, "SUBB A,R6"}, { 0x9f, 0xff, ' ', 1, "SUBB A,R7"}, { 0xa0, 0xff, ' ', 2, "ORL C,/%b"}, { 0xa1, 0xff, 'A', 2, "AJMP %A"}, { 0xa2, 0xff, ' ', 2, "MOV C,%b"}, { 0xa3, 0xff, ' ', 1, "INC DPTR"}, { 0xa4, 0xff, ' ', 1, "MUL AB"}, { 0xa5, 0xff, '_', 1, "-"}, { 0xa6, 0xff, ' ', 2, "MOV @R0,%a"}, { 0xa7, 0xff, ' ', 2, "MOV @R1,%a"}, { 0xa8, 0xff, ' ', 2, "MOV R0,%a"}, { 0xa9, 0xff, ' ', 2, "MOV R1,%a"}, { 0xaa, 0xff, ' ', 2, "MOV R2,%a"}, { 0xab, 0xff, ' ', 2, "MOV R3,%a"}, { 0xac, 0xff, ' ', 2, "MOV R4,%a"}, { 0xad, 0xff, ' ', 2, "MOV R5,%a"}, { 0xae, 0xff, ' ', 2, "MOV R6,%a"}, { 0xaf, 0xff, ' ', 2, "MOV R7,%a"}, { 0xb0, 0xff, ' ', 2, "ANL C,/%b"}, { 0xb1, 0xff, 'a', 2, "ACALL %A"}, { 0xb2, 0xff, ' ', 2, "CPL %b"}, { 0xb3, 0xff, ' ', 1, "CPL C"}, { 0xb4, 0xff, 'R', 3, "CJNE A,#%d,%R"}, { 0xb5, 0xff, 'R', 3, "CJNE A,%a,%R"}, { 0xb6, 0xff, 'R', 3, "CJNE @R0,#%d,%R"}, { 0xb7, 0xff, 'R', 3, "CJNE @R1,#%d,%R"}, { 0xb8, 0xff, 'R', 3, "CJNE R0,#%d,%R"}, { 0xb9, 0xff, 'R', 3, "CJNE R1,#%d,%R"}, { 0xba, 0xff, 'R', 3, "CJNE R2,#%d,%R"}, { 0xbb, 0xff, 'R', 3, "CJNE R3,#%d,%R"}, { 0xbc, 0xff, 'R', 3, "CJNE R4,#%d,%R"}, { 0xbd, 0xff, 'R', 3, "CJNE R5,#%d,%R"}, { 0xbe, 0xff, 'R', 3, "CJNE R6,#%d,%R"}, { 0xbf, 0xff, 'R', 3, "CJNE R7,#%d,%R"}, { 0xc0, 0xff, ' ', 2, "PUSH %a"}, { 0xc1, 0xff, 'A', 2, "AJMP %A"}, { 0xc2, 0xff, ' ', 2, "CLR %b"}, { 0xc3, 0xff, ' ', 1, "CLR C"}, { 0xc4, 0xff, ' ', 1, "SWAP A"}, { 0xc5, 0xff, ' ', 2, "XCH A,%a"}, { 0xc6, 0xff, ' ', 1, "XCH A,@R0"}, { 0xc7, 0xff, ' ', 1, "XCH A,@R1"}, { 0xc8, 0xff, ' ', 1, "XCH A,R0"}, { 0xc9, 0xff, ' ', 1, "XCH A,R1"}, { 0xca, 0xff, ' ', 1, "XCH A,R2"}, { 0xcb, 0xff, ' ', 1, "XCH A,R3"}, { 0xcc, 0xff, ' ', 1, "XCH A,R4"}, { 0xcd, 0xff, ' ', 1, "XCH A,R5"}, { 0xce, 0xff, ' ', 1, "XCH A,R6"}, { 0xcf, 0xff, ' ', 1, "XCH A,R7"}, { 0xd0, 0xff, ' ', 2, "POP %a"}, { 0xd1, 0xff, 'a', 2, "ACALL %A"}, { 0xd2, 0xff, ' ', 2, "SETB %b"}, { 0xd3, 0xff, ' ', 1, "SETB C"}, { 0xd4, 0xff, ' ', 1, "DA A"}, { 0xd5, 0xff, 'R', 3, "DJNZ %a,%R"}, { 0xd6, 0xff, ' ', 1, "XCHD A,@R0"}, { 0xd7, 0xff, ' ', 1, "XCHD A,@R1"}, { 0xd8, 0xff, 'r', 2, "DJNZ R0,%r"}, { 0xd9, 0xff, 'r', 2, "DJNZ R1,%r"}, { 0xda, 0xff, 'r', 2, "DJNZ R2,%r"}, { 0xdb, 0xff, 'r', 2, "DJNZ R3,%r"}, { 0xdc, 0xff, 'r', 2, "DJNZ R4,%r"}, { 0xdd, 0xff, 'r', 2, "DJNZ R5,%r"}, { 0xde, 0xff, 'r', 2, "DJNZ R6,%r"}, { 0xdf, 0xff, 'r', 2, "DJNZ R7,%r"}, { 0xe0, 0xff, ' ', 1, "MOVX A,@DPTR"}, { 0xe1, 0xff, 'A', 2, "AJMP %A"}, { 0xe2, 0xff, ' ', 1, "MOVX A,@R0"}, { 0xe3, 0xff, ' ', 1, "MOVX A,@R1"}, { 0xe4, 0xff, ' ', 1, "CLR A"}, { 0xe5, 0xff, ' ', 2, "MOV A,%a"}, { 0xe6, 0xff, ' ', 1, "MOV A,@R0"}, { 0xe7, 0xff, ' ', 1, "MOV A,@R1"}, { 0xe8, 0xff, ' ', 1, "MOV A,R0"}, { 0xe9, 0xff, ' ', 1, "MOV A,R1"}, { 0xea, 0xff, ' ', 1, "MOV A,R2"}, { 0xeb, 0xff, ' ', 1, "MOV A,R3"}, { 0xec, 0xff, ' ', 1, "MOV A,R4"}, { 0xed, 0xff, ' ', 1, "MOV A,R5"}, { 0xee, 0xff, ' ', 1, "MOV A,R6"}, { 0xef, 0xff, ' ', 1, "MOV A,R7"}, { 0xf0, 0xff, ' ', 1, "MOVX @DPTR,A"}, { 0xf1, 0xff, 'a', 2, "ACALL %A"}, { 0xf2, 0xff, ' ', 1, "MOVX @R0,A"}, { 0xf3, 0xff, ' ', 1, "MOVX @R1,A"}, { 0xf4, 0xff, ' ', 1, "CPL A"}, { 0xf5, 0xff, ' ', 2, "MOV %a,A"}, { 0xf6, 0xff, ' ', 1, "MOV @R0,A"}, { 0xf7, 0xff, ' ', 1, "MOV @R1,A"}, { 0xf8, 0xff, ' ', 1, "MOV R0,A"}, { 0xf9, 0xff, ' ', 1, "MOV R1,A"}, { 0xfa, 0xff, ' ', 1, "MOV R2,A"}, { 0xfb, 0xff, ' ', 1, "MOV R3,A"}, { 0xfc, 0xff, ' ', 1, "MOV R4,A"}, { 0xfd, 0xff, ' ', 1, "MOV R5,A"}, { 0xfe, 0xff, ' ', 1, "MOV R6,A"}, { 0xff, 0xff, ' ', 1, "MOV R7,A"}, { 0, 0, 0, 0, NULL } }; /* * Names of SFR cells */ struct name_entry sfr_tab51[]= { {CPU_251, 0x84, "DPXL"}, {CPU_251|CPU_DS390|CPU_DS390F, 0x93, "DPX"}, {CPU_251, 0xa8, "IE0"}, {CPU_251, 0xb7, "IPH0"}, {CPU_251, 0xb8, "IPL0"}, {CPU_251, 0xbd, "SPH"}, {CPU_251, 0xd1, "PSW1"}, {CPU_DS390|CPU_DS390F, 0x80, "P4"}, {CPU_DS390|CPU_DS390F, 0x84, "DPL1"}, {CPU_DS390|CPU_DS390F, 0x85, "DPH1"}, {CPU_DS390|CPU_DS390F, 0x86, "DPS"}, {CPU_DS390|CPU_DS390F, 0x8e, "CKCON"}, {CPU_DS390|CPU_DS390F, 0x91, "EXIF"}, {CPU_DS390|CPU_DS390F, 0x92, "P4CNT"}, {CPU_DS390|CPU_DS390F, 0x95, "DPX1"}, {CPU_DS390|CPU_DS390F, 0x96, "C0RMS0"}, {CPU_DS390|CPU_DS390F, 0x97, "C0RMS1"}, {CPU_DS390|CPU_DS390F, 0x98, "SCON0"}, {CPU_DS390|CPU_DS390F, 0x99, "SBUF0"}, {CPU_DS390|CPU_DS390F, 0x9b, "ESP"}, {CPU_DS390|CPU_DS390F, 0x9c, "AP"}, {CPU_DS390|CPU_DS390F, 0x9d, "ACON"}, {CPU_DS390|CPU_DS390F, 0x9e, "C0TMA0"}, {CPU_DS390|CPU_DS390F, 0x9f, "C0TMA1"}, {CPU_DS390|CPU_DS390F, 0xa1, "P5"}, {CPU_DS390|CPU_DS390F, 0xa2, "P5CNT"}, {CPU_DS390|CPU_DS390F, 0xa3, "C0C"}, {CPU_DS390|CPU_DS390F, 0xa4, "C0S"}, {CPU_DS390|CPU_DS390F, 0xa5, "C0IR"}, {CPU_DS390|CPU_DS390F, 0xa6, "C0TE"}, {CPU_DS390|CPU_DS390F, 0xa7, "C0RE"}, {CPU_DS390|CPU_DS390F, 0xa9, "SADDR0"}, {CPU_DS390|CPU_DS390F, 0xaa, "SADDR1"}, {CPU_DS390|CPU_DS390F, 0xab, "C0M1C"}, {CPU_DS390|CPU_DS390F, 0xac, "C0M2C"}, {CPU_DS390|CPU_DS390F, 0xad, "C0M3C"}, {CPU_DS390|CPU_DS390F, 0xae, "C0M4C"}, {CPU_DS390|CPU_DS390F, 0xaf, "C0M5C"}, {CPU_DS390|CPU_DS390F, 0xb3, "C0M6C"}, {CPU_DS390|CPU_DS390F, 0xb4, "C0M7C"}, {CPU_DS390|CPU_DS390F, 0xb5, "C0M8C"}, {CPU_DS390|CPU_DS390F, 0xb6, "C0M9C"}, {CPU_DS390|CPU_DS390F, 0xb7, "C0M10C"}, {CPU_DS390|CPU_DS390F, 0xb9, "SADEN0"}, {CPU_DS390|CPU_DS390F, 0xba, "SADEN1"}, {CPU_DS390|CPU_DS390F, 0xbb, "C0M11C"}, {CPU_DS390|CPU_DS390F, 0xbc, "C0M12C"}, {CPU_DS390|CPU_DS390F, 0xbd, "C0M13C"}, {CPU_DS390|CPU_DS390F, 0xbe, "C0M14C"}, {CPU_DS390|CPU_DS390F, 0xbf, "C0M15C"}, {CPU_DS390|CPU_DS390F, 0xc0, "SCON1"}, {CPU_DS390|CPU_DS390F, 0xc1, "SBUF1"}, {CPU_DS390|CPU_DS390F, 0xc4, "PMR"}, {CPU_DS390|CPU_DS390F, 0xc5, "STATUS"}, {CPU_DS390|CPU_DS390F, 0xc6, "MCON"}, {CPU_DS390|CPU_DS390F, 0xc7, "TA"}, {CPU_DS390|CPU_DS390F, 0xce, "COR"}, {CPU_DS390|CPU_DS390F, 0xd1, "MCNT0"}, {CPU_DS390|CPU_DS390F, 0xd2, "MCNT1"}, {CPU_DS390|CPU_DS390F, 0xd3, "MA"}, {CPU_DS390|CPU_DS390F, 0xd4, "MB"}, {CPU_DS390|CPU_DS390F, 0xd5, "MC"}, {CPU_DS390|CPU_DS390F, 0xd6, "C1RMS0"}, {CPU_DS390|CPU_DS390F, 0xd7, "C1RMS1"}, {CPU_DS390|CPU_DS390F, 0xd8, "WDCON"}, {CPU_DS390|CPU_DS390F, 0xde, "C1TMA0"}, {CPU_DS390|CPU_DS390F, 0xdf, "C1TMA1"}, {CPU_DS390|CPU_DS390F, 0xe3, "C1C"}, {CPU_DS390|CPU_DS390F, 0xe4, "C1S"}, {CPU_DS390|CPU_DS390F, 0xe5, "C11R"}, {CPU_DS390|CPU_DS390F, 0xe6, "C1TE"}, {CPU_DS390|CPU_DS390F, 0xe7, "C1RE"}, {CPU_DS390|CPU_DS390F, 0xe8, "EIE"}, {CPU_DS390|CPU_DS390F, 0xea, "MXAX"}, {CPU_DS390|CPU_DS390F, 0xeb, "C1M1C"}, {CPU_DS390|CPU_DS390F, 0xec, "C1M2C"}, {CPU_DS390|CPU_DS390F, 0xed, "C1M3C"}, {CPU_DS390|CPU_DS390F, 0xee, "C1M4C"}, {CPU_DS390|CPU_DS390F, 0xef, "C1M5C"}, {CPU_DS390|CPU_DS390F, 0xf3, "C1M6C"}, {CPU_DS390|CPU_DS390F, 0xf4, "C1M7C"}, {CPU_DS390|CPU_DS390F, 0xf5, "C1M8C"}, {CPU_DS390|CPU_DS390F, 0xf6, "C1M9C"}, {CPU_DS390|CPU_DS390F, 0xf7, "C1M10C"}, {CPU_DS390|CPU_DS390F, 0xfb, "C1M11C"}, {CPU_DS390|CPU_DS390F, 0xfc, "C1M12C"}, {CPU_DS390|CPU_DS390F, 0xfd, "C1M13C"}, {CPU_DS390|CPU_DS390F, 0xfe, "C1M14C"}, {CPU_DS390|CPU_DS390F, 0xff, "C1M15C"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x80, "P0"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x81, "SP"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x82, "DPL"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x83, "DPH"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x87, "PCON"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x88, "TCON"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x89, "TMOD"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x8a, "TL0"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x8b, "TL1"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x8c, "TH0"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x8d, "TH1"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x90, "P1"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x98, "SCON"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x99, "SBUF"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xa0, "P2"}, {CPU_ALL_51|CPU_ALL_52, 0xa8, "IE"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xb0, "P3"}, {CPU_ALL_51|CPU_ALL_52, 0xb8, "IP"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xd0, "PSW"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xe0, "ACC"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xf0, "B"}, {CPU_ALL_52|CPU_251, 0xc8, "T2CON"}, {CPU_ALL_52|CPU_251, 0xca, "RCAP2L"}, {CPU_ALL_52|CPU_251, 0xcb, "RCAP2H"}, {CPU_ALL_52|CPU_251, 0xcc, "TL2"}, {CPU_ALL_52|CPU_251, 0xcd, "TH2"}, {CPU_51R|CPU_89C51R, 0x8e, "AUXR"}, {CPU_51R|CPU_89C51R|CPU_251, 0xa6, "WDTRST"}, {CPU_51R|CPU_89C51R|CPU_251, 0xa9, "SADDR"}, {CPU_51R|CPU_89C51R, 0xb7, "IPH"}, {CPU_51R|CPU_89C51R|CPU_251, 0xb9, "SADEN"}, {CPU_51R|CPU_89C51R|CPU_251|\ CPU_DS390|CPU_DS390F, 0xc9, "T2MOD"}, /* fixme: isn't that CPU_ALL_52? */ {CPU_89C51R, 0xa2, "AUXR1"}, {CPU_89C51R|CPU_251, 0xd8, "CCON"}, {CPU_89C51R|CPU_251, 0xd9, "CMOD"}, {CPU_89C51R|CPU_251, 0xda, "CCAPM0"}, {CPU_89C51R|CPU_251, 0xdb, "CCAPM1"}, {CPU_89C51R|CPU_251, 0xdc, "CCAPM2"}, {CPU_89C51R|CPU_251, 0xdd, "CCAPM3"}, {CPU_89C51R|CPU_251, 0xde, "CCAPM4"}, {CPU_89C51R|CPU_251, 0xe9, "CL"}, {CPU_89C51R|CPU_251, 0xea, "CCAP0L"}, {CPU_89C51R|CPU_251, 0xeb, "CCAP1L"}, {CPU_89C51R|CPU_251, 0xec, "CCAP2L"}, {CPU_89C51R|CPU_251, 0xed, "CCAP3L"}, {CPU_89C51R|CPU_251, 0xee, "CCAP4L"}, {CPU_89C51R|CPU_251, 0xf9, "CH"}, {CPU_89C51R|CPU_251, 0xfa, "CCAP0H"}, {CPU_89C51R|CPU_251, 0xfb, "CCAP1H"}, {CPU_89C51R|CPU_251, 0xfc, "CCAP2H"}, {CPU_89C51R|CPU_251, 0xfd, "CCAP3H"}, {CPU_89C51R|CPU_251, 0xfe, "CCAP4H"}, {0, 0, NULL} }; /* * Names of bits */ struct name_entry bit_tab51[]= { /* PSW */ {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xd7, "CY"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xd6, "AC"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xd5, "F0"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xd4, "RS1"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xd3, "RS0"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xd2, "OV"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xd1, "F1"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xd0, "P"}, /* TCON */ {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x8f, "TF1"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x8e, "TR1"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x8d, "TF0"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x8c, "TR0"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x8b, "IE1"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x8a, "IT1"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x89, "IE0"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x88, "IT0"}, /* IE */ {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xaf, "EA"}, {CPU_DS390|CPU_DS390F, 0xae, "ES1"}, {CPU_89C51R|CPU_251, 0xae, "EC"}, {CPU_ALL_52|CPU_251, 0xad, "ET2"}, {CPU_DS390|CPU_DS390F, 0xac, "ES0"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xac, "ES"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xab, "ET1"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xaa, "EX1"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xa9, "ET0"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0xa8, "EX0"}, /* IP */ {CPU_89C51R|CPU_251, 0xbe, "PPC"}, {CPU_DS390|CPU_DS390F, 0xbe, "PS1"}, {CPU_ALL_52, 0xbd, "PT2"}, {CPU_DS390|CPU_DS390F, 0xbc, "PS0"}, {CPU_ALL_51|CPU_ALL_52, 0xbc, "PS"}, {CPU_ALL_51|CPU_ALL_52, 0xbb, "PT1"}, {CPU_ALL_51|CPU_ALL_52, 0xba, "PX1"}, {CPU_ALL_51|CPU_ALL_52, 0xb9, "PT0"}, {CPU_ALL_51|CPU_ALL_52, 0xb8, "PX0"}, /* IPL0 */ {CPU_251, 0xbe, "IPL0.6"}, {CPU_251, 0xbd, "IPL0.5"}, {CPU_251, 0xbc, "IPL0.4"}, {CPU_251, 0xbb, "IPL0.3"}, {CPU_251, 0xba, "IPL0.2"}, {CPU_251, 0xb9, "IPL0.1"}, {CPU_251, 0xb8, "IPL0.0"}, /* SCON */ {CPU_DS390|CPU_DS390F, 0x9f, "SM0/FE_0"}, {CPU_DS390|CPU_DS390F, 0x9e, "SM1_0"}, {CPU_DS390|CPU_DS390F, 0x9d, "SM2_0"}, {CPU_DS390|CPU_DS390F, 0x9c, "REN_0"}, {CPU_DS390|CPU_DS390F, 0x9b, "TB8_0"}, {CPU_DS390|CPU_DS390F, 0x9a, "RB8_0"}, {CPU_DS390|CPU_DS390F, 0x99, "TI_0"}, {CPU_DS390|CPU_DS390F, 0x98, "RI_0"}, {CPU_51R|CPU_89C51R|CPU_251, 0x9f, "FE/SM0"}, {CPU_ALL_51|CPU_ALL_52, 0x9f, "SM0"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x9e, "SM1"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x9d, "SM2"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x9c, "REN"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x9b, "TB8"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x9a, "RB8"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x99, "TI"}, {CPU_ALL_51|CPU_ALL_52|CPU_251, 0x98, "RI"}, /* SCON 1 */ {CPU_DS390|CPU_DS390F, 0xc7, "SM0/FE_1"}, {CPU_DS390|CPU_DS390F, 0xc6, "SM1_1"}, {CPU_DS390|CPU_DS390F, 0xc5, "SM2_1"}, {CPU_DS390|CPU_DS390F, 0xc4, "REN_1"}, {CPU_DS390|CPU_DS390F, 0xc3, "TB8_1"}, {CPU_DS390|CPU_DS390F, 0xc2, "RB8_1"}, {CPU_DS390|CPU_DS390F, 0xc1, "TI_1"}, {CPU_DS390|CPU_DS390F, 0xc0, "RI_1"}, /* T2CON */ {CPU_ALL_52|CPU_251, 0xcf, "TF2"}, {CPU_ALL_52|CPU_251, 0xce, "EXF2"}, {CPU_ALL_52|CPU_251, 0xcd, "RCLK"}, {CPU_ALL_52|CPU_251, 0xcc, "TCLK"}, {CPU_ALL_52|CPU_251, 0xcb, "EXEN2"}, {CPU_ALL_52|CPU_251, 0xca, "TR2"}, {CPU_ALL_52|CPU_251, 0xc9, "C/T2"}, {CPU_ALL_52|CPU_251, 0xc8, "CP/RL2"}, /* CCON */ {CPU_89C51R|CPU_251, 0xdf, "CF"}, {CPU_89C51R|CPU_251, 0xde, "CR"}, {CPU_89C51R|CPU_251, 0xdc, "CCF4"}, {CPU_89C51R|CPU_251, 0xdb, "CCF3"}, {CPU_89C51R|CPU_251, 0xda, "CCF2"}, {CPU_89C51R|CPU_251, 0xd9, "CCF1"}, {CPU_89C51R|CPU_251, 0xd8, "CCF0"}, /* P1 */ {CPU_89C51R|CPU_251, 0x97, "CEX4"}, {CPU_89C51R|CPU_251, 0x96, "CEX3"}, {CPU_89C51R|CPU_251, 0x95, "CEX2"}, {CPU_89C51R|CPU_251, 0x94, "CEX1"}, {CPU_89C51R|CPU_251, 0x93, "CEX0"}, {CPU_89C51R|CPU_251, 0x92, "EXI"}, {CPU_89C51R|CPU_251, 0x91, "T2EX"}, {CPU_89C51R|CPU_251, 0x90, "T2"}, /* WDCON */ {CPU_DS390|CPU_DS390F, 0xdf, "SMOD_1"}, {CPU_DS390|CPU_DS390F, 0xde, "POR,"}, {CPU_DS390|CPU_DS390F, 0xdd, "EPF1"}, {CPU_DS390|CPU_DS390F, 0xdc, "PF1"}, {CPU_DS390|CPU_DS390F, 0xdb, "WDIF"}, {CPU_DS390|CPU_DS390F, 0xda, "WTRF"}, {CPU_DS390|CPU_DS390F, 0xd9, "EWT"}, {CPU_DS390|CPU_DS390F, 0xd8, "RWT"}, /* EIE */ {CPU_DS390|CPU_DS390F, 0xef, "CANBIE"}, {CPU_DS390|CPU_DS390F, 0xee, "C0IE"}, {CPU_DS390|CPU_DS390F, 0xed, "C1IE"}, {CPU_DS390|CPU_DS390F, 0xec, "EWDI"}, {CPU_DS390|CPU_DS390F, 0xeb, "EX5"}, {CPU_DS390|CPU_DS390F, 0xea, "EX4"}, {CPU_DS390|CPU_DS390F, 0xe9, "EX3"}, {CPU_DS390|CPU_DS390F, 0xe8, "EX2"}, /* EIP */ {CPU_DS390|CPU_DS390F, 0xef, "CANBIP"}, {CPU_DS390|CPU_DS390F, 0xee, "C0IP"}, {CPU_DS390|CPU_DS390F, 0xed, "C1IP"}, {CPU_DS390|CPU_DS390F, 0xec, "PWDI"}, {CPU_DS390|CPU_DS390F, 0xeb, "PX5"}, {CPU_DS390|CPU_DS390F, 0xea, "PX4"}, {CPU_DS390|CPU_DS390F, 0xe9, "PX3"}, {CPU_DS390|CPU_DS390F, 0xe8, "PX2"}, {0, 0, NULL} }; /* End of s51.src/glob.cc */ sdcc-2.9.0/sim/ucsim/s51.src/glob.h000066400000000000000000000021361116427777700166650ustar00rootroot00000000000000/* * Simulator of microcontrollers (glob.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef GLOB_HEADER #define GLOB_HEADER extern struct dis_entry disass_51[]; extern struct name_entry sfr_tab51[]; extern struct name_entry bit_tab51[]; #endif /* End of s51.src/glob.h */ sdcc-2.9.0/sim/ucsim/s51.src/inc.cc000066400000000000000000000064161116427777700166560ustar00rootroot00000000000000/* * Simulator of microcontrollers (inc.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" // local #include "uc51cl.h" #include "regs51.h" /* * 0x04 1 12 INC A *____________________________________________________________________________ * */ int cl_51core::inst_inc_a(uchar code) { acc->wadd(1); return(resGO); } /* * 0x05 2 12 INC addr *____________________________________________________________________________ * */ int cl_51core::inst_inc_addr(uchar code) { class cl_memory_cell *cell= get_direct(fetch()); t_mem d= cell->read(HW_PORT); cell->write(d+1); return(resGO); } /* * 0x06-0x07 1 12 INC @Ri *____________________________________________________________________________ * */ int cl_51core::inst_inc_Sri(uchar code) { class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); cell->wadd(1); return(resGO); } /* * 0x08-0x0f 1 12 INC Rn *____________________________________________________________________________ * */ int cl_51core::inst_inc_rn(uchar code) { class cl_memory_cell *reg= get_reg(code & 0x07); reg->wadd(1); return(resGO); } /* * 0x14 1 12 DEC A *____________________________________________________________________________ * */ int cl_51core::inst_dec_a(uchar code) { acc->wadd(-1); return(resGO); } /* * 0x15 2 12 DEC addr *____________________________________________________________________________ * */ int cl_51core::inst_dec_addr(uchar code) { class cl_memory_cell *cell; cell= get_direct(fetch()); t_mem d= cell->read(HW_PORT); cell->write(d-1); return(resGO); } /* * 0x16-0x17 1 12 DEC @Ri *____________________________________________________________________________ * */ int cl_51core::inst_dec_Sri(uchar code) { class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); cell->add(-1); return(resGO); } /* * 0x18-0x1f 1 12 DEC Rn *____________________________________________________________________________ * */ int cl_51core::inst_dec_rn(uchar code) { class cl_memory_cell *reg= get_reg(code & 0x07); reg->wadd(-1); return(resGO); } /* * 0xa3 1 24 INC DPTR *____________________________________________________________________________ * */ int cl_51core::inst_inc_dptr(uchar code) { uint dptr; dptr= sfr->read(DPH)*256 + sfr->read(DPL) + 1; sfr->write(DPH, (dptr >> 8) & 0xff); sfr->write(DPL, dptr & 0xff); tick(1); return(resGO); } /* End of s51.src/inc.cc */ sdcc-2.9.0/sim/ucsim/s51.src/inst.list000066400000000000000000000126531116427777700174500ustar00rootroot000000000000000x00 NOP 1 12 0x01 AJMP addr 2 24 0x02 LJMP addr 3 24 0x03 RR A 1 12 0x04 INC A 1 12 0x05 INC addr 2 12 0x06 INC @R0 1 12 0x07 INC @R1 1 12 0x08 INC R0 1 12 0x09 INC R1 1 12 0x0a INC R2 1 12 0x0b INC R3 1 12 0x0c INC R4 1 12 0x0d INC R5 1 12 0x0e INC R6 1 12 0x0f INC R7 1 12 0x10 JBC bit,addr 3 12 0x11 ACALL addr 2 24 0x12 LCALL addr 3 24 0x13 RRC A 1 12 0x14 DEC A 1 12 0x15 DEC addr 2 12 0x16 DEC @R0 1 12 0x17 DEC @R1 1 12 0x18 DEC R0 1 12 0x19 DEC R1 1 12 0x1a DEC R2 1 12 0x1b DEC R3 1 12 0x1c DEC R4 1 12 0x1d DEC R5 1 12 0x1e DEC R6 1 12 0x1f DEC R7 1 12 0x20 JB bit,addr 3 24 0x21 AJMP addr 2 24 0x22 RET 1 24 0x23 RL A 1 12 0x24 ADD A,#data 2 12 0x25 ADD A,addr 2 12 0x26 ADD A,@R0 1 12 0x27 ADD A,@R1 1 12 0x28 ADD A,R0 1 12 0x29 ADD A,R1 1 12 0x2a ADD A,R2 1 12 0x2b ADD A,R3 1 12 0x2c ADD A,R4 1 12 0x2d ADD A,R5 1 12 0x2e ADD A,R6 1 12 0x2f ADD A,R7 1 12 0x30 JNB bit,addr 3 12(?) 0x31 ACALL addr 2 24 0x32 RETI 1 24 0x33 RLC A 1 12 0x34 ADDC A,#data 2 12 0x35 ADDC A,addr 2 12 0x36 ADDC A,@R0 1 12 0x37 ADDC A,@R1 1 12 0x38 ADDC A,R0 1 12 0x39 ADDC A,R1 1 12 0x3a ADDC A,R2 1 12 0x3b ADDC A,R3 1 12 0x3c ADDC A,R4 1 12 0x3d ADDC A,R5 1 12 0x3e ADDC A,R6 1 12 0x3f ADDC A,R7 1 12 0x40 JC addr 2 24 0x41 AJMP addr 2 24 0x42 ORL addr,A 2 12 0x43 ORL addr,#data 3 24 0x44 ORL A,#data 2 12 0x45 ORL A,addr 2 12 0x46 ORL A,@R0 1 12 0x47 ORL A,@R1 1 12 0x48 ORL A,R0 1 12 0x49 ORL A,R1 1 12 0x4a ORL A,R2 1 12 0x4b ORL A,R3 1 12 0x4c ORL A,R4 1 12 0x4d ORL A,R5 1 12 0x4e ORL A,R6 1 12 0x4f ORL A,R7 1 12 0x50 JNC addr 2 24 0x51 ACALL addr 2 24 0x52 ANL addr,A 2 12 0x53 ANL addr,#data 3 24 0x54 ANL A,#data 2 12 0x55 ANL A,addr 2 12 0x56 ANL A,@R0 1 12 0x57 ANL A,@R1 1 12 0x58 ANL A,R0 1 12 0x59 ANL A,R1 1 12 0x5a ANL A,R2 1 12 0x5b ANL A,R3 1 12 0x5c ANL A,R4 1 12 0x5d ANL A,R5 1 12 0x5e ANL A,R6 1 12 0x5f ANL A,R7 1 12 0x60 JZ addr 2 24 0x61 AJMP addr 2 24 0x62 XRL addr,A 2 12 0x63 XRL addr,#data 3 24 0x64 XRL A,#data 2 12 0x65 XRL A,addr 2 12 0x66 XRL A,@R0 1 12 0x67 XRL A,@R1 1 12 0x68 XRL A,R0 1 12 0x69 XRL A,R1 1 12 0x6a XRL A,R2 1 12 0x6b XRL A,R3 1 12 0x6c XRL A,R4 1 12 0x6d XRL A,R5 1 12 0x6e XRL A,R6 1 12 0x6f XRL A,R7 1 12 0x70 JNZ addr 2 24 0x71 ACALL addr 2 24 0x72 ORL C,addr 2 24 0x73 JMP @A+DPTR 1 24 0x74 MOV A,#data 2 12 0x75 MOV addr,#data 3 24 0x76 MOV @R0,#data 2 12 0x77 MOV @R1,#data 2 12 0x78 MOV R0,#data 2 12 0x79 MOV R1,#data 2 12 0x7a MOV R2,#data 2 12 0x7b MOV R3,#data 2 12 0x7c MOV R4,#data 2 12 0x7d MOV R5,#data 2 12 0x7e MOV R6,#data 2 12 0x7f MOV R7,#data 2 12 0x80 SJMP addr 2 24 0x81 AJMP addr 2 24 0x82 ANL C,addr 2 24 0x83 MOVC A,@A+PC 1 24 0x84 DIV AB 1 48 0x85 MOV addr,addr 3 24 0x86 MOV addr,@R0 2 24 0x87 MOV addr,@R1 2 24 0x88 MOV addr,R0 2 24 0x89 MOV addr,R1 2 24 0x8a MOV addr,R2 2 24 0x8b MOV addr,R3 2 24 0x8c MOV addr,R4 2 24 0x8d MOV addr,R5 2 24 0x8e MOV addr,R6 2 24 0x8f MOV addr,R7 2 24 0x90 MOV DPTR,#data 3 24 0x91 ACALL addr 2 24 0x92 MOV addr,C 2 24 0x93 MOVC A,@A+DPTR 1 24 0x94 SUBB A,#data 2 12 0x95 SUBB A,addr 2 12 0x96 SUBB A,@R0 1 12 0x97 SUBB A,@R1 1 12 0x98 SUBB A,R0 1 12 0x99 SUBB A,R1 1 12 0x9a SUBB A,R2 1 12 0x9b SUBB A,R3 1 12 0x9c SUBB A,R4 1 12 0x9d SUBB A,R5 1 12 0x9e SUBB A,R6 1 12 0x9f SUBB A,R7 1 12 0xa0 ORL C,/addr 2 24 0xa1 AJMP addr 2 24 0xa2 MOV C,addr 2 12 0xa3 INC DPTR 1 24 0xa4 MUL AB 1 48 0xa5 ****************Breakpoint 0xa6 MOV @R0,addr 2 24 0xa7 MOV @R1,addr 2 24 0xa8 MOV R0,addr 2 24 0xa9 MOV R1,addr 2 24 0xaa MOV R2,addr 2 24 0xab MOV R3,addr 2 24 0xac MOV R4,addr 2 24 0xad MOV R5,addr 2 24 0xae MOV R6,addr 2 24 0xaf MOV R7,addr 2 24 0xb0 ANL C,/addr 2 24 0xb1 ACALL addr 2 24 0xb2 CPL bitaddr 2 12 0xb3 CPL C 1 12 0xb4 CJNE A,#data,addr 3 24 0xb5 CJNE A,addr,addr 3 24 0xb6 CJNE @R0,#data,addr 3 24 0xb7 CJNE @R1,#data,addr 3 24 0xb8 CJNE R0,#data,addr 3 24 0xb9 CJNE R1,#data,addr 3 24 0xba CJNE R2,#data,addr 3 24 0xbb CJNE R3,#data,addr 3 24 0xbc CJNE R4,#data,addr 3 24 0xbd CJNE R5,#data,addr 3 24 0xbe CJNE R6,#data,addr 3 24 0xbf CJNE R7,#data,addr 3 24 0xc0 PUSH addr 2 24 0xc1 AJMP addr 2 24 0xc2 CLR bitaddr 2 12 0xc3 CLR C 1 12 0xc4 SWAP A 1 12 0xc5 XCH A,addr 2 12 0xc6 XCH A,@R0 1 12 0xc7 XCH A,@R1 1 12 0xc8 XCH A,R0 1 12 0xc9 XCH A,R1 1 12 0xca XCH A,R2 1 12 0xcb XCH A,R3 1 12 0xcc XCH A,R4 1 12 0xcd XCH A,R5 1 12 0xce XCH A,R6 1 12 0xcf XCH A,R7 1 12 0xd0 POP addr 2 24 0xd1 ACALL addr 2 24 0xd2 SETB addr 2 12 0xd3 SETB C 1 12 0xd4 DA A 1 12 0xd5 DJNZ addr,addr 3 24 0xd6 XCHD A,@R0 1 12 0xd7 XCHD A,@R1 1 12 0xd8 DJNZ R0,addr 2 24 0xd9 DJNZ R1,addr 2 24 0xda DJNZ R2,addr 2 24 0xdb DJNZ R3,addr 2 24 0xdc DJNZ R4,addr 2 24 0xdd DJNZ R5,addr 2 24 0xde DJNZ R6,addr 2 24 0xdf DJNZ R7,addr 2 24 0xe0 MOVX A,@DPTR 1 24 0xe1 AJMP addr 2 24 0xe2 MOVX A,@R0 1 24 0xe3 MOVX A,@R1 1 24 0xe4 CLR A 1 12 0xe5 MOV A,addr 2 12 0xe6 MOV A,@R0 1 12 0xe7 MOV A,@R1 1 12 0xe8 MOV A,R0 1 12 0xe9 MOV A,R1 1 12 0xea MOV A,R2 1 12 0xeb MOV A,R3 1 12 0xec MOV A,R4 1 12 0xed MOV A,R5 1 12 0xee MOV A,R6 1 12 0xef MOV A,R7 1 12 0xf0 MOVX @DPTR,A 1 24 0xf1 ACALL addr 2 24 0xf2 MOVX @R0,A 1 24 0xf3 MOVX @R1,A 1 24 0xf4 CPL A 1 12 0xf5 MOV addr,A 2 12 0xf6 MOV @R0,A 1 12 0xf7 MOV @R1,A 1 12 0xf8 MOV R0,A 1 12 0xf9 MOV R1,A 1 12 0xfa MOV R2,A 1 12 0xfb MOV R3,A 1 12 0xfc MOV R4,A 1 12 0xfd MOV R5,A 1 12 0xfe MOV R6,A 1 12 0xff MOV R7,A 1 12 sdcc-2.9.0/sim/ucsim/s51.src/interrupt.cc000066400000000000000000000104351116427777700201350ustar00rootroot00000000000000/* * Simulator of microcontrollers (interrupt.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // prj #include "utils.h" // sim #include "itsrccl.h" // local #include "interruptcl.h" #include "regs51.h" //#include "uc51cl.h" #include "types51.h" cl_interrupt::cl_interrupt(class cl_uc *auc): cl_hw(auc, HW_INTERRUPT, 0, "irq") { was_reti= DD_FALSE; } int cl_interrupt::init(void) { sfr= uc->address_space(MEM_SFR_ID); if (sfr) { //sfr->register_hw(IE, this, 0); register_cell(sfr, IE, 0, wtd_restore); register_cell(sfr, TCON, &cell_tcon, wtd_restore_write); bit_INT0= sfr->read(P3) & bm_INT0; bit_INT1= sfr->read(P3) & bm_INT1; } return(0); } void cl_interrupt::added_to_uc(void) { uc->it_sources->add(new cl_it_src(bmEX0, TCON, bmIE0, 0x0003, true, "external #0", 1)); uc->it_sources->add(new cl_it_src(bmEX1, TCON, bmIE1, 0x0013, true, "external #1", 3)); } void cl_interrupt::write(class cl_memory_cell *cell, t_mem *val) { if (cell == cell_tcon) { bit_IT0= *val & bmIT0; bit_IT1= *val & bmIT1; } else // IE register was_reti= DD_TRUE; } /*void cl_interrupt::mem_cell_changed(class cl_m *mem, t_addr addr) { }*/ int cl_interrupt::tick(int cycles) { if (!bit_IT0 && !bit_INT0) cell_tcon->set_bit1(bmIE0); if (!bit_IT1 && !bit_INT1) cell_tcon->set_bit1(bmIE1); return(resGO); } void cl_interrupt::reset(void) { was_reti= DD_FALSE; } void cl_interrupt::happen(class cl_hw *where, enum hw_event he, void *params) { struct ev_port_changed *ep= (struct ev_port_changed *)params; if (where->cathegory == HW_PORT && he == EV_PORT_CHANGED && ep->id == 3) { t_mem p3n= ep->new_pins & ep->new_value; t_mem p3o= ep->pins & ep->prev_value; if (bit_IT0 && !(p3n & bm_INT0) && (p3o & bm_INT0)) cell_tcon->set_bit1(bmIE0); if (bit_IT1 && !(p3n & bm_INT1) && (p3o & bm_INT1)) cell_tcon->set_bit1(bmIE1); bit_INT0= p3n & bm_INT0; bit_INT1= p3n & bm_INT1; } } void cl_interrupt::print_info(class cl_console_base *con) { int ie= sfr->get(IE); int i; con->dd_printf("Interrupts are %s. Interrupt sources:\n", (ie&bmEA)?"enabled":"disabled"); con->dd_printf(" Handler En Pr Req Act Name\n"); for (i= 0; i < uc->it_sources->count; i++) { class cl_it_src *is= (class cl_it_src *)(uc->it_sources->at(i)); con->dd_printf(" 0x%06x", is->addr); con->dd_printf(" %-3s", (ie&(is->ie_mask))?"en":"dis"); con->dd_printf(" %2d", uc->it_priority(is->ie_mask)); con->dd_printf(" %-3s", (sfr->get(is->src_reg)&(is->src_mask))? "YES":"no"); con->dd_printf(" %-3s", (is->active)?"act":"no"); con->dd_printf(" %s", object_name(is)); con->dd_printf("\n"); } con->dd_printf("Active interrupt service(s):\n"); con->dd_printf(" Pr Handler PC Source\n"); for (i= 0; i < uc->it_levels->count; i++) { class it_level *il= (class it_level *)(uc->it_levels->at(i)); if (il->level >= 0) { con->dd_printf(" %2d", il->level); con->dd_printf(" 0x%06x", il->addr); con->dd_printf(" 0x%06x", il->PC); con->dd_printf(" %s", (il->source)?(object_name(il->source)): "nothing"); con->dd_printf("\n"); } } } /* End of s51.src/interrupt.cc */ sdcc-2.9.0/sim/ucsim/s51.src/interruptcl.h000066400000000000000000000033351116427777700203170ustar00rootroot00000000000000/* * Simulator of microcontrollers (interruptcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef INTERRUPTCL_HEADER #define INTERRUPTCL_HEADER #include "stypes.h" #include "pobjcl.h" #include "uccl.h" #include "newcmdcl.h" class cl_interrupt: public cl_hw { public: class cl_address_space *sfr; bool was_reti, bit_IT0, bit_IT1, bit_INT0, bit_INT1; class cl_memory_cell *cell_tcon; public: cl_interrupt(class cl_uc *auc); virtual int init(void); virtual void added_to_uc(void); //virtual t_mem read(class cl_memory_cell *cell); virtual void write(class cl_memory_cell *cell, t_mem *val); //virtual void mem_cell_changed(class cl_m *mem, t_addr addr); virtual int tick(int cycles); virtual void reset(void); virtual void happen(class cl_hw *where, enum hw_event he, void *params); virtual void print_info(class cl_console_base *con); }; #endif /* End of s51.src/interruptcl.h */ sdcc-2.9.0/sim/ucsim/s51.src/jmp.cc000066400000000000000000000243331116427777700166710ustar00rootroot00000000000000/* * Simulator of microcontrollers (jmp.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ /* Bugs fixed by Sandeep Dutta: * relative<->absolute jump in "jmp @a+dptr" */ #include "ddconfig.h" #include #include // local #include "uc51cl.h" #include "regs51.h" #include "types51.h" #include "interruptcl.h" /* * 0x[02468ace]1 2 24 AJMP addr *____________________________________________________________________________ * */ int cl_51core::inst_ajmp_addr(uchar code) { uchar h, l; h= (code >> 5) & 0x07; l= fetch(); tick(1); PC= (PC & 0xf800) | (h*256 + l); return(resGO); } /* * 0x10 3 12 JBC bit,addr *____________________________________________________________________________ * */ int cl_51core::inst_jbc_bit_addr(uchar code) { uchar bitaddr, jaddr; bitaddr= fetch(); jaddr = fetch(); t_addr a; t_mem m; class cl_address_space *mem; if ((mem= bit2mem(bitaddr, &a, &m)) == 0) return(resBITADDR); t_mem d= mem->read(a, HW_PORT); mem->write(a, d & ~m); if (d & m) PC= rom->validate_address(PC + (signed char)jaddr); tick(1); return(resGO); } /* * 0x02 3 24 LJMP addr *____________________________________________________________________________ * */ int cl_51core::inst_ljmp(uchar code) { PC= fetch()*256 + fetch(); tick(1); return(resGO); } /* * 0x[13579bdf]1 2 24 ACALL addr *____________________________________________________________________________ * */ int cl_51core::inst_acall_addr(uchar code) { uchar h, l; class cl_memory_cell *stck; t_mem sp, sp_before/*, sp_after*/; h= (code >> 5) & 0x07; l= fetch(); sp_before= sfr->get(SP); sp= sfr->wadd(SP, 1); //proc_write_sp(sp); stck= iram->get_cell(sp); stck->write(PC & 0xff); // push low byte tick(1); sp= /*sp_after*= */sfr->wadd(SP, 1); //proc_write_sp(sp); stck= iram->get_cell(sp); stck->write((PC >> 8) & 0xff); // push high byte t_mem pushed= PC; PC= (PC & 0xf800) | (h*256 + l); class cl_stack_op *so= new cl_stack_call(instPC, PC, pushed, sp_before, sp); so->init(); stack_write(so); return(resGO); } /* * 0x12 3 24 LCALL addr *____________________________________________________________________________ * */ int cl_51core::inst_lcall(uchar code, uint addr, bool intr) { uchar h= 0, l= 0; t_mem sp, sp_before/*, sp_after*/; class cl_memory_cell *stck; if (!addr) { h= fetch(); l= fetch(); } sp_before= sfr->get(SP); sp= sfr->wadd(SP, 1); //proc_write_sp(sp); stck= iram->get_cell(sp); stck->write(PC & 0xff); // push low byte if (!addr) tick(1); sp= sfr->wadd(SP, 1); //proc_write_sp(sp); stck= iram->get_cell(sp); stck->write((PC >> 8) & 0xff); // push high byte t_mem pushed= PC; if (addr) PC= addr; else PC= h*256 + l; class cl_stack_op *so; if (intr) so= new cl_stack_intr(instPC, PC, pushed, sp_before, sp/*_after*/); else so= new cl_stack_call(instPC, PC, pushed, sp_before, sp/*_after*/); so->init(); stack_write(so); return(resGO); } /* * 0x20 3 24 JB bit,addr *____________________________________________________________________________ * */ int cl_51core::inst_jb_bit_addr(uchar code) { uchar bitaddr, jaddr; t_addr a; t_mem m; class cl_address_space *mem; if ((mem= bit2mem(bitaddr= fetch(), &a, &m)) == 0) return(resBITADDR); tick(1); jaddr= fetch(); if (mem->read(a) & m) PC= rom->validate_address(PC + (signed char)jaddr); return(resGO); } /* * 0x22 1 24 RET *____________________________________________________________________________ * */ int cl_51core::inst_ret(uchar code) { uchar h= 0, l= 0; t_mem sp, sp_before/*, sp_after*/; class cl_memory_cell *stck; sp= sp_before= sfr->read(SP); stck= iram->get_cell(sp); h= stck->read(); sp= sfr->wadd(SP, -1); tick(1); stck= iram->get_cell(sp); l= stck->read(); sp= sfr->wadd(SP, -1); PC= h*256 + l; class cl_stack_op *so= new cl_stack_ret(instPC, PC, sp_before, sp/*_after*/); so->init(); stack_read(so); return(resGO); } /* * 0x30 3 24 JNB bit,addr *____________________________________________________________________________ * */ int cl_51core::inst_jnb_bit_addr(uchar code) { uchar bitaddr, jaddr; t_mem m; t_addr a; class cl_address_space *mem; if ((mem= bit2mem(bitaddr= fetch(), &a, &m)) == 0) return(resBITADDR); tick(1); jaddr= fetch(); if (!(mem->read(a) & m)) PC= rom->validate_address(PC + (signed char)jaddr); return(resGO); } /* * 0x32 1 24 RETI *____________________________________________________________________________ * */ int cl_51core::inst_reti(uchar code) { uchar h= 0, l= 0; t_mem sp, sp_before, sp_after; class cl_memory_cell *stck; sp= sp_before= sfr->read(SP); stck= iram->get_cell(sp); h= stck->read(); sp= sfr->wadd(SP, -1); tick(1); stck= iram->get_cell(sp); l= stck->read(); sp= sp_after= sfr->wadd(SP, -1); PC= h*256 + l; interrupt->was_reti= DD_TRUE; class it_level *il= (class it_level *)(it_levels->top()); if (il && il->level >= 0) { il= (class it_level *)(it_levels->pop()); delete il; } class cl_stack_op *so= new cl_stack_iret(instPC, PC, sp_before, sp_after); so->init(); stack_read(so); return(resGO); } /* * 0x40 2 24 JC addr *____________________________________________________________________________ * */ int cl_51core::inst_jc_addr(uchar code) { uchar jaddr; jaddr= fetch(); tick(1); if (SFR_GET_C) PC= rom->validate_address(PC + (signed char)jaddr); return(resGO); } /* * 0x50 2 24 JNC addr *____________________________________________________________________________ * */ int cl_51core::inst_jnc_addr(uchar code) { uchar jaddr; jaddr= fetch(); tick(1); if (!SFR_GET_C) PC= rom->validate_address(PC + (signed char)jaddr); return(resGO); } /* * 0x60 2 24 JZ addr *____________________________________________________________________________ * */ int cl_51core::inst_jz_addr(uchar code) { uchar jaddr; jaddr= fetch(); tick(1); if (!acc->read()) PC= rom->validate_address(PC + (signed char)jaddr); return(resGO); } /* * 0x70 2 24 JNZ addr *____________________________________________________________________________ * */ int cl_51core::inst_jnz_addr(uchar code) { uchar jaddr; jaddr= fetch(); tick(1); if (acc->read()) PC= rom->validate_address(PC + (signed char)jaddr); return(resGO); } /* * 0x73 1 24 JMP @A+DPTR *____________________________________________________________________________ * */ int cl_51core::inst_jmp_Sa_dptr(uchar code) { PC= rom->validate_address(sfr->read(DPH)*256 + sfr->read(DPL) + acc->read()); tick(1); return(resGO); } /* * 0x80 2 24 SJMP addr *____________________________________________________________________________ * */ int cl_51core::inst_sjmp(uchar code) { signed char target= fetch(); PC= rom->validate_address(PC + target); tick(1); return(resGO); } /* * 0xb4 3 24 CJNE A,#data,addr *____________________________________________________________________________ * */ int cl_51core::inst_cjne_a_Sdata_addr(uchar code) { uchar data, jaddr, ac; data = fetch(); jaddr= fetch(); tick(1); SFR_SET_C((ac= acc->read()) < data); if (ac != data) PC= rom->validate_address(PC + (signed char)jaddr); return(resGO); } /* * 0xb5 3 24 CJNE A,addr,addr *____________________________________________________________________________ * */ int cl_51core::inst_cjne_a_addr_addr(uchar code) { uchar data, jaddr; t_addr a; class cl_memory_cell *cell; cell= get_direct(a= fetch()); jaddr= fetch(); tick(1); data= cell->read(); SFR_SET_C(acc->get() < data); if (acc->read() != data) PC= rom->validate_address(PC + (signed char)jaddr); return(resGO); } /* * 0xb6-0xb7 3 24 CJNE @Ri,#data,addr *____________________________________________________________________________ * */ int cl_51core::inst_cjne_Sri_Sdata_addr(uchar code) { uchar data, jaddr; class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); data = fetch(); jaddr= fetch(); tick(1); t_mem d; SFR_SET_C((d= cell->read()) < data); if (d != data) PC= rom->validate_address(PC + (signed char)jaddr); return(resGO); } /* * 0xb8-0xbf 3 24 CJNE Rn,#data,addr *____________________________________________________________________________ * */ int cl_51core::inst_cjne_rn_Sdata_addr(uchar code) { uchar data, jaddr; class cl_memory_cell *reg; reg = get_reg(code & 0x07); data = fetch(); jaddr= fetch(); tick(1); t_mem r; SFR_SET_C((r= reg->read()) < data); if (r != data) PC= rom->validate_address(PC + (signed char)jaddr); return(resGO); } /* * 0xd5 3 24 DJNZ addr,addr *____________________________________________________________________________ * */ int cl_51core::inst_djnz_addr_addr(uchar code) { uchar jaddr; class cl_memory_cell *cell; cell = get_direct(fetch()); jaddr= fetch(); tick(1); t_mem d= cell->read(HW_PORT);//cell->wadd(-1); d= cell->write(d-1); if (d) PC= rom->validate_address(PC + (signed char)jaddr); return(resGO); } /* * 0xd8-0xdf 2 24 DJNZ Rn,addr *____________________________________________________________________________ * */ int cl_51core::inst_djnz_rn_addr(uchar code) { uchar jaddr; class cl_memory_cell *reg; reg = get_reg(code & 0x07); jaddr= fetch(); tick(1); t_mem r= reg->wadd(-1); if (r) PC= rom->validate_address(PC + (signed char)jaddr); return(resGO); } /* End of s51.src/jmp.cc */ sdcc-2.9.0/sim/ucsim/s51.src/logic.cc000066400000000000000000000145161116427777700172020ustar00rootroot00000000000000/* * Simulator of microcontrollers (logic.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" // prj #include "stypes.h" // local #include "uc51cl.h" #include "regs51.h" /* * 0x42 2 12 ORL addr,A *____________________________________________________________________________ * */ int cl_51core::inst_orl_addr_a(uchar code) { class cl_memory_cell *cell; cell= get_direct(fetch()); cell->write(cell->read(HW_PORT) | acc->read()); return(resGO); } /* * 0x43 3 24 ORL addr,#data *____________________________________________________________________________ * */ int cl_51core::inst_orl_addr_Sdata(uchar code) { class cl_memory_cell *cell; int res= resGO; cell= get_direct(fetch()); t_mem d= fetch(); cell->write(cell->read(HW_PORT) | d); tick(1); return(res); } /* * 0x44 2 12 ORL A,#data *____________________________________________________________________________ * */ int cl_51core::inst_orl_a_Sdata(uchar code) { uchar d; d= acc->read(); acc->write(d|= fetch()); return(resGO); } /* * 0x45 2 12 ORL A,addr *____________________________________________________________________________ * */ int cl_51core::inst_orl_a_addr(uchar code) { t_mem d; class cl_memory_cell *cell; cell= get_direct(fetch()); d= acc->read(); acc->write(d|= cell->read()); return(resGO); } /* * 0x46-0x47 1 12 ORL A,@Ri *____________________________________________________________________________ * */ int cl_51core::inst_orl_a_Sri(uchar code) { t_mem d; class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); d= acc->read(); acc->write(d|= cell->read()); return(resGO); } /* * 0x48-0x4f 1 12 ORL A,Rn *____________________________________________________________________________ * */ int cl_51core::inst_orl_a_rn(uchar code) { t_mem d; d= acc->read(); acc->write(d|= get_reg(code & 0x07)->read()); return(resGO); } /* * 0x52 2 12 ANL addr,A *____________________________________________________________________________ * */ int cl_51core::inst_anl_addr_a(uchar code) { class cl_memory_cell *cell; cell= get_direct(fetch()); cell->write(cell->read(HW_PORT) & acc->read()); return(resGO); } /* * 0x53 3 24 ANL addr,#data *____________________________________________________________________________ * */ int cl_51core::inst_anl_addr_Sdata(uchar code) { class cl_memory_cell *cell; t_mem d; cell= get_direct(fetch()); d= fetch(); cell->write(cell->read(HW_PORT) & d); tick(1); return(resGO); } /* * 0x54 2 12 ANL A,#data *____________________________________________________________________________ * */ int cl_51core::inst_anl_a_Sdata(uchar code) { uchar d; d= acc->read(); acc->write(d & fetch()); return(resGO); } /* * 0x55 2 12 ANL A,addr *____________________________________________________________________________ * */ int cl_51core::inst_anl_a_addr(uchar code) { t_mem d; class cl_memory_cell *cell; cell= get_direct(fetch()); d= acc->read(); acc->write(d & cell->read()); return(resGO); } /* * 0x56-0x57 1 12 ANL A,@Ri *____________________________________________________________________________ * */ int cl_51core::inst_anl_a_Sri(uchar code) { t_mem d; class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); d= acc->read(); acc->write(d & cell->read()); return(resGO); } /* * 0x58-0x5f 1 12 ANL A,Rn *____________________________________________________________________________ * */ int cl_51core::inst_anl_a_rn(uchar code) { uchar d; d= acc->read(); acc->write(d & get_reg(code & 0x07)->read()); return(resGO); } /* * 0x62 2 12 XRL addr,A *____________________________________________________________________________ * */ int cl_51core::inst_xrl_addr_a(uchar code) { class cl_memory_cell *cell; cell= get_direct(fetch()); cell->write(cell->read(HW_PORT) ^ acc->read()); return(resGO); } /* * 0x63 3 24 XRL addr,#data *____________________________________________________________________________ * */ int cl_51core::inst_xrl_addr_Sdata(uchar code) { class cl_memory_cell *cell; cell= get_direct(fetch()); cell->write(cell->read(HW_PORT) ^ fetch()); tick(1); return(resGO); } /* * 0x64 2 12 XRL A,#data *____________________________________________________________________________ * */ int cl_51core::inst_xrl_a_Sdata(uchar code) { uchar d; d= acc->read(); acc->write(d ^ fetch()); return(resGO); } /* * 0x65 2 12 XRL A,addr *____________________________________________________________________________ * */ int cl_51core::inst_xrl_a_addr(uchar code) { t_mem d; class cl_memory_cell *cell; cell= get_direct(fetch()); d= acc->read(); acc->write(d ^ cell->read()); return(resGO); } /* * 0x66-0x67 1 12 XRL A,@Ri *____________________________________________________________________________ * */ int cl_51core::inst_xrl_a_Sri(uchar code) { t_mem d; class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); d= acc->read(); acc->write(d ^ cell->read()); return(resGO); } /* * 0x68-0x6f 1 12 XRL A,Rn *____________________________________________________________________________ * */ int cl_51core::inst_xrl_a_rn(uchar code) { t_mem d; d= acc->read(); acc->write(d ^ get_reg(code & 0x07)->read()); return(resGO); } /* * 0xf4 1 12 CPL A *____________________________________________________________________________ * */ int cl_51core::inst_cpl_a(uchar code) { acc->write(~(acc->read())); return(resGO); } /* End of s51.src/logic.cc */ sdcc-2.9.0/sim/ucsim/s51.src/lst2ls000077500000000000000000000003711116427777700167410ustar00rootroot00000000000000FNAME=$1 awk -v FNAME=$FNAME 'BEGIN { cfname= FNAME ".c"; i= 1; while (getline csrc[i] ${FNAME}.ls # End of lst2ls sdcc-2.9.0/sim/ucsim/s51.src/monitor1-2000077500000000000000000000000761116427777700174270ustar00rootroot00000000000000#!/bin/sh cat 1_tee|tee /dev/tty >tee_2 # End of monitor1-2 sdcc-2.9.0/sim/ucsim/s51.src/monitor2-1000077500000000000000000000000761116427777700174270ustar00rootroot00000000000000#!/bin/sh cat 2_tee|tee /dev/tty >tee_1 # End of monitor2-1 sdcc-2.9.0/sim/ucsim/s51.src/mov.cc000066400000000000000000000237041116427777700167050ustar00rootroot00000000000000/* * Simulator of microcontrollers (mov.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ /* Bugs fixed by Sandeep Dutta: * source<->dest bug in "mov direct,direct" * get register in "mov @ri,address" */ #include "ddconfig.h" #include // sim #include "memcl.h" // local #include "uc51cl.h" #include "regs51.h" /* * 0x74 2 12 MOV A,#data *____________________________________________________________________________ * */ int cl_51core::inst_mov_a_Sdata(uchar code) { acc->write(fetch()); return(resGO); } /* * 0x75 3 24 MOV addr,#data *____________________________________________________________________________ * */ int cl_51core::inst_mov_addr_Sdata(uchar code) { class cl_memory_cell *cell; cell= get_direct(fetch()); cell->write(fetch()); tick(1); return(resGO); } /* * 0x76-0x77 2 12 MOV @Ri,#data *____________________________________________________________________________ * */ int cl_51core::inst_mov_Sri_Sdata(uchar code) { class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); t_mem d= fetch(); cell->write(d); return(resGO); } /* * 0x78-0x7f 2 12 MOV Rn,#data *____________________________________________________________________________ * */ int cl_51core::inst_mov_rn_Sdata(uchar code) { class cl_memory_cell *reg; reg= get_reg(code & 0x07); reg->write(fetch()); return(resGO); } /* * 0x93 1 24 MOVC A,@A+DPTR *____________________________________________________________________________ * */ int cl_51core::inst_movc_a_Sa_pc(uchar code) { acc->write(rom->read(PC + acc->read())); tick(1); return(resGO); } /* * 0x85 3 24 MOV addr,addr *____________________________________________________________________________ * */ int cl_51core::inst_mov_addr_addr(uchar code) { class cl_memory_cell *d, *s; /* SD reversed s & d here */ s= get_direct(fetch()); d= get_direct(fetch()); d->write(s->read()); tick(1); return(resGO); } /* * 0x86-0x87 2 24 MOV addr,@Ri *____________________________________________________________________________ * */ int cl_51core::inst_mov_addr_Sri(uchar code) { class cl_memory_cell *d, *s; d= get_direct(fetch()); s= iram->get_cell(get_reg(code & 0x01)->read()); d->write(s->read()); tick(1); return(resGO); } /* * 0x88-0x8f 2 24 MOV addr,Rn *____________________________________________________________________________ * */ int cl_51core::inst_mov_addr_rn(uchar code) { class cl_memory_cell *cell; cell= get_direct(fetch()); cell->write(get_reg(code & 0x07)->read()); tick(1); return(resGO); } /* * 0x90 3 24 MOV DPTR,#data *____________________________________________________________________________ * */ int cl_51core::inst_mov_dptr_Sdata(uchar code) { sfr->write(DPH, fetch()); sfr->write(DPL, fetch()); tick(1); return(resGO); } /* * 0x93 1 24 MOVC A,@A+DPTR *____________________________________________________________________________ * */ int cl_51core::inst_movc_a_Sa_dptr(uchar code) { acc->write(rom->read(sfr->read(DPH)*256+sfr->read(DPL) + acc->read())); tick(1); return(resGO); } /* * 0xa6-0xa7 2 24 MOV @Ri,addr *____________________________________________________________________________ * */ int cl_51core::inst_mov_Sri_addr(uchar code) { class cl_memory_cell *d, *s; d= iram->get_cell(get_reg(code & 0x01)->read()); s= get_direct(fetch()); d->write(s->read()); tick(1); return(resGO); } /* * 0xa8-0xaf 2 24 MOV Rn,addr *____________________________________________________________________________ * */ int cl_51core::inst_mov_rn_addr(uchar code) { class cl_memory_cell *reg, *cell; reg = get_reg(code & 0x07); cell= get_direct(fetch()); reg->write(cell->read()); tick(1); return(resGO); } /* * 0xc0 2 24 PUSH addr *____________________________________________________________________________ * */ int cl_51core::inst_push(uchar code) { t_addr sp, sp_before/*, sp_after*/; t_mem data; class cl_memory_cell *stck, *cell; cell= get_direct(fetch()); sp_before= sfr->get(SP); sp= /*sp_after= */sfr->wadd(SP, 1); stck= iram->get_cell(sp); stck->write(data= cell->read()); class cl_stack_op *so= new cl_stack_push(instPC, data, sp_before, sp/*_after*/); so->init(); stack_write(so); tick(1); return(resGO); } /* * 0xc5 2 12 XCH A,addr *____________________________________________________________________________ * */ int cl_51core::inst_xch_a_addr(uchar code) { t_mem temp; class cl_memory_cell *cell; cell= get_direct(fetch()); temp= acc->read(); acc->write(cell->read()); cell->write(temp); return(resGO); } /* * 0xc6-0xc7 1 12 XCH A,@Ri *____________________________________________________________________________ * */ int cl_51core::inst_xch_a_Sri(uchar code) { t_mem temp; class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); temp= acc->read(); acc->write(cell->read()); cell->write(temp); return(resGO); } /* * 0xc8-0xcf 1 12 XCH A,Rn *____________________________________________________________________________ * */ int cl_51core::inst_xch_a_rn(uchar code) { t_mem temp; class cl_memory_cell *reg; reg = get_reg(code & 0x07); temp= acc->read(); acc->write(reg->read()); reg->write(temp); return(resGO); } /* * 0xd0 2 24 POP addr *____________________________________________________________________________ * */ int cl_51core::inst_pop(uchar code) { t_addr sp, sp_before/*, sp_after*/; t_mem data; class cl_memory_cell *cell, *stck; sp_before= sfr->get(SP); cell= get_direct(fetch()); stck= iram->get_cell(sfr->get(SP)); cell->write(data= stck->read()); sp= /*sp_after= */sfr->wadd(SP, -1); tick(1); class cl_stack_op *so= new cl_stack_pop(instPC, data, sp_before, sp/*_after*/); so->init(); stack_read(so); return(resGO); } /* * 0xd6-0xd7 1 12 XCHD A,@Ri *____________________________________________________________________________ * */ int cl_51core::inst_xchd_a_Sri(uchar code) { t_mem temp, d; class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); temp= (d= cell->read()) & 0x0f; cell->write((d & 0xf0) | (acc->read() & 0x0f)); acc->write((acc->get() & 0xf0) | temp); return(resGO); } /* * 0xe0 1 24 MOVX A,@DPTR *____________________________________________________________________________ * */ int cl_51core::inst_movx_a_Sdptr(uchar code) { acc->write(xram->read(sfr->read(DPH)*256 + sfr->read(DPL))); tick(1); return(resGO); } /* * 0xe2-0xe3 1 24 MOVX A,@Ri *____________________________________________________________________________ * */ int cl_51core::inst_movx_a_Sri(uchar code) { t_mem d; d= get_reg(code & 0x01)->read(); acc->write(xram->read(sfr->read(P2)*256 + d)); tick(1); return(resGO); } /* * 0xe5 2 12 MOV A,addr *____________________________________________________________________________ * */ int cl_51core::inst_mov_a_addr(uchar code) { class cl_memory_cell *cell; t_addr address= fetch(); /* If this is ACC, it is an invalid instruction */ if (address == ACC) { //sim->app->get_commander()-> //debug("Invalid Instruction : E5 E0 MOV A,ACC at %06x\n", PC); inst_unknown(); } else { cell= get_direct(address); acc->write(cell->read()); } return(resGO); } /* * 0xe6-0xe7 1 12 MOV A,@Ri *____________________________________________________________________________ * */ int cl_51core::inst_mov_a_Sri(uchar code) { class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); acc->write(cell->read()); return(resGO); } /* * 0xe8-0xef 1 12 MOV A,Rn *____________________________________________________________________________ * */ int cl_51core::inst_mov_a_rn(uchar code) { acc->write(get_reg(code & 0x07)->read()); return(resGO); } /* * 0xf0 1 24 MOVX @DPTR,A *____________________________________________________________________________ * */ int cl_51core::inst_movx_Sdptr_a(uchar code) { xram->write(sfr->read(DPH)*256 + sfr->read(DPL), acc->read()); tick(1); return(resGO); } /* * 0xf2-0xf3 1 24 MOVX @Ri,A *____________________________________________________________________________ * */ int cl_51core::inst_movx_Sri_a(uchar code) { t_mem d; d= get_reg(code & 0x01)->read(); xram->write(sfr->read(P2)*256 + d, acc->read()); tick(1); return(resGO); } /* * 0xf5 2 12 MOV addr,A *____________________________________________________________________________ * */ int cl_51core::inst_mov_addr_a(uchar code) { class cl_memory_cell *cell; cell= get_direct(fetch()); cell->write(acc->read()); return(resGO); } /* * 0xf6-0xf7 1 12 MOV @Ri,A *____________________________________________________________________________ * */ int cl_51core::inst_mov_Sri_a(uchar code) { class cl_memory_cell *cell; cell= iram->get_cell(get_reg(code & 0x01)->read()); cell->write(acc->read()); return(resGO); } /* * 0xf8-0xff 1 12 MOV Rn,A *____________________________________________________________________________ * */ int cl_51core::inst_mov_rn_a(uchar code) { class cl_memory_cell *reg; reg= get_reg(code &0x07); reg->write(acc->read()); return(resGO); } /* End of s51.src/mov.cc */ sdcc-2.9.0/sim/ucsim/s51.src/pca.cc000066400000000000000000000205401116427777700166420ustar00rootroot00000000000000/* * Simulator of microcontrollers (pca.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include // sim.src #include "itsrccl.h" // local #include "pcacl.h" #include "regs51.h" #include "types51.h" cl_pca::cl_pca(class cl_uc *auc, int aid): cl_hw(auc, HW_PCA, aid, "pca") { t0_overflows= ECI_edge= 0; int i; for (i= 0; i < 5; cex_pos[i]= cex_neg[i]= DD_FALSE, i++) ; } int cl_pca::init(void) { sfr= uc->address_space(MEM_SFR_ID); //t_addr CCAPL[5]= {CCAPL[0], CCAPL[1], CCAPL[2], CCAPL[3], CCAPL[4]}; //t_addr CCAPH[5]= {CCAPH[0], CCAPH[1], CCAPH[2], CCAPH[3], CCAPH[4]}; //t_addr CCAPM[5]= {CCAPM[0], CCAPM[1], CCAPM[2], CCAPM[3], CCAPM[4]}; t_addr CCAPL[5]= {CCAP0L, CCAP1L, CCAP2L, CCAP3L, CCAP4L}; t_addr CCAPH[5]= {CCAP0H, CCAP1H, CCAP2H, CCAP3H, CCAP4H}; t_addr CCAPM[5]= {CCAPM0, CCAPM1, CCAPM2, CCAPM3, CCAPM4}; int i; if (!sfr) { fprintf(stderr, "No SFR to register PCA[%d] into\n", id); } register_cell(sfr, CMOD, &cell_cmod, wtd_restore_write); register_cell(sfr, CCON, &cell_ccon, wtd_restore_write); for (i= 0; i < 5; i++) { use_cell(sfr, CCAPL[i], &cell_ccapl[i], wtd_restore); use_cell(sfr, CCAPH[i], &cell_ccaph[i], wtd_restore); register_cell(sfr, CCAPM[i], &cell_ccapm[i], wtd_restore_write); } use_cell(sfr, CL, &cell_cl, wtd_restore); use_cell(sfr, CH, &cell_ch, wtd_restore); return(0); } void cl_pca::added_to_uc(void) { uc->it_sources->add_at(4, new cl_it_src(bmEC, CCON, bmCCF4, 0x0033, false, "PCA module #4", 5)); uc->it_sources->add_at(4, new cl_it_src(bmEC, CCON, bmCCF3, 0x0033, false, "PCA module #3", 5)); uc->it_sources->add_at(4, new cl_it_src(bmEC, CCON, bmCCF2, 0x0033, false, "PCA module #2", 5)); uc->it_sources->add_at(4, new cl_it_src(bmEC, CCON, bmCCF1, 0x0033, false, "PCA module #1", 5)); uc->it_sources->add_at(4, new cl_it_src(bmEC, CCON, bmCCF0, 0x0033, false, "PCA module #0", 5)); uc->it_sources->add_at(4, new cl_it_src(bmEC, CCON, bmCF, 0x0033, false, "PCA counter", 5)); } void cl_pca::write(class cl_memory_cell *cell, t_mem *val) { //uchar bmCEX[5]= {bmCEX0, bmCEX1, bmCEX2, bmCEX3, bmCEX4}; //uchar bmCCF[5]= {bmCCF0, bmCCF1, bmCCF2, bmCCF3, bmCCF4}; if (cell == cell_cmod) { bit_CIDL= *val & bmCIDL; bit_WDTE= *val & bmWDTE; bit_ECF = *val & bmECF; t_mem o= clk_source; if ((clk_source= *val & (bmCPS1|bmCPS0)) != o) t0_overflows= ECI_edge= 0; } else if (cell == cell_ccon) { bit_CR= *val & bmCR; } else { int i; for (i= 0; i < 5; i++) { if (cell == cell_ccapm[i]) { t_mem o= ccapm[i]; ccapm[i]= *val & 0xff; if (o != ccapm[i]) cex_neg[i]= cex_pos[i]= DD_FALSE; } else { if (ccapm[i] & (bmMAT|bmTOG)) { if (cell == cell_ccapl[i]) { cell_ccapm[i]->set_bit0(bmECOM); ccapm[i]= cell_ccapm[i]->get(); } else if (cell == cell_ccaph[i]) { cell_ccapm[i]->set_bit1(bmECOM); ccapm[i]= cell_ccapm[i]->get(); } } } } } } /*void cl_pca::mem_cell_changed(class cl_m *mem, t_addr addr) { class cl_m *sfr= uc->mem(MEM_SFR); if (mem && sfr && mem == sfr) { if (addr == addr_ccapXl) ccapXl= sfr->get_cell(addr_ccapXl); else if (addr == addr_ccapXh) ccapXh= sfr->get_cell(addr_ccapXh); else if (addr == addr_ccapmX) ccapmX= sfr->get_cell(addr_ccapmX); } }*/ int cl_pca::tick(int cycles) { int ret= resGO; if (!bit_CR) return(resGO); if (uc->state == stIDLE && bit_CIDL) return(resGO); switch (clk_source) { case 0: do_pca_counter(cycles); break; case bmCPS0: do_pca_counter(cycles*3); break; case bmCPS1: do_pca_counter(t0_overflows); t0_overflows= 0; break; case (bmCPS0|bmCPS1): do_pca_counter(ECI_edge); ECI_edge= 0; break; } return(ret); } void cl_pca::do_pca_counter(int cycles) { //class cl_m *sfr= uc->mem(MEM_SFR); while (cycles--) { if (cell_cl->add(1) == 0) { int i; for (i= 0; i < 5; i++) if (ccapm[i] & bmPWM) cell_ccapl[i]->set(cell_ccaph[i]->get()); if (cell_ch->add(1) == 0) { // CH,CL overflow cell_ccon->set_bit1(bmCF); do_pca_module(0); do_pca_module(1); do_pca_module(2); do_pca_module(3); do_pca_module(4); } } } } void cl_pca::do_pca_module(int nr) { uchar bmCEX[5]= {bmCEX0, bmCEX1, bmCEX2, bmCEX3, bmCEX4}; uchar bmCCF[5]= {bmCCF0, bmCCF1, bmCCF2, bmCCF3, bmCCF4}; //uint p1= sfr->get(P1); bool capture= DD_FALSE; if ((ccapm[nr] & bmCAPP) && cex_pos[nr]) { capture= DD_TRUE; cex_pos[nr]= DD_FALSE; } if ((ccapm[nr] & bmCAPN) && cex_neg[nr]) { capture= DD_TRUE; cex_pos[nr]= DD_FALSE; } if (capture) { // Capture cell_ccapl[nr]->set(cell_cl->get()); cell_ccaph[nr]->set(cell_ch->get()); cell_ccon->set_bit1(bmCCF[nr]); } if (ccapm[nr] & bmECOM) { // Comparator enabled if (cell_cl->get() == cell_ccapl[nr]->get() && cell_ch->get() == cell_ccaph[nr]->get()) { // Match if (nr == 4 && (bit_WDTE)) { reset(); return; } cell_ccon->set_bit1(bmCCF[nr]); if (ccapm[nr] & bmTOG) { // Toggle sfr->set(P1, sfr->get(P1) ^ bmCEX[nr]); } } if (ccapm[nr] & bmPWM) { // PWM /*if (cell_cl->get() == 0) cell_ccapl[nr]->set(cell_ccaph[nr]->get());*/ if (cell_cl->get() < cell_ccapl[nr]->get()) //sfr->set(P1, sfr->get(P1) & ~(bmCEX[nr])); sfr->set_bit1(P1, bmCEX[nr]); else sfr->set_bit1(P1, bmCEX[nr]); } } } void cl_pca::reset(void) { t0_overflows= ECI_edge= 0; int i; for (i= 0; i < 5; cex_pos[i]= cex_neg[i]= DD_FALSE, i++) ; } void cl_pca::happen(class cl_hw *where, enum hw_event he, void *params) { struct ev_port_changed *ep= (struct ev_port_changed *)params; uchar bmCEX[5]= {bmCEX0, bmCEX1, bmCEX2, bmCEX3, bmCEX4}; if (where->cathegory == HW_PORT && he == EV_PORT_CHANGED && ep->id == 1) { t_mem p1n= ep->new_pins & ep->new_value; t_mem p1o= ep->pins & ep->prev_value; if (!(p1n & bmECI) && (p1o & bmECI)) ECI_edge++; int i; for (i= 0; i < 5; i++) { if (!(p1n & bmCEX[i]) && (p1o & bmCEX[i])) cex_neg[i]= DD_TRUE; else if ((p1n & bmCEX[i]) && !(p1o & bmCEX[i])) cex_pos[i]= DD_TRUE; } } else if (where->cathegory == HW_TIMER && he == EV_OVERFLOW && where->id == 0) { t0_overflows++; } } void cl_pca::print_info(class cl_console_base *con) { con->dd_printf("%s[%d] FIXME\n", id_string, id); } /* End of s51.src/pca.cc */ sdcc-2.9.0/sim/ucsim/s51.src/pcacl.h000066400000000000000000000040601116427777700170220ustar00rootroot00000000000000/* * Simulator of microcontrollers (pcacl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef PORTCL_HEADER #define PORTCL_HEADER // sim.src //#include "stypes.h" //#include "pobjcl.h" #include "uccl.h" // local //#include "newcmdcl.h" class cl_pca: public cl_hw { public: class cl_address_space *sfr; class cl_memory_cell *cell_cl, *cell_ch; class cl_memory_cell *cell_ccapl[5], *cell_ccaph[5], *cell_ccapm[5]; t_mem ccapm[5]; class cl_memory_cell *cell_cmod, *cell_ccon; long t0_overflows, ECI_edge; t_mem clk_source; bool bit_CIDL, bit_WDTE, bit_ECF, bit_CR; bool cex_pos[5], cex_neg[5]; public: cl_pca(class cl_uc *auc, int aid); virtual int init(void); virtual void added_to_uc(void); //virtual t_mem read(class cl_memory_cell *cell); virtual void write(class cl_memory_cell *cell, t_mem *val); //virtual t_mem set_cmd(t_mem value); //virtual void mem_cell_changed(class cl_m *mem, t_addr addr); virtual int tick(int cycles); virtual void do_pca_counter(int cycles); virtual void do_pca_module(int nr); virtual void reset(void); virtual void happen(class cl_hw *where, enum hw_event he, void *params); virtual void print_info(class cl_console_base *con); }; #endif /* End of s51.src/pcacl.h */ sdcc-2.9.0/sim/ucsim/s51.src/port.cc000066400000000000000000000104621116427777700170650ustar00rootroot00000000000000/* * Simulator of microcontrollers (port.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include #include "portcl.h" #include "regs51.h" #include "types51.h" cl_port::cl_port(class cl_uc *auc, int aid): cl_hw(auc, HW_PORT, aid, "port") { port_pins= 0xff; } int cl_port::init(void) { switch (id) { case 0: addr_p= P0; break; case 1: { addr_p= P1; /*class cl_hw *hw; if ((hw= uc->get_hw(HW_TIMER, 2, 0))) hws_to_inform->add(hw);*/ make_partner(HW_TIMER, 2); make_partner(HW_PCA, 0); break; } case 2: addr_p= P2; break; case 3: { addr_p= P3; //class cl_hw *hw; /*if ((hw= uc->get_hw(HW_TIMER, 0, 0))) hws_to_inform->add(hw); if ((hw= uc->get_hw(HW_TIMER, 1, 0))) hws_to_inform->add(hw); if ((hw= uc->get_hw(HW_DUMMY, 0, 0))) hws_to_inform->add(hw);*/ make_partner(HW_TIMER, 0); make_partner(HW_TIMER, 1); make_partner(HW_INTERRUPT, 0); make_partner(HW_DUMMY, 0); break; } default: addr_p= P0; return(1); } class cl_address_space *sfr= uc->address_space(MEM_SFR_ID); if (!sfr) { fprintf(stderr, "No SFR to register port into\n"); } //cell_p= sfr->register_hw(addr_p, this, (int*)0); register_cell(sfr, addr_p, &cell_p, wtd_restore_write); prev= cell_p->get(); return(0); } t_mem cl_port::read(class cl_memory_cell *cell) { //printf("port[%d] read\n",id); return(cell->get() & port_pins); } void cl_port::write(class cl_memory_cell *cell, t_mem *val) { struct ev_port_changed ep; (*val)&= 0xff; // 8 bit port ep.id= id; ep.addr= addr_p; ep.prev_value= cell_p->get(); ep.new_value= *val; ep.pins= ep.new_pins= port_pins; if (ep.prev_value != ep.new_value) inform_partners(EV_PORT_CHANGED, &ep); prev= cell_p->get(); //printf("port[%d] write 0x%x\n",id,val); } void cl_port::set_cmd(class cl_cmdline *cmdline, class cl_console_base *con) { struct ev_port_changed ep; class cl_cmd_arg *params[1]= { cmdline->param(0) }; long value; if (cmdline->syntax_match(uc, NUMBER)) { value= params[0]->value.number & 0xff; ep.id= id; ep.addr= addr_p; ep.pins= port_pins; port_pins= value; ep.prev_value= cell_p->get(); ep.new_value= cell_p->get(); ep.new_pins= port_pins; if (ep.pins != ep.new_pins) inform_partners(EV_PORT_CHANGED, &ep); } else { con->dd_printf("set hardware port[%d] pins_value\n Set port pins\n", id); value= 0; } } /*void cl_port::mem_cell_changed(class cl_m *mem, t_addr addr) { cl_hw::mem_cell_changed(mem, addr); t_mem d= sfr->get(); write(sfr, &d); }*/ void cl_port::print_info(class cl_console_base *con) { uchar data; con->dd_printf("%s[%d]\n", id_string, id); data= cell_p->get(); con->dd_printf("P%d ", id); con->print_bin(data, 8); con->dd_printf(" 0x%02x %3d %c (Value in SFR register)\n", data, data, isprint(data)?data:'.'); data= /*uc->*/port_pins/*[id]*/; con->dd_printf("Pin%d ", id); con->print_bin(data, 8); con->dd_printf(" 0x%02x %3d %c (Output of outside circuits)\n", data, data, isprint(data)?data:'.'); data= cell_p->read(); con->dd_printf("Port%d ", id); con->print_bin(data, 8); con->dd_printf(" 0x%02x %3d %c (Value on the port pins)\n", data, data, isprint(data)?data:'.'); } /* End of s51.src/port.cc */ sdcc-2.9.0/sim/ucsim/s51.src/portcl.h000066400000000000000000000031451116427777700172460ustar00rootroot00000000000000/* * Simulator of microcontrollers (portcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef PORTCL_HEADER #define PORTCL_HEADER #include "stypes.h" #include "pobjcl.h" #include "uccl.h" #include "newcmdcl.h" class cl_port: public cl_hw { public: t_addr addr_p; class cl_memory_cell *cell_p; t_mem port_pins; t_mem prev; public: cl_port(class cl_uc *auc, int aid); virtual int init(void); virtual t_mem read(class cl_memory_cell *cell); virtual void write(class cl_memory_cell *cell, t_mem *val); virtual void set_cmd(class cl_cmdline *cmdline, class cl_console_base *con); //virtual void mem_cell_changed(class cl_m *mem, t_addr addr); //virtual int tick(int cycles); virtual void print_info(class cl_console_base *con); }; #endif /* End of s51.src/portcl.h */ sdcc-2.9.0/sim/ucsim/s51.src/regs51.h000066400000000000000000000174421116427777700170560ustar00rootroot00000000000000/* * Simulator of microcontrollers (regs51.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef REGS51_HEADER #define REGS51_HEADER /* Address of SFR registers */ #define ACC 0xe0 /* Accumulator */ #define B 0xf0 /* B register (scondary accumulator) */ #define PSW 0xd0 /* Program Status Word */ #define SP 0x81 /* Stack Pointer */ #define DPL 0x82 /* Data Pointer Low byte */ #define DPH 0x83 /* Data Pointer High byte */ #define DPL1 0x84 /* 2nd Data Pointer Low byte */ #define DPH1 0x85 /* 2nd Data Pointer High byte */ #define DPS 0x86 /* DPS 1H=DPTR is DPL1/DPH1, 2H=AUTO DPTR INCR */ #define P0 0x80 /* Port #0 */ #define P1 0x90 /* Port #1 */ #define P2 0xa0 /* Port #2 */ #define P3 0xb0 /* Port #3 */ #define IP 0xb8 /* Intrrupt Priority */ #define IE 0xa8 /* Interrupt Enable */ #define TMOD 0x89 /* Timer MODe */ #define TCON 0x88 /* Timer CONtrol */ #define T2CON 0xc8 /* Timer #2 CONtrol */ #define TH0 0x8c /* Timer #0 High byte */ #define TL0 0x8a /* Timer #0 Low byte */ #define TH1 0x8d /* Timer #1 High byte */ #define TL1 0x8b /* Timer #1 Low byte */ #define SCON 0x98 /* Serial line CONtrol */ #define TH2 0xcd /* Timer #2 High byte */ #define TL2 0xcc /* Timer #2 Low byte */ #define RCAP2H 0xcb /* Capture Register of Timer #2 High byte */ #define RCAP2L 0xca /* Capture Register of Timer #2 Low byte */ #define SBUF 0x99 /* Serial line BUFfer */ #define PCON 0x87 /* Power CONtrol */ #define AUXR 0x8e /* Auxiliary Register */ #define AUXR1 0xa2 /* Secondary Aux Register */ #define P4 0x80 #define DPXL 0x84 /* */ #define DPL1 0x84 /* 2nd Data Pointer Low byte */ #define DPH1 0x85 /* 2nd Data Pointer High byte */ #define DPS 0x86 /* DPS 1H=DPTR is DPL1/DPH1,... */ #define EXIF 0x91 /* */ #define P4CNT 0x92 /* */ #define DPX 0x93 /* Data Pointer HHigh byte */ #define DPX1 0x95 /* Data Pointer HHigh byte */ #define ESP 0x9b /* Extended Stack Pointer */ #define ACON 0x9d /* */ #define P5 0xa1 #define P5CNT 0xa2 /* */ #define C0C 0xa3 /* */ #define WDTRST 0xa6 /* */ #define IE0 0xa8 /* */ #define SADDR 0xa9 /* */ #define IPH0 0xb7 /* */ #define IPH 0xb7 #define IPL0 0xb8 /* */ #define SADEN 0xb9 /* */ #define SPH 0xbd /* */ #define PMR 0xc4 /* */ #define MCON 0xc6 /* */ #define TA 0xc7 /* */ #define T2MOD 0xc9 /* */ #define COR 0xce /* */ #define PSW1 0xd1 /* */ #define MCNT0 0xd1 #define MCNT1 0xd2 #define MA 0xd3 /* MA register from math accelerator */ #define MB 0xd4 /* MB register from math accelerator */ #define MC 0xd5 /* MC register from math accelerator */ #define CCON 0xd8 /* */ #define CMOD 0xd9 /* */ #define WDCON 0xd8 /* */ #define CCAPM0 0xda /* */ #define CCAPM1 0xdb /* */ #define CCAPM2 0xdc /* */ #define CCAPM3 0xdd /* */ #define CCAPM4 0xde /* */ #define C1C 0xe3 /* */ #define CL 0xe9 /* */ #define CCAP0L 0xea /* */ #define CCAP1L 0xeb /* */ #define CCAP2L 0xec /* */ #define CCAP3L 0xed /* */ #define CCAP4L 0xee /* */ #define CH 0xf9 /* */ #define CCAP0H 0xfa /* */ #define CCAP1H 0xfb /* */ #define CCAP2H 0xfc /* */ #define CCAP3H 0xfd /* */ #define CCAP4H 0xfe /* */ /* Bit masks of flag bits in PSW (0xd0)*/ #define bmCY 0x80 /* carry */ #define bmAC 0x40 /* acarry */ #define bmF0 0x20 /* flag 0 */ #define bmRS1 0x10 /* register select 1 */ #define bmRS0 0x08 /* register select 0 */ #define bmOV 0x04 /* arithmetic overflow */ #define bmP 0x01 /* parity, set by hardware */ /* Bit masks in PCON (0x87) */ #define bmSMOD1 0x80 #define bmSMOD 0x80 #define bmSMOD0 0x40 #define bmPOF 0x10 #define bmGF1 0x08 #define bmGF0 0x04 #define bmPD 0x02 #define bmIDL 0x01 /* Bit masks in IE (0xa8) */ #define bmEA 0x80 #define bmEC 0x40 #define bmET2 0x20 #define bmES 0x10 #define bmET1 0x08 #define bmEX1 0x04 #define bmET0 0x02 #define bmEX0 0x01 /* Bit masks in IP (0xb8) */ #define bmPPC 0x40 #define bmPT2 0x20 #define bmPS 0x10 #define bmPT1 0x08 #define bmPX1 0x04 #define bmPT0 0x02 #define bmPX0 0x01 /* Bit masks in IPL0 (0xb8) */ #define bmIPL0_6 0x40 #define bmIPL0_5 0x20 #define bmIPL0_4 0x10 #define bmIPL0_3 0x08 #define bmIPL0_2 0x04 #define bmIPL0_1 0x02 #define bmIPL0_0 0x01 /* Bit masks in IPH0 (0xb7) */ #define bmIPH0_6 0x40 #define bmIPH0_5 0x20 #define bmIPH0_4 0x10 #define bmIPH0_3 0x08 #define bmIPH0_2 0x04 #define bmIPH0_1 0x02 #define bmIPH0_0 0x01 /* Bit masks in P1 (0x90) */ #define bmCEX4 0x80 #define bmCEX3 0x40 #define bmCEX2 0x20 #define bmCEX1 0x10 #define bmCEX0 0x08 #define bmECI 0x04 #define bmT2EX 0x02 #define bmT2 0x01 /* Bit masks in P3 (0xb0) */ #define bmRXD 0x01 #define bmTXD 0x02 #define bm_INT0 0x04 #define bm_INT1 0x08 #define bmT0 0x10 #define bmT1 0x20 #define bm_WR 0x40 #define bm_RD 0x80 /* Bit masks in TMOD (0x89) */ #define bmGATE1 0x80 #define bmC_T1 0x40 #define bmM11 0x20 #define bmM01 0x10 #define bmGATE0 0x08 #define bmC_T0 0x04 #define bmM10 0x02 #define bmM00 0x01 /* Bit masks in TCON (0x88) */ #define bmTF1 0x80 #define bmTR1 0x40 #define bmTF0 0x20 #define bmTR0 0x10 #define bmIE1 0x08 #define bmIT1 0x04 #define bmIE0 0x02 #define bmIT0 0x01 /* Bit masks in AUXR (0x8e) */ #define bmEXTRAM 0x02 #define bmDISABLE 0x01 /* Bit masks in AUXR1 (0xa2) */ #define bmENBOOT 0x20 #define bmGF2 0x08 #define bmDPS 0x01 /* Bit masks in T2CON (0xc8) */ #define bmTF2 0x80 #define bmEXF2 0x40 #define bmRCLK 0x20 #define bmTCLK 0x10 #define bmEXEN2 0x08 #define bmTR2 0x04 #define bmC_T2 0x02 #define bmCP_RL2 0x01 /* Bit masks in SCON (0x98) */ #define bmFE_SM0 0x80 #define bmFE 0x80 #define bmSM0 0x80 #define bmSM1 0x40 #define bmSM2 0x20 #define bmREN 0x10 #define bmTB8 0x08 #define bmRB8 0x04 #define bmTI 0x02 #define bmRI 0x01 /* Bit masks in T2MOD (0xc9) */ #define bmT2OE 0x02 #define bmDCEN 0x01 /* Bit masks in CMOD (0xd9) */ #define bmCIDL 0x80 #define bmWDTE 0x40 #define bmCPS1 0x04 #define bmCPS0 0x02 #define bmECF 0x01 /* Bit masks in CCON (0xd8) */ #define bmCF 0x80 #define bmCR 0x40 #define bmCCF4 0x10 #define bmCCF3 0x08 #define bmCCF2 0x04 #define bmCCF1 0x02 #define bmCCF0 0x01 /* Bit masks in CCAPM0 (0xda) */ #define bmECOM0 0x40 #define bmCAPP0 0x20 #define bmCAPN0 0x10 #define bmMAT0 0x08 #define bmTOG0 0x04 #define bmPWM0 0x02 #define bmECCF0 0x01 /* Bit masks in CCAPM1 (0xdb) */ #define bmECOM1 0x40 #define bmCAPP1 0x20 #define bmCAPN1 0x10 #define bmMAT1 0x08 #define bmTOG1 0x04 #define bmPWM1 0x02 #define bmECCF1 0x01 /* Bit masks in CCAPM2 (0xdc) */ #define bmECOM2 0x40 #define bmCAPP2 0x20 #define bmCAPN2 0x10 #define bmMAT2 0x08 #define bmTOG2 0x04 #define bmPWM2 0x02 #define bmECCF2 0x01 /* Bit masks in CCAPM3 (0xdd) */ #define bmECOM3 0x40 #define bmCAPP3 0x20 #define bmCAPN3 0x10 #define bmMAT3 0x08 #define bmTOG3 0x04 #define bmPWM3 0x02 #define bmECCF3 0x01 /* Bit masks in CCAPM4 (0xde) */ #define bmECOM4 0x40 #define bmCAPP4 0x20 #define bmCAPN4 0x10 #define bmMAT4 0x08 #define bmTOG4 0x04 #define bmPWM4 0x02 #define bmECCF4 0x01 #define bmECOM 0x40 #define bmCAPP 0x20 #define bmCAPN 0x10 #define bmMAT 0x08 #define bmTOG 0x04 #define bmPWM 0x02 #define bmEDDF 0x01 #endif /* End of s51.src/regs51.h */ sdcc-2.9.0/sim/ucsim/s51.src/s51.cc000066400000000000000000000027461116427777700165170ustar00rootroot00000000000000/* * Simulator of microcontrollers (s51.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" // prj #include "globals.h" // sim.src #include "appcl.h" // local #include "sim51cl.h" /* * Main function of the Simulator of MCS51. Everything starts here. */ int main(int argc, char *argv[]) { int retval; //class cl_app *app; class cl_sim *sim; cpus= cpus_51; application= new cl_app(); application->init(argc, argv); sim= new cl_sim51(application); if (sim->init()) return(1); application->set_simulator(sim); retval= /*sim->main()*/application->run(); delete application; return(retval); } /* End of s51.src/s51.cc */ sdcc-2.9.0/sim/ucsim/s51.src/serial.cc000066400000000000000000000272611116427777700173650ustar00rootroot00000000000000/* * Simulator of microcontrollers (serial.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #ifdef HAVE_TERMIOS_H #include #endif #ifdef HAVE_UNISTD_H #include #endif #include #include #include #include #include // prj #include "globals.h" // local #include "serialcl.h" #include "regs51.h" #include "uc51cl.h" #include "cmdutil.h" cl_serial::cl_serial(class cl_uc *auc): cl_hw(auc, HW_UART, 0, "uart") { serial_in= serial_out= NIL; } cl_serial::~cl_serial(void) { if (serial_in != serial_out && serial_in) { #ifdef HAVE_TERMIOS_H if (isatty(fileno(serial_in))) tcsetattr(fileno(serial_in), TCSANOW, &saved_attributes_in); #endif fclose(serial_in); } if (serial_out) { #ifdef HAVE_TERMIOS_H if (isatty(fileno(serial_out))) tcsetattr(fileno(serial_out), TCSANOW, &saved_attributes_out); #endif fclose(serial_out); } delete serial_in_file_option; delete serial_out_file_option; } int cl_serial::init(void) { #ifdef HAVE_TERMIOS_H int i; struct termios tattr; #endif set_name("mcs51_uart"); sfr= uc->address_space(MEM_SFR_ID); if (sfr) { //sbuf= sfr->register_hw(SBUF, this, 0); //pcon= sfr->register_hw(PCON, this, 0); //scon= sfr->register_hw(SCON, this, 0); register_cell(sfr, SBUF, &sbuf, wtd_restore_write); register_cell(sfr, PCON, &pcon, wtd_restore_write); register_cell(sfr, SCON, &scon, wtd_restore_write); } serial_in_file_option= new cl_optref(this); serial_in_file_option->init(); serial_in_file_option->use("serial_in_file"); serial_out_file_option= new cl_optref(this); serial_out_file_option->init(); serial_out_file_option->use("serial_out_file"); //char *fni, *fno; /*if ((fni= serial_in_file_option->get_value((char*)0))) serial_in= fopen(fni, "r"); if ((fno= serial_out_file_option->get_value((char*)0))) serial_out= fopen(fno, "w");*/ //serial_in = (FILE*)application->args->get_parg(0, "Ser_in"); //serial_out= (FILE*)application->args->get_parg(0, "Ser_out"); serial_in = (FILE*)serial_in_file_option->get_value((void*)0); serial_out= (FILE*)serial_out_file_option->get_value((void*)0); if (serial_in != serial_out && serial_in) { // making `serial' unbuffered if (setvbuf(serial_in, NULL, _IONBF, 0)) perror("Unbuffer serial input channel"); #ifdef _WIN32 if (CH_SERIAL != get_handle_type((HANDLE)_get_osfhandle(fileno(serial_in)))) #elif defined HAVE_TERMIOS_H // setting O_NONBLOCK if ((i= fcntl(fileno(serial_in), F_GETFL, 0)) < 0) perror("Get flags of serial input"); i|= O_NONBLOCK; if (fcntl(fileno(serial_in), F_SETFL, i) < 0) perror("Set flags of serial input"); // switching terminal to noncanonical mode if (isatty(fileno(serial_in))) { tcgetattr(fileno(serial_in), &saved_attributes_in); tcgetattr(fileno(serial_in), &tattr); tattr.c_lflag&= ~(ICANON|ECHO); tattr.c_cc[VMIN] = 1; tattr.c_cc[VTIME]= 0; tcsetattr(fileno(serial_in), TCSAFLUSH, &tattr); } else #endif fprintf(stderr, "Warning: serial input interface connected to a " "non-terminal file.\n"); } if (serial_out) { // making `serial' unbuffered if (setvbuf(serial_out, NULL, _IONBF, 0)) perror("Unbuffer serial output channel"); #ifdef _WIN32 if (CH_SERIAL != get_handle_type((HANDLE)_get_osfhandle(fileno(serial_out)))) #elif defined HAVE_TERMIOS_H // setting O_NONBLOCK if ((i= fcntl(fileno(serial_out), F_GETFL, 0)) < 0) perror("Get flags of serial output"); i|= O_NONBLOCK; if (fcntl(fileno(serial_out), F_SETFL, i) < 0) perror("Set flags of serial output"); // switching terminal to noncanonical mode if (isatty(fileno(serial_out))) { tcgetattr(fileno(serial_out), &saved_attributes_out); tcgetattr(fileno(serial_out), &tattr); tattr.c_lflag&= ~(ICANON|ECHO); tattr.c_cc[VMIN] = 1; tattr.c_cc[VTIME]= 0; tcsetattr(fileno(serial_out), TCSAFLUSH, &tattr); } else #endif fprintf(stderr, "Warning: serial output interface connected to a " "non-terminal file.\n"); } class cl_hw *t2= uc->get_hw(HW_TIMER, 2, 0); if ((there_is_t2= t2 != 0)) { t_mem d= sfr->get(T2CON); t2_baud= d & (bmRCLK | bmTCLK); } else t2_baud= DD_FALSE; return(0); } void cl_serial::new_hw_added(class cl_hw *new_hw) { if (new_hw->cathegory == HW_TIMER && new_hw->id == 2) { there_is_t2= DD_TRUE; t_mem d= sfr->get(T2CON); t2_baud= d & (bmRCLK | bmTCLK); } } void cl_serial::added_to_uc(void) { uc->it_sources->add(new cl_it_src(bmES , SCON, bmTI , 0x0023, false, "serial transmit", 6)); uc->it_sources->add(new cl_it_src(bmES , SCON, bmRI , 0x0023, false, "serial receive", 6)); } t_mem cl_serial::read(class cl_memory_cell *cell) { if (cell == sbuf) return(s_in); else return(cell->get()); } void cl_serial::write(class cl_memory_cell *cell, t_mem *val) { if (cell == sbuf) { s_out= *val; s_sending= DD_TRUE; s_tr_bit = 0; s_tr_tick= 0; s_tr_t1= 0; } if (cell == scon) { _mode= *val >> 6; _bmREN= *val & bmREN; _bits= 8; switch (_mode) { case 0: _bits= 8; _divby= 12; break; case 1: _bits= 10; _divby= _bmSMOD?16:32; break; case 2: _bits= 11; _divby= _bmSMOD?16:32; break; case 3: _bits= 11; _divby= _bmSMOD?16:32; break; } } else if (cell == pcon) { _bmSMOD= *val & bmSMOD; /*switch (_mode) { case 1: _divby= _bmSMOD?16:32; break; case 2: _divby= _bmSMOD?16:32; break; case 3: _divby= _bmSMOD?16:32; break; }*/ if (_mode) _divby= _bmSMOD?16:32; } } /*void cl_serial::mem_cell_changed(class cl_m *mem, t_addr addr) { t_mem d; d= sbuf->get(); write(sbuf, &d); d= pcon->get(); write(pcon, &d); d= scon->get(); write(scon, &d); }*/ int cl_serial::serial_bit_cnt(void) { //int divby= 12; int *tr_src= 0, *rec_src= 0; switch (_mode) { case 0: //divby = 12; tr_src = &s_tr_tick; rec_src= &s_rec_tick; break; case 1: case 3: //divby = (/*pcon->get()&bmSMOD*/_bmSMOD)?16:32; tr_src = &s_tr_t1; rec_src= &s_rec_t1; break; case 2: //divby = (/*pcon->get()&bmSMOD*/_bmSMOD)?16:32; tr_src = &s_tr_tick; rec_src= &s_rec_tick; break; } if (t2_baud) _divby= 16; if (s_sending) { while (*tr_src >= _divby) { (*tr_src)-= _divby; s_tr_bit++; //printf("serial bit sent %d\n",uc->ticks->ticks); } } if (s_receiving) { while (*rec_src >= _divby) { (*rec_src)-= _divby; s_rec_bit++; } } return(0); } int cl_serial::tick(int cycles) { char c; serial_bit_cnt(/*_mode*/); if (s_sending && (s_tr_bit >= _bits)) { s_sending= DD_FALSE; scon->set_bit1(bmTI); if (serial_out) { putc(s_out, serial_out); fflush(serial_out); } s_tr_bit-= _bits; //printf("serial out %d bit rems %d\n",s_tr_bit,uc->ticks->ticks); } if ((/*scn & bmREN*/_bmREN) && serial_in && !s_receiving) { #ifdef _WIN32 HANDLE handle = (HANDLE)_get_osfhandle(fileno(serial_in)); assert(INVALID_HANDLE_VALUE != handle); if (input_avail(handle)) #else if (input_avail(fileno(serial_in))) #endif { s_receiving= DD_TRUE; s_rec_bit= 0; s_rec_tick= /*uc51->*/s_rec_t1= 0; } } if (s_receiving && (s_rec_bit >= _bits)) { if (::read(fileno(serial_in), &c, 1) == 1) { s_in= c; sbuf->set(s_in); received(c); } s_receiving= DD_FALSE; s_rec_bit-= _bits; } int l; s_tr_tick+= (l= cycles * uc->clock_per_cycle()); s_rec_tick+= l; return(0); } void cl_serial::received(int c) { scon->set_bit1(bmRI); } void cl_serial::reset(void) { s_tr_t1 = 0; s_rec_t1 = 0; s_tr_tick = 0; s_rec_tick = 0; s_in = 0; s_out = 0; s_sending = DD_FALSE; s_receiving= DD_FALSE; s_rec_bit = 0; s_tr_bit = 0; } void cl_serial::happen(class cl_hw *where, enum hw_event he, void *params) { if (where->cathegory == HW_TIMER) { if (where->id == 1) { //printf("serial: timer overflowed %ld\n", uc->ticks->ticks); s_rec_t1++; s_tr_t1++; } if (where->id == 2 /*&& there_is_t2*/) { switch (he) { case EV_T2_MODE_CHANGED: { if (!t2_baud) s_rec_t1= s_tr_t1= 0; t_mem *d= (t_mem *)params; t2_baud= *d & (bmRCLK | bmTCLK); break; } case EV_OVERFLOW: //printf("T2 baud ov r%d t%d\n",s_rec_t1,s_tr_t1); s_rec_t1++; s_tr_t1++; break; default: break; } } } } void cl_serial::print_info(class cl_console_base *con) { const char *modes[]= { "Shift, fixed clock", "8 bit UART timer clocked", "9 bit UART fixed clock", "9 bit UART timer clocked" }; int sc= scon->get(); con->dd_printf("%s[%d]", id_string, id); int mode= (sc&(bmSM0|bmSM1))>>6; con->dd_printf(" %s", modes[mode]); if (mode == 1 || mode == 2) con->dd_printf(" (timer%d)", (t2_baud)?2:1); con->dd_printf(" MultiProc=%s", (mode&2)?((sc&bmSM2)?"ON":"OFF"):"none"); con->dd_printf(" irq=%s", (sfr->get(IE)&bmES)?"en":"dis"); con->dd_printf(" prio=%d", uc->it_priority(bmPS)); con->dd_printf("\n"); con->dd_printf("Receiver"); con->dd_printf(" %s", (sc&bmREN)?"ON":"OFF"); con->dd_printf(" RB8=%c", (sc&bmRB8)?'1':'0'); con->dd_printf(" irq=%c", (sc&bmRI)?'1':'0'); con->dd_printf("\n"); con->dd_printf("Transmitter"); con->dd_printf(" TB8=%c", (sc&bmTB8)?'1':'0'); con->dd_printf(" irq=%c", (sc&bmTI)?'1':'0'); con->dd_printf("\n"); /*con->dd_printf("s_rec_t1=%d s_rec_bit=%d s_rec_tick=%d\n", s_rec_t1, s_rec_bit, s_rec_tick); con->dd_printf("s_tr_t1=%d s_tr_bit=%d s_tr_tick=%d\n", s_tr_t1, s_tr_bit, s_tr_tick); con->dd_printf("divby=%d bits=%d\n", _divby, _bits);*/ } /* End of s51.src/serial.cc */ sdcc-2.9.0/sim/ucsim/s51.src/serialcl.h000066400000000000000000000053461116427777700175460ustar00rootroot00000000000000/* * Simulator of microcontrollers (serialcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SERIALCL_HEADER #define SERIALCL_HEADER #include "stypes.h" #include "pobjcl.h" #include "uccl.h" //#include "newcmdcl.h" class cl_serial: public cl_hw { protected: class cl_address_space *sfr; bool there_is_t2, t2_baud; class cl_memory_cell *sbuf, *pcon, *scon; #ifdef HAVE_TERMIOS_H struct termios saved_attributes_in; // Attributes of serial interface struct termios saved_attributes_out; #endif class cl_optref *serial_in_file_option; class cl_optref *serial_out_file_option; FILE *serial_in; // Serial line input FILE *serial_out; // Serial line output uchar s_in; // Serial channel input reg uchar s_out; // Serial channel output reg bool s_sending; // Transmitter is working bool s_receiving; // Receiver is working int s_rec_bit; // Bit counter of receiver int s_tr_bit; // Bit counter of transmitter int s_rec_t1; // T1 overflows for receiving int s_tr_t1; // T1 overflows for sending int s_rec_tick; // Machine cycles for receiving int s_tr_tick; // Machine cycles for sending uchar _mode; uchar _bmREN; uchar _bmSMOD; uchar _bits; uchar _divby; public: cl_serial(class cl_uc *auc); virtual ~cl_serial(void); virtual int init(void); virtual void new_hw_added(class cl_hw *new_hw); virtual void added_to_uc(void); virtual t_mem read(class cl_memory_cell *cell); virtual void write(class cl_memory_cell *cell, t_mem *val); //virtual void mem_cell_changed(class cl_m *mem, t_addr addr); virtual int serial_bit_cnt(void); virtual void received(int c); virtual int tick(int cycles); virtual void reset(void); virtual void happen(class cl_hw *where, enum hw_event he, void *params); virtual void print_info(class cl_console_base *con); }; #endif /* End of s51.src/serialcl.h */ sdcc-2.9.0/sim/ucsim/s51.src/sim51.cc000066400000000000000000000047751116427777700170510ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim51.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #include #include "i_string.h" #include "globals.h" #include "utils.h" #include "cmdutil.h" #include "sim51cl.h" //#include "cmd51cl.h" #include "uc51cl.h" #include "uc52cl.h" #include "uc51rcl.h" #include "uc89c51rcl.h" #include "uc251cl.h" #include "uc390cl.h" #include "glob.h" cl_sim51::cl_sim51(class cl_app *the_app): cl_sim(the_app) {} class cl_uc * cl_sim51::mk_controller(void) { int i; const char *typ= NIL; class cl_optref type_option(this); type_option.init(); type_option.use("cpu_type"); i= 0; if ((typ= type_option.get_value(typ)) == NIL) typ= "C51"; while ((cpus_51[i].type_str != NULL) && (strcmp(typ, cpus_51[i].type_str) != 0)) i++; if (cpus_51[i].type_str == NULL) { fprintf(stderr, "Unknown processor type. " "Use -H option to see known types.\n"); return(NULL); } switch (cpus_51[i].type) { case CPU_51: case CPU_31: return(new cl_51core(cpus_51[i].type, cpus_51[i].technology, this)); case CPU_52: case CPU_32: return(new cl_uc52(cpus_51[i].type, cpus_51[i].technology, this)); case CPU_51R: return(new cl_uc51r(cpus_51[i].type, cpus_51[i].technology, this)); case CPU_89C51R: return(new cl_uc89c51r(cpus_51[i].type, cpus_51[i].technology, this)); case CPU_251: return(new cl_uc251(cpus_51[i].type, cpus_51[i].technology, this)); case CPU_DS390: case CPU_DS390F: return(new cl_uc390(cpus_51[i].type, cpus_51[i].technology, this)); } return(NULL); } /* End of s51.src/sim51.cc */ sdcc-2.9.0/sim/ucsim/s51.src/sim51cl.h000066400000000000000000000022731116427777700172210ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim51cl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIM51CL_HEADER #define SIM51CL_HEADER #include "simcl.h" class cl_sim51: public cl_sim { public: cl_sim51(class cl_app *the_app); //virtual int proc_arg(char optopt, char *optarg); virtual class cl_uc *mk_controller(void); }; #endif /* End of s51.src/sim51cl.h */ sdcc-2.9.0/sim/ucsim/s51.src/start1000077500000000000000000000000721116427777700167320ustar00rootroot00000000000000#!/bin/sh s51 -Sin=tee_1,out=1_tee "$@" # End of start1 sdcc-2.9.0/sim/ucsim/s51.src/start2000077500000000000000000000000721116427777700167330ustar00rootroot00000000000000#!/bin/sh s51 -Sin=tee_2,out=2_tee "$@" # End of start2 sdcc-2.9.0/sim/ucsim/s51.src/test_extit.c000066400000000000000000000003351116427777700201300ustar00rootroot00000000000000#include sfr at 0xa6 WDTRST; void jaj() interrupt 0 { P2= P0; P0++; } void main() { IT0=0; /* low level triggered */ IT0=1; /* falling edge triggered */ EX0=1; /* enable ex #0 */ EA=1; P0=0; for(;;); } sdcc-2.9.0/sim/ucsim/s51.src/test_idlepd.c000066400000000000000000000007341116427777700202370ustar00rootroot00000000000000#include sfr at 0xa6 WDTRST; void jaj_ex0() interrupt 0 { P2= P0; } void jaj_t0() interrupt 1 { P2= P0; } void main() { TH0= 0x80; TL0= 0x80; TMOD= 0x02; IT0=0; /* low level triggered */ IT0=1; /* falling edge triggered */ EX0=1; /* enable ex #0 */ ET0=1; /* en t0 */ TR0= 1; EA=1; P0=0; while (1) { P0= 0; PCON|= 1;/*idle*/ P0++; P0++; P0++; } WDTRST= 0x1e; WDTRST= 0xe1; PCON|= 2;/*pd*/ } sdcc-2.9.0/sim/ucsim/s51.src/test_ser.c000066400000000000000000000031041116427777700175610ustar00rootroot00000000000000#include #define BUFSIZE 16 #define T0H 0xfc #define T0L 0x67 unsigned char buf[BUFSIZE]; unsigned char first_free= 0, last_occupied= 0; bit transmitting, overflow; volatile int t0cnt; void ser_it(void) interrupt 4 { unsigned char temp; if (RI) { buf[first_free]= SBUF; first_free= ((temp= first_free)+1) % BUFSIZE; if (first_free == last_occupied) { first_free= temp; overflow= 1; } RI= 0; } if (TI) { transmitting= 0; TI= 0; } } void t0_it(void) interrupt 1 { TL0= T0L; TH0= T0H; if (t0cnt) t0cnt--; } char empty(void) { return(first_free == last_occupied); } unsigned char get_ch(void) { unsigned char c; c= buf[last_occupied]; last_occupied= (last_occupied+1) % BUFSIZE; overflow= 0; return(c); } void send_ch(unsigned char c) { while (transmitting) ; transmitting= 1; SBUF= c; } void send_str(char *str) { while (*str) { send_ch(*str); str++; } } void process(void) { unsigned char c; c= get_ch(); if ((c >= 'a' && c <= 'z') || (c >= 'A' && c <= 'Z')) c^= 0x20; send_ch(c); } void wait(int delay) { t0cnt= delay; while (t0cnt) PCON|= 1; } char test(char c) { return(c+1); } void main(void) { t0cnt= 0; transmitting= overflow= 0; SCON= 0x7c; TL1= TH1= 250; /* 9600 baud */ TH0= T0H; TL0= T0L; TMOD= 0x21; TR0= TR1= 1; ES= ET0= 1; EA= 1; send_str("\nOK\n"); test(0); wait(1000); test(1); send_str("delay off\n"); for (;;) { if (!empty()) { if (overflow) { send_str("Overflow!\n"); } process(); } } } sdcc-2.9.0/sim/ucsim/s51.src/test_stack.c000066400000000000000000000000701116427777700200740ustar00rootroot00000000000000void jaj(void) { jaj(); } void main(void) { jaj(); } sdcc-2.9.0/sim/ucsim/s51.src/timer0.cc000066400000000000000000000214161116427777700173020ustar00rootroot00000000000000/* * Simulator of microcontrollers (timer0.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "timer0cl.h" #include "regs51.h" #include "types51.h" cl_timer0::cl_timer0(class cl_uc *auc, int aid, const char *aid_string): cl_hw(auc, HW_TIMER, aid, aid_string) { cell_tmod= cell_tcon= 0; if (aid == 0) { mask_M0 = bmM00; mask_M1 = bmM10; mask_C_T = bmC_T0; mask_GATE= bmGATE0; mask_TR = bmTR0; mask_INT = bm_INT0; mask_TF = bmTF0; mask_T = bmT0; addr_tl = TL0; addr_th = TH0; } else if (aid == 1) { mask_M0 = bmM01; mask_M1 = bmM11; mask_C_T = bmC_T1; mask_GATE= bmGATE1; mask_TR = bmTR1; mask_INT = bm_INT1; mask_TF = bmTF1; mask_T = bmT1; addr_tl = TL1; addr_th = TH1; } else if (aid == 2) { addr_tl = TL2; addr_th = TH2; mask_T = bmT2; mask_C_T = bmC_T2; mask_TR = bmTR2; mask_TF = bmTF2; mask_M0= mask_M1= mask_GATE= mask_INT= 0; } else {} make_partner(HW_PCA, 0); make_partner(HW_PCA, 1); make_partner(HW_PCA, 2); make_partner(HW_PCA, 3); make_partner(HW_PCA, 4); } int cl_timer0::init(void) { class cl_address_space *sfr= uc->address_space(MEM_SFR_ID); if (sfr) { //t_mem d; if (id == 0 || id == 1) { //cell_tmod= sfr->register_hw(TMOD, this, 0); register_cell(sfr, TMOD, &cell_tmod, wtd_restore_write); //d= cell_tmod->get(); write(cell_tmod, &d); //cell_tcon= sfr->register_hw(TCON, this, 0); register_cell(sfr, TCON, &cell_tcon, wtd_restore_write); //d= cell_tcon->get(); write(cell_tcon, &d); INT= sfr->read(P3) & mask_INT; } else if (id == 2) { cell_tmod= 0; //cell_tcon= sfr->register_hw(T2CON, this, 0); register_cell(sfr, T2CON, &cell_tcon, wtd_restore_write); //d= cell_tcon->get(); write(cell_tcon, &d); } //cell_tl= sfr->get_cell(addr_tl); //cell_th= sfr->get_cell(addr_th); use_cell(sfr, addr_tl, &cell_tl, wtd_restore); use_cell(sfr, addr_th, &cell_th, wtd_restore); } return(0); } void cl_timer0::added_to_uc(void) { if (id == 0) uc->it_sources->add(new cl_it_src(bmET0, TCON, bmTF0, 0x000b, true, "timer #0", 2)); else if (id == 1) uc->it_sources->add(new cl_it_src(bmET1, TCON, bmTF1, 0x001b, true, "timer #1", 4)); } /*t_mem cl_timer0::read(class cl_cell *cell) { return(cell->get()); }*/ void cl_timer0::write(class cl_memory_cell *cell, t_mem *val) { if (cell == cell_tmod) { t_mem md= *val & (mask_M0|mask_M1); if (md == mask_M0) mode= 1; else if (md == mask_M1) mode= 2; else if (md == (mask_M0|mask_M1)) mode= 3; else mode= 0; GATE= *val & mask_GATE; C_T = *val & mask_C_T; T_edge= 0; } else if (cell == cell_tcon) { TR= *val & mask_TR; T_edge= 0; } } /*void cl_timer0::mem_cell_changed(class cl_m *mem, t_addr addr) { //class cl_m *sfr= uc->mem(MEM_SFR); //t_mem d; cl_hw::mem_cell_changed(mem, addr); //d= cell_tmod->get(); //write(cell_tmod, &d); //d= cell_tcon->get(); //write(cell_tcon, &d); //if (addr == addr_tl) cell_tl= sfr->get_cell(addr_tl); //if (addr == addr_th) cell_th= sfr->get_cell(addr_th); }*/ int cl_timer0::tick(int cycles) { switch (mode) { case 0: do_mode0(cycles); break; case 1: do_mode1(cycles); break; case 2: do_mode2(cycles); break; case 3: do_mode3(cycles); break; } return(resGO); } int cl_timer0::do_mode0(int cycles) { if (!TR) return(0); //t_mem p3= uc->mem(MEM_SFR)->get(P3); if (GATE) { if ((/*p3 & mask_*/INT) == 0) return(0); } if (C_T) { /*cycles= 0; if ((uc51->prev_p3 & mask_T) && !(p3 & uc51->port_pins[3] & mask_T)) cycles= 1;*/ cycles= T_edge; T_edge= 0; } while (cycles--) { // mod 0, TH= 8 bit t/c, TL= 5 bit precounter t_mem tl= cell_tl->add(1); if ((tl & 0x1f) == 0) { cell_tl->set(0); if (!cell_th->add(1)) { cell_tcon->set_bit1(mask_TF); overflow(); } } } return(0); } int cl_timer0::do_mode1(int cycles) { if (!TR) return(0); //t_mem p3= uc->mem(MEM_SFR)->get(P3); if (GATE) { if ((/*p3 & mask_*/INT) == 0) return(0); } if (C_T) { /*cycles= 0; if ((uc51->prev_p3 & mask_T) && !(p3 & uc51->port_pins[3] & mask_T)) cycles= 1;*/ cycles= T_edge; T_edge= 0; } while (cycles--) { // mod 1 TH+TL= 16 bit t/c if (!cell_tl->add(1)) { if (!cell_th->add(1)) { cell_tcon->set_bit1(mask_TF); overflow(); } } } return(0); } int cl_timer0::do_mode2(int cycles) { if (!TR) return(0); //t_mem p3= uc->mem(MEM_SFR)->get(P3); if (GATE) { if ((/*p3 & mask_*/INT) == 0) return(0); } if (C_T) { /*cycles= 0; if ((uc51->prev_p3 & mask_T) && !(p3 & uc51->port_pins[3] & mask_T)) cycles= 1;*/ cycles= T_edge; T_edge= 0; } //unsigned long startt= uc->ticks->ticks-(cycles*12);int i=0; while (cycles--) { // mod 2 TL= 8 bit t/c auto reload from TH if (!cell_tl->add(1)) { cell_tl->set(cell_th->get()); cell_tcon->set_bit1(mask_TF); //printf("timer%d overflow %d (%d) %d\n",id,uc->ticks->ticks,i,startt+(i*12)); overflow(); } //i++; } return(0); } int cl_timer0::do_mode3(int cycles) { int cyc= cycles; //t_mem p3= uc->mem(MEM_SFR)->get(P3); if (!TR) goto do_th; if (GATE) { if ((/*p3 & mask_*/INT) == 0) goto do_th; } if (C_T) { /*cycles= 0; if ((uc51->prev_p3 & mask_T) && !(p3 & uc51->port_pins[3] & mask_T)) cycles= 1;*/ cycles= T_edge; T_edge= 0; } while (cycles--) { if (!cell_tl->add(1)) { cell_tcon->set_bit1(mask_TF); overflow(); } } do_th: if ((cell_tcon->get() & bmTR1) != 0) while (cyc--) { if (!cell_th->add(1)) cell_tcon->set_bit1(bmTF1); } return(0); } void cl_timer0::overflow(void) { inform_partners(EV_OVERFLOW, 0); } void cl_timer0::happen(class cl_hw *where, enum hw_event he, void *params) { struct ev_port_changed *ep= (struct ev_port_changed *)params; if (where->cathegory == HW_PORT && he == EV_PORT_CHANGED && ep->id == 3) { t_mem p3n= ep->new_pins & ep->new_value; t_mem p3o= ep->pins & ep->prev_value; if ((p3n & mask_T) && !(p3o & mask_T)) T_edge++; INT= p3n & mask_INT; //printf("timer%d p%dchanged (%02x,%02x->%02x,%02x) INT=%d(%02x) edge=%d(%02x)\n",id,where->id,ep->prev_value,ep->pins,ep->new_value,ep->new_pins,INT,mask_INT,T_edge,mask_T); } } void cl_timer0::print_info(class cl_console_base *con) { const char *modes[]= { "13 bit", "16 bit", "8 bit autoreload", "2x8 bit" }; //t_mem tmod= cell_tmod->get(); int on; class cl_address_space *sfr= uc->address_space(MEM_SFR_ID); con->dd_printf("%s[%d] 0x%04x", id_string, id, 256*cell_th->get()+cell_tl->get()); //int mode= tmod & (bmM00|bmM10); con->dd_printf(" %s", modes[mode]); con->dd_printf(" %s", (/*tmod&bm*/C_T/*0*/)?"counter":"timer"); if (/*tmod&bm*/GATE/*0*/) { con->dd_printf(" gated"); on= INT; } else on= TR; con->dd_printf(" %s", on?"ON":"OFF"); con->dd_printf(" irq=%c", (cell_tcon->get()&mask_TF)?'1':'0'); con->dd_printf(" %s", sfr?"?":((sfr->get(IE)&bmET0)?"en":"dis")); con->dd_printf(" prio=%d", uc->it_priority(bmPT0)); con->dd_printf("\n"); } /* End of s51.src/timer0.cc */ sdcc-2.9.0/sim/ucsim/s51.src/timer0cl.h000066400000000000000000000037701116427777700174660ustar00rootroot00000000000000/* * Simulator of microcontrollers (timer0cl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef TIMER0CL_HEADER #define TIMER0CL_HEADER #include "stypes.h" #include "pobjcl.h" #include "uccl.h" #include "newcmdcl.h" #include "uc51cl.h" class cl_timer0: public cl_hw { protected: class cl_memory_cell *cell_tmod, *cell_tcon, *cell_tl, *cell_th; t_mem mask_M0, mask_M1, mask_C_T, mask_GATE, mask_TR, mask_INT, mask_T, mask_TF; t_addr addr_tl, addr_th; int mode, GATE, C_T, TR, INT, T_edge; public: cl_timer0(class cl_uc *auc, int aid, const char *aid_string); virtual int init(void); virtual void added_to_uc(void); //virtual t_mem read(class cl_cell *cell); virtual void write(class cl_memory_cell *cell, t_mem *val); //virtual void mem_cell_changed(class cl_mem *mem, t_addr addr); virtual int tick(int cycles); virtual int do_mode0(int cycles); virtual int do_mode1(int cycles); virtual int do_mode2(int cycles); virtual int do_mode3(int cycles); virtual void overflow(void); virtual void happen(class cl_hw *where, enum hw_event he, void *params); virtual void print_info(class cl_console_base *con); }; #endif /* End of s51.src/timer0cl.h */ sdcc-2.9.0/sim/ucsim/s51.src/timer1.cc000066400000000000000000000044161116427777700173040ustar00rootroot00000000000000/* * Simulator of microcontrollers (s51.src/timer1.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "timer1cl.h" #include "regs51.h" cl_timer1::cl_timer1(class cl_uc *auc, int aid, const char *aid_string): cl_timer0(auc, aid, aid_string) { make_partner(HW_UART, 0); } /*int cl_timer1::init(void) { return(0); }*/ /*void cl_timer1::added(class cl_hw *new_hw) { if (new_hw->cathegory == HW_UART) hws_to_inform->add(new_hw); }*/ int cl_timer1::do_mode3(int cycles) { return(0); } /*void cl_timer1::overflow(void) { inform_partners(EV_OVERFLOW, 0); }*/ void cl_timer1::print_info(class cl_console_base *con) { const char *modes[]= { "13 bit", "16 bit", "8 bit autoreload", "stop" }; //int tmod= cell_tmod->get(); int on; class cl_address_space *sfr= uc->address_space(MEM_SFR_ID); con->dd_printf("%s[%d] 0x%04x", id_string, id, 256*cell_th->get()+cell_tl->get()); //int mode= (tmod & (bmM11|bmM01)) >> 4; con->dd_printf(" %s", modes[mode]); con->dd_printf(" %s", (/*tmod&bm*/C_T/*1*/)?"counter":"timer"); if (/*tmod&bm*/GATE/*1*/) { con->dd_printf(" gated"); on= INT; } else on= cell_tcon->get() & mask_TR; con->dd_printf(" %s", on?"ON":"OFF"); con->dd_printf(" irq=%c", (cell_tcon->get()&mask_TF)?'1':'0'); con->dd_printf(" %s", sfr?"?":((sfr->get(IE)&bmET1)?"en":"dis")); con->dd_printf(" prio=%d", uc->it_priority(bmPT1)); con->dd_printf("\n"); } /* End of s51.src/timer1.cc */ sdcc-2.9.0/sim/ucsim/s51.src/timer1cl.h000066400000000000000000000030741116427777700174640ustar00rootroot00000000000000/* * Simulator of microcontrollers (timer1cl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef TIMER1CL_HEADER #define TIMER1CL_HEADER #include "stypes.h" #include "pobjcl.h" #include "uccl.h" #include "newcmdcl.h" #include "timer0cl.h" class cl_timer1: public cl_timer0 { public: cl_timer1(class cl_uc *auc, int aid, const char *aid_string); //virtual int init(void); //virtual void new_hw_added(class cl_hw *new_hw); //virtual ulong read(class cl_mem *mem, long addr); //virtual void write(class cl_mem *mem, long addr, ulong *val); //virtual int tick(int cycles); virtual int do_mode3(int cycles); //virtual void overflow(void); virtual void print_info(class cl_console_base *con); }; #endif /* End of s51.src/timer1cl.h */ sdcc-2.9.0/sim/ucsim/s51.src/timer2.cc000066400000000000000000000216411116427777700173040ustar00rootroot00000000000000/* * Simulator of microcontrollers (timer2.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "timer2cl.h" #include "regs51.h" #include "types51.h" cl_timer2::cl_timer2(class cl_uc *auc, int aid, const char *aid_string, int afeatures): cl_timer0(auc, /*2*/aid, /*"timer2"*/aid_string) { features= afeatures; exf2it= 0; mask_RCLK= bmRCLK; mask_TCLK= bmTCLK; mask_CP_RL2= bmCP_RL2; make_partner(HW_UART, 0); sfr= uc->address_space(MEM_SFR_ID); if (features & (t2_down|t2_clock_out)) { register_cell(sfr, T2MOD, &cell_t2mod, wtd_restore_write); } } int cl_timer2::init(void) { cl_timer0::init(); //cell_rcap2l= uc->mem(MEM_SFR)->get_cell(RCAP2L); //cell_rcap2h= uc->mem(MEM_SFR)->get_cell(RCAP2H); use_cell(sfr, RCAP2L, &cell_rcap2l, wtd_restore); use_cell(sfr, RCAP2H, &cell_rcap2h, wtd_restore); if (sfr) bit_t2ex= sfr->read(P1) & bmT2EX; return(0); } void cl_timer2::added_to_uc(void) { uc->it_sources->add(new cl_it_src(bmET2, T2CON, bmTF2, 0x002b, false, "timer #2 TF2", 7)); exf2it= new cl_it_src(bmET2, T2CON, bmEXF2, 0x002b, false, "timer #2 EXF2", 7); uc->it_sources->add(exf2it); } /*void cl_timer2::mem_cell_changed(class cl_mem *mem, t_addr addr) { class cl_mem *sfr= uc->mem(MEM_SFR); class cl_cell *c= 0; if (mem && sfr && mem == sfr) { switch (addr) { case T2CON: c= cell_tcon= sfr->get_cell(T2CON); break; } if (c) { t_mem d= c->get(); write(c, &d); } if (addr == addr_tl) cell_tl= sfr->get_cell(addr_tl); if (addr == addr_th) cell_th= sfr->get_cell(addr_th); cell_rcap2l= sfr->get_cell(RCAP2L); cell_rcap2h= sfr->get_cell(RCAP2H); } }*/ /*void cl_timer2::added(class cl_hw *new_hw) { if (new_hw->cathegory == HW_UART) hws_to_inform->add(new_hw); }*/ void cl_timer2::write(class cl_memory_cell *cell, t_mem *val) { int oldmode= mode; bool oldtr= TR; if (exf2it) exf2it->activate(); if (cell == cell_tcon) { C_T = *val & mask_C_T; TR = *val & mask_TR; RCLK= *val & mask_RCLK; TCLK= *val & mask_TCLK; CP_RL2= *val & mask_CP_RL2; EXEN2 = *val & bmEXEN2; if (!(RCLK || TCLK) && !CP_RL2) mode= T2MODE_RELOAD; else if (!(RCLK || TCLK) && CP_RL2) mode= T2MODE_CAPTURE; else if (RCLK || TCLK) mode= T2MODE_BAUDRATE; else mode= T2MODE_OFF; if (mode != oldmode) inform_partners(EV_T2_MODE_CHANGED, val); } else if (cell == cell_t2mod) { bit_dcen= (*val & bmDCEN) != 0; bit_t2oe= (*val & bmT2OE) != 0; if ((features & t2_down) && bit_dcen && mode == T2MODE_RELOAD) { mode= T2MODE_DOWN; if (exf2it) exf2it->deactivate(); } if ((features & t2_clock_out) && bit_t2oe) mode= T2MODE_CLKOUT; } if ((mode != oldmode) || (TR && !oldtr) || (!TR && oldtr)) T_edge= t2ex_edge= 0; } int cl_timer2::tick(int cycles) { switch (mode) { case T2MODE_BAUDRATE: do_t2_baud(cycles); break; case T2MODE_CAPTURE: do_t2_capture(cycles); break; case T2MODE_RELOAD: do_t2_reload(cycles); break; case T2MODE_DOWN: do_t2_down(cycles); break; case T2MODE_CLKOUT: do_t2_clock_out(cycles); break; default: break; } return(resGO); } /* * Baud rate generator mode of Timer #2 */ int cl_timer2::do_t2_baud(int cycles) { if (EXEN2 && t2ex_edge) { cell_tcon->set_bit1(bmEXF2); t2ex_edge= 0; } if (!TR) return(0); if (C_T) (cycles= T_edge), T_edge= 0; else cycles*= 6; while (cycles--) { if (!cell_tl->add(1)) if (!cell_th->add(1)) { cell_th->set(cell_rcap2h->get()); cell_tl->set(cell_rcap2l->get()); inform_partners(EV_OVERFLOW, 0); } } return(resGO); } /* * Capture function of Timer #2 */ void cl_timer2::do_t2_capture(int cycles) { if (EXEN2 && t2ex_edge) { cell_tcon->set_bit1(bmEXF2); cell_rcap2h->set(cell_th->get()); cell_rcap2l->set(cell_tl->get()); t2ex_edge= 0; } if (!TR) return; if (C_T) (cycles= T_edge), T_edge= 0; if (!cell_tl->add(1)) { if (!cell_th->add(1)) cell_tcon->set_bit1(bmTF2); } } /* * Auto Reload mode of Timer #2, counting UP */ void cl_timer2::do_t2_reload(int cycles) { if (EXEN2 && t2ex_edge) { cell_tcon->set_bit1(bmEXF2); cell_th->set(cell_rcap2h->get()); cell_tl->set(cell_rcap2l->get()); t2ex_edge= 0; } if (!TR) return; if (C_T) (cycles= T_edge), T_edge= 0; if (!cell_tl->add(1)) { if (!cell_th->add(1)) { cell_tcon->set_bit1(mask_TF); cell_th->set(cell_rcap2h->get()); cell_tl->set(cell_rcap2l->get()); } } } void cl_timer2::do_t2_down(int cycles) { bool toggle= DD_FALSE; if (!TR) return; if (C_T) (cycles= T_edge), T_edge= 0; if (bit_t2ex) // UP while (cycles--) if (!cell_tl->add(1)) { if (!cell_th->add(1)) { cell_tcon->set_bit1(mask_TF); cell_th->set(cell_rcap2h->get()); cell_tl->set(cell_rcap2l->get()); toggle= DD_TRUE; } } else // DOWN while (cycles--) { t_mem l, h; if ((l= cell_tl->add(-1)) == 0xff) h= cell_th->add(-1); else h= cell_th->get(); if ((TYPE_UWORD)(h*256+l) < (TYPE_UWORD)(cell_rcap2h->get()*256+cell_rcap2l->get())) { cell_tcon->set_bit1(mask_TF); cell_th->set(0xff); cell_tl->set(0xff); toggle= DD_TRUE; } } if (toggle && sfr) { class cl_memory_cell *p1= sfr->get_cell(P1); if (p1) p1->set(p1->get() ^ bmEXF2); } } void cl_timer2::do_t2_clock_out(int cycles) { if (EXEN2 && t2ex_edge) { cell_tcon->set_bit1(bmEXF2); t2ex_edge= 0; } if (!TR) return; if (C_T) (cycles= T_edge), T_edge= 0; else cycles*= 6; while (cycles--) { if (!cell_tl->add(1)) if (!cell_th->add(1)) { cell_th->set(cell_rcap2h->get()); cell_tl->set(cell_rcap2l->get()); inform_partners(EV_OVERFLOW, 0); if (!C_T && sfr) { // toggle T2 on P1 class cl_memory_cell *p1= sfr->get_cell(P1); if (p1) p1->set(p1->get() ^ bmT2); } } } } void cl_timer2::happen(class cl_hw *where, enum hw_event he, void *params) { struct ev_port_changed *ep= (struct ev_port_changed *)params; if (where->cathegory == HW_PORT && he == EV_PORT_CHANGED && ep->id == 1) { t_mem p1n= ep->new_pins & ep->new_value; t_mem p1o= ep->pins & ep->prev_value; if (!(p1n & mask_T) && (p1o & mask_T)) T_edge++; if (!(p1n & bmT2EX) && (p1o & bmT2EX)) t2ex_edge++; bit_t2ex= p1n & bmT2EX; } } void cl_timer2::print_info(class cl_console_base *con) { int t2con= cell_tcon->get(); con->dd_printf("%s[%d] 0x%04x", id_string, id, 256*cell_th->get()+cell_tl->get()); if (RCLK || TCLK) { con->dd_printf(" baud"); if (RCLK) con->dd_printf(" RCLK"); if (TCLK) con->dd_printf(" TCLK"); } else con->dd_printf(" %s", (CP_RL2)?"capture":"reload"); con->dd_printf(" 0x%04x", 256*cell_rcap2h->get()+cell_rcap2l->get()); con->dd_printf(" %s", (C_T)?"counter":"timer"); con->dd_printf(" %s", (TR)?"ON":"OFF"); con->dd_printf(" irq=%c", (t2con&bmTF2)?'1':'0'); con->dd_printf(" %s", sfr?"?":((sfr->get(IE)&bmET2)?"en":"dis")); con->dd_printf(" prio=%d", uc->it_priority(bmPT2)); con->dd_printf("\n"); } /* End of s51.src/timer2.cc */ sdcc-2.9.0/sim/ucsim/s51.src/timer2cl.h000066400000000000000000000046271116427777700174720ustar00rootroot00000000000000/* * Simulator of microcontrollers (timer2cl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef TIMER2CL_HEADER #define TIMER2CL_HEADER #include "stypes.h" #include "pobjcl.h" #include "uccl.h" #include "newcmdcl.h" #include "timer0cl.h" #define T2MODE_RELOAD 0 #define T2MODE_CAPTURE 1 #define T2MODE_BAUDRATE 2 #define T2MODE_OFF 3 #define T2MODE_DOWN 4 #define T2MODE_CLKOUT 5 enum t2_features { t2_default = 0x01, t2_down = 0x02, t2_clock_out = 0x04 }; class cl_timer2: public cl_timer0 { protected: class cl_address_space *sfr; int features; class cl_it_src *exf2it; t_mem mask_RCLK, mask_TCLK, mask_CP_RL2; t_mem RCLK, TCLK, CP_RL2, EXEN2; long t2ex_edge; class cl_memory_cell *cell_rcap2l, *cell_rcap2h, *cell_t2mod; bool bit_dcen, bit_t2oe, bit_t2ex; public: cl_timer2(class cl_uc *auc, int aid, const char *aid_string, int afeautres); virtual int init(void); virtual void added_to_uc(void); //virtual void new_hw_added(class cl_hw *new_hw); //virtual ulong read(class cl_mem *mem, long addr); virtual void write(class cl_memory_cell *cell, t_mem *val); //virtual void mem_cell_changed(class cl_mem *mem, t_addr addr); virtual int tick(int cycles); virtual int do_t2_baud(int cycles); virtual void do_t2_capture(int cycles); virtual void do_t2_reload(int cycles); virtual void do_t2_down(int cycles); virtual void do_t2_clock_out(int cycles); virtual void happen(class cl_hw *where, enum hw_event he, void *params); virtual void print_info(class cl_console_base *con); }; #endif /* End of s51.src/timer2cl.h */ sdcc-2.9.0/sim/ucsim/s51.src/types51.h000066400000000000000000000031571116427777700172600ustar00rootroot00000000000000/* * Simulator of microcontrollers (types51.h) * * Copyright (C) 2002,02 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef TYPES51_HEADER #define TYPES51_HEADER #include "ddconfig.h" #define SET_BIT(newbit, reg, bitmask) \ if (newbit) \ (mem(MEM_SFR))->set_bit1((reg), (bitmask)); \ else \ (mem(MEM_SFR))->set_bit0((reg), (bitmask)); #define SFR_SET_BIT(newbit, reg, bitmask) \ if (newbit) \ sfr->set_bit1((reg), (bitmask)); \ else \ sfr->set_bit0((reg), (bitmask)); #define GET_C (get_mem(MEM_SFR, PSW) & bmCY) #define SFR_GET_C (sfr->get(PSW) & bmCY) #define SET_C(newC) SET_BIT((newC), PSW, bmCY) #define SFR_SET_C(newC) SFR_SET_BIT((newC), PSW, bmCY) /* Event parameters */ struct ev_port_changed { int id; t_addr addr; t_mem prev_value, new_value, pins, new_pins; }; #endif /* End of s51.src/types51.h */ sdcc-2.9.0/sim/ucsim/s51.src/uc251.cc000066400000000000000000000022101116427777700167300ustar00rootroot00000000000000/* * Simulator of microcontrollers (uc251.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include "uc251cl.h" /* * Making an 251 CPU object */ cl_uc251::cl_uc251(int Itype, int Itech, class cl_sim *asim): cl_uc89c51r(Itype, Itech, asim) { } /* End of s51.src/uc251.cc */ sdcc-2.9.0/sim/ucsim/s51.src/uc251cl.h000066400000000000000000000022161116427777700171170ustar00rootroot00000000000000/* * Simulator of microcontrollers (uc251cl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef UC251CL_HEADER #define UC251CL_HEADER #include "ddconfig.h" #include "uc89c51rcl.h" class cl_uc251: public cl_uc89c51r { public: cl_uc251(int Itype, int Itech, class cl_sim *asim); }; #endif /* End of s51.src/uc251cl.h */ sdcc-2.9.0/sim/ucsim/s51.src/uc390.cc000066400000000000000000001002161116427777700167410ustar00rootroot00000000000000/* * Simulator of microcontrollers (uc390.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * * uc390.cc - module created by Karl Bongers 2001, karl@turbobit.com */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // Bernhard's ToDo list: // - implement math accelerator // - consider ACON bits // - buy some memory to run s51 with 2*4 Meg ROM/XRAM // strcpy (mem(MEM_ROM) ->addr_format, "0x%06x"); // strcpy (mem(MEM_XRAM)->addr_format, "0x%06x"); #include "ddconfig.h" #include #include #include #include "i_string.h" #include "glob.h" #include "uc390cl.h" #include "regs51.h" #include "uc390hwcl.h" #include "uc52cl.h" #include "regs51.h" #include "timer2cl.h" /* * Names of instructions */ struct dis_entry disass_390f[] = { { 0x00, 0xff, ' ', 1, "NOP"}, { 0x01, 0xff, 'A', 3, "AJMP %A"}, { 0x02, 0xff, 'L', 4, "LJMP %l"}, { 0x03, 0xff, ' ', 1, "RR A"}, { 0x04, 0xff, ' ', 1, "INC A"}, { 0x05, 0xff, ' ', 2, "INC %a"}, { 0x06, 0xff, ' ', 1, "INC @R0"}, { 0x07, 0xff, ' ', 1, "INC @R1"}, { 0x08, 0xff, ' ', 1, "INC R0"}, { 0x09, 0xff, ' ', 1, "INC R1"}, { 0x0a, 0xff, ' ', 1, "INC R2"}, { 0x0b, 0xff, ' ', 1, "INC R3"}, { 0x0c, 0xff, ' ', 1, "INC R4"}, { 0x0d, 0xff, ' ', 1, "INC R5"}, { 0x0e, 0xff, ' ', 1, "INC R6"}, { 0x0f, 0xff, ' ', 1, "INC R7"}, { 0x10, 0xff, 'R', 3, "JBC %b,%R"}, { 0x11, 0xff, 'a', 3, "ACALL %A"}, { 0x12, 0xff, 'l', 4, "LCALL %l"}, { 0x13, 0xff, ' ', 1, "RRC A"}, { 0x14, 0xff, ' ', 1, "DEC A"}, { 0x15, 0xff, ' ', 2, "DEC %a"}, { 0x16, 0xff, ' ', 1, "DEC @R0"}, { 0x17, 0xff, ' ', 1, "DEC @R1"}, { 0x18, 0xff, ' ', 1, "DEC R0"}, { 0x19, 0xff, ' ', 1, "DEC R1"}, { 0x1a, 0xff, ' ', 1, "DEC R2"}, { 0x1b, 0xff, ' ', 1, "DEC R3"}, { 0x1c, 0xff, ' ', 1, "DEC R4"}, { 0x1d, 0xff, ' ', 1, "DEC R5"}, { 0x1e, 0xff, ' ', 1, "DEC R6"}, { 0x1f, 0xff, ' ', 1, "DEC R7"}, { 0x20, 0xff, 'R', 3, "JB %b,%R"}, { 0x21, 0xff, 'A', 3, "AJMP %A"}, { 0x22, 0xff, '_', 1, "RET"}, { 0x23, 0xff, ' ', 1, "RL A"}, { 0x24, 0xff, ' ', 2, "ADD A,#%d"}, { 0x25, 0xff, ' ', 2, "ADD A,%a"}, { 0x26, 0xff, ' ', 1, "ADD A,@R0"}, { 0x27, 0xff, ' ', 1, "ADD A,@R1"}, { 0x28, 0xff, ' ', 1, "ADD A,R0"}, { 0x29, 0xff, ' ', 1, "ADD A,R1"}, { 0x2a, 0xff, ' ', 1, "ADD A,R2"}, { 0x2b, 0xff, ' ', 1, "ADD A,R3"}, { 0x2c, 0xff, ' ', 1, "ADD A,R4"}, { 0x2d, 0xff, ' ', 1, "ADD A,R5"}, { 0x2e, 0xff, ' ', 1, "ADD A,R6"}, { 0x2f, 0xff, ' ', 1, "ADD A,R7"}, { 0x30, 0xff, 'R', 3, "JNB %b,%R"}, { 0x31, 0xff, 'a', 3, "ACALL %A"}, { 0x32, 0xff, '_', 1, "RETI"}, { 0x33, 0xff, ' ', 1, "RLC A"}, { 0x34, 0xff, ' ', 2, "ADDC A,#%d"}, { 0x35, 0xff, ' ', 2, "ADDC A,%a"}, { 0x36, 0xff, ' ', 1, "ADDC A,@R0"}, { 0x37, 0xff, ' ', 1, "ADDC A,@R1"}, { 0x38, 0xff, ' ', 1, "ADDC A,R0"}, { 0x39, 0xff, ' ', 1, "ADDC A,R1"}, { 0x3a, 0xff, ' ', 1, "ADDC A,R2"}, { 0x3b, 0xff, ' ', 1, "ADDC A,R3"}, { 0x3c, 0xff, ' ', 1, "ADDC A,R4"}, { 0x3d, 0xff, ' ', 1, "ADDC A,R5"}, { 0x3e, 0xff, ' ', 1, "ADDC A,R6"}, { 0x3f, 0xff, ' ', 1, "ADDC A,R7"}, { 0x40, 0xff, 'r', 2, "JC %r"}, { 0x41, 0xff, 'A', 3, "AJMP %A"}, { 0x42, 0xff, ' ', 2, "ORL %a,A"}, { 0x43, 0xff, ' ', 3, "ORL %a,#%D"}, { 0x44, 0xff, ' ', 2, "ORL A,#%d"}, { 0x45, 0xff, ' ', 2, "ORL A,%a"}, { 0x46, 0xff, ' ', 1, "ORL A,@R0"}, { 0x47, 0xff, ' ', 1, "ORL A,@R1"}, { 0x48, 0xff, ' ', 1, "ORL A,R0"}, { 0x49, 0xff, ' ', 1, "ORL A,R1"}, { 0x4a, 0xff, ' ', 1, "ORL A,R2"}, { 0x4b, 0xff, ' ', 1, "ORL A,R3"}, { 0x4c, 0xff, ' ', 1, "ORL A,R4"}, { 0x4d, 0xff, ' ', 1, "ORL A,R5"}, { 0x4e, 0xff, ' ', 1, "ORL A,R6"}, { 0x4f, 0xff, ' ', 1, "ORL A,R7"}, { 0x50, 0xff, 'r', 2, "JNC %r"}, { 0x51, 0xff, 'a', 3, "ACALL %A"}, { 0x52, 0xff, ' ', 2, "ANL %a,A"}, { 0x53, 0xff, ' ', 3, "ANL %a,#%D"}, { 0x54, 0xff, ' ', 2, "ANL A,#%d"}, { 0x55, 0xff, ' ', 2, "ANL A,%a"}, { 0x56, 0xff, ' ', 1, "ANL A,@R0"}, { 0x57, 0xff, ' ', 1, "ANL A,@R1"}, { 0x58, 0xff, ' ', 1, "ANL A,R0"}, { 0x59, 0xff, ' ', 1, "ANL A,R1"}, { 0x5a, 0xff, ' ', 1, "ANL A,R2"}, { 0x5b, 0xff, ' ', 1, "ANL A,R3"}, { 0x5c, 0xff, ' ', 1, "ANL A,R4"}, { 0x5d, 0xff, ' ', 1, "ANL A,R5"}, { 0x5e, 0xff, ' ', 1, "ANL A,R6"}, { 0x5f, 0xff, ' ', 1, "ANL A,R7"}, { 0x60, 0xff, 'r', 2, "JZ %r"}, { 0x61, 0xff, 'A', 3, "AJMP %A"}, { 0x62, 0xff, ' ', 2, "XRL %a,A"}, { 0x63, 0xff, ' ', 3, "XRL %a,#%D"}, { 0x64, 0xff, ' ', 2, "XRL A,#%d"}, { 0x65, 0xff, ' ', 2, "XRL A,%a"}, { 0x66, 0xff, ' ', 1, "XRL A,@R0"}, { 0x67, 0xff, ' ', 1, "XRL A,@R1"}, { 0x68, 0xff, ' ', 1, "XRL A,R0"}, { 0x69, 0xff, ' ', 1, "XRL A,R1"}, { 0x6a, 0xff, ' ', 1, "XRL A,R2"}, { 0x6b, 0xff, ' ', 1, "XRL A,R3"}, { 0x6c, 0xff, ' ', 1, "XRL A,R4"}, { 0x6d, 0xff, ' ', 1, "XRL A,R5"}, { 0x6e, 0xff, ' ', 1, "XRL A,R6"}, { 0x6f, 0xff, ' ', 1, "XRL A,R7"}, { 0x70, 0xff, 'r', 2, "JNZ %r"}, { 0x71, 0xff, 'a', 3, "ACALL %A"}, { 0x72, 0xff, ' ', 2, "ORL C,%b"}, { 0x73, 0xff, '_', 1, "JMP @A+DPTR"}, { 0x74, 0xff, ' ', 2, "MOV A,#%d"}, { 0x75, 0xff, ' ', 3, "MOV %a,#%D"}, { 0x76, 0xff, ' ', 2, "MOV @R0,#%d"}, { 0x77, 0xff, ' ', 2, "MOV @R1,#%d"}, { 0x78, 0xff, ' ', 2, "MOV R0,#%d"}, { 0x79, 0xff, ' ', 2, "MOV R1,#%d"}, { 0x7a, 0xff, ' ', 2, "MOV R2,#%d"}, { 0x7b, 0xff, ' ', 2, "MOV R3,#%d"}, { 0x7c, 0xff, ' ', 2, "MOV R4,#%d"}, { 0x7d, 0xff, ' ', 2, "MOV R5,#%d"}, { 0x7e, 0xff, ' ', 2, "MOV R6,#%d"}, { 0x7f, 0xff, ' ', 2, "MOV R7,#%d"}, { 0x80, 0xff, 's', 2, "SJMP %r"}, { 0x81, 0xff, 'A', 3, "AJMP %A"}, { 0x82, 0xff, ' ', 2, "ANL C,%b"}, { 0x83, 0xff, ' ', 1, "MOVC A,@A+PC"}, { 0x84, 0xff, ' ', 1, "DIV AB"}, { 0x85, 0xff, ' ', 3, "MOV %8,%a"}, { 0x86, 0xff, ' ', 2, "MOV %a,@R0"}, { 0x87, 0xff, ' ', 2, "MOV %a,@R1"}, { 0x88, 0xff, ' ', 2, "MOV %a,R0"}, { 0x89, 0xff, ' ', 2, "MOV %a,R1"}, { 0x8a, 0xff, ' ', 2, "MOV %a,R2"}, { 0x8b, 0xff, ' ', 2, "MOV %a,R3"}, { 0x8c, 0xff, ' ', 2, "MOV %a,R4"}, { 0x8d, 0xff, ' ', 2, "MOV %a,R5"}, { 0x8e, 0xff, ' ', 2, "MOV %a,R6"}, { 0x8f, 0xff, ' ', 2, "MOV %a,R7"}, { 0x90, 0xff, ' ', 4, "MOV DPTR,#%l"}, { 0x91, 0xff, 'a', 3, "ACALL %A"}, { 0x92, 0xff, ' ', 2, "MOV %b,C"}, { 0x93, 0xff, ' ', 1, "MOVC A,@A+DPTR"}, { 0x94, 0xff, ' ', 2, "SUBB A,#%d"}, { 0x95, 0xff, ' ', 2, "SUBB A,%a"}, { 0x96, 0xff, ' ', 1, "SUBB A,@R0"}, { 0x97, 0xff, ' ', 1, "SUBB A,@R1"}, { 0x98, 0xff, ' ', 1, "SUBB A,R0"}, { 0x99, 0xff, ' ', 1, "SUBB A,R1"}, { 0x9a, 0xff, ' ', 1, "SUBB A,R2"}, { 0x9b, 0xff, ' ', 1, "SUBB A,R3"}, { 0x9c, 0xff, ' ', 1, "SUBB A,R4"}, { 0x9d, 0xff, ' ', 1, "SUBB A,R5"}, { 0x9e, 0xff, ' ', 1, "SUBB A,R6"}, { 0x9f, 0xff, ' ', 1, "SUBB A,R7"}, { 0xa0, 0xff, ' ', 2, "ORL C,/%b"}, { 0xa1, 0xff, 'A', 3, "AJMP %A"}, { 0xa2, 0xff, ' ', 2, "MOV C,%b"}, { 0xa3, 0xff, ' ', 1, "INC DPTR"}, { 0xa4, 0xff, ' ', 1, "MUL AB"}, { 0xa5, 0xff, '_', 1, "-"}, { 0xa6, 0xff, ' ', 2, "MOV @R0,%a"}, { 0xa7, 0xff, ' ', 2, "MOV @R1,%a"}, { 0xa8, 0xff, ' ', 2, "MOV R0,%a"}, { 0xa9, 0xff, ' ', 2, "MOV R1,%a"}, { 0xaa, 0xff, ' ', 2, "MOV R2,%a"}, { 0xab, 0xff, ' ', 2, "MOV R3,%a"}, { 0xac, 0xff, ' ', 2, "MOV R4,%a"}, { 0xad, 0xff, ' ', 2, "MOV R5,%a"}, { 0xae, 0xff, ' ', 2, "MOV R6,%a"}, { 0xaf, 0xff, ' ', 2, "MOV R7,%a"}, { 0xb0, 0xff, ' ', 2, "ANL C,/%b"}, { 0xb1, 0xff, 'a', 3, "ACALL %A"}, { 0xb2, 0xff, ' ', 2, "CPL %b"}, { 0xb3, 0xff, ' ', 1, "CPL C"}, { 0xb4, 0xff, 'R', 3, "CJNE A,#%d,%R"}, { 0xb5, 0xff, 'R', 3, "CJNE A,%a,%R"}, { 0xb6, 0xff, 'R', 3, "CJNE @R0,#%d,%R"}, { 0xb7, 0xff, 'R', 3, "CJNE @R1,#%d,%R"}, { 0xb8, 0xff, 'R', 3, "CJNE R0,#%d,%R"}, { 0xb9, 0xff, 'R', 3, "CJNE R1,#%d,%R"}, { 0xba, 0xff, 'R', 3, "CJNE R2,#%d,%R"}, { 0xbb, 0xff, 'R', 3, "CJNE R3,#%d,%R"}, { 0xbc, 0xff, 'R', 3, "CJNE R4,#%d,%R"}, { 0xbd, 0xff, 'R', 3, "CJNE R5,#%d,%R"}, { 0xbe, 0xff, 'R', 3, "CJNE R6,#%d,%R"}, { 0xbf, 0xff, 'R', 3, "CJNE R7,#%d,%R"}, { 0xc0, 0xff, ' ', 2, "PUSH %a"}, { 0xc1, 0xff, 'A', 3, "AJMP %A"}, { 0xc2, 0xff, ' ', 2, "CLR %b"}, { 0xc3, 0xff, ' ', 1, "CLR C"}, { 0xc4, 0xff, ' ', 1, "SWAP A"}, { 0xc5, 0xff, ' ', 2, "XCH A,%a"}, { 0xc6, 0xff, ' ', 1, "XCH A,@R0"}, { 0xc7, 0xff, ' ', 1, "XCH A,@R1"}, { 0xc8, 0xff, ' ', 1, "XCH A,R0"}, { 0xc9, 0xff, ' ', 1, "XCH A,R1"}, { 0xca, 0xff, ' ', 1, "XCH A,R2"}, { 0xcb, 0xff, ' ', 1, "XCH A,R3"}, { 0xcc, 0xff, ' ', 1, "XCH A,R4"}, { 0xcd, 0xff, ' ', 1, "XCH A,R5"}, { 0xce, 0xff, ' ', 1, "XCH A,R6"}, { 0xcf, 0xff, ' ', 1, "XCH A,R7"}, { 0xd0, 0xff, ' ', 2, "POP %a"}, { 0xd1, 0xff, 'a', 3, "ACALL %A"}, { 0xd2, 0xff, ' ', 2, "SETB %b"}, { 0xd3, 0xff, ' ', 1, "SETB C"}, { 0xd4, 0xff, ' ', 1, "DA A"}, { 0xd5, 0xff, 'R', 3, "DJNZ %a,%R"}, { 0xd6, 0xff, ' ', 1, "XCHD A,@R0"}, { 0xd7, 0xff, ' ', 1, "XCHD A,@R1"}, { 0xd8, 0xff, 'r', 2, "DJNZ R0,%r"}, { 0xd9, 0xff, 'r', 2, "DJNZ R1,%r"}, { 0xda, 0xff, 'r', 2, "DJNZ R2,%r"}, { 0xdb, 0xff, 'r', 2, "DJNZ R3,%r"}, { 0xdc, 0xff, 'r', 2, "DJNZ R4,%r"}, { 0xdd, 0xff, 'r', 2, "DJNZ R5,%r"}, { 0xde, 0xff, 'r', 2, "DJNZ R6,%r"}, { 0xdf, 0xff, 'r', 2, "DJNZ R7,%r"}, { 0xe0, 0xff, ' ', 1, "MOVX A,@DPTR"}, { 0xe1, 0xff, 'A', 3, "AJMP %A"}, { 0xe2, 0xff, ' ', 1, "MOVX A,@R0"}, { 0xe3, 0xff, ' ', 1, "MOVX A,@R1"}, { 0xe4, 0xff, ' ', 1, "CLR A"}, { 0xe5, 0xff, ' ', 2, "MOV A,%a"}, { 0xe6, 0xff, ' ', 1, "MOV A,@R0"}, { 0xe7, 0xff, ' ', 1, "MOV A,@R1"}, { 0xe8, 0xff, ' ', 1, "MOV A,R0"}, { 0xe9, 0xff, ' ', 1, "MOV A,R1"}, { 0xea, 0xff, ' ', 1, "MOV A,R2"}, { 0xeb, 0xff, ' ', 1, "MOV A,R3"}, { 0xec, 0xff, ' ', 1, "MOV A,R4"}, { 0xed, 0xff, ' ', 1, "MOV A,R5"}, { 0xee, 0xff, ' ', 1, "MOV A,R6"}, { 0xef, 0xff, ' ', 1, "MOV A,R7"}, { 0xf0, 0xff, ' ', 1, "MOVX @DPTR,A"}, { 0xf1, 0xff, 'a', 3, "ACALL %A"}, { 0xf2, 0xff, ' ', 1, "MOVX @R0,A"}, { 0xf3, 0xff, ' ', 1, "MOVX @R1,A"}, { 0xf4, 0xff, ' ', 1, "CPL A"}, { 0xf5, 0xff, ' ', 2, "MOV %a,A"}, { 0xf6, 0xff, ' ', 1, "MOV @R0,A"}, { 0xf7, 0xff, ' ', 1, "MOV @R1,A"}, { 0xf8, 0xff, ' ', 1, "MOV R0,A"}, { 0xf9, 0xff, ' ', 1, "MOV R1,A"}, { 0xfa, 0xff, ' ', 1, "MOV R2,A"}, { 0xfb, 0xff, ' ', 1, "MOV R3,A"}, { 0xfc, 0xff, ' ', 1, "MOV R4,A"}, { 0xfd, 0xff, ' ', 1, "MOV R5,A"}, { 0xfe, 0xff, ' ', 1, "MOV R6,A"}, { 0xff, 0xff, ' ', 1, "MOV R7,A"}, { 0, 0, 0, 0, NULL } }; /* * Making an 390 CPU object */ cl_uc390::cl_uc390 (int Itype, int Itech, class cl_sim *asim): cl_uc52 (Itype, Itech, asim) { if (Itype == CPU_DS390F) { printf ("24-bit flat mode, warning: lots of sfr-functions not implemented!\n"); flat24_flag = 1; } // todo: add interrupt sources } void cl_uc390::mk_hw_elements (void) { class cl_hw *h; cl_uc52::mk_hw_elements(); hws->add (h = new cl_uc390_hw (this)); h->init(); } void cl_uc390::make_memories(void) { class cl_address_space *as; rom= as= new cl_address_space(MEM_ROM_ID, 0, 0x20000, 8); as->init(); address_spaces->add(as); iram= as= new cl_address_space(MEM_IRAM_ID, 0, 0x100, 8); as->init(); address_spaces->add(as); sfr= as= new cl_address_space(MEM_SFR_ID, 0x80, 0x80, 8); as->init(); address_spaces->add(as); xram= as= new cl_address_space(MEM_XRAM_ID, 0, 0x100000+128, 8); as->init(); address_spaces->add(as); as= new cl_address_space(MEM_IXRAM_ID, 0, 0x1000, 8); as->init(); address_spaces->add(as); class cl_address_decoder *ad; class cl_memory_chip *chip; chip= new cl_memory_chip("rom_chip", 0x20000, 8, 0xff); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= rom, chip, 0, 0x1ffff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("iram_chip", 0x100, 8, 0); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= iram, chip, 0, 0xff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("xram_chip", 0x100000+128, 8, 0); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= xram, chip, 0, 0x10007f, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("ixram_chip", 0x1000, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space(MEM_IXRAM_ID), chip, 0, 0xfff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("sfr_chip", 0x80, 8, 0); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= sfr, chip, 0x80, 0xff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); acc= sfr->get_cell(ACC); psw= sfr->get_cell(PSW); } /* * Setting up SFR area to reset value */ void cl_uc390::clear_sfr(void) { cl_uc52::clear_sfr(); /* SFR value */ sfr->write(0x80, 0xff); /* P4 */ sfr->write(0x81, 0x07); /* SP */ sfr->write(0x86, 0x04); /* DPS */ sfr->write(0x90, 0xff); /* P1 */ sfr->write(0x92, 0xbf); /* P4CNT */ sfr->write(0x9b, 0xfc); /* ESP */ if (flat24_flag) sfr->/*write*/set(ACON, 0xfa); /* ACON; AM1 set: 24-bit flat */ else sfr->/*write*/set(ACON, 0xf8); /* ACON */ sfr->write(0xa0, 0xff); /* P2 */ sfr->write(0xa1, 0xff); /* P5 */ sfr->write(0xa3, 0x09); /* COC */ sfr->write(0xb0, 0xff); /* P3 */ sfr->write(0xb8, 0x80); /* IP */ sfr->write(0xc5, 0x10); /* STATUS */ sfr->write(0xc6, 0x10); /* MCON */ sfr->write(0xc7, 0xff); /* TA */ sfr->write(0xc9, 0xe4); /* T2MOD */ sfr->write(0xd2, 0x2f); /* MCNT1 */ sfr->write(0xe3, 0x09); /* C1C */ } t_mem cl_uc390::read_mem(const char *id/*enum mem_class type*/, t_addr addr) { if (strcmp(/*type*/id,/* == */MEM_XRAM_ID)==0 && addr >= 0x400000 && (sfr->get (ACON) & 0x02)) /* AM1 set: 24-bit flat? */ { addr -= 0x400000; id/*type*/ = MEM_IXRAM_ID; } return cl_51core::read_mem(id/*type*/, addr); /* 24 bit */ } t_mem cl_uc390::get_mem (const char *id/*enum mem_class type*/, t_addr addr) { if (strcmp(/*type*/id/* == */,MEM_XRAM_ID)==0 && addr >= 0x400000 && (sfr->get (ACON) & 0x02)) /* AM1 set: 24-bit flat? */ { addr -= 0x400000; /*type*/id = MEM_IXRAM_ID; } return cl_51core::get_mem (/*type*/id, addr); } void cl_uc390::write_mem (const char *id/*enum mem_class type*/, t_addr addr, t_mem val) { if (strcmp(/*type ==*/id, MEM_XRAM_ID)==0 && addr >= 0x400000 && (sfr->get (ACON) & 0x02)) /* AM1 set: 24-bit flat? */ { addr -= 0x400000; /*type*/id = MEM_IXRAM_ID; } cl_51core::write_mem (/*type*/id, addr, val); } void cl_uc390::set_mem (/*enum mem_class type*/const char *id, t_addr addr, t_mem val) { if (/*type == */strcmp(id,MEM_XRAM_ID)==0 && addr >= 0x400000 && (sfr->get (ACON) & 0x02)) /* AM1 set: 24-bit flat? */ { addr -= 0x400000; /*type*/id = MEM_IXRAM_ID; } cl_51core::set_mem (id/*type*/, addr, val); } /* *____________________________________________________________________________ */ void cl_uc390::push_byte (t_mem uc) { t_addr sp; sp = sfr->wadd (SP, 1); if (sfr->get (ACON) & 0x04) /* SA: 10 bit stack */ { if (sp == 0) /* overflow SP */ sfr->wadd (ESP, 1); sp += (sfr->read (ESP) & 0x3) * 256; write_mem (MEM_IXRAM_ID, sp, uc); // fixme } else { class cl_memory_cell *stck; stck = iram->get_cell (sp); stck->write (uc); } } t_mem cl_uc390::pop_byte (void) { t_mem temp; t_addr sp; if (sfr->get (ACON) & 0x04) /* SA: 10 bit stack */ { sp = sfr->read (SP); sp += (sfr->read (ESP) & 0x3) * 256; temp = read_mem (MEM_IXRAM_ID, sp); // fixme sp = sfr->wadd (SP, -1); if (sp == 0xff) /* underflow SP */ sfr->wadd (ESP, -1); return temp; } else { class cl_memory_cell *stck; stck = iram->get_cell (sfr->get (SP)); temp = stck->read(); sp = sfr->wadd (SP, -1); return temp; } } /* * 0xa3 1 24 INC DPTR *____________________________________________________________________________ * */ int cl_uc390::inst_inc_dptr (uchar code) { ulong dptr; uchar pl, ph, px, dps; dps = sfr->get (DPS); if (dps & 0x01) { pl = DPL1; ph = DPH1; px = DPX1; } else { pl = DPL; ph = DPH; px = DPX; } dptr = sfr->read (ph) * 256 + sfr->read (pl); if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ dptr += sfr->read (px) *256*256; if (dps & 0x80) /* decr set */ dptr--; else dptr++; if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ sfr->write (px, (dptr >> 16) & 0xff); sfr->write (ph, (dptr >> 8) & 0xff); sfr->write (pl, dptr & 0xff); if (dps & 0x20) /* auto-switch dptr */ sfr->write (DPS, dps ^ 1); /* toggle dual-dptr switch */ tick (1); return resGO; } /* * 0x73 1 24 JMP @A+DPTR *____________________________________________________________________________ * */ int cl_uc390::inst_jmp_Sa_dptr (uchar code) { uchar pl, ph, px, dps; dps = sfr->get (DPS); if (dps & 0x01) { pl = DPL1; ph = DPH1; px = DPX1; } else { pl = DPL; ph = DPH; px = DPX; } PC = rom->validate_address(sfr->read (ph) * 256 + sfr->read (pl) + acc->read()); if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ PC += sfr->read (px) * 256*256; tick (1); return resGO; } /* * 0x90 3 24 MOV DPTR,#data *____________________________________________________________________________ * */ int cl_uc390::inst_mov_dptr_Sdata (uchar code) { uchar pl, ph, px, dps; dps = sfr->get (DPS); if (dps & 0x01) { pl = DPL1; ph = DPH1; px = DPX1; } else { pl = DPL; ph = DPH; px = DPX; } if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ sfr->write (px, fetch ()); sfr->write (ph, fetch ()); sfr->write (pl, fetch ()); if (dps & 0x20) /* auto-switch dptr */ sfr->write (DPS, dps ^ 1); /* toggle dual-dptr switch */ tick (1); return resGO; } /* * 0x93 1 24 MOVC A,@A+DPTR *____________________________________________________________________________ * */ int cl_uc390::inst_movc_a_Sa_dptr (uchar code) { uchar pl, ph, px, dps; dps = sfr->get (DPS); if (dps & 0x01) { pl = DPL1; ph = DPH1; px = DPX1; } else { pl = DPL; ph = DPH; px = DPX; } if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ acc->write (rom->read ((sfr->read (px) * 256*256 + sfr->read (ph) * 256 + sfr->read (pl) + acc->read()))); else acc->write (rom->read ((sfr->read (ph) * 256 + sfr->read (pl) + acc->read()))); if (dps & 0x20) /* auto-switch dptr */ sfr->write (DPS, dps ^ 1); /* toggle dual-dptr switch */ tick (1); return resGO; } /* * 0xc0 2 24 PUSH addr *____________________________________________________________________________ * */ int cl_uc390::inst_push (uchar code) { class cl_memory_cell *cell; cell = get_direct(fetch()); t_addr sp_before= sfr->get(SP); t_mem data; push_byte (data= cell->read()); class cl_stack_op *so= new cl_stack_push(instPC, data, sp_before, sfr->get(SP)); so->init(); stack_write(so); tick (1); return resGO; } /* * 0xd0 2 24 POP addr *____________________________________________________________________________ * */ int cl_uc390::inst_pop (uchar code) { class cl_memory_cell *cell; t_addr sp_before= sfr->get(SP); t_mem data; cell = get_direct (fetch()); cell->write (data= pop_byte()); class cl_stack_op *so= new cl_stack_pop(instPC, data, sp_before, sfr->get(SP)); so->init(); stack_read(so); tick (1); return resGO; } /* * 0xe0 1 24 MOVX A,@DPTR *____________________________________________________________________________ * */ int cl_uc390::inst_movx_a_Sdptr (uchar code) { uchar pl, ph, px, dps; dps = sfr->get (DPS); if (dps & 0x01) { pl = DPL1; ph = DPH1; px = DPX1; } else { pl = DPL; ph = DPH; px = DPX; } if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ acc->write (read_mem (MEM_XRAM_ID, sfr->read (px) * 256*256 + sfr->read (ph) * 256 + sfr->read (pl))); else acc->write (read_mem (MEM_XRAM_ID, sfr->read (ph) * 256 + sfr->read (pl))); if (dps & 0x20) /* auto-switch dptr */ sfr->write (DPS, dps ^ 1); /* toggle dual-dptr switch */ tick (1); return resGO; } /* * 0xf0 1 24 MOVX @DPTR,A *____________________________________________________________________________ * */ int cl_uc390::inst_movx_Sdptr_a (uchar code) { uchar pl, ph, px, dps; dps = sfr->get (DPS); if (dps & 0x01) { pl = DPL1; ph = DPH1; px = DPX1; } else { pl = DPL; ph = DPH; px = DPX; } if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ write_mem (MEM_XRAM_ID, sfr->read (px) * 256*256 + sfr->read (ph) * 256 + sfr->read (pl), acc->read()); else write_mem (MEM_XRAM_ID, sfr->read (ph) * 256 + sfr->read (pl), acc->read()); if (dps & 0x20) /* auto-switch dptr */ sfr->write (DPS, dps ^ 1); /* toggle dual-dptr switch */ tick (1); return resGO; } /* * 0x[02468ace]1 2 24 AJMP addr *____________________________________________________________________________ * */ int cl_uc390::inst_ajmp_addr (uchar code) { uchar x, h, l; if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ { x = (code >> 5) & 0x07; h = fetch (); l = fetch (); PC = (PC & 0xf800) | (x * 256*256 + h * 256 + l); } else { h = (code >> 5) & 0x07; l = fetch (); PC = (PC & 0xf800) | (h * 256 + l); } tick (1); return resGO; } /* * 0x02 3 24 LJMP addr *____________________________________________________________________________ * */ int cl_uc390::inst_ljmp (uchar code) { uchar x, h, l; if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ { x = fetch (); h = fetch (); l = fetch (); PC = x * 256*256 + h * 256 + l; } else { h = fetch (); l = fetch (); PC = h * 256 + l; } tick (1); return resGO; } /* * 0x[13579bdf]1 2 24 ACALL addr *____________________________________________________________________________ * */ int cl_uc390::inst_acall_addr (uchar code) { uchar x, h, l; if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ { x = (code >> 5) & 0x07; h = fetch (); l = fetch (); push_byte ( PC & 0xff); /* push low byte */ push_byte ((PC >> 8) & 0xff); /* push high byte */ push_byte ((PC >> 16) & 0xff); /* push x byte */ PC = (PC & 0xf800) | (x * 256*256 + h * 256 + l); } else { /* stock mcs51 mode */ class cl_memory_cell *stck; t_mem sp; h = (code >> 5) & 0x07; l = fetch(); sp = sfr->wadd (SP, 1); stck = iram->get_cell (sp); stck->write (PC & 0xff); // push low byte sp = sfr->wadd (SP, 1); stck = iram->get_cell (sp); stck->write ((PC >> 8) & 0xff); // push high byte PC = (PC & 0xf800) | (h*256 + l); } tick (1); return resGO; } /* * 0x12 3 24 LCALL *____________________________________________________________________________ * */ int cl_uc390::inst_lcall (uchar code, uint addr, bool intr) { uchar x = 0, h = 0, l = 0; if (!intr) { /* this is a normal lcall */ if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ x = fetch (); h = fetch (); l = fetch (); } /* else, this is interrupt processing */ t_addr sp_before= sfr->get(SP); push_byte ( PC & 0xff); /* push low byte */ push_byte ((PC >> 8) & 0xff); /* push high byte */ t_mem pushed= PC; if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ { push_byte ((PC >> 16) & 0xff); /* push x byte */ if (addr) PC = addr & 0xfffful; /* if interrupt: x-Byte is 0 */ else PC = x * 256*256 + h * 256 + l; } else { class cl_stack_op *so; if (addr) { PC = addr; so= new cl_stack_intr(instPC, PC, pushed, sp_before, sfr->get(SP)); } else { PC = h * 256 + l; so= new cl_stack_call(instPC, PC, pushed, sp_before, sfr->get(SP)); } so->init(); stack_write(so); } return resGO; } /* * 0x22 1 24 RET *____________________________________________________________________________ * */ int cl_uc390::inst_ret (uchar code) { uchar x = 0, h, l; t_addr sp_before= sfr->get(SP); if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ x = pop_byte (); h = pop_byte (); l = pop_byte (); tick (1); if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ { tick (1); PC = x * 256*256 + h * 256 + l; } else PC = h * 256 + l; class cl_stack_op *so= new cl_stack_ret(instPC, PC, sp_before, sfr->get(SP)); so->init(); stack_read(so); return resGO; } /* * 0x32 1 24 RETI *____________________________________________________________________________ * */ int cl_uc390::inst_reti (uchar code) { uchar x = 0, h, l; t_addr sp_before= sfr->get(SP); if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ x = pop_byte (); h = pop_byte (); l = pop_byte (); tick (1); if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ { tick (1); PC = x * 256*256 + h * 256 + l; } else PC = h * 256 + l; interrupt->was_reti = DD_TRUE; class it_level *il = (class it_level *) (it_levels->top ()); if (il && il->level >= 0) { il = (class it_level *) (it_levels->pop ()); delete il; } class cl_stack_op *so= new cl_stack_iret(instPC, PC, sp_before, sfr->get(SP)); so->init(); stack_read(so); return resGO; } /* * Disassembling an instruction */ struct dis_entry * cl_uc390::dis_tbl (void) { if (sfr->get (ACON) & 0x02) /* AM1 set: 24-bit flat? */ return disass_390f; else return disass_51; //t_uc51::dis_tbl (); } const char * cl_uc390::disass (t_addr addr, const char *sep) { char work[256], temp[20], c[2]; const char *b; char *buf, *p, *t; t_mem code; if (! (sfr->get (ACON) & 0x02)) /* AM1 set: 24-bit flat? */ return cl_51core::disass (addr, sep); code = rom->get(addr); p = work; b = dis_tbl()[code].mnemonic; while (*b) { if (*b == '%') { b++; switch (*(b++)) { case 'A': // absolute address // stock: // sprintf (temp, "%04lx", // (addr & 0xf800)| // (((code >> 5) & 0x07) * 256 + // rom->get (addr + 1))); sprintf (temp, "%06lx", (addr & 0xf80000L) | (((code >> 5) & 0x07) * (256 * 256) + (rom->get (addr + 1) * 256) + rom->get (addr + 2))); break; case 'l': // long address sprintf (temp, "%06lx", rom->get (addr + 1) * (256*256L) + rom->get (addr + 2) * 256 + rom->get (addr + 3)); // rom->get (addr + 1) * 256 + rom->get (addr + 2)); break; case 'a': // addr8 (direct address) at 2nd byte if (!get_name (rom->get (addr + 1), sfr_tbl (), temp)) sprintf (temp, "%02"_M_"x", rom->get (addr + 1)); break; case '8': // addr8 (direct address) at 3rd byte if (!get_name (rom->get (addr + 2), sfr_tbl (), temp)) sprintf (temp, "%02"_M_"x", rom->get (addr + 2)); break; case 'b': // bitaddr at 2nd byte { t_addr ba = rom->get (addr+1); if (get_name (ba, bit_tbl(), temp)) break; if (get_name ((ba<128) ? ((ba/8)+32) : (ba&0xf8), sfr_tbl(), temp)) { strcat (temp, "."); sprintf (c, "%1"_M_"d", ba & 0x07); strcat (temp, c); break; } sprintf (temp, "%02x.%"_M_"d", (ba<128) ? ((ba/8)+32) : (ba&0xf8), ba & 0x07); break; } case 'r': // rel8 address at 2nd byte sprintf (temp, "%04"_A_"x", t_addr (addr + 2 + (signed char) (rom->get (addr + 1)))); break; case 'R': // rel8 address at 3rd byte sprintf (temp, "%04"_A_"x", t_addr (addr + 3 + (signed char) (rom->get (addr + 2)))); break; case 'd': // data8 at 2nd byte sprintf (temp, "%02"_M_"x", rom->get (addr + 1)); break; case 'D': // data8 at 3rd byte sprintf (temp, "%02"_M_"x", rom->get (addr + 2)); break; default: strcpy (temp, "?"); break; } t = temp; while (*t) *p++ = *t++; } else *p++ = *b++; } *p = '\0'; p = strchr (work, ' '); if (!p) { buf = strdup (work); return buf; } if (sep == NULL) buf = (char *) malloc (6 + strlen (p) + 1); else buf = (char *) malloc ((p - work) + strlen (sep) + strlen (p) + 1); for (p = work, t = buf; *p != ' '; p++, t++) *t = *p; p++; *t = '\0'; if (sep == NULL) while (strlen (buf) < 6) strcat (buf, " "); else strcat (buf, sep); strcat (buf, p); return buf; } void cl_uc390::print_regs (class cl_console_base *con) { t_addr start; t_mem data; if (! (sfr->get (ACON) & 0x02)) /* AM1 set: 24-bit flat? */ { cl_51core::print_regs (con); return; } start = sfr->get (PSW) & 0x18; //dump_memory(iram, &start, start+7, 8, /*sim->cmd_out()*/con, sim); iram->dump (start, start + 7, 8, con); start = sfr->get (PSW) & 0x18; data = iram->get (iram->get (start)); con->dd_printf("%06x %02x %c", iram->get (start), data, isprint (data) ? data : '.'); con->dd_printf(" ACC= 0x%02x %3d %c B= 0x%02x", sfr->get (ACC), sfr->get (ACC), isprint (sfr->get (ACC)) ? (sfr->get (ACC)) : '.', sfr->get (B)); eram2xram (); data = get_mem (MEM_XRAM_ID, sfr->get (DPX) * 256*256 + sfr->get (DPH) * 256 + sfr->get (DPL)); con->dd_printf (" DPTR= 0x%02x%02x%02x @DPTR= 0x%02x %3d %c\n", sfr->get (DPX), sfr->get (DPH), sfr->get (DPL), data, data, isprint (data) ? data : '.'); data = iram->get (iram->get (start + 1)); con->dd_printf ("%06x %02x %c", iram->get (start + 1), data, isprint (data) ? data : '.'); data= sfr->get (PSW); con->dd_printf (" PSW= 0x%02x CY=%c AC=%c OV=%c P=%c ", data, (data & bmCY) ? '1' : '0', (data & bmAC) ? '1' : '0', (data & bmOV) ? '1' : '0', (data & bmP ) ? '1' : '0' ); /* show stack pointer */ if (sfr->get (ACON) & 0x04) /* SA: 10 bit stack */ con->dd_printf ("SP10 0x%03x %3d\n", (sfr->get (ESP) & 3) * 256 + sfr->get (SP), get_mem (MEM_IXRAM_ID, (sfr->get (ESP) & 3) * 256 + sfr->get (SP)) ); else con->dd_printf ("SP 0x%02x %3d\n", sfr->get (SP), iram->get (sfr->get (SP)) ); print_disass (PC, con); } /* End of s51.src/uc390.cc */ sdcc-2.9.0/sim/ucsim/s51.src/uc390cl.h000066400000000000000000000053511116427777700171260ustar00rootroot00000000000000/* * Simulator of microcontrollers (uc390cl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * * uc390cl.h - implemented by Karl Bongers, karl@turbobit.com */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef UC390CL_HEADER #define UC390CL_HEADER #include "ddconfig.h" #include "uc52cl.h" class cl_uc390: public cl_uc52 { public: cl_uc390(int Itype, int Itech, class cl_sim *asim); virtual void mk_hw_elements (void); virtual void make_memories(void); virtual void clear_sfr (void); // making objects //virtual t_addr get_mem_size (enum mem_class type); // manipulating memories virtual t_mem read_mem (const char *id/*enum mem_class type*/, t_addr addr); virtual t_mem get_mem (const char *id/*enum mem_class type*/, t_addr addr); virtual void write_mem (const char *id/*enum mem_class type*/, t_addr addr, t_mem val); virtual void set_mem (const char *id/*enum mem_class type*/, t_addr addr, t_mem val); /* mods for dual-dptr */ virtual int inst_inc_dptr(uchar code); virtual int inst_jmp_Sa_dptr(uchar code); virtual int inst_mov_dptr_Sdata(uchar code); virtual int inst_movc_a_Sa_dptr(uchar code); virtual int inst_movx_a_Sdptr(uchar code); virtual int inst_movx_Sdptr_a(uchar code); /* mods for flat24 */ virtual int inst_ajmp_addr(uchar code); virtual int inst_ljmp(uchar code); virtual int inst_acall_addr(uchar code); virtual int inst_lcall(uchar code, uint addr, bool intr);/* 12 */ virtual int inst_ret(uchar code); virtual int inst_reti(uchar code); /* mods for 10 bit stack */ virtual int inst_push (uchar code); virtual int inst_pop (uchar code); /* mods for disassembly of flat24 */ virtual struct dis_entry *dis_tbl(void); virtual const char * disass(t_addr addr, const char *sep); virtual void print_regs(class cl_console_base *con); protected: int flat24_flag; /* true if processor == ds390f */ virtual void push_byte (t_mem uc); virtual t_mem pop_byte (void); }; /* End of s51.src/uc390cl.h */ #endif sdcc-2.9.0/sim/ucsim/s51.src/uc390hw.cc000066400000000000000000000235131116427777700173040ustar00rootroot00000000000000/* * Simulator of microcontrollers (serial.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include // local #include "uc390hwcl.h" #include "regs51.h" #include "uc51cl.h" cl_uc390_hw::cl_uc390_hw (class cl_uc *auc): cl_hw (auc, HW_DUMMY, 0, "ds390hw") { uc390 = (class cl_uc390 *) uc; } int cl_uc390_hw::init(void) { sfr = uc->address_space(MEM_SFR_ID); if (sfr) { /*cell_dps = sfr->register_hw (DPS , this, 0); cell_p4cnt = sfr->register_hw (P4CNT, this, 0); cell_exif = sfr->register_hw (EXIF , this, 0); cell_acon = sfr->register_hw (ACON , this, 0); cell_p5cnt = sfr->register_hw (P5CNT, this, 0); cell_c0c = sfr->register_hw (C0C , this, 0); cell_pmr = sfr->register_hw (PMR , this, 0); cell_mcon = sfr->register_hw (MCON , this, 0); cell_ta = sfr->register_hw (TA , this, 0); cell_cor = sfr->register_hw (COR , this, 0); cell_mcnt0 = sfr->register_hw (MCNT0, this, 0); cell_mcnt1 = sfr->register_hw (MCNT1, this, 0); cell_ma = sfr->register_hw (MA , this, 0); cell_mb = sfr->register_hw (MB , this, 0); cell_mc = sfr->register_hw (MC , this, 0); cell_wdcon = sfr->register_hw (WDCON, this, 0); cell_c1c = sfr->register_hw (C1C , this, 0);*/ register_cell (sfr, DPS , &cell_dps , wtd_restore); register_cell (sfr, P4CNT, &cell_p4cnt, wtd_restore); register_cell (sfr, EXIF , &cell_exif , wtd_restore); register_cell (sfr, ACON , &cell_acon , wtd_restore); register_cell (sfr, P5CNT, &cell_p5cnt, wtd_restore); register_cell (sfr, C0C , &cell_c0c , wtd_restore); register_cell (sfr, PMR , &cell_pmr , wtd_restore); register_cell (sfr, MCON , &cell_mcon , wtd_restore); register_cell (sfr, TA , &cell_ta , wtd_restore); register_cell (sfr, COR , &cell_cor , wtd_restore); register_cell (sfr, MCNT0, &cell_mcnt0, wtd_restore); register_cell (sfr, MCNT1, &cell_mcnt1, wtd_restore); register_cell (sfr, MA , &cell_ma , wtd_restore); register_cell (sfr, MB , &cell_mb , wtd_restore); register_cell (sfr, MC , &cell_mc , wtd_restore); register_cell (sfr, WDCON, &cell_wdcon, wtd_restore); register_cell (sfr, C1C , &cell_c1c , wtd_restore); } return 0; } t_mem cl_uc390_hw::read (class cl_memory_cell *cell) { if (cell == cell_exif) { if (ctm_ticks && uc390->ticks->ticks >= ctm_ticks + 50 /*65535*/) { ctm_ticks = 0; cell->set (cell->get() | 0x08); /* set CKRDY */ } } return cell->get(); } void cl_uc390_hw::write (class cl_memory_cell *cell, t_mem *val) { if (cell == cell_dps) *val = (*val & 0xe5) | 0x04; else if (cell == cell_exif) { /* Bit 0 (BGS) is TA-protected */ if (timed_access_state != 2 || timed_access_ticks + 2*12 < uc390->ticks->ticks) // fixme: 3 cycles *val = (*val & ~0x01) | (cell_exif->get() & 0x01); /* CKRDY and RGMD are read-only */ *val = (*val & 0x0c) | (*val & ~0x0c); } else if (cell == cell_p4cnt) { /* P4CNT is TA-protected */ if (timed_access_state != 2 || timed_access_ticks + 2*12 < uc390->ticks->ticks) // fixme: 3 cycles *val = cell_p4cnt->get(); *val |= 0x80; /* always 1 */ } else if (cell == cell_acon) { /* ACON is TA-protected */ if (timed_access_state != 2 || timed_access_ticks + 2*12 < uc390->ticks->ticks) // fixme: 3 cycles *val = cell_acon->get(); else { /* lockout: IDM1:IDM0 and SA can't be set at the same time */ if ((cell_mcon->get() & 0xc0) == 0xc0) /* IDM1 and IDM0 set? */ *val &= ~0x04; /* lockout SA */ } *val |= 0xf8; /* always 1 */ } else if (cell == cell_p5cnt) { /* Bits 0...2 are TA-protected */ if (timed_access_state != 2 || timed_access_ticks + 2*12 < uc390->ticks->ticks) // fixme: 3 cycles *val = (*val & ~0x07) | (cell_p5cnt->get() & 0x07); } else if (cell == cell_c0c) { /* Bit 3 (CRST) is TA-protected */ if (timed_access_state != 2 || timed_access_ticks + 2*12 < uc390->ticks->ticks) // fixme: 3 cycles *val = (*val & ~0x08) | (cell_c0c->get() & 0x08); } else if (cell == cell_pmr) { /* fixme: check previous state */ if ((*val & 0xd0) == 0x90) /* CD1:CD0 set to 10, CTM set */ { ctm_ticks = uc390->ticks->ticks; cell_exif->set (cell_exif->get() & ~0x08); /* clear CKRDY */ } else ctm_ticks = 0; *val |= 0x03; /* always 1 */ } else if (cell == cell_mcon) { /* MCON is TA-protected */ if (timed_access_state != 2 || timed_access_ticks + 2*12 < uc390->ticks->ticks) // fixme: 3 cycles *val = cell_mcon->get(); else /* lockout: IDM1:IDM0 and SA can't be set at the same time */ if ((cell_acon->get() & 0x04) == 0x04) /* SA set? */ *val &= ~0xc0; /* lockout IDM1:IDM0 */ *val |= 0x10; /* always 1 */ } else if (cell == cell_ta) { if (*val == 0xAA) { timed_access_state = 1; timed_access_ticks = uc390->ticks->ticks; } else if (*val == 0x55 && timed_access_state == 1 && timed_access_ticks + 2*12 >= uc390->ticks->ticks) // fixme: 3 cycles { timed_access_state = 2; timed_access_ticks = uc390->ticks->ticks; } else timed_access_state = 0; } else if (cell == cell_cor) { /* COR is TA-protected */ if (timed_access_state != 2 || timed_access_ticks + 2*12 < uc390->ticks->ticks) // fixme: 3 cycles *val = cell_cor->get(); } else if (cell == cell_mcnt0) { ; } else if (cell == cell_mcnt1) { *val |= 0x0f; /* always 1 */ } else if (cell == cell_ma) { ; } else if (cell == cell_mb) { ; } else if (cell == cell_mc) { ; } else if (cell == cell_wdcon) { /* Bits 0, 1, 3 and 6 are TA-protected */ if (timed_access_state != 2 || timed_access_ticks + 2*12 < uc390->ticks->ticks) // fixme: 3 cycles *val = (*val & ~0x4b) | (cell_wdcon->get() & 0x4b); } else if (cell == cell_c1c) { /* Bit 3 (CRST) is TA-protected */ if (timed_access_state != 2 || timed_access_ticks + 2*12 < uc390->ticks->ticks) // fixme: 3 cycles *val = (*val & ~0x08) | (cell_c1c->get() & 0x08); } } /*void cl_uc390_hw::mem_cell_changed (class cl_m *mem, t_addr addr) { class cl_m *sfr = uc->mem (MEM_SFR); if (mem && sfr && mem == sfr) switch (addr) { case DPS: cell_dps = sfr->get_cell (DPS); break; case P4CNT: cell_p4cnt = sfr->get_cell (P4CNT); break; case EXIF: cell_exif = sfr->get_cell (EXIF); break; case ACON: cell_acon = sfr->get_cell (ACON); break; case P5CNT: cell_p5cnt = sfr->get_cell (P5CNT); break; case C0C: cell_c0c = sfr->get_cell (C0C); break; case PMR: cell_pmr = sfr->get_cell (PMR); break; case MCON: cell_mcon = sfr->get_cell (MCON); break; case TA: cell_ta = sfr->get_cell (TA); break; case COR: cell_cor = sfr->get_cell (COR); break; case MCNT0: cell_mcnt0 = sfr->get_cell (MCNT0); break; case MCNT1: cell_mcnt1 = sfr->get_cell (MCNT1); break; case MA: cell_ma = sfr->get_cell (MA); break; case MB: cell_mb = sfr->get_cell (MB); break; case MC: cell_mc = sfr->get_cell (MC); break; case WDCON: cell_wdcon = sfr->get_cell (WDCON); break; case C1C: cell_c1c = sfr->get_cell (C1C); break; } }*/ void cl_uc390_hw::reset(void) { ctm_ticks = 0; timed_access_state = 0; } void cl_uc390_hw::print_info(class cl_console_base *con) { int i; long l; i = sfr->get (EXIF); con->dd_printf ("%s" " EXIF 0x%02x: IE5 %c IE4 %c IE3 %c IE2 %c CKRDY %c RGMD %c RGSL %c BGS %c\n", id_string, i, (i & 0x80) ? '1' : '0', (i & 0x40) ? '1' : '0', (i & 0x20) ? '1' : '0', (i & 0x10) ? '1' : '0', (i & 0x08) ? '1' : '0', (i & 0x04) ? '1' : '0', (i & 0x02) ? '1' : '0', (i & 0x01) ? '1' : '0'); i = sfr->get (DPS); con->dd_printf ("\tDPS 0x%02x: ID1 %c ID0 %c TSL %c SEL %c\n", i, (i & 0x80) ? '1' : '0', (i & 0x40) ? '1' : '0', (i & 0x20) ? '1' : '0', (i & 0x01) ? '1' : '0'); l = sfr->get (DPX) * 256*256 + sfr->get (DPH) * 256 + sfr->get (DPL); con->dd_printf ("\tDPTR 0x%06x\n", l); l = sfr->get (DPX1) * 256*256 + sfr->get (DPH1) * 256 + sfr->get (DPL1); con->dd_printf ("\tDPTR1 0x%06x\n", l); } /* End of s51.src/uc390hw.cc */ sdcc-2.9.0/sim/ucsim/s51.src/uc390hwcl.h000066400000000000000000000036021116427777700174620ustar00rootroot00000000000000/* * Simulator of microcontrollers (serialcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef UC390HWCL_HEADER #define UC390HWCL_HEADER #include "uccl.h" #include "uc390cl.h" class cl_uc390_hw: public cl_hw { protected: class cl_address_space *sfr; class cl_memory_cell *cell_dps, *cell_exif, *cell_p4cnt, *cell_acon, *cell_p5cnt, *cell_c0c, *cell_pmr, *cell_mcon, *cell_ta, *cell_cor, *cell_mcnt0, *cell_mcnt1, *cell_ma, *cell_mb, *cell_mc, *cell_wdcon, *cell_c1c; class cl_uc390 *uc390; unsigned long ctm_ticks; /* mini-state-machine for "crystal multiplier" */ unsigned long timed_access_ticks; int timed_access_state; /* 0: idle; 1: $aa written; 2: $55 written */ public: cl_uc390_hw (class cl_uc *auc); virtual int init (void); virtual t_mem read (class cl_memory_cell *cell); virtual void write (class cl_memory_cell *cell, t_mem *val); //virtual void mem_cell_changed (class cl_mem *mem, t_addr addr); virtual void reset (void); virtual void print_info (class cl_console_base *con); }; #endif /* End of s51.src/serialcl.h */ sdcc-2.9.0/sim/ucsim/s51.src/uc51.cc000066400000000000000000000775101116427777700166650ustar00rootroot00000000000000/* * Simulator of microcontrollers (uc51.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #ifdef HAVE_UNISTD_H #include #endif #include #include #include #include #if FD_HEADER_OK # include HEADER_FD #endif #include "i_string.h" // prj #include "utils.h" #include "globals.h" // sim #include "optioncl.h" //cmd.src #include "cmduccl.h" // local #include "uc51cl.h" #include "glob.h" #include "regs51.h" #include "timer0cl.h" #include "timer1cl.h" #include "serialcl.h" #include "portcl.h" #include "interruptcl.h" #include "types51.h" /* * Options of uc51 */ cl_irq_stop_option::cl_irq_stop_option(class cl_51core *the_uc51): cl_optref(the_uc51) { uc51= the_uc51; } int cl_irq_stop_option::init(void) { cl_optref::init(); create(uc51, bool_opt, "irq_stop", "Stop when IRQ accepted"); return(0); } void cl_irq_stop_option::option_changed(void) { if (!uc51) return; bool b; option->get_value(&b); uc51->stop_at_it= b; } /* * Making a new micro-controller and reset it */ cl_51core::cl_51core(int Itype, int Itech, class cl_sim *asim): cl_uc(asim) { type= Itype; technology= Itech; irq_stop_option= new cl_irq_stop_option(this); stop_at_it= DD_FALSE; } /* * Initializing. Virtual calls go here * This method must be called first after object creation. */ int cl_51core::init(void) { irq_stop_option->init(); cl_uc::init(); set_name("mcs51_controller"); reset(); return(0); } const char * cl_51core::id_string(void) { static char id_string_51[100]; int i; for (i= 0; cpus_51[i].type_str != NULL && cpus_51[i].type != type; i++) ; sprintf(id_string_51, "%s %s", cpus_51[i].type_str?cpus_51[i].type_str:"51", (technology==CPU_HMOS)?"HMOS":"CMOS"); return(id_string_51); } void cl_51core::mk_hw_elements(void) { class cl_hw *h; acc= sfr->get_cell(ACC); psw= sfr->get_cell(PSW); hws->add(h= new cl_timer0(this, 0, "timer0")); h->init(); hws->add(h= new cl_timer1(this, 1, "timer1")); h->init(); hws->add(h= new cl_serial(this)); h->init(); hws->add(h= new cl_port(this, 0)); h->init(); hws->add(h= new cl_port(this, 1)); h->init(); hws->add(h= new cl_port(this, 2)); h->init(); hws->add(h= new cl_port(this, 3)); h->init(); hws->add(interrupt= new cl_interrupt(this)); interrupt->init(); hws->add(h= new cl_uc51_dummy_hw(this)); h->init(); /* acc= sfr->get_cell(ACC); psw= sfr->get_cell(PSW); */ } void cl_51core::build_cmdset(class cl_cmdset *cmdset) { class cl_cmd *cmd; //class cl_super_cmd *super_cmd; //class cl_cmdset *cset; cl_uc::build_cmdset(cmdset); cmdset->add(cmd= new cl_di_cmd("di", DD_TRUE, "di [start [stop]] Dump Internal RAM", "long help of di")); cmd->init(); cmdset->add(cmd= new cl_dx_cmd("dx", DD_TRUE, "dx [start [stop]] Dump External RAM", "long help of dx")); cmd->init(); cmdset->add(cmd= new cl_ds_cmd("ds", DD_TRUE, "ds [start [stop]] Dump SFR", "long help of ds")); cmd->init(); } /* class cl_m * cl_51core::mk_mem(enum mem_class type, char *class_name) { class cl_address_space *m= cl_uc::mk_mem(type, class_name); if (type == MEM_SFR) sfr= m; if (type == MEM_IRAM) iram= m; return(m); } */ void cl_51core::make_memories(void) { class cl_address_space *as; rom= as= new cl_address_space(MEM_ROM_ID/*"rom"*/, 0, 0x10000, 8); as->init(); address_spaces->add(as); iram= as= new cl_address_space(MEM_IRAM_ID/*"iram"*/, 0, 0x80, 8); as->init(); address_spaces->add(as); sfr= as= new cl_address_space(MEM_SFR_ID/*"sfr"*/, 0x80, 0x80, 8); as->init(); address_spaces->add(as); xram= as= new cl_address_space(MEM_XRAM_ID/*"xram"*/, 0, 0x10000, 8); as->init(); address_spaces->add(as); class cl_address_decoder *ad; class cl_memory_chip *chip; chip= new cl_memory_chip("rom_chip", 0x10000, 8/*, 0xff*/); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= rom/*address_space(MEM_ROM_ID)*/, chip, 0, 0xffff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("iram_chip", 0x80, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= iram/*address_space(MEM_IRAM_ID)*/, chip, 0, 0x7f, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("xram_chip", 0x10000, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= xram/*address_space(MEM_XRAM_ID)*/, chip, 0, 0xffff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("sfr_chip", 0x80, 8, 0); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= sfr/*address_space(MEM_SFR_ID)*/, chip, 0x80, 0xff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); acc= sfr->get_cell(ACC); psw= sfr->get_cell(PSW); } /* * Destroying the micro-controller object */ cl_51core::~cl_51core(void) { /* if (serial_out) { if (isatty(fileno(serial_out))) tcsetattr(fileno(serial_out), TCSANOW, &saved_attributes_out); fclose(serial_out); } if (serial_in) { if (isatty(fileno(serial_in))) tcsetattr(fileno(serial_in), TCSANOW, &saved_attributes_in); fclose(serial_in); } */ delete irq_stop_option; } /* * Disassembling an instruction */ struct dis_entry * cl_51core::dis_tbl(void) { return(disass_51); } struct name_entry * cl_51core::sfr_tbl(void) { return(sfr_tab51); } struct name_entry * cl_51core::bit_tbl(void) { return(bit_tab51); } const char * cl_51core::disass(t_addr addr, const char *sep) { char work[256], temp[20], c[2]; const char *b; char *buf, *p, *t; t_mem code= rom->get(addr); p= work; b= dis_tbl()[code].mnemonic; while (*b) { if (*b == '%') { b++; switch (*(b++)) { case 'A': // absolute address sprintf(temp, "%04"_A_"x", t_addr((addr&0xf800)| (((code>>5)&0x07)*256 + rom->get(addr+1)))); break; case 'l': // long address sprintf(temp, "%04"_A_"x", t_addr(rom->get(addr+1)*256 + rom->get(addr+2))); break; case 'a': // addr8 (direct address) at 2nd byte if (!get_name(rom->get(addr+1), sfr_tbl(), temp)) sprintf(temp, "%02"_M_"x", rom->get(addr+1)); break; case '8': // addr8 (direct address) at 3rd byte if (!get_name(rom->get(addr+2), sfr_tbl(), temp)) sprintf(temp, "%02"_M_"x", rom->get(addr+2)); //sprintf(temp, "%02"_M_"x", rom->get(addr+2)); break; case 'b': // bitaddr at 2nd byte { t_addr ba= rom->get(addr+1); if (get_name(ba, bit_tbl(), temp)) break; if (get_name((ba<128)?((ba/8)+32):(ba&0xf8), sfr_tbl(), temp)) { strcat(temp, "."); sprintf(c, "%1"_M_"d", ba & 0x07); strcat(temp, c); break; } sprintf(temp, "%02x.%"_M_"d", (ba<128)?((ba/8)+32):(ba&0xf8), ba & 0x07); break; } case 'r': // rel8 address at 2nd byte sprintf(temp, "%04"_A_"x", t_addr(addr+2+(signed char)(rom->get(addr+1)))); break; case 'R': // rel8 address at 3rd byte sprintf(temp, "%04"_A_"x", t_addr(addr+3+(signed char)(rom->get(addr+2)))); break; case 'd': // data8 at 2nd byte sprintf(temp, "%02"_M_"x", rom->get(addr+1)); break; case 'D': // data8 at 3rd byte sprintf(temp, "%02"_M_"x", rom->get(addr+2)); break; case '6': // data16 at 2nd(H)-3rd(L) byte sprintf(temp, "%04"_A_"x", t_addr(rom->get(addr+1)*256 + rom->get(addr+2))); break; default: strcpy(temp, "?"); break; } t= temp; while (*t) *(p++)= *(t++); } else *(p++)= *(b++); } *p= '\0'; p= strchr(work, ' '); if (!p) { buf= strdup(work); return(buf); } if (sep == NULL) buf= (char *)malloc(6+strlen(p)+1); else buf= (char *)malloc((p-work)+strlen(sep)+strlen(p)+1); for (p= work, t= buf; *p != ' '; p++, t++) *t= *p; p++; *t= '\0'; if (sep == NULL) { while (strlen(buf) < 6) strcat(buf, " "); } else strcat(buf, sep); strcat(buf, p); return(buf); } void cl_51core::print_regs(class cl_console_base *con) { t_addr start; uchar data; start= psw->get() & 0x18; //dump_memory(iram, &start, start+7, 8, /*sim->cmd_out()*/con, sim); iram->dump(start, start+7, 8, con); start= psw->get() & 0x18; data= iram->get(iram->get(start)); con->dd_printf("%06x %02x %c", iram->get(start), data, isprint(data)?data:'.'); con->dd_printf(" ACC= 0x%02x %3d %c B= 0x%02x", sfr->get(ACC), sfr->get(ACC), isprint(sfr->get(ACC))?(sfr->get(ACC)):'.', sfr->get(B)); //eram2xram(); data= xram->get(sfr->get(DPH)*256+sfr->get(DPL)); con->dd_printf(" DPTR= 0x%02x%02x @DPTR= 0x%02x %3d %c\n", sfr->get(DPH), sfr->get(DPL), data, data, isprint(data)?data:'.'); data= iram->get(iram->get(start+1)); con->dd_printf("%06x %02x %c", iram->get(start+1), data, isprint(data)?data:'.'); data= psw->get(); con->dd_printf(" PSW= 0x%02x CY=%c AC=%c OV=%c P=%c\n", data, (data&bmCY)?'1':'0', (data&bmAC)?'1':'0', (data&bmOV)?'1':'0', (data&bmP)?'1':'0'); print_disass(PC, con); } /* * Converting bit address into real memory */ class cl_address_space * cl_51core::bit2mem(t_addr bitaddr, t_addr *memaddr, t_mem *bitmask) { class cl_address_space *m; t_addr ma; bitaddr&= 0xff; if (bitaddr < 128) { m= iram; ma= bitaddr/8 + 0x20; } else { m= sfr; ma= bitaddr & 0xf8; } if (memaddr) *memaddr= ma; if (bitmask) *bitmask= 1 << (bitaddr & 0x7); return(m); } t_addr cl_51core::bit_address(class cl_memory *mem, t_addr mem_address, int bit_number) { if (bit_number < 0 || bit_number > 7 || mem_address < 0) return(-1); class cl_memory *sfrchip= memory("sfr_chip"); if (mem == sfrchip) { mem= sfr; mem_address+= sfr->start_address; } if (mem == sfr) { if (mem_address < 128 || mem_address % 8 != 0 || mem_address > 255) return(-1); return(128 + (mem_address-128) + bit_number); } if (mem == iram) { if (mem_address < 0x20 || mem_address >= 0x20+32) return(-1); return((mem_address-0x20)*8 + bit_number); } return(-1); } /* * Resetting the micro-controller */ void cl_51core::reset(void) { cl_uc::reset(); clear_sfr(); result= resGO; //was_reti= DD_FALSE; } /* * Setting up SFR area to reset value */ void cl_51core::clear_sfr(void) { int i; for (i= 0x80; i <= 0xff; i++) sfr->set(i, 0); sfr->/*set*/write(P0, 0xff); sfr->/*set*/write(P1, 0xff); sfr->/*set*/write(P2, 0xff); sfr->/*set*/write(P3, 0xff); prev_p1= /*port_pins[1] &*/ sfr->/*get*/read(P1); prev_p3= /*port_pins[3] &*/ sfr->/*get*/read(P3); sfr->write(ACC, 0); sfr->write(B, 0); sfr->write(PSW, 0); sfr->write(SP, 7); sfr->write(DPL, 0); sfr->write(DPH, 0); sfr->write(IP, 0); sfr->write(IE, 0); sfr->write(TMOD, 0); sfr->write(TCON, 0); sfr->write(TH0, 0); sfr->write(TL0, 0); sfr->write(TH1, 0); sfr->write(TL1, 0); sfr->write(SCON, 0); sfr->write(PCON, 0); sfr->set_nuof_writes(0); sfr->set_nuof_reads(0); } /* * Analyzing code and settig up instruction map */ void cl_51core::analyze(t_addr addr) { uint code; struct dis_entry *tabl; code= rom->get(addr); tabl= &(dis_tbl()[code]); while (!inst_at(addr) && code != 0xa5 /* break point */) { set_inst_at(addr); switch (tabl->branch) { case 'a': // acall analyze((addr & 0xf800)| ((rom->get(addr+1)&0x07)*256+ rom->get(addr+2))); analyze(addr+tabl->length); break; case 'A': // ajmp addr= (addr & 0xf800)| ((rom->get(addr+1) & 0x07)*256 + rom->get(addr+2)); break; case 'l': // lcall analyze(rom->get(addr+1)*256 + rom->get(addr+2)); analyze(addr+tabl->length); break; case 'L': // ljmp addr= rom->get(addr+1)*256 + rom->get(addr+2); break; case 'r': // reljmp (2nd byte) analyze(rom->validate_address(addr+(signed char)(rom->get(addr+1)))); analyze(addr+tabl->length); break; case 'R': // reljmp (3rd byte) analyze(rom->validate_address(addr+(signed char)(rom->get(addr+2)))); analyze(addr+tabl->length); break; case 's': // sjmp { signed char target; target= rom->get(addr+1); addr+= 2; addr= rom->validate_address(addr+target); break; } case '_': return; default: addr= rom->validate_address(addr+tabl->length); break; } code= rom->get(addr); tabl= &(dis_tbl()[code]); } } /* * Inform hardware elements that `cycles' machine cycles have elapsed */ /*int cl_51core::tick_hw(int cycles) { cl_uc::tick_hw(cycles); //do_hardware(cycles); return(0); }*/ /*int cl_51core::tick(int cycles) { cl_uc::tick(cycles); //do_hardware(cycles); return(0); }*/ /* * Correcting direct address * * This function returns address of addressed element which can be an IRAM * or an SFR. */ class cl_memory_cell * cl_51core::get_direct(t_mem addr) { if (addr < sfr->start_address) return(iram->get_cell(addr)); else return(sfr->get_cell(addr)); } /* * Calculating address of specified register cell in IRAM */ class cl_memory_cell * cl_51core::get_reg(uchar regnum) { t_addr a= (psw->get() & (bmRS0|bmRS1)) | (regnum & 0x07); return(iram->get_cell(a)); } /* * Fetching one instruction and executing it */ int cl_51core::exec_inst(void) { t_mem code; int res= resGO; //pr_inst(); instPC= PC; if (fetch(&code)) return(resBREAKPOINT); //tick_hw(1); tick(1); switch (code) { case 0x00: res= inst_nop(code); break; case 0x01: case 0x21: case 0x41: case 0x61: case 0x81: case 0xa1: case 0xc1: case 0xe1:res=inst_ajmp_addr(code);break; case 0x02: res= inst_ljmp(code); break; case 0x03: res= inst_rr(code); break; case 0x04: res= inst_inc_a(code); break; case 0x05: res= inst_inc_addr(code); break; case 0x06: case 0x07: res= inst_inc_Sri(code); break; case 0x08: case 0x09: case 0x0a: case 0x0b: case 0x0c: case 0x0d: case 0x0e: case 0x0f: res= inst_inc_rn(code); break; case 0x10: res= inst_jbc_bit_addr(code); break; case 0x11: case 0x31: case 0x51: case 0x71: case 0x91: case 0xb1: case 0xd1: case 0xf1:res=inst_acall_addr(code);break; case 0x12: res= inst_lcall(code, 0, DD_FALSE); break; case 0x13: res= inst_rrc(code); break; case 0x14: res= inst_dec_a(code); break; case 0x15: res= inst_dec_addr(code); break; case 0x16: case 0x17: res= inst_dec_Sri(code); break; case 0x18: case 0x19: case 0x1a: case 0x1b: case 0x1c: case 0x1d: case 0x1e: case 0x1f: res= inst_dec_rn(code); break; case 0x20: res= inst_jb_bit_addr(code); break; case 0x22: res= inst_ret(code); break; case 0x23: res= inst_rl(code); break; case 0x24: res= inst_add_a_Sdata(code); break; case 0x25: res= inst_add_a_addr(code); break; case 0x26: case 0x27: res= inst_add_a_Sri(code); break; case 0x28: case 0x29: case 0x2a: case 0x2b: case 0x2c: case 0x2d: case 0x2e: case 0x2f:res= inst_add_a_rn(code);break; case 0x30: res= inst_jnb_bit_addr(code); break; case 0x32: res= inst_reti(code); break; case 0x33: res= inst_rlc(code); break; case 0x34: res= inst_addc_a_Sdata(code); break; case 0x35: res= inst_addc_a_addr(code); break; case 0x36: case 0x37: res= inst_addc_a_Sri(code); break; case 0x38: case 0x39: case 0x3a: case 0x3b: case 0x3c: case 0x3d: case 0x3e: case 0x3f:res= inst_addc_a_rn(code);break; case 0x40: res= inst_jc_addr(code); break; case 0x42: res= inst_orl_addr_a(code); break; case 0x43: res= inst_orl_addr_Sdata(code); break; case 0x44: res= inst_orl_a_Sdata(code); break; case 0x45: res= inst_orl_a_addr(code); break; case 0x46: case 0x47: res= inst_orl_a_Sri(code); break; case 0x48: case 0x49: case 0x4a: case 0x4b: case 0x4c: case 0x4d: case 0x4e: case 0x4f: res= inst_orl_a_rn(code);break; case 0x50: res= inst_jnc_addr(code); break; case 0x52: res= inst_anl_addr_a(code); break; case 0x53: res= inst_anl_addr_Sdata(code); break; case 0x54: res= inst_anl_a_Sdata(code); break; case 0x55: res= inst_anl_a_addr(code); break; case 0x56: case 0x57: res= inst_anl_a_Sri(code); break; case 0x58: case 0x59: case 0x5a: case 0x5b: case 0x5c: case 0x5d: case 0x5e: case 0x5f: res= inst_anl_a_rn(code);break; case 0x60: res= inst_jz_addr(code); break; case 0x62: res= inst_xrl_addr_a(code); break; case 0x63: res= inst_xrl_addr_Sdata(code); break; case 0x64: res= inst_xrl_a_Sdata(code); break; case 0x65: res= inst_xrl_a_addr(code); break; case 0x66: case 0x67: res= inst_xrl_a_Sri(code); break; case 0x68: case 0x69: case 0x6a: case 0x6b: case 0x6c: case 0x6d: case 0x6e: case 0x6f: res= inst_xrl_a_rn(code);break; case 0x70: res= inst_jnz_addr(code); break; case 0x72: res= inst_orl_c_bit(code); break; case 0x73: res= inst_jmp_Sa_dptr(code); break; case 0x74: res= inst_mov_a_Sdata(code); break; case 0x75: res= inst_mov_addr_Sdata(code); break; case 0x76: case 0x77: res= inst_mov_Sri_Sdata(code); break; case 0x78: case 0x79: case 0x7a: case 0x7b: case 0x7c: case 0x7d: case 0x7e: case 0x7f: res=inst_mov_rn_Sdata(code); break; case 0x80: res= inst_sjmp(code); break; case 0x82: res= inst_anl_c_bit(code); break; case 0x83: res= inst_movc_a_Sa_pc(code); break; case 0x84: res= inst_div_ab(code); break; case 0x85: res= inst_mov_addr_addr(code); break; case 0x86: case 0x87: res= inst_mov_addr_Sri(code); break; case 0x88: case 0x89: case 0x8a: case 0x8b: case 0x8c: case 0x8d: case 0x8e: case 0x8f:res=inst_mov_addr_rn(code);break; case 0x90: res= inst_mov_dptr_Sdata(code); break; case 0x92: res= inst_mov_bit_c(code); break; case 0x93: res= inst_movc_a_Sa_dptr(code); break; case 0x94: res= inst_subb_a_Sdata(code); break; case 0x95: res= inst_subb_a_addr(code); break; case 0x96: case 0x97: res= inst_subb_a_Sri(code); break; case 0x98: case 0x99: case 0x9a: case 0x9b: case 0x9c: case 0x9d: case 0x9e: case 0x9f:res= inst_subb_a_rn(code);break; case 0xa0: res= inst_orl_c_Sbit(code); break; case 0xa2: res= inst_mov_c_bit(code); break; case 0xa3: res= inst_inc_dptr(code); break; case 0xa4: res= inst_mul_ab(code); break; case 0xa5: res= inst_unknown(); break; case 0xa6: case 0xa7: res= inst_mov_Sri_addr(code); break; case 0xa8: case 0xa9: case 0xaa: case 0xab: case 0xac: case 0xad: case 0xae: case 0xaf:res=inst_mov_rn_addr(code);break; case 0xb0: res= inst_anl_c_Sbit(code); break; case 0xb2: res= inst_cpl_bit(code); break; case 0xb3: res= inst_cpl_c(code); break; case 0xb4: res= inst_cjne_a_Sdata_addr(code); break; case 0xb5: res= inst_cjne_a_addr_addr(code); break; case 0xb6: case 0xb7: res= inst_cjne_Sri_Sdata_addr(code); break; case 0xb8: case 0xb9: case 0xba: case 0xbb: case 0xbc: case 0xbd: case 0xbe: case 0xbf: res=inst_cjne_rn_Sdata_addr(code); break; case 0xc0: res= inst_push(code); break; case 0xc2: res= inst_clr_bit(code); break; case 0xc3: res= inst_clr_c(code); break; case 0xc4: res= inst_swap(code); break; case 0xc5: res= inst_xch_a_addr(code); break; case 0xc6: case 0xc7: res= inst_xch_a_Sri(code); break; case 0xc8: case 0xc9: case 0xca: case 0xcb: case 0xcc: case 0xcd: case 0xce: case 0xcf: res= inst_xch_a_rn(code);break; case 0xd0: res= inst_pop(code); break; case 0xd2: res= inst_setb_bit(code); break; case 0xd3: res= inst_setb_c(code); break; case 0xd4: res= inst_da_a(code); break; case 0xd5: res= inst_djnz_addr_addr(code); break; case 0xd6: case 0xd7: res= inst_xchd_a_Sri(code); break; case 0xd8: case 0xd9: case 0xda: case 0xdb: case 0xdc: case 0xdd: case 0xde: case 0xdf: res=inst_djnz_rn_addr(code); break; case 0xe0: res= inst_movx_a_Sdptr(code); break; case 0xe2: case 0xe3: res= inst_movx_a_Sri(code); break; case 0xe4: res= inst_clr_a(code); break; case 0xe5: res= inst_mov_a_addr(code); break; case 0xe6: case 0xe7: res= inst_mov_a_Sri(code); break; case 0xe8: case 0xe9: case 0xea: case 0xeb: case 0xec: case 0xed: case 0xee: case 0xef: res= inst_mov_a_rn(code);break; case 0xf0: res= inst_movx_Sdptr_a(code); break; case 0xf2: case 0xf3: res= inst_movx_Sri_a(code); break; case 0xf4: res= inst_cpl_a(code); break; case 0xf5: res= inst_mov_addr_a(code); break; case 0xf6: case 0xf7: res= inst_mov_Sri_a(code); break; case 0xf8: case 0xf9: case 0xfa: case 0xfb: case 0xfc: case 0xfd: case 0xfe: case 0xff: res= inst_mov_rn_a(code);break; default: res= inst_unknown(); break; } //post_inst(); return(res); } /* * Simulating execution of next instruction * * This is an endless loop if requested number of steps is negative. * In this case execution is stopped if an instruction results other * status than GO. Execution can be stopped if `cmd_in' is not NULL * and there is input available on that file. It is usefull if the * command console is on a terminal. If input is available then a * complete line is read and dropped out because input is buffered * (inp_avail will be TRUE if ENTER is pressed) and it can confuse * command interepter. */ //static class cl_console_base *c= NULL; int cl_51core::do_inst(int step) { result= resGO; while ((result == resGO) && (state != stPD) && (step != 0)) { if (step > 0) step--; if (state == stGO) { interrupt->was_reti= DD_FALSE; pre_inst(); result= exec_inst(); post_inst(); /* { if (c) print_regs(c); else { if (sim->app->get_commander()==NULL) printf("no commander PC=0x%x\n",PC); else if (sim->app->get_commander()->frozen_console==NULL) printf("no frozen console PC=0x%x\n",PC); else c= sim->app->get_commander()->frozen_console; if (c) print_regs(c); else printf("no console PC=0x%x\n",PC); } } */ /*if (result == resGO) result= check_events();*/ } else { // tick hw in idle state inst_ticks= 1; post_inst(); tick(1); } if (result == resGO) { int res; if ((res= do_interrupt()) != resGO) result= res; else result= idle_pd(); } if ((step < 0) && ((ticks->ticks % 100000) < 50)) { if (sim->app->get_commander()->input_avail_on_frozen()) { result= resUSER; } else if (sim->app->get_commander()->input_avail()) break; } if (((result == resINTERRUPT) && stop_at_it) || result >= resSTOP) { sim->stop(result); break; } } if (state == stPD) { //FIXME: tick outsiders eg. watchdog if (sim->app->get_commander()->input_avail_on_frozen()) { //fprintf(stderr,"uc: inp avail in PD mode, user stop\n"); result= resUSER; sim->stop(result); } } return(result); } /*void cl_51core::post_inst(void) {*/ //uint tcon= sfr->get(TCON); //uint p3= sfr->read(P3); //cl_uc::post_inst(); //set_p_flag(); // Setting up external interrupt request bits (IEx) /*if ((tcon & bmIT0)) { // IE0 edge triggered if (p3_int0_edge) { // falling edge on INT0 sim->app->get_commander()-> debug("%g sec (%d clks): Falling edge detected on INT0 (P3.2)\n", get_rtime(), ticks->ticks); sfr->set_bit1(TCON, bmIE0); p3_int0_edge= 0; } } else { // IE0 level triggered if (p3 & bm_INT0) sfr->set_bit0(TCON, bmIE0); else sfr->set_bit1(TCON, bmIE0); } if ((tcon & bmIT1)) { // IE1 edge triggered if (p3_int1_edge) { // falling edge on INT1 sfr->set_bit1(TCON, bmIE1); p3_int1_edge= 0; } } else { // IE1 level triggered if (p3 & bm_INT1) sfr->set_bit0(TCON, bmIE1); else sfr->set_bit1(TCON, bmIE1); }*/ //prev_p3= p3 & port_pins[3]; //prev_p1= p3 & port_pins[1]; //} /* * Abstract method to handle WDT */ /*int cl_51core::do_wdt(int cycles) { return(resGO); }*/ /* * Checking for interrupt requests and accept one if needed */ int cl_51core::do_interrupt(void) { int i, ie= 0; if (interrupt->was_reti) { interrupt->was_reti= DD_FALSE; return(resGO); } if (!((ie= sfr->get(IE)) & bmEA)) return(resGO); class it_level *il= (class it_level *)(it_levels->top()), *IL= 0; for (i= 0; i < it_sources->count; i++) { class cl_it_src *is= (class cl_it_src *)(it_sources->at(i)); if (is->is_active() && (ie & is->ie_mask) && (sfr->get(is->src_reg) & is->src_mask)) { int pr= it_priority(is->ie_mask); if (il->level >= 0 && pr <= il->level) continue; if (state == stIDLE) { state= stGO; sfr->set_bit0(PCON, bmIDL); interrupt->was_reti= DD_TRUE; return(resGO); } if (is->clr_bit) sfr->set_bit0(is->src_reg, is->src_mask); sim->app->get_commander()-> debug("%g sec (%d clks): Accepting interrupt `%s' PC= 0x%06x\n", get_rtime(), ticks->ticks, object_name(is), PC); IL= new it_level(pr, is->addr, PC, is); return(accept_it(IL)); } } return(resGO); } int cl_51core::it_priority(uchar ie_mask) { if (sfr->get(IP) & ie_mask) return(1); return(0); } /* * Accept an interrupt */ int cl_51core::accept_it(class it_level *il) { state= stGO; sfr->set_bit0(PCON, bmIDL); it_levels->push(il); tick(1); int res= inst_lcall(0, il->addr, DD_TRUE); if (res != resGO) return(res); else return(resINTERRUPT); } /* * Checking if Idle or PowerDown mode should be activated */ int cl_51core::idle_pd(void) { uint pcon= sfr->get(PCON); if (technology != CPU_CMOS) return(resGO); if (pcon & bmIDL) { if (state != stIDLE) sim->app->get_commander()-> debug("%g sec (%d clks): CPU in Idle mode (PC=0x%x, PCON=0x%x)\n", get_rtime(), ticks->ticks, PC, pcon); state= stIDLE; //was_reti= 1; } if (pcon & bmPD) { if (state != stPD) sim->app->get_commander()-> debug("%g sec (%d clks): CPU in PowerDown mode\n", get_rtime(), ticks->ticks); state= stPD; } return(resGO); } /* * Checking if EVENT break happened */ /*int cl_51core::check_events(void) { int i; class cl_ev_brk *eb; if (!ebrk->count) return(resGO); for (i= 0; i < ebrk->count; i++) { eb= (class cl_ev_brk *)(ebrk->at(i)); if (eb->match(&event_at)) return(resBREAKPOINT); } return(resGO); }*/ /* */ /* void cl_51core::mem_cell_changed(class cl_m *mem, t_addr addr) { if (mem == sfr) switch (addr) { case ACC: acc= mem->get_cell(ACC); break; case PSW: psw= mem->get_cell(PSW); break; } cl_uc::mem_cell_changed(mem, addr); } */ /* * Simulating an unknown instruction * * Normally this function is called for unimplemented instructions, because * every instruction must be known! */ int cl_51core::inst_unknown(void) { //PC--; class cl_error_unknown_code *e= new cl_error_unknown_code(this); error(e); return(resGO); } /* * 0x00 1 12 NOP */ int cl_51core::inst_nop(uchar code) { return(resGO); } /* * 0xe4 1 12 CLR A */ int cl_51core::inst_clr_a(uchar code) { acc->write(0); return(resGO); } /* * 0xc4 1 1 SWAP A */ int cl_51core::inst_swap(uchar code) { uchar temp; temp= (acc->read() >> 4) & 0x0f; sfr->write(ACC, (acc->get() << 4) | temp); return(resGO); } /* */ cl_uc51_dummy_hw::cl_uc51_dummy_hw(class cl_uc *auc): cl_hw(auc, HW_DUMMY, 0, "_51_dummy") { //uc51= (class cl_51core *)uc; } int cl_uc51_dummy_hw::init(void) { class cl_address_space *sfr= uc->address_space(MEM_SFR_ID); if (!sfr) { fprintf(stderr, "No SFR to register %s[%d] into\n", id_string, id); } //acc= sfr->register_hw(ACC, this, 0); //sp = sfr->register_hw(SP , this, 0); use_cell(sfr, PSW, &cell_psw, wtd_restore); register_cell(sfr, ACC, &cell_acc, wtd_restore_write); register_cell(sfr, SP , &cell_sp , wtd_restore); //register_cell(sfr, PCON, &cell_pcon, wtd_restore); return(0); } void cl_uc51_dummy_hw::write(class cl_memory_cell *cell, t_mem *val) { if (cell == cell_acc) { bool p; int i; uchar uc; p = DD_FALSE; uc= *val; for (i= 0; i < 8; i++) { if (uc & 1) p= !p; uc>>= 1; } if (p) cell_psw->set_bit1(bmP); else cell_psw->set_bit0(bmP); } else if (cell == cell_sp) { if (*val > uc->sp_max) uc->sp_max= *val; uc->sp_avg= (uc->sp_avg+(*val))/2; } /*else if (cell == cell_pcon) { printf("PCON write 0x%x (PC=0x%x)\n", *val, uc->PC); uc->sim->stop(0); }*/ } /*void cl_uc51_dummy_hw::happen(class cl_hw *where, enum hw_event he, void *params) { struct ev_port_changed *ep= (struct ev_port_changed *)params; if (where->cathegory == HW_PORT && he == EV_PORT_CHANGED && ep->id == 3) { t_mem p3o= ep->pins & ep->prev_value; t_mem p3n= ep->new_pins & ep->new_value; if ((p3o & bm_INT0) && !(p3n & bm_INT0)) uc51->p3_int0_edge++; if ((p3o & bm_INT1) && !(p3n & bm_INT1)) uc51->p3_int1_edge++; } }*/ /* End of s51.src/uc51.cc */ sdcc-2.9.0/sim/ucsim/s51.src/uc51cl.h000066400000000000000000000261551116427777700170450ustar00rootroot00000000000000/* * Simulator of microcontrollers (uc51cl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef UC51CL_HEADER #define UC51CL_HEADER #include #ifdef HAVE_TERMIOS_H #include #endif #include "pobjcl.h" #include "simcl.h" #include "memcl.h" #include "uccl.h" #include "itsrccl.h" #include "brkcl.h" #include "stypes.h" #include "interruptcl.h" class t_uc51; class cl_irq_stop_option: public cl_optref { protected: class cl_51core *uc51; public: cl_irq_stop_option(class cl_51core *the_uc51); virtual int init(void); virtual void option_changed(void); }; class cl_51core: public cl_uc { public: // Options //bool debug; class cl_irq_stop_option *irq_stop_option; bool stop_at_it; // memories and cells for faster access class cl_address_space *sfr, *iram, *xram; class cl_memory_cell *acc, *psw; public: // Help to detect external it requests (falling edge) uchar prev_p1; // Prev state of P1 uchar prev_p3; // Prev state of P3 int p3_int0_edge, p3_int1_edge; public: // Simulation of interrupt system class cl_interrupt *interrupt; //bool was_reti; // Instruction had an effect on IE public: int result; // result of instruction execution cl_51core(int Itype, int Itech, class cl_sim *asim); virtual ~cl_51core(void); virtual int init(void); virtual const char *id_string(void); virtual void mk_hw_elements(void); virtual void build_cmdset(class cl_cmdset *cmdset); //virtual class cl_m *mk_mem(enum mem_class type, char *class_name); virtual void make_memories(void); virtual int clock_per_cycle(void) { return(12); } virtual struct dis_entry *dis_tbl(void); virtual struct name_entry *sfr_tbl(void); virtual struct name_entry *bit_tbl(void); virtual const char *disass(t_addr addr, const char *sep); virtual void print_regs(class cl_console_base *con); virtual class cl_address_space *bit2mem(t_addr bitaddr, t_addr *memaddr, t_mem *bitmask); virtual t_addr bit_address(class cl_memory *mem, t_addr mem_address, int bit_number); virtual void reset(void); virtual void clear_sfr(void); virtual void analyze(t_addr addr); virtual int it_priority(uchar ie_mask); virtual int do_inst(int step); //virtual void mem_cell_changed(class cl_m *mem, t_addr addr); protected: virtual int do_interrupt(void); virtual int accept_it(class it_level *il); protected: virtual int idle_pd(void); virtual class cl_memory_cell *get_direct(t_mem addr); virtual class cl_memory_cell *get_reg(uchar regnum); virtual int exec_inst(void); //virtual void post_inst(void); virtual int inst_unknown(void); virtual int inst_nop(uchar code); /* 00 */ virtual int inst_ajmp_addr(uchar code); /* [02468ace]1 */ virtual int inst_ljmp(uchar code); /* 02 */ virtual int inst_rr(uchar code); /* 03 */ virtual int inst_inc_a(uchar code); /* 04 */ virtual int inst_inc_addr(uchar code); /* 05 */ virtual int inst_inc_Sri(uchar code); /* 06,07 */ virtual int inst_inc_rn(uchar code); /* 08-0f */ virtual int inst_jbc_bit_addr(uchar code); /* 10 */ virtual int inst_acall_addr(uchar code); /* [13579bdf]1 */ virtual int inst_lcall(uchar code, uint addr, bool intr);/* 12 */ virtual int inst_rrc(uchar code); /* 13 */ virtual int inst_dec_a(uchar code); /* 14 */ virtual int inst_dec_addr(uchar code); /* 15 */ virtual int inst_dec_Sri(uchar code); /* 16,17 */ virtual int inst_dec_rn(uchar code); /* 18-1f */ virtual int inst_jb_bit_addr(uchar code); /* 20 */ virtual int inst_ret(uchar code); /* 22 */ virtual int inst_rl(uchar code); /* 23 */ virtual int inst_add_a_Sdata(uchar code); /* 24 */ virtual int inst_add_a_addr(uchar code); /* 25 */ virtual int inst_add_a_Sri(uchar code); /* 26,27 */ virtual int inst_add_a_rn(uchar code); /* 28-2f */ virtual int inst_jnb_bit_addr(uchar code); /* 30 */ virtual int inst_reti(uchar code); /* 32 */ virtual int inst_rlc(uchar code); /* 33 */ virtual int inst_addc_a_Sdata(uchar code); /* 34 */ virtual int inst_addc_a_addr(uchar code); /* 35 */ virtual int inst_addc_a_Sri(uchar code); /* 36,37 */ virtual int inst_addc_a_rn(uchar code); /* 38-3f */ virtual int inst_jc_addr(uchar code); /* 40 */ virtual int inst_orl_addr_a(uchar code); /* 42 */ virtual int inst_orl_addr_Sdata(uchar code); /* 43 */ virtual int inst_orl_a_Sdata(uchar code); /* 44 */ virtual int inst_orl_a_addr(uchar code); /* 45 */ virtual int inst_orl_a_Sri(uchar code); /* 46,47 */ virtual int inst_orl_a_rn(uchar code); /* 48-4f */ virtual int inst_jnc_addr(uchar code); /* 50 */ virtual int inst_anl_addr_a(uchar code); /* 52 */ virtual int inst_anl_addr_Sdata(uchar code); /* 53 */ virtual int inst_anl_a_Sdata(uchar code); /* 54 */ virtual int inst_anl_a_addr(uchar code); /* 55 */ virtual int inst_anl_a_Sri(uchar code); /* 56,57 */ virtual int inst_anl_a_rn(uchar code); /* 58-5f */ virtual int inst_jz_addr(uchar code); /* 60 */ virtual int inst_xrl_addr_a(uchar code); /* 62 */ virtual int inst_xrl_addr_Sdata(uchar code); /* 63 */ virtual int inst_xrl_a_Sdata(uchar code); /* 64 */ virtual int inst_xrl_a_addr(uchar code); /* 65 */ virtual int inst_xrl_a_Sri(uchar code); /* 66,67 */ virtual int inst_xrl_a_rn(uchar code); /* 68-6f */ virtual int inst_jnz_addr(uchar code); /* 70 */ virtual int inst_orl_c_bit(uchar code); /* 72 */ virtual int inst_jmp_Sa_dptr(uchar code); /* 73 */ virtual int inst_mov_a_Sdata(uchar code); /* 74 */ virtual int inst_mov_addr_Sdata(uchar code); /* 75 */ virtual int inst_mov_Sri_Sdata(uchar code); /* 76,77 */ virtual int inst_mov_rn_Sdata(uchar code); /* 78-7f */ virtual int inst_sjmp(uchar code); /* 80 */ virtual int inst_anl_c_bit(uchar code); /* 82 */ virtual int inst_movc_a_Sa_pc(uchar code); /* 83 */ virtual int inst_div_ab(uchar code); /* 84 */ virtual int inst_mov_addr_addr(uchar code); /* 85 */ virtual int inst_mov_addr_Sri(uchar code); /* 86,87 */ virtual int inst_mov_addr_rn(uchar code); /* 88-8f */ virtual int inst_mov_dptr_Sdata(uchar code); /* 90 */ virtual int inst_mov_bit_c(uchar code); /* 92 */ virtual int inst_movc_a_Sa_dptr(uchar code); /* 93 */ virtual int inst_subb_a_Sdata(uchar code); /* 94 */ virtual int inst_subb_a_addr(uchar code); /* 95 */ virtual int inst_subb_a_Sri(uchar code); /* 96,97 */ virtual int inst_subb_a_rn(uchar code); /* 98-9f */ virtual int inst_orl_c_Sbit(uchar code); /* a0 */ virtual int inst_mov_c_bit(uchar code); /* a2 */ virtual int inst_inc_dptr(uchar code); /* a3 */ virtual int inst_mul_ab(uchar code); /* a4 */ virtual int inst_mov_Sri_addr(uchar code); /* a6,a7 */ virtual int inst_mov_rn_addr(uchar code); /* a8-af */ virtual int inst_anl_c_Sbit(uchar code); /* b0 */ virtual int inst_cpl_bit(uchar code); /* b2 */ virtual int inst_cpl_c(uchar code); /* b3 */ virtual int inst_cjne_a_Sdata_addr(uchar code); /* b4 */ virtual int inst_cjne_a_addr_addr(uchar code); /* b5 */ virtual int inst_cjne_Sri_Sdata_addr(uchar code); /* b6,b7 */ virtual int inst_cjne_rn_Sdata_addr(uchar code); /* b8-bf */ virtual int inst_push(uchar code); /* c0 */ virtual int inst_clr_bit(uchar code); /* c2 */ virtual int inst_clr_c(uchar code); /* c3*/ virtual int inst_swap(uchar code); /* c4 */ virtual int inst_xch_a_addr(uchar code); /* c5 */ virtual int inst_xch_a_Sri(uchar code); /* c6,c7 */ virtual int inst_xch_a_rn(uchar code); /* c8-cf */ virtual int inst_pop(uchar code); /* d0 */ virtual int inst_setb_bit(uchar code); /* d2 */ virtual int inst_setb_c(uchar code); /* d3 */ virtual int inst_da_a(uchar code); /* d4 */ virtual int inst_djnz_addr_addr(uchar code); /* d5 */ virtual int inst_xchd_a_Sri(uchar code); /* d6,d7 */ virtual int inst_djnz_rn_addr(uchar code); /* d8-df */ virtual int inst_movx_a_Sdptr(uchar code); /* e0 */ virtual int inst_movx_a_Sri(uchar code); /* e2,e3 */ virtual int inst_clr_a(uchar code); /* e4 */ virtual int inst_mov_a_addr(uchar code); /* e5 */ virtual int inst_mov_a_Sri(uchar code); /* e6,e7 */ virtual int inst_mov_a_rn(uchar code); /* e8-ef */ virtual int inst_movx_Sdptr_a(uchar code); /* f0 */ virtual int inst_movx_Sri_a(uchar code); /* f2,f3 */ virtual int inst_cpl_a(uchar code); /* f4 */ virtual int inst_mov_addr_a(uchar code); /* f5 */ virtual int inst_mov_Sri_a(uchar code); /* f6,f7 */ virtual int inst_mov_rn_a(uchar code); /* f8-ff */ }; class cl_uc51_dummy_hw: public cl_hw { protected: //class t_uc51 *uc51; class cl_memory_cell *cell_acc, *cell_sp, *cell_psw/*, *cell_pcon*/; public: cl_uc51_dummy_hw(class cl_uc *auc); virtual int init(void); virtual void write(class cl_memory_cell *cell, t_mem *val); //virtual void happen(class cl_hw *where, enum hw_event he, void *params); }; #endif /* End of s51.src/uc51cl.h */ sdcc-2.9.0/sim/ucsim/s51.src/uc51r.cc000066400000000000000000000125521116427777700170420ustar00rootroot00000000000000/* * Simulator of microcontrollers (uc51r.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include // local #include "uc51rcl.h" #include "regs51.h" #include "types51.h" #include "wdtcl.h" /* * Making an 8051r CPU object */ cl_uc51r::cl_uc51r(int Itype, int Itech, class cl_sim *asim): cl_uc52(Itype, Itech, asim) { /* int i; for (i= 0; i < ERAM_SIZE; i++) ERAM[i]= 0;*/ clock_out= 0; } void cl_uc51r::mk_hw_elements(void) { class cl_hw *h; cl_uc52::mk_hw_elements(); hws->add(h= new cl_wdt(this, 0x3fff)); h->init(); hws->add(h= new cl_uc51r_dummy_hw(this)); h->init(); } void cl_uc51r::make_memories(void) { class cl_address_space *as; rom= as= new cl_address_space("rom", 0, 0x10000, 8); as->init(); address_spaces->add(as); iram= as= new cl_address_space("iram", 0, 0x100, 8); as->init(); address_spaces->add(as); sfr= as= new cl_address_space("sfr", 0x80, 0x80, 8); as->init(); address_spaces->add(as); xram= as= new cl_address_space("xram", 0, 0x10000, 8); as->init(); address_spaces->add(as); class cl_address_decoder *ad; class cl_memory_chip *chip; chip= new cl_memory_chip("rom_chip", 0x10000, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("rom"), chip, 0, 0xffff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("iram_chip", 0x100, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("iram"), chip, 0, 0xff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("xram_chip", 0x10000, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("xram"), chip, 0, 0xffff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("eram_chip", 0x100, 8); chip->init(); memchips->add(chip); chip= new cl_memory_chip("sfr_chip", 0x80, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("sfr"), chip, 0x80, 0xff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); acc= sfr->get_cell(ACC); psw= sfr->get_cell(PSW); } /* * Resetting of the microcontroller * * Original method is extended with handling of WDT. */ void cl_uc51r::reset(void) { cl_uc52::reset(); sfr->write(SADDR, 0); sfr->write(SADEN, 0); sfr->write(AUXR, 0); } void cl_uc51r::clear_sfr(void) { cl_uc52::clear_sfr(); sfr->write(SADDR, 0); sfr->write(SADEN, 0); sfr->write(AUXR, 0); sfr->write(IPH, 0); } void cl_uc51r::received(int c) { t_mem br= sfr->get(SADDR) | sfr->get(SADEN); int scon= sfr->get(SCON); if ((0 < scon >> 6) && (scon & bmSM2)) { if (/* Check for individual address */ ((sfr->get(SADDR) & sfr->get(SADEN)) == (c & sfr->get(SADEN))) || /* Check for broadcast address */ (br == (br & c))) sfr->set_bit1(SCON, bmRI); return; } sfr->set_bit1(SCON, bmRI); } /* */ cl_uc51r_dummy_hw::cl_uc51r_dummy_hw(class cl_uc *auc): cl_hw(auc, HW_DUMMY, 0, "_51r_dummy") {} int cl_uc51r_dummy_hw::init(void) { class cl_address_space *sfr= uc->address_space(MEM_SFR_ID); if (!sfr) { fprintf(stderr, "No SFR to register %s[%d] into\n", id_string, id); } //use_cell(sfr, PSW, &cell_psw, wtd_restore); register_cell(sfr, AUXR, &cell_auxr, wtd_restore); return(0); } void cl_uc51r_dummy_hw::write(class cl_memory_cell *cell, t_mem *val) { if (cell == cell_auxr) { class cl_address_space *xram= uc->address_space(MEM_XRAM_ID); class cl_memory_chip *eram= dynamic_cast(uc->memory("eram_chip")); class cl_address_decoder *d; if (eram && xram) { if (*val & bmEXTRAM) d= new cl_address_decoder(xram, uc->memory("xram_chip"), 0,0xff,0); else d= new cl_address_decoder(xram, eram, 0, 0xff, 0); d->init(); xram->decoders->add(d); d->activate(0); } } /*else if (cell == cell_pcon) { printf("PCON write 0x%x (PC=0x%x)\n", *val, uc->PC); uc->sim->stop(0); }*/ } /*void cl_uc51r_dummy_hw::happen(class cl_hw *where, enum hw_event he, void *params) { struct ev_port_changed *ep= (struct ev_port_changed *)params; if (where->cathegory == HW_PORT && he == EV_PORT_CHANGED && ep->id == 3) { t_mem p3o= ep->pins & ep->prev_value; t_mem p3n= ep->new_pins & ep->new_value; if ((p3o & bm_INT0) && !(p3n & bm_INT0)) uc51->p3_int0_edge++; if ((p3o & bm_INT1) && !(p3n & bm_INT1)) uc51->p3_int1_edge++; } }*/ /* End of s51.src/uc51r.cc */ sdcc-2.9.0/sim/ucsim/s51.src/uc51rcl.h000066400000000000000000000040101116427777700172110ustar00rootroot00000000000000/* * Simulator of microcontrollers (uc51rcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef UC51RCL_HEADER #define UC51RCL_HEADER #include "ddconfig.h" #include "uc52cl.h" #include "itsrccl.h" class cl_uc51r: public cl_uc52 { public: int clock_out; public: //uchar ERAM[ERAM_SIZE]; public: cl_uc51r(int Itype, int Itech, class cl_sim *asim); virtual void mk_hw_elements(void); virtual void make_memories(void); virtual void reset(void); virtual void clear_sfr(void); //virtual void eram2xram(void); //virtual void xram2eram(void); //virtual void proc_write(t_addr addr); virtual void received(int c); //virtual int inst_movx_a_Sdptr(uchar code); /* e0 */ //virtual int inst_movx_a_Sri(uchar code); /* e2,e3 */ //virtual int inst_movx_Sdptr_a(uchar code); /* f0 */ //virtual int inst_movx_Sri_a(uchar code); /* f2,f3 */ }; class cl_uc51r_dummy_hw: public cl_hw { protected: class cl_memory_cell *cell_auxr; public: cl_uc51r_dummy_hw(class cl_uc *auc); virtual int init(void); virtual void write(class cl_memory_cell *cell, t_mem *val); //virtual void happen(class cl_hw *where, enum hw_event he, void *params); }; #endif /* End of s51.src/uc52cl.h */ sdcc-2.9.0/sim/ucsim/s51.src/uc52.cc000066400000000000000000000062261116427777700166620ustar00rootroot00000000000000/* * Simulator of microcontrollers (uc52.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include // local #include "uc52cl.h" #include "regs51.h" #include "timer2cl.h" /* * Making an 8052 CPU object */ cl_uc52::cl_uc52(int Itype, int Itech, class cl_sim *asim): cl_51core(Itype, Itech, asim) { } void cl_uc52::mk_hw_elements(void) { class cl_hw *h; cl_51core::mk_hw_elements(); hws->add(h= new cl_timer2(this, 2, "timer2", t2_default|t2_down)); h->init(); } void cl_uc52::make_memories(void) { class cl_address_space *as; rom= as= new cl_address_space("rom", 0, 0x10000, 8); as->init(); address_spaces->add(as); iram= as= new cl_address_space("iram", 0, 0x100, 8); as->init(); address_spaces->add(as); sfr= as= new cl_address_space("sfr", 0x80, 0x80, 8); as->init(); address_spaces->add(as); xram= as= new cl_address_space("xram", 0, 0x10000, 8); as->init(); address_spaces->add(as); class cl_address_decoder *ad; class cl_memory_chip *chip; chip= new cl_memory_chip("rom_chip", 0x10000, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("rom"), chip, 0, 0xffff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("iram_chip", 0x100, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("iram"), chip, 0, 0xff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("xram_chip", 0x10000, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("xram"), chip, 0, 0xffff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("sfr_chip", 0x80, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("sfr"), chip, 0x80, 0xff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); acc= sfr->get_cell(ACC); psw= sfr->get_cell(PSW); } void cl_uc52::clear_sfr(void) { cl_51core::clear_sfr(); sfr->write(T2CON, 0); sfr->write(TH2, 0); sfr->write(TL2, 0); sfr->write(RCAP2L, 0); sfr->write(RCAP2H, 0); } /* * Calculating address of indirectly addressed IRAM cell * */ class cl_memory_cell * cl_uc52::get_indirect(uchar addr, int *res) { *res= resGO; return(iram->get_cell(addr)); } /* End of s51.src/uc52.cc */ sdcc-2.9.0/sim/ucsim/s51.src/uc52cl.h000066400000000000000000000034321116427777700170370ustar00rootroot00000000000000/* * Simulator of microcontrollers (uc52cl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef UC52CL_HEADER #define UC52CL_HEADER #include "ddconfig.h" #include "uc51cl.h" #include "itsrccl.h" class cl_uc52: public cl_51core { protected: //class cl_it_src *exf2it; //int s_rec_t2; // T2 overflows for receiving //int s_tr_t2; // T2 overflows for sending public: cl_uc52(int Itype, int Itech, class cl_sim *asim); virtual void mk_hw_elements(void); virtual void make_memories(void); virtual void clear_sfr(void); virtual class cl_memory_cell *get_indirect(uchar addr, int *res); //virtual t_addr get_mem_size(enum mem_class type); /*virtual void do_extra_hw(int cycles); virtual int do_timer2(int cycles); virtual int do_t2_baud(int cycles); virtual void do_t2_capture(int *cycles, bool nocount); virtual void do_t2_reload(int *cycles, bool nocount); virtual int serial_bit_cnt(int mode);*/ }; #endif /* End of s51.src/uc52cl.h */ sdcc-2.9.0/sim/ucsim/s51.src/uc89c51r.cc000066400000000000000000000112361116427777700173640ustar00rootroot00000000000000/* * Simulator of microcontrollers (uc89c51r.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include // local #include "uc89c51rcl.h" #include "regs51.h" #include "pcacl.h" #include "wdtcl.h" cl_uc89c51r::cl_uc89c51r(int Itype, int Itech, class cl_sim *asim): cl_uc51r(Itype, Itech, asim) { } void cl_uc89c51r::mk_hw_elements(void) { class cl_hw *h; cl_uc52::mk_hw_elements(); hws->add(h= new cl_wdt(this, 0x3fff)); h->init(); hws->add(h= new cl_pca(this, 0)); h->init(); hws->add(h= new cl_89c51r_dummy_hw(this)); h->init(); } void cl_uc89c51r::make_memories(void) { cl_uc52::make_memories(); } void cl_uc89c51r::reset(void) { cl_uc51r::reset(); sfr->set_bit1(CCAPM0, bmECOM); sfr->set_bit1(CCAPM1, bmECOM); sfr->set_bit1(CCAPM2, bmECOM); sfr->set_bit1(CCAPM3, bmECOM); sfr->set_bit1(CCAPM4, bmECOM); //t0_overflows= 0; dpl0= dph0= dpl1= dph1= 0; sfr->write(IPH, 0); } int cl_uc89c51r::it_priority(uchar ie_mask) { uchar l, h; l= sfr->get(IP) & ie_mask; h= sfr->get(IPH) & ie_mask; if (!h && !l) return(0); if (!h && l) return(1); if (h && !l) return(2); if (h && l) return(3); return(0); } void cl_uc89c51r::pre_inst(void) { //printf("pre dptr0:%02X%02X dptr1:%02X%02X\n", dph0, dpl0, dph1, dpl1); dps = (sfr->get(AUXR1) & bmDPS); if (dps) { sfr->set(DPL, dpl1); sfr->set(DPH, dph1); } else { sfr->set(DPL, dpl0); sfr->set(DPH, dph0); } cl_uc51r::pre_inst(); } void cl_uc89c51r::post_inst(void) { if (dps) { dpl1= sfr->get(DPL); dph1= sfr->get(DPH); } else { dpl0= sfr->get(DPL); dph0= sfr->get(DPH); } dps = (sfr->get(AUXR1) & bmDPS); if (dps) { sfr->set(DPL, dpl1); sfr->set(DPH, dph1); } else { sfr->set(DPL, dpl0); sfr->set(DPH, dph0); } //printf("post dptr0:%02X%02X dptr1:%02X%02X\n", dph0, dpl0, dph1, dpl1); cl_uc51r::post_inst(); } void cl_uc89c51r::print_regs(class cl_console_base *con) { t_addr start; uchar data, acc, dps; start= psw->get() & 0x18; //dump_memory(iram, &start, start+7, 8, /*sim->cmd_out()*/con, sim); iram->dump(start, start+7, 8, con); start= psw->get() & 0x18; data= iram->get(iram->get(start)); con->dd_printf("%06x %02x %c", iram->get(start), data, isprint(data)?data:'.'); acc= sfr->get(ACC); con->dd_printf(" ACC= 0x%02x %3d %c B= 0x%02x", acc, acc, isprint(acc)?(acc):'.', sfr->get(B)); //eram2xram(); dps = sfr->get(AUXR1) & bmDPS; data= xram->get(dph0*256+dpl0); con->dd_printf(" %cDPTR0= 0x%02x%02x @DPTR0= 0x%02x %3d %c", dps?' ':'*', dph0, dpl0, data, data, isprint(data)?data:'.'); data= xram->get(dph1*256+dpl1); con->dd_printf(" %cDPTR1= 0x%02x%02x @DPTR1= 0x%02x %3d %c\n", dps?'*':' ', dph1, dpl1, data, data, isprint(data)?data:'.'); data= iram->get(iram->get(start+1)); con->dd_printf("%06x %02x %c", iram->get(start+1), data, isprint(data)?data:'.'); data= psw->get(); con->dd_printf(" PSW= 0x%02x CY=%c AC=%c OV=%c P=%c\n", data, (data&bmCY)?'1':'0', (data&bmAC)?'1':'0', (data&bmOV)?'1':'0', (data&bmP)?'1':'0'); print_disass(PC, con); } /* */ cl_89c51r_dummy_hw::cl_89c51r_dummy_hw(class cl_uc *auc): cl_hw(auc, HW_DUMMY, 0, "_89c51r_dummy") {} int cl_89c51r_dummy_hw::init(void) { class cl_address_space *sfr= uc->address_space(MEM_SFR_ID); if (!sfr) { fprintf(stderr, "No SFR to register %s[%d] into\n", id_string, id); } //auxr= sfr->register_hw(AUXR, this, 0); register_cell(sfr, AUXR1, &auxr1, wtd_restore); return(0); } void cl_89c51r_dummy_hw::write(class cl_memory_cell *cell, t_mem *val) { if (cell == auxr1) auxr1->set_bit0(0x04); } /* End of s51.src/uc89c51r.cc */ sdcc-2.9.0/sim/ucsim/s51.src/uc89c51rcl.h000066400000000000000000000036451116427777700175520ustar00rootroot00000000000000/* * Simulator of microcontrollers (uc89c51rcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef UC89C51RCL_HEADER #define UC89C51RCL_HEADER #include "ddconfig.h" #include "uc51rcl.h" class cl_uc89c51r: public cl_uc51r { public: //int t0_overflows; uchar dpl0, dph0; uchar dpl1, dph1; uchar dps; public: cl_uc89c51r(int Itype, int Itech, class cl_sim *asim); virtual void mk_hw_elements(void); virtual void make_memories(void); virtual void reset(void); virtual void pre_inst(void); virtual void post_inst(void); virtual int it_priority(uchar ie_mask); virtual void print_regs(class cl_console_base *con); //virtual void do_extra_hw(int cycles); //virtual int t0_overflow(void); /*virtual int do_pca(int cycles); virtual int do_pca_counter(int cycles); virtual int do_pca_module(int nr);*/ }; class cl_89c51r_dummy_hw: public cl_hw { protected: class cl_memory_cell *auxr1; public: cl_89c51r_dummy_hw(class cl_uc *auc); virtual int init(void); virtual void write(class cl_memory_cell *cell, t_mem *val); }; #endif /* End of s51.src/uc89c51rcl.h */ sdcc-2.9.0/sim/ucsim/s51.src/wdt.cc000066400000000000000000000047471116427777700167100ustar00rootroot00000000000000/* * Simulator of microcontrollers (wdt.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include // local #include "wdtcl.h" #include "regs51.h" cl_wdt::cl_wdt(class cl_uc *auc, long resetvalue): cl_hw(auc, HW_WDT, 0, "wdt") { reset_value= resetvalue; wdt= -1; written_since_reset= DD_FALSE; } int cl_wdt::init(void) { class cl_address_space *sfr= uc->address_space(MEM_SFR_ID); if (!sfr) { fprintf(stderr, "No SFR to register WDT into\n"); } //wdtrst= sfr->register_hw(WDTRST, this, (int*)0); register_cell(sfr, WDTRST, &wdtrst, wtd_restore); return(0); } void cl_wdt::write(class cl_memory_cell *cell, t_mem *val) { if (cell == wdtrst && (((*val)&0xff) == 0xe1) && (wdtrst->get() == 0x1e) && written_since_reset) { wdt= 0; /*uc->sim->app->get_commander()-> debug("%g sec (%d tick): Watchdog timer enabled/reset PC= 0x%06x" "\n", uc->get_rtime(), uc->ticks->ticks, uc51r->PC);*/ } written_since_reset= DD_TRUE; } int cl_wdt::tick(int cycles) { if (wdt >= 0) { wdt+= cycles; if (wdt > reset_value) { /*sim->app->get_commander()-> debug("%g sec (%d ticks): Watchdog timer resets the CPU, " "PC= 0x%06x\n", get_rtime(), ticks->ticks, PC);*/ uc->reset(); //return(resWDTRESET); } } return(0); } void cl_wdt::reset(void) { written_since_reset= DD_FALSE; wdt= -1; } void cl_wdt::print_info(class cl_console_base *con) { con->dd_printf("%s[%d] %s counter=%d (remains=%d)\n", id_string, id, (wdt>=0)?"ON":"OFF", wdt, (wdt>=0)?(reset_value-wdt):0); } /* End of s51.src/wdt.cc */ sdcc-2.9.0/sim/ucsim/s51.src/wdtcl.h000066400000000000000000000031331116427777700170550ustar00rootroot00000000000000/* * Simulator of microcontrollers (wdtcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef S51_WDTCL_HEADER #define S51_WDTCL_HEADER // sim.src //#include "stypes.h" //#include "pobjcl.h" #include "uccl.h" // local //#include "newcmdcl.h" #include "uc51rcl.h" class cl_wdt: public cl_hw { protected: long wdt, reset_value; class cl_memory_cell *wdtrst; bool written_since_reset; public: cl_wdt(class cl_uc *auc, long resetvalue); virtual int init(void); //virtual t_mem read(class cl_memory_cell *cell); virtual void write(class cl_memory_cell *cell, t_mem *val); //virtual t_mem set_cmd(t_mem value); virtual int tick(int cycles); virtual void reset(void); virtual void print_info(class cl_console_base *con); }; #endif /* End of s51.src/wdtcl.h */ sdcc-2.9.0/sim/ucsim/sim.src/000077500000000000000000000000001116427777700157475ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/sim.src/(c).1000066400000000000000000000016701116427777700164000ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim.src/@@F@@) * * Copyright (C) @@S@@,@@Y@@ Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ sdcc-2.9.0/sim/ucsim/sim.src/Makefile.in000066400000000000000000000050071116427777700200160ustar00rootroot00000000000000# # S51 sim.src/Makefile # # (c) Drotos Daniel, Talker Bt. 1997,99 # STARTYEAR = 1997 SHELL = /bin/sh CXX = @CXX@ CPP = @CPP@ CXXCPP = @CXXCPP@ RANLIB = @RANLIB@ INSTALL = @INSTALL@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ DEFS = $(subs -DHAVE_CONFIG_H,,@DEFS@) CPPFLAGS = @CPPFLAGS@ -I$(srcdir) -I$(top_srcdir) -I$(top_builddir) \ -I$(top_srcdir)/cmd.src -I$(top_srcdir)/gui.src CFLAGS = @CFLAGS@ -Wall CXXFLAGS = @CXXFLAGS@ -Wall M_OR_MM = @M_OR_MM@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ srcdir = @srcdir@ VPATH = @srcdir@ OBJECTS = stack.o mem.o sim.o itsrc.o brk.o arg.o \ guiobj.o uc.o hw.o # Compiling entire program or any subproject # ------------------------------------------ all: checkconf sim_lib test_mem_speed: $(top_builddir)/lib*.a test_mem_speed.o $(CXX) -o $@ test_mem_speed.o -L$(top_builddir) -Wl,--start-group -lsim -lucsimutil -lcmd -Wl,--end-group sim.src: all # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs # Deleting all the installed files # -------------------------------- uninstall: # Performing self-test # -------------------- check: test ./test_mem_speed test: test_mem_speed # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: # Creating dependencies # --------------------- dep: main.dep Makefile.dep: $(srcdir)/*.cc $(srcdir)/*.h $(CXXCPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.cc,$^) >Makefile.dep -include Makefile.dep include $(srcdir)/clean.mk #parser.cc: parser.y #plex.cc: plex.l # My rules # -------- sim_lib: $(top_builddir)/libsim.a $(top_builddir)/libsim.a: $(OBJECTS) ar -rcu $*.a $(OBJECTS) $(RANLIB) $*.a .cc.o: $(CXX) $(CXXFLAGS) $(CPPFLAGS) $(TARGET_ARCH) -c $< -o $@ .y.cc: rm -f $*.cc $*.h $(YACC) -d $< mv y.tab.c $*.cc mv y.tab.h $*.h .l.cc: rm -f $*.cc $(LEX) -t $< >$*.cc # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of sim.src/Makefile sdcc-2.9.0/sim/ucsim/sim.src/arg.cc000066400000000000000000000234631116427777700170370ustar00rootroot00000000000000/* * Simulator of microcontrollers (arg.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include "i_string.h" // prj #include "globals.h" // sim #include "simcl.h" // cmd #include "cmdutil.h" // local #include "argcl.h" /* * Making the argument */ cl_arg::cl_arg(long lv): cl_base() { i_value= lv; s_value= 0; } cl_arg::cl_arg(const char *sv): cl_base() { s_value= sv?strdup(sv):0; } cl_arg::cl_arg(double fv): cl_base() { f_value= fv; s_value= 0; } cl_arg::cl_arg(void *pv): cl_base() { p_value= pv; s_value= 0; } cl_arg::~cl_arg(void) { if (s_value) free(s_value); } /* * Getting value of the argument */ bool cl_arg::get_ivalue(long *value) { if (value) *value= i_value; return(DD_TRUE); } char * cl_arg::get_svalue(void) { return(s_value); } double cl_arg::get_fvalue(void) { return(f_value); } void * cl_arg::get_pvalue(void) { return(p_value); } /* * Command parameters *---------------------------------------------------------------------------- */ cl_cmd_arg::~cl_cmd_arg(void) { if (interpreted_as_string) { if (value.string.string) free(value.string.string); } } bool cl_cmd_arg::as_address(class cl_uc *uc) { return(get_address(uc, &(value.address))); } bool cl_cmd_arg::as_number(void) { return(get_ivalue(&(value.number))); } bool cl_cmd_arg::as_data(void) { long l; bool ret= get_ivalue(&l); value.data= l; return(ret); } bool cl_cmd_arg::as_memory(class cl_uc *uc) { value.memory.memory= uc->memory(s_value); value.memory.address_space= 0; value.memory.memchip= 0; if (value.memory.memory) { if (value.memory.memory->is_chip()) value.memory.memchip= dynamic_cast(value.memory.memory); if (value.memory.memory->is_address_space()) value.memory.address_space= dynamic_cast(value.memory.memory); } return(value.memory.memory != 0); } bool cl_cmd_arg::as_hw(class cl_uc *uc) { return(DD_FALSE); } bool cl_cmd_arg::as_string(void) { char *s= get_svalue(); if (!s) return(DD_FALSE); if (is_string()) value.string.string= proc_escape(s, &value.string.len); else { value.string.string= strdup(s); value.string.len= strlen(s); } return(interpreted_as_string= value.string.string != NULL); } bool cl_cmd_arg::as_bit(class cl_uc *uc) { return(get_bit_address(uc, &(value.bit.mem), &(value.bit.mem_address), &(value.bit.mask))); } /* Interger number */ cl_cmd_int_arg::cl_cmd_int_arg(/*class cl_uc *iuc,*/ long addr): cl_cmd_arg(/*iuc,*/ addr) {} bool cl_cmd_int_arg::get_address(class cl_uc *uc, t_addr *addr) { long iv; bool b= get_ivalue(&iv); if (addr) *addr= iv; return(b); } bool cl_cmd_int_arg::get_bit_address(class cl_uc *uc, // input class cl_address_space **mem, // outputs t_addr *mem_addr, t_mem *bit_mask) { t_addr bit_addr; if (!get_address(uc, &bit_addr)) return(DD_FALSE); if (mem) *mem= uc->bit2mem(bit_addr, mem_addr, bit_mask); return(mem && *mem); } bool cl_cmd_int_arg::as_string(void) { value.string.string= (char*)malloc(100); sprintf(value.string.string, "%ld", i_value); value.string.len= strlen(value.string.string); return(interpreted_as_string= value.string.string != NULL); } /* Symbol */ cl_cmd_sym_arg::cl_cmd_sym_arg(/*class cl_uc *iuc,*/ const char *sym): cl_cmd_arg(/*iuc,*/ sym) {} bool cl_cmd_sym_arg::as_string(void) { char *s= get_svalue(); if (!s) return(DD_FALSE); value.string.string= strdup(s); value.string.len= strlen(s); return(interpreted_as_string= value.string.string != NULL); } bool cl_cmd_sym_arg::get_address(class cl_uc *uc, t_addr *addr) { struct name_entry *ne; if ((ne= get_name_entry(uc->sfr_tbl(), get_svalue(), uc)) != NULL) { if (addr) *addr= ne->addr; return(1); } return(0); } bool cl_cmd_sym_arg::get_bit_address(class cl_uc *uc, // input class cl_address_space **mem, // outputs t_addr *mem_addr, t_mem *bit_mask) { struct name_entry *ne; ne= get_name_entry(uc->bit_tbl(), get_svalue(), uc); if (ne == NULL) return(DD_FALSE); if (mem) *mem= uc->bit2mem(ne->addr, mem_addr, bit_mask); return(mem && *mem); } bool cl_cmd_sym_arg::as_address(class cl_uc *uc) { struct name_entry *ne; //printf("SYM %s as addr?\n",get_svalue()); if ((ne= get_name_entry(uc->sfr_tbl(), get_svalue(), uc)) != NULL) { value.address= ne->addr; return(DD_TRUE); } return(DD_FALSE); } bool cl_cmd_sym_arg::as_hw(class cl_uc *uc) { cl_hw *hw, *found; int i= 0; hw= found= uc->get_hw(get_svalue(), &i); if (!hw) return(DD_FALSE); i++; found= uc->get_hw(get_svalue(), &i); if (found) return(DD_FALSE); value.hw= hw; return(DD_TRUE); } /* String */ cl_cmd_str_arg::cl_cmd_str_arg(/*class cl_uc *iuc,*/ const char *str): cl_cmd_arg(/*iuc,*/ str) { } /* Bit */ cl_cmd_bit_arg::cl_cmd_bit_arg(/*class cl_uc *iuc,*/ class cl_cmd_arg *asfr, class cl_cmd_arg *abit): cl_cmd_arg(/*iuc,*/ (long)0) { sfr= asfr; bit= abit; } cl_cmd_bit_arg::~cl_cmd_bit_arg(void) { if (sfr) delete sfr; if (bit) delete bit; } bool cl_cmd_bit_arg::get_address(class cl_uc *uc, t_addr *addr) { if (sfr) return(sfr->get_address(uc, addr)); return(0); } bool cl_cmd_bit_arg::get_bit_address(class cl_uc *uc, // input class cl_address_space **mem, // outputs t_addr *mem_addr, t_mem *bit_mask) { if (mem) { *mem= uc->address_space(MEM_SFR_ID); if (!*mem) return(DD_FALSE); } if (mem_addr) { if (!sfr || !sfr->get_address(uc, mem_addr)) return(DD_FALSE); } if (bit_mask) { if (!bit) return(DD_FALSE); long l; if (!bit->get_ivalue(&l) || l > 7) return(DD_FALSE); *bit_mask= 1 << l; } return(DD_TRUE); } /* Array */ cl_cmd_array_arg::cl_cmd_array_arg(/*class cl_uc *iuc,*/ class cl_cmd_arg *aname, class cl_cmd_arg *aindex): cl_cmd_arg(/*iuc,*/ (long)0) { name_arg= aname; index= aindex; } cl_cmd_array_arg::~cl_cmd_array_arg(void) { if (name_arg) delete name_arg; if (index) delete index; } bool cl_cmd_array_arg::as_hw(class cl_uc *uc) { char *n; t_addr a; if (name_arg == 0 || index == 0 || (n= name_arg->get_svalue()) == NULL || !index->get_address(uc, &a)) return(DD_FALSE); value.hw= uc->get_hw(n, a, NULL); return(value.hw != NULL); } /* * Program arguments *---------------------------------------------------------------------------- */ /* cl_prg_arg::cl_prg_arg(char sn, char *ln, long lv): cl_arg(lv) { short_name= sn; long_name = ln?strdup(ln):0; } cl_prg_arg::cl_prg_arg(char sn, char *ln, char *sv): cl_arg(sv) { short_name= sn; long_name = ln?strdup(ln):0; } cl_prg_arg::cl_prg_arg(char sn, char *ln, double fv): cl_arg(fv) { short_name= sn; long_name = ln?strdup(ln):0; } cl_prg_arg::cl_prg_arg(char sn, char *ln, void *pv): cl_arg(pv) { short_name= sn; long_name = ln?strdup(ln):0; } cl_prg_arg::~cl_prg_arg(void) { if (long_name) free(long_name); } */ /* * List of arguments *---------------------------------------------------------------------------- */ /* int cl_arguments::arg_avail(char nam) { class cl_prg_arg *a; int i; for (i= 0; i < count; i++) { a= (class cl_prg_arg *)(at(i)); if (a->short_name == nam) return(1); } return(0); } int cl_arguments::arg_avail(char *nam) { class cl_prg_arg *a; int i; for (i= 0; i < count; i++) { a= (class cl_prg_arg *)(at(i)); if (a->long_name && strcmp(a->long_name, nam) == 0) return(1); } return(0); } long cl_arguments::get_iarg(char sname, char *lname) { class cl_prg_arg *a; int i; for (i= 0; i < count; i++) { a= (class cl_prg_arg *)(at(i)); if ((sname && a->short_name == sname) || (lname && a->long_name && strcmp(a->long_name, lname) == 0)) { long iv; if (a->get_ivalue(&iv)) return(iv); else //FIXME return(0); } } return(0); } char * cl_arguments::get_sarg(char sname, char *lname) { class cl_prg_arg *a; int i; for (i= 0; i < count; i++) { a= (class cl_prg_arg *)(at(i)); if ((sname && a->short_name == sname) || (lname && a->long_name && strcmp(a->long_name, lname) == 0)) return(a->get_svalue()); } return(0); } double cl_arguments::get_farg(char sname, char *lname) { class cl_prg_arg *a; int i; for (i= 0; i < count; i++) { a= (class cl_prg_arg *)(at(i)); if ((sname && a->short_name == sname) || (lname && a->long_name && strcmp(a->long_name, lname) == 0)) return(a->get_fvalue()); } return(0); } void * cl_arguments::get_parg(char sname, char *lname) { class cl_prg_arg *a; int i; for (i= 0; i < count; i++) { a= (class cl_prg_arg *)(at(i)); if ((sname && a->short_name == sname) || (lname && a->long_name && strcmp(a->long_name, lname) == 0)) return(a->get_pvalue()); } return(0); } */ /* End of arg.cc */ sdcc-2.9.0/sim/ucsim/sim.src/argcl.h000066400000000000000000000124731116427777700172170ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim.src/argcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIM_ARGCL_HEADER #define SIM_ARGCL_HEADER // prj #include "pobjcl.h" #include "stypes.h" /* * Base type of arguments/parameters */ class cl_arg: public cl_base { public: union { long i_value; double f_value; void *p_value; }; char *s_value; public: cl_arg(long lv); cl_arg(const char *lv); cl_arg(double fv); cl_arg(void *pv); virtual ~cl_arg(void); virtual bool get_ivalue(long *value); virtual char *get_svalue(void); virtual double get_fvalue(void); virtual void *get_pvalue(void); virtual bool get_bit_address(class cl_uc *uc, // input class cl_address_space **mem, // outputs t_addr *mem_addr, t_mem *bit_mask) { return(DD_FALSE); } }; /* * Command parameters */ class cl_cmd_arg: public cl_arg { public: //class cl_uc *uc; bool interpreted_as_string; union { long number; t_addr address; t_mem data; struct { class cl_memory *memory; class cl_address_space *address_space; class cl_memory_chip *memchip; } memory; class cl_hw *hw; struct { int len; char *string; } string; struct { t_mem *array; int len; } data_list; struct { class cl_address_space *mem; t_addr mem_address; t_mem mask; } bit; } value; public: cl_cmd_arg(/*class cl_uc *iuc,*/ long i): cl_arg(i) { /*uc= iuc;*/ interpreted_as_string= DD_FALSE; } cl_cmd_arg(/*class cl_uc *iuc,*/ const char *s): cl_arg(s) { /*uc= iuc;*/ interpreted_as_string= DD_FALSE; } virtual ~cl_cmd_arg(void); virtual int is_string(void) { return(DD_FALSE); } virtual bool get_address(class cl_uc *uc, t_addr *addr) { return(DD_FALSE); } virtual bool as_address(class cl_uc *uc); virtual bool as_number(void); virtual bool as_data(void); virtual bool as_string(void); virtual bool as_memory(class cl_uc *uc); virtual bool as_hw(class cl_uc *uc); virtual bool as_bit(class cl_uc *uc); }; class cl_cmd_int_arg: public cl_cmd_arg { public: cl_cmd_int_arg(/*class cl_uc *iuc,*/ long addr); virtual bool get_address(class cl_uc *uc, t_addr *addr); virtual bool get_bit_address(class cl_uc *uc, // input class cl_address_space **mem, // outputs t_addr *mem_addr, t_mem *bit_mask); virtual bool as_string(void); }; class cl_cmd_sym_arg: public cl_cmd_arg { public: cl_cmd_sym_arg(/*class cl_uc *iuc,*/ const char *sym); virtual bool get_address(class cl_uc *uc, t_addr *addr); virtual bool get_bit_address(class cl_uc *uc, // input class cl_address_space **mem, // outputs t_addr *mem_addr, t_mem *bit_mask); virtual bool as_address(class cl_uc *uc); virtual bool as_number(void) { return(DD_FALSE); } virtual bool as_string(void); virtual bool as_hw(class cl_uc *uc); }; class cl_cmd_str_arg: public cl_cmd_arg { public: cl_cmd_str_arg(/*class cl_uc *iuc,*/ const char *str); virtual int is_string(void) { return(1); } virtual bool as_number(void) { return(DD_FALSE); } }; class cl_cmd_bit_arg: public cl_cmd_arg { public: class cl_cmd_arg *sfr, *bit; public: cl_cmd_bit_arg(/*class cl_uc *iuc,*/ class cl_cmd_arg *asfr, class cl_cmd_arg *abit); virtual ~cl_cmd_bit_arg(void); virtual bool get_address(class cl_uc *uc, t_addr *addr); virtual bool get_bit_address(class cl_uc *uc, // input class cl_address_space **mem, // outputs t_addr *mem_addr, t_mem *bit_mask); }; class cl_cmd_array_arg: public cl_cmd_arg { public: class cl_cmd_arg *name_arg, *index; public: cl_cmd_array_arg(/*class cl_uc *iuc,*/ class cl_cmd_arg *aname, class cl_cmd_arg *aindex); virtual ~cl_cmd_array_arg(void); virtual bool as_hw(class cl_uc *uc); }; /* * Program arguments */ /*class cl_prg_arg: public cl_arg { public: char short_name; char *long_name; public: cl_prg_arg(char sn, char *ln, long lv); cl_prg_arg(char sn, char *ln, char *lv); cl_prg_arg(char sn, char *ln, double fv); cl_prg_arg(char sn, char *ln, void *pv); virtual ~cl_prg_arg(void); };*/ /* * List of arguments */ /*class cl_arguments: public cl_list { public: cl_arguments(void): cl_list(5, 5) {} int arg_avail(char nam); int arg_avail(char *nam); virtual long get_iarg(char sname, char *lname); virtual char *get_sarg(char sname, char *lname); virtual double get_farg(char sname, char *lname); virtual void *get_parg(char sname, char *lname); };*/ #endif /* End of argcl.h */ sdcc-2.9.0/sim/ucsim/sim.src/brk.cc000066400000000000000000000120161116427777700170340ustar00rootroot00000000000000/* * Simulator of microcontrollers (brk.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include "pobjcl.h" #include "brkcl.h" /* * Base object of breakpoints */ cl_brk::cl_brk(class cl_address_space *imem, int inr, t_addr iaddr, enum brk_perm iperm, int ihit): cl_base() { mem = imem; nr = inr; addr = iaddr; perm = iperm; hit = ihit; cnt = ihit; } cl_brk::~cl_brk(void) {} void cl_brk::activate(void) { if (mem) mem->set_brk(addr, this); } void cl_brk::inactivate(void) { if (mem) mem->del_brk(addr, this); } bool cl_brk::do_hit(void) { cnt--; if (cnt <= 0) { cnt= hit; return(1); } return(0); } /* * FETCH type of breakpoint */ cl_fetch_brk::cl_fetch_brk(class cl_address_space *imem, int inr, t_addr iaddr, enum brk_perm iperm, int ihit): cl_brk(imem, inr, iaddr, iperm, ihit) { code = 0; } enum brk_type cl_fetch_brk::type(void) { return(brkFETCH); } /* * Base of EVENT type of breakpoints */ cl_ev_brk::cl_ev_brk(class cl_address_space *imem, int inr, t_addr iaddr, enum brk_perm iperm, int ihit, enum brk_event ievent, const char *iid): cl_brk(imem, inr, iaddr, iperm, ihit) { event= ievent; id = iid; mem = imem; } cl_ev_brk::cl_ev_brk(class cl_address_space *imem, int inr, t_addr iaddr, enum brk_perm iperm, int ihit, char op): cl_brk(imem, inr, iaddr, iperm, ihit) { mem = imem; if ((op= toupper(op)) == 'R') { event= brkREAD; id= "read"; } else if (op == 'W') { event= brkWRITE; id= "write"; } else { event= brkACCESS; id= "access"; } } enum brk_type cl_ev_brk::type(void) { return(brkEVENT); } bool cl_ev_brk::match(struct event_rec *ev) { return(DD_FALSE); } /* * Collection of break-points * * This is a sorted collection, sorted by nr field of brk items. */ brk_coll::brk_coll(t_index alimit, t_index adelta, class cl_address_space *arom): cl_sorted_list(alimit, adelta, "breakpoints") { rom= arom; } const void * brk_coll::key_of(void *item) { return((void *)&(((class cl_brk *)(item))->nr)); } int brk_coll::compare(const void *key1, const void *key2) { int k1, k2; k1= *(int *)key1; k2= *(int *)key2; if (k1 == k2) return(0); else if (k1 < k2) return(-1); else return(+1); } /* * Checking if there is an event breakpoint for the specified event */ bool brk_coll::there_is_event(enum brk_event ev) { class cl_brk *b; int i; for (i= 0; i < count; i++) { b= (class cl_brk *)at(i); if (b->type() == brkEVENT && ((class cl_ev_brk *)b)->event == ev) return(DD_TRUE); } return(DD_FALSE); } /*int brk_coll::make_new_nr(void) { if (count == 0) return(1); class cl_brk *b= (class cl_brk *)(at(count-1)); return(b->nr+1); }*/ void brk_coll::add_bp(class cl_brk *bp) { add(bp); bp->activate(); return; /*if (rom && bp->addr < rom->size) / *rom->bp_map->set(bp->addr)* /rom->set_brk(bp->addr, bp);*/ } void brk_coll::del_bp(t_addr addr) { int idx; class cl_brk *bp; if ((bp= get_bp(addr, &idx))) { bp->inactivate(); free_at(idx); } return; /*if (rom && addr < rom->size) { fprintf(stderr, "brk_coll::del_bp(0x%"_A_"x\n", addr);//FIXME //rom->bp_map->clear(addr); }*/ } void brk_coll::del_bp(t_index idx, int /*dummy*/) { class cl_brk *bp; if (idx >= count) return; bp= (class cl_brk *)(at(idx)); if (!bp) return; bp->inactivate(); free_at(idx); } class cl_brk * brk_coll::get_bp(t_addr addr, int *idx) { if (rom && rom->valid_address(addr) && rom->get_cell_flag(addr, CELL_FETCH_BRK)) { for (*idx= 0; *idx < count; (*idx)++) { class cl_brk *b= (class cl_brk *)(at(*idx)); if (b->addr == addr) return(b); } } return(0); } class cl_brk * brk_coll::get_bp(int nr) { int i; for (i= 0; i < count; i++) { class cl_brk *bp= (class cl_brk *)(at(i)); if (bp->nr == nr) return(bp); } return(0); } bool brk_coll::bp_at(t_addr addr) { return(rom && rom->valid_address(addr) && rom->get_cell_flag(addr, CELL_FETCH_BRK)); } /* End of brk.cc */ sdcc-2.9.0/sim/ucsim/sim.src/brkcl.h000066400000000000000000000062261116427777700172230ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim.src/brkcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIM_BRKCL_HEADER #define SIM_BRKCL_HEADER #include "ddconfig.h" // prj #include "pobjcl.h" #include "stypes.h" // sim #include "memcl.h" /* * Base object of breakpoints */ class cl_brk: public cl_base { protected: class cl_address_space *mem; public: int nr; t_addr addr; enum brk_perm perm; // permanency (FIX,DYNAMIC) int hit; int cnt; cl_brk(class cl_address_space *imem, int inr, t_addr iaddr, enum brk_perm iperm, int ihit); virtual ~cl_brk(void); class cl_address_space *get_mem(void) { return(mem); } virtual void activate(void); virtual void inactivate(void); virtual enum brk_type type(void)= 0; virtual enum brk_event get_event(void)= 0; virtual bool do_hit(void); }; /* * FETCH type of breakpoints */ class cl_fetch_brk: public cl_brk { public: uchar code; cl_fetch_brk(class cl_address_space *imem, int inr, t_addr iaddr, enum brk_perm iperm, int ihit); virtual enum brk_type type(void); virtual enum brk_event get_event(void) { return(brkNONE); } }; /* * Base of EVENT type of breakpoints */ class cl_ev_brk: public cl_brk { public: cl_ev_brk(class cl_address_space *imem, int inr, t_addr iaddr, enum brk_perm iperm, int ihit, enum brk_event ievent, const char *iid); cl_ev_brk(class cl_address_space *imem, int inr, t_addr iaddr, enum brk_perm iperm, int ihit, char op); enum brk_event event; const char *id; virtual enum brk_type type(void); virtual enum brk_event get_event(void) { return(event); } virtual bool match(struct event_rec *ev); }; /* * Collection of breakpoint sorted by address */ class brk_coll: public cl_sorted_list { public: class cl_address_space/*rom*/ *rom; public: brk_coll(t_index alimit, t_index adelta, class cl_address_space/*rom*/*arom); virtual const void *key_of(void *item); virtual int compare(const void *key1, const void *key2); virtual bool there_is_event(enum brk_event ev); //virtual int make_new_nr(void); virtual void add_bp(class cl_brk *bp); virtual void del_bp(t_addr addr); virtual void del_bp(t_index idx, int /*dummy*/); virtual class cl_brk *get_bp(t_addr addr, int *idx); virtual class cl_brk *get_bp(int nr); virtual bool bp_at(t_addr addr); }; #endif /* End of brkcl.h */ sdcc-2.9.0/sim/ucsim/sim.src/clean.mk000066400000000000000000000012671116427777700173700ustar00rootroot00000000000000# Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] test_mem_speed rm -f .[a-z]*~ # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean sdcc-2.9.0/sim/ucsim/sim.src/conf.mk000066400000000000000000000003041116427777700172220ustar00rootroot00000000000000# # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_builddir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of conf.mk sdcc-2.9.0/sim/ucsim/sim.src/guiobj.cc000066400000000000000000000020041116427777700175310ustar00rootroot00000000000000/* * Simulator of microcontrollers (guiobj.cc) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "guiobjcl.h" cl_guiobj::cl_guiobj(void): cl_base() { } /* End of gui.src/guiobj.cc */ sdcc-2.9.0/sim/ucsim/sim.src/guiobjcl.h000066400000000000000000000021701116427777700177160ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim.src/guiobjcl.h) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIM_GUIOBJCL_HEADER #define SIM_GUIOBJCL_HEADER #include "ddconfig.h" #include "pobjcl.h" class cl_guiobj: public cl_base { public: cl_guiobj(void); }; #endif /* End of sim.src/guiobjcl.h */ sdcc-2.9.0/sim/ucsim/sim.src/hw.cc000066400000000000000000000175411116427777700167040ustar00rootroot00000000000000/* * Simulator of microcontrollers (hw.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include "i_string.h" #include "stypes.h" #include "hwcl.h" /* *____________________________________________________________________________ */ cl_watched_cell::cl_watched_cell(class cl_address_space *amem, t_addr aaddr, class cl_memory_cell **astore, enum what_to_do_on_cell_change awtd) { mem= amem; addr= aaddr; store= astore; wtd= awtd; if (mem) { cell= mem->get_cell(addr); if (store) *store= cell; } } void cl_watched_cell::mem_cell_changed(class cl_address_space *amem, t_addr aaddr, class cl_hw *hw) { if (mem && mem == amem && addr == aaddr) { cell= mem->get_cell(addr); if (store && (wtd & WTD_RESTORE)) *store= cell; if (wtd & WTD_WRITE) { t_mem d= cell->get(); hw->write(cell, &d); } } } void cl_watched_cell::address_space_added(class cl_address_space *amem, class cl_hw *hw) { } void cl_used_cell::mem_cell_changed(class cl_address_space *amem, t_addr aaddr, class cl_hw *hw) { if (mem && mem == amem && addr == aaddr) { cell= mem->get_cell(addr); if (store && (wtd & WTD_RESTORE)) *store= cell; if (wtd & WTD_WRITE) { t_mem d= cell->get(); hw->write(cell, &d); } } } void cl_used_cell::address_space_added(class cl_address_space *amem, class cl_hw *hw) { } /* *____________________________________________________________________________ */ cl_hw::cl_hw(class cl_uc *auc, enum hw_cath cath, int aid, const char *aid_string): cl_guiobj() { flags= HWF_INSIDE; uc= auc; cathegory= cath; id= aid; if (aid_string && *aid_string) id_string= strdup(aid_string); else id_string= strdup("unknown hw element"); char *s= (char*)malloc(strlen(get_name("hw"))+100); sprintf(s, "partners of %s", get_name("hw")); partners= new cl_list(2, 2, s); sprintf(s, "watched cells of %s", get_name("hw")); watched_cells= new cl_list(2, 2, s); free(s); } cl_hw::~cl_hw(void) { free(id_string); //hws_to_inform->disconn_all(); delete partners; delete watched_cells; } void cl_hw::new_hw_adding(class cl_hw *new_hw) { } void cl_hw::new_hw_added(class cl_hw *new_hw) { int i; for (i= 0; i < partners->count; i++) { class cl_partner_hw *ph= (class cl_partner_hw *)(partners->at(i)); ph->refresh(new_hw); } } class cl_hw * cl_hw::make_partner(enum hw_cath cath, int id) { class cl_partner_hw *ph; class cl_hw *hw; ph= new cl_partner_hw(uc, cath, id); partners->add(ph); hw= ph->get_partner(); return(hw); } /* * Callback functions for changing memory locations */ /*t_mem cl_hw::read(class cl_m *mem, t_addr addr) { // Simply return the value return(mem->get(addr)); }*/ /*void cl_hw::write(class cl_m *mem, t_addr addr, t_mem *val) { // Do not change *val by default }*/ void cl_hw::set_cmd(class cl_cmdline *cmdline, class cl_console_base *con) { con->dd_printf("Nothing to do\n"); } class cl_memory_cell * cl_hw::register_cell(class cl_address_space *mem, t_addr addr, class cl_memory_cell **store, enum what_to_do_on_cell_change awtd) { class cl_watched_cell *wc; class cl_memory_cell *cell; if (mem) mem->register_hw(addr, this, (int*)0, DD_FALSE); else printf("regcell JAJ no mem\n"); wc= new cl_watched_cell(mem, addr, &cell, awtd); if (store) *store= cell; watched_cells->add(wc); // announce //uc->sim->mem_cell_changed(mem, addr); return(cell); } class cl_memory_cell * cl_hw::use_cell(class cl_address_space *mem, t_addr addr, class cl_memory_cell **store, enum what_to_do_on_cell_change awtd) { class cl_watched_cell *wc; class cl_memory_cell *cell; wc= new cl_used_cell(mem, addr, &cell, awtd); if (store) *store= cell; watched_cells->add(wc); return(cell); } void cl_hw::mem_cell_changed(class cl_address_space *mem, t_addr addr) { int i; for (i= 0; i < watched_cells->count; i++) { class cl_watched_cell *wc= (class cl_watched_cell *)(watched_cells->at(i)); wc->mem_cell_changed(mem, addr, this); } } void cl_hw::address_space_added(class cl_address_space *as) { int i; for (i= 0; i < watched_cells->count; i++) { class cl_watched_cell *wc= dynamic_cast(watched_cells->object_at(i)); wc->address_space_added(as, this); } } /* * Simulating `cycles' number of machine cycle */ int cl_hw::tick(int cycles) { return(0); } void cl_hw::inform_partners(enum hw_event he, void *params) { int i; for (i= 0; i < partners->count; i++) { class cl_partner_hw *ph= (class cl_partner_hw *)(partners->at(i)); ph->happen(this, he, params); } } void cl_hw::print_info(class cl_console_base *con) { con->dd_printf("%s[%d]\n", id_string, id); } t_index cl_hws::add(void *item) { int i; t_index res; // pre-add for (i= 0; i < count; i++) { class cl_hw *hw= (class cl_hw *)(at(i)); hw->new_hw_adding((class cl_hw *)item); } // add res= cl_list::add(item); // post-add for (i= 0; i < count; i++) { class cl_hw *hw= (class cl_hw *)(at(i)); hw->new_hw_added((class cl_hw *)item); } ((class cl_hw *)item)->added_to_uc(); return(res); } void cl_hws::mem_cell_changed(class cl_address_space *mem, t_addr addr) { int i; for (i= 0; i < count; i++) { class cl_hw *hw= (class cl_hw *)(at(i)); hw->mem_cell_changed(mem, addr); } } void cl_hws::address_space_added(class cl_address_space *mem) { int i; for (i= 0; i < count; i++) { class cl_hw *hw= (class cl_hw *)(at(i)); hw->address_space_added(mem); } } /* *____________________________________________________________________________ */ cl_partner_hw::cl_partner_hw(class cl_uc *auc, enum hw_cath cath, int aid): cl_base() { uc= auc; cathegory= cath; id= aid; partner= uc->get_hw(cathegory, id, 0); } class cl_hw * cl_partner_hw::get_partner(void) { return(partner); } void cl_partner_hw::refresh(void) { class cl_hw *hw= uc->get_hw(cathegory, id, 0); if (!hw) return; if (partner) { // partner is already set if (partner != hw) { // partner changed? partner= hw; } else partner= hw; } partner= hw; } void cl_partner_hw::refresh(class cl_hw *new_hw) { if (!new_hw) return; if (cathegory == new_hw->cathegory && id == new_hw->id) { if (partner) { // partner changed? partner= new_hw; } else partner= new_hw; } } void cl_partner_hw::happen(class cl_hw *where, enum hw_event he, void *params) { if (partner) partner->happen(where, he, params); } /* End of hw.cc */ sdcc-2.9.0/sim/ucsim/sim.src/hwcl.h000066400000000000000000000117701116427777700170630ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim.src/hwcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ /* Abstract hw element. It can be a timer, serial line or whatever */ #ifndef SIM_HWCL_HEADER #define SIM_HWCL_HEADER #include "stypes.h" #include "pobjcl.h" #include "guiobjcl.h" // cmd.src #include "newcmdcl.h" // local #include "memcl.h" #include "uccl.h" enum what_to_do_on_cell_change { wtd_none = 0x01, wtd_write = 0x02, wtd_restore = 0x04, wtd_restore_write = 0x08 }; #define WTD_WRITE (wtd_write|wtd_restore_write) #define WTD_RESTORE (wtd_restore|wtd_restore_write) class cl_hw; // forward class cl_watched_cell: public cl_base { protected: class cl_address_space *mem; t_addr addr; class cl_memory_cell *cell; class cl_memory_cell **store; public: enum what_to_do_on_cell_change wtd; public: cl_watched_cell(class cl_address_space *amem, t_addr aaddr, class cl_memory_cell **astore, enum what_to_do_on_cell_change awtd); virtual void mem_cell_changed(class cl_address_space *amem, t_addr aaddr, class cl_hw *hw); virtual void address_space_added(class cl_address_space *amem, class cl_hw *hw); }; class cl_used_cell: public cl_watched_cell { public: cl_used_cell(class cl_address_space *amem, t_addr aaddr, class cl_memory_cell **astore, enum what_to_do_on_cell_change awtd): cl_watched_cell(amem, aaddr, astore, awtd) {} virtual void mem_cell_changed(class cl_address_space *amem, t_addr aaddr, class cl_hw *hw); virtual void address_space_added(class cl_address_space *amem, class cl_hw *hw); }; class cl_hw: public cl_guiobj { public: int flags; class cl_uc *uc; enum hw_cath cathegory; int id; char *id_string; protected: class cl_list *partners; class cl_list *watched_cells; public: cl_hw(class cl_uc *auc, enum hw_cath cath, int aid, const char *aid_string); virtual ~cl_hw(void); virtual void new_hw_adding(class cl_hw *new_hw); virtual void new_hw_added(class cl_hw *new_hw); virtual void added_to_uc(void) {} virtual class cl_hw *make_partner(enum hw_cath cath, int id); virtual t_mem read(class cl_memory_cell *cell) { return(cell->get()); } virtual void write(class cl_memory_cell * /*cell*/, t_mem * /*val*/) {} virtual void set_cmd(class cl_cmdline *cmdline, class cl_console_base *con); virtual class cl_memory_cell *register_cell(class cl_address_space *mem, t_addr addr, class cl_memory_cell **store, enum what_to_do_on_cell_change awtd); virtual class cl_memory_cell *use_cell(class cl_address_space *mem, t_addr addr, class cl_memory_cell **store, enum what_to_do_on_cell_change awtd); virtual void mem_cell_changed(class cl_address_space *mem, t_addr addr); virtual void address_space_added(class cl_address_space *as); virtual int tick(int cycles); virtual void reset(void) {} virtual void happen(class cl_hw * /*where*/, enum hw_event /*he*/, void * /*params*/) {} virtual void inform_partners(enum hw_event he, void *params); virtual void print_info(class cl_console_base *con); }; class cl_hws: public cl_list { public: cl_hws(void): cl_list(2, 2, "hws") {} virtual t_index add(void *item); virtual void mem_cell_changed(class cl_address_space *mem, t_addr addr); virtual void address_space_added(class cl_address_space *as); }; class cl_partner_hw: public cl_base { protected: class cl_uc *uc; enum hw_cath cathegory; int id; class cl_hw *partner; public: cl_partner_hw(class cl_uc *auc, enum hw_cath cath, int aid); virtual class cl_hw *get_partner(void); virtual void refresh(void); virtual void refresh(class cl_hw *new_hw); virtual void happen(class cl_hw *where, enum hw_event he, void *params); }; #endif /* End of hwcl.h */ sdcc-2.9.0/sim/ucsim/sim.src/itsrc.cc000066400000000000000000000051761116427777700174130ustar00rootroot00000000000000/* * Simulator of microcontrollers (itsrc.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include "i_string.h" #include "itsrccl.h" #include "pobjcl.h" #include "stypes.h" /* * Interrupt source ****************************************************************************** */ cl_it_src::cl_it_src(uchar Iie_mask, uchar Isrc_reg, uchar Isrc_mask, uint Iaddr, bool Iclr_bit, const char *Iname, int apoll_priority): cl_base() { poll_priority= apoll_priority; ie_mask = Iie_mask; src_reg = Isrc_reg; src_mask= Isrc_mask; addr = Iaddr; clr_bit = Iclr_bit; if (Iname != NULL) set_name(Iname); else set_name("unknown"); active= DD_TRUE; } cl_it_src::~cl_it_src(void) {} bool cl_it_src::is_active(void) { return(active); } void cl_it_src::set_active_status(bool Aactive) { active= Aactive; } void cl_it_src::activate(void) { set_active_status(DD_TRUE); } void cl_it_src::deactivate(void) { set_active_status(DD_FALSE); } /* */ cl_irqs::cl_irqs(t_index alimit, t_index adelta): cl_sorted_list(alimit, adelta, "irqs") { Duplicates= DD_TRUE; } const void * cl_irqs::key_of(void *item) { class cl_it_src *itsrc= (class cl_it_src *)item; return(&itsrc->poll_priority); } int cl_irqs::compare(const void *key1, const void *key2) { const int k1= *static_cast(key1), k2= *static_cast(key2); if (k1 == k2) return(0); else if (k1 < k2) return(-1); return(1); } /* * Interrupt level ****************************************************************************** */ it_level::it_level(int alevel, uint aaddr, uint aPC, class cl_it_src *is): cl_base() { level = alevel; addr = aaddr; PC = aPC; source= is; } /* End of itsrc.cc */ sdcc-2.9.0/sim/ucsim/sim.src/itsrccl.h000066400000000000000000000044771116427777700175770ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim.src/itsrccl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIM_ITSRCCL_HEADER #define SIM_ITSRCCL_HEADER #include "pobjcl.h" #include "stypes.h" /* * Represents source of interrupt */ class cl_it_src: public cl_base { public: int poll_priority; uchar ie_mask; // Mask in IE register uchar src_reg; // Register in SFR of source uchar src_mask; // Mask of source bit in src_reg uint addr; // Address of service routine bool clr_bit; // Request bit must be cleared when IT accepted //char *name; // For debug bool active; // Acceptance can be disabled cl_it_src(uchar Iie_mask, uchar Isrc_reg, uchar Isrc_mask, uint Iaddr, bool Iclr_bit, const char *Iname, int apoll_priority); virtual ~cl_it_src(void); bool is_active(void); virtual void set_active_status(bool Aactive); virtual void activate(void); virtual void deactivate(void); }; class cl_irqs: public cl_sorted_list { public: cl_irqs(t_index alimit, t_index adelta); virtual const void *key_of(void *item); virtual int compare(const void *key1, const void *key2); }; /* * This class is used to follow levels of accepted interrupts * It used on a stack of active interrupt services (it_levels of cl_uc) */ class it_level: public cl_base { public: int level; uint addr; uint PC; class cl_it_src *source; public: it_level(int alevel, uint aaddr, uint aPC, class cl_it_src *is); }; #endif /* End of itsrccl.h */ sdcc-2.9.0/sim/ucsim/sim.src/mem.cc000066400000000000000000000654241116427777700170470ustar00rootroot00000000000000/* * Simulator of microcontrollers (mem.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include #include #include #include "i_string.h" // prj #include "utils.h" #include "globals.h" // sim #include "simcl.h" // cmd #include "newcmdcl.h" #include "cmdutil.h" // local #include "memcl.h" #include "hwcl.h" static class cl_mem_error_registry mem_error_registry; /* * 3rd version of memory system */ cl_memory::cl_memory(const char *id, t_addr asize, int awidth): cl_base() { size= asize; set_name(id); addr_format= data_format= 0; width= awidth; start_address= 0; uc= 0; } cl_memory::~cl_memory(void) { if (addr_format) free(addr_format); if (data_format) free(data_format); } int cl_memory::init(void) { addr_format= (char *)malloc(10); sprintf(addr_format, "0x%%0%dx", size-1<=0xf?1: (size-1<=0xff?2: (size-1<=0xfff?3: (size-1<=0xffff?4: (size-1<=0xfffff?5: (size-1<=0xffffff?6:12)))))); data_format= (char *)malloc(10); sprintf(data_format, "%%0%dx", width/4+((width%4)?1:0)); data_mask= 1; int w= width; for (--w; w; w--) { data_mask<<= 1; data_mask|= 1; } dump_finished= start_address; return(0); } bool cl_memory::valid_address(t_addr addr) { return(addr >= start_address && addr < start_address+size); } t_addr cl_memory::inc_address(t_addr addr, int val) { if (!start_address) return(((signed)addr+val)%size); addr-= start_address; addr+= val; addr%= size; addr+= start_address; return(addr); } t_addr cl_memory::inc_address(t_addr addr) { if (!start_address) return(((signed)addr+1)%size); addr-= start_address; addr++; addr%= size; addr+= start_address; return(addr); } t_addr cl_memory::validate_address(t_addr addr) { while (addr < start_address) addr+= size; if (addr > start_address+size) { addr-= start_address; addr%= size; addr+= start_address; } return(addr); } void cl_memory::err_inv_addr(t_addr addr) { if (!uc) return; class cl_error *e= new cl_error_mem_invalid_address(this, addr); uc->error(e); } void cl_memory::err_non_decoded(t_addr addr) { if (!uc) return; class cl_error *e= new cl_error_mem_non_decoded(this, addr); uc->error(e); } t_addr cl_memory::dump(t_addr start, t_addr stop, int bpl, class cl_console_base *con) { int i; t_addr lva= lowest_valid_address(); t_addr hva= highest_valid_address(); if (start < lva) start= lva; if (stop > hva) stop= hva; while ((start <= stop) && (start <= hva)) { con->dd_printf(addr_format, start); con->dd_printf(" "); for (i= 0; (i < bpl) && (start+i <= hva) && (start+i <= stop); i++) { con->dd_printf(data_format, /*read*/get(start+i)); con->dd_printf(" "); } while (i < bpl) { int j; j= width/4 + ((width%4)?1:0) + 1; while (j) { con->dd_printf(" "); j--; } i++; } for (i= 0; (i < bpl) && (start+i <= hva) && (start+i <= stop); i++) { long c= read(start+i); con->dd_printf("%c", isprint(255&c)?(255&c):'.'); if (width > 8) con->dd_printf("%c", isprint(255&(c>>8))?(255&(c>>8)):'.'); if (width > 16) con->dd_printf("%c", isprint(255&(c>>16))?(255&(c>>16)):'.'); if (width > 24) con->dd_printf("%c", isprint(255&(c>>24))?(255&(c>>24)):'.'); } con->dd_printf("\n"); dump_finished= start+i; start+= bpl; } return(dump_finished); } t_addr cl_memory::dump(class cl_console_base *con) { return(dump(dump_finished, dump_finished+10*8-1, 8, con)); } bool cl_memory::search_next(bool case_sensitive, t_mem *array, int len, t_addr *addr) { t_addr a; int i; bool found; if (addr == NULL) a= 0; else a= *addr; if (a+len > size) return(DD_FALSE); found= DD_FALSE; while (!found && a+len <= size) { bool match= DD_TRUE; for (i= 0; i < len && match; i++) { t_mem d1, d2; d1= get(a+i); d2= array[i]; if (!case_sensitive) { if (/*d1 < 128*/isalpha(d1)) d1= toupper(d1); if (/*d2 < 128*/isalpha(d2)) d2= toupper(d2); } match= d1 == d2; } found= match; if (!found) a++; } if (addr) *addr= a; return(found); } /* * Memory operators */ cl_memory_operator::cl_memory_operator(class cl_memory_cell *acell, t_addr addr): cl_base() { cell= acell; data= 0; mask= ~0; next_operator= 0; address= addr; } cl_memory_operator::cl_memory_operator(class cl_memory_cell *acell, t_addr addr, t_mem *data_place, t_mem the_mask): cl_base() { cell= acell; data= data_place; mask= the_mask; next_operator= 0; address= addr; } void cl_memory_operator::set_data(t_mem *data_place, t_mem the_mask) { data= data_place; mask= the_mask; } t_mem cl_memory_operator::read(void) { if (next_operator) return(next_operator->read()); else return(*data); } t_mem cl_memory_operator::write(t_mem val) { if (next_operator) return(next_operator->write(val)); else return(*data= (val & mask)); } /* Memory operator for hw callbacks */ cl_hw_operator::cl_hw_operator(class cl_memory_cell *acell, t_addr addr, t_mem *data_place, t_mem the_mask, class cl_hw *ahw): cl_memory_operator(acell, addr, data_place, the_mask) { hw= ahw; } t_mem cl_hw_operator::read(void) { t_mem d= 0; if (hw) d= hw->read(cell); if (next_operator) next_operator->read(); return(d); } t_mem cl_hw_operator::read(enum hw_cath skip) { t_mem d= *data; if (hw && hw->cathegory != skip) d= hw->read(cell); if (next_operator) next_operator->read(); return(d); } t_mem cl_hw_operator::write(t_mem val) { if (hw) hw->write(cell, &val); if (next_operator) val= next_operator->write(val); return(*data= (val & mask)); } /* Write event break on cell */ cl_write_operator::cl_write_operator(class cl_memory_cell *acell, t_addr addr, t_mem *data_place, t_mem the_mask, class cl_uc *auc, class cl_brk *the_bp): cl_event_break_operator(acell, addr, data_place, the_mask, auc, the_bp) { uc= auc; bp= the_bp; } t_mem cl_write_operator::write(t_mem val) { //printf("write event at 0x%x bp=%p\n",address,bp); uc->events->add(bp); if (next_operator) return(next_operator->write(val)); else return(*data= (val & mask)); } /* Read event break on cell */ cl_read_operator::cl_read_operator(class cl_memory_cell *acell, t_addr addr, t_mem *data_place, t_mem the_mask, class cl_uc *auc, class cl_brk *the_bp): cl_event_break_operator(acell, addr, data_place, the_mask, auc, the_bp) { uc= auc; bp= the_bp; } t_mem cl_read_operator::read(void) { //printf("read event at 0x%x bp=%p\n",address,bp); uc->events->add(bp); if (next_operator) return(next_operator->read()); else return(*data); } /* * Memory cell */ cl_memory_cell::cl_memory_cell(void): cl_base() { data= (t_mem *)malloc(sizeof(t_mem)); flags= CELL_NON_DECODED; width= 8; *data= 0; operators= NULL; #ifdef STATISTIC nuof_writes= nuof_reads= 0; #endif mask= 1; int w= width; for (--w; w; w--) { mask<<= 1; mask|= 1; } } cl_memory_cell::~cl_memory_cell(void) { if ((flags & CELL_NON_DECODED) && data) free(data); } int cl_memory_cell::init(void) { cl_base::init(); set(0/*rand()*/); return(0); } TYPE_UBYTE cl_memory_cell::get_flags(void) { return(flags); } bool cl_memory_cell::get_flag(enum cell_flag flag) { return(flags & flag); } void cl_memory_cell::set_flags(TYPE_UBYTE what) { flags= what; } void cl_memory_cell::set_flag(enum cell_flag flag, bool val) { if (val) flags|= flag; else flags&= ~(flag); } void cl_memory_cell::un_decode(void) { if ((flags & CELL_NON_DECODED) == 0) { data= (t_mem *)malloc(sizeof(t_mem)); flags|= CELL_NON_DECODED; } } void cl_memory_cell::decode(class cl_memory_chip *chip, t_addr addr) { if (flags & CELL_NON_DECODED) free(data); data= chip->get_slot(addr); if (!data) { data= (t_mem *)malloc(sizeof(t_mem)); flags|= CELL_NON_DECODED; } else flags&= ~(CELL_NON_DECODED); } t_mem cl_memory_cell::read(void) { #ifdef STATISTIC nuof_reads++; #endif if (operators) return(operators->read()); return(*data); } t_mem cl_memory_cell::read(enum hw_cath skip) { #ifdef STATISTIC nuof_reads++; #endif if (operators) return(operators->read(skip)); return(*data); } t_mem cl_memory_cell::get(void) { return(*data); } t_mem cl_memory_cell::write(t_mem val) { #ifdef STATISTIC nuof_writes++; #endif if (operators) return(operators->write(val)); *data= val & mask; return(*data); } t_mem cl_memory_cell::set(t_mem val) { *data= val & mask; return(*data); } t_mem cl_memory_cell::add(long what) { *data= (*data + what) & mask; return(*data); } t_mem cl_memory_cell::wadd(long what) { t_mem d= (*data + what) & mask; return(write(d)); } void cl_memory_cell::set_bit1(t_mem bits) { bits&= mask; (*data)|= bits; } void cl_memory_cell::set_bit0(t_mem bits) { bits&= mask; (*data)&= ~bits; } void cl_memory_cell::append_operator(class cl_memory_operator *op) { if (!operators) operators= op; else { class cl_memory_operator *o= operators, *n; n= o->get_next(); while (n) { o= n; n= o->get_next(); } o->set_next(op); } } void cl_memory_cell::prepend_operator(class cl_memory_operator *op) { if (op) { op->set_next(operators); operators= op; } } void cl_memory_cell::del_operator(class cl_brk *brk) { if (!operators) return; class cl_memory_operator *op= operators; if (operators->match(brk)) { operators= op->get_next(); delete op; } else { while (op->get_next() && !op->get_next()->match(brk)) op= op->get_next(); if (op->get_next()) { class cl_memory_operator *m= op->get_next(); op->set_next(m->get_next());; delete m; } } } class cl_memory_cell * cl_memory_cell::add_hw(class cl_hw *hw, int *ith, t_addr addr) { class cl_hw_operator *o= new cl_hw_operator(this, addr, data, mask, hw); append_operator(o); return(this); } /*class cl_hw * cl_memory_cell::get_hw(int ith) { return(0); }*/ class cl_event_handler * cl_memory_cell::get_event_handler(void) { return(0); } /* * Dummy cell for non-existent addresses */ t_mem cl_dummy_cell::write(t_mem val) { #ifdef STATISTIC nuof_writes++; #endif *data= rand() & mask; return(*data); } t_mem cl_dummy_cell::set(t_mem val) { *data= rand() & mask; return(*data); } /* * Address space */ cl_address_space::cl_address_space(const char *id, t_addr astart, t_addr asize, int awidth): cl_memory(id, asize, awidth) { start_address= astart; decoders= new cl_decoder_list(2, 2, DD_FALSE); cells= (class cl_memory_cell **)calloc(size, sizeof(class cl_memory_cell*)); dummy= new cl_dummy_cell(); } cl_address_space::~cl_address_space(void) { delete decoders; int i; for (i= 0; i < size; i++) if (cells[i]) delete cells[i]; delete dummy; } t_mem cl_address_space::read(t_addr addr) { return get_cell(addr)->read(); } t_mem cl_address_space::read(t_addr addr, enum hw_cath skip) { cl_memory_cell *cell = get_cell(addr); if (cell == dummy) { return dummy->read(); } return cell->read(skip); } t_mem cl_address_space::get(t_addr addr) { return get_cell(addr)->get(); } t_mem cl_address_space::write(t_addr addr, t_mem val) { return get_cell(addr)->write(val); } void cl_address_space::set(t_addr addr, t_mem val) { get_cell(addr)->set(val); } t_mem cl_address_space::wadd(t_addr addr, long what) { return get_cell(addr)->wadd(what); } /* Set or clear bits, without callbacks */ void cl_address_space::set_bit1(t_addr addr, t_mem bits) { cl_memory_cell *cell = get_cell(addr); if (cell == dummy) { return; } cell->set_bit1(bits); } void cl_address_space::set_bit0(t_addr addr, t_mem bits) { cl_memory_cell *cell = get_cell(addr); if (cell == dummy) { return; } cell->set_bit0(bits); } class cl_address_decoder * cl_address_space::get_decoder(t_addr addr) { int i; for (i= 0; i < decoders->count; i++) { class cl_address_decoder *d= dynamic_cast(decoders->object_at(i)); if (!d) continue; if (d->covers(addr, addr)) { return d; } } return NULL; } class cl_memory_cell * cl_address_space::get_cell(t_addr addr) { t_addr idx= addr-start_address; if (idx >= size || addr < start_address) { err_inv_addr(addr); return(dummy); } if (cells[idx] == NULL) { cells[idx]= new cl_memory_cell(); cells[idx]->init(); class cl_address_decoder *decoder; decoder = get_decoder(addr); if (decoder && decoder->activated) { decode_cell(addr, decoder->memchip, addr - decoder->as_begin + decoder->chip_begin); } } return(cells[idx]); } int cl_address_space::get_cell_flag(t_addr addr) { return get_cell(addr)->get_flags(); } bool cl_address_space::get_cell_flag(t_addr addr, enum cell_flag flag) { return get_cell(addr)->get_flag(flag); } void cl_address_space::set_cell_flag(t_addr addr, bool set_to, enum cell_flag flag) { get_cell(addr)->set_flag(flag, set_to); } bool cl_address_space::decode_cell(t_addr addr, class cl_memory_chip *chip, t_addr chipaddr) { cl_memory_cell *cell = get_cell(addr); if (cell == dummy) { return(DD_FALSE); } if (!cell->get_flag(CELL_NON_DECODED)) { // un-decode first! cell->un_decode(); } cell->decode(chip, chipaddr); return(!cell->get_flag(CELL_NON_DECODED)); } void cl_address_space::undecode_cell(t_addr addr) { t_addr idx= addr-start_address; if (idx >= size || addr < start_address) { err_inv_addr(addr); return; } if (cells[idx] == NULL) { return; } cells[idx]->un_decode(); } void cl_address_space::undecode_area(class cl_address_decoder *skip, t_addr begin, t_addr end,class cl_console_base *con) { #define D if (con) con->debug D("Undecoding area 0x%x-0x%x of %s\n", begin, end, get_name()); int i; for (i= 0; i < decoders->count; i++) { class cl_address_decoder *d= dynamic_cast(decoders->object_at(i)); if (!d || d == skip) continue; D(" Checking decoder 0x%x-0x%x -> %s[0x%x]\n", d->as_begin, d->as_end, d->memchip->get_name(), d->chip_begin); if (d->fully_covered_by(begin, end)) { // decoder can be removed D(" Can be removed\n"); decoders->disconn(d); i--; delete d; if (decoders->count == 0) break; } else if (d->covers(begin, end)) { // decoder must be split D(" Must be split\n"); class cl_address_decoder *nd= d->split(begin, end); D(" After split:\n"); D(" 0x%x-0x%x -> %s[0x%x]\n", d->as_begin, d->as_end, d->memchip->get_name(), d->chip_begin); if (nd) { decoders->add(nd); D(" 0x%x-0x%x -> %s[0x%x]\n", nd->as_begin, nd->as_end, nd->memchip->get_name(), nd->chip_begin); nd->activate(con); } } else if (d->is_in(begin, end)) { // decoder sould shrink D(" Sould shrink\n"); if (d->shrink_out_of(begin, end)) { D(" Can be removed after shrink\n"); decoders->disconn(d); i--; delete d; if (decoders->count == 0) break; } else { D(" Shrinked to 0x%x-0x%x -> %s[0x%x]\n", d->as_begin, d->as_end, d->memchip->get_name(), d->chip_begin); } } } #undef D } class cl_memory_cell * cl_address_space::register_hw(t_addr addr, class cl_hw *hw, int *ith, bool announce) { cl_memory_cell *cell = get_cell(addr); if (cell == dummy) { return(NULL); } cell->add_hw(hw, ith, addr); //printf("adding hw %s to cell 0x%x(%d) of %s\n", hw->id_string, addr, idx, get_name("as")); if (announce) ;//uc->sim->/*app->*/mem_cell_changed(this, addr);//FIXME return(cell); } void cl_address_space::set_brk(t_addr addr, class cl_brk *brk) { cl_memory_cell *cell = get_cell(addr); if (cell == dummy) { return; } class cl_memory_operator *op; switch (brk->get_event()) { case brkWRITE: case brkWXRAM: case brkWIRAM: case brkWSFR: //e= 'W'; op= new cl_write_operator(cell, addr, cell->get_data(), cell->get_mask(), uc, brk); break; case brkREAD: case brkRXRAM: case brkRCODE: case brkRIRAM: case brkRSFR: //e= 'R'; op= new cl_read_operator(cell, addr, cell->get_data(), cell->get_mask(), uc, brk); break; case brkNONE: set_cell_flag(addr, DD_TRUE, CELL_FETCH_BRK); return; break; default: //e= '.'; op= 0; break; } if (op) cell->append_operator(op); } void cl_address_space::del_brk(t_addr addr, class cl_brk *brk) { cl_memory_cell *cell = get_cell(addr); if (cell == dummy) { return; } switch (brk->get_event()) { case brkWRITE: case brkWXRAM: case brkWIRAM: case brkWSFR: case brkREAD: case brkRXRAM: case brkRCODE: case brkRIRAM: case brkRSFR: cell->del_operator(brk); break; case brkNONE: set_cell_flag(addr, DD_FALSE, CELL_FETCH_BRK); return; break; default: break; } } /* * List of address spaces */ cl_address_space_list::cl_address_space_list(class cl_uc *the_uc): cl_list(2, 2, "address spaces") { uc= the_uc; } t_index cl_address_space_list::add(class cl_address_space *mem) { mem->set_uc(uc); t_index ret= cl_list::add(mem); if (uc) { class cl_event_address_space_added e(mem); uc->handle_event(e); } return(ret); } /* * Memory chip */ cl_memory_chip::cl_memory_chip(const char *id, int asize, int awidth, int initial): cl_memory(id, asize, awidth) { array= (t_mem *)malloc(size * sizeof(t_mem)); init_value= initial; } cl_memory_chip::~cl_memory_chip(void) { if (array) free(array); } int cl_memory_chip::init(void) { cl_memory::init(); int i; for (i= 0; i < size; i++) set(i, (init_value<0)?rand():(init_value)); return(0); } t_mem * cl_memory_chip::get_slot(t_addr addr) { if (!array || size <= addr) return(0); return(&array[addr]); } t_mem cl_memory_chip::get(t_addr addr) { if (!array || size <= addr) return(0); return(array[addr]); } void cl_memory_chip::set(t_addr addr, t_mem val) { if (!array || size <= addr) return; array[addr]= val & data_mask; } void cl_memory_chip::set_bit1(t_addr addr, t_mem bits) { if (!array || size <= addr) return; array[addr]|= (bits & data_mask); } void cl_memory_chip::set_bit0(t_addr addr, t_mem bits) { if (!array || size <= addr) return; array[addr]&= ((~bits) & data_mask); } /* * Address decoder */ cl_address_decoder::cl_address_decoder(class cl_memory *as, class cl_memory *chip, t_addr asb, t_addr ase, t_addr cb) { if (as->is_address_space()) address_space= (class cl_address_space *)as; else address_space= 0; if (chip->is_chip()) memchip= (class cl_memory_chip *)chip; else memchip= 0; as_begin= asb; as_end= ase; chip_begin= cb; activated= DD_FALSE; } cl_address_decoder::~cl_address_decoder(void) { t_addr a; if (address_space) for (a= as_begin; a <= as_end; a++) address_space->undecode_cell(a); } int cl_address_decoder::init(void) { return(0); } bool cl_address_decoder::activate(class cl_console_base *con) { #define D if (con) con->debug D("Activation of an address decoder\n"); if (activated) { D("Already activated\n"); return(DD_FALSE); } if (!address_space || !address_space->is_address_space()) { D("No or non address space\n"); return(DD_FALSE); } if (!memchip || !memchip->is_chip()) { D("No or non memory chip\n"); return(DD_FALSE); } if (as_begin > as_end) { D("Wrong address area specification\n"); return(DD_FALSE); } if (chip_begin >= memchip->get_size()) { D("Wrong chip area specification\n"); return(DD_FALSE); } if (as_begin < address_space->start_address || as_end >= address_space->start_address + address_space->get_size()) { D("Specified area is out of address space\n"); return(DD_FALSE); } if (as_end-as_begin > memchip->get_size()-chip_begin) { D("Specified area is out of chip size\n"); return(DD_FALSE); } address_space->undecode_area(this, as_begin, as_end, con); activated= DD_TRUE; #undef D return(activated); } bool cl_address_decoder::fully_covered_by(t_addr begin, t_addr end) { if (begin <= as_begin && end >= as_end) return(DD_TRUE); return(DD_FALSE); } bool cl_address_decoder::is_in(t_addr begin, t_addr end) { if (begin >= as_begin && begin <= as_end) return(DD_TRUE); if (end >= as_begin && end <= as_end) return(DD_TRUE); return(DD_FALSE); } bool cl_address_decoder::covers(t_addr begin, t_addr end) { if (begin > as_begin && end < as_end) return(DD_TRUE); return(DD_FALSE); } /* Returns TRUE if shrunken decoder is unnecessary */ bool cl_address_decoder::shrink_out_of(t_addr begin, t_addr end) { t_addr a= as_begin; if (!address_space) return(DD_TRUE); if (begin > a) a= begin; while (a <= end && a <= as_end) { address_space->undecode_cell(a); a++; } if (begin > as_begin) as_end= begin-1; if (as_end > end) { chip_begin+= (end-as_begin+1); as_begin= end+1; } if (as_end < as_begin) return(DD_TRUE); return(DD_FALSE); } class cl_address_decoder * cl_address_decoder::split(t_addr begin, t_addr end) { class cl_address_decoder *nd= 0; if (begin > as_begin) { if (as_end > end) nd= new cl_address_decoder(address_space, memchip, end+1, as_end, chip_begin+(end-as_begin)+1); shrink_out_of(begin, as_end); } else if (end < as_end) { if (as_begin < begin) nd= new cl_address_decoder(address_space, memchip, as_begin, begin-1, chip_begin); shrink_out_of(end+1, as_end); } if (nd) nd->init(); return(nd); } /* * List of address decoders */ cl_decoder_list::cl_decoder_list(t_index alimit, t_index adelta, bool bychip): cl_sorted_list(alimit, adelta, "decoder list") { Duplicates= DD_TRUE; by_chip= bychip; } const void * cl_decoder_list::key_of(void *item) { class cl_address_decoder *d= (class cl_address_decoder *)item; if (by_chip) return(&(d->chip_begin)); else return(&(d->as_begin)); } int cl_decoder_list::compare(const void *key1, const void *key2) { const t_addr k1= *(static_cast(key1)), k2= *(static_cast(key2)); if (k1 == k2) return(0); else if (k1 > k2) return(1); return(-1); } /* * Errors in memory handling */ /* All of memory errors */ cl_error_mem::cl_error_mem(class cl_memory *amem, t_addr aaddr) { mem= amem; addr= aaddr; classification= mem_error_registry.find("memory"); } /* Invalid address in memory access */ cl_error_mem_invalid_address:: cl_error_mem_invalid_address(class cl_memory *amem, t_addr aaddr): cl_error_mem(amem, aaddr) { classification= mem_error_registry.find("invalid_address"); } void cl_error_mem_invalid_address::print(class cl_commander_base *c) { c->dd_printf("%s: invalid address ", get_type_name()); c->dd_printf(mem->addr_format, addr); c->dd_printf(" in memory %s.\n", mem->get_name()); } /* Non-decoded address space access */ cl_error_mem_non_decoded:: cl_error_mem_non_decoded(class cl_memory *amem, t_addr aaddr): cl_error_mem(amem, aaddr) { classification= mem_error_registry.find("non_decoded"); } void cl_error_mem_non_decoded::print(class cl_commander_base *c) { c->dd_printf("%s: access of non-decoded address ", get_type_name()); c->dd_printf(mem->addr_format, addr); c->dd_printf(" in memory %s.\n", mem->get_name()); } cl_mem_error_registry::cl_mem_error_registry(void) { class cl_error_class *prev = mem_error_registry.find("non-classified"); prev = register_error(new cl_error_class(err_error, "memory", prev, ERROR_OFF)); prev = register_error(new cl_error_class(err_error, "invalid_address", prev)); prev = register_error(new cl_error_class(err_error, "non_decoded", prev)); } /* End of mem.cc */ sdcc-2.9.0/sim/ucsim/sim.src/memcl.h000066400000000000000000000277671116427777700172400ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim.src/memcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIM_MEMCL_HEADER #define SIM_MEMCL_HEADER #include "ddconfig.h" // prj #include "stypes.h" #include "pobjcl.h" // gui.src #include "guiobjcl.h" class cl_event_handler; // Cell types #define CELL_NORMAL 0x00 /* Nothing special */ #define CELL_HW_READ 0x01 /* Hw handles read */ #define CELL_HW_WRITE 0x02 /* Hw catches write */ //#define CELL_INST 0x04 /* Marked as instruction */ //#define CELL_FETCH_BRK 0x08 /* Fetch breakpoint */ #define CELL_READ_BRK 0x10 /* Read event breakpoint */ #define CELL_WRITE_BRK 0x20 /* Write event breakpoint */ // Cell flags enum cell_flag { CELL_NONE = 0x00, CELL_INST = 0x04, /* Marked as instruction */ CELL_FETCH_BRK = 0x08, /* Fetch breakpoint */ CELL_NON_DECODED = 0x40 /* Cell is not decoded (yet) */ }; #define CELL_GENERAL (CELL_NORMAL|CELL_INST|CELL_FETCH_BRK) /* * 3rd version of memory system */ class cl_memory: public cl_base { public: t_addr start_address; protected: class cl_uc *uc; t_addr size; public: char *addr_format, *data_format; int width; // in bits t_mem data_mask; //char *class_name; // used by cl_m!! protected: t_addr dump_finished; public: cl_memory(const char *id, t_addr asize, int awidth); virtual ~cl_memory(void); virtual int init(void); t_addr get_start_address(void) { return(start_address); } t_addr get_size(void) { return(size); } virtual void set_uc(class cl_uc *auc) { uc= auc; } virtual bool valid_address(t_addr addr); virtual t_addr inc_address(t_addr addr, int val); virtual t_addr inc_address(t_addr addr); virtual t_addr validate_address(t_addr addr); virtual bool is_chip(void) { return(DD_FALSE); } virtual bool is_address_space(void) { return(DD_FALSE); } virtual void err_inv_addr(t_addr addr); virtual void err_non_decoded(t_addr addr); virtual t_addr dump(t_addr start, t_addr stop, int bpl, class cl_console_base *con); virtual t_addr dump(class cl_console_base *con); virtual bool search_next(bool case_sensitive, t_mem *array, int len, t_addr *addr); virtual t_addr lowest_valid_address(void) { return(start_address); } virtual t_addr highest_valid_address(void) { return(start_address+size-1); } virtual t_mem read(t_addr addr)=0; virtual t_mem read(t_addr addr, enum hw_cath skip)=0; virtual t_mem get(t_addr addr)=0; virtual t_mem write(t_addr addr, t_mem val)=0; virtual void set(t_addr addr, t_mem val)=0; virtual void set_bit1(t_addr addr, t_mem bits)=0; virtual void set_bit0(t_addr addr, t_mem bits)=0; }; /* * Operators for memory cells */ class cl_memory_operator: public cl_base { protected: t_addr address; t_mem *data; t_mem mask; class cl_memory_operator *next_operator; class cl_memory_cell *cell; public: cl_memory_operator(class cl_memory_cell *acell, t_addr addr); cl_memory_operator(class cl_memory_cell *acell, t_addr addr, t_mem *data_place, t_mem the_mask); virtual void set_data(t_mem *data_place, t_mem the_mask); virtual class cl_memory_operator *get_next(void) { return(next_operator); } virtual void set_next(class cl_memory_operator *next) { next_operator= next;} virtual bool match(class cl_hw *the_hw) { return(DD_FALSE); } virtual bool match(class cl_brk *brk) { return(DD_FALSE); } virtual t_mem read(void); virtual t_mem read(enum hw_cath skip) { return(read()); } virtual t_mem write(t_mem val); }; class cl_hw_operator: public cl_memory_operator { protected: class cl_hw *hw; public: cl_hw_operator(class cl_memory_cell *acell, t_addr addr, t_mem *data_place, t_mem the_mask, class cl_hw *ahw); virtual bool match(class cl_hw *the_hw) { return(hw == the_hw); } virtual t_mem read(void); virtual t_mem read(enum hw_cath skip); virtual t_mem write(t_mem val); }; class cl_event_break_operator: public cl_memory_operator { protected: class cl_uc *uc; class cl_brk *bp; public: cl_event_break_operator(class cl_memory_cell *acell, t_addr addr, t_mem *data_place, t_mem the_mask, class cl_uc *auc, class cl_brk *the_bp): cl_memory_operator(acell, addr, data_place, the_mask) { uc= auc; bp= the_bp; } virtual bool match(class cl_brk *brk) { return(bp == brk); } }; class cl_write_operator: public cl_event_break_operator { public: cl_write_operator(class cl_memory_cell *acell, t_addr addr, t_mem *data_place, t_mem the_mask, class cl_uc *auc, class cl_brk *the_bp); virtual t_mem write(t_mem val); }; class cl_read_operator: public cl_event_break_operator { public: cl_read_operator(class cl_memory_cell *acell, t_addr addr, t_mem *data_place, t_mem the_mask, class cl_uc *auc, class cl_brk *the_bp); virtual t_mem read(void); }; /* * version 3 of cell */ class cl_memory_cell: public cl_base { #ifdef STATISTIC public: unsigned long nuof_writes, nuof_reads; #endif protected: t_mem *data; t_mem mask; uchar width; TYPE_UBYTE flags; class cl_memory_operator *operators; public: cl_memory_cell(void); virtual ~cl_memory_cell(void); virtual int init(void); virtual t_mem *get_data(void) { return(data); } virtual t_mem get_mask(void) { return(mask); } virtual TYPE_UBYTE get_flags(void); virtual bool get_flag(enum cell_flag flag); virtual void set_flags(TYPE_UBYTE what); virtual void set_flag(enum cell_flag flag, bool val); virtual void un_decode(void); virtual void decode(class cl_memory_chip *chip, t_addr addr); virtual t_mem read(void); virtual t_mem read(enum hw_cath skip); virtual t_mem get(void); virtual t_mem write(t_mem val); virtual t_mem set(t_mem val); virtual t_mem add(long what); virtual t_mem wadd(long what); virtual void set_bit1(t_mem bits); virtual void set_bit0(t_mem bits); virtual void append_operator(class cl_memory_operator *op); virtual void prepend_operator(class cl_memory_operator *op); virtual void del_operator(class cl_brk *brk); virtual class cl_memory_cell *add_hw(class cl_hw *hw, int *ith, t_addr addr); //virtual class cl_hw *get_hw(int ith); virtual class cl_event_handler *get_event_handler(void); }; class cl_dummy_cell: public cl_memory_cell { public: cl_dummy_cell(void): cl_memory_cell() {} virtual t_mem write(t_mem val); virtual t_mem set(t_mem val); }; /* * Address space */ class cl_memory_chip; class cl_address_space: public cl_memory { protected: class cl_memory_cell **cells, *dummy; public: class cl_decoder_list *decoders; public: cl_address_space(const char *id, t_addr astart, t_addr asize, int awidth); virtual ~cl_address_space(void); virtual bool is_address_space(void) { return(DD_TRUE); } virtual t_mem read(t_addr addr); virtual t_mem read(t_addr addr, enum hw_cath skip); virtual t_mem get(t_addr addr); virtual t_mem write(t_addr addr, t_mem val); virtual void set(t_addr addr, t_mem val); virtual t_mem wadd(t_addr addr, long what); virtual void set_bit1(t_addr addr, t_mem bits); virtual void set_bit0(t_addr addr, t_mem bits); virtual class cl_address_decoder *get_decoder(t_addr addr); virtual class cl_memory_cell *get_cell(t_addr addr); virtual int get_cell_flag(t_addr addr); virtual bool get_cell_flag(t_addr addr, enum cell_flag flag); virtual void set_cell_flag(t_addr addr, bool set_to, enum cell_flag flag); virtual bool decode_cell(t_addr addr, class cl_memory_chip *chip, t_addr chipaddr); virtual void undecode_cell(t_addr addr); virtual void undecode_area(class cl_address_decoder *skip, t_addr begin, t_addr end, class cl_console_base *con); virtual class cl_memory_cell *register_hw(t_addr addr, class cl_hw *hw, int *ith, bool announce); virtual void set_brk(t_addr addr, class cl_brk *brk); virtual void del_brk(t_addr addr, class cl_brk *brk); #ifdef STATISTIC virtual unsigned long get_nuof_reads(void) { return(0); } virtual unsigned long get_nuof_writes(void) { return(0); } virtual void set_nuof_reads(unsigned long value) {} virtual void set_nuof_writes(unsigned long value) {} #endif }; class cl_address_space_list: public cl_list { protected: class cl_uc *uc; public: cl_address_space_list(class cl_uc *the_uc); virtual t_index add(class cl_address_space *mem); }; /* * Memory chip (storage) */ class cl_memory_chip: public cl_memory { protected: t_mem *array; int init_value; public: cl_memory_chip(const char *id, int asize, int awidth, int initial= -1); virtual ~cl_memory_chip(void); virtual int init(void); virtual bool is_chip(void) { return(DD_TRUE); } virtual t_mem *get_slot(t_addr addr); virtual t_mem read(t_addr addr) { return(get(addr)); } virtual t_mem read(t_addr addr, enum hw_cath skip) { return(get(addr)); } virtual t_mem get(t_addr addr); virtual t_mem write(t_addr addr, t_mem val) { set(addr, val); return(val); } virtual void set(t_addr addr, t_mem val); virtual void set_bit1(t_addr addr, t_mem bits); virtual void set_bit0(t_addr addr, t_mem bits); }; /* * Address decoder */ class cl_address_decoder: public cl_base { public: class cl_address_space *address_space; class cl_memory_chip *memchip; t_addr as_begin, as_end; t_addr chip_begin; bool activated; public: cl_address_decoder(class cl_memory *as, class cl_memory *chip, t_addr asb, t_addr ase, t_addr cb); virtual ~cl_address_decoder(void); virtual int init(void); virtual bool activate(class cl_console_base *con); virtual bool fully_covered_by(t_addr begin, t_addr end); virtual bool is_in(t_addr begin, t_addr end); virtual bool covers(t_addr begin, t_addr end); virtual bool shrink_out_of(t_addr begin, t_addr end); virtual class cl_address_decoder *split(t_addr begin, t_addr end); }; /* List of address decoders */ class cl_decoder_list: public cl_sorted_list { protected: bool by_chip; public: cl_decoder_list(t_index alimit, t_index adelta, bool bychip); virtual const void *key_of(void *item); virtual int compare(const void *key1, const void *key2); }; /* * Messages */ #include "eventcl.h" class cl_event_address_space_added: public cl_event { public: class cl_address_space *as; cl_event_address_space_added(class cl_address_space *the_as): cl_event(ev_address_space_added) { as= the_as; } }; /* * Errors in memory handling */ #include "errorcl.h" class cl_error_mem: public cl_error { protected: class cl_memory *mem; t_addr addr; public: cl_error_mem(class cl_memory *amem, t_addr aaddr); }; class cl_error_mem_invalid_address: public cl_error_mem { public: cl_error_mem_invalid_address(class cl_memory *amem, t_addr aaddr); virtual void print(class cl_commander_base *c); }; class cl_error_mem_non_decoded: public cl_error_mem { public: cl_error_mem_non_decoded(class cl_memory *amem, t_addr aaddr); virtual void print(class cl_commander_base *c); }; class cl_mem_error_registry: public cl_error_registry { public: cl_mem_error_registry(void); }; #endif /* End of memcl.h */ sdcc-2.9.0/sim/ucsim/sim.src/obsolete.cc000066400000000000000000000607461116427777700201070ustar00rootroot00000000000000/* * Memory location handled specially by a hw element */ /*cl_memloc::cl_memloc(t_addr addr): cl_base() { address= addr; hws= new cl_list(2, 2); hws->init(); }*/ /*cl_memloc::~cl_memloc(void) { hws->disconn_all(); delete hws; }*/ /*ulong cl_memloc::read(class cl_mem *mem) { uchar ret= 0; class cl_hw *hw; if (!hws || hws->count == 0) return(ret); if ((hw= (class cl_hw *)(hws->at(0)))) ret= hw->read(mem, address); return(ret); }*/ /*void cl_memloc::write(class cl_mem *mem, t_addr addr, t_mem *val) { class cl_hw *hw; int i; if (!hws) return; for (i= 0; i < hws->count; i++) { hw= (class cl_hw *)hws->at(0); hw->write(mem, addr, val); } }*/ /* Sorted collection of memory locations */ /*cl_memloc_coll::cl_memloc_coll(void): cl_sorted_list(2, 2) { Duplicates= DD_FALSE; }*/ /*void * cl_memloc_coll::key_of(void *item) { return(&(((class cl_memloc *)item)->address)); }*/ /*int cl_memloc_coll::compare(void *key1, void *key2) { if (*(long*)key1 > *(long*)key2) return(1); else if (*(long*)key1 < *(long*)key2) return(-1); else return(0); }*/ /*class cl_memloc * cl_memloc_coll::get_loc(t_addr address) { t_index i; if (search(&address, i)) return((class cl_memloc*)(at(i))); return(0); }*/ /* * Memory ****************************************************************************** */ /* * Bitmap */ /*cl_bitmap::cl_bitmap(t_addr asize): cl_base() { map= (uchar*)malloc(size= asize/(8*SIZEOF_CHAR)); memset(map, 0, size); } cl_bitmap::~cl_bitmap(void) { free(map); } void cl_bitmap::set(t_addr pos) { int i; if ((i= pos/(8*SIZEOF_CHAR)) < size) map[i]|= (1 << (pos & ((8*SIZEOF_CHAR)-1))); } void cl_bitmap::clear(t_addr pos) { int i; if ((i= pos/(8*SIZEOF_CHAR)) < size) map[i]&= ~(1 << (pos & ((8*SIZEOF_CHAR)-1))); } bool cl_bitmap::get(t_addr pos) { return(map[pos/(8*SIZEOF_CHAR)] & (1 << (pos & ((8*SIZEOF_CHAR)-1)))); } bool cl_bitmap::empty(void) { int i; for (i= 0; i < size && map[i] == 0; i++) ; return(i == size); }*/ /* * Special memory for code (ROM) */ /*cl_rom::cl_rom(t_addr asize, int awidth, class cl_uc *auc): cl_mem(MEM_ROM, get_id_string(mem_classes, MEM_ROM), asize, awidth, auc) { bp_map= new cl_bitmap(asize); inst_map= new cl_bitmap(asize); } cl_rom::~cl_rom(void) { delete bp_map; delete inst_map; }*/ cl_mem::cl_mem(enum mem_class atype, char *aclass_name, t_addr asize, int awidth, class cl_uc *auc): cl_guiobj() { int i; uc= auc; type= atype; class_name= aclass_name; width= awidth; size= asize; mem= 0; for (i= width, mask= 0; i; i--) mask= (mask<<1) | 1; if (width == 0 || size == 0) mem= 0; else if (width <= 8) mem= (TYPE_UBYTE *)malloc(size); else if (width <= 16) mem= (TYPE_UWORD *)malloc(size*sizeof(TYPE_WORD)); else mem= (TYPE_UDWORD *)malloc(size*sizeof(TYPE_DWORD)); //read_locs= new cl_memloc_coll(); //write_locs= new cl_memloc_coll(); dump_finished= 0; addr_format= data_format= 0; } cl_mem::~cl_mem(void) { if (mem) free(mem); if (addr_format) free(addr_format); if (data_format) free(data_format); //delete read_locs; //delete write_locs; } int cl_mem::init(void) { t_addr i; addr_format= (char *)malloc(10); sprintf(addr_format, "0x%%0%dx", size-1<=0xf?1: (size-1<=0xff?2: (size-1<=0xfff?3: (size-1<=0xffff?4: (size-1<=0xfffff?5: (size-1<=0xffffff?6:12)))))); data_format= (char *)malloc(10); sprintf(data_format, "%%0%dx", width/4+((width%4)?1:0)); for (i= 0; i < size; i++) set(i, (type==MEM_ROM)?(-1):0); return(0); } char * cl_mem::id_string(void) { char *s= get_id_string(mem_ids, type); return(s?s:(char*)"NONE"); } t_mem cl_mem::read(t_addr addr) { //class cl_memloc *loc; if (addr >= size) { //FIXME fprintf(stderr, "Address 0x%06"_A_"x is over 0x%06"_A_"x\n", addr, size); return(0); } /*if ((loc= read_locs->get_loc(addr))) return(loc->read(this));*/ if (width <= 8) return((((TYPE_UBYTE*)mem)[addr])&mask); else if (width <= 16) return((((TYPE_UWORD*)mem)[addr])&mask); else return((((TYPE_UDWORD*)mem)[addr])&mask); } t_mem cl_mem::get(t_addr addr) { if (addr >= size) return(0); if (width <= 8) return((((TYPE_UBYTE*)mem)[addr])&mask); else if (width <= 16) return((((TYPE_UWORD*)mem)[addr])&mask); else return((((TYPE_UDWORD*)mem)[addr])&mask); } /* * Modify memory location */ /* Write calls callbacks of HW elements */ t_mem cl_mem::write(t_addr addr, t_mem val) { /* class cl_memloc *loc; if (addr >= size) return; if ((loc= write_locs->get_loc(addr))) loc->write(this, addr, val); if (width <= 8) ((TYPE_UBYTE*)mem)[addr]= (*val)&mask; else if (width <= 16) ((TYPE_UWORD*)mem)[addr]= (*val)&mask; else ((TYPE_UDWORD*)mem)[addr]= (*val)&mask;*/ fprintf(stderr, "FIXME cl_mem::write(0x%06"_A_"x, 0x%04"_M_"x)\n", addr, val); return(0); } /* Set doesn't call callbacks */ void cl_mem::set(t_addr addr, t_mem val) { if (addr >= size) return; if (width <= 8) ((TYPE_UBYTE*)mem)[addr]= val&mask; else if (width <= 16) ((TYPE_UWORD*)mem)[addr]= val&mask; else ((TYPE_UDWORD*)mem)[addr]= val&mask; } t_mem cl_mem::add(t_addr addr, long what) { if (addr >= size) return(0); if (width <= 8) { ((TYPE_UBYTE*)mem)[addr]= ((TYPE_UBYTE*)mem)[addr] + what; return(((TYPE_UBYTE*)mem)[addr]); } else if (width <= 16) { ((TYPE_UWORD*)mem)[addr]= ((TYPE_UWORD*)mem)[addr] + what; return(((TYPE_UWORD*)mem)[addr]); } else { ((TYPE_UDWORD*)mem)[addr]= ((TYPE_UDWORD*)mem)[addr] + what; return(((TYPE_UDWORD*)mem)[addr]); } } t_addr cl_mem::dump(t_addr start, t_addr stop, int bpl, class cl_console_base *con) { int i; while ((start <= stop) && (start < size)) { con->dd_printf(addr_format, start); con->dd_printf(" "); for (i= 0; (i < bpl) && (start+i < size) && (start+i <= stop); i++) { con->dd_printf(data_format, /*read*/get(start+i)); con->dd_printf(" "); } while (i < bpl) { int j; j= width/4 + ((width%4)?1:0) + 1; while (j) { con->dd_printf(" "); j--; } i++; } for (i= 0; (i < bpl) && (start+i < size) && (start+i <= stop); i++) { long c= get(start+i); con->dd_printf("%c", isprint(255&c)?(255&c):'.'); if (width > 8) con->dd_printf("%c", isprint(255&(c>>8))?(255&(c>>8)):'.'); if (width > 16) con->dd_printf("%c", isprint(255&(c>>16))?(255&(c>>16)):'.'); if (width > 24) con->dd_printf("%c", isprint(255&(c>>24))?(255&(c>>24)):'.'); } con->dd_printf("\n"); dump_finished= start+i; start+= bpl; } return(dump_finished); } t_addr cl_mem::dump(class cl_console_base *con) { return(dump(dump_finished, dump_finished+10*8-1, 8, con)); } /* */ /* cl_mapped_cell::cl_mapped_cell(class cl_cell *realcell) { real_cell= realcell; } cl_mapped_cell::~cl_mapped_cell(void) {} t_mem cl_mapped_cell::read(void) { return(real_cell->read()); } t_mem cl_mapped_cell::read(enum hw_cath skip) { return(real_cell->read(skip)); } t_mem cl_mapped_cell::get(void) { return(real_cell->get()); } t_mem cl_mapped_cell::write(t_mem val) { return(real_cell->write(val)); } t_mem cl_mapped_cell::set(t_mem val) { return(real_cell->set(val)); } t_mem cl_mapped_cell::add(long what) { return(real_cell->add(what)); } t_mem cl_mapped_cell::wadd(long what) { return(real_cell->wadd(what)); } void cl_mapped_cell::set_bit1(t_mem bits) { return(real_cell->set_bit1(bits)); } void cl_mapped_cell::set_bit0(t_mem bits) { return(real_cell->set_bit0(bits)); } class cl_cell * cl_mapped_cell::add_hw(class cl_hw *hw, int *ith) { return(real_cell->add_hw(hw, ith)); } class cl_hw * cl_mapped_cell::get_hw(int ith) { return(real_cell->get_hw(ith)); } class cl_event_handler * cl_mapped_cell::get_event_handler(void) { return(real_cell->get_event_handler()); } */ /* */ cl_m::cl_m(enum mem_class atype, char *aclass_name, t_addr asize, int awidth, class cl_uc *auc): cl_memory(aclass_name, asize, awidth) //cl_mem(atype, aclass_name, 0, awidth, auc) { t_addr a; //size= asize; width= awidth; set_name(aclass_name); uc= auc; type= atype; array= (class cl_cell **)calloc(size, sizeof(class cl_cell *)); for (a= 0; a < size; a++) array[a]= new cl_normal_cell(width); bus_mask= 0; t_addr i; for (i= 1; i < size; i<<=1) bus_mask= (bus_mask<<1)|1; dummy= new cl_normal_cell(width); //mk_cell(size, 0); } cl_m::~cl_m(void) { t_addr a; for (a= 0; a < size; a++) delete array[a]; free(array); delete dummy; } int cl_m::init(void) { t_addr i; cl_memory::init(); for (i= 0; i < size; i++) set(i, (type==MEM_ROM)?(-1):0); return(0); } char * cl_m::id_string(void) { char *s= get_id_string(mem_ids, type); return(s?s:(char*)"NONE"); } /*void cl_m::mk_cell(t_addr addr, class cl_cell *cell) { if (!cell) cell= new cl_cell(width); class cl_cell *p; if (addr >= size) p= dummy; else p= array[addr]; if (p == 0) { p= (class cl_cell *)calloc(1, sizeof(*cell)); } else { p->destroy(); p= (class cl_cell *)realloc(p, sizeof(cell)); } memcpy(p, cell, sizeof(*cell)); cell->destroy(); delete cell; }*/ t_mem cl_m::read(t_addr addr) { //addr&= bus_mask; if (addr >= size) { err_inv_addr(addr); return(dummy->read()); } return(array[addr]->read()); } t_mem cl_m::read(t_addr addr, enum hw_cath skip) { //addr&= bus_mask; if (addr >= size) { err_inv_addr(addr); return(dummy->read(skip)); } return(array[addr]->read(skip)); } t_mem cl_m::get(t_addr addr) { addr&= bus_mask; if (addr >= size) { err_inv_addr(addr); return(dummy->get()); } return(array[addr]->get()); } t_mem cl_m::write(t_addr addr, t_mem val) { //addr&= bus_mask; if (addr >= size) { err_inv_addr(addr); return(dummy->write(val)); } return(array[addr]->write(val)); } void cl_m::set(t_addr addr, t_mem val) { if (addr >= size) { err_inv_addr(addr); //addr&= bus_mask; dummy->set(val); return; } //addr&= bus_mask; array[addr]->set(val); } class cl_cell * cl_m::get_cell(t_addr addr) { //addr&= bus_mask; if (addr >= size) { err_inv_addr(addr); return(dummy); } return(array[addr]); } /* Set or clear bits, without callbacks */ void cl_m::set_bit1(t_addr addr, t_mem bits) { class cl_cell *cell; addr&= bus_mask; if (addr >= size) { err_inv_addr(addr); cell= dummy; } else cell= array[addr]; bits&= cell->get_mask(); cell->set(cell->get() | bits); } void cl_m::write_bit1(t_addr addr, t_mem bits) { class cl_cell *cell; addr&= bus_mask; if (addr >= size) { err_inv_addr(addr); cell= dummy; } else cell= array[addr]; bits&= cell->get_mask(); cell->write(cell->get() | bits); } void cl_m::set_bit0(t_addr addr, t_mem bits) { class cl_cell *cell; addr&= bus_mask; if (addr >= size) { err_inv_addr(addr); cell= dummy; } else cell= array[addr]; bits&= cell->get_mask(); cell->set(cell->get() & ~bits); } void cl_m::write_bit0(t_addr addr, t_mem bits) { class cl_cell *cell; addr&= bus_mask; if (addr >= size) { err_inv_addr(addr); cell =dummy; } else cell= array[addr]; bits&= cell->get_mask(); cell->write(cell->get() & ~bits); } t_mem cl_m::add(t_addr addr, long what) { addr&= bus_mask; if (addr >= size) { err_inv_addr(addr); return(dummy->add(what)); } return(array[addr]->add(what)); } t_mem cl_m::wadd(t_addr addr, long what) { addr&= bus_mask; if (addr >= size) { err_inv_addr(addr); return(dummy->wadd(what)); } return(array[addr]->wadd(what)); } bool cl_m::search_next(bool case_sensitive, t_mem *array, int len, t_addr *addr) { t_addr a; int i; bool found; if (addr == NULL) a= 0; else a= *addr; if (a+len > size) return(DD_FALSE); found= DD_FALSE; while (!found && a+len <= size) { bool match= DD_TRUE; for (i= 0; i < len && match; i++) { t_mem d1, d2; d1= get(a+i); d2= array[i]; if (!case_sensitive) { if (/*d1 < 128*/isalpha(d1)) d1= toupper(d1); if (/*d2 < 128*/isalpha(d2)) d2= toupper(d2); } match= d1 == d2; } found= match; if (!found) a++; } if (addr) *addr= a; return(found); } class cl_cell * cl_m::register_hw(t_addr addr, class cl_hw *hw, int *ith, bool announce) { class cl_cell *cell, *nc; addr&= bus_mask; if (addr >= size) cell= dummy; else cell= array[addr]; if (cell->get_type() & (CELL_HW_READ | CELL_HW_WRITE)) { /* Already registered */ return(cell->add_hw(hw, ith)); } else if (cell->get_type() & (CELL_READ_BRK | CELL_WRITE_BRK)) { /* Event break is set on it, now register hw */ nc= new cl_ev_reg_cell(width, uc); nc->set(cell->get()); nc->set_type(nc->get_type() & ~(CELL_GENERAL|CELL_READ_BRK|CELL_WRITE_BRK)); nc->set_type(nc->get_type() | (cell->get_type() & CELL_GENERAL)); class cl_event_handler *eh= nc->get_event_handler(); if (eh) nc->set_type(nc->get_type() | eh->copy_from(cell->get_event_handler())); nc->add_hw(hw, ith); } else { /* Normal cell, register hw */ nc= new cl_registered_cell(width); nc->set(cell->get()); nc->set_type(nc->get_type() & ~CELL_GENERAL); nc->set_type(nc->get_type() | (cell->get_type() & CELL_GENERAL)); nc->add_hw(hw, ith); } if (addr >= size) { delete dummy; dummy= nc; } else { delete array[addr]; array[addr]= nc; } if (announce) uc->sim->/*app->*/mem_cell_changed(this, addr); return(nc); } void cl_m::set_brk(t_addr addr, class cl_brk *brk) { class cl_cell *cell, *nc; char e= '_'; addr&= bus_mask; if (addr >= size) cell= dummy; else cell= array[addr]; switch (brk->get_event()) { case brkWRITE: case brkWXRAM: case brkWIRAM: case brkWSFR: e= 'W'; break; case brkREAD: case brkRXRAM: case brkRCODE: case brkRIRAM: case brkRSFR: e= 'R'; break; case brkNONE: set_cell_flag(addr, DD_TRUE, CELL_FETCH_BRK); return; break; default: e= '.'; break; } if (cell->get_type() & (CELL_HW_READ | CELL_HW_WRITE)) { /* Hw is registered on it, now set event break */ nc= new cl_ev_reg_cell(width, uc); nc->set(cell->get()); nc->set_type(nc->get_type() & ~CELL_GENERAL); nc->set_type(nc->get_type() | (cell->get_type() & CELL_GENERAL)); int i= 0; class cl_hw *hw; while ((hw= cell->get_hw(i)) != 0) { nc->add_hw(hw, 0); i++; } if (((class cl_registered_cell *)cell)->hardwares) { free(((class cl_registered_cell *)cell)->hardwares); ((class cl_registered_cell *)cell)->hardwares= 0; } class cl_event_handler *eh; if ((eh= nc->get_event_handler())) nc->set_type(nc->get_type() | eh->add_bp(brk)); } else if (cell->get_type() & (CELL_READ_BRK | CELL_WRITE_BRK)) { /* Break is already set on it */ class cl_event_handler *eh; if ((eh= cell->get_event_handler())) cell->set_type(cell->get_type() | eh->add_bp(brk)); return; } else { /* Normal cell, set event break */ nc= new cl_event_cell(width, uc); nc->set(cell->get()); nc->set_type(nc->get_type() & ~CELL_GENERAL); nc->set_type(nc->get_type() | (cell->get_type() & CELL_GENERAL)); class cl_event_handler *eh; if ((eh= nc->get_event_handler())) nc->set_type(nc->get_type() | eh->add_bp(brk)); } if (addr >= size) { delete dummy; dummy= nc; } else { delete array[addr]; array[addr]= nc; } uc->sim->/*app->*/mem_cell_changed(this, addr); } void cl_m::del_brk(t_addr addr, class cl_brk *brk) { class cl_cell *cell, *nc; char e= '_'; addr&= bus_mask; if (addr >= size) cell= dummy; else cell= array[addr]; switch (brk->get_event()) { case brkWRITE: case brkWXRAM: case brkWIRAM: case brkWSFR: e= 'W'; break; case brkREAD: case brkRXRAM: case brkRCODE: case brkRIRAM: case brkRSFR: e= 'R'; break; case brkNONE: set_cell_flag(addr, DD_FALSE, CELL_FETCH_BRK); return; break; default: e= '.'; break; } if (cell->get_type() & (CELL_HW_READ | CELL_HW_WRITE)) { /* Hw is registered on it, delete event break */ class cl_event_handler *eh; int t= CELL_NORMAL; if ((eh= cell->get_event_handler())) t= eh->del_bp(brk); if (t & (CELL_READ_BRK|CELL_WRITE_BRK)) { cell->set_type(cell->get_type() & ~(CELL_READ_BRK|CELL_WRITE_BRK)); cell->set_type(cell->get_type() | t); return; } nc= new cl_registered_cell(width); nc->set(cell->get()); nc->set_type(cell->get_type() & ~CELL_GENERAL); nc->set_type(cell->get_type() | (cell->get_type() & CELL_GENERAL)); int i= 0; class cl_hw *hw; while ((hw= cell->get_hw(i)) != 0) { nc->add_hw(hw, 0); i++; } if (((class cl_registered_cell *)cell)->hardwares) free(((class cl_registered_cell *)cell)->hardwares); } else if (cell->get_type() & (CELL_READ_BRK | CELL_WRITE_BRK)) { /* Break already set on it, delete brk */ class cl_event_handler *eh; int t= CELL_NORMAL; if ((eh= cell->get_event_handler())) t= eh->del_bp(brk); if (t & (CELL_READ_BRK|CELL_WRITE_BRK)) { cell->set_type(cell->get_type() & ~(CELL_READ_BRK|CELL_WRITE_BRK)); cell->set_type(cell->get_type() | t); return; } nc= new cl_normal_cell(width); nc->set(cell->get()); nc->set_type(cell->get_type() & ~CELL_GENERAL); nc->set_type(cell->get_type() | (cell->get_type() & CELL_GENERAL)); return; } else { /* Normal cell */ return; } if (addr >= size) { delete dummy; dummy= nc; } else { delete array[addr]; array[addr]= nc; } uc->sim->/*app->*/mem_cell_changed(this, addr); } #ifdef STATISTIC unsigned long cl_m::get_nuof_reads(void) { unsigned long res= 0; t_addr i; for (i= 0; i < size; i++) res+= array[i]->nuof_reads; return(res); } unsigned long cl_m::get_nuof_writes(void) { unsigned long res= 0; t_addr i; for (i= 0; i < size; i++) res+= array[i]->nuof_writes; return(res); } void cl_m::set_nuof_reads(unsigned long value) { t_addr i; for (i= 0; i < size; i++) array[i]->nuof_reads= value; dummy->nuof_reads= value; } void cl_m::set_nuof_writes(unsigned long value) { t_addr i; for (i= 0; i < size; i++) array[i]->nuof_writes= value; dummy->nuof_writes= value; } #endif cl_normal_cell::cl_normal_cell(uchar awidth): cl_cell() { type= CELL_NORMAL; data= 0; mask= 1; width= awidth; for (--awidth; awidth; awidth--) { mask<<= 1; mask|= 1; } } t_mem cl_normal_cell::add(long what) { t_mem d; if (width <= 8) d= TYPE_BYTE(data) + what; else if (width <= 16) d= TYPE_WORD(data) + what; else d= TYPE_DWORD(data) + what; return(data= d & mask); } t_mem cl_normal_cell::wadd(long what) { t_mem d; if (width <= 8) d= TYPE_BYTE(data) + what; else if (width <= 16) d= TYPE_WORD(data) + what; else d= TYPE_DWORD(data) + what; return(write(d)); } void cl_normal_cell::set_bit1(t_mem bits) { bits&= mask; data|= bits; } void cl_normal_cell::set_bit0(t_mem bits) { bits&= mask; data&= ~bits; } /* */ cl_registered_cell::cl_registered_cell(uchar awidth): cl_normal_cell(awidth) { type= CELL_HW_READ | CELL_HW_WRITE; //hws= new cl_list(1, 1); hardwares= 0; nuof_hws= 0; } cl_registered_cell::~cl_registered_cell(void) { if (hardwares) free(hardwares); } /*void cl_registered_cell::destroy(void) { hardwares= 0; nuof_hws= 0; }*/ t_mem cl_registered_cell::read(void) { int i; t_mem d= data; if (nuof_hws) for (i= 0; i < nuof_hws; i++) { d= hardwares[i]->read(this); ; } #ifdef STATISTIC nuof_reads++; #endif return(d & mask); } t_mem cl_registered_cell::read(enum hw_cath skip) { int i; t_mem d= data; if (nuof_hws) for (i= 0; i < nuof_hws; i++) { if ((skip & hardwares[i]->cathegory) == 0) d= hardwares[i]->read(this); ; } #ifdef STATISTIC nuof_reads++; #endif return(d & mask); } t_mem cl_registered_cell::write(t_mem val) { int i; val&= mask; if (nuof_hws) for (i= 0; i < nuof_hws; i++) { hardwares[i]->write(this, &val); ; } #ifdef STATISTIC nuof_writes++; #endif return(data= val & mask); } class cl_cell * cl_registered_cell::add_hw(class cl_hw *hw, int *ith) { if (!hw) { /* Whatta hell!? */ return(0); } if (!hardwares) hardwares= (class cl_hw **)malloc(sizeof(class cl_hw *)); else hardwares= (class cl_hw **)realloc(hardwares, sizeof(class c_hw *) * (nuof_hws+1)); hardwares[nuof_hws]= hw; nuof_hws++; if (ith) *ith= nuof_hws-1; return(this); } class cl_hw * cl_registered_cell::get_hw(int ith) { if (ith >= nuof_hws) return(0); return(hardwares[ith]); } /* */ cl_event_cell::cl_event_cell(uchar awidth, class cl_uc *auc): cl_normal_cell(awidth) { eh= new cl_event_handler(auc); } cl_event_cell::~cl_event_cell(void) { delete eh; } t_mem cl_event_cell::read(void) { if (type & CELL_READ_BRK) eh->read(); return(cl_normal_cell::read()); } t_mem cl_event_cell::write(t_mem val) { if (type & CELL_WRITE_BRK) eh->write(); return(cl_normal_cell::write(val)); } /* */ cl_ev_reg_cell::cl_ev_reg_cell(uchar awidth, class cl_uc *auc): cl_registered_cell(awidth) { eh= new cl_event_handler(auc); } cl_ev_reg_cell::~cl_ev_reg_cell(void) {} t_mem cl_ev_reg_cell::read(void) { if (type & CELL_READ_BRK) eh->read(); return(cl_registered_cell::read()); } t_mem cl_ev_reg_cell::write(t_mem val) { if (type & CELL_WRITE_BRK) eh->write(); return(cl_registered_cell::write(val)); } /* */ cl_event_handler::cl_event_handler(class cl_uc *auc): cl_base() { uc= auc; read_bps= new cl_list(1, 1); write_bps= new cl_list(1, 1); } cl_event_handler::~cl_event_handler(void) { read_bps->disconn_all(); write_bps->disconn_all(); delete read_bps; delete write_bps; } void cl_event_handler::write(void) { int i; for (i= 0; i < write_bps->count; i++) { class cl_brk *bp= (class cl_brk *)(write_bps->at(i)); uc->events->add(bp); } } void cl_event_handler::read(void) { int i; for (i= 0; i < read_bps->count; i++) { class cl_brk *bp= (class cl_brk *)(read_bps->at(i)); uc->events->add(bp); } } int cl_event_handler::add_bp(class cl_brk *bp) { int t= CELL_NORMAL; if (!bp) return(CELL_NORMAL); switch (bp->get_event()) { case brkWRITE: case brkWXRAM: case brkWIRAM: case brkWSFR: t|= CELL_WRITE_BRK; write_bps->add(bp); break; case brkREAD: case brkRXRAM: case brkRCODE: case brkRIRAM: case brkRSFR: t|= CELL_READ_BRK; read_bps->add(bp); break; default: t|= CELL_READ_BRK | CELL_WRITE_BRK; read_bps->add(bp); write_bps->add(bp); break; } return(t); } int cl_event_handler::copy_from(class cl_event_handler *eh) { int i, t= CELL_NORMAL; if (!eh) return(t); for (i= 0; i < eh->read_bps->count; i++) { class cl_brk *bp= (class cl_brk *)(eh->read_bps->at(i)); t|= add_bp(bp); } for (i= 0; i < eh->write_bps->count; i++) { class cl_brk *bp= (class cl_brk *)(eh->write_bps->at(i)); t|= add_bp(bp); } return(t); } int cl_event_handler::del_bp(class cl_brk *bp) { int t= CELL_NORMAL; write_bps->disconn(bp); read_bps->disconn(bp); if (write_bps->count) t|= CELL_WRITE_BRK; if (read_bps->count) t|= CELL_READ_BRK; return(t); } sdcc-2.9.0/sim/ucsim/sim.src/obsolete.h000066400000000000000000000175211116427777700177420ustar00rootroot00000000000000/* class cl_mem: public cl_guiobj { public: char *addr_format, *data_format; ulong mask; enum mem_class type; char *class_name; union { void *mem; uchar *umem8; }; //class cl_memloc_coll *read_locs, *write_locs; t_addr size; int width; // in bits class cl_uc *uc; t_addr dump_finished; public: cl_mem(enum mem_class atype, char *aclass_name, t_addr asize, int awidth, class cl_uc *auc); virtual ~cl_mem(void); virtual int init(void); virtual char *id_string(void); virtual int get_cell_flag(t_addr //addr ) { return(CELL_NORMAL); } virtual bool get_cell_flag(t_addr //addr , int //flag ) { return(DD_FALSE); } virtual void set_cell_flag(t_addr addr, bool set_to, int flag) {} virtual t_mem read(t_addr addr); virtual t_mem read(t_addr addr, enum hw_cath //skip ) {return(read(addr));} virtual t_mem get(t_addr addr); virtual t_mem write(t_addr addr, t_mem val); virtual void set(t_addr addr, t_mem val); virtual void set_bit1(t_addr addr, t_mem bits); virtual void set_bit0(t_addr addr, t_mem bits); virtual void write_bit1(t_addr addr, t_mem bits) { set_bit1(addr, bits); } virtual void write_bit0(t_addr addr, t_mem bits) { set_bit0(addr, bits); } virtual t_mem add(t_addr addr, long what); virtual t_mem wadd(t_addr addr, long what) { return(add(addr, what)); } virtual t_addr dump(t_addr start, t_addr stop, int bpl, class cl_console_base *con); virtual t_addr dump(class cl_console_base *con); virtual bool search_next(bool case_sensitive, t_mem *array, int len, t_addr *addr); virtual class cl_cell *get_cell(t_addr addr) {return(0);} virtual class cl_cell *register_hw(t_addr addr, class cl_hw *hw, int *ith, bool announce) { return(0); } virtual void set_brk(t_addr //addr , class cl_brk *//brk ) {} virtual void del_brk(t_addr addr, class cl_brk *brk) {} #ifdef STATISTIC virtual unsigned long get_nuof_reads(void) {return(0);} virtual unsigned long get_nuof_writes(void) {return(0);} virtual void set_nuof_reads(unsigned long value) {} virtual void set_nuof_writes(unsigned long value) {} #endif }; */ /* class cl_mapped_cell: public cl_cell { protected: class cl_cell *real_cell; public: cl_mapped_cell(class cl_cell *realcell); virtual ~cl_mapped_cell(void); virtual t_mem read(void); virtual t_mem read(enum hw_cath skip); virtual t_mem get(void); virtual t_mem write(t_mem val); virtual t_mem set(t_mem val); virtual t_mem add(long what); virtual t_mem wadd(long what); virtual void set_bit1(t_mem bits); virtual void set_bit0(t_mem bits); virtual class cl_cell *add_hw(class cl_hw *hw, int *ith); virtual class cl_hw *get_hw(int ith); virtual class cl_event_handler *get_event_handler(void); }; */ class cl_m: public cl_memory { protected: class cl_cell **array; class cl_cell *dummy; t_addr bus_mask; public: //t_addr size; enum mem_class type; public: cl_m(enum mem_class atype, char *aclass_name, t_addr asize, int awidth, class cl_uc *auc); cl_m(t_addr asize, int awidth); virtual ~cl_m(void); virtual int init(void); virtual char *id_string(void); virtual int get_cell_flag(t_addr addr); virtual bool get_cell_flag(t_addr addr, int flag); virtual void set_cell_flag(t_addr addr, bool set_to, int flag); virtual t_mem read(t_addr addr); virtual t_mem read(t_addr addr, enum hw_cath skip); virtual t_mem get(t_addr addr); virtual t_mem write(t_addr addr, t_mem val); virtual void set(t_addr addr, t_mem val); virtual class cl_cell *get_cell(t_addr addr); virtual void set_bit1(t_addr addr, t_mem bits); virtual void set_bit0(t_addr addr, t_mem bits); virtual void write_bit1(t_addr addr, t_mem bits); virtual void write_bit0(t_addr addr, t_mem bits); virtual t_mem add(t_addr addr, long what); virtual t_mem wadd(t_addr addr, long what); virtual bool search_next(bool case_sensitive, t_mem *array, int len, t_addr *addr); virtual class cl_cell *register_hw(t_addr addr, class cl_hw *hw, int *ith, bool announce); virtual void set_brk(t_addr addr, class cl_brk *brk); virtual void del_brk(t_addr addr, class cl_brk *brk); #ifdef STATISTIC virtual unsigned long get_nuof_reads(void); virtual unsigned long get_nuof_writes(void); virtual void set_nuof_reads(unsigned long value); virtual void set_nuof_writes(unsigned long value); #endif }; class cl_normal_cell: public cl_cell { public: t_mem data; TYPE_UBYTE type; // See CELL_XXXX //protected: public: cl_normal_cell(uchar awidth); //virtual void destroy(void) {} virtual TYPE_UBYTE get_type(void) { return(type); } virtual void set_type(TYPE_UBYTE what) { type= what; } virtual t_mem read(void) { #ifdef STATISTIC nuof_reads++; #endif return(data); } virtual t_mem read(enum hw_cath skip) { return(data); } virtual t_mem get(void) { return(data); } virtual t_mem write(t_mem val) { data= val & mask; #ifdef STATISTIC nuof_writes++; #endif return(data); } virtual t_mem set(t_mem val) { return(data= val & mask); } virtual t_mem add(long what); virtual t_mem wadd(long what); virtual void set_bit1(t_mem bits); virtual void set_bit0(t_mem bits); virtual class cl_cell *add_hw(class cl_hw *hw, int *ith) { return(0); } virtual class cl_hw *get_hw(int ith) { return(0); } //virtual class cl_brk *get_brk(void) { return(0); } virtual class cl_event_handler *get_event_handler(void) { return(0); } }; class cl_registered_cell: public cl_memory_cell { public: //class cl_list *hws; class cl_hw **hardwares; int nuof_hws; public: cl_registered_cell(uchar awidth); virtual ~cl_registered_cell(void); //virtual void destroy(void); virtual t_mem read(void); virtual t_mem read(enum hw_cath skip); virtual t_mem write(t_mem val); virtual class cl_cell *add_hw(class cl_hw *hw, int *ith); virtual class cl_hw *get_hw(int ith); }; class cl_event_cell: public cl_normal_cell { protected: class cl_event_handler *eh; public: cl_event_cell(uchar awidth, class cl_uc *auc); virtual ~cl_event_cell(void); virtual t_mem read(void); virtual t_mem write(t_mem val); //virtual void event(void); //virtual class cl_brk *get_brk(void) { return(brk); } virtual class cl_event_handler *get_event_handler(void) { return(eh); } }; class cl_ev_reg_cell: public cl_registered_cell { protected: class cl_event_handler *eh; public: cl_ev_reg_cell(uchar awidth, class cl_uc *auc); virtual ~cl_ev_reg_cell(void); virtual t_mem read(void); virtual t_mem write(t_mem val); //virtual void event(void); //virtual class cl_brk *get_brk(void) { return(brk); } virtual class cl_event_handler *get_event_handler(void) { return(eh); } }; /* * 2nd version memory system */ class cl_cell: public cl_base { public: cl_cell(void); public: virtual t_mem read(void)= 0; virtual t_mem read(enum hw_cath skip)=0; virtual t_mem get(void)=0; virtual t_mem write(t_mem val)=0; virtual t_mem set(t_mem val)=0; virtual t_mem add(long what)=0; virtual t_mem wadd(long what)=0; virtual void set_bit1(t_mem bits)=0; virtual void set_bit0(t_mem bits)=0; virtual class cl_cell *add_hw(class cl_hw *hw, int *ith)=0; virtual class cl_hw *get_hw(int ith)=0; virtual class cl_event_handler *get_event_handler(void)=0; }; /* */ class cl_event_handler: public cl_base { public: class cl_list *read_bps, *write_bps; class cl_uc *uc; public: cl_event_handler(class cl_uc *auc); virtual ~cl_event_handler(void); virtual void write(void); virtual void read(void); virtual int add_bp(class cl_brk *bp); virtual int copy_from(class cl_event_handler *eh); virtual bool del_bp(class cl_brk *bp); }; sdcc-2.9.0/sim/ucsim/sim.src/sim.cc000066400000000000000000000152641116427777700170560ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #include "i_string.h" // prj #include "globals.h" // cmd #include "cmdsetcl.h" #include "cmdguicl.h" // local, sim.src #include "simcl.h" #include "appcl.h" /* * Simulator */ cl_sim::cl_sim(class cl_app *the_app): cl_base() { app= the_app; uc= 0; //arguments= new cl_list(2, 2); //accept_args= more_args?strdup(more_args):0; gui= new cl_gui(this); state = SIM_QUIT; argc = 0; argv = 0; } int cl_sim::init(void) { cl_base::init(); build_cmdset(app->get_commander()->cmdset); if (!(uc= mk_controller())) return(1); uc->init(); return(0); } cl_sim::~cl_sim(void) { if (uc) delete uc; } class cl_uc * cl_sim::mk_controller(void) { return(new cl_uc(this)); } /* * Main cycle of the simulator */ int cl_sim::main(void) { int done= 0; while (!done && (state & SIM_QUIT) == 0) { if (state & SIM_GO) { uc->do_inst(-1); if (app->get_commander()->input_avail()) { done= app->get_commander()->proc_input(); } } else { app->get_commander()->wait_input(); done= app->get_commander()->proc_input(); } } return(0); } int cl_sim::step(void) { if (state & SIM_GO) uc->do_inst(1); return(0); } /*int cl_sim::do_cmd(char *cmdstr, class cl_console_base *console) { class cl_cmdline *cmdline; class cl_cmd *cm; int retval= 0; cmdline= new cl_cmdline(cmdstr, console); cmdline->init(); cm= cmd->cmdset->get_cmd(cmdline); if (cm) retval= cm->work(cmdline, console); delete cmdline; if (cm) return(retval); return(console->interpret(cmdstr)); }*/ void cl_sim::start(class cl_console_base *con) { state|= SIM_GO; con->flags|= CONS_FROZEN; app->get_commander()->frozen_console= con; app->get_commander()->set_fd_set(); } void cl_sim::stop(int reason) { class cl_commander_base *cmd= app->get_commander(); state&= ~SIM_GO; if (cmd->frozen_console) { if (reason == resUSER && cmd->frozen_console->input_avail()) cmd->frozen_console->read_line(); cmd->frozen_console->dd_printf("Stop at 0x%06x: (%d) ", uc->PC, reason); switch (reason) { case resHALT: cmd->frozen_console->dd_printf("Halted\n"); break; case resINV_ADDR: cmd->frozen_console->dd_printf("Invalid address\n"); break; case resSTACK_OV: cmd->frozen_console->dd_printf("Stack overflow\n"); break; case resBREAKPOINT: cmd->frozen_console->dd_printf("Breakpoint\n"); uc->print_regs(cmd->frozen_console); break; case resINTERRUPT: cmd->frozen_console->dd_printf("Interrupt\n"); break; case resWDTRESET: cmd->frozen_console->dd_printf("Watchdog reset\n"); break; case resUSER: cmd->frozen_console->dd_printf("User stopped\n"); break; case resINV_INST: { cmd->frozen_console->dd_printf("Invalid instruction"); if (uc->rom) cmd->frozen_console->dd_printf(" 0x%04x\n", uc->rom->get(uc->PC)); } break; case resERROR: // uc::check_error prints error messages... break; default: cmd->frozen_console->dd_printf("Unknown reason\n"); break; } cmd->frozen_console->dd_printf("F 0x%06x\n", uc->PC); // for sdcdb //if (cmd->actual_console != cmd->frozen_console) cmd->frozen_console->flags&= ~CONS_FROZEN; cmd->frozen_console->print_prompt(); cmd->frozen_console= 0; } cmd->set_fd_set(); } void cl_sim::stop(class cl_ev_brk *brk) { class cl_commander_base *cmd= app->get_commander(); state&= ~SIM_GO; if (cmd->frozen_console) { class cl_console_base *con= cmd->frozen_console; /* if (reason == resUSER && cmd->frozen_console->input_avail()) cmd->frozen_console->read_line(); */ //con->dd_printf("Stop at 0x%06x\n", uc->PC); con->dd_printf("Event `%s' at %s[0x%"_A_"x]: 0x%"_A_"x %s\n", brk->id, brk->get_mem()->get_name(), brk->addr, uc->instPC, uc->disass(uc->instPC, " ")); //con->flags&= ~CONS_FROZEN; //con->print_prompt(); //cmd->frozen_console= 0; } } /* */ void cl_sim::build_cmdset(class cl_cmdset *cmdset) { class cl_cmd *cmd; class cl_cmdset *cset; cmdset->add(cmd= new cl_run_cmd("run", 0, "run [start [stop]] Go", "long help of run")); cmd->init(); cmd->add_name("go"); cmd->add_name("r"); cmdset->add(cmd= new cl_stop_cmd("stop", 0, "stop Stop", "long help of stop")); cmd->init(); cmdset->add(cmd= new cl_step_cmd("step", DD_TRUE, "step Step", "long help of step")); cmd->init(); cmd->add_name("s"); cmdset->add(cmd= new cl_next_cmd("next", DD_TRUE, "next Next", "long help of next")); cmd->init(); cmd->add_name("n"); { cset= new cl_cmdset(); cset->init(); cset->add(cmd= new cl_gui_start_cmd("start", 0, "gui start Start interfacing with GUI tool", "long help of gui start")); cmd->init(); cset->add(cmd= new cl_gui_stop_cmd("stop", 0, "gui stop Stop interfacing with GUI tool", "long help of gui stop")); cmd->init(); } cmdset->add(cmd= new cl_super_cmd("gui", 0, "gui subcommand Operations to support GUI tools", "long help of gui", cset)); cmd->init(); } /* * Messages to broadcast */ /* void cl_sim::mem_cell_changed(class cl_address_space *mem, t_addr addr) { if (uc) uc->mem_cell_changed(mem, addr); else printf("JAJ sim\n"); } */ /* End of sim.src/sim.cc */ sdcc-2.9.0/sim/ucsim/sim.src/simcl.h000066400000000000000000000036571116427777700172420ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim.src/simcl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIM_SIMCL_HEADER #define SIM_SIMCL_HEADER #include // prj #include "pobjcl.h" // cmd #include "newcmdcl.h" // gui #include "guicl.h" // local #include "uccl.h" #include "argcl.h" class cl_sim: public cl_base { public: class cl_app *app; int state; // See SIM_XXXX int argc; char **argv; //class cl_commander_base *cmd; class cl_uc *uc; class cl_gui *gui; //char *accept_args; //class cl_list *arguments; public: cl_sim(class cl_app *the_app); virtual ~cl_sim(void); virtual int init(void); virtual class cl_uc *mk_controller(void); virtual void build_cmdset(class cl_cmdset *cmdset); virtual class cl_uc *get_uc(void) { return(uc); } // messages from app to handle and broadcast //virtual void mem_cell_changed(class cl_address_space *m, t_addr addr); virtual int main(void); virtual void start(class cl_console_base *con); virtual void stop(int reason); virtual void stop(class cl_ev_brk *brk); virtual int step(void); }; #endif /* End of simcl.h */ sdcc-2.9.0/sim/ucsim/sim.src/stack.cc000066400000000000000000000253511116427777700173710ustar00rootroot00000000000000/* * Simulator of microcontrollers (stack.cc) * * Copyright (C) 2000,00 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include // cmd.src #include "newcmdcl.h" // sim.src #include "stackcl.h" static class cl_stack_error_registry stack_error_registry; cl_stack_op::cl_stack_op(enum stack_op op, t_addr iPC, t_addr iSP_before, t_addr iSP_after): cl_base() { operation= op; PC= iPC; //addr= iaddr; //data= idata; SP_before= iSP_before; SP_after= iSP_after; } cl_stack_op::~cl_stack_op(void) { } class cl_stack_op * cl_stack_op::mk_copy(void) { class cl_stack_op *so= new cl_stack_op(*this); return(so); } void cl_stack_op::info_head(class cl_console_base *con) { con->dd_printf("OP SP before-after L DATA/ADDR INSTRUCTION\n"); } void cl_stack_op::info(class cl_console_base *con, class cl_uc *uc) { con->dd_printf("%-4s 0x%06"_A_"x-0x%06"_A_"x %d ", get_op_name(), SP_before, SP_after, abs(SP_before-SP_after)); print_info(con); con->dd_printf(" "); uc->print_disass(PC, con); //con->dd_printf("\n"); } const char * cl_stack_op::get_op_name(void) { return("op"); } void cl_stack_op::print_info(class cl_console_base *con) { con->dd_printf("-"); } bool cl_stack_op::sp_increased(void) { if (operation & stack_write_operation) return(SP_after > SP_before); else // read operation return(SP_after < SP_before); } int cl_stack_op::data_size(void) { int r= SP_after - SP_before; return(r<0?-r:r); } int cl_stack_op::match(class cl_stack_op *op) { return(DD_FALSE); } bool cl_stack_op::can_removed(class cl_stack_op *op) { bool incr= sp_increased(); // FIXME bool op_incr= op->sp_increased(); // FIXME if ((incr && !op_incr) || (!incr && op_incr)) { printf("BIGBIG ERROR!\n"); return(DD_FALSE); } if (incr) { t_mem opa= op->get_after(); return(SP_before >= opa); } else { t_mem opa= op->get_after(); return(SP_before <= opa); } } /* * CALL operation on stack */ cl_stack_call::cl_stack_call(t_addr iPC, t_addr called, t_addr pushed, t_addr iSP_before, t_addr iSP_after): cl_stack_op(stack_call, iPC, iSP_before, iSP_after) { called_addr= called; pushed_addr= pushed; } class cl_stack_op * cl_stack_call::mk_copy(void) { class cl_stack_call *so= new cl_stack_call(*this); return(so); } const char * cl_stack_call::get_op_name(void) { return("call"); } void cl_stack_call::print_info(class cl_console_base *con) { con->dd_printf("0x%06"_A_"x", called_addr); } const char * cl_stack_call::get_matching_name(void) { return("ret"); } enum stack_op cl_stack_call::get_matching_op(void) { return(stack_ret); } bool cl_stack_call::match(class cl_stack_op *op) { return(op->get_op() == stack_ret); } /* * INTERRUPT operation (call) on stack */ cl_stack_intr::cl_stack_intr(t_addr iPC, t_addr called, t_addr pushed, t_addr iSP_before, t_addr iSP_after): cl_stack_call(iPC, called, pushed, iSP_before, iSP_after) { //called_addr= called; //pushed_addr= pushed; operation= stack_intr; } class cl_stack_op * cl_stack_intr::mk_copy(void) { class cl_stack_intr *so= new cl_stack_intr(*this); return(so); } const char * cl_stack_intr::get_op_name(void) { return("intr"); } void cl_stack_intr::print_info(class cl_console_base *con) { con->dd_printf("0x%06"_A_"x", called_addr); } const char * cl_stack_intr::get_matching_name(void) { return("iret"); } enum stack_op cl_stack_intr::get_matching_op(void) { return(stack_iret); } int cl_stack_intr::match(class cl_stack_op *op) { return(op->get_op() == stack_iret); } /* * PUSH operation on stack */ cl_stack_push::cl_stack_push(t_addr iPC, t_mem idata, t_addr iSP_before, t_addr iSP_after): cl_stack_op(stack_push, iPC, iSP_before, iSP_after) { data= idata; } class cl_stack_op * cl_stack_push::mk_copy(void) { class cl_stack_push *so= new cl_stack_push(*this); return(so); } const char * cl_stack_push::get_op_name(void) { return("push"); } const char * cl_stack_push::get_matching_name(void) { return("pop"); } enum stack_op cl_stack_push::get_matching_op(void) { return(stack_pop); } void cl_stack_push::print_info(class cl_console_base *con) { t_addr d= data; con->dd_printf("0x%06"_A_"x", d); } int cl_stack_push::match(class cl_stack_op *op) { return(op->get_op() == stack_pop); } /* * RETURN operation on stack */ cl_stack_ret::cl_stack_ret(t_addr iPC, t_addr iaddr, t_addr iSP_before, t_addr iSP_after): cl_stack_call(iPC, iaddr, 0, iSP_before, iSP_after) { operation= stack_ret; } class cl_stack_op * cl_stack_ret::mk_copy(void) { class cl_stack_ret *so= new cl_stack_ret(*this); return(so); } const char * cl_stack_ret::get_op_name(void) { return("ret"); } const char * cl_stack_ret::get_matching_name(void) { return("call"); } enum stack_op cl_stack_ret::get_matching_op(void) { return(stack_call); } int cl_stack_ret::match(class cl_stack_op *op) { return(op->get_op() == stack_call); } /* * RETURN from interrupt operation on stack */ cl_stack_iret::cl_stack_iret(t_addr iPC, t_addr iaddr, t_addr iSP_before, t_addr iSP_after): cl_stack_ret(iPC, iaddr, iSP_before, iSP_after) { operation= stack_iret; } class cl_stack_op * cl_stack_iret::mk_copy(void) { class cl_stack_iret *so= new cl_stack_iret(*this); return(so); } const char * cl_stack_iret::get_op_name(void) { return("iret"); } const char * cl_stack_iret::get_matching_name(void) { return("intr"); } enum stack_op cl_stack_iret::get_matching_op(void) { return(stack_intr); } int cl_stack_iret::match(class cl_stack_op *op) { return(op->get_op() == stack_intr); } /* * POP operation on stack */ cl_stack_pop::cl_stack_pop(t_addr iPC, t_mem idata, t_addr iSP_before, t_addr iSP_after): cl_stack_push(iPC, idata, iSP_before, iSP_after) { operation= stack_pop; } class cl_stack_op * cl_stack_pop::mk_copy(void) { class cl_stack_pop *so= new cl_stack_pop(*this); return(so); } const char * cl_stack_pop::get_op_name(void) { return("pop"); } const char * cl_stack_pop::get_matching_name(void) { return("push"); } enum stack_op cl_stack_pop::get_matching_op(void) { return(stack_push); } int cl_stack_pop::match(class cl_stack_op *op) { return(op->get_op() == stack_push); } /* * Stack Errors */ cl_error_stack::cl_error_stack(void) { classification = stack_error_registry.find("stack"); } /* Stack Tracker Errors */ cl_error_stack_tracker::cl_error_stack_tracker(void) { classification = stack_error_registry.find("stack_tracker"); } /* Stack Tracker: wrong handle */ cl_error_stack_tracker_wrong_handle::cl_error_stack_tracker_wrong_handle(bool write_op): cl_error_stack_tracker() { write_operation= write_op; classification = stack_error_registry.find("stack_tracker_wrong_handle"); } void cl_error_stack_tracker_wrong_handle::print(class cl_commander_base *c) { c->dd_printf("%s: wrong stack tracker handle called for %s operation\n", get_type_name(), write_operation?"write":"read"); } /* Stack Tracker: operation on empty stack */ cl_error_stack_tracker_empty:: cl_error_stack_tracker_empty(class cl_stack_op *op): cl_error_stack_tracker() { operation= op->mk_copy(); classification = stack_error_registry.find("operation_on_empty_stack"); } cl_error_stack_tracker_empty::~cl_error_stack_tracker_empty(void) { delete operation; } void cl_error_stack_tracker_empty::print(class cl_commander_base *c) { c->dd_printf("%s(0x%06"_A_"x: %s on empty stack, PC=" "0x06"_A_"x, SP=0x%06"_A_"x->0x%06"_A_"x\n", get_type_name(), operation->get_pc(), operation->get_op_name(), operation->get_before(), operation->get_after()); } /* Stack Tracker: operation on empty stack */ cl_error_stack_tracker_unmatch:: cl_error_stack_tracker_unmatch(class cl_stack_op *Top, class cl_stack_op *op): cl_error_stack_tracker() { top= Top->mk_copy(); operation= op->mk_copy(); classification = stack_error_registry.find("stack_operation_unmatched_to_top_of_stack"); } cl_error_stack_tracker_unmatch::~cl_error_stack_tracker_unmatch(void) { delete operation; delete top; } void cl_error_stack_tracker_unmatch::print(class cl_commander_base *c) { c->dd_printf("%s(0x%06"_A_"x): %s when %s expected, " "SP=0x%06"_A_"x->0x%06"_A_"x\n", get_type_name(), operation->get_pc(), operation->get_op_name(), top->get_matching_name(), operation->get_before(), operation->get_after()); } /* Stack Tracker: stack is inconsistent */ cl_error_stack_tracker_inconsistent:: cl_error_stack_tracker_inconsistent(class cl_stack_op *op, int the_unread_data_size) { operation= op->mk_copy(); unread_data_size= the_unread_data_size; classification = stack_error_registry.find("stack_looks_corrupted"); } cl_error_stack_tracker_inconsistent::~cl_error_stack_tracker_inconsistent(void) { delete operation; } void cl_error_stack_tracker_inconsistent::print(class cl_commander_base *c) { c->dd_printf("%s(0x%06"_A_"x): %d byte(s) unread from the stack\n", get_type_name(), operation->get_pc(), unread_data_size); } cl_stack_error_registry::cl_stack_error_registry(void) { class cl_error_class *prev = stack_error_registry.find("non-classified"); prev = register_error(new cl_error_class(err_error, "stack", prev, ERROR_OFF)); prev = register_error(new cl_error_class(err_error, "stack_tracker", prev)); prev = register_error(new cl_error_class(err_error, "stack_tracker_wrong_handle", prev)); prev = register_error(new cl_error_class(err_error, "operation_on_empty_stack", prev)); prev = register_error(new cl_error_class(err_warning, "stack_operation_unmatched_to_top_of_stack", prev)); prev = register_error(new cl_error_class(err_warning, "stack_looks_corrupted", prev)); } /* End of sim.src/stack.cc */ sdcc-2.9.0/sim/ucsim/sim.src/stackcl.h000066400000000000000000000155521116427777700175540ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim.src/stackcl.h) * * Copyright (C) 2000,00 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIM_STACKCL_HEADER #define SIM_STACKCL_HEADER #include "stypes.h" #include "pobjcl.h" enum stack_op { stack_call = 0x01, stack_intr = 0x02, stack_push = 0x04, stack_ret = 0x08, stack_iret = 0x10, stack_pop = 0x20 }; const int stack_write_operation= (stack_call|stack_intr|stack_push); const int stack_read_operation = (stack_ret|stack_iret|stack_pop); /* Abstraction of a stack operation */ class cl_stack_op: public cl_base { protected: enum stack_op operation; t_addr PC; // of instruction t_addr SP_before; t_addr SP_after; public: cl_stack_op(enum stack_op op, t_addr iPC, t_addr iSP_before, t_addr iSP_after); virtual ~cl_stack_op(void); virtual class cl_stack_op *mk_copy(void); static void info_head(class cl_console_base *con); virtual void info(class cl_console_base *con, class cl_uc *uc); protected: virtual void print_info(class cl_console_base *con); public: virtual const char *get_op_name(void); virtual const char *get_matching_name(void) { return("unknown"); } virtual bool sp_increased(void); virtual int data_size(void); virtual bool match(class cl_stack_op *op); virtual enum stack_op get_op(void) { return(operation); } virtual enum stack_op get_matching_op(void) { return(operation); } virtual t_addr get_after(void) { return(SP_after); } virtual t_addr get_before(void) { return(SP_before); } virtual t_addr get_pc(void) { return(PC); } virtual bool can_removed(class cl_stack_op *op); }; /* Call of a subrutine, must match with RET */ class cl_stack_call: public cl_stack_op { protected: t_addr called_addr; // called routine t_addr pushed_addr; public: cl_stack_call(t_addr iPC, t_addr called, t_addr pushed, t_addr iSP_before, t_addr iSP_after); virtual class cl_stack_op *mk_copy(void); protected: virtual const char *get_op_name(void); virtual void print_info(class cl_console_base *con); public: virtual const char *get_matching_name(void); virtual enum stack_op get_matching_op(void); virtual bool match(class cl_stack_op *op); }; /* Call of an ISR, must match with IRET */ class cl_stack_intr: public cl_stack_call { public: cl_stack_intr(t_addr iPC, t_addr called, t_addr pushed, t_addr iSP_before, t_addr iSP_after); virtual class cl_stack_op *mk_copy(void); protected: virtual const char *get_op_name(void); virtual void print_info(class cl_console_base *con); public: virtual const char *get_matching_name(void); virtual enum stack_op get_matching_op(void); virtual bool match(class cl_stack_op *op); }; /* Push data to stack, must match with POP */ class cl_stack_push: public cl_stack_op { protected: t_mem data; // pushed data public: cl_stack_push(t_addr iPC, t_mem idata, t_addr iSP_before, t_addr iSP_after); virtual class cl_stack_op *mk_copy(void); protected: virtual const char *get_op_name(void); virtual void print_info(class cl_console_base *con); public: virtual const char *get_matching_name(void); virtual enum stack_op get_matching_op(void); virtual bool match(class cl_stack_op *op); }; /* Returning from a subroutine, tos must be CALL */ class cl_stack_ret: public cl_stack_call { public: cl_stack_ret(t_addr iPC, t_addr iaddr, t_addr iSP_before, t_addr iSP_after); virtual class cl_stack_op *mk_copy(void); protected: virtual const char *get_op_name(void); public: virtual const char *get_matching_name(void); virtual enum stack_op get_matching_op(void); virtual bool match(class cl_stack_op *op); }; /* Returning from an ISR, yos must be INTR */ class cl_stack_iret: public cl_stack_ret { public: cl_stack_iret(t_addr iPC, t_addr iaddr, t_addr iSP_before, t_addr iSP_after); virtual class cl_stack_op *mk_copy(void); protected: virtual const char *get_op_name(void); public: virtual const char *get_matching_name(void); virtual enum stack_op get_matching_op(void); virtual bool match(class cl_stack_op *op); }; /* Pop out data from stack, tos must be PUSH */ class cl_stack_pop: public cl_stack_push { public: cl_stack_pop(t_addr iPC, t_mem idata, t_addr iSP_before, t_addr iSP_after); virtual class cl_stack_op *mk_copy(void); protected: virtual const char *get_op_name(void); public: virtual const char *get_matching_name(void); virtual enum stack_op get_matching_op(void); virtual bool match(class cl_stack_op *op); }; /* * All kind of stack errors */ class cl_error_stack: public cl_error { private: static class cl_error_class *error_stack_class; public: cl_error_stack(void); }; /* * All kind of stack tracker errors */ class cl_error_stack_tracker: public cl_error_stack { public: cl_error_stack_tracker(void); }; class cl_error_stack_tracker_wrong_handle: public cl_error_stack_tracker { public: bool write_operation; public: cl_error_stack_tracker_wrong_handle(bool write_op); virtual void print(class cl_commander_base *c); }; class cl_error_stack_tracker_empty: public cl_error_stack_tracker { protected: class cl_stack_op *operation; public: cl_error_stack_tracker_empty(class cl_stack_op *op); virtual ~cl_error_stack_tracker_empty(void); virtual void print(class cl_commander_base *c); }; class cl_error_stack_tracker_unmatch: public cl_error_stack_tracker { protected: class cl_stack_op *top, *operation; public: cl_error_stack_tracker_unmatch(class cl_stack_op *Top, class cl_stack_op *op); virtual ~cl_error_stack_tracker_unmatch(void); virtual void print(class cl_commander_base *c); }; class cl_error_stack_tracker_inconsistent: public cl_error_stack_tracker { protected: class cl_stack_op *operation; int unread_data_size; public: cl_error_stack_tracker_inconsistent(class cl_stack_op *op, int the_unread_data_size); virtual ~cl_error_stack_tracker_inconsistent(void); virtual void print(class cl_commander_base *c); }; class cl_stack_error_registry: public cl_error_registry { public: cl_stack_error_registry(void); }; #endif /* End of sim.src/stackcl.h */ sdcc-2.9.0/sim/ucsim/sim.src/test_mem_speed.cc000066400000000000000000000035351116427777700212610ustar00rootroot00000000000000#include #include #include #include "memcl.h" #include "hwcl.h" #include "newcmdcl.h" static int go; static void alarmed(int sig) { go= 0; signal(sig, alarmed); } class cl_hw_test: public cl_hw { public: cl_hw_test(void): cl_hw(0, HW_PORT, 0, "0") {} virtual t_mem r(class cl_cell *cell, t_addr addr); virtual void write(class cl_mem *mem, t_addr addr, t_mem *val); }; t_mem cl_hw_test::r(class cl_cell *cell, t_addr addr) { return(cell->get()); } void cl_hw_test::write(class cl_mem *mem, t_addr addr, t_mem *val) { } double do_rw_test(class cl_mem *mem, int time) { double counter; t_addr a; t_mem d; go= 1; counter= 0; alarm(time); while (go) for (a= 0; go && a < mem->size; a++) { t_mem d2; for (d2= 0; go && d2 <= 255; d2++) { d2= mem->write(a, d2); d= mem->read(a); if (d != d2) printf("%"_M_"d written to mem and %"_M_"d read back!\n", d2, d); counter+= 1; } } return(counter); } int main(void) { int i; class cl_mem *mem; class cl_m *m2; class cl_console_base *con; signal(SIGALRM, alarmed); con= new cl_console_base(stdin, stdout, 0); mem= new cl_mem(MEM_SFR, "egy", 0x10000, 8, 0); mem->init(); printf("%g operations on classic memory within 5 sec\n", do_rw_test(mem, 5)); //mem->dump(con); m2= new cl_m(MEM_TYPES, "test", 0x10000, 8, 0); m2->init(); printf("%g operations on new memory within 5 sec\n", do_rw_test(m2, 5)); class cl_hw_test *hw= new cl_hw_test(); for (i= 0; i < 0x10000; i++) { class cl_cell *c= m2->get_cell(i); int dummy; if (c) c->add_hw(hw, &dummy); } printf("%g operations on new memory within 5 sec with hw read\n", do_rw_test(m2, 5)); //m2->dump(con); return(0); } sdcc-2.9.0/sim/ucsim/sim.src/uc.cc000066400000000000000000001161011116427777700166650ustar00rootroot00000000000000/* * Simulator of microcontrollers (uc.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #include #include "i_string.h" // prj #include "globals.h" #include "utils.h" // cmd.src #include "newcmdcl.h" #include "cmduccl.h" #include "bpcl.h" #include "getcl.h" #include "setcl.h" #include "infocl.h" #include "timercl.h" #include "cmdstatcl.h" #include "cmdmemcl.h" #include "cmdutil.h" // local, sim.src #include "uccl.h" #include "hwcl.h" #include "memcl.h" #include "simcl.h" #include "itsrccl.h" static class cl_uc_error_registry uc_error_registry; /* * Clock counter */ cl_ticker::cl_ticker(int adir, int in_isr, const char *aname) { options= TICK_RUN; if (in_isr) options|= TICK_INISR; dir= adir; ticks= 0; set_name(aname); } cl_ticker::~cl_ticker(void) {} int cl_ticker::tick(int nr) { if (options&TICK_RUN) ticks+= dir*nr; return(ticks); } double cl_ticker::get_rtime(double xtal) { double d; d= (double)ticks/xtal; return(d); } void cl_ticker::dump(int nr, double xtal, class cl_console_base *con) { con->dd_printf("timer #%d(\"%s\") %s%s: %g sec (%lu clks)\n", nr, get_name("unnamed"), (options&TICK_RUN)?"ON":"OFF", (options&TICK_INISR)?",ISR":"", get_rtime(xtal), ticks); } /* * Options of uc */ cl_xtal_option::cl_xtal_option(class cl_uc *the_uc): cl_optref(the_uc) { uc= the_uc; } void cl_xtal_option::option_changed(void) { if (!uc) return; double d; option->get_value(&d); uc->xtal= d; } /* * Abstract microcontroller ****************************************************************************** */ cl_uc::cl_uc(class cl_sim *asim): cl_base() { //int i; sim = asim; //mems= new cl_list(MEM_TYPES, 1); memchips= new cl_list(2, 2, "memchips"); address_spaces= new cl_address_space_list(this); //address_decoders= new cl_list(2, 2); rom= 0; hws = new cl_hws(); //options= new cl_list(2, 2); //for (i= MEM_ROM; i < MEM_TYPES; i++) mems->add(0); xtal_option= new cl_xtal_option(this); xtal_option->init(); ticks= new cl_ticker(+1, 0, "time"); isr_ticks= new cl_ticker(+1, TICK_INISR, "isr"); idle_ticks= new cl_ticker(+1, TICK_IDLE, "idle"); counters= new cl_list(2, 2, "counters"); it_levels= new cl_list(2, 2, "it levels"); it_sources= new cl_irqs(2, 2); class it_level *il= new it_level(-1, 0, 0, 0); it_levels->push(il); stack_ops= new cl_list(2, 2, "stack operations"); errors= new cl_list(2, 2, "errors in uc"); events= new cl_list(2, 2, "events in uc"); sp_max= 0; sp_avg= 0; inst_exec= DD_FALSE; } cl_uc::~cl_uc(void) { //delete mems; delete hws; //delete options; delete ticks; delete isr_ticks; delete idle_ticks; delete counters; events->disconn_all(); delete events; delete fbrk; delete ebrk; delete it_levels; delete it_sources; delete stack_ops; errors->free_all(); delete errors; delete xtal_option; delete address_spaces; delete memchips; //delete address_decoders; } int cl_uc::init(void) { int i; set_name("controller"); cl_base::init(); if (xtal_option->use("xtal")) xtal= xtal_option->get_value(xtal); else xtal= 11059200; make_memories(); rom= address_space(MEM_ROM_ID); ebrk= new brk_coll(2, 2, rom); fbrk= new brk_coll(2, 2, rom); fbrk->Duplicates= DD_FALSE; brk_counter= 0; mk_hw_elements(); reset(); class cl_cmdset *cs= sim->app->get_commander()->cmdset; build_cmdset(cs); for (i= 0; i < sim->app->in_files->count; i++) { char *fname= (char *)(sim->app->in_files->at(i)); long l; if ((l= read_hex_file(fname)) >= 0) { sim->app->get_commander()->all_printf("%ld words read from %s\n", l, fname); } } return(0); } const char * cl_uc::id_string(void) { return("unknown microcontroller"); } void cl_uc::reset(void) { class it_level *il; instPC= PC= 0; state = stGO; ticks->ticks= 0; isr_ticks->ticks= 0; idle_ticks->ticks= 0; /*FIXME should we clear user counters?*/ il= (class it_level *)(it_levels->top()); while (il && il->level >= 0) { il= (class it_level *)(it_levels->pop()); delete il; il= (class it_level *)(it_levels->top()); } sp_max= 0; sp_avg= 0; stack_ops->free_all(); int i; for (i= 0; i < hws->count; i++) { class cl_hw *hw= (class cl_hw *)(hws->at(i)); hw->reset(); } } /* * Making elements */ void cl_uc::make_memories(void) {} /*t_addr cl_uc::get_mem_size(char *id) { class cl_memory *m= memory(id); return(m?(m->get_size()):0); } int cl_uc::get_mem_width(char *id) { class cl_memory *m= memory(id); return(m?(m->width):8); } */ void cl_uc::mk_hw_elements(void) { } void cl_uc::build_cmdset(class cl_cmdset *cmdset) { class cl_cmd *cmd; class cl_super_cmd *super_cmd; class cl_cmdset *cset; cmdset->add(cmd= new cl_state_cmd("state", 0, "state State of microcontroller", "long help of state")); cmd->init(); #ifdef STATISTIC cmdset->add(cmd= new cl_statistic_cmd("statistic", 0, "statistic [mem [startaddr [endaddr]]]\n" " Statistic of memory accesses", "long help of statistic")); cmd->init(); #endif cmdset->add(cmd= new cl_file_cmd("file", 0, "file \"FILE\" Load FILE into ROM", "long help of file")); cmd->init(); cmd->add_name("load"); cmdset->add(cmd= new cl_dl_cmd("download", 0, "download Load (intel.hex) data", "long help of download")); cmd->init(); cmd->add_name("dl"); cmdset->add(cmd= new cl_pc_cmd("pc", 0, "pc [addr] Set/get PC", "long help of pc")); cmd->init(); cmdset->add(cmd= new cl_reset_cmd("reset", 0, "reset Reset", "long help of reset")); cmd->init(); cmdset->add(cmd= new cl_dump_cmd("dump", DD_TRUE, "dump memory_type [start [stop [bytes_per_line]]]\n" " Dump memory of specified type\n" "dump bit... Dump bits", "long help of dump")); cmd->init(); cmdset->add(cmd= new cl_dch_cmd("dch", DD_TRUE, "dch [start [stop]] Dump code in hex form", "long help of dch")); cmd->init(); cmdset->add(cmd= new cl_dc_cmd("dc", DD_TRUE, "dc [start [stop]] Dump code in disass form", "long help of dc")); cmd->init(); cmdset->add(cmd= new cl_disassemble_cmd("disassemble", DD_TRUE, "disassemble [start [offset [lines]]]\n" " Disassemble code", "long help of disassemble")); cmd->init(); cmdset->add(cmd= new cl_fill_cmd("fill", 0, "fill memory_type start end data\n" " Fill memory region with data", "long help of fill")); cmd->init(); cmdset->add(cmd= new cl_where_cmd("where", 0, "where memory_type data...\n" " Case unsensitive search for data", "long help of where")); cmd->init(); cmdset->add(cmd= new cl_Where_cmd("Where", 0, "Where memory_type data...\n" " Case sensitive search for data", "long help of Where")); cmd->init(); cmdset->add(cmd= new cl_break_cmd("break", 0, "break addr [hit] Set fix breakpoint\n" "break mem_type r|w addr [hit]\n" " Set fix event breakpoint", "long help of break")); cmd->init(); cmdset->add(cmd= new cl_tbreak_cmd("tbreak", 0, "tbreak addr [hit] Set temporary breakpoint\n" "tbreak mem_type r|w addr [hit]\n" " Set temporary event breakpoint", "long help of tbreak")); cmd->init(); cmdset->add(cmd= new cl_clear_cmd("clear", 0, "clear [addr...] Clear fix breakpoint", "long help of clear")); cmd->init(); cmdset->add(cmd= new cl_delete_cmd("delete", 0, "delete [nr...] Delete breakpoint(s)", "long help of clear")); cmd->init(); { super_cmd= (class cl_super_cmd *)(cmdset->get_cmd("get")); if (super_cmd) cset= super_cmd->commands; else { cset= new cl_cmdset(); cset->init(); } cset->add(cmd= new cl_get_sfr_cmd("sfr", 0, "get sfr address...\n" " Get value of addressed SFRs", "long help of get sfr")); cmd->init(); /*cset->add(cmd= new cl_get_option_cmd("option", 0, "get option name\n" " Get value of an option", "long help of get option")); cmd->init();*/ } if (!super_cmd) { cmdset->add(cmd= new cl_super_cmd("get", 0, "get subcommand Get, see `get' command for more help", "long help of get", cset)); cmd->init(); } { super_cmd= (class cl_super_cmd *)(cmdset->get_cmd("set")); if (super_cmd) cset= super_cmd->commands; else { cset= new cl_cmdset(); cset->init(); } cset->add(cmd= new cl_set_mem_cmd("memory", 0, "set memory memory_type address data...\n" " Place list of data into memory", "long help of set memory")); cmd->init(); cset->add(cmd= new cl_set_bit_cmd("bit", 0, "set bit addr 0|1 Set specified bit to 0 or 1", "long help of set bit")); cmd->init(); cset->add(cmd= new cl_set_hw_cmd("hardware", 0, "set hardware cathegory params...\n" " Set parameters of specified hardware element", "long help of set hardware")); cmd->add_name("hw"); cmd->init(); } if (!super_cmd) { cmdset->add(cmd= new cl_super_cmd("set", 0, "set subcommand Set, see `set' command for more help", "long help of set", cset)); cmd->init(); } { // info super_cmd= (class cl_super_cmd *)(cmdset->get_cmd("info")); if (super_cmd) cset= super_cmd->get_subcommands(); else { cset= new cl_cmdset(); cset->init(); } cset->add(cmd= new cl_info_bp_cmd("breakpoints", 0, "info breakpoints Status of user-settable breakpoints", "long help of info breakpoints")); cmd->add_name("bp"); cmd->init(); cset->add(cmd= new cl_info_reg_cmd("registers", 0, "info registers List of integer registers and their contents", "long help of info registers")); cmd->init(); cset->add(cmd= new cl_info_hw_cmd("hardware", 0, "info hardware cathegory\n" " Status of hardware elements of the CPU", "long help of info hardware")); cmd->add_name("hw"); cmd->init(); cset->add(cmd= new cl_info_stack_cmd("stack", 0, "info stack Status of stack of the CPU", "long help of info stack")); cmd->init(); cset->add(cmd= new cl_info_memory_cmd("memory", 0, "info memory Information about memory system", "long help of info memory")); cmd->init(); } if (!super_cmd) { cmdset->add(cmd= new cl_super_cmd("info", 0, "info subcommand Information, see `info' command for more help", "long help of info", cset)); cmd->init(); } { super_cmd= (class cl_super_cmd *)(cmdset->get_cmd("timer")); if (super_cmd) cset= super_cmd->get_subcommands(); else { cset= new cl_cmdset(); cset->init(); } cset->add(cmd= new cl_timer_add_cmd("add", 0, "timer add id [direction [in_isr]]\n" " Create a clock counter (timer)", "log help of timer add")); cmd->init(); cmd->add_name("create"); cmd->add_name("make"); cset->add(cmd= new cl_timer_delete_cmd("delete", 0, "timer delete id Delete a timer", "long help of timer delete")); cmd->init(); cmd->add_name("remove"); cset->add(cmd= new cl_timer_get_cmd("get", 0, "timer get [id] Get value of a timer, or all", "long help of timer get")); cmd->init(); cset->add(cmd= new cl_timer_run_cmd("run", 0, "timer start id Start a timer", "long help of timer run")); cmd->init(); cmd->add_name("start"); cset->add(cmd= new cl_timer_stop_cmd("stop", 0, "timer stop id Stop a timer", "long help of timer stop")); cmd->init(); cset->add(cmd= new cl_timer_value_cmd("set", 0, "timer set id value\n" " Set a timer value", "long help of timer set")); cmd->init(); cmd->add_name("value"); } if (!super_cmd) { cmdset->add(cmd= new cl_super_cmd("timer", 0, "timer subcommand Manage timers", "long help of timer", cset)); cmd->init(); } { super_cmd= (class cl_super_cmd *)(cmdset->get_cmd("memory")); if (super_cmd) cset= super_cmd->get_subcommands(); else { cset= new cl_cmdset(); cset->init(); } /* cset->add(cmd= new cl_memory_cmd("_no_parameters_", 0, "memory Information about memory system", "long help of memory")); cmd->init(); */ cset->add(cmd= new cl_memory_createchip_cmd("createchip", 0, "memory createchip id size cellsize\n" " Create a new memory chip", "long help of memory createchip")); cmd->init(); cmd->add_name("cchip"); cset->add(cmd= new cl_memory_createaddressspace_cmd("createaddressspace", 0, "memory createaddressspace id startaddr size\n" " Create address space", "long help of memory createaddressspace")); cmd->init(); cmd->add_name("createaddrspace"); cmd->add_name("createaspace"); cmd->add_name("caddressspace"); cmd->add_name("caddrspace"); cmd->add_name("caspace"); cset->add(cmd= new cl_memory_createaddressdecoder_cmd("createaddressdecoder", 0, "memory createaddressdecoder addressspace begin end chip begin\n" " Create address decoder", "long help of memory createaddressdecoder")); cmd->init(); cmd->add_name("createaddrdecoder"); cmd->add_name("createadecoder"); cmd->add_name("caddressdecoder"); cmd->add_name("caddrdecoder"); cmd->add_name("cadecoder"); } if (!super_cmd) { cmdset->add(cmd= new cl_super_cmd("memory", 0, "memory subcommand Manage memory chips and address spaces", "long help of memory", cset)); cmd->init(); } } /* * Read/write simulated memory */ t_mem cl_uc::read_mem(const char *id, t_addr addr) { class cl_address_space *m= address_space(id); return(m?(m->read(addr)):0); } t_mem cl_uc::get_mem(const char *id, t_addr addr) { class cl_address_space *m= address_space(id); return(m?(m->get(addr)):0); } void cl_uc::write_mem(const char *id, t_addr addr, t_mem val) { class cl_address_space *m= address_space(id); if (m) m->write(addr, val); } void cl_uc::set_mem(const char *id, t_addr addr, t_mem val) { class cl_address_space *m= address_space(id); if(m) m->set(addr, val); } /* class cl_memory * cl_uc::mem(enum mem_class type) { class cl_m *m; if (mems->count < type) m= (class cl_m *)(mems->at(MEM_DUMMY)); else m= (class cl_m *)(mems->at(type)); return(m); } */ class cl_address_space * cl_uc::address_space(const char *id) { int i; if (!id || !(*id)) return(0); for (i= 0; i < address_spaces->count; i++) { class cl_address_space *m= (cl_address_space *)(address_spaces->at(i)); if (!m || !m->have_real_name()) continue; if (m->is_inamed(id)) return(m); } return(0); } class cl_memory * cl_uc::memory(const char *id) { int i; if (!id || !(*id)) return(0); for (i= 0; i < address_spaces->count; i++) { class cl_memory *m= (cl_memory *)(address_spaces->at(i)); if (!m || !m->have_real_name()) continue; if (m->is_inamed(id)) return(m); } for (i= 0; i < memchips->count; i++) { class cl_memory *m= (cl_memory *)(memchips->at(i)); if (!m || !m->have_real_name()) continue; if (m->is_inamed(id)) return(m); } return(0); } static long ReadInt(FILE *f, bool *ok, int bytes) { char s2[3]; long l= 0; *ok= DD_FALSE; while (bytes) { if (fscanf(f, "%2c", &s2[0]) == EOF) return(0); s2[2]= '\0'; l= l*256 + strtol(s2, NULL, 16); bytes--; } *ok= DD_TRUE; return(l); } /* * Reading intel hexa file into EROM *____________________________________________________________________________ * * If parameter is a NULL pointer, this function reads data from `cmd_in' * */ long cl_uc::read_hex_file(const char *nam) { FILE *f; int c; long written= 0, recnum= 0; uchar dnum; // data number uchar rtyp=0; // record type uint addr= 0; // address uchar rec[300]; // data record uchar sum ; // checksum uchar chk ; // check int i; bool ok, get_low= 1; uchar low= 0, high; if (!rom) { sim->app->get_commander()-> dd_printf("No ROM address space to read in.\n"); return(-1); } if (!nam) { sim->app->get_commander()-> dd_printf("cl_uc::read_hex_file File name not specified\n"); return(-1); } else if ((f= fopen(nam, "r")) == NULL) { fprintf(stderr, "Can't open `%s': %s\n", nam, strerror(errno)); return(-1); } //memset(inst_map, '\0', sizeof(inst_map)); ok= DD_TRUE; while (ok && rtyp != 1) { while (((c= getc(f)) != ':') && (c != EOF)) ; if (c != ':') {fprintf(stderr, ": not found\n");break;} recnum++; dnum= ReadInt(f, &ok, 1);//printf("dnum=%02x",dnum); chk = dnum; addr= ReadInt(f, &ok, 2);//printf("addr=%04x",addr); chk+= (addr & 0xff); chk+= ((addr >> 8) & 0xff); rtyp= ReadInt(f, &ok, 1);//printf("rtyp=%02x ",rtyp); chk+= rtyp; for (i= 0; ok && (i < dnum); i++) { rec[i]= ReadInt(f, &ok, 1);//printf("%02x",rec[i]); chk+= rec[i]; } if (ok) { sum= ReadInt(f, &ok, 1);//printf(" sum=%02x\n",sum); if (ok) { if (((sum + chk) & 0xff) == 0) { if (rtyp == 0) { if (rom->width > 8) addr/= 2; for (i= 0; i < dnum; i++) { if (rom->width <= 8) { rom->set(addr, rec[i]); addr++; written++; } else if (rom->width <= 16) { if (get_low) { low= rec[i]; get_low= 0; } else { high= rec[i]; rom->set(addr, (high*256)+low); addr++; written++; get_low= 1; } } } } else if (rtyp != 1) application->debug("Unknown record type %d(0x%x)\n", rtyp, rtyp); } else application->debug("Checksum error (%x instead of %x) in " "record %ld.\n", chk, sum, recnum); } else application->debug("Read error in record %ld.\n", recnum); } } if (rom->width > 8 && !get_low) rom->set(addr, low); if (nam) fclose(f); application->debug("%ld records have been read\n", recnum); analyze(0); return(written); } /* * Handling instruction map * * `inst_at' is checking if the specified address is in instruction * map and `set_inst_at' marks the address in the map and * `del_inst_at' deletes the mark. `there_is_inst' cheks if there is * any mark in the map */ bool cl_uc::inst_at(t_addr addr) { if (!rom) return(0); return(rom->get_cell_flag(addr, CELL_INST)); } void cl_uc::set_inst_at(t_addr addr) { if (rom) rom->set_cell_flag(addr, DD_TRUE, CELL_INST); } void cl_uc::del_inst_at(t_addr addr) { if (rom) rom->set_cell_flag(addr, DD_FALSE, CELL_INST); } bool cl_uc::there_is_inst(void) { if (!rom) return(0); bool got= DD_FALSE; t_addr addr; for (addr= 0; rom->valid_address(addr) && !got; addr++) got= rom->get_cell_flag(addr, CELL_INST); return(got); } /* * Manipulating HW elements of the CPU ***************************************************************************** */ /* Register callback hw objects for mem read/write */ /*void cl_uc::register_hw_read(enum mem_class type, t_addr addr, class cl_hw *hw) { class cl_m *m; class cl_memloc *l; if ((m= (class cl_m*)mems->at(type))) { if ((l= m->read_locs->get_loc(addr)) == 0) { l= new cl_memloc(addr); l->init(); m->read_locs->add(l); } l->hws->add(hw); } else printf("cl_uc::register_hw_read TROUBLE\n"); }*/ /*void cl_uc::register_hw_write(enum mem_class type, t_addr addr, class cl_hw *hw) { }*/ /* Looking for a specific HW element */ class cl_hw * cl_uc::get_hw(enum hw_cath cath, int *idx) { class cl_hw *hw= 0; int i= 0; if (idx) i= *idx; for (; i < hws->count; i++) { hw= (class cl_hw *)(hws->at(i)); if (hw->cathegory == cath) break; } if (i >= hws->count) return(0); if (idx) *idx= i; return(hw); } class cl_hw * cl_uc::get_hw(char *id_string, int *idx) { class cl_hw *hw= 0; int i= 0; if (idx) i= *idx; for (; i < hws->count; i++) { hw= (class cl_hw *)(hws->at(i)); if (strstr(hw->id_string, id_string) == hw->id_string) break; } if (i >= hws->count) return(0); if (idx) *idx= i; return(hw); } class cl_hw * cl_uc::get_hw(enum hw_cath cath, int hwid, int *idx) { class cl_hw *hw; int i= 0; if (idx) i= *idx; hw= get_hw(cath, &i); while (hw && hw->id != hwid) { i++; hw= get_hw(cath, &i); } if (hw && idx) *idx= i; return(hw); } class cl_hw * cl_uc::get_hw(char *id_string, int hwid, int *idx) { class cl_hw *hw; int i= 0; if (idx) i= *idx; hw= get_hw(id_string, &i); while (hw && hw->id != hwid) { i++; hw= get_hw(id_string, &i); } if (hw && idx) *idx= i; return(hw); } /* * Help of the command interpreter */ struct dis_entry * cl_uc::dis_tbl(void) { static struct dis_entry empty= { 0, 0, 0, 0, NULL }; return(&empty); } struct name_entry * cl_uc::sfr_tbl(void) { static struct name_entry empty= { 0, 0 }; return(&empty); } struct name_entry * cl_uc::bit_tbl(void) { static struct name_entry empty= { 0, 0 }; return(&empty); } const char * cl_uc::disass(t_addr addr, const char *sep) { char *buf; buf= (char*)malloc(100); strcpy(buf, "uc::disass() unimplemented\n"); return(buf); } void cl_uc::print_disass(t_addr addr, class cl_console_base *con) { const char *dis; class cl_brk *b; int i; if (!rom) return; t_mem code= rom->get(addr); b= fbrk_at(addr); dis= disass(addr, NULL); if (b) con->dd_printf("%c", (b->perm == brkFIX)?'F':'D'); else con->dd_printf(" "); con->dd_printf("%c ", inst_at(addr)?' ':'?'); con->dd_printf(rom->addr_format, addr); con->dd_printf(" "); con->dd_printf(rom->data_format, code); for (i= 1; i < inst_length(addr); i++) { con->dd_printf(" "); con->dd_printf(rom->data_format, rom->get(addr+i)); } int li= longest_inst(); while (i < li) { int j; j= rom->width/4 + ((rom->width%4)?1:0) + 1; while (j) con->dd_printf(" "), j--; i++; } con->dd_printf(" %s\n", dis); free((char *)dis); } void cl_uc::print_regs(class cl_console_base *con) { con->dd_printf("No registers\n"); } int cl_uc::inst_length(t_addr addr) { struct dis_entry *tabl= dis_tbl(); int i; t_mem code; if (!rom) return(0); code = rom->get(addr); for (i= 0; tabl[i].mnemonic && (code & tabl[i].mask) != tabl[i].code; i++) ; return(tabl[i].mnemonic?tabl[i].length:1); } int cl_uc::inst_branch(t_addr addr) { struct dis_entry *tabl= dis_tbl(); int i; t_mem code; if (!rom) return(0); code = rom->get(addr); for (i= 0; tabl[i].mnemonic && (code & tabl[i].mask) != tabl[i].code; i++) ; return tabl[i].branch; } int cl_uc::longest_inst(void) { struct dis_entry *de= dis_tbl(); int max= 0; while (de && de->mnemonic) { if (de->length > max) max= de->length; de++; } return(max); } bool cl_uc::get_name(t_addr addr, struct name_entry tab[], char *buf) { int i; i= 0; while (tab[i].name && (!(tab[i].cpu_type & type) || (tab[i].addr != addr))) i++; if (tab[i].name) strcpy(buf, tab[i].name); return(tab[i].name != NULL); } bool cl_uc::symbol2address(char *sym, struct name_entry tab[], t_addr *addr) { int i; if (!sym || !*sym) return(DD_FALSE); i= 0; while (tab[i].name && (!(tab[i].cpu_type & type) || strcasecmp(sym, tab[i].name) != 0)) i++; if (tab[i].name) { if (addr) *addr= tab[i].addr; return(DD_TRUE); } return(DD_FALSE); } char * cl_uc::symbolic_bit_name(t_addr bit_address, class cl_memory *mem, t_addr mem_addr, t_mem bit_mask) { char *sym_name= 0; int i; i= 0; while (bit_tbl()[i].name && (bit_tbl()[i].addr != bit_address)) i++; if (bit_tbl()[i].name) { sym_name= strdup(bit_tbl()[i].name); return(sym_name); } if (mem && mem->have_real_name() && strstr(mem->get_name(), "sfr") == mem->get_name()) { i= 0; while (sfr_tbl()[i].name && (sfr_tbl()[i].addr != mem_addr)) i++; if (sfr_tbl()[i].name) sym_name= strdup(sfr_tbl()[i].name); else sym_name= 0; } if (!sym_name) { sym_name= (char *)malloc(16); sprintf(sym_name, mem?(mem->addr_format):"0x%06x", mem_addr); } sym_name= (char *)realloc(sym_name, strlen(sym_name)+2); strcat(sym_name, "."); i= 0; while (bit_mask > 1) { bit_mask>>=1; i++; } char bitnumstr[10]; sprintf(bitnumstr, "%1d", i); strcat(sym_name, bitnumstr); return(sym_name); } /* * Messages to broadcast */ bool cl_uc::handle_event(class cl_event &event) { switch (event.what) { case ev_address_space_added: { try { class cl_event_address_space_added &e= dynamic_cast(event); address_space_added(e.as); e.handle(); } catch (...) { break; } break; } default: return(pass_event_down(event)); break; } return(DD_FALSE); } /* void cl_uc::mem_cell_changed(class cl_address_space *mem, t_addr addr) { if (hws) hws->mem_cell_changed(mem, addr); else printf("JAJ uc\n");//FIXME if (mems && mems->count) { int i; for (i= 0; i < mems->count; i++) { } } } */ void cl_uc::address_space_added(class cl_address_space *as) { if (hws) hws->address_space_added(as); else printf("JAJ uc\n");//FIXME } /* * Error handling */ void cl_uc::error(class cl_error *error) { errors->add(error); if ((error->inst= inst_exec)) error->PC= instPC; } void cl_uc::check_errors(void) { int i; class cl_commander_base *c= sim->app->get_commander(); bool must_stop= DD_FALSE; if (c) { for (i= 0; i < errors->count; i++) { class cl_error *error= (class cl_error *)(errors->at(i)); if (!error->is_on()) continue; error->print(c); must_stop= must_stop || (error->get_type() & err_stop); if (error->inst) { class cl_console_base *con; con= c->actual_console; if (!con) con= c->frozen_console; if (con) { con->dd_printf("Erronouse instruction: "); print_disass(error->PC, con); } } } errors->free_all(); } else fprintf(stderr, "no actual console, %d errors\n", errors->count); if (must_stop) sim->stop(resERROR); } /* * Converting bit address into real memory */ class cl_address_space * cl_uc::bit2mem(t_addr bitaddr, t_addr *memaddr, t_mem *bitmask) { if (memaddr) *memaddr= bitaddr; if (bitmask) *bitmask= 1 << (bitaddr & 0x7); return(0); // abstract... } /* * Execution */ int cl_uc::tick_hw(int cycles) { class cl_hw *hw; int i;//, cpc= clock_per_cycle(); // tick hws for (i= 0; i < hws->count; i++) { hw= (class cl_hw *)(hws->at(i)); if (hw->flags & HWF_INSIDE) hw->tick(cycles); } do_extra_hw(cycles); return(0); } void cl_uc::do_extra_hw(int cycles) {} int cl_uc::tick(int cycles) { //class cl_hw *hw; int i, cpc= clock_per_cycle(); // increase time ticks->tick(cycles * cpc); class it_level *il= (class it_level *)(it_levels->top()); if (il->level >= 0) isr_ticks->tick(cycles * cpc); if (state == stIDLE) idle_ticks->tick(cycles * cpc); for (i= 0; i < counters->count; i++) { class cl_ticker *t= (class cl_ticker *)(counters->at(i)); if (t) { if ((t->options&TICK_INISR) || il->level < 0) t->tick(cycles * cpc); } } // tick for hardwares inst_ticks+= cycles; return(0); } class cl_ticker * cl_uc::get_counter(int nr) { if (nr >= counters->count) return(0); return((class cl_ticker *)(counters->at(nr))); } class cl_ticker * cl_uc::get_counter(char *nam) { int i; if (!nam) return(0); for (i= 0; i < counters->count; i++) { class cl_ticker *t= (class cl_ticker *)(counters->at(i)); if (t && t->get_name() && strcmp(t->get_name(), nam) == 0) return(t); } return(0); } void cl_uc::add_counter(class cl_ticker *ticker, int nr) { while (counters->count <= nr) counters->add(0); counters->put_at(nr, ticker); } void cl_uc::add_counter(class cl_ticker *ticker, char */*nam*/) { int i; if (counters->count < 1) counters->add(0); for (i= 1; i < counters->count; i++) { class cl_ticker *t= (class cl_ticker *)(counters->at(i)); if (!t) { counters->put_at(i, ticker); return; } } counters->add(ticker); } void cl_uc::del_counter(int nr) { class cl_ticker *t; if (nr >= counters->count) return; if ((t= (class cl_ticker *)(counters->at(0))) != 0) delete t; counters->put_at(nr, 0); } void cl_uc::del_counter(char *nam) { int i; if (!nam) return; for (i= 0; i < counters->count; i++) { class cl_ticker *t= (class cl_ticker *)(counters->at(i)); if (t && t->get_name() && strcmp(t->get_name(), nam) == 0) { delete t; counters->put_at(i, 0); return; } } } /* * Fetch without checking for breakpoint hit */ t_mem cl_uc::fetch(void) { ulong code; if (!rom) return(0); code= rom->read(PC); PC= rom->inc_address(PC); return(code); } /* * Fetch but checking for breakpoint hit first, returns TRUE if * a breakpoint is hit */ bool cl_uc::fetch(t_mem *code) { class cl_brk *brk; int idx; if (!code) return(0); if ((sim->state & SIM_GO) && rom) { if (rom->get_cell_flag(PC, CELL_FETCH_BRK) && (brk= fbrk->get_bp(PC, &idx)) && (brk->do_hit())) { if (brk->perm == brkDYNAMIC) fbrk->del_bp(PC); return(1); } } *code= fetch(); return(0); } int cl_uc::do_inst(int step) { int res= resGO; if (step < 0) step= 1; while (step-- && res == resGO) { pre_inst(); res= exec_inst(); post_inst(); } if (res != resGO) sim->stop(res); return(res); } void cl_uc::pre_inst(void) { inst_exec= DD_TRUE; inst_ticks= 0; events->disconn_all(); } int cl_uc::exec_inst(void) { instPC= PC; return(resGO); } void cl_uc::post_inst(void) { tick_hw(inst_ticks); if (errors->count) check_errors(); if (events->count) check_events(); inst_exec= DD_FALSE; } /* * Time related functions */ double cl_uc::get_rtime(void) { /* double d; d= (double)ticks/xtal; return(d);*/ return(ticks->get_rtime(xtal)); } int cl_uc::clock_per_cycle(void) { return(1); } /* * Stack tracking system */ void cl_uc::stack_write(class cl_stack_op *op) { if (op->get_op() & stack_read_operation) { class cl_error_stack_tracker_wrong_handle *e= new cl_error_stack_tracker_wrong_handle(DD_FALSE); //fprintf(stderr, "%06"_A_"x cl_uc::stack_read() should be called for " //"%s\n", op->get_pc(), op->get_op_name()); e->init(); error(e); return; } stack_ops->push(op); } void cl_uc::stack_read(class cl_stack_op *op) { class cl_stack_op *top= (class cl_stack_op *)(stack_ops->top()); if (op->get_op() & stack_write_operation) { class cl_error_stack_tracker_wrong_handle *e= new cl_error_stack_tracker_wrong_handle(DD_TRUE); e->init(); error(e); //fprintf(stderr, "%06"_A_"x cl_uc::stack_write() should be called for " //"%s\n", op->get_pc(), op->get_op_name()); return; } if (!top) { class cl_error *e= new cl_error_stack_tracker_empty(op); /*printf("0x%06"_A_"x %s operation on stack but no operation was before\n ", op->get_pc(), op->get_op_name());*/ e->init(); error(e); return; } if (top) { if (!top->match(op)) { class cl_error *e= new cl_error_stack_tracker_unmatch(top, op); e->init(); error(e); /*printf("0x%06"_A_"x %s operation on stack but last was %s\n", op->get_pc(), op->get_op_name(), top->get_op_name());*/ } int top_size= top->data_size(), op_size= op->data_size(); if (top_size != op_size) { application->debug("0x%06"_A_"x %d bytes to read out of stack " "but %d was pushed in last operation\n", op->get_pc(), op_size, top_size); } } int removed= 0; while (top && top->can_removed(op)) { top= (class cl_stack_op *)stack_ops->pop(); delete top; top= (class cl_stack_op *)stack_ops->top(); removed++; } if (removed != 1) { application->debug("0x%06"_A_"x %d ops removed from stack-tracker " "when %s happened, top pc=0x%06"_A_"x " "top before=0x%06"_A_"x op after=0x%06"_A_"x\n", op->get_pc(), removed, op->get_op_name(), top?(top->get_pc()):0, top?(top->get_before()):0, op->get_after()); } if (top) { int ta= top->get_after(), oa= op->get_after(); if (ta != oa) { application->debug("0x%06"_A_"x stack still inconsistent after %s, " "%d byte(s) should be read out; top after" "=0x%06"_A_"x op after=0x%06"_A_"x\n", op->get_pc(), op->get_op_name(), abs(ta-oa), ta, oa); class cl_error *e= new cl_error_stack_tracker_inconsistent(op, abs(ta-oa)); e->init(); error(e); } } delete op; } /* * Breakpoint handling */ class cl_fetch_brk * cl_uc::fbrk_at(t_addr addr) { int idx; return((class cl_fetch_brk *)(fbrk->get_bp(addr, &idx))); } class cl_ev_brk * cl_uc::ebrk_at(t_addr addr, char *id) { int i; class cl_ev_brk *eb; for (i= 0; i < ebrk->count; i++) { eb= (class cl_ev_brk *)(ebrk->at(i)); if (eb->addr == addr && !strcmp(eb->id, id)) return(eb); } return(0); } /*void cl_uc::rm_fbrk(long addr) { fbrk->del_bp(addr); }*/ /* Get a breakpoint specified by its number */ class cl_brk * cl_uc::brk_by_nr(int nr) { class cl_brk *bp; if ((bp= fbrk->get_bp(nr))) return(bp); if ((bp= ebrk->get_bp(nr))) return(bp); return(0); } /* Get a breakpoint from the specified collection by its number */ class cl_brk * cl_uc::brk_by_nr(class brk_coll *bpcoll, int nr) { class cl_brk *bp; if ((bp= bpcoll->get_bp(nr))) return(bp); return(0); } /* Remove an event breakpoint specified by its address and id */ void cl_uc::rm_ebrk(t_addr addr, char *id) { int i; class cl_ev_brk *eb; for (i= 0; i < ebrk->count; i++) { eb= (class cl_ev_brk *)(ebrk->at(i)); if (eb->addr == addr && !strcmp(eb->id, id)) ebrk->del_bp(i, 0); } } /* Remove a breakpoint specified by its number */ bool cl_uc::rm_brk(int nr) { class cl_brk *bp; if ((bp= brk_by_nr(fbrk, nr))) { fbrk->del_bp(bp->addr); return(DD_TRUE); } else if ((bp= brk_by_nr(ebrk, nr))) { ebrk->del_bp(ebrk->index_of(bp), 0); return(DD_TRUE); } return(DD_FALSE); } void cl_uc::put_breaks(void) {} /* Remove all fetch and event breakpoints */ void cl_uc::remove_all_breaks(void) { while (fbrk->count) { class cl_brk *brk= (class cl_brk *)(fbrk->at(0)); fbrk->del_bp(brk->addr); } while (ebrk->count) ebrk->del_bp(ebrk->count-1, 0); } int cl_uc::make_new_brknr(void) { if (brk_counter == 0) return(brk_counter= 1); if (fbrk->count == 0 && ebrk->count == 0) return(brk_counter= 1); return(++brk_counter); } class cl_ev_brk * cl_uc::mk_ebrk(enum brk_perm perm, class cl_address_space *mem, char op, t_addr addr, int hit) { class cl_ev_brk *b; op= toupper(op); b= new cl_ev_brk(mem, make_new_brknr(), addr, perm, hit, op); b->init(); return(b); } void cl_uc::check_events(void) { int i; for (i= 0; i < events->count; i++) { class cl_ev_brk *brk= dynamic_cast(events->object_at(i)); sim->stop(brk); } sim->stop(resBREAKPOINT); } /* * Errors *---------------------------------------------------------------------------- */ cl_error_unknown_code::cl_error_unknown_code(class cl_uc *the_uc) { uc= the_uc; classification= uc_error_registry.find("unknown_code"); } void cl_error_unknown_code::print(class cl_commander_base *c) { c->dd_printf("%s: unknown instruction code at ", get_type_name()); if (uc->rom) { c->dd_printf(uc->rom->addr_format, PC); c->dd_printf(" ("); c->dd_printf(uc->rom->data_format, uc->rom->get(PC)); c->dd_printf(")"); } else c->dd_printf("0x%06x", PC); c->dd_printf("\n"); } cl_uc_error_registry::cl_uc_error_registry(void) { class cl_error_class *prev = uc_error_registry.find("non-classified"); prev = register_error(new cl_error_class(err_error, "unknown_code", prev, ERROR_OFF)); } /* End of uc.cc */ sdcc-2.9.0/sim/ucsim/sim.src/uccl.h000066400000000000000000000203501116427777700170460ustar00rootroot00000000000000/* * Simulator of microcontrollers (sim.src/uccl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIM_UCCL_HEADER #define SIM_UCCL_HEADER // prj #include "stypes.h" #include "pobjcl.h" // sim #include "hwcl.h" #include "memcl.h" #include "brkcl.h" #include "stackcl.h" /* Counter to count clock ticks */ #define TICK_RUN 0x01 #define TICK_INISR 0x02 #define TICK_IDLE 0x03 class cl_ticker: public cl_base { public: unsigned long ticks; int options; // see TICK_XXX above int dir; //char *name; cl_ticker(int adir, int in_isr, const char *aname); virtual ~cl_ticker(void); virtual int tick(int nr); virtual double get_rtime(double xtal); virtual void dump(int nr, double xtal, class cl_console_base *con); }; /* Options of the microcontroller */ class cl_xtal_option: public cl_optref { protected: class cl_uc *uc; public: cl_xtal_option(class cl_uc *the_uc); virtual void option_changed(void); }; /* Abstract microcontroller */ class cl_uc: public cl_base { public: int type; // CPU family int technology; // CMOS, HMOS int state; // GO, IDLE, PD //class cl_list *options; class cl_xtal_option *xtal_option; t_addr PC, instPC; // Program Counter bool inst_exec; // Instruction is executed class cl_ticker *ticks; // Nr of XTAL clocks class cl_ticker *isr_ticks; // Time in ISRs class cl_ticker *idle_ticks; // Time in idle mode class cl_list *counters; // User definable timers (tickers) int inst_ticks; // ticks of an instruction double xtal; // Clock speed int brk_counter; // Number of breakpoints class brk_coll *fbrk; // Collection of FETCH break-points class brk_coll *ebrk; // Collection of EVENT breakpoints class cl_sim *sim; //class cl_list *mems; class cl_hws *hws; class cl_list *memchips; // v3 class cl_address_space_list *address_spaces; class cl_address_space *rom; // Required for almost every uc //class cl_list *address_decoders; class cl_irqs *it_sources; // Sources of interrupts class cl_list *it_levels; // Follow interrupt services class cl_list *stack_ops; // Track stack operations class cl_list *errors; // Errors of instruction execution class cl_list *events; // Events happened during inst exec t_addr sp_max; t_addr sp_avg; public: cl_uc(class cl_sim *asim); virtual ~cl_uc(void); virtual int init(void); virtual const char *id_string(void); virtual void reset(void); // making objects //virtual class cl_m *mk_mem(enum mem_class type, char *class_name); virtual void make_memories(void); //virtual t_addr get_mem_size(char *id); //virtual int get_mem_width(char *id); virtual void mk_hw_elements(void); virtual void build_cmdset(class cl_cmdset *cmdset); // manipulating memories virtual t_mem read_mem(const char *id, t_addr addr); virtual t_mem get_mem(const char *id, t_addr addr); virtual void write_mem(const char *id, t_addr addr, t_mem val); virtual void set_mem(const char *id, t_addr addr, t_mem val); virtual class cl_address_space *address_space(const char *id); virtual class cl_memory *memory(const char *id); // file handling virtual long read_hex_file(const char *nam); // instructions, code analyzer virtual void analyze(t_addr addr) {} virtual bool inst_at(t_addr addr); virtual void set_inst_at(t_addr addr); virtual void del_inst_at(t_addr addr); virtual bool there_is_inst(void); // manipulating hw elements virtual class cl_hw *get_hw(enum hw_cath cath, int *idx); virtual class cl_hw *get_hw(char *id_string, int *idx); virtual class cl_hw *get_hw(enum hw_cath cath, int hwid, int *idx); virtual class cl_hw *get_hw(char *id_string, int hwid, int *idx); // "virtual" timers virtual int tick_hw(int cycles); virtual void do_extra_hw(int cycles); virtual int tick(int cycles); virtual class cl_ticker *get_counter(int nr); virtual class cl_ticker *get_counter(char *nam); virtual void add_counter(class cl_ticker *ticker, int nr); virtual void add_counter(class cl_ticker *ticker, char *nam); virtual void del_counter(int nr); virtual void del_counter(char *nam); virtual double get_rtime(void); virtual int clock_per_cycle(void); // execution virtual t_mem fetch(void); virtual bool fetch(t_mem *code); virtual int do_inst(int step); virtual void pre_inst(void); virtual int exec_inst(void); virtual void post_inst(void); virtual int it_priority(uchar ie_mask) {return(0);} // stack tracking virtual void stack_write(class cl_stack_op *op); virtual void stack_read(class cl_stack_op *op); // breakpoints virtual class cl_fetch_brk *fbrk_at(t_addr addr); virtual class cl_ev_brk *ebrk_at(t_addr addr, char *id); virtual class cl_brk *brk_by_nr(int nr); virtual class cl_brk *brk_by_nr(class brk_coll *bpcoll, int nr); virtual void rm_ebrk(t_addr addr, char *id); virtual bool rm_brk(int nr); virtual void put_breaks(void); virtual void remove_all_breaks(void); virtual int make_new_brknr(void); virtual class cl_ev_brk *mk_ebrk(enum brk_perm perm, class cl_address_space *mem, char op, t_addr addr, int hit); virtual void check_events(void); // disassembling and symbol recognition virtual const char *disass(t_addr addr, const char *sep); virtual struct dis_entry *dis_tbl(void); virtual struct name_entry *sfr_tbl(void); virtual struct name_entry *bit_tbl(void); virtual void print_disass(t_addr addr, class cl_console_base *con); virtual void print_regs(class cl_console_base *con); virtual int inst_length(t_addr addr); virtual int inst_branch(t_addr addr); virtual int longest_inst(void); virtual bool get_name(t_addr addr, struct name_entry tab[], char *buf); virtual bool symbol2address(char *sym, struct name_entry tab[], t_addr *addr); virtual char *symbolic_bit_name(t_addr bit_address, class cl_memory *mem, t_addr mem_addr, t_mem bit_mask); /* Converting abstract address spaces into real ones */ virtual class cl_address_space *bit2mem(t_addr bitaddr, t_addr *memaddr, t_mem *bitmask); virtual t_addr bit_address(class cl_memory *mem, t_addr mem_address, int bit_number) { return(-1); } // messages from app to handle and broadcast virtual bool handle_event(class cl_event &event); //virtual void mem_cell_changed(class cl_address_space *mem, t_addr addr); virtual void address_space_added(class cl_address_space *as); // Error handling virtual void error(class cl_error *error); virtual void check_errors(void); /* Following fields and virtual methods defined in uc51 I don't have energy to redesign them:-( */ public: virtual void eram2xram(void) {} // Dirty hack for 51R virtual void xram2eram(void) {} }; /* * Errors */ #include "errorcl.h" class cl_error_unknown_code: public cl_error { protected: class cl_uc *uc; public: cl_error_unknown_code(class cl_uc *the_uc); virtual void print(class cl_commander_base *c); }; class cl_uc_error_registry: public cl_error_registry { public: cl_uc_error_registry(void); }; #endif /* End of uccl.h */ sdcc-2.9.0/sim/ucsim/stypes.h000066400000000000000000000127631116427777700161020ustar00rootroot00000000000000/* * Simulator of microcontrollers (stypes.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef STYPES_HEADER #define STYPES_HEADER #include "ddconfig.h" typedef unsigned char uchar; typedef unsigned int uint; typedef unsigned long ulong; typedef TYPE_DWORD t_addr; /* 32 bit max */ typedef TYPE_UWORD t_mem; /* 16 bit max */ typedef TYPE_WORD t_smem; /* signed 16 bit memory */ struct id_element { int id; const char *id_string; }; enum error_type { err_unknown = 0x01, err_error = 0x02, err_warning = 0x04 }; // table of dissassembled instructions struct dis_entry { uint code, mask; char branch; uchar length; const char *mnemonic; }; // table entry of SFR and BIT names struct name_entry { int cpu_type; t_addr addr; const char *name; }; struct cpu_entry { const char *type_str; int type; int technology; }; #define CPU_51 0x0001 #define CPU_31 0x0002 #define CPU_52 0x0004 #define CPU_32 0x0008 #define CPU_51R 0x0010 #define CPU_89C51R 0x0020 #define CPU_251 0x0040 #define CPU_DS390 0x0080 #define CPU_DS390F 0x0100 #define CPU_ALL_51 (CPU_51|CPU_31) #define CPU_ALL_52 (CPU_52|CPU_32|CPU_51R|CPU_89C51R|CPU_251|CPU_DS390|CPU_DS390F) #define CPU_AVR 0x0001 #define CPU_ALL_AVR (CPU_AVR) #define CPU_Z80 0x0001 #define CPU_ALL_Z80 (CPU_Z80) #define CPU_XA 0x0001 #define CPU_ALL_XA (CPU_XA) #define CPU_HC08 0x0001 #define CPU_ALL_HC08 (CPU_HC08) #define CPU_CMOS 0x0001 #define CPU_HMOS 0x0002 /* Classes of memories, this is index on the list */ enum mem_class { MEM_ROM= 0, MEM_XRAM, MEM_IRAM, MEM_SFR, MEM_DUMMY, MEM_IXRAM, MEM_TYPES }; #define MEM_ROM_ID "rom" #define MEM_SFR_ID "sfr" #define MEM_XRAM_ID "xram" #define MEM_IXRAM_ID "ixram" #define MEM_IRAM_ID "iram" // States of simulator #define SIM_NONE 0 #define SIM_GO 0x01 // Processor is running #define SIM_QUIT 0x02 // Program must exit /* States of CPU */ #define stGO 0 /* Normal state */ #define stIDLE 1 /* Idle mode is active */ #define stPD 2 /* Power Down mode is active */ /* Result of instruction simulation */ #define resGO 0 /* OK, go on */ #define resWDTRESET 1 /* Reseted by WDT */ #define resINTERRUPT 2 /* Interrupt accepted */ #define resSTOP 100 /* Stop if result greather then this */ #define resHALT 101 /* Serious error, halt CPU */ #define resINV_ADDR 102 /* Invalid indirect address */ #define resSTACK_OV 103 /* Stack overflow */ #define resBREAKPOINT 104 /* Breakpoint */ #define resUSER 105 /* Stopped by user */ #define resINV_INST 106 /* Invalid instruction */ #define resBITADDR 107 /* Bit address is uninterpretable */ #define resERROR 108 /* Error happened during instruction exec */ #define BIT_MASK(bitaddr) (1 << (bitaddr & 0x07)) //#define IRAM_SIZE 256 /* Size of Internal RAM */ //#define SFR_SIZE 256 /* Size of SFR area */ //#define SFR_START 128 /* Start address of SFR area */ //#define ERAM_SIZE 256 /* Size of ERAM in 51R */ //#define XRAM_SIZE 0x10000 /* Size of External RAM */ //#define IROM_SIZE 0x1000 /* Size of Internal ROM */ //#define EROM_SIZE 0x10000 /* Size of External ROM */ /* Type of breakpoints */ enum brk_perm { brkFIX, /* f */ brkDYNAMIC /* d */ }; enum brk_type { brkFETCH, /* f */ brkEVENT /* e */ }; enum brk_event { brkNONE, brkWXRAM, /* wx */ brkRXRAM, /* rx */ brkRCODE, /* rc */ brkWIRAM, /* wi */ brkRIRAM, /* ri */ brkWSFR, /* ws */ brkRSFR, /* rs */ brkREAD, brkWRITE, brkACCESS }; //struct event_rec //{ // t_addr wx; /* write to XRAM at this address, else -1 */ // t_addr rx; /* read from XRAM at this address, else -1 */ // t_addr wi; /* write to IRAM at this address, else -1 */ // t_addr ri; /* read from IRAM at this address, else -1 */ // t_addr ws; /* write to SFR at this address, else -1 */ // t_addr rs; /* read from SFR at this address, else -1 */ // t_addr rc; /* read from ROM at this address, else -1 */ //}; /* Interrupt levels */ //#define IT_NO -1 /* not in interroupt service */ #define IT_LOW 1 /* low level interrupt service */ #define IT_HIGH 2 /* service of high priority interrupt */ /* cathegories of hw elements (peripherials) */ enum hw_cath { HW_DUMMY = 0x0000, HW_TIMER = 0x0002, HW_UART = 0x0004, HW_PORT = 0x0008, HW_PCA = 0x0010, HW_INTERRUPT = 0x0020, HW_WDT = 0x0040 }; // Events that can happen in peripherals enum hw_event { EV_OVERFLOW, EV_PORT_CHANGED, EV_T2_MODE_CHANGED }; // flags of hw units #define HWF_NONE 0 #define HWF_INSIDE 0x0001 #define HWF_OUTSIDE 0x0002 #define HWF_MISC 0x0004 /* Letter cases */ enum letter_case { case_upper, /* all is upper case */ case_lower, /* all is lower case */ case_case /* first letter is upper, others are lower case */ }; #endif /* End of stypes.h */ sdcc-2.9.0/sim/ucsim/ucsim.cc000066400000000000000000000022351116427777700160220ustar00rootroot00000000000000/* * Simulator of microcontrollers (ucsim.cc) * * Copyright (C) 2001,01 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // prj #include "globals.h" #include "appcl.h" int main(int argc, char *argv[]) { int ret; application= new cl_app(); application->init(argc, argv); ret= application->run(); application->done(); return(ret); } /* End of sim.src/ucsim.cc */ sdcc-2.9.0/sim/ucsim/utils.cc000066400000000000000000000073501116427777700160450ustar00rootroot00000000000000/* * Simulator of microcontrollers (utils.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #include #include #include "i_string.h" // prj #include "stypes.h" #include "pobjcl.h" int get_sub_opt(char **option, const char * const *tokens, char **valuep) { char *end, *equ; int i; if (!(end= strchr(*option, ','))) end= *option + strlen(*option); else *end++= '\0'; if ((equ= strchr(*option, '='))) { *valuep= equ+1; *equ= '\0'; } else *valuep= 0; i= 0; while (tokens[i] && strcmp(*option, tokens[i])) i++; if (!tokens[i]) *valuep= *option; *option= end; return tokens[i]?i:-1; } const char * get_id_string(struct id_element *ids, int id) { int i= 0; while (ids[i].id_string && id != ids[i].id) i++; return(ids[i].id_string); } const char * get_id_string(struct id_element *ids, int id, const char *def) { const char *s= get_id_string(ids, id); return(s?s:def); } int get_string_id(struct id_element *ids, const char *str) { int i= 0; while (ids[i].id_string && strcmp(ids[i].id_string, str) != 0) i++; return(ids[i].id); } int get_string_id(struct id_element *ids, const char *str, int def) { int i= 0; while (ids[i].id_string && strcmp(ids[i].id_string, str) != 0) i++; return(ids[i].id_string?ids[i].id:def); } extern "C" int vasprintf(char **strp, const char *format, va_list ap); extern "C" int vsnprintf(char *str, size_t size,const char *format,va_list ap); char * format_string(const char *format, ...) { va_list ap; va_start(ap, format); #ifdef HAVE_VASPRINTF char *msg= NULL; vasprintf(&msg, format, ap); return(msg); #elif defined HAVE_VSNPRINTF char *msg= (char*)malloc(80*25); vsnprintf(msg, 80*25, format, ap); return(msg); #elif defined HAVE__VSNPRINTF char *msg= (char*)malloc(80*25); _vsnprintf(msg, 80*25, format, ap); return(msg); #else #error No vasprintf or vsnprintf #endif va_end(ap); return(msg); } const char * object_name(class cl_base *o) { const char *name= 0; if (o) name= o->get_name(); if (name && *name) return(name); return("(unkown)"); } char * case_string(enum letter_case lcase, const char *str) { char *p= strdup(str); char *s= p; switch (lcase) { case case_upper: while (p && *p) { *p= toupper(*p); p++; } break; case case_lower: while (p && *p) { *p= tolower(*p); p++; } break; case case_case: if (!p || *p == '\0') break; while (isspace(*p)) p++; if (*p) *p= toupper(*p); break; } return(s); } /*const char * case_string(enum letter_case lcase, const char *str) { char *p= NIL; if (!str || !*str) return(NIL); p= strdup(str); return case_string(lcase, p); }*/ /* End of utils.cc */ sdcc-2.9.0/sim/ucsim/utils.h000066400000000000000000000032201116427777700156770ustar00rootroot00000000000000/* * Simulator of microcontrollers (utils.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef UTILS_HEADER #define UTILS_HEADER #include // prj #include "stypes.h" //#define TRACE printf #define TRACE 1 ? (void)0 : (*(void (*)(const char *, ...))0) extern int get_sub_opt(char **option, const char * const *tokens, char **valuep); extern const char *get_id_string(struct id_element *ids, int id); extern const char *get_id_string(struct id_element *ids, int id, const char *def); extern int get_string_id(struct id_element *ids, const char *str); extern int get_string_id(struct id_element *ids, const char *str, int def); extern char *format_string(const char *format, ...); extern const char *object_name(class cl_base *o); extern char *case_string(enum letter_case lcase, const char *str); #endif /* End of utils.h */ sdcc-2.9.0/sim/ucsim/xa.src/000077500000000000000000000000001116427777700155675ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/xa.src/(c).1000066400000000000000000000016261116427777700162210ustar00rootroot00000000000000/* * Simulator of microcontrollers (@@F@@) * * Copyright (C) @@S@@,@@Y@@ Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ sdcc-2.9.0/sim/ucsim/xa.src/Makefile.in000066400000000000000000000054501116427777700176400ustar00rootroot00000000000000# # uCsim xa.src/Makefile # # (c) Drotos Daniel, Talker Bt. 1997 # STARTYEAR = 1997 SHELL = /bin/sh CXX = @CXX@ CPP = @CPP@ CXXCPP = @CXXCPP@ RANLIB = @RANLIB@ INSTALL = @INSTALL@ STRIP = @STRIP@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ EXEEXT = @EXEEXT@ DEFS = $(subs -DHAVE_CONFIG_H,,@DEFS@) CPPFLAGS = @CPPFLAGS@ -I$(srcdir) -I$(top_srcdir) -I$(top_builddir) \ -I$(top_srcdir)/cmd.src -I$(top_srcdir)/sim.src \ -I$(top_srcdir)/gui.src CFLAGS = @CFLAGS@ -Wall CXXFLAGS = @CXXFLAGS@ -Wall LDFLAGS = @LDFLAGS@ M_OR_MM = @M_OR_MM@ LIBS = @LIBS@ -L$(top_builddir) -lsim -lucsimutil -lguiucsim -lcmd -lsim prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ srcdir = @srcdir@ VPATH = @srcdir@ OBJECTS = sxa.o glob.o \ inst.o \ simxa.o xa.o XAASM = #TEST_OBJ = test_bit.hex test_dis.hex test_mov.hex test_jmp.hex \ # test_arith.hex # Compiling entire program or any subproject # ------------------------------------------ all: checkconf otherlibs xa.src tests tests: $(TEST_OBJ) # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs $(INSTALL) sxa$(EXEEXT) $(DESTDIR)$(bindir)/sxa$(EXEEXT) $(STRIP) $(DESTDIR)$(bindir)/sxa$(EXEEXT) # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/sxa$(EXEEXT) # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: test -d $(DESTDIR)$(bindir) || $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(srcdir)/*.cc $(srcdir)/*.h $(CXXCPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.cc,$^) >Makefile.dep -include Makefile.dep include $(srcdir)/clean.mk # My rules # -------- .SUFFIXES: .asm .hex xa.src: sxa$(EXEEXT) sxa$(EXEEXT): $(OBJECTS) $(top_builddir)/*.a $(CXX) $(CXXFLAGS) $(LDFLAGS) -o $@ $(OBJECTS) $(LIBS) otherlibs: $(MAKE) -C $(top_builddir)/cmd.src all $(MAKE) -C $(top_builddir)/sim.src all .cc.o: $(CXX) $(CXXFLAGS) $(CPPFLAGS) $(TARGET_ARCH) -c $< -o $@ .asm.hex: $(XAASM) -l $< -o $@ -e $<.lst # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f $(srcdir)/conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of xa.src/Makefile.in sdcc-2.9.0/sim/ucsim/xa.src/clean.mk000066400000000000000000000014031116427777700172000ustar00rootroot00000000000000# Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ rm -f sxa$(EXEEXT) # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f config.cache config.log config.status rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean # End of xa.src/clean.mk sdcc-2.9.0/sim/ucsim/xa.src/conf.mk000066400000000000000000000003111116427777700170400ustar00rootroot00000000000000# # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of xa.src/conf.mk sdcc-2.9.0/sim/ucsim/xa.src/glob.cc000066400000000000000000001056031116427777700170260ustar00rootroot00000000000000/* * Simulator of microcontrollers (glob.cc) * * Copyright (C) 1999,2002 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * Other contributors include: * Karl Bongers karl@turbobit.com, * Johan Knol johan.knol@iduna.nl */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include #include "stypes.h" #include "glob.h" /* this needs to match enum definition in glob.h */ char *op_mnemonic_str[] = { "BAD_OPCODE", "ADD", "ADDC", "ADDS", "AND", "ANL", "ASL", "ASR", "BCC", "BCS", "BEQ", "BG", "BGE", "BGT", "BKPT", "BL", "BLE", "BLT", "BMI", "BNE", "BNV", "BOV", "BPL", "BR", "CALL", "CJNE", "CLR", "CMP", "CPL", "DA", "DIV_w", "DIV_d", "DIVU_b", "DIVU_w", "DIVU_d", "DJNZ", "FCALL", "FJMP", "JB", "JBC", "JMP", "JNB", "JNZ", "JZ", "LEA", "LSR", "MOV", "MOVC", "MOVS", "MOVX", "MUL_w", "MULU_b", "MULU_w", "NEG", "NOP", "NORM", "OR", "ORL", "POP", "POPU", "PUSH", "PUSHU", "RESET", "RET", "RETI", "RL", "RLC", "RR", "RRC", "SETB", "SEXT", "SUB", "SUBB", "TRAP", "XCH", "XOR", }; /* this is junk, but we need to keep it until main ucSim code is cleaned of dis_entry[] references. */ struct dis_entry glob_disass_xa[]= { { 0x0000, 0x00ff, ' ', 1, "nop" }, { 0x0000, 0x00, 0, 0, NULL} }; /* plan: keep this list in same order as in User Guide(pg 106) until all op-codes are defined. Figure out how to make simulation lookup fast later. */ struct xa_dis_entry disass_xa[]= { {0,0x0100,0xf700,' ',2,ADD, REG_REG }, // ADD Rd, Rs 0 0 0 0 S 0 0 1 d d d d s s s s {0,0x0200,0xf708,' ',2,ADD, REG_IREG }, // ADD Rd, [Rs] 0 0 0 0 S 0 1 0 d d d d 0 s s s {0,0x0208,0xf708,' ',2,ADD, IREG_REG }, // ADD [Rd], Rs 0 0 0 0 S 0 1 0 s s s s 1 d d d {0,0x0400,0xf708,' ',3,ADD, REG_IREGOFF8 }, // ADD Rd, [Rs+offset8] 0 0 0 0 S 1 0 0 d d d d 0 s s s {0,0x0408,0xf708,' ',3,ADD, IREGOFF8_REG }, // ADD [Rd+offset8], Rs 0 0 0 0 S 1 0 0 s s s s 1 d d d {0,0x0500,0xf708,' ',4,ADD, REG_IREGOFF16 }, // ADD Rd, [Rs+offset16] 0 0 0 0 S 1 0 1 d d d d 0 s s s {0,0x0508,0xf708,' ',4,ADD, IREGOFF16_REG }, // ADD [Rd+offset16], Rs 0 0 0 0 S 1 0 1 s s s s 1 d d d {0,0x0300,0xf708,' ',2,ADD, REG_IREGINC }, // ADD Rd, [Rs+] 0 0 0 0 S 0 1 1 d d d d 0 s s s {0,0x0308,0xf708,' ',2,ADD, IREGINC_REG }, // ADD [Rd+], Rs 0 0 0 0 S 0 1 1 s s s s 1 d d d {0,0x0608,0xf708,' ',3,ADD, DIRECT_REG }, // ADD direct, Rs 0 0 0 0 S 1 1 0 s s s s 1 x x x {0,0x0600,0xf708,' ',3,ADD, REG_DIRECT }, // ADD Rd, direct 0 0 0 0 S 1 1 0 d d d d 0 x x x {0,0x9100,0xff0f,' ',3,ADD, REG_DATA8 }, // ADD Rd, #data8 1 0 0 1 0 0 0 1 d d d d 0 0 0 0 {0,0x9900,0xff0f,' ',4,ADD, REG_DATA16 }, // ADD Rd, #data16 1 0 0 1 1 0 0 1 d d d d 0 0 0 0 {0,0x9200,0xff8f,' ',3,ADD, IREG_DATA8 }, // ADD [Rd], #data8 1 0 0 1 0 0 1 0 0 d d d 0 0 0 0 {0,0x9a00,0xff8f,' ',4,ADD, IREG_DATA16 }, // ADD [Rd], #data16 1 0 0 1 1 0 1 0 0 d d d 0 0 0 0 {0,0x9300,0xff8f,' ',3,ADD, IREGINC_DATA8 }, // ADD [Rd+], #data8 1 0 0 1 0 0 1 1 0 d d d 0 0 0 0 {0,0x9b00,0xff8f,' ',4,ADD, IREGINC_DATA16 }, // ADD [Rd+], #data16 1 0 0 1 1 0 1 1 0 d d d 0 0 0 0 {0,0x9400,0xff8f,' ',4,ADD, IREGOFF8_DATA8 }, // ADD [Rd+offset8], #data8 1 0 0 1 0 1 0 0 0 d d d 0 0 0 0 {0,0x9c00,0xff8f,' ',5,ADD, IREGOFF8_DATA16 }, // ADD [Rd+offset8], #data16 1 0 0 1 1 1 0 0 0 d d d 0 0 0 0 {0,0x9500,0xff8f,' ',5,ADD, IREGOFF16_DATA8 }, // ADD [Rd+offset16], #data8 1 0 0 1 0 1 0 1 0 d d d 0 0 0 0 {0,0x9d00,0xff8f,' ',6,ADD, IREGOFF16_DATA16}, // ADD [Rd+offset16], #data16 1 0 0 1 1 1 0 1 0 d d d 0 0 0 0 {0,0x9600,0xff8f,' ',4,ADD, DIRECT_DATA8 }, // ADD direct, #data8 1 0 0 1 0 1 1 0 0 b b b 0 0 0 0 {0,0x9e00,0xff8f,' ',5,ADD, DIRECT_DATA16 }, // ADD direct, #data16 1 0 0 1 1 1 1 0 0 b b b 0 0 0 0 {0,0x1100,0xf700,' ',2,ADDC,REG_REG }, //ADDC Rd, Rs 0 0 0 1 S 0 0 1 d d d d s s s s {0,0x1200,0xf708,' ',2,ADDC,REG_IREG }, //ADDC Rd, [Rs] 0 0 0 1 S 0 1 0 d d d d 0 s s s {0,0x1208,0xf708,' ',2,ADDC,IREG_REG }, //ADDC [Rd], Rs 0 0 0 1 S 0 1 0 s s s s 1 d d d {0,0x1400,0xf708,' ',3,ADDC,REG_IREGOFF8 }, //ADDC Rd, [Rs+offset8] 0 0 0 1 S 1 0 0 d d d d 0 s s s {0,0x1408,0xf708,' ',3,ADDC,IREGOFF8_REG }, //ADDC [Rd+offset8], Rs 0 0 0 1 S 1 0 0 s s s s 1 d d d {0,0x1500,0xf708,' ',4,ADDC,REG_IREGOFF16 }, //ADDC Rd, [Rs+offset16] 0 0 0 1 S 1 0 1 d d d d 0 s s s {0,0x1508,0xf708,' ',4,ADDC,IREGOFF16_REG }, //ADDC [Rd+offset16], Rs 0 0 0 1 S 1 0 1 s s s s 1 d d d {0,0x1300,0xf708,' ',2,ADDC,REG_IREGINC }, //ADDC Rd, [Rs+] 0 0 0 1 S 0 1 1 d d d d 0 s s s {0,0x1308,0xf708,' ',2,ADDC,IREGINC_REG }, //ADDC [Rd+], Rs 0 0 0 1 S 0 1 1 s s s s 1 d d d {0,0x1608,0xf708,' ',3,ADDC,DIRECT_REG }, //ADDC direct, Rs 0 0 0 1 S 1 1 0 s s s s 1 x x x {0,0x1600,0xf708,' ',3,ADDC,REG_DIRECT }, //ADDC Rd, direct 0 0 0 1 S 1 1 0 d d d d 0 x x x {0,0x9101,0xff0f,' ',3,ADDC,REG_DATA8 }, //ADDC Rd, #data8 1 0 0 1 0 0 0 1 d d d d 0 0 0 1 {0,0x9901,0xff0f,' ',4,ADDC,REG_DATA16 }, //ADDC Rd, #data16 1 0 0 1 1 0 0 1 d d d d 0 0 0 1 {0,0x9201,0xff8f,' ',3,ADDC,IREG_DATA8 }, //ADDC [Rd], #data8 1 0 0 1 0 0 1 0 0 d d d 0 0 0 1 {0,0x9a01,0xff8f,' ',4,ADDC,IREG_DATA16 }, //ADDC [Rd], #data16 1 0 0 1 1 0 1 0 0 d d d 0 0 0 1 {0,0x9301,0xff8f,' ',3,ADDC,IREGINC_DATA8 }, //ADDC [Rd+], #data8 1 0 0 1 0 0 1 1 0 d d d 0 0 0 1 {0,0x9b01,0xff8f,' ',4,ADDC,IREGINC_DATA16 }, //ADDC [Rd+], #data16 1 0 0 1 1 0 1 1 0 d d d 0 0 0 1 {0,0x9401,0xff8f,' ',4,ADDC,IREGOFF8_DATA8 }, //ADDC [Rd+offset8], #data8 1 0 0 1 0 1 0 0 0 d d d 0 0 0 1 {0,0x9c01,0xff8f,' ',5,ADDC,IREGOFF8_DATA16 }, //ADDC [Rd+offset8], #data16 1 0 0 1 1 1 0 0 0 d d d 0 0 0 1 {0,0x9501,0xff8f,' ',5,ADDC,IREGOFF16_DATA8 }, //ADDC [Rd+offset16], #data8 1 0 0 1 0 1 0 1 0 d d d 0 0 0 1 {0,0x9d01,0xff8f,' ',6,ADDC,IREGOFF16_DATA16}, //ADDC [Rd+offset16], #data16 1 0 0 1 1 1 0 1 0 d d d 0 0 0 1 {0,0x9601,0xff8f,' ',4,ADDC,DIRECT_DATA8 }, //ADDC direct, #data8 1 0 0 1 0 1 1 0 0 b b b 0 0 0 1 {0,0x9e01,0xff8f,' ',5,ADDC,DIRECT_DATA16 }, //ADDC direct, #data16 1 0 0 1 1 1 1 0 0 b b b 0 0 0 1 {0,0x1408,0xf780,' ',2,ADDS, REG_DATA4 }, // ADDS Rd, #data4 1 0 1 0 S 0 0 1 d d d d #data4 {0,0x1408,0xf780,' ',2,ADDS, IREG_DATA4 }, // ADDS [Rd], #data4 1 0 1 0 S 0 1 0 0 d d d #data4 {0,0x1408,0xf780,' ',2,ADDS, IREGINC_DATA4 }, // ADDS [Rd+], #data4 1 0 1 0 S 0 1 1 0 d d d #data4 {0,0x1408,0xf780,' ',3,ADDS, IREGOFF8_DATA4 }, // ADDS [Rd+offset8], #data4 1 0 1 0 S 1 0 0 0 d d d #data4 {0,0x1408,0xf780,' ',4,ADDS, IREGOFF16_DATA4}, // ADDS [Rd+offset16], #data4 1 0 1 0 S 1 0 1 0 d d d #data4 {0,0x1408,0xf780,' ',3,ADDS, DIRECT_DATA4 }, // ADDS direct, #data4 1 0 1 0 S 1 1 0 0 x x x #data4 {0,0x5100,0xf700,' ',2, AND,REG_REG }, // AND Rd, Rs 0 1 0 1 S 0 0 1 d d d d s s s s {0,0x5200,0xf708,' ',2, AND,REG_IREG }, // AND Rd, [Rs] 0 1 0 1 S 0 1 0 d d d d 0 s s s {0,0x5208,0xf708,' ',2, AND,IREG_REG }, // AND [Rd], Rs 0 1 0 1 S 0 1 0 s s s s 1 d d d {0,0x5400,0xf708,' ',3, AND,REG_IREGOFF8 }, // AND Rd, [Rs+offset8] 0 1 0 1 S 1 0 0 d d d d 0 s s s {0,0x5408,0xf708,' ',3, AND,IREGOFF8_REG }, // AND [Rd+offset8], Rs 0 1 0 1 S 1 0 0 s s s s 1 d d d {0,0x5500,0xf708,' ',4, AND,REG_IREGOFF16 }, // AND Rd, [Rs+offset16] 0 1 0 1 S 1 0 1 d d d d 0 s s s {0,0x5508,0xf708,' ',4, AND,IREGOFF16_REG }, // AND [Rd+offset16], Rs 0 1 0 1 S 1 0 1 s s s s 1 d d d {0,0x5300,0xf708,' ',2, AND,REG_IREGINC }, // AND Rd, [Rs+] 0 1 0 1 S 0 1 1 d d d d 0 s s s {0,0x5308,0xf708,' ',2, AND,IREGINC_REG }, // AND [Rd+], Rs 0 1 0 1 S 0 1 1 s s s s 1 d d d {0,0x5608,0xf708,' ',3, AND,DIRECT_REG }, // AND direct, Rs 0 1 0 1 S 1 1 0 s s s s 1 x x x {0,0x5600,0xf708,' ',3, AND,REG_DIRECT }, // AND Rd, direct 0 1 0 1 S 1 1 0 d d d d 0 x x x {0,0x9105,0xff0f,' ',3, AND,REG_DATA8 }, // AND Rd, #data8 1 0 0 1 0 0 0 1 d d d d 0 1 0 1 {0,0x9905,0xff0f,' ',4, AND,REG_DATA16 }, // AND Rd, #data16 1 0 0 1 1 0 0 1 d d d d 0 1 0 1 {0,0x9205,0xff8f,' ',3, AND,IREG_DATA8 }, // AND [Rd], #data8 1 0 0 1 0 0 1 0 0 d d d 0 1 0 1 {0,0x9a05,0xff8f,' ',4, AND,IREG_DATA16 }, // AND [Rd], #data16 1 0 0 1 1 0 1 0 0 d d d 0 1 0 1 {0,0x9305,0xff8f,' ',3, AND,IREGINC_DATA8 }, // AND [Rd+], #data8 1 0 0 1 0 0 1 1 0 d d d 0 1 0 1 {0,0x9b05,0xff8f,' ',4, AND,IREGINC_DATA16 }, // AND [Rd+], #data16 1 0 0 1 1 0 1 1 0 d d d 0 1 0 1 {0,0x9405,0xff8f,' ',4, AND,IREGOFF8_DATA8 }, // AND [Rd+offset8], #data8 1 0 0 1 0 1 0 0 0 d d d 0 1 0 1 {0,0x9c05,0xff8f,' ',5, AND,IREGOFF8_DATA16 }, // AND [Rd+offset8], #data16 1 0 0 1 1 1 0 0 0 d d d 0 1 0 1 {0,0x9505,0xff8f,' ',5, AND,IREGOFF16_DATA8 }, // AND [Rd+offset16], #data8 1 0 0 1 0 1 0 1 0 d d d 0 1 0 1 {0,0x9d05,0xff8f,' ',6, AND,IREGOFF16_DATA16}, // AND [Rd+offset16], #data16 1 0 0 1 1 1 0 1 0 d d d 0 1 0 1 {0,0x9605,0xff8f,' ',4, AND,DIRECT_DATA8 }, // AND direct, #data8 1 0 0 1 0 1 1 0 0 b b b 0 1 0 1 {0,0x9e05,0xff8f,' ',5, AND,DIRECT_DATA16 }, // AND direct, #data16 1 0 0 1 0 1 1 0 1 b b b 0 1 0 1 {0,0x0840,0xfffc,' ',3,ANL, CY_BIT }, // ANL C, bit 0 0 0 0 1 0 0 0 0 1 0 0 0 0 b b lsbbit {0,0x0850,0xfffc,' ',3,ANL, CY_NOTBIT }, // ANL C, /bit 0 0 0 0 1 0 0 0 0 1 0 1 0 0 b b lsbbit {0,0xc150,0xf300,' ',2,ASL, REG_REG }, // ASL Rd, Rs 1 1 0 0 S S 0 1 d d d d s s s s {0,0xdd00,0xff00,' ',2,ASL, REG_DATA5 }, // ASL Rd, #data5 (dword) 1 1 0 1 1 1 0 1 d d d #data5 {0,0xd100,0xf700,' ',2,ASL, REG_DATA4 }, // ASL Rd, #data4 1 1 0 1 S S 0 1 d d d d #data4 {0,0xc250,0xf300,' ',2,ASR, REG_REG }, // ASR Rd, Rs 1 1 0 0 S S 1 0 d d d d s s s s {0,0xde00,0xff00,' ',2,ASR, REG_DATA5 }, // ASR Rd, #data5 (dword) 1 1 0 1 1 1 1 0 d d d #data5 {0,0xd200,0xf700,' ',2,ASR, REG_DATA4 }, // ASR Rd, #data4 1 1 0 1 S S 1 0 d d d d #data4 {1,0xf000,0xff00,' ',2,BCC, REL8 }, // BCC rel8 1 1 1 1 0 0 0 0 rel8 {1,0xf100,0xff00,' ',2,BCS, REL8 }, // BCS rel8 1 1 1 1 0 0 0 1 rel8 {1,0xf300,0xff00,' ',2,BEQ, REL8 }, // BEQ rel8 1 1 1 1 0 0 1 1 rel8 {1,0xf800,0xff00,' ',2,BG, REL8 }, // BG rel8 1 1 1 1 1 0 0 0 rel8 {1,0xfa00,0xff00,' ',2,BGE, REL8 }, // BGE rel8 1 1 1 1 1 0 1 0 rel8 {1,0xfc00,0xff00,' ',2,BGT, REL8 }, // BGT rel8 1 1 1 1 1 1 0 0 rel8 {1,0xff00,0xff00,' ',1,BKPT, NO_OPERANDS }, // BKPT 1 1 1 1 1 1 1 1 {1,0xf900,0xff00,' ',2,BL, REL8 }, // BL rel8 1 1 1 1 1 0 0 1 rel8 {1,0xfd00,0xff00,' ',2,BLE, REL8 }, // BLE rel8 1 1 1 1 1 1 0 1 rel8 {1,0xfb00,0xff00,' ',2,BLT, REL8 }, // BLT rel8 1 1 1 1 1 0 1 1 rel8 {1,0xf700,0xff00,' ',2,BMI, REL8 }, // BMI rel8 1 1 1 1 0 1 1 1 rel8 {1,0xf200,0xff00,' ',2,BNE, REL8 }, // BNE rel8 1 1 1 1 0 0 1 0 rel8 {1,0xf400,0xff00,' ',2,BNV, REL8 }, // BNV rel8 1 1 1 1 0 1 0 0 rel8 {1,0xf500,0xff00,' ',2,BOV, REL8 }, // BOV rel8 1 1 1 1 0 1 0 1 rel8 {1,0xf600,0xff00,' ',2,BPL, REL8 }, // BPL rel8 1 1 1 1 0 1 1 0 rel8 {1,0xfe00,0xff00,' ',2,BR, REL8 }, // BR rel8 1 1 1 1 1 1 1 0 rel8 {1,0xc500,0xff00,'a',3,CALL, REL16 }, // CALL rel16 1 1 0 0 0 1 0 1 rel16 {0,0xc600,0xfff8,'a',2,CALL, IREG }, // CALL [Rs] 1 1 0 0 0 1 1 0 0 0 0 0 0 s s s {0,0xe200,0xf708,' ',4,CJNE, REG_DIRECT_REL8}, // CJNE Rd, direct, rel8 1 1 1 0 S 0 1 0 d d d d 0 x x x {0,0xe300,0xff0f,' ',4,CJNE, REG_DATA8_REL8}, // CJNE Rd, data8, rel8 1 1 1 0 0 0 1 1 d d d d 0 0 0 0 {0,0xeb00,0xff0f,' ',5,CJNE, REG_DATA16_REL8}, // CJNE Rd, data16, rel8 1 1 1 0 1 0 1 1 d d d d 0 0 0 0 {0,0xe308,0xff8f,' ',4,CJNE, IREG_DATA8_REL8}, // CJNE [Rd], data8, rel8 1 1 1 0 0 0 1 1 0 d d d 1 0 0 0 {0,0xeb08,0xff8f,' ',5,CJNE, IREG_DATA16_REL8},// CJNE [Rd], data16, rel8 1 1 1 0 1 0 1 1 0 d d d 1 0 0 0 {0,0x0800,0xfffc,' ',3,CLR, BIT_ALONE }, // CLR bit 0 0 0 0 1 0 0 0 0 0 0 0 0 0 b b {0,0x4100,0xf700,' ',2,CMP, REG_REG }, // CMP Rd, Rs 0 1 0 0 S 0 0 1 d d d d s s s s {0,0x4200,0xf708,' ',2,CMP, REG_IREG }, // CMP Rd, [Rs] 0 1 0 0 S 0 1 0 d d d d 0 s s s {0,0x4208,0xf708,' ',2,CMP, IREG_REG }, // CMP [Rd], Rs 0 1 0 0 S 0 1 0 s s s s 1 d d d {0,0x4400,0xf708,' ',3,CMP, REG_IREGOFF8 }, // CMP Rd, [Rs+offset8] 0 1 0 0 S 1 0 0 d d d d 0 s s s {0,0x4408,0xf708,' ',3,CMP, IREGOFF8_REG }, // CMP [Rd+offset8], Rs 0 1 0 0 S 1 0 0 s s s s 1 d d d {0,0x4500,0xf708,' ',4,CMP, REG_IREGOFF16 }, // CMP Rd, [Rs+offset16] 0 1 0 0 S 1 0 1 d d d d 0 s s s {0,0x4508,0xf708,' ',4,CMP, IREGOFF16_REG }, // CMP [Rd+offset16], Rs 0 1 0 0 S 1 0 1 s s s s 1 d d d {0,0x4300,0xf708,' ',2,CMP, REG_IREGINC }, // CMP Rd, [Rs+] 0 1 0 0 S 0 1 1 d d d d 0 s s s {0,0x4308,0xf708,' ',2,CMP, IREGINC_REG }, // CMP [Rd+], Rs 0 1 0 0 S 0 1 1 s s s s 1 d d d {0,0x4608,0xf708,' ',3,CMP, DIRECT_REG }, // CMP direct, Rs 0 1 0 0 S 1 1 0 s s s s 1 x x x {0,0x4600,0xf708,' ',3,CMP, REG_DIRECT }, // CMP Rd, direct 0 1 0 0 S 1 1 0 d d d d 0 x x x {0,0x9104,0xff0f,' ',3,CMP, REG_DATA8 }, // CMP Rd, #data8 1 0 0 1 0 0 0 1 d d d d 0 1 0 0 {0,0x9904,0xff0f,' ',4,CMP, REG_DATA16 }, // CMP Rd, #data16 1 0 0 1 1 0 0 1 d d d d 0 1 0 0 {0,0x9204,0xff8f,' ',3,CMP, IREG_DATA8 }, // CMP [Rd], #data8 1 0 0 1 0 0 1 0 0 d d d 0 1 0 0 {0,0x9a04,0xff8f,' ',4,CMP, IREG_DATA16 }, // CMP [Rd], #data16 1 0 0 1 1 0 1 0 0 d d d 0 1 0 0 {0,0x9304,0xff8f,' ',3,CMP, IREGINC_DATA8 }, // CMP [Rd+], #data8 1 0 0 1 0 0 1 1 0 d d d 0 1 0 0 {0,0x9b04,0xff8f,' ',4,CMP, IREGINC_DATA16 }, // CMP [Rd+], #data16 1 0 0 1 1 0 1 1 0 d d d 0 1 0 0 {0,0x9404,0xff8f,' ',4,CMP, IREGOFF8_DATA8 }, // CMP [Rd+offset8], #data8 1 0 0 1 0 1 0 0 0 d d d 0 1 0 0 {0,0x9c04,0xff8f,' ',5,CMP, IREGOFF8_DATA16 }, // CMP [Rd+offset8], #data16 1 0 0 1 1 1 0 0 0 d d d 0 1 0 0 {0,0x9504,0xff8f,' ',5,CMP, IREGOFF16_DATA8 }, // CMP [Rd+offset16], #data8 1 0 0 1 0 1 0 1 0 d d d 0 1 0 0 {0,0x9d04,0xff8f,' ',6,CMP, IREGOFF16_DATA16}, // CMP [Rd+offset16], #data16 1 0 0 1 1 1 0 1 0 d d d 0 1 0 0 {0,0x9604,0xff8f,' ',4,CMP, DIRECT_DATA8 }, // CMP direct, #data8 1 0 0 1 0 1 1 0 0 b b b 0 1 0 0 {0,0x9e04,0xff8f,' ',5,CMP, DIRECT_DATA16 }, // CMP direct, #data16 1 0 0 1 0 1 1 0 0 b b b 0 1 0 0 {0,0x900c,0xf70f,' ',2,CPL, REG }, // CPL Rd 1 0 0 1 S 0 0 0 d d d d 1 0 1 0 {0,0x9008,0xff0f,' ',2,DA, REG }, // DA Rd 1 0 0 1 0 0 0 0 d d d d 1 0 0 0 {0,0xe708,0xff00,' ',2,DIV_w, REG_REG }, // DIV.w Rd, Rs 1 1 1 0 0 1 1 1 d d d d s s s s {0,0xe80b,0xff0f,' ',3,DIV_w, REG_DATA8 }, // DIV.w Rd, #data8 1 1 1 0 1 0 0 0 d d d d 1 0 1 1 {0,0xef00,0xff10,' ',2,DIV_d, REG_REG }, // DIV.d Rd, Rs 1 1 1 0 1 1 1 1 d d d 0 s s s s {0,0xe909,0xff1f,' ',4,DIV_d, REG_DATA16 }, // DIV.d Rd, #data16 1 1 1 0 1 0 0 1 d d d 0 1 0 0 1 {0,0xe101,0xff00,' ',3,DIVU_b, REG_REG }, // DIVU.b Rd, Rs 1 1 1 0 0 0 0 1 d d d d s s s s {0,0xe801,0xff0f,' ',3,DIVU_b, REG_DATA8 }, // DIVU.b Rd, #data8 1 1 1 0 1 0 0 0 d d d d 0 0 0 1 {0,0xe500,0xff00,' ',2,DIVU_w, REG_REG }, // DIVU.w Rd, Rs 1 1 1 0 0 1 0 1 d d d d s s s s {0,0xe803,0xff0f,' ',3,DIVU_w, REG_DATA8 }, // DIVU.w Rd, #data8 1 1 1 0 1 0 0 0 d d d d 0 0 1 1 {0,0xed00,0xff10,' ',2,DIVU_d, REG_REG }, // DIVU.d Rd, Rs 1 1 1 0 1 1 0 1 d d d 0 s s s s {0,0xe901,0xff1f,' ',4,DIVU_d, REG_DATA16 }, // DIVU.d Rd, #data16 1 1 1 0 1 0 0 1 d d d 0 0 0 0 1 {0,0x8708,0xf70f,' ',3,DJNZ, REG_REL8 }, // DJNZ Rd, rel8 1 0 0 0 S 1 1 1 d d d d 1 0 0 0 {0,0xe208,0xf7f8,' ',4,DJNZ, DIRECT_REL8 }, // DJNZ direct, rel8 1 1 1 0 S 0 1 0 0 0 0 0 1 x x x {1,0xc400,0xff00,' ',4,FCALL, ADDR24 }, // FCALL addr24 1 1 0 0 0 1 0 0 {1,0xd400,0xff00,' ',4,FJMP, ADDR24 }, // FJMP addr24 1 1 0 1 0 1 0 0 {0,0x9780,0xfffc,' ',4, JB, BIT_REL8 }, // JB bit,rel8 1 0 0 1 0 1 1 1 1 0 0 0 0 0 b b {0,0x97c0,0xfffc,' ',4, JBC, BIT_REL8 }, // JBC bit,rel8 1 0 0 1 0 1 1 1 1 1 0 0 0 0 b b {1,0xd500,0xff00,' ',3, JMP, REL16 }, // JMP rel16 1 1 0 1 0 1 0 1 rel16 {0,0xd670,0xfff8,' ',2, JMP, IREG }, // JMP [Rs] 1 1 0 1 0 1 1 0 0 1 1 1 0 s s s {0,0xd646,0xffff,' ',2, JMP, A_PLUSDPTR }, // JMP [A+dptr] 1 1 0 1 0 1 1 0 0 1 0 0 0 1 1 0 {0,0xd660,0xfff8,' ',2, JMP, IIREG }, // JMP [[Rs+]] 1 1 0 1 0 1 1 0 0 1 1 0 0 s s s {0,0x97a0,0xfffc,' ',4, JNB, BIT_REL8 }, // JNB bit,rel8 1 0 0 1 0 1 1 1 1 0 1 0 0 0 b b {1,0xee00,0xff00,' ',2, JNZ, REL8 }, // JNZ rel8 1 1 1 0 1 1 1 0 rel8 {1,0xec00,0xff00,' ',2, JZ, REL8 }, // JZ rel8 1 1 1 0 1 1 0 0 rel8 {0,0x4000,0xff88,' ',3, LEA, REG_REGOFF8 }, // LEA Rd,Rs+offset8 0 1 0 0 0 0 0 0 0 d d d 0 s s s {0,0x4800,0xff88,' ',3, LEA, REG_REGOFF16 }, // LEA Rd,Rs+offset16 0 1 0 0 0 0 0 0 0 d d d 0 s s s /* LSR(3?) */ {0,0x8100,0xf700,' ',2,MOV, REG_REG }, // MOV Rd, Rs 1 0 0 0 S 0 0 1 d d d d s s s s {0,0x8200,0xf708,' ',2,MOV, REG_IREG }, // MOV Rd, [Rs] 1 0 0 0 S 0 1 0 d d d d 0 s s s {0,0x8208,0xf708,' ',2,MOV, IREG_REG }, // MOV [Rd], Rs 1 0 0 0 S 0 1 0 s s s s 1 d d d {0,0x8400,0xf708,' ',3,MOV, REG_IREGOFF8 }, // MOV Rd, [Rs+offset8] 1 0 0 0 S 1 0 0 d d d d 0 s s s {0,0x8408,0xf708,' ',3,MOV, IREGOFF8_REG }, // MOV [Rd+offset8], Rs 1 0 0 0 S 1 0 0 s s s s 1 d d d {0,0x8500,0xf708,' ',4,MOV, REG_IREGOFF16 }, // MOV Rd, [Rs+offset16] 1 0 0 0 S 1 0 1 d d d d 0 s s s {0,0x8508,0xf708,' ',4,MOV, IREGOFF16_REG }, // MOV [Rd+offset16], Rs 1 0 0 0 S 1 0 1 s s s s 1 d d d {0,0x8300,0xf708,' ',2,MOV, REG_IREGINC }, // MOV Rd, [Rs+] 1 0 0 0 S 0 1 1 d d d d 0 s s s {0,0x8308,0xf708,' ',2,MOV, IREGINC_REG }, // MOV [Rd+], Rs 1 0 0 0 S 0 1 1 s s s s 1 d d d {0,0x8608,0xf708,' ',3,MOV, DIRECT_REG }, // MOV direct, Rs 1 0 0 0 S 1 1 0 s s s s 1 x x x {0,0x8600,0xf708,' ',3,MOV, REG_DIRECT }, // MOV Rd, direct 1 0 0 0 S 1 1 0 d d d d 0 x x x {0,0x9108,0xff0f,' ',3,MOV, REG_DATA8 }, // MOV Rd, #data8 1 0 0 1 0 0 0 1 d d d d 1 0 0 0 {0,0x9908,0xff0f,' ',4,MOV, REG_DATA16 }, // MOV Rd, #data16 1 0 0 1 1 0 0 1 d d d d 1 0 0 0 {0,0x9208,0xff8f,' ',3,MOV, IREG_DATA8 }, // MOV [Rd], #data8 1 0 0 1 0 0 1 0 0 d d d 1 0 0 0 {0,0x9a08,0xff8f,' ',4,MOV, IREG_DATA16 }, // MOV [Rd], #data16 1 0 0 1 1 0 1 0 0 d d d 1 0 0 0 {0,0x9308,0xff8f,' ',3,MOV, IREGINC_DATA8 }, // MOV [Rd+], #data8 1 0 0 1 0 0 1 1 0 d d d 1 0 0 0 {0,0x9b08,0xff8f,' ',4,MOV, IREGINC_DATA16 }, // MOV [Rd+], #data16 1 0 0 1 1 0 1 1 0 d d d 1 0 0 0 {0,0x9408,0xff8f,' ',4,MOV, IREGOFF8_DATA8 }, // MOV [Rd+offset8], #data8 1 0 0 1 0 1 0 0 0 d d d 1 0 0 0 {0,0x9c08,0xff8f,' ',5,MOV, IREGOFF8_DATA16 }, // MOV [Rd+offset8], #data16 1 0 0 1 1 1 0 0 0 d d d 1 0 0 0 {0,0x9508,0xff8f,' ',5,MOV, IREGOFF16_DATA8 }, // MOV [Rd+offset16], #data8 1 0 0 1 0 1 0 1 0 d d d 1 0 0 0 {0,0x9d08,0xff8f,' ',6,MOV, IREGOFF16_DATA16}, // MOV [Rd+offset16], #data16 1 0 0 1 1 1 0 1 0 d d d 1 0 0 0 {0,0x9608,0xff8f,' ',4,MOV, DIRECT_DATA8 }, // MOV direct, #data8 1 0 0 1 0 1 1 0 0 b b b 1 0 0 0 {0,0x9e08,0xff8f,' ',5,MOV, DIRECT_DATA16 }, // MOV direct, #data16 1 0 0 1 0 1 1 0 0 b b b 1 0 0 0 {0,0x9700,0xf788,' ',4,MOV, DIRECT_DIRECT }, // MOV direct, direct 1 0 0 1 S 1 1 1 0 d d d 0 d d d {0,0x900f,0xff0f,' ',2,MOV, REG_USP }, // MOV Rd, USP 1 0 0 1 0 0 0 0 d d d d 1 1 1 1 {0,0x980f,0xff0f,' ',2,MOV, USP_REG }, // MOV USP, RS 1 0 0 1 0 0 0 0 s s s s 1 1 1 1 {0,0x0820,0xfffc,' ',3,MOV, CY_BIT }, // MOV C, bit 0 0 0 0 1 0 0 0 0 0 1 0 0 0 b b {0,0x0830,0xfffc,' ',3,MOV, BIT_CY }, // MOV bit, C 0 0 0 0 1 0 0 0 0 0 1 1 0 0 b b {0,0x8000,0xf308,' ',2,MOVC, REG_IREGINC }, // MOVC Rd,[Rs+] 1 0 0 0 S 0 0 0 d d d d 0 s s s {0,0x904e,0xffff,' ',2,MOVC, A_APLUSDPTR }, // MOVC A,[A+DPTR] 1 0 0 1 0 0 0 0 0 1 0 0 1 1 1 0 {0,0x904c,0xffff,' ',2,MOVC, A_APLUSPC }, // MOVC A,[A+PC] 1 0 0 1 0 0 0 0 0 1 0 0 1 1 0 0 /* MOVS(6), MOVX(2), MUL.x(6) */ {0,0x900b,0xf70f,' ',2,NEG, REG }, // NEG Rd 1 0 0 1 S 0 0 0 d d d d 1 0 1 1 {1,0x0000,0xff00,' ',1,NOP, NO_OPERANDS }, // NOP 0 0 0 0 0 0 0 0 {0,0xc300,0xff00,' ',2,NORM, REG_REG }, // NORM Rd,Rs 1 1 0 0 S S 1 1 d d d d s s s s {0,0x6100,0xf700,' ',2, OR, REG_REG }, // OR Rd, Rs 0 1 1 0 S 0 0 1 d d d d s s s s {0,0x6200,0xf708,' ',2, OR, REG_IREG }, // OR Rd, [Rs] 0 1 1 0 S 0 1 0 d d d d 0 s s s {0,0x6208,0xf708,' ',2, OR, IREG_REG }, // OR [Rd], Rs 0 1 1 0 S 0 1 0 s s s s 1 d d d {0,0x6400,0xf708,' ',3, OR, REG_IREGOFF8 }, // OR Rd, [Rs+offset8] 0 1 1 0 S 1 0 0 d d d d 0 s s s {0,0x6408,0xf708,' ',3, OR, IREGOFF8_REG }, // OR [Rd+offset8], Rs 0 1 1 0 S 1 0 0 s s s s 1 d d d {0,0x6500,0xf708,' ',4, OR, REG_IREGOFF16 }, // OR Rd, [Rs+offset16] 0 1 1 0 S 1 0 1 d d d d 0 s s s {0,0x6508,0xf708,' ',4, OR, IREGOFF16_REG }, // OR [Rd+offset16], Rs 0 1 1 0 S 1 0 1 s s s s 1 d d d {0,0x6300,0xf708,' ',2, OR, REG_IREGINC }, // OR Rd, [Rs+] 0 1 1 0 S 0 1 1 d d d d 0 s s s {0,0x6308,0xf708,' ',2, OR, IREGINC_REG }, // OR [Rd+], Rs 0 1 1 0 S 0 1 1 s s s s 1 d d d {0,0x6608,0xf708,' ',3, OR, DIRECT_REG }, // OR direct, Rs 0 1 1 0 S 1 1 0 s s s s 1 x x x {0,0x6600,0xf708,' ',3, OR, REG_DIRECT }, // OR Rd, direct 0 1 1 0 S 1 1 0 d d d d 0 x x x {0,0x9106,0xff0f,' ',3, OR, REG_DATA8 }, // OR Rd, #data8 1 0 0 1 0 0 0 1 d d d d 0 1 1 0 {0,0x9906,0xff0f,' ',4, OR, REG_DATA16 }, // OR Rd, #data16 1 0 0 1 1 0 0 1 d d d d 0 1 1 0 {0,0x9206,0xff8f,' ',3, OR, IREG_DATA8 }, // OR [Rd], #data8 1 0 0 1 0 0 1 0 0 d d d 0 1 1 0 {0,0x9a06,0xff8f,' ',4, OR, IREG_DATA16 }, // OR [Rd], #data16 1 0 0 1 1 0 1 0 0 d d d 0 1 1 0 {0,0x9306,0xff8f,' ',3, OR, IREGINC_DATA8 }, // OR [Rd+], #data8 1 0 0 1 0 0 1 1 0 d d d 0 1 1 0 {0,0x9b06,0xff8f,' ',4, OR, IREGINC_DATA16 }, // OR [Rd+], #data16 1 0 0 1 1 0 1 1 0 d d d 0 1 1 0 {0,0x9406,0xff8f,' ',4, OR, IREGOFF8_DATA8 }, // OR [Rd+offset8], #data8 1 0 0 1 0 1 0 0 0 d d d 0 1 1 0 {0,0x9c06,0xff8f,' ',5, OR, IREGOFF8_DATA16 }, // OR [Rd+offset8], #data16 1 0 0 1 1 1 0 0 0 d d d 0 1 1 0 {0,0x9506,0xff8f,' ',5, OR, IREGOFF16_DATA8 }, // OR [Rd+offset16], #data8 1 0 0 1 0 1 0 1 0 d d d 0 1 1 0 {0,0x9d06,0xff8f,' ',6, OR, IREGOFF16_DATA16}, // OR [Rd+offset16], #data16 1 0 0 1 1 1 0 1 0 d d d 0 1 1 0 {0,0x9606,0xff8f,' ',4, OR, DIRECT_DATA8 }, // OR direct, #data8 1 0 0 1 0 1 1 0 0 b b b 0 1 1 0 {0,0x9e06,0xff8f,' ',5, OR, DIRECT_DATA16 }, // OR direct, #data16 1 0 0 1 0 1 1 0 0 b b b 0 1 1 0 {0,0x0860,0xfffc,' ',3, ORL, CY_BIT }, // ORL C, bit 0 0 0 0 1 0 0 0 0 1 1 0 0 0 b b {0,0x0870,0xfffc,' ',3, ORL, CY_NOTBIT }, // ORL C, /bit 0 0 0 0 1 0 0 0 0 1 1 1 0 0 b b {0,0x8710,0xf7f8,' ',3, POP, DIRECT }, // POP direct 1 0 0 0 S 1 1 1 0 0 0 1 0 d d d {1,0x2700,0xb700,' ',2, POP, RLIST }, // POP Rlist 0 H 1 0 S 1 1 1 rlist {0,0x8700,0xf7f8,' ',3, POPU, DIRECT }, // POPU direct 1 0 0 0 S 1 1 1 0 0 0 0 0 d d d {1,0x3700,0xb700,' ',2, POPU, RLIST }, // POPU Rlist 0 H 1 1 S 1 1 1 rlist {0,0x8730,0xf7f8,' ',3, PUSH, DIRECT }, // PUSH direct 1 0 0 0 S 1 1 1 0 0 1 1 0 d d d {1,0x0700,0xb700,' ',2, PUSH, RLIST }, // PUSH Rlist 0 H 0 0 S 1 1 1 rlist {0,0x8720,0xf7f8,' ',3, PUSHU, DIRECT }, // PUSHU direct 1 0 0 0 S 1 1 1 0 0 1 0 0 d d d {1,0x1700,0xb700,' ',2, PUSHU, RLIST }, // PUSHU Rlist 0 H 0 1 S 1 1 1 rlist {0,0xd610,0xffff,' ',2, RESET, NO_OPERANDS }, // RESET 1 1 0 1 0 1 1 0 0 0 0 1 0 0 0 0 {0,0xd680,0xffff,' ',2, RET, NO_OPERANDS }, // RET 1 1 0 1 0 1 1 0 1 0 0 0 0 0 0 0 {0,0xd690,0xffff,' ',2, RETI, NO_OPERANDS }, // RETI 1 1 0 1 0 1 1 0 1 0 0 1 0 0 0 0 /* RL, RLC, RR, RRC */ {0,0x0810,0xfffc,' ',3, SETB, BIT_ALONE }, // SETB bit 0 0 0 0 1 0 0 0 0 0 0 1 0 0 b b {0,0x9009,0xf70f,' ',2, SEXT, REG }, // SEXT Rd 1 0 0 1 S 0 0 0 d d d d 1 0 0 1 {0,0x2100,0xf700,' ',2,SUB, REG_REG }, // SUB Rd, Rs 0 0 1 0 S 0 0 1 d d d d s s s s {0,0x2200,0xf708,' ',2,SUB, REG_IREG }, // SUB Rd, [Rs] 0 0 1 0 S 0 1 0 d d d d 0 s s s {0,0x2208,0xf708,' ',2,SUB, IREG_REG }, // SUB [Rd], Rs 0 0 1 0 S 0 1 0 s s s s 1 d d d {0,0x2400,0xf708,' ',3,SUB, REG_IREGOFF8 }, // SUB Rd, [Rs+offset8] 0 0 1 0 S 1 0 0 d d d d 0 s s s {0,0x2408,0xf708,' ',3,SUB, IREGOFF8_REG }, // SUB [Rd+offset8], Rs 0 0 1 0 S 1 0 0 s s s s 1 d d d {0,0x2500,0xf708,' ',4,SUB, REG_IREGOFF16 }, // SUB Rd, [Rs+offset16] 0 0 1 0 S 1 0 1 d d d d 0 s s s {0,0x2508,0xf708,' ',4,SUB, IREGOFF16_REG }, // SUB [Rd+offset16], Rs 0 0 1 0 S 1 0 1 s s s s 1 d d d {0,0x2300,0xf708,' ',2,SUB, REG_IREGINC }, // SUB Rd, [Rs+] 0 0 1 0 S 0 1 1 d d d d 0 s s s {0,0x2308,0xf708,' ',2,SUB, IREGINC_REG }, // SUB [Rd+], Rs 0 0 1 0 S 0 1 1 s s s s 1 d d d {0,0x2608,0xf708,' ',3,SUB, DIRECT_REG }, // SUB direct, Rs 0 0 1 0 S 1 1 0 s s s s 1 x x x {0,0x2600,0xf708,' ',3,SUB, REG_DIRECT }, // SUB Rd, direct 0 0 1 0 S 1 1 0 d d d d 0 x x x {0,0x9102,0xff0f,' ',3,SUB, REG_DATA8 }, // SUB Rd, #data8 1 0 0 1 0 0 0 1 d d d d 0 0 1 0 {0,0x9902,0xff0f,' ',4,SUB, REG_DATA16 }, // SUB Rd, #data16 1 0 0 1 1 0 0 1 d d d d 0 0 1 0 {0,0x9202,0xff8f,' ',3,SUB, IREG_DATA8 }, // SUB [Rd], #data8 1 0 0 1 0 0 1 0 0 d d d 0 0 1 0 {0,0x9a02,0xff8f,' ',4,SUB, IREG_DATA16 }, // SUB [Rd], #data16 1 0 0 1 1 0 1 0 0 d d d 0 0 1 0 {0,0x9302,0xff8f,' ',3,SUB, IREGINC_DATA8 }, // SUB [Rd+], #data8 1 0 0 1 0 0 1 1 0 d d d 0 0 1 0 {0,0x9b02,0xff8f,' ',4,SUB, IREGINC_DATA16 }, // SUB [Rd+], #data16 1 0 0 1 1 0 1 1 0 d d d 0 0 1 0 {0,0x9402,0xff8f,' ',4,SUB, IREGOFF8_DATA8 }, // SUB [Rd+offset8], #data8 1 0 0 1 0 1 0 0 0 d d d 0 0 1 0 {0,0x9c02,0xff8f,' ',5,SUB, IREGOFF8_DATA16 }, // SUB [Rd+offset8], #data16 1 0 0 1 1 1 0 0 0 d d d 0 0 1 0 {0,0x9502,0xff8f,' ',5,SUB, IREGOFF16_DATA8 }, // SUB [Rd+offset16], #data8 1 0 0 1 0 1 0 1 0 d d d 0 0 1 0 {0,0x9d02,0xff8f,' ',6,SUB, IREGOFF16_DATA16}, // SUB [Rd+offset16], #data16 1 0 0 1 1 1 0 1 0 d d d 0 0 1 0 {0,0x9602,0xff8f,' ',4,SUB, DIRECT_DATA8 }, // SUB direct, #data8 1 0 0 1 0 1 1 0 0 b b b 0 0 1 0 {0,0x9e02,0xff8f,' ',5,SUB, DIRECT_DATA16 }, // SUB direct, #data16 1 0 0 1 0 1 1 0 0 b b b 0 0 1 0 {0,0x3100,0xf700,' ',2,SUBB,REG_REG }, //SUBB Rd, Rs 0 0 1 1 S 0 0 1 d d d d s s s s {0,0x3200,0xf708,' ',2,SUBB,REG_IREG }, //SUBB Rd, [Rs] 0 0 1 1 S 0 1 0 d d d d 0 s s s {0,0x3208,0xf708,' ',2,SUBB,IREG_REG }, //SUBB [Rd], Rs 0 0 1 1 S 0 1 0 s s s s 1 d d d {0,0x3400,0xf708,' ',3,SUBB,REG_IREGOFF8 }, //SUBB Rd, [Rs+offset8] 0 0 1 1 S 1 0 0 d d d d 0 s s s {0,0x3408,0xf708,' ',3,SUBB,IREGOFF8_REG }, //SUBB [Rd+offset8], Rs 0 0 1 1 S 1 0 0 s s s s 1 d d d {0,0x3500,0xf708,' ',4,SUBB,REG_IREGOFF16 }, //SUBB Rd, [Rs+offset16] 0 0 1 1 S 1 0 1 d d d d 0 s s s {0,0x3508,0xf708,' ',4,SUBB,IREGOFF16_REG }, //SUBB [Rd+offset16], Rs 0 0 1 1 S 1 0 1 s s s s 1 d d d {0,0x3300,0xf708,' ',2,SUBB,REG_IREGINC }, //SUBB Rd, [Rs+] 0 0 1 1 S 0 1 1 d d d d 0 s s s {0,0x3308,0xf708,' ',2,SUBB,IREGINC_REG }, //SUBB [Rd+], Rs 0 0 1 1 S 0 1 1 s s s s 1 d d d {0,0x3608,0xf708,' ',3,SUBB,DIRECT_REG }, //SUBB direct, Rs 0 0 1 1 S 1 1 0 s s s s 1 x x x {0,0x3600,0xf708,' ',3,SUBB,REG_DIRECT }, //SUBB Rd, direct 0 0 1 1 S 1 1 0 d d d d 0 x x x {0,0x9103,0xff0f,' ',3,SUBB,REG_DATA8 }, //SUBB Rd, #data8 1 0 0 1 0 0 0 1 d d d d 0 0 1 1 {0,0x9903,0xff0f,' ',4,SUBB,REG_DATA16 }, //SUBB Rd, #data16 1 0 0 1 1 0 0 1 d d d d 0 0 1 1 {0,0x9203,0xff8f,' ',3,SUBB,IREG_DATA8 }, //SUBB [Rd], #data8 1 0 0 1 0 0 1 0 0 d d d 0 0 1 1 {0,0x9a03,0xff8f,' ',4,SUBB,IREG_DATA16 }, //SUBB [Rd], #data16 1 0 0 1 1 0 1 0 0 d d d 0 0 1 1 {0,0x9303,0xff8f,' ',3,SUBB,IREGINC_DATA8 }, //SUBB [Rd+], #data8 1 0 0 1 0 0 1 1 0 d d d 0 0 1 1 {0,0x9b03,0xff8f,' ',4,SUBB,IREGINC_DATA16 }, //SUBB [Rd+], #data16 1 0 0 1 1 0 1 1 0 d d d 0 0 1 1 {0,0x9403,0xff8f,' ',4,SUBB,IREGOFF8_DATA8 }, //SUBB [Rd+offset8], #data8 1 0 0 1 0 1 0 0 0 d d d 0 0 1 1 {0,0x9c03,0xff8f,' ',5,SUBB,IREGOFF8_DATA16 }, //SUBB [Rd+offset8], #data16 1 0 0 1 1 1 0 0 0 d d d 0 0 1 1 {0,0x9503,0xff8f,' ',5,SUBB,IREGOFF16_DATA8 }, //SUBB [Rd+offset16], #data8 1 0 0 1 0 1 0 1 0 d d d 0 0 1 1 {0,0x9d03,0xff8f,' ',6,SUBB,IREGOFF16_DATA16}, //SUBB [Rd+offset16], #data16 1 0 0 1 1 1 0 1 0 d d d 0 0 1 1 {0,0x9603,0xff8f,' ',4,SUBB,DIRECT_DATA8 }, //SUBB direct, #data8 1 0 0 1 0 1 1 0 0 b b b 0 0 1 1 {0,0x9e03,0xff8f,' ',5,SUBB,DIRECT_DATA16 }, //SUBB direct, #data16 1 0 0 1 0 1 1 0 0 b b b 0 0 1 1 {0,0xd630,0xfff0,' ',2,TRAP,DATA4 }, //TRAP #data4 1 1 0 1 0 1 1 0 0 0 1 1 #data4 /* XCH(3) */ {0,0x7100,0xf700,' ',2,XOR, REG_REG }, // XOR Rd, Rs 0 1 1 1 S 0 0 1 d d d d s s s s {0,0x7200,0xf708,' ',2,XOR, REG_IREG }, // XOR Rd, [Rs] 0 1 1 1 S 0 1 0 d d d d 0 s s s {0,0x7208,0xf708,' ',2,XOR, IREG_REG }, // XOR [Rd], Rs 0 1 1 1 S 0 1 0 s s s s 1 d d d {0,0x7400,0xf708,' ',3,XOR, REG_IREGOFF8 }, // XOR Rd, [Rs+offset8] 0 1 1 1 S 1 0 0 d d d d 0 s s s {0,0x7408,0xf708,' ',3,XOR, IREGOFF8_REG }, // XOR [Rd+offset8], Rs 0 1 1 1 S 1 0 0 s s s s 1 d d d {0,0x7500,0xf708,' ',4,XOR, REG_IREGOFF16 }, // XOR Rd, [Rs+offset16] 0 1 1 1 S 1 0 1 d d d d 0 s s s {0,0x7508,0xf708,' ',4,XOR, IREGOFF16_REG }, // XOR [Rd+offset16], Rs 0 1 1 1 S 1 0 1 s s s s 1 d d d {0,0x7300,0xf708,' ',2,XOR, REG_IREGINC }, // XOR Rd, [Rs+] 0 1 1 1 S 0 1 1 d d d d 0 s s s {0,0x7308,0xf708,' ',2,XOR, IREGINC_REG }, // XOR [Rd+], Rs 0 1 1 1 S 0 1 1 s s s s 1 d d d {0,0x7608,0xf708,' ',3,XOR, DIRECT_REG }, // XOR direct, Rs 0 1 1 1 S 1 1 0 s s s s 1 x x x {0,0x7600,0xf708,' ',3,XOR, REG_DIRECT }, // XOR Rd, direct 0 1 1 1 S 1 1 0 d d d d 0 x x x {0,0x9107,0xff0f,' ',3,XOR, REG_DATA8 }, // XOR Rd, #data8 1 0 0 1 0 0 0 1 d d d d 0 1 1 1 {0,0x9907,0xff0f,' ',4,XOR, REG_DATA16 }, // XOR Rd, #data16 1 0 0 1 1 0 0 1 d d d d 0 1 1 1 {0,0x9207,0xff8f,' ',3,XOR, IREG_DATA8 }, // XOR [Rd], #data8 1 0 0 1 0 0 1 0 0 d d d 0 1 1 1 {0,0x9a07,0xff8f,' ',4,XOR, IREG_DATA16 }, // XOR [Rd], #data16 1 0 0 1 1 0 1 0 0 d d d 0 1 1 1 {0,0x9307,0xff8f,' ',3,XOR, IREGINC_DATA8 }, // XOR [Rd+], #data8 1 0 0 1 0 0 1 1 0 d d d 0 1 1 1 {0,0x9b07,0xff8f,' ',4,XOR, IREGINC_DATA16 }, // XOR [Rd+], #data16 1 0 0 1 1 0 1 1 0 d d d 0 1 1 1 {0,0x9407,0xff8f,' ',4,XOR, IREGOFF8_DATA8 }, // XOR [Rd+offset8], #data8 1 0 0 1 0 1 0 0 0 d d d 0 1 1 1 {0,0x9c07,0xff8f,' ',5,XOR, IREGOFF8_DATA16 }, // XOR [Rd+offset8], #data16 1 0 0 1 1 1 0 0 0 d d d 0 1 1 1 {0,0x9507,0xff8f,' ',5,XOR, IREGOFF16_DATA8 }, // XOR [Rd+offset16], #data8 1 0 0 1 0 1 0 1 0 d d d 0 1 1 1 {0,0x9d07,0xff8f,' ',6,XOR, IREGOFF16_DATA16}, // XOR [Rd+offset16], #data16 1 0 0 1 1 1 0 1 0 d d d 0 1 1 1 {0,0x9607,0xff8f,' ',4,XOR, DIRECT_DATA8 }, // XOR direct, #data8 1 0 0 1 0 1 1 0 0 b b b 0 1 1 1 {0,0x9e07,0xff8f,' ',5,XOR, DIRECT_DATA16 }, // XOR direct, #data16 1 0 0 1 0 1 1 0 0 b b b 0 1 1 1 {0,0x0000,0x0000, 0,1,BAD_OPCODE, REG_REG} }; /* * Names of SFRs */ struct name_entry sfr_tabXA51[]= { #include "xa_sfr.cc" }; /* * Names of SBITs */ struct name_entry bit_tabXA51[]= { #include "xa_bit.cc" }; /* End of xa.src/glob.cc */ sdcc-2.9.0/sim/ucsim/xa.src/glob.h000066400000000000000000000071061116427777700166670ustar00rootroot00000000000000/* * Simulator of microcontrollers (glob.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * Other contributors include: * Karl Bongers karl@turbobit.com, * Johan Knol johan.knol@iduna.nl * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef GLOB_HEADER #define GLOB_HEADER #include "stypes.h" /* this needs to match char *op_mnemonic_str[] definition in glob.cc */ enum { BAD_OPCODE=0, ADD, ADDC, ADDS, AND, ANL, ASL, ASR, BCC, BCS, BEQ, BG, BGE, BGT, BKPT, BL, BLE, BLT, BMI, BNE, BNV, BOV, BPL, BR, CALL, CJNE, CLR, CMP, CPL, DA, DIV_w, DIV_d, DIVU_b, DIVU_w, DIVU_d, DJNZ, FCALL, FJMP, JB, JBC, JMP, JNB, JNZ, JZ, LEA, LSR, MOV, MOVC, MOVS, MOVX, MUL_w, MULU_b, MULU_w, NEG, NOP, NORM, OR, ORL, POP, POPU, PUSH, PUSHU, RESET, RET, RETI, RL, RLC, RR, RRC, SETB, SEXT, SUB, SUBB, TRAP, XCH, XOR, }; extern char *op_mnemonic_str[]; /* this classifies the operands and is used in the dissassembly to print the operands. Its also used in the simulation to characterize the op-code function. */ enum op_operands { // the repeating parameter encoding for ADD, ADDC, SUB, SUBB, AND, XOR, ... REG_REG , REG_IREG , IREG_REG , REG_IREGOFF8 , IREGOFF8_REG , REG_IREGOFF16 , IREGOFF16_REG , REG_IREGINC , IREGINC_REG , DIRECT_REG , REG_DIRECT , REG_DATA8 , REG_DATA16 , IREG_DATA8 , IREG_DATA16 , IREGINC_DATA8 , IREGINC_DATA16 , IREGOFF8_DATA8 , IREGOFF8_DATA16 , IREGOFF16_DATA8 , IREGOFF16_DATA16, DIRECT_DATA8 , DIRECT_DATA16 , // odd-ball ones NO_OPERANDS, // for NOP CY_BIT, BIT_CY, CY_NOTBIT, DATA4, REG_DATA4, REG_DATA5, IREG_DATA4, IREGINC_DATA4, IREGOFF8_DATA4, IREGOFF16_DATA4, DIRECT_DATA4, REG, IREG, BIT_ALONE, DIRECT, DIRECT_DIRECT, RLIST, ADDR24, BIT_REL8, REG_REL8, DIRECT_REL8, REG_REGOFF8, REG_REGOFF16, REG_USP, USP_REG, REL8, REL16, REG_DIRECT_REL8, REG_DATA8_REL8, REG_DATA16_REL8, IREG_DATA8_REL8, IREG_DATA16_REL8, A_APLUSDPTR, A_APLUSPC, A_PLUSDPTR, IIREG }; // table of dissassembled instructions struct xa_dis_entry { uint is1byte; /* only grab 1 byte for table lookup(most are 2 bytes) */ uint code; /* bits in opcode used to match table entry(with mask) */ uint mask; /* mask used on .code to match up a common opcode */ char branch; /* used by main app to implement "next" around calls */ uchar length; /* total length of opcode, used by dissasembler and main app */ int mnemonic; /* type of opcode(ADD, ADDC...) */ int operands; /* unique classification of operands: Rd,Rs = REG_REG,... */ }; extern struct dis_entry glob_disass_xa[]; extern struct xa_dis_entry disass_xa[]; extern struct name_entry sfr_tabXA51[]; extern struct name_entry bit_tabXA51[]; #endif /* End of xa.src/glob.h */ sdcc-2.9.0/sim/ucsim/xa.src/inst.cc000066400000000000000000000654711116427777700170700ustar00rootroot00000000000000/* * Simulator of microcontrollers (inst.cc) * * Copyright (C) 1999,2002 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * Other contributors include: * Karl Bongers karl@turbobit.com, * Johan Knol johan.knol@iduna.nl * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include // local #include "glob.h" #include "xacl.h" #include "regsxa.h" #define NOTDONE_ASSERT { printf("**********Instr not done at %d!\n", __LINE__); } void cl_xa::store1(t_addr addr, unsigned char val) { if (addr < 0x2000) { set_idata1(addr, val); } else { set_xdata1(addr, val); } } void cl_xa::store2(t_addr addr, unsigned short val) { if (addr < 0x2000) { set_idata2(addr, val); } else { set_xdata2(addr, val); } } unsigned char cl_xa::get1(t_addr addr) { if (addr < 0x2000) { return get_idata1(addr); } else { return get_xdata1(addr); } } unsigned short cl_xa::get2(t_addr addr) { if (addr < 0x2000) { return get_idata2(addr); } else { return get_xdata2(addr); } } int cl_xa::get_reg(int word_flag, unsigned int index) { int result; if (word_flag) { result = get_word_direct(index); } else { result = get_byte_direct(index); } return result; } bool cl_xa::get_bit(int bit) { short offset=0; unsigned char result; if (bit>=0x200) { // in sfr space bit-=0x200; offset=0x400; } result = get_byte_direct(offset + (bit/8)) & (1 << (bit%8)); return result; } void cl_xa::set_bit(int bit, int value) { int i; short offset=0; if (bit>=0x200) { // in sfr space bit-=0x200; offset=0x400; } i = get_byte_direct(offset + (bit/8)); if (value) { set_byte_direct(offset + (bit/8), i | (1 << (bit%8)) ); } else { set_byte_direct(offset + (bit/8), i & ~(1 << (bit%8)) ); } } #define RI_F0 ((code >> 4) & 0xf) #define RI_70 ((code >> 4) & 0x7) #define RI_0F (code & 0xf) #define RI_07 (code & 0x7) int cl_xa::inst_ADD(uint code, int operands) { #undef FUNC1 #define FUNC1 add1 #undef FUNC2 #define FUNC2 add2 #include "inst_gen.cc" return(resGO); } int cl_xa::inst_ADDC(uint code, int operands) { #undef FUNC1 #define FUNC1 addc1 #undef FUNC2 #define FUNC2 addc2 #include "inst_gen.cc" return(resGO); } int cl_xa::inst_ADDS(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_AND(uint code, int operands) { #undef FUNC1 #define FUNC1 and1 #undef FUNC2 #define FUNC2 and2 #include "inst_gen.cc" return(resGO); } /* logical AND bit with Carry flag */ int cl_xa::inst_ANL(uint code, int operands) { unsigned char flags; unsigned short bitAddr = (code&0x03 << 8) + fetch(); flags = get_psw(); if (flags & BIT_C) { /* have work to do */ switch(operands) { case CY_BIT : if (!get_bit(bitAddr)) { set_psw(flags & ~BIT_C); } break; case CY_NOTBIT : if (get_bit(bitAddr)) { set_psw(flags & ~BIT_C); } break; } } return(resGO); } /* arithmetic shift left */ int cl_xa::inst_ASL(uint code, int operands) { unsigned int dst, cnt; unsigned char flags; /* ASL, dest, count while (count != 0) C = dest.80H; dest <<= 1; if sign chg then set V=1 this is a confusing one... */ flags = get_psw(); flags &= ~BIT_ALL; /* clear these bits */ switch(operands) { //{0,0xc150,0xf300,' ',2,ASL, REG_REG }, // ASL Rd, Rs 1 1 0 0 S S 0 1 d d d d s s s s case REG_REG : cnt = reg1(RI_0F) & 0x1f; switch (code & 0xc00) { case 0: // byte dst = reg1(RI_F0); dst <<= cnt; set_reg1(RI_F0,dst); if (dst & 0x100) flags |= BIT_C; if ((dst & 0xff) == 0) flags |= BIT_Z; break; case 1: // word dst = reg2(RI_F0); dst <<= cnt; set_reg2(RI_F0,dst); if (dst & 0x10000) flags |= BIT_C; if ((dst & 0xffff) == 0) flags |= BIT_Z; break; case 2: // ? // not really sure about the encoding here.. NOTDONE_ASSERT; break; case 3: // dword //dst = reg4(RI_F0); dst = reg2(RI_F0) | (reg2(RI_F0 + 2) << 16); if ((cnt != 0) && (dst & (0x80000000 >> (cnt-1)))) { flags |= BIT_C; } dst <<= cnt; set_reg2(RI_F0,dst & 0xffff); set_reg2(RI_F0+2, (dst>>16) & 0xffff); if (dst == 0) flags |= BIT_Z; break; } break; case REG_DATA4 : case REG_DATA5 : switch (code & 0xc00) { case 0: // byte dst = reg1(RI_F0); cnt = operands & 0x0f; dst <<= cnt; set_reg1(RI_F0,dst); if (dst & 0x100) flags |= BIT_C; if ((dst & 0xff) == 0) flags |= BIT_Z; break; case 1: // word dst = reg2(RI_F0); cnt = operands & 0x0f; dst <<= cnt; set_reg2(RI_F0,dst); if (dst & 0x10000) flags |= BIT_C; if ((dst & 0xffff) == 0) flags |= BIT_Z; break; case 2: // ? // not really sure about the encoding here.. NOTDONE_ASSERT; break; case 3: // dword dst = reg1(RI_F0 & 0xe); cnt = operands & 0x1f; if ((cnt != 0) && (dst & (0x80000000 >> (cnt-1)))) { flags |= BIT_C; } dst <<= cnt; set_reg2(RI_F0,dst & 0xffff); set_reg2(RI_F0+2, (dst>>16) & 0xffff); if (dst == 0) flags |= BIT_Z; break; } break; } set_psw(flags); return(resGO); } /* arithmetic shift right */ int cl_xa::inst_ASR(uint code, int operands) { unsigned int dst, cnt; unsigned char flags; /* ASR, dest, count while (count != 0) C = dest.0; dest >>= 1; this is a confusing one... */ flags = get_psw(); flags &= ~BIT_ALL; /* clear these bits */ switch(operands) { case REG_REG : cnt = reg1(RI_0F) & 0x1f; switch (code & 0xc00) { case 0: // byte dst = reg1(RI_F0); if ((cnt != 0) && (dst & (0x00000001 << (cnt-1)))) flags |= BIT_C; if (dst & 0x01) flags |= BIT_C; dst >>= cnt; set_reg1(RI_F0,dst); if ((dst & 0xff) == 0) flags |= BIT_Z; break; case 1: // word dst = reg2(RI_F0); if ((cnt != 0) && (dst & (0x00000001 << (cnt-1)))) flags |= BIT_C; dst >>= cnt; set_reg2(RI_F0,dst); if ((dst & 0xffff) == 0) flags |= BIT_Z; break; case 2: // ? // not really sure about the encoding here.. NOTDONE_ASSERT; break; case 3: // dword dst = reg2(RI_F0) | (reg2(RI_F0 + 2) << 16); if ((cnt != 0) && (dst & (0x00000001 << (cnt-1)))) flags |= BIT_C; dst >>= cnt; set_reg2(RI_F0,dst & 0xffff); set_reg2(RI_F0+2, (dst>>16) & 0xffff); if (dst == 0) flags |= BIT_Z; break; } break; case REG_DATA4 : case REG_DATA5 : switch (code & 0xc00) { case 0: // byte dst = reg1(RI_F0); cnt = operands & 0x0f; if ((cnt != 0) && (dst & (0x00000001 << (cnt-1)))) flags |= BIT_C; dst >>= cnt; set_reg1(RI_F0,dst); if ((dst & 0xff) == 0) flags |= BIT_Z; break; case 1: // word dst = reg2(RI_F0); cnt = operands & 0x0f; if ((cnt != 0) && (dst & (0x00000001 << (cnt-1)))) flags |= BIT_C; dst >>= cnt; set_reg2(RI_F0,dst); if ((dst & 0xffff) == 0) flags |= BIT_Z; break; case 2: // ? // not really sure about the encoding here.. NOTDONE_ASSERT; break; case 3: // dword dst = reg1(RI_F0 & 0xe); cnt = operands & 0x1f; if ((cnt != 0) && (dst & (0x00000001 << (cnt-1)))) flags |= BIT_C; dst >>= cnt; set_reg2(RI_F0,dst & 0xffff); set_reg2(RI_F0+2, (dst>>16) & 0xffff); if (dst == 0) flags |= BIT_Z; break; } break; } set_psw(flags); return(resGO); } int cl_xa::inst_BCC(uint code, int operands) { short jmpAddr = fetch1()*2; if (!(get_psw() & BIT_C)) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BCS(uint code, int operands) { short jmpAddr = fetch1()*2; if (get_psw() & BIT_C) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BEQ(uint code, int operands) { short jmpAddr = fetch1()*2; if (get_psw() & BIT_Z) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BG(uint code, int operands) { short jmpAddr = fetch1()*2; short flags=get_psw(); bool Z=flags&BIT_Z, C=flags&BIT_C; if (!(Z|C)) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BGE(uint code, int operands) { short jmpAddr = fetch1()*2; short flags=get_psw(); bool N=flags&BIT_N, V=flags&BIT_V; if (!(N^V)) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BGT(uint code, int operands) { short jmpAddr = fetch1()*2; short flags=get_psw(); bool Z=flags&BIT_Z, N=flags&BIT_N, V=flags&BIT_V; if (!((Z|N)^V)) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BKPT(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_BL(uint code, int operands) { short jmpAddr = fetch1()*2; short flags=get_psw(); bool Z=flags&BIT_Z, C=flags&BIT_C; if (Z|C) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BLE(uint code, int operands) { short jmpAddr = fetch1()*2; short flags=get_psw(); bool Z=flags&BIT_Z, N=flags&BIT_N, V=flags&BIT_V; if ((Z|N)^V) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BLT(uint code, int operands) { short jmpAddr = fetch1()*2; short flags=get_psw(); bool N=flags&BIT_N, V=flags&BIT_V; if (N^V) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BMI(uint code, int operands) { short jmpAddr = fetch1()*2; if (get_psw()&BIT_N) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BNE(uint code, int operands) { short jmpAddr = fetch1()*2; if (!(get_psw()&BIT_Z)) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BNV(uint code, int operands) { short jmpAddr = fetch1()*2; if (!(get_psw()&BIT_V)) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BOV(uint code, int operands) { short jmpAddr = fetch1()*2; if (get_psw()&BIT_V) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BPL(uint code, int operands) { short jmpAddr = fetch1()*2; if (!(get_psw()&BIT_N)) { PC=(PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_BR(uint code, int operands) { short jmpAddr = fetch1()*2; PC=(PC+jmpAddr)&0xfffffe; return(resGO); } int cl_xa::inst_CALL(uint code, int operands) { int jmpaddr; unsigned int sp; bool pageZero=get_scr()&1; switch(operands) { case REL16: { jmpaddr = (signed short)fetch2(); sp = get_sp() - (pageZero ? 2 : 4); set_sp(sp); store2(sp, PC&0xffff); if (!pageZero) { store2(sp+2, (PC>>16)&0xff); } jmpaddr *= 2; PC = (PC + jmpaddr) & 0xfffffe; } break; case IREG: { sp = get_sp() - (pageZero ? 2 : 4); set_sp(sp); store2(sp, PC&0xffff); if (!pageZero) { store2(sp+2, (PC>>16)&0xff); } jmpaddr = reg2(RI_07); jmpaddr *= 2; PC = (PC + jmpaddr) & 0xfffffe; } break; } return(resGO); } int cl_xa::inst_CJNE(uint code, int operands) { switch(operands) { case REG_DIRECT_REL8: { // update C,N,Z if (code & 0x800) { // word op int result; int src = get_word_direct( ((code & 0x7)<<4) | fetch1()); int addr = (fetch1() * 2); int dst = reg2(RI_F0); unsigned char flags; flags = get_psw(); flags &= ~BIT_ALL; /* clear these bits */ result = dst - src; if (result == 0) flags |= BIT_Z; if (result > 0xffff) flags |= BIT_C; if (dst < src) flags |= BIT_N; set_psw(flags); if (flags & BIT_Z) PC += addr; } else { int result; int src = get_byte_direct( ((code & 0x7)<<4) | fetch1()); int addr = (fetch1() * 2); int dst = reg1(RI_F0); unsigned char flags; flags = get_psw(); flags &= ~BIT_ALL; /* clear these bits */ result = dst - src; if (result == 0) flags |= BIT_Z; if (result > 0xff) flags |= BIT_C; if (dst < src) flags |= BIT_N; set_psw(flags); if (flags & BIT_Z) PC += addr; } } break; case DIRECT_REL8: { int daddr = ((code & 0x7) << 8) | fetch(); int addr = fetch() * 2; if (code & 0x800) { // word op unsigned short tmp = get_word_direct(daddr)-1; set_word_direct(daddr, tmp); if (tmp != 0) PC += addr; } else { unsigned char tmp = get_word_direct(daddr)-1; set_byte_direct(daddr, tmp); if (tmp != 0) PC += addr; } } break; } return(resGO); } int cl_xa::inst_CLR(uint code, int operands) { unsigned short bitAddr = (code&0x03 << 8) + fetch(); set_bit (bitAddr, 0); return(resGO); } int cl_xa::inst_CMP(uint code, int operands) { #undef FUNC1 #define FUNC1 cmp1 #undef FUNC2 #define FUNC2 cmp2 #include "inst_gen.cc" return(resGO); } int cl_xa::inst_CPL(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_DA(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_DIV(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_DJNZ(uint code, int operands) { // update N Z flags. switch(operands) { case REG_REL8: { int addr = ( ((char)fetch1()) * 2); if (code & 0x800) { // word op unsigned short tmp = mov2(0, reg2(RI_F0)-1); set_reg2(RI_F0, tmp); if (tmp != 0) PC = (PC + addr) & 0xfffffe; } else { unsigned char tmp = mov1(0, reg1(RI_F0)-1); set_reg1(RI_F0, tmp); if (tmp != 0) PC = (PC + addr) & 0xfffffe; } } break; case DIRECT_REL8: { int daddr = ((code & 0x7) << 8) | fetch(); int addr = fetch() * 2; if (code & 0x800) { // word op unsigned short tmp = get_word_direct(daddr)-1; set_word_direct(daddr, tmp); if (tmp != 0) PC += addr; } else { unsigned char tmp = get_word_direct(daddr)-1; set_byte_direct(daddr, tmp); if (tmp != 0) PC += addr; } } break; } return(resGO); } int cl_xa::inst_FCALL(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_FJMP(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_JB(uint code, int operands) { short bitAddr=((code&0x3)<<8) + fetch1(); short jmpAddr = (fetch1() * 2); if (get_bit(bitAddr)) { PC = (PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_JBC(uint code, int operands) { short bitAddr=((code&0x3)<<8) + fetch1(); short jmpAddr = (fetch1() * 2); if (get_bit(bitAddr)) { PC = (PC+jmpAddr)&0xfffffe; } set_bit(bitAddr,0); return(resGO); } int cl_xa::inst_JNB(uint code, int operands) { short bitAddr=((code&0x3)<<8) + fetch1(); short jmpAddr = (fetch1() * 2); if (!get_bit(bitAddr)) { PC = (PC+jmpAddr)&0xfffffe; } return(resGO); } int cl_xa::inst_JMP(uint code, int operands) { int jmpAddr; switch(operands) { case REL16: { jmpAddr = (signed short)fetch2()*2; PC = (PC + jmpAddr) & 0xfffffe; } break; case IREG: PC &= 0xff0000; PC |= (reg2(RI_07) & 0xfffe); /* word aligned */ break; /* fixme 2 more... */ } return(resGO); } int cl_xa::inst_JNZ(uint code, int operands) { short saddr = (fetch1() * 2); /* reg1(8) = R4L, is ACC for MCS51 compatiblility */ if (reg1(8)!=0) { PC = (PC + saddr) & 0xfffffe; } return(resGO); } int cl_xa::inst_JZ(uint code, int operands) { /* reg1(8) = R4L, is ACC for MCS51 compatiblility */ short saddr = (fetch1() * 2); if (reg1(8)==0) { PC += saddr; } return(resGO); } int cl_xa::inst_LEA(uint code, int operands) { switch (operands) { case REG_REGOFF8: { char offset=fetch1(); set_reg2(RI_70, reg2(RI_07)+offset); break; } case REG_REGOFF16: { short offset=fetch2(); set_reg2(RI_70, reg2(RI_07)+offset); break; } } return(resGO); } int cl_xa::inst_LSR(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_MOV(uint code, int operands) { #undef FUNC1 #define FUNC1 mov1 #undef FUNC2 #define FUNC2 mov2 #include "inst_gen.cc" return(resGO); } int cl_xa::inst_MOVC(uint code, int operands) { switch (operands) { case REG_IREGINC: { short srcreg = reg2(RI_07); if (code & 0x0800) { /* word op */ set_reg2( RI_F0, mov2( reg2(RI_F0), getcode2(srcreg) ) ); } else { set_reg1( RI_F0, mov1( reg1(RI_F0), getcode1(srcreg) ) ); } if (operands == REG_IREGINC) { set_reg2(RI_07, srcreg+1); } } break; case A_APLUSDPTR: { /* R4l=ACC, R6=DPTR */ unsigned int addr = (PC & 0xff0000) | (reg1(4) + reg2(6)); unsigned short result; unsigned char flags; flags = get_psw(); flags &= ~(BIT_Z | BIT_N); /* clear these bits */ result = getcode1(addr); set_reg1( 4, result); if (result == 0) flags |= BIT_Z; if (result & 0x80) flags |= BIT_N; set_psw(flags); } break; case A_APLUSPC: { /* R4l=ACC, R6=DPTR */ unsigned int addr = (PC + reg1(4)); unsigned short result; unsigned char flags; flags = get_psw(); flags &= ~(BIT_Z | BIT_N); /* clear these bits */ result = getcode1(addr); set_reg1( 4, result); if (result == 0) flags |= BIT_Z; if (result & 0x80) flags |= BIT_N; set_psw(flags); } break; } return(resGO); } int cl_xa::inst_MOVS(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_MOVX(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_MUL(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_NEG(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_NOP(uint code, int operands) { return(resGO); } int cl_xa::inst_NORM(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_OR(uint code, int operands) { #undef FUNC1 #define FUNC1 or1 #undef FUNC2 #define FUNC2 or2 #include "inst_gen.cc" return(resGO); } int cl_xa::inst_ORL(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_POP(uint code, int operands) { unsigned short sp=get_sp(); switch(operands) { case DIRECT: { unsigned short direct_addr = ((operands & 0x7) << 8) | fetch(); if (code & 0x0800) { /* word op */ set_word_direct(direct_addr, get2(sp) ); } else { set_byte_direct(direct_addr, get2(sp) & 0xff ); } set_sp(sp+2); } break; case RLIST: { unsigned char rlist = fetch(); if (code & 0x0800) { // word op if (code & 0x4000) { // R8-R15 if (rlist&0x01) { set_reg2(8, get2(sp)); sp+=2; } if (rlist&0x02) { set_reg2(9, get2(sp)); sp+=2; } if (rlist&0x04) { set_reg2(10, get2(sp)); sp+=2; } if (rlist&0x08) { set_reg2(11, get2(sp)); sp+=2; } if (rlist&0x10) { set_reg2(12, get2(sp)); sp+=2; } if (rlist&0x20) { set_reg2(13, get2(sp)); sp+=2; } if (rlist&0x40) { set_reg2(14, get2(sp)); sp+=2; } if (rlist&0x80) { set_reg2(15, get2(sp)); sp+=2; } } else { // R0-R7 if (rlist&0x01) { set_reg2(0, get2(sp)); sp+=2; } if (rlist&0x02) { set_reg2(1, get2(sp)); sp+=2; } if (rlist&0x04) { set_reg2(2, get2(sp)); sp+=2; } if (rlist&0x08) { set_reg2(3, get2(sp)); sp+=2; } if (rlist&0x10) { set_reg2(4, get2(sp)); sp+=2; } if (rlist&0x20) { set_reg2(5, get2(sp)); sp+=2; } if (rlist&0x40) { set_reg2(6, get2(sp)); sp+=2; } if (rlist&0x80) { set_reg2(7, get2(sp)); sp+=2; } } } else { // byte op if (code & 0x4000) { // R4l-R7h if (rlist&0x01) { set_reg1(8, get1(sp)); sp+=2; } if (rlist&0x02) { set_reg1(9, get1(sp)); sp+=2; } if (rlist&0x04) { set_reg1(10, get1(sp)); sp+=2; } if (rlist&0x08) { set_reg1(11, get1(sp)); sp+=2; } if (rlist&0x10) { set_reg1(12, get1(sp)); sp+=2; } if (rlist&0x20) { set_reg1(13, get1(sp)); sp+=2; } if (rlist&0x40) { set_reg1(14, get1(sp)); sp+=2; } if (rlist&0x80) { set_reg1(15, get1(sp)); sp+=2; } } else { // R0l-R3h if (rlist&0x01) { set_reg1(0, get1(sp)); sp+=2; } if (rlist&0x02) { set_reg1(1, get1(sp)); sp+=2; } if (rlist&0x04) { set_reg1(2, get1(sp)); sp+=2; } if (rlist&0x08) { set_reg1(3, get1(sp)); sp+=2; } if (rlist&0x10) { set_reg1(4, get1(sp)); sp+=2; } if (rlist&0x20) { set_reg1(5, get1(sp)); sp+=2; } if (rlist&0x40) { set_reg1(6, get1(sp)); sp+=2; } if (rlist&0x80) { set_reg1(7, get1(sp)); sp+=2; } } } } break; } return(resGO); } int cl_xa::inst_PUSH(uint code, int operands) { switch(operands) { case DIRECT: { unsigned short sp; unsigned short direct_addr = ((operands & 0x7) << 8) | fetch(); sp = get_sp()-2; set_sp(sp); if (code & 0x0800) { /* word op */ store2( sp, get_word_direct(direct_addr)); } else { store2( sp, get_byte_direct(direct_addr)); } } break; case RLIST: { unsigned short sp=get_sp(); unsigned char rlist = fetch(); if (code & 0x0800) { // word op if (code & 0x4000) { // R15-R8 if (rlist&0x80) { sp-=2; store2(sp, reg2(15)); } if (rlist&0x40) { sp-=2; store2(sp, reg2(14)); } if (rlist&0x20) { sp-=2; store2(sp, reg2(13)); } if (rlist&0x10) { sp-=2; store2(sp, reg2(12)); } if (rlist&0x08) { sp-=2; store2(sp, reg2(11)); } if (rlist&0x04) { sp-=2; store2(sp, reg2(10)); } if (rlist&0x02) { sp-=2; store2(sp, reg2(9)); } if (rlist&0x01) { sp-=2; store2(sp, reg2(8)); } } else { // R7-R0 if (rlist&0x80) { sp-=2; store2(sp, reg2(7)); } if (rlist&0x40) { sp-=2; store2(sp, reg2(6)); } if (rlist&0x20) { sp-=2; store2(sp, reg2(5)); } if (rlist&0x10) { sp-=2; store2(sp, reg2(4)); } if (rlist&0x08) { sp-=2; store2(sp, reg2(3)); } if (rlist&0x04) { sp-=2; store2(sp, reg2(2)); } if (rlist&0x02) { sp-=2; store2(sp, reg2(1)); } if (rlist&0x01) { sp-=2; store2(sp, reg2(0)); } } } else { // byte op if (code & 0x4000) { // R7h-R4l if (rlist&0x80) { sp-=2; store2(sp, reg1(15)); } if (rlist&0x40) { sp-=2; store2(sp, reg1(14)); } if (rlist&0x20) { sp-=2; store2(sp, reg1(13)); } if (rlist&0x10) { sp-=2; store2(sp, reg1(12)); } if (rlist&0x08) { sp-=2; store2(sp, reg1(11)); } if (rlist&0x04) { sp-=2; store2(sp, reg1(10)); } if (rlist&0x02) { sp-=2; store2(sp, reg1(9)); } if (rlist&0x01) { sp-=2; store2(sp, reg1(8)); } } else { // R3h-R0l if (rlist&0x80) { sp-=2; store2(sp, reg1(7)); } if (rlist&0x40) { sp-=2; store2(sp, reg1(6)); } if (rlist&0x20) { sp-=2; store2(sp, reg1(5)); } if (rlist&0x10) { sp-=2; store2(sp, reg1(4)); } if (rlist&0x08) { sp-=2; store2(sp, reg1(3)); } if (rlist&0x04) { sp-=2; store2(sp, reg1(2)); } if (rlist&0x02) { sp-=2; store2(sp, reg1(1)); } if (rlist&0x01) { sp-=2; store2(sp, reg1(0)); } } } set_sp(sp); } break; } return(resGO); } int cl_xa::inst_RESET(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_RET(uint code, int operands) { unsigned int retaddr; unsigned short sp; bool pageZero=get_scr()&1; sp = get_sp(); retaddr = get2(sp); if (!pageZero) { retaddr |= get2(sp+2) << 16; set_sp(sp+4); } else { set_sp(sp+2); } PC = retaddr; return(resGO); } int cl_xa::inst_RETI(uint code, int operands) { unsigned int retaddr; unsigned short sp; bool pageZero=get_scr()&1; sp = get_sp(); set_psw(get2(sp)); retaddr = get2(sp+2); if (!pageZero) { retaddr |= get2(sp+4) << 16; set_sp(sp+6); } else { set_sp(sp+4); } PC = retaddr; return(resGO); } int cl_xa::inst_RL(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_RLC(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_RR(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_RRC(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_SETB(uint code, int operands) { unsigned short bitAddr = (code&0x03 << 8) + fetch(); set_bit (bitAddr, 1); return(resGO); } int cl_xa::inst_SEXT(uint code, int operands) { bool neg=get_psw()&BIT_N; if (code & 0x0800) { // word op set_reg2(RI_F0, neg ? 0xffff : 0); } else { set_reg1(RI_F0, neg ? 0xff : 0); } return(resGO); } int cl_xa::inst_SUB(uint code, int operands) { #undef FUNC1 #define FUNC1 sub1 #undef FUNC2 #define FUNC2 sub2 #include "inst_gen.cc" return(resGO); } int cl_xa::inst_SUBB(uint code, int operands) { #undef FUNC1 #define FUNC1 subb1 #undef FUNC2 #define FUNC2 subb2 #include "inst_gen.cc" return(resGO); } int cl_xa::inst_TRAP(uint code, int operands) { // steal a few opcodes for simulator only putchar() and exit() // functions. Used in SDCC regression testing. switch (code & 0x0f) { case 0xe: // implement a simulator putchar() routine //printf("PUTCHAR-----> %xH\n", reg1(0)); putchar(reg1(0)); fflush(stdout); break; case 0xf: ::exit(0); break; } return(resGO); } int cl_xa::inst_XCH(uint code, int operands) { NOTDONE_ASSERT; return(resGO); } int cl_xa::inst_XOR(uint code, int operands) { #undef FUNC1 #define FUNC1 xor1 #undef FUNC2 #define FUNC2 xor2 #include "inst_gen.cc" return(resGO); } /* End of xa.src/inst.cc */ sdcc-2.9.0/sim/ucsim/xa.src/inst_gen.cc000066400000000000000000000160161116427777700177100ustar00rootroot00000000000000/* * Simulator of microcontrollers (inst_gen.cc) * this code pulled into various parts of inst.cc with FUNC1 and FUNC2 defined as various operations to implement ADD, ADDC, ... * * Copyright (C) 1999,2002 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * Other contributors include: * Karl Bongers karl@turbobit.com, * Johan Knol * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ switch (operands) { case REG_REG: if (code & 0x0800) { /* word op */ set_reg2( RI_F0, FUNC2( reg2(RI_F0), reg2(RI_0F) ) ); } else { set_reg1( RI_F0, FUNC1( reg1(RI_F0), reg1(RI_0F) ) ); } break; case REG_IREGINC : case REG_IREG: { short srcreg = reg2(RI_07); if (code & 0x0800) { /* word op */ set_reg2( RI_F0, FUNC2( reg2(RI_F0), get2(srcreg) ) ); } else { set_reg1( RI_F0, FUNC1( reg1(RI_F0), get1(srcreg) ) ); } if (operands == REG_IREGINC) { set_reg2(RI_07, srcreg+1); } } break; case IREGINC_REG : case IREG_REG : { short addr = reg2(RI_07); if (code & 0x0800) { /* word op */ unsigned short wtmp, wtotal; wtmp = get2(addr); wtotal = FUNC2( wtmp, reg2(RI_F0) ); store2(addr, wtotal); } else { unsigned char total; total = FUNC1( get1(addr), reg1(RI_F0) ); store1(addr, total); } if (operands == IREGINC_REG) { set_reg2(RI_07, addr+1); } } break; case IREGOFF8_REG : case IREGOFF16_REG : { int offset; if (operands == IREGOFF8_REG) { offset = (int)((char) fetch()); } else { offset = (int)((short)fetch2()); } if (code & 0x0800) { /* word op */ t_mem addr = reg2(RI_07) + offset; unsigned short wtotal; wtotal = FUNC2( get2(addr), reg2(RI_F0) ); store2(addr, wtotal); } else { t_mem addr = reg2(RI_07) + offset; unsigned char total; total = FUNC1( get1(addr), reg1(RI_F0) ); store1(addr, total); } } break; case REG_IREGOFF8 : case REG_IREGOFF16 : { int offset; if (operands == REG_IREGOFF8) { offset = (int)((char) fetch()); } else { offset = (int)((short)fetch2()); } if (code & 0x0800) { /* word op */ set_reg2( RI_F0, FUNC2( reg2(RI_F0), get2(reg2(RI_07)+offset) ) ); } else { set_reg1( RI_F0, FUNC1( reg1(RI_F0), get1(reg2(RI_07)+offset) ) ); } } break; case DIRECT_REG : { int addr = ((code & 0x7) << 8) | fetch(); if (code & 0x0800) { /* word op */ unsigned short wtmp = get_word_direct(addr); set_word_direct( addr, FUNC2( wtmp, reg2(RI_F0) ) ); } else { unsigned char tmp = get_byte_direct(addr); set_byte_direct( addr, FUNC1( tmp, reg1(RI_F0) ) ); } } break; case REG_DIRECT : { int addr = ((code & 0x7) << 8) | fetch(); if (code & 0x0800) { /* word op */ set_reg2( RI_F0, FUNC2( reg2(RI_F0), get_word_direct(addr) ) ); } else { set_reg1( RI_F0, FUNC1( reg1(RI_F0), get_byte_direct(addr) ) ); } } break; case REG_DATA8 : #if 0 { unsigned char dat = fetch(); unsigned char res; res = FUNC1( reg1(RI_F0), dat); set_reg1( RI_F0, res ); printf("reg_data8 code=%x dat=%x, res=%x r=%x\n", code, dat, res, reg1( RI_F0) ); } #endif set_reg1( RI_F0, FUNC1( reg1(RI_F0), fetch()) ); break; case REG_DATA16 : { unsigned short dat = fetch2(); set_reg2( RI_F0, FUNC2( reg2(RI_F0), dat) ); } break; case IREGINC_DATA8 : case IREG_DATA8 : { unsigned char total; unsigned char tmp; t_mem addr = reg2(RI_70); tmp = get1(addr); total = FUNC1(tmp, fetch() ); store1(addr, total); if (operands == IREGINC_DATA8) { set_reg2(RI_70, addr+1); } } break; case IREGINC_DATA16 : case IREG_DATA16 : { unsigned short total; unsigned short tmp; t_mem addr = reg2(RI_70); tmp = get2(addr); total = FUNC2(tmp, fetch2() ); store2(addr, total); if (operands == IREGINC_DATA16) { set_reg2(RI_70, addr+1); } } break; case IREGOFF8_DATA8 : case IREGOFF16_DATA8 : { unsigned short addr; int offset; unsigned char tmp; if (operands == IREGOFF8_DATA8) { offset = (int)((char) fetch()); } else { offset = (int)((short)fetch2()); } tmp = fetch(); addr = reg2(RI_70); store1( addr+offset, FUNC1( tmp, get1(addr+offset) ) ); } break; case IREGOFF8_DATA16 : case IREGOFF16_DATA16 : { unsigned short addr; int offset; unsigned short tmp; if (operands == IREGOFF8_DATA16) { offset = (int)((char) fetch()); } else { offset = (int)((short)fetch2()); } tmp = fetch2(); addr = reg2(RI_70); store2( addr+offset, FUNC2( tmp, get2(addr+offset) ) ); } break; case DIRECT_DATA8 : { int addr = ((code & 0x70) << 4) | fetch(); unsigned char bdir = get_byte_direct(addr); unsigned char bdat = fetch(); set_byte_direct( addr, FUNC1( bdir, bdat) ); } break; case DIRECT_DATA16 : { int addr = ((code & 0x70) << 4) | fetch(); unsigned short wdir = get_word_direct(addr); unsigned short wdat = fetch2(); set_word_direct( addr, FUNC2( wdir, wdat) ); } break; } sdcc-2.9.0/sim/ucsim/xa.src/instcl.h000066400000000000000000000064241116427777700172420ustar00rootroot00000000000000/* xa.src/instcl.h */ virtual int inst_ADD(uint code, int operands); virtual int inst_ADDC(uint code, int operands); virtual int inst_ADDS(uint code, int operands); virtual int inst_AND(uint code, int operands); virtual int inst_ANL(uint code, int operands); virtual int inst_ASL(uint code, int operands); virtual int inst_ASR(uint code, int operands); virtual int inst_BCC(uint code, int operands); virtual int inst_BCS(uint code, int operands); virtual int inst_BEQ(uint code, int operands); virtual int inst_BG(uint code, int operands); virtual int inst_BGE(uint code, int operands); virtual int inst_BGT(uint code, int operands); virtual int inst_BKPT(uint code, int operands); virtual int inst_BL(uint code, int operands); virtual int inst_BLE(uint code, int operands); virtual int inst_BLT(uint code, int operands); virtual int inst_BMI(uint code, int operands); virtual int inst_BNE(uint code, int operands); virtual int inst_BNV(uint code, int operands); virtual int inst_BOV(uint code, int operands); virtual int inst_BPL(uint code, int operands); virtual int inst_BR(uint code, int operands); virtual int inst_CALL(uint code, int operands); virtual int inst_CJNE(uint code, int operands); virtual int inst_CLR(uint code, int operands); virtual int inst_CMP(uint code, int operands); virtual int inst_CPL(uint code, int operands); virtual int inst_DA(uint code, int operands); virtual int inst_DIV(uint code, int operands); virtual int inst_DJNZ(uint code, int operands); virtual int inst_FCALL(uint code, int operands); virtual int inst_FJMP(uint code, int operands); virtual int inst_JB(uint code, int operands); virtual int inst_JBC(uint code, int operands); virtual int inst_JNB(uint code, int operands); virtual int inst_JMP(uint code, int operands); virtual int inst_JNZ(uint code, int operands); virtual int inst_JZ(uint code, int operands); virtual int inst_LEA(uint code, int operands); virtual int inst_LSR(uint code, int operands); virtual int inst_MOV(uint code, int operands); virtual int inst_MOVC(uint code, int operands); virtual int inst_MOVS(uint code, int operands); virtual int inst_MOVX(uint code, int operands); virtual int inst_MUL(uint code, int operands); virtual int inst_NEG(uint code, int operands); virtual int inst_NOP(uint code, int operands); virtual int inst_NORM(uint code, int operands); virtual int inst_OR(uint code, int operands); virtual int inst_ORL(uint code, int operands); virtual int inst_POP(uint code, int operands); virtual int inst_PUSH(uint code, int operands); virtual int inst_RET(uint code, int operands); virtual int inst_RETI(uint code, int operands); virtual int inst_RESET(uint code, int operands); virtual int inst_RL(uint code, int operands); virtual int inst_RLC(uint code, int operands); virtual int inst_RR(uint code, int operands); virtual int inst_RRC(uint code, int operands); virtual int inst_SETB(uint code, int operands); virtual int inst_SEXT(uint code, int operands); virtual int inst_SUB(uint code, int operands); virtual int inst_SUBB(uint code, int operands); virtual int inst_TRAP(uint code, int operands); virtual int inst_XCH(uint code, int operands); virtual int inst_XOR(uint code, int operands); /* End of xa.src/instcl.h */ sdcc-2.9.0/sim/ucsim/xa.src/regsxa.h000066400000000000000000000211231116427777700172300ustar00rootroot00000000000000/* * Simulator of microcontrollers (regsxa.h) * * Copyright (C) 1999,2002 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * Other contributors include: * Karl Bongers karl@turbobit.com, * Johan Knol * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #define REGS_OFFSET 0x800 #ifndef REGSAVR_HEADER #define REGSAVR_HEADER #include "ddconfig.h" struct t_regs { int dummy; }; /* these macros suck, what was I thinking? Try to make it go fast at the our expense? Daniels going to hate me if I continue to clutter up his nice C++ with old crusty C macros :) Karl. */ /* store to sfr */ #define set_word_direct(addr, val) { sfr->set((t_addr) (addr), (val) & 0xff); \ sfr->set((t_addr) (addr+1), ((val) >> 8) & 0xff); } #define set_byte_direct(addr, val) sfr->set((t_addr) (addr), (val) ) /* get from sfr */ #define get_byte_direct(addr) sfr->get((t_addr) (addr)) #define get_word_direct(addr) (sfr->get((t_addr) (addr)) | (sfr->get((t_addr) (addr+1)) << 8) ) /* store to idata(onchip) ram */ #define set_idata2(addr, val) { iram->set((t_addr) (addr), (val) & 0xff); \ iram->set((t_addr) (addr+1), ((val) >> 8) & 0xff); } #define set_idata1(addr, val) iram->set((t_addr) (addr), (val) ) /* get from idata(onchip) ram */ #define get_idata1(addr) iram->get((t_addr) (addr)) #define get_idata2(addr) (iram->get((t_addr) (addr)) | (iram->get((t_addr) (addr+1)) << 8) ) /* store to xdata(external) ram */ #define set_xdata2(addr, val) { ram->set((t_addr) (addr), (val) & 0xff); \ ram->set((t_addr) (addr+1), ((val) >> 8) & 0xff); } #define set_xdata1(addr, val) ram->set((t_addr) (addr), val) /* get from xdata(external) ram */ #define get_xdata1(addr) ram->get((t_addr) (addr)) #define get_xdata2(addr) (ram->get((t_addr) (addr)) | (ram->get((t_addr) (addr+1)) << 8) ) /* get from code */ #define getcode1(addr) rom->get((t_addr) (addr)) #define getcode2(addr) (rom->get((t_addr) (addr)) | (rom->get((t_addr) (addr+1)) << 8) ) /* fetch from opcode code space */ #define fetch2() ((fetch() << 8) | fetch()) #define fetch1() fetch() /* get a 1 or 2 byte register */ #define reg2(_index) get_reg(1, REGS_OFFSET + (_index<<1)) /* function in inst.cc */ #define reg1(_index) (unsigned char)get_reg(0, REGS_OFFSET + (_index)) #define set_reg1(_index, _value) { \ set_byte_direct((REGS_OFFSET+(_index)), _value); \ } #define set_reg2(_index, _value) { \ set_word_direct( (REGS_OFFSET+(_index<<1)), _value); \ } #define set_reg(_word_flag, _index, _value) { \ if (_word_flag) \ { set_reg2((_index), _value) } \ else \ { set_reg1((_index), _value) } \ } /* R7 mirrors 1 of 2 real SP's note: we will probably need a real function here... */ #define set_sp(_value) { \ { set_word_direct(REGS_OFFSET+(7*2), _value); } \ } #define get_sp() ((TYPE_UWORD)(get_word_direct(REGS_OFFSET+(7*2)))) /* the program status word */ #define PSW 0x400 #define get_psw() ((TYPE_UWORD)(get_word_direct(PSW))) #define set_psw(_flags) set_word_direct(PSW, _flags) /* the system configuration register */ #define SCR 0x440 #define get_scr() get_byte_direct(SCR) #define set_scr(scr) set_byte_direct(SCR, scr) // PSW bits...(note: consider replacing with Bit defines used in s51.src code) #define BIT_C 0x80 #define BIT_AC 0x40 #define BIT_V 0x04 #define BIT_N 0x02 #define BIT_Z 0x01 #define BIT_ALL (BIT_C | BIT_AC | BIT_V | BIT_N | BIT_Z) #if 0 -------------------------------------------------------------------- Developer Notes. This user guide has got the detailed information on the XA chip. http://www.semiconductors.philips.com/acrobat/various/XA_USER_GUIDE_1.pdf f: {unused slot(word accessable only) for R8-R15} e: R7h,R7l Stack pointer, ptr to USP(PSW.SM=0), or SSP(PSW.SM=1) c: R6h,R6l a: R5h,R5l 8: R4h,R4l below are the banked registers which mirror(B0..B3) depending on PSW.(RS0,RS1) 6: R3h,R3l 4: R2h,R2l 2: R1h,R1l 0: R0h,R0l Registers are all bit addressable as: 2: bx1f,bx1e...b8(R0h) bx17,bx16..bx10(R0l) 0: bxf,bxe...b8(R0h) b7,b6..b0(R0l) Memory is little endian: addr0: LSB addr1: MSB Data word access limited to word boundaries. If non-word address used, then will act as lesser word alignment used(addr b0=0). Internal memory takes precedence over external memory, unless explicit movx used. 64K segment memory layout, bank registers used include: DS(data segment) and ES(extra segment) and forms high byte of 24 bit address. Stack is in DS, so ES typically used to access user data. SFR(1K direct space) is above normal 1K direct address space(0-3FFH) between 400H to 7FFH. Branch targets must reside on even boundaries MOVC instructions use either PC(SSEL.4=0) or CS(SSEL.4=1) register. Core SFRs: PCON, SCR, SSEL, PSWH, PSWL, CS, ES, DS (1K SFR space) 400H-43FH are bit or byte accesable. 400H-5FFH is for built in SFR hardware. 600H-7FFH is for external SFR hardware access. SFR access is independent of segment regs. SFR inacessable from indirect addressing(must use direct-addr in opcodes). Bit space: 0 to ffH - R0 to R15 100H to 1ffH - 20h to 3fH(direct ram, relative to DS) 200H to 3FFH - 400H to 43FH(on board SFRs) PSW Flags: Carry(C), Aux Carry(AC), Overflow(V), Negative(N), Zero(Z). Stack ptr is pre-decremented, followed by load(word operation), default SPs are set to 100H. So first PUSH would go to FEH-FFH. DIRECT MEMORY SPACE When we speak of direct memory space we refer to opcodes like MOV Rd, direct The "direct" part is always composed of 11 bits in the opcode. So the total size of "direct" space is 2K bytes. 1.) This direct memory space contains the SFRs starting at 0x400 offset. Internal onchip memory(SFRs and onchip RAM) always override external memory. Read the specific Chip documentation for the location of SFRs and RAM. The codes space is independent. The registers: 4 banks of 8 bytes(R0-R3), R4-R7 8 bytes, and stack pointers are self contained and not part of any address space. (The CS,ES,DS appear to reside in SFR space). This is still confusing, let take some examples. --------------------------- XA-G49 chip has 2k bytes built in RAM. According to the XA-G49 datasheet: With the DS set to 0, then all indirect address references between 0-7FFH reference the onchip 2K RAM. Direct address references below 0x400 access onchip 2K RAM. With the DS not set to 0, then all indirect address references between 0-7FFH reference external memory. Direct address references below 0x400 access external memory. Any direct address references between 400H and 7FFH access the SFRs regardless of the segment register contents. To access any external memory which overlaps the 2K onchip memory ues the MOVX instruction. --------------------------- Proposed segment layout use for SDCC/XA compiler: XDATA -> external memory(use indirect addressing, ignore direct addressing, ignore any overlap with onchip memory). IDATA -> onchip memory(use indirect addressing, ignore direct addressing, assume small model where DS,ES always 0). DATA -> SFR memory access using direct addressing. CODE -> Far calls/returns are available. (Johan, Im just trying to spell this out explicitly for my own understanding.) --------------------------- Proposed segment layout use for ucSim XA simulator. ram -> external memory. rom -> external/internal code. sfr -> SFR register space. Include registers/register banks here in some unused location to provide a means to dump all the register file contents using the "ds" command. Could make sfr memory larger than 0x800, and use the space above 0x800 to hold registers/sp-s. idata -> onchip memory. I think we can determine the size of idata memory at run time, so this could allow for various sized onchip memorys. So indirect memory accesses like this: set_indirect1(addr, value) { if (addr < mem_size(idata)) { set_idata(addr,value); } else { set_xdata(addr,value); } } ---------------------------------------------- #endif #endif /* End of xa.src/regsxa.h */ sdcc-2.9.0/sim/ucsim/xa.src/simxa.cc000066400000000000000000000021741116427777700172230ustar00rootroot00000000000000/* * Simulator of microcontrollers (simxa.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // local #include "simxacl.h" #include "xacl.h" cl_simxa::cl_simxa(class cl_app *the_app): cl_sim(the_app) {} class cl_uc * cl_simxa::mk_controller(void) { return(new cl_xa(this)); } /* End of xa.src/simxa.cc */ sdcc-2.9.0/sim/ucsim/xa.src/simxacl.h000066400000000000000000000022061116427777700174000ustar00rootroot00000000000000/* * Simulator of microcontrollers (simxacl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIMXACL_HEADER #define SIMXACL_HEADER #include "simcl.h" class cl_simxa: public cl_sim { public: cl_simxa(class cl_app *the_app); virtual class cl_uc *mk_controller(void); }; #endif /* End of xa.src/simxacl.h */ sdcc-2.9.0/sim/ucsim/xa.src/sxa.cc000066400000000000000000000024331116427777700166730ustar00rootroot00000000000000/* * Simulator of microcontrollers (sxa.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // prj #include "globals.h" // sim.src #include "appcl.h" // local #include "simxacl.h" int main(int argc, char *argv[]) { class cl_sim *sim; application= new cl_app(); application->init(argc, argv); sim= new cl_simxa(application); sim->init(); application->set_simulator(sim); application->run(); delete application; return(0); } /* End of xa.src/sxa.cc */ sdcc-2.9.0/sim/ucsim/xa.src/xa.cc000066400000000000000000000672671116427777700165300ustar00rootroot00000000000000/* * Simulator of microcontrollers (xa.cc) * * Copyright (C) 1999,2002 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * Other contributors include: * Karl Bongers karl@turbobit.com, * Johan Knol johan.knol@iduna.nl */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include #include #include #include "i_string.h" // prj #include "pobjcl.h" // sim #include "simcl.h" // local #include "xacl.h" #include "glob.h" #include "regsxa.h" /* * Base type of xa controllers */ cl_xa::cl_xa(class cl_sim *asim): cl_uc(asim) { type= CPU_XA; } int cl_xa::init(void) { cl_uc::init(); /* Memories now exist */ ram= address_space(MEM_XRAM_ID); rom= address_space(MEM_ROM_ID); /* set SCR to osc/4, native XA mode, flat 24 */ set_scr(0); /* initialize SP to 100H */ set_reg2(7, 0x100); /* set PSW from reset vector */ set_psw(getcode2(0)); /* set PC from reset vector */ PC = getcode2(2); printf("The XA Simulator is in development, UNSTABLE, DEVELOPERS ONLY!\n"); return(0); } /* class cl_m * cl_xa::mk_mem(enum mem_class type, char *class_name) { class cl_m *m= cl_uc::mk_mem(type, class_name); if (type == MEM_SFR) sfr= m; if (type == MEM_IRAM) iram= m; return(m); } */ char * cl_xa::id_string(void) { return("unspecified XA"); } /* * Making elements of the controller */ /* t_addr cl_xa::get_mem_size(enum mem_class type) { switch(type) { case MEM_IRAM: return(0x2000); case MEM_SFR: return(0x2000); case MEM_ROM: return(0x10000); case MEM_XRAM: return(0x10000); default: return(0); } return(cl_uc::get_mem_size(type)); } */ void cl_xa::mk_hw_elements(void) { //class cl_base *o; /* t_uc::mk_hw() does nothing */ } void cl_xa::make_memories(void) { class cl_address_space *as; as= rom= new cl_address_space("rom", 0, 0x10000, 8); as->init(); address_spaces->add(as); as= iram= new cl_address_space("iram", 0, 0x2000, 8); as->init(); address_spaces->add(as); as= sfr= new cl_address_space("sfr", 0x0, 0x2000, 8); as->init(); address_spaces->add(as); as= ram= new cl_address_space("xram", 0, 0x10000, 8); as->init(); address_spaces->add(as); class cl_address_decoder *ad; class cl_memory_chip *chip; chip= new cl_memory_chip("rom_chip", 0x10000, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("rom"), chip, 0, 0xffff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("iram_chip", 0x2000, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("iram"), chip, 0, 0x1fff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("xram_chip", 0x10000, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("xram"), chip, 0, 0xffff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); chip= new cl_memory_chip("sfr_chip", 0x2000, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("sfr"), chip, 0x0, 0x1fff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); } /* * Help command interpreter */ struct dis_entry * cl_xa::dis_tbl(void) { // this should be unused, we need to make main prog code // independent of any array thing. printf("ERROR - Using disass[] table in XA sim code!\n"); return(glob_disass_xa); } struct name_entry *cl_xa::sfr_tbl(void) { return(sfr_tabXA51); } struct name_entry *cl_xa::bit_tbl(void) { return(bit_tabXA51); } int cl_xa::inst_length(t_addr addr) { int len = 0; get_disasm_info(addr, &len, NULL, NULL, NULL, NULL); return len; } int cl_xa::inst_branch(t_addr addr) { int b; get_disasm_info(addr, NULL, &b, NULL, NULL, NULL); return b; } int cl_xa::longest_inst(void) { return 6; } static char dir_name[64]; char *cl_xa::get_dir_name(short addr) { if (!get_name(addr, sfr_tbl(), dir_name)) { sprintf (dir_name, "0x%03x", addr); } return dir_name; } static char bit_name[64]; char *cl_xa::get_bit_name(short addr) { if (!get_name(addr, bit_tbl(), bit_name)) { sprintf (bit_name, "0x%03x", addr); } return bit_name; } /*-------------------------------------------------------------------- get_disasm_info - Given an address, return information about the opcode which resides there. addr - address of opcode we want information on. ret_len - return length of opcode. ret_branch - return a character which indicates if we are a branching opcode. Used by main app to implement "Next" function which steps over functions. immed_offset - return a number which represents the number of bytes offset to where any immediate data is(tail end of opcode). Used for printing disassembly. operands - return a key indicating the form of the operands, used for printing the disassembly. mnemonic - return a key indicating the mnemonic of the instruction. Return value: Return the operand code formed by either the single byte opcode or 2 bytes of the opcode for multi-byte opcodes. Note: Any of the return pointer parameters can be set to NULL to indicate the caller does not want the information. |--------------------------------------------------------------------*/ int cl_xa::get_disasm_info(t_addr addr, int *ret_len, int *ret_branch, int *immed_offset, int *parms, int *mnemonic) { uint code; int len = 0; int immed_n = 0; int i; int start_addr = addr; code= get_mem(MEM_ROM_ID, addr++); if (code == 0x00) { i= 0; while (disass_xa[i].mnemonic != NOP) i++; } else { len = 2; code = (code << 8) | get_mem(MEM_ROM_ID, addr++); i= 0; while ((code & disass_xa[i].mask) != disass_xa[i].code && disass_xa[i].mnemonic != BAD_OPCODE) i++; } if (ret_len) *ret_len = disass_xa[i].length; if (ret_branch) *ret_branch = disass_xa[i].branch; if (immed_offset) { if (immed_n > 0) *immed_offset = immed_n; else *immed_offset = (addr - start_addr); } if (parms) { *parms = disass_xa[i].operands; } if (mnemonic) { *mnemonic = disass_xa[i].mnemonic; } return code; } static char *w_reg_strs[] = { "R0", "R1", "R2", "R3", "R4", "R5", "R6", "R7", "R8", "R9", "R10", "R11", "R12", "R13", "R14", "R15"}; static char *b_reg_strs[] = { "R0l", "R0h", "R1l", "R1h", "R2l", "R2h", "R3l", "R3h", "R4l", "R4h", "R5l", "R5h", "R6l", "R6h", "R7l", "R7h"}; /*-------------------------------------------------------------------- disass - Disassemble an opcode. addr - address of opcode to disassemble/print. sep - optionally points to string(tab) to use as separator. |--------------------------------------------------------------------*/ const char * cl_xa::disass(t_addr addr, const char *sep) { char work[256], parm_str[40]; char *buf, *p, *b; int code; int len = 0; int immed_offset = 0; int operands; int mnemonic; char **reg_strs; p= work; code = get_disasm_info(addr, &len, NULL, &immed_offset, &operands, &mnemonic); if (mnemonic == BAD_OPCODE) { buf= (char*)malloc(30); strcpy(buf, "UNKNOWN/INVALID"); return(buf); } if (code & 0x0800) reg_strs = w_reg_strs; else reg_strs = b_reg_strs; switch(operands) { // the repeating common parameter encoding for ADD, ADDC, SUB, AND... case REG_REG : sprintf(parm_str, "%s,%s", reg_strs[((code >> 4) & 0xf)], reg_strs[(code & 0xf)]); break; case REG_IREG : sprintf(parm_str, "%s,[%s]", reg_strs[((code >> 4) & 0xf)], w_reg_strs[(code & 0xf)]); break; case IREG_REG : sprintf(parm_str, "[%s],%s", w_reg_strs[(code & 0x7)], reg_strs[((code >> 4) & 0xf)] ); break; case REG_IREGOFF8 : sprintf(parm_str, "%s,[%s+%02x]", reg_strs[((code >> 4) & 0xf)], w_reg_strs[(code & 0x7)], get_mem(MEM_ROM_ID, addr+immed_offset)); ++immed_offset; break; case IREGOFF8_REG : sprintf(parm_str, "[%s+%02x],%s", w_reg_strs[(code & 0x7)], get_mem(MEM_ROM_ID, addr+immed_offset), reg_strs[((code >> 4) & 0xf)] ); ++immed_offset; break; case REG_IREGOFF16 : sprintf(parm_str, "%s,[%s+%04x]", reg_strs[((code >> 4) & 0xf)], w_reg_strs[(code & 0x7)], (short)((get_mem(MEM_ROM_ID, addr+immed_offset+1)) | (get_mem(MEM_ROM_ID, addr+immed_offset)<<8)) ); ++immed_offset; ++immed_offset; break; case IREGOFF16_REG : sprintf(parm_str, "[%s+%04x],%s", w_reg_strs[(code & 0x7)], (short)((get_mem(MEM_ROM_ID, addr+immed_offset+1)) | (get_mem(MEM_ROM_ID, addr+immed_offset)<<8)), reg_strs[((code >> 4) & 0xf)] ); ++immed_offset; ++immed_offset; break; case REG_IREGINC : sprintf(parm_str, "%s,[%s+]", reg_strs[((code >> 4) & 0xf)], w_reg_strs[(code & 0xf)]); break; case IREGINC_REG : sprintf(parm_str, "[%s+],%s", w_reg_strs[(code & 0x7)], reg_strs[((code >> 4) & 0xf)] ); break; case DIRECT_REG : sprintf(parm_str, "%s,%s", get_dir_name(((code & 0x7) << 8) | get_mem(MEM_ROM_ID, addr+immed_offset)), reg_strs[((code >> 4) & 0xf)] ); ++immed_offset; break; case REG_DIRECT : sprintf(parm_str, "%s,%s", reg_strs[((code >> 4) & 0xf)], get_dir_name(((code & 0x7) << 8) | get_mem(MEM_ROM_ID, addr+immed_offset))); ++immed_offset; break; case REG_DATA8 : sprintf(parm_str, "%s,#0x%02x", b_reg_strs[((code >> 4) & 0xf)], get_mem(MEM_ROM_ID, addr+immed_offset) ); ++immed_offset; break; case REG_DATA16 : sprintf(parm_str, "%s,#0x%04x", reg_strs[((code >> 4) & 0xf)], (short)((get_mem(MEM_ROM_ID, addr+immed_offset+1)) | (get_mem(MEM_ROM_ID, addr+immed_offset)<<8)) ); ++immed_offset; ++immed_offset; break; case IREG_DATA8 : sprintf(parm_str, "[%s], 0x%02x", w_reg_strs[((code >> 4) & 0x7)], get_mem(MEM_ROM_ID, addr+immed_offset) ); ++immed_offset; break; case IREG_DATA16 : sprintf(parm_str, "[%s], 0x%04x", w_reg_strs[((code >> 4) & 0x7)], (short)((get_mem(MEM_ROM_ID, addr+immed_offset+1)) | (get_mem(MEM_ROM_ID, addr+immed_offset)<<8)) ); ++immed_offset; ++immed_offset; break; case IREGINC_DATA8 : sprintf(parm_str, "[%s+], 0x%02x", w_reg_strs[((code >> 4) & 0x7)], get_mem(MEM_ROM_ID, addr+immed_offset) ); ++immed_offset; break; case IREGINC_DATA16 : sprintf(parm_str, "[%s+], 0x%04x", w_reg_strs[((code >> 4) & 0x7)], (short)((get_mem(MEM_ROM_ID, addr+immed_offset+1)) | (get_mem(MEM_ROM_ID, addr+immed_offset)<<8)) ); ++immed_offset; ++immed_offset; break; case IREGOFF8_DATA8 : sprintf(parm_str, "[%s+%02x], 0x%02x", w_reg_strs[((code >> 4) & 0x7)], get_mem(MEM_ROM_ID, addr+immed_offset), get_mem(MEM_ROM_ID, addr+immed_offset+1) ); immed_offset += 2; break; case IREGOFF8_DATA16 : sprintf(parm_str, "[%s+%02x], 0x%04x", w_reg_strs[((code >> 4) & 0x7)], get_mem(MEM_ROM_ID, addr+immed_offset), (short)((get_mem(MEM_ROM_ID, addr+immed_offset+2)) | (get_mem(MEM_ROM_ID, addr+immed_offset+1)<<8)) ); immed_offset += 3; break; case IREGOFF16_DATA8 : sprintf(parm_str, "[%s+%04x], 0x%02x", w_reg_strs[((code >> 4) & 0x7)], (short)((get_mem(MEM_ROM_ID, addr+immed_offset+1)) | (get_mem(MEM_ROM_ID, addr+immed_offset+0)<<8)), get_mem(MEM_ROM_ID, addr+immed_offset+2) ); immed_offset += 3; break; case IREGOFF16_DATA16 : sprintf(parm_str, "[%s+%04x], 0x%04x", w_reg_strs[((code >> 4) & 0x7)], (short)((get_mem(MEM_ROM_ID, addr+immed_offset+1)) | (get_mem(MEM_ROM_ID, addr+immed_offset+0)<<8)), (short)((get_mem(MEM_ROM_ID, addr+immed_offset+3)) | (get_mem(MEM_ROM_ID, addr+immed_offset+2)<<8)) ); immed_offset += 4; break; case DIRECT_DATA8 : sprintf(parm_str, "%s,#0x%02x", get_dir_name(((code & 0x0070) << 4) | get_mem(MEM_ROM_ID, addr+immed_offset)), get_mem(MEM_ROM_ID, addr+immed_offset+1)); immed_offset += 3; break; case DIRECT_DATA16 : sprintf(parm_str, "%s,#0x%04x", get_dir_name(((code & 0x0070) << 4) | get_mem(MEM_ROM_ID, addr+immed_offset)), get_mem(MEM_ROM_ID, addr+immed_offset+2) + (get_mem(MEM_ROM_ID, addr+immed_offset+1)<<8)); immed_offset += 3; break; // odd-ball ones case NO_OPERANDS : // for NOP strcpy(parm_str, ""); break; case CY_BIT : sprintf(parm_str, "C,%s", get_bit_name(((code&0x0003)<<8) + get_mem(MEM_ROM_ID, addr+2))); break; case BIT_CY : sprintf(parm_str, "%s,C", get_bit_name(((code&0x0003)<<8) + get_mem(MEM_ROM_ID, addr+2))); break; case REG_DATA4 : strcpy(parm_str, "REG_DATA4"); break; case REG_DATA5 : strcpy(parm_str, "REG_DATA5"); break; case IREG_DATA4 : strcpy(parm_str, "IREG_DATA4"); break; case IREGINC_DATA4 : strcpy(parm_str, "IREGINC_DATA4"); break; case IREGOFF8_DATA4 : strcpy(parm_str, "IREGOFF8_DATA4"); break; case IREGOFF16_DATA4 : strcpy(parm_str, "IREGOFF16_DATA4"); break; case DIRECT_DATA4 : sprintf(parm_str, "%s,#0x%x", get_dir_name(((code & 0x70)<<4) | get_mem(MEM_ROM_ID, addr+2)), code&0x0f); break; case DIRECT : sprintf(parm_str, "%s", get_dir_name(((code & 0x007) << 4) + get_mem(MEM_ROM_ID, addr+2))); break; case REG : sprintf(parm_str, "%s", reg_strs[((code >> 4) & 0xf)] ); break; case IREG : sprintf(parm_str, "[%s]", reg_strs[((code >> 4) & 0xf)] ); break; case BIT_ALONE : sprintf(parm_str, "%s", get_bit_name(((code&0x0003)<<8) + get_mem(MEM_ROM_ID, addr+2))); break; case BIT_REL8 : sprintf(parm_str, "%s,0x%04x", get_bit_name((code&0x0003)<<8) + get_mem(MEM_ROM_ID, addr+2), ((signed char)get_mem(MEM_ROM_ID, addr+3)*2+addr+len)&0xfffe); break; case DATA4: sprintf(parm_str, "#0x%02x", code&0x0f); break; case ADDR24 : sprintf(parm_str, "0x%06x", (get_mem(MEM_ROM_ID, addr+3)<<16) + (get_mem(MEM_ROM_ID, addr+1)<<8) + get_mem(MEM_ROM_ID, addr+2)); break; break; case REG_REL8 : sprintf(parm_str, "%s,0x%04x", reg_strs[(code>>4) & 0xf], ((signed char)get_mem(MEM_ROM_ID, addr+2)*2+addr+len)&0xfffe); break; case DIRECT_REL8 : sprintf(parm_str, "%s,0x%04x", get_dir_name(((code&0x07)<<8) + get_mem(MEM_ROM_ID, addr+2)), ((signed char)get_mem(MEM_ROM_ID, addr+2)*2+addr+len)&0xfffe); break; case REG_USP: sprintf(parm_str, "REG_USP"); break; case USP_REG: sprintf(parm_str, "USP_REG"); break; case REL8 : sprintf(parm_str, "0x%04x", ((signed char)get_mem(MEM_ROM_ID, addr+1)*2+addr+len)&0xfffe); break; case REL16 : sprintf(parm_str, "0x%04x", ((signed short)((get_mem(MEM_ROM_ID, addr+1)<<8) + get_mem(MEM_ROM_ID, addr+2))*2+addr+len)&0xfffe); break; case RLIST : { /* TODO: the list should be comma reperated and maybe for POP the list should be reversed */ unsigned char rlist=code&0xff; parm_str[0]='\0'; if (code&0x0800) { // word list if (code&0x4000) { // R8-R15 if (rlist&0x80) strcat (parm_str, "R15 "); if (rlist&0x40) strcat (parm_str, "R14"); if (rlist&0x20) strcat (parm_str, "R13 "); if (rlist&0x10) strcat (parm_str, "R12 "); if (rlist&0x08) strcat (parm_str, "R11 "); if (rlist&0x04) strcat (parm_str, "R10 "); if (rlist&0x02) strcat (parm_str, "R9 "); if (rlist&0x01) strcat (parm_str, "R8 "); } else { // R7-R0 if (rlist&0x80) strcat (parm_str, "R7 "); if (rlist&0x40) strcat (parm_str, "R6 "); if (rlist&0x20) strcat (parm_str, "R5 "); if (rlist&0x10) strcat (parm_str, "R4 "); if (rlist&0x08) strcat (parm_str, "R3 "); if (rlist&0x04) strcat (parm_str, "R2 "); if (rlist&0x02) strcat (parm_str, "R1 "); if (rlist&0x01) strcat (parm_str, "R0 "); } } else { // byte list if (code&0x4000) { //R7h-R4l if (rlist&0x80) strcat (parm_str, "R7h "); if (rlist&0x40) strcat (parm_str, "R7l "); if (rlist&0x20) strcat (parm_str, "R6h "); if (rlist&0x10) strcat (parm_str, "R6l "); if (rlist&0x08) strcat (parm_str, "R5h "); if (rlist&0x04) strcat (parm_str, "R5l "); if (rlist&0x02) strcat (parm_str, "R4h "); if (rlist&0x01) strcat (parm_str, "R4l "); } else { // R3h-R0l if (rlist&0x80) strcat (parm_str, "R3h "); if (rlist&0x40) strcat (parm_str, "R3l "); if (rlist&0x20) strcat (parm_str, "R2h "); if (rlist&0x10) strcat (parm_str, "R2l "); if (rlist&0x08) strcat (parm_str, "R1h "); if (rlist&0x04) strcat (parm_str, "R1l "); if (rlist&0x02) strcat (parm_str, "R0h "); if (rlist&0x01) strcat (parm_str, "R0l "); } } } break; case REG_DIRECT_REL8 : sprintf(parm_str, "%s,%s,0x%02x", reg_strs[((code >> 4) & 0xf)], get_dir_name(((code & 0x7) << 8) + get_mem(MEM_ROM_ID, addr+immed_offset)), ((signed char) get_mem(MEM_ROM_ID, addr+immed_offset+1) * 2) & 0xfffe ); break; case REG_DATA8_REL8 : sprintf(parm_str, "%s,#0x%02x,0x%02x", reg_strs[((code >> 4) & 0xf)], get_mem(MEM_ROM_ID, addr+immed_offset+1), ((signed char)get_mem(MEM_ROM_ID, addr+immed_offset) * 2) & 0xfffe ); break; case REG_DATA16_REL8 : sprintf(parm_str, "%s,#0x%04x,0x%02x", w_reg_strs[(code >> 4) & 0xf], get_mem(MEM_ROM_ID, addr+immed_offset+2) + (get_mem(MEM_ROM_ID, addr+immed_offset+1)<<8), ((signed char)get_mem(MEM_ROM_ID, addr+immed_offset) * 2) & 0xfffe ); break; case IREG_DATA8_REL8 : sprintf(parm_str, "[%s],#0x%02x,0x%02x", reg_strs[((code >> 4) & 0x7)], get_mem(MEM_ROM_ID, addr+immed_offset+1), ((signed char)get_mem(MEM_ROM_ID, addr+immed_offset) * 2) & 0xfffe ); break; case IREG_DATA16_REL8 : sprintf(parm_str, "[%s],#0x%04x,0x%02x", w_reg_strs[(code >> 4) & 0x7], get_mem(MEM_ROM_ID, addr+immed_offset+2) + (get_mem(MEM_ROM_ID, addr+immed_offset+1)<<8), ((signed char)get_mem(MEM_ROM_ID, addr+immed_offset) * 2) & 0xfffe ); break; case A_APLUSDPTR : strcpy(parm_str, "A, [A+DPTR]"); break; case A_APLUSPC : strcpy(parm_str, "A, [A+PC]"); break; case REG_REGOFF8 : sprintf(parm_str, "%s,%s+0x%02x", w_reg_strs[(code >> 4) & 0x7], w_reg_strs[code & 0x7], get_mem(MEM_ROM_ID, addr+immed_offset)); break; case REG_REGOFF16 : sprintf(parm_str, "%s,%s+0x%02x", w_reg_strs[(code >> 4) & 0x7], w_reg_strs[code & 0x7], get_mem(MEM_ROM_ID, addr+immed_offset+1) + (get_mem(MEM_ROM_ID, addr+immed_offset+0)<<8)); break; case A_PLUSDPTR : strcpy(parm_str, "[A+DPTR]"); break; case IIREG : sprintf(parm_str, "[[%s]]", w_reg_strs[(code & 0x7)]); break; default: strcpy(parm_str, "???"); break; } sprintf(work, "%s %s", op_mnemonic_str[ mnemonic ], parm_str); p= strchr(work, ' '); if (!p) { buf= strdup(work); return(buf); } if (sep == NULL) buf= (char *)malloc(6+strlen(p)+1); else buf= (char *)malloc((p-work)+strlen(sep)+strlen(p)+1); for (p= work, b= buf; *p != ' '; p++, b++) *b= *p; p++; *b= '\0'; if (sep == NULL) { while (strlen(buf) < 6) strcat(buf, " "); } else strcat(buf, sep); strcat(buf, p); return(buf); } /*-------------------------------------------------------------------- print_regs - Print the registers, flags and other useful information. Used to print a status line while stepping through the code. |--------------------------------------------------------------------*/ void cl_xa::print_regs(class cl_console_base *con) { unsigned char flags; flags = get_psw(); con->dd_printf("CA---VNZ | ", flags); con->dd_printf("R0:%04x R1:%04x R2:%04x R3:%04x\n", reg2(0), reg2(1), reg2(2), reg2(3)); con->dd_printf("%c%c---%c%c%c | ", (flags & BIT_C)?'1':'0', (flags & BIT_AC)?'1':'0', (flags & BIT_V)?'1':'0', (flags & BIT_N)?'1':'0', (flags & BIT_Z)?'1':'0'); con->dd_printf("R4:%04x R5:%04x R6:%04x SP:%04x ES:%04x DS:%04x\n", reg2(4), reg2(5), reg2(6), reg2(7), 0, 0); print_disass(PC, con); } /*-------------------------------------------------------------------- exec_inst - Called to implement simulator execution of 1 instruction at the current PC(program counter) address. |--------------------------------------------------------------------*/ int cl_xa::exec_inst(void) { t_mem code1; uint code; int i; int operands; if (fetch(&code1)) return(resBREAKPOINT); tick(1); /* the following lookups make for a slow simulation, we will figure out how to make it fast later... */ /* scan to see if its a 1 byte-opcode */ code = (code1 << 8); i= 0; while ( ((code & disass_xa[i].mask) != disass_xa[i].code || (!disass_xa[i].is1byte)) /* not a one byte op code */ && disass_xa[i].mnemonic != BAD_OPCODE) i++; if (disass_xa[i].mnemonic == BAD_OPCODE) { /* hit the end of the list, must be a 2 or more byte opcode */ /* fetch another code byte and search the list again */ //if (fetch(&code2)) ?not sure if break allowed in middle of opcode? // return(resBREAKPOINT); code |= fetch(); /* add 2nd opcode */ i= 0; while ((code & disass_xa[i].mask) != disass_xa[i].code && disass_xa[i].mnemonic != BAD_OPCODE) i++; /* we should have found the opcode by now, if not invalid entry at eol */ } operands = (int)(disass_xa[i].operands); switch (disass_xa[i].mnemonic) { case ADD: return inst_ADD(code, operands); case ADDC: return inst_ADDC(code, operands); case ADDS: return inst_ADDS(code, operands); case AND: return inst_AND(code, operands); case ANL: return inst_ANL(code, operands); case ASL: return inst_ASL(code, operands); case ASR: return inst_ASR(code, operands); case BCC: return inst_BCC(code, operands); case BCS: return inst_BCS(code, operands); case BEQ: return inst_BEQ(code, operands); case BG: return inst_BG(code, operands); case BGE: return inst_BGE(code, operands); case BGT: return inst_BGT(code, operands); case BKPT: return inst_BKPT(code, operands); case BL: return inst_BL(code, operands); case BLE: return inst_BLE(code, operands); case BLT: return inst_BLT(code, operands); case BMI: return inst_BMI(code, operands); case BNE: return inst_BNE(code, operands); case BNV: return inst_BNV(code, operands); case BOV: return inst_BOV(code, operands); case BPL: return inst_BPL(code, operands); case BR: return inst_BR(code, operands); case CALL: return inst_CALL(code, operands); case CJNE: return inst_CJNE(code, operands); case CLR: return inst_CLR(code, operands); case CMP: return inst_CMP(code, operands); case CPL: return inst_CPL(code, operands); case DA: return inst_DA(code, operands); case DIV_w : case DIV_d : case DIVU_b: case DIVU_w: case DIVU_d: return inst_DIV(code, operands); case DJNZ: return inst_DJNZ(code, operands); case FCALL: return inst_FCALL(code, operands); case FJMP: return inst_FJMP(code, operands); case JB: return inst_JB(code, operands); case JBC: return inst_JBC(code, operands); case JMP: return inst_JMP(code, operands); case JNB: return inst_JNB(code, operands); case JNZ: return inst_JNZ(code, operands); case JZ: return inst_JZ(code, operands); case LEA: return inst_LEA(code, operands); case LSR: return inst_LSR(code, operands); case MOV: return inst_MOV(code, operands); case MOVC: return inst_MOVC(code, operands); case MOVS: return inst_MOVS(code, operands); case MOVX: return inst_MOVX(code, operands); case MUL_w: case MULU_b: case MULU_w: return inst_MUL(code, operands); case NEG: return inst_NEG(code, operands); case NOP: return inst_NOP(code, operands); case NORM: return inst_NORM(code, operands); case OR: return inst_OR(code, operands); case ORL: return inst_ORL(code, operands); case POP: case POPU: return inst_POP(code, operands); case PUSH: case PUSHU: return inst_PUSH(code, operands); case RESET: return inst_RESET(code, operands); case RET: return inst_RET(code, operands); case RETI: return inst_RETI(code, operands); case RL: return inst_RL(code, operands); case RLC: return inst_RLC(code, operands); case RR: return inst_RR(code, operands); case RRC: return inst_RRC(code, operands); case SETB: return inst_SETB(code, operands); case SEXT: return inst_SEXT(code, operands); case SUB: return inst_SUB(code, operands); case SUBB: return inst_SUBB(code, operands); case TRAP: return inst_TRAP(code, operands); case XCH: return inst_XCH(code, operands); case XOR: return inst_XOR(code, operands); case BAD_OPCODE: default: break; } /*if (PC) PC--; else PC= get_mem_size(MEM_ROM_ID)-1;*/ PC= rom->inc_address(PC, -1); //tick(-clock_per_cycle()); sim->stop(resINV_INST); return(resINV_INST); } /* End of xa.src/xa.cc */ sdcc-2.9.0/sim/ucsim/xa.src/xa_bit.cc000066400000000000000000000051121116427777700173430ustar00rootroot00000000000000{CPU_XA, 0x33B, "ETI1"}, /* TX interrupt enable 1 */ {CPU_XA, 0x33A, "ERI1"}, /* RX interrupt enable 1 */ {CPU_XA, 0x339, "ETI0"}, /* TX interrupt enable 0 */ {CPU_XA, 0x338, "ERI0"}, /* RX interrupt enable 0 */ {CPU_XA, 0x337, "EA"}, /* global int. enable */ {CPU_XA, 0x334, "ET2"}, /* timer 2 interrupt */ {CPU_XA, 0x333, "ET1"}, /* timer 1 interrupt */ {CPU_XA, 0x332, "EX1"}, /* external interrupt 1 */ {CPU_XA, 0x331, "ET0"}, /* timer 0 interrupt */ {CPU_XA, 0x330, "EX0"}, /* external interrupt 0 */ {CPU_XA, 0x221, "PD"}, /* power down */ {CPU_XA, 0x220, "IDL"}, {CPU_XA, 0x20F, "SM"}, {CPU_XA, 0x20E, "TM"}, {CPU_XA, 0x20D, "RS1"}, {CPU_XA, 0x20C, "RS0"}, {CPU_XA, 0x20B, "IM3"}, {CPU_XA, 0x20A, "IM2"}, {CPU_XA, 0x209, "IM1"}, {CPU_XA, 0x208, "IM0"}, {CPU_XA, 0x307, "S0M0"}, {CPU_XA, 0x306, "S0M1"}, {CPU_XA, 0x305, "S0M2"}, {CPU_XA, 0x304, "R0EN"}, {CPU_XA, 0x303, "T0B8"}, {CPU_XA, 0x302, "R0B8"}, {CPU_XA, 0x301, "TI0"}, /* serial port 0 tx ready */ {CPU_XA, 0x300, "RI0"}, /* serial port 0 rx ready */ {CPU_XA, 0x30B, "FE0"}, {CPU_XA, 0x30A, "BR0"}, {CPU_XA, 0x309, "OE0"}, {CPU_XA, 0x308, "STINT0"}, {CPU_XA, 0x327, "S1M0"}, {CPU_XA, 0x326, "S1M1"}, {CPU_XA, 0x325, "S1M2"}, {CPU_XA, 0x324, "R1EN"}, {CPU_XA, 0x323, "T1B8"}, {CPU_XA, 0x322, "R1B8"}, {CPU_XA, 0x321, "TI1"}, /* serial port 0 tx ready */ {CPU_XA, 0x320, "RI1"}, /* serial port 0 rx ready */ {CPU_XA, 0x32B, "FE1"}, {CPU_XA, 0x32A, "BR1"}, {CPU_XA, 0x329, "OE1"}, {CPU_XA, 0x328, "STINT1"}, {CPU_XA, 0x356, "SWR7"}, {CPU_XA, 0x355, "SWR6"}, {CPU_XA, 0x354, "SWR5"}, {CPU_XA, 0x353, "SWR4"}, {CPU_XA, 0x352, "SWR3"}, {CPU_XA, 0x351, "SWR2"}, {CPU_XA, 0x350, "SWR1"}, {CPU_XA, 0x2C7, "TF2"}, {CPU_XA, 0x2C6, "EXF2"}, {CPU_XA, 0x2C5, "RCLK0"}, {CPU_XA, 0x2C4, "TCLK0"}, {CPU_XA, 0x2CD, "RCLK1"}, {CPU_XA, 0x2CC, "TCLK1"}, {CPU_XA, 0x2C3, "EXEN2"}, {CPU_XA, 0x2C2, "TR2"}, {CPU_XA, 0x2C1, "CT2"}, {CPU_XA, 0x2C0, "CPRL2"}, {CPU_XA, 0x2C9, "T2OE"}, {CPU_XA, 0x2C8, "DCEN"}, {CPU_XA, 0x287, "TF1"}, {CPU_XA, 0x286, "TR1"}, {CPU_XA, 0x285, "TF0"}, {CPU_XA, 0x284, "TR0"}, {CPU_XA, 0x283, "IE1"}, {CPU_XA, 0x282, "IT1"}, {CPU_XA, 0x281, "IE0"}, {CPU_XA, 0x280, "IT0"}, {CPU_XA, 0x28A, "T1OE"}, {CPU_XA, 0x288, "T0OE"}, {CPU_XA, 0x2FF, "PRE2"}, {CPU_XA, 0x2FE, "PRE1"}, {CPU_XA, 0x2FD, "PRE0"}, {CPU_XA, 0x2FA, "WDRUN"}, {CPU_XA, 0x2F9, "WDTOF"}, {CPU_XA, 0x2F8, "WDMOD"}, {CPU_XA, 0x388, "WR1"}, {CPU_XA, 0x38F, "T2EX"}, {CPU_XA, 0x38C, "RXD1"}, {CPU_XA, 0x38D, "TXD1"}, {CPU_XA, 0x398, "RXD0"}, {CPU_XA, 0x399, "TXD0"}, {CPU_XA, 0x39A, "INT0"}, {CPU_XA, 0x39B, "INT1"}, {CPU_XA, 0x39C, "T0"}, {CPU_XA, 0x39D, "T1"}, {CPU_XA, 0x39E, "WR"}, {CPU_XA, 0x39F, "RD"}, sdcc-2.9.0/sim/ucsim/xa.src/xa_sfr.cc000066400000000000000000000070351116427777700173650ustar00rootroot00000000000000{CPU_XA, 0x400, "PSW"}, /* Program status word */ {CPU_XA, 0x400, "PSWL"}, /* Program status word (low byte) */ {CPU_XA, 0x401, "PSWH"}, /* Program status word (high byte) */ {CPU_XA, 0x402, "PSW51"}, /* 80C51 compatible PSW */ {CPU_XA, 0x403, "SSEL"}, /* Segment selection register */ {CPU_XA, 0x404, "PCON"}, /* Power control register */ {CPU_XA, 0x410, "TCON"}, /* Timer 0 and 1 control register */ {CPU_XA, 0x411, "TSTAT"}, /* Timer 0 and 1 extended status */ {CPU_XA, 0x418, "T2CON"}, /* Timer 2 control register */ {CPU_XA, 0x419, "T2MOD"}, /* Timer 2 mode control */ {CPU_XA, 0x41F, "WDCON"}, /* Watchdog control register */ {CPU_XA, 0x420, "S0CON"}, /* Serial port 0 control register */ {CPU_XA, 0x421, "S0STAT"}, /* Serial port 0 extended status */ {CPU_XA, 0x424, "S1CON"}, /* Serial port 1 control register */ {CPU_XA, 0x425, "S1STAT"}, /* Serial port 1 extended status */ {CPU_XA, 0x426, "IEL"}, /* Interrupt enable low byte */ {CPU_XA, 0x427, "IEH"}, /* Interrupt enable high byte */ {CPU_XA, 0x42A, "SWR"}, /* Software Interrupt Request */ {CPU_XA, 0x430, "P0"}, /* Port 0 */ {CPU_XA, 0x431, "P1"}, /* Port 1 */ {CPU_XA, 0x432, "P2"}, /* Port 2 */ {CPU_XA, 0x433, "P3"}, /* Port3 */ {CPU_XA, 0x440, "SCR"}, /* System configuration register */ {CPU_XA, 0x441, "DS"}, /* Data segment */ {CPU_XA, 0x442, "ES"}, /* Extra segment */ {CPU_XA, 0x443, "CS"}, /* Code segment */ {CPU_XA, 0x450, "TL0"}, /* Timer 0 low byte */ {CPU_XA, 0x451, "TH0"}, /* Timer 0 high byte */ {CPU_XA, 0x452, "TL1"}, /* Timer 1 low byte */ {CPU_XA, 0x453, "TH1"}, /* Timer 1 high byte */ {CPU_XA, 0x454, "RTL0"}, /* Timer 0 extended reload, low byte */ {CPU_XA, 0x455, "RTH0"}, /* Timer 0 extended reload, high byte */ {CPU_XA, 0x456, "RTL1"}, /* Timer 1 extended reload, low byte */ {CPU_XA, 0x457, "RTH1"}, /* Timer 1 extended reload, high byte */ {CPU_XA, 0x458, "TL2"}, /* Timer 2 low byte */ {CPU_XA, 0x459, "TH2"}, /* Timer 2 high byte */ {CPU_XA, 0x45A, "T2CAPL"}, /* Timer 2 capture register, low byte */ {CPU_XA, 0x45B, "T2CAPH"}, /* Timer 2 capture register, high byte */ {CPU_XA, 0x45C, "TMOD"}, /* Timer 0 and 1 mode register */ {CPU_XA, 0x45D, "WFEED1"}, /* Watchdog feed 1 */ {CPU_XA, 0x45E, "WFEED2"}, /* Watchdog feed 2 */ {CPU_XA, 0x45F, "WDL"}, /* Watchdog timer reload */ {CPU_XA, 0x460, "S0BUF"}, /* Serial port 0 buffer register */ {CPU_XA, 0x461, "S0ADDR"}, /* Serial port 0 address register */ {CPU_XA, 0x462, "S0ADEN"}, /* Serial port 0 address enable register */ {CPU_XA, 0x464, "S1BUF"}, /* Serial port 1 buffer register */ {CPU_XA, 0x465, "S1ADDR"}, /* Serial port 1 address register */ {CPU_XA, 0x466, "S1ADEN"}, /* Serial port 1 address enable register */ {CPU_XA, 0x468, "BTRL"}, /* Bus timing register high byte */ {CPU_XA, 0x469, "BTRH"}, /* Bus timing register low byte */ {CPU_XA, 0x46A, "BCR"}, /* Bus configuration register */ {CPU_XA, 0x470, "P0CFGA"}, /* Port 0 configuration A */ {CPU_XA, 0x471, "P1CFGA"}, /* Port 1 configuration A */ {CPU_XA, 0x472, "P2CFGA"}, /* Port 2 configuration A */ {CPU_XA, 0x473, "P3CFGA"}, /* Port 3 configuration A */ {CPU_XA, 0x47A, "SWE"}, /* Software Interrupt Enable */ {CPU_XA, 0x4A0, "IPA0"}, /* Interrupt priority 0 */ {CPU_XA, 0x4A1, "IPA1"}, /* Interrupt priority 1 */ {CPU_XA, 0x4A2, "IPA2"}, /* Interrupt priority 2 */ {CPU_XA, 0x4A4, "IPA4"}, /* Interrupt priority 4 */ {CPU_XA, 0x4A5, "IPA5"}, /* Interrupt priority 5 */ {CPU_XA, 0x4F0, "P0CFGB"}, /* Port 0 configuration B */ {CPU_XA, 0x4F1, "P1CFGB"}, /* Port 1 configuration B */ {CPU_XA, 0x4F2, "P2CFGB"}, /* Port 2 configuration B */ {CPU_XA, 0x4F3, "P3CFGB"}, /* Port 3 configuration B */ sdcc-2.9.0/sim/ucsim/xa.src/xacl.h000066400000000000000000000264201116427777700166730ustar00rootroot00000000000000/* * Simulator of microcontrollers (xacl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * Other contributors include: * Karl Bongers karl@turbobit.com, * Johan Knol johan.knol@iduna.nl * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef XACL_HEADER #define XACL_HEADER #include "uccl.h" #include "regsxa.h" /* * Base type of XA microcontrollers */ class cl_xa: public cl_uc { public: class cl_address_space *ram; class cl_address_space *rom; struct t_regs regs; class cl_address_space *sfr, *iram; // for now make it as simple as possible // TYPE_UBYTE mem_direct[1024*2]; //#ifndef WORDS_BIGENDIAN // TYPE_UWORD *wmem_direct; /* word pointer at mem_direct */ //#endif public: cl_xa(class cl_sim *asim); virtual int init(void); virtual char *id_string(void); //virtual class cl_m *mk_mem(enum mem_class type, char *class_name); //virtual t_addr get_mem_size(enum mem_class type); virtual void mk_hw_elements(void); virtual void make_memories(void); virtual struct dis_entry *dis_tbl(void); virtual struct name_entry *sfr_tbl(void); virtual struct name_entry *bit_tbl(void); virtual char *get_dir_name(short); virtual char *get_bit_name(short); virtual int inst_length(t_addr addr); virtual int inst_branch(t_addr addr); virtual int longest_inst(void); virtual int get_disasm_info(t_addr addr, int *ret_len, int *ret_branch, int *immed_offset, int *parms, int *mnemonic); virtual const char *disass(t_addr addr, const char *sep); virtual void print_regs(class cl_console_base *con); virtual int exec_inst(void); virtual int get_reg(int word_flag, unsigned int index); virtual void store1(t_addr addr, unsigned char val); virtual void store2(t_addr addr, unsigned short val); virtual unsigned char get1(t_addr addr); virtual unsigned short get2(t_addr addr); virtual bool get_bit(int bit); virtual void set_bit(int bit, int value); #include "instcl.h" private : /* following are macros which get substituted for FUNC1() and FUNC2() in the inst.cc to form the body of ADD,ADDC,SUB,XOR,... */ /* can I put these in the .cc file and still have them do the inline thing? */ /*------------------------------------- add - flags changed:C,AC,V,N,Z. |---------------------------------------*/ inline unsigned char add1(unsigned char dst, unsigned char src) { unsigned int result; unsigned char flags; flags = get_psw(); flags &= ~BIT_ALL; /* clear these bits */ result = dst + src; if (result == 0) flags |= BIT_Z; if (result > 0xff) flags |= BIT_C; if (result & 0x80) flags |= BIT_N; /* fixme: do AC, V */ set_psw(flags); return (unsigned char) result; } inline unsigned short add2(unsigned short dst, unsigned short src) { unsigned int result; unsigned char flags; flags = get_psw(); flags &= ~BIT_ALL; /* clear these bits */ result = dst + src; if (result == 0) flags |= BIT_Z; if (result > 0xff) flags |= BIT_C; if (result & 0x80) flags |= BIT_N; /* fixme: do AC, V */ set_psw(flags); return (unsigned short) result; } /*------------------------------------- addc - flags changed:C,AC,V,N,Z. |---------------------------------------*/ inline unsigned char addc1(unsigned char dst, unsigned char src) { unsigned int result; unsigned char flags; flags = get_psw(); if (flags & BIT_C) { flags &= ~BIT_ALL; /* clear these bits */ result = dst + src + 1; } else { flags &= ~BIT_ALL; /* clear these bits */ result = dst + src; } if (result == 0) flags |= BIT_Z; if (result > 0xff) flags |= BIT_C; if (result & 0x80) flags |= BIT_N; /* fixme: do AC, V */ set_psw(flags); return (unsigned char) result; } inline unsigned short addc2(unsigned short dst, unsigned short src) { unsigned int result; unsigned char flags; flags = get_psw(); flags &= ~BIT_ALL; /* clear these bits */ if (flags & BIT_C) { flags &= ~BIT_ALL; /* clear these bits */ result = dst + src + 1; } else { flags &= ~BIT_ALL; /* clear these bits */ result = dst + src; } if (result == 0) flags |= BIT_Z; if (result > 0xff) flags |= BIT_C; if (result & 0x80) flags |= BIT_N; /* fixme: do AC, V */ set_psw(flags); return (unsigned short) result; } /*------------------------------------- sub - flags changed:C,AC,V,N,Z. |---------------------------------------*/ inline unsigned char sub1(unsigned char dst, unsigned char src) { unsigned int result; unsigned char flags; flags = get_psw(); flags &= ~BIT_ALL; /* clear these bits */ result = dst - src; if (result == 0) flags |= BIT_Z; if (result > 0xff) flags |= BIT_C; if (dst < src) flags |= BIT_N; /* fixme: do AC, V */ set_psw(flags); return (unsigned char) result; } inline unsigned short sub2(unsigned short dst, unsigned short src) { unsigned int result; unsigned char flags; flags = get_psw(); flags &= ~BIT_ALL; /* clear these bits */ result = dst - src; if (result == 0) flags |= BIT_Z; if (result > 0xff) flags |= BIT_C; if (dst < src) flags |= BIT_N; /* fixme: do AC, V */ set_psw(flags); return (unsigned short) result; } /*------------------------------------- subb - flags changed:C,AC,V,N,Z. |---------------------------------------*/ inline unsigned char subb1(unsigned char dst, unsigned char src) { unsigned int result; unsigned char flags; flags = get_psw(); if (flags & BIT_C) { flags &= ~BIT_ALL; /* clear these bits */ result = dst - src - 1; } else { flags &= ~BIT_ALL; /* clear these bits */ result = dst - src; } if (result == 0) flags |= BIT_Z; if (result > 0xff) flags |= BIT_C; if (dst < src) flags |= BIT_N; /* fixme: do AC, V */ set_psw(flags); return (unsigned char) result; } inline unsigned short subb2(unsigned short dst, unsigned short src) { unsigned int result; unsigned char flags; flags = get_psw(); flags &= ~BIT_ALL; /* clear these bits */ if (flags & BIT_C) { flags &= ~BIT_ALL; /* clear these bits */ result = dst - src - 1; } else { flags &= ~BIT_ALL; /* clear these bits */ result = dst - src; } if (result == 0) flags |= BIT_Z; if (result > 0xff) flags |= BIT_C; if (dst < src) flags |= BIT_N; /* fixme: do AC, V */ set_psw(flags); return (unsigned short) result; } /*------------------------------------- cmp - flags changed:C,AC,V,N,Z. |---------------------------------------*/ inline unsigned char cmp1(unsigned char dst, unsigned char src) { unsigned int result; unsigned char flags; flags = get_psw(); flags &= ~BIT_ALL; /* clear these bits */ result = dst - src; if (result == 0) flags |= BIT_Z; if (result > 0xff) flags |= BIT_C; if (dst < src) flags |= BIT_N; /* fixme: do AC, V */ set_psw(flags); return (unsigned char) dst; } inline unsigned short cmp2(unsigned short dst, unsigned short src) { unsigned int result; unsigned char flags; flags = get_psw(); flags &= ~BIT_ALL; /* clear these bits */ result = dst - src; if (result == 0) flags |= BIT_Z; if (result > 0xff) flags |= BIT_C; if (dst < src) flags |= BIT_N; /* fixme: do AC, V */ set_psw(flags); return (unsigned short) dst; } /*------------------------------------- and - flags changed:N,Z. |---------------------------------------*/ inline unsigned char and1(unsigned char dst, unsigned char src) { unsigned int result; unsigned char flags; flags = get_psw() & ~(BIT_N | BIT_Z); /* clear these bits */ result = dst & src; if (result == 0) flags |= BIT_Z; if (result & 0x80) flags |= BIT_N; set_psw(flags); return (unsigned char) result; } inline unsigned short and2(unsigned short dst, unsigned short src) { unsigned int result; unsigned char flags; flags = get_psw() & ~(BIT_N | BIT_Z); /* clear these bits */ result = dst & src; if (result == 0) flags |= BIT_Z; if (result & 0x80) flags |= BIT_N; set_psw(flags); return (unsigned short) result; } /*------------------------------------- or - flags changed:N,Z. |---------------------------------------*/ inline unsigned char or1(unsigned char dst, unsigned char src) { unsigned int result; unsigned char flags; flags = get_psw() & ~(BIT_N | BIT_Z); /* clear these bits */ result = dst | src; if (result == 0) flags |= BIT_Z; if (result & 0x80) flags |= BIT_N; set_psw(flags); return (unsigned char) result; } inline unsigned short or2(unsigned short dst, unsigned short src) { unsigned int result; unsigned char flags; flags = get_psw() & ~(BIT_N | BIT_Z); /* clear these bits */ result = dst | src; if (result == 0) flags |= BIT_Z; if (result & 0x80) flags |= BIT_N; set_psw(flags); return (unsigned short) result; } /*------------------------------------- xor - flags changed:N,Z. |---------------------------------------*/ inline unsigned char xor1(unsigned char dst, unsigned char src) { unsigned char flags; flags = get_psw() & ~(BIT_N | BIT_Z); /* clear these bits */ dst ^= src; if (dst == 0) flags |= BIT_Z; if (dst & 0x80) flags |= BIT_N; set_psw(flags); return (unsigned char) dst; } inline unsigned short xor2(unsigned short dst, unsigned short src) { unsigned char flags; flags = get_psw() & ~(BIT_N | BIT_Z); /* clear these bits */ dst ^= src; if (dst == 0) flags |= BIT_Z; if (dst & 0x8000) flags |= BIT_N; set_psw(flags); return (unsigned short) dst; } /*------------------------------------- mov - flags changed:N,Z. |---------------------------------------*/ inline unsigned char mov1(unsigned char dst, unsigned char src) { unsigned char flags; flags = get_psw() & ~(BIT_N | BIT_Z); /* clear these bits */ dst = src; if (dst == 0) flags |= BIT_Z; if (dst & 0x80) flags |= BIT_N; set_psw(flags); return (unsigned char) dst; } inline unsigned short mov2(unsigned short dst, unsigned short src) { unsigned char flags; flags = get_psw() & ~(BIT_N | BIT_Z); /* clear these bits */ dst = src; if (dst == 0) flags |= BIT_Z; if (dst & 0x8000) flags |= BIT_N; set_psw(flags); return (unsigned short) dst; } }; #endif /* End of xa.src/xacl.h */ sdcc-2.9.0/sim/ucsim/z80.src/000077500000000000000000000000001116427777700156005ustar00rootroot00000000000000sdcc-2.9.0/sim/ucsim/z80.src/(c).1000066400000000000000000000016261116427777700162320ustar00rootroot00000000000000/* * Simulator of microcontrollers (@@F@@) * * Copyright (C) @@S@@,@@Y@@ Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ sdcc-2.9.0/sim/ucsim/z80.src/Makefile.in000066400000000000000000000067221116427777700176540ustar00rootroot00000000000000# # uCsim z80.src/Makefile # # (c) Drotos Daniel, Talker Bt. 1997 # STARTYEAR = 1997 SHELL = /bin/sh CXX = @CXX@ CPP = @CPP@ CXXCPP = @CXXCPP@ RANLIB = @RANLIB@ INSTALL = @INSTALL@ STRIP = @STRIP@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ DEFS = $(subs -DHAVE_CONFIG_H,,@DEFS@) CPPFLAGS = @CPPFLAGS@ -I$(srcdir) -I$(top_srcdir) -I$(top_builddir) \ -I$(top_srcdir)/cmd.src -I$(top_srcdir)/sim.src \ -I$(top_srcdir)/gui.src CFLAGS = @CFLAGS@ -Wall CXXFLAGS = @CXXFLAGS@ -Wall LDFLAGS = @LDFLAGS@ M_OR_MM = @M_OR_MM@ PICOPT = @PICOPT@ SHAREDLIB = @SHAREDLIB@ EXEEXT = @EXEEXT@ LIBS = -L$(top_builddir) -lsim -lucsimutil -lguiucsim -lcmd -lsim @LIBS@ DL = @DL@ dl_ok = @dl_ok@ prefix = @prefix@ exec_prefix = @exec_prefix@ bindir = @bindir@ libdir = @libdir@ datadir = @datadir@ datarootdir = @datarootdir@ includedir = @includedir@ mandir = @mandir@ man1dir = $(mandir)/man1 man2dir = $(mandir)/man2 infodir = @infodir@ srcdir = @srcdir@ VPATH = @srcdir@ OBJECTS_SHARED = glob.o \ inst.o \ inst_cb.o \ inst_dd.o \ inst_ed.o \ inst_fd.o \ inst_ddcb.o \ inst_fdcb.o \ simz80.o z80.o OBJECTS_EXE = sz80.o OBJECTS = $(OBJECTS_SHARED) $(OBJECTS_EXE) Z80ASM = enable_dlso = @enable_dlso@ dlso_ok = @dlso_ok@ #TEST_OBJ = test_bit.hex test_dis.hex test_mov.hex test_jmp.hex \ # test_arith.hex # Compiling entire program or any subproject # ------------------------------------------ all: checkconf otherlibs z80.src tests tests: $(TEST_OBJ) # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs $(INSTALL) sz80$(EXEEXT) $(DESTDIR)$(bindir)/sz80$(EXEEXT) $(STRIP) $(DESTDIR)$(bindir)/sz80$(EXEEXT) # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/sz80$(EXEEXT) # Performing self-test # -------------------- check: test test: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: test -d $(DESTDIR)$(bindir) || $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: Makefile.dep Makefile.dep: $(srcdir)/*.cc $(srcdir)/*.h $(CXXCPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.cc,$^) >Makefile.dep -include Makefile.dep include $(srcdir)/clean.mk # My rules # -------- .SUFFIXES: .asm .hex z80.src: sz80$(EXEEXT) shared_lib sz80$(EXEEXT): $(OBJECTS) $(top_builddir)/*.a $(CXX) $(CXXFLAGS) $(LDFLAGS) -o $@ $(OBJECTS) $(LIBS) ifeq ($(dlso_ok),yes) shared_lib: $(top_builddir)/sz80.so else shared_lib: @$(top_srcdir)/mkecho $(top_builddir) "No z80 shared lib made." @$(top_srcdir)/mkecho $(top_builddir) "(SHAREDLIB="$(SHAREDLIB)",dl_ok="$(dl_ok)",enable_dlso="$(enable_dlso)")" endif $(top_builddir)/sz80.so: $(OBJECTS_SHARED) $(CXX) -shared $(LDFLAGS) $(OBJECTS_SHARED) -o $(top_builddir)/sz80.so otherlibs: $(MAKE) -C $(top_builddir)/cmd.src all $(MAKE) -C $(top_builddir)/sim.src all .cc.o: $(CXX) $(CXXFLAGS) $(CPPFLAGS) $(TARGET_ARCH) -c $< -o $@ .asm.hex: $(Z80ASM) -l $< -o $@ -e $<.lst # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" freshconf;\ fi # End of z80.src/Makefile.in sdcc-2.9.0/sim/ucsim/z80.src/clean.mk000066400000000000000000000014051116427777700172130ustar00rootroot00000000000000# Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] rm -f .[a-z]*~ rm -f sz80$(EXEEXT) # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f config.cache config.log config.status rm -f Makefile *.dep # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean # End of z80.src/clean.mk sdcc-2.9.0/sim/ucsim/z80.src/conf.mk000066400000000000000000000003121116427777700170520ustar00rootroot00000000000000# # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of z80.src/conf.mk sdcc-2.9.0/sim/ucsim/z80.src/glob.cc000066400000000000000000001464021116427777700170410ustar00rootroot00000000000000/* * Simulator of microcontrollers (glob.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include #include "stypes.h" /* %d - signed compl.,byte jump %w - 2-byte jump or imm. value %b - byte imm. value */ /* uint code, mask; char branch; uchar length; char *mnemonic; */ struct dis_entry disass_z80[]= { { 0x0000, 0x00ff, ' ', 1, "NOP" }, { 0x0001, 0x00ff, ' ', 3, "LD BC,%w" }, { 0x0002, 0x00ff, ' ', 1, "LD (BC),A" }, { 0x0003, 0x00ff, ' ', 1, "INC BC" }, { 0x0004, 0x00ff, ' ', 1, "INC B" }, { 0x0005, 0x00ff, ' ', 1, "DEC B" }, { 0x0006, 0x00ff, ' ', 2, "LD b,%b" }, { 0x0007, 0x00ff, ' ', 1, "RLCA" }, { 0x0008, 0x00ff, ' ', 1, "EX AF,AF'" }, { 0x0009, 0x00ff, ' ', 1, "ADD HL,BC" }, { 0x000a, 0x00ff, ' ', 1, "LD A,(BC)" }, { 0x000b, 0x00ff, ' ', 1, "DEC BC" }, { 0x000c, 0x00ff, ' ', 1, "INC C" }, { 0x000d, 0x00ff, ' ', 1, "DEC C" }, { 0x000e, 0x00ff, ' ', 2, "LD C,%b" }, { 0x000f, 0x00ff, ' ', 1, "RRCA" }, { 0x0010, 0x00ff, 'R', 2, "DJNZ %d" }, { 0x0011, 0x00ff, ' ', 3, "LD DE,%w" }, { 0x0012, 0x00ff, ' ', 1, "LD (DE),A" }, { 0x0013, 0x00ff, ' ', 1, "INC DE" }, { 0x0014, 0x00ff, ' ', 1, "INC D" }, { 0x0015, 0x00ff, ' ', 1, "DEC D" }, { 0x0016, 0x00ff, ' ', 2, "LD D,%b" }, { 0x0017, 0x00ff, ' ', 1, "RLA" }, { 0x0018, 0x00ff, 'R', 2, "JR %d" }, { 0x0019, 0x00ff, ' ', 3, "ADD HL,DE" }, { 0x001a, 0x00ff, ' ', 1, "LD A,DE" }, { 0x001b, 0x00ff, ' ', 1, "DEC DE" }, { 0x001c, 0x00ff, ' ', 1, "INC E" }, { 0x001d, 0x00ff, ' ', 1, "DEC E" }, { 0x001e, 0x00ff, ' ', 2, "LD E" }, { 0x001f, 0x00ff, ' ', 1, "RRA" }, { 0x0020, 0x00ff, 'R', 2, "JR NZ,%d" }, { 0x0021, 0x00ff, ' ', 3, "LD HL,%w" }, { 0x0022, 0x00ff, ' ', 3, "LD (%w),HL" }, { 0x0023, 0x00ff, ' ', 1, "INC HL" }, { 0x0024, 0x00ff, ' ', 1, "INC H" }, { 0x0025, 0x00ff, ' ', 1, "DEC H" }, { 0x0026, 0x00ff, ' ', 2, "LD H,%b" }, { 0x0027, 0x00ff, ' ', 1, "DAA" }, { 0x0028, 0x00ff, 'R', 2, "JR Z,%d" }, { 0x0029, 0x00ff, ' ', 1, "ADD HL,HL" }, { 0x002a, 0x00ff, ' ', 3, "LD HL,(%w)" }, { 0x002b, 0x00ff, ' ', 1, "DEC HL" }, { 0x002c, 0x00ff, ' ', 1, "INC L" }, { 0x002d, 0x00ff, ' ', 1, "DEC L" }, { 0x002e, 0x00ff, ' ', 2, "LD L, %b" }, { 0x002f, 0x00ff, ' ', 1, "CPL" }, { 0x0030, 0x00ff, 'R', 2, "JR NC,%d" }, { 0x0031, 0x00ff, ' ', 3, "LD SP,%w" }, { 0x0032, 0x00ff, ' ', 3, "LD (%w),A" }, { 0x0033, 0x00ff, ' ', 1, "INC SP" }, { 0x0034, 0x00ff, ' ', 1, "INC HL" }, { 0x0035, 0x00ff, ' ', 1, "DEC HL" }, { 0x0036, 0x00ff, ' ', 2, "LD (HL),%b" }, { 0x0037, 0x00ff, ' ', 1, "SCF" }, { 0x0038, 0x00ff, 'R', 2, "JR C,%d" }, { 0x0039, 0x00ff, ' ', 1, "ADD HL,SP" }, { 0x003a, 0x00ff, ' ', 3, "LD A,(%w)" }, { 0x003b, 0x00ff, ' ', 1, "DEC SP" }, { 0x003c, 0x00ff, ' ', 1, "INC A" }, { 0x003d, 0x00ff, ' ', 1, "DEC A" }, { 0x003e, 0x00ff, ' ', 2, "LD A,%b" }, { 0x003f, 0x00ff, ' ', 1, "CCF" }, { 0x0040, 0x00ff, ' ', 1, "LD B,B" }, { 0x0041, 0x00ff, ' ', 1, "LD B,C" }, { 0x0042, 0x00ff, ' ', 1, "LD B,D" }, { 0x0043, 0x00ff, ' ', 1, "LD B,E" }, { 0x0044, 0x00ff, ' ', 1, "LD B,H" }, { 0x0045, 0x00ff, ' ', 1, "LD B,L" }, { 0x0046, 0x00ff, ' ', 1, "LD B,(HL)" }, { 0x0047, 0x00ff, ' ', 1, "LD B,a" }, { 0x0048, 0x00ff, ' ', 1, "LD C,B" }, { 0x0049, 0x00ff, ' ', 1, "LD C,C" }, { 0x004a, 0x00ff, ' ', 1, "LD C,D" }, { 0x004b, 0x00ff, ' ', 1, "LD C,E" }, { 0x004c, 0x00ff, ' ', 1, "LD C,H" }, { 0x004d, 0x00ff, ' ', 1, "LD C,L" }, { 0x004e, 0x00ff, ' ', 1, "LD C,(HL)" }, { 0x004f, 0x00ff, ' ', 1, "LD C,A" }, { 0x0050, 0x00ff, ' ', 1, "LD D,B" }, { 0x0051, 0x00ff, ' ', 1, "LD D,C" }, { 0x0052, 0x00ff, ' ', 1, "LD D,D" }, { 0x0053, 0x00ff, ' ', 1, "LD D,E" }, { 0x0054, 0x00ff, ' ', 1, "LD D,H" }, { 0x0055, 0x00ff, ' ', 1, "LD D,L" }, { 0x0056, 0x00ff, ' ', 1, "LD D,(HL)" }, { 0x0057, 0x00ff, ' ', 1, "LD D,A" }, { 0x0058, 0x00ff, ' ', 1, "LD E,B" }, { 0x0059, 0x00ff, ' ', 1, "LD E,C" }, { 0x005a, 0x00ff, ' ', 1, "LD E,D" }, { 0x005b, 0x00ff, ' ', 1, "LD E,E" }, { 0x005c, 0x00ff, ' ', 1, "LD E,H" }, { 0x005d, 0x00ff, ' ', 1, "LD E,L" }, { 0x005e, 0x00ff, ' ', 1, "LD E,(HL)" }, { 0x005f, 0x00ff, ' ', 1, "LD E,A" }, { 0x0060, 0x00ff, ' ', 1, "LD H,B" }, { 0x0061, 0x00ff, ' ', 1, "LD H,C" }, { 0x0062, 0x00ff, ' ', 1, "LD H,D" }, { 0x0063, 0x00ff, ' ', 1, "LD H,E" }, { 0x0064, 0x00ff, ' ', 1, "LD H,H" }, { 0x0065, 0x00ff, ' ', 1, "LD H,L" }, { 0x0066, 0x00ff, ' ', 1, "LD H,(HL)" }, { 0x0067, 0x00ff, ' ', 1, "LD H,A" }, { 0x0068, 0x00ff, ' ', 1, "LD L,B" }, { 0x0069, 0x00ff, ' ', 1, "LD L,C" }, { 0x006a, 0x00ff, ' ', 1, "LD L,D" }, { 0x006b, 0x00ff, ' ', 1, "LD L,E" }, { 0x006c, 0x00ff, ' ', 1, "LD L,H" }, { 0x006d, 0x00ff, ' ', 1, "LD L,L" }, { 0x006e, 0x00ff, ' ', 1, "LD L,(HL)" }, { 0x006f, 0x00ff, ' ', 1, "LD L,A" }, { 0x0070, 0x00ff, ' ', 1, "LD (HL),B" }, { 0x0071, 0x00ff, ' ', 1, "LD (HL),C" }, { 0x0072, 0x00ff, ' ', 1, "LD (HL),D" }, { 0x0073, 0x00ff, ' ', 1, "LD (HL),E" }, { 0x0074, 0x00ff, ' ', 1, "LD (HL),H" }, { 0x0075, 0x00ff, ' ', 1, "LD (HL),L" }, { 0x0076, 0x00ff, ' ', 1, "HALT" }, { 0x0077, 0x00ff, ' ', 1, "LD (HL),A" }, { 0x0078, 0x00ff, ' ', 1, "LD A,B" }, { 0x0079, 0x00ff, ' ', 1, "LD A,C" }, { 0x007a, 0x00ff, ' ', 1, "LD A,D" }, { 0x007b, 0x00ff, ' ', 1, "LD A,E" }, { 0x007c, 0x00ff, ' ', 1, "LD A,H" }, { 0x007d, 0x00ff, ' ', 1, "LD A,L" }, { 0x007e, 0x00ff, ' ', 1, "LD A,(HL)" }, { 0x007f, 0x00ff, ' ', 1, "LD A,A" }, { 0x0080, 0x00ff, ' ', 1, "ADD A,B" }, { 0x0081, 0x00ff, ' ', 1, "ADD A,C" }, { 0x0082, 0x00ff, ' ', 1, "ADD A,D" }, { 0x0083, 0x00ff, ' ', 1, "ADD A,E" }, { 0x0084, 0x00ff, ' ', 1, "ADD A,H" }, { 0x0085, 0x00ff, ' ', 1, "ADD A,L" }, { 0x0086, 0x00ff, ' ', 1, "ADD A,(HL)" }, { 0x0087, 0x00ff, ' ', 1, "ADD A,A" }, { 0x0088, 0x00ff, ' ', 1, "ADC A,B" }, { 0x0089, 0x00ff, ' ', 1, "ADC A,C" }, { 0x008a, 0x00ff, ' ', 1, "ADC A,D" }, { 0x008b, 0x00ff, ' ', 1, "ADC A,E" }, { 0x008c, 0x00ff, ' ', 1, "ADC A,H" }, { 0x008d, 0x00ff, ' ', 1, "ADC A,L" }, { 0x008e, 0x00ff, ' ', 1, "ADC A,(HL)" }, { 0x008f, 0x00ff, ' ', 1, "ADC A,A" }, { 0x0090, 0x00ff, ' ', 1, "SUB A,B"}, { 0x0091, 0x00ff, ' ', 1, "SUB A,C"}, { 0x0092, 0x00ff, ' ', 1, "SUB A,D"}, { 0x0093, 0x00ff, ' ', 1, "SUB A,E"}, { 0x0094, 0x00ff, ' ', 1, "SUB A,H"}, { 0x0095, 0x00ff, ' ', 1, "SUB A,L"}, { 0x0096, 0x00ff, ' ', 1, "SUB A,(HL)"}, { 0x0097, 0x00ff, ' ', 1, "SUB A,A"}, { 0x0098, 0x00ff, ' ', 1, "SBC A,B" }, { 0x0099, 0x00ff, ' ', 1, "SBC A,C" }, { 0x009a, 0x00ff, ' ', 1, "SBC A,D" }, { 0x009b, 0x00ff, ' ', 1, "SBC A,E" }, { 0x009c, 0x00ff, ' ', 1, "SBC A,H" }, { 0x009d, 0x00ff, ' ', 1, "SBC A,L" }, { 0x009e, 0x00ff, ' ', 1, "SBC A,(HL)" }, { 0x009f, 0x00ff, ' ', 1, "SBC A,A" }, { 0x00a0, 0x00ff, ' ', 1, "AND B" }, { 0x00a1, 0x00ff, ' ', 1, "AND C" }, { 0x00a2, 0x00ff, ' ', 1, "AND D" }, { 0x00a3, 0x00ff, ' ', 1, "AND E" }, { 0x00a4, 0x00ff, ' ', 1, "AND H" }, { 0x00a5, 0x00ff, ' ', 1, "AND L" }, { 0x00a6, 0x00ff, ' ', 1, "AND (HL)" }, { 0x00a7, 0x00ff, ' ', 1, "AND A" }, { 0x00a8, 0x00ff, ' ', 1, "XOR B" }, { 0x00a9, 0x00ff, ' ', 1, "XOR C" }, { 0x00aa, 0x00ff, ' ', 1, "XOR D" }, { 0x00ab, 0x00ff, ' ', 1, "XOR E" }, { 0x00ac, 0x00ff, ' ', 1, "XOR H" }, { 0x00ad, 0x00ff, ' ', 1, "XOR L" }, { 0x00ae, 0x00ff, ' ', 1, "XOR (HL)" }, { 0x00af, 0x00ff, ' ', 1, "XOR A" }, { 0x00b0, 0x00ff, ' ', 1, "OR B" }, { 0x00b1, 0x00ff, ' ', 1, "OR C" }, { 0x00b2, 0x00ff, ' ', 1, "OR D" }, { 0x00b3, 0x00ff, ' ', 1, "OR E" }, { 0x00b4, 0x00ff, ' ', 1, "OR H" }, { 0x00b5, 0x00ff, ' ', 1, "OR L" }, { 0x00b6, 0x00ff, ' ', 1, "OR (HL)" }, { 0x00b7, 0x00ff, ' ', 1, "OR A" }, { 0x00b8, 0x00ff, ' ', 1, "CP B" }, { 0x00b9, 0x00ff, ' ', 1, "CP C" }, { 0x00ba, 0x00ff, ' ', 1, "CP D" }, { 0x00bb, 0x00ff, ' ', 1, "CP E" }, { 0x00bc, 0x00ff, ' ', 1, "CP H" }, { 0x00bd, 0x00ff, ' ', 1, "CP L" }, { 0x00be, 0x00ff, ' ', 1, "CP (HL)" }, { 0x00bf, 0x00ff, ' ', 1, "CP A" }, { 0x00c0, 0x00ff, ' ', 1, "RET NZ" }, { 0x00c1, 0x00ff, ' ', 1, "POP BC" }, { 0x00c2, 0x00ff, 'A', 3, "JP NZ, %w" }, { 0x00c3, 0x00ff, 'A', 3, "JP %w" }, { 0x00c4, 0x00ff, 'l', 3, "CALL NZ,%w" }, { 0x00c5, 0x00ff, ' ', 1, "PUSH BC" }, { 0x00c6, 0x00ff, ' ', 2, "ADD A,%b" }, { 0x00c7, 0x00ff, ' ', 1, "RST 0" }, { 0x00c8, 0x00ff, ' ', 1, "RET Z" }, { 0x00c9, 0x00ff, ' ', 1, "RET" }, { 0x00ca, 0x00ff, 'A', 3, "JP Z,%w" }, { 0x00cb, 0x00ff, ' ', 2, "?cb?" }, /* ESC code to lots of op-codes, all 2-byte */ { 0x00cc, 0x00ff, 'l', 3, "CALL Z,%w" }, { 0x00cd, 0x00ff, 'l', 3, "CALL %w" }, { 0x00ce, 0x00ff, ' ', 2, "ADC A,%b" }, { 0x00cf, 0x00ff, ' ', 1, "RST 8" }, { 0x00d0, 0x00ff, ' ', 1, "RET NC" }, { 0x00d1, 0x00ff, ' ', 1, "POP DE" }, { 0x00d2, 0x00ff, 'A', 3, "JP NC,%w" }, { 0x00d3, 0x00ff, ' ', 2, "OUT (%b),A" }, { 0x00d4, 0x00ff, 'l', 3, "CALL NC,%w" }, { 0x00d5, 0x00ff, ' ', 1, "PUSH DE" }, { 0x00d6, 0x00ff, ' ', 2, "sub %b" }, { 0x00d7, 0x00ff, ' ', 1, "RST 10H" }, { 0x00d8, 0x00ff, ' ', 1, "RET C" }, { 0x00d9, 0x00ff, ' ', 1, "EXX" }, { 0x00da, 0x00ff, 'A', 3, "JP C,%w" }, { 0x00db, 0x00ff, ' ', 2, "IN A,(%b)" }, { 0x00dc, 0x00ff, 'l', 3, "CALL C,%w" }, { 0x00dd, 0x00ff, ' ', 2, "?dd?" }, /* 0xdd - ESC codes,about 284, vary lengths, IX centric */ { 0x00de, 0x00ff, ' ', 2, "SBC A,%b" }, { 0x00df, 0x00ff, ' ', 1, "RST 18H" }, { 0x00e0, 0x00ff, ' ', 1, "RET PO" }, { 0x00e1, 0x00ff, ' ', 1, "POP HL" }, { 0x00e2, 0x00ff, 'A', 3, "JP PO,%w" }, { 0x00e3, 0x00ff, ' ', 1, "EX (SP),HL" }, { 0x00e4, 0x00ff, 'l', 3, "CALL PO,%w" }, { 0x00e5, 0x00ff, ' ', 1, "PUSH HL" }, { 0x00e6, 0x00ff, ' ', 2, "AND %b" }, { 0x00e7, 0x00ff, ' ', 1, "RST 20H" }, { 0x00e8, 0x00ff, ' ', 1, "RET PE" }, { 0x00e9, 0x00ff, 'A', 1, "JP (HL)" }, { 0x00ea, 0x00ff, 'A', 3, "JP PE,%w" }, { 0x00eb, 0x00ff, ' ', 1, "EX DE,HL" }, { 0x00ec, 0x00ff, 'l', 3, "CALL PE, %w" }, { 0x00ed, 0x00ff, ' ', 2, "?ed?" }, /* ESC code to about 80 opcodes of various lengths */ { 0x00ee, 0x00ff, ' ', 2, "XOR %b" }, { 0x00ef, 0x00ff, ' ', 1, "RST 28H" }, { 0x00f0, 0x00ff, ' ', 1, "RET P" }, { 0x00f1, 0x00ff, ' ', 1, "POP AF" }, { 0x00f2, 0x00ff, 'A', 3, "JP P,%w" }, { 0x00f3, 0x00ff, ' ', 1, "DI" }, { 0x00f4, 0x00ff, 'l', 3, "CALL P,%w" }, { 0x00f5, 0x00ff, ' ', 1, "PUSH AF" }, { 0x00f6, 0x00ff, ' ', 2, "OR %b" }, { 0x00f7, 0x00ff, ' ', 1, "RST 30H" }, { 0x00f8, 0x00ff, ' ', 1, "RET M" }, { 0x00f9, 0x00ff, ' ', 1, "LD SP,HL" }, { 0x00fa, 0x00ff, ' ', 3, "JP M,%w" }, { 0x00fb, 0x00ff, ' ', 1, "EI" }, { 0x00fc, 0x00ff, 'l', 3, "CALL M,%w" }, { 0x00fd, 0x00ff, ' ', 1, "?fd?" }, /* ESC codes,about 284, vary lengths, IY centric */ { 0x00fe, 0x00ff, ' ', 2, "CP %b" }, { 0x00ff, 0x00ff, ' ', 1, "RST 38H" }, { 0, 0, 0, 0, NULL } }; struct dis_entry disass_z80_ed[]= { { 0x0000, 0x00ff, ' ', 1, "RLC B" }, { 0x0040, 0x00ff, ' ', 1, "IN B,(C)" }, { 0x0041, 0x00ff, ' ', 1, "OUT (C),B" }, { 0x0042, 0x00ff, ' ', 1, "SBC HL,BC" }, { 0x0043, 0x00ff, ' ', 1, "LD (nnnn),BC" }, { 0x0044, 0x00ff, ' ', 1, "NEG" }, { 0x0045, 0x00ff, ' ', 1, "RETN" }, { 0x0046, 0x00ff, ' ', 1, "IM 0" }, { 0x0047, 0x00ff, ' ', 1, "LD IV,A" }, { 0x0048, 0x00ff, ' ', 1, "IN C,(C)" }, { 0x0049, 0x00ff, ' ', 1, "OUT (C),C" }, { 0x004A, 0x00ff, ' ', 1, "ADC HL,BC" }, { 0x004B, 0x00ff, ' ', 1, "LD BC,(nnnn)" }, { 0x004D, 0x00ff, ' ', 1, "RETI" }, { 0x004F, 0x00ff, ' ', 1, "LD R,A" }, { 0x0050, 0x00ff, ' ', 1, "IN D,(C)" }, { 0x0051, 0x00ff, ' ', 1, "OUT (C),D" }, { 0x0052, 0x00ff, ' ', 1, "SBC HL,DE" }, { 0x0053, 0x00ff, ' ', 1, "LD (nnnn),DE" }, { 0x0056, 0x00ff, ' ', 1, "IM 1" }, { 0x0057, 0x00ff, ' ', 1, "LD A,IV" }, { 0x0058, 0x00ff, ' ', 1, "IN E,(C)" }, { 0x0059, 0x00ff, ' ', 1, "OUT (C),E" }, { 0x005A, 0x00ff, ' ', 1, "ADC HL,DE" }, { 0x005B, 0x00ff, ' ', 1, "LD DE,(nnnn)" }, { 0x005E, 0x00ff, ' ', 1, "IM 2" }, { 0x005F, 0x00ff, ' ', 1, "LD A,R" }, { 0x0060, 0x00ff, ' ', 1, "IN H,(C)" }, { 0x0061, 0x00ff, ' ', 1, "OUT (C),H" }, { 0x0062, 0x00ff, ' ', 1, "SBC HL,HL" }, { 0x0063, 0x00ff, ' ', 1, "LD (nnnn),HL" }, { 0x0067, 0x00ff, ' ', 1, "RRD" }, { 0x0068, 0x00ff, ' ', 1, "IN L,(C)" }, { 0x0069, 0x00ff, ' ', 1, "OUT (C),L" }, { 0x006A, 0x00ff, ' ', 1, "ADC HL,HL" }, { 0x006B, 0x00ff, ' ', 1, "LD HL,(nnnn)" }, { 0x006F, 0x00ff, ' ', 1, "RLD" }, { 0x0070, 0x00ff, ' ', 1, "IN (C)" }, { 0x0071, 0x00ff, ' ', 1, " OUT (C),0" }, { 0x0072, 0x00ff, ' ', 1, "SBC HL,SP" }, { 0x0073, 0x00ff, ' ', 1, "LD (nnnn),SP" }, { 0x0078, 0x00ff, ' ', 1, "IN A,(C)" }, { 0x0079, 0x00ff, ' ', 1, "OUT (C),A" }, { 0x007A, 0x00ff, ' ', 1, "ADC HL,SP" }, { 0x007B, 0x00ff, ' ', 1, "LD SP,(nnnn)" }, { 0x00A0, 0x00ff, ' ', 1, "LDI" }, { 0x00A1, 0x00ff, ' ', 1, "CPI" }, { 0x00A2, 0x00ff, ' ', 1, "INI" }, { 0x00A3, 0x00ff, ' ', 1, "OUTI" }, { 0x00A8, 0x00ff, ' ', 1, "LDD" }, { 0x00A9, 0x00ff, ' ', 1, "CPD" }, { 0x00AA, 0x00ff, ' ', 1, "IND" }, { 0x00AB, 0x00ff, ' ', 1, "OUTD" }, { 0x00B0, 0x00ff, ' ', 1, "LDIR" }, { 0x00B1, 0x00ff, ' ', 1, "CPIR" }, { 0x00B2, 0x00ff, ' ', 1, "INIR" }, { 0x00B3, 0x00ff, ' ', 1, "OTIR" }, { 0x00B8, 0x00ff, ' ', 1, "LDDR" }, { 0x00B9, 0x00ff, ' ', 1, "CPDR" }, { 0x00BA, 0x00ff, ' ', 1, "INDR" }, { 0x00BB, 0x00ff, ' ', 1, "OTDR" }, { 0, 0, 0, 0, NULL } }; struct dis_entry disass_z80_cb[]= { { 0x0000, 0x00ff, ' ', 1, "RLC B" }, { 0x0001, 0x00ff, ' ', 1, "RLC C" }, { 0x0002, 0x00ff, ' ', 1, "RLC D" }, { 0x0003, 0x00ff, ' ', 1, "RLC E" }, { 0x0004, 0x00ff, ' ', 1, "RLC H" }, { 0x0005, 0x00ff, ' ', 1, "RLC L" }, { 0x0006, 0x00ff, ' ', 1, "RLC (HL)" }, { 0x0007, 0x00ff, ' ', 1, "RLC A" }, { 0x0008, 0x00ff, ' ', 1, "RRC B" }, { 0x0009, 0x00ff, ' ', 1, "RRC C" }, { 0x000A, 0x00ff, ' ', 1, "RRC D" }, { 0x000B, 0x00ff, ' ', 1, "RRC E" }, { 0x000C, 0x00ff, ' ', 1, "RRC H" }, { 0x000D, 0x00ff, ' ', 1, "RRC L" }, { 0x000E, 0x00ff, ' ', 1, "RRC (HL)" }, { 0x000F, 0x00ff, ' ', 1, "RRC A" }, { 0x0010, 0x00ff, ' ', 1, "RL B" }, { 0x0011, 0x00ff, ' ', 1, "RL C" }, { 0x0012, 0x00ff, ' ', 1, "RL D" }, { 0x0013, 0x00ff, ' ', 1, "RL E" }, { 0x0014, 0x00ff, ' ', 1, "RL H" }, { 0x0015, 0x00ff, ' ', 1, "RL L" }, { 0x0016, 0x00ff, ' ', 1, "RL (HL)" }, { 0x0017, 0x00ff, ' ', 1, "RL A" }, { 0x0018, 0x00ff, ' ', 1, "RR B" }, { 0x0019, 0x00ff, ' ', 1, "RR C" }, { 0x001A, 0x00ff, ' ', 1, "RR D" }, { 0x001B, 0x00ff, ' ', 1, "RR E" }, { 0x001C, 0x00ff, ' ', 1, "RR H" }, { 0x001D, 0x00ff, ' ', 1, "RR L" }, { 0x001E, 0x00ff, ' ', 1, "RR (HL)" }, { 0x001F, 0x00ff, ' ', 1, "RR A" }, { 0x0020, 0x00ff, ' ', 1, "SLA B" }, { 0x0021, 0x00ff, ' ', 1, "SLA C" }, { 0x0022, 0x00ff, ' ', 1, "SLA D" }, { 0x0023, 0x00ff, ' ', 1, "SLA E" }, { 0x0024, 0x00ff, ' ', 1, "SLA H" }, { 0x0025, 0x00ff, ' ', 1, "SLA L" }, { 0x0026, 0x00ff, ' ', 1, "SLA (HL)" }, { 0x0027, 0x00ff, ' ', 1, "SLA A" }, { 0x0028, 0x00ff, ' ', 1, "SRA B" }, { 0x0029, 0x00ff, ' ', 1, "SRA C" }, { 0x002A, 0x00ff, ' ', 1, "SRA D" }, { 0x002B, 0x00ff, ' ', 1, "SRA E" }, { 0x002C, 0x00ff, ' ', 1, "SRA H" }, { 0x002D, 0x00ff, ' ', 1, "SRA L" }, { 0x002E, 0x00ff, ' ', 1, "SRA (HL)" }, { 0x002F, 0x00ff, ' ', 1, "SRA A" }, { 0x0030, 0x00ff, ' ', 1, "SLIA B" }, { 0x0031, 0x00ff, ' ', 1, "SLIA C" }, { 0x0032, 0x00ff, ' ', 1, "SLIA D" }, { 0x0033, 0x00ff, ' ', 1, "SLIA E" }, { 0x0034, 0x00ff, ' ', 1, "SLIA H" }, { 0x0035, 0x00ff, ' ', 1, "SLIA L" }, { 0x0036, 0x00ff, ' ', 1, "SLIA (HL)" }, { 0x0037, 0x00ff, ' ', 1, "SLIA A" }, { 0x0038, 0x00ff, ' ', 1, "SRL B" }, { 0x0039, 0x00ff, ' ', 1, "SRL C" }, { 0x003A, 0x00ff, ' ', 1, "SRL D" }, { 0x003B, 0x00ff, ' ', 1, "SRL E" }, { 0x003C, 0x00ff, ' ', 1, "SRL H" }, { 0x003D, 0x00ff, ' ', 1, "SRL L" }, { 0x003E, 0x00ff, ' ', 1, "SRL (HL)" }, { 0x003F, 0x00ff, ' ', 1, "SRL A" }, { 0x0040, 0x00ff, ' ', 1, "BIT 0,B" }, { 0x0041, 0x00ff, ' ', 1, "BIT 0,C" }, { 0x0042, 0x00ff, ' ', 1, "BIT 0,D" }, { 0x0043, 0x00ff, ' ', 1, "BIT 0,E" }, { 0x0044, 0x00ff, ' ', 1, "BIT 0,H" }, { 0x0045, 0x00ff, ' ', 1, "BIT 0,L" }, { 0x0046, 0x00ff, ' ', 1, "BIT 0,(HL)" }, { 0x0047, 0x00ff, ' ', 1, "BIT 0,A" }, { 0x0048, 0x00ff, ' ', 1, "BIT 1,B" }, { 0x0049, 0x00ff, ' ', 1, "BIT 1,C" }, { 0x004A, 0x00ff, ' ', 1, "BIT 1,D" }, { 0x004B, 0x00ff, ' ', 1, "BIT 1,E" }, { 0x004C, 0x00ff, ' ', 1, "BIT 1,H" }, { 0x004D, 0x00ff, ' ', 1, "BIT 1,L" }, { 0x004E, 0x00ff, ' ', 1, "BIT 1,(HL)" }, { 0x004F, 0x00ff, ' ', 1, "BIT 1,A" }, { 0x0050, 0x00ff, ' ', 1, "BIT 2,B" }, { 0x0051, 0x00ff, ' ', 1, "BIT 2,C" }, { 0x0052, 0x00ff, ' ', 1, "BIT 2,D" }, { 0x0053, 0x00ff, ' ', 1, "BIT 2,E" }, { 0x0054, 0x00ff, ' ', 1, "BIT 2,H" }, { 0x0055, 0x00ff, ' ', 1, "BIT 2,L" }, { 0x0056, 0x00ff, ' ', 1, "BIT 2,(HL)" }, { 0x0057, 0x00ff, ' ', 1, "BIT 2,A" }, { 0x0058, 0x00ff, ' ', 1, "BIT 3,B" }, { 0x0059, 0x00ff, ' ', 1, "BIT 3,C" }, { 0x005A, 0x00ff, ' ', 1, "BIT 3,D" }, { 0x005B, 0x00ff, ' ', 1, "BIT 3,E" }, { 0x005C, 0x00ff, ' ', 1, "BIT 3,H" }, { 0x005D, 0x00ff, ' ', 1, "BIT 3,L" }, { 0x005E, 0x00ff, ' ', 1, "BIT 3,(HL)" }, { 0x005F, 0x00ff, ' ', 1, "BIT 3,A" }, { 0x0060, 0x00ff, ' ', 1, "BIT 4,B" }, { 0x0061, 0x00ff, ' ', 1, "BIT 4,C" }, { 0x0062, 0x00ff, ' ', 1, "BIT 4,D" }, { 0x0063, 0x00ff, ' ', 1, "BIT 4,E" }, { 0x0064, 0x00ff, ' ', 1, "BIT 4,H" }, { 0x0065, 0x00ff, ' ', 1, "BIT 4,L" }, { 0x0066, 0x00ff, ' ', 1, "BIT 4,(HL)" }, { 0x0067, 0x00ff, ' ', 1, "BIT 4,A" }, { 0x0068, 0x00ff, ' ', 1, "BIT 5,B" }, { 0x0069, 0x00ff, ' ', 1, "BIT 5,C" }, { 0x006A, 0x00ff, ' ', 1, "BIT 5,D" }, { 0x006B, 0x00ff, ' ', 1, "BIT 5,E" }, { 0x006C, 0x00ff, ' ', 1, "BIT 5,H" }, { 0x006D, 0x00ff, ' ', 1, "BIT 5,L" }, { 0x006E, 0x00ff, ' ', 1, "BIT 5,(HL)" }, { 0x006F, 0x00ff, ' ', 1, "BIT 5,A" }, { 0x0070, 0x00ff, ' ', 1, "BIT 6,B" }, { 0x0071, 0x00ff, ' ', 1, "BIT 6,C" }, { 0x0072, 0x00ff, ' ', 1, "BIT 6,D" }, { 0x0073, 0x00ff, ' ', 1, "BIT 6,E" }, { 0x0074, 0x00ff, ' ', 1, "BIT 6,H" }, { 0x0075, 0x00ff, ' ', 1, "BIT 6,L" }, { 0x0076, 0x00ff, ' ', 1, "BIT 6,(HL)" }, { 0x0077, 0x00ff, ' ', 1, "BIT 6,A" }, { 0x0078, 0x00ff, ' ', 1, "BIT 7,B" }, { 0x0079, 0x00ff, ' ', 1, "BIT 7,C" }, { 0x007A, 0x00ff, ' ', 1, "BIT 7,D" }, { 0x007B, 0x00ff, ' ', 1, "BIT 7,E" }, { 0x007C, 0x00ff, ' ', 1, "BIT 7,H" }, { 0x007D, 0x00ff, ' ', 1, "BIT 7,L" }, { 0x007E, 0x00ff, ' ', 1, "BIT 7,(HL)" }, { 0x007F, 0x00ff, ' ', 1, "BIT 7,A" }, { 0x0080, 0x00ff, ' ', 1, "RES 0,B" }, { 0x0081, 0x00ff, ' ', 1, "RES 0,C" }, { 0x0082, 0x00ff, ' ', 1, "RES 0,D" }, { 0x0083, 0x00ff, ' ', 1, "RES 0,E" }, { 0x0084, 0x00ff, ' ', 1, "RES 0,H" }, { 0x0085, 0x00ff, ' ', 1, "RES 0,L" }, { 0x0086, 0x00ff, ' ', 1, "RES 0,(HL)" }, { 0x0087, 0x00ff, ' ', 1, "RES 0,A" }, { 0x0088, 0x00ff, ' ', 1, "RES 1,B" }, { 0x0089, 0x00ff, ' ', 1, "RES 1,C" }, { 0x008A, 0x00ff, ' ', 1, "RES 1,D" }, { 0x008B, 0x00ff, ' ', 1, "RES 1,E" }, { 0x008C, 0x00ff, ' ', 1, "RES 1,H" }, { 0x008D, 0x00ff, ' ', 1, "RES 1,L" }, { 0x008E, 0x00ff, ' ', 1, "RES 1,(HL)" }, { 0x008F, 0x00ff, ' ', 1, "RES 1,A" }, { 0x0090, 0x00ff, ' ', 1, "RES 2,B" }, { 0x0091, 0x00ff, ' ', 1, "RES 2,C" }, { 0x0092, 0x00ff, ' ', 1, "RES 2,D" }, { 0x0093, 0x00ff, ' ', 1, "RES 2,E" }, { 0x0094, 0x00ff, ' ', 1, "RES 2,H" }, { 0x0095, 0x00ff, ' ', 1, "RES 2,L" }, { 0x0096, 0x00ff, ' ', 1, "RES 2,(HL)" }, { 0x0097, 0x00ff, ' ', 1, "RES 2,A" }, { 0x0098, 0x00ff, ' ', 1, "RES 3,B" }, { 0x0099, 0x00ff, ' ', 1, "RES 3,C" }, { 0x009A, 0x00ff, ' ', 1, "RES 3,D" }, { 0x009B, 0x00ff, ' ', 1, "RES 3,E" }, { 0x009C, 0x00ff, ' ', 1, "RES 3,H" }, { 0x009D, 0x00ff, ' ', 1, "RES 3,L" }, { 0x009E, 0x00ff, ' ', 1, "RES 3,(HL)" }, { 0x009F, 0x00ff, ' ', 1, "RES 3,A" }, { 0x00A0, 0x00ff, ' ', 1, "RES 4,B" }, { 0x00A1, 0x00ff, ' ', 1, "RES 4,C" }, { 0x00A2, 0x00ff, ' ', 1, "RES 4,D" }, { 0x00A3, 0x00ff, ' ', 1, "RES 4,E" }, { 0x00A4, 0x00ff, ' ', 1, "RES 4,H" }, { 0x00A5, 0x00ff, ' ', 1, "RES 4,L" }, { 0x00A6, 0x00ff, ' ', 1, "RES 4,(HL)" }, { 0x00A7, 0x00ff, ' ', 1, "RES 4,A" }, { 0x00A8, 0x00ff, ' ', 1, "RES 5,B" }, { 0x00A9, 0x00ff, ' ', 1, "RES 5,C" }, { 0x00AA, 0x00ff, ' ', 1, "RES 5,D" }, { 0x00AB, 0x00ff, ' ', 1, "RES 5,E" }, { 0x00AC, 0x00ff, ' ', 1, "RES 5,H" }, { 0x00AD, 0x00ff, ' ', 1, "RES 5,L" }, { 0x00AE, 0x00ff, ' ', 1, "RES 5,(HL)" }, { 0x00AF, 0x00ff, ' ', 1, "RES 5,A" }, { 0x00B0, 0x00ff, ' ', 1, "RES 6,B" }, { 0x00B1, 0x00ff, ' ', 1, "RES 6,C" }, { 0x00B2, 0x00ff, ' ', 1, "RES 6,D" }, { 0x00B3, 0x00ff, ' ', 1, "RES 6,E" }, { 0x00B4, 0x00ff, ' ', 1, "RES 6,H" }, { 0x00B5, 0x00ff, ' ', 1, "RES 6,L" }, { 0x00B6, 0x00ff, ' ', 1, "RES 6,(HL)" }, { 0x00B7, 0x00ff, ' ', 1, "RES 6,A" }, { 0x00B8, 0x00ff, ' ', 1, "RES 7,B" }, { 0x00B9, 0x00ff, ' ', 1, "RES 7,C" }, { 0x00BA, 0x00ff, ' ', 1, "RES 7,D" }, { 0x00BB, 0x00ff, ' ', 1, "RES 7,E" }, { 0x00BC, 0x00ff, ' ', 1, "RES 7,H" }, { 0x00BD, 0x00ff, ' ', 1, "RES 7,L" }, { 0x00BE, 0x00ff, ' ', 1, "RES 7,(HL)" }, { 0x00BF, 0x00ff, ' ', 1, "RES 7,A" }, { 0x00C0, 0x00ff, ' ', 1, "SET 0,B" }, { 0x00C1, 0x00ff, ' ', 1, "SET 0,C" }, { 0x00C2, 0x00ff, ' ', 1, "SET 0,D" }, { 0x00C3, 0x00ff, ' ', 1, "SET 0,E" }, { 0x00C4, 0x00ff, ' ', 1, "SET 0,H" }, { 0x00C5, 0x00ff, ' ', 1, "SET 0,L" }, { 0x00C6, 0x00ff, ' ', 1, "SET 0,(HL)" }, { 0x00C7, 0x00ff, ' ', 1, "SET 0,A" }, { 0x00C8, 0x00ff, ' ', 1, "SET 1,B" }, { 0x00C9, 0x00ff, ' ', 1, "SET 1,C" }, { 0x00CA, 0x00ff, ' ', 1, "SET 1,D" }, { 0x00CB, 0x00ff, ' ', 1, "SET 1,E" }, { 0x00CC, 0x00ff, ' ', 1, "SET 1,H" }, { 0x00CD, 0x00ff, ' ', 1, "SET 1,L" }, { 0x00CE, 0x00ff, ' ', 1, "SET 1,(HL)" }, { 0x00CF, 0x00ff, ' ', 1, "SET 1,A" }, { 0x00D0, 0x00ff, ' ', 1, "SET 2,B" }, { 0x00D1, 0x00ff, ' ', 1, "SET 2,C" }, { 0x00D2, 0x00ff, ' ', 1, "SET 2,D" }, { 0x00D3, 0x00ff, ' ', 1, "SET 2,E" }, { 0x00D4, 0x00ff, ' ', 1, "SET 2,H" }, { 0x00D5, 0x00ff, ' ', 1, "SET 2,L" }, { 0x00D6, 0x00ff, ' ', 1, "SET 2,(HL)" }, { 0x00D7, 0x00ff, ' ', 1, "SET 2,A" }, { 0x00D8, 0x00ff, ' ', 1, "SET 3,B" }, { 0x00D9, 0x00ff, ' ', 1, "SET 3,C" }, { 0x00DA, 0x00ff, ' ', 1, "SET 3,D" }, { 0x00DB, 0x00ff, ' ', 1, "SET 3,E" }, { 0x00DC, 0x00ff, ' ', 1, "SET 3,H" }, { 0x00DD, 0x00ff, ' ', 1, "SET 3,L" }, { 0x00DE, 0x00ff, ' ', 1, "SET 3,(HL)" }, { 0x00DF, 0x00ff, ' ', 1, "SET 3,A" }, { 0x00E0, 0x00ff, ' ', 1, "SET 4,B" }, { 0x00E1, 0x00ff, ' ', 1, "SET 4,C" }, { 0x00E2, 0x00ff, ' ', 1, "SET 4,D" }, { 0x00E3, 0x00ff, ' ', 1, "SET 4,E" }, { 0x00E4, 0x00ff, ' ', 1, "SET 4,H" }, { 0x00E5, 0x00ff, ' ', 1, "SET 4,L" }, { 0x00E6, 0x00ff, ' ', 1, "SET 4,(HL)" }, { 0x00E7, 0x00ff, ' ', 1, "SET 4,A" }, { 0x00E8, 0x00ff, ' ', 1, "SET 5,B" }, { 0x00E9, 0x00ff, ' ', 1, "SET 5,C" }, { 0x00EA, 0x00ff, ' ', 1, "SET 5,D" }, { 0x00EB, 0x00ff, ' ', 1, "SET 5,E" }, { 0x00EC, 0x00ff, ' ', 1, "SET 5,H" }, { 0x00ED, 0x00ff, ' ', 1, "SET 5,L" }, { 0x00EE, 0x00ff, ' ', 1, "SET 5,(HL)" }, { 0x00EF, 0x00ff, ' ', 1, "SET 5,A" }, { 0x00F0, 0x00ff, ' ', 1, "SET 6,B" }, { 0x00F1, 0x00ff, ' ', 1, "SET 6,C" }, { 0x00F2, 0x00ff, ' ', 1, "SET 6,D" }, { 0x00F3, 0x00ff, ' ', 1, "SET 6,E" }, { 0x00F4, 0x00ff, ' ', 1, "SET 6,H" }, { 0x00F5, 0x00ff, ' ', 1, "SET 6,L" }, { 0x00F6, 0x00ff, ' ', 1, "SET 6,(HL)" }, { 0x00F7, 0x00ff, ' ', 1, "SET 6,A" }, { 0x00F8, 0x00ff, ' ', 1, "SET 7,B" }, { 0x00F9, 0x00ff, ' ', 1, "SET 7,C" }, { 0x00FA, 0x00ff, ' ', 1, "SET 7,D" }, { 0x00FB, 0x00ff, ' ', 1, "SET 7,E" }, { 0x00FC, 0x00ff, ' ', 1, "SET 7,H" }, { 0x00FD, 0x00ff, ' ', 1, "SET 7,L" }, { 0x00FE, 0x00ff, ' ', 1, "SET 7,(HL)" }, { 0x00FF, 0x00ff, ' ', 1, "SET 7,A" }, { 0, 0, 0, 0, NULL } }; struct dis_entry disass_z80_dd[]= { { 0x0021, 0x00ff, ' ', 3, "LD IX,%w" }, { 0x0022, 0x00ff, ' ', 3, "LD (%w),IX" }, { 0x0026, 0x00ff, ' ', 2, "LD HX,%b" }, { 0x002A, 0x00ff, ' ', 3, "LD IX,(%w)" }, { 0x002E, 0x00ff, ' ', 2, "LD LX,%b" }, { 0x0036, 0x00ff, ' ', 3, "LD (IX+%d),%b" }, { 0x0044, 0x00ff, ' ', 1, "LD B,HX" }, { 0x0045, 0x00ff, ' ', 1, "LD B,LX" }, { 0x0046, 0x00ff, ' ', 2, "LD B,(IX+%d)" }, { 0x004C, 0x00ff, ' ', 1, "LD C,HX" }, { 0x004D, 0x00ff, ' ', 1, "LD C,LX" }, { 0x004E, 0x00ff, ' ', 2, "LD C,(IX+%d)" }, { 0x0054, 0x00ff, ' ', 1, "LD D,HX" }, { 0x0055, 0x00ff, ' ', 1, "LD D,LX" }, { 0x0056, 0x00ff, ' ', 2, "LD D,(IX+%d)" }, { 0x005C, 0x00ff, ' ', 1, "LD E,H" }, { 0x005D, 0x00ff, ' ', 1, "LD E,L" }, { 0x005E, 0x00ff, ' ', 2, "LD E,(IX+%d)" }, { 0x0060, 0x00ff, ' ', 1, "LD HX,B" }, { 0x0061, 0x00ff, ' ', 1, "LD HX,C" }, { 0x0062, 0x00ff, ' ', 1, "LD HX,D" }, { 0x0063, 0x00ff, ' ', 1, "LD HX,E" }, { 0x0064, 0x00ff, ' ', 1, "LD HX,HX" }, { 0x0066, 0x00ff, ' ', 2, "LD H,(IX+%d)" }, { 0x0067, 0x00ff, ' ', 1, "LD HX,A" }, { 0x0068, 0x00ff, ' ', 1, "LD LX,B" }, { 0x0069, 0x00ff, ' ', 1, "LD LX,C" }, { 0x006A, 0x00ff, ' ', 1, "LD LX,D" }, { 0x006B, 0x00ff, ' ', 1, "LD LX,E" }, { 0x006C, 0x00ff, ' ', 1, "LD LX,HX" }, { 0x006D, 0x00ff, ' ', 1, "LD LX,LX" }, { 0x006E, 0x00ff, ' ', 2, "LD L,(IX+%d)" }, { 0x006F, 0x00ff, ' ', 1, "LD LX,A" }, { 0x0070, 0x00ff, ' ', 2, "LD (IX+%d),B" }, { 0x0071, 0x00ff, ' ', 2, "LD (IX+%d),C" }, { 0x0072, 0x00ff, ' ', 2, "LD (IX+%d),D" }, { 0x0073, 0x00ff, ' ', 2, "LD (IX+%d),E" }, { 0x0074, 0x00ff, ' ', 2, "LD (IX+%d),H" }, { 0x0075, 0x00ff, ' ', 2, "LD (IX+%d),L" }, { 0x0077, 0x00ff, ' ', 2, "LD (IX+%d),A" }, { 0x007C, 0x00ff, ' ', 1, "LD A,HX" }, { 0x007D, 0x00ff, ' ', 1, "LD A,LX" }, { 0x007E, 0x00ff, ' ', 2, "LD A,(IX+%d)" }, { 0x00F9, 0x00ff, ' ', 1, "LD SP,IX" }, { 0x0023, 0x00ff, ' ', 1, "INC IX" }, { 0x0024, 0x00ff, ' ', 1, "INC HX" }, { 0x002C, 0x00ff, ' ', 1, "INC LX" }, { 0x0034, 0x00ff, ' ', 2, "INC (IX+%d)" }, { 0x0009, 0x00ff, ' ', 1, "ADD IX,BC" }, { 0x0019, 0x00ff, ' ', 1, "ADD IX,DE" }, { 0x0029, 0x00ff, ' ', 1, "ADD IX,IX" }, { 0x0039, 0x00ff, ' ', 1, "ADD IX,SP" }, { 0x0084, 0x00ff, ' ', 1, "ADD A,HX" }, { 0x0085, 0x00ff, ' ', 1, "ADD A,LX" }, { 0x0086, 0x00ff, ' ', 2, "ADD A,(IX+%d)" }, { 0x0025, 0x00ff, ' ', 1, "DEC HX" }, { 0x002B, 0x00ff, ' ', 1, "DEC IX" }, { 0x002D, 0x00ff, ' ', 1, "DEC LX" }, { 0x0035, 0x00ff, ' ', 2, "DEC (IX+%d)" }, { 0x008C, 0x00ff, ' ', 1, "ADC A,HX" }, { 0x008D, 0x00ff, ' ', 1, "ADC A,LX" }, { 0x008E, 0x00ff, ' ', 2, "ADC A,(IX+%d)" }, { 0x0094, 0x00ff, ' ', 1, "SUB HX" }, { 0x0095, 0x00ff, ' ', 1, "SUB LX" }, { 0x0096, 0x00ff, ' ', 2, "SUB (IX+%d)" }, { 0x009C, 0x00ff, ' ', 1, "SBC A,HX" }, { 0x009D, 0x00ff, ' ', 1, "SBC A,LX" }, { 0x009E, 0x00ff, ' ', 2, "SBC A,(IX+%d)" }, { 0x00A4, 0x00ff, ' ', 1, "AND HX" }, { 0x00A5, 0x00ff, ' ', 1, "AND LX" }, { 0x00A6, 0x00ff, ' ', 2, "AND (IX+%d)" }, { 0x00AC, 0x00ff, ' ', 1, "XOR HX" }, { 0x00AD, 0x00ff, ' ', 1, "XOR LX" }, { 0x00AE, 0x00ff, ' ', 2, "XOR (IX+%d)" }, { 0x00B4, 0x00ff, ' ', 1, "OR HX" }, { 0x00B5, 0x00ff, ' ', 1, "OR LX" }, { 0x00B6, 0x00ff, ' ', 2, "OR (IX+%d)" }, { 0x00BC, 0x00ff, ' ', 1, "CP HX" }, { 0x00BD, 0x00ff, ' ', 1, "CP LX" }, { 0x00BE, 0x00ff, ' ', 2, "CP (IX+%d)" }, { 0x00CB, 0x00ff, ' ', 1, "?cb?" }, { 0x00E1, 0x00ff, ' ', 1, "POP IX" }, { 0x00E3, 0x00ff, ' ', 1, "EX (SP),IX" }, { 0x00E5, 0x00ff, ' ', 1, "PUSH IX" }, { 0x00E9, 0x00ff, ' ', 1, "JP (IX)" }, { 0, 0, 0, 0, NULL } }; struct dis_entry disass_z80_fd[]= { { 0x0021, 0x00ff, ' ', 3, "LD IY,%w" }, { 0x0022, 0x00ff, ' ', 3, "LD (%w),IY" }, { 0x0026, 0x00ff, ' ', 2, "LD HX,%b" }, { 0x002A, 0x00ff, ' ', 3, "LD IY,(%w)" }, { 0x002E, 0x00ff, ' ', 2, "LD LX,%b" }, { 0x0036, 0x00ff, ' ', 3, "LD (IY+%d),%b" }, { 0x0044, 0x00ff, ' ', 1, "LD B,HX" }, { 0x0045, 0x00ff, ' ', 1, "LD B,LX" }, { 0x0046, 0x00ff, ' ', 2, "LD B,(IY+%d)" }, { 0x004C, 0x00ff, ' ', 1, "LD C,HX" }, { 0x004D, 0x00ff, ' ', 1, "LD C,LX" }, { 0x004E, 0x00ff, ' ', 2, "LD C,(IY+%d)" }, { 0x0054, 0x00ff, ' ', 1, "LD D,HX" }, { 0x0055, 0x00ff, ' ', 1, "LD D,LX" }, { 0x0056, 0x00ff, ' ', 2, "LD D,(IY+%d)" }, { 0x005C, 0x00ff, ' ', 1, "LD E,H" }, { 0x005D, 0x00ff, ' ', 1, "LD E,L" }, { 0x005E, 0x00ff, ' ', 2, "LD E,(IY+%d)" }, { 0x0060, 0x00ff, ' ', 1, "LD HX,B" }, { 0x0061, 0x00ff, ' ', 1, "LD HX,C" }, { 0x0062, 0x00ff, ' ', 1, "LD HX,D" }, { 0x0063, 0x00ff, ' ', 1, "LD HX,E" }, { 0x0064, 0x00ff, ' ', 1, "LD HX,HX" }, { 0x0066, 0x00ff, ' ', 2, "LD H,(IY+%d)" }, { 0x0067, 0x00ff, ' ', 1, "LD HX,A" }, { 0x0068, 0x00ff, ' ', 1, "LD LX,B" }, { 0x0069, 0x00ff, ' ', 1, "LD LX,C" }, { 0x006A, 0x00ff, ' ', 1, "LD LX,D" }, { 0x006B, 0x00ff, ' ', 1, "LD LX,E" }, { 0x006C, 0x00ff, ' ', 1, "LD LX,HX" }, { 0x006D, 0x00ff, ' ', 1, "LD LX,LX" }, { 0x006E, 0x00ff, ' ', 2, "LD L,(IY+%d)" }, { 0x006F, 0x00ff, ' ', 1, "LD LX,A" }, { 0x0070, 0x00ff, ' ', 2, "LD (IY+%d),B" }, { 0x0071, 0x00ff, ' ', 2, "LD (IY+%d),C" }, { 0x0072, 0x00ff, ' ', 2, "LD (IY+%d),D" }, { 0x0073, 0x00ff, ' ', 2, "LD (IY+%d),E" }, { 0x0074, 0x00ff, ' ', 2, "LD (IY+%d),H" }, { 0x0075, 0x00ff, ' ', 2, "LD (IY+%d),L" }, { 0x0077, 0x00ff, ' ', 2, "LD (IY+%d),A" }, { 0x007C, 0x00ff, ' ', 1, "LD A,HX" }, { 0x007D, 0x00ff, ' ', 1, "LD A,LX" }, { 0x007E, 0x00ff, ' ', 2, "LD A,(IY+%d)" }, { 0x00F9, 0x00ff, ' ', 1, "LD SP,IY" }, { 0x0023, 0x00ff, ' ', 1, "INC IY" }, { 0x0024, 0x00ff, ' ', 1, "INC HX" }, { 0x002C, 0x00ff, ' ', 1, "INC LX" }, { 0x0034, 0x00ff, ' ', 2, "INC (IY+%d)" }, { 0x0009, 0x00ff, ' ', 1, "ADD IY,BC" }, { 0x0019, 0x00ff, ' ', 1, "ADD IY,DE" }, { 0x0029, 0x00ff, ' ', 1, "ADD IY,IY" }, { 0x0039, 0x00ff, ' ', 1, "ADD IY,SP" }, { 0x0084, 0x00ff, ' ', 1, "ADD A,HX" }, { 0x0085, 0x00ff, ' ', 1, "ADD A,LX" }, { 0x0086, 0x00ff, ' ', 2, "ADD A,(IY+%d)" }, { 0x0025, 0x00ff, ' ', 1, "DEC HX" }, { 0x002B, 0x00ff, ' ', 1, "DEC IY" }, { 0x002D, 0x00ff, ' ', 1, "DEC LX" }, { 0x0035, 0x00ff, ' ', 2, "DEC (IY+%d)" }, { 0x008C, 0x00ff, ' ', 1, "ADC A,HX" }, { 0x008D, 0x00ff, ' ', 1, "ADC A,LX" }, { 0x008E, 0x00ff, ' ', 2, "ADC A,(IY+%d)" }, { 0x0094, 0x00ff, ' ', 1, "SUB HX" }, { 0x0095, 0x00ff, ' ', 1, "SUB LX" }, { 0x0096, 0x00ff, ' ', 2, "SUB (IY+%d)" }, { 0x009C, 0x00ff, ' ', 1, "SBC A,HX" }, { 0x009D, 0x00ff, ' ', 1, "SBC A,LX" }, { 0x009E, 0x00ff, ' ', 2, "SBC A,(IY+%d)" }, { 0x00A4, 0x00ff, ' ', 1, "AND HX" }, { 0x00A5, 0x00ff, ' ', 1, "AND LX" }, { 0x00A6, 0x00ff, ' ', 2, "AND (IY+%d)" }, { 0x00AC, 0x00ff, ' ', 1, "XOR HX" }, { 0x00AD, 0x00ff, ' ', 1, "XOR LX" }, { 0x00AE, 0x00ff, ' ', 2, "XOR (IY+%d)" }, { 0x00B4, 0x00ff, ' ', 1, "OR HX" }, { 0x00B5, 0x00ff, ' ', 1, "OR LX" }, { 0x00B6, 0x00ff, ' ', 2, "OR (IY+%d)" }, { 0x00BC, 0x00ff, ' ', 1, "CP HX" }, { 0x00BD, 0x00ff, ' ', 1, "CP LX" }, { 0x00BE, 0x00ff, ' ', 2, "CP (IY+%d)" }, { 0x00CB, 0x00ff, ' ', 1, "escape" }, { 0x00E1, 0x00ff, ' ', 1, "POP IY" }, { 0x00E3, 0x00ff, ' ', 1, "EX (SP),IY" }, { 0x00E5, 0x00ff, ' ', 1, "PUSH IY" }, { 0x00E9, 0x00ff, ' ', 1, "JP (IY)" }, { 0, 0, 0, 0, NULL } }; struct dis_entry disass_z80_ddcb[]= { { 0x0000, 0x00ff, ' ', 2, "RLC (IX+%d)->B" }, { 0x0001, 0x00ff, ' ', 2, "RLC (IX+%d)->C" }, { 0x0002, 0x00ff, ' ', 2, "RLC (IX+%d)->D" }, { 0x0003, 0x00ff, ' ', 2, "RLC (IX+%d)->E" }, { 0x0004, 0x00ff, ' ', 2, "RLC (IX+%d)->H" }, { 0x0005, 0x00ff, ' ', 2, "RLC (IX+%d)->L" }, { 0x0006, 0x00ff, ' ', 2, "RLC (IX+%d)" }, { 0x0007, 0x00ff, ' ', 2, "RLC (IX+%d)->A" }, { 0x0008, 0x00ff, ' ', 2, "RRC (IX+%d)->B" }, { 0x0009, 0x00ff, ' ', 2, "RRC (IX+%d)->C" }, { 0x000A, 0x00ff, ' ', 2, "RRC (IX+%d)->D" }, { 0x000B, 0x00ff, ' ', 2, "RRC (IX+%d)->E" }, { 0x000C, 0x00ff, ' ', 2, "RRC (IX+%d)->H" }, { 0x000D, 0x00ff, ' ', 2, "RRC (IX+%d)->L" }, { 0x000E, 0x00ff, ' ', 2, "RRC (IX+%d)" }, { 0x000F, 0x00ff, ' ', 2, "RRC (IX+%d)->A" }, { 0x0010, 0x00ff, ' ', 2, "RL (IX+%d)->B" }, { 0x0011, 0x00ff, ' ', 2, "RL (IX+%d)->C" }, { 0x0012, 0x00ff, ' ', 2, "RL (IX+%d)->D" }, { 0x0013, 0x00ff, ' ', 2, "RL (IX+%d)->E" }, { 0x0014, 0x00ff, ' ', 2, "RL (IX+%d)->H" }, { 0x0015, 0x00ff, ' ', 2, "RL (IX+%d)->L" }, { 0x0016, 0x00ff, ' ', 2, "RL (IX+%d)" }, { 0x0017, 0x00ff, ' ', 2, "RL (IX+%d)->A" }, { 0x0018, 0x00ff, ' ', 2, "RR (IX+%d)->B" }, { 0x0019, 0x00ff, ' ', 2, "RR (IX+%d)->C" }, { 0x001A, 0x00ff, ' ', 2, "RR (IX+%d)->D" }, { 0x001B, 0x00ff, ' ', 2, "RR (IX+%d)->E" }, { 0x001C, 0x00ff, ' ', 2, "RR (IX+%d)->H" }, { 0x001D, 0x00ff, ' ', 2, "RR (IX+%d)->L" }, { 0x001E, 0x00ff, ' ', 2, "RR (IX+%d)" }, { 0x001F, 0x00ff, ' ', 2, "RR (IX+%d)->A" }, { 0x0020, 0x00ff, ' ', 2, "SLA (IX+%d)->B" }, { 0x0021, 0x00ff, ' ', 2, "SLA (IX+%d)->C" }, { 0x0022, 0x00ff, ' ', 2, "SLA (IX+%d)->D" }, { 0x0023, 0x00ff, ' ', 2, "SLA (IX+%d)->E" }, { 0x0024, 0x00ff, ' ', 2, "SLA (IX+%d)->H" }, { 0x0025, 0x00ff, ' ', 2, "SLA (IX+%d)->L" }, { 0x0026, 0x00ff, ' ', 2, "SLA (IX+%d)" }, { 0x0027, 0x00ff, ' ', 2, "SLA (IX+%d)->A" }, { 0x0028, 0x00ff, ' ', 2, "SRA (IX+%d)->B" }, { 0x0029, 0x00ff, ' ', 2, "SRA (IX+%d)->C" }, { 0x002A, 0x00ff, ' ', 2, "SRA (IX+%d)->D" }, { 0x002B, 0x00ff, ' ', 2, "SRA (IX+%d)->E" }, { 0x002C, 0x00ff, ' ', 2, "SRA (IX+%d)->H" }, { 0x002D, 0x00ff, ' ', 2, "SRA (IX+%d)->L" }, { 0x002E, 0x00ff, ' ', 2, "SRA (IX+%d)" }, { 0x002F, 0x00ff, ' ', 2, "SRA (IX+%d)->A" }, { 0x0030, 0x00ff, ' ', 2, "SLIA (IX+%d)->B" }, { 0x0031, 0x00ff, ' ', 2, "SLIA (IX+%d)->C" }, { 0x0032, 0x00ff, ' ', 2, "SLIA (IX+%d)->D" }, { 0x0033, 0x00ff, ' ', 2, "SLIA (IX+%d)->E" }, { 0x0034, 0x00ff, ' ', 2, "SLIA (IX+%d)->H" }, { 0x0035, 0x00ff, ' ', 2, "SLIA (IX+%d)->L" }, { 0x0036, 0x00ff, ' ', 2, "SLIA (IX+%d)" }, { 0x0037, 0x00ff, ' ', 2, "SLIA (IX+%d)->A" }, { 0x0038, 0x00ff, ' ', 2, "SRL (IX+%d)->B" }, { 0x0039, 0x00ff, ' ', 2, "SRL (IX+%d)->C" }, { 0x003A, 0x00ff, ' ', 2, "SRL (IX+%d)->D" }, { 0x003B, 0x00ff, ' ', 2, "SRL (IX+%d)->E" }, { 0x003C, 0x00ff, ' ', 2, "SRL (IX+%d)->H" }, { 0x003D, 0x00ff, ' ', 2, "SRL (IX+%d)->L" }, { 0x003E, 0x00ff, ' ', 2, "SRL (IX+%d)" }, { 0x003F, 0x00ff, ' ', 2, "SRL A" }, { 0x0040, 0x00ff, ' ', 2, "BIT (IX+%d)->0,B" }, { 0x0041, 0x00ff, ' ', 2, "BIT (IX+%d)->0,C" }, { 0x0042, 0x00ff, ' ', 2, "BIT (IX+%d)->0,D" }, { 0x0043, 0x00ff, ' ', 2, "BIT (IX+%d)->0,E" }, { 0x0044, 0x00ff, ' ', 2, "BIT (IX+%d)->0,H" }, { 0x0045, 0x00ff, ' ', 2, "BIT (IX+%d)->0,L" }, { 0x0046, 0x00ff, ' ', 2, "BIT 0,(IX+%d)" }, { 0x004E, 0x00ff, ' ', 2, "BIT 1,(IX+%d)" }, { 0x0056, 0x00ff, ' ', 2, "BIT 2,(IX+%d)" }, { 0x005E, 0x00ff, ' ', 2, "BIT 3,(IX+%d)" }, { 0x0066, 0x00ff, ' ', 2, "BIT 4,(IX+%d)" }, { 0x006E, 0x00ff, ' ', 2, "BIT 5,(IX+%d)" }, { 0x0076, 0x00ff, ' ', 2, "BIT 6,(IX+%d)" }, { 0x007E, 0x00ff, ' ', 2, "BIT 7,(IX+%d)" }, { 0x0080, 0x00ff, ' ', 2, "RES 0,(IX+%d)->B" }, { 0x0081, 0x00ff, ' ', 2, "RES 0,(IX+%d)->C" }, { 0x0082, 0x00ff, ' ', 2, "RES 0,(IX+%d)->D" }, { 0x0083, 0x00ff, ' ', 2, "RES 0,(IX+%d)->E" }, { 0x0084, 0x00ff, ' ', 2, "RES 0,(IX+%d)->H" }, { 0x0085, 0x00ff, ' ', 2, "RES 0,(IX+%d)->L" }, { 0x0086, 0x00ff, ' ', 2, "RES 0,(IX+%d)" }, { 0x0087, 0x00ff, ' ', 2, "RES 0,(IX+%d)->A" }, { 0x0088, 0x00ff, ' ', 2, "RES 1,(IX+%d)->B" }, { 0x0089, 0x00ff, ' ', 2, "RES 1,(IX+%d)->C" }, { 0x008A, 0x00ff, ' ', 2, "RES 1,(IX+%d)->D" }, { 0x008B, 0x00ff, ' ', 2, "RES 1,(IX+%d)->E" }, { 0x008C, 0x00ff, ' ', 2, "RES 1,(IX+%d)->H" }, { 0x008D, 0x00ff, ' ', 2, "RES 1,(IX+%d)->L" }, { 0x008E, 0x00ff, ' ', 2, "RES 1,(IX+%d)" }, { 0x008F, 0x00ff, ' ', 2, "RES 1,(IX+%d)->A" }, { 0x0090, 0x00ff, ' ', 2, "RES 2,(IX+%d)->B" }, { 0x0091, 0x00ff, ' ', 2, "RES 2,(IX+%d)->C" }, { 0x0092, 0x00ff, ' ', 2, "RES 2,(IX+%d)->D" }, { 0x0093, 0x00ff, ' ', 2, "RES 2,(IX+%d)->E" }, { 0x0094, 0x00ff, ' ', 2, "RES 2,(IX+%d)->H" }, { 0x0095, 0x00ff, ' ', 2, "RES 2,(IX+%d)->L" }, { 0x0096, 0x00ff, ' ', 2, "RES 2,(IX+%d)" }, { 0x0097, 0x00ff, ' ', 2, "RES 2,(IX+%d)->A" }, { 0x0098, 0x00ff, ' ', 2, "RES 3,(IX+%d)->B" }, { 0x0099, 0x00ff, ' ', 2, "RES 3,(IX+%d)->C" }, { 0x009A, 0x00ff, ' ', 2, "RES 3,(IX+%d)->D" }, { 0x009B, 0x00ff, ' ', 2, "RES 3,(IX+%d)->E" }, { 0x009C, 0x00ff, ' ', 2, "RES 3,(IX+%d)->H" }, { 0x009D, 0x00ff, ' ', 2, "RES 3,(IX+%d)->L" }, { 0x009E, 0x00ff, ' ', 2, "RES 3,(IX+%d)" }, { 0x009F, 0x00ff, ' ', 2, "RES 3,(IX+%d)->A" }, { 0x00A0, 0x00ff, ' ', 2, "RES 4,(IX+%d)->B" }, { 0x00A1, 0x00ff, ' ', 2, "RES 4,(IX+%d)->C" }, { 0x00A2, 0x00ff, ' ', 2, "RES 4,(IX+%d)->D" }, { 0x00A3, 0x00ff, ' ', 2, "RES 4,(IX+%d)->E" }, { 0x00A4, 0x00ff, ' ', 2, "RES 4,(IX+%d)->H" }, { 0x00A5, 0x00ff, ' ', 2, "RES 4,(IX+%d)->L" }, { 0x00A6, 0x00ff, ' ', 2, "RES 4,(IX+%d)" }, { 0x00A7, 0x00ff, ' ', 2, "RES 4,(IX+%d)->A" }, { 0x00A8, 0x00ff, ' ', 2, "RES 5,(IX+%d)->B" }, { 0x00A9, 0x00ff, ' ', 2, "RES 5,(IX+%d)->C" }, { 0x00AA, 0x00ff, ' ', 2, "RES 5,(IX+%d)->D" }, { 0x00AB, 0x00ff, ' ', 2, "RES 5,(IX+%d)->E" }, { 0x00AC, 0x00ff, ' ', 2, "RES 5,(IX+%d)->H" }, { 0x00AD, 0x00ff, ' ', 2, "RES 5,(IX+%d)->L" }, { 0x00AE, 0x00ff, ' ', 2, "RES 5,(IX+%d)" }, { 0x00AF, 0x00ff, ' ', 2, "RES 5,(IX+%d)->A" }, { 0x00B0, 0x00ff, ' ', 2, "RES 6,(IX+%d)->B" }, { 0x00B1, 0x00ff, ' ', 2, "RES 6,(IX+%d)->C" }, { 0x00B2, 0x00ff, ' ', 2, "RES 6,(IX+%d)->D" }, { 0x00B3, 0x00ff, ' ', 2, "RES 6,(IX+%d)->E" }, { 0x00B4, 0x00ff, ' ', 2, "RES 6,(IX+%d)->H" }, { 0x00B5, 0x00ff, ' ', 2, "RES 6,(IX+%d)->L" }, { 0x00B6, 0x00ff, ' ', 2, "RES 6,(IX+%d)" }, { 0x00B7, 0x00ff, ' ', 2, "RES 6,(IX+%d)->A" }, { 0x00B8, 0x00ff, ' ', 2, "RES 7,(IX+%d)->B" }, { 0x00B9, 0x00ff, ' ', 2, "RES 7,(IX+%d)->C" }, { 0x00BA, 0x00ff, ' ', 2, "RES 7,(IX+%d)->D" }, { 0x00BB, 0x00ff, ' ', 2, "RES 7,(IX+%d)->E" }, { 0x00BC, 0x00ff, ' ', 2, "RES 7,(IX+%d)->H" }, { 0x00BD, 0x00ff, ' ', 2, "RES 7,(IX+%d)->L" }, { 0x00BE, 0x00ff, ' ', 2, "RES 7,(IX+%d)" }, { 0x00BF, 0x00ff, ' ', 2, "RES 7,(IX+%d)->A" }, { 0x00C0, 0x00ff, ' ', 2, "SET 0,(IX+%d)->B" }, { 0x00C1, 0x00ff, ' ', 2, "SET 0,(IX+%d)->C" }, { 0x00C2, 0x00ff, ' ', 2, "SET 0,(IX+%d)->D" }, { 0x00C3, 0x00ff, ' ', 2, "SET 0,(IX+%d)->E" }, { 0x00C4, 0x00ff, ' ', 2, "SET 0,(IX+%d)->H" }, { 0x00C5, 0x00ff, ' ', 2, "SET 0,(IX+%d)->L" }, { 0x00C6, 0x00ff, ' ', 2, "SET 0,(IX+%d)" }, { 0x00C7, 0x00ff, ' ', 2, "SET 0,(IX+%d)->A" }, { 0x00C8, 0x00ff, ' ', 2, "SET 1,(IX+%d)->B" }, { 0x00C9, 0x00ff, ' ', 2, "SET 1,(IX+%d)->C" }, { 0x00CA, 0x00ff, ' ', 2, "SET 1,(IX+%d)->D" }, { 0x00CB, 0x00ff, ' ', 2, "SET 1,(IX+%d)->E" }, { 0x00CC, 0x00ff, ' ', 2, "SET 1,(IX+%d)->H" }, { 0x00CD, 0x00ff, ' ', 2, "SET 1,(IX+%d)->L" }, { 0x00CE, 0x00ff, ' ', 2, "SET 1,(IX+%d)" }, { 0x00CF, 0x00ff, ' ', 2, "SET 1,(IX+%d)->A" }, { 0x00D0, 0x00ff, ' ', 2, "SET 2,(IX+%d)->B" }, { 0x00D1, 0x00ff, ' ', 2, "SET 2,(IX+%d)->C" }, { 0x00D2, 0x00ff, ' ', 2, "SET 2,(IX+%d)->D" }, { 0x00D3, 0x00ff, ' ', 2, "SET 2,(IX+%d)->E" }, { 0x00D4, 0x00ff, ' ', 2, "SET 2,(IX+%d)->H" }, { 0x00D5, 0x00ff, ' ', 2, "SET 2,(IX+%d)->L" }, { 0x00D6, 0x00ff, ' ', 2, "SET 2,(IX+%d)" }, { 0x00D7, 0x00ff, ' ', 2, "SET 2,(IX+%d)->A" }, { 0x00D8, 0x00ff, ' ', 2, "SET 3,(IX+%d)->B" }, { 0x00D9, 0x00ff, ' ', 2, "SET 3,(IX+%d)->C" }, { 0x00DA, 0x00ff, ' ', 2, "SET 3,(IX+%d)->D" }, { 0x00DB, 0x00ff, ' ', 2, "SET 3,(IX+%d)->E" }, { 0x00DC, 0x00ff, ' ', 2, "SET 3,(IX+%d)->H" }, { 0x00DD, 0x00ff, ' ', 2, "SET 3,(IX+%d)->L" }, { 0x00DE, 0x00ff, ' ', 2, "SET 3,(IX+%d)" }, { 0x00DF, 0x00ff, ' ', 2, "SET 3,(IX+%d)->A" }, { 0x00E0, 0x00ff, ' ', 2, "SET 4,(IX+%d)->B" }, { 0x00E1, 0x00ff, ' ', 2, "SET 4,(IX+%d)->C" }, { 0x00E2, 0x00ff, ' ', 2, "SET 4,(IX+%d)->D" }, { 0x00E3, 0x00ff, ' ', 2, "SET 4,(IX+%d)->E" }, { 0x00E4, 0x00ff, ' ', 2, "SET 4,(IX+%d)->H" }, { 0x00E5, 0x00ff, ' ', 2, "SET 4,(IX+%d)->L" }, { 0x00E6, 0x00ff, ' ', 2, "SET 4,(IX+%d)" }, { 0x00E7, 0x00ff, ' ', 2, "SET 4,(IX+%d)->A" }, { 0x00E8, 0x00ff, ' ', 2, "SET 5,(IX+%d)->B" }, { 0x00E9, 0x00ff, ' ', 2, "SET 5,(IX+%d)->C" }, { 0x00EA, 0x00ff, ' ', 2, "SET 5,(IX+%d)->D" }, { 0x00EB, 0x00ff, ' ', 2, "SET 5,(IX+%d)->E" }, { 0x00EC, 0x00ff, ' ', 2, "SET 5,(IX+%d)->H" }, { 0x00ED, 0x00ff, ' ', 2, "SET 5,(IX+%d)->L" }, { 0x00EE, 0x00ff, ' ', 2, "SET 5,(IX+%d)" }, { 0x00EF, 0x00ff, ' ', 2, "SET 5,(IX+%d)->A" }, { 0x00F0, 0x00ff, ' ', 2, "SET 6,(IX+%d)->B" }, { 0x00F1, 0x00ff, ' ', 2, "SET 6,(IX+%d)->C" }, { 0x00F2, 0x00ff, ' ', 2, "SET 6,(IX+%d)->D" }, { 0x00F3, 0x00ff, ' ', 2, "SET 6,(IX+%d)->E" }, { 0x00F4, 0x00ff, ' ', 2, "SET 6,(IX+%d)->H" }, { 0x00F5, 0x00ff, ' ', 2, "SET 6,(IX+%d)->L" }, { 0x00F6, 0x00ff, ' ', 2, "SET 6,(IX+%d)" }, { 0x00F7, 0x00ff, ' ', 2, "SET 6,(IX+%d)->A" }, { 0x00F8, 0x00ff, ' ', 2, "SET 7,(IX+%d)->B" }, { 0x00F9, 0x00ff, ' ', 2, "SET 7,(IX+%d)->C" }, { 0x00FA, 0x00ff, ' ', 2, "SET 7,(IX+%d)->D" }, { 0x00FB, 0x00ff, ' ', 2, "SET 7,(IX+%d)->E" }, { 0x00FC, 0x00ff, ' ', 2, "SET 7,(IX+%d)->H" }, { 0x00FD, 0x00ff, ' ', 2, "SET 7,(IX+%d)->L" }, { 0x00FE, 0x00ff, ' ', 2, "SET 7,(IX+%d)" }, { 0x00FF, 0x00ff, ' ', 2, "SET 7,(IX+%d)->A" }, { 0, 0, 0, 0, NULL } }; struct dis_entry disass_z80_fdcb[]= { { 0x0000, 0x00ff, ' ', 2, "RLC (IY+%d)->B" }, { 0x0001, 0x00ff, ' ', 2, "RLC (IY+%d)->C" }, { 0x0002, 0x00ff, ' ', 2, "RLC (IY+%d)->D" }, { 0x0003, 0x00ff, ' ', 2, "RLC (IY+%d)->E" }, { 0x0004, 0x00ff, ' ', 2, "RLC (IY+%d)->H" }, { 0x0005, 0x00ff, ' ', 2, "RLC (IY+%d)->L" }, { 0x0006, 0x00ff, ' ', 2, "RLC (IY+%d)" }, { 0x0007, 0x00ff, ' ', 2, "RLC (IY+%d)->A" }, { 0x0008, 0x00ff, ' ', 2, "RRC (IY+%d)->B" }, { 0x0009, 0x00ff, ' ', 2, "RRC (IY+%d)->C" }, { 0x000A, 0x00ff, ' ', 2, "RRC (IY+%d)->D" }, { 0x000B, 0x00ff, ' ', 2, "RRC (IY+%d)->E" }, { 0x000C, 0x00ff, ' ', 2, "RRC (IY+%d)->H" }, { 0x000D, 0x00ff, ' ', 2, "RRC (IY+%d)->L" }, { 0x000E, 0x00ff, ' ', 2, "RRC (IY+%d)" }, { 0x000F, 0x00ff, ' ', 2, "RRC (IY+%d)->A" }, { 0x0010, 0x00ff, ' ', 2, "RL (IY+%d)->B" }, { 0x0011, 0x00ff, ' ', 2, "RL (IY+%d)->C" }, { 0x0012, 0x00ff, ' ', 2, "RL (IY+%d)->D" }, { 0x0013, 0x00ff, ' ', 2, "RL (IY+%d)->E" }, { 0x0014, 0x00ff, ' ', 2, "RL (IY+%d)->H" }, { 0x0015, 0x00ff, ' ', 2, "RL (IY+%d)->L" }, { 0x0016, 0x00ff, ' ', 2, "RL (IY+%d)" }, { 0x0017, 0x00ff, ' ', 2, "RL (IY+%d)->A" }, { 0x0018, 0x00ff, ' ', 2, "RR (IY+%d)->B" }, { 0x0019, 0x00ff, ' ', 2, "RR (IY+%d)->C" }, { 0x001A, 0x00ff, ' ', 2, "RR (IY+%d)->D" }, { 0x001B, 0x00ff, ' ', 2, "RR (IY+%d)->E" }, { 0x001C, 0x00ff, ' ', 2, "RR (IY+%d)->H" }, { 0x001D, 0x00ff, ' ', 2, "RR (IY+%d)->L" }, { 0x001E, 0x00ff, ' ', 2, "RR (IY+%d)" }, { 0x001F, 0x00ff, ' ', 2, "RR (IY+%d)->A" }, { 0x0020, 0x00ff, ' ', 2, "SLA (IY+%d)->B" }, { 0x0021, 0x00ff, ' ', 2, "SLA (IY+%d)->C" }, { 0x0022, 0x00ff, ' ', 2, "SLA (IY+%d)->D" }, { 0x0023, 0x00ff, ' ', 2, "SLA (IY+%d)->E" }, { 0x0024, 0x00ff, ' ', 2, "SLA (IY+%d)->H" }, { 0x0025, 0x00ff, ' ', 2, "SLA (IY+%d)->L" }, { 0x0026, 0x00ff, ' ', 2, "SLA (IY+%d)" }, { 0x0027, 0x00ff, ' ', 2, "SLA (IY+%d)->A" }, { 0x0028, 0x00ff, ' ', 2, "SRA (IY+%d)->B" }, { 0x0029, 0x00ff, ' ', 2, "SRA (IY+%d)->C" }, { 0x002A, 0x00ff, ' ', 2, "SRA (IY+%d)->D" }, { 0x002B, 0x00ff, ' ', 2, "SRA (IY+%d)->E" }, { 0x002C, 0x00ff, ' ', 2, "SRA (IY+%d)->H" }, { 0x002D, 0x00ff, ' ', 2, "SRA (IY+%d)->L" }, { 0x002E, 0x00ff, ' ', 2, "SRA (IY+%d)" }, { 0x002F, 0x00ff, ' ', 2, "SRA (IY+%d)->A" }, { 0x0030, 0x00ff, ' ', 2, "SLIA (IY+%d)->B" }, { 0x0031, 0x00ff, ' ', 2, "SLIA (IY+%d)->C" }, { 0x0032, 0x00ff, ' ', 2, "SLIA (IY+%d)->D" }, { 0x0033, 0x00ff, ' ', 2, "SLIA (IY+%d)->E" }, { 0x0034, 0x00ff, ' ', 2, "SLIA (IY+%d)->H" }, { 0x0035, 0x00ff, ' ', 2, "SLIA (IY+%d)->L" }, { 0x0036, 0x00ff, ' ', 2, "SLIA (IY+%d)" }, { 0x0037, 0x00ff, ' ', 2, "SLIA (IY+%d)->A" }, { 0x0038, 0x00ff, ' ', 2, "SRL (IY+%d)->B" }, { 0x0039, 0x00ff, ' ', 2, "SRL (IY+%d)->C" }, { 0x003A, 0x00ff, ' ', 2, "SRL (IY+%d)->D" }, { 0x003B, 0x00ff, ' ', 2, "SRL (IY+%d)->E" }, { 0x003C, 0x00ff, ' ', 2, "SRL (IY+%d)->H" }, { 0x003D, 0x00ff, ' ', 2, "SRL (IY+%d)->L" }, { 0x003E, 0x00ff, ' ', 2, "SRL (IY+%d)" }, { 0x003F, 0x00ff, ' ', 2, "SRL A" }, { 0x0040, 0x00ff, ' ', 2, "BIT (IY+%d)->0,B" }, { 0x0041, 0x00ff, ' ', 2, "BIT (IY+%d)->0,C" }, { 0x0042, 0x00ff, ' ', 2, "BIT (IY+%d)->0,D" }, { 0x0043, 0x00ff, ' ', 2, "BIT (IY+%d)->0,E" }, { 0x0044, 0x00ff, ' ', 2, "BIT (IY+%d)->0,H" }, { 0x0045, 0x00ff, ' ', 2, "BIT (IY+%d)->0,L" }, { 0x0046, 0x00ff, ' ', 2, "BIT 0,(IY+%d)" }, { 0x004E, 0x00ff, ' ', 2, "BIT 1,(IY+%d)" }, { 0x0056, 0x00ff, ' ', 2, "BIT 2,(IY+%d)" }, { 0x005E, 0x00ff, ' ', 2, "BIT 3,(IY+%d)" }, { 0x0066, 0x00ff, ' ', 2, "BIT 4,(IY+%d)" }, { 0x006E, 0x00ff, ' ', 2, "BIT 5,(IY+%d)" }, { 0x0076, 0x00ff, ' ', 2, "BIT 6,(IY+%d)" }, { 0x007E, 0x00ff, ' ', 2, "BIT 7,(IY+%d)" }, { 0x0080, 0x00ff, ' ', 2, "RES 0,(IY+%d)->B" }, { 0x0081, 0x00ff, ' ', 2, "RES 0,(IY+%d)->C" }, { 0x0082, 0x00ff, ' ', 2, "RES 0,(IY+%d)->D" }, { 0x0083, 0x00ff, ' ', 2, "RES 0,(IY+%d)->E" }, { 0x0084, 0x00ff, ' ', 2, "RES 0,(IY+%d)->H" }, { 0x0085, 0x00ff, ' ', 2, "RES 0,(IY+%d)->L" }, { 0x0086, 0x00ff, ' ', 2, "RES 0,(IY+%d)" }, { 0x0087, 0x00ff, ' ', 2, "RES 0,(IY+%d)->A" }, { 0x0088, 0x00ff, ' ', 2, "RES 1,(IY+%d)->B" }, { 0x0089, 0x00ff, ' ', 2, "RES 1,(IY+%d)->C" }, { 0x008A, 0x00ff, ' ', 2, "RES 1,(IY+%d)->D" }, { 0x008B, 0x00ff, ' ', 2, "RES 1,(IY+%d)->E" }, { 0x008C, 0x00ff, ' ', 2, "RES 1,(IY+%d)->H" }, { 0x008D, 0x00ff, ' ', 2, "RES 1,(IY+%d)->L" }, { 0x008E, 0x00ff, ' ', 2, "RES 1,(IY+%d)" }, { 0x008F, 0x00ff, ' ', 2, "RES 1,(IY+%d)->A" }, { 0x0090, 0x00ff, ' ', 2, "RES 2,(IY+%d)->B" }, { 0x0091, 0x00ff, ' ', 2, "RES 2,(IY+%d)->C" }, { 0x0092, 0x00ff, ' ', 2, "RES 2,(IY+%d)->D" }, { 0x0093, 0x00ff, ' ', 2, "RES 2,(IY+%d)->E" }, { 0x0094, 0x00ff, ' ', 2, "RES 2,(IY+%d)->H" }, { 0x0095, 0x00ff, ' ', 2, "RES 2,(IY+%d)->L" }, { 0x0096, 0x00ff, ' ', 2, "RES 2,(IY+%d)" }, { 0x0097, 0x00ff, ' ', 2, "RES 2,(IY+%d)->A" }, { 0x0098, 0x00ff, ' ', 2, "RES 3,(IY+%d)->B" }, { 0x0099, 0x00ff, ' ', 2, "RES 3,(IY+%d)->C" }, { 0x009A, 0x00ff, ' ', 2, "RES 3,(IY+%d)->D" }, { 0x009B, 0x00ff, ' ', 2, "RES 3,(IY+%d)->E" }, { 0x009C, 0x00ff, ' ', 2, "RES 3,(IY+%d)->H" }, { 0x009D, 0x00ff, ' ', 2, "RES 3,(IY+%d)->L" }, { 0x009E, 0x00ff, ' ', 2, "RES 3,(IY+%d)" }, { 0x009F, 0x00ff, ' ', 2, "RES 3,(IY+%d)->A" }, { 0x00A0, 0x00ff, ' ', 2, "RES 4,(IY+%d)->B" }, { 0x00A1, 0x00ff, ' ', 2, "RES 4,(IY+%d)->C" }, { 0x00A2, 0x00ff, ' ', 2, "RES 4,(IY+%d)->D" }, { 0x00A3, 0x00ff, ' ', 2, "RES 4,(IY+%d)->E" }, { 0x00A4, 0x00ff, ' ', 2, "RES 4,(IY+%d)->H" }, { 0x00A5, 0x00ff, ' ', 2, "RES 4,(IY+%d)->L" }, { 0x00A6, 0x00ff, ' ', 2, "RES 4,(IY+%d)" }, { 0x00A7, 0x00ff, ' ', 2, "RES 4,(IY+%d)->A" }, { 0x00A8, 0x00ff, ' ', 2, "RES 5,(IY+%d)->B" }, { 0x00A9, 0x00ff, ' ', 2, "RES 5,(IY+%d)->C" }, { 0x00AA, 0x00ff, ' ', 2, "RES 5,(IY+%d)->D" }, { 0x00AB, 0x00ff, ' ', 2, "RES 5,(IY+%d)->E" }, { 0x00AC, 0x00ff, ' ', 2, "RES 5,(IY+%d)->H" }, { 0x00AD, 0x00ff, ' ', 2, "RES 5,(IY+%d)->L" }, { 0x00AE, 0x00ff, ' ', 2, "RES 5,(IY+%d)" }, { 0x00AF, 0x00ff, ' ', 2, "RES 5,(IY+%d)->A" }, { 0x00B0, 0x00ff, ' ', 2, "RES 6,(IY+%d)->B" }, { 0x00B1, 0x00ff, ' ', 2, "RES 6,(IY+%d)->C" }, { 0x00B2, 0x00ff, ' ', 2, "RES 6,(IY+%d)->D" }, { 0x00B3, 0x00ff, ' ', 2, "RES 6,(IY+%d)->E" }, { 0x00B4, 0x00ff, ' ', 2, "RES 6,(IY+%d)->H" }, { 0x00B5, 0x00ff, ' ', 2, "RES 6,(IY+%d)->L" }, { 0x00B6, 0x00ff, ' ', 2, "RES 6,(IY+%d)" }, { 0x00B7, 0x00ff, ' ', 2, "RES 6,(IY+%d)->A" }, { 0x00B8, 0x00ff, ' ', 2, "RES 7,(IY+%d)->B" }, { 0x00B9, 0x00ff, ' ', 2, "RES 7,(IY+%d)->C" }, { 0x00BA, 0x00ff, ' ', 2, "RES 7,(IY+%d)->D" }, { 0x00BB, 0x00ff, ' ', 2, "RES 7,(IY+%d)->E" }, { 0x00BC, 0x00ff, ' ', 2, "RES 7,(IY+%d)->H" }, { 0x00BD, 0x00ff, ' ', 2, "RES 7,(IY+%d)->L" }, { 0x00BE, 0x00ff, ' ', 2, "RES 7,(IY+%d)" }, { 0x00BF, 0x00ff, ' ', 2, "RES 7,(IY+%d)->A" }, { 0x00C0, 0x00ff, ' ', 2, "SET 0,(IY+%d)->B" }, { 0x00C1, 0x00ff, ' ', 2, "SET 0,(IY+%d)->C" }, { 0x00C2, 0x00ff, ' ', 2, "SET 0,(IY+%d)->D" }, { 0x00C3, 0x00ff, ' ', 2, "SET 0,(IY+%d)->E" }, { 0x00C4, 0x00ff, ' ', 2, "SET 0,(IY+%d)->H" }, { 0x00C5, 0x00ff, ' ', 2, "SET 0,(IY+%d)->L" }, { 0x00C6, 0x00ff, ' ', 2, "SET 0,(IY+%d)" }, { 0x00C7, 0x00ff, ' ', 2, "SET 0,(IY+%d)->A" }, { 0x00C8, 0x00ff, ' ', 2, "SET 1,(IY+%d)->B" }, { 0x00C9, 0x00ff, ' ', 2, "SET 1,(IY+%d)->C" }, { 0x00CA, 0x00ff, ' ', 2, "SET 1,(IY+%d)->D" }, { 0x00CB, 0x00ff, ' ', 2, "SET 1,(IY+%d)->E" }, { 0x00CC, 0x00ff, ' ', 2, "SET 1,(IY+%d)->H" }, { 0x00CD, 0x00ff, ' ', 2, "SET 1,(IY+%d)->L" }, { 0x00CE, 0x00ff, ' ', 2, "SET 1,(IY+%d)" }, { 0x00CF, 0x00ff, ' ', 2, "SET 1,(IY+%d)->A" }, { 0x00D0, 0x00ff, ' ', 2, "SET 2,(IY+%d)->B" }, { 0x00D1, 0x00ff, ' ', 2, "SET 2,(IY+%d)->C" }, { 0x00D2, 0x00ff, ' ', 2, "SET 2,(IY+%d)->D" }, { 0x00D3, 0x00ff, ' ', 2, "SET 2,(IY+%d)->E" }, { 0x00D4, 0x00ff, ' ', 2, "SET 2,(IY+%d)->H" }, { 0x00D5, 0x00ff, ' ', 2, "SET 2,(IY+%d)->L" }, { 0x00D6, 0x00ff, ' ', 2, "SET 2,(IY+%d)" }, { 0x00D7, 0x00ff, ' ', 2, "SET 2,(IY+%d)->A" }, { 0x00D8, 0x00ff, ' ', 2, "SET 3,(IY+%d)->B" }, { 0x00D9, 0x00ff, ' ', 2, "SET 3,(IY+%d)->C" }, { 0x00DA, 0x00ff, ' ', 2, "SET 3,(IY+%d)->D" }, { 0x00DB, 0x00ff, ' ', 2, "SET 3,(IY+%d)->E" }, { 0x00DC, 0x00ff, ' ', 2, "SET 3,(IY+%d)->H" }, { 0x00DD, 0x00ff, ' ', 2, "SET 3,(IY+%d)->L" }, { 0x00DE, 0x00ff, ' ', 2, "SET 3,(IY+%d)" }, { 0x00DF, 0x00ff, ' ', 2, "SET 3,(IY+%d)->A" }, { 0x00E0, 0x00ff, ' ', 2, "SET 4,(IY+%d)->B" }, { 0x00E1, 0x00ff, ' ', 2, "SET 4,(IY+%d)->C" }, { 0x00E2, 0x00ff, ' ', 2, "SET 4,(IY+%d)->D" }, { 0x00E3, 0x00ff, ' ', 2, "SET 4,(IY+%d)->E" }, { 0x00E4, 0x00ff, ' ', 2, "SET 4,(IY+%d)->H" }, { 0x00E5, 0x00ff, ' ', 2, "SET 4,(IY+%d)->L" }, { 0x00E6, 0x00ff, ' ', 2, "SET 4,(IY+%d)" }, { 0x00E7, 0x00ff, ' ', 2, "SET 4,(IY+%d)->A" }, { 0x00E8, 0x00ff, ' ', 2, "SET 5,(IY+%d)->B" }, { 0x00E9, 0x00ff, ' ', 2, "SET 5,(IY+%d)->C" }, { 0x00EA, 0x00ff, ' ', 2, "SET 5,(IY+%d)->D" }, { 0x00EB, 0x00ff, ' ', 2, "SET 5,(IY+%d)->E" }, { 0x00EC, 0x00ff, ' ', 2, "SET 5,(IY+%d)->H" }, { 0x00ED, 0x00ff, ' ', 2, "SET 5,(IY+%d)->L" }, { 0x00EE, 0x00ff, ' ', 2, "SET 5,(IY+%d)" }, { 0x00EF, 0x00ff, ' ', 2, "SET 5,(IY+%d)->A" }, { 0x00F0, 0x00ff, ' ', 2, "SET 6,(IY+%d)->B" }, { 0x00F1, 0x00ff, ' ', 2, "SET 6,(IY+%d)->C" }, { 0x00F2, 0x00ff, ' ', 2, "SET 6,(IY+%d)->D" }, { 0x00F3, 0x00ff, ' ', 2, "SET 6,(IY+%d)->E" }, { 0x00F4, 0x00ff, ' ', 2, "SET 6,(IY+%d)->H" }, { 0x00F5, 0x00ff, ' ', 2, "SET 6,(IY+%d)->L" }, { 0x00F6, 0x00ff, ' ', 2, "SET 6,(IY+%d)" }, { 0x00F7, 0x00ff, ' ', 2, "SET 6,(IY+%d)->A" }, { 0x00F8, 0x00ff, ' ', 2, "SET 7,(IY+%d)->B" }, { 0x00F9, 0x00ff, ' ', 2, "SET 7,(IY+%d)->C" }, { 0x00FA, 0x00ff, ' ', 2, "SET 7,(IY+%d)->D" }, { 0x00FB, 0x00ff, ' ', 2, "SET 7,(IY+%d)->E" }, { 0x00FC, 0x00ff, ' ', 2, "SET 7,(IY+%d)->H" }, { 0x00FD, 0x00ff, ' ', 2, "SET 7,(IY+%d)->L" }, { 0x00FE, 0x00ff, ' ', 2, "SET 7,(IY+%d)" }, { 0x00FF, 0x00ff, ' ', 2, "SET 7,(IY+%d)->A" }, { 0, 0, 0, 0, NULL } }; /* glob.cc */ sdcc-2.9.0/sim/ucsim/z80.src/glob.h000066400000000000000000000024421116427777700166760ustar00rootroot00000000000000/* * Simulator of microcontrollers (glob.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef GLOB_HEADER #define GLOB_HEADER #include "stypes.h" extern struct dis_entry disass_z80[]; extern struct dis_entry disass_z80_ed[]; extern struct dis_entry disass_z80_cb[]; extern struct dis_entry disass_z80_dd[]; extern struct dis_entry disass_z80_fd[]; extern struct dis_entry disass_z80_ddcb[]; extern struct dis_entry disass_z80_fdcb[]; #endif /* End of z80.src/glob.h */ sdcc-2.9.0/sim/ucsim/z80.src/inst.cc000066400000000000000000000612641116427777700170750ustar00rootroot00000000000000/* * Simulator of microcontrollers (inst.cc) * * some z80 code base from Karl Bongers karl@turbobit.com * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include // local #include "z80cl.h" #include "regsz80.h" #include "z80mac.h" /* * No Instruction * NOP * 0000 0000 0000 0000 *---------------------------------------------------------------------------- */ int cl_z80::inst_nop(t_mem code) { return(resGO); } /* * Load Instruction * LD * *---------------------------------------------------------------------------- */ int cl_z80::inst_ld(t_mem code) { switch(code) { case 1: // LD BC,nnnn regs.BC = fetch2(); break; case 2: // LD (BC),A store1(regs.BC, regs.A); break; case 6: // LD B,nn regs.bc.h = fetch(); break; case 0xa: // LD A,(BC) regs.A = get1(regs.BC); break; case 0x0e: // LD C,nn regs.bc.l = fetch(); break; case 0x11: // LD DE,nnnn regs.DE = fetch2(); break; case 0x12: // LD (DE),A store1(regs.DE, regs.A); break; case 0x16: // LD D,nn regs.de.h = fetch(); break; case 0x1A: // LD A,(DE) regs.A = get1(regs.DE); break; case 0x1E: // LD E,nn regs.de.l = fetch(); break; case 0x21: // LD HL,nnnn regs.HL = fetch2(); break; case 0x22: // LD (nnnn),HL { unsigned short tw; tw = fetch2(); store2(tw, regs.HL); } break; case 0x26: // LD H,nn regs.hl.h = fetch(); break; case 0x2A: // LD HL,(nnnn) { unsigned short tw; tw = fetch2(); regs.HL = get2(tw); } break; case 0x2E: // LD L,nn regs.hl.l = fetch(); break; case 0x31: // LD SP,nnnn regs.SP = fetch2(); break; case 0x32: // LD (nnnn),A { unsigned short tw; tw = fetch2(); store1(tw, regs.A); } break; case 0x36: // LD (HL),nn store1(regs.HL, fetch()); break; case 0x3A: // LD A,(nnnn) regs.A = get1(fetch2()); break; case 0x3E: // LD A,nn regs.A = fetch(); break; case 0x40: // LD B,B break; case 0x41: // LD B,C regs.bc.h = regs.bc.l; break; case 0x42: // LD B,D regs.bc.h = regs.de.h; break; case 0x43: // LD B,E regs.bc.h = regs.de.l; break; case 0x44: // LD B,H regs.bc.h = regs.hl.h; break; case 0x45: // LD B,L regs.bc.h = regs.hl.l; break; case 0x46: // LD B,(HL) regs.bc.h = get1(regs.HL); break; case 0x47: // LD B,A regs.bc.h = regs.A; break; case 0x48: // LD C,B regs.bc.l = regs.bc.h; break; case 0x49: // LD C,C break; case 0x4A: // LD C,D regs.bc.l = regs.de.h; break; case 0x4B: // LD C,E regs.bc.l = regs.de.l; break; case 0x4C: // LD C,H regs.bc.l = regs.hl.h; break; case 0x4D: // LD C,L regs.bc.l = regs.hl.l; break; case 0x4E: // LD C,(HL) regs.bc.l = get1(regs.HL); break; case 0x4F: // LD C,A regs.bc.l = regs.A; break; case 0x50: // LD D,B regs.de.h = regs.bc.h; break; case 0x51: // LD D,C regs.de.h = regs.bc.l; break; case 0x52: // LD D,D break; case 0x53: // LD D,E regs.de.h = regs.de.l; break; case 0x54: // LD D,H regs.de.h = regs.hl.h; break; case 0x55: // LD D,L regs.de.h = regs.hl.l; break; case 0x56: // LD D,(HL) regs.de.h = get1(regs.HL); break; case 0x57: // LD D,A regs.de.h = regs.A; break; case 0x58: // LD E,B regs.de.l = regs.bc.h; break; case 0x59: // LD E,C regs.de.l = regs.bc.l; break; case 0x5A: // LD E,D regs.de.l = regs.de.h; break; case 0x5B: // LD E,E break; case 0x5C: // LD E,H regs.de.l = regs.hl.h; break; case 0x5D: // LD E,L regs.de.l = regs.hl.l; break; case 0x5E: // LD E,(HL) regs.de.l = get1(regs.HL); break; case 0x5F: // LD E,A regs.de.l = regs.A; break; case 0x60: // LD H,B regs.hl.h = regs.bc.h; break; case 0x61: // LD H,C regs.hl.h = regs.bc.l; break; case 0x62: // LD H,D regs.hl.h = regs.de.h; break; case 0x63: // LD H,E regs.hl.h = regs.de.l; break; case 0x64: // LD H,H regs.hl.h = regs.hl.h; break; case 0x65: // LD H,L regs.hl.h = regs.hl.l; break; case 0x66: // LD H,(HL) regs.hl.h = get1(regs.HL); break; case 0x67: // LD H,A regs.hl.h = regs.A; break; case 0x68: // LD L,B regs.hl.l = regs.bc.h; break; case 0x69: // LD L,C regs.hl.l = regs.bc.l; break; case 0x6A: // LD L,D regs.hl.l = regs.de.h; break; case 0x6B: // LD L,E regs.hl.l = regs.de.l; break; case 0x6C: // LD L,H regs.hl.l = regs.hl.h; break; case 0x6D: // LD L,L break; case 0x6E: // LD L,(HL) regs.hl.l = get1(regs.HL); break; case 0x6F: // LD L,A regs.hl.l = regs.A; break; case 0x70: // LD (HL),B store1(regs.HL, regs.bc.h); break; case 0x71: // LD (HL),C store1(regs.HL, regs.bc.l); break; case 0x72: // LD (HL),D store1(regs.HL, regs.de.h); break; case 0x73: // LD (HL),E store1(regs.HL, regs.de.l); break; case 0x74: // LD (HL),H store1(regs.HL, regs.hl.h); break; case 0x75: // LD (HL),L store1(regs.HL, regs.hl.l); break; case 0x76: // HALT return(resHALT); case 0x77: // LD (HL),A store1(regs.HL, regs.A); break; case 0x78: // LD A,B regs.A = regs.bc.h; break; case 0x79: // LD A,C regs.A = regs.bc.l; break; case 0x7A: // LD A,D regs.A = regs.de.h; break; case 0x7B: // LD A,E regs.A = regs.de.l; break; case 0x7C: // LD A,H regs.A = regs.hl.h; break; case 0x7D: // LD A,L regs.A = regs.hl.l; break; case 0x7E: // LD A,(HL) regs.A = get1(regs.HL); break; case 0x7F: // LD A,A break; case 0xF9: // LD SP,HL regs.SP = regs.HL; break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_inc(t_mem code) { switch(code) { case 0x03: // INC BC ++regs.BC; break; case 0x04: // INC B inc(regs.bc.h); break; case 0x0C: // INC C inc(regs.bc.l); break; case 0x13: // INC DE ++regs.DE; break; case 0x14: // INC D inc(regs.de.h); break; case 0x1C: // INC E inc(regs.de.l); break; case 0x23: // INC HL ++regs.HL; break; case 0x24: // INC H inc(regs.hl.h); break; case 0x2C: // INC L inc(regs.hl.l); break; case 0x33: // INC SP ++regs.SP; break; case 0x34: // INC (HL) {unsigned char t=get1(regs.HL); inc(t); store1(regs.HL, t); } break; case 0x3C: // INC A inc(regs.A); break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_dec(t_mem code) { switch(code) { case 0x05: // DEC B dec(regs.bc.h); break; case 0x0B: // DEC BC --regs.BC; break; case 0x0D: // DEC C dec(regs.bc.l); break; case 0x15: // DEC D dec(regs.de.h); break; case 0x1B: // DEC DE --regs.DE; break; case 0x1D: // DEC E dec(regs.de.l); break; case 0x25: // DEC H dec(regs.hl.h); break; case 0x2B: // DEC HL --regs.HL; break; case 0x2D: // DEC L dec(regs.hl.l); break; case 0x35: // DEC (HL) {unsigned char t=get1(regs.HL); dec(t); store1(regs.HL, t); } break; case 0x3B: // DEC SP --regs.SP; break; case 0x3D: // DEC A dec(regs.A); break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_rlca(t_mem code) { rlc_byte(regs.A); return(resGO); } int cl_z80::inst_rrca(t_mem code) { rrc_byte(regs.A); return(resGO); } int cl_z80::inst_ex(t_mem code) { /* 0x08 // EX AF,AF' */ unsigned char tmp; TYPE_UWORD tempw; switch (code) { case 0x08: // EX AF,AF' tmp = regs.aA; regs.aA = regs.A; regs.A = tmp; tmp = regs.aF; regs.aF = regs.F; regs.F = tmp; break; case 0xE3: // EX (SP),HL tempw = regs.HL; regs.HL = get2(regs.SP); store2(regs.SP, tempw); break; case 0xEB: // EX DE,HL tempw = regs.DE; regs.DE = regs.HL; regs.HL = tempw; break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_add(t_mem code) { #define add_HL_Word(wr) { \ unsigned int tmp; \ regs.F &= ~(BIT_ALL); /* clear these */ \ tmp = (unsigned int)regs.HL + (unsigned int)(wr); \ if (tmp > 0xffff) regs.F |= BIT_C; \ regs.HL = (unsigned short) tmp; } switch(code) { case 0x09: // ADD HL,BC add_HL_Word(regs.BC); break; case 0x19: // ADD HL,DE add_HL_Word(regs.DE); break; case 0x29: // ADD HL,HL add_HL_Word(regs.HL); break; case 0x39: // ADD HL,SP add_HL_Word(regs.SP); break; case 0x80: // ADD A,B add_A_bytereg(regs.bc.h); break; case 0x81: // ADD A,C add_A_bytereg(regs.bc.l); break; case 0x82: // ADD A,D add_A_bytereg(regs.de.h); break; case 0x83: // ADD A,E add_A_bytereg(regs.de.l); break; case 0x84: // ADD A,H add_A_bytereg(regs.hl.h); break; case 0x85: // ADD A,L add_A_bytereg(regs.hl.l); break; case 0x86: // ADD A,(HL) { unsigned char utmp; utmp = get1(regs.HL); add_A_bytereg(utmp); } break; case 0x87: // ADD A,A add_A_bytereg(regs.A); break; case 0xC6: // ADD A,nn { unsigned char utmp1; utmp1 = fetch(); add_A_bytereg(utmp1); } break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_djnz(t_mem code) { signed char j; // 0x10: DJNZ dd j = fetch1(); if ((--regs.bc.h != 0)) { PC += j; } else { } return(resGO); } int cl_z80::inst_rra(t_mem code) { rr_byte(regs.A); return(resGO); } int cl_z80::inst_rla(t_mem code) { rl_byte(regs.A); return(resGO); } int cl_z80::inst_jr(t_mem code) { signed char j; j = fetch1(); switch(code) { case 0x18: // JR dd PC += j; break; case 0x20: // JR NZ,dd if (!(regs.F & BIT_Z)) { PC += j; } break; case 0x28: // JR Z,dd if ((regs.F & BIT_Z)) { PC += j; } break; case 0x30: // JR NC,dd if (!(regs.F & BIT_C)) { PC += j; } break; case 0x38: // JR C,dd if ((regs.F & BIT_C)) { PC += j; } break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_daa(t_mem code) { /************* from MH's z80ops.c: unsigned char incr=0, carry=cy; if((f&0x10) || (a&0x0f)>9) incr=6; if((f&1) || (a>>4)>9) incr|=0x60; if(f&2)suba(incr,0); else { if(a>0x90 && (a&15)>9)incr|=0x60; adda(incr,0); } f=((f|carry)&0xfb); ********/ /* I have not tried to understand this archaic bit of BCD logic(kpb), taking the lazy way out for now and just transcribing MH's code. */ unsigned char incr; if ((regs.F & BIT_A) || ((regs.A & 0x0f) > 9)) incr = 6; else incr = 0; if ((regs.F & BIT_C) || ((regs.A & 0xf0) > 0x90)) incr |= 0x60; if (regs.F & BIT_N) { /* not addition */ sub_A_bytereg(incr); } else { if ((regs.A > 0x90) && ((regs.A & 0x0f) >9)) incr |= 0x60; add_A_bytereg(incr); } return(resGO); } int cl_z80::inst_cpl(t_mem code) { regs.F |= (BIT_A | BIT_N); regs.A = ~regs.A; return(resGO); } int cl_z80::inst_scf(t_mem code) { /* Set Carry Flag */ regs.F |= BIT_C; return(resGO); } int cl_z80::inst_ccf(t_mem code) { /* Compliment Carry Flag */ regs.F ^= BIT_C; return(resGO); } int cl_z80::inst_halt(t_mem code) { return(resHALT); } int cl_z80::inst_adc(t_mem code) { switch(code) { case 0x88: // ADC A,B adc_A_bytereg(regs.bc.h); break; case 0x89: // ADC A,C adc_A_bytereg(regs.bc.l); break; case 0x8A: // ADC A,D adc_A_bytereg(regs.de.h); break; case 0x8B: // ADC A,E adc_A_bytereg(regs.de.l); break; case 0x8C: // ADC A,H adc_A_bytereg(regs.hl.h); break; case 0x8D: // ADC A,L adc_A_bytereg(regs.hl.l); break; case 0x8E: // ADC A,(HL) { unsigned char utmp; utmp = get1(regs.HL); adc_A_bytereg(utmp); } break; case 0x8F: // ADC A,A adc_A_bytereg(regs.A); break; case 0xCE: // ADC A,nn { unsigned char utmp; utmp = fetch(); adc_A_bytereg(utmp); } break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_sbc(t_mem code) { switch(code) { case 0x98: // SBC A,B sbc_A_bytereg(regs.bc.h); break; case 0x99: // SBC A,C sbc_A_bytereg(regs.bc.l); break; case 0x9A: // SBC A,D sbc_A_bytereg(regs.de.h); break; case 0x9B: // SBC A,E sbc_A_bytereg(regs.de.l); break; case 0x9C: // SBC A,H sbc_A_bytereg(regs.hl.h); break; case 0x9D: // SBC A,L sbc_A_bytereg(regs.hl.l); break; case 0x9E: // SBC A,(HL) { unsigned char utmp; utmp = get1(regs.HL); sbc_A_bytereg(utmp); } break; case 0x9F: // SBC A,A sbc_A_bytereg(regs.A); break; case 0xDE: // SBC A,nn { unsigned char utmp; utmp = fetch(); sbc_A_bytereg(utmp); } break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_and(t_mem code) { switch(code) { case 0xA0: // AND B and_A_bytereg(regs.bc.h); break; case 0xA1: // AND C and_A_bytereg(regs.bc.l); break; case 0xA2: // AND D and_A_bytereg(regs.de.h); break; case 0xA3: // AND E and_A_bytereg(regs.de.l); break; case 0xA4: // AND H and_A_bytereg(regs.hl.h); break; case 0xA5: // AND L and_A_bytereg(regs.hl.l); break; case 0xA6: // AND (HL) { unsigned char utmp; utmp = get1(regs.HL); and_A_bytereg(utmp); } break; case 0xA7: // AND A and_A_bytereg(regs.A); break; case 0xE6: // AND nn and_A_bytereg(fetch()); break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_xor(t_mem code) { switch(code) { case 0xA8: // XOR B xor_A_bytereg(regs.bc.h); break; case 0xA9: // XOR C xor_A_bytereg(regs.bc.l); break; case 0xAA: // XOR D xor_A_bytereg(regs.de.h); break; case 0xAB: // XOR E xor_A_bytereg(regs.de.l); break; case 0xAC: // XOR H xor_A_bytereg(regs.hl.h); break; case 0xAD: // XOR L xor_A_bytereg(regs.hl.l); break; case 0xAE: // XOR (HL) { unsigned char utmp; utmp = get1(regs.HL); xor_A_bytereg(utmp); } break; case 0xAF: // XOR A xor_A_bytereg(regs.A); break; case 0xEE: // XOR nn xor_A_bytereg(fetch()); break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_or(t_mem code) { switch(code) { case 0xB0: // OR B or_A_bytereg(regs.bc.h); break; case 0xB1: // OR C or_A_bytereg(regs.bc.l); break; case 0xB2: // OR D or_A_bytereg(regs.de.h); break; case 0xB3: // OR E or_A_bytereg(regs.de.l); break; case 0xB4: // OR H or_A_bytereg(regs.hl.h); break; case 0xB5: // OR L or_A_bytereg(regs.hl.l); break; case 0xB6: // OR (HL) { unsigned char utmp; utmp = get1(regs.HL); or_A_bytereg(utmp); } break; case 0xB7: // OR A or_A_bytereg(regs.A); break; case 0xF6: // OR nn or_A_bytereg(fetch()); break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_cp(t_mem code) { /* Compare with Accumulator - subtract and test, leave A unchanged */ switch(code) { case 0xB8: // CP B cp_bytereg(regs.bc.h); break; case 0xB9: // CP C cp_bytereg(regs.bc.l); break; case 0xBA: // CP D cp_bytereg(regs.de.h); break; case 0xBB: // CP E cp_bytereg(regs.de.l); break; case 0xBC: // CP H cp_bytereg(regs.hl.h); break; case 0xBD: // CP L cp_bytereg(regs.hl.l); break; case 0xBE: // CP (HL) { unsigned char utmp; utmp = get1(regs.HL); cp_bytereg(utmp); } break; case 0xBF: // CP A cp_bytereg(regs.A); break; case 0xFE: // CP nn { unsigned char utmp; utmp = fetch(); cp_bytereg(utmp); } break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_rst(t_mem code) { switch(code) { case 0xC7: // RST 0 push2(PC+2); PC = 0x0; break; case 0xCF: // RST 8 //PC = 0x08; switch (regs.A) { case 0: return(resBREAKPOINT); // ::exit(0); break; case 1: //printf("PUTCHAR-----> %xH\n", regs.hl.l); putchar(regs.hl.l); fflush(stdout); break; } break; case 0xD7: // RST 10H push2(PC+2); PC = 0x10; break; case 0xDF: // RST 18H push2(PC+2); PC = 0x18; break; case 0xE7: // RST 20H push2(PC+2); PC = 0x20; break; case 0xEF: // RST 28H push2(PC+2); PC = 0x28; break; case 0xF7: // RST 30H push2(PC+2); PC = 0x30; break; case 0xFF: // RST 38H push2(PC+2); PC = 0x38; break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_ret(t_mem code) { switch(code) { case 0xC0: // RET NZ if (!(regs.F & BIT_Z)) { pop2(PC); } break; case 0xC8: // RET Z if ((regs.F & BIT_Z)) { pop2(PC); } break; case 0xC9: // RET pop2(PC); break; case 0xD0: // RET NC if (!(regs.F & BIT_C)) { pop2(PC); } break; case 0xD8: // RET C if ((regs.F & BIT_C)) { pop2(PC); } break; case 0xE0: // RET PO if (!(regs.F & BIT_P)) { pop2(PC); } break; case 0xE8: // RET PE if ((regs.F & BIT_P)) { pop2(PC); } break; case 0xF0: // RET P if (!(regs.F & BIT_S)) { pop2(PC); } break; case 0xF8: // RET M if ((regs.F & BIT_S)) { pop2(PC); } break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_call(t_mem code) { int jnk; switch(code) { case 0xC4: // CALL NZ,nnnn if (!(regs.F & BIT_Z)) { push2(PC+2); PC = fetch2(); } else { jnk = fetch2(); } break; case 0xCC: // CALL Z,nnnn if (regs.F & BIT_Z) { push2(PC+2); PC = fetch2(); } else { jnk = fetch2(); } break; case 0xCD: // CALL nnnn push2(PC+2); PC = fetch2(); break; case 0xD4: // CALL NC,nnnn if (!(regs.F & BIT_C)) { push2(PC+2); PC = fetch2(); } else { jnk = fetch2(); } break; case 0xDC: // CALL C,nnnn if (regs.F & BIT_C) { push2(PC+2); PC = fetch2(); } else { jnk = fetch2(); } break; case 0xE4: // CALL PO,nnnn if (!(regs.F & BIT_P)) { push2(PC+2); PC = fetch2(); } else { jnk = fetch2(); } break; case 0xEC: // CALL PE,nnnn if (regs.F & BIT_P) { push2(PC+2); PC = fetch2(); } else { jnk = fetch2(); } break; case 0xF4: // CALL P,nnnn if (!(regs.F & BIT_S)) { push2(PC+2); PC = fetch2(); } else { jnk = fetch2(); } break; case 0xFC: // CALL M,nnnn if (regs.F & BIT_S) { push2(PC+2); PC = fetch2(); } else { jnk = fetch2(); } break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_out(t_mem code) { return(resGO); } int cl_z80::inst_push(t_mem code) { switch(code) { case 0xC5: // PUSH BC push2(regs.BC); break; case 0xD5: // PUSH DE push2(regs.DE); break; case 0xE5: // PUSH HL push2(regs.HL); break; case 0xF5: // PUSH AF push1(regs.A); push1(regs.F); break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_exx(t_mem code) { /* case 0xD9: // EXX - swap BC,DE,HL with alternates */ TYPE_UWORD tempw; tempw = regs.aBC; regs.BC = regs.aBC; regs.aBC = tempw; tempw = regs.aDE; regs.DE = regs.aDE; regs.aDE = tempw; tempw = regs.aDE; regs.DE = regs.aDE; regs.aDE = tempw; return(resGO); } int cl_z80::inst_in(t_mem code) { return(resGO); } int cl_z80::inst_sub(t_mem code) { switch(code) { case 0x90: // SUB B sub_A_bytereg(regs.bc.h); break; case 0x91: // SUB C sub_A_bytereg(regs.bc.l); break; case 0x92: // SUB D sub_A_bytereg(regs.de.h); break; case 0x93: // SUB E sub_A_bytereg(regs.de.l); break; case 0x94: // SUB H sub_A_bytereg(regs.hl.h); break; case 0x95: // SUB L sub_A_bytereg(regs.hl.l); break; case 0x96: // SUB (HL) { unsigned char tmp1; tmp1 = get1(regs.HL); sub_A_bytereg(tmp1); } break; case 0x97: // SUB A regs.A = 0; break; case 0xD6: // SUB nn { unsigned char tmp1; tmp1 = fetch(); sub_A_bytereg(tmp1); } break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_pop(t_mem code) { switch (code) { case 0xC1: // POP BC regs.BC = get2(regs.SP); regs.SP+=2; break; case 0xD1: // POP DE regs.DE = get2(regs.SP); regs.SP+=2; break; case 0xE1: // POP HL regs.HL = get2(regs.SP); regs.SP+=2; break; case 0xF1: // POP AF regs.F = get1(regs.SP++); regs.A = get1(regs.SP++); break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_jp(t_mem code) { int jnk; switch (code) { case 0xC2: // JP NZ,nnnn if (!(regs.F & BIT_Z)) { PC = fetch2(); } else { jnk = fetch2(); } break; case 0xC3: // JP nnnn PC = fetch2(); break; case 0xCA: // JP Z,nnnn if (regs.F & BIT_Z) { PC = fetch2(); } else { jnk = fetch2(); } break; case 0xD2: // JP NC,nnnn if (!(regs.F & BIT_C)) { PC = fetch2(); } else { jnk = fetch2(); } break; case 0xDA: // JP C,nnnn if (regs.F & BIT_C) { PC = fetch2(); } else { jnk = fetch2(); } break; case 0xE2: // JP PO,nnnn if (regs.F & BIT_P) { PC = fetch2(); } else { jnk = fetch2(); } break; case 0xE9: // JP (HL) PC = regs.HL; break; case 0xea: // JP PO,nnnn if (!(regs.F & BIT_P)) { PC = fetch2(); } else { jnk = fetch2(); } break; case 0xF2: // JP P,nnnn (positive) if (!(regs.F & BIT_S)) { PC = fetch2(); } else { jnk = fetch2(); } break; case 0xfa: // JP M,nnnn (sign negative) if (regs.F & BIT_S) { PC = fetch2(); } else { jnk = fetch2(); } break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_di(t_mem code) { /* disable interrupts */ return(resGO); } int cl_z80::inst_ei(t_mem code) { /* enable interrupts */ return(resGO); } /* End of z80.src/inst.cc */ sdcc-2.9.0/sim/ucsim/z80.src/inst_cb.cc000066400000000000000000000373651116427777700175460ustar00rootroot00000000000000/* * Simulator of microcontrollers (inst.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" // local #include "z80cl.h" #include "regsz80.h" #include "z80mac.h" int cl_z80::inst_cb_rlc(t_mem code) { switch(code) { case 0x00: // RLC B rlc_byte(regs.bc.h); break; case 0x01: // RLC C rlc_byte(regs.bc.l); break; case 0x02: // RLC D rlc_byte(regs.de.h); break; case 0x03: // RLC E rlc_byte(regs.de.l); break; case 0x04: // RLC H rlc_byte(regs.hl.h); break; case 0x05: // RLC L rlc_byte(regs.hl.l); break; case 0x06: // RLC (HL) { unsigned char tmp; tmp = get1(regs.HL); rlc_byte(tmp); store1(regs.HL, tmp); } break; case 0x07: // RLC A rlc_byte(regs.A); break; } return(resGO); } int cl_z80::inst_cb_rrc(t_mem code) { switch(code) { case 0x08: // RRC B rrc_byte(regs.bc.h); break; case 0x09: // RRC C rrc_byte(regs.bc.l); break; case 0x0A: // RRC D rrc_byte(regs.de.h); break; case 0x0B: // RRC E rrc_byte(regs.de.l); break; case 0x0C: // RRC H rrc_byte(regs.hl.h); break; case 0x0D: // RRC L rrc_byte(regs.hl.l); break; case 0x0E: // RRC (HL) { unsigned char tmp; tmp = get1(regs.HL); rrc_byte(tmp); store1(regs.HL, tmp); } break; case 0x0F: // RRC A rrc_byte(regs.A); break; } return(resGO); } int cl_z80::inst_cb_rl(t_mem code) { switch(code) { case 0x10: // RL B rl_byte(regs.bc.h); break; case 0x11: // RL C rl_byte(regs.bc.l); break; case 0x12: // RL D rl_byte(regs.de.h); break; case 0x13: // RL E rl_byte(regs.de.l); break; case 0x14: // RL H rl_byte(regs.hl.h); break; case 0x15: // RL L rl_byte(regs.hl.l); break; case 0x16: // RL (HL) { unsigned char tmp; tmp = get1(regs.HL); rl_byte(tmp); store1(regs.HL, tmp); } break; case 0x17: // RL A rl_byte(regs.A); break; } return(resGO); } int cl_z80::inst_cb_rr(t_mem code) { switch(code) { case 0x18: // RR B rr_byte(regs.bc.h); break; case 0x19: // RR C rr_byte(regs.bc.l); break; case 0x1A: // RR D rr_byte(regs.de.h); break; case 0x1B: // RR E rr_byte(regs.de.l); break; case 0x1C: // RR H rr_byte(regs.hl.h); break; case 0x1D: // RR L rr_byte(regs.hl.l); break; case 0x1E: // RR (HL) { unsigned char tmp; tmp = get1(regs.HL); rr_byte(tmp); store1(regs.HL, tmp); } break; case 0x1F: // RR A rr_byte(regs.A); break; } return(resGO); } int cl_z80::inst_cb_sla(t_mem code) { switch(code) { case 0x20: // SLA B sla_byte(regs.bc.h); break; case 0x21: // SLA C sla_byte(regs.bc.l); break; case 0x22: // SLA D sla_byte(regs.de.h); break; case 0x23: // SLA E sla_byte(regs.de.l); break; case 0x24: // SLA H sla_byte(regs.hl.h); break; case 0x25: // SLA L sla_byte(regs.hl.l); break; case 0x26: // SLA (HL) { unsigned char tmp; tmp = get1(regs.HL); sla_byte(tmp); store1(regs.HL, tmp); } break; case 0x27: // SLA A sla_byte(regs.A); break; } return(resGO); } int cl_z80::inst_cb_sra(t_mem code) { switch(code) { case 0x28: // SRA B sra_byte(regs.bc.h); break; case 0x29: // SRA C sra_byte(regs.bc.l); break; case 0x2A: // SRA D sra_byte(regs.de.h); break; case 0x2B: // SRA E sra_byte(regs.de.l); break; case 0x2C: // SRA H sra_byte(regs.hl.h); break; case 0x2D: // SRA L sra_byte(regs.hl.l); break; case 0x2E: // SRA (HL) { unsigned char tmp; tmp = get1(regs.HL); sra_byte(tmp); store1(regs.HL, tmp); } break; case 0x2F: // SRA A sra_byte(regs.A); break; } return(resGO); } int cl_z80::inst_cb_slia(t_mem code) { switch(code) { case 0x30: // SLIA B (Shift Left Inverted Arithmetic) slia_byte(regs.bc.h); break; case 0x31: // SLIA C like SLA, but shifts in a 1 bit slia_byte(regs.bc.l); break; case 0x32: // SLIA D slia_byte(regs.de.h); break; case 0x33: // SLIA E slia_byte(regs.de.l); break; case 0x34: // SLIA H slia_byte(regs.hl.h); break; case 0x35: // SLIA L slia_byte(regs.hl.l); break; case 0x36: // SLIA (HL) { unsigned char tmp; tmp = get1(regs.HL); slia_byte(tmp); store1(regs.HL, tmp); } break; case 0x37: // SLIA A slia_byte(regs.A); break; } return(resGO); } int cl_z80::inst_cb_srl(t_mem code) { switch(code) { case 0x38: // SRL B srl_byte(regs.bc.h); break; case 0x39: // SRL C srl_byte(regs.bc.l); break; case 0x3A: // SRL D srl_byte(regs.de.h); break; case 0x3B: // SRL E srl_byte(regs.de.l); break; case 0x3C: // SRL H srl_byte(regs.hl.h); break; case 0x3D: // SRL L srl_byte(regs.hl.l); break; case 0x3E: // SRL (HL) { unsigned char tmp; tmp = get1(regs.HL); srl_byte(tmp); store1(regs.HL, tmp); } break; case 0x3F: // SRL A srl_byte(regs.A); break; } return(resGO); } int cl_z80::inst_cb_bit(t_mem code) { #define bit_bitnum ((code >> 3) & 7) switch(code & 7) { case 0x0: // BIT x,B bit_byte(regs.bc.h, bit_bitnum); break; case 0x1: // BIT x,C bit_byte(regs.bc.l, bit_bitnum); break; case 0x2: // BIT x,D bit_byte(regs.de.h, bit_bitnum); break; case 0x3: // BIT x,E bit_byte(regs.de.l, bit_bitnum); break; case 0x4: // BIT x,H bit_byte(regs.hl.h, bit_bitnum); break; case 0x5: // BIT x,L bit_byte(regs.hl.l, bit_bitnum); break; case 0x6: // BIT x,(HL) { unsigned char tmp; tmp = get1(regs.HL); bit_byte(tmp, bit_bitnum); store1(regs.HL, tmp); } break; case 0x7: // BIT x,A bit_byte(regs.A, bit_bitnum); break; break; } return(resGO); } int cl_z80::inst_cb_res(t_mem code) { #define bit_bitnum ((code >> 3) & 7) switch(code & 0x7) { case 0x0: // RES x,B regs.bc.h &= ~(1 << bit_bitnum); break; case 0x1: // RES x,C regs.bc.l &= ~(1 << bit_bitnum); break; case 0x2: // RES x,D regs.de.h &= ~(1 << bit_bitnum); break; case 0x3: // RES x,E regs.de.l &= ~(1 << bit_bitnum); break; case 0x4: // RES x,H regs.hl.h &= ~(1 << bit_bitnum); break; case 0x5: // RES x,L regs.hl.l &= ~(1 << bit_bitnum); break; case 0x6: // RES x,(HL) { unsigned char tmp; tmp = get1(regs.HL); tmp &= ~(1 << bit_bitnum); store1(regs.HL, tmp); } break; case 0x7: // RES x,A regs.A &= ~(bit_bitnum); break; } return(resGO); } int cl_z80::inst_cb_set(t_mem code) { #define bit_bitnum ((code >> 3) & 7) switch(code) { case 0x0: // SET x,B regs.bc.h |= (1 << bit_bitnum); break; case 0x1: // SET x,C regs.bc.l |= (1 << bit_bitnum); break; case 0x2: // SET x,D regs.de.h |= (1 << bit_bitnum); break; case 0x3: // SET x,E regs.de.l |= (1 << bit_bitnum); break; case 0x4: // SET x,H regs.hl.h |= (1 << bit_bitnum); break; case 0x5: // SET x,L regs.hl.h |= (1 << bit_bitnum); break; case 0x6: // SET x,(HL) { unsigned char tmp; tmp = get1(regs.HL); tmp |= (1 << bit_bitnum); store1(regs.HL, tmp); } break; case 0x7: // SET x,A regs.de.h |= (1 << bit_bitnum); break; } return(resGO); } /******** start CB codes *****************/ int cl_z80::inst_cb(void) { t_mem code; if (fetch(&code)) return(resBREAKPOINT); tick(1); switch (code) { case 0x00: // RLC B case 0x01: // RLC C case 0x02: // RLC D case 0x03: // RLC E case 0x04: // RLC H case 0x05: // RLC L case 0x06: // RLC (HL) case 0x07: // RLC A return (inst_cb_rlc(code)); case 0x08: // RRC B case 0x09: // RRC C case 0x0A: // RRC D case 0x0B: // RRC E case 0x0C: // RRC H case 0x0D: // RRC L case 0x0E: // RRC (HL) case 0x0F: // RRC A return (inst_cb_rrc(code)); case 0x10: // RL B case 0x11: // RL C case 0x12: // RL D case 0x13: // RL E case 0x14: // RL H case 0x15: // RL L case 0x16: // RL (HL) case 0x17: // RL A return (inst_cb_rl(code)); case 0x18: // RR B case 0x19: // RR C case 0x1A: // RR D case 0x1B: // RR E case 0x1C: // RR H case 0x1D: // RR L case 0x1E: // RR (HL) case 0x1F: // RR A return (inst_cb_rr(code)); case 0x20: // SLA B case 0x21: // SLA C case 0x22: // SLA D case 0x23: // SLA E case 0x24: // SLA H case 0x25: // SLA L case 0x26: // SLA (HL) case 0x27: // SLA A return (inst_cb_sla(code)); case 0x28: // SRA B case 0x29: // SRA C case 0x2A: // SRA D case 0x2B: // SRA E case 0x2C: // SRA H case 0x2D: // SRA L case 0x2E: // SRA (HL) case 0x2F: // SRA A return (inst_cb_sra(code)); case 0x30: // SLIA B (Shift Left Inverted Arithmetic) case 0x31: // SLIA C like SLA, but shifts in a 1 bit case 0x32: // SLIA D case 0x33: // SLIA E case 0x34: // SLIA H case 0x35: // SLIA L case 0x36: // SLIA (HL) case 0x37: // SLIA A return (inst_cb_slia(code)); case 0x38: // SRL B case 0x39: // SRL C case 0x3A: // SRL D case 0x3B: // SRL E case 0x3C: // SRL H case 0x3D: // SRL L case 0x3E: // SRL (HL) case 0x3F: // SRL A return (inst_cb_srl(code)); case 0x40: // BIT 0,B case 0x41: // BIT 0,C case 0x42: // BIT 0,D case 0x43: // BIT 0,E case 0x44: // BIT 0,H case 0x45: // BIT 0,L case 0x46: // BIT 0,(HL) case 0x47: // BIT 0,A case 0x48: // BIT 1,B case 0x49: // BIT 1,C case 0x4A: // BIT 1,D case 0x4B: // BIT 1,E case 0x4C: // BIT 1,H case 0x4D: // BIT 1,L case 0x4E: // BIT 1,(HL) case 0x4F: // BIT 1,A case 0x50: // BIT 2,B case 0x51: // BIT 2,C case 0x52: // BIT 2,D case 0x53: // BIT 2,E case 0x54: // BIT 2,H case 0x55: // BIT 2,L case 0x56: // BIT 2,(HL) case 0x57: // BIT 2,A case 0x58: // BIT 3,B case 0x59: // BIT 3,C case 0x5A: // BIT 3,D case 0x5B: // BIT 3,E case 0x5C: // BIT 3,H case 0x5D: // BIT 3,L case 0x5E: // BIT 3,(HL) case 0x5F: // BIT 3,A case 0x60: // BIT 4,B case 0x61: // BIT 4,C case 0x62: // BIT 4,D case 0x63: // BIT 4,E case 0x64: // BIT 4,H case 0x65: // BIT 4,L case 0x66: // BIT 4,(HL) case 0x67: // BIT 4,A case 0x68: // BIT 5,B case 0x69: // BIT 5,C case 0x6A: // BIT 5,D case 0x6B: // BIT 5,E case 0x6C: // BIT 5,H case 0x6D: // BIT 5,L case 0x6E: // BIT 5,(HL) case 0x6F: // BIT 5,A case 0x70: // BIT 6,B case 0x71: // BIT 6,C case 0x72: // BIT 6,D case 0x73: // BIT 6,E case 0x74: // BIT 6,H case 0x75: // BIT 6,L case 0x76: // BIT 6,(HL) case 0x77: // BIT 6,A case 0x78: // BIT 7,B case 0x79: // BIT 7,C case 0x7A: // BIT 7,D case 0x7B: // BIT 7,E case 0x7C: // BIT 7,H case 0x7D: // BIT 7,L case 0x7E: // BIT 7,(HL) case 0x7F: // BIT 7,A return (inst_cb_bit(code)); case 0x80: // RES 0,B case 0x81: // RES 0,C case 0x82: // RES 0,D case 0x83: // RES 0,E case 0x84: // RES 0,H case 0x85: // RES 0,L case 0x86: // RES 0,(HL) case 0x87: // RES 0,A case 0x88: // RES 1,B case 0x89: // RES 1,C case 0x8A: // RES 1,D case 0x8B: // RES 1,E case 0x8C: // RES 1,H case 0x8D: // RES 1,L case 0x8E: // RES 1,(HL) case 0x8F: // RES 1,A case 0x90: // RES 2,B case 0x91: // RES 2,C case 0x92: // RES 2,D case 0x93: // RES 2,E case 0x94: // RES 2,H case 0x95: // RES 2,L case 0x96: // RES 2,(HL) case 0x97: // RES 2,A case 0x98: // RES 3,B case 0x99: // RES 3,C case 0x9A: // RES 3,D case 0x9B: // RES 3,E case 0x9C: // RES 3,H case 0x9D: // RES 3,L case 0x9E: // RES 3,(HL) case 0x9F: // RES 3,A case 0xA0: // RES 4,B case 0xA1: // RES 4,C case 0xA2: // RES 4,D case 0xA3: // RES 4,E case 0xA4: // RES 4,H case 0xA5: // RES 4,L case 0xA6: // RES 4,(HL) case 0xA7: // RES 4,A case 0xA8: // RES 5,B case 0xA9: // RES 5,C case 0xAA: // RES 5,D case 0xAB: // RES 5,E case 0xAC: // RES 5,H case 0xAD: // RES 5,L case 0xAE: // RES 5,(HL) case 0xAF: // RES 5,A case 0xB0: // RES 6,B case 0xB1: // RES 6,C case 0xB2: // RES 6,D case 0xB3: // RES 6,E case 0xB4: // RES 6,H case 0xB5: // RES 6,L case 0xB6: // RES 6,(HL) case 0xB7: // RES 6,A case 0xB8: // RES 7,B case 0xB9: // RES 7,C case 0xBA: // RES 7,D case 0xBB: // RES 7,E case 0xBC: // RES 7,H case 0xBD: // RES 7,L case 0xBE: // RES 7,(HL) case 0xBF: // RES 7,A return (inst_cb_res(code)); case 0xC0: // SET 0,B case 0xC1: // SET 0,C case 0xC2: // SET 0,D case 0xC3: // SET 0,E case 0xC4: // SET 0,H case 0xC5: // SET 0,L case 0xC6: // SET 0,(HL) case 0xC7: // SET 0,A case 0xC8: // SET 1,B case 0xC9: // SET 1,C case 0xCA: // SET 1,D case 0xCB: // SET 1,E case 0xCC: // SET 1,H case 0xCD: // SET 1,L case 0xCE: // SET 1,(HL) case 0xCF: // SET 1,A case 0xD0: // SET 2,B case 0xD1: // SET 2,C case 0xD2: // SET 2,D case 0xD3: // SET 2,E case 0xD4: // SET 2,H case 0xD5: // SET 2,L case 0xD6: // SET 2,(HL) case 0xD7: // SET 2,A case 0xD8: // SET 3,B case 0xD9: // SET 3,C case 0xDA: // SET 3,D case 0xDB: // SET 3,E case 0xDC: // SET 3,H case 0xDD: // SET 3,L case 0xDE: // SET 3,(HL) case 0xDF: // SET 3,A case 0xE0: // SET 4,B case 0xE1: // SET 4,C case 0xE2: // SET 4,D case 0xE3: // SET 4,E case 0xE4: // SET 4,H case 0xE5: // SET 4,L case 0xE6: // SET 4,(HL) case 0xE7: // SET 4,A case 0xE8: // SET 5,B case 0xE9: // SET 5,C case 0xEA: // SET 5,D case 0xEB: // SET 5,E case 0xEC: // SET 5,H case 0xED: // SET 5,L case 0xEE: // SET 5,(HL) case 0xEF: // SET 5,A case 0xF0: // SET 6,B case 0xF1: // SET 6,C case 0xF2: // SET 6,D case 0xF3: // SET 6,E case 0xF4: // SET 6,H case 0xF5: // SET 6,L case 0xF6: // SET 6,(HL) case 0xF7: // SET 6,A case 0xF8: // SET 7,B case 0xF9: // SET 7,C case 0xFA: // SET 7,D case 0xFB: // SET 7,E case 0xFC: // SET 7,H case 0xFD: // SET 7,L case 0xFE: // SET 7,(HL) case 0xFF: // SET 7,A return (inst_cb_set(code)); } /*if (PC) PC--; else PC= get_mem_size(MEM_ROM_ID)-1;*/ PC= rom->inc_address(PC, -1); return(resINV_INST); } /* End of z80.src/inst_cb.cc */ sdcc-2.9.0/sim/ucsim/z80.src/inst_dd.cc000066400000000000000000000027411116427777700175370ustar00rootroot00000000000000/* * Simulator of microcontrollers (inst_dd.cc) * dd escaped multi-byte opcodes. * * some z80 code base from Karl Bongers karl@turbobit.com * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" // local #include "z80cl.h" #include "regsz80.h" #include "z80mac.h" #define regs_iX_h regs.ix.h #define regs_iX_l regs.ix.l #define regs_IX_OR_IY regs.IX #define inst_Xd_ld inst_dd_ld #define inst_Xd_add inst_dd_add #define inst_Xd_push inst_dd_push #define inst_Xd_inc inst_dd_inc #define inst_Xd_dec inst_dd_dec #define inst_Xd_misc inst_dd_misc #define inst_Xd inst_dd #define inst_Xdcb inst_ddcb #include "inst_xd.cc" /* End of z80.src/inst_dd.cc */ sdcc-2.9.0/sim/ucsim/z80.src/inst_ddcb.cc000066400000000000000000000030571116427777700200450ustar00rootroot00000000000000/* * Simulator of microcontrollers (inst_ddcb.cc) * DD CB escaped multi-byte opcodes for Z80. * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" // local #include "z80cl.h" #include "regsz80.h" #include "z80mac.h" #define regs_IX_OR_IY regs.IX #define inst_XXcb_rlc inst_ddcb_rlc #define inst_XXcb_rrc inst_ddcb_rrc #define inst_XXcb_rl inst_ddcb_rl #define inst_XXcb_rr inst_ddcb_rr #define inst_XXcb_sla inst_ddcb_sla #define inst_XXcb_sra inst_ddcb_sra #define inst_XXcb_slia inst_ddcb_slia #define inst_XXcb_srl inst_ddcb_srl #define inst_XXcb_bit inst_ddcb_bit #define inst_XXcb_res inst_ddcb_res #define inst_XXcb_set inst_ddcb_set #define inst_XXcb inst_ddcb #include "inst_xxcb.cc" /* End of z80.src/inst_ddcb.cc */ sdcc-2.9.0/sim/ucsim/z80.src/inst_ed.cc000066400000000000000000000174221116427777700175420ustar00rootroot00000000000000/* * Simulator of microcontrollers (inst_ed.cc) * ED escaped multi-byte opcodes for Z80. * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" // local #include "z80cl.h" #include "regsz80.h" #include "z80mac.h" int cl_z80::inst_ed_(t_mem code) { switch(code) { } return(resGO); } /******** start CB codes *****************/ int cl_z80::inst_ed(void) { t_mem code; unsigned short tw; if (fetch(&code)) return(resBREAKPOINT); switch (code) { #if 0 case 0x40: // IN B,(C) return(resGO); case 0x41: // OUT (C),B return(resGO); #endif case 0x42: // SBC HL,BC sbc_HL_wordreg(regs.BC); return(resGO); case 0x43: // LD (nnnn),BC tw = fetch2(); store2(tw, regs.BC); return(resGO); case 0x44: // NEG regs.F &= ~(BIT_ALL); /* clear these */ regs.A -= regs.A; regs.F |= BIT_N; /* not addition */ if (regs.A == 0) regs.F |= BIT_Z; if (regs.A & 0x80) regs.F |= BIT_S; /* Skip BIT_A for now */ return(resGO); case 0x45: // RETN (return from non-maskable interrupt) pop2(PC); return(resGO); #if 0 case 0x46: // IM 0 /* interrupt device puts opcode on data bus */ return(resGO); #endif case 0x47: // LD IV,A regs.iv = regs.A; return(resGO); case 0x48: // IN C,(C) return(resGO); case 0x49: // OUT (C),C return(resGO); case 0x4A: // ADC HL,BC adc_HL_wordreg(regs.BC); return(resGO); case 0x4B: // LD BC,(nnnn) tw = fetch2(); regs.BC = get2(tw); return(resGO); case 0x4D: // RETI (return from interrupt) pop2(PC); return(resGO); case 0x4F: // LD R,A /* Load "refresh" register(whats that?) */ return(resGO); case 0x50: // IN D,(C) return(resGO); case 0x51: // OUT (C),D return(resGO); case 0x52: // SBC HL,DE sbc_HL_wordreg(regs.DE); return(resGO); case 0x53: // LD (nnnn),DE tw = fetch2(); store2(tw, regs.DE); return(resGO); #if 0 case 0x56: // IM 1 return(resGO); #endif case 0x57: // LD A,IV regs.A = regs.iv; return(resGO); case 0x58: // IN E,(C) return(resGO); case 0x59: // OUT (C),E return(resGO); case 0x5A: // ADC HL,DE adc_HL_wordreg(regs.DE); return(resGO); case 0x5B: // LD DE,(nnnn) tw = fetch2(); regs.DE = get2(tw); return(resGO); #if 0 case 0x5E: // IM 2 return(resGO); case 0x5F: // LD A,R return(resGO); case 0x60: // IN H,(C) return(resGO); case 0x61: // OUT (C),H return(resGO); #endif case 0x62: // SBC HL,HL sbc_HL_wordreg(regs.HL); return(resGO); case 0x63: // LD (nnnn),HL opcode 22 does the same faster tw = fetch2(); store2(tw, regs.HL); return(resGO); #if 0 case 0x67: // RRD return(resGO); #endif case 0x68: // IN L,(C) return(resGO); case 0x69: // OUT (C),L return(resGO); case 0x6A: // ADC HL,HL adc_HL_wordreg(regs.HL); return(resGO); case 0x6B: // LD HL,(nnnn) opcode 2A does the same faster tw = fetch2(); regs.HL = get2(tw); return(resGO); #if 0 case 0x6F: // RLD /* rotate 1 bcd digit left between ACC and memory location */ return(resGO); #endif case 0x70: // IN (C) set flags only (TSTI) return(resGO); case 0x71: // OUT (C),0 return(resGO); case 0x72: // SBC HL,SP sbc_HL_wordreg(regs.SP); return(resGO); case 0x73: // LD (nnnn),SP tw = fetch2(); store2(tw, regs.SP); return(resGO); case 0x78: // IN A,(C) return(resGO); case 0x79: // OUT (C),A return(resGO); case 0x7A: // ADC HL,SP adc_HL_wordreg(regs.SP); return(resGO); case 0x7B: // LD SP,(nnnn) tw = fetch2(); regs.SP = get2(tw); return(resGO); case 0xA0: // LDI // BC - count, sourc=HL, dest=DE. *DE++ = *HL++, --BC until zero regs.F &= ~(BIT_P | BIT_N | BIT_A); /* clear these */ store1(regs.DE, get1(regs.HL)); ++regs.HL; ++regs.DE; --regs.BC; if (regs.BC != 0) regs.F |= BIT_P; return(resGO); case 0xA1: // CPI // compare acc with mem(HL), if ACC=0 set Z flag. Incr HL, decr BC. { unsigned char tmp; tmp = get1(regs.HL); cp_bytereg(tmp); ++regs.HL; --regs.BC; if (regs.BC != 0) regs.F |= BIT_P; } return(resGO); case 0xA2: // INI return(resGO); case 0xA3: // OUTI return(resGO); case 0xA8: // LDD // BC - count, source=HL, dest=DE. *DE-- = *HL--, --BC until zero regs.F &= ~(BIT_P | BIT_N | BIT_A); /* clear these */ store1(regs.DE, get1(regs.HL)); --regs.HL; --regs.DE; --regs.BC; if (regs.BC != 0) regs.F |= BIT_P; return(resGO); case 0xA9: // CPD /* fixme: checkme, compare to other emul. */ regs.F &= ~(BIT_ALL); /* clear these */ if ((regs.A - get1(regs.HL)) == 0) { regs.F |= (BIT_Z | BIT_P); } ++regs.HL; --regs.BC; if (regs.BC != 0) regs.F |= BIT_P; return(resGO); case 0xAA: // IND return(resGO); case 0xAB: // OUTD return(resGO); case 0xB0: // LDIR // BC - count, sourc=HL, dest=DE. *DE++ = *HL++, --BC until zero regs.F &= ~(BIT_P | BIT_N | BIT_A); /* clear these */ do { store1(regs.DE, get1(regs.HL)); ++regs.HL; ++regs.DE; --regs.BC; } while (regs.BC != 0); return(resGO); case 0xB1: // CPIR // compare acc with mem(HL), if ACC=0 set Z flag. Incr HL, decr BC. regs.F &= ~(BIT_P | BIT_A | BIT_Z | BIT_S); /* clear these */ regs.F |= BIT_N; do { if((regs.A - get1(regs.HL)) == 0) regs.F |= BIT_Z; else regs.F &= ~BIT_Z; if((regs.A - get1(regs.HL)) & 0x80) regs.F |= BIT_S; else regs.F &= ~BIT_S; /* fixme: set BIT_A correctly. */ ++regs.HL; --regs.BC; } while (regs.BC != 0 && (regs.F & BIT_Z) == 0); if(regs.BC != 0) regs.F |= BIT_P; return(resGO); #if 0 case 0xB2: // INIR return(resGO); case 0xB3: // OTIR return(resGO); #endif case 0xB8: // LDDR // BC - count, source=HL, dest=DE. *DE-- = *HL--, --BC until zero regs.F &= ~(BIT_P | BIT_N | BIT_A); /* clear these */ do { store1(regs.DE, get1(regs.HL)); --regs.HL; --regs.DE; --regs.BC; } while (regs.BC != 0); return(resGO); case 0xB9: // CPDR // compare acc with mem(HL), if ACC=0 set Z flag. Incr HL, decr BC. regs.F &= ~(BIT_ALL); /* clear these */ do { if ((regs.A - get1(regs.HL)) == 0) { regs.F |= (BIT_Z | BIT_P); break; } --regs.HL; --regs.BC; } while (regs.BC != 0); return(resGO); #if 0 case 0xBA: // INDR return(resGO); case 0xBB: // OTDR return(resGO); #endif default: return(resINV_INST); } return(resINV_INST); } /* End of z80.src/inst_ed.cc */ sdcc-2.9.0/sim/ucsim/z80.src/inst_fd.cc000066400000000000000000000027431116427777700175430ustar00rootroot00000000000000/* * Simulator of microcontrollers (inst_fd.cc) * FD escaped multi-byte opcodes. * * * Copyright (C) 1999,2001 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * * some z80 code base from Karl Bongers karl@turbobit.com */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" // local #include "z80cl.h" #include "regsz80.h" #include "z80mac.h" #define regs_iX_h regs.iy.h #define regs_iX_l regs.iy.l #define regs_IX_OR_IY regs.IY #define inst_Xd_ld inst_fd_ld #define inst_Xd_add inst_fd_add #define inst_Xd_push inst_fd_push #define inst_Xd_inc inst_fd_inc #define inst_Xd_dec inst_fd_dec #define inst_Xd_misc inst_fd_misc #define inst_Xd inst_fd #define inst_Xdcb inst_fdcb #include "inst_xd.cc" /* End of z80.src/inst_fd.cc */ sdcc-2.9.0/sim/ucsim/z80.src/inst_fdcb.cc000066400000000000000000000030561116427777700200460ustar00rootroot00000000000000/* * Simulator of microcontrollers (inst_fdcb.cc) * FD CB escaped multi-byte opcodes for Z80. * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" // local #include "z80cl.h" #include "regsz80.h" #include "z80mac.h" #define regs_IX_OR_IY regs.IY #define inst_XXcb_rlc inst_fdcb_rlc #define inst_XXcb_rrc inst_fdcb_rrc #define inst_XXcb_rl inst_fdcb_rl #define inst_XXcb_rr inst_fdcb_rr #define inst_XXcb_sla inst_fdcb_sla #define inst_XXcb_sra inst_fdcb_sra #define inst_XXcb_slia inst_fdcb_slia #define inst_XXcb_srl inst_fdcb_srl #define inst_XXcb_bit inst_fdcb_bit #define inst_XXcb_res inst_fdcb_res #define inst_XXcb_set inst_fdcb_set #define inst_XXcb inst_fdcb #include "inst_xxcb.cc" /* End of z80.src/inst_fdcb.cc */ sdcc-2.9.0/sim/ucsim/z80.src/inst_xd.cc000066400000000000000000000322251116427777700175630ustar00rootroot00000000000000/* * Simulator of microcontrollers (inst_xd.cc) * dd or fd escaped multi-byte opcodes. * * This module gets pulled in and pre-processed to create * two modules. DD prefixed opcodes reference * IX register, while FD prefixes reference IY register. * See inst_ddcb.cc and inst_fdcb.cc * * Copyright (C) 1999,2002 Drotos Daniel, Talker Bt. * some z80 coding from Karl Bongers karl@turbobit.com * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ int cl_z80::inst_Xd_ld(t_mem code) { unsigned short tw; switch (code) { case 0x21: // LD IX,nnnn regs_IX_OR_IY = fetch2(); return(resGO); case 0x22: // LD (nnnn),IX tw = fetch2(); store2(tw, regs_IX_OR_IY); return(resGO); case 0x26: // LD HX,nn regs_iX_h = fetch1(); return(resGO); case 0x2A: // LD IX,(nnnn) tw = fetch2(); regs_IX_OR_IY = get2(tw); return(resGO); case 0x2E: // LD LX,nn regs_iX_l = fetch1(); return(resGO); case 0x36: // LD (IX+dd),nn tw = add_u16_disp(regs_IX_OR_IY, fetch()); store1(tw, fetch()); return(resGO); case 0x44: // LD B,HX regs.bc.h = regs_iX_h; return(resGO); case 0x45: // LD B,LX regs.bc.h = regs_iX_l; return(resGO); case 0x46: // LD B,(IX+dd) regs.bc.h = get1(add_u16_disp(regs_IX_OR_IY,fetch())); return(resGO); case 0x4C: // LD C,HX regs.bc.l = regs_iX_h; return(resGO); case 0x4D: // LD C,LX regs.bc.l = regs_iX_l; return(resGO); case 0x4E: // LD C,(IX+dd) regs.bc.l = get1(add_u16_disp(regs_IX_OR_IY,fetch())); return(resGO); case 0x54: // LD D,HX regs.de.h = regs_iX_h; return(resGO); case 0x55: // LD D,LX regs.de.h = regs_iX_l; return(resGO); case 0x56: // LD D,(IX+dd) regs.de.h = get1(add_u16_disp(regs_IX_OR_IY,fetch())); return(resGO); case 0x5C: // LD E,H regs.de.l = regs.hl.h; return(resGO); case 0x5D: // LD E,L regs.de.l = regs.hl.l; return(resGO); case 0x5E: // LD E,(IX+dd) regs.de.l = get1(add_u16_disp(regs_IX_OR_IY,fetch())); return(resGO); case 0x60: // LD HX,B regs_iX_h = regs.bc.h; return(resGO); case 0x61: // LD HX,C regs_iX_h = regs.bc.l; return(resGO); case 0x62: // LD HX,D regs_iX_h = regs.de.h; return(resGO); case 0x63: // LD HX,E regs_iX_h = regs.de.l; return(resGO); case 0x64: // LD HX,HX return(resGO); case 0x65: // LD HX,LX regs_iX_h = regs_iX_l; return(resGO); case 0x66: // LD H,(IX+dd) regs.hl.h = get1(add_u16_disp(regs_IX_OR_IY,fetch())); return(resGO); case 0x67: // LD HX,A regs_iX_h = regs.A; return(resGO); case 0x68: // LD LX,B regs_iX_l = regs.bc.h; return(resGO); case 0x69: // LD LX,C regs_iX_l = regs.bc.l; return(resGO); case 0x6A: // LD LX,D regs_iX_l = regs.de.h; return(resGO); case 0x6B: // LD LX,E regs_iX_l = regs.de.l; return(resGO); case 0x6C: // LD LX,HX regs_iX_l = regs.hl.h; return(resGO); case 0x6D: // LD LX,LX return(resGO); case 0x6E: // LD L,(IX+dd) regs.hl.l = get1(add_u16_disp(regs_IX_OR_IY,fetch())); return(resGO); case 0x6F: // LD LX,A regs_iX_l = regs.A; return(resGO); case 0x70: // LD (IX+dd),B store1(add_u16_disp(regs_IX_OR_IY,fetch()), regs.bc.h); return(resGO); case 0x71: // LD (IX+dd),C store1(add_u16_disp(regs_IX_OR_IY,fetch()), regs.bc.l); return(resGO); case 0x72: // LD (IX+dd),D store1(add_u16_disp(regs_IX_OR_IY,fetch()), regs.de.h); return(resGO); case 0x73: // LD (IX+dd),E store1(add_u16_disp(regs_IX_OR_IY,fetch()), regs.de.l); return(resGO); case 0x74: // LD (IX+dd),H store1(add_u16_disp(regs_IX_OR_IY,fetch()), regs.hl.h); return(resGO); case 0x75: // LD (IX+dd),L store1(add_u16_disp(regs_IX_OR_IY,fetch()), regs.hl.l); return(resGO); case 0x77: // LD (IX+dd),A store1(add_u16_disp(regs_IX_OR_IY,fetch()), regs.A); return(resGO); case 0x7C: // LD A,HX regs.A = regs_iX_h; return(resGO); case 0x7D: // LD A,LX regs.A = regs_iX_l; return(resGO); case 0x7E: // LD A,(IX+dd) regs.A = get1(add_u16_disp(regs_IX_OR_IY,fetch())); return(resGO); case 0xF9: // LD SP,IX regs.SP = regs_IX_OR_IY; return(resGO); } return(resINV_INST); } int cl_z80::inst_Xd_add(t_mem code) { #define add_IX_Word(wr) { \ unsigned int tmp; \ regs.F &= ~(BIT_A | BIT_N | BIT_C); /* clear these */ \ tmp = (unsigned int)regs_IX_OR_IY + (unsigned int)(wr); \ if (tmp > 0xffff) regs.F |= BIT_C; \ regs_IX_OR_IY = (unsigned short) tmp; } switch (code) { case 0x09: // ADD IX,BC add_IX_Word(regs.BC); return(resGO); case 0x19: // ADD IX,DE add_IX_Word(regs.DE); return(resGO); case 0x29: // ADD IX,IX add_IX_Word(regs_IX_OR_IY); return(resGO); case 0x39: // ADD IX,SP add_IX_Word(regs.SP); return(resGO); case 0x84: // ADD A,HX add_A_bytereg(regs_iX_h); return(resGO); case 0x85: // ADD A,LX add_A_bytereg(regs_iX_l); return(resGO); case 0x86: // ADD A,(IX+dd) { unsigned char ourtmp; t_addr addr; addr = add_u16_disp(regs_IX_OR_IY, fetch()); ourtmp = get1(addr); add_A_bytereg(ourtmp); } return(resGO); } return(resINV_INST); } int cl_z80::inst_Xd_push(t_mem code) { switch (code) { case 0xe5: // PUSH IX push2(regs_IX_OR_IY); return(resGO); } return(resINV_INST); } int cl_z80::inst_Xd_inc(t_mem code) { switch(code) { case 0x23: // INC IX ++regs_IX_OR_IY; break; case 0x24: // INC HX inc(regs_iX_h); break; case 0x2C: // INC LX inc(regs_iX_l); break; case 0x34: // INC (IX+dd) { t_addr addr; unsigned char tmp; addr = add_u16_disp(regs_IX_OR_IY,fetch()); tmp = get1(addr); inc(tmp); store1(addr, tmp); } break; default: return(resINV_INST); break; } return(resGO); } int cl_z80::inst_Xd_dec(t_mem code) { switch(code) { case 0x25: // DEC HX dec(regs_iX_h); break; case 0x2B: // DEC IX --regs.IX; break; case 0x2D: // DEC LX dec(regs_iX_l); break; case 0x35: // DEC (IX+dd) { t_addr addr; unsigned char tmp; addr = add_u16_disp(regs_IX_OR_IY,fetch()); tmp = get1(addr); dec(tmp); store1(addr, tmp); } break; default: return(resINV_INST); break; } return(resGO); } /* need ADC, SUB, SBC, AND, XOR, OR, CP */ int cl_z80::inst_Xd_misc(t_mem code) { switch(code) { case 0x8C: // ADC A,HX adc_A_bytereg(regs_iX_h); return(resGO); case 0x8D: // ADC A,LX adc_A_bytereg(regs_iX_l); return(resGO); case 0x8E: // ADC A,(IX+dd) { unsigned char utmp; t_addr addr; addr = add_u16_disp(regs_IX_OR_IY, fetch()); utmp = get1(addr); adc_A_bytereg(utmp); } return(resGO); case 0x94: // SUB HX sub_A_bytereg(regs_iX_h); return(resGO); case 0x95: // SUB LX sub_A_bytereg(regs_iX_l); return(resGO); case 0x96: // SUB (IX+dd) { unsigned char tmp1; tmp1 = get1(add_u16_disp(regs_IX_OR_IY, fetch())); sub_A_bytereg(tmp1); } return(resGO); case 0x9C: // SBC A,HX sbc_A_bytereg(regs_iX_h); return(resGO); case 0x9D: // SBC A,LX sbc_A_bytereg(regs_iX_l); return(resGO); case 0x9E: // SBC A,(IX+dd) { unsigned char utmp; utmp = get1(add_u16_disp(regs_IX_OR_IY, fetch())); sbc_A_bytereg(utmp); } return(resGO); case 0xA4: // AND HX and_A_bytereg(regs_iX_h); return(resGO); case 0xA5: // AND LX and_A_bytereg(regs_iX_l); return(resGO); case 0xA6: // AND (IX+dd) { unsigned char utmp; utmp = get1(add_u16_disp(regs_IX_OR_IY, fetch())); and_A_bytereg(utmp); } return(resGO); case 0xAC: // XOR HX xor_A_bytereg(regs_iX_h); return(resGO); case 0xAD: // XOR LX xor_A_bytereg(regs_iX_l); return(resGO); case 0xAE: // XOR (IX+dd) { unsigned char utmp; utmp = get1(add_u16_disp(regs_IX_OR_IY, fetch())); xor_A_bytereg(utmp); } return(resGO); case 0xB4: // OR HX or_A_bytereg(regs_iX_h); return(resGO); case 0xB5: // OR LX or_A_bytereg(regs_iX_l); return(resGO); case 0xB6: // OR (IX+dd) { unsigned char utmp; utmp = get1(add_u16_disp(regs_IX_OR_IY, fetch())); or_A_bytereg(utmp); } return(resGO); case 0xBC: // CP HX cp_bytereg(regs_iX_h); return(resGO); case 0xBD: // CP LX cp_bytereg(regs_iX_l); return(resGO); case 0xBE: // CP (IX+dd) { unsigned char utmp; utmp = get1(add_u16_disp(regs_IX_OR_IY, fetch())); cp_bytereg(utmp); } return(resGO); } return(resINV_INST); } int cl_z80::inst_Xd(void) { t_mem code; if (fetch(&code)) return(resBREAKPOINT); switch (code) { case 0x21: // LD IX,nnnn case 0x22: // LD (nnnn),IX case 0x26: // LD HX,nn case 0x2A: // LD IX,(nnnn) case 0x2E: // LD LX,nn case 0x36: // LD (IX+dd),nn case 0x44: // LD B,HX case 0x45: // LD B,LX case 0x46: // LD B,(IX+dd) case 0x4C: // LD C,HX case 0x4D: // LD C,LX case 0x4E: // LD C,(IX+dd) case 0x54: // LD D,HX case 0x55: // LD D,LX case 0x56: // LD D,(IX+dd) case 0x5C: // LD E,H case 0x5D: // LD E,L case 0x5E: // LD E,(IX+dd) case 0x60: // LD HX,B case 0x61: // LD HX,C case 0x62: // LD HX,D case 0x63: // LD HX,E case 0x64: // LD HX,HX case 0x66: // LD H,(IX+dd) case 0x67: // LD HX,A case 0x68: // LD LX,B case 0x69: // LD LX,C case 0x6A: // LD LX,D case 0x6B: // LD LX,E case 0x6C: // LD LX,HX case 0x6D: // LD LX,LX case 0x6E: // LD L,(IX+dd) case 0x6F: // LD LX,A case 0x70: // LD (IX+dd),B case 0x71: // LD (IX+dd),C case 0x72: // LD (IX+dd),D case 0x73: // LD (IX+dd),E case 0x74: // LD (IX+dd),H case 0x75: // LD (IX+dd),L case 0x77: // LD (IX+dd),A case 0x7C: // LD A,HX case 0x7D: // LD A,LX case 0x7E: // LD A,(IX+dd) case 0xF9: // LD SP,IX return(inst_Xd_ld(code)); case 0x23: // INC IX case 0x24: // INC HX case 0x2C: // INC LX case 0x34: // INC (IX+dd) return(inst_Xd_inc(code)); { t_addr addr; addr = add_u16_disp(regs_IX_OR_IY,fetch()); store1(addr, get1(addr)+1); } case 0x09: // ADD IX,BC case 0x19: // ADD IX,DE case 0x29: // ADD IX,IX case 0x39: // ADD IX,SP case 0x84: // ADD A,HX case 0x85: // ADD A,LX case 0x86: // ADD A,(IX) return(inst_Xd_add(code)); case 0x25: // DEC HX case 0x2B: // DEC IX case 0x2D: // DEC LX case 0x35: // DEC (IX+dd) return(inst_Xd_dec(code)); case 0x8C: // ADC A,HX case 0x8D: // ADC A,LX case 0x8E: // ADC A,(IX) case 0x94: // SUB HX case 0x95: // SUB LX case 0x96: // SUB (IX+dd) case 0x9C: // SBC A,HX case 0x9D: // SBC A,LX case 0x9E: // SBC A,(IX+dd) case 0xA4: // AND HX case 0xA5: // AND LX case 0xA6: // AND (IX+dd) case 0xAC: // XOR HX case 0xAD: // XOR LX case 0xAE: // XOR (IX+dd) case 0xB4: // OR HX case 0xB5: // OR LX case 0xB6: // OR (IX+dd) case 0xBC: // CP HX case 0xBD: // CP LX case 0xBE: // CP (IX+dd) return(inst_Xd_misc(code)); break; case 0xCB: // escape, IX prefix to CB commands return(inst_Xdcb()); /* see inst_ddcb.cc */ break; case 0xE1: // POP IX regs_IX_OR_IY = get2(regs.SP); regs.SP+=2; return(resGO); case 0xE3: // EX (SP),IX { TYPE_UWORD tempw; tempw = regs_IX_OR_IY; regs_IX_OR_IY = get2(regs.SP); store2(regs.SP, tempw); } return(resGO); case 0xE5: // PUSH IX push2(regs_IX_OR_IY); return(resGO); case 0xE9: // JP (IX) PC = regs_IX_OR_IY; return(resGO); default: return(resINV_INST); } return(resINV_INST); } /* End of z80.src/inst_xd.cc */ sdcc-2.9.0/sim/ucsim/z80.src/inst_xxcb.cc000066400000000000000000000351051116427777700201140ustar00rootroot00000000000000/* * Simulator of microcontrollers (inst_xxcb.cc) * DD CB or FD CB escaped multi-byte opcodes for Z80. * * This module gets pulled in and pre-processed to create * two modules. DD CB prefixed opcodes reference * IX register, while FD CB prefixes reference IY register. * See inst_ddcb.cc and inst_fdcb.cc * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ static unsigned char n_offset; int cl_z80::inst_XXcb_rlc(t_mem code) { unsigned char tmp; unsigned short addr; addr = add_u16_disp(regs_IX_OR_IY, n_offset); tmp = get1(addr); rlc_byte(tmp); switch(code) { case 0x00: // RLC B regs.bc.h = tmp; break; case 0x01: // RLC C regs.bc.l = tmp; break; case 0x02: // RLC D regs.de.h = tmp; break; case 0x03: // RLC E regs.de.l = tmp; break; case 0x04: // RLC H regs.hl.h = tmp; break; case 0x05: // RLC L regs.hl.l = tmp; break; case 0x06: // RLC (HL) break; case 0x07: // RLC A regs.A = tmp; break; default: return(resINV_INST); break; } store1(addr, tmp); return(resGO); } int cl_z80::inst_XXcb_rrc(t_mem code) { unsigned char tmp; unsigned short addr; addr = add_u16_disp(regs_IX_OR_IY, n_offset); tmp = get1(addr); rrc_byte(tmp); switch(code) { case 0x08: // RRC B regs.bc.h = tmp; break; case 0x09: // RRC C regs.bc.l = tmp; break; case 0x0A: // RRC D regs.de.h = tmp; break; case 0x0B: // RRC E regs.de.l = tmp; break; case 0x0C: // RRC H regs.hl.h = tmp; break; case 0x0D: // RRC L regs.hl.l = tmp; break; case 0x0E: // RRC (HL) break; case 0x0F: // RRC A regs.A = tmp; break; default: return(resINV_INST); break; } store1(addr, tmp); return(resGO); } int cl_z80::inst_XXcb_rl(t_mem code) { unsigned char tmp; unsigned short addr; addr = add_u16_disp(regs_IX_OR_IY, n_offset); tmp = get1(addr); rl_byte(tmp); switch(code) { case 0x10: // RL B regs.bc.h = tmp; break; case 0x11: // RL C regs.bc.l = tmp; break; case 0x12: // RL D regs.de.h = tmp; break; case 0x13: // RL E regs.de.l = tmp; break; case 0x14: // RL H regs.hl.h = tmp; break; case 0x15: // RL L regs.hl.l = tmp; break; case 0x16: // RL (HL) break; case 0x17: // RL A regs.A = tmp; break; default: return(resINV_INST); break; } store1(addr, tmp); return(resGO); } int cl_z80::inst_XXcb_rr(t_mem code) { unsigned char tmp; unsigned short addr; addr = add_u16_disp(regs_IX_OR_IY, n_offset); tmp = get1(addr); rr_byte(tmp); switch(code) { case 0x18: // RR B regs.bc.h = tmp; break; case 0x19: // RR C regs.bc.l = tmp; break; case 0x1A: // RR D regs.de.h = tmp; break; case 0x1B: // RR E regs.de.l = tmp; break; case 0x1C: // RR H regs.hl.h = tmp; break; case 0x1D: // RR L regs.hl.l = tmp; break; case 0x1E: // RR (HL) break; case 0x1F: // RR A regs.A = tmp; break; default: return(resINV_INST); break; } store1(addr, tmp); return(resGO); } int cl_z80::inst_XXcb_sla(t_mem code) { unsigned char tmp; unsigned short addr; addr = add_u16_disp(regs_IX_OR_IY, n_offset); tmp = get1(addr); sla_byte(tmp); switch(code) { case 0x20: // SLA B regs.bc.h = tmp; break; case 0x21: // SLA C regs.bc.l = tmp; break; case 0x22: // SLA D regs.de.h = tmp; break; case 0x23: // SLA E regs.de.l = tmp; break; case 0x24: // SLA H regs.hl.h = tmp; break; case 0x25: // SLA L regs.hl.l = tmp; break; case 0x26: // SLA (HL) break; case 0x27: // SLA A regs.A = tmp; break; default: return(resINV_INST); break; } store1(addr, tmp); return(resGO); } int cl_z80::inst_XXcb_sra(t_mem code) { unsigned char tmp; unsigned short addr; addr = add_u16_disp(regs_IX_OR_IY, n_offset); tmp = get1(addr); sra_byte(tmp); switch(code) { case 0x28: // SRA B regs.bc.h = tmp; break; case 0x29: // SRA C regs.bc.l = tmp; break; case 0x2A: // SRA D regs.de.h = tmp; break; case 0x2B: // SRA E regs.de.l = tmp; break; case 0x2C: // SRA H regs.hl.h = tmp; break; case 0x2D: // SRA L regs.hl.l = tmp; break; case 0x2E: // SRA (HL) break; case 0x2F: // SRA A regs.A = tmp; break; default: return(resINV_INST); break; } store1(addr, tmp); return(resGO); } int cl_z80::inst_XXcb_slia(t_mem code) { unsigned char tmp; unsigned short addr; addr = add_u16_disp(regs_IX_OR_IY, n_offset); tmp = get1(addr); slia_byte(tmp); switch(code) { case 0x30: // SLIA B (Shift Left Inverted Arithmetic) regs.bc.h = tmp; break; case 0x31: // SLIA C like SLA, but shifts in a 1 bit regs.bc.l = tmp; break; case 0x32: // SLIA D regs.de.h = tmp; break; case 0x33: // SLIA E regs.de.l = tmp; break; case 0x34: // SLIA H regs.hl.h = tmp; break; case 0x35: // SLIA L regs.hl.l = tmp; break; case 0x36: // SLIA (HL) break; case 0x37: // SLIA A regs.A = tmp; break; default: return(resINV_INST); break; } store1(addr, tmp); return(resGO); } int cl_z80::inst_XXcb_srl(t_mem code) { unsigned char tmp; unsigned short addr; addr = add_u16_disp(regs_IX_OR_IY, n_offset); tmp = get1(addr); srl_byte(tmp); switch(code) { case 0x38: // SRL B regs.bc.h = tmp; break; case 0x39: // SRL C regs.bc.l = tmp; break; case 0x3A: // SRL D regs.de.h = tmp; break; case 0x3B: // SRL E regs.de.l = tmp; break; case 0x3C: // SRL H regs.hl.h = tmp; break; case 0x3D: // SRL L regs.hl.l = tmp; break; case 0x3E: // SRL (HL) break; case 0x3F: // SRL A regs.A = tmp; break; default: return(resINV_INST); break; } store1(addr, tmp); return(resGO); } int cl_z80::inst_XXcb_bit(t_mem code) { unsigned char tmp; unsigned short addr; #define bit_bitnum ((code >> 3) & 7) addr = add_u16_disp(regs_IX_OR_IY, n_offset); tmp = get1(addr); bit_byte(tmp, bit_bitnum); store1(addr, tmp); return(resGO); } int cl_z80::inst_XXcb_res(t_mem code) { unsigned char tmp; unsigned short addr; #define bit_bitnum ((code >> 3) & 7) addr = add_u16_disp(regs_IX_OR_IY, n_offset); tmp = get1(addr); tmp &= ~(1 << bit_bitnum); switch(code & 0x7) { case 0x0: // RES x,B regs.bc.h = tmp; break; case 0x1: // RES x,C regs.bc.l = tmp; break; case 0x2: // RES x,D regs.de.h = tmp; break; case 0x3: // RES x,E regs.de.l = tmp; break; case 0x4: // RES x,H regs.hl.h = tmp; break; case 0x5: // RES x,L regs.hl.l = tmp; break; case 0x6: // RES x,(HL) break; case 0x7: // RES x,A regs.A = tmp; break; } store1(addr, tmp); return(resGO); } int cl_z80::inst_XXcb_set(t_mem code) { unsigned char tmp; unsigned short addr; #define bit_bitnum ((code >> 3) & 7) addr = add_u16_disp(regs_IX_OR_IY, n_offset); tmp = get1(addr); tmp |= (1 << bit_bitnum); switch(code) { case 0x0: // SET x,B regs.bc.h = tmp; break; case 0x1: // SET x,C regs.bc.l = tmp; break; case 0x2: // SET x,D regs.de.h = tmp; break; case 0x3: // SET x,E regs.de.l = tmp; break; case 0x4: // SET x,H regs.de.h = tmp; break; case 0x5: // SET x,L regs.de.h = tmp; break; case 0x6: // SET x,(IX+dd) break; case 0x7: // SET x,A regs.de.h = tmp; break; break; default: return(resINV_INST); break; } store1(addr, tmp); return(resGO); } /******** start CB codes *****************/ int cl_z80::inst_XXcb(void) { t_mem code; // all DD CB escaped opcodes have a 3rd byte which is a displacement, // 4th byte is opcode extension. n_offset = fetch(); if (fetch(&code)) return(resBREAKPOINT); tick(1); switch (code) { case 0x00: // RLC B case 0x01: // RLC C case 0x02: // RLC D case 0x03: // RLC E case 0x04: // RLC H case 0x05: // RLC L case 0x06: // RLC (HL) case 0x07: // RLC A return (inst_XXcb_rlc(code)); case 0x08: // RRC B case 0x09: // RRC C case 0x0A: // RRC D case 0x0B: // RRC E case 0x0C: // RRC H case 0x0D: // RRC L case 0x0E: // RRC (HL) case 0x0F: // RRC A return (inst_XXcb_rrc(code)); case 0x10: // RL B case 0x11: // RL C case 0x12: // RL D case 0x13: // RL E case 0x14: // RL H case 0x15: // RL L case 0x16: // RL (HL) case 0x17: // RL A return (inst_XXcb_rl(code)); case 0x18: // RR B case 0x19: // RR C case 0x1A: // RR D case 0x1B: // RR E case 0x1C: // RR H case 0x1D: // RR L case 0x1E: // RR (HL) case 0x1F: // RR A return (inst_XXcb_rr(code)); case 0x20: // SLA B case 0x21: // SLA C case 0x22: // SLA D case 0x23: // SLA E case 0x24: // SLA H case 0x25: // SLA L case 0x26: // SLA (HL) case 0x27: // SLA A return (inst_XXcb_sla(code)); case 0x28: // SRA B case 0x29: // SRA C case 0x2A: // SRA D case 0x2B: // SRA E case 0x2C: // SRA H case 0x2D: // SRA L case 0x2E: // SRA (HL) case 0x2F: // SRA A return (inst_XXcb_sra(code)); case 0x30: // SLIA B (Shift Left Inverted Arithmetic) case 0x31: // SLIA C like SLA, but shifts in a 1 bit case 0x32: // SLIA D case 0x33: // SLIA E case 0x34: // SLIA H case 0x35: // SLIA L case 0x36: // SLIA (HL) case 0x37: // SLIA A return (inst_XXcb_slia(code)); case 0x38: // SRL B case 0x39: // SRL C case 0x3A: // SRL D case 0x3B: // SRL E case 0x3C: // SRL H case 0x3D: // SRL L case 0x3E: // SRL (HL) case 0x3F: // SRL A return (inst_XXcb_srl(code)); case 0x46: // BIT 0,(HL) case 0x4E: // BIT 1,(HL) case 0x56: // BIT 2,(HL) case 0x5E: // BIT 3,(HL) case 0x66: // BIT 4,(HL) case 0x6E: // BIT 5,(HL) case 0x76: // BIT 6,(HL) case 0x7E: // BIT 7,(HL) return (inst_XXcb_bit(code)); case 0x80: // RES 0,B case 0x81: // RES 0,C case 0x82: // RES 0,D case 0x83: // RES 0,E case 0x84: // RES 0,H case 0x85: // RES 0,L case 0x86: // RES 0,(HL) case 0x87: // RES 0,A case 0x88: // RES 1,B case 0x89: // RES 1,C case 0x8A: // RES 1,D case 0x8B: // RES 1,E case 0x8C: // RES 1,H case 0x8D: // RES 1,L case 0x8E: // RES 1,(HL) case 0x8F: // RES 1,A case 0x90: // RES 2,B case 0x91: // RES 2,C case 0x92: // RES 2,D case 0x93: // RES 2,E case 0x94: // RES 2,H case 0x95: // RES 2,L case 0x96: // RES 2,(HL) case 0x97: // RES 2,A case 0x98: // RES 3,B case 0x99: // RES 3,C case 0x9A: // RES 3,D case 0x9B: // RES 3,E case 0x9C: // RES 3,H case 0x9D: // RES 3,L case 0x9E: // RES 3,(HL) case 0x9F: // RES 3,A case 0xA0: // RES 4,B case 0xA1: // RES 4,C case 0xA2: // RES 4,D case 0xA3: // RES 4,E case 0xA4: // RES 4,H case 0xA5: // RES 4,L case 0xA6: // RES 4,(HL) case 0xA7: // RES 4,A case 0xA8: // RES 5,B case 0xA9: // RES 5,C case 0xAA: // RES 5,D case 0xAB: // RES 5,E case 0xAC: // RES 5,H case 0xAD: // RES 5,L case 0xAE: // RES 5,(HL) case 0xAF: // RES 5,A case 0xB0: // RES 6,B case 0xB1: // RES 6,C case 0xB2: // RES 6,D case 0xB3: // RES 6,E case 0xB4: // RES 6,H case 0xB5: // RES 6,L case 0xB6: // RES 6,(HL) case 0xB7: // RES 6,A case 0xB8: // RES 7,B case 0xB9: // RES 7,C case 0xBA: // RES 7,D case 0xBB: // RES 7,E case 0xBC: // RES 7,H case 0xBD: // RES 7,L case 0xBE: // RES 7,(HL) case 0xBF: // RES 7,A return (inst_XXcb_res(code)); case 0xC0: // SET 0,B case 0xC1: // SET 0,C case 0xC2: // SET 0,D case 0xC3: // SET 0,E case 0xC4: // SET 0,H case 0xC5: // SET 0,L case 0xC6: // SET 0,(HL) case 0xC7: // SET 0,A case 0xC8: // SET 1,B case 0xC9: // SET 1,C case 0xCA: // SET 1,D case 0xCB: // SET 1,E case 0xCC: // SET 1,H case 0xCD: // SET 1,L case 0xCE: // SET 1,(HL) case 0xCF: // SET 1,A case 0xD0: // SET 2,B case 0xD1: // SET 2,C case 0xD2: // SET 2,D case 0xD3: // SET 2,E case 0xD4: // SET 2,H case 0xD5: // SET 2,L case 0xD6: // SET 2,(HL) case 0xD7: // SET 2,A case 0xD8: // SET 3,B case 0xD9: // SET 3,C case 0xDA: // SET 3,D case 0xDB: // SET 3,E case 0xDC: // SET 3,H case 0xDD: // SET 3,L case 0xDE: // SET 3,(HL) case 0xDF: // SET 3,A case 0xE0: // SET 4,B case 0xE1: // SET 4,C case 0xE2: // SET 4,D case 0xE3: // SET 4,E case 0xE4: // SET 4,H case 0xE5: // SET 4,L case 0xE6: // SET 4,(HL) case 0xE7: // SET 4,A case 0xE8: // SET 5,B case 0xE9: // SET 5,C case 0xEA: // SET 5,D case 0xEB: // SET 5,E case 0xEC: // SET 5,H case 0xED: // SET 5,L case 0xEE: // SET 5,(HL) case 0xEF: // SET 5,A case 0xF0: // SET 6,B case 0xF1: // SET 6,C case 0xF2: // SET 6,D case 0xF3: // SET 6,E case 0xF4: // SET 6,H case 0xF5: // SET 6,L case 0xF6: // SET 6,(HL) case 0xF7: // SET 6,A case 0xF8: // SET 7,B case 0xF9: // SET 7,C case 0xFA: // SET 7,D case 0xFB: // SET 7,E case 0xFC: // SET 7,H case 0xFD: // SET 7,L case 0xFE: // SET 7,(HL) case 0xFF: // SET 7,A return (inst_XXcb_set(code)); } /*if (PC) PC--; else PC= get_mem_size(MEM_ROM_ID)-1;*/ PC= rom->inc_address(PC, -1); return(resINV_INST); } /* End of z80.src/inst_xxcb.cc */ sdcc-2.9.0/sim/ucsim/z80.src/instcl.h000066400000000000000000000064021116427777700172470ustar00rootroot00000000000000/* avr.src/instcl.h */ virtual int inst_nop(t_mem code); virtual int inst_ld(t_mem code); virtual int inst_inc(t_mem code); virtual int inst_dec(t_mem code); virtual int inst_rlca(t_mem code); virtual int inst_rrca(t_mem code); virtual int inst_ex(t_mem code); virtual int inst_add(t_mem code); virtual int inst_djnz(t_mem code); virtual int inst_jr(t_mem code); virtual int inst_rla(t_mem code); virtual int inst_rra(t_mem code); virtual int inst_daa(t_mem code); virtual int inst_cpl(t_mem code); virtual int inst_scf(t_mem code); virtual int inst_ccf(t_mem code); virtual int inst_halt(t_mem code); virtual int inst_adc(t_mem code); virtual int inst_sbc(t_mem code); virtual int inst_and(t_mem code); virtual int inst_xor(t_mem code); virtual int inst_or(t_mem code); virtual int inst_cp(t_mem code); virtual int inst_rst(t_mem code); virtual int inst_ret(t_mem code); virtual int inst_call(t_mem code); virtual int inst_out(t_mem code); virtual int inst_push(t_mem code); virtual int inst_exx(t_mem code); virtual int inst_in(t_mem code); virtual int inst_sub(t_mem code); virtual int inst_pop(t_mem code); virtual int inst_jp(t_mem code); virtual int inst_di(t_mem code); virtual int inst_ei(t_mem code); virtual int inst_fd(void); virtual int inst_fd_ld(t_mem code); virtual int inst_fd_add(t_mem code); virtual int inst_fd_push(t_mem code); virtual int inst_fd_inc(t_mem code); virtual int inst_fd_dec(t_mem code); virtual int inst_fd_misc(t_mem code); virtual int inst_dd(void); virtual int inst_dd_ld(t_mem code); virtual int inst_dd_add(t_mem code); virtual int inst_dd_push(t_mem code); virtual int inst_dd_inc(t_mem code); virtual int inst_dd_dec(t_mem code); virtual int inst_dd_misc(t_mem code); virtual int inst_ed(void); virtual int inst_ed_(t_mem code); virtual int inst_cb(void); virtual int inst_cb_rlc(t_mem code); virtual int inst_cb_rrc(t_mem code); virtual int inst_cb_rl(t_mem code); virtual int inst_cb_rr(t_mem code); virtual int inst_cb_sla(t_mem code); virtual int inst_cb_sra(t_mem code); virtual int inst_cb_slia(t_mem code); virtual int inst_cb_srl(t_mem code); virtual int inst_cb_bit(t_mem code); virtual int inst_cb_res(t_mem code); virtual int inst_cb_set(t_mem code); virtual int inst_ddcb(void); virtual int inst_ddcb_rlc(t_mem code); virtual int inst_ddcb_rrc(t_mem code); virtual int inst_ddcb_rl(t_mem code); virtual int inst_ddcb_rr(t_mem code); virtual int inst_ddcb_sla(t_mem code); virtual int inst_ddcb_sra(t_mem code); virtual int inst_ddcb_slia(t_mem code); virtual int inst_ddcb_srl(t_mem code); virtual int inst_ddcb_bit(t_mem code); virtual int inst_ddcb_res(t_mem code); virtual int inst_ddcb_set(t_mem code); virtual int inst_fdcb(void); virtual int inst_fdcb_rlc(t_mem code); virtual int inst_fdcb_rrc(t_mem code); virtual int inst_fdcb_rl(t_mem code); virtual int inst_fdcb_rr(t_mem code); virtual int inst_fdcb_sla(t_mem code); virtual int inst_fdcb_sra(t_mem code); virtual int inst_fdcb_slia(t_mem code); virtual int inst_fdcb_srl(t_mem code); virtual int inst_fdcb_bit(t_mem code); virtual int inst_fdcb_res(t_mem code); virtual int inst_fdcb_set(t_mem code); /* End of avr.src/instcl.h */ sdcc-2.9.0/sim/ucsim/z80.src/regsz80.h000066400000000000000000000045551116427777700172640ustar00rootroot00000000000000/* * Simulator of microcontrollers (regsz80.h) * * some z80 code base from Karl Bongers karl@turbobit.com * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef REGSZ80_HEADER #define REGSZ80_HEADER #include "ddconfig.h" struct t_regpair { #ifdef WORDS_BIGENDIAN TYPE_UBYTE h; TYPE_UBYTE l; #else TYPE_UBYTE l; TYPE_UBYTE h; #endif }; #define DEF_REGPAIR(BIGNAME,smallname) \ union { \ TYPE_UWORD BIGNAME; \ struct t_regpair smallname; \ } struct t_regs { TYPE_UBYTE A; TYPE_UBYTE F; DEF_REGPAIR(BC, bc); DEF_REGPAIR(DE, de); DEF_REGPAIR(HL, hl); DEF_REGPAIR(IX, ix); DEF_REGPAIR(IY, iy); TYPE_UWORD SP; /* there are alternate AF,BC,DE,HL register sets, and a few instructions that swap one for the other */ TYPE_UBYTE aA; TYPE_UBYTE aF; DEF_REGPAIR(aBC, a_bc); DEF_REGPAIR(aDE, a_de); DEF_REGPAIR(aHL, a_hl); TYPE_UBYTE iv; /* interrupt vector, see ed 47 ld A,IV.. */ }; #define BIT_C 0x01 // carry status(out of bit 7) #define BIT_N 0x02 // Not addition: subtract status(1 after subtract). #define BIT_P 0x04 // parity/overflow, 1=even, 0=odd parity. arith:1=overflow #define BIT_A 0x10 // aux carry status(out of bit 3) #define BIT_Z 0x40 // zero status, 1=zero, 0=nonzero #define BIT_S 0x80 // sign status(value of bit 7) #define BIT_ALL (BIT_C |BIT_N |BIT_P |BIT_A |BIT_Z |BIT_S) // all bits #define BITPOS_C 0 // 1 #define BITPOS_SUB 1 // 2H #define BITPOS_P 2 // 4H #define BITPOS_A 4 // 10H #define BITPOS_Z 6 // 40H #define BITPOS_S 7 // 80H #endif /* End of z80.src/regsz80.h */ sdcc-2.9.0/sim/ucsim/z80.src/simz80.cc000066400000000000000000000022051116427777700172400ustar00rootroot00000000000000/* * Simulator of microcontrollers (simz80.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // local #include "simz80cl.h" #include "z80cl.h" cl_simz80::cl_simz80(class cl_app *the_app): cl_sim(the_app) {} class cl_uc * cl_simz80::mk_controller(void) { return(new cl_z80(this)); } /* End of z80.src/simz80.cc */ sdcc-2.9.0/sim/ucsim/z80.src/simz80cl.h000066400000000000000000000022151116427777700174220ustar00rootroot00000000000000/* * Simulator of microcontrollers (simz80cl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef SIMZ80CL_HEADER #define SIMZ80CL_HEADER #include "simcl.h" class cl_simz80: public cl_sim { public: cl_simz80(class cl_app *the_app); virtual class cl_uc *mk_controller(void); }; #endif /* End of z80.src/simz80cl.h */ sdcc-2.9.0/sim/ucsim/z80.src/sz80.cc000066400000000000000000000024421116427777700167150ustar00rootroot00000000000000/* * Simulator of microcontrollers (sz80.cc) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ // prj #include "globals.h" // sim.src #include "appcl.h" // local #include "simz80cl.h" int main(int argc, char *argv[]) { class cl_sim *sim; application= new cl_app(); application->init(argc, argv); sim= new cl_simz80(application); sim->init(); application->set_simulator(sim); application->run(); delete application; return(0); } /* End of z80.src/sz80.cc */ sdcc-2.9.0/sim/ucsim/z80.src/z80.cc000066400000000000000000000413101116427777700165270ustar00rootroot00000000000000/* * Simulator of microcontrollers (z80.cc) * * some z80 code base from Karl Bongers karl@turbobit.com * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #include "ddconfig.h" #include /* for va_list */ #include #include #include #include "i_string.h" // prj #include "pobjcl.h" // sim #include "simcl.h" // local #include "z80cl.h" #include "glob.h" #include "regsz80.h" #define uint32 t_addr #define uint8 unsigned char /*******************************************************************/ /* * Base type of Z80 controllers */ cl_z80::cl_z80(class cl_sim *asim): cl_uc(asim) { type= CPU_Z80; } int cl_z80::init(void) { cl_uc::init(); /* Memories now exist */ rom= address_space(MEM_ROM_ID); // ram= mem(MEM_XRAM); ram= rom; // zero out ram(this is assumed in regression tests) for (int i=0x8000; i<0x10000; i++) { ram->set((t_addr) i, 0); } return(0); } const char * cl_z80::id_string(void) { return("unspecified Z80"); } /* * Making elements of the controller */ /* t_addr cl_z80::get_mem_size(enum mem_class type) { switch(type) { case MEM_ROM: return(0x10000); case MEM_XRAM: return(0x10000); default: return(0); } return(cl_uc::get_mem_size(type)); } */ void cl_z80::mk_hw_elements(void) { //class cl_base *o; /* t_uc::mk_hw() does nothing */ } void cl_z80::make_memories(void) { class cl_address_space *as; as= new cl_address_space("rom", 0, 0x10000, 8); as->init(); address_spaces->add(as); class cl_address_decoder *ad; class cl_memory_chip *chip; chip= new cl_memory_chip("rom_chip", 0x10000, 8); chip->init(); memchips->add(chip); ad= new cl_address_decoder(as= address_space("rom"), chip, 0, 0xffff, 0); ad->init(); as->decoders->add(ad); ad->activate(0); } /* * Help command interpreter */ struct dis_entry * cl_z80::dis_tbl(void) { return(disass_z80); } /*struct name_entry * cl_z80::sfr_tbl(void) { return(0); }*/ /*struct name_entry * cl_z80::bit_tbl(void) { //FIXME return(0); }*/ int cl_z80::inst_length(t_addr addr) { int len = 0; get_disasm_info(addr, &len, NULL, NULL); return len; } int cl_z80::inst_branch(t_addr addr) { int b; get_disasm_info(addr, NULL, &b, NULL); return b; } int cl_z80::longest_inst(void) { return 4; } const char * cl_z80::get_disasm_info(t_addr addr, int *ret_len, int *ret_branch, int *immed_offset) { const char *b = NULL; uint code; int len = 0; int immed_n = 0; int i; int start_addr = addr; struct dis_entry *dis_e; code= get_mem(MEM_ROM_ID, addr++); dis_e = NULL; switch(code) { case 0xcb: /* ESC code to lots of op-codes, all 2-byte */ code= get_mem(MEM_ROM_ID, addr++); i= 0; while ((code & disass_z80_cb[i].mask) != disass_z80_cb[i].code && disass_z80_cb[i].mnemonic) i++; dis_e = &disass_z80_cb[i]; b= disass_z80_cb[i].mnemonic; if (b != NULL) len += (disass_z80_cb[i].length + 1); break; case 0xed: /* ESC code to about 80 opcodes of various lengths */ code= get_mem(MEM_ROM_ID, addr++); i= 0; while ((code & disass_z80_ed[i].mask) != disass_z80_ed[i].code && disass_z80_ed[i].mnemonic) i++; dis_e = &disass_z80_ed[i]; b= disass_z80_ed[i].mnemonic; if (b != NULL) len += (disass_z80_ed[i].length + 1); break; case 0xdd: /* ESC codes,about 284, vary lengths, IX centric */ code= get_mem(MEM_ROM_ID, addr++); if (code == 0xcb) { immed_n = 2; addr++; // pass up immed data code= get_mem(MEM_ROM_ID, addr++); i= 0; while ((code & disass_z80_ddcb[i].mask) != disass_z80_ddcb[i].code && disass_z80_ddcb[i].mnemonic) i++; dis_e = &disass_z80_ddcb[i]; b= disass_z80_ddcb[i].mnemonic; if (b != NULL) len += (disass_z80_ddcb[i].length + 2); } else { i= 0; while ((code & disass_z80_dd[i].mask) != disass_z80_dd[i].code && disass_z80_dd[i].mnemonic) i++; dis_e = &disass_z80_dd[i]; b= disass_z80_dd[i].mnemonic; if (b != NULL) len += (disass_z80_dd[i].length + 1); } break; case 0xfd: /* ESC codes,sme as dd but IY centric */ code= get_mem(MEM_ROM_ID, addr++); if (code == 0xcb) { immed_n = 2; addr++; // pass up immed data code= get_mem(MEM_ROM_ID, addr++); i= 0; while ((code & disass_z80_fdcb[i].mask) != disass_z80_fdcb[i].code && disass_z80_fdcb[i].mnemonic) i++; dis_e = &disass_z80_fdcb[i]; b= disass_z80_fdcb[i].mnemonic; if (b != NULL) len += (disass_z80_fdcb[i].length + 2); } else { i= 0; while ((code & disass_z80_fd[i].mask) != disass_z80_fd[i].code && disass_z80_fd[i].mnemonic) i++; dis_e = &disass_z80_fd[i]; b= disass_z80_fd[i].mnemonic; if (b != NULL) len += (disass_z80_fd[i].length + 1); } break; default: i= 0; while ((code & disass_z80[i].mask) != disass_z80[i].code && disass_z80[i].mnemonic) i++; dis_e = &disass_z80[i]; b= disass_z80[i].mnemonic; if (b != NULL) len += (disass_z80[i].length); break; } if (ret_branch) { *ret_branch = dis_e->branch; } if (immed_offset) { if (immed_n > 0) *immed_offset = immed_n; else *immed_offset = (addr - start_addr); } if (len == 0) len = 1; if (ret_len) *ret_len = len; return b; } const char * cl_z80::disass(t_addr addr, const char *sep) { char work[256], temp[20]; const char *b; char *buf, *p, *t; int len = 0; int immed_offset = 0; p= work; b = get_disasm_info(addr, &len, NULL, &immed_offset); if (b == NULL) { buf= (char*)malloc(30); strcpy(buf, "UNKNOWN/INVALID"); return(buf); } while (*b) { if (*b == '%') { b++; switch (*(b++)) { case 'd': // d jump relative target, signed? byte immediate operand sprintf(temp, "#%d", (char)get_mem(MEM_ROM_ID, addr+immed_offset)); ++immed_offset; break; case 'w': // w word immediate operand sprintf(temp, "#0x%04x", (uint)((get_mem(MEM_ROM_ID, addr+immed_offset)) | (get_mem(MEM_ROM_ID, addr+immed_offset+1)<<8)) ); ++immed_offset; ++immed_offset; break; case 'b': // b byte immediate operand sprintf(temp, "#0x%02x", (uint)get_mem(MEM_ROM_ID, addr+immed_offset)); ++immed_offset; break; default: strcpy(temp, "?"); break; } t= temp; while (*t) *(p++)= *(t++); } else *(p++)= *(b++); } *p= '\0'; p= strchr(work, ' '); if (!p) { buf= strdup(work); return(buf); } if (sep == NULL) buf= (char *)malloc(6+strlen(p)+1); else buf= (char *)malloc((p-work)+strlen(sep)+strlen(p)+1); for (p= work, t= buf; *p != ' '; p++, t++) *t= *p; p++; *t= '\0'; if (sep == NULL) { while (strlen(buf) < 6) strcat(buf, " "); } else strcat(buf, sep); strcat(buf, p); return(buf); } void cl_z80::print_regs(class cl_console_base *con) { con->dd_printf("SZ-A--P-C Flags= 0x%02x %3d %c ", regs.F, regs.F, isprint(regs.F)?regs.F:'.'); con->dd_printf("A= 0x%02x %3d %c\n", regs.A, regs.A, isprint(regs.A)?regs.A:'.'); con->dd_printf("%c%c-%c--%c-%c\n", (regs.F&BIT_S)?'1':'0', (regs.F&BIT_Z)?'1':'0', (regs.F&BIT_A)?'1':'0', (regs.F&BIT_P)?'1':'0', (regs.F&BIT_C)?'1':'0'); con->dd_printf("BC= 0x%04x [BC]= %02x %3d %c ", regs.BC, ram->get(regs.BC), ram->get(regs.BC), isprint(ram->get(regs.BC))?ram->get(regs.BC):'.'); con->dd_printf("DE= 0x%04x [DE]= %02x %3d %c ", regs.DE, ram->get(regs.DE), ram->get(regs.DE), isprint(ram->get(regs.DE))?ram->get(regs.DE):'.'); con->dd_printf("HL= 0x%04x [HL]= %02x %3d %c\n", regs.HL, ram->get(regs.HL), ram->get(regs.HL), isprint(ram->get(regs.HL))?ram->get(regs.HL):'.'); con->dd_printf("IX= 0x%04x [IX]= %02x %3d %c ", regs.IX, ram->get(regs.IX), ram->get(regs.IX), isprint(ram->get(regs.IX))?ram->get(regs.IX):'.'); con->dd_printf("IY= 0x%04x [IY]= %02x %3d %c ", regs.IY, ram->get(regs.IY), ram->get(regs.IY), isprint(ram->get(regs.IY))?ram->get(regs.IY):'.'); con->dd_printf("SP= 0x%04x [SP]= %02x %3d %c\n", regs.SP, ram->get(regs.SP), ram->get(regs.SP), isprint(ram->get(regs.SP))?ram->get(regs.SP):'.'); print_disass(PC, con); } /* * Execution */ int cl_z80::exec_inst(void) { t_mem code; if (fetch(&code)) return(resBREAKPOINT); tick(1); switch (code) { case 0x00: return(inst_nop(code)); case 0x01: case 0x02: case 0x06: return(inst_ld(code)); case 0x03: case 0x04: return(inst_inc(code)); case 0x05: return(inst_dec(code)); case 0x07: return(inst_rlca(code)); case 0x08: return(inst_ex(code)); case 0x09: return(inst_add(code)); case 0x0a: case 0x0e: return(inst_ld(code)); case 0x0b: case 0x0d: return(inst_dec(code)); case 0x0c: return(inst_inc(code)); case 0x0f: return(inst_rrca(code)); case 0x10: return(inst_djnz(code)); case 0x11: case 0x12: case 0x16: return(inst_ld(code)); case 0x13: case 0x14: return(inst_inc(code)); case 0x15: return(inst_dec(code)); case 0x17: return(inst_rla(code)); case 0x18: return(inst_jr(code)); case 0x19: return(inst_add(code)); case 0x1a: case 0x1e: return(inst_ld(code)); case 0x1b: case 0x1d: return(inst_dec(code)); case 0x1c: return(inst_inc(code)); case 0x1f: return(inst_rra(code)); case 0x20: return(inst_jr(code)); case 0x21: case 0x22: case 0x26: return(inst_ld(code)); case 0x23: case 0x24: return(inst_inc(code)); case 0x25: return(inst_dec(code)); case 0x27: return(inst_daa(code)); case 0x28: return(inst_jr(code)); case 0x29: return(inst_add(code)); case 0x2a: case 0x2e: return(inst_ld(code)); case 0x2b: case 0x2d: return(inst_dec(code)); case 0x2c: return(inst_inc(code)); case 0x2f: return(inst_cpl(code)); case 0x30: return(inst_jr(code)); case 0x31: case 0x32: case 0x36: return(inst_ld(code)); case 0x33: case 0x34: return(inst_inc(code)); case 0x35: return(inst_dec(code)); case 0x37: return(inst_scf(code)); case 0x38: return(inst_jr(code)); case 0x39: return(inst_add(code)); case 0x3a: case 0x3e: return(inst_ld(code)); case 0x3b: case 0x3d: return(inst_dec(code)); case 0x3c: return(inst_inc(code)); case 0x3f: return(inst_ccf(code)); case 0x40: case 0x41: case 0x42: case 0x43: case 0x44: case 0x45: case 0x46: case 0x47: case 0x48: case 0x49: case 0x4a: case 0x4b: case 0x4c: case 0x4d: case 0x4e: case 0x4f: return(inst_ld(code)); case 0x50: case 0x51: case 0x52: case 0x53: case 0x54: case 0x55: case 0x56: case 0x57: case 0x58: case 0x59: case 0x5a: case 0x5b: case 0x5c: case 0x5d: case 0x5e: case 0x5f: return(inst_ld(code)); case 0x60: case 0x61: case 0x62: case 0x63: case 0x64: case 0x65: case 0x66: case 0x67: case 0x68: case 0x69: case 0x6a: case 0x6b: case 0x6c: case 0x6d: case 0x6e: case 0x6f: return(inst_ld(code)); case 0x70: case 0x71: case 0x72: case 0x73: case 0x74: case 0x75: case 0x77: case 0x78: case 0x79: case 0x7a: case 0x7b: case 0x7c: case 0x7d: case 0x7e: case 0x7f: return(inst_ld(code)); case 0x76: return(inst_halt(code)); case 0x80: case 0x81: case 0x82: case 0x83: case 0x84: case 0x85: case 0x86: case 0x87: return(inst_add(code)); case 0x88: case 0x89: case 0x8a: case 0x8b: case 0x8c: case 0x8d: case 0x8e: case 0x8f: return(inst_adc(code)); case 0x90: case 0x91: case 0x92: case 0x93: case 0x94: case 0x95: case 0x96: case 0x97: return(inst_sub(code)); case 0x98: case 0x99: case 0x9a: case 0x9b: case 0x9c: case 0x9d: case 0x9e: case 0x9f: return(inst_sbc(code)); case 0xa0: case 0xa1: case 0xa2: case 0xa3: case 0xa4: case 0xa5: case 0xa6: case 0xa7: return(inst_and(code)); case 0xa8: case 0xa9: case 0xaa: case 0xab: case 0xac: case 0xad: case 0xae: case 0xaf: return(inst_xor(code)); case 0xb0: case 0xb1: case 0xb2: case 0xb3: case 0xb4: case 0xb5: case 0xb6: case 0xb7: return(inst_or(code)); case 0xb8: case 0xb9: case 0xba: case 0xbb: case 0xbc: case 0xbd: case 0xbe: case 0xbf: return(inst_cp(code)); case 0xc0: return(inst_ret(code)); case 0xc1: return(inst_pop(code)); case 0xc2: case 0xc3: return(inst_jp(code)); case 0xc4: return(inst_call(code)); case 0xc5: return(inst_push(code)); case 0xc6: return(inst_add(code)); case 0xc7: return(inst_rst(code)); case 0xc8: case 0xc9: return(inst_ret(code)); case 0xca: return(inst_jp(code)); /* CB escapes out to 2 byte opcodes(CB include), opcodes to do register bit manipulations */ case 0xcb: return(inst_cb()); case 0xcc: case 0xcd: return(inst_call(code)); case 0xce: return(inst_adc(code)); case 0xcf: return(inst_rst(code)); case 0xd0: return(inst_ret(code)); case 0xd1: return(inst_pop(code)); case 0xd2: return(inst_jp(code)); case 0xd3: return(inst_out(code)); case 0xd4: return(inst_call(code)); case 0xd5: return(inst_push(code)); case 0xd6: return(inst_sub(code)); case 0xd7: return(inst_rst(code)); case 0xd8: return(inst_ret(code)); case 0xd9: return(inst_exx(code)); case 0xda: return(inst_jp(code)); case 0xdb: return(inst_in(code)); case 0xdc: return(inst_call(code)); /* DD escapes out to 2 to 4 byte opcodes(DD included) with a variety of uses. It can precede the CB escape sequence to extend CB codes with IX+immed_byte */ case 0xdd: return(inst_dd()); case 0xde: return(inst_sbc(code)); case 0xdf: return(inst_rst(code)); case 0xe0: return(inst_ret(code)); case 0xe1: return(inst_pop(code)); case 0xe2: return(inst_jp(code)); case 0xe3: return(inst_ex(code)); case 0xe4: return(inst_call(code)); case 0xe5: return(inst_push(code)); case 0xe6: return(inst_and(code)); case 0xe7: return(inst_rst(code)); case 0xe8: return(inst_ret(code)); case 0xe9: return(inst_jp(code)); case 0xea: return(inst_jp(code)); case 0xeb: return(inst_ex(code)); case 0xec: return(inst_call(code)); /* ED escapes out to misc IN, OUT and other oddball opcodes */ case 0xed: return(inst_ed()); case 0xee: return(inst_xor(code)); case 0xef: return(inst_rst(code)); case 0xf0: return(inst_ret(code)); case 0xf1: return(inst_pop(code)); case 0xf2: return(inst_jp(code)); case 0xf3: return(inst_di(code)); case 0xf4: return(inst_call(code)); case 0xf5: return(inst_push(code)); case 0xf6: return(inst_or(code)); case 0xf7: return(inst_rst(code)); case 0xf8: return(inst_ret(code)); case 0xf9: return(inst_ld(code)); case 0xfa: return(inst_jp(code)); case 0xfb: return(inst_ei(code)); case 0xfc: return(inst_call(code)); /* DD escapes out to 2 to 4 byte opcodes(DD included) with a variety of uses. It can precede the CB escape sequence to extend CB codes with IX+immed_byte */ case 0xfd: return(inst_fd()); case 0xfe: return(inst_cp(code)); case 0xff: return(inst_rst(code)); } /*if (PC) PC--; else PC= get_mem_size(MEM_ROM_ID)-1;*/ PC= rom->inc_address(PC, -1); sim->stop(resINV_INST); return(resINV_INST); } /* End of z80.src/z80.cc */ sdcc-2.9.0/sim/ucsim/z80.src/z80.txt000066400000000000000000001641741116427777700167770ustar00rootroot00000000000000 Last week somebody asked for a list of opcodes. Well, here is mine. Have fun! | Herbert Oppmann | email: htoppman@cip.informatik.uni-erlangen.de | | irc: mtx | mail: Drausnickstrasse 29, D-8520 Erlangen | ------------ 8< ---------- 8< --------------- 8080/Z80/HD64180 opcodes Legend: HX, LX highbyte/lowbyte of IX HY, LY dito IY 8080 subset * Z80 only / "illegal" Z80 + HD 64180 (reacts with a trap to illegal Z80 opcodes) Hex Instruction Comment (applies to Z80 only) ----------------------------------------------- 00 NOP 01 nnnn LD BC,nnnn 02 LD (BC),A 03 INC BC 04 INC B 05 DEC B 06 nn LD B,nn 07 RLCA 08 * EX AF,AF' 09 ADD HL,BC 0A LD A,(BC) 0B DEC BC 0C INC C 0D DEC C 0E nn LD C,nn 0F RRCA 10 dd * DJNZ dd 11 nnnn LD DE,nnnn 12 LD (DE),A 13 INC DE 14 INC D 15 DEC D 16 nn LD D,nn 17 RLA 18 dd * JR dd 19 ADD HL,DE 1A LD A,(DE) 1B DEC DE 1C INC E 1D DEC E 1E nn LD E,nn 1F RRA 20 dd * JR NZ,dd 21 nnnn LD HL,nnnn 22 nnnn LD (nnnn),HL 23 INC HL 24 INC H 25 DEC H 26 nn LD H,nn 27 DAA 28 dd * JR Z,dd 29 ADD HL,HL 2A nnnn LD HL,(nnnn) 2B DEC HL 2C INC L 2D DEC L 2E nn LD L,nn 2F CPL 30 dd * JR NC,dd 31 nnnn LD SP,nnnn 32 nnnn LD (nnnn),A 33 INC SP 34 INC (HL) 35 DEC (HL) 36 nn LD (HL),nn 37 SCF 38 dd * JR C,dd 39 ADD HL,SP 3A nnnn LD A,(nnnn) 3B DEC SP 3C INC A 3D DEC A 3E nn LD A,nn 3F CCF 40 LD B,B 41 LD B,C 42 LD B,D 43 LD B,E 44 LD B,H 45 LD B,L 46 LD B,(HL) 47 LD B,A 48 LD C,B 49 LD C,C 4A LD C,D 4B LD C,E 4C LD C,H 4D LD C,L 4E LD C,(HL) 4F LD C,A 50 LD D,B 51 LD D,C 52 LD D,D 53 LD D,E 54 LD D,H 55 LD D,L 56 LD D,(HL) 57 LD D,A 58 LD E,B 59 LD E,C 5A LD E,D 5B LD E,E 5C LD E,H 5D LD E,L 5E LD E,(HL) 5F LD E,A 60 LD H,B 61 LD H,C 62 LD H,D 63 LD H,E 64 LD H,H 65 LD H,L 66 LD H,(HL) 67 LD H,A 68 LD L,B 69 LD L,C 6A LD L,D 6B LD L,E 6C LD L,H 6D LD L,L 6E LD L,(HL) 6F LD L,A 70 LD (HL),B 71 LD (HL),C 72 LD (HL),D 73 LD (HL),E 74 LD (HL),H 75 LD (HL),L 76 HALT 77 LD (HL),A 78 LD A,B 79 LD A,C 7A LD A,D 7B LD A,E 7C LD A,H 7D LD A,L 7E LD A,(HL) 7F LD A,A 80 ADD A,B 81 ADD A,C 82 ADD A,D 83 ADD A,E 84 ADD A,H 85 ADD A,L 86 ADD A,(HL) 87 ADD A,A 88 ADC A,B 89 ADC A,C 8A ADC A,D 8B ADC A,E 8C ADC A,H 8D ADC A,L 8E ADC A,(HL) 8F ADC A,A 90 SUB B 91 SUB C 92 SUB D 93 SUB E 94 SUB H 95 SUB L 96 SUB (HL) 97 SUB A 98 SBC A,B 99 SBC A,C 9A SBC A,D 9B SBC A,E 9C SBC A,H 9D SBC A,L 9E SBC A,(HL) 9F SBC A,A A0 AND B A1 AND C A2 AND D A3 AND E A4 AND H A5 AND L A6 AND (HL) A7 AND A A8 XOR B A9 XOR C AA XOR D AB XOR E AC XOR H AD XOR L AE XOR (HL) AF XOR A B0 OR B B1 OR C B2 OR D B3 OR E B4 OR H B5 OR L B6 OR (HL) B7 OR A B8 CP B B9 CP C BA CP D BB CP E BC CP H BD CP L BE CP (HL) BF CP A C0 RET NZ C1 POP BC C2 nnnn JP NZ,nnnn C3 nnnn JP nnnn C4 nnnn CALL NZ,nnnn C5 PUSH BC C6 nn ADD A,nn C7 RST 0 C8 RET Z C9 RET CA nnnn JP Z,nnnn CB 00 * RLC B CB 01 * RLC C CB 02 * RLC D CB 03 * RLC E CB 04 * RLC H CB 05 * RLC L CB 06 * RLC (HL) CB 07 * RLC A CB 08 * RRC B CB 09 * RRC C CB 0A * RRC D CB 0B * RRC E CB 0C * RRC H CB 0D * RRC L CB 0E * RRC (HL) CB 0F * RRC A CB 10 * RL B CB 11 * RL C CB 12 * RL D CB 13 * RL E CB 14 * RL H CB 15 * RL L CB 16 * RL (HL) CB 17 * RL A CB 18 * RR B CB 19 * RR C CB 1A * RR D CB 1B * RR E CB 1C * RR H CB 1D * RR L CB 1E * RR (HL) CB 1F * RR A CB 20 * SLA B CB 21 * SLA C CB 22 * SLA D CB 23 * SLA E CB 24 * SLA H CB 25 * SLA L CB 26 * SLA (HL) CB 27 * SLA A CB 28 * SRA B CB 29 * SRA C CB 2A * SRA D CB 2B * SRA E CB 2C * SRA H CB 2D * SRA L CB 2E * SRA (HL) CB 2F * SRA A CB 30 / SLIA B (Shift Left Inverted Arithmetic) CB 31 / SLIA C like SLA, but shifts in a 1 bit CB 32 / SLIA D CB 33 / SLIA E CB 34 / SLIA H CB 35 / SLIA L CB 36 / SLIA (HL) CB 37 / SLIA A CB 38 * SRL B CB 39 * SRL C CB 3A * SRL D CB 3B * SRL E CB 3C * SRL H CB 3D * SRL L CB 3E * SRL (HL) CB 3F * SRL A CB 40 * BIT 0,B CB 41 * BIT 0,C CB 42 * BIT 0,D CB 43 * BIT 0,E CB 44 * BIT 0,H CB 45 * BIT 0,L CB 46 * BIT 0,(HL) CB 47 * BIT 0,A CB 48 * BIT 1,B CB 49 * BIT 1,C CB 4A * BIT 1,D CB 4B * BIT 1,E CB 4C * BIT 1,H CB 4D * BIT 1,L CB 4E * BIT 1,(HL) CB 4F * BIT 1,A CB 50 * BIT 2,B CB 51 * BIT 2,C CB 52 * BIT 2,D CB 53 * BIT 2,E CB 54 * BIT 2,H CB 55 * BIT 2,L CB 56 * BIT 2,(HL) CB 57 * BIT 2,A CB 58 * BIT 3,B CB 59 * BIT 3,C CB 5A * BIT 3,D CB 5B * BIT 3,E CB 5C * BIT 3,H CB 5D * BIT 3,L CB 5E * BIT 3,(HL) CB 5F * BIT 3,A CB 60 * BIT 4,B CB 61 * BIT 4,C CB 62 * BIT 4,D CB 63 * BIT 4,E CB 64 * BIT 4,H CB 65 * BIT 4,L CB 66 * BIT 4,(HL) CB 67 * BIT 4,A CB 68 * BIT 5,B CB 69 * BIT 5,C CB 6A * BIT 5,D CB 6B * BIT 5,E CB 6C * BIT 5,H CB 6D * BIT 5,L CB 6E * BIT 5,(HL) CB 6F * BIT 5,A CB 70 * BIT 6,B CB 71 * BIT 6,C CB 72 * BIT 6,D CB 73 * BIT 6,E CB 74 * BIT 6,H CB 75 * BIT 6,L CB 76 * BIT 6,(HL) CB 77 * BIT 6,A CB 78 * BIT 7,B CB 79 * BIT 7,C CB 7A * BIT 7,D CB 7B * BIT 7,E CB 7C * BIT 7,H CB 7D * BIT 7,L CB 7E * BIT 7,(HL) CB 7F * BIT 7,A CB 80 * RES 0,B CB 81 * RES 0,C CB 82 * RES 0,D CB 83 * RES 0,E CB 84 * RES 0,H CB 85 * RES 0,L CB 86 * RES 0,(HL) CB 87 * RES 0,A CB 88 * RES 1,B CB 89 * RES 1,C CB 8A * RES 1,D CB 8B * RES 1,E CB 8C * RES 1,H CB 8D * RES 1,L CB 8E * RES 1,(HL) CB 8F * RES 1,A CB 90 * RES 2,B CB 91 * RES 2,C CB 92 * RES 2,D CB 93 * RES 2,E CB 94 * RES 2,H CB 95 * RES 2,L CB 96 * RES 2,(HL) CB 97 * RES 2,A CB 98 * RES 3,B CB 99 * RES 3,C CB 9A * RES 3,D CB 9B * RES 3,E CB 9C * RES 3,H CB 9D * RES 3,L CB 9E * RES 3,(HL) CB 9F * RES 3,A CB A0 * RES 4,B CB A1 * RES 4,C CB A2 * RES 4,D CB A3 * RES 4,E CB A4 * RES 4,H CB A5 * RES 4,L CB A6 * RES 4,(HL) CB A7 * RES 4,A CB A8 * RES 5,B CB A9 * RES 5,C CB AA * RES 5,D CB AB * RES 5,E CB AC * RES 5,H CB AD * RES 5,L CB AE * RES 5,(HL) CB AF * RES 5,A CB B0 * RES 6,B CB B1 * RES 6,C CB B2 * RES 6,D CB B3 * RES 6,E CB B4 * RES 6,H CB B5 * RES 6,L CB B6 * RES 6,(HL) CB B7 * RES 6,A CB B8 * RES 7,B CB B9 * RES 7,C CB BA * RES 7,D CB BB * RES 7,E CB BC * RES 7,H CB BD * RES 7,L CB BE * RES 7,(HL) CB BF * RES 7,A CB C0 * SET 0,B CB C1 * SET 0,C CB C2 * SET 0,D CB C3 * SET 0,E CB C4 * SET 0,H CB C5 * SET 0,L CB C6 * SET 0,(HL) CB C7 * SET 0,A CB C8 * SET 1,B CB C9 * SET 1,C CB CA * SET 1,D CB CB * SET 1,E CB CC * SET 1,H CB CD * SET 1,L CB CE * SET 1,(HL) CB CF * SET 1,A CB D0 * SET 2,B CB D1 * SET 2,C CB D2 * SET 2,D CB D3 * SET 2,E CB D4 * SET 2,H CB D5 * SET 2,L CB D6 * SET 2,(HL) CB D7 * SET 2,A CB D8 * SET 3,B CB D9 * SET 3,C CB DA * SET 3,D CB DB * SET 3,E CB DC * SET 3,H CB DD * SET 3,L CB DE * SET 3,(HL) CB DF * SET 3,A CB E0 * SET 4,B CB E1 * SET 4,C CB E2 * SET 4,D CB E3 * SET 4,E CB E4 * SET 4,H CB E5 * SET 4,L CB E6 * SET 4,(HL) CB E7 * SET 4,A CB E8 * SET 5,B CB E9 * SET 5,C CB EA * SET 5,D CB EB * SET 5,E CB EC * SET 5,H CB ED * SET 5,L CB EE * SET 5,(HL) CB EF * SET 5,A CB F0 * SET 6,B CB F1 * SET 6,C CB F2 * SET 6,D CB F3 * SET 6,E CB F4 * SET 6,H CB F5 * SET 6,L CB F6 * SET 6,(HL) CB F7 * SET 6,A CB F8 * SET 7,B CB F9 * SET 7,C CB FA * SET 7,D CB FB * SET 7,E CB FC * SET 7,H CB FD * SET 7,L CB FE * SET 7,(HL) CB FF * SET 7,A CC nnnn CALL Z,nnnn CD nnnn CALL nnnn CE nn ADC A,nn CF RST 8 D0 RET NC D1 POP DE D2 nnnn JP NC,nnnn D3 nn OUT (nn),A D4 nnnn CALL NC,nnnn D5 PUSH DE D6 nn SUB nn D7 RST 10H D8 RET C D9 * EXX DA nnnn JP C,nnnn DB nn IN A,(nn) DC nnnn CALL C,nnnn All other DD combinations not listed below: DD is ignored, all following bytes are treated as instructions DD 09 * ADD IX,BC DD 19 * ADD IX,DE DD 21 nnnn * LD IX,nnnn DD 22 nnnn * LD (nnnn),IX DD 23 * INC IX DD 24 / INC HX DD 25 / DEC HX DD 26 nn / LD HX,nn DD 29 * ADD IX,IX DD 2A nnnn * LD IX,(nnnn) DD 2B * DEC IX DD 2C / INC LX DD 2D / DEC LX DD 2E nn / LD LX,nn DD 34 dd * INC (IX+dd) DD 35 dd * DEC (IX+dd) DD 36 dd nn * LD (IX+dd),nn DD 39 * ADD IX,SP DD 44 / LD B,HX DD 45 / LD B,LX DD 46 dd * LD B,(IX+dd) DD 4C / LD C,HX DD 4D / LD C,LX DD 4E dd * LD C,(IX+dd) DD 54 / LD D,HX DD 55 / LD D,LX DD 56 dd * LD D,(IX+dd) DD 5C / LD E,H DD 5D / LD E,L DD 5E dd * LD E,(IX+dd) DD 60 / LD HX,B DD 61 / LD HX,C DD 62 / LD HX,D DD 63 / LD HX,E DD 64 / LD HX,HX DD 65 / LD HX,LX DD 66 dd * LD H,(IX+dd) DD 67 / LD HX,A DD 68 / LD LX,B DD 69 / LD LX,C DD 6A / LD LX,D DD 6B / LD LX,E DD 6C / LD LX,HX DD 6D / LD LX,LX DD 6E dd * LD L,(IX+dd) DD 6F / LD LX,A DD 70 dd * LD (IX+dd),B DD 71 dd * LD (IX+dd),C DD 72 dd * LD (IX+dd),D DD 73 dd * LD (IX+dd),E DD 74 dd * LD (IX+dd),H DD 75 dd * LD (IX+dd),L DD 77 dd * LD (IX+dd),A DD 7C / LD A,HX DD 7D / LD A,LX DD 7E dd * LD A,(IX+dd) DD 84 / ADD A,HX DD 85 / ADD A,LX DD 86 dd * ADD A,(IX+dd) /* add +dd, kpb */ DD 8C / ADC A,HX DD 8D / ADC A,LX DD 8E dd * ADC A,(IX+dd) /* add +dd, kpb */ DD 94 / SUB HX DD 95 / SUB LX DD 96 dd * SUB (IX+dd) DD 9C / SBC A,HX DD 9D / SBC A,LX DD 9E dd * SBC A,(IX+dd) DD A4 / AND HX DD A5 / AND LX DD A6 dd * AND (IX+dd) DD AC / XOR HX DD AD / XOR LX DD AE dd * XOR (IX+dd) DD B4 / OR HX DD B5 / OR LX DD B6 dd * OR (IX+dd) DD BC / CP HX DD BD / CP LX DD BE dd * CP (IX+dd) DD CB dd 00 / RLC (IX+dd)->B result is placed in a register DD CB dd 01 / RLC (IX+dd)->C additionally DD CB dd 02 / RLC (IX+dd)->D DD CB dd 03 / RLC (IX+dd)->E DD CB dd 04 / RLC (IX+dd)->H DD CB dd 05 / RLC (IX+dd)->L DD CB dd 06 * RLC (IX+dd) DD CB dd 07 / RLC (IX+dd)->A DD CB dd 08 / RRC (IX+dd)->B DD CB dd 09 / RRC (IX+dd)->C DD CB dd 0A / RRC (IX+dd)->D DD CB dd 0B / RRC (IX+dd)->E DD CB dd 0C / RRC (IX+dd)->H DD CB dd 0D / RRC (IX+dd)->L DD CB dd 0E * RRC (IX+dd) DD CB dd 0F / RRC (IX+dd)->A DD CB dd 10 / RL (IX+dd)->B DD CB dd 11 / RL (IX+dd)->C DD CB dd 12 / RL (IX+dd)->D DD CB dd 13 / RL (IX+dd)->E DD CB dd 14 / RL (IX+dd)->H DD CB dd 15 / RL (IX+dd)->L DD CB dd 16 * RL (IX+dd) DD CB dd 17 / RL (IX+dd)->A DD CB dd 18 / RR (IX+dd)->B DD CB dd 19 / RR (IX+dd)->C DD CB dd 1A / RR (IX+dd)->D DD CB dd 1B / RR (IX+dd)->E DD CB dd 1C / RR (IX+dd)->H DD CB dd 1D / RR (IX+dd)->L DD CB dd 1E * RR (IX+dd) DD CB dd 1F / RR (IX+dd)->A DD CB dd 20 / SLA (IX+dd)->B DD CB dd 21 / SLA (IX+dd)->C DD CB dd 22 / SLA (IX+dd)->D DD CB dd 23 / SLA (IX+dd)->E DD CB dd 24 / SLA (IX+dd)->H DD CB dd 25 / SLA (IX+dd)->L DD CB dd 26 * SLA (IX+dd) DD CB dd 27 / SLA (IX+dd)->A DD CB dd 28 / SRA (IX+dd)->B DD CB dd 29 / SRA (IX+dd)->C DD CB dd 2A / SRA (IX+dd)->D DD CB dd 2B / SRA (IX+dd)->E DD CB dd 2C / SRA (IX+dd)->H DD CB dd 2D / SRA (IX+dd)->L DD CB dd 2E * SRA (IX+dd) DD CB dd 2F / SRA (IX+dd)->A DD CB dd 30 / SLIA (IX+dd)->B DD CB dd 31 / SLIA (IX+dd)->C DD CB dd 32 / SLIA (IX+dd)->D DD CB dd 33 / SLIA (IX+dd)->E DD CB dd 34 / SLIA (IX+dd)->H DD CB dd 35 / SLIA (IX+dd)->L DD CB dd 36 / SLIA (IX+dd) DD CB dd 37 / SLIA (IX+dd)->A DD CB dd 38 / SRL (IX+dd)->B DD CB dd 39 / SRL (IX+dd)->C DD CB dd 3A / SRL (IX+dd)->D DD CB dd 3B / SRL (IX+dd)->E DD CB dd 3C / SRL (IX+dd)->H DD CB dd 3D / SRL (IX+dd)->L DD CB dd 3E * SRL (IX+dd) DD CB dd 3F / SRL (IX+dd)->A DD CB dd 46 * BIT 0,(IX+dd) all other BIT combinations DD CB dd 4E * BIT 1,(IX+dd) react like the documented ones DD CB dd 56 * BIT 2,(IX+dd) because there is no write DD CB dd 5E * BIT 3,(IX+dd) DD CB dd 66 * BIT 4,(IX+dd) DD CB dd 6E * BIT 5,(IX+dd) DD CB dd 76 * BIT 6,(IX+dd) DD CB dd 7E * BIT 7,(IX+dd) DD CB dd 80 / RES 0,(IX+dd)->B DD CB dd 81 / RES 0,(IX+dd)->C DD CB dd 82 / RES 0,(IX+dd)->D DD CB dd 83 / RES 0,(IX+dd)->E DD CB dd 84 / RES 0,(IX+dd)->H DD CB dd 85 / RES 0,(IX+dd)->L DD CB dd 86 * RES 0,(IX+dd) DD CB dd 87 / RES 0,(IX+dd)->A DD CB dd 88 / RES 1,(IX+dd)->B DD CB dd 89 / RES 1,(IX+dd)->C DD CB dd 8A / RES 1,(IX+dd)->D DD CB dd 8B / RES 1,(IX+dd)->E DD CB dd 8C / RES 1,(IX+dd)->H DD CB dd 8D / RES 1,(IX+dd)->L DD CB dd 8E * RES 1,(IX+dd) DD CB dd 8F / RES 1,(IX+dd)->A DD CB dd 90 / RES 2,(IX+dd)->B DD CB dd 91 / RES 2,(IX+dd)->C DD CB dd 92 / RES 2,(IX+dd)->D DD CB dd 93 / RES 2,(IX+dd)->E DD CB dd 94 / RES 2,(IX+dd)->H DD CB dd 95 / RES 2,(IX+dd)->L DD CB dd 96 * RES 2,(IX+dd) DD CB dd 97 / RES 2,(IX+dd)->A DD CB dd 98 / RES 3,(IX+dd)->B DD CB dd 99 / RES 3,(IX+dd)->C DD CB dd 9A / RES 3,(IX+dd)->D DD CB dd 9B / RES 3,(IX+dd)->E DD CB dd 9C / RES 3,(IX+dd)->H DD CB dd 9D / RES 3,(IX+dd)->L DD CB dd 9E * RES 3,(IX+dd) DD CB dd 9F / RES 3,(IX+dd)->A DD CB dd A0 / RES 4,(IX+dd)->B DD CB dd A1 / RES 4,(IX+dd)->C DD CB dd A2 / RES 4,(IX+dd)->D DD CB dd A3 / RES 4,(IX+dd)->E DD CB dd A4 / RES 4,(IX+dd)->H DD CB dd A5 / RES 4,(IX+dd)->L DD CB dd A6 * RES 4,(IX+dd) DD CB dd A7 / RES 4,(IX+dd)->A DD CB dd A8 / RES 5,(IX+dd)->B DD CB dd A9 / RES 5,(IX+dd)->C DD CB dd AA / RES 5,(IX+dd)->D DD CB dd AB / RES 5,(IX+dd)->E DD CB dd AC / RES 5,(IX+dd)->H DD CB dd AD / RES 5,(IX+dd)->L DD CB dd AE * RES 5,(IX+dd) DD CB dd AF / RES 5,(IX+dd)->A DD CB dd B0 / RES 6,(IX+dd)->B DD CB dd B1 / RES 6,(IX+dd)->C DD CB dd B2 / RES 6,(IX+dd)->D DD CB dd B3 / RES 6,(IX+dd)->E DD CB dd B4 / RES 6,(IX+dd)->H DD CB dd B5 / RES 6,(IX+dd)->L DD CB dd B6 * RES 6,(IX+dd) DD CB dd B7 / RES 6,(IX+dd)->A DD CB dd B8 / RES 7,(IX+dd)->B DD CB dd B9 / RES 7,(IX+dd)->C DD CB dd BA / RES 7,(IX+dd)->D DD CB dd BB / RES 7,(IX+dd)->E DD CB dd BC / RES 7,(IX+dd)->H DD CB dd BD / RES 7,(IX+dd)->L DD CB dd BE * RES 7,(IX+dd) DD CB dd BF / RES 7,(IX+dd)->A DD CB dd C0 / SET 0,(IX+dd)->B DD CB dd C1 / SET 0,(IX+dd)->C DD CB dd C2 / SET 0,(IX+dd)->D DD CB dd C3 / SET 0,(IX+dd)->E DD CB dd C4 / SET 0,(IX+dd)->H DD CB dd C5 / SET 0,(IX+dd)->L DD CB dd C6 * SET 0,(IX+dd) DD CB dd C7 / SET 0,(IX+dd)->A DD CB dd C8 / SET 1,(IX+dd)->B DD CB dd C9 / SET 1,(IX+dd)->C DD CB dd CA / SET 1,(IX+dd)->D DD CB dd CB / SET 1,(IX+dd)->E DD CB dd CC / SET 1,(IX+dd)->H DD CB dd CD / SET 1,(IX+dd)->L DD CB dd CE * SET 1,(IX+dd) DD CB dd CF / SET 1,(IX+dd)->A DD CB dd D0 / SET 2,(IX+dd)->B DD CB dd D1 / SET 2,(IX+dd)->C DD CB dd D2 / SET 2,(IX+dd)->D DD CB dd D3 / SET 2,(IX+dd)->E DD CB dd D4 / SET 2,(IX+dd)->H DD CB dd D5 / SET 2,(IX+dd)->L DD CB dd D6 * SET 2,(IX+dd) DD CB dd D7 / SET 2,(IX+dd)->A DD CB dd D8 / SET 3,(IX+dd)->B DD CB dd D9 / SET 3,(IX+dd)->C DD CB dd DA / SET 3,(IX+dd)->D DD CB dd DB / SET 3,(IX+dd)->E DD CB dd DC / SET 3,(IX+dd)->H DD CB dd DD / SET 3,(IX+dd)->L DD CB dd DE * SET 3,(IX+dd) DD CB dd DF / SET 3,(IX+dd)->A DD CB dd E0 / SET 4,(IX+dd)->B DD CB dd E1 / SET 4,(IX+dd)->C DD CB dd E2 / SET 4,(IX+dd)->D DD CB dd E3 / SET 4,(IX+dd)->E DD CB dd E4 / SET 4,(IX+dd)->H DD CB dd E5 / SET 4,(IX+dd)->L DD CB dd E6 * SET 4,(IX+dd) DD CB dd E7 / SET 4,(IX+dd)->A DD CB dd E8 / SET 5,(IX+dd)->B DD CB dd E9 / SET 5,(IX+dd)->C DD CB dd EA / SET 5,(IX+dd)->D DD CB dd EB / SET 5,(IX+dd)->E DD CB dd EC / SET 5,(IX+dd)->H DD CB dd ED / SET 5,(IX+dd)->L DD CB dd EE * SET 5,(IX+dd) DD CB dd EF / SET 5,(IX+dd)->A DD CB dd F0 / SET 6,(IX+dd)->B DD CB dd F1 / SET 6,(IX+dd)->C DD CB dd F2 / SET 6,(IX+dd)->D DD CB dd F3 / SET 6,(IX+dd)->E DD CB dd F4 / SET 6,(IX+dd)->H DD CB dd F5 / SET 6,(IX+dd)->L DD CB dd F6 * SET 6,(IX+dd) DD CB dd F7 / SET 6,(IX+dd)->A DD CB dd F8 / SET 7,(IX+dd)->B DD CB dd F9 / SET 7,(IX+dd)->C DD CB dd FA / SET 7,(IX+dd)->D DD CB dd FB / SET 7,(IX+dd)->E DD CB dd FC / SET 7,(IX+dd)->H DD CB dd FD / SET 7,(IX+dd)->L DD CB dd FE * SET 7,(IX+dd) DD CB dd FF / SET 7,(IX+dd)->A DD E1 * POP IX DD E3 * EX (SP),IX DD E5 * PUSH IX DD E9 * JP (IX) DD F9 * LD SP,IX DE nn SBC A,nn DF RST 18H E0 RET PO E1 POP HL E2 nnnn JP PO,nnnn E3 EX (SP),HL E4 nnnn CALL PO,nnnn E5 PUSH HL E6 nn AND nn E7 RST 20H E8 RET PE E9 JP (HL) EA nnnn JP PE,nnnn EB EX DE,HL EC nnnn CALL PE,nnnn All other ED combinations not listed below: in the range ED40 - ED7F: valid opcodes are mirrored elsewhere: ED and the next byte is ignored, all following bytes treated as instructions ED 00 nn + IN0 B,(nn) ED 01 nn + OUT0 (nn),B ED 04 + TST B ED 08 nn + IN0 C,(nn) ED 09 nn + OUT0 (nn),C ED 0C + TST C ED 10 nn + IN0 D,(nn) ED 11 nn + OUT0 (nn),D ED 14 + TST D ED 18 nn + IN0 E,(nn) ED 19 nn + OUT0 (nn),E ED 1C + TST E ED 20 nn + IN0 H,(nn) ED 21 nn + OUT0 (nn),H ED 24 + TST H ED 28 nn + IN0 L,(nn) ED 29 nn + OUT0 (nn),L ED 2C + TST L ED 30 nn + IN0 (nn) set flags only ED 34 + TST (HL) ED 38 nn + IN0 A,(nn) ED 39 nn + OUT0 (nn),A ED 3C + TST A ED 40 * IN B,(C) ED 41 * OUT (C),B ED 42 * SBC HL,BC ED 43 nnnn * LD (nnnn),BC ED 44 * NEG ED 45 * RETN ED 46 * IM 0 ED 47 * LD I,A ED 48 * IN C,(C) ED 49 * OUT (C),C ED 4A * ADC HL,BC ED 4B nnnn * LD BC,(nnnn) ED 4C + MULT BC ED 4D * RETI ED 4F * LD R,A ED 50 * IN D,(C) ED 51 * OUT (C),D ED 52 * SBC HL,DE ED 53 nnnn * LD (nnnn),DE ED 56 * IM 1 ED 57 * LD A,I ED 58 * IN E,(C) ED 59 * OUT (C),E ED 5A * ADC HL,DE ED 5B nnnn * LD DE,(nnnn) ED 5C + MULT DE ED 5E * IM 2 ED 5F * LD A,R ED 60 * IN H,(C) ED 61 * OUT (C),H ED 62 * SBC HL,HL ED 63 nnnn * LD (nnnn),HL opcode 22 does the same faster ED 64 nn + TST nn ED 67 * RRD ED 68 * IN L,(C) ED 69 * OUT (C),L ED 6A * ADC HL,HL ED 6B nnnn * LD HL,(nnnn) opcode 2A does the same faster ED 6C + MULT HL ED 6F * RLD ED 70 / IN (C) set flags only (TSTI) ^--- can be viewed as *, because SGS manual and HD64180 manual list this instruction as valid Z80 ED 71 / OUT (C),0 ED 72 * SBC HL,SP ED 73 nnnn * LD (nnnn),SP ED 74 nn + TSTIO nn ED 76 + SLP ED 78 * IN A,(C) ED 79 * OUT (C),A ED 7A * ADC HL,SP ED 7B nnnn * LD SP,(nnnn) ED 7C + MULT SP ED 83 + OTIM ED 8B + OTDM ED 93 + OTIMR ED 9B + OTDMR ED A0 * LDI ED A1 * CPI ED A2 * INI ED A3 * OUTI ED A8 * LDD ED A9 * CPD ED AA * IND ED AB * OUTD ED B0 * LDIR ED B1 * CPIR ED B2 * INIR ED B3 * OTIR ED B8 * LDDR ED B9 * CPDR ED BA * INDR ED BB * OTDR EE nn XOR nn EF RST 28H F0 RET P F1 POP AF F2 nnnn JP P,nnnn F3 DI F4 nnnn CALL P,nnnn F5 PUSH AF F6 nn OR nn F7 RST 30H F8 RET M F9 LD SP,HL FA nnnn JP M,nnnn FB EI FC nnnn CALL M,nnnn FD ... * like DD ..., with IY instead of IX FE nn CP nn FF RST 38H From: peterm@maths.grace.cri.nz (Peter McGavin) Newsgroups: comp.sys.sinclair Subject: Re: Undocumented Z80 opcodes Date: 05 Jan 1994 20:44:15 GMT Organization: Applied Maths, Industrial Research Ltd, NZ NNTP-Posting-Host: kea.grace.cri.nz In-reply-to: agulbra@tigern.nvg.unit.no's message of 5 Jan 1994 17:47:59 +0100 In article, <2geqvv$nlq@tigern.nvg.unit.no>, agulbra@tigern.nvg.unit.no (Arnt Gulbrandsen) wrote: >I believe that list originally was written by from David Librik >. David (with someone else, I think) >reverse-engineered the Z80 and wrote a list of what he found, a list >which I think I sent to Peter. Actually I got it from Simon Owen (S.N.Owen@newcastle.ac.uk). Here it is: (sorry it's a bit wide) ------------------------------------------------------------------------------ Key: + Instruction is unchanged by index prefix * Instruction thought of as 'undocumented' Notes: IM * - is either IM 0 or IM 1 (more likely IM 0), hard to decide which IN X,(C) reads into nowhere (not even (HL)) but affects the flags. OUT (C),X performs OUT (C),0 *NOP indicated instruction has no effect on anything [ 2M cycles delay ? ] instructions with an ED prefix cannot have a preceding DD prefix as well. Instructions like LD B,RL (IX+d) perform RL (IX+d) and load B with the result AS WELL AS affecting the contents of (IX+d). 2 for price of 1 ! List: +-------------------------------+-------------------+------------------+------------------+-------------------------+ | Hex | Dec | Normal | DD Prefix | CB Prefix | ED Prefix | DDCB prefix | +-------------------------------+-------------------+------------------+------------------+-------------------------+ |[ 00 | 000 ] | NOP | +NOP | RLC B | *NOP | *LD B,RLC (IX+d) | |[ 01 | 001 ] | LD BC,nn | +LD BC,nn | RLC C | *NOP | *LD C,RLC (IX+d) | |[ 02 | 002 ] | LD (BC),A | +LD (BC),A | RLC D | *NOP | *LD D,RLC (IX+d) | |[ 03 | 003 ] | INC BC | +INC BC | RLC E | *NOP | *LD E,RLC (IX+d) | |[ 04 | 004 ] | INC B | +INC B | RLC H | *NOP | *LD H,RLC (IX+d) | |[ 05 | 005 ] | DEC B | +DEC B | RLC L | *NOP | *LD L,RLC (IX+d) | |[ 06 | 006 ] | LD B,n | +LD B,n | RLC (HL) | *NOP | RLC (IX+d) | |[ 07 | 007 ] | RLCA | +RLCA | RLC A | *NOP | *LD A,RLC (IX+d) | |[ 08 | 008 ] | EX AF,AF' | +EX AF,AF' | RRC B | *NOP | *LD B,RRC (IX+d) | |[ 09 | 009 ] | ADD HL,BC | ADD IX,BC | RRC C | *NOP | *LD C,RRC (IX+d) | |[ 0a | 010 ] | LD A,(BC) | +LD A,(BC) | RRC D | *NOP | *LD D,RRC (IX+d) | |[ 0b | 011 ] | DEC BC | +DEC BC | RRC E | *NOP | *LD E,RRC (IX+d) | |[ 0c | 012 ] | INC C | +INC C | RRC H | *NOP | *LD H,RRC (IX+d) | |[ 0d | 013 ] | DEC C | +DEC C | RRC L | *NOP | *LD L,RRC (IX+d) | |[ 0e | 014 ] | LD C,n | +LD C,n | RRC (HL) | *NOP | RRC (IX+d) | |[ 0f | 015 ] | RRCA | +RRCA | RRC A | *NOP | *LD A,RRC (IX+d) | |[ 10 | 016 ] | DJNZ d | +DJNZ d | RL B | *NOP | *LD B,RL (IX+d) | |[ 11 | 017 ] | LD DE,nn | +LD DE,nn | RL C | *NOP | *LD C,RL (IX+d) | |[ 12 | 018 ] | LD (DE),A | +LD (DE),A | RL D | *NOP | *LD D,RL (IX+d) | |[ 13 | 019 ] | INC DE | +INC DE | RL E | *NOP | *LD E,RL (IX+d) | |[ 14 | 020 ] | INC D | +INC D | RL H | *NOP | *LD H,RL (IX+d) | |[ 15 | 021 ] | DEC D | +DEC D | RL L | *NOP | *LD L,RL (IX+d) | |[ 16 | 022 ] | LD D,n | +LD D,n | RL (HL) | *NOP | RL (IX+d) | |[ 17 | 023 ] | RLA | +RLA | RL A | *NOP | *LD A,RL (IX+d) | |[ 18 | 024 ] | JR d | +JR d | RR B | *NOP | *LD B,RR (IX+d) | |[ 19 | 025 ] | ADD HL,DE | ADD IX,DE | RR C | *NOP | *LD C,RR (IX+d) | |[ 1a | 026 ] | LD A,(DE) | +LD A,(DE) | RR D | *NOP | *LD D,RR (IX+d) | |[ 1b | 027 ] | DEC DE | +DEC DE | RR E | *NOP | *LD E,RR (IX+d) | |[ 1c | 028 ] | INC E | +INC E | RR H | *NOP | *LD H,RR (IX+d) | |[ 1d | 029 ] | DEC E | +DEC E | RR L | *NOP | *LD L,RR (IX+d) | |[ 1e | 030 ] | LD E,n | +LD E,n | RR (HL) | *NOP | RR (IX+d) | |[ 1f | 031 ] | RRA | +RRA | RR A | *NOP | *LD A,RR (IX+d) | |[ 20 | 032 ] | JR NZ,d | +JR NZ,d | SLA B | *NOP | *LD B,SLA (IX+d) | |[ 21 | 033 ] | LD HL,nn | LD IX,nn | SLA C | *NOP | *LD C,SLA (IX+d) | |[ 22 | 034 ] | LD (nn),HL | LD (nn),IX | SLA D | *NOP | *LD D,SLA (IX+d) | |[ 23 | 035 ] | INC HL | INC IX | SLA E | *NOP | *LD E,SLA (IX+d) | |[ 24 | 036 ] | INC H | *INC IXh | SLA H | *NOP | *LD H,SLA (IX+d) | |[ 25 | 037 ] | DEC H | *DEC IXh | SLA L | *NOP | *LD L,SLA (IX+d) | |[ 26 | 038 ] | LD H,n | *LD IXh,n | SLA (HL) | *NOP | SLA (IX+d) | |[ 27 | 039 ] | DAA | +DAA | SLA A | *NOP | *LD A,SLA (IX+d) | |[ 28 | 040 ] | JR Z,d | +JR Z,d | SRA B | *NOP | *LD B,SRA (IX+d) | |[ 29 | 041 ] | ADD HL,HL | ADD IX,IX | SRA C | *NOP | *LD C,SRA (IX+d) | |[ 2a | 042 ] | LD HL,(nn) | LD IX,(nn) | SRA D | *NOP | *LD D,SRA (IX+d) | |[ 2b | 043 ] | DEC HL | DEC IX | SRA E | *NOP | *LD E,SRA (IX+d) | |[ 2c | 044 ] | INC L | *INC IXl | SRA H | *NOP | *LD H,SRA (IX+d) | |[ 2d | 045 ] | DEC L | *DEC IXl | SRA L | *NOP | *LD L,SRA (IX+d) | |[ 2e | 046 ] | LD L,n | *LD IXl,n | SRA (HL) | *NOP | SRA (IX+d) | |[ 2f | 047 ] | CPL | +CPL | SRA A | *NOP | *LD A,SRA (IX+d) | |[ 30 | 048 ] | JR NC,d | +JR NC,d | SLL B | *NOP | *LD B,SLL (IX+d) | |[ 31 | 049 ] | LD SP,nn | +LD SP,nn | SLL C | *NOP | *LD C,SLL (IX+d) | |[ 32 | 050 ] | LD (nn),A | +LD (nn),A | SLL D | *NOP | *LD D,SLL (IX+d) | |[ 33 | 051 ] | INC SP | +INC SP | SLL E | *NOP | *LD E,SLL (IX+d) | |[ 34 | 052 ] | INC (HL) | INC (IX+d) | SLL H | *NOP | *LD H,SLL (IX+d) | |[ 35 | 053 ] | DEC (HL) | DEC (IX+d) | SLL L | *NOP | *LD L,SLL (IX+d) | |[ 36 | 054 ] | LD (HL),n | LD (IX+d),n | SLL (HL) | *NOP | SLL (IX+d) | |[ 37 | 055 ] | SCF | +SCF | SLL A | *NOP | *LD A,SLL (IX+d) | |[ 38 | 056 ] | JR C,d | +JR C,d | SRL B | *NOP | *LD B,SRL (IX+d) | |[ 39 | 057 ] | ADD HL,SP | ADD IX,SP | SRL C | *NOP | *LD C,SRL (IX+d) | |[ 3a | 058 ] | LD A,(nn) | +LD A,(nn) | SRL D | *NOP | *LD D,SRL (IX+d) | |[ 3b | 059 ] | DEC SP | +DEC SP | SRL E | *NOP | *LD E,SRL (IX+d) | |[ 3c | 060 ] | INC A | +INC A | SRL H | *NOP | *LD H,SRL (IX+d) | |[ 3d | 061 ] | DEC A | +DEC A | SRL L | *NOP | *LD L,SRL (IX+d) | |[ 3e | 062 ] | LD A,n | +LD A,n | SRL (HL) | *NOP | SRL (IX+d) | |[ 3f | 063 ] | CCF | +CCF | SRL A | *NOP | *LD A,SRL (IX+d) | |[ 40 | 064 ] | LD B,B | +LD B,B | BIT 0,B | IN B,(C) | *BIT 0,(IX+d) | |[ 41 | 065 ] | LD B,C | +LD B,C | BIT 0,C | OUT (C),B | *BIT 0,(IX+d) | |[ 42 | 066 ] | LD B,D | +LD B,D | BIT 0,D | SBC HL,BC | *BIT 0,(IX+d) | |[ 43 | 067 ] | LD B,E | +LD B,E | BIT 0,E | LD (nn),BC | *BIT 0,(IX+d) | |[ 44 | 068 ] | LD B,H | *LD B,IXh | BIT 0,H | NEG | *BIT 0,(IX+d) | |[ 45 | 069 ] | LD B,L | *LD B,IXl | BIT 0,L | RETN | *BIT 0,(IX+d) | |[ 46 | 070 ] | LD B,(HL) | LD B,(IX+d) | BIT 0,(HL) | IM 0 | BIT 0,(IX+d) | |[ 47 | 071 ] | LD B,A | +LD B,A | BIT 0,A | LD I,A | *BIT 0,(IX+d) | |[ 48 | 072 ] | LD C,B | +LD C,B | BIT 1,B | IN C,(C) | *BIT 1,(IX+d) | |[ 49 | 073 ] | LD C,C | +LD C,C | BIT 1,C | OUT (C),C | *BIT 1,(IX+d) | |[ 4a | 074 ] | LD C,D | +LD C,D | BIT 1,D | ADC HL,BC | *BIT 1,(IX+d) | |[ 4b | 075 ] | LD C,E | +LD C,E | BIT 1,E | LD BC,(nn) | *BIT 1,(IX+d) | |[ 4c | 076 ] | LD C,H | *LD C,IXh | BIT 1,H | *NEG | *BIT 1,(IX+d) | |[ 4d | 077 ] | LD C,L | *LD C,IXl | BIT 1,L | RETI | *BIT 1,(IX+d) | |[ 4e | 078 ] | LD C,(HL) | LD C,(IX+d) | BIT 1,(HL) | *IM * (0?) | BIT 1,(IX+d) | |[ 4f | 079 ] | LD C,A | +LD C,A | BIT 1,A | LD R,A | *BIT 1,(IX+d) | |[ 50 | 080 ] | LD D,B | +LD D,B | BIT 2,B | IN D,(C) | *BIT 2,(IX+d) | |[ 51 | 081 ] | LD D,C | +LD D,C | BIT 2,C | OUT (C),D | *BIT 2,(IX+d) | |[ 52 | 082 ] | LD D,D | +LD D,D | BIT 2,D | SBC HL,DE | *BIT 2,(IX+d) | |[ 53 | 083 ] | LD D,E | +LD D,E | BIT 2,E | LD (nn),DE | *BIT 2,(IX+d) | |[ 54 | 084 ] | LD D,H | *LD D,IXh | BIT 2,H | *NEG | *BIT 2,(IX+d) | |[ 55 | 085 ] | LD D,L | *LD D,IXl | BIT 2,L | *RETN | *BIT 2,(IX+d) | |[ 56 | 086 ] | LD D,(HL) | LD D,(IX+d) | BIT 2,(HL) | IM 1 | BIT 2,(IX+d) | |[ 57 | 087 ] | LD D,A | +LD D,A | BIT 2,A | LD A,I | *BIT 2,(IX+d) | |[ 58 | 088 ] | LD E,B | +LD E,B | BIT 3,B | IN E,(C) | *BIT 3,(IX+d) | |[ 59 | 089 ] | LD E,C | +LD E,C | BIT 3,C | OUT (C),E | *BIT 3,(IX+d) | |[ 5a | 090 ] | LD E,D | +LD E,D | BIT 3,D | ADC HL,DE | *BIT 3,(IX+d) | |[ 5b | 091 ] | LD E,E | +LD E,E | BIT 3,E | LD DE,(nn) | *BIT 3,(IX+d) | |[ 5c | 092 ] | LD E,H | *LD E,IXh | BIT 3,H | *NEG | *BIT 3,(IX+d) | |[ 5d | 093 ] | LD E,L | *LD E,IXl | BIT 3,L | *RETI | *BIT 3,(IX+d) | |[ 5e | 094 ] | LD E,(HL) | LD E,(IX+d) | BIT 3,(HL) | IM 2 | BIT 3,(IX+d) | |[ 5f | 095 ] | LD E,A | +LD E,A | BIT 3,A | LD A,R | *BIT 3,(IX+d) | |[ 60 | 096 ] | LD H,B | *LD IXh,B | BIT 4,B | IN H,(C) | *BIT 4,(IX+d) | |[ 61 | 097 ] | LD H,C | *LD IXh,C | BIT 4,C | OUT (C),H | *BIT 4,(IX+d) | |[ 62 | 098 ] | LD H,D | *LD IXh,D | BIT 4,D | SBC HL,HL | *BIT 4,(IX+d) | |[ 63 | 099 ] | LD H,E | *LD IXh,E | BIT 4,E | LD (nn),HL | *BIT 4,(IX+d) | |[ 64 | 100 ] | LD H,H | *LD IXh,IXh | BIT 4,H | *NEG | *BIT 4,(IX+d) | |[ 65 | 101 ] | LD H,L | *LD IXh,IXl | BIT 4,L | *RETN | *BIT 4,(IX+d) | |[ 66 | 102 ] | LD H,(HL) | LD H,(IX+d) | BIT 4,(HL) | *IM 0 | BIT 4,(IX+d) | |[ 67 | 103 ] | LD H,A | *LD IXh,A | BIT 4,A | RRD | *BIT 4,(IX+d) | |[ 68 | 104 ] | LD L,B | *LD IXl,B | BIT 5,B | IN L,(C) | *BIT 5,(IX+d) | |[ 69 | 105 ] | LD L,C | *LD IXl,C | BIT 5,C | OUT (C),L | *BIT 5,(IX+d) | |[ 6a | 106 ] | LD L,D | *LD IXl,D | BIT 5,D | ADC HL,HL | *BIT 5,(IX+d) | |[ 6b | 107 ] | LD L,E | *LD IXl,E | BIT 5,E | LD HL,(nn) | *BIT 5,(IX+d) | |[ 6c | 108 ] | LD L,H | *LD IXl,IXh | BIT 5,H | *NEG | *BIT 5,(IX+d) | |[ 6d | 109 ] | LD L,L | *LD IXl,IXl | BIT 5,L | *RETI | *BIT 5,(IX+d) | |[ 6e | 110 ] | LD L,(HL) | LD L,(IX+d) | BIT 5,(HL) | *IM * (0?) | BIT 5,(IX+d) | |[ 6f | 111 ] | LD L,A | *LD IXl,A | BIT 5,A | RLD | *BIT 5,(IX+d) | |[ 70 | 112 ] | LD (HL),B | LD (IX+d),B | BIT 6,B | *IN X,(C) | *BIT 6,(IX+d) | |[ 71 | 113 ] | LD (HL),C | LD (IX+d),C | BIT 6,C | *OUT (C),X(0)| *BIT 6,(IX+d) | |[ 72 | 114 ] | LD (HL),D | LD (IX+d),D | BIT 6,D | SBC HL,SP | *BIT 6,(IX+d) | |[ 73 | 115 ] | LD (HL),E | LD (IX+d),E | BIT 6,E | LD (nn),SP | *BIT 6,(IX+d) | |[ 74 | 116 ] | LD (HL),H | LD (IX+d),H | BIT 6,H | *NEG | *BIT 6,(IX+d) | |[ 75 | 117 ] | LD (HL),L | LD (IX+d),L | BIT 6,L | *RETN | *BIT 6,(IX+d) | |[ 76 | 118 ] | HALT | +HALT | BIT 6,(HL) | *IM 1 | BIT 6,(IX+d) | |[ 77 | 119 ] | LD (HL),A | LD (IX+d),A | BIT 6,A | *NOP | *BIT 6,(IX+d) | |[ 78 | 120 ] | LD A,B | +LD A,B | BIT 7,B | IN A,(C) | *BIT 7,(IX+d) | |[ 79 | 121 ] | LD A,C | +LD A,C | BIT 7,C | OUT (C),A | *BIT 7,(IX+d) | |[ 7a | 122 ] | LD A,D | +LD A,D | BIT 7,D | ADC HL,SP | *BIT 7,(IX+d) | |[ 7b | 123 ] | LD A,E | +LD A,E | BIT 7,E | LD SP,(nn) | *BIT 7,(IX+d) | |[ 7c | 124 ] | LD A,H | *LD A,IXh | BIT 7,H | *NEG | *BIT 7,(IX+d) | |[ 7d | 125 ] | LD A,L | *LD A,IXl | BIT 7,L | *RETI | *BIT 7,(IX+d) | |[ 7e | 126 ] | LD A,(HL) | LD A,(IX+d) | BIT 7,(HL) | *IM 2 | BIT 7,(IX+d) | |[ 7f | 127 ] | LD A,A | +LD A,A | BIT 7,A | *NOP | *BIT 7,(IX+d) | |[ 80 | 128 ] | ADD A,B | +ADD A,B | RES 0,B | *NOP | *LD B,RES 0,(IX+d) | |[ 81 | 129 ] | ADD A,C | +ADD A,C | RES 0,C | *NOP | *LD C,RES 0,(IX+d) | |[ 82 | 130 ] | ADD A,D | +ADD A,D | RES 0,D | *NOP | *LD D,RES 0,(IX+d) | |[ 83 | 131 ] | ADD A,E | +ADD A,E | RES 0,E | *NOP | *LD E,RES 0,(IX+d) | |[ 84 | 132 ] | ADD A,H | *ADD A,IXh | RES 0,H | *NOP | *LD H,RES 0,(IX+d) | |[ 85 | 133 ] | ADD A,L | *ADD A,IXl | RES 0,L | *NOP | *LD L,RES 0,(IX+d) | |[ 86 | 134 ] | ADD A,(HL) | ADD A,(IX+d) | RES 0,(HL) | *NOP | RES 0,(IX+d) | |[ 87 | 135 ] | ADD A,A | +ADD A,A | RES 0,A | *NOP | *LD A,RES 0,(IX+d) | |[ 88 | 136 ] | ADC A,B | +ADC A,B | RES 1,B | *NOP | *LD B,RES 1,(IX+d) | |[ 89 | 137 ] | ADC A,C | +ADC A,C | RES 1,C | *NOP | *LD C,RES 1,(IX+d) | |[ 8a | 138 ] | ADC A,D | +ADC A,D | RES 1,D | *NOP | *LD D,RES 1,(IX+d) | |[ 8b | 139 ] | ADC A,E | +ADC A,E | RES 1,E | *NOP | *LD E,RES 1,(IX+d) | |[ 8c | 140 ] | ADC A,H | *ADC A,IXh | RES 1,H | *NOP | *LD H,RES 1,(IX+d) | |[ 8d | 141 ] | ADC A,L | *ADC A,IXl | RES 1,L | *NOP | *LD L,RES 1,(IX+d) | |[ 8e | 142 ] | ADC A,(HL) | ADC A,(IX+d) | RES 1,(HL) | *NOP | RES 1,(IX+d) | |[ 8f | 143 ] | ADC A,A | +ADC A,A | RES 1,A | *NOP | *LD A,RES 1,(IX+d) | |[ 90 | 144 ] | SUB B | +SUB B | RES 2,B | *NOP | *LD B,RES 2,(IX+d) | |[ 91 | 145 ] | SUB C | +SUB C | RES 2,C | *NOP | *LD C,RES 2,(IX+d) | |[ 92 | 146 ] | SUB D | +SUB D | RES 2,D | *NOP | *LD D,RES 2,(IX+d) | |[ 93 | 147 ] | SUB E | +SUB E | RES 2,E | *NOP | *LD E,RES 2,(IX+d) | |[ 94 | 148 ] | SUB H | *SUB IXh | RES 2,H | *NOP | *LD H,RES 2,(IX+d) | |[ 95 | 149 ] | SUB L | *SUB IXl | RES 2,L | *NOP | *LD L,RES 2,(IX+d) | |[ 96 | 150 ] | SUB (HL) | SUB (IX+d) | RES 2,(HL) | *NOP | RES 2,(IX+d) | |[ 97 | 151 ] | SUB A | +SUB A | RES 2,A | *NOP | *LD A,RES 2,(IX+d) | |[ 98 | 152 ] | SBC A,B | +SBC A,B | RES 3,B | *NOP | *LD B,RES 3,(IX+d) | |[ 99 | 153 ] | SBC A,C | +SBC A,C | RES 3,C | *NOP | *LD C,RES 3,(IX+d) | |[ 9a | 154 ] | SBC A,D | +SBC A,D | RES 3,D | *NOP | *LD D,RES 3,(IX+d) | |[ 9b | 155 ] | SBC A,E | +SBC A,E | RES 3,E | *NOP | *LD E,RES 3,(IX+d) | |[ 9c | 156 ] | SBC A,H | *SBC A,IXh | RES 3,H | *NOP | *LD H,RES 3,(IX+d) | |[ 9d | 157 ] | SBC A,L | *SBC A,IXl | RES 3,L | *NOP | *LD L,RES 3,(IX+d) | |[ 9e | 158 ] | SBC A,(HL) | SBC A,(IX+d) | RES 3,(HL) | *NOP | RES 3,(IX+d) | |[ 9f | 159 ] | SBC A,A | +SBC A,A | RES 3,A | *NOP | *LD A,RES 3,(IX+d) | |[ a0 | 160 ] | AND B | +AND B | RES 4,B | LDI | *LD B,RES 4,(IX+d) | |[ a1 | 161 ] | AND C | +AND C | RES 4,C | CPI | *LD C,RES 4,(IX+d) | |[ a2 | 162 ] | AND D | +AND D | RES 4,D | INI | *LD D,RES 4,(IX+d) | |[ a3 | 163 ] | AND E | +AND E | RES 4,E | OUTI | *LD E,RES 4,(IX+d) | |[ a4 | 164 ] | AND H | *AND IXh | RES 4,H | *NOP | *LD H,RES 4,(IX+d) | |[ a5 | 165 ] | AND L | *AND IXl | RES 4,L | *NOP | *LD L,RES 4,(IX+d) | |[ a6 | 166 ] | AND (HL) | AND (IX+d) | RES 4,(HL) | *NOP | RES 4,(IX+d) | |[ a7 | 167 ] | AND A | +AND A | RES 4,A | *NOP | *LD A,RES 4,(IX+d) | |[ a8 | 168 ] | XOR B | +XOR B | RES 5,B | LDD | *LD B,RES 5,(IX+d) | |[ a9 | 169 ] | XOR C | +XOR C | RES 5,C | CPD | *LD C,RES 5,(IX+d) | |[ aa | 170 ] | XOR D | +XOR D | RES 5,D | IND | *LD D,RES 5,(IX+d) | |[ ab | 171 ] | XOR E | +XOR E | RES 5,E | OUTD | *LD E,RES 5,(IX+d) | |[ ac | 172 ] | XOR H | *XOR IXh | RES 5,H | *NOP | *LD H,RES 5,(IX+d) | |[ ad | 173 ] | XOR L | *XOR IXl | RES 5,L | *NOP | *LD L,RES 5,(IX+d) | |[ ae | 174 ] | XOR (HL) | XOR (IX+d) | RES 5,(HL) | *NOP | RES 5,(IX+d) | |[ af | 175 ] | XOR A | +XOR A | RES 5,A | *NOP | *LD A,RES 5,(IX+d) | |[ b0 | 176 ] | OR B | +OR B | RES 6,B | LDIR | *LD B,RES 6,(IX+d) | |[ b1 | 177 ] | OR C | +OR C | RES 6,C | CPIR | *LD C,RES 6,(IX+d) | |[ b2 | 178 ] | OR D | +OR D | RES 6,D | INIR | *LD D,RES 6,(IX+d) | |[ b3 | 179 ] | OR E | +OR E | RES 6,E | OTIR | *LD E,RES 6,(IX+d) | |[ b4 | 180 ] | OR H | *OR IXh | RES 6,H | *NOP | *LD H,RES 6,(IX+d) | |[ b5 | 181 ] | OR L | *OR IXl | RES 6,L | *NOP | *LD L,RES 6,(IX+d) | |[ b6 | 182 ] | OR (HL) | OR (IX+d) | RES 6,(HL) | *NOP | RES 6,(IX+d) | |[ b7 | 183 ] | OR A | +OR A | RES 6,A | *NOP | *LD A,RES 6,(IX+d) | |[ b8 | 184 ] | CP B | +CP B | RES 7,B | LDDR | *LD B,RES 7,(IX+d) | |[ b9 | 185 ] | CP C | +CP C | RES 7,C | CPDR | *LD C,RES 7,(IX+d) | |[ ba | 186 ] | CP D | +CP D | RES 7,D | INDR | *LD D,RES 7,(IX+d) | |[ bb | 187 ] | CP E | +CP E | RES 7,E | OTDR | *LD E,RES 7,(IX+d) | |[ bc | 188 ] | CP H | *CP IXh | RES 7,H | *NOP | *LD H,RES 7,(IX+d) | |[ bd | 189 ] | CP L | *CP IXl | RES 7,L | *NOP | *LD L,RES 7,(IX+d) | |[ be | 190 ] | CP (HL) | CP (IX+d) | RES 7,(HL) | *NOP | RES 7,(IX+d) | |[ bf | 191 ] | CP A | +CP A | RES 7,A | *NOP | *LD A,RES 7,(IX+d) | |[ c0 | 192 ] | RET NZ | +RET NZ | SET 0,B | *NOP | *LD B,SET 0,(IX+d) | |[ c1 | 193 ] | POP BC | +POP BC | SET 0,C | *NOP | *LD C,SET 0,(IX+d) | |[ c2 | 194 ] | JP NZ,nn | +JP NZ,nn | SET 0,D | *NOP | *LD D,SET 0,(IX+d) | |[ c3 | 195 ] | JP nn | +JP nn | SET 0,E | *NOP | *LD E,SET 0,(IX+d) | |[ c4 | 196 ] | CALL NZ,nn | +CALL NZ,nn | SET 0,H | *NOP | *LD H,SET 0,(IX+d) | |[ c5 | 197 ] | PUSH BC | +PUSH BC | SET 0,L | *NOP | *LD L,SET 0,(IX+d) | |[ c6 | 198 ] | ADD A,n | +ADD A,n | SET 0,(HL) | *NOP | SET 0,(IX+d) | |[ c7 | 199 ] | RST 0 | +RST 0 | SET 0,A | *NOP | *LD A,SET 0,(IX+d) | |[ c8 | 100 ] | RET Z | +RET Z | SET 1,B | *NOP | *LD B,SET 1,(IX+d) | |[ c9 | 201 ] | RET | +RET | SET 1,C | *NOP | *LD C,SET 1,(IX+d) | |[ ca | 202 ] | JP Z,nn | +JP Z,nn | SET 1,D | *NOP | *LD D,SET 1,(IX+d) | |[ cb | 203 ] | [Prefix] | *[See DDCB info]| SET 1,E | *NOP | *LD E,SET 1,(IX+d) | |[ cc | 204 ] | CALL Z,nn | +CALL Z,nn | SET 1,H | *NOP | *LD H,SET 1,(IX+d) | |[ cd | 205 ] | CALL nn | +CALL nn | SET 1,L | *NOP | *LD L,SET 1,(IX+d) | |[ ce | 206 ] | ADC A,n | +ADC A,n | SET 1,(HL) | *NOP | SET 1,(IX+d) | |[ cf | 207 ] | RST 8 | +RST 8 | SET 1,A | *NOP | *LD A,SET 1,(IX+d) | |[ d0 | 208 ] | RET NC | +RET NC | SET 2,B | *NOP | *LD B,SET 2,(IX+d) | |[ d1 | 209 ] | POP DE | +POP DE | SET 2,C | *NOP | *LD C,SET 2,(IX+d) | |[ d2 | 210 ] | JP NC,nn | +JP NC,nn | SET 2,D | *NOP | *LD D,SET 2,(IX+d) | |[ d3 | 211 ] | OUT (n),A | +OUT (n),A | SET 2,E | *NOP | *LD E,SET 2,(IX+d) | |[ d4 | 212 ] | CALL NC,nn | +CALL NC,nn | SET 2,H | *NOP | *LD H,SET 2,(IX+d) | |[ d5 | 213 ] | PUSH DE | +PUSH DE | SET 2,L | *NOP | *LD L,SET 2,(IX+d) | |[ d6 | 214 ] | SUB n | +SUB n | SET 2,(HL) | *NOP | SET 2,(IX+d) | |[ d7 | 215 ] | RST 10H | +RST 10H | SET 2,A | *NOP | *LD A,SET 2,(IX+d) | |[ d8 | 216 ] | RET C | +RET C | SET 3,B | *NOP | *LD B,SET 3,(IX+d) | |[ d9 | 217 ] | EXX | +EXX | SET 3,C | *NOP | *LD C,SET 3,(IX+d) | |[ da | 218 ] | JP C,nn | +JP C,nn | SET 3,D | *NOP | *LD D,SET 3,(IX+d) | |[ db | 219 ] | IN A,(n) | +IN A,(n) | SET 3,E | *NOP | *LD E,SET 3,(IX+d) | |[ dc | 220 ] | CALL C,nn | +CALL C,nn | SET 3,H | *NOP | *LD H,SET 3,(IX+d) | |[ dd | 221 ] | [IX Prefix] | +[IX Prefix] | SET 3,L | *NOP | *LD L,SET 3,(IX+d) | |[ de | 222 ] | SBC A,n | +SBC A,n | SET 3,(HL) | *NOP | SET 3,(IX+d) | |[ df | 223 ] | RST 18H | +RST 18H | SET 3,A | *NOP | *LD A,SET 3,(IX+d) | |[ e0 | 224 ] | RET PO | +RET PO | SET 4,B | *NOP | *LD B,SET 4,(IX+d) | |[ e1 | 225 ] | POP HL | POP IX | SET 4,C | *NOP | *LD C,SET 4,(IX+d) | |[ e2 | 226 ] | JP PO,nn | +JP PO,nn | SET 4,D | *NOP | *LD D,SET 4,(IX+d) | |[ e3 | 227 ] | EX (SP),HL | EX (SP),IX | SET 4,E | *NOP | *LD E,SET 4,(IX+d) | |[ e4 | 228 ] | CALL PO,nn | +CALL PO,nn | SET 4,H | *NOP | *LD H,SET 4,(IX+d) | |[ e5 | 229 ] | PUSH HL | PUSH IX | SET 4,L | *NOP | *LD L,SET 4,(IX+d) | |[ e6 | 230 ] | AND n | +AND n | SET 4,(HL) | *NOP | SET 4,(IX+d) | |[ e7 | 231 ] | RST 20H | +RST 20H | SET 4,A | *NOP | *LD A,SET 4,(IX+d) | |[ e8 | 232 ] | RET PE | +RET PE | SET 5,B | *NOP | *LD B,SET 5,(IX+d) | |[ e9 | 233 ] | JP (HL) | JP (IX) | SET 5,C | *NOP | *LD C,SET 5,(IX+d) | |[ ea | 234 ] | JP PE,nn | +JP PE,nn | SET 5,D | *NOP | *LD D,SET 5,(IX+d) | |[ eb | 235 ] | EX DE,HL | +EX DE,HL | SET 5,E | *NOP | *LD E,SET 5,(IX+d) | |[ ec | 236 ] | CALL PE,nn | +CALL PE,nn | SET 5,H | *NOP | *LD H,SET 5,(IX+d) | |[ ed | 237 ] | [Prefix] | +[Prefix] | SET 5,L | *NOP | *LD L,SET 5,(IX+d) | |[ ee | 238 ] | XOR n | +XOR n | SET 5,(HL) | *NOP | SET 5,(IX+d) | |[ ef | 239 ] | RST 28H | +RST 28H | SET 5,A | *NOP | *LD A,SET 5,(IX+d) | |[ f0 | 240 ] | RET P | +RET P | SET 6,B | *NOP | *LD B,SET 6,(IX+d) | |[ f1 | 241 ] | POP AF | +POP AF | SET 6,C | *NOP | *LD C,SET 6,(IX+d) | |[ f2 | 242 ] | JP P,nn | +JP P,nn | SET 6,D | *NOP | *LD D,SET 6,(IX+d) | |[ f3 | 243 ] | DI | +DI | SET 6,E | *NOP | *LD E,SET 6,(IX+d) | |[ f4 | 244 ] | CALL P,nn | +CALL P,nn | SET 6,H | *NOP | *LD H,SET 6,(IX+d) | |[ f5 | 245 ] | PUSH AF | +PUSH AF | SET 6,L | *NOP | *LD L,SET 6,(IX+d) | |[ f6 | 246 ] | OR n | +OR n | SET 6,(HL) | *NOP | SET 6,(IX+d) | |[ f7 | 247 ] | RST 30H | +RST 30H | SET 6,A | *NOP | *LD A,SET 6,(IX+d) | |[ f8 | 248 ] | RET M | +RET M | SET 7,B | *NOP | *LD B,SET 7,(IX+d) | |[ f9 | 249 ] | LD SP,HL | LD SP,IX | SET 7,C | *NOP | *LD C,SET 7,(IX+d) | |[ fa | 250 ] | JP M,nn | +JP M,nn | SET 7,D | *NOP | *LD D,SET 7,(IX+d) | |[ fb | 251 ] | EI | +EI | SET 7,E | *NOP | *LD E,SET 7,(IX+d) | |[ fc | 252 ] | CALL M,nn | +CALL M,nn | SET 7,H | *NOP | *LD H,SET 7,(IX+d) | |[ fd | 253 ] | [IY Prefix] | +[IY Prefix] | SET 7,L | *NOP | *LD L,SET 7,(IX+d) | |[ fe | 254 ] | CP n | +CP n | SET 7,(HL) | *NOP | SET 7,(IX+d) | |[ ff | 255 ] | RST 38H | +RST 38H | SET 7,A | *NOP | *LD A,SET 7,(IX+d) | +-------------+-----------------+-------------------+------------------+------------------+-------------------------+ -- Peter McGavin. (peterm@maths.grace.cri.nz) From: agulbra@tigern.nvg.unit.no (Arnt Gulbrandsen) Newsgroups: comp.sys.sinclair Subject: Re: Undocumented Z80 opcodes Date: 6 Jan 1994 13:31:44 +0100 Organization: University of Trondheim, Norway NNTP-Posting-Host: tigern.nvg.unit.no In article , Peter McGavin wrote: >In article, <2geqvv$nlq@tigern.nvg.unit.no>, >agulbra@tigern.nvg.unit.no (Arnt Gulbrandsen) wrote: >>I believe that list originally was written by from David Librik >>. David (with someone else, I think) >>reverse-engineered the Z80 and wrote a list of what he found, a list >>which I think I sent to Peter. > >Actually I got it from Simon Owen (S.N.Owen@newcastle.ac.uk). > >Here it is: (sorry it's a bit wide) Not the same. Here's the big one. --Arnt Date: Fri, 19 Nov 1993 00:40:23 -0800 From: David Librik Message-Id: <199311190840.AAA06896@cory.EECS.Berkeley.EDU> Subject: Undocumented Z-80 Instructions Here is my article on undocumented Z-80 instructions. Please go over your data and add anything you can to this list, and send it back to me. Thanks! - David Librik librik@cs.Berkeley.edu ------------------ There's been some discussion about the so-called "undocumented" opcodes of the Z-80 microprocessor. These are officially-undefined machine- language instructions that often have powerful and useful effects; they are so often used by Z-80 system programmers that they are de-facto "documented". Here is an article I posted a few years ago on another computer system. By the way, the reason these instructions exist even though they were not part of the original CPU design: the Z-80 was the most complex microprocessor ever to be completely hard-wired (no microcode). As a result -- as anyone who's ever taken a logic design course can tell you -- it's much easier to have "undefined states" do whatever-comes- easiest. * 2/28/88 2:37 pm librik / pega / cerl * The undocumented Z80 opcodes. While Zilog claims that these should not be "trusted", I have yet to hear of a Z80 that does not support them; and at least one operating system uses them. * HX and LX instructions. These instructions manipulate the high- and low-order 8 bits of the sixteen bit IX and IY registers. (Here, I give the opcodes for HX and LX, to get HY and LY, use FD instead of DD in the opcodes.) * SLL. This instruction shifts an 8-bit quantity left (logical), then inserts 1 into the low-order bit. * Shift/Bit Set/Bit Reset with autocopy. These instructions perform bit shifts (RLC, RRC, RL, RR, SLA, SRA, SLL, SRL), bit set (SET) and bit reset (RES) operations on (IX+jj) [and (IY+jj)], but also automatically copy the result into an 8-bit register. * Null port accesses. IN and OUT without data. dd24 inc hx dd62 ld hx,d dd8c adc a,hx dd25 dec hx dd63 ld hx,e dd8d adc a,lx dd26nn ld hx,nn dd64 ld hx,hx dd94 sub hx dd2c inc lx dd65 ld hx,lx dd95 sub lx dd2d dec lx dd67 ld hx,a dd9c sbc a,hx dd2enn ld lx,nn dd68 ld lx,b dd9d sbc a,lx dd44 ld b,hx dd69 ld lx,c dda4 and hx dd45 ld b,lx dd6a ld lx,d dda5 and lx dd4c ld c,hx dd6b ld lx,e ddac xor hx dd4d ld c,lx dd6c ld lx,hx ddad xor lx dd54 ld d,hx dd6d ld lx,lx ddb4 or hx dd55 ld d,lx dd6f ld lx,a ddb5 or lx dd5c ld e,hx dd7c ld a,hx ddbc cp hx dd5d ld e,lx dd7d ld a,lx ddbd cp lx dd60 ld hx,b dd84 add a,hx dd61 ld hx,c dd85 add a,lx The corresponding instructions for HY and LY may be obtained by using FD in place of DD. cb30 sll b cb34 sll h cb31 sll c cb35 sll l cb32 sll d cb36 sll (hl) cb33 sll e cb37 sll a * The following instructions perform the indicated operation * on (ix+jj) and copy results into register 'r' (see below). ddcbjj00-ddcbjj07 rlc r,(ix+jj) ddcbjj08-ddcbjj0f rrc r,(ix+jj) ddcbjj10-ddcbjj17 rl r,(ix+jj) ddcbjj18-ddcbjj1f rr r,(ix+jj) ddcbjj20-ddcbjj27 sla r,(ix+jj) ddcbjj28-ddcbjj2f sra r,(ix+jj) ddcbjj30-ddcbjj37 sll r,(ix+jj) ddcbjj38-ddcbjj3f srl r,(ix+jj) ddcbjj80-ddcbjj87 res r,0,(ix+jj) ddcbjj88-ddcbjj8f res r,1,(ix+jj) ddcbjj90-ddcbjj97 res r,2,(ix+jj) ddcbjj98-ddcbjj9f res r,3,(ix+jj) ddcbjja0-ddcbjja7 res r,4,(ix+jj) ddcbjja8-ddcbjjaf res r,5,(ix+jj) ddcbjjb0-ddcbjjb7 res r,6,(ix+jj) ddcbjjb8-ddcbjjbf res r,7,(ix+jj) ddcbjjc0-ddcbjjc7 set r,0,(ix+jj) ddcbjjc8-ddcbjjcf set r,1,(ix+jj) ddcbjjd0-ddcbjjd7 set r,2,(ix+jj) ddcbjjd8-ddcbjjdf set r,3,(ix+jj) ddcbjje0-ddcbjje7 set r,4,(ix+jj) ddcbjje8-ddcbjjef set r,5,(ix+jj) ddcbjjf0-ddcbjjf7 set r,6,(ix+jj) ddcbjjf8-ddcbjjff set r,7,(ix+jj) In the last 3 tables, the corresponding instructions for (IY+jj) may be obtained by using FD in place of DD. The value for 'r' is determined as follows: Last digit of opcode: register 'r': 0 or 8 B 1 or 9 C 2 or A D 3 or B E 4 or C H 5 or D L 6 or E (no effect) 7 or F A * ed70 in --,(c) * gets input from port stored in (c), but does not store it. * another reference claims this is: in (hl),(c) but I see no * evidence for that, other than symmetry. * ed71 out (c),-- * seems to send a 00 to port stored in (c). * the same reference as as above calls this: out (hl),(c). A full article on this material is available upon request. This information from NORTHERN BYTES, volume 5 number 8. -------- In addition to the information in the above article, I should mention for completeness' sake all the other undefined opcodes and their (generally redundant) effects. I shall list the ordinary Z-80 instructions which they mimic. ed63nnnn ld (nnnn),hl ed6bnnnn ld hl,(nnnn) ed4c, ed54, ed5c, ed64, ed6c, ed74, ed7c neg ed55, ed5d, ed65, ed6d, ed75, ed7d retn The following are no-ops: ed80-9f, eda4-a7, edac-af, edb4-b7, edbc-bf, ed00-3f, edc0-ff, ed4e, ed66, ed6e, ed76, ed77, ed7e, ed7f Additional information from NANOS' Reference Card for the Z-80 microprocessor. David Librik librik/pega/nova (on PLATO/NovaNET) sdcc-2.9.0/sim/ucsim/z80.src/z80cl.h000066400000000000000000000036171116427777700167200ustar00rootroot00000000000000/* * Simulator of microcontrollers (z80cl.h) * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ /* This file is part of microcontroller simulator: ucsim. UCSIM is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. UCSIM is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with UCSIM; see the file COPYING. If not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /*@1@*/ #ifndef Z80CL_HEADER #define Z80CL_HEADER #include "uccl.h" #include "regsz80.h" /* * Base type of Z80 microcontrollers */ class cl_z80: public cl_uc { public: class cl_memory *ram; class cl_memory *rom; struct t_regs regs; public: cl_z80(class cl_sim *asim); virtual int init(void); virtual const char *id_string(void); //virtual t_addr get_mem_size(enum mem_class type); virtual void mk_hw_elements(void); virtual void make_memories(void); virtual struct dis_entry *dis_tbl(void); virtual int inst_length(t_addr addr); virtual int inst_branch(t_addr addr); virtual int longest_inst(void); virtual const char *disass(t_addr addr, const char *sep); virtual void print_regs(class cl_console_base *con); virtual int exec_inst(void); virtual const char *get_disasm_info(t_addr addr, int *ret_len, int *ret_branch, int *immed_offset); #include "instcl.h" }; #endif /* End of z80.src/z80cl.h */ sdcc-2.9.0/sim/ucsim/z80.src/z80mac.h000066400000000000000000000173441116427777700170640ustar00rootroot00000000000000/* * Simulator of microcontrollers (z80mac.h) * * some z80 code base from Karl Bongers karl@turbobit.com * * Copyright (C) 1999,99 Drotos Daniel, Talker Bt. * * To contact author send email to drdani@mazsola.iit.uni-miskolc.hu * */ // shift positions #define BITPOS_C 0 // 1 #define BITPOS_P 2 // 4H #define BITPOS_A 4 // 10H #define BITPOS_Z 6 // 40H #define BITPOS_S 7 // 80H #define store2(addr, val) { ram->set((t_addr) (addr), val & 0xff); \ ram->set((t_addr) (addr+1), (val >> 8) & 0xff); } #define store1(addr, val) ram->set((t_addr) (addr), val) #define get1(addr) ram->get((t_addr) (addr)) #define get2(addr) (ram->get((t_addr) (addr)) | (ram->get((t_addr) (addr+1)) << 8) ) #define fetch2() (fetch() | (fetch() << 8)) #define fetch1() fetch() #define push2(val) {regs.SP-=2; store2(regs.SP,(val));} #define push1(val) {regs.SP-=1; store1(regs.SP,(val));} #define pop2(var) {var=get2(regs.SP),regs.SP+=2;} //#define pop1(var) {var=get1(regs.SP),regs.SP+=1;} #define add_u16_disp(_w, _d) (( (unsigned short)(_w) + (signed char)(_d) ) & 0xffff) #define sub_A_bytereg(br) { \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (regs.A < br) regs.F |= (BIT_C | BIT_P); \ regs.A -= (br); \ regs.F |= BIT_N; /* not addition */ \ if (regs.A == 0) regs.F |= BIT_Z; \ if (regs.A & 0x80) regs.F |= BIT_S; \ /* Skip BIT_A for now */ \ } #define rr_byte(reg) { \ if (regs.F & BIT_C) { \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (reg & 0x01) \ regs.F |= BIT_C; \ reg = (reg >> 1) | 0x80; \ } else { \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (reg & 0x01) \ regs.F |= BIT_C; \ reg >>= 1; \ } \ if (reg == 0) regs.F |= BIT_Z; \ if (reg & 0x80) regs.F |= BIT_S; \ /* fixme: BIT_P(lookup table?) */ \ } #define rl_byte(reg) { \ if (regs.F & BIT_C) { \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (reg & 0x80) \ regs.F |= BIT_C; \ reg = (reg << 1) | 0x01; \ } else { \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (reg & 0x80) \ regs.F |= BIT_C; \ reg = (reg << 1); \ } \ if (reg == 0) regs.F |= BIT_Z; \ if (reg & 0x80) regs.F |= BIT_S; \ /* fixme: BIT_P(lookup table?) */ \ } #define rrc_byte(reg) { \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (reg & 0x01) { \ regs.F |= BIT_C; \ reg = (reg >> 1) | 0x80; \ } \ else \ reg = (reg >> 1); \ if (reg == 0) regs.F |= BIT_Z; \ if (reg & 0x80) regs.F |= BIT_S; \ /* fixme: BIT_P(lookup table?) */ \ } #define rlc_byte(reg) { \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (reg & 0x80) { \ regs.F |= BIT_C; \ reg = (reg << 1) | 0x01; \ } else \ reg <<= 1; \ if (reg == 0) regs.F |= BIT_Z; \ if (reg & 0x80) regs.F |= BIT_S; \ /* fixme: BIT_P(lookup table?) */ \ } #define sla_byte(reg) { \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (reg & 0x80) \ regs.F |= BIT_C; \ reg <<= 1; \ if (reg == 0) regs.F |= BIT_Z; \ if (reg & 0x80) regs.F |= BIT_S; \ /* fixme: BIT_P(lookup table?) */ \ } #define sra_byte(reg) { \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (reg & 0x80) { \ if (reg & 0x01) \ regs.F |= BIT_C; \ reg = (reg >> 1) | 0x80; \ } else { \ if (reg & 0x01) \ regs.F |= BIT_C; \ reg >>= 1; \ } \ if (reg == 0) regs.F |= BIT_Z; \ if (reg & 0x80) regs.F |= BIT_S; \ /* fixme: BIT_P(lookup table?) */ \ } #define srl_byte(reg) { \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (reg & 0x01) \ regs.F |= BIT_C; \ reg >>= 1; \ if (reg == 0) regs.F |= BIT_Z; \ if (reg & 0x80) regs.F |= BIT_S; \ /* fixme: BIT_P(lookup table?) */ \ } /* following not in my book, best guess based on z80.txt comments */ #define slia_byte(reg) { \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (reg & 0x80) \ regs.F |= BIT_C; \ reg = (reg << 1) | 1; \ if (reg == 0) regs.F |= BIT_Z; \ if (reg & 0x80) regs.F |= BIT_S; \ /* fixme: BIT_P(lookup table?) */ \ } #define bit_byte(reg, _bitnum) { \ regs.F &= ~(BIT_ALL); /* clear these */ \ regs.F |= BIT_A; \ if (!(reg & (1 << (_bitnum)))) \ regs.F |= BIT_Z; \ /* book shows BIT_S & BIT_P as unknown state */ \ } #define add_A_bytereg(br) { \ unsigned int tmp; \ regs.F &= ~(BIT_ALL); /* clear these */ \ tmp = (unsigned short)regs.A + (unsigned short)(br); \ regs.A = (unsigned short) tmp; \ /* C Z S A */ \ if (tmp > 0xff) regs.F |= (BIT_C | BIT_P); \ if (regs.A == 0) regs.F |= BIT_Z; \ if (regs.A & 0x80) regs.F |= BIT_S; \ /* Skip BIT_A for now */ \ } #define adc_A_bytereg(br) { \ unsigned int tmp; \ tmp = (unsigned short)regs.A + (unsigned short)(br); \ if (regs.F & BIT_C) ++tmp; \ regs.F &= ~(BIT_ALL); /* clear these */ \ regs.A = (unsigned char) tmp; \ if (tmp > 0xff) regs.F |= (BIT_C | BIT_P); \ if (regs.A == 0) regs.F |= BIT_Z; \ if (regs.A & 0x80) regs.F |= BIT_S; \ /* Skip BIT_A for now */ \ } #define adc_HL_wordreg(reg) { \ unsigned int tmp; \ tmp = (unsigned int)regs.HL + (unsigned int)(reg); \ if (regs.F & BIT_C) ++tmp; \ regs.F &= ~(BIT_ALL); /* clear these */ \ regs.HL = (unsigned short) tmp; \ if (tmp > 0xffff) regs.F |= (BIT_C | BIT_P); \ if (regs.HL == 0) regs.F |= BIT_Z; \ if (regs.HL & 0x8000) regs.F |= BIT_S; \ /* Skip BIT_A for now */ \ } #define sbc_A_bytereg(br) { \ unsigned int tmp; \ tmp = (unsigned short)regs.A - (unsigned short)(br); \ if (regs.F & BIT_C) --tmp; \ regs.F &= ~(BIT_ALL); /* clear these */ \ regs.A = (unsigned char) tmp; \ if (tmp > 0xff) regs.F |= (BIT_C | BIT_P); \ if (regs.A == 0) regs.F |= BIT_Z; \ if (regs.A & 0x80) regs.F |= BIT_S; \ regs.F |= BIT_N; \ /* Skip BIT_A for now */ \ } #define sbc_HL_wordreg(reg) { \ unsigned int tmp; \ tmp = (unsigned int)regs.HL - (unsigned int)(reg); \ if (regs.F & BIT_C) --tmp; \ regs.F &= ~(BIT_ALL); /* clear these */ \ regs.HL = (unsigned short) tmp; \ if (tmp > 0xffff) regs.F |= (BIT_C | BIT_P); \ if (regs.HL == 0) regs.F |= BIT_Z; \ if (regs.HL & 0x8000) regs.F |= BIT_S; \ regs.F |= BIT_N; \ /* Skip BIT_A for now */ \ } #define and_A_bytereg(br) { \ regs.A &= (br); \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (regs.A == 0) regs.F |= BIT_Z; \ if (regs.A & 0x80) regs.F |= BIT_S; \ } #define xor_A_bytereg(br) { \ regs.A ^= (br); \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (regs.A == 0) regs.F |= BIT_Z; \ if (regs.A & 0x80) regs.F |= BIT_S; \ } #define or_A_bytereg(br) { \ regs.A |= (br); \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (regs.A == 0) regs.F |= BIT_Z; \ if (regs.A & 0x80) regs.F |= BIT_S; \ } #define cp_bytereg(br) { unsigned char _tmp1; \ regs.F &= ~(BIT_ALL); /* clear these */ \ if (regs.A < br) regs.F |= BIT_C; \ _tmp1 = regs.A - (br); \ regs.F |= BIT_N; /* not addition */ \ if (_tmp1 == 0) regs.F |= BIT_Z; \ if (_tmp1 & 0x80) regs.F |= BIT_S; \ /* Skip BIT_A for now */ \ } #define inc(var) /* 8-bit increment */ { var++; \ regs.F &= ~(BIT_N |BIT_P |BIT_A |BIT_Z |BIT_S); /* clear these */ \ if (var == 0) regs.F |= BIT_Z; \ if (var & 0x80) regs.F |= BIT_S; \ if ((var & 0x0f) == 0) regs.F |= BIT_A; \ } #define dec(var) { \ --var; \ regs.F &= ~(BIT_N |BIT_P |BIT_A |BIT_Z |BIT_S); /* clear these */ \ regs.F |= BIT_N; /* Not add */ \ if (var == 0) regs.F |= BIT_Z; \ if (var & 0x80) regs.F |= BIT_S; \ if ((var & 0x0f) == 0) regs.F |= BIT_A; \ } sdcc-2.9.0/src/000077500000000000000000000000001116427777700132505ustar00rootroot00000000000000sdcc-2.9.0/src/Makefile.bcc000066400000000000000000000032151116427777700154370ustar00rootroot00000000000000# Makefile for Borlad C++ PRJDIR = .. !include $(PRJDIR)/Bcc.inc CFLAGS = $(CFLAGS) -I$(PRJDIR) PORTS = mcs51 xa51 z80 avr ds390 pic PORT_LIBS = mcs51/port.lib xa51/port.lib z80/port.lib avr/port.lib ds390/port.lib pic/port.lib OBJECTS = SDCCy.obj SDCClex.obj SDCChasht.obj SDCCmain.obj \ SDCCsymt.obj SDCCopt.obj SDCCast.obj SDCCmem.obj SDCCval.obj \ SDCCicode.obj SDCCbitv.obj SDCCset.obj SDCClabel.obj \ SDCCBBlock.obj SDCCloop.obj SDCCcse.obj SDCCcflow.obj SDCCdflow.obj \ SDCClrange.obj SDCCptropt.obj SDCCpeeph.obj SDCCglue.obj \ SDCCasm.obj SDCCutil.obj SDCCmacro.obj SDCCdebug.obj cdbFile.obj SDCCerr.obj SLIBOBJS = $(SLIB)/NewAlloc.obj $(SLIB)/MySystem.obj $(SLIB)/BuildCmd.obj $(SLIB)/dbuf.obj TARGET = $(PRJDIR)/bin/sdcc.exe all: version.h $(TARGET) ports: $(PORT_LIBS) $(TARGET): $(OBJECTS) $(SLIBOBJS) ports $(CC) -e$(TARGET) $(OBJECTS) $(SLIBOBJS) $(PORT_LIBS) $(LIBGC) version.h: ../ChangeLog gawk -f version.awk $< > $@ mcs51/port.lib: cd mcs51 make -f Makefile.bcc cd .. xa51/port.lib: cd xa51 make -f Makefile.bcc cd .. z80/port.lib: cd z80 make -f Makefile.bcc cd .. avr/port.lib: cd avr make -f Makefile.bcc cd .. ds390/port.lib: cd ds390 make -f Makefile.bcc cd .. pic/port.lib: cd pic make -f Makefile.bcc cd .. SDCCy.h: SDCCy.c SDCCy.c: SDCC.y $(YACC) -d -v -o $< SDCC.y SDCClex.c: SDCC.lex SDCCy.h $(LEX) -o$< SDCC.lex sdcc-2.9.0/src/Makefile.in000066400000000000000000000066201116427777700153210ustar00rootroot00000000000000# # # srcdir = @srcdir@ top_srcdir = @top_srcdir@ top_builddir = @top_builddir@ VPATH = @srcdir@ include $(top_builddir)/Makefile.common USE_ALT_LEX = 0 PORTS = $(shell cat ../ports.build) ALLPORTS = $(shell cat ../ports.all) PORT_LIBS = $(PORTS:%=%/port.a) LIBS = -lm @LIBS@ #CFLAGS += -Werror CPPFLAGS += -I$(srcdir) LDFLAGS = @LDFLAGS@ ifdef SDCC_SUB_VERSION CFLAGS += -DSDCC_SUB_VERSION_STR=\"$(SDCC_SUB_VERSION)\" endif SLIBOBJS = NewAlloc.o MySystem.o BuildCmd.o dbuf.o dbuf_string.o findme.o OBJECTS = SDCCy.o SDCChasht.o SDCCmain.o \ SDCCsymt.o SDCCopt.o SDCCast.o SDCCmem.o SDCCval.o \ SDCCicode.o SDCCbitv.o SDCCset.o SDCClabel.o \ SDCCBBlock.o SDCCloop.o SDCCcse.o SDCCcflow.o SDCCdflow.o \ SDCClrange.o SDCCptropt.o SDCCpeeph.o SDCCglue.o \ SDCCasm.o SDCCmacro.o SDCCutil.o SDCCdebug.o cdbFile.o SDCCdwarf2.o\ SDCCerr.o SPECIAL = SDCCy.h ifeq ($(USE_ALT_LEX), 1) OBJECTS += altlex.o SPECIAL += reswords.h else OBJECTS += SDCClex.o endif SLIBSOURCES = $(patsubst %.o,$(SLIB)/%.c,$(SLIBOBJS)) SOURCES = $(patsubst %.o,%.c,$(OBJECTS)) TARGET = $(top_builddir)/bin/sdcc$(EXEEXT) # Compiling entire program or any subproject # ------------------------------------------ all: checkconf version.h $(TARGET) $(PORT_LIBS): FORCE $(MAKE) -C $(dir $@) FORCE: $(top_builddir)/support/gc/libgc.a: $(MAKE) -C $(top_builddir)/support/gc # Compiling and installing everything and runing test # --------------------------------------------------- install: all installdirs $(INSTALL) $(TARGET) `echo $(DESTDIR)$(bindir)/sdcc$(EXEEXT)|sed '$(transform)'` $(STRIP) `echo $(DESTDIR)$(bindir)/sdcc$(EXEEXT)|sed '$(transform)'` # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/sdcc$(EXEEXT) # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: version.h Makefile.dep Makefile.dep: version.h $(SOURCES) $(SLIBSOURCES) $(SPECIAL) $(CPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.c,$^) >Makefile.dep # don't include Makefile.dep for the listed targets: ifeq "$(findstring $(MAKECMDGOALS),uninstall check installcheck installdirs checkconf \ clean distclean mostlyclean realclean)" "" -include Makefile.dep endif include $(srcdir)/clean.mk # My rules # -------- $(TARGET): $(SLIBOBJS) $(OBJECTS) $(PORT_LIBS) $(CC) $(LDFLAGS) -o $@ $(SLIBOBJS) $(OBJECTS) $(PORT_LIBS) $(LIBDIRS) $(LIBS) .c.o: $(CC) $(CFLAGS) $(CPPFLAGS) -c $< -o $@ $(SLIBOBJS):%.o:$(SLIB)/%.c $(CC) $(CFLAGS) $(CPPFLAGS) -c $< -o $@ reswords.h: reswords.gperf Makefile gperf -o -k1,2,4 -t -C -N is_reserved_word $< > $@ altlex.o: altlex.c SDCCy.h reswords.h SDCCy.h: SDCCy.c SDCCy.c: SDCC.y $(YACC) -d -v -o $@ $< SDCClex.c: SDCC.lex SDCCy.h $(LEX) -t $< >$@ version.h: ../ChangeLog $(AWK) -f $(srcdir)/version.awk $< > $@ .y.c: rm -f $*.cc $*.h $(YACC) -d $< mv y.tab.c $*.cc mv y.tab.h $*.h .l.c: rm -f $*.cc $(LEX) -t $< >$*.cc # Remaking configuration # ---------------------- checkconf: @if [ -f $(top_builddir)/devel ]; then\ $(MAKE) -f $(srcdir)/conf.mk srcdir="$(srcdir)" top_builddir="$(top_builddir)" \ freshconf;\ fi # End of main_in.mk/main.mk sdcc-2.9.0/src/README000066400000000000000000000003701116427777700141300ustar00rootroot00000000000000sdcc/src -------- C compiler source. Everything shared is in this directory. Port specific files like the code generator (gen.c), register allocator (ralloc.c) and support functions are in the appropriate port directory (ie mcs51 for the 8051). sdcc-2.9.0/src/SDCC.lex000066400000000000000000000734531116427777700145120ustar00rootroot00000000000000/*----------------------------------------------------------------------- SDCC.lex - lexical analyser for use with sdcc (free open source compiler for 8/16 bit microcontrollers) Written by : Sandeep Dutta . sandeep.dutta@usa.net (1997) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ B [0-1] D [0-9] L [a-zA-Z_$] H [a-fA-F0-9] E [Ee][+-]?{D}+ FS (f|F|l|L) IS (u|U|l|L)* %{ #include #include #include #include "common.h" #include "newalloc.h" #include "dbuf_string.h" #define TKEYWORD(token) return (isTargetKeyword(yytext) ? token :\ check_type()) #define TKEYWORDSDCC(token) return (options.std_sdcc && isTargetKeyword(yytext)\ ? token : check_type()) #define TKEYWORD99(token) return (options.std_c99 ? token : check_type()) extern char *filename; extern int lineno; int column = 0; /* current column */ /* global definitions */ char *lexFilename; int lexLineno = 1; /* local definitions */ static struct dbuf_s asmbuff; /* reusable _asm buffer */ /* forward declarations */ int yyerror(char *s); static const char *stringLiteral(void); static void count(void); static void count_char(int); static int process_pragma(const char *); static int check_type(void); static int isTargetKeyword(const char *s); static int checkCurrFile(const char *s); %} %x asm %% _?"_asm" { count(); if (!options.std_sdcc && yytext[1] != '_') return check_type(); if (asmbuff.buf == NULL) dbuf_init(&asmbuff, INITIAL_INLINEASM); else dbuf_set_length(&asmbuff, 0); BEGIN(asm); } _?"_endasm" { count(); if (!options.std_sdcc && yytext[1] != '_') { dbuf_append_str(&asmbuff, yytext); } else { yylval.yyinline = dbuf_c_str(&asmbuff); BEGIN(INITIAL); return (INLINEASM); } } \n { count(); dbuf_append_char(&asmbuff, *yytext); } . { dbuf_append_char(&asmbuff, *yytext); } "at" { count(); TKEYWORDSDCC(AT); } "__at" { count(); TKEYWORD(AT); } "auto" { count(); return(AUTO); } "bit" { count(); TKEYWORDSDCC(BIT); } "__bit" { count(); TKEYWORD(BIT); } "break" { count(); return(BREAK); } "case" { count(); return(CASE); } "char" { count(); return(CHAR); } "code" { count(); TKEYWORDSDCC(CODE); } "__code" { count(); TKEYWORD(CODE); } "const" { count(); return(CONST); } "continue" { count(); return(CONTINUE); } "critical" { count(); TKEYWORDSDCC(CRITICAL); } "__critical" { count(); TKEYWORD(CRITICAL); } "data" { count(); TKEYWORDSDCC(DATA); } "__data" { count(); TKEYWORD(DATA); } "default" { count(); return(DEFAULT); } "do" { count(); return(DO); } "double" { count(); werror(W_DOUBLE_UNSUPPORTED);return(FLOAT); } "else" { count(); return(ELSE); } "enum" { count(); return(ENUM); } "extern" { count(); return(EXTERN); } "far" { count(); TKEYWORDSDCC(XDATA); } "__far" { count(); TKEYWORD(XDATA); } "eeprom" { count(); TKEYWORDSDCC(EEPROM); } "__eeprom" { count(); TKEYWORD(EEPROM); } "float" { count(); return(FLOAT); } "fixed16x16" { count(); TKEYWORDSDCC(FIXED16X16); } "__fixed16x16" { count(); TKEYWORD(FIXED16X16); } "flash" { count(); TKEYWORDSDCC(CODE); } "__flash" { count(); TKEYWORD(CODE); } "for" { count(); return(FOR); } "goto" { count(); return(GOTO); } "idata" { count(); TKEYWORDSDCC(IDATA); } "__idata" { count(); TKEYWORD(IDATA); } "if" { count(); return(IF); } "int" { count(); return(INT); } "interrupt" { count(); TKEYWORDSDCC(INTERRUPT); } "__interrupt" { count(); TKEYWORD(INTERRUPT); } "nonbanked" { count(); TKEYWORDSDCC(NONBANKED); } "__nonbanked" { count(); TKEYWORD(NONBANKED); } "banked" { count(); TKEYWORDSDCC(BANKED); } "__banked" { count(); TKEYWORD(BANKED); } "long" { count(); return(LONG); } "near" { count(); TKEYWORDSDCC(DATA); } "__near" { count(); TKEYWORD(DATA); } "pdata" { count(); TKEYWORDSDCC(PDATA); } "__pdata" { count(); TKEYWORD(PDATA); } "reentrant" { count(); TKEYWORDSDCC(REENTRANT); } "__reentrant" { count(); TKEYWORD(REENTRANT); } "shadowregs" { count(); TKEYWORDSDCC(SHADOWREGS); } "__shadowregs" { count(); TKEYWORD(SHADOWREGS); } "wparam" { count(); TKEYWORDSDCC(WPARAM); } "__wparam" { count(); TKEYWORD(WPARAM); } "register" { count(); return(REGISTER); } "return" { count(); return(RETURN); } "sfr" { count(); TKEYWORDSDCC(SFR); } "__sfr" { count(); TKEYWORD(SFR); } "sfr16" { count(); TKEYWORDSDCC(SFR16); } "__sfr16" { count(); TKEYWORD(SFR16); } "sfr32" { count(); TKEYWORDSDCC(SFR32); } "__sfr32" { count(); TKEYWORD(SFR32); } "sbit" { count(); TKEYWORDSDCC(SBIT); } "__sbit" { count(); TKEYWORD(SBIT); } "short" { count(); return(SHORT); } "signed" { count(); return(SIGNED); } "sizeof" { count(); return(SIZEOF); } "sram" { count(); TKEYWORDSDCC(XDATA); } "__sram" { count(); TKEYWORD(XDATA); } "static" { count(); return(STATIC); } "struct" { count(); return(STRUCT); } "switch" { count(); return(SWITCH); } "typedef" { count(); return(TYPEDEF); } "union" { count(); return(UNION); } "unsigned" { count(); return(UNSIGNED); } "void" { count(); return(VOID); } "volatile" { count(); return(VOLATILE); } "using" { count(); TKEYWORDSDCC(USING); } "__using" { count(); TKEYWORD(USING); } "_naked" { count(); TKEYWORDSDCC(NAKED); } "__naked" { count(); TKEYWORD(NAKED); } "while" { count(); return(WHILE); } "xdata" { count(); TKEYWORDSDCC(XDATA); } "__xdata" { count(); TKEYWORD(XDATA); } "..." { count(); return(VAR_ARGS); } "__typeof" { count(); return TYPEOF; } "_JavaNative" { count(); TKEYWORD(JAVANATIVE); } "_overlay" { count(); TKEYWORDSDCC(OVERLAY); } "__overlay" { count(); TKEYWORD(OVERLAY); } "inline" { count(); TKEYWORD99(INLINE); } "restrict" { count(); TKEYWORD99(RESTRICT); } {L}({L}|{D})* { if (!options.dollars_in_ident && strchr(yytext, '$')) { yyerror("stray '$' in program"); } count(); return(check_type()); } 0[bB]{B}+{IS}? { if (!options.std_sdcc) { yyerror("binary (0b) constants are not allowed in ISO C"); } count(); yylval.val = constVal(yytext); return(CONSTANT); } 0[xX]{H}+{IS}? { count(); yylval.val = constVal(yytext); return(CONSTANT); } 0[0-7]*{IS}? { count(); yylval.val = constVal(yytext); return(CONSTANT); } [1-9]{D}*{IS}? { count(); yylval.val = constVal(yytext); return(CONSTANT); } '(\\.|[^\\'])+' { count();yylval.val = charVal (yytext); return(CONSTANT); /* ' make syntax highliter happy */ } {D}+{E}{FS}? { count(); yylval.val = constFloatVal(yytext);return(CONSTANT); } {D}*"."{D}+({E})?{FS}? { count(); yylval.val = constFloatVal(yytext);return(CONSTANT); } {D}+"."{D}*({E})?{FS}? { count(); yylval.val = constFloatVal(yytext);return(CONSTANT); } \" { count(); yylval.val=strVal(stringLiteral()); return(STRING_LITERAL); } ">>=" { count(); yylval.yyint = RIGHT_ASSIGN ; return(RIGHT_ASSIGN); } "<<=" { count(); yylval.yyint = LEFT_ASSIGN ; return(LEFT_ASSIGN); } "+=" { count(); yylval.yyint = ADD_ASSIGN ; return(ADD_ASSIGN); } "-=" { count(); yylval.yyint = SUB_ASSIGN ; return(SUB_ASSIGN); } "*=" { count(); yylval.yyint = MUL_ASSIGN ; return(MUL_ASSIGN); } "/=" { count(); yylval.yyint = DIV_ASSIGN ; return(DIV_ASSIGN); } "%=" { count(); yylval.yyint = MOD_ASSIGN ; return(MOD_ASSIGN); } "&=" { count(); yylval.yyint = AND_ASSIGN ; return(AND_ASSIGN); } "^=" { count(); yylval.yyint = XOR_ASSIGN ; return(XOR_ASSIGN); } "|=" { count(); yylval.yyint = OR_ASSIGN ; return(OR_ASSIGN); } ">>" { count(); return(RIGHT_OP); } "<<" { count(); return(LEFT_OP); } "++" { count(); return(INC_OP); } "--" { count(); return(DEC_OP); } "->" { count(); return(PTR_OP); } "&&" { count(); return(AND_OP); } "||" { count(); return(OR_OP); } "<=" { count(); return(LE_OP); } ">=" { count(); return(GE_OP); } "==" { count(); return(EQ_OP); } "!=" { count(); return(NE_OP); } ";" { count(); return(';'); } "{" { count(); NestLevel++ ; ignoreTypedefType = 0; return('{'); } "}" { count(); NestLevel--; return('}'); } "," { count(); return(','); } ":" { count(); return(':'); } "=" { count(); return('='); } "(" { count(); ignoreTypedefType = 0; return('('); } ")" { count(); return(')'); } "[" { count(); return('['); } "]" { count(); return(']'); } "." { count(); return('.'); } "&" { count(); return('&'); } "!" { count(); return('!'); } "~" { count(); return('~'); } "-" { count(); return('-'); } "+" { count(); return('+'); } "*" { count(); return('*'); } "/" { count(); return('/'); } "%" { count(); return('%'); } "<" { count(); return('<'); } ">" { count(); return('>'); } "^" { count(); return('^'); } "|" { count(); return('|'); } "?" { count(); return('?'); } ^#pragma.*$ { count(); process_pragma(yytext); } ^(#line.*"\n")|(#.*"\n") { count(); checkCurrFile(yytext); } ^[^(]+"("[0-9]+") : error"[^\n]+ { werror(E_PRE_PROC_FAILED, yytext); count(); } ^[^(]+"("[0-9]+") : warning"[^\n]+ { werror(W_PRE_PROC_WARNING, yytext); count(); } "\r\n" { count(); } "\n" { count(); } [ \t\v\f] { count(); } \\ { int ch = input(); if (ch == '\n') count_char(ch); else { /* that could have been removed by the preprocessor anyway */ werror (W_STRAY_BACKSLASH, column); unput(ch); } } . { count(); } %% /* flex 2.5.31 undefines yytext_ptr, so we have to define it again */ #ifndef yytext_ptr #define yytext_ptr yytext #endif static int checkCurrFile (const char *s) { int lNum; char *tptr; /* skip '#' character */ if (*s++ != '#') return 0; /* check if this is a #line this is not standard and can be removed in the future */ #define LINE_STR "line" #define LINE_LEN ((sizeof LINE_STR) - 1) if (strncmp(s, LINE_STR, LINE_LEN) == 0) s += LINE_LEN; /* get the line number */ lNum = strtol(s, &tptr, 10); if (tptr == s || !isspace((unsigned char)*tptr)) return 0; s = tptr; /* adjust the line number */ lineno = lexLineno = lNum; /* now see if we have a file name */ while (*s != '"' && *s) ++s; if (!*s) { /* no file name: return */ return 0; } /* skip the double quote */ ++s; /* get the file name and see if it is different from current one. in c1mode fullSrcFileName is NULL */ if (fullSrcFileName && strncmp(s, fullSrcFileName, strlen(fullSrcFileName)) == 0 && fullSrcFileName[strlen(fullSrcFileName) - 1] == '"') { lexFilename = fullSrcFileName; } else { const char *sb = s; char *tmpFname; /* find the end of the file name */ while (*s && *s != '"') ++s; tmpFname = Safe_malloc(s - sb + 1); memcpy(tmpFname, sb, s - sb); tmpFname[s - sb] = '\0'; lexFilename = Safe_malloc(s - sb + 1); copyStr(lexFilename, tmpFname); } filename = lexFilename; return 0; } static void count_char(int ch) { switch (ch) { case '\n': column = 0; lineno = ++lexLineno; break; case '\t': column += 8 - (column % 8); break; default: ++column; break; } } static void count(void) { const char *p; for (p = yytext; *p; ++p) count_char(*p); } static int check_type(void) { symbol *sym = findSym(SymbolTab, NULL, yytext); strncpyz(yylval.yychar, yytext, SDCC_NAME_MAX); /* check if it is in the table as a typedef */ if (!ignoreTypedefType && sym && IS_SPEC (sym->etype) && SPEC_TYPEDEF (sym->etype) && findSym(TypedefTab, NULL, yytext)) return (TYPE_NAME); else return(IDENTIFIER); } /* * Change by JTV 2001-05-19 to not concantenate strings * to support ANSI hex and octal escape sequences in string literals */ static const char *stringLiteral(void) { #define STR_BUF_CHUNCK_LEN 1024 int ch; static struct dbuf_s dbuf; /* reusable string literal buffer */ if (dbuf.alloc == 0) dbuf_init(&dbuf, STR_BUF_CHUNCK_LEN); else dbuf_set_length(&dbuf, 0); dbuf_append_char(&dbuf, '"'); /* put into the buffer till we hit the first \" */ for (; ; ) { ch = input(); count_char(ch); if (ch == EOF) break; switch (ch) { case '\\': /* if it is a \ then escape char's are allowed */ ch = input(); count_char(ch); if (ch == '\n') { /* \ is a continuator */ } else { char buf[2]; if (ch == EOF) goto out; buf[0] = '\\'; buf[1] = ch; dbuf_append(&dbuf, buf, 2); /* get the escape char, no further check */ } break; /* carry on */ case '\n': /* if new line we have a new line break, which is illegal */ werror(W_NEWLINE_IN_STRING); dbuf_append_char(&dbuf, '\n'); break; case '"': /* if this is a quote then we have work to do */ /* find the next non whitespace character */ /* if that is a double quote then carry on */ dbuf_append_char(&dbuf, '"'); /* Pass end of this string or substring to evaluator */ while ((ch = input()) && (isspace(ch) || ch == '\\' || ch == '#')) { switch (ch) { case '\\': count_char(ch); if ((ch = input()) != '\n') { werror(W_STRAY_BACKSLASH, column); if (ch != EOF) unput(ch); else count_char(ch); } else count_char(ch); break; case '\n': count_char(ch); break; case '#': if (column == 0) { /* # at the beginning of the line: collect the entire line */ struct dbuf_s linebuf; const char *line; count_char(ch); dbuf_init(&linebuf, STR_BUF_CHUNCK_LEN); dbuf_append_char(&linebuf, '#'); while ((ch = input()) != EOF && ch != '\n') dbuf_append_char(&linebuf, (char)ch); if (ch == '\n') count_char(ch); line = dbuf_c_str(&linebuf); /* process the line */ if (startsWith(line, "#pragma")) process_pragma(line); else checkCurrFile(line); dbuf_destroy(&linebuf); } else { unput(ch); goto out; } default: count_char(ch); break; } } if (ch == EOF) goto out; if (ch != '"') { unput(ch); goto out; } count_char(ch); break; default: dbuf_append_char(&dbuf, (char)ch); /* Put next substring introducer into output string */ } } out: return dbuf_c_str(&dbuf); } enum { P_SAVE = 1, P_RESTORE, P_NOINDUCTION, P_NOINVARIANT, P_INDUCTION, P_STACKAUTO, P_NOJTBOUND, P_NOOVERLAY, P_LESSPEDANTIC, P_NOGCSE, P_CALLEE_SAVES, P_EXCLUDE, P_NOIV, P_LOOPREV, P_OVERLAY_, /* I had a strange conflict with P_OVERLAY while */ /* cross-compiling for MINGW32 with gcc 3.2 */ P_DISABLEWARN, P_OPTCODESPEED, P_OPTCODESIZE, P_OPTCODEBALANCED, P_STD_C89, P_STD_C99, P_STD_SDCC89, P_STD_SDCC99, P_CODESEG, P_CONSTSEG }; /* SAVE/RESTORE stack */ #define SAVE_RESTORE_SIZE 128 STACK_DCL(options_stack, struct options *, SAVE_RESTORE_SIZE) STACK_DCL(optimize_stack, struct optimize *, SAVE_RESTORE_SIZE) STACK_DCL(SDCCERRG_stack, struct SDCCERRG *, SAVE_RESTORE_SIZE) /* * cloneXxx functions should be updated every time a new set is * added to the options or optimize structure! */ static struct options *cloneOptions(struct options *opt) { struct options *new_opt; new_opt = Safe_malloc(sizeof (struct options)); /* clone scalar values */ *new_opt = *opt; /* clone sets */ new_opt->calleeSavesSet = setFromSetNonRev(opt->calleeSavesSet); new_opt->excludeRegsSet = setFromSetNonRev(opt->excludeRegsSet); /* not implemented yet: */ /* new_opt->olaysSet = setFromSetNonRev(opt->olaysSet); */ return new_opt; } static struct optimize *cloneOptimize(struct optimize *opt) { struct optimize *new_opt; new_opt = Safe_malloc(sizeof (struct optimize)); /* clone scalar values */ *new_opt = *opt; return new_opt; } static struct SDCCERRG *cloneSDCCERRG (struct SDCCERRG *val) { struct SDCCERRG *new_val; new_val = Safe_malloc(sizeof (struct SDCCERRG)); /* clone scalar values */ *new_val = *val; return new_val; } static void copyAndFreeOptions(struct options *dest, struct options *src) { /* delete dest sets */ deleteSet(&dest->calleeSavesSet); deleteSet(&dest->excludeRegsSet); /* not implemented yet: */ /* deleteSet(&dest->olaysSet); */ /* copy src to dest */ *dest = *src; Safe_free(src); } static void copyAndFreeOptimize(struct optimize *dest, struct optimize *src) { /* copy src to dest */ *dest = *src; Safe_free(src); } static void copyAndFreeSDCCERRG(struct SDCCERRG *dest, struct SDCCERRG *src) { /* copy src to dest */ *dest = *src; Safe_free(src); } /* * returns 1 if the pragma was processed, 0 if not */ static int doPragma(int id, const char *name, const char *cp) { struct pragma_token_s token; int err = 0; int processed = 1; init_pragma_token(&token); switch (id) { case P_SAVE: { cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } STACK_PUSH(options_stack, cloneOptions(&options)); STACK_PUSH(optimize_stack, cloneOptimize(&optimize)); STACK_PUSH(SDCCERRG_stack, cloneSDCCERRG(&_SDCCERRG)); } break; case P_RESTORE: { struct options *optionsp; struct optimize *optimizep; struct SDCCERRG *sdccerrgp; cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } optionsp = STACK_POP(options_stack); copyAndFreeOptions(&options, optionsp); optimizep = STACK_POP(optimize_stack); copyAndFreeOptimize(&optimize, optimizep); sdccerrgp = STACK_POP(SDCCERRG_stack); copyAndFreeSDCCERRG(&_SDCCERRG, sdccerrgp); } break; case P_NOINDUCTION: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } optimize.loopInduction = 0; break; case P_NOINVARIANT: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } optimize.loopInvariant = 0; break; case P_INDUCTION: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } optimize.loopInduction = 1; break; case P_STACKAUTO: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } options.stackAuto = 1; break; case P_NOJTBOUND: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } optimize.noJTabBoundary = 1; break; case P_NOGCSE: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } optimize.global_cse = 0; break; case P_NOOVERLAY: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } options.noOverlay = 1; break; case P_LESSPEDANTIC: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } options.lessPedantic = 1; setErrorLogLevel(ERROR_LEVEL_WARNING); break; case P_CALLEE_SAVES: /* append to the functions already listed in callee-saves */ setParseWithComma(&options.calleeSavesSet, cp); err = -1; break; case P_EXCLUDE: { deleteSet(&options.excludeRegsSet); setParseWithComma(&options.excludeRegsSet, cp); err = -1; } break; case P_NOIV: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } options.noiv = 1; break; case P_LOOPREV: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } optimize.noLoopReverse = 1; break; case P_OVERLAY_: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } break; /* notyet */ case P_DISABLEWARN: { int warn; cp = get_pragma_token(cp, &token); if (TOKEN_INT != token.type) { err = 1; break; } warn = token.val.int_val; cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } if (warn < MAX_ERROR_WARNING) setWarningDisabled(warn); } break; case P_OPTCODESPEED: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } optimize.codeSpeed = 1; optimize.codeSize = 0; break; case P_OPTCODESIZE: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } optimize.codeSpeed = 0; optimize.codeSize = 1; break; case P_OPTCODEBALANCED: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } optimize.codeSpeed = 0; optimize.codeSize = 0; break; case P_STD_C89: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } options.std_c99 = 0; options.std_sdcc = 0; break; case P_STD_C99: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } options.std_c99 = 1; options.std_sdcc = 0; break; case P_STD_SDCC89: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } options.std_c99 = 0; options.std_sdcc = 1; break; case P_STD_SDCC99: cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } options.std_c99 = 1; options.std_sdcc = 1; break; case P_CODESEG: case P_CONSTSEG: { struct dbuf_s segname; cp = get_pragma_token(cp, &token); if (token.type == TOKEN_EOL) { err = 1; break; } dbuf_init(&segname, 16); dbuf_printf(&segname, "%-8s(CODE)", get_pragma_string(&token)); cp = get_pragma_token(cp, &token); if (token.type != TOKEN_EOL) { dbuf_destroy(&segname); err = 1; break; } if (id == P_CODESEG) options.code_seg = dbuf_detach(&segname); else options.const_seg = dbuf_detach(&segname); } break; default: processed = 0; break; } get_pragma_token(cp, &token); if (1 == err || (0 == err && token.type != TOKEN_EOL)) werror(W_BAD_PRAGMA_ARGUMENTS, name); free_pragma_token(&token); return processed; } static struct pragma_s pragma_tbl[] = { { "save", P_SAVE, 0, doPragma }, { "restore", P_RESTORE, 0, doPragma }, { "noinduction", P_NOINDUCTION, 0, doPragma }, { "noinvariant", P_NOINVARIANT, 0, doPragma }, { "noloopreverse", P_LOOPREV, 0, doPragma }, { "induction", P_INDUCTION, 0, doPragma }, { "stackauto", P_STACKAUTO, 0, doPragma }, { "nojtbound", P_NOJTBOUND, 0, doPragma }, { "nogcse", P_NOGCSE, 0, doPragma }, { "nooverlay", P_NOOVERLAY, 0, doPragma }, { "callee_saves", P_CALLEE_SAVES, 0, doPragma }, { "exclude", P_EXCLUDE, 0, doPragma }, { "noiv", P_NOIV, 0, doPragma }, { "overlay", P_OVERLAY_, 0, doPragma }, { "less_pedantic", P_LESSPEDANTIC, 0, doPragma }, { "disable_warning",P_DISABLEWARN, 0, doPragma }, { "opt_code_speed", P_OPTCODESPEED, 0, doPragma }, { "opt_code_size", P_OPTCODESIZE, 0, doPragma }, { "opt_code_balanced", P_OPTCODEBALANCED, 0, doPragma }, { "std_c89", P_STD_C89, 0, doPragma }, { "std_c99", P_STD_C99, 0, doPragma }, { "std_sdcc89", P_STD_SDCC89, 0, doPragma }, { "std_sdcc99", P_STD_SDCC99, 0, doPragma }, { "codeseg", P_CODESEG, 0, doPragma }, { "constseg", P_CONSTSEG, 0, doPragma }, { NULL, 0, 0, NULL }, }; /* * returns 1 if the pragma was processed, 0 if not */ int process_pragma_tbl(const struct pragma_s *pragma_tbl, const char *s) { struct pragma_token_s token; int i; int ret = 0; init_pragma_token(&token); s = get_pragma_token(s, &token); /* skip separating whitespace */ while ('\n' != *s && isspace((unsigned char)*s)) s++; for (i = 0; NULL != pragma_tbl[i].name; ++i) { /* now compare and do what needs to be done */ if (strcmp(get_pragma_string(&token), pragma_tbl[i].name) == 0) { if (pragma_tbl[i].deprecated != 0) werror(W_DEPRECATED_PRAGMA, pragma_tbl[i].name); ret = (*pragma_tbl[i].func)(pragma_tbl[i].id, pragma_tbl[i].name, s); break; } } free_pragma_token(&token); return ret; } static int process_pragma(const char *s) { struct pragma_token_s token; init_pragma_token(&token); s = get_pragma_token(s, &token); if (0 != strcmp("#pragma", get_pragma_string(&token))) { /* Oops, womething went totally wrong - internal error */ wassertl(0, "pragma parser internal error"); } /* skip spaces */ while ('\n' != *s && isspace((unsigned char)*s)) ++s; /* First give the port a chance */ if (port->process_pragma && port->process_pragma(s)) return 1; if (process_pragma_tbl(pragma_tbl, s)) { return 1; } else { werror(W_UNKNOWN_PRAGMA, s); return 0; } } /* will return 1 if the string is a part of a target specific keyword */ static int isTargetKeyword(const char *s) { int i; if (port->keywords == NULL) return 0; if (s[0] == '_' && s[1] == '_') { /* Keywords in the port's array have either 0 or 1 underscore, */ /* so skip over the appropriate number of chars when comparing */ for (i = 0 ; port->keywords[i] ; i++ ) { if (port->keywords[i][0] == '_' && strcmp(port->keywords[i],s+1) == 0) return 1; else if (strcmp(port->keywords[i],s+2) == 0) return 1; } } else { for (i = 0 ; port->keywords[i] ; i++ ) { if (strcmp(port->keywords[i],s) == 0) return 1; } } return 0; } int yywrap(void) { if (!STACK_EMPTY(options_stack) || !STACK_EMPTY(optimize_stack)) werror(W_SAVE_RESTORE); return 1; } int yyerror(char *s) { fflush(stdout); if(options.vc_err_style) fprintf(stderr, "\n%s(%d) : %s: token -> '%s' ; column %d\n", lexFilename, lexLineno, s, yytext, column); else fprintf(stderr, "\n%s:%d: %s: token -> '%s' ; column %d\n", lexFilename, lexLineno, s ,yytext, column); fatalError++; return 0; } sdcc-2.9.0/src/SDCC.y000066400000000000000000001605541116427777700141710ustar00rootroot00000000000000/*----------------------------------------------------------------------- SDCC.y - parser definition file for sdcc : Written By : Sandeep Dutta . sandeep.dutta@usa.net (1997) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ %{ #include #include #include #include "SDCCglobl.h" #include "SDCCsymt.h" #include "SDCChasht.h" #include "SDCCval.h" #include "SDCCmem.h" #include "SDCCast.h" #include "port.h" #include "newalloc.h" #include "SDCCerr.h" #include "SDCCutil.h" extern int yyerror (char *); extern FILE *yyin; int NestLevel = 0 ; /* current NestLevel */ int stackPtr = 1 ; /* stack pointer */ int xstackPtr = 0 ; /* xstack pointer */ int reentrant = 0 ; int blockNo = 0 ; /* sequential block number */ int currBlockno=0 ; int inCritical= 0 ; int seqPointNo= 1 ; /* sequence point number */ int ignoreTypedefType=0; extern int yylex(); int yyparse(void); extern int noLineno ; char lbuff[1024]; /* local buffer */ /* break & continue stacks */ STACK_DCL(continueStack ,symbol *,MAX_NEST_LEVEL) STACK_DCL(breakStack ,symbol *,MAX_NEST_LEVEL) STACK_DCL(forStack ,symbol *,MAX_NEST_LEVEL) STACK_DCL(swStk ,ast *,MAX_NEST_LEVEL) STACK_DCL(blockNum,int,MAX_NEST_LEVEL*3) value *cenum = NULL ; /* current enumeration type chain*/ bool uselessDecl = TRUE; #define YYDEBUG 1 %} %expect 6 %union { symbol *sym ; /* symbol table pointer */ structdef *sdef; /* structure definition */ char yychar[SDCC_NAME_MAX+1]; sym_link *lnk ; /* declarator or specifier */ int yyint; /* integer value returned */ value *val ; /* for integer constant */ initList *ilist; /* initial list */ const char *yyinline; /* inlined assembler code */ ast *asts; /* expression tree */ } %token IDENTIFIER TYPE_NAME %token CONSTANT STRING_LITERAL %token SIZEOF TYPEOF %token PTR_OP INC_OP DEC_OP LEFT_OP RIGHT_OP LE_OP GE_OP EQ_OP NE_OP %token AND_OP OR_OP %token MUL_ASSIGN DIV_ASSIGN MOD_ASSIGN ADD_ASSIGN %token SUB_ASSIGN LEFT_ASSIGN RIGHT_ASSIGN AND_ASSIGN %token XOR_ASSIGN OR_ASSIGN %token TYPEDEF EXTERN STATIC AUTO REGISTER CODE EEPROM INTERRUPT SFR SFR16 SFR32 %token AT SBIT REENTRANT USING XDATA DATA IDATA PDATA VAR_ARGS CRITICAL %token NONBANKED BANKED SHADOWREGS WPARAM %token CHAR SHORT INT LONG SIGNED UNSIGNED FLOAT DOUBLE FIXED16X16 CONST VOLATILE VOID BIT %token STRUCT UNION ENUM RANGE FAR %token CASE DEFAULT IF ELSE SWITCH WHILE DO FOR GOTO CONTINUE BREAK RETURN %token NAKED JAVANATIVE OVERLAY %token INLINEASM %token IFX ADDRESS_OF GET_VALUE_AT_ADDRESS SPIL UNSPIL GETHBIT GETABIT GETBYTE GETWORD %token BITWISEAND UNARYMINUS IPUSH IPOP PCALL ENDFUNCTION JUMPTABLE %token RRC RLC %token CAST CALL PARAM NULLOP BLOCK LABEL RECEIVE SEND ARRAYINIT %token DUMMY_READ_VOLATILE ENDCRITICAL SWAP INLINE RESTRICT %type Interrupt_storage %type identifier declarator declarator2 declarator3 enumerator_list enumerator %type struct_declarator function_declarator function_declarator2 %type struct_declarator_list struct_declaration struct_declaration_list %type declaration init_declarator_list init_declarator %type declaration_list identifier_list %type declarator2_function_attributes while do for critical %type pointer type_specifier_list type_specifier type_name %type storage_class_specifier struct_or_union_specifier function_specifier %type declaration_specifiers sfr_reg_bit sfr_attributes type_specifier2 %type function_attribute function_attributes enum_specifier %type abstract_declarator abstract_declarator2 unqualified_pointer %type parameter_type_list parameter_list parameter_declaration opt_assign_expr %type stag opt_stag %type primary_expr %type postfix_expr unary_expr cast_expr multiplicative_expr %type additive_expr shift_expr relational_expr equality_expr %type and_expr exclusive_or_expr inclusive_or_expr logical_or_expr %type logical_and_expr conditional_expr assignment_expr constant_expr %type expr argument_expr_list function_definition expr_opt %type statement_list statement labeled_statement compound_statement %type expression_statement selection_statement iteration_statement %type jump_statement function_body else_statement string_literal %type critical_statement %type initializer initializer_list %type unary_operator assignment_operator struct_or_union %start file %% file : /* empty */ { if (!options.lessPedantic) werror(W_EMPTY_SOURCE_FILE); } | program ; program : external_definition | program external_definition ; external_definition : function_definition { blockNo=0; } | declaration { ignoreTypedefType = 0; if ($1 && $1->type && IS_FUNC($1->type)) { /* The only legal storage classes for * a function prototype (declaration) * are extern and static. extern is the * default. Thus, if this function isn't * explicitly marked static, mark it * extern. */ if ($1->etype && IS_SPEC($1->etype) && !SPEC_STAT($1->etype)) { SPEC_EXTR($1->etype) = 1; } } addSymChain (&$1); allocVariables ($1) ; cleanUpLevel (SymbolTab,1); } ; function_definition : function_declarator function_body { /* function type not specified */ /* assume it to be 'int' */ addDecl($1,0,newIntLink()); $$ = createFunction($1,$2); } | declaration_specifiers function_declarator function_body { pointerTypes($2->type,copyLinkChain($1)); if (options.unsigned_char && SPEC_NOUN($1) == V_CHAR && !($1)->select.s.b_signed) SPEC_USIGN($1) = 1; addDecl($2,0,$1); $$ = createFunction($2,$3); } ; function_attribute : function_attributes | function_attributes function_attribute { $$ = mergeSpec($1,$2,"function_attribute"); } ; function_attributes : USING constant_expr { $$ = newLink(SPECIFIER) ; FUNC_REGBANK($$) = (int) ulFromVal(constExprValue($2,TRUE)); } | REENTRANT { $$ = newLink (SPECIFIER); FUNC_ISREENT($$)=1; } | CRITICAL { $$ = newLink (SPECIFIER); FUNC_ISCRITICAL($$) = 1; } | NAKED { $$ = newLink (SPECIFIER); FUNC_ISNAKED($$)=1; } | JAVANATIVE { $$ = newLink (SPECIFIER); FUNC_ISJAVANATIVE($$)=1; } | OVERLAY { $$ = newLink (SPECIFIER); FUNC_ISOVERLAY($$)=1; } | NONBANKED {$$ = newLink (SPECIFIER); FUNC_NONBANKED($$) = 1; if (FUNC_BANKED($$)) { werror(W_BANKED_WITH_NONBANKED); } } | SHADOWREGS {$$ = newLink (SPECIFIER); FUNC_ISSHADOWREGS($$) = 1; } | WPARAM {$$ = newLink (SPECIFIER); FUNC_ISWPARAM($$) = 1; } | BANKED {$$ = newLink (SPECIFIER); FUNC_BANKED($$) = 1; if (FUNC_NONBANKED($$)) { werror(W_BANKED_WITH_NONBANKED); } if (SPEC_STAT($$)) { werror(W_BANKED_WITH_STATIC); } } | Interrupt_storage { $$ = newLink (SPECIFIER) ; FUNC_INTNO($$) = $1 ; FUNC_ISISR($$) = 1; } ; function_body : compound_statement | declaration_list compound_statement { werror(E_OLD_STYLE,($1 ? $1->name: "")) ; exit(1); } ; primary_expr : identifier { $$ = newAst_VALUE(symbolVal($1)); } | CONSTANT { $$ = newAst_VALUE($1); } | string_literal | '(' expr ')' { $$ = $2 ; } ; string_literal : STRING_LITERAL { $$ = newAst_VALUE($1); } ; postfix_expr : primary_expr | postfix_expr '[' expr ']' { $$ = newNode ('[', $1, $3) ; } | postfix_expr '(' ')' { $$ = newNode (CALL,$1,NULL); $$->left->funcName = 1;} | postfix_expr '(' argument_expr_list ')' { $$ = newNode (CALL,$1,$3) ; $$->left->funcName = 1; } | postfix_expr '.' { ignoreTypedefType = 1; } identifier { ignoreTypedefType = 0; $4 = newSymbol($4->name,NestLevel); $4->implicit = 1; $$ = newNode(PTR_OP,newNode('&',$1,NULL),newAst_VALUE(symbolVal($4))); /* $$ = newNode('.',$1,newAst(EX_VALUE,symbolVal($4))) ; */ } | postfix_expr PTR_OP { ignoreTypedefType = 1; } identifier { ignoreTypedefType = 0; $4 = newSymbol($4->name,NestLevel); $4->implicit = 1; $$ = newNode(PTR_OP,$1,newAst_VALUE(symbolVal($4))); } | postfix_expr INC_OP { $$ = newNode(INC_OP,$1,NULL);} | postfix_expr DEC_OP { $$ = newNode(DEC_OP,$1,NULL); } ; argument_expr_list : assignment_expr | assignment_expr ',' argument_expr_list { $$ = newNode(PARAM,$1,$3); } ; unary_expr : postfix_expr | INC_OP unary_expr { $$ = newNode(INC_OP,NULL,$2); } | DEC_OP unary_expr { $$ = newNode(DEC_OP,NULL,$2); } | unary_operator cast_expr { $$ = newNode($1,$2,NULL) ; } | SIZEOF unary_expr { $$ = newNode(SIZEOF,NULL,$2); } | SIZEOF '(' type_name ')' { $$ = newAst_VALUE(sizeofOp($3)); } | TYPEOF unary_expr { $$ = newNode(TYPEOF,NULL,$2); } ; unary_operator : '&' { $$ = '&' ;} | '*' { $$ = '*' ;} | '+' { $$ = '+' ;} | '-' { $$ = '-' ;} | '~' { $$ = '~' ;} | '!' { $$ = '!' ;} ; cast_expr : unary_expr | '(' type_name ')' cast_expr { $$ = newNode(CAST,newAst_LINK($2),$4); } ; multiplicative_expr : cast_expr | multiplicative_expr '*' cast_expr { $$ = newNode('*',$1,$3);} | multiplicative_expr '/' cast_expr { $$ = newNode('/',$1,$3);} | multiplicative_expr '%' cast_expr { $$ = newNode('%',$1,$3);} ; additive_expr : multiplicative_expr | additive_expr '+' multiplicative_expr { $$=newNode('+',$1,$3);} | additive_expr '-' multiplicative_expr { $$=newNode('-',$1,$3);} ; shift_expr : additive_expr | shift_expr LEFT_OP additive_expr { $$ = newNode(LEFT_OP,$1,$3); } | shift_expr RIGHT_OP additive_expr { $$ = newNode(RIGHT_OP,$1,$3); } ; relational_expr : shift_expr | relational_expr '<' shift_expr { $$ = newNode('<', $1,$3);} | relational_expr '>' shift_expr { $$ = newNode('>', $1,$3);} | relational_expr LE_OP shift_expr { $$ = newNode(LE_OP,$1,$3);} | relational_expr GE_OP shift_expr { $$ = newNode(GE_OP,$1,$3);} ; equality_expr : relational_expr | equality_expr EQ_OP relational_expr { $$ = newNode(EQ_OP,$1,$3);} | equality_expr NE_OP relational_expr { $$ = newNode(NE_OP,$1,$3);} ; and_expr : equality_expr | and_expr '&' equality_expr { $$ = newNode('&',$1,$3);} ; exclusive_or_expr : and_expr | exclusive_or_expr '^' and_expr { $$ = newNode('^',$1,$3);} ; inclusive_or_expr : exclusive_or_expr | inclusive_or_expr '|' exclusive_or_expr { $$ = newNode('|',$1,$3);} ; logical_and_expr : inclusive_or_expr | logical_and_expr AND_OP { seqPointNo++;} inclusive_or_expr { $$ = newNode(AND_OP,$1,$4);} ; logical_or_expr : logical_and_expr | logical_or_expr OR_OP { seqPointNo++;} logical_and_expr { $$ = newNode(OR_OP,$1,$4); } ; conditional_expr : logical_or_expr | logical_or_expr '?' { seqPointNo++;} logical_or_expr ':' conditional_expr { $$ = newNode(':',$4,$6) ; $$ = newNode('?',$1,$$) ; } ; assignment_expr : conditional_expr | cast_expr assignment_operator assignment_expr { switch ($2) { case '=': $$ = newNode($2,$1,$3); break; case MUL_ASSIGN: $$ = createRMW($1, '*', $3); break; case DIV_ASSIGN: $$ = createRMW($1, '/', $3); break; case MOD_ASSIGN: $$ = createRMW($1, '%', $3); break; case ADD_ASSIGN: $$ = createRMW($1, '+', $3); break; case SUB_ASSIGN: $$ = createRMW($1, '-', $3); break; case LEFT_ASSIGN: $$ = createRMW($1, LEFT_OP, $3); break; case RIGHT_ASSIGN: $$ = createRMW($1, RIGHT_OP, $3); break; case AND_ASSIGN: $$ = createRMW($1, '&', $3); break; case XOR_ASSIGN: $$ = createRMW($1, '^', $3); break; case OR_ASSIGN: /* $$ = newNode('=',$1,newNode('|',removeIncDecOps(copyAst($1)),$3)); */ /* $$ = newNode('=',removePostIncDecOps(copyAst($1)), newNode('|',removePreIncDecOps(copyAst($1)),$3)); */ $$ = createRMW($1, '|', $3); break; default : $$ = NULL; } } ; assignment_operator : '=' { $$ = '=' ;} | MUL_ASSIGN | DIV_ASSIGN | MOD_ASSIGN | ADD_ASSIGN | SUB_ASSIGN | LEFT_ASSIGN | RIGHT_ASSIGN | AND_ASSIGN | XOR_ASSIGN | OR_ASSIGN ; expr : assignment_expr | expr ',' { seqPointNo++;} assignment_expr { $$ = newNode(',',$1,$4);} ; constant_expr : conditional_expr ; declaration : declaration_specifiers ';' { if (uselessDecl) werror(W_USELESS_DECL); uselessDecl = TRUE; $$ = NULL ; } | declaration_specifiers init_declarator_list ';' { /* add the specifier list to the id */ symbol *sym , *sym1; for (sym1 = sym = reverseSyms($2);sym != NULL;sym = sym->next) { sym_link *lnk = copyLinkChain($1); if (options.unsigned_char && SPEC_NOUN(lnk) == V_CHAR && !lnk->select.s.b_signed) SPEC_USIGN(lnk) = 1; /* do the pointer stuff */ pointerTypes(sym->type,lnk); addDecl (sym,0,lnk) ; } uselessDecl = TRUE; $$ = sym1 ; } ; declaration_specifiers : storage_class_specifier { $$ = $1; } | storage_class_specifier declaration_specifiers { /* if the decl $2 is not a specifier */ /* find the spec and replace it */ if ( !IS_SPEC($2)) { sym_link *lnk = $2 ; while (lnk && !IS_SPEC(lnk->next)) lnk = lnk->next; lnk->next = mergeSpec($1,lnk->next, "storage_class_specifier declaration_specifiers - skipped"); $$ = $2 ; } else $$ = mergeSpec($1,$2, "storage_class_specifier declaration_specifiers"); } | type_specifier { $$ = $1; } | type_specifier declaration_specifiers { /* if the decl $2 is not a specifier */ /* find the spec and replace it */ if ( !IS_SPEC($2)) { sym_link *lnk = $2 ; while (lnk && !IS_SPEC(lnk->next)) lnk = lnk->next; lnk->next = mergeSpec($1,lnk->next, "type_specifier declaration_specifiers - skipped"); $$ = $2 ; } else $$ = mergeSpec($1,$2, "type_specifier declaration_specifiers"); } | function_specifier { $$ = $1; } | function_specifier declaration_specifiers { /* if the decl $2 is not a specifier */ /* find the spec and replace it */ if ( !IS_SPEC($2)) { sym_link *lnk = $2 ; while (lnk && !IS_SPEC(lnk->next)) lnk = lnk->next; lnk->next = mergeSpec($1,lnk->next, "function_specifier declaration_specifiers - skipped"); $$ = $2 ; } else $$ = mergeSpec($1,$2, "function_specifier declaration_specifiers"); } ; init_declarator_list : init_declarator | init_declarator_list ',' init_declarator { $3->next = $1 ; $$ = $3;} ; init_declarator : declarator { $1->ival = NULL ; } | declarator '=' initializer { $1->ival = $3 ; } ; storage_class_specifier : TYPEDEF { $$ = newLink (SPECIFIER) ; SPEC_TYPEDEF($$) = 1 ; } | EXTERN { $$ = newLink(SPECIFIER); SPEC_EXTR($$) = 1 ; } | STATIC { $$ = newLink (SPECIFIER); SPEC_STAT($$) = 1 ; } | AUTO { $$ = newLink (SPECIFIER) ; SPEC_SCLS($$) = S_AUTO ; } | REGISTER { $$ = newLink (SPECIFIER); SPEC_SCLS($$) = S_REGISTER ; } ; function_specifier : INLINE { $$ = newLink (SPECIFIER) ; SPEC_INLINE($$) = 1 ; } ; Interrupt_storage : INTERRUPT { $$ = INTNO_UNSPEC ; } | INTERRUPT constant_expr { int intno = (int) ulFromVal(constExprValue($2,TRUE)); if ((intno >= 0) && (intno <= INTNO_MAX)) $$ = intno; else { werror(E_INT_BAD_INTNO, intno); $$ = INTNO_UNSPEC; } } ; type_specifier : type_specifier2 | type_specifier2 AT constant_expr { /* add this to the storage class specifier */ SPEC_ABSA($1) = 1; /* set the absolute addr flag */ /* now get the abs addr from value */ SPEC_ADDR($1) = (unsigned int) ulFromVal(constExprValue($3,TRUE)) ; } ; type_specifier2 : CHAR { $$=newLink(SPECIFIER); SPEC_NOUN($$) = V_CHAR ; ignoreTypedefType = 1; } | SHORT { $$=newLink(SPECIFIER); SPEC_SHORT($$) = 1 ; ignoreTypedefType = 1; } | INT { $$=newLink(SPECIFIER); SPEC_NOUN($$) = V_INT ; ignoreTypedefType = 1; } | LONG { $$=newLink(SPECIFIER); SPEC_LONG($$) = 1 ; ignoreTypedefType = 1; } | SIGNED { $$=newLink(SPECIFIER); $$->select.s.b_signed = 1; ignoreTypedefType = 1; } | UNSIGNED { $$=newLink(SPECIFIER); SPEC_USIGN($$) = 1 ; ignoreTypedefType = 1; } | VOID { $$=newLink(SPECIFIER); SPEC_NOUN($$) = V_VOID ; ignoreTypedefType = 1; } | CONST { $$=newLink(SPECIFIER); SPEC_CONST($$) = 1; } | VOLATILE { $$=newLink(SPECIFIER); SPEC_VOLATILE($$) = 1 ; } | RESTRICT { $$=newLink(SPECIFIER); SPEC_RESTRICT($$) = 1 ; } | FLOAT { $$=newLink(SPECIFIER); SPEC_NOUN($$) = V_FLOAT; ignoreTypedefType = 1; } | FIXED16X16 { $$=newLink(SPECIFIER); SPEC_NOUN($$) = V_FIXED16X16; ignoreTypedefType = 1; } | XDATA { $$ = newLink (SPECIFIER); SPEC_SCLS($$) = S_XDATA ; } | CODE { $$ = newLink (SPECIFIER) ; SPEC_SCLS($$) = S_CODE ; } | EEPROM { $$ = newLink (SPECIFIER) ; SPEC_SCLS($$) = S_EEPROM ; } | DATA { $$ = newLink (SPECIFIER); SPEC_SCLS($$) = S_DATA ; } | IDATA { $$ = newLink (SPECIFIER); SPEC_SCLS($$) = S_IDATA ; } | PDATA { $$ = newLink (SPECIFIER); SPEC_SCLS($$) = S_PDATA ; } | BIT { $$=newLink(SPECIFIER); SPEC_NOUN($$) = V_BIT ; SPEC_SCLS($$) = S_BIT ; SPEC_BLEN($$) = 1; SPEC_BSTR($$) = 0; ignoreTypedefType = 1; } | struct_or_union_specifier { uselessDecl = FALSE; $$ = $1 ; ignoreTypedefType = 1; } | enum_specifier { cenum = NULL ; uselessDecl = FALSE; ignoreTypedefType = 1; $$ = $1 ; } | TYPE_NAME { symbol *sym; sym_link *p ; sym = findSym(TypedefTab,NULL,$1) ; $$ = p = copyLinkChain(sym ? sym->type : NULL); SPEC_TYPEDEF(getSpec(p)) = 0; ignoreTypedefType = 1; } | sfr_reg_bit ; sfr_reg_bit : SBIT { $$ = newLink(SPECIFIER) ; SPEC_NOUN($$) = V_SBIT; SPEC_SCLS($$) = S_SBIT; SPEC_BLEN($$) = 1; SPEC_BSTR($$) = 0; ignoreTypedefType = 1; } | sfr_attributes ; sfr_attributes : SFR { $$ = newLink(SPECIFIER) ; FUNC_REGBANK($$) = 0; SPEC_NOUN($$) = V_CHAR; SPEC_SCLS($$) = S_SFR ; SPEC_USIGN($$) = 1 ; ignoreTypedefType = 1; } | SFR BANKED { $$ = newLink(SPECIFIER) ; FUNC_REGBANK($$) = 1; SPEC_NOUN($$) = V_CHAR; SPEC_SCLS($$) = S_SFR ; SPEC_USIGN($$) = 1 ; ignoreTypedefType = 1; } ; sfr_attributes : SFR16 { $$ = newLink(SPECIFIER) ; FUNC_REGBANK($$) = 0; SPEC_NOUN($$) = V_INT; SPEC_SCLS($$) = S_SFR; SPEC_USIGN($$) = 1 ; ignoreTypedefType = 1; } ; sfr_attributes : SFR32 { $$ = newLink(SPECIFIER) ; FUNC_REGBANK($$) = 0; SPEC_NOUN($$) = V_INT; SPEC_SCLS($$) = S_SFR; SPEC_LONG($$) = 1; SPEC_USIGN($$) = 1; ignoreTypedefType = 1; } ; struct_or_union_specifier : struct_or_union opt_stag { if (!$2->type) { $2->type = $1; } else { if ($2->type != $1) werror(E_BAD_TAG, $2->tag, $1==STRUCT ? "struct" : "union"); } } '{' struct_declaration_list '}' { structdef *sdef ; symbol *sym, *dsym; // check for errors in structure members for (sym=$5; sym; sym=sym->next) { if (IS_ABSOLUTE(sym->etype)) { werrorfl(sym->fileDef, sym->lineDef, E_NOT_ALLOWED, "'at'"); SPEC_ABSA(sym->etype) = 0; } if (IS_SPEC(sym->etype) && SPEC_SCLS(sym->etype)) { werrorfl(sym->fileDef, sym->lineDef, E_NOT_ALLOWED, "storage class"); printTypeChainRaw (sym->type,NULL); SPEC_SCLS(sym->etype) = 0; } for (dsym=sym->next; dsym; dsym=dsym->next) { if (*dsym->name && strcmp(sym->name, dsym->name)==0) { werrorfl(sym->fileDef, sym->lineDef, E_DUPLICATE_MEMBER, $1==STRUCT ? "struct" : "union", sym->name); werrorfl(dsym->fileDef, dsym->lineDef, E_PREVIOUS_DEF); } } } /* Create a structdef */ sdef = $2 ; sdef->fields = reverseSyms($5) ; /* link the fields */ sdef->size = compStructSize($1,sdef); /* update size of */ promoteAnonStructs ($1, sdef); /* Create the specifier */ $$ = newLink (SPECIFIER) ; SPEC_NOUN($$) = V_STRUCT; SPEC_STRUCT($$)= sdef ; } | struct_or_union stag { $$ = newLink(SPECIFIER) ; SPEC_NOUN($$) = V_STRUCT; SPEC_STRUCT($$) = $2; if (!$2->type) { $2->type = $1; } else { if ($2->type != $1) werror(E_BAD_TAG, $2->tag, $1==STRUCT ? "struct" : "union"); } } ; struct_or_union : STRUCT { $$ = STRUCT ; } | UNION { $$ = UNION ; } ; opt_stag : stag | { /* synthesize a name add to structtable */ $$ = newStruct(genSymName(NestLevel)) ; $$->level = NestLevel ; addSym (StructTab, $$, $$->tag,$$->level,currBlockno, 0); }; stag : identifier { /* add name to structure table */ $$ = findSymWithBlock (StructTab,$1,currBlockno); if (! $$ ) { $$ = newStruct($1->name) ; $$->level = NestLevel ; addSym (StructTab, $$, $$->tag,$$->level,currBlockno,0); } }; struct_declaration_list : struct_declaration | struct_declaration_list struct_declaration { symbol *sym=$2; /* go to the end of the chain */ while (sym->next) sym=sym->next; sym->next = $1 ; $$ = $2; } ; struct_declaration : type_specifier_list struct_declarator_list ';' { /* add this type to all the symbols */ symbol *sym ; for ( sym = $2 ; sym != NULL ; sym = sym->next ) { sym_link *btype = copyLinkChain($1); if (options.unsigned_char && SPEC_NOUN(btype) == V_CHAR && !(btype)->select.s.b_signed) SPEC_USIGN(btype) = 1; /* make the symbol one level up */ sym->level-- ; pointerTypes(sym->type,btype); if (!sym->type) { sym->type = btype; sym->etype = getSpec(sym->type); } else addDecl (sym,0,btype); /* make sure the type is complete and sane */ checkTypeSanity(sym->etype, sym->name); } ignoreTypedefType = 0; $$ = $2; } ; struct_declarator_list : struct_declarator | struct_declarator_list ',' struct_declarator { $3->next = $1 ; $$ = $3 ; } ; struct_declarator : declarator | ':' constant_expr { unsigned int bitsize; $$ = newSymbol (genSymName(NestLevel),NestLevel) ; bitsize = (unsigned int) ulFromVal(constExprValue($2,TRUE)); if (bitsize > (port->s.int_size * 8)) { bitsize = port->s.int_size * 8; werror(E_BITFLD_SIZE, bitsize); } if (!bitsize) bitsize = BITVAR_PAD; $$->bitVar = bitsize; $$->bitUnnamed = 1; } | declarator ':' constant_expr { unsigned int bitsize; bitsize = (unsigned int) ulFromVal(constExprValue($3,TRUE)); if (bitsize > (port->s.int_size * 8)) { bitsize = port->s.int_size * 8; werror(E_BITFLD_SIZE, bitsize); } if (!bitsize) { $$ = newSymbol (genSymName(NestLevel),NestLevel) ; $$->bitVar = BITVAR_PAD; werror(W_BITFLD_NAMED); } else $1->bitVar = bitsize; } | { $$ = newSymbol ("", NestLevel) ; } ; enum_specifier : ENUM '{' enumerator_list '}' { $$ = newEnumType ($3); //copyLinkChain(cenum->type); SPEC_SCLS(getSpec($$)) = 0; } | ENUM identifier '{' enumerator_list '}' { symbol *csym ; sym_link *enumtype; csym=findSym(enumTab,$2,$2->name); if ((csym && csym->level == $2->level)) { werrorfl($2->fileDef, $2->lineDef, E_DUPLICATE_TYPEDEF,csym->name); werrorfl(csym->fileDef, csym->lineDef, E_PREVIOUS_DEF); } enumtype = newEnumType ($4); //copyLinkChain(cenum->type); SPEC_SCLS(getSpec(enumtype)) = 0; $2->type = enumtype; /* add this to the enumerator table */ if (!csym) addSym ( enumTab,$2,$2->name,$2->level,$2->block, 0); $$ = copyLinkChain(enumtype); } | ENUM identifier { symbol *csym ; /* check the enumerator table */ if ((csym = findSym(enumTab,$2,$2->name))) $$ = copyLinkChain(csym->type); else { $$ = newLink(SPECIFIER) ; SPEC_NOUN($$) = V_INT ; } } ; enumerator_list : enumerator | enumerator_list ',' | enumerator_list ',' enumerator { $3->next = $1 ; $$ = $3 ; } ; enumerator : identifier opt_assign_expr { symbol *sym; /* make the symbol one level up */ $1->level-- ; // check if the symbol at the same level already exists if ((sym = findSymWithLevel (SymbolTab, $1)) && sym->level == $1->level) { werrorfl ($1->fileDef, $1->lineDef, E_DUPLICATE_MEMBER, "enum", $1->name); werrorfl (sym->fileDef, sym->lineDef, E_PREVIOUS_DEF); } $1->type = copyLinkChain ($2->type); $1->etype= getSpec ($1->type); SPEC_ENUM ($1->etype) = 1; $$ = $1 ; // do this now, so we can use it for the next enums in the list addSymChain (&$1); } ; opt_assign_expr : '=' constant_expr { value *val ; val = constExprValue($2,TRUE); if (!IS_INT(val->type) && !IS_CHAR(val->type)) { werror(E_ENUM_NON_INTEGER); SNPRINTF(lbuff, sizeof(lbuff), "%d", (int) ulFromVal(val)); val = constVal(lbuff); } $$ = cenum = val ; } | { if (cenum) { SNPRINTF(lbuff, sizeof(lbuff), "%d", (int) ulFromVal(cenum)+1); $$ = cenum = constVal(lbuff); } else { $$ = cenum = constCharVal(0); } } ; declarator : declarator3 { $$ = $1 ; } | pointer declarator3 { addDecl ($2,0,reverseLink($1)); $$ = $2 ; } ; declarator3 : declarator2_function_attributes { $$ = $1 ; } | declarator2 { $$ = $1 ; } ; function_declarator : declarator2_function_attributes { $$ = $1; } | pointer declarator2_function_attributes { addDecl ($2,0,reverseLink($1)); $$ = $2 ; } ; declarator2_function_attributes : function_declarator2 { $$ = $1 ; } | function_declarator2 function_attribute { // copy the functionAttributes (not the args and hasVargs !!) struct value *args; unsigned hasVargs; sym_link *funcType=$1->type; while (funcType && !IS_FUNC(funcType)) funcType = funcType->next; if (!funcType) werror (E_FUNC_ATTR); else { args=FUNC_ARGS(funcType); hasVargs=FUNC_HASVARARGS(funcType); memcpy (&funcType->funcAttrs, &$2->funcAttrs, sizeof($2->funcAttrs)); FUNC_ARGS(funcType)=args; FUNC_HASVARARGS(funcType)=hasVargs; // just to be sure memset (&$2->funcAttrs, 0, sizeof($2->funcAttrs)); addDecl ($1,0,$2); } } ; declarator2 : identifier | '(' declarator ')' { $$ = $2; } | declarator3 '[' ']' { sym_link *p; p = newLink (DECLARATOR); DCL_TYPE(p) = ARRAY ; DCL_ELEM(p) = 0 ; addDecl($1,0,p); } | declarator3 '[' constant_expr ']' { sym_link *p; value *tval; int size; tval = constExprValue($3, TRUE); /* if it is not a constant then Error */ p = newLink (DECLARATOR); DCL_TYPE(p) = ARRAY; if (!tval || (SPEC_SCLS(tval->etype) != S_LITERAL)) { werror(E_CONST_EXPECTED); /* Assume a single item array to limit the cascade */ /* of additional errors. */ size = 1; } else { if ((size = (int) ulFromVal(tval)) < 0) { werror(E_NEGATIVE_ARRAY_SIZE, $1->name); size = 1; } } DCL_ELEM(p) = size; addDecl($1, 0, p); } ; function_declarator2 : declarator2 '(' ')' { addDecl ($1,FUNCTION,NULL) ; } | declarator2 '(' { NestLevel++ ; currBlockno++; } parameter_type_list ')' { sym_link *funcType; addDecl ($1,FUNCTION,NULL) ; funcType = $1->type; while (funcType && !IS_FUNC(funcType)) funcType = funcType->next; assert (funcType); FUNC_HASVARARGS(funcType) = IS_VARG($4); FUNC_ARGS(funcType) = reverseVal($4); /* nest level was incremented to take care of the parms */ NestLevel-- ; currBlockno--; // if this was a pointer (to a function) if (!IS_FUNC($1->type)) cleanUpLevel(SymbolTab,NestLevel+1); $$ = $1; } | declarator2 '(' identifier_list ')' { werror(E_OLD_STYLE,$1->name) ; /* assume it returns an int */ $1->type = $1->etype = newIntLink(); $$ = $1 ; } ; pointer : unqualified_pointer { $$ = $1 ;} | unqualified_pointer type_specifier_list { $$ = $1 ; if (IS_SPEC($2)) { DCL_TSPEC($1) = $2; DCL_PTR_CONST($1) = SPEC_CONST($2); DCL_PTR_VOLATILE($1) = SPEC_VOLATILE($2); DCL_PTR_RESTRICT($1) = SPEC_RESTRICT($2); } else werror (W_PTR_TYPE_INVALID); } | unqualified_pointer pointer { $$ = $1 ; $$->next = $2 ; DCL_TYPE($2)=port->unqualified_pointer; } | unqualified_pointer type_specifier_list pointer { $$ = $1 ; if (IS_SPEC($2) && DCL_TYPE($3) == UPOINTER) { DCL_PTR_CONST($1) = SPEC_CONST($2); DCL_PTR_VOLATILE($1) = SPEC_VOLATILE($2); DCL_PTR_RESTRICT($1) = SPEC_RESTRICT($2); switch (SPEC_SCLS($2)) { case S_XDATA: DCL_TYPE($3) = FPOINTER; break; case S_IDATA: DCL_TYPE($3) = IPOINTER ; break; case S_PDATA: DCL_TYPE($3) = PPOINTER ; break; case S_DATA: DCL_TYPE($3) = POINTER ; break; case S_CODE: DCL_TYPE($3) = CPOINTER ; break; case S_EEPROM: DCL_TYPE($3) = EEPPOINTER; break; default: // this could be just "constant" // werror(W_PTR_TYPE_INVALID); ; } } else werror (W_PTR_TYPE_INVALID); $$->next = $3 ; } ; unqualified_pointer : '*' { $$ = newLink(DECLARATOR); DCL_TYPE($$)=UPOINTER; } ; type_specifier_list : type_specifier //| type_specifier_list type_specifier { $$ = mergeSpec ($1,$2, "type_specifier_list"); } | type_specifier_list type_specifier { /* if the decl $2 is not a specifier */ /* find the spec and replace it */ if ( !IS_SPEC($2)) { sym_link *lnk = $2 ; while (lnk && !IS_SPEC(lnk->next)) lnk = lnk->next; lnk->next = mergeSpec($1,lnk->next, "type_specifier_list type_specifier skipped"); $$ = $2 ; } else $$ = mergeSpec($1,$2, "type_specifier_list type_specifier"); } ; identifier_list : identifier | identifier_list ',' identifier { $3->next = $1; $$ = $3 ; } ; parameter_type_list : parameter_list | parameter_list ',' VAR_ARGS { $1->vArgs = 1;} ; parameter_list : parameter_declaration | parameter_list ',' parameter_declaration { $3->next = $1 ; $$ = $3 ; } ; parameter_declaration : type_specifier_list declarator { symbol *loop ; pointerTypes($2->type,$1); if (options.unsigned_char && SPEC_NOUN($1) == V_CHAR && !($1)->select.s.b_signed) SPEC_USIGN($1) = 1; addDecl ($2,0,$1); for (loop=$2;loop;loop->_isparm=1,loop=loop->next); addSymChain (&$2); $$ = symbolVal($2); ignoreTypedefType = 0; } | type_name { $$ = newValue() ; if (options.unsigned_char && SPEC_NOUN($1) == V_CHAR && !($1)->select.s.b_signed) SPEC_USIGN($1) = 1; $$->type = $1; $$->etype = getSpec($$->type); ignoreTypedefType = 0; } ; type_name : type_specifier_list { $$ = $1; ignoreTypedefType = 0;} | type_specifier_list abstract_declarator { /* go to the end of the list */ sym_link *p; pointerTypes($2,$1); for ( p = $2 ; p && p->next ; p=p->next); if (!p) { werror(E_SYNTAX_ERROR, yytext); } else { p->next = $1 ; } $$ = $2 ; ignoreTypedefType = 0; } ; abstract_declarator : pointer { $$ = reverseLink($1); } | abstract_declarator2 | pointer abstract_declarator2 { $1 = reverseLink($1); $1->next = $2 ; $$ = $1; if (IS_PTR($1) && IS_FUNC($2)) DCL_TYPE($1) = CPOINTER; } ; abstract_declarator2 : '(' abstract_declarator ')' { $$ = $2 ; } | '[' ']' { $$ = newLink (DECLARATOR); DCL_TYPE($$) = ARRAY ; DCL_ELEM($$) = 0 ; } | '[' constant_expr ']' { value *val ; $$ = newLink (DECLARATOR); DCL_TYPE($$) = ARRAY ; DCL_ELEM($$) = (int) ulFromVal(val = constExprValue($2,TRUE)); } | abstract_declarator2 '[' ']' { $$ = newLink (DECLARATOR); DCL_TYPE($$) = ARRAY ; DCL_ELEM($$) = 0 ; $$->next = $1 ; } | abstract_declarator2 '[' constant_expr ']' { value *val ; $$ = newLink (DECLARATOR); DCL_TYPE($$) = ARRAY ; DCL_ELEM($$) = (int) ulFromVal(val = constExprValue($3,TRUE)); $$->next = $1 ; } | '(' ')' { $$ = NULL;} | '(' parameter_type_list ')' { $$ = NULL;} | abstract_declarator2 '(' ')' { // $1 must be a pointer to a function sym_link *p=newLink(DECLARATOR); DCL_TYPE(p) = FUNCTION; if (!$1) { // ((void (code *) ()) 0) () $1=newLink(DECLARATOR); DCL_TYPE($1)=CPOINTER; $$ = $1; } $1->next=p; } | abstract_declarator2 '(' { NestLevel++ ; currBlockno++; } parameter_type_list ')' { sym_link *p=newLink(DECLARATOR); DCL_TYPE(p) = FUNCTION; FUNC_HASVARARGS(p) = IS_VARG($4); FUNC_ARGS(p) = reverseVal($4); /* nest level was incremented to take care of the parms */ NestLevel-- ; currBlockno--; if (!$1) { /* ((void (code *) (void)) 0) () */ $1=newLink(DECLARATOR); DCL_TYPE($1)=CPOINTER; $$ = $1; } $1->next=p; // remove the symbol args (if any) cleanUpLevel(SymbolTab,NestLevel+1); } ; initializer : assignment_expr { $$ = newiList(INIT_NODE,$1); } | '{' initializer_list '}' { $$ = newiList(INIT_DEEP,revinit($2)); } | '{' initializer_list ',' '}' { $$ = newiList(INIT_DEEP,revinit($2)); } ; initializer_list : initializer | initializer_list ',' initializer { $3->next = $1; $$ = $3; } ; statement : labeled_statement | compound_statement | expression_statement | selection_statement | iteration_statement | jump_statement | critical_statement | INLINEASM ';' { ast *ex; seqPointNo++; ex = newNode(INLINEASM,NULL,NULL); ex->values.inlineasm = strdup($1); seqPointNo++; $$ = ex; } ; critical : CRITICAL { inCritical++; STACK_PUSH(continueStack,NULL); STACK_PUSH(breakStack,NULL); $$ = NULL; } ; critical_statement : critical statement { STACK_POP(breakStack); STACK_POP(continueStack); inCritical--; $$ = newNode(CRITICAL,$2,NULL); } ; labeled_statement // : identifier ':' statement { $$ = createLabel($1,$3); } : identifier ':' { $$ = createLabel($1,NULL); $1->isitmp = 0; } | CASE constant_expr ':' { if (STACK_EMPTY(swStk)) $$ = createCase(NULL,$2,NULL); else $$ = createCase(STACK_PEEK(swStk),$2,NULL); } | DEFAULT { $$ = newNode(DEFAULT,NULL,NULL); } ':' { if (STACK_EMPTY(swStk)) $$ = createDefault(NULL,$2,NULL); else $$ = createDefault(STACK_PEEK(swStk),$2,NULL); } ; start_block : '{' { STACK_PUSH(blockNum,currBlockno); currBlockno = ++blockNo ; ignoreTypedefType = 0; } ; end_block : '}' { currBlockno = STACK_POP(blockNum); } ; compound_statement : start_block end_block { $$ = createBlock(NULL, NULL); } | start_block statement_list end_block { $$ = createBlock(NULL, $2); } | start_block declaration_list end_block { $$ = createBlock($2, NULL); } | start_block declaration_list statement_list end_block {$$ = createBlock($2, $3); } | error ';' { $$ = NULL ; } ; declaration_list : declaration { /* if this is typedef declare it immediately */ if ( $1 && IS_TYPEDEF($1->etype)) { allocVariables ($1); $$ = NULL ; } else $$ = $1 ; ignoreTypedefType = 0; addSymChain(&$1); } | declaration_list declaration { symbol *sym; /* if this is a typedef */ if ($2 && IS_TYPEDEF($2->etype)) { allocVariables ($2); $$ = $1 ; } else { /* get to the end of the previous decl */ if ( $1 ) { $$ = sym = $1 ; while (sym->next) sym = sym->next ; sym->next = $2; } else $$ = $2 ; } ignoreTypedefType = 0; addSymChain(&$2); } ; statement_list : statement | statement_list statement { $$ = newNode(NULLOP,$1,$2) ;} ; expression_statement : ';' { $$ = NULL;} | expr ';' { $$ = $1; seqPointNo++;} ; else_statement : ELSE statement { $$ = $2 ; } | { $$ = NULL;} ; selection_statement : IF '(' expr ')' { seqPointNo++;} statement else_statement { noLineno++ ; $$ = createIf ($3, $6, $7 ); $$->lineno = $3->lineno; $$->filename = $3->filename; noLineno--; } | SWITCH '(' expr ')' { ast *ex ; static int swLabel = 0 ; seqPointNo++; /* create a node for expression */ ex = newNode(SWITCH,$3,NULL); STACK_PUSH(swStk,ex); /* save it in the stack */ ex->values.switchVals.swNum = swLabel ; /* now create the label */ SNPRINTF(lbuff, sizeof(lbuff), "_swBrk_%d",swLabel++); $$ = newSymbol(lbuff,NestLevel); /* put label in the break stack */ STACK_PUSH(breakStack,$$); } statement { /* get back the switch form the stack */ $$ = STACK_POP(swStk) ; $$->right = newNode (NULLOP,$6,createLabel($5,NULL)); STACK_POP(breakStack); } ; while : WHILE { /* create and push the continue , break & body labels */ static int Lblnum = 0 ; /* continue */ SNPRINTF (lbuff, sizeof(lbuff), "_whilecontinue_%d",Lblnum); STACK_PUSH(continueStack,newSymbol(lbuff,NestLevel)); /* break */ SNPRINTF (lbuff, sizeof(lbuff), "_whilebreak_%d",Lblnum); STACK_PUSH(breakStack,newSymbol(lbuff,NestLevel)); /* body */ SNPRINTF (lbuff, sizeof(lbuff), "_whilebody_%d",Lblnum++); $$ = newSymbol(lbuff,NestLevel); } ; do : DO { /* create and push the continue , break & body Labels */ static int Lblnum = 0 ; /* continue */ SNPRINTF(lbuff, sizeof(lbuff), "_docontinue_%d",Lblnum); STACK_PUSH(continueStack,newSymbol(lbuff,NestLevel)); /* break */ SNPRINTF(lbuff, sizeof(lbuff), "_dobreak_%d",Lblnum); STACK_PUSH(breakStack,newSymbol(lbuff,NestLevel)); /* do body */ SNPRINTF(lbuff, sizeof(lbuff), "_dobody_%d",Lblnum++); $$ = newSymbol (lbuff,NestLevel); } ; for : FOR { /* create & push continue, break & body labels */ static int Lblnum = 0 ; /* continue */ SNPRINTF(lbuff, sizeof(lbuff), "_forcontinue_%d",Lblnum); STACK_PUSH(continueStack,newSymbol(lbuff,NestLevel)); /* break */ SNPRINTF(lbuff, sizeof(lbuff), "_forbreak_%d",Lblnum); STACK_PUSH(breakStack,newSymbol(lbuff,NestLevel)); /* body */ SNPRINTF(lbuff, sizeof(lbuff), "_forbody_%d",Lblnum); $$ = newSymbol(lbuff,NestLevel); /* condition */ SNPRINTF(lbuff, sizeof(lbuff), "_forcond_%d",Lblnum++); STACK_PUSH(forStack,newSymbol(lbuff,NestLevel)); } ; iteration_statement : while '(' expr ')' { seqPointNo++;} statement { noLineno++ ; $$ = createWhile ( $1, STACK_POP(continueStack), STACK_POP(breakStack), $3, $6 ); $$->lineno = $1->lineDef; $$->filename = $1->fileDef; noLineno-- ; } | do statement WHILE '(' expr ')' ';' { seqPointNo++; noLineno++ ; $$ = createDo ( $1 , STACK_POP(continueStack), STACK_POP(breakStack), $5, $2); $$->lineno = $1->lineDef; $$->filename = $1->fileDef; noLineno-- ; } | for '(' expr_opt ';' expr_opt ';' expr_opt ')' statement { noLineno++ ; /* if break or continue statement present then create a general case loop */ if (STACK_PEEK(continueStack)->isref || STACK_PEEK(breakStack)->isref) { $$ = createFor ($1, STACK_POP(continueStack), STACK_POP(breakStack) , STACK_POP(forStack) , $3 , $5 , $7, $9 ); } else { $$ = newNode(FOR,$9,NULL); AST_FOR($$,trueLabel) = $1; AST_FOR($$,continueLabel) = STACK_POP(continueStack); AST_FOR($$,falseLabel) = STACK_POP(breakStack); AST_FOR($$,condLabel) = STACK_POP(forStack) ; AST_FOR($$,initExpr) = $3; AST_FOR($$,condExpr) = $5; AST_FOR($$,loopExpr) = $7; } noLineno-- ; } ; expr_opt : { $$ = NULL ; seqPointNo++; } | expr { $$ = $1 ; seqPointNo++; } ; jump_statement : GOTO identifier ';' { $2->islbl = 1; $$ = newAst_VALUE(symbolVal($2)); $$ = newNode(GOTO,$$,NULL); } | CONTINUE ';' { /* make sure continue is in context */ if (STACK_EMPTY(continueStack) || STACK_PEEK(continueStack) == NULL) { werror(E_BREAK_CONTEXT); $$ = NULL; } else { $$ = newAst_VALUE(symbolVal(STACK_PEEK(continueStack))); $$ = newNode(GOTO,$$,NULL); /* mark the continue label as referenced */ STACK_PEEK(continueStack)->isref = 1; } } | BREAK ';' { if (STACK_EMPTY(breakStack) || STACK_PEEK(breakStack) == NULL) { werror(E_BREAK_CONTEXT); $$ = NULL; } else { $$ = newAst_VALUE(symbolVal(STACK_PEEK(breakStack))); $$ = newNode(GOTO,$$,NULL); STACK_PEEK(breakStack)->isref = 1; } } | RETURN ';' { seqPointNo++; if (inCritical) { werror(E_INVALID_CRITICAL); $$ = NULL; } else { $$ = newNode(RETURN,NULL,NULL); } } | RETURN expr ';' { seqPointNo++; if (inCritical) { werror(E_INVALID_CRITICAL); $$ = NULL; } else { $$ = newNode(RETURN,NULL,$2); } } ; identifier : IDENTIFIER { $$ = newSymbol ($1,NestLevel) ; } ; %% sdcc-2.9.0/src/SDCCBBlock.c000066400000000000000000000575411116427777700152210ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCBBlock.c - routines to manipulate basic Blocks Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" int eBBNum = 0; set *graphEdges = NULL; /* list of edges in this flow graph */ struct _dumpFiles dumpFiles[] = { {DUMP_RAW0, ".dumpraw0", NULL}, {DUMP_RAW1, ".dumpraw1", NULL}, {DUMP_CSE, ".dumpcse", NULL}, {DUMP_DFLOW, ".dumpdflow", NULL}, {DUMP_GCSE, ".dumpgcse", NULL}, {DUMP_DEADCODE, ".dumpdeadcode", NULL}, {DUMP_LOOP, ".dumploop", NULL}, {DUMP_LOOPG, ".dumploopg", NULL}, {DUMP_LOOPD, ".dumploopd", NULL}, {DUMP_RANGE, ".dumprange", NULL}, {DUMP_PACK, ".dumppack", NULL}, {DUMP_RASSGN, ".dumprassgn", NULL}, {DUMP_LRANGE, ".dumplrange", NULL}, {0, NULL, NULL} }; /*-----------------------------------------------------------------*/ /* printEntryLabel - prints entry label of a ebblock */ /*-----------------------------------------------------------------*/ DEFSETFUNC (printEntryLabel) { eBBlock *bp = item; fprintf (stdout, " %-20s ", bp->entryLabel->name); return 0; } /*-----------------------------------------------------------------*/ /* neweBBlock - allocate & return a new extended basic block */ /*-----------------------------------------------------------------*/ eBBlock * neweBBlock () { eBBlock *ebb; ebb = Safe_alloc (sizeof (eBBlock)); return ebb; } /*-----------------------------------------------------------------*/ /* newEdge - allocates & initialises an edge to given values */ /*-----------------------------------------------------------------*/ edge * newEdge (eBBlock * from, eBBlock * to) { edge *ep; ep = Safe_alloc (sizeof (edge)); ep->from = from; ep->to = to; return ep; } /*-----------------------------------------------------------------*/ /* createDumpFile - create the dump file */ /*-----------------------------------------------------------------*/ FILE *createDumpFile (int id) { struct _dumpFiles *dumpFilesPtr=dumpFiles; static int dumpIndex=0; static char dumpIndexStr[32]; while (dumpFilesPtr->id) { if (dumpFilesPtr->id==id) break; dumpFilesPtr++; } if (!dumpFilesPtr->id) { fprintf (stdout, "internal error: createDumpFile: unknown dump file.\n"); exit (1); } sprintf(dumpIndexStr, ".%d", dumpIndex); dumpIndex++; if (!dumpFilesPtr->filePtr) { // not used before, create it strncpyz (scratchFileName, dstFileName, PATH_MAX); #if 0 strncatz (scratchFileName, dumpIndexStr, PATH_MAX); #endif strncatz (scratchFileName, dumpFilesPtr->ext, PATH_MAX); if (!(dumpFilesPtr->filePtr = fopen (scratchFileName, "w"))) { werror (E_FILE_OPEN_ERR, scratchFileName); exit (1); } } #if 0 fprintf(dumpFilesPtr->filePtr, "Dump file index: %d\n", dumpIndex); #endif return dumpFilesPtr->filePtr; } /*-----------------------------------------------------------------*/ /* closeDumpFiles - close possible opened dumpfiles */ /*-----------------------------------------------------------------*/ void closeDumpFiles() { struct _dumpFiles *dumpFilesPtr; for (dumpFilesPtr=dumpFiles; dumpFilesPtr->id; dumpFilesPtr++) { if (dumpFilesPtr->filePtr) { fclose (dumpFilesPtr->filePtr); } } } /*-----------------------------------------------------------------*/ /* dumpLiveRanges - dump liverange information into a file */ /*-----------------------------------------------------------------*/ void dumpLiveRanges (int id, hTab * liveRanges) { FILE *file; symbol *sym; int k; if (id) { file=createDumpFile(id); } else { file = stdout; } if (currFunc) fprintf(file,"------------- Func %s -------------\n",currFunc->name); for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { fprintf (file, "%s [k%d lr%d:%d so:%d]{ re%d rm%d}", (sym->rname[0] ? sym->rname : sym->name), sym->key, sym->liveFrom, sym->liveTo, sym->stack, sym->isreqv, sym->remat ); fprintf (file, "{"); printTypeChain (sym->type, file); if (sym->usl.spillLoc) { fprintf (file, "}{ sir@ %s", sym->usl.spillLoc->rname); } fprintf (file, "} clashes with "); bitVectDebugOn(sym->clashes,file); fprintf (file, "\n"); } fflush(file); } /*-----------------------------------------------------------------*/ /* dumpEbbsToFileExt - writeall the basic blocks to a file */ /*-----------------------------------------------------------------*/ void dumpEbbsToFileExt (int id, ebbIndex * ebbi) { FILE *of; int i; eBBlock *bb; set *cseSet; eBBlock ** ebbs = ebbi->dfOrder ? ebbi->dfOrder : ebbi->bbOrder; int count = ebbi->count; if (id) { of=createDumpFile(id); } else { of = stdout; } for (i = 0; i < count; i++) { fprintf (of, "\n----------------------------------------------------------------\n"); fprintf (of, "Basic Block %s (df:%d bb:%d lvl:%d): loopDepth=%d%s%s%s\n", ebbs[i]->entryLabel->name, ebbs[i]->dfnum, ebbs[i]->bbnum, ebbs[i]->entryLabel->level, ebbs[i]->depth, ebbs[i]->noPath ? " noPath" : "", ebbs[i]->partOfLoop ? " partOfLoop" : "", ebbs[i]->isLastInLoop ? " isLastInLoop" : ""); // a --nolabelopt makes this more readable fprintf (of, "\nsuccessors: "); for (bb=setFirstItem(ebbs[i]->succList); bb; bb=setNextItem(ebbs[i]->succList)) { fprintf (of, "%s ", bb->entryLabel->name); } fprintf (of, "\npredecessors: "); for (bb=setFirstItem(ebbs[i]->predList); bb; bb=setNextItem(ebbs[i]->predList)) { fprintf (of, "%s ", bb->entryLabel->name); } { int d; fprintf (of, "\ndominators: "); for (d=0; ddomVect->size; d++) { if (bitVectBitValue(ebbs[i]->domVect, d)) { fprintf (of, "%s ", ebbi->bbOrder[d]->entryLabel->name); //ebbs[d]->entryLabel->name); } } } fprintf (of, "\n"); fprintf (of, "\ndefines bitVector :"); bitVectDebugOn (ebbs[i]->defSet, of); fprintf (of, "\nlocal defines bitVector :"); bitVectDebugOn (ebbs[i]->ldefs, of); fprintf (of, "\npointers Set bitvector :"); bitVectDebugOn (ebbs[i]->ptrsSet, of); #if 0 fprintf (of, "\nin coming definitions :"); bitVectDebugOn (ebbs[i]->inDefs, of); fprintf (of, "\nout going definitions :"); bitVectDebugOn (ebbs[i]->outDefs, of); fprintf (of, "\ndefines used :"); bitVectDebugOn (ebbs[i]->usesDefs, of); #endif if (ebbs[i]->isLastInLoop) { fprintf (of, "\nInductions Set bitvector :"); bitVectDebugOn (ebbs[i]->linds, of); } fprintf (of, "\ninExprs:"); for (cseSet = ebbs[i]->inExprs; cseSet; cseSet=cseSet->next) { cseDef *item=cseSet->item; fprintf (of, " %s(%d)",OP_SYMBOL(item->sym)->name,item->diCode->key); if (item->fromGlobal) fprintf (of, "g"); } fprintf (of, "\noutExprs:"); for (cseSet = ebbs[i]->outExprs; cseSet; cseSet=cseSet->next) { cseDef *item=cseSet->item; fprintf (of, " %s(%d)",OP_SYMBOL(item->sym)->name,item->diCode->key); if (item->fromGlobal) fprintf (of, "g"); } fprintf (of, "\nkilledExprs:"); for (cseSet = ebbs[i]->killedExprs; cseSet; cseSet=cseSet->next) { cseDef *item=cseSet->item; fprintf (of, " %s(%d)",OP_SYMBOL(item->sym)->name,item->diCode->key); if (item->fromGlobal) fprintf (of, "g"); } fprintf (of, "\n----------------------------------------------------------------\n"); printiCChain (ebbs[i]->sch, of); } fflush(of); } /*-----------------------------------------------------------------*/ /* iCode2eBBlock - converts a sequnce till label to a ebb */ /*-----------------------------------------------------------------*/ eBBlock * iCode2eBBlock (iCode * ic) { iCode *loop; eBBlock *ebb = neweBBlock (); /* allocate an entry */ /* put the first one unconditionally */ ebb->sch = ic; /* if this is a label then */ if (ic->op == LABEL) ebb->entryLabel = ic->label; else { SNPRINTF (buffer, sizeof(buffer), "_eBBlock%d", eBBNum++); ebb->entryLabel = newSymbol (buffer, 1); ebb->entryLabel->key = labelKey++; } if (ic && (ic->op == GOTO || ic->op == JUMPTABLE || ic->op == IFX)) { ebb->ech = ebb->sch; return ebb; } /* if this is a function call */ if (ic->op == CALL || ic->op == PCALL) { ebb->hasFcall = 1; if (currFunc) FUNC_HASFCALL(currFunc->type) = 1; } if ((ic->next && ic->next->op == LABEL) || !ic->next) { ebb->ech = ebb->sch; return ebb; } /* loop thru till we find one with a label */ for (loop = ic->next; loop; loop = loop->next) { /* if this is the last one */ if (!loop->next) break; /* if this is a function call */ if (loop->op == CALL || loop->op == PCALL) { ebb->hasFcall = 1; if (currFunc) FUNC_HASFCALL(currFunc->type) = 1; } /* if the next one is a label */ /* if this is a goto or ifx */ if (loop->next->op == LABEL || loop->op == GOTO || loop->op == JUMPTABLE || loop->op == IFX) break; } /* mark the end of the chain */ ebb->ech = loop; return ebb; } /*-----------------------------------------------------------------*/ /* eBBWithEntryLabel - finds the basic block with the entry label */ /*-----------------------------------------------------------------*/ eBBlock * eBBWithEntryLabel (ebbIndex * ebbi, symbol * eLabel) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; int i; for (i = 0; i < count; i++) { if (isSymbolEqual (ebbs[i]->entryLabel, eLabel)) return ebbs[i]; } return NULL; } /*-----------------------------------------------------------------*/ /* ifFromIs - will return 1 if the from block matches this */ /*-----------------------------------------------------------------*/ DEFSETFUNC (ifFromIs) { edge *ep = item; V_ARG (eBBlock *, this); if (ep->from == this) return 1; return 0; } /*-----------------------------------------------------------------*/ /* edgesTo - returns a set of edges with to == supplied value */ /*-----------------------------------------------------------------*/ set * edgesTo (eBBlock * to) { set *result = NULL; edge *loop; for (loop = setFirstItem (graphEdges); loop; loop = setNextItem (graphEdges)) if (loop->to == to && !loop->from->noPath) addSet (&result, loop->from); return result; } /*-----------------------------------------------------------------*/ /* addiCodeToeBBlock - will add an iCode to the end of a block */ /*-----------------------------------------------------------------*/ void addiCodeToeBBlock (eBBlock * ebp, iCode * ic, iCode * ip) { ic->prev = ic->next = NULL; /* if the insert point is given */ if (ip) { ic->filename = ip->filename; ic->lineno = ip->lineno; ic->prev = ip->prev; ip->prev = ic; ic->next = ip; if (!ic->prev) ebp->sch = ic; else ic->prev->next = ic; return; } /* if the block has no instructions */ if (ebp->ech == NULL) { ebp->sch = ebp->ech = ic; ic->next = NULL; return; } /* if the last instruction is a goto */ /* we add it just before the goto */ if (ebp->ech->op == GOTO || ebp->ech->op == JUMPTABLE || ebp->ech->op == RETURN) { ic->filename = ebp->ech->filename; ic->lineno = ebp->ech->lineno; ic->prev = ebp->ech->prev; ebp->ech->prev = ic; ic->next = ebp->ech; if (!ic->prev) /* was the last only on in the block */ ebp->sch = ic; else ic->prev->next = ic; return; } /* if the last one was a ifx statement we check to see */ /* if the condition was defined in the previous instruction */ /* if this is true then we put it before the condition else */ /* we put it before if, this is to reduce register pressure, */ /* we don't have to hold condition too long in a register */ /* loop induction sometimes appends a GOTO instruction, */ /* it must be at the very end */ if (ebp->ech->op == IFX && ic->op != GOTO) { iCode *ipoint; /* if ( !ebp->ech->prev ) */ /* ipoint = ebp->ech ; */ /* else */ /* if (!IC_RESULT(ebp->ech->prev)) */ /* ipoint = ebp->ech ; */ /* else */ /* if (IC_COND(ebp->ech)->key == IC_RESULT(ebp->ech->prev)->key) */ /* ipoint = ebp->ech->prev; */ /* else */ /* ipoint = ebp->ech ; */ ipoint = ebp->ech; ic->filename = ipoint->filename; ic->lineno = ipoint->lineno; ic->prev = ipoint->prev; ipoint->prev = ic; ic->next = ipoint; if (!ic->prev) ebp->sch = ic; else ic->prev->next = ic; return; } /* will add it to the very end */ ip = ebp->ech; ip->next = ic; ic->prev = ip; ic->next = NULL; ebp->ech = ic; return; } /*-----------------------------------------------------------------*/ /* remiCodeFromeBBlock - remove an iCode from BBlock */ /*-----------------------------------------------------------------*/ void remiCodeFromeBBlock (eBBlock * ebb, iCode * ic) { wassert (ic->seq>=ebb->fSeq && ic->seq<=ebb->lSeq); if (ic->prev) ic->prev->next = ic->next; else ebb->sch = ic->next; if (ic->next) ic->next->prev = ic->prev; else ebb->ech = ic->prev; } /*-----------------------------------------------------------------*/ /* iCodeBreakDown : breakDown iCode chain to blocks */ /*-----------------------------------------------------------------*/ ebbIndex * iCodeBreakDown (iCode * ic) { eBBlock **ebbs = NULL; iCode *loop = ic; ebbIndex *ebbi; ebbi = Safe_alloc (sizeof (ebbIndex)); ebbi->count = 0; ebbi->dfOrder = NULL; /* no depth first order information yet */ /* allocate for the first entry */ ebbs = Safe_alloc (sizeof (eBBlock *)); ebbi->bbOrder = ebbs; while (loop) { /* convert 2 block */ eBBlock *ebb = iCode2eBBlock (loop); loop = ebb->ech->next; ebb->ech->next = NULL; /* mark the end of this chain */ if (loop) loop->prev = NULL; ebb->bbnum = ebbi->count; /* save this block number */ /* put it in the array */ ebbs[(ebbi->count)++] = ebb; /* allocate for the next one. Remember to clear the new */ /* pointer at the end, that was created by realloc. */ ebbs = Safe_realloc (ebbs, (ebbi->count + 1) * sizeof (eBBlock *)); ebbi->bbOrder = ebbs; ebbs[ebbi->count] = 0; /* if this one ends in a goto or a conditional */ /* branch then check if the block it is going */ /* to already exists, if yes then this could */ /* be a loop, add a preheader to the block it */ /* goes to if it does not already have one */ if (ebbs[(ebbi->count) - 1]->ech && (ebbs[(ebbi->count) - 1]->ech->op == GOTO || ebbs[(ebbi->count) - 1]->ech->op == IFX)) { symbol *label; eBBlock *destBlock; if (ebbs[(ebbi->count) - 1]->ech->op == GOTO) label = IC_LABEL (ebbs[(ebbi->count) - 1]->ech); else if (!(label = IC_TRUE (ebbs[(ebbi->count) - 1]->ech))) label = IC_FALSE (ebbs[(ebbi->count) - 1]->ech); if ((destBlock = eBBWithEntryLabel (ebbi, label)) && destBlock->preHeader == NULL && otherPathsPresent (ebbs, destBlock)) { symbol *preHeaderLabel = newiTempLoopHeaderLabel (1); int i, j; eBBlock *pBlock; /* go thru all block replacing the entryLabel with new label */ /* till we reach the block , then we insert a new ebblock */ for (i = 0; i < (ebbi->count); i++) { if (ebbs[i] == destBlock) break; replaceLabel (ebbs[i], label, preHeaderLabel); } (ebbi->count)++; /* if we have stopped at the block , allocate for an extra one */ ebbs = Safe_realloc (ebbs, (ebbi->count + 1) * sizeof (eBBlock *)); ebbi->bbOrder = ebbs; ebbs[ebbi->count] = 0; /* then move the block down one count */ pBlock = ebbs[j = i]; for (i += 1; i < (ebbi->count); i++) { eBBlock *xBlock; xBlock = ebbs[i]; ebbs[i] = pBlock; ebbs[i]->bbnum = i; pBlock = xBlock; } destBlock->preHeader = ebbs[j] = neweBBlock (); ebbs[j]->bbnum = j; ebbs[j]->entryLabel = preHeaderLabel; ebbs[j]->sch = ebbs[j]->ech = newiCodeLabelGoto (LABEL, preHeaderLabel); ebbs[j]->sch->filename = destBlock->sch->filename; ebbs[j]->sch->lineno = destBlock->sch->lineno; } } } /* mark the end */ ebbs[ebbi->count] = NULL; return ebbi; } /*-----------------------------------------------------------------*/ /* replaceSymBySym : - replace operand by operand in blocks */ /* replaces only left & right in blocks */ /*-----------------------------------------------------------------*/ void replaceSymBySym (set * sset, operand * src, operand * dest) { set *loop; eBBlock *rBlock; /* for all blocks in the set do */ for (loop = sset; loop; loop = loop->next) { iCode *ic; rBlock = loop->item; /* for all instructions in this block do */ for (ic = rBlock->sch; ic; ic = ic->next) { /* if we find usage */ if (ic->op == IFX && isOperandEqual (src, IC_COND (ic))) { bitVectUnSetBit (OP_USES (IC_COND (ic)), ic->key); IC_COND (ic) = operandFromOperand (dest); OP_USES(dest)=bitVectSetBit (OP_USES (dest), ic->key); continue; } if (isOperandEqual (IC_RIGHT (ic), src)) { bitVectUnSetBit (OP_USES (IC_RIGHT (ic)), ic->key); IC_RIGHT (ic) = operandFromOperand (dest); IC_RIGHT (ic)->isaddr = 0; OP_USES(dest)=bitVectSetBit (OP_USES (dest), ic->key); } if (isOperandEqual (IC_LEFT (ic), src)) { bitVectUnSetBit (OP_USES (IC_LEFT (ic)), ic->key); if (POINTER_GET (ic) && IS_ITEMP (dest)) { IC_LEFT (ic) = operandFromOperand (dest); IC_LEFT (ic)->isaddr = 1; } else { IC_LEFT (ic) = operandFromOperand (dest); IC_LEFT (ic)->isaddr = 0; } OP_USES(dest)=bitVectSetBit (OP_USES (dest), ic->key); } /* special case for pointer sets */ if (POINTER_SET (ic) && isOperandEqual (IC_RESULT (ic), src)) { bitVectUnSetBit (OP_USES (IC_RESULT (ic)), ic->key); IC_RESULT (ic) = operandFromOperand (dest); IC_RESULT (ic)->isaddr = 1; OP_USES(dest)=bitVectSetBit (OP_USES (dest), ic->key); } } } } /*-----------------------------------------------------------------*/ /* replaceLabel - replace reference to one label by another */ /*-----------------------------------------------------------------*/ void replaceLabel (eBBlock * ebp, symbol * fromLbl, symbol * toLbl) { iCode *ic; if (!ebp) return; for (ic = ebp->sch; ic; ic = ic->next) { switch (ic->op) { case GOTO: if (isSymbolEqual (IC_LABEL (ic), fromLbl)) IC_LABEL (ic) = toLbl; break; case IFX: if (IC_TRUE (ic) && isSymbolEqual (IC_TRUE (ic), fromLbl)) IC_TRUE (ic) = toLbl; else if (isSymbolEqual (IC_FALSE (ic), fromLbl)) IC_FALSE (ic) = toLbl; break; } } return; } /*-----------------------------------------------------------------*/ /* iCodeFromeBBlock - convert basic block to iCode chain */ /*-----------------------------------------------------------------*/ iCode * iCodeFromeBBlock (eBBlock ** ebbs, int count) { int i = 1; iCode *ric = ebbs[0]->sch; iCode *lic = ebbs[0]->ech; for (; i < count; i++) { if (ebbs[i]->sch == NULL) continue; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) { iCode *ic = NULL; bool foundNonlabel = 0; ic=ebbs[i]->sch; do { if (ic->op != LABEL) { foundNonlabel = 1; break; } if (ic==ebbs[i]->ech) break; ic = ic->next; } while (ic); if (foundNonlabel && ic) { werrorfl (ic->filename, ic->lineno, W_CODE_UNREACH); continue; } } lic->next = ebbs[i]->sch; lic->next->prev = lic; lic = ebbs[i]->ech; } return ric; } /*-----------------------------------------------------------------*/ /* otherPathsPresent - determines if there is a path from _entry */ /* to this block in a half constructed set of blocks */ /*-----------------------------------------------------------------*/ int otherPathsPresent (eBBlock ** ebbs, eBBlock * this) { int i; /* for all blocks preceding this block */ for (i = 0; i < this->bbnum; i++) { iCode *ic; /* if there is a reference to the entry label of this block */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { switch (ic->op) { case GOTO: if (IC_LABEL (ic)->key == this->entryLabel->key) return 1; break; case IFX: if (IC_TRUE (ic)) { if (IC_TRUE (ic)->key == this->entryLabel->key) return 1; } else if (IC_FALSE (ic)->key == this->entryLabel->key) return 1; break; } } } /* comes here means we have not found it yet */ /* in this case check if the previous block */ /* ends in a goto if it does then we have no */ /* path else we have a path */ if (this->bbnum && ebbs[this->bbnum - 1]->ech && ebbs[this->bbnum - 1]->ech->op == GOTO) return 0; else return 1; } sdcc-2.9.0/src/SDCCBBlock.h000066400000000000000000000105341116427777700152150ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCBBlock.h - header file for Basic Blocks Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCBBLOCK_H #define SDCCBBLOCK_H 1 /* definition of a basic block */ typedef struct eBBlock { int dfnum; /* depth first number */ int bbnum; /* index into array of numbers */ int depth; /* loop depth of this block */ int fSeq; /* sequence number of first iCode */ int lSeq; /* sequence number of the last iCode */ unsigned int visited:1; /* visitied flag */ unsigned int hasFcall:1; /* has a function call */ unsigned int noPath:1; /* there is no path from _entry to this block */ unsigned int isLastInLoop:1; /* is the last block in a loop */ struct eBBlock *isConditionalExitFrom; /* this block ends with a return or goto from a conditional block*/ symbol *entryLabel; /* entry label */ iCode *sch; /* pointer to start of code chain */ iCode *ech; /* pointer to last of code chain */ struct eBBlock *preHeader; /* preheader if this is a loop entry */ struct region *partOfLoop; /* pointer to the loop region this block is part of */ /* control flow analysis */ set *succList; /* list eBBlocks which are successors */ bitVect *succVect; /* bitVector of successors (index is bbnum) */ set *predList; /* predecessors of this basic block */ bitVect *domVect; /* list of nodes this is dominated by (index is bbnum) */ /* data flow analysis */ set *inExprs; /* in coming common expressions */ set *outExprs; /* out going common expressions */ set *killedExprs; /* killed common expressions */ bitVect *inDefs; /* in coming defintions */ bitVect *outDefs; /* out going defintions */ bitVect *defSet; /* symbols defined in block */ bitVect *ldefs; /* local definitions only */ bitVect *usesDefs; /* which definitions are used in this block */ bitVect *ptrsSet; /* pointers assigned values in the block */ bitVect *inPtrsSet; /* in coming pointers assigned values */ bitVect *ndompset; /* pointers set by non-dominating basic blocks */ set *addrOf; /* symbols for which addres has been taken in the block */ bitVect *linds; /* if loop exit this contains defNumbers for the inductions */ } eBBlock; typedef struct ebbIndex { int count; /* number of blocks in the index */ eBBlock **bbOrder; /* blocks in bbnum order */ eBBlock **dfOrder; /* blocks in dfnum (depth first) order */ } ebbIndex; typedef struct edge { eBBlock *from; /* from basic block */ eBBlock *to; /* to Basic Block */ } edge; extern int eBBNum; extern set *graphEdges; DEFSETFUNC (printEntryLabel); eBBlock *neweBBlock (); edge *newEdge (eBBlock *, eBBlock *); eBBlock *eBBWithEntryLabel (ebbIndex *, symbol *); DEFSETFUNC (ifFromIs); set *edgesTo (eBBlock *); void remiCodeFromeBBlock (eBBlock *, iCode *); void addiCodeToeBBlock (eBBlock *, iCode *, iCode *); ebbIndex *iCodeBreakDown (iCode *); void replaceSymBySym (set *, operand *, operand *); iCode *iCodeFromeBBlock (eBBlock **, int); int otherPathsPresent (eBBlock **, eBBlock *); void replaceLabel (eBBlock *, symbol *, symbol *); void dumpEbbsToFileExt (int, ebbIndex *); void dumpLiveRanges (int, hTab * liveRanges); void closeDumpFiles(); #endif sdcc-2.9.0/src/SDCCargs.h000066400000000000000000000045461116427777700150230ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCmain.c - main file Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /** Definition of the structures used by the options parser. The port may implement one of these for any options it wants parsed automatically. */ #ifndef SDCCARGS_H #define SDCCARGS_H /** Specifies option argument types. */ enum cl_opt_arg_type { CLAT_BOOLEAN = 0, /* has to be zero! */ CLAT_INTEGER, CLAT_STRING, CLAT_SET, CLAT_ADD_SET }; /** Table of all options supported by all ports. This table provides: * A reference for all options. * An easy way to maintain help for the options. * Automatic support for setting flags on simple options. */ typedef struct { /** The short option character e.g. 'h' for -h. 0 for none. */ char shortOpt; /** Long option e.g. "--help". Includes the -- prefix. NULL for none. */ const char *longOpt; /** Pointer to an int that will be incremented every time the option is encountered. May be NULL. */ void *pparameter; /** Help text to go with this option. May be NULL. */ const char *help; /** Optin argument type */ enum cl_opt_arg_type arg_type; } OPTION; char *getStringArg(const char *szStart, char **argv, int *pi, int argc); int getIntArg(const char *szStart, char **argv, int *pi, int argc); #endif sdcc-2.9.0/src/SDCCasm.c000066400000000000000000000360121116427777700146330ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCasm.c - header file for all types of stuff to support different assemblers. Written By - Michael Hope 2000 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Provides output functions that modify the output string based on the input tokens and the assembler token mapping specification loaded. Note that the functions below only handle digit format modifiers. eg %02X is ok, but %lu and %.4u will fail. */ #include #include "common.h" #include "dbuf_string.h" /* A 'token' is like !blah or %24f and is under the programmers control. */ static hTab *_h; char * FileBaseName (char *fileFullName) { char *p = fileFullName; if (!fileFullName) { return "unknown"; } while (*fileFullName) { if ((*fileFullName == '/') || (*fileFullName == '\\') || (*fileFullName == ':')) { p = fileFullName; p++; } fileFullName++; } return p; } void dbuf_tvprintf (struct dbuf_s *dbuf, const char *format, va_list ap) { // Under Linux PPC va_list is a structure instead of a primitive type, // and doesnt like being passed around. This version turns everything // into one function. // Supports: // !tokens // %[CIFN] - special formats with no argument (ie list isnt touched) // All of the system formats // This is acheived by expanding the tokens and zero arg formats into // one big format string, which is passed to the native printf. static int count; struct dbuf_s tmpDBuf; const char *noTokens; const char *sz = format; dbuf_init(&tmpDBuf, INITIAL_INLINEASM); /* First pass: expand all of the macros */ while (*sz) { if (*sz == '!') { /* Start of a token. Search until the first [non alpha, *] and call it a token. */ const char *t; struct dbuf_s token; dbuf_init (&token, 64); sz++; while (isalpha ((unsigned char)*sz) || *sz == '*') { dbuf_append (&token, sz++, 1); } /* Now find the token in the token list */ if ((t = shash_find (_h, dbuf_c_str(&token)))) { dbuf_append_str (&tmpDBuf, t); } else { fprintf (stderr, "Cant find token \"%s\"\n", dbuf_c_str(&token)); wassert (0); } dbuf_destroy (&token); } else { dbuf_append_char (&tmpDBuf, *sz++); } } /* Second pass: Expand any macros that we own */ dbuf_c_str (&tmpDBuf); sz = noTokens = dbuf_detach (&tmpDBuf); /* recycle tmpDBuf */ dbuf_init (&tmpDBuf, INITIAL_INLINEASM); while (*sz) { if (*sz == '%') { // See if its one that we handle. sz++; switch (*sz) { case 'C': // Code segment name. dbuf_append_str (&tmpDBuf, CODE_NAME); sz++; break; case 'F': // Source file name. dbuf_append_str (&tmpDBuf, fullSrcFileName); sz++; break; case 'N': // Current function name. dbuf_append_str (&tmpDBuf, currFunc->rname); sz++; break; case 'I': // Unique ID. dbuf_printf (&tmpDBuf, "%u", ++count); sz++; break; default: // Not one of ours. Copy until the end. dbuf_append_char (&tmpDBuf, '%'); while (!isalpha ((unsigned char)*sz)) dbuf_append_char (&tmpDBuf, *sz++); dbuf_append_char (&tmpDBuf, *sz++); } } else { dbuf_append_char (&tmpDBuf, *sz++); } } dbuf_free (noTokens); dbuf_vprintf (dbuf, dbuf_c_str (&tmpDBuf), ap); dbuf_destroy (&tmpDBuf); } void dbuf_tprintf (struct dbuf_s *dbuf, const char *szFormat, ...) { va_list ap; va_start (ap, szFormat); dbuf_tvprintf (dbuf, szFormat, ap); va_end (ap); } void tsprintf (char *buffer, size_t len, const char *szFormat, ...) { va_list ap; struct dbuf_s dbuf; size_t copyLen; dbuf_init (&dbuf, INITIAL_INLINEASM); va_start (ap, szFormat); dbuf_tvprintf (&dbuf, szFormat, ap); va_end (ap); copyLen = min (len - 1, dbuf_get_length (&dbuf)); memcpy (buffer, dbuf_get_buf (&dbuf), copyLen); buffer[copyLen] = '\0'; dbuf_destroy (&dbuf); } void tfprintf (FILE *fp, const char *szFormat, ...) { va_list ap; struct dbuf_s dbuf; size_t len; dbuf_init (&dbuf, INITIAL_INLINEASM); va_start (ap, szFormat); dbuf_tvprintf (&dbuf, szFormat, ap); va_end (ap); len = dbuf_get_length (&dbuf); fwrite(dbuf_get_buf (&dbuf), 1, len, fp); dbuf_destroy (&dbuf); } void asm_addTree (const ASM_MAPPINGS *pMappings) { const ASM_MAPPING *pMap; /* Traverse down first */ if (pMappings->pParent) asm_addTree (pMappings->pParent); pMap = pMappings->pMappings; while (pMap->szKey && pMap->szValue) { shash_add (&_h, pMap->szKey, pMap->szValue); pMap++; } } /*-----------------------------------------------------------------*/ /* printILine - return the readable i-code for this ic */ /*-----------------------------------------------------------------*/ const char * printILine (iCode *ic) { char *verbalICode; struct dbuf_s tmpBuf; size_t len; iCodeTable *icTab = getTableEntry (ic->op); dbuf_init (&tmpBuf, 1024); if (INLINEASM == ic->op) dbuf_append (&tmpBuf, "inline", (sizeof "inline") - 1); else { /* stuff the temporary file with the readable icode */ icTab->iCodePrint (&tmpBuf, ic, icTab->printName); } len = dbuf_get_length (&tmpBuf); /* null terminate the buffer */ dbuf_c_str (&tmpBuf); verbalICode = dbuf_detach (&tmpBuf); /* kill the trailing NL */ if (len > 0 && '\n' == verbalICode[len - 1]) verbalICode[--len] = '\0'; /* and throw it up */ return verbalICode; } /*-----------------------------------------------------------------*/ /* skipLine - skip the line from file infp */ /*-----------------------------------------------------------------*/ static int skipLine (FILE *infp) { int c; static char is_eof = 0; size_t len = 0; if (is_eof) return 0; while ((c = getc(infp)) != '\n' && EOF != c) ++len; if (EOF == c) { if (len) { /* EOF in the middle of the line */ is_eof = 1; return 1; } else return 0; } else return 1; } /*-----------------------------------------------------------------*/ /* printCLine - return the c-code for this lineno */ /*-----------------------------------------------------------------*/ /* int rewinds=0; */ const char * printCLine (const char *srcFile, int lineno) { static FILE *inFile = NULL; static struct dbuf_s line; static struct dbuf_s lastSrcFile; static char dbufInitialized = 0; static int inLineNo = 0; size_t len; if (!dbufInitialized) { dbuf_init (&line, 1024); dbuf_init (&lastSrcFile, PATH_MAX); dbufInitialized = 1; } else { /* empty the dynamic buffer */ dbuf_set_length (&line, 0); } if (inFile) { if (strcmp (dbuf_c_str (&lastSrcFile), srcFile) != 0) { fclose (inFile); inFile = NULL; inLineNo = 0; dbuf_set_length (&lastSrcFile, 0); dbuf_append_str (&lastSrcFile, srcFile); } } if (!inFile) { if (!(inFile = fopen(srcFile, "r"))) { /* can't open the file: don't panic, just return the error message */ dbuf_printf(&line, "ERROR: %s", strerror(errno)); return dbuf_c_str (&line); } else { dbuf_set_length (&lastSrcFile, 0); dbuf_append_str (&lastSrcFile, srcFile); } } if (inLineNo > lineno) { /* past the lineno: rewind the file pointer */ rewind (inFile); inLineNo = 0; /* rewinds++; */ } /* skip lines until lineno */ while (inLineNo + 1 < lineno) { if (!skipLine (inFile)) goto err_no_line; ++inLineNo; } /* get the line */ if (0 != (len = dbuf_getline (&line, inFile))) { const char *inLineString = dbuf_c_str (&line); ++inLineNo; /* remove the trailing NL */ if (len > 0 &&'\n' == inLineString[len - 1]) { dbuf_set_length (&line, --len); inLineString = dbuf_c_str (&line); } /* skip leading spaces */ while (isspace (*inLineString)) inLineString++; return inLineString; } err_no_line: dbuf_printf(&line, "ERROR: no line number %d in file %s", lineno, srcFile); return dbuf_c_str (&line); } static const ASM_MAPPING _asxxxx_mapping[] = { {"labeldef", "%s::"}, {"slabeldef", "%s:"}, {"tlabeldef", "%05d$:"}, {"tlabel", "%05d$"}, {"immed", "#"}, {"zero", "#0x00"}, {"one", "#0x01"}, {"area", ".area %s"}, {"areacode", ".area %s"}, {"areadata", ".area %s"}, {"areahome", ".area %s"}, {"ascii", ".ascii \"%s\""}, {"ds", ".ds %d"}, {"db", ".db"}, {"dbs", ".db %s"}, {"dw", ".dw"}, {"dws", ".dw %s"}, {"constbyte", "0x%02X"}, {"constword", "0x%04X"}, {"immedword", "#0x%04X"}, {"immedbyte", "#0x%02X"}, {"hashedstr", "#%s"}, {"lsbimmeds", "#<%s"}, {"msbimmeds", "#>%s"}, {"module", ".module %s"}, {"global", ".globl %s"}, {"fileprelude", ""}, {"functionheader", "; ---------------------------------\n" "; Function %s\n" "; ---------------------------------" }, {"functionlabeldef", "%s:"}, {"bankimmeds", "0 ; PENDING: bank support"}, {"los", "(%s & 0xFF)"}, {"his", "(%s >> 8)"}, {"hihis", "(%s >> 16)"}, {"hihihis", "(%s >> 24)"}, {"lod", "(%d & 0xFF)"}, {"hid", "(%d >> 8)"}, {"hihid", "(%d >> 16)"}, {"hihihid", "(%d >> 24)"}, {"lol", "(%05d$ & 0xFF)"}, {"hil", "(%05d$ >> 8)"}, {"hihil", "(%05d$ >> 16)"}, {"hihihil", "(%05d$ >> 24)"}, {"equ", "="}, {"org", ".org 0x%04X"}, {NULL, NULL} }; static const ASM_MAPPING _gas_mapping[] = { {"labeldef", "%s::"}, {"slabeldef", "%s:"}, {"tlabeldef", "%05d$:"}, {"tlabel", "%05d$"}, {"immed", "#"}, {"zero", "#0x00"}, {"one", "#0x01"}, {"area", ".section %s"}, {"areacode", ".section %s"}, {"areadata", ".section %s"}, {"areahome", ".section %s"}, {"ascii", ".ascii \"%s\""}, {"ds", ".ds %d"}, {"db", ".db"}, {"dbs", ".db %s"}, {"dw", ".dw"}, {"dws", ".dw %s"}, {"constbyte", "0x%02X"}, {"constword", "0x%04X"}, {"immedword", "#0x%04X"}, {"immedbyte", "#0x%02X"}, {"hashedstr", "#%s"}, {"lsbimmeds", "#<%s"}, {"msbimmeds", "#>%s"}, {"module", ".file \"%s.c\""}, {"global", ".globl %s"}, {"extern", ".globl %s"}, {"fileprelude", ""}, {"functionheader", "; ---------------------------------\n" "; Function %s\n" "; ---------------------------------" }, {"functionlabeldef", "%s:"}, {"bankimmeds", "0 ; PENDING: bank support"}, {NULL, NULL} }; static const ASM_MAPPING _a390_mapping[] = { {"labeldef", "%s:"}, {"slabeldef", "%s:"}, {"tlabeldef", "L%05d:"}, {"tlabel", "L%05d"}, {"immed", "#"}, {"zero", "#0"}, {"one", "#1"}, {"area", "; SECTION NOT SUPPORTED"}, {"areacode", "; SECTION NOT SUPPORTED"}, {"areadata", "; SECTION NOT SUPPORTED"}, {"areahome", "; SECTION NOT SUPPORTED"}, {"ascii", "db \"%s\""}, {"ds", "; STORAGE NOT SUPPORTED"}, {"db", "db"}, {"dbs", "db \"%s\""}, {"dw", "dw"}, {"dws", "dw %s"}, {"constbyte", "0%02xh"}, {"constword", "0%04xh"}, {"immedword", "#0%04Xh"}, {"immedbyte", "#0%02Xh"}, {"hashedstr", "#%s"}, {"lsbimmeds", "#<%s"}, {"msbimmeds", "#>%s"}, {"module", "; .file \"%s.c\""}, {"global", "; .globl %s"}, {"fileprelude", ""}, {"functionheader", "; ---------------------------------\n" "; Function %s\n" "; ---------------------------------" }, {"functionlabeldef", "%s:"}, {"bankimmeds", "0 ; PENDING: bank support"}, {"los", "(%s & 0FFh)"}, {"his", "((%s / 256) & 0FFh)"}, {"hihis", "((%s / 65536) & 0FFh)"}, {"hihihis", "((%s / 16777216) & 0FFh)"}, {"lod", "(%d & 0FFh)"}, {"hid", "((%d / 256) & 0FFh)"}, {"hihid", "((%d / 65536) & 0FFh)"}, {"hihihid", "((%d / 16777216) & 0FFh)"}, {"lol", "(L%05d & 0FFh)"}, {"hil", "((L%05d / 256) & 0FFh)"}, {"hihil", "((L%05d / 65536) & 0FFh)"}, {"hihihil", "((L%09d / 16777216) & 0FFh)"}, {"equ", " equ"}, {"org", ".org 0x%04X"}, {NULL, NULL} }; static const ASM_MAPPING _xa_asm_mapping[] = { {"labeldef", "%s:"}, {"slabeldef", "%s:"}, {"tlabeldef", "L%05d:"}, {"tlabel", "L%05d"}, {"immed", "#"}, {"zero", "#0"}, {"one", "#1"}, {"area", ".area %s"}, {"areacode", ".area %s"}, {"areadata", ".area %s"}, {"areahome", ".area %s"}, {"ascii", ".db \"%s\""}, {"ds", ".ds %d"}, {"db", ".db"}, {"dbs", ".db \"%s\""}, {"dw", ".dw"}, {"dws", ".dw %s"}, {"constbyte", "0x%02x"}, {"constword", "0x%04x"}, {"immedword", "0x%04x"}, {"immedbyte", "0x%02x"}, {"hashedstr", "#%s"}, {"lsbimmeds", "#<%s"}, {"msbimmeds", "#>%s"}, {"module", "; .module %s"}, {"global", ".globl %s"}, {"fileprelude", ""}, {"functionheader", "; ---------------------------------\n" "; Function %s\n" "; ---------------------------------" }, {"functionlabeldef", "%s:"}, {"bankimmeds", "0 ; PENDING: bank support"}, {"los", "(%s & 0FFh)"}, {"his", "((%s / 256) & 0FFh)"}, {"hihis", "((%s / 65536) & 0FFh)"}, {"hihihis", "((%s / 16777216) & 0FFh)"}, {"lod", "(%d & 0FFh)"}, {"hid", "((%d / 256) & 0FFh)"}, {"hihid", "((%d / 65536) & 0FFh)"}, {"hihihid", "((%d / 16777216) & 0FFh)"}, {"lol", "(L%05d & 0FFh)"}, {"hil", "((L%05d / 256) & 0FFh)"}, {"hihil", "((L%05d / 65536) & 0FFh)"}, {"hihihil", "((L%09d / 16777216) & 0FFh)"}, {"equ", " equ"}, {NULL, NULL} }; const ASM_MAPPINGS asm_asxxxx_mapping = { NULL, _asxxxx_mapping }; const ASM_MAPPINGS asm_gas_mapping = { NULL, _gas_mapping }; const ASM_MAPPINGS asm_a390_mapping = { NULL, _a390_mapping }; const ASM_MAPPINGS asm_xa_asm_mapping = { NULL, _xa_asm_mapping }; sdcc-2.9.0/src/SDCCasm.h000066400000000000000000000043141116427777700146400ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCasm.h - header file for all types of stuff to support different assemblers. Written By - Michael Hope 2000 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef ASM_PORT_INCLUDE #define ASM_PORT_INCLUDE #include "dbuf.h" void tfprintf (FILE * fp, const char *szFormat, ...); void tsprintf (char *buffer, size_t len, const char *szFormat, ...); void dbuf_tprintf (struct dbuf_s *dbuf, const char *szFormat, ...); void dbuf_tvprintf (struct dbuf_s *dbuf, const char *szFormat, va_list ap); typedef struct { const char *szKey; const char *szValue; } ASM_MAPPING; typedef struct _ASM_MAPPINGS ASM_MAPPINGS; /* PENDING: could include the peephole rules here as well. */ struct _ASM_MAPPINGS { const ASM_MAPPINGS *pParent; const ASM_MAPPING *pMappings; }; /* The default asxxxx token mapping. */ extern const ASM_MAPPINGS asm_asxxxx_mapping; extern const ASM_MAPPINGS asm_gas_mapping; extern const ASM_MAPPINGS asm_a390_mapping; extern const ASM_MAPPINGS asm_xa_asm_mapping; /** Last entry has szKey = NULL. */ void asm_addTree (const ASM_MAPPINGS *pMappings); char *FileBaseName (char *fileFullName); const char *printILine (iCode *ic); const char *printCLine (const char *srcFile, int lineno); #endif sdcc-2.9.0/src/SDCCast.c000066400000000000000000007224271116427777700146560ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCast.c - source file for parser support & all ast related routines Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #define DEBUG_CF(x) /* puts(x); */ #include "common.h" int currLineno = 0; set *astList = NULL; set *operKeyReset = NULL; ast *staticAutos = NULL; int labelKey = 1; static struct { int count; /* number of inline functions inserted */ symbol * retsym; /* variable for inlined function return value */ symbol * retlab; /* label ending inlined function (virtual return) */ } inlineState; #define LRVAL(x) x->left->rvalue #define RRVAL(x) x->right->rvalue #define TRVAL(x) x->rvalue #define LLVAL(x) x->left->lvalue #define RLVAL(x) x->right->lvalue #define TLVAL(x) x->lvalue #define RTYPE(x) x->right->ftype #define RETYPE(x) x->right->etype #define LTYPE(x) x->left->ftype #define LETYPE(x) x->left->etype #define TTYPE(x) x->ftype #define TETYPE(x) x->etype #define ALLOCATE 1 #define DEALLOCATE 2 int noLineno = 0; int noAlloc = 0; symbol *currFunc=NULL; static ast *createIval (ast *, sym_link *, initList *, ast *, ast *); static ast *createIvalCharPtr (ast *, sym_link *, ast *, ast *); static ast *optimizeCompare (ast *); ast *optimizeRRCRLC (ast *); ast *optimizeSWAP (ast *); ast *optimizeGetHbit (ast *, RESULT_TYPE); ast *optimizeGetAbit (ast *, RESULT_TYPE); ast *optimizeGetByte (ast *, RESULT_TYPE); ast *optimizeGetWord (ast *, RESULT_TYPE); static ast *backPatchLabels (ast *, symbol *, symbol *); void PA(ast *t); int inInitMode = 0; memmap *GcurMemmap=NULL; /* points to the memmap that's currently active */ struct dbuf_s *codeOutBuf; int ptt (ast * tree) { printTypeChain (tree->ftype, stdout); return 0; } /*-----------------------------------------------------------------*/ /* newAst - creates a fresh node for an expression tree */ /*-----------------------------------------------------------------*/ static ast * newAst_ (unsigned type) { ast *ex; ex = Safe_alloc ( sizeof (ast)); ex->type = type; ex->lineno = (noLineno ? 0 : lexLineno); ex->filename = lexFilename; ex->level = NestLevel; ex->block = currBlockno; ex->initMode = inInitMode; ex->seqPoint = seqPointNo; return ex; } ast * newAst_VALUE (value * val) { ast *ex = newAst_ (EX_VALUE); ex->opval.val = val; return ex; } ast * newAst_OP (unsigned op) { ast *ex = newAst_ (EX_OP); ex->opval.op = op; return ex; } ast * newAst_LINK (sym_link * val) { ast *ex = newAst_ (EX_LINK); ex->opval.lnk = val; return ex; } /*-----------------------------------------------------------------*/ /* newNode - creates a new node */ /*-----------------------------------------------------------------*/ ast * newNode (long op, ast * left, ast * right) { ast *ex; ex = newAst_OP (op); ex->left = left; ex->right = right; return ex; } /*-----------------------------------------------------------------*/ /* newIfxNode - creates a new Ifx Node */ /*-----------------------------------------------------------------*/ ast * newIfxNode (ast * condAst, symbol * trueLabel, symbol * falseLabel) { ast *ifxNode; /* if this is a literal then we already know the result */ if (condAst->etype && IS_LITERAL (condAst->etype)) { /* then depending on the expression value */ if (floatFromVal (condAst->opval.val)) ifxNode = newNode (GOTO, newAst_VALUE (symbolVal (trueLabel)), NULL); else ifxNode = newNode (GOTO, newAst_VALUE (symbolVal (falseLabel)), NULL); } else { ifxNode = newNode (IFX, condAst, NULL); ifxNode->trueLabel = trueLabel; ifxNode->falseLabel = falseLabel; } return ifxNode; } /*-----------------------------------------------------------------*/ /* copyAstValues - copies value portion of ast if needed */ /*-----------------------------------------------------------------*/ void copyAstValues (ast * dest, ast * src) { switch (src->opval.op) { case BLOCK: dest->values.sym = copySymbolChain (src->values.sym); break; case SWITCH: dest->values.switchVals.swVals = copyValue (src->values.switchVals.swVals); dest->values.switchVals.swDefault = src->values.switchVals.swDefault; dest->values.switchVals.swNum = src->values.switchVals.swNum; break; case INLINEASM: dest->values.inlineasm = Safe_strdup(src->values.inlineasm); break; case ARRAYINIT: dest->values.constlist = copyLiteralList(src->values.constlist); break; case FOR: AST_FOR (dest, trueLabel) = copySymbol (AST_FOR (src, trueLabel)); AST_FOR (dest, continueLabel) = copySymbol (AST_FOR (src, continueLabel)); AST_FOR (dest, falseLabel) = copySymbol (AST_FOR (src, falseLabel)); AST_FOR (dest, condLabel) = copySymbol (AST_FOR (src, condLabel)); AST_FOR (dest, initExpr) = copyAst (AST_FOR (src, initExpr)); AST_FOR (dest, condExpr) = copyAst (AST_FOR (src, condExpr)); AST_FOR (dest, loopExpr) = copyAst (AST_FOR (src, loopExpr)); } } /*-----------------------------------------------------------------*/ /* copyAst - makes a copy of a given astession */ /*-----------------------------------------------------------------*/ ast * copyAst (ast * src) { ast *dest; if (!src) return NULL; dest = Safe_alloc ( sizeof (ast)); dest->type = src->type; dest->filename = src->filename; dest->lineno = src->lineno; dest->level = src->level; dest->funcName = src->funcName; dest->reversed = src->reversed; if (src->ftype) dest->etype = getSpec (dest->ftype = copyLinkChain (src->ftype)); /* if this is a leaf */ /* if value */ if (src->type == EX_VALUE) { dest->opval.val = copyValue (src->opval.val); goto exit; } /* if link */ if (src->type == EX_LINK) { dest->opval.lnk = copyLinkChain (src->opval.lnk); goto exit; } dest->opval.op = src->opval.op; /* if this is a node that has special values */ copyAstValues (dest, src); dest->trueLabel = copySymbol (src->trueLabel); dest->falseLabel = copySymbol (src->falseLabel); dest->left = copyAst (src->left); dest->right = copyAst (src->right); exit: return dest; } #if 0 /*-----------------------------------------------------------------*/ /* removeIncDecOps: remove for side effects in *_ASSIGN's */ /* "*s++ += 3" -> "*s++ = *s++ + 3" */ /*-----------------------------------------------------------------*/ ast *removeIncDecOps (ast * tree) { // traverse the tree and remove inc/dec ops if (!tree) return NULL; if (tree->type == EX_OP && (tree->opval.op == INC_OP || tree->opval.op == DEC_OP)) { if (tree->left) tree=tree->left; else tree=tree->right; } tree->left=removeIncDecOps(tree->left); tree->right=removeIncDecOps(tree->right); return tree; } /*-----------------------------------------------------------------*/ /* removePreIncDecOps: remove for side effects in *_ASSIGN's */ /* "*++s += 3" -> "*++s = *++s + 3" */ /*-----------------------------------------------------------------*/ ast *removePreIncDecOps (ast * tree) { // traverse the tree and remove pre-inc/dec ops if (!tree) return NULL; if (tree->type == EX_OP && (tree->opval.op == INC_OP || tree->opval.op == DEC_OP)) { if (tree->right) tree=tree->right; } tree->left=removePreIncDecOps(tree->left); tree->right=removePreIncDecOps(tree->right); return tree; } /*-----------------------------------------------------------------*/ /* removePostIncDecOps: remove for side effects in *_ASSIGN's */ /* "*s++ += 3" -> "*s++ = *s++ + 3" */ /*-----------------------------------------------------------------*/ ast *removePostIncDecOps (ast * tree) { // traverse the tree and remove pre-inc/dec ops if (!tree) return NULL; if (tree->type == EX_OP && (tree->opval.op == INC_OP || tree->opval.op == DEC_OP)) { if (tree->left) tree=tree->left; } tree->left=removePostIncDecOps(tree->left); tree->right=removePostIncDecOps(tree->right); return tree; } #endif /*-----------------------------------------------------------------*/ /* replaceAstWithTemporary: Replace the AST pointed to by the arg */ /* with a reference to a new temporary variable. Returns*/ /* an AST which assigns the original value to the */ /* temporary. */ /*-----------------------------------------------------------------*/ static ast *replaceAstWithTemporary(ast **treeptr) { symbol *sym = newSymbol (genSymName(NestLevel), NestLevel ); ast *tempvar; /* Tell gatherImplicitVariables() to automatically give the symbol the correct type */ sym->infertype = 1; sym->type = NULL; sym->etype = NULL; tempvar = newNode('=', newAst_VALUE(symbolVal(sym)), *treeptr); *treeptr = newAst_VALUE(symbolVal(sym)); addSymChain(&sym); return tempvar; } /*-----------------------------------------------------------------*/ /* createRMW: Create a read-modify-write expression, using a */ /* temporary variable if necessary to avoid duplicating */ /* any side effects, for use in e.g. */ /* foo()->count += 5; becomes */ /* tmp = foo(); tmp->count = tmp->count + 5; */ /*-----------------------------------------------------------------*/ ast * createRMW (ast *target, unsigned op, ast *operand) { ast *readval, *writeval; ast *tempvar1 = NULL; ast *tempvar2 = NULL; ast *result; if (!target || !operand) { return NULL; } /* we need to create two copies of target: one to read from and one to write to. but we need to do this without duplicating any side effects that may be contained in the tree. */ if (IS_AST_OP(target)) { /* if this is a dereference, put the referenced item in the temporary */ if (IS_DEREF_OP(target) || target->opval.op == PTR_OP) { /* create a new temporary containing the item being dereferenced */ if (hasSEFcalls(target->left)) tempvar1 = replaceAstWithTemporary(&(target->left)); } else if (target->opval.op == '[') { /* Array access is similar, but we have to avoid side effects in both values [WIML: Why not transform a[b] to *(a+b) in parser?] */ if (hasSEFcalls(target->left)) tempvar1 = replaceAstWithTemporary(&(target->left)); if (hasSEFcalls(target->right)) tempvar2 = replaceAstWithTemporary(&(target->right)); } else if ((target->opval.op == INC_OP) || (target->opval.op == DEC_OP)) { /* illegal pre/post-increment/decrement */ werrorfl (target->filename, target->lineno, E_LVALUE_REQUIRED, "="); } else { /* we would have to handle '.', but it is not generated any more */ wassertl(target->opval.op != '.', "obsolete opcode in tree"); /* no other kinds of ASTs are lvalues and can contain side effects */ } } readval = target; writeval = copyAst(target); result = newNode('=', writeval, newNode(op, readval, operand)); if (tempvar2) result = newNode(',', tempvar2, result); if (tempvar1) result = newNode(',', tempvar1, result); return result; } /*-----------------------------------------------------------------*/ /* hasSEFcalls - returns TRUE if tree has a function call, */ /* inc/decrement, or other side effect */ /*-----------------------------------------------------------------*/ bool hasSEFcalls (ast * tree) { if (!tree) return FALSE; if (tree->type == EX_OP && (tree->opval.op == CALL || tree->opval.op == PCALL || tree->opval.op == '=' || tree->opval.op == INC_OP || tree->opval.op == DEC_OP)) return TRUE; return (hasSEFcalls (tree->left) | hasSEFcalls (tree->right)); } /*-----------------------------------------------------------------*/ /* isAstEqual - compares two asts & returns 1 if they are equal */ /*-----------------------------------------------------------------*/ static int isAstEqual (ast * t1, ast * t2) { if (!t1 && !t2) return 1; if (!t1 || !t2) return 0; /* match type */ if (t1->type != t2->type) return 0; switch (t1->type) { case EX_OP: if (t1->opval.op != t2->opval.op) return 0; return (isAstEqual (t1->left, t2->left) && isAstEqual (t1->right, t2->right)); break; case EX_VALUE: if (t1->opval.val->sym) { if (!t2->opval.val->sym) return 0; else return isSymbolEqual (t1->opval.val->sym, t2->opval.val->sym); } else { if (t2->opval.val->sym) return 0; else return (floatFromVal (t1->opval.val) == floatFromVal (t2->opval.val)); } break; /* only compare these two types */ default: return 0; } return 0; } /*-----------------------------------------------------------------*/ /* resolveSymbols - resolve symbols from the symbol table */ /*-----------------------------------------------------------------*/ ast * resolveSymbols (ast * tree) { /* walk the entire tree and check for values */ /* with symbols if we find one then replace */ /* symbol with that from the symbol table */ if (tree == NULL) return tree; #if 0 /* print the line */ /* if not block & function */ if (tree->type == EX_OP && (tree->opval.op != FUNCTION && tree->opval.op != BLOCK && tree->opval.op != NULLOP)) { filename = tree->filename; lineno = tree->lineno; } #endif /* make sure we resolve the true & false labels for ifx */ if (tree->type == EX_OP && tree->opval.op == IFX) { symbol *csym; if (tree->trueLabel) { if ((csym = findSym (LabelTab, tree->trueLabel, tree->trueLabel->name))) tree->trueLabel = csym; else werrorfl (tree->filename, tree->lineno, E_LABEL_UNDEF, tree->trueLabel->name); } if (tree->falseLabel) { if ((csym = findSym (LabelTab, tree->falseLabel, tree->falseLabel->name))) tree->falseLabel = csym; else werrorfl (tree->filename, tree->lineno, E_LABEL_UNDEF, tree->falseLabel->name); } } /* if this is a label resolve it from the labelTab */ if (IS_AST_VALUE (tree) && tree->opval.val->sym && tree->opval.val->sym->islbl) { symbol *csym = findSym (LabelTab, tree->opval.val->sym, tree->opval.val->sym->name); if (!csym) werrorfl (tree->filename, tree->lineno, E_LABEL_UNDEF, tree->opval.val->sym->name); else tree->opval.val->sym = csym; goto resolveChildren; } /* do only for leafs */ if (IS_AST_VALUE (tree) && tree->opval.val->sym && !tree->opval.val->sym->implicit) { symbol *csym = findSymWithLevel (SymbolTab, tree->opval.val->sym); /* if found in the symbol table & they are not the same */ if (csym && tree->opval.val->sym != csym) { tree->opval.val->sym = csym; tree->opval.val->type = csym->type; tree->opval.val->etype = csym->etype; } /* if not found in the symbol table */ /* mark it as undefined & assume it */ /* is an integer in data space */ if (!csym && !tree->opval.val->sym->implicit) { /* if this is a function name then */ /* mark it as returning an int */ if (tree->funcName) { tree->opval.val->sym->type = newLink (DECLARATOR); DCL_TYPE (tree->opval.val->sym->type) = FUNCTION; tree->opval.val->sym->type->next = tree->opval.val->sym->etype = newIntLink (); tree->opval.val->etype = tree->opval.val->etype; tree->opval.val->type = tree->opval.val->sym->type; werrorfl (tree->filename, tree->lineno, W_IMPLICIT_FUNC, tree->opval.val->sym->name); //tree->opval.val->sym->undefined = 1; allocVariables (tree->opval.val->sym); } else { tree->opval.val->sym->undefined = 1; tree->opval.val->type = tree->opval.val->etype = newIntLink (); tree->opval.val->sym->type = tree->opval.val->sym->etype = newIntLink (); } } } resolveChildren: resolveSymbols (tree->left); resolveSymbols (tree->right); return tree; } /*------------------------------------------------------------------------*/ /* setAstFileLine - walks a ast tree & sets the file name and line number */ /*------------------------------------------------------------------------*/ int setAstFileLine (ast * tree, char *filename, int lineno) { if (!tree) return 0; tree->filename = filename; tree->lineno = lineno; setAstFileLine (tree->left, filename, lineno); setAstFileLine (tree->right, filename, lineno); return 0; } /*-----------------------------------------------------------------*/ /* funcOfType :- function of type with name */ /*-----------------------------------------------------------------*/ symbol * funcOfType (char *name, sym_link * type, sym_link * argType, int nArgs, int rent) { symbol *sym; /* create the symbol */ sym = newSymbol (name, 0); /* setup return value */ sym->type = newLink (DECLARATOR); DCL_TYPE (sym->type) = FUNCTION; sym->type->next = copyLinkChain (type); sym->etype = getSpec (sym->type); FUNC_ISREENT(sym->type) = rent ? 1 : 0; /* if arguments required */ if (nArgs) { value *args; args = FUNC_ARGS(sym->type) = newValue (); while (nArgs--) { args->type = copyLinkChain (argType); args->etype = getSpec (args->type); SPEC_EXTR(args->etype)=1; if (!nArgs) break; args = args->next = newValue (); } } /* save it */ addSymChain (&sym); sym->cdef = 1; allocVariables (sym); return sym; } /*-----------------------------------------------------------------*/ /* funcOfTypeVarg :- function of type with name and argtype */ /*-----------------------------------------------------------------*/ symbol * funcOfTypeVarg (char *name, char * rtype, int nArgs , char **atypes) { symbol *sym; int i ; /* create the symbol */ sym = newSymbol (name, 0); /* setup return value */ sym->type = newLink (DECLARATOR); DCL_TYPE (sym->type) = FUNCTION; sym->type->next = typeFromStr(rtype); sym->etype = getSpec (sym->type); /* if arguments required */ if (nArgs) { value *args; args = FUNC_ARGS(sym->type) = newValue (); for ( i = 0 ; i < nArgs ; i++ ) { args->type = typeFromStr(atypes[i]); args->etype = getSpec (args->type); SPEC_EXTR(args->etype)=1; if ((i + 1) == nArgs) break; args = args->next = newValue (); } } /* save it */ addSymChain (&sym); sym->cdef = 1; allocVariables (sym); return sym; } /*-----------------------------------------------------------------*/ /* reverseParms - will reverse a parameter tree */ /*-----------------------------------------------------------------*/ static void reverseParms (ast * ptree) { ast *ttree; if (!ptree) return; /* top down if we find a nonParm tree then quit */ if (ptree->type == EX_OP && ptree->opval.op == PARAM && !ptree->reversed) { /* The various functions expect the parameter tree to be right heavy. */ /* Rotate the tree to be left heavy so that after reversal it is */ /* right heavy again. */ while ((ttree = ptree->right) && ttree->type == EX_OP && ttree->opval.op == PARAM) { ptree->right = ttree->right; ttree->right = ttree->left; ttree->left = ptree->left; ptree->left = ttree; } /* Now reverse */ ttree = ptree->left; ptree->left = ptree->right; ptree->right = ttree; ptree->reversed = 1; reverseParms (ptree->left); reverseParms (ptree->right); } return; } /*-----------------------------------------------------------------*/ /* processParms - makes sure the parameters are okay and do some */ /* processing with them */ /*-----------------------------------------------------------------*/ static int processParms (ast *func, value *defParm, ast **actParm, int *parmNumber, /* unused, although updated */ bool rightmost) { RESULT_TYPE resultType; sym_link *functype; /* if none of them exist */ if (!defParm && !*actParm) return 0; if (defParm) { if (getenv("DEBUG_SANITY")) { fprintf (stderr, "processParms: %s ", defParm->name); } /* make sure the type is complete and sane */ checkTypeSanity(defParm->etype, defParm->name); } if (IS_CODEPTR (func->ftype)) functype = func->ftype->next; else functype = func->ftype; /* if the function is being called via a pointer & */ /* it has not been defined reentrant then we cannot */ /* have parameters */ /* PIC16 port can... */ if (!TARGET_IS_PIC16) { if (func->type != EX_VALUE && !IFFUNC_ISREENT (functype) && !options.stackAuto) { werror (E_NONRENT_ARGS); fatalError++; return 1; } } /* if defined parameters ended but actual parameters */ /* exist and this is not defined as a variable arg */ if (!defParm && *actParm && !IFFUNC_HASVARARGS(functype)) { werror (E_TOO_MANY_PARMS); return 1; } /* if defined parameters present but no actual parameters */ if (defParm && !*actParm) { werror (E_TOO_FEW_PARMS); return 1; } /* if this is a PARAM node then match left & right */ if ((*actParm)->type == EX_OP && (*actParm)->opval.op == PARAM) { (*actParm)->decorated = 1; return (processParms (func, defParm, &(*actParm)->left, parmNumber, FALSE) || processParms (func, defParm ? defParm->next : NULL, &(*actParm)->right, parmNumber, rightmost)); } else if (defParm) /* not vararg */ { /* If we have found a value node by following only right-hand links, * then we know that there are no more values after us. * * Therefore, if there are more defined parameters, the caller didn't * supply enough. */ if (rightmost && defParm->next) { werror (E_TOO_FEW_PARMS); return 1; } } /* decorate parameter */ resultType = defParm ? getResultTypeFromType (defParm->type) : RESULT_TYPE_NONE; *actParm = decorateType (*actParm, resultType); if (IS_VOID((*actParm)->ftype)) { werror (E_VOID_VALUE_USED); return 1; } /* If this is a varargs function... */ if (!defParm && *actParm && IFFUNC_HASVARARGS(functype)) { ast *newType = NULL; sym_link *ftype; /* don't perform integer promotion of explicitly typecasted variable arguments * if sdcc extensions are enabled */ if (options.std_sdcc && (IS_CAST_OP (*actParm) || (IS_AST_SYM_VALUE (*actParm) && AST_VALUES (*actParm, removedCast)) || (IS_AST_LIT_VALUE (*actParm) && AST_VALUES (*actParm, literalFromCast)))) { /* Parameter was explicitly typecast; don't touch it. */ return 0; } ftype = (*actParm)->ftype; /* If it's a char, upcast to int. */ if (IS_INTEGRAL (ftype) && (getSize (ftype) < (unsigned) INTSIZE)) { newType = newAst_LINK(INTTYPE); } if (IS_PTR(ftype) && !IS_GENPTR(ftype)) { newType = newAst_LINK (copyLinkChain(ftype)); DCL_TYPE (newType->opval.lnk) = port->unqualified_pointer; } if (IS_AGGREGATE (ftype)) { newType = newAst_LINK (copyLinkChain (ftype)); DCL_TYPE (newType->opval.lnk) = port->unqualified_pointer; } if (newType) { /* cast required; change this op to a cast. */ (*actParm)->decorated = 0; *actParm = newNode (CAST, newType, *actParm); (*actParm)->filename = (*actParm)->right->filename; (*actParm)->lineno = (*actParm)->right->lineno; decorateType (*actParm, RESULT_TYPE_NONE); } return 0; } /* vararg */ /* if defined parameters ended but actual has not & */ /* reentrant */ if (!defParm && *actParm && (options.stackAuto || IFFUNC_ISREENT (functype))) return 0; resolveSymbols (*actParm); /* the parameter type must be at least castable */ if (compareType (defParm->type, (*actParm)->ftype) == 0) { werror (E_INCOMPAT_TYPES); printFromToType ((*actParm)->ftype, defParm->type); return 1; } /* if the parameter is castable then add the cast */ if (compareType (defParm->type, (*actParm)->ftype) < 0) { ast *pTree; resultType = getResultTypeFromType (defParm->etype); pTree = resolveSymbols (copyAst (*actParm)); /* now change the current one to a cast */ (*actParm)->type = EX_OP; (*actParm)->opval.op = CAST; (*actParm)->left = newAst_LINK (defParm->type); (*actParm)->right = pTree; (*actParm)->decorated = 0; /* force typechecking */ decorateType (*actParm, IS_GENPTR (defParm->type) ? RESULT_TYPE_GPTR : resultType); } /* make a copy and change the regparm type to the defined parm */ (*actParm)->etype = getSpec ((*actParm)->ftype = copyLinkChain ((*actParm)->ftype)); SPEC_REGPARM ((*actParm)->etype) = SPEC_REGPARM (defParm->etype); SPEC_ARGREG ((*actParm)->etype) = SPEC_ARGREG (defParm->etype); /* if the function is being called via a pointer & */ /* this parameter is not passed in registers */ /* then the function must be defined reentrant */ if (IS_FUNCPTR (func->ftype) && !SPEC_REGPARM ((*actParm)->etype) && !IFFUNC_ISREENT (functype) && !options.stackAuto) { werror (E_NONRENT_ARGS); fatalError++; return 1; } (*parmNumber)++; return 0; } /*-----------------------------------------------------------------*/ /* createIvalType - generates ival for basic types */ /*-----------------------------------------------------------------*/ static ast * createIvalType (ast * sym, sym_link * type, initList * ilist) { ast *iExpr; /* if initList is deep */ if (ilist && ilist->type == INIT_DEEP) ilist = ilist->init.deep; if (ilist) iExpr = decorateType (resolveSymbols (list2expr (ilist)), RESULT_TYPE_NONE); else iExpr = newAst_VALUE (valueFromLit (0)); return decorateType (newNode ('=', sym, iExpr), RESULT_TYPE_NONE); } /*-----------------------------------------------------------------*/ /* createIvalStruct - generates initial value for structures */ /*-----------------------------------------------------------------*/ static ast * createIvalStruct (ast *sym, sym_link *type, initList *ilist, ast *rootValue) { ast *rast = NULL; ast *lAst; symbol *sflds; initList *iloop; sym_link * etype = getSpec (type); if (ilist && ilist->type != INIT_DEEP) { werror (E_INIT_STRUCT, ""); return NULL; } iloop = ilist ? ilist->init.deep : NULL; for (sflds = SPEC_STRUCT (type)->fields; sflds; sflds = sflds->next) { /* if we have come to end */ if (!iloop && (!AST_SYMBOL (rootValue)->islocal || SPEC_STAT (etype))) break; if (!IS_BITFIELD (sflds->type) || !SPEC_BUNNAMED (sflds->etype)) { sflds->implicit = 1; lAst = newNode (PTR_OP, newNode ('&', sym, NULL), newAst_VALUE (symbolVal (sflds))); lAst = decorateType (resolveSymbols (lAst), RESULT_TYPE_NONE); rast = decorateType (resolveSymbols (createIval (lAst, sflds->type, iloop, rast, rootValue)), RESULT_TYPE_NONE); iloop = iloop ? iloop->next : NULL; } } if (iloop) { if (IS_AST_VALUE (sym)) werrorfl (sym->opval.val->sym->fileDef, sym->opval.val->sym->lineDef, W_EXCESS_INITIALIZERS, "struct", sym->opval.val->sym->name); else werrorfl (sym->filename, sym->lineno, E_INIT_COUNT); } return rast; } /*-----------------------------------------------------------------*/ /* createIvalArray - generates code for array initialization */ /*-----------------------------------------------------------------*/ static ast * createIvalArray (ast * sym, sym_link * type, initList * ilist, ast *rootValue) { ast *rast = NULL; initList *iloop; int lcnt = 0, size = 0; literalList *literalL; sym_link * etype = getSpec (type); /* take care of the special case */ /* array of characters can be init */ /* by a string */ if (IS_CHAR (type->next)) if ((rast = createIvalCharPtr (sym, type, decorateType (resolveSymbols (list2expr (ilist)), RESULT_TYPE_NONE), rootValue))) return decorateType (resolveSymbols (rast), RESULT_TYPE_NONE); /* not the special case */ if (ilist && ilist->type != INIT_DEEP) { werror (E_INIT_STRUCT, ""); return NULL; } iloop = ilist ? ilist->init.deep : NULL; lcnt = DCL_ELEM (type); if (!iloop && (!lcnt || !DCL_ELEM (type) || !AST_SYMBOL (rootValue)->islocal || SPEC_STAT (etype))) { return NULL; } if (port->arrayInitializerSuppported && convertIListToConstList(ilist, &literalL, lcnt)) { ast *aSym; aSym = decorateType (resolveSymbols(sym), RESULT_TYPE_NONE); rast = newNode(ARRAYINIT, aSym, NULL); rast->values.constlist = literalL; // Make sure size is set to length of initializer list. while (iloop) { size++; iloop = iloop->next; } if (lcnt && size > lcnt) { // Array size was specified, and we have more initializers than needed. werrorfl (sym->opval.val->sym->fileDef, sym->opval.val->sym->lineDef, W_EXCESS_INITIALIZERS, "array", sym->opval.val->sym->name); } } else { for (;;) { ast *aSym; if (!iloop && (!lcnt || !DCL_ELEM (type) || !AST_SYMBOL (rootValue)->islocal || SPEC_STAT (etype))) { break; } aSym = newNode ('[', sym, newAst_VALUE (valueFromLit ((float) (size++)))); aSym = decorateType (resolveSymbols (aSym), RESULT_TYPE_NONE); rast = createIval (aSym, type->next, iloop, rast, rootValue); lcnt--; iloop = (iloop ? iloop->next : NULL); /* no of elements given and we */ /* have generated for all of them */ if (!lcnt && iloop) { // is this a better way? at least it won't crash char *name = (IS_AST_SYM_VALUE(sym)) ? AST_SYMBOL(sym)->name : ""; werrorfl (iloop->filename, iloop->lineno, W_EXCESS_INITIALIZERS, "array", name); break; } } } /* if we have not been given a size */ if (!DCL_ELEM (type)) { /* check, if it's a flexible array */ if (IS_STRUCT (AST_VALUE (rootValue)->type)) AST_SYMBOL(rootValue)->flexArrayLength = size * getSize (type->next); else DCL_ELEM (type) = size; } return decorateType (resolveSymbols (rast), RESULT_TYPE_NONE); } /*-----------------------------------------------------------------*/ /* createIvalCharPtr - generates initial values for char pointers */ /*-----------------------------------------------------------------*/ static ast * createIvalCharPtr (ast * sym, sym_link * type, ast * iexpr, ast *rootVal) { ast *rast = NULL; unsigned size = 0; /* if this is a pointer & right is a literal array then */ /* just assignment will do */ if (IS_PTR (type) && ((IS_LITERAL (iexpr->etype) || SPEC_SCLS (iexpr->etype) == S_CODE) && IS_ARRAY (iexpr->ftype))) return newNode ('=', sym, iexpr); /* left side is an array so we have to assign each element */ if (!iexpr) { /* for each character generate an assignment */ /* to the array element */ unsigned int i = 0; unsigned int symsize = getSize (type); if (!AST_SYMBOL (rootVal)->islocal || SPEC_STAT (getSpec (type))) return NULL; for (i = 0; i < symsize; ++i) { rast = newNode (NULLOP, rast, newNode ('=', newNode ('[', sym, newAst_VALUE (valueFromLit ((float) i))), newAst_VALUE (valueFromLit (0)))); } return decorateType (resolveSymbols (rast), RESULT_TYPE_NONE); } if ((IS_LITERAL (iexpr->etype) || SPEC_SCLS (iexpr->etype) == S_CODE) && IS_ARRAY (iexpr->ftype)) { /* for each character generate an assignment */ /* to the array element */ char *s = SPEC_CVAL (iexpr->etype).v_char; unsigned int i = 0; unsigned int symsize = getSize (type); size = getSize (iexpr->ftype); if (symsize && size > symsize) { if (size > symsize) { char *name = (IS_AST_SYM_VALUE(sym)) ? AST_SYMBOL(sym)->name : ""; werrorfl (iexpr->filename, iexpr->lineno, W_EXCESS_INITIALIZERS, "string", name); } size = symsize; } for (i = 0; i < size; i++) { rast = newNode (NULLOP, rast, newNode ('=', newNode ('[', sym, newAst_VALUE (valueFromLit ((float) i))), newAst_VALUE (valueFromLit (*s++)))); } // now WE don't need iexpr's symbol anymore freeStringSymbol(AST_SYMBOL(iexpr)); /* if we have not been given a size */ if (!DCL_ELEM (type)) { /* check, if it's a flexible array */ if (IS_STRUCT (AST_VALUE (rootVal)->type)) AST_SYMBOL(rootVal)->flexArrayLength = size * getSize (type->next); else DCL_ELEM (type) = size; } return decorateType (resolveSymbols (rast), RESULT_TYPE_NONE); } return NULL; } /*-----------------------------------------------------------------*/ /* createIvalPtr - generates initial value for pointers */ /*-----------------------------------------------------------------*/ static ast * createIvalPtr (ast * sym, sym_link * type, initList * ilist, ast *rootVal) { ast *rast; ast *iexpr; /* if deep then */ if (ilist && ilist->type == INIT_DEEP) ilist = ilist->init.deep; iexpr = decorateType (resolveSymbols (list2expr (ilist)), RESULT_TYPE_NONE); /* if character pointer */ if (IS_CHAR (type->next)) if ((rast = createIvalCharPtr (sym, type, iexpr, rootVal))) return rast; return newNode ('=', sym, iexpr); } /*-----------------------------------------------------------------*/ /* createIval - generates code for initial value */ /*-----------------------------------------------------------------*/ static ast * createIval (ast * sym, sym_link * type, initList * ilist, ast * wid, ast *rootValue) { ast *rast = NULL; if (!ilist && (!AST_SYMBOL (rootValue)->islocal || SPEC_STAT (getSpec (type)))) return NULL; /* if structure then */ if (IS_STRUCT (type)) rast = createIvalStruct (sym, type, ilist, rootValue); else /* if this is a pointer */ if (IS_PTR (type)) rast = createIvalPtr (sym, type, ilist, rootValue); else /* if this is an array */ if (IS_ARRAY (type)) rast = createIvalArray (sym, type, ilist, rootValue); else /* if type is SPECIFIER */ if (IS_SPEC (type)) rast = createIvalType (sym, type, ilist); if (wid) return decorateType (resolveSymbols (newNode (NULLOP, wid, rast)), RESULT_TYPE_NONE); else return decorateType (resolveSymbols (rast), RESULT_TYPE_NONE); } /*-----------------------------------------------------------------*/ /* initAggregates - initialises aggregate variables with initv */ /*-----------------------------------------------------------------*/ ast * initAggregates (symbol * sym, initList * ival, ast * wid) { ast *newAst = newAst_VALUE (symbolVal (sym)); return createIval (newAst, sym->type, ival, wid, newAst); } /*-----------------------------------------------------------------*/ /* gatherAutoInit - creates assignment expressions for initial */ /* values */ /*-----------------------------------------------------------------*/ static ast * gatherAutoInit (symbol * autoChain) { ast *init = NULL; ast *work; symbol *sym; inInitMode = 1; for (sym = autoChain; sym; sym = sym->next) { /* resolve the symbols in the ival */ if (sym->ival) resolveIvalSym (sym->ival, sym->type); #if 1 /* if we are PIC16 port, * and this is a static, * and have initial value, * and not S_CODE, don't emit in gs segment, * but allow glue.c:pic16emitRegularMap to put symbol * in idata section */ if(TARGET_IS_PIC16 && IS_STATIC (sym->etype) && sym->ival && SPEC_SCLS(sym->etype) != S_CODE) { SPEC_SCLS (sym->etype) = S_DATA; continue; } #endif /* if this is a static variable & has an */ /* initial value the code needs to be lifted */ /* here to the main portion since they can be */ /* initialised only once at the start */ if (IS_STATIC (sym->etype) && sym->ival && SPEC_SCLS (sym->etype) != S_CODE) { symbol *newSym; /* insert the symbol into the symbol table */ /* with level = 0 & name = rname */ newSym = copySymbol (sym); addSym (SymbolTab, newSym, newSym->rname, 0, 0, 1); /* now lift the code to main */ if (IS_AGGREGATE (sym->type)) { work = initAggregates (sym, sym->ival, NULL); } else { if (getNelements(sym->type, sym->ival)>1) { werrorfl (sym->fileDef, sym->lineDef, W_EXCESS_INITIALIZERS, "scalar", sym->name); } work = newNode ('=', newAst_VALUE (symbolVal (newSym)), list2expr (sym->ival)); } setAstFileLine (work, sym->fileDef, sym->lineDef); sym->ival = NULL; if (staticAutos) staticAutos = newNode (NULLOP, staticAutos, work); else staticAutos = work; continue; } /* if there is an initial value */ if (sym->ival && SPEC_SCLS (sym->etype) != S_CODE) { initList *ilist = sym->ival; while (ilist->type == INIT_DEEP) { ilist = ilist->init.deep; } /* update lineno for error msg */ filename = sym->fileDef; lineno = sym->lineDef; setAstFileLine (ilist->init.node, sym->fileDef, sym->lineDef); if (IS_AGGREGATE (sym->type)) { work = initAggregates (sym, sym->ival, NULL); } else { if (getNelements(sym->type, sym->ival)>1) { werrorfl (sym->fileDef, sym->lineDef, W_EXCESS_INITIALIZERS, "scalar", sym->name); } work = newNode ('=', newAst_VALUE (symbolVal (sym)), list2expr (sym->ival)); } // just to be sure setAstFileLine (work, sym->fileDef, sym->lineDef); sym->ival = NULL; if (init) init = newNode (NULLOP, init, work); else init = work; } } inInitMode = 0; return init; } /*-----------------------------------------------------------------*/ /* freeStringSymbol - delete a literal string if no more usage */ /*-----------------------------------------------------------------*/ void freeStringSymbol(symbol *sym) { /* make sure this is a literal string */ assert (sym->isstrlit); if (--sym->isstrlit == 0) { // lower the usage count memmap *segment=SPEC_OCLS(sym->etype); if (segment) { deleteSetItem(&segment->syms, sym); } } } /*-----------------------------------------------------------------*/ /* stringToSymbol - creates a symbol from a literal string */ /*-----------------------------------------------------------------*/ static value * stringToSymbol (value * val) { char name[SDCC_NAME_MAX + 1]; static int charLbl = 0; symbol *sym; set *sp; unsigned int size; // have we heard this before? for (sp = statsg->syms; sp; sp = sp->next) { sym = sp->item; size = getSize (sym->type); if (sym->isstrlit && size == getSize (val->type) && !memcmp (SPEC_CVAL (sym->etype).v_char, SPEC_CVAL (val->etype).v_char, size)) { // yes, this is old news. Don't publish it again. sym->isstrlit++; // but raise the usage count return symbolVal (sym); } } SNPRINTF (name, sizeof(name), "_str_%d", charLbl++); sym = newSymbol (name, 0); /* make it @ level 0 */ strncpyz (sym->rname, name, SDCC_NAME_MAX); /* copy the type from the value passed */ sym->type = copyLinkChain (val->type); sym->etype = getSpec (sym->type); /* change to storage class & output class */ SPEC_SCLS (sym->etype) = S_CODE; SPEC_CVAL (sym->etype).v_char = SPEC_CVAL (val->etype).v_char; SPEC_STAT (sym->etype) = 1; /* make the level & block = 0 */ sym->block = sym->level = 0; sym->isstrlit = 1; /* create an ival */ sym->ival = newiList (INIT_NODE, newAst_VALUE (val)); if (noAlloc == 0) { /* allocate it */ addSymChain (&sym); allocVariables (sym); } sym->ival = NULL; return symbolVal (sym); } /*-----------------------------------------------------------------*/ /* processBlockVars - will go thru the ast looking for block if */ /* a block is found then will allocate the syms */ /* will also gather the auto inits present */ /*-----------------------------------------------------------------*/ ast * processBlockVars (ast * tree, int *stack, int action) { if (!tree) return NULL; /* if this is a block */ if (tree->type == EX_OP && tree->opval.op == BLOCK) { ast *autoInit; if (action == ALLOCATE) { *stack += allocVariables (tree->values.sym); autoInit = gatherAutoInit (tree->values.sym); /* if there are auto inits then do them */ if (autoInit) tree->left = newNode (NULLOP, autoInit, tree->left); } else /* action is deallocate */ deallocLocal (tree->values.sym); } processBlockVars (tree->left, stack, action); processBlockVars (tree->right, stack, action); return tree; } /*-------------------------------------------------------------*/ /* constExprTree - returns TRUE if this tree is a constant */ /* expression */ /*-------------------------------------------------------------*/ bool constExprTree (ast *cexpr) { if (!cexpr) { return TRUE; } cexpr = decorateType (resolveSymbols (cexpr), RESULT_TYPE_NONE); switch (cexpr->type) { case EX_VALUE: if (IS_AST_LIT_VALUE(cexpr)) { // this is a literal return TRUE; } if (IS_AST_SYM_VALUE(cexpr) && IS_FUNC(AST_SYMBOL(cexpr)->type)) { // a function's address will never change return TRUE; } if (IS_AST_SYM_VALUE(cexpr) && IS_ARRAY(AST_SYMBOL(cexpr)->type)) { // an array's address will never change return TRUE; } if (IS_AST_SYM_VALUE(cexpr) && IN_CODESPACE(SPEC_OCLS(AST_SYMBOL(cexpr)->etype))) { // a symbol in code space will never change // This is only for the 'char *s="hallo"' case and will have to leave //printf(" code space symbol"); return TRUE; } return FALSE; case EX_LINK: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "unexpected link in expression tree\n"); return FALSE; case EX_OP: if (cexpr->opval.op==ARRAYINIT) { // this is a list of literals return TRUE; } if (cexpr->opval.op=='=') { return constExprTree(cexpr->right); } if (cexpr->opval.op==CAST) { // cast ignored, maybe we should throw a warning here? return constExprTree(cexpr->right); } if (cexpr->opval.op=='&') { return TRUE; } if (cexpr->opval.op==CALL || cexpr->opval.op==PCALL) { return FALSE; } if (constExprTree(cexpr->left) && constExprTree(cexpr->right)) { return TRUE; } return FALSE; case EX_OPERAND: return IS_CONSTANT(operandType(cexpr->opval.oprnd)); } return FALSE; } /*-----------------------------------------------------------------*/ /* constExprValue - returns the value of a constant expression */ /* or NULL if it is not a constant expression */ /*-----------------------------------------------------------------*/ value * constExprValue (ast * cexpr, int check) { cexpr = decorateType (resolveSymbols (cexpr), RESULT_TYPE_NONE); /* if this is not a constant then */ if (!IS_LITERAL (cexpr->ftype)) { /* then check if this is a literal array in code segment */ if (SPEC_SCLS (cexpr->etype) == S_CODE && SPEC_CVAL (cexpr->etype).v_char && IS_ARRAY (cexpr->ftype)) { value *val = valFromType (cexpr->ftype); SPEC_SCLS (val->etype) = S_LITERAL; val->sym = cexpr->opval.val->sym; val->sym->type = copyLinkChain (cexpr->ftype); val->sym->etype = getSpec (val->sym->type); strncpyz (val->name, cexpr->opval.val->sym->rname, SDCC_NAME_MAX); return val; } /* if we are casting a literal value then */ if (IS_AST_OP (cexpr) && cexpr->opval.op == CAST && IS_LITERAL (cexpr->right->ftype)) { return valCastLiteral (cexpr->ftype, floatFromVal (cexpr->right->opval.val)); } if (IS_AST_VALUE (cexpr)) { return cexpr->opval.val; } if (check) werror (E_CONST_EXPECTED, "found expression"); return NULL; } /* return the value */ if (IS_AST_VALUE (cexpr)) { return cexpr->opval.val; } return NULL; } /*-----------------------------------------------------------------*/ /* isLabelInAst - will return true if a given label is found */ /*-----------------------------------------------------------------*/ bool isLabelInAst (symbol * label, ast * tree) { if (!tree || IS_AST_VALUE (tree) || IS_AST_LINK (tree)) return FALSE; if (IS_AST_OP (tree) && tree->opval.op == LABEL && isSymbolEqual (AST_SYMBOL (tree->left), label)) return TRUE; return isLabelInAst (label, tree->right) && isLabelInAst (label, tree->left); } /*-----------------------------------------------------------------*/ /* isLoopCountable - return true if the loop count can be determi- */ /* -ned at compile time . */ /*-----------------------------------------------------------------*/ static bool isLoopCountable (ast * initExpr, ast * condExpr, ast * loopExpr, symbol ** sym, ast ** init, ast ** end) { /* the loop is considered countable if the following conditions are true :- a) initExpr :- = b) condExpr :- < c) loopExpr :- ++ */ /* first check the initExpr */ if (IS_AST_OP (initExpr) && initExpr->opval.op == '=' && /* is assignment */ IS_AST_SYM_VALUE (initExpr->left)) { /* left is a symbol */ *sym = AST_SYMBOL (initExpr->left); *init = initExpr->right; } else return FALSE; /* don't reverse loop with volatile counter */ if (IS_VOLATILE ((*sym)->type)) return FALSE; /* for now the symbol has to be of integral type */ if (!IS_INTEGRAL ((*sym)->type)) return FALSE; /* now check condExpr */ if (IS_AST_OP (condExpr)) { switch (condExpr->opval.op) { case '<': if (IS_AST_SYM_VALUE (condExpr->left) && isSymbolEqual (*sym, AST_SYMBOL (condExpr->left)) && IS_AST_LIT_VALUE (condExpr->right)) { *end = condExpr->right; break; } return FALSE; case '!': if (IS_AST_OP (condExpr->left) && condExpr->left->opval.op == '>' && IS_AST_LIT_VALUE (condExpr->left->right) && IS_AST_SYM_VALUE (condExpr->left->left) && isSymbolEqual (*sym, AST_SYMBOL (condExpr->left->left))) { *end = newNode ('+', condExpr->left->right, newAst_VALUE (constCharVal (1))); break; } return FALSE; default: return FALSE; } } else return FALSE; /* check loop expression is of the form ++ */ if (!IS_AST_OP (loopExpr)) return FALSE; /* check if ++ */ if (loopExpr->opval.op == INC_OP) { if (loopExpr->left) { /* pre */ if (IS_AST_SYM_VALUE (loopExpr->left) && isSymbolEqual (*sym, AST_SYMBOL (loopExpr->left))) return TRUE; } else { /* post */ if (IS_AST_SYM_VALUE (loopExpr->right) && isSymbolEqual (*sym, AST_SYMBOL (loopExpr->right))) return TRUE; } } else { /* check for += */ if (loopExpr->opval.op == ADD_ASSIGN) { if (IS_AST_SYM_VALUE (loopExpr->left) && isSymbolEqual (*sym, AST_SYMBOL (loopExpr->left)) && IS_AST_LIT_VALUE (loopExpr->right) && AST_ULONG_VALUE (loopExpr->right) != 1) return TRUE; } } return FALSE; } /*-----------------------------------------------------------------*/ /* astHasVolatile - returns true if ast contains any volatile */ /*-----------------------------------------------------------------*/ bool astHasVolatile (ast * tree) { if (!tree) return FALSE; if (TETYPE (tree) && IS_VOLATILE (TETYPE (tree))) return TRUE; if (IS_AST_OP (tree)) return astHasVolatile (tree->left) || astHasVolatile (tree->right); else return FALSE; } /*-----------------------------------------------------------------*/ /* astHasPointer - return true if the ast contains any ptr variable */ /*-----------------------------------------------------------------*/ bool astHasPointer (ast * tree) { if (!tree) return FALSE; if (IS_AST_LINK (tree)) return TRUE; /* if we hit an array expression then check only the left side */ if (IS_AST_OP (tree) && tree->opval.op == '[') return astHasPointer (tree->left); if (IS_AST_VALUE (tree)) return IS_PTR (tree->ftype) || IS_ARRAY (tree->ftype); return astHasPointer (tree->left) || astHasPointer (tree->right); } /*-----------------------------------------------------------------*/ /* astHasSymbol - return true if the ast has the given symbol */ /*-----------------------------------------------------------------*/ bool astHasSymbol (ast * tree, symbol * sym) { if (!tree || IS_AST_LINK (tree)) return FALSE; if (IS_AST_VALUE (tree)) { if (IS_AST_SYM_VALUE (tree)) return isSymbolEqual (AST_SYMBOL (tree), sym); else return FALSE; } return astHasSymbol (tree->left, sym) || astHasSymbol (tree->right, sym); } /*-----------------------------------------------------------------*/ /* astHasDeref - return true if the ast has an indirect access */ /*-----------------------------------------------------------------*/ static bool astHasDeref (ast * tree) { if (!tree || IS_AST_LINK (tree) || IS_AST_VALUE(tree)) return FALSE; if (tree->opval.op == '*' && tree->right == NULL) return TRUE; return astHasDeref (tree->left) || astHasDeref (tree->right); } /*-----------------------------------------------------------------*/ /* isConformingBody - the loop body has to conform to a set of */ /* rules for the loop to be considered reversible read on for rules*/ /*-----------------------------------------------------------------*/ bool isConformingBody (ast * pbody, symbol * sym, ast * body) { /* we are going to do a pre-order traversal of the tree && check for the following conditions. (essentially a set of very shallow tests ) a) the sym passed does not participate in any arithmetic operation b) There are no function calls c) all jumps are within the body d) address of loop control variable not taken e) if an assignment has a pointer on the left hand side make sure right does not have loop control variable */ /* if we reach the end or a leaf then true */ if (!pbody || IS_AST_LINK (pbody) || IS_AST_VALUE (pbody)) return TRUE; /* if anything else is "volatile" */ if (IS_VOLATILE (TETYPE (pbody))) return FALSE; /* we will walk the body in a pre-order traversal for efficiency sake */ switch (pbody->opval.op) { /*------------------------------------------------------------------*/ case '[': // if the loopvar is used as an index /* array op is commutative -- must check both left & right */ if (astHasSymbol(pbody->right, sym) || astHasSymbol(pbody->left, sym)) { return FALSE; } return isConformingBody (pbody->right, sym, body) && isConformingBody (pbody->left, sym, body); /*------------------------------------------------------------------*/ case PTR_OP: case '.': return TRUE; /*------------------------------------------------------------------*/ case INC_OP: case DEC_OP: /* sure we are not sym is not modified */ if (pbody->left && IS_AST_SYM_VALUE (pbody->left) && isSymbolEqual (AST_SYMBOL (pbody->left), sym)) return FALSE; if (pbody->right && IS_AST_SYM_VALUE (pbody->right) && isSymbolEqual (AST_SYMBOL (pbody->right), sym)) return FALSE; return TRUE; /*------------------------------------------------------------------*/ case '*': /* can be unary : if right is null then unary operation */ case '+': case '-': case '&': /* if right is NULL then unary operation */ /*------------------------------------------------------------------*/ /*----------------------------*/ /* address of */ /*----------------------------*/ if (!pbody->right) { if (IS_AST_SYM_VALUE (pbody->left) && isSymbolEqual (AST_SYMBOL (pbody->left), sym)) return FALSE; else return isConformingBody (pbody->left, sym, body); } else { if (astHasSymbol (pbody->left, sym) || astHasSymbol (pbody->right, sym)) return FALSE; } /*------------------------------------------------------------------*/ case '|': case '^': case '/': case '%': case LEFT_OP: case RIGHT_OP: case GETABIT: case GETBYTE: case GETWORD: if (IS_AST_SYM_VALUE (pbody->left) && isSymbolEqual (AST_SYMBOL (pbody->left), sym)) return FALSE; if (IS_AST_SYM_VALUE (pbody->right) && isSymbolEqual (AST_SYMBOL (pbody->right), sym)) return FALSE; return isConformingBody (pbody->left, sym, body) && isConformingBody (pbody->right, sym, body); case '~': case '!': case RRC: case RLC: case GETHBIT: case SWAP: if (IS_AST_SYM_VALUE (pbody->left) && isSymbolEqual (AST_SYMBOL (pbody->left), sym)) return FALSE; return isConformingBody (pbody->left, sym, body); /*------------------------------------------------------------------*/ case AND_OP: case OR_OP: case '>': case '<': case LE_OP: case GE_OP: case EQ_OP: case NE_OP: case '?': case ':': case SIZEOF: /* evaluate wihout code generation */ if (IS_AST_SYM_VALUE (pbody->left) && isSymbolEqual (AST_SYMBOL (pbody->left), sym)) return FALSE; if (IS_AST_SYM_VALUE (pbody->right) && isSymbolEqual (AST_SYMBOL (pbody->right), sym)) return FALSE; return isConformingBody (pbody->left, sym, body) && isConformingBody (pbody->right, sym, body); /*------------------------------------------------------------------*/ case '=': /* if left has a pointer & right has loop control variable then we cannot */ if (astHasPointer (pbody->left) && astHasSymbol (pbody->right, sym)) return FALSE; if (astHasVolatile (pbody->left)) return FALSE; if (IS_AST_SYM_VALUE (pbody->left)) { // if the loopvar has an assignment if (isSymbolEqual (AST_SYMBOL (pbody->left), sym)) return FALSE; // if the loopvar is used in another (maybe conditional) block if (astHasSymbol (pbody->right, sym) && (pbody->level >= body->level)) { return FALSE; } } if (astHasVolatile (pbody->left)) return FALSE; if (astHasDeref(pbody->right)) return FALSE; return isConformingBody (pbody->left, sym, body) && isConformingBody (pbody->right, sym, body); case MUL_ASSIGN: case DIV_ASSIGN: case AND_ASSIGN: case OR_ASSIGN: case XOR_ASSIGN: case RIGHT_ASSIGN: case LEFT_ASSIGN: case SUB_ASSIGN: case ADD_ASSIGN: assert ("Parser should not have generated this\n"); /*------------------------------------------------------------------*/ /*----------------------------*/ /* comma operator */ /*----------------------------*/ case ',': return isConformingBody (pbody->left, sym, body) && isConformingBody (pbody->right, sym, body); /*------------------------------------------------------------------*/ /*----------------------------*/ /* function call */ /*----------------------------*/ case CALL: /* if local & not passed as parameter & not used to find the function then ok */ if (sym->level && !astHasSymbol (pbody->right, sym) && !astHasSymbol (pbody->left, sym)) { return TRUE; } return FALSE; /*------------------------------------------------------------------*/ /*----------------------------*/ /* return statement */ /*----------------------------*/ case RETURN: return FALSE; case GOTO: if (isLabelInAst (AST_SYMBOL (pbody->left), body)) return TRUE; else return FALSE; case SWITCH: if (astHasSymbol (pbody->left, sym)) return FALSE; default: break; } return isConformingBody (pbody->left, sym, body) && isConformingBody (pbody->right, sym, body); } /*-----------------------------------------------------------------*/ /* isLoopReversible - takes a for loop as input && returns true */ /* if the for loop is reversible. If yes will set the value of */ /* the loop control var & init value & termination value */ /*-----------------------------------------------------------------*/ static bool isLoopReversible (ast * loop, symbol ** loopCntrl, ast ** init, ast ** end) { /* if option says don't do it then don't */ if (optimize.noLoopReverse) return 0; /* there are several tests to determine this */ /* for loop has to be of the form for ( = ; [ < ] ; [++] | [ += 1] | [ = + 1] ) forBody */ if (!isLoopCountable (AST_FOR (loop, initExpr), AST_FOR (loop, condExpr), AST_FOR (loop, loopExpr), loopCntrl, init, end)) return 0; /* now do some serious checking on the body of the loop */ return isConformingBody (loop->left, *loopCntrl, loop->left); } /*-----------------------------------------------------------------*/ /* replLoopSym - replace the loop sym by loop sym -1 */ /*-----------------------------------------------------------------*/ static void replLoopSym (ast * body, symbol * sym) { /* reached end */ if (!body || IS_AST_LINK (body)) return; if (IS_AST_SYM_VALUE (body)) { if (isSymbolEqual (AST_SYMBOL (body), sym)) { body->type = EX_OP; body->opval.op = '-'; body->left = newAst_VALUE (symbolVal (sym)); body->right = newAst_VALUE (constCharVal (1)); } return; } replLoopSym (body->left, sym); replLoopSym (body->right, sym); } /*-----------------------------------------------------------------*/ /* reverseLoop - do the actual loop reversal */ /*-----------------------------------------------------------------*/ ast * reverseLoop (ast * loop, symbol * sym, ast * init, ast * end) { ast *rloop; /* create the following tree = loopCount ; for_continue: forbody -= 1; if (sym) goto for_continue ; = end */ /* put it together piece by piece */ rloop = newNode (NULLOP, createIf (newAst_VALUE (symbolVal (sym)), newNode (GOTO, newAst_VALUE (symbolVal (AST_FOR (loop, continueLabel))), NULL), NULL), newNode ('=', newAst_VALUE (symbolVal (sym)), end)); replLoopSym (loop->left, sym); setAstFileLine (rloop, init->filename, init->lineno); rloop = newNode (NULLOP, newNode ('=', newAst_VALUE (symbolVal (sym)), newNode ('-', end, init)), createLabel (AST_FOR (loop, continueLabel), newNode (NULLOP, loop->left, newNode (NULLOP, newNode (SUB_ASSIGN, newAst_VALUE (symbolVal (sym)), newAst_VALUE (constCharVal (1))), rloop)))); rloop->lineno=init->lineno; return decorateType (rloop, RESULT_TYPE_NONE); } /*-----------------------------------------------------------------*/ /* searchLitOp - search tree (*ops only) for an ast with literal */ /*-----------------------------------------------------------------*/ static ast * searchLitOp (ast *tree, ast **parent, const char *ops) { ast *ret; if (tree && optimize.global_cse) { /* is there a literal operand? */ if (tree->right && IS_AST_OP(tree->right) && tree->right->right && (tree->right->opval.op == (unsigned)ops[0] || tree->right->opval.op == (unsigned)ops[1])) { if (IS_LITERAL (RTYPE (tree->right)) != IS_LITERAL (LTYPE (tree->right))) { tree->right->decorated = 0; tree->decorated = 0; *parent = tree; return tree->right; } ret = searchLitOp (tree->right, parent, ops); if (ret) return ret; } if (tree->left && IS_AST_OP(tree->left) && tree->left->right && (tree->left->opval.op == (unsigned)ops[0] || tree->left->opval.op == (unsigned)ops[1])) { if (IS_LITERAL (RTYPE (tree->left)) != IS_LITERAL (LTYPE (tree->left))) { tree->left->decorated = 0; tree->decorated = 0; *parent = tree; return tree->left; } ret = searchLitOp (tree->left, parent, ops); if (ret) return ret; } } return NULL; } /*-----------------------------------------------------------------*/ /* getResultFromType */ /*-----------------------------------------------------------------*/ RESULT_TYPE getResultTypeFromType (sym_link *type) { /* type = getSpec (type); */ if (IS_BIT (type)) return RESULT_TYPE_BIT; if (IS_BITFIELD (type)) { int blen = SPEC_BLEN (type); if (blen <= 1) return RESULT_TYPE_BIT; if (blen <= 8) return RESULT_TYPE_CHAR; return RESULT_TYPE_INT; } if (IS_CHAR (type)) return RESULT_TYPE_CHAR; if (IS_INT (type) && !IS_LONG (type)) return RESULT_TYPE_INT; return RESULT_TYPE_OTHER; } /*-----------------------------------------------------------------*/ /* addCast - adds casts to a type specified by RESULT_TYPE */ /*-----------------------------------------------------------------*/ static ast * addCast (ast *tree, RESULT_TYPE resultType, bool promote) { sym_link *newLink; bool upCasted = FALSE; switch (resultType) { case RESULT_TYPE_NONE: /* if thing smaller than int must be promoted to int */ if (!promote || getSize (tree->etype) >= INTSIZE) /* promotion not necessary or already an int */ return tree; /* char and bits: promote to int */ newLink = newIntLink(); upCasted = TRUE; break; case RESULT_TYPE_BIT: if (!promote || /* already an int */ bitsForType (tree->etype) >= 16 || /* bit to bit operation: don't promote, the code generators hopefully know everything about promotion rules */ bitsForType (tree->etype) == 1) return tree; newLink = newIntLink(); upCasted = TRUE; break; case RESULT_TYPE_CHAR: if (IS_CHAR (tree->etype) || IS_FLOAT(tree->etype) || IS_FIXED(tree->etype)) return tree; newLink = newCharLink(); break; case RESULT_TYPE_INT: #if 0 if (getSize (tree->etype) > INTSIZE) { /* warn ("Loosing significant digits"); */ return; } #endif /* char: promote to int */ if (!promote || getSize (tree->etype) >= INTSIZE) return tree; newLink = newIntLink(); upCasted = TRUE; break; case RESULT_TYPE_IFX: case RESULT_TYPE_OTHER: if (!promote || /* return type is ifx, long, float: promote char to int */ getSize (tree->etype) >= INTSIZE) return tree; newLink = newIntLink(); upCasted = TRUE; break; default: return tree; } tree->decorated = 0; tree = newNode (CAST, newAst_LINK (newLink), tree); tree->filename = tree->right->filename; tree->lineno = tree->right->lineno; /* keep unsigned type during cast to smaller type, but not when promoting from char to int */ if (!upCasted) SPEC_USIGN (tree->left->opval.lnk) = IS_UNSIGNED (tree->right->etype) ? 1 : 0; return decorateType (tree, resultType); } /*-----------------------------------------------------------------*/ /* resultTypePropagate - decides if resultType can be propagated */ /*-----------------------------------------------------------------*/ static RESULT_TYPE resultTypePropagate (ast *tree, RESULT_TYPE resultType) { switch (tree->opval.op) { case AND_OP: case OR_OP: case '!': case '=': case '?': case ':': case '|': case '^': case '~': case LEFT_OP: case LABEL: return resultType; case '*': case '+': case '-': if ((IS_AST_VALUE (tree->left) && !IS_INTEGRAL (tree->left->opval.val->etype)) || (IS_AST_VALUE (tree->right) && !IS_INTEGRAL (tree->right->opval.val->etype))) return RESULT_TYPE_NONE; return resultType; case '&': if (!tree->right) /* can be unary */ return RESULT_TYPE_NONE; else return resultType; case IFX: return RESULT_TYPE_IFX; default: return RESULT_TYPE_NONE; } } /*-----------------------------------------------------------------*/ /* getLeftResultType - gets type from left branch for propagation */ /*-----------------------------------------------------------------*/ static RESULT_TYPE getLeftResultType (ast *tree, RESULT_TYPE resultType) { switch (tree->opval.op) { case '=': case CAST: if (IS_PTR (LTYPE (tree))) return RESULT_TYPE_NONE; else return getResultTypeFromType (LETYPE (tree)); case RETURN: if (IS_PTR (currFunc->type->next)) return RESULT_TYPE_NONE; else return getResultTypeFromType (currFunc->type->next); case '[': if (!IS_ARRAY (LTYPE (tree))) return resultType; if (DCL_ELEM (LTYPE (tree)) > 0 && DCL_ELEM (LTYPE (tree)) <= 255) return RESULT_TYPE_CHAR; return resultType; default: return resultType; } } /*------------------------------------------------------------------*/ /* gatherImplicitVariables: assigns correct type information to */ /* symbols and values created by replaceAstWithTemporary */ /* and adds the symbols to the declarations list of the */ /* innermost block that contains them */ /*------------------------------------------------------------------*/ void gatherImplicitVariables (ast * tree, ast * block) { if (!tree) return; if (tree->type == EX_OP && tree->opval.op == BLOCK) { /* keep track of containing scope */ block = tree; } if (tree->type == EX_OP && tree->opval.op == '=' && tree->left->type == EX_VALUE && tree->left->opval.val->sym) { symbol *assignee = tree->left->opval.val->sym; /* special case for assignment to compiler-generated temporary variable: compute type of RHS, and set the symbol's type to match */ if (assignee->type == NULL && assignee->infertype) { ast *dtr = decorateType (resolveSymbols(tree->right), RESULT_TYPE_NONE); if (dtr != tree->right) tree->right = dtr; assignee->type = copyLinkChain(TTYPE(dtr)); assignee->etype = getSpec(assignee->type); SPEC_SCLS (assignee->etype) = S_AUTO; SPEC_OCLS (assignee->etype) = NULL; SPEC_EXTR (assignee->etype) = 0; SPEC_STAT (assignee->etype) = 0; SPEC_VOLATILE (assignee->etype) = 0; SPEC_ABSA (assignee->etype) = 0; wassertl(block != NULL, "implicit variable not contained in block"); wassert(assignee->next == NULL); if (block != NULL) { symbol **decl = &(block->values.sym); while (*decl) { wassert(*decl != assignee); /* should not already be in list */ decl = &( (*decl)->next ); } *decl = assignee; } } } if (tree->type == EX_VALUE && !(IS_LITERAL(tree->opval.val->etype)) && tree->opval.val->type == NULL && tree->opval.val->sym && tree->opval.val->sym->infertype) { /* fixup type of value for compiler-inferred temporary var */ tree->opval.val->type = tree->opval.val->sym->type; tree->opval.val->etype = tree->opval.val->sym->etype; } gatherImplicitVariables(tree->left, block); gatherImplicitVariables(tree->right, block); } /*--------------------------------------------------------------------*/ /* decorateType - compute type for this tree, also does type checking.*/ /* This is done bottom up, since type has to flow upwards. */ /* resultType flows top-down and forces e.g. char-arithmetic, if the */ /* result is a char and the operand(s) are int's. */ /* It also does constant folding, and parameter checking. */ /*--------------------------------------------------------------------*/ ast * decorateType (ast * tree, RESULT_TYPE resultType) { int parmNumber; sym_link *p; RESULT_TYPE resultTypeProp; if (!tree) return tree; /* if already has type then do nothing */ if (tree->decorated) return tree; tree->decorated = 1; #if 0 /* print the line */ /* if not block & function */ if (tree->type == EX_OP && (tree->opval.op != FUNCTION && tree->opval.op != BLOCK && tree->opval.op != NULLOP)) { filename = tree->filename; lineno = tree->lineno; } #endif /* if any child is an error | this one is an error do nothing */ if (tree->isError || (tree->left && tree->left->isError) || (tree->right && tree->right->isError)) return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* leaf has been reached */ /*----------------------------*/ filename = tree->filename; lineno = tree->lineno; /* if this is of type value */ /* just get the type */ if (tree->type == EX_VALUE) { if (IS_LITERAL (tree->opval.val->etype)) { /* if this is a character array then declare it */ if (IS_ARRAY (tree->opval.val->type)) tree->opval.val = stringToSymbol (tree->opval.val); /* otherwise just copy the type information */ COPYTYPE (TTYPE (tree), TETYPE (tree), tree->opval.val->type); return tree; } if (tree->opval.val->sym) { /* if the undefined flag is set then give error message */ if (tree->opval.val->sym->undefined) { werrorfl (tree->filename, tree->lineno, E_ID_UNDEF, tree->opval.val->sym->name); /* assume int */ TTYPE (tree) = TETYPE (tree) = tree->opval.val->type = tree->opval.val->sym->type = tree->opval.val->etype = tree->opval.val->sym->etype = copyLinkChain (INTTYPE); } else if (tree->opval.val->sym->implicit) { /* if implicit i.e. struct/union member then no type */ TTYPE (tree) = TETYPE (tree) = NULL; } else { /* copy the type from the value into the ast */ COPYTYPE (TTYPE (tree), TETYPE (tree), tree->opval.val->type); /* and mark the symbol as referenced */ tree->opval.val->sym->isref = 1; } } else wassert(0); /* unreached: all values are literals or symbols */ return tree; } /* if type link for the case of cast */ if (tree->type == EX_LINK) { COPYTYPE (TTYPE (tree), TETYPE (tree), tree->opval.lnk); return tree; } { ast *dtl, *dtr; #if 0 if (tree->opval.op == NULLOP || tree->opval.op == BLOCK) { if (tree->left && tree->left->type == EX_OPERAND && (tree->left->opval.op == INC_OP || tree->left->opval.op == DEC_OP) && tree->left->left) { tree->left->right = tree->left->left; tree->left->left = NULL; } if (tree->right && tree->right->type == EX_OPERAND && (tree->right->opval.op == INC_OP || tree->right->opval.op == DEC_OP) && tree->right->left) { tree->right->right = tree->right->left; tree->right->left = NULL; } } #endif /* Before decorating the left branch we've to decide in dependence upon tree->opval.op, if resultType can be propagated */ resultTypeProp = resultTypePropagate (tree, resultType); if ((tree->opval.op == '?') && (resultTypeProp != RESULT_TYPE_BIT)) dtl = decorateType (tree->left, RESULT_TYPE_IFX); else dtl = decorateType (tree->left, resultTypeProp); /* if an array node, we may need to swap branches */ if (tree->opval.op == '[') { /* determine which is the array & which the index */ if ((IS_ARRAY (RTYPE (tree)) || IS_PTR (RTYPE (tree))) && IS_INTEGRAL (LTYPE (tree))) { ast *tempTree = tree->left; tree->left = tree->right; tree->right = tempTree; } } /* After decorating the left branch there's type information available in tree->left->?type. If the op is e.g. '=' we extract the type information from there and propagate it to the right branch. */ resultTypeProp = getLeftResultType (tree, resultTypeProp); switch (tree->opval.op) { case '?': /* delay right side for '?' operator since conditional macro expansions might rely on this */ dtr = tree->right; break; case CALL: /* decorate right side for CALL (parameter list) in processParms(); there is resultType available */ dtr = tree->right; break; case SIZEOF: /* don't allocate string if it is a sizeof argument */ ++noAlloc; dtr = decorateType (tree->right, resultTypeProp); --noAlloc; break; default: dtr = decorateType (tree->right, resultTypeProp); break; } /* this is to take care of situations when the tree gets rewritten */ if (dtl != tree->left) tree->left = dtl; if (dtr != tree->right) tree->right = dtr; if ((dtl && dtl->isError) || (dtr && dtr->isError)) return tree; } /* depending on type of operator do */ switch (tree->opval.op) { /*------------------------------------------------------------------*/ /*----------------------------*/ /* array node */ /*----------------------------*/ case '[': /* first check if this is a array or a pointer */ if ((!IS_ARRAY (LTYPE (tree))) && (!IS_PTR (LTYPE (tree)))) { werrorfl (tree->filename, tree->lineno, E_NEED_ARRAY_PTR, "[]"); goto errorTreeReturn; } /* check if the type of the idx */ if (!IS_INTEGRAL (RTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_IDX_NOT_INT); goto errorTreeReturn; } /* if the left is an rvalue then error */ if (LRVAL (tree)) { werrorfl (tree->filename, tree->lineno, E_LVALUE_REQUIRED, "array access"); goto errorTreeReturn; } if (IS_LITERAL (RTYPE (tree))) { int arrayIndex = (int) ulFromVal (valFromType (RETYPE (tree))); int arraySize = DCL_ELEM (LTYPE (tree)); if (arraySize && arrayIndex >= arraySize) { werrorfl (tree->filename, tree->lineno, W_IDX_OUT_OF_BOUNDS, arrayIndex, arraySize); } } RRVAL (tree) = 1; COPYTYPE (TTYPE (tree), TETYPE (tree), LTYPE (tree)->next); SPEC_CONST (TETYPE (tree)) |= DCL_PTR_CONST (LTYPE (tree)); return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* struct/union */ /*----------------------------*/ case '.': /* if this is not a structure */ if (!IS_STRUCT (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_STRUCT_UNION, "."); goto errorTreeReturn; } TTYPE (tree) = structElemType (LTYPE (tree), (tree->right->type == EX_VALUE ? tree->right->opval.val : NULL)); TETYPE (tree) = getSpec (TTYPE (tree)); return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* struct/union pointer */ /*----------------------------*/ case PTR_OP: /* if not pointer to a structure */ if (!IS_PTR (LTYPE (tree)) && !IS_ARRAY (LTYPE(tree))) { werrorfl (tree->filename, tree->lineno, E_PTR_REQD); goto errorTreeReturn; } if (!IS_STRUCT (LTYPE (tree)->next)) { werrorfl (tree->filename, tree->lineno, E_STRUCT_UNION, "->"); goto errorTreeReturn; } TTYPE (tree) = structElemType (LTYPE (tree)->next, (tree->right->type == EX_VALUE ? tree->right->opval.val : NULL)); TETYPE (tree) = getSpec (TTYPE (tree)); /* adjust the storage class */ switch (DCL_TYPE(tree->left->ftype)) { case POINTER: SPEC_SCLS(TETYPE(tree)) = S_DATA; break; case FPOINTER: SPEC_SCLS(TETYPE(tree)) = S_XDATA; break; case CPOINTER: SPEC_SCLS(TETYPE(tree)) = S_CODE; break; case GPOINTER: SPEC_SCLS (TETYPE (tree)) = 0; break; case PPOINTER: SPEC_SCLS(TETYPE(tree)) = S_XSTACK; break; case IPOINTER: SPEC_SCLS(TETYPE(tree)) = S_IDATA; break; case EEPPOINTER: SPEC_SCLS(TETYPE(tree)) = S_EEPROM; break; case UPOINTER: SPEC_SCLS (TETYPE (tree)) = 0; break; case ARRAY: case FUNCTION: break; } /* This breaks with extern declarations, bitfields, and perhaps other */ /* cases (gcse). Let's leave this optimization disabled for now and */ /* ponder if there's a safe way to do this. -- EEP */ #if 0 if (IS_ADDRESS_OF_OP (tree->left) && IS_AST_SYM_VALUE(tree->left->left) && SPEC_ABSA (AST_SYMBOL (tree->left->left)->etype)) { /* If defined struct type at addr var then rewrite (&struct var)->member as temp and define membertype at (addr+offsetof(struct var,member)) temp */ symbol *sym; symbol *element = getStructElement (SPEC_STRUCT (LETYPE(tree)), AST_SYMBOL(tree->right)); sym = newSymbol(genSymName (0), 0); sym->type = TTYPE (tree); sym->etype = getSpec(sym->type); sym->lineDef = tree->lineno; sym->cdef = 1; sym->isref = 1; SPEC_STAT (sym->etype) = 1; SPEC_ADDR (sym->etype) = SPEC_ADDR (AST_SYMBOL (tree->left->left)->etype) + element->offset; SPEC_ABSA(sym->etype) = 1; addSym (SymbolTab, sym, sym->name, 0, 0, 0); allocGlobal (sym); AST_VALUE (tree) = symbolVal(sym); TLVAL (tree) = 1; TRVAL (tree) = 0; tree->type = EX_VALUE; tree->left = NULL; tree->right = NULL; } #endif return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* ++/-- operation */ /*----------------------------*/ case INC_OP: case DEC_OP: { sym_link *ltc = (tree->right ? RTYPE (tree) : LTYPE (tree)); COPYTYPE (TTYPE (tree), TETYPE (tree), ltc); if (!tree->initMode && IS_CONSTANT(TTYPE(tree))) werrorfl (tree->filename, tree->lineno, E_CODE_WRITE, tree->opval.op==INC_OP ? "++" : "--"); if (tree->right) RLVAL (tree) = 1; else LLVAL (tree) = 1; return tree; } /*------------------------------------------------------------------*/ /*----------------------------*/ /* bitwise and */ /*----------------------------*/ case '&': /* can be unary */ /* if right is NULL then unary operation */ if (tree->right) /* not an unary operation */ { if (!IS_INTEGRAL (LTYPE (tree)) || !IS_INTEGRAL (RTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_BITWISE_OP); werrorfl (tree->filename, tree->lineno, W_CONTINUE, "left & right types are "); printTypeChain (LTYPE (tree), stderr); fprintf (stderr, ","); printTypeChain (RTYPE (tree), stderr); fprintf (stderr, "\n"); goto errorTreeReturn; } /* if they are both literal */ if (IS_LITERAL (RTYPE (tree)) && IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valBitwise (valFromType (LETYPE (tree)), valFromType (RETYPE (tree)), '&'); tree->right = tree->left = NULL; TETYPE (tree) = tree->opval.val->etype; TTYPE (tree) = tree->opval.val->type; return tree; } /* see if this is a GETHBIT operation if yes then return that */ { ast *otree = optimizeGetHbit (tree, resultType); if (otree != tree) return decorateType (otree, RESULT_TYPE_NONE); } /* see if this is a GETABIT operation if yes then return that */ { ast *otree = optimizeGetAbit (tree, resultType); if (otree != tree) return decorateType (otree, RESULT_TYPE_NONE); } /* see if this is a GETBYTE operation if yes then return that */ { ast *otree = optimizeGetByte (tree, resultType); if (otree != tree) return decorateType (otree, RESULT_TYPE_NONE); } /* see if this is a GETWORD operation if yes then return that */ { ast *otree = optimizeGetWord (tree, resultType); if (otree != tree) return decorateType (otree, RESULT_TYPE_NONE); } /* if left is a literal exchange left & right */ if (IS_LITERAL (LTYPE (tree))) { ast *tTree = tree->left; tree->left = tree->right; tree->right = tTree; } /* if right is a literal and */ /* we can find a 2nd literal in an and-tree then */ /* rearrange the tree */ if (IS_LITERAL (RTYPE (tree))) { ast *parent; ast *litTree = searchLitOp (tree, &parent, "&"); if (litTree) { DEBUG_CF("&") ast *tTree = litTree->left; litTree->left = tree->right; tree->right = tTree; /* both operands in litTree are literal now */ decorateType (parent, resultType); } } LRVAL (tree) = RRVAL (tree) = 1; TTYPE (tree) = computeType (LTYPE (tree), RTYPE (tree), resultType, tree->opval.op); TETYPE (tree) = getSpec (TTYPE (tree)); return tree; } /*------------------------------------------------------------------*/ /*----------------------------*/ /* address of */ /*----------------------------*/ p = newLink (DECLARATOR); /* if bit field then error */ if (IS_BITVAR (tree->left->etype)) { werrorfl (tree->filename, tree->lineno, E_ILLEGAL_ADDR, "address of bit variable"); goto errorTreeReturn; } if (LETYPE(tree) && SPEC_SCLS (tree->left->etype) == S_REGISTER) { werrorfl (tree->filename, tree->lineno, E_ILLEGAL_ADDR, "address of register variable"); goto errorTreeReturn; } if (IS_FUNC (LTYPE (tree))) { // this ought to be ignored return (tree->left); } if (IS_LITERAL(LTYPE(tree))) { werrorfl (tree->filename, tree->lineno, E_ILLEGAL_ADDR, "address of literal"); goto errorTreeReturn; } if (LRVAL (tree)) { werrorfl (tree->filename, tree->lineno, E_LVALUE_REQUIRED, "address of"); goto errorTreeReturn; } if (!LETYPE (tree)) DCL_TYPE (p) = POINTER; else if (SPEC_SCLS (tree->left->etype) == S_CODE) DCL_TYPE (p) = CPOINTER; else if (SPEC_SCLS (tree->left->etype) == S_XDATA) DCL_TYPE (p) = FPOINTER; else if (SPEC_SCLS (tree->left->etype) == S_XSTACK) DCL_TYPE (p) = PPOINTER; else if (SPEC_SCLS (tree->left->etype) == S_IDATA) DCL_TYPE (p) = IPOINTER; else if (SPEC_SCLS (tree->left->etype) == S_EEPROM) DCL_TYPE (p) = EEPPOINTER; else if (SPEC_OCLS(tree->left->etype)) DCL_TYPE (p) = PTR_TYPE(SPEC_OCLS(tree->left->etype)); else DCL_TYPE (p) = POINTER; if (IS_AST_SYM_VALUE (tree->left)) { AST_SYMBOL (tree->left)->addrtaken = 1; AST_SYMBOL (tree->left)->allocreq = 1; } p->next = LTYPE (tree); TTYPE (tree) = p; TETYPE (tree) = getSpec (TTYPE (tree)); LLVAL (tree) = 1; TLVAL (tree) = 1; #if 0 if (IS_AST_OP (tree->left) && tree->left->opval.op == PTR_OP && IS_AST_VALUE (tree->left->left) && !IS_AST_SYM_VALUE (tree->left->left)) { symbol *element = getStructElement (SPEC_STRUCT (LETYPE(tree->left)), AST_SYMBOL(tree->left->right)); AST_VALUE(tree) = valPlus(AST_VALUE(tree->left->left), valueFromLit(element->offset)); tree->left = NULL; tree->right = NULL; tree->type = EX_VALUE; tree->values.literalFromCast = 1; } #endif return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* bitwise or */ /*----------------------------*/ case '|': /* if the rewrite succeeds then don't go any further */ { ast *wtree = optimizeRRCRLC (tree); if (wtree != tree) return decorateType (wtree, RESULT_TYPE_NONE); wtree = optimizeSWAP (tree); if (wtree != tree) return decorateType (wtree, RESULT_TYPE_NONE); } /* if left is a literal exchange left & right */ if (IS_LITERAL (LTYPE (tree))) { ast *tTree = tree->left; tree->left = tree->right; tree->right = tTree; } /* if right is a literal and */ /* we can find a 2nd literal in an or-tree then */ /* rearrange the tree */ if (IS_LITERAL (RTYPE (tree))) { ast *parent; ast *litTree = searchLitOp (tree, &parent, "|"); if (litTree) { DEBUG_CF("|") ast *tTree = litTree->left; litTree->left = tree->right; tree->right = tTree; /* both operands in tTree are literal now */ decorateType (parent, resultType); } } /* fall through */ /*------------------------------------------------------------------*/ /*----------------------------*/ /* bitwise xor */ /*----------------------------*/ case '^': if (!IS_INTEGRAL (LTYPE (tree)) || !IS_INTEGRAL (RTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_BITWISE_OP); werrorfl (tree->filename, tree->lineno, W_CONTINUE, "left & right types are "); printTypeChain (LTYPE (tree), stderr); fprintf (stderr, ","); printTypeChain (RTYPE (tree), stderr); fprintf (stderr, "\n"); goto errorTreeReturn; } /* if they are both literal then rewrite the tree */ if (IS_LITERAL (RTYPE (tree)) && IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valBitwise (valFromType (LETYPE (tree)), valFromType (RETYPE (tree)), tree->opval.op); tree->right = tree->left = NULL; TETYPE (tree) = tree->opval.val->etype; TTYPE (tree) = tree->opval.val->type; return tree; } /* if left is a literal exchange left & right */ if (IS_LITERAL (LTYPE (tree))) { ast *tTree = tree->left; tree->left = tree->right; tree->right = tTree; } /* if right is a literal and */ /* we can find a 2nd literal in a xor-tree then */ /* rearrange the tree */ if (IS_LITERAL (RTYPE (tree)) && tree->opval.op == '^') /* the same source is used by 'bitwise or' */ { ast *parent; ast *litTree = searchLitOp (tree, &parent, "^"); if (litTree) { DEBUG_CF("^") ast *tTree = litTree->left; litTree->left = tree->right; tree->right = tTree; /* both operands in litTree are literal now */ decorateType (parent, resultType); } } LRVAL (tree) = RRVAL (tree) = 1; TTYPE (tree) = computeType (LTYPE (tree), RTYPE (tree), resultType, tree->opval.op); TETYPE (tree) = getSpec (TTYPE (tree)); return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* division */ /*----------------------------*/ case '/': if (!IS_ARITHMETIC (LTYPE (tree)) || !IS_ARITHMETIC (RTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_INVALID_OP, "divide"); goto errorTreeReturn; } /* if they are both literal then */ /* rewrite the tree */ if (IS_LITERAL (RTYPE (tree)) && IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valDiv (valFromType (LETYPE (tree)), valFromType (RETYPE (tree))); tree->right = tree->left = NULL; TETYPE (tree) = getSpec (TTYPE (tree) = tree->opval.val->type); return tree; } LRVAL (tree) = RRVAL (tree) = 1; TETYPE (tree) = getSpec (TTYPE (tree) = computeType (LTYPE (tree), RTYPE (tree), resultType, tree->opval.op)); /* if right is a literal and */ /* left is also a division by a literal then */ /* rearrange the tree */ if (IS_LITERAL (RTYPE (tree)) /* avoid infinite loop */ && (TYPE_TARGET_ULONG) ulFromVal (tree->right->opval.val) != 1) { ast *parent; ast *litTree = searchLitOp (tree, &parent, "/"); if (litTree) { if (IS_LITERAL (RTYPE (litTree))) { /* foo_div */ DEBUG_CF("div r") litTree->right = newNode ('*', litTree->right, copyAst (tree->right)); litTree->right->filename = tree->filename; litTree->right->lineno = tree->lineno; tree->right->opval.val = constCharVal (1); decorateType (parent, resultType); } else { /* litTree->left is literal: no gcse possible. We can't call decorateType(parent, RESULT_TYPE_NONE), because this would cause an infinit loop. */ parent->decorated = 1; decorateType (litTree, resultType); } } } return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* modulus */ /*----------------------------*/ case '%': if (!IS_INTEGRAL (LTYPE (tree)) || !IS_INTEGRAL (RTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_BITWISE_OP); werrorfl (tree->filename, tree->lineno, W_CONTINUE, "left & right types are "); printTypeChain (LTYPE (tree), stderr); fprintf (stderr, ","); printTypeChain (RTYPE (tree), stderr); fprintf (stderr, "\n"); goto errorTreeReturn; } /* if they are both literal then */ /* rewrite the tree */ if (IS_LITERAL (RTYPE (tree)) && IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valMod (valFromType (LETYPE (tree)), valFromType (RETYPE (tree))); tree->right = tree->left = NULL; TETYPE (tree) = getSpec (TTYPE (tree) = tree->opval.val->type); return tree; } LRVAL (tree) = RRVAL (tree) = 1; TETYPE (tree) = getSpec (TTYPE (tree) = computeType (LTYPE (tree), RTYPE (tree), resultType, tree->opval.op)); return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* address dereference */ /*----------------------------*/ case '*': /* can be unary : if right is null then unary operation */ if (!tree->right) { if (!IS_PTR (LTYPE (tree)) && !IS_ARRAY (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_PTR_REQD); goto errorTreeReturn; } if (LRVAL (tree)) { werrorfl (tree->filename, tree->lineno, E_LVALUE_REQUIRED, "pointer deref"); goto errorTreeReturn; } if (IS_ADDRESS_OF_OP (tree->left)) { /* replace *&obj with obj */ return tree->left->left; } TTYPE (tree) = copyLinkChain (LTYPE (tree)->next); TETYPE (tree) = getSpec (TTYPE (tree)); /* adjust the storage class */ switch (DCL_TYPE(tree->left->ftype)) { case POINTER: SPEC_SCLS(TETYPE(tree)) = S_DATA; break; case FPOINTER: SPEC_SCLS(TETYPE(tree)) = S_XDATA; break; case CPOINTER: SPEC_SCLS(TETYPE(tree)) = S_CODE; break; case GPOINTER: SPEC_SCLS (TETYPE (tree)) = 0; break; case PPOINTER: SPEC_SCLS(TETYPE(tree)) = S_XSTACK; break; case IPOINTER: SPEC_SCLS(TETYPE(tree)) = S_IDATA; break; case EEPPOINTER: SPEC_SCLS(TETYPE(tree)) = S_EEPROM; break; case UPOINTER: SPEC_SCLS (TETYPE (tree)) = 0; break; case ARRAY: case FUNCTION: break; } return tree; } /*------------------------------------------------------------------*/ /*----------------------------*/ /* multiplication */ /*----------------------------*/ if (!IS_ARITHMETIC (LTYPE (tree)) || !IS_ARITHMETIC (RTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_INVALID_OP, "multiplication"); goto errorTreeReturn; } /* if they are both literal then */ /* rewrite the tree */ if (IS_LITERAL (RTYPE (tree)) && IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valMult (valFromType (LETYPE (tree)), valFromType (RETYPE (tree))); tree->right = tree->left = NULL; TETYPE (tree) = getSpec (TTYPE (tree) = tree->opval.val->type); return tree; } /* if left is a literal exchange left & right */ if (IS_LITERAL (LTYPE (tree))) { ast *tTree = tree->left; tree->left = tree->right; tree->right = tTree; } /* if right is a literal and */ /* we can find a 2nd literal in a mul-tree then */ /* rearrange the tree */ if (IS_LITERAL (RTYPE (tree))) { ast *parent; ast *litTree = searchLitOp (tree, &parent, "*"); if (litTree) { DEBUG_CF("mul") ast *tTree = litTree->left; litTree->left = tree->right; tree->right = tTree; /* both operands in litTree are literal now */ decorateType (parent, resultType); } } LRVAL (tree) = RRVAL (tree) = 1; tree->left = addCast (tree->left, resultTypeProp, FALSE); tree->right = addCast (tree->right, resultTypeProp, FALSE); TETYPE (tree) = getSpec (TTYPE (tree) = computeType (LTYPE (tree), RTYPE (tree), resultType, tree->opval.op)); return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* unary '+' operator */ /*----------------------------*/ case '+': /* if unary plus */ if (!tree->right) { if (!IS_ARITHMETIC (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_UNARY_OP, '+'); goto errorTreeReturn; } /* if left is a literal then do it */ if (IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valFromType (LETYPE (tree)); tree->left = NULL; TETYPE (tree) = TTYPE (tree) = tree->opval.val->type; return tree; } LRVAL (tree) = 1; COPYTYPE (TTYPE (tree), TETYPE (tree), LTYPE (tree)); return tree; } /*------------------------------------------------------------------*/ /*----------------------------*/ /* addition */ /*----------------------------*/ /* this is not a unary operation */ /* if both pointers then problem */ if ((IS_PTR (LTYPE (tree)) || IS_ARRAY (LTYPE (tree))) && (IS_PTR (RTYPE (tree)) || IS_ARRAY (RTYPE (tree)))) { werrorfl (tree->filename, tree->lineno, E_PTR_PLUS_PTR); goto errorTreeReturn; } if (!IS_ARITHMETIC (LTYPE (tree)) && !IS_PTR (LTYPE (tree)) && !IS_ARRAY (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_PLUS_INVALID, "+"); goto errorTreeReturn; } if (!IS_ARITHMETIC (RTYPE (tree)) && !IS_PTR (RTYPE (tree)) && !IS_ARRAY (RTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_PLUS_INVALID, "+"); goto errorTreeReturn; } /* if they are both literal then */ /* rewrite the tree */ if (IS_LITERAL (RTYPE (tree)) && IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->left = addCast (tree->left, resultTypeProp, TRUE); tree->right = addCast (tree->right, resultTypeProp, TRUE); tree->opval.val = valPlus (valFromType (LETYPE (tree)), valFromType (RETYPE (tree))); tree->right = tree->left = NULL; TETYPE (tree) = getSpec (TTYPE (tree) = tree->opval.val->type); return tree; } /* if the right is a pointer or left is a literal xchange left & right */ if (IS_ARRAY (RTYPE (tree)) || IS_PTR (RTYPE (tree)) || IS_LITERAL (LTYPE (tree))) { ast *tTree = tree->left; tree->left = tree->right; tree->right = tTree; } /* if right is a literal and */ /* left is also an addition/subtraction with a literal then */ /* rearrange the tree */ if (IS_LITERAL (RTYPE (tree))) { ast *litTree, *parent; litTree = searchLitOp (tree, &parent, "+-"); if (litTree) { if (litTree->opval.op == '+') { /* foo_aa */ DEBUG_CF("+ 1 AA") ast *tTree = litTree->left; litTree->left = tree->right; tree->right = tree->left; tree->left = tTree; } else if (litTree->opval.op == '-') { if (IS_LITERAL (RTYPE (litTree))) { DEBUG_CF("+ 2 ASR") /* foo_asr */ ast *tTree = litTree->left; litTree->left = tree->right; tree->right = tTree; } else { DEBUG_CF("+ 3 ASL") /* foo_asl */ ast *tTree = litTree->right; litTree->right = tree->right; tree->right = tTree; litTree->opval.op = '+'; tree->opval.op = '-'; } } decorateType (parent, resultType); } } LRVAL (tree) = RRVAL (tree) = 1; /* if the left is a pointer */ if (IS_PTR (LTYPE (tree)) || IS_AGGREGATE (LTYPE (tree)) ) TETYPE (tree) = getSpec (TTYPE (tree) = LTYPE (tree)); else { tree->left = addCast (tree->left, resultTypeProp, TRUE); tree->right = addCast (tree->right, resultTypeProp, TRUE); TETYPE (tree) = getSpec (TTYPE (tree) = computeType (LTYPE (tree), RTYPE (tree), resultType, tree->opval.op)); } return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* unary '-' */ /*----------------------------*/ case '-': /* can be unary */ /* if right is null then unary */ if (!tree->right) { if (!IS_ARITHMETIC (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_UNARY_OP, tree->opval.op); goto errorTreeReturn; } /* if left is a literal then do it */ if (IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valUnaryPM (valFromType (LETYPE (tree))); tree->left = NULL; TETYPE (tree) = TTYPE (tree) = tree->opval.val->type; return tree; } tree->left = addCast (tree->left, resultTypeProp, TRUE); TETYPE (tree) = getSpec (TTYPE (tree) = computeType (LTYPE (tree), NULL, resultType, tree->opval.op)); LRVAL (tree) = 1; return tree; } /*------------------------------------------------------------------*/ /*----------------------------*/ /* subtraction */ /*----------------------------*/ if (!(IS_PTR (LTYPE (tree)) || IS_ARRAY (LTYPE (tree)) || IS_ARITHMETIC (LTYPE (tree)))) { werrorfl (tree->filename, tree->lineno, E_PLUS_INVALID, "-"); goto errorTreeReturn; } if (!(IS_PTR (RTYPE (tree)) || IS_ARRAY (RTYPE (tree)) || IS_ARITHMETIC (RTYPE (tree)))) { werrorfl (tree->filename, tree->lineno, E_PLUS_INVALID, "-"); goto errorTreeReturn; } if ((IS_PTR (LTYPE (tree)) || IS_ARRAY (LTYPE (tree))) && !(IS_PTR (RTYPE (tree)) || IS_ARRAY (RTYPE (tree)) || IS_INTEGRAL (RTYPE (tree)))) { werrorfl (tree->filename, tree->lineno, E_PLUS_INVALID, "-"); goto errorTreeReturn; } /* if they are both literal then */ /* rewrite the tree */ if (IS_LITERAL (RTYPE (tree)) && IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->left = addCast (tree->left, resultTypeProp, TRUE); tree->right = addCast (tree->right, resultTypeProp, TRUE); tree->opval.val = valMinus (valFromType (LETYPE (tree)), valFromType (RETYPE (tree))); tree->right = tree->left = NULL; TETYPE (tree) = getSpec (TTYPE (tree) = tree->opval.val->type); return tree; } /* if the left & right are equal then zero */ if (isAstEqual (tree->left, tree->right)) { tree->type = EX_VALUE; tree->left = tree->right = NULL; tree->opval.val = constCharVal (0); TETYPE (tree) = TTYPE (tree) = tree->opval.val->type; return tree; } /* if both of them are pointers or arrays then */ /* the result is going to be an integer */ if ((IS_ARRAY (LTYPE (tree)) || IS_PTR (LTYPE (tree))) && (IS_ARRAY (RTYPE (tree)) || IS_PTR (RTYPE (tree)))) TETYPE (tree) = TTYPE (tree) = newIntLink (); else /* if only the left is a pointer */ /* then result is a pointer */ if (IS_PTR (LTYPE (tree)) || IS_ARRAY (LTYPE (tree))) TETYPE (tree) = getSpec (TTYPE (tree) = LTYPE (tree)); else { tree->left = addCast (tree->left, resultTypeProp, TRUE); tree->right = addCast (tree->right, resultTypeProp, TRUE); TETYPE (tree) = getSpec (TTYPE (tree) = computeType (LTYPE (tree), RTYPE (tree), resultType, tree->opval.op)); } LRVAL (tree) = RRVAL (tree) = 1; /* if right is a literal and */ /* left is also an addition/subtraction with a literal then */ /* rearrange the tree */ if (IS_LITERAL (RTYPE (tree)) /* avoid infinite loop */ && (TYPE_TARGET_ULONG) ulFromVal (tree->right->opval.val) != 0) { ast *litTree, *litParent; litTree = searchLitOp (tree, &litParent, "+-"); if (litTree) { if (litTree->opval.op == '+') { /* foo_sa */ DEBUG_CF("- 1 SA") ast *tTree = litTree->left; litTree->left = litTree->right; litTree->right = tree->right; tree->right = tTree; tree->opval.op = '+'; litTree->opval.op = '-'; } else if (litTree->opval.op == '-') { if (IS_LITERAL (RTYPE (litTree))) { /* foo_ssr */ DEBUG_CF("- 2 SSR") ast *tTree = litTree->left; litTree->left = tree->right; tree->right = litParent->left; litParent->left = tTree; litTree->opval.op = '+'; tree->decorated = 0; decorateType (tree, resultType); } else { /* foo_ssl */ DEBUG_CF("- 3 SSL") ast *tTree = litTree->right; litTree->right = tree->right; tree->right = tTree; } } decorateType (litParent, resultType); } } return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* complement */ /*----------------------------*/ case '~': /* can be only integral type */ if (!IS_INTEGRAL (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_UNARY_OP, tree->opval.op); goto errorTreeReturn; } /* if left is a literal then do it */ if (IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valComplement (valFromType (LETYPE (tree))); tree->left = NULL; TETYPE (tree) = TTYPE (tree) = tree->opval.val->type; return addCast (tree, resultTypeProp, TRUE); } if (resultType == RESULT_TYPE_BIT && IS_UNSIGNED (tree->left->etype) && getSize (tree->left->etype) < INTSIZE) { /* promotion rules are responsible for this strange result: bit -> int -> ~int -> bit uchar -> int -> ~int -> bit */ werrorfl (tree->filename, tree->lineno, W_COMPLEMENT); /* optimize bit-result, even if we optimize a buggy source */ tree->type = EX_VALUE; tree->opval.val = constCharVal (1); } else tree->left = addCast (tree->left, resultTypeProp, TRUE); LRVAL (tree) = 1; COPYTYPE (TTYPE (tree), TETYPE (tree), LTYPE (tree)); return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* not */ /*----------------------------*/ case '!': /* can be pointer */ if (!IS_ARITHMETIC (LTYPE (tree)) && !IS_PTR (LTYPE (tree)) && !IS_ARRAY (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_UNARY_OP, tree->opval.op); goto errorTreeReturn; } /* if left is another '!' */ if (IS_AST_NOT_OPER (tree->left)) { if ((resultType == RESULT_TYPE_IFX) || (resultType == RESULT_TYPE_BIT)) { /* replace double '!!X' by 'X' */ return tree->left->left; } /* remove double '!!X' by 'X ? 1 : 0' */ tree->opval.op = '?'; tree->left = tree->left->left; tree->right = newNode (':', newAst_VALUE (constCharVal (1)), newAst_VALUE (constCharVal (0))); tree->right->filename = tree->filename; tree->right->lineno = tree->lineno; tree->decorated = 0; return decorateType (tree, resultType); } /* if left is a literal then do it */ if (IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valNot (valFromType (LETYPE (tree))); tree->left = NULL; TETYPE (tree) = TTYPE (tree) = tree->opval.val->type; return tree; } LRVAL (tree) = 1; TTYPE (tree) = TETYPE (tree) = (resultTypeProp == RESULT_TYPE_BIT) ? newBoolLink() :newCharLink(); return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* shift */ /*----------------------------*/ case RRC: case RLC: case SWAP: TTYPE (tree) = LTYPE (tree); TETYPE (tree) = LETYPE (tree); return tree; case GETHBIT: case GETABIT: TTYPE (tree) = TETYPE (tree) = (resultTypeProp == RESULT_TYPE_BIT) ? newBoolLink() :newCharLink(); return tree; case GETBYTE: TTYPE (tree) = TETYPE (tree) = newCharLink(); return tree; case GETWORD: TTYPE (tree) = TETYPE (tree) = newIntLink(); return tree; case LEFT_OP: case RIGHT_OP: if (!IS_INTEGRAL (LTYPE (tree)) || !IS_INTEGRAL (tree->left->etype)) { werrorfl (tree->filename, tree->lineno, E_SHIFT_OP_INVALID); werrorfl (tree->filename, tree->lineno, W_CONTINUE, "left & right types are "); printTypeChain (LTYPE (tree), stderr); fprintf (stderr, ","); printTypeChain (RTYPE (tree), stderr); fprintf (stderr, "\n"); goto errorTreeReturn; } /* make smaller type only if it's a LEFT_OP */ if (tree->opval.op == LEFT_OP) tree->left = addCast (tree->left, resultTypeProp, TRUE); /* if they are both literal then */ /* rewrite the tree */ if (IS_LITERAL (RTYPE (tree)) && IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valShift (valFromType (LETYPE (tree)), valFromType (RETYPE (tree)), (tree->opval.op == LEFT_OP ? 1 : 0)); tree->right = tree->left = NULL; TETYPE (tree) = getSpec (TTYPE (tree) = tree->opval.val->type); return tree; } /* see if this is a GETBYTE operation if yes then return that */ { ast *otree = optimizeGetByte (tree, resultType); if (otree != tree) return decorateType (otree, RESULT_TYPE_NONE); } /* see if this is a GETWORD operation if yes then return that */ { ast *otree = optimizeGetWord (tree, resultType); if (otree != tree) return decorateType (otree, RESULT_TYPE_NONE); } LRVAL (tree) = RRVAL (tree) = 1; if (tree->opval.op == LEFT_OP) { TETYPE (tree) = getSpec (TTYPE (tree) = computeType (LTYPE (tree), NULL, resultType, tree->opval.op)); } else /* RIGHT_OP */ { /* no promotion necessary */ TTYPE (tree) = TETYPE (tree) = copyLinkChain (LTYPE (tree)); if (IS_LITERAL (TTYPE (tree))) SPEC_SCLS (TTYPE (tree)) &= ~S_LITERAL; } /* if only the right side is a literal & we are shifting more than size of the left operand then zero */ if (IS_LITERAL (RTYPE (tree)) && ((TYPE_TARGET_ULONG) ulFromVal (valFromType (RETYPE (tree)))) >= (getSize (TETYPE (tree)) * 8)) { if (tree->opval.op==LEFT_OP || (tree->opval.op==RIGHT_OP && SPEC_USIGN(LETYPE(tree)))) { werrorfl (tree->filename, tree->lineno, W_SHIFT_CHANGED, (tree->opval.op == LEFT_OP ? "left" : "right")); tree->type = EX_VALUE; tree->left = tree->right = NULL; tree->opval.val = constCharVal (0); TETYPE (tree) = TTYPE (tree) = tree->opval.val->type; return tree; } } return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* casting */ /*----------------------------*/ case CAST: /* change the type */ /* cannot cast to an aggregate type */ if (IS_AGGREGATE (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_CAST_ILLEGAL); goto errorTreeReturn; } /* make sure the type is complete and sane */ changePointer(LTYPE(tree)); checkTypeSanity(LETYPE(tree), "(cast)"); /* if 'from' and 'to' are the same remove the superfluous cast, * this helps other optimizations */ if (compareTypeExact (LTYPE(tree), RTYPE(tree), -1) == 1) { /* mark that the explicit cast has been removed, * for proper processing (no integer promotion) of explicitly typecasted variable arguments */ tree->right->values.removedCast = 1; return tree->right; } /* If code memory is read only, then pointers to code memory */ /* implicitly point to constants -- make this explicit */ { sym_link *t = LTYPE(tree); while (t && t->next) { if (IS_CODEPTR(t) && port->mem.code_ro) { if (IS_SPEC(t->next)) SPEC_CONST (t->next) = 1; else DCL_PTR_CONST (t->next) = 1; } t = t->next; } } #if 0 /* if the right is a literal replace the tree */ if (IS_LITERAL (RETYPE (tree))) { if (!IS_PTR (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valCastLiteral (LTYPE (tree), floatFromVal (valFromType (RETYPE (tree)))); tree->left = NULL; tree->right = NULL; TTYPE (tree) = tree->opval.val->type; tree->values.literalFromCast = 1; } else if (IS_GENPTR(LTYPE(tree)) && !IS_PTR(RTYPE(tree)) && ((int) ulFromVal(valFromType(RETYPE(tree)))) !=0 ) /* special case of NULL */ { sym_link *rest = LTYPE(tree)->next; werrorfl (tree->filename, tree->lineno, W_LITERAL_GENERIC); TTYPE(tree) = newLink(DECLARATOR); DCL_TYPE(TTYPE(tree)) = FPOINTER; TTYPE(tree)->next = rest; tree->left->opval.lnk = TTYPE(tree); LRVAL (tree) = 1; } else { TTYPE (tree) = LTYPE (tree); LRVAL (tree) = 1; } } else { TTYPE (tree) = LTYPE (tree); LRVAL (tree) = 1; } #else #if 0 // this is already checked, now this could be explicit /* if pointer to struct then check names */ if (IS_PTR(LTYPE(tree)) && IS_STRUCT(LTYPE(tree)->next) && IS_PTR(RTYPE(tree)) && IS_STRUCT(RTYPE(tree)->next) && strcmp(SPEC_STRUCT(LETYPE(tree))->tag,SPEC_STRUCT(RETYPE(tree))->tag)) { werrorfl (tree->filename, tree->lineno, W_CAST_STRUCT_PTR,SPEC_STRUCT(RETYPE(tree))->tag, SPEC_STRUCT(LETYPE(tree))->tag); } #endif if (IS_ADDRESS_OF_OP(tree->right) && IS_AST_SYM_VALUE (tree->right->left) && SPEC_ABSA (AST_SYMBOL (tree->right->left)->etype)) { symbol * sym = AST_SYMBOL (tree->right->left); unsigned int gptype = 0; unsigned int addr = SPEC_ADDR (sym->etype); if (IS_GENPTR (LTYPE (tree)) && ((GPTRSIZE > FPTRSIZE) || TARGET_IS_PIC16) ) { switch (SPEC_SCLS (sym->etype)) { case S_CODE: gptype = GPTYPE_CODE; break; case S_XDATA: gptype = GPTYPE_FAR; break; case S_DATA: case S_IDATA: gptype = GPTYPE_NEAR; break; case S_PDATA: gptype = GPTYPE_XSTACK; break; default: gptype = 0; if(TARGET_IS_PIC16 && (SPEC_SCLS(sym->etype) == S_FIXED)) gptype = GPTYPE_NEAR; } addr |= gptype << (8*(GPTRSIZE - 1)); } tree->type = EX_VALUE; tree->opval.val = valCastLiteral (LTYPE (tree), addr); TTYPE (tree) = tree->opval.val->type; TETYPE (tree) = getSpec (TTYPE (tree)); tree->left = NULL; tree->right = NULL; tree->values.literalFromCast = 1; return tree; } /* handle offsetof macro: */ /* #define offsetof(TYPE, MEMBER) \ */ /* ((unsigned) &((TYPE *)0)->MEMBER) */ if (IS_ADDRESS_OF_OP(tree->right) && IS_AST_OP (tree->right->left) && tree->right->left->opval.op == PTR_OP && IS_AST_OP (tree->right->left->left) && tree->right->left->left->opval.op == CAST && IS_AST_LIT_VALUE(tree->right->left->left->right)) { symbol *element = getStructElement ( SPEC_STRUCT (LETYPE(tree->right->left)), AST_SYMBOL(tree->right->left->right) ); if (element) { tree->type = EX_VALUE; tree->opval.val = valCastLiteral ( LTYPE (tree), element->offset + floatFromVal (valFromType (RTYPE (tree->right->left->left))) ); TTYPE (tree) = tree->opval.val->type; TETYPE (tree) = getSpec (TTYPE (tree)); tree->left = NULL; tree->right = NULL; return tree; } } /* if the right is a literal replace the tree */ if (IS_LITERAL (RETYPE (tree))) { #if 0 if (IS_PTR (LTYPE (tree)) && !IS_GENPTR (LTYPE (tree)) ) { /* rewrite (type *)litaddr as &temp and define type at litaddr temp (but only if type's storage class is not generic) */ ast *newTree = newNode ('&', NULL, NULL); symbol *sym; TTYPE (newTree) = LTYPE (tree); TETYPE (newTree) = getSpec(LTYPE (tree)); /* define a global symbol at the casted address*/ sym = newSymbol(genSymName (0), 0); sym->type = LTYPE (tree)->next; if (!sym->type) sym->type = newLink (V_VOID); sym->etype = getSpec(sym->type); SPEC_SCLS (sym->etype) = sclsFromPtr (LTYPE (tree)); sym->lineDef = tree->lineno; sym->cdef = 1; sym->isref = 1; SPEC_STAT (sym->etype) = 1; SPEC_ADDR(sym->etype) = floatFromVal (valFromType (RTYPE (tree))); SPEC_ABSA(sym->etype) = 1; addSym (SymbolTab, sym, sym->name, 0, 0, 0); allocGlobal (sym); newTree->left = newAst_VALUE(symbolVal(sym)); newTree->left->filename = tree->filename; newTree->left->lineno = tree->lineno; LTYPE (newTree) = sym->type; LETYPE (newTree) = sym->etype; LLVAL (newTree) = 1; LRVAL (newTree) = 0; TLVAL (newTree) = 1; return newTree; } #endif if (!IS_PTR (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valCastLiteral (LTYPE (tree), floatFromVal (valFromType (RTYPE (tree)))); TTYPE (tree) = tree->opval.val->type; tree->left = NULL; tree->right = NULL; tree->values.literalFromCast = 1; TETYPE (tree) = getSpec (TTYPE (tree)); return tree; } } if (IS_GENPTR (LTYPE (tree)) && IS_PTR (RTYPE (tree)) && !IS_GENPTR (RTYPE (tree)) && (resultType != RESULT_TYPE_GPTR)) { DCL_TYPE (LTYPE (tree)) = DCL_TYPE (RTYPE (tree)); } TTYPE (tree) = LTYPE (tree); LRVAL (tree) = 1; #endif TETYPE (tree) = getSpec (TTYPE (tree)); return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* logical &&, || */ /*----------------------------*/ case AND_OP: case OR_OP: /* each must be arithmetic type or be a pointer */ if (!IS_PTR (LTYPE (tree)) && !IS_ARRAY (LTYPE (tree)) && !IS_INTEGRAL (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_COMPARE_OP); goto errorTreeReturn; } if (!IS_PTR (RTYPE (tree)) && !IS_ARRAY (RTYPE (tree)) && !IS_INTEGRAL (RTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_COMPARE_OP); goto errorTreeReturn; } /* if they are both literal then */ /* rewrite the tree */ if (IS_LITERAL (RTYPE (tree)) && IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valLogicAndOr (valFromType (LTYPE (tree)), valFromType (RTYPE (tree)), tree->opval.op); tree->right = tree->left = NULL; TETYPE (tree) = getSpec (TTYPE (tree) = tree->opval.val->type); return tree; } LRVAL (tree) = RRVAL (tree) = 1; TTYPE (tree) = TETYPE (tree) = (resultTypeProp == RESULT_TYPE_BIT) ? newBoolLink() :newCharLink(); return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* comparison operators */ /*----------------------------*/ case '>': case '<': case LE_OP: case GE_OP: case EQ_OP: case NE_OP: { ast *lt = optimizeCompare (tree); if (tree != lt) return lt; } /* if they are pointers they must be castable */ if (IS_PTR (LTYPE (tree)) && IS_PTR (RTYPE (tree))) { if (tree->opval.op==EQ_OP && !IS_GENPTR(LTYPE(tree)) && IS_GENPTR(RTYPE(tree))) { // we cannot cast a gptr to a !gptr: switch the leaves struct ast *s=tree->left; tree->left=tree->right; tree->right=s; } if (compareType (LTYPE (tree), RTYPE (tree)) == 0) { werrorfl (tree->filename, tree->lineno, E_COMPARE_OP); fprintf (stderr, "comparing type "); printTypeChain (LTYPE (tree), stderr); fprintf (stderr, "to type "); printTypeChain (RTYPE (tree), stderr); fprintf (stderr, "\n"); goto errorTreeReturn; } } /* else they should be promotable to one another */ else { if (!((IS_PTR (LTYPE (tree)) && IS_LITERAL (RTYPE (tree))) || (IS_PTR (RTYPE (tree)) && IS_LITERAL (LTYPE (tree))))) if (compareType (LTYPE (tree), RTYPE (tree)) == 0) { werrorfl (tree->filename, tree->lineno, E_COMPARE_OP); fprintf (stderr, "comparing type "); printTypeChain (LTYPE (tree), stderr); fprintf (stderr, "to type "); printTypeChain (RTYPE (tree), stderr); fprintf (stderr, "\n"); goto errorTreeReturn; } } { CCR_RESULT ccr_result = CCR_OK; /* if left is integral and right is literal then check constant range */ if (IS_INTEGRAL(LTYPE(tree)) && IS_LITERAL(RTYPE(tree))) ccr_result = checkConstantRange (LTYPE (tree), RTYPE (tree), tree->opval.op, FALSE); if (ccr_result == CCR_OK && IS_INTEGRAL(RTYPE(tree)) && IS_LITERAL(LTYPE(tree))) ccr_result = checkConstantRange (RTYPE (tree), LTYPE (tree), tree->opval.op, TRUE); switch (ccr_result) { case CCR_ALWAYS_TRUE: case CCR_ALWAYS_FALSE: if (!options.lessPedantic) werrorfl (tree->filename, tree->lineno, W_COMP_RANGE, ccr_result == CCR_ALWAYS_TRUE ? "true" : "false"); return decorateType (newAst_VALUE (constCharVal ((unsigned char)(ccr_result == CCR_ALWAYS_TRUE))), resultType); case CCR_OK: default: break; } } /* if (unsigned value) > 0 then '(unsigned value) ? 1 : 0' */ if (tree->opval.op == '>' && SPEC_USIGN(LETYPE(tree)) && IS_LITERAL(RTYPE(tree)) && ((int) ulFromVal (valFromType (RETYPE (tree)))) == 0) { if ((resultType == RESULT_TYPE_IFX) || (resultType == RESULT_TYPE_BIT)) { /* the parent is an ifx: */ /* if (unsigned value) */ return tree->left; } /* (unsigned value) ? 1 : 0 */ tree->opval.op = '?'; tree->right = newNode (':', newAst_VALUE (constCharVal (1)), tree->right); /* val 0 */ tree->right->filename = tree->filename; tree->right->lineno = tree->lineno; tree->right->left->filename = tree->filename; tree->right->left->lineno = tree->lineno; tree->decorated = 0; return decorateType (tree, resultType); } /* 'ifx (op == 0)' -> 'ifx (!(op))' */ if (IS_LITERAL(RTYPE(tree)) && floatFromVal (valFromType (RETYPE (tree))) == 0 && tree->opval.op == EQ_OP && (resultType == RESULT_TYPE_IFX || resultType == RESULT_TYPE_BIT)) { tree->opval.op = '!'; tree->right = NULL; tree->decorated = 0; return decorateType (tree, resultType); } /* if they are both literal then */ /* rewrite the tree */ if (IS_LITERAL (RTYPE (tree)) && IS_LITERAL (LTYPE (tree))) { tree->type = EX_VALUE; tree->opval.val = valCompare (valFromType (LETYPE (tree)), valFromType (RETYPE (tree)), tree->opval.op); tree->right = tree->left = NULL; TETYPE (tree) = getSpec (TTYPE (tree) = tree->opval.val->type); return tree; } /* if one is 'signed char ' and the other one is 'unsigned char' */ /* it's necessary to promote to int */ if (IS_CHAR (RTYPE (tree)) && IS_CHAR (LTYPE (tree)) && (IS_UNSIGNED (RTYPE (tree)) != IS_UNSIGNED (LTYPE (tree)))) { /* Literals are 'optimized' to 'unsigned char'. Try to figure out, if it's possible to use a 'signed char' */ /* is left a 'unsigned char'? */ if (IS_LITERAL (RTYPE (tree)) && IS_UNSIGNED (RTYPE (tree)) && /* the value range of a 'unsigned char' is 0...255; if the actual value is < 128 it can be changed to signed */ (int) ulFromVal (valFromType (RETYPE (tree))) < 128) { /* now we've got 2 'signed char'! */ SPEC_USIGN (RETYPE (tree)) = 0; } /* same test for the left operand: */ else if (IS_LITERAL (LTYPE (tree)) && IS_UNSIGNED (LTYPE (tree)) && (int) ulFromVal (valFromType (LETYPE (tree))) < 128) { SPEC_USIGN (LETYPE (tree)) = 0; } else { werrorfl (tree->filename, tree->lineno, W_CMP_SU_CHAR); tree->left = addCast (tree->left , RESULT_TYPE_INT, TRUE); tree->right = addCast (tree->right, RESULT_TYPE_INT, TRUE); } } LRVAL (tree) = RRVAL (tree) = 1; TTYPE (tree) = TETYPE (tree) = (resultType == RESULT_TYPE_BIT) ? newBoolLink() :newCharLink(); /* condition transformations */ { unsigned transformedOp = 0; switch (tree->opval.op) { case '<': /* transform (a < b) to !(a >= b) */ if (port->lt_nge) transformedOp = GE_OP; break; case '>': /* transform (a > b) to !(a <= b) */ if (port->gt_nle) transformedOp = LE_OP; break; case LE_OP: /* transform (a <= b) to !(a > b) */ if (port->le_ngt) transformedOp = '>'; break; case GE_OP: /* transform (a >= b) to !(a < b) */ if (port->ge_nlt) transformedOp = '<'; break; case NE_OP: /* transform (a != b) to !(a == b) */ if (port->ne_neq) transformedOp = EQ_OP; break; case EQ_OP: /* transform (a == b) to !(a != b) */ if (port->eq_nne) transformedOp = NE_OP; break; default: break; } if (transformedOp) { tree->opval.op = transformedOp; tree->decorated = 0; tree = newNode ('!', tree, NULL); tree->filename = tree->left->filename; tree->lineno = tree->left->lineno; return decorateType (tree, resultType); } } return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* sizeof */ /*----------------------------*/ case SIZEOF: /* evaluate wihout code generation */ /* change the type to a integer */ { int size = getSize (tree->right->ftype); SNPRINTF(buffer, sizeof(buffer), "%d", size); if (!size && !IS_VOID(tree->right->ftype)) werrorfl (tree->filename, tree->lineno, E_SIZEOF_INCOMPLETE_TYPE); } tree->type = EX_VALUE; tree->opval.val = constVal (buffer); tree->right = tree->left = NULL; TETYPE (tree) = getSpec (TTYPE (tree) = tree->opval.val->type); return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* typeof */ /*----------------------------*/ case TYPEOF: /* return typeof enum value */ tree->type = EX_VALUE; { int typeofv = 0; if (IS_SPEC(tree->right->ftype)) { switch (SPEC_NOUN(tree->right->ftype)) { case V_INT: if (SPEC_LONG(tree->right->ftype)) typeofv = TYPEOF_LONG; else typeofv = TYPEOF_INT; break; case V_FLOAT: typeofv = TYPEOF_FLOAT; break; case V_FIXED16X16: typeofv = TYPEOF_FIXED16X16; break; case V_CHAR: typeofv = TYPEOF_CHAR; break; case V_VOID: typeofv = TYPEOF_VOID; break; case V_STRUCT: typeofv = TYPEOF_STRUCT; break; case V_BITFIELD: typeofv = TYPEOF_BITFIELD; break; case V_BIT: typeofv = TYPEOF_BIT; break; case V_SBIT: typeofv = TYPEOF_SBIT; break; default: break; } } else { switch (DCL_TYPE(tree->right->ftype)) { case POINTER: typeofv = TYPEOF_POINTER; break; case FPOINTER: typeofv = TYPEOF_FPOINTER; break; case CPOINTER: typeofv = TYPEOF_CPOINTER; break; case GPOINTER: typeofv = TYPEOF_GPOINTER; break; case PPOINTER: typeofv = TYPEOF_PPOINTER; break; case IPOINTER: typeofv = TYPEOF_IPOINTER; break; case ARRAY: typeofv = TYPEOF_ARRAY; break; case FUNCTION: typeofv = TYPEOF_FUNCTION; break; default: break; } } SNPRINTF (buffer, sizeof(buffer), "%d", typeofv); tree->opval.val = constVal (buffer); tree->right = tree->left = NULL; TETYPE (tree) = getSpec (TTYPE (tree) = tree->opval.val->type); } return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* conditional operator '?' */ /*----------------------------*/ case '?': /* the type is value of the colon operator (on the right) */ assert (IS_COLON_OP (tree->right)); /* If already known then replace the tree : optimizer will do it but faster to do it here. If done before decorating tree->right this can save generating unused const strings. */ if (IS_LITERAL (LTYPE (tree))) { if (((int) ulFromVal (valFromType (LETYPE (tree)))) != 0) return decorateType (tree->right->left, resultTypeProp); else return decorateType (tree->right->right, resultTypeProp); } tree->right = decorateType (tree->right, resultTypeProp); if (IS_AST_LIT_VALUE (tree->right->left) && IS_AST_LIT_VALUE (tree->right->right) && ((resultType == RESULT_TYPE_IFX) || (resultType == RESULT_TYPE_BIT))) { double valTrue = AST_FLOAT_VALUE (tree->right->left); double valFalse = AST_FLOAT_VALUE (tree->right->right); if ((valTrue != 0) && (valFalse == 0)) { /* assign cond to result */ tree->left->decorated = 0; return decorateType (tree->left, resultTypeProp); } else if ((valTrue == 0) && (valFalse != 0)) { /* assign !cond to result */ tree->opval.op = '!'; tree->decorated = 0; tree->right = NULL; return decorateType (tree, resultTypeProp); } else { /* they have the same boolean value, make them equal */ tree->right->left = tree->right->right; } } /* if they are equal then replace the tree */ if (isAstEqual (tree->right->left, tree->right->right)) { return tree->right->left; } TTYPE (tree) = RTYPE (tree); TETYPE (tree) = getSpec (TTYPE (tree)); return tree; case ':': /* if they don't match we have a problem */ if ((compareType (LTYPE (tree), RTYPE (tree)) == 0) && (compareType (RTYPE (tree), LTYPE (tree)) == 0)) { werrorfl (tree->filename, tree->lineno, E_TYPE_MISMATCH, "conditional operator", " "); goto errorTreeReturn; } TTYPE (tree) = computeType (LTYPE (tree), RTYPE (tree), resultType, tree->opval.op); TETYPE (tree) = getSpec (TTYPE (tree)); return tree; #if 0 // assignment operators are converted by the parser /*------------------------------------------------------------------*/ /*----------------------------*/ /* assignment operators */ /*----------------------------*/ case MUL_ASSIGN: case DIV_ASSIGN: /* for these it must be both must be integral */ if (!IS_ARITHMETIC (LTYPE (tree)) || !IS_ARITHMETIC (RTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_OPS_INTEGRAL); goto errorTreeReturn; } RRVAL (tree) = 1; TETYPE (tree) = getSpec (TTYPE (tree) = LTYPE (tree)); if (!tree->initMode && IS_CONSTANT (LTYPE (tree))) werrorfl (tree->filename, tree->lineno, E_CODE_WRITE, tree->opval.op==MUL_ASSIGN ? "*=" : "/="); if (LRVAL (tree)) { werrorfl (tree->filename, tree->lineno, E_LVALUE_REQUIRED, tree->opval.op==MUL_ASSIGN ? "*=" : "/="); goto errorTreeReturn; } LLVAL (tree) = 1; return tree; case AND_ASSIGN: case OR_ASSIGN: case XOR_ASSIGN: case RIGHT_ASSIGN: case LEFT_ASSIGN: /* for these it must be both must be integral */ if (!IS_INTEGRAL (LTYPE (tree)) || !IS_INTEGRAL (RTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_OPS_INTEGRAL); goto errorTreeReturn; } RRVAL (tree) = 1; TETYPE (tree) = getSpec (TTYPE (tree) = LTYPE (tree)); if (!tree->initMode && IS_CONSTANT (LETYPE (tree))) werrorfl (tree->filename, tree->lineno, E_CODE_WRITE, "&= or |= or ^= or >>= or <<="); if (LRVAL (tree)) { werrorfl (tree->filename, tree->lineno, E_LVALUE_REQUIRED, "&= or |= or ^= or >>= or <<="); goto errorTreeReturn; } LLVAL (tree) = 1; return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* -= operator */ /*----------------------------*/ case SUB_ASSIGN: if (!(IS_PTR (LTYPE (tree)) || IS_ARITHMETIC (LTYPE (tree)))) { werrorfl (tree->filename, tree->lineno, E_PLUS_INVALID, "-="); goto errorTreeReturn; } if (!(IS_PTR (RTYPE (tree)) || IS_ARITHMETIC (RTYPE (tree)))) { werrorfl (tree->filename, tree->lineno, E_PLUS_INVALID, "-="); goto errorTreeReturn; } RRVAL (tree) = 1; TETYPE (tree) = getSpec (TTYPE (tree) = computeType (LTYPE (tree), RTYPE (tree), RESULT_TYPE_NOPROM, tree->opval.op)); if (!tree->initMode && IS_CONSTANT (LETYPE (tree))) werrorfl (tree->filename, tree->lineno, E_CODE_WRITE, "-="); if (LRVAL (tree)) { werrorfl (tree->filename, tree->lineno, E_LVALUE_REQUIRED, "-="); goto errorTreeReturn; } LLVAL (tree) = 1; return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* += operator */ /*----------------------------*/ case ADD_ASSIGN: /* this is not a unary operation */ /* if both pointers then problem */ if (IS_PTR (LTYPE (tree)) && IS_PTR (RTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_PTR_PLUS_PTR); goto errorTreeReturn; } if (!IS_ARITHMETIC (LTYPE (tree)) && !IS_PTR (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_PLUS_INVALID, "+="); goto errorTreeReturn; } if (!IS_ARITHMETIC (RTYPE (tree)) && !IS_PTR (RTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_PLUS_INVALID, "+="); goto errorTreeReturn; } RRVAL (tree) = 1; TETYPE (tree) = getSpec (TTYPE (tree) = computeType (LTYPE (tree), RTYPE (tree), RESULT_TYPE_NOPROM, tree->opval.op)); if (!tree->initMode && IS_CONSTANT (LETYPE (tree))) werrorfl (tree->filename, tree->lineno, E_CODE_WRITE, "+="); if (LRVAL (tree)) { werrorfl (tree->filename, tree->lineno, E_LVALUE_REQUIRED, "+="); goto errorTreeReturn; } tree->right = decorateType (newNode ('+', copyAst (tree->left), tree->right), RESULT_TYPE_NONE); tree->opval.op = '='; return tree; #endif /*------------------------------------------------------------------*/ /*----------------------------*/ /* straight assignemnt */ /*----------------------------*/ case '=': /* cannot be an aggregate */ if (IS_AGGREGATE (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_AGGR_ASSIGN); goto errorTreeReturn; } /* they should either match or be castable */ if (compareType (LTYPE (tree), RTYPE (tree)) == 0) { werrorfl (tree->filename, tree->lineno, E_TYPE_MISMATCH, "assignment", " "); printFromToType(RTYPE(tree),LTYPE(tree)); } /* if the left side of the tree is of type void then report error */ if (IS_VOID (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_CAST_ZERO); printFromToType(RTYPE(tree), LTYPE(tree)); } TETYPE (tree) = getSpec (TTYPE (tree) = LTYPE (tree)); RRVAL (tree) = 1; LLVAL (tree) = 1; if (!tree->initMode ) { if (IS_CONSTANT(LTYPE(tree))) werrorfl (tree->filename, tree->lineno, E_CODE_WRITE, "="); } if (LRVAL (tree)) { werrorfl (tree->filename, tree->lineno, E_LVALUE_REQUIRED, "="); goto errorTreeReturn; } return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* comma operator */ /*----------------------------*/ case ',': TETYPE (tree) = getSpec (TTYPE (tree) = RTYPE (tree)); return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* function call */ /*----------------------------*/ case CALL: /* undo any explicit pointer derefernce; PCALL will handle it instead */ if (IS_FUNC (LTYPE (tree)) && tree->left->type == EX_OP) { if (tree->left->opval.op == '*' && !tree->left->right) tree->left = tree->left->left; } /* require a function or pointer to function */ if (!IS_FUNC (LTYPE (tree)) && !IS_FUNCPTR (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_FUNCTION_EXPECTED); goto errorTreeReturn; } /* if there are parms, make sure that parms are decorate / process / reverse only once */ if (!tree->right || !tree->right->decorated) { sym_link *functype; parmNumber = 1; if (IS_FUNCPTR (LTYPE (tree))) { functype = LTYPE (tree)->next; processFuncPtrArgs (functype); } else functype = LTYPE (tree); if (processParms (tree->left, FUNC_ARGS(functype), &tree->right, &parmNumber, TRUE)) { goto errorTreeReturn; } if ((options.stackAuto || IFFUNC_ISREENT (functype)) && !IFFUNC_ISBUILTIN(functype)) { reverseParms (tree->right); } TTYPE (tree) = functype->next; TETYPE (tree) = getSpec (TTYPE (tree)); } return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* return statement */ /*----------------------------*/ case RETURN: if (!tree->right) goto voidcheck; if (compareType (currFunc->type->next, RTYPE (tree)) == 0) { werrorfl (tree->filename, tree->lineno, W_RETURN_MISMATCH); printFromToType (RTYPE(tree), currFunc->type->next); goto errorTreeReturn; } if (IS_VOID (currFunc->type->next) && tree->right && !IS_VOID (RTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_FUNC_VOID); goto errorTreeReturn; } /* if there is going to be a casting required then add it */ if (compareType (currFunc->type->next, RTYPE (tree)) < 0) { tree->right = decorateType (newNode (CAST, newAst_LINK (copyLinkChain (currFunc->type->next)), tree->right), IS_GENPTR (currFunc->type->next) ? RESULT_TYPE_GPTR : RESULT_TYPE_NONE); } RRVAL (tree) = 1; return tree; voidcheck: if (!IS_VOID (currFunc->type->next) && tree->right == NULL) { werrorfl (tree->filename, tree->lineno, W_VOID_FUNC, currFunc->name); goto errorTreeReturn; } TTYPE (tree) = TETYPE (tree) = NULL; return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* switch statement */ /*----------------------------*/ case SWITCH: /* the switch value must be an integer */ if (!IS_INTEGRAL (LTYPE (tree))) { werrorfl (tree->filename, tree->lineno, E_SWITCH_NON_INTEGER); goto errorTreeReturn; } LRVAL (tree) = 1; TTYPE (tree) = TETYPE (tree) = NULL; return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* ifx Statement */ /*----------------------------*/ case IFX: tree->left = backPatchLabels (tree->left, tree->trueLabel, tree->falseLabel); TTYPE (tree) = TETYPE (tree) = NULL; return tree; /*------------------------------------------------------------------*/ /*----------------------------*/ /* for Statement */ /*----------------------------*/ case FOR: AST_FOR (tree, initExpr) = decorateType ( resolveSymbols (AST_FOR (tree, initExpr)), RESULT_TYPE_NONE); AST_FOR (tree, condExpr) = decorateType ( resolveSymbols (AST_FOR (tree, condExpr)), RESULT_TYPE_NONE); AST_FOR (tree, loopExpr) = decorateType ( resolveSymbols (AST_FOR (tree, loopExpr)), RESULT_TYPE_NONE); /* if the for loop is reversible then reverse it otherwise do what we normally do */ { symbol *sym; ast *init, *end; if (isLoopReversible (tree, &sym, &init, &end)) return reverseLoop (tree, sym, init, end); else return decorateType (createFor (AST_FOR (tree, trueLabel), AST_FOR (tree, continueLabel), AST_FOR (tree, falseLabel), AST_FOR (tree, condLabel), AST_FOR (tree, initExpr), AST_FOR (tree, condExpr), AST_FOR (tree, loopExpr), tree->left), RESULT_TYPE_NONE); } case PARAM: werrorfl (tree->filename, tree->lineno, E_INTERNAL_ERROR, __FILE__, __LINE__, "node PARAM shouldn't be processed here"); /* but in processParams() */ return tree; default: TTYPE (tree) = TETYPE (tree) = NULL; return tree; } /* some error found this tree will be killed */ errorTreeReturn: TTYPE (tree) = TETYPE (tree) = newCharLink (); tree->opval.op = NULLOP; tree->isError = 1; return tree; } /*-----------------------------------------------------------------*/ /* sizeofOp - processes size of operation */ /*-----------------------------------------------------------------*/ value * sizeofOp (sym_link * type) { char buff[10]; int size; /* make sure the type is complete and sane */ checkTypeSanity(type, "(sizeof)"); /* get the size and convert it to character */ SNPRINTF (buff, sizeof(buff), "%d", size = getSize (type)); if (!size && !IS_VOID(type)) werror (E_SIZEOF_INCOMPLETE_TYPE); /* now convert into value */ return constVal (buff); } #define IS_AND(ex) (ex->type == EX_OP && ex->opval.op == AND_OP ) #define IS_OR(ex) (ex->type == EX_OP && ex->opval.op == OR_OP ) #define IS_NOT(ex) (ex->type == EX_OP && ex->opval.op == '!' ) #define IS_ANDORNOT(ex) (IS_AND(ex) || IS_OR(ex) || IS_NOT(ex)) #define IS_IFX(ex) (ex->type == EX_OP && ex->opval.op == IFX ) #define IS_LT(ex) (ex->type == EX_OP && ex->opval.op == '<' ) #define IS_GT(ex) (ex->type == EX_OP && ex->opval.op == '>') /*-----------------------------------------------------------------*/ /* backPatchLabels - change and or not operators to flow control */ /*-----------------------------------------------------------------*/ static ast * backPatchLabels (ast * tree, symbol * trueLabel, symbol * falseLabel) { if (!tree) return NULL; /* while-loops insert a label between the IFX and the condition, therefore look behind the label too */ if (tree->opval.op == LABEL && tree->right && IS_ANDORNOT (tree->right)) { tree->right = backPatchLabels (tree->right, trueLabel, falseLabel); return tree; } if (!(IS_ANDORNOT (tree))) return tree; /* if this an and */ if (IS_AND (tree)) { static int localLbl = 0; symbol *localLabel; SNPRINTF(buffer, sizeof(buffer), "_andif_%d", localLbl++); localLabel = newSymbol (buffer, NestLevel); tree->left = backPatchLabels (tree->left, localLabel, falseLabel); /* if left is already a IFX then just change the if true label in that */ if (!IS_IFX (tree->left)) tree->left = newIfxNode (tree->left, localLabel, falseLabel); tree->right = backPatchLabels (tree->right, trueLabel, falseLabel); /* right is a IFX then just join */ if (IS_IFX (tree->right)) return newNode (NULLOP, tree->left, createLabel (localLabel, tree->right)); tree->right = createLabel (localLabel, tree->right); tree->right = newIfxNode (tree->right, trueLabel, falseLabel); return newNode (NULLOP, tree->left, tree->right); } /* if this is an or operation */ if (IS_OR (tree)) { static int localLbl = 0; symbol *localLabel; SNPRINTF(buffer, sizeof(buffer), "_orif_%d", localLbl++); localLabel = newSymbol (buffer, NestLevel); tree->left = backPatchLabels (tree->left, trueLabel, localLabel); /* if left is already a IFX then just change the if true label in that */ if (!IS_IFX (tree->left)) tree->left = newIfxNode (tree->left, trueLabel, localLabel); tree->right = backPatchLabels (tree->right, trueLabel, falseLabel); /* right is a IFX then just join */ if (IS_IFX (tree->right)) return newNode (NULLOP, tree->left, createLabel (localLabel, tree->right)); tree->right = createLabel (localLabel, tree->right); tree->right = newIfxNode (tree->right, trueLabel, falseLabel); return newNode (NULLOP, tree->left, tree->right); } /* change not */ if (IS_NOT (tree)) { /* call with exchanged labels */ tree->left = backPatchLabels (tree->left, falseLabel, trueLabel); /* if left isn't already a IFX */ if (!IS_IFX (tree->left)) { tree->left = newNode (IFX, tree->left, NULL); tree->left->trueLabel = falseLabel; tree->left->falseLabel = trueLabel; } return tree->left; } if (IS_IFX (tree)) { tree->trueLabel = trueLabel; tree->falseLabel = falseLabel; } return tree; } /*-----------------------------------------------------------------*/ /* createBlock - create expression tree for block */ /*-----------------------------------------------------------------*/ ast * createBlock (symbol * decl, ast * body) { ast *ex; /* if the block has nothing */ if (!body && !decl) return NULL; ex = newNode (BLOCK, NULL, body); ex->values.sym = decl; ex->level++; ex->filename = NULL; ex->lineno = 0; return ex; } /*-----------------------------------------------------------------*/ /* createLabel - creates the expression tree for labels */ /*-----------------------------------------------------------------*/ ast * createLabel (symbol * label, ast * stmnt) { symbol *csym; char name[SDCC_NAME_MAX + 1]; ast *rValue; /* must create fresh symbol if the symbol name */ /* exists in the symbol table, since there can */ /* be a variable with the same name as the labl */ if ((csym = findSym (SymbolTab, NULL, label->name)) && (csym->level == label->level)) label = newSymbol (label->name, label->level); /* change the name before putting it in add _ */ SNPRINTF(name, sizeof(name), "%s", label->name); /* put the label in the LabelSymbol table */ /* but first check if a label of the same */ /* name exists */ if ((csym = findSym (LabelTab, NULL, name))) werror (E_DUPLICATE_LABEL, label->name); else addSym (LabelTab, label, name, label->level, 0, 0); label->isitmp = 1; label->islbl = 1; label->key = labelKey++; rValue = newNode (LABEL, newAst_VALUE (symbolVal (label)), stmnt); rValue->filename = NULL; rValue->lineno = 0; return rValue; } /*-----------------------------------------------------------------*/ /* createCase - generates the parsetree for a case statement */ /*-----------------------------------------------------------------*/ ast * createCase (ast * swStat, ast * caseVal, ast * stmnt) { char caseLbl[SDCC_NAME_MAX + 1]; ast *rexpr; value *val; /* if the switch statement does not exist */ /* then case is out of context */ if (!swStat) { werrorfl (caseVal->filename, caseVal->lineno, E_CASE_CONTEXT); return NULL; } caseVal = decorateType (resolveSymbols (caseVal), RESULT_TYPE_NONE); /* if not a constant then error */ if (!IS_LITERAL (caseVal->ftype)) { werrorfl (caseVal->filename, caseVal->lineno, E_CASE_CONSTANT); return NULL; } /* if not a integer than error */ if (!IS_INTEGRAL (caseVal->ftype)) { werrorfl (caseVal->filename, caseVal->lineno, E_CASE_NON_INTEGER); return NULL; } /* find the end of the switch values chain */ if (!(val = swStat->values.switchVals.swVals)) swStat->values.switchVals.swVals = caseVal->opval.val; else { /* also order the cases according to value */ value *pval = NULL; int cVal = (int) ulFromVal (caseVal->opval.val); while (val && (int) ulFromVal (val) < cVal) { pval = val; val = val->next; } /* if we reached the end then */ if (!val) { pval->next = caseVal->opval.val; } else if ((int) ulFromVal (val) == cVal) { werrorfl (caseVal->filename, caseVal->lineno, E_DUPLICATE_LABEL, "case"); return NULL; } else { /* we found a value greater than */ /* the current value we must add this */ /* before the value */ caseVal->opval.val->next = val; /* if this was the first in chain */ if (swStat->values.switchVals.swVals == val) swStat->values.switchVals.swVals = caseVal->opval.val; else pval->next = caseVal->opval.val; } } /* create the case label */ SNPRINTF(caseLbl, sizeof(caseLbl), "_case_%d_%d", swStat->values.switchVals.swNum, (int) ulFromVal (caseVal->opval.val)); rexpr = createLabel (newSymbol (caseLbl, 0), stmnt); rexpr->filename = 0; rexpr->lineno = 0; return rexpr; } /*-----------------------------------------------------------------*/ /* createDefault - creates the parse tree for the default statement */ /*-----------------------------------------------------------------*/ ast * createDefault (ast * swStat, ast * defaultVal, ast * stmnt) { char defLbl[SDCC_NAME_MAX + 1]; /* if the switch statement does not exist */ /* then case is out of context */ if (!swStat) { werrorfl (defaultVal->filename, defaultVal->lineno, E_CASE_CONTEXT); return NULL; } if (swStat->values.switchVals.swDefault) { werrorfl (defaultVal->filename, defaultVal->lineno, E_DUPLICATE_LABEL, "default"); return NULL; } /* turn on the default flag */ swStat->values.switchVals.swDefault = 1; /* create the label */ SNPRINTF (defLbl, sizeof(defLbl), "_default_%d", swStat->values.switchVals.swNum); return createLabel (newSymbol (defLbl, 0), stmnt); } /*-----------------------------------------------------------------*/ /* createIf - creates the parsetree for the if statement */ /*-----------------------------------------------------------------*/ ast * createIf (ast * condAst, ast * ifBody, ast * elseBody) { static int Lblnum = 0; ast *ifTree; symbol *ifTrue, *ifFalse, *ifEnd; /* if neither exists */ if (!elseBody && !ifBody) { // if there are no side effects (i++, j() etc) if (!hasSEFcalls(condAst)) { return condAst; } } /* create the labels */ SNPRINTF (buffer, sizeof(buffer), "_iffalse_%d", Lblnum); ifFalse = newSymbol (buffer, NestLevel); /* if no else body then end == false */ if (!elseBody) ifEnd = ifFalse; else { SNPRINTF(buffer, sizeof(buffer), "_ifend_%d", Lblnum); ifEnd = newSymbol (buffer, NestLevel); } SNPRINTF (buffer, sizeof(buffer), "_iftrue_%d", Lblnum); ifTrue = newSymbol (buffer, NestLevel); Lblnum++; /* attach the ifTrue label to the top of it body */ ifBody = createLabel (ifTrue, ifBody); /* attach a goto end to the ifBody if else is present */ if (elseBody) { ifBody = newNode (NULLOP, ifBody, newNode (GOTO, newAst_VALUE (symbolVal (ifEnd)), NULL)); /* put the elseLabel on the else body */ elseBody = createLabel (ifFalse, elseBody); /* out the end at the end of the body */ elseBody = newNode (NULLOP, elseBody, createLabel (ifEnd, NULL)); } else { ifBody = newNode (NULLOP, ifBody, createLabel (ifFalse, NULL)); } condAst = backPatchLabels (condAst, ifTrue, ifFalse); if (IS_IFX (condAst)) ifTree = condAst; else ifTree = newIfxNode (condAst, ifTrue, ifFalse); return newNode (NULLOP, ifTree, newNode (NULLOP, ifBody, elseBody)); } /*-----------------------------------------------------------------*/ /* createDo - creates parse tree for do */ /* _dobody_n: */ /* statements */ /* _docontinue_n: */ /* condition_expression +-> trueLabel -> _dobody_n */ /* | */ /* +-> falseLabel-> _dobreak_n */ /* _dobreak_n: */ /*-----------------------------------------------------------------*/ ast * createDo (symbol * trueLabel, symbol * continueLabel, symbol * falseLabel, ast * condAst, ast * doBody) { ast *doTree; /* if the body does not exist then it is simple */ if (!doBody) { condAst = backPatchLabels (condAst, continueLabel, falseLabel); doTree = (IS_IFX (condAst) ? createLabel (continueLabel, condAst) : newNode (IFX, createLabel (continueLabel, condAst), NULL)); doTree->trueLabel = continueLabel; doTree->falseLabel = NULL; doTree = newNode (NULLOP, doTree, createLabel (falseLabel, NULL)); return doTree; } /* otherwise we have a body */ condAst = backPatchLabels (condAst, trueLabel, falseLabel); /* attach the body label to the top */ doBody = createLabel (trueLabel, doBody); /* attach the continue label to end of body */ doBody = newNode (NULLOP, doBody, createLabel (continueLabel, NULL)); /* now put the break label at the end */ if (IS_IFX (condAst)) doTree = condAst; else doTree = newIfxNode (condAst, trueLabel, falseLabel); doTree = newNode (NULLOP, doTree, createLabel (falseLabel, NULL)); /* putting it together */ return newNode (NULLOP, doBody, doTree); } /*-----------------------------------------------------------------*/ /* createFor - creates parse tree for 'for' statement */ /* initExpr */ /* _forcond_n: */ /* condExpr +-> trueLabel -> _forbody_n */ /* | */ /* +-> falseLabel-> _forbreak_n */ /* _forbody_n: */ /* statements */ /* _forcontinue_n: */ /* loopExpr */ /* goto _forcond_n ; */ /* _forbreak_n: */ /*-----------------------------------------------------------------*/ ast * createFor (symbol * trueLabel, symbol * continueLabel, symbol * falseLabel, symbol * condLabel, ast * initExpr, ast * condExpr, ast * loopExpr, ast * forBody) { ast *forTree; /* if loopexpression not present then we can generate it */ /* the same way as a while */ if (!loopExpr) return newNode (NULLOP, initExpr, createWhile (trueLabel, continueLabel, falseLabel, condExpr, forBody)); /* vanilla for statement */ condExpr = backPatchLabels (condExpr, trueLabel, falseLabel); if (condExpr && !IS_IFX (condExpr)) condExpr = newIfxNode (condExpr, trueLabel, falseLabel); /* attach condition label to condition */ condExpr = createLabel (condLabel, condExpr); /* attach body label to body */ forBody = createLabel (trueLabel, forBody); /* attach continue to forLoop expression & attach */ /* goto the forcond @ and of loopExpression */ loopExpr = createLabel (continueLabel, newNode (NULLOP, loopExpr, newNode (GOTO, newAst_VALUE (symbolVal (condLabel)), NULL))); /* now start putting them together */ forTree = newNode (NULLOP, initExpr, condExpr); forTree = newNode (NULLOP, forTree, forBody); forTree = newNode (NULLOP, forTree, loopExpr); /* finally add the break label */ forTree = newNode (NULLOP, forTree, createLabel (falseLabel, NULL)); return forTree; } /*-----------------------------------------------------------------*/ /* createWhile - creates parse tree for while statement */ /* the while statement will be created as follows */ /* */ /* _while_continue_n: */ /* condition_expression +-> trueLabel -> _while_boby_n */ /* | */ /* +-> falseLabel -> _while_break_n */ /* _while_body_n: */ /* statements */ /* goto _while_continue_n */ /* _while_break_n: */ /*-----------------------------------------------------------------*/ ast * createWhile (symbol * trueLabel, symbol * continueLabel, symbol * falseLabel, ast * condExpr, ast * whileBody) { ast *whileTree; /* put the continue label */ condExpr = backPatchLabels (condExpr, trueLabel, falseLabel); condExpr = createLabel (continueLabel, condExpr); condExpr->filename = NULL; condExpr->lineno = 0; /* put the body label in front of the body */ whileBody = createLabel (trueLabel, whileBody); whileBody->filename = NULL; whileBody->lineno = 0; /* put a jump to continue at the end of the body */ /* and put break label at the end of the body */ whileBody = newNode (NULLOP, whileBody, newNode (GOTO, newAst_VALUE (symbolVal (continueLabel)), createLabel (falseLabel, NULL))); /* put it all together */ if (IS_IFX (condExpr)) whileTree = condExpr; else { whileTree = newNode (IFX, condExpr, NULL); /* put the true & false labels in place */ whileTree->trueLabel = trueLabel; whileTree->falseLabel = falseLabel; } return newNode (NULLOP, whileTree, whileBody); } /*-----------------------------------------------------------------*/ /* isShiftRightLitVal _BitAndLitVal - helper function */ /*-----------------------------------------------------------------*/ static ast * isShiftRightLitVal_BitAndLitVal (ast * tree) { /* if this is not a bit and */ if (!IS_BITAND (tree)) return NULL; /* will look for tree of the form ( expr >> litval2) & litval1 */ if (!IS_AST_LIT_VALUE (tree->right)) return NULL; if (!IS_RIGHT_OP (tree->left)) return NULL; if (!IS_AST_LIT_VALUE (tree->left->right)) return NULL; return tree->left->left; } /*-----------------------------------------------------------------*/ /* isBitAndPowOf2 - helper function */ /*-----------------------------------------------------------------*/ static int isBitAndPow2 (ast * tree) { /* if this is not a bit and */ if (!IS_BITAND (tree)) return -1; /* will look for tree of the form ( expr & (1 << litval) */ if (!IS_AST_LIT_VALUE (tree->right)) return -1; return powof2 (AST_ULONG_VALUE (tree->right)); } /*-----------------------------------------------------------------*/ /* optimizeGetHbit - get highest order bit of the expression */ /*-----------------------------------------------------------------*/ ast * optimizeGetHbit (ast * tree, RESULT_TYPE resultType) { unsigned int i, j; ast * expr; expr = isShiftRightLitVal_BitAndLitVal(tree); if (expr) { if ((AST_ULONG_VALUE (tree->right) != 1) || ((i = AST_ULONG_VALUE (tree->left->right)) != (j = (getSize (TTYPE (expr)) * 8 - 1)))) expr = NULL; } if (!expr && (resultType == RESULT_TYPE_BIT)) { expr = tree->left; if (isBitAndPow2 (tree) != (signed)getSize (TTYPE (expr)) * 8 - 1) expr = NULL; } if (!expr) return tree; /* make sure the port supports GETHBIT */ if (port->hasExtBitOp && !port->hasExtBitOp(GETHBIT, getSize (TTYPE (expr)))) return tree; return decorateType (newNode (GETHBIT, expr, NULL), RESULT_TYPE_NONE); } /*-----------------------------------------------------------------*/ /* optimizeGetAbit - get a single bit of the expression */ /*-----------------------------------------------------------------*/ ast * optimizeGetAbit (ast * tree, RESULT_TYPE resultType) { ast * expr; ast * count = NULL; expr = isShiftRightLitVal_BitAndLitVal(tree); if (expr) { if (AST_ULONG_VALUE (tree->right) != 1) expr = NULL; count = tree->left->right; } if (!expr && (resultType == RESULT_TYPE_BIT)) { int p2 = isBitAndPow2 (tree); if (p2 >= 0) { expr = tree->left; count = newAst_VALUE (valueFromLit (p2)); } } if (!expr) return tree; /* make sure the port supports GETABIT */ if (port->hasExtBitOp && !port->hasExtBitOp(GETABIT, getSize (TTYPE (expr)))) return tree; return decorateType (newNode (GETABIT, expr, count), RESULT_TYPE_NONE); } /*-----------------------------------------------------------------*/ /* optimizeGetByte - get a byte of the expression */ /*-----------------------------------------------------------------*/ ast * optimizeGetByte (ast * tree, RESULT_TYPE resultType) { unsigned int i = 0; ast * expr; ast * count = NULL; expr = isShiftRightLitVal_BitAndLitVal(tree); if (expr) { i = AST_ULONG_VALUE (tree->left->right); count = tree->left->right; if (AST_ULONG_VALUE (tree->right) != 0xFF) expr = NULL; } if (!expr && resultType == RESULT_TYPE_CHAR) { /* if this is a right shift over a multiple of 8 */ if (IS_RIGHT_OP (tree) && IS_AST_LIT_VALUE (tree->right)) { i = AST_ULONG_VALUE (tree->right); count = tree->right; expr = tree->left; } } if (!expr || (i == 0) || (i % 8) || (i >= getSize (TTYPE (expr)) * 8)) return tree; /* make sure the port supports GETBYTE */ if (port->hasExtBitOp && !port->hasExtBitOp(GETBYTE, getSize (TTYPE (expr)))) return tree; return decorateType (newNode (GETBYTE, expr, count), RESULT_TYPE_NONE); } /*-----------------------------------------------------------------*/ /* optimizeGetWord - get two bytes of the expression */ /*-----------------------------------------------------------------*/ ast * optimizeGetWord (ast * tree, RESULT_TYPE resultType) { unsigned int i = 0; ast * expr; ast * count = NULL; expr = isShiftRightLitVal_BitAndLitVal(tree); if (expr) { i = AST_ULONG_VALUE (tree->left->right); count = tree->left->right; if (AST_ULONG_VALUE (tree->right) != 0xFFFF) expr = NULL; } if (!expr && resultType == RESULT_TYPE_INT) { /* if this is a right shift over a multiple of 8 */ if (IS_RIGHT_OP (tree) && IS_AST_LIT_VALUE (tree->right)) { i = AST_ULONG_VALUE (tree->right); count = tree->right; expr = tree->left; } } if (!expr || (i == 0) || (i % 8) || (i >= (getSize (TTYPE (expr))-1) * 8)) return tree; /* make sure the port supports GETWORD */ if (port->hasExtBitOp && !port->hasExtBitOp(GETWORD, getSize (TTYPE (expr)))) return tree; return decorateType (newNode (GETWORD, expr, count), RESULT_TYPE_NONE); } /*-----------------------------------------------------------------*/ /* optimizeRRCRLC :- optimize for Rotate Left/Right with carry */ /*-----------------------------------------------------------------*/ ast * optimizeRRCRLC (ast * root) { /* will look for trees of the form (?expr << 1) | (?expr >> 7) or (?expr >> 7) | (?expr << 1) will make that into a RLC : operation .. Will also look for (?expr >> 1) | (?expr << 7) or (?expr << 7) | (?expr >> 1) will make that into a RRC operation note : by 7 I mean (number of bits required to hold the variable -1 ) */ /* if the root operation is not a | operation then not */ if (!IS_BITOR (root)) return root; /* I have to think of a better way to match patterns this sucks */ /* that aside let's start looking for the first case : I use a negative check a lot to improve the efficiency */ /* (?expr << 1) | (?expr >> 7) */ if (IS_LEFT_OP (root->left) && IS_RIGHT_OP (root->right)) { if (!SPEC_USIGN (TETYPE (root->left->left))) return root; if (!IS_AST_LIT_VALUE (root->left->right) || !IS_AST_LIT_VALUE (root->right->right)) goto tryNext0; /* make sure it is the same expression */ if (!isAstEqual (root->left->left, root->right->left)) goto tryNext0; if (AST_ULONG_VALUE (root->left->right) != 1) goto tryNext0; if (AST_ULONG_VALUE (root->right->right) != (getSize (TTYPE (root->left->left)) * 8 - 1)) goto tryNext0; /* make sure the port supports RLC */ if (port->hasExtBitOp && !port->hasExtBitOp(RLC, getSize (TTYPE (root->left->left)))) return root; /* whew got the first case : create the AST */ return newNode (RLC, root->left->left, NULL); } tryNext0: /* check for second case */ /* (?expr >> 7) | (?expr << 1) */ if (IS_LEFT_OP (root->right) && IS_RIGHT_OP (root->left)) { if (!SPEC_USIGN (TETYPE (root->left->left))) return root; if (!IS_AST_LIT_VALUE (root->left->right) || !IS_AST_LIT_VALUE (root->right->right)) goto tryNext1; /* make sure it is the same symbol */ if (!isAstEqual (root->left->left, root->right->left)) goto tryNext1; if (AST_ULONG_VALUE (root->right->right) != 1) goto tryNext1; if (AST_ULONG_VALUE (root->left->right) != (getSize (TTYPE (root->left->left)) * 8 - 1)) goto tryNext1; /* make sure the port supports RLC */ if (port->hasExtBitOp && !port->hasExtBitOp(RLC, getSize (TTYPE (root->left->left)))) return root; /* whew got the first case : create the AST */ return newNode (RLC, root->left->left, NULL); } tryNext1: /* third case for RRC */ /* (?symbol >> 1) | (?symbol << 7) */ if (IS_LEFT_OP (root->right) && IS_RIGHT_OP (root->left)) { if (!SPEC_USIGN (TETYPE (root->left->left))) return root; if (!IS_AST_LIT_VALUE (root->left->right) || !IS_AST_LIT_VALUE (root->right->right)) goto tryNext2; /* make sure it is the same symbol */ if (!isAstEqual (root->left->left, root->right->left)) goto tryNext2; if (AST_ULONG_VALUE (root->left->right) != 1) goto tryNext2; if (AST_ULONG_VALUE (root->right->right) != (getSize (TTYPE (root->left->left)) * 8 - 1)) goto tryNext2; /* make sure the port supports RRC */ if (port->hasExtBitOp && !port->hasExtBitOp(RRC, getSize (TTYPE (root->left->left)))) return root; /* whew got the first case : create the AST */ return newNode (RRC, root->left->left, NULL); } tryNext2: /* fourth and last case for now */ /* (?symbol << 7) | (?symbol >> 1) */ if (IS_RIGHT_OP (root->right) && IS_LEFT_OP (root->left)) { if (!SPEC_USIGN (TETYPE (root->left->left))) return root; if (!IS_AST_LIT_VALUE (root->left->right) || !IS_AST_LIT_VALUE (root->right->right)) return root; /* make sure it is the same symbol */ if (!isAstEqual (root->left->left, root->right->left)) return root; if (AST_ULONG_VALUE (root->right->right) != 1) return root; if (AST_ULONG_VALUE (root->left->right) != (getSize (TTYPE (root->left->left)) * 8 - 1)) return root; /* make sure the port supports RRC */ if (port->hasExtBitOp && !port->hasExtBitOp(RRC, getSize (TTYPE (root->left->left)))) return root; /* whew got the first case : create the AST */ return newNode (RRC, root->left->left, NULL); } /* not found return root */ return root; } /*-----------------------------------------------------------------*/ /* optimizeSWAP :- optimize for nibble/byte/word swaps */ /*-----------------------------------------------------------------*/ ast * optimizeSWAP (ast * root) { /* will look for trees of the form (?expr << 4) | (?expr >> 4) or (?expr >> 4) | (?expr << 4) will make that into a SWAP : operation .. note : by 4 I mean (number of bits required to hold the variable /2 ) */ /* if the root operation is not a | operation then not */ if (!IS_BITOR (root)) return root; /* (?expr << 4) | (?expr >> 4) */ if ((IS_LEFT_OP (root->left) && IS_RIGHT_OP (root->right)) || (IS_RIGHT_OP (root->left) && IS_LEFT_OP (root->right))) { if (!SPEC_USIGN (TETYPE (root->left->left))) return root; if (!IS_AST_LIT_VALUE (root->left->right) || !IS_AST_LIT_VALUE (root->right->right)) return root; /* make sure it is the same expression */ if (!isAstEqual (root->left->left, root->right->left)) return root; if (AST_ULONG_VALUE (root->left->right) != (getSize (TTYPE (root->left->left)) * 4)) return root; if (AST_ULONG_VALUE (root->right->right) != (getSize (TTYPE (root->left->left)) * 4)) return root; /* make sure the port supports SWAP */ if (port->hasExtBitOp && !port->hasExtBitOp(SWAP, getSize (TTYPE (root->left->left)))) return root; /* found it : create the AST */ return newNode (SWAP, root->left->left, NULL); } /* not found return root */ return root; } /*-----------------------------------------------------------------*/ /* optimizeCompare - optimizes compares for bit variables */ /*-----------------------------------------------------------------*/ static ast * optimizeCompare (ast * root) { ast *optExpr = NULL; value *vleft; value *vright; unsigned int litValue; /* if nothing then return nothing */ if (!root) return NULL; /* if not a compare op then do leaves */ if (!IS_COMPARE_OP (root)) { root->left = optimizeCompare (root->left); root->right = optimizeCompare (root->right); return root; } /* if left & right are the same then depending of the operation do */ if (isAstEqual (root->left, root->right)) { switch (root->opval.op) { case '>': case '<': case NE_OP: optExpr = newAst_VALUE (constCharVal (0)); break; case GE_OP: case LE_OP: case EQ_OP: optExpr = newAst_VALUE (constCharVal (1)); break; } return decorateType (optExpr, RESULT_TYPE_NONE); } vleft = (root->left->type == EX_VALUE ? root->left->opval.val : NULL); vright = (root->right->type == EX_VALUE ? root->right->opval.val : NULL); /* if left is a BITVAR in BITSPACE */ /* and right is a LITERAL then */ /* optimize else do nothing */ if (vleft && vright && IS_BITVAR (vleft->etype) && IN_BITSPACE (SPEC_OCLS (vleft->etype)) && IS_LITERAL (vright->etype)) { /* if right side > 1 then comparison may never succeed */ if ((litValue = (int) ulFromVal (vright)) > 1) { werror (W_BAD_COMPARE); goto noOptimize; } if (litValue) { switch (root->opval.op) { case '>': /* bit value greater than 1 cannot be */ werror (W_BAD_COMPARE); goto noOptimize; break; case '<': /* bit value < 1 means 0 */ case NE_OP: optExpr = newNode ('!', newAst_VALUE (vleft), NULL); break; case LE_OP: /* bit value <= 1 means no check */ optExpr = newAst_VALUE (vright); break; case GE_OP: /* bit value >= 1 means only check for = */ case EQ_OP: optExpr = newAst_VALUE (vleft); break; } } else { /* literal is zero */ switch (root->opval.op) { case '<': /* bit value < 0 cannot be */ werror (W_BAD_COMPARE); goto noOptimize; break; case '>': /* bit value > 0 means 1 */ case NE_OP: optExpr = newAst_VALUE (vleft); break; case LE_OP: /* bit value <= 0 means no check */ case GE_OP: /* bit value >= 0 means no check */ werror (W_BAD_COMPARE); goto noOptimize; break; case EQ_OP: /* bit == 0 means ! of bit */ optExpr = newNode ('!', newAst_VALUE (vleft), NULL); break; } } return decorateType (resolveSymbols (optExpr), RESULT_TYPE_NONE); } /* end-of-if of BITVAR */ noOptimize: return root; } /*-----------------------------------------------------------------*/ /* addSymToBlock : adds the symbol to the first block we find */ /*-----------------------------------------------------------------*/ void addSymToBlock (symbol * sym, ast * tree) { /* reached end of tree or a leaf */ if (!tree || IS_AST_LINK (tree) || IS_AST_VALUE (tree)) return; /* found a block */ if (IS_AST_OP (tree) && tree->opval.op == BLOCK) { symbol *lsym = copySymbol (sym); lsym->next = AST_VALUES (tree, sym); AST_VALUES (tree, sym) = lsym; return; } addSymToBlock (sym, tree->left); addSymToBlock (sym, tree->right); } /*-----------------------------------------------------------------*/ /* processRegParms - do processing for register parameters */ /*-----------------------------------------------------------------*/ static void processRegParms (value * args, ast * body) { while (args) { if (IS_REGPARM (args->etype)) addSymToBlock (args->sym, body); args = args->next; } } /*-----------------------------------------------------------------*/ /* resetParmKey - resets the operandkeys for the symbols */ /*-----------------------------------------------------------------*/ DEFSETFUNC (resetParmKey) { symbol *sym = item; sym->key = 0; sym->defs = NULL; sym->uses = NULL; sym->remat = 0; return 1; } /*------------------------------------------------------------------*/ /* fixupInlineLabel - change a label in an inlined function so that */ /* it is always unique no matter how many times */ /* the function is inlined. */ /*------------------------------------------------------------------*/ static void fixupInlineLabel (symbol * sym) { char name[SDCC_NAME_MAX + 1]; SNPRINTF(name, sizeof(name), "%s_%d", sym->name, inlineState.count); strcpy (sym->name, name); } /*------------------------------------------------------------------*/ /* copyAstLoc - copy location information (file, line, block, etc.) */ /* from one ast node to another */ /*------------------------------------------------------------------*/ static void copyAstLoc (ast * dest, ast * src) { dest->filename = src->filename; dest->lineno = src->lineno; dest->level = src->level; dest->block = src->block; dest->seqPoint = src->seqPoint; } /*-----------------------------------------------------------------*/ /* fixupInline - perform various fixups on an inline function tree */ /* to take into account that it is no longer a */ /* stand-alone function. */ /*-----------------------------------------------------------------*/ static void fixupInline (ast * tree, int level) { int savedBlockno = currBlockno; if (IS_AST_OP (tree) && (tree->opval.op == BLOCK)) { symbol * decls; currBlockno = ++blockNo; level++; /* Add any declared variables back into the symbol table */ decls = tree->values.sym; while (decls) { decls->level = level; decls->block = currBlockno; addSym (SymbolTab, decls, decls->name, decls->level, decls->block, 0); decls = decls->next; } } tree->level = level; tree->block = currBlockno; /* Update symbols */ if (IS_AST_VALUE (tree) && tree->opval.val->sym) { symbol * sym = tree->opval.val->sym; sym->level = level; sym->block = currBlockno; sym->reqv = NULL; SYM_SPIL_LOC (sym) = NULL; sym->key = 0; /* If the symbol is a label, we need to renumber it */ if (sym->islbl) fixupInlineLabel (sym); } /* Update IFX target labels */ if (tree->type == EX_OP && tree->opval.op == IFX) { if (tree->trueLabel) fixupInlineLabel (tree->trueLabel); if (tree->falseLabel) fixupInlineLabel (tree->falseLabel); } /* Replace RETURN with optional assignment and a GOTO to the end */ /* of the inlined function */ if (tree->type == EX_OP && tree->opval.op == RETURN) { ast * assignTree = NULL; ast * gotoTree; if (inlineState.retsym && tree->right) { assignTree = newNode ('=', newAst_VALUE (symbolVal (inlineState.retsym)), tree->right); copyAstLoc (assignTree, tree); } gotoTree = newNode (GOTO, newAst_VALUE (symbolVal (inlineState.retlab)), NULL); copyAstLoc (gotoTree, tree); tree->opval.op = NULLOP; tree->left = assignTree; tree->right = gotoTree; } /* Update any children */ if (tree->left) fixupInline (tree->left, level); if (tree->right) fixupInline (tree->right, level); if (IS_AST_OP (tree) && (tree->opval.op == LABEL)) { symbol * label = tree->left->opval.val->sym; label->key = labelKey++; /* Add this label back into the symbol table */ addSym (LabelTab, label, label->name, label->level, 0, 0); } if (IS_AST_OP (tree) && (tree->opval.op == BLOCK)) { level--; currBlockno = savedBlockno; } } /*-----------------------------------------------------------------*/ /* inlineAddDecl - add a variable declaration to an ast block. It */ /* is also added to the symbol table if addSymTab */ /* is nonzero. */ /*-----------------------------------------------------------------*/ static void inlineAddDecl (symbol * sym, ast * block, int addSymTab) { sym->reqv = NULL; SYM_SPIL_LOC (sym) = NULL; sym->key = 0; if (block != NULL) { symbol **decl = &(block->values.sym); sym->level = block->level; sym->block = block->block; while (*decl) { if (strcmp ((*decl)->name, sym->name) == 0) return; decl = &( (*decl)->next ); } *decl = sym; if (addSymTab) addSym (SymbolTab, sym, sym->name, sym->level, sym->block, 0); } } /*-----------------------------------------------------------------*/ /* inlineTempVar - create a temporary variable for inlining */ /*-----------------------------------------------------------------*/ static symbol * inlineTempVar (sym_link * type, int level) { symbol * sym; sym = newSymbol (genSymName(level), level ); sym->type = copyLinkChain (type); sym->etype = getSpec(sym->type); SPEC_SCLS (sym->etype) = S_AUTO; SPEC_OCLS (sym->etype) = NULL; SPEC_EXTR (sym->etype) = 0; SPEC_STAT (sym->etype) = 0; if IS_SPEC (sym->type) SPEC_VOLATILE (sym->type) = 0; else DCL_PTR_VOLATILE (sym->type) = 0; SPEC_ABSA (sym->etype) = 0; return sym; } /*-----------------------------------------------------------------*/ /* inlineFindParmRecurse - recursive function for inlineFindParm */ /*-----------------------------------------------------------------*/ static ast * inlineFindParmRecurse (ast * parms, int *index) { if (!parms) return NULL; if (parms->type == EX_OP && parms->opval.op == PARAM) { ast * p; p=inlineFindParmRecurse (parms->left, index); if (p) return p; p=inlineFindParmRecurse (parms->right, index); if (p) return p; } if (!*index) return parms; (*index)--; return NULL; } /*-----------------------------------------------------------------*/ /* inlineFindParm - search an ast tree of parameters to find one */ /* at a particular index (0=first parameter). */ /* Returns NULL if not found. */ /*-----------------------------------------------------------------*/ static ast * inlineFindParm (ast * parms, int index) { return inlineFindParmRecurse (parms, &index); } /*-----------------------------------------------------------------*/ /* expandInlineFuncs - replace calls to inline functions with the */ /* function itself */ /*-----------------------------------------------------------------*/ static void expandInlineFuncs (ast * tree, ast * block) { if (IS_AST_OP (tree) && (tree->opval.op == CALL) && tree->left && IS_AST_VALUE (tree->left) && tree->left->opval.val->sym) { symbol * func = tree->left->opval.val->sym; symbol * csym; /* The symbol is probably not bound yet, so find the real one */ csym = findSymWithLevel (SymbolTab, func); if (csym) func = csym; /* Is this an inline function that we can inline? */ if (IFFUNC_ISINLINE (func->type) && func->funcTree) { symbol * retsym = NULL; symbol * retlab; ast * inlinetree; ast * inlinetree2; ast * temptree; value * args; int argIndex; /* Generate a label for the inlined function to branch to */ /* in case it contains a return statement */ retlab = newSymbol (genSymName(tree->level+1), tree->level+1 ); retlab->isitmp = 1; retlab->islbl = 1; inlineState.retlab = retlab; /* Build the subtree for the inlined function in the form: */ /* { //inlinetree block */ /* { //inlinetree2 block */ /* inline_function_code; */ /* retlab: */ /* } */ /* } */ temptree = newNode (LABEL, newAst_VALUE (symbolVal (retlab)), NULL); copyAstLoc (temptree, tree); temptree = newNode (NULLOP, copyAst (func->funcTree), temptree); copyAstLoc (temptree, tree); temptree = newNode (BLOCK, NULL, temptree); copyAstLoc (temptree, tree); inlinetree2 = temptree; inlinetree = newNode (BLOCK, NULL, inlinetree2); copyAstLoc (inlinetree, tree); /* To pass parameters to the inlined function, we need some */ /* intermediate variables. This avoids scoping problems */ /* when the parameter declaration names are used differently */ /* during the function call. For example, a function */ /* declared as func(int x, int y) but called as func(y,x). */ /* { //inlinetree block */ /* type1 temparg1 = argument1; */ /* ... */ /* typen tempargn = argumentn; */ /* { //inlinetree2 block */ /* type1 param1 = temparg1; */ /* ... */ /* typen paramn = tempargn; */ /* inline_function_code; */ /* retlab: */ /* } */ /* } */ args = FUNC_ARGS (func->type); argIndex = 0; while (args) { symbol * temparg; ast * assigntree; symbol * parm; ast * passedarg = inlineFindParm (tree->right, argIndex); if (!passedarg) { werror(E_TOO_FEW_PARMS); break; } temparg = inlineTempVar (args->sym->type, tree->level+1); inlineAddDecl (temparg, inlinetree, FALSE); assigntree = newNode ('=', newAst_VALUE (symbolVal (temparg)), passedarg); assigntree->initMode=1; // tell that assignment is initializer inlinetree->right = newNode (NULLOP, assigntree, inlinetree->right); parm = copySymbol (args->sym); inlineAddDecl (parm, inlinetree2, FALSE); parm->_isparm = 0; assigntree = newNode ('=', newAst_VALUE (symbolVal (parm)), newAst_VALUE (symbolVal (temparg))); assigntree->initMode=1; // tell that assignment is initializer inlinetree2->right = newNode (NULLOP, assigntree, inlinetree2->right); args = args->next; argIndex++; } /* Handle the return type */ if (!IS_VOID (func->type->next)) { /* Create a temporary symbol to hold the return value and */ /* join it with the inlined function using the comma */ /* operator. The fixupInline function will take care of */ /* changing return statements into assignments to retsym. */ /* (parameter passing and return label omitted for clarity) */ /* rettype retsym; */ /* ... */ /* {{inline_function_code}}, retsym */ retsym = inlineTempVar (func->type->next, tree->level); inlineAddDecl (retsym, block, TRUE); tree->opval.op = ','; tree->left = inlinetree; tree->right = newAst_VALUE (symbolVal (retsym)); } else { tree->opval.op = NULLOP; tree->left = NULL; tree->right = inlinetree; } inlineState.retsym = retsym; /* Renumber the various internal counters on the inlined */ /* function's tree nodes and symbols. Add the inlined */ /* function's local variables to the appropriate scope(s). */ /* Convert inlined return statements to an assignment to */ /* retsym (if needed) and a goto retlab. */ fixupInline (inlinetree, inlinetree->level); inlineState.count++; } } /* Recursively continue to search for functions to inline. */ if (IS_AST_OP (tree)) { if (tree->opval.op == BLOCK) block = tree; if (tree->left) expandInlineFuncs (tree->left, block); if (tree->right) expandInlineFuncs (tree->right, block); } } /*-----------------------------------------------------------------*/ /* createFunction - This is the key node that calls the iCode for */ /* generating the code for a function. Note code */ /* is generated function by function, later when */ /* add inter-procedural analysis this will change */ /*-----------------------------------------------------------------*/ ast * createFunction (symbol * name, ast * body) { ast *ex; symbol *csym; int stack = 0; sym_link *fetype; iCode *piCode = NULL; if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "SDCCast.c:createFunction(%s)\n", name->name); /* if check function return 0 then some problem */ if (checkFunction (name, NULL) == 0) return NULL; /* create a dummy block if none exists */ if (!body) body = newNode (BLOCK, NULL, NULL); noLineno++; /* check if the function name already in the symbol table */ if ((csym = findSym (SymbolTab, NULL, name->name))) { name = csym; /* special case for compiler defined functions we need to add the name to the publics list : this actually means we are now compiling the compiler support routine */ if (name->cdef) { addSet (&publics, name); } } else { addSymChain (&name); allocVariables (name); } name->lastLine = lexLineno; currFunc = name; /* set the stack pointer */ stackPtr = -port->stack.direction * port->stack.call_overhead; xstackPtr = 0; if (IFFUNC_ISISR (name->type)) stackPtr -= port->stack.direction * port->stack.isr_overhead; if (IFFUNC_ISREENT (name->type) || options.stackAuto) { if (options.useXstack) xstackPtr -= port->stack.direction * port->stack.reent_overhead; else stackPtr -= port->stack.direction * port->stack.reent_overhead; } fetype = getSpec (name->type); /* get the specifier for the function */ /* if this is a reentrant function then */ if (IFFUNC_ISREENT (name->type)) reentrant++; inlineState.count = 0; expandInlineFuncs (body, NULL); if (FUNC_ISINLINE (name->type)) name->funcTree = copyAst (body); allocParms (FUNC_ARGS(name->type)); /* allocate the parameters */ /* do processing for parameters that are passed in registers */ processRegParms (FUNC_ARGS(name->type), body); /* set the stack pointer */ stackPtr = 0; xstackPtr = -1; gatherImplicitVariables (body, NULL); /* move implicit variables into blocks */ /* allocate & autoinit the block variables */ processBlockVars (body, &stack, ALLOCATE); /* name needs to be mangled */ SNPRINTF (name->rname, sizeof(name->rname), "%s%s", port->fun_prefix, name->name); body = resolveSymbols (body); /* resolve the symbols */ body = decorateType (body, RESULT_TYPE_NONE); /* propagateType & do semantic checks */ /* save the stack information */ if (options.useXstack) name->xstack = SPEC_STAK (fetype) = stack; else name->stack = SPEC_STAK (fetype) = stack; ex = newAst_VALUE (symbolVal (name)); /* create name */ ex = newNode (FUNCTION, ex, body); ex->values.args = FUNC_ARGS(name->type); ex->decorated=1; if (options.dump_tree) PA(ex); if (fatalError) goto skipall; /* Do not generate code for inline functions unless extern also. */ #if 0 if (FUNC_ISINLINE (name->type) && !IS_EXTERN (fetype)) goto skipall; #else /* Temporary hack: always generate code for static inline functions. */ /* Ideally static inline functions should only be generated if needed. */ if (FUNC_ISINLINE (name->type) && !IS_EXTERN (fetype) && !IS_STATIC (fetype)) goto skipall; #endif /* create the node & generate intermediate code */ GcurMemmap = code; codeOutBuf = &code->oBuf; piCode = iCodeFromAst (ex); name->generated = 1; if (fatalError) goto skipall; eBBlockFromiCode (piCode); /* if there are any statics then do them */ if (staticAutos) { GcurMemmap = statsg; codeOutBuf = &statsg->oBuf; eBBlockFromiCode (iCodeFromAst (decorateType (resolveSymbols (staticAutos), RESULT_TYPE_NONE))); staticAutos = NULL; } skipall: /* dealloc the block variables */ processBlockVars (body, &stack, DEALLOCATE); outputDebugStackSymbols(); /* deallocate paramaters */ deallocParms (FUNC_ARGS(name->type)); if (IFFUNC_ISREENT (name->type)) reentrant--; /* we are done freeup memory & cleanup */ noLineno--; if (port->reset_labelKey) labelKey = 1; name->key = 0; FUNC_HASBODY(name->type) = 1; addSet (&operKeyReset, name); applyToSet (operKeyReset, resetParmKey); if (options.debug) cdbStructBlock(1); cleanUpLevel (LabelTab, 0); cleanUpBlock (StructTab, 1); cleanUpBlock (TypedefTab, 1); xstack->syms = NULL; istack->syms = NULL; return NULL; } #define INDENT(x,f) { int i ; fprintf (f, "%s:%d:", tree->filename, tree->lineno); for (i=0;i < x; i++) fprintf(f," "); } /*-----------------------------------------------------------------*/ /* ast_print : prints the ast (for debugging purposes) */ /*-----------------------------------------------------------------*/ void ast_print (ast * tree, FILE *outfile, int indent) { if (!tree) return ; /* can print only decorated trees */ if (!tree->decorated) return; /* if any child is an error | this one is an error do nothing */ if (tree->isError || (tree->left && tree->left->isError) || (tree->right && tree->right->isError)) { fprintf(outfile,"ERROR_NODE(%p)\n",tree); } /* print the line */ /* if not block & function */ if (tree->type == EX_OP && (tree->opval.op != FUNCTION && tree->opval.op != BLOCK && tree->opval.op != NULLOP)) { } if (tree->opval.op == FUNCTION) { int arg=0; value *args=FUNC_ARGS(tree->left->opval.val->type); fprintf(outfile,"FUNCTION (%s=%p) type (", tree->left->opval.val->name, tree); printTypeChain (tree->left->opval.val->type->next,outfile); fprintf(outfile,") args ("); do { if (arg) { fprintf (outfile, ", "); } printTypeChain (args ? args->type : NULL, outfile); arg++; args= args ? args->next : NULL; } while (args); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent); ast_print(tree->right,outfile,indent); return ; } if (tree->opval.op == BLOCK) { symbol *decls = tree->values.sym; INDENT(indent,outfile); fprintf(outfile,"{\n"); while (decls) { INDENT(indent+2,outfile); fprintf(outfile,"DECLARE SYMBOL (%s=%p) type (", decls->name, decls); printTypeChain(decls->type,outfile); fprintf(outfile,")\n"); decls = decls->next; } ast_print(tree->right,outfile,indent+2); INDENT(indent,outfile); fprintf(outfile,"}\n"); return; } if (tree->opval.op == NULLOP) { ast_print(tree->left,outfile,indent); ast_print(tree->right,outfile,indent); return ; } INDENT(indent,outfile); /*------------------------------------------------------------------*/ /*----------------------------*/ /* leaf has been reached */ /*----------------------------*/ /* if this is of type value */ /* just get the type */ if (tree->type == EX_VALUE) { if (IS_LITERAL (tree->opval.val->etype)) { fprintf(outfile,"CONSTANT (%p) value = ", tree); if (SPEC_USIGN (tree->opval.val->etype)) fprintf(outfile,"%u", (TYPE_TARGET_ULONG) ulFromVal(tree->opval.val)); else fprintf(outfile,"%d", (TYPE_TARGET_LONG) ulFromVal(tree->opval.val)); fprintf(outfile,", 0x%x, %f", (TYPE_TARGET_ULONG) ulFromVal(tree->opval.val), floatFromVal(tree->opval.val)); } else if (tree->opval.val->sym) { /* if the undefined flag is set then give error message */ if (tree->opval.val->sym->undefined) { fprintf(outfile,"UNDEFINED SYMBOL "); } else { fprintf(outfile,"SYMBOL "); } fprintf(outfile,"(%s=%p @ %p)", tree->opval.val->sym->name, tree, tree->opval.val->sym); } if (tree->ftype) { fprintf(outfile," type ("); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); } else { fprintf(outfile,"\n"); } return ; } /* if type link for the case of cast */ if (tree->type == EX_LINK) { fprintf(outfile,"TYPENODE (%p) type = (",tree); printTypeChain(tree->opval.lnk,outfile); fprintf(outfile,")\n"); return ; } /* depending on type of operator do */ switch (tree->opval.op) { /*------------------------------------------------------------------*/ /*----------------------------*/ /* array node */ /*----------------------------*/ case '[': fprintf(outfile,"ARRAY_OP (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; /*------------------------------------------------------------------*/ /*----------------------------*/ /* struct/union */ /*----------------------------*/ case '.': fprintf(outfile,"STRUCT_ACCESS (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* struct/union pointer */ /*----------------------------*/ case PTR_OP: fprintf(outfile,"PTR_ACCESS (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* ++/-- operation */ /*----------------------------*/ case INC_OP: if (tree->left) fprintf(outfile,"post-"); else fprintf(outfile,"pre-"); fprintf(outfile,"INC_OP (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); /* postincrement case */ ast_print(tree->right,outfile,indent+2); /* preincrement case */ return ; case DEC_OP: if (tree->left) fprintf(outfile,"post-"); else fprintf(outfile,"pre-"); fprintf(outfile,"DEC_OP (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); /* postdecrement case */ ast_print(tree->right,outfile,indent+2); /* predecrement case */ return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* bitwise and */ /*----------------------------*/ case '&': if (tree->right) { fprintf(outfile,"& (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); } else { fprintf(outfile,"ADDRESS_OF (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); } return ; /*----------------------------*/ /* bitwise or */ /*----------------------------*/ case '|': fprintf(outfile,"OR (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* bitwise xor */ /*----------------------------*/ case '^': fprintf(outfile,"XOR (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* division */ /*----------------------------*/ case '/': fprintf(outfile,"DIV (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* modulus */ /*----------------------------*/ case '%': fprintf(outfile,"MOD (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* address dereference */ /*----------------------------*/ case '*': /* can be unary : if right is null then unary operation */ if (!tree->right) { fprintf(outfile,"DEREF (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); return ; } /*------------------------------------------------------------------*/ /*----------------------------*/ /* multiplication */ /*----------------------------*/ fprintf(outfile,"MULT (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* unary '+' operator */ /*----------------------------*/ case '+': /* if unary plus */ if (!tree->right) { fprintf(outfile,"UPLUS (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); } else { /*------------------------------------------------------------------*/ /*----------------------------*/ /* addition */ /*----------------------------*/ fprintf(outfile,"ADD (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); } return; /*------------------------------------------------------------------*/ /*----------------------------*/ /* unary '-' */ /*----------------------------*/ case '-': /* can be unary */ if (!tree->right) { fprintf(outfile,"UMINUS (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); } else { /*------------------------------------------------------------------*/ /*----------------------------*/ /* subtraction */ /*----------------------------*/ fprintf(outfile,"SUB (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); } return; /*------------------------------------------------------------------*/ /*----------------------------*/ /* complement */ /*----------------------------*/ case '~': fprintf(outfile,"COMPL (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* not */ /*----------------------------*/ case '!': fprintf(outfile,"NOT (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* shift */ /*----------------------------*/ case RRC: fprintf(outfile,"RRC (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); return ; case RLC: fprintf(outfile,"RLC (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); return ; case SWAP: fprintf(outfile,"SWAP (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); return ; case GETHBIT: fprintf(outfile,"GETHBIT (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); return ; case GETABIT: fprintf(outfile,"GETABIT (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; case GETBYTE: fprintf(outfile,"GETBYTE (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; case GETWORD: fprintf(outfile,"GETWORD (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; case LEFT_OP: fprintf(outfile,"LEFT_SHIFT (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; case RIGHT_OP: fprintf(outfile,"RIGHT_SHIFT (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* casting */ /*----------------------------*/ case CAST: /* change the type */ fprintf(outfile,"CAST (%p) from type (",tree); printTypeChain(tree->right->ftype,outfile); fprintf(outfile,") to type ("); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->right,outfile,indent+2); return ; case AND_OP: fprintf(outfile,"ANDAND (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; case OR_OP: fprintf(outfile,"OROR (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* comparison operators */ /*----------------------------*/ case '>': fprintf(outfile,"GT(>) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; case '<': fprintf(outfile,"LT(<) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; case LE_OP: fprintf(outfile,"LE(<=) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; case GE_OP: fprintf(outfile,"GE(>=) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; case EQ_OP: fprintf(outfile,"EQ(==) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; case NE_OP: fprintf(outfile,"NE(!=) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); /*------------------------------------------------------------------*/ /*----------------------------*/ /* sizeof */ /*----------------------------*/ case SIZEOF: /* evaluate wihout code generation */ fprintf(outfile,"SIZEOF %d\n",(getSize (tree->right->ftype))); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* conditional operator '?' */ /*----------------------------*/ case '?': fprintf(outfile,"QUEST(?) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; case ':': fprintf(outfile,"COLON(:) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* assignment operators */ /*----------------------------*/ case MUL_ASSIGN: fprintf(outfile,"MULASS(*=) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; case DIV_ASSIGN: fprintf(outfile,"DIVASS(/=) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; case AND_ASSIGN: fprintf(outfile,"ANDASS(&=) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; case OR_ASSIGN: fprintf(outfile,"ORASS(|=) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; case XOR_ASSIGN: fprintf(outfile,"XORASS(^=) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; case RIGHT_ASSIGN: fprintf(outfile,"RSHFTASS(>>=) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; case LEFT_ASSIGN: fprintf(outfile,"LSHFTASS(<<=) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; /*------------------------------------------------------------------*/ /*----------------------------*/ /* -= operator */ /*----------------------------*/ case SUB_ASSIGN: fprintf(outfile,"SUBASS(-=) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; /*------------------------------------------------------------------*/ /*----------------------------*/ /* += operator */ /*----------------------------*/ case ADD_ASSIGN: fprintf(outfile,"ADDASS(+=) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; /*------------------------------------------------------------------*/ /*----------------------------*/ /* straight assignemnt */ /*----------------------------*/ case '=': fprintf(outfile,"ASSIGN(=) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; /*------------------------------------------------------------------*/ /*----------------------------*/ /* comma operator */ /*----------------------------*/ case ',': fprintf(outfile,"COMMA(,) (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; /*------------------------------------------------------------------*/ /*----------------------------*/ /* function call */ /*----------------------------*/ case CALL: case PCALL: fprintf(outfile,"CALL (%p) type (",tree); printTypeChain(tree->ftype,outfile); fprintf(outfile,")\n"); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent+2); return; case PARAM: fprintf(outfile,"PARMS\n"); ast_print(tree->left,outfile,indent+2); if (tree->right /*&& !IS_AST_PARAM(tree->right)*/) { ast_print(tree->right,outfile,indent+2); } return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* return statement */ /*----------------------------*/ case RETURN: fprintf(outfile,"RETURN (%p) type (",tree); if (tree->right) { printTypeChain(tree->right->ftype,outfile); } fprintf(outfile,")\n"); ast_print(tree->right,outfile,indent+2); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* label statement */ /*----------------------------*/ case LABEL : fprintf(outfile,"LABEL (%p)\n",tree); ast_print(tree->left,outfile,indent+2); ast_print(tree->right,outfile,indent); return; /*------------------------------------------------------------------*/ /*----------------------------*/ /* switch statement */ /*----------------------------*/ case SWITCH: { value *val; fprintf(outfile,"SWITCH (%p) ",tree); ast_print(tree->left,outfile,0); for (val = tree->values.switchVals.swVals; val ; val = val->next) { INDENT(indent+2,outfile); fprintf(outfile,"CASE 0x%x GOTO _case_%d_%d\n", (int) ulFromVal(val), tree->values.switchVals.swNum, (int) ulFromVal(val)); } ast_print(tree->right,outfile,indent); } return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* ifx Statement */ /*----------------------------*/ case IFX: fprintf(outfile,"IF (%p) \n",tree); ast_print(tree->left,outfile,indent+2); if (tree->trueLabel) { INDENT(indent+2,outfile); fprintf(outfile,"NE(!=) 0 goto %s\n",tree->trueLabel->name); } if (tree->falseLabel) { INDENT(indent+2,outfile); fprintf(outfile,"EQ(==) 0 goto %s\n",tree->falseLabel->name); } ast_print(tree->right,outfile,indent+2); return ; /*----------------------------*/ /* goto Statement */ /*----------------------------*/ case GOTO: fprintf(outfile,"GOTO (%p) \n",tree); ast_print(tree->left,outfile,indent+2); fprintf(outfile,"\n"); return ; /*------------------------------------------------------------------*/ /*----------------------------*/ /* for Statement */ /*----------------------------*/ case FOR: fprintf(outfile,"FOR (%p) \n",tree); if (AST_FOR( tree, initExpr)) { INDENT(indent+2,outfile); fprintf(outfile,"INIT EXPR "); ast_print(AST_FOR(tree, initExpr),outfile,indent+2); } if (AST_FOR( tree, condExpr)) { INDENT(indent+2,outfile); fprintf(outfile,"COND EXPR "); ast_print(AST_FOR(tree, condExpr),outfile,indent+2); } if (AST_FOR( tree, loopExpr)) { INDENT(indent+2,outfile); fprintf(outfile,"LOOP EXPR "); ast_print(AST_FOR(tree, loopExpr),outfile,indent+2); } fprintf(outfile,"FOR LOOP BODY \n"); ast_print(tree->left,outfile,indent+2); return ; case CRITICAL: fprintf(outfile,"CRITICAL (%p) \n",tree); ast_print(tree->left,outfile,indent+2); default: return ; } } void PA(ast *t) { ast_print(t,stdout,0); } /*-----------------------------------------------------------------*/ /* astErrors : returns non-zero if errors present in tree */ /*-----------------------------------------------------------------*/ int astErrors(ast *t) { int errors=0; if (t) { if (t->isError) errors++; if (t->type == EX_VALUE && t->opval.val->sym && t->opval.val->sym->undefined) errors++; errors += astErrors(t->left); errors += astErrors(t->right); } return errors; } sdcc-2.9.0/src/SDCCast.h000066400000000000000000000232751116427777700146560ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCast.h - header file for parser support & all ast related routines Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCEXPR_H #define SDCCEXPR_H #include "SDCCglobl.h" #include "SDCCsymt.h" #include "SDCCval.h" #include "SDCCset.h" #include "SDCCmem.h" typedef enum { EX_OP=0, EX_VALUE, EX_LINK, EX_OPERAND } ASTTYPE; /* expression tree */ typedef struct ast { ASTTYPE type; unsigned decorated:1; unsigned isError:1; unsigned funcName:1; unsigned rvalue:1; unsigned lvalue:1; unsigned initMode:1; unsigned reversed:1; int level; /* level for expr */ int block; /* block number */ int seqPoint; /* sequence point */ /* union of values expression can have */ union { value *val; /* value if type = EX_VALUE */ sym_link *lnk; /* sym_link * if type= EX_LINK */ struct operand *oprnd; /* used only for side effecting function calls */ unsigned op; /* operator if type= EX_OP */ } opval; /* union for special processing */ union { char *inlineasm; /* pointer to inline assembler code */ literalList *constlist; /* init list for array initializer. */ symbol *sym; /* if block then -> symbols */ value *args; /* if function then args */ /* if switch then switch values */ struct { value *swVals; /* switch comparison values */ int swDefault; /* default if present */ int swNum; /* switch number */ } switchVals; /* if for then for values */ struct { struct ast *initExpr; /* init portion */ struct ast *condExpr; /* conditional portion */ struct ast *loopExpr; /* iteration portion */ symbol *trueLabel; /* entry point into body */ symbol *falseLabel; /* exit point */ symbol *continueLabel; /* conditional check */ symbol *condLabel; /* conditional label */ } forVals; struct { unsigned literalFromCast:1; /* true if this is an EX_VALUE of LITERAL * type resulting from a typecast. */ unsigned removedCast:1; /* true if the explicit cast has been removed */ }; int argreg; /* argreg number when operand type == EX_OPERAND */ } values; int lineno; /* source file line number */ char *filename; /* filename of the source file */ sym_link *ftype; /* start of type chain for this subtree */ sym_link *etype; /* end of type chain for this subtree */ struct ast *left; /* pointer to left tree */ struct ast *right; /* pointer to right tree */ symbol *trueLabel; /* if statement trueLabel */ symbol *falseLabel; /* if statement falseLabel */ } ast; /* easy access macros */ #define IS_AST_OP(x) ((x) && (x)->type == EX_OP) #define IS_CALLOP(x) (IS_AST_OP(x) && (x)->opval.op == CALL) #define IS_BITOR(x) (IS_AST_OP(x) && (x)->opval.op == '|') #define IS_BITAND(x) (IS_AST_OP(x) && (x)->opval.op == '&' && \ (x)->left && (x)->right ) #define IS_FOR_STMT(x) (IS_AST_OP(x) && (x)->opval.op == FOR) #define IS_LEFT_OP(x) (IS_AST_OP(x) && (x)->opval.op == LEFT_OP) #define IS_RIGHT_OP(x) (IS_AST_OP(x) && (x)->opval.op == RIGHT_OP) #define IS_AST_VALUE(x) ((x) && (x)->type == EX_VALUE && (x)->opval.val) #define IS_AST_LINK(x) ((x)->type == EX_LINK) #define IS_AST_NOT_OPER(x) (x && IS_AST_OP(x) && (x)->opval.op == '!') #define IS_ARRAY_OP(x) (IS_AST_OP(x) && (x)->opval.op == '[') #define IS_COMPARE_OP(x) (IS_AST_OP(x) && \ ((x)->opval.op == '>' || \ (x)->opval.op == '<' || \ (x)->opval.op == LE_OP || \ (x)->opval.op == GE_OP || \ (x)->opval.op == EQ_OP || \ (x)->opval.op == NE_OP )) #define IS_CAST_OP(x) (IS_AST_OP(x) && (x)->opval.op == CAST) #define IS_TERNARY_OP(x) (IS_AST_OP(x) && (x)->opval.op == '?') #define IS_COLON_OP(x) (IS_AST_OP(x) && (x)->opval.op == ':') #define IS_ADDRESS_OF_OP(x) (IS_AST_OP(x) && \ (x)->opval.op == '&' && \ (x)->right == NULL ) #define IS_AST_LIT_VALUE(x) (IS_AST_VALUE(x) && \ IS_LITERAL((x)->opval.val->etype)) #define IS_AST_SYM_VALUE(x) (IS_AST_VALUE(x) && (x)->opval.val->sym) #define AST_FLOAT_VALUE(x) (floatFromVal((x)->opval.val)) #define AST_ULONG_VALUE(x) (ulFromVal((x)->opval.val)) #define AST_SYMBOL(x) ((x)->opval.val->sym) #define AST_VALUE(x) ((x)->opval.val) #define AST_VALUES(x,y) ((x)->values.y) #define AST_FOR(x,y) ((x)->values.forVals.y) #define AST_ARGREG(x) ((x)->values.argreg) #define IS_AST_PARAM(x) (IS_AST_OP(x) && (x)->opval.op == PARAM) #define CAN_EVAL(x) ( (x) == '[' || (x) == '.' || (x) == PTR_OP || \ (x) == '&' || (x) == '|' || (x) == '^' || (x) == '*' || \ (x) == '-' || (x) == '+' || (x) == '~' || \ (x) == '!' || (x) == LEFT_OP || (x) == RIGHT_OP || \ (x) == '/' || (x) == '%' || (x) == '>' || (x) == '<' || \ (x) == LE_OP || (x) == GE_OP || (x) == EQ_OP || (x) == NE_OP || \ (x) == AND_OP || (x) == OR_OP || (x) == '=' ) #define LEFT_FIRST(x) ( x == AND_OP || x == OR_OP ) #define SIDE_EFFECTS_CHECK(op,rVal) if (!sideEffects) { \ werror(W_NO_SIDE_EFFECTS,op); \ return rVal ; \ } #define IS_MODIFYING_OP(x) ( (x) == INC_OP || (x) == DEC_OP || (x) == '=' || \ (x) == AND_ASSIGN || x== OR_ASSIGN || (x) == XOR_ASSIGN ) #define IS_ASSIGN_OP(x) ( (x) == '=' || (x) == ADD_ASSIGN || (x) == SUB_ASSIGN ||\ (x) == MUL_ASSIGN || (x) == DIV_ASSIGN || (x) == XOR_ASSIGN ||\ (x) == AND_ASSIGN || (x) == OR_ASSIGN || (x) == INC_OP || (x) == DEC_OP) #define IS_DEREF_OP(x) (( (x)->opval.op == '*' && (x)->right == NULL) || (x)->opval.op == '.') /* forward declarations for global variables */ extern ast *staticAutos; extern struct dbuf_s *codeOutBuf; extern struct memmap *GcurMemmap; /* forward definitions for functions */ ast *newAst_VALUE (value * val); ast *newAst_OP (unsigned op); ast *newAst_LINK (sym_link * val); void initAst (); ast *newNode (long, ast *, ast *); ast *copyAst (ast *); ast *removeIncDecOps (ast *); ast *removePreIncDecOps (ast *); ast *removePostIncDecOps (ast *); value *sizeofOp (sym_link *); value *evalStmnt (ast *); ast *createRMW (ast *, unsigned, ast *); ast *createFunction (symbol *, ast *); ast *createBlock (symbol *, ast *); ast *createLabel (symbol *, ast *); ast *createCase (ast *, ast *, ast *); ast *createDefault (ast *, ast *, ast *); ast *forLoopOptForm (ast *); ast *argAst (ast *); ast *resolveSymbols (ast *); ast *decorateType (ast *, RESULT_TYPE); ast *createWhile (symbol *, symbol *, symbol *, ast *, ast *); ast *createIf (ast *, ast *, ast *); ast *createDo (symbol *, symbol *, symbol *, ast *, ast *); ast *createFor (symbol *, symbol *, symbol *, symbol *, ast *, ast *, ast *, ast *); void eval2icode (ast *); value *constExprValue (ast *, int); bool constExprTree (ast *); int setAstFileLine (ast *, char *, int); symbol *funcOfType (char *, sym_link *, sym_link *, int, int); symbol * funcOfTypeVarg (char *, char * , int , char **); ast *initAggregates (symbol *, initList *, ast *); bool hasSEFcalls (ast *); void addSymToBlock (symbol *, ast *); void freeStringSymbol(symbol *); DEFSETFUNC(resetParmKey); int astErrors(ast *); RESULT_TYPE getResultTypeFromType (sym_link *); // exported variables extern set *operKeyReset; extern int noAlloc; extern int inInitMode; #endif sdcc-2.9.0/src/SDCCbitv.c000066400000000000000000000272211116427777700150210ustar00rootroot00000000000000/*----------------------------------------------------------------- SDCCbitv.c - contains support routines for bitvectors Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "newalloc.h" int bitVectDefault = 1024; /* genernal note about a bitvectors: bit vectors are stored from left to right i.e. bit position 0 is the MS bit of the first byte this also means that bit positions must start from 0 */ /*-----------------------------------------------------------------*/ /* newBitVect - returns a new bitvector of size */ /*-----------------------------------------------------------------*/ bitVect * newBitVect (int size) { bitVect *bvp; int byteSize; bvp = Safe_calloc (1, sizeof (bitVect)); bvp->size = size; bvp->bSize = byteSize = (size / 8) + 1; bvp->vect = Safe_calloc (1, byteSize); return bvp; } /*-----------------------------------------------------------------*/ /* freeBitVect - frees the memory used by the bitVector */ /*-----------------------------------------------------------------*/ void freeBitVect (bitVect * bvp) { if (!bvp) return; Safe_free (bvp->vect); Safe_free (bvp); } /*-----------------------------------------------------------------*/ /* bitVectResize - changes the size of a bit vector */ /*-----------------------------------------------------------------*/ bitVect * bitVectResize (bitVect * bvp, int size) { int bSize = (size / 8) + 1; if (!bvp) return newBitVect (size); /* if we already have enough space */ if (bvp->bSize >= bSize) { if (size > bvp->size) bvp->size = size; return bvp; } bvp->vect = Clear_realloc (bvp->vect, bvp->bSize, bSize); bvp->size = size; bvp->bSize = bSize; return bvp; } /*-----------------------------------------------------------------*/ /* bitVectSetBit - sets a given bit in the bit vector */ /*-----------------------------------------------------------------*/ bitVect * bitVectSetBit (bitVect * bvp, int pos) { int byteSize; int offset; /* if set is null then allocate it */ if (!bvp) bvp = newBitVect (bitVectDefault); /* allocate for twice the size */ if (bvp->size <= pos) bvp = bitVectResize (bvp, pos + 2); /* conservatively resize */ byteSize = pos / 8; offset = pos % 8; bvp->vect[byteSize] |= (((unsigned char) 1) << (7 - offset)); return bvp; } /*-----------------------------------------------------------------*/ /* bitVectUnSetBit - unsets the value of a bit in a bitvector */ /*-----------------------------------------------------------------*/ void bitVectUnSetBit (bitVect * bvp, int pos) { int byteSize; int offset; if (!bvp) return; byteSize = pos / 8; if (bvp->bSize <= byteSize) return; offset = pos % 8; bvp->vect[byteSize] &= ~(((unsigned char) 1) << (7 - offset)); } /*-----------------------------------------------------------------*/ /* bitVectBitValue - returns value value at bit position */ /*-----------------------------------------------------------------*/ int bitVectBitValue (bitVect * bvp, int pos) { int byteSize; int offset; if (!bvp) return 0; byteSize = pos / 8; if (bvp->bSize <= byteSize) return 0; offset = pos % 8; return ((bvp->vect[byteSize] >> (7 - offset)) & ((unsigned char) 1)); } /*-----------------------------------------------------------------*/ /* bitVectUnion - unions two bitvectors */ /*-----------------------------------------------------------------*/ bitVect * bitVectUnion (bitVect * bvp1, bitVect * bvp2) { int i; bitVect *newBvp; unsigned int *pn, *p1, *p2; int nbits; /* if both null */ if (!bvp1 && !bvp2) return NULL; /* if one of them null then return the other */ if (!bvp1 && bvp2) return bitVectCopy (bvp2); if (bvp1 && !bvp2) return bitVectCopy (bvp1); /* if they are not the same size */ /* make them the same size */ if (bvp1->bSize < bvp2->bSize) bvp1 = bitVectResize (bvp1, bvp2->size); else if (bvp2->bSize < bvp1->bSize) bvp2 = bitVectResize (bvp2, bvp1->size); newBvp = newBitVect (bvp1->size); nbits = bvp1->bSize; i = 0; pn = (unsigned int *)newBvp->vect; p1 = (unsigned int *)bvp1->vect; p2 = (unsigned int *)bvp2->vect; while ((nbits - i) >= sizeof(*pn)) { *pn++ = *p1++ | *p2++; i += sizeof(*pn); } for (; i < nbits; i++) newBvp->vect[i] = bvp1->vect[i] | bvp2->vect[i]; return newBvp; } /*-----------------------------------------------------------------*/ /* bitVectIntersect - intersect two bitvectors */ /*-----------------------------------------------------------------*/ bitVect * bitVectIntersect (bitVect * bvp1, bitVect * bvp2) { int i; bitVect *newBvp; unsigned int *pn, *p1, *p2; int nbits; if (!bvp2 || !bvp1) return NULL; /* if they are not the same size */ /* make them the same size */ if (bvp1->bSize < bvp2->bSize) bvp1 = bitVectResize (bvp1, bvp2->bSize); else if (bvp2->size < bvp1->size) bvp2 = bitVectResize (bvp2, bvp1->size); newBvp = newBitVect (bvp1->size); nbits = bvp1->bSize; i = 0; pn = (unsigned int *)newBvp->vect; p1 = (unsigned int *)bvp1->vect; p2 = (unsigned int *)bvp2->vect; while ((nbits - i) >= sizeof(*pn)) { *pn++ = *p1++ & *p2++; i += sizeof(*pn); } for (; i < nbits; i++) newBvp->vect[i] = bvp1->vect[i] & bvp2->vect[i]; return newBvp; } /*-----------------------------------------------------------------*/ /* bitVectBitsInCommon - special case of intersection determines */ /* if the vectors have any common bits set */ /*-----------------------------------------------------------------*/ int bitVectBitsInCommon (bitVect * bvp1, bitVect * bvp2) { int i; int nbits; unsigned int *p1, *p2; if (!bvp1 || !bvp2) return 0; nbits = min (bvp1->bSize, bvp2->bSize); i = 0; p1 = (unsigned int *)bvp1->vect; p2 = (unsigned int *)bvp2->vect; while ((nbits-i) >= sizeof(*p1)) { if (*p1 & *p2) return 1; p1++; p2++; i += sizeof(*p1); } for (; i < nbits; i++) if (bvp1->vect[i] & bvp2->vect[i]) return 1; return 0; } /*-----------------------------------------------------------------*/ /* bitVectCplAnd - complement the second & and it with the first */ /*-----------------------------------------------------------------*/ bitVect * bitVectCplAnd (bitVect * bvp1, bitVect * bvp2) { int i; unsigned int *p1, *p2; int nbits; if (!bvp2) return bvp1; if (!bvp1) return bvp1; /* if they are not the same size */ /* make them the same size */ if (bvp1->bSize < bvp2->bSize) bvp1 = bitVectResize (bvp1, bvp2->bSize); else if (bvp2->size < bvp1->size) bvp2 = bitVectResize (bvp2, bvp1->size); nbits = bvp1->bSize; i = 0; p1 = (unsigned int *)bvp1->vect; p2 = (unsigned int *)bvp2->vect; while ((nbits - i) >= sizeof(*p1)) { *p1 = *p1 & (~*p2); p2++; p1++; i += sizeof(*p1); } for (; i < nbits; i++) bvp1->vect[i] = bvp1->vect[i] & (~bvp2->vect[i]); return bvp1; } /*-----------------------------------------------------------------*/ /* bitVectIsZero - bit vector has all bits turned off */ /*-----------------------------------------------------------------*/ int bitVectIsZero (bitVect * bvp) { int i; if (!bvp) return 1; for (i = 0; i < bvp->bSize; i++) if (bvp->vect[i] != 0) return 0; return 1; } /*-----------------------------------------------------------------*/ /* bitVectsEqual - returns 1 if the two bit vectors are equal */ /*-----------------------------------------------------------------*/ int bitVectEqual (bitVect * bvp1, bitVect * bvp2) { int i; if (!bvp1 || !bvp1) return 0; if (bvp1 == bvp2) return 1; if (bvp1->bSize != bvp2->bSize) return 0; for (i = 0; i < bvp1->bSize; i++) if (bvp1->vect[i] != bvp2->vect[i]) return 0; return 1; } /*-----------------------------------------------------------------*/ /* bitVectCopy - creates a bitvector from another bit Vector */ /*-----------------------------------------------------------------*/ bitVect * bitVectCopy (bitVect * bvp) { bitVect *newBvp; int i; if (!bvp) return NULL; newBvp = newBitVect (bvp->size); for (i = 0; i < bvp->bSize; i++) newBvp->vect[i] = bvp->vect[i]; return newBvp; } /*-----------------------------------------------------------------*/ /* bitVectnBitsOn - returns the number of bits that are on */ /*-----------------------------------------------------------------*/ int bitVectnBitsOn (bitVect * bvp) { int i, j; unsigned char byte; int count = 0; unsigned int *p1; /* The bit vector is highest to lowest. Interesting. */ unsigned int mask[] = { 0, 128, 128+64, 128+64+32, 128+64+32+16, 128+64+32+16+8, 128+64+32+16+8+4, 128+64+32+16+8+4+2 }; if (!bvp) return 0; /* j is the number of bytes in the bitvect */ j = (bvp->size+7) / 8; /* Fix up the highest bits in the top byte so that we can iterate over all of them. */ if (bvp->size%8 != 0) { bvp->vect[j-1] &= mask[bvp->size&7]; } /* Take care of things in machine word chunks if possible. As we are only counting bits it does not matter which order they are counted in. */ i = 0; p1 = (unsigned int *)bvp->vect; while ((j-i) >= sizeof(*p1)) { unsigned int word = *p1++; while (word) { count++; word &= word-1; } i += sizeof(*p1); } /* Take care of the rest of the bitvect. */ for (; i < j; i++) { byte = bvp->vect[i]; while (byte) { count++; byte &= byte-1; } } return count; } /*-----------------------------------------------------------------*/ /* bitVectFirstBit - returns the key for the first bit that is on */ /*-----------------------------------------------------------------*/ int bitVectFirstBit (bitVect * bvp) { int i; if (!bvp) return -1; for (i = 0; i < bvp->size; i++) if (bitVectBitValue (bvp, i)) return i; return -1; } /*-----------------------------------------------------------------*/ /* bitVectDebugOn - prints bits that are on */ /*-----------------------------------------------------------------*/ void bitVectDebugOn (bitVect * bvp, FILE * of) { int i; if (of == NULL) of = stdout; if (!bvp) return; fprintf (of, "bitvector Size = %d bSize = %d\n", bvp->size, bvp->bSize); fprintf (of, "Bits on { "); for (i = 0; i < bvp->size; i++) { if (bitVectBitValue (bvp, i)) fprintf (of, "(%d) ", i); } fprintf (of, "}\n"); } sdcc-2.9.0/src/SDCCbitv.h000066400000000000000000000043661116427777700150330ustar00rootroot00000000000000/*----------------------------------------------------------------- SDCCbitv.h - contains support routines for bitVectors Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* #include "SDCCglobl.h" */ /* #include "SDCCsymt.h" */ #ifndef SDCCBITV_H #define SDCCBITV_H /* bitvector */ typedef struct bitVect { int size; int bSize; unsigned char *vect; } bitVect; extern int bitVectDefault; /*-----------------------------------------------------------------*/ /* Forward definition for functions */ /*-----------------------------------------------------------------*/ /* bitvector related functions */ bitVect *newBitVect (int); void freeBitVect (bitVect *); bitVect *bitVectResize (bitVect *, int); bitVect *bitVectSetBit (bitVect *, int); void bitVectUnSetBit (bitVect *, int); int bitVectBitValue (bitVect *, int); bitVect *bitVectUnion (bitVect *, bitVect *); bitVect *bitVectIntersect (bitVect *, bitVect *); int bitVectBitsInCommon (bitVect *, bitVect *); bitVect *bitVectCplAnd (bitVect *, bitVect *); int bitVectEqual (bitVect *, bitVect *); bitVect *bitVectCopy (bitVect *); int bitVectIsZero (bitVect *); int bitVectnBitsOn (bitVect *); int bitVectFirstBit (bitVect *); void bitVectDebugOn (bitVect *, FILE *); #endif sdcc-2.9.0/src/SDCCcflow.c000066400000000000000000000312471116427777700151720ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCcflow.c - source file for control flow analysis Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" static void computeDFOrdering (eBBlock *, int *); /*-----------------------------------------------------------------*/ /* domSetFromVect - creates a domset from the vector */ /*-----------------------------------------------------------------*/ static set * domSetFromVect (ebbIndex *ebbi, bitVect * domVect) { int i = 0; set *domSet = NULL; if (!domVect) return NULL; for (i = 0; i < domVect->size; i++) if (bitVectBitValue (domVect, i)) addSet (&domSet, ebbi->bbOrder[i]); return domSet; } /*-----------------------------------------------------------------*/ /* addSuccessor - will add bb to succ also add it to the pred of */ /* the next one : */ /*-----------------------------------------------------------------*/ static void addSuccessor (eBBlock * thisBlock, eBBlock * succ) { /* check for boundary conditions */ if (!thisBlock || !succ) return; /* add it to the succ of thisBlock */ addSetIfnotP (&thisBlock->succList, succ); thisBlock->succVect = bitVectSetBit (thisBlock->succVect, succ->bbnum); /* add this edge to the list of edges */ addSet (&graphEdges, newEdge (thisBlock, succ)); } /*-----------------------------------------------------------------*/ /* eBBPredecessors - find the predecessors for each block */ /*-----------------------------------------------------------------*/ static void eBBPredecessors (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; int i = 0, j; /* for each block do */ for (i = 0; i < count; i++) { /* if there is no path to this then continue */ if (ebbs[i]->noPath) continue; /* for each successor of this block if */ /* it has depth first number > this block */ /* then this block precedes the successor */ for (j = 0; j < ebbs[i]->succVect->size; j++) if (bitVectBitValue (ebbs[i]->succVect, j) && ebbs[j]->dfnum > ebbs[i]->dfnum) addSet (&ebbs[j]->predList, ebbs[i]); } } /*-----------------------------------------------------------------*/ /* eBBSuccessors- find out the successors of all the nodes */ /*-----------------------------------------------------------------*/ static void eBBSuccessors (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; int i = 0; /* for all the blocks do */ for (; i < count; i++) { iCode *ic; if (ebbs[i]->noPath) continue; ebbs[i]->succVect = newBitVect (count); /* if the next on exists & this one does not */ /* end in a GOTO or RETURN then the next is */ /* a natural successor of this. Note we have */ /* consider eBBlocks with no instructions */ if (ebbs[i + 1]) { if (ebbs[i]->ech) { if (ebbs[i]->ech->op != GOTO && ebbs[i]->ech->op != RETURN && ebbs[i]->ech->op != JUMPTABLE) { int j = i + 1; while (ebbs[j] && ebbs[j]->noPath) j++; addSuccessor (ebbs[i], ebbs[j]); /* add it */ } else { if (i && ebbs[i-1]->ech && ebbs[i-1]->ech->op==IFX) { ebbs[i]->isConditionalExitFrom=ebbs[i-1]; } } } /* no instructions in the block */ /* could happen for dummy blocks */ else addSuccessor (ebbs[i], ebbs[i + 1]); } /* go thru all the instructions: if we find a */ /* goto or ifx or a return then we have a succ */ if ((ic = ebbs[i]->ech)) { eBBlock *succ; /* special case for jumptable */ if (ic->op == JUMPTABLE) { symbol *lbl; for (lbl = setFirstItem (IC_JTLABELS (ic)); lbl; lbl = setNextItem (IC_JTLABELS (ic))) addSuccessor (ebbs[i], eBBWithEntryLabel (ebbi, lbl)); } else { succ = NULL; /* depending on the instruction operator */ switch (ic->op) { case GOTO: /* goto has edge to label */ succ = eBBWithEntryLabel (ebbi, ic->label); break; case IFX: /* conditional jump */ /* if true label is present */ if (IC_TRUE (ic)) succ = eBBWithEntryLabel (ebbi, IC_TRUE (ic)); else succ = eBBWithEntryLabel (ebbi, IC_FALSE (ic)); break; case RETURN: /* block with return */ succ = eBBWithEntryLabel (ebbi, returnLabel); break; } /* if there is a successor add to the list */ /* if it is not already present in the list */ if (succ) addSuccessor (ebbs[i], succ); } } } } /*-----------------------------------------------------------------*/ /* computeDominance - computes the dominance graph */ /* for algorithm look at Dragon book section 10.10, algo 10.16 */ /*-----------------------------------------------------------------*/ static void computeDominance (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; int i, j; /* now do the initialisation */ /* D(n0) := { n0 } */ ebbs[0]->domVect = bitVectSetBit (ebbs[0]->domVect = newBitVect (count), ebbs[0]->bbnum); /* for n in N - { n0 } do D(n) = N */ for (i = 1; i < count; i++) { ebbs[i]->domVect = newBitVect (count); for (j = 0; j < count; j++) { ebbs[i]->domVect = bitVectSetBit (ebbs[i]->domVect, ebbs[j]->bbnum); } } /* end of initialisation */ /* while changes to any D(n) occur do */ /* for n in N - { n0 } do */ /* D(n) := { n } U (intersection of D( all predecessors of n)) */ while (1) { int change; change = 0; for (i = 1; i < count; i++) { bitVect *cDomVect; eBBlock *pred; cDomVect = NULL; /* get the intersection of the dominance of all predecessors */ for (pred = setFirstItem (ebbs[i]->predList), cDomVect = (pred ? bitVectCopy (pred->domVect) : NULL); pred; pred = setNextItem (ebbs[i]->predList)) { cDomVect = bitVectIntersect (cDomVect, pred->domVect); } if (!cDomVect) cDomVect = newBitVect (count); /* this node to the list */ cDomVect = bitVectSetBit (cDomVect, ebbs[i]->bbnum); if (!bitVectEqual (cDomVect, ebbs[i]->domVect)) { ebbs[i]->domVect = cDomVect; change = 1; } } /* if no change then exit */ if (!change) break; } } /*-----------------------------------------------------------------*/ /* immedDom - returns the immediate dominator of a block */ /*-----------------------------------------------------------------*/ eBBlock * immedDom (ebbIndex * ebbi, eBBlock * ebp) { /* first delete self from the list */ set *iset = domSetFromVect (ebbi, ebp->domVect); eBBlock *loop; eBBlock *idom = NULL; deleteSetItem (&iset, ebp); /* then just return the one with the greatest */ /* depthfirst number, this will be the immed dominator */ if ((loop = setFirstItem (iset))) idom = loop; for (; loop; loop = setNextItem (iset)) if (loop->dfnum > idom->dfnum) idom = loop; setToNull ((void *) &iset); return idom; } /*-----------------------------------------------------------------*/ /* DFOrdering - is visited then nothing else call DFOrdering this */ /*-----------------------------------------------------------------*/ DEFSETFUNC (DFOrdering) { eBBlock *ebbp = item; V_ARG (int *, count); if (ebbp->visited) return 0; computeDFOrdering (ebbp, count); /* depthfirst */ return 0; } /*-----------------------------------------------------------------*/ /* computeDFOrdering - computes the depth first ordering of the */ /* flowgraph */ /*-----------------------------------------------------------------*/ static void computeDFOrdering (eBBlock * ebbp, int *count) { ebbp->visited = 1; /* for each successor that is not visited */ applyToSet (ebbp->succList, DFOrdering, count); /* set the depth first number */ ebbp->dfnum = *count; *count -= 1; } /*-----------------------------------------------------------------*/ /* disconBBlock - removes all control flow links for a block */ /*-----------------------------------------------------------------*/ void disconBBlock (eBBlock * ebp, ebbIndex * ebbi) { /* mark this block as noPath & recompute control flow */ ebp->noPath = 1; computeControlFlow (ebbi); } /*-----------------------------------------------------------------*/ /* markNoPath - marks those blocks which cannot be reached from top */ /*-----------------------------------------------------------------*/ static void markNoPath (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; int i; /* for all blocks if the visited flag is not set : then there */ /* is no path from _entry to this block push them down in the */ /* depth first order */ for (i = 0; i < count; i++) if (!ebbs[i]->visited) ebbs[i]->noPath = 1; } /*-----------------------------------------------------------------*/ /* dfNumCompare - used by qsort to sort by dfNumber */ /*-----------------------------------------------------------------*/ int dfNumCompare (const void *a, const void *b) { const eBBlock *const *i = a; const eBBlock *const *j = b; if ((*i)->dfnum > (*j)->dfnum) return 1; if ((*i)->dfnum < (*j)->dfnum) return -1; return 0; } /*-----------------------------------------------------------------*/ /* computeControlFlow - does the control flow computation */ /*-----------------------------------------------------------------*/ void computeControlFlow (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int dfCount = ebbi->count; int i; /* initialise some things */ for (i = 0; i < ebbi->count; i++) { setToNull ((void *) &ebbs[i]->predList); setToNull ((void *) &ebbs[i]->domVect); setToNull ((void *) &ebbs[i]->succList); setToNull ((void *) &ebbs[i]->succVect); ebbs[i]->visited = 0; ebbs[i]->dfnum = 0; } setToNull ((void *) &graphEdges); /* this will put in the */ /* successor information for each blk */ eBBSuccessors (ebbi); /* compute the depth first ordering */ computeDFOrdering (ebbi->bbOrder[0], &dfCount); /* mark blocks with no paths to them */ markNoPath (ebbi); /* with the depth first info in place */ /* add the predecessors for the blocks */ eBBPredecessors (ebbi); /* compute the dominance graph */ computeDominance (ebbi); /* sort it by dfnumber */ if (!ebbi->dfOrder) ebbi->dfOrder = Safe_alloc ((ebbi->count+1) * sizeof (eBBlock *)); for (i = 0; i < (ebbi->count+1); i++) { ebbi->dfOrder[i] = ebbi->bbOrder[i]; } qsort (ebbi->dfOrder, ebbi->count, sizeof (eBBlock *), dfNumCompare); } /*-----------------------------------------------------------------*/ /* returnAtEnd - returns 1 if Basic Block has a return at the end */ /* of it */ /*-----------------------------------------------------------------*/ int returnAtEnd (eBBlock *ebp) { /* case 1. This basic block ends in a return statment */ if (ebp->ech && ebp->ech->op == RETURN) return 1; /* case 2. This basic block has only one successor and that successor has only one return statement */ if (elementsInSet(ebp->succList) == 1) { eBBlock *succ = setFirstItem(ebp->succList); /* could happen for dummy blocks */ if (!succ->sch || !succ->ech) return 0; /* first iCode is a return */ if (succ->sch->op == RETURN) return 2; /* or first iCode is a label & the next & last icode is a return */ if (succ->sch->op == LABEL && succ->sch->next == succ->ech && succ->ech->op == RETURN ) return 2; } return 0; } sdcc-2.9.0/src/SDCCcflow.h000066400000000000000000000026041116427777700151720ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCcflow.h - header file for control flow analysis Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCset.h" #ifndef SDCCCFLOW_H #define SDCCCFLOW_H 1 eBBlock *immedDom (ebbIndex *, eBBlock *); void computeControlFlow (ebbIndex *); void disconBBlock (eBBlock *, ebbIndex *); int returnAtEnd (eBBlock *) ; #endif sdcc-2.9.0/src/SDCCcse.c000066400000000000000000002245541116427777700146370ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCcse.c - source file for Common Subexpressions and other utility Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "newalloc.h" #include "dbuf_string.h" /*-----------------------------------------------------------------*/ /* newCseDef - new cseDef */ /*-----------------------------------------------------------------*/ cseDef * newCseDef (operand * sym, iCode * ic) { cseDef *cdp; assert (sym); cdp = Safe_alloc (sizeof (cseDef)); cdp->sym = sym; cdp->diCode = ic; cdp->key = sym->key; cdp->ancestors = newBitVect(iCodeKey); cdp->fromGlobal = 0; cdp->fromAddrTaken = 0; if (ic->op!=IF && ic->op!=JUMPTABLE) { if (IC_LEFT (ic) && IS_SYMOP (IC_LEFT (ic))) { bitVectSetBit (cdp->ancestors, IC_LEFT (ic)->key); cdp->fromGlobal |= isOperandGlobal (IC_LEFT (ic)); cdp->fromAddrTaken |= OP_SYMBOL (IC_LEFT (ic))->addrtaken; } if (IC_RIGHT (ic) && IS_SYMOP (IC_RIGHT (ic))) { bitVectSetBit (cdp->ancestors, IC_RIGHT (ic)->key); cdp->fromGlobal |= isOperandGlobal (IC_RIGHT (ic)); cdp->fromAddrTaken |= OP_SYMBOL (IC_RIGHT (ic))->addrtaken; } } return cdp; } void updateCseDefAncestors(cseDef *cdp, set * cseSet) { cseDef *loop; set *sl; iCode *ic = cdp->diCode; if (ic->op!=IF && ic->op!=JUMPTABLE) { if (IC_LEFT (ic) && IS_SYMOP (IC_LEFT (ic))) { bitVectSetBit (cdp->ancestors, IC_LEFT (ic)->key); for (sl = cseSet; sl; sl = sl->next) { loop = sl->item; if (loop->sym->key == IC_LEFT (ic)->key) { cdp->ancestors = bitVectUnion (cdp->ancestors, loop->ancestors); cdp->fromGlobal |= loop->fromGlobal; cdp->fromAddrTaken |= loop->fromAddrTaken; break; } } } if (IC_RIGHT (ic) && IS_SYMOP (IC_RIGHT (ic))) { bitVectSetBit (cdp->ancestors, IC_RIGHT (ic)->key); for (sl = cseSet; sl; sl = sl->next) { loop = sl->item; if (loop->sym->key == IC_RIGHT (ic)->key) { cdp->ancestors = bitVectUnion (cdp->ancestors, loop->ancestors); cdp->fromGlobal |= loop->fromGlobal; cdp->fromAddrTaken |= loop->fromAddrTaken; break; } } } } } /*-----------------------------------------------------------------*/ /* int isCseDefEqual - two definitions are equal */ /*-----------------------------------------------------------------*/ int isCseDefEqual (void *vsrc, void *vdest) { cseDef *src = vsrc; cseDef *dest = vdest; if (src == dest) return 1; return (src->key == dest->key && src->diCode == dest->diCode); } /*-----------------------------------------------------------------*/ /* pcseDef - in the cseDef */ /*-----------------------------------------------------------------*/ int pcseDef (void *item, va_list ap) { cseDef *cdp = item; iCodeTable *icTab; struct dbuf_s dbuf; (void) ap; if (!cdp->sym) fprintf (stdout, "**null op**"); printOperand (cdp->sym, stdout); icTab = getTableEntry (cdp->diCode->op); dbuf_init (&dbuf, 1024); icTab->iCodePrint (&dbuf, cdp->diCode, icTab->printName); dbuf_write_and_destroy (&dbuf, stdout); return 1; } void ReplaceOpWithCheaperOp(operand **op, operand *cop) { #ifdef RANGEHUNT printf ("ReplaceOpWithCheaperOp\n\t"); printOperand (*op, stdout); printf ("\nwith\t"); printOperand (cop, stdout); // if op is a register equivalent if (IS_ITEMP(cop) && IS_SYMOP((*op)) && OP_SYMBOL((*op))->isreqv) { operand **rop = &OP_SYMBOL((*op))->usl.spillLoc->reqv; if (isOperandEqual(*rop, *op)) { printf ("true"); *rop=cop; OP_SYMBOL((*op))->isreqv=0; OP_SYMBOL(cop)->isreqv=1; } else { printf ("false"); } } printf ("\n"); #endif *op=cop; } /*-----------------------------------------------------------------*/ /* replaceAllSymBySym - replaces all operands by operand in an */ /* instruction chain */ /*-----------------------------------------------------------------*/ void replaceAllSymBySym (iCode * ic, operand * from, operand * to, bitVect ** ndpset) { iCode *lic; #ifdef RANGEHUNT printf ("replaceAllSymBySym\n\t"); printOperand (from, stdout); printf ("\nwith\t"); printOperand (to, stdout); printf ("\n"); #endif for (lic = ic; lic; lic = lic->next) { int isaddr; /* do the special cases first */ if (lic->op == IFX) { if (IS_SYMOP (to) && IC_COND (lic)->key == from->key) { bitVectUnSetBit (OP_USES (from), lic->key); OP_USES(to)=bitVectSetBit (OP_USES (to), lic->key); isaddr = IC_COND (lic)->isaddr; IC_COND (lic) = operandFromOperand (to); IC_COND (lic)->isaddr = isaddr; } continue; } if (lic->op == JUMPTABLE) { if (IS_SYMOP (to) && IC_JTCOND (lic)->key == from->key) { bitVectUnSetBit (OP_USES (from), lic->key); OP_USES(to)=bitVectSetBit (OP_USES (to), lic->key); isaddr = IC_COND (lic)->isaddr; IC_JTCOND (lic) = operandFromOperand (to); IC_JTCOND (lic)->isaddr = isaddr; } continue; } if (IS_SYMOP(to) && IC_RESULT (lic) && IC_RESULT (lic)->key == from->key) { /* maintain du chains */ if (POINTER_SET (lic)) { bitVectUnSetBit (OP_USES (from), lic->key); OP_USES(to)=bitVectSetBit (OP_USES (to), lic->key); /* also check if the "from" was in the non-dominating pointer sets and replace it with "to" in the bitVector */ if (bitVectBitValue (*ndpset, from->key)) { bitVectUnSetBit (*ndpset, from->key); bitVectSetBit (*ndpset, to->key); } } else { bitVectUnSetBit (OP_DEFS (from), lic->key); OP_DEFS(to)=bitVectSetBit (OP_DEFS (to), lic->key); } isaddr = IC_RESULT (lic)->isaddr; IC_RESULT (lic) = operandFromOperand (to); IC_RESULT (lic)->isaddr = isaddr; } if (IS_SYMOP (to) && IC_RIGHT (lic) && IC_RIGHT (lic)->key == from->key) { bitVectUnSetBit (OP_USES (from), lic->key); OP_USES(to)=bitVectSetBit (OP_USES (to), lic->key); isaddr = IC_RIGHT (lic)->isaddr; IC_RIGHT (lic) = operandFromOperand (to); IC_RIGHT (lic)->isaddr = isaddr; } if (IS_SYMOP (to) && IC_LEFT (lic) && IC_LEFT (lic)->key == from->key) { bitVectUnSetBit (OP_USES (from), lic->key); OP_USES(to)=bitVectSetBit (OP_USES (to), lic->key); isaddr = IC_LEFT (lic)->isaddr; IC_LEFT (lic) = operandFromOperand (to); IC_LEFT (lic)->isaddr = isaddr; } } } /*-----------------------------------------------------------------*/ /* iCodeKeyIs - if the icode keys match then return 1 */ /*-----------------------------------------------------------------*/ DEFSETFUNC (iCodeKeyIs) { cseDef *cdp = item; V_ARG (int, key); if (cdp->diCode->key == key) return 1; else return 0; } /*-----------------------------------------------------------------*/ /* removeFromInExprs - removes an icode from inexpressions */ /*-----------------------------------------------------------------*/ DEFSETFUNC (removeFromInExprs) { eBBlock *ebp = item; V_ARG (iCode *, ic); V_ARG (operand *, from); V_ARG (operand *, to); V_ARG (eBBlock *, cbp); if (ebp->visited) return 0; ebp->visited = 1; deleteItemIf (&ebp->inExprs, iCodeKeyIs, ic->key); if (ebp != cbp && !bitVectBitValue (cbp->domVect, ebp->bbnum)) replaceAllSymBySym (ebp->sch, from, to, &ebp->ndompset); applyToSet (ebp->succList, removeFromInExprs, ic, from, to, cbp); return 0; } /*-----------------------------------------------------------------*/ /* isGlobalInNearSpace - return TRUE if valriable is a globalin data */ /*-----------------------------------------------------------------*/ static bool isGlobalInNearSpace (operand * op) { sym_link *type = getSpec (operandType (op)); /* this is 8051 specific: optimization suggested by Jean-Louis VERN, with 8051s we have no advantage of putting variables in near space into registers */ if (isOperandGlobal (op) && !IN_FARSPACE (SPEC_OCLS (type)) && IN_DIRSPACE (SPEC_OCLS (type))) return TRUE; else return FALSE; } /*-----------------------------------------------------------------*/ /* findCheaperOp - cseBBlock support routine, will check to see if */ /* we have a operand previously defined */ /*-----------------------------------------------------------------*/ DEFSETFUNC (findCheaperOp) { cseDef *cdp = item; V_ARG (operand *, cop); V_ARG (operand **, opp); V_ARG (int, checkSign); /* if we have already found it */ if (*opp) return 1; /* not found it yet check if this is the one */ /* and this is not the defining one */ if (cop->key == cdp->key) { /* do a special check this will help in */ /* constant propagation & dead code elim */ /* for assignments only */ if (cdp->diCode->op == '=') { /* if the result is volatile then return result */ if (IS_OP_VOLATILE (IC_RESULT (cdp->diCode))) *opp = IC_RESULT (cdp->diCode); else /* if this is a straight assignment and left is a temp then prefer the temporary to the true symbol */ if (!POINTER_SET (cdp->diCode) && IS_ITEMP (IC_RESULT (cdp->diCode)) && IS_TRUE_SYMOP (IC_RIGHT (cdp->diCode))) *opp = IC_RESULT (cdp->diCode); else { /* if straight assignment and both are temps then prefer the one that will not need extra space to spil, also take into consideration if right side is an induction variable */ if (!POINTER_SET (cdp->diCode) && IS_ITEMP (IC_RESULT (cdp->diCode)) && IS_ITEMP (IC_RIGHT (cdp->diCode)) && !OP_SYMBOL (IC_RIGHT (cdp->diCode))->isind && !OP_SYMBOL(IC_RIGHT (cdp->diCode))->isreqv && ((!SPIL_LOC (IC_RIGHT (cdp->diCode)) && SPIL_LOC (IC_RESULT (cdp->diCode))) || (SPIL_LOC (IC_RESULT (cdp->diCode)) && SPIL_LOC (IC_RESULT (cdp->diCode)) == SPIL_LOC (IC_RIGHT (cdp->diCode))))) *opp = IC_RESULT (cdp->diCode); else *opp = IC_RIGHT (cdp->diCode); } } else *opp = IC_RESULT (cdp->diCode); } /* if this is an assign to a temp. then check if the right side is this then return this */ if (IS_TRUE_SYMOP (cop) && cdp->diCode->op == '=' && !POINTER_SET (cdp->diCode) && cop->key == IC_RIGHT (cdp->diCode)->key && !isGlobalInNearSpace (IC_RIGHT (cdp->diCode)) && IS_ITEMP (IC_RESULT (cdp->diCode))) *opp = IC_RESULT (cdp->diCode); if ((*opp) && (isOperandLiteral(*opp) || !checkSign || (checkSign && IS_SPEC(operandType (cop)) && IS_SPEC(operandType (*opp)) && (SPEC_USIGN(operandType (cop))==SPEC_USIGN(operandType (*opp)) && (SPEC_LONG(operandType (cop))==SPEC_LONG(operandType (*opp))))))) { if ((isGlobalInNearSpace (cop) && !isOperandLiteral (*opp)) || isOperandVolatile (*opp, FALSE) ) { *opp = NULL; return 0; } if (cop->key == (*opp)->key) { *opp = NULL; return 0; } if ((*opp)->isaddr != cop->isaddr && IS_ITEMP (cop)) { *opp = operandFromOperand (*opp); (*opp)->isaddr = cop->isaddr; } /* copy signedness to literal operands */ if (IS_SPEC(operandType (cop)) && IS_SPEC(operandType (*opp)) && isOperandLiteral(*opp) && SPEC_NOUN(operandType(*opp)) == SPEC_NOUN(operandType(cop)) && SPEC_USIGN(operandType(*opp)) != SPEC_USIGN(operandType(cop))) { SPEC_USIGN(operandType(*opp)) = SPEC_USIGN(operandType(cop)); } if (IS_SPEC(operandType (cop)) && IS_SPEC(operandType (*opp)) && SPEC_NOUN(operandType(cop)) != SPEC_NOUN(operandType(*opp))) { // special case: we can make an unsigned char literal // into an int literal with no cost. if (isOperandLiteral(*opp) && SPEC_NOUN(operandType(*opp)) == V_CHAR && SPEC_NOUN(operandType(cop)) == V_INT) { *opp = operandFromOperand (*opp); SPEC_NOUN(operandType(*opp)) = V_INT; } else { // No clue... *opp = NULL; return 0; } } return 1; } *opp=NULL; return 0; } /*-----------------------------------------------------------------*/ /* findPointerSet - finds the right side of a pointer set op */ /*-----------------------------------------------------------------*/ DEFSETFUNC (findPointerSet) { cseDef *cdp = item; V_ARG (operand *, op); V_ARG (operand **, opp); V_ARG (operand *, rop); if (POINTER_SET (cdp->diCode) && IC_RESULT (cdp->diCode)->key == op->key && !isOperandVolatile (IC_RESULT (cdp->diCode), TRUE) && !isOperandVolatile (IC_RIGHT (cdp->diCode), TRUE) && getSize (operandType (IC_RIGHT (cdp->diCode))) == getSize (operandType (rop))) { if (IS_SPEC (operandType (IC_RIGHT (cdp->diCode))) && SPEC_USIGN (operandType (IC_RIGHT (cdp->diCode))) != SPEC_USIGN (operandType (rop))) { /* bug #1493710 Reminder for Bernhard: check of signedness could be unnecessary together with 'checkSign', if signedness of operation is stored in ic */ return 0; } *opp = IC_RIGHT (cdp->diCode); return 1; } return 0; } /*-----------------------------------------------------------------*/ /* findPrevIc - cseBBlock support function will return the iCode */ /* which matches the current one */ /*-----------------------------------------------------------------*/ DEFSETFUNC (findPrevIc) { cseDef *cdp = item; V_ARG (iCode *, ic); V_ARG (iCode **, icp); /* if already found */ if (*icp) return 1; /* if the iCodes are the same */ if (isiCodeEqual (ic, cdp->diCode) && isOperandEqual (cdp->sym, IC_RESULT (cdp->diCode))) { *icp = cdp->diCode; return 1; } /* if iCodes are not the same */ /* see the operands maybe interchanged */ if (ic->op == cdp->diCode->op && IS_ASSOCIATIVE(ic) && isOperandEqual (IC_LEFT (ic), IC_RIGHT (cdp->diCode)) && isOperandEqual (IC_RIGHT (ic), IC_LEFT (cdp->diCode))) { *icp = cdp->diCode; return 1; } return 0; } /*-------------------------------------------------------------------*/ /* ifAssignedFromGlobal - if definition is an assignment from global */ /*-------------------------------------------------------------------*/ DEFSETFUNC (ifAssignedFromGlobal) { cseDef *cdp = item; iCode *dic=cdp->diCode; if (dic->op=='=' && isOperandGlobal(IC_RIGHT(dic))) { return 1; } return 0; } /*-------------------------------------------------------------------*/ /* ifFromGlobal - if definition is derived from global */ /*-------------------------------------------------------------------*/ DEFSETFUNC (ifFromGlobal) { cseDef *cdp = item; return cdp->fromGlobal; } /*-----------------------------------------------------------------*/ /* ifDefGlobal - if definition is global */ /*-----------------------------------------------------------------*/ DEFSETFUNC (ifDefGlobal) { cseDef *cdp = item; return (isOperandGlobal (cdp->sym)); } /*-------------------------------------------------------------------*/ /* ifFromAddrTaken - if definition is derived from a symbol whose */ /* address was taken */ /*-------------------------------------------------------------------*/ DEFSETFUNC (ifFromAddrTaken) { cseDef *cdp = item; return cdp->fromAddrTaken; } /*-----------------------------------------------------------------*/ /* ifAnyGetPointer - if get pointer icode */ /*-----------------------------------------------------------------*/ DEFSETFUNC (ifAnyGetPointer) { cseDef *cdp = item; if (cdp->diCode && POINTER_GET (cdp->diCode)) return 1; return 0; } /*-----------------------------------------------------------------*/ /* ifOperandsHave - if any of the operand are the same as this */ /*-----------------------------------------------------------------*/ DEFSETFUNC (ifOperandsHave) { cseDef *cdp = item; V_ARG (operand *, op); if (bitVectBitValue(cdp->ancestors, op->key)) return 1; if (IC_LEFT (cdp->diCode) && IS_SYMOP (IC_LEFT (cdp->diCode)) && IC_LEFT (cdp->diCode)->key == op->key) return 1; if (IC_RIGHT (cdp->diCode) && IS_SYMOP (IC_RIGHT (cdp->diCode)) && IC_RIGHT (cdp->diCode)->key == op->key) return 1; /* or if any of the operands are volatile */ if (IC_LEFT (cdp->diCode) && IS_OP_VOLATILE (IC_LEFT (cdp->diCode))) return 1; if (IC_RIGHT (cdp->diCode) && IS_OP_VOLATILE (IC_RIGHT (cdp->diCode))) return 1; if (IC_RESULT (cdp->diCode) && IS_OP_VOLATILE (IC_RESULT (cdp->diCode))) return 1; return 0; } /*-----------------------------------------------------------------*/ /* ifDefSymIs - if a definition is found in the set */ /*-----------------------------------------------------------------*/ int ifDefSymIs (set * cseSet, operand * sym) { cseDef *loop; set *sl; if (!sym || !IS_SYMOP (sym)) return 0; for (sl = cseSet; sl; sl = sl->next) { loop = sl->item; if (loop->sym->key == sym->key) return 1; } return 0; } /*-----------------------------------------------------------------*/ /* ifDefSymIsX - will return 1 if the symbols match */ /*-----------------------------------------------------------------*/ DEFSETFUNC (ifDefSymIsX) { cseDef *cdp = item; V_ARG (operand *, op); int match; if (op && cdp->sym) match = cdp->sym->key == op->key; else match = (isOperandEqual (cdp->sym, op)); #if 0 if (match) printf("%s ",OP_SYMBOL(cdp->sym)->name); #endif return match; } /*-----------------------------------------------------------------*/ /* ifDiCodeIs - returns true if diCode is same */ /*-----------------------------------------------------------------*/ int ifDiCodeIs (set * cseSet, iCode * ic) { cseDef *loop; set *sl; if (!ic) return 0; for (sl = cseSet; sl; sl = sl->next) { loop = sl->item; if (loop->diCode == ic) return 1; } return 0; } /*-----------------------------------------------------------------*/ /* ifPointerGet - returns true if the icode is pointer get sym */ /*-----------------------------------------------------------------*/ DEFSETFUNC (ifPointerGet) { cseDef *cdp = item; V_ARG (operand *, op); iCode *dic = cdp->diCode; operand *left = IC_LEFT (cdp->diCode); if (POINTER_GET (dic) && left->key == op->key) return 1; return 0; } /*-----------------------------------------------------------------*/ /* ifPointerSet - returns true if the icode is pointer set sym */ /*-----------------------------------------------------------------*/ DEFSETFUNC (ifPointerSet) { cseDef *cdp = item; V_ARG (operand *, op); if (POINTER_SET (cdp->diCode) && IC_RESULT (cdp->diCode)->key == op->key) return 1; return 0; } /*-----------------------------------------------------------------*/ /* ifDiCodeIsX - will return 1 if the symbols match */ /*-----------------------------------------------------------------*/ DEFSETFUNC (ifDiCodeIsX) { cseDef *cdp = item; V_ARG (iCode *, ic); return cdp->diCode == ic; } /*-----------------------------------------------------------------*/ /* findBackwardDef - scan backwards to find deinition of operand */ /*-----------------------------------------------------------------*/ iCode *findBackwardDef(operand *op,iCode *ic) { iCode *lic; for (lic = ic; lic ; lic = lic->prev) { if (IC_RESULT(lic) && isOperandEqual(op,IC_RESULT(lic))) return lic; } return NULL; } /*-----------------------------------------------------------------*/ /* algebraicOpts - does some algebraic optimizations */ /*-----------------------------------------------------------------*/ static void algebraicOpts (iCode * ic, eBBlock * ebp) { /* we don't deal with the following iCodes here */ if (ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || ic->op == CALL || ic->op == PCALL || ic->op == RETURN || POINTER_GET (ic)) return; /* if both operands present & ! IFX */ /* then if they are both literal we */ /* perform the operation right now */ if (IC_RESULT (ic) && IC_RIGHT (ic) && IC_LEFT (ic) && IS_OP_LITERAL (IC_LEFT (ic)) && IS_OP_LITERAL (IC_RIGHT (ic))) { IC_RIGHT (ic) = operandOperation (IC_LEFT (ic), IC_RIGHT (ic), ic->op, operandType (IC_RESULT (ic))); ic->op = '='; IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } /* if not ifx & only one operand present */ if (IC_RESULT (ic) && IC_LEFT (ic) && IS_OP_LITERAL (IC_LEFT (ic)) && !IC_RIGHT (ic)) { IC_RIGHT (ic) = operandOperation (IC_LEFT (ic), IC_RIGHT (ic), ic->op, operandType (IC_RESULT (ic))); ic->op = '='; IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } /* a special case : or in short a kludgy solution will think about a better solution over a glass of wine someday */ if (ic->op == GET_VALUE_AT_ADDRESS) { if (IS_ITEMP (IC_RESULT (ic)) && IS_TRUE_SYMOP (IC_LEFT (ic))) { ic->op = '='; IC_RIGHT (ic) = operandFromOperand (IC_LEFT (ic)); IC_RIGHT (ic)->isaddr = 0; IC_LEFT (ic) = NULL; IC_RESULT (ic) = operandFromOperand (IC_RESULT (ic)); IC_RESULT (ic)->isaddr = 0; setOperandType (IC_RESULT (ic), operandType (IC_RIGHT (ic))); return; } if (IS_ITEMP (IC_LEFT (ic)) && IS_ITEMP (IC_RESULT (ic)) && /* !OP_SYMBOL(IC_RESULT(ic))->isreqv && */ /* !OP_SYMBOL(IC_LEFT(ic))->isreqv && */ !IC_LEFT (ic)->isaddr) { ic->op = '='; IC_RIGHT (ic) = operandFromOperand (IC_LEFT (ic)); IC_RIGHT (ic)->isaddr = 0; IC_RESULT (ic) = operandFromOperand (IC_RESULT (ic)); IC_RESULT (ic)->isaddr = 0; IC_LEFT (ic) = NULL; return; } } /* depending on the operation */ switch (ic->op) { case '+': /* if adding the same thing change to left shift by 1 */ if (IC_LEFT (ic)->key == IC_RIGHT (ic)->key && !(IS_FLOAT (operandType (IC_RESULT (ic))) || IS_FIXED(operandType (IC_RESULT (ic))))) { ic->op = LEFT_OP; IC_RIGHT (ic) = operandFromLit (1); return; } /* if addition then check if one of them is a zero */ /* if yes turn it into assignment or cast */ if (IS_OP_LITERAL (IC_LEFT (ic)) && operandLitValue (IC_LEFT (ic)) == 0.0) { int typematch; typematch = compareType (operandType (IC_RESULT (ic)), operandType (IC_RIGHT (ic))); if ((typematch<0) || (IS_TRUE_SYMOP (IC_RIGHT (ic)))) { ic->op = CAST; IC_LEFT (ic) = operandFromLink (operandType (IC_RESULT (ic))); } else { ic->op = '='; IC_LEFT (ic) = NULL; if (typematch==0) { /* for completely different types, preserve the source type */ IC_RIGHT (ic) = operandFromOperand (IC_RIGHT (ic)); setOperandType (IC_RIGHT (ic), operandType (IC_RESULT (ic))); } } SET_ISADDR (IC_RESULT (ic), 0); SET_ISADDR (IC_RIGHT (ic), 0); return; } if (IS_OP_LITERAL (IC_RIGHT (ic)) && operandLitValue (IC_RIGHT (ic)) == 0.0) { int typematch; typematch = compareType (operandType (IC_RESULT (ic)), operandType (IC_LEFT (ic))); if ((typematch<0) || (IS_TRUE_SYMOP (IC_LEFT (ic)))) { ic->op = CAST; IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = operandFromLink (operandType (IC_RESULT (ic))); } else { ic->op = '='; IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = NULL; if (typematch==0) { /* for completely different types, preserve the source type */ IC_RIGHT (ic) = operandFromOperand (IC_RIGHT (ic)); setOperandType (IC_RIGHT (ic), operandType (IC_RESULT (ic))); } } SET_ISADDR (IC_RIGHT (ic), 0); SET_ISADDR (IC_RESULT (ic), 0); return; } break; case '-': /* if subtracting the same thing then zero */ if (IC_LEFT (ic)->key == IC_RIGHT (ic)->key) { ic->op = '='; IC_RIGHT (ic) = operandFromLit (0); IC_LEFT (ic) = NULL; IC_RESULT (ic) = operandFromOperand (IC_RESULT (ic)); IC_RESULT (ic)->isaddr = 0; return; } /* if subtraction then check if one of the operand */ /* is zero then depending on which operand change */ /* to assignment or unary minus */ if (IS_OP_LITERAL (IC_RIGHT (ic)) && operandLitValue (IC_RIGHT (ic)) == 0.0) { /* right size zero change to assignment */ ic->op = '='; IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = NULL; SET_ISADDR (IC_RIGHT (ic), 0); SET_ISADDR (IC_RESULT (ic), 0); return; } if (IS_OP_LITERAL (IC_LEFT (ic)) && operandLitValue (IC_LEFT (ic)) == 0.0) { /* left zero turn into an unary minus */ ic->op = UNARYMINUS; IC_LEFT (ic) = IC_RIGHT (ic); IC_RIGHT (ic) = NULL; return; } break; /* if multiplication then check if either of */ /* them is zero then the result is zero */ /* if either of them is one then result is */ /* the other one */ case '*': if (IS_OP_LITERAL (IC_LEFT (ic))) { double leftValue = operandLitValue (IC_LEFT (ic)); if (leftValue == 0.0) { ic->op = '='; IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } if (leftValue == 1.0) { /* '*' can have two unsigned chars as operands */ /* and an unsigned int as result. */ if (compareType (operandType (IC_RESULT (ic)), operandType (IC_RIGHT (ic))) == 1) { ic->op = '='; IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); } else { ic->op = CAST; IC_LEFT (ic) = operandFromOperand (IC_LEFT (ic)); IC_LEFT (ic)->type = TYPE; IC_LEFT (ic)->isLiteral = 0; setOperandType (IC_LEFT (ic), operandType (IC_RESULT (ic))); } return; } if (leftValue == -1.0) { /* convert -1 * x to -x */ ic->op = UNARYMINUS; IC_LEFT (ic) = IC_RIGHT (ic); IC_RIGHT (ic) = NULL; return; } } if (IS_OP_LITERAL (IC_RIGHT (ic))) { double rightValue = operandLitValue (IC_RIGHT (ic)); if (rightValue == 0.0) { ic->op = '='; IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } if (rightValue == 1.0) { /* '*' can have two unsigned chars as operands */ /* and an unsigned int as result. */ if (compareType (operandType (IC_RESULT (ic)), operandType (IC_LEFT (ic))) == 1) { ic->op = '='; IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); } else { operand *op; ic->op = CAST; op = IC_RIGHT (ic); IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = operandFromOperand (op); IC_LEFT (ic)->type = TYPE; IC_LEFT (ic)->isLiteral = 0; setOperandType (IC_LEFT (ic), operandType (IC_RESULT (ic))); } return; } if (rightValue == -1.0) { /* '*' can have two unsigned chars as operands */ /* and an unsigned int as result. */ if (IS_INTEGRAL (operandType (IC_LEFT (ic)))) { if ((getSize (operandType (IC_LEFT (ic))) < (unsigned int) INTSIZE) && (getSize (operandType (IC_LEFT (ic))) < getSize (operandType (IC_RESULT (ic))))) { operand * op; iCode * newic; /* Widen to int. */ op = operandFromOperand (IC_RESULT (ic)); op->type = TYPE; setOperandType (op, INTTYPE); newic = newiCode (CAST, op, IC_LEFT (ic)); IC_RESULT (newic) = newiTempOperand (INTTYPE, TRUE); addiCodeToeBBlock (ebp, newic, ic); IC_LEFT (ic) = IC_RESULT (newic); } } /* convert x * -1 to -x */ ic->op = UNARYMINUS; IC_RIGHT (ic) = NULL; return; } } break; case '/': /* if division by self then 1 */ if (IC_LEFT (ic)->key == IC_RIGHT (ic)->key) { ic->op = '='; IC_RIGHT (ic) = operandFromLit (1); IC_LEFT (ic) = NULL; IC_RESULT (ic) = operandFromOperand (IC_RESULT (ic)); IC_RESULT (ic)->isaddr = 0; return; } /* if this is a division then check if left is zero */ /* and right is not then change it to an assignment */ if (IS_OP_LITERAL (IC_LEFT (ic)) && IS_OP_LITERAL (IC_RIGHT (ic)) && (operandLitValue (IC_LEFT (ic)) == 0.0) && (operandLitValue (IC_RIGHT (ic)) != 0.0)) { ic->op = '='; IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } /* if this is a division then check if right */ /* is one then change it to an assignment */ if (IS_OP_LITERAL (IC_RIGHT (ic))) { double rightValue = operandLitValue (IC_RIGHT (ic)); if (rightValue == 1.0) { ic->op = '='; IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } if (rightValue == -1.0) { /* '/' can have two unsigned chars as operands */ /* and an unsigned int as result. */ if (IS_INTEGRAL (operandType (IC_LEFT (ic)))) { if ((getSize (operandType (IC_LEFT (ic))) < (unsigned int) INTSIZE) && (getSize (operandType (IC_LEFT (ic))) < getSize (operandType (IC_RESULT (ic))))) { operand * op; iCode * newic; /* Widen to int. */ op = operandFromOperand (IC_RESULT (ic)); op->type = TYPE; setOperandType (op, INTTYPE); newic = newiCode (CAST, op, IC_LEFT (ic)); IC_RESULT (newic) = newiTempOperand (INTTYPE, TRUE); addiCodeToeBBlock (ebp, newic, ic); IC_LEFT (ic) = IC_RESULT (newic); } } /* convert x / -1 to -x */ ic->op = UNARYMINUS; IC_RIGHT (ic) = NULL; return; } } break; /* if both are the same for an comparison operators */ case EQ_OP: case LE_OP: case GE_OP: if (isOperandEqual (IC_LEFT (ic), IC_RIGHT (ic))) { ic->op = '='; IC_RIGHT (ic) = operandFromLit (1); IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); } break; case NE_OP: case '>': case '<': if (isOperandEqual (IC_LEFT (ic), IC_RIGHT (ic))) { ic->op = '='; IC_RIGHT (ic) = operandFromLit (0); IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); } break; case CAST: { sym_link *otype = operandType(IC_RIGHT(ic)); sym_link *ctype = operandType(IC_LEFT(ic)); /* if this is a cast of a literal value */ if (IS_OP_LITERAL (IC_RIGHT (ic)) && !(IS_GENPTR(ctype) && (IS_PTR(otype) && !IS_GENPTR(otype)))) { ic->op = '='; IC_RIGHT (ic) = operandFromValue (valCastLiteral (operandType (IC_LEFT (ic)), operandLitValue (IC_RIGHT (ic)))); IC_LEFT (ic) = NULL; SET_ISADDR (IC_RESULT (ic), 0); } /* if casting to the same */ if (compareType (operandType (IC_RESULT (ic)), operandType (IC_RIGHT (ic))) == 1) { ic->op = '='; IC_LEFT (ic) = NULL; SET_ISADDR (IC_RESULT (ic), 0); } } break; case '!': if (IS_OP_LITERAL (IC_LEFT (ic))) { ic->op = '='; IC_RIGHT (ic) = (operandLitValue (IC_LEFT (ic)) == 0 ? operandFromLit (1) : operandFromLit (0)); IC_LEFT (ic) = NULL; SET_ISADDR (IC_RESULT (ic), 0); } break; case BITWISEAND: /* if both operands are equal */ /* if yes turn it into assignment */ if (isOperandEqual (IC_LEFT (ic), IC_RIGHT (ic))) { if (IS_OP_VOLATILE (IC_LEFT (ic))) { iCode *newic = newiCode (DUMMY_READ_VOLATILE, NULL, IC_LEFT (ic)); IC_RESULT (newic) = IC_LEFT (ic); newic->filename = ic->filename; newic->lineno = ic->lineno; addiCodeToeBBlock (ebp, newic, ic->next); } ic->op = '='; IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } /* swap literal to right ic */ if (IS_OP_LITERAL (IC_LEFT (ic))) { operand *op; op = IC_LEFT (ic); IC_LEFT (ic) = IC_RIGHT (ic); IC_RIGHT (ic) = op; } if (IS_OP_LITERAL (IC_RIGHT (ic))) { /* if BITWISEAND then check if one of them is a zero */ /* if yes turn it into 0 assignment */ if (operandLitValue (IC_RIGHT (ic)) == 0.0) { if (IS_OP_VOLATILE (IC_LEFT (ic))) { iCode *newic = newiCode (DUMMY_READ_VOLATILE, NULL, IC_LEFT (ic)); IC_RESULT (newic) = IC_LEFT (ic); newic->filename = ic->filename; newic->lineno = ic->lineno; addiCodeToeBBlock (ebp, newic, ic->next); } ic->op = '='; IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } /* if BITWISEAND then check if one of them is 0xff... */ /* if yes turn it into assignment */ { unsigned val; switch (getSize (operandType (IC_RIGHT (ic)))) { case 1: val = 0xff; break; case 2: val = 0xffff; break; case 4: val = 0xffffffff; break; default: return; } if (((unsigned) double2ul (operandLitValue (IC_RIGHT (ic))) & val) == val) { ic->op = '='; IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } } } break; case '|': /* if both operands are equal */ /* if yes turn it into assignment */ if (isOperandEqual (IC_LEFT (ic), IC_RIGHT (ic))) { if (IS_OP_VOLATILE (IC_LEFT (ic))) { iCode *newic = newiCode (DUMMY_READ_VOLATILE, NULL, IC_LEFT (ic)); IC_RESULT (newic) = IC_LEFT (ic); newic->filename = ic->filename; newic->lineno = ic->lineno; addiCodeToeBBlock (ebp, newic, ic->next); } ic->op = '='; IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } /* swap literal to right ic */ if (IS_OP_LITERAL (IC_LEFT (ic))) { operand *op; op = IC_LEFT (ic); IC_LEFT (ic) = IC_RIGHT (ic); IC_RIGHT (ic) = op; } if (IS_OP_LITERAL (IC_RIGHT (ic))) { /* if BITWISEOR then check if one of them is a zero */ /* if yes turn it into assignment */ if (operandLitValue (IC_RIGHT (ic)) == 0.0) { ic->op = '='; IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } /* if BITWISEOR then check if one of them is 0xff... */ /* if yes turn it into 0xff... assignment */ { unsigned val; switch (getSize (operandType (IC_RIGHT (ic)))) { case 1: val = 0xff; break; case 2: val = 0xffff; break; case 4: val = 0xffffffff; break; default: return; } if (((unsigned) double2ul (operandLitValue (IC_RIGHT (ic))) & val) == val) { if (IS_OP_VOLATILE (IC_LEFT (ic))) { iCode *newic = newiCode (DUMMY_READ_VOLATILE, NULL, IC_LEFT (ic)); IC_RESULT (newic) = IC_LEFT (ic); newic->filename = ic->filename; newic->lineno = ic->lineno; addiCodeToeBBlock (ebp, newic, ic->next); } ic->op = '='; IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } } } break; case '^': /* if both operands are equal */ /* if yes turn it into 0 assignment */ if (isOperandEqual (IC_LEFT (ic), IC_RIGHT (ic))) { if (IS_OP_VOLATILE (IC_LEFT (ic))) { iCode *newic = newiCode (DUMMY_READ_VOLATILE, NULL, IC_LEFT (ic)); IC_RESULT (newic) = IC_LEFT (ic); newic->filename = ic->filename; newic->lineno = ic->lineno; addiCodeToeBBlock (ebp, newic, ic->next); newic = newiCode (DUMMY_READ_VOLATILE, NULL, IC_LEFT (ic)); IC_RESULT (newic) = IC_LEFT (ic); newic->filename = ic->filename; newic->lineno = ic->lineno; addiCodeToeBBlock (ebp, newic, ic->next); } ic->op = '='; IC_RIGHT (ic) = operandFromLit (0); IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } /* swap literal to right ic */ if (IS_OP_LITERAL (IC_LEFT (ic))) { operand *op; op = IC_LEFT (ic); IC_LEFT (ic) = IC_RIGHT (ic); IC_RIGHT (ic) = op; } /* if XOR then check if one of them is a zero */ /* if yes turn it into assignment */ if (IS_OP_LITERAL (IC_RIGHT (ic))) { if (operandLitValue (IC_RIGHT (ic)) == 0.0) { ic->op = '='; IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = NULL; SET_RESULT_RIGHT (ic); return; } } break; } return; } #define OTHERS_PARM(s) (s->_isparm && !s->ismyparm) /*-----------------------------------------------------------------*/ /* updateSpillLocation - keeps track of register spill location */ /*-----------------------------------------------------------------*/ void updateSpillLocation (iCode * ic, int induction) { sym_link *setype; if (POINTER_SET (ic)) return; if (ic->nosupdate) return; #if 0 /* for the form true_symbol := iTempNN */ if (ASSIGN_ITEMP_TO_SYM (ic) && !SPIL_LOC (IC_RIGHT (ic))) { setype = getSpec (operandType (IC_RESULT (ic))); if (!OP_SYMBOL(IC_RIGHT (ic))->noSpilLoc && !IS_VOLATILE (setype) && !IN_FARSPACE (SPEC_OCLS (setype)) && !OTHERS_PARM (OP_SYMBOL (IC_RESULT (ic)))) { wassert(IS_SYMOP(IC_RESULT (ic))); wassert(IS_SYMOP(IC_RIGHT (ic))); SPIL_LOC (IC_RIGHT (ic)) = IC_RESULT (ic)->operand.symOperand; } } #endif #if 0 /* this needs furthur investigation can save a lot of code */ if (ASSIGN_SYM_TO_ITEMP(ic) && !SPIL_LOC(IC_RESULT(ic))) { if (!OTHERS_PARM (OP_SYMBOL (IC_RIGHT (ic)))) SPIL_LOC (IC_RESULT (ic)) = IC_RIGHT (ic)->operand.symOperand; } #endif if (ASSIGN_ITEMP_TO_ITEMP (ic)) { if (!SPIL_LOC (IC_RIGHT (ic)) && !bitVectBitsInCommon (OP_DEFS (IC_RIGHT (ic)), OP_USES (IC_RESULT (ic))) && OP_SYMBOL (IC_RESULT (ic))->isreqv) { setype = getSpec (operandType (IC_RESULT (ic))); if (!OP_SYMBOL(IC_RIGHT (ic))->noSpilLoc && !IS_VOLATILE (setype) && !IN_FARSPACE (SPEC_OCLS (setype)) && !OTHERS_PARM (OP_SYMBOL (IC_RESULT (ic)))) { SPIL_LOC (IC_RIGHT (ic)) = SPIL_LOC (IC_RESULT (ic)); OP_SYMBOL (IC_RIGHT (ic))->prereqv = OP_SYMBOL (IC_RESULT (ic))->prereqv; } } /* special case for inductions */ if (induction && OP_SYMBOL(IC_RIGHT(ic))->isreqv && !OP_SYMBOL(IC_RESULT (ic))->noSpilLoc && !SPIL_LOC(IC_RESULT(ic))) { SPIL_LOC (IC_RESULT (ic)) = SPIL_LOC (IC_RIGHT (ic)); OP_SYMBOL (IC_RESULT (ic))->prereqv = OP_SYMBOL (IC_RIGHT (ic))->prereqv; } } } /*-----------------------------------------------------------------*/ /* setUsesDef - sets the uses def bitvector for a given operand */ /*-----------------------------------------------------------------*/ void setUsesDefs (operand * op, bitVect * bdefs, bitVect * idefs, bitVect ** oud) { /* compute the definitions alive at this point */ bitVect *adefs = bitVectUnion (bdefs, idefs); /* of these definitions find the ones that are */ /* for this operand */ adefs = bitVectIntersect (adefs, OP_DEFS (op)); /* these are the definitions that this operand can use */ op->usesDefs = adefs; /* the out defs is an union */ *oud = bitVectUnion (*oud, adefs); } /*-----------------------------------------------------------------*/ /* unsetDefsAndUses - clear this operation for the operands */ /*-----------------------------------------------------------------*/ void unsetDefsAndUses (iCode * ic) { if (ic->op == JUMPTABLE) return; /* take away this definition from the def chain of the */ /* result & take away from use set of the operands */ if (ic->op != IFX) { /* turn off def set */ if (IS_SYMOP (IC_RESULT (ic))) { if (!POINTER_SET (ic)) bitVectUnSetBit (OP_DEFS (IC_RESULT (ic)), ic->key); else bitVectUnSetBit (OP_USES (IC_RESULT (ic)), ic->key); } /* turn off the useSet for the operands */ if (IS_SYMOP (IC_LEFT (ic))) bitVectUnSetBit (OP_USES (IC_LEFT (ic)), ic->key); if (IS_SYMOP (IC_RIGHT (ic))) bitVectUnSetBit (OP_USES (IC_RIGHT (ic)), ic->key); } else /* must be ifx turn off the use */ if (IS_SYMOP (IC_COND (ic))) bitVectUnSetBit (OP_USES (IC_COND (ic)), ic->key); } /*-----------------------------------------------------------------*/ /* ifxOptimize - changes ifx conditions if it can */ /*-----------------------------------------------------------------*/ void ifxOptimize (iCode * ic, set * cseSet, int computeOnly, eBBlock * ebb, int *change, ebbIndex * ebbi) { operand *pdop; symbol *label; /* if the condition can be replaced */ if (!computeOnly) { pdop = NULL; applyToSetFTrue (cseSet, findCheaperOp, IC_COND (ic), &pdop, 0); if (pdop) { ReplaceOpWithCheaperOp(&IC_COND (ic), pdop); (*change)++; } } /* if the conditional is a literal then */ if (IS_OP_LITERAL (IC_COND (ic))) { if ((operandLitValue (IC_COND (ic)) != 0.0) && IC_TRUE (ic)) { /* change to a goto */ ic->op = GOTO; IC_LABEL (ic) = IC_TRUE (ic); (*change)++; } else { if (!operandLitValue (IC_COND (ic)) && IC_FALSE (ic)) { ic->op = GOTO; IC_LABEL (ic) = IC_FALSE (ic); (*change)++; } else { /* then kill this if condition */ remiCodeFromeBBlock (ebb, ic); } } /* now we need to recompute the control flow */ /* since the control flow has changed */ /* this is very expensive but it does not happen */ /* too often, if it does happen then the user pays */ /* the price */ computeControlFlow (ebbi); if (!options.lessPedantic) { werrorfl (ic->filename, ic->lineno, W_CONTROL_FLOW); } return; } /* if there is only one successor and that successor is the same one we are conditionally going to then we can remove this conditional statement */ label = (IC_TRUE (ic) ? IC_TRUE (ic) : IC_FALSE (ic)); if (elementsInSet (ebb->succList) == 1 && isinSet (ebb->succList, eBBWithEntryLabel (ebbi, label))) { if (!options.lessPedantic) { werrorfl (ic->filename, ic->lineno, W_CONTROL_FLOW); } if (IS_OP_VOLATILE (IC_COND (ic))) { IC_RIGHT (ic) = IC_COND (ic); IC_LEFT (ic) = NULL; IC_RESULT (ic) = NULL; ic->op = DUMMY_READ_VOLATILE; } else { remiCodeFromeBBlock (ebb, ic); computeControlFlow (ebbi); return; } } /* if it remains an IFX then update the use Set */ if (ic->op == IFX) { OP_USES(IC_COND (ic))=bitVectSetBit (OP_USES (IC_COND (ic)), ic->key); setUsesDefs (IC_COND (ic), ebb->defSet, ebb->outDefs, &ebb->usesDefs); } else if (ic->op == DUMMY_READ_VOLATILE) { OP_USES(IC_RIGHT (ic))=bitVectSetBit (OP_USES (IC_RIGHT (ic)), ic->key); setUsesDefs (IC_RIGHT (ic), ebb->defSet, ebb->outDefs, &ebb->usesDefs); } return; } /*-----------------------------------------------------------------*/ /* diCodeForSym - finds the definiting instruction for a symbol */ /*-----------------------------------------------------------------*/ DEFSETFUNC (diCodeForSym) { cseDef *cdp = item; V_ARG (operand *, sym); V_ARG (iCode **, dic); /* if already found */ if (*dic) return 0; /* if not if this is the defining iCode */ if (sym->key == cdp->key) { *dic = cdp->diCode; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* constFold - does some constant folding */ /*-----------------------------------------------------------------*/ int constFold (iCode * ic, set * cseSet) { iCode *dic = NULL; iCode *ldic = NULL; /* this routine will change a = b + 10; c = a + 10; to c = b + 20; */ /* deal with only + & - */ if (ic->op != '+' && ic->op != '-') return 0; /* this check is a heuristic to prevent live ranges from becoming too long */ if (IS_PTR (operandType (IC_RESULT (ic)))) return 0; /* check if operation with a literal */ if (!IS_OP_LITERAL (IC_RIGHT (ic))) return 0; /* check if we can find a definition for the left hand side */ if (!(applyToSet (cseSet, diCodeForSym, IC_LEFT (ic), &dic))) return 0; /* check that this is also a +/- */ if (dic->op != '+' && dic->op != '-') return 0; /* with a literal */ if (!IS_OP_LITERAL (IC_RIGHT (dic))) return 0; /* find the definition of the left operand of dic.then check if this defined with a get_pointer return 0 if the pointer size is less than 2 (MCS51 specific) */ if (!(applyToSet (cseSet, diCodeForSym, IC_LEFT (dic), &ldic))) return 0; if (POINTER_GET (ldic) && getSize (operandType (IC_LEFT (ldic))) <= 1) return 0; /* it is if the operations are the same */ /* the literal parts need to be added */ IC_LEFT (ic) = operandFromOperand (IC_LEFT (dic)); if (ic->op == dic->op) IC_RIGHT (ic) = operandFromLit (operandLitValue (IC_RIGHT (ic)) + operandLitValue (IC_RIGHT (dic))); else IC_RIGHT (ic) = operandFromLit (operandLitValue (IC_RIGHT (ic)) - operandLitValue (IC_RIGHT (dic))); if (IS_ITEMP (IC_RESULT (ic))) { SPIL_LOC (IC_RESULT (ic)) = NULL; OP_SYMBOL(IC_RESULT (ic))->noSpilLoc = 1; } return 1; } /*-----------------------------------------------------------------*/ /* deleteGetPointers - called when a pointer is passed as parm */ /* will delete from cseSet all get pointers computed from this */ /* pointer. A simple ifOperandsHave is not good enough here */ /*-----------------------------------------------------------------*/ static void deleteGetPointers (set ** cseSet, set ** pss, operand * op, eBBlock * ebb) { set *compItems = NULL; cseDef *cdp; operand *cop; int changes; /* easy return */ if (!*cseSet && !*pss) return; addSet (&compItems, op); /* Recursively find all items computed from this operand . This done fairly simply go thru the list and find those that are computed by arthimetic with these ops */ /* Also check for those computed from our computed list . This will take care of situations like iTemp1 = iTemp0 + 8; iTemp2 = iTemp1 + 8; */ do { changes = 0; for (cdp = setFirstItem (*cseSet); cdp; cdp = setNextItem (*cseSet)) { if (IS_ARITHMETIC_OP (cdp->diCode) || POINTER_GET(cdp->diCode)) { if (isinSetWith (compItems, (void*)IC_LEFT (cdp->diCode), (insetwithFunc)isOperandEqual) || isinSetWith (compItems, (void*)IC_RIGHT (cdp->diCode), (insetwithFunc)isOperandEqual)) { if (!isinSetWith (compItems, (void*)IC_RESULT (cdp->diCode), (insetwithFunc)isOperandEqual)) { addSet (&compItems, IC_RESULT (cdp->diCode)); changes++; } } } } } while (changes); /* now for the computed items */ for (cop = setFirstItem (compItems); cop; cop = setNextItem (compItems)) { ebb->ptrsSet = bitVectSetBit (ebb->ptrsSet, cop->key); deleteItemIf (cseSet, ifPointerGet, cop); deleteItemIf (cseSet, ifDefSymIsX, cop); deleteItemIf (pss, ifPointerSet, cop); } } /*-----------------------------------------------------------------*/ /* delGetPointerSucc - delete get pointer from inExprs of succ with */ /* dfnum > supplied */ /*-----------------------------------------------------------------*/ DEFSETFUNC (delGetPointerSucc) { eBBlock *ebp = item; V_ARG (operand *, op); V_ARG (int, dfnum); if (ebp->visited) return 0; ebp->visited = 1; if (ebp->dfnum > dfnum) { deleteItemIf (&ebp->inExprs, ifPointerGet, op); } return applyToSet (ebp->succList, delGetPointerSucc, op, dfnum); } /*-----------------------------------------------------------------*/ /* fixUpTypes - KLUGE HACK fixup a lowering problem */ /*-----------------------------------------------------------------*/ static void fixUpTypes (iCode * ic) { sym_link *t1 = operandType (IC_LEFT (ic)), *t2; /* if (TARGET_IS_DS390) */ if (options.model == MODEL_FLAT24) { /* hack-o-matic! */ return; } /* for pointer_gets if the types of result & left r the same then change it type of result to next */ if (IS_PTR (t1) && compareType (t2 = operandType (IC_RESULT (ic)), t1) == 1) { setOperandType (IC_RESULT (ic), t2->next); } } /*-----------------------------------------------------------------*/ /* isSignedOp - will return 1 if sign is important to operation */ /*-----------------------------------------------------------------*/ static int isSignedOp (iCode *ic) { switch (ic->op) { case '!': case '~': case UNARYMINUS: case IPUSH: case IPOP: case CALL: case PCALL: case RETURN: case '+': case '-': case EQ_OP: case AND_OP: case OR_OP: case '^': case '|': case BITWISEAND: case INLINEASM: case LEFT_OP: case GET_VALUE_AT_ADDRESS: case '=': case IFX: case RECEIVE: case SEND: return 0; case '*': case '/': case '%': case '>': case '<': case LE_OP: case GE_OP: case NE_OP: case RRC: case RLC: case GETHBIT: case GETABIT: case GETBYTE: case GETWORD: case RIGHT_OP: case CAST: case ARRAYINIT: return 1; default: return 0; } } #if 0 static void dumpCseSet(set *cseSet) { while (cseSet) { cseDef *item=cseSet->item; printf("->"); printOperand (item->sym, NULL); printf(" "); piCode (item->diCode, NULL); cseSet = cseSet->next; } } #endif /*-----------------------------------------------------------------*/ /* cseBBlock - common subexpression elimination for basic blocks */ /* this is the hackiest kludgiest routine in the whole */ /* system. also the most important, since almost all */ /* data flow related information is computed by it */ /*-----------------------------------------------------------------*/ int cseBBlock (eBBlock * ebb, int computeOnly, ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; set *cseSet; iCode *ic; int change = 0; int i; set *ptrSetSet = NULL; cseDef *expr; /* if this block is not reachable */ if (ebb->noPath) return 0; /* set of common subexpressions */ cseSet = setFromSet (ebb->inExprs); /* these will be computed by this routine */ setToNull ((void *) &ebb->outDefs); setToNull ((void *) &ebb->defSet); setToNull ((void *) &ebb->usesDefs); setToNull ((void *) &ebb->ptrsSet); setToNull ((void *) &ebb->addrOf); setToNull ((void *) &ebb->ldefs); ebb->outDefs = bitVectCopy (ebb->inDefs); bitVectDefault = iCodeKey; ebb->defSet = newBitVect (iCodeKey); ebb->usesDefs = newBitVect (iCodeKey); /* for all the instructions in this block do */ for (ic = ebb->sch; ic; ic = ic->next) { iCode *pdic; operand *pdop; iCode *defic; int checkSign ; ic->eBBlockNum = ebb->bbnum; if (SKIP_IC2 (ic)) continue; /* if this is an assignment from true symbol to a temp then do pointer post inc/dec optimization */ if (ic->op == '=' && !POINTER_SET (ic) && IS_PTR (operandType (IC_RESULT (ic)))) { ptrPostIncDecOpt (ic); } /* clear the def & use chains for the operands involved */ /* in this operation . since it can change due to opts */ unsetDefsAndUses (ic); if (ic->op == PCALL || ic->op == CALL || ic->op == RECEIVE) { /* add to defSet of the symbol */ OP_DEFS(IC_RESULT (ic))= bitVectSetBit (OP_DEFS (IC_RESULT (ic)), ic->key); /* add to the definition set of this block */ ebb->defSet = bitVectSetBit (ebb->defSet, ic->key); ebb->ldefs = bitVectSetBit (ebb->ldefs, ic->key); ebb->outDefs = bitVectCplAnd (ebb->outDefs, OP_DEFS (IC_RESULT (ic))); setUsesDefs (IC_RESULT (ic), ebb->defSet, ebb->outDefs, &ebb->usesDefs); /* delete global variables from the cseSet since they can be modified by the function call */ deleteItemIf (&cseSet, ifDefGlobal); /* and also iTemps derived from globals */ deleteItemIf (&cseSet, ifFromGlobal); /* Delete iTemps derived from symbols whose address */ /* has been taken */ deleteItemIf (&cseSet, ifFromAddrTaken); /* delete all getpointer iCodes from cseSet, this should be done only for global arrays & pointers but at this point we don't know if globals, so to be safe do all */ deleteItemIf (&cseSet, ifAnyGetPointer); /* can't cache pointer set/get operations across a call */ deleteSet (&ptrSetSet); } /* for pcall & ipush we need to add to the useSet */ if ((ic->op == PCALL || ic->op == IPUSH || ic->op == IPOP || ic->op == SEND) && IS_SYMOP (IC_LEFT (ic))) { /* check if they can be replaced */ if (!computeOnly) { pdop = NULL; applyToSetFTrue (cseSet, findCheaperOp, IC_LEFT (ic), &pdop, 0); if (pdop) ReplaceOpWithCheaperOp(&IC_LEFT(ic), pdop); } /* the lookup could have changed it */ if (IS_SYMOP (IC_LEFT (ic))) { OP_USES(IC_LEFT (ic))= bitVectSetBit (OP_USES (IC_LEFT (ic)), ic->key); setUsesDefs (IC_LEFT (ic), ebb->defSet, ebb->outDefs, &ebb->usesDefs); } /* if we a sending a pointer as a parameter then kill all cse since the pointed to item might be changed in the function being called */ if ((ic->op == IPUSH || ic->op == SEND) && IS_PTR (operandType (IC_LEFT (ic)))) { deleteGetPointers (&cseSet, &ptrSetSet, IC_LEFT (ic), ebb); ebb->ptrsSet = bitVectSetBit (ebb->ptrsSet, IC_LEFT (ic)->key); for (i = 0; i < count; ebbs[i++]->visited = 0); applyToSet (ebb->succList, delGetPointerSucc, IC_LEFT (ic), ebb->dfnum); } continue; } /* if jumptable then mark the usage */ if (ic->op == JUMPTABLE) { if (IS_SYMOP (IC_JTCOND (ic))) { OP_USES(IC_JTCOND (ic)) = bitVectSetBit (OP_USES (IC_JTCOND (ic)), ic->key); setUsesDefs (IC_JTCOND (ic), ebb->defSet, ebb->outDefs, &ebb->usesDefs); } continue; } if (SKIP_IC (ic)) continue; if (!computeOnly) { /* do some algebraic optimizations if possible */ algebraicOpts (ic, ebb); while (constFold (ic, cseSet)); } /* small kludge */ if (POINTER_GET (ic)) { if (!IS_PTR (operandType (IC_LEFT (ic)))) { setOperandType (IC_LEFT (ic), aggrToPtr (operandType (IC_LEFT (ic)), FALSE)); IC_LEFT (ic)->aggr2ptr = 0; fixUpTypes (ic); } else if (IC_LEFT (ic)->aggr2ptr == 1) {/* band aid for kludge */ setOperandType (IC_LEFT (ic), aggrToPtr (operandType (IC_LEFT (ic)), TRUE)); IC_LEFT (ic)->aggr2ptr++; fixUpTypes (ic); } } if (POINTER_SET (ic)) { if (!IS_PTR (operandType (IC_RESULT (ic)))) { setOperandType (IC_RESULT (ic), aggrToPtr (operandType (IC_RESULT (ic)), FALSE)); IC_RESULT (ic)->aggr2ptr = 0; } else if (IC_RESULT (ic)->aggr2ptr == 1) {/* band aid for kludge */ setOperandType (IC_RESULT (ic), aggrToPtr (operandType (IC_RESULT (ic)), TRUE)); IC_RESULT (ic)->aggr2ptr++; } } /* if this is a condition statement then */ /* check if the condition can be replaced */ if (ic->op == IFX) { ifxOptimize (ic, cseSet, computeOnly, ebb, &change, ebbi); continue; } /* if the assignment & result is a temp */ /* see if we can replace it */ if (!computeOnly && ic->op == '=') { /* update the spill location for this */ updateSpillLocation (ic,0); if (POINTER_SET (ic) && IS_SYMOP (IC_RESULT (ic)) && !(IS_BITFIELD (OP_SYMBOL (IC_RESULT (ic))->etype))) { pdop = NULL; applyToSetFTrue (cseSet, findCheaperOp, IC_RESULT (ic), &pdop, 0); if (pdop && !computeOnly && IS_ITEMP (pdop)) { ReplaceOpWithCheaperOp (&IC_RESULT(ic), pdop); if (!IS_PTR (operandType (IC_RESULT (ic)))) { setOperandType (IC_RESULT (ic), aggrToPtr (operandType (IC_RESULT (ic)), FALSE)); } } } } checkSign = isSignedOp(ic); /* do the operand lookup i.e. for both the */ /* right & left operand : check the cseSet */ /* to see if they have been replaced if yes */ /* then replace them with those from cseSet */ /* left operand */ /* and left is a symbol */ if (IS_SYMOP (IC_LEFT (ic)) && !IS_BITFIELD (OP_SYM_ETYPE (IC_LEFT (ic))) && !computeOnly && ic->op != ADDRESS_OF) { pdop = NULL; applyToSetFTrue (cseSet, findCheaperOp, IC_LEFT (ic), &pdop, checkSign); if (pdop) { if (POINTER_GET (ic)) { if (IS_ITEMP (pdop) || IS_OP_LITERAL (pdop)) { /* some non dominating block does POINTER_SET with this variable .. unsafe to remove any POINTER_GETs */ if (bitVectBitValue(ebb->ndompset,IC_LEFT(ic)->key)) ebb->ptrsSet = bitVectSetBit(ebb->ptrsSet,pdop->key); ReplaceOpWithCheaperOp(&IC_LEFT(ic), pdop); change = 1; } /* check if there is a pointer set for the same pointer visible if yes then change this into an assignment */ pdop = NULL; if (applyToSetFTrue (cseSet, findPointerSet, IC_LEFT (ic), &pdop, IC_RESULT (ic)) && !bitVectBitValue (ebb->ptrsSet, pdop->key)) { ic->op = '='; IC_LEFT (ic) = NULL; ReplaceOpWithCheaperOp(&IC_RIGHT(ic), pdop); SET_ISADDR (IC_RESULT (ic), 0); } } else { ReplaceOpWithCheaperOp(&IC_LEFT(ic), pdop); change = 1; } } } /* right operand */ if (IS_SYMOP (IC_RIGHT (ic)) && !computeOnly) { pdop = NULL; applyToSetFTrue (cseSet, findCheaperOp, IC_RIGHT (ic), &pdop, checkSign); if (pdop) { ReplaceOpWithCheaperOp(&IC_RIGHT(ic), pdop); change = 1; } } /* if left or right changed then do algebraic */ if (!computeOnly && change) { algebraicOpts (ic, ebb); while (constFold (ic, cseSet)); } /* if after all this it becomes an assignment to self then delete it and continue */ if (ASSIGNMENT_TO_SELF (ic) && !isOperandVolatile (IC_RIGHT(ic), FALSE)) { remiCodeFromeBBlock (ebb, ic); continue; } /* now we will check to see if the entire */ /* operation has been performed before */ /* and is available */ /* don't do assignments they will be killed */ /* by dead code elimination if required do */ /* it only if result is a temporary */ pdic = NULL; if (!(POINTER_GET (ic) && (IS_BITFIELD (OP_SYMBOL (IC_RESULT (ic))->etype) || isOperandVolatile (IC_LEFT (ic), TRUE) || bitVectBitValue (ebb->ndompset, IC_LEFT (ic)->key))) && !ASSIGNMENT (ic) && IS_ITEMP (IC_RESULT (ic)) && !computeOnly) { applyToSet (cseSet, findPrevIc, ic, &pdic); if (pdic && compareType (operandType (IC_RESULT (pdic)), operandType (IC_RESULT (ic))) != 1) pdic = NULL; if (pdic && port->cseOk && (*port->cseOk)(ic,pdic) == 0) pdic = NULL; } /* Alternate code */ if (pdic && IS_ITEMP(IC_RESULT(ic))) { if (POINTER_GET(ic) && bitVectBitValue(ebb->ptrsSet,IC_LEFT(ic)->key)) { /* Mmm, found an equivalent pointer get at a lower level. This could be a loop however with the same pointer set later on */ } else { /* if previous definition found change this to an assignment */ ic->op = '='; IC_LEFT(ic) = NULL; IC_RIGHT(ic) = operandFromOperand(IC_RESULT(pdic)); SET_ISADDR(IC_RESULT(ic),0); SET_ISADDR(IC_RIGHT (ic),0); } } if (!(POINTER_SET (ic)) && IC_RESULT (ic)) { cseDef *csed; deleteItemIf (&cseSet, ifDefSymIsX, IC_RESULT (ic)); csed = newCseDef (IC_RESULT (ic), ic); updateCseDefAncestors (csed, cseSet); addSetHead (&cseSet, csed); } defic = ic; /* if assignment to a parameter which is not mine and type is a pointer then delete pointerGets to take care of aliasing */ if (ASSIGNMENT (ic) && IS_SYMOP (IC_RESULT (ic)) && OTHERS_PARM (OP_SYMBOL (IC_RESULT (ic))) && IS_PTR (operandType (IC_RESULT (ic)))) { deleteGetPointers (&cseSet, &ptrSetSet, IC_RIGHT (ic), ebb); for (i = 0; i < count; ebbs[i++]->visited = 0); applyToSet (ebb->succList, delGetPointerSucc, IC_RIGHT (ic), ebb->dfnum); ebb->ptrsSet = bitVectSetBit (ebb->ptrsSet, IC_RIGHT (ic)->key); } /* if this is a pointerget then see if we can replace this with a previously assigned pointer value */ if (POINTER_GET (ic) && !(IS_BITFIELD (OP_SYMBOL (IC_RESULT (ic))->etype) || isOperandVolatile (IC_LEFT (ic), TRUE))) { pdop = NULL; applyToSet (ptrSetSet, findPointerSet, IC_LEFT (ic), &pdop, IC_RESULT (ic)); /* if we find it then locally replace all references to the result with what we assigned */ if (pdop) { replaceAllSymBySym (ic->next, IC_RESULT (ic), pdop, &ebb->ndompset); } } /* delete from the cseSet anything that has */ /* operands matching the result of this */ /* except in case of pointer access */ if (!(POINTER_SET (ic)) && IS_SYMOP (IC_RESULT (ic))) { deleteItemIf (&cseSet, ifOperandsHave, IC_RESULT (ic)); /* delete any previous definitions */ ebb->defSet = bitVectCplAnd (ebb->defSet, OP_DEFS (IC_RESULT (ic))); } /* add the left & right to the defUse set */ if (IC_LEFT (ic) && IS_SYMOP (IC_LEFT (ic))) { OP_USES(IC_LEFT (ic))= bitVectSetBit (OP_USES (IC_LEFT (ic)), ic->key); setUsesDefs (IC_LEFT (ic), ebb->defSet, ebb->outDefs, &ebb->usesDefs); } if (IC_RIGHT (ic) && IS_SYMOP (IC_RIGHT (ic))) { OP_USES(IC_RIGHT (ic))= bitVectSetBit (OP_USES (IC_RIGHT (ic)), ic->key); setUsesDefs (IC_RIGHT (ic), ebb->defSet, ebb->outDefs, &ebb->usesDefs); } /* for the result it is special case, put the result */ /* in the defuseSet if it a pointer or array access */ if (POINTER_SET (defic) && IS_SYMOP (IC_RESULT (ic))) { OP_USES(IC_RESULT (ic))= bitVectSetBit (OP_USES (IC_RESULT (ic)), ic->key); setUsesDefs (IC_RESULT (ic), ebb->defSet, ebb->outDefs, &ebb->usesDefs); deleteItemIf (&cseSet, ifPointerGet, IC_RESULT (ic)); ebb->ptrsSet = bitVectSetBit (ebb->ptrsSet, IC_RESULT (ic)->key); /* delete from inexpressions of all successors which have dfNum > than this block */ for (i = 0; i < count; ebbs[i++]->visited = 0); applyToSet (ebb->succList, delGetPointerSucc, IC_RESULT (ic), ebb->dfnum); /* delete from cseSet all other pointer sets for this operand */ deleteItemIf (&ptrSetSet, ifPointerSet, IC_RESULT (ic)); /* add to the local pointerset set */ addSetHead (&ptrSetSet, newCseDef (IC_RESULT (ic), ic)); } else { /* add the result to definition set */ if (IS_SYMOP (IC_RESULT (ic))) { OP_DEFS(IC_RESULT (ic))= bitVectSetBit (OP_DEFS (IC_RESULT (ic)), ic->key); ebb->defSet = bitVectSetBit (ebb->defSet, ic->key); ebb->outDefs = bitVectCplAnd (ebb->outDefs, OP_DEFS (IC_RESULT (ic))); ebb->ldefs = bitVectSetBit (ebb->ldefs, ic->key); } } /* if this is an addressof instruction then */ /* put the symbol in the address of list & */ /* delete it from the cseSet */ if (defic->op == ADDRESS_OF) { addSetHead (&ebb->addrOf, IC_LEFT (ic)); deleteItemIf (&cseSet, ifDefSymIsX, IC_LEFT (ic)); } } for (expr=setFirstItem (ebb->inExprs); expr; expr=setNextItem (ebb->inExprs)) if (!isinSetWith (cseSet, expr, isCseDefEqual) && !isinSetWith (ebb->killedExprs, expr, isCseDefEqual)) { addSetHead (&ebb->killedExprs, expr); } setToNull ((void *) &ebb->outExprs); ebb->outExprs = cseSet; ebb->outDefs = bitVectUnion (ebb->outDefs, ebb->defSet); ebb->ptrsSet = bitVectUnion (ebb->ptrsSet, ebb->inPtrsSet); return change; } /*-----------------------------------------------------------------*/ /* cseAllBlocks - will sequentially go thru & do cse for all blocks */ /*-----------------------------------------------------------------*/ int cseAllBlocks (ebbIndex * ebbi, int computeOnly) { eBBlock ** ebbs = ebbi->dfOrder; int count = ebbi->count; int i; int change = 0; /* if optimization turned off */ for (i = 0; i < count; i++) change += cseBBlock (ebbs[i], computeOnly, ebbi); return change; } sdcc-2.9.0/src/SDCCcse.h000066400000000000000000000044661116427777700146420ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCcse.h - header file for Common Subexpressions Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCicode.h" #ifndef SDCCCSE_H #define SDCCCSE_H 1 typedef struct cseDef { int key; operand *sym; /* defining symbol */ iCode *diCode; /* defining instruction */ bitVect *ancestors; /* keys of the symbol's ancestors */ int fromGlobal:1; /* defining symbol's value computed from a global */ int fromAddrTaken:1; /* defining symbol's value computed from a */ /* symbol whose address was taken */ } cseDef; cseDef *newCseDef (operand *, iCode *); int isCseDefEqual (void *, void *); int pcseDef (void *, va_list); DEFSETFUNC (ifDiCodeIsX); int ifDiCodeIs (set *, iCode *); DEFSETFUNC (ifDefSymIsX); int ifDefSymIs (set *, operand *); DEFSETFUNC (findPrevIc); DEFSETFUNC (ifOperandsHave); DEFSETFUNC (findCheaperOp); int cseBBlock (eBBlock *, int, ebbIndex *); int cseAllBlocks (ebbIndex *, int computeOnly); void unsetDefsAndUses (iCode *); void updateSpillLocation (iCode * ic,int); void setUsesDefs (operand *, bitVect *, bitVect *, bitVect **); void replaceAllSymBySym (iCode *, operand *, operand *, bitVect **); iCode *findBackwardDef(operand *,iCode *); void ReplaceOpWithCheaperOp(operand **op, operand *cop); #endif sdcc-2.9.0/src/SDCCdebug.c000066400000000000000000000102221116427777700151340ustar00rootroot00000000000000 #include "common.h" extern DEBUGFILE cdbDebugFile; DEBUGFILE *debugFile = &cdbDebugFile; void outputDebugStackSymbols(void) { if(getenv("SDCC_DEBUG_VAR_STORAGE")) { dumpSymInfo("XStack", xstack); dumpSymInfo("IStack", istack); } if(options.debug && debugFile) { symbol *sym; if (xstack) { for (sym = setFirstItem (xstack->syms); sym; sym = setNextItem (xstack->syms)) debugFile->writeSymbol(sym); } if (istack) { for (sym = setFirstItem (istack->syms); sym; sym = setNextItem (istack->syms)) debugFile->writeSymbol(sym); } } } void outputDebugSymbols(void) { if(getenv("SDCC_DEBUG_VAR_STORAGE")) { dumpSymInfo("Code", code); dumpSymInfo("Data", data); dumpSymInfo("PData", pdata); dumpSymInfo("XData", xdata); dumpSymInfo("XIData", xidata); dumpSymInfo("XInit", xinit); dumpSymInfo("IData", idata); dumpSymInfo("Bit", bit); dumpSymInfo("Statics", statsg); dumpSymInfo("SFR", sfr); dumpSymInfo("SFRBits", sfrbit); dumpSymInfo("Reg", reg); dumpSymInfo("Generic", generic); dumpSymInfo("Overlay", overlay); dumpSymInfo("EEProm", eeprom); dumpSymInfo("Home", home); } if(options.debug && debugFile) { symbol *sym; if (data) { for (sym = setFirstItem (data->syms); sym; sym = setNextItem (data->syms)) debugFile->writeSymbol(sym); } if (idata) { for (sym = setFirstItem (idata->syms); sym; sym = setNextItem (idata->syms)) debugFile->writeSymbol(sym); } if (bit) { for (sym = setFirstItem (bit->syms); sym; sym = setNextItem (bit->syms)) debugFile->writeSymbol(sym); } if (pdata) { for (sym = setFirstItem (pdata->syms); sym; sym = setNextItem (pdata->syms)) debugFile->writeSymbol(sym); } if (xdata) { for (sym = setFirstItem (xdata->syms); sym; sym = setNextItem (xdata->syms)) debugFile->writeSymbol(sym); } if(port->genXINIT && xidata) { for (sym = setFirstItem (xidata->syms); sym; sym = setNextItem (xidata->syms)) debugFile->writeSymbol(sym); } if (sfr) { for (sym = setFirstItem (sfr->syms); sym; sym = setNextItem (sfr->syms)) debugFile->writeSymbol(sym); } if (sfrbit) { for (sym = setFirstItem (sfrbit->syms); sym; sym = setNextItem (sfrbit->syms)) debugFile->writeSymbol(sym); } if (home) { for (sym = setFirstItem (home->syms); sym; sym = setNextItem (home->syms)) debugFile->writeSymbol(sym); } if (code) { for (sym = setFirstItem (code->syms); sym; sym = setNextItem (code->syms)) debugFile->writeSymbol(sym); } if (statsg) { for (sym = setFirstItem (statsg->syms); sym; sym = setNextItem (statsg->syms)) debugFile->writeSymbol(sym); } if(port->genXINIT && xinit) { for (sym = setFirstItem (xinit->syms); sym; sym = setNextItem (xinit->syms)) debugFile->writeSymbol(sym); } } return; } void dumpSymInfo(char *pcName, memmap *memItem) { symbol *sym; if (!memItem) return; printf("--------------------------------------------\n"); printf(" %s\n", pcName); for(sym = setFirstItem(memItem->syms); sym; sym = setNextItem(memItem->syms)) { printf(" %s, isReqv:%d, reqv:0x%p, onStack:%d, Stack:%d, nRegs:%d, [", sym->rname, sym->isreqv, sym->reqv, sym->onStack, sym->stack, sym->nRegs); if(sym->reqv) { int i; symbol *TempSym = OP_SYMBOL (sym->reqv); for (i = 0; i < 4; i++) if(TempSym->regs[i]) printf("%s,", port->getRegName(TempSym->regs[i])); } printf("]\n"); } printf("\n"); } /*------------------------------------------------------------------*/ /* emitDebuggerSymbol - call the port specific routine to associate */ /* the current code location with a debugger symbol */ /*------------------------------------------------------------------*/ void emitDebuggerSymbol (char * debugSym) { if (port->debugger.emitDebuggerSymbol) port->debugger.emitDebuggerSymbol (debugSym); } sdcc-2.9.0/src/SDCCdebug.h000066400000000000000000000014751116427777700151530ustar00rootroot00000000000000 #ifndef _DEBUG_INCLUDE_ #define _DEBUG_INCLUDE_ typedef struct DebugFile { int (*openFile)(char *file); int (*closeFile)(void); int (*writeModule)(char *name); int (*writeFunction)(symbol *pSym, iCode *ic); int (*writeEndFunction)(symbol *pSym, iCode *ic, int offset); int (*writeLabel)(symbol *pSym, iCode *ic); int (*writeScope)(iCode *ic); int (*writeSymbol)(symbol *pSym); int (*writeType)(structdef *sdef, int block, int inStruct, char *tag); int (*writeCLine)(iCode *ic); int (*writeALine)(char *module, int Line); int (*writeFrameAddress)(char *variable, struct regs *reg, int offset); }DEBUGFILE; extern DEBUGFILE *debugFile; void outputDebugStackSymbols(void); void outputDebugSymbols(void); void dumpSymInfo(char *pcName, memmap *memItem); void emitDebuggerSymbol (char * debugSym); #endif sdcc-2.9.0/src/SDCCdflow.c000066400000000000000000000270541116427777700151740ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCdflow.c - source file for data flow analysis and other utility routines related to data flow. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" /*-----------------------------------------------------------------*/ /* ifKilledInBlock - will return 1 if the symbol is redefined in B */ /*-----------------------------------------------------------------*/ DEFSETFUNC (ifKilledInBlock) { cseDef *cdp = item; V_ARG (eBBlock *, src); bitVect *outs; /* if this is a global variable and this block has a function call then delete it */ if (isOperandGlobal (cdp->sym) && src->hasFcall) return 1; /* if this is pointer get then it will be killed if there is a pointer set for the same pointer in this block */ if (POINTER_GET (cdp->diCode) && bitVectBitValue (src->ptrsSet, IC_LEFT (cdp->diCode)->key)) return 1; /* if assignment to iTmep then if right is defined elsewhere kill this one */ if (ASSIGNMENT (cdp->diCode) && !POINTER_SET (cdp->diCode) && IS_ITEMP (IC_RESULT (cdp->diCode)) && IS_SYMOP (IC_RIGHT (cdp->diCode)) && bitVectBitsInCommon (src->outDefs, OP_DEFS (IC_RIGHT (cdp->diCode)))) return 1; /* if we find it in the defSet of this block */ if (bitVectBitsInCommon (src->defSet, OP_DEFS (cdp->sym))) return 1; /* if in the outdef we find a definition other than this one */ /* to do this we make a copy of the out definitions and turn */ /* this one off then check if there are other definitions */ bitVectUnSetBit (outs = bitVectCopy (src->outDefs), cdp->diCode->key); if (bitVectBitsInCommon (outs, OP_DEFS (cdp->sym))) { setToNull ((void *) &outs); return 1; } setToNull ((void *) &outs); /* if the operands of this one was changed in the block */ /* then delete it */ if (cdp->diCode && ((IS_SYMOP (IC_LEFT (cdp->diCode)) && bitVectBitsInCommon (src->defSet, OP_DEFS (IC_LEFT (cdp->diCode)))) || (IS_SYMOP (IC_RIGHT (cdp->diCode)) && bitVectBitsInCommon (src->defSet, OP_DEFS (IC_RIGHT (cdp->diCode)))))) return 1; /* kill if cseBBlock() found a case we missed here */ if (isinSetWith(src->killedExprs, cdp, isCseDefEqual)) return 1; return 0; } /*-----------------------------------------------------------------*/ /* mergeInExprs - copy the in expression if it dominates */ /*-----------------------------------------------------------------*/ DEFSETFUNC (mergeInExprs) { eBBlock *ebp = item; V_ARG (eBBlock *, dest); V_ARG (int *, firstTime); dest->killedExprs = unionSets (dest->killedExprs, ebp->killedExprs, THROW_DEST); /* if in the dominator list then */ if (bitVectBitValue (dest->domVect, ebp->bbnum) && dest != ebp) { /* if already present then intersect */ if (!dest->inExprs && *firstTime) { dest->inExprs = setFromSet (ebp->outExprs); /* copy the pointer set from the dominator */ dest->inPtrsSet = bitVectCopy (ebp->ptrsSet); dest->ndompset = bitVectCopy (ebp->ndompset); } else { dest->inExprs = intersectSets (dest->inExprs, ebp->outExprs, THROW_DEST); dest->inPtrsSet = bitVectUnion (dest->inPtrsSet, ebp->ptrsSet); dest->ndompset = bitVectUnion (dest->ndompset, ebp->ndompset); } } else { //if (dest != ebp) // dest->inExprs = intersectSets (dest->inExprs, ebp->outExprs, THROW_DEST); /* delete only if killed in this block*/ deleteItemIf (&dest->inExprs, ifKilledInBlock, ebp); /* union the ndompset with pointers set in this block */ dest->ndompset = bitVectUnion (dest->ndompset, ebp->ptrsSet); } *firstTime = 0; return 0; } /*-----------------------------------------------------------------*/ /* mergeInDefs - merge in incoming definitions */ /*-----------------------------------------------------------------*/ DEFSETFUNC (mergeInDefs) { eBBlock *ebp = item; V_ARG (eBBlock *, dest); V_ARG (int *, firstTime); /* the in definition is the union of the out */ /* of all blocks that come to this block */ if (!dest->inDefs && *firstTime) dest->inDefs = bitVectCopy (ebp->outDefs); else dest->inDefs = bitVectUnion (dest->inDefs, ebp->outDefs); *firstTime = 0; return 0; } /*-----------------------------------------------------------------*/ /* computeDataFlow - does computations for data flow accross blocks */ /*-----------------------------------------------------------------*/ void computeDataFlow (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->dfOrder; int count = ebbi->count; int i; int change = 1; for (i = 0; i < count; i++) ebbs[i]->killedExprs = NULL; while (change) { change = 0; /* for all blocks */ for (i = 0; i < count; i++) { set *pred; set *oldOutExprs = NULL; set *oldKilledExprs = NULL; bitVect *oldOutDefs = NULL; int firstTime; eBBlock *pBlock; /* if this is the entry block then continue */ /* since entry block can never have any inExprs */ if (ebbs[i]->noPath) continue; /* get blocks that can come to this block */ pred = edgesTo (ebbs[i]); /* make a copy of the outExpressions and outDefs : to be */ /* used for iteration */ if (optimize.global_cse) { oldOutExprs = setFromSet (ebbs[i]->outExprs); oldKilledExprs = setFromSet (ebbs[i]->killedExprs); } oldOutDefs = bitVectCopy (ebbs[i]->outDefs); setToNull ((void *) &ebbs[i]->inDefs); /* indefitions are easy just merge them by union */ /* these are the definitions that can possibly */ /* reach this block */ firstTime = 1; applyToSet (pred, mergeInDefs, ebbs[i], &firstTime); /* if none of the edges coming to this block */ /* dominate this block then add the immediate dominator */ /* of this block to the list of predecessors */ for (pBlock = setFirstItem (pred); pBlock; pBlock = setNextItem (pred)) { if (bitVectBitValue (ebbs[i]->domVect, pBlock->bbnum)) break; } /* get the immediate dominator and put it there */ if (!pBlock) { eBBlock *idom = immedDom (ebbi, ebbs[i]); if (idom) addSetHead (&pred, idom); } /* figure out the incoming expressions */ /* this is a little more complex */ setToNull ((void *) &ebbs[i]->inExprs); if (optimize.global_cse) { firstTime = 1; applyToSet (pred, mergeInExprs, ebbs[i], &firstTime); } setToNull ((void *) &pred); /* do cse with computeOnly flag set to TRUE */ /* this by far the quickest way of computing */ cseBBlock (ebbs[i], TRUE, ebbi); /* if it change we will need to iterate */ if (optimize.global_cse) { change += !isSetsEqualWith (ebbs[i]->outExprs, oldOutExprs, isCseDefEqual); change += !isSetsEqualWith (ebbs[i]->killedExprs, oldKilledExprs, isCseDefEqual); } change += !bitVectEqual (ebbs[i]->outDefs, oldOutDefs); } if (!change) /* iterate till no change */ break; } return; } /*-----------------------------------------------------------------*/ /* usedBetweenPoints - used between start & end */ /*-----------------------------------------------------------------*/ int usedBetweenPoints (operand * op, iCode * start, iCode * end) { iCode *lic = start; for (; lic != end; lic = lic->next) { /* if the operand is a parameter */ /* then check for calls and return */ /* true if there is a call */ if (IS_PARM (op) && (lic->op == CALL || lic->op == PCALL)) { value *args; if (lic->op == CALL) { args=FUNC_ARGS(OP_SYMBOL(IC_LEFT(lic))->type); } else { args=FUNC_ARGS(OP_SYMBOL(IC_LEFT(lic))->type->next); } if (isParameterToCall (args, op)) return 1; } if (SKIP_IC2 (lic)) continue; /* if ifx then check the condition */ if (lic->op == IFX && IC_COND (lic)->key == op->key) return 1; if (lic->op == JUMPTABLE && IC_JTCOND (lic)->key == op->key) return 1; if (IC_RIGHT (lic) && IC_RIGHT (lic)->key == op->key) return 1; if (IC_LEFT (lic) && IC_LEFT (lic)->key == op->key) return 1; /* for a pointer assignment usage */ if (POINTER_SET (lic) && op->key == IC_RESULT (lic)->key) return 1; else if (IC_RESULT (lic) && op->key == IC_RESULT (lic)->key) return 0; } return 0; } /*-----------------------------------------------------------------*/ /* usedInRemaining - returns point of usage for an operand if found */ /*-----------------------------------------------------------------*/ iCode * usedInRemaining (operand * op, iCode * ic) { iCode *lic = ic; if (!IS_SYMOP (op)) return 0; for (; lic; lic = lic->next) { /* if the operand is a parameter */ /* then check for calls and return */ /* true if there is a call */ /* if this is a global variable then return true */ if (lic->op == CALL || lic->op == PCALL) { value *args; if (lic->op == CALL) { args=FUNC_ARGS(OP_SYMBOL(IC_LEFT(lic))->type); } else { args=FUNC_ARGS(operandType(IC_LEFT(lic))->next); } if ((IS_PARM (op) && isParameterToCall (args, op)) || isOperandGlobal (op)) return lic; } if (ic->op == SEND && isOperandEqual (IC_LEFT (lic), op)) return lic; if (SKIP_IC1 (lic)) continue; /* if ifx then check the condition */ if (lic->op == IFX && isOperandEqual (IC_COND (lic), op)) return lic; if (lic->op == JUMPTABLE && isOperandEqual (IC_JTCOND (lic), op)) return lic; if (IC_RIGHT (lic) && isOperandEqual (IC_RIGHT (lic), op)) return lic; if (IC_LEFT (lic) && isOperandEqual (IC_LEFT (lic), op)) return lic; /* for a pointer assignment usage */ if (POINTER_SET (lic) && isOperandEqual (op, IC_RESULT (lic))) return lic; else if (IC_RESULT (lic) && isOperandEqual (IC_RESULT (lic), op)) return NULL; } return NULL; } /*-----------------------------------------------------------------*/ /* isDefAlive - will return true if definiton reaches a block & used */ /*-----------------------------------------------------------------*/ DEFSETFUNC (isDefAlive) { eBBlock *ebp = item; V_ARG (iCode *, diCode); if (ebp->visited) return 0; ebp->visited = 1; /* if this definition is used in the block */ if (bitVectBitValue (ebp->usesDefs, diCode->key)) return 1; return applyToSet (ebp->succList, isDefAlive, diCode); } sdcc-2.9.0/src/SDCCdflow.h000066400000000000000000000030211116427777700151650ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCdflow.h - header file for data flow analysis & utility routines related to data flow. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCset.h" #ifndef SDCCDFLOW_H #define SDCCDFLOW_H 1 DEFSETFUNC (mergeInExprs); DEFSETFUNC (ifKilledInBlock); void computeDataFlow (ebbIndex *); DEFSETFUNC (mergeInDefs); DEFSETFUNC (isDefAlive); iCode *usedInRemaining (operand *, iCode *); int usedBetweenPoints (operand *, iCode *, iCode *); #endif sdcc-2.9.0/src/SDCCdwarf2.c000066400000000000000000002502341116427777700152440ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCdwarf2.c - generate DWARF2 debug information Written By - Erik Petrich . epetrich@users.sourceforge.net (2004) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "SDCCdwarf2.h" /************************************************************* * * * * *************************************************************/ extern set *includeDirsSet; int dwOpenFile(char *file); int dwCloseFile(void); int dwWriteFunction(symbol *pSym, iCode *ic); int dwWriteEndFunction(symbol *pSym, iCode *ic, int offset); int dwWriteLabel(symbol *pSym, iCode *ic); int dwWriteScope(iCode *ic); int dwWriteSymbol(symbol *pSym); int dwWriteType(structdef *sdef, int block, int inStruct, char *tag); int dwWriteModule(char *name); int dwWriteCLine(iCode *ic); int dwWriteALine(char *module, int Line); int dwWriteFrameAddress(char *variable, struct regs *reg, int offset); int dwWriteBasicSymbol(symbol *sym, int isStructSym, int isFunc); DEBUGFILE dwarf2DebugFile = { &dwOpenFile, &dwCloseFile, &dwWriteModule, &dwWriteFunction, &dwWriteEndFunction, &dwWriteLabel, &dwWriteScope, &dwWriteSymbol, &dwWriteType, &dwWriteCLine, &dwWriteALine, &dwWriteFrameAddress }; FILE *dwarf2FilePtr = NULL; char *dwModuleName = NULL; dwtag *dwRootTag = NULL; dwtag *dwFuncTag = NULL; dwtag *dwScopeTag = NULL; hTab * dwAbbrevTable; int dwAbbrevNum = 0; hTab * dwTypeTagTable; int dwRefNum = 0; int dwScopeBlock = 0; int dwScopeLevel = 0; int dwDebugSymbol = 0; //dwcfins * dwCIEins = NULL; dwlocregion * dwFrameLastLoc = NULL; dwloclist * dwRootLocList = NULL; dwloclist * dwFrameLocList = NULL; int dwLineBase = -5; int dwLineRange = 15; int dwLineOpcodeBase = 10; set * dwFilenameSet = NULL; dwline * dwLineFirst = NULL; dwline * dwLineLast = NULL; /*----------------------------------------------------------------------*/ /* dwNewDebugSymbol - returns the name for a new debug symbol */ /*----------------------------------------------------------------------*/ static char * dwNewDebugSymbol () { char debugSym[SDCC_NAME_MAX]; sprintf (debugSym, "S%s$%s$%d", dwModuleName, currFunc->name, dwDebugSymbol); dwDebugSymbol++; return Safe_strdup (debugSym); } /*----------------------------------------------------------------------*/ /* dwWriteByte - generate a single byte assembler constant in the form: */ /* */ /* .db label+offset ; comment */ /* */ /* The label and comment parameters are optional */ /*----------------------------------------------------------------------*/ static void dwWriteByte (char * label, int offset, char * comment) { tfprintf (dwarf2FilePtr, "\t!db\t"); if (label) { if (offset) fprintf (dwarf2FilePtr, "%s+%d", label, offset); else fprintf (dwarf2FilePtr, "%s", label); } else fprintf (dwarf2FilePtr, "%d", offset); if (comment) fprintf (dwarf2FilePtr, "\t;%s\n", comment); else fprintf (dwarf2FilePtr, "\n"); } /*----------------------------------------------------------------------*/ /* dwWriteHalf - generate a two byte assembler constant in the form: */ /* */ /* .dw label+offset ; comment */ /* */ /* The label and comment parameters are optional */ /*----------------------------------------------------------------------*/ static void dwWriteHalf (char * label, int offset, char * comment) { tfprintf (dwarf2FilePtr, "\t!dw\t"); if (label) { if (offset) fprintf (dwarf2FilePtr, "%s+%d", label, offset); else fprintf (dwarf2FilePtr, "%s", label); } else fprintf (dwarf2FilePtr, "%d", offset); if (comment) fprintf (dwarf2FilePtr, "\t;%s\n", comment); else fprintf (dwarf2FilePtr, "\n"); } /*----------------------------------------------------------------------*/ /* dwWriteWord - generate a four byte assembler constant in the form: */ /* */ /* .dd label+offset ; comment */ /* */ /* The label and comment parameters are optional */ /*----------------------------------------------------------------------*/ static void dwWriteWord (char * label, int offset, char * comment) { /* FIXME: need to implement !dd pseudo-op in the assember. In the */ /* meantime, we use dw with zero padding and hope the values fit */ /* in only 16 bits. */ #if 0 tfprintf (dwarf2FilePtr, "\t!dd\t"); if (label) { if (offset) fprintf (dwarf2FilePtr, "%s+%d", label, offset); else fprintf (dwarf2FilePtr, "%s", label); } else fprintf (dwarf2FilePtr, "%d", offset); #else tfprintf (dwarf2FilePtr, "\t!dw\t"); if (port->little_endian) { if (label) { if (offset) fprintf (dwarf2FilePtr, "(%s+%d),0", label, offset); else fprintf (dwarf2FilePtr, "(%s),0", label); } else fprintf (dwarf2FilePtr, "%d,%d", offset, offset >> 16); } else { if (label) { if (offset) fprintf (dwarf2FilePtr, "0,(%s+%d)", label, offset); else fprintf (dwarf2FilePtr, "0,(%s)", label); } else fprintf (dwarf2FilePtr, "%d,%d", offset >> 16, offset); } #endif if (comment) fprintf (dwarf2FilePtr, "\t;%s\n", comment); else fprintf (dwarf2FilePtr, "\n"); } /*----------------------------------------------------------------------*/ /* dwWriteULEB128 - generate an unsigned variable length assembler */ /* constant in the form: */ /* */ /* .uleb128 label+offset ; comment */ /* */ /* The label and comment parameters are optional */ /*----------------------------------------------------------------------*/ static void dwWriteULEB128 (char * label, int offset, char * comment) { tfprintf (dwarf2FilePtr, "\t.uleb128\t"); if (label) { if (offset) fprintf (dwarf2FilePtr, "%s+%d", label, offset); else fprintf (dwarf2FilePtr, "%s", label); } else fprintf (dwarf2FilePtr, "%d", offset); if (comment) fprintf (dwarf2FilePtr, "\t;%s\n", comment); else fprintf (dwarf2FilePtr, "\n"); } /*----------------------------------------------------------------------*/ /* dwWriteSLEB128 - generate a signed variable length assembler */ /* constant in the form: */ /* */ /* .sleb128 label+offset ; comment */ /* */ /* The label and comment parameters are optional */ /*----------------------------------------------------------------------*/ static void dwWriteSLEB128 (char * label, int offset, char * comment) { tfprintf (dwarf2FilePtr, "\t.sleb128\t"); if (label) { if (offset) fprintf (dwarf2FilePtr, "%s+%d", label, offset); else fprintf (dwarf2FilePtr, "%s", label); } else fprintf (dwarf2FilePtr, "%d", offset); if (comment) fprintf (dwarf2FilePtr, "\t;%s\n", comment); else fprintf (dwarf2FilePtr, "\n"); } /*----------------------------------------------------------------------*/ /* dwSizeofULEB128 - return the size (in bytes) of an unsigned variable */ /* length constant */ /*----------------------------------------------------------------------*/ static int dwSizeofULEB128 (int unsigned value) { int size = 0; do { value >>= 7; size++; } while (value); return size; } /*----------------------------------------------------------------------*/ /* dwSizeofSLEB128 - return the size (in bytes) of a signed variable */ /* length constant */ /*----------------------------------------------------------------------*/ static int dwSizeofSLEB128 (int value) { int size = 0; int negative = (value < 0); int sign; while (1) { size++; sign = value & 0x40; value >>= 7; if (negative) value |= (0x7f << (sizeof(int)*8 - 7)); if ((value == 0 && !sign) || (value == -1 && sign)) break; } return size; } /*----------------------------------------------------------------------*/ /* dwWriteString - generate a string constant in the form: */ /* */ /* .ascii /string/ ; comment */ /* */ /* The comment parameter is optional. The string may contain any */ /* non-null characters */ /*----------------------------------------------------------------------*/ static void dwWriteString (char * string, char * comment) { /* FIXME: need to safely handle nonalphanumeric data in string */ tfprintf (dwarf2FilePtr, "\t!ascii\n", string); dwWriteByte (NULL, 0, comment); } /*----------------------------------------------------------------------*/ /* dwWriteAddress - generate an assembler constant in the form: */ /* */ /* .dw label+offset ; comment */ /* or .dd label+offset ; comment */ /* */ /* depending on how the relevant ABI defines the address size (may be */ /* larger than the CPU's actual address size). The label and comment */ /* parameters are optional */ /*----------------------------------------------------------------------*/ static void dwWriteAddress (char * label, int offset, char * comment) { switch (port->debugger.dwarf.addressSize) { case 2: dwWriteHalf (label, offset, comment); break; case 4: dwWriteWord (label, offset, comment); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "unsupported port->debugger.dwarf.addressSize"); } } /*----------------------------------------------------------------------*/ /* dwWriteHalfDelta - generate a two byte assembler constant in the */ /* form: */ /* */ /* .dw offset+label1-label2 */ /* */ /* The offset parameter is optional */ /*----------------------------------------------------------------------*/ static void dwWriteHalfDelta (char * label1, char * label2, int offset) { if (offset) tfprintf (dwarf2FilePtr, "\t!dw\t%d+%s-%s\n", offset, label1, label2); else tfprintf (dwarf2FilePtr, "\t!dw\t%s-%s\n", label1, label2); } /*----------------------------------------------------------------------*/ /* dwWriteWordDelta - generate a four byte assembler constant in the */ /* form: */ /* */ /* .dd label1-label2 */ /*----------------------------------------------------------------------*/ static void dwWriteWordDelta (char * label1, char * label2) { /* FIXME: need to implement !dd pseudo-op; this hack only */ /* works for positive offsets of less than 64k */ #if 0 tfprintf (dwarf2FilePtr, "\t!dd\t%s-%s\n", label1,label2); #else if (port->little_endian) { tfprintf (dwarf2FilePtr, "\t!dw\t%s-%s,%d\n", label1, label2, 0); } else { tfprintf (dwarf2FilePtr, "\t!dw\t%d,%s-%s\n", 0, label1, label2); } #endif } /* disabled to eliminiate unused function warning */ #if 0 /*----------------------------------------------------------------------*/ /* dwWriteAddressDelta - generate an assembler constant in the form: */ /* */ /* .dw label1-label2 */ /* or .dd label1-label2 */ /* */ /* depending on how the relevant ABI defines the address size (may be */ /* larger than the CPU's actual address size) */ /*----------------------------------------------------------------------*/ static void dwWriteAddressDelta (char * label1, char * label2) { switch (port->debugger.dwarf.addressSize) { case 2: dwWriteHalfDelta (label1, label2, 0); break; case 4: dwWriteWordDelta (label1, label2); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "unsupported port->debugger.dwarf.addressSize"); } } /*----------------------------------------------------------------------*/ /* dwWriteULEB128Delta - generate an unsigned variable byte assembler */ /* constant in the form: */ /* */ /* .uleb128 offset+label1-label2 */ /* */ /* The offset parameter is optional */ /*----------------------------------------------------------------------*/ static void dwWriteULEB128Delta (char * label1, char * label2, int offset) { if (offset) tfprintf (dwarf2FilePtr, "\t.uleb128\t%d+%s-%s\n", offset, label1, label2); else tfprintf (dwarf2FilePtr, "\t.uleb128\t%s-%s\n", label1, label2); } #endif /*------------------------------------------------------------------------*/ /*----------------------------------------------------------------------*/ /* dwNewLoc - allocates a new location expression node */ /*----------------------------------------------------------------------*/ dwloc * dwNewLoc (int opcode, char * label, int offset) { dwloc * lp; lp = Safe_alloc (sizeof (dwloc)); lp->opcode = opcode; lp->operand.label = label; lp->operand.offset = offset; return lp; } /*-------------------------------------------------------------------------*/ /* dwSizeofLoc - returns the size (in bytes) of a chain of location */ /* expression nodes as they would be encoded by dwWriteLoc() */ /*-------------------------------------------------------------------------*/ static int dwSizeofLoc (dwloc * lp) { int size = 0; while (lp) { size++; switch (lp->opcode) { case DW_OP_addr: size += port->debugger.dwarf.addressSize; break; case DW_OP_deref_size: case DW_OP_xderef_size: case DW_OP_pick: case DW_OP_const1u: case DW_OP_const1s: size += 1; break; case DW_OP_skip: case DW_OP_bra: case DW_OP_const2u: case DW_OP_const2s: size += 2; break; case DW_OP_const4u: case DW_OP_const4s: size += 4; break; case DW_OP_const8u: case DW_OP_const8s: size += 8; break; case DW_OP_piece: case DW_OP_regx: case DW_OP_plus_uconst: size += dwSizeofULEB128 (lp->operand.offset); break; case DW_OP_breg0: case DW_OP_breg1: case DW_OP_breg2: case DW_OP_breg3: case DW_OP_breg4: case DW_OP_breg5: case DW_OP_breg6: case DW_OP_breg7: case DW_OP_breg8: case DW_OP_breg9: case DW_OP_breg10: case DW_OP_breg11: case DW_OP_breg12: case DW_OP_breg13: case DW_OP_breg14: case DW_OP_breg15: case DW_OP_breg16: case DW_OP_breg17: case DW_OP_breg18: case DW_OP_breg19: case DW_OP_breg20: case DW_OP_breg21: case DW_OP_breg22: case DW_OP_breg23: case DW_OP_breg24: case DW_OP_breg25: case DW_OP_breg26: case DW_OP_breg27: case DW_OP_breg28: case DW_OP_breg29: case DW_OP_breg30: case DW_OP_breg31: case DW_OP_fbreg: size += dwSizeofSLEB128 (lp->operand.offset); break; } lp = lp->next; } return size; } /*------------------------------------------------------------------------*/ /* dwWriteLoc - writes a chain of location expression nodes */ /*------------------------------------------------------------------------*/ static void dwWriteLoc (dwloc *lp) { while (lp) { dwWriteByte (NULL, lp->opcode, NULL); switch (lp->opcode) { case DW_OP_addr: dwWriteAddress (lp->operand.label, lp->operand.offset, NULL); break; case DW_OP_deref_size: case DW_OP_xderef_size: case DW_OP_pick: case DW_OP_const1u: case DW_OP_const1s: dwWriteByte (NULL, lp->operand.offset, NULL); break; case DW_OP_skip: case DW_OP_bra: case DW_OP_const2u: case DW_OP_const2s: dwWriteHalf (NULL, lp->operand.offset, NULL); break; case DW_OP_const4u: case DW_OP_const4s: dwWriteWord (NULL, lp->operand.offset, NULL); break; case DW_OP_piece: case DW_OP_regx: case DW_OP_plus_uconst: dwWriteULEB128 (NULL, lp->operand.offset, NULL); break; case DW_OP_breg0: case DW_OP_breg1: case DW_OP_breg2: case DW_OP_breg3: case DW_OP_breg4: case DW_OP_breg5: case DW_OP_breg6: case DW_OP_breg7: case DW_OP_breg8: case DW_OP_breg9: case DW_OP_breg10: case DW_OP_breg11: case DW_OP_breg12: case DW_OP_breg13: case DW_OP_breg14: case DW_OP_breg15: case DW_OP_breg16: case DW_OP_breg17: case DW_OP_breg18: case DW_OP_breg19: case DW_OP_breg20: case DW_OP_breg21: case DW_OP_breg22: case DW_OP_breg23: case DW_OP_breg24: case DW_OP_breg25: case DW_OP_breg26: case DW_OP_breg27: case DW_OP_breg28: case DW_OP_breg29: case DW_OP_breg30: case DW_OP_breg31: case DW_OP_fbreg: dwWriteSLEB128 (NULL, lp->operand.offset, NULL); break; } lp = lp->next; } } /*----------------------------------------------------------------------*/ /* dwNewLocList - allocates a new list of location expression node */ /*----------------------------------------------------------------------*/ static dwloclist * dwNewLocList (void) { dwloclist * llp; llp = Safe_alloc (sizeof (dwloclist)); return llp; } /*----------------------------------------------------------------------*/ /* dwSizeofLocRegion - returns the size (in bytes) of a chain of */ /* location regions (inluding their location */ /* expression nodes) as encoded by dwWriteLocLists */ /*----------------------------------------------------------------------*/ static int dwSizeofLocRegion (dwlocregion * lrp) { int size = 0; while (lrp) { size += 2 * port->debugger.dwarf.addressSize; size += 2 + dwSizeofLoc (lrp->loc); lrp = lrp->next; } size += 2 * port->debugger.dwarf.addressSize; return size; } /*-----------------------------------------------------------------------*/ /* dwAssignLocListAddresses - assign the address offsets of the location */ /* lists so that they can be referenced from */ /* the tag structure */ /*-----------------------------------------------------------------------*/ static void dwAssignLocListAddresses (void) { dwloclist * llp; int address = 0; llp = dwRootLocList; while (llp) { llp->baseOffset = address; address += dwSizeofLocRegion (llp->region); llp = llp->next; } } /*-----------------------------------------------------------------------*/ /* dwWriteLocLists - write all of the location lists in dwRootLocList to */ /* the .debug_loc section */ /*-----------------------------------------------------------------------*/ static void dwWriteLocLists (void) { dwlocregion * lrp; dwloclist * llp; tfprintf (dwarf2FilePtr, "\n\t!area\n", ".debug_loc (NOLOAD)"); tfprintf (dwarf2FilePtr, "!slabeldef\n", "Ldebug_loc_start"); llp = dwRootLocList; while (llp) { //fprintf (dwarf2FilePtr, "; baseOffset = 0x%x\n", llp->baseOffset); lrp = llp->region; while (lrp) { dwWriteAddress (lrp->startLabel, 0, NULL); dwWriteAddress (lrp->endLabel, 0, NULL); dwWriteHalf (NULL, dwSizeofLoc (lrp->loc), NULL); dwWriteLoc (lrp->loc); lrp = lrp ->next; } dwWriteAddress (NULL, 0, NULL); dwWriteAddress (NULL, 0, NULL); llp = llp->next; } } /*------------------------------------------------------------------------*/ /*----------------------------------------------------------------------*/ /* dwNewAttr - allocate a new tag attribute node */ /*----------------------------------------------------------------------*/ static dwattr * dwNewAttr (int attr) { dwattr * ap; ap = Safe_alloc ( sizeof (dwattr)); ap->attr = attr; return ap; } /*----------------------------------------------------------------------*/ /* dwFreeAttr - deallocate a tag attribute node */ /*----------------------------------------------------------------------*/ static void dwFreeAttr (dwattr * ap) { Safe_free (ap); } /*-------------------------------------------------------------------------*/ /* dwNewAttrString - allocate a new tag attribute node with a string value */ /*-------------------------------------------------------------------------*/ static dwattr * dwNewAttrString (int attr, char * string) { dwattr * ap; ap = dwNewAttr (attr); ap->form = DW_FORM_string; ap->val.string = string; return ap; } /*---------------------------------------------------------------------*/ /* dwNewAttrConst - allocate a new tag attribute node with an unsigned */ /* numeric constant value */ /*---------------------------------------------------------------------*/ static dwattr * dwNewAttrConst (int attr, unsigned int data) { dwattr * ap; ap = dwNewAttr (attr); if (data <= 0xffu) ap->form = DW_FORM_data1; else if (data <= 0xffffu) ap->form = DW_FORM_data2; else ap->form = DW_FORM_data4; ap->val.data = data; return ap; } /* disabled to eliminiate unused function warning */ #if 0 /*---------------------------------------------------------------------*/ /* dwNewAttrSignedConst - allocate a new tag attribute node with a */ /* signed numeric constant value */ /*---------------------------------------------------------------------*/ static dwattr * dwNewAttrSignedConst (int attr, int data) { dwattr * ap; ap = dwNewAttr (attr); if (data <= 0x7f && data >= -0x80) ap->form = DW_FORM_data1; else if (data <= 0xffff && data >= -0x8000) ap->form = DW_FORM_data2; else ap->form = DW_FORM_data4; ap->val.data = data; return ap; } #endif /*---------------------------------------------------------------------*/ /* dwNewAttrFlag - allocate a new tag attribute node with a boolean */ /* flag value (zero/non-zero) */ /*---------------------------------------------------------------------*/ static dwattr * dwNewAttrFlag (int attr, int data) { dwattr * ap; ap = dwNewAttr (attr); ap->form = DW_FORM_flag; ap->val.data = data; return ap; } /*---------------------------------------------------------------------*/ /* dwNewAttrAddrSymbol - allocate a new tag attribute node with the */ /* address of a C symbol plus an offset */ /*---------------------------------------------------------------------*/ static dwattr * dwNewAttrAddrSymbol (int attr, symbol * sym, int offset) { dwattr * ap; ap = dwNewAttr (attr); ap->form = DW_FORM_addr; ap->val.symaddr.label = sym->rname; ap->val.symaddr.offset = offset; return ap; } /*---------------------------------------------------------------------*/ /* dwNewAttrAddrLabel - allocate a new tag attribute node with the */ /* address of an assembler label plus an offset */ /*---------------------------------------------------------------------*/ static dwattr * dwNewAttrAddrLabel (int attr, char * label, int offset) { dwattr * ap; ap = dwNewAttr (attr); ap->form = DW_FORM_addr; ap->val.symaddr.label = label; ap->val.symaddr.offset = offset; return ap; } /*---------------------------------------------------------------------*/ /* dwNewAttrTagRef - allocate a new tag attribute node that references */ /* a tag node */ /*---------------------------------------------------------------------*/ static dwattr * dwNewAttrTagRef (int attr, dwtag * tp) { dwattr * ap; ap = dwNewAttr (attr); ap->form = DW_FORM_ref4; ap->val.ref = tp; return ap; } /*---------------------------------------------------------------------*/ /* dwNewAttrLocRef - allocate a new tag attribute node that references */ /* a location list */ /*---------------------------------------------------------------------*/ static dwattr * dwNewAttrLocRef (int attr, dwloclist * llp) { dwattr * ap; ap = dwNewAttr (attr); ap->form = DW_FORM_data4; ap->val.loclist = llp; return ap; } /*-----------------------------------------------------------------------*/ /* dwNewAttrLabelRef - allocate a new tag attribute node that references */ /* the address of an assembler label plus an offset */ /*-----------------------------------------------------------------------*/ static dwattr * dwNewAttrLabelRef (int attr, char * label, int offset) { dwattr * ap; ap = dwNewAttr (attr); ap->form = DW_FORM_data4; ap->val.symaddr.label = label; ap->val.symaddr.offset = offset; return ap; } /*---------------------------------------------------------------------*/ /* dwNewAttrLoc - allocate a new tag attribute node for a chain of */ /* location expression nodes */ /*---------------------------------------------------------------------*/ dwattr * dwNewAttrLoc (int attr, dwloc * lp) { dwattr * ap; ap = dwNewAttr (attr); ap->form = DW_FORM_block1; ap->val.loc = lp; return ap; } /*---------------------------------------------------------------------*/ /* dwWriteAttr - write a tag attribute node */ /*---------------------------------------------------------------------*/ static void dwWriteAttr (dwattr * ap) { switch (ap->form) { case DW_FORM_addr: dwWriteAddress (ap->val.symaddr.label, ap->val.symaddr.offset, NULL); break; case DW_FORM_block: dwWriteULEB128 (NULL, dwSizeofLoc (ap->val.loc), NULL); dwWriteLoc (ap->val.loc); break; case DW_FORM_block1: dwWriteByte (NULL, dwSizeofLoc (ap->val.loc), NULL); dwWriteLoc (ap->val.loc); break; case DW_FORM_block2: dwWriteHalf (NULL, dwSizeofLoc (ap->val.loc), NULL); dwWriteLoc (ap->val.loc); break; case DW_FORM_block4: dwWriteWord (NULL, dwSizeofLoc (ap->val.loc), NULL); dwWriteLoc (ap->val.loc); break; case DW_FORM_data1: case DW_FORM_flag: dwWriteByte (NULL, ap->val.data, NULL); break; case DW_FORM_data2: dwWriteHalf (NULL, ap->val.data, NULL); break; case DW_FORM_data4: switch (ap->attr) { case DW_AT_stmt_list: dwWriteWord (ap->val.symaddr.label, ap->val.symaddr.offset, NULL); break; case DW_AT_location: case DW_AT_frame_base: dwWriteWord ("Ldebug_loc_start", ap->val.loclist->baseOffset, NULL); break; default: dwWriteWord (NULL, ap->val.data, NULL); } break; case DW_FORM_udata: dwWriteULEB128 (NULL, ap->val.data, NULL); break; case DW_FORM_sdata: dwWriteSLEB128 (NULL, ap->val.data, NULL); break; case DW_FORM_string: dwWriteString (ap->val.string, NULL); break; case DW_FORM_ref1: dwWriteByte (NULL, ap->val.ref->baseOffset, NULL); break; case DW_FORM_ref2: dwWriteHalf (NULL, ap->val.ref->baseOffset, NULL); break; case DW_FORM_ref4: dwWriteWord (NULL, ap->val.ref->baseOffset, NULL); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "unsupported DWARF form"); exit (1); } } /*---------------------------------------------------------------------*/ /* dwSizeofAttr - returns the size (in bytes) of a tag attribute node */ /* as encoded by dwWriteAttr */ /*---------------------------------------------------------------------*/ static int dwSizeofAttr (dwattr * ap) { int size; switch (ap->form) { case DW_FORM_addr: return port->debugger.dwarf.addressSize; case DW_FORM_block: size = dwSizeofLoc (ap->val.loc); return size + dwSizeofULEB128 (size); case DW_FORM_block1: size = dwSizeofLoc (ap->val.loc); return size + 1; case DW_FORM_block2: size = dwSizeofLoc (ap->val.loc); return size + 2; case DW_FORM_block4: size = dwSizeofLoc (ap->val.loc); return size + 4; case DW_FORM_data1: case DW_FORM_flag: return 1; case DW_FORM_data2: return 2; case DW_FORM_data4: return 4; case DW_FORM_udata: return dwSizeofULEB128 (ap->val.data); case DW_FORM_sdata: return dwSizeofSLEB128 (ap->val.data); case DW_FORM_string: return 1 + strlen (ap->val.string); case DW_FORM_ref1: return 1; case DW_FORM_ref2: return 2; case DW_FORM_ref4: return 4; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "unsupported DWARF form"); exit (1); } } /*---------------------------------------------------------------------*/ /* dwFindAttr - for a tag node, return a pointer to a particular */ /* attribute node, or NULL if not found */ /*---------------------------------------------------------------------*/ static dwattr * dwFindAttr (dwtag * tp, int attr) { dwattr * ap; ap = tp->attribs; while (ap) { if (ap->attr == attr) return ap; ap = ap->next; } return NULL; } /*------------------------------------------------------------------------*/ /*----------------------------------------------------------------------*/ /* dwNewTag - allocate a new tag node */ /*----------------------------------------------------------------------*/ static dwtag * dwNewTag (int tag) { dwtag * tp; tp = Safe_alloc ( sizeof (dwtag)); tp->tag = tag; return tp; } /*----------------------------------------------------------------------*/ /* dwAddTagAttr - add an attribute to a tag */ /*----------------------------------------------------------------------*/ static void dwAddTagAttr (dwtag * tp, dwattr * ap) { dwattr * curap; if (!tp->attribs) tp->attribs = ap; else if (ap->attr < tp->attribs->attr) { ap->next = tp->attribs; tp->attribs = ap; } else { curap = tp->attribs; while (curap->next && curap->next->attr < ap->attr) curap = curap->next; ap->next = curap->next; curap->next = ap; } } /*----------------------------------------------------------------------*/ /* dwSetTagAttr - repleace an existing attribute of a tag with a new */ /* attribute or add if non-existent */ /*----------------------------------------------------------------------*/ static void dwSetTagAttr (dwtag *tp, dwattr * ap) { dwattr * curap; curap = dwFindAttr (tp, ap->attr); if (curap) { ap->next = curap->next; *curap = *ap; dwFreeAttr (ap); } else dwAddTagAttr (tp, ap); } /*----------------------------------------------------------------------*/ /* dwAddTagChild - add a tag as a child of another tag */ /*----------------------------------------------------------------------*/ static dwtag * dwAddTagChild (dwtag * parent, dwtag * child) { child->parent = parent; if (parent->lastChild) { parent->lastChild->siblings = child; parent->lastChild = child; } else { parent->firstChild = child; parent->lastChild = child; } return parent; } /*----------------------------------------------------------------------*/ /* dwMatchTagAttr - returns true if two tags are equal in value, */ /* attributes, and offspring status (the child tags */ /* need not match, but they must both have children or */ /* both not have children) */ /*----------------------------------------------------------------------*/ static int dwMatchTagAttr (const void * tp1v, const void * tp2v) { const dwtag * tp1 = tp1v; const dwtag * tp2 = tp2v; dwattr * ap1 = tp1->attribs; dwattr * ap2 = tp2->attribs; if (!tp1 || !tp2) return 0; if (tp1->tag != tp2->tag) return 0; if (tp1->firstChild && !tp2->lastChild) return 0; if (!tp1->firstChild && tp2->lastChild) return 0; while (ap1 && ap2) { if (ap1->attr != ap2->attr) return 0; if (ap1->form != ap2->form) return 0; ap1 = ap1->next; ap2 = ap2->next; } return 1; } /*----------------------------------------------------------------------*/ /* dwHashTag - return a hash code for a tag based on its value and */ /* attributes */ /*----------------------------------------------------------------------*/ static int dwHashTag (dwtag * tp) { dwattr * ap = tp->attribs; int hash = tp->tag; while (ap) { hash = (hash << 6) ^ ((hash >> 11) & 0xff); hash ^= (ap->attr) | (ap->form << 8); ap = ap->next; } if (hash<0) return -hash; else return hash; } /*----------------------------------------------------------------------*/ /* dwTraverseTag - perform a depth-first preorder traversal of a tag */ /* tree, calling the user function at each node. The */ /* user function is also called with a NULL tag pointer */ /* after the last sibling of each immediate family is */ /* processed. */ /*----------------------------------------------------------------------*/ static int dwTraverseTag (dwtag *tp, int (*somefunc)(dwtag *tp, void * info), void * info) { int rvalue = 0; while (tp) { rvalue += (*somefunc)(tp, info); if (tp->firstChild) rvalue += dwTraverseTag (tp->firstChild, somefunc, info); tp = tp->siblings; } rvalue += (*somefunc)(NULL, info); return rvalue; } /*----------------------------------------------------------------------*/ /* dwAssignAbbrev - find a matching abbreviation for a tag or create a */ /* a new one and assign it */ /*----------------------------------------------------------------------*/ static int dwAssignAbbrev (dwtag *tp, void *info) { dwtag * oldtp; int * anp = info; /* pointer to current abbreviation number */ int key; if (!tp) return 0; key = dwHashTag (tp) % dwAbbrevTable->size; oldtp = hTabFindByKey (dwAbbrevTable, key, tp, dwMatchTagAttr); if (oldtp) { tp->abbrev = oldtp->abbrev; return 0; } else { tp->abbrev = ++(*anp); hTabAddItemLong (&dwAbbrevTable, key, tp, tp); return 1; } } /*-----------------------------------------------------------------------*/ /* dwWriteAbbrevs - write the abbreviations to the .debug_abbrev section */ /*-----------------------------------------------------------------------*/ static void dwWriteAbbrevs (void) { dwtag * tp; dwattr * ap; int key; tfprintf (dwarf2FilePtr, "\n\t!area\n", ".debug_abbrev (NOLOAD)"); tfprintf (dwarf2FilePtr, "!slabeldef\n", "Ldebug_abbrev"); tp = hTabFirstItem (dwAbbrevTable, &key); for (; tp; tp = hTabNextItem (dwAbbrevTable, &key)) { dwWriteULEB128 (NULL, tp->abbrev, NULL); dwWriteULEB128 (NULL, tp->tag, NULL); dwWriteByte (NULL, tp->firstChild ? DW_CHILDREN_yes : DW_CHILDREN_no, NULL); ap = tp->attribs; while (ap) { dwWriteULEB128 (NULL, ap->attr, NULL); dwWriteULEB128 (NULL, ap->form, NULL); ap = ap->next; } dwWriteULEB128 (NULL, 0, NULL); dwWriteULEB128 (NULL, 0, NULL); } dwWriteULEB128 (NULL, 0, NULL); hTabDeleteAll (dwAbbrevTable); } /*-----------------------------------------------------------------------*/ /* dwWriteTag - write the encoded tag information */ /*-----------------------------------------------------------------------*/ static int dwWriteTag (dwtag *tp, void *info) { dwattr * ap; if (!tp) { /* mark the end of this series of siblings */ dwWriteULEB128 (NULL, 0, NULL); return 0; } //fprintf (dwarf2FilePtr, "; baseOffset = 0x%x\n", tp->baseOffset); /* write the tag abbreviation */ dwWriteULEB128 (NULL, tp->abbrev, NULL); /* write the values of the attributes */ ap = tp->attribs; while (ap) { dwWriteAttr (ap); ap = ap->next; } return 1; } /*-----------------------------------------------------------------------*/ /* dwWriteTags - write all the tags to the .debug_info section */ /*-----------------------------------------------------------------------*/ static void dwWriteTags (void) { tfprintf (dwarf2FilePtr, "\n\t!area\n", ".debug_info (NOLOAD)"); dwWriteWordDelta ("Ldebug_info_end", "Ldebug_info_start"); tfprintf (dwarf2FilePtr, "!slabeldef\n", "Ldebug_info_start"); dwWriteHalf (NULL, 2, NULL); /* DWARF version */ dwWriteWord ("Ldebug_abbrev", 0, NULL); dwWriteByte (NULL, port->debugger.dwarf.addressSize, NULL); dwTraverseTag (dwRootTag, dwWriteTag, NULL); dwWriteULEB128 (NULL, 0, NULL); tfprintf (dwarf2FilePtr, "!slabeldef\n", "Ldebug_info_end"); } /*-----------------------------------------------------------------------*/ /* dwAssignTagAddress - assign the current address to the current tag. */ /* Compute the next address based on the tag size */ /*-----------------------------------------------------------------------*/ static int dwAssignTagAddress (dwtag *tp, void *info) { int * tap = info; dwattr * ap; if (!tp) { *tap += 1; return 0; } tp->baseOffset = *tap; *tap += dwSizeofULEB128 (tp->abbrev); ap = tp->attribs; while (ap) { *tap += dwSizeofAttr (ap); ap = ap->next; } return 0; } /*-----------------------------------------------------------------------*/ /* dwAddSibAttr - if a tag has children and a sibling, add a sibling */ /* attribute (it allows debuggers to jump to the sibling */ /* and skip the child data) */ /*-----------------------------------------------------------------------*/ static int dwAddSibAttr (dwtag *tp, void *info) { if (!tp) return 0; if (tp == dwRootTag) return 0; if (tp->firstChild && tp->siblings) dwAddTagAttr (tp, dwNewAttrTagRef (DW_AT_sibling, tp->siblings)); return 0; } /*-----------------------------------------------------------------------*/ /* dwDeleteTagAttr - given a pointer to an attribute type, delete any */ /* matching attribute */ /*-----------------------------------------------------------------------*/ static int dwDeleteTagAttr (dwtag *tp, void *info) { int attr = *((int *) info); dwattr * ap; if (!tp) return 0; ap = tp->attribs; if (ap && ap->attr == attr) { tp->attribs = ap->next; return 1; } while (ap) { if (ap->next && ap->next->attr == attr) { ap->next = ap->next->next; return 1; } ap = ap->next; } return 0; } /*------------------------------------------------------------------------*/ /*-----------------------------------------------------------------------*/ /* dwWritePubnames - write all the public names to the .debug_pubnames */ /* section. Externally visible functions and variables */ /* are considered to have public names. */ /*-----------------------------------------------------------------------*/ static void dwWritePubnames (void) { dwtag * tp; dwattr * ap1; dwattr * ap2; tfprintf (dwarf2FilePtr, "\n\t!area\n", ".debug_pubnames (NOLOAD)"); dwWriteWordDelta ("Ldebug_pubnames_end", "Ldebug_pubnames_start"); tfprintf (dwarf2FilePtr, "!slabeldef\n", "Ldebug_pubnames_start"); dwWriteHalf (NULL, 2, NULL); /* DWARF version */ dwWriteWord ("Ldebug_info_start-4", 0, NULL); dwWriteWordDelta ("4+Ldebug_info_end", "Ldebug_info_start"); if (dwRootTag && dwRootTag->firstChild) { tp = dwRootTag->firstChild; while (tp) { if (tp->tag == DW_TAG_variable || tp->tag == DW_TAG_subprogram) { /* If it has a name and is externally visible, it's a pubname */ ap1 = dwFindAttr (tp, DW_AT_external); ap2 = dwFindAttr (tp, DW_AT_name); if (ap1 && ap1->val.data && ap2) { dwWriteWord (NULL, tp->baseOffset, NULL); dwWriteString (ap2->val.string, NULL); } } tp = tp->siblings; } } dwWriteWord (NULL, 0, NULL); tfprintf (dwarf2FilePtr, "!slabeldef\n", "Ldebug_pubnames_end"); } /*------------------------------------------------------------------------*/ /*-----------------------------------------------------------------------*/ /* dwFindFileIndex - find the index of a filename in dwFilenameSet; if */ /* it does not exist, it is added */ /*-----------------------------------------------------------------------*/ static int dwFindFileIndex (char * filename) { char * includeDir; dwfile * srcfile; int fileIndex = 1; int dirIndex = 1; /* Just do a linear search for the file. There should be hardly */ /* a penalty since 1) most calls search for the first file, and */ /* 2) the file set is usually small (often just 1 item) */ for (srcfile = setFirstItem (dwFilenameSet); srcfile; srcfile = setNextItem(dwFilenameSet), fileIndex++ ) { if (!strcmp (srcfile->name, filename)) return fileIndex; } for (includeDir = setFirstItem (includeDirsSet); includeDir; includeDir = setNextItem(includeDirsSet), dirIndex++ ) { if (!strncmp (includeDir, filename, strlen (includeDir)) && strlen (filename) > strlen (includeDir)) { if (IS_DIR_SEPARATOR(filename[strlen (includeDir)])) break; } } if (!includeDir) dirIndex = 0; srcfile = Safe_alloc (sizeof (dwfile)); srcfile->name = filename; srcfile->dirIndex = dirIndex; srcfile->timestamp = 0; srcfile->length = 0; addSet (&dwFilenameSet, srcfile); return fileIndex; } /*-----------------------------------------------------------------------*/ /* dwWriteLineNumber - write line number (and related position info) to */ /* address corespondence data for a single node */ /*-----------------------------------------------------------------------*/ static void dwWriteLineNumber (dwline * lp) { static int curFileIndex = 1; static int curLine = 1; static char * curLabel = NULL; static int curOffset = 0; int deltaLine = lp->line - curLine; int deltaAddr = lp->offset - curOffset; int deltaAddrValid = curLabel && lp->label && !strcmp (lp->label, curLabel); //fprintf (dwarf2FilePtr, "; line %d\n", lp->line); if (lp->begin_sequence) { curFileIndex = 1; curLine = 1; curLabel = NULL; curOffset = 0; if (lp->end_sequence) return; } if (lp->fileIndex != curFileIndex) { dwWriteByte (NULL, DW_LNS_set_file, NULL); dwWriteULEB128 (NULL, lp->fileIndex, NULL); curFileIndex = lp->fileIndex; } if (lp->basic_block) { dwWriteByte (NULL, DW_LNS_set_basic_block, NULL); } if (lp->begin_sequence) { dwWriteByte (NULL, 0, NULL); dwWriteULEB128 (NULL, 1+port->debugger.dwarf.addressSize, NULL); dwWriteByte (NULL, DW_LNE_set_address, NULL); dwWriteAddress (lp->label, lp->offset, NULL); curLabel = lp->label; curOffset = lp->offset; dwWriteByte (NULL, DW_LNS_advance_line, NULL); dwWriteSLEB128 (NULL, lp->line - 1, NULL); curLine = lp->line; dwWriteByte (NULL, DW_LNS_copy, NULL); } else if (lp->end_sequence) { if (deltaAddrValid) { dwWriteByte (NULL, DW_LNS_advance_pc, NULL); dwWriteULEB128 (NULL, deltaAddr, NULL); } else { dwWriteByte (NULL, DW_LNS_fixed_advance_pc, NULL); dwWriteHalfDelta (lp->label, curLabel, lp->offset-curOffset); curLabel = lp->label; curOffset = lp->offset; } dwWriteByte (NULL, 0, NULL); dwWriteULEB128 (NULL, 1, NULL); dwWriteByte (NULL, DW_LNE_end_sequence, NULL); } else { int usedSpecial = 0; /* Metrowerks CW08 V3.0 gets confused by this. Just use the long */ /* encoding until we can find a more compatible phrasing. */ #if 0 if (deltaLine >= dwLineBase && deltaLine < (dwLineBase+dwLineRange)) { int opcode; /* try to build a "special" opcode */ opcode = dwLineOpcodeBase + (deltaLine - dwLineBase); if (deltaAddrValid) opcode += deltaAddr*dwLineRange; if (opcode >= dwLineOpcodeBase && opcode <= 255) { /* ok, we can use a "special" opcode */ /* If the deltaAddr value was symbolic, it can't be part */ /* of the "special" opcode, so encode it seperately */ if (!deltaAddrValid) { dwWriteByte (NULL, DW_LNS_advance_pc, NULL); dwWriteULEB128Delta (lp->label, curLabel, lp->offset-curOffset); curLabel = lp->label; curOffset = lp->offset; } /* Write the "special" opcode */ dwWriteByte (NULL, opcode, NULL); curLine = lp->line; usedSpecial = 1; } } #endif /* If we couldn't use the "special" opcode, we will have to */ /* encode this the long way. */ if (!usedSpecial) { dwWriteByte (NULL, DW_LNS_fixed_advance_pc, NULL); dwWriteHalfDelta (lp->label, curLabel, lp->offset-curOffset); curLabel = lp->label; curOffset = lp->offset; dwWriteByte (NULL, DW_LNS_advance_line, NULL); dwWriteSLEB128 (NULL, deltaLine, NULL); curLine = lp->line; dwWriteByte (NULL, DW_LNS_copy, NULL); } } } /*-----------------------------------------------------------------------*/ /* dwWriteLineNumbers - write all the source line number position data */ /* to the .debug_line section */ /*-----------------------------------------------------------------------*/ static void dwWriteLineNumbers (void) { char * includeDir; dwfile * srcfile; dwline * lp; tfprintf (dwarf2FilePtr, "\n\t!area\n", ".debug_line (NOLOAD)"); dwWriteWordDelta ("Ldebug_line_end", "Ldebug_line_start"); tfprintf (dwarf2FilePtr, "!slabeldef\n", "Ldebug_line_start"); dwWriteHalf (NULL, 2, NULL); /* DWARF version */ dwWriteWordDelta ("Ldebug_line_stmt-6", "Ldebug_line_start"); dwWriteByte (NULL, 1, NULL); /* we track everything in 1 byte increments */ dwWriteByte (NULL, 1, NULL); /* assume every line is a new statement */ dwWriteByte (NULL, dwLineBase, NULL); dwWriteByte (NULL, dwLineRange, NULL); dwWriteByte (NULL, 9+1, NULL); /* there are 9 standard opcodes */ dwWriteByte (NULL, 0, NULL); /* number of DW_LNS_copy arguments */ dwWriteByte (NULL, 1, NULL); /* number of DW_LNS_advance_pc arguments */ dwWriteByte (NULL, 1, NULL); /* number of DW_LNS_advance_line arguments */ dwWriteByte (NULL, 1, NULL); /* number of DW_LNS_set_file arguments */ dwWriteByte (NULL, 1, NULL); /* number of DW_LNS_set_column arguments */ dwWriteByte (NULL, 0, NULL); /* number of DW_LNS_negate_stmt arguments */ dwWriteByte (NULL, 0, NULL); /* number of DW_LNS_set_basic_block arguments */ dwWriteByte (NULL, 0, NULL); /* number of DW_LNS_const_add_pc arguments */ dwWriteByte (NULL, 1, NULL); /* number of DW_LNS_fixed_advance_pc arguments */ /* Write the list of source directories searched */ for (includeDir = setFirstItem (includeDirsSet); includeDir; includeDir = setNextItem(includeDirsSet) ) dwWriteString (includeDir, NULL); dwWriteByte (NULL, 0, NULL); /* Write the list of source files used */ for (srcfile = setFirstItem (dwFilenameSet); srcfile; srcfile = setNextItem(dwFilenameSet) ) { dwWriteString (srcfile->name, NULL); dwWriteULEB128 (NULL, srcfile->dirIndex, NULL); dwWriteULEB128 (NULL, srcfile->timestamp, NULL); dwWriteULEB128 (NULL, srcfile->length, NULL); } dwWriteByte (NULL, 0, NULL); tfprintf (dwarf2FilePtr, "!slabeldef\n", "Ldebug_line_stmt"); lp = dwLineFirst; if (lp) lp->begin_sequence = 1; while (lp) { dwWriteLineNumber (lp); if (lp->end_sequence && lp->next) lp->next->begin_sequence = 1; lp = lp->next; } tfprintf (dwarf2FilePtr, "!slabeldef\n", "Ldebug_line_end"); } /*------------------------------------------------------------------------*/ /* I have disabled all of this canonical frame address related code */ /* until I better understand this part of the DWARF2 spec. -- EEP */ #if 0 static void dwWriteCFAinstructions (dwcfins *ip) { dwcfop * op = ip->first; while (op) { dwWriteByte (NULL, op->opcode, NULL); switch (op->opcode >> 6) { case 0: switch (op->opcode) { case DW_CFA_set_loc: dwWriteAddress (NULL, op->label, op->operand1); break; case DW_CFA_advance_loc1: dwWriteByte (NULL, op->operand1, NULL); break; case DW_CFA_advance_loc2: dwWriteHalf (NULL, op->operand1, NULL); break; case DW_CFA_advance_loc4: dwWriteWord (NULL, op->operand1, NULL); break; case DW_CFA_def_cfa: case DW_CFA_register: case DW_CFA_offset_extended: dwWriteULEB128 (NULL, op->operand1, NULL); dwWriteULEB128 (NULL, op->operand2, NULL); break; case DW_CFA_undefined: case DW_CFA_same_value: case DW_CFA_def_cfa_register: case DW_CFA_def_cfa_offset: case DW_CFA_restore_extended: dwWriteULEB128 (NULL, op->operand1, NULL); break; } break; case DW_CFA_restore >> 6: case DW_CFA_advance_loc >> 6: break; case DW_CFA_offset >> 6: dwWriteULEB128 (NULL, op->operand1, NULL); break; } op = op->next; } } static int dwSizeofCFAinstructions (dwcfins *ip) { int size = 0; dwcfop * op = ip->first; while (op) { size++; switch (op->opcode >> 6) { case 0: switch (op->opcode) { case DW_CFA_set_loc: size += port->debugger.dwarf.addressSize; break; case DW_CFA_advance_loc1: size += 1; break; case DW_CFA_advance_loc2: size += 2; break; case DW_CFA_advance_loc4: size += 4; break; case DW_CFA_def_cfa: case DW_CFA_register: case DW_CFA_offset_extended: size += dwSizeofULEB128 (op->operand1); size += dwSizeofULEB128 (op->operand2); break; case DW_CFA_undefined: case DW_CFA_same_value: case DW_CFA_def_cfa_register: case DW_CFA_def_cfa_offset: case DW_CFA_restore_extended: size += dwSizeofULEB128 (op->operand1); break; } break; case DW_CFA_restore >> 6: case DW_CFA_advance_loc >> 6: break; case DW_CFA_offset >> 6: size += dwSizeofULEB128 (op->operand1); break; } op = op->next; } return size; } static dwcfop * dwNewCFop (int opcode) { dwcfop * op; op = Safe_alloc (sizeof (dwcfop)); op->opcode = opcode; return op; } static dwcfins * dwNewCFins (void) { return (dwcfins *) Safe_alloc (sizeof (dwcfins)); } static void dwAddCFinsOp (dwcfins * ip, dwcfop *op) { if (ip->last) ip->last->next = op; else ip->first = op; ip->last = op; } static dwcfins * dwGenCFIins (void) { dwcfins * ip; dwcfop * op; int i; ip = dwNewCFins (); /* Define the CFA as the top of the stack at function start. */ /* The return address is then at cfa+0 */ op = dwNewCFop (DW_CFA_def_cfa); op->operand1 = port->debugger.dwarf.regNumSP; op->operand2 = port->debugger.dwarf.offsetSP; dwAddCFinsOp (ip, op); op = dwNewCFop (DW_CFA_offset + port->debugger.dwarf.regNumRet); op->operand1 = 0; dwAddCFinsOp (ip, op); if (port->debugger.dwarf.cfiUndef) for (i=0; i < port->debugger.dwarf.cfiUndef->size; i++) { if (bitVectBitValue (port->debugger.dwarf.cfiUndef, i)) { op = dwNewCFop (DW_CFA_undefined); dwAddCFinsOp (ip, op); } } if (port->debugger.dwarf.cfiSame) for (i=0; i < port->debugger.dwarf.cfiSame->size; i++) { if (bitVectBitValue (port->debugger.dwarf.cfiSame, i)) { op = dwNewCFop (DW_CFA_undefined); dwAddCFinsOp (ip, op); } } return ip; } static void dwWriteFDE (dwfde * fp) { dwWriteWord (NULL, dwSizeofCFAinstructions(fp->ins) + 4 + port->debugger.dwarf.addressSize * 2, NULL); dwWriteWord ("Ldebug_CIE_start-4", 0, NULL); dwWriteAddressDelta (fp->endLabel, fp->startLabel); dwWriteCFAinstructions (fp->ins); } static void dwWriteFrames (void) { tfprintf (dwarf2FilePtr, "\n\t!area\n", ".debug_frame (NOLOAD)"); /* FIXME: these two dw should be combined into a dd */ tfprintf (dwarf2FilePtr, "\t!dw\t0\n"); tfprintf (dwarf2FilePtr, "\t!dw\t%s\n", "Ldebug_CIE_end-Ldebug_CIE_start"); tfprintf (dwarf2FilePtr, "!slabeldef\n", "Ldebug_CIE_start"); tfprintf (dwarf2FilePtr, "\t!dw\t0xffff\n"); tfprintf (dwarf2FilePtr, "\t!dw\t0xffff\n"); /* CIE_id */ tfprintf (dwarf2FilePtr, "\t!db\t%d\n",1); /* CIE version number */ tfprintf (dwarf2FilePtr, "\t!db\t%d\n",0); /* augmentation (none) */ dwWriteULEB128 (NULL, 1, NULL); /* code alignment factor */ dwWriteSLEB128 (NULL, (port->stack.direction > 0) ? -1 : 1, NULL); /* data alignment factor */ dwWriteByte (NULL, port->debugger.dwarf.regNumRet, NULL); if (!dwCIEins) { #if 0 if (port->debugger.dwarf.genCFIins) dwCIEins = port->debugger.dwarf.genCFIins (); else #endif dwCIEins = dwGenCFIins (); } dwWriteCFAinstructions (dwCIEins); tfprintf (dwarf2FilePtr, "!slabeldef\n", "Ldebug_CIE_end"); } #endif /*------------------------------------------------------------------------*/ /*-----------------------------------------------------------------------*/ /* dwHashType - return a hash code for a type chain */ /*-----------------------------------------------------------------------*/ static int dwHashType (sym_link * type) { int hash = 0; while (type) { hash = (hash << 5) ^ ((hash >> 8) & 0xff); if (IS_DECL (type)) { hash ^= DCL_TYPE (type); } else { hash ^= SPEC_NOUN (type) | (SPEC_CONST (type) << 4) | (SPEC_VOLATILE (type) << 5) | (SPEC_LONG (type) << 6); } type = type->next; } if (hash<0) return -hash; else return hash; } /*-----------------------------------------------------------------------*/ /* dwMatchType - returns true if two types match exactly (including type */ /* qualifiers) */ /*-----------------------------------------------------------------------*/ static int dwMatchTypes (const void * type1v, const void * type2v) { sym_link * type1 = (sym_link *)type1v; sym_link * type2 = (sym_link *)type2v; if (!type1 || !type2) return 0; while (type1 && type2) { if (IS_SPEC(type1)) { if (IS_SPEC (type2)) { if (SPEC_NOUN (type1) != SPEC_NOUN (type2)) return 0; if (SPEC_NOUN (type1) == V_STRUCT && SPEC_STRUCT (type1) != SPEC_STRUCT (type2)) return 0; if (SPEC_CONST (type1) != SPEC_CONST (type2)) return 0; if (SPEC_VOLATILE (type1) != SPEC_VOLATILE (type2)) return 0; if (SPEC_SHORT (type1) != SPEC_SHORT (type2)) return 0; if (SPEC_LONG (type1) != SPEC_LONG (type2)) return 0; if (SPEC_USIGN (type1) != SPEC_USIGN (type2)) return 0; } else return 0; } else { if (IS_DECL (type2)) { if (DCL_TYPE (type1) != DCL_TYPE (type2)) return 0; if (DCL_PTR_CONST (type1) != DCL_PTR_CONST (type2)) return 0; if (DCL_PTR_VOLATILE (type1) != DCL_PTR_VOLATILE (type2)) return 0; if (DCL_TYPE (type1) == ARRAY && DCL_ELEM (type1) != DCL_ELEM (type2)) return 0; /* FIXME: need to match function pointer parameters */ } else return 0; } type1 = type1->next; type2 = type2->next; } if (!type1 && !type2) return 1; else return 0; } /*-----------------------------------------------------------------------*/ /* dwTagFromType - returns the tag describing a type. If new tags need */ /* to be created, they will be added under the specified */ /* parent tag */ /*-----------------------------------------------------------------------*/ static dwtag * dwTagFromType (sym_link * type, dwtag * parent) { dwtag * oldtp; dwtag * tp = NULL; dwtag * modtp; dwtag * subtp; int key; int tableUpdated = 0; key = dwHashType (type) % dwTypeTagTable->size; oldtp = hTabFindByKey (dwTypeTagTable, key, type, dwMatchTypes); if (oldtp) return oldtp; else { if (IS_DECL (type)) { switch (DCL_TYPE (type)) { case POINTER: case FPOINTER: case CPOINTER: case GPOINTER: case PPOINTER: case IPOINTER: case EEPPOINTER: case UPOINTER: tp = dwNewTag (DW_TAG_pointer_type); if (type->next && !IS_VOID (type->next)) { subtp = dwTagFromType (type->next, parent); dwAddTagAttr (tp, dwNewAttrTagRef (DW_AT_type, subtp)); } dwAddTagAttr (tp, dwNewAttrConst (DW_AT_byte_size, getSize (type))); dwAddTagChild (parent, tp); if (DCL_PTR_VOLATILE (type)) { modtp = dwNewTag (DW_TAG_volatile_type); dwAddTagAttr (modtp, dwNewAttrTagRef (DW_AT_type, tp)); dwAddTagChild (parent, modtp); tp = modtp; } if (DCL_PTR_CONST (type)) { modtp = dwNewTag (DW_TAG_const_type); dwAddTagAttr (modtp, dwNewAttrTagRef (DW_AT_type, tp)); dwAddTagChild (parent, modtp); tp = modtp; } break; case ARRAY: tp = dwNewTag (DW_TAG_array_type); subtp = dwTagFromType (type->next, parent); dwAddTagAttr (tp, dwNewAttrTagRef (DW_AT_type, subtp)); if (!subtp->parent) dwAddTagChild (tp, subtp); if (DCL_ELEM (type)) { dwAddTagAttr (tp, dwNewAttrConst (DW_AT_byte_size, getSize (type))); subtp = dwNewTag (DW_TAG_subrange_type); dwAddTagAttr (subtp, dwNewAttrConst (DW_AT_upper_bound, DCL_ELEM (type)-1)); dwAddTagChild (tp, subtp); } break; case FUNCTION: tp = dwNewTag (DW_TAG_subroutine_type); if (type->next && !IS_VOID (type->next)) { subtp = dwTagFromType (type->next, parent); dwAddTagAttr (tp, dwNewAttrTagRef (DW_AT_type, subtp)); } /* FIXME: need to handle function parameters */ break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "unknown DCL_TYPE"); exit (1); } } else { if (IS_STRUCT (type)) { struct structdef * sdp = SPEC_STRUCT (type); symbol * field; tp = dwNewTag (sdp->type == STRUCT ? DW_TAG_structure_type : DW_TAG_union_type); if (*(sdp->tag)) dwAddTagAttr (tp, dwNewAttrString (DW_AT_name, sdp->tag)); /* FIXME: should only specify the size if we know this */ /* is a complete type */ dwAddTagAttr (tp, dwNewAttrConst (DW_AT_byte_size, getSize (type))); /* Must add this before processing the struct fields */ /* in case there is a recursive definition. */ hTabAddItemLong (&dwTypeTagTable, key, type, tp); tableUpdated = 1; field = sdp->fields; while (field) { dwtag * memtp; dwloc * lp; if (IS_BITFIELD (field->type) && !SPEC_BLEN(field->type)) { field = field->next; continue; } memtp = dwNewTag (DW_TAG_member); if (*(field->name)) dwAddTagAttr (memtp, dwNewAttrString (DW_AT_name, field->name)); if (IS_BITFIELD (field->type)) { int blen = SPEC_BLEN (field->type); int bstr = SPEC_BSTR (field->type); sym_link * type; dwAddTagAttr (memtp, dwNewAttrConst (DW_AT_byte_size, (blen+7)/8)); dwAddTagAttr (memtp, dwNewAttrConst (DW_AT_bit_size, blen)); dwAddTagAttr (memtp, dwNewAttrConst (DW_AT_bit_offset, ((blen+7) & ~7) - (blen+bstr))); if (blen < 8) type = typeFromStr ("uc"); else type = typeFromStr ("ui"); subtp = dwTagFromType (type, tp); dwAddTagAttr (memtp, dwNewAttrTagRef (DW_AT_type, subtp)); } else { subtp = dwTagFromType (field->type, tp); dwAddTagAttr (memtp, dwNewAttrTagRef (DW_AT_type, subtp)); if (!subtp->parent) dwAddTagChild (parent, subtp); } lp = dwNewLoc (DW_OP_plus_uconst, NULL, field->offset); dwAddTagAttr (memtp, dwNewAttrLoc (DW_AT_data_member_location, lp)); dwAddTagChild (tp, memtp); field = field->next; } } else if (SPEC_VOLATILE (type) || SPEC_CONST (type)) { sym_link temptype = *type; SPEC_VOLATILE (&temptype) = 0; SPEC_CONST (&temptype) = 0; tp = dwTagFromType (&temptype, parent); if (SPEC_VOLATILE (type)) { modtp = dwNewTag (DW_TAG_volatile_type); dwAddTagAttr (modtp, dwNewAttrTagRef (DW_AT_type, tp)); dwAddTagChild (parent, modtp); tp = modtp; } if (SPEC_CONST (type)) { modtp = dwNewTag (DW_TAG_const_type); dwAddTagAttr (modtp, dwNewAttrTagRef (DW_AT_type, tp)); dwAddTagChild (parent, modtp); tp = modtp; } } else { switch (SPEC_NOUN (type)) { case V_INT: tp = dwNewTag (DW_TAG_base_type); if (SPEC_USIGN (type)) { dwAddTagAttr (tp, dwNewAttrConst (DW_AT_encoding, DW_ATE_unsigned)); if (SPEC_LONG (type)) dwAddTagAttr (tp, dwNewAttrString (DW_AT_name, "unsigned long")); else dwAddTagAttr (tp, dwNewAttrString (DW_AT_name, "unsigned int")); } else { dwAddTagAttr (tp, dwNewAttrConst (DW_AT_encoding, DW_ATE_signed)); if (SPEC_LONG (type)) dwAddTagAttr (tp, dwNewAttrString (DW_AT_name, "long")); else dwAddTagAttr (tp, dwNewAttrString (DW_AT_name, "int")); } dwAddTagAttr (tp, dwNewAttrConst (DW_AT_byte_size, getSize (type))); dwAddTagChild (dwRootTag, tp); break; case V_FLOAT: tp = dwNewTag (DW_TAG_base_type); dwAddTagAttr (tp, dwNewAttrConst (DW_AT_encoding, DW_ATE_float)); dwAddTagAttr (tp, dwNewAttrString (DW_AT_name, "float")); dwAddTagAttr (tp, dwNewAttrConst (DW_AT_byte_size, getSize (type))); dwAddTagChild (dwRootTag, tp); break; case V_FIXED16X16: tp = dwNewTag (DW_TAG_base_type); dwAddTagAttr (tp, dwNewAttrConst (DW_AT_encoding, DW_ATE_float)); dwAddTagAttr (tp, dwNewAttrString (DW_AT_name, "fixed16x16")); dwAddTagAttr (tp, dwNewAttrConst (DW_AT_byte_size, getSize (type))); dwAddTagChild (dwRootTag, tp); break; case V_CHAR: tp = dwNewTag (DW_TAG_base_type); if (SPEC_USIGN (type)) { dwAddTagAttr (tp, dwNewAttrConst (DW_AT_encoding, DW_ATE_unsigned_char)); dwAddTagAttr (tp, dwNewAttrString (DW_AT_name, "unsigned char")); } else { dwAddTagAttr (tp, dwNewAttrConst (DW_AT_encoding, DW_ATE_signed)); dwAddTagAttr (tp, dwNewAttrString (DW_AT_name, "char")); } dwAddTagAttr (tp, dwNewAttrConst (DW_AT_byte_size, getSize (type))); dwAddTagChild (dwRootTag, tp); break; case V_VOID: case V_BIT: case V_BITFIELD: case V_SBIT: case V_DOUBLE: default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "unhandled base type"); printTypeChain (type, NULL); exit (1); } } } } if (!tableUpdated) hTabAddItemLong (&dwTypeTagTable, key, type, tp); if (!tp->parent) dwAddTagChild (parent, tp); return tp; } /*------------------------------------------------------------------------*/ /*-----------------------------------------------------------------------*/ /* dwOpenFile - open the debugging file (just initialize, since all */ /* DWARF data goes into the assembly output file) */ /*-----------------------------------------------------------------------*/ int dwOpenFile(char *file) { dwTypeTagTable = newHashTable (128); return 1; } /*-----------------------------------------------------------------------*/ /* dwCloseFile - close the debugging file (do nothing, since all DWARF */ /* data goes into the assembly output file) */ /*-----------------------------------------------------------------------*/ int dwCloseFile(void) { return 1; } /*-----------------------------------------------------------------------*/ /* dwGenerateScopes - recursively traverse an ast, generating lexical */ /* block tags for block scopes found */ /*-----------------------------------------------------------------------*/ static void dwGenerateScopes (dwtag *tp, ast * tree) { dwtag *subtp; if (!tree) return; if (!IS_AST_OP (tree)) return; if (tree->opval.op == BLOCK) { subtp = dwNewTag (DW_TAG_lexical_block); if (tree->right) { dwAddTagAttr (subtp, dwNewAttrConst (DW_AT_user_block, tree->right->block)); dwAddTagAttr (subtp, dwNewAttrConst (DW_AT_user_level, tree->right->level)); dwAddTagChild (tp, subtp); } dwGenerateScopes (subtp, tree->right); } else { dwGenerateScopes (tp, tree->left); dwGenerateScopes (tp, tree->right); } } /*-----------------------------------------------------------------------*/ /* dwFindScope - return the lexical block tag for a particular block */ /* scope, or NULL if not found */ /*-----------------------------------------------------------------------*/ static dwtag * dwFindScope (dwtag * tp, int block) { dwtag * rettp; dwattr * ap; if (!tp) return NULL; while (tp) { if (tp->tag == DW_TAG_lexical_block) { ap = tp->attribs; while (ap) { if (ap->attr == DW_AT_user_block) { if (ap->val.data == block) return tp; } ap = ap->next; } rettp = dwFindScope (tp->firstChild, block); if (rettp) return rettp; } tp = tp->siblings; } return NULL; } /*------------------------------------------------------------------------*/ /* dwWriteSymbolInternal - create tag information for a variable or */ /* parameter and place it in the correct position */ /* within the tag tree */ /*------------------------------------------------------------------------*/ static int dwWriteSymbolInternal (symbol *sym) { dwtag * tp; dwtag * subtp; dwloc * lp; dwtag * scopetp; symbol * symloc; dwtag * functp; dwattr * funcap; int inregs = 0; if (!sym->level || IS_EXTERN (sym->etype)) scopetp = dwRootTag; else { assert(sym->localof); if (!sym->localof) return 0; /* Find the tag for the function this symbol is defined in */ functp = dwRootTag->firstChild; while (functp) { if (functp->tag == DW_TAG_subprogram) { funcap = dwFindAttr (functp, DW_AT_name); if (funcap && !strcmp (funcap->val.string, sym->localof->name)) break; } functp = functp->siblings; } assert (functp); if (!functp) return 0; /* Find the correct scope within this function */ scopetp = dwFindScope (functp->firstChild, sym->block); if (!scopetp) scopetp = functp; } tp = dwNewTag (sym->_isparm ? DW_TAG_formal_parameter : DW_TAG_variable); dwAddTagAttr (tp, dwNewAttrString (DW_AT_name, sym->name)); /* Find the ultimate symbol holding the value. */ /* Might be: */ /* a) original symbol, */ /* b) register equivalent, */ /* c) spill location */ symloc = sym; if (!sym->allocreq && sym->reqv) { symloc = OP_SYMBOL (symloc->reqv); if (symloc->isspilt && !symloc->remat) symloc = symloc->usl.spillLoc; else inregs = 1; } lp = NULL; if (inregs && symloc->regs[0]) { dwloc * reglp; dwloc * lastlp = NULL; int regNum; int i; /* register allocation */ for (i = (port->little_endian ? 0 : symloc->nRegs-1); (port->little_endian ? (i < symloc->nRegs) : (i >= 0)); (port->little_endian ? i++ : i--)) { regNum = port->debugger.dwarf.regNum (symloc->regs[i]); if (regNum >= 0 && regNum <= 31) reglp = dwNewLoc (DW_OP_reg0 + regNum, NULL, 0); else if (regNum >= 0) reglp = dwNewLoc (DW_OP_regx, NULL, regNum); else { /* We are forced to give up if the ABI for this port */ /* does not define a number for this register */ lp = NULL; break; } if (lastlp) lastlp->next = reglp; else lp = reglp; lastlp = reglp; if (symloc->nRegs != 1) { reglp = dwNewLoc (DW_OP_piece, NULL, 1); lastlp->next = reglp; lastlp = reglp; } } } else if (symloc->onStack) { /* stack allocation */ lp = dwNewLoc (DW_OP_fbreg, NULL, symloc->stack); } else { /* global allocation */ if (sym->level && !sym->allocreq) lp = NULL; else lp = dwNewLoc (DW_OP_addr, symloc->rname, 0); } /* Only create the DW_AT_location if a known location exists. */ /* It might not exist if the variable has been optimized away */ /* or if the compiler has lost track of it (not good, but still */ /* happens sometimes -- need to improve induction) */ if (lp) dwAddTagAttr (tp, dwNewAttrLoc (DW_AT_location, lp)); if (!IS_STATIC (sym->etype) && !sym->level) dwAddTagAttr (tp, dwNewAttrFlag (DW_AT_external, 1)); if (IS_EXTERN (sym->etype)) dwAddTagAttr (tp, dwNewAttrFlag (DW_AT_declaration, 1)); subtp = dwTagFromType (sym->type, scopetp); dwAddTagAttr (tp, dwNewAttrTagRef (DW_AT_type, subtp)); if (!subtp->parent) dwAddTagChild (scopetp, subtp); dwAddTagChild (scopetp, tp); return 1; } /*-----------------------------------------------------------------------*/ /* dwWriteFunction - generate a tag for a function. */ /*-----------------------------------------------------------------------*/ int dwWriteFunction(symbol *sym, iCode *ic) { dwtag * tp; value * args; dwFuncTag = tp = dwNewTag (DW_TAG_subprogram); dwAddTagAttr (dwFuncTag, dwNewAttrString (DW_AT_name, sym->name)); dwAddTagAttr (dwFuncTag, dwNewAttrAddrSymbol (DW_AT_low_pc, sym, 0)); if (FUNC_ISISR (sym->type)) dwAddTagAttr (dwFuncTag, dwNewAttrConst (DW_AT_calling_convention, DW_CC_nocall)); dwAddTagAttr (dwFuncTag, dwNewAttrFlag (DW_AT_external, !IS_STATIC (sym->etype))); if (sym->type->next && !IS_VOID (sym->type->next)) { dwtag * subtp; subtp = dwTagFromType (sym->type->next, dwRootTag); dwAddTagAttr (dwFuncTag, dwNewAttrTagRef (DW_AT_type, subtp)); } dwAddTagChild (dwRootTag, dwFuncTag); args = FUNC_ARGS(sym->type); while (args) { dwWriteSymbolInternal (args->sym); args = args->next; } if (FUNC_HASVARARGS (sym->type)) { dwAddTagChild (dwFuncTag, dwNewTag (DW_TAG_unspecified_parameters)); } while (ic && ic->op != FUNCTION) ic = ic->next; if (ic && ic->op == FUNCTION && ic->tree && ic->tree->right) { dwGenerateScopes (dwFuncTag, ic->tree->right->left); dwGenerateScopes (dwFuncTag, ic->tree->right->right); } dwScopeTag = NULL; dwScopeLevel = 0; return 1; } /*-----------------------------------------------------------------------*/ /* dwWriteEndFunction - write attributes to the current function tag */ /* that are only known after code generation is */ /* complete */ /*-----------------------------------------------------------------------*/ int dwWriteEndFunction(symbol *sym, iCode *ic, int offset) { char debugSym[SDCC_NAME_MAX + 1]; if (ic) { dwWriteCLine (ic); dwLineLast->offset += offset; dwLineLast->end_sequence = 1; } if (IS_STATIC (sym->etype)) sprintf (debugSym, "XF%s$%s$0$0", dwModuleName, sym->name); else sprintf (debugSym, "XG$%s$0$0", sym->name); emitDebuggerSymbol (debugSym); dwAddTagAttr (dwFuncTag, dwNewAttrAddrLabel (DW_AT_high_pc, Safe_strdup(debugSym), offset)); if (dwFrameLocList) { dwAddTagAttr (dwFuncTag, dwNewAttrLocRef (DW_AT_frame_base, dwFrameLocList)); dwFrameLocList->next = dwRootLocList; dwRootLocList = dwFrameLocList; dwFrameLocList = NULL; } return 1; } /*-----------------------------------------------------------------------*/ /* dwWriteLabel - generate a tag for a source level label */ /*-----------------------------------------------------------------------*/ int dwWriteLabel(symbol *sym, iCode *ic) { char debugSym[SDCC_NAME_MAX + 1]; dwtag * tp; /* ignore the compiler generated labels */ if (sym->isitmp) return 1; sprintf (debugSym, "L%s$%s$%s", dwModuleName, currFunc->name, sym->name); emitDebuggerSymbol (debugSym); tp = dwNewTag (DW_TAG_label); dwAddTagAttr (tp, dwNewAttrString (DW_AT_name, sym->name)); dwAddTagAttr (tp, dwNewAttrAddrLabel (DW_AT_low_pc, Safe_strdup (debugSym), 0)); dwAddTagChild (dwFuncTag, tp); return 1; } /*-----------------------------------------------------------------------*/ /* dwWriteScope - add the starting and ending address attributes to a */ /* a lexical block tag (created during dwWriteFunction) */ /*-----------------------------------------------------------------------*/ int dwWriteScope(iCode *ic) { char * debugSym = NULL; dwtag * scopetp; dwattr * ap; scopetp = dwFindScope (dwFuncTag->firstChild, ic->block); if (dwScopeTag && ic->level <= dwScopeLevel) { debugSym = dwNewDebugSymbol (); emitDebuggerSymbol (debugSym); dwSetTagAttr (dwScopeTag, dwNewAttrAddrLabel (DW_AT_high_pc, debugSym, 0)); dwScopeTag = scopetp; dwScopeLevel = ic->level; } if (scopetp) { ap = dwFindAttr (scopetp, DW_AT_low_pc); if (ap) return 1; if (!debugSym) debugSym = dwNewDebugSymbol (); emitDebuggerSymbol (debugSym); dwAddTagAttr (scopetp, dwNewAttrAddrLabel (DW_AT_low_pc, debugSym, 0)); dwScopeTag = scopetp; dwScopeLevel = ic->level; } return 1; } /*-----------------------------------------------------------------------*/ /* dwWriteSymbol - generate tags for global variables. This is actually */ /* called for all variables and parameters, but we */ /* process the non-global variables elsewhere. */ /*-----------------------------------------------------------------------*/ int dwWriteSymbol(symbol *sym) { if (IS_FUNC (sym->type)) return 1; /* If it is an iTemp, then it is not a C source symbol; ignore it */ if (sym->isitmp) return 1; /* Ignore parameters; they must be handled specially so that they will */ /* appear in the correct order */ if (sym->_isparm) return 1; return dwWriteSymbolInternal (sym); } /*-----------------------------------------------------------------------*/ /* dwWriteType */ /*-----------------------------------------------------------------------*/ int dwWriteType(structdef *sdef, int block, int inStruct, char *tag) { /* FIXME: needs implementation */ return 1; } /*-----------------------------------------------------------------------*/ /* dwWriteModule - generates the root tag for this compilation unit */ /*-----------------------------------------------------------------------*/ int dwWriteModule(char *name) { dwtag * tp; char verid[125]; dwModuleName = Safe_strdup (name); sprintf(verid, "SDCC version %s #%s", SDCC_VERSION_STR, getBuildNumber()); tp = dwNewTag (DW_TAG_compile_unit); dwAddTagAttr (tp, dwNewAttrString (DW_AT_producer, verid)); dwAddTagAttr (tp, dwNewAttrConst (DW_AT_language, DW_LANG_C89)); dwAddTagAttr (tp, dwNewAttrString (DW_AT_name, fullSrcFileName)); dwAddTagAttr (tp, dwNewAttrLabelRef (DW_AT_stmt_list, "Ldebug_line_start", -4)); dwRootTag = tp; return 1; } /*-----------------------------------------------------------------------*/ /* dwWriteCLine - generates a line number/position to address record for */ /* C source */ /*-----------------------------------------------------------------------*/ int dwWriteCLine(iCode *ic) { dwline * lp; char * debugSym; lp = Safe_alloc (sizeof (dwline)); lp->line = ic->lineno; debugSym = dwNewDebugSymbol (); emitDebuggerSymbol (debugSym); lp->label = debugSym; lp->offset = 0; lp->fileIndex = dwFindFileIndex (ic->filename); if (!dwLineFirst) dwLineFirst = lp; else dwLineLast->next = lp; dwLineLast = lp; return 1; } /*-----------------------------------------------------------------------*/ /* dwWriteFrameAddress - note the current position of the frame pointer */ /* address. The base address can be specified by */ /* either a register or pointer variable, leaving */ /* the other as NULL. If both are NULL, there is */ /* no current frame pointer address defined. */ /*-----------------------------------------------------------------------*/ int dwWriteFrameAddress(char *variable, struct regs *reg, int offset) { char * debugSym = NULL; dwlocregion * lrp; dwloc * lp; int regNum; /* If there was a region open, close it */ if (dwFrameLastLoc) { debugSym = dwNewDebugSymbol (); emitDebuggerSymbol (debugSym); dwFrameLastLoc->endLabel = debugSym; dwFrameLastLoc = NULL; } if (!variable && !reg) return 1; /* Create a new debugger symbol for the start of the region if */ /* we can't recycle the symbol at the end of the previous */ if (!debugSym) { debugSym = dwNewDebugSymbol (); emitDebuggerSymbol (debugSym); } lrp = Safe_alloc (sizeof (dwlocregion)); lrp->startLabel = debugSym; if (variable) /* frame pointer based from a global variable */ { dwloc * lp; lrp->loc = dwNewLoc (DW_OP_addr, variable, 0); lrp->loc->next = lp = dwNewLoc (DW_OP_deref_size, NULL, PTRSIZE); if (offset) { lp->next = dwNewLoc (DW_OP_consts, NULL, offset); lp->next->next = dwNewLoc (DW_OP_plus, NULL, 0); } } else if (reg) /* frame pointer based from a register */ { regNum = port->debugger.dwarf.regNum (reg); assert (regNum>=0); if (regNum>=0 && regNum<=31) { if (offset) lrp->loc = dwNewLoc (DW_OP_breg0 + regNum, NULL, offset); else lrp->loc = dwNewLoc (DW_OP_reg0 + regNum, NULL, 0); } else { lrp->loc = lp = dwNewLoc (DW_OP_regx, NULL, regNum); if (offset) { lp->next = dwNewLoc (DW_OP_consts, NULL, offset); lp->next->next = dwNewLoc (DW_OP_plus, NULL, 0); } } } dwFrameLastLoc = lrp; if (!dwFrameLocList) dwFrameLocList = dwNewLocList(); lrp->next = dwFrameLocList->region; dwFrameLocList->region = lrp; return 1; } /*-----------------------------------------------------------------------*/ /* dwWriteALine - generates a line number/position to address record for */ /* assembly source */ /*-----------------------------------------------------------------------*/ int dwWriteALine(char *module, int Line) { return 1; } /*-----------------------------------------------------------------------*/ /* dwarf2FinalizeFile - write all of the DWARF debugging data to the */ /* debug file */ /*-----------------------------------------------------------------------*/ int dwarf2FinalizeFile(FILE *of) { int tagAddress = 11; int abbrevNum = 0; int attr; dwarf2FilePtr = of; /* Write the .debug_line section */ dwWriteLineNumbers (); /* Assign the location list addresses (for cross references) */ dwAssignLocListAddresses (); /* Write the .debug_loc section */ dwWriteLocLists (); /* Delete our scope related user attributes; they were only needed to help */ /* build the tag tree and have no meaning to (and may confuse) debuggers */ attr = DW_AT_user_block; dwTraverseTag (dwRootTag, dwDeleteTagAttr, &attr); attr = DW_AT_user_level; dwTraverseTag (dwRootTag, dwDeleteTagAttr, &attr); /* Add a DW_AT_sibling attribute to all tags with children and siblings */ dwTraverseTag (dwRootTag, dwAddSibAttr, NULL); /* Assign the tag abbreviations. The tags, attributes, and forms must */ /* not change after this point. The attribute values may change as long */ /* as the size of the value does not. */ dwAbbrevTable = newHashTable (128); dwTraverseTag (dwRootTag, dwAssignAbbrev, &abbrevNum); /* Assign the tag addresses (for cross references) */ dwTraverseTag (dwRootTag, dwAssignTagAddress, &tagAddress); /* Write the .debug_abbrev section */ dwWriteAbbrevs (); /* Write the .debug_info section */ dwWriteTags (); /* Write the .debug_pubnames section */ dwWritePubnames (); return 1; } sdcc-2.9.0/src/SDCCdwarf2.h000066400000000000000000000244231116427777700152500ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCdwarf2.h - DWARF2 debugging constants Written By - Erik Petrich . epetrich@users.sourceforge.net (2004) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCDWARF2_H #define SDCCDWARF2_H #define DW_TAG_array_type 0x01 #define DW_TAG_class_type 0x02 #define DW_TAG_entry_point 0x03 #define DW_TAG_enumeration_type 0x04 #define DW_TAG_formal_parameter 0x05 #define DW_TAG_imported_declaration 0x08 #define DW_TAG_label 0x0a #define DW_TAG_lexical_block 0x0b #define DW_TAG_member 0x0d #define DW_TAG_pointer_type 0x0f #define DW_TAG_reference_type 0x10 #define DW_TAG_compile_unit 0x11 #define DW_TAG_string_type 0x12 #define DW_TAG_structure_type 0x13 #define DW_TAG_subroutine_type 0x15 #define DW_TAG_typedef 0x16 #define DW_TAG_union_type 0x17 #define DW_TAG_unspecified_parameters 0x18 #define DW_TAG_variant 0x19 #define DW_TAG_common_block 0x1a #define DW_TAG_common_inclusion 0x1b #define DW_TAG_inheritance 0x1c #define DW_TAG_inlined_subroutine 01x1d #define DW_TAG_module 0x1e #define DW_TAG_ptr_to_member_type 0x1f #define DW_TAG_set_type 0x20 #define DW_TAG_subrange_type 0x21 #define DW_TAG_with_stmt 0x22 #define DW_TAG_access_declaration 0x23 #define DW_TAG_base_type 0x24 #define DW_TAG_catch_block 0x25 #define DW_TAG_const_type 0x26 #define DW_TAG_constant 0x27 #define DW_TAG_enumerator 0x28 #define DW_TAG_file_type 0x29 #define DW_TAG_friend 0x2a #define DW_TAG_namelist 0x2b #define DW_TAG_namelist_item 0x2c #define DW_TAG_packed_type 0x2d #define DW_TAG_subprogram 0x2e #define DW_TAG_template_type_param 0x2f #define DW_TAG_template_value_param 0x30 #define DW_TAG_thrown_type 0x31 #define DW_TAG_try_block 0x32 #define DW_TAG_variant_part 0x33 #define DW_TAG_variable 0x34 #define DW_TAG_volatile_type 0x35 #define DW_CHILDREN_no 0 #define DW_CHILDREN_yes 1 #define DW_LANG_C89 0x0001 #define DW_AT_sibling 0x01 #define DW_AT_location 0x02 #define DW_AT_name 0x03 #define DW_AT_ordering 0x09 #define DW_AT_byte_size 0x0b #define DW_AT_bit_offset 0x0c #define DW_AT_bit_size 0x0d #define DW_AT_stmt_list 0x10 #define DW_AT_low_pc 0x11 #define DW_AT_high_pc 0x12 #define DW_AT_language 0x13 #define DW_AT_discr 0x15 #define DW_AT_discr_value 0x16 #define DW_AT_visibility 0x17 #define DW_AT_import 0x18 #define DW_AT_string_length 0x19 #define DW_AT_common_reference 0x1a #define DW_AT_comp_dir 0x1b #define DW_AT_const_value 0x1c #define DW_AT_containing_type 0x1d #define DW_AT_default_value 0x1e #define DW_AT_inline 0x20 #define DW_AT_is_optional 0x21 #define DW_AT_lower_bound 0x22 #define DW_AT_producer 0x25 #define DW_AT_prototyped 0x27 #define DW_AT_return_addr 0x2a #define DW_AT_start_scope 0x2c #define DW_AT_stride_size 0x2e #define DW_AT_upper_bound 0x2f #define DW_AT_abstract_origin 0x31 #define DW_AT_accessibility 0x32 #define DW_AT_address_class 0x33 #define DW_AT_artificial 0x34 #define DW_AT_base_types 0x35 #define DW_AT_calling_convention 0x36 #define DW_AT_count 0x37 #define DW_AT_data_member_location 0x38 #define DW_AT_decl_column 0x39 #define DW_AT_decl_file 0x3a #define DW_AT_decl_line 0x3b #define DW_AT_declaration 0x3c #define DW_AT_discr_list 0x3d #define DW_AT_encoding 0x3e #define DW_AT_external 0x3f #define DW_AT_frame_base 0x40 #define DW_AT_friend 0x41 #define DW_AT_identifier_case 0x42 #define DW_AT_macro_info 0x43 #define DW_AT_namelist_item 0x44 #define DW_AT_priority 0x45 #define DW_AT_segment 0x46 #define DW_AT_specification 0x47 #define DW_AT_static_link 0x48 #define DW_AT_type 0x49 #define DW_AT_use_location 0x4a #define DW_AT_variable_parameter 0x4b #define DW_AT_virtuality 0x4c #define DW_AT_vtable_elem_location 0x4d #define DW_AT_lo_user 0x2000 #define DW_AT_hi_user 0x3fff #define DW_AT_user_block 0x2650 #define DW_AT_user_level 0x2651 #define DW_FORM_addr 0x01 #define DW_FORM_block2 0x03 #define DW_FORM_block4 0x04 #define DW_FORM_data2 0x05 #define DW_FORM_data4 0x06 #define DW_FORM_data8 0x07 #define DW_FORM_string 0x08 #define DW_FORM_block 0x09 #define DW_FORM_block1 0x0a #define DW_FORM_data1 0x0b #define DW_FORM_flag 0x0c #define DW_FORM_sdata 0x0d #define DW_FORM_strp 0x0e #define DW_FORM_udata 0x0f #define DW_FORM_ref_addr 0x10 #define DW_FORM_ref1 0x11 #define DW_FORM_ref2 0x12 #define DW_FORM_ref4 0x13 #define DW_FORM_ref_udata 0x15 #define DW_FORM_indirect 0x16 #define DW_OP_addr 0x03 #define DW_OP_deref 0x06 #define DW_OP_const1u 0x08 #define DW_OP_const1s 0x09 #define DW_OP_const2u 0x0a #define DW_OP_const2s 0x0b #define DW_OP_const4u 0x0c #define DW_OP_const4s 0x0d #define DW_OP_const8u 0x0e #define DW_OP_const8s 0x0f #define DW_OP_constu 0x10 #define DW_OP_consts 0x11 #define DW_OP_dup 0x12 #define DW_OP_drop 0x13 #define DW_OP_over 0x14 #define DW_OP_pick 0x15 #define DW_OP_swap 0x16 #define DW_OP_rot 0x17 #define DW_OP_xderef 0x18 #define DW_OP_abs 0x19 #define DW_OP_and 0x1a #define DW_OP_div 0x1b #define DW_OP_minus 0x1c #define DW_OP_mod 0x1d #define DW_OP_mul 0x1e #define DW_OP_neg 0x1f #define DW_OP_not 0x20 #define DW_OP_or 0x21 #define DW_OP_plus 0x22 #define DW_OP_plus_uconst 0x23 #define DW_OP_shl 0x24 #define DW_OP_shr 0x25 #define DW_OP_shra 0x26 #define DW_OP_xor 0x27 #define DW_OP_skip 0x2f #define DW_OP_bra 0x28 #define DW_OP_eq 0x29 #define DW_OP_ge 0x2a #define DW_OP_gt 0x2b #define DW_OP_le 0x2c #define DW_OP_lt 0x2d #define DW_OP_ne 0x2e #define DW_OP_lit0 0x30 #define DW_OP_reg0 0x50 #define DW_OP_breg0 0x70 #define DW_OP_breg1 0x71 #define DW_OP_breg2 0x72 #define DW_OP_breg3 0x73 #define DW_OP_breg4 0x74 #define DW_OP_breg5 0x75 #define DW_OP_breg6 0x76 #define DW_OP_breg7 0x77 #define DW_OP_breg8 0x78 #define DW_OP_breg9 0x79 #define DW_OP_breg10 0x7a #define DW_OP_breg11 0x7b #define DW_OP_breg12 0x7c #define DW_OP_breg13 0x7d #define DW_OP_breg14 0x7e #define DW_OP_breg15 0x7f #define DW_OP_breg16 0x80 #define DW_OP_breg17 0x81 #define DW_OP_breg18 0x82 #define DW_OP_breg19 0x83 #define DW_OP_breg20 0x84 #define DW_OP_breg21 0x85 #define DW_OP_breg22 0x86 #define DW_OP_breg23 0x87 #define DW_OP_breg24 0x88 #define DW_OP_breg25 0x89 #define DW_OP_breg26 0x8a #define DW_OP_breg27 0x8b #define DW_OP_breg28 0x8c #define DW_OP_breg29 0x8d #define DW_OP_breg30 0x8e #define DW_OP_breg31 0x8f #define DW_OP_regx 0x90 #define DW_OP_fbreg 0x91 #define DW_OP_bregx 0x92 #define DW_OP_piece 0x93 #define DW_OP_deref_size 0x94 #define DW_OP_xderef_size 0x95 #define DW_OP_nop 0x96 #define DW_ATE_address 0x1 #define DW_ATE_boolean 0x2 #define DW_ATE_complex_float 0x3 #define DW_ATE_float 0x4 #define DW_ATE_signed 0x5 #define DW_ATE_signed_char 0x6 #define DW_ATE_unsigned 0x7 #define DW_ATE_unsigned_char 0x8 #define DW_CC_normal 0x1 #define DW_CC_program 0x2 #define DW_CC_nocall 0x3 #define DW_LNS_copy 1 #define DW_LNS_advance_pc 2 #define DW_LNS_advance_line 3 #define DW_LNS_set_file 4 #define DW_LNS_set_column 5 #define DW_LNS_negate_stmt 6 #define DW_LNS_set_basic_block 7 #define DW_LNS_const_add_pc 8 #define DW_LNS_fixed_advance_pc 9 #define DW_LNE_end_sequence 1 #define DW_LNE_set_address 2 #define DW_LNE_define_file 3 #define DW_MACINFO_define 1 #define DW_MACINFO_undef 2 #define DW_MACINFO_start_file 3 #define DW_MACINFO_end_file 4 #define DW_MACINFO_vendor_ext 255 #define DW_CFA_advance_loc (1 << 6) #define DW_CFA_offset (2 << 6) #define DW_CFA_restore (3 << 6) #define DW_CFA_set_loc 0x01 #define DW_CFA_advance_loc1 0x02 #define DW_CFA_advance_loc2 0x03 #define DW_CFA_advance_loc4 0x04 #define DW_CFA_offset_extended 0x05 #define DW_CFA_restore_extended 0x06 #define DW_CFA_undefined 0x07 #define DW_CFA_same_value 0x08 #define DW_CFA_register 0x09 #define DW_CFA_remember_state 0x0a #define DW_CFA_restore_state 0x0b #define DW_CFA_def_cfa 0x0c #define DW_CFA_def_cfa_register 0x0d #define DW_CFA_def_cfa_offset 0x0e #define DW_CFA_nop 0x0f #define DW_CFA_lo_user 0x1c #define DW_CFA_hi_user 0x3f typedef struct dwloc { int opcode; struct { symbol * sym; char * label; int offset; } operand; struct dwloc * next; } dwloc; typedef struct dwlocregion { char * startLabel; char * endLabel; dwloc * loc; struct dwlocregion * next; } dwlocregion; typedef struct dwloclist { int baseOffset; dwlocregion * region; struct dwloclist * next; } dwloclist; struct dwtag; typedef struct dwattr { int attr; int form; union { struct { char * label; int offset; } symaddr; struct { unsigned char * data; int length; } block; int data; char * string; struct dwtag * ref; struct dwloc * loc; struct dwloclist * loclist; } val; struct dwattr * next; } dwattr; typedef struct dwtag { int tag; int abbrev; int baseOffset; struct dwattr * attribs; struct dwtag * parent; struct dwtag * firstChild; struct dwtag * lastChild; struct dwtag * siblings; } dwtag; typedef struct dwfile { char * name; int dirIndex; int timestamp; int length; } dwfile; typedef struct dwline { char * label; int offset; int fileIndex; int line; unsigned is_stmt:1; unsigned basic_block:1; unsigned end_sequence:1; unsigned begin_sequence:1; struct dwline * next; } dwline; #if 0 typedef struct dwblock { unsigned char * data; int length; int alloc; } dwblock; typedef struct dwcfop { int opcode; char * label; int operand1; int operand2; struct dwcfop * next; } dwcfop; typedef struct dwcfins { dwcfop * first; dwcfop * last; } dwcfins; typedef struct dwfde { char * startLabel; char * endLabel; dwcfins * ins; } dwfde; #endif #endif sdcc-2.9.0/src/SDCCerr.c000066400000000000000000000570431116427777700146520ustar00rootroot00000000000000/* * SDCCerr - Standard error handler * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU Library General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #include #include #include "SDCCerr.h" #define USE_STDOUT_FOR_ERRORS 0 #if USE_STDOUT_FOR_ERRORS #define DEFAULT_ERROR_OUT stdout #else #define DEFAULT_ERROR_OUT stderr #endif struct SDCCERRG _SDCCERRG; extern char *filename; extern int lineno; extern int fatalError; /* Currently the errIndex field must match the position of the * entry in the array. It is only included in order to make * human error lookup easier. */ struct { int errIndex; ERROR_LOG_LEVEL errType; const char *errText; } ErrTab [] = { { E_DUPLICATE, ERROR_LEVEL_ERROR, "Duplicate symbol '%s', symbol IGNORED" }, { E_SYNTAX_ERROR, ERROR_LEVEL_ERROR, "Syntax error, declaration ignored at '%s'" }, { E_CONST_EXPECTED, ERROR_LEVEL_ERROR, "Initializer element is not constant" }, { E_OUT_OF_MEM, ERROR_LEVEL_ERROR, "'malloc' failed file '%s' for size %ld" }, { E_FILE_OPEN_ERR, ERROR_LEVEL_ERROR, "'fopen' failed on file '%s'" }, { E_INVALID_OCLASS, ERROR_LEVEL_ERROR, "Internal Error Oclass invalid '%s'" }, { E_CANNOT_ALLOC, ERROR_LEVEL_ERROR, "Cannot allocate variable '%s'." }, { E_OLD_STYLE, ERROR_LEVEL_ERROR, "Old style C declaration. IGNORED '%s'" }, { E_STACK_OUT, ERROR_LEVEL_ERROR, "Out of stack Space. '%s' not allocated" }, { E_INTERNAL_ERROR, ERROR_LEVEL_ERROR, "FATAL Compiler Internal Error in file '%s' line number '%d' : %s \n" "Contact Author with source code" }, { E_LVALUE_REQUIRED, ERROR_LEVEL_ERROR, "'lvalue' required for '%s' operation." }, { E_TMPFILE_FAILED, ERROR_LEVEL_ERROR, "Creation of temp file failed" }, { E_FUNCTION_EXPECTED, ERROR_LEVEL_ERROR, "called object is not a function" }, { E_USING_ERROR, ERROR_LEVEL_ERROR, "'using', 'interrupt' or 'reentrant' must follow a function definiton.'%s'" }, { E_SFR_INIT, ERROR_LEVEL_ERROR, "Absolute address & initial value both cannot be specified for\n" " a 'sfr','sbit' storage class, initial value ignored '%s'" }, { W_INIT_IGNORED, ERROR_LEVEL_WARNING, "Variable in the storage class cannot be initialized.'%s'" }, { E_AUTO_ASSUMED, ERROR_LEVEL_ERROR, "variable '%s' must be static to have storage class in reentrant function" }, { E_AUTO_ABSA, ERROR_LEVEL_ERROR, "absolute address not allowed for automatic var '%s' in reentrant function " }, { W_INIT_WRONG, ERROR_LEVEL_WARNING, "Initializer different levels of indirections" }, { E_FUNC_REDEF, ERROR_LEVEL_ERROR, "Function name '%s' redefined " }, { E_ID_UNDEF, ERROR_LEVEL_ERROR, "Undefined identifier '%s'" }, { W_STACK_OVERFLOW, ERROR_LEVEL_WARNING, "stack exceeds 256 bytes for function '%s'" }, { E_NEED_ARRAY_PTR, ERROR_LEVEL_ERROR, "Array or pointer required for '%s' operation " }, { E_IDX_NOT_INT, ERROR_LEVEL_ERROR, "Array index not an integer" }, { W_IDX_OUT_OF_BOUNDS, ERROR_LEVEL_WARNING, "index %i is outside of the array bounds (array size is %i)" }, { E_STRUCT_UNION, ERROR_LEVEL_ERROR, "Structure/Union expected left of '.%s'" }, { E_NOT_MEMBER, ERROR_LEVEL_ERROR, "'%s' not a structure/union member" }, { E_PTR_REQD, ERROR_LEVEL_ERROR, "Pointer required" }, { E_UNARY_OP, ERROR_LEVEL_ERROR, "'unary %c': illegal operand" }, { E_CONV_ERR, ERROR_LEVEL_ERROR, "conversion error: integral promotion failed" }, { E_INT_REQD, ERROR_LEVEL_ERROR, "type must be INT for bit field definition" }, { E_BITFLD_SIZE, ERROR_LEVEL_ERROR, "bit field size cannot be greater than int (%d bits)" }, { W_TRUNCATION, ERROR_LEVEL_WARNING, "high order truncation might occur" }, { E_CODE_WRITE, ERROR_LEVEL_ERROR, "Attempt to assign value to a constant variable (%s)" }, { E_LVALUE_CONST, ERROR_LEVEL_ERROR, "Lvalue specifies constant object" }, { E_ILLEGAL_ADDR, ERROR_LEVEL_ERROR, "'&' illegal operand , %s" }, { E_CAST_ILLEGAL, ERROR_LEVEL_ERROR, "illegal cast (cast cannot be aggregate)" }, { E_MULT_INTEGRAL, ERROR_LEVEL_ERROR, "'*' bad operand" }, { E_ARG_ERROR, ERROR_LEVEL_ERROR, "Argument count error, argument ignored" }, { E_ARG_COUNT, ERROR_LEVEL_ERROR, "Function was expecting more arguments" }, { E_FUNC_EXPECTED, ERROR_LEVEL_ERROR, "Function name expected '%s'. ANSI style declaration REQUIRED" }, { E_PLUS_INVALID, ERROR_LEVEL_ERROR, "invalid operand '%s'" }, { E_PTR_PLUS_PTR, ERROR_LEVEL_ERROR, "pointer + pointer invalid" }, { E_SHIFT_OP_INVALID, ERROR_LEVEL_ERROR, "invalid operand for shift operator" }, { E_COMPARE_OP, ERROR_LEVEL_ERROR, "compare operand cannot be struct/union" }, { E_BITWISE_OP, ERROR_LEVEL_ERROR, "operand invalid for bitwise operation" }, { E_ANDOR_OP, ERROR_LEVEL_ERROR, "Invalid operand for '&&' or '||'" }, { E_TYPE_MISMATCH, ERROR_LEVEL_ERROR, "indirections to different types %s %s " }, { E_AGGR_ASSIGN, ERROR_LEVEL_ERROR, "cannot assign values to aggregates" }, { E_ARRAY_DIRECT, ERROR_LEVEL_ERROR, "bit Arrays can be accessed by literal index only" }, { E_BIT_ARRAY, ERROR_LEVEL_ERROR, "Array or Pointer to bit|sbit|sfr not allowed.'%s'" }, { E_DUPLICATE_TYPEDEF, ERROR_LEVEL_ERROR, "typedef/enum '%s' duplicate. Previous definiton Ignored" }, { E_ARG_TYPE, ERROR_LEVEL_ERROR, "Actual Argument type different from declaration %d" }, { E_RET_VALUE, ERROR_LEVEL_ERROR, "Function return value mismatch" }, { E_FUNC_AGGR, ERROR_LEVEL_ERROR, "Function cannot return aggregate. Func body ignored" }, { E_FUNC_DEF, ERROR_LEVEL_ERROR, "ANSI Style declaration needed" }, { E_DUPLICATE_LABEL, ERROR_LEVEL_ERROR, "Duplicate label '%s'" }, { E_LABEL_UNDEF, ERROR_LEVEL_ERROR, "Label undefined '%s'" }, { E_FUNC_VOID, ERROR_LEVEL_ERROR, "void function returning value" }, { W_VOID_FUNC, ERROR_LEVEL_WARNING, "function '%s' must return value" }, { W_RETURN_MISMATCH, ERROR_LEVEL_WARNING, "function return value mismatch" }, { E_CASE_CONTEXT, ERROR_LEVEL_ERROR, "'case/default' found without 'switch'. Statement ignored" }, { E_CASE_CONSTANT, ERROR_LEVEL_ERROR, "'case' expression not constant. Statement ignored" }, { E_BREAK_CONTEXT, ERROR_LEVEL_ERROR, "'break/continue' statement out of context" }, { E_SWITCH_AGGR, ERROR_LEVEL_ERROR, "nonintegral used in switch expression" }, { E_FUNC_BODY, ERROR_LEVEL_ERROR, "function '%s' already has body" }, { E_UNKNOWN_SIZE, ERROR_LEVEL_ERROR, "attempt to allocate variable of unknown size '%s'" }, { E_AUTO_AGGR_INIT, ERROR_LEVEL_ERROR, "aggregate 'auto' variable '%s' cannot be initialized" }, { E_INIT_COUNT, ERROR_LEVEL_ERROR, "too many initializers" }, { E_INIT_STRUCT, ERROR_LEVEL_ERROR, "struct/union/array '%s': initialization needs curly braces" }, { E_INIT_NON_ADDR, ERROR_LEVEL_ERROR, "non-address initialization expression" }, { E_INT_DEFINED, ERROR_LEVEL_ERROR, "interrupt no '%d' already has a service routine '%s'" }, { E_INT_ARGS, ERROR_LEVEL_ERROR, "interrupt routine cannot have arguments, arguments ingored" }, { E_INCLUDE_MISSING, ERROR_LEVEL_ERROR, "critical compiler #include file missing. " }, { E_NO_MAIN, ERROR_LEVEL_ERROR, "function 'main' undefined" }, { E_EXTERN_INIT, ERROR_LEVEL_ERROR, "'extern' variable '%s' cannot be initialised " }, { E_PRE_PROC_FAILED, ERROR_LEVEL_ERROR, "Pre-Processor %s" }, { E_DUP_FAILED, ERROR_LEVEL_ERROR, "_dup call failed" }, { E_INCOMPAT_TYPES, ERROR_LEVEL_ERROR, "incompatible types" }, { W_LOOP_ELIMINATE, ERROR_LEVEL_WARNING, "'while' loop with 'zero' constant. Loop eliminated" }, { W_NO_SIDE_EFFECTS, ERROR_LEVEL_WARNING, "%s expression has NO side effects. Expr eliminated" }, { W_CONST_TOO_LARGE, ERROR_LEVEL_PEDANTIC, "constant value '%s', out of range." }, { W_BAD_COMPARE, ERROR_LEVEL_WARNING, "comparison will either, ALWAYs succeed or ALWAYs fail" }, { E_TERMINATING, ERROR_LEVEL_ERROR, "Compiler Terminating , contact author with source" }, { W_LOCAL_NOINIT, ERROR_LEVEL_WARNING, "'auto' variable '%s' may be used before initialization" }, { W_NO_REFERENCE, ERROR_LEVEL_WARNING, "in function %s unreferenced %s : '%s'" }, { E_OP_UNKNOWN_SIZE, ERROR_LEVEL_ERROR, "unknown size for operand" }, { W_LONG_UNSUPPORTED, ERROR_LEVEL_WARNING, "'%s' 'long' not supported , declared as 'int'." }, { E_LITERAL_GENERIC, ERROR_LEVEL_ERROR, //"illegal cast of LITERAL value to 'generic' pointer: assuming 'xdata' pointer" }, "illegal cast of LITERAL value to 'generic' pointer" }, { E_SFR_ADDR_RANGE, ERROR_LEVEL_ERROR, "%s '%s' address out of range" }, { E_BITVAR_STORAGE, ERROR_LEVEL_ERROR, "storage class CANNOT be specified for bit variable '%s'" }, { E_EXTERN_MISMATCH, ERROR_LEVEL_ERROR, "extern definition for '%s' mismatches with declaration." }, { E_NONRENT_ARGS, ERROR_LEVEL_ERROR, "Functions called via pointers must be 'reentrant' to take this many arguments" }, { W_DOUBLE_UNSUPPORTED, ERROR_LEVEL_WARNING, "type 'double' not supported assuming 'float'" }, { W_COMP_RANGE, ERROR_LEVEL_WARNING, "comparison is always %s due to limited range of data type" }, { W_FUNC_NO_RETURN, ERROR_LEVEL_WARNING, "no 'return' statement found for function '%s'" }, { W_PRE_PROC_WARNING, ERROR_LEVEL_WARNING, "Pre-Processor %s" }, { W_STRUCT_AS_ARG, ERROR_LEVEL_WARNING, "structure '%s' passed as function argument changed to pointer" }, { E_PREV_DEF_CONFLICT, ERROR_LEVEL_ERROR, "conflict with previous definition of '%s' for attribute '%s'" }, { E_CODE_NO_INIT, ERROR_LEVEL_ERROR, "variable '%s' declared in code space must have initialiser" }, { E_OPS_INTEGRAL, ERROR_LEVEL_ERROR, "operands not integral for assignment operation" }, { E_TOO_MANY_PARMS, ERROR_LEVEL_ERROR, "too many parameters " }, { E_TOO_FEW_PARMS, ERROR_LEVEL_ERROR, "too few parameters" }, { E_FUNC_NO_CODE, ERROR_LEVEL_ERROR, "code not generated for '%s' due to previous errors" }, { E_TYPE_MISMATCH_PARM, ERROR_LEVEL_ERROR, "type mismatch for parameter number %d" }, { E_INVALID_FLOAT_CONST, ERROR_LEVEL_ERROR, "invalid float constant '%s'" }, { E_INVALID_OP, ERROR_LEVEL_ERROR, "invalid operand for '%s' operation" }, { E_SWITCH_NON_INTEGER, ERROR_LEVEL_ERROR, "switch value not an integer" }, { E_CASE_NON_INTEGER, ERROR_LEVEL_ERROR, "case label not an integer" }, { W_FUNC_TOO_LARGE, ERROR_LEVEL_WARNING, "function '%s' too large for global optimization" }, { W_CONTROL_FLOW, ERROR_LEVEL_PEDANTIC, "conditional flow changed by optimizer: so said EVELYN the modified DOG" }, { W_PTR_TYPE_INVALID, ERROR_LEVEL_WARNING, "invalid type specifier for pointer type; specifier ignored" }, { W_IMPLICIT_FUNC, ERROR_LEVEL_WARNING, "function '%s' implicit declaration" }, { W_CONTINUE, ERROR_LEVEL_WARNING, "%s" }, { I_EXTENDED_STACK_SPILS, ERROR_LEVEL_INFO, "extended stack by %d bytes for compiler temp(s) :in function '%s': %s " }, { W_UNKNOWN_PRAGMA, ERROR_LEVEL_WARNING, "unknown or unsupported #pragma directive '%s'" }, { W_SHIFT_CHANGED, ERROR_LEVEL_PEDANTIC, "%s shifting more than size of object changed to zero" }, { W_UNKNOWN_OPTION, ERROR_LEVEL_WARNING, "unknown compiler option '%s' ignored" }, { W_UNSUPP_OPTION, ERROR_LEVEL_WARNING, "option '%s' no longer supported '%s' " }, { W_UNKNOWN_FEXT, ERROR_LEVEL_WARNING, "don't know what to do with file '%s'. file extension unsupported" }, { W_TOO_MANY_SRC, ERROR_LEVEL_WARNING, "cannot compile more than one source file. file '%s' ignored" }, { I_CYCLOMATIC, ERROR_LEVEL_INFO, "function '%s', # edges %d , # nodes %d , cyclomatic complexity %d" }, { E_DIVIDE_BY_ZERO, ERROR_LEVEL_ERROR, "dividing by ZERO" }, { E_FUNC_BIT, ERROR_LEVEL_ERROR, "function cannot return 'bit'" }, { E_CAST_ZERO, ERROR_LEVEL_ERROR, "casting from to type 'void' is illegal" }, { W_CONST_RANGE, ERROR_LEVEL_WARNING, "constant is out of range %s" }, { W_CODE_UNREACH, ERROR_LEVEL_PEDANTIC, "unreachable code" }, { E_NONPTR2_GENPTR, ERROR_LEVEL_ERROR, "non-pointer type cast to generic pointer" }, { W_POSSBUG, ERROR_LEVEL_WARNING, "possible code generation error at line %d,\n" " send source to sandeep.dutta@usa.net" }, { E_INCOMPAT_PTYPES, ERROR_LEVEL_ERROR, "pointer types incompatible " }, { W_UNKNOWN_MODEL, ERROR_LEVEL_WARNING, "unknown memory model at %s : %d" }, { E_UNKNOWN_TARGET, ERROR_LEVEL_ERROR, "cannot generate code for target '%s'" }, { W_INDIR_BANKED, ERROR_LEVEL_WARNING, "Indirect call to a banked function not implemented." }, { W_UNSUPPORTED_MODEL, ERROR_LEVEL_WARNING, "Model '%s' not supported for %s, ignored." }, { W_BANKED_WITH_NONBANKED, ERROR_LEVEL_WARNING, "Both banked and nonbanked attributes used. nonbanked wins." }, { W_BANKED_WITH_STATIC, ERROR_LEVEL_WARNING, "Both banked and static used. static wins." }, { W_INT_TO_GEN_PTR_CAST, ERROR_LEVEL_WARNING, "converting integer type to generic pointer: assuming XDATA" }, { W_ESC_SEQ_OOR_FOR_CHAR, ERROR_LEVEL_WARNING, "escape sequence out of range for char." }, { E_INVALID_HEX, ERROR_LEVEL_ERROR, "\\x used with no following hex digits." }, { W_FUNCPTR_IN_USING_ISR, ERROR_LEVEL_WARNING, "call via function pointer in ISR using non-zero register bank.\n" " Cannot determine which register bank to save." }, { E_NO_SUCH_BANK, ERROR_LEVEL_ERROR, "called function uses unknown register bank %d." }, { E_TWO_OR_MORE_DATA_TYPES, ERROR_LEVEL_ERROR, "two or more data types in declaration for '%s'" }, { E_LONG_OR_SHORT_INVALID, ERROR_LEVEL_ERROR, "long or short specified for %s '%s'" }, { E_SIGNED_OR_UNSIGNED_INVALID, ERROR_LEVEL_ERROR, "signed or unsigned specified for %s '%s'" }, { E_LONG_AND_SHORT_INVALID, ERROR_LEVEL_ERROR, "both long and short specified for %s '%s'" }, { E_SIGNED_AND_UNSIGNED_INVALID, ERROR_LEVEL_ERROR, "both signed and unsigned specified for %s '%s'" }, { E_TWO_OR_MORE_STORAGE_CLASSES, ERROR_LEVEL_ERROR, "two or more storage classes in declaration for '%s'" }, { W_EXCESS_INITIALIZERS, ERROR_LEVEL_WARNING, "excess elements in %s initializer after '%s'" }, { E_ARGUMENT_MISSING, ERROR_LEVEL_ERROR, "Option %s requires an argument." }, { W_STRAY_BACKSLASH, ERROR_LEVEL_WARNING, "stray '\\' at column %d" }, { W_NEWLINE_IN_STRING, ERROR_LEVEL_WARNING, "newline in string constant" }, { E_CANNOT_USE_GENERIC_POINTER, ERROR_LEVEL_ERROR, "cannot use generic pointer %s to initialize %s" }, { W_EXCESS_SHORT_OPTIONS, ERROR_LEVEL_WARNING, "Only one short option can be specified at a time. Rest of %s ignored." }, { E_VOID_VALUE_USED, ERROR_LEVEL_ERROR, "void value not ignored as it ought to be" }, { W_INTEGRAL2PTR_NOCAST, ERROR_LEVEL_WARNING, "converting integral to pointer without a cast" }, { W_PTR2INTEGRAL_NOCAST, ERROR_LEVEL_WARNING, "converting pointer to integral without a cast" }, { W_SYMBOL_NAME_TOO_LONG, ERROR_LEVEL_WARNING, "symbol name too long, truncated to %d chars" }, { W_CAST_STRUCT_PTR,ERROR_LEVEL_WARNING, "cast of struct %s * to struct %s * " }, { W_LIT_OVERFLOW, ERROR_LEVEL_WARNING, "overflow in implicit constant conversion" }, { E_PARAM_NAME_OMITTED, ERROR_LEVEL_ERROR, "in function %s: name omitted for parameter %d" }, { W_NO_FILE_ARG_IN_C1, ERROR_LEVEL_WARNING, "only standard input is compiled in c1 mode. file '%s' ignored" }, { E_NEED_OPT_O_IN_C1, ERROR_LEVEL_ERROR, "must specify assembler file name with -o in c1 mode" }, { W_ILLEGAL_OPT_COMBINATION, ERROR_LEVEL_WARNING, "illegal combination of options (--c1mode, -E, -S -c)" }, { E_DUPLICATE_MEMBER, ERROR_LEVEL_ERROR, "duplicate %s member '%s'" }, { E_STACK_VIOLATION, ERROR_LEVEL_ERROR, "'%s' internal stack %s" }, { W_INT_OVL, ERROR_LEVEL_PEDANTIC, "integer overflow in expression" }, { W_USELESS_DECL, ERROR_LEVEL_WARNING, "useless declaration (possible use of keyword as variable name)" }, { E_INT_BAD_INTNO, ERROR_LEVEL_ERROR, "interrupt number '%u' is not valid" }, { W_BITFLD_NAMED, ERROR_LEVEL_WARNING, "ignoring declarator of 0 length bitfield" }, { E_FUNC_ATTR, ERROR_LEVEL_ERROR, "function attribute following non-function declaration"}, { W_SAVE_RESTORE, ERROR_LEVEL_PEDANTIC, "unmatched #pragma save and #pragma restore" }, { E_INVALID_CRITICAL, ERROR_LEVEL_ERROR, "not allowed in a critical section" }, { E_NOT_ALLOWED, ERROR_LEVEL_ERROR, "%s not allowed here" }, { E_BAD_TAG, ERROR_LEVEL_ERROR, "'%s' is not a %s tag" }, { E_ENUM_NON_INTEGER, ERROR_LEVEL_ERROR, "enumeration constant not an integer" }, { W_DEPRECATED_PRAGMA, ERROR_LEVEL_WARNING, "pragma %s is deprecated, please see documentation for details" }, { E_SIZEOF_INCOMPLETE_TYPE, ERROR_LEVEL_ERROR, "sizeof applied to an incomplete type" }, { E_PREVIOUS_DEF, ERROR_LEVEL_ERROR, "previously defined here" }, { W_SIZEOF_VOID, ERROR_LEVEL_WARNING, "size of void is zero" }, { W_POSSBUG2, ERROR_LEVEL_WARNING, "possible code generation error at %s line %d,\n" " please report problem and send source code at SDCC-USER list on SF.Net"}, { W_COMPLEMENT, ERROR_LEVEL_WARNING, "using ~ on bit/bool/unsigned char variables can give unexpected results due to promotion to int" }, { E_SHADOWREGS_NO_ISR, ERROR_LEVEL_ERROR, "ISR function attribute 'shadowregs' following non-ISR function '%s'" }, { W_SFR_ABSRANGE, ERROR_LEVEL_WARNING, "absolute address for sfr '%s' probably out of range." }, { E_BANKED_WITH_CALLEESAVES, ERROR_LEVEL_ERROR, "Both banked and callee-saves cannot be used together." }, { W_INVALID_INT_CONST, ERROR_LEVEL_WARNING, "integer constant '%s' out of range, truncated to %.0lf." }, { W_CMP_SU_CHAR, ERROR_LEVEL_PEDANTIC, "comparison of 'signed char' with 'unsigned char' requires promotion to int" }, { W_INVALID_FLEXARRAY, ERROR_LEVEL_WARNING, "invalid use of structure with flexible array member" }, { W_C89_NO_FLEXARRAY, ERROR_LEVEL_PEDANTIC, "ISO C90 does not support flexible array members" }, { E_FLEXARRAY_NOTATEND, ERROR_LEVEL_ERROR, "flexible array member not at end of struct" }, { E_FLEXARRAY_INEMPTYSTRCT, ERROR_LEVEL_ERROR, "flexible array in otherwise empty struct" }, { W_EMPTY_SOURCE_FILE, ERROR_LEVEL_WARNING, "ISO C forbids an empty source file" }, { W_BAD_PRAGMA_ARGUMENTS, ERROR_LEVEL_WARNING, "#pragma %s: bad argument(s); pragma ignored" }, { E_BAD_RESTRICT, ERROR_LEVEL_ERROR, "Only pointers may be qualified with 'restrict'" }, { E_BAD_INLINE, ERROR_LEVEL_ERROR, "Only functions may be qualified with 'inline'" }, { E_BAD_INT_ARGUMENT, ERROR_LEVEL_ERROR, "Bad integer argument for option %s" }, { E_NEGATIVE_ARRAY_SIZE, ERROR_LEVEL_ERROR, "Size of array '%s' is negative" }, }; /* ------------------------------------------------------------------------------- SetErrorOut - Set the error output file ------------------------------------------------------------------------------- */ FILE *SetErrorOut(FILE *NewErrorOut) { _SDCCERRG.out = NewErrorOut ; return NewErrorOut ; } void setErrorLogLevel (ERROR_LOG_LEVEL level) { _SDCCERRG.logLevel = level; } /* ------------------------------------------------------------------------------- vwerror - Output a standard error message with variable number of arguments ------------------------------------------------------------------------------- */ void vwerror (int errNum, va_list marker) { if (_SDCCERRG.out == NULL) { _SDCCERRG.out = DEFAULT_ERROR_OUT; } if (ErrTab[errNum].errIndex != errNum) { fprintf(_SDCCERRG.out, "Internal error: error table entry for %d inconsistent.", errNum); } if ((ErrTab[errNum].errType >= _SDCCERRG.logLevel) && (!_SDCCERRG.disabled[errNum])) { if ( ErrTab[errNum].errType == ERROR_LEVEL_ERROR || _SDCCERRG.werror ) fatalError++ ; if ( filename && lineno ) { if(_SDCCERRG.style) fprintf(_SDCCERRG.out, "%s(%d) : ",filename,lineno); else fprintf(_SDCCERRG.out, "%s:%d: ",filename,lineno); } else if (lineno) { fprintf(_SDCCERRG.out, "at %d: ", lineno); } else { fprintf(_SDCCERRG.out, "-:0: "); } switch(ErrTab[errNum].errType) { case ERROR_LEVEL_ERROR: fprintf(_SDCCERRG.out, "error %d: ", errNum); break; case ERROR_LEVEL_WARNING: case ERROR_LEVEL_PEDANTIC: if (_SDCCERRG.werror) fprintf(_SDCCERRG.out, "error %d: ", errNum); else fprintf(_SDCCERRG.out, "warning %d: ", errNum); break; case ERROR_LEVEL_INFO: fprintf(_SDCCERRG.out, "info %d: ", errNum); break; default: break; } vfprintf(_SDCCERRG.out, ErrTab[errNum].errText,marker); fprintf(_SDCCERRG.out, "\n"); } else { /* Below the logging level, drop. */ } } /* ------------------------------------------------------------------------------- werror - Output a standard error message with variable number of arguments ------------------------------------------------------------------------------- */ void werror (int errNum, ...) { va_list marker; va_start(marker,errNum); vwerror(errNum, marker); va_end(marker); } /* ------------------------------------------------------------------------------- werrorfl - Output a standard error message with variable number of arguments. Use a specified filename and line number instead of the default. ------------------------------------------------------------------------------- */ void werrorfl (char *newFilename, int newLineno, int errNum, ...) { char *oldFilename = filename; int oldLineno = lineno; va_list marker; filename = newFilename; lineno = newLineno; va_start(marker,errNum); vwerror(errNum, marker); va_end(marker); filename = oldFilename; lineno = oldLineno; } /* ------------------------------------------------------------------------------- fatal - Output a standard error message with variable number of arguments and call exit() ------------------------------------------------------------------------------- */ void fatal (int exitCode, int errNum, ...) { va_list marker; va_start(marker,errNum); vwerror(errNum, marker); va_end(marker); exit(exitCode); } /* ------------------------------------------------------------------------------- style - Change the output error style to MSVC ------------------------------------------------------------------------------- */ void MSVC_style (int style) { _SDCCERRG.style = style; } /* ------------------------------------------------------------------------------- disabled - Disable output of specified warning ------------------------------------------------------------------------------- */ void setWarningDisabled (int errNum) { if ((errNum < MAX_ERROR_WARNING) && (ErrTab[errNum].errType <= ERROR_LEVEL_WARNING)) _SDCCERRG.disabled[errNum] = 1; } /* ------------------------------------------------------------------------------- Set the flag to treat warnings as errors ------------------------------------------------------------------------------- */ void setWError (int flag) { _SDCCERRG.werror = flag; } sdcc-2.9.0/src/SDCCerr.h000066400000000000000000000430471116427777700146560ustar00rootroot00000000000000/* =============================================================================== SDCCERR - SDCC Standard error handler =============================================================================== */ #if !defined(__SDCCERR_H) #define __SDCCERR_H #include #include /* ERROR Message Definition */ #define E_DUPLICATE 0 /* Duplicate variable */ #define E_SYNTAX_ERROR 1 /* Syntax Error */ #define E_CONST_EXPECTED 2 /* constant expected */ #define E_OUT_OF_MEM 3 /* malloc failed */ #define E_FILE_OPEN_ERR 4 /* File open failed */ #define E_INVALID_OCLASS 5 /* output class invalid */ #define E_CANNOT_ALLOC 6 /* cannot allocate space*/ #define E_OLD_STYLE 7 /* old style C ! allowed*/ #define E_STACK_OUT 8 /* v r out of stack */ #define E_INTERNAL_ERROR 9 /* unable to alloc tvar */ #define E_LVALUE_REQUIRED 10 /* lvalue required */ #define E_TMPFILE_FAILED 11 /* tmpfile creation failed */ #define E_FUNCTION_EXPECTED 12 /* function expected */ #define E_USING_ERROR 13 /* using in error */ #define E_SFR_INIT 14 /* init error for sbit */ #define W_INIT_IGNORED 15 /* initialiser ignored */ #define E_AUTO_ASSUMED 16 /* sclass auto assumed */ #define E_AUTO_ABSA 17 /* abs addr for auto var*/ #define W_INIT_WRONG 18 /* initializer type != */ #define E_FUNC_REDEF 19 /* func name redefined */ #define E_ID_UNDEF 20 /* identifer undefined */ #define W_STACK_OVERFLOW 21 /* stack overflow */ #define E_NEED_ARRAY_PTR 22 /* array or pointer reqd*/ #define E_IDX_NOT_INT 23 /* index not an integer */ #define W_IDX_OUT_OF_BOUNDS 24 /* array index out of bounds */ #define E_STRUCT_UNION 25 /* struct,union expected*/ #define E_NOT_MEMBER 26 /* !struct/union member */ #define E_PTR_REQD 27 /* pointer required */ #define E_UNARY_OP 28 /* unary operator bad op*/ #define E_CONV_ERR 29 /* conversion error */ #define E_INT_REQD 30 /* bit field must be int*/ #define E_BITFLD_SIZE 31 /* bit field size > 16 */ #define W_TRUNCATION 32 /* high order trucation */ #define E_CODE_WRITE 33 /* trying 2 write to code */ #define E_LVALUE_CONST 34 /* lvalue is a const */ #define E_ILLEGAL_ADDR 35 /* address of bit */ #define E_CAST_ILLEGAL 36 /* cast illegal */ #define E_MULT_INTEGRAL 37 /* mult opernd must b integral */ #define E_ARG_ERROR 38 /* argument count error*/ #define E_ARG_COUNT 39 /* func expecting more */ #define E_FUNC_EXPECTED 40 /* func name expected */ #define E_PLUS_INVALID 41 /* plus invalid */ #define E_PTR_PLUS_PTR 42 /* pointer + pointer */ #define E_SHIFT_OP_INVALID 43 /* shft op op invalid */ #define E_COMPARE_OP 44 /* compare operand */ #define E_BITWISE_OP 45 /* bit op invalid op */ #define E_ANDOR_OP 46 /* && || op invalid */ #define E_TYPE_MISMATCH 47 /* type mismatch */ #define E_AGGR_ASSIGN 48 /* aggr assign */ #define E_ARRAY_DIRECT 49 /* array indexing in */ #define E_BIT_ARRAY 50 /* bit array not allowed */ #define E_DUPLICATE_TYPEDEF 51 /* typedef name duplicate */ #define E_ARG_TYPE 52 /* arg type mismatch */ #define E_RET_VALUE 53 /* return value mismatch */ #define E_FUNC_AGGR 54 /* function returing aggr */ #define E_FUNC_DEF 55 /* ANSI Style def neede */ #define E_DUPLICATE_LABEL 56 /* duplicate label name */ #define E_LABEL_UNDEF 57 /* undefined label used */ #define E_FUNC_VOID 58 /* void func ret value */ #define W_VOID_FUNC 59 /* func must return value */ #define W_RETURN_MISMATCH 60 /* return value mismatch */ #define E_CASE_CONTEXT 61 /* case stmnt without switch */ #define E_CASE_CONSTANT 62 /* case expression ! const */ #define E_BREAK_CONTEXT 63 /* break statement invalid */ #define E_SWITCH_AGGR 64 /* non integral for switch */ #define E_FUNC_BODY 65 /* func has body already */ #define E_UNKNOWN_SIZE 66 /* variable has unknown size */ #define E_AUTO_AGGR_INIT 67 /* auto aggregates no init */ #define E_INIT_COUNT 68 /* too many initializers */ #define E_INIT_STRUCT 69 /* struct init wrong */ #define E_INIT_NON_ADDR 70 /* non address xpr for init */ #define E_INT_DEFINED 71 /* interrupt already over */ #define E_INT_ARGS 72 /* interrupt rtn cannot have args */ #define E_INCLUDE_MISSING 73 /* compiler include missing */ #define E_NO_MAIN 74 /* main function undefined */ #define E_EXTERN_INIT 75 /* extern variable initialised */ #define E_PRE_PROC_FAILED 76 /* preprocessor failed */ #define E_DUP_FAILED 77 /* file DUP failed */ #define E_INCOMPAT_TYPES 78 /* incompatible types casting */ #define W_LOOP_ELIMINATE 79 /* loop eliminated */ #define W_NO_SIDE_EFFECTS 80 /* expression has no side effects */ #define W_CONST_TOO_LARGE 81 /* constant out of range */ #define W_BAD_COMPARE 82 /* bad comparison */ #define E_TERMINATING 83 /* compiler terminating */ #define W_LOCAL_NOINIT 84 /* local reference before assignment */ #define W_NO_REFERENCE 85 /* no reference to local variable */ #define E_OP_UNKNOWN_SIZE 86 /* unknown size for operand */ #define W_LONG_UNSUPPORTED 87 /* 'long' not supported yet */ #define E_LITERAL_GENERIC 88 /* literal being cast to generic pointer */ #define E_SFR_ADDR_RANGE 89 /* sfr address out of range */ #define E_BITVAR_STORAGE 90 /* storage given for 'bit' variable */ #define E_EXTERN_MISMATCH 91 /* extern declaration mismatches */ #define E_NONRENT_ARGS 92 /* fptr non reentrant has args */ #define W_DOUBLE_UNSUPPORTED 93 /* 'double' not supported yet */ #define W_COMP_RANGE 94 /* comparison is always %s due to limited range of data type */ #define W_FUNC_NO_RETURN 95 /* no return statement found */ #define W_PRE_PROC_WARNING 96 /* preprocessor generated warning */ #define W_STRUCT_AS_ARG 97 /* structure passed as argument */ #define E_PREV_DEF_CONFLICT 98 /* previous definition conflicts with current */ #define E_CODE_NO_INIT 99 /* vars in code space must have initializer */ #define E_OPS_INTEGRAL 100 /* operans must be integral for certian assignments */ #define E_TOO_MANY_PARMS 101 /* too many parameters */ #define E_TOO_FEW_PARMS 102 /* to few parameters */ #define E_FUNC_NO_CODE 103 /* fatalError */ #define E_TYPE_MISMATCH_PARM 104 /* type mismatch for parameter */ #define E_INVALID_FLOAT_CONST 105 /* invalid floating point literal string */ #define E_INVALID_OP 106 /* invalid operand for some operation */ #define E_SWITCH_NON_INTEGER 107 /* switch value not integer */ #define E_CASE_NON_INTEGER 108 /* case value not integer */ #define W_FUNC_TOO_LARGE 109 /* function too large */ #define W_CONTROL_FLOW 110 /* control flow changed due to optimization */ #define W_PTR_TYPE_INVALID 111 /* invalid type specifier for pointer */ #define W_IMPLICIT_FUNC 112 /* function declared implicitly */ #define W_CONTINUE 113 /* more than one line */ #define I_EXTENDED_STACK_SPILS 114 /* too many spils occured */ #define W_UNKNOWN_PRAGMA 115 /* #pragma directive unsupported */ #define W_SHIFT_CHANGED 116 /* shift changed to zero */ #define W_UNKNOWN_OPTION 117 /* don't know the option */ #define W_UNSUPP_OPTION 118 /* processor reset has been redifned */ #define W_UNKNOWN_FEXT 119 /* unknown file extension */ #define W_TOO_MANY_SRC 120 /* can only compile one .c file at a time */ #define I_CYCLOMATIC 121 /* information message */ #define E_DIVIDE_BY_ZERO 122 /* / 0 */ #define E_FUNC_BIT 123 /* function cannot return bit */ #define E_CAST_ZERO 124 /* casting to from size zero */ #define W_CONST_RANGE 125 /* constant too large */ #define W_CODE_UNREACH 126 /* unreachable code */ #define E_NONPTR2_GENPTR 127 /* non pointer cast to generic pointer */ #define W_POSSBUG 128 /* possible code generation error */ #define E_INCOMPAT_PTYPES 129 /* incampatible pointer assignment */ #define W_UNKNOWN_MODEL 130 /* Unknown memory model */ #define E_UNKNOWN_TARGET 131 /* target not defined */ #define W_INDIR_BANKED 132 /* Indirect call to a banked fun */ #define W_UNSUPPORTED_MODEL 133 /* Unsupported model, ignored */ #define W_BANKED_WITH_NONBANKED 134 /* banked and nonbanked attributes mixed */ #define W_BANKED_WITH_STATIC 135 /* banked and static mixed */ #define W_INT_TO_GEN_PTR_CAST 136 /* Converting integer type to generic pointer. */ #define W_ESC_SEQ_OOR_FOR_CHAR 137 /* Escape sequence of of range for char */ #define E_INVALID_HEX 138 /* \x used with no following hex digits */ #define W_FUNCPTR_IN_USING_ISR 139 /* Call via function pointer in ISR with using attribute. */ #define E_NO_SUCH_BANK 140 /* 'using' attribute specifies non-existant register bank. */ #define E_TWO_OR_MORE_DATA_TYPES 141 #define E_LONG_OR_SHORT_INVALID 142 /* long or short invalid for .. */ #define E_SIGNED_OR_UNSIGNED_INVALID 143 /* signed or unsigned invalid for .. */ #define E_LONG_AND_SHORT_INVALID 144 /* long and short invalid for .. */ #define E_SIGNED_AND_UNSIGNED_INVALID 145 /* signed and unsigned invalid for .. */ #define E_TWO_OR_MORE_STORAGE_CLASSES 146 #define W_EXCESS_INITIALIZERS 147 /* too much initializers for array */ #define E_ARGUMENT_MISSING 148 /* Option requires an argument. */ #define W_STRAY_BACKSLASH 149 #define W_NEWLINE_IN_STRING 150 #define E_CANNOT_USE_GENERIC_POINTER 151 #define W_EXCESS_SHORT_OPTIONS 152 #define E_VOID_VALUE_USED 153 #define W_INTEGRAL2PTR_NOCAST 154 #define W_PTR2INTEGRAL_NOCAST 155 #define W_SYMBOL_NAME_TOO_LONG 156 #define W_CAST_STRUCT_PTR 157 /* pointer to different structure types */ #define W_LIT_OVERFLOW 158 /* overflow in implicit constant conversion */ #define E_PARAM_NAME_OMITTED 159 #define W_NO_FILE_ARG_IN_C1 160 #define E_NEED_OPT_O_IN_C1 161 #define W_ILLEGAL_OPT_COMBINATION 162 #define E_DUPLICATE_MEMBER 163 #define E_STACK_VIOLATION 164 /* internal stack violation */ #define W_INT_OVL 165 /* integer overflow in expression */ #define W_USELESS_DECL 166 /* useless declaration */ #define E_INT_BAD_INTNO 167 /* invalid interrupt number */ #define W_BITFLD_NAMED 168 /* declarator used with 0 length bitfield */ #define E_FUNC_ATTR 169 /* function attribute without function */ #define W_SAVE_RESTORE 170 /* unmatched #pragma SAVE and #pragma RESTORE */ #define E_INVALID_CRITICAL 171 /* operation invalid in critical sequence */ #define E_NOT_ALLOWED 172 /* %s not allowed here */ #define E_BAD_TAG 173 /* '%s' is not a %s tag */ #define E_ENUM_NON_INTEGER 174 /* enumeration constant not an integer */ #define W_DEPRECATED_PRAGMA 175 /* deprecated pragma */ #define E_SIZEOF_INCOMPLETE_TYPE 176 /* sizeof applied to an incomplete type */ #define E_PREVIOUS_DEF 177 /* previously defined here */ #define W_SIZEOF_VOID 178 /* size of void is zero */ #define W_POSSBUG2 179 /* possible bug, new format */ #define W_COMPLEMENT 180 /* ~bit can give unexpected results */ #define E_SHADOWREGS_NO_ISR 181 /* shadowregs keyword following non-ISR function */ #define W_SFR_ABSRANGE 182 /* sfr at address out of range */ #define E_BANKED_WITH_CALLEESAVES 183 /* banked and callee-saves mixed */ #define W_INVALID_INT_CONST 184 /* invalid integer literal string */ #define W_CMP_SU_CHAR 185 /* comparison of 'signed char' with 'unsigned char' requires promotion to int */ #define W_INVALID_FLEXARRAY 186 /* invalid use of structure with flexible array member */ #define W_C89_NO_FLEXARRAY 187 /* ISO C90 does not support flexible array members */ #define E_FLEXARRAY_NOTATEND 188 /* flexible array member not at end of struct */ #define E_FLEXARRAY_INEMPTYSTRCT 189 /* flexible array in otherwise empty struct */ #define W_EMPTY_SOURCE_FILE 190 /* ISO C forbids an empty source file */ #define W_BAD_PRAGMA_ARGUMENTS 191 /* #pragma %s: bad argument(s); pragma ignored */ #define E_BAD_RESTRICT 192 /* Only pointers may be qualified with 'restrict' */ #define E_BAD_INLINE 193 /* Only functions may be qualified with 'inline' */ #define E_BAD_INT_ARGUMENT 194 /* Bad integer option argument */ #define E_NEGATIVE_ARRAY_SIZE 195 /* Size of array '%s' is negative */ #define MAX_ERROR_WARNING 256 /* size of disable warnings array */ /** Describes the maximum error level that will be logged. Any level * includes all of the levels listed after it. * * */ enum _ERROR_LOG_LEVEL { /** Everything. Currently the same as PEDANTIC. */ ERROR_LEVEL_ALL, /** All warnings, including those considered 'reasonable to use, on occasion, in clean programs' (man 3 gcc). */ ERROR_LEVEL_PEDANTIC, /** 'informational' warnings */ ERROR_LEVEL_INFO, /** Most warnings. */ ERROR_LEVEL_WARNING, /** Errors only. */ ERROR_LEVEL_ERROR }; typedef enum _ERROR_LOG_LEVEL ERROR_LOG_LEVEL; struct SDCCERRG { ERROR_LOG_LEVEL logLevel; FILE *out; int style; /* 1=MSVC */ int werror; /* treat the warnings as errors */ char disabled[MAX_ERROR_WARNING]; /* 1=warning disabled*/ }; extern struct SDCCERRG _SDCCERRG; /** Sets the maximum error level to log. See MAX_ERROR_LEVEL. The default is ERROR_LEVEL_ALL. */ void setErrorLogLevel (ERROR_LOG_LEVEL level); /* ------------------------------------------------------------------------------- SetErrorOut - Set the error output file ------------------------------------------------------------------------------- */ FILE * SetErrorOut(FILE *NewErrorOut) ; /* ------------------------------------------------------------------------------- vwerror - Output a standard eror message with variable number of arguements ------------------------------------------------------------------------------- */ void vwerror (int errNum, va_list marker) ; /* ------------------------------------------------------------------------------- werror - Output a standard eror message with variable number of arguements ------------------------------------------------------------------------------- */ void werror (int errNum, ... ) ; /* ------------------------------------------------------------------------------- werrorfl - Output a standard eror message with variable number of arguements. Use a specified filename and line number instead of the default. ------------------------------------------------------------------------------- */ void werrorfl (char *newFilename, int newLineno, int errNum, ...) ; /* ------------------------------------------------------------------------------- fatal - Output a standard eror message with variable number of arguements and call exit() ------------------------------------------------------------------------------- */ void fatal (int exitCode, int errNum, ... ) ; /* ------------------------------------------------------------------------------- style - Change the output error style to MSVC ------------------------------------------------------------------------------- */ void MSVC_style (int style) ; /* ------------------------------------------------------------------------------- disabled - Disable output of specified warning ------------------------------------------------------------------------------- */ void setWarningDisabled (int errNum) ; /* ------------------------------------------------------------------------------- Set the flag to treat warnings as errors ------------------------------------------------------------------------------- */ void setWError (int flag); #endif sdcc-2.9.0/src/SDCCglobl.h000066400000000000000000000361311116427777700151610ustar00rootroot00000000000000/* SDCCglobl.h - global macros etc required by all files */ #ifndef SDCCGLOBL_H #define SDCCGLOBL_H #include #include #include #include #include #include "SDCCset.h" /* * Define host port dependant constants etc. */ #define UNIX_DIR_SEPARATOR_CHAR '/' #if defined(__BORLANDC__) || defined(_MSC_VER) #define STRCASECMP stricmp #define STRNCASECMP strnicmp #else #define STRCASECMP strcasecmp #define STRNCASECMP strncasecmp #endif #if defined(__MSDOS__) || defined(_WIN32) || defined(__OS2__) || defined (__CYGWIN__) #ifndef HAVE_DOS_BASED_FILE_SYSTEM #define HAVE_DOS_BASED_FILE_SYSTEM 1 #endif #define IS_DIR_SEPARATOR(c) ((c) == DIR_SEPARATOR_CHAR || (c) == UNIX_DIR_SEPARATOR_CHAR) /* Note that IS_ABSOLUTE_PATH accepts d:foo as well, although it is only semi-absolute. This is because the users of IS_ABSOLUTE_PATH want to know whether to prepend the current working directory to a file name, which should not be done with a name like d:foo. */ #define IS_ABSOLUTE_PATH(f) (IS_DIR_SEPARATOR((f)[0]) || (((f)[0]) && ((f)[1] == ':'))) #define FILENAME_CMP(s1, s2) STRCASECMP(s1, s2) #else /* not DOSish */ #define IS_DIR_SEPARATOR(c) ((c) == DIR_SEPARATOR_CHAR) #define IS_ABSOLUTE_PATH(f) (IS_DIR_SEPARATOR((f)[0])) #define FILENAME_CMP(s1, s2) strcmp(s1, s2) #endif /* not DOSish */ #ifdef WIN32 # define NATIVE_WIN32 1 # ifndef __MINGW32__ # define PATH_MAX _MAX_PATH # endif #endif #ifdef HAVE_CONFIG_H # include "config.h" #elif defined(_WIN32) && !defined(__MINGW32__) # include "sdcc_vc.h" #else # include "sdccconf.h" #endif #include "SDCCerr.h" #define SPACE ' ' #define ZERO 0 #include /* PATH_MAX */ #if !defined(PATH_MAX) || (PATH_MAX < 2048) # undef PATH_MAX # define PATH_MAX 2048 /* define a reasonable value */ #endif #define MAX_REG_PARMS 1 typedef int bool; #ifndef max # define max(a,b) (a > b ? a : b) #endif #ifndef min # define min(a,b) (a < b ? a : b) #endif #ifndef THROWS #define THROWS #define THROW_NONE 0 #define THROW_SRC 1 #define THROW_DEST 2 #define THROW_BOTH 3 #endif /* size's in bytes */ #define CHARSIZE port->s.char_size #define SHORTSIZE port->s.short_size #define INTSIZE port->s.int_size #define LONGSIZE port->s.long_size #define PTRSIZE port->s.ptr_size #define FPTRSIZE port->s.fptr_size #define GPTRSIZE port->s.gptr_size #define BITSIZE port->s.bit_size #define FLOATSIZE port->s.float_size #define MAXBASESIZE port->s.max_base_size #define SMALL_MODEL 0 #define LARGE_MODEL 1 #define TRUE 1 #define FALSE 0 #define MAX_TVAR 6 #define INITIAL_INLINEASM 4*1024 #define DEFPOOLSTACK(type,size) \ type *type##Pool ; \ type *type##FreeStack [size] ; \ int type##StackPtr = 0 ; #define PUSH(x,y) x##FreeStack[x##StackPtr++] = y #define PEEK(x) x##FreeStack[x##StackPtr-1] #define POP(type) type##FreeStack[--type##StackPtr] /* #define POP(x) (x##StackPtr ? x##FreeStack[--x##StackPtr] : \ (assert(x##StackPtr),0)) */ #ifdef UNIX #define EMPTY(x) (x##StackPtr <= 1 ? 1 : 0) #else #define EMPTY(x) (x##StackPtr == 0 ? 1 : 0) #endif #define COPYTYPE(start,end,from) (end = getSpec (start = from)) /* general purpose stack related macros */ #define STACK_DCL(stack,type,size) \ typedef type t_##stack ; \ t_##stack stack[size] ; \ t_##stack (*p_##stack) = stack; /* define extern stack */ #define EXTERN_STACK_DCL(stack,type,size) \ typedef type t_##stack ; \ extern t_##stack stack[size] ; \ extern t_##stack *p_##stack; #define STACK_EMPTY(stack) ((p_##stack) <= stack ) #define STACK_FULL(stack) ((p_##stack) >= (stack + \ sizeof(stack)/sizeof(*stack)) ) #define STACK_PUSH_(stack, x) (*++p_##stack = (x)) #define STACK_POP_(stack) (*p_##stack--) #define STACK_PUSH(stack, x) (STACK_FULL(stack) \ ? (STACK_ERR(1, stack), *p_##stack) \ : STACK_PUSH_(stack,x) ) #define STACK_POP(stack) (STACK_EMPTY(stack) \ ? (STACK_ERR(-1, stack), *p_##stack) \ : STACK_POP_(stack) ) #define STACK_PEEK(stack) (STACK_EMPTY(stack) \ ? (STACK_ERR(0, stack), *p_##stack) \ : *p_##stack ) #define STACK_ERR(o, stack) (fatal(1, E_STACK_VIOLATION, #stack, \ (o < 0) \ ? "underflow" \ : (o > 0) \ ? "overflow" \ : "empty")) /* optimization options */ /* * cloneOptimize function in SDCC.lex should be updated every time * a new set is added to the optimize structure! */ struct optimize { int global_cse; int ptrArithmetic; int label1; int label2; int label3; int label4; int loopInvariant; int loopInduction; int noJTabBoundary; int noLoopReverse; int codeSpeed; int codeSize; }; /** Build model. Used in options.model.A bit each as port.supported_models is an OR of these. */ enum { MODEL_SMALL = 1, MODEL_COMPACT = 2, MODEL_MEDIUM = 4, MODEL_LARGE = 8, MODEL_FLAT24 = 16, MODEL_PAGE0 = 32, /* for the xa51 port */ MODEL_HUGE = 64 /* for banked support */ }; /* overlay segment name and the functions that belong to it. used by pragma overlay */ typedef struct { char *osname; /* overlay segment name */ int nfuncs; /* number of functions in this overlay */ char *funcs[128]; /* function name that belong to this */ } olay; /* other command line options */ /* * cloneOptions function in SDCC.lex should be updated every time * a new set is added to the options structure! */ struct options { int model; /* see MODEL_* defines above */ int stackAuto; /* Stack Automatic */ int useXstack; /* use Xternal Stack */ int stack10bit; /* use 10 bit stack (flat24 model only) */ int dump_raw; /* dump after intermediate code generation */ int dump_gcse; /* dump after gcse */ int dump_loop; /* dump after loop optimizations */ int dump_kill; /* dump after dead code elimination */ int dump_range; /* dump after live range analysis */ int dump_pack; /* dump after register packing */ int dump_rassgn; /* dump after register assignment */ int dump_tree; /* dump front-end tree before lowering to iCode */ int cc_only; /* compile only flag */ int intlong_rent; /* integer & long support routines reentrant */ int float_rent; /* floating point routines are reentrant */ int out_fmt; /* 1 = motorola S19 format 0 = intel Hex format */ int cyclomatic; /* print cyclomatic information */ int noOverlay; /* don't overlay local variables & parameters */ int mainreturn; /* issue a return after main */ int xram_movc; /* use movc instead of movx to read xram (mcs51) */ int nopeep; /* no peep hole optimization */ int asmpeep; /* pass inline assembler thru peep hole */ int debug; /* generate extra debug info */ int c1mode; /* Act like c1 - no pre-proc, asm or link */ char *peep_file; /* additional rules for peep hole */ int nostdlib; /* Don't use standard lib files */ int nostdinc; /* Don't use standard include files */ int noRegParams; /* Disable passing some parameters in registers */ int verbose; /* Show what the compiler is doing */ int shortis8bits; /* treat short like int or char */ int lessPedantic; /* disable some warnings */ int profile; /* Turn on extra profiling information */ int ommitFramePtr; /* Turn off the frame pointer. */ int useAccelerator; /* use ds390 Arithmetic Accelerator */ int noiv; /* do not generate irq vector table entries */ int all_callee_saves; /* callee saves for all functions */ int stack_probe; /* insert call to function __stack_probe */ int tini_libid; /* library ID for TINI */ int protect_sp_update; /* DS390 - will disable interrupts during ESP:SP updates */ int parms_in_bank1; /* DS390 - use reg bank1 to pass parameters */ int stack_size; /* MCS51/DS390 - Tells the linker to allocate this space for stack */ int no_pack_iram; /* MCS51/DS390 - Tells the linker not to pack variables in internal ram */ int acall_ajmp; /* MCS51 - Use acall/ajmp instead of lcall/ljmp */ /* starting address of the segments */ int xstack_loc; /* initial location of external stack */ int stack_loc; /* initial value of internal stack pointer */ int xdata_loc; /* xternal ram starts at address */ int data_loc; /* interram start location */ int idata_loc; /* indirect address space */ int code_loc; /* code location start */ int iram_size; /* internal ram size (used only for error checking) */ int xram_size; /* external ram size (used only for error checking) */ bool xram_size_set; /* since xram_size=0 is a possibility */ int code_size; /* code size (used only for error checking) */ int verboseExec; /* show what we are doing */ int noXinitOpt; /* don't optimize initialized xdata */ int noCcodeInAsm; /* hide c-code from asm */ int iCodeInAsm; /* show i-code in asm */ int noPeepComments; /* hide peephole optimizer comments */ int verboseAsm; /* include comments generated with gen.c */ int printSearchDirs; /* display the directories in the compiler's search path */ int vc_err_style; /* errors and warnings are compatible with Micro$oft visual studio */ int use_stdout; /* send errors to stdout instead of stderr */ int no_std_crt0; /* for the z80/gbz80 do not link default crt0.o*/ int std_c99; /* enable C99 keywords/constructs */ int std_sdcc; /* enable SDCC extensions to C */ int dollars_in_ident; /* zero means dollar signs are punctuation */ int unsigned_char; /* use unsigned for char without signed/unsigned modifier */ char *code_seg; /* segment name to use instead of CSEG */ char *const_seg; /* segment name to use instead of CONST */ /* sets */ set *calleeSavesSet; /* list of functions using callee save */ set *excludeRegsSet; /* registers excluded from saving */ /* set *olaysSet; * not implemented yet: overlay segments used in #pragma OVERLAY */ }; /* forward definition for variables accessed globally */ extern int noAssemble; /* no assembly, stop after code generation */ extern char *yytext; extern char *lexFilename; /* lex idea of current file name */ extern int lexLineno; /* lex idea of line number of the current file */ extern char *fullSrcFileName; /* full name for the source file; */ /* can be NULL while linking without compiling */ extern char *fullDstFileName; /* full name for the output file; */ /* only given by -o, otherwise NULL */ extern char *dstFileName; /* destination file name without extension */ extern char *dstPath; /* path for the output files; */ /* "" is equivalent with cwd */ extern char *moduleName; /* module name is source file without path and extension */ /* can be NULL while linking without compiling */ extern int seqPointNo; /* current sequence point */ extern FILE *yyin; /* */ extern FILE *asmFile; /* assembly output file */ extern FILE *cdbFile; /* debugger symbol file */ extern int NestLevel; /* NestLevel SDCC.y */ extern int stackPtr; /* stack pointer SDCC.y */ extern int xstackPtr; /* external stack pointer SDCC.y */ extern int reentrant; /* /X flag has been sent SDCC.y */ extern char buffer[PATH_MAX * 2];/* general buffer SDCCmain.c */ extern int currRegBank; /* register bank being used SDCCgens.c */ extern int RegBankUsed[4]; /* JCF: register banks used SDCCmain.c */ extern int BitBankUsed; /* MB: overlayable bit bank SDCCmain.c */ extern struct symbol *currFunc; /* current function SDCCgens.c */ extern int cNestLevel; /* block nest level SDCCval.c */ extern int blockNo; /* maximum sequential block number */ extern int currBlockno; /* sequential block number */ extern struct optimize optimize; extern struct options options; extern unsigned maxInterrupts; extern int ignoreTypedefType; /* Visible from SDCCmain.c */ extern set *preArgvSet; extern set *relFilesSet; extern set *libFilesSet; extern set *libPathsSet; extern set *libDirsSet; /* list of lib search directories */ void setParseWithComma (set **, const char *); /** An assert() macro that will go out through sdcc's error system. */ #define wassertl(a,s) ((a) ? 0 : \ (werror (E_INTERNAL_ERROR,__FILE__,__LINE__, s), 0)) #define wassert(a) wassertl(a,"code generator internal error") #define DUMP_RAW0 1 #define DUMP_RAW1 DUMP_RAW0+1 #define DUMP_CSE DUMP_RAW1+1 #define DUMP_DFLOW DUMP_CSE+1 #define DUMP_GCSE DUMP_DFLOW+1 #define DUMP_DEADCODE DUMP_GCSE+1 #define DUMP_LOOP DUMP_DEADCODE+1 #define DUMP_LOOPG DUMP_LOOP+1 #define DUMP_LOOPD DUMP_LOOPG+1 #define DUMP_RANGE DUMP_LOOPD+1 #define DUMP_PACK DUMP_RANGE+1 #define DUMP_RASSGN DUMP_PACK+1 #define DUMP_LRANGE DUMP_RASSGN+1 struct _dumpFiles { int id; char *ext; FILE *filePtr; }; extern struct _dumpFiles dumpFiles[]; /* Buffer which can be used to hold a file name; assume it will * be trashed by any function call within SDCC. */ extern char scratchFileName[PATH_MAX]; /* Define well known filenos if the system does not define them. */ #ifndef STDIN_FILENO # define STDIN_FILENO 0 #endif #ifndef STDOUT_FILENO # define STDOUT_FILENO 1 #endif #ifndef STDERR_FILENO # define STDERR_FILENO 2 #endif #endif sdcc-2.9.0/src/SDCCglue.c000066400000000000000000001667731116427777700150310ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCglue.c - glues everything we have done together into one file. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include #include "newalloc.h" #include #include #include "dbuf_string.h" #ifdef _WIN32 #include #else #include #endif symbol *interrupts[INTNO_MAX+1]; void printIval (symbol *, sym_link *, initList *, struct dbuf_s *, bool check); set *publics = NULL; /* public variables */ set *externs = NULL; /* Variables that are declared as extern */ unsigned maxInterrupts = 0; int allocInfo = 1; symbol *mainf; int noInit = 0; /* no initialization */ char * aopLiteralLong (value * val, int offset, int size) { union { float f; unsigned char c[4]; } fl; if (!val) { // assuming we have been warned before val = constCharVal (0); } /* if it is a float then it gets tricky */ /* otherwise it is fairly simple */ if (!IS_FLOAT (val->type)) { unsigned long v = ulFromVal (val); v >>= (offset * 8); switch (size) { case 1: tsprintf (buffer, sizeof(buffer), "!immedbyte", (unsigned int) v & 0xff); break; case 2: tsprintf (buffer, sizeof(buffer), "!immedword", (unsigned int) v & 0xffff); break; default: /* Hmm. Too big for now. */ assert (0); } return Safe_strdup (buffer); } /* PENDING: For now size must be 1 */ assert (size == 1); /* it is type float */ fl.f = (float) floatFromVal (val); #ifdef WORDS_BIGENDIAN tsprintf (buffer, sizeof(buffer), "!immedbyte", fl.c[3 - offset]); #else tsprintf (buffer, sizeof(buffer), "!immedbyte", fl.c[offset]); #endif return Safe_strdup (buffer); } /*-----------------------------------------------------------------*/ /* aopLiteral - string from a literal value */ /*-----------------------------------------------------------------*/ char * aopLiteral (value * val, int offset) { return aopLiteralLong (val, offset, 1); } /*-----------------------------------------------------------------*/ /* emitRegularMap - emit code for maps with no special cases */ /*-----------------------------------------------------------------*/ static void emitRegularMap (memmap * map, bool addPublics, bool arFlag) { symbol *sym; ast *ival = NULL; if (!map) return; if (addPublics) { /* PENDING: special case here - should remove */ if (!strcmp (map->sname, CODE_NAME)) dbuf_tprintf (&map->oBuf, "\t!areacode\n", map->sname); else if (!strcmp (map->sname, DATA_NAME)) dbuf_tprintf (&map->oBuf, "\t!areadata\n", map->sname); else if (!strcmp (map->sname, HOME_NAME)) dbuf_tprintf (&map->oBuf, "\t!areahome\n", map->sname); else dbuf_tprintf (&map->oBuf, "\t!area\n", map->sname); } for (sym = setFirstItem (map->syms); sym; sym = setNextItem (map->syms)) { symbol *newSym = NULL; /* if extern then add it into the extern list */ if (IS_EXTERN (sym->etype)) { addSetHead (&externs, sym); continue; } /* if allocation required check is needed then check if the symbol really requires allocation only for local variables */ if (arFlag && !IS_AGGREGATE (sym->type) && !(sym->_isparm && !IS_REGPARM (sym->etype)) && !sym->allocreq && sym->level) continue; /* for bitvar locals and parameters */ if (!arFlag && !sym->allocreq && sym->level && !SPEC_ABSA (sym->etype)) { continue; } /* if global variable & not static or extern and addPublics allowed then add it to the public set */ if ((sym->level == 0 || (sym->_isparm && !IS_REGPARM (sym->etype))) && addPublics && !IS_STATIC (sym->etype) && (IS_FUNC (sym->type) ? (sym->used || IFFUNC_HASBODY (sym->type)) : 1)) { addSetHead (&publics, sym); } /* if extern then do nothing or is a function then do nothing */ if (IS_FUNC (sym->type) && !(sym->isitmp)) continue; /* print extra debug info if required */ if (options.debug) { if (!sym->level) /* global */ { if (IS_STATIC (sym->etype)) dbuf_printf (&map->oBuf, "F%s$", moduleName); /* scope is file */ else dbuf_printf (&map->oBuf, "G$"); /* scope is global */ } else { /* symbol is local */ dbuf_printf (&map->oBuf, "L%s$", (sym->localof ? sym->localof->name : "-null-")); } dbuf_printf (&map->oBuf, "%s$%d$%d", sym->name, sym->level, sym->block); } /* if it has an initial value then do it only if it is a global variable */ if (sym->ival && sym->level == 0) { if ((SPEC_OCLS (sym->etype) == xidata) && !SPEC_ABSA (sym->etype)) { /* create a new "XINIT (CODE)" symbol, that will be emitted later in the static seg */ newSym=copySymbol (sym); SPEC_OCLS(newSym->etype)=xinit; SNPRINTF (newSym->name, sizeof(newSym->name), "__xinit_%s", sym->name); SNPRINTF (newSym->rname, sizeof(newSym->rname), "__xinit_%s", sym->rname); if (IS_SPEC (newSym->type)) SPEC_CONST (newSym->type) = 1; else DCL_PTR_CONST (newSym->type) = 1; SPEC_STAT(newSym->etype)=1; resolveIvalSym(newSym->ival, newSym->type); // add it to the "XINIT (CODE)" segment addSet(&xinit->syms, newSym); if (!SPEC_ABSA (sym->etype)) { struct dbuf_s tmpBuf; dbuf_init(&tmpBuf, 4096); // before allocation we must parse the sym->ival tree // but without actually generating initialization code ++noAlloc; resolveIvalSym (sym->ival, sym->type); ++noInit; printIval (sym, sym->type, sym->ival, &tmpBuf, TRUE); --noInit; --noAlloc; dbuf_destroy(&tmpBuf); } } else { if (IS_AGGREGATE (sym->type)) { ival = initAggregates (sym, sym->ival, NULL); } else { if (getNelements (sym->type, sym->ival)>1) { werrorfl (sym->fileDef, sym->lineDef, W_EXCESS_INITIALIZERS, "scalar", sym->name); } ival = newNode ('=', newAst_VALUE (symbolVal (sym)), decorateType (resolveSymbols (list2expr (sym->ival)), RESULT_TYPE_NONE)); } codeOutBuf = &statsg->oBuf; if (ival) { // set ival's lineno to where the symbol was defined setAstFileLine (ival, filename = sym->fileDef, lineno = sym->lineDef); // check if this is not a constant expression if (!constExprTree (ival)) { werror (E_CONST_EXPECTED, "found expression"); // but try to do it anyway } allocInfo = 0; if (!astErrors (ival)) eBBlockFromiCode (iCodeFromAst (ival)); allocInfo = 1; } } } /* if it has an absolute address then generate an equate for this no need to allocate space */ if (SPEC_ABSA (sym->etype) && !sym->ival) { char *equ = "="; if (options.debug) { dbuf_printf (&map->oBuf, " == 0x%04x\n", SPEC_ADDR (sym->etype)); } if (TARGET_IS_XA51) { if (map == sfr) { equ = "sfr"; } else if (map == bit || map == sfrbit) { equ="bit"; } } dbuf_printf (&map->oBuf, "%s\t%s\t0x%04x\n", sym->rname, equ, SPEC_ADDR (sym->etype)); } else { int size = getSize (sym->type) + sym->flexArrayLength; if (size == 0) { werrorfl (sym->fileDef, sym->lineDef, E_UNKNOWN_SIZE, sym->name); } /* allocate space */ if (options.debug) { dbuf_printf (&map->oBuf, "==.\n"); } if (SPEC_ABSA (sym->etype)) { dbuf_tprintf (&map->oBuf, "\t!org\n", SPEC_ADDR (sym->etype)); } if (IS_STATIC (sym->etype) || sym->level) dbuf_tprintf (&map->oBuf, "!slabeldef\n", sym->rname); else dbuf_tprintf (&map->oBuf, "!labeldef\n", sym->rname); dbuf_tprintf (&map->oBuf, "\t!ds\n", (unsigned int) size & 0xffff); } sym->ival = NULL; } } /*-----------------------------------------------------------------*/ /* initPointer - pointer initialization code massaging */ /*-----------------------------------------------------------------*/ value * initPointer (initList * ilist, sym_link *toType) { value *val; ast *expr; if (!ilist) { return valCastLiteral(toType, 0.0); } expr = list2expr (ilist); if (!expr) goto wrong; /* try it the old way first */ if ((val = constExprValue (expr, FALSE))) return val; /* ( ptr + constant ) */ if (IS_AST_OP (expr) && (expr->opval.op == '+' || expr->opval.op == '-') && IS_AST_SYM_VALUE (expr->left) && (IS_ARRAY(expr->left->ftype) || IS_PTR(expr->left->ftype)) && compareType(toType, expr->left->ftype) && IS_AST_LIT_VALUE (expr->right)) { return valForCastAggr (expr->left, expr->left->ftype, expr->right, expr->opval.op); } /* (char *)&a */ if (IS_AST_OP(expr) && expr->opval.op==CAST && IS_AST_OP(expr->right) && expr->right->opval.op=='&') { if (compareType(toType, expr->left->ftype)!=1) { werror (W_INIT_WRONG); printFromToType(expr->left->ftype, toType); } // skip the cast ??? expr=expr->right; } /* no then we have to do these cludgy checks */ /* pointers can be initialized with address of a variable or address of an array element */ if (IS_AST_OP (expr) && expr->opval.op == '&') { /* address of symbol */ if (IS_AST_SYM_VALUE (expr->left)) { val = AST_VALUE (expr->left); val->type = newLink (DECLARATOR); if (SPEC_SCLS (expr->left->etype) == S_CODE) { DCL_TYPE (val->type) = CPOINTER; DCL_PTR_CONST (val->type) = port->mem.code_ro; } else if (SPEC_SCLS (expr->left->etype) == S_PDATA) DCL_TYPE (val->type) = PPOINTER; else if (SPEC_SCLS (expr->left->etype) == S_XDATA) DCL_TYPE (val->type) = FPOINTER; else if (SPEC_SCLS (expr->left->etype) == S_XSTACK) DCL_TYPE (val->type) = PPOINTER; else if (SPEC_SCLS (expr->left->etype) == S_IDATA) DCL_TYPE (val->type) = IPOINTER; else if (SPEC_SCLS (expr->left->etype) == S_EEPROM) DCL_TYPE (val->type) = EEPPOINTER; else DCL_TYPE (val->type) = POINTER; val->type->next = expr->left->ftype; val->etype = getSpec (val->type); return val; } /* if address of indexed array */ if (IS_AST_OP (expr->left) && expr->left->opval.op == '[') return valForArray (expr->left); /* if address of structure element then case 1. a.b ; */ if (IS_AST_OP (expr->left) && expr->left->opval.op == '.') { return valForStructElem (expr->left->left, expr->left->right); } /* case 2. (&a)->b ; (&some_struct)->element */ if (IS_AST_OP (expr->left) && expr->left->opval.op == PTR_OP && IS_ADDRESS_OF_OP (expr->left->left)) { return valForStructElem (expr->left->left->left, expr->left->right); } } /* case 3. (((char *) &a) +/- constant) */ if (IS_AST_OP (expr) && (expr->opval.op == '+' || expr->opval.op == '-') && IS_AST_OP (expr->left) && expr->left->opval.op == CAST && IS_AST_OP (expr->left->right) && expr->left->right->opval.op == '&' && IS_AST_LIT_VALUE (expr->right)) { return valForCastAggr (expr->left->right->left, expr->left->left->opval.lnk, expr->right, expr->opval.op); } /* case 4. (char *)(array type) */ if (IS_CAST_OP(expr) && IS_AST_SYM_VALUE (expr->right) && IS_ARRAY(expr->right->ftype)) { val = copyValue (AST_VALUE (expr->right)); val->type = newLink (DECLARATOR); if (SPEC_SCLS (expr->right->etype) == S_CODE) { DCL_TYPE (val->type) = CPOINTER; DCL_PTR_CONST (val->type) = port->mem.code_ro; } else if (SPEC_SCLS (expr->right->etype) == S_PDATA) DCL_TYPE (val->type) = PPOINTER; else if (SPEC_SCLS (expr->right->etype) == S_XDATA) DCL_TYPE (val->type) = FPOINTER; else if (SPEC_SCLS (expr->right->etype) == S_XSTACK) DCL_TYPE (val->type) = PPOINTER; else if (SPEC_SCLS (expr->right->etype) == S_IDATA) DCL_TYPE (val->type) = IPOINTER; else if (SPEC_SCLS (expr->right->etype) == S_EEPROM) DCL_TYPE (val->type) = EEPPOINTER; else DCL_TYPE (val->type) = POINTER; val->type->next = expr->right->ftype->next; val->etype = getSpec (val->type); return val; } wrong: if (expr) werrorfl (expr->filename, expr->lineno, E_INCOMPAT_PTYPES); else werror (E_INCOMPAT_PTYPES); return NULL; } /*-----------------------------------------------------------------*/ /* printChar - formats and prints a characater string with DB */ /*-----------------------------------------------------------------*/ void printChar (struct dbuf_s * oBuf, char *s, int plen) { int i; int len = plen; int pplen = 0; char buf[100]; char *p = buf; while (len && pplen < plen) { i = 60; while (i && pplen < plen) { if (*s < ' ' || *s == '\"' || *s=='\\') { *p = '\0'; if (p != buf) dbuf_tprintf (oBuf, "\t!ascii\n", buf); dbuf_tprintf (oBuf, "\t!db !constbyte\n", (unsigned char)*s); p = buf; } else { *p = *s; p++; } s++; pplen++; i--; } if (p != buf) { *p = '\0'; dbuf_tprintf (oBuf, "\t!ascii\n", buf); p = buf; } if (len > 60) len -= 60; else len = 0; } while (pplen < plen) { dbuf_tprintf (oBuf, "\t!db !constbyte\n", 0); pplen++; } } /*-----------------------------------------------------------------*/ /* return the generic pointer high byte for a given pointer type. */ /*-----------------------------------------------------------------*/ int pointerTypeToGPByte (const int p_type, const char *iname, const char *oname) { switch (p_type) { case IPOINTER: case POINTER: return GPTYPE_NEAR; case GPOINTER: werror (E_CANNOT_USE_GENERIC_POINTER, iname ? iname : "", oname ? oname : ""); exit (1); case FPOINTER: return GPTYPE_FAR; case CPOINTER: return GPTYPE_CODE; case PPOINTER: return GPTYPE_XSTACK; default: fprintf (stderr, "*** internal error: unknown pointer type %d in GPByte.\n", p_type); break; } return -1; } /*-----------------------------------------------------------------*/ /* printPointerType - generates ival for pointer type */ /*-----------------------------------------------------------------*/ void _printPointerType (struct dbuf_s * oBuf, const char *name) { if (options.model == MODEL_FLAT24) { if (port->little_endian) dbuf_printf (oBuf, "\t.byte %s,(%s >> 8),(%s >> 16)", name, name, name); else dbuf_printf (oBuf, "\t.byte (%s >> 16),(%s >> 8),%s", name, name, name); } else { if (port->little_endian) dbuf_printf (oBuf, "\t.byte %s,(%s >> 8)", name, name); else dbuf_printf (oBuf, "\t.byte (%s >> 8),%s", name, name); } } /*-----------------------------------------------------------------*/ /* printPointerType - generates ival for pointer type */ /*-----------------------------------------------------------------*/ void printPointerType (struct dbuf_s * oBuf, const char *name) { _printPointerType (oBuf, name); dbuf_printf (oBuf, "\n"); } /*-----------------------------------------------------------------*/ /* printGPointerType - generates ival for generic pointer type */ /*-----------------------------------------------------------------*/ void printGPointerType (struct dbuf_s * oBuf, const char *iname, const char *oname, const unsigned int type) { _printPointerType (oBuf, iname); dbuf_printf (oBuf, ",#0x%02x\n", pointerTypeToGPByte (type, iname, oname)); } /*-----------------------------------------------------------------*/ /* printIvalType - generates ival for int/char */ /*-----------------------------------------------------------------*/ void printIvalType (symbol *sym, sym_link * type, initList * ilist, struct dbuf_s * oBuf) { value *val; /* if initList is deep */ if (ilist && (ilist->type == INIT_DEEP)) ilist = ilist->init.deep; if (!(val = list2val (ilist))) { // assuming a warning has been thrown val = constCharVal (0); } /* check if the literal value is within bounds */ if (checkConstantRange (type, val->etype, '=', FALSE) == CCR_OVL && !options.lessPedantic) { werror (W_LIT_OVERFLOW); } if (val->type != type) { val = valCastLiteral(type, floatFromVal(val)); } switch (getSize (type)) { case 1: if (!val) dbuf_tprintf (oBuf, "\t!db !constbyte\n", 0); else dbuf_tprintf (oBuf, "\t!dbs\n", aopLiteral (val, 0)); break; case 2: if (port->use_dw_for_init) dbuf_tprintf (oBuf, "\t!dws\n", aopLiteralLong (val, 0, 2)); else if (port->little_endian) dbuf_printf (oBuf, "\t.byte %s,%s\n", aopLiteral (val, 0), aopLiteral (val, 1)); else dbuf_printf (oBuf, "\t.byte %s,%s\n", aopLiteral (val, 1), aopLiteral (val, 0)); break; case 4: if (!val) { dbuf_tprintf (oBuf, "\t!dw !constword\n", 0); dbuf_tprintf (oBuf, "\t!dw !constword\n", 0); } else if (port->little_endian) { dbuf_printf (oBuf, "\t.byte %s,%s,%s,%s\n", aopLiteral (val, 0), aopLiteral (val, 1), aopLiteral (val, 2), aopLiteral (val, 3)); } else { dbuf_printf (oBuf, "\t.byte %s,%s,%s,%s\n", aopLiteral (val, 3), aopLiteral (val, 2), aopLiteral (val, 1), aopLiteral (val, 0)); } break; } } /*-----------------------------------------------------------------*/ /* printIvalBitFields - generate initializer for bitfields */ /*-----------------------------------------------------------------*/ static void printIvalBitFields (symbol **sym, initList **ilist, struct dbuf_s * oBuf) { symbol *lsym = *sym; initList *lilist = *ilist; unsigned long ival = 0; int size = 0; while (lsym) { if (0 == SPEC_BLEN (lsym->etype)) { /* bit-field structure member with a width of 0 */ lsym = lsym->next; break; } else if (!SPEC_BUNNAMED (lsym->etype)) { /* not an unnamed bit-field structure member */ value *val = list2val (lilist); int bit_length = SPEC_BLEN (lsym->etype); if (size) { if (bit_length > 8) size += (bit_length + 7) / 8; } else size = (bit_length + 7) / 8; /* check if the literal value is within bounds */ if (val && checkConstantRange (lsym->etype, val->etype, '=', FALSE) == CCR_OVL && !options.lessPedantic) { werror (W_LIT_OVERFLOW); } ival |= (ulFromVal (val) & ((1ul << bit_length) - 1ul)) << SPEC_BSTR (lsym->etype); lilist = lilist ? lilist->next : NULL; } lsym = lsym->next; } switch (size) { case 1: dbuf_tprintf (oBuf, "\t!db !constbyte\n", ival); break; case 2: dbuf_tprintf (oBuf, "\t!dw !constword\n", ival); break; case 4: dbuf_tprintf (oBuf, "\t!dw !constword,!constword\n", (ival >> 16) & 0xffff, (ival & 0xffff)); break; } *sym = lsym; *ilist = lilist; } /*-----------------------------------------------------------------*/ /* printIvalStruct - generates initial value for structures */ /*-----------------------------------------------------------------*/ static void printIvalStruct (symbol * sym, sym_link * type, initList * ilist, struct dbuf_s * oBuf) { symbol *sflds; initList *iloop = NULL; sflds = SPEC_STRUCT (type)->fields; if (ilist) { if (ilist->type != INIT_DEEP) { werrorfl (sym->fileDef, sym->lineDef, E_INIT_STRUCT, sym->name); return; } iloop = ilist->init.deep; } if (SPEC_STRUCT (type)->type == UNION) { printIval (sym, sflds->type, iloop, oBuf, 1); iloop = iloop ? iloop->next : NULL; } else { while (sflds) { if (IS_BITFIELD (sflds->type)) printIvalBitFields(&sflds, &iloop, oBuf); else { printIval (sym, sflds->type, iloop, oBuf, 1); sflds = sflds->next; iloop = iloop ? iloop->next : NULL; } } } if (iloop) werrorfl (sym->fileDef, sym->lineDef, W_EXCESS_INITIALIZERS, "struct", sym->name); } /*-----------------------------------------------------------------*/ /* printIvalChar - generates initital value for character array */ /*-----------------------------------------------------------------*/ int printIvalChar (symbol * sym, sym_link * type, initList * ilist, struct dbuf_s * oBuf, char *s, bool check) { value *val; unsigned int size = DCL_ELEM (type); if (!s) { val = list2val (ilist); /* if the value is a character string */ if (IS_ARRAY (val->type) && IS_CHAR (val->etype)) { if (!size) { /* we have not been given a size, but now we know it */ size = strlen (SPEC_CVAL (val->etype).v_char) + 1; /* but first check, if it's a flexible array */ if (sym && IS_STRUCT (sym->type)) sym->flexArrayLength = size; else DCL_ELEM (type) = size; } if (check && DCL_ELEM (val->type) > size) werror (W_EXCESS_INITIALIZERS, "array of chars", sym->name, sym->lineDef); printChar (oBuf, SPEC_CVAL (val->etype).v_char, size); return 1; } else return 0; } else printChar (oBuf, s, strlen (s) + 1); return 1; } /*-----------------------------------------------------------------*/ /* printIvalArray - generates code for array initialization */ /*-----------------------------------------------------------------*/ void printIvalArray (symbol * sym, sym_link * type, initList * ilist, struct dbuf_s * oBuf, bool check) { value *val; initList *iloop; unsigned int size = 0; if (ilist) { /* take care of the special case */ /* array of characters can be init */ /* by a string */ if (IS_CHAR (type->next)) { val = list2val(ilist); if (!val) { werrorfl (ilist->filename, ilist->lineno, E_INIT_STRUCT, sym->name); return; } if (!IS_LITERAL(val->etype)) { werrorfl (ilist->filename, ilist->lineno, E_CONST_EXPECTED); return; } if (printIvalChar (sym, type, (ilist->type == INIT_DEEP ? ilist->init.deep : ilist), oBuf, SPEC_CVAL (sym->etype).v_char, check)) return; } /* not the special case */ if (ilist->type != INIT_DEEP) { werrorfl (ilist->filename, ilist->lineno, E_INIT_STRUCT, sym->name); return; } for (iloop=ilist->init.deep; iloop; iloop=iloop->next) { if ((++size > DCL_ELEM(type)) && DCL_ELEM(type)) { werrorfl (sym->fileDef, sym->lineDef, W_EXCESS_INITIALIZERS, "array", sym->name); break; } printIval (sym, type->next, iloop, oBuf, TRUE); } } if (DCL_ELEM(type)) { // pad with zeros if needed if (sizenext); while (size--) { dbuf_tprintf (oBuf, "\t!db !constbyte\n", 0); } } } else { /* we have not been given a size, but now we know it */ /* but first check, if it's a flexible array */ if (IS_STRUCT (sym->type)) sym->flexArrayLength = size * getSize (type->next); else DCL_ELEM (type) = size; } return; } /*-----------------------------------------------------------------*/ /* printIvalFuncPtr - generate initial value for function pointers */ /*-----------------------------------------------------------------*/ void printIvalFuncPtr (sym_link * type, initList * ilist, struct dbuf_s * oBuf) { value *val; int dLvl = 0; if (ilist) val = list2val (ilist); else val = valCastLiteral(type, 0.0); if (!val) { // an error has been thrown already val = constCharVal (0); } if (IS_LITERAL(val->etype)) { if (compareType(type, val->etype) == 0) { werrorfl (ilist->filename, ilist->lineno, E_INCOMPAT_TYPES); printFromToType (val->type, type); } printIvalCharPtr (NULL, type, val, oBuf); return; } /* check the types */ if ((dLvl = compareType (val->type, type->next)) <= 0) { dbuf_tprintf (oBuf, "\t!dw !constword\n", 0); return; } /* now generate the name */ if (!val->sym) { if (port->use_dw_for_init) { dbuf_tprintf (oBuf, "\t!dws\n", val->name); } else { printPointerType (oBuf, val->name); } } else if (port->use_dw_for_init) { dbuf_tprintf (oBuf, "\t!dws\n", val->sym->rname); } else { printPointerType (oBuf, val->sym->rname); } return; } /*-----------------------------------------------------------------*/ /* printIvalCharPtr - generates initial values for character pointers */ /*-----------------------------------------------------------------*/ int printIvalCharPtr (symbol * sym, sym_link * type, value * val, struct dbuf_s * oBuf) { int size = 0; /* PENDING: this is _very_ mcs51 specific, including a magic number... It's also endian specific. */ size = getSize (type); if (val->name && strlen (val->name)) { if (size == 1) /* This appears to be Z80 specific?? */ { dbuf_tprintf (oBuf, "\t!dbs\n", val->name); } else if (size == FPTRSIZE) { if (port->use_dw_for_init) { dbuf_tprintf (oBuf, "\t!dws\n", val->name); } else { printPointerType (oBuf, val->name); } } else if (size == GPTRSIZE) { int type; if (IS_PTR (val->type)) { type = DCL_TYPE (val->type); } else { type = PTR_TYPE (SPEC_OCLS (val->etype)); } if (val->sym && val->sym->isstrlit) { // this is a literal string type=CPOINTER; } printGPointerType (oBuf, val->name, sym->name, type); } else { fprintf (stderr, "*** internal error: unknown size in " "printIvalCharPtr.\n"); } } else { // these are literals assigned to pointers switch (size) { case 1: dbuf_tprintf (oBuf, "\t!dbs\n", aopLiteral (val, 0)); break; case 2: if (port->use_dw_for_init) dbuf_tprintf (oBuf, "\t!dws\n", aopLiteralLong (val, 0, size)); else if (port->little_endian) dbuf_tprintf (oBuf, "\t.byte %s,%s\n", aopLiteral (val, 0), aopLiteral (val, 1)); else dbuf_tprintf (oBuf, "\t.byte %s,%s\n", aopLiteral (val, 1), aopLiteral (val, 0)); break; case 3: if (IS_GENPTR(type) && floatFromVal(val)!=0) { // non-zero mcs51 generic pointer werrorfl (sym->fileDef, sym->lineDef, E_LITERAL_GENERIC); } if (port->little_endian) { dbuf_printf (oBuf, "\t.byte %s,%s,%s\n", aopLiteral (val, 0), aopLiteral (val, 1), aopLiteral (val, 2)); } else { dbuf_printf (oBuf, "\t.byte %s,%s,%s\n", aopLiteral (val, 2), aopLiteral (val, 1), aopLiteral (val, 0)); } break; case 4: if (IS_GENPTR(type) && floatFromVal(val)!=0) { // non-zero ds390 generic pointer werrorfl (sym->fileDef, sym->lineDef, E_LITERAL_GENERIC); } if (port->little_endian) { dbuf_printf (oBuf, "\t.byte %s,%s,%s,%s\n", aopLiteral (val, 0), aopLiteral (val, 1), aopLiteral (val, 2), aopLiteral (val, 3)); } else { dbuf_printf (oBuf, "\t.byte %s,%s,%s,%s\n", aopLiteral (val, 3), aopLiteral (val, 2), aopLiteral (val, 1), aopLiteral (val, 0)); } break; default: assert (0); } } if (!noInit && val->sym && val->sym->isstrlit && !isinSet(statsg->syms, val->sym)) { addSet (&statsg->syms, val->sym); } return 1; } /*-----------------------------------------------------------------*/ /* printIvalPtr - generates initial value for pointers */ /*-----------------------------------------------------------------*/ void printIvalPtr (symbol * sym, sym_link * type, initList * ilist, struct dbuf_s * oBuf) { value *val; int size; /* if deep then */ if (ilist && (ilist->type == INIT_DEEP)) ilist = ilist->init.deep; /* function pointer */ if (IS_FUNC (type->next)) { printIvalFuncPtr (type, ilist, oBuf); return; } if (!(val = initPointer (ilist, type))) return; /* if character pointer */ if (IS_CHAR (type->next)) if (printIvalCharPtr (sym, type, val, oBuf)) return; /* check the type */ if (compareType (type, val->type) == 0) { werrorfl (ilist->filename, ilist->lineno, W_INIT_WRONG); printFromToType (val->type, type); } /* if val is literal */ if (IS_LITERAL (val->etype)) { switch (getSize (type)) { case 1: dbuf_tprintf (oBuf, "\t!db !constbyte\n", (unsigned int) ulFromVal (val) & 0xff); break; case 2: if (port->use_dw_for_init) dbuf_tprintf (oBuf, "\t!dws\n", aopLiteralLong (val, 0, 2)); else if (port->little_endian) dbuf_tprintf (oBuf, "\t.byte %s,%s\n", aopLiteral (val, 0), aopLiteral (val, 1)); else dbuf_tprintf (oBuf, "\t.byte %s,%s\n", aopLiteral (val, 1), aopLiteral (val, 0)); break; case 3: // how about '390?? dbuf_printf (oBuf, "; generic printIvalPtr\n"); if (port->little_endian) { dbuf_printf (oBuf, "\t.byte %s,%s", aopLiteral (val, 0), aopLiteral (val, 1)); } else { dbuf_printf (oBuf, "\t.byte %s,%s", aopLiteral (val, 1), aopLiteral (val, 0)); } if (IS_GENPTR (val->type)) dbuf_printf (oBuf, ",%s\n", aopLiteral (val, 2)); else if (IS_PTR (val->type)) dbuf_printf (oBuf, ",#%x\n", pointerTypeToGPByte (DCL_TYPE (val->type), NULL, NULL)); else dbuf_printf (oBuf, ",%s\n", aopLiteral (val, 2)); } return; } size = getSize (type); if (size == 1) /* Z80 specific?? */ { dbuf_tprintf (oBuf, "\t!dbs\n", val->name); } else if (size == FPTRSIZE) { if (port->use_dw_for_init) { dbuf_tprintf (oBuf, "\t!dws\n", val->name); } else { printPointerType (oBuf, val->name); } } else if (size == GPTRSIZE) { printGPointerType (oBuf, val->name, sym->name, (IS_PTR (val->type) ? DCL_TYPE (val->type) : PTR_TYPE (SPEC_OCLS (val->etype)))); } return; } /*-----------------------------------------------------------------*/ /* printIval - generates code for initial value */ /*-----------------------------------------------------------------*/ void printIval (symbol * sym, sym_link * type, initList * ilist, struct dbuf_s * oBuf, bool check) { sym_link *itype; /* if structure then */ if (IS_STRUCT (type)) { printIvalStruct (sym, type, ilist, oBuf); return; } /* if this is an array */ if (IS_ARRAY (type)) { printIvalArray (sym, type, ilist, oBuf, check); return; } if (ilist) { // not an aggregate, ilist must be a node if (ilist->type!=INIT_NODE) { // or a 1-element list if (ilist->init.deep->next) { werrorfl (sym->fileDef, sym->lineDef, W_EXCESS_INITIALIZERS, "scalar", sym->name); } else { ilist=ilist->init.deep; } } // and the type must match itype=ilist->init.node->ftype; if (compareType(type, itype)==0) { // special case for literal strings if (IS_ARRAY (itype) && IS_CHAR (getSpec(itype)) && // which are really code pointers IS_PTR(type) && DCL_TYPE(type)==CPOINTER) { // no sweat } else { werrorfl (ilist->filename, ilist->lineno, E_TYPE_MISMATCH, "assignment", " "); printFromToType(itype, type); } } } /* if this is a pointer */ if (IS_PTR (type)) { printIvalPtr (sym, type, ilist, oBuf); return; } /* if type is SPECIFIER */ if (IS_SPEC (type)) { printIvalType (sym, type, ilist, oBuf); return; } } /*-----------------------------------------------------------------*/ /* emitStaticSeg - emitcode for the static segment */ /*-----------------------------------------------------------------*/ void emitStaticSeg (memmap * map, struct dbuf_s * oBuf) { symbol *sym; /* fprintf(out, "\t.area\t%s\n", map->sname); */ /* for all variables in this segment do */ for (sym = setFirstItem (map->syms); sym; sym = setNextItem (map->syms)) { /* if it is "extern" then do nothing */ if (IS_EXTERN (sym->etype)) continue; /* if it is not static add it to the public table */ if (!IS_STATIC (sym->etype)) { addSetHead (&publics, sym); } /* print extra debug info if required */ if (options.debug) { if (!sym->level) { /* global */ if (IS_STATIC (sym->etype)) dbuf_printf (oBuf, "F%s$", moduleName); /* scope is file */ else dbuf_printf (oBuf, "G$"); /* scope is global */ } else { /* symbol is local */ dbuf_printf (oBuf, "L%s$", (sym->localof ? sym->localof->name : "-null-")); } dbuf_printf (oBuf, "%s$%d$%d", sym->name, sym->level, sym->block); } /* if it has an absolute address and no initializer */ if (SPEC_ABSA (sym->etype) && !sym->ival) { if (options.debug) dbuf_printf (oBuf, " == 0x%04x\n", SPEC_ADDR (sym->etype)); dbuf_printf (oBuf, "%s\t=\t0x%04x\n", sym->rname, SPEC_ADDR (sym->etype)); } else { if (options.debug) dbuf_printf (oBuf, " == .\n"); /* if it has an initial value */ if (sym->ival) { if (SPEC_ABSA (sym->etype)) { dbuf_tprintf (oBuf, "\t!org\n", SPEC_ADDR (sym->etype)); } dbuf_printf (oBuf, "%s:\n", sym->rname); ++noAlloc; resolveIvalSym (sym->ival, sym->type); printIval (sym, sym->type, sym->ival, oBuf, map != xinit); --noAlloc; /* if sym is a simple string and sym->ival is a string, WE don't need it anymore */ if (IS_ARRAY(sym->type) && IS_CHAR(sym->type->next) && IS_AST_SYM_VALUE(list2expr(sym->ival)) && list2val(sym->ival)->sym->isstrlit) { freeStringSymbol(list2val(sym->ival)->sym); } } else { /* allocate space */ int size = getSize (sym->type); if (size==0) { werrorfl (sym->fileDef, sym->lineDef, E_UNKNOWN_SIZE,sym->name); } dbuf_printf (oBuf, "%s:\n", sym->rname); /* special case for character strings */ if (IS_ARRAY (sym->type) && IS_CHAR (sym->type->next) && SPEC_CVAL (sym->etype).v_char) printChar (oBuf, SPEC_CVAL (sym->etype).v_char, size); else dbuf_tprintf (oBuf, "\t!ds\n", (unsigned int) size & 0xffff); } } } } /*-----------------------------------------------------------------*/ /* emitMaps - emits the code for the data portion the code */ /*-----------------------------------------------------------------*/ void emitMaps (void) { int publicsfr = TARGET_IS_MCS51; /* Ideally, this should be true for all */ /* ports but let's be conservative - EEP */ inInitMode++; /* no special considerations for the following data, idata & bit & xdata */ emitRegularMap (data, TRUE, TRUE); emitRegularMap (idata, TRUE, TRUE); emitRegularMap (d_abs, TRUE, TRUE); emitRegularMap (i_abs, TRUE, TRUE); emitRegularMap (bit, TRUE, TRUE); emitRegularMap (pdata, TRUE, TRUE); emitRegularMap (xdata, TRUE, TRUE); emitRegularMap (x_abs, TRUE, TRUE); if (port->genXINIT) { emitRegularMap (xidata, TRUE, TRUE); } emitRegularMap (sfr, publicsfr, FALSE); emitRegularMap (sfrbit, publicsfr, FALSE); emitRegularMap (home, TRUE, FALSE); emitRegularMap (code, TRUE, FALSE); if (options.const_seg) { dbuf_tprintf (&code->oBuf, "\t!area\n", options.const_seg); } emitStaticSeg (statsg, &code->oBuf); if (port->genXINIT) { dbuf_tprintf (&code->oBuf, "\t!area\n", xinit->sname); emitStaticSeg (xinit, &code->oBuf); } dbuf_tprintf (&code->oBuf, "\t!area\n", c_abs->sname); emitStaticSeg (c_abs, &code->oBuf); inInitMode--; } /*-----------------------------------------------------------------*/ /* flushStatics - flush all currently defined statics out to file */ /* and delete. Temporary function */ /*-----------------------------------------------------------------*/ void flushStatics (void) { emitStaticSeg (statsg, codeOutBuf); statsg->syms = NULL; } /*-----------------------------------------------------------------*/ /* createInterruptVect - creates the interrupt vector */ /*-----------------------------------------------------------------*/ void createInterruptVect (struct dbuf_s *vBuf) { mainf = newSymbol ("main", 0); mainf->block = 0; /* only if the main function exists */ if (!(mainf = findSymWithLevel (SymbolTab, mainf))) { if (!options.cc_only && !noAssemble && !options.c1mode) werror (E_NO_MAIN); return; } /* if the main is only a prototype ie. no body then do nothing */ if (!IFFUNC_HASBODY(mainf->type)) { /* if ! compile only then main function should be present */ if (!options.cc_only && !noAssemble) werror (E_NO_MAIN); return; } dbuf_tprintf (vBuf, "\t!areacode\n", HOME_NAME); dbuf_printf (vBuf, "__interrupt_vect:\n"); if (!port->genIVT || !(port->genIVT (vBuf, interrupts, maxInterrupts))) { /* There's no such thing as a "generic" interrupt table header. */ wassert(0); } } char *iComments1 = { ";--------------------------------------------------------\n" "; File Created by SDCC : free open source ANSI-C Compiler\n"}; char *iComments2 = { ";--------------------------------------------------------\n"}; /*-----------------------------------------------------------------*/ /* initialComments - puts in some initial comments */ /*-----------------------------------------------------------------*/ void initialComments (FILE * afile) { time_t t; time (&t); fprintf (afile, "%s", iComments1); fprintf (afile, "; Version " SDCC_VERSION_STR " #%s (%s) (%s)\n", getBuildNumber(), getBuildDate(), getBuildEnvironment()); fprintf (afile, "; This file was generated %s", asctime (localtime (&t))); fprintf (afile, "%s", iComments2); } /*-----------------------------------------------------------------*/ /* printPublics - generates .global for publics */ /*-----------------------------------------------------------------*/ void printPublics (FILE * afile) { symbol *sym; fprintf (afile, "%s", iComments2); fprintf (afile, "; Public variables in this module\n"); fprintf (afile, "%s", iComments2); for (sym = setFirstItem (publics); sym; sym = setNextItem (publics)) tfprintf (afile, "\t!global\n", sym->rname); } /*-----------------------------------------------------------------*/ /* printExterns - generates .global for externs */ /*-----------------------------------------------------------------*/ void printExterns (FILE * afile) { symbol *sym; fprintf (afile, "%s", iComments2); fprintf (afile, "; Externals used\n"); fprintf (afile, "%s", iComments2); for (sym = setFirstItem (externs); sym; sym = setNextItem (externs)) tfprintf (afile, "\t!extern\n", sym->rname); } /*-----------------------------------------------------------------*/ /* emitOverlay - will emit code for the overlay stuff */ /*-----------------------------------------------------------------*/ static void emitOverlay (struct dbuf_s * aBuf) { set *ovrset; if (!elementsInSet (ovrSetSets)) dbuf_tprintf (aBuf, "\t!area\n", port->mem.overlay_name); /* for each of the sets in the overlay segment do */ for (ovrset = setFirstItem (ovrSetSets); ovrset; ovrset = setNextItem (ovrSetSets)) { symbol *sym; if (elementsInSet (ovrset)) { /* output the area informtion */ dbuf_printf (aBuf, "\t.area\t%s\n", port->mem.overlay_name); /* MOF */ } for (sym = setFirstItem (ovrset); sym; sym = setNextItem (ovrset)) { /* if extern then it is in the publics table: do nothing */ if (IS_EXTERN (sym->etype)) continue; /* if allocation required check is needed then check if the symbol really requires allocation only for local variables */ if (!IS_AGGREGATE (sym->type) && !(sym->_isparm && !IS_REGPARM (sym->etype)) && !sym->allocreq && sym->level) continue; /* if global variable & not static or extern and addPublics allowed then add it to the public set */ if ((sym->_isparm && !IS_REGPARM (sym->etype)) && !IS_STATIC (sym->etype)) { addSetHead (&publics, sym); } /* if extern then do nothing or is a function then do nothing */ if (IS_FUNC (sym->type)) continue; /* print extra debug info if required */ if (options.debug) { if (!sym->level) { /* global */ if (IS_STATIC (sym->etype)) dbuf_printf (aBuf, "F%s$", moduleName); /* scope is file */ else dbuf_printf (aBuf, "G$"); /* scope is global */ } else /* symbol is local */ dbuf_printf (aBuf, "L%s$", (sym->localof ? sym->localof->name : "-null-")); dbuf_printf (aBuf, "%s$%d$%d", sym->name, sym->level, sym->block); } /* if is has an absolute address then generate an equate for this no need to allocate space */ if (SPEC_ABSA (sym->etype)) { if (options.debug) dbuf_printf (aBuf, " == 0x%04x\n", SPEC_ADDR (sym->etype)); dbuf_printf (aBuf, "%s\t=\t0x%04x\n", sym->rname, SPEC_ADDR (sym->etype)); } else { int size = getSize(sym->type); if (size==0) { werrorfl (sym->fileDef, sym->lineDef, E_UNKNOWN_SIZE); } if (options.debug) dbuf_printf (aBuf, "==.\n"); /* allocate space */ dbuf_tprintf (aBuf, "!labeldef\n", sym->rname); dbuf_tprintf (aBuf, "\t!ds\n", (unsigned int) getSize (sym->type) & 0xffff); } } } } /*-----------------------------------------------------------------*/ /* glue - the final glue that hold the whole thing together */ /*-----------------------------------------------------------------*/ void glue (void) { struct dbuf_s vBuf; struct dbuf_s ovrBuf; FILE *asmFile; int mcs51_like; dbuf_init (&vBuf, 4096); dbuf_init (&ovrBuf, 4096); mcs51_like = (port->general.glue_up_main && (TARGET_IS_MCS51 || TARGET_IS_DS390 || TARGET_IS_XA51 || TARGET_IS_DS400)); /* print the global struct definitions */ if (options.debug) cdbStructBlock (0); /* PENDING: this isn't the best place but it will do */ if (port->general.glue_up_main) { /* create the interrupt vector table */ createInterruptVect (&vBuf); } /* emit code for the all the variables declared */ emitMaps (); /* do the overlay segments */ emitOverlay (&ovrBuf); outputDebugSymbols (); /* now put it all together into the assembler file */ /* create the assembler file name */ /* -o option overrides default name? */ if ((noAssemble || options.c1mode) && fullDstFileName) { strncpyz (scratchFileName, fullDstFileName, PATH_MAX); } else { strncpyz (scratchFileName, dstFileName, PATH_MAX); strncatz (scratchFileName, port->assembler.file_ext, PATH_MAX); } if (!(asmFile = fopen (scratchFileName, "w"))) { werror (E_FILE_OPEN_ERR, scratchFileName); exit (EXIT_FAILURE); } /* initial comments */ initialComments (asmFile); /* print module name */ tfprintf (asmFile, "\t!module\n", moduleName); if (mcs51_like) { fprintf (asmFile, "\t.optsdcc -m%s", port->target); switch(options.model) { case MODEL_SMALL: fprintf (asmFile, " --model-small"); break; case MODEL_COMPACT: fprintf (asmFile, " --model-compact"); break; case MODEL_MEDIUM: fprintf (asmFile, " --model-medium"); break; case MODEL_LARGE: fprintf (asmFile, " --model-large"); break; case MODEL_FLAT24: fprintf (asmFile, " --model-flat24"); break; case MODEL_PAGE0: fprintf (asmFile, " --model-page0"); break; default: break; } /*if(options.stackAuto) fprintf (asmFile, " --stack-auto");*/ if(options.useXstack) fprintf (asmFile, " --xstack"); /*if(options.intlong_rent) fprintf (asmFile, " --int-long-rent");*/ /*if(options.float_rent) fprintf (asmFile, " --float-rent");*/ if(options.noRegParams) fprintf (asmFile, " --no-reg-params"); if(options.parms_in_bank1) fprintf (asmFile, " --parms-in-bank1"); fprintf (asmFile, "\n"); } else if (TARGET_Z80_LIKE || TARGET_IS_HC08) { fprintf (asmFile, "\t.optsdcc -m%s\n", port->target); } tfprintf (asmFile, "\t!fileprelude\n"); /* Let the port generate any global directives, etc. */ if (port->genAssemblerPreamble) { port->genAssemblerPreamble (asmFile); } /* print the global variables in this module */ printPublics (asmFile); if (port->assembler.externGlobal) printExterns (asmFile); if (( mcs51_like ) ||( TARGET_IS_Z80 )) /*.p.t.20030924 need to output SFR table for Z80 as well */ { /* copy the sfr segment */ fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; special function registers\n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&sfr->oBuf, asmFile); } if (mcs51_like) { /* copy the sbit segment */ fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; special function bits\n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&sfrbit->oBuf, asmFile); /*JCF: Create the areas for the register banks*/ if (RegBankUsed[0] || RegBankUsed[1] || RegBankUsed[2] || RegBankUsed[3]) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; overlayable register banks\n"); fprintf (asmFile, "%s", iComments2); if (RegBankUsed[0]) fprintf (asmFile, "\t.area REG_BANK_0\t(REL,OVR,DATA)\n\t.ds 8\n"); if (RegBankUsed[1] || options.parms_in_bank1) fprintf (asmFile, "\t.area REG_BANK_1\t(REL,OVR,DATA)\n\t.ds 8\n"); if (RegBankUsed[2]) fprintf (asmFile, "\t.area REG_BANK_2\t(REL,OVR,DATA)\n\t.ds 8\n"); if (RegBankUsed[3]) fprintf (asmFile, "\t.area REG_BANK_3\t(REL,OVR,DATA)\n\t.ds 8\n"); } if (BitBankUsed) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; overlayable bit register bank\n"); fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "\t.area BIT_BANK\t(REL,OVR,DATA)\n"); fprintf (asmFile, "bits:\n\t.ds 1\n"); fprintf (asmFile, "\tb0 = bits[0]\n"); fprintf (asmFile, "\tb1 = bits[1]\n"); fprintf (asmFile, "\tb2 = bits[2]\n"); fprintf (asmFile, "\tb3 = bits[3]\n"); fprintf (asmFile, "\tb4 = bits[4]\n"); fprintf (asmFile, "\tb5 = bits[5]\n"); fprintf (asmFile, "\tb6 = bits[6]\n"); fprintf (asmFile, "\tb7 = bits[7]\n"); } } /* copy the data segment */ fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; %s ram data\n", mcs51_like?"internal":""); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&data->oBuf, asmFile); /* create the overlay segments */ if (overlay) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; overlayable items in %s ram \n", mcs51_like?"internal":""); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&ovrBuf, asmFile); } /* create the stack segment MOF */ if (mainf && IFFUNC_HASBODY (mainf->type)) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; Stack segment in internal ram \n"); fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "\t.area\tSSEG\t(DATA)\n" "__start__stack:\n\t.ds\t1\n\n"); } /* create the idata segment */ if ((idata) && (mcs51_like)) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; indirectly addressable internal ram data\n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&idata->oBuf, asmFile); } /* create the absolute idata/data segment */ if ((i_abs) && (mcs51_like)) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; absolute internal ram data\n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&d_abs->oBuf, asmFile); dbuf_write_and_destroy (&i_abs->oBuf, asmFile); } /* copy the bit segment */ if (mcs51_like) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; bit data\n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&bit->oBuf, asmFile); } /* copy paged external ram data */ if (mcs51_like) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; paged external ram data\n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&pdata->oBuf, asmFile); } /* if external stack then reserve space for it */ if (mainf && IFFUNC_HASBODY (mainf->type) && options.useXstack) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; external stack \n"); fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "\t.area XSTK (PAG,XDATA)\n" "__start__xstack:\n\t.ds\t1\n\n"); } /* copy external ram data */ if (mcs51_like) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; external ram data\n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&xdata->oBuf, asmFile); } /* create the absolute xdata segment */ if (mcs51_like || TARGET_IS_HC08) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; absolute external ram data\n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&x_abs->oBuf, asmFile); } /* copy external initialized ram data */ fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; external initialized ram data\n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&xidata->oBuf, asmFile); /* If the port wants to generate any extra areas, let it do so. */ if (port->extraAreas.genExtraAreaDeclaration) { port->extraAreas.genExtraAreaDeclaration(asmFile, mainf && IFFUNC_HASBODY(mainf->type)); } /* copy the interrupt vector table */ if (mainf && IFFUNC_HASBODY (mainf->type)) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; interrupt vector \n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&vBuf, asmFile); } /* copy global & static initialisations */ fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; global & static initialisations\n"); fprintf (asmFile, "%s", iComments2); /* Everywhere we generate a reference to the static_name area, * (which is currently only here), we immediately follow it with a * definition of the post_static_name area. This guarantees that * the post_static_name area will immediately follow the static_name * area. */ tfprintf (asmFile, "\t!area\n", port->mem.home_name); tfprintf (asmFile, "\t!area\n", port->mem.static_name); /* MOF */ tfprintf (asmFile, "\t!area\n", port->mem.post_static_name); tfprintf (asmFile, "\t!area\n", port->mem.static_name); if (mainf && IFFUNC_HASBODY (mainf->type)) { if (port->genInitStartup) { port->genInitStartup (asmFile); } else { assert (mcs51_like); fprintf (asmFile, "__sdcc_gsinit_startup:\n"); /* if external stack is specified then the higher order byte of the xdatalocation is going into P2 and the lower order going into spx */ if (options.useXstack) { fprintf (asmFile, "\tmov\tP2,#0x%02x\n", (((unsigned int) options.xdata_loc) >> 8) & 0xff); fprintf (asmFile, "\tmov\t_spx,#0x%02x\n", (unsigned int) options.xdata_loc & 0xff); } // This should probably be a port option, but I'm being lazy. // on the 400, the firmware boot loader gives us a valid stack // (see '400 data sheet pg. 85 (TINI400 ROM Initialization code) if (!TARGET_IS_DS400) { /* initialise the stack pointer. JCF: aslink takes care of the location */ fprintf (asmFile, "\tmov\tsp,#__start__stack - 1\n"); /* MOF */ } fprintf (asmFile, "\t%ccall\t__sdcc_external_startup\n", options.acall_ajmp?'a':'l'); fprintf (asmFile, "\tmov\ta,dpl\n"); fprintf (asmFile, "\tjz\t__sdcc_init_data\n"); fprintf (asmFile, "\t%cjmp\t__sdcc_program_startup\n", options.acall_ajmp?'a':'l'); fprintf (asmFile, "__sdcc_init_data:\n"); // if the port can copy the XINIT segment to XISEG if (port->genXINIT) { port->genXINIT (asmFile); } } } dbuf_write_and_destroy (&statsg->oBuf, asmFile); if (port->general.glue_up_main && mainf && IFFUNC_HASBODY (mainf->type)) { /* This code is generated in the post-static area. * This area is guaranteed to follow the static area * by the ugly shucking and jiving about 20 lines ago. */ tfprintf (asmFile, "\t!area\n", port->mem.post_static_name); fprintf (asmFile, "\t%cjmp\t__sdcc_program_startup\n", options.acall_ajmp?'a':'l'); } fprintf (asmFile, "%s" "; Home\n" "%s", iComments2, iComments2); tfprintf (asmFile, "\t!areahome\n", HOME_NAME); dbuf_write_and_destroy (&home->oBuf, asmFile); if (mainf && IFFUNC_HASBODY (mainf->type)) { /* entry point @ start of HOME */ fprintf (asmFile, "__sdcc_program_startup:\n"); /* put in jump or call to main */ if (options.mainreturn) { fprintf (asmFile, "\t%cjmp\t_main\n", options.acall_ajmp?'a':'l'); /* needed? */ fprintf (asmFile, ";\treturn from main will return to caller\n"); } else { fprintf (asmFile, "\t%ccall\t_main\n", options.acall_ajmp?'a':'l'); fprintf (asmFile, ";\treturn from main will lock up\n"); fprintf (asmFile, "\tsjmp .\n"); } } /* copy over code */ fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; code\n"); fprintf (asmFile, "%s", iComments2); tfprintf (asmFile, "\t!areacode\n", options.code_seg); dbuf_write_and_destroy (&code->oBuf, asmFile); if (port->genAssemblerEnd) { port->genAssemblerEnd (asmFile); } fclose (asmFile); } sdcc-2.9.0/src/SDCCglue.h000066400000000000000000000031371116427777700150160ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCglue.h - glues everything we have done together into one file. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCglobl.h" #include "SDCCmem.h" #ifndef SDCCGLUE_H #define SDCCGLUE_H 1 void glue (void); /* drdani Jan 30 2000 This is needed in gen.c of z80 port */ char *aopLiteral (value *, int); void flushStatics (void); int printIvalCharPtr (symbol *, sym_link *, value *, struct dbuf_s *); extern symbol *interrupts[]; extern set *publics; int pointerTypeToGPByte (const int p_type, const char *iname, const char *oname); #endif sdcc-2.9.0/src/SDCChasht.c000066400000000000000000000340231116427777700151620ustar00rootroot00000000000000/*----------------------------------------------------------------- SDCChast.c - contains support routines for hashtables Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include #include #include #include "SDCCglobl.h" #include "SDCChasht.h" #include "newalloc.h" #define DEFAULT_HTAB_SIZE 128 /*-----------------------------------------------------------------*/ /* newHashtItem - creates a new hashtable Item */ /*-----------------------------------------------------------------*/ static hashtItem * _newHashtItem (int key, void *pkey, void *item) { hashtItem *htip; htip = Safe_alloc ( sizeof (hashtItem)); htip->key = key; htip->pkey = pkey; htip->item = item; htip->next = NULL; return htip; } /*-----------------------------------------------------------------*/ /* newHashTable - allocates a new hashtable of size */ /*-----------------------------------------------------------------*/ hTab * newHashTable (int size) { hTab *htab; htab = Safe_alloc ( sizeof (hTab)); if (!(htab->table = Safe_alloc ((size + 1) * sizeof (hashtItem *)))) { fprintf (stderr, "out of virtual memory %s %d\n", __FILE__, (size + 1) * (int) sizeof (hashtItem *)); exit (1); } htab->minKey = htab->size = size; return htab; } void hTabAddItemLong (hTab ** htab, int key, void *pkey, void *item) { hashtItem *htip; hashtItem *last; if (!(*htab)) *htab = newHashTable (DEFAULT_HTAB_SIZE); if (key > (*htab)->size) { int i; (*htab)->table = Safe_realloc ((*htab)->table, (key * 2 + 2) * sizeof (hashtItem *)); for (i = (*htab)->size + 1; i <= (key * 2 + 1); i++) (*htab)->table[i] = NULL; (*htab)->size = key * 2 + 1; } /* update the key */ if ((*htab)->maxKey < key) (*htab)->maxKey = key; if ((*htab)->minKey > key) (*htab)->minKey = key; /* create the item */ htip = _newHashtItem (key, pkey, item); /* if there is a clash then goto end of chain */ if ((last = (*htab)->table[key])) { while (last->next) last = last->next; last->next = htip; } else /* else just add it */ (*htab)->table[key] = htip; (*htab)->nItems++; } /*-----------------------------------------------------------------*/ /* hTabAddItem - adds an item to the hash table */ /*-----------------------------------------------------------------*/ void hTabAddItem (hTab ** htab, int key, void *item) { hTabAddItemLong (htab, key, NULL, item); } /*-----------------------------------------------------------------*/ /* hTabDeleteItem - either delete an item */ /*-----------------------------------------------------------------*/ void hTabDeleteItem (hTab ** htab, int key, const void *item, DELETE_ACTION action, int (*compareFunc) (const void *, const void *)) { hashtItem *htip, **htipp; if (!(*htab)) return; /* first check if anything exists in the slot */ if (!(*htab)->table[key]) return; /* if delete chain */ if (action == DELETE_CHAIN) (*htab)->table[key] = NULL; else { /* delete specific item */ /* if a compare function is given then use the compare */ /* function to find the item, else just compare the items */ htipp = &((*htab)->table[key]); htip = (*htab)->table[key]; for (; htip; htip = htip->next) { if (compareFunc ? compareFunc (item, htip->item) : (item == htip->item)) { *htipp = htip->next; break; } htipp = &(htip->next); } } (*htab)->nItems--; if (!(*htab)->nItems) { *htab = NULL; } } /*-----------------------------------------------------------------*/ /* hTabDeleteAll - deletes all items in a hash table to reduce mem */ /* leaks written by */ /* "BESSIERE Jerome" */ /*-----------------------------------------------------------------*/ void hTabDeleteAll (hTab * p) { if (p && p->table) { register int i; register hashtItem *jc, *jn; for (i = 0; i < p->size; i++) { if (!(jc = p->table[i])) continue; jn = jc->next; while (jc) { Safe_free (jc); if ((jc = jn)) jn = jc->next; } p->table[i] = NULL; } Safe_free (p->table); } } /*-----------------------------------------------------------------*/ /* hTabClearAll - clear all entries in the table (does not free) */ /*-----------------------------------------------------------------*/ void hTabClearAll (hTab * htab) { if (!htab || !htab->table) { printf ("null table\n"); return; } memset (htab->table, 0, htab->size * sizeof (hashtItem *)); htab->minKey = htab->size; htab->currKey = htab->nItems = htab->maxKey = 0; } static const hashtItem * _findItem (hTab * htab, int key, void *item, int (*compareFunc) (void *, void *)) { hashtItem *htip; for (htip = htab->table[key]; htip; htip = htip->next) { /* if a compare function is given use it */ if (compareFunc && compareFunc (item, htip->item)) break; else if (item == htip->item) break; } return htip; } static const hashtItem * _findByKey (hTab * htab, int key, const void *pkey, int (*compare) (const void *, const void *)) { hashtItem *htip; assert (compare); if (!htab) return NULL; for (htip = htab->table[key]; htip; htip = htip->next) { /* if a compare function is given use it */ if (compare && compare (pkey, htip->pkey)) { break; } else { if (pkey == htip->pkey) { break; } } } return htip; } void * hTabFindByKey (hTab * h, int key, const void *pkey, int (*compare) (const void *, const void *)) { const hashtItem *item; if ((item = _findByKey (h, key, pkey, compare))) return item->item; return NULL; } int hTabDeleteByKey (hTab ** h, int key, const void *pkey, int (*compare) (const void *, const void *)) { hashtItem *htip, **htipp; bool found = FALSE; if (!(*h)) return 0; /* first check if anything exists in the slot */ if (!(*h)->table[key]) return 0; /* delete specific item */ /* if a compare function is given then use the compare */ /* function to find the item, else just compare the items */ htipp = &((*h)->table[key]); htip = (*h)->table[key]; for (; htip; htip = htip->next) { if ( (compare && compare (pkey, htip->pkey)) || pkey == htip->pkey) { *htipp = htip->next; found = TRUE; break; } htipp = &(htip->next); } if (found == TRUE) { (*h)->nItems--; if (!(*h)->nItems) { *h = NULL; } } return 1; } /*-----------------------------------------------------------------*/ /* hTabIsInTable - will determine if an Item is in the hasht */ /*-----------------------------------------------------------------*/ int hTabIsInTable (hTab * htab, int key, void *item, int (*compareFunc) (void *, void *)) { if (_findItem (htab, key, item, compareFunc)) return 1; return 0; } /*-----------------------------------------------------------------*/ /* hTabFirstItem - returns the first Item in the hTab */ /*-----------------------------------------------------------------*/ void * hTabFirstItem (hTab * htab, int *k) { int key; if (!htab) return NULL; for (key = htab->minKey; key <= htab->maxKey; key++) { if (htab->table[key]) { htab->currItem = htab->table[key]; htab->currKey = key; *k = key; return htab->table[key]->item; } } return NULL; } /*-----------------------------------------------------------------*/ /* hTabNextItem - returns the next item in the hTab */ /*-----------------------------------------------------------------*/ void * hTabNextItem (hTab * htab, int *k) { int key; if (!htab) return NULL; /* if this chain not ended then */ if (htab->currItem->next) { *k = htab->currItem->key; return (htab->currItem = htab->currItem->next)->item; } /* find the next chain which has something */ for (key = htab->currKey + 1; key <= htab->maxKey; key++) { if (htab->table[key]) { htab->currItem = htab->table[key]; *k = htab->currKey = key; return htab->table[key]->item; } } return NULL; } /*-----------------------------------------------------------------*/ /* hTabFirstItemWK - returns the first Item in the hTab for a key */ /*-----------------------------------------------------------------*/ void * hTabFirstItemWK (hTab * htab, int wk) { if (!htab) return NULL; if (wk < htab->minKey || wk > htab->maxKey) return NULL; htab->currItem = htab->table[wk]; htab->currKey = wk; return (htab->table[wk] ? htab->table[wk]->item : NULL); } /*-----------------------------------------------------------------*/ /* hTabNextItem - returns the next item in the hTab for a key */ /*-----------------------------------------------------------------*/ void * hTabNextItemWK (hTab * htab) { if (!htab) return NULL; /* if this chain not ended then */ if (htab->currItem->next) { return (htab->currItem = htab->currItem->next)->item; } return NULL; } /*-----------------------------------------------------------------*/ /* hTabFromTable - hash Table from a hash table */ /*-----------------------------------------------------------------*/ hTab * hTabFromTable (hTab * htab) { hTab *nhtab; hashtItem *htip; int key; if (!htab) return NULL; nhtab = newHashTable (htab->size); for (key = htab->minKey; key <= htab->maxKey; key++) { for (htip = htab->table[key]; htip; htip = htip->next) hTabAddItem (&nhtab, htip->key, htip->item); } return nhtab; } /*-----------------------------------------------------------------*/ /* isHtabsEqual - returns 1 if all items in htab1 is found in htab2 */ /*-----------------------------------------------------------------*/ int isHtabsEqual (hTab * htab1, hTab * htab2, int (*compareFunc) (void *, void *)) { void *item; int key; if (htab1 == htab2) return 1; if (htab1 == NULL || htab2 == NULL) return 0; /* if they are different sizes then */ if (htab1->nItems != htab2->nItems) return 0; /* now do an item by item check */ for (item = hTabFirstItem (htab1, &key); item; item = hTabNextItem (htab1, &key)) if (!hTabIsInTable (htab2, key, item, compareFunc)) return 0; return 1; } /*-----------------------------------------------------------------*/ /* hTabSearch - returns the first Item with the specified key */ /*-----------------------------------------------------------------*/ hashtItem * hTabSearch (hTab * htab, int key) { if (!htab) return NULL; if ((key < htab->minKey) || (key > htab->maxKey)) return NULL; if (!htab->table[key]) return NULL; return htab->table[key]; } /*-----------------------------------------------------------------*/ /* hTabItemWithKey - returns the first item with the given key */ /*-----------------------------------------------------------------*/ void * hTabItemWithKey (hTab * htab, int key) { hashtItem *htip; if (!(htip = hTabSearch (htab, key))) return NULL; return htip->item; } /*-----------------------------------------------------------------*/ /* hTabMaxKey - return the maxKey of item in the hashTable */ /*-----------------------------------------------------------------*/ int hTabMaxKey (hTab *htab) { return (htab ? htab->maxKey : 0); } /*-----------------------------------------------------------------*/ /*hTabAddItemIfNotP - adds an item with nothing found with key */ /*-----------------------------------------------------------------*/ void hTabAddItemIfNotP (hTab ** htab, int key, void *item) { if (!*htab) { hTabAddItem (htab, key, item); return; } if (hTabItemWithKey (*htab, key)) return; hTabAddItem (htab, key, item); } /** Simple implementation of a hash table which uses string (key, value) pairs. If a key already exists in the table, the newly added value will replace it. This is used for the assembler token table. The replace existing condition is used to implement inheritance. */ static int _compare (const void *s1, const void *s2) { return !strcmp (s1, s2); } static int _hash (const char *sz) { /* Dumb for now */ return *sz; } void shash_add (hTab ** h, const char *szKey, const char *szValue) { char *val; int key = _hash (szKey); /* Find value of the item */ val = (char *)hTabFindByKey(*h, key, szKey, _compare); /* Delete any that currently exist */ hTabDeleteByKey(h, key, szKey, _compare); /* Deallocate old value in not NULL */ if (val != NULL) Safe_free(val); /* Duplicate new value if not NULL */ if (szValue != NULL) szValue = Safe_strdup(szValue); /* Now add in ours */ hTabAddItemLong (h, key, Safe_strdup (szKey), (void *)szValue); } const char * shash_find (hTab * h, const char *szKey) { int key = _hash (szKey); return (char *) hTabFindByKey (h, key, szKey, _compare); } sdcc-2.9.0/src/SDCChasht.h000066400000000000000000000101661116427777700151710ustar00rootroot00000000000000/*----------------------------------------------------------------- SDCChast.h - contains support routines for hashtables/sets . Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCHASHT_H #define SDCCHASHT_H /* hashtable item */ typedef struct hashtItem { int key; /* Pointer to the key that was hashed for key. Used for a hash table with unique keys. */ void *pkey; void *item; struct hashtItem *next; } hashtItem; /* hashtable */ typedef struct hTab { int size; /* max number of items */ int minKey; /* minimum key value */ int maxKey; /* maximum key value */ hashtItem **table; /* the actual table */ int currKey; /* used for iteration */ hashtItem *currItem; /* current item within the list */ int nItems; } hTab; typedef enum { DELETE_CHAIN = 1, DELETE_ITEM } DELETE_ACTION; /*-----------------------------------------------------------------*/ /* Forward definition for functions */ /*-----------------------------------------------------------------*/ /* hashtable related functions */ hTab *newHashTable (int); void hTabAddItem (hTab **, int key, void *item); /** Adds a new item to the hash table. @param h The hash table to add to @param key A hashed version of pkey @param pkey A copy of the key. Owned by the hash table after this function. @param item Value for this key. */ void hTabAddItemLong (hTab ** h, int key, void *pkey, void *item); /** Finds a item by exact key. Searches all items in the key 'key' for a key that according to 'compare' matches pkey. @param h The hash table to search @param key A hashed version of pkey. @param pkey The key to search for @param compare Returns 0 if pkey == this */ void *hTabFindByKey (hTab * h, int key, const void *pkey, int (*compare) (const void *, const void *)); /** Deletes an item with the exact key 'pkey' @see hTabFindByKey */ int hTabDeleteByKey (hTab ** h, int key, const void *pkey, int (*compare) (const void *, const void *)); void hTabDeleteItem (hTab **, int key, const void *item, DELETE_ACTION action, int (*compareFunc) (const void *, const void *)); int hTabIsInTable (hTab *, int, void *, int (*compareFunc) (void *, void *)); void *hTabFirstItem (hTab *, int *); void *hTabNextItem (hTab *, int *); hTab *hTabFromTable (hTab *); int isHtabsEqual (hTab *, hTab *, int (*compareFunc) (void *, void *)); hashtItem *hTabSearch (hTab *, int); void *hTabItemWithKey (hTab *, int); void hTabAddItemIfNotP (hTab **, int, void *); void hTabDeleteAll (hTab *); void *hTabFirstItemWK (hTab * htab, int wk); void *hTabNextItemWK (hTab * htab); void hTabClearAll (hTab * htab); int hTabMaxKey (hTab *htab); /** Find the first item that either is 'item' or which according to 'compareFunc' is the same as item. @param compareFunc strcmp like compare function, may be null. */ void *hTabFindItem (hTab * htab, int key, void *item, int (*compareFunc) (void *, void *)); void shash_add (hTab ** h, const char *szKey, const char *szValue); const char *shash_find (hTab * h, const char *szKey); #endif sdcc-2.9.0/src/SDCCicode.c000066400000000000000000004147171116427777700151520ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCicode.c - intermediate code generation etc. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "newalloc.h" #include "math.h" #include "dbuf_string.h" /*-----------------------------------------------------------------*/ /* global variables */ set *iCodeChain = NULL; int iTempNum = 0; int iTempLblNum = 0; int operandKey = 0; int iCodeKey = 0; char *filename; /* current file name */ int lineno = 1; /* current line number */ int block; int scopeLevel; int seqPoint; symbol *returnLabel; /* function return label */ symbol *entryLabel; /* function entry label */ /*-----------------------------------------------------------------*/ /* forward definition of some functions */ operand *geniCodeAssign (operand *, operand *, int, int); static operand *geniCodeArray (operand *, operand *,int); static operand *geniCodeArray2Ptr (operand *); operand *geniCodeRValue (operand *, bool); operand *geniCodeDerefPtr (operand *,int); int isLvaluereq(int lvl); void setOClass (sym_link * ptr, sym_link * spec); static operand *geniCodeCast (sym_link *, operand *, bool); #define PRINTFUNC(x) void x (struct dbuf_s *dbuf, iCode *ic, char *s) /* forward definition of ic print functions */ PRINTFUNC (picGetValueAtAddr); PRINTFUNC (picSetValueAtAddr); PRINTFUNC (picAddrOf); PRINTFUNC (picGeneric); PRINTFUNC (picGenericOne); PRINTFUNC (picCast); PRINTFUNC (picAssign); PRINTFUNC (picLabel); PRINTFUNC (picGoto); PRINTFUNC (picIfx); PRINTFUNC (picJumpTable); PRINTFUNC (picInline); PRINTFUNC (picReceive); PRINTFUNC (picDummyRead); PRINTFUNC (picCritical); PRINTFUNC (picEndCritical); iCodeTable codeTable[] = { {'!', "not", picGenericOne, NULL}, {'~', "~", picGenericOne, NULL}, {RRC, "rrc", picGenericOne, NULL}, {RLC, "rlc", picGenericOne, NULL}, {GETHBIT, "ghbit", picGenericOne, NULL}, {GETABIT, "gabit", picGenericOne, NULL}, {GETBYTE, "gbyte", picGenericOne, NULL}, {GETWORD, "gword", picGenericOne, NULL}, {UNARYMINUS, "-", picGenericOne, NULL}, {IPUSH, "push", picGenericOne, NULL}, {IPOP, "pop", picGenericOne, NULL}, {CALL, "call", picGenericOne, NULL}, {PCALL, "pcall", picGenericOne, NULL}, {FUNCTION, "proc", picGenericOne, NULL}, {ENDFUNCTION, "eproc", picGenericOne, NULL}, {RETURN, "ret", picGenericOne, NULL}, {'+', "+", picGeneric, NULL}, {'-', "-", picGeneric, NULL}, {'*', "*", picGeneric, NULL}, {'/', "/", picGeneric, NULL}, {'%', "%", picGeneric, NULL}, {'>', ">", picGeneric, NULL}, {'<', "<", picGeneric, NULL}, {LE_OP, "<=", picGeneric, NULL}, {GE_OP, ">=", picGeneric, NULL}, {EQ_OP, "==", picGeneric, NULL}, {NE_OP, "!=", picGeneric, NULL}, {AND_OP, "&&", picGeneric, NULL}, {OR_OP, "||", picGeneric, NULL}, {'^', "^", picGeneric, NULL}, {'|', "|", picGeneric, NULL}, {BITWISEAND, "&", picGeneric, NULL}, {LEFT_OP, "<<", picGeneric, NULL}, {RIGHT_OP, ">>", picGeneric, NULL}, {GET_VALUE_AT_ADDRESS, "@", picGetValueAtAddr, NULL}, {ADDRESS_OF, "&", picAddrOf, NULL}, {CAST, "<>", picCast, NULL}, {'=', ":=", picAssign, NULL}, {LABEL, "", picLabel, NULL}, {GOTO, "", picGoto, NULL}, {JUMPTABLE, "jtab", picJumpTable, NULL}, {IFX, "if", picIfx, NULL}, {INLINEASM, "", picInline, NULL}, {RECEIVE, "recv", picReceive, NULL}, {SEND, "send", picGenericOne, NULL}, {ARRAYINIT, "arrayInit", picGenericOne, NULL}, {DUMMY_READ_VOLATILE, "dummy = (volatile)", picDummyRead, NULL}, {CRITICAL, "critical_start", picCritical, NULL}, {ENDCRITICAL, "critical_end", picEndCritical, NULL}, {SWAP, "swap", picGenericOne, NULL} }; /*-----------------------------------------------------------------*/ /* operandName - returns the name of the operand */ /*-----------------------------------------------------------------*/ int printOperand (operand * op, FILE * file) { struct dbuf_s dbuf; int ret; int pnl = 0; if (!file) { file = stdout; pnl = 1; } dbuf_init (&dbuf, 1024); ret = dbuf_printOperand(op, &dbuf); dbuf_write_and_destroy (&dbuf, file); if (pnl) putc ('\n', file); return ret; } int dbuf_printOperand (operand * op, struct dbuf_s *dbuf) { sym_link *opetype; if (!op) return 1; switch (op->type) { case VALUE: opetype = getSpec (operandType (op)); if (IS_FLOAT (opetype)) dbuf_printf (dbuf, "%g {", SPEC_CVAL (opetype).v_float); else if (IS_FIXED16X16 (opetype)) dbuf_printf (dbuf, "%g {", doubleFromFixed16x16(SPEC_CVAL (opetype).v_fixed16x16)); else dbuf_printf (dbuf, "0x%x {", (unsigned int) ulFromVal (op->operand.valOperand)); dbuf_printTypeChain (operandType (op), dbuf); dbuf_append_char (dbuf, '}'); break; case SYMBOL: #define REGA 1 //#if REGA /* { */ if(REGA && !getenv("PRINT_SHORT_OPERANDS")) { dbuf_printf (dbuf, "%s [k%d lr%d:%d so:%d]{ ia%d a2p%d re%d rm%d nos%d ru%d dp%d}", /*{ar%d rm%d ru%d p%d a%d u%d i%d au%d k%d ks%d}" , */ (OP_SYMBOL (op)->rname[0] ? OP_SYMBOL (op)->rname : OP_SYMBOL (op)->name), op->key, OP_LIVEFROM (op), OP_LIVETO (op), OP_SYMBOL (op)->stack, op->isaddr, op->aggr2ptr, OP_SYMBOL (op)->isreqv, OP_SYMBOL (op)->remat,OP_SYMBOL(op)->noSpilLoc, OP_SYMBOL(op)->ruonly,OP_SYMBOL(op)->dptr ); { dbuf_append_char (dbuf, '{'); dbuf_printTypeChain (operandType (op), dbuf); if (SPIL_LOC (op) && IS_ITEMP (op)) dbuf_printf (dbuf, "}{ sir@ %s", SPIL_LOC (op)->rname); dbuf_append_char (dbuf, '}'); } /* if assigned to registers */ if (OP_SYMBOL (op)->nRegs) { if (OP_SYMBOL (op)->isspilt) { if (!OP_SYMBOL (op)->remat) if (OP_SYMBOL (op)->usl.spillLoc) dbuf_printf (dbuf, "[%s]", (OP_SYMBOL (op)->usl.spillLoc->rname[0] ? OP_SYMBOL (op)->usl.spillLoc->rname : OP_SYMBOL (op)->usl.spillLoc->name)); else dbuf_append_str (dbuf, "[err]"); else dbuf_append_str (dbuf, "[remat]"); } else { int i; dbuf_append_char (dbuf, '['); for (i = 0; i < OP_SYMBOL (op)->nRegs; i++) dbuf_printf (dbuf, "%s ", port->getRegName (OP_SYMBOL (op)->regs[i])); dbuf_append_char (dbuf, ']'); } } //#else /* } else { */ } else { /* (getenv("PRINT_SHORT_OPERANDS") != NULL) */ dbuf_printf (dbuf, "%s ", (OP_SYMBOL (op)->rname[0] ? OP_SYMBOL (op)->rname : OP_SYMBOL (op)->name)); if(getenv("PRINT_SHORT_OPERANDS")[0] < '1') { dbuf_printf (dbuf, "[lr%d:%d so:%d]", OP_LIVEFROM (op), OP_LIVETO (op), OP_SYMBOL (op)->stack); } if(getenv("PRINT_SHORT_OPERANDS")[0] < '2') { dbuf_append_char (dbuf, '{'); dbuf_printTypeChain (operandType (op), dbuf); if (SPIL_LOC (op) && IS_ITEMP (op)) dbuf_printf (dbuf, "}{ sir@ %s", SPIL_LOC (op)->rname); dbuf_append_char (dbuf, '}'); } /* if assigned to registers */ if (OP_SYMBOL (op)->nRegs) { if (OP_SYMBOL (op)->isspilt) { if (!OP_SYMBOL (op)->remat) if (OP_SYMBOL (op)->usl.spillLoc) dbuf_printf (dbuf, "[%s]", (OP_SYMBOL (op)->usl.spillLoc->rname[0] ? OP_SYMBOL (op)->usl.spillLoc->rname : OP_SYMBOL (op)->usl.spillLoc->name)); else dbuf_append_str (dbuf, "[err]"); else dbuf_append_str (dbuf, "[remat]"); } else { int i; dbuf_append_char (dbuf, '['); for (i = 0; i < OP_SYMBOL (op)->nRegs; i++) dbuf_printf (dbuf, "%s ", port->getRegName (OP_SYMBOL (op)->regs[i])); dbuf_append_char (dbuf, ']'); } } //#endif /* } */ } break; case TYPE: dbuf_append_char (dbuf, '('); dbuf_printTypeChain (op->operand.typeOperand, dbuf); dbuf_append_char (dbuf, ')'); break; } return 0; } /*-----------------------------------------------------------------*/ /* print functions */ /*-----------------------------------------------------------------*/ PRINTFUNC (picGetValueAtAddr) { dbuf_append_char (dbuf, '\t'); dbuf_printOperand (IC_RESULT (ic), dbuf); dbuf_append_str (dbuf, " = "); dbuf_append_str (dbuf, "@["); dbuf_printOperand (IC_LEFT (ic), dbuf); dbuf_append_str (dbuf, "]\n"); } PRINTFUNC (picSetValueAtAddr) { dbuf_append_char (dbuf, '\t'); dbuf_append_str (dbuf, "*["); dbuf_printOperand (IC_LEFT (ic), dbuf); dbuf_append_str (dbuf, "] = "); dbuf_printOperand (IC_RIGHT (ic), dbuf); dbuf_append_char (dbuf, '\n'); } PRINTFUNC (picAddrOf) { dbuf_append_char (dbuf, '\t'); dbuf_printOperand (IC_RESULT (ic), dbuf); if (IS_ITEMP (IC_LEFT (ic))) dbuf_append_str (dbuf, " = "); else dbuf_append_str (dbuf, " = &["); dbuf_printOperand (IC_LEFT (ic), dbuf); if (IC_RIGHT (ic)) { if (IS_ITEMP (IC_LEFT (ic))) dbuf_append_str (dbuf, " offsetAdd "); else dbuf_append_str (dbuf, " , "); dbuf_printOperand (IC_RIGHT (ic), dbuf); } if (IS_ITEMP (IC_LEFT (ic))) dbuf_append_char (dbuf, '\n'); else dbuf_append_str (dbuf, "]\n"); } PRINTFUNC (picJumpTable) { symbol *sym; dbuf_append_char (dbuf, '\t'); dbuf_printf (dbuf, "%s\t", s); dbuf_printOperand (IC_JTCOND (ic), dbuf); for (sym = setFirstItem (IC_JTLABELS (ic)); sym; sym = setNextItem (IC_JTLABELS (ic))) dbuf_printf (dbuf, "; %s", sym->name); dbuf_append_char (dbuf, '\n'); } PRINTFUNC (picGeneric) { dbuf_append_char (dbuf, '\t'); dbuf_printOperand (IC_RESULT (ic), dbuf); dbuf_append_str (dbuf, " = "); dbuf_printOperand (IC_LEFT (ic), dbuf); dbuf_printf (dbuf, " %s ", s); dbuf_printOperand (IC_RIGHT (ic), dbuf); dbuf_append_char (dbuf, '\n'); } PRINTFUNC (picGenericOne) { dbuf_append_char (dbuf, '\t'); if (IC_RESULT (ic)) { dbuf_printOperand (IC_RESULT (ic), dbuf); dbuf_append_str (dbuf, " = "); } if (IC_LEFT (ic)) { dbuf_printf (dbuf, "%s ", s); dbuf_printOperand (IC_LEFT (ic), dbuf); } if (!IC_RESULT (ic) && !IC_LEFT (ic)) dbuf_append_str (dbuf, s); if (ic->op == SEND || ic->op == RECEIVE) { dbuf_printf (dbuf,"{argreg = %d}",ic->argreg); } if (ic->op == IPUSH) { dbuf_printf (dbuf,"{parmPush = %d}",ic->parmPush); } dbuf_append_char (dbuf, '\n'); } PRINTFUNC (picCast) { dbuf_append_char (dbuf, '\t'); dbuf_printOperand (IC_RESULT (ic), dbuf); dbuf_append_str (dbuf, " = "); dbuf_printOperand (IC_LEFT (ic), dbuf); dbuf_printOperand (IC_RIGHT (ic), dbuf); dbuf_append_char (dbuf, '\n'); } PRINTFUNC (picAssign) { dbuf_append_char (dbuf, '\t'); if (IC_RESULT (ic)->isaddr && IS_ITEMP (IC_RESULT (ic))) dbuf_append_str (dbuf, "*("); dbuf_printOperand (IC_RESULT (ic), dbuf); if (IC_RESULT (ic)->isaddr && IS_ITEMP (IC_RESULT (ic))) dbuf_append_char (dbuf, ')'); dbuf_printf (dbuf, " %s ", s); dbuf_printOperand (IC_RIGHT (ic), dbuf); dbuf_append_char (dbuf, '\n'); } PRINTFUNC (picLabel) { dbuf_printf (dbuf, " %s($%d) :\n", IC_LABEL (ic)->name, IC_LABEL (ic)->key); } PRINTFUNC (picGoto) { dbuf_append_char (dbuf, '\t'); dbuf_printf (dbuf, " goto %s($%d)\n", IC_LABEL (ic)->name, IC_LABEL (ic)->key); } PRINTFUNC (picIfx) { dbuf_append_char (dbuf, '\t'); dbuf_append_str (dbuf, "if "); dbuf_printOperand (IC_COND (ic), dbuf); if (!IC_TRUE (ic)) dbuf_printf (dbuf, " == 0 goto %s($%d)\n", IC_FALSE (ic)->name, IC_FALSE (ic)->key); else { dbuf_printf (dbuf, " != 0 goto %s($%d)", IC_TRUE (ic)->name, IC_TRUE (ic)->key); if (IC_FALSE (ic)) dbuf_printf (dbuf, "; zzgoto %s\n", IC_FALSE (ic)->name); dbuf_append_char (dbuf, '\n'); } } PRINTFUNC (picInline) { dbuf_append_str (dbuf, IC_INLINE (ic)); } PRINTFUNC (picReceive) { dbuf_printOperand (IC_RESULT (ic), dbuf); dbuf_printf (dbuf, " = %s ", s); dbuf_printOperand (IC_LEFT (ic), dbuf); dbuf_append_char (dbuf, '\n'); } PRINTFUNC (picDummyRead) { dbuf_append_char (dbuf, '\t'); dbuf_printf (dbuf, "%s ", s); dbuf_printOperand (IC_RIGHT (ic), dbuf); dbuf_append_char (dbuf, '\n'); } PRINTFUNC (picCritical) { dbuf_append_char (dbuf, '\t'); if (IC_RESULT (ic)) dbuf_printOperand (IC_RESULT (ic), dbuf); else dbuf_append_str (dbuf, "(stack)"); dbuf_printf (dbuf, " = %s ", s); dbuf_append_char (dbuf, '\n'); } PRINTFUNC (picEndCritical) { dbuf_append_char (dbuf, '\t'); dbuf_printf (dbuf, "%s = ", s); if (IC_RIGHT (ic)) dbuf_printOperand (IC_RIGHT (ic), dbuf); else dbuf_append_str (dbuf, "(stack)"); dbuf_append_char (dbuf, '\n'); } /*-----------------------------------------------------------------*/ /* piCode - prints one iCode */ /*-----------------------------------------------------------------*/ int piCode (void *item, FILE * of) { iCode *ic = item; iCodeTable *icTab; struct dbuf_s dbuf; if (!of) of = stdout; icTab = getTableEntry (ic->op); fprintf (of, "%s(%d:%d:%d:%d:%d)\t", ic->filename, ic->lineno, ic->seq, ic->key, ic->depth, ic->supportRtn); dbuf_init (&dbuf, 1024); icTab->iCodePrint (&dbuf, ic, icTab->printName); dbuf_write_and_destroy (&dbuf, of); return 1; } void PICC(iCode *ic) { printiCChain(ic,stdout); } /*-----------------------------------------------------------------*/ /* printiCChain - prints intermediate code for humans */ /*-----------------------------------------------------------------*/ void printiCChain (iCode * icChain, FILE * of) { iCode *loop; iCodeTable *icTab; struct dbuf_s dbuf; if (!of) of = stdout; for (loop = icChain; loop; loop = loop->next) { if ((icTab = getTableEntry (loop->op))) { fprintf (of, "%s(l%d:s%d:k%d:d%d:s%d)\t", loop->filename, loop->lineno, loop->seq, loop->key, loop->depth, loop->supportRtn); dbuf_init(&dbuf, 1024); icTab->iCodePrint (&dbuf, loop, icTab->printName); dbuf_write_and_destroy (&dbuf, of); //// fflush(of); } } } /*-----------------------------------------------------------------*/ /* newOperand - allocate, init & return a new iCode */ /*-----------------------------------------------------------------*/ operand * newOperand () { operand *op; op = Safe_alloc ( sizeof (operand)); op->key = 0; return op; } /*-----------------------------------------------------------------*/ /* newiCode - create and return a new iCode entry initialised */ /*-----------------------------------------------------------------*/ iCode * newiCode (int op, operand * left, operand * right) { iCode *ic; ic = Safe_alloc ( sizeof (iCode)); ic->seqPoint = seqPoint; ic->filename = filename; ic->lineno = lineno; ic->block = block; ic->level = scopeLevel; ic->op = op; ic->key = iCodeKey++; IC_LEFT (ic) = left; IC_RIGHT (ic) = right; return ic; } /*-----------------------------------------------------------------*/ /* newiCode for conditional statements */ /*-----------------------------------------------------------------*/ iCode * newiCodeCondition (operand * condition, symbol * trueLabel, symbol * falseLabel) { iCode *ic; if (IS_VOID(operandType(condition))) { werror(E_VOID_VALUE_USED); } ic = newiCode (IFX, NULL, NULL); IC_COND (ic) = condition; IC_TRUE (ic) = trueLabel; IC_FALSE (ic) = falseLabel; return ic; } /*-----------------------------------------------------------------*/ /* newiCodeLabelGoto - unconditional goto statement| label stmnt */ /*-----------------------------------------------------------------*/ iCode * newiCodeLabelGoto (int op, symbol * label) { iCode *ic; ic = newiCode (op, NULL, NULL); ic->op = op; ic->label = label; IC_LEFT (ic) = NULL; IC_RIGHT (ic) = NULL; IC_RESULT (ic) = NULL; return ic; } /*-----------------------------------------------------------------*/ /* newiTemp - allocate & return a newItemp Variable */ /*-----------------------------------------------------------------*/ symbol * newiTemp (char *s) { symbol *itmp; if (s) { SNPRINTF (buffer, sizeof(buffer), "%s", s); } else { SNPRINTF (buffer, sizeof(buffer), "iTemp%d", iTempNum++); } itmp = newSymbol (buffer, 1); strncpyz (itmp->rname, itmp->name, SDCC_NAME_MAX); itmp->isitmp = 1; return itmp; } /*-----------------------------------------------------------------*/ /* newiTempLabel - creates a temp variable label */ /*-----------------------------------------------------------------*/ symbol * newiTempLabel (char *s) { symbol *itmplbl; /* check if this already exists */ if (s && (itmplbl = findSym (LabelTab, NULL, s))) return itmplbl; if (s) { itmplbl = newSymbol (s, 1); } else { SNPRINTF (buffer, sizeof(buffer), "iTempLbl%d", iTempLblNum++); itmplbl = newSymbol (buffer, 1); } itmplbl->isitmp = 1; itmplbl->islbl = 1; itmplbl->key = labelKey++; addSym (LabelTab, itmplbl, itmplbl->name, 0, 0, 0); return itmplbl; } /*-----------------------------------------------------------------*/ /* newiTempLoopHeaderLabel - creates a new loop header label */ /*-----------------------------------------------------------------*/ symbol * newiTempLoopHeaderLabel (bool pre) { symbol *itmplbl; SNPRINTF (buffer, sizeof(buffer), pre ? "preHeaderLbl%d" : LOOPEXITLBL "%d", iTempLblNum++); itmplbl = newSymbol (buffer, 1); itmplbl->isitmp = 1; itmplbl->islbl = 1; itmplbl->key = labelKey++; addSym (LabelTab, itmplbl, itmplbl->name, 0, 0, 0); return itmplbl; } /*-----------------------------------------------------------------*/ /* initiCode - initialises some iCode related stuff */ /*-----------------------------------------------------------------*/ void initiCode () { } /*-----------------------------------------------------------------*/ /* copyiCode - make a copy of the iCode given */ /*-----------------------------------------------------------------*/ iCode * copyiCode (iCode * ic) { iCode *nic = newiCode (ic->op, NULL, NULL); nic->filename = ic->filename; nic->lineno = ic->lineno; nic->block = ic->block; nic->level = ic->level; nic->parmBytes = ic->parmBytes; /* deal with the special cases first */ switch (ic->op) { case IFX: IC_COND (nic) = operandFromOperand (IC_COND (ic)); IC_TRUE (nic) = IC_TRUE (ic); IC_FALSE (nic) = IC_FALSE (ic); break; case JUMPTABLE: IC_JTCOND (nic) = operandFromOperand (IC_JTCOND (ic)); IC_JTLABELS (nic) = IC_JTLABELS (ic); break; case CALL: case PCALL: IC_RESULT (nic) = operandFromOperand (IC_RESULT (ic)); IC_LEFT (nic) = operandFromOperand (IC_LEFT (ic)); break; case INLINEASM: IC_INLINE (nic) = IC_INLINE (ic); break; case ARRAYINIT: IC_ARRAYILIST(nic) = IC_ARRAYILIST(ic); break; default: IC_RESULT (nic) = operandFromOperand (IC_RESULT (ic)); IC_LEFT (nic) = operandFromOperand (IC_LEFT (ic)); IC_RIGHT (nic) = operandFromOperand (IC_RIGHT (ic)); } return nic; } /*-----------------------------------------------------------------*/ /* getTableEntry - gets the table entry for the given operator */ /*-----------------------------------------------------------------*/ iCodeTable * getTableEntry (int oper) { unsigned i; for (i = 0; i < (sizeof (codeTable) / sizeof (iCodeTable)); i++) if (oper == codeTable[i].icode) return &codeTable[i]; return NULL; } /*-----------------------------------------------------------------*/ /* newiTempOperand - new intermediate temp operand */ /*-----------------------------------------------------------------*/ operand * newiTempOperand (sym_link * type, char throwType) { symbol *itmp; operand *op = newOperand (); sym_link *etype; op->type = SYMBOL; itmp = newiTemp (NULL); etype = getSpec (type); if (IS_LITERAL (etype)) throwType = 0; /* copy the type information */ if (type) itmp->etype = getSpec (itmp->type = (throwType ? type : copyLinkChain (type))); if (IS_LITERAL (itmp->etype)) { SPEC_SCLS (itmp->etype) = S_REGISTER; SPEC_OCLS (itmp->etype) = reg; } op->operand.symOperand = itmp; op->key = itmp->key = ++operandKey; return op; } /*-----------------------------------------------------------------*/ /* operandType - returns the type chain for an operand */ /*-----------------------------------------------------------------*/ sym_link * operandType (operand * op) { /* depending on type of operand */ switch (op->type) { case VALUE: return op->operand.valOperand->type; case SYMBOL: return op->operand.symOperand->type; case TYPE: return op->operand.typeOperand; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, " operand type not known "); assert (0); /* should never come here */ /* Just to keep the compiler happy */ return (sym_link *) 0; } } /*-----------------------------------------------------------------*/ /* operandSize - returns size of an operand in bytes */ /*-----------------------------------------------------------------*/ unsigned int operandSize (operand * op) { sym_link *type; /* if nothing return 0 */ if (!op) return 0; type = operandType (op); if (op->aggr2ptr == 2) type = type->next; return getSize (type); } /*-----------------------------------------------------------------*/ /* isParamterToCall - will return 1 if op is a parameter to args */ /*-----------------------------------------------------------------*/ int isParameterToCall (value * args, operand * op) { value *tval = args; wassert (IS_SYMOP(op)); while (tval) { if (tval->sym && isSymbolEqual (op->operand.symOperand, tval->sym)) return 1; tval = tval->next; } return 0; } /*-----------------------------------------------------------------*/ /* isOperandGlobal - return 1 if operand is a global variable */ /*-----------------------------------------------------------------*/ int isOperandGlobal (operand * op) { if (!op) return 0; if (IS_ITEMP (op)) return 0; if (IS_SYMOP(op) && (op->operand.symOperand->level == 0 || IS_STATIC (op->operand.symOperand->etype) || IS_EXTERN (op->operand.symOperand->etype)) ) return 1; return 0; } /*-----------------------------------------------------------------*/ /* isOperandVolatile - return 1 if the operand is volatile */ /*-----------------------------------------------------------------*/ int isOperandVolatile (operand * op, bool chkTemp) { sym_link *optype; sym_link *opetype; if (IS_ITEMP (op) && !chkTemp) return 0; opetype = getSpec (optype = operandType (op)); if (IS_PTR (optype) && DCL_PTR_VOLATILE (optype)) return 1; if (IS_VOLATILE (opetype)) return 1; return 0; } /*-----------------------------------------------------------------*/ /* isOperandLiteral - returns 1 if an operand contains a literal */ /*-----------------------------------------------------------------*/ int isOperandLiteral (operand * op) { sym_link *opetype; if (!op) return 0; opetype = getSpec (operandType (op)); if (IS_LITERAL (opetype)) return 1; return 0; } /*-----------------------------------------------------------------*/ /* isOperandInFarSpace - will return true if operand is in farSpace */ /*-----------------------------------------------------------------*/ bool isOperandInFarSpace (operand * op) { sym_link *etype; if (!op) return FALSE; if (!IS_SYMOP (op)) return FALSE; if (!IS_TRUE_SYMOP (op)) { if (SPIL_LOC (op)) etype = SPIL_LOC (op)->etype; else return FALSE; } else { etype = getSpec (operandType (op)); } return (IN_FARSPACE (SPEC_OCLS (etype)) ? TRUE : FALSE); } /*-----------------------------------------------------------------*/ /* isOperandInPagedSpace - return true if operand is in pagedSpace */ /*-----------------------------------------------------------------*/ bool isOperandInPagedSpace (operand * op) { sym_link *etype; if (!op) return FALSE; if (!IS_SYMOP (op)) return FALSE; if (!IS_TRUE_SYMOP (op)) { if (SPIL_LOC (op)) etype = SPIL_LOC (op)->etype; else return FALSE; } else { etype = getSpec (operandType (op)); } return (IN_PAGEDSPACE (SPEC_OCLS (etype)) ? TRUE : FALSE); } /*------------------------------------------------------------------*/ /* isOperandInDirSpace - will return true if operand is in dirSpace */ /*------------------------------------------------------------------*/ bool isOperandInDirSpace (operand * op) { sym_link *etype; if (!op) return FALSE; if (!IS_SYMOP (op)) return FALSE; if (!IS_TRUE_SYMOP (op)) { if (SPIL_LOC (op)) etype = SPIL_LOC (op)->etype; else return FALSE; } else { etype = getSpec (operandType (op)); } return (IN_DIRSPACE (SPEC_OCLS (etype)) ? TRUE : FALSE); } /*--------------------------------------------------------------------*/ /* isOperandInCodeSpace - will return true if operand is in codeSpace */ /*--------------------------------------------------------------------*/ bool isOperandInCodeSpace (operand * op) { sym_link *etype; if (!op) return FALSE; if (!IS_SYMOP (op)) return FALSE; etype = getSpec (operandType (op)); if (!IS_TRUE_SYMOP (op)) { if (SPIL_LOC (op)) etype = SPIL_LOC (op)->etype; else return FALSE; } else { etype = getSpec (operandType (op)); } return (IN_CODESPACE (SPEC_OCLS (etype)) ? TRUE : FALSE); } /*-----------------------------------------------------------------*/ /* isOperandOnStack - will return true if operand is on stack */ /*-----------------------------------------------------------------*/ bool isOperandOnStack (operand * op) { sym_link *etype; if (!op) return FALSE; if (!IS_SYMOP (op)) return FALSE; etype = getSpec (operandType (op)); if (IN_STACK (etype) || OP_SYMBOL(op)->onStack || (SPIL_LOC(op) && SPIL_LOC(op)->onStack)) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* isOclsExpensive - will return true if accesses to an output */ /* storage class are expensive */ /*-----------------------------------------------------------------*/ bool isOclsExpensive (struct memmap *oclass) { if (port->oclsExpense) return port->oclsExpense (oclass) > 0; /* In the absence of port specific guidance, assume only */ /* farspace is expensive. */ return IN_FARSPACE (oclass); } /*-----------------------------------------------------------------*/ /* isiCodeInFunctionCall - return TRUE if an iCode is between a */ /* CALL/PCALL and the first IPUSH/SEND associated with the call */ /*-----------------------------------------------------------------*/ int isiCodeInFunctionCall (iCode * ic) { iCode * lic = ic; /* Find the next CALL/PCALL */ while (lic) { if (lic->op == CALL || lic->op == PCALL) break; lic = lic->next; } if (!lic) return FALSE; /* A function call was found. Scan backwards and see if an */ /* IPUSH or SEND is encountered */ while (ic) { if (lic != ic && (ic->op == CALL || ic->op == PCALL)) return FALSE; if (ic->op == SEND || (ic->op == IPUSH && ic->parmPush)) return TRUE; ic = ic->prev; } return FALSE; } /*-----------------------------------------------------------------*/ /* operandLitValue - literal value of an operand */ /*-----------------------------------------------------------------*/ double operandLitValue (operand * op) { assert (isOperandLiteral (op)); return floatFromVal (op->operand.valOperand); } /*-----------------------------------------------------------------*/ /* getBuiltInParms - returns parameters to a builtin functions */ /*-----------------------------------------------------------------*/ iCode *getBuiltinParms (iCode *ic, int *pcount, operand **parms) { sym_link *ftype; *pcount = 0; /* builtin functions uses only SEND for parameters */ while (ic->op != CALL) { assert(ic->op == SEND && ic->builtinSEND); ic->generated = 1; /* mark the icode as generated */ parms[*pcount] = IC_LEFT(ic); ic = ic->next; (*pcount)++; } ic->generated = 1; /* make sure this is a builtin function call */ assert(IS_SYMOP(IC_LEFT(ic))); ftype = operandType(IC_LEFT(ic)); assert(IFFUNC_ISBUILTIN(ftype)); return ic; } /*-----------------------------------------------------------------*/ /* operandOperation - performs operations on operands */ /*-----------------------------------------------------------------*/ operand * operandOperation (operand * left, operand * right, int op, sym_link * type) { sym_link *let , *ret=NULL; operand *retval = (operand *) 0; assert (isOperandLiteral (left)); let = getSpec(operandType(left)); if (right) { assert (isOperandLiteral (right)); ret = getSpec(operandType(right)); } switch (op) { case '+': retval = operandFromValue (valCastLiteral (type, operandLitValue (left) + operandLitValue (right))); break; case '-': retval = operandFromValue (valCastLiteral (type, operandLitValue (left) - operandLitValue (right))); break; case '*': /* retval = operandFromValue (valCastLiteral (type, operandLitValue (left) * operandLitValue (right))); This could be all we've to do, but with gcc we've to take care about overflows. Two examples: ULONG_MAX * ULONG_MAX doesn't fit into a double, some of the least significant bits are lost (52 in fraction, 63 bits would be necessary to keep full precision). If the resulting double value is greater than ULONG_MAX (resp. USHRT_MAX, ...), then 0 will be assigned to v_ulong (resp. u_uint, ...)! */ /* if it is not a specifier then we can assume that */ /* it will be an unsigned long */ if (IS_INT (type) || !IS_SPEC (type)) { /* long is handled here, because it can overflow with double */ if (IS_LONG (type) || !IS_SPEC (type)) /* signed and unsigned mul are the same, as long as the precision of the result isn't bigger than the precision of the operands. */ retval = operandFromValue (valCastLiteral (type, (TYPE_TARGET_ULONG) double2ul (operandLitValue (left)) * (TYPE_TARGET_ULONG) double2ul (operandLitValue (right)))); else if (IS_UNSIGNED (type)) /* unsigned int */ { /* unsigned int is handled here in order to detect overflow */ TYPE_TARGET_ULONG ul = (TYPE_TARGET_UINT) double2ul (operandLitValue (left)) * (TYPE_TARGET_UINT) double2ul (operandLitValue (right)); retval = operandFromValue (valCastLiteral (type, (TYPE_TARGET_UINT) ul)); if (ul != (TYPE_TARGET_UINT) ul) werror (W_INT_OVL); } else /* signed int */ { /* signed int is handled here in order to detect overflow */ TYPE_TARGET_LONG l = (TYPE_TARGET_INT) operandLitValue (left) * (TYPE_TARGET_INT) operandLitValue (right); retval = operandFromValue (valCastLiteral (type, (TYPE_TARGET_INT) l)); if (l != (TYPE_TARGET_INT) l) werror (W_INT_OVL); } } else /* all others go here: */ retval = operandFromValue (valCastLiteral (type, operandLitValue (left) * operandLitValue (right))); break; case '/': if (IS_UNSIGNED (type)) { if ((TYPE_TARGET_ULONG) double2ul (operandLitValue (right)) == 0) { werror (E_DIVIDE_BY_ZERO); retval = right; } SPEC_USIGN (let) = 1; SPEC_USIGN (ret) = 1; retval = operandFromValue (valCastLiteral (type, (TYPE_TARGET_ULONG) double2ul (operandLitValue (left)) / (TYPE_TARGET_ULONG) double2ul (operandLitValue (right)))); } else { if (operandLitValue (right) == 0) { werror (E_DIVIDE_BY_ZERO); retval = right; } retval = operandFromValue (valCastLiteral (type, operandLitValue (left) / operandLitValue (right))); } break; case '%': if ((TYPE_TARGET_ULONG) double2ul (operandLitValue (right)) == 0) { werror (E_DIVIDE_BY_ZERO); retval = right; } else { if (IS_UNSIGNED (type)) retval = operandFromLit ((TYPE_TARGET_ULONG) double2ul (operandLitValue (left)) % (TYPE_TARGET_ULONG) double2ul (operandLitValue (right))); else retval = operandFromLit ((TYPE_TARGET_LONG) operandLitValue (left) % (TYPE_TARGET_LONG) operandLitValue (right)); } break; case LEFT_OP: /* The number of left shifts is always unsigned. Signed doesn't make sense here. Shifting by a negative number is impossible. */ retval = operandFromValue (valCastLiteral (type, ((TYPE_TARGET_ULONG) double2ul (operandLitValue (left)) << (TYPE_TARGET_ULONG) double2ul (operandLitValue (right))))); break; case RIGHT_OP: /* The number of right shifts is always unsigned. Signed doesn't make sense here. Shifting by a negative number is impossible. */ if (IS_UNSIGNED(let)) /* unsigned: logic shift right */ retval = operandFromLit ((TYPE_TARGET_ULONG) double2ul (operandLitValue (left)) >> (TYPE_TARGET_ULONG) double2ul (operandLitValue (right))); else /* signed: arithmetic shift right */ retval = operandFromLit ((TYPE_TARGET_LONG) operandLitValue (left) >> (TYPE_TARGET_ULONG) double2ul (operandLitValue (right))); break; case EQ_OP: if (IS_FLOAT (let) || IS_FLOAT (ret)) { retval = operandFromLit (operandLitValue (left) == operandLitValue (right)); } else if (IS_FIXED16X16 (let) || IS_FIXED16X16 (ret)) { retval = operandFromLit (operandLitValue (left) == operandLitValue (right)); } else { /* this op doesn't care about signedness */ TYPE_TARGET_ULONG l, r; l = (TYPE_TARGET_ULONG) double2ul (operandLitValue (left)); r = (TYPE_TARGET_ULONG) double2ul (operandLitValue (right)); /* In order to correctly compare 'signed int' and 'unsigned int' it's neccessary to strip them to 16 bit. Literals are reduced to their cheapest type, therefore left and right might have different types. It's neccessary to find a common type: int (used for char too) or long */ if (!IS_LONG (let) && !IS_LONG (ret)) { r = (TYPE_TARGET_UINT) r; l = (TYPE_TARGET_UINT) l; } retval = operandFromLit (l == r); } break; case '<': retval = operandFromLit (operandLitValue (left) < operandLitValue (right)); break; case LE_OP: retval = operandFromLit (operandLitValue (left) <= operandLitValue (right)); break; case NE_OP: retval = operandFromLit (operandLitValue (left) != operandLitValue (right)); break; case '>': retval = operandFromLit (operandLitValue (left) > operandLitValue (right)); break; case GE_OP: retval = operandFromLit (operandLitValue (left) >= operandLitValue (right)); break; case BITWISEAND: retval = operandFromValue (valCastLiteral (type, (TYPE_TARGET_ULONG) double2ul (operandLitValue(left)) & (TYPE_TARGET_ULONG) double2ul (operandLitValue(right)))); break; case '|': retval = operandFromValue (valCastLiteral (type, (TYPE_TARGET_ULONG) double2ul (operandLitValue(left)) | (TYPE_TARGET_ULONG) double2ul (operandLitValue(right)))); break; case '^': retval = operandFromValue (valCastLiteral (type, (TYPE_TARGET_ULONG) double2ul (operandLitValue(left)) ^ (TYPE_TARGET_ULONG) double2ul (operandLitValue(right)))); break; case AND_OP: retval = operandFromLit (operandLitValue (left) && operandLitValue (right)); break; case OR_OP: retval = operandFromLit (operandLitValue (left) || operandLitValue (right)); break; case RRC: { TYPE_TARGET_ULONG i = (TYPE_TARGET_ULONG) double2ul (operandLitValue (left)); retval = operandFromLit ((i >> (getSize (operandType (left)) * 8 - 1)) | (i << 1)); } break; case RLC: { TYPE_TARGET_ULONG i = (TYPE_TARGET_ULONG) double2ul (operandLitValue (left)); retval = operandFromLit ((i << (getSize (operandType (left)) * 8 - 1)) | (i >> 1)); } break; case GETABIT: retval = operandFromLit (((TYPE_TARGET_ULONG) double2ul (operandLitValue(left)) >> (TYPE_TARGET_ULONG) double2ul (operandLitValue(right))) & 1); break; case GETBYTE: retval = operandFromLit (((TYPE_TARGET_ULONG) double2ul (operandLitValue(left)) >> (TYPE_TARGET_ULONG) double2ul (operandLitValue(right)) & 0xFF)); break; case GETWORD: retval = operandFromLit (((TYPE_TARGET_ULONG) double2ul (operandLitValue(left)) >> (TYPE_TARGET_ULONG) double2ul (operandLitValue(right)) & 0xFFFF)); break; case GETHBIT: retval = operandFromLit (((TYPE_TARGET_ULONG) double2ul (operandLitValue(left)) >> ((getSize (let) * 8) - 1)) & 1); break; case UNARYMINUS: retval = operandFromValue (valCastLiteral (type, -1 * operandLitValue (left))); break; case '~': retval = operandFromValue (valCastLiteral (type, ~((TYPE_TARGET_ULONG) double2ul (operandLitValue (left))))); break; case '!': retval = operandFromLit (!operandLitValue (left)); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, " operandOperation invalid operator "); assert (0); } return retval; } /*-----------------------------------------------------------------*/ /* isOperandEqual - compares two operand & return 1 if they r = */ /*-----------------------------------------------------------------*/ int isOperandEqual (operand * left, operand * right) { /* if the pointers are equal then they are equal */ if (left == right) return 1; /* if either of them null then false */ if (!left || !right) return 0; if (left->type != right->type) return 0; if (IS_SYMOP (left) && IS_SYMOP (right)) return left->key == right->key; /* if types are the same */ switch (left->type) { case SYMBOL: return isSymbolEqual (left->operand.symOperand, right->operand.symOperand); case VALUE: return (compareType (left->operand.valOperand->type, right->operand.valOperand->type) && (floatFromVal (left->operand.valOperand) == floatFromVal (right->operand.valOperand))); case TYPE: if (compareType (left->operand.typeOperand, right->operand.typeOperand) == 1) return 1; } return 0; } /*-------------------------------------------------------------------*/ /* isiCodeEqual - compares two iCodes are equal, returns true if yes */ /*-------------------------------------------------------------------*/ int isiCodeEqual (iCode * left, iCode * right) { /* if the same pointer */ if (left == right) return 1; /* if either of them null */ if (!left || !right) return 0; /* if operand are the same */ if (left->op == right->op) { /* compare all the elements depending on type */ if (left->op != IFX) { if (!isOperandEqual (IC_LEFT (left), IC_LEFT (right))) return 0; if (!isOperandEqual (IC_RIGHT (left), IC_RIGHT (right))) return 0; } else { if (!isOperandEqual (IC_COND (left), IC_COND (right))) return 0; if (!isSymbolEqual (IC_TRUE (left), IC_TRUE (right))) return 0; if (!isSymbolEqual (IC_FALSE (left), IC_FALSE (right))) return 0; } return 1; } return 0; } /*-----------------------------------------------------------------*/ /* newiTempFromOp - create a temp Operand with same attributes */ /*-----------------------------------------------------------------*/ operand * newiTempFromOp (operand * op) { operand *nop; if (!op) return NULL; if (!IS_ITEMP (op)) return op; nop = newiTempOperand (operandType (op), TRUE); nop->isaddr = op->isaddr; nop->isvolatile = op->isvolatile; nop->isGlobal = op->isGlobal; nop->isLiteral = op->isLiteral; nop->usesDefs = op->usesDefs; nop->isParm = op->isParm; return nop; } /*-----------------------------------------------------------------*/ /* operand from operand - creates an operand holder for the type */ /*-----------------------------------------------------------------*/ operand * operandFromOperand (operand * op) { operand *nop; if (!op) return NULL; nop = newOperand (); nop->type = op->type; nop->isaddr = op->isaddr; nop->key = op->key; nop->isvolatile = op->isvolatile; nop->isGlobal = op->isGlobal; nop->isLiteral = op->isLiteral; nop->usesDefs = op->usesDefs; nop->isParm = op->isParm; switch (nop->type) { case SYMBOL: nop->operand.symOperand = op->operand.symOperand; break; case VALUE: nop->operand.valOperand = op->operand.valOperand; break; case TYPE: nop->operand.typeOperand = op->operand.typeOperand; break; } return nop; } /*-----------------------------------------------------------------*/ /* opFromOpWithDU - makes a copy of the operand and DU chains */ /*-----------------------------------------------------------------*/ operand * opFromOpWithDU (operand * op, bitVect * defs, bitVect * uses) { operand *nop = operandFromOperand (op); if (nop->type == SYMBOL) { OP_SYMBOL (nop)->defs = bitVectCopy (defs); OP_SYMBOL (nop)->uses = bitVectCopy (uses); } return nop; } /*-----------------------------------------------------------------*/ /* operandFromSymbol - creates an operand from a symbol */ /*-----------------------------------------------------------------*/ operand * operandFromSymbol (symbol * sym) { operand *op; iCode *ic; int ok = 1; /* if the symbol's type is a literal */ /* then it is an enumerator type */ if (IS_LITERAL (sym->etype) && SPEC_ENUM (sym->etype)) return operandFromValue (valFromType (sym->etype)); if (!sym->key) sym->key = ++operandKey; /* if this an implicit variable, means struct/union */ /* member so just return it */ if (sym->implicit || IS_FUNC (sym->type)) { op = newOperand (); op->type = SYMBOL; op->operand.symOperand = sym; op->key = sym->key; op->isvolatile = isOperandVolatile (op, TRUE); op->isGlobal = isOperandGlobal (op); return op; } /* under the following conditions create a register equivalent for a local symbol */ if (sym->level && sym->etype && SPEC_OCLS (sym->etype) && (IN_FARSPACE (SPEC_OCLS (sym->etype)) && !TARGET_IS_HC08 && (!(options.model == MODEL_FLAT24)) ) && options.stackAuto == 0) ok = 0; if (!IS_AGGREGATE (sym->type) && /* not an aggregate */ !IS_FUNC (sym->type) && /* not a function */ !sym->_isparm && /* not a parameter */ IS_AUTO (sym) && /* is a local auto variable */ !sym->addrtaken && /* whose address has not been taken */ !sym->reqv && /* does not already have a reg equivalence */ !IS_VOLATILE (sym->etype) && /* not declared as volatile */ !sym->islbl && /* not a label */ ok /* farspace check */ ) { /* we will use it after all optimizations and before liveRange calculation */ sym->reqv = newiTempOperand (sym->type, 0); sym->reqv->key = sym->key; OP_SYMBOL (sym->reqv)->prereqv = sym; OP_SYMBOL (sym->reqv)->key = sym->key; OP_SYMBOL (sym->reqv)->isreqv = 1; OP_SYMBOL (sym->reqv)->islocal = 1; OP_SYMBOL (sym->reqv)->onStack = sym->onStack; SPIL_LOC (sym->reqv) = sym; } if (!IS_AGGREGATE (sym->type)) { op = newOperand (); op->type = SYMBOL; op->operand.symOperand = sym; op->isaddr = 1; op->key = sym->key; op->isvolatile = isOperandVolatile (op, TRUE); op->isGlobal = isOperandGlobal (op); op->isPtr = IS_PTR (operandType (op)); op->isParm = sym->_isparm; return op; } /* create :- */ /* itemp = &[_symbol] */ ic = newiCode (ADDRESS_OF, newOperand (), NULL); IC_LEFT (ic)->type = SYMBOL; IC_LEFT (ic)->operand.symOperand = sym; IC_LEFT (ic)->key = sym->key; (IC_LEFT (ic))->isvolatile = isOperandVolatile (IC_LEFT (ic), TRUE); (IC_LEFT (ic))->isGlobal = isOperandGlobal (IC_LEFT (ic)); IC_LEFT (ic)->isPtr = IS_PTR (operandType (IC_LEFT (ic))); /* create result */ IC_RESULT (ic) = newiTempOperand (sym->type, 0); if (IS_ARRAY (sym->type)) { IC_RESULT (ic) = geniCodeArray2Ptr (IC_RESULT (ic)); IC_RESULT (ic)->isaddr = 0; } else IC_RESULT (ic)->isaddr = (!IS_AGGREGATE (sym->type)); ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* operandFromValue - creates an operand from value */ /*-----------------------------------------------------------------*/ operand * operandFromValue (value * val) { operand *op; /* if this is a symbol then do the symbol thing */ if (val->sym) return operandFromSymbol (val->sym); /* this is not a symbol */ op = newOperand (); op->type = VALUE; op->operand.valOperand = val; op->isLiteral = isOperandLiteral (op); return op; } /*-----------------------------------------------------------------*/ /* operandFromLink - operand from typeChain */ /*-----------------------------------------------------------------*/ operand * operandFromLink (sym_link * type) { operand *op; /* operand from sym_link */ if (!type) return NULL; op = newOperand (); op->type = TYPE; op->operand.typeOperand = copyLinkChain (type); return op; } /*-----------------------------------------------------------------*/ /* operandFromLit - makes an operand from a literal value */ /*-----------------------------------------------------------------*/ operand * operandFromLit (double i) { return operandFromValue (valueFromLit (i)); } /*-----------------------------------------------------------------*/ /* operandFromAst - creates an operand from an ast */ /*-----------------------------------------------------------------*/ operand * operandFromAst (ast * tree,int lvl) { if (!tree) return NULL; /* depending on type do */ switch (tree->type) { case EX_OP: return ast2iCode (tree,lvl+1); break; case EX_VALUE: return operandFromValue (tree->opval.val); break; case EX_LINK: return operandFromLink (tree->opval.lnk); break; default: assert (0); } /* Just to keep the compiler happy */ return (operand *) 0; } /*-----------------------------------------------------------------*/ /* setOperandType - sets the operand's type to the given type */ /*-----------------------------------------------------------------*/ void setOperandType (operand * op, sym_link * type) { /* depending on the type of operand */ switch (op->type) { case VALUE: op->operand.valOperand->etype = getSpec (op->operand.valOperand->type = copyLinkChain (type)); return; case SYMBOL: if (op->operand.symOperand->isitmp) op->operand.symOperand->etype = getSpec (op->operand.symOperand->type = copyLinkChain (type)); else werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "attempt to modify type of source"); return; case TYPE: op->operand.typeOperand = copyLinkChain (type); return; } } /*-----------------------------------------------------------------*/ /* Get size in byte of ptr need to access an array */ /*-----------------------------------------------------------------*/ static unsigned int getArraySizePtr (operand * op) { sym_link *ltype = operandType(op); if(IS_PTR(ltype)) { int size = getSize(ltype); return((IS_GENPTR(ltype) && GPTRSIZE > FPTRSIZE) ? (size-1) : size); } if(IS_ARRAY(ltype)) { sym_link *letype = getSpec(ltype); switch (PTR_TYPE (SPEC_OCLS (letype))) { case IPOINTER: case PPOINTER: case POINTER: return (PTRSIZE); case EEPPOINTER: case FPOINTER: case CPOINTER: case FUNCTION: return (FPTRSIZE); case GPOINTER: if (GPTRSIZE > FPTRSIZE) return (GPTRSIZE-1); else return (FPTRSIZE); default: return (FPTRSIZE); } } return (FPTRSIZE); } /*-----------------------------------------------------------------*/ /* perform "usual unary conversions" */ /*-----------------------------------------------------------------*/ #if 0 static operand * usualUnaryConversions (operand * op) { if (IS_INTEGRAL (operandType (op))) { if (getSize (operandType (op)) < (unsigned int) INTSIZE) { /* Widen to int. */ return geniCodeCast (INTTYPE, op, TRUE); } } return op; } #endif /*-----------------------------------------------------------------*/ /* perform "usual binary conversions" */ /*-----------------------------------------------------------------*/ static sym_link * usualBinaryConversions (operand ** op1, operand ** op2, RESULT_TYPE resultType, int op) { sym_link *ctype; sym_link *rtype = operandType (*op2); sym_link *ltype = operandType (*op1); ctype = computeType (ltype, rtype, resultType, op); switch (op) { case '*': case '/': case '%': if (IS_CHAR (getSpec (ltype)) && IS_CHAR (getSpec (rtype))) { /* one byte operations: keep signedness for code generator */ return ctype; } break; default: break; } *op1 = geniCodeCast (ctype, *op1, TRUE); *op2 = geniCodeCast (ctype, *op2, TRUE); return ctype; } /*-----------------------------------------------------------------*/ /* geniCodeValueAtAddress - generate intermeditate code for value */ /* at address */ /*-----------------------------------------------------------------*/ operand * geniCodeRValue (operand * op, bool force) { iCode *ic; sym_link *type = operandType (op); sym_link *etype = getSpec (type); /* if this is an array & already */ /* an address then return this */ if (IS_AGGREGATE (type) || (IS_PTR (type) && !force && !op->isaddr)) return operandFromOperand (op); /* if this is not an address then must be */ /* rvalue already so return this one */ if (!op->isaddr) return op; /* if this is not a temp symbol then */ if (!IS_ITEMP (op) && !force && !(IN_FARSPACE (SPEC_OCLS (etype)) && !TARGET_IS_HC08)) { op = operandFromOperand (op); op->isaddr = 0; return op; } if (IS_SPEC (type) && IS_TRUE_SYMOP (op) && (!(IN_FARSPACE (SPEC_OCLS (etype)) && !TARGET_IS_HC08) || (options.model == MODEL_FLAT24) )) { op = operandFromOperand (op); op->isaddr = 0; return op; } ic = newiCode (GET_VALUE_AT_ADDRESS, op, NULL); if (IS_PTR (type) && op->isaddr && force) type = type->next; type = copyLinkChain (type); IC_RESULT (ic) = newiTempOperand (type, 1); IC_RESULT (ic)->isaddr = 0; /* ic->supportRtn = ((IS_GENPTR(type) | op->isGptr) & op->isaddr); */ ADDTOCHAIN (ic); return IC_RESULT (ic); } static DECLARATOR_TYPE getPtrType(sym_link *type) { //for Z80 anything goes if (TARGET_Z80_LIKE) return POINTER; //preserve original behaviour for PIC16 if (TARGET_IS_PIC16) return POINTER; //for HC08 only zeropage ptr is different if (TARGET_IS_HC08) { if (IS_DATA_PTR (type)) return POINTER; else return FPOINTER; } if (IS_DATA_PTR (type) && TARGET_MCS51_LIKE) return IPOINTER; if (IS_PTR (type)) return DCL_TYPE (type); else if (IS_FUNC (type)) return CPOINTER; else if (IS_ARRAY (type)) return PTR_TYPE (SPEC_OCLS (getSpec (type))); return UPOINTER; } /*-----------------------------------------------------------------*/ /* geniCodeCast - changes the value from one type to another */ /*-----------------------------------------------------------------*/ static operand * geniCodeCast (sym_link * type, operand * op, bool implicit) { iCode *ic; sym_link *optype; sym_link *opetype = getSpec (optype = operandType (op)); sym_link *restype; int errors=0; /* one of them has size zero then error */ if (IS_VOID (optype)) { werror (E_CAST_ZERO); return op; } if (IS_ITEMP (op) && IS_ARRAY (OP_SYMBOL (op)->type)) { geniCodeArray2Ptr (op); op->isaddr = 0; } /* if the operand is already the desired type then do nothing */ if (compareType (type, optype) == 1) return op; /* if this is a literal then just change the type & return */ if (IS_LITERAL (opetype) && op->type == VALUE && !IS_PTR (type) && !IS_PTR (optype)) { return operandFromValue (valCastLiteral (type, operandLitValue (op))); } /* if casting to/from pointers, do some checking */ if (IS_PTR(type)) { // to a pointer if (!IS_PTR(optype) && !IS_FUNC(optype) && !IS_AGGREGATE(optype)) { // from a non pointer if (IS_INTEGRAL(optype)) { // maybe this is NULL, than it's ok. if (!(IS_LITERAL(optype) && (SPEC_CVAL(optype).v_ulong ==0))) { if (port->s.gptr_size > port->s.fptr_size && IS_GENPTR(type)) { // no way to set the storage if (IS_LITERAL(optype)) { werror(E_LITERAL_GENERIC); errors++; } else { werror(E_NONPTR2_GENPTR); errors++; } } else if (implicit) { werror(W_INTEGRAL2PTR_NOCAST); errors++; } } } else { // shouldn't do that with float, array or structure unless to void if (!IS_VOID(getSpec(type)) && !(IS_CODEPTR(type) && IS_FUNC(type->next) && IS_FUNC(optype))) { werror(E_INCOMPAT_TYPES); errors++; } } } else { // from a pointer to a pointer if (IS_GENPTR(type) && IS_VOID(type->next)) { // cast to void* is always allowed } else if (IS_GENPTR(optype) && IS_VOID(optype->next)) { // cast from void* is always allowed } else if (port->s.gptr_size > port->s.fptr_size /*!TARGET_IS_Z80 && !TARGET_IS_GBZ80*/) { // if not a pointer to a function if (!(IS_CODEPTR(type) && IS_FUNC(type->next) && IS_FUNC(optype))) { if (implicit) { // if not to generic, they have to match if (!IS_GENPTR(type) && !((DCL_TYPE(optype) == DCL_TYPE(type)) || ((DCL_TYPE(optype) == POINTER) && (DCL_TYPE(type) == IPOINTER)) ) ) { werror(E_INCOMPAT_PTYPES); errors++; } } } } } } else { // to a non pointer if (IS_PTR(optype)) { // from a pointer if (implicit) { // sneaky if (IS_INTEGRAL(type)) { werror(W_PTR2INTEGRAL_NOCAST); errors++; } else { // shouldn't do that with float, array or structure werror(E_INCOMPAT_TYPES); errors++; } } } } if (errors) { printFromToType (optype, type); } /* if they are the same size create an assignment */ /* This seems very dangerous to me, since there are several */ /* optimizations (for example, gcse) that don't notice the */ /* cast hidden in this assignment and may simplify an */ /* iCode to use the original (uncasted) operand. */ /* Unfortunately, other things break when this cast is */ /* made explicit. Need to fix this someday. */ /* -- EEP, 2004/01/21 */ if (getSize (type) == getSize (optype) && !IS_BITFIELD (type) && !IS_FLOAT (type) && !IS_FLOAT (optype) && !IS_FIXED (type) && !IS_FIXED (optype) && ((IS_SPEC (type) && IS_SPEC (optype)) || (IS_DECL (type) && IS_DECL (optype) && getPtrType (type) == getPtrType (optype)))) { ic = newiCode ('=', NULL, op); IC_RESULT (ic) = newiTempOperand (type, 0); if (IS_TRUE_SYMOP (op) && !IS_VOLATILE (optype)) SPIL_LOC (IC_RESULT (ic)) = OP_SYMBOL (op); IC_RESULT (ic)->isaddr = 0; } else { ic = newiCode (CAST, operandFromLink (type), geniCodeRValue (op, FALSE)); IC_RESULT (ic) = newiTempOperand (type, 0); } /* preserve the storage class & output class */ /* of the original variable */ restype = getSpec (operandType (IC_RESULT (ic))); if (!IS_LITERAL(opetype) && !IS_BIT(opetype)) { SPEC_SCLS (restype) = SPEC_SCLS (opetype); SPEC_OCLS (restype) = SPEC_OCLS (opetype); } ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* geniCodeLabel - will create a Label */ /*-----------------------------------------------------------------*/ void geniCodeLabel (symbol * label) { iCode *ic; ic = newiCodeLabelGoto (LABEL, label); ADDTOCHAIN (ic); } /*-----------------------------------------------------------------*/ /* geniCodeGoto - will create a Goto */ /*-----------------------------------------------------------------*/ void geniCodeGoto (symbol * label) { iCode *ic; ic = newiCodeLabelGoto (GOTO, label); ADDTOCHAIN (ic); } /*-----------------------------------------------------------------*/ /* geniCodeMultiply - gen intermediate code for multiplication */ /*-----------------------------------------------------------------*/ static operand * geniCodeMultiply (operand * left, operand * right, RESULT_TYPE resultType) { iCode *ic; int p2 = 0; sym_link *resType; LRTYPE; /* if they are both literal then we know the result */ if (IS_LITERAL (letype) && IS_LITERAL (retype)) return operandFromValue (valMult (left->operand.valOperand, right->operand.valOperand)); if (IS_LITERAL(retype)) { p2 = powof2 ((TYPE_TARGET_ULONG) ulFromVal (right->operand.valOperand)); } resType = usualBinaryConversions (&left, &right, resultType, '*'); #if 1 rtype = operandType (right); retype = getSpec (rtype); ltype = operandType (left); letype = getSpec (ltype); #endif /* if the right is a literal & power of 2 */ /* then make it a left shift */ /* code generated for 1 byte * 1 byte literal = 2 bytes result is more efficient in most cases than 2 bytes result = 2 bytes << literal if port has 1 byte muldiv */ if ((p2 > 0) && !IS_FLOAT (letype) && !IS_FIXED (letype) && !((resultType == RESULT_TYPE_INT) && (getSize (resType) != getSize (ltype)) && (port->support.muldiv == 1)) && strcmp (port->target, "pic16") != 0 /* don't shift for pic */ && strcmp (port->target, "pic14") != 0) { if ((resultType == RESULT_TYPE_INT) && (getSize (resType) != getSize (ltype))) { /* LEFT_OP need same size for left and result, */ left = geniCodeCast (resType, left, TRUE); ltype = operandType (left); } ic = newiCode (LEFT_OP, left, operandFromLit (p2)); /* left shift */ } else { /* if the size left or right > 1 then support routine */ if (getSize (ltype) > 1 || getSize (rtype) > 1) { if (IS_LITERAL (retype)) ic = newiCode ('*', right, left); /* multiplication by support routine with one literal */ else ic = newiCode ('*', left, right); /* multiplication by support routine */ ic->supportRtn = 1; } else { ic = newiCode ('*', left, right); /* normal multiplication */ } } IC_RESULT (ic) = newiTempOperand (resType, 1); ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* geniCodeDivision - gen intermediate code for division */ /*-----------------------------------------------------------------*/ static operand * geniCodeDivision (operand * left, operand * right, RESULT_TYPE resultType) { iCode *ic; int p2 = 0; sym_link *resType; sym_link *rtype = operandType (right); sym_link *retype = getSpec (rtype); sym_link *ltype = operandType (left); sym_link *letype = getSpec (ltype); resType = usualBinaryConversions (&left, &right, resultType, '/'); /* if the right is a literal & power of 2 and left is unsigned then make it a right shift */ if (IS_LITERAL (retype) && !IS_FLOAT (letype) && !IS_FIXED (letype) && IS_UNSIGNED(letype) && ((p2 = powof2 ((TYPE_TARGET_ULONG) ulFromVal (right->operand.valOperand))) > 0)) { ic = newiCode (RIGHT_OP, left, operandFromLit (p2)); /* right shift */ } else { ic = newiCode ('/', left, right); /* normal division */ /* if the size left or right > 1 then support routine */ if (getSize (ltype) > 1 || getSize (rtype) > 1) ic->supportRtn = 1; } IC_RESULT (ic) = newiTempOperand (resType, 0); ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* geniCodeModulus - gen intermediate code for modulus */ /*-----------------------------------------------------------------*/ static operand * geniCodeModulus (operand * left, operand * right, RESULT_TYPE resultType) { iCode *ic; sym_link *resType; LRTYPE; /* if they are both literal then we know the result */ if (IS_LITERAL (letype) && IS_LITERAL (retype)) return operandFromValue (valMod (left->operand.valOperand, right->operand.valOperand)); resType = usualBinaryConversions (&left, &right, resultType, '%'); /* now they are the same size */ ic = newiCode ('%', left, right); /* if the size left or right > 1 then support routine */ if (getSize (ltype) > 1 || getSize (rtype) > 1) ic->supportRtn = 1; IC_RESULT (ic) = newiTempOperand (resType, 0); ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* geniCodePtrPtrSubtract - subtracts pointer from pointer */ /*-----------------------------------------------------------------*/ operand * geniCodePtrPtrSubtract (operand * left, operand * right) { iCode *ic; operand *result; LRTYPE; /* if they are both literals then */ if (IS_LITERAL (letype) && IS_LITERAL (retype)) { result = operandFromValue (valMinus (left->operand.valOperand, right->operand.valOperand)); goto subtractExit; } ic = newiCode ('-', left, right); IC_RESULT (ic) = result = newiTempOperand (newIntLink (), 1); ADDTOCHAIN (ic); subtractExit: if (IS_VOID(ltype->next) || IS_VOID(rtype->next)) { return result; } // should we really do this? is this ANSI? return geniCodeDivision (result, operandFromLit (getSize (ltype->next)), FALSE); } /*-----------------------------------------------------------------*/ /* geniCodeSubtract - generates code for subtraction */ /*-----------------------------------------------------------------*/ static operand * geniCodeSubtract (operand * left, operand * right, RESULT_TYPE resultType) { iCode *ic; int isarray = 0; sym_link *resType; LRTYPE; /* if they both pointers then */ if ((IS_PTR (ltype) || IS_ARRAY (ltype)) && (IS_PTR (rtype) || IS_ARRAY (rtype))) return geniCodePtrPtrSubtract (left, right); /* if they are both literal then we know the result */ if (IS_LITERAL (letype) && IS_LITERAL (retype) && left->isLiteral && right->isLiteral) return operandFromValue (valMinus (left->operand.valOperand, right->operand.valOperand)); /* if left is an array or pointer */ if (IS_PTR (ltype) || IS_ARRAY (ltype)) { isarray = left->isaddr; right = geniCodeMultiply (right, operandFromLit (getSize (ltype->next)), (getArraySizePtr(left) >= INTSIZE) ? RESULT_TYPE_INT : RESULT_TYPE_CHAR); resType = copyLinkChain (IS_ARRAY (ltype) ? ltype->next : ltype); } else { /* make them the same size */ resType = usualBinaryConversions (&left, &right, resultType, '-'); } ic = newiCode ('-', left, right); IC_RESULT (ic) = newiTempOperand (resType, 1); IC_RESULT (ic)->isaddr = (isarray ? 1 : 0); /* if left or right is a float */ if (IS_FLOAT (ltype) || IS_FLOAT (rtype) || IS_FIXED (ltype) || IS_FIXED (rtype)) ic->supportRtn = 1; ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* geniCodeAdd - generates iCode for addition */ /*-----------------------------------------------------------------*/ static operand * geniCodeAdd (operand * left, operand * right, RESULT_TYPE resultType, int lvl) { iCode *ic; sym_link *resType; operand *size; int isarray = 0; bool indexUnsigned; LRTYPE; /* if the right side is LITERAL zero */ /* return the left side */ if (IS_LITERAL (retype) && right->isLiteral && !floatFromVal (valFromType (rtype))) return left; /* if left is literal zero return right */ if (IS_LITERAL (letype) && left->isLiteral && !floatFromVal (valFromType (ltype))) return right; /* if left is a pointer then size */ if (IS_PTR (ltype) || IS_ARRAY(ltype)) { isarray = left->isaddr; // there is no need to multiply with 1 if (getSize (ltype->next) != 1) { size = operandFromLit (getSize (ltype->next)); SPEC_USIGN (getSpec (operandType (size))) = 1; indexUnsigned = IS_UNSIGNED (getSpec (operandType (right))); right = geniCodeMultiply (right, size, resultType); /* Even if right is a 'unsigned char', the result will be a 'signed int' due to the promotion rules. It doesn't make sense when accessing arrays, so let's fix it here: */ if (indexUnsigned) SPEC_USIGN (getSpec (operandType (right))) = 1; } resType = copyLinkChain (ltype); } else { // make them the same size resType = usualBinaryConversions (&left, &right, resultType, '+'); } /* if they are both literals then we know */ if (IS_LITERAL (letype) && IS_LITERAL (retype) && left->isLiteral && right->isLiteral) return operandFromValue (valPlus (valFromType (ltype), valFromType (rtype))); ic = newiCode ('+', left, right); IC_RESULT (ic) = newiTempOperand (resType, 1); IC_RESULT (ic)->isaddr = (isarray ? 1 : 0); /* if left or right is a float then support routine */ if (IS_FLOAT (ltype) || IS_FLOAT (rtype) || IS_FIXED (ltype) || IS_FIXED (rtype)) ic->supportRtn = 1; ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* aggrToPtr - changes an "aggregate" to a "pointer to aggregate" */ /*-----------------------------------------------------------------*/ sym_link * aggrToPtr (sym_link * type, bool force) { sym_link *etype; sym_link *ptype; if (IS_PTR (type) && !force) return type; etype = getSpec (type); ptype = newLink (DECLARATOR); ptype->next = type; /* set the pointer depending on the storage class */ DCL_TYPE (ptype) = PTR_TYPE (SPEC_OCLS (etype)); return ptype; } /*------------------------------------------------------------------*/ /* aggrToPtrDclType - like aggrToPtr, but returns only the DCL_TYPE */ /*------------------------------------------------------------------*/ int aggrToPtrDclType (sym_link * type, bool force) { if (IS_PTR (type) && !force) return DCL_TYPE (type); /* return the pointer depending on the storage class */ return PTR_TYPE (SPEC_OCLS (getSpec (type))); } /*-----------------------------------------------------------------*/ /* geniCodeArray2Ptr - array to pointer */ /*-----------------------------------------------------------------*/ static operand * geniCodeArray2Ptr (operand * op) { sym_link *optype = operandType (op); sym_link *opetype = getSpec (optype); /* set the pointer depending on the storage class */ DCL_TYPE (optype) = PTR_TYPE (SPEC_OCLS (opetype)); op->isaddr = 0; return op; } /*-----------------------------------------------------------------*/ /* geniCodeArray - array access */ /*-----------------------------------------------------------------*/ static operand * geniCodeArray (operand * left, operand * right, int lvl) { iCode *ic; operand *size; sym_link *ltype = operandType (left); bool indexUnsigned; RESULT_TYPE resultType; resultType = (getArraySizePtr(left) >= INTSIZE) ? RESULT_TYPE_INT : RESULT_TYPE_CHAR; if (DCL_ELEM (ltype)) { if (DCL_ELEM (ltype) * getSize (ltype->next) <= 255) resultType = RESULT_TYPE_CHAR; } if (IS_PTR (ltype)) { if (IS_PTR (ltype->next) && left->isaddr) { left = geniCodeRValue (left, FALSE); } return geniCodeDerefPtr (geniCodeAdd (left, right, resultType, lvl), lvl); } size = operandFromLit (getSize (ltype->next)); SPEC_USIGN (getSpec (operandType (size))) = 1; indexUnsigned = IS_UNSIGNED (getSpec (operandType (right))); right = geniCodeMultiply (right, size, resultType); /* Even if right is a 'unsigned char', the result will be a 'signed int' due to the promotion rules. It doesn't make sense when accessing arrays, so let's fix it here: */ if (indexUnsigned) SPEC_USIGN (getSpec (operandType (right))) = 1; /* we can check for limits here */ /* already done in SDCCast.c if (isOperandLiteral (right) && IS_ARRAY (ltype) && DCL_ELEM (ltype) && (operandLitValue (right) / getSize (ltype->next)) >= DCL_ELEM (ltype)) { werror (W_IDX_OUT_OF_BOUNDS, (int) operandLitValue (right) / getSize (ltype->next), DCL_ELEM (ltype)); } */ ic = newiCode ('+', left, right); IC_RESULT (ic) = newiTempOperand (((IS_PTR (ltype) && !IS_AGGREGATE (ltype->next) && !IS_PTR (ltype->next)) ? ltype : ltype->next), 0); if (!IS_AGGREGATE (ltype->next)) { IC_RESULT (ic)->isaddr = 1; IC_RESULT (ic)->aggr2ptr = 1; } ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* geniCodeStruct - generates intermediate code for structures */ /*-----------------------------------------------------------------*/ operand * geniCodeStruct (operand * left, operand * right, bool islval) { iCode *ic; sym_link *type = operandType (left); sym_link *etype = getSpec (type); sym_link *retype; symbol *element = getStructElement (SPEC_STRUCT (etype), right->operand.symOperand); wassert(IS_SYMOP(right)); /* add the offset */ ic = newiCode ('+', left, operandFromLit (element->offset)); IC_RESULT (ic) = newiTempOperand (element->type, 0); /* preserve the storage & output class of the struct */ /* as well as the volatile attribute */ retype = getSpec (operandType (IC_RESULT (ic))); SPEC_SCLS (retype) = SPEC_SCLS (etype); SPEC_OCLS (retype) = SPEC_OCLS (etype); SPEC_VOLATILE (retype) |= SPEC_VOLATILE (etype); SPEC_CONST (retype) |= SPEC_CONST (etype); if (IS_PTR (element->type)) setOperandType (IC_RESULT (ic), aggrToPtr (operandType (IC_RESULT (ic)), TRUE)); IC_RESULT (ic)->isaddr = (!IS_AGGREGATE (element->type)); ADDTOCHAIN (ic); return (islval ? IC_RESULT (ic) : geniCodeRValue (IC_RESULT (ic), TRUE)); } /*-----------------------------------------------------------------*/ /* geniCodePostInc - generate int code for Post increment */ /*-----------------------------------------------------------------*/ operand * geniCodePostInc (operand * op) { iCode *ic; operand *rOp; sym_link *optype = operandType (op); operand *result; operand *rv = (IS_ITEMP (op) ? geniCodeRValue (op, (IS_PTR (optype) ? TRUE : FALSE)) : op); sym_link *rvtype = operandType (rv); int size = 0; /* if this is not an address we have trouble */ if (!op->isaddr) { werror (E_LVALUE_REQUIRED, "++"); return op; } rOp = newiTempOperand (rvtype, 0); OP_SYMBOL(rOp)->noSpilLoc = 1; if (IS_ITEMP (rv)) OP_SYMBOL(rv)->noSpilLoc = 1; geniCodeAssign (rOp, rv, 0, 0); size = (IS_PTR (rvtype) ? getSize (rvtype->next) : 1); if (size == 0) werror(W_SIZEOF_VOID); if (IS_FLOAT (rvtype)) ic = newiCode ('+', rv, operandFromValue (constFloatVal ("1.0"))); else if (IS_FIXED16X16 (rvtype)) ic = newiCode ('+', rv, operandFromValue (constFixed16x16Val ("1.0"))); else ic = newiCode ('+', rv, operandFromLit (size)); IC_RESULT (ic) = result = newiTempOperand (rvtype, 0); ADDTOCHAIN (ic); geniCodeAssign (op, result, 0, 0); return rOp; } /*-----------------------------------------------------------------*/ /* geniCodePreInc - generate code for preIncrement */ /*-----------------------------------------------------------------*/ operand * geniCodePreInc (operand * op, bool lvalue) { iCode *ic; sym_link *optype = operandType (op); operand *rop = (IS_ITEMP (op) ? geniCodeRValue (op, (IS_PTR (optype) ? TRUE : FALSE)) : op); sym_link *roptype = operandType (rop); operand *result; int size = 0; if (!op->isaddr) { werror (E_LVALUE_REQUIRED, "++"); return op; } size = (IS_PTR (roptype) ? getSize (roptype->next) : 1); if (size == 0) werror(W_SIZEOF_VOID); if (IS_FLOAT (roptype)) ic = newiCode ('+', rop, operandFromValue (constFloatVal ("1.0"))); else if (IS_FIXED16X16 (roptype)) ic = newiCode ('+', rop, operandFromValue (constFixed16x16Val ("1.0"))); else ic = newiCode ('+', rop, operandFromLit (size)); IC_RESULT (ic) = result = newiTempOperand (roptype, 0); ADDTOCHAIN (ic); (void) geniCodeAssign (op, result, 0, 0); if (lvalue || IS_TRUE_SYMOP (op) || IS_BITVAR (optype)) return op; else return result; } /*-----------------------------------------------------------------*/ /* geniCodePostDec - generates code for Post decrement */ /*-----------------------------------------------------------------*/ operand * geniCodePostDec (operand * op) { iCode *ic; operand *rOp; sym_link *optype = operandType (op); operand *result; operand *rv = (IS_ITEMP (op) ? geniCodeRValue (op, (IS_PTR (optype) ? TRUE : FALSE)) : op); sym_link *rvtype = operandType (rv); int size = 0; /* if this is not an address we have trouble */ if (!op->isaddr) { werror (E_LVALUE_REQUIRED, "--"); return op; } rOp = newiTempOperand (rvtype, 0); OP_SYMBOL(rOp)->noSpilLoc = 1; if (IS_ITEMP (rv)) OP_SYMBOL(rv)->noSpilLoc = 1; geniCodeAssign (rOp, rv, 0, 0); size = (IS_PTR (rvtype) ? getSize (rvtype->next) : 1); if (size == 0) werror(W_SIZEOF_VOID); if (IS_FLOAT (rvtype)) ic = newiCode ('-', rv, operandFromValue (constFloatVal ("1.0"))); else if (IS_FIXED16X16 (rvtype)) ic = newiCode ('-', rv, operandFromValue (constFixed16x16Val ("1.0"))); else ic = newiCode ('-', rv, operandFromLit (size)); IC_RESULT (ic) = result = newiTempOperand (rvtype, 0); ADDTOCHAIN (ic); geniCodeAssign (op, result, 0, 0); return rOp; } /*-----------------------------------------------------------------*/ /* geniCodePreDec - generate code for pre decrement */ /*-----------------------------------------------------------------*/ operand * geniCodePreDec (operand * op, bool lvalue) { iCode *ic; sym_link *optype = operandType (op); operand *rop = (IS_ITEMP (op) ? geniCodeRValue (op, (IS_PTR (optype) ? TRUE : FALSE)) : op); sym_link *roptype = operandType (rop); operand *result; int size = 0; if (!op->isaddr) { werror (E_LVALUE_REQUIRED, "--"); return op; } size = (IS_PTR (roptype) ? getSize (roptype->next) : 1); if (size == 0) werror(W_SIZEOF_VOID); if (IS_FLOAT (roptype)) ic = newiCode ('-', rop, operandFromValue (constFloatVal ("1.0"))); else if (IS_FIXED16X16 (roptype)) ic = newiCode ('-', rop, operandFromValue (constFixed16x16Val ("1.0"))); else ic = newiCode ('-', rop, operandFromLit (size)); IC_RESULT (ic) = result = newiTempOperand (roptype, 0); ADDTOCHAIN (ic); (void) geniCodeAssign (op, result, 0, 0); if (lvalue || IS_TRUE_SYMOP (op) || IS_BITVAR (optype)) return op; else return result; } /*-----------------------------------------------------------------*/ /* geniCodeBitwise - gen int code for bitWise operators */ /*-----------------------------------------------------------------*/ operand * geniCodeBitwise (operand * left, operand * right, int oper, sym_link * resType) { iCode *ic; left = geniCodeCast (resType, left, TRUE); right = geniCodeCast (resType, right, TRUE); ic = newiCode (oper, left, right); IC_RESULT (ic) = newiTempOperand (resType, 0); ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* geniCodeAddressOf - gens icode for '&' address of operator */ /*-----------------------------------------------------------------*/ operand * geniCodeAddressOf (operand * op) { iCode *ic; sym_link *p; sym_link *optype = operandType (op); sym_link *opetype = getSpec (optype); if (IS_ITEMP (op) && op->isaddr && IS_PTR (optype)) { op = operandFromOperand (op); op->isaddr = 0; return op; } /* lvalue check already done in decorateType */ /* this must be a lvalue */ /* if (!op->isaddr && !IS_AGGREGATE(optype)) { */ /* werror (E_LVALUE_REQUIRED,"&"); */ /* return op; */ /* } */ p = newLink (DECLARATOR); /* set the pointer depending on the storage class */ DCL_TYPE (p) = PTR_TYPE (SPEC_OCLS (opetype)); p->next = copyLinkChain (optype); /* if already a temp */ if (IS_ITEMP (op)) { setOperandType (op, p); op->isaddr = 0; return op; } /* otherwise make this of the type coming in */ ic = newiCode (ADDRESS_OF, op, NULL); IC_RESULT (ic) = newiTempOperand (p, 1); IC_RESULT (ic)->isaddr = 0; ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* setOClass - sets the output class depending on the pointer type */ /*-----------------------------------------------------------------*/ void setOClass (sym_link * ptr, sym_link * spec) { switch (DCL_TYPE (ptr)) { case POINTER: SPEC_OCLS (spec) = data; break; case GPOINTER: SPEC_OCLS (spec) = generic; break; case FPOINTER: SPEC_OCLS (spec) = xdata; break; case CPOINTER: SPEC_OCLS (spec) = code; break; case IPOINTER: SPEC_OCLS (spec) = idata; break; case PPOINTER: SPEC_OCLS (spec) = xstack; break; case EEPPOINTER: SPEC_OCLS (spec) = eeprom; break; default: break; } } /*-----------------------------------------------------------------*/ /* geniCodeDerefPtr - dereference pointer with '*' */ /*-----------------------------------------------------------------*/ operand * geniCodeDerefPtr (operand * op,int lvl) { sym_link *rtype, *retype; sym_link *optype = operandType (op); // if this is an array then array access if (IS_ARRAY (optype)) { // don't worry, this will be optimized out later return geniCodeArray (op, operandFromLit (0), lvl); } // just in case someone screws up wassert (IS_PTR (optype)); if (IS_TRUE_SYMOP (op)) { op->isaddr = 1; op = geniCodeRValue (op, TRUE); } /* now get rid of the pointer part */ if (isLvaluereq(lvl) && IS_ITEMP (op)) { retype = getSpec (rtype = copyLinkChain (optype)); } else { retype = getSpec (rtype = copyLinkChain (optype->next)); /* outputclass needs 2b updated */ setOClass (optype, retype); } op->isGptr = IS_GENPTR (optype); op->isaddr = (IS_PTR (rtype) || IS_STRUCT (rtype) || IS_INT (rtype) || IS_CHAR (rtype) || IS_FLOAT (rtype) || IS_FIXED (rtype)); if (!isLvaluereq(lvl)) op = geniCodeRValue (op, TRUE); setOperandType (op, rtype); return op; } /*-----------------------------------------------------------------*/ /* geniCodeUnaryMinus - does a unary minus of the operand */ /*-----------------------------------------------------------------*/ operand * geniCodeUnaryMinus (operand * op) { iCode *ic; sym_link *optype = operandType (op); if (IS_LITERAL (optype)) return operandFromLit (-floatFromVal (op->operand.valOperand)); ic = newiCode (UNARYMINUS, op, NULL); IC_RESULT (ic) = newiTempOperand (optype, 0); ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* geniCodeLeftShift - gen i code for left shift */ /*-----------------------------------------------------------------*/ operand * geniCodeLeftShift (operand * left, operand * right, RESULT_TYPE resultType) { iCode *ic; sym_link *resType; ic = newiCode (LEFT_OP, left, right); resType = usualBinaryConversions (&left, &right, resultType, LEFT_OP); IC_RESULT (ic) = newiTempOperand (resType, 0); ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* geniCodeRightShift - gen i code for right shift */ /*-----------------------------------------------------------------*/ operand * geniCodeRightShift (operand * left, operand * right) { iCode *ic; ic = newiCode (RIGHT_OP, left, right); IC_RESULT (ic) = newiTempOperand (operandType (left), 0); ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* geniCodeLogic- logic code */ /*-----------------------------------------------------------------*/ static operand * geniCodeLogic (operand * left, operand * right, int op, ast *tree) { iCode *ic; sym_link *ctype, *ttype; sym_link *rtype = operandType (right); sym_link *ltype = operandType (left); /* left is integral type and right is literal then check if the literal value is within bounds */ if (IS_INTEGRAL (ltype) && IS_VALOP (right) && IS_LITERAL (rtype)) { CCR_RESULT ccr_result = checkConstantRange (ltype, rtype, op, FALSE); switch (ccr_result) { case CCR_ALWAYS_TRUE: case CCR_ALWAYS_FALSE: if (!options.lessPedantic) werror (W_COMP_RANGE, "true resp. false"); return operandFromLit (ccr_result == CCR_ALWAYS_TRUE ? 1 : 0); default: break; } } /* if one operand is a pointer and the other is a literal generic void pointer, change the type of the literal generic void pointer to match the other pointer */ if (IS_GENPTR (ltype) && IS_VOID (ltype->next) && IS_ITEMP (left) && IS_PTR (rtype) && !IS_GENPTR(rtype)) { /* find left's definition */ ic = (iCode *) setFirstItem (iCodeChain); while (ic) { if (((ic->op == CAST) || (ic->op == '=')) && isOperandEqual(left, IC_RESULT (ic))) break; else ic = setNextItem (iCodeChain); } /* if casting literal to generic pointer, then cast to rtype instead */ if (ic && (ic->op == CAST) && isOperandLiteral(IC_RIGHT (ic))) { left = operandFromValue (valCastLiteral (rtype, operandLitValue (IC_RIGHT (ic)))); ltype = operandType(left); } } if (IS_GENPTR (rtype) && IS_VOID (rtype->next) && IS_ITEMP (right) && IS_PTR (ltype) && !IS_GENPTR(ltype)) { /* find right's definition */ ic = (iCode *) setFirstItem (iCodeChain); while (ic) { if (((ic->op == CAST) || (ic->op == '=')) && isOperandEqual(right, IC_RESULT (ic))) break; else ic = setNextItem (iCodeChain); } /* if casting literal to generic pointer, then cast to rtype instead */ if (ic && (ic->op == CAST) && isOperandLiteral(IC_RIGHT (ic))) { right = operandFromValue (valCastLiteral (ltype, operandLitValue (IC_RIGHT (ic)))); rtype = operandType(right); } } ctype = usualBinaryConversions (&left, &right, RESULT_TYPE_BIT, 0); ic = newiCode (op, left, right); /* store 0 or 1 in result */ ttype = (tree && IS_BIT (tree->ftype)) ? newBoolLink() : newCharLink(); IC_RESULT (ic) = newiTempOperand (ttype, 1); /* if comparing float and not a '==' || '!=' || '&&' || '||' (these will be inlined */ if (IS_FLOAT(ctype) && op != EQ_OP && op != NE_OP && op != AND_OP && op != OR_OP) ic->supportRtn = 1; /* if comparing a fixed type use support functions */ if (IS_FIXED(ctype)) ic->supportRtn = 1; ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* geniCodeLogicAndOr - && || operations */ /*-----------------------------------------------------------------*/ static operand * geniCodeLogicAndOr (ast *tree, int lvl) { iCode *ic; sym_link *type; symbol *falseLabel = newiTempLabel (NULL); symbol *trueLabel = newiTempLabel (NULL); symbol *exitLabel = newiTempLabel (NULL); operand *op, *result, *condition; /* AND_OP and OR_OP are no longer generated because of bug-905492. They can be reenabled by executing the following block. If you find a decent optimization you could start right here: */ #if 0 if (0) { operand *leftOp, *rightOp; leftOp = geniCodeRValue (ast2iCode (tree->left , lvl + 1), FALSE); rightOp = geniCodeRValue (ast2iCode (tree->right, lvl + 1), FALSE); return geniCodeLogic (leftOp, rightOp, tree->opval.op); } #endif /* generate two IFX for the '&&' or '||' op */ /* evaluate left operand */ condition = ast2iCode (tree->left, lvl + 1); op = geniCodeRValue (condition, FALSE); /* test left operand */ if (tree->opval.op == AND_OP) ic = newiCodeCondition (op, NULL, falseLabel); else /* OR_OP */ ic = newiCodeCondition (op, trueLabel, NULL); ADDTOCHAIN (ic); /* evaluate right operand */ condition = ast2iCode (tree->right, lvl + 1); op = geniCodeRValue (condition, FALSE); /* test right operand */ ic = newiCodeCondition (op, trueLabel, NULL); ADDTOCHAIN (ic); /* store 0 or 1 in result */ type = (IS_BIT (tree->ftype)) ? newBoolLink() : newCharLink(); result = newiTempOperand (type, 1); geniCodeLabel (falseLabel); geniCodeAssign (result, operandFromLit (0), 0, 0); /* generate an unconditional goto */ geniCodeGoto (exitLabel); geniCodeLabel (trueLabel); geniCodeAssign (result, operandFromLit (1), 0, 0); geniCodeLabel (exitLabel); return result; } /*-----------------------------------------------------------------*/ /* geniCodeUnary - for a generic unary operation */ /*-----------------------------------------------------------------*/ operand * geniCodeUnary (operand * op, int oper) { iCode *ic = newiCode (oper, op, NULL); IC_RESULT (ic) = newiTempOperand (operandType (op), 0); ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* geniCodeBinary - for a generic binary operation */ /*-----------------------------------------------------------------*/ operand * geniCodeBinary (operand * left, operand * right, int oper) { iCode *ic = newiCode (oper, left, right); IC_RESULT (ic) = newiTempOperand (operandType (left), 0); ADDTOCHAIN (ic); return IC_RESULT (ic); } /*-----------------------------------------------------------------*/ /* geniCodeConditional - geniCode for '?' ':' operation */ /*-----------------------------------------------------------------*/ operand * geniCodeConditional (ast * tree,int lvl) { iCode *ic; symbol *falseLabel = newiTempLabel (NULL); symbol *exitLabel = newiTempLabel (NULL); ast *astTrue = tree->right->left; ast *astFalse = tree->right->right; operand *cond = ast2iCode (tree->left, lvl+1); operand *result = newiTempOperand (tree->ftype, 0); operand *opTrue, *opFalse; ic = newiCodeCondition (geniCodeRValue (cond, FALSE), NULL, falseLabel); ADDTOCHAIN (ic); opTrue = ast2iCode (astTrue, lvl+1); /* move the value to the new operand */ geniCodeAssign (result, geniCodeRValue (opTrue, FALSE), 0, 0); /* generate an unconditional goto */ geniCodeGoto (exitLabel); /* now for the right side */ geniCodeLabel (falseLabel); opFalse = ast2iCode (astFalse, lvl+1); geniCodeAssign (result, geniCodeRValue (opFalse, FALSE), 0, 0); /* create the exit label */ geniCodeLabel (exitLabel); return result; } /*-----------------------------------------------------------------*/ /* geniCodeAssign - generate code for assignment */ /*-----------------------------------------------------------------*/ operand * geniCodeAssign (operand * left, operand * right, int nosupdate, int strictLval) { iCode *ic; sym_link *ltype = operandType (left); sym_link *rtype = operandType (right); if (!left->isaddr && (!IS_ITEMP (left) || strictLval)) { werror (E_LVALUE_REQUIRED, "assignment"); return left; } /* left is integral type and right is literal then check if the literal value is within bounds */ if (IS_INTEGRAL (ltype) && right->type == VALUE && IS_LITERAL (rtype) && checkConstantRange (ltype, rtype, '=', FALSE) == CCR_OVL && !options.lessPedantic) { werror (W_LIT_OVERFLOW); } /* if the left & right type don't exactly match */ /* if pointer set then make sure the check is done with the type & not the pointer */ /* then cast rights type to left */ /* first check the type for pointer assignement */ if (left->isaddr && IS_PTR (ltype) && IS_ITEMP (left) && compareType (ltype, rtype) <= 0) { if (left->aggr2ptr) right = geniCodeCast (ltype, right, TRUE); else if (compareType (ltype->next, rtype) < 0) right = geniCodeCast (ltype->next, right, TRUE); } else if (compareType (ltype, rtype) < 0) right = geniCodeCast (ltype, right, TRUE); /* If left is a true symbol & ! volatile create an assignment to temporary for the right & then assign this temporary to the symbol. This is SSA (static single assignment). Isn't it simple and folks have published mountains of paper on it */ if (IS_TRUE_SYMOP (left) && !isOperandVolatile (left, FALSE) && isOperandGlobal (left)) { symbol *sym = NULL; operand *newRight; if (IS_TRUE_SYMOP (right)) sym = OP_SYMBOL (right); ic = newiCode ('=', NULL, right); IC_RESULT (ic) = newRight = newiTempOperand (ltype, 0); /* avoid double fetch from volatile right, see bug 1369874 */ if (!isOperandVolatile (right, FALSE)) SPIL_LOC (newRight) = sym; right = newRight; ADDTOCHAIN (ic); } ic = newiCode ('=', NULL, right); IC_RESULT (ic) = left; ADDTOCHAIN (ic); /* if left isgptr flag is set then support routine will be required */ if (left->isGptr) ic->supportRtn = 1; ic->nosupdate = nosupdate; /* left could be a pointer assignment, return the properly casted right instead */ return right; } /*-----------------------------------------------------------------*/ /* geniCodeDummyRead - generate code for dummy read */ /*-----------------------------------------------------------------*/ static void geniCodeDummyRead (operand * op) { iCode *ic; sym_link *type = operandType (op); if (!IS_VOLATILE(type)) return; ic = newiCode (DUMMY_READ_VOLATILE, NULL, op); ADDTOCHAIN (ic); ic->nosupdate = 1; } /*-----------------------------------------------------------------*/ /* geniCodeSEParms - generate code for side effecting fcalls */ /*-----------------------------------------------------------------*/ static void geniCodeSEParms (ast * parms,int lvl) { if (!parms) return; if (parms->type == EX_OP && parms->opval.op == PARAM) { geniCodeSEParms (parms->left,lvl); geniCodeSEParms (parms->right,lvl); return; } /* hack don't like this but too lazy to think of something better */ if (IS_ADDRESS_OF_OP (parms)) parms->left->lvalue = 1; if (IS_CAST_OP (parms) && IS_PTR (parms->ftype) && IS_ADDRESS_OF_OP (parms->right)) parms->right->left->lvalue = 1; parms->opval.oprnd = geniCodeRValue (ast2iCode (parms,lvl+1), FALSE); parms->type = EX_OPERAND; AST_ARGREG(parms) = parms->etype ? SPEC_ARGREG(parms->etype) : SPEC_ARGREG(parms->ftype); } /*-----------------------------------------------------------------*/ /* geniCodeParms - generates parameters */ /*-----------------------------------------------------------------*/ value * geniCodeParms (ast * parms, value *argVals, int *stack, sym_link * ftype, int lvl) { iCode *ic; operand *pval; if (!parms) return argVals; if (argVals==NULL) { // first argument argVals = FUNC_ARGS (ftype); } /* if this is a param node then do the left & right */ if (parms->type == EX_OP && parms->opval.op == PARAM) { argVals=geniCodeParms (parms->left, argVals, stack, ftype, lvl); argVals=geniCodeParms (parms->right, argVals, stack, ftype, lvl); return argVals; } /* get the parameter value */ if (parms->type == EX_OPERAND) pval = parms->opval.oprnd; else { /* maybe this else should go away ?? */ /* hack don't like this but too lazy to think of something better */ if (IS_ADDRESS_OF_OP (parms)) parms->left->lvalue = 1; if (IS_CAST_OP (parms) && IS_PTR (parms->ftype) && IS_ADDRESS_OF_OP (parms->right)) parms->right->left->lvalue = 1; pval = geniCodeRValue (ast2iCode (parms,lvl+1), FALSE); } /* if register parm then make it a send */ if ((IS_REGPARM (parms->etype) && !IFFUNC_HASVARARGS(ftype)) || IFFUNC_ISBUILTIN(ftype)) { ic = newiCode (SEND, pval, NULL); ic->argreg = SPEC_ARGREG(parms->etype); ic->builtinSEND = FUNC_ISBUILTIN(ftype); ADDTOCHAIN (ic); } else { /* now decide whether to push or assign */ if (!(options.stackAuto || IFFUNC_ISREENT (ftype))) { /* assign */ operand *top = operandFromSymbol (argVals->sym); /* clear useDef and other bitVectors */ OP_USES(top)=OP_DEFS(top)=OP_SYMBOL(top)->clashes = NULL; geniCodeAssign (top, pval, 1, 0); } else { sym_link *p = operandType (pval); /* push */ ic = newiCode (IPUSH, pval, NULL); ic->parmPush = 1; /* update the stack adjustment */ *stack += getSize (IS_AGGREGATE (p) ? aggrToPtr (p, FALSE) : p); ADDTOCHAIN (ic); } } argVals=argVals->next; return argVals; } /*-----------------------------------------------------------------*/ /* geniCodeCall - generates temp code for calling */ /*-----------------------------------------------------------------*/ operand * geniCodeCall (operand * left, ast * parms,int lvl) { iCode *ic; operand *result; sym_link *type, *etype; sym_link *ftype; int stack = 0; if (!IS_FUNC(OP_SYMBOL(left)->type) && !IS_FUNCPTR(OP_SYMBOL(left)->type)) { werror (E_FUNCTION_EXPECTED); return operandFromValue(valueFromLit(0)); } /* take care of parameters with side-effecting function calls in them, this is required to take care of overlaying function parameters */ geniCodeSEParms (parms,lvl); ftype = operandType (left); if (IS_FUNCPTR (ftype)) ftype = ftype->next; /* first the parameters */ geniCodeParms (parms, NULL, &stack, ftype, lvl); /* now call : if symbol then pcall */ if (IS_OP_POINTER (left) || IS_ITEMP(left)) { ic = newiCode (PCALL, left, NULL); } else { ic = newiCode (CALL, left, NULL); } type = copyLinkChain (ftype->next); etype = getSpec (type); SPEC_EXTR (etype) = 0; IC_RESULT (ic) = result = newiTempOperand (type, 1); ADDTOCHAIN (ic); /* stack adjustment after call */ ic->parmBytes = stack; return result; } /*-----------------------------------------------------------------*/ /* geniCodeReceive - generate intermediate code for "receive" */ /*-----------------------------------------------------------------*/ static void geniCodeReceive (value * args, operand * func) { unsigned char paramByteCounter = 0; /* for all arguments that are passed in registers */ while (args) { if (IS_REGPARM (args->etype)) { operand *opr = operandFromValue (args); operand *opl; symbol *sym = OP_SYMBOL (opr); iCode *ic; /* we will use it after all optimizations and before liveRange calculation */ if (!sym->addrtaken && !IS_VOLATILE (sym->etype)) { if ((IN_FARSPACE (SPEC_OCLS (sym->etype)) && !TARGET_IS_HC08) && options.stackAuto == 0 && (!(options.model == MODEL_FLAT24)) ) { } else { opl = newiTempOperand (args->type, 0); sym->reqv = opl; sym->reqv->key = sym->key; OP_SYMBOL (sym->reqv)->key = sym->key; OP_SYMBOL (sym->reqv)->isreqv = 1; OP_SYMBOL (sym->reqv)->islocal = 0; SPIL_LOC (sym->reqv) = sym; } } ic = newiCode (RECEIVE, func, NULL); ic->argreg = SPEC_ARGREG(args->etype); if (ic->argreg == 1) { currFunc->recvSize = getSize (sym->type); } IC_RESULT (ic) = opr; /* misuse of parmBytes (normally used for functions) * to save estimated stack position of this argument. * Normally this should be zero for RECEIVE iCodes. * No idea if this causes side effects on other ports. - dw */ ic->parmBytes = paramByteCounter; /* what stack position do we have? */ paramByteCounter += getSize (sym->type); ADDTOCHAIN (ic); } args = args->next; } } /*-----------------------------------------------------------------*/ /* geniCodeFunctionBody - create the function body */ /*-----------------------------------------------------------------*/ void geniCodeFunctionBody (ast * tree,int lvl) { iCode *ic; operand *func; sym_link *fetype; char *savefilename; int savelineno; /* reset the auto generation */ /* numbers */ iTempNum = 0; iTempLblNum = 0; operandKey = 0; iCodeKey = 0; func = ast2iCode (tree->left,lvl+1); fetype = getSpec (operandType (func)); savefilename = filename; savelineno = lineno; filename = OP_SYMBOL (func)->fileDef; lineno = OP_SYMBOL (func)->lineDef; /* create an entry label */ geniCodeLabel (entryLabel); filename = savefilename; lineno = savelineno; /* create a proc icode */ ic = newiCode (FUNCTION, func, NULL); filename = ic->filename = OP_SYMBOL (func)->fileDef; lineno = ic->lineno = OP_SYMBOL (func)->lineDef; ic->tree = tree; ADDTOCHAIN (ic); /* for all parameters that are passed on registers add a "receive" */ geniCodeReceive (tree->values.args, func); /* generate code for the body */ ast2iCode (tree->right,lvl+1); /* create a label for return */ geniCodeLabel (returnLabel); /* now generate the end proc */ ic = newiCode (ENDFUNCTION, func, NULL); ic->tree = tree; ADDTOCHAIN (ic); return; } /*-----------------------------------------------------------------*/ /* geniCodeReturn - gen icode for 'return' statement */ /*-----------------------------------------------------------------*/ void geniCodeReturn (operand * op) { iCode *ic; /* if the operand is present force an rvalue */ if (op) op = geniCodeRValue (op, FALSE); ic = newiCode (RETURN, op, NULL); ADDTOCHAIN (ic); } /*-----------------------------------------------------------------*/ /* geniCodeIfx - generates code for extended if statement */ /*-----------------------------------------------------------------*/ void geniCodeIfx (ast * tree,int lvl) { iCode *ic; operand *condition = ast2iCode (tree->left,lvl+1); sym_link *cetype; /* if condition is null then exit */ if (!condition) goto exit; else condition = geniCodeRValue (condition, FALSE); cetype = getSpec (operandType (condition)); /* if the condition is a literal */ if (IS_LITERAL (cetype)) { if (floatFromVal (condition->operand.valOperand)) { if (tree->trueLabel) geniCodeGoto (tree->trueLabel); else assert (0); } else { if (tree->falseLabel) geniCodeGoto (tree->falseLabel); } goto exit; } if (tree->trueLabel) { ic = newiCodeCondition (condition, tree->trueLabel, NULL); ADDTOCHAIN (ic); if (tree->falseLabel) geniCodeGoto (tree->falseLabel); } else { ic = newiCodeCondition (condition, NULL, tree->falseLabel); ADDTOCHAIN (ic); } exit: ast2iCode (tree->right,lvl+1); } /*-----------------------------------------------------------------*/ /* geniCodeJumpTable - tries to create a jump table for switch */ /*-----------------------------------------------------------------*/ int geniCodeJumpTable (operand * cond, value * caseVals, ast * tree) { int min, max, cnt = 1; int i, t; value *vch; iCode *ic; operand *boundary; symbol *falseLabel; set *labels = NULL; int needRangeCheck = !optimize.noJTabBoundary || tree->values.switchVals.swDefault; sym_link *cetype = getSpec (operandType (cond)); int sizeofMinCost, sizeofZeroMinCost, sizeofMaxCost; int sizeofMatchJump, sizeofJumpTable; int sizeIndex; if (!tree || !caseVals) return 0; /* the criteria for creating a jump table is */ /* all integer numbers between the maximum & minimum must */ /* be present , the maximum value should not exceed 255 */ /* If not all integer numbers are present the algorithm */ /* inserts jumps to the default label for the missing numbers */ /* and decides later whether it is worth it */ min = (int) ulFromVal (vch = caseVals); while (vch->next) { cnt++; vch = vch->next; } max = (int) ulFromVal (vch); /* Exit if the range is too large to handle with a jump table. */ if (1 + max - min > port->jumptableCost.maxCount) return 0; switch (getSize (operandType (cond))) { case 1: sizeIndex = 0; break; case 2: sizeIndex = 1; break; case 4: sizeIndex = 2; break; default: return 0; } /* Compute the size cost of the range check and subtraction. */ sizeofMinCost = 0; sizeofZeroMinCost = 0; sizeofMaxCost = 0; if (needRangeCheck) { if (!(min==0 && IS_UNSIGNED (cetype))) sizeofMinCost = port->jumptableCost.sizeofRangeCompare[sizeIndex]; if (!IS_UNSIGNED (cetype)) sizeofZeroMinCost = port->jumptableCost.sizeofRangeCompare[sizeIndex]; sizeofMaxCost = port->jumptableCost.sizeofRangeCompare[sizeIndex]; } if (min) sizeofMinCost += port->jumptableCost.sizeofSubtract; /* If the size cost of handling a non-zero minimum exceeds the */ /* cost of extending the range down to zero, then it might be */ /* better to extend the range to zero. */ if (min > 0 && (sizeofMinCost-sizeofZeroMinCost) >= (min * port->jumptableCost.sizeofElement)) { /* Only extend the jump table if it would still be manageable. */ if (1 + max <= port->jumptableCost.maxCount) { min = 0; if (IS_UNSIGNED (cetype)) sizeofMinCost = 0; else sizeofMinCost = port->jumptableCost.sizeofRangeCompare[sizeIndex]; } } /* Compute the total size cost of a jump table. */ sizeofJumpTable = (1 + max - min) * port->jumptableCost.sizeofElement + port->jumptableCost.sizeofDispatch + sizeofMinCost + sizeofMaxCost; /* Compute the total size cost of a match & jump sequence */ sizeofMatchJump = cnt * port->jumptableCost.sizeofMatchJump[sizeIndex]; /* If the size cost of the jump table is uneconomical then exit */ if (sizeofMatchJump < sizeofJumpTable) return 0; /* The jump table is preferable. */ /* First, a label for the default or missing cases. */ if (tree->values.switchVals.swDefault) { SNPRINTF (buffer, sizeof(buffer), "_default_%d", tree->values.switchVals.swNum); } else { SNPRINTF (buffer, sizeof(buffer), "_swBrk_%d", tree->values.switchVals.swNum); } falseLabel = newiTempLabel (buffer); /* Build the list of labels for the jump table. */ vch = caseVals; t = (int) ulFromVal (vch); for (i=min; i<=max; i++) { if (vch && t==i) { /* Explicit case: make a new label for it. */ SNPRINTF (buffer, sizeof(buffer), "_case_%d_%d", tree->values.switchVals.swNum, i); addSet (&labels, newiTempLabel (buffer)); vch = vch->next; if (vch) t = (int) ulFromVal (vch); } else { /* Implicit case: use the default label. */ addSet (&labels, falseLabel); } } /* first we rule out the boundary conditions */ /* if only optimization says so */ if (needRangeCheck) { sym_link *cetype = getSpec (operandType (cond)); /* no need to check the lower bound if the condition is unsigned & minimum value is zero */ if (!(min == 0 && IS_UNSIGNED (cetype))) { boundary = geniCodeLogic (cond, operandFromLit (min), '<', NULL); ic = newiCodeCondition (boundary, falseLabel, NULL); ADDTOCHAIN (ic); } /* now for upper bounds */ boundary = geniCodeLogic (cond, operandFromLit (max), '>', NULL); ic = newiCodeCondition (boundary, falseLabel, NULL); ADDTOCHAIN (ic); } /* if the min is not zero then we no make it zero */ if (min) { cond = geniCodeSubtract (cond, operandFromLit (min), RESULT_TYPE_CHAR); if (!IS_LITERAL(getSpec(operandType(cond)))) setOperandType (cond, UCHARTYPE); } /* now create the jumptable */ ic = newiCode (JUMPTABLE, NULL, NULL); IC_JTCOND (ic) = cond; IC_JTLABELS (ic) = labels; ADDTOCHAIN (ic); return 1; } /*-----------------------------------------------------------------*/ /* geniCodeSwitch - changes a switch to a if statement */ /*-----------------------------------------------------------------*/ void geniCodeSwitch (ast * tree,int lvl) { iCode *ic; operand *cond = geniCodeRValue (ast2iCode (tree->left,lvl+1), FALSE); value *caseVals = tree->values.switchVals.swVals; symbol *trueLabel, *falseLabel; /* If the condition is a literal, then just jump to the */ /* appropriate case label. */ if (IS_LITERAL(getSpec(operandType(cond)))) { int switchVal, caseVal; switchVal = (int) ulFromVal (cond->operand.valOperand); while (caseVals) { caseVal = (int) ulFromVal (caseVals); if (caseVal == switchVal) { SNPRINTF (buffer, sizeof(buffer), "_case_%d_%d", tree->values.switchVals.swNum, caseVal); trueLabel = newiTempLabel (buffer); geniCodeGoto (trueLabel); goto jumpTable; } caseVals = caseVals->next; } goto defaultOrBreak; } /* If cond is volatile, it might change while we are trying to */ /* find the matching case. To avoid this possibility, make a */ /* non-volatile copy to use instead. */ if (IS_OP_VOLATILE (cond)) { operand * newcond; iCode * ic; newcond = newiTempOperand (operandType (cond), TRUE); newcond->isvolatile = 0; ic = newiCode ('=', NULL, cond); IC_RESULT (ic) = newcond; ADDTOCHAIN (ic); cond = newcond; } /* if we can make this a jump table */ if (geniCodeJumpTable (cond, caseVals, tree)) goto jumpTable; /* no need for the comparison */ /* for the cases defined do */ while (caseVals) { operand *compare = geniCodeLogic (cond, operandFromValue (caseVals), EQ_OP, NULL); SNPRINTF (buffer, sizeof(buffer), "_case_%d_%d", tree->values.switchVals.swNum, (int) ulFromVal (caseVals)); trueLabel = newiTempLabel (buffer); ic = newiCodeCondition (compare, trueLabel, NULL); ADDTOCHAIN (ic); caseVals = caseVals->next; } defaultOrBreak: /* if default is present then goto break else break */ if (tree->values.switchVals.swDefault) { SNPRINTF (buffer, sizeof(buffer), "_default_%d", tree->values.switchVals.swNum); } else { SNPRINTF (buffer, sizeof(buffer), "_swBrk_%d", tree->values.switchVals.swNum); } falseLabel = newiTempLabel (buffer); geniCodeGoto (falseLabel); jumpTable: ast2iCode (tree->right,lvl+1); } /*-----------------------------------------------------------------*/ /* geniCodeInline - intermediate code for inline assembler */ /*-----------------------------------------------------------------*/ static void geniCodeInline (ast * tree) { iCode *ic; ic = newiCode (INLINEASM, NULL, NULL); IC_INLINE (ic) = tree->values.inlineasm; ADDTOCHAIN (ic); } /*-----------------------------------------------------------------*/ /* geniCodeArrayInit - intermediate code for array initializer */ /*-----------------------------------------------------------------*/ static void geniCodeArrayInit (ast * tree, operand *array) { iCode *ic; if (!getenv("TRY_THE_NEW_INITIALIZER")) { ic = newiCode (ARRAYINIT, array, NULL); IC_ARRAYILIST (ic) = tree->values.constlist; } else { operand *left=newOperand(), *right=newOperand(); left->type=right->type=SYMBOL; OP_SYMBOL(left)=AST_SYMBOL(tree->left); OP_SYMBOL(right)=AST_SYMBOL(tree->right); ic = newiCode (ARRAYINIT, left, right); } ADDTOCHAIN (ic); } /*-----------------------------------------------------------------*/ /* geniCodeCritical - intermediate code for a critical statement */ /*-----------------------------------------------------------------*/ static void geniCodeCritical (ast *tree, int lvl) { iCode *ic; operand *op = NULL; sym_link *type; if (!options.stackAuto && !TARGET_IS_HC08) { type = newLink(SPECIFIER); SPEC_VOLATILE(type) = 1; SPEC_NOUN(type) = V_BIT; SPEC_SCLS(type) = S_BIT; SPEC_BLEN(type) = 1; SPEC_BSTR(type) = 0; op = newiTempOperand(type, 1); } /* If op is NULL, the original interrupt state will saved on */ /* the stack. Otherwise, it will be saved in op. */ /* Generate a save of the current interrupt state & disable */ ic = newiCode (CRITICAL, NULL, NULL); IC_RESULT (ic) = op; ADDTOCHAIN (ic); /* Generate the critical code sequence */ if (tree->left && tree->left->type == EX_VALUE) geniCodeDummyRead (ast2iCode (tree->left,lvl+1)); else ast2iCode (tree->left,lvl+1); /* Generate a restore of the original interrupt state */ ic = newiCode (ENDCRITICAL, NULL, op); ADDTOCHAIN (ic); } /*-----------------------------------------------------------------*/ /* Stuff used in ast2iCode to modify geniCodeDerefPtr in some */ /* particular case. Ie : assigning or dereferencing array or ptr */ /*-----------------------------------------------------------------*/ set * lvaluereqSet = NULL; typedef struct lvalItem { int req; int lvl; } lvalItem; /*-----------------------------------------------------------------*/ /* addLvaluereq - add a flag for lvalreq for current ast level */ /*-----------------------------------------------------------------*/ void addLvaluereq(int lvl) { lvalItem * lpItem = (lvalItem *)Safe_alloc ( sizeof (lvalItem)); lpItem->req=1; lpItem->lvl=lvl; addSetHead(&lvaluereqSet,lpItem); } /*-----------------------------------------------------------------*/ /* delLvaluereq - del a flag for lvalreq for current ast level */ /*-----------------------------------------------------------------*/ void delLvaluereq() { lvalItem * lpItem; lpItem = getSet(&lvaluereqSet); if(lpItem) Safe_free(lpItem); } /*-----------------------------------------------------------------*/ /* clearLvaluereq - clear lvalreq flag */ /*-----------------------------------------------------------------*/ void clearLvaluereq() { lvalItem * lpItem; lpItem = peekSet(lvaluereqSet); if(lpItem) lpItem->req = 0; } /*-----------------------------------------------------------------*/ /* getLvaluereq - get the last lvalreq level */ /*-----------------------------------------------------------------*/ int getLvaluereqLvl() { lvalItem * lpItem; lpItem = peekSet(lvaluereqSet); if(lpItem) return lpItem->lvl; return 0; } /*-----------------------------------------------------------------*/ /* isLvaluereq - is lvalreq valid for this level ? */ /*-----------------------------------------------------------------*/ int isLvaluereq(int lvl) { lvalItem * lpItem; lpItem = peekSet(lvaluereqSet); if(lpItem) return ((lpItem->req)&&(lvl <= (lpItem->lvl+1))); return 0; } /*-----------------------------------------------------------------*/ /* ast2iCode - creates an icodeList from an ast */ /*-----------------------------------------------------------------*/ operand * ast2iCode (ast * tree,int lvl) { operand *left = NULL; operand *right = NULL; if (!tree) return NULL; /* set the global variables for filename & line number */ if (tree->filename) filename = tree->filename; if (tree->lineno) lineno = tree->lineno; if (tree->block) block = tree->block; if (tree->level) scopeLevel = tree->level; if (tree->seqPoint) seqPoint = tree->seqPoint; if (tree->type == EX_VALUE) return operandFromValue (tree->opval.val); if (tree->type == EX_LINK) return operandFromLink (tree->opval.lnk); /* if we find a nullop */ if (tree->type == EX_OP && (tree->opval.op == NULLOP || tree->opval.op == BLOCK)) { if (tree->left && tree->left->type == EX_VALUE) geniCodeDummyRead (ast2iCode (tree->left,lvl+1)); else ast2iCode (tree->left,lvl+1); if (tree->right && tree->right->type == EX_VALUE) geniCodeDummyRead (ast2iCode (tree->right,lvl+1)); else ast2iCode (tree->right,lvl+1); return NULL; } /* special cases for not evaluating */ if (tree->opval.op != ':' && tree->opval.op != '?' && tree->opval.op != CALL && tree->opval.op != IFX && tree->opval.op != AND_OP && tree->opval.op != OR_OP && tree->opval.op != LABEL && tree->opval.op != GOTO && tree->opval.op != SWITCH && tree->opval.op != FUNCTION && tree->opval.op != INLINEASM && tree->opval.op != CRITICAL) { if (IS_ASSIGN_OP (tree->opval.op) || IS_DEREF_OP (tree) || (tree->opval.op == '&' && !tree->right) || tree->opval.op == PTR_OP) { addLvaluereq(lvl); if ((IS_ARRAY_OP (tree->left) && IS_ARRAY_OP (tree->left->left)) || (IS_DEREF_OP (tree) && IS_ARRAY_OP (tree->left))) clearLvaluereq(); left = operandFromAst (tree->left,lvl); delLvaluereq(); if (IS_DEREF_OP (tree) && IS_DEREF_OP (tree->left)) left = geniCodeRValue (left, TRUE); } else { left = operandFromAst (tree->left,lvl); } if (tree->opval.op == INC_OP || tree->opval.op == DEC_OP) { addLvaluereq(lvl); right = operandFromAst (tree->right,lvl); delLvaluereq(); } else { right = operandFromAst (tree->right,lvl); } } /* now depending on the type of operand */ /* this will be a biggy */ switch (tree->opval.op) { case '[': /* array operation */ { //sym_link *ltype = operandType (left); //left = geniCodeRValue (left, IS_PTR (ltype->next) ? TRUE : FALSE); left = geniCodeRValue (left, FALSE); right = geniCodeRValue (right, TRUE); } return geniCodeArray (left, right,lvl); case '.': /* structure dereference */ if (IS_PTR (operandType (left))) left = geniCodeRValue (left, TRUE); else left = geniCodeRValue (left, FALSE); return geniCodeStruct (left, right, tree->lvalue); case PTR_OP: /* structure pointer dereference */ { sym_link *pType; pType = operandType (left); left = geniCodeRValue (left, TRUE); setOClass (pType, getSpec (operandType (left))); } return geniCodeStruct (left, right, tree->lvalue); case INC_OP: /* increment operator */ if (left) return geniCodePostInc (left); else return geniCodePreInc (right, tree->lvalue); case DEC_OP: /* decrement operator */ if (left) return geniCodePostDec (left); else return geniCodePreDec (right, tree->lvalue); case '&': /* bitwise and or address of operator */ if (right) { /* this is a bitwise operator */ left = geniCodeRValue (left, FALSE); right = geniCodeRValue (right, FALSE); return geniCodeBitwise (left, right, BITWISEAND, tree->ftype); } else return geniCodeAddressOf (left); case '|': /* bitwise or & xor */ case '^': return geniCodeBitwise (geniCodeRValue (left, FALSE), geniCodeRValue (right, FALSE), tree->opval.op, tree->ftype); case '/': return geniCodeDivision (geniCodeRValue (left, FALSE), geniCodeRValue (right, FALSE), getResultTypeFromType (tree->ftype)); case '%': return geniCodeModulus (geniCodeRValue (left, FALSE), geniCodeRValue (right, FALSE), getResultTypeFromType (tree->ftype)); case '*': if (right) return geniCodeMultiply (geniCodeRValue (left, FALSE), geniCodeRValue (right, FALSE), getResultTypeFromType (tree->ftype)); else return geniCodeDerefPtr (geniCodeRValue (left, FALSE),lvl); case '-': if (right) return geniCodeSubtract (geniCodeRValue (left, FALSE), geniCodeRValue (right, FALSE), getResultTypeFromType (tree->ftype)); else return geniCodeUnaryMinus (geniCodeRValue (left, FALSE)); case '+': if (right) return geniCodeAdd (geniCodeRValue (left, FALSE), geniCodeRValue (right, FALSE), getResultTypeFromType (tree->ftype), lvl); else return geniCodeRValue (left, FALSE); /* unary '+' has no meaning */ case LEFT_OP: return geniCodeLeftShift (geniCodeRValue (left, FALSE), geniCodeRValue (right, FALSE), getResultTypeFromType (tree->ftype)); case RIGHT_OP: return geniCodeRightShift (geniCodeRValue (left, FALSE), geniCodeRValue (right, FALSE)); case CAST: #if 0 // this indeed needs a second thought { operand *op; // let's keep this simple: get the rvalue we need op=geniCodeRValue (right, FALSE); // now cast it to whatever we want op=geniCodeCast (operandType(left), op, FALSE); // if this is going to be used as an lvalue, make it so if (tree->lvalue) { op->isaddr=1; } return op; } #else // bug #604575, is it a bug ???? return geniCodeCast (operandType (left), geniCodeRValue (right, FALSE), FALSE); #endif case '~': case RRC: case RLC: case SWAP: return geniCodeUnary (geniCodeRValue (left, FALSE), tree->opval.op); case '!': case GETHBIT: { operand *op = geniCodeUnary (geniCodeRValue (left, FALSE), tree->opval.op); if (!IS_BIT (operandType (op))) setOperandType (op, UCHARTYPE); return op; } case GETABIT: { operand *op = geniCodeBinary (geniCodeRValue (left, FALSE), geniCodeRValue (right, FALSE), tree->opval.op); if (!IS_BIT (operandType (op))) setOperandType (op, UCHARTYPE); return op; } case GETBYTE: { operand *op = geniCodeBinary (geniCodeRValue (left, FALSE), geniCodeRValue (right, FALSE), tree->opval.op); setOperandType (op, UCHARTYPE); return op; } case GETWORD: { operand *op = geniCodeBinary (geniCodeRValue (left, FALSE), geniCodeRValue (right, FALSE), tree->opval.op); setOperandType (op, UINTTYPE); return op; } case AND_OP: case OR_OP: return geniCodeLogicAndOr (tree, lvl); case '>': case '<': case LE_OP: case GE_OP: case EQ_OP: case NE_OP: /* different compilers (even different gccs) evaluate the two calls in a different order. to get the same result on all machines we have to specify a clear sequence. return geniCodeLogic (geniCodeRValue (left, FALSE), geniCodeRValue (right, FALSE), tree->opval.op); */ { operand *leftOp, *rightOp; leftOp = geniCodeRValue (left , FALSE); rightOp = geniCodeRValue (right, FALSE); return geniCodeLogic (leftOp, rightOp, tree->opval.op, tree); } case '?': return geniCodeConditional (tree,lvl); case SIZEOF: return operandFromLit (getSize (tree->right->ftype)); case '=': { sym_link *rtype = operandType (right); sym_link *ltype = operandType (left); if (IS_PTR (rtype) && IS_ITEMP (right) && right->isaddr && compareType (rtype->next, ltype) == 1) right = geniCodeRValue (right, TRUE); else right = geniCodeRValue (right, FALSE); return geniCodeAssign (left, right, 0, 1); } case MUL_ASSIGN: return geniCodeAssign (left, geniCodeMultiply (geniCodeRValue (operandFromOperand (left), FALSE), geniCodeRValue (right, FALSE), getResultTypeFromType (tree->ftype)), 0, 1); case DIV_ASSIGN: return geniCodeAssign (left, geniCodeDivision (geniCodeRValue (operandFromOperand (left), FALSE), geniCodeRValue (right, FALSE), getResultTypeFromType (tree->ftype)), 0, 1); case MOD_ASSIGN: return geniCodeAssign (left, geniCodeModulus (geniCodeRValue (operandFromOperand (left), FALSE), geniCodeRValue (right, FALSE), getResultTypeFromType (tree->ftype)), 0, 1); case ADD_ASSIGN: { sym_link *rtype = operandType (right); sym_link *ltype = operandType (left); if (IS_PTR (rtype) && IS_ITEMP (right) && right->isaddr && compareType (rtype->next, ltype) == 1) right = geniCodeRValue (right, TRUE); else right = geniCodeRValue (right, FALSE); return geniCodeAssign (left, geniCodeAdd (geniCodeRValue (operandFromOperand (left), FALSE), right, getResultTypeFromType (tree->ftype), lvl), 0, 1); } case SUB_ASSIGN: { sym_link *rtype = operandType (right); sym_link *ltype = operandType (left); if (IS_PTR (rtype) && IS_ITEMP (right) && right->isaddr && compareType (rtype->next, ltype) == 1) { right = geniCodeRValue (right, TRUE); } else { right = geniCodeRValue (right, FALSE); } return geniCodeAssign (left, geniCodeSubtract (geniCodeRValue (operandFromOperand (left), FALSE), right, getResultTypeFromType (tree->ftype)), 0, 1); } case LEFT_ASSIGN: return geniCodeAssign (left, geniCodeLeftShift (geniCodeRValue (operandFromOperand (left) ,FALSE), geniCodeRValue (right, FALSE), getResultTypeFromType (tree->ftype)), 0, 1); case RIGHT_ASSIGN: return geniCodeAssign (left, geniCodeRightShift (geniCodeRValue (operandFromOperand (left) ,FALSE), geniCodeRValue (right, FALSE)), 0, 1); case AND_ASSIGN: return geniCodeAssign (left, geniCodeBitwise (geniCodeRValue (operandFromOperand (left), FALSE), geniCodeRValue (right, FALSE), BITWISEAND, operandType (left)), 0, 1); case XOR_ASSIGN: return geniCodeAssign (left, geniCodeBitwise (geniCodeRValue (operandFromOperand (left), FALSE), geniCodeRValue (right, FALSE), '^', operandType (left)), 0, 1); case OR_ASSIGN: return geniCodeAssign (left, geniCodeBitwise (geniCodeRValue (operandFromOperand (left) ,FALSE), geniCodeRValue (right, FALSE), '|', operandType (left)), 0, 1); case ',': return geniCodeRValue (right, FALSE); case CALL: return geniCodeCall (ast2iCode (tree->left,lvl+1), tree->right,lvl); case LABEL: geniCodeLabel (ast2iCode (tree->left,lvl+1)->operand.symOperand); return ast2iCode (tree->right,lvl+1); case GOTO: geniCodeGoto (ast2iCode (tree->left,lvl+1)->operand.symOperand); return ast2iCode (tree->right,lvl+1); case FUNCTION: geniCodeFunctionBody (tree,lvl); return NULL; case RETURN: geniCodeReturn (right); return NULL; case IFX: geniCodeIfx (tree,lvl); return NULL; case SWITCH: geniCodeSwitch (tree,lvl); return NULL; case INLINEASM: geniCodeInline (tree); return NULL; case ARRAYINIT: geniCodeArrayInit(tree, ast2iCode (tree->left,lvl+1)); return NULL; case CRITICAL: geniCodeCritical (tree, lvl); } return NULL; } /*-----------------------------------------------------------------*/ /* reverseICChain - gets from the list and creates a linkedlist */ /*-----------------------------------------------------------------*/ iCode * reverseiCChain () { iCode *loop = NULL; iCode *prev = NULL; while ((loop = getSet (&iCodeChain))) { loop->next = prev; if (prev) prev->prev = loop; prev = loop; } return prev; } /*-----------------------------------------------------------------*/ /* iCodeFromAst - given an ast will convert it to iCode */ /*-----------------------------------------------------------------*/ iCode * iCodeFromAst (ast * tree) { returnLabel = newiTempLabel ("_return"); entryLabel = newiTempLabel ("_entry"); ast2iCode (tree,0); return reverseiCChain (); } static const char *opTypeToStr(OPTYPE op) { switch(op) { case SYMBOL: return "symbol"; case VALUE: return "value"; case TYPE: return "type"; } return "undefined type"; } operand *validateOpType(operand *op, const char *macro, const char *args, OPTYPE type, const char *file, unsigned line) { if (op && op->type == type) { return op; } fprintf(stderr, "Internal error: validateOpType failed in %s(%s) @ %s:%u:" " expected %s, got %s\n", macro, args, file, line, opTypeToStr(type), op ? opTypeToStr(op->type) : "null op"); exit(EXIT_FAILURE); return op; // never reached, makes compiler happy. } sdcc-2.9.0/src/SDCCicode.h000066400000000000000000000352261116427777700151510ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCicode.h - intermediate code generation etc. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCbitv.h" #include "SDCCset.h" #ifndef SDCCICODE_H #define SDCCICODE_H 1 extern symbol *returnLabel; extern symbol *entryLabel; extern int iCodeKey; extern int operandKey; enum { CONDITIONAL = 0, EXPRESSION, STATEMENT, LEAF }; typedef enum { SYMBOL = 1, VALUE, TYPE } OPTYPE; #define IS_SYMOP(op) (op && op->type == SYMBOL) #define IS_VALOP(op) (op && op->type == VALUE) #define IS_TYPOP(op) (op && op->type == TYPE) #define ADDTOCHAIN(x) addSetHead(&iCodeChain,x) #define LRFTYPE sym_link *ltype = operandType(left), \ *rtype = operandType(right) ; #define LRETYPE sym_link *letype= getSpec(ltype) , \ *retype= getSpec(rtype); #define LRTYPE LRFTYPE LRETYPE #define IS_ITEMP(op) (IS_SYMOP(op) && op->operand.symOperand->isitmp == 1) #define IS_PARM(op) (IS_SYMOP(op) && op->operand.symOperand->_isparm) #define IS_ITEMPLBL(op) (IS_ITEMP(op) && op->operand.symOperand->isilbl == 1) #define IS_OP_VOLATILE(op) (IS_SYMOP(op) && op->isvolatile) #define IS_OP_LITERAL(op) (op && op->isLiteral) #define IS_OP_GLOBAL(op) (IS_SYMOP(op) && op->isGlobal) #define IS_OP_POINTER(op) (IS_SYMOP(op) && op->isPtr) #define IS_OP_PARM(op) (IS_SYMOP(op) && op->isParm) #define OP_ISLIVE_FCALL(op) (IS_ITEMP(op) && OP_SYMBOL(op)->isLiveFcall) #define SYM_SPIL_LOC(sym) sym->usl.spillLoc /* typedef for operand */ typedef struct operand { OPTYPE type; /* type of operand */ unsigned int isaddr:1; /* is an address */ unsigned int aggr2ptr:2; /* 1: must change aggregate to pointer to aggregate */ /* 2: aggregate has been changed to pointer to aggregate */ unsigned int isvolatile:1; /* is a volatile operand */ unsigned int isGlobal:1; /* is a global operand */ unsigned int isPtr:1; /* is assigned a pointer */ unsigned int isGptr:1; /* is a generic pointer */ unsigned int isParm:1; /* is a parameter */ unsigned int isLiteral:1; /* operand is literal */ int key; union { struct symbol *symOperand; /* operand is of type symbol */ struct value *valOperand; /* operand is of type value */ struct sym_link *typeOperand; /* operand is of type typechain */ } operand; bitVect *usesDefs; /* which definitions are used by this */ struct asmop *aop; /* asm op for this operand */ } operand; extern operand *validateOpType(operand *op, const char *macro, const char *args, OPTYPE type, const char *file, unsigned line); #define OP_SYMBOL(op) validateOpType(op, "OP_SYMBOL", #op, SYMBOL, __FILE__, __LINE__)->operand.symOperand #define OP_VALUE(op) validateOpType(op, "OP_VALUE", #op, VALUE, __FILE__, __LINE__)->operand.valOperand #define OP_SYM_TYPE(op) validateOpType(op, "OP_SYM_TYPE", #op, SYMBOL, __FILE__, __LINE__)->operand.symOperand->type #define OP_SYM_ETYPE(op) validateOpType(op, "OP_SYM_ETYPE", #op, SYMBOL, __FILE__, __LINE__)->operand.symOperand->etype #define SPIL_LOC(op) validateOpType(op, "SPIL_LOC", #op, SYMBOL, __FILE__, __LINE__)->operand.symOperand->usl.spillLoc #define OP_LIVEFROM(op) validateOpType(op, "OP_LIVEFROM", #op, SYMBOL, __FILE__, __LINE__)->operand.symOperand->liveFrom #define OP_LIVETO(op) validateOpType(op, "OP_LIVETO", #op, SYMBOL, __FILE__, __LINE__)->operand.symOperand->liveTo #define OP_REQV(op) validateOpType(op, "OP_REQV", #op, SYMBOL, __FILE__, __LINE__)->operand.symOperand->reqv /* definition for intermediate code */ #define IC_RESULT(x) (x)->ulrrcnd.lrr.result #define IC_LEFT(x) (x)->ulrrcnd.lrr.left #define IC_RIGHT(x) (x)->ulrrcnd.lrr.right #define IC_COND(x) (x)->ulrrcnd.cnd.condition #define IC_TRUE(x) (x)->ulrrcnd.cnd.trueLabel #define IC_FALSE(x) (x)->ulrrcnd.cnd.falseLabel #define IC_LABEL(x) (x)->label #define IC_JTCOND(x) (x)->ulrrcnd.jmpTab.condition #define IC_JTLABELS(x) (x)->ulrrcnd.jmpTab.labels #define IC_INLINE(x) (x)->inlineAsm #define IC_ARRAYILIST(x) (x)->arrayInitList typedef struct iCode { unsigned int op; /* operation defined */ int key; /* running key for this iCode */ int seq; /* sequence number within routine */ int seqPoint; /* sequence point */ short depth; /* loop depth of this iCode */ short level; /* scope level */ short block; /* sequential block number */ unsigned nosupdate:1; /* don't update spillocation with this */ unsigned generated:1; /* code generated for this one */ unsigned parmPush:1; /* parameter push Vs spill push */ unsigned supportRtn:1; /* will cause a call to a support routine */ unsigned regsSaved:1; /* registers have been saved */ unsigned bankSaved:1; /* register bank has been saved */ unsigned builtinSEND:1; /* SEND for parameter of builtin function */ struct iCode *next; /* next in chain */ struct iCode *prev; /* previous in chain */ set *movedFrom; /* if this iCode gets moved to another block */ bitVect *rlive; /* ranges that are live at this point */ int defKey; /* key for the operand being defined */ bitVect *uses; /* vector of key of used symbols */ bitVect *rUsed; /* registers used by this instruction */ bitVect *rMask; /* registers in use during this instruction */ union { struct { operand *left; /* left if any */ operand *right; /* right if any */ operand *result; /* result of this op */ } lrr; struct { operand *condition; /* if this is a conditional */ symbol *trueLabel; /* true for conditional */ symbol *falseLabel; /* false for conditional */ } cnd; struct { operand *condition; /* condition for the jump */ set *labels; /* ordered set of labels */ } jmpTab; } ulrrcnd; symbol *label; /* for a goto statement */ char *inlineAsm; /* pointer to inline assembler code */ literalList *arrayInitList; /* point to array initializer list. */ int lineno; /* file & lineno for debug information */ char *filename; int parmBytes; /* if call/pcall, count of parameter bytes on stack */ int argreg; /* argument regno for SEND/RECEIVE */ int eBBlockNum; /* belongs to which eBBlock */ char riu; /* after ralloc, the registers in use */ struct ast * tree; /* ast node for this iCode (if not NULL) */ } iCode; /* various functions associated to iCode */ typedef struct icodeFuncTable { int icode; char *printName; void (*iCodePrint) (struct dbuf_s *, iCode *, char *); iCode *(*iCodeCopy) (iCode *); } iCodeTable; /* useful macros */ #define SKIP_IC2(x) (x->op == GOTO || \ x->op == LABEL || \ x->op == FUNCTION || \ x->op == INLINEASM || \ x->op == ENDFUNCTION ) #define SKIP_IC1(x) (x->op == CALL || \ SKIP_IC2(x) ) #define SKIP_IC(x) (x->op == PCALL || \ x->op == IPUSH || \ x->op == IPOP || \ x->op == JUMPTABLE || \ x->op == RECEIVE || \ x->op == ARRAYINIT || \ SKIP_IC1(x) || \ x->op == CRITICAL || \ x->op == ENDCRITICAL || \ x->op == SEND ) #define SKIP_IC3(x) (SKIP_IC2(x) || \ x->op == JUMPTABLE ) #define IS_CONDITIONAL(x) (x->op == EQ_OP || \ x->op == '<' || \ x->op == '>' || \ x->op == LE_OP || \ x->op == GE_OP || \ x->op == NE_OP ) #define IS_TRUE_SYMOP(op) (op && IS_SYMOP(op) && !IS_ITEMP(op)) #define POINTER_SET(ic) ( ic && ic->op == '=' \ && (IS_ITEMP(IC_RESULT(ic)) || IS_OP_LITERAL(IC_RESULT(ic)))\ && IC_RESULT(ic)->isaddr ) #define POINTER_GET(ic) ( ic && ic->op == GET_VALUE_AT_ADDRESS \ && (IS_ITEMP(IC_LEFT(ic)) || IS_OP_LITERAL(IC_LEFT(ic)))\ && IC_LEFT(ic)->isaddr ) #define IS_ARITHMETIC_OP(x) (x && (x->op == '+' || \ x->op == '-' || \ x->op == '/' || \ x->op == '*' || \ x->op == '%')) #define IS_BITWISE_OP(x) (x && (x->op == BITWISEAND || \ x->op == '|' || \ x->op == '^')) #define IS_ASSOCIATIVE(x) (x && (x->op == EQ_OP || \ x->op == NE_OP || \ x->op == '+' || \ x->op == '*' || \ x->op == BITWISEAND || \ x->op == '|' || \ x->op == '^')) #define ASSIGNMENT(ic) ( ic && ic->op == '=') #define ASSIGN_SYM_TO_ITEMP(ic) (ic && ic->op == '=' && \ IS_TRUE_SYMOP(IC_RIGHT(ic)) && \ IS_ITEMP(IC_RESULT(ic))) #define ASSIGN_ITEMP_TO_SYM(ic) (ic && ic->op == '=' && \ IS_TRUE_SYMOP(IC_RESULT(ic)) && \ IS_ITEMP(IC_RIGHT(ic))) #define ASSIGN_ITEMP_TO_ITEMP(ic) (ic && ic->op == '=' &&\ !POINTER_SET(ic) &&\ IS_ITEMP(IC_RIGHT(ic)) &&\ IS_ITEMP(IC_RESULT(ic))) #define ADD_SUBTRACT_ITEMP(ic) (ic && (ic->op == '+' || ic->op == '-') && \ IS_ITEMP(IC_RESULT(ic)) && \ ( ( IS_ITEMP(IC_LEFT(ic)) ) || ( IS_SYMOP(IC_LEFT(ic)) ) ) && \ IS_OP_LITERAL(IC_RIGHT(ic))) #define ASSIGNMENT_TO_SELF(ic) (!POINTER_SET(ic) && !POINTER_GET(ic) && \ ic->op == '=' && IC_RESULT(ic)->key == IC_RIGHT(ic)->key ) #define IS_CAST_ICODE(ic) (ic && ic->op == CAST) #define SET_ISADDR(op,v) {op = operandFromOperand(op); op->isaddr = v;} #define SET_RESULT_RIGHT(ic) {SET_ISADDR(IC_RIGHT(ic),0); SET_ISADDR(IC_RESULT(ic),0);} #define IS_ASSIGN_ICODE(ic) (ASSIGNMENT(ic) && !POINTER_SET(ic)) #define OP_DEFS(op) validateOpType(op, "OP_DEFS", #op, SYMBOL, __FILE__, __LINE__)->operand.symOperand->defs #define OP_USES(op) validateOpType(op, "OP_USES", #op, SYMBOL, __FILE__, __LINE__)->operand.symOperand->uses /*-----------------------------------------------------------------*/ /* forward references for functions */ /*-----------------------------------------------------------------*/ iCode *reverseiCChain (); bool isOperandOnStack (operand *); int isOperandVolatile (operand *, bool); int isOperandGlobal (operand *); void printiCChain (iCode *, FILE *); operand *ast2iCode (ast *,int); operand *geniCodePtrPtrSubtract (operand *, operand *); void initiCode (); iCode *iCodeFromAst (ast *); int isiCodeEqual (iCode *, iCode *); int isOperandEqual (operand *, operand *); iCodeTable *getTableEntry (int); int isOperandLiteral (operand *); operand *operandOperation (operand *, operand *, int, sym_link *); double operandLitValue (operand *); operand *operandFromLit (double); operand *operandFromOperand (operand *); int isParameterToCall (value *, operand *); iCode *newiCodeLabelGoto (int, symbol *); symbol *newiTemp (char *); symbol *newiTempLabel (char *); #define LOOPEXITLBL "loopExitLbl" symbol *newiTempLoopHeaderLabel (bool); iCode *newiCode (int, operand *, operand *); sym_link *operandType (operand *); unsigned int operandSize (operand *); operand *operandFromValue (value *); operand *operandFromSymbol (symbol *); operand *operandFromLink (sym_link *); sym_link *aggrToPtr (sym_link *, bool); int aggrToPtrDclType (sym_link *, bool); int piCode (void *, FILE *); int dbuf_printOperand (operand *, struct dbuf_s *); int printOperand (operand *, FILE *); void setOperandType (operand *, sym_link *); bool isOperandInFarSpace (operand *); bool isOperandInPagedSpace (operand *); bool isOperandInDirSpace (operand *); bool isOperandInCodeSpace (operand *); operand *opFromOpWithDU (operand *, bitVect *, bitVect *); iCode *copyiCode (iCode *); operand *newiTempOperand (sym_link *, char); operand *newiTempFromOp (operand *); iCode *getBuiltinParms (iCode *,int *, operand **); int isiCodeInFunctionCall (iCode *); /*-----------------------------------------------------------------*/ /* declaration of exported variables */ /*-----------------------------------------------------------------*/ extern char *filename; extern int lineno; #endif sdcc-2.9.0/src/SDCClabel.c000066400000000000000000000330171116427777700151340ustar00rootroot00000000000000/*----------------------------------------------------------------- SDCClabel.c - label optimizations on iCode (intermediate code) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" hTab *labelRef = NULL; hTab *labelDef = NULL; /*-----------------------------------------------------------------*/ /* buildLabelRefTable - creates an hashTable of label references */ /*-----------------------------------------------------------------*/ void buildLabelRefTable (iCode * ic) { iCode *lic; setToNull ((void *) &labelRef); setToNull ((void *) &labelDef); labelRef = newHashTable (labelKey + 1); labelDef = newHashTable (labelKey + 1); for (lic = ic; lic; lic = lic->next) { if (lic->op == GOTO) hTabAddItem (&labelRef, (IC_LABEL (lic))->key, lic); if (lic->op == JUMPTABLE) { symbol *lbl; for (lbl = setFirstItem (IC_JTLABELS (lic)); lbl; lbl = setNextItem (IC_JTLABELS (lic))) { hTabAddItem (&labelRef, lbl->key, lic); } } if (lic->op == IFX) { if (IC_TRUE (lic)) hTabAddItem (&labelRef, (IC_TRUE (lic))->key, lic); else hTabAddItem (&labelRef, (IC_FALSE (lic))->key, lic); } if (lic->op == LABEL) hTabAddItem (&labelDef, (IC_LABEL (lic))->key, lic); } } /*-----------------------------------------------------------------*/ /* labelGotoNext - kills gotos to next statement */ /*-----------------------------------------------------------------*/ int labelGotoNext (iCode * ic) { iCode *loop; int change = 0; for (loop = ic; loop; loop = loop->next) { if (loop->op == GOTO && /* if this is a goto */ loop->next && /* and we have a next one */ loop->next->op == LABEL && /* next one is a label */ loop->next->label->key == loop->label->key) /* same label */ { loop->prev->next = loop->next; /* get this out of the chain */ loop->next->prev = loop->prev; hTabDeleteItem (&labelRef, (IC_LABEL (loop))->key, loop, DELETE_ITEM, NULL); change++; } } return change; } /*-------------------------------------------------------------------*/ /* deleteIfx - delete an IFX iCode or convert to DUMMY_READ_VOLATILE */ /*-------------------------------------------------------------------*/ static void deleteIfx (iCode * loop, int key) { if (!options.lessPedantic) { werrorfl (loop->filename, loop->lineno, W_CONTROL_FLOW); } hTabDeleteItem (&labelRef, key, loop, DELETE_ITEM, NULL); /* If the condition was volatile, convert IFX to */ /* DUMMY_READ_VOLATILE. Otherwise just delete the */ /* IFX iCode */ if (IS_OP_VOLATILE (IC_COND (loop))) { IC_RIGHT (loop) = IC_COND (loop); IC_LEFT (loop) = NULL; IC_RESULT (loop) = NULL; loop->op = DUMMY_READ_VOLATILE; } else { loop->prev->next = loop->next; loop->next->prev = loop->prev; } } /*-----------------------------------------------------------------*/ /* labelIfx - special case Ifx elimination */ /*-----------------------------------------------------------------*/ int labelIfx (iCode * ic) { iCode *loop; int change = 0; for (loop = ic; loop; loop = loop->next) { /* if condition goto label */ /* goto label */ /* i.e. the flow is going to the same location regardless of the condition in this case the condition can be eliminated with a WARNING ofcource */ if (loop->op == IFX && loop->next && loop->next->op == GOTO) { if (IC_TRUE (loop) && IC_TRUE (loop)->key == IC_LABEL (loop->next)->key) { deleteIfx (loop, IC_TRUE (loop)->key); change++; continue; } else { if (IC_FALSE (loop) && IC_FALSE (loop)->key == IC_LABEL (loop->next)->key) { deleteIfx (loop, IC_FALSE (loop)->key); change++; continue; } } } /* same as above but with a twist */ /* if condition goto label */ /* label: */ if (loop->op == IFX && loop->next && loop->next->op == LABEL && ((IC_TRUE (loop) && IC_TRUE (loop)->key == IC_LABEL (loop->next)->key) || (IC_FALSE (loop) && IC_FALSE (loop)->key == IC_LABEL (loop->next)->key))) { deleteIfx (loop, IC_LABEL (loop->next)->key); change++; continue; } /* we will eliminate certain special case situations */ /* of the conditional statement :- */ /* if cond != 0 goto _trueLabel */ /* goto _falseLabel */ /* _trueLabel : */ /* ... */ /* in these cases , if this is the only reference */ /* to the _trueLabel, we can change it to :- */ /* if cond == 0 goto _falseLabel */ /* ... */ /* similarly if we have a situation like :- */ /* if cond == 0 goto _falseLabel */ /* goto _someLabel */ /* _falseLabel : */ /* we can change this to */ /* if cond != 0 goto _someLabel */ /* ... */ if (loop->op == IFX && loop->next && loop->next->op == GOTO && loop->next->next && loop->next->next->op == LABEL) { /* now check that the last label is the */ /* same as the _trueLabel of this */ if (IC_TRUE (loop)) if ((IC_TRUE (loop))->key != (IC_LABEL (loop->next->next))->key) continue; else; else if ((IC_FALSE (loop))->key != (IC_LABEL (loop->next->next))->key) continue; /* now make sure that this is the only */ /* referenece to the _trueLabel */ if (IC_TRUE (loop) && hTabItemWithKey (labelRef, (IC_TRUE (loop))->key)) { /* we just change the falseLabel */ /* to the next goto statement */ /* unreferenced label will take */ /* care of removing the label */ /* delete reference to the true label */ hTabDeleteItem (&labelRef, (IC_TRUE (loop))->key, loop, DELETE_ITEM, NULL); IC_TRUE (loop) = NULL; IC_FALSE (loop) = IC_LABEL (loop->next); /* add reference to the LABEL */ hTabAddItem (&labelRef, (IC_FALSE (loop))->key, loop); /* next remove the goto */ hTabDeleteItem (&labelRef, (IC_LABEL (loop->next))->key, loop->next, DELETE_ITEM, NULL); loop->next = loop->next->next; loop->next->prev = loop; change++; continue; } /* now do the same with the false labels */ if (IC_FALSE (loop) && hTabItemWithKey (labelRef, (IC_FALSE (loop))->key)) { hTabDeleteItem (&labelRef, (IC_FALSE (loop))->key, loop, DELETE_ITEM, NULL); IC_FALSE (loop) = NULL; IC_TRUE (loop) = IC_LABEL (loop->next); hTabAddItem (&labelRef, (IC_TRUE (loop))->key, loop); hTabDeleteItem (&labelRef, (IC_LABEL (loop->next))->key, loop->next, DELETE_ITEM, NULL); loop->next = loop->next->next; loop->next->prev = loop; change++; continue; } } } return change; } /*-----------------------------------------------------------------*/ /* labelGotoGoto - target of a goto is a goto */ /*-----------------------------------------------------------------*/ int labelGotoGoto (iCode * ic) { iCode *loop; int change = 0; for (loop = ic; loop; loop = loop->next) { iCode *stat; symbol *sLabel = NULL; stat = NULL; switch (loop->op) { case GOTO: /* for a goto statement */ stat = hTabItemWithKey (labelDef, (sLabel = IC_LABEL (loop))->key); break; case IFX: /* for a conditional jump */ if (IC_TRUE (loop)) stat = hTabItemWithKey (labelDef, (sLabel = IC_TRUE (loop))->key); else stat = hTabItemWithKey (labelDef, (sLabel = IC_FALSE (loop))->key); } /* if we have a target statement then check if the next */ /* one is a goto: this means target of goto is a goto */ if (stat && stat->next && (stat->next->op == GOTO || stat->next->op == LABEL) && stat->next != loop) { symbol *repLabel = stat->next->label; /* replace with label */ /* if they are the same then continue */ if (repLabel->key == sLabel->key) continue; /* replacement depends on the statement type */ switch (loop->op) { case GOTO: /* for a goto statement */ hTabDeleteItem (&labelRef, (IC_LABEL (loop))->key, loop, DELETE_ITEM, NULL); loop->label = repLabel; hTabAddItem (&labelRef, repLabel->key, loop); break; case IFX: /* for a conditional jump */ if (IC_TRUE (loop)) { hTabDeleteItem (&labelRef, (IC_TRUE (loop))->key, loop, DELETE_ITEM, NULL); IC_TRUE (loop) = repLabel; } else { hTabDeleteItem (&labelRef, (IC_FALSE (loop))->key, loop, DELETE_ITEM, NULL); IC_FALSE (loop) = repLabel; } hTabAddItem (&labelRef, repLabel->key, loop); } change++; } } return change; } /*-----------------------------------------------------------------*/ /* labelUnrefLabel - remove unreferenced labels */ /*-----------------------------------------------------------------*/ int labelUnrefLabel (iCode * ic) { iCode *loop; int change = 0; for (loop = ic; loop; loop = loop->next) { /* if this is a label */ if (loop->op == LABEL) { if (((IC_LABEL (loop))->key == returnLabel->key) || ((IC_LABEL (loop))->key == entryLabel->key)) continue; if (hTabItemWithKey (labelRef, (IC_LABEL (loop))->key)) continue; /* else eliminitate this one */ loop->prev->next = loop->next; /* get this out of the chain */ loop->next->prev = loop->prev; change++; } } return change; } /*-----------------------------------------------------------------*/ /* labelUnreach - remove unreachable code */ /*-----------------------------------------------------------------*/ int labelUnreach (iCode * ic) { iCode *loop; iCode *tic; int change = 0; /* if we hit a return statement or a goto statement */ /* remove all statements till we hit the next label */ for (loop = ic; loop; loop = loop->next) { iCode *loop2; /* found a goto || return && the next */ /* statement is not a label */ if (loop->op == GOTO || loop->op == RETURN) { if (loop->next && (loop->next->op == LABEL || loop->next->op == ENDFUNCTION)) continue; /* loop till we find a label */ loop2 = loop->next; while (loop2 && loop2->op != LABEL) loop2 = loop2->next; /* throw away those in between */ for (tic = loop->next; tic && tic != loop2; tic = tic->next) { /* remove label references if any */ switch (tic->op) { case GOTO: hTabDeleteItem (&labelRef, IC_LABEL (tic)->key, tic, DELETE_ITEM, NULL); break; case IFX: werrorfl (tic->filename, tic->lineno, W_CODE_UNREACH); if (IC_TRUE (tic)) hTabDeleteItem (&labelRef, IC_TRUE (tic)->key, tic, DELETE_ITEM, NULL); else hTabDeleteItem (&labelRef, IC_FALSE (tic)->key, tic, DELETE_ITEM, NULL); break; default: werrorfl (tic->filename, tic->lineno, W_CODE_UNREACH); } } /* now set up the pointers */ loop->next = loop2; if (loop2) loop2->prev = loop; change++; } } return change; } /*-----------------------------------------------------------------*/ /* iCodeLabelOptimize - some obvious & general optimizations */ /*-----------------------------------------------------------------*/ iCode * iCodeLabelOptimize (iCode * ic) { if (!optimize.label1 && !optimize.label2 && !optimize.label3 && !optimize.label4) return ic; /* build labelreferences */ buildLabelRefTable (ic); /* the following transformations need to ne done */ /* repeatedly till a fixed point is reached */ while (1) { int change; change = 0; /* first eliminate any goto statement */ /* that goes to the next statement */ if (optimize.label1) change += labelGotoNext (ic); if (optimize.label2) change += labelIfx (ic); /* target of a goto is a goto then rename this goto */ if (optimize.label3) change += labelGotoGoto (ic); /* remove unreference labels */ if (optimize.label4) change += labelUnrefLabel (ic); /* remove unreachable code */ change += labelUnreach (ic); if (!change) /* fixed point reached */ break; } return ic; } sdcc-2.9.0/src/SDCClabel.h000066400000000000000000000025661116427777700151460ustar00rootroot00000000000000/*----------------------------------------------------------------- SDCClabel.h - label optimizations on iCode (intermediate code) Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCglobl.h" #include "SDCCsymt.h" #ifndef SDCCLABEL_H #define SDCCLABEL_H extern hTab *labelRef; extern hTab *labelDef; extern int labelKey; iCode *iCodeLabelOptimize (iCode *); #endif sdcc-2.9.0/src/SDCCloop.c000066400000000000000000001410551116427777700150300ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCloop.c - source file for loop detection & optimizations Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "newalloc.h" DEFSETFUNC (isDefAlive); STACK_DCL (regionStack, eBBlock *, MAX_NEST_LEVEL * 10); /*-----------------------------------------------------------------*/ /* newInduction - creates a new induction variable */ /*-----------------------------------------------------------------*/ static induction * newInduction (operand * sym, unsigned int op, long constVal, iCode * ic, operand * asym) { induction *ip; ip = Safe_alloc ( sizeof (induction)); ip->sym = sym; ip->asym = asym; ip->op = op; ip->cval = constVal; ip->ic = ic; //updateSpillLocation(ic,1); return ip; } /*-----------------------------------------------------------------*/ /* newRegion - allocate & returns a loop structure */ /*-----------------------------------------------------------------*/ static region * newRegion () { region *lp; lp = Safe_alloc ( sizeof (region)); return lp; } #if 0 /*-----------------------------------------------------------------*/ /* pinduction - prints induction */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (pinduction) { induction *ip = item; iCodeTable *icTab; fprintf (stdout, "\t"); printOperand (ip->sym, stdout); icTab = getTableEntry (ip->ic->op); icTab->iCodePrint (stdout, ip->ic, icTab->printName); fprintf (stdout, " %04d\n", (int) ip->cval); return 0; } /*-----------------------------------------------------------------*/ /* pregion - prints loop information */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (pregion) { region *lp = item; printf ("================\n"); printf (" loop with entry -- > "); printEntryLabel (lp->entry, ap); printf ("\n"); printf (" loop body --> "); applyToSet (lp->regBlocks, printEntryLabel); printf ("\n"); printf (" loop exits --> "); applyToSet (lp->exits, printEntryLabel); printf ("\n"); return 0; } #endif /*-----------------------------------------------------------------*/ /* backEdges - returns a list of back edges */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (backEdges) { edge *ep = item; V_ARG (set **, bEdges); /* if this is a back edge ; to determine this we check */ /* to see if the 'to' is in the dominator list of the */ /* 'from' if yes then this is a back edge */ if (bitVectBitValue (ep->from->domVect, ep->to->bbnum)) { addSetHead (bEdges, ep); return 1; } return 0; } /*-----------------------------------------------------------------*/ /* intersectLoopSucc - returns intersection of loop Successors */ /*-----------------------------------------------------------------*/ static bitVect * intersectLoopSucc (set * lexits, eBBlock ** ebbs) { bitVect *succVect = NULL; eBBlock *exit = setFirstItem (lexits); if (!exit) return NULL; succVect = bitVectCopy (exit->succVect); for (exit = setNextItem (lexits); exit; exit = setNextItem (lexits)) { succVect = bitVectIntersect (succVect, exit->succVect); } return succVect; } /*-----------------------------------------------------------------*/ /* loopInsert will insert a block into the loop set */ /*-----------------------------------------------------------------*/ static void loopInsert (set ** regionSet, eBBlock * block) { if (!isinSet (*regionSet, block)) { addSetHead (regionSet, block); STACK_PUSH (regionStack, block); } } /*-----------------------------------------------------------------*/ /* insertIntoLoop - insert item into loop */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (insertIntoLoop) { eBBlock *ebp = item; V_ARG (set **, regionSet); loopInsert (regionSet, ebp); return 0; } /*-----------------------------------------------------------------*/ /* isNotInBlocks - will return 1 if not is blocks */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (isNotInBlocks) { eBBlock *ebp = item; V_ARG (set *, blocks); if (!isinSet (blocks, ebp)) return 1; return 0; } #if 0 /*-----------------------------------------------------------------*/ /* hasIncomingDefs - has definitions coming into the loop. i.e. */ /* check to see if the preheaders outDefs has any definitions */ /*-----------------------------------------------------------------*/ static int hasIncomingDefs (region * lreg, operand * op) { eBBlock *preHdr = lreg->entry->preHeader; if (preHdr && bitVectBitsInCommon (preHdr->outDefs, OP_DEFS (op))) return 1; return 0; } /*-----------------------------------------------------------------*/ /* findLoopEndSeq - will return the sequence number of the last */ /* iCode with the maximum dfNumber in the region */ /*-----------------------------------------------------------------*/ static int findLoopEndSeq (region * lreg) { eBBlock *block; eBBlock *lblock; for (block = lblock = setFirstItem (lreg->regBlocks); block; block = setNextItem (lreg->regBlocks)) { if (block != lblock && block->lSeq > lblock->lSeq) lblock = block; } return lblock->lSeq; } #endif /*-----------------------------------------------------------------*/ /* addToExitsMarkDepth - will add the the exitSet all blocks that */ /* have exits, will also update the depth field in the blocks */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (addToExitsMarkDepth) { eBBlock *ebp = item; V_ARG (set *, loopBlocks); V_ARG (set **, exits); V_ARG (int, depth); V_ARG (region *, lr); /* mark the loop depth of this block */ //if (!ebp->depth) if (ebp->depthdepth = depth; /* NOTE: here we will update only the inner most loop that it is a part of */ if (!ebp->partOfLoop) ebp->partOfLoop = lr; /* if any of the successors go out of the loop then */ /* we add this one to the exits */ if (applyToSet (ebp->succList, isNotInBlocks, loopBlocks)) { addSetHead (exits, ebp); return 1; } return 0; } /*-----------------------------------------------------------------*/ /* createLoop - will create a set of region */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (createLoop) { edge *ep = item; V_ARG (set **, allRegion); region *aloop = newRegion (); eBBlock *block; /* make sure regionStack is empty */ while (!STACK_EMPTY (regionStack)) STACK_POP (regionStack); /* add the entryBlock */ addSet (&aloop->regBlocks, ep->to); loopInsert (&aloop->regBlocks, ep->from); while (!STACK_EMPTY (regionStack)) { block = STACK_POP (regionStack); /* if block != entry */ if (block != ep->to) applyToSet (block->predList, insertIntoLoop, &aloop->regBlocks); } aloop->entry = ep->to; /* now add it to the set */ addSetHead (allRegion, aloop); return 0; } /*-----------------------------------------------------------------*/ /* dominatedBy - will return 1 if item is dominated by block */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (dominatedBy) { eBBlock *ebp = item; V_ARG (eBBlock *, block); return bitVectBitValue (ebp->domVect, block->bbnum); } /*-----------------------------------------------------------------*/ /* addDefInExprs - adds an expression into the inexpressions */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (addDefInExprs) { eBBlock *ebp = item; V_ARG (cseDef *, cdp); V_ARG (ebbIndex *, ebbi); addSetHead (&ebp->inExprs, cdp); cseBBlock (ebp, optimize.global_cse, ebbi); return 0; } /*-----------------------------------------------------------------*/ /* assignmentsToSym - for a set of blocks determine # time assigned */ /*-----------------------------------------------------------------*/ static int assignmentsToSym (set * sset, operand * sym) { eBBlock *ebp; int assigns = 0; set *blocks = setFromSet (sset); for (ebp = setFirstItem (blocks); ebp; ebp = setNextItem (blocks)) { /* get all the definitions for this symbol in this block */ bitVect *defs = bitVectIntersect (ebp->ldefs, OP_DEFS (sym)); assigns += bitVectnBitsOn (defs); setToNull ((void *) &defs); } return assigns; } /*-----------------------------------------------------------------*/ /* isOperandInvariant - determines if an operand is an invariant */ /*-----------------------------------------------------------------*/ static int isOperandInvariant (operand * op, region * theLoop, set * lInvars) { int opin = 0; /* operand is an invariant if it is a */ /* a. constants . */ /* b. that have defintions reaching loop entry */ /* c. that are already defined as invariant */ /* d. has no assignments in the loop */ if (op) { if (IS_OP_LITERAL (op)) opin = 1; else if (IS_SYMOP (op) && OP_SYMBOL (op)->addrtaken) opin = 0; else if (ifDefSymIs (theLoop->entry->inExprs, op)) opin = 1; else if (ifDefSymIs (lInvars, op)) opin = 1; else if (IS_SYMOP (op) && !IS_OP_GLOBAL (op) && !IS_OP_VOLATILE (op) && assignmentsToSym (theLoop->regBlocks, op) == 0) opin = 1; } else opin++; return opin; } /*-----------------------------------------------------------------*/ /* pointerAssigned - will return 1 if pointer set found */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (pointerAssigned) { eBBlock *ebp = item; V_ARG (operand *, op); if (ebp->hasFcall) return 1; if (bitVectBitValue (ebp->ptrsSet, op->key)) return 1; /* Unfortunately, one of the other pointer set operations */ /* may be using an alias of this operand, and the above */ /* test would miss it. To be thorough, some aliasing */ /* analysis should be done here. In the meantime, be */ /* conservative and assume any other pointer set operation */ /* is dangerous */ if (!bitVectIsZero (ebp->ptrsSet)) return 1; return 0; } /*-----------------------------------------------------------------*/ /* hasNonPtrUse - returns true if operand has non pointer usage */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (hasNonPtrUse) { eBBlock *ebp = item; V_ARG (operand *, op); iCode *ic = usedInRemaining (op, ebp->sch); if (ic && !POINTER_SET (ic) && !POINTER_GET (ic)) return 1; return 0; } /*-----------------------------------------------------------------*/ /* loopInvariants - takes loop invariants out of region */ /*-----------------------------------------------------------------*/ static int loopInvariants (region * theLoop, ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->dfOrder; int count = ebbi->count; eBBlock *lBlock; set *lInvars = NULL; int change = 0; int fCallsInBlock; /* if the preHeader does not exist then do nothing */ /* or no exits then do nothing ( have to think about this situation */ if (theLoop->entry->preHeader == NULL || theLoop->exits == NULL) return 0; /* we will do the elimination for those blocks */ /* in the loop that dominate all exits from the loop */ for (lBlock = setFirstItem (theLoop->regBlocks); lBlock; lBlock = setNextItem (theLoop->regBlocks)) { iCode *ic; int domsAllExits; int i; /* mark the dominates all exits flag */ domsAllExits = (applyToSet (theLoop->exits, dominatedBy, lBlock) == elementsInSet (theLoop->exits)); /* find out if we have a function call in this block */ for (ic = lBlock->sch, fCallsInBlock=0; ic; ic = ic->next) { if (SKIP_IC(ic)) { fCallsInBlock++; } } /* now we go thru the instructions of this block and */ /* collect those instructions with invariant operands */ for (ic = lBlock->sch; ic; ic = ic->next) { int lin, rin; cseDef *ivar; /* TODO this is only needed if the call is between here and the definition, but I am too lazy to do that now */ /* if there are function calls in this block */ if (fCallsInBlock) { /* if this is a pointer get */ if (POINTER_GET(ic)) { continue; } /* if this is an assignment from a global */ if (ic->op=='=' && isOperandGlobal(IC_RIGHT(ic))) { continue; } /* Bug 1717943, * if this is an assignment to a global */ if (ic->op=='=' && isOperandGlobal(IC_RESULT(ic))) { continue; } } if (SKIP_IC (ic) || POINTER_SET (ic) || ic->op == IFX) continue; /* iTemp assignment from a literal may be invariant, but it will needlessly increase register pressure if the iCode(s) that use this iTemp are not also invariant */ if (ic->op=='=' && IS_ITEMP (IC_RESULT (ic)) && IS_OP_LITERAL (IC_RIGHT (ic))) continue; /* if result is volatile then skip */ if (IC_RESULT (ic) && (isOperandVolatile (IC_RESULT (ic), TRUE) || IS_OP_PARM (IC_RESULT (ic)))) continue; /* if result depends on a volatile then skip */ if ((IC_LEFT(ic) && isOperandVolatile(IC_LEFT(ic), TRUE)) || (IC_RIGHT(ic) && isOperandVolatile(IC_RIGHT(ic), TRUE))) continue; lin = rin = 0; /* special case */ /* if address of then it is an invariant */ if (ic->op == ADDRESS_OF && IS_SYMOP (IC_LEFT (ic)) && IS_AGGREGATE (operandType (IC_LEFT (ic)))) { lin++; } else { /* check if left operand is an invariant */ if ((lin = isOperandInvariant (IC_LEFT (ic), theLoop, lInvars)) && /* if this is a pointer get then make sure that the pointer set does not exist in any of the blocks */ POINTER_GET (ic) && applyToSet (theLoop->regBlocks, pointerAssigned, IC_LEFT (ic))) { lin = 0; } } /* do the same for right */ rin = isOperandInvariant (IC_RIGHT (ic), theLoop, lInvars); /* if this is a POINTER_GET then special case, make sure all usages within the loop are POINTER_GET any other usage would mean that this is not an invariant , since the pointer could then be passed as a parameter */ if (POINTER_GET (ic) && applyToSet (theLoop->regBlocks, hasNonPtrUse, IC_LEFT (ic))) continue; /* if both the left & right are invariants : then check that */ /* this definition exists in the out definition of all the */ /* blocks, this will ensure that this is not assigned any */ /* other value in the loop, and not used in this block */ /* prior to this definition which means only this definition */ /* is used in this loop */ if (lin && rin && IC_RESULT (ic)) { eBBlock *sBlock; set *lSet = setFromSet (theLoop->regBlocks); /* if this block does not dominate all exits */ /* make sure this defintion is not used anywhere else */ if (!domsAllExits) { if (isOperandGlobal (IC_RESULT (ic))) continue; /* for successors for all exits */ for (sBlock = setFirstItem (theLoop->exits); sBlock; sBlock = setNextItem (theLoop->exits)) { for (i = 0; i < count; ebbs[i++]->visited = 0); lBlock->visited = 1; if (applyToSet (sBlock->succList, isDefAlive, ic)) break; } /* we have found usage */ if (sBlock) continue; } /* now make sure this is the only definition */ for (sBlock = setFirstItem (lSet); sBlock; sBlock = setNextItem (lSet)) { iCode *ic2; int used; int defDominates; /* if this is the block make sure the definition */ /* reaches the end of the block */ if (sBlock == lBlock) { if (!ifDiCodeIs (sBlock->outExprs, ic)) break; } else if (bitVectBitsInCommon (sBlock->defSet, OP_DEFS (IC_RESULT (ic)))) break; /* Check that this definition is not assigned */ /* any other value in this block. Also check */ /* that any usage in the block is dominated by */ /* by this definition. */ defDominates = bitVectBitValue (sBlock->domVect, lBlock->bbnum); used = 0; for (ic2 = sBlock->sch; ic2; ic2 = ic2->next) { if (ic2->op == IFX) { if (isOperandEqual (IC_RESULT (ic), IC_COND (ic2))) used = 1; } else if (ic2->op == JUMPTABLE) { if (isOperandEqual (IC_RESULT (ic), IC_JTCOND (ic2))) used = 1; } else { if (IC_LEFT (ic2) && isOperandEqual (IC_RESULT (ic), IC_LEFT (ic2))) used = 1; if (IC_RIGHT (ic2) && isOperandEqual (IC_RESULT (ic), IC_RIGHT (ic2))) used = 1; if ((ic != ic2) && (isOperandEqual(IC_RESULT(ic), IC_RESULT(ic2)))) break; /* If used before this definition, might not be invariant */ if ((ic == ic2) && used) break; } if (used && !defDominates) break; } if (ic2) /* found another definition or a usage before the definition */ break; } if (sBlock) continue; /* another definition present in the block */ /* now check if it exists in the in of this block */ /* if not then it was killed before this instruction */ if (!bitVectBitValue (lBlock->inDefs, ic->key)) continue; /* now we know it is a true invariant */ /* remove it from the insts chain & put */ /* in the invariant set */ OP_SYMBOL (IC_RESULT (ic))->isinvariant = 1; SPIL_LOC (IC_RESULT (ic)) = NULL; remiCodeFromeBBlock (lBlock, ic); /* maintain the data flow */ /* this means removing from definition from the */ /* defset of this block and adding it to the */ /* inexpressions of all blocks within the loop */ bitVectUnSetBit (lBlock->defSet, ic->key); bitVectUnSetBit (lBlock->ldefs, ic->key); ivar = newCseDef (IC_RESULT (ic), ic); applyToSet (theLoop->regBlocks, addDefInExprs, ivar, ebbi); addSet (&lInvars, ivar); } } } /* for all loop blocks */ /* if we have some invariants then */ if (lInvars) { eBBlock *preHdr = theLoop->entry->preHeader; iCode *icFirst = NULL, *icLast = NULL; cseDef *cdp; /* create an iCode chain from it */ for (cdp = setFirstItem (lInvars); cdp; cdp = setNextItem (lInvars)) { /* maintain data flow .. add it to the */ /* ldefs defSet & outExprs of the preheader */ preHdr->defSet = bitVectSetBit (preHdr->defSet, cdp->diCode->key); preHdr->ldefs = bitVectSetBit (preHdr->ldefs, cdp->diCode->key); cdp->diCode->filename = preHdr->ech->filename; cdp->diCode->lineno = preHdr->ech->lineno; addSetHead (&preHdr->outExprs, cdp); if (!icFirst) icFirst = cdp->diCode; if (icLast) { icLast->next = cdp->diCode; cdp->diCode->prev = icLast; icLast = cdp->diCode; } else icLast = cdp->diCode; change++; } /* add the instruction chain to the end of the preheader for this loop, preheaders will always have atleast a label */ preHdr->ech->next = icFirst; icFirst->prev = preHdr->ech; preHdr->ech = icLast; icLast->next = NULL; } return change; } /*-----------------------------------------------------------------*/ /* addressTaken - returns true if the symbol is found in the addrof */ /*-----------------------------------------------------------------*/ static int addressTaken (set * sset, operand * sym) { set *loop; eBBlock *ebp; set *loop2; for (loop = sset; loop; loop = loop->next) { ebp = loop->item; loop2 = ebp->addrOf; while (loop2) { if (isOperandEqual ((operand *) loop2->item, sym)) return 1; loop2 = loop2->next; } } return 0; } /*-----------------------------------------------------------------*/ /* findInduction :- returns 1 & the item if the induction is found */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (findInduction) { induction *ip = item; V_ARG (operand *, sym); V_ARG (induction **, ipp); if (isOperandEqual (ip->sym, sym)) { *ipp = ip; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* findDefInRegion - finds the definition within the region */ /*-----------------------------------------------------------------*/ static iCode * findDefInRegion (set * regBlocks, operand * defOp, eBBlock ** owner) { eBBlock *lBlock; /* for all blocks in the region */ for (lBlock = setFirstItem (regBlocks); lBlock; lBlock = setNextItem (regBlocks)) { /* if a definition for this exists */ if (bitVectBitsInCommon (lBlock->defSet, OP_DEFS (defOp))) { iCode *ic; /* go thru the instruction chain to find it */ for (ic = lBlock->sch; ic; ic = ic->next) if (bitVectBitValue (OP_DEFS (defOp), ic->key)) { if (owner) *owner = lBlock; return ic; } } } return NULL; } /*-----------------------------------------------------------------*/ /* addPostLoopBlock - add a ebblock before the successors of the */ /* loop exits */ /*-----------------------------------------------------------------*/ static void addPostLoopBlock (region *loopReg, ebbIndex *ebbi, iCode *ic) { bitVect *loopSuccs; int i; /* if the number of exits is greater than one then we use another trick: we will create an intersection of succesors of the exits, then take those that are not part of the loop and have dfNumber greater loop entry (eblock), insert a new predecessor postLoopBlk before them and add a copy of ic in the new block. The postLoopBlk in between is necessary, because the old successors of the loop exits can be successors of other blocks too: see bug-136564. */ /* loopSuccs now contains intersection of all the loops successors */ loopSuccs = intersectLoopSucc (loopReg->exits, ebbi->dfOrder); if (!loopSuccs) return; for (i = 0; i < loopSuccs->size; i++) { eBBlock *eblock = NULL; eBBlock *postLoopBlk; iCode *newic; int j; if (!bitVectBitValue (loopSuccs, i)) continue; /* Need to search for bbnum == i since ebbi->dfOrder is sorted by dfnum; a direct index won't do. */ for (j = 0; j < ebbi->count; j++) if (ebbi->dfOrder[j]->bbnum == i) { eblock = ebbi->dfOrder[j]; break; } assert(eblock); /* if the successor does not belong to the loop and will be executed after the loop : then add a definition to the block */ if (isinSet (loopReg->regBlocks, eblock)) continue; if (eblock->dfnum <= loopReg->entry->dfnum) continue; /* look for an existing loopExitBlock */ if (strncmp (LOOPEXITLBL, eblock->entryLabel->name, sizeof(LOOPEXITLBL) - 1) == 0) { /* reuse the existing one */ postLoopBlk = eblock; } else { /* create and insert a new eBBlock. Damn, that's messy ... */ int i; set *oldPredList; eBBlock *ebpi; postLoopBlk = neweBBlock(); /* create a loopExit-label */ postLoopBlk->entryLabel = newiTempLoopHeaderLabel (0); /* increase bbnum for all blocks after (and including) eblock */ for (i = 0; i < ebbi->count; i++) { if (ebbi->bbOrder[i]->bbnum >= eblock->bbnum) ++ebbi->bbOrder[i]->bbnum; } /* insert postLoopBlk before bbnum */ postLoopBlk->bbnum = eblock->bbnum - 1; ++ebbi->count; /* these arrays need one more block, which ... */ ebbi->bbOrder = Safe_realloc (ebbi->bbOrder, (ebbi->count + 1) * sizeof(eBBlock *)); /* ... must be initialized with 0 */ ebbi->bbOrder[ebbi->count] = NULL; /* move the blocks up ... */ memmove (&ebbi->bbOrder[postLoopBlk->bbnum + 1], &ebbi->bbOrder[postLoopBlk->bbnum], (ebbi->count - postLoopBlk->bbnum - 1) * sizeof(eBBlock *)); /* ... and insert postLoopBlk */ ebbi->bbOrder[postLoopBlk->bbnum] = postLoopBlk; /* just add postLoopBlk at the end of dfOrder, computeControlFlow() will compute the new dfnum */ ebbi->dfOrder = Safe_realloc (ebbi->dfOrder, (ebbi->count + 1) * sizeof(eBBlock *)); ebbi->dfOrder[ebbi->count] = NULL; ebbi->dfOrder[ebbi->count - 1] = postLoopBlk; /* copy loop information from eblock to postLoopBlk */ if (eblock->partOfLoop) { postLoopBlk->partOfLoop = eblock->partOfLoop; /* add postLoopBlk to loop region */ addSetHead (&postLoopBlk->partOfLoop->regBlocks, postLoopBlk); } /* go through loop exits and replace the old exit block eblock with the new postLoopBlk */ for (ebpi = setFirstItem (loopReg->exits); ebpi; ebpi = setNextItem (loopReg->exits)) { /* replace old label with new label */ replaceLabel (ebpi, eblock->entryLabel, postLoopBlk->entryLabel); } /* now eblock is replaced by postLoopBlk. It's possible, that eblock has an immediate predecessor (with ebpi->bbnum + 1 == eblock->bbnum), which isn't part of the loop. This predecessor must stay predecessor of eblock, not of postLoopBlk. But now postLoopBlk is in between, therefore a GOTO from this predecessor to eblock must be appended. Example: bug-136564.c */ /* take all predecessors and subtract the loop exits */ oldPredList = subtractFromSet (eblock->predList, loopReg->exits, THROW_NONE); for (ebpi = setFirstItem (oldPredList); ebpi; ebpi = setNextItem (oldPredList)) { /* Is it an immediate predecessor (without GOTO)? All other predecessors end with a GOTO, IF, IFX or JUMPTABLE: nothing to to do */ if (ebpi->bbnum + 1 == postLoopBlk->bbnum) { /* insert goto to old predecessor of eblock */ newic = newiCodeLabelGoto (GOTO, eblock->entryLabel); addiCodeToeBBlock (ebpi, newic, NULL); break; /* got it, only one is possible */ } } /* set the label */ postLoopBlk->sch = postLoopBlk->ech = newiCodeLabelGoto (LABEL, postLoopBlk->entryLabel); } /* create the definition in postLoopBlk */ newic = newiCode ('=', NULL, operandFromOperand (IC_RIGHT (ic))); IC_RESULT (newic) = operandFromOperand (IC_RESULT (ic)); /* maintain data flow */ OP_DEFS(IC_RESULT (newic)) = bitVectSetBit (OP_DEFS (IC_RESULT (newic)), newic->key); OP_USES(IC_RIGHT (newic)) = bitVectSetBit (OP_USES (IC_RIGHT (newic)), newic->key); /* and add it */ addiCodeToeBBlock (postLoopBlk, newic, NULL); postLoopBlk->sch->filename = postLoopBlk->ech->filename = eblock->sch->filename; postLoopBlk->sch->lineno = postLoopBlk->ech->lineno = eblock->sch->lineno; /* outDefs is needed by computeControlFlow(), anything else will be set up by computeControlFlow() */ postLoopBlk->outDefs = bitVectSetBit (postLoopBlk->outDefs, newic->key); } /* for (i = 0; i < loopSuccs->size; i++) */ /* the postLoopBlk and the induction significantly changed the control flow, recompute it */ computeControlFlow (ebbi); } /*-----------------------------------------------------------------*/ /* basicInduction - finds the basic induction variables in a loop */ /*-----------------------------------------------------------------*/ static set * basicInduction (region * loopReg, ebbIndex * ebbi) { eBBlock *lBlock; set *indVars = NULL; /* i.e. all assignments of the form a := a +/- const */ /* for all blocks within the loop do */ for (lBlock = setFirstItem (loopReg->regBlocks); lBlock; lBlock = setNextItem (loopReg->regBlocks)) { iCode *ic, *dic; /* for all instructions in the blocks do */ for (ic = lBlock->sch; ic; ic = ic->next) { operand *aSym; long litValue; induction *ip; iCode *indIc; eBBlock *owner = NULL; int nexits; sym_link *optype; /* To find an induction variable, we need to */ /* find within the loop three iCodes in this */ /* general form: */ /* */ /* ddic: iTempB := symbolVar */ /* dic: iTempA := iTempB + lit */ /* or iTempA := iTempB - lit */ /* or iTempA := lit + iTempB */ /* ic: symbolVar := iTempA */ /* */ /* (symbolVar may also be an iTemp if it is */ /* register equivalent) */ /* look for assignments of the form */ /* symbolVar := iTempNN */ if (ic->op != '=') continue; if (!IS_TRUE_SYMOP (IC_RESULT (ic)) && !OP_SYMBOL (IC_RESULT (ic))->isreqv) continue; if (isOperandGlobal (IC_RESULT (ic))) continue; if (!IS_ITEMP (IC_RIGHT (ic))) continue; /* if it has multiple assignments within the loop then skip */ if (assignmentsToSym (loopReg->regBlocks, IC_RESULT (ic)) > 1) continue; /* if the address of this was taken inside the loop then continue */ if (addressTaken (loopReg->regBlocks, IC_RESULT (ic))) continue; /* Only consider variables with integral type. */ /* (2004/12/06 - EEP - ds390 fails regression tests unless */ /* pointers are also considered for induction (due to some */ /* register alloctaion bugs). Remove !IS_PTR clause when */ /* that gets fixed) */ optype = operandType (IC_RIGHT (ic)); if (!IS_INTEGRAL (optype) && !IS_PTR (optype)) continue; /* find the definition for the result in the block */ if (!(dic = findDefInRegion (setFromSet (loopReg->regBlocks), IC_RIGHT (ic), &owner))) continue; /* if not +/- continue */ if (dic->op != '+' && dic->op != '-') continue; /* make sure definition is of the form a +/- c */ if (!IS_OP_LITERAL (IC_LEFT (dic)) && !IS_OP_LITERAL (IC_RIGHT (dic))) continue; /* make sure the definition found is the only one */ if (assignmentsToSym (loopReg->regBlocks, IC_RIGHT (ic)) > 1) continue; if (IS_OP_LITERAL (IC_RIGHT (dic))) { aSym = IC_LEFT (dic); litValue = (long) operandLitValue (IC_RIGHT (dic)); } else { /* For minus, the literal must not be on the left side. */ /* (Actually, this case could be handled, but it's probably */ /* not worth the extra code) */ if (dic->op == '-') continue; aSym = IC_RIGHT (dic); litValue = (long) operandLitValue (IC_LEFT (dic)); } if (!isOperandEqual (IC_RESULT (ic), aSym) && !isOperandEqual (IC_RIGHT (ic), aSym)) { iCode *ddic; /* find the definition for this and check */ if (!(ddic = findDefInRegion (setFromSet (loopReg->regBlocks), aSym, &owner))) continue; if (ddic->op != '=') continue; if (!isOperandEqual (IC_RESULT (ddic), aSym) || !isOperandEqual (IC_RIGHT (ddic), IC_RESULT (ic))) continue; } /* if the right hand side has more than one usage then don't make it an induction (will have to think some more) */ if (bitVectnBitsOn (OP_USES (IC_RIGHT (ic))) > 1) continue; /* if the definition is volatile then it cannot be an induction object */ if (isOperandVolatile (IC_RIGHT (ic), FALSE) || isOperandVolatile (IC_RESULT (ic), FALSE)) continue; /* whew !! that was a lot of work to find the definition */ /* create an induction object */ indIc = newiCode ('=', NULL, IC_RESULT (ic)); indIc->filename = ic->filename; indIc->lineno = ic->lineno; IC_RESULT (indIc) = operandFromOperand (IC_RIGHT (ic)); IC_RESULT (indIc)->isaddr = 0; OP_SYMBOL (IC_RESULT (indIc))->isind = 1; ip = newInduction (IC_RIGHT (ic), dic->op, litValue, indIc, NULL); /* replace the inducted variable by the iTemp */ replaceSymBySym (loopReg->regBlocks, IC_RESULT (ic), IC_RIGHT (ic)); /* ic should now be moved to the exit block(s) */ nexits = elementsInSet (loopReg->exits); if (nexits == 0) { /* this is a endless loop without exits: there's no need to restore the inducted variable */ iCode *saveic = ic->prev; /* ic will be removed by killDeadCode() too, but it's a nice to see a clean dumploop now. */ remiCodeFromeBBlock (lBlock, ic); /* clear the definition */ bitVectUnSetBit (lBlock->defSet, ic->key); ic = saveic; } else addPostLoopBlock (loopReg, ebbi, ic); addSet (&indVars, ip); } /* for ic */ } /* end of all blocks for basic induction variables */ return indVars; } /*-----------------------------------------------------------------*/ /* loopInduction - remove induction variables from a loop */ /*-----------------------------------------------------------------*/ static int loopInduction (region * loopReg, ebbIndex * ebbi) { int change = 0; eBBlock *lBlock, *owner, *lastBlock = NULL; set *indVars = NULL; set *basicInd = NULL; if (loopReg->entry->preHeader == NULL) return 0; /* we first determine the basic Induction variables */ basicInd = setFromSet (indVars = basicInduction (loopReg, ebbi)); /* find other induction variables : by other we mean definitions of */ /* the form x := y (* | / ) .. we will move this one to */ /* beginning of the loop and reduce strength i.e. replace with +/- */ /* these expensive expressions: OH! and y must be induction too */ for (lBlock = setFirstItem (loopReg->regBlocks), lastBlock = lBlock; lBlock && indVars; lBlock = setNextItem (loopReg->regBlocks)) { iCode *ic, *indIc, *dic; induction *ip; /* last block is the one with the highest block number */ if (lastBlock->bbnum < lBlock->bbnum) lastBlock = lBlock; for (ic = lBlock->sch; ic; ic = ic->next) { operand *aSym; long litVal; /* consider only * & / */ if (ic->op != '*' && ic->op != '/') continue; /* only consider variables with integral type */ if (!IS_INTEGRAL (operandType (IC_RESULT (ic)))) continue; /* if the result has more definitions then */ if (assignmentsToSym (loopReg->regBlocks, IC_RESULT (ic)) > 1) continue; /* check if the operands are what we want */ /* i.e. one of them an symbol the other a literal */ if (!((IS_SYMOP (IC_LEFT (ic)) && IS_OP_LITERAL (IC_RIGHT (ic))) || (IS_OP_LITERAL (IC_LEFT (ic)) && IS_SYMOP (IC_RIGHT (ic))))) continue; if (IS_SYMOP (IC_LEFT (ic))) { aSym = IC_LEFT (ic); litVal = (long) operandLitValue (IC_RIGHT (ic)); } else { /* For division, the literal must not be on the left side */ if (ic->op == '/') continue; aSym = IC_RIGHT (ic); litVal = (long) operandLitValue (IC_LEFT (ic)); } ip = NULL; /* check if this is an induction variable */ if (!applyToSetFTrue (basicInd, findInduction, aSym, &ip)) continue; /* ask port for size not worth if native instruction exist for multiply & divide */ if (getSize (operandType (IC_LEFT (ic))) <= (unsigned long) port->support.muldiv || getSize (operandType (IC_RIGHT (ic))) <= (unsigned long) port->support.muldiv) continue; /* if this is a division then the remainder should be zero for it to be inducted */ if (ic->op == '/' && (ip->cval % litVal)) continue; /* create the iCode to be placed in the loop header */ /* and create the induction object */ /* create an instruction */ /* this will be put on the loop header */ indIc = newiCode (ic->op, operandFromOperand (aSym), operandFromLit (litVal)); indIc->filename = ic->filename; indIc->lineno = ic->lineno; IC_RESULT (indIc) = operandFromOperand (IC_RESULT (ic)); OP_SYMBOL (IC_RESULT (indIc))->isind = 1; /* keep track of the inductions */ litVal = (ic->op == '*' ? (litVal * ip->cval) : (ip->cval / litVal)); addSet (&indVars, newInduction (IC_RESULT (ic), ip->op, litVal, indIc, NULL)); /* Replace mul/div with assignment to self; killDeadCode() will */ /* clean this up since we can't use remiCodeFromeBBlock() here. */ ic->op = '='; IC_LEFT (ic) = NULL; IC_RIGHT (ic) = IC_RESULT (ic); /* Insert an update of the induction variable just before */ /* the update of the basic induction variable. */ indIc = newiCode (ip->op, operandFromOperand (IC_RESULT (ic)), operandFromLit (litVal)); IC_RESULT (indIc) = operandFromOperand (IC_RESULT (ic)); owner = NULL; dic = findDefInRegion (setFromSet (loopReg->regBlocks), aSym, &owner); assert (dic); addiCodeToeBBlock (owner, indIc, dic); } } /* if we have some induction variables then */ if (indVars) { eBBlock *preHdr = loopReg->entry->preHeader; iCode *icFirst = NULL, *icLast = NULL; induction *ip; bitVect *indVect = NULL; /* create an iCode chain from it */ for (ip = setFirstItem (indVars); ip; ip = setNextItem (indVars)) { indVect = bitVectSetBit (indVect, ip->ic->key); ip->ic->filename = preHdr->ech->filename; ip->ic->lineno = preHdr->ech->lineno; if (!icFirst) icFirst = ip->ic; if (icLast) { icLast->next = ip->ic; ip->ic->prev = icLast; icLast = ip->ic; } else icLast = ip->ic; change++; } /* add the instruction chain to the end of the */ /* preheader for this loop */ preHdr->ech->next = icFirst; icFirst->prev = preHdr->ech; preHdr->ech = icLast; icLast->next = NULL; /* add the induction variable vector to the last block in the loop */ lastBlock->isLastInLoop = 1; lastBlock->linds = bitVectUnion(lastBlock->linds,indVect); } setToNull ((void *) &indVars); return change; } /*-----------------------------------------------------------------*/ /* mergeRegions - will merge region with same entry point */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (mergeRegions) { region *theLoop = item; V_ARG (set *, allRegion); region *lp; /* if this has already been merged then do nothing */ if (theLoop->merged) return 0; /* go thru all the region and check if any of them have the */ /* entryPoint as the Loop */ for (lp = setFirstItem (allRegion); lp; lp = setNextItem (allRegion)) { if (lp == theLoop) continue; if (lp->entry == theLoop->entry) { theLoop->regBlocks = unionSets (theLoop->regBlocks, lp->regBlocks, THROW_DEST); lp->merged = 1; } } return 1; } /*-----------------------------------------------------------------*/ /* ifMerged - return 1 if the merge flag is 1 */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (ifMerged) { region *lp = item; return lp->merged; } /*-----------------------------------------------------------------*/ /* mergeInnerLoops - will merge into body when entry is present */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (mergeInnerLoops) { region *theLoop = item; V_ARG (set *, allRegion); V_ARG (int *, maxDepth); region *lp; /* check if the entry point is present in the body of any */ /* loop then put the body of this loop into the outer loop */ for (lp = setFirstItem (allRegion); lp; lp = setNextItem (allRegion)) { if (lp == theLoop) continue; if (isinSet (lp->regBlocks, theLoop->entry)) { lp->containsLoops += theLoop->containsLoops + 1; if (lp->containsLoops > (*maxDepth)) *maxDepth = lp->containsLoops; lp->regBlocks = unionSets (lp->regBlocks, theLoop->regBlocks, THROW_DEST); } } return 1; } /*-----------------------------------------------------------------*/ /* createLoopRegions - will detect and create a set of natural loops */ /*-----------------------------------------------------------------*/ hTab * createLoopRegions (ebbIndex * ebbi) { set *allRegion = NULL; /* set of all loops */ hTab *orderedLoops = NULL; set *bEdges = NULL; int maxDepth = 0; region *lp; /* get all the back edges in the graph */ if (!applyToSet (graphEdges, backEdges, &bEdges)) return 0; /* found no loops */ /* for each of these back edges get the blocks that */ /* constitute the loops */ applyToSet (bEdges, createLoop, &allRegion); /* now we will create regions from these loops */ /* loops with the same entry points are considered to be the */ /* same loop & they are merged. If the entry point of a loop */ /* is found in the body of another loop then , all the blocks */ /* in that loop are added to the loops containing the header */ applyToSet (allRegion, mergeRegions, allRegion); /* delete those already merged */ deleteItemIf (&allRegion, ifMerged); applyToSet (allRegion, mergeInnerLoops, allRegion, &maxDepth); maxDepth++; /* now create all the exits .. also */ /* create an ordered set of loops */ /* i.e. we process loops in the inner to outer order */ for (lp = setFirstItem (allRegion); lp; lp = setNextItem (allRegion)) { applyToSet (lp->regBlocks, addToExitsMarkDepth, lp->regBlocks, &lp->exits, (maxDepth - lp->containsLoops), lp); hTabAddItem (&orderedLoops, lp->containsLoops, lp); } return orderedLoops; } /*-----------------------------------------------------------------*/ /* loopOptimizations - identify region & remove invariants & ind */ /*-----------------------------------------------------------------*/ int loopOptimizations (hTab * orderedLoops, ebbIndex * ebbi) { region *lp; int change = 0; int k; /* if no loop optimizations requested */ if (!optimize.loopInvariant && !optimize.loopInduction) return 0; /* now we process the loops inner to outer order */ /* this is essential to maintain data flow information */ /* the other choice is an ugly iteration for the depth */ /* of the loops would hate that */ for (lp = hTabFirstItem (orderedLoops, &k); lp; lp = hTabNextItem (orderedLoops, &k)) { if (optimize.loopInvariant) change += loopInvariants (lp, ebbi); if (optimize.loopInduction) change += loopInduction (lp, ebbi); } return change; } sdcc-2.9.0/src/SDCCloop.h000066400000000000000000000033401116427777700150270ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCloop.h - header file for loop detection & optimizations Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCBBlock.h" #include "SDCCcse.h" #ifndef SDCCLOOP_H #define SDCCLOOP_H 1 typedef struct region { unsigned int merged:1; unsigned int visited:1; eBBlock *entry; /* entry Block */ int containsLoops; /* contains other loops */ set *regBlocks; /* set of all blocks */ set *exits; /* set of exits */ } region; typedef struct induction { operand *sym; operand *asym; unsigned int op; long cval; iCode *ic; } induction; int loopOptimizations (hTab *, ebbIndex *); hTab *createLoopRegions (ebbIndex *); #endif sdcc-2.9.0/src/SDCClrange.c000066400000000000000000000636131116427777700153320ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCClrange.c - source file for live range computations Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "limits.h" int iCodeSeq = 0; hTab *liveRanges = NULL; hTab *iCodehTab = NULL; hTab *iCodeSeqhTab = NULL; /* all symbols, for which the previous definition is searched and warning is emitted if there's none. */ #define IS_AUTOSYM(op) (IS_ITEMP(op) || \ (IS_SYMOP(op) && IS_AUTO(op->operand.symOperand) && !IS_PARM(op))) /*-----------------------------------------------------------------*/ /* hashiCodeKeys - add all iCodes to the hash table */ /*-----------------------------------------------------------------*/ void hashiCodeKeys (eBBlock ** ebbs, int count) { int i; for (i = 0; i < count; i++) { iCode *ic; for (ic = ebbs[i]->sch; ic; ic = ic->next) hTabAddItem (&iCodehTab, ic->key, ic); } } /*-----------------------------------------------------------------*/ /* sequenceiCode - creates a sequence number for the iCode & add */ /*-----------------------------------------------------------------*/ static void sequenceiCode (eBBlock ** ebbs, int count) { int i; for (i = 0; i < count; i++) { iCode *ic; ebbs[i]->fSeq = iCodeSeq + 1; for (ic = ebbs[i]->sch; ic; ic = ic->next) { ic->seq = ++iCodeSeq; ic->depth = ebbs[i]->depth; //hTabAddItem (&iCodehTab, ic->key, ic); hTabAddItem (&iCodeSeqhTab, ic->seq, ic); } ebbs[i]->lSeq = iCodeSeq; } } /*-----------------------------------------------------------------*/ /* setFromRange - sets the from range of a given operand */ /*-----------------------------------------------------------------*/ #if 0 static void setFromRange (operand * op, int from) { /* only for compiler defined temporaries */ if (!IS_ITEMP (op)) return; hTabAddItemIfNotP (&liveRanges, op->key, OP_SYMBOL (op)); if (op->isaddr) OP_SYMBOL (op)->isptr = 1; if (!OP_LIVEFROM (op) || OP_LIVEFROM (op) > from) OP_LIVEFROM (op) = from; } #endif /*-----------------------------------------------------------------*/ /* setToRange - set the range to for an operand */ /*-----------------------------------------------------------------*/ void setToRange (operand * op, int to, bool check) { /* only for compiler defined temps */ if (!IS_ITEMP (op)) return; OP_SYMBOL (op)->key = op->key; hTabAddItemIfNotP (&liveRanges, op->key, OP_SYMBOL (op)); if (op->isaddr) OP_SYMBOL (op)->isptr = 1; if (check) if (!OP_LIVETO (op)) OP_LIVETO (op) = to; else; else OP_LIVETO (op) = to; } /*-----------------------------------------------------------------*/ /* setFromRange - sets the from range of a given operand */ /*-----------------------------------------------------------------*/ static void setLiveFrom (symbol * sym, int from) { if (!sym->liveFrom || sym->liveFrom > from) sym->liveFrom = from; } /*-----------------------------------------------------------------*/ /* setToRange - set the range to for an operand */ /*-----------------------------------------------------------------*/ static void setLiveTo (symbol * sym, int to) { if (!sym->liveTo || sym->liveTo < to) sym->liveTo = to; } /*-----------------------------------------------------------------*/ /* markLiveRanges - for each operand mark the liveFrom & liveTo */ /*-----------------------------------------------------------------*/ static void markLiveRanges (eBBlock ** ebbs, int count) { int i, key; symbol *sym; for (i = 0; i < count; i++) { iCode *ic; for (ic = ebbs[i]->sch; ic; ic = ic->next) { if (ic->op == CALL || ic->op == PCALL) if (bitVectIsZero (OP_SYMBOL (IC_RESULT (ic))->uses)) bitVectUnSetBit (ebbs[i]->defSet, ic->key); /* for all iTemps alive at this iCode */ for (key = 1; key < ic->rlive->size; key++) { if (!bitVectBitValue(ic->rlive, key)) continue; sym = hTabItemWithKey(liveRanges, key); setLiveTo(sym, ic->seq); setLiveFrom(sym, ic->seq); } } } } /*-----------------------------------------------------------------*/ /* markAlive - marks the operand as alive between sic and eic */ /*-----------------------------------------------------------------*/ static void markAlive (iCode * sic, iCode * eic, int key) { iCode *dic; for (dic = sic; dic != eic->next; dic = dic->next) { dic->rlive = bitVectSetBit (dic->rlive, key); } } /*-----------------------------------------------------------------*/ /* findNextUseSym - finds the next use of the symbol and marks it */ /* alive in between */ /*-----------------------------------------------------------------*/ static int findNextUseSym (eBBlock *ebp, iCode *ic, symbol * sym) { int retval = 0; iCode *uic; eBBlock *succ; hTabAddItemIfNotP (&liveRanges, sym->key, sym); if (!ic) goto check_successors; /* if we check a complete block and the symbol */ /* is alive at the beginning of the block */ /* and not defined in the first instructions */ /* then a next use exists (return 1) */ if ((ic == ebp->sch) && bitVectBitValue(ic->rlive, sym->key)) { /* check if the first instruction is a def of this op */ if (ic->op == JUMPTABLE || ic->op == IFX || SKIP_IC2(ic)) return 1; if (IS_ITEMP(IC_RESULT(ic))) if (IC_RESULT(ic)->key == sym->key) return 0; return 1; } if (ebp->visited) return 0; if (ic == ebp->sch) ebp->visited = 1; /* for all remaining instructions in current block */ for (uic = ic; uic; uic = uic->next) { if (SKIP_IC2(uic)) continue; if (uic->op == JUMPTABLE) { if (IS_ITEMP(IC_JTCOND(uic)) && IC_JTCOND(uic)->key == sym->key) { markAlive(ic, uic, sym->key); return 1; } continue; } if (uic->op == IFX) { if (IS_ITEMP(IC_COND(uic)) && IC_COND(uic)->key == sym->key) { markAlive(ic, uic, sym->key); return 1; } continue; } if (IS_ITEMP (IC_LEFT (uic))) if (IC_LEFT (uic)->key == sym->key) { markAlive(ic, uic, sym->key); return 1; } if (IS_ITEMP (IC_RIGHT (uic))) if (IC_RIGHT (uic)->key == sym->key) { markAlive (ic, uic, sym->key); return 1; } if (IS_ITEMP (IC_RESULT (uic))) if (IC_RESULT (uic)->key == sym->key) { if (POINTER_SET (uic)) { markAlive (ic, uic, sym->key); return 1; } else return 0; } } /* check all successors */ check_successors: succ = setFirstItem (ebp->succList); for (; succ; succ = setNextItem (ebp->succList)) { retval += findNextUseSym (succ, succ->sch, sym); } if (retval) { if (ic) markAlive (ic, ebp->ech, sym->key); return 1; } return 0; } /*-----------------------------------------------------------------*/ /* findNextUse - finds the next use of the operand and marks it */ /* alive in between */ /*-----------------------------------------------------------------*/ static int findNextUse (eBBlock *ebp, iCode *ic, operand *op) { if (op->isaddr) OP_SYMBOL (op)->isptr = 1; OP_SYMBOL (op)->key = op->key; return findNextUseSym (ebp, ic, OP_SYMBOL(op)); } /*-----------------------------------------------------------------*/ /* unvisitBlocks - clears visited in all blocks */ /*-----------------------------------------------------------------*/ static void unvisitBlocks (eBBlock ** ebbs, int count) { int i; for (i = 0; i < count; i++) ebbs[i]->visited = 0; } /*------------------------------------------------------------------*/ /* markWholeLoop - mark the symbol 'key' alive in all blocks */ /* included by the outermost loop */ /*------------------------------------------------------------------*/ static void markWholeLoop (eBBlock *ebp, int key) { eBBlock *ebpi; /* avoid endless loops */ ebp->visited = 1; /* recurse through all predecessors */ for (ebpi = setFirstItem (ebp->predList); ebpi; ebpi = setNextItem (ebp->predList)) { if (ebpi->visited) continue; /* is the predecessor still in the loop? */ if (ebpi->depth == 0) continue; markWholeLoop (ebpi, key); } /* recurse through all successors */ for (ebpi = setFirstItem (ebp->succList); ebpi; ebpi = setNextItem (ebp->succList)) { if (ebpi->visited) continue; if (ebpi->depth == 0) continue; markWholeLoop (ebpi, key); } markAlive (ebp->sch, ebp->ech, key); } /*------------------------------------------------------------------*/ /* findPrevUseSym - search for a previous definition of a symbol in */ /* - the previous icodes */ /* - all branches of predecessors */ /*------------------------------------------------------------------*/ static bool findPrevUseSym (eBBlock *ebp, iCode *ic, symbol * sym) { eBBlock * pred; iCode * uic; if (ebp->visited) { /* already visited: this branch must have been succesfull, */ /* because otherwise the search would have been aborted. */ return TRUE; } ebp->visited = 1; /* search backward in the current block */ for (uic = ic; uic; uic = uic->prev) { if (!POINTER_SET (uic) && IS_AUTOSYM (IC_RESULT (uic))) { if (IC_RESULT (uic)->key == sym->key) { /* Ok, found a definition */ return TRUE; } } /* address taken from symbol? */ if (uic->op == ADDRESS_OF && IS_AUTOSYM (IC_LEFT (uic))) { if (IC_LEFT (uic)->key == sym->key) { /* Ok, found a definition */ return TRUE; } } } /* There's no definition in this bblock, */ /* let's have a look at all predecessors. */ pred = setFirstItem (ebp->predList); if (!pred) { /* no more predecessors and nothing found yet :-( */ return FALSE; } for (; pred; pred = setNextItem (ebp->predList)) { /* recurse into all predecessors */ if (!findPrevUseSym (pred, pred->ech, sym)) { /* found nothing: abort */ return FALSE; } } /* Success! Went through all branches with no abort: */ /* all branches end with a definition */ return TRUE; } /*------------------------------------------------------------------*/ /* findPrevUse - search for a previous definition of an operand */ /* If there's no definition let's: */ /* - emit a warning */ /* - fix the life range, if the symbol is used in */ /* a loop */ /*------------------------------------------------------------------*/ static void findPrevUse (eBBlock *ebp, iCode *ic, operand *op, eBBlock ** ebbs, int count, bool emitWarnings) { unvisitBlocks (ebbs, count); if (op->isaddr) OP_SYMBOL (op)->isptr = 1; OP_SYMBOL (op)->key = op->key; /* There must be a definition in each branch of predecessors */ if (!findPrevUseSym (ebp, ic->prev, OP_SYMBOL(op))) { /* computeLiveRanges() is called twice */ if (emitWarnings) { if (IS_ITEMP (op)) { if (OP_SYMBOL (op)->prereqv) { werrorfl (ic->filename, ic->lineno, W_LOCAL_NOINIT, OP_SYMBOL (op)->prereqv->name); OP_SYMBOL (op)->prereqv->reqv = NULL; OP_SYMBOL (op)->prereqv->allocreq = 1; } } else { werrorfl (ic->filename, ic->lineno, W_LOCAL_NOINIT, OP_SYMBOL (op)->name); } } /* is this block part of a loop? */ if (IS_ITEMP (op) && ebp->depth != 0) { /* extend the life range to the outermost loop */ unvisitBlocks(ebbs, count); markWholeLoop (ebp, op->key); } } } /*-----------------------------------------------------------------*/ /* incUsed - increment a symbol's usage count */ /*-----------------------------------------------------------------*/ static void incUsed (iCode *ic, operand *op) { if (ic->depth) OP_SYMBOL (op)->used += (((unsigned int) 1 << ic->depth) + 1); else OP_SYMBOL (op)->used += 1; } /*-----------------------------------------------------------------*/ /* rliveClear - clears the rlive bitVectors */ /*-----------------------------------------------------------------*/ static void rliveClear (eBBlock ** ebbs, int count) { int i; /* for all blocks do */ for (i = 0; i < count; i++) { iCode *ic; /* for all instructions in this block do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { freeBitVect (ic->rlive); ic->rlive = NULL; } } } /*-----------------------------------------------------------------*/ /* rlivePoint - for each point compute the ranges that are alive */ /* The live range is only stored for ITEMPs; the same code is used */ /* to find use of unitialized AUTOSYMs (an ITEMP is an AUTOSYM). */ /*-----------------------------------------------------------------*/ static void rlivePoint (eBBlock ** ebbs, int count, bool emitWarnings) { int i, key; eBBlock *succ; bitVect *alive; /* for all blocks do */ for (i = 0; i < count; i++) { iCode *ic; /* for all instructions in this block do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { if (!ic->rlive) ic->rlive = newBitVect (operandKey); if (SKIP_IC2(ic)) continue; if (ic->op == JUMPTABLE && IS_SYMOP(IC_JTCOND(ic))) { incUsed (ic, IC_JTCOND(ic)); if (!IS_AUTOSYM(IC_JTCOND(ic))) continue; findPrevUse (ebbs[i], ic, IC_JTCOND(ic), ebbs, count, emitWarnings); if (IS_ITEMP(IC_JTCOND(ic))) { unvisitBlocks(ebbs, count); ic->rlive = bitVectSetBit (ic->rlive, IC_JTCOND(ic)->key); findNextUse (ebbs[i], ic->next, IC_JTCOND(ic)); } continue; } if (ic->op == IFX && IS_SYMOP(IC_COND(ic))) { incUsed (ic, IC_COND(ic)); if (!IS_AUTOSYM(IC_COND(ic))) continue; findPrevUse (ebbs[i], ic, IC_COND(ic), ebbs, count, emitWarnings); if (IS_ITEMP(IC_COND(ic))) { unvisitBlocks (ebbs, count); ic->rlive = bitVectSetBit (ic->rlive, IC_COND(ic)->key); findNextUse (ebbs[i], ic->next, IC_COND(ic)); } continue; } if (IS_SYMOP(IC_LEFT(ic))) { incUsed (ic, IC_LEFT(ic)); if (IS_AUTOSYM(IC_LEFT(ic)) && ic->op != ADDRESS_OF) { findPrevUse (ebbs[i], ic, IC_LEFT(ic), ebbs, count, emitWarnings); if (IS_ITEMP(IC_LEFT(ic))) { unvisitBlocks(ebbs, count); ic->rlive = bitVectSetBit (ic->rlive, IC_LEFT(ic)->key); findNextUse (ebbs[i], ic->next, IC_LEFT(ic)); /* if this is a send extend the LR to the call */ if (ic->op == SEND) { iCode *lic; for (lic = ic; lic; lic = lic->next) { if (lic->op == CALL || lic->op == PCALL) { markAlive (ic, lic->prev, IC_LEFT (ic)->key); break; } } } } } } if (IS_SYMOP(IC_RIGHT(ic))) { incUsed (ic, IC_RIGHT(ic)); if (IS_AUTOSYM(IC_RIGHT(ic))) { findPrevUse (ebbs[i], ic, IC_RIGHT(ic), ebbs, count, emitWarnings); if (IS_ITEMP(IC_RIGHT(ic))) { unvisitBlocks(ebbs, count); ic->rlive = bitVectSetBit (ic->rlive, IC_RIGHT(ic)->key); findNextUse (ebbs[i], ic->next, IC_RIGHT(ic)); } } } if (POINTER_SET(ic) && IS_SYMOP(IC_RESULT(ic))) incUsed (ic, IC_RESULT(ic)); if (IS_AUTOSYM(IC_RESULT(ic))) { if (POINTER_SET(ic)) { findPrevUse (ebbs[i], ic, IC_RESULT(ic), ebbs, count, emitWarnings); } if (IS_ITEMP(IC_RESULT(ic))) { unvisitBlocks(ebbs, count); ic->rlive = bitVectSetBit (ic->rlive, IC_RESULT(ic)->key); findNextUse (ebbs[i], ic->next, IC_RESULT(ic)); } } if (!POINTER_SET(ic) && IC_RESULT(ic)) ic->defKey = IC_RESULT(ic)->key; } /* check all symbols that are alive in the last instruction */ /* but are not alive in all successors */ succ = setFirstItem (ebbs[i]->succList); if (!succ) continue; alive = succ->sch->rlive; while ((succ = setNextItem (ebbs[i]->succList))) { if (succ->sch) alive = bitVectIntersect (alive, succ->sch->rlive); } if (ebbs[i]->ech) alive = bitVectCplAnd ( bitVectCopy (ebbs[i]->ech->rlive), alive); if(!alive) continue; for (key = 1; key < alive->size; key++) { if (!bitVectBitValue (alive, key)) continue; unvisitBlocks(ebbs, count); findNextUseSym (ebbs[i], NULL, hTabItemWithKey (liveRanges, key)); } } } /*-----------------------------------------------------------------*/ /* computeClash - find out which live ranges collide with others */ /*-----------------------------------------------------------------*/ static void computeClash (eBBlock ** ebbs, int count) { int i; /* for all blocks do */ for (i = 0; i < count; i++) { iCode *ic; /* for every iCode do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { symbol *sym1, *sym2; int key1, key2; /* for all iTemps alive at this iCode */ for (key1 = 1; key1 < ic->rlive->size; key1++) { if (!bitVectBitValue(ic->rlive, key1)) continue; sym1 = hTabItemWithKey(liveRanges, key1); if (!sym1->isitmp) continue; /* for all other iTemps alive at this iCode */ for (key2 = key1+1; key2 < ic->rlive->size; key2++) { if (!bitVectBitValue(ic->rlive, key2)) continue; sym2 = hTabItemWithKey(liveRanges, key2); if (!sym2->isitmp) continue; /* if the result and left or right is an iTemp */ /* than possibly the iTemps do not clash */ if ((ic->op != JUMPTABLE) && (ic->op != IFX) && IS_ITEMP(IC_RESULT(ic)) && (IS_ITEMP(IC_LEFT(ic)) || IS_ITEMP(IC_RIGHT(ic)))) { if (OP_SYMBOL(IC_RESULT(ic))->key == key1 && sym1->liveFrom == ic->seq && sym2->liveTo == ic->seq) { if (IS_SYMOP(IC_LEFT(ic))) if (OP_SYMBOL(IC_LEFT(ic))->key == key2) continue; if (IS_SYMOP(IC_RIGHT(ic))) if (OP_SYMBOL(IC_RIGHT(ic))->key == key2) continue; } if (OP_SYMBOL(IC_RESULT(ic))->key == key2 && sym2->liveFrom == ic->seq && sym1->liveTo == ic->seq) { if (IS_SYMOP(IC_LEFT(ic))) if (OP_SYMBOL(IC_LEFT(ic))->key == key1) continue; if (IS_SYMOP(IC_RIGHT(ic))) if (OP_SYMBOL(IC_RIGHT(ic))->key == key1) continue; } } /* the iTemps do clash. set the bits in clashes */ sym1->clashes = bitVectSetBit (sym1->clashes, key2); sym2->clashes = bitVectSetBit (sym2->clashes, key1); /* check if they share the same spill location */ /* what is this good for? */ if (SYM_SPIL_LOC(sym1) && SYM_SPIL_LOC(sym2) && SYM_SPIL_LOC(sym1) == SYM_SPIL_LOC(sym2)) { if (sym1->reqv && !sym2->reqv) SYM_SPIL_LOC(sym2)=NULL; else if (sym2->reqv && !sym1->reqv) SYM_SPIL_LOC(sym1)=NULL; else if (sym1->used > sym2->used) SYM_SPIL_LOC(sym2)=NULL; else SYM_SPIL_LOC(sym1)=NULL; } } } } } } /*-----------------------------------------------------------------*/ /* allDefsOutOfRange - all definitions are out of a range */ /*-----------------------------------------------------------------*/ bool allDefsOutOfRange (bitVect * defs, int fseq, int toseq) { int i; if (!defs) return TRUE; for (i = 0; i < defs->size; i++) { iCode *ic; if (bitVectBitValue (defs, i) && (ic = hTabItemWithKey (iCodehTab, i)) && (ic->seq >= fseq && ic->seq <= toseq)) return FALSE; } return TRUE; } /*-----------------------------------------------------------------*/ /* notUsedInBlock - not used in this block */ /*-----------------------------------------------------------------*/ int notUsedInBlock (symbol * sym, eBBlock * ebp, iCode *ic) { return (!bitVectBitsInCommon (sym->defs, ebp->usesDefs) && allDefsOutOfRange (sym->defs, ebp->fSeq, ebp->lSeq) && allDefsOutOfRange (sym->uses, ebp->fSeq, ebp->lSeq)); } /*-----------------------------------------------------------------*/ /* adjustIChain - correct the sch and ech pointers */ /*-----------------------------------------------------------------*/ static void adjustIChain (eBBlock ** ebbs, int count) { int i; for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath) continue; ic = ebbs[i]->sch; /* is there any code for this eBBlock? (e.g. ROM assignment) */ if(!ic)continue; while (ic->prev) ic = ic->prev; ebbs[i]->sch = ic; ic = ebbs[i]->ech; while (ic->next) ic = ic->next; ebbs[i]->ech = ic; } } /*-----------------------------------------------------------------*/ /* computeLiveRanges - computes the live ranges for variables */ /*-----------------------------------------------------------------*/ void computeLiveRanges (eBBlock ** ebbs, int count, bool emitWarnings) { /* first look through all blocks and adjust the sch and ech pointers */ adjustIChain (ebbs, count); /* sequence the code the live ranges are computed in terms of this sequence additionally the routine will also create a hashtable of instructions */ iCodeSeq = 0; setToNull ((void *) &iCodehTab); iCodehTab = newHashTable (iCodeKey); hashiCodeKeys (ebbs, count); setToNull ((void *) &iCodeSeqhTab); iCodeSeqhTab = newHashTable (iCodeKey); sequenceiCode (ebbs, count); /* mark the ranges live for each point */ setToNull ((void *) &liveRanges); rlivePoint (ebbs, count, emitWarnings); /* mark the from & to live ranges for variables used */ markLiveRanges (ebbs, count); /* compute which overlaps with what */ computeClash(ebbs, count); } /*-----------------------------------------------------------------*/ /* recomputeLiveRanges - recomputes the live ranges for variables */ /*-----------------------------------------------------------------*/ void recomputeLiveRanges (eBBlock ** ebbs, int count) { symbol * sym; int key; /* clear all rlive bitVectors */ rliveClear (ebbs, count); sym = hTabFirstItem (liveRanges, &key); if (sym) { do { sym->used = 0; sym->liveFrom = 0; sym->liveTo = 0; freeBitVect (sym->clashes); sym->clashes = NULL; } while ( (sym = hTabNextItem (liveRanges, &key))); } /* do the LR computation again */ computeLiveRanges (ebbs, count, FALSE); } /*-----------------------------------------------------------------*/ /* dump icode->rlive in all blocks */ /*-----------------------------------------------------------------*/ #if 0 void dumpIcRlive (eBBlock ** ebbs, int count) { int i, j; iCode *ic; /* for all blocks do */ for (i = 0; i < count; i++) { printf ("bb %d %s alive symbols:\n", i, ebbs[i]->entryLabel->name); /* for all instructions in this block do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { printf ("\tic->key %d\n", ic->key); if (!ic->rlive) continue; /* for all live Ranges alive at this point */ for (j = 1; j < ic->rlive->size; j++) { symbol *sym; if (!bitVectBitValue (ic->rlive, j)) continue; /* find the live range we are interested in */ if ((sym = hTabItemWithKey (liveRanges, j))) printf ("\t\tsym->key %2d: %s\n", sym->key, sym->rname[0] ? sym->rname : sym->name); } } } } #endif sdcc-2.9.0/src/SDCClrange.h000066400000000000000000000030641116427777700153310ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCClrange.h - header file for live range computations Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCLRANGE_H #define SDCCLRANGE_H 1 extern hTab *liveRanges; extern hTab *iCodehTab; extern hTab *iCodeSeqhTab; int notUsedInBlock (symbol *, eBBlock *, iCode *); bool allDefsOutOfRange (bitVect *, int, int); void computeLiveRanges (eBBlock **, int, bool); void recomputeLiveRanges (eBBlock **, int); void setToRange (operand *, int, bool); void hashiCodeKeys (eBBlock **, int); #endif sdcc-2.9.0/src/SDCCmacro.c000066400000000000000000000120601116427777700151510ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCmain.c - Macro support code. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" enum { MAX_STRING_LENGTH = 2048, MAX_MACRO_NAME_LENGTH = 128 }; void _evalMacros(char *apinto, hTab *pvals, const char *pfrom, size_t alen) { bool fdidsomething = FALSE; char *pinto = apinto; size_t plen = alen; char quote = '\0'; assert(pinto); assert(pvals); assert(pfrom); while (plen > 0 && *pfrom) { switch (*pfrom) { case '"': case '\'': if (quote != '\0') { /* write previous quote */ *pinto++ = quote; --plen; } quote = *pfrom++; break; case '{': { const char *pend = ++pfrom; char name[MAX_MACRO_NAME_LENGTH]; const char *pval; /* Find the end of macro */ while (*pend && '}' != *pend) { pend++; } if ('}' != *pend) { wassertl(0, "Unterminated macro expansion"); } /* Pull out the macro name */ if (pend - pfrom >= MAX_MACRO_NAME_LENGTH) { wassertl(0, "macro name too long"); } strncpy(name, pfrom, pend - pfrom); name[pend - pfrom] = '\0'; /* Look up the value in the hash table */ pval = shash_find (pvals, name); if (NULL == pval) { /* Empty macro value */ if ('\0' != quote) { /* It was a quote */ if (pend[1] == quote) { /* Start quote equals end quote: skip both */ ++pend; } else { /* Start quote not equals end quote: add both */ *pinto++ = quote; --plen; } } } else { if ('\0' != quote) { /* It was a quote, add it */ *pinto++ = quote; --plen; } if (plen > 0) { /* Replace macro */ strncpy(pinto, pval, plen); pinto += strlen(pval); plen -= plen > strlen(pval) ? strlen(pval) : plen; fdidsomething = TRUE; } } quote = '\0'; pfrom = pend + 1; } break; default: if ('\0' != quote) { *pinto++ = quote; --plen; quote = '\0'; } if (plen > 0) { /* Pass through */ *pinto++ = *pfrom++; --plen; } } } if (plen > 0 && '\0' != quote) { *pinto++ = quote; --plen; } if (plen <= 0) { wassertl(0, "macro expansion too long"); } *pinto = '\0'; /* If we did something then recursivly expand any expanded macros */ if (fdidsomething) { char ainto[MAX_STRING_LENGTH]; _evalMacros(ainto, pvals, apinto, MAX_STRING_LENGTH); strncpyz(apinto, ainto, alen); } } char * mvsprintf(hTab *pvals, const char *pformat, va_list ap) { char ainto[MAX_STRING_LENGTH]; char atmp[MAX_STRING_LENGTH]; /* Recursivly evaluate all the macros in the string */ _evalMacros(ainto, pvals, pformat, MAX_STRING_LENGTH); /* Evaluate all the arguments */ #if defined(HAVE_VSNPRINTF) if (vsnprintf(atmp, MAX_STRING_LENGTH, ainto, ap) >= MAX_STRING_LENGTH) { fprintf(stderr, "Internal error: mvsprintf output truncated.\n"); } #else { int wlen; wlen = vsprintf(atmp, ainto, ap); if (wlen < 0 || wlen >= MAX_STRING_LENGTH) { wassertl(0, "mvsprintf overflowed."); } } #endif /* Recursivly evaluate any macros that were used as arguments */ _evalMacros(ainto, pvals, atmp, MAX_STRING_LENGTH); /* Return a copy of the evaluated string. */ return Safe_strdup(ainto); } char *msprintf(hTab *pvals, const char *pformat, ...) { va_list ap; char *pret; va_start(ap, pformat); pret = mvsprintf(pvals, pformat, ap); va_end(ap); return pret; } void mfprintf(FILE *fp, hTab *pvals, const char *pformat, ...) { va_list ap; char *p; va_start(ap, pformat); p = mvsprintf(pvals, pformat, ap); va_end(ap); fputs(p, fp); Safe_free(p); } sdcc-2.9.0/src/SDCCmacro.h000066400000000000000000000027231116427777700151630ustar00rootroot00000000000000/*----------------------------------------------------------------- SDCChast.h - contains support routines for hashtables/sets . Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCMACRO_H #define SDCCMACRO_H #include "SDCChasht.h" #include #include char *mvsprintf(hTab *pvals, const char *pformat, va_list ap); char *msprintf(hTab *pvals, const char *pformat, ...); void mfprintf(FILE *fp, hTab *pvals, const char *pformat, ...); #endif sdcc-2.9.0/src/SDCCmain.c000066400000000000000000002241161116427777700150030ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCmain.c - main file Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifdef _WIN32 #include #else #include #endif #include #include "common.h" #include #include "newalloc.h" #include "dbuf_string.h" #include "SDCCerr.h" #include "BuildCmd.h" #include "MySystem.h" #include "SDCCmacro.h" #include "SDCCutil.h" #include "SDCCdebug.h" #include "SDCCargs.h" #ifdef _WIN32 #include #else #include #include #endif /* REMOVE ME!!! */ extern int yyparse (void); FILE *srcFile; /* source file */ char *fullSrcFileName; /* full name for the source file; */ /* can be NULL while c1mode or linking without compiling */ char *fullDstFileName; /* full name for the output file; */ /* only given by -o, otherwise NULL */ char *dstFileName; /* destination file name without extension */ char *dstPath = ""; /* path for the output files; */ /* "" is equivalent with cwd */ char *moduleNameBase; /* module name base is source file without path and extension */ /* can be NULL while linking without compiling */ char *moduleName; /* module name is same as module name base, but with all */ /* non-alphanumeric characters replaced with underscore */ int currRegBank = 0; int RegBankUsed[4] = {1, 0, 0, 0}; /*JCF: Reg Bank 0 used by default*/ int BitBankUsed; /* MB: overlayable bit bank */ struct optimize optimize; struct options options; int preProcOnly = 0; int noAssemble = 0; set *preArgvSet = NULL; /* pre-processor arguments */ set *asmOptionsSet = NULL; /* set of assembler options */ set *linkOptionsSet = NULL; /* set of linker options */ set *libFilesSet = NULL; set *libPathsSet = NULL; set *relFilesSet = NULL; set *dataDirsSet = NULL; /* list of data search directories */ set *includeDirsSet = NULL; /* list of include search directories */ set *userIncDirsSet = NULL; /* list of user include directories */ set *libDirsSet = NULL; /* list of lib search directories */ /* uncomment JAMIN_DS390 to always override and use ds390 port for mcs51 work. This is temporary, for compatibility testing. */ /* #define JAMIN_DS390 */ #ifdef JAMIN_DS390 int ds390_jammed = 0; #endif /* Globally accessible scratch buffer for file names. TODO: replace them with local buffers */ char scratchFileName[PATH_MAX]; char buffer[PATH_MAX * 2]; #define LENGTH(_a) (sizeof(_a)/sizeof(*(_a))) #define OPTION_HELP "--help" #define OPTION_OUT_FMT_IHX "--out-fmt-ihx" #define OPTION_OUT_FMT_S19 "--out-fmt-s19" #define OPTION_LARGE_MODEL "--model-large" #define OPTION_MEDIUM_MODEL "--model-medium" #define OPTION_SMALL_MODEL "--model-small" #define OPTION_DUMP_ALL "--dumpall" #define OPTION_PEEP_FILE "--peep-file" #define OPTION_LIB_PATH "--lib-path" #define OPTION_CALLEE_SAVES "--callee-saves" #define OPTION_STACK_LOC "--stack-loc" #define OPTION_XSTACK_LOC "--xstack-loc" #define OPTION_DATA_LOC "--data-loc" #define OPTION_IDATA_LOC "--idata-loc" #define OPTION_XRAM_LOC "--xram-loc" #define OPTION_CODE_LOC "--code-loc" #define OPTION_IRAM_SIZE "--iram-size" #define OPTION_XRAM_SIZE "--xram-size" #define OPTION_CODE_SIZE "--code-size" #define OPTION_VERSION "--version" #define OPTION_NO_LABEL_OPT "--nolabelopt" #define OPTION_NO_LOOP_INV "--noinvariant" #define OPTION_NO_LOOP_IND "--noinduction" #define OPTION_LESS_PEDANTIC "--less-pedantic" #define OPTION_DISABLE_WARNING "--disable-warning" #define OPTION_WERROR "--Werror" #define OPTION_NO_GCSE "--nogcse" #define OPTION_SHORT_IS_8BITS "--short-is-8bits" #define OPTION_NO_XINIT_OPT "--no-xinit-opt" #define OPTION_NO_CCODE_IN_ASM "--no-c-code-in-asm" #define OPTION_ICODE_IN_ASM "--i-code-in-asm" #define OPTION_PRINT_SEARCH_DIRS "--print-search-dirs" #define OPTION_MSVC_ERROR_STYLE "--vc" #define OPTION_USE_STDOUT "--use-stdout" #define OPTION_NO_PEEP_COMMENTS "--no-peep-comments" #define OPTION_VERBOSE_ASM "--fverbose-asm" #define OPTION_OPT_CODE_SPEED "--opt-code-speed" #define OPTION_OPT_CODE_SIZE "--opt-code-size" #define OPTION_STD_C89 "--std-c89" #define OPTION_STD_C99 "--std-c99" #define OPTION_STD_SDCC89 "--std-sdcc89" #define OPTION_STD_SDCC99 "--std-sdcc99" #define OPTION_CODE_SEG "--codeseg" #define OPTION_CONST_SEG "--constseg" #define OPTION_DOLLARS_IN_IDENT "--fdollars-in-identifiers" #define OPTION_UNSIGNED_CHAR "--funsigned-char" static const OPTION optionsTable[] = { { 0, NULL, NULL, "General options" }, { 0, OPTION_HELP, NULL, "Display this help" }, { 'v', OPTION_VERSION, NULL, "Display sdcc's version" }, { 0, "--verbose", &options.verbose, "Trace calls to the preprocessor, assembler, and linker" }, { 'V', NULL, &options.verboseExec, "Execute verbosely. Show sub commands as they are run" }, { 'd', NULL, NULL, NULL }, { 'D', NULL, NULL, "Define macro as in -Dmacro" }, { 'I', NULL, NULL, "Add to the include (*.h) path, as in -Ipath" }, { 'A', NULL, NULL, NULL }, { 'U', NULL, NULL, NULL }, { 'M', NULL, NULL, "Preprocessor option" }, { 'W', NULL, NULL, "Pass through options to the pre-processor (p), assembler (a) or linker (l)" }, { 'S', NULL, &noAssemble, "Compile only; do not assemble or link" }, { 'c', "--compile-only", &options.cc_only, "Compile and assemble, but do not link" }, { 'E', "--preprocessonly", &preProcOnly, "Preprocess only, do not compile" }, { 0, "--c1mode", &options.c1mode, "Act in c1 mode. The standard input is preprocessed code, the output is assembly code." }, { 'o', NULL, NULL, "Place the output into the given path resp. file" }, { 0, OPTION_PRINT_SEARCH_DIRS, &options.printSearchDirs, "display the directories in the compiler's search path"}, { 0, OPTION_MSVC_ERROR_STYLE, &options.vc_err_style, "messages are compatible with Micro$oft visual studio"}, { 0, OPTION_USE_STDOUT, NULL, "send errors to stdout instead of stderr"}, { 0, "--nostdlib", &options.nostdlib, "Do not include the standard library directory in the search path" }, { 0, "--nostdinc", &options.nostdinc, "Do not include the standard include directory in the search path" }, { 0, OPTION_LESS_PEDANTIC, NULL, "Disable some of the more pedantic warnings" }, { 0, OPTION_DISABLE_WARNING, NULL, " Disable specific warning" }, { 0, OPTION_WERROR, NULL, "Treat the warnings as errors" }, { 0, "--debug", &options.debug, "Enable debugging symbol output" }, { 0, "--cyclomatic", &options.cyclomatic, "Display complexity of compiled functions" }, { 0, OPTION_STD_C89, NULL, "Use C89 standard only" }, { 0, OPTION_STD_SDCC89, NULL, "Use C89 standard with SDCC extensions (default)" }, { 0, OPTION_STD_C99, NULL, "Use C99 standard only (incomplete)" }, { 0, OPTION_STD_SDCC99, NULL, "Use C99 standard with SDCC extensions (incomplete)" }, { 0, OPTION_DOLLARS_IN_IDENT, &options.dollars_in_ident, "Permit '$' as an identifier character" }, { 0, OPTION_UNSIGNED_CHAR, &options.unsigned_char, "Make \"char\" unsigned by default" }, { 0, NULL, NULL, "Code generation options"}, { 'm', NULL, NULL, "Set the port to use e.g. -mz80." }, { 'p', NULL, NULL, "Select port specific processor e.g. -mpic14 -p16f84" }, { 0, OPTION_LARGE_MODEL, NULL, "external data space is used" }, { 0, OPTION_MEDIUM_MODEL, NULL, "external paged data space is used" }, { 0, OPTION_SMALL_MODEL, NULL, "internal data space is used (default)" }, { 0, "--stack-auto", &options.stackAuto, "Stack automatic variables" }, { 0, "--xstack", &options.useXstack, "Use external stack" }, { 0, "--int-long-reent", &options.intlong_rent, "Use reentrant calls on the int and long support functions" }, { 0, "--float-reent", &options.float_rent, "Use reentrant calls on the float support functions" }, { 0, "--main-return", &options.mainreturn, "Issue a return after main()" }, { 0, "--xram-movc", &options.xram_movc, "Use movc instead of movx to read xram (xdata)" }, { 0, OPTION_CALLEE_SAVES, &options.calleeSavesSet, " Cause the called function to save registers insted of the caller", CLAT_SET }, { 0, "--profile", &options.profile, "On supported ports, generate extra profiling information" }, { 0, "--fommit-frame-pointer", &options.ommitFramePtr, "Leave out the frame pointer." }, { 0, "--all-callee-saves", &options.all_callee_saves, "callee will always save registers used" }, { 0, "--stack-probe", &options.stack_probe,"insert call to function __stack_probe at each function prologue"}, { 0, OPTION_NO_XINIT_OPT, &options.noXinitOpt, "don't memcpy initialized xram from code"}, { 0, OPTION_NO_CCODE_IN_ASM, &options.noCcodeInAsm, "don't include c-code as comments in the asm file"}, { 0, OPTION_NO_PEEP_COMMENTS, &options.noPeepComments, "don't include peephole optimizer comments"}, { 0, OPTION_VERBOSE_ASM, &options.verboseAsm, "include code generator comments"}, { 0, OPTION_SHORT_IS_8BITS, NULL, "Make short 8 bits (for old times sake)" }, { 0, OPTION_CODE_SEG, NULL, " use this name for the code segment" }, { 0, OPTION_CONST_SEG, NULL, " use this name for the const segment" }, { 0, NULL, NULL, "Optimization options"}, { 0, "--nooverlay", &options.noOverlay, "Disable overlaying leaf function auto variables" }, { 0, OPTION_NO_GCSE, NULL, "Disable the GCSE optimisation" }, { 0, OPTION_NO_LABEL_OPT, NULL, "Disable label optimisation" }, { 0, OPTION_NO_LOOP_INV, NULL, "Disable optimisation of invariants" }, { 0, OPTION_NO_LOOP_IND, NULL, "Disable loop variable induction" }, { 0, "--nojtbound", &optimize.noJTabBoundary, "Don't generate boundary check for jump tables" }, { 0, "--noloopreverse", &optimize.noLoopReverse, "Disable the loop reverse optimisation" }, { 0, "--no-peep", &options.nopeep, "Disable the peephole assembly file optimisation" }, { 0, "--no-reg-params", &options.noRegParams, "On some ports, disable passing some parameters in registers" }, { 0, "--peep-asm", &options.asmpeep, "Enable peephole optimization on inline assembly" }, { 0, OPTION_PEEP_FILE, &options.peep_file, " use this extra peephole file", CLAT_STRING }, { 0, OPTION_OPT_CODE_SPEED, NULL, "Optimize for code speed rather than size" }, { 0, OPTION_OPT_CODE_SIZE, NULL, "Optimize for code size rather than speed" }, { 0, NULL, NULL, "Internal debugging options"}, { 0, "--dumpraw", &options.dump_raw, "Dump the internal structure after the initial parse" }, { 0, "--dumpgcse", &options.dump_gcse, NULL }, { 0, "--dumploop", &options.dump_loop, NULL }, { 0, "--dumpdeadcode", &options.dump_kill, NULL }, { 0, "--dumpliverange", &options.dump_range, NULL }, { 0, "--dumpregpack", &options.dump_pack, NULL }, { 0, "--dumpregassign", &options.dump_rassgn, NULL }, { 0, "--dumptree", &options.dump_tree, "dump front-end AST before generating iCode" }, { 0, OPTION_DUMP_ALL, NULL, "Dump the internal structure at all stages" }, { 0, OPTION_ICODE_IN_ASM, &options.iCodeInAsm, "include i-code as comments in the asm file"}, { 0, NULL, NULL, "Linker options" }, { 'l', NULL, NULL, "Include the given library in the link" }, { 'L', NULL, NULL, "Add the next field to the library search path" }, { 0, OPTION_LIB_PATH, &libPathsSet, " use this path to search for libraries", CLAT_ADD_SET }, { 0, OPTION_OUT_FMT_IHX, NULL, "Output in Intel hex format" }, { 0, OPTION_OUT_FMT_S19, NULL, "Output in S19 hex format" }, { 0, OPTION_XRAM_LOC, &options.xdata_loc, " External Ram start location", CLAT_INTEGER }, { 0, OPTION_XRAM_SIZE, NULL, " External Ram size" }, { 0, OPTION_IRAM_SIZE, &options.iram_size, " Internal Ram size", CLAT_INTEGER }, { 0, OPTION_XSTACK_LOC, &options.xstack_loc, " External Stack start location", CLAT_INTEGER }, { 0, OPTION_CODE_LOC, &options.code_loc, " Code Segment Location", CLAT_INTEGER }, { 0, OPTION_CODE_SIZE, &options.code_size, " Code Segment size", CLAT_INTEGER }, { 0, OPTION_STACK_LOC, &options.stack_loc, " Stack pointer initial value", CLAT_INTEGER }, { 0, OPTION_DATA_LOC, &options.data_loc, " Direct data start location", CLAT_INTEGER }, { 0, OPTION_IDATA_LOC, &options.idata_loc, NULL, CLAT_INTEGER }, /* End of options */ { 0, NULL } }; /** Table of all unsupported options and help text to display when one is used. */ typedef struct { /** shortOpt as in OPTIONS. */ char shortOpt; /** longOpt as in OPTIONS. */ const char *longOpt; /** Message to display inside W_UNSUPPORTED_OPT when this option is used. */ const char *message; } UNSUPPORTEDOPT; static const UNSUPPORTEDOPT unsupportedOptTable[] = { { 'X', NULL, "use --xstack-loc instead" }, { 'x', NULL, "use --xstack instead" }, { 'i', NULL, "use --idata-loc instead" }, { 'r', NULL, "use --xdata-loc instead" }, { 's', NULL, "use --code-loc instead" }, { 'Y', NULL, "use -I instead" } }; /** List of all default constant macros. */ static const char *_baseValues[] = { "cpp", "sdcpp", "cppextraopts", "", /* Path seperator character */ "sep", DIR_SEPARATOR_STRING, NULL }; static const char *_preCmd = "{cpp} -nostdinc -Wall {cppstd}{cppextraopts} \"{fullsrcfilename}\" \"{cppoutfilename}\""; PORT *port; static PORT *_ports[] = { #if !OPT_DISABLE_MCS51 &mcs51_port, #endif #if !OPT_DISABLE_GBZ80 &gbz80_port, #endif #if !OPT_DISABLE_Z80 &z80_port, #endif #if !OPT_DISABLE_AVR &avr_port, #endif #if !OPT_DISABLE_DS390 &ds390_port, #endif #if !OPT_DISABLE_PIC16 &pic16_port, #endif #if !OPT_DISABLE_PIC &pic_port, #endif #if !OPT_DISABLE_TININative &tininative_port, #endif #if !OPT_DISABLE_XA51 &xa51_port, #endif #if !OPT_DISABLE_DS400 &ds400_port, #endif #if !OPT_DISABLE_HC08 &hc08_port, #endif }; #define NUM_PORTS (sizeof(_ports)/sizeof(_ports[0])) /** Sets the port to the one given by the command line option. @param The name minus the option (eg 'mcs51') @return 0 on success. */ static void _setPort (const char *name) { int i; for (i = 0; i < NUM_PORTS; i++) { if (!strcmp (_ports[i]->target, name)) { port = _ports[i]; return; } } /* Error - didnt find */ werror (E_UNKNOWN_TARGET, name); exit (EXIT_FAILURE); } /* Override the default processor with the one specified * on the command line */ static void _setProcessor (char *_processor) { port->processor = _processor; } static void _validatePorts (void) { int i; for (i = 0; i < NUM_PORTS; i++) { if (_ports[i]->magic != PORT_MAGIC) { /* Uncomment this line to debug which port is causing the problem * (the target name is close to the beginning of the port struct * and probably can be accessed just fine). */ fprintf(stderr,"%s :",_ports[i]->target); wassertl (0, "Port definition structure is incomplete"); } } } /* search through the command line options for the port */ static void _findPort (int argc, char **argv) { _validatePorts (); while (argc--) { if (!strncmp (*argv, "-m", 2)) { _setPort (*argv + 2); return; } argv++; } /* Use the first in the list */ port = _ports[0]; } /* search through the command line options for the processor */ static void _findProcessor (int argc, char **argv) { while (argc--) { if (!strncmp (*argv, "-p", 2)) { _setProcessor (*argv + 2); return; } argv++; } /* no error if processor was not specified. */ } /*-----------------------------------------------------------------*/ /* printVersionInfo - prints the version info */ /*-----------------------------------------------------------------*/ void printVersionInfo (FILE *stream) { int i; fprintf (stream, "SDCC : "); for (i = 0; i < NUM_PORTS; i++) fprintf (stream, "%s%s", i == 0 ? "" : "/", _ports[i]->target); fprintf (stream, " " SDCC_VERSION_STR #ifdef SDCC_SUB_VERSION_STR "/" SDCC_SUB_VERSION_STR #endif " #%s (%s) (%s)\n", getBuildNumber(), getBuildDate(), getBuildEnvironment() ); } static void printOptions(const OPTION *optionsTable, FILE *stream) { int i; for (i = 0; optionsTable[i].shortOpt != 0 || optionsTable[i].longOpt != NULL || optionsTable[i].help != NULL; i++) { if (!optionsTable[i].shortOpt && !optionsTable[i].longOpt && optionsTable[i].help) { fprintf (stream, "\n%s:\n", optionsTable[i].help); } else { fprintf(stream, " %c%c %-20s %s\n", optionsTable[i].shortOpt !=0 ? '-' : ' ', optionsTable[i].shortOpt !=0 ? optionsTable[i].shortOpt : ' ', optionsTable[i].longOpt != NULL ? optionsTable[i].longOpt : "", optionsTable[i].help != NULL ? optionsTable[i].help : "" ); } } } /*-----------------------------------------------------------------*/ /* printUsage - prints command line syntax */ /*-----------------------------------------------------------------*/ static void printUsage (void) { int i; FILE *stream = stderr; printVersionInfo (stream); fprintf (stream, "Usage : sdcc [options] filename\n" "Options :-\n" ); printOptions (optionsTable, stream); for (i = 0; i < NUM_PORTS; i++) { if (_ports[i]->poptions != NULL) { fprintf (stream, "\nSpecial options for the %s port:\n", _ports[i]->target); printOptions (_ports[i]->poptions, stream); } } } /*-----------------------------------------------------------------*/ /* setParseWithComma - separates string with comma to a set */ /*-----------------------------------------------------------------*/ void setParseWithComma (set **dest, const char *src) { const char *p, *end; struct dbuf_s dbuf; /* skip the initial white spaces */ while (isspace((unsigned char)*src)) ++src; /* skip the trailing white spaces */ end = &src[strlen(src) - 1]; while (end >= src && isspace((unsigned char)*end)) --end; ++end; p = src; while (src < end) { dbuf_init (&dbuf, 16); while (p < end && ',' != *p) ++p; dbuf_append (&dbuf, src, p - src); /* null terminate the buffer */ dbuf_c_str (&dbuf); addSet(dest, dbuf_detach (&dbuf)); src = ++p; } } /*-----------------------------------------------------------------*/ /* setDefaultOptions - sets the default options */ /*-----------------------------------------------------------------*/ static void setDefaultOptions (void) { /* first the options part */ options.stack_loc = 0; /* stack pointer initialised to 0 */ options.xstack_loc = 0; /* xternal stack starts at 0 */ options.code_loc = 0; /* code starts at 0 */ options.data_loc = 0; /* JCF: By default let the linker locate data */ options.xdata_loc = 0; options.idata_loc = 0; /* MB: No need to limit idata to 0x80-0xFF */ options.nopeep = 0; options.model = port->general.default_model; options.nostdlib = 0; options.nostdinc = 0; options.verbose = 0; options.shortis8bits = 0; options.std_sdcc = 1; /* enable SDCC language extensions */ options.std_c99 = 0; /* default to C89 until more C99 support */ options.code_seg = CODE_NAME ? Safe_strdup(CODE_NAME) : NULL; /* default to CSEG for generated code */ options.const_seg = CONST_NAME ? Safe_strdup(CONST_NAME) : NULL; /* default to CONST for generated code */ options.stack10bit=0; /* now for the optimizations */ /* turn on the everything */ optimize.global_cse = 1; optimize.label1 = 1; optimize.label2 = 1; optimize.label3 = 1; optimize.label4 = 1; optimize.loopInvariant = 1; optimize.loopInduction = 1; /* now for the ports */ port->setDefaultOptions (); } /*-----------------------------------------------------------------*/ /* processFile - determines the type of file from the extension */ /*-----------------------------------------------------------------*/ static void processFile (char *s) { const char *extp; struct dbuf_s ext; struct dbuf_s path; dbuf_init (&ext, 128); dbuf_init (&path, 128); /* get the file extension. If no '.' then we don't know what the file type is so give a warning and return */ if (!dbuf_splitFile (s, &path, &ext)) { werror (W_UNKNOWN_FEXT, s); dbuf_destroy (&ext); dbuf_destroy (&path); return; } /* otherwise depending on the file type */ extp = dbuf_c_str (&ext); if (STRCASECMP (extp, ".c") == 0) { char *p; dbuf_destroy (&ext); /* source file name : not if we already have a source file */ if (fullSrcFileName) { werror (W_TOO_MANY_SRC, s); dbuf_destroy (&path); return; } /* the only source file */ fullSrcFileName = s; if (!(srcFile = fopen (fullSrcFileName, "r"))) { werror (E_FILE_OPEN_ERR, s); dbuf_destroy (&path); exit (EXIT_FAILURE); } /* get rid of any path information for the module name; */ dbuf_init (&ext, 128); dbuf_splitPath (dbuf_c_str (&path), NULL, &ext); dbuf_destroy (&path); moduleNameBase = Safe_strdup (dbuf_c_str (&ext)); moduleName = dbuf_detach (&ext); for (p = moduleName; *p; ++p) if (!isalnum ((unsigned char)*p)) *p = '_'; return; } /* if the extention is type .rel or .r or .REL or .R additional object file will be passed to the linker */ if (STRCASECMP (extp, ".r") == 0 || STRCASECMP (extp, ".rel") == 0 || strcmp (extp, port->linker.rel_ext) == 0) { dbuf_destroy (&ext); dbuf_destroy (&path); addSet (&relFilesSet, Safe_strdup (s)); return; } /* if .lib or .LIB */ if (STRCASECMP (extp, ".lib") == 0) { dbuf_destroy (&ext); dbuf_destroy (&path); addSet (&libFilesSet, Safe_strdup (s)); return; } dbuf_destroy (&ext); dbuf_destroy (&path); werror (W_UNKNOWN_FEXT, s); } static void _setModel (int model, const char *sz) { if (port->general.supported_models & model) options.model = model; else werror (W_UNSUPPORTED_MODEL, sz, port->target); } /** Gets the string argument to this option. If the option is '--opt' then for input of '--optxyz' or '--opt xyz' returns xyz. */ char * getStringArg(const char *szStart, char **argv, int *pi, int argc) { if (argv[*pi][strlen(szStart)]) { return &argv[*pi][strlen(szStart)]; } else { ++(*pi); if (*pi >= argc) { werror (E_ARGUMENT_MISSING, szStart); /* Die here rather than checking for errors later. */ exit (EXIT_FAILURE); } else { return argv[*pi]; } } } /** Gets the integer argument to this option using the same rules as getStringArg. */ int getIntArg(const char *szStart, char **argv, int *pi, int argc) { char *p; int val; char *str = getStringArg(szStart, argv, pi, argc); val = strtol(str, &p, 0); if (p == str || *p != '\0') { werror (E_BAD_INT_ARGUMENT, szStart); /* Die here rather than checking for errors later. */ exit (EXIT_FAILURE); } return val; } static void verifyShortOption(const char *opt) { if (strlen(opt) != 2) { werror (W_EXCESS_SHORT_OPTIONS, opt); } } static bool tryHandleUnsupportedOpt(char **argv, int *pi) { if (argv[*pi][0] == '-') { const char *longOpt = ""; char shortOpt = -1; int i; if (argv[*pi][1] == '-') { /* Long option. */ longOpt = argv[*pi]; } else { shortOpt = argv[*pi][1]; } for (i = 0; i < LENGTH(unsupportedOptTable); i++) { if (unsupportedOptTable[i].shortOpt == shortOpt || (longOpt && unsupportedOptTable[i].longOpt && !strcmp(unsupportedOptTable[i].longOpt, longOpt))) { /* Found an unsupported opt. */ char buffer[100]; SNPRINTF(buffer, sizeof(buffer), "%s%c%c", longOpt ? longOpt : "", shortOpt ? '-' : ' ', shortOpt ? shortOpt : ' '); werror (W_UNSUPP_OPTION, buffer, unsupportedOptTable[i].message); return 1; } } /* Didn't find in the table */ return 0; } else { /* Not an option, so can't be unsupported :) */ return 0; } } static bool scanOptionsTable(const OPTION *optionsTable, char shortOpt, const char *longOpt, char **argv, int *pi, int argc) { int i; for (i = 0; optionsTable[i].shortOpt != 0 || optionsTable[i].longOpt != NULL || optionsTable[i].help != NULL; i++) { if (optionsTable[i].shortOpt == shortOpt) { if (optionsTable[i].pparameter != NULL) { verifyShortOption(argv[*pi]); (*(int *)optionsTable[i].pparameter)++; return TRUE; } } else { size_t len = optionsTable[i].longOpt ? strlen (optionsTable[i].longOpt) : 0; if (longOpt && (optionsTable[i].arg_type != CLAT_BOOLEAN || (optionsTable[i].arg_type == CLAT_BOOLEAN && len == strlen (longOpt) && optionsTable[i].longOpt)) && strncmp (optionsTable[i].longOpt, longOpt, len) == 0) { /* If it is a flag then we can handle it here */ if (optionsTable[i].pparameter != NULL) { switch (optionsTable[i].arg_type) { case CLAT_BOOLEAN: (*(int *)optionsTable[i].pparameter)++; break; case CLAT_INTEGER: *(int *)optionsTable[i].pparameter = getIntArg (optionsTable[i].longOpt, argv, pi, argc); break; case CLAT_STRING: if (*(char **)optionsTable[i].pparameter) Safe_free(*(char **)optionsTable[i].pparameter); *(char **)optionsTable[i].pparameter = Safe_strdup (getStringArg (optionsTable[i].longOpt, argv, pi, argc)); break; case CLAT_SET: if (*(set **)optionsTable[i].pparameter) { deleteSet ((set **)optionsTable[i].pparameter); } setParseWithComma ((set **)optionsTable[i].pparameter, getStringArg (optionsTable[i].longOpt, argv, pi, argc)); break; case CLAT_ADD_SET: addSet((set **)optionsTable[i].pparameter, Safe_strdup (getStringArg (optionsTable[i].longOpt, argv, pi, argc))); break; } return TRUE; } else { /* Not a flag. Handled manually later. */ return FALSE; } } } } /* Didn't find in the table */ return FALSE; } static bool tryHandleSimpleOpt(char **argv, int *pi, int argc) { if (argv[*pi][0] == '-') { const char *longOpt = ""; char shortOpt = -1; if (argv[*pi][1] == '-') { /* Long option. */ longOpt = argv[*pi]; } else { shortOpt = argv[*pi][1]; } if (scanOptionsTable(optionsTable, shortOpt, longOpt, argv, pi, argc)) { return TRUE; } else if (port && port->poptions && scanOptionsTable(port->poptions, shortOpt, longOpt, argv, pi, argc)) { return TRUE; } else { return FALSE; } } else { /* Not an option, so can't be handled. */ return FALSE; } } /*-----------------------------------------------------------------*/ /* parseCmdLine - parses the command line and sets the options */ /*-----------------------------------------------------------------*/ static int parseCmdLine (int argc, char **argv) { int i; /* go thru all whole command line */ for (i = 1; i < argc; i++) { if (i >= argc) break; /* check port specific options before general ones */ if (port->parseOption (&argc, argv, &i) == TRUE) { continue; } if (tryHandleUnsupportedOpt(argv, &i) == TRUE) { continue; } if (tryHandleSimpleOpt(argv, &i, argc) == TRUE) { continue; } /* options */ if (argv[i][0] == '-' && argv[i][1] == '-') { if (strcmp (argv[i], OPTION_USE_STDOUT) == 0) { if (options.use_stdout == 0) { options.use_stdout = 1; dup2(STDOUT_FILENO, STDERR_FILENO); } continue; } if (strcmp (argv[i], OPTION_HELP) == 0) { printUsage (); exit (EXIT_SUCCESS); } if (strcmp (argv[i], OPTION_OUT_FMT_IHX) == 0) { options.out_fmt = 0; continue; } if (strcmp (argv[i], OPTION_OUT_FMT_S19) == 0) { options.out_fmt = 1; continue; } if (strcmp (argv[i], OPTION_LARGE_MODEL) == 0) { _setModel (MODEL_LARGE, argv[i]); continue; } if (strcmp (argv[i], OPTION_MEDIUM_MODEL) == 0) { _setModel (MODEL_MEDIUM, argv[i]); continue; } if (strcmp (argv[i], OPTION_SMALL_MODEL) == 0) { _setModel (MODEL_SMALL, argv[i]); continue; } if (strcmp (argv[i], OPTION_DUMP_ALL) == 0) { options.dump_rassgn = options.dump_pack = options.dump_range = options.dump_kill = options.dump_loop = options.dump_gcse = options.dump_raw = 1; continue; } if (strcmp (argv[i], OPTION_VERSION) == 0) { printVersionInfo (stdout); exit (EXIT_SUCCESS); continue; } if (strcmp (argv[i], OPTION_XRAM_SIZE) == 0) { options.xram_size = getIntArg(OPTION_XRAM_SIZE, argv, &i, argc); options.xram_size_set = TRUE; continue; } if (strcmp (argv[i], OPTION_NO_GCSE) == 0) { optimize.global_cse = 0; continue; } if (strcmp (argv[i], OPTION_NO_LOOP_INV) == 0) { optimize.loopInvariant = 0; continue; } if (strcmp (argv[i], OPTION_NO_LABEL_OPT) == 0) { optimize.label4 = 0; continue; } if (strcmp (argv[i], OPTION_NO_LOOP_IND) == 0) { optimize.loopInduction = 0; continue; } if (strcmp (argv[i], OPTION_OPT_CODE_SPEED) == 0) { optimize.codeSpeed = 1; optimize.codeSize = 0; continue; } if (strcmp (argv[i], OPTION_OPT_CODE_SIZE) == 0) { optimize.codeSpeed = 0; optimize.codeSize = 1; continue; } if (strcmp (argv[i], OPTION_LESS_PEDANTIC) == 0) { options.lessPedantic = 1; setErrorLogLevel(ERROR_LEVEL_WARNING); continue; } if (strcmp (argv[i], OPTION_DISABLE_WARNING) == 0) { int w = getIntArg(OPTION_DISABLE_WARNING, argv, &i, argc); if (w < MAX_ERROR_WARNING) { setWarningDisabled(w); } continue; } if (strcmp (argv[i], OPTION_WERROR) == 0) { setWError(1); addSet(&preArgvSet, Safe_strdup("-Werror")); continue; } if (strcmp (&argv[i][1], OPTION_SHORT_IS_8BITS) == 0) { options.shortis8bits=1; continue; } if (strcmp (argv[i], OPTION_STD_C89) == 0) { options.std_c99 = 0; options.std_sdcc = 0; continue; } if (strcmp (argv[i], OPTION_STD_C99) == 0) { options.std_c99 = 1; options.std_sdcc = 0; continue; } if (strcmp (argv[i], OPTION_STD_SDCC89) == 0) { options.std_c99 = 0; options.std_sdcc = 1; continue; } if (strcmp (argv[i], OPTION_STD_SDCC99) == 0) { options.std_c99 = 1; options.std_sdcc = 1; continue; } if (strcmp (argv[i], OPTION_CODE_SEG) == 0) { struct dbuf_s segname; dbuf_init (&segname, 16); dbuf_printf (&segname, "%-8s(CODE)", getStringArg (OPTION_CODE_SEG, argv, &i, argc)); if (options.code_seg) Safe_free(options.code_seg); options.code_seg = dbuf_detach (&segname); continue; } if (strcmp (argv[i], OPTION_CONST_SEG) == 0) { struct dbuf_s segname; dbuf_init (&segname, 16); dbuf_printf (&segname, "%-8s(CODE)", getStringArg (OPTION_CONST_SEG, argv, &i, argc)); if (options.const_seg) Safe_free(options.const_seg); options.const_seg = dbuf_detach (&segname); continue; } werror (W_UNKNOWN_OPTION, argv[i]); continue; } /* if preceded by '-' then option */ if (*argv[i] == '-') { switch (argv[i][1]) { case 'h': verifyShortOption(argv[i]); printUsage (); exit (EXIT_SUCCESS); break; case 'm': /* Used to select the port. But this has already been done. */ break; case 'p': /* Used to select the processor in port. But this has * already been done. */ break; case 'c': verifyShortOption(argv[i]); options.cc_only = 1; break; case 'L': addSet(&libPathsSet, Safe_strdup(getStringArg("-L", argv, &i, argc))); break; case 'l': addSet(&libFilesSet, Safe_strdup(getStringArg("-l", argv, &i, argc))); break; case 'o': { char *outName = getStringArg("-o", argv, &i, argc); size_t len = strlen(outName); /* point to last character */ if (IS_DIR_SEPARATOR(outName[len - 1])) { /* only output path specified */ dstPath = Safe_malloc(len); memcpy(dstPath, outName, len - 1); dstPath[len - 1] = '\0'; fullDstFileName = NULL; } else { struct dbuf_s path; dbuf_init (&path, 128); fullDstFileName = Safe_strdup (outName); /* get rid of the "."-extension */ dbuf_splitFile (outName, &path, NULL); dbuf_c_str (&path); dstFileName = dbuf_detach (&path); dbuf_init (&path, 128); /* strip module name to get path */ if (dbuf_splitPath (dstFileName, &path, NULL)) { dbuf_c_str (&path); dstPath = dbuf_detach (&path); } else dbuf_destroy (&path); } break; } case 'W': /* pre-processer options */ if (argv[i][2] == 'p') { setParseWithComma(&preArgvSet, getStringArg("-Wp", argv, &i, argc)); } /* linker options */ else if (argv[i][2] == 'l') { setParseWithComma(&linkOptionsSet, getStringArg("-Wl", argv, &i, argc)); } /* assembler options */ else if (argv[i][2] == 'a') { setParseWithComma(&asmOptionsSet, getStringArg("-Wa", argv, &i, argc)); } else { werror (W_UNKNOWN_OPTION, argv[i]); } break; case 'v': verifyShortOption(argv[i]); printVersionInfo (stdout); exit (EXIT_SUCCESS); break; /* preprocessor options */ case 'M': { preProcOnly = 1; if (argv[i][2] == 'M') addSet(&preArgvSet, Safe_strdup("-MM")); else addSet(&preArgvSet, Safe_strdup("-M")); break; } case 'd': case 'D': case 'I': case 'A': case 'U': { char sOpt = argv[i][1]; char *rest; if (argv[i][2] == ' ' || argv[i][2] == '\0') { i++; if (i >= argc) { /* No argument. */ werror(E_ARGUMENT_MISSING, argv[i-1]); break; } else { rest = argv[i]; } } else rest = &argv[i][2]; if (sOpt == 'Y') sOpt = 'I'; SNPRINTF (buffer, sizeof(buffer), ((sOpt == 'I') ? "-%c\"%s\"": "-%c%s"), sOpt, rest); addSet(&preArgvSet, Safe_strdup(buffer)); if(sOpt == 'I') { addSet(&includeDirsSet, Safe_strdup(rest)); addSet(&userIncDirsSet, Safe_strdup(rest)); } } break; default: werror (W_UNKNOWN_OPTION, argv[i]); } continue; } /* no option must be a filename */ if (options.c1mode) { werror (W_NO_FILE_ARG_IN_C1, argv[i]); } else { processFile (argv[i]); } } /* some sanity checks in c1 mode */ if (options.c1mode) { const char *s; if (fullSrcFileName) { fclose (srcFile); werror (W_NO_FILE_ARG_IN_C1, fullSrcFileName); } fullSrcFileName = NULL; for (s = setFirstItem(relFilesSet); s != NULL; s = setNextItem(relFilesSet)) { werror (W_NO_FILE_ARG_IN_C1, s); } for (s = setFirstItem(libFilesSet); s != NULL; s = setNextItem(libFilesSet)) { werror (W_NO_FILE_ARG_IN_C1, s); } deleteSet(&relFilesSet); deleteSet(&libFilesSet); if (options.cc_only || noAssemble || preProcOnly) { werror (W_ILLEGAL_OPT_COMBINATION); } options.cc_only = noAssemble = preProcOnly = 0; if (!dstFileName) { werror (E_NEED_OPT_O_IN_C1); exit (EXIT_FAILURE); } else { char *p; moduleName = Safe_strdup(dstFileName); for (p = moduleName; *p; ++p) if (!isalnum ((unsigned char)*p)) *p = '_'; } } /* if no dstFileName given with -o, we've to find one: */ if (!dstFileName) { const char *s; /* use the modulename from the C-source */ if (fullSrcFileName) { struct dbuf_s path; if (*dstPath != '\0') { dbuf_init(&path, 128); dbuf_makePath (&path, dstPath, moduleNameBase); dbuf_c_str (&path); dstFileName = dbuf_detach (&path); } else dstFileName = Safe_strdup(moduleNameBase); } /* use the modulename from the first object file */ else if ((s = peekSet(relFilesSet)) != NULL) { struct dbuf_s file; dbuf_init(&file, 128); /* get rid of the "."-extension */ dbuf_splitFile (s, &file, NULL); dbuf_c_str (&file); s = dbuf_detach (&file); dbuf_init (&file, 128); dbuf_splitPath (s, NULL, &file); if (*dstPath != '\0') { struct dbuf_s path; dbuf_init(&path, 128); dbuf_makePath (&path, dstPath, dbuf_c_str (&file)); dbuf_destroy (&file); dbuf_c_str (&path); dstFileName = dbuf_detach (&path); } else { dbuf_c_str (&file); dstFileName = dbuf_detach (&file); } } /* else no module given: help text is displayed */ } /* set int, long and float reentrancy based on stack-auto */ if (options.stackAuto) { options.intlong_rent++; options.float_rent++; } /* mcs51 has an assembly coded float library that's always reentrant */ if (TARGET_IS_MCS51) { options.float_rent++; /* set up external stack location if not explicitly specified */ if (!options.xstack_loc) options.xstack_loc = options.xdata_loc; } /* if debug option is set then open the cdbFile */ if (options.debug && fullSrcFileName) { SNPRINTF (scratchFileName, sizeof(scratchFileName), "%s.adb", dstFileName); /*JCF: Nov 30, 2002*/ if(debugFile->openFile(scratchFileName)) debugFile->writeModule(moduleName); else werror (E_FILE_OPEN_ERR, scratchFileName); } MSVC_style(options.vc_err_style); return 0; } /*-----------------------------------------------------------------*/ /* finalizeOptions - finalize (post-process( options */ /*-----------------------------------------------------------------*/ static void finalizeOptions (void) { /* no peephole comments if not verbose asm */ if (!options.verboseAsm) options.noPeepComments = 1; } /*-----------------------------------------------------------------*/ /* linkEdit : - calls the linkage editor with options */ /*-----------------------------------------------------------------*/ static void linkEdit (char **envp) { FILE *lnkfile; char *segName, *c; int system_ret; const char *s; char linkerScriptFileName[PATH_MAX]; linkerScriptFileName[0] = 0; c = NULL; if (port->linker.needLinkerScript) { char out_fmt; switch (options.out_fmt) { case 0: out_fmt = 'i'; /* Intel hex */ break; case 1: out_fmt = 's'; /* Motorola S19 */ break; case 2: out_fmt = 't'; /* Elf */ break; default: out_fmt = 'i'; } /* first we need to create the .lnk file */ SNPRINTF (linkerScriptFileName, sizeof(linkerScriptFileName), "%s.lnk", dstFileName); if (!(lnkfile = fopen (linkerScriptFileName, "w"))) { werror (E_FILE_OPEN_ERR, linkerScriptFileName); exit (EXIT_FAILURE); } if (TARGET_Z80_LIKE) { fprintf (lnkfile, "--\n-m\n-j\n-x\n-%c %s\n", out_fmt, dstFileName); } else /*For all the other ports. Including pics???*/ { fprintf (lnkfile, "-myux%c\n", out_fmt); if(!options.no_pack_iram) fprintf (lnkfile, "-Y\n"); } if (!(TARGET_Z80_LIKE)) /*Not for the z80, gbz80*/ { /* if iram size specified */ if (options.iram_size) fprintf (lnkfile, "-a 0x%04x\n", options.iram_size); /* if stack size specified*/ if(options.stack_size) fprintf (lnkfile, "-A 0x%02x\n", options.stack_size); /* if xram size specified */ if (options.xram_size_set) fprintf (lnkfile, "-v 0x%04x\n", options.xram_size); /* if code size specified */ if (options.code_size) fprintf (lnkfile, "-w 0x%04x\n", options.code_size); } if (options.debug) fprintf (lnkfile, "-z\n"); #define WRITE_SEG_LOC(N, L) \ if (N) \ { \ segName = Safe_strdup(N); \ c = strtok(segName, " \t"); \ fprintf (lnkfile,"-b %s = 0x%04x\n", c, L); \ if (segName) { Safe_free(segName); } \ } if (!(TARGET_Z80_LIKE)) /*Not for the z80, gbz80*/ { /* code segment start */ WRITE_SEG_LOC (HOME_NAME, options.code_loc); /* data segment start. If zero, the linker chooses the best place for data */ if (options.data_loc) { WRITE_SEG_LOC (DATA_NAME, options.data_loc); } /* xdata segment start. If zero, the linker chooses the best place for xdata */ if (options.xdata_loc) { WRITE_SEG_LOC (XDATA_NAME, options.xdata_loc); } /* pdata/xstack segment start. If zero, the linker chooses the best place for them */ if (options.xstack_loc) { WRITE_SEG_LOC (PDATA_NAME, options.xstack_loc); } /* indirect data */ if (IDATA_NAME) { WRITE_SEG_LOC (IDATA_NAME, options.idata_loc); } /* bit segment start */ WRITE_SEG_LOC (BIT_NAME, 0); /* stack start */ if ( (options.stack_loc) && (options.stack_loc<0x100) && !TARGET_IS_HC08) { WRITE_SEG_LOC ("SSEG", options.stack_loc); } } else /*For the z80, gbz80*/ { WRITE_SEG_LOC ("_CODE", options.code_loc); WRITE_SEG_LOC ("_DATA", options.data_loc); } /* If the port has any special linker area declarations, get 'em */ if (port->extraAreas.genExtraAreaLinkOptions) { port->extraAreas.genExtraAreaLinkOptions(lnkfile); } /* add the extra linker options */ fputStrSet(lnkfile, linkOptionsSet); /* command line defined library paths if specified */ for (s = setFirstItem(libPathsSet); s != NULL; s = setNextItem(libPathsSet)) fprintf (lnkfile, "-k %s\n", s); /* standard library path */ if (!options.nostdlib) { if (!(TARGET_Z80_LIKE || TARGET_IS_HC08)) /*Not for the z80, gbz80*/ { switch (options.model) { case MODEL_SMALL: if (options.stackAuto) c = "small-stack-auto"; else c = "small"; break; case MODEL_MEDIUM: if (options.stackAuto) c = "medium-stack-auto"; else c = "medium"; break; case MODEL_LARGE: if (options.stackAuto) c = "large-stack-auto"; else c = "large"; break; case MODEL_FLAT24: /* c = "flat24"; */ if (TARGET_IS_DS390) { c = "ds390"; } else if (TARGET_IS_DS400) { c = "ds400"; } else { fprintf(stderr, "Add support for your FLAT24 target in %s @ line %d\n", __FILE__, __LINE__); exit (EXIT_FAILURE); } break; case MODEL_PAGE0: c = "xa51"; break; default: werror (W_UNKNOWN_MODEL, __FILE__, __LINE__); c = "unknown"; break; } } else /*for the z80, gbz80*/ { if (TARGET_IS_HC08) c = "hc08"; else if (TARGET_IS_Z80) c = "z80"; else c = "gbz80"; } for (s = setFirstItem(libDirsSet); s != NULL; s = setNextItem(libDirsSet)) mfprintf (lnkfile, getRuntimeVariables(), "-k %s{sep}%s\n", s, c); } /* command line defined library files if specified */ for (s = setFirstItem(libFilesSet); s != NULL; s = setNextItem(libFilesSet)) fprintf (lnkfile, "-l %s\n", s); /* standard library files */ if (!options.nostdlib) { #if !OPT_DISABLE_DS390 if (options.model == MODEL_FLAT24) { if (TARGET_IS_DS390) { fprintf (lnkfile, "-l %s\n", STD_DS390_LIB); } else if (TARGET_IS_DS400) { fprintf (lnkfile, "-l %s\n", STD_DS400_LIB); } else { fprintf(stderr, "Add support for your FLAT24 target in %s @ line %d\n", __FILE__, __LINE__); exit (EXIT_FAILURE); } } #endif #if !OPT_DISABLE_XA51 #ifdef STD_XA51_LIB if (options.model == MODEL_PAGE0) { fprintf (lnkfile, "-l %s\n", STD_XA51_LIB); } #endif #endif if (TARGET_IS_MCS51) { fprintf (lnkfile, "-l mcs51\n"); } if (!(TARGET_Z80_LIKE || TARGET_IS_HC08)) /*Not for the z80, gbz80*/ { /*Why the z80 port is not using the standard libraries?*/ fprintf (lnkfile, "-l %s\n", STD_LIB); fprintf (lnkfile, "-l %s\n", STD_INT_LIB); fprintf (lnkfile, "-l %s\n", STD_LONG_LIB); fprintf (lnkfile, "-l %s\n", STD_FP_LIB); } else if (TARGET_IS_HC08) { fprintf (lnkfile, "-l hc08\n"); } else if (TARGET_IS_Z80) { fprintf (lnkfile, "-l z80\n"); } else if (TARGET_IS_GBZ80) { fprintf (lnkfile, "-l gbz80\n"); } } /*For the z80 and gbz80 ports, try to find where crt0.o is... It is very important for this file to be first on the linking proccess so the areas are set in the correct order, expecially _GSINIT*/ if ((TARGET_Z80_LIKE) && !options.no_std_crt0) /*For the z80, gbz80*/ { char crt0path[PATH_MAX]; FILE * crt0fp; set *tempSet=NULL; tempSet = appendStrSet(libDirsSet, NULL, DIR_SEPARATOR_STRING); tempSet = appendStrSet(tempSet, NULL, c); mergeSets(&tempSet, libPathsSet); for (s = setFirstItem(tempSet); s != NULL; s = setNextItem(tempSet)) { sprintf (crt0path, "%s%scrt0.o", s, DIR_SEPARATOR_STRING); crt0fp=fopen(crt0path, "r"); if(crt0fp!=NULL)/*Found it!*/ { fclose(crt0fp); #ifdef __CYGWIN__ { /*The CYGWIN version of the z80-gbz80 linker is getting confused with windows paths, so convert them to the CYGWIN format*/ char posix_path[PATH_MAX]; void cygwin_conv_to_full_posix_path(char * win_path, char * posix_path); cygwin_conv_to_full_posix_path(crt0path, posix_path); strcpy(crt0path, posix_path); } #endif fprintf (lnkfile, "%s\n", crt0path); break; } } if(s==NULL) fprintf (stderr, "Warning: couldn't find crt0.o\n"); } /* put in the object files */ if (fullSrcFileName) fprintf (lnkfile, "%s%s\n", dstFileName, port->linker.rel_ext); fputStrSet(lnkfile, relFilesSet); fprintf (lnkfile, "\n-e\n"); fclose (lnkfile); } /* if(port->linker.needLinkerScript) */ if (options.verbose) printf ("sdcc: Calling linker...\n"); /* build linker output filename */ /* -o option overrides default name? */ if (fullDstFileName) { strncpyz (scratchFileName, fullDstFileName, sizeof(scratchFileName)); } else { /* the linked file gets the name of the first modul */ if (fullSrcFileName) { strncpyz (scratchFileName, dstFileName, sizeof(scratchFileName)); } else { s = peekSet(relFilesSet); assert(s); strncpyz (scratchFileName, s, sizeof(scratchFileName)); /* strip ".rel" extension */ *strrchr (scratchFileName, '.') = '\0'; } strncatz (scratchFileName, options.out_fmt ? ".S19" : ".ihx", sizeof(scratchFileName)); } if (port->linker.cmd) { char buffer2[PATH_MAX]; char buffer3[PATH_MAX]; set *tempSet=NULL, *libSet=NULL; strcpy(buffer3, linkerScriptFileName); if(/*TARGET_IS_PIC16 ||*/ TARGET_IS_PIC) { /* use $l to set the linker include directories */ tempSet = appendStrSet(libDirsSet, "-I\"", "\""); mergeSets(&linkOptionsSet, tempSet); tempSet = appendStrSet(libPathsSet, "-I\"", "\""); mergeSets(&linkOptionsSet, tempSet); /* use $3 for libraries from command line --> libSet */ mergeSets(&libSet, libFilesSet); tempSet = appendStrSet(relFilesSet, "", ""); mergeSets(&libSet, tempSet); // libSet = reverseSet(libSet); if(fullSrcFileName) { // strcpy(buffer3, strrchr(fullSrcFileName, DIR_SEPARATOR_CHAR)+1); /* if it didn't work, revert to old behaviour */ if(!strlen(buffer3))strcpy(buffer3, dstFileName); strcat(buffer3, port->linker.rel_ext); } else strcpy(buffer3, ""); } buildCmdLine (buffer2, port->linker.cmd, buffer3, scratchFileName, (libSet?joinStrSet(libSet):NULL), linkOptionsSet); buildCmdLine2 (buffer, sizeof(buffer), buffer2); } else { buildCmdLine2 (buffer, sizeof(buffer), port->linker.mcmd); } /* if (options.verbose)fprintf(stderr, "linker command line: %s\n", buffer); */ system_ret = my_system (buffer); /* TODO: most linker don't have a -o parameter */ /* -o option overrides default name? */ if (fullDstFileName) { char *p, *q; /* the linked file gets the name of the first modul */ if (fullSrcFileName) { strncpyz (scratchFileName, dstFileName, sizeof(scratchFileName)); p = strlen (scratchFileName) + scratchFileName; } else { s = peekSet(relFilesSet); assert(s); strncpyz (scratchFileName, s, sizeof(scratchFileName)); /* strip ".rel" extension */ p = strrchr (scratchFileName, '.'); if (p) { *p = 0; } } strncatz (scratchFileName, options.out_fmt ? ".S19" : ".ihx", sizeof(scratchFileName)); if (FILENAME_CMP (fullDstFileName, scratchFileName)) remove (fullDstFileName); rename (scratchFileName, fullDstFileName); strncpyz (buffer, fullDstFileName, sizeof(buffer)); q = strrchr (buffer, '.'); if (!q) { /* no extension: append new extensions */ q = strlen (buffer) + buffer; } *p = 0; strncatz (scratchFileName, ".map", sizeof(scratchFileName)); *q = 0; strncatz(buffer, ".map", sizeof(buffer)); if (FILENAME_CMP (scratchFileName, buffer)) remove (buffer); rename (scratchFileName, buffer); *p = 0; strncatz (scratchFileName, ".mem", sizeof(scratchFileName)); *q = 0; strncatz(buffer, ".mem", sizeof(buffer)); if (FILENAME_CMP (scratchFileName, buffer)) remove (buffer); rename (scratchFileName, buffer); if (options.debug) { *p = 0; strncatz (scratchFileName, ".cdb", sizeof(scratchFileName)); *q = 0; strncatz(buffer, ".cdb", sizeof(buffer)); if (FILENAME_CMP (scratchFileName, buffer)) remove (buffer); rename (scratchFileName, buffer); /* and the OMF file without extension: */ *p = 0; *q = 0; if (FILENAME_CMP (scratchFileName, buffer)) remove (buffer); rename (scratchFileName, buffer); } } if (system_ret) { exit (EXIT_FAILURE); } } /*-----------------------------------------------------------------*/ /* assemble - spawns the assembler with arguments */ /*-----------------------------------------------------------------*/ static void assemble (char **envp) { /* build assembler output filename */ /* -o option overrides default name? */ if (options.cc_only && fullDstFileName) { strncpyz (scratchFileName, fullDstFileName, sizeof(scratchFileName)); } else { /* the assembled file gets the name of the first modul */ strncpyz (scratchFileName, dstFileName, sizeof(scratchFileName)); strncatz (scratchFileName, port->linker.rel_ext, sizeof(scratchFileName)); } if (port->assembler.do_assemble) { port->assembler.do_assemble(asmOptionsSet); return ; } else if (port->assembler.cmd) { buildCmdLine (buffer, port->assembler.cmd, dstFileName, scratchFileName, options.debug ? port->assembler.debug_opts : port->assembler.plain_opts, asmOptionsSet); } else { buildCmdLine2 (buffer, sizeof(buffer), port->assembler.mcmd); } if (my_system (buffer)) { /* either system() or the assembler itself has reported an error perror ("Cannot exec assembler"); */ exit (EXIT_FAILURE); } /* TODO: most assembler don't have a -o parameter */ /* -o option overrides default name? */ if (options.cc_only && fullDstFileName) { strncpyz (scratchFileName, dstFileName, sizeof(scratchFileName)); strncatz (scratchFileName, port->linker.rel_ext, sizeof(scratchFileName)); if (strcmp (scratchFileName, fullDstFileName)) remove (fullDstFileName); rename (scratchFileName, fullDstFileName); } } /*-----------------------------------------------------------------*/ /* preProcess - spawns the preprocessor with arguments */ /*-----------------------------------------------------------------*/ static int preProcess (char **envp) { if (options.c1mode) { yyin = stdin; } else { const char *s; set *inclList = NULL; if (NULL != port->linker.rel_ext) { #define OBJ_EXT_STR "-obj-ext=" #define OBJ_EXT_LEN ((sizeof OBJ_EXT_STR) - 1) char *buf = Safe_alloc(strlen(port->linker.rel_ext) + (OBJ_EXT_LEN + 1)); strcpy(buf, OBJ_EXT_STR); strcpy(&buf[OBJ_EXT_LEN], port->linker.rel_ext); addSet(&preArgvSet, buf); } /* if using dollar signs in identifiers */ if (options.dollars_in_ident) addSet(&preArgvSet, Safe_strdup("-fdollars-in-identifiers")); /* if using external stack define the macro */ if (options.useXstack) addSet(&preArgvSet, Safe_strdup("-DSDCC_USE_XSTACK")); /* set the macro for stack autos */ if (options.stackAuto) addSet(&preArgvSet, Safe_strdup("-DSDCC_STACK_AUTO")); /* set the macro for stack autos */ if (options.stack10bit) addSet(&preArgvSet, Safe_strdup("-DSDCC_STACK_TENBIT")); /* set the macro for no overlay */ if (options.noOverlay) addSet(&preArgvSet, Safe_strdup("-DSDCC_NOOVERLAY")); /* set the macro for large model */ switch (options.model) { case MODEL_LARGE: addSet(&preArgvSet, Safe_strdup("-DSDCC_MODEL_LARGE")); break; case MODEL_SMALL: addSet(&preArgvSet, Safe_strdup("-DSDCC_MODEL_SMALL")); break; case MODEL_COMPACT: addSet(&preArgvSet, Safe_strdup("-DSDCC_MODEL_COMPACT")); break; case MODEL_MEDIUM: addSet(&preArgvSet, Safe_strdup("-DSDCC_MODEL_MEDIUM")); break; case MODEL_FLAT24: addSet(&preArgvSet, Safe_strdup("-DSDCC_MODEL_FLAT24")); break; case MODEL_PAGE0: addSet(&preArgvSet, Safe_strdup("-DSDCC_MODEL_PAGE0")); break; default: werror (W_UNKNOWN_MODEL, __FILE__, __LINE__); break; } /* set macro corresponding to compiler option */ if (options.intlong_rent) addSet(&preArgvSet, Safe_strdup("-DSDCC_INT_LONG_REENT")); /* set macro corresponding to compiler option */ if (options.float_rent) addSet(&preArgvSet, Safe_strdup("-DSDCC_FLOAT_REENT")); /* add SDCC version number */ { char buf[20]; SNPRINTF(buf, sizeof(buf), "-DSDCC=%d%d%d", SDCC_VERSION_HI, SDCC_VERSION_LO, SDCC_VERSION_P); addSet(&preArgvSet, Safe_strdup(buf)); } /* add SDCC revision number */ { char buf[25]; SNPRINTF(buf, sizeof(buf), "-DSDCC_REVISION=%s", getBuildNumber()); addSet(&preArgvSet, Safe_strdup(buf)); } /* add port (processor information to processor */ addSet(&preArgvSet, Safe_strdup("-DSDCC_{port}")); addSet(&preArgvSet, Safe_strdup("-D__{port}")); if (port && port->processor && TARGET_IS_PIC) { char proc[512]; SNPRINTF(&proc[0], 512, "-DSDCC_PROCESSOR=\"%s\"", port->processor); addSet(&preArgvSet, Safe_strdup(proc)); } /* standard include path */ if (!options.nostdinc) { inclList = appendStrSet(includeDirsSet, "-isystem \"", "\""); mergeSets(&preArgvSet, inclList); } setMainValue("cppextraopts", (s = joinStrSet(preArgvSet))); Safe_free((void *)s); if (inclList != NULL) deleteSet(&inclList); if (preProcOnly && fullDstFileName) { /* -E and -o given */ setMainValue ("cppoutfilename", fullDstFileName); } else { /* Piping: set cppoutfilename to NULL, to avoid empty quotes */ setMainValue ("cppoutfilename", NULL); } if (options.verbose) printf ("sdcc: Calling preprocessor...\n"); buildCmdLine2 (buffer, sizeof(buffer), _preCmd); if (preProcOnly) { if (my_system (buffer)) { exit (EXIT_FAILURE); } exit (EXIT_SUCCESS); } yyin = my_popen (buffer); if (yyin == NULL) { perror ("Preproc file not found"); exit (EXIT_FAILURE); } } return 0; } /* Set bin paths */ static void setBinPaths (const char *argv0) { const char *p; char buf[PATH_MAX]; /* * Search logic: * * 1. - $SDCCDIR/PREFIX2BIN_DIR * 2. - path(argv[0]) * 3. - $PATH */ /* do it in reverse mode, so that addSetHead() can be used instead of slower addSet() */ if ((p = getBinPath (argv0)) != NULL) addSetHead (&binPathSet, (void *)p); if ((p = getenv (SDCC_DIR_NAME)) != NULL) { SNPRINTF (buf, sizeof buf, "%s" PREFIX2BIN_DIR, p); addSetHead (&binPathSet, Safe_strdup (buf)); } } /* Set system include path */ static void setIncludePath (void) { char *p; char *p2 = NULL; set *tempSet = NULL; /* * Search logic: * * 1. - $SDCC_INCLUDE/target * 2. - $SDCC_HOME/PREFIX2DATA_DIR/INCLUDE_DIR_SUFFIX/target * 3. - path(argv[0])/BIN2DATA_DIR/INCLUDE_DIR_SUFFIX/target * 4. - DATADIR/INCLUDE_DIR_SUFFIX/target (only on *nix) * 5. - $SDCC_INCLUDE * 6. - $SDCC_HOME/PREFIX2DATA_DIR/INCLUDE_DIR_SUFFIX * 7. - path(argv[0])/BIN2DATA_DIR/INCLUDE_DIR_SUFFIX * 8. - DATADIR/INCLUDE_DIR_SUFFIX (only on *nix) */ if (options.nostdinc) return; tempSet = appendStrSet (dataDirsSet, NULL, INCLUDE_DIR_SUFFIX); includeDirsSet = appendStrSet (tempSet, NULL, DIR_SEPARATOR_STRING); includeDirsSet = appendStrSet (includeDirsSet, NULL, port->target); mergeSets (&includeDirsSet, tempSet); if ((p = getenv (SDCC_INCLUDE_NAME)) != NULL) { addSetHead(&includeDirsSet, p); p2=Safe_alloc(strlen(p)+strlen(DIR_SEPARATOR_STRING)+strlen(port->target)+1); if (p2 != NULL) { strcpy (p2, p); strcat (p2, DIR_SEPARATOR_STRING); strcat (p2, port->target); addSetHead (&includeDirsSet, p2); } } } /* Set system lib path */ static void setLibPath (void) { char *p; /* * Search logic: * * 1. - $SDCC_LIB * 2. - $SDCC_HOME/PREFIX2DATA_DIR/LIB_DIR_SUFFIX/ * 3. - path(argv[0])/BIN2DATA_DIR/LIB_DIR_SUFFIX/ * 4. - DATADIR/LIB_DIR_SUFFIX/ (only on *nix) */ if (options.nostdlib) return; libDirsSet = appendStrSet (dataDirsSet, NULL, LIB_DIR_SUFFIX); if ((p = getenv (SDCC_LIB_NAME)) != NULL) addSetHead (&libDirsSet, p); } /* Set data path */ static void setDataPaths (const char *argv0) { const char *p; char buf[PATH_MAX]; /* * Search logic: * * 1. - $SDCC_HOME/PREFIX2DATA_DIR * 2. - path(argv[0])/BIN2DATA_DIR * 3. - DATADIR (only on *nix) */ if ((p = getenv (SDCC_DIR_NAME)) != NULL) { SNPRINTF (buf, sizeof buf, "%s" PREFIX2DATA_DIR, p); addSet (&dataDirsSet, Safe_strdup (buf)); } if ((p = getBinPath (argv0)) != NULL) { SNPRINTF (buf, sizeof buf, "%s" BIN2DATA_DIR, p); Safe_free ((void *)p); addSet (&dataDirsSet, Safe_strdup(buf)); } #ifdef _WIN32 if (peekSet (dataDirsSet) == NULL) { /* this should never happen... */ wassertl (0, "Can't get binary path"); } #else addSet (&dataDirsSet, Safe_strdup (DATADIR)); #endif setIncludePath (); setLibPath (); } static void initValues (void) { populateMainValues (_baseValues); setMainValue ("port", port->target); setMainValue ("objext", port->linker.rel_ext); setMainValue ("asmext", port->assembler.file_ext); setMainValue ("dstfilename", dstFileName); setMainValue ("fullsrcfilename", fullSrcFileName ? fullSrcFileName : "fullsrcfilename"); if (options.cc_only && fullDstFileName) /* compile + assemble and -o given: -o specifies name of object file */ { setMainValue ("objdstfilename", fullDstFileName); } else { setMainValue ("objdstfilename", "{stdobjdstfilename}"); } if (fullDstFileName) /* if we're linking, -o gives the final file name */ { setMainValue ("linkdstfilename", fullDstFileName); } else { setMainValue ("linkdstfilename", "{stdlinkdstfilename}"); } /* * Make sure the preprocessor is called with the "-std" option * corresponding to the --std used to start sdcc */ if (options.std_c99) { if (!options.std_sdcc) setMainValue ("cppstd", "-std=c99 "); } else { if (!options.std_sdcc) setMainValue ("cppstd", "-std=c89 "); } } static void doPrintSearchDirs(void) { printf("programs:\n"); fputStrSet(stdout, binPathSet); printf("datadir:\n"); fputStrSet(stdout, dataDirsSet); printf("includedir:\n"); fputStrSet(stdout, includeDirsSet); printf("libdir:\n"); fputStrSet(stdout, libDirsSet); fputStrSet(stdout, libPathsSet); } static void sig_handler (int signal) { char *sig_string; switch (signal) { case SIGABRT: sig_string = "SIGABRT"; break; case SIGTERM: sig_string = "SIGTERM"; break; case SIGINT: sig_string = "SIGINT"; break; case SIGSEGV: sig_string = "SIGSEGV"; break; default: sig_string = "Unknown?"; break; } fprintf (stderr, "Caught signal %d: %s\n", signal, sig_string); exit (EXIT_FAILURE); } /* * main routine * initialises and calls the parser */ int main (int argc, char **argv, char **envp) { /* turn all optimizations off by default */ memset (&optimize, 0, sizeof (struct optimize)); if (NUM_PORTS == 0) { fprintf (stderr, "Build error: no ports are enabled.\n"); exit (EXIT_FAILURE); } /* install signal handler; it's only purpose is to call exit() to remove temp files */ if (!getenv ("SDCC_LEAVE_SIGNALS")) { signal (SIGABRT, sig_handler); signal (SIGTERM, sig_handler); signal (SIGINT, sig_handler); signal (SIGSEGV, sig_handler); } /* Before parsing the command line options, do a * search for the port and processor and initialize * them if they're found. (We can't gurantee that these * will be the first options specified). */ _findPort (argc, argv); #ifdef JAMIN_DS390 if (strcmp (port->target, "mcs51") == 0) { printf ("DS390 jammed in A\n"); _setPort ("ds390"); ds390_jammed = 1; } #endif _findProcessor (argc, argv); /* Initalise the port. */ if (port->init) port->init (); setDefaultOptions (); #ifdef JAMIN_DS390 if (ds390_jammed) { options.model = MODEL_SMALL; options.stack10bit=0; } #endif parseCmdLine (argc, argv); if (options.verbose && NULL != port->processor) printf("Processor: %s\n", port->processor); initValues (); setBinPaths (argv[0]); setDataPaths (argv[0]); if (port->initPaths) port->initPaths(); if (options.printSearchDirs) doPrintSearchDirs(); /* if no input then printUsage & exit */ if (!options.c1mode && !fullSrcFileName && peekSet(relFilesSet) == NULL) { if (options.printSearchDirs) exit (EXIT_SUCCESS); printUsage(); exit (EXIT_FAILURE); } /* initMem() is expensive, but initMem() must called before port->finaliseOptions (). And the z80 port needs port->finaliseOptions(), even if we're only linking. */ initMem (); /* finalize target specific options */ port->finaliseOptions (); /* finalize common options */ finalizeOptions (); if (fullSrcFileName || options.c1mode) { preProcess (envp); initSymt (); initiCode (); initCSupport (); initBuiltIns(); initPeepHole (); if (options.verbose) printf ("sdcc: Generating code...\n"); yyparse (); if (!options.c1mode) if (pclose(yyin)) fatalError = 1; if (fatalError) exit (EXIT_FAILURE); if (port->general.do_glue != NULL) (*port->general.do_glue) (); else { /* this shouldn't happen */ assert (FALSE); /* in case of NDEBUG */ glue (); } if (fatalError) exit (EXIT_FAILURE); if (!options.c1mode && !noAssemble) { if (options.verbose) printf ("sdcc: Calling assembler...\n"); assemble (envp); } } closeDumpFiles(); if (options.debug && debugFile) debugFile->closeFile (); if (!options.cc_only && !fatalError && !noAssemble && !options.c1mode && (fullSrcFileName || peekSet (relFilesSet) != NULL)) { if (options.verbose) printf ("sdcc: Calling linker...\n"); if (port->linker.do_link) port->linker.do_link (); else linkEdit (envp); } return 0; } sdcc-2.9.0/src/SDCCmem.c000066400000000000000000001063521116427777700146360ustar00rootroot00000000000000/*-----------------------------------------------------------------*/ /* SDCCmem.c - 8051 memory management routines */ /*-----------------------------------------------------------------*/ #include "common.h" #include "dbuf_string.h" /* memory segments */ memmap *xstack = NULL; /* xternal stack data */ memmap *istack = NULL; /* internal stack */ memmap *code = NULL; /* code segment */ memmap *data = NULL; /* internal data upto 128 */ memmap *pdata = NULL; /* paged external data */ memmap *xdata = NULL; /* external data */ memmap *xidata = NULL; /* the initialized xdata */ memmap *xinit = NULL; /* the initializers for xidata */ memmap *idata = NULL; /* internal data upto 256 */ memmap *bit = NULL; /* bit addressable space */ memmap *statsg = NULL; /* the constant data segment */ memmap *c_abs = NULL; /* constant absolute data */ memmap *x_abs = NULL; /* absolute xdata/pdata */ memmap *i_abs = NULL; /* absolute idata upto 256 */ memmap *d_abs = NULL; /* absolute data upto 128 */ memmap *sfr = NULL; /* register space */ memmap *reg = NULL; /* register space */ memmap *sfrbit = NULL; /* sfr bit space */ memmap *generic = NULL; /* is a generic pointer */ memmap *overlay = NULL; /* overlay segment */ memmap *eeprom = NULL; /* eeprom location */ memmap *home = NULL; /* Unswitchable code bank */ /* this is a set of sets each set containing symbols in a single overlay */ set *ovrSetSets = NULL; int fatalError = 0; /* fatal error flag */ /*-----------------------------------------------------------------*/ /* allocMap - allocates a memory map */ /*-----------------------------------------------------------------*/ memmap * allocMap (char rspace, /* sfr space */ char farmap, /* far or near segment */ char paged, /* can this segment be paged */ char direct, /* directly addressable */ char bitaddr, /* bit addressable space */ char codemap, /* this is code space */ unsigned sloc, /* starting location */ const char *name, /* 2 character name */ char dbName, /* debug name */ int ptrType /* pointer type for this space */ ) { memmap *map; if (!(map = Safe_alloc (sizeof (memmap)))) { werror (E_OUT_OF_MEM, __FILE__, sizeof (memmap)); exit (1); } memset (map, ZERO, sizeof (memmap)); map->regsp = rspace; map->fmap = farmap; map->paged = paged; map->direct = direct; map->bitsp = bitaddr; map->codesp = codemap; map->sloc = sloc; map->sname = name; map->dbName = dbName; map->ptrType = ptrType; map->syms = NULL; dbuf_init(&map->oBuf, 4096); return map; } /*-----------------------------------------------------------------*/ /* initMem - allocates and initializes all the segments */ /*-----------------------------------------------------------------*/ void initMem () { /* allocate all the segments */ /* xternal stack segment ; SFRSPACE - NO FAR-SPACE - YES PAGED - YES DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACCESS - NO DEBUG-NAME - 'A' POINTER-TYPE - FPOINTER */ xstack = allocMap (0, 1, 1, 0, 0, 0, options.xstack_loc, XSTACK_NAME, 'A', PPOINTER); /* internal stack segment ; SFRSPACE - NO FAR-SPACE - NO PAGED - NO DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACCESS - NO DEBUG-NAME - 'B' POINTER-TYPE - POINTER */ if (ISTACK_NAME) { istack = allocMap (0, 0, 0, 0, 0, 0, options.stack_loc, ISTACK_NAME, 'B', POINTER); } else { istack = NULL; } /* code segment ; SFRSPACE - NO FAR-SPACE - YES PAGED - NO DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACCESS - YES DEBUG-NAME - 'C' POINTER-TYPE - CPOINTER */ code = allocMap (0, 1, 0, 0, 0, 1, options.code_loc, CODE_NAME, 'C', CPOINTER); /* home segment ; SFRSPACE - NO FAR-SPACE - YES PAGED - NO DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACCESS - YES DEBUG-NAME - 'C' POINTER-TYPE - CPOINTER */ home = allocMap (0, 1, 0, 0, 0, 1, options.code_loc, HOME_NAME, 'C', CPOINTER); /* Static segment (code for variables ); SFRSPACE - NO FAR-SPACE - YES PAGED - NO DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACCESS - YES DEBUG-NAME - 'D' POINTER-TYPE - CPOINTER */ statsg = allocMap (0, 1, 0, 0, 0, 1, 0, STATIC_NAME, 'D', CPOINTER); /* Constant Absolute Data segment (for variables ); SFRSPACE - NO FAR-SPACE - YES PAGED - NO DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACCESS - YES DEBUG-NAME - 'D' POINTER-TYPE - CPOINTER */ c_abs = allocMap (0, 1, 0, 0, 0, 1, 0, CABS_NAME, 'D', CPOINTER); /* Data segment - internal storage segment ; SFRSPACE - NO FAR-SPACE - NO PAGED - NO DIRECT-ACCESS - YES BIT-ACCESS - NO CODE-ACCESS - NO DEBUG-NAME - 'E' POINTER-TYPE - POINTER */ data = allocMap (0, 0, 0, 1, 0, 0, options.data_loc, DATA_NAME, 'E', POINTER); /* Absolute internal storage segment ; SFRSPACE - NO FAR-SPACE - NO PAGED - NO DIRECT-ACCESS - YES BIT-ACCESS - NO CODE-ACCESS - NO DEBUG-NAME - 'E' POINTER-TYPE - POINTER */ if (IABS_NAME) { d_abs = allocMap (0, 0, 0, 1, 0, 0, options.data_loc, IABS_NAME, 'E', POINTER); } else { d_abs = NULL; } /* overlay segment - same as internal storage segment ; SFRSPACE - NO FAR-SPACE - NO PAGED - NO DIRECT-ACCESS - YES BIT-ACCESS - NO CODE-ACCESS - NO DEBUG-NAME - 'E' POINTER-TYPE - POINTER */ if (OVERLAY_NAME) { overlay = allocMap (0, 0, 0, 1, 0, 0, options.data_loc, DATA_NAME, 'E', POINTER); } else { overlay = NULL; } /* Xternal paged segment ; SFRSPACE - NO FAR-SPACE - NO PAGED - YES DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACCESS - NO DEBUG-NAME - 'P' POINTER-TYPE - PPOINTER */ if (PDATA_NAME) { pdata = allocMap (0, 0, 1, 0, 0, 0, options.xstack_loc, PDATA_NAME, 'P', PPOINTER); } else { pdata = NULL; } /* Xternal Data segment - SFRSPACE - NO FAR-SPACE - YES PAGED - NO DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACCESS - NO DEBUG-NAME - 'F' POINTER-TYPE - FPOINTER */ xdata = allocMap (0, 1, 0, 0, 0, 0, options.xdata_loc, XDATA_NAME, 'F', FPOINTER); xidata = allocMap (0, 1, 0, 0, 0, 0, 0, XIDATA_NAME, 'F', FPOINTER); xinit = allocMap (0, 1, 0, 0, 0, 1, 0, XINIT_NAME, 'C', CPOINTER); /* Absolute external storage segment ; SFRSPACE - NO FAR-SPACE - YES PAGED - NO DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACCESS - NO DEBUG-NAME - 'F' POINTER-TYPE - FPOINTER */ if (XABS_NAME) { x_abs = allocMap (0, 1, 0, 0, 0, 0, options.xdata_loc, XABS_NAME, 'F', FPOINTER); } else { x_abs = NULL; } /* Indirectly addressed internal data segment SFRSPACE - NO FAR-SPACE - NO PAGED - NO DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACCESS - NO DEBUG-NAME - 'G' POINTER-TYPE - IPOINTER */ if (IDATA_NAME) { idata = allocMap (0, 0, 0, 0, 0, 0, options.idata_loc, IDATA_NAME, 'G', IPOINTER); } else { idata = NULL; } /* Indirectly addressed absolute internal segment SFRSPACE - NO FAR-SPACE - NO PAGED - NO DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACCESS - NO DEBUG-NAME - 'E' POINTER-TYPE - IPOINTER */ if (IABS_NAME) { i_abs = allocMap (0, 0, 0, 0, 0, 0, options.data_loc, IABS_NAME, 'E', IPOINTER); } else { i_abs = NULL; } /* Bit space ; SFRSPACE - NO FAR-SPACE - NO PAGED - NO DIRECT-ACCESS - YES BIT-ACCESS - YES CODE-ACCESS - NO DEBUG-NAME - 'H' POINTER-TYPE - _NONE_ */ bit = allocMap (0, 0, 0, 1, 1, 0, 0, BIT_NAME, 'H', 0); /* Special function register space :- SFRSPACE - YES FAR-SPACE - NO PAGED - NO DIRECT-ACCESS - YES BIT-ACCESS - NO CODE-ACCESS - NO DEBUG-NAME - 'I' POINTER-TYPE - _NONE_ */ sfr = allocMap (1, 0, 0, 1, 0, 0, 0, REG_NAME, 'I', 0); /* Register space ; SFRSPACE - YES FAR-SPACE - NO PAGED - NO DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACCESS - NO DEBUG-NAME - ' ' POINTER-TYPE - _NONE_ */ reg = allocMap (1, 0, 0, 0, 0, 0, 0, REG_NAME, ' ', 0); /* SFR bit space SFRSPACE - YES FAR-SPACE - NO PAGED - NO DIRECT-ACCESS - YES BIT-ACCESS - YES CODE-ACCESS - NO DEBUG-NAME - 'J' POINTER-TYPE - _NONE_ */ sfrbit = allocMap (1, 0, 0, 1, 1, 0, 0, REG_NAME, 'J', 0); /* EEPROM space SFRSPACE - NO FAR-SPACE - YES PAGED - NO DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACCESS - NO DEBUG-NAME - 'K' POINTER-TYPE - EEPPOINTER */ eeprom = allocMap (0, 1, 0, 0, 0, 0, 0, REG_NAME, 'K', EEPPOINTER); /* the unknown map */ generic = allocMap (1, 0, 0, 1, 1, 0, 0, REG_NAME, ' ', GPOINTER); } /*-----------------------------------------------------------------*/ /* allocIntoSeg - puts a symbol into a memory segment */ /*-----------------------------------------------------------------*/ void allocIntoSeg (symbol * sym) { memmap *segment = SPEC_OCLS (sym->etype); addSet (&segment->syms, sym); if (segment == pdata) sym->iaccess = 1; } /*-----------------------------------------------------------------*/ /* deleteFromSeg - deletes a symbol from segment used when a var */ /* first declared as "extern" then no extern */ /*-----------------------------------------------------------------*/ void deleteFromSeg(symbol *sym) { if (SPEC_OCLS(sym->etype)) { memmap *segment = SPEC_OCLS (sym->etype); deleteSetItem(&segment->syms,sym); } } /*-----------------------------------------------------------------*/ /* allocDefault - assigns the output segment based on SCLASS */ /*-----------------------------------------------------------------*/ bool allocDefault (symbol * sym) { switch (SPEC_SCLS (sym->etype)) { case S_SFR: SPEC_OCLS (sym->etype) = sfr; break; case S_SBIT: SPEC_OCLS (sym->etype) = sfrbit; break; case S_CODE: if (sym->_isparm) return FALSE; /* if code change to constant */ if (sym->ival && SPEC_ABSA (sym->etype)) { SPEC_OCLS(sym->etype) = c_abs; } else { SPEC_OCLS (sym->etype) = statsg; } break; case S_XDATA: /* absolute initialized global */ if (sym->ival && SPEC_ABSA (sym->etype)) { SPEC_OCLS(sym->etype) = x_abs; } /* or should we move this to the initialized data segment? */ else if (port->genXINIT && sym->ival && (sym->level==0)) { SPEC_OCLS(sym->etype) = xidata; } else { SPEC_OCLS (sym->etype) = xdata; } break; case S_DATA: /* absolute initialized global */ if (sym->ival && SPEC_ABSA (sym->etype)) { SPEC_OCLS(sym->etype) = d_abs; } else { SPEC_OCLS (sym->etype) = data; } break; case S_IDATA: /* absolute initialized global */ if (sym->ival && SPEC_ABSA (sym->etype)) { SPEC_OCLS(sym->etype) = i_abs; } else { SPEC_OCLS (sym->etype) = idata; } sym->iaccess = 1; break; case S_PDATA: SPEC_OCLS (sym->etype) = pdata; sym->iaccess = 1; break; case S_BIT: SPEC_OCLS (sym->etype) = bit; break; case S_EEPROM: SPEC_OCLS (sym->etype) = eeprom; break; default: return FALSE; } allocIntoSeg (sym); return TRUE; } /*-----------------------------------------------------------------*/ /* allocGlobal - assigns the output segment to a global var */ /*-----------------------------------------------------------------*/ void allocGlobal (symbol * sym) { /* symbol name is internal name */ if (!sym->level) /* local statics can come here */ SNPRINTF (sym->rname, sizeof(sym->rname), "%s%s", port->fun_prefix, sym->name); /* add it to the operandKey reset */ if (!isinSet (operKeyReset, sym)) { addSet(&operKeyReset, sym); } /* if this is a literal e.g. enumerated type */ /* put it in the data segment & do nothing */ if (IS_LITERAL (sym->etype)) { SPEC_OCLS (sym->etype) = data; return; } /* if this is a function then assign code space */ if (IS_FUNC (sym->type)) { SPEC_OCLS (sym->etype) = code; /* if this is an interrupt service routine then put it in the interrupt service array */ if (FUNC_ISISR (sym->type) && !options.noiv && (FUNC_INTNO (sym->type) != INTNO_UNSPEC)) { if (interrupts[FUNC_INTNO (sym->type)]) werror (E_INT_DEFINED, FUNC_INTNO (sym->type), interrupts[FUNC_INTNO (sym->type)]->name); else interrupts[FUNC_INTNO (sym->type)] = sym; /* automagically extend the maximum interrupts */ if (FUNC_INTNO (sym->type) >= maxInterrupts) maxInterrupts = FUNC_INTNO (sym->type) + 1; } /* if it is not compiler defined */ if (!sym->cdef) allocIntoSeg (sym); return; } /* if this is a bit variable and no storage class */ if (IS_SPEC(sym->type) && SPEC_NOUN (sym->type) == V_BIT) /*&& SPEC_SCLS (sym->etype) == S_BIT*/ { SPEC_OCLS (sym->type) = bit; allocIntoSeg (sym); return; } if(!TARGET_IS_PIC16 || (TARGET_IS_PIC16 && sym->level)) /* register storage class ignored changed to FIXED */ if (SPEC_SCLS (sym->etype) == S_REGISTER) SPEC_SCLS (sym->etype) = S_FIXED; /* if it is fixed, then allocate depending on the */ /* current memory model, same for automatics */ if (SPEC_SCLS (sym->etype) == S_FIXED || (TARGET_IS_PIC16 && (SPEC_SCLS (sym->etype) == S_REGISTER) && (sym->level==0)) || SPEC_SCLS (sym->etype) == S_AUTO) { if (port->mem.default_globl_map != xdata) { /* set the output class */ SPEC_OCLS (sym->etype) = port->mem.default_globl_map; /* generate the symbol */ allocIntoSeg (sym); return; } else { SPEC_SCLS (sym->etype) = S_XDATA; } } allocDefault (sym); return; } /*-----------------------------------------------------------------*/ /* allocParms - parameters are always passed on stack */ /*-----------------------------------------------------------------*/ void allocParms (value * val) { value *lval; int pNum = 1; for (lval = val; lval; lval = lval->next, pNum++) { /* check the declaration */ checkDecl (lval->sym, 0); /* if this a register parm then allocate it as a local variable by adding it to the first block we see in the body */ if (IS_REGPARM (lval->etype)) continue; /* mark it as my parameter */ lval->sym->ismyparm = 1; lval->sym->localof = currFunc; /* if automatic variables r 2b stacked */ if (options.stackAuto || IFFUNC_ISREENT (currFunc->type)) { if (lval->sym) lval->sym->onStack = 1; /* choose which stack 2 use */ /* use xternal stack */ if (options.useXstack) { /* PENDING: stack direction support */ SPEC_OCLS (lval->etype) = SPEC_OCLS (lval->sym->etype) = xstack; SPEC_STAK (lval->etype) = SPEC_STAK (lval->sym->etype) = lval->sym->stack = xstackPtr - getSize (lval->type); xstackPtr -= getSize (lval->type); } else { /* use internal stack */ SPEC_OCLS (lval->etype) = SPEC_OCLS (lval->sym->etype) = istack; if (port->stack.direction > 0) { SPEC_STAK (lval->etype) = SPEC_STAK (lval->sym->etype) = lval->sym->stack = stackPtr - (FUNC_REGBANK (currFunc->type) ? port->stack.bank_overhead : 0) - getSize (lval->type) - (FUNC_ISISR (currFunc->type) ? port->stack.isr_overhead : 0); stackPtr -= getSize (lval->type); } else { /* This looks like the wrong order but it turns out OK... */ /* PENDING: isr, bank overhead, ... */ SPEC_STAK (lval->etype) = SPEC_STAK (lval->sym->etype) = lval->sym->stack = stackPtr + ((IFFUNC_ISBANKEDCALL (currFunc->type) && !SPEC_STAT(getSpec(currFunc->etype)))? port->stack.banked_overhead : 0) + (FUNC_ISISR (currFunc->type) ? port->stack.isr_overhead : 0) + 0; stackPtr += getSize (lval->type); } } allocIntoSeg (lval->sym); } else { /* allocate them in the automatic space */ /* generate a unique name */ SNPRINTF (lval->sym->rname, sizeof(lval->sym->rname), "%s%s_PARM_%d", port->fun_prefix, currFunc->name, pNum); strncpyz (lval->name, lval->sym->rname, sizeof(lval->name)); /* if declared in specific storage */ if (allocDefault (lval->sym)) { SPEC_OCLS (lval->etype) = SPEC_OCLS (lval->sym->etype); continue; } /* otherwise depending on the memory model */ SPEC_OCLS (lval->etype) = SPEC_OCLS (lval->sym->etype) = port->mem.default_local_map; if (options.model == MODEL_SMALL) { /* note here that we put it into the overlay segment first, we will remove it from the overlay segment after the overlay determination has been done */ if (!options.noOverlay) { SPEC_OCLS (lval->etype) = SPEC_OCLS (lval->sym->etype) = overlay; } } else if (options.model == MODEL_MEDIUM) { SPEC_SCLS (lval->etype) = S_PDATA; } else { SPEC_SCLS (lval->etype) = S_XDATA; } allocIntoSeg (lval->sym); } } return; } /*-----------------------------------------------------------------*/ /* deallocParms - parameters are always passed on stack */ /*-----------------------------------------------------------------*/ void deallocParms (value * val) { value *lval; for (lval = val; lval; lval = lval->next) { /* unmark is myparm */ lval->sym->ismyparm = 0; /* delete it from the symbol table */ deleteSym (SymbolTab, lval->sym, lval->sym->name); if (!lval->sym->isref) { lval->sym->allocreq = 0; werror (W_NO_REFERENCE, currFunc ? currFunc->name : "(unknown)", "function argument", lval->sym->name); } /* move the rname if any to the name for both val & sym */ /* and leave a copy of it in the symbol table */ if (lval->sym->rname[0]) { char buffer[SDCC_NAME_MAX]; symbol * argsym = lval->sym; strncpyz (buffer, lval->sym->rname, sizeof(buffer)); lval->sym = copySymbol (lval->sym); strncpyz (lval->sym->rname, buffer, sizeof(lval->sym->rname)); strncpyz (lval->sym->name, buffer, sizeof(lval->sym->name)); /* need to keep the original name for inlining to work */ /*strncpyz (lval->name, buffer, sizeof(lval->name)); */ addSym (SymbolTab, lval->sym, lval->sym->name, lval->sym->level, lval->sym->block, 1); lval->sym->_isparm = 1; if (!isinSet (operKeyReset, lval->sym)) { addSet(&operKeyReset, lval->sym); } /* restore the original symbol */ lval->sym = argsym; } } return; } /*-----------------------------------------------------------------*/ /* allocLocal - allocate local variables */ /*-----------------------------------------------------------------*/ void allocLocal (symbol * sym) { /* generate an unique name */ SNPRINTF (sym->rname, sizeof(sym->rname), "%s%s_%s_%d_%d", port->fun_prefix, currFunc->name, sym->name, sym->level, sym->block); sym->islocal = 1; sym->localof = currFunc; /* if this is a static variable */ if (IS_STATIC (sym->etype)) { allocGlobal (sym); sym->allocreq = 1; return; } /* if volatile then */ if (IS_VOLATILE (sym->etype)) sym->allocreq = 1; /* this is automatic */ /* if it's to be placed on the stack */ if (options.stackAuto || reentrant) { sym->onStack = 1; if (options.useXstack) { /* PENDING: stack direction for xstack */ SPEC_OCLS (sym->etype) = xstack; SPEC_STAK (sym->etype) = sym->stack = (xstackPtr + 1); xstackPtr += getSize (sym->type); } else { SPEC_OCLS (sym->etype) = istack; if (port->stack.direction > 0) { SPEC_STAK (sym->etype) = sym->stack = (stackPtr + 1); stackPtr += getSize (sym->type); } else { stackPtr -= getSize (sym->type); SPEC_STAK (sym->etype) = sym->stack = stackPtr; } } allocIntoSeg (sym); return; } /* else depending on the storage class specified */ /* if this is a function then assign code space */ if (IS_FUNC (sym->type)) { SPEC_OCLS (sym->etype) = code; return; } /* if this is a bit variable and no storage class */ if (IS_SPEC(sym->type) && SPEC_NOUN (sym->type) == V_BIT) { SPEC_SCLS (sym->type) = S_BIT; SPEC_OCLS (sym->type) = bit; allocIntoSeg (sym); return; } if ((SPEC_SCLS (sym->etype) == S_DATA) || (SPEC_SCLS (sym->etype) == S_REGISTER)) { SPEC_OCLS (sym->etype) = (options.noOverlay ? data : overlay); allocIntoSeg (sym); return; } if (allocDefault (sym)) { return; } /* again note that we have put it into the overlay segment will remove and put into the 'data' segment if required after overlay analysis has been done */ if (options.model == MODEL_SMALL) { SPEC_OCLS (sym->etype) = (options.noOverlay ? port->mem.default_local_map : overlay); } else { SPEC_OCLS (sym->etype) = port->mem.default_local_map; } allocIntoSeg (sym); } /*-----------------------------------------------------------------*/ /* deallocLocal - deallocates the local variables */ /*-----------------------------------------------------------------*/ void deallocLocal (symbol * csym) { symbol *sym; for (sym = csym; sym; sym = sym->next) { if (sym->_isparm) continue; /* if it is on the stack */ if (sym->onStack) { if (options.useXstack) xstackPtr -= getSize (sym->type); else stackPtr -= getSize (sym->type); } /* if not used give a warning */ if (!sym->isref && !IS_STATIC (sym->etype)) werror (W_NO_REFERENCE, currFunc ? currFunc->name : "(unknown)", "local variable", sym->name); /* now delete it from the symbol table */ deleteSym (SymbolTab, sym, sym->name); } } /*-----------------------------------------------------------------*/ /* overlay2data - moves declarations from the overlay seg to data */ /*-----------------------------------------------------------------*/ void overlay2data () { symbol *sym; for (sym = setFirstItem (overlay->syms); sym; sym = setNextItem (overlay->syms)) { SPEC_OCLS (sym->etype) = data; allocIntoSeg (sym); } setToNull ((void *) &overlay->syms); } /*-----------------------------------------------------------------*/ /* overlay2Set - will add all symbols from the overlay segment to */ /* the set of sets containing the overlable symbols */ /*-----------------------------------------------------------------*/ void overlay2Set () { symbol *sym; set *oset = NULL; for (sym = setFirstItem (overlay->syms); sym; sym = setNextItem (overlay->syms)) { addSet (&oset, sym); } setToNull ((void *) &overlay->syms); addSet (&ovrSetSets, oset); } /*-----------------------------------------------------------------*/ /* allocVariables - creates decl & assign storage class for a v */ /*-----------------------------------------------------------------*/ int allocVariables (symbol * symChain) { symbol *sym; symbol *csym; int stack = 0; int saveLevel = 0; /* go thru the symbol chain */ for (sym = symChain; sym; sym = sym->next) { /* if this is a typedef then add it */ /* to the typedef table */ if (IS_TYPEDEF (sym->etype)) { /* check if the typedef already exists */ csym = findSym (TypedefTab, NULL, sym->name); if (csym && csym->level == sym->level) werror (E_DUPLICATE_TYPEDEF, sym->name); SPEC_EXTR (sym->etype) = 0; addSym (TypedefTab, sym, sym->name, sym->level, sym->block, 0); continue; /* go to the next one */ } /* make sure it already exists */ csym = findSymWithLevel (SymbolTab, sym); if (!csym || (csym && csym->level != sym->level)) csym = sym; /* check the declaration */ checkDecl (csym,0); /* if this is a function or a pointer to a */ /* function then do args processing */ if (funcInChain (csym->type)) { processFuncArgs (csym); } /* if this is a extern variable then change the */ /* level to zero temporarily */ if (IS_EXTERN (csym->etype) || IS_FUNC (csym->type)) { saveLevel = csym->level; csym->level = 0; } /* if this is a literal then it is an enumerated */ /* type so need not allocate it space for it */ if (IS_LITERAL (sym->etype)) continue; /* generate the actual declaration */ if (csym->level) { allocLocal (csym); if (csym->onStack) stack += getSize (csym->type); } else allocGlobal (csym); /* restore the level */ if (IS_EXTERN (csym->etype) || IS_FUNC (csym->type)) csym->level = saveLevel; } return stack; } /*-----------------------------------------------------------------*/ /* redoStackOffsets :- will reassign the values for stack offsets */ /*-----------------------------------------------------------------*/ void redoStackOffsets (void) { symbol *sym; int sPtr = 0; int xsPtr = -1; /* after register allocation is complete we know which variables will need to be assigned space on the stack. We will eliminate those variables which do not have the allocReq flag thus reducing the stack space */ for (sym = setFirstItem (istack->syms); sym; sym = setNextItem (istack->syms)) { int size = getSize (sym->type); /* nothing to do with parameters so continue */ if ((sym->_isparm && !IS_REGPARM (sym->etype))) continue; if (IS_AGGREGATE (sym->type)) { if (port->stack.direction > 0) { SPEC_STAK (sym->etype) = sym->stack = (sPtr + 1); sPtr += size; } else { sPtr -= size; SPEC_STAK (sym->etype) = sym->stack = sPtr; } continue; } /* if allocation not required then subtract size from overall stack size & continue */ if (!sym->allocreq) { currFunc->stack -= size; SPEC_STAK (currFunc->etype) -= size; continue; } if (port->stack.direction > 0) { SPEC_STAK (sym->etype) = sym->stack = (sPtr + 1); sPtr += size; } else { sPtr -= size; SPEC_STAK (sym->etype) = sym->stack = sPtr; } } /* do the same for the external stack */ for (sym = setFirstItem (xstack->syms); sym; sym = setNextItem (xstack->syms)) { int size = getSize (sym->type); /* nothing to do with parameters so continue */ if ((sym->_isparm && !IS_REGPARM (sym->etype))) continue; if (IS_AGGREGATE (sym->type)) { SPEC_STAK (sym->etype) = sym->stack = (xsPtr + 1); xsPtr += size; continue; } /* if allocation not required then subtract size from overall stack size & continue */ if (!sym->allocreq) { currFunc->xstack -= size; SPEC_STAK (currFunc->etype) -= size; continue; } SPEC_STAK (sym->etype) = sym->stack = (xsPtr + 1); xsPtr += size; } } /*-----------------------------------------------------------------*/ /* printAllocInfoSeg- print the allocation for a given section */ /*-----------------------------------------------------------------*/ static void printAllocInfoSeg (memmap * map, symbol * func, struct dbuf_s *oBuf) { symbol *sym; if (!map) return; if (!map->syms) return; for (sym = setFirstItem (map->syms); sym; sym = setNextItem (map->syms)) { if (sym->level == 0) continue; if (sym->localof != func) continue; dbuf_printf (oBuf, ";%-25s Allocated ", sym->name); /* if assigned to registers */ if (!sym->allocreq && sym->reqv) { int i; sym = OP_SYMBOL (sym->reqv); if (!sym->isspilt || sym->remat) { dbuf_append_str (oBuf, "to registers "); for (i = 0; i < 4 && sym->regs[i]; i++) dbuf_printf (oBuf, "%s ", port->getRegName (sym->regs[i])); dbuf_append_char (oBuf, '\n'); continue; } else { sym = sym->usl.spillLoc; } } /* if on stack */ if (sym->onStack) { dbuf_printf (oBuf, "to stack - offset %d\n", sym->stack); continue; } /* otherwise give rname */ dbuf_printf (oBuf, "with name '%s'\n", sym->rname); } } /*-----------------------------------------------------------------*/ /* canOverlayLocals - returns true if the local variables can overlayed */ /*-----------------------------------------------------------------*/ static bool canOverlayLocals (eBBlock ** ebbs, int count) { int i; /* if staticAuto is in effect or the current function being compiled is reentrant or the overlay segment is empty or no overlay option is in effect then */ if (options.noOverlay || options.stackAuto || (currFunc && (IFFUNC_ISREENT (currFunc->type) || FUNC_ISISR (currFunc->type))) || elementsInSet (overlay->syms) == 0) return FALSE; /* if this is a forces overlay */ if (IFFUNC_ISOVERLAY(currFunc->type)) return TRUE; /* otherwise do thru the blocks and see if there any function calls if found then return false */ for (i = 0; i < count; i++) { iCode *ic; for (ic = ebbs[i]->sch; ic; ic = ic->next) if (ic) { if (ic->op == CALL) { sym_link *ftype = operandType(IC_LEFT(ic)); /* builtins only can use overlays */ if (!IFFUNC_ISBUILTIN(ftype)) return FALSE; } else if (ic->op == PCALL) return FALSE; } } /* no function calls found return TRUE */ return TRUE; } /*-----------------------------------------------------------------*/ /* doOverlays - move the overlay segment to appropriate location */ /*-----------------------------------------------------------------*/ void doOverlays (eBBlock ** ebbs, int count) { if (!overlay) { return; } /* check if the parameters and local variables of this function can be put in the overlay segment This check is essentially to see if the function calls any other functions if yes then we cannot overlay */ if (canOverlayLocals (ebbs, count)) /* if we can then put the parameters & local variables in the overlay set */ overlay2Set (); else /* otherwise put them into data where they belong */ overlay2data (); } /*-----------------------------------------------------------------*/ /* printAllocInfo - prints allocation information for a function */ /*-----------------------------------------------------------------*/ void printAllocInfo (symbol * func, struct dbuf_s * oBuf) { if (!func) return; /* must be called after register allocation is complete */ dbuf_append_str (oBuf, ";------------------------------------------------------------\n"); dbuf_printf (oBuf, ";Allocation info for local variables in function '%s'\n", func->name); dbuf_append_str (oBuf, ";------------------------------------------------------------\n"); printAllocInfoSeg (xstack, func, oBuf); printAllocInfoSeg (istack, func, oBuf); printAllocInfoSeg (code, func, oBuf); printAllocInfoSeg (data, func, oBuf); printAllocInfoSeg (xdata, func, oBuf); printAllocInfoSeg (idata, func, oBuf); printAllocInfoSeg (sfr, func, oBuf); printAllocInfoSeg (sfrbit, func, oBuf); { set *ovrset; set *tempOverlaySyms = overlay->syms; /* search the set of overlay sets for local variables/parameters */ for (ovrset = setFirstItem (ovrSetSets); ovrset; ovrset = setNextItem (ovrSetSets)) { overlay->syms = ovrset; printAllocInfoSeg (overlay, func, oBuf); } overlay->syms = tempOverlaySyms; } dbuf_append_str (oBuf, ";------------------------------------------------------------\n"); } sdcc-2.9.0/src/SDCCmem.h000066400000000000000000000113771116427777700146450ustar00rootroot00000000000000/*-----------------------------------------------------------------*/ /* SDCCmem.h - header file for memory management */ /*-----------------------------------------------------------------*/ #ifndef SDCCMEM_H #define SDCCMEM_H #include "dbuf.h" struct set; struct value; struct eBBlock; typedef struct memmap { unsigned char pageno; /* page no for this variable */ const char *sname; /* character prefix for map */ char dbName; /* debugger address space name */ int ptrType; /* pointer Type for this space */ int slbl; /* label counter for space */ unsigned sloc; /* starting location */ unsigned fmap:1; /* 1 = 16bit addressing reqd */ unsigned paged:1; /* this is a paged mem space */ unsigned direct:1; /* 1 = indirect access only */ unsigned bitsp:1; /* 1 = bit addressable space */ unsigned codesp:1; /* 1 = code space */ unsigned regsp:1; /* 1 = sfr space */ struct dbuf_s oBuf; /* object buffer associated */ struct set *syms; /* symbols defined in this segment */ } memmap; extern FILE *junkFile; /* memory map prefixes MOF added the DATA,CODE,XDATA,BIT */ #define XSTACK_NAME port->mem.xstack_name #define ISTACK_NAME port->mem.istack_name #define CODE_NAME port->mem.code_name #define DATA_NAME port->mem.data_name #define IDATA_NAME port->mem.idata_name #define PDATA_NAME port->mem.pdata_name #define XDATA_NAME port->mem.xdata_name #define XIDATA_NAME port->mem.xidata_name #define XINIT_NAME port->mem.xinit_name #define BIT_NAME port->mem.bit_name #define REG_NAME port->mem.reg_name #define STATIC_NAME port->mem.static_name #define HOME_NAME port->mem.home_name #define OVERLAY_NAME port->mem.overlay_name #define CONST_NAME port->mem.const_name #define CABS_NAME port->mem.cabs_name #define XABS_NAME port->mem.xabs_name #define IABS_NAME port->mem.iabs_name /* forward definition for variables */ extern memmap *xstack; /* xternal stack data */ extern memmap *istack; /* internal stack */ extern memmap *code; /* code segment */ extern memmap *data; /* internal data upto 128 */ extern memmap *pdata; /* paged external data upto 256 */ extern memmap *xdata; /* external data */ extern memmap *xidata; /* the initialized xdata */ extern memmap *xinit; /* the initializers for xidata */ extern memmap *idata; /* internal data upto 256 */ extern memmap *bit; /* bit addressable space */ extern memmap *statsg; /* static code segment */ extern memmap *c_abs; /* constant absolute data */ extern memmap *x_abs; /* absolute xdata/pdata */ extern memmap *i_abs; /* absolute idata upto 256 */ extern memmap *d_abs; /* absolute data upto 128 */ extern memmap *sfr; /* register space */ extern memmap *sfrbit; /* sfr bit space */ extern memmap *reg; /* register space */ extern memmap *generic; /* unknown */ extern memmap *overlay; /* the overlay segment */ extern memmap *eeprom; /* eeprom space */ extern memmap *home; /* Non-banked home space */ extern int fatalError; extern struct set *ovrSetSets; /* easy access macros */ #define IN_BITSPACE(map) (map && map->bitsp) #define IN_STACK(x) (IS_SPEC(x) && (SPEC_OCLS(x) == xstack || SPEC_OCLS(x) == istack )) #define IN_FARSPACE(map) (map && map->fmap) #define IN_DIRSPACE(map) (map && map->direct) #define IN_PAGEDSPACE(map) (map && map->paged ) #define IN_CODESPACE(map) (map && map->codesp) #define IN_REGSP(map) (map && map->regsp) #define PTR_TYPE(map) (map ? (map->ptrType ? map->ptrType : POINTER)\ : port->unqualified_pointer) /* forward decls for functions */ memmap *allocMap (char, char, char, char, char, char, unsigned, const char *, char, int); void initMem (); void allocGlobal (struct symbol *); void allocLocal (struct symbol *); void allocParms (struct value *); void deallocParms (struct value *); void deallocLocal (struct symbol *); int allocVariables (struct symbol *); void overlay2Set (); void overlay2data (); void redoStackOffsets (); void printAllocInfo (struct symbol *, struct dbuf_s *); void doOverlays (struct eBBlock **, int count); void deleteFromSeg(struct symbol *); #endif sdcc-2.9.0/src/SDCCopt.c000066400000000000000000001453551116427777700146700ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCopt.c - calls all the optimizations routines and does some of the hackier transformations, these include translating iCodes to function calls and replacing local variables with their register equivalents etc. Also contains the driver routine for dead code elimination Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include "common.h" /*-----------------------------------------------------------------*/ /* global variables */ int cseDefNum = 0; char flowChanged = 0; /*-----------------------------------------------------------------*/ /* printSymName - prints the symbol names */ /*-----------------------------------------------------------------*/ int printSymName (void *vsym) { symbol *sym = vsym; fprintf (stdout, " %s ", sym->name); return 0; } /*-----------------------------------------------------------------*/ /* cnvToFcall - does the actual conversion to function call */ /*-----------------------------------------------------------------*/ static void cnvToFcall (iCode * ic, eBBlock * ebp) { iCode *ip; iCode *newic; operand *left; operand *right; symbol *func = NULL; char *filename = ic->filename; int lineno = ic->lineno; int bytesPushed=0; ip = ic->next; /* insertion point */ /* remove it from the iCode */ remiCodeFromeBBlock (ebp, ic); left = IC_LEFT (ic); right = IC_RIGHT (ic); if (IS_SYMOP (left)) bitVectUnSetBit (OP_USES (left), ic->key); if (IS_SYMOP (right)) bitVectUnSetBit (OP_USES (right), ic->key); if (IS_FLOAT (operandType (right))) { switch (ic->op) { case '+': func = __fsadd; break; case '-': func = __fssub; break; case '/': func = __fsdiv; break; case '*': func = __fsmul; break; case EQ_OP: func = __fseq; break; case NE_OP: func = __fsneq; break; case '<': func = __fslt; break; case '>': func = __fsgt; break; case LE_OP: func = __fslteq; break; case GE_OP: func = __fsgteq; break; } } else if (IS_FIXED16X16 (operandType (right))) { switch (ic->op) { case '+': func = __fps16x16_add; break; case '-': func = __fps16x16_sub; break; case '/': func = __fps16x16_div; break; case '*': func = __fps16x16_mul; break; case EQ_OP: func = __fps16x16_eq; break; case NE_OP: func = __fps16x16_neq; break; case '<': func = __fps16x16_lt; break; case '>': func = __fps16x16_gt; break; case LE_OP: func = __fps16x16_lteq; break; case GE_OP: func = __fps16x16_gteq; break; } } /* if float support routines NOT compiled as reentrant */ if (!options.float_rent) { /* first one */ if (IS_REGPARM (FUNC_ARGS(func->type)->etype)) { newic = newiCode (SEND, left, NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->etype); } else { newic = newiCode ('=', NULL, left); IC_RESULT (newic) = operandFromValue (FUNC_ARGS(func->type)); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; if (IS_SYMOP (left)) OP_USES (left) = bitVectSetBit (OP_USES (left), newic->key); /* second one */ if (IS_REGPARM (FUNC_ARGS(func->type)->next->etype)) { newic = newiCode (SEND, right, NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->next->etype); } else { newic = newiCode ('=', NULL, right); IC_RESULT (newic) = operandFromValue (FUNC_ARGS(func->type)->next); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; if (IS_SYMOP (right)) OP_USES (right) = bitVectSetBit (OP_USES (right), newic->key); } else { /* push right */ if (IS_REGPARM (FUNC_ARGS(func->type)->next->etype)) { newic = newiCode (SEND, right, NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->next->etype); } else { newic = newiCode (IPUSH, right, NULL); newic->parmPush = 1; bytesPushed += getSize(operandType(right)); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; if (IS_SYMOP (right)) OP_USES (right) = bitVectSetBit (OP_USES (right), newic->key); /* insert push left */ if (IS_REGPARM (FUNC_ARGS(func->type)->etype)) { newic = newiCode (SEND, left, NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->etype); } else { newic = newiCode (IPUSH, left, NULL); newic->parmPush = 1; bytesPushed += getSize(operandType(left)); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; if (IS_SYMOP (left)) OP_USES (left) = bitVectSetBit (OP_USES (left), newic->key); } /* insert the call */ newic = newiCode (CALL, operandFromSymbol (func), NULL); IC_RESULT (newic) = IC_RESULT (ic); bitVectUnSetBit (OP_DEFS (IC_RESULT (ic)), ic->key); OP_USES (IC_RESULT (newic)) = bitVectSetBit (OP_USES (IC_RESULT (newic)), newic->key); newic->filename = filename; newic->lineno = lineno; newic->parmBytes += bytesPushed; ebp->hasFcall = 1; if (currFunc) FUNC_HASFCALL (currFunc->type) = 1; if(TARGET_IS_PIC16 || TARGET_IS_PIC) { /* normally these functions aren't marked external, so we can use their * _extern field to marked as already added to symbol table */ if(!SPEC_EXTR(func->etype)) { memmap *seg = SPEC_OCLS(OP_SYMBOL(IC_LEFT(newic))->etype); SPEC_EXTR(func->etype) = 1; seg = SPEC_OCLS( func->etype ); addSet(&seg->syms, func); } } addiCodeToeBBlock (ebp, newic, ip); } /*-----------------------------------------------------------------*/ /* cnvToFloatCast - converts casts to floats to function calls */ /*-----------------------------------------------------------------*/ static void cnvToFloatCast (iCode * ic, eBBlock * ebp) { iCode *ip, *newic; symbol *func = NULL; sym_link *type = operandType (IC_RIGHT (ic)); int linenno = ic->lineno; int bwd, su; int bytesPushed=0; ip = ic->next; /* remove it from the iCode */ remiCodeFromeBBlock (ebp, ic); /* depending on the type */ for (bwd = 0; bwd < 3; bwd++) { for (su = 0; su < 2; su++) { if (compareType (type, __multypes[bwd][su]) == 1) { func = __conv[0][bwd][su]; goto found; } } } if(compareType (type, fixed16x16Type) == 1) { func = __fp16x16conv[0][3][0]; goto found; } assert (0); found: /* if float support routines NOT compiled as reentrant */ if (!options.float_rent) { /* first one */ if (IS_REGPARM (FUNC_ARGS(func->type)->etype)) { newic = newiCode (SEND, IC_RIGHT (ic), NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->etype); } else { newic = newiCode ('=', NULL, IC_RIGHT (ic)); IC_RESULT (newic) = operandFromValue (FUNC_ARGS(func->type)); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = linenno; } else { /* push the left */ if (IS_REGPARM (FUNC_ARGS(func->type)->etype)) { newic = newiCode (SEND, IC_RIGHT (ic), NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->etype); } else { newic = newiCode (IPUSH, IC_RIGHT (ic), NULL); newic->parmPush = 1; bytesPushed += getSize(operandType(IC_RIGHT(ic))); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = linenno; } /* make the call */ newic = newiCode (CALL, operandFromSymbol (func), NULL); IC_RESULT (newic) = IC_RESULT (ic); newic->parmBytes+=bytesPushed; ebp->hasFcall = 1; if (currFunc) FUNC_HASFCALL (currFunc->type) = 1; if(TARGET_IS_PIC16 || TARGET_IS_PIC) { /* normally these functions aren't marked external, so we can use their * _extern field to marked as already added to symbol table */ if(!SPEC_EXTR(func->etype)) { memmap *seg = SPEC_OCLS(OP_SYMBOL(IC_LEFT(newic))->etype); SPEC_EXTR(func->etype) = 1; seg = SPEC_OCLS( func->etype ); addSet(&seg->syms, func); } } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = linenno; } /*----------------------------------------------------------------------*/ /* cnvToFixed16x16Cast - converts casts to fixed16x16 to function calls */ /*----------------------------------------------------------------------*/ static void cnvToFixed16x16Cast (iCode * ic, eBBlock * ebp) { iCode *ip, *newic; symbol *func = NULL; sym_link *type = operandType (IC_RIGHT (ic)); int linenno = ic->lineno; int bwd, su; int bytesPushed=0; ip = ic->next; /* remove it from the iCode */ remiCodeFromeBBlock (ebp, ic); /* depending on the type */ for (bwd = 0; bwd < 3; bwd++) { for (su = 0; su < 2; su++) { if (compareType (type, __multypes[bwd][su]) == 1) { func = __fp16x16conv[0][bwd][su]; goto found; } } } assert (0); found: /* if float support routines NOT compiled as reentrant */ if (!options.float_rent) { /* first one */ if (IS_REGPARM (FUNC_ARGS(func->type)->etype)) { newic = newiCode (SEND, IC_RIGHT (ic), NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->etype); } else { newic = newiCode ('=', NULL, IC_RIGHT (ic)); IC_RESULT (newic) = operandFromValue (FUNC_ARGS(func->type)); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = linenno; } else { /* push the left */ if (IS_REGPARM (FUNC_ARGS(func->type)->etype)) { newic = newiCode (SEND, IC_RIGHT (ic), NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->etype); } else { newic = newiCode (IPUSH, IC_RIGHT (ic), NULL); newic->parmPush = 1; bytesPushed += getSize(operandType(IC_RIGHT(ic))); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = linenno; } /* make the call */ newic = newiCode (CALL, operandFromSymbol (func), NULL); IC_RESULT (newic) = IC_RESULT (ic); newic->parmBytes+=bytesPushed; ebp->hasFcall = 1; if (currFunc) FUNC_HASFCALL (currFunc->type) = 1; if(TARGET_IS_PIC16 || TARGET_IS_PIC) { /* normally these functions aren't marked external, so we can use their * _extern field to marked as already added to symbol table */ if(!SPEC_EXTR(func->etype)) { memmap *seg = SPEC_OCLS(OP_SYMBOL(IC_LEFT(newic))->etype); SPEC_EXTR(func->etype) = 1; seg = SPEC_OCLS( func->etype ); addSet(&seg->syms, func); } } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = linenno; } /*-----------------------------------------------------------------*/ /* cnvFromFloatCast - converts casts From floats to function calls */ /*-----------------------------------------------------------------*/ static void cnvFromFloatCast (iCode * ic, eBBlock * ebp) { iCode *ip, *newic; symbol *func = NULL; sym_link *type = operandType (IC_LEFT (ic)); char *filename = ic->filename; int lineno = ic->lineno; int bwd, su; int bytesPushed=0; ip = ic->next; /* remove it from the iCode */ remiCodeFromeBBlock (ebp, ic); /* depending on the type */ for (bwd = 0; bwd < 3; bwd++) { for (su = 0; su < 2; su++) { if (compareType (type, __multypes[bwd][su]) == 1) { func = __conv[1][bwd][su]; goto found; } } } assert (0); found: /* if float support routines NOT compiled as reentrant */ if (!options.float_rent) { /* first one */ if (IS_REGPARM (FUNC_ARGS(func->type)->etype)) { newic = newiCode (SEND, IC_RIGHT (ic), NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->etype); } else { newic = newiCode ('=', NULL, IC_RIGHT (ic)); IC_RESULT (newic) = operandFromValue (FUNC_ARGS(func->type)); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; } else { /* push the left */ if (IS_REGPARM (FUNC_ARGS(func->type)->etype)) { newic = newiCode (SEND, IC_RIGHT (ic), NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->etype); } else { newic = newiCode (IPUSH, IC_RIGHT (ic), NULL); newic->parmPush = 1; bytesPushed += getSize(operandType(IC_RIGHT(ic))); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; } /* make the call */ newic = newiCode (CALL, operandFromSymbol (func), NULL); IC_RESULT (newic) = IC_RESULT (ic); newic->parmBytes+=bytesPushed; ebp->hasFcall = 1; if (currFunc) FUNC_HASFCALL (currFunc->type) = 1; if(TARGET_IS_PIC16 || TARGET_IS_PIC) { /* normally these functions aren't marked external, so we can use their * _extern field to marked as already added to symbol table */ if(!SPEC_EXTR(func->etype)) { memmap *seg = SPEC_OCLS(OP_SYMBOL(IC_LEFT(newic))->etype); SPEC_EXTR(func->etype) = 1; seg = SPEC_OCLS( func->etype ); addSet(&seg->syms, func); } } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; } /*--------------------------------------------------------------------------*/ /* cnvFromFixed16x16Cast - converts casts from fixed16x16 to function calls */ /*--------------------------------------------------------------------------*/ static void cnvFromFixed16x16Cast (iCode * ic, eBBlock * ebp) { iCode *ip, *newic; symbol *func = NULL; sym_link *type = operandType (IC_LEFT (ic)); char *filename = ic->filename; int lineno = ic->lineno; int bwd, su; int bytesPushed=0; ip = ic->next; /* remove it from the iCode */ remiCodeFromeBBlock (ebp, ic); /* depending on the type */ for (bwd = 0; bwd < 3; bwd++) { for (su = 0; su < 2; su++) { if (compareType (type, __multypes[bwd][su]) == 1) { func = __fp16x16conv[1][bwd][su]; goto found; } } } if (compareType (type, floatType) == 1) { func = __fp16x16conv[1][3][0]; goto found; } assert (0); found: /* if float support routines NOT compiled as reentrant */ if (!options.float_rent) { /* first one */ if (IS_REGPARM (FUNC_ARGS(func->type)->etype)) { newic = newiCode (SEND, IC_RIGHT (ic), NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->etype); } else { newic = newiCode ('=', NULL, IC_RIGHT (ic)); IC_RESULT (newic) = operandFromValue (FUNC_ARGS(func->type)); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; } else { /* push the left */ if (IS_REGPARM (FUNC_ARGS(func->type)->etype)) { newic = newiCode (SEND, IC_RIGHT (ic), NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->etype); } else { newic = newiCode (IPUSH, IC_RIGHT (ic), NULL); newic->parmPush = 1; bytesPushed += getSize(operandType(IC_RIGHT(ic))); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; } /* make the call */ newic = newiCode (CALL, operandFromSymbol (func), NULL); IC_RESULT (newic) = IC_RESULT (ic); newic->parmBytes+=bytesPushed; ebp->hasFcall = 1; if (currFunc) FUNC_HASFCALL (currFunc->type) = 1; if(TARGET_IS_PIC16 || TARGET_IS_PIC) { /* normally these functions aren't marked external, so we can use their * _extern field to marked as already added to symbol table */ if(!SPEC_EXTR(func->etype)) { memmap *seg = SPEC_OCLS(OP_SYMBOL(IC_LEFT(newic))->etype); SPEC_EXTR(func->etype) = 1; seg = SPEC_OCLS( func->etype ); addSet(&seg->syms, func); } } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; } extern operand *geniCodeRValue (operand *, bool); /*-----------------------------------------------------------------*/ /* convilong - converts int or long mults or divs to fcalls */ /*-----------------------------------------------------------------*/ static void convilong (iCode * ic, eBBlock * ebp) { int op = ic->op; symbol *func = NULL; iCode *ip = ic->next; iCode *newic; char *filename = ic->filename; int lineno = ic->lineno; int bwd; int su; int bytesPushed=0; sym_link *leftType = operandType (IC_LEFT (ic)); sym_link *rightType = operandType (IC_RIGHT (ic)); remiCodeFromeBBlock (ebp, ic); if (getSize (leftType) == 1 && getSize (rightType) == 1) { int muldivmod; if (op == '*') muldivmod = 0; else if (op == '/') muldivmod = 1; else if (op == '%') muldivmod = 2; else muldivmod = -1; for (su = 0; su < 4 && muldivmod >= 0; su++) { if ((compareType (leftType, __multypes[0][su%2]) == 1) && (compareType (rightType, __multypes[0][su/2]) == 1)) { func = __muldiv[muldivmod][0][su]; goto found; } } } /* depending on the type */ for (bwd = 0; bwd < 3; bwd++) { for (su = 0; su < 2; su++) { if (compareType (leftType, __multypes[bwd][su]) == 1) { if ((op=='*' || op=='/' || op=='%') && compareType (rightType, __multypes[bwd][su]) != 1) { assert(0); } if (op == '*') func = __muldiv[0][bwd][su]; else if (op == '/') func = __muldiv[1][bwd][su]; else if (op == '%') func = __muldiv[2][bwd][su]; else if (op == RRC) func = __rlrr[1][bwd][su]; else if (op == RLC) func = __rlrr[0][bwd][su]; else if (op == RIGHT_OP) func = __rlrr[1][bwd][su]; else if (op == LEFT_OP) func = __rlrr[0][bwd][su]; else assert (0); goto found; } } } assert (0); found: /* if int & long support routines NOT compiled as reentrant */ if (!options.intlong_rent) { /* first one */ if (IS_REGPARM (FUNC_ARGS(func->type)->etype)) { newic = newiCode (SEND, IC_LEFT (ic), NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->etype); } else { newic = newiCode ('=', NULL, IC_LEFT (ic)); IC_RESULT (newic) = operandFromValue (FUNC_ARGS(func->type)); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; /* second one */ if (IS_REGPARM (FUNC_ARGS(func->type)->next->etype)) { newic = newiCode (SEND, IC_RIGHT (ic), NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->next->etype); } else { newic = newiCode ('=', NULL, IC_RIGHT (ic)); IC_RESULT (newic) = operandFromValue (FUNC_ARGS(func->type)->next); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; } else { /* compiled as reentrant then push */ /* push right */ if (IS_REGPARM (FUNC_ARGS(func->type)->next->etype)) { newic = newiCode (SEND, IC_RIGHT (ic), NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->next->etype); } else { newic = newiCode (IPUSH, IC_RIGHT (ic), NULL); newic->parmPush = 1; bytesPushed += getSize(operandType(IC_RIGHT(ic))); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; /* insert push left */ if (IS_REGPARM (FUNC_ARGS(func->type)->etype)) { newic = newiCode (SEND, IC_LEFT (ic), NULL); newic->argreg = SPEC_ARGREG(FUNC_ARGS(func->type)->etype); } else { newic = newiCode (IPUSH, IC_LEFT (ic), NULL); newic->parmPush = 1; bytesPushed += getSize(operandType(IC_LEFT(ic))); } addiCodeToeBBlock (ebp, newic, ip); newic->filename = filename; newic->lineno = lineno; } /* for the result */ newic = newiCode (CALL, operandFromSymbol (func), NULL); IC_RESULT (newic) = IC_RESULT (ic); newic->filename = filename; newic->lineno = lineno; newic->parmBytes+=bytesPushed; // to clear the stack after the call ebp->hasFcall = 1; if (currFunc) FUNC_HASFCALL (currFunc->type) = 1; if(TARGET_IS_PIC || TARGET_IS_PIC16) { /* normally these functions aren't marked external, so we can use their * _extern field to marked as already added to symbol table */ if(!SPEC_EXTR(func->etype)) { memmap *seg = SPEC_OCLS(OP_SYMBOL(IC_LEFT(newic))->etype); SPEC_EXTR(func->etype) = 1; seg = SPEC_OCLS( func->etype ); addSet(&seg->syms, func); } } addiCodeToeBBlock (ebp, newic, ip); } /*-----------------------------------------------------------------*/ /* convertToFcall - converts some operations to fcalls */ /*-----------------------------------------------------------------*/ static void convertToFcall (eBBlock ** ebbs, int count) { int i; /* for all blocks do */ for (i = 0; i < count; i++) { iCode *ic; /* for all instructions in the block do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { /* floating point operations are converted to function calls */ if ((IS_CONDITIONAL (ic) || IS_ARITHMETIC_OP (ic)) && (IS_FLOAT (operandType (IC_RIGHT (ic))) || IS_FIXED( operandType (IC_RIGHT (ic))))) { cnvToFcall (ic, ebbs[i]); } /* casting is a little different */ if (ic->op == CAST) { if (IS_FLOAT (operandType (IC_RIGHT (ic)))) cnvFromFloatCast (ic, ebbs[i]); else if (IS_FLOAT (operandType (IC_LEFT (ic)))) cnvToFloatCast (ic, ebbs[i]); if (IS_FIXED16X16 (operandType (IC_RIGHT (ic)))) cnvFromFixed16x16Cast (ic, ebbs[i]); else if (IS_FIXED16X16 (operandType (IC_LEFT (ic)))) cnvToFixed16x16Cast (ic, ebbs[i]); } // Easy special case which avoids function call: modulo by a literal power // of two can be replaced by a bitwise AND. if (ic->op == '%' && isOperandLiteral(IC_RIGHT(ic)) && IS_UNSIGNED(operandType(IC_LEFT(ic)))) { unsigned litVal = abs((unsigned) double2ul (operandLitValue(IC_RIGHT(ic)))); /* modulo by 1: no remainder */ if (litVal == 1) { ic->op = '='; IC_RIGHT (ic) = operandFromLit(0); IC_LEFT (ic) = NULL; continue; } // See if literal value is a power of 2. while (litVal && !(litVal & 1)) { litVal >>= 1; } if (litVal) { // discard lowest set bit. litVal >>= 1; } if (!litVal) { ic->op = BITWISEAND; IC_RIGHT(ic) = operandFromLit(operandLitValue(IC_RIGHT(ic)) - 1); continue; } } /* if long / int mult or divide or mod */ if (ic->op == '*' || ic->op == '/' || ic->op == '%') { sym_link *leftType = operandType (IC_LEFT (ic)); if (IS_INTEGRAL (leftType) && getSize (leftType) > port->support.muldiv) { sym_link *rightType = operandType (IC_RIGHT (ic)); if (port->hasNativeMulFor != NULL && port->hasNativeMulFor (ic, leftType, rightType)) { /* Leave as native */ } else { convilong (ic, ebbs[i]); } } } if (ic->op == RRC || ic->op == RLC || ic->op == LEFT_OP || ic->op == RIGHT_OP) { sym_link *type = operandType (IC_LEFT (ic)); if (IS_INTEGRAL (type) && getSize (type) > port->support.shift && port->support.shift >= 0) { convilong (ic, ebbs[i]); } } } } } /*-----------------------------------------------------------------*/ /* isLocalWithoutDef - return 1 if sym might be used without a */ /* defining iCode */ /*-----------------------------------------------------------------*/ static int isLocalWithoutDef (symbol * sym) { if (!IS_AUTO (sym)) return 0; if (IS_VOLATILE (sym->type)) return 0; if (sym->_isparm) return 0; if (IS_AGGREGATE (sym->type)) return 0; if (sym->addrtaken) return 0; return !sym->defs; } /*-----------------------------------------------------------------*/ /* replaceRegEqv - replace all local variables with their reqv */ /*-----------------------------------------------------------------*/ static void replaceRegEqv (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; int i; /* Update the symbols' def bitvector so we know if there is */ /* a defining iCode or not. Only replace a local variable */ /* with its register equivalent if there is a defining iCode; */ /* otherwise, the port's register allocater may choke. */ cseAllBlocks (ebbi, TRUE); for (i = 0; i < count; i++) { iCode *ic; for (ic = ebbs[i]->sch; ic; ic = ic->next) { if (SKIP_IC2 (ic)) continue; if (ic->op == IFX) { if (IC_COND (ic) && IS_TRUE_SYMOP (IC_COND (ic)) && isLocalWithoutDef (OP_SYMBOL (IC_COND (ic)))) { werrorfl (ic->filename, ic->lineno, W_LOCAL_NOINIT, OP_SYMBOL (IC_COND (ic))->name); OP_REQV (IC_COND (ic)) = NULL; OP_SYMBOL (IC_COND (ic))->allocreq = 1; } if (IS_TRUE_SYMOP (IC_COND (ic)) && OP_REQV (IC_COND (ic))) IC_COND (ic) = opFromOpWithDU (OP_REQV (IC_COND (ic)), OP_SYMBOL (IC_COND (ic))->defs, OP_SYMBOL (IC_COND (ic))->uses); continue; } if (ic->op == JUMPTABLE) { if (IC_JTCOND (ic) && IS_TRUE_SYMOP (IC_JTCOND (ic)) && isLocalWithoutDef (OP_SYMBOL (IC_JTCOND (ic)))) { werrorfl (ic->filename, ic->lineno, W_LOCAL_NOINIT, OP_SYMBOL (IC_JTCOND (ic))->name); OP_REQV (IC_JTCOND (ic)) = NULL; OP_SYMBOL (IC_JTCOND (ic))->allocreq = 1; } if (IS_TRUE_SYMOP (IC_JTCOND (ic)) && OP_REQV (IC_JTCOND (ic))) IC_JTCOND (ic) = opFromOpWithDU (OP_REQV (IC_JTCOND (ic)), OP_SYMBOL (IC_JTCOND (ic))->defs, OP_SYMBOL (IC_JTCOND (ic))->uses); continue; } if (ic->op == RECEIVE) { if (OP_SYMBOL (IC_RESULT (ic))->addrtaken) OP_SYMBOL (IC_RESULT (ic))->isspilt = 1; } /* general case */ if (IC_RESULT (ic) && IS_TRUE_SYMOP (IC_RESULT (ic)) && OP_REQV (IC_RESULT (ic))) { if (POINTER_SET (ic)) { IC_RESULT (ic) = opFromOpWithDU (OP_REQV (IC_RESULT (ic)), OP_SYMBOL (IC_RESULT (ic))->defs, OP_SYMBOL (IC_RESULT (ic))->uses); IC_RESULT (ic)->isaddr = 1; } else IC_RESULT (ic) = opFromOpWithDU (OP_REQV (IC_RESULT (ic)), OP_SYMBOL (IC_RESULT (ic))->defs, OP_SYMBOL (IC_RESULT (ic))->uses); } if (IC_RIGHT (ic) && IS_TRUE_SYMOP (IC_RIGHT (ic)) && isLocalWithoutDef (OP_SYMBOL (IC_RIGHT (ic)))) { werrorfl (ic->filename, ic->lineno, W_LOCAL_NOINIT, OP_SYMBOL (IC_RIGHT (ic))->name); OP_REQV (IC_RIGHT (ic)) = NULL; OP_SYMBOL (IC_RIGHT (ic))->allocreq = 1; } if (IC_RIGHT (ic) && IS_TRUE_SYMOP (IC_RIGHT (ic)) && OP_REQV (IC_RIGHT (ic))) { IC_RIGHT (ic) = opFromOpWithDU (OP_REQV (IC_RIGHT (ic)), OP_SYMBOL (IC_RIGHT (ic))->defs, OP_SYMBOL (IC_RIGHT (ic))->uses); IC_RIGHT (ic)->isaddr = 0; } if (IC_LEFT (ic) && IS_TRUE_SYMOP (IC_LEFT (ic)) && isLocalWithoutDef (OP_SYMBOL (IC_LEFT (ic)))) { werrorfl (ic->filename, ic->lineno, W_LOCAL_NOINIT, OP_SYMBOL (IC_LEFT (ic))->name); OP_REQV (IC_LEFT (ic)) = NULL; OP_SYMBOL (IC_LEFT (ic))->allocreq = 1; } if (IC_LEFT (ic) && IS_TRUE_SYMOP (IC_LEFT (ic)) && OP_REQV (IC_LEFT (ic))) { IC_LEFT (ic) = opFromOpWithDU (OP_REQV (IC_LEFT (ic)), OP_SYMBOL (IC_LEFT (ic))->defs, OP_SYMBOL (IC_LEFT (ic))->uses); IC_LEFT (ic)->isaddr = 0; } } } } /*-----------------------------------------------------------------*/ /* findReqv - search for a register equivalent */ /*-----------------------------------------------------------------*/ operand * findReqv (symbol * prereqv, eBBlock ** ebbs, int count) { int i; iCode * ic; /* for all blocks do */ for (i=0; isch; ic; ic = ic->next) { if (ic->op == IFX) { if (IS_ITEMP (IC_COND (ic)) && OP_SYMBOL (IC_COND (ic))->prereqv == prereqv) return IC_COND (ic); } else if (ic->op == JUMPTABLE) { if (IS_ITEMP (IC_JTCOND (ic)) && OP_SYMBOL (IC_JTCOND (ic))->prereqv == prereqv) return IC_JTCOND (ic); } else { if (IS_ITEMP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->prereqv == prereqv) return IC_LEFT (ic); if (IS_ITEMP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->prereqv == prereqv) return IC_RIGHT (ic); if (IS_ITEMP (IC_RESULT (ic)) && OP_SYMBOL (IC_RESULT (ic))->prereqv == prereqv) return IC_RESULT (ic); } } } return NULL; } /*-----------------------------------------------------------------*/ /* killDeadCode - eliminates dead assignments */ /*-----------------------------------------------------------------*/ int killDeadCode (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->dfOrder; int count = ebbi->count; int change = 1; int gchange = 0; int i = 0; /* basic algorithm :- */ /* first the exclusion rules :- */ /* 1. if result is a global or volatile then skip */ /* 2. if assignment and result is a temp & isaddr then skip */ /* since this means array & pointer access, will be taken */ /* care of by alias analysis. */ /* 3. if the result is used in the remainder of the block skip */ /* 4. if this definition does not reach the end of the block */ /* i.e. the result is not present in the outExprs then KILL */ /* 5. if it reaches the end of block & is used by some success */ /* or then skip */ /* else KILL */ /* this whole process is carried on iteratively till no change */ while (1) { change = 0; /* for all blocks do */ for (i = 0; i < count; i++) { iCode *ic; /* for all instructions in the block do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { int kill, j; kill = 0; if (SKIP_IC (ic) || ic->op == IFX || ic->op == RETURN || ic->op == DUMMY_READ_VOLATILE || ic->op == CRITICAL || ic->op == ENDCRITICAL) continue; /* Since both IFX & JUMPTABLE (in SKIP_IC) have been tested for */ /* it is now safe to assume IC_LEFT, IC_RIGHT, & IC_RESULT are */ /* valid. */ /* if the result is volatile then continue */ if (IC_RESULT (ic) && isOperandVolatile (IC_RESULT (ic), FALSE)) continue; /* if the result is a temp & isaddr then skip */ if (IC_RESULT (ic) && POINTER_SET (ic)) continue; if (POINTER_GET (ic) && IS_VOLATILE (operandType (IC_LEFT (ic))->next) && !SPIL_LOC (IC_RESULT (ic))) continue; /* if the result is used in the remainder of the */ /* block then skip */ if (usedInRemaining (IC_RESULT (ic), ic->next)) continue; /* does this definition reach the end of the block or the usage is zero then we can kill */ if (!bitVectBitValue (ebbs[i]->outDefs, ic->key)) kill = 1; /* if not we can kill it */ else { /* if this is a global variable or function parameter */ /* we cannot kill anyway */ if (isOperandGlobal (IC_RESULT (ic)) || (OP_SYMBOL (IC_RESULT (ic))->_isparm && !OP_SYMBOL (IC_RESULT (ic))->ismyparm)) continue; /* if we are sure there are no usages */ if (bitVectIsZero (OP_USES (IC_RESULT (ic)))) { kill = 1; goto kill; } /* reset visited flag */ for (j = 0; j < count; ebbs[j++]->visited = 0); /* find out if this definition is alive */ if (applyToSet (ebbs[i]->succList, isDefAlive, ic)) continue; kill = 1; } kill: /* kill this one if required */ if (kill) { bool volLeft = IS_SYMOP (IC_LEFT (ic)) && isOperandVolatile (IC_LEFT (ic), FALSE); bool volRight = IS_SYMOP (IC_RIGHT (ic)) && isOperandVolatile (IC_RIGHT (ic), FALSE); /* a dead address-of operation should die, even if volatile */ if (ic->op == ADDRESS_OF) volLeft = FALSE; if (ic->next && ic->seqPoint == ic->next->seqPoint && (ic->next->op == '+' || ic->next->op == '-')) { if (isOperandEqual (IC_LEFT(ic), IC_LEFT(ic->next)) || isOperandEqual (IC_LEFT(ic), IC_RIGHT(ic->next))) volLeft = FALSE; if (isOperandEqual (IC_RIGHT(ic), IC_LEFT(ic->next)) || isOperandEqual (IC_RIGHT(ic), IC_RIGHT(ic->next))) volRight = FALSE; } if (POINTER_GET (ic) && IS_VOLATILE (operandType (IC_LEFT (ic))->next)) { if (SPIL_LOC (IC_RESULT (ic))) { IC_RESULT (ic) = newiTempFromOp (IC_RESULT (ic)); SPIL_LOC (IC_RESULT (ic)) = NULL; } continue; } change = 1; gchange++; /* now delete from defUseSet */ deleteItemIf (&ebbs[i]->outExprs, ifDiCodeIsX, ic); bitVectUnSetBit (ebbs[i]->outDefs, ic->key); /* and defset of the block */ bitVectUnSetBit (ebbs[i]->defSet, ic->key); /* If this is the last of a register equivalent, */ /* look for a successor register equivalent. */ bitVectUnSetBit (OP_DEFS (IC_RESULT (ic)), ic->key); if (IS_ITEMP (IC_RESULT (ic)) && OP_SYMBOL (IC_RESULT (ic))->isreqv && bitVectIsZero (OP_DEFS (IC_RESULT (ic)))) { symbol * resultsym = OP_SYMBOL (IC_RESULT (ic)); symbol * prereqv = resultsym->prereqv; if (prereqv && prereqv->reqv && (OP_SYMBOL (prereqv->reqv) == resultsym)) { operand * newreqv; IC_RESULT (ic) = NULL; newreqv = findReqv (prereqv, ebbs, count); if (newreqv) { prereqv->reqv = newreqv; } } } /* delete the result */ IC_RESULT (ic) = NULL; if (volLeft || volRight) { /* something is volatile, so keep the iCode */ /* and change the operator instead */ ic->op = DUMMY_READ_VOLATILE; /* keep only the volatile operands */ if (!volLeft) IC_LEFT (ic) = NULL; if (!volRight) IC_RIGHT (ic) = NULL; } else { /* nothing is volatile, eliminate the iCode */ remiCodeFromeBBlock (ebbs[i], ic); /* for the left & right remove the usage */ if (IS_SYMOP (IC_LEFT (ic))) bitVectUnSetBit (OP_USES (IC_LEFT (ic)), ic->key); if (IS_SYMOP (IC_RIGHT (ic))) bitVectUnSetBit (OP_USES (IC_RIGHT (ic)), ic->key); } } } /* end of all instructions */ if (!ebbs[i]->sch && !ebbs[i]->noPath) disconBBlock (ebbs[i], ebbi); } /* end of for all blocks */ if (!change) break; } /* end of while(1) */ return gchange; } /*-----------------------------------------------------------------*/ /* printCyclomatic - prints the cyclomatic information */ /*-----------------------------------------------------------------*/ static void printCyclomatic (eBBlock ** ebbs, int count) { int nEdges = elementsInSet (graphEdges); int i, nNodes = 0; for (i = 0; i < count; i++) nNodes += (!ebbs[i]->noPath); /* print the information */ werror (I_CYCLOMATIC, currFunc->name, nEdges, nNodes, nEdges - nNodes + 2); } /*-----------------------------------------------------------------*/ /* discardDeadParamReceives - remove any RECEIVE opcodes which */ /* refer to dead variables. */ /*-----------------------------------------------------------------*/ static void discardDeadParamReceives (eBBlock ** ebbs, int count) { int i; iCode *ic; iCode dummyIcode; for (i = 0; i < count; i++) { for (ic = ebbs[i]->sch; ic; ic = ic->next) { if (ic->op == RECEIVE) { if (IC_RESULT (ic) && OP_SYMBOL (IC_RESULT (ic)) && !OP_SYMBOL (IC_RESULT (ic))->used) { #if 0 fprintf (stderr, "discarding dead receive for %s\n", OP_SYMBOL (IC_RESULT (ic))->name); #endif dummyIcode.next = ic->next; remiCodeFromeBBlock (ebbs[i], ic); ic = &dummyIcode; } } } } } /*-----------------------------------------------------------------*/ /* optimizeCastCast - remove unneeded intermediate casts. */ /* Integer promotion may cast (un)signed char to int and then */ /* recast the int to (un)signed long. If the signedness of the */ /* char and long are the same, the cast can be safely performed in */ /* a single step. */ /*-----------------------------------------------------------------*/ static void optimizeCastCast (eBBlock ** ebbs, int count) { int i; iCode *ic; iCode *uic; sym_link * type1; sym_link * type2; sym_link * type3; symbol * sym; for (i = 0; i < count; i++) { for (ic = ebbs[i]->sch; ic; ic = ic->next) { if (ic->op == CAST && IC_RESULT (ic) && IS_ITEMP (IC_RESULT (ic))) { type1 = operandType (IC_RIGHT (ic)); type2 = operandType (IC_RESULT (ic)); /* Look only for a cast from an integer type to an */ /* integer type that has no loss of bits */ if (!IS_INTEGRAL (type1) || !IS_INTEGRAL (type2)) continue; if (getSize (type2) < getSize (type1)) continue; /* There must be only one use of this first result */ if (bitVectnBitsOn (OP_USES (IC_RESULT (ic))) != 1) continue; /* This use must be a second cast */ uic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_USES (IC_RESULT (ic)))); if (!uic || uic->op != CAST) continue; /* It must be a cast to another integer type that */ /* has no loss of bits */ type3 = operandType (IC_RESULT (uic)); if (!IS_INTEGRAL (type3)) continue; if (getSize (type3) < getSize (type2)) continue; /* The signedness between the first and last types */ /* must match */ if (SPEC_USIGN (type3) != SPEC_USIGN (type1)) continue; /* Change the first cast to a simple assignment and */ /* let the second cast do all the work */ ic->op = '='; IC_LEFT (ic) = NULL; sym = OP_SYMBOL (IC_RESULT (ic)); sym->type = copyLinkChain (type1); sym->etype = getSpec (sym->type); } } } } /*-----------------------------------------------------------------*/ /* eBBlockFromiCode - creates extended basic blocks from iCode */ /* will return an array of eBBlock pointers */ /*-----------------------------------------------------------------*/ eBBlock ** eBBlockFromiCode (iCode * ic) { ebbIndex *ebbi = NULL; int change = 1; int lchange = 0; int kchange = 0; hTab *loops; /* if nothing passed then return nothing */ if (!ic) return NULL; eBBNum = 0; /* optimize the chain for labels & gotos this will eliminate redundant labels and will change jump to jumps by jumps */ ic = iCodeLabelOptimize (ic); /* break it down into basic blocks */ ebbi = iCodeBreakDown (ic); /* hash the iCode keys so that we can quickly index */ /* them in the rest of the optimization steps */ setToNull ((void *) &iCodehTab); iCodehTab = newHashTable (iCodeKey); hashiCodeKeys (ebbi->bbOrder, ebbi->count); /* compute the control flow */ computeControlFlow (ebbi); /* dumpraw if asked for */ if (options.dump_raw) dumpEbbsToFileExt (DUMP_RAW0, ebbi); /* replace the local variables with their register equivalents : the liveRange computation along with the register allocation will determine if it finally stays in the registers */ replaceRegEqv (ebbi); /* create loop regions */ loops = createLoopRegions (ebbi); /* dumpraw if asked for */ if (options.dump_raw) dumpEbbsToFileExt (DUMP_RAW1, ebbi); optimizeCastCast (ebbi->bbOrder, ebbi->count); /* do common subexpression elimination for each block */ change = cseAllBlocks (ebbi, FALSE); /* dumpraw if asked for */ if (options.dump_raw) dumpEbbsToFileExt (DUMP_CSE, ebbi); /* compute the data flow */ computeDataFlow (ebbi); /* dumpraw if asked for */ if (options.dump_raw) dumpEbbsToFileExt (DUMP_DFLOW, ebbi); /* global common subexpression elimination */ if (optimize.global_cse) { change += cseAllBlocks (ebbi, FALSE); if (options.dump_gcse) dumpEbbsToFileExt (DUMP_GCSE, ebbi); } else { // compute the dataflow only assert(cseAllBlocks (ebbi, TRUE)==0); } /* kill dead code */ kchange = killDeadCode (ebbi); if (options.dump_kill) dumpEbbsToFileExt (DUMP_DEADCODE, ebbi); /* do loop optimizations */ change += (lchange = loopOptimizations (loops, ebbi)); if (options.dump_loop) dumpEbbsToFileExt (DUMP_LOOP, ebbi); /* recompute the data flow and apply global cse again if loops optimizations or dead code caused a change: loops will brings out of the loop which then may be available for use in the later blocks: dead code elimination could potentially disconnect some blocks conditional flow may be efected so we need to apply subexpression once more */ if (lchange || kchange) { computeDataFlow (ebbi); change += cseAllBlocks (ebbi, FALSE); if (options.dump_loop) dumpEbbsToFileExt (DUMP_LOOPG, ebbi); /* if loop optimizations caused a change then do dead code elimination once more : this will get rid of the extra assignments to the induction variables created during loop optimizations */ killDeadCode (ebbi); if (options.dump_loop) dumpEbbsToFileExt (DUMP_LOOPD, ebbi); } /* sort it back by block number */ //qsort (ebbs, saveCount, sizeof (eBBlock *), bbNumCompare); if (!options.lessPedantic) { // this is a good place to check missing return values if (currFunc) { // the user is on his own with naked functions... if (!IS_VOID(currFunc->etype) && !FUNC_ISNAKED(currFunc->type)) { eBBlock *bp; // make sure all predecessors of the last block end in a return for (bp=setFirstItem(ebbi->bbOrder[ebbi->count-1]->predList); bp; bp=setNextItem(ebbi->bbOrder[ebbi->count-1]->predList)) { if (bp->ech->op != RETURN) { werrorfl (bp->ech->filename, bp->ech->lineno, W_VOID_FUNC, currFunc->name); } } } } } /* if cyclomatic info requested then print it */ if (options.cyclomatic) printCyclomatic (ebbi->bbOrder, ebbi->count); /* convert operations with support routines written in C to function calls : I am doing this at this point since I want all the operations to be as they are for optimizations */ convertToFcall (ebbi->bbOrder, ebbi->count); /* compute the live ranges */ computeLiveRanges (ebbi->bbOrder, ebbi->count, TRUE); if (options.dump_range) dumpEbbsToFileExt (DUMP_RANGE, ebbi); /* Now that we have the live ranges, discard parameter * receives for unused parameters. */ discardDeadParamReceives (ebbi->bbOrder, ebbi->count); /* allocate registers & generate code */ port->assignRegisters (ebbi); /* throw away blocks */ setToNull ((void *) &graphEdges); return NULL; } /* (add-hook 'c-mode-hook (lambda () (setq c-basic-offset 4))) */ sdcc-2.9.0/src/SDCCopt.h000066400000000000000000000026761116427777700146730ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCopt.h - header file for Optimizations Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCBBlock.h" #ifndef SDCCOPT_H #define SDCCOPT_H 1 /*----------------------------------------------------------------------------*/ eBBlock **eBBlockFromiCode (iCode *); void printEbbs (eBBlock **); iCode *iCodeLabelOptimize (iCode *); eBBlock *iCode2eBBlock (iCode * ic); #endif sdcc-2.9.0/src/SDCCpeeph.awk000066400000000000000000000003371116427777700155150ustar00rootroot00000000000000BEGIN { print "/* Generated file, DO NOT Edit! */" print "/* To Make changes to rules edit */" print "/* /peeph.def instead. */" } /^\/\// { next} { printf "\"" ; printf "%s",$0; print "\\n\""; } sdcc-2.9.0/src/SDCCpeeph.c000066400000000000000000002062351116427777700151620ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCpeeph.c - The peep hole optimizer: for interpreting the peep hole rules Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "dbuf_string.h" #define ISCHARDIGIT(c) isdigit((unsigned char)c) #define ISCHARSPACE(c) isspace((unsigned char)c) #define ISCHARALNUM(c) isalnum((unsigned char)c) static peepRule *rootRules = NULL; static peepRule *currRule = NULL; #define HTAB_SIZE 53 hTab *labelHash = NULL; static struct { allocTrace values; allocTrace labels; } _G; static int hashSymbolName (const char *name); static void buildLabelRefCountHash (lineNode * head); static void bindVar (int key, char **s, hTab ** vtab); static bool matchLine (char *, char *, hTab **); #define FBYNAME(x) static int x (hTab *vars, lineNode *currPl, lineNode *endPl, \ lineNode *head, char *cmdLine) #if !OPT_DISABLE_PIC void peepRules2pCode(peepRule *); #endif #if !OPT_DISABLE_PIC16 void pic16_peepRules2pCode(peepRule *); #endif /*-----------------------------------------------------------------*/ /* getPatternVar - finds a pattern variable */ /*-----------------------------------------------------------------*/ static char* getPatternVar (hTab *vars, char **cmdLine) { int varNumber; char *digitend; if (!cmdLine || !*cmdLine || !**cmdLine) return NULL; /* no parameters given */ while (**cmdLine && ISCHARSPACE(**cmdLine)) (*cmdLine)++; /* skip whitespace */ if (**cmdLine != '%') goto error; (*cmdLine)++; if (!ISCHARDIGIT (**cmdLine)) goto error; varNumber = strtol (*cmdLine, &digitend, 10); *cmdLine = digitend; return hTabItemWithKey (vars, varNumber); error: fprintf (stderr, "*** internal error: peephole restriction malformed: %s\n", *cmdLine); return NULL; } /*-----------------------------------------------------------------*/ /* pcDistance - finds a label backward or forward */ /*-----------------------------------------------------------------*/ static int pcDistance (lineNode * cpos, char *lbl, bool back) { lineNode *pl = cpos; char buff[MAX_PATTERN_LEN]; int dist = 0; SNPRINTF (buff, sizeof(buff), "%s:", lbl); while (pl) { if (pl->line && !pl->isComment && !pl->isLabel && !pl->isDebug) { if (port->peep.getSize) { dist += port->peep.getSize(pl); } else { dist += 3; } } if (strncmp (pl->line, buff, strlen (buff)) == 0) return dist; if (back) pl = pl->prev; else pl = pl->next; } return 0; } /*-----------------------------------------------------------------*/ /* portIsDS390 - return true if port is DS390 */ /*-----------------------------------------------------------------*/ FBYNAME (portIsDS390) { return ((strcmp(port->target,"ds390") == 0) || (strcmp(port->target,"ds400") == 0)); } /*-----------------------------------------------------------------*/ /* flat24bitMode - will check to see if we are in flat24 mode */ /*-----------------------------------------------------------------*/ FBYNAME (flat24bitMode) { return (options.model == MODEL_FLAT24); } /*-----------------------------------------------------------------*/ /* xramMovcOption - check if using movc to read xram */ /*-----------------------------------------------------------------*/ FBYNAME (xramMovcOption) { return (options.xram_movc && (strcmp(port->target,"mcs51") == 0)); } /*-----------------------------------------------------------------*/ /* useAcallAjmp - Enable replacement of lcall/ljmp with acall/ajmp */ /*-----------------------------------------------------------------*/ FBYNAME (useAcallAjmp) { return (options.acall_ajmp && (strcmp(port->target,"mcs51") == 0)); } /*-----------------------------------------------------------------*/ /* labelInRange - will check to see if label is within range */ /*-----------------------------------------------------------------*/ FBYNAME (labelInRange) { int dist = 0; char *lbl = getPatternVar (vars, &cmdLine); if (!lbl) { /* If no parameters given, assume that %5 pattern variable has the label name for backward compatibility */ lbl = hTabItemWithKey (vars, 5); } if (!lbl) return FALSE; do { /* Don't optimize jumps in a jump table; a more generic test */ if (currPl->ic && currPl->ic->op == JUMPTABLE) return FALSE; /* if the previous two instructions are "ljmp"s then don't do it since it can be part of a jump table */ if (currPl->prev && currPl->prev->prev && strstr (currPl->prev->line, "ljmp") && strstr (currPl->prev->prev->line, "ljmp")) return FALSE; /* calculate the label distance : the jump for reladdr can be +/- 127 bytes, here I am assuming that an average 8051 instruction is 2 bytes long, so if the label is more than 63 intructions away, the label is considered out of range for a relative jump. we could get more precise this will suffice for now since it catches > 90% cases */ dist = (pcDistance (currPl, lbl, TRUE) + pcDistance (currPl, lbl, FALSE)); /* changed to 127, now that pcDistance return actual number of bytes */ if (!dist || dist > 127) return FALSE; lbl = getPatternVar (vars, &cmdLine); } while (lbl); return TRUE; } /*-----------------------------------------------------------------*/ /* labelJTInRange - will check to see if label %5 and up are */ /* within range. */ /* Specifically meant to optimize long (3-byte) jumps to short */ /* (2-byte) jumps in jumptables */ /*-----------------------------------------------------------------*/ FBYNAME (labelJTInRange) { char *lbl; int dist, count, i; if (!getenv("SDCC_SJMP_JUMPTABLE")) return FALSE; /* Only optimize within a jump table */ if (currPl->ic && currPl->ic->op != JUMPTABLE) return FALSE; count = elementsInSet( IC_JTLABELS (currPl->ic) ); /* check all labels (this is needed if the case statements are unsorted) */ for (i=0; i 127+ /* range of sjmp */ (7+3*i)+ /* offset between this jump and currPl, should use pcDistance instead? */ (count-i-1) /* if peephole applies distance is shortened */ ) return FALSE; } return TRUE; } /*-----------------------------------------------------------------*/ /* labelIsReturnOnly - Check if label %5 is followed by RET */ /*-----------------------------------------------------------------*/ FBYNAME (labelIsReturnOnly) { /* assumes that %5 pattern variable has the label name */ const char *label, *p; const lineNode *pl; int len; char * retInst; /* Don't optimize jumps in a jump table; a more generic test */ if (currPl->ic && currPl->ic->op == JUMPTABLE) return FALSE; label = hTabItemWithKey (vars, 5); if (!label) return FALSE; len = strlen(label); for(pl = currPl; pl; pl = pl->next) { if (pl->line && !pl->isDebug && !pl->isComment && pl->isLabel) { if (strncmp(pl->line, label, len) == 0) break; /* Found Label */ if (strlen(pl->line) != 7 || !ISCHARDIGIT(*(pl->line)) || !ISCHARDIGIT(*(pl->line+1)) || !ISCHARDIGIT(*(pl->line+2)) || !ISCHARDIGIT(*(pl->line+3)) || !ISCHARDIGIT(*(pl->line+4)) || *(pl->line+5) != '$') { return FALSE; /* non-local label encountered */ } } } if (!pl) return FALSE; /* did not find the label */ pl = pl->next; while (pl && (pl->isDebug || pl->isComment)) pl = pl->next; if (!pl || !pl->line || pl->isDebug) return FALSE; /* next line not valid */ p = pl->line; for (p = pl->line; *p && ISCHARSPACE(*p); p++) ; retInst = "ret"; if (TARGET_IS_HC08) retInst = "rts"; if (strcmp(p, retInst) == 0) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* labelIsUncondJump - Check if label %5 is followed by an */ /* unconditional jump and put the destination of that jump in %6 */ /*-----------------------------------------------------------------*/ FBYNAME (labelIsUncondJump) { /* assumes that %5 pattern variable has the label name */ const char *label; char *p, *q; const lineNode *pl; int len; char * jpInst = NULL; /* Don't optimize jumps in a jump table; a more generic test */ if (currPl->ic && currPl->ic->op == JUMPTABLE) return FALSE; label = hTabItemWithKey (vars, 5); if (!label) return FALSE; len = strlen(label); for (pl = currPl; pl; pl = pl->next) { if (pl->line && !pl->isDebug && !pl->isComment && pl->isLabel) { if (strncmp(pl->line, label, len) == 0) break; /* Found Label */ if (strlen(pl->line) != 7 || !ISCHARDIGIT(*(pl->line)) || !ISCHARDIGIT(*(pl->line+1)) || !ISCHARDIGIT(*(pl->line+2)) || !ISCHARDIGIT(*(pl->line+3)) || !ISCHARDIGIT(*(pl->line+4)) || *(pl->line+5) != '$') { return FALSE; /* non-local label encountered */ } } } if (!pl) return FALSE; /* did not find the label */ pl = pl->next; while (pl && (pl->isDebug || pl->isComment)) pl = pl->next; if (!pl || !pl->line) return FALSE; /* next line not valid */ p = pl->line; while (*p && ISCHARSPACE(*p)) p++; if (TARGET_MCS51_LIKE) jpInst = "ljmp"; if (TARGET_IS_HC08) jpInst = "jmp"; if (TARGET_Z80_LIKE) jpInst = "jp"; len = strlen(jpInst); if (strncmp(p, jpInst, len) != 0) return FALSE; /* next line is no jump */ p += len; while (*p && ISCHARSPACE(*p)) p++; q = p; while (*q && *q!=';') q++; while (q>p && ISCHARSPACE(*q)) q--; len = q-p; if (len == 0) return FALSE; /* no destination? */ if (TARGET_Z80_LIKE) { while (q>p && *q!=',') q--; if (*q==',') return FALSE; /* conditional jump */ } if (strcmp(p, q) == 0) return FALSE; /* labels are equal */ /* now put the destination in %6 */ bindVar (6, &p, &vars); return TRUE; } /*-----------------------------------------------------------------*/ /* okToRemoveSLOC - Check if label %1 is a SLOC and not other */ /* usage of it in the code depends on a value from this section */ /*-----------------------------------------------------------------*/ FBYNAME (okToRemoveSLOC) { const lineNode *pl; const char *sloc, *p; int dummy1, dummy2, dummy3; /* assumes that %1 as the SLOC name */ sloc = hTabItemWithKey (vars, 1); if (sloc == NULL) return FALSE; p = strstr(sloc, "sloc"); if (p == NULL) return FALSE; p += 4; if (sscanf(p, "%d_%d_%d", &dummy1, &dummy2, &dummy3) != 3) return FALSE; /*TODO: ultra-paranoid: get funtion name from "head" and check that */ /* the sloc name begins with that. Probably not really necessary */ /* Look for any occurance of this SLOC before the peephole match */ for (pl = currPl->prev; pl; pl = pl->prev) { if (pl->line && !pl->isDebug && !pl->isComment && *pl->line != ';' && strstr(pl->line, sloc)) return FALSE; } /* Look for any occurance of this SLOC after the peephole match */ for (pl = endPl->next; pl; pl = pl->next) { if (pl->line && !pl->isDebug && !pl->isComment && *pl->line != ';' && strstr(pl->line, sloc)) return FALSE; } return TRUE; /* safe for a peephole to remove it :) */ } /*-----------------------------------------------------------------*/ /* deadMove - Check, if a pop/push pair can be removed */ /*-----------------------------------------------------------------*/ FBYNAME (deadMove) { const char *reg = hTabItemWithKey (vars, 1); if (port->peep.deadMove) return port->peep.deadMove (reg, currPl, head); fprintf (stderr, "Function deadMove not initialized in port structure\n"); return FALSE; } /*-----------------------------------------------------------------*/ /* notUsed - Check, if value in register is not read again */ /*-----------------------------------------------------------------*/ FBYNAME (notUsed) { const char *what; if(cmdLine[0] != '\'') what = hTabItemWithKey (vars, 1); else { cmdLine[strlen(cmdLine) - 1] = 0; what = cmdLine + 1; } if (port->peep.notUsed) return port->peep.notUsed (what, endPl, head); fprintf (stderr, "Function notUsed not initialized in port structure\n"); return FALSE; } /*-----------------------------------------------------------------*/ /* operandsNotSame - check if %1 & %2 are the same */ /*-----------------------------------------------------------------*/ FBYNAME (operandsNotSame) { char *op1 = hTabItemWithKey (vars, 1); char *op2 = hTabItemWithKey (vars, 2); if (strcmp (op1, op2) == 0) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* operandsNotSame3- check if any pair of %1,%2,%3 are the same */ /*-----------------------------------------------------------------*/ FBYNAME (operandsNotSame3) { char *op1 = hTabItemWithKey (vars, 1); char *op2 = hTabItemWithKey (vars, 2); char *op3 = hTabItemWithKey (vars, 3); if ( (strcmp (op1, op2) == 0) || (strcmp (op1, op3) == 0) || (strcmp (op2, op3) == 0) ) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* operandsNotSame4- check if any pair of %1,%2,%3,.. are the same */ /*-----------------------------------------------------------------*/ FBYNAME (operandsNotSame4) { char *op1 = hTabItemWithKey (vars, 1); char *op2 = hTabItemWithKey (vars, 2); char *op3 = hTabItemWithKey (vars, 3); char *op4 = hTabItemWithKey (vars, 4); if ( (strcmp (op1, op2) == 0) || (strcmp (op1, op3) == 0) || (strcmp (op1, op4) == 0) || (strcmp (op2, op3) == 0) || (strcmp (op2, op4) == 0) || (strcmp (op3, op4) == 0) ) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* operandsNotSame5- check if any pair of %1,%2,%3,.. are the same */ /*-----------------------------------------------------------------*/ FBYNAME (operandsNotSame5) { char *op1 = hTabItemWithKey (vars, 1); char *op2 = hTabItemWithKey (vars, 2); char *op3 = hTabItemWithKey (vars, 3); char *op4 = hTabItemWithKey (vars, 4); char *op5 = hTabItemWithKey (vars, 5); if ( (strcmp (op1, op2) == 0) || (strcmp (op1, op3) == 0) || (strcmp (op1, op4) == 0) || (strcmp (op1, op5) == 0) || (strcmp (op2, op3) == 0) || (strcmp (op2, op4) == 0) || (strcmp (op2, op5) == 0) || (strcmp (op3, op4) == 0) || (strcmp (op3, op5) == 0) || (strcmp (op4, op5) == 0) ) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* operandsNotSame6- check if any pair of %1,%2,%3,.. are the same */ /*-----------------------------------------------------------------*/ FBYNAME (operandsNotSame6) { char *op1 = hTabItemWithKey (vars, 1); char *op2 = hTabItemWithKey (vars, 2); char *op3 = hTabItemWithKey (vars, 3); char *op4 = hTabItemWithKey (vars, 4); char *op5 = hTabItemWithKey (vars, 5); char *op6 = hTabItemWithKey (vars, 6); if ( (strcmp (op1, op2) == 0) || (strcmp (op1, op3) == 0) || (strcmp (op1, op4) == 0) || (strcmp (op1, op5) == 0) || (strcmp (op1, op6) == 0) || (strcmp (op2, op3) == 0) || (strcmp (op2, op4) == 0) || (strcmp (op2, op5) == 0) || (strcmp (op2, op6) == 0) || (strcmp (op3, op4) == 0) || (strcmp (op3, op5) == 0) || (strcmp (op3, op6) == 0) || (strcmp (op4, op5) == 0) || (strcmp (op4, op6) == 0) || (strcmp (op5, op6) == 0) ) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* operandsNotSame7- check if any pair of %1,%2,%3,.. are the same */ /*-----------------------------------------------------------------*/ FBYNAME (operandsNotSame7) { char *op1 = hTabItemWithKey (vars, 1); char *op2 = hTabItemWithKey (vars, 2); char *op3 = hTabItemWithKey (vars, 3); char *op4 = hTabItemWithKey (vars, 4); char *op5 = hTabItemWithKey (vars, 5); char *op6 = hTabItemWithKey (vars, 6); char *op7 = hTabItemWithKey (vars, 7); if ( (strcmp (op1, op2) == 0) || (strcmp (op1, op3) == 0) || (strcmp (op1, op4) == 0) || (strcmp (op1, op5) == 0) || (strcmp (op1, op6) == 0) || (strcmp (op1, op7) == 0) || (strcmp (op2, op3) == 0) || (strcmp (op2, op4) == 0) || (strcmp (op2, op5) == 0) || (strcmp (op2, op6) == 0) || (strcmp (op2, op7) == 0) || (strcmp (op3, op4) == 0) || (strcmp (op3, op5) == 0) || (strcmp (op3, op6) == 0) || (strcmp (op3, op7) == 0) || (strcmp (op4, op5) == 0) || (strcmp (op4, op6) == 0) || (strcmp (op4, op7) == 0) || (strcmp (op5, op6) == 0) || (strcmp (op5, op7) == 0) || (strcmp (op6, op7) == 0) ) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* operandsNotSame8- check if any pair of %1,%2,%3,.. are the same */ /*-----------------------------------------------------------------*/ FBYNAME (operandsNotSame8) { char *op1 = hTabItemWithKey (vars, 1); char *op2 = hTabItemWithKey (vars, 2); char *op3 = hTabItemWithKey (vars, 3); char *op4 = hTabItemWithKey (vars, 4); char *op5 = hTabItemWithKey (vars, 5); char *op6 = hTabItemWithKey (vars, 6); char *op7 = hTabItemWithKey (vars, 7); char *op8 = hTabItemWithKey (vars, 8); if ( (strcmp (op1, op2) == 0) || (strcmp (op1, op3) == 0) || (strcmp (op1, op4) == 0) || (strcmp (op1, op5) == 0) || (strcmp (op1, op6) == 0) || (strcmp (op1, op7) == 0) || (strcmp (op1, op8) == 0) || (strcmp (op2, op3) == 0) || (strcmp (op2, op4) == 0) || (strcmp (op2, op5) == 0) || (strcmp (op2, op6) == 0) || (strcmp (op2, op7) == 0) || (strcmp (op2, op8) == 0) || (strcmp (op3, op4) == 0) || (strcmp (op3, op5) == 0) || (strcmp (op3, op6) == 0) || (strcmp (op3, op7) == 0) || (strcmp (op3, op8) == 0) || (strcmp (op4, op5) == 0) || (strcmp (op4, op6) == 0) || (strcmp (op4, op7) == 0) || (strcmp (op4, op8) == 0) || (strcmp (op5, op6) == 0) || (strcmp (op5, op7) == 0) || (strcmp (op5, op8) == 0) || (strcmp (op6, op7) == 0) || (strcmp (op6, op8) == 0) || (strcmp (op7, op8) == 0) ) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* labelHashEntry- searches for a label in the list labelHash */ /* Builds labelHash, if it does not yet exist. */ /* Returns the labelHashEntry or NULL */ /*-----------------------------------------------------------------*/ labelHashEntry * getLabelRef (const char *label, lineNode *head) { labelHashEntry *entry; /* If we don't have the label hash table yet, build it. */ if (!labelHash) { buildLabelRefCountHash (head); } entry = hTabFirstItemWK (labelHash, hashSymbolName (label)); while (entry) { if (!strcmp (label, entry->name)) { break; } entry = hTabNextItemWK (labelHash); } return entry; } /* labelRefCount: * takes two parameters: a variable (bound to a label name) * and an expected reference count. * * Returns TRUE if that label is defined and referenced exactly * the given number of times. */ FBYNAME (labelRefCount) { int varNumber, expectedRefCount; bool rc = FALSE; if (sscanf (cmdLine, "%*[ \t%]%d %d", &varNumber, &expectedRefCount) == 2) { char *label = hTabItemWithKey (vars, varNumber); if (label) { labelHashEntry *entry = getLabelRef (label, head); if (entry) { #if 0 /* debug spew. */ fprintf (stderr, "labelRefCount: %s has refCount %d, want %d\n", label, entry->refCount, expectedRefCount); #endif rc = (expectedRefCount == entry->refCount); } else { fprintf (stderr, "*** internal error: no label has entry for" " %s in labelRefCount peephole.\n", label); } } else { fprintf (stderr, "*** internal error: var %d not bound" " in peephole labelRefCount rule.\n", varNumber); } } else { fprintf (stderr, "*** internal error: labelRefCount peephole restriction" " malformed: %s\n", cmdLine); } return rc; } /* labelRefCountChange: * takes two parameters: a variable (bound to a label name) * and a signed int for changing the reference count. * * Please note, this function is not a conditional. It unconditionally * changes the label. It should be passed as the 'last' function * so it only is applied if all other conditions have been met. * * should always return TRUE */ FBYNAME (labelRefCountChange) { int varNumber, RefCountDelta; bool rc = FALSE; /* If we don't have the label hash table yet, build it. */ if (!labelHash) { buildLabelRefCountHash (head); } if (sscanf (cmdLine, "%*[ \t%]%d %i", &varNumber, &RefCountDelta) == 2) { char *label = hTabItemWithKey (vars, varNumber); if (label) { labelHashEntry *entry; entry = hTabFirstItemWK (labelHash, hashSymbolName (label)); while (entry) { if (!strcmp (label, entry->name)) { break; } entry = hTabNextItemWK (labelHash); } if (entry) { if (0 <= entry->refCount + RefCountDelta) { entry->refCount += RefCountDelta; rc = TRUE; } else { fprintf (stderr, "*** internal error: label %s may not get" " negative refCount in %s peephole.\n", label, __FUNCTION__); } } else { fprintf (stderr, "*** internal error: no label has entry for" " %s in %s peephole.\n", label, __FUNCTION__); } } else { fprintf (stderr, "*** internal error: var %d not bound" " in peephole %s rule.\n", varNumber, __FUNCTION__); } } else { fprintf (stderr, "*** internal error: labelRefCount peephole restriction" " malformed: %s\n", cmdLine); } return rc; } /* Within the context of the lines currPl through endPl, determine ** if the variable var contains a symbol that is volatile. Returns ** TRUE only if it is certain that this was not volatile (the symbol ** was found and not volatile, or var was a constant or CPU register). ** Returns FALSE if the symbol was found and volatile, the symbol was ** not found, or var was a indirect/pointer addressing mode. */ static bool notVolatileVariable(char *var, lineNode *currPl, lineNode *endPl) { char symname[SDCC_NAME_MAX + 1]; char *p = symname; char *vp = var; lineNode *cl; operand *op; iCode *last_ic; /* Can't tell if indirect accesses are volatile or not, so ** assume they are, just to be safe. */ if (TARGET_IS_MCS51 || TARGET_IS_DS390 || TARGET_IS_DS400) { if (*var=='@') return FALSE; } if (TARGET_IS_Z80 || TARGET_IS_GBZ80) { if (strstr(var,"(bc)")) return FALSE; if (strstr(var,"(de)")) return FALSE; if (strstr(var,"(hl)")) return FALSE; if (strstr(var,"(ix")) return FALSE; if (strstr(var,"(iy")) return FALSE; } /* Extract a symbol name from the variable */ while (*vp && (*vp!='_')) vp++; while (*vp && (ISCHARALNUM(*vp) || *vp=='_')) *p++ = *vp++; *p='\0'; if (!symname[0]) { /* Nothing resembling a symbol name was found, so it can't be volatile */ return TRUE; } last_ic = NULL; for (cl = currPl; cl!=endPl->next; cl = cl->next) { if (cl->ic && (cl->ic!=last_ic)) { last_ic = cl->ic; switch (cl->ic->op) { case IFX: op = IC_COND (cl->ic); if (IS_SYMOP (op) && ( !strcmp(OP_SYMBOL (op)->rname, symname) || (OP_SYMBOL (op)->isspilt && SPIL_LOC (op) && !strcmp(SPIL_LOC (op)->rname, symname)) )) { return !op->isvolatile; } case JUMPTABLE: op = IC_JTCOND (cl->ic); if (IS_SYMOP (op) && ( !strcmp(OP_SYMBOL (op)->rname, symname) || (OP_SYMBOL (op)->isspilt && SPIL_LOC (op) && !strcmp(SPIL_LOC (op)->rname, symname)) )) { return !op->isvolatile; } default: op = IC_LEFT (cl->ic); if (IS_SYMOP (op) && ( !strcmp(OP_SYMBOL (op)->rname, symname) || (OP_SYMBOL (op)->isspilt && SPIL_LOC (op) && !strcmp(SPIL_LOC (op)->rname, symname)) )) { return !op->isvolatile; } op = IC_RIGHT (cl->ic); if (IS_SYMOP (op) && ( !strcmp(OP_SYMBOL (op)->rname, symname) || (OP_SYMBOL (op)->isspilt && SPIL_LOC (op) && !strcmp(SPIL_LOC (op)->rname, symname)) )) { return !op->isvolatile; } op = IC_RESULT (cl->ic); if (IS_SYMOP (op) && ( !strcmp(OP_SYMBOL (op)->rname, symname) || (OP_SYMBOL (op)->isspilt && SPIL_LOC (op) && !strcmp(SPIL_LOC (op)->rname, symname)) )) { return !op->isvolatile; } } } } /* Couldn't find the symbol for some reason. Assume volatile. */ return FALSE; } /* notVolatile: * * This rule restriction has two different behaviours depending on * the number of parameters given. * * if notVolatile (no parameters given) * The rule is applied only if none of the iCodes originating * the matched pattern reference a volatile operand. * * if notVolatile %1 ... (one or more parameters given) * The rule is applied if the parameters are not expressions * containing volatile symbols and are not pointer accesses. * */ FBYNAME (notVolatile) { int varNumber; char *var; bool notvol; char *digitend; lineNode *cl; operand *op; if (!cmdLine) { /* If no parameters given, just scan the iCodes for volatile operands */ for (cl = currPl; cl!=endPl->next; cl = cl->next) { if (cl->ic) { switch (cl->ic->op) { case IFX: op = IC_COND (cl->ic); if (IS_SYMOP (op) && op->isvolatile) return FALSE; case JUMPTABLE: op = IC_JTCOND (cl->ic); if (IS_SYMOP (op) && op->isvolatile) return FALSE; default: op = IC_LEFT (cl->ic); if (IS_SYMOP (op) && op->isvolatile) return FALSE; op = IC_RIGHT (cl->ic); if (IS_SYMOP (op) && op->isvolatile) return FALSE; op = IC_RESULT (cl->ic); if (IS_SYMOP (op) && op->isvolatile) return FALSE; } } } return TRUE; } /* There were parameters; check the volatility of each */ while (*cmdLine && ISCHARSPACE(*cmdLine)) cmdLine++; while (*cmdLine) { if (*cmdLine!='%') goto error; cmdLine++; if (!ISCHARDIGIT(*cmdLine)) goto error; varNumber = strtol(cmdLine, &digitend, 10); cmdLine = digitend; while (*cmdLine && ISCHARSPACE(*cmdLine)) cmdLine++; var = hTabItemWithKey (vars, varNumber); if (var) { notvol = notVolatileVariable (var, currPl, endPl); if (!notvol) return FALSE; } else { fprintf (stderr, "*** internal error: var %d not bound" " in peephole notVolatile rule.\n", varNumber); return FALSE; } } return TRUE; error: fprintf (stderr, "*** internal error: notVolatile peephole restriction" " malformed: %s\n", cmdLine); return FALSE; } /*------------------------------------------------------------------*/ /* setFromConditionArgs - parse a peephole condition's arguments */ /* to produce a set of strings, one per argument. Variables %x will */ /* be replaced with their values. String literals (in single quotes)*/ /* are accepted and return in unquoted form. */ /*------------------------------------------------------------------*/ static set * setFromConditionArgs (char *cmdLine, hTab * vars) { int varNumber; char *var; char *digitend; set *operands = NULL; if (!cmdLine) return NULL; while (*cmdLine && ISCHARSPACE(*cmdLine)) cmdLine++; while (*cmdLine) { if (*cmdLine == '%') { cmdLine++; if (!ISCHARDIGIT(*cmdLine)) goto error; varNumber = strtol(cmdLine, &digitend, 10); cmdLine = digitend; var = hTabItemWithKey (vars, varNumber); if (var) { addSetHead (&operands, var); } else goto error; } else if (*cmdLine == '\'' ) { char quote = *cmdLine; var = ++cmdLine; while (*cmdLine && *cmdLine != quote) cmdLine++; if (*cmdLine == quote) *cmdLine++ = '\0'; else goto error; addSetHead (&operands, var); } else goto error; while (*cmdLine && ISCHARSPACE(*cmdLine)) cmdLine++; } return operands; error: deleteSet (&operands); return NULL; } static const char * operandBaseName (const char *op) { if (TARGET_IS_MCS51 || TARGET_IS_DS390 || TARGET_IS_DS400) { if (!strcmp (op, "acc") || !strncmp (op, "acc.", 4)) return "a"; if (!strncmp (op, "ar", 2) && ISCHARDIGIT(*(op+2)) && !*(op+3)) return op+1; // bug 1739475, temp fix if (op[0] == '@') return operandBaseName(op+1); } return op; } /*-------------------------------------------------------------------*/ /* operandsNotRelated - returns true if the condition's operands are */ /* not related (taking into account register name aliases). N-way */ /* comparison performed between all operands. */ /*-------------------------------------------------------------------*/ FBYNAME (operandsNotRelated) { set *operands; const char *op1, *op2; operands = setFromConditionArgs (cmdLine, vars); if (!operands) { fprintf (stderr, "*** internal error: operandsNotRelated peephole restriction" " malformed: %s\n", cmdLine); return FALSE; } while ((op1 = setFirstItem (operands))) { deleteSetItem (&operands, (void*)op1); op1 = operandBaseName (op1); for (op2 = setFirstItem (operands); op2; op2 = setNextItem (operands)) { op2 = operandBaseName (op2); if (strcmp (op1, op2) == 0) { deleteSet (&operands); return FALSE; } } } deleteSet (&operands); return TRUE; } /*-------------------------------------------------------------------*/ /* operandsLiteral - returns true of the condition's operands are */ /* literals. */ /*-------------------------------------------------------------------*/ FBYNAME (operandsLiteral) { set *operands; const char *op; operands = setFromConditionArgs (cmdLine, vars); if (!operands) { fprintf (stderr, "*** internal error: operandsLiteral peephole restriction" " malformed: %s\n", cmdLine); return FALSE; } for (op = setFirstItem (operands); op; op = setNextItem (operands)) { if (!isdigit(*op)) { deleteSet (&operands); return FALSE; } } deleteSet (&operands); return TRUE; } static const struct ftab { char *fname; int (*func) (hTab *, lineNode *, lineNode *, lineNode *, char *); } ftab[] = // sorted on the number of times used { // in the peephole rules on 2007-10-29 { "labelRefCount", labelRefCount //105 }, { "notVolatile", notVolatile //85 }, { "labelRefCountChange", labelRefCountChange //74 }, { "labelInRange", labelInRange //37 }, { "labelJTInRange", labelJTInRange //13 }, { "operandsNotRelated", operandsNotRelated //9 }, { "24bitMode", flat24bitMode //9 }, { "operandsNotSame", operandsNotSame //8 }, { "operandsNotSame3", operandsNotSame3 }, { "operandsNotSame4", operandsNotSame4 }, { "operandsNotSame5", operandsNotSame5 }, { "operandsNotSame6", operandsNotSame6 }, { "operandsNotSame7", operandsNotSame7 }, { "operandsNotSame8", operandsNotSame8 }, { "xramMovcOption", xramMovcOption }, { "portIsDS390", portIsDS390 }, { "labelIsReturnOnly", labelIsReturnOnly }, { "labelIsUncondJump", labelIsUncondJump }, { "okToRemoveSLOC", okToRemoveSLOC }, { "deadMove", deadMove }, { "operandsLiteral", operandsLiteral }, { "useAcallAjmp", useAcallAjmp }, { "notUsed", notUsed } }; /*-----------------------------------------------------------------*/ /* callFuncByName - calls a function as defined in the table */ /*-----------------------------------------------------------------*/ static int callFuncByName (char *fname, hTab * vars, lineNode * currPl, /* first source line matched */ lineNode * endPl, /* last source line matched */ lineNode * head) { int i; char *cmdCopy, *funcName, *funcArgs, *cmdTerm; char c; int rc; /* Isolate the function name part (we are passed the full condition * string including arguments) */ cmdTerm = cmdCopy = Safe_strdup(fname); do { funcArgs = funcName = cmdTerm; while ((c = *funcArgs) && c != ' ' && c != '\t' && c != '(') funcArgs++; *funcArgs = '\0'; /* terminate the function name */ if (c) funcArgs++; /* Find the start of the arguments */ if (c == ' ' || c == '\t') while ((c = *funcArgs) && (c == ' ' || c == '\t')) funcArgs++; /* If the arguments started with an opening parenthesis, */ /* use the closing parenthesis for the end of the */ /* arguments and look for the start of another condition */ /* that can optionally follow. If there was no opening */ /* parethesis, then everything that follows are arguments */ /* and there can be no additional conditions. */ if (c == '(') { int num_parenthesis = 0; cmdTerm = funcArgs; while ((c = *cmdTerm) && (c != ')' || num_parenthesis)) { if (c == '(') num_parenthesis++; else if (c == ')') num_parenthesis--; cmdTerm++; } *cmdTerm = '\0'; /* terminate the arguments */ if (c == ')') { cmdTerm++; while ((c = *cmdTerm) && (c == ' ' || c == '\t' || c == ',')) cmdTerm++; if (!*cmdTerm) cmdTerm = NULL; } else cmdTerm = NULL; /* closing parenthesis missing */ } else cmdTerm = NULL; if (!*funcArgs) funcArgs = NULL; rc = -1; for (i = 0; i < ((sizeof (ftab)) / (sizeof (struct ftab))); i++) { if (strcmp (ftab[i].fname, funcName) == 0) { rc = (*ftab[i].func) (vars, currPl, endPl, head, funcArgs); break; } } if (rc == -1) { fprintf (stderr, "could not find named function \"%s\" in " "peephole function table\n", funcName); // If the function couldn't be found, let's assume it's // a bad rule and refuse it. rc = FALSE; break; } } while (rc && cmdTerm); Safe_free(cmdCopy); return rc; } /*-----------------------------------------------------------------*/ /* printLine - prints a line chain into a given file */ /*-----------------------------------------------------------------*/ void printLine (lineNode * head, struct dbuf_s * oBuf) { iCode *last_ic = NULL; bool debug_iCode_tracking = (getenv("DEBUG_ICODE_TRACKING")!=NULL); while (head) { if (head->ic!=last_ic) { last_ic = head->ic; if (debug_iCode_tracking) { if (head->ic) dbuf_printf (oBuf, "; block = %d, seq = %d\n", head->ic->block, head->ic->seq); else dbuf_append_str (oBuf, "; iCode lost\n"); } } /* don't indent comments & labels */ if (head->line && (head->isComment || head->isLabel)) { dbuf_printf (oBuf, "%s\n", head->line); } else { if (head->isInline && *head->line=='#') { // comment out preprocessor directives in inline asm dbuf_append_char (oBuf, ';'); } dbuf_printf (oBuf, "\t%s\n", head->line); } head = head->next; } } /*-----------------------------------------------------------------*/ /* newPeepRule - creates a new peeprule and attach it to the root */ /*-----------------------------------------------------------------*/ static peepRule * newPeepRule (lineNode * match, lineNode * replace, char *cond, int restart) { peepRule *pr; pr = Safe_alloc ( sizeof (peepRule)); pr->match = match; pr->replace = replace; pr->restart = restart; if (cond && *cond) { pr->cond = Safe_strdup (cond); } else pr->cond = NULL; pr->vars = newHashTable (100); /* if root is empty */ if (!rootRules) rootRules = currRule = pr; else currRule = currRule->next = pr; return pr; } /*-----------------------------------------------------------------*/ /* newLineNode - creates a new peep line */ /*-----------------------------------------------------------------*/ lineNode * newLineNode (const char *line) { lineNode *pl; pl = Safe_alloc ( sizeof (lineNode)); pl->line = Safe_strdup (line); pl->ic = NULL; return pl; } /*-----------------------------------------------------------------*/ /* connectLine - connects two lines */ /*-----------------------------------------------------------------*/ lineNode * connectLine (lineNode * pl1, lineNode * pl2) { if (!pl1 || !pl2) { fprintf (stderr, "trying to connect null line\n"); return NULL; } pl2->prev = pl1; pl1->next = pl2; return pl2; } #define SKIP_SPACE(x,y) { while (*x && (ISCHARSPACE(*x) || *x == '\n')) x++; \ if (!*x) { fprintf(stderr,y); return ; } } #define EXPECT_STR(x,y,z) { while (*x && strncmp(x,y,strlen(y))) x++ ; \ if (!*x) { fprintf(stderr,z); return ; } } #define EXPECT_CHR(x,y,z) { while (*x && *x != y) x++ ; \ if (!*x) { fprintf(stderr,z); return ; } } /*-----------------------------------------------------------------*/ /* getPeepLine - parses the peep lines */ /*-----------------------------------------------------------------*/ static void getPeepLine (lineNode ** head, char **bpp) { char lines[MAX_PATTERN_LEN]; char *lp; int isComment; lineNode *currL = NULL; char *bp = *bpp; while (1) { if (!*bp) { fprintf (stderr, "unexpected end of match pattern\n"); return; } if (*bp == '\n') { bp++; while (ISCHARSPACE (*bp) || *bp == '\n') bp++; } if (*bp == '}') { bp++; break; } /* read till end of line */ lp = lines; while ((*bp != '\n' && *bp != '}') && *bp) *lp++ = *bp++; *lp = '\0'; lp = lines; while (*lp && ISCHARSPACE(*lp)) lp++; isComment = (*lp == ';'); if (!isComment || (isComment && !options.noPeepComments)) { const char *dummy1; int dummy2; if (!currL) *head = currL = newLineNode (lines); else currL = connectLine (currL, newLineNode (lines)); currL->isComment = isComment; currL->isLabel = isLabelDefinition (currL->line, &dummy1, &dummy2, TRUE); } } *bpp = bp; } /*-----------------------------------------------------------------*/ /* readRules - reads the rules from a string buffer */ /*-----------------------------------------------------------------*/ static void readRules (char *bp) { char restart = 0; char lines[MAX_PATTERN_LEN]; char *lp, *rp; lineNode *match; lineNode *replace; lineNode *currL = NULL; if (!bp) return; top: restart = 0; /* look for the token "replace" that is the start of a rule */ while (*bp && strncmp (bp, "replace", 7)) bp++; /* if not found */ if (!*bp) return; /* then look for either "restart" or '{' */ while (strncmp (bp, "restart", 7) && *bp != '{' && bp) bp++; /* not found */ if (!*bp) { fprintf (stderr, "expected 'restart' or '{'\n"); return; } /* if brace */ if (*bp == '{') bp++; else { /* must be restart */ restart++; bp += strlen ("restart"); /* look for '{' */ EXPECT_CHR (bp, '{', "expected '{'\n"); bp++; } /* skip thru all the blank space */ SKIP_SPACE (bp, "unexpected end of rule\n"); match = replace = currL = NULL; /* we are the start of a rule */ getPeepLine (&match, &bp); /* now look for by */ EXPECT_STR (bp, "by", "expected 'by'\n"); /* then look for a '{' */ EXPECT_CHR (bp, '{', "expected '{'\n"); bp++; /* save char position (needed for generating error msg) */ rp = bp; SKIP_SPACE (bp, "unexpected end of rule\n"); getPeepLine (&replace, &bp); /* look for a 'if' */ while ((ISCHARSPACE (*bp) || *bp == '\n') && *bp) bp++; if (strncmp (bp, "if", 2) == 0) { bp += 2; while ((ISCHARSPACE (*bp) || *bp == '\n') && *bp) bp++; if (!*bp) { fprintf (stderr, "expected condition name\n"); return; } /* look for the condition */ lp = lines; while (*bp && (*bp != '\n')) { *lp++ = *bp++; } *lp = '\0'; newPeepRule (match, replace, lines, restart); } else { if (*bp && strncmp (bp, "replace", 7)) { /* not the start of a new peeprule, so "if" should be here */ char strbuff[1000]; char *cp; /* go to the start of the line following "{" of the "by" token */ while (*rp && (*rp == '\n')) rp++; /* copy text of rule starting with line after "by {" */ cp = strbuff; while (*rp && (rp < bp) && ((cp - strbuff) < sizeof(strbuff))) *cp++ = *rp++; /* and now the rest of the line */ while (*rp && (*rp != '\n') && ((cp - strbuff) < sizeof(strbuff))) *cp++ = *rp++; *cp = '\0'; fprintf (stderr, "%s\nexpected '} if ...'\n", strbuff); return; } newPeepRule (match, replace, NULL, restart); } goto top; } /*-----------------------------------------------------------------*/ /* keyForVar - returns the numeric key for a var */ /*-----------------------------------------------------------------*/ static int keyForVar (char *d) { int i = 0; while (ISCHARDIGIT (*d)) { i *= 10; i += (*d++ - '0'); } return i; } /*-----------------------------------------------------------------*/ /* bindVar - binds a value to a variable in the given hashtable */ /*-----------------------------------------------------------------*/ static void bindVar (int key, char **s, hTab ** vtab) { char vval[MAX_PATTERN_LEN]; char *vvx; char *vv = vval; /* first get the value of the variable */ vvx = *s; /* the value is ended by a ',' or space or newline or null or ) */ while (*vvx && *vvx != ',' && !ISCHARSPACE (*vvx) && *vvx != '\n' && *vvx != ':' && *vvx != ')') { char ubb = 0; /* if we find a '(' then we need to balance it */ if (*vvx == '(') { ubb++; while (ubb) { *vv++ = *vvx++; if (*vvx == '(') ubb++; if (*vvx == ')') ubb--; } // include the trailing ')' *vv++ = *vvx++; } else *vv++ = *vvx++; } *s = vvx; *vv = '\0'; /* got value */ vvx = traceAlloc (&_G.values, Safe_strdup(vval)); hTabAddItem (vtab, key, vvx); } /*-----------------------------------------------------------------*/ /* matchLine - matches one line */ /*-----------------------------------------------------------------*/ static bool matchLine (char *s, char *d, hTab ** vars) { if (!s || !(*s)) return FALSE; while (*s && *d) { /* skip white space in both */ while (ISCHARSPACE (*s)) s++; while (ISCHARSPACE (*d)) d++; /* if the destination is a var */ if (*d == '%' && ISCHARDIGIT (*(d + 1)) && vars) { char *v = hTabItemWithKey (*vars, keyForVar (d + 1)); /* if the variable is already bound then it MUST match with dest */ if (v) { while (*v) if (*v++ != *s++) return FALSE; } else /* variable not bound we need to bind it */ bindVar (keyForVar (d + 1), &s, vars); /* in either case go past the variable */ d++; while (ISCHARDIGIT (*d)) d++; while (ISCHARSPACE (*s)) s++; while (ISCHARSPACE (*d)) d++; } /* they should be an exact match other wise */ if (*s && *d) { if (*s++ != *d++) return FALSE; } } /* get rid of the trailing spaces in both source & destination */ if (*s) while (ISCHARSPACE (*s)) s++; if (*d) while (ISCHARSPACE (*d)) d++; /* after all this if only one of them has something left over then no match */ if (*s || *d) return FALSE; return TRUE; } /*-----------------------------------------------------------------*/ /* matchRule - matches a all the rule lines */ /*-----------------------------------------------------------------*/ static bool matchRule (lineNode * pl, lineNode ** mtail, peepRule * pr, lineNode * head) { lineNode *spl; /* source pl */ lineNode *rpl; /* rule peep line */ /* setToNull((void *) &pr->vars); */ /* pr->vars = newHashTable(100); */ /* for all the lines defined in the rule */ rpl = pr->match; spl = pl; while (spl && rpl) { /* if the source line starts with a ';' then comment line don't process or the source line contains == . debugger information skip it */ if (spl->line && (*spl->line == ';' || spl->isDebug)) { spl = spl->next; continue; } if (!matchLine (spl->line, rpl->line, &pr->vars)) return FALSE; rpl = rpl->next; if (rpl) spl = spl->next; } /* if rules ended */ if (!rpl) { /* if this rule has additional conditions */ if (pr->cond) { if (callFuncByName (pr->cond, pr->vars, pl, spl, head)) { *mtail = spl; return TRUE; } else return FALSE; } else { *mtail = spl; return TRUE; } } else return FALSE; } static void reassociate_ic_down (lineNode *shead, lineNode *stail, lineNode *rhead, lineNode *rtail) { lineNode *csl; /* current source line */ lineNode *crl; /* current replacement line */ csl = shead; crl = rhead; while (1) { /* skip over any comments */ while (csl!=stail->next && csl->isComment) csl = csl->next; while (crl!=rtail->next && crl->isComment) crl = crl->next; /* quit if we reach the end */ if ((csl==stail->next) || (crl==rtail->next) || crl->ic) break; if (matchLine(csl->line,crl->line,NULL)) { crl->ic = csl->ic; csl = csl->next; crl = crl->next; } else break; } } static void reassociate_ic_up (lineNode *shead, lineNode *stail, lineNode *rhead, lineNode *rtail) { lineNode *csl; /* current source line */ lineNode *crl; /* current replacement line */ csl = stail; crl = rtail; while (1) { /* skip over any comments */ while (csl!=shead->prev && csl->isComment) csl = csl->prev; while (crl!=rhead->prev && crl->isComment) crl = crl->prev; /* quit if we reach the end */ if ((csl==shead->prev) || (crl==rhead->prev) || crl->ic) break; if (matchLine(csl->line,crl->line,NULL)) { crl->ic = csl->ic; csl = csl->prev; crl = crl->prev; } else break; } } /*------------------------------------------------------------------*/ /* reassociate_ic - reassociate replacement lines with origin iCode */ /*------------------------------------------------------------------*/ static void reassociate_ic (lineNode *shead, lineNode *stail, lineNode *rhead, lineNode *rtail) { lineNode *csl; /* current source line */ lineNode *crl; /* current replacement line */ bool single_iCode; iCode *ic; /* Check to see if all the source lines (excluding comments) came ** for the same iCode */ ic = NULL; for (csl=shead;csl!=stail->next;csl=csl->next) if (csl->ic && !csl->isComment) { ic = csl->ic; break; } single_iCode = (ic!=NULL); for (csl=shead;csl!=stail->next;csl=csl->next) if ((csl->ic != ic) && !csl->isComment) { /* More than one iCode was found. However, if it's just the ** last line with the different iCode and it was not changed ** in the replacement, everything else must be the first iCode. */ if ((csl==stail) && matchLine (stail->line, rtail->line, NULL)) { rtail->ic = stail->ic; for (crl=rhead;crl!=rtail;crl=crl->next) crl->ic = ic; return; } single_iCode = FALSE; break; } /* If all of the source lines came from the same iCode, then so have ** all of the replacement lines too. */ if (single_iCode) { for (crl=rhead;crl!=rtail->next;crl=crl->next) crl->ic = ic; return; } /* The source lines span iCodes, so we may end up with replacement ** lines that we don't know which iCode(s) to associate with. Do the ** best we can by using the following strategies: ** 1) Start at the top and scan down. As long as the source line ** matches the replacement line, they have the same iCode. ** 2) Start at the bottom and scan up. As long as the source line ** matches the replacement line, they have the same iCode. ** 3) For any label in the source, look for a matching label in ** the replacment. If found, they have the same iCode. From ** these matching labels, scan down for additional matching ** lines; if found, they also have the same iCode. */ /* Strategy #1: Start at the top and scan down for matches */ reassociate_ic_down(shead,stail,rhead,rtail); /* Strategy #2: Start at the bottom and scan up for matches */ reassociate_ic_up(shead,stail,rhead,rtail); /* Strategy #3: Try to match labels */ csl = shead; while (1) { /* skip over any comments */ while (csl!=stail->next && csl->isComment) csl = csl->next; if (csl==stail->next) break; if (csl->isLabel) { /* found a source line label; look for it in the replacment lines */ crl = rhead; while (1) { while (crl!=rtail->next && crl->isComment) crl = crl->next; if (crl==rtail->next) break; if (matchLine(csl->line, crl->line, NULL)) { reassociate_ic_down(csl,stail,crl,rtail); break; } else crl = crl->next; } } csl = csl->next; } /* Try to assign a meaningful iCode to any comment that is missing one. Since they are comments, it's ok to make mistakes; we are just trying to improve continuity to simplify other tests. */ ic = NULL; for (crl=rtail;crl!=rhead->prev;crl=crl->prev) { if (!crl->ic && ic && crl->isComment) crl->ic = ic; ic = crl->ic; } } /*-----------------------------------------------------------------*/ /* replaceRule - does replacement of a matching pattern */ /*-----------------------------------------------------------------*/ static void replaceRule (lineNode ** shead, lineNode * stail, peepRule * pr) { lineNode *cl = NULL; lineNode *pl = NULL, *lhead = NULL; /* a long function name and long variable name can evaluate to 4x max pattern length e.g. "mov dptr,((fie_var>>8)<<8)+fie_var" */ char lb[MAX_PATTERN_LEN*4]; char *lbp; lineNode *comment = NULL; /* collect all the comment lines in the source */ for (cl = *shead; cl != stail; cl = cl->next) { if (cl->line && (*cl->line == ';' || cl->isDebug)) { pl = (pl ? connectLine (pl, newLineNode (cl->line)) : (comment = newLineNode (cl->line))); pl->isDebug = cl->isDebug; pl->isComment = cl->isComment || (*cl->line == ';'); } } cl = NULL; /* for all the lines in the replacement pattern do */ for (pl = pr->replace; pl; pl = pl->next) { char *v; char *l; lbp = lb; l = pl->line; while (*l) { /* if the line contains a variable */ if (*l == '%' && ISCHARDIGIT (*(l + 1))) { v = hTabItemWithKey (pr->vars, keyForVar (l + 1)); if (!v) { fprintf (stderr, "used unbound variable in replacement\n"); l++; continue; } while (*v) { *lbp++ = *v++; } l++; while (ISCHARDIGIT (*l)) { l++; } continue; } *lbp++ = *l++; } *lbp = '\0'; if (cl) cl = connectLine (cl, newLineNode (lb)); else lhead = cl = newLineNode (lb); cl->isComment = pl->isComment; cl->isLabel = pl->isLabel; } /* add the comments if any to the head of list */ if (comment) { lineNode *lc = comment; while (lc->next) lc = lc->next; lc->next = lhead; if (lhead) lhead->prev = lc; lhead = comment; } if (lhead) { /* determine which iCodes the replacment lines relate to */ reassociate_ic(*shead,stail,lhead,cl); /* now we need to connect / replace the original chain */ /* if there is a prev then change it */ if ((*shead)->prev) { (*shead)->prev->next = lhead; lhead->prev = (*shead)->prev; } *shead = lhead; /* now for the tail */ if (stail && stail->next) { stail->next->prev = cl; if (cl) cl->next = stail->next; } } else { /* the replacement is empty - delete the source lines */ if ((*shead)->prev) (*shead)->prev->next = stail->next; if (stail->next) stail->next->prev = (*shead)->prev; *shead = stail->next; } } /* Returns TRUE if this line is a label definition. * If so, start will point to the start of the label name, * and len will be it's length. */ bool isLabelDefinition (const char *line, const char **start, int *len, bool isPeepRule) { const char *cp = line; /* This line is a label if if consists of: * [optional whitespace] followed by identifier chars * (alnum | $ | _ ) followed by a colon. */ while (*cp && ISCHARSPACE (*cp)) { cp++; } if (!*cp) { return FALSE; } *start = cp; while (ISCHARALNUM (*cp) || (*cp == '$') || (*cp == '_') || (isPeepRule && (*cp == '%'))) { cp++; } if ((cp == *start) || (*cp != ':')) { return FALSE; } *len = (cp - (*start)); return TRUE; } /* Quick & dirty string hash function. */ static int hashSymbolName (const char *name) { int hash = 0; while (*name) { hash = (hash << 6) ^ *name; name++; } if (hash < 0) { hash = -hash; } return hash % HTAB_SIZE; } /* Build a hash of all labels in the passed set of lines * and how many times they are referenced. */ static void buildLabelRefCountHash (lineNode * head) { lineNode *line; const char *label; int labelLen; int i; assert (labelHash == NULL); labelHash = newHashTable (HTAB_SIZE); /* First pass: locate all the labels. */ for (line = head; line; line = line->next) { if (line->isLabel || line->isInline) { /* run isLabelDefinition to: - look for labels in inline assembler - calculate labelLen */ if (isLabelDefinition (line->line, &label, &labelLen, FALSE) && labelLen <= SDCC_NAME_MAX) { labelHashEntry *entry; entry = traceAlloc (&_G.labels, Safe_alloc(sizeof (labelHashEntry))); memcpy (entry->name, label, labelLen); entry->name[labelLen] = 0; entry->refCount = -1; /* Assume function entry points are referenced somewhere, */ /* even if we can't find a reference (might be from outside */ /* the function) */ if (line->ic && (line->ic->op == FUNCTION)) entry->refCount++; hTabAddItem (&labelHash, hashSymbolName (entry->name), entry); } } } /* Second pass: for each line, note all the referenced labels. */ /* This is ugly, O(N^2) stuff. Optimizations welcome... */ line = head; while (line) { for (i = 0; i < HTAB_SIZE; i++) { labelHashEntry *thisEntry; thisEntry = hTabFirstItemWK (labelHash, i); while (thisEntry) { if (strstr (line->line, thisEntry->name)) { thisEntry->refCount++; } thisEntry = hTabNextItemWK (labelHash); } } line = line->next; } #if 0 /* Spew the contents of the table. Debugging fun only. */ for (i = 0; i < HTAB_SIZE; i++) { labelHashEntry *thisEntry; thisEntry = hTabFirstItemWK (labelHash, i); while (thisEntry) { fprintf (stderr, "label: %s ref %d\n", thisEntry->name, thisEntry->refCount); thisEntry = hTabNextItemWK (labelHash); } } #endif } /* How does this work? peepHole For each rule, For each line, Try to match If it matches, replace and restart. matchRule matchLine Where is stuff allocated? */ /*-----------------------------------------------------------------*/ /* peepHole - matches & substitutes rules */ /*-----------------------------------------------------------------*/ void peepHole (lineNode ** pls) { lineNode *spl; peepRule *pr; lineNode *mtail = NULL; bool restart, replaced; #if !OPT_DISABLE_PIC || !OPT_DISABLE_PIC16 /* The PIC port uses a different peep hole optimizer based on "pCode" */ if (TARGET_IS_PIC || TARGET_IS_PIC16) return; #endif assert(labelHash == NULL); do { restart = FALSE; /* for all rules */ for (pr = rootRules; pr; pr = pr->next) { for (spl = *pls; spl; spl = replaced ? spl : spl->next) { replaced = FALSE; /* if inline assembler then no peep hole */ if (spl->isInline) continue; /* don't waste time starting a match on debug symbol ** or comment */ if (spl->isDebug || spl->isComment || *(spl->line)==';') continue; mtail = NULL; /* Tidy up any data stored in the hTab */ /* if it matches */ if (matchRule (spl, &mtail, pr, *pls)) { /* restart at the replaced line */ replaced = TRUE; /* then replace */ if (spl == *pls) { replaceRule (pls, mtail, pr); spl = *pls; } else replaceRule (&spl, mtail, pr); /* if restart rule type then start at the top again */ if (pr->restart) { restart = TRUE; } } if (pr->vars) { hTabDeleteAll (pr->vars); Safe_free (pr->vars); pr->vars = NULL; } freeTrace (&_G.values); } } } while (restart == TRUE); if (labelHash) { hTabDeleteAll (labelHash); freeTrace (&_G.labels); } labelHash = NULL; } /*-----------------------------------------------------------------*/ /* readFileIntoBuffer - reads a file into a string buffer */ /*-----------------------------------------------------------------*/ static char * readFileIntoBuffer (char *fname) { FILE *f; char *rs = NULL; int nch = 0; int ch; char lb[MAX_PATTERN_LEN]; if (!(f = fopen (fname, "r"))) { fprintf (stderr, "cannot open peep rule file\n"); return NULL; } while ((ch = fgetc (f)) != EOF) { lb[nch++] = ch; /* if we maxed out our local buffer */ if (nch >= (MAX_PATTERN_LEN - 2)) { lb[nch] = '\0'; /* copy it into allocated buffer */ if (rs) { rs = Safe_realloc (rs, strlen (rs) + strlen (lb) + 1); strncatz (rs, lb, strlen (rs) + strlen (lb) + 1); } else { rs = Safe_strdup (lb); } nch = 0; } } /* if some characters left over */ if (nch) { lb[nch] = '\0'; /* copy it into allocated buffer */ if (rs) { rs = Safe_realloc (rs, strlen (rs) + strlen (lb) + 1); strncatz (rs, lb, strlen (rs) + strlen (lb) + 1); } else { rs = Safe_strdup (lb); } } return rs; } /*-----------------------------------------------------------------*/ /* initPeepHole - initialises the peep hole optimizer stuff */ /*-----------------------------------------------------------------*/ void initPeepHole () { char *s; /* read in the default rules */ if (!options.nopeep) { readRules (port->peep.default_rules); } /* if we have any additional file read it too */ if (options.peep_file) { readRules (s = readFileIntoBuffer (options.peep_file)); setToNull ((void *) &s); /* override nopeep setting, default rules have not been read */ options.nopeep = 0; } #if !OPT_DISABLE_PIC /* Convert the peep rules into pcode. NOTE: this is only support in the PIC port (at the moment) */ if (TARGET_IS_PIC) peepRules2pCode(rootRules); #endif #if !OPT_DISABLE_PIC16 /* Convert the peep rules into pcode. NOTE: this is only support in the PIC port (at the moment) and the PIC16 port (VR 030601) */ if (TARGET_IS_PIC16) pic16_peepRules2pCode(rootRules); #endif } sdcc-2.9.0/src/SDCCpeeph.h000066400000000000000000000045631116427777700151670ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCpeeph.h - Header file for The peep hole optimizer: for interpreting the peep hole rules Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCPEEPH_H #define SDCCPEEPH_H 1 #define MAX_PATTERN_LEN 128 struct asmLineNode; /* defined in each port */ struct lineNode; typedef struct lineNode { char *line; iCode *ic; unsigned int isInline:1; unsigned int isComment:1; unsigned int isDebug:1; unsigned int isLabel:1; unsigned int visited:1; struct asmLineNode *aln; struct lineNode *prev; struct lineNode *next; } lineNode; typedef struct peepRule { lineNode *match; lineNode *replace; unsigned int restart:1; char *cond; hTab *vars; struct peepRule *next; } peepRule; typedef struct { char name[SDCC_NAME_MAX + 1]; int refCount; /* needed for deadMove: */ bool passedLabel; int jmpToCount; } labelHashEntry; bool isLabelDefinition (const char *line, const char **start, int *len, bool isPeepRule); extern hTab *labelHash; labelHashEntry *getLabelRef (const char *label, lineNode *head); void printLine (lineNode *, struct dbuf_s *); lineNode *newLineNode (const char *); lineNode *connectLine (lineNode *, lineNode *); void initPeepHole (void); void peepHole (lineNode **); #endif sdcc-2.9.0/src/SDCCptropt.c000066400000000000000000000302231116427777700154010ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCptropt.c - source file for pointer arithmetic Optimizations Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" /*-----------------------------------------------------------------------*/ /* findPointerGetSet - find the pointer get or set for a operand */ /*-----------------------------------------------------------------------*/ static iCode * findPointerGetSet (iCode * sic, operand * op) { iCode *ic = sic; for (; ic; ic = ic->next) { if ((POINTER_SET (ic) && isOperandEqual (op, IC_RESULT (ic))) || (POINTER_GET (ic) && isOperandEqual (op, IC_LEFT (ic)))) return ic; /* if we find any other usage or definition of op null */ if (IC_RESULT (ic) && isOperandEqual (IC_RESULT (ic), op)) return NULL; if (IC_RIGHT (ic) && isOperandEqual (IC_RIGHT (ic), op)) return NULL; if (IC_LEFT (ic) && isOperandEqual (IC_LEFT (ic), op)) return NULL; } return NULL; } static int pattern1 (iCode *sic) { /* this is what we do. look for sequences like iTempX := _SOME_POINTER_; iTempY := _SOME_POINTER_ + nn ; nn = sizeof (pointed to object) sic->next _SOME_POINTER_ := iTempY; sic->next->next either iTempZ := @[iTempX]; sic->next->next->next or *(iTempX) := ..something.. sic->next->next->next if we find this then transform this to iTempX := _SOME_POINTER_; either iTempZ := @[iTempX]; or *(iTempX) := ..something.. iTempY := _SOME_POINTER_ + nn ; nn = sizeof (pointed to object) _SOME_POINTER_ := iTempY; */ /* sounds simple enough so lets start , here I use -ve tests all the way to return if any test fails */ iCode *pgs, *sh, *st; if (!(sic->next && sic->next->next && sic->next->next->next)) return 0; if (sic->next->op != '+' && sic->next->op != '-') return 0; if (!(sic->next->next->op == '=' && !POINTER_SET (sic->next->next))) return 0; if (!isOperandEqual (IC_LEFT (sic->next), IC_RIGHT (sic)) || !IS_OP_LITERAL (IC_RIGHT (sic->next))) return 0; if (operandLitValue (IC_RIGHT (sic->next)) != getSize (operandType (IC_RIGHT (sic))->next)) return 0; if (!isOperandEqual (IC_RESULT (sic->next->next), IC_RIGHT (sic))) return 0; if (!isOperandEqual (IC_RESULT (sic->next), IC_RIGHT (sic->next->next))) return 0; if (!(pgs = findPointerGetSet (sic->next->next, IC_RESULT (sic)))) return 0; /* found the patter .. now do the transformation */ sh = sic->next; st = sic->next->next; /* take the two out of the chain */ sic->next = st->next; st->next->prev = sic; /* and put them after the pointer get/set icode */ if ((st->next = pgs->next)) st->next->prev = st; pgs->next = sh; sh->prev = pgs; return 1; } static int pattern2 (iCode *sic) { /* this is what we do. look for sequences like iTempX := _SOME_POINTER_; iTempY := _SOME_POINTER_ + nn ; nn = sizeof (pointed to object) sic->next iTempK := iTempY; sic->next->next _SOME_POINTER_ := iTempK; sic->next->next->next either iTempZ := @[iTempX]; sic->next->next->next->next or *(iTempX) := ..something.. sic->next->next->next->next if we find this then transform this to iTempX := _SOME_POINTER_; either iTempZ := @[iTempX]; or *(iTempX) := ..something.. iTempY := _SOME_POINTER_ + nn ; nn = sizeof (pointed to object) iTempK := iTempY; _SOME_POINTER_ := iTempK; */ /* sounds simple enough so lets start , here I use -ve tests all the way to return if any test fails */ iCode *pgs, *sh, *st; if (!(sic->next && sic->next->next && sic->next->next->next && sic->next->next->next->next)) return 0; /* yes I can OR them together and make one large if... but I have simple mind and like to keep things simple & readable */ if (!(sic->next->op == '+' || sic->next->op == '-')) return 0; if (!isOperandEqual(IC_RIGHT(sic),IC_LEFT(sic->next))) return 0; if (!IS_OP_LITERAL (IC_RIGHT (sic->next))) return 0; if (operandLitValue (IC_RIGHT (sic->next)) != getSize (operandType (IC_RIGHT (sic))->next)) return 0; if (!IS_ASSIGN_ICODE(sic->next->next)) return 0; if (!isOperandEqual(IC_RIGHT(sic->next->next),IC_RESULT(sic->next))) return 0; if (!IS_ASSIGN_ICODE(sic->next->next->next)) return 0; if (!isOperandEqual(IC_RIGHT(sic->next->next->next),IC_RESULT(sic->next->next))) return 0; if (!isOperandEqual(IC_RESULT(sic->next->next->next),IC_LEFT(sic->next))) return 0; if (!(pgs = findPointerGetSet (sic->next->next->next, IC_RESULT (sic)))) return 0; /* found the patter .. now do the transformation */ sh = sic->next; st = sic->next->next->next; /* take the three out of the chain */ sic->next = st->next; st->next->prev = sic; /* and put them after the pointer get/set icode */ if ((st->next = pgs->next)) st->next->prev = st; pgs->next = sh; sh->prev = pgs; return 1; } /*-----------------------------------------------------------------------*/ /* ptrPostIncDecOpts - will do some pointer post increment optimizations */ /* this will help register allocation amongst others */ /*-----------------------------------------------------------------------*/ void ptrPostIncDecOpt (iCode * sic) { if (pattern1(sic)) return ; pattern2(sic); } /*-----------------------------------------------------------------------*/ /* addPattern1 - transform addition to pointer of variables */ /*-----------------------------------------------------------------------*/ static int addPattern1(iCode *ic) { iCode *dic; operand *tmp; /* transform : iTempAA = iTempBB + iTempCC iTempDD = iTempAA + CONST to iTempAA = iTempBB + CONST iTempDD = iTempAA + iTempCC */ if (!isOperandLiteral(IC_RIGHT(ic))) return 0; if ((dic=findBackwardDef(IC_LEFT(ic),ic->prev)) == NULL) return 0; if (bitVectnBitsOn(OP_SYMBOL(IC_RESULT(dic))->uses) > 1) return 0; if (dic->op != '+') return 0; tmp = IC_RIGHT(ic); IC_RIGHT(ic) = IC_RIGHT(dic); IC_RIGHT(dic) = tmp; return 1; } /*-----------------------------------------------------------------------*/ /* ptrAddition - optimize pointer additions */ /*-----------------------------------------------------------------------*/ int ptrAddition (iCode *sic) { if (addPattern1(sic)) return 1; return 0; } /*--------------------------------------------------------------------*/ /* ptrBaseRematSym - find the base symbol of a remat. pointer */ /*--------------------------------------------------------------------*/ symbol * ptrBaseRematSym (symbol *ptrsym) { iCode * ric; if (!ptrsym->remat) return NULL; ric = ptrsym->rematiCode; while (ric) { if (ric->op == '+' || ric->op == '-') ric = OP_SYMBOL (IC_LEFT (ric))->rematiCode; else if (IS_CAST_ICODE (ric)) ric = OP_SYMBOL (IC_RIGHT (ric))->rematiCode; else break; } if (ric && IS_SYMOP (IC_LEFT (ric))) return OP_SYMBOL (IC_LEFT (ric)); else return NULL; } /*--------------------------------------------------------------------*/ /* ptrPseudoSymSafe - check to see if the conversion of the result of */ /* a pointerGet of a rematerializable pointer to a pseudo symbol is */ /* safe. Returns true if safe, or false if hazards were detected. */ /*--------------------------------------------------------------------*/ int ptrPseudoSymSafe (symbol *sym, iCode *dic) { symbol * ptrsym; symbol * basesym; iCode * ric; iCode * ic; int ptrsymDclType; //int isGlobal; assert(POINTER_GET (dic)); /* Can't if spills to this symbol are prohibited */ if (sym->noSpilLoc) return 0; /* Get the pointer */ if (!IS_SYMOP (IC_LEFT (dic))) return 0; ptrsym = OP_SYMBOL (IC_LEFT (dic)); /* Must be a rematerializable pointer */ if (!ptrsym->remat) return 0; /* The pointer type must be uncasted */ if (IS_CAST_ICODE (ptrsym->rematiCode)) return 0; /* The symbol's live range must not preceed its definition */ if (dic->seq > sym->liveFrom) return 0; /* Ok, this is a good candidate for a pseudo symbol. */ /* However, we must check for two hazards: */ /* 1) The symbol's live range must not include a CALL */ /* or PCALL iCode. */ /* 2) The symbol's live range must not include any */ /* writes to the variable the pointer rematerializes */ /* within (to avoid aliasing problems) */ /* Find the base symbol the rematerialization is based on */ ric = ptrsym->rematiCode; while (ric->op == '+' || ric->op == '-') ric = OP_SYMBOL (IC_LEFT (ric))->rematiCode; if (IS_CAST_ICODE(ric)) return 0; basesym = OP_SYMBOL (IC_LEFT (ric)); //isGlobal = !basesym->islocal && !basesym->ismyparm; ptrsymDclType = aggrToPtrDclType (ptrsym->type, FALSE); ic = dic->next; while (ic && ic->seq <= sym->liveTo) { if (!(SKIP_IC3 (ic) || ic->op == IFX)) { /* Check for hazard #1 */ if ((ic->op == CALL || ic->op == PCALL) /* && isGlobal */ ) { if (ic->seq <= sym->liveTo) return 0; } /* Check for hazard #2 */ else if (POINTER_SET (ic)) { symbol * ptrsym2 = OP_SYMBOL (IC_RESULT (ic)); if (ptrsym2->remat) { /* Must not be the same base symbol */ if (basesym == ptrBaseRematSym (ptrsym2)) return 0; } else { int ptrsym2DclType = aggrToPtrDclType (ptrsym2->type, FALSE); /* Pointer must have no memory space in common */ if (ptrsym2DclType == ptrsymDclType || ptrsym2DclType == GPOINTER || ptrsymDclType == GPOINTER) return 0; } } else if (IC_RESULT (ic)) { symbol * rsym = OP_SYMBOL (IC_RESULT (ic)); /* Make sure there is no conflict with another pseudo symbol */ if (rsym->psbase == basesym) return 0; if (rsym->isspilt && rsym->usl.spillLoc) rsym = rsym->usl.spillLoc; if (rsym->psbase == basesym) return 0; } } if (ic->seq == sym->liveTo) break; ic = ic->next; } /* If the live range went past the end of the defining basic */ /* block, then a full analysis is too complicated to attempt */ /* here. To be safe, we must assume the worst. */ if (!ic) return 0; /* Ok, looks safe */ return 1; } /*--------------------------------------------------------------------*/ /* ptrPseudoSymConvert - convert the result of a pointerGet to a */ /* pseudo symbol. The pointer must be rematerializable. */ /*--------------------------------------------------------------------*/ void ptrPseudoSymConvert (symbol *sym, iCode *dic, char *name) { symbol *psym = newSymbol (name, 1); psym->psbase = ptrBaseRematSym (OP_SYMBOL (IC_LEFT (dic))); psym->type = sym->type; psym->etype = psym->psbase->etype; strcpy (psym->rname, psym->name); sym->isspilt = 1; sym->usl.spillLoc = psym; #if 0 // an alternative fix for bug #480076 /* now this is a useless assignment to itself */ remiCodeFromeBBlock (ebbs, dic); #else /* now this really is an assignment to itself, make it so; it will be optimized out later */ dic->op='='; ReplaceOpWithCheaperOp(&IC_RIGHT(dic), IC_RESULT(dic)); IC_LEFT(dic)=NULL; #endif } sdcc-2.9.0/src/SDCCptropt.h000066400000000000000000000026441116427777700154140ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCptropt.h - header file for pointer arithmetic Optimizations Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCPTROPT_H #define SDCCPTROPT_H 1 void ptrPostIncDecOpt (iCode *); int ptrAddition (iCode *); symbol * ptrBaseRematSym (symbol *); int ptrPseudoSymSafe (symbol *, iCode *); void ptrPseudoSymConvert (symbol *, iCode *, char *); #endif sdcc-2.9.0/src/SDCCset.c000066400000000000000000000402071116427777700146470ustar00rootroot00000000000000/*----------------------------------------------------------------- SDCCset.c - contains support routines for sets Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include #include "newalloc.h" #include "SDCCset.h" /*-----------------------------------------------------------------*/ /* newSet - will allocate & return a new set entry */ /*-----------------------------------------------------------------*/ set * newSet (void) { set *lp; lp = Safe_alloc (sizeof (set)); lp->item = lp->curr = lp->next = NULL; return lp; } /*-----------------------------------------------------------------*/ /* setFromSet - creates a list from another list; the order of */ /* elements in new list is reverted */ /*-----------------------------------------------------------------*/ set * setFromSet (set * lp) { set *lfl = NULL; while (lp) { addSetHead (&lfl, lp->item); lp = lp->next; } return lfl; } /*-----------------------------------------------------------------*/ /* setFromSet - creates a list from another list; the order of */ /* elements in retained */ /*-----------------------------------------------------------------*/ set * setFromSetNonRev (set * lp) { set *lfl = NULL; while (lp) { addSet (&lfl, lp->item); lp = lp->next; } return lfl; } /*-----------------------------------------------------------------*/ /* isSetsEqual - are the lists equal, they are equal if they have */ /* the same objects & the same number of objects */ /*-----------------------------------------------------------------*/ int isSetsEqual (set * dest, set * src) { set *src1 = src; for (; dest && src; dest = dest->next, src = src->next) { if (!isinSet (src1, dest->item)) return 0; } if (!dest && !src) return 1; return 0; } /*-----------------------------------------------------------------*/ /* isSetsEqualWith - are the lists equal, they are equal if they */ /* have the same objects & the same number of */ /* objects , compare function */ /*-----------------------------------------------------------------*/ int isSetsEqualWith (set * dest, set * src, int (*cFunc) (void *, void *)) { set *src1 = src; for (; dest && src; dest = dest->next, src = src->next) { if (!isinSetWith (src1, dest->item, cFunc)) return 0; } if (!dest && !src) return 1; return 0; } /*-----------------------------------------------------------------*/ /* addSetIfnotP - adds to a linked list if not already present */ /*-----------------------------------------------------------------*/ void * addSetIfnotP (set ** list, void *item) { if (isinSet (*list, item)) return item; addSetHead (list, item); return item; } /*-----------------------------------------------------------------*/ /* addSetHead - add item to head of linked list */ /*-----------------------------------------------------------------*/ void * addSetHead (set ** list, void *item) { set *lp = newSet (); lp->item = item; lp->next = *list; assert (lp != lp->item); *list = lp; return item; } /*-----------------------------------------------------------------*/ /* addSet - add an item to a linear linked list */ /*-----------------------------------------------------------------*/ void * addSet (set ** list, void *item) { set *lp; /* item added to the tail of the list */ /* if the list is empty */ if (*list == NULL) { lp = *list = newSet (); } else { /* go to the end of the list */ for (lp = *list; lp->next; lp = lp->next); lp = lp->next = newSet (); } /* lp now all set */ lp->item = item; return item; } /*-----------------------------------------------------------------*/ /* deleteItemIf - will delete from set if cond function returns 1 */ /*-----------------------------------------------------------------*/ void deleteItemIf (set ** sset, int (*cond) (void *, va_list),...) { set *sp = *sset; va_list ap; while (sp) { /* * On the x86 va_list is just a pointer, so due to pass by value * ap is not mofified by the called function. On the PPC va_list * is a pointer to a structure, so ap is modified. Re-init each time. */ va_start (ap, cond); if ((*cond) (sp->item, ap)) { deleteSetItem (sset, sp->item); sp = *sset; continue; } va_end(ap); sp = sp->next; } } /*-----------------------------------------------------------------*/ /* deleteSetItem - will delete a given item from the list */ /*-----------------------------------------------------------------*/ void deleteSetItem (set ** list, void *item) { set *lp, *lp1; /* if list is empty */ if (*list == NULL) return; /* if this item is at the head of the list */ if ((*list)->item == item) { lp = *list; *list = (*list)->next; Safe_free (lp); return; } /* find the item in the list */ for (lp = *list; lp->next; lp = lp->next) { if (lp->next->item == item) { /* the next one is it */ lp1 = lp->next; /* this one will need to be freed */ lp->next = lp->next->next; /* take out of list */ Safe_free (lp1); return; } } /* could not find it */ } /*-----------------------------------------------------------------*/ /* isinSet - the item is present in the linked list */ /*-----------------------------------------------------------------*/ int isinSet (set * list, void *item) { set *lp; for (lp = list; lp; lp = lp->next) if (lp->item == item) return 1; return 0; } /*-----------------------------------------------------------------*/ /* isinSetWith - the item is present in the linked list */ /*-----------------------------------------------------------------*/ int isinSetWith (set * list, void *item, int (*cFunc) (void *, void *)) { set *lp; for (lp = list; lp; lp = lp->next) if ((*cFunc) (lp->item, item)) return 1; return 0; } /*-----------------------------------------------------------------*/ /* mergeSets - append list to sset */ /*-----------------------------------------------------------------*/ void mergeSets (set **sset, set *list) { if (*sset == NULL) { *sset = list; } else { set *lp; for (lp = *sset; lp->next; lp = lp->next) ; lp->next = list; } } /*-----------------------------------------------------------------*/ /* unionSets - will return the union of the two lists */ /*-----------------------------------------------------------------*/ set * unionSets (set * list1, set * list2, int throw) { set *un = NULL; set *lp; /* add all elements in the first list */ for (lp = list1; lp; lp = lp->next) addSet (&un, lp->item); /* now for all those in list2 which does not */ /* already exist in the list add */ for (lp = list2; lp; lp = lp->next) if (!isinSet (un, lp->item)) addSet (&un, lp->item); switch (throw) { case THROW_SRC: setToNull ((void *) &list2); break; case THROW_DEST: setToNull ((void *) &list1); break; case THROW_BOTH: setToNull ((void *) &list1); setToNull ((void *) &list2); } return un; } /*-----------------------------------------------------------------*/ /* unionSetsWith - will return the union of the two lists */ /*-----------------------------------------------------------------*/ set * unionSetsWith (set * list1, set * list2, int (*cFunc) (), int throw) { set *un = NULL; set *lp; /* add all elements in the first list */ for (lp = list1; lp; lp = lp->next) addSet (&un, lp->item); /* now for all those in list2 which does not */ /* already exist in the list add */ for (lp = list2; lp; lp = lp->next) if (!isinSetWith (un, lp->item, (int (*)(void *, void *)) cFunc)) addSet (&un, lp->item); switch (throw) { case THROW_SRC: setToNull ((void *) &list2); break; case THROW_DEST: setToNull ((void *) &list1); break; case THROW_BOTH: setToNull ((void *) &list1); setToNull ((void *) &list2); } return un; } /*-----------------------------------------------------------------*/ /* intersectSets - returns list of items in common to two lists */ /*-----------------------------------------------------------------*/ set * intersectSets (set * list1, set * list2, int throw) { set *in = NULL; set *lp; /* we can take any one of the lists and iterate over it */ for (lp = list1; lp; lp = lp->next) if (isinSet (list2, lp->item)) addSetHead (&in, lp->item); switch (throw) { case THROW_SRC: setToNull ((void *) &list2); break; case THROW_DEST: setToNull ((void *) &list1); break; case THROW_BOTH: setToNull ((void *) &list1); setToNull ((void *) &list2); } return in; } /*-----------------------------------------------------------------*/ /* intersectSetsWith - returns list of items in common to two */ /* lists */ /*-----------------------------------------------------------------*/ set * intersectSetsWith (set * list1, set * list2, int (*cFunc) (void *, void *), int throw) { set *in = NULL; set *lp; /* we can take any one of the lists and iterate over it */ for (lp = list1; lp; lp = lp->next) if (isinSetWith (list2, lp->item, cFunc)) addSetHead (&in, lp->item); switch (throw) { case THROW_SRC: setToNull ((void *) &list2); break; case THROW_DEST: setToNull ((void *) &list1); break; case THROW_BOTH: setToNull ((void *) &list1); setToNull ((void *) &list2); } return in; } /*-----------------------------------------------------------------*/ /* elementsInSet - elements count of a set */ /*-----------------------------------------------------------------*/ int elementsInSet (set * s) { set *loop = s; int count = 0; while (loop) { count++; loop = loop->next; } return count; } /*-----------------------------------------------------------------*/ /* indexSet - returns the i'th item in set */ /*-----------------------------------------------------------------*/ void * indexSet (set * s, int index) { set *loop=s; while(loop && index) { index--; loop = loop->next; } return (loop->item); } /*-----------------------------------------------------------------*/ /* reverseSet - reverse the order of the items of a set */ /*-----------------------------------------------------------------*/ set * reverseSet (set * s) { set *t = NULL; set *u = NULL; while(s->next) { t = s->next; s->next = u; u = s; s = t; } s->next = u; return s; } /*-----------------------------------------------------------------*/ /* subtractFromSet - take away from set1 elements of set2 */ /*-----------------------------------------------------------------*/ set * subtractFromSet (set * left, set * right, int throw) { set *result = setFromSet (left); set *loop; if (right) { for (loop = right; loop; loop = loop->next) if (isinSet (result, loop->item)) deleteSetItem (&result, loop->item); } switch (throw) { case THROW_SRC: setToNull ((void *) &right); break; case THROW_DEST: setToNull ((void *) &left); break; case THROW_BOTH: setToNull ((void *) &left); setToNull ((void *) &right); break; } return result; } /*-----------------------------------------------------------------*/ /* applyToSet - will call the supplied function with each item */ /*-----------------------------------------------------------------*/ int applyToSet (set * list, int (*somefunc) (void *, va_list),...) { set *lp; va_list ap; int rvalue = 0; for (lp = list; lp; lp = lp->next) { va_start (ap, somefunc); rvalue += (*somefunc) (lp->item, ap); va_end (ap); } return rvalue; } /*-----------------------------------------------------------------*/ /* applyToSetFTrue - will call the supplied function with each */ /* item until list is exhausted or a true is */ /* returned */ /*-----------------------------------------------------------------*/ int applyToSetFTrue (set * list, int (*somefunc) (void *, va_list),...) { set *lp; va_list ap; int rvalue = 0; for (lp = list; lp; lp = lp->next) { va_start (ap, somefunc); rvalue += (*somefunc) (lp->item, ap); va_end (ap); if (rvalue) break; } return rvalue; } /*-----------------------------------------------------------------*/ /* peekSet - will return the first element of the set */ /*-----------------------------------------------------------------*/ void * peekSet (set * sp) { if (!sp) return NULL; return sp->item; } /*-----------------------------------------------------------------*/ /* setFirstItem - gets the first item in the set, begins iteration */ /*-----------------------------------------------------------------*/ void * setFirstItem (set * sset) { if (sset) { sset->curr = sset; return sset->item; } return NULL; } /*-----------------------------------------------------------------*/ /* setNextItem - gets the next item, changes the iteration */ /*-----------------------------------------------------------------*/ void * setNextItem (set * sset) { if (sset && sset->curr) { sset->curr = sset->curr->next; if (sset->curr) return sset->curr->item; } return NULL; } /*-----------------------------------------------------------------*/ /* getSet - will delete & return the first item from the set */ /*-----------------------------------------------------------------*/ void * getSet (set ** list) { set *lp; void *item; /* if list is empty then we cannot delete */ if (*list == NULL) return (void *) NULL; /* find the item in the list */ lp = *list; item = lp->item; /* save the item */ *list = lp->next; return item; } /*-----------------------------------------------------------------*/ /* setToNull - will throw away the entire list */ /*-----------------------------------------------------------------*/ void setToNull (void **item) { if (!item) return; if (!*item) return; Safe_free (*item); *item = NULL; } /*-----------------------------------------------------------------*/ /* deleteSet - will throw away the entire list */ /* note - setToNull doesn't actually throw away the whole list. */ /* Instead it only throws away the first item. */ /*-----------------------------------------------------------------*/ void deleteSet (set **s) { set *curr; set *next; if(!s || !*s) return; curr = *s; next = curr->next; while (next) { Safe_free (curr); curr = next; next = next->next; } Safe_free (curr); *s = NULL; } sdcc-2.9.0/src/SDCCset.h000066400000000000000000000054011116427777700146510ustar00rootroot00000000000000/*----------------------------------------------------------------- SDCCset.h - contains support routines for sets . Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCSET_H #define SDCCSET_H #include #ifndef THROWS #define THROWS #define THROW_NONE 0 #define THROW_SRC 1 #define THROW_DEST 2 #define THROW_BOTH 3 #endif /* linear linked list generic */ typedef struct set { void *item; struct set *curr; struct set *next; } set; #define DEFSETFUNC(fname) int fname ( void *item, va_list ap) #define V_ARG(type,var) type var = va_arg(ap,type) /* set related functions */ set *newSet (void); void *addSet (set **, void *); void *addSetHead (set **, void *); void *getSet (set **); void deleteSetItem (set **, void *); void deleteItemIf (set **, int (*cond) (void *, va_list),...); int isinSet (set *, void *); typedef int (* insetwithFunc) (void *, void *); int isinSetWith (set *, void *, insetwithFunc cfunc); int applyToSet (set * list, int (*somefunc) (void *, va_list),...); int applyToSetFTrue (set * list, int (*somefunc) (void *, va_list),...); void mergeSets (set **sset, set *list); set *unionSets (set *, set *, int); set *unionSetsWith (set *, set *, int (*cFunc) (), int); set *intersectSets (set *, set *, int); void *addSetIfnotP (set **, void *); set *setFromSet (set *); set *setFromSetNonRev (set *); int isSetsEqual (set *, set *); set *subtractFromSet (set *, set *, int); int elementsInSet (set *); void *indexSet(set *, int); set *intersectSetsWith (set *, set *, int (*cFunc) (void *, void *), int); int isSetsEqualWith (set *, set *, int (*cFunc) (void *, void *)); void *peekSet (set *); void *setFirstItem (set *); void *setNextItem (set *); void setToNull (void **); set *reverseSet (set *); void deleteSet (set **s); #endif sdcc-2.9.0/src/SDCCsymt.c000066400000000000000000003337071116427777700150620ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCsymt.c - Code file for Symbols table related structures and MACRO's. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "newalloc.h" #include "dbuf_string.h" #include "SDCCsymt.h" value *aggregateToPointer (value *val); void printTypeChainRaw (sym_link * start, FILE * of); void printFromToType(sym_link *from, sym_link *to) { fprintf (stderr, "from type '"); printTypeChain (from, stderr); fprintf (stderr, "'\nto type '"); printTypeChain (to, stderr); fprintf (stderr, "'\n"); } /* noun strings */ char *nounName(sym_link *sl) { switch (SPEC_NOUN(sl)) { case V_INT: { if (SPEC_LONG(sl)) return "long"; if (SPEC_SHORT(sl)) return "short"; return "int"; } case V_FLOAT: return "float"; case V_FIXED16X16: return "fixed16x16"; case V_CHAR: return "char"; case V_VOID: return "void"; case V_STRUCT: return "struct"; case V_LABEL: return "label"; case V_BITFIELD: return "bitfield"; case V_BIT: return "bit"; case V_SBIT: return "sbit"; case V_DOUBLE: return "double"; } return "unknown"; }; bucket *SymbolTab[256]; /* the symbol table */ bucket *StructTab[256]; /* the structure table */ bucket *TypedefTab[256]; /* the typedef table */ bucket *LabelTab[256]; /* the Label table */ bucket *enumTab[256]; /* enumerated table */ /*------------------------------------------------------------------*/ /* initSymt () - initialises symbol table related stuff */ /*------------------------------------------------------------------*/ void initSymt () { int i = 0; for (i = 0; i < 256; i++) SymbolTab[i] = StructTab[i] = (void *) NULL; } /*-----------------------------------------------------------------*/ /* newBucket - allocates & returns a new bucket */ /*-----------------------------------------------------------------*/ bucket * newBucket () { bucket *bp; bp = Safe_alloc ( sizeof (bucket)); return bp; } /*-----------------------------------------------------------------*/ /* hashKey - computes the hashkey given a symbol name */ /*-----------------------------------------------------------------*/ int hashKey (const char *s) { unsigned long key = 0; while (*s) key += *s++; return key % 256; } /*-----------------------------------------------------------------*/ /* addSym - adds a symbol to the hash Table */ /*-----------------------------------------------------------------*/ void addSym (bucket ** stab, void *sym, char *sname, int level, int block, int checkType) { int i; /* index into the hash Table */ bucket *bp; /* temp bucket * */ if (checkType) { symbol *csym = (symbol *)sym; if (getenv("DEBUG_SANITY")) { fprintf (stderr, "addSym: %s ", sname); } /* make sure the type is complete and sane */ checkTypeSanity(csym->etype, csym->name); } /* prevent overflow of the (r)name buffers */ if (strlen(sname)>SDCC_SYMNAME_MAX) { werror (W_SYMBOL_NAME_TOO_LONG, SDCC_SYMNAME_MAX); sname[SDCC_SYMNAME_MAX]='\0'; } /* the symbols are always added at the head of the list */ i = hashKey (sname); /* get a free entry */ bp = Safe_alloc ( sizeof (bucket)); bp->sym = sym; /* update the symbol pointer */ bp->level = level; /* update the nest level */ bp->block = block; strncpyz (bp->name, sname, sizeof(bp->name)); /* copy the name into place */ /* if this is the first entry */ if (stab[i] == NULL) { bp->prev = bp->next = (void *) NULL; /* point to nothing */ stab[i] = bp; } /* not first entry then add @ head of list */ else { bp->prev = NULL; stab[i]->prev = bp; bp->next = stab[i]; stab[i] = bp; } } /*-----------------------------------------------------------------*/ /* deleteSym - deletes a symbol from the hash Table entry */ /*-----------------------------------------------------------------*/ void deleteSym (bucket ** stab, void *sym, char *sname) { int i = 0; bucket *bp; i = hashKey (sname); bp = stab[i]; /* find the symbol */ while (bp) { if (bp->sym == sym) /* found it then break out */ break; /* of the loop */ bp = bp->next; } if (!bp) /* did not find it */ return; /* if this is the first one in the chain */ if (!bp->prev) { stab[i] = bp->next; if (stab[i]) /* if chain ! empty */ stab[i]->prev = (void *) NULL; } /* middle || end of chain */ else { if (bp->next) /* if not end of chain */ bp->next->prev = bp->prev; bp->prev->next = bp->next; } } /*-----------------------------------------------------------------*/ /* findSym - finds a symbol in a table */ /*-----------------------------------------------------------------*/ void * findSym (bucket ** stab, void *sym, const char *sname) { bucket *bp; bp = stab[hashKey (sname)]; while (bp) { if (bp->sym == sym || strcmp (bp->name, sname) == 0) break; bp = bp->next; } return (bp ? bp->sym : (void *) NULL); } /*-----------------------------------------------------------------*/ /* findSymWithLevel - finds a symbol with a name & level */ /*-----------------------------------------------------------------*/ void * findSymWithLevel (bucket ** stab, symbol * sym) { bucket *bp; bp = stab[hashKey (sym->name)]; /** ** do the search from the head of the list since the ** elements are added at the head it is ensured that ** we will find the deeper definitions before we find ** the global ones. we need to check for symbols with ** level <= to the level given, if levels match then block ** numbers need to match as well **/ while (bp) { if (strcmp (bp->name, sym->name) == 0 && bp->level <= sym->level) { /* if this is parameter then nothing else need to be checked */ if (((symbol *) (bp->sym))->_isparm) return (bp->sym); /* if levels match then block numbers should also match */ if (bp->level && bp->level == sym->level && bp->block == sym->block) return (bp->sym); /* if levels don't match then we are okay */ if (bp->level && bp->level != sym->level && bp->block <= sym->block) return (bp->sym); /* if this is a global variable then we are ok too */ if (bp->level == 0) return (bp->sym); } bp = bp->next; } return (void *) NULL; } /*-----------------------------------------------------------------*/ /* findSymWithBlock - finds a symbol with name in with a block */ /*-----------------------------------------------------------------*/ void * findSymWithBlock (bucket ** stab, symbol * sym, int block) { bucket *bp; bp = stab[hashKey (sym->name)]; while (bp) { if (strcmp (bp->name, sym->name) == 0 && bp->block <= block) break; bp = bp->next; } return (bp ? bp->sym : (void *) NULL); } /*------------------------------------------------------------------*/ /* newSymbol () - returns a new pointer to a symbol */ /*------------------------------------------------------------------*/ symbol * newSymbol (char *name, int scope) { symbol *sym; sym = Safe_alloc ( sizeof (symbol)); strncpyz (sym->name, name, sizeof(sym->name)); /* copy the name */ sym->level = scope; /* set the level */ sym->block = currBlockno; sym->lineDef = lexLineno; /* set the line number */ sym->fileDef = lexFilename; return sym; } /*------------------------------------------------------------------*/ /* newLink - creates a new link (declarator,specifier) */ /*------------------------------------------------------------------*/ sym_link * newLink (SYM_LINK_CLASS select) { sym_link *p; p = Safe_alloc ( sizeof (sym_link)); p->class=select; return p; } /*------------------------------------------------------------------*/ /* newStruct - creats a new structdef from the free list */ /*------------------------------------------------------------------*/ structdef * newStruct (char *tag) { structdef *s; s = Safe_alloc ( sizeof (structdef)); strncpyz (s->tag, tag, sizeof(s->tag)); /* copy the tag */ return s; } /*------------------------------------------------------------------*/ /* sclsFromPtr - Return the storage class a pointer points into. */ /* S_FIXED is returned for generic pointers or other */ /* unexpected cases */ /*------------------------------------------------------------------*/ STORAGE_CLASS sclsFromPtr(sym_link *ptr) { switch (DCL_TYPE (ptr)) { case POINTER: return S_DATA; case GPOINTER: return S_FIXED; case FPOINTER: return S_XDATA; case CPOINTER: return S_CODE; case IPOINTER: return S_IDATA; case PPOINTER: return S_PDATA; case EEPPOINTER: return S_EEPROM; case FUNCTION: return S_CODE; default: return S_FIXED; } } /*------------------------------------------------------------------*/ /* pointerTypes - do the computation for the pointer types */ /*------------------------------------------------------------------*/ void pointerTypes (sym_link * ptr, sym_link * type) { if (IS_SPEC (ptr)) return; /* find the first pointer type */ while (ptr && !IS_PTR (ptr)) ptr = ptr->next; /* could not find it */ if (!ptr || IS_SPEC (ptr)) return; if (IS_PTR(ptr) && DCL_TYPE(ptr)!=UPOINTER) { pointerTypes (ptr->next, type); return; } /* change the pointer type depending on the storage class of the type */ if (IS_SPEC (type)) { switch (SPEC_SCLS (type)) { case S_XDATA: DCL_TYPE (ptr) = FPOINTER; break; case S_IDATA: DCL_TYPE (ptr) = IPOINTER; break; case S_PDATA: DCL_TYPE (ptr) = PPOINTER; break; case S_DATA: DCL_TYPE (ptr) = POINTER; break; case S_CODE: DCL_TYPE (ptr) = CPOINTER; break; case S_EEPROM: DCL_TYPE (ptr) = EEPPOINTER; break; default: DCL_TYPE (ptr) = port->unqualified_pointer; break; } /* the storage class of type ends here */ SPEC_SCLS (type) = 0; } /* now change all the remaining unknown pointers to generic pointers */ while (ptr) { if (!IS_SPEC (ptr) && DCL_TYPE (ptr) == UPOINTER) DCL_TYPE (ptr) = port->unqualified_pointer; ptr = ptr->next; } /* same for the type although it is highly unlikely that type will have a pointer */ while (type) { if (!IS_SPEC (type) && DCL_TYPE (type) == UPOINTER) DCL_TYPE (type) = port->unqualified_pointer; type = type->next; } } /*------------------------------------------------------------------*/ /* addDecl - adds a declarator @ the end of a chain */ /*------------------------------------------------------------------*/ void addDecl (symbol * sym, int type, sym_link * p) { static sym_link *empty = NULL; sym_link *head; sym_link *tail; sym_link *t; if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "SDCCsymt.c:addDecl(%s,%d,%p)\n", sym->name, type, p); if (empty == NULL) empty = newLink(SPECIFIER); /* if we are passed a link then set head & tail */ if (p) { tail = head = p; while (tail->next) tail = tail->next; } else { head = tail = newLink (DECLARATOR); DCL_TYPE (head) = type; } /* if this is the first entry */ if (!sym->type) { sym->type = head; sym->etype = tail; } else if (IS_SPEC (sym->etype) && IS_SPEC (head) && head == tail) { sym->etype = mergeSpec (sym->etype, head, sym->name); } else if (IS_SPEC (sym->etype) && !IS_SPEC (head) && head == tail) { t = sym->type; while (t->next != sym->etype) t = t->next; t->next = head; tail->next = sym->etype; } else if (IS_FUNC (sym->type) && IS_SPEC (sym->type->next) && !memcmp(sym->type->next, empty, sizeof(sym_link))) { sym->type->next = head; sym->etype = tail; } else { sym->etype->next = head; sym->etype = tail; } /* if the type is an unknown pointer and has a tspec then take the storage class const & volatile attribute from the tspec & make it those of this symbol */ if (p && !IS_SPEC (p) && //DCL_TYPE (p) == UPOINTER && DCL_TSPEC (p)) { if (!IS_SPEC (sym->etype)) { sym->etype = sym->etype->next = newLink (SPECIFIER); } SPEC_SCLS (sym->etype) = SPEC_SCLS (DCL_TSPEC (p)); DCL_TSPEC (p) = NULL; } // if there is a function in this type chain if (p && funcInChain(sym->type)) { processFuncArgs (sym); } return; } /*------------------------------------------------------------------ checkTypeSanity: prevent the user from doing e.g.: unsigned float uf; ------------------------------------------------------------------*/ void checkTypeSanity(sym_link *etype, char *name) { char *noun; if (!etype) { if (getenv("DEBUG_SANITY")) { fprintf (stderr, "sanity check skipped for %s (etype==0)\n", name); } return; } if (!IS_SPEC(etype)) { if (getenv("DEBUG_SANITY")) { fprintf (stderr, "sanity check skipped for %s (!IS_SPEC)\n", name); } return; } noun=nounName(etype); if (getenv("DEBUG_SANITY")) { fprintf (stderr, "checking sanity for %s %p\n", name, etype); } if ((SPEC_NOUN(etype)==V_CHAR || SPEC_NOUN(etype)==V_FLOAT || SPEC_NOUN(etype)==V_FIXED16X16 || SPEC_NOUN(etype)==V_DOUBLE || SPEC_NOUN(etype)==V_VOID) && (SPEC_SHORT(etype) || SPEC_LONG(etype))) { // long or short for char float double or void werror (E_LONG_OR_SHORT_INVALID, noun, name); } if ((SPEC_NOUN(etype)==V_FLOAT || SPEC_NOUN(etype)==V_FIXED16X16 || SPEC_NOUN(etype)==V_DOUBLE || SPEC_NOUN(etype)==V_VOID) && (etype->select.s.b_signed || SPEC_USIGN(etype))) { // signed or unsigned for float double or void werror (E_SIGNED_OR_UNSIGNED_INVALID, noun, name); } // special case for "short" if (SPEC_SHORT(etype)) { SPEC_NOUN(etype) = options.shortis8bits ? V_CHAR : V_INT; SPEC_SHORT(etype) = 0; } /* if no noun e.g. "const a;" or "data b;" or "signed s" or "long l" assume an int */ if (!SPEC_NOUN(etype)) { SPEC_NOUN(etype)=V_INT; } /* ISO/IEC 9899 J.3.9 implementation defined behaviour: */ /* a "plain" int bitfield is unsigned */ if (SPEC_NOUN(etype)==V_BIT || SPEC_NOUN(etype)==V_SBIT) { if (!etype->select.s.b_signed) SPEC_USIGN(etype) = 1; } if (etype->select.s.b_signed && SPEC_USIGN(etype)) { // signed AND unsigned werror (E_SIGNED_AND_UNSIGNED_INVALID, noun, name); } if (SPEC_SHORT(etype) && SPEC_LONG(etype)) { // short AND long werror (E_LONG_AND_SHORT_INVALID, noun, name); } } /*------------------------------------------------------------------*/ /* mergeSpec - merges two specifiers and returns the new one */ /*------------------------------------------------------------------*/ sym_link * mergeSpec (sym_link * dest, sym_link * src, char *name) { if (!IS_SPEC(dest) || !IS_SPEC(src)) { #if 0 werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "cannot merge declarator"); exit (1); #else werror (E_SYNTAX_ERROR, yytext); // the show must go on return newIntLink(); #endif } if (SPEC_NOUN(src)) { if (!SPEC_NOUN(dest)) { SPEC_NOUN(dest)=SPEC_NOUN(src); } else { /* we shouldn't redeclare the type */ if (getenv("DEBUG_SANITY")) { fprintf (stderr, "mergeSpec: "); } werror(E_TWO_OR_MORE_DATA_TYPES, name); } } if (SPEC_SCLS(src)) { /* if destination has no storage class */ if (!SPEC_SCLS (dest) || SPEC_SCLS(dest)==S_REGISTER) { SPEC_SCLS (dest) = SPEC_SCLS (src); } else { if (getenv("DEBUG_SANITY")) { fprintf (stderr, "mergeSpec: "); } werror(E_TWO_OR_MORE_STORAGE_CLASSES, name); } } /* copy all the specifications */ // we really should do: #if 0 if (SPEC_what(src)) { if (SPEC_what(dest)) { werror(W_DUPLICATE_SPEC, "what"); } SPEC_what(dst)|=SPEC_what(src); } #endif // but there are more important thing right now SPEC_LONG (dest) |= SPEC_LONG (src); SPEC_SHORT(dest) |= SPEC_SHORT(src); SPEC_USIGN (dest) |= SPEC_USIGN (src); dest->select.s.b_signed|=src->select.s.b_signed; SPEC_STAT (dest) |= SPEC_STAT (src); SPEC_EXTR (dest) |= SPEC_EXTR (src); SPEC_INLINE (dest) |= SPEC_INLINE (src); SPEC_CONST(dest) |= SPEC_CONST (src); SPEC_ABSA (dest) |= SPEC_ABSA (src); SPEC_VOLATILE (dest) |= SPEC_VOLATILE (src); SPEC_RESTRICT (dest) |= SPEC_RESTRICT (src); SPEC_ADDR (dest) |= SPEC_ADDR (src); SPEC_OCLS (dest) = SPEC_OCLS (src); SPEC_BLEN (dest) |= SPEC_BLEN (src); SPEC_BSTR (dest) |= SPEC_BSTR (src); SPEC_TYPEDEF (dest) |= SPEC_TYPEDEF (src); SPEC_ENUM (dest) |= SPEC_ENUM (src); if (SPEC_ARGREG(src) && !SPEC_ARGREG(dest)) SPEC_ARGREG(dest) = SPEC_ARGREG(src); if (IS_STRUCT (dest) && SPEC_STRUCT (dest) == NULL) SPEC_STRUCT (dest) = SPEC_STRUCT (src); /* these are the only function attributes that will be set in a specifier while parsing */ FUNC_NONBANKED(dest) |= FUNC_NONBANKED(src); FUNC_BANKED(dest) |= FUNC_BANKED(src); FUNC_ISCRITICAL(dest) |= FUNC_ISCRITICAL(src); FUNC_ISREENT(dest) |= FUNC_ISREENT(src); FUNC_ISNAKED(dest) |= FUNC_ISNAKED(src); FUNC_ISISR(dest) |= FUNC_ISISR(src); FUNC_ISJAVANATIVE(dest) |= FUNC_ISJAVANATIVE(src); FUNC_ISBUILTIN(dest) |= FUNC_ISBUILTIN(src); FUNC_ISOVERLAY(dest) |= FUNC_ISOVERLAY(src); FUNC_INTNO(dest) |= FUNC_INTNO(src); FUNC_REGBANK(dest) |= FUNC_REGBANK(src); FUNC_ISINLINE (dest) |= FUNC_ISINLINE (src); return dest; } /*-------------------------------------------------------------------*/ /* genSymName - generates and returns a name used for anonymous vars */ /*-------------------------------------------------------------------*/ char * genSymName (int level) { static int gCount = 0; static char gname[SDCC_NAME_MAX + 1]; SNPRINTF (gname, sizeof(gname), "__%04d%04d", level, gCount++); return gname; } /*------------------------------------------------------------------*/ /* getSpec - returns the specifier part from a declaration chain */ /*------------------------------------------------------------------*/ sym_link * getSpec (sym_link * p) { sym_link *loop; loop = p; while (p && !(IS_SPEC (p))) p = p->next; return p; } /*------------------------------------------------------------------*/ /* newCharLink() - creates an char type */ /*------------------------------------------------------------------*/ sym_link * newCharLink () { sym_link *p; p = newLink (SPECIFIER); SPEC_NOUN (p) = V_CHAR; return p; } /*------------------------------------------------------------------*/ /* newFloatLink - a new Float type */ /*------------------------------------------------------------------*/ sym_link * newFloatLink () { sym_link *p; p = newLink (SPECIFIER); SPEC_NOUN (p) = V_FLOAT; return p; } /*------------------------------------------------------------------*/ /* newFixed16x16Link - a new Float type */ /*------------------------------------------------------------------*/ sym_link * newFixed16x16Link () { sym_link *p; p = newLink (SPECIFIER); SPEC_NOUN (p) = V_FIXED16X16; return p; } /*------------------------------------------------------------------*/ /* newLongLink() - new long type */ /*------------------------------------------------------------------*/ sym_link * newLongLink () { sym_link *p; p = newLink (SPECIFIER); SPEC_NOUN (p) = V_INT; SPEC_LONG (p) = 1; return p; } /*------------------------------------------------------------------*/ /* newIntLink() - creates an int type */ /*------------------------------------------------------------------*/ sym_link * newIntLink () { sym_link *p; p = newLink (SPECIFIER); SPEC_NOUN (p) = V_INT; return p; } /*------------------------------------------------------------------*/ /* newBoolLink() - creates an bool type */ /*------------------------------------------------------------------*/ sym_link * newBoolLink () { sym_link *p; p = newLink (SPECIFIER); SPEC_NOUN (p) = V_BIT; return p; } /*------------------------------------------------------------------*/ /* getSize - returns size of a type chain in bytes */ /*------------------------------------------------------------------*/ unsigned int getSize (sym_link * p) { /* if nothing return 0 */ if (!p) return 0; if (IS_SPEC (p)) { /* if this is the specifier then */ switch (SPEC_NOUN (p)) { /* depending on the specifier type */ case V_INT: return (IS_LONG (p) ? LONGSIZE : INTSIZE); case V_FLOAT: return FLOATSIZE; case V_FIXED16X16: return (4); case V_CHAR: return CHARSIZE; case V_VOID: return 0; case V_STRUCT: return SPEC_STRUCT (p)->size; case V_LABEL: return 0; case V_SBIT: case V_BIT: return BITSIZE; case V_BITFIELD: return ((SPEC_BLEN (p) / 8) + (SPEC_BLEN (p) % 8 ? 1 : 0)); default: return 0; } } /* this is a declarator */ switch (DCL_TYPE (p)) { case ARRAY: if (DCL_ELEM(p)) { return DCL_ELEM (p) * getSize (p->next); } else { // werror (E_INTERNAL_ERROR, __FILE__, __LINE__, // "can not tell the size of an array[]"); return 0; } case IPOINTER: case PPOINTER: case POINTER: return (PTRSIZE); case EEPPOINTER: case FPOINTER: case CPOINTER: case FUNCTION: return (IFFUNC_BANKED (p) ? GPTRSIZE : FPTRSIZE); case GPOINTER: return (GPTRSIZE); default: return 0; } } /*------------------------------------------------------------------*/ /* checkStructFlexArray - check tree behind a struct */ /*------------------------------------------------------------------*/ static bool checkStructFlexArray (symbol *sym, sym_link *p) { /* if nothing return FALSE */ if (!p) return FALSE; if (IS_SPEC (p)) { /* (nested) struct with flexible array member? */ if (IS_STRUCT (p) && SPEC_STRUCT (p)->b_flexArrayMember) { werror (W_INVALID_FLEXARRAY); return FALSE; } return FALSE; } /* this is a declarator */ if (IS_ARRAY (p)) { /* flexible array member? */ if (!DCL_ELEM(p)) { if (!options.std_c99) werror (W_C89_NO_FLEXARRAY); return TRUE; } /* walk tree */ return checkStructFlexArray (sym, p->next); } return FALSE; } /*------------------------------------------------------------------*/ /* bitsForType - returns # of bits required to store this type */ /*------------------------------------------------------------------*/ unsigned int bitsForType (sym_link * p) { /* if nothing return 0 */ if (!p) return 0; if (IS_SPEC (p)) { /* if this is the specifier then */ switch (SPEC_NOUN (p)) { /* depending on the specifier type */ case V_INT: return (IS_LONG (p) ? LONGSIZE * 8 : INTSIZE * 8); case V_FLOAT: return FLOATSIZE * 8; case V_FIXED16X16: return (32); case V_CHAR: return CHARSIZE * 8; case V_VOID: return 0; case V_STRUCT: return SPEC_STRUCT (p)->size * 8; case V_LABEL: return 0; case V_SBIT: case V_BIT: return 1; case V_BITFIELD: return SPEC_BLEN (p); default: return 0; } } /* this is a specifier */ switch (DCL_TYPE (p)) { case ARRAY: return DCL_ELEM (p) * getSize (p->next) * 8; case IPOINTER: case PPOINTER: case POINTER: return (PTRSIZE * 8); case EEPPOINTER: case FPOINTER: case CPOINTER: case FUNCTION: return (FPTRSIZE * 8); case GPOINTER: return (GPTRSIZE * 8); default: return 0; } } /*------------------------------------------------------------------*/ /* copySymbolChain - copies a symbol chain */ /*------------------------------------------------------------------*/ symbol * copySymbolChain (symbol * src) { symbol *dest; if (!src) return NULL; dest = copySymbol (src); dest->next = copySymbolChain (src->next); return dest; } /*------------------------------------------------------------------*/ /* copySymbol - makes a copy of a symbol */ /*------------------------------------------------------------------*/ symbol * copySymbol (symbol * src) { symbol *dest; if (!src) return NULL; dest = newSymbol (src->name, src->level); memcpy (dest, src, sizeof (symbol)); dest->level = src->level; dest->block = src->block; dest->ival = copyIlist (src->ival); dest->type = copyLinkChain (src->type); dest->etype = getSpec (dest->type); dest->next = NULL; dest->key = src->key; dest->allocreq = src->allocreq; return dest; } /*------------------------------------------------------------------*/ /* reverseSyms - reverses the links for a symbol chain */ /*------------------------------------------------------------------*/ symbol * reverseSyms (symbol * sym) { symbol *prev, *curr, *next; if (!sym) return NULL; prev = sym; curr = sym->next; while (curr) { next = curr->next; curr->next = prev; prev = curr; curr = next; } sym->next = (void *) NULL; return prev; } /*------------------------------------------------------------------*/ /* reverseLink - reverses the links for a type chain */ /*------------------------------------------------------------------*/ sym_link * reverseLink (sym_link * type) { sym_link *prev, *curr, *next; if (!type) return NULL; prev = type; curr = type->next; while (curr) { next = curr->next; curr->next = prev; prev = curr; curr = next; } type->next = (void *) NULL; return prev; } /*------------------------------------------------------------------*/ /* addSymChain - adds a symbol chain to the symboltable */ /*------------------------------------------------------------------*/ void addSymChain (symbol ** symHead) { symbol *sym = *symHead; symbol *csym = NULL; symbol **symPtrPtr; int error = 0; for (; sym != NULL; sym = sym->next) { changePointer(sym->type); checkTypeSanity(sym->etype, sym->name); if (!sym->level && !(IS_SPEC(sym->etype) && IS_TYPEDEF(sym->etype))) checkDecl (sym, 0); else { /* if this is an array without any dimension then update the dimension from the initial value */ if (IS_ARRAY (sym->type) && !DCL_ELEM (sym->type)) DCL_ELEM (sym->type) = getNelements (sym->type, sym->ival); } /* if already exists in the symbol table on the same level */ if ((csym = findSymWithLevel (SymbolTab, sym)) && csym->level == sym->level) { /* if not formal parameter and not in file scope then show symbol redefined error else check if symbols have compatible types */ if (!sym->_isparm && sym->level > 0) error = 1; else { /* If the previous definition was for an array with incomplete type, and the new definition has completed the type, update the original type to match */ if (IS_DECL(csym->type) && DCL_TYPE(csym->type)==ARRAY && IS_DECL(sym->type) && DCL_TYPE(sym->type)==ARRAY) { if (!DCL_ELEM(csym->type) && DCL_ELEM(sym->type)) DCL_ELEM(csym->type) = DCL_ELEM(sym->type); } #if 0 /* If only one of the definitions used the "at" keyword, copy */ /* the address to the other. */ if (IS_SPEC(csym->etype) && SPEC_ABSA(csym->etype) && IS_SPEC(sym->etype) && !SPEC_ABSA(sym->etype)) { SPEC_ABSA (sym->etype) = 1; SPEC_ADDR (sym->etype) = SPEC_ADDR (csym->etype); } if (IS_SPEC(csym->etype) && !SPEC_ABSA(csym->etype) && IS_SPEC(sym->etype) && SPEC_ABSA(sym->etype)) { SPEC_ABSA (csym->etype) = 1; SPEC_ADDR (csym->etype) = SPEC_ADDR (sym->etype); } #endif error = 0; if (csym->ival && sym->ival) error = 1; if (compareTypeExact (csym->type, sym->type, sym->level) != 1) error = 1; } if (error) { /* one definition extern ? */ if (IS_EXTERN (csym->etype) || IS_EXTERN (sym->etype)) werror (E_EXTERN_MISMATCH, sym->name); else werror (E_DUPLICATE, sym->name); werrorfl (csym->fileDef, csym->lineDef, E_PREVIOUS_DEF); #if 0 fprintf (stderr, "from type '"); printTypeChain (csym->type, stderr); if (IS_SPEC (csym->etype) && SPEC_ABSA (csym->etype)) fprintf(stderr, " at 0x%x", SPEC_ADDR (csym->etype)); fprintf (stderr, "'\nto type '"); printTypeChain (sym->type, stderr); if (IS_SPEC (sym->etype) && SPEC_ABSA (sym->etype)) fprintf(stderr, " at 0x%x", SPEC_ADDR (sym->etype)); fprintf (stderr, "'\n"); #endif continue; } if (csym->ival && !sym->ival) sym->ival = csym->ival; if (!csym->cdef && !sym->cdef && IS_EXTERN (sym->etype)) { /* if none of symbols is a compiler defined function and at least one is not extern then set the new symbol to non extern */ SPEC_EXTR(sym->etype) = SPEC_EXTR(csym->etype); } /* delete current entry */ deleteSym (SymbolTab, csym, csym->name); deleteFromSeg(csym); symPtrPtr = symHead; while (*symPtrPtr && *symPtrPtr != csym) symPtrPtr = &(*symPtrPtr)->next; if (*symPtrPtr == csym) *symPtrPtr = csym->next; } /* add new entry */ addSym (SymbolTab, sym, sym->name, sym->level, sym->block, 1); } } /*------------------------------------------------------------------*/ /* funcInChain - DCL Type 'FUNCTION' found in type chain */ /*------------------------------------------------------------------*/ int funcInChain (sym_link * lnk) { while (lnk) { if (IS_FUNC (lnk)) return 1; lnk = lnk->next; } return 0; } /*------------------------------------------------------------------*/ /* structElemType - returns the type info of a struct member */ /*------------------------------------------------------------------*/ sym_link * structElemType (sym_link * stype, value * id) { symbol *fields = (SPEC_STRUCT (stype) ? SPEC_STRUCT (stype)->fields : NULL); sym_link *type, *etype; sym_link *petype = getSpec (stype); if (fields && id) { /* look for the id */ while (fields) { if (strcmp (fields->rname, id->name) == 0) { type = copyLinkChain (fields->type); etype = getSpec (type); SPEC_SCLS (etype) = (SPEC_SCLS (petype) == S_REGISTER ? SPEC_SCLS (etype) : SPEC_SCLS (petype)); SPEC_OCLS (etype) = (SPEC_SCLS (petype) == S_REGISTER ? SPEC_OCLS (etype) : SPEC_OCLS (petype)); if (IS_SPEC (type)) SPEC_CONST (type) |= SPEC_CONST (stype); else DCL_PTR_CONST (type) |= SPEC_CONST (stype); return type; } fields = fields->next; } } werror (E_NOT_MEMBER, id->name); // the show must go on return newIntLink(); } /*------------------------------------------------------------------*/ /* getStructElement - returns element of a tructure definition */ /*------------------------------------------------------------------*/ symbol * getStructElement (structdef * sdef, symbol * sym) { symbol *field; for (field = sdef->fields; field; field = field->next) if (strcmp (field->name, sym->name) == 0) return field; werror (E_NOT_MEMBER, sym->name); return sdef->fields; } /*------------------------------------------------------------------*/ /* compStructSize - computes the size of a structure */ /*------------------------------------------------------------------*/ int compStructSize (int su, structdef * sdef) { int sum = 0, usum = 0; int bitOffset = 0; symbol *loop; /* for the identifiers */ loop = sdef->fields; while (loop) { /* create the internal name for this variable */ SNPRINTF (loop->rname, sizeof(loop->rname), "_%s", loop->name); if (su == UNION) { sum = 0; bitOffset = 0; } SPEC_VOLATILE (loop->etype) |= (su == UNION ? 1 : 0); /* if this is a bit field */ if (loop->bitVar) { SPEC_BUNNAMED (loop->etype) = loop->bitUnnamed; /* change it to a unsigned bit */ SPEC_NOUN (loop->etype) = V_BITFIELD; /* ISO/IEC 9899 J.3.9 implementation defined behaviour: */ /* a "plain" int bitfield is unsigned */ if (!loop->etype->select.s.b_signed) SPEC_USIGN(loop->etype) = 1; if (loop->bitVar == BITVAR_PAD) { /* A zero length bitfield forces padding */ SPEC_BLEN (loop->etype) = 0; SPEC_BSTR (loop->etype) = bitOffset; if (bitOffset > 0) bitOffset = 8; /* padding is not needed when at bit 0 */ loop->offset = sum; } else { SPEC_BLEN (loop->etype) = loop->bitVar; if (bitOffset == 8) { bitOffset = 0; sum++; } /* check if this fit into the remaining */ /* bits of this byte else align it to the */ /* next byte boundary */ if (loop->bitVar <= (8 - bitOffset)) { /* fits into current byte */ loop->offset = sum; SPEC_BSTR (loop->etype) = bitOffset; bitOffset += loop->bitVar; } else if (!bitOffset) { /* does not fit, but is already byte aligned */ loop->offset = sum; SPEC_BSTR (loop->etype) = bitOffset; bitOffset += loop->bitVar; } else { if( TARGET_IS_PIC16 && getenv("PIC16_PACKED_BITFIELDS") ) { /* if PIC16 && enviroment variable is set, then * tightly pack bitfields, this means that when a * bitfield goes beyond byte alignment, do not * automatically start allocatint from next byte, * but also use the available bits first */ fprintf(stderr, ": packing bitfields in structures\n"); SPEC_BSTR (loop->etype) = bitOffset; bitOffset += loop->bitVar; loop->offset = (su == UNION ? sum = 0 : sum); } else { /* does not fit; need to realign first */ sum++; loop->offset = (su == UNION ? sum = 0 : sum); bitOffset = 0; SPEC_BSTR (loop->etype) = bitOffset; bitOffset += loop->bitVar; } } while (bitOffset>8) { bitOffset -= 8; sum++; } } } else { /* This is a non-bit field. Make sure we are */ /* byte aligned first */ if (bitOffset) { sum++; loop->offset = (su == UNION ? sum = 0 : sum); bitOffset = 0; } loop->offset = sum; checkDecl (loop, 1); sum += getSize (loop->type); /* search for "flexibel array members" */ /* and do some syntax checks */ if ( su == STRUCT && checkStructFlexArray (loop, loop->type)) { /* found a "flexible array member" */ sdef->b_flexArrayMember = TRUE; /* is another struct-member following? */ if (loop->next) werror (E_FLEXARRAY_NOTATEND); /* is it the first struct-member? */ else if (loop == sdef->fields) werror (E_FLEXARRAY_INEMPTYSTRCT); } } loop = loop->next; /* if union then size = sizeof largest field */ if (su == UNION) { /* For UNION, round up after each field */ sum += ((bitOffset+7)/8); usum = max (usum, sum); } } /* For STRUCT, round up after all fields processed */ if (su != UNION) sum += ((bitOffset+7)/8); return (su == UNION ? usum : sum); } /*-------------------------------------------------------------------*/ /* promoteAnonStructs - promote anonymous struct/union's fields into */ /* an enclosing struct/union */ /*-------------------------------------------------------------------*/ void promoteAnonStructs (int su, structdef * sdef) { symbol *field; symbol *subfield; symbol **tofield; symbol *nextfield; symbol *dupfield; int base; tofield = &sdef->fields; field = sdef->fields; while (field) { nextfield = field->next; if (!*field->name && IS_STRUCT (field->type)) { /* Found an anonymous struct/union. Replace it */ /* with the fields it contains and adjust all */ /* the offsets */ base = field->offset; subfield = copySymbolChain (SPEC_STRUCT (field->type)->fields); if (!subfield) continue; /* just in case it's empty */ *tofield = subfield; for (;;) { /* check for field name conflicts resulting from promotion */ dupfield = sdef->fields; while (dupfield && dupfield != subfield) { if (*subfield->name && !strcmp (dupfield->name, subfield->name)) { werrorfl (subfield->fileDef, subfield->lineDef, E_DUPLICATE_MEMBER, su==STRUCT ? "struct" : "union", subfield->name); werrorfl (dupfield->fileDef, dupfield->lineDef, E_PREVIOUS_DEF); } dupfield = dupfield->next; } subfield->offset += base; if (subfield->next) subfield = subfield->next; else break; } subfield->next = nextfield; tofield = &subfield->next; } else tofield = &field->next; field = nextfield; } } /*------------------------------------------------------------------*/ /* checkSClass - check the storage class specification */ /*------------------------------------------------------------------*/ static void checkSClass (symbol * sym, int isProto) { sym_link *t; if (getenv("DEBUG_SANITY")) { fprintf (stderr, "checkSClass: %s \n", sym->name); } /* type is literal can happen for enums change to auto */ if (SPEC_SCLS (sym->etype) == S_LITERAL && !SPEC_ENUM (sym->etype)) SPEC_SCLS (sym->etype) = S_AUTO; /* if sfr or sbit then must also be volatile */ if (SPEC_SCLS (sym->etype) == S_SBIT || SPEC_SCLS (sym->etype) == S_SFR) { SPEC_VOLATILE (sym->etype) = 1; } /* make sure restrict is only used with pointers */ if (SPEC_RESTRICT (sym->etype)) { werrorfl (sym->fileDef, sym->lineDef, E_BAD_RESTRICT); SPEC_RESTRICT (sym->etype) = 0; } t = sym->type; while (t) { if (IS_DECL (t) && DCL_PTR_RESTRICT (t) && !IS_PTR (t)) { werrorfl (sym->fileDef, sym->lineDef, E_BAD_RESTRICT); DCL_PTR_RESTRICT (t) = 0; break; } t = t->next; } /* if absolute address given then it mark it as volatile -- except in the PIC port */ #if !OPT_DISABLE_PIC || !OPT_DISABLE_PIC16 /* The PIC port uses a different peep hole optimizer based on "pCode" */ if (!TARGET_IS_PIC && !TARGET_IS_PIC16) #endif if (IS_ABSOLUTE (sym->etype)) SPEC_VOLATILE (sym->etype) = 1; if (TARGET_IS_MCS51 && IS_ABSOLUTE (sym->etype) && SPEC_SCLS (sym->etype) == S_SFR) { int n, size; unsigned addr; if (SPEC_NOUN (sym->etype) == V_CHAR) size = 8; else if (SPEC_LONG (sym->etype) == 0) size = 16; else size = 32; addr = SPEC_ADDR (sym->etype); for (n=0; n> n) & 0xFF) < 0x80) werror (W_SFR_ABSRANGE, sym->name); } /* If code memory is read only, then pointers to code memory */ /* implicitly point to constants -- make this explicit */ t = sym->type; while (t && t->next) { if (IS_CODEPTR(t) && port->mem.code_ro) { if (IS_SPEC(t->next)) { SPEC_CONST (t->next) = 1; } else { DCL_PTR_CONST (t->next) = 1; } } t = t->next; } /* global variables declared const put into code */ /* if no other storage class specified */ if (sym->level == 0 && SPEC_SCLS(sym->etype) == S_FIXED && !IS_FUNC(sym->type)) { /* find the first non-array link */ t = sym->type; while (IS_ARRAY(t)) t = t->next; if (IS_CONSTANT (t)) { SPEC_SCLS (sym->etype) = S_CODE; } } /* global variable in code space is a constant */ if (sym->level == 0 && SPEC_SCLS (sym->etype) == S_CODE && port->mem.code_ro) { /* find the first non-array link */ t = sym->type; while (IS_ARRAY(t)) t = t->next; if (IS_SPEC(t)) { SPEC_CONST (t) = 1; } else { DCL_PTR_CONST (t) = 1; } } /* if bit variable then no storage class can be */ /* specified since bit is already a storage */ if (IS_BITVAR (sym->etype) && (SPEC_SCLS (sym->etype) != S_FIXED && SPEC_SCLS (sym->etype) != S_SBIT && SPEC_SCLS (sym->etype) != S_BIT) ) { werror (E_BITVAR_STORAGE, sym->name); SPEC_SCLS (sym->etype) = S_FIXED; } /* extern variables cannot be initialized */ if (IS_EXTERN (sym->etype) && sym->ival) { werror (E_EXTERN_INIT, sym->name); sym->ival = NULL; } /* if this is an automatic symbol */ if (sym->level && (options.stackAuto || reentrant)) { if (SPEC_SCLS (sym->etype) != S_BIT) { if ((SPEC_SCLS (sym->etype) == S_AUTO || SPEC_SCLS (sym->etype) == S_FIXED || SPEC_SCLS (sym->etype) == S_REGISTER || SPEC_SCLS (sym->etype) == S_STACK || SPEC_SCLS (sym->etype) == S_XSTACK)) { SPEC_SCLS (sym->etype) = S_AUTO; } else { /* storage class may only be specified for statics */ if (!IS_STATIC(sym->etype)) { werror (E_AUTO_ASSUMED, sym->name); } } } } /* automatic symbols cannot be given */ /* an absolute address ignore it */ if (sym->level && !IS_STATIC(sym->etype) && SPEC_ABSA (sym->etype) && (options.stackAuto || reentrant)) { werror (E_AUTO_ABSA, sym->name); SPEC_ABSA (sym->etype) = 0; } /* arrays & pointers cannot be defined for bits */ /* SBITS or SFRs or BIT */ if ((IS_ARRAY (sym->type) || IS_PTR (sym->type)) && !IS_FUNCPTR (sym->type) && (SPEC_NOUN (sym->etype) == V_BIT || SPEC_NOUN (sym->etype) == V_SBIT || SPEC_NOUN (sym->etype) == V_BITFIELD || SPEC_SCLS (sym->etype) == S_SFR)) werror (E_BIT_ARRAY, sym->name); /* if this is a bit|sbit then set length & start */ if (SPEC_NOUN (sym->etype) == V_BIT || SPEC_NOUN (sym->etype) == V_SBIT) { SPEC_BLEN (sym->etype) = 1; SPEC_BSTR (sym->etype) = 0; } if (!isProto) { /* variables declared in CODE space must have */ /* initializers if not an extern */ if (SPEC_SCLS (sym->etype) == S_CODE && sym->ival == NULL && !sym->_isparm && //!sym->level && port->mem.code_ro && !IS_EXTERN (sym->etype) && !SPEC_ABSA (sym->etype) && !funcInChain (sym->type)) werror (E_CODE_NO_INIT, sym->name); } /* if parameter or local variable then change */ /* the storage class to reflect where the var will go */ if (sym->level && SPEC_SCLS (sym->etype) == S_FIXED && !IS_STATIC(sym->etype) ) { if (options.stackAuto || (currFunc && IFFUNC_ISREENT (currFunc->type))) { SPEC_SCLS (sym->etype) = (options.useXstack ? S_XSTACK : S_STACK); } else { /* hack-o-matic! I see no reason why the useXstack option should ever * control this allocation, but the code was originally that way, and * changing it for non-390 ports breaks the compiler badly. */ bool useXdata = (TARGET_IS_DS390 || TARGET_IS_DS400) ? 1 : options.useXstack; SPEC_SCLS (sym->etype) = (useXdata ? S_XDATA : S_FIXED); } } } /*------------------------------------------------------------------*/ /* changePointer - change pointer to functions */ /*------------------------------------------------------------------*/ void changePointer (sym_link * p) { /* go thru the chain of declarations */ /* if we find a pointer to a function */ /* change it to a ptr to code area */ /* unless the function is banked. */ for (; p; p = p->next) { if (!IS_SPEC (p) && DCL_TYPE (p) == UPOINTER) DCL_TYPE (p) = port->unqualified_pointer; if (IS_PTR (p) && IS_FUNC (p->next)) if (!IFFUNC_BANKED(p->next)) DCL_TYPE (p) = CPOINTER; } } /*------------------------------------------------------------------*/ /* checkDecl - does semantic validation of a declaration */ /*------------------------------------------------------------------*/ int checkDecl (symbol * sym, int isProto) { checkSClass (sym, isProto); /* check the storage class */ changePointer (sym->type); /* change pointers if required */ /* if this is an array without any dimension then update the dimension from the initial value */ if (IS_ARRAY (sym->type) && !DCL_ELEM (sym->type)) DCL_ELEM (sym->type) = getNelements (sym->type, sym->ival); return 0; } /*------------------------------------------------------------------*/ /* copyLinkChain - makes a copy of the link chain & rets ptr 2 head */ /*------------------------------------------------------------------*/ sym_link * copyLinkChain (sym_link * p) { sym_link *head, *curr, *loop; /* note: v_struct and v_struct->fields are not copied! */ curr = p; head = loop = (curr ? newLink (p->class) : (void *) NULL); while (curr) { memcpy (loop, curr, sizeof (sym_link)); /* copy it */ loop->next = (curr->next ? newLink (curr->next->class) : (void *) NULL); loop = loop->next; curr = curr->next; } return head; } /*------------------------------------------------------------------*/ /* cleanUpBlock - cleansup the symbol table specified for all the */ /* symbols in the given block */ /*------------------------------------------------------------------*/ void cleanUpBlock (bucket ** table, int block) { int i; bucket *chain; /* go thru the entire table */ for (i = 0; i < 256; i++) { for (chain = table[i]; chain; chain = chain->next) { if (chain->block >= block) { deleteSym (table, chain->sym, chain->name); } } } } /*------------------------------------------------------------------*/ /* cleanUpLevel - cleansup the symbol table specified for all the */ /* symbols in the given level */ /*------------------------------------------------------------------*/ void cleanUpLevel (bucket ** table, int level) { int i; bucket *chain; /* go thru the entire table */ for (i = 0; i < 256; i++) { for (chain = table[i]; chain; chain = chain->next) { if (chain->level >= level) { deleteSym (table, chain->sym, chain->name); } } } } /*------------------------------------------------------------------*/ /* computeTypeOr - computes the resultant type from two types */ /*------------------------------------------------------------------*/ static sym_link * computeTypeOr (sym_link * etype1, sym_link * etype2, sym_link * reType) { /* sanity check */ assert ( (IS_CHAR (etype1) || IS_BIT (etype1)) && (IS_CHAR (etype2) || IS_BIT (etype2))); if (SPEC_USIGN (etype1) == SPEC_USIGN (etype2)) { SPEC_USIGN (reType) = SPEC_USIGN (etype1); return reType; } if (SPEC_USIGN (etype1)) { if ( IS_LITERAL (etype2) && floatFromVal (valFromType (etype2)) >= 0) SPEC_USIGN (reType) = 1; else { /* promote to int */ SPEC_USIGN (reType) = 0; SPEC_NOUN (reType) = V_INT; } } else /* etype1 signed */ { if ( IS_LITERAL (etype2) && floatFromVal (valFromType (etype2)) <= 127) SPEC_USIGN (reType) = 0; else { /* promote to int */ SPEC_USIGN (reType) = 0; SPEC_NOUN (reType) = V_INT; } } if (SPEC_USIGN (etype2)) { if ( IS_LITERAL (etype1) && floatFromVal (valFromType (etype1)) >= 0) SPEC_USIGN (reType) = 1; else { /* promote to int */ SPEC_USIGN (reType) = 0; SPEC_NOUN (reType) = V_INT; } } else /* etype2 signed */ { if ( IS_LITERAL (etype1) && floatFromVal (valFromType (etype1)) <= 127) SPEC_USIGN (reType) = 0; else { /* promote to int */ SPEC_USIGN (reType) = 0; SPEC_NOUN (reType) = V_INT; } } return reType; } /*------------------------------------------------------------------*/ /* computeType - computes the resultant type from two types */ /*------------------------------------------------------------------*/ sym_link * computeType (sym_link * type1, sym_link * type2, RESULT_TYPE resultType, int op) { sym_link *rType; sym_link *reType; sym_link *etype1 = getSpec (type1); sym_link *etype2; etype2 = type2 ? getSpec (type2) : type1; /* if one of them is a float then result is a float */ /* here we assume that the types passed are okay */ /* and can be cast to one another */ /* which ever is greater in size */ if (IS_FLOAT (etype1) || IS_FLOAT (etype2)) rType = newFloatLink (); /* if both are fixed16x16 then result is float */ else if (IS_FIXED16X16(etype1) && IS_FIXED16X16(etype2)) rType = newFixed16x16Link(); else if (IS_FIXED16X16(etype1) && IS_FLOAT (etype2)) rType = newFloatLink (); else if (IS_FLOAT (etype1) && IS_FIXED16X16 (etype2) ) rType = newFloatLink (); /* if both are bitvars choose the larger one */ else if (IS_BITVAR (etype1) && IS_BITVAR (etype2)) rType = SPEC_BLEN (etype1) >= SPEC_BLEN (etype2) ? copyLinkChain (type1) : copyLinkChain (type2); /* if only one of them is a bit variable then the other one prevails */ else if (IS_BITVAR (etype1) && !IS_BITVAR (etype2)) { rType = copyLinkChain (type2); /* bitfield can have up to 16 bits */ if (getSize (etype1) > 1) SPEC_NOUN (getSpec (rType)) = V_INT; } else if (IS_BITVAR (etype2) && !IS_BITVAR (etype1)) { rType = copyLinkChain (type1); /* bitfield can have up to 16 bits */ if (getSize (etype2) > 1) SPEC_NOUN (getSpec (rType)) = V_INT; } /* if one of them is a pointer or array then that prevails */ else if (IS_PTR (type1) || IS_ARRAY (type1)) rType = copyLinkChain (type1); else if (IS_PTR (type2) || IS_ARRAY (type2)) rType = copyLinkChain (type2); else if (getSize (type1) > getSize (type2)) rType = copyLinkChain (type1); else rType = copyLinkChain (type2); reType = getSpec (rType); /* avoid conflicting types */ reType->select.s.b_signed = 0; /* if result is a literal then make not so */ if (IS_LITERAL (reType)) SPEC_SCLS (reType) = S_REGISTER; switch (resultType) { case RESULT_TYPE_IFX: if (TARGET_IS_HC08) break; //fallthrough case RESULT_TYPE_BIT: if (op == ':') { SPEC_NOUN (reType) = V_BIT; return rType; } break; case RESULT_TYPE_CHAR: if (IS_BITVAR (reType)) { SPEC_NOUN (reType) = V_CHAR; SPEC_SCLS (reType) = 0; SPEC_USIGN (reType) = 0; return rType; } break; case RESULT_TYPE_INT: case RESULT_TYPE_NONE: case RESULT_TYPE_OTHER: if (IS_BIT (reType)) { SPEC_NOUN (reType) = V_CHAR; SPEC_SCLS (reType) = 0; SPEC_USIGN (reType) = 0; return rType; } else if (IS_BITFIELD (reType)) { /* could be smarter, but it depends on the op */ /* this is for the worst case: a multiplication of 4 * 4 bit */ SPEC_NOUN (reType) = SPEC_BLEN (reType) <= 4 ? V_CHAR : V_INT; SPEC_SCLS (reType) = 0; SPEC_USIGN (reType) = 0; return rType; } else if (IS_CHAR (reType)) { /* promotion of some special cases */ switch (op) { case '|': case '^': return computeTypeOr (etype1, etype2, reType); case '&': if (SPEC_USIGN (etype1) != SPEC_USIGN (etype2)) { SPEC_USIGN (reType) = 1; return rType; } break; case '*': SPEC_NOUN (reType) = V_INT; SPEC_USIGN (reType) = 0; return rType; case '/': /* if both are unsigned char then no promotion required */ if (!(SPEC_USIGN (etype1) && SPEC_USIGN (etype2))) { SPEC_NOUN (reType) = V_INT; SPEC_USIGN (reType) = 0; return rType; } break; default: break; } } break; default: break; } /* SDCC's sign promotion: - if one or both operands are unsigned, the resultant type will be unsigned (except char, see below) - if an operand is promoted to a larger type (char -> int, int -> long), the larger type will be signed SDCC tries hard to avoid promotion to int and does 8 bit calculation as much as possible. We're leaving ISO IEC 9899 here and have to extrapolate the standard. The standard demands, that the result has to be the same "as if" the promotion would have been performed: - if the result of an operation with two char's is promoted to a larger type, the result will be signed. More sophisticated are these: - if the result of an operation with two char's is a char again, the result will only then be unsigned, if both operands are unsigned. In all other cases the result will be signed. This seems to be contradictionary to the first two rules, but it makes real sense (all types are char's): A signed char can be negative; this must be preserved in the result -1 * 100 = -100; Only if both operands are unsigned it's safe to make the result unsigned; this helps to avoid overflow: 2 * 100 = 200; - ToDo: document '|', '^' and '&' Homework: - why is (200 * 200 < 0) true? - why is { char l = 200, r = 200; (r * l > 0) } true? */ if (!IS_FLOAT (reType) && ( (SPEC_USIGN (etype1) /* if this operand is promoted to a larger type, then it will be promoted to a signed type */ && !(bitsForType (etype1) < bitsForType (reType)) /* char require special handling */ && !IS_CHAR (etype1)) || /* same for 2nd operand */ (SPEC_USIGN (etype2) && !(bitsForType (etype2) < bitsForType (reType)) && !IS_CHAR (etype2)) || /* if both are 'unsigned char' and not promoted let the result be unsigned too */ ( SPEC_USIGN (etype1) && SPEC_USIGN (etype2) && IS_CHAR (etype1) && IS_CHAR (etype2) && IS_CHAR (reType)))) SPEC_USIGN (reType) = 1; else SPEC_USIGN (reType) = 0; return rType; } int comparePtrType (sym_link * dest, sym_link * src, bool bMustCast) { int res; if (IS_VOID (src->next) && IS_VOID (dest->next)) return bMustCast ? -1 : 1; if ((IS_VOID (src->next) && !IS_VOID (dest->next)) || (!IS_VOID (src->next) && IS_VOID (dest->next)) ) return -1; res = compareType (dest->next, src->next); if (res == 1) return bMustCast ? -1 : 1; else if (res == -2) return -2; else return 0; } /*--------------------------------------------------------------------*/ /* compareType - will do type check return 1 if match, 0 if no match, */ /* -1 if castable, -2 if only signedness differs */ /*--------------------------------------------------------------------*/ int compareType (sym_link * dest, sym_link * src) { if (!dest && !src) return 1; if (dest && !src) return 0; if (src && !dest) return 0; /* if dest is a declarator then */ if (IS_DECL (dest)) { if (IS_DECL (src)) { /* banked function pointer */ if (IS_GENPTR (dest) && IS_GENPTR (src)) { if (IS_FUNC (src->next) && IS_VOID(dest->next)) return -1; if (IS_FUNC (dest->next) && IS_VOID(src->next)) return -1; return comparePtrType(dest, src, FALSE); } if (DCL_TYPE (src) == DCL_TYPE (dest)) { if (IS_FUNC(src)) { //checkFunction(src,dest); } return comparePtrType(dest, src, FALSE); } if (IS_PTR (dest) && IS_GENPTR (src) && IS_VOID(src->next)) { return -1; } if (IS_PTR (src) && (IS_GENPTR (dest) || ((DCL_TYPE(src) == POINTER) && (DCL_TYPE(dest) == IPOINTER)) )) { return comparePtrType(dest, src, TRUE); } if (IS_PTR (dest) && IS_ARRAY (src)) { value *val=aggregateToPointer (valFromType(src)); int res=compareType (dest, val->type); Safe_free(val->type); Safe_free(val); return res; } if (IS_PTR (dest) && IS_FUNC (dest->next) && IS_FUNC (src)) return compareType (dest->next, src); return 0; } else if (IS_PTR (dest) && IS_INTEGRAL (src)) return -1; else return 0; } if (IS_PTR (src) && IS_VOID (dest)) return -1; /* if one is a specifier and the other is not */ if ((IS_SPEC (src) && !IS_SPEC (dest)) || (IS_SPEC (dest) && !IS_SPEC (src))) return 0; /* if one of them is a void then ok */ if (SPEC_NOUN (dest) == V_VOID && SPEC_NOUN (src) != V_VOID) return -1; if (SPEC_NOUN (dest) != V_VOID && SPEC_NOUN (src) == V_VOID) return -1; /* if they are both bitfields then if the lengths and starts don't match */ if (IS_BITFIELD (dest) && IS_BITFIELD (src) && (SPEC_BLEN (dest) != SPEC_BLEN (src) || SPEC_BSTR (dest) != SPEC_BSTR (src))) return -1; /* it is a specifier */ if (SPEC_NOUN (dest) != SPEC_NOUN (src)) { if (SPEC_USIGN (dest) == SPEC_USIGN (src) && IS_INTEGRAL (dest) && IS_INTEGRAL (src) && /* I would prefer bitsForType (dest) == bitsForType (src)) instead of the next two lines, but the regression tests fail with them; I guess it's a problem with replaceCheaperOp */ getSize (dest) == getSize (src) && (IS_BIT (dest) == IS_BIT (src))) return 1; else if (IS_ARITHMETIC (dest) && IS_ARITHMETIC (src)) return -1; else return 0; } else if (IS_STRUCT (dest)) { if (SPEC_STRUCT (dest) != SPEC_STRUCT (src)) return 0; else return 1; } if (SPEC_LONG (dest) != SPEC_LONG (src)) return -1; if (SPEC_USIGN (dest) != SPEC_USIGN (src)) return -2; return 1; } /*--------------------------------------------------------------------*/ /* compareTypeExact - will do type check return 1 if match exactly */ /*--------------------------------------------------------------------*/ int compareTypeExact (sym_link * dest, sym_link * src, int level) { STORAGE_CLASS srcScls, destScls; if (!dest && !src) return 1; if (dest && !src) return 0; if (src && !dest) return 0; /* if dest is a declarator then */ if (IS_DECL (dest)) { if (IS_DECL (src)) { if (DCL_TYPE (src) == DCL_TYPE (dest)) { if ((DCL_TYPE (src) == ARRAY) && (DCL_ELEM (src) != DCL_ELEM (dest))) return 0; if (DCL_PTR_CONST (src) != DCL_PTR_CONST (dest)) return 0; if (DCL_PTR_VOLATILE (src) != DCL_PTR_VOLATILE (dest)) return 0; if (IS_FUNC(src)) { value *exargs, *acargs, *checkValue; /* verify function return type */ if (!compareTypeExact (dest->next, src->next, -1)) return 0; if (FUNC_ISISR (dest) != FUNC_ISISR (src)) return 0; if (FUNC_REGBANK (dest) != FUNC_REGBANK (src)) return 0; if (IFFUNC_ISNAKED (dest) != IFFUNC_ISNAKED (src)) return 0; #if 0 if (IFFUNC_ISREENT (dest) != IFFUNC_ISREENT (src) && argCnt>1) return 0; #endif /* compare expected args with actual args */ exargs = FUNC_ARGS(dest); acargs = FUNC_ARGS(src); /* for all the expected args do */ for (; exargs && acargs; exargs = exargs->next, acargs = acargs->next) { //checkTypeSanity(acargs->etype, acargs->name); if (IS_AGGREGATE (acargs->type)) { checkValue = copyValue (acargs); aggregateToPointer (checkValue); } else checkValue = acargs; #if 0 if (!compareTypeExact (exargs->type, checkValue->type, -1)) return 0; #endif } /* if one them ended we have a problem */ if ((exargs && !acargs && !IS_VOID (exargs->type)) || (!exargs && acargs && !IS_VOID (acargs->type))) return 0; return 1; } return compareTypeExact (dest->next, src->next, level); } return 0; } return 0; } /* if one is a specifier and the other is not */ if ((IS_SPEC (src) && !IS_SPEC (dest)) || (IS_SPEC (dest) && !IS_SPEC (src))) return 0; /* if one of them is a void then ok */ if (SPEC_NOUN (dest) != SPEC_NOUN (src)) return 0; /* if they are both bitfields then if the lengths and starts don't match */ if (IS_BITFIELD (dest) && IS_BITFIELD (src) && (SPEC_BLEN (dest) != SPEC_BLEN (src) || SPEC_BSTR (dest) != SPEC_BSTR (src))) return 0; if (IS_INTEGRAL (dest)) { /* signedness must match */ if (SPEC_USIGN (dest) != SPEC_USIGN (src)) return 0; /* size must match */ if (SPEC_LONG (dest) != SPEC_LONG (src)) return 0; if (SPEC_SHORT (dest) != SPEC_SHORT (src)) return 0; } if (IS_STRUCT (dest)) { if (SPEC_STRUCT (dest) != SPEC_STRUCT (src)) return 0; } if (SPEC_CONST (dest) != SPEC_CONST (src)) return 0; if (SPEC_VOLATILE (dest) != SPEC_VOLATILE (src)) return 0; if (SPEC_STAT (dest) != SPEC_STAT (src)) return 0; if (SPEC_ABSA (dest) != SPEC_ABSA (src)) return 0; if (SPEC_ABSA (dest) && SPEC_ADDR (dest) != SPEC_ADDR (src)) return 0; destScls = SPEC_SCLS (dest); srcScls = SPEC_SCLS (src); /* Compensate for const to const code change in checkSClass() */ if (!level & port->mem.code_ro && SPEC_CONST (dest)) { if (srcScls == S_CODE && destScls == S_FIXED) destScls = S_CODE; if (destScls == S_CODE && srcScls == S_FIXED) srcScls = S_CODE; } /* compensate for allocGlobal() */ if ((srcScls == S_FIXED || srcScls == S_AUTO) && port->mem.default_globl_map == xdata && !level) srcScls = S_XDATA; if (level>0 && !SPEC_STAT (dest)) { /* Compensate for hack-o-matic in checkSClass() */ if (options.stackAuto || (currFunc && IFFUNC_ISREENT (currFunc->type))) { if (destScls == S_FIXED) destScls = (options.useXstack ? S_XSTACK : S_STACK); if (srcScls == S_FIXED) srcScls = (options.useXstack ? S_XSTACK : S_STACK); } else if (TARGET_IS_DS390 || TARGET_IS_DS400 || options.useXstack) { if (destScls == S_FIXED) destScls = S_XDATA; if (srcScls == S_FIXED) srcScls = S_XDATA; } } if (srcScls != destScls) { #if 0 printf ("level = %d\n", level); printf ("SPEC_SCLS (src) = %d, SPEC_SCLS (dest) = %d\n", SPEC_SCLS (src), SPEC_SCLS (dest)); printf ("srcScls = %d, destScls = %d\n",srcScls, destScls); #endif return 0; } return 1; } /*------------------------------------------------------------------*/ /* inCalleeSaveList - return 1 if found in callee save list */ /*------------------------------------------------------------------*/ static int calleeCmp(void *p1, void *p2) { return (strcmp((char *)p1, (char *)(p2)) == 0); } bool inCalleeSaveList(char *s) { if (options.all_callee_saves) return 1; return isinSetWith(options.calleeSavesSet, s, calleeCmp); } /*-----------------------------------------------------------------*/ /* aggregateToPointer: change an aggregate type function */ /* argument to a pointer to that type. */ /*-----------------------------------------------------------------*/ value * aggregateToPointer (value * val) { if (IS_AGGREGATE (val->type)) { /* if this is a structure */ /* then we need to add a new link */ if (IS_STRUCT (val->type)) { /* first lets add DECLARATOR type */ sym_link *p = val->type; werror (W_STRUCT_AS_ARG, val->name); val->type = newLink (DECLARATOR); val->type->next = p; } /* change to a pointer depending on the */ /* storage class specified */ switch (SPEC_SCLS (val->etype)) { case S_IDATA: DCL_TYPE (val->type) = IPOINTER; break; case S_PDATA: DCL_TYPE (val->type) = PPOINTER; break; case S_FIXED: if (SPEC_OCLS(val->etype)) { DCL_TYPE(val->type)=PTR_TYPE(SPEC_OCLS(val->etype)); } else { // this happens for (external) function parameters DCL_TYPE (val->type) = port->unqualified_pointer; } break; case S_AUTO: DCL_TYPE (val->type) = PTR_TYPE(SPEC_OCLS(val->etype)); break; case S_DATA: case S_REGISTER: DCL_TYPE (val->type) = POINTER; break; case S_CODE: DCL_TYPE (val->type) = CPOINTER; break; case S_XDATA: DCL_TYPE (val->type) = FPOINTER; break; case S_EEPROM: DCL_TYPE (val->type) = EEPPOINTER; break; default: DCL_TYPE (val->type) = port->unqualified_pointer; } /* is there is a symbol associated then */ /* change the type of the symbol as well */ if (val->sym) { val->sym->type = copyLinkChain (val->type); val->sym->etype = getSpec (val->sym->type); } } return val; } /*------------------------------------------------------------------*/ /* checkFunction - does all kinds of check on a function */ /*------------------------------------------------------------------*/ int checkFunction (symbol * sym, symbol *csym) { value *exargs, *acargs; value *checkValue; int argCnt = 0; if (getenv("DEBUG_SANITY")) { fprintf (stderr, "checkFunction: %s ", sym->name); } if (!IS_DECL(sym->type) || DCL_TYPE(sym->type)!=FUNCTION) { werror(E_SYNTAX_ERROR, sym->name); return 0; } /* move inline specifier from return type to function attributes */ if (IS_INLINE (sym->etype)) { SPEC_INLINE (sym->etype) = 0; FUNC_ISINLINE (sym->type) = 1; } /* make sure the type is complete and sane */ checkTypeSanity(((symbol *)sym)->etype, ((symbol *)sym)->name); /* if not type then some kind of error */ if (!sym->type) return 0; /* if the function has no type then make it return int */ if (!sym->type->next) sym->type->next = sym->etype = newIntLink (); /* function cannot return aggregate */ if (IS_AGGREGATE (sym->type->next)) { werror (E_FUNC_AGGR, sym->name); return 0; } /* check if this function is defined as calleeSaves then mark it as such */ FUNC_CALLEESAVES(sym->type) = inCalleeSaveList (sym->name); /* if interrupt service routine */ /* then it cannot have arguments */ if (IFFUNC_ARGS(sym->type) && FUNC_ISISR (sym->type)) { if (!IS_VOID(FUNC_ARGS(sym->type)->type)) { werror (E_INT_ARGS, sym->name); FUNC_ARGS(sym->type)=NULL; } } if (IFFUNC_ISSHADOWREGS(sym->type) && !FUNC_ISISR (sym->type)) { werror (E_SHADOWREGS_NO_ISR, sym->name); } for (argCnt=1, acargs = FUNC_ARGS(sym->type); acargs; acargs=acargs->next, argCnt++) { if (!acargs->sym) { // this can happen for reentrant functions werror(E_PARAM_NAME_OMITTED, sym->name, argCnt); // the show must go on: synthesize a name and symbol SNPRINTF (acargs->name, sizeof(acargs->name), "_%s_PARM_%d", sym->name, argCnt); acargs->sym = newSymbol (acargs->name, 1); SPEC_OCLS (acargs->etype) = istack; acargs->sym->type = copyLinkChain (acargs->type); acargs->sym->etype = getSpec (acargs->sym->type); acargs->sym->_isparm = 1; strncpyz (acargs->sym->rname, acargs->name, sizeof(acargs->sym->rname)); } else if (strcmp(acargs->sym->name, acargs->sym->rname)==0) { // synthesized name werror(E_PARAM_NAME_OMITTED, sym->name, argCnt); } } argCnt--; /*JCF: Mark the register bank as used*/ RegBankUsed[FUNC_REGBANK (sym->type)] = 1; if (!csym && !(csym = findSym (SymbolTab, sym, sym->name))) return 1; /* not defined nothing more to check */ /* check if body already present */ if (csym && IFFUNC_HASBODY(csym->type)) { werror (E_FUNC_BODY, sym->name); return 0; } /* check the return value type */ if (compareType (csym->type, sym->type) <= 0) { werror (E_PREV_DEF_CONFLICT, csym->name, "type"); printFromToType(csym->type, sym->type); return 0; } if (FUNC_ISISR (csym->type) != FUNC_ISISR (sym->type)) { werror (E_PREV_DEF_CONFLICT, csym->name, "interrupt"); } /* I don't think this is necessary for interrupts. An isr is a */ /* root in the calling tree. */ if ((FUNC_REGBANK (csym->type) != FUNC_REGBANK (sym->type)) && (!FUNC_ISISR (sym->type))) { werror (E_PREV_DEF_CONFLICT, csym->name, "using"); } if (IFFUNC_ISNAKED (csym->type) != IFFUNC_ISNAKED (sym->type)) { werror (E_PREV_DEF_CONFLICT, csym->name, "_naked"); } /* Really, reentrant should match regardless of argCnt, but */ /* this breaks some existing code (the fp lib functions). If */ /* the first argument is always passed the same way, this */ /* lax checking is ok (but may not be true for in future ports) */ if (IFFUNC_ISREENT (csym->type) != IFFUNC_ISREENT (sym->type) && argCnt>1) { //printf("argCnt = %d\n",argCnt); werror (E_PREV_DEF_CONFLICT, csym->name, "reentrant"); } if (IFFUNC_ISWPARAM (csym->type) != IFFUNC_ISWPARAM (sym->type)) { werror (E_PREV_DEF_CONFLICT, csym->name, "wparam"); } if (IFFUNC_ISSHADOWREGS (csym->type) != IFFUNC_ISSHADOWREGS (sym->type)) { werror (E_PREV_DEF_CONFLICT, csym->name, "shadowregs"); } /* compare expected args with actual args */ exargs = FUNC_ARGS(csym->type); acargs = FUNC_ARGS(sym->type); /* for all the expected args do */ for (argCnt = 1; exargs && acargs; exargs = exargs->next, acargs = acargs->next, argCnt++) { if (getenv("DEBUG_SANITY")) { fprintf (stderr, "checkFunction: %s ", exargs->name); } /* make sure the type is complete and sane */ checkTypeSanity(exargs->etype, exargs->name); /* If the actual argument is an array, any prototype * will have modified it to a pointer. Duplicate that * change here. */ if (IS_AGGREGATE (acargs->type)) { checkValue = copyValue (acargs); aggregateToPointer (checkValue); } else { checkValue = acargs; } if (compareType (exargs->type, checkValue->type) <= 0) { werror (E_ARG_TYPE, argCnt); printFromToType(exargs->type, checkValue->type); return 0; } } /* if one them ended we have a problem */ if ((exargs && !acargs && !IS_VOID (exargs->type)) || (!exargs && acargs && !IS_VOID (acargs->type))) werror (E_ARG_COUNT); /* replace with this defition */ sym->cdef = csym->cdef; deleteSym (SymbolTab, csym, csym->name); deleteFromSeg(csym); addSym (SymbolTab, sym, sym->name, sym->level, sym->block, 1); if (IS_EXTERN (csym->etype) && ! IS_EXTERN (sym->etype)) { addSet (&publics, sym); } return 1; } /*------------------------------------------------------------------*/ /* cdbStructBlock - calls struct printing for a blcks */ /*------------------------------------------------------------------*/ void cdbStructBlock (int block) { int i; bucket **table = StructTab; bucket *chain; /* go thru the entire table */ for (i = 0; i < 256; i++) { for (chain = table[i]; chain; chain = chain->next) { if (chain->block >= block) { if(debugFile) debugFile->writeType((structdef *)chain->sym, chain->block, 0, NULL); } } } } /*-----------------------------------------------------------------*/ /* processFuncPtrArgs - does some processing with args of func ptrs*/ /*-----------------------------------------------------------------*/ void processFuncPtrArgs (sym_link * funcType) { value *val = FUNC_ARGS(funcType); /* if it is void then remove parameters */ if (val && IS_VOID (val->type)) { FUNC_ARGS(funcType) = NULL; return; } } /*-----------------------------------------------------------------*/ /* processFuncArgs - does some processing with function args */ /*-----------------------------------------------------------------*/ void processFuncArgs (symbol * func) { value *val; int pNum = 1; sym_link *funcType=func->type; if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "SDCCsymt.c:processFuncArgs(%s)\n", func->name); /* find the function declaration within the type */ while (funcType && !IS_FUNC(funcType)) funcType=funcType->next; /* if this function has variable argument list */ /* then make the function a reentrant one */ if (IFFUNC_HASVARARGS(funcType) || (options.stackAuto && !func->cdef)) FUNC_ISREENT(funcType)=1; /* check if this function is defined as calleeSaves then mark it as such */ FUNC_CALLEESAVES(funcType) = inCalleeSaveList (func->name); /* loop thru all the arguments */ val = FUNC_ARGS(funcType); /* if it is void then remove parameters */ if (val && IS_VOID (val->type)) { FUNC_ARGS(funcType) = NULL; return; } /* reset regparm for the port */ (*port->reset_regparms) (); /* if any of the arguments is an aggregate */ /* change it to pointer to the same type */ while (val) { int argreg = 0; char buffer[SDCC_NAME_MAX+1]; SNPRINTF (buffer, sizeof(buffer), "%s parameter %d", func->name, pNum); checkTypeSanity (val->etype, buffer); /* mark it as a register parameter if the function does not have VA_ARG and as port dictates */ if (!IFFUNC_HASVARARGS(funcType) && (argreg = (*port->reg_parm) (val->type, FUNC_ISREENT(funcType)))) { SPEC_REGPARM (val->etype) = 1; SPEC_ARGREG(val->etype) = argreg; } else if (IFFUNC_ISREENT(funcType)) { FUNC_HASSTACKPARM(funcType) = 1; } if (IS_AGGREGATE (val->type)) { aggregateToPointer (val); } val = val->next; pNum++; } /* if this is an internal generated function call */ if (func->cdef) { /* ignore --stack-auto for this one, we don't know how it is compiled */ /* simply trust on --int-long-reent or --float-reent */ if (IFFUNC_ISREENT(funcType)) { return; } } else { /* if this function is reentrant or */ /* automatics r 2b stacked then nothing */ if (IFFUNC_ISREENT (funcType) || options.stackAuto) return; } val = FUNC_ARGS(funcType); pNum = 1; while (val) { /* if a symbolname is not given */ /* synthesize a variable name */ if (!val->sym) { SNPRINTF (val->name, sizeof(val->name), "_%s_PARM_%d", func->name, pNum++); val->sym = newSymbol (val->name, 1); if (SPEC_SCLS(val->etype) == S_BIT) SPEC_OCLS (val->etype) = bit; else SPEC_OCLS (val->etype) = port->mem.default_local_map; val->sym->type = copyLinkChain (val->type); val->sym->etype = getSpec (val->sym->type); val->sym->_isparm = 1; strncpyz (val->sym->rname, val->name, sizeof(val->sym->rname)); #if 0 /* ?? static functions shouldn't imply static parameters - EEP */ if (IS_SPEC(func->etype)) { SPEC_STAT (val->etype) = SPEC_STAT (val->sym->etype) = SPEC_STAT (func->etype); } #endif addSymChain (&val->sym); } else /* symbol name given create synth name */ { SNPRINTF (val->name, sizeof(val->name), "_%s_PARM_%d", func->name, pNum++); strncpyz (val->sym->rname, val->name, sizeof(val->sym->rname)); val->sym->_isparm = 1; if (SPEC_SCLS(val->etype) == S_BIT) SPEC_OCLS (val->etype) = SPEC_OCLS (val->sym->etype) = bit; else SPEC_OCLS (val->etype) = SPEC_OCLS (val->sym->etype) = port->mem.default_local_map; #if 0 /* ?? static functions shouldn't imply static parameters - EEP */ if (IS_SPEC(func->etype)) { SPEC_STAT (val->etype) = SPEC_STAT (val->sym->etype) = SPEC_STAT (func->etype); } #endif } if (SPEC_OCLS (val->sym->etype) == pdata) val->sym->iaccess = 1; if (!isinSet(operKeyReset, val->sym)) { addSet (&operKeyReset, val->sym); applyToSet (operKeyReset, resetParmKey); } val = val->next; } } /*-----------------------------------------------------------------*/ /* isSymbolEqual - compares two symbols return 1 if they match */ /*-----------------------------------------------------------------*/ int isSymbolEqual (symbol * dest, symbol * src) { /* if pointers match then equal */ if (dest == src) return 1; /* if one of them is null then don't match */ if (!dest || !src) return 0; /* if both of them have rname match on rname */ if (dest->rname[0] && src->rname[0]) return (!strcmp (dest->rname, src->rname)); /* otherwise match on name */ return (!strcmp (dest->name, src->name)); } void PT(sym_link *type) { printTypeChain(type,0); } /*-----------------------------------------------------------------*/ /* printTypeChain - prints the type chain in human readable form */ /*-----------------------------------------------------------------*/ void printTypeChain (sym_link * start, FILE * of) { struct dbuf_s dbuf; int nlr = 0; if (!of) { of = stdout; nlr = 1; } dbuf_init (&dbuf, 1024); dbuf_printTypeChain (start, &dbuf); dbuf_write_and_destroy (&dbuf, of); if (nlr) putc ('\n', of); } void dbuf_printTypeChain (sym_link * start, struct dbuf_s *dbuf) { value *args; sym_link * type, * search; STORAGE_CLASS scls; if (start==NULL) { dbuf_append_str (dbuf, "void"); return; } /* Print the chain as it is written in the source: */ /* start with the last entry. */ /* However, the storage class at the end of the */ /* chain reall applies to the first in the chain! */ for (type = start; type && type->next; type = type->next) ; if (IS_SPEC (type)) scls=SPEC_SCLS(type); else scls=0; while (type) { if (type==start) { switch (scls) { case S_DATA: dbuf_append_str (dbuf, "data-"); break; case S_XDATA: dbuf_append_str (dbuf, "xdata-"); break; case S_SFR: dbuf_append_str (dbuf, "sfr-"); break; case S_SBIT: dbuf_append_str (dbuf, "sbit-"); break; case S_CODE: dbuf_append_str (dbuf, "code-"); break; case S_IDATA: dbuf_append_str (dbuf, "idata-"); break; case S_PDATA: dbuf_append_str (dbuf, "pdata-"); break; case S_LITERAL: dbuf_append_str (dbuf, "literal-"); break; case S_STACK: dbuf_append_str (dbuf, "stack-"); break; case S_XSTACK: dbuf_append_str (dbuf, "xstack-"); break; case S_BIT: dbuf_append_str (dbuf, "bit-"); break; case S_EEPROM: dbuf_append_str (dbuf, "eeprom-"); break; default: break; } } if (IS_DECL (type)) { if (!IS_FUNC(type)) { if (DCL_PTR_VOLATILE (type)) { dbuf_append_str (dbuf, "volatile-"); } if (DCL_PTR_CONST (type)) { dbuf_append_str (dbuf, "const-"); } if (DCL_PTR_RESTRICT (type)) { dbuf_append_str (dbuf, "restrict-"); } } switch (DCL_TYPE (type)) { case FUNCTION: dbuf_printf (dbuf, "function %s %s", (IFFUNC_ISBUILTIN(type) ? "__builtin__" : " "), (IFFUNC_ISJAVANATIVE(type) ? "_JavaNative" : " ")); dbuf_append_str (dbuf, "( "); for (args = FUNC_ARGS(type); args; args=args->next) { dbuf_printTypeChain(args->type, dbuf); if (args->next) dbuf_append_str (dbuf, ", "); } dbuf_append_str (dbuf, ") "); break; case GPOINTER: dbuf_append_str (dbuf, "generic* "); break; case CPOINTER: dbuf_append_str (dbuf, "code* "); break; case FPOINTER: dbuf_append_str (dbuf, "xdata* "); break; case EEPPOINTER: dbuf_append_str (dbuf, "eeprom* "); break; case POINTER: dbuf_append_str (dbuf, "near* "); break; case IPOINTER: dbuf_append_str (dbuf, "idata* "); break; case PPOINTER: dbuf_append_str (dbuf, "pdata* "); break; case UPOINTER: dbuf_append_str (dbuf, "unknown* "); break; case ARRAY: if (DCL_ELEM(type)) { dbuf_printf (dbuf, "[%d] ", DCL_ELEM(type)); } else { dbuf_append_str (dbuf, "[] "); } break; } } else { if (SPEC_VOLATILE (type)) dbuf_append_str (dbuf, "volatile-"); if (SPEC_CONST (type)) dbuf_append_str (dbuf, "const-"); if (SPEC_USIGN (type)) dbuf_append_str (dbuf, "unsigned-"); switch (SPEC_NOUN (type)) { case V_INT: if (IS_LONG (type)) dbuf_append_str (dbuf, "long-"); dbuf_append_str (dbuf, "int"); break; case V_CHAR: dbuf_append_str (dbuf, "char"); break; case V_VOID: dbuf_append_str (dbuf, "void"); break; case V_FLOAT: dbuf_append_str (dbuf, "float"); break; case V_FIXED16X16: dbuf_append_str (dbuf, "fixed16x16"); break; case V_STRUCT: dbuf_printf (dbuf, "struct %s", SPEC_STRUCT (type)->tag); break; case V_SBIT: dbuf_append_str (dbuf, "sbit"); break; case V_BIT: dbuf_append_str (dbuf, "bit"); break; case V_BITFIELD: dbuf_printf (dbuf, "bitfield {%d,%d}", SPEC_BSTR (type), SPEC_BLEN (type)); break; case V_DOUBLE: dbuf_append_str (dbuf, "double"); break; default: dbuf_append_str (dbuf, "unknown type"); break; } } /* search entry in list before "type" */ for (search = start; search && search->next != type;) search = search->next; type = search; if (type) dbuf_append_char(dbuf, ' '); } } /*--------------------------------------------------------------------*/ /* printTypeChainRaw - prints the type chain in human readable form */ /* in the raw data structure ordering */ /*--------------------------------------------------------------------*/ void printTypeChainRaw (sym_link * start, FILE * of) { int nlr = 0; value *args; sym_link * type; if (!of) { of = stdout; nlr = 1; } if (start==NULL) { fprintf (of, "void"); return; } type = start; while (type) { if (IS_DECL (type)) { if (!IS_FUNC(type)) { if (DCL_PTR_VOLATILE (type)) { fprintf (of, "volatile-"); } if (DCL_PTR_CONST (type)) { fprintf (of, "const-"); } if (DCL_PTR_RESTRICT (type)) { fprintf (of, "restrict-"); } } switch (DCL_TYPE (type)) { case FUNCTION: if (IFFUNC_ISINLINE(type)) { fprintf (of, "inline-"); } fprintf (of, "function %s %s", (IFFUNC_ISBUILTIN(type) ? "__builtin__" : " "), (IFFUNC_ISJAVANATIVE(type) ? "_JavaNative" : " ")); fprintf (of, "( "); for (args = FUNC_ARGS(type); args; args=args->next) { printTypeChain(args->type, of); if (args->next) fprintf(of, ", "); } fprintf (of, ") "); break; case GPOINTER: fprintf (of, "generic* "); break; case CPOINTER: fprintf (of, "code* "); break; case FPOINTER: fprintf (of, "xdata* "); break; case EEPPOINTER: fprintf (of, "eeprom* "); break; case POINTER: fprintf (of, "near* "); break; case IPOINTER: fprintf (of, "idata* "); break; case PPOINTER: fprintf (of, "pdata* "); break; case UPOINTER: fprintf (of, "unknown* "); break; case ARRAY: if (DCL_ELEM(type)) { fprintf (of, "[%d] ", DCL_ELEM(type)); } else { fprintf (of, "[] "); } break; } if (DCL_TSPEC(type)) { fprintf (of, "{"); printTypeChainRaw(DCL_TSPEC(type), of); fprintf (of, "}"); } } else if (IS_SPEC (type)) { switch (SPEC_SCLS (type)) { case S_DATA: fprintf (of, "data-"); break; case S_XDATA: fprintf (of, "xdata-"); break; case S_SFR: fprintf (of, "sfr-"); break; case S_SBIT: fprintf (of, "sbit-"); break; case S_CODE: fprintf (of, "code-"); break; case S_IDATA: fprintf (of, "idata-"); break; case S_PDATA: fprintf (of, "pdata-"); break; case S_LITERAL: fprintf (of, "literal-"); break; case S_STACK: fprintf (of, "stack-"); break; case S_XSTACK: fprintf (of, "xstack-"); break; case S_BIT: fprintf (of, "bit-"); break; case S_EEPROM: fprintf (of, "eeprom-"); break; default: break; } if (SPEC_VOLATILE (type)) fprintf (of, "volatile-"); if (SPEC_CONST (type)) fprintf (of, "const-"); if (SPEC_USIGN (type)) fprintf (of, "unsigned-"); switch (SPEC_NOUN (type)) { case V_INT: if (IS_LONG (type)) fprintf (of, "long-"); fprintf (of, "int"); break; case V_CHAR: fprintf (of, "char"); break; case V_VOID: fprintf (of, "void"); break; case V_FLOAT: fprintf (of, "float"); break; case V_FIXED16X16: fprintf (of, "fixed16x16"); break; case V_STRUCT: fprintf (of, "struct %s", SPEC_STRUCT (type)->tag); break; case V_SBIT: fprintf (of, "sbit"); break; case V_BIT: fprintf (of, "bit"); break; case V_BITFIELD: fprintf (of, "bitfield {%d,%d}", SPEC_BSTR (type), SPEC_BLEN (type)); break; case V_DOUBLE: fprintf (of, "double"); break; default: fprintf (of, "unknown type"); break; } } else fprintf (of, "NOT_SPEC_OR_DECL"); type = type->next; if (type) fputc (' ', of); } if (nlr) fprintf (of, "\n"); } /*-----------------------------------------------------------------*/ /* powof2 - returns power of two for the number if number is pow 2 */ /*-----------------------------------------------------------------*/ int powof2 (TYPE_TARGET_ULONG num) { int nshifts = 0; int n1s = 0; while (num) { if (num & 1) n1s++; num >>= 1; nshifts++; } if (n1s > 1 || nshifts == 0) return -1; return nshifts - 1; } symbol *__fsadd; symbol *__fssub; symbol *__fsmul; symbol *__fsdiv; symbol *__fseq; symbol *__fsneq; symbol *__fslt; symbol *__fslteq; symbol *__fsgt; symbol *__fsgteq; symbol *__fps16x16_add; symbol *__fps16x16_sub; symbol *__fps16x16_mul; symbol *__fps16x16_div; symbol *__fps16x16_eq; symbol *__fps16x16_neq; symbol *__fps16x16_lt; symbol *__fps16x16_lteq; symbol *__fps16x16_gt; symbol *__fps16x16_gteq; /* Dims: mul/div/mod, BYTE/WORD/DWORD, SIGNED/UNSIGNED/BOTH */ symbol *__muldiv[3][3][4]; /* Dims: BYTE/WORD/DWORD SIGNED/UNSIGNED */ sym_link *__multypes[3][2]; /* Dims: to/from float, BYTE/WORD/DWORD, SIGNED/USIGNED */ symbol *__conv[2][3][2]; /* Dims: to/from fixed16x16, BYTE/WORD/DWORD/FLOAT, SIGNED/USIGNED */ symbol *__fp16x16conv[2][4][2]; /* Dims: shift left/shift right, BYTE/WORD/DWORD, SIGNED/UNSIGNED */ symbol *__rlrr[2][3][2]; sym_link *floatType; sym_link *fixed16x16Type; static char * _mangleFunctionName(char *in) { if (port->getMangledFunctionName) { return port->getMangledFunctionName(in); } else { return in; } } /*-----------------------------------------------------------------*/ /* typeFromStr - create a typechain from an encoded string */ /* basic types - 'c' - char */ /* 's' - short */ /* 'i' - int */ /* 'l' - long */ /* 'f' - float */ /* 'q' - fixed16x16 */ /* 'v' - void */ /* '*' - pointer - default (GPOINTER) */ /* modifiers - 'u' - unsigned */ /* pointer modifiers - 'g' - generic */ /* 'x' - xdata */ /* 'p' - code */ /* 'd' - data */ /* 'F' - function */ /* examples : "ig*" - generic int * */ /* "cx*" - char xdata * */ /* "ui" - unsigned int */ /*-----------------------------------------------------------------*/ sym_link *typeFromStr (char *s) { sym_link *r = newLink(DECLARATOR); int usign = 0; do { sym_link *nr; switch (*s) { case 'u' : usign = 1; s++; continue ; break ; case 'c': r->class = SPECIFIER; SPEC_NOUN(r) = V_CHAR; break; case 's': case 'i': r->class = SPECIFIER; SPEC_NOUN(r) = V_INT; break; case 'l': r->class = SPECIFIER; SPEC_NOUN(r) = V_INT; SPEC_LONG(r) = 1; break; case 'f': r->class = SPECIFIER; SPEC_NOUN(r) = V_FLOAT; break; case 'q': r->class = SPECIFIER; SPEC_NOUN(r) = V_FIXED16X16; break; case 'v': r->class = SPECIFIER; SPEC_NOUN(r) = V_VOID; break; case '*': DCL_TYPE(r) = port->unqualified_pointer; break; case 'g': case 'x': case 'p': case 'd': case 'F': assert(*(s+1)=='*'); nr = newLink(DECLARATOR); nr->next = r; r = nr; switch (*s) { case 'g': DCL_TYPE(r) = GPOINTER; break; case 'x': DCL_TYPE(r) = FPOINTER; break; case 'p': DCL_TYPE(r) = CPOINTER; break; case 'd': DCL_TYPE(r) = POINTER; break; case 'F': DCL_TYPE(r) = FUNCTION; nr = newLink(DECLARATOR); nr->next = r; r = nr; DCL_TYPE(r) = CPOINTER; break; } s++; break; default: werror(E_INTERNAL_ERROR, __FILE__, __LINE__, "typeFromStr: unknown type"); break; } if (IS_SPEC(r) && usign) { SPEC_USIGN(r) = 1; usign = 0; } s++; } while (*s); return r; } /*-----------------------------------------------------------------*/ /* initCSupport - create functions for C support routines */ /*-----------------------------------------------------------------*/ void initCSupport () { const char *smuldivmod[] = { "mul", "div", "mod" }; const char *sbwd[] = { "char", "int", "long", "fixed16x16", }; const char *fp16x16sbwd[] = { "char", "int", "long", "float", }; const char *ssu[] = { "s", "su", "us", "u" }; const char *srlrr[] = { "rl", "rr" }; int bwd, su, muldivmod, tofrom, rlrr; if (getenv("SDCC_NO_C_SUPPORT")) { /* for debugging only */ return; } floatType = newFloatLink (); fixed16x16Type = newFixed16x16Link (); for (bwd = 0; bwd < 3; bwd++) { sym_link *l = NULL; switch (bwd) { case 0: l = newCharLink (); break; case 1: l = newIntLink (); break; case 2: l = newLongLink (); break; default: assert (0); } __multypes[bwd][0] = l; __multypes[bwd][1] = copyLinkChain (l); SPEC_USIGN (__multypes[bwd][1]) = 1; } __fsadd = funcOfType ("__fsadd", floatType, floatType, 2, options.float_rent); __fssub = funcOfType ("__fssub", floatType, floatType, 2, options.float_rent); __fsmul = funcOfType ("__fsmul", floatType, floatType, 2, options.float_rent); __fsdiv = funcOfType ("__fsdiv", floatType, floatType, 2, options.float_rent); __fseq = funcOfType ("__fseq", CHARTYPE, floatType, 2, options.float_rent); __fsneq = funcOfType ("__fsneq", CHARTYPE, floatType, 2, options.float_rent); __fslt = funcOfType ("__fslt", CHARTYPE, floatType, 2, options.float_rent); __fslteq = funcOfType ("__fslteq", CHARTYPE, floatType, 2, options.float_rent); __fsgt = funcOfType ("__fsgt", CHARTYPE, floatType, 2, options.float_rent); __fsgteq = funcOfType ("__fsgteq", CHARTYPE, floatType, 2, options.float_rent); __fps16x16_add = funcOfType ("__fps16x16_add", fixed16x16Type, fixed16x16Type, 2, options.float_rent); __fps16x16_sub = funcOfType ("__fps16x16_sub", fixed16x16Type, fixed16x16Type, 2, options.float_rent); __fps16x16_mul = funcOfType ("__fps16x16_mul", fixed16x16Type, fixed16x16Type, 2, options.float_rent); __fps16x16_div = funcOfType ("__fps16x16_div", fixed16x16Type, fixed16x16Type, 2, options.float_rent); __fps16x16_eq = funcOfType ("__fps16x16_eq", CHARTYPE, fixed16x16Type, 2, options.float_rent); __fps16x16_neq = funcOfType ("__fps16x16_neq", CHARTYPE, fixed16x16Type, 2, options.float_rent); __fps16x16_lt = funcOfType ("__fps16x16_lt", CHARTYPE, fixed16x16Type, 2, options.float_rent); __fps16x16_lteq = funcOfType ("__fps16x16_lteq", CHARTYPE, fixed16x16Type, 2, options.float_rent); __fps16x16_gt = funcOfType ("__fps16x16_gt", CHARTYPE, fixed16x16Type, 2, options.float_rent); __fps16x16_gteq = funcOfType ("__fps16x16_gteq", CHARTYPE, fixed16x16Type, 2, options.float_rent); for (tofrom = 0; tofrom < 2; tofrom++) { for (bwd = 0; bwd < 3; bwd++) { for (su = 0; su < 2; su++) { if (tofrom) { SNPRINTF (buffer, sizeof(buffer), "__fs2%s%s", ssu[su*3], sbwd[bwd]); __conv[tofrom][bwd][su] = funcOfType (buffer, __multypes[bwd][su], floatType, 1, options.float_rent); } else { SNPRINTF (buffer, sizeof(buffer), "__%s%s2fs", ssu[su*3], sbwd[bwd]); __conv[tofrom][bwd][su] = funcOfType (buffer, floatType, __multypes[bwd][su], 1, options.float_rent); } } } } for (tofrom = 0; tofrom < 2; tofrom++) { for (bwd = 0; bwd < 4; bwd++) { for (su = 0; su < 2; su++) { if (tofrom) { SNPRINTF (buffer, sizeof(buffer), "__fps16x162%s%s", ssu[su*3], fp16x16sbwd[bwd]); if(bwd == 3) { __fp16x16conv[tofrom][bwd][su] = funcOfType (buffer, floatType, fixed16x16Type, 1, options.float_rent); } else __fp16x16conv[tofrom][bwd][su] = funcOfType (buffer, __multypes[bwd][su], fixed16x16Type, 1, options.float_rent); } else { SNPRINTF (buffer, sizeof(buffer), "__%s%s2fps16x16", ssu[su*3], fp16x16sbwd[bwd]); if(bwd == 3) { __fp16x16conv[tofrom][bwd][su] = funcOfType (buffer, fixed16x16Type, floatType, 1, options.float_rent); } else __fp16x16conv[tofrom][bwd][su] = funcOfType (buffer, fixed16x16Type, __multypes[bwd][su], 1, options.float_rent); } } } } /* for (muldivmod = 0; muldivmod < 3; muldivmod++) { for (bwd = 0; bwd < 3; bwd++) { for (su = 0; su < 2; su++) { SNPRINTF (buffer, sizeof(buffer), "_%s%s%s", smuldivmod[muldivmod], ssu[su*3], sbwd[bwd]); __muldiv[muldivmod][bwd][su] = funcOfType (_mangleFunctionName(buffer), __multypes[bwd][su], __multypes[bwd][su], 2, options.intlong_rent); FUNC_NONBANKED (__muldiv[muldivmod][bwd][su]->type) = 1; } } } muluint() and mulsint() resp. mululong() and mulslong() return the same result. Therefore they've been merged into mulint() and mullong(). */ /* byte */ bwd = 0; for (su = 0; su < 4; su++) { for (muldivmod = 0; muldivmod < 3; muldivmod++) { /* muluchar, mulschar, mulsuchar and muluschar are separate functions, because e.g. the z80 port is sign/zero-extending to int before calling mulint() */ /* div and mod : s8_t x s8_t -> s8_t should be s8_t x s8_t -> s16_t, see below */ if (!TARGET_IS_PIC16 || muldivmod != 1 || su != 0) { SNPRINTF (buffer, sizeof(buffer), "_%s%s%s", smuldivmod[muldivmod], ssu[su], sbwd[bwd]); __muldiv[muldivmod][bwd][su] = funcOfType ( _mangleFunctionName(buffer), __multypes[bwd][su%2], __multypes[bwd][su/2], 2, options.intlong_rent); FUNC_NONBANKED (__muldiv[muldivmod][bwd][su]->type) = 1; } } } for (bwd = 1; bwd < 3; bwd++) { for (su = 0; su < 2; su++) { for (muldivmod = 1; muldivmod < 3; muldivmod++) { /* div and mod : s8_t x s8_t -> s8_t should be s8_t x s8_t -> s16_t, see below */ if (!TARGET_IS_PIC16 || muldivmod != 1 || bwd != 0 || su != 0) { SNPRINTF (buffer, sizeof(buffer), "_%s%s%s", smuldivmod[muldivmod], ssu[su*3], sbwd[bwd]); __muldiv[muldivmod][bwd][su] = funcOfType ( _mangleFunctionName(buffer), __multypes[bwd][su], __multypes[bwd][su], 2, options.intlong_rent); FUNC_NONBANKED (__muldiv[muldivmod][bwd][su]->type) = 1; } } } } if (TARGET_IS_PIC16) { /* PIC16 port wants __divschar/__modschar to return an int, so that both * 100 / -4 = -25 and -128 / -1 = 128 can be handled correctly * (first one would have to be sign extended, second one must not be). * Similarly, modschar should be handled, but the iCode introduces cast * here and forces '% : s8 x s8 -> s8' ... */ su = 0; bwd = 0; for (muldivmod = 1; muldivmod < 2; muldivmod++) { SNPRINTF (buffer, sizeof(buffer), "_%s%s%s", smuldivmod[muldivmod], ssu[su], sbwd[bwd]); __muldiv[muldivmod][bwd][su] = funcOfType ( _mangleFunctionName(buffer), __multypes[1][su], __multypes[bwd][su], 2, options.intlong_rent); FUNC_NONBANKED (__muldiv[muldivmod][bwd][su]->type) = 1; } } /* mul only */ muldivmod = 0; /* signed only */ su = 0; /* word and doubleword */ for (bwd = 1; bwd < 3; bwd++) { /* mul, int/long */ SNPRINTF (buffer, sizeof(buffer), "_%s%s", smuldivmod[muldivmod], sbwd[bwd]); __muldiv[muldivmod][bwd][0] = funcOfType (_mangleFunctionName(buffer), __multypes[bwd][su], __multypes[bwd][su], 2, options.intlong_rent); FUNC_NONBANKED (__muldiv[muldivmod][bwd][0]->type) = 1; /* signed = unsigned */ __muldiv[muldivmod][bwd][1] = __muldiv[muldivmod][bwd][0]; } for (rlrr = 0; rlrr < 2; rlrr++) { for (bwd = 0; bwd < 3; bwd++) { for (su = 0; su < 2; su++) { SNPRINTF (buffer, sizeof(buffer), "_%s%s%s", srlrr[rlrr], ssu[su*3], sbwd[bwd]); __rlrr[rlrr][bwd][su] = funcOfType (_mangleFunctionName(buffer), __multypes[bwd][su], __multypes[0][0], 2, options.intlong_rent); FUNC_NONBANKED (__rlrr[rlrr][bwd][su]->type) = 1; } } } } /*-----------------------------------------------------------------*/ /* initBuiltIns - create prototypes for builtin functions */ /*-----------------------------------------------------------------*/ void initBuiltIns() { int i; symbol *sym; if (!port->builtintable) return ; for (i = 0 ; port->builtintable[i].name ; i++) { sym = funcOfTypeVarg(port->builtintable[i].name,port->builtintable[i].rtype, port->builtintable[i].nParms,port->builtintable[i].parm_types); FUNC_ISBUILTIN(sym->type) = 1; FUNC_ISREENT(sym->type) = 0; /* can never be reentrant */ } } sym_link *validateLink(sym_link *l, const char *macro, const char *args, const char select, const char *file, unsigned line) { if (l && l->class==select) { return l; } fprintf(stderr, "Internal error: validateLink failed in %s(%s) @ %s:%u:" " expected %s, got %s\n", macro, args, file, line, DECLSPEC2TXT(select), l ? DECLSPEC2TXT(l->class) : "null-link"); exit(EXIT_FAILURE); return l; // never reached, makes compiler happy. } /*--------------------------------------------------------------------*/ /* newEnumType - create an integer type compatible with enumerations */ /*--------------------------------------------------------------------*/ sym_link * newEnumType (symbol *enumlist) { int min, max, v; symbol *sym; sym_link *type; if (!enumlist) { type = newLink (SPECIFIER); SPEC_NOUN (type) = V_INT; return type; } /* Determine the range of the enumerated values */ sym = enumlist; min = max = (int) ulFromVal (valFromType (sym->type)); for (sym = sym->next; sym; sym = sym->next) { v = (int) ulFromVal (valFromType (sym->type)); if (vmax) max = v; } /* Determine the smallest integer type that is compatible with this range */ type = newLink (SPECIFIER); if (min>=0 && max<=255) { SPEC_NOUN (type) = V_CHAR; SPEC_USIGN (type) = 1; } else if (min>=-128 && max<=127) { SPEC_NOUN (type) = V_CHAR; } else if (min>=0 && max<=65535) { SPEC_NOUN (type) = V_INT; SPEC_USIGN (type) = 1; } else if (min>=-32768 && max<=32767) { SPEC_NOUN (type) = V_INT; } else { SPEC_NOUN (type) = V_INT; SPEC_LONG (type) = 1; if (min>=0) SPEC_USIGN (type) = 1; } return type; } sdcc-2.9.0/src/SDCCsymt.h000066400000000000000000000757051116427777700150700ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCsymt.h - Header file for Symbols table related structures and MACRO's. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCSYMT_H #define SDCCSYMT_H #define MAX_NEST_LEVEL 256 #define SDCC_SYMNAME_MAX 64 #define SDCC_NAME_MAX 3*SDCC_SYMNAME_MAX // big enough for ___etc #include "SDCChasht.h" #include "SDCCglobl.h" #include "dbuf.h" #define INTNO_MAX 255 /* maximum allowed interrupt number */ #define INTNO_UNSPEC (INTNO_MAX+1) /* interrupt number unspecified */ #define BITVAR_PAD -1 enum { TYPEOF_INT=1, TYPEOF_SHORT, TYPEOF_CHAR, TYPEOF_LONG, TYPEOF_FLOAT, TYPEOF_FIXED16X16, TYPEOF_BIT, TYPEOF_BITFIELD, TYPEOF_SBIT, TYPEOF_SFR, TYPEOF_VOID, TYPEOF_STRUCT, TYPEOF_ARRAY, TYPEOF_FUNCTION, TYPEOF_POINTER, TYPEOF_FPOINTER, TYPEOF_CPOINTER, TYPEOF_GPOINTER, TYPEOF_PPOINTER, TYPEOF_IPOINTER, TYPEOF_EEPPOINTER }; // values for first byte (or 3 most significant bits) of generic pointer. #if 0 #define GPTYPE_FAR 0x00 #define GPTYPE_NEAR 0x40 #define GPTYPE_XSTACK 0x60 #define GPTYPE_CODE 0x80 #else #define GPTYPE_FAR (port->gp_tags.tag_far) #define GPTYPE_NEAR (port->gp_tags.tag_near) #define GPTYPE_XSTACK (port->gp_tags.tag_xstack) #define GPTYPE_CODE (port->gp_tags.tag_code) #endif #define HASHTAB_SIZE 256 /* hash table bucket */ typedef struct bucket { void *sym; /* pointer to the object */ char name[SDCC_NAME_MAX + 1]; /* name of this symbol */ int level; /* nest level for this symbol */ int block; /* belongs to which block */ struct bucket *prev; /* ptr 2 previous bucket */ struct bucket *next; /* ptr 2 next bucket */ } bucket; typedef struct structdef { char tag[SDCC_NAME_MAX + 1]; /* tag part of structure */ unsigned char level; /* Nesting level */ struct symbol *fields; /* pointer to fields */ unsigned size; /* sizeof the table in bytes */ int type; /* STRUCT or UNION */ bool b_flexArrayMember; /* has got an flexible array member, only needed for syntax checks */ } structdef; /* noun definitions */ typedef enum { V_INT = 1, V_FLOAT, V_FIXED16X16, V_CHAR, V_VOID, V_STRUCT, V_LABEL, V_BIT, V_BITFIELD, V_SBIT, V_DOUBLE } NOUN; /* storage class */ typedef enum { S_FIXED = 0, S_AUTO, S_REGISTER, S_SFR, S_SBIT, S_CODE, S_XDATA, S_DATA, S_IDATA, S_PDATA, S_LITERAL, S_STACK, S_XSTACK, S_BIT, S_EEPROM } STORAGE_CLASS; #define TYPE_TARGET_CHAR TYPE_BYTE #define TYPE_TARGET_INT TYPE_WORD #define TYPE_TARGET_LONG TYPE_DWORD #define TYPE_TARGET_UCHAR TYPE_UBYTE #define TYPE_TARGET_UINT TYPE_UWORD #define TYPE_TARGET_ULONG TYPE_UDWORD /* specifier is the last in the type-chain */ typedef struct specifier { NOUN noun; /* CHAR INT STRUCTURE LABEL */ STORAGE_CLASS sclass; /* REGISTER,AUTO,FIX,CONSTANT */ struct memmap *oclass; /* output storage class */ unsigned b_long:1; /* 1=long */ unsigned b_short:1; /* 1=short int */ unsigned b_unsigned:1; /* 1=unsigned, 0=signed */ unsigned b_signed:1; /* just for sanity checks only*/ unsigned b_static:1; /* 1=static keyword found */ unsigned b_extern:1; /* 1=extern found */ unsigned b_inline:1; /* inline function requested */ unsigned b_absadr:1; /* absolute address specfied */ unsigned b_volatile:1; /* is marked as volatile */ unsigned b_const:1; /* is a constant */ unsigned b_restrict:1; /* is restricted */ unsigned b_typedef:1; /* is typedefed */ unsigned b_isregparm:1; /* is the first parameter */ unsigned b_isenum:1; /* is an enumerated type */ unsigned b_bitUnnamed:1; /* is an unnamed bit-field */ unsigned _bitStart; /* bit start position */ int _bitLength; /* bit length */ unsigned _addr; /* address of symbol */ unsigned _stack; /* stack offset for stacked v */ int argreg; /* reg no for regparm */ union { /* Values if constant or enum */ TYPE_TARGET_INT v_int; /* 2 bytes: int and char values */ char *v_char; /* character string */ TYPE_TARGET_UINT v_uint; /* 2 bytes: unsigned int const value */ TYPE_TARGET_LONG v_long; /* 4 bytes: long constant value */ TYPE_TARGET_ULONG v_ulong; /* 4 bytes: unsigned long constant value */ double v_float; /* floating point constant value */ TYPE_TARGET_ULONG v_fixed16x16; /* 4 bytes: fixed floating point constant value */ struct symbol *v_enum; /* ptr to enum_list if enum==1 */ } const_val; struct structdef *v_struct; /* structure pointer */ } specifier; /* types of declarators */ typedef enum { POINTER = 0, /* pointer to near data */ FPOINTER, /* pointer to far data */ CPOINTER, /* pointer to code space */ GPOINTER, /* _generic pointer */ PPOINTER, /* paged area pointer */ IPOINTER, /* pointer to upper 128 bytes */ UPOINTER, /* unknown pointer used only when parsing */ EEPPOINTER, /* pointer to eeprom */ ARRAY, FUNCTION } DECLARATOR_TYPE; typedef struct declarator { DECLARATOR_TYPE dcl_type; /* POINTER,ARRAY or FUNCTION */ unsigned int num_elem; /* # of elems if type==array, */ /* always 0 for flexible arrays */ unsigned ptr_const:1; /* pointer is constant */ unsigned ptr_volatile:1; /* pointer is volatile */ unsigned ptr_restrict:1; /* pointer is resticted */ struct sym_link *tspec; /* pointer type specifier */ } declarator; typedef enum { DECLARATOR=1, SPECIFIER } SYM_LINK_CLASS; #define DECLSPEC2TXT(select) (select==DECLARATOR?"DECLARATOR":select==SPECIFIER?"SPECIFIER":"UNKNOWN") typedef struct sym_link { SYM_LINK_CLASS class; /* DECLARATOR or SPECIFIER */ unsigned tdef:1; /* current link created by */ /* typedef if this flag is set */ union { specifier s; /* if CLASS == SPECIFIER */ declarator d; /* if CLASS == DECLARATOR */ } select; /* function attributes */ struct { struct value *args; /* the defined arguments */ unsigned hasVargs:1; /* functions has varargs */ unsigned calleeSaves:1; /* functions uses callee save */ unsigned hasbody:1; /* function body defined */ unsigned hasFcall:1; /* does it call other functions */ unsigned reent:1; /* function is reentrant */ unsigned naked:1; /* naked function */ unsigned shadowregs:1; /* function uses shadow registers (pic16 port) */ unsigned wparam:1; /* first byte of arguments is passed via WREG (pic16 port) */ unsigned nonbanked:1; /* function has the nonbanked attribute */ unsigned banked:1; /* function has the banked attribute */ unsigned critical:1; /* critical function */ unsigned intrtn:1; /* this is an interrupt routine */ unsigned rbank:1; /* seperate register bank */ unsigned inlinereq:1; /* inlining requested */ unsigned intno; /* 1=Interrupt svc routine */ short regbank; /* register bank 2b used */ unsigned builtin; /* is a builtin function */ unsigned javaNative; /* is a JavaNative Function (TININative ONLY) */ unsigned overlay; /* force parameters & locals into overlay segment */ unsigned hasStackParms; /* function has parameters on stack */ } funcAttrs; struct sym_link *next; /* next element on the chain */ } sym_link; typedef struct symbol { char name[SDCC_SYMNAME_MAX + 1]; /* Input Variable Name */ char rname[SDCC_NAME_MAX + 1]; /* internal name */ short level; /* declaration lev,fld offset */ short block; /* sequential block # of definition */ int key; unsigned flexArrayLength; /* if the symbol specifies a struct with a "flexible array member", then the additional length in bytes for the "fam" is stored here. Because the length can be different from symbol to symbol AND v_struct isn't copied in copyLinkChain(), it's located here in the symbol and not in v_struct or the declarator */ unsigned implicit:1; /* implicit flag */ unsigned undefined:1; /* undefined variable */ unsigned infertype:1; /* type should be inferred from first assign */ unsigned _isparm:1; /* is a parameter */ unsigned ismyparm:1; /* is parameter of the function being generated */ unsigned isitmp:1; /* is an intermediate temp */ unsigned islbl:1; /* is a temporary label */ unsigned isref:1; /* has been referenced */ unsigned isind:1; /* is a induction variable */ unsigned isinvariant:1; /* is a loop invariant */ unsigned cdef:1; /* compiler defined symbol */ unsigned addrtaken:1; /* address of the symbol was taken */ unsigned isreqv:1; /* is the register equivalent of a symbol */ unsigned udChked:1; /* use def checking has been already done */ unsigned generated:1; /* code generated (function symbols only) */ /* following flags are used by the backend for code generation and can be changed if a better scheme for backend is thought of */ unsigned isLiveFcall:1; /* is live at or across a function call */ unsigned isspilt:1; /* has to be spilt */ unsigned spillA:1; /* spilt be register allocator */ unsigned remat:1; /* can be remateriazed */ unsigned isptr:1; /* is a pointer */ unsigned uptr:1; /* used as a pointer */ unsigned isFree:1; /* used by register allocator */ unsigned islocal:1; /* is a local variable */ unsigned blockSpil:1; /* spilt at block level */ unsigned remainSpil:1; /* spilt because not used in remainder */ unsigned stackSpil:1; /* has been spilt on temp stack location */ unsigned onStack:1; /* this symbol allocated on the stack */ unsigned iaccess:1; /* indirect access */ unsigned ruonly:1; /* used in return statement only */ unsigned spildir:1; /* spilt in direct space */ unsigned ptrreg:1; /* this symbol assigned to a ptr reg */ unsigned noSpilLoc:1; /* cannot be assigned a spil location */ unsigned isstrlit; /* is a string literal and it's usage count */ unsigned accuse; /* can be left in the accumulator On the Z80 accuse is divided into ACCUSE_A and ACCUSE_HL as the idea is quite similar. */ unsigned dptr; /* 8051 variants with multiple DPTRS currently implemented in DS390 only */ int allocreq ; /* allocation is required for this variable */ int stack; /* offset on stack */ int xstack; /* offset on xternal stack */ short nRegs; /* number of registers required */ short regType; /* type of register required */ struct regs *regs[4]; /* can have at the most 4 registers */ struct asmop *aop; /* asmoperand for this symbol */ struct iCode *fuse; /* furthest use */ struct iCode *rematiCode; /* rematerialise with which instruction */ struct operand *reqv; /* register equivalent of a local variable */ struct symbol *prereqv; /* symbol before register equiv. substitution */ struct symbol *psbase; /* if pseudo symbol, the symbol it is based on */ union { struct symbol *spillLoc; /* register spil location */ struct set *itmpStack; /* symbols spilt @ this stack location */ } usl; char bitVar; /* if bitVar != 0: this is a bit variable, bitVar is the size in bits */ char bitUnnamed:1; /* unnamed bit variable */ unsigned offset; /* offset from top if struct */ int lineDef; /* defined line number */ char *fileDef; /* defined filename */ int lastLine; /* for functions the last line */ struct sym_link *type; /* 1st link to declarator chain */ struct sym_link *etype; /* last link to declarator chain */ struct symbol *next; /* crosslink to next symbol */ struct symbol *localof; /* local variable of which function */ struct initList *ival; /* ptr to initializer if any */ struct bitVect *defs; /* bit vector for definitions */ struct bitVect *uses; /* bit vector for uses */ struct bitVect *regsUsed; /* for functions registers used */ int liveFrom; /* live from iCode sequence number */ int liveTo; /* live to sequence number */ int used; /* no. of times this was used */ int recvSize; /* size of first argument */ struct bitVect *clashes; /* overlaps with what other symbols */ struct ast * funcTree; /* function body ast if inlined */ } symbol; extern sym_link *validateLink(sym_link *l, const char *macro, const char *args, const char select, const char *file, unsigned line); /* Easy Access Macros */ #define IS_OP_RUONLY(x) (IS_SYMOP(x) && OP_SYMBOL(x) && OP_SYMBOL(x)->ruonly) #define IS_OP_ACCUSE(x) (IS_SYMOP(x) && OP_SYMBOL(x) && OP_SYMBOL(x)->accuse) #define DCL_TYPE(l) validateLink(l, "DCL_TYPE", #l, DECLARATOR, __FILE__, __LINE__)->select.d.dcl_type #define DCL_ELEM(l) validateLink(l, "DCL_ELEM", #l, DECLARATOR, __FILE__, __LINE__)->select.d.num_elem #define DCL_PTR_CONST(l) validateLink(l, "DCL_PTR_CONST", #l, DECLARATOR, __FILE__, __LINE__)->select.d.ptr_const #define DCL_PTR_VOLATILE(l) validateLink(l, "DCL_PTR_VOLATILE", #l, DECLARATOR, __FILE__, __LINE__)->select.d.ptr_volatile #define DCL_PTR_RESTRICT(l) validateLink(l, "DCL_PTR_RESTRICT", #l, DECLARATOR, __FILE__, __LINE__)->select.d.ptr_restrict #define DCL_TSPEC(l) validateLink(l, "DCL_TSPEC", #l, DECLARATOR, __FILE__, __LINE__)->select.d.tspec #define FUNC_DEBUG //assert(IS_FUNC(x)); #define FUNC_HASVARARGS(x) (x->funcAttrs.hasVargs) #define IFFUNC_HASVARARGS(x) (IS_FUNC(x) && FUNC_HASVARARGS(x)) #define FUNC_ARGS(x) (x->funcAttrs.args) #define IFFUNC_ARGS(x) (IS_FUNC(x) && FUNC_ARGS(x)) #define FUNC_HASFCALL(x) (x->funcAttrs.hasFcall) #define IFFUNC_HASFCALL(x) (IS_FUNC(x) && FUNC_HASFCALL(x)) #define FUNC_HASBODY(x) (x->funcAttrs.hasbody) #define IFFUNC_HASBODY(x) (IS_FUNC(x) && FUNC_HASBODY(x)) #define FUNC_CALLEESAVES(x) (x->funcAttrs.calleeSaves) #define IFFUNC_CALLEESAVES(x) (IS_FUNC(x) && FUNC_CALLEESAVES(x)) #define FUNC_ISISR(x) (x->funcAttrs.intrtn) #define IFFUNC_ISISR(x) (IS_FUNC(x) && FUNC_ISISR(x)) #define IFFUNC_RBANK(x) (IS_FUNC(x) && FUNC_RBANK(x)) #define FUNC_INTNO(x) (x->funcAttrs.intno) #define FUNC_REGBANK(x) (x->funcAttrs.regbank) #define FUNC_HASSTACKPARM(x) (x->funcAttrs.hasStackParms) #define FUNC_ISINLINE(x) (x->funcAttrs.inlinereq) #define IFFUNC_ISINLINE(x) (IS_FUNC(x) && FUNC_ISINLINE(x)) #define FUNC_ISREENT(x) (x->funcAttrs.reent) #define IFFUNC_ISREENT(x) (IS_FUNC(x) && FUNC_ISREENT(x)) #define FUNC_ISSHADOWREGS(x) (x->funcAttrs.shadowregs) #define IFFUNC_ISSHADOWREGS(x) (IS_FUNC(x) && FUNC_ISSHADOWREGS(x)) #define FUNC_ISWPARAM(x) (x->funcAttrs.wparam) #define IFFUNC_ISWPARAM(x) (IS_FUNC(x) && FUNC_ISWPARAM(x)) #define FUNC_ISNAKED(x) (x->funcAttrs.naked) #define IFFUNC_ISNAKED(x) (IS_FUNC(x) && FUNC_ISNAKED(x)) #define FUNC_NONBANKED(x) (x->funcAttrs.nonbanked) #define IFFUNC_NONBANKED(x) (IS_FUNC(x) && FUNC_NONBANKED(x)) #define FUNC_BANKED(x) (x->funcAttrs.banked) #define IFFUNC_BANKED(x) (IS_FUNC(x) && FUNC_BANKED(x)) #define FUNC_ISCRITICAL(x) (x->funcAttrs.critical) #define IFFUNC_ISCRITICAL(x) (IS_FUNC(x) && FUNC_ISCRITICAL(x)) #define FUNC_ISBUILTIN(x) (x->funcAttrs.builtin) #define IFFUNC_ISBUILTIN(x) (IS_FUNC(x) && FUNC_ISBUILTIN(x)) #define FUNC_ISJAVANATIVE(x) (x->funcAttrs.javaNative) #define IFFUNC_ISJAVANATIVE(x) (IS_FUNC(x) && FUNC_ISJAVANATIVE(x)) #define FUNC_ISOVERLAY(x) (x->funcAttrs.overlay) #define IFFUNC_ISOVERLAY(x) (IS_FUNC(x) && FUNC_ISOVERLAY(x)) #define IFFUNC_ISBANKEDCALL(x) (!IFFUNC_NONBANKED(x) && \ (options.model == MODEL_HUGE || \ ((options.model == MODEL_LARGE || options.model == MODEL_MEDIUM) && \ (TARGET_IS_Z80 || TARGET_IS_GBZ80)) || \ IFFUNC_BANKED(x))) #define SPEC_NOUN(x) validateLink(x, "SPEC_NOUN", #x, SPECIFIER, __FILE__, __LINE__)->select.s.noun #define SPEC_LONG(x) validateLink(x, "SPEC_LONG", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_long #define SPEC_SHORT(x) validateLink(x, "SPEC_LONG", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_short #define SPEC_USIGN(x) validateLink(x, "SPEC_USIGN", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_unsigned #define SPEC_SCLS(x) validateLink(x, "SPEC_SCLS", #x, SPECIFIER, __FILE__, __LINE__)->select.s.sclass #define SPEC_ENUM(x) validateLink(x, "SPEC_ENUM", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_isenum #define SPEC_OCLS(x) validateLink(x, "SPEC_OCLS", #x, SPECIFIER, __FILE__, __LINE__)->select.s.oclass #define SPEC_STAT(x) validateLink(x, "SPEC_STAT", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_static #define SPEC_EXTR(x) validateLink(x, "SPEC_EXTR", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_extern #define SPEC_CODE(x) validateLink(x, "SPEC_CODE", #x, SPECIFIER, __FILE__, __LINE__)->select.s._codesg #define SPEC_ABSA(x) validateLink(x, "SPEC_ABSA", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_absadr #define SPEC_BANK(x) validateLink(x, "SPEC_BANK", #x, SPECIFIER, __FILE__, __LINE__)->select.s._regbank #define SPEC_ADDR(x) validateLink(x, "SPEC_ADDR", #x, SPECIFIER, __FILE__, __LINE__)->select.s._addr #define SPEC_STAK(x) validateLink(x, "SPEC_STAK", #x, SPECIFIER, __FILE__, __LINE__)->select.s._stack #define SPEC_CVAL(x) validateLink(x, "SPEC_CVAL", #x, SPECIFIER, __FILE__, __LINE__)->select.s.const_val #define SPEC_BSTR(x) validateLink(x, "SPEC_BSTR", #x, SPECIFIER, __FILE__, __LINE__)->select.s._bitStart #define SPEC_BLEN(x) validateLink(x, "SPEC_BLEN", #x, SPECIFIER, __FILE__, __LINE__)->select.s._bitLength #define SPEC_BUNNAMED(x) validateLink(x, "SPEC_BLEN", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_bitUnnamed /* Sleaze: SPEC_ISR_SAVED_BANKS is only used on * function type symbols, which obviously cannot * be of BIT type. Therefore, we recycle the * _bitStart field instead of defining a new field. */ #define SPEC_ISR_SAVED_BANKS(x) validateLink(x, "SPEC_NOUN", #x, SPECIFIER, __FILE__, __LINE__)->select.s._bitStart #define SPEC_VOLATILE(x) validateLink(x, "SPEC_NOUN", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_volatile #define SPEC_CONST(x) validateLink(x, "SPEC_NOUN", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_const #define SPEC_RESTRICT(x) validateLink(x, "SPEC_NOUN", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_restrict #define SPEC_STRUCT(x) validateLink(x, "SPEC_NOUN", #x, SPECIFIER, __FILE__, __LINE__)->select.s.v_struct #define SPEC_TYPEDEF(x) validateLink(x, "SPEC_NOUN", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_typedef #define SPEC_REGPARM(x) validateLink(x, "SPEC_NOUN", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_isregparm #define SPEC_ARGREG(x) validateLink(x, "SPEC_NOUN", #x, SPECIFIER, __FILE__, __LINE__)->select.s.argreg #define SPEC_INLINE(x) validateLink(x, "SPEC_INLINE", #x, SPECIFIER, __FILE__, __LINE__)->select.s.b_inline /* type check macros */ #define IS_DECL(x) ( x && x->class == DECLARATOR ) #define IS_SPEC(x) ( x && x->class == SPECIFIER ) #define IS_ARRAY(x) (IS_DECL(x) && DCL_TYPE(x) == ARRAY) #define IS_DATA_PTR(x) (IS_DECL(x) && DCL_TYPE(x) == POINTER) #define IS_PTR(x) (IS_DECL(x) && (DCL_TYPE(x) == POINTER || \ DCL_TYPE(x) == FPOINTER || \ DCL_TYPE(x) == GPOINTER || \ DCL_TYPE(x) == IPOINTER || \ DCL_TYPE(x) == PPOINTER || \ DCL_TYPE(x) == EEPPOINTER || \ DCL_TYPE(x) == CPOINTER || \ DCL_TYPE(x) == UPOINTER )) #define IS_PTR_CONST(x) (IS_PTR(x) && DCL_PTR_CONST(x)) #define IS_PTR_RESTRICT(x) (IS_PTR(x) && DCL_PTR_RESTRICT(x)) #define IS_FARPTR(x) (IS_DECL(x) && DCL_TYPE(x) == FPOINTER) #define IS_CODEPTR(x) (IS_DECL(x) && DCL_TYPE(x) == CPOINTER) #define IS_GENPTR(x) (IS_DECL(x) && DCL_TYPE(x) == GPOINTER) #define IS_FUNCPTR(x) (IS_DECL(x) && (DCL_TYPE(x) == CPOINTER || DCL_TYPE(x) == GPOINTER) && IS_FUNC(x->next)) #define IS_FUNC(x) (IS_DECL(x) && DCL_TYPE(x) == FUNCTION) #define IS_LONG(x) (IS_SPEC(x) && x->select.s.b_long) #define IS_UNSIGNED(x) (IS_SPEC(x) && x->select.s.b_unsigned) #define IS_TYPEDEF(x)(IS_SPEC(x) && x->select.s.b_typedef) #define IS_CONSTANT(x) (!x ? 0 : \ IS_SPEC(x) ? \ x->select.s.b_const : \ x->select.d.ptr_const) #define IS_STRUCT(x) (IS_SPEC(x) && x->select.s.noun == V_STRUCT) #define IS_ABSOLUTE(x) (IS_SPEC(x) && x->select.s.b_absadr ) #define IS_REGISTER(x) (IS_SPEC(x) && SPEC_SCLS(x) == S_REGISTER) #define IS_RENT(x) (IS_SPEC(x) && x->select.s._reent ) #define IS_STATIC(x) (IS_SPEC(x) && SPEC_STAT(x)) #define IS_INLINE(x) (IS_SPEC(x) && SPEC_INLINE(x)) #define IS_INT(x) (IS_SPEC(x) && x->select.s.noun == V_INT) #define IS_VOID(x) (IS_SPEC(x) && x->select.s.noun == V_VOID) #define IS_CHAR(x) (IS_SPEC(x) && x->select.s.noun == V_CHAR) #define IS_EXTERN(x) (IS_SPEC(x) && x->select.s.b_extern) #define IS_VOLATILE(x) (!x ? 0 : \ IS_SPEC(x) ? \ x->select.s.b_volatile : \ x->select.d.ptr_volatile) #define IS_INTEGRAL(x) (IS_SPEC(x) && (x->select.s.noun == V_INT || \ x->select.s.noun == V_CHAR || \ x->select.s.noun == V_BITFIELD || \ x->select.s.noun == V_BIT || \ x->select.s.noun == V_SBIT )) #define IS_BITFIELD(x) (IS_SPEC(x) && (x->select.s.noun == V_BITFIELD)) #define IS_BITVAR(x) (IS_SPEC(x) && (x->select.s.noun == V_BITFIELD || \ x->select.s.noun == V_BIT || \ x->select.s.noun == V_SBIT )) #define IS_BIT(x) (IS_SPEC(x) && (x->select.s.noun == V_BIT || \ x->select.s.noun == V_SBIT )) #define IS_FLOAT(x) (IS_SPEC(x) && x->select.s.noun == V_FLOAT) #define IS_FIXED16X16(x) (IS_SPEC(x) && x->select.s.noun == V_FIXED16X16) #define IS_FIXED(x) (IS_FIXED16X16(x)) #define IS_ARITHMETIC(x) (IS_INTEGRAL(x) || IS_FLOAT(x) || IS_FIXED(x)) #define IS_AGGREGATE(x) (IS_ARRAY(x) || IS_STRUCT(x)) #define IS_LITERAL(x) (IS_SPEC(x) && x->select.s.sclass == S_LITERAL) #define IS_CODE(x) (IS_SPEC(x) && SPEC_SCLS(x) == S_CODE) #define IS_REGPARM(x) (IS_SPEC(x) && SPEC_REGPARM(x)) /* symbol check macros */ #define IS_AUTO(x) (x->level && !IS_STATIC(x->etype) && !IS_EXTERN(x->etype)) /* forward declaration for the global vars */ extern bucket *SymbolTab[]; extern bucket *StructTab[]; extern bucket *TypedefTab[]; extern bucket *LabelTab[]; extern bucket *enumTab[]; extern symbol *__fsadd; extern symbol *__fssub; extern symbol *__fsmul; extern symbol *__fsdiv; extern symbol *__fseq; extern symbol *__fsneq; extern symbol *__fslt; extern symbol *__fslteq; extern symbol *__fsgt; extern symbol *__fsgteq; extern symbol *__fps16x16_add; extern symbol *__fps16x16_sub; extern symbol *__fps16x16_mul; extern symbol *__fps16x16_div; extern symbol *__fps16x16_eq; extern symbol *__fps16x16_neq; extern symbol *__fps16x16_lt; extern symbol *__fps16x16_lteq; extern symbol *__fps16x16_gt; extern symbol *__fps16x16_gteq; /* Dims: mul/div/mod, BYTE/WORD/DWORD, SIGNED/UNSIGNED/BOTH */ extern symbol *__muldiv[3][3][4]; /* Dims: BYTE/WORD/DWORD SIGNED/UNSIGNED */ extern sym_link *__multypes[3][2]; /* Dims: to/from float, BYTE/WORD/DWORD, SIGNED/USIGNED */ extern symbol *__conv[2][3][2]; /* Dims: to/from fixed16x16, BYTE/WORD/DWORD/FLOAT, SIGNED/USIGNED */ extern symbol *__fp16x16conv[2][4][2]; /* Dims: shift left/shift right, BYTE/WORD/DWORD, SIGNED/UNSIGNED */ extern symbol *__rlrr[2][3][2]; #define CHARTYPE __multypes[0][0] #define UCHARTYPE __multypes[0][1] #define INTTYPE __multypes[1][0] #define UINTTYPE __multypes[1][1] #define LONGTYPE __multypes[2][0] #define ULONGTYPE __multypes[2][1] extern sym_link *floatType; extern sym_link *fixed16x16Type; #include "SDCCval.h" typedef enum { RESULT_TYPE_NONE = 0, /* operands will be promoted to int */ RESULT_TYPE_BIT, RESULT_TYPE_CHAR, RESULT_TYPE_INT, RESULT_TYPE_OTHER, /* operands will be promoted to int */ RESULT_TYPE_IFX, RESULT_TYPE_GPTR, /* operands will be promoted to generic ptr */ } RESULT_TYPE; /* forward definitions for the symbol table related functions */ void initSymt (); symbol *newSymbol (char *, int); sym_link *newLink (SYM_LINK_CLASS); sym_link *newFloatLink (); structdef *newStruct (char *); void addDecl (symbol *, int, sym_link *); sym_link *mergeSpec (sym_link *, sym_link *, char *name); symbol *reverseSyms (symbol *); sym_link *reverseLink (sym_link *); symbol *copySymbol (symbol *); symbol *copySymbolChain (symbol *); void printSymChain (symbol *, int); void printStruct (structdef *, int); char *genSymName (int); sym_link *getSpec (sym_link *); int compStructSize (int, structdef *); sym_link *copyLinkChain (sym_link *); int checkDecl (symbol *, int); void checkBasic (sym_link *, sym_link *); value *checkPointerIval (sym_link *, value *); value *checkStructIval (symbol *, value *); value *checkArrayIval (sym_link *, value *); value *checkIval (sym_link *, value *); unsigned int getSize (sym_link *); unsigned int bitsForType (sym_link *); sym_link *newIntLink (); sym_link *newCharLink (); sym_link *newLongLink (); sym_link *newBoolLink (); int compareType (sym_link *, sym_link *); int compareTypeExact (sym_link *, sym_link *, int); int checkFunction (symbol *, symbol *); void cleanUpLevel (bucket **, int); void cleanUpBlock (bucket **, int); int funcInChain (sym_link *); void addSymChain (symbol **); sym_link *structElemType (sym_link *, value *); symbol *getStructElement (structdef *, symbol *); sym_link *computeType (sym_link *, sym_link *, RESULT_TYPE, int); void processFuncPtrArgs (sym_link *); void processFuncArgs (symbol *); int isSymbolEqual (symbol *, symbol *); int powof2 (TYPE_TARGET_ULONG); void dbuf_printTypeChain (sym_link *, struct dbuf_s *); void printTypeChain (sym_link *, FILE *); void printTypeChainRaw (sym_link *, FILE *); void initCSupport (); void initBuiltIns (); void pointerTypes (sym_link *, sym_link *); void cdbStructBlock (int); void initHashT (); bucket *newBucket (); void addSym (bucket **, void *, char *, int, int, int checkType); void deleteSym (bucket **, void *, char *); void *findSym (bucket **, void *, const char *); void *findSymWithLevel (bucket **, struct symbol *); void *findSymWithBlock (bucket **, struct symbol *, int); void changePointer (sym_link * p); void checkTypeSanity(sym_link *etype, char *name); sym_link *typeFromStr (char *) ; STORAGE_CLASS sclsFromPtr(sym_link *ptr); sym_link *newEnumType (symbol *); void promoteAnonStructs (int, structdef *); extern char *nounName(sym_link *); /* noun strings */ extern void printFromToType (sym_link *, sym_link *); #endif sdcc-2.9.0/src/SDCCutil.c000066400000000000000000000337371116427777700150430ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCutil.c - Small utility functions. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include #ifdef _WIN32 #include #endif #include #include "dbuf.h" #include "SDCCglobl.h" #include "SDCCmacro.h" #include "SDCCutil.h" #include "newalloc.h" #include "dbuf_string.h" #ifndef _WIN32 #include "findme.h" #endif #include "version.h" /** Given an array of name, value string pairs creates a new hash containing all of the pairs. */ hTab * populateStringHash(const char **pin) { hTab *pret = NULL; while (*pin) { shash_add (&pret, pin[0], pin[1]); pin += 2; } return pret; } /** Prints elements of the set to the file, each element on new line */ void fputStrSet(FILE *fp, set *list) { const char *s; for (s = setFirstItem(list); s != NULL; s = setNextItem(list)) { fputs(s, fp); fputc('\n', fp); } } /** Prepend / append given strings to each item of string set. The result is in a new string set. */ set * appendStrSet(set *list, const char *pre, const char *post) { set *new_list = NULL; const char *item; struct dbuf_s dbuf; for (item = setFirstItem(list); item != NULL; item = setNextItem(list)) { dbuf_init(&dbuf, PATH_MAX); if (pre != NULL) dbuf_append_str(&dbuf, pre); dbuf_append_str(&dbuf, item); if (post != NULL) dbuf_append_str(&dbuf, post); /* null terminate the buffer */ dbuf_c_str(&dbuf); addSet(&new_list, dbuf_detach(&dbuf)); } return new_list; } /** Given a set returns a string containing all of the strings seperated by spaces. The returned string is on the heap. */ const char * joinStrSet(set *list) { const char *s; struct dbuf_s dbuf; dbuf_init(&dbuf, PATH_MAX); for (s = setFirstItem(list); s != NULL; s = setNextItem(list)) { dbuf_append_str(&dbuf, s); dbuf_append_char(&dbuf, ' '); } s = dbuf_c_str(&dbuf); dbuf_detach(&dbuf); return s; } /** Split the path string to the directory and file name (including extension) components. The directory component doesn't contain trailing directory separator. Returns true if the path contains the directory separator. */ int dbuf_splitPath(const char *path, struct dbuf_s *dir, struct dbuf_s *file) { const char *p; int ret; const char *end = &path[strlen(path)]; for (p = end - 1; p >= path && !IS_DIR_SEPARATOR(*p); --p) ; ret = p >= path; if (NULL != dir) { int len = p - path; if (0 < len) dbuf_append(dir, path, len); } if (NULL != file) { int len; ++p; len = end - p; if (0 < len) dbuf_append(file, p, len); } return ret; } /** Split the path string to the file name (including directory) and file extension components. File extension component contains the extension separator. Returns true if the path contains the extension separator. */ int dbuf_splitFile(const char *path, struct dbuf_s *file, struct dbuf_s *ext) { const char *p; const char *end = &path[strlen(path)]; for (p = end - 1; p >= path && !IS_DIR_SEPARATOR(*p) && '.' != *p; --p) ; if (p < path || '.' != *p) { dbuf_append_str(file, path); return 0; } else { if (NULL != file) { int len = p - path; if (0 < len) dbuf_append(file, path, len); } if (NULL != ext) { int len = end - p; if (0 < len) dbuf_append(ext, p, len); } return 1; } } /** Combine directory and the file name to a path string using the DIR_SEPARATOR_CHAR. */ void dbuf_makePath(struct dbuf_s *path,const char *dir, const char *file) { if (dir != NULL) dbuf_append_str(path, dir); dbuf_append_char(path, DIR_SEPARATOR_CHAR); if (file != NULL) dbuf_append_str(path, file); } /** Given a file with path information in the binary files directory, returns the directory component. Used for discovery of bin directory of SDCC installation. Returns NULL if the path is impossible. */ #ifdef _WIN32 const char * getBinPath(const char *prel) { struct dbuf_s path; const char *p; dbuf_init(&path, 128); dbuf_splitPath(prel, &path, NULL); p = dbuf_c_str(&path); if ('\0' != *p) return p; else { char module[PATH_MAX]; dbuf_destroy(&path); /* not enough info in prel; do it with module name */ if (0 != GetModuleFileName(NULL, module, sizeof (module))) { dbuf_init(&path, 128); dbuf_splitPath(module, &path, NULL); dbuf_c_str(&path); return dbuf_detach(&path); } else return NULL; } } #else const char * getBinPath(const char *prel) { const char *ret_path; if (NULL != (ret_path = findProgramPath(prel))) { struct dbuf_s path; dbuf_init(&path, 128); dbuf_splitPath(ret_path, &path, NULL); free((void *)ret_path); dbuf_c_str(&path); return dbuf_detach(&path); } else return NULL; } #endif /** Returns true if the given path exists. */ bool pathExists (const char *ppath) { struct stat s; return stat (ppath, &s) == 0; } static hTab *_mainValues; void setMainValue (const char *pname, const char *pvalue) { assert(pname); shash_add (&_mainValues, pname, pvalue); } void buildCmdLine2 (char *pbuffer, size_t len, const char *pcmd, ...) { va_list ap; char *poutcmd; assert(pbuffer && pcmd); assert(_mainValues); va_start(ap, pcmd); poutcmd = mvsprintf(_mainValues, pcmd, ap); va_end(ap); strncpyz(pbuffer, poutcmd, len); Safe_free(poutcmd); } void populateMainValues (const char **ppin) { _mainValues = populateStringHash(ppin); } /** Returns true if sz starts with the string given in key. */ bool startsWith (const char *sz, const char *key) { return !strncmp (sz, key, strlen (key)); } /** Removes any newline characters from the string. Not strictly the same as perl's chomp. */ void chomp (char *sz) { char *nl; while ((nl = strrchr (sz, '\n'))) *nl = '\0'; } hTab * getRuntimeVariables(void) { return _mainValues; } /* strncpy() with guaranteed NULL termination. */ char *strncpyz(char *dest, const char *src, size_t n) { assert(n > 0); --n; /* paranoia... */ if (strlen(src) > n) { fprintf(stderr, "strncpyz prevented buffer overrun!\n"); } strncpy(dest, src, n); dest[n] = 0; return dest; } /* like strncat() with guaranteed NULL termination * The passed size should be the size of the dest buffer, not the number of * bytes to copy. */ char *strncatz(char *dest, const char *src, size_t n) { size_t maxToCopy; size_t destLen = strlen(dest); assert(n > 0); assert(n > destLen); maxToCopy = n - destLen - 1; /* paranoia... */ if (strlen(src) + destLen >= n) { fprintf(stderr, "strncatz prevented buffer overrun!\n"); } strncat(dest, src, maxToCopy); dest[n - 1] = 0; return dest; } /*-----------------------------------------------------------------*/ /* getBuildNumber - return build number */ /*-----------------------------------------------------------------*/ const char *getBuildNumber(void) { return (SDCC_BUILD_NUMBER); } /*-----------------------------------------------------------------*/ /* getBuildDate - return build date */ /*-----------------------------------------------------------------*/ const char *getBuildDate(void) { return (__DATE__); } /*-----------------------------------------------------------------*/ /* getBuildEnvironment - return environment used to build SDCC */ /*-----------------------------------------------------------------*/ const char *getBuildEnvironment(void) { #ifdef __CYGWIN__ return "CYGWIN"; #elif defined __MINGW32__ return "MINGW32"; #elif defined __DJGPP__ return "DJGPP"; #elif defined(_MSC_VER) return "MSVC"; #elif defined(__BORLANDC__) return "BORLANDC"; #elif defined(__APPLE__) # if defined(__i386__) return "Mac OS X i386"; # else return "Mac OS X ppc"; #endif #else return "UNIX"; #endif } #if defined(HAVE_VSNPRINTF) || defined(HAVE_VSPRINTF) size_t SDCCsnprintf(char *dst, size_t n, const char *fmt, ...) { va_list args; int len; va_start(args, fmt); # if defined(HAVE_VSNPRINTF) len = vsnprintf(dst, n, fmt, args); # else vsprintf(dst, fmt, args); len = strlen(dst) + 1; # endif va_end(args); /* on some gnu systems, vsnprintf returns -1 if output is truncated. * In the C99 spec, vsnprintf returns the number of characters that * would have been written, were space available. */ if ((len < 0) || (size_t) len >= n) { fprintf(stderr, "internal error: sprintf truncated.\n"); } return len; } #endif /** Pragma tokenizer */ void init_pragma_token(struct pragma_token_s *token) { dbuf_init(&token->dbuf, 16); token->type = TOKEN_UNKNOWN; } char * get_pragma_token(const char *s, struct pragma_token_s *token) { dbuf_set_length(&token->dbuf, 0); /* skip leading spaces */ while ('\n' != *s && isspace(*s)) ++s; if ('\0' == *s || '\n' == *s) { token->type = TOKEN_EOL; } else { char *end; long val = strtol(s, &end, 0); if (end != s && ('\0' == *end || isspace(*end))) { token->val.int_val = val; token->type = TOKEN_INT; dbuf_append(&token->dbuf, s, end - s); s = end; } else { while ('\0' != *s && !isspace(*s)) { dbuf_append_char(&token->dbuf, *s); ++s; } token->type = TOKEN_STR; } } return (char *)s; } const char * get_pragma_string(struct pragma_token_s *token) { return dbuf_c_str(&token->dbuf); } void free_pragma_token(struct pragma_token_s *token) { dbuf_destroy(&token->dbuf); } /*! /fn char hexEscape(char **src) /param src Pointer to 'x' from start of hex character value */ unsigned char hexEscape (const char **src) { char *s ; unsigned long value ; (*src)++ ; /* Skip over the 'x' */ value = strtol (*src, &s, 16); if (s == *src) { // no valid hex found werror(E_INVALID_HEX); } else { if (value > 255) { werror(W_ESC_SEQ_OOR_FOR_CHAR); } } *src = s; return (char) value; } /*------------------------------------------------------------------*/ /* octalEscape - process an octal constant of max three digits */ /* return the octal value, throw a warning for illegal octal */ /* adjust src to point at the last proccesed char */ /*------------------------------------------------------------------*/ unsigned char octalEscape (const char **str) { int digits; unsigned value=0; for (digits = 0; digits < 3; digits++) { if (**str >='0' && **str <= '7') { value = value*8 + (**str - '0'); (*str)++; } else { break; } } if (digits) { if (value > 255 /* || (**str>='0' && **str<='7') */ ) { werror (W_ESC_SEQ_OOR_FOR_CHAR); } } return value; } /*! /fn int copyStr (char *dest, char *src) Copies a source string to a dest buffer interpreting escape sequences and special characters /param dest Buffer to receive the resultant string /param src Buffer containing the source string with escape sequecnes /return Number of characters in output string */ int copyStr (char *dest, const char *src) { char *OriginalDest = dest ; while (*src) { if (*src == '\"') src++; else if (*src == '\\') { src++; switch (*src) { case 'n': *dest++ = '\n'; break; case 't': *dest++ = '\t'; break; case 'v': *dest++ = '\v'; break; case 'b': *dest++ = '\b'; break; case 'r': *dest++ = '\r'; break; case 'f': *dest++ = '\f'; break; case 'a': *dest++ = '\a'; break; case '0': case '1': case '2': case '3': case '4': case '5': case '6': case '7': *dest++ = octalEscape(&src); src-- ; break; case 'x': *dest++ = hexEscape(&src) ; src-- ; break ; case '\\': *dest++ = '\\'; break; case '\?': *dest++ = '\?'; break; case '\'': *dest++ = '\''; break; case '\"': *dest++ = '\"'; break; default: *dest++ = *src; } src++; } else *dest++ = *src++; } *dest++ = '\0'; return dest - OriginalDest ; } sdcc-2.9.0/src/SDCCutil.h000066400000000000000000000121551116427777700150370ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCutil.c - Small utility functions. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCUTIL_H #define SDCCUTIL_H #include "SDCChasht.h" #include "dbuf.h" #include /** Given an array of name, value string pairs creates a new hash containing all of the pairs. */ hTab *populateStringHash (const char **pin); /** Prints elements of the set to the file, each element on new line */ void fputStrSet (FILE *fp, set *list); /** Prepend / append given strings to each item of string set. The result is in a new string set. */ set *appendStrSet (set *list, const char *pre, const char *post); /** Given a set returns a string containing all of the strings seperated by spaces. The returned string is on the heap. */ const char *joinStrSet (set *list); /** Split the path string to the directory and file name (including extension) components. The directory component doesn't contain trailing directory separator. Returns true if the path contains the directory separator. */ int dbuf_splitPath (const char *path, struct dbuf_s *dir, struct dbuf_s *file); /** Split the path string to the file name (including directory) and file extension components. The file name component doesn't contain trailing extension separator. Returns true if the path contains the extension separator. */ int dbuf_splitFile (const char *path, struct dbuf_s *file, struct dbuf_s *ext); /** Combile directory and the file name to a path string using the DIR_SEPARATOR_CHAR. */ void dbuf_makePath (struct dbuf_s *path, const char *dir, const char *file); /** Given a file with path information in the binary files directory, returns the directory component. Used for discovery of bin directory of SDCC installation. Returns NULL if the path is impossible. */ const char *getBinPath (const char *prel); /** Returns true if the given path exists. */ bool pathExists (const char *ppath); void setMainValue (const char *pname, const char *pvalue); void populateMainValues (const char **ppin); void buildCmdLine2 (char *pbuffer, size_t len, const char *pcmd, ...); /** Returns true if sz starts with the string given in key. */ bool startsWith (const char *sz, const char *key); /** Removes any newline characters from the string. Not strictly the same as perl's chomp. */ void chomp (char *sz); hTab *getRuntimeVariables (void); /* strncpy() with guaranteed NULL termination. */ char *strncpyz (char *dest, const char *src, size_t n); /* like strncat() with guaranteed NULL termination * The passed size should be the size of the dest buffer, not the number of * bytes to copy. */ char *strncatz (char *dest, const char *src, size_t n); /* return SDCC build number */ const char *getBuildNumber (void); /* return SDCC build date */ const char *getBuildDate (void); /* return environment used to build SDCC */ const char *getBuildEnvironment(void); /* snprintf, by hook or by crook. */ size_t SDCCsnprintf (char *, size_t, const char *, ...); # if defined(HAVE_VSNPRINTF) // best option: we can define our own snprintf which logs errors. # define SNPRINTF SDCCsnprintf # elif defined(HAVE_SPRINTF) // if we can't build a safe snprintf for lack of vsnprintf but there // is a native snprintf, use it. # define SNPRINTF snprintf # elif defined(HAVE_VSPRINTF) // we can at least define our own unsafe version. # define SNPRINTF SDCCsnprintf # else // We don't have a native snprintf nor the functions we need to write one. # error "Need at least one of snprintf, vsnprintf, vsprintf!" # endif /** Pragma tokenizer */ enum pragma_token_e { TOKEN_UNKNOWN, TOKEN_STR, TOKEN_INT, TOKEN_EOL }; struct pragma_token_s { enum pragma_token_e type; struct dbuf_s dbuf; union { int int_val; } val; }; void init_pragma_token (struct pragma_token_s *token); char *get_pragma_token (const char *s, struct pragma_token_s *token); const char *get_pragma_string (struct pragma_token_s *token); void free_pragma_token (struct pragma_token_s *token); unsigned char hexEscape (const char **src); unsigned char octalEscape (const char **src); int copyStr (char *dest, const char *src); #endif sdcc-2.9.0/src/SDCCval.c000066400000000000000000001663151116427777700146470ustar00rootroot00000000000000/*---------------------------------------------------------------------- SDCCval.c :- has routine to do all kinds of fun stuff with the value wrapper & with initialiser lists. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include #include #include #include #include "newalloc.h" int cNestLevel; /*-----------------------------------------------------------------*/ /* newValue - allocates and returns a new value */ /*-----------------------------------------------------------------*/ value * newValue (void) { value *val; val = Safe_alloc (sizeof (value)); return val; } /*-----------------------------------------------------------------*/ /* newiList - new initializer list */ /*-----------------------------------------------------------------*/ initList * newiList (int type, void *ilist) { initList *nilist; nilist = Safe_alloc (sizeof (initList)); nilist->type = type; nilist->filename = lexFilename; nilist->lineno = lexLineno; switch (type) { case INIT_NODE: nilist->init.node = (struct ast *) ilist; break; case INIT_DEEP: nilist->init.deep = (struct initList *) ilist; break; } return nilist; } /*------------------------------------------------------------------*/ /* revinit - reverses the initial values for a value chain */ /*------------------------------------------------------------------*/ initList * revinit (initList * val) { initList *prev, *curr, *next; if (!val) return NULL; prev = val; curr = val->next; while (curr) { next = curr->next; curr->next = prev; prev = curr; curr = next; } val->next = (void *) NULL; return prev; } bool convertIListToConstList(initList *src, literalList **lList, int size) { int cnt = 0; initList *iLoop; literalList *head, *last, *newL; head = last = NULL; if (src && src->type != INIT_DEEP) { return FALSE; } iLoop = src ? src->init.deep : NULL; while (iLoop) { if (iLoop->type != INIT_NODE) { return FALSE; } if (!IS_AST_LIT_VALUE(decorateType(resolveSymbols(iLoop->init.node), RESULT_TYPE_NONE))) { return FALSE; } iLoop = iLoop->next; cnt++; } if (!size) { size = cnt; } /* We've now established that the initializer list contains only literal values. */ iLoop = src ? src->init.deep : NULL; while (size--) { double val = iLoop ? AST_FLOAT_VALUE(iLoop->init.node) : 0; if (last && last->literalValue == val) { last->count++; } else { newL = Safe_alloc(sizeof(literalList)); newL->literalValue = val; newL->count = 1; newL->next = NULL; if (last) { last->next = newL; } else { head = newL; } last = newL; } iLoop = iLoop ? iLoop->next : NULL; } if (!head) { return FALSE; } *lList = head; return TRUE; } literalList * copyLiteralList(literalList *src) { literalList *head, *prev, *newL; head = prev = NULL; while (src) { newL = Safe_alloc(sizeof(literalList)); newL->literalValue = src->literalValue; newL->count = src->count; newL->next = NULL; if (prev) { prev->next = newL; } else { head = newL; } prev = newL; src = src->next; } return head; } /*------------------------------------------------------------------*/ /* copyIlist - copy initializer list */ /*------------------------------------------------------------------*/ initList * copyIlist (initList * src) { initList *dest = NULL; if (!src) return NULL; switch (src->type) { case INIT_DEEP: dest = newiList (INIT_DEEP, copyIlist (src->init.deep)); break; case INIT_NODE: dest = newiList (INIT_NODE, copyAst (src->init.node)); break; } if (src->next) dest->next = copyIlist (src->next); return dest; } /*------------------------------------------------------------------*/ /* list2int - converts the first element of the list to value */ /*------------------------------------------------------------------*/ double list2int (initList * val) { initList *i = val; if (i->type == INIT_DEEP) return list2int (val->init.deep); return floatFromVal (constExprValue (val->init.node, TRUE)); } /*------------------------------------------------------------------*/ /* list2val - converts the first element of the list to value */ /*------------------------------------------------------------------*/ value * list2val (initList * val) { if (!val) return NULL; if (val->type == INIT_DEEP) return list2val (val->init.deep); return constExprValue (val->init.node, TRUE); } /*------------------------------------------------------------------*/ /* list2expr - returns the first expression in the initializer list */ /*------------------------------------------------------------------*/ ast * list2expr (initList * ilist) { if (!ilist) return NULL; if (ilist->type == INIT_DEEP) return list2expr (ilist->init.deep); return ilist->init.node; } /*------------------------------------------------------------------*/ /* resolveIvalSym - resolve symbols in initial values */ /*------------------------------------------------------------------*/ void resolveIvalSym (initList * ilist, sym_link * type) { int is_ptr = IS_PTR (type); RESULT_TYPE resultType = getResultTypeFromType (getSpec (type)); while (ilist) { if (ilist->type == INIT_NODE) { ilist->init.node = decorateType (resolveSymbols (ilist->init.node), is_ptr ? RESULT_TYPE_INT : resultType); } else if (ilist->type == INIT_DEEP) { resolveIvalSym (ilist->init.deep, type); } ilist = ilist->next; } } /*------------------------------------------------------------------*/ /* symbolVal - creates a value for a symbol */ /*------------------------------------------------------------------*/ value * symbolVal (symbol * sym) { value *val; if (!sym) return NULL; val = newValue (); val->sym = sym; if (sym->type) { val->type = sym->type; val->etype = getSpec (val->type); } if (*sym->rname) { SNPRINTF (val->name, sizeof(val->name), "%s", sym->rname); } else { SNPRINTF (val->name, sizeof(val->name), "_%s", sym->name); } return val; } /*--------------------------------------------------------------------*/ /* cheapestVal - try to reduce 'signed int' to 'char' */ /*--------------------------------------------------------------------*/ static value * cheapestVal (value *val) { /* only int can be reduced */ if (!IS_INT(val->type)) return val; /* long must not be changed */ if (SPEC_LONG(val->type)) return val; /* unsigned must not be changed */ if (SPEC_USIGN(val->type)) return val; /* the only possible reduction is from signed int to (un)signed char, because it's automatically promoted back to signed int. a reduction from unsigned int to unsigned char is a bug, because an _unsigned_ char is promoted to _signed_ int! */ if (SPEC_CVAL(val->type).v_int < -128 || SPEC_CVAL(val->type).v_int > 255) { /* not in the range of (un)signed char */ return val; } SPEC_NOUN(val->type) = V_CHAR; /* 'unsigned char' promotes to 'signed int', so that we can reduce it the other way */ if (SPEC_CVAL(val->type).v_int >= 0) { SPEC_USIGN(val->type) = 1; } return (val); } /*--------------------------------------------------------------------*/ /* checkConstantRange - check if constant fits in numeric range of */ /* var type in comparisons and assignments */ /*--------------------------------------------------------------------*/ CCR_RESULT checkConstantRange (sym_link *var, sym_link *lit, int op, bool exchangeLeftRight) { sym_link *reType; double litVal; int varBits; litVal = floatFromVal (valFromType (lit)); varBits = bitsForType (var); /* sanity checks */ if ( IS_FLOAT (var) || IS_FIXED (var)) return CCR_OK; if (varBits < 1) return CCR_ALWAYS_FALSE; if (varBits > 32) return CCR_ALWAYS_TRUE; /* special: assignment */ if (op == '=') { if (IS_BIT (var)) return CCR_OK; if (getenv ("SDCC_VERY_PEDANTIC")) { if (SPEC_USIGN (var)) { TYPE_TARGET_ULONG maxVal = 0xffffffffu >> (32 - varBits); if ( litVal < 0 || litVal > maxVal) return CCR_OVL; return CCR_OK; } else { TYPE_TARGET_LONG minVal = 0xffffffff << (varBits - 1); TYPE_TARGET_LONG maxVal = 0x7fffffff >> (32 - varBits); if ( litVal < minVal || litVal > maxVal) return CCR_OVL; return CCR_OK; } } else { /* ignore signedness, e.g. allow everything from -127...+255 for (unsigned) char */ TYPE_TARGET_LONG minVal = 0xffffffff << (varBits - 1); TYPE_TARGET_ULONG maxVal = 0xffffffffu >> (32 - varBits); if ( litVal < minVal || litVal > maxVal) return CCR_OVL; return CCR_OK; } } if (exchangeLeftRight) switch (op) { case EQ_OP: break; case NE_OP: break; case '>': op = '<'; break; case GE_OP: op = LE_OP; break; case '<': op = '>'; break; case LE_OP: op = GE_OP; break; default: return CCR_ALWAYS_FALSE; } reType = computeType (var, lit, RESULT_TYPE_NONE, op); if (SPEC_USIGN (reType)) { /* unsigned operation */ TYPE_TARGET_ULONG minValP, maxValP, minValM, maxValM; TYPE_TARGET_ULONG opBitsMask = 0xffffffffu >> (32 - bitsForType (reType)); if (SPEC_USIGN (lit) && SPEC_USIGN (var)) { /* both operands are unsigned, this is easy */ minValP = 0; maxValP = 0xffffffffu >> (32 - varBits); /* there's only range, just copy it to 2nd set */ minValM = minValP; maxValM = maxValP; } else if (SPEC_USIGN (var)) { /* lit is casted from signed to unsigned, e.g.: unsigned u; u == (char) -17 -> u == 0xffef' */ minValP = 0; maxValP = 0xffffffffu >> (32 - varBits); /* there's only one range, just copy it to 2nd set */ minValM = minValP; maxValM = maxValP; /* it's an unsigned operation */ if ( IS_CHAR (reType) || IS_INT (reType)) { /* make signed literal unsigned and limit no of bits to size of return type */ litVal = (TYPE_TARGET_ULONG) double2ul (litVal) & opBitsMask; } } else /* SPEC_USIGN (lit) */ { /* var is casted from signed to unsigned, e.g.: signed char c; c == (unsigned) -17 -> c == 0xffef' The possible values after casting var split up in two, nonconsecutive ranges: minValP = 0; positive range: 0...127 maxValP = 0x7f; minValM = 0xff80; negative range: -128...-1 maxValM = 0xffff; */ /* positive range */ minValP = 0; maxValP = 0x7fffffffu >> (32 - varBits); /* negative range */ minValM = 0xffffffff << (varBits - 1); maxValM = 0xffffffffu; /* -1 */ /* limit no of bits to size of return type */ minValM &= opBitsMask; maxValM &= opBitsMask; } switch (op) { case EQ_OP: /* var == lit */ if ( litVal <= maxValP && litVal >= minValP) /* 0 */ return CCR_OK; if ( litVal <= maxValM && litVal >= minValM) return CCR_OK; return CCR_ALWAYS_FALSE; case NE_OP: /* var != lit */ if ( litVal <= maxValP && litVal >= minValP) /* 0 */ return CCR_OK; if ( litVal <= maxValM && litVal >= minValM) return CCR_OK; return CCR_ALWAYS_TRUE; case '>': /* var > lit */ if (litVal >= maxValM) return CCR_ALWAYS_FALSE; if (litVal < minValP) /* 0 */ return CCR_ALWAYS_TRUE; return CCR_OK; case GE_OP: /* var >= lit */ if (litVal > maxValM) return CCR_ALWAYS_FALSE; if (litVal <= minValP) /* 0 */ return CCR_ALWAYS_TRUE; return CCR_OK; case '<': /* var < lit */ if (litVal > maxValM) return CCR_ALWAYS_TRUE; if (litVal <= minValP) /* 0 */ return CCR_ALWAYS_FALSE; return CCR_OK; case LE_OP: /* var <= lit */ if (litVal >= maxValM) return CCR_ALWAYS_TRUE; if (litVal < minValP) /* 0 */ return CCR_ALWAYS_FALSE; return CCR_OK; default: return CCR_ALWAYS_FALSE; } } else { /* signed operation */ TYPE_TARGET_LONG minVal, maxVal; if (SPEC_USIGN (var)) { /* unsigned var, but signed operation. This happens when var is promoted to signed int. Set actual min/max values of var. */ minVal = 0; maxVal = 0xffffffff >> (32 - varBits); } else { /* signed var */ minVal = 0xffffffff << (varBits - 1); maxVal = 0x7fffffff >> (32 - varBits); } switch (op) { case EQ_OP: /* var == lit */ if ( litVal > maxVal || litVal < minVal) return CCR_ALWAYS_FALSE; return CCR_OK; case NE_OP: /* var != lit */ if ( litVal > maxVal || litVal < minVal) return CCR_ALWAYS_TRUE; return CCR_OK; case '>': /* var > lit */ if (litVal >= maxVal) return CCR_ALWAYS_FALSE; if (litVal < minVal) return CCR_ALWAYS_TRUE; return CCR_OK; case GE_OP: /* var >= lit */ if (litVal > maxVal) return CCR_ALWAYS_FALSE; if (litVal <= minVal) return CCR_ALWAYS_TRUE; return CCR_OK; case '<': /* var < lit */ if (litVal > maxVal) return CCR_ALWAYS_TRUE; if (litVal <= minVal) return CCR_ALWAYS_FALSE; return CCR_OK; case LE_OP: /* var <= lit */ if (litVal >= maxVal) return CCR_ALWAYS_TRUE; if (litVal < minVal) return CCR_ALWAYS_FALSE; return CCR_OK; default: return CCR_ALWAYS_FALSE; } } } /*-----------------------------------------------------------------*/ /* valueFromLit - creates a value from a literal */ /*-----------------------------------------------------------------*/ value * valueFromLit (double lit) { char buffer[50]; if ((((TYPE_TARGET_LONG) lit) - lit) == 0) { SNPRINTF (buffer, sizeof(buffer), "%d", (TYPE_TARGET_LONG) lit); return constVal (buffer); } SNPRINTF (buffer, sizeof(buffer), "%f", lit); return constFloatVal (buffer); } /*-----------------------------------------------------------------*/ /* constFloatVal - converts a FLOAT constant to value */ /*-----------------------------------------------------------------*/ value * constFloatVal (const char *s) { value *val = newValue (); double sval; char *p; sval = strtod(s, &p); if (p == s) { werror (E_INVALID_FLOAT_CONST, s); return constCharVal (0); } val->type = val->etype = newLink (SPECIFIER); SPEC_NOUN (val->type) = V_FLOAT; SPEC_SCLS (val->type) = S_LITERAL; SPEC_CVAL (val->type).v_float = sval; return val; } /*-----------------------------------------------------------------*/ /* constFixed16x16Val - converts a FIXED16X16 constant to value */ /*-----------------------------------------------------------------*/ value * constFixed16x16Val (const char *s) { value *val = newValue (); double sval; char *p; sval = strtod(s, &p); if (p == s) { werror (E_INVALID_FLOAT_CONST, s); return constCharVal (0); } val->type = val->etype = newLink (SPECIFIER); SPEC_NOUN (val->type) = V_FLOAT; SPEC_SCLS (val->type) = S_LITERAL; SPEC_CVAL (val->type).v_fixed16x16 = fixed16x16FromDouble ( sval ); return val; } /*-----------------------------------------------------------------*/ /* constVal - converts an INTEGER constant into a cheapest value */ /*-----------------------------------------------------------------*/ value *constVal (const char *s) { value *val; char *p; double dval; bool is_integral = 0; val = newValue (); /* alloc space for value */ val->type = val->etype = newLink (SPECIFIER); /* create the specifier */ SPEC_SCLS (val->type) = S_LITERAL; /* let's start with a signed char */ SPEC_NOUN (val->type) = V_CHAR; SPEC_USIGN (val->type) = 0; errno = 0; if (s[0] == '0') { if (s[1] == 'b' || s[1] == 'B') dval = strtoul (s + 2, &p, 2); else dval = strtoul (s, &p, 0); is_integral = 1; } else dval = strtod (s, &p); if (errno) { dval = 4294967295.0; werror (W_INVALID_INT_CONST, s, dval); } /* Setup the flags first */ /* set the unsigned flag if 'uU' is found */ if (strchr (p, 'u') || strchr (p, 'U')) { SPEC_USIGN (val->type) = 1; } /* set the b_long flag if 'lL' is found */ if (strchr (p, 'l') || strchr (p, 'L')) { SPEC_NOUN (val->type) = V_INT; SPEC_LONG (val->type) = 1; } else { if (dval < 0) { /* "-28u" will still be signed and negative */ if (dval < -128) { /* check if we have to promote to int */ SPEC_NOUN (val->type) = V_INT; } if (dval < -32768) { /* check if we have to promote to long int */ SPEC_LONG (val->type) = 1; } } else { /* >=0 */ if (dval > 0xff || /* check if we have to promote to int */ SPEC_USIGN (val->type)) { /* if it's unsigned, we can't use unsigned char. After an integral promotion it will be a signed int; this certainly isn't what the programer wants */ SPEC_NOUN (val->type) = V_INT; } else { /* store char's always as unsigned; this helps other optimizations */ SPEC_USIGN (val->type) = 1; } if (dval > 0xffff && SPEC_USIGN (val->type)) { /* check if we have to promote to long */ SPEC_LONG (val->type) = 1; } else if (dval > 0x7fff && !SPEC_USIGN (val->type)) { /* check if we have to promote to long int */ if (is_integral && /* integral (hex, octal and binary) constants may be stored in unsigned type */ dval <= 0xffff) { SPEC_USIGN (val->type) = 1; } else { SPEC_LONG (val->type) = 1; if (dval > 0x7fffffff) { SPEC_USIGN (val->type) = 1; } } } } } /* check for out of range */ if (dval < -2147483648.0) { dval = -2147483648.0; werror (W_INVALID_INT_CONST, s, dval); } if (dval > 2147483647.0 && !SPEC_USIGN (val->type)) { dval = 2147483647.0; werror (W_INVALID_INT_CONST, s, dval); } if (dval > 4294967295.0) { dval = 4294967295.0; werror (W_INVALID_INT_CONST, s, dval); } if (SPEC_LONG (val->type)) { if (SPEC_USIGN (val->type)) { SPEC_CVAL (val->type).v_ulong = (TYPE_TARGET_ULONG) double2ul (dval); } else { SPEC_CVAL (val->type).v_long = (TYPE_TARGET_LONG) double2ul (dval); } } else { if (SPEC_USIGN (val->type)) { SPEC_CVAL (val->type).v_uint = (TYPE_TARGET_UINT) double2ul (dval); } else { SPEC_CVAL (val->type).v_int = (TYPE_TARGET_INT) double2ul (dval); } } return val; } value *constCharVal (unsigned char v) { value *val = newValue (); /* alloc space for value */ val->type = val->etype = newLink (SPECIFIER); /* create the specifier */ SPEC_SCLS (val->type) = S_LITERAL; /* let's start with a signed char */ SPEC_NOUN (val->type) = V_CHAR; SPEC_USIGN (val->type) = 1; SPEC_CVAL (val->type).v_uint = v; return val; } /*------------------------------------------------------------------*/ /* strVal - converts a string constant to a value */ /*------------------------------------------------------------------*/ value * strVal (const char *s) { value *val; val = newValue (); /* get a new one */ /* get a declarator */ val->type = newLink (DECLARATOR); DCL_TYPE (val->type) = ARRAY; val->type->next = val->etype = newLink (SPECIFIER); SPEC_NOUN (val->etype) = V_CHAR; SPEC_SCLS (val->etype) = S_LITERAL; SPEC_CVAL (val->etype).v_char = Safe_alloc (strlen (s) + 1); DCL_ELEM (val->type) = copyStr (SPEC_CVAL (val->etype).v_char, s); return val; } /*------------------------------------------------------------------*/ /* reverseValWithType - reverses value chain with type & etype */ /*------------------------------------------------------------------*/ value * reverseValWithType (value * val) { sym_link *type; sym_link *etype; if (!val) return NULL; /* save the type * etype chains */ type = val->type; etype = val->etype; /* set the current one 2b null */ val->type = val->etype = NULL; val = reverseVal (val); /* restore type & etype */ val->type = type; val->etype = etype; return val; } /*------------------------------------------------------------------*/ /* reverseVal - reverses the values for a value chain */ /*------------------------------------------------------------------*/ value * reverseVal (value * val) { value *prev, *curr, *next; if (!val) return NULL; prev = val; curr = val->next; while (curr) { next = curr->next; curr->next = prev; prev = curr; curr = next; } val->next = (void *) NULL; return prev; } /*------------------------------------------------------------------*/ /* copyValueChain - will copy a chain of values */ /*------------------------------------------------------------------*/ value * copyValueChain (value * src) { value *dest; if (!src) return NULL; dest = copyValue (src); dest->next = copyValueChain (src->next); return dest; } /*------------------------------------------------------------------*/ /* copyValue - copies contents of a value to a fresh one */ /*------------------------------------------------------------------*/ value * copyValue (value * src) { value *dest; dest = newValue (); dest->sym = copySymbol (src->sym); strncpyz (dest->name, src->name, SDCC_NAME_MAX); dest->type = (src->type ? copyLinkChain (src->type) : NULL); dest->etype = (src->type ? getSpec (dest->type) : NULL); return dest; } /*------------------------------------------------------------------*/ /* charVal - converts a character constant to a value */ /*------------------------------------------------------------------*/ value * charVal (const char *s) { /* get rid of quotation */ /* if \ then special processing */ if (*++s == '\\') { switch (*++s) /* go beyond the backslash */ { case 'n': return constCharVal ('\n'); case 't': return constCharVal ('\t'); case 'v': return constCharVal ('\v'); case 'b': return constCharVal ('\b'); case 'r': return constCharVal ('\r'); case 'f': return constCharVal ('\f'); case 'a': return constCharVal ('\a'); case '\\': return constCharVal ('\\'); case '\?': return constCharVal ('\?'); case '\'': return constCharVal ('\''); case '\"': return constCharVal ('\"'); case '0' : case '1' : case '2' : case '3' : case '4' : case '5' : case '6' : case '7' : return constCharVal (octalEscape (&s)); case 'x': return constCharVal (hexEscape (&s)); default: return constCharVal (*s); } } else /* not a backslash */ return constCharVal (*s); } /*------------------------------------------------------------------*/ /* valFromType - creates a value from type given */ /*------------------------------------------------------------------*/ value * valFromType (sym_link * type) { value *val = newValue (); val->type = copyLinkChain (type); val->etype = getSpec (val->type); return val; } /*------------------------------------------------------------------*/ /* floatFromVal - value to double float conversion */ /*------------------------------------------------------------------*/ double floatFromVal (value * val) { if (!val) return 0; if (val->etype && SPEC_SCLS (val->etype) != S_LITERAL) { werror (E_CONST_EXPECTED, val->name); return 0; } /* if it is not a specifier then we can assume that */ /* it will be an unsigned long */ if (!IS_SPEC (val->type)) return SPEC_CVAL (val->etype).v_ulong; if (SPEC_NOUN (val->etype) == V_FLOAT) return SPEC_CVAL (val->etype).v_float; if (SPEC_NOUN (val->etype) == V_FIXED16X16) return doubleFromFixed16x16 (SPEC_CVAL (val->etype).v_fixed16x16); if (SPEC_LONG (val->etype)) { if (SPEC_USIGN (val->etype)) return SPEC_CVAL (val->etype).v_ulong; else return SPEC_CVAL (val->etype).v_long; } if (SPEC_NOUN (val->etype) == V_INT) { if (SPEC_USIGN (val->etype)) return SPEC_CVAL (val->etype).v_uint; else return SPEC_CVAL (val->etype).v_int; } if (SPEC_NOUN (val->etype) == V_CHAR) { if (SPEC_USIGN (val->etype)) return (unsigned char) SPEC_CVAL (val->etype).v_uint; else return (signed char) SPEC_CVAL (val->etype).v_int; } if (IS_BITVAR(val->etype)) return SPEC_CVAL (val->etype).v_uint; if (SPEC_NOUN (val->etype) == V_VOID) return SPEC_CVAL (val->etype).v_ulong; /* we are lost ! */ werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "floatFromVal: unknown value"); return 0; } /*------------------------------------------------------------------*/ /* ulFromVal - value to unsigned long conversion */ /*------------------------------------------------------------------*/ unsigned long ulFromVal (value * val) { if (!val) return 0; if (val->etype && SPEC_SCLS (val->etype) != S_LITERAL) { werror (E_CONST_EXPECTED, val->name); return 0; } /* if it is not a specifier then we can assume that */ /* it will be an unsigned long */ if (!IS_SPEC (val->type)) return SPEC_CVAL (val->etype).v_ulong; if (SPEC_NOUN (val->etype) == V_FLOAT) return double2ul (SPEC_CVAL (val->etype).v_float); if (SPEC_NOUN (val->etype) == V_FIXED16X16) return double2ul (doubleFromFixed16x16 (SPEC_CVAL (val->etype).v_fixed16x16)); if (SPEC_LONG (val->etype)) { if (SPEC_USIGN (val->etype)) return SPEC_CVAL (val->etype).v_ulong; else return SPEC_CVAL (val->etype).v_long; } if (SPEC_NOUN (val->etype) == V_INT) { if (SPEC_USIGN (val->etype)) return SPEC_CVAL (val->etype).v_uint; else return SPEC_CVAL (val->etype).v_int; } if (SPEC_NOUN (val->etype) == V_CHAR) { if (SPEC_USIGN (val->etype)) return (unsigned char) SPEC_CVAL (val->etype).v_uint; else return (signed char) SPEC_CVAL (val->etype).v_int; } if (IS_BITVAR(val->etype)) return SPEC_CVAL (val->etype).v_uint; if (SPEC_NOUN (val->etype) == V_VOID) return SPEC_CVAL (val->etype).v_ulong; /* we are lost ! */ werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "ulFromVal: unknown value"); return 0; } /*-----------------------------------------------------------------*/ /* doubleFromFixed16x16 - convert a fixed16x16 to double */ /*-----------------------------------------------------------------*/ double doubleFromFixed16x16(TYPE_TARGET_ULONG value) { #if 0 /* This version is incorrect negative values. */ double tmp=0, exp=2; tmp = (value & 0xffff0000) >> 16; while(value) { value &= 0xffff; if(value & 0x8000)tmp += 1/exp; exp *= 2; value <<= 1; } return (tmp); #else return ((double)(value * 1.0) / (double)(1UL << 16)); #endif } TYPE_TARGET_ULONG fixed16x16FromDouble(double value) { #if 0 /* This version is incorrect negative values. */ unsigned int tmp=0, pos=16; TYPE_TARGET_ULONG res; tmp = floor( value ); res = tmp << 16; value -= tmp; tmp = 0; while(pos--) { value *= 2; if(value >= 1.0)tmp |= (1 << pos); value -= floor( value ); } res |= tmp; return (res); #else return double2ul (value * (double)(1UL << 16)); #endif } /*------------------------------------------------------------------*/ /* valUnaryPM - does the unary +/- operation on a constant */ /*------------------------------------------------------------------*/ value * valUnaryPM (value * val) { /* depending on type */ if (SPEC_NOUN (val->etype) == V_FLOAT) SPEC_CVAL (val->etype).v_float = -1.0 * SPEC_CVAL (val->etype).v_float; else if (SPEC_NOUN (val->etype) == V_FIXED16X16) SPEC_CVAL (val->etype).v_fixed16x16 = (TYPE_TARGET_ULONG) -((long) SPEC_CVAL (val->etype).v_fixed16x16); else { if (SPEC_LONG (val->etype)) { if (SPEC_USIGN (val->etype)) SPEC_CVAL (val->etype).v_ulong = 0-SPEC_CVAL (val->etype).v_ulong; else SPEC_CVAL (val->etype).v_long = -SPEC_CVAL (val->etype).v_long; } else { if (SPEC_USIGN (val->etype)) SPEC_CVAL (val->etype).v_uint = 0-SPEC_CVAL (val->etype).v_uint; else SPEC_CVAL (val->etype).v_int = -SPEC_CVAL (val->etype).v_int; if (SPEC_NOUN(val->etype) == V_CHAR) { /* promote to 'signed int', cheapestVal() might reduce it again */ SPEC_USIGN(val->etype) = 0; SPEC_NOUN(val->etype) = V_INT; } return cheapestVal (val); } } return val; } /*------------------------------------------------------------------*/ /* valueComplement - complements a constant */ /*------------------------------------------------------------------*/ value * valComplement (value * val) { /* depending on type */ if (SPEC_LONG (val->etype)) { if (SPEC_USIGN (val->etype)) SPEC_CVAL (val->etype).v_ulong = ~SPEC_CVAL (val->etype).v_ulong; else SPEC_CVAL (val->etype).v_long = ~SPEC_CVAL (val->etype).v_long; } else { if (SPEC_USIGN (val->etype)) SPEC_CVAL (val->etype).v_uint = ~SPEC_CVAL (val->etype).v_uint; else SPEC_CVAL (val->etype).v_int = ~SPEC_CVAL (val->etype).v_int; if (SPEC_NOUN(val->etype) == V_CHAR) { /* promote to 'signed int', cheapestVal() might reduce it again */ SPEC_USIGN(val->etype) = 0; SPEC_NOUN(val->etype) = V_INT; } return cheapestVal (val); } return val; } /*------------------------------------------------------------------*/ /* valueNot - complements a constant */ /*------------------------------------------------------------------*/ value * valNot (value * val) { /* depending on type */ if (SPEC_LONG (val->etype)) { if (SPEC_USIGN (val->etype)) SPEC_CVAL (val->etype).v_int = !SPEC_CVAL (val->etype).v_ulong; else SPEC_CVAL (val->etype).v_int = !SPEC_CVAL (val->etype).v_long; } else { if (SPEC_USIGN (val->etype)) SPEC_CVAL (val->etype).v_int = !SPEC_CVAL (val->etype).v_uint; else SPEC_CVAL (val->etype).v_int = !SPEC_CVAL (val->etype).v_int; } /* ANSI: result type is int, value is 0 or 1 */ /* sdcc will hold this in an 'unsigned char' */ SPEC_USIGN(val->etype) = 1; SPEC_LONG (val->etype) = 0; SPEC_NOUN(val->etype) = V_CHAR; return val; } /*------------------------------------------------------------------*/ /* valMult - multiply constants */ /*------------------------------------------------------------------*/ value * valMult (value * lval, value * rval) { value *val; /* create a new value */ val = newValue (); val->type = val->etype = computeType (lval->etype, rval->etype, RESULT_TYPE_INT, '*'); SPEC_SCLS (val->etype) = S_LITERAL; /* will remain literal */ if (IS_FLOAT (val->type)) SPEC_CVAL (val->type).v_float = floatFromVal (lval) * floatFromVal (rval); else if (IS_FIXED16X16 (val->type)) SPEC_CVAL (val->type).v_fixed16x16 = fixed16x16FromDouble(floatFromVal (lval) * floatFromVal (rval)); /* signed and unsigned mul are the same, as long as the precision of the result isn't bigger than the precision of the operands. */ else if (SPEC_LONG (val->type)) SPEC_CVAL (val->type).v_ulong = (TYPE_TARGET_ULONG) ulFromVal (lval) * (TYPE_TARGET_ULONG) ulFromVal (rval); else if (SPEC_USIGN (val->type)) /* unsigned int */ { TYPE_TARGET_ULONG ul = (TYPE_TARGET_UINT) ulFromVal (lval) * (TYPE_TARGET_UINT) ulFromVal (rval); SPEC_CVAL (val->type).v_uint = (TYPE_TARGET_UINT) ul; if (ul != (TYPE_TARGET_UINT) ul) werror (W_INT_OVL); } else /* signed int */ { TYPE_TARGET_LONG l = (TYPE_TARGET_INT) floatFromVal (lval) * (TYPE_TARGET_INT) floatFromVal (rval); SPEC_CVAL (val->type).v_int = (TYPE_TARGET_INT) l; if (l != (TYPE_TARGET_INT) l) werror (W_INT_OVL); } return cheapestVal (val); } /*------------------------------------------------------------------*/ /* valDiv - Divide constants */ /*------------------------------------------------------------------*/ value * valDiv (value * lval, value * rval) { value *val; if (floatFromVal (rval) == 0) { werror (E_DIVIDE_BY_ZERO); return rval; } /* create a new value */ val = newValue (); val->type = val->etype = computeType (lval->etype, rval->etype, RESULT_TYPE_INT, '/'); SPEC_SCLS (val->etype) = S_LITERAL; /* will remain literal */ if (IS_FLOAT (val->type)) SPEC_CVAL (val->type).v_float = floatFromVal (lval) / floatFromVal (rval); else if (IS_FIXED16X16 (val->type)) SPEC_CVAL (val->type).v_fixed16x16 = fixed16x16FromDouble( floatFromVal (lval) / floatFromVal (rval) ); else if (SPEC_LONG (val->type)) { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_ulong = (TYPE_TARGET_ULONG) ulFromVal (lval) / (TYPE_TARGET_ULONG) ulFromVal (rval); else SPEC_CVAL (val->type).v_long = (TYPE_TARGET_LONG) ulFromVal (lval) / (TYPE_TARGET_LONG) ulFromVal (rval); } else { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_uint = (TYPE_TARGET_UINT) ulFromVal (lval) / (TYPE_TARGET_UINT) ulFromVal (rval); else SPEC_CVAL (val->type).v_int = (TYPE_TARGET_INT) ulFromVal (lval) / (TYPE_TARGET_INT) ulFromVal (rval); } return cheapestVal (val); } /*------------------------------------------------------------------*/ /* valMod - Modulus constants */ /*------------------------------------------------------------------*/ value * valMod (value * lval, value * rval) { value *val; /* create a new value */ val = newValue(); val->type = val->etype = computeType (lval->etype, rval->etype, RESULT_TYPE_INT, '%'); SPEC_SCLS (val->etype) = S_LITERAL; /* will remain literal */ if (SPEC_LONG (val->type)) { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_ulong = (TYPE_TARGET_ULONG) ulFromVal (lval) % (TYPE_TARGET_ULONG) ulFromVal (rval); else SPEC_CVAL (val->type).v_long = (TYPE_TARGET_LONG) ulFromVal (lval) % (TYPE_TARGET_LONG) ulFromVal (rval); } else { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_uint = (TYPE_TARGET_UINT) ulFromVal (lval) % (TYPE_TARGET_UINT) ulFromVal (rval); else SPEC_CVAL (val->type).v_int = (TYPE_TARGET_INT) ulFromVal (lval) % (TYPE_TARGET_INT) ulFromVal (rval); } return cheapestVal (val); } /*------------------------------------------------------------------*/ /* valPlus - Addition constants */ /*------------------------------------------------------------------*/ value * valPlus (value * lval, value * rval) { value *val; /* create a new value */ val = newValue(); val->type = val->etype = computeType (lval->etype, rval->etype, RESULT_TYPE_INT, '+'); SPEC_SCLS (val->etype) = S_LITERAL; /* will remain literal */ if (IS_FLOAT (val->type)) SPEC_CVAL (val->type).v_float = floatFromVal (lval) + floatFromVal (rval); else if (IS_FIXED16X16 (val->type)) SPEC_CVAL (val->type).v_fixed16x16 = fixed16x16FromDouble( floatFromVal (lval) + floatFromVal (rval) ); else if (SPEC_LONG (val->type)) { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_ulong = (TYPE_TARGET_ULONG) ulFromVal (lval) + (TYPE_TARGET_ULONG) ulFromVal (rval); else SPEC_CVAL (val->type).v_long = (TYPE_TARGET_LONG) ulFromVal (lval) + (TYPE_TARGET_LONG) ulFromVal (rval); } else { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_uint = (TYPE_TARGET_UINT) ulFromVal (lval) + (TYPE_TARGET_UINT) ulFromVal (rval); else SPEC_CVAL (val->type).v_int = (TYPE_TARGET_INT) ulFromVal (lval) + (TYPE_TARGET_INT) ulFromVal (rval); } return cheapestVal (val); } /*------------------------------------------------------------------*/ /* valMinus - Addition constants */ /*------------------------------------------------------------------*/ value * valMinus (value * lval, value * rval) { value *val; /* create a new value */ val = newValue(); val->type = val->etype = computeType (lval->etype, rval->etype, RESULT_TYPE_INT, '-'); SPEC_SCLS (val->etype) = S_LITERAL; /* will remain literal */ if (IS_FLOAT (val->type)) SPEC_CVAL (val->type).v_float = floatFromVal (lval) - floatFromVal (rval); else if (IS_FIXED16X16 (val->type)) SPEC_CVAL (val->type).v_fixed16x16 = fixed16x16FromDouble( floatFromVal (lval) - floatFromVal (rval) ); else if (SPEC_LONG (val->type)) { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_ulong = (TYPE_TARGET_ULONG) ulFromVal (lval) - (TYPE_TARGET_ULONG) ulFromVal (rval); else SPEC_CVAL (val->type).v_long = (TYPE_TARGET_LONG) ulFromVal (lval) - (TYPE_TARGET_LONG) ulFromVal (rval); } else { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_uint = (TYPE_TARGET_UINT) ulFromVal (lval) - (TYPE_TARGET_UINT) ulFromVal (rval); else SPEC_CVAL (val->type).v_int = (TYPE_TARGET_INT) ulFromVal (lval) - (TYPE_TARGET_INT) ulFromVal (rval); } return cheapestVal (val); } /*------------------------------------------------------------------*/ /* valShift - Shift left or right */ /*------------------------------------------------------------------*/ value * valShift (value * lval, value * rval, int lr) { value *val; /* create a new value */ val = newValue(); val->type = val->etype = computeType (lval->etype, NULL, RESULT_TYPE_INT, 'S'); SPEC_SCLS (val->etype) = S_LITERAL; /* will remain literal */ if (getSize (val->type) * 8 <= (TYPE_TARGET_ULONG) ulFromVal (rval) && /* left shift */ (lr || /* right shift and unsigned */ (!lr && SPEC_USIGN (rval->type)))) { werror (W_SHIFT_CHANGED, (lr ? "left" : "right")); } if (SPEC_LONG (val->type)) { if (SPEC_USIGN (val->type)) { SPEC_CVAL (val->type).v_ulong = lr ? (TYPE_TARGET_ULONG) ulFromVal (lval) << (TYPE_TARGET_ULONG) ulFromVal (rval) : \ (TYPE_TARGET_ULONG) ulFromVal (lval) >> (TYPE_TARGET_ULONG) ulFromVal (rval); } else { SPEC_CVAL (val->type).v_long = lr ? (TYPE_TARGET_LONG) ulFromVal (lval) << (TYPE_TARGET_ULONG) ulFromVal (rval) : \ (TYPE_TARGET_LONG) ulFromVal (lval) >> (TYPE_TARGET_ULONG) ulFromVal (rval); } } else { if (SPEC_USIGN (val->type)) { SPEC_CVAL (val->type).v_uint = lr ? (TYPE_TARGET_UINT) ulFromVal (lval) << (TYPE_TARGET_ULONG) ulFromVal (rval) : \ (TYPE_TARGET_UINT) ulFromVal (lval) >> (TYPE_TARGET_ULONG) ulFromVal (rval); } else { SPEC_CVAL (val->type).v_int = lr ? (TYPE_TARGET_INT) ulFromVal (lval) << (TYPE_TARGET_ULONG) ulFromVal (rval) : \ (TYPE_TARGET_INT) ulFromVal (lval) >> (TYPE_TARGET_ULONG) ulFromVal (rval); } } return cheapestVal (val); } /*------------------------------------------------------------------*/ /* valCompare- Compares two literal */ /*------------------------------------------------------------------*/ value * valCompare (value * lval, value * rval, int ctype) { value *val; /* create a new value */ val = newValue (); val->type = val->etype = newCharLink (); val->type->class = SPECIFIER; SPEC_NOUN (val->type) = V_CHAR; /* type is char */ SPEC_USIGN (val->type) = 1; SPEC_SCLS (val->type) = S_LITERAL; /* will remain literal */ switch (ctype) { case '<': SPEC_CVAL (val->type).v_int = floatFromVal (lval) < floatFromVal (rval); break; case '>': SPEC_CVAL (val->type).v_int = floatFromVal (lval) > floatFromVal (rval); break; case LE_OP: SPEC_CVAL (val->type).v_int = floatFromVal (lval) <= floatFromVal (rval); break; case GE_OP: SPEC_CVAL (val->type).v_int = floatFromVal (lval) >= floatFromVal (rval); break; case EQ_OP: if (SPEC_NOUN(lval->type) == V_FLOAT || SPEC_NOUN(rval->type) == V_FLOAT) { SPEC_CVAL (val->type).v_int = floatFromVal (lval) == floatFromVal (rval); } else if (SPEC_NOUN(lval->type) == V_FIXED16X16 || SPEC_NOUN(rval->type) == V_FIXED16X16) { SPEC_CVAL (val->type).v_int = floatFromVal (lval) == floatFromVal (rval); } else { /* integrals: ignore signedness */ TYPE_TARGET_ULONG l, r; l = (TYPE_TARGET_ULONG) ulFromVal (lval); r = (TYPE_TARGET_ULONG) ulFromVal (rval); /* In order to correctly compare 'signed int' and 'unsigned int' it's neccessary to strip them to 16 bit. Literals are reduced to their cheapest type, therefore left and right might have different types. It's neccessary to find a common type: int (used for char too) or long */ if (!IS_LONG (lval->etype) && !IS_LONG (rval->etype)) { r = (TYPE_TARGET_UINT) r; l = (TYPE_TARGET_UINT) l; } SPEC_CVAL (val->type).v_int = l == r; } break; case NE_OP: if (SPEC_NOUN(lval->type) == V_FLOAT || SPEC_NOUN(rval->type) == V_FLOAT) { SPEC_CVAL (val->type).v_int = floatFromVal (lval) != floatFromVal (rval); } else if (SPEC_NOUN(lval->type) == V_FIXED16X16 || SPEC_NOUN(rval->type) == V_FIXED16X16) { SPEC_CVAL (val->type).v_int = floatFromVal (lval) != floatFromVal (rval); } else { /* integrals: ignore signedness */ TYPE_TARGET_ULONG l, r; l = (TYPE_TARGET_ULONG) ulFromVal (lval); r = (TYPE_TARGET_ULONG) ulFromVal (rval); /* In order to correctly compare 'signed int' and 'unsigned int' it's neccessary to strip them to 16 bit. Literals are reduced to their cheapest type, therefore left and right might have different types. It's neccessary to find a common type: int (used for char too) or long */ if (!IS_LONG (lval->etype) && !IS_LONG (rval->etype)) { r = (TYPE_TARGET_UINT) r; l = (TYPE_TARGET_UINT) l; } SPEC_CVAL (val->type).v_int = l != r; } break; } return val; } /*------------------------------------------------------------------*/ /* valBitwise - Bitwise operation */ /*------------------------------------------------------------------*/ value * valBitwise (value * lval, value * rval, int op) { value *val; /* create a new value */ val = newValue (); val->type = computeType (lval->etype, rval->etype, RESULT_TYPE_CHAR, op); val->etype = getSpec (val->type); SPEC_SCLS (val->etype) = S_LITERAL; switch (op) { case '&': if (SPEC_LONG (val->type)) { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_ulong = (TYPE_TARGET_ULONG) ulFromVal (lval) & (TYPE_TARGET_ULONG) ulFromVal (rval); else SPEC_CVAL (val->type).v_long = (TYPE_TARGET_LONG) ulFromVal (lval) & (TYPE_TARGET_LONG) ulFromVal (rval); } else { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_uint = (TYPE_TARGET_UINT) ulFromVal (lval) & (TYPE_TARGET_UINT) ulFromVal (rval); else SPEC_CVAL (val->type).v_int = (TYPE_TARGET_INT) ulFromVal (lval) & (TYPE_TARGET_INT) ulFromVal (rval); } break; case '|': if (SPEC_LONG (val->type)) { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_ulong = (TYPE_TARGET_ULONG) ulFromVal (lval) | (TYPE_TARGET_ULONG) ulFromVal (rval); else SPEC_CVAL (val->type).v_long = (TYPE_TARGET_LONG) ulFromVal (lval) | (TYPE_TARGET_LONG) ulFromVal (rval); } else { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_uint = (TYPE_TARGET_UINT) ulFromVal (lval) | (TYPE_TARGET_UINT) ulFromVal (rval); else SPEC_CVAL (val->type).v_int = (TYPE_TARGET_INT) ulFromVal (lval) | (TYPE_TARGET_INT) ulFromVal (rval); } break; case '^': if (SPEC_LONG (val->type)) { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_ulong = (TYPE_TARGET_ULONG) ulFromVal (lval) ^ (TYPE_TARGET_ULONG) ulFromVal (rval); else SPEC_CVAL (val->type).v_long = (TYPE_TARGET_LONG) ulFromVal (lval) ^ (TYPE_TARGET_LONG) ulFromVal (rval); } else { if (SPEC_USIGN (val->type)) SPEC_CVAL (val->type).v_uint = (TYPE_TARGET_UINT) ulFromVal (lval) ^ (TYPE_TARGET_UINT) ulFromVal (rval); else SPEC_CVAL (val->type).v_int = (TYPE_TARGET_INT) ulFromVal (lval) ^ (TYPE_TARGET_INT) ulFromVal (rval); } break; } return cheapestVal(val); } /*------------------------------------------------------------------*/ /* valAndOr - Generates code for and / or operation */ /*------------------------------------------------------------------*/ value * valLogicAndOr (value * lval, value * rval, int op) { value *val; /* create a new value */ val = newValue (); val->type = val->etype = newCharLink (); val->type->class = SPECIFIER; SPEC_SCLS (val->type) = S_LITERAL; /* will remain literal */ SPEC_USIGN (val->type) = 1; switch (op) { case AND_OP: SPEC_CVAL (val->type).v_int = floatFromVal (lval) && floatFromVal (rval); break; case OR_OP: SPEC_CVAL (val->type).v_int = floatFromVal (lval) || floatFromVal (rval); break; } return val; } /*------------------------------------------------------------------*/ /* valCastLiteral - casts a literal value to another type */ /*------------------------------------------------------------------*/ value * valCastLiteral (sym_link * dtype, double fval) { value *val; unsigned long l = double2ul (fval); if (!dtype) return NULL; val = newValue (); if (dtype) val->etype = getSpec (val->type = copyLinkChain (dtype)); else { val->etype = val->type = newLink (SPECIFIER); SPEC_NOUN (val->etype) = V_VOID; } SPEC_SCLS (val->etype) = S_LITERAL; /* if it is not a specifier then we can assume that */ /* it will be an unsigned long */ if (!IS_SPEC (val->type)) { SPEC_CVAL (val->etype).v_ulong = (TYPE_TARGET_ULONG) l; return val; } switch (SPEC_NOUN (val->etype)) { case V_FLOAT: SPEC_CVAL (val->etype).v_float = fval; break; case V_FIXED16X16: SPEC_CVAL (val->etype).v_fixed16x16 = fixed16x16FromDouble (fval); break; case V_BIT: case V_SBIT: SPEC_CVAL (val->etype).v_uint = fval ? 1 : 0; break; case V_BITFIELD: l &= (0xffffffffu >> (32 - SPEC_BLEN (val->etype))); if (SPEC_USIGN (val->etype)) SPEC_CVAL (val->etype).v_uint = (TYPE_TARGET_UINT) l; else SPEC_CVAL (val->etype).v_int = (TYPE_TARGET_INT) l; break; case V_CHAR: if (SPEC_USIGN (val->etype)) SPEC_CVAL (val->etype).v_uint = (TYPE_TARGET_UCHAR) l; else SPEC_CVAL (val->etype).v_int = (TYPE_TARGET_CHAR) l; break; default: if (SPEC_LONG (val->etype)) { if (SPEC_USIGN (val->etype)) SPEC_CVAL (val->etype).v_ulong = (TYPE_TARGET_ULONG) l; else SPEC_CVAL (val->etype).v_long = (TYPE_TARGET_LONG) l; } else { if (SPEC_USIGN (val->etype)) SPEC_CVAL (val->etype).v_uint = (TYPE_TARGET_UINT) l; else SPEC_CVAL (val->etype).v_int = (TYPE_TARGET_INT) l; } } return val; } /*------------------------------------------------------------------*/ /* getNelements - determines # of elements from init list */ /*------------------------------------------------------------------*/ int getNelements (sym_link * type, initList * ilist) { int i; if (!ilist) return 0; if (ilist->type == INIT_DEEP) ilist = ilist->init.deep; /* if type is a character array and there is only one (string) initialiser then get the length of the string */ if (IS_ARRAY (type) && IS_CHAR (type->next) && !ilist->next) { ast *iast = ilist->init.node; value *v = (iast->type == EX_VALUE ? iast->opval.val : NULL); if (!v) { werror (E_CONST_EXPECTED); return 0; } if (IS_ARRAY (v->type) && IS_CHAR (v->etype)) /* yep, it's a string */ { return DCL_ELEM (v->type); } } i = 0; while (ilist) { i++; ilist = ilist->next; } return i; } /*-----------------------------------------------------------------*/ /* valForArray - returns a value with name of array index */ /*-----------------------------------------------------------------*/ value * valForArray (ast * arrExpr) { value *val, *lval = NULL; char buffer[128]; int size = getSize (arrExpr->left->ftype->next); /* if the right or left is an array resolve it first */ if (IS_AST_OP (arrExpr->left)) { if (arrExpr->left->opval.op == '[') lval = valForArray (arrExpr->left); else if (arrExpr->left->opval.op == '.') lval = valForStructElem (arrExpr->left->left, arrExpr->left->right); else if (arrExpr->left->opval.op == PTR_OP && IS_ADDRESS_OF_OP (arrExpr->left->left)) lval = valForStructElem (arrExpr->left->left->left, arrExpr->left->right); else return NULL; } else if (!IS_AST_SYM_VALUE (arrExpr->left)) return NULL; if (!IS_AST_LIT_VALUE (arrExpr->right)) return NULL; val = newValue (); if (!lval) { SNPRINTF (buffer, sizeof(buffer), "%s", AST_SYMBOL (arrExpr->left)->rname); } else { SNPRINTF (buffer, sizeof(buffer), "%s", lval->name); } SNPRINTF (val->name, sizeof(val->name), "(%s + %d)", buffer, AST_ULONG_VALUE (arrExpr->right) * size); val->type = newLink (DECLARATOR); if (SPEC_SCLS (arrExpr->left->etype) == S_CODE) DCL_TYPE (val->type) = CPOINTER; else if (SPEC_SCLS (arrExpr->left->etype) == S_XDATA) DCL_TYPE (val->type) = FPOINTER; else if (SPEC_SCLS (arrExpr->left->etype) == S_XSTACK) DCL_TYPE (val->type) = PPOINTER; else if (SPEC_SCLS (arrExpr->left->etype) == S_IDATA) DCL_TYPE (val->type) = IPOINTER; else if (SPEC_SCLS (arrExpr->left->etype) == S_EEPROM) DCL_TYPE (val->type) = EEPPOINTER; else DCL_TYPE (val->type) = POINTER; val->type->next = arrExpr->left->ftype->next; val->etype = getSpec (val->type); return val; } /*-----------------------------------------------------------------*/ /* valForStructElem - returns value with name of struct element */ /*-----------------------------------------------------------------*/ value * valForStructElem (ast * structT, ast * elemT) { value *val, *lval = NULL; char buffer[128]; symbol *sym; /* left could be furthur derefed */ if (IS_AST_OP (structT)) { if (structT->opval.op == '[') lval = valForArray (structT); else if (structT->opval.op == '.') lval = valForStructElem (structT->left, structT->right); else if (structT->opval.op == PTR_OP && IS_ADDRESS_OF_OP (structT->left)) lval = valForStructElem (structT->left->left, structT->right); else return NULL; } if (!IS_AST_SYM_VALUE (elemT)) return NULL; if (!IS_STRUCT (structT->etype)) return NULL; if ((sym = getStructElement (SPEC_STRUCT (structT->etype), AST_SYMBOL (elemT))) == NULL) { return NULL; } val = newValue (); if (!lval) { SNPRINTF(buffer, sizeof(buffer), "%s", AST_SYMBOL (structT)->rname); } else { SNPRINTF (buffer, sizeof(buffer), "%s", lval->name); } SNPRINTF (val->name, sizeof(val->name), "(%s + %d)", buffer, (int) sym->offset); val->type = newLink (DECLARATOR); if (SPEC_SCLS (structT->etype) == S_CODE) DCL_TYPE (val->type) = CPOINTER; else if (SPEC_SCLS (structT->etype) == S_XDATA) DCL_TYPE (val->type) = FPOINTER; else if (SPEC_SCLS (structT->etype) == S_XSTACK) DCL_TYPE (val->type) = PPOINTER; else if (SPEC_SCLS (structT->etype) == S_IDATA) DCL_TYPE (val->type) = IPOINTER; else if (SPEC_SCLS (structT->etype) == S_EEPROM) DCL_TYPE (val->type) = EEPPOINTER; else DCL_TYPE (val->type) = POINTER; val->type->next = sym->type; val->etype = getSpec (val->type); return val; } /*-----------------------------------------------------------------*/ /* valForCastAggr - will return value for a cast of an aggregate */ /* plus minus a constant */ /*-----------------------------------------------------------------*/ value * valForCastAggr (ast * aexpr, sym_link * type, ast * cnst, int op) { value *val; if (!IS_AST_SYM_VALUE (aexpr)) return NULL; if (!IS_AST_LIT_VALUE (cnst)) return NULL; val = newValue (); SNPRINTF (val->name, sizeof(val->name), "(%s %c %d)", AST_SYMBOL (aexpr)->rname, op, getSize (type->next) * AST_ULONG_VALUE (cnst)); val->type = type; val->etype = getSpec (val->type); return val; } /*-----------------------------------------------------------------*/ /* valForCastAggr - will return value for a cast of an aggregate */ /* with no constant */ /*-----------------------------------------------------------------*/ value * valForCastArr (ast * aexpr, sym_link * type) { value *val; if (!IS_AST_SYM_VALUE (aexpr)) return NULL; val = newValue (); SNPRINTF (val->name, sizeof(val->name), "(%s)", AST_SYMBOL (aexpr)->rname); val->type = type; val->etype = getSpec (val->type); return val; } sdcc-2.9.0/src/SDCCval.h000066400000000000000000000116641116427777700146500ustar00rootroot00000000000000/*---------------------------------------------------------------------- SDCCval.h - value wrapper related header information Written By - Sandeep Dutta . sandeep.dutta@usa.net (1997) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCVAL_H #define SDCCVAL_H #include "SDCCsymt.h" /* double to unsigned long conversion */ /* * See ISO/IEC 9899, chapter 6.3.1.4 Real floating and integer: * If the value of the integral part cannot be represented by the integer type, the behavior is undefined. * This shows up on Mac OS X i386 platform which useus SSE unit instead of the x87 FPU for floating-point operations */ /* * on Mac OS X ppc (long) 2147483648.0 equals to 2147483647, so we explicitely convert it to 0x80000000 * on other known platforms (long) 2147483648.0 equals to -2147483648 */ #define double2ul(val) (((val) < 0) ? (((val) < -2147483647.0) ? 0x80000000UL : (unsigned long) -((long) -(val))) : (unsigned long) (val)) /* value wrapper */ typedef struct value { char name[SDCC_NAME_MAX + 1]; /* operand accessing this value */ sym_link *type; /* start of type chain */ sym_link *etype; /* end of type chain */ symbol *sym; /* Original Symbol */ struct value *next; /* used in initializer list */ unsigned vArgs:1; /* arg list ended with variable arg */ } value; typedef struct literalList { double literalValue; unsigned count; struct literalList *next; } literalList; enum { INIT_NODE, INIT_DEEP, INIT_HOLE }; /* initializer lists use this structure */ typedef struct initList { int type; int lineno; char *filename; union { struct ast *node; struct initList *deep; } init; struct initList *next; } initList; /* return values from checkConstantRange */ typedef enum { CCR_OK, /* evaluate at runtime */ CCR_OVL, CCR_ALWAYS_FALSE, CCR_ALWAYS_TRUE } CCR_RESULT; #define IS_VARG(x) (x->vArgs) /* forward definitions for the symbol table related functions */ value *newValue (void); value *constVal (const char *); value *constCharVal (unsigned char); value *reverseVal (value *); value *reverseValWithType (value *); value *copyValue (value *); value *copyValueChain (value *); value *strVal (const char *); value *charVal (const char *); value *symbolVal (symbol *); void printVal (value *); double floatFromVal (value *); unsigned long ulFromVal (value *); /* convert a fixed16x16 type to double */ double doubleFromFixed16x16(TYPE_TARGET_ULONG value); /* convert a double type to fixed16x16 */ TYPE_TARGET_ULONG fixed16x16FromDouble(double value); CCR_RESULT checkConstantRange (sym_link *var, sym_link *lit, int op, bool exchangeOps); value *array2Ptr (value *); value *valUnaryPM (value *); value *valComplement (value *); value *valNot (value *); value *valMult (value *, value *); value *valDiv (value *, value *); value *valMod (value *, value *); value *valPlus (value *, value *); value *valMinus (value *, value *); value *valShift (value *, value *, int); value *valCompare (value *, value *, int); value *valBitwise (value *, value *, int); value *valLogicAndOr (value *, value *, int); value *valCastLiteral (sym_link *, double); value *valueFromLit (double); initList *newiList (int, void *); initList *revinit (initList *); initList *copyIlist (initList *); double list2int (initList *); value *list2val (initList *); struct ast *list2expr (initList *); void resolveIvalSym (initList *, sym_link *); value *valFromType (sym_link *); value *constFloatVal (const char *); value *constFixed16x16Val (const char *); int getNelements (sym_link *, initList *); value *valForArray (struct ast *); value *valForStructElem (struct ast *, struct ast *); value *valForCastAggr (struct ast *, sym_link *, struct ast *, int); value *valForCastArr (struct ast * , sym_link *); bool convertIListToConstList(initList *src, literalList **lList, int size); literalList *copyLiteralList(literalList *src); #endif sdcc-2.9.0/src/altlex.c000066400000000000000000000573611116427777700147210ustar00rootroot00000000000000/** @file altlex.c An alternate lexer to SDCC.lex. In development - ie messy and just plain wrong. Inspired by the gcc lexer, c-lex.c. */ #include "common.h" #include "reswords.h" #include #define DUMP_OUTPUT 0 /* Right. What are the parts of the C stream? From SDCC.lex: D = [0..9] digits L = [a..z A..Z _] alphanumerics and _ H = [a..f A..F 0-9] Hex digits E = [eE+-0-9] Digits in a float FS = [fFlL] Specifiers for a float IS = [uUlL] Specifiers for a int L[LD]* A 'token' - cant think of a good name Check tokens against the reserved words. If match return the token id. else If in the typedef table, do stuff... Blah. See check_type() 0[xX]{H}+ Hex number - PENDING: specifiers 0{D}+ Octal number - PENDING: specifiers {D}+ Decimal - PENDING: specifiers Floats PENDING Exceptions: Comment start Strip until end of comment. ... Ellipses So the inputs are: Skip whitespace switch class L Try to read a token D Try to read a number Punct Try to read punct */ extern int fatalError; extern int lineno; extern char *filename; FILE *yyin; int mylineno; char *currFname; char *yytext; static char linebuf[10000]; static int linepos, linelen; static int end_of_file; #ifdef __GNUC__ #define INLINE inline #else #define INLINE #endif #define ERRSINK stderr static void error (const char *sz,...) { va_list ap; fatalError++; if (filename && lineno) { fprintf (ERRSINK, "%s(%d):", filename, lineno); } fprintf (ERRSINK, "error *** "); va_start (ap, sz); vfprintf (ERRSINK, sz, ap); va_end (ap); fprintf (ERRSINK, "\n"); fflush (ERRSINK); } static int underflow (void) { linelen = fread (linebuf, 1, sizeof (linebuf), yyin); if (linelen <= 0) return EOF; linepos = 0; return linebuf[linepos++]; } static int INLINE ygetc (void) { if (linepos < linelen) return linebuf[linepos++]; else return underflow (); }; static int INLINE yungetc (int c) { linebuf[--linepos] = c; return 0; } #define GETC() ygetc() #define UNGETC(_a) yungetc(_a) //#define GETC() fgetc(yyin); //#define UNGETC(_a) ungetc(_a, yyin) #define ISL(_a) (isalnum(_a) || _a == '_') #define ISALNUM(_a) isalnum(_a) #define ISHEX(_a) isxdigit(_a) static char * stringLiteral (void) { static char line[1000]; int ch; char *str = line; *str++ = '\"'; /* put into the buffer till we hit the */ /* first \" */ while (1) { ch = GETC (); if (!ch) break; /* end of input */ /* if it is a \ then everything allowed */ if (ch == '\\') { *str++ = ch; /* backslash in place */ *str++ = GETC (); /* following char in place */ continue; /* carry on */ } /* if new line we have a new line break */ if (ch == '\n') break; /* if this is a quote then we have work to do */ /* find the next non whitespace character */ /* if that is a double quote then carry on */ if (ch == '\"') { while ((ch = GETC ()) && isspace (ch)); if (!ch) break; if (ch != '\"') { UNGETC (ch); break; } continue; } *str++ = ch; } *str++ = '\"'; *str = '\0'; return line; } static void discard_comments (int type) { int c; if (type == '*') { do { c = GETC (); if (c == '*') { c = GETC (); if (c == '/') return; } else if (c == EOF) return; } while (1); } else if (type == '/') { do { c = GETC (); } while (c != '\n' && c != EOF); } else { assert (0); } } /* will return 1 if the string is a part of a target specific keyword */ static INLINE int isTargetKeyword (const char *s) { int i; if (port->keywords == NULL) return 0; for (i = 0; port->keywords[i]; i++) { if (strcmp (port->keywords[i], s) == 0) return 1; } return 0; } static INLINE int check_token (const char *sz) { const struct reserved_words *p; p = is_reserved_word (sz, strlen (sz)); if (p) { if (!p->is_special || isTargetKeyword (sz)) return p->token; } /* check if it is in the typedef table */ if (findSym (TypedefTab, NULL, sz)) { strncpyz (yylval.yychar, sz, sizeof(yylval.yychar)); return TYPE_NAME; } else { strncpyz (yylval.yychar, sz, sizeof(yylval.yychar)); return IDENTIFIER; } } static void handle_pragma (void) { char line[128], *p; int c; c = GETC (); while (c == '\t' || c == ' ') c = GETC (); p = line; while (!isspace (c)) { *p++ = c; c = GETC (); } *p = '\0'; if (line[0] == '\0') error ("Missing argument to pragma"); else { /* First give the port a chance */ if (port->process_pragma && !port->process_pragma (line)) return; /* PENDING: all the SDCC shared pragmas */ /* Nothing handled it */ error ("Unrecognised #pragma %s", line); } } static void handle_line (void) { int c; char line[128], *p; c = GETC (); while (c == '\t' || c == ' ') c = GETC (); p = line; while (isdigit (c)) { *p++ = c; c = GETC (); } *p = '\0'; if (line[0] == '\0') error ("Error in number in #line"); /* This is weird but cpp seems to add an extra three to the line no */ mylineno = atoi (line) - 3; lineno = mylineno; /* Fetch the filename if there is one */ while (c == '\t' || c == ' ') c = GETC (); if (c == '\"') { p = line; c = GETC (); while (c != '\"' && c != EOF && c != '\n') { *p++ = c; c = GETC (); } if (c == '\"') { *p = '\0'; currFname = Safe_strdup (line); } filename = currFname; } } static INLINE void invalid_directive (void) { error ("Invalid directive"); } static INLINE int check_newline (void) { int c; mylineno++; lineno = mylineno; /* Skip any leading white space */ c = GETC (); while (c == '\t' || c == ' ') c = GETC (); /* Were only interested in #something */ if (c != '#') return c; c = GETC (); while (c == '\t' || c == ' ') c = GETC (); /* The text in the stream is the type of directive */ switch (c) { case 'l': /* Start of line? */ if (GETC () == 'i' && GETC () == 'n' && GETC () == 'e') { c = GETC (); if (c == '\t' || c == ' ') handle_line (); else invalid_directive (); } else invalid_directive (); break; case 'p': /* Start of pragma? */ if (GETC () == 'r' && GETC () == 'a' && GETC () == 'g' && GETC () == 'm' && GETC () == 'a') { c = GETC (); if (c == '\t' || c == ' ') handle_pragma (); else invalid_directive (); } else invalid_directive (); break; default: invalid_directive (); } /* Discard from here until the start of the next line */ while (c != '\n' && c != EOF) c = GETC (); return c; } static int skip_whitespace (int c) { while (1) { switch (c) { case ' ': case '\t': case '\f': case '\v': case '\b': case '\r': c = GETC (); break; case '\n': c = check_newline (); default: return c; } } } void yyerror (const char *s) { if (end_of_file) error ("%s at end of of input", s); else if (yytext[0] == '\0') error ("%s at null character", s); else if (yytext[0] == '"') error ("%s before string constant", s); else if (yytext[0] == '\'') error ("%s before character constant", s); else error ("%s before %s", s, yytext); } static int _yylex (void) { int c; static char line[128]; char *p; yytext = line; c = GETC (); while (1) { switch (c) { case ' ': case '\t': case '\f': case '\v': case '\b': /* Skip whitespace */ c = GETC (); break; case '\r': case '\n': c = skip_whitespace (c); break; case '#': UNGETC (c); c = check_newline (); break; default: goto past_ws; } } past_ws: /* Handle comments first */ if (c == '/') { int c2 = GETC (); if (c2 == '*' || c2 == '/') { discard_comments (c2); c = GETC (); } else UNGETC (c2); } switch (c) { case EOF: end_of_file = TRUE; line[0] = '\0'; return 0; case 'a': case 'b': case 'c': case 'd': case 'e': case 'f': case 'g': case 'h': case 'i': case 'j': case 'k': case 'l': case 'm': case 'n': case 'o': case 'p': case 'q': case 'r': case 's': case 't': case 'u': case 'v': case 'w': case 'x': case 'y': case 'z': case 'A': case 'B': case 'C': case 'D': case 'E': case 'F': case 'G': case 'H': case 'I': case 'J': case 'K': case 'L': case 'M': case 'N': case 'O': case 'P': case 'Q': case 'R': case 'S': case 'T': case 'U': case 'V': case 'W': case 'X': case 'Y': case 'Z': case '_': /* Start of a token. Parse. */ p = line; *p++ = c; c = GETC (); while (ISL (c)) { *p++ = c; c = GETC (); } *p = '\0'; UNGETC (c); return check_token (line); case '0': case '1': case '2': case '3': case '4': case '5': case '6': case '7': case '8': case '9': p = line; *p++ = c; c = GETC (); if (c == 'x' || c == 'X') { *p++ = c; c = GETC (); } while (ISHEX (c)) { *p++ = c; c = GETC (); } if (c == 'U' || c == 'u' || c == 'L' || c == 'l') { *p++ = c; c = GETC (); } if (c == 'U' || c == 'u' || c == 'L' || c == 'l') { *p++ = c; c = GETC (); } *p = '\0'; UNGETC (c); yylval.val = constVal (line); return CONSTANT; case '\"': /* A string */ p = stringLiteral (); yylval.val = strVal (p); return (STRING_LITERAL); case '\'': /* Possible formats: ['\n', '\\', '\'', '\"'...] ['a'...] */ p = line; *p++ = c; c = GETC (); if (c == '\\') { *p++ = c; c = GETC (); /* Fall through */ } *p++ = c; c = GETC (); *p++ = c; *p = '\0'; if (c != '\'') { error ("Unrecognised character constant %s", line); } yylval.val = charVal (line); return CONSTANT; case '=': case '&': case '!': case '-': case '+': case '*': case '/': case '%': case '<': case '>': case '^': case '|': { /* Cases which can be compounds */ /* The types and classes of composites are: >>= <<= += -= *= /= %= &= ^= |= >> << ++ -- && || <= >= == != -> So a composite started by char 'x' can be: 1. Followed by itself then an equals 2. Followed by itself 3. Followed by an equals 4. Be a '->' 5. Be by itself */ int next = GETC (); /* Class 1 and 2 */ if (next == c) { next = GETC (); /* Class 1 */ if (next == '=') { switch (c) { case '>': // >>= yylval.yyint = RIGHT_ASSIGN; return RIGHT_ASSIGN; case '<': // <<= yylval.yyint = LEFT_ASSIGN; return LEFT_ASSIGN; default: error ("Unrecognised token %c%c=", c, c); } } else { /* Push the next char back on and find the class */ UNGETC (next); /* Case 2 */ switch (c) { case '>': // >> return RIGHT_OP; case '<': // << return LEFT_OP; case '+': return INC_OP; case '-': return DEC_OP; case '&': return AND_OP; case '|': return OR_OP; case '=': return EQ_OP; default: error ("Unrecognised token %c%c", c, c); } } } /* Case 3 */ else if (next == '=') { int result = 0; switch (c) { case '+': result = ADD_ASSIGN; break; case '-': result = SUB_ASSIGN; break; case '*': result = MUL_ASSIGN; break; case '/': result = DIV_ASSIGN; break; case '%': result = MOD_ASSIGN; break; case '&': result = AND_ASSIGN; break; case '^': result = XOR_ASSIGN; break; case '|': result = OR_ASSIGN; break; case '<': result = LE_OP; break; case '>': result = GE_OP; break; case '!': result = NE_OP; break; default: error ("Unrecognised token %c=", c); } if (result) { yylval.yyint = result; return result; } } /* Case 4 */ else if (c == '-' && next == '>') { return PTR_OP; } /* Case 5 */ else { UNGETC (next); return c; } break; } case '{': NestLevel++; return c; case '}': NestLevel--; return c; case '.': c = GETC (); if (c == '.') { c = GETC (); if (c == '.') { return VAR_ARGS; } } UNGETC (c); return '.'; case '[': case ']': return c; case ',': case ':': case '(': case ')': case '~': case '?': case ';': /* Special characters that cant be part of a composite */ return c; default: error ("Unhandled character %c", c); } return 0; } #define ENTRY(_a) case (_a): printf(#_a); break; int yylex (void) { int ret = _yylex (); #if DUMP_OUTPUT static int lastpos = 0; char tmp; printf ("Returning "); switch (ret) { /* Wrapper */ ENTRY (IDENTIFIER); ENTRY (TYPE_NAME); ENTRY (CONSTANT); ENTRY (STRING_LITERAL); ENTRY (SIZEOF); ENTRY (PTR_OP); ENTRY (INC_OP); ENTRY (DEC_OP); ENTRY (LEFT_OP); ENTRY (RIGHT_OP); ENTRY (LE_OP); ENTRY (GE_OP); ENTRY (EQ_OP); ENTRY (NE_OP); ENTRY (AND_OP); ENTRY (OR_OP); ENTRY (MUL_ASSIGN); ENTRY (DIV_ASSIGN); ENTRY (MOD_ASSIGN); ENTRY (ADD_ASSIGN); ENTRY (SUB_ASSIGN); ENTRY (LEFT_ASSIGN); ENTRY (RIGHT_ASSIGN); ENTRY (AND_ASSIGN); ENTRY (XOR_ASSIGN); ENTRY (OR_ASSIGN); ENTRY (TYPEDEF); ENTRY (EXTERN); ENTRY (STATIC); ENTRY (AUTO); ENTRY (REGISTER); ENTRY (CODE); ENTRY (EEPROM); ENTRY (INTERRUPT); ENTRY (SFR); ENTRY (AT); ENTRY (SBIT); ENTRY (REENTRANT); ENTRY (USING); ENTRY (XDATA); ENTRY (DATA); ENTRY (IDATA); ENTRY (PDATA); ENTRY (VAR_ARGS); ENTRY (CRITICAL); ENTRY (NONBANKED); ENTRY (BANKED); ENTRY (CHAR); ENTRY (SHORT); ENTRY (INT); ENTRY (LONG); ENTRY (SIGNED); ENTRY (UNSIGNED); ENTRY (FLOAT); ENTRY (FIXED16X16); ENTRY (DOUBLE); ENTRY (CONST); ENTRY (VOLATILE); ENTRY (VOID); ENTRY (BIT); ENTRY (STRUCT); ENTRY (UNION); ENTRY (ENUM); ENTRY (ELIPSIS); ENTRY (RANGE); ENTRY (FAR); ENTRY (_XDATA); ENTRY (_CODE); ENTRY (_GENERIC); ENTRY (_NEAR); ENTRY (_PDATA); ENTRY (_IDATA); ENTRY (_EEPROM); ENTRY (CASE); ENTRY (DEFAULT); ENTRY (IF); ENTRY (ELSE); ENTRY (SWITCH); ENTRY (WHILE); ENTRY (DO); ENTRY (FOR); ENTRY (GOTO); ENTRY (CONTINUE); ENTRY (BREAK); ENTRY (RETURN); ENTRY (INLINEASM); ENTRY (IFX); ENTRY (ADDRESS_OF); ENTRY (GET_VALUE_AT_ADDRESS); ENTRY (SPIL); ENTRY (UNSPIL); ENTRY (GETHBIT); ENTRY (BITWISEAND); ENTRY (UNARYMINUS); ENTRY (IPUSH); ENTRY (IPOP); ENTRY (PCALL); ENTRY (ENDFUNCTION); ENTRY (JUMPTABLE); ENTRY (RRC); ENTRY (RLC); ENTRY (CAST); ENTRY (CALL); ENTRY (PARAM); ENTRY (NULLOP); ENTRY (BLOCK); ENTRY (LABEL); ENTRY (RECEIVE); ENTRY (SEND); default: printf ("default: %c", ret); } tmp = linebuf[linepos]; linebuf[linepos] = '\0'; printf (" for %s (%u bytes)\n", linebuf + lastpos, linepos - lastpos); linebuf[linepos] = tmp; lastpos = linepos; fflush (stdout); #endif return ret; } #define TEST(_a) (_a) ? (void)0 : printf("Test %s failed\n", #_a); int altlex_testparse (const char *input) { /* Fiddle with the read-ahead buffer to insert ourselves */ strncpyz (linebuf, input, sizeof(linebuf)); linelen = strlen (linebuf) + 1; linepos = 0; return yylex (); } int altlex_testchar (const char *input) { value *val; if (altlex_testparse (input) != CONSTANT) return -2; val = yylval.val; if (val->type->class != SPECIFIER) return -3; if (SPEC_NOUN (val->type) != V_CHAR) return -4; if (SPEC_SCLS (val->type) != S_LITERAL) return -5; return SPEC_CVAL (val->type).v_int; } int altlex_testnum (const char *input) { value *val; if (altlex_testparse (input) != CONSTANT) return -2; val = yylval.val; if (val->type->class != SPECIFIER) return -3; if (SPEC_NOUN (val->type) != V_INT) return -4; if (SPEC_SCLS (val->type) != S_LITERAL) return -5; if (SPEC_USIGN (val->type)) return SPEC_CVAL (val->type).v_uint; else return SPEC_CVAL (val->type).v_int; } int altlex_runtests (void) { /* These conditions are ripped directly from SDCC.lex */ /* First check the parsing of the basic tokens */ TEST (altlex_testparse (">>=") == RIGHT_ASSIGN); TEST (altlex_testparse ("<<=") == LEFT_ASSIGN); TEST (altlex_testparse ("+=") == ADD_ASSIGN); TEST (altlex_testparse ("-=") == SUB_ASSIGN); TEST (altlex_testparse ("*=") == MUL_ASSIGN); TEST (altlex_testparse ("/=") == DIV_ASSIGN); TEST (altlex_testparse ("%=") == MOD_ASSIGN); TEST (altlex_testparse ("&=") == AND_ASSIGN); TEST (altlex_testparse ("^=") == XOR_ASSIGN); TEST (altlex_testparse ("|=") == OR_ASSIGN); TEST (altlex_testparse (">>") == RIGHT_OP); TEST (altlex_testparse ("<<") == LEFT_OP); TEST (altlex_testparse ("++") == INC_OP); TEST (altlex_testparse ("--") == DEC_OP); TEST (altlex_testparse ("->") == PTR_OP); TEST (altlex_testparse ("&&") == AND_OP); TEST (altlex_testparse ("||") == OR_OP); TEST (altlex_testparse ("<=") == LE_OP); TEST (altlex_testparse (">=") == GE_OP); TEST (altlex_testparse ("==") == EQ_OP); TEST (altlex_testparse ("!=") == NE_OP); TEST (altlex_testparse (";") == ';'); TEST (altlex_testparse ("{") == '{'); TEST (altlex_testparse ("}") == '}'); TEST (altlex_testparse (",") == ','); TEST (altlex_testparse (":") == ':'); TEST (altlex_testparse ("=") == '='); TEST (altlex_testparse ("(") == '('); TEST (altlex_testparse (")") == ')'); TEST (altlex_testparse ("[") == '['); TEST (altlex_testparse ("]") == ']'); TEST (altlex_testparse (".") == '.'); TEST (altlex_testparse ("&") == '&'); TEST (altlex_testparse ("!") == '!'); TEST (altlex_testparse ("~") == '~'); TEST (altlex_testparse ("-") == '-'); TEST (altlex_testparse ("+") == '+'); TEST (altlex_testparse ("*") == '*'); TEST (altlex_testparse ("/") == '/'); TEST (altlex_testparse ("%") == '%'); TEST (altlex_testparse ("<") == '<'); TEST (altlex_testparse (">") == '>'); TEST (altlex_testparse ("^") == '^'); TEST (altlex_testparse ("|") == '|'); TEST (altlex_testparse ("?") == '?'); /* Now some character constants */ TEST (altlex_testchar ("'1'") == '1'); TEST (altlex_testchar ("'a'") == 'a'); TEST (altlex_testchar ("'A'") == 'A'); TEST (altlex_testchar ("'z'") == 'z'); TEST (altlex_testchar ("'Z'") == 'Z'); TEST (altlex_testchar ("'\n'") == '\n'); TEST (altlex_testchar ("'\\\\'") == '\\'); TEST (altlex_testchar ("'\\''") == '\''); /* And some numbers */ TEST (altlex_testnum ("0") == 0); TEST (altlex_testnum ("1") == 1); TEST (altlex_testnum ("075") == 075); TEST (altlex_testnum ("0xfeed") == 0xfeed); TEST (altlex_testnum ("0xFEED") == 0xFEED); TEST (altlex_testnum ("0x00005678") == 0x5678); /* Keywords */ TEST (altlex_testparse ("auto") == AUTO); TEST (altlex_testparse ("break") == BREAK); TEST (altlex_testparse ("case") == CASE); TEST (altlex_testparse ("char") == CHAR); TEST (altlex_testparse ("const") == CONST); TEST (altlex_testparse ("continue") == CONTINUE); TEST (altlex_testparse ("default") == DEFAULT); TEST (altlex_testparse ("do") == DO); /* Prints a warning */ // TEST(altlex_testparse("double") == FLOAT); TEST (altlex_testparse ("else") == ELSE); TEST (altlex_testparse ("enum") == ENUM); TEST (altlex_testparse ("extern") == EXTERN); TEST (altlex_testparse ("float") == FLOAT); TEST (altlex_testparse ("fixed16x16") == FIXED16X16); TEST (altlex_testparse ("for") == FOR); TEST (altlex_testparse ("goto") == GOTO); TEST (altlex_testparse ("if") == IF); TEST (altlex_testparse ("int") == INT); TEST (altlex_testparse ("interrupt") == INTERRUPT); TEST (altlex_testparse ("long") == LONG); TEST (altlex_testparse ("register") == REGISTER); TEST (altlex_testparse ("return") == RETURN); TEST (altlex_testparse ("short") == SHORT); TEST (altlex_testparse ("signed") == SIGNED); TEST (altlex_testparse ("sizeof") == SIZEOF); TEST (altlex_testparse ("static") == STATIC); TEST (altlex_testparse ("struct") == STRUCT); TEST (altlex_testparse ("switch") == SWITCH); TEST (altlex_testparse ("typedef") == TYPEDEF); TEST (altlex_testparse ("union") == UNION); TEST (altlex_testparse ("unsigned") == UNSIGNED); TEST (altlex_testparse ("void") == VOID); TEST (altlex_testparse ("volatile") == VOLATILE); TEST (altlex_testparse ("while") == WHILE); TEST (altlex_testparse ("...") == VAR_ARGS); #if 0 /* Platform specific keywords */ TEST (altlex_testparse ("sram") ==) { count (); TKEYWORD (XDATA); } TEST (altlex_testparse ("using") ==) { count (); TKEYWORD (USING); } TEST (altlex_testparse ("near") ==) { count (); TKEYWORD (DATA); } TEST (altlex_testparse ("at") ==) { count (); TKEYWORD (AT); } TEST (altlex_testparse ("bit") ==) { count (); TKEYWORD (BIT); } TEST (altlex_testparse ("code") ==) { count (); TKEYWORD (CODE); } TEST (altlex_testparse ("critical") ==) { count (); TKEYWORD (CRITICAL); } TEST (altlex_testparse ("data") ==) { count (); TKEYWORD (DATA); } TEST (altlex_testparse ("far") ==) { count (); TKEYWORD (XDATA); } TEST (altlex_testparse ("eeprom") ==) { count (); TKEYWORD (EEPROM); } TEST (altlex_testparse ("flash") ==) { count (); TKEYWORD (CODE); } TEST (altlex_testparse ("idata") ==) { count (); TKEYWORD (IDATA); } TEST (altlex_testparse ("nonbanked") ==) { count (); TKEYWORD (NONBANKED); } TEST (altlex_testparse ("banked") ==) { count (); TKEYWORD (BANKED); } TEST (altlex_testparse ("pdata") ==) { count (); TKEYWORD (PDATA); } TEST (altlex_testparse ("reentrant") ==) { count (); TKEYWORD (REENTRANT); } TEST (altlex_testparse ("sfr") ==) { count (); TKEYWORD (SFR); } TEST (altlex_testparse ("sbit") ==) { count (); TKEYWORD (SBIT); } TEST (altlex_testparse ("xdata") ==) { count (); TKEYWORD (XDATA); } TEST (altlex_testparse ("_data") ==) { count (); TKEYWORD (_NEAR); } TEST (altlex_testparse ("_code") ==) { count (); TKEYWORD (_CODE); } TEST (altlex_testparse ("_eeprom") ==) { count (); TKEYWORD (_EEPROM); } TEST (altlex_testparse ("_flash") ==) { count (); TKEYWORD (_CODE); } TEST (altlex_testparse ("_generic") ==) { count (); TKEYWORD (_GENERIC); } TEST (altlex_testparse ("_near") ==) { count (); TKEYWORD (_NEAR); } TEST (altlex_testparse ("_sram") ==) { count (); TKEYWORD (_XDATA); } TEST (altlex_testparse ("_xdata") ==) { count (); TKEYWORD (_XDATA); } TEST (altlex_testparse ("_pdata") ==) { count (); TKEYWORD (_PDATA); } TEST (altlex_testparse ("_idata") ==) { count (); TKEYWORD (_IDATA); } #endif return 0; } sdcc-2.9.0/src/avr/000077500000000000000000000000001116427777700140405ustar00rootroot00000000000000sdcc-2.9.0/src/avr/Makefile.bcc000066400000000000000000000005221116427777700162250ustar00rootroot00000000000000# Makefile for Borlad C++ PRJDIR = ../.. OBJ = gen.obj ralloc.obj main.obj LIB = port.lib !include $(PRJDIR)/Bcc.inc CFLAGS = $(CFLAGS) -I.. -I$(PRJDIR) all: $(LIB) main.obj: main.c peeph.rul $(LIB): $(OBJ) if exist $(LIB) del $(LIB) tlib $@ @&&! +$(**: = &^ +) ! .def.rul: gawk -f ../SDCCpeeph.awk $< > $@ sdcc-2.9.0/src/avr/Makefile.in000066400000000000000000000002461116427777700161070ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ # Make all in this directory include $(srcdir)/../port.mk sdcc-2.9.0/src/avr/avr.dsp000066400000000000000000000065261116427777700153510ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="avr" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Static Library" 0x0104 CFG=avr - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "avr.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "avr.mak" CFG="avr - Win32 Release" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "avr - Win32 Debug" (based on "Win32 (x86) Static Library") !MESSAGE "avr - Win32 Release" (based on "Win32 (x86) Static Library") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" CPP=cl.exe RSC=rc.exe !IF "$(CFG)" == "avr - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /Gm /GX /ZI /Od /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "_DEBUG" /D "_MBCS" /D "_LIB" /FR /FD /GZ /Zm500 /c # ADD CPP /nologo /W3 /Gm /GX /ZI /Od /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "_DEBUG" /D "_MBCS" /D "_LIB" /FR /FD /GZ /Zm1000 /c # ADD BASE RSC /l 0x409 /d "_DEBUG" # ADD RSC /l 0x409 /d "_DEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LIB32=link.exe -lib # ADD BASE LIB32 /nologo /out:"Debug\port.lib" # ADD LIB32 /nologo /out:"Debug\port.lib" !ELSEIF "$(CFG)" == "avr - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Target_Dir "" # ADD BASE CPP /nologo /ML /W3 /GX /O2 /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "NDEBUG" /D "_MBCS" /D "_LIB" /FD /Zm500 /c # ADD CPP /nologo /ML /W3 /GX /O2 /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "NDEBUG" /D "_MBCS" /D "_LIB" /FD /Zm1000 /c # ADD BASE RSC /l 0x409 /d "NDEBUG" # ADD RSC /l 0x409 /d "NDEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LIB32=link.exe -lib # ADD BASE LIB32 /nologo /out:"Release\port.lib" # ADD LIB32 /nologo /out:"Release\port.lib" !ENDIF # Begin Target # Name "avr - Win32 Debug" # Name "avr - Win32 Release" # Begin Group "Source Files" # PROP Default_Filter "cpp;c;cxx;rc;def;r;odl;idl;hpj;bat" # Begin Source File SOURCE=.\gen.c # End Source File # Begin Source File SOURCE=.\main.c # End Source File # Begin Source File SOURCE=.\ralloc.c # End Source File # End Group # Begin Group "Header Files" # PROP Default_Filter "h;hpp;hxx;hm;inl" # Begin Source File SOURCE=.\gen.h # End Source File # Begin Source File SOURCE=.\main.h # End Source File # Begin Source File SOURCE=.\ralloc.h # End Source File # End Group # End Target # End Project sdcc-2.9.0/src/avr/avra.dsp000066400000000000000000000044441116427777700155070ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="avra" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Generic Project" 0x010a CFG=avra - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "avra.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "avra.mak" CFG="avra - Win32 Release" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "avra - Win32 Debug" (based on "Win32 (x86) Generic Project") !MESSAGE "avra - Win32 Release" (based on "Win32 (x86) Generic Project") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" MTL=midl.exe !IF "$(CFG)" == "avra - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "" # PROP Intermediate_Dir "" # PROP Target_Dir "" !ELSEIF "$(CFG)" == "avra - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "" # PROP Intermediate_Dir "" # PROP Target_Dir "" !ENDIF # Begin Target # Name "avra - Win32 Debug" # Name "avra - Win32 Release" # Begin Source File SOURCE=.\peeph.def !IF "$(CFG)" == "avra - Win32 Debug" # PROP Ignore_Default_Tool 1 # Begin Custom Build InputPath=.\peeph.def "peeph.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph.rul # End Custom Build !ELSEIF "$(CFG)" == "avra - Win32 Release" # PROP BASE Ignore_Default_Tool 1 # PROP Ignore_Default_Tool 1 # Begin Custom Build InputPath=.\peeph.def "peeph.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph.rul # End Custom Build !ENDIF # End Source File # End Target # End Project sdcc-2.9.0/src/avr/gen.c000066400000000000000000006024471116427777700147720ustar00rootroot00000000000000/*------------------------------------------------------------------------- gen.c - source file for code generation for ATMEL AVR Written By - Sandeep Dutta . sandeep.dutta@usa.net (2000) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include #include #include #include "SDCCglobl.h" #include "newalloc.h" #include "common.h" #include "SDCCpeeph.h" #include "ralloc.h" #include "gen.h" char *aopLiteral (value * val, int offset); extern int allocInfo; /* this is the down and dirty file with all kinds of kludgy & hacky stuff. This is what it is all about CODE GENERATION for a specific MCU . some of the routines may be reusable, will have to see */ static char *zero = "0x00"; static char *one = "0x01"; static char *spname; char *fReturnAVR[] = { "r16", "r17", "r18", "r19" }; unsigned fAVRReturnSize = 4; /* shared with ralloc.c */ char **fAVRReturn = fReturnAVR; static char *larray[4] = { ">", "<", "hlo8", "hhi8" }; static struct { short xPushed; short zPushed; short accInUse; short inLine; short debugLine; short nRegsSaved; set *sendSet; } _G; extern int avr_ptrRegReq; extern int avr_nRegs; extern struct dbuf_s *codeOutBuf; #define RESULTONSTACK(x) \ (IC_RESULT(x) && IC_RESULT(x)->aop && \ IC_RESULT(x)->aop->type == AOP_STK ) #define MOVR0(x) if (strcmp(x,"r0")) emitcode("mov","r0,%s",x); #define MOVR24(x) if (strcmp(x,"r24")) emitcode("mov","r24,%s",x); #define AOP_ISHIGHREG(a,n) (a->type == AOP_REG && a->aopu.aop_reg[n] && a->aopu.aop_reg[n]->rIdx >= R16_IDX) #define CLRC emitcode("clc","") #define SETC emitcode("stc","") #define MOVA(x) #define IS_REGIDX(a,r) (a->type == AOP_REG && a->aopu.aop_reg[0]->rIdx == r) static lineNode *lineHead = NULL; static lineNode *lineCurr = NULL; #define LSB 0 #define MSB16 1 #define MSB24 2 #define MSB32 3 #if 0 // PENDING: Unused. /*-----------------------------------------------------------------*/ /* reAdjustPreg - points a register back to where it should */ /*-----------------------------------------------------------------*/ static void reAdjustPreg (asmop * aop) { int size; aop->coff = 0; if ((size = aop->size) <= 1) return; size--; switch (aop->type) { case AOP_X: case AOP_Z: emitcode ("sbiw", "%s,%d", aop->aopu.aop_ptr->name, size); break; } } /*-----------------------------------------------------------------*/ /* outBitC - output a bit C */ /*-----------------------------------------------------------------*/ static void outBitC (operand * result) { emitcode ("clr", "r0"); emitcode ("rol", "r0"); outAcc (result); } /*-----------------------------------------------------------------*/ /* inExcludeList - return 1 if the string is in exclude Reg list */ /*-----------------------------------------------------------------*/ static bool inExcludeList (char *s) { int i = 0; if (options.excludeRegs[i] && STRCASECMP (options.excludeRegs[i], "none") == 0) return FALSE; for (i = 0; options.excludeRegs[i]; i++) { if (options.excludeRegs[i] && STRCASECMP (s, options.excludeRegs[i]) == 0) return TRUE; } return FALSE; } /*-----------------------------------------------------------------*/ /* findLabelBackwards: walks back through the iCode chain looking */ /* for the given label. Returns number of iCode instructions */ /* between that label and given ic. */ /* Returns zero if label not found. */ /*-----------------------------------------------------------------*/ static int findLabelBackwards (iCode * ic, int key) { int count = 0; while (ic->prev) { ic = ic->prev; count++; if (ic->op == LABEL && IC_LABEL (ic)->key == key) { /* printf("findLabelBackwards = %d\n", count); */ return count; } } return 0; } /*-----------------------------------------------------------------*/ /* addSign - complete with sign */ /*-----------------------------------------------------------------*/ static void addSign (operand * result, int offset, int sign) { int size = (getDataSize (result) - offset); if (size > 0) { if (sign) { emitcode ("rlc", "a"); emitcode ("subb", "a,acc"); while (size--) aopPut (AOP (result), "a", offset++); } else while (size--) aopPut (AOP (result), zero, offset++); } } /*-----------------------------------------------------------------*/ /* isLiteralBit - test if lit == 2^n */ /*-----------------------------------------------------------------*/ static int isLiteralBit (unsigned long lit) { unsigned long pw[32] = { 1L, 2L, 4L, 8L, 16L, 32L, 64L, 128L, 0x100L, 0x200L, 0x400L, 0x800L, 0x1000L, 0x2000L, 0x4000L, 0x8000L, 0x10000L, 0x20000L, 0x40000L, 0x80000L, 0x100000L, 0x200000L, 0x400000L, 0x800000L, 0x1000000L, 0x2000000L, 0x4000000L, 0x8000000L, 0x10000000L, 0x20000000L, 0x40000000L, 0x80000000L }; int idx; for (idx = 0; idx < 32; idx++) if (lit == pw[idx]) return idx + 1; return 0; } /*-----------------------------------------------------------------*/ /* outAcc - output Acc */ /*-----------------------------------------------------------------*/ static void outAcc (operand * result) { int size, offset; size = getDataSize (result); if (size) { aopPut (AOP (result), "r0", 0); size--; offset = 1; /* unsigned or positive */ while (size--) { aopPut (AOP (result), zero, offset++); } } } #endif // End Unused code section /*-----------------------------------------------------------------*/ /* emitcode - writes the code into a file : for now it is simple */ /*-----------------------------------------------------------------*/ static void emitcode (char *inst, char *fmt, ...) { va_list ap; char lb[INITIAL_INLINEASM]; char *lbp = lb; va_start (ap, fmt); if (inst && *inst) { if (fmt && *fmt) sprintf (lb, "%s\t", inst); else sprintf (lb, "%s", inst); vsprintf (lb + (strlen (lb)), fmt, ap); } else vsprintf (lb, fmt, ap); while (isspace ((unsigned char)*lbp)) lbp++; if (lbp && *lbp) lineCurr = (lineCurr ? connectLine (lineCurr, newLineNode (lb)) : (lineHead = newLineNode (lb))); lineCurr->isInline = _G.inLine; lineCurr->isDebug = _G.debugLine; va_end (ap); } /*-----------------------------------------------------------------*/ /* avr_emitDebuggerSymbol - associate the current code location */ /* with a debugger symbol */ /*-----------------------------------------------------------------*/ void avr_emitDebuggerSymbol (char * debugSym) { _G.debugLine = 1; emitcode ("", "%s ==.", debugSym); _G.debugLine = 0; } /*-----------------------------------------------------------------*/ /* hasInc - operand is incremented before any other use */ /*-----------------------------------------------------------------*/ static iCode * hasInc (operand *op, iCode *ic) { sym_link *type = operandType(op); sym_link *retype = getSpec (type); iCode *lic = ic->next; int isize ; if (IS_BITVAR(retype)||!IS_PTR(type)) return NULL; if (IS_AGGREGATE(type->next)) return NULL; isize = getSize(type->next); while (lic) { /* if operand of the form op = op + */ if (lic->op == '+' && isOperandEqual(IC_LEFT(lic),op) && isOperandEqual(IC_RESULT(lic),op) && isOperandLiteral(IC_RIGHT(lic)) && operandLitValue(IC_RIGHT(lic)) == isize) { return lic; } /* if the operand used or deffed */ if (bitVectBitValue(OP_USES(op),lic->key) || (lic->defKey == op->key)) { return NULL; } lic = lic->next; } return NULL; } /*-----------------------------------------------------------------*/ /* getFreePtr - returns X or Z whichever is free or can be pushed */ /*-----------------------------------------------------------------*/ static regs * getFreePtr (iCode * ic, asmop ** aopp, bool result, bool zonly) { bool xiu = FALSE, ziu = FALSE; bool xou = FALSE, zou = FALSE; /* the logic: if x & z used in the instruction then we are in trouble otherwise */ /* first check if x & z are used by this instruction, in which case we are in trouble */ if ((xiu = bitVectBitValue (ic->rUsed, X_IDX)) && (ziu = bitVectBitValue (ic->rUsed, Z_IDX))) { goto endOfWorld; } xou = bitVectBitValue (ic->rMask, X_IDX); zou = bitVectBitValue (ic->rMask, Z_IDX); /* if no usage of Z then return it */ if (!ziu && !zou) { ic->rUsed = bitVectSetBit (ic->rUsed, Z_IDX); (*aopp)->type = AOP_Z; (*aopp)->aop_ptr2 = avr_regWithIdx (R31_IDX); return (*aopp)->aopu.aop_ptr = avr_regWithIdx (R30_IDX); } /* if no usage of X then return it */ if (!xiu && !xou && !zonly) { ic->rUsed = bitVectSetBit (ic->rUsed, X_IDX); (*aopp)->type = AOP_X; (*aopp)->aop_ptr2 = avr_regWithIdx (R27_IDX); return (*aopp)->aopu.aop_ptr = avr_regWithIdx (R26_IDX); } /* if z not used then */ if (!ziu) { /* push it if not already pushed */ if (!_G.zPushed) { emitcode ("push", "%s", avr_regWithIdx (R30_IDX)->dname); emitcode ("push", "%s", avr_regWithIdx (R31_IDX)->dname); _G.zPushed++; } ic->rUsed = bitVectSetBit (ic->rUsed, Z_IDX); (*aopp)->type = AOP_Z; (*aopp)->aop_ptr2 = avr_regWithIdx (R31_IDX); return (*aopp)->aopu.aop_ptr = avr_regWithIdx (R30_IDX); } /* now we know they both have usage */ /* if x not used in this instruction */ if (!xiu && !zonly) { /* push it if not already pushed */ if (!_G.xPushed) { emitcode ("push", "%s", avr_regWithIdx (R26_IDX)->dname); emitcode ("push", "%s", avr_regWithIdx (R27_IDX)->dname); _G.xPushed++; } ic->rUsed = bitVectSetBit (ic->rUsed, X_IDX); (*aopp)->type = AOP_X; (*aopp)->aop_ptr2 = avr_regWithIdx (R27_IDX); return (*aopp)->aopu.aop_ptr = avr_regWithIdx (R26_IDX); } endOfWorld: /* I said end of world but not quite end of world yet */ /* if this is a result then we can push it on the stack */ if (result) { (*aopp)->type = AOP_STK; return NULL; } /* other wise this is true end of the world */ werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "getFreePtr should never reach here"); exit (0); } /*-----------------------------------------------------------------*/ /* newAsmop - creates a new asmOp */ /*-----------------------------------------------------------------*/ static asmop * newAsmop (short type) { asmop *aop; aop = Safe_calloc (1, sizeof (asmop)); aop->type = type; return aop; } /*-----------------------------------------------------------------*/ /* pointerCode - returns the code for a pointer type */ /*-----------------------------------------------------------------*/ static int pointerCode (sym_link * etype) { return PTR_TYPE (SPEC_OCLS (etype)); } /*-----------------------------------------------------------------*/ /* aopForSym - for a true symbol */ /*-----------------------------------------------------------------*/ static asmop * aopForSym (iCode * ic, symbol * sym, bool result) { asmop *aop; memmap *space = SPEC_OCLS (sym->etype); /* if already has one */ if (sym->aop) return sym->aop; /* assign depending on the storage class */ /* if it is on the stack */ if (sym->onStack) { sym->aop = aop = newAsmop (0); aop->size = getSize (sym->type); /* we can use std / ldd instruction */ if (sym->stack > 0 && (sym->stack + getSize (sym->type) - 1) <= 63) { aop->type = AOP_STK_D; aop->aopu.aop_stk = sym->stack; return aop; } /* otherwise get a free pointer register X/Z */ aop->aopu.aop_ptr = getFreePtr (ic, &aop, result, FALSE); /* now assign the address of the variable to the pointer register */ if (aop->type != AOP_STK) { emitcode ("movw", "%s,r28", aop->aopu.aop_ptr->name); if (sym->stack < 0) { if ((sym->stack - _G.nRegsSaved) > -63) { emitcode ("sbiw", "%s,0x%02x", aop->aopu.aop_ptr->name, (sym->stack - _G.nRegsSaved)); } else { emitcode ("subi", "%s,<(%d)", aop->aopu.aop_ptr->name, sym->stack - _G.nRegsSaved); emitcode ("sbci", "%s,>(%d)", aop->aop_ptr2->name, sym->stack - _G.nRegsSaved); } } else { if (sym->stack <= 63) { emitcode ("adiw", "%s,0x%02x", aop->aopu.aop_ptr->name, sym->stack); } else { emitcode ("subi", "%s,<(-%d)", aop->aopu.aop_ptr->name, sym->stack); emitcode ("sbci", "%s,>(-%d)", aop->aop_ptr2->name, sym->stack); } } } return aop; } /* if in bit space */ if (IN_BITSPACE (space)) { sym->aop = aop = newAsmop (AOP_CRY); aop->aopu.aop_dir = sym->rname; aop->size = getSize (sym->type); return aop; } /* if it is in direct space */ if (IN_DIRSPACE (space)) { sym->aop = aop = newAsmop (AOP_DIR); aop->aopu.aop_dir = sym->rname; aop->size = getSize (sym->type); return aop; } /* special case for a function */ if (IS_FUNC (sym->type)) { sym->aop = aop = newAsmop (AOP_IMMD); aop->aopu.aop_immd = Safe_calloc (1, strlen (sym->rname) + 1); strcpy (aop->aopu.aop_immd, sym->rname); aop->size = FPTRSIZE; return aop; } /* only remaining is code / eeprom which will need pointer reg */ /* if it is in code space */ sym->aop = aop = newAsmop (0); if (IN_CODESPACE (space)) aop->code = 1; aop->aopu.aop_ptr = getFreePtr (ic, &aop, result, aop->code); aop->size = getSize (sym->type); emitcode ("ldi", "%s,<(%s)", aop->aopu.aop_ptr->name, sym->rname); emitcode ("ldi", "%s,>(%s)", aop->aop_ptr2); return aop; } /*-----------------------------------------------------------------*/ /* aopForRemat - rematerialzes an object */ /*-----------------------------------------------------------------*/ static asmop * aopForRemat (symbol * sym) { iCode *ic = sym->rematiCode; asmop *aop = newAsmop (AOP_IMMD); int val = 0; for (;;) { if (ic->op == '+') val += (int) operandLitValue (IC_RIGHT (ic)); else if (ic->op == '-') val -= (int) operandLitValue (IC_RIGHT (ic)); else break; ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; } if (val) sprintf (buffer, "(%s %c 0x%04x)", OP_SYMBOL (IC_LEFT (ic))->rname, val >= 0 ? '+' : '-', abs (val) & 0xffff); else strcpy (buffer, OP_SYMBOL (IC_LEFT (ic))->rname); aop->aopu.aop_immd = Safe_calloc (1, strlen (buffer) + 1); strcpy (aop->aopu.aop_immd, buffer); return aop; } /*-----------------------------------------------------------------*/ /* regsInCommon - two operands have some registers in common */ /*-----------------------------------------------------------------*/ static bool regsInCommon (operand * op1, operand * op2) { symbol *sym1, *sym2; int i; /* if they have registers in common */ if (!IS_SYMOP (op1) || !IS_SYMOP (op2)) return FALSE; sym1 = OP_SYMBOL (op1); sym2 = OP_SYMBOL (op2); if (sym1->nRegs == 0 || sym2->nRegs == 0) return FALSE; for (i = 0; i < sym1->nRegs; i++) { int j; if (!sym1->regs[i]) continue; for (j = 0; j < sym2->nRegs; j++) { if (!sym2->regs[j]) continue; if (sym2->regs[j] == sym1->regs[i]) return TRUE; } } return FALSE; } /*-----------------------------------------------------------------*/ /* operandsEqu - equivalent */ /*-----------------------------------------------------------------*/ static bool operandsEqu (operand * op1, operand * op2) { symbol *sym1, *sym2; /* if they not symbols */ if (!IS_SYMOP (op1) || !IS_SYMOP (op2)) return FALSE; sym1 = OP_SYMBOL (op1); sym2 = OP_SYMBOL (op2); /* if both are itemps & one is spilt and the other is not then false */ if (IS_ITEMP (op1) && IS_ITEMP (op2) && sym1->isspilt != sym2->isspilt) return FALSE; /* if they are the same */ if (sym1 == sym2) return TRUE; if (strcmp (sym1->rname, sym2->rname) == 0) return TRUE; /* if left is a tmp & right is not */ if (IS_ITEMP (op1) && !IS_ITEMP (op2) && sym1->isspilt && (sym1->usl.spillLoc == sym2)) return TRUE; if (IS_ITEMP (op2) && !IS_ITEMP (op1) && sym2->isspilt && sym1->level > 0 && (sym2->usl.spillLoc == sym1)) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* sameRegs - two asmops have the same registers */ /*-----------------------------------------------------------------*/ static bool sameRegs (asmop * aop1, asmop * aop2) { int i; if (aop1 == aop2) return TRUE; if (aop1->type != AOP_REG || aop2->type != AOP_REG) return FALSE; if (aop1->size != aop2->size) return FALSE; for (i = 0; i < aop1->size; i++) if (aop1->aopu.aop_reg[i] != aop2->aopu.aop_reg[i]) return FALSE; return TRUE; } /*-----------------------------------------------------------------*/ /* isRegPair - for size 2 if this operand has a register pair */ /*-----------------------------------------------------------------*/ static int isRegPair (asmop * aop) { if (!aop || aop->size < 2) return 0; if (aop->type == AOP_X || aop->type == AOP_Z) return 1; if (aop->type != AOP_REG) return 0; if ( ((aop->aopu.aop_reg[1]->rIdx - aop->aopu.aop_reg[0]->rIdx) == 1) && (aop->aopu.aop_reg[0]->rIdx & 1) == 0) return 1; return 0; } /*-----------------------------------------------------------------*/ /* allHigh - all registers are high registers */ /*-----------------------------------------------------------------*/ static int allHigh (asmop * aop) { int i; if (aop->type == AOP_X || aop->type == AOP_Z) return 1; if (aop->type != AOP_REG) return 0; for (i=0; i < aop->size ; i++ ) if (aop->aopu.aop_reg[i]->rIdx < R16_IDX) return 0; return 1; } /*-----------------------------------------------------------------*/ /* aopOp - allocates an asmop for an operand : */ /*-----------------------------------------------------------------*/ static void aopOp (operand * op, iCode * ic, bool result) { asmop *aop; symbol *sym; int i; if (!op) return; /* if this a literal */ if (IS_OP_LITERAL (op)) { op->aop = aop = newAsmop (AOP_LIT); aop->aopu.aop_lit = op->operand.valOperand; aop->size = getSize (operandType (op)); return; } /* if already has a asmop then continue */ if (op->aop) return; /* if the underlying symbol has a aop */ if (IS_SYMOP (op) && OP_SYMBOL (op)->aop) { op->aop = OP_SYMBOL (op)->aop; return; } /* if this is a true symbol */ if (IS_TRUE_SYMOP (op)) { op->aop = aopForSym (ic, OP_SYMBOL (op), result); return; } /* this is a temporary : this has only four choices : a) register b) spillocation c) rematerialize d) conditional e) can be a return use only */ sym = OP_SYMBOL (op); /* if the type is a conditional */ if (sym->regType & REG_CND) { aop = op->aop = sym->aop = newAsmop (AOP_CRY); aop->size = 0; return; } /* if it is spilt then two situations a) is rematerialize b) has a spill location */ if (sym->isspilt || sym->nRegs == 0) { asmop *oldAsmOp = NULL; /* rematerialize it NOW */ if (sym->remat) { sym->aop = op->aop = aop = aopForRemat (sym); aop->size = getSize (sym->type); return; } if (sym->accuse) { assert ("ACC_USE cannot happen in AVR\n"); } if (sym->ruonly) { int i; aop = op->aop = sym->aop = newAsmop (AOP_STR); aop->size = getSize (sym->type); for (i = 0; i < (int) fAVRReturnSize; i++) aop->aopu.aop_str[i] = fAVRReturn[i]; return; } /* else spill location */ if (sym->usl.spillLoc && getSize(sym->type) != getSize(sym->usl.spillLoc->type)) { /* force a new aop if sizes differ */ oldAsmOp = sym->usl.spillLoc->aop; sym->usl.spillLoc->aop = NULL; } sym->aop = op->aop = aop = aopForSym (ic, sym->usl.spillLoc, result); if (getSize(sym->type) != getSize(sym->usl.spillLoc->type)) { /* Don't reuse the new aop, go with the last one */ sym->usl.spillLoc->aop = oldAsmOp; } aop->size = getSize (sym->type); return; } /* must be in a register */ sym->aop = op->aop = aop = newAsmop (AOP_REG); aop->size = sym->nRegs; for (i = 0; i < sym->nRegs; i++) aop->aopu.aop_reg[i] = sym->regs[i]; } /*-----------------------------------------------------------------*/ /* freeAsmop - free up the asmop given to an operand */ /*----------------------------------------------------------------*/ static void freeAsmop (operand * op, asmop * aaop, iCode * ic, bool pop) { asmop *aop; if (!op) aop = aaop; else aop = op->aop; if (!aop) return; if (aop->freed) goto dealloc; aop->freed = 1; /* depending on the asmop type only three cases need work AOP_RO , AOP_R1 && AOP_STK */ switch (aop->type) { case AOP_X: if (_G.xPushed) { if (pop) { emitcode ("pop", "r26"); emitcode ("pop", "r27"); _G.xPushed--; } } bitVectUnSetBit (ic->rUsed, X_IDX); break; case AOP_Z: if (_G.zPushed) { if (pop) { emitcode ("pop", "r30"); emitcode ("pop", "r31"); _G.zPushed--; } } bitVectUnSetBit (ic->rUsed, Z_IDX); break; case AOP_STK: { int sz = aop->size; int stk = aop->aopu.aop_stk + aop->size; bitVectUnSetBit (ic->rUsed, X_IDX); bitVectUnSetBit (ic->rUsed, Z_IDX); getFreePtr (ic, &aop, FALSE, 0); emitcode ("movw", "%s,r28"); if (stk) { if (stk <= 63 && stk > 0) { emitcode ("adiw", "%s,0x%02x", aop->aopu.aop_ptr->name, stk + 1); } else { emitcode ("subi", "%s,<(%d)", aop->aopu.aop_ptr->name, -(stk + 1)); emitcode ("sbci", "%s,>(%d)", aop->aop_ptr2->name, -(stk + 1)); } } while (sz--) { emitcode ("pop", "r24"); emitcode ("st", "-%s,r24", aop->type == AOP_X ? "X" : "Z"); if (!sz) break; } op->aop = aop; freeAsmop (op, NULL, ic, TRUE); if (_G.xPushed) { emitcode ("pop", "r26"); emitcode ("pop", "r27"); _G.xPushed--; } if (_G.zPushed) { emitcode ("pop", "r30"); emitcode ("pop", "r31"); _G.zPushed--; } } } dealloc: /* all other cases just dealloc */ if (op) { op->aop = NULL; if (IS_SYMOP (op)) { OP_SYMBOL (op)->aop = NULL; /* if the symbol has a spill */ if (SPIL_LOC (op)) SPIL_LOC (op)->aop = NULL; } } } /*-----------------------------------------------------------------*/ /* aopGet - for fetching value of the aop */ /*-----------------------------------------------------------------*/ static char * aopGet (asmop * aop, int offset) { char *s = buffer; char *rs; /* offset is greater than size then zero */ if (offset > (aop->size - 1) && aop->type != AOP_LIT) return zero; /* depending on type */ switch (aop->type) { case AOP_X: if (offset > aop->coff) { emitcode ("adiw", "%s,%d", aop->aopu.aop_ptr->name, offset - aop->coff); } if (offset < aop->coff) { emitcode ("sbiw", "%s,%d", aop->aopu.aop_ptr->name, aop->coff - offset); } aop->coff = offset; emitcode ("ld", "%s,x", (rs = ((offset & 1) ? "r25" : "r24"))); return rs; case AOP_Z: if (aop->code) { if (offset > aop->coff) { emitcode ("adiw", "r30,%d", offset - aop->coff); } else { emitcode ("sbiw", "r30,%d", aop->coff - offset); } emitcode ("lpm", "%s,z", (rs = ((offset & 1) ? "r25" : "r24"))); } else { /* we can use lds */ if (offset > aop->coff) { emitcode ("ldd", "%s,z+%d", (rs = ((offset & 1) ? "r25" : "r24")), offset - aop->coff); } else { emitcode ("sbiw", "%s,%d", aop->aopu.aop_ptr->name, aop->coff - offset); aop->coff = offset; emitcode ("ld", "%s,z", (rs = ((offset & 1) ? "r25" : "r24"))); } } return rs; case AOP_IMMD: emitcode ("lds", "%s,(%s)+%d", (rs = ((offset & 1) ? "r25" : "r24")), aop->aopu.aop_immd, offset); return rs; case AOP_DIR: emitcode ("lds", "%s,(%s)+%d", (rs = ((offset & 1) ? "r25" : "r24")), aop->aopu.aop_dir, offset); return rs; case AOP_REG: return aop->aopu.aop_reg[offset]->name; case AOP_CRY: assert ("cannot be in bit space AOP_CRY\n"); break; case AOP_LIT: s = aopLiteral (aop->aopu.aop_lit, offset); emitcode ("ldi", "%s,<(%s)", (rs = ((offset & 1) ? "r24" : "r25")), s); return rs; case AOP_STR: aop->coff = offset; return aop->aopu.aop_str[offset]; case AOP_STK_D: emitcode ("ldd", "%s,Y+%d", (rs = ((offset & 1) ? "r25" : "r24")), aop->aopu.aop_stk + offset); return rs; } werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopget got unsupported aop->type"); exit (0); } /*-----------------------------------------------------------------*/ /* aopPut - puts a string for a aop */ /*-----------------------------------------------------------------*/ static void aopPut (asmop * aop, char *s, int offset) { char *d = buffer; if (aop->size && offset > (aop->size - 1)) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopPut got offset > aop->size"); exit (0); } /* will assign value to value */ /* depending on where it is ofcourse */ switch (aop->type) { case AOP_DIR: if (offset) { sprintf (d, "(%s)+%d", aop->aopu.aop_dir, offset); } else { sprintf (d, "%s", aop->aopu.aop_dir); } emitcode ("sts", "%s,%s", d, s); break; case AOP_REG: if (toupper ((unsigned char)*s) != 'R') { if (s == zero) { emitcode ("clr", "%s", aop->aopu.aop_reg[offset]->name); } else { emitcode ("ldi", "r25,%s", s); emitcode ("mov", "%s,r35", aop->aopu.aop_reg[offset]->name); } } else { if (strcmp (aop->aopu.aop_reg[offset]->name, s)) { emitcode ("mov", "%s,%s", aop->aopu.aop_reg[offset]->name, s); } } break; case AOP_X: if (offset > aop->coff) { emitcode ("adiw", "%s,%d", aop->aopu.aop_ptr->name, offset - aop->coff); } if (offset < aop->coff) { emitcode ("sbiw", "%s,%d", aop->aopu.aop_ptr->name, aop->coff - offset); } aop->coff = offset; emitcode ("st", "x,%s", s); break; case AOP_Z: if (aop->code) { if (offset > aop->coff) { emitcode ("adiw", "r30,%d", offset - aop->coff); } else { emitcode ("sbiw", "r30,%d", aop->coff - offset); } emitcode ("lpm", "%s,z", s); } else { /* we can use lds */ if (offset > aop->coff) { emitcode ("sdd", "z+%d,%s", offset - aop->coff, s); } else { emitcode ("sbiw", "%s,%d", aop->aopu.aop_ptr->name, aop->coff - offset); aop->coff = offset; emitcode ("ld", "%s,z", s); } } break; case AOP_STK: emitcode ("push", "%s", s); break; case AOP_CRY: /* if used only for a condition code check */ assert (toupper ((unsigned char)*s) == 'R'); if (offset == 0) { emitcode ("xrl", "r0,r0"); emitcode ("cpi", "%s,0", s); } else { emitcode ("cpc", "r0,%s", s); } break; case AOP_STR: aop->coff = offset; if (strcmp (aop->aopu.aop_str[offset], s)) emitcode ("mov", "%s,%s", aop->aopu.aop_str[offset], s); break; case AOP_STK_D: emitcode ("std", "y+%d,%s", offset, s); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopPut got unsupported aop->type"); exit (0); } } #define AOP(op) op->aop #define AOP_TYPE(op) AOP(op)->type #define AOP_SIZE(op) AOP(op)->size #define IS_AOP_PREG(x) (AOP(x) && (AOP_TYPE(x) == AOP_X || \ AOP_TYPE(x) == AOP_Z)) #define AOP_INPREG(x) (x && (x->type == AOP_REG && \ ((x->aopu.aop_reg[0] == avr_regWithIdx(R26_IDX) && x->aopu.aop_reg[1] == avr_regWithIdx(R27_IDX)) || \ (x->aopu.aop_reg[0] == avr_regWithIdx(R30_IDX) && x->aopu.aop_reg[1] == avr_regWithIdx(R31_IDX)) ))) #define AOP_ISX(x) (x && (x->type == AOP_REG && \ ((x->aopu.aop_reg[0] == avr_regWithIdx(R26_IDX) && x->aopu.aop_reg[1] == avr_regWithIdx(R27_IDX))))) #define AOP_ISZ(x) (x && (x->type == AOP_REG && \ ((x->aopu.aop_reg[0] == avr_regWithIdx(R30_IDX) && x->aopu.aop_reg[1] == avr_regWithIdx(R31_IDX))))) /*-----------------------------------------------------------------*/ /* genNotFloat - generates not for float operations */ /*-----------------------------------------------------------------*/ static void genNotFloat (operand * op, operand * res) { int size, offset; char *l; symbol *tlbl; /* we will put 127 in the first byte of the result */ aopPut (AOP (res), "127", 0); size = AOP_SIZE (op) - 1; offset = 1; l = aopGet (op->aop, offset++); MOVR0 (l); while (size--) { emitcode ("or", "R0,%s", aopGet (op->aop, offset++)); } tlbl = newiTempLabel (NULL); tlbl = newiTempLabel (NULL); aopPut (res->aop, zero, 1); emitcode ("cpi", "r0,0"); emitcode ("breq", "L%05d", tlbl->key); aopPut (res->aop, one, 1); emitcode ("", "L%05d:", tlbl->key); size = res->aop->size - 2; offset = 2; /* put zeros in the rest */ while (size--) aopPut (res->aop, zero, offset++); } /*-----------------------------------------------------------------*/ /* opIsGptr: returns non-zero if the passed operand is */ /* a generic pointer type. */ /*-----------------------------------------------------------------*/ static int opIsGptr (operand * op) { sym_link *type = operandType (op); if ((AOP_SIZE (op) == GPTRSIZE) && IS_GENPTR (type)) { return 1; } return 0; } /*-----------------------------------------------------------------*/ /* getDataSize - get the operand data size */ /*-----------------------------------------------------------------*/ static int getDataSize (operand * op) { int size; size = AOP_SIZE (op); if (size == GPTRSIZE) { sym_link *type = operandType (op); if (IS_GENPTR (type)) { /* generic pointer; arithmetic operations * should ignore the high byte (pointer type). */ size--; } } return size; } /*-----------------------------------------------------------------*/ /* toBoolean - emit code for orl a,operator(sizeop) */ /*-----------------------------------------------------------------*/ static void toBoolean (operand * oper, char *r, bool clr) { int size = AOP_SIZE (oper); int offset = 0; if (clr) { emitcode ("clr", "%s", r); while (size--) emitcode ("or", "%s,%s", r, aopGet (AOP (oper), offset++)); } else { size--; emitcode("mov","%s,%s",r,aopGet (AOP (oper), offset++)); if (size) while (size--) emitcode ("or", "%s,%s", r, aopGet (AOP (oper), offset++)); } } /*-----------------------------------------------------------------*/ /* genNot - generate code for ! operation */ /*-----------------------------------------------------------------*/ static void genNot (iCode * ic) { symbol *tlbl; sym_link *optype = operandType (IC_LEFT (ic)); int size, offset = 1; /* assign asmOps to operand & result */ aopOp (IC_LEFT (ic), ic, FALSE); aopOp (IC_RESULT (ic), ic, TRUE); /* if type float then do float */ if (IS_FLOAT (optype)) { genNotFloat (IC_LEFT (ic), IC_RESULT (ic)); goto release; } emitcode ("clr", "r24"); tlbl = newiTempLabel (NULL); size = AOP_SIZE (IC_LEFT (ic)); offset = 0; if (size == 1) { emitcode ("cpse", "%s,r24", aopGet (AOP (IC_LEFT (ic)), 0)); } else { while (size--) { if (offset) emitcode ("cpc", "%s,r24", aopGet (AOP (IC_LEFT (ic)), offset)); else emitcode ("cpi", "%s,0", aopGet (AOP (IC_LEFT (ic)), offset)); offset++; } emitcode ("bne", "L%05d", tlbl->key); } emitcode ("ldi", "r24,1"); emitcode ("", "L%05d:", tlbl->key); aopPut (AOP (IC_RESULT (ic)), "r24", 0); size = AOP_SIZE (IC_RESULT (ic)) - 1; offset = 1; while (size--) aopPut (AOP (IC_RESULT (ic)), zero, offset++); release: /* release the aops */ freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? 0 : 1)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genCpl - generate code for complement */ /*-----------------------------------------------------------------*/ static void genCpl (iCode * ic) { int offset = 0; int size; int samer; /* assign asmOps to operand & result */ aopOp (IC_LEFT (ic), ic, FALSE); aopOp (IC_RESULT (ic), ic, TRUE); samer = sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic))); size = AOP_SIZE (IC_RESULT (ic)); while (size--) { char *l = aopGet (AOP (IC_LEFT (ic)), offset); if (samer) { emitcode ("com", "%s", l); } else { aopPut (AOP (IC_RESULT (ic)), l, offset); emitcode ("com", "%s", aopGet (AOP (IC_RESULT (ic)), offset)); } offset++; } /* release the aops */ freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? 0 : 1)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genUminusFloat - unary minus for floating points */ /*-----------------------------------------------------------------*/ static void genUminusFloat (operand * op, operand * result) { int size, offset = 0; char *l; /* for this we just need to flip the first it then copy the rest in place */ size = AOP_SIZE (op) - 1; l = aopGet (AOP (op), 3); emitcode ("ldi", "r24,0x80"); if (sameRegs (AOP (op), AOP (result))) { emitcode ("eor", "%s,r24", l); } else { aopPut (AOP (result), l, 3); emitcode ("eor", "%s,r24", aopGet (AOP (result), 3)); } while (size--) { aopPut (AOP (result), aopGet (AOP (op), offset), offset); offset++; } } /*-----------------------------------------------------------------*/ /* genUminus - unary minus code generation */ /*-----------------------------------------------------------------*/ static void genUminus (iCode * ic) { int offset, size; sym_link *optype, *rtype; int samer; /* assign asmops */ aopOp (IC_LEFT (ic), ic, FALSE); aopOp (IC_RESULT (ic), ic, TRUE); optype = operandType (IC_LEFT (ic)); rtype = operandType (IC_RESULT (ic)); /* if float then do float stuff */ if (IS_FLOAT (optype)) { genUminusFloat (IC_LEFT (ic), IC_RESULT (ic)); goto release; } /* otherwise subtract from zero */ size = AOP_SIZE (IC_LEFT (ic)); offset = 0; samer = sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic))); if (size == 1) { if (samer) { emitcode ("neg", "%s", aopGet (AOP (IC_LEFT (ic)), 0)); } else { aopPut (AOP (IC_RESULT (ic)), aopGet (AOP (IC_LEFT (ic)), 0), 0); emitcode ("neg", "%s", aopGet (AOP (IC_RESULT (ic)), 0)); } } else { offset = size - 1; while (size--) { char *l = aopGet (AOP (IC_LEFT (ic)), offset); if (!samer) { aopPut (AOP (IC_RESULT (ic)), l, offset); l = aopGet (AOP (IC_RESULT (ic)), offset); } if (offset) emitcode ("com", "%s", l); else emitcode ("neg", "%s", l); offset--; } size = AOP_SIZE (IC_LEFT (ic)) - 1; offset = 1; while (size--) { emitcode ("sbci", "%s,0xff", aopGet (AOP (IC_RESULT (ic)), offset++)); } } /* if any remaining bytes in the result */ /* we just need to propagate the sign */ if ((size = (AOP_SIZE (IC_RESULT (ic)) - AOP_SIZE (IC_LEFT (ic))))) { symbol *tlbl = newiTempLabel (NULL); emitcode ("clr", "r0"); emitcode ("brcc", "L%05d", tlbl->key); emitcode ("com", "r0"); emitcode ("", "L%05d:", tlbl->key); while (size--) aopPut (AOP (IC_RESULT (ic)), "r0", offset++); } release: /* release the aops */ freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? 0 : 1)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* assignResultValue - */ /*-----------------------------------------------------------------*/ static void assignResultValue (operand * oper) { int offset = 0; int size = AOP_SIZE (oper); while (size--) { aopPut (AOP (oper), fAVRReturn[offset], offset); offset++; } } /*-----------------------------------------------------------------*/ /* saveZreg - if indirect call then save z-pointer register */ /*-----------------------------------------------------------------*/ static void saveZreg (iCode * ic) { /* only if live accross this call */ if (ic->regsSaved == 0 && (bitVectBitValue (ic->rMask, R30_IDX) || bitVectBitValue (ic->rMask, R31_IDX))) { ic->regsSaved = 1; emitcode ("push", "r30"); emitcode ("push", "r31"); } } /*-----------------------------------------------------------------*/ /* popZreg - restore values of zreg */ /*-----------------------------------------------------------------*/ static void popZreg (iCode * ic) { if (ic->regsSaved) { emitcode ("pop", "r31"); emitcode ("pop", "r30"); } } /*-----------------------------------------------------------------*/ /* genIpush - genrate code for pushing this gets a little complex */ /*-----------------------------------------------------------------*/ static void genIpush (iCode * ic) { int size, offset = 0; char *l; if (!ic->parmPush) { /* and the item is spilt then do nothing */ if (OP_SYMBOL (IC_LEFT (ic))->isspilt) return; } else { iCode *lic; for (lic = ic->next; lic; lic = lic->next) if (lic->op == PCALL) break; if (lic) saveZreg (lic); } /* this is a paramter push */ aopOp (IC_LEFT (ic), ic, FALSE); size = AOP_SIZE (IC_LEFT (ic)); while (size--) { l = aopGet (AOP (IC_LEFT (ic)), offset++); emitcode ("push", "%s", l); } freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genIpop - recover the registers: can happen only for spilling */ /*-----------------------------------------------------------------*/ static void genIpop (iCode * ic) { int size, offset; /* if the temp was not pushed then */ if (OP_SYMBOL (IC_LEFT (ic))->isspilt) return; aopOp (IC_LEFT (ic), ic, FALSE); size = AOP_SIZE (IC_LEFT (ic)); offset = (size - 1); while (size--) emitcode ("pop", "%s", aopGet (AOP (IC_LEFT (ic)), offset--)); freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genCall - generates a call statement */ /*-----------------------------------------------------------------*/ static void genCall (iCode * ic) { /* if send set is not empty then assign */ if (_G.sendSet) { iCode *sic; int rnum = 16; for (sic = setFirstItem (_G.sendSet); sic; sic = setNextItem (_G.sendSet)) { int size, offset = 0; aopOp (IC_LEFT (sic), sic, FALSE); size = AOP_SIZE (IC_LEFT (sic)); while (size--) { char *l = aopGet (AOP (IC_LEFT (sic)), offset); char *b = buffer; sprintf (buffer, "r%d", rnum++); if (strcmp (l, b)) emitcode ("mov", "%s,%s", b, l); offset++; } freeAsmop (IC_LEFT (sic), NULL, sic, TRUE); } _G.sendSet = NULL; } /* make the call */ emitcode ("call", "%s", (OP_SYMBOL (IC_LEFT (ic))->rname[0] ? OP_SYMBOL (IC_LEFT (ic))->rname : OP_SYMBOL (IC_LEFT (ic))->name)); /* if we need assign a result value */ if ((IS_ITEMP (IC_RESULT (ic)) && (OP_SYMBOL (IC_RESULT (ic))->nRegs || OP_SYMBOL (IC_RESULT (ic))->spildir)) || IS_TRUE_SYMOP (IC_RESULT (ic))) { aopOp (IC_RESULT (ic), ic, FALSE); assignResultValue (IC_RESULT (ic)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /* adjust the stack for parameters if required */ if (ic->parmBytes) { if (ic->parmBytes > 63) { emitcode ("sbiw", "r28,%d", ic->parmBytes); } else { emitcode ("subi", "r28,<(%d)", ic->parmBytes); emitcode ("sbci", "r29,>(%d)", ic->parmBytes); } } } /*-----------------------------------------------------------------*/ /* genPcall - generates a call by pointer statement */ /*-----------------------------------------------------------------*/ static void genPcall (iCode * ic) { if (!ic->regsSaved) saveZreg (ic); aopOp (IC_LEFT (ic), ic, FALSE); emitcode ("mov", "r30", aopGet (AOP (IC_LEFT (ic)), 0)); emitcode ("mov", "r31", aopGet (AOP (IC_RIGHT (ic)), 0)); freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); /* if send set is not empty the assign */ if (_G.sendSet) { iCode *sic; int rnum = 16; for (sic = setFirstItem (_G.sendSet); sic; sic = setNextItem (_G.sendSet)) { int size, offset = 0; aopOp (IC_LEFT (sic), sic, FALSE); size = AOP_SIZE (IC_LEFT (sic)); while (size--) { char *l = aopGet (AOP (IC_LEFT (sic)), offset); char *b = buffer; sprintf (b, "r%d", rnum++); if (strcmp (l, b)) emitcode ("mov", "%s,%s", b, l); offset++; } freeAsmop (IC_LEFT (sic), NULL, sic, TRUE); } _G.sendSet = NULL; } emitcode ("icall", ""); /* if we need assign a result value */ if ((IS_ITEMP (IC_RESULT (ic)) && (OP_SYMBOL (IC_RESULT (ic))->nRegs || OP_SYMBOL (IC_RESULT (ic))->spildir)) || IS_TRUE_SYMOP (IC_RESULT (ic))) { aopOp (IC_RESULT (ic), ic, FALSE); assignResultValue (IC_RESULT (ic)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /* adjust the stack for parameters if required */ if (ic->parmBytes) { int i; if (ic->parmBytes > 3) { emitcode ("mov", "a,%s", spname); emitcode ("add", "a,#0x%02x", (-ic->parmBytes) & 0xff); emitcode ("mov", "%s,a", spname); } else for (i = 0; i < ic->parmBytes; i++) emitcode ("dec", "%s", spname); } /* adjust the stack for parameters if required */ if (ic->parmBytes) { if (ic->parmBytes > 63) { emitcode ("sbiw", "r28,%d", ic->parmBytes); } else { emitcode ("subi", "r28,<(%d)", ic->parmBytes); emitcode ("sbci", "r29,>(%d)", ic->parmBytes); } } if (ic->regsSaved) popZreg (ic); } /*-----------------------------------------------------------------*/ /* resultRemat - result is rematerializable */ /*-----------------------------------------------------------------*/ static int resultRemat (iCode * ic) { if (SKIP_IC (ic) || ic->op == IFX) return 0; if (IC_RESULT (ic) && IS_ITEMP (IC_RESULT (ic))) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); if (sym->remat && !POINTER_SET (ic)) return 1; } return 0; } /*-----------------------------------------------------------------*/ /* genFunction - generated code for function entry */ /*-----------------------------------------------------------------*/ static void genFunction (iCode * ic) { symbol *sym; sym_link *ftype; int i = 0; _G.nRegsSaved = 0; /* create the function header */ emitcode (";", "-----------------------------------------"); emitcode (";", " function %s", (sym = OP_SYMBOL (IC_LEFT (ic)))->name); emitcode (";", "-----------------------------------------"); emitcode ("", "%s:", sym->rname); ftype = operandType (IC_LEFT (ic)); /* if critical function then turn interrupts off */ if (IFFUNC_ISCRITICAL (ftype)) emitcode ("cli", ""); if (IFFUNC_ISISR (sym->type)) { } /* save the preserved registers that are used in this function */ for (i = R2_IDX; i <= R15_IDX; i++) { if (bitVectBitValue (sym->regsUsed, i)) { _G.nRegsSaved++; emitcode ("push", "%s", avr_regWithIdx (i)->name); } } /* now for the pointer registers */ if (bitVectBitValue (sym->regsUsed, R26_IDX)) { _G.nRegsSaved++; emitcode ("push", "r26"); } if (bitVectBitValue (sym->regsUsed, R27_IDX)) { _G.nRegsSaved++; emitcode ("push", "r27"); } if (bitVectBitValue (sym->regsUsed, R30_IDX)) { _G.nRegsSaved++; emitcode ("push", "r30"); } if (bitVectBitValue (sym->regsUsed, R31_IDX)) { _G.nRegsSaved++; emitcode ("push", "r31"); } /* adjust the stack for the function */ if (sym->stack) { emitcode ("push", "r28"); emitcode ("push", "r29"); emitcode ("in", "r28,__SP_L__"); emitcode ("in", "r29,__SP_H__"); if (sym->stack <= 63) { emitcode ("sbiw", "r28,%d", sym->stack); } else { emitcode ("subi", "r28,<(%d)", sym->stack); emitcode ("sbci", "r29,>(%d)", sym->stack); } emitcode ("out", "__SP_L__,r28"); emitcode ("out", "__SP_H__,r29"); } } /*-----------------------------------------------------------------*/ /* genEndFunction - generates epilogue for functions */ /*-----------------------------------------------------------------*/ static void genEndFunction (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); int i; /* restore stack pointer */ if (sym->stack) { if (sym->stack <= 63) { emitcode ("adiw", "r28,%d", sym->stack); } else { emitcode ("subi", "r28,<(-%d)", sym->stack); emitcode ("sbci", "r29,>(-%d)", sym->stack); } emitcode ("out", "__SP_L__,r28"); emitcode ("out", "__SP_H__,r29"); /* pop frame pointer */ emitcode ("pop", "r29"); emitcode ("pop", "r28"); } /* restore preserved registers */ if (bitVectBitValue (sym->regsUsed, R31_IDX)) { _G.nRegsSaved--; emitcode ("pop", "r31"); } if (bitVectBitValue (sym->regsUsed, R30_IDX)) { _G.nRegsSaved--; emitcode ("pop", "r30"); } if (bitVectBitValue (sym->regsUsed, R27_IDX)) { _G.nRegsSaved--; emitcode ("pop", "r27"); } if (bitVectBitValue (sym->regsUsed, R26_IDX)) { _G.nRegsSaved--; emitcode ("pop", "r26"); } for (i = R15_IDX; i >= R2_IDX; i--) { if (bitVectBitValue (sym->regsUsed, i)) { _G.nRegsSaved--; emitcode ("pop", "%s", avr_regWithIdx (i)->name); } } if (IFFUNC_ISCRITICAL (sym->type)) emitcode ("sti", ""); if (options.debug && currFunc) { debugFile->writeEndFunction (currFunc, ic, 1); } if (IFFUNC_ISISR (sym->type)) { emitcode ("rti", ""); } else { emitcode ("ret", ""); } } /*-----------------------------------------------------------------*/ /* genRet - generate code for return statement */ /*-----------------------------------------------------------------*/ static void genRet (iCode * ic) { int size, offset = 0; /* if we have no return value then just generate the "ret" */ if (!IC_LEFT (ic)) goto jumpret; /* we have something to return then move the return value into place */ aopOp (IC_LEFT (ic), ic, FALSE); size = AOP_SIZE (IC_LEFT (ic)); while (size--) { if (AOP_TYPE (IC_LEFT (ic)) == AOP_LIT) { emitcode ("ldi", "%s,%s(%d)", fAVRReturn[offset], larray[offset], (int) ulFromVal (AOP (IC_LEFT (ic))-> aopu.aop_lit), offset); } else { char *l; l = aopGet (AOP (IC_LEFT (ic)), offset); if (strcmp (fAVRReturn[offset], l)) emitcode ("mov", "%s,%s", fAVRReturn[offset], l); } offset++; } freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); jumpret: /* generate a jump to the return label if the next is not the return statement */ if (!(ic->next && ic->next->op == LABEL && IC_LABEL (ic->next) == returnLabel)) emitcode ("rjmp", "L%05d", returnLabel->key); } /*-----------------------------------------------------------------*/ /* genLabel - generates a label */ /*-----------------------------------------------------------------*/ static void genLabel (iCode * ic) { /* special case never generate */ if (IC_LABEL (ic) == entryLabel) return; emitcode ("", "L%05d:", IC_LABEL (ic)->key); } /*-----------------------------------------------------------------*/ /* genGoto - generates a ljmp */ /*-----------------------------------------------------------------*/ static void genGoto (iCode * ic) { emitcode ("rjmp", "L%05d", (IC_LABEL (ic)->key)); } /*-----------------------------------------------------------------*/ /* genPlusIncr :- does addition with increment if possible */ /*-----------------------------------------------------------------*/ static bool genPlusIncr (iCode * ic) { unsigned int icount; int offset = 0; /* will try to generate an increment */ /* if the right side is not a literal we cannot */ if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) return FALSE; icount = (unsigned int) ulFromVal (AOP (IC_RIGHT (ic))->aopu. aop_lit); /* if the sizes are greater than 2 or they are not the same regs then we cannot */ if (!sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic)))) return FALSE; /* so we know LEFT & RESULT in the same registers and add amount <= 63 */ /* for short & char types */ if (AOP_SIZE (IC_RESULT (ic)) < 2) { if (icount == 1) { emitcode ("inc", "%s", aopGet (AOP (IC_LEFT (ic)), 0)); return TRUE; } if (AOP_ISHIGHREG( AOP (IC_LEFT (ic)),0)) { emitcode ("subi", "%s,<(%d)", aopGet (AOP (IC_LEFT (ic)), 0), 0-icount); return TRUE; } } for (offset = 0 ; offset < AOP_SIZE(IC_RESULT(ic)) ; offset++) { if (!(AOP_ISHIGHREG(AOP(IC_RESULT(ic)),offset))) return FALSE; } if (AOP_SIZE (IC_RESULT (ic)) <= 3) { /* if register pair and starts with 26/30 then adiw */ if (isRegPair (AOP (IC_RESULT (ic))) && icount > 0 && icount < 64 && (IS_REGIDX (AOP (IC_RESULT (ic)), R26_IDX) || IS_REGIDX (AOP (IC_RESULT (ic)), R24_IDX) || IS_REGIDX (AOP (IC_RESULT (ic)), R30_IDX))) { emitcode ("adiw", "%s,%d", aopGet (AOP (IC_RESULT (ic)), 0), icount); return TRUE; } /* use subi */ emitcode ("subi", "%s,<(%d)", aopGet (AOP (IC_RESULT (ic)), 0), 0-icount); emitcode ("sbci", "%s,>(%d)", aopGet (AOP (IC_RESULT (ic)), 1), 0-icount); return TRUE; } /* for 32 bit longs */ emitcode ("subi", "%s,<(%d)", aopGet (AOP (IC_RESULT (ic)), 0), 0-icount); emitcode ("sbci", "%s,>(%d)", aopGet (AOP (IC_RESULT (ic)), 1), 0-icount); emitcode ("sbci", "%s,hlo8(%d)", aopGet (AOP (IC_RESULT (ic)), 2), 0-icount); emitcode ("sbci", "%s,hhi8(%d)", aopGet (AOP (IC_RESULT (ic)), 3), 0-icount); return TRUE; } /* This is the pure and virtuous version of this code. * I'm pretty certain it's right, but not enough to toss the old * code just yet... */ static void adjustArithmeticResult (iCode * ic) { if (opIsGptr (IC_RESULT (ic)) && opIsGptr (IC_LEFT (ic)) && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic)))) { aopPut (AOP (IC_RESULT (ic)), aopGet (AOP (IC_LEFT (ic)), GPTRSIZE - 1), GPTRSIZE - 1); } if (opIsGptr (IC_RESULT (ic)) && opIsGptr (IC_RIGHT (ic)) && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_RIGHT (ic)))) { aopPut (AOP (IC_RESULT (ic)), aopGet (AOP (IC_RIGHT (ic)), GPTRSIZE - 1), GPTRSIZE - 1); } if (opIsGptr (IC_RESULT (ic)) && AOP_SIZE (IC_LEFT (ic)) < GPTRSIZE && AOP_SIZE (IC_RIGHT (ic)) < GPTRSIZE && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic))) && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_RIGHT (ic)))) { char buffer[5]; sprintf (buffer, "%d", pointerCode (getSpec (operandType (IC_LEFT (ic))))); aopPut (AOP (IC_RESULT (ic)), buffer, GPTRSIZE - 1); } } /*-----------------------------------------------------------------*/ /* genPlus - generates code for addition */ /*-----------------------------------------------------------------*/ static void genPlus (iCode * ic) { int size, offset = 0; int samer; char *l; /* special cases :- */ aopOp (IC_LEFT (ic), ic, FALSE); aopOp (IC_RIGHT (ic), ic, FALSE); aopOp (IC_RESULT (ic), ic, TRUE); /* if I can do an increment instead of add then GOOD for ME */ if (genPlusIncr (ic) == TRUE) goto release; size = getDataSize (IC_RESULT (ic)); samer = sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic))); while (size--) { if (!samer) aopPut (AOP (IC_RESULT (ic)), aopGet (AOP (IC_LEFT (ic)), offset), offset); if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) { if (offset == 0) l = "add"; else l = "adc"; emitcode (l, "%s,%s", aopGet (AOP (IC_RESULT (ic)), offset), aopGet (AOP (IC_RIGHT (ic)), offset)); } else { if (AOP_ISHIGHREG( AOP( IC_RESULT(ic)),offset)) { if (offset == 0) l = "subi"; else l = "sbci"; emitcode (l, "%s,%s(-%d)", aopGet (AOP (IC_RESULT (ic)), offset), larray[offset], (int) ulFromVal (AOP (IC_RIGHT (ic))-> aopu.aop_lit)); } else { if (offset == 0) l = "add"; else l = "adc"; emitcode (l, "%s,%s", aopGet (AOP (IC_RESULT (ic)), offset), aopGet (AOP (IC_RIGHT (ic)), offset)); } } offset++; } adjustArithmeticResult (ic); release: freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (IC_RIGHT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genMinusDec :- does subtraction with deccrement if possible */ /*-----------------------------------------------------------------*/ static bool genMinusDec (iCode * ic) { unsigned int icount; int offset ; /* will try to generate an increment */ /* if the right side is not a literal we cannot */ if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) return FALSE; icount = (unsigned int) ulFromVal (AOP (IC_RIGHT (ic))->aopu. aop_lit); /* if the sizes are greater than 2 or they are not the same regs then we cannot */ if (!sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic)))) return FALSE; /* so we know LEFT & RESULT in the same registers and add amount <= 63 */ /* for short & char types */ if (AOP_SIZE (IC_RESULT (ic)) < 2) { if (icount == 1) { emitcode ("dec", "%s", aopGet (AOP (IC_LEFT (ic)), 0)); return TRUE; } if (AOP_ISHIGHREG( AOP ( IC_LEFT(ic)),0)) { emitcode ("subi", "%s,<(%d)", aopGet (AOP (IC_LEFT (ic)), 0), icount); return TRUE; } } for (offset = 0 ; offset < AOP_SIZE(IC_RESULT(ic)) ; offset++) { if (!(AOP_ISHIGHREG(AOP(IC_RESULT(ic)),offset))) return FALSE; } if (AOP_SIZE (IC_RESULT (ic)) <= 3) { /* if register pair and starts with 26/30 then adiw */ if (isRegPair (AOP (IC_RESULT (ic))) && icount > 0 && icount < 64 && (IS_REGIDX (AOP (IC_RESULT (ic)), R26_IDX) || IS_REGIDX (AOP (IC_RESULT (ic)), R24_IDX) || IS_REGIDX (AOP (IC_RESULT (ic)), R30_IDX))) { emitcode ("sbiw", "%s,%d", aopGet (AOP (IC_RESULT (ic)), 0), icount); return TRUE; } /* use subi */ emitcode ("subi", "%s,<(%d)", aopGet (AOP (IC_RESULT (ic)), 0), icount); emitcode ("sbci", "%s,>(%d)", aopGet (AOP (IC_RESULT (ic)), 1), icount); return TRUE; } /* for 32 bit longs */ emitcode ("subi", "%s,<(%d)", aopGet (AOP (IC_RESULT (ic)), 0), icount); emitcode ("sbci", "%s,>(%d)", aopGet (AOP (IC_RESULT (ic)), 1), icount); emitcode ("sbci", "%s,hlo8(%d)", aopGet (AOP (IC_RESULT (ic)), 2), icount); emitcode ("sbci", "%s,hhi8(%d)", aopGet (AOP (IC_RESULT (ic)), 3), icount); return TRUE; } /*-----------------------------------------------------------------*/ /* genMinus - generates code for subtraction */ /*-----------------------------------------------------------------*/ static void genMinus (iCode * ic) { int size, offset = 0, samer; char *l; aopOp (IC_LEFT (ic), ic, FALSE); aopOp (IC_RIGHT (ic), ic, FALSE); aopOp (IC_RESULT (ic), ic, TRUE); /* if I can do an decrement instead of subtract then GOOD for ME */ if (genMinusDec (ic) == TRUE) goto release; size = getDataSize (IC_RESULT (ic)); samer = sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic))); while (size--) { if (!samer) aopPut (AOP (IC_RESULT (ic)), aopGet (AOP (IC_LEFT (ic)), offset), offset); if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) { if (offset == 0) l = "sub"; else l = "sbc"; emitcode (l, "%s,%s", aopGet (AOP (IC_RESULT (ic)), offset), aopGet (AOP (IC_RIGHT (ic)), offset)); } else { if (AOP_ISHIGHREG(AOP (IC_RESULT (ic)),offset)) { if (offset == 0) l = "subi"; else l = "sbci"; emitcode (l, "%s,%s(%d)", aopGet (AOP (IC_RESULT (ic)), offset), larray[offset], (int) ulFromVal (AOP (IC_RIGHT (ic))-> aopu.aop_lit)); } else { if (offset == 0) l = "sub"; else l = "sbc"; emitcode (l, "%s,%s", aopGet (AOP (IC_RESULT (ic)), offset), aopGet (AOP (IC_RIGHT (ic)), offset)); } } offset++; } adjustArithmeticResult (ic); release: freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (IC_RIGHT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genMultOneByte : 8 bit multiplication & division */ /*-----------------------------------------------------------------*/ static void genMultOneByte (operand * left, operand * right, operand * result) { sym_link *opetype = operandType (result); symbol *lbl; int size, offset; /* (if two literals, the value is computed before) */ /* if one literal, literal on the right */ if (AOP_TYPE (left) == AOP_LIT) { operand *t = right; right = left; left = t; } size = AOP_SIZE (result); if (SPEC_USIGN (opetype)) { emitcode ("mul", "%s,%s", aopGet (AOP (left), 0), aopGet (AOP (right), 0)); } else { emitcode ("muls", "%s,%s", aopGet (AOP (left), 0), aopGet (AOP (right), 0)); } aopPut (AOP (result), "r0", 0); if (size > 1) { aopPut (AOP (result), "r1", 1); offset = 2; size -= 2; if (SPEC_USIGN (opetype)) { while (size--) { aopPut (AOP (result), zero, offset++); } } else { if (size) { lbl = newiTempLabel (NULL); emitcode ("ldi", "r24,0"); emitcode ("brcc", "L%05d", lbl->key); emitcode ("ldi", "r24,0xff)"); emitcode ("", "L%05d:", lbl->key); while (size--) aopPut (AOP (result), "r24", offset++); } } } return; } /*-----------------------------------------------------------------*/ /* genMult - generates code for multiplication */ /*-----------------------------------------------------------------*/ static void genMult (iCode * ic) { operand *left = IC_LEFT (ic); operand *right = IC_RIGHT (ic); operand *result = IC_RESULT (ic); /* assign the amsops */ aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); aopOp (result, ic, TRUE); /* if both are of size == 1 */ if (AOP_SIZE (left) == 1 && AOP_SIZE (right) == 1) { genMultOneByte (left, right, result); goto release; } /* should have been converted to function call */ assert (0); release: freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genDiv - generates code for division */ /*-----------------------------------------------------------------*/ static void genDiv (iCode * ic) { /* should have been converted to function call */ assert (0); } /*-----------------------------------------------------------------*/ /* genMod - generates code for division */ /*-----------------------------------------------------------------*/ static void genMod (iCode * ic) { /* should have been converted to function call */ assert (0); } enum { AVR_EQ = 0, AVR_NE, AVR_LT, AVR_GE }; /*-----------------------------------------------------------------*/ /* revavrcnd - reverse a conditional for avr */ /*-----------------------------------------------------------------*/ static int revavrcnd (int type) { static struct { int type, rtype; } rar[] = { { AVR_EQ, AVR_NE} , { AVR_LT, AVR_GE} }; int i; for (i = 0; i < (sizeof (rar) / sizeof (rar[0])); i++) { if (rar[i].type == type) return rar[i].rtype; if (rar[i].rtype == type) return rar[i].type; } assert (0); /* cannot happen */ return 0; /* makes the compiler happy */ } static char *br_name[4] = { "breq", "brne", "brlt", "brge" }; static char *br_uname[4] = { "breq", "brne", "brlo", "brcc" }; /*-----------------------------------------------------------------*/ /* genBranch - generate the branch instruction */ /*-----------------------------------------------------------------*/ static void genBranch (iCode * ifx, int br_type, int sign) { int tj = (IC_TRUE (ifx) ? 1 : 0); if (tj) { /* if true jump */ char *nm = (sign ? br_name[br_type] : br_uname[br_type]); emitcode (nm, "L%05d", IC_TRUE (ifx)->key); } else { /* if false jump */ int rtype = revavrcnd (br_type); char *nm = (sign ? br_name[rtype] : br_uname[rtype]); emitcode (nm, "L%05d", IC_FALSE (ifx)->key); } ifx->generated = 1; } /*-----------------------------------------------------------------*/ /* genCmp - compare & jump */ /*-----------------------------------------------------------------*/ static void genCmp (iCode * ic, iCode * ifx, int br_type) { operand *left, *right, *result; sym_link *letype, *retype; symbol *lbl; int sign, size, offset = 0; left = IC_LEFT (ic); right = IC_RIGHT (ic); result = IC_RESULT (ic); letype = getSpec (operandType (left)); retype = getSpec (operandType (right)); sign = !(SPEC_USIGN (letype) | SPEC_USIGN (retype)); /* assign the amsops */ aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); aopOp (result, ic, TRUE); size = AOP_SIZE (left); if (ifx) { if (size == 1) { if (AOP_TYPE (right) == AOP_LIT) { emitcode ("cpi", "%s,<(%d)", aopGet (AOP (left), 0), (int) ulFromVal (AOP (IC_RIGHT (ic))-> aopu.aop_lit)); genBranch (ifx, br_type, sign); } else { /* right != literal */ emitcode ("cp", "%s,%s", aopGet (AOP (left), 0), aopGet (AOP (right), 0)); genBranch (ifx, br_type, sign); } } else { /* size != 1 */ while (size--) { if (offset == 0) emitcode ("cp", "%s,%s", aopGet (AOP (left), 0), aopGet (AOP (right), 0)); else emitcode ("cpc", "%s,%s", aopGet (AOP (left), offset), aopGet (AOP (right), offset)); offset++; } genBranch (ifx, br_type, sign); } } else { /* no ifx */ emitcode ("clr", "r0"); while (size--) { if (offset == 0) emitcode ("cp", "%s,%s", aopGet (AOP (left), 0), aopGet (AOP (right), 0)); else emitcode ("cpc", "%s,%s", aopGet (AOP (left), offset), aopGet (AOP (right), offset)); offset++; } lbl = newiTempLabel (NULL); br_type = revavrcnd (br_type); if (sign) emitcode (br_uname[br_type], "L%05d", lbl->key); else emitcode (br_name[br_type], "L%05d", lbl->key); emitcode ("inc", "r0"); emitcode ("", "L%05d:", lbl->key); aopPut (AOP (result), "r0", 0); size = AOP_SIZE (result) - 1; offset = 1; while (size--) aopPut (AOP (result), zero, offset++); } freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genCmpGt :- greater than comparison */ /*-----------------------------------------------------------------*/ static void genCmpGt (iCode * ic, iCode * ifx) { /* should have transformed by the parser */ assert (0); } /*-----------------------------------------------------------------*/ /* genCmpLt - less than comparisons */ /*-----------------------------------------------------------------*/ static void genCmpLt (iCode * ic, iCode * ifx) { genCmp (ic, ifx, AVR_LT); } /*-----------------------------------------------------------------*/ /* genCmpEq - generates code for equal to */ /*-----------------------------------------------------------------*/ static void genCmpEq (iCode * ic, iCode * ifx) { genCmp (ic, ifx, AVR_EQ); } /*-----------------------------------------------------------------*/ /* genCmpNe - generates code for not equal to */ /*-----------------------------------------------------------------*/ static void genCmpNe (iCode * ic, iCode * ifx) { genCmp (ic, ifx, AVR_NE); } /*-----------------------------------------------------------------*/ /* genCmpGe - generates code for greater than equal to */ /*-----------------------------------------------------------------*/ static void genCmpGe (iCode * ic, iCode * ifx) { genCmp (ic, ifx, AVR_GE); } /*-----------------------------------------------------------------*/ /* genCmpLe - generates code for less than equal to */ /*-----------------------------------------------------------------*/ static void genCmpLe (iCode * ic, iCode * ifx) { operand *left = IC_LEFT (ic); operand *right = IC_RIGHT (ic); IC_RIGHT (ic) = left; IC_LEFT (ic) = right; genCmp (ic, ifx, AVR_GE); } /*-----------------------------------------------------------------*/ /* ifxForOp - returns the icode containing the ifx for operand */ /*-----------------------------------------------------------------*/ static iCode * ifxForOp (operand * op, iCode * ic) { /* if true symbol then needs to be assigned */ if (IS_TRUE_SYMOP (op)) return NULL; /* if this has register type condition and the next instruction is ifx with the same operand and live to of the operand is upto the ifx only then */ if (ic->next && ic->next->op == IFX && IC_COND (ic->next)->key == op->key && OP_SYMBOL (op)->liveTo <= ic->next->seq) return ic->next; return NULL; } /*-----------------------------------------------------------------*/ /* genAndOp - for && operation */ /*-----------------------------------------------------------------*/ static void genAndOp (iCode * ic) { operand *left, *right, *result; symbol *tlbl; int size, offset; /* note here that && operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, FALSE); tlbl = newiTempLabel (NULL); toBoolean (left, "r0", TRUE); toBoolean (right, "r1", TRUE); emitcode ("and", "r0,r1"); emitcode ("ldi", "r24,1"); emitcode ("breq", "L%05d", tlbl->key); emitcode ("dec", "r24"); emitcode ("", "L%05d:", tlbl->key); aopPut (AOP (result), "r24", 0); size = AOP_SIZE (result) - 1; offset = 1; while (size--) aopPut (AOP (result), zero, offset++); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genOrOp - for || operation */ /*-----------------------------------------------------------------*/ static void genOrOp (iCode * ic) { operand *left, *right, *result; symbol *tlbl; int size, offset; /* note here that || operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, FALSE); tlbl = newiTempLabel (NULL); toBoolean (left, "r0", TRUE); toBoolean (right, "r0", FALSE); emitcode ("ldi", "r24,1"); emitcode ("breq", "L%05d", tlbl->key); emitcode ("dec", "r24"); emitcode ("", "L%05d:", tlbl->key); aopPut (AOP (result), "r24", 0); size = AOP_SIZE (result) - 1; offset = 1; while (size--) aopPut (AOP (result), zero, offset++); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (result, NULL, ic, TRUE); } enum { AVR_AND = 0, AVR_OR, AVR_XOR }; static char *bopnames_lit[] = { "andi", "ori" }; static char *bopnames[] = { "and", "or", "eor" }; /*-----------------------------------------------------------------*/ /* genBitWise - generate bitwise operations */ /*-----------------------------------------------------------------*/ static void genBitWise (iCode * ic, iCode * ifx, int bitop) { operand *left, *right, *result; int size, offset = 0; char *l; symbol *lbl, *lbl1; int samerl, samerr; aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, TRUE); size = AOP_SIZE (left); offset = 0; if (ifx) { /* used only for jumps */ if (AOP_TYPE (right) == AOP_LIT && (bitop == AVR_AND || bitop == AVR_OR)) { int lit = (int) ulFromVal (AOP (right)->aopu. aop_lit); int p2 = powof2 (lit); if (bitop == AVR_AND && (p2 >= 0)) { /* right side is a power of 2 */ l = aopGet (AOP (left), p2 / 8); if (IC_TRUE (ifx)) { emitcode ("sbrc", "%s,%d", l, (p2 % 8)); emitcode ("rjmp", "L%05d", IC_TRUE (ifx)->key); } else { emitcode ("sbrs", "%s,%d", l, (p2 % 8)); emitcode ("rjmp", "L%05d", IC_FALSE (ifx)->key); } } else { /* right not power of two */ int eh = OP_SYMBOL (left)->liveTo <= ic->seq; if (size == 1) { if (eh && AOP_ISHIGHREG(AOP(IC_LEFT(ic)),0)) { emitcode (bopnames_lit[bitop], "%s,<(%d)", aopGet (AOP (IC_LEFT (ic)), 0), lit); } else { MOVR24 (aopGet (AOP (IC_LEFT (ic)), 0)); emitcode (bopnames_lit[bitop], "r24,<(%d)", lit); } lbl = newiTempLabel (NULL); if (IC_TRUE (ifx)) { emitcode ("breq", "L%05d", lbl->key); emitcode ("rjmp", "L%05d", IC_TRUE (ifx)->key); } else { emitcode ("brne", "L%05d", lbl->key); emitcode ("rjmp", "L%05d", IC_FALSE (ifx)-> key); } emitcode ("", "L%05d:", lbl->key); } else if (size == 2) { emitcode ("mov", "r24,%s", aopGet (AOP (IC_LEFT (ic)), 0)); emitcode ("mov", "r25,%s", aopGet (AOP (IC_LEFT (ic)), 1)); emitcode (bopnames_lit[bitop], "r24,<(%d)", lit); emitcode (bopnames_lit[bitop], "r25,>(%d)", lit); emitcode ("sbiw", "r24,0"); lbl = newiTempLabel (NULL); if (IC_TRUE (ifx)) { emitcode ("breq", "L%05d", lbl->key); emitcode ("rjmp", "L%05d", IC_TRUE (ifx)->key); } else { emitcode ("brne", "L%05d", lbl->key); emitcode ("rjmp", "L%05d", IC_FALSE (ifx)->key); } emitcode ("", "L%05d:", lbl->key); } else { lbl = newiTempLabel (NULL); lbl1 = newiTempLabel (NULL); while (size--) { if (eh && AOP_ISHIGHREG(AOP(IC_LEFT(ic)),offset)) { emitcode (bopnames_lit [bitop], "%s,<(%d)", aopGet (AOP (IC_LEFT (ic)), offset), lit); } else { char *l = aopGet (AOP (IC_LEFT (ic)), offset); MOVR24 (l); emitcode ("andi", "r24,<(%d)", lit); } emitcode ("brne", "L%05d", lbl->key); offset++; } /* all are zero */ if (IC_FALSE (ifx)) emitcode ("rjmp", "L%05d", IC_FALSE (ifx)-> key); else emitcode ("rjmp", "L%05d", lbl1->key); emitcode ("", "L%05d:", lbl->key); /* not zero */ if (IC_TRUE (ifx)) emitcode ("rjmp", "L%05d", IC_TRUE (ifx)->key); emitcode ("", "L%05d:", lbl1->key); } } } else { /* right is not a literal */ int eh = OP_SYMBOL (left)->liveTo <= ic->seq; int reh = OP_SYMBOL (right)->liveTo <= ic->seq; if (size == 1) { if (eh) { emitcode (bopnames[bitop], "%s,%s", aopGet (AOP (IC_LEFT (ic)), 0), aopGet (AOP (IC_RIGHT (ic)), 0)); } else if (reh) { emitcode (bopnames[bitop], "%s,%s", aopGet (AOP (IC_RIGHT (ic)), 0), aopGet (AOP (IC_LEFT (ic)), 0)); } else { MOVR0 (aopGet (AOP (IC_LEFT (ic)), 0)); emitcode (bopnames[bitop], "r0,%s", aopGet (AOP (IC_RIGHT (ic)), 0)); } lbl = newiTempLabel (NULL); if (IC_TRUE (ifx)) { emitcode ("breq", "L%05d", lbl->key); emitcode ("rjmp", "L%05d", IC_TRUE (ifx)->key); } else { emitcode ("brne", "L%05d", lbl->key); emitcode ("rjmp", "L%05d", IC_FALSE (ifx)->key); } emitcode ("", "L%05d:", lbl->key); } else if (size == 2) { emitcode ("mov", "r24,%s", aopGet (AOP (IC_LEFT (ic)), 0)); emitcode ("mov", "r25,%s", aopGet (AOP (IC_LEFT (ic)), 1)); emitcode (bopnames[bitop], "r24,%s", aopGet (AOP (IC_RIGHT (ic)), 0)); emitcode (bopnames[bitop], "r25,%s", aopGet (AOP (IC_RIGHT (ic)), 1)); emitcode ("sbiw", "r24,0"); lbl = newiTempLabel (NULL); if (IC_TRUE (ifx)) { emitcode ("breq", "L%05d", lbl->key); emitcode ("rjmp", "L%05d", IC_TRUE (ifx)->key); } else { emitcode ("brne", "L%05d", lbl->key); emitcode ("rjmp", "L%05d", IC_FALSE (ifx)->key); } emitcode ("", "L%05d:", lbl->key); } else { lbl = newiTempLabel (NULL); lbl1 = newiTempLabel (NULL); while (size--) { if (eh) { emitcode (bopnames[bitop], "%s,%s", aopGet (AOP (IC_LEFT (ic)), offset), aopGet (AOP (IC_RIGHT (ic)), offset)); } else if (reh) { emitcode (bopnames[bitop], "%s,%s", aopGet (AOP (IC_RIGHT (ic)), offset), aopGet (AOP (IC_LEFT (ic)), offset)); } else { MOVR0 (aopGet (AOP (IC_LEFT (ic)), offset)); emitcode (bopnames[bitop], "r0,%s", aopGet (AOP (IC_RIGHT (ic)), offset)); } emitcode ("brne", "L%05d", lbl->key); offset++; } /* all are zero */ if (IC_FALSE (ifx)) emitcode ("rjmp", "L%05d", IC_FALSE (ifx)->key); else emitcode ("rjmp", "L%05d", lbl1->key); emitcode ("", "L%05d:", lbl->key); /* not zero */ if (IC_TRUE (ifx)) emitcode ("rjmp", "L%05d", IC_TRUE (ifx)->key); emitcode ("", "L%05d:", lbl1->key); } } goto release; } /* result needs to go a register */ samerl = sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic))); samerr = sameRegs (AOP (IC_RESULT (ic)), AOP (IC_RIGHT (ic))); while (size--) { if (AOP_TYPE (right) == AOP_LIT) { unsigned int lit = (int) ulFromVal (AOP (right)->aopu. aop_lit); if (((lit >> (8 * offset)) & 0xff) == 0) { if (bitop == AVR_AND) { aopPut (AOP (result), zero, offset++); continue; } else if (bitop == AVR_OR) { if (!samerl) aopPut (AOP (result), aopGet (AOP (left), offset), offset); offset++; continue; } } } if (samerl) { if (AOP_TYPE (IC_RIGHT (ic)) == AOP_LIT && AOP_ISHIGHREG(AOP(IC_LEFT(ic)),offset) && (bitop == AVR_AND || bitop == AVR_OR)) { emitcode (bopnames_lit[bitop], "%s,%s(%d)", aopGet (AOP (IC_LEFT (ic)), offset), larray[offset], (int) ulFromVal (AOP (right)-> aopu.aop_lit)); } else { emitcode (bopnames[bitop], "%s,%s", aopGet (AOP (IC_LEFT (ic)), offset), aopGet (AOP (IC_RIGHT (ic)), offset)); } } else if (samerr) { emitcode (bopnames[bitop], "%s,%s", aopGet (AOP (IC_RIGHT (ic)), offset), aopGet (AOP (IC_LEFT (ic)), offset)); } else { aopPut (AOP (IC_RESULT (ic)), aopGet (AOP (IC_LEFT (ic)), offset), offset); emitcode (bopnames[bitop], aopGet (AOP (IC_RESULT (ic)), offset), aopGet (AOP (IC_RIGHT (ic)), offset)); } offset++; } release: freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genAnd - code for and */ /*-----------------------------------------------------------------*/ static void genAnd (iCode * ic, iCode * ifx) { genBitWise (ic, ifx, AVR_AND); } /*-----------------------------------------------------------------*/ /* genOr - code for or */ /*-----------------------------------------------------------------*/ static void genOr (iCode * ic, iCode * ifx) { genBitWise (ic, ifx, AVR_OR); } /*-----------------------------------------------------------------*/ /* genXor - code for xclusive or */ /*-----------------------------------------------------------------*/ static void genXor (iCode * ic, iCode * ifx) { genBitWise (ic, ifx, AVR_XOR); } /*-----------------------------------------------------------------*/ /* genInline - write the inline code out */ /*-----------------------------------------------------------------*/ static void genInline (iCode * ic) { char *buffer, *bp, *bp1; bool inComment = FALSE; _G.inLine += (!options.asmpeep); buffer = bp = bp1 = Safe_strdup (IC_INLINE (ic)); /* emit each line as a code */ while (*bp) { switch (*bp) { case ';': inComment = TRUE; ++bp; break; case '\n': inComment = FALSE; *bp++ = '\0'; emitcode (bp1, ""); bp1 = bp; break; default: /* Add \n for labels, not dirs such as c:\mydir */ if (!inComment && (*bp == ':') && (isspace((unsigned char)bp[1]))) { ++bp; *bp = '\0'; ++bp; emitcode (bp1, ""); bp1 = bp; } else ++bp; break; } } if (bp1 != bp) emitcode (bp1, ""); Safe_free (buffer); _G.inLine -= (!options.asmpeep); } /*-----------------------------------------------------------------*/ /* genRotC - rotate right/left with carry , lr = 1 rotate right */ /*-----------------------------------------------------------------*/ static void genRotC (iCode * ic, int lr) { operand *left, *result; int size, offset = 0; /* rotate right with carry */ left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); /* move it to the result */ size = AOP_SIZE (result); if (!sameRegs (AOP (left), AOP (result))) { offset = 0; while (size--) { aopPut (AOP (result), aopGet (AOP (left), offset), offset); offset++; } size = AOP_SIZE (result); } if (lr) offset = size - 1; else offset = 0; CLRC; emitcode ("sbrc", "%s,%d", aopGet (AOP (result), offset), (lr ? 0 : 7)); emitcode ("sec", ""); while (size--) { emitcode ((lr ? "ror" : "rol"), "%s", aopGet (AOP (result), offset)); if (lr) offset--; else offset++; } freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genRRC - rotate right with carry */ /*-----------------------------------------------------------------*/ static void genRRC (iCode * ic) { genRotC (ic, 1); } /*-----------------------------------------------------------------*/ /* genRLC - generate code for rotate left with carry */ /*-----------------------------------------------------------------*/ static void genRLC (iCode * ic) { genRotC (ic, 0); } /*-----------------------------------------------------------------*/ /* genGetHbit - generates code get highest order bit */ /*-----------------------------------------------------------------*/ static void genGetHbit (iCode * ic) { operand *left, *result; int size, offset; left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); size = AOP_SIZE (result); if (!sameRegs (AOP (left), AOP (result))) { emitcode ("clr", "%s", aopGet (AOP (result), size - 1)); emitcode ("sbrc", "%s,7", aopGet (AOP (left), size - 1)); emitcode ("subi", "%s,<(-1)", aopGet (AOP (result), size - 1)); } else { emitcode ("clr", "r0"); emitcode ("sbrc", "%s,7", aopGet (AOP (left), size - 1)); emitcode ("subi", "r0,<(-1)"); aopPut (AOP (result), "r0", 0); } offset = 1; size--; while (size--) { emitcode ("clr", aopGet (AOP (result), offset++)); } freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genShiftLeftLit - shift left by a known amount */ /*-----------------------------------------------------------------*/ static void genShiftLeftLit (iCode * ic) { operand *left, *right, *result; int size, shCount, offset = 0; int lByteZ = 0; right = IC_RIGHT (ic); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); size = AOP_SIZE (result); shCount = (int) ulFromVal (AOP (right)->aopu.aop_lit); if (shCount > (size * 8 - 1)) { while (size--) aopPut (AOP (result), zero, offset++); goto release; } switch (size) { case 1: if (!sameRegs (AOP (left), AOP (result))) aopPut (AOP (result), aopGet (AOP (left), 0), 0); if (shCount >= 4) { if (AOP_ISHIGHREG(AOP(result),0)) { emitcode ("swap", "%s", aopGet (AOP (result), 0)); emitcode ("andi", "%s,0xf0"); } else { emitcode ("ldi","r24,0xf0"); emitcode ("swap", "%s", aopGet (AOP (result), 0)); emitcode ("and", "%s,r24"); } shCount -= 4; } if (shCount == 1) { emitcode ("add", "%s,%s", aopGet (AOP (result), 0), aopGet (AOP (result), 0)); shCount--; } while (shCount--) emitcode ("lsl", "%s", aopGet (AOP (result), 0)); break; case 2: if (shCount >= 12) { aopPut (AOP (result), aopGet (AOP (left), 0), 1); aopPut (AOP (result), zero, 0); emitcode ("swap", "%s", aopGet (AOP (result), 1)); if (AOP_ISHIGHREG(AOP(result),1)) { emitcode ("andi", "%s,0xf0", aopGet (AOP (result), 1)); } else { emitcode ("ldi","r24,0xf0"); emitcode ("and", "%s,r24", aopGet (AOP (result), 1)); } shCount -= 12; lByteZ = 1; } if (shCount >= 8) { aopPut (AOP (result), aopGet (AOP (left), 0), 1); aopPut (AOP (result), zero, 0); shCount -= 8; lByteZ = 1; } if (shCount >= 4) { shCount -= 4; if (!sameRegs (AOP (left), AOP (result))) { aopPut (AOP (result), aopGet (AOP (left), 0), 0); aopPut (AOP (result), aopGet (AOP (left), 1), 1); } emitcode ("mov", "r24,%s", aopGet (AOP (result), 0)); emitcode ("andi", "r24,0x0f"); if (!(AOP_ISHIGHREG(AOP(result),0) && AOP_ISHIGHREG(AOP(result),1))) { emitcode("ldi","r25,0xf0"); } emitcode ("swap", "%s", aopGet (AOP (result), 0)); if (AOP_ISHIGHREG(AOP(result),0)) { emitcode ("andi", "%s,0xf0", aopGet (AOP (result), 0)); } else { emitcode ("and", "%s,r25", aopGet (AOP (result), 0)); } emitcode ("swap", "%s", aopGet (AOP (result), 1)); if (AOP_ISHIGHREG(AOP(result),1)) { emitcode ("andi", "%s,0xf0", aopGet (AOP (result), 1)); } else { emitcode ("and", "%s,r25", aopGet (AOP (result), 1)); } emitcode ("or", "%s,r24", aopGet (AOP (result), 1)); while (shCount--) { emitcode ("lsl", "%s", aopGet (AOP (result), 0)); emitcode ("rol", "%s", aopGet (AOP (result), 1)); } } if (!lByteZ && !sameRegs (AOP (result), AOP (left)) && shCount) { offset = 0; while (size--) { aopPut (AOP (result), aopGet (AOP (left), offset), offset); offset++; } } while (shCount--) { if (lByteZ) { emitcode ("lsl", "%s", aopGet (AOP (result), 1)); } else { emitcode ("lsl", "%s", aopGet (AOP (result), 0)); emitcode ("rol", "%s", aopGet (AOP (result), 1)); } } break; case 3: assert ("shifting generic pointer ?\n"); break; case 4: /* 32 bits we do only byte boundaries */ if (shCount >= 24) { aopPut (AOP (result), aopGet (AOP (left), 0), 3); aopPut (AOP (result), zero, 2); aopPut (AOP (result), zero, 1); aopPut (AOP (result), zero, 0); lByteZ = 3; shCount -= 24; } if (shCount >= 16) { aopPut (AOP (result), aopGet (AOP (left), 0), 3); aopPut (AOP (result), aopGet (AOP (left), 1), 2); aopPut (AOP (result), zero, 1); aopPut (AOP (result), zero, 0); lByteZ = 2; shCount -= 16; } if (shCount >= 8) { aopPut (AOP (result), aopGet (AOP (left), 0), 3); aopPut (AOP (result), aopGet (AOP (left), 1), 2); aopPut (AOP (result), aopGet (AOP (left), 2), 1); aopPut (AOP (result), zero, 0); shCount -= 8; lByteZ = 1; } if (!lByteZ && !sameRegs (AOP (left), AOP (right))) { offset = 0; while (size--) { aopPut (AOP (result), aopGet (AOP (left), offset), offset); offset++; } offset = 0; size = AOP_SIZE (result); } if (shCount) { switch (lByteZ) { case 0: while (shCount--) { emitcode ("lsl", "%s", aopGet (AOP (result), 0)); emitcode ("rol", "%s", aopGet (AOP (result), 1)); emitcode ("rol", "%s", aopGet (AOP (result), 2)); emitcode ("rol", "%s", aopGet (AOP (result), 3)); } break; case 1: while (shCount--) { emitcode ("lsl", "%s", aopGet (AOP (result), 1)); emitcode ("rol", "%s", aopGet (AOP (result), 2)); emitcode ("rol", "%s", aopGet (AOP (result), 3)); } break; case 2: while (shCount--) { emitcode ("lsl", "%s", aopGet (AOP (result), 2)); emitcode ("rol", "%s", aopGet (AOP (result), 3)); } break; case 3: while (shCount--) { emitcode ("lsl", "%s", aopGet (AOP (result), 3)); } break; } } } release: freeAsmop (left, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genLeftShift - generates code for left shifting */ /*-----------------------------------------------------------------*/ static void genLeftShift (iCode * ic) { operand *left, *right, *result; int size, offset; symbol *tlbl; right = IC_RIGHT (ic); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (right, ic, FALSE); if (AOP_TYPE (right) == AOP_LIT) { genShiftLeftLit (ic); return; } /* unknown count */ aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); size = AOP_SIZE (result); offset = 0; if (AOP_SIZE (right) > 1) { if (isRegPair (AOP (right))) { emitcode ("movw", "r24,%s", aopGet (AOP (right), 0)); } else { emitcode ("mov", "r24,%s", aopGet (AOP (right), 0)); emitcode ("mov", "r25,%s", aopGet (AOP (right), 1)); } } else { emitcode ("mov", "r24,%s", aopGet (AOP (right), 0)); } if (!sameRegs (AOP (left), AOP (result))) { while (size--) { aopPut (AOP (result), aopGet (AOP (left), offset), offset); offset++; } size = AOP_SIZE (result); } tlbl = newiTempLabel (NULL); emitcode ("", "L%05d:", tlbl->key); offset = 0; while (size--) { if (offset) emitcode ("rol", "%s", aopGet (AOP (result), offset)); else emitcode ("lsl", "%s", aopGet (AOP (result), 0)); offset++; } if (AOP_SIZE (right) > 1) emitcode ("sbiw", "r24,1"); else emitcode ("dec", "r24"); emitcode ("brne", "L%05d", tlbl->key); freeAsmop (left, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genShiftRightLit - generate for right shift with known count */ /*-----------------------------------------------------------------*/ static void genShiftRightLit (iCode * ic) { operand *left = IC_LEFT (ic) , *right = IC_RIGHT (ic) , *result = IC_RESULT (ic); int size, shCount, offset = 0; int hByteZ = 0; sym_link *letype = getSpec (operandType (left)); int sign = !SPEC_USIGN (letype); right = IC_RIGHT (ic); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); size = AOP_SIZE (result); shCount = (int) ulFromVal (AOP (right)->aopu.aop_lit); /* if signed then give up and use a loop to shift */ if (sign) { symbol *tlbl; if (!sameRegs (AOP (left), AOP (result))) { while (size--) { aopPut (AOP (result), aopGet (AOP (left), offset), offset); offset++; } size = AOP_SIZE (result); offset = 0; } /* be as economical as possible */ if (shCount <= 4) { while (shCount--) { size = AOP_SIZE (result); offset = size - 1; while (size--) { /* highest order byte */ if (offset == (AOP_SIZE(result)-1)) emitcode ("asr", "%s", aopGet (AOP (result), offset)); else emitcode ("ror", "%s", aopGet (AOP (result), offset)); offset--; } } } else { emitcode ("ldi", "r24,<(%d)", shCount); tlbl = newiTempLabel (NULL); emitcode ("", "L%05d:", tlbl->key); offset = size - 1; while (size--) { if (offset == (AOP_SIZE(result) - 1)) emitcode ("asr", "%s", aopGet (AOP (result), offset)); else emitcode ("ror", "%s", aopGet (AOP (result), offset)); offset--; } emitcode ("dec", "r24"); emitcode ("brne", "L%05d", tlbl->key); } goto release; } if (shCount > (size * 8 - 1)) { while (size--) aopPut (AOP (result), zero, offset++); goto release; } /* for unsigned we can much more efficient */ switch (size) { case 1: if (!sameRegs (AOP (left), AOP (result))) aopPut (AOP (result), aopGet (AOP (left), 0), 0); if (shCount >= 4) { emitcode ("swap", "%s", aopGet (AOP (result), 0)); if (AOP_ISHIGHREG(AOP(result),0)) { emitcode ("andi", "%s,0x0f",aopGet(AOP(result),0)); } else { emitcode ("ldi","r24,0x0f"); emitcode ("and", "%s,r24",aopGet(AOP(result),0)); } shCount -= 4; } while (shCount--) emitcode ("lsr", "%s", aopGet (AOP (result), 0)); break; case 2: if (shCount >= 12) { aopPut (AOP (result), aopGet (AOP (left), 1), 0); aopPut (AOP (result), zero, 1); emitcode ("swap", "%s", aopGet (AOP (result), 0)); if (AOP_ISHIGHREG(AOP(result),0)) { emitcode ("andi", "%s,0x0f", aopGet (AOP (result), 0)); } else { emitcode ("ldi","r24,0x0f"); emitcode ("and", "%s,r24",aopGet(AOP(result),0)); } shCount -= 12; hByteZ = 1; } if (shCount >= 8) { aopPut (AOP (result), aopGet (AOP (left), 1), 0); aopPut (AOP (result), zero, 1); shCount -= 8; hByteZ = 1; } if (shCount >= 4) { shCount -= 4; if (!sameRegs (AOP (left), AOP (result))) { aopPut (AOP (result), aopGet (AOP (left), 0), 0); aopPut (AOP (result), aopGet (AOP (left), 1), 1); } if (!(AOP_ISHIGHREG(AOP(result),0) && AOP_ISHIGHREG(AOP(result),1))) { emitcode("ldi","r25,0x0f"); } emitcode ("mov", "r24,%s", aopGet (AOP (result), 1)); emitcode ("andi", "r24,0xf0"); emitcode ("swap", "%s", aopGet (AOP (result), 0)); if (AOP_ISHIGHREG(AOP(result),0)) { emitcode ("andi", "%s,0x0f", aopGet (AOP (result), 0)); } else { emitcode ("and", "%s,r25", aopGet (AOP (result), 0)); } emitcode ("or", "%s,r24", aopGet (AOP (result), 0)); emitcode ("swap", "%s", aopGet (AOP (result), 1)); if (AOP_ISHIGHREG(AOP(result),1)) { emitcode ("andi", "%s,0x0f", aopGet (AOP (result), 1)); } else { emitcode ("and", "%s,r24", aopGet (AOP (result), 1)); } while (shCount--) { emitcode ("lsr", "%s", aopGet (AOP (result), 1)); emitcode ("ror", "%s", aopGet (AOP (result), 0)); } } if (!hByteZ && !sameRegs (AOP (result), AOP (left)) && shCount) { offset = 0; while (size--) { aopPut (AOP (result), aopGet (AOP (left), offset), offset); offset++; } } while (shCount--) { if (hByteZ) { emitcode ("lsr", "%s", aopGet (AOP (result), 0)); } else { emitcode ("lsr", "%s", aopGet (AOP (result), 1)); emitcode ("ror", "%s", aopGet (AOP (result), 0)); } } break; case 3: assert ("shifting generic pointer ?\n"); break; case 4: /* 32 bits we do only byte boundaries */ if (shCount >= 24) { aopPut (AOP (result), aopGet (AOP (left), 3), 0); aopPut (AOP (result), zero, 1); aopPut (AOP (result), zero, 2); aopPut (AOP (result), zero, 3); hByteZ = 3; shCount -= 24; } if (shCount >= 16) { aopPut (AOP (result), aopGet (AOP (left), 3), 1); aopPut (AOP (result), aopGet (AOP (left), 2), 0); aopPut (AOP (result), zero, 2); aopPut (AOP (result), zero, 3); hByteZ = 2; shCount -= 16; } if (shCount >= 8) { aopPut (AOP (result), aopGet (AOP (left), 1), 0); aopPut (AOP (result), aopGet (AOP (left), 2), 1); aopPut (AOP (result), aopGet (AOP (left), 3), 2); aopPut (AOP (result), zero, 3); shCount -= 8; hByteZ = 1; } if (!hByteZ && !sameRegs (AOP (left), AOP (right))) { offset = 0; while (size--) { aopPut (AOP (result), aopGet (AOP (left), offset), offset); offset++; } offset = 0; size = AOP_SIZE (result); } if (shCount) { switch (hByteZ) { case 0: while (shCount--) { emitcode ("lsr", "%s", aopGet (AOP (result), 3)); emitcode ("ror", "%s", aopGet (AOP (result), 2)); emitcode ("ror", "%s", aopGet (AOP (result), 1)); emitcode ("ror", "%s", aopGet (AOP (result), 0)); } break; case 1: while (shCount--) { emitcode ("lsr", "%s", aopGet (AOP (result), 2)); emitcode ("ror", "%s", aopGet (AOP (result), 1)); emitcode ("ror", "%s", aopGet (AOP (result), 0)); } break; case 2: while (shCount--) { emitcode ("lsr", "%s", aopGet (AOP (result), 1)); emitcode ("ror", "%s", aopGet (AOP (result), 0)); } break; case 3: while (shCount--) { emitcode ("lsr", "%s", aopGet (AOP (result), 0)); } break; } } } release: freeAsmop (left, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genRightShift - generate code for right shifting */ /*-----------------------------------------------------------------*/ static void genRightShift (iCode * ic) { operand *right, *left, *result; sym_link *letype; int size, offset; int sign = 0, first = 1; symbol *tlbl; aopOp (right = IC_RIGHT (ic), ic, FALSE); if (AOP_TYPE (right) == AOP_LIT) { genShiftRightLit (ic); return; } /* unknown count */ if (AOP_SIZE (right) > 1) { if (isRegPair (AOP (right))) { emitcode ("movw", "r24,%s", aopGet (AOP (right), 0)); } else { emitcode ("mov", "r24,%s", aopGet (AOP (right), 0)); emitcode ("mov", "r25,%s", aopGet (AOP (right), 1)); } } else { emitcode ("mov", "r24,%s", aopGet (AOP (right), 0)); } aopOp (left = IC_LEFT (ic), ic, FALSE); aopOp (result = IC_RESULT (ic), ic, FALSE); size = AOP_SIZE (result); tlbl = newiTempLabel (NULL); emitcode ("", "L%05d:", tlbl->key); offset = size - 1; letype = getSpec (operandType (left)); sign = !SPEC_USIGN (letype); if (!sameRegs (AOP (left), AOP (result))) { while (size--) { aopPut (AOP (result), aopGet (AOP (left), offset), offset); offset++; } size = AOP_SIZE (result); } size = AOP_SIZE (result); while (size--) { if (first) { if (sign) emitcode ("asr", "%s", aopGet (AOP (result), offset)); else emitcode ("lsr", "%s", aopGet (AOP (result), offset)); first = 0; } else emitcode ("ror", "%s", aopGet (AOP (result), offset)); offset--; } if (AOP_SIZE (right) > 1) emitcode ("sbiw", "r24,1"); else emitcode ("dec", "r24"); emitcode ("brne", "L%05d", tlbl->key); freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* RRsh - shift right rn by known count */ /*-----------------------------------------------------------------*/ static void RRsh (int shCount,int reg) { shCount &= 0x0007; // shCount : 0..7 switch (shCount) { case 0: break; case 1: emitcode ("lsr", "r%d",reg); break; case 2: emitcode ("lsr", "r%d",reg); emitcode ("lsr", "r%d",reg); break; case 3: emitcode ("swap", "r%d",reg); emitcode ("lsl", "r%d",reg); break; case 4: emitcode ("swap", "r%d",reg); break; case 5: emitcode ("swap", "r%d",reg); emitcode ("lsr", "r%d",reg); break; case 6: emitcode ("swap","r%d",reg); emitcode ("lsr", "r%d",reg); emitcode ("lsr", "r%d",reg); break; case 7: emitcode ("swap","r%d",reg); emitcode ("lsr", "r%d",reg); emitcode ("lsr", "r%d",reg); emitcode ("lsr", "r%d",reg); break; } } /*-----------------------------------------------------------------*/ /* RLsh - shift left rn by known count */ /*-----------------------------------------------------------------*/ static void RLsh (int shCount, int reg) { shCount &= 0x0007; // shCount : 0..7 switch (shCount) { case 0: break; case 1: emitcode ("lsl", "r%d",reg); break; case 2: emitcode ("lsl", "r%d",reg); emitcode ("lsl", "r%d",reg); break; case 3: emitcode ("swap","r%d",reg); emitcode ("lsr", "r%d",reg); break; case 4: emitcode ("swap", "r%d",reg); break; case 5: emitcode ("swap","r%d",reg); emitcode ("lsl", "r%d",reg); break; case 6: emitcode ("swap","r%d",reg); emitcode ("lsl", "r%d",reg); emitcode ("lsl", "r%d",reg); break; case 7: emitcode ("swap","r%d",reg); emitcode ("lsl", "r%d",reg); emitcode ("lsl", "r%d",reg); emitcode ("lsl", "r%d",reg); break; } } /*-----------------------------------------------------------------*/ /* genUnpackBits - generates code for unpacking bits */ /*-----------------------------------------------------------------*/ static void genUnpackBits (operand * result, char *rname, int ptype) { int shCnt; int rlen = 0; sym_link *etype; int offset = 0; int rsize; etype = getSpec (operandType (result)); rsize = getSize (operandType (result)); /* read the first byte */ switch (ptype) { case POINTER: case IPOINTER: case PPOINTER: case FPOINTER: emitcode ("ld", "r24,%s+", rname); break; case CPOINTER: emitcode ("lpm", "r24,%s+", rname); break; case GPOINTER: emitcode ("call","__gptrget_pi"); emitcode ("mov","r24,r0"); break; } rlen = SPEC_BLEN (etype); /* if we have bitdisplacement then it fits */ /* into this byte completely or if length is */ /* less than a byte */ if ((shCnt = SPEC_BSTR (etype)) || (SPEC_BLEN (etype) <= 8)) { /* shift right acc */ RRsh (shCnt,24); emitcode ("andi", "r24,lo(0x%x)", ((unsigned char) -1) >> (8 - SPEC_BLEN (etype))); aopPut (AOP (result), "r24", offset++); goto finish; } /* bit field did not fit in a byte */ aopPut (AOP (result), "r24", offset++); while (1) { switch (ptype) { case POINTER: case IPOINTER: case PPOINTER: case FPOINTER: emitcode ("ld", "r24,%s+"); break; case CPOINTER: emitcode ("lpm", "r24,%s+"); break; case GPOINTER: emitcode ("call", "__gptrget_pi"); break; } rlen -= 8; /* if we are done */ if (rlen < 8) break; aopPut (AOP (result), "r24", offset++); } if (rlen) { aopPut (AOP (result), "r24", offset++); } finish: if (offset < rsize) { rsize -= offset; while (rsize--) aopPut (AOP (result), zero, offset++); } return; } /*-----------------------------------------------------------------*/ /* genDataPointerGet - generates code when ptr offset is known */ /*-----------------------------------------------------------------*/ static void genDataPointerGet (operand * left, operand * result, iCode * ic) { char *l; char buffer[256]; int size, offset = 0; aopOp (result, ic, TRUE); /* get the string representation of the name */ l = aopGet (AOP (left), 0); size = AOP_SIZE (result); while (size--) { if (offset) sprintf (buffer, "(%s + %d)", l, offset); else sprintf (buffer, "%s", l); emitcode ("lds", "%s,%s", aopGet (AOP (result), offset++), buffer); } freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genNearPointerGet - emitcode for near pointer fetch */ /*-----------------------------------------------------------------*/ static void genMemPointerGet (operand * left, operand * result, iCode * ic, iCode *pi) { asmop *aop = NULL; regs *preg = NULL; int gotFreePtr = 0; char *rname, *frname = NULL; sym_link *rtype, *retype; sym_link *ltype = operandType (left); rtype = operandType (result); retype = getSpec (rtype); aopOp (left, ic, FALSE); /* if left is rematerialisable and result is not bit variable type and the left is pointer to data space i.e lower 128 bytes of space */ if (AOP_TYPE (left) == AOP_IMMD && !IS_BITVAR (retype) && DCL_TYPE (ltype) == POINTER) { genDataPointerGet (left, result, ic); return; } /* if the value is already in a pointer register then don't need anything more */ if (!AOP_INPREG (AOP (left))) { /* otherwise get a free pointer register */ aop = newAsmop (0); preg = getFreePtr (ic, &aop, FALSE, 0); if (isRegPair (AOP (left) )) { emitcode ("movw", "%s,%s", aop->aopu.aop_ptr->name, aopGet(AOP(left),0)); } else { emitcode ("mov", "%s,%s", aop->aopu.aop_ptr->name, aopGet (AOP (left), 0)); emitcode ("mov", "%s,%s", aop->aop_ptr2->name, aopGet (AOP (left), 1)); } gotFreePtr = 1; } else { aop = AOP(left); frname = aopGet(aop,0); } if (AOP_ISX(aop)) { rname = "X"; } else if (AOP_ISZ(aop)) { rname = "Z"; } else { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "pointer not in correct register"); exit (0); } aopOp (result, ic, FALSE); /* if bitfield then unpack the bits */ if (IS_BITVAR (retype)) genUnpackBits (result, rname, POINTER); else { /* we have can just get the values */ int size = AOP_SIZE (result); int offset = 0; while (size--) { if (size || pi) { emitcode ("ld","%s,%s+",aopGet(AOP(result),offset), rname); } else { emitcode ("ld","%s,%s",aopGet(AOP(result),offset), rname); } } } /* now some housekeeping stuff */ if (gotFreePtr) { /* we had to allocate for this iCode */ if (pi) { if (isRegPair (AOP (left) )) { emitcode ("movw", "%s,%s", aopGet (AOP(left),0), aop->aopu.aop_ptr->name); } else { emitcode ("mov", "%s,%s", aopGet (AOP (left), 0), aop->aopu.aop_ptr->name); emitcode ("mov", "%s,%s", aopGet (AOP (left), 1), aop->aop_ptr2->name); } } freeAsmop (NULL, aop, ic, TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ if ((AOP_SIZE (result) > 1 && !OP_SYMBOL (left)->remat && (OP_SYMBOL (left)->liveTo > ic->seq || ic->depth)) && !pi) { int size = AOP_SIZE (result) - 1; emitcode ("sbiw", "%s,%d",frname,size); } } /* done */ if (pi) pi->generated = 1; freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genCodePointerGet - gget value from code space */ /*-----------------------------------------------------------------*/ static void genCodePointerGet (operand * left, operand * result, iCode * ic, iCode *pi) { int size, offset; sym_link *retype = getSpec (operandType (result)); asmop *aop = NULL; int gotFreePtr = 0; aopOp (left, ic, FALSE); /* if the operand is already in Z register then we do nothing else we move the value to Z register */ if (AOP_ISZ(AOP(left))) { aop = AOP (left); } else { aop = newAsmop(0); getFreePtr(ic,&aop,FALSE,TRUE); if (isRegPair(AOP (left))) { emitcode ("movw","r30,%s",aopGet (AOP (left), 0)); } else { emitcode ("mov", "r30,%s", aopGet (AOP (left), 0)); emitcode ("mov", "r31,%s", aopGet (AOP (left), 1)); } gotFreePtr = 1; } aopOp (result, ic, FALSE); /* if bit then unpack */ if (IS_BITVAR (retype)) genUnpackBits (result, "Z", CPOINTER); else { size = AOP_SIZE (result); offset = 0; while (size--) { if (size || pi) { emitcode ("lpm","%s,Z+",aopGet(AOP(result),offset++)); } else { emitcode ("lpm","%s,Z",aopGet(AOP(result),offset++)); } } } /* now some housekeeping stuff */ if (gotFreePtr) { /* we had to allocate for this iCode */ if (pi) { if (isRegPair(AOP (left))) { emitcode ("movw","%s,r30",aopGet (AOP (left), 0)); } else { emitcode ("mov", "%s,r30", aopGet (AOP (left), 0)); emitcode ("mov", "%s,r31", aopGet (AOP (left), 1)); } } freeAsmop (NULL, aop, ic, TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ if ((AOP_SIZE (result) > 1 && !OP_SYMBOL (left)->remat && (OP_SYMBOL (left)->liveTo > ic->seq || ic->depth)) && !pi) { int size = AOP_SIZE (result) - 1; emitcode ("sbiw", "r30,%d",size); } } /* done */ if (pi) pi->generated=1; freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genGenPointerGet - gget value from generic pointer space */ /*-----------------------------------------------------------------*/ static void genGenPointerGet (operand * left, operand * result, iCode * ic, iCode *pi) { int size, offset; int gotFreePtr = 0; sym_link *retype = getSpec (operandType (result)); asmop *aop = NULL; aopOp (left, ic, FALSE); /* if the operand is already in dptr then we do nothing else we move the value to dptr */ if (AOP_ISZ(AOP(left))) { aop = AOP(left); } else { aop = newAsmop(0); getFreePtr(ic,&aop,FALSE,TRUE); if (isRegPair(AOP(left))) { emitcode ("movw", "r30,%s", aopGet (AOP (left), 0)); } else { emitcode ("mov", "r30,%s", aopGet (AOP (left), 0)); emitcode ("mov", "r31,%s", aopGet (AOP (left), 1)); } emitcode ("mov", "r24,%s", aopGet (AOP (left), 2)); gotFreePtr=1; } /* so Z register now contains the address */ aopOp (result, ic, FALSE); /* if bit then unpack */ if (IS_BITVAR (retype)) genUnpackBits (result, "Z", GPOINTER); else { size = AOP_SIZE (result); offset = 0; while (size--) { if (size || pi) emitcode ("call", "__gptrget_pi"); else emitcode ("call", "__gptrget"); aopPut (AOP (result), "r0", offset++); } } /* now some housekeeping stuff */ if (gotFreePtr) { /* we had to allocate for this iCode */ if (pi) { if (isRegPair(AOP (left))) { emitcode ("movw","%s,r30",aopGet (AOP (left), 0)); } else { emitcode ("mov", "%s,r30", aopGet (AOP (left), 0)); emitcode ("mov", "%s,r31", aopGet (AOP (left), 1)); } } freeAsmop (NULL, aop, ic, TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ if ((AOP_SIZE (result) > 1 && !OP_SYMBOL (left)->remat && (OP_SYMBOL (left)->liveTo > ic->seq || ic->depth)) && !pi) { int size = AOP_SIZE (result) - 1; emitcode ("sbiw", "r30,%d",size); } } if (pi) pi->generated=1; freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genPointerGet - generate code for pointer get */ /*-----------------------------------------------------------------*/ static void genPointerGet (iCode * ic, iCode *pi) { operand *left, *result; sym_link *type, *etype; int p_type; left = IC_LEFT (ic); result = IC_RESULT (ic); /* depending on the type of pointer we need to move it to the correct pointer register */ type = operandType (left); etype = getSpec (type); /* if left is of type of pointer then it is simple */ if (IS_PTR (type) && !IS_FUNC (type->next)) p_type = DCL_TYPE (type); else { /* we have to go by the storage class */ p_type = PTR_TYPE (SPEC_OCLS (etype)); } /* now that we have the pointer type we assign the pointer values */ switch (p_type) { case POINTER: case IPOINTER: case PPOINTER: case FPOINTER: genMemPointerGet (left, result, ic, pi); break; case CPOINTER: genCodePointerGet (left, result, ic, pi); break; case GPOINTER: genGenPointerGet (left, result, ic, pi); break; } } /*-----------------------------------------------------------------*/ /* genPackBits - generates code for packed bit storage */ /*-----------------------------------------------------------------*/ static void genPackBits (sym_link * etype, operand * right, char *rname, int p_type) { int shCount = 0; int offset = 0; int rLen = 0; int blen, bstr; char *l; blen = SPEC_BLEN (etype); bstr = SPEC_BSTR (etype); l = aopGet (AOP (right), offset++); MOVR24 (l); /* if the bit lenth is less than or */ /* it exactly fits a byte then */ if (SPEC_BLEN (etype) <= 8) { shCount = SPEC_BSTR (etype); /* shift left acc */ RLsh (shCount,24); if (SPEC_BLEN (etype) < 8) { /* if smaller than a byte */ switch (p_type) { case POINTER: case IPOINTER: case PPOINTER: case FPOINTER: emitcode ("ld", "r1,%s",rname); break; case GPOINTER: emitcode ("push", "r1"); emitcode ("push", "r24"); emitcode ("call", "__gptrget"); emitcode ("pop", "r1"); emitcode ("mov","r24,r0"); break; } emitcode ("andi", "r24,#0x%02x", (unsigned char) ((unsigned char) (0xFF << (blen + bstr)) | (unsigned char) (0xFF >> (8 - bstr)))); emitcode ("or", "r24,r1"); if (p_type == GPOINTER) emitcode ("pop", "r1"); } } switch (p_type) { case POINTER: case IPOINTER: case PPOINTER: case FPOINTER: emitcode("st","%s+,r24"); break; case GPOINTER: emitcode("mov","r0,r24"); emitcode ("call", "__gptrput_pi"); break; } /* if we r done */ if (SPEC_BLEN (etype) <= 8) return; rLen = SPEC_BLEN (etype); /* now generate for lengths greater than one byte */ while (1) { l = aopGet (AOP (right), offset++); rLen -= 8; if (rLen < 8) break; switch (p_type) { case POINTER: case IPOINTER: case PPOINTER: case FPOINTER: emitcode ("st", "%s+,%s",rname,l); break; case GPOINTER: MOVR0 (l); emitcode ("lcall", "__gptrput_pi"); break; } } MOVR24 (l); /* last last was not complete */ if (rLen) { /* save the byte & read byte */ switch (p_type) { case POINTER: case IPOINTER: case PPOINTER: case FPOINTER: emitcode ("st","%s+,r24",rname); break; case GPOINTER: emitcode ("push", "r1"); emitcode ("push", "r24"); emitcode ("lcall", "__gptrget"); emitcode ("mov","r24,r0"); emitcode ("pop", "r1"); break; } emitcode ("andi", "r24,0x%02x", (((unsigned char) -1 << rLen) & 0xff)); emitcode ("or", "r24,r1"); } if (p_type == GPOINTER) emitcode ("pop", "r1"); switch (p_type) { case POINTER: case IPOINTER: case PPOINTER: case FPOINTER: emitcode ("st", "%s,r24", rname); break; case GPOINTER: emitcode ("mov","r0,r24"); emitcode ("call", "__gptrput"); break; } } /*-----------------------------------------------------------------*/ /* genDataPointerSet - remat pointer to data space */ /*-----------------------------------------------------------------*/ static void genDataPointerSet (operand * right, operand * result, iCode * ic) { int size, offset = 0; char *l, buffer[256]; aopOp (right, ic, FALSE); l = aopGet (AOP (result), 0); size = AOP_SIZE (right); while (size--) { if (offset) sprintf (buffer, "(%s + %d)", l, offset); else sprintf (buffer, "%s", l); emitcode ("sts", "%s,%s", buffer, aopGet (AOP (right), offset++)); } freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genNearPointerSet - emitcode for near pointer put */ /*-----------------------------------------------------------------*/ static void genMemPointerSet (operand * right, operand * result, iCode * ic, iCode *pi) { asmop *aop = NULL; char *frname = NULL, *rname, *l; int gotFreePtr = 0; sym_link *retype; sym_link *ptype = operandType (result); retype = getSpec (operandType (right)); aopOp (result, ic, FALSE); /* if the result is rematerializable & in data space & not a bit variable */ if (AOP_TYPE (result) == AOP_IMMD && DCL_TYPE (ptype) == POINTER && !IS_BITVAR (retype)) { genDataPointerSet (right, result, ic); return; } if (!AOP_INPREG(AOP(result))) { /* otherwise get a free pointer register */ aop = newAsmop (0); getFreePtr (ic, &aop, FALSE, 0); if (isRegPair (AOP (result) )) { emitcode ("movw", "%s,%s",aop->aopu.aop_ptr->name, aopGet(AOP (result), 0)); } else { emitcode ("mov", "%s,%s", aop->aopu.aop_ptr->name, aopGet (AOP (result), 0)); emitcode ("mov", "%s,%s", aop->aop_ptr2->name, aopGet (AOP (result), 1)); } gotFreePtr = 1; } else { aop = AOP(result); frname = aopGet(aop,0); } aopOp (right, ic, FALSE); if (AOP_ISX(aop)) { rname = "X"; } else if (AOP_ISZ(aop)) { rname = "Z"; } else { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "pointer not in correct register"); exit (0); } /* if bitfield then unpack the bits */ if (IS_BITVAR (retype)) genPackBits (retype, right, rname, POINTER); else { /* we have can just get the values */ int size = AOP_SIZE (right); int offset = 0; while (size--) { l = aopGet (AOP (right), offset); if (size || pi) emitcode ("st", "%s+,%s", rname,l); else emitcode ("st", "%s,%s", rname,l); offset++; } } /* now some housekeeping stuff */ if (gotFreePtr) { /* we had to allocate for this iCode */ if (pi) { if (isRegPair (AOP (result) )) { emitcode ("movw", "%s,%s", aopGet(AOP(result),0), aop->aopu.aop_ptr->name); } else { emitcode ("mov", "%s,%s", aop->aopu.aop_ptr->name, aopGet (AOP (result), 0)); emitcode ("mov", "%s,%s", aop->aop_ptr2->name, aopGet (AOP (result), 1)); } } freeAsmop (NULL, aop, ic, TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ if ((AOP_SIZE (right) > 1 && !OP_SYMBOL (result)->remat && (OP_SYMBOL (right)->liveTo > ic->seq || ic->depth)) && !pi) { int size = AOP_SIZE (right) - 1; emitcode ("sbiw", "%s,%d",frname,size); } } /* done */ if (pi) pi->generated = 1; freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genGenPointerSet - set value from generic pointer space */ /*-----------------------------------------------------------------*/ static void genGenPointerSet (operand * right, operand * result, iCode * ic, iCode *pi) { int size, offset; int gotFreePtr = 0; sym_link *retype = getSpec (operandType (right)); asmop *aop = NULL; aopOp (result, ic, FALSE); /* if the operand is already in dptr then we do nothing else we move the value to dptr */ if (AOP_ISZ(AOP(result))) { aop = AOP(right); } else { aop = newAsmop(0); getFreePtr(ic,&aop,FALSE,TRUE); if (isRegPair(AOP(result))) { emitcode ("movw", "r30,%s", aopGet (AOP (result), 0)); } else { emitcode ("mov", "r30,%s", aopGet (AOP (result), 0)); emitcode ("mov", "r31,%s", aopGet (AOP (result), 1)); } emitcode ("mov", "r24,%s", aopGet (AOP (result), 2)); gotFreePtr=1; } /* so Z register now contains the address */ aopOp (right, ic, FALSE); /* if bit then unpack */ if (IS_BITVAR (retype)) genUnpackBits (result, "Z", GPOINTER); else { size = AOP_SIZE (right); offset = 0; while (size--) { char *l = aopGet(AOP (right), offset++); MOVR0(l); if (size || pi) emitcode ("call", "__gptrput_pi"); else emitcode ("call", "__gptrput"); } } /* now some housekeeping stuff */ if (gotFreePtr) { /* we had to allocate for this iCode */ if (pi) { if (isRegPair(AOP(result))) { emitcode ("movw", "%s,r30", aopGet (AOP (result), 0)); } else { emitcode ("mov", "%s,r30", aopGet (AOP (result), 0)); emitcode ("mov", "%s,r31", aopGet (AOP (result), 1)); } } freeAsmop (NULL, aop, ic, TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ if ((AOP_SIZE (right) > 1 && !OP_SYMBOL (result)->remat && (OP_SYMBOL (result)->liveTo > ic->seq || ic->depth)) && !pi) { int size = AOP_SIZE (right) - 1; emitcode ("sbiw", "r30,%d",size); } } if (pi) pi->generated = 1; freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genPointerSet - stores the value into a pointer location */ /*-----------------------------------------------------------------*/ static void genPointerSet (iCode * ic, iCode *pi) { operand *right, *result; sym_link *type, *etype; int p_type; right = IC_RIGHT (ic); result = IC_RESULT (ic); /* depending on the type of pointer we need to move it to the correct pointer register */ type = operandType (result); etype = getSpec (type); /* if left is of type of pointer then it is simple */ if (IS_PTR (type) && !IS_FUNC (type->next)) { p_type = DCL_TYPE (type); } else { /* we have to go by the storage class */ p_type = PTR_TYPE (SPEC_OCLS (etype)); } /* now that we have the pointer type we assign the pointer values */ switch (p_type) { case POINTER: case IPOINTER: case PPOINTER: case FPOINTER: genMemPointerSet (right, result, ic, pi); break; case GPOINTER: genGenPointerSet (right, result, ic, pi); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "genPointerSet: illegal pointer type"); } } /*-----------------------------------------------------------------*/ /* genIfx - generate code for Ifx statement */ /*-----------------------------------------------------------------*/ static void genIfx (iCode * ic, iCode * popIc) { operand *cond = IC_COND (ic); char *cname ; symbol *lbl; int tob = 0; aopOp (cond, ic, FALSE); /* get the value into acc */ if (AOP_SIZE(cond) == 1 && AOP_ISHIGHREG(AOP(cond),0)) { cname = aopGet(AOP(cond),0); } else { toBoolean (cond, "r24", 0); tob = 1; cname = "r24"; } /* the result is now in the accumulator */ freeAsmop (cond, NULL, ic, TRUE); /* if there was something to be popped then do it */ if (popIc) { genIpop (popIc); emitcode("cpi","%s,0",cname); } else if (!tob) emitcode("cpi","%s,0",cname); lbl = newiTempLabel(NULL); if (IC_TRUE(ic)) { emitcode ("breq","L%05d",lbl->key); emitcode ("jmp","L%05d",IC_TRUE(ic)->key); emitcode ("","L%05d:",lbl->key); } else { emitcode ("brne","L%05d",lbl->key); emitcode ("jmp","L%05d",IC_FALSE(ic)->key); emitcode ("","L%05d:",lbl->key); } ic->generated = 1; } /*-----------------------------------------------------------------*/ /* genAddrOf - generates code for address of */ /*-----------------------------------------------------------------*/ static void genAddrOf (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); int size, offset; aopOp (IC_RESULT (ic), ic, FALSE); assert(AOP_SIZE(IC_RESULT(ic)) >= 2); /* if the operand is on the stack then we need to get the stack offset of this variable */ if (sym->onStack) { /* if it has an offset then we need to compute it */ if (sym->stack) { if (allHigh(AOP(IC_RESULT(ic)))) { if (isRegPair (AOP(IC_RESULT(ic)))) { emitcode ("movw","%s,r28",aopGet(AOP(IC_RESULT(ic)),0)); } else { emitcode ("mov","%s,r28",aopGet(AOP(IC_RESULT(ic)),0)); emitcode ("mov","%s,r29",aopGet(AOP(IC_RESULT(ic)),1)); } if (sym->stack < 0) { emitcode("subi","%s,<(%d)",aopGet(AOP(IC_RESULT(ic)),0),-sym->stack); emitcode("sbci","%s,>(%d)",aopGet(AOP(IC_RESULT(ic)),1),-sym->stack); } else { emitcode("subi","%s,<(-%d)",aopGet(AOP(IC_RESULT(ic)),0),sym->stack); emitcode("sbci","%s,>(-%d)",aopGet(AOP(IC_RESULT(ic)),1),sym->stack); } } else { emitcode("movw","r24,r28"); if (sym->stack > -63 && sym->stack < 63) { if (sym->stack < 0) emitcode("sbiw","r24,%d",-sym->stack); else emitcode("sbiw","r24,%d",sym->stack); } else { if (sym->stack < 0) { emitcode("subi","r24,<(%d)",-sym->stack); emitcode("sbci","r25,>(%d)",-sym->stack); } else { emitcode("subi","r24,<(-%d)",sym->stack); emitcode("sbci","r25,>(-%d)",sym->stack); } } aopPut(AOP(IC_RESULT(ic)),"r24",0); aopPut(AOP(IC_RESULT(ic)),"r25",1); } } else { aopPut(AOP(IC_RESULT(ic)),"r28",0); aopPut(AOP(IC_RESULT(ic)),"r29",1); } /* fill the result with zero */ size = AOP_SIZE (IC_RESULT (ic)) - 2; offset = 2; while (size--) { aopPut (AOP (IC_RESULT (ic)), zero, offset++); } goto release; } /* object not on stack then we need the name */ size = AOP_SIZE (IC_RESULT (ic)); offset = 0; assert(size<=2); while (size--) { char s[SDCC_NAME_MAX]; if (offset) sprintf (s, ">(%s)", sym->rname); else sprintf (s, "<(%s)", sym->rname); aopPut (AOP (IC_RESULT (ic)), s, offset++); } release: freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genFarFarAssign - assignment when both are in far space */ /*-----------------------------------------------------------------*/ static void genFarFarAssign (operand * result, operand * right, iCode * ic) { int size = AOP_SIZE (right); int offset = 0; char *l; /* first push the right side on to the stack */ while (size--) { l = aopGet (AOP (right), offset++); MOVA (l); emitcode ("push", "acc"); } freeAsmop (right, NULL, ic, FALSE); /* now assign DPTR to result */ aopOp (result, ic, FALSE); size = AOP_SIZE (result); while (size--) { emitcode ("pop", "acc"); aopPut (AOP (result), "a", --offset); } freeAsmop (result, NULL, ic, FALSE); } /*-----------------------------------------------------------------*/ /* genAssign - generate code for assignment */ /*-----------------------------------------------------------------*/ static void genAssign (iCode * ic) { operand *result, *right; int size, offset; unsigned long lit = 0L; result = IC_RESULT (ic); right = IC_RIGHT (ic); /* if they are the same */ if (operandsEqu (IC_RESULT (ic), IC_RIGHT (ic))) return; aopOp (right, ic, FALSE); /* special case both in far space */ if (AOP_TYPE (right) == AOP_DPTR && IS_TRUE_SYMOP (result) && isOperandInFarSpace (result)) { genFarFarAssign (result, right, ic); return; } aopOp (result, ic, TRUE); /* if they are the same registers */ if (sameRegs (AOP (right), AOP (result))) goto release; /* if the result is a bit */ if (AOP_TYPE (result) == AOP_CRY) { /* if the right size is a literal then we know what the value is */ if (AOP_TYPE (right) == AOP_LIT) { if (((int) operandLitValue (right))) aopPut (AOP (result), one, 0); else aopPut (AOP (result), zero, 0); goto release; } /* the right is also a bit variable */ if (AOP_TYPE (right) == AOP_CRY) { emitcode ("mov", "c,%s", AOP (right)->aopu.aop_dir); aopPut (AOP (result), "c", 0); goto release; } /* we need to or */ toBoolean (right, "", 0); aopPut (AOP (result), "a", 0); goto release; } /* bit variables done */ /* general case */ size = AOP_SIZE (result); offset = 0; if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu. aop_lit); if ((size > 1) && (AOP_TYPE (result) != AOP_REG) && (AOP_TYPE (right) == AOP_LIT) && !IS_FLOAT (operandType (right)) && (lit < 256L)) { emitcode ("clr", "a"); while (size--) { if ((unsigned int) ((lit >> (size * 8)) & 0x0FFL) == 0) aopPut (AOP (result), "a", size); else aopPut (AOP (result), aopGet (AOP (right), size), size); } } else { while (size--) { aopPut (AOP (result), aopGet (AOP (right), offset), offset); offset++; } } release: freeAsmop (right, NULL, ic, FALSE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genJumpTab - genrates code for jump table */ /*-----------------------------------------------------------------*/ static void genJumpTab (iCode * ic) { symbol *jtab; char *l; aopOp (IC_JTCOND (ic), ic, FALSE); /* get the condition into accumulator */ l = aopGet (AOP (IC_JTCOND (ic)), 0); MOVA (l); /* multiply by three */ emitcode ("add", "a,acc"); emitcode ("add", "a,%s", aopGet (AOP (IC_JTCOND (ic)), 0)); freeAsmop (IC_JTCOND (ic), NULL, ic, TRUE); jtab = newiTempLabel (NULL); emitcode ("mov", "dptr,#%05d$", jtab->key + 100); emitcode ("jmp", "@a+dptr"); emitcode ("", "%05d$:", jtab->key + 100); /* now generate the jump labels */ for (jtab = setFirstItem (IC_JTLABELS (ic)); jtab; jtab = setNextItem (IC_JTLABELS (ic))) emitcode ("ljmp", "%05d$", jtab->key + 100); } /*-----------------------------------------------------------------*/ /* genCast - gen code for casting */ /*-----------------------------------------------------------------*/ static void genCast (iCode * ic) { operand *result = IC_RESULT (ic); sym_link *ctype = operandType (IC_LEFT (ic)); sym_link *rtype = operandType (IC_RIGHT (ic)); operand *right = IC_RIGHT (ic); int size, offset; /* if they are equivalent then do nothing */ if (operandsEqu (IC_RESULT (ic), IC_RIGHT (ic))) return; aopOp (right, ic, FALSE); aopOp (result, ic, FALSE); /* if the result is a bit */ if (AOP_TYPE (result) == AOP_CRY) { /* if the right size is a literal then we know what the value is */ if (AOP_TYPE (right) == AOP_LIT) { if (((int) operandLitValue (right))) aopPut (AOP (result), one, 0); else aopPut (AOP (result), zero, 0); goto release; } /* the right is also a bit variable */ if (AOP_TYPE (right) == AOP_CRY) { emitcode ("mov", "c,%s", AOP (right)->aopu.aop_dir); aopPut (AOP (result), "c", 0); goto release; } /* we need to or */ toBoolean (right, "", 0); aopPut (AOP (result), "a", 0); goto release; } /* if they are the same size : or less */ if (AOP_SIZE (result) <= AOP_SIZE (right)) { /* if they are in the same place */ if (sameRegs (AOP (right), AOP (result))) goto release; /* if they in different places then copy */ size = AOP_SIZE (result); offset = 0; while (size--) { aopPut (AOP (result), aopGet (AOP (right), offset), offset); offset++; } goto release; } /* if the result is of type pointer */ if (IS_PTR (ctype)) { int p_type; sym_link *type = operandType (right); sym_link *etype = getSpec (type); /* pointer to generic pointer */ if (IS_GENPTR (ctype)) { if (IS_PTR (type)) p_type = DCL_TYPE (type); else { /* we have to go by the storage class */ p_type = PTR_TYPE (SPEC_OCLS (etype)); } /* the first two bytes are known */ size = GPTRSIZE - 1; offset = 0; while (size--) { aopPut (AOP (result), aopGet (AOP (right), offset), offset); offset++; } /* the last byte depending on type */ { int gpVal = pointerTypeToGPByte(p_type, NULL, NULL); char gpValStr[10]; if (gpVal == -1) { // pointerTypeToGPByte will have bitched. exit(1); } sprintf(gpValStr, "#0x%x", gpVal); aopPut (AOP (result), gpValStr, GPTRSIZE - 1); } goto release; } /* just copy the pointers */ size = AOP_SIZE (result); offset = 0; while (size--) { aopPut (AOP (result), aopGet (AOP (right), offset), offset); offset++; } goto release; } /* so we now know that the size of destination is greater than the size of the source */ /* we move to result for the size of source */ size = AOP_SIZE (right); offset = 0; while (size--) { aopPut (AOP (result), aopGet (AOP (right), offset), offset); offset++; } /* now depending on the sign of the source && destination */ size = AOP_SIZE (result) - AOP_SIZE (right); /* if unsigned or not an integral type */ if (SPEC_USIGN (rtype) || !IS_SPEC (rtype)) { while (size--) aopPut (AOP (result), zero, offset++); } else { /* we need to extend the sign :{ */ // PENDING: Does nothing on avr #if 0 char *l = aopGet (AOP (right), AOP_SIZE (right) - 1); MOVA (l); #endif emitcode ("rlc", "a"); emitcode ("subb", "a,acc"); while (size--) aopPut (AOP (result), "a", offset++); } /* we are done hurray !!!! */ release: freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genDjnz - generate decrement & jump if not zero instrucion */ /*-----------------------------------------------------------------*/ static int genDjnz (iCode * ic, iCode * ifx) { symbol *lbl, *lbl1; if (!ifx) return 0; /* if the if condition has a false label then we cannot save */ if (IC_FALSE (ifx)) return 0; /* if the minus is not of the form a = a - 1 */ if (!isOperandEqual (IC_RESULT (ic), IC_LEFT (ic)) || !IS_OP_LITERAL (IC_RIGHT (ic))) return 0; if (operandLitValue (IC_RIGHT (ic)) != 1) return 0; /* if the size of this greater than one then no saving */ if (getSize (operandType (IC_RESULT (ic))) > 1) return 0; /* otherwise we can save BIG */ lbl = newiTempLabel (NULL); lbl1 = newiTempLabel (NULL); aopOp (IC_RESULT (ic), ic, FALSE); if (IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("dec", "%s", aopGet (AOP (IC_RESULT (ic)), 0)); emitcode ("mov", "a,%s", aopGet (AOP (IC_RESULT (ic)), 0)); emitcode ("jnz", "%05d$", lbl->key + 100); } else { emitcode ("djnz", "%s,%05d$", aopGet (AOP (IC_RESULT (ic)), 0), lbl->key + 100); } emitcode ("sjmp", "%05d$", lbl1->key + 100); emitcode ("", "%05d$:", lbl->key + 100); emitcode ("ljmp", "%05d$", IC_TRUE (ifx)->key + 100); emitcode ("", "%05d$:", lbl1->key + 100); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); ifx->generated = 1; return 1; } static char *recvregs[8] = { "r16", "r17", "r18", "r19", "r20", "r21", "r22", "r23" }; static int recvCnt = 0; /*-----------------------------------------------------------------*/ /* genReceive - generate code for a receive iCode */ /*-----------------------------------------------------------------*/ static void genReceive (iCode * ic) { int size, offset = 0; aopOp (IC_RESULT (ic), ic, FALSE); size = AOP_SIZE (IC_RESULT (ic)); while (size--) { aopPut (AOP (IC_RESULT (ic)), recvregs[recvCnt++], offset); offset++; } freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genDummyRead - generate code for dummy read of volatiles */ /*-----------------------------------------------------------------*/ static void genDummyRead (iCode * ic) { emitcode ("; genDummyRead",""); emitcode ("; not implemented",""); ic = ic; } /*-----------------------------------------------------------------*/ /* gen51Code - generate code for 8051 based controllers */ /*-----------------------------------------------------------------*/ void genAVRCode (iCode * lic) { iCode *ic; int cln = 0; lineHead = lineCurr = NULL; recvCnt = 0; /* print the allocation information */ if (allocInfo) printAllocInfo (currFunc, codeOutBuf); /* if debug information required */ if (options.debug && currFunc) { debugFile->writeFunction (currFunc, lic); } /* stack pointer name */ spname = "sp"; for (ic = lic; ic; ic = ic->next) { if (cln != ic->lineno) { if (options.debug) { debugFile->writeCLine (ic); } emitcode (";", "%s %d", ic->filename, ic->lineno); cln = ic->lineno; } /* if the result is marked as spilt and rematerializable or code for this has already been generated then do nothing */ if (resultRemat (ic) || ic->generated) continue; /* depending on the operation */ switch (ic->op) { case '!': genNot (ic); break; case '~': genCpl (ic); break; case UNARYMINUS: genUminus (ic); break; case IPUSH: genIpush (ic); break; case IPOP: /* IPOP happens only when trying to restore a spilt live range, if there is an ifx statement following this pop then the if statement might be using some of the registers being popped which would destory the contents of the register so we need to check for this condition and handle it */ if (ic->next && ic->next->op == IFX && regsInCommon (IC_LEFT (ic), IC_COND (ic->next))) genIfx (ic->next, ic); else genIpop (ic); break; case CALL: genCall (ic); break; case PCALL: genPcall (ic); break; case FUNCTION: genFunction (ic); break; case ENDFUNCTION: genEndFunction (ic); break; case RETURN: genRet (ic); break; case LABEL: genLabel (ic); break; case GOTO: genGoto (ic); break; case '+': genPlus (ic); break; case '-': if (!genDjnz (ic, ifxForOp (IC_RESULT (ic), ic))) genMinus (ic); break; case '*': genMult (ic); break; case '/': genDiv (ic); break; case '%': genMod (ic); break; case '>': genCmpGt (ic, ifxForOp (IC_RESULT (ic), ic)); break; case '<': genCmpLt (ic, ifxForOp (IC_RESULT (ic), ic)); break; case LE_OP: genCmpLe (ic, ifxForOp (IC_RESULT (ic), ic)); break; case GE_OP: genCmpGe (ic, ifxForOp (IC_RESULT (ic), ic)); break; case NE_OP: genCmpNe (ic, ifxForOp (IC_RESULT (ic), ic)); break; case EQ_OP: genCmpEq (ic, ifxForOp (IC_RESULT (ic), ic)); break; case AND_OP: genAndOp (ic); break; case OR_OP: genOrOp (ic); break; case '^': genXor (ic, ifxForOp (IC_RESULT (ic), ic)); break; case '|': genOr (ic, ifxForOp (IC_RESULT (ic), ic)); break; case BITWISEAND: genAnd (ic, ifxForOp (IC_RESULT (ic), ic)); break; case INLINEASM: genInline (ic); break; case RRC: genRRC (ic); break; case RLC: genRLC (ic); break; case GETHBIT: genGetHbit (ic); break; case LEFT_OP: genLeftShift (ic); break; case RIGHT_OP: genRightShift (ic); break; case GET_VALUE_AT_ADDRESS: genPointerGet (ic, hasInc(IC_LEFT(ic),ic)); break; case '=': if (POINTER_SET (ic)) genPointerSet (ic, hasInc(IC_RESULT(ic),ic)); else genAssign (ic); break; case IFX: genIfx (ic, NULL); break; case ADDRESS_OF: genAddrOf (ic); break; case JUMPTABLE: genJumpTab (ic); break; case CAST: genCast (ic); break; case RECEIVE: genReceive (ic); break; case SEND: addSet (&_G.sendSet, ic); break; case DUMMY_READ_VOLATILE: genDummyRead (ic); break; default: ic = ic; } } /* now we are ready to call the peep hole optimizer */ if (!options.nopeep) peepHole (&lineHead); /* now do the actual printing */ printLine (lineHead, codeOutBuf); return; } sdcc-2.9.0/src/avr/gen.h000066400000000000000000000055311116427777700147660ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCgen51.h - header file for code generation for 8051 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCGEN51_H #define SDCCGEN51_H enum { AOP_LIT = 1, AOP_REG, AOP_DIR, AOP_DPTR, AOP_X, AOP_Z, AOP_STK, AOP_IMMD, AOP_STR, AOP_CRY, AOP_ACC, AOP_STK_D }; /* type asmop : a homogenised type for all the different spaces an operand can be in */ typedef struct asmop { short type; /* can have values AOP_LIT - operand is a literal value AOP_REG - is in registers AOP_DIR - direct just a name AOP_DPTR - dptr contains address of operand AOP_R0/R1 - r0/r1 contains address of operand AOP_STK - should be pushed on stack this can happen only for the result AOP_IMMD - immediate value for eg. remateriazable AOP_CRY - carry contains the value of this AOP_STR - array of strings AOP_ACC - result is in the acc:b pair */ short coff; /* current offset */ short size; /* total size */ unsigned code:1; /* is in Code space */ unsigned paged:1; /* in paged memory */ unsigned freed:1; /* already freed */ union { value *aop_lit; /* if literal */ regs *aop_reg[4]; /* array of registers */ char *aop_dir; /* if direct */ regs *aop_ptr; /* either -> R26 or R30 */ char *aop_immd; /* if immediate others are implied */ int aop_stk; /* stack offset when AOP_STK */ char *aop_str[4]; /* just a string array containing the location */ } aopu; regs *aop_ptr2; /* either -> R27 or R31 */ } asmop; void genAVRCode (iCode *); void avr_emitDebuggerSymbol (char *); extern char *fReturn8051[]; extern char *fReturn390[]; extern unsigned fAVRReturnSize; extern char **fAVRReturn; #endif sdcc-2.9.0/src/avr/main.c000066400000000000000000000133171116427777700151350ustar00rootroot00000000000000/** @file main.c avr specific general functions. Note that mlh prepended _avr_ on the static functions. Makes it easier to set a breakpoint using the debugger. */ #include "common.h" #include "main.h" #include "ralloc.h" #include "gen.h" static char _defaultRules[] = { #include "peeph.rul" }; /* list of key words used by msc51 */ static char *_avr_keywords[] = { "at", "code", "critical", "eeprom", "interrupt", "sfr", "xdata", "_code", "_eeprom", "_generic", "_xdata", "sram", "_sram", "flash", "_flash", NULL }; static int regParmFlg = 0; /* determine if we can register a parameter */ static void _avr_init (void) { asm_addTree (&asm_asxxxx_mapping); } static void _avr_reset_regparm (void) { regParmFlg = 0; } static int _avr_regparm (sym_link * l, bool reentrant) { /* the first eight bytes will be passed in registers r16-r23. but we won't split variables i.e. if not enough registers left to hold the parameter then the whole parameter along with rest of the parameters go onto the stack */ if (regParmFlg < 8) { int size; if ((size = getSize (l)) > (8 - regParmFlg)) { /* all remaining go on stack */ regParmFlg = 8; return 0; } regParmFlg += size; return 1; } return 0; } void avr_assignRegisters (ebbIndex *); static bool _avr_parseOptions (int *pargc, char **argv, int *i) { /* TODO: allow port-specific command line options to specify * segment names here. */ return FALSE; } static void _avr_finaliseOptions (void) { port->mem.default_local_map = port->mem.default_globl_map = xdata; /* change stack to be in far space */ /* internal stack segment ; SFRSPACE - NO FAR-SPACE - YES PAGED - NO DIRECT-ACCESS - NO BIT-ACCESS - NO CODE-ACESS - NO DEBUG-NAME - 'B' POINTER-TYPE - FPOINTER */ istack = allocMap (0, 1, 0, 0, 0, 0, options.stack_loc, ISTACK_NAME, 'B', FPOINTER); /* also change xdata to be direct space since we can use lds/sts */ xdata->direct = 1; } static void _avr_setDefaultOptions (void) { options.stackAuto = 1; } static const char * _avr_getRegName (struct regs *reg) { if (reg) return reg->name; return "err"; } static void _avr_genAssemblerPreamble (FILE * of) { } /* Generate interrupt vector table. */ static int _avr_genIVT (struct dbuf_s * oBuf, symbol ** interrupts, int maxInterrupts) { return TRUE; } /* Indicate which extended bit operations this port supports */ static bool hasExtBitOp (int op, int size) { if (op == RRC || op == RLC || op == GETHBIT ) return TRUE; else return FALSE; } /* Indicate the expense of an access to an output storage class */ static int oclsExpense (struct memmap *oclass) { if (IN_FARSPACE(oclass)) return 1; return 0; } /** $1 is always the basename. $2 is always the output file. $3 varies $l is the list of extra options that should be there somewhere... MUST be terminated with a NULL. */ static const char *_linkCmd[] = { "linkavr", "", "\"$1\"", NULL }; /* $3 is replaced by assembler.debug_opts resp. port->assembler.plain_opts */ static const char *_asmCmd[] = { "asavr", "$l" , "$3", "\"$1.s\"", NULL }; /* Globals */ PORT avr_port = { TARGET_ID_AVR, "avr", "ATMEL AVR", /* Target name */ NULL, /* processor */ { glue, TRUE, /* Emit glue around main */ MODEL_LARGE | MODEL_SMALL, MODEL_SMALL }, { _asmCmd, NULL, "-plosgff", /* Options with debug */ "-plosgff", /* Options without debug */ 0, ".s", NULL, /* no do_assemble */ }, { _linkCmd, NULL, NULL, ".rel", 1}, { _defaultRules}, { /* Sizes: char, short, int, long, ptr, fptr, gptr, bit, float, max */ 1, 2, 2, 4, 2, 2, 3, 1, 4, 4}, /* tags for generic pointers */ { 0x00, 0x40, 0x60, 0x80 }, /* far, near, xstack, code */ { "XSEG", "STACK", "CSEG", "DSEG", "ISEG", NULL, //PSEG "XSEG", "BSEG", "RSEG", "GSINIT", "OSEG", "GSFINAL", "HOME", NULL, // initialized xdata NULL, // a code copy of xiseg "CONST (CODE)", // const_name - const data (code or not) "CABS (ABS,CODE)", // cabs_name - const absolute data (code or not) "XABS (ABS,XDATA)", // xabs_name - absolute xdata/pdata "IABS (ABS,DATA)", // iabs_name - absolute idata/data NULL, NULL, 0, }, { NULL, NULL }, { -1, 1, 4, 1, 1, 0}, /* avr has an 8 bit mul */ { 1, -1 }, { avr_emitDebuggerSymbol }, { 255/3, /* maxCount */ 3, /* sizeofElement */ /* The rest of these costs are bogus. They approximate */ /* the behavior of src/SDCCicode.c 1.207 and earlier. */ {4,4,4}, /* sizeofMatchJump[] */ {0,0,0}, /* sizeofRangeCompare[] */ 0, /* sizeofSubtract */ 3, /* sizeofDispatch */ }, "_", _avr_init, _avr_parseOptions, NULL, NULL, _avr_finaliseOptions, _avr_setDefaultOptions, avr_assignRegisters, _avr_getRegName, _avr_keywords, _avr_genAssemblerPreamble, NULL, /* no genAssemblerEnd */ _avr_genIVT, NULL, // _avr_genXINIT NULL, /* genInitStartup */ _avr_reset_regparm, _avr_regparm, NULL, NULL, NULL, hasExtBitOp, /* hasExtBitOp */ oclsExpense, /* oclsExpense */ FALSE, TRUE, /* little endian */ 0, /* leave lt */ 1, /* transform gt ==> not le */ 0, /* leave le */ 0, /* leave ge */ 0, /* leave != */ 0, /* leave == */ FALSE, /* No array initializer support. */ 0, /* no CSE cost estimation yet */ NULL, /* no builtin functions */ GPOINTER, /* treat unqualified pointers as "generic" pointers */ 1, /* reset labelKey to 1 */ 1, /* globals & local static allowed */ PORT_MAGIC }; sdcc-2.9.0/src/avr/main.h000066400000000000000000000002421116427777700151330ustar00rootroot00000000000000#ifndef MAIN_INCLUDE #define MAIN_INCLUDE bool x_parseOptions (char **argv, int *pargc); void x_setDefaultOptions (void); void x_finaliseOptions (void); #endif sdcc-2.9.0/src/avr/peeph.def000066400000000000000000000652241116427777700156320ustar00rootroot00000000000000//replace restart { // pop %1 // push %1 //} by { // ; Peephole 1 removed pop %1 push %1 (not push pop) //} //replace restart { // pop %1 // mov %2,%3 // push %1 //} by { // ; Peephole 2 removed pop %1 push %1 (not push pop) // mov %2,%3 //} // // added by Jean Louis VERN for // his shift stuff replace restart { xch a,%1 xch a,%1 } by { ; Peephole 2.a removed redundant xch xch } replace restart { // saving 2 byte mov %1,#0x00 mov a,#0x00 } by { ; Peephole 3.a changed mov to clr clr a mov %1,a } replace restart { // saving 1 byte mov %1,#0x00 clr a } by { ; Peephole 3.b changed mov to clr clr a mov %1,a } replace restart { // saving 1 byte, loosing 1 cycle but maybe allowing peephole 3.b to start mov %1,#0x00 mov %2,#0x00 mov a,%3 } by { ; Peephole 3.c changed mov to clr clr a mov %1,a mov %2,a mov a,%3 } replace { mov %1,a mov dptr,#%2 mov a,%1 movx @dptr,a } by { ; Peephole 100 removed redundant mov mov %1,a mov dptr,#%2 movx @dptr,a } replace { mov a,acc } by { ; Peephole 100.a removed redundant mov } replace { mov a,%1 movx @dptr,a inc dptr mov a,%1 movx @dptr,a } by { ; Peephole 101 removed redundant mov mov a,%1 movx @dptr,a inc dptr movx @dptr,a } replace { mov %1,%2 ljmp %3 %4: mov %1,%5 %3: mov dpl,%1 %7: mov sp,bp pop bp } by { ; Peephole 102 removed redundant mov mov dpl,%2 ljmp %3 %4: mov dpl,%5 %3: %7: mov sp,bp pop bp } replace { mov %1,%2 ljmp %3 %4: mov a%1,%5 %3: mov dpl,%1 %7: mov sp,bp pop bp } by { ; Peephole 103 removed redundant mov mov dpl,%2 ljmp %3 %4: mov dpl,%5 %3: %7: mov sp,bp pop bp } replace { mov a,bp clr c add a,#0x01 mov r%1,a } by { ; Peephole 104 optimized increment (acc not set to r%1, flags undefined) mov r%1,bp inc r%1 } replace { mov %1,a mov a,%1 } by { ; Peephole 105 removed redundant mov mov %1,a } replace { mov %1,a clr c mov a,%1 } by { ; Peephole 106 removed redundant mov mov %1,a clr c } replace { ljmp %1 %1: } by { ; Peephole 107 removed redundant ljmp %1: } replace { jc %1 ljmp %5 %1: } by { ; Peephole 108 removed ljmp by inverse jump logic jnc %5 %1: } if labelInRange replace { jz %1 ljmp %5 %1: } by { ; Peephole 109 removed ljmp by inverse jump logic jnz %5 %1: } if labelInRange replace { jnz %1 ljmp %5 %1: } by { ; Peephole 110 removed ljmp by inverse jump logic jz %5 %1: } if labelInRange replace { jb %1,%2 ljmp %5 %2: } by { ; Peephole 111 removed ljmp by inverse jump logic jnb %1,%5 %2: } if labelInRange replace { jnb %1,%2 ljmp %5 %2: } by { ; Peephole 112 removed ljmp by inverse jump logic jb %1,%5 %2: } if labelInRange replace { ljmp %5 %1: } by { ; Peephole 132 changed ljmp to sjmp sjmp %5 %1: } if labelInRange replace { clr a cjne %1,%2,%3 cpl a %3: rrc a mov %4,c } by { ; Peephole 113 optimized misc sequence clr %4 cjne %1,%2,%3 setb %4 %3: } replace { clr a cjne %1,%2,%3 cjne %10,%11,%3 cpl a %3: rrc a mov %4,c } by { ; Peephole 114 optimized misc sequence clr %4 cjne %1,%2,%3 cjne %10,%11,%3 setb %4 %3: } replace { clr a cjne %1,%2,%3 cpl a %3: jnz %4 } by { ; Peephole 115 jump optimization cjne %1,%2,%3 sjmp %4 %3: } replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cpl a %3: jnz %4 } by { ; Peephole 116 jump optimization cjne %1,%2,%3 cjne %9,%10,%3 sjmp %4 %3: } replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cpl a %3: jnz %4 } by { ; Peephole 117 jump optimization cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 sjmp %4 %3: } replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cjne %13,%14,%3 cpl a %3: jnz %4 } by { ; Peephole 118 jump optimization cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cjne %13,%14,%3 sjmp %4 %3: } replace { mov a,#0x01 cjne %1,%2,%3 clr a %3: jnz %4 } by { ; Peephole 119 jump optimization cjne %1,%2,%4 %3: } replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 clr a %3: jnz %4 } by { ; Peephole 120 jump optimization cjne %1,%2,%4 cjne %10,%11,%4 %3: } replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 clr a %3: jnz %4 } by { ; Peephole 121 jump optimization cjne %1,%2,%4 cjne %10,%11,%4 cjne %12,%13,%4 %3: } replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 cjne %14,%15,%3 clr a %3: jnz %4 } by { ; Peephole 122 jump optimization cjne %1,%2,%4 cjne %10,%11,%4 cjne %12,%13,%4 cjne %14,%15,%4 %3: } replace { mov a,#0x01 cjne %1,%2,%3 clr a %3: jz %4 } by { ; Peephole 123 jump optimization cjne %1,%2,%3 smp %4 %3: } replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 clr a %3: jz %4 } by { ; Peephole 124 jump optimization cjne %1,%2,%3 cjne %10,%11,%3 smp %4 %3: } replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 clr a %3: jz %4 } by { ; Peephole 125 jump optimization cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 sjmp %4 %3: } replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 cjne %14,%15,%3 clr a %3: jz %4 } by { ; Peephole 126 jump optimization cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 cjne %14,%15,%3 sjmp %4 %3: } replace { push psw mov psw,%1 push bp mov bp,%2 %3: mov %2,bp pop bp pop psw ret } by { ; Peephole 127 removed misc sequence ret } replace { clr a rlc a jz %1 } by { ; Peephole 128 jump optimization jnc %1 } replace { clr a rlc a jnz %1 } by { ; Peephole 129 jump optimization jc %1 } replace { mov r%1,@r%2 } by { ; Peephole 130 changed target address mode r%1 to ar%1 mov ar%1,@r%2 } replace { mov a,%1 subb a,#0x01 mov %2,a mov %1,%2 } by { ; Peephole 131 optimized decrement (not caring for c) dec %1 mov %2,%1 } replace { mov r%1,%2 mov ar%3,@r%1 inc r%3 mov r%4,%2 mov @r%4,ar%3 } by { ; Peephole 133 removed redundant moves mov r%1,%2 inc @r%1 mov ar%3,@r%1 } replace { mov r%1,%2 mov ar%3,@r%1 dec r%3 mov r%4,%2 mov @r%4,ar%3 } by { ; Peephole 134 removed redundant moves mov r%1,%2 dec @r%1 mov ar%3,@r%1 } replace { mov r%1,a mov a,r%2 orl a,r%1 } by { ; Peephole 135 removed redundant mov mov r%1,a orl a,r%2 } replace { mov %1,a mov dpl,%2 mov dph,%3 mov dpx,%4 mov a,%1 } by { ; Peephole 136a removed redundant moves mov %1,a mov dpl,%2 mov dph,%3 mov dpx,%4 } if 24bitMode replace { mov %1,a mov dpl,%2 mov dph,%3 mov a,%1 } by { ; Peephole 136 removed redundant moves mov %1,a mov dpl,%2 mov dph,%3 } replace { mov b,#0x00 mov a,%1 cjne %2,%3,%4 mov b,#0x01 %4: mov a,b jz %5 } by { ; Peephole 137 optimized misc jump sequence mov a,%1 cjne %2,%3,%5 %4: } replace { mov b,#0x00 mov a,%1 cjne %2,%3,%4 mov b,#0x01 %4: mov a,b jnz %5 } by { ; Peephole 138 optimized misc jump sequence mov a,%1 cjne %2,%3,%4 sjmp %5 %4: } replace { mov r%1,a anl ar%1,%2 mov a,r%1 } by { ; Peephole 139 removed redundant mov anl a,%2 mov r%1,a } replace { mov r%1,a orl ar%1,%2 mov a,r%1 } by { ; Peephole 140 removed redundant mov orl a,%2 mov r%1,a } replace { mov r%1,a xrl ar%1,%2 mov a,r%1 } by { ; Peephole 141 removed redundant mov xrl a,%2 mov r%1,a } replace { mov r%1,a mov r%2,ar%1 mov ar%1,@r%2 } by { ; Peephole 142 removed redundant moves mov r%2,a mov ar%1,@r%2 } replace { rlc a mov acc.0,c } by { ; Peephole 143 converted rlc to rl rl a } replace { rrc a mov acc.7,c } by { ; Peephole 144 converted rrc to rc rr a } replace { clr c addc a,%1 } by { ; Peephole 145 changed to add without carry add a,%1 } replace { clr c mov a,%1 addc a,%2 } by { ; Peephole 146 changed to add without carry mov a,%1 add a,%2 } replace { orl r%1,a } by { ; Peephole 147 changed target address mode r%1 to ar%1 orl ar%1,a } replace { anl r%1,a } by { ; Peephole 148 changed target address mode r%1 to ar%1 anl ar%1,a } replace { xrl r%1,a } by { ; Peephole 149 changed target address mode r%1 to ar%1 xrl ar%1,a } replace { mov %1,dpl mov dpl,%1 %9: ret } by { ; Peephole 150 removed misc moves via dpl before return %9: ret } replace { mov %1,dpl mov %2,dph mov dpl,%1 mov dph,%2 %9: ret } by { ; Peephole 151 removed misc moves via dph, dpl before return %9: ret } replace { mov %1,dpl mov %2,dph mov dpl,%1 %9: ret } by { ; Peephole 152 removed misc moves via dph, dpl before return %9: ret } replace { mov %1,dpl mov %2,dph mov %3,b mov dpl,%1 mov dph,%2 mov b,%3 %9: ret } by { ; Peephole 153 removed misc moves via dph, dpl, b before return %9: ret } replace { mov %1,dpl mov %2,dph mov %3,b mov dpl,%1 %9: ret } by { ; Peephole 154 removed misc moves via dph, dpl, b before return %9: ret } replace { mov %1,dpl mov %2,dph mov %3,b mov dpl,%1 mov dph,%2 %9: ret } by { ; Peephole 155 removed misc moves via dph, dpl, b before return %9: ret } replace { mov %1,dpl mov %2,dph mov %3,b mov %4,a mov dpl,%1 mov dph,%2 mov b,%3 mov a,%4 %9: ret } by { ; Peephole 156 removed misc moves via dph, dpl, b, a before return %9: ret } replace { mov %1,dpl mov %2,dph mov %3,b mov %4,a mov dpl,%1 mov dph,%2 %9: ret } by { ; Peephole 157 removed misc moves via dph, dpl, b, a before return %9: ret } replace { mov %1,dpl mov %2,dph mov %3,b mov %4,a mov dpl,%1 %9: ret } by { ; Peephole 158 removed misc moves via dph, dpl, b, a before return %9: ret } replace { mov %1,#%2 xrl %1,#0x80 } by { ; Peephole 159 avoided xrl during execution mov %1,#(%2 ^ 0x80) } replace { jnc %1 sjmp %2 %1: } by { ; Peephole 160 removed sjmp by inverse jump logic jc %2 %1:} replace { jc %1 sjmp %2 %1: } by { ; Peephole 161 removed sjmp by inverse jump logic jnc %2 %1:} replace { jnz %1 sjmp %2 %1: } by { ; Peephole 162 removed sjmp by inverse jump logic jz %2 %1:} replace { jz %1 sjmp %2 %1: } by { ; Peephole 163 removed sjmp by inverse jump logic jnz %2 %1:} replace { jnb %3,%1 sjmp %2 %1: } by { ; Peephole 164 removed sjmp by inverse jump logic jb %3,%2 %1: } replace { jb %3,%1 sjmp %2 %1: } by { ; Peephole 165 removed sjmp by inverse jump logic jnb %3,%2 %1: } replace { mov %1,%2 mov %3,%1 mov %2,%1 } by { ; Peephole 166 removed redundant mov mov %1,%2 mov %3,%1 } replace { mov c,%1 cpl c mov %1,c } by { ; Peephole 167 removed redundant bit moves (c not set to %1) cpl %1 } replace { jnb %1,%2 sjmp %3 %2:} by { ; Peephole 168 jump optimization jb %1,%3 %2:} replace { jb %1,%2 sjmp %3 %2:} by { ; Peephole 169 jump optimization jnb %1,%3 %2:} replace { clr a cjne %1,%2,%3 cpl a %3: jz %4 } by { ; Peephole 170 jump optimization cjne %1,%2,%4 %3:} replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cpl a %3: jz %4 } by { ; Peephole 171 jump optimization cjne %1,%2,%4 cjne %9,%10,%4 %3:} replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cpl a %3: jz %4 } by { ; Peephole 172 jump optimization cjne %1,%2,%4 cjne %9,%10,%4 cjne %11,%12,%4 %3:} replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cjne %13,%14,%3 cpl a %3: jz %4 } by { ; Peephole 173 jump optimization cjne %1,%2,%4 cjne %9,%10,%4 cjne %11,%12,%4 cjne %13,%14,%4 %3:} replace { mov r%1,%2 clr c mov a,r%1 subb a,#0x01 mov %2,a } by { ; Peephole 174 optimized decrement (acc not set to %2, flags undefined) mov r%1,%2 dec %2 } replace { mov r%1,%2 mov a,r%1 add a,#0x01 mov %2,a } by { ; Peephole 175 optimized increment (acc not set to %2, flags undefined) mov r%1,%2 inc %2 } replace { mov %1,@r%2 inc %1 mov @r%2,%1 } by { ; Peephole 176 optimized increment, removed redundant mov inc @r%2 mov %1,@r%2 } replace { mov %1,%2 mov %2,%1 } by { ; Peephole 177 removed redundant mov mov %1,%2 } replace { mov a,%1 mov b,a mov a,%2 } by { ; Peephole 178 removed redundant mov mov b,%1 mov a,%2 } // rules 179-182 provided by : Frieder // saving 2 byte, 1 cycle replace { mov b,#0x00 mov a,#0x00 } by { ; Peephole 179 changed mov to clr clr a mov b,a } // saving 1 byte, 0 cycles replace { mov a,#0x00 } by { ; Peephole 180 changed mov to clr clr a } replace { mov dpl,#0x00 mov dph,#0x00 mov dpx,#0x00 } by { ; Peephole 181a used 24 bit load of dptr mov dptr,#0x0000 } if 24bitMode // saving 3 byte, 2 cycles, return(NULL) profits here replace { mov dpl,#0x00 mov dph,#0x00 } by { ; Peephole 181 used 16 bit load of dptr mov dptr,#0x0000 } // saves 2 bytes, ?? cycles. replace { mov dpl,#%1 mov dph,#(%1 >> 8) mov dpx,#(%1 >> 16) } by { ; Peephole 182a used 24 bit load of dptr mov dptr,#%1 } if 24bitMode // saving 3 byte, 2 cycles, return(float_constant) profits here replace { mov dpl,#%1 mov dph,#%2 } by { ; Peephole 182 used 16 bit load of dptr mov dptr,#(((%2)<<8) + %1) } replace { anl %1,#%2 anl %1,#%3 } by { ; Peephole 183 avoided anl during execution anl %1,#(%2 & %3) } replace { mov %1,a cpl a mov %1,a } by { ; Peephole 184 removed redundant mov cpl a mov %1,a } replace { // acc being incremented might cause problems mov %1,a inc %1 } by { ; Peephole 185 changed order of increment (acc incremented also!) inc a mov %1,a } replace { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a movc a,@a+dptr mov %2,a inc dptr clr a movc a,@a+dptr mov %3,a inc dptr clr a movc a,@a+dptr mov %4,a inc dptr clr a } by { ; Peephole 186.a optimized movc sequence mov dptr,#%1 mov b,acc movc a,@a+dptr mov %2,a mov acc,b inc dptr movc a,@a+dptr mov %3,a mov acc,b inc dptr mov %4,a mov acc,b inc dptr } replace { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a movc a,@a+dptr mov %2,a inc dptr clr a movc a,@a+dptr mov %3,a inc dptr clr a } by { ; Peephole 186.b optimized movc sequence mov dptr,#%1 mov b,acc movc a,@a+dptr mov %2,a mov acc,b inc dptr movc a,@a+dptr mov %3,a mov acc,b inc dptr } replace { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a movc a,@a+dptr mov %2,a inc dptr clr a } by { ; Peephole 186.c optimized movc sequence mov dptr,#%1 mov b,acc movc a,@a+dptr mov %2,a mov acc,b inc dptr } replace { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a movc a,@a+dptr } by { ; Peephole 186 optimized movc sequence mov dptr,#%1 movc a,@a+dptr } replace { mov r%1,%2 anl ar%1,#%3 mov a,r%1 } by { ; Peephole 187 used a instead of ar%1 for anl mov a,%2 anl a,#%3 mov r%1,a } replace { mov %1,a mov dptr,%2 movc a,@a+dptr mov %1,a } by { ; Peephole 188 removed redundant mov mov dptr,%2 movc a,@a+dptr mov %1,a } replace { anl a,#0x0f mov %1,a mov a,#0x0f anl a,%1 } by { ; Peephole 189 removed redundant mov and anl anl a,#0x0f mov %1,a } // rules 190 & 191 need to be in order replace { mov a,%1 lcall __gptrput mov a,%1 } by { ; Peephole 190 removed redundant mov mov a,%1 lcall __gptrput } replace { mov %1,a mov dpl,%2 mov dph,%3 mov b,%4 mov a,%1 } by { ; Peephole 191 removed redundant mov mov %1,a mov dpl,%2 mov dph,%3 mov b,%4 } replace { mov r%1,a mov @r%2,ar%1 } by { ; Peephole 192 used a instead of ar%1 as source mov r%1,a mov @r%2,a } replace { jnz %3 mov a,%4 jnz %3 mov a,%9 jnz %3 mov a,%12 cjne %13,%14,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 193.a optimized misc jump sequence jnz %8 mov a,%4 jnz %8 mov a,%9 jnz %8 mov a,%12 cjne %13,%14,%8 sjmp %7 %3: } replace { cjne %1,%2,%3 mov a,%4 cjne %5,%6,%3 mov a,%9 cjne %10,%11,%3 mov a,%12 cjne %13,%14,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 193 optimized misc jump sequence cjne %1,%2,%8 mov a,%4 cjne %5,%6,%8 mov a,%9 cjne %10,%11,%8 mov a,%12 cjne %13,%14,%8 sjmp %7 %3: } replace { cjne %1,%2,%3 cjne %5,%6,%3 cjne %10,%11,%3 cjne %13,%14,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 194 optimized misc jump sequence cjne %1,%2,%8 cjne %5,%6,%8 cjne %10,%11,%8 cjne %13,%14,%8 sjmp %7 %3: } replace { jnz %3 mov a,%4 jnz %3 mov a,%9 cjne %10,%11,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 195.a optimized misc jump sequence jnz %8 mov a,%4 jnz %8 mov a,%9 cjne %10,%11,%8 sjmp %7 %3: } replace { cjne %1,%2,%3 mov a,%4 cjne %5,%6,%3 mov a,%9 cjne %10,%11,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 195 optimized misc jump sequence cjne %1,%2,%8 mov a,%4 cjne %5,%6,%8 mov a,%9 cjne %10,%11,%8 sjmp %7 %3: } replace { cjne %1,%2,%3 cjne %5,%6,%3 cjne %10,%11,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 196 optimized misc jump sequence cjne %1,%2,%8 cjne %5,%6,%8 cjne %10,%11,%8 sjmp %7 %3: } replace { jnz %3 mov a,%4 cjne %5,%6,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 197.a optimized misc jump sequence jnz %8 mov a,%4 cjne %5,%6,%8 sjmp %7 %3: } replace { cjne %1,%2,%3 mov a,%4 cjne %5,%6,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 197 optimized misc jump sequence cjne %1,%2,%8 mov a,%4 cjne %5,%6,%8 sjmp %7 %3: } replace { cjne %1,%2,%3 cjne %5,%6,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 198 optimized misc jump sequence cjne %1,%2,%8 cjne %5,%6,%8 sjmp %7 %3: } replace { cjne %1,%2,%3 sjmp %4 %3: sjmp %5 } by { ; Peephole 199 optimized misc jump sequence cjne %1,%2,%5 sjmp %4 %3: } replace { sjmp %1 %1: } by { ; Peephole 200 removed redundant sjmp %1: } replace { sjmp %1 %2: %1: } by { ; Peephole 201 removed redundant sjmp %2: %1: } replace { push acc mov dptr,%1 pop acc } by { ; Peephole 202 removed redundant push pop mov dptr,%1 } replace { mov r%1,_spx lcall %2 mov r%1,_spx } by { ; Peephole 203 removed mov r%1,_spx lcall %2 } replace { mov %1,a add a,acc mov %1,a } by { ; Peephole 204 removed redundant mov add a,acc mov %1,a } replace { djnz %1,%2 sjmp %3 %2: sjmp %4 %3: } by { ; Peephole 205 optimized misc jump sequence djnz %1,%4 %2: %3: } replace { mov %1,%1 } by { ; Peephole 206 removed redundant mov %1,%1 } replace { mov a,_bp add a,#0x00 mov %1,a } by { ; Peephole 207 removed zero add (acc not set to %1, flags undefined) mov %1,_bp } replace { push acc mov r%1,_bp pop acc } by { ; Peephole 208 removed redundant push pop mov r%1,_bp } replace { mov a,_bp add a,#0x00 inc a mov %1,a } by { ; Peephole 209 optimized increment (acc not set to %1, flags undefined) mov %1,_bp inc %1 } replace { mov dptr,#((((%1 >> 16)) <<16) + (((%1 >> 8)) <<8) + %1) } by { ; Peephole 210a simplified expression mov dptr,#%1 } if 24bitMode replace { mov dptr,#((((%1 >> 8)) <<8) + %1) } by { ; Peephole 210 simplified expression mov dptr,#%1 } replace { push %1 pop %1 } by { ; Peephole 211 removed redundant push %1 pop %1 } replace { mov a,_bp add a,#0x01 mov r%1,a } by { ; Peephole 212 reduced add sequence to inc mov r%1,_bp inc r%1 } replace { mov %1,#(( %2 >> 8 ) ^ 0x80) } by { mov %1,#(%2 >> 8) xrl %1,#0x80 } replace { mov %1,#(( %2 + %3 >> 8 ) ^ 0x80) } by { mov %1,#((%2 + %3) >> 8) xrl %1,#0x80 } replace { mov %1,a mov a,%2 add a,%1 } by { ; Peephole 214 reduced some extra movs mov %1,a add a,%2 } if operandsNotSame replace { mov %1,a add a,%2 mov %1,a } by { ; Peephole 215 removed some movs add a,%2 mov %1,a } if operandsNotSame replace { mov r%1,%2 clr a inc r%1 mov @r%1,a dec r%1 mov @r%1,a } by { ; Peephole 216 simplified clear (2bytes) mov r%1,%2 clr a mov @r%1,a inc r%1 mov @r%1,a } replace { mov r%1,%2 clr a inc r%1 inc r%1 mov @r%1,a dec r%1 mov @r%1,a dec r%1 mov @r%1,a } by { ; Peephole 217 simplified clear (3bytes) mov r%1,%2 clr a mov @r%1,a inc r%1 mov @r%1,a inc r%1 mov @r%1,a } replace { mov r%1,%2 clr a inc r%1 inc r%1 inc r%1 mov @r%1,a dec r%1 mov @r%1,a dec r%1 mov @r%1,a dec r%1 mov @r%1,a } by { ; Peephole 218 simplified clear (4bytes) mov r%1,%2 clr a mov @r%1,a inc r%1 mov @r%1,a inc r%1 mov @r%1,a inc r%1 mov @r%1,a } replace { clr a movx @dptr,a mov dptr,%1 clr a movx @dptr,a } by { ; Peephole 219 removed redundant clear clr a movx @dptr,a mov dptr,%1 movx @dptr,a } replace { clr a movx @dptr,a mov dptr,%1 movx @dptr,a mov dptr,%2 clr a movx @dptr,a } by { ; Peephole 219a removed redundant clear clr a movx @dptr,a mov dptr,%1 movx @dptr,a mov dptr,%2 movx @dptr,a }sdcc-2.9.0/src/avr/ralloc.c000066400000000000000000002007721116427777700154700ustar00rootroot00000000000000/*------------------------------------------------------------------------ SDCCralloc.c - source file for register allocation. (ATMEL AVR) specific Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "ralloc.h" #include "gen.h" /*-----------------------------------------------------------------*/ /* At this point we start getting processor specific although */ /* some routines are non-processor specific & can be reused when */ /* targetting other processors. The decision for this will have */ /* to be made on a routine by routine basis */ /* routines used to pack registers are most definitely not reusable */ /* since the pack the registers depending strictly on the MCU */ /*-----------------------------------------------------------------*/ extern void genAVRCode (iCode *); /* Global data */ static struct { bitVect *spiltSet; set *stackSpil; bitVect *regAssigned; short blockSpil; int slocNum; bitVect *funcrUsed; /* registers used in a function */ int stackExtend; int dataExtend; } _G; /* Shared with gen.c */ int avr_ptrRegReq; /* pointer register required */ /* AVR registers */ regs regsAVR[] = { {REG_GPR|REG_PAIR, R0_IDX, REG_GPR|REG_PAIR, "r0", "r0", "", 0, 0, 0}, /* scratch */ {REG_GPR, R1_IDX, REG_GPR , "r1", "r1", "", 0, 0, 0}, /* scratch */ {REG_GPR|REG_PAIR, R2_IDX, REG_GPR|REG_PAIR, "r2", "r2", "", 0, 1, 1}, /* gpr */ {REG_GPR, R3_IDX, REG_GPR , "r3", "r3", "", 0, 1, 1}, /* gpr */ {REG_GPR|REG_PAIR, R4_IDX, REG_GPR|REG_PAIR, "r4", "r4", "", 0, 1, 1}, /* gpr */ {REG_GPR, R5_IDX, REG_GPR , "r5", "r5", "", 0, 1, 1}, /* gpr */ {REG_GPR|REG_PAIR, R6_IDX, REG_GPR|REG_PAIR, "r6", "r6", "", 0, 1, 1}, /* gpr */ {REG_GPR, R7_IDX, REG_GPR , "r7", "r7", "", 0, 1, 1}, /* gpr */ {REG_GPR|REG_PAIR, R8_IDX, REG_GPR|REG_PAIR, "r8", "r8", "", 0, 1, 1}, /* gpr */ {REG_GPR, R9_IDX, REG_GPR , "r9", "r9", "", 0, 1, 1}, /* gpr */ {REG_GPR|REG_PAIR, R10_IDX,REG_GPR|REG_PAIR, "r10", "r10","",0, 1, 1}, /* gpr */ {REG_GPR, R11_IDX,REG_GPR , "r11", "r11","",0, 1, 1}, /* gpr */ {REG_GPR|REG_PAIR, R12_IDX,REG_GPR|REG_PAIR, "r12", "r12","",0, 1, 1}, /* gpr */ {REG_GPR, R13_IDX,REG_GPR , "r13", "r13","",0, 1, 1}, /* gpr */ {REG_GPR|REG_PAIR, R14_IDX,REG_GPR|REG_PAIR, "r14", "r14","",0, 1, 1}, /* gpr */ {REG_GPR, R15_IDX,REG_GPR , "r15", "r15","",0, 1, 1}, /* gpr */ {REG_GPR|REG_PAIR, R16_IDX,REG_GPR|REG_PAIR, "r16", "r16","",0, 1, 0}, /* parm/gpr */ {REG_GPR, R17_IDX,REG_GPR , "r17", "r17","",0, 1, 0}, /* parm/gpr */ {REG_GPR|REG_PAIR, R18_IDX,REG_GPR|REG_PAIR, "r18", "r18","",0, 1, 0}, /* parm/gpr */ {REG_GPR, R19_IDX,REG_GPR , "r19", "r19","",0, 1, 0}, /* parm/gpr */ {REG_GPR|REG_PAIR, R20_IDX,REG_GPR|REG_PAIR, "r20", "r20","",0, 1, 0}, /* parm/gpr */ {REG_GPR, R21_IDX,REG_GPR , "r21", "r21","",0, 1, 0}, /* parm/gpr */ {REG_GPR|REG_PAIR, R22_IDX,REG_GPR|REG_PAIR, "r22", "r22","",0, 1, 0}, /* parm/gpr */ {REG_GPR, R23_IDX,REG_GPR , "r23", "r23","",0, 1, 0}, /* parm/gpr */ {REG_GPR|REG_PAIR, R24_IDX,REG_GPR|REG_PAIR, "r24", "r24","",0, 0, 0}, /* scratch */ {REG_GPR, R25_IDX,REG_GPR , "r25", "r25","",0, 0, 0}, /* scratch */ {REG_GPR|REG_PAIR, R26_IDX,REG_GPR|REG_PAIR, "r26", "r26","",0, 1, 1}, /* used as pointer reg X */ {REG_GPR, R27_IDX,REG_GPR , "r27", "r27","",0, 1, 1}, /* used as pointer reg X */ {REG_GPR|REG_PAIR, R28_IDX,REG_GPR|REG_PAIR, "r28", "r28","",0, 1, 0}, /* stack frame Y */ {REG_GPR, R29_IDX,REG_GPR , "r29", "r29","",0, 1, 0}, /* stack frame Y */ {REG_GPR|REG_PAIR, R30_IDX,REG_GPR|REG_PAIR, "r30", "r30","",0, 1, 1}, /* used as pointer reg Z */ {REG_GPR, R31_IDX,REG_GPR , "r31", "r31","",0, 1, 1}, /* used as pointer reg Z */ {REG_PTR, X_IDX, REG_PTR, "X", "X", "", 0, 1, 0}, {REG_PTR, Z_IDX, REG_PTR, "Z", "Z", "", 0, 1, 0}, }; int avr_nRegs = 32; int avr_fReg = 0; /* first allocatable register */ static void spillThis (symbol *); #if 0 // PENDING: Unused /*-----------------------------------------------------------------*/ /* findAssignToSym : scanning backwards looks for first assig found */ /*-----------------------------------------------------------------*/ static iCode * findAssignToSym (operand * op, iCode * ic) { iCode *dic; for (dic = ic->prev; dic; dic = dic->prev) { /* if definition by assignment */ if (dic->op == '=' && !POINTER_SET (dic) && IC_RESULT (dic)->key == op->key /* && IS_TRUE_SYMOP(IC_RIGHT(dic)) */ ) { /* we are interested only if defined in far space */ /* or in stack space in case of + & - */ /* if assigned to a non-symbol then return true */ if (!IS_SYMOP (IC_RIGHT (dic))) break; /* if the symbol is in far space then we should not */ if (isOperandInFarSpace (IC_RIGHT (dic))) return NULL; /* for + & - operations make sure that if it is on the stack it is the same as one of the three operands */ if ((ic->op == '+' || ic->op == '-') && OP_SYMBOL (IC_RIGHT (dic))->onStack) { if (IC_RESULT (ic)->key != IC_RIGHT (dic)->key && IC_LEFT (ic)->key != IC_RIGHT (dic)->key && IC_RIGHT (ic)->key != IC_RIGHT (dic)->key) return NULL; } break; } /* if we find an usage then we cannot delete it */ if (IC_LEFT (dic) && IC_LEFT (dic)->key == op->key) return NULL; if (IC_RIGHT (dic) && IC_RIGHT (dic)->key == op->key) return NULL; if (POINTER_SET (dic) && IC_RESULT (dic)->key == op->key) return NULL; } /* now make sure that the right side of dic is not defined between ic & dic */ if (dic) { iCode *sic = dic->next; for (; sic != ic; sic = sic->next) if (IC_RESULT (sic) && IC_RESULT (sic)->key == IC_RIGHT (dic)->key) return NULL; } return dic; } /*-----------------------------------------------------------------*/ /* packForPush - hueristics to reduce iCode for pushing */ /*-----------------------------------------------------------------*/ static void packForPush (iCode * ic, eBBlock * ebp) { iCode *dic; if (ic->op != IPUSH || !IS_ITEMP (IC_LEFT (ic))) return; /* must have only definition & one usage */ if (bitVectnBitsOn (OP_DEFS (IC_LEFT (ic))) != 1 || bitVectnBitsOn (OP_USES (IC_LEFT (ic))) != 1) return; /* find the definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (IC_LEFT (ic)))))) return; if (dic->op != '=' || POINTER_SET (dic)) return; /* we now we know that it has one & only one def & use and the that the definition is an assignment */ IC_LEFT (ic) = IC_RIGHT (dic); remiCodeFromeBBlock (ebp, dic); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); } /*-----------------------------------------------------------------*/ /* packRegsForSupport :- reduce some registers for support calls */ /*-----------------------------------------------------------------*/ static int packRegsForSupport (iCode * ic, eBBlock * ebp) { int change = 0; /* for the left & right operand :- look to see if the left was assigned a true symbol in far space in that case replace them */ if (IS_ITEMP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->liveTo <= ic->seq) { iCode *dic = findAssignToSym (IC_LEFT (ic), ic); iCode *sic; if (!dic) goto right; /* found it we need to remove it from the block */ for (sic = dic; sic != ic; sic = sic->next) bitVectUnSetBit (sic->rlive, IC_LEFT (ic)->key); IC_LEFT (ic)->operand.symOperand = IC_RIGHT (dic)->operand.symOperand; IC_LEFT (ic)->key = IC_RIGHT (dic)->operand.symOperand->key; remiCodeFromeBBlock (ebp, dic); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); change++; } /* do the same for the right operand */ right: if (!change && IS_ITEMP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->liveTo <= ic->seq) { iCode *dic = findAssignToSym (IC_RIGHT (ic), ic); iCode *sic; if (!dic) return change; /* if this is a subtraction & the result is a true symbol in far space then don't pack */ if (ic->op == '-' && IS_TRUE_SYMOP (IC_RESULT (dic))) { sym_link *etype = getSpec (operandType (IC_RESULT (dic))); if (IN_FARSPACE (SPEC_OCLS (etype))) return change; } /* found it we need to remove it from the block */ for (sic = dic; sic != ic; sic = sic->next) bitVectUnSetBit (sic->rlive, IC_RIGHT (ic)->key); IC_RIGHT (ic)->operand.symOperand = IC_RIGHT (dic)->operand.symOperand; IC_RIGHT (ic)->key = IC_RIGHT (dic)->operand.symOperand->key; remiCodeFromeBBlock (ebp, dic); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); change++; } return change; } /*-----------------------------------------------------------------*/ /* farSpacePackable - returns the packable icode for far variables */ /*-----------------------------------------------------------------*/ static iCode * farSpacePackable (iCode * ic) { iCode *dic; /* go thru till we find a definition for the symbol on the right */ for (dic = ic->prev; dic; dic = dic->prev) { /* if the definition is a call then no */ if ((dic->op == CALL || dic->op == PCALL) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { return NULL; } /* if shift by unknown amount then not */ if ((dic->op == LEFT_OP || dic->op == RIGHT_OP) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) return NULL; /* if pointer get and size > 1 */ if (POINTER_GET (dic) && getSize (aggrToPtr (operandType (IC_LEFT (dic)), FALSE)) > 1) return NULL; if (POINTER_SET (dic) && getSize (aggrToPtr (operandType (IC_RESULT (dic)), FALSE)) > 1) return NULL; /* if any three is a true symbol in far space */ if (IC_RESULT (dic) && IS_TRUE_SYMOP (IC_RESULT (dic)) && isOperandInFarSpace (IC_RESULT (dic))) return NULL; if (IC_RIGHT (dic) && IS_TRUE_SYMOP (IC_RIGHT (dic)) && isOperandInFarSpace (IC_RIGHT (dic)) && !isOperandEqual (IC_RIGHT (dic), IC_RESULT (ic))) return NULL; if (IC_LEFT (dic) && IS_TRUE_SYMOP (IC_LEFT (dic)) && isOperandInFarSpace (IC_LEFT (dic)) && !isOperandEqual (IC_LEFT (dic), IC_RESULT (ic))) return NULL; if (isOperandEqual (IC_RIGHT (ic), IC_RESULT (dic))) { if ((dic->op == LEFT_OP || dic->op == RIGHT_OP || dic->op == '-') && IS_OP_LITERAL (IC_RIGHT (dic))) return NULL; else return dic; } } return NULL; } /*-----------------------------------------------------------------*/ /* rematStr - returns the rematerialized string for a remat var */ /*-----------------------------------------------------------------*/ static char * rematStr (symbol * sym) { char *s = buffer; iCode *ic = sym->rematiCode; while (1) { /* if plus or minus print the right hand side */ if (ic->op == '+' || ic->op == '-') { sprintf (s, "0x%04x %c ", (int) operandLitValue (IC_RIGHT (ic)), ic->op); s += strlen (s); ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; continue; } /* we reached the end */ sprintf (s, "%s", OP_SYMBOL (IC_LEFT (ic))->rname); break; } return buffer; } /*-----------------------------------------------------------------*/ /* isSpiltOnStack - returns true if the spil location is on stack */ /*-----------------------------------------------------------------*/ static bool isSpiltOnStack (symbol * sym) { sym_link *etype; if (!sym) return FALSE; if (!sym->isspilt) return FALSE; if (!sym->usl.spillLoc) return FALSE; etype = getSpec (sym->usl.spillLoc->type); if (IN_STACK (etype)) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* spillLRWithPtrReg :- will spil those live ranges which use PTR */ /*-----------------------------------------------------------------*/ static void spillLRWithPtrReg (symbol * forSym) { symbol *lrsym; regs *X, *Z, *X1, *Z1; int k; if (!_G.regAssigned || bitVectIsZero (_G.regAssigned)) return; X = avr_regWithIdx (R26_IDX); X1= avr_regWithIdx (R27_IDX); Z = avr_regWithIdx (R30_IDX); Z1= avr_regWithIdx (R31_IDX); /* for all live ranges */ for (lrsym = hTabFirstItem (liveRanges, &k); lrsym; lrsym = hTabNextItem (liveRanges, &k)) { int j; /* if no registers assigned to it or spilt */ /* if it does not overlap with this then not need to spill it */ if (lrsym->isspilt || !lrsym->nRegs || (lrsym->liveTo < forSym->liveFrom)) continue; /* go thru the registers : if it is either r0 or r1 then spil it */ for (j = 0; j < lrsym->nRegs; j++) if (lrsym->regs[j] == X || lrsym->regs[j] == Z || lrsym->regs[j] == X1 || lrsym->regs[j] == Z1) { spillThis (lrsym); break; } } } #endif /*-----------------------------------------------------------------*/ /* allocReg - allocates register of given type */ /*-----------------------------------------------------------------*/ static regs * allocReg (short type) { int i; for (i = avr_fReg; i < avr_nRegs; i++) { /* if type is given as 0 then any free register will do */ if (!type && regsAVR[i].isFree) { regsAVR[i].isFree = 0; if (currFunc) currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, i); return ®sAVR[i]; } /* other wise look for specific type of register */ if (regsAVR[i].isFree && (regsAVR[i].type & type)) { regsAVR[i].isFree = 0; if (currFunc) currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, i); return ®sAVR[i]; } } return NULL; } /*-----------------------------------------------------------------*/ /* allocRegPair - allocates register pair of given */ /*-----------------------------------------------------------------*/ static regs * allocRegPair (short type) { int i; for (i = avr_fReg; i < avr_nRegs; i++) { /* look for specific type of register pair */ if (regsAVR[i].isFree && (regsAVR[i].type & type) && (regsAVR[i].type & REG_PAIR) && regsAVR[i+1].isFree) { regsAVR[i].isFree = 0; regsAVR[i+1].isFree = 0; if (currFunc) { currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, i); currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, i+1); } return ®sAVR[i]; } } return NULL; } /*-----------------------------------------------------------------*/ /* avr_regWithIdx - returns pointer to register wit index number */ /*-----------------------------------------------------------------*/ regs * avr_regWithIdx (int idx) { int i; for (i = 0; i < avr_nRegs; i++) if (regsAVR[i].rIdx == idx) return ®sAVR[i]; werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "regWithIdx not found"); exit (1); } /*-----------------------------------------------------------------*/ /* freeReg - frees a register */ /*-----------------------------------------------------------------*/ static void freeReg (regs * reg) { reg->isFree = 1; } /*-----------------------------------------------------------------*/ /* nFreeRegs - returns number of free registers */ /*-----------------------------------------------------------------*/ static int nFreeRegs (int type) { int i; int nfr = 0; for (i = avr_fReg; i < avr_nRegs; i++) if (regsAVR[i].isFree && regsAVR[i].type & type) nfr++; return nfr; } /*-----------------------------------------------------------------*/ /* nfreeRegsType - free registers with type */ /*-----------------------------------------------------------------*/ static int nfreeRegsType (int type) { int nfr; if (type == REG_PTR) { if ((nfr = nFreeRegs (type)) == 0) return nFreeRegs (REG_GPR); } return nFreeRegs (type); } /*-----------------------------------------------------------------*/ /* computeSpillable - given a point find the spillable live ranges */ /*-----------------------------------------------------------------*/ static bitVect * computeSpillable (iCode * ic) { bitVect *spillable; /* spillable live ranges are those that are live at this point . the following categories need to be subtracted from this set. a) - those that are already spilt b) - if being used by this one c) - defined by this one */ spillable = bitVectCopy (ic->rlive); spillable = bitVectCplAnd (spillable, _G.spiltSet); /* those already spilt */ spillable = bitVectCplAnd (spillable, ic->uses); /* used in this one */ bitVectUnSetBit (spillable, ic->defKey); spillable = bitVectIntersect (spillable, _G.regAssigned); return spillable; } /*-----------------------------------------------------------------*/ /* noSpilLoc - return true if a variable has no spil location */ /*-----------------------------------------------------------------*/ static int noSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->usl.spillLoc ? 0 : 1); } /*-----------------------------------------------------------------*/ /* hasSpilLoc - will return 1 if the symbol has spil location */ /*-----------------------------------------------------------------*/ static int hasSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->usl.spillLoc ? 1 : 0); } /*-----------------------------------------------------------------*/ /* hasSpilLocnoUptr - will return 1 if the symbol has spil location */ /* but is not used as a pointer */ /*-----------------------------------------------------------------*/ static int hasSpilLocnoUptr (symbol * sym, eBBlock * ebp, iCode * ic) { return ((sym->usl.spillLoc && !sym->uptr) ? 1 : 0); } /*-----------------------------------------------------------------*/ /* rematable - will return 1 if the remat flag is set */ /*-----------------------------------------------------------------*/ static int rematable (symbol * sym, eBBlock * ebp, iCode * ic) { return sym->remat; } /*-----------------------------------------------------------------*/ /* notUsedInRemaining - not used or defined in remain of the block */ /*-----------------------------------------------------------------*/ static int notUsedInRemaining (symbol * sym, eBBlock * ebp, iCode * ic) { return ((usedInRemaining (operandFromSymbol (sym), ic) ? 0 : 1) && allDefsOutOfRange (sym->defs, ic->seq, ebp->lSeq)); } /*-----------------------------------------------------------------*/ /* allLRs - return true for all */ /*-----------------------------------------------------------------*/ static int allLRs (symbol * sym, eBBlock * ebp, iCode * ic) { return 1; } /*-----------------------------------------------------------------*/ /* liveRangesWith - applies function to a given set of live range */ /*-----------------------------------------------------------------*/ static set * liveRangesWith (bitVect * lrs, int (func) (symbol *, eBBlock *, iCode *), eBBlock * ebp, iCode * ic) { set *rset = NULL; int i; if (!lrs || !lrs->size) return NULL; for (i = 1; i < lrs->size; i++) { symbol *sym; if (!bitVectBitValue (lrs, i)) continue; /* if we don't find it in the live range hash table we are in serious trouble */ if (!(sym = hTabItemWithKey (liveRanges, i))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "liveRangesWith could not find liveRange"); exit (1); } if (func (sym, ebp, ic) && bitVectBitValue (_G.regAssigned, sym->key)) addSetHead (&rset, sym); } return rset; } /*-----------------------------------------------------------------*/ /* leastUsedLR - given a set determines which is the least used */ /*-----------------------------------------------------------------*/ static symbol * leastUsedLR (set * sset) { symbol *sym = NULL, *lsym = NULL; sym = lsym = setFirstItem (sset); if (!lsym) return NULL; for (; lsym; lsym = setNextItem (sset)) { /* if usage is the same then prefer the spill the smaller of the two */ if (lsym->used == sym->used) if (getSize (lsym->type) < getSize (sym->type)) sym = lsym; /* if less usage */ if (lsym->used < sym->used) sym = lsym; } setToNull ((void *) &sset); sym->blockSpil = 0; return sym; } /*-----------------------------------------------------------------*/ /* noOverLap - will iterate through the list looking for over lap */ /*-----------------------------------------------------------------*/ static int noOverLap (set * itmpStack, symbol * fsym) { symbol *sym; for (sym = setFirstItem (itmpStack); sym; sym = setNextItem (itmpStack)) { if (sym->liveTo > fsym->liveFrom) return 0; } return 1; } /*-----------------------------------------------------------------*/ /* isFree - will return 1 if the a free spil location is found */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (isFree) { symbol *sym = item; V_ARG (symbol **, sloc); V_ARG (symbol *, fsym); /* if already found */ if (*sloc) return 0; /* if it is free && and the itmp assigned to this does not have any overlapping live ranges with the one currently being assigned and the size can be accomodated */ if (sym->isFree && noOverLap (sym->usl.itmpStack, fsym) && getSize (sym->type) >= getSize (fsym->type)) { *sloc = sym; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* createStackSpil - create a location on the stack to spil */ /*-----------------------------------------------------------------*/ static symbol * createStackSpil (symbol * sym) { symbol *sloc = NULL; int useXstack, model, noOverlay; int stackAuto; char slocBuffer[30]; /* first go try and find a free one that is already existing on the stack */ if (applyToSet (_G.stackSpil, isFree, &sloc, sym)) { /* found a free one : just update & return */ sym->usl.spillLoc = sloc; sym->stackSpil = 1; sloc->isFree = 0; addSetHead (&sloc->usl.itmpStack, sym); return sym; } /* could not then have to create one , this is the hard part we need to allocate this on the stack : this is really a hack!! but cannot think of anything better at this time */ if (sprintf (slocBuffer, "sloc%d", _G.slocNum++) >= sizeof (slocBuffer)) { fprintf (stderr, "***Internal error: slocBuffer overflowed: %s:%d\n", __FILE__, __LINE__); exit (1); } sloc = newiTemp (slocBuffer); /* set the type to the spilling symbol */ sloc->type = copyLinkChain (sym->type); sloc->etype = getSpec (sloc->type); SPEC_SCLS (sloc->etype) = S_AUTO; SPEC_EXTR (sloc->etype) = 0; /* we don't allow it to be allocated` onto the external stack since : so we temporarily turn it off ; we also turn off memory model to prevent the spil from going to the external storage and turn off overlaying */ useXstack = options.useXstack; model = options.model; noOverlay = options.noOverlay; stackAuto = options.stackAuto; options.noOverlay = 1; options.model = options.useXstack = 0; allocLocal (sloc); options.useXstack = useXstack; options.model = model; options.noOverlay = noOverlay; options.stackAuto = stackAuto; sloc->isref = 1; /* to prevent compiler warning */ /* if it is on the stack then update the stack */ if (IN_STACK (sloc->etype)) { currFunc->stack += getSize (sloc->type); _G.stackExtend += getSize (sloc->type); } else _G.dataExtend += getSize (sloc->type); /* add it to the _G.stackSpil set */ addSetHead (&_G.stackSpil, sloc); sym->usl.spillLoc = sloc; sym->stackSpil = 1; /* add it to the set of itempStack set of the spill location */ addSetHead (&sloc->usl.itmpStack, sym); return sym; } /*-----------------------------------------------------------------*/ /* spillThis - spils a specific operand */ /*-----------------------------------------------------------------*/ static void spillThis (symbol * sym) { int i; /* if this is rematerializable or has a spillLocation we are okay, else we need to create a spillLocation for it */ if (!(sym->remat || sym->usl.spillLoc)) createStackSpil (sym); /* mark it has spilt & put it in the spilt set */ sym->isspilt = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, sym->key); bitVectUnSetBit (_G.regAssigned, sym->key); for (i = 0; i < sym->nRegs; i++) if (sym->regs[i]) { freeReg (sym->regs[i]); sym->regs[i] = NULL; } if (sym->usl.spillLoc && !sym->remat) sym->usl.spillLoc->allocreq = 1; return; } /*-----------------------------------------------------------------*/ /* selectSpil - select a iTemp to spil : rather a simple procedure */ /*-----------------------------------------------------------------*/ static symbol * selectSpil (iCode * ic, eBBlock * ebp, symbol * forSym) { bitVect *lrcs = NULL; set *selectS; symbol *sym; /* get the spillable live ranges */ lrcs = computeSpillable (ic); /* get all live ranges that are rematerizable */ if ((selectS = liveRangesWith (lrcs, rematable, ebp, ic))) { /* return the least used of these */ return leastUsedLR (selectS); } /* if the symbol is local to the block then */ if (forSym->liveTo < ebp->lSeq) { /* check if there are any live ranges allocated to registers that are not used in this block */ if (!_G.blockSpil && (selectS = liveRangesWith (lrcs, notUsedInBlock, ebp, ic))) { sym = leastUsedLR (selectS); /* if this is not rematerializable */ if (!sym->remat) { _G.blockSpil++; sym->blockSpil = 1; } return sym; } /* check if there are any live ranges that not used in the remainder of the block */ if (!_G.blockSpil && !isiCodeInFunctionCall (ic) && (selectS = liveRangesWith (lrcs, notUsedInRemaining, ebp, ic))) { sym = leastUsedLR (selectS); if (sym != forSym) { if (!sym->remat) { sym->remainSpil = 1; _G.blockSpil++; } return sym; } } } /* find live ranges with spillocation && not used as pointers */ if ((selectS = liveRangesWith (lrcs, hasSpilLocnoUptr, ebp, ic))) { sym = leastUsedLR (selectS); /* mark this as allocation required */ sym->usl.spillLoc->allocreq = 1; return sym; } /* find live ranges with spillocation */ if ((selectS = liveRangesWith (lrcs, hasSpilLoc, ebp, ic))) { sym = leastUsedLR (selectS); sym->usl.spillLoc->allocreq = 1; return sym; } /* couldn't find then we need to create a spil location on the stack , for which one? the least used ofcourse */ if ((selectS = liveRangesWith (lrcs, noSpilLoc, ebp, ic))) { /* return a created spil location */ sym = createStackSpil (leastUsedLR (selectS)); sym->usl.spillLoc->allocreq = 1; return sym; } /* this is an extreme situation we will spill this one : happens very rarely but it does happen */ spillThis (forSym); return forSym; } /*-----------------------------------------------------------------*/ /* spilSomething - spil some variable & mark registers as free */ /*-----------------------------------------------------------------*/ static bool spilSomething (iCode * ic, eBBlock * ebp, symbol * forSym) { symbol *ssym; int i; /* get something we can spil */ ssym = selectSpil (ic, ebp, forSym); /* mark it as spilt */ ssym->isspilt = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, ssym->key); /* mark it as not register assigned & take it away from the set */ bitVectUnSetBit (_G.regAssigned, ssym->key); /* mark the registers as free */ for (i = 0; i < ssym->nRegs; i++) if (ssym->regs[i]) freeReg (ssym->regs[i]); /* if this was a block level spil then insert push & pop at the start & end of block respectively */ if (ssym->blockSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push to the start of the block */ addiCodeToeBBlock (ebp, nic, (ebp->sch->op == LABEL ? ebp->sch->next : ebp->sch)); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } /* if spilt because not used in the remainder of the block then add a push before this instruction and a pop at the end of the block */ if (ssym->remainSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push just before this instruction */ addiCodeToeBBlock (ebp, nic, ic); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } if (ssym == forSym) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* getRegPtr - will try for PTR if not a GPR type if not spil */ /*-----------------------------------------------------------------*/ static regs * getRegPtr (iCode * ic, eBBlock * ebp, symbol * sym) { regs *reg; tryAgain: /* try for a ptr type */ if ((reg = allocReg (REG_PTR|REG_PAIR))) return reg; /* try for gpr type / pair */ if ((reg = allocReg (REG_GPR|REG_PAIR))) return reg; /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; /* we have to spil */ if (!spilSomething (ic, ebp, sym)) return NULL; /* this looks like an infinite loop but in reality selectSpil will abort */ goto tryAgain; } /*-----------------------------------------------------------------*/ /* getRegScr - will try for SCR if not a GPR type if not spil */ /*-----------------------------------------------------------------*/ static regs * getRegScr (iCode * ic, eBBlock * ebp, symbol * sym) { regs *reg; tryAgain: /* try for a scratch non-pair */ if ((reg = allocReg (REG_SCR))) return reg; if ((reg = allocReg (REG_GPR))) return reg; /* we have to spil */ if (!spilSomething (ic, ebp, sym)) return NULL; /* this looks like an infinite loop but in really selectSpil will abort */ goto tryAgain; } /*-----------------------------------------------------------------*/ /* getRegGpr - will try for GPR if not spil */ /*-----------------------------------------------------------------*/ static regs * getRegGpr (iCode * ic, eBBlock * ebp, symbol * sym ) { regs *reg; tryAgain: /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; if (!avr_ptrRegReq) if ((reg = allocReg (REG_PTR))) return reg; /* we have to spil */ if (!spilSomething (ic, ebp, sym)) return NULL; /* this looks like an infinite loop but in reality selectSpil will abort */ goto tryAgain; } /*-----------------------------------------------------------------*/ /* symHasReg - symbol has a given register */ /*-----------------------------------------------------------------*/ static bool symHasReg (symbol * sym, regs * reg) { int i; for (i = 0; i < sym->nRegs; i++) if (sym->regs[i] == reg) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* deassignLRs - check the live to and if they have registers & are */ /* not spilt then free up the registers */ /*-----------------------------------------------------------------*/ static void deassignLRs (iCode * ic, eBBlock * ebp) { symbol *sym; int k; symbol *result; for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { symbol *psym = NULL; /* if it does not end here */ if (sym->liveTo > ic->seq) continue; /* if it was spilt on stack then we can mark the stack spil location as free */ if (sym->isspilt) { if (sym->stackSpil) { sym->usl.spillLoc->isFree = 1; sym->stackSpil = 0; } continue; } if (!bitVectBitValue (_G.regAssigned, sym->key)) continue; /* special case check if this is an IFX & the privious one was a pop and the previous one was not spilt then keep track of the symbol */ if (ic->op == IFX && ic->prev && ic->prev->op == IPOP && !ic->prev->parmPush && !OP_SYMBOL (IC_LEFT (ic->prev))->isspilt) psym = OP_SYMBOL (IC_LEFT (ic->prev)); if (sym->nRegs) { int i = 0; bitVectUnSetBit (_G.regAssigned, sym->key); /* if the result of this one needs registers and does not have it then assign it right away */ if (IC_RESULT (ic) && !(SKIP_IC2 (ic) || /* not a special icode */ ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || ic->op == RETURN || POINTER_SET (ic)) && (result = OP_SYMBOL (IC_RESULT (ic))) && /* has a result */ result->liveTo > ic->seq && /* and will live beyond this */ result->liveTo <= ebp->lSeq && /* does not go beyond this block */ result->liveFrom == ic->seq && /* does not start before here */ result->regType == sym->regType && /* same register types */ result->nRegs && /* which needs registers */ !result->isspilt && /* and does not already have them */ !result->remat && !bitVectBitValue (_G.regAssigned, result->key) && /* the number of free regs + number of regs in this LR can accomodate the what result Needs */ ((nfreeRegsType (result->regType) + sym->nRegs) >= result->nRegs)) { for (i = 0; i < result->nRegs; i++) { if (i < sym->nRegs) result->regs[i] = sym->regs[i]; else if (result->regType == REG_SCR) result->regs[i] = getRegScr (ic, ebp, result); else result->regs[i] = getRegGpr (ic, ebp, result); } _G.regAssigned = bitVectSetBit (_G.regAssigned, result->key); } /* free the remaining */ for (; i < sym->nRegs; i++) { if (psym) { if (!symHasReg (psym, sym->regs[i])) freeReg (sym->regs[i]); } else freeReg (sym->regs[i]); } } } } /*-----------------------------------------------------------------*/ /* reassignLR - reassign this to registers */ /*-----------------------------------------------------------------*/ static void reassignLR (operand * op) { symbol *sym = OP_SYMBOL (op); int i; /* not spilt any more */ sym->isspilt = sym->blockSpil = sym->remainSpil = 0; bitVectUnSetBit (_G.spiltSet, sym->key); _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); _G.blockSpil--; for (i = 0; i < sym->nRegs; i++) sym->regs[i]->isFree = 0; } /*-----------------------------------------------------------------*/ /* willCauseSpill - determines if allocating will cause a spill */ /*-----------------------------------------------------------------*/ static int willCauseSpill (int nr, int rt) { /* first check if there are any avlb registers of te type required */ if (rt == REG_PTR) { /* special case for pointer type if pointer type not avlb then check for type gpr */ if (nFreeRegs (rt) >= nr) return 0; if (nFreeRegs (REG_GPR) >= nr) return 0; } else { if (avr_ptrRegReq) { if (nFreeRegs (rt) >= nr) return 0; } else { if (nFreeRegs (REG_PTR) + nFreeRegs (REG_GPR) >= nr) return 0; } } /* it will cause a spil */ return 1; } /*-----------------------------------------------------------------*/ /* positionRegs - the allocator can allocate same registers to res- */ /* ult and operand, if this happens make sure they are in the same */ /* position as the operand otherwise chaos results */ /*-----------------------------------------------------------------*/ static void positionRegs (symbol * result, symbol * opsym, int lineno) { int count = min (result->nRegs, opsym->nRegs); int i, j = 0, shared = 0; /* if the result has been spilt then cannot share */ if (opsym->isspilt) return; again: shared = 0; /* first make sure that they actually share */ for (i = 0; i < count; i++) { for (j = 0; j < count; j++) { if (result->regs[i] == opsym->regs[j] && i != j) { shared = 1; goto xchgPositions; } } } xchgPositions: if (shared) { regs *tmp = result->regs[i]; result->regs[i] = result->regs[j]; result->regs[j] = tmp; goto again; } } /*-----------------------------------------------------------------*/ /* needsPair - heuristic to determine if a pair would be good */ /*-----------------------------------------------------------------*/ static int needsPair (iCode *ic) { symbol *sym = OP_SYMBOL(IC_RESULT(ic)); bitVect *uses_defs = bitVectUnion(OP_USES (IC_RESULT(ic)),OP_DEFS(IC_RESULT(ic))); /* if size is less than 2 then NO */ if (sym->nRegs < 2) return 0; /* if type Pointer then YES */ if (IS_PTR(sym->type)) return 1; /* go thru the usages of this operand if used with a constant then yes */ while (!bitVectIsZero(uses_defs)) { int ikey = bitVectFirstBit(uses_defs); iCode *uic = hTabItemWithKey(iCodehTab,ikey); sym_link *otype = NULL; bitVectUnSetBit(uses_defs,ikey); if (!uic) continue; otype = (IC_RIGHT(uic) ? operandType(IC_RIGHT(uic)) : NULL); if (otype && IS_LITERAL(otype)) return 1; } return 0; } /*-----------------------------------------------------------------*/ /* serialRegAssign - serially allocate registers to the variables */ /*-----------------------------------------------------------------*/ static void serialRegAssign (eBBlock ** ebbs, int count) { int i; /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* of all instructions do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { /* if this is an ipop that means some live range will have to be assigned again */ if (ic->op == IPOP) reassignLR (IC_LEFT (ic)); /* if result is present && is a true symbol */ if (IC_RESULT (ic) && ic->op != IFX && IS_TRUE_SYMOP (IC_RESULT (ic))) OP_SYMBOL (IC_RESULT (ic))->allocreq = 1; /* take away registers from live ranges that end at this instruction */ deassignLRs (ic, ebbs[i]); /* some don't need registers */ if (SKIP_IC2 (ic) || ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || (IC_RESULT (ic) && POINTER_SET (ic))) continue; /* now we need to allocate registers only for the result */ if (IC_RESULT (ic)) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); bitVect *spillable; int willCS; int j=0; /* Make sure any spill location is definately allocated */ if (sym->isspilt && !sym->remat && sym->usl.spillLoc && !sym->usl.spillLoc->allocreq) { sym->usl.spillLoc->allocreq++; } /* if it does not need or is spilt or is already assigned to registers or will not live beyond this instructions */ if (!sym->nRegs || sym->isspilt || bitVectBitValue (_G.regAssigned, sym->key) || sym->liveTo <= ic->seq) continue; /* if some liverange has been spilt at the block level and this one live beyond this block then spil this to be safe */ if (_G.blockSpil && sym->liveTo > ebbs[i]->lSeq) { spillThis (sym); continue; } /* if trying to allocate this will cause a spill and there is nothing to spill or this one is rematerializable then spill this one */ willCS = willCauseSpill (sym->nRegs, sym->regType); spillable = computeSpillable (ic); if (sym->remat || (willCS && bitVectIsZero (spillable))) { spillThis (sym); continue; } /* If the live range preceeds the point of definition then ideally we must take into account registers that have been allocated after sym->liveFrom but freed before ic->seq. This is complicated, so spill this symbol instead and let fillGaps handle the allocation. */ if (sym->liveFrom < ic->seq) { spillThis (sym); continue; } /* if it has a spillocation & is used less than all other live ranges then spill this */ if (willCS) { if (sym->usl.spillLoc) { symbol *leastUsed = leastUsedLR (liveRangesWith (spillable, allLRs, ebbs[i], ic)); if (leastUsed && leastUsed->used > sym->used) { spillThis (sym); continue; } } else { /* if none of the liveRanges have a spillLocation then better to spill this one than anything else already assigned to registers */ if (liveRangesWith(spillable,noSpilLoc,ebbs[i],ic)) { spillThis (sym); continue; } } } /* we assign registers to it */ _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); if (needsPair(ic)) { short regtype ; regs *preg; if (sym->regType == REG_PTR) regtype = REG_PTR; else if (sym->regType == REG_SCR) regtype = REG_SCR; else regtype = REG_GPR; preg = allocRegPair(regtype); if (preg) { sym->regs[j++] = preg; sym->regs[j++] = ®sAVR[preg->rIdx+1]; } } for (; j < sym->nRegs; j++) { if (sym->regType == REG_PTR) sym->regs[j] = getRegPtr (ic, ebbs[i], sym); else if (sym->regType == REG_SCR) sym->regs[j] = getRegScr (ic, ebbs[i], sym); else sym->regs[j] = getRegGpr (ic, ebbs[i], sym); /* if the allocation falied which means this was spilt then break */ if (!sym->regs[j]) break; } /* if it shares registers with operands make sure that they are in the same position */ if (IC_LEFT (ic) && IS_SYMOP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->nRegs && ic->op != '=') positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_LEFT (ic)), ic->lineno); /* do the same for the right operand */ if (IC_RIGHT (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->nRegs) positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_RIGHT (ic)), ic->lineno); } } } } /*-----------------------------------------------------------------*/ /* rUmaskForOp :- returns register mask for an operand */ /*-----------------------------------------------------------------*/ static bitVect * rUmaskForOp (operand * op) { bitVect *rumask; symbol *sym; int j; /* only temporaries are assigned registers */ if (!IS_ITEMP (op)) return NULL; sym = OP_SYMBOL (op); /* if spilt or no registers assigned to it then nothing */ if (sym->isspilt || !sym->nRegs) return NULL; rumask = newBitVect (avr_nRegs); for (j = 0; j < sym->nRegs; j++) { rumask = bitVectSetBit (rumask, sym->regs[j]->rIdx); } return rumask; } /*-----------------------------------------------------------------*/ /* regsUsedIniCode :- returns bit vector of registers used in iCode */ /*-----------------------------------------------------------------*/ static bitVect * regsUsedIniCode (iCode * ic) { bitVect *rmask = newBitVect (avr_nRegs); /* do the special cases first */ if (ic->op == IFX) { rmask = bitVectUnion (rmask, rUmaskForOp (IC_COND (ic))); goto ret; } /* for the jumptable */ if (ic->op == JUMPTABLE) { rmask = bitVectUnion (rmask, rUmaskForOp (IC_JTCOND (ic))); goto ret; } /* of all other cases */ if (IC_LEFT (ic)) rmask = bitVectUnion (rmask, rUmaskForOp (IC_LEFT (ic))); if (IC_RIGHT (ic)) rmask = bitVectUnion (rmask, rUmaskForOp (IC_RIGHT (ic))); if (IC_RESULT (ic)) rmask = bitVectUnion (rmask, rUmaskForOp (IC_RESULT (ic))); ret: return rmask; } /*-----------------------------------------------------------------*/ /* createRegMask - for each instruction will determine the regsUsed */ /*-----------------------------------------------------------------*/ static void createRegMask (eBBlock ** ebbs, int count) { int i; /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* for all instructions */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { int j; if (SKIP_IC2 (ic) || !ic->rlive) continue; /* first mark the registers used in this instruction */ ic->rUsed = regsUsedIniCode (ic); _G.funcrUsed = bitVectUnion (_G.funcrUsed, ic->rUsed); /* now create the register mask for those registers that are in use : this is a super set of ic->rUsed */ ic->rMask = newBitVect (avr_nRegs + 1); /* for all live Ranges alive at this point */ for (j = 1; j < ic->rlive->size; j++) { symbol *sym; int k; /* if not alive then continue */ if (!bitVectBitValue (ic->rlive, j)) continue; /* find the live range we are interested in */ if (!(sym = hTabItemWithKey (liveRanges, j))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "createRegMask cannot find live range"); exit (0); } /* if no register assigned to it */ if (!sym->nRegs || sym->isspilt) continue; /* for all the registers allocated to it */ for (k = 0; k < sym->nRegs; k++) { if (sym->regs[k]) { int rIdx = sym->regs[k]->rIdx; ic->rMask = bitVectSetBit (ic-> rMask,rIdx); /* special case for X & Z registers */ if (rIdx == R26_IDX || rIdx == R27_IDX) ic->rMask = bitVectSetBit (ic->rMask, X_IDX); if (rIdx == R30_IDX || rIdx == R31_IDX) ic->rMask = bitVectSetBit (ic->rMask, Z_IDX); } } } } } } /*-----------------------------------------------------------------*/ /* regTypeNum - computes the type & number of registers required */ /*-----------------------------------------------------------------*/ static void regTypeNum () { symbol *sym; int k; iCode *ic; /* for each live range do */ for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { /* if used zero times then no registers needed */ if ((sym->liveTo - sym->liveFrom) == 0) continue; /* if the live range is a temporary */ if (sym->isitmp) { /* if the type is marked as a conditional */ if (sym->regType == REG_CND) continue; /* if used in return only then we don't need registers */ if (sym->ruonly || sym->accuse) { if (IS_AGGREGATE (sym->type) || sym->isptr) sym->type = aggrToPtr (sym->type, FALSE); continue; } /* if the symbol has only one definition & that definition is a get_pointer and the pointer we are getting is rematerializable and in "data" space */ if (bitVectnBitsOn (sym->defs) == 1 && (ic = hTabItemWithKey (iCodehTab, bitVectFirstBit (sym-> defs))) && POINTER_GET (ic) && !IS_BITVAR (sym->etype)) { /* if in data space or idata space then try to allocate pointer register */ } /* if not then we require registers */ sym->nRegs = ((IS_AGGREGATE (sym->type) || sym->isptr) ? getSize (sym->type = aggrToPtr (sym->type, FALSE)) : getSize (sym-> type)); if (sym->nRegs > 4) { fprintf (stderr, "allocated more than 4 or 0 registers for type "); printTypeChain (sym->type, stderr); fprintf (stderr, "\n"); } /* determine the type of register required */ if (sym->nRegs == 2 && /* size is two */ IS_PTR (sym->type) && /* is a pointer */ sym->uptr) { /* has pointer usage i.e. get/set pointer */ sym->regType = REG_PTR; avr_ptrRegReq++; } else { /* live accross a function call then gpr else scratch */ if (sym->isLiveFcall) sym->regType = REG_GPR; else sym->regType = REG_SCR; } } else /* for the first run we don't provide */ /* registers for true symbols we will */ /* see how things go */ sym->nRegs = 0; } } /*-----------------------------------------------------------------*/ /* deallocStackSpil - this will set the stack pointer back */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (deallocStackSpil) { symbol *sym = item; deallocLocal (sym); return 0; } /*-----------------------------------------------------------------*/ /* packRegsForAssign - register reduction for assignment */ /*-----------------------------------------------------------------*/ static int packRegsForAssign (iCode * ic, eBBlock * ebp) { iCode *dic, *sic; if (!IS_ITEMP (IC_RIGHT (ic)) || OP_SYMBOL (IC_RIGHT (ic))->isind || OP_LIVETO (IC_RIGHT (ic)) > ic->seq) { return 0; } /* find the definition of iTempNN scanning backwards if we find a a use of the true symbol in before we find the definition then we cannot */ for (dic = ic->prev; dic; dic = dic->prev) { /* if there is a function call and this is a parameter & not my parameter then don't pack it */ if ((dic->op == CALL || dic->op == PCALL) && (OP_SYMBOL (IC_RESULT (ic))->_isparm && !OP_SYMBOL (IC_RESULT (ic))->ismyparm)) { dic = NULL; break; } if (SKIP_IC2 (dic)) continue; if (IS_TRUE_SYMOP (IC_RESULT (dic)) && IS_OP_VOLATILE (IC_RESULT (dic))) { dic = NULL; break; } if (IS_SYMOP (IC_RESULT (dic)) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { if (POINTER_SET (dic)) dic = NULL; break; } if (IS_SYMOP (IC_RIGHT (dic)) && (IC_RIGHT (dic)->key == IC_RESULT (ic)->key || IC_RIGHT (dic)->key == IC_RIGHT (ic)->key)) { dic = NULL; break; } if (IS_SYMOP (IC_LEFT (dic)) && (IC_LEFT (dic)->key == IC_RESULT (ic)->key || IC_LEFT (dic)->key == IC_RIGHT (ic)->key)) { dic = NULL; break; } if (POINTER_SET (dic) && IC_RESULT (dic)->key == IC_RESULT (ic)->key) { dic = NULL; break; } } if (!dic) return 0; /* did not find */ /* if the result is on stack or iaccess then it must be the same atleast one of the operands */ if (OP_SYMBOL (IC_RESULT (ic))->onStack || OP_SYMBOL (IC_RESULT (ic))->iaccess) { /* the operation has only one symbol operator then we can pack */ if ((IC_LEFT (dic) && !IS_SYMOP (IC_LEFT (dic))) || (IC_RIGHT (dic) && !IS_SYMOP (IC_RIGHT (dic)))) goto pack; if (!((IC_LEFT (dic) && IC_RESULT (ic)->key == IC_LEFT (dic)->key) || (IC_RIGHT (dic) && IC_RESULT (ic)->key == IC_RIGHT (dic)->key))) return 0; } pack: /* if in far space & tru symbol then don't */ if ((IS_TRUE_SYMOP (IC_RESULT (ic))) && isOperandInFarSpace (IC_RESULT (ic))) return 0; /* found the definition */ /* replace the result with the result of */ /* this assignment and remove this assignment */ IC_RESULT (dic) = IC_RESULT (ic); if (IS_ITEMP (IC_RESULT (dic)) && OP_SYMBOL (IC_RESULT (dic))->liveFrom > dic->seq) { OP_SYMBOL (IC_RESULT (dic))->liveFrom = dic->seq; } /* delete from liverange table also delete from all the points inbetween and the new one */ for (sic = dic; sic != ic; sic = sic->next) { bitVectUnSetBit (sic->rlive, IC_RESULT (ic)->key); if (IS_ITEMP (IC_RESULT (dic))) bitVectSetBit (sic->rlive, IC_RESULT (dic)->key); } remiCodeFromeBBlock (ebp, ic); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); return 1; } /*-----------------------------------------------------------------*/ /* packRegsForOneuse : - will reduce some registers for single Use */ /*-----------------------------------------------------------------*/ static iCode * packRegsForOneuse (iCode * ic, operand * op, eBBlock * ebp) { bitVect *uses; iCode *dic, *sic; /* if returning a literal then do nothing */ if (!IS_SYMOP (op)) return NULL; /* returns only */ if (ic->op != RETURN) return NULL; /* this routine will mark the a symbol as used in one instruction use only && if the defintion is local (ie. within the basic block) && has only one definition && that definiion is either a return value from a function or does not contain any variables in far space */ uses = bitVectCopy (OP_USES (op)); bitVectUnSetBit (uses, ic->key); /* take away this iCode */ if (!bitVectIsZero (uses)) /* has other uses */ return NULL; /* if it has only one defintion */ if (bitVectnBitsOn (OP_DEFS (op)) > 1) return NULL; /* has more than one definition */ /* get the that definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (op))))) return NULL; /* found the definition now check if it is local */ if (dic->seq < ebp->fSeq || dic->seq > ebp->lSeq) return NULL; /* non-local */ /* now check if it is the return from a function call */ if (dic->op == CALL || dic->op == PCALL) { if (ic->op != SEND && ic->op != RETURN && !POINTER_SET(ic) && !POINTER_GET(ic)) { OP_SYMBOL (op)->ruonly = 1; return dic; } dic = dic->next; } /* otherwise check that the definition does not contain any symbols in far space */ if (IS_OP_RUONLY (IC_LEFT (ic)) || IS_OP_RUONLY (IC_RIGHT (ic))) { return NULL; } /* if pointer set then make sure the pointer is one byte */ if (POINTER_SET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_RESULT (dic)), FALSE))) return NULL; if (POINTER_GET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_LEFT (dic)), FALSE))) return NULL; sic = dic; /* also make sure the intervenening instructions don't have any thing in far space */ for (dic = dic->next; dic && dic != ic; dic = dic->next) { /* if there is an intervening function call then no */ if (dic->op == CALL || dic->op == PCALL) return NULL; /* if pointer set then make sure the pointer is one byte */ if (POINTER_SET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_RESULT (dic)), FALSE))) return NULL; if (POINTER_GET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_LEFT (dic)), FALSE))) return NULL; /* if address of & the result is remat the okay */ if (dic->op == ADDRESS_OF && OP_SYMBOL (IC_RESULT (dic))->remat) continue; /* if operand has size of three or more & this operation is a '*','/' or '%' then 'b' may cause a problem */ if ((dic->op == '%' || dic->op == '/' || dic->op == '*') && getSize (operandType (op)) >= 3) return NULL; /* if left or right or result is in far space */ if (IS_OP_RUONLY (IC_LEFT (dic)) || IS_OP_RUONLY (IC_RIGHT (dic)) || IS_OP_RUONLY (IC_RESULT (dic))) { return NULL; } } OP_SYMBOL (op)->ruonly = 1; return sic; } /*-----------------------------------------------------------------*/ /* isBitwiseOptimizable - requirements of JEAN LOUIS VERN */ /*-----------------------------------------------------------------*/ static bool isBitwiseOptimizable (iCode * ic) { sym_link *ltype = getSpec (operandType (IC_LEFT (ic))); sym_link *rtype = getSpec (operandType (IC_RIGHT (ic))); /* bitwise operations are considered optimizable under the following conditions (Jean-Louis VERN) x & lit bit & bit bit & x bit ^ bit bit ^ x x ^ lit x | lit bit | bit bit | x */ if (IS_LITERAL (rtype) || (IS_BITVAR (ltype) && IN_BITSPACE (SPEC_OCLS (ltype)))) return TRUE; else return FALSE; } /*-----------------------------------------------------------------*/ /* packRegisters - does some transformations to reduce register */ /* pressure */ /*-----------------------------------------------------------------*/ static void packRegisters (eBBlock * ebp) { iCode *ic; int change = 0; while (1) { change = 0; /* look for assignments of the form */ /* iTempNN = TRueSym (someoperation) SomeOperand */ /* .... */ /* TrueSym := iTempNN:1 */ for (ic = ebp->sch; ic; ic = ic->next) { /* find assignment of the form TrueSym := iTempNN:1 */ if (ic->op == '=' && !POINTER_SET (ic)) change += packRegsForAssign (ic, ebp); } if (!change) break; } for (ic = ebp->sch; ic; ic = ic->next) { /* if this is an itemp & result of a address of a true sym then mark this as rematerialisable */ if (ic->op == ADDRESS_OF && IS_ITEMP (IC_RESULT (ic)) && IS_TRUE_SYMOP (IC_LEFT (ic)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1 && !OP_SYMBOL (IC_LEFT (ic))->onStack) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } /* if straight assignment then carry remat flag if this is the only definition */ if (ic->op == '=' && !POINTER_SET (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->remat && bitVectnBitsOn (OP_SYMBOL (IC_RESULT (ic))->defs) <= 1) { OP_SYMBOL (IC_RESULT (ic))->remat = OP_SYMBOL (IC_RIGHT (ic))->remat; OP_SYMBOL (IC_RESULT (ic))->rematiCode = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; } /* if this is a +/- operation with a rematerizable then mark this as rematerializable as well only if the literal value is within the range -255 and + 255 the assembler cannot handle it other wise */ if ((ic->op == '+' || ic->op == '-') && (IS_SYMOP (IC_LEFT (ic)) && IS_ITEMP (IC_RESULT (ic)) && OP_SYMBOL (IC_LEFT (ic))->remat && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1 && IS_OP_LITERAL (IC_RIGHT (ic)))) { int i = (int) operandLitValue (IC_RIGHT (ic)); if (i < 255 && i > -255) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } } /* mark the pointer usages */ if (POINTER_SET (ic)) OP_SYMBOL (IC_RESULT (ic))->uptr = 1; if (POINTER_GET (ic)) { OP_SYMBOL (IC_LEFT (ic))->uptr = 1; if (OP_SYMBOL (IC_LEFT(ic))->remat) OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } /* if the condition of an if instruction is defined in the previous instruction then mark the itemp as a conditional */ if ((IS_CONDITIONAL (ic) || ((ic->op == BITWISEAND || ic->op == '|' || ic->op == '^') && isBitwiseOptimizable (ic))) && ic->next && ic->next->op == IFX && isOperandEqual (IC_RESULT (ic), IC_COND (ic->next)) && OP_SYMBOL (IC_RESULT (ic))->liveTo <= ic->next->seq) { OP_SYMBOL (IC_RESULT (ic))->regType = REG_CND; continue; } /* some cases the redundant moves can can be eliminated for return statements */ if ((ic->op == RETURN || ic->op == SEND)) packRegsForOneuse (ic, IC_LEFT (ic), ebp); /* if this is cast for intergral promotion then check if only use of the definition of the operand being casted/ if yes then replace the result of that arithmetic operation with this result and get rid of the cast */ if (ic->op == CAST) { sym_link *fromType = operandType (IC_RIGHT (ic)); sym_link *toType = operandType (IC_LEFT (ic)); if (IS_INTEGRAL (fromType) && IS_INTEGRAL (toType) && getSize (fromType) != getSize (toType) && SPEC_USIGN (fromType) == SPEC_USIGN (toType)) { iCode *dic = packRegsForOneuse (ic, IC_RIGHT (ic), ebp); if (dic) { if (IS_ARITHMETIC_OP (dic)) { IC_RESULT (dic) = IC_RESULT (ic); remiCodeFromeBBlock (ebp, ic); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); ic = ic->prev; } else OP_SYMBOL (IC_RIGHT (ic))-> ruonly = 0; } } else { /* if the type from and type to are the same then if this is the only use then packit */ if (compareType (operandType (IC_RIGHT (ic)), operandType (IC_LEFT (ic))) == 1) { iCode *dic = packRegsForOneuse (ic, IC_RIGHT (ic), ebp); if (dic) { IC_RESULT (dic) = IC_RESULT (ic); remiCodeFromeBBlock (ebp, ic); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); ic = ic->prev; } } } } } } /*-----------------------------------------------------------------*/ /* preAssignParms - we have a leaf function preassign registers */ /*-----------------------------------------------------------------*/ static void preAssignParms (iCode * ic) { int i = R16_IDX; /* look for receives and assign registers to the result of the receives */ while (ic) { /* if it is a receive */ if (ic->op == RECEIVE) { symbol *r = OP_SYMBOL (IC_RESULT (ic)); int size = getSize (r->type); if (r->regType == REG_GPR || r->regType == REG_SCR) { int j = 0; while (size--) { r->regs[j++] = ®sAVR[i++]; regsAVR[i - 1].isFree = 0; } /* put in the regassigned vector */ _G.regAssigned = bitVectSetBit (_G.regAssigned, r->key); } else { /* not a GPR then we should mark as free */ while (size--) { regsAVR[i++].isFree = 1; } } } ic = ic->next; } /* mark anything remaining as free */ while (i <= R23_IDX) regsAVR[i++].isFree = 1; } /*-----------------------------------------------------------------*/ /* setdefaultRegs - do setup stuff for register allocation */ /*-----------------------------------------------------------------*/ static void setDefaultRegs (eBBlock ** ebbs, int count) { int i; /* if no pointer registers required in this function then mark r26-27 & r30-r31 as GPR & free */ regsAVR[R26_IDX].isFree = regsAVR[R27_IDX].isFree = regsAVR[R30_IDX].isFree = regsAVR[R31_IDX].isFree = 1; if (!avr_ptrRegReq) { regsAVR[R26_IDX].type = (regsAVR[R26_IDX].type & ~REG_MASK) | REG_GPR; regsAVR[R27_IDX].type = (regsAVR[R27_IDX].type & ~REG_MASK) | REG_GPR; regsAVR[R28_IDX].type = (regsAVR[R28_IDX].type & ~REG_MASK) | REG_GPR; regsAVR[R29_IDX].type = (regsAVR[R29_IDX].type & ~REG_MASK) | REG_GPR; } else { regsAVR[R26_IDX].type = (regsAVR[R26_IDX].type & ~REG_MASK) | REG_PTR; regsAVR[R27_IDX].type = (regsAVR[R27_IDX].type & ~REG_MASK) | REG_PTR; regsAVR[R30_IDX].type = (regsAVR[R30_IDX].type & ~REG_MASK) | REG_PTR; regsAVR[R31_IDX].type = (regsAVR[R31_IDX].type & ~REG_MASK) | REG_PTR; } /* registers 0-1 / 24-25 used as scratch */ regsAVR[R0_IDX].isFree = regsAVR[R1_IDX].isFree = regsAVR[R24_IDX].isFree = regsAVR[R25_IDX].isFree = 0; /* if this has no function calls then we need to do something special a) pre-assign registers to parameters RECEIVE b) mark the remaining parameter regs as free */ /* mark the parameter regs as SCRACH */ for (i = R16_IDX; i <= R23_IDX; i++) { regsAVR[i].type = (regsAVR[i].type & ~REG_MASK) | REG_SCR; regsAVR[i].isFree = 1; } if (!IFFUNC_HASFCALL(currFunc->type)) { preAssignParms (ebbs[0]->sch); } /* Y - is not allocated (it is the stack frame) */ regsAVR[R28_IDX].isFree = regsAVR[R28_IDX].isFree = 0; } /*-----------------------------------------------------------------*/ /* assignRegisters - assigns registers to each live range as need */ /*-----------------------------------------------------------------*/ void avr_assignRegisters (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; iCode *ic; int i; setToNull ((void *) &_G.funcrUsed); avr_ptrRegReq = _G.stackExtend = _G.dataExtend = 0; /* change assignments this will remove some live ranges reducing some register pressure */ for (i = 0; i < count; i++) packRegisters (ebbs[i]); /* liveranges probably changed by register packing so we compute them again */ recomputeLiveRanges (ebbs, count); if (options.dump_pack) dumpEbbsToFileExt (DUMP_PACK, ebbi); /* first determine for each live range the number of registers & the type of registers required for each */ regTypeNum (); /* setup the default registers */ setDefaultRegs (ebbs, count); /* and serially allocate registers */ serialRegAssign (ebbs, count); /* if stack was extended then tell the user */ if (_G.stackExtend) { /* werror(W_TOOMANY_SPILS,"stack", */ /* _G.stackExtend,currFunc->name,""); */ _G.stackExtend = 0; } if (_G.dataExtend) { /* werror(W_TOOMANY_SPILS,"data space", */ /* _G.dataExtend,currFunc->name,""); */ _G.dataExtend = 0; } /* after that create the register mask for each of the instruction */ createRegMask (ebbs, count); /* redo that offsets for stacked automatic variables */ redoStackOffsets (); if (options.dump_rassgn) dumpEbbsToFileExt (DUMP_RASSGN, ebbi); /* now get back the chain */ ic = iCodeLabelOptimize (iCodeFromeBBlock (ebbs, count)); genAVRCode (ic); /* for (; ic ; ic = ic->next) */ /* piCode(ic,stdout); */ /* free up any _G.stackSpil locations allocated */ applyToSet (_G.stackSpil, deallocStackSpil); _G.slocNum = 0; setToNull ((void *) &_G.stackSpil); setToNull ((void *) &_G.spiltSet); /* mark all registers as free */ return; } sdcc-2.9.0/src/avr/ralloc.h000066400000000000000000000044051116427777700154700ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCralloc.h - header file register allocation Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCicode.h" #include "SDCCBBlock.h" #ifndef SDCCRALLOC_H #define SDCCRALLOC_H 1 enum { R0_IDX = 0, R1_IDX, R2_IDX, R3_IDX, R4_IDX, R5_IDX, R6_IDX, R7_IDX, R8_IDX, R9_IDX, R10_IDX, R11_IDX, R12_IDX, R13_IDX, R14_IDX, R15_IDX, R16_IDX, R17_IDX, R18_IDX, R19_IDX, R20_IDX, R21_IDX, R22_IDX, R23_IDX, R24_IDX, R25_IDX, R26_IDX, R27_IDX, R28_IDX, R29_IDX, R30_IDX, R31_IDX, X_IDX, Z_IDX, CND_IDX }; #define REG_PTR 0x01 #define REG_GPR 0x02 #define REG_SCR 0x04 #define REG_CND 0x08 #define REG_MASK 0x0f #define REG_PAIR 0x10 /* definition for the registers */ typedef struct regs { short type; /* can have value REG_GPR, REG_PTR or REG_CND */ short rIdx; /* index into register table */ short otype; char *name; /* name */ char *dname; /* name when direct access needed */ char *base; /* base address */ short offset; /* offset from the base */ unsigned isFree:1; /* is currently unassigned */ unsigned saveReq:1; /* save required @ function entry ? */ } regs; extern regs regsAVR[]; regs *avr_regWithIdx (int); #endif sdcc-2.9.0/src/cdbFile.c000066400000000000000000000262761116427777700147610ustar00rootroot00000000000000 #include "common.h" /************************************************************* * * * * *************************************************************/ int cdbOpenFile(char *file); int cdbCloseFile(void); int cdbWriteFunction(symbol *pSym, iCode *ic); int cdbWriteEndFunction(symbol *pSym, iCode *ic, int offset); int cdbWriteLabel(symbol *pSym, iCode *ic); int cdbWriteScope(iCode *ic); int cdbWriteSymbol(symbol *pSym); int cdbWriteType(structdef *sdef, int block, int inStruct, char *tag); int cdbWriteModule(char *name); int cdbWriteCLine(iCode *ic); int cdbWriteALine(char *module, int Line); int cdbWriteFrameAddress(char *variable, struct regs *reg, int offset); int cdbWriteBasicSymbol(symbol *sym, int isStructSym, int isFunc); void cdbTypeInfo (sym_link * type); DEBUGFILE cdbDebugFile = { &cdbOpenFile, &cdbCloseFile, &cdbWriteModule, &cdbWriteFunction, &cdbWriteEndFunction, &cdbWriteLabel, &cdbWriteScope, &cdbWriteSymbol, &cdbWriteType, &cdbWriteCLine, &cdbWriteALine, &cdbWriteFrameAddress }; FILE *cdbFilePtr = NULL; char *cdbModuleName = NULL; /****************************************************************** * spacesToUnderscores - replace all non alpha-numerics with * underscores * * *****************************************************************/ static char * spacesToUnderscores (char *dest, const char *src, size_t len) { unsigned int i; char *p; assert(dest != NULL); assert(src != NULL); assert(len > 0); --len; for (p = dest, i = 0; *src != '\0' && i < len; ++src, ++i) { *p++ = (isspace((unsigned char)*src) || (*src == '-')) ? '_' : *src; } *p = '\0'; return dest; } /****************************************************************** * * * * *****************************************************************/ int cdbOpenFile(char *file) { if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "cdbFile.c:cdbOpenFile(%s)\n", file); return (cdbFilePtr = fopen(file, "w")) ? 1 : 0; } /****************************************************************** * * * * *****************************************************************/ int cdbCloseFile(void) { if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "cdbFile.c:cdbCloseFile()\n"); if(!cdbFilePtr) return 0; fclose(cdbFilePtr); cdbFilePtr = NULL; cdbModuleName = NULL; return 1; } /****************************************************************** * * * * *****************************************************************/ int cdbWriteFunction(symbol *pSym, iCode *ic) { char debugSym[INITIAL_INLINEASM]; if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "cdbFile.c:cdbWriteFunction()\n"); if(!cdbFilePtr) return 0; if (IS_STATIC (pSym->etype)) sprintf (debugSym, "F%s$%s$0$0", moduleName, pSym->name); else sprintf (debugSym, "G$%s$0$0", pSym->name); emitDebuggerSymbol (debugSym); return cdbWriteBasicSymbol(pSym, FALSE, TRUE); } /****************************************************************** * * * * *****************************************************************/ int cdbWriteEndFunction(symbol *pSym, iCode *ic, int offset) { char debugSym[INITIAL_INLINEASM]; if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "cdbFile.c:cdbWriteEndFunction()\n"); if(!cdbFilePtr) return 0; if (ic) { sprintf (debugSym, "C$%s$%d$%d$%d", FileBaseName (ic->filename), pSym->lastLine, ic->level, ic->block); spacesToUnderscores (debugSym, debugSym, sizeof (debugSym)); emitDebuggerSymbol (debugSym); } if (IS_STATIC (pSym->etype)) sprintf (debugSym, "XF%s$%s$0$0", moduleName, pSym->name); else sprintf (debugSym, "XG$%s$0$0", pSym->name); emitDebuggerSymbol (debugSym); return 1; } /****************************************************************** * * * * *****************************************************************/ int cdbWriteLabel(symbol *pSym, iCode *ic) { if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "cdbFile.c:cdbWriteLabel()\n"); if(!cdbFilePtr) return 0; return 1; } /****************************************************************** * * * * *****************************************************************/ int cdbWriteScope(iCode *ic) { if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "cdbFile.c:cdbWriteScope()\n"); if(!cdbFilePtr) return 0; return 1; } /****************************************************************** * * * * *****************************************************************/ int cdbWriteSymbol(symbol *pSym) { if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "cdbFile.c:cdbWriteSymbol()\n"); if(!cdbFilePtr) return 0; return cdbWriteBasicSymbol(pSym, FALSE, FALSE); } /****************************************************************** * * * * *****************************************************************/ int cdbWriteType(structdef *sdef, int block, int inStruct, char *tag) { symbol *sym; if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "cdbFile.c:cdbWriteType()\n"); if(!cdbFilePtr) return 0; fprintf (cdbFilePtr, "T:"); /* if block # then must have function scope */ fprintf (cdbFilePtr, "F%s$", moduleName); fprintf (cdbFilePtr, "%s[", (tag ? tag : sdef->tag)); for (sym = sdef->fields; sym; sym = sym->next) { fprintf (cdbFilePtr, "({%d}", sym->offset); cdbWriteBasicSymbol(sym, TRUE, FALSE); fprintf(cdbFilePtr, ")"); } fprintf (cdbFilePtr, "]"); if (!inStruct) fprintf (cdbFilePtr, "\n"); return 1; } /****************************************************************** * * * * *****************************************************************/ int cdbWriteModule(char *name) { if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "cdbFile.c:cdbWriteModule()\n"); if(!cdbFilePtr) return 0; cdbModuleName = name; fprintf(cdbFilePtr, "M:%s\n", cdbModuleName); return 1; } /****************************************************************** * * * * *****************************************************************/ int cdbWriteCLine(iCode *ic) { char debugSym[INITIAL_INLINEASM]; if(!cdbFilePtr) return 0; sprintf (debugSym, "C$%s$%d$%d$%d", FileBaseName (ic->filename), ic->lineno, ic->level, ic->block); spacesToUnderscores (debugSym, debugSym, sizeof (debugSym)); emitDebuggerSymbol (debugSym); return 1; } /****************************************************************** * * * * *****************************************************************/ int cdbWriteALine(char *module, int Line) { if(!cdbFilePtr) return 0; return 1; } /****************************************************************** * * * * *****************************************************************/ int cdbWriteFrameAddress(char *variable, struct regs *reg, int offset) { if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "cdbFile.c:cdbWriteFrameAddress()\n"); if(!cdbFilePtr) return 0; return 1; } /****************************************************************** * * * * *****************************************************************/ int cdbWriteBasicSymbol(symbol *sym, int isStructSym, int isFunc) { memmap *map; if (getenv("SDCC_DEBUG_FUNCTION_POINTERS")) fprintf (stderr, "cdbFile.c:cdbWriteBasicSymbol()\n"); if(!cdbFilePtr) return 0; if (!sym) return 0; /* WRITE HEADER, Function or Symbol */ if (isFunc) fprintf (cdbFilePtr, "F:"); else fprintf (cdbFilePtr, "S:"); /* STRUCTS do not have scope info.. */ if (!isStructSym) { if (!sym->level) { /* global */ if (IS_STATIC (sym->etype)) fprintf (cdbFilePtr, "F%s$", moduleName); /* scope is file */ else fprintf (cdbFilePtr, "G$"); /* scope is global */ } else /* symbol is local */ fprintf (cdbFilePtr, "L%s$", (sym->localof ? sym->localof->name : "-null-")); } else fprintf (cdbFilePtr, "S$"); /* scope is structure */ /* print the name, & mangled name */ fprintf (cdbFilePtr, "%s$%d$%d(", sym->name, sym->level, sym->block); cdbTypeInfo (sym->type); fprintf (cdbFilePtr, "),"); /* CHECK FOR REGISTER SYMBOL... */ if (!sym->allocreq && sym->reqv) { int a; symbol *TempSym = OP_SYMBOL (sym->reqv); fprintf(cdbFilePtr, "R,0,0,["); for(a = 0; a < 4; a++) if(TempSym->regs[a]) fprintf(cdbFilePtr, "%s%s", port->getRegName(TempSym->regs[a]), ((a < 3) && (TempSym->regs[a+1])) ? "," : ""); fprintf(cdbFilePtr, "]"); } else { /* print the address space */ map = SPEC_OCLS (sym->etype); fprintf (cdbFilePtr, "%c,%d,%d", (map ? map->dbName : 'Z'), sym->onStack, SPEC_STAK (sym->etype)); } /* if assigned to registers then output register names */ /* if this is a function then print if is it an interrupt routine & interrupt number and the register bank it is using */ if (isFunc) fprintf (cdbFilePtr, ",%d,%d,%d", FUNC_ISISR (sym->type), FUNC_INTNO (sym->type), FUNC_REGBANK (sym->type)); /* alternate location to find this symbol @ : eg registers or spillication */ if (!isStructSym) fprintf (cdbFilePtr, "\n"); return 1; } /****************************************************************** * * * * *****************************************************************/ /*-----------------------------------------------------------------*/ /* cdbTypeInfo - print the type information for debugger */ /*-----------------------------------------------------------------*/ void cdbTypeInfo (sym_link * type) { fprintf (cdbFilePtr, "{%d}", getSize (type)); while (type) { if (IS_DECL (type)) { switch (DCL_TYPE (type)) { case FUNCTION: fprintf (cdbFilePtr, "DF,"); break; case GPOINTER: fprintf (cdbFilePtr, "DG,"); break; case CPOINTER: fprintf (cdbFilePtr, "DC,"); break; case FPOINTER: fprintf (cdbFilePtr, "DX,"); break; case POINTER: fprintf (cdbFilePtr, "DD,"); break; case IPOINTER: fprintf (cdbFilePtr, "DI,"); break; case PPOINTER: fprintf (cdbFilePtr, "DP,"); break; case EEPPOINTER: fprintf (cdbFilePtr, "DA,"); break; case ARRAY: fprintf (cdbFilePtr, "DA%d,", DCL_ELEM (type)); break; default: break; } } else { switch (SPEC_NOUN (type)) { case V_INT: if (IS_LONG (type)) fprintf (cdbFilePtr, "SL"); else fprintf (cdbFilePtr, "SI"); break; case V_CHAR: fprintf (cdbFilePtr, "SC"); break; case V_VOID: fprintf (cdbFilePtr, "SV"); break; case V_FLOAT: fprintf (cdbFilePtr, "SF"); break; case V_FIXED16X16: fprintf(cdbFilePtr, "SQ"); break; case V_STRUCT: fprintf (cdbFilePtr, "ST%s", SPEC_STRUCT (type)->tag); break; case V_SBIT: fprintf (cdbFilePtr, "SX"); break; case V_BIT: case V_BITFIELD: fprintf (cdbFilePtr, "SB%d$%d", SPEC_BSTR (type), SPEC_BLEN (type)); break; default: break; } fputs (":", cdbFilePtr); if (SPEC_USIGN (type)) fputs ("U", cdbFilePtr); else fputs ("S", cdbFilePtr); } type = type->next; } } sdcc-2.9.0/src/clean.mk000066400000000000000000000022531116427777700146650ustar00rootroot00000000000000CLEANALLPORTS = avr ds390 ds400 hc08 mcs51 pic pic16 z80 xa51 # Deleting all files created by building the program # -------------------------------------------------- clean: rm -f *core *[%~] *.[oa] *.output rm -f .[a-z]*~ \#* rm -f version.h rm -f SDCCy.c SDCCy.h SDCClex.c rm -f $(top_builddir)/bin/sdcc$(EXEEXT) sdcc$(EXEEXT) for port in $(CLEANALLPORTS) ; do\ if [ -f $$port/Makefile ]; then\ $(MAKE) -C $$port clean ;\ fi;\ done # Deleting all files created by configuring or building the program # ----------------------------------------------------------------- distclean: clean rm -f Makefile *.dep for port in $(CLEANALLPORTS) ; do\ if [ -f $$port/Makefile ]; then\ $(MAKE) -C $$port distclean ;\ fi;\ done # Like clean but some files may still exist # ----------------------------------------- mostlyclean: clean rm -f SDCCy.c rm -f SDCCy.h rm -f SDCClex.c # Deleting everything that can reconstructed by this Makefile. It deletes # everything deleted by distclean plus files created by bison, etc. # ----------------------------------------------------------------------- realclean: distclean rm -f SDCCy.c rm -f SDCCy.h rm -f SDCClex.c sdcc-2.9.0/src/common.h000066400000000000000000000013521116427777700147120ustar00rootroot00000000000000#include #include #include #include #include #ifndef COMMON_H #define COMMON_H #if defined(__APPLE__) && (__MACH__) #ifdef _G #undef _G #endif #endif #include "SDCCglobl.h" #include "SDCCmem.h" #include "SDCCast.h" #include "SDCCy.h" #include "SDCChasht.h" #include "SDCCbitv.h" #include "SDCCset.h" #include "SDCCicode.h" #include "SDCClabel.h" #include "SDCCBBlock.h" #include "SDCCloop.h" #include "SDCCcse.h" #include "SDCCcflow.h" #include "SDCCdflow.h" #include "SDCClrange.h" #include "SDCCptropt.h" #include "SDCCopt.h" #include "SDCCglue.h" #include "SDCCpeeph.h" #include "SDCCdebug.h" #include "SDCCutil.h" #include "SDCCasm.h" #include "port.h" #include "newalloc.h" #endif sdcc-2.9.0/src/conf.mk000066400000000000000000000003021116427777700145210ustar00rootroot00000000000000# # Makefile targets to remake configuration # freshconf: Makefile Makefile: $(srcdir)/Makefile.in $(top_srcdir)/configure.in cd $(top_builddir) && $(SHELL) ./config.status # End of conf.mk sdcc-2.9.0/src/ds390/000077500000000000000000000000001116427777700141125ustar00rootroot00000000000000sdcc-2.9.0/src/ds390/Makefile.bcc000066400000000000000000000005221116427777700162770ustar00rootroot00000000000000# Makefile for Borlad C++ PRJDIR = ../.. OBJ = gen.obj ralloc.obj main.obj LIB = port.lib !include $(PRJDIR)/Bcc.inc CFLAGS = $(CFLAGS) -I.. -I$(PRJDIR) all: $(LIB) main.obj: main.c peeph.rul $(LIB): $(OBJ) if exist $(LIB) del $(LIB) tlib $@ @&&! +$(**: = &^ +) ! .def.rul: gawk -f ../SDCCpeeph.awk $< > $@ sdcc-2.9.0/src/ds390/Makefile.in000066400000000000000000000002451116427777700161600ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ # Make all in this directory include $(srcdir)/../port.mk sdcc-2.9.0/src/ds390/ds390.dsp000066400000000000000000000065541116427777700154760ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="ds390" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Static Library" 0x0104 CFG=ds390 - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "ds390.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "ds390.mak" CFG="ds390 - Win32 Release" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "ds390 - Win32 Debug" (based on "Win32 (x86) Static Library") !MESSAGE "ds390 - Win32 Release" (based on "Win32 (x86) Static Library") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" CPP=cl.exe RSC=rc.exe !IF "$(CFG)" == "ds390 - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /Gm /GX /ZI /Od /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "_DEBUG" /D "_MBCS" /D "_LIB" /FR /FD /GZ /Zm500 /c # ADD CPP /nologo /W3 /Gm /GX /ZI /Od /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "_DEBUG" /D "_MBCS" /D "_LIB" /FR /FD /GZ /Zm1000 /c # ADD BASE RSC /l 0x409 /d "_DEBUG" # ADD RSC /l 0x409 /d "_DEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LIB32=link.exe -lib # ADD BASE LIB32 /nologo /out:"Debug\port.lib" # ADD LIB32 /nologo /out:"Debug\port.lib" !ELSEIF "$(CFG)" == "ds390 - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Target_Dir "" # ADD BASE CPP /nologo /ML /W3 /GX /O2 /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "NDEBUG" /D "_MBCS" /D "_LIB" /FD /Zm500 /c # ADD CPP /nologo /ML /W3 /GX /O2 /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "NDEBUG" /D "_MBCS" /D "_LIB" /FD /Zm1000 /c # ADD BASE RSC /l 0x409 /d "NDEBUG" # ADD RSC /l 0x409 /d "NDEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LIB32=link.exe -lib # ADD BASE LIB32 /nologo /out:"Release\port.lib" # ADD LIB32 /nologo /out:"Release\port.lib" !ENDIF # Begin Target # Name "ds390 - Win32 Debug" # Name "ds390 - Win32 Release" # Begin Group "Source Files" # PROP Default_Filter "cpp;c;cxx;rc;def;r;odl;idl;hpj;bat" # Begin Source File SOURCE=.\gen.c # End Source File # Begin Source File SOURCE=.\main.c # End Source File # Begin Source File SOURCE=.\ralloc.c # End Source File # End Group # Begin Group "Header Files" # PROP Default_Filter "h;hpp;hxx;hm;inl" # Begin Source File SOURCE=.\gen.h # End Source File # Begin Source File SOURCE=.\main.h # End Source File # Begin Source File SOURCE=.\ralloc.h # End Source File # End Group # End Target # End Project sdcc-2.9.0/src/ds390/ds390a.dsp000066400000000000000000000043371116427777700156340ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="ds390a" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Generic Project" 0x010a CFG=ds390a - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "ds390a.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "ds390a.mak" CFG="ds390a - Win32 Release" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "ds390a - Win32 Debug" (based on "Win32 (x86) Generic Project") !MESSAGE "ds390a - Win32 Release" (based on "Win32 (x86) Generic Project") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" MTL=midl.exe !IF "$(CFG)" == "ds390a - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "" # PROP Intermediate_Dir "" # PROP Target_Dir "" !ELSEIF "$(CFG)" == "ds390a - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "" # PROP Intermediate_Dir "" # PROP Target_Dir "" !ENDIF # Begin Target # Name "ds390a - Win32 Debug" # Name "ds390a - Win32 Release" # Begin Source File SOURCE=.\peeph.def !IF "$(CFG)" == "ds390a - Win32 Debug" # Begin Custom Build InputPath=.\peeph.def "peeph.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph.rul # End Custom Build !ELSEIF "$(CFG)" == "ds390a - Win32 Release" # Begin Custom Build InputPath=.\peeph.def "peeph.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph.rul # End Custom Build !ENDIF # End Source File # End Target # End Project sdcc-2.9.0/src/ds390/gen.c000066400000000000000000015414611116427777700150430ustar00rootroot00000000000000/*------------------------------------------------------------------------- gen.c - source file for code generation for DS80C390 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) and - Jean-Louis VERN.jlvern@writeme.com (1999) Bug Fixes - Wojciech Stryjewski wstryj1@tiger.lsu.edu (1999 v2.1.9a) DS390 adaptation by Kevin Vigor This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ //#define D(x) #define D(x) do if (options.verboseAsm) {x;} while(0) #include #include #include #include #include "SDCCglobl.h" #include "newalloc.h" #include "dbuf_string.h" #include "common.h" #include "main.h" #include "ralloc.h" #include "gen.h" #define BETTER_LITERAL_SHIFT char *aopLiteral (value * val, int offset); extern int allocInfo; /* this is the down and dirty file with all kinds of kludgy & hacky stuff. This is what it is all about CODE GENERATION for a specific MCU . some of the routines may be reusable, will have to see */ static char *zero = "#0"; static char *one = "#1"; static char *spname; #define TR_DPTR(s) if (options.model != MODEL_FLAT24) { emitcode(";", " Use_DPTR1 %s ", s); } #define TR_AP(s) if (options.model != MODEL_FLAT24) { emitcode(";", " Use_AP %s ", s); } unsigned fReturnSizeDS390 = 5; static char *fReturn24[] = {"dpl", "dph", "dpx", "b", "a"}; static char *fReturn16[] = {"dpl", "dph", "b", "a"}; static char **fReturn = fReturn24; static char *accUse[] = {"a", "b"}; static char *dptrn[2][3]; static char *javaRet[] = { "r0","r1","r2","r3"}; static short rbank = -1; #define REG_WITH_INDEX ds390_regWithIdx #define AOP(op) op->aop #define AOP_TYPE(op) AOP(op)->type #define AOP_SIZE(op) AOP(op)->size #define IS_AOP_PREG(x) (AOP(x) && (AOP_TYPE(x) == AOP_R1 || \ AOP_TYPE(x) == AOP_R0)) #define AOP_NEEDSACC(x) (AOP(x) && (AOP_TYPE(x) == AOP_CRY || \ AOP_TYPE(x) == AOP_DPTR || AOP_TYPE(x) == AOP_DPTR2 || \ AOP(x)->paged)) #define AOP_INPREG(x) (x && (x->type == AOP_REG && \ (x->aopu.aop_reg[0] == REG_WITH_INDEX(R0_IDX) || \ x->aopu.aop_reg[0] == REG_WITH_INDEX(R1_IDX) ))) #define AOP_INDPTRn(x) (AOP_TYPE(x) == AOP_DPTRn) #define AOP_USESDPTR(x) ((AOP_TYPE(x) == AOP_DPTR) || (AOP_TYPE(x) == AOP_STR)) #define AOP_USESDPTR2(x) ((AOP_TYPE(x) == AOP_DPTR2) || (AOP_TYPE(x) == AOP_DPTRn)) // The following two macros can be used even if the aop has not yet been aopOp'd. #define AOP_IS_STR(x) (IS_SYMOP(x) && OP_SYMBOL(x)->ruonly) #define AOP_IS_DPTRn(x) (IS_SYMOP(x) && OP_SYMBOL(x)->dptr) /* Workaround for DS80C390 bug: div ab may return bogus results * if A is accessed in instruction immediately before the div. * * Will be fixed in B4 rev of processor, Dallas claims. */ #define LOAD_AB_FOR_DIV(LEFT, RIGHT, L) \ if (!AOP_NEEDSACC(RIGHT)) \ { \ /* We can load A first, then B, since \ * B (the RIGHT operand) won't clobber A, \ * thus avoiding touching A right before the div. \ */ \ D(emitcode(";", "DS80C390 div bug: rearranged ops.");); \ L = aopGet(LEFT,0,FALSE,FALSE,NULL); \ MOVA(L); \ L = aopGet(RIGHT,0,FALSE,FALSE,"b"); \ MOVB(L); \ } \ else \ { \ /* Just stuff in a nop after loading A. */ \ emitcode("mov","b,%s",aopGet(RIGHT,0,FALSE,FALSE,NULL));\ L = aopGet(LEFT,0,FALSE,FALSE,NULL); \ MOVA(L); \ emitcode("nop", "; workaround for DS80C390 div bug."); \ } #define R0INB _G.bu.bs.r0InB #define R1INB _G.bu.bs.r1InB #define OPINB _G.bu.bs.OpInB #define BINUSE _G.bu.BInUse static struct { short r0Pushed; short r1Pushed; union { struct { short r0InB : 2;//2 so we can see it overflow short r1InB : 2;//2 so we can see it overflow short OpInB : 2;//2 so we can see it overflow } bs; short BInUse; } bu; short accInUse; short inLine; short debugLine; short nRegsSaved; short dptrInUse; short dptr1InUse; set *sendSet; iCode *current_iCode; symbol *currentFunc; } _G; static char *rb1regs[] = { "b1_0","b1_1","b1_2","b1_3","b1_4","b1_5","b1_6","b1_7", "b0", "b1", "b2", "b3", "b4", "b5", "b6", "b7" }; static void saveRBank (int, iCode *, bool); #define RESULTONSTACK(x) \ (IC_RESULT(x) && IC_RESULT(x)->aop && \ IC_RESULT(x)->aop->type == AOP_STK ) #define MOVA(x) mova(x) /* use function to avoid multiple eval */ #define MOVB(x) movb(x) #define CLRC emitcode("clr","c") #define SETC emitcode("setb","c") // A scratch register which will be used to hold // result bytes from operands in far space via DPTR2. #define DP2_RESULT_REG "_ap" static lineNode *lineHead = NULL; static lineNode *lineCurr = NULL; static unsigned char SLMask[] = {0xFF, 0xFE, 0xFC, 0xF8, 0xF0, 0xE0, 0xC0, 0x80, 0x00}; static unsigned char SRMask[] = {0xFF, 0x7F, 0x3F, 0x1F, 0x0F, 0x07, 0x03, 0x01, 0x00}; #define LSB 0 #define MSB16 1 #define MSB24 2 #define MSB32 3 #define PROTECT_SP {if (options.protect_sp_update) { \ symbol *lbl = newiTempLabel(NULL); \ emitcode ("setb","F1"); \ emitcode ("jbc","EA,!tlabel",lbl->key+100); \ emitcode ("clr","F1"); \ emitLabel (lbl); \ }} #define UNPROTECT_SP { if (options.protect_sp_update) { \ emitcode ("mov","EA,F1"); \ }} static int _currentDPS; /* Current processor DPS. */ static int _desiredDPS; /* DPS value compiler thinks we should be using. */ static int _lazyDPS = 0; /* if non-zero, we are doing lazy evaluation of DPS changes. */ /*-----------------------------------------------------------------*/ /* emitcode - writes the code into a file : for now it is simple */ /*-----------------------------------------------------------------*/ static void emitcode (const char *inst, const char *fmt,...) { va_list ap; struct dbuf_s dbuf; const char *lbp, *lb; dbuf_init (&dbuf, INITIAL_INLINEASM); va_start (ap, fmt); if (inst && *inst) { dbuf_append_str (&dbuf, inst); if (fmt && *fmt) { dbuf_append_char (&dbuf, '\t'); dbuf_tvprintf (&dbuf, fmt, ap); } } else { dbuf_tvprintf (&dbuf, fmt, ap); } lbp = lb = dbuf_c_str(&dbuf); while (isspace ((unsigned char)*lbp)) { lbp++; } if (lbp) { lineCurr = (lineCurr ? connectLine (lineCurr, newLineNode (lb)) : (lineHead = newLineNode (lb))); lineCurr->isInline = _G.inLine; lineCurr->isDebug = _G.debugLine; lineCurr->ic = _G.current_iCode; lineCurr->aln = ds390newAsmLineNode(_currentDPS); lineCurr->isComment = (*lbp == ';'); } va_end (ap); dbuf_destroy(&dbuf); } static void emitLabel (symbol *tlbl) { emitcode ("", "!tlabeldef", tlbl->key + 100); lineCurr->isLabel = 1; } /*-----------------------------------------------------------------*/ /* ds390_emitDebuggerSymbol - associate the current code location */ /* with a debugger symbol */ /*-----------------------------------------------------------------*/ void ds390_emitDebuggerSymbol (char * debugSym) { _G.debugLine = 1; emitcode ("", "%s ==.", debugSym); _G.debugLine = 0; } /*-----------------------------------------------------------------*/ /* mova - moves specified value into accumulator */ /*-----------------------------------------------------------------*/ static void mova (const char *x) { /* do some early peephole optimization */ if (!strncmp(x, "a", 2) || !strncmp(x, "acc", 4)) return; emitcode("mov", "a,%s", x); } /*-----------------------------------------------------------------*/ /* movb - moves specified value into register b */ /*-----------------------------------------------------------------*/ static void movb (const char *x) { /* do some early peephole optimization */ if (!strncmp(x, "b", 2)) return; emitcode("mov","b,%s", x); } /*-----------------------------------------------------------------*/ /* movc - moves specified value into the carry */ /*-----------------------------------------------------------------*/ static void movc (const char *s) { if (s == zero) CLRC; else if (s == one) SETC; else if (strcmp (s, "c")) {/* it's not in carry already */ MOVA (s); /* set C, if a >= 1 */ emitcode ("add", "a,#0xff"); } } /*-----------------------------------------------------------------*/ /* pushB - saves register B if necessary */ /*-----------------------------------------------------------------*/ static bool pushB (void) { bool pushedB = FALSE; if (BINUSE) { emitcode ("push", "b"); // printf("B was in use !\n"); pushedB = TRUE; } else { OPINB++; } return pushedB; } /*-----------------------------------------------------------------*/ /* popB - restores value of register B if necessary */ /*-----------------------------------------------------------------*/ static void popB (bool pushedB) { if (pushedB) { emitcode ("pop", "b"); } else { OPINB--; } } /*-----------------------------------------------------------------*/ /* pushReg - saves register */ /*-----------------------------------------------------------------*/ static bool pushReg (int index, bool bits_pushed) { regs * reg = REG_WITH_INDEX (index); if (reg->type == REG_BIT) { if (!bits_pushed) emitcode ("push", "%s", reg->base); return TRUE; } else emitcode ("push", "%s", reg->dname); return bits_pushed; } /*-----------------------------------------------------------------*/ /* popReg - restores register */ /*-----------------------------------------------------------------*/ static bool popReg (int index, bool bits_popped) { regs * reg = REG_WITH_INDEX (index); if (reg->type == REG_BIT) { if (!bits_popped) emitcode ("pop", "%s", reg->base); return TRUE; } else emitcode ("pop", "%s", reg->dname); return bits_popped; } /*-----------------------------------------------------------------*/ /* getFreePtr - returns r0 or r1 whichever is free or can be pushed */ /*-----------------------------------------------------------------*/ static regs * getFreePtr (iCode * ic, asmop ** aopp, bool result) { bool r0iu, r1iu; bool r0ou, r1ou; /* the logic: if r0 & r1 used in the instruction then we are in trouble otherwise */ /* first check if r0 & r1 are used by this instruction, in which case we are in trouble */ r0iu = bitVectBitValue (ic->rUsed, R0_IDX); r1iu = bitVectBitValue (ic->rUsed, R1_IDX); if (r0iu && r1iu) { goto endOfWorld; } r0ou = bitVectBitValue (ic->rMask, R0_IDX); r1ou = bitVectBitValue (ic->rMask, R1_IDX); /* if no usage of r0 then return it */ if (!r0iu && !r0ou) { ic->rUsed = bitVectSetBit (ic->rUsed, R0_IDX); (*aopp)->type = AOP_R0; return (*aopp)->aopu.aop_ptr = REG_WITH_INDEX (R0_IDX); } /* if no usage of r1 then return it */ if (!r1iu && !r1ou) { ic->rUsed = bitVectSetBit (ic->rUsed, R1_IDX); (*aopp)->type = AOP_R1; return (*aopp)->aopu.aop_ptr = REG_WITH_INDEX (R1_IDX); } /* now we know they both have usage */ /* if r0 not used in this instruction */ if (!r0iu) { /* push it if not already pushed */ if (!_G.r0Pushed) { emitcode ("push", "%s", REG_WITH_INDEX (R0_IDX)->dname); _G.r0Pushed++; } ic->rUsed = bitVectSetBit (ic->rUsed, R0_IDX); (*aopp)->type = AOP_R0; return (*aopp)->aopu.aop_ptr = REG_WITH_INDEX (R0_IDX); } /* if r1 not used then */ if (!r1iu) { /* push it if not already pushed */ if (!_G.r1Pushed) { emitcode ("push", "%s", REG_WITH_INDEX (R1_IDX)->dname); _G.r1Pushed++; } ic->rUsed = bitVectSetBit (ic->rUsed, R1_IDX); (*aopp)->type = AOP_R1; return REG_WITH_INDEX (R1_IDX); } endOfWorld: /* I said end of world, but not quite end of world yet */ /* if this is a result then we can push it on the stack */ if (result) { (*aopp)->type = AOP_STK; return NULL; } /* now this is REALLY the end of the world */ werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "getFreePtr should never reach here"); exit (1); return NULL; // notreached, but makes compiler happy. } /*-----------------------------------------------------------------*/ /* genSetDPTR: generate code to select which DPTR is in use (zero */ /* selects standard DPTR (DPL/DPH/DPX), non-zero selects DS390 */ /* alternate DPTR (DPL1/DPH1/DPX1). */ /*-----------------------------------------------------------------*/ static void genSetDPTR (int n) { /* If we are doing lazy evaluation, simply note the desired * change, but don't emit any code yet. */ if (_lazyDPS) { _desiredDPS = n; return; } if (!n) { emitcode ("mov", "dps,#0"); } else { TR_DPTR("#1"); emitcode ("mov", "dps,#1"); } } /*------------------------------------------------------------------*/ /* _startLazyDPSEvaluation: call to start doing lazy DPS evaluation */ /* */ /* Any code that operates on DPTR (NB: not on the individual */ /* components, like DPH) *must* call _flushLazyDPS() before using */ /* DPTR within a lazy DPS evaluation block. */ /* */ /* Note that aopPut and aopGet already contain the proper calls to */ /* _flushLazyDPS, so it is safe to use these calls within a lazy */ /* DPS evaluation block. */ /* */ /* Also, _flushLazyDPS must be called before any flow control */ /* operations that could potentially branch out of the block. */ /* */ /* Lazy DPS evaluation is simply an optimization (though an */ /* important one), so if in doubt, leave it out. */ /*------------------------------------------------------------------*/ static void _startLazyDPSEvaluation (void) { _currentDPS = 0; _desiredDPS = 0; #ifdef BETTER_LITERAL_SHIFT _lazyDPS++; #else _lazyDPS = 1; #endif } /*------------------------------------------------------------------*/ /* _flushLazyDPS: emit code to force the actual DPS setting to the */ /* desired one. Call before using DPTR within a lazy DPS evaluation */ /* block. */ /*------------------------------------------------------------------*/ static void _flushLazyDPS (void) { if (!_lazyDPS) { /* nothing to do. */ return; } if (_desiredDPS != _currentDPS) { if (_desiredDPS) { emitcode ("inc", "dps"); } else { emitcode ("dec", "dps"); } _currentDPS = _desiredDPS; } } /*-----------------------------------------------------------------*/ /* _endLazyDPSEvaluation: end lazy DPS evaluation block. */ /* */ /* Forces us back to the safe state (standard DPTR selected). */ /*-----------------------------------------------------------------*/ static void _endLazyDPSEvaluation (void) { #ifdef BETTER_LITERAL_SHIFT _lazyDPS--; #else _lazyDPS = 0; #endif if (!_lazyDPS) { if (_currentDPS) { genSetDPTR (0); _flushLazyDPS (); } _currentDPS = 0; _desiredDPS = 0; } } /*-----------------------------------------------------------------*/ /* newAsmop - creates a new asmOp */ /*-----------------------------------------------------------------*/ static asmop * newAsmop (short type) { asmop *aop; aop = Safe_calloc (1, sizeof (asmop)); aop->type = type; aop->allocated = 1; return aop; } /*-----------------------------------------------------------------*/ /* pointerCode - returns the code for a pointer type */ /*-----------------------------------------------------------------*/ static int pointerCode (sym_link * etype) { return PTR_TYPE (SPEC_OCLS (etype)); } /*-----------------------------------------------------------------*/ /* leftRightUseAcc - returns size of accumulator use by operands */ /*-----------------------------------------------------------------*/ static int leftRightUseAcc(iCode *ic) { operand *op; int size; int accuseSize = 0; int accuse = 0; if (!ic) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "null iCode pointer"); return 0; } if (ic->op == IFX) { op = IC_COND (ic); if (IS_OP_ACCUSE (op)) { accuse = 1; size = getSize (OP_SYMBOL (op)->type); if (size>accuseSize) accuseSize = size; } } else if (ic->op == JUMPTABLE) { op = IC_JTCOND (ic); if (IS_OP_ACCUSE (op)) { accuse = 1; size = getSize (OP_SYMBOL (op)->type); if (size>accuseSize) accuseSize = size; } } else { op = IC_LEFT (ic); if (IS_OP_ACCUSE (op)) { accuse = 1; size = getSize (OP_SYMBOL (op)->type); if (size>accuseSize) accuseSize = size; } op = IC_RIGHT (ic); if (IS_OP_ACCUSE (op)) { accuse = 1; size = getSize (OP_SYMBOL (op)->type); if (size>accuseSize) accuseSize = size; } } if (accuseSize) return accuseSize; else return accuse; } /*-----------------------------------------------------------------*/ /* aopForSym - for a true symbol */ /*-----------------------------------------------------------------*/ static asmop * aopForSym (iCode * ic, symbol * sym, bool result, bool useDP2) { asmop *aop; memmap *space; bool accuse = leftRightUseAcc (ic) || _G.accInUse; char *dpl = useDP2 ? "dpl1" : "dpl"; char *dph = useDP2 ? "dph1" : "dph"; char *dpx = useDP2 ? "dpx1" : "dpx"; wassertl (ic != NULL, "Got a null iCode"); wassertl (sym != NULL, "Got a null symbol"); space = SPEC_OCLS (sym->etype); /* if already has one */ if (sym->aop) { if ((sym->aop->type == AOP_DPTR && useDP2) || (sym->aop->type == AOP_DPTR2 && !useDP2)) sym->aop = NULL; else { sym->aop->allocated++; return sym->aop; } } /* assign depending on the storage class */ /* if it is on the stack or indirectly addressable */ /* space we need to assign either r0 or r1 to it */ if ((sym->onStack && !options.stack10bit) || sym->iaccess) { sym->aop = aop = newAsmop (0); aop->aopu.aop_ptr = getFreePtr (ic, &aop, result); aop->size = getSize (sym->type); /* now assign the address of the variable to the pointer register */ if (aop->type != AOP_STK) { if (sym->onStack) { signed char offset = ((sym->stack < 0) ? ((signed char) (sym->stack - _G.nRegsSaved)) : ((signed char) sym->stack)) & 0xff; if ((abs(offset) <= 3) || (accuse && (abs(offset) <= 7))) { emitcode ("mov", "%s,_bp", aop->aopu.aop_ptr->name); while (offset < 0) { emitcode ("dec", aop->aopu.aop_ptr->name); offset++; } while (offset > 0) { emitcode ("inc", aop->aopu.aop_ptr->name); offset--; } } else { if (accuse) emitcode ("push", "acc"); emitcode ("mov", "a,_bp"); emitcode ("add", "a,#!constbyte", offset); emitcode ("mov", "%s,a", aop->aopu.aop_ptr->name); if (accuse) emitcode ("pop", "acc"); } } else { emitcode ("mov", "%s,#%s", aop->aopu.aop_ptr->name, sym->rname); } aop->paged = space->paged; } else aop->aopu.aop_stk = sym->stack; return aop; } if (sym->onStack && options.stack10bit) { short stack_val = -((sym->stack < 0) ? ((short) (sym->stack - _G.nRegsSaved)) : ((short) sym->stack)) ; if (_G.dptrInUse ) { emitcode ("push",dpl); emitcode ("push",dph); emitcode ("push",dpx); } /* It's on the 10 bit stack, which is located in * far data space. */ if (stack_val < 0 && stack_val > -5) { /* between -5 & -1 */ if (options.model == MODEL_FLAT24) { emitcode ("mov", "%s,#!constbyte", dpx, (options.stack_loc >> 16) & 0xff); } emitcode ("mov", "%s,_bpx+1", dph); emitcode ("mov", "%s,_bpx", dpl); if (useDP2) { emitcode ("mov","dps,#1"); } stack_val = -stack_val; while (stack_val--) { emitcode ("inc","dptr"); } if (useDP2) { emitcode("mov","dps,#0"); } } else { if (accuse) emitcode ("push", "acc"); emitcode ("mov", "a,_bpx"); emitcode ("clr","c"); emitcode ("subb", "a,#!constbyte", stack_val & 0xff); emitcode ("mov","%s,a", dpl); emitcode ("mov","a,_bpx+1"); emitcode ("subb","a,#!constbyte",(stack_val >> 8) & 0xff); emitcode ("mov", "%s,a", dph); if (options.model == MODEL_FLAT24) { emitcode ("mov", "%s,#!constbyte", dpx, (options.stack_loc >> 16) & 0xff); } if (accuse) emitcode ("pop", "acc"); } sym->aop = aop = newAsmop ((short) (useDP2 ? AOP_DPTR2 : AOP_DPTR)); aop->size = getSize (sym->type); return aop; } /* if in bit space */ if (IN_BITSPACE (space)) { sym->aop = aop = newAsmop (AOP_CRY); aop->aopu.aop_dir = sym->rname; aop->size = getSize (sym->type); return aop; } /* if it is in direct space */ if (IN_DIRSPACE (space)) { sym->aop = aop = newAsmop (AOP_DIR); aop->aopu.aop_dir = sym->rname; aop->size = getSize (sym->type); return aop; } /* special case for a function */ if (IS_FUNC (sym->type) && !(sym->isitmp)) { sym->aop = aop = newAsmop (AOP_IMMD); aop->aopu.aop_immd.aop_immd1 = Safe_strdup(sym->rname); aop->size = FPTRSIZE; return aop; } /* only remaining is far space */ /* in which case DPTR gets the address */ sym->aop = aop = newAsmop ((short) (useDP2 ? AOP_DPTR2 : AOP_DPTR)); if (useDP2) { genSetDPTR (1); _flushLazyDPS (); emitcode ("mov", "dptr,#%s", sym->rname); genSetDPTR (0); } else { emitcode ("mov", "dptr,#%s", sym->rname); } aop->size = getSize (sym->type); /* if it is in code space */ if (IN_CODESPACE (space)) aop->code = 1; return aop; } /*-----------------------------------------------------------------*/ /* aopForRemat - rematerializes an object */ /*-----------------------------------------------------------------*/ static asmop * aopForRemat (symbol * sym) { iCode *ic = sym->rematiCode; asmop *aop = newAsmop (AOP_IMMD); int ptr_type = 0; int val = 0; for (;;) { if (ic->op == '+') val += (int) operandLitValue (IC_RIGHT (ic)); else if (ic->op == '-') val -= (int) operandLitValue (IC_RIGHT (ic)); else if (IS_CAST_ICODE(ic)) { sym_link *from_type = operandType(IC_RIGHT(ic)); aop->aopu.aop_immd.from_cast_remat = 1; ic = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; ptr_type = pointerTypeToGPByte (DCL_TYPE(from_type), NULL, NULL); continue; } else break; ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; } if (val) { SNPRINTF (buffer, sizeof(buffer), "(%s %c 0x%06x)", OP_SYMBOL (IC_LEFT (ic))->rname, val >= 0 ? '+' : '-', abs (val) & 0xffffff); } else { if (IS_ASSIGN_ICODE(ic) && isOperandLiteral(IC_RIGHT(ic))) { SNPRINTF(buffer, sizeof(buffer), "0x%x",(int) operandLitValue (IC_RIGHT (ic))); } else { strncpyz (buffer, OP_SYMBOL (IC_LEFT (ic))->rname, sizeof(buffer)); } } aop->aopu.aop_immd.aop_immd1 = Safe_strdup(buffer); /* set immd2 field if required */ if (aop->aopu.aop_immd.from_cast_remat) { tsprintf(buffer, sizeof(buffer), "#!constbyte",ptr_type); aop->aopu.aop_immd.aop_immd2 = Safe_strdup(buffer); } return aop; } /*-----------------------------------------------------------------*/ /* aopHasRegs - returns true if aop has regs between from-to */ /*-----------------------------------------------------------------*/ static int aopHasRegs(asmop *aop, int from, int to) { int size =0; if (aop->type != AOP_REG) return 0; /* if not assigned to regs */ for (; size < aop->size ; size++) { int reg; for (reg = from ; reg <= to ; reg++) if (aop->aopu.aop_reg[size] == REG_WITH_INDEX(reg)) return 1; } return 0; } /*-----------------------------------------------------------------*/ /* regsInCommon - two operands have some registers in common */ /*-----------------------------------------------------------------*/ static bool regsInCommon (operand * op1, operand * op2) { symbol *sym1, *sym2; int i; /* if they have registers in common */ if (!IS_SYMOP (op1) || !IS_SYMOP (op2)) return FALSE; sym1 = OP_SYMBOL (op1); sym2 = OP_SYMBOL (op2); if (sym1->nRegs == 0 || sym2->nRegs == 0) return FALSE; for (i = 0; i < sym1->nRegs; i++) { int j; if (!sym1->regs[i]) continue; for (j = 0; j < sym2->nRegs; j++) { if (!sym2->regs[j]) continue; if (sym2->regs[j] == sym1->regs[i]) return TRUE; } } return FALSE; } /*-----------------------------------------------------------------*/ /* operandsEqu - equivalent */ /*-----------------------------------------------------------------*/ static bool operandsEqu (operand * op1, operand * op2) { symbol *sym1, *sym2; /* if they're not symbols */ if (!IS_SYMOP (op1) || !IS_SYMOP (op2)) return FALSE; sym1 = OP_SYMBOL (op1); sym2 = OP_SYMBOL (op2); /* if both are itemps & one is spilt and the other is not then false */ if (IS_ITEMP (op1) && IS_ITEMP (op2) && sym1->isspilt != sym2->isspilt) return FALSE; /* if they are the same */ if (sym1 == sym2) return TRUE; /* if they have the same rname */ if (sym1->rname[0] && sym2->rname[0] && strcmp (sym1->rname, sym2->rname) == 0 && !(IS_PARM (op2) && IS_ITEMP (op1))) return TRUE; /* if left is a tmp & right is not */ if (IS_ITEMP (op1) && !IS_ITEMP (op2) && sym1->isspilt && (sym1->usl.spillLoc == sym2)) return TRUE; if (IS_ITEMP (op2) && !IS_ITEMP (op1) && sym2->isspilt && sym1->level > 0 && (sym2->usl.spillLoc == sym1)) return TRUE; /* are they spilt to the same location */ if (IS_ITEMP (op2) && IS_ITEMP (op1) && sym2->isspilt && sym1->isspilt && (sym1->usl.spillLoc == sym2->usl.spillLoc)) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* sameRegs - two asmops have the same registers */ /*-----------------------------------------------------------------*/ static bool sameRegs (asmop * aop1, asmop * aop2) { int i; if (aop1 == aop2) { if (aop1->type == AOP_DPTR || aop1->type == AOP_DPTR2) { return FALSE; } return TRUE; } if (aop1->type != AOP_REG && aop1->type != AOP_CRY) return FALSE; if (aop1->type != aop2->type) return FALSE; if (aop1->size != aop2->size) return FALSE; for (i = 0; i < aop1->size; i++) if (aop1->aopu.aop_reg[i] != aop2->aopu.aop_reg[i]) return FALSE; return TRUE; } /*-----------------------------------------------------------------*/ /* aopOp - allocates an asmop for an operand : */ /*-----------------------------------------------------------------*/ static void aopOp (operand * op, iCode * ic, bool result, bool useDP2) { asmop *aop; symbol *sym; int i; if (!op) return; /* if this a literal */ if (IS_OP_LITERAL (op)) { op->aop = aop = newAsmop (AOP_LIT); aop->aopu.aop_lit = op->operand.valOperand; aop->size = getSize (operandType (op)); return; } /* if already has a asmop then continue */ if (op->aop) { if ((op->aop->type == AOP_DPTR && useDP2) || (op->aop->type == AOP_DPTR2 && !useDP2)) op->aop = NULL; else { op->aop->allocated++; return; } } /* if the underlying symbol has a aop */ if (IS_SYMOP (op) && OP_SYMBOL (op)->aop) { op->aop = OP_SYMBOL (op)->aop; if ((op->aop->type == AOP_DPTR && useDP2) || (op->aop->type == AOP_DPTR2 && !useDP2)) op->aop = NULL; else { op->aop->allocated++; return; } } /* if this is a true symbol */ if (IS_TRUE_SYMOP (op)) { op->aop = aopForSym (ic, OP_SYMBOL (op), result, useDP2); return; } /* this is a temporary : this has only five choices : a) register b) spillocation c) rematerialize d) conditional e) can be a return use only */ sym = OP_SYMBOL (op); /* if the type is a conditional */ if (sym->regType == REG_CND) { aop = op->aop = sym->aop = newAsmop (AOP_CRY); aop->size = 0; return; } /* if it is spilt then two situations a) is rematerialize b) has a spill location */ if (sym->isspilt || sym->nRegs == 0) { /* rematerialize it NOW */ if (sym->remat) { sym->aop = op->aop = aop = aopForRemat (sym); aop->size = getSize (sym->type); return; } if (sym->accuse) { int i; aop = op->aop = sym->aop = newAsmop (AOP_ACC); aop->size = getSize (sym->type); for (i = 0; i < 2; i++) aop->aopu.aop_str[i] = accUse[i]; return; } if (sym->ruonly) { unsigned i; if (useDP2) { /* a AOP_STR uses DPTR, but DPTR is already in use; * we're just hosed. */ werror(E_INTERNAL_ERROR,__FILE__,__LINE__,"AOP_STR with DPTR in use!"); } aop = op->aop = sym->aop = newAsmop (AOP_STR); aop->size = getSize (sym->type); for (i = 0; i < fReturnSizeDS390; i++) aop->aopu.aop_str[i] = fReturn[i]; return; } if (sym->dptr) { /* has been allocated to a DPTRn */ aop = op->aop = sym->aop = newAsmop (AOP_DPTRn); aop->size = getSize (sym->type); aop->aopu.dptr = sym->dptr; return ; } if (sym->usl.spillLoc) { asmop *oldAsmOp = NULL; if (getSize(sym->type) != getSize(sym->usl.spillLoc->type)) { /* force a new aop if sizes differ */ oldAsmOp = sym->usl.spillLoc->aop; sym->usl.spillLoc->aop = NULL; } sym->aop = op->aop = aop = aopForSym (ic, sym->usl.spillLoc, result, useDP2); if (getSize(sym->type) != getSize(sym->usl.spillLoc->type)) { /* Don't reuse the new aop, go with the last one */ sym->usl.spillLoc->aop = oldAsmOp; } aop->size = getSize (sym->type); return; } /* else must be a dummy iTemp */ sym->aop = op->aop = aop = newAsmop (AOP_DUMMY); aop->size = getSize (sym->type); return; } /* if the type is a bit register */ if (sym->regType == REG_BIT) { sym->aop = op->aop = aop = newAsmop (AOP_CRY); aop->size = sym->nRegs;//1??? aop->aopu.aop_reg[0] = sym->regs[0]; aop->aopu.aop_dir = sym->regs[0]->name; return; } /* must be in a register */ sym->aop = op->aop = aop = newAsmop (AOP_REG); aop->size = sym->nRegs; for (i = 0; i < sym->nRegs; i++) aop->aopu.aop_reg[i] = sym->regs[i]; } /*-----------------------------------------------------------------*/ /* freeAsmop - free up the asmop given to an operand */ /*-----------------------------------------------------------------*/ static void freeAsmop (operand * op, asmop * aaop, iCode * ic, bool pop) { asmop *aop; if (!op) aop = aaop; else aop = op->aop; if (!aop) return; aop->allocated--; if (aop->allocated) goto dealloc; /* depending on the asmop type only three cases need work AOP_R0, AOP_R1 & AOP_STK */ switch (aop->type) { case AOP_R0: if (_G.r0Pushed) { if (pop) { emitcode ("pop", "ar0"); _G.r0Pushed--; } } bitVectUnSetBit (ic->rUsed, R0_IDX); break; case AOP_R1: if (_G.r1Pushed) { if (pop) { emitcode ("pop", "ar1"); _G.r1Pushed--; } } bitVectUnSetBit (ic->rUsed, R1_IDX); break; case AOP_STK: { int sz = aop->size; int stk = aop->aopu.aop_stk + aop->size; bitVectUnSetBit (ic->rUsed, R0_IDX); bitVectUnSetBit (ic->rUsed, R1_IDX); getFreePtr (ic, &aop, FALSE); if (options.stack10bit) { /* I'm not sure what to do here yet... */ /* #STUB */ fprintf (stderr, "*** Warning: probably generating bad code for " "10 bit stack mode.\n"); } if (stk) { emitcode ("mov", "a,_bp"); emitcode ("add", "a,#!constbyte", ((char) stk) & 0xff); emitcode ("mov", "%s,a", aop->aopu.aop_ptr->name); } else { emitcode ("mov", "%s,_bp", aop->aopu.aop_ptr->name); } while (sz--) { emitcode ("pop", "acc"); emitcode ("mov", "@%s,a", aop->aopu.aop_ptr->name); if (!sz) break; emitcode ("dec", "%s", aop->aopu.aop_ptr->name); } op->aop = aop; freeAsmop (op, NULL, ic, TRUE); if (_G.r1Pushed) { emitcode ("pop", "ar1"); _G.r1Pushed--; } if (_G.r0Pushed) { emitcode ("pop", "ar0"); _G.r0Pushed--; } } case AOP_DPTR2: if (_G.dptr1InUse) { emitcode ("pop","dpx1"); emitcode ("pop","dph1"); emitcode ("pop","dpl1"); } break; case AOP_DPTR: if (_G.dptrInUse) { emitcode ("pop","dpx"); emitcode ("pop","dph"); emitcode ("pop","dpl"); } break; } dealloc: /* all other cases just dealloc */ if (op) { op->aop = NULL; if (IS_SYMOP (op)) { OP_SYMBOL (op)->aop = NULL; /* if the symbol has a spill */ if (SPIL_LOC (op)) SPIL_LOC (op)->aop = NULL; } } } #define DEFAULT_ACC_WARNING 0 static int saveAccWarn = DEFAULT_ACC_WARNING; /*-----------------------------------------------------------------*/ /* aopGetUsesAcc - indicates ahead of time whether aopGet() will */ /* clobber the accumulator */ /*-----------------------------------------------------------------*/ static bool aopGetUsesAcc (operand * oper, int offset) { asmop * aop = AOP (oper); if (offset > (aop->size - 1)) return FALSE; switch (aop->type) { case AOP_R0: case AOP_R1: if (aop->paged) return TRUE; return FALSE; case AOP_DPTR: case AOP_DPTR2: case AOP_DPTRn: return TRUE; case AOP_IMMD: return FALSE; case AOP_DIR: return FALSE; case AOP_REG: wassert(strcmp(aop->aopu.aop_reg[offset]->name, "a")); return FALSE; case AOP_CRY: return TRUE; case AOP_ACC: if (offset) return FALSE; return TRUE; case AOP_LIT: return FALSE; case AOP_STR: if (strcmp (aop->aopu.aop_str[offset], "a") == 0) return TRUE; return FALSE; case AOP_DUMMY: return FALSE; default: /* Error case --- will have been caught already */ wassert(0); return FALSE; } } /*-------------------------------------------------------------------*/ /* aopGet - for fetching value of the aop */ /* */ /* Set saveAcc to NULL if you are sure it is OK to clobber the value */ /* in the accumulator. Set it to the name of a free register */ /* if acc must be preserved; the register will be used to preserve */ /* acc temporarily and to return the result byte. */ /*-------------------------------------------------------------------*/ static char * aopGet (operand * oper, int offset, bool bit16, bool dname, char *saveAcc) { asmop * aop = AOP (oper); /* offset is greater than size then zero */ if (offset > (aop->size - 1) && aop->type != AOP_LIT) return zero; /* depending on type */ switch (aop->type) { case AOP_DUMMY: return zero; case AOP_R0: case AOP_R1: /* if we need to increment it */ while (offset > aop->coff) { emitcode ("inc", "%s", aop->aopu.aop_ptr->name); aop->coff++; } while (offset < aop->coff) { emitcode ("dec", "%s", aop->aopu.aop_ptr->name); aop->coff--; } aop->coff = offset; if (aop->paged) { emitcode ("movx", "a,@%s", aop->aopu.aop_ptr->name); return (dname ? "acc" : "a"); } SNPRINTF (buffer, sizeof(buffer), "@%s", aop->aopu.aop_ptr->name); return Safe_strdup(buffer); case AOP_DPTRn: assert(offset <= 3); return dptrn[aop->aopu.dptr][offset]; case AOP_DPTR: case AOP_DPTR2: if (aop->type == AOP_DPTR2) { genSetDPTR (1); } if (saveAcc) { TR_AP("#1"); // if (aop->type != AOP_DPTR2) // { // if (saveAccWarn) { fprintf(stderr, "saveAcc for DPTR...\n"); } // emitcode(";", "spanky: saveAcc for DPTR"); // } emitcode ("xch", "a, %s", saveAcc); } _flushLazyDPS (); while (offset > aop->coff) { emitcode ("inc", "dptr"); aop->coff++; } while (offset < aop->coff) { emitcode ("lcall", "__decdptr"); aop->coff--; } aop->coff = offset; if (aop->code) { emitcode ("clr", "a"); emitcode ("movc", "a,@a+dptr"); } else { emitcode ("movx", "a,@dptr"); } if (aop->type == AOP_DPTR2) { genSetDPTR (0); } if (saveAcc) { TR_AP("#2"); emitcode ("xch", "a, %s", saveAcc); // if (strcmp(saveAcc, "_ap")) // { // emitcode(";", "spiffy: non _ap return from aopGet."); // } return saveAcc; } return (dname ? "acc" : "a"); case AOP_IMMD: if (aop->aopu.aop_immd.from_cast_remat && (offset == (aop->size-1))) { SNPRINTF(buffer, sizeof(buffer), "%s",aop->aopu.aop_immd.aop_immd2); } else if (bit16) { SNPRINTF(buffer, sizeof(buffer), "#%s", aop->aopu.aop_immd.aop_immd1); } else if (offset) { switch (offset) { case 1: tsprintf(buffer, sizeof(buffer), "#!his",aop->aopu.aop_immd.aop_immd1); break; case 2: tsprintf(buffer, sizeof(buffer), "#!hihis",aop->aopu.aop_immd.aop_immd1); break; case 3: tsprintf(buffer, sizeof(buffer), "#!hihihis",aop->aopu.aop_immd.aop_immd1); break; default: /* should not need this (just in case) */ SNPRINTF (buffer, sizeof(buffer), "#(%s >> %d)", aop->aopu.aop_immd.aop_immd1, offset * 8); } } else { SNPRINTF (buffer, sizeof(buffer), "#%s", aop->aopu.aop_immd.aop_immd1); } return Safe_strdup(buffer); case AOP_DIR: if (SPEC_SCLS (getSpec (operandType (oper))) == S_SFR && offset) { SNPRINTF (buffer, sizeof(buffer), "(%s >> %d)", aop->aopu.aop_dir, offset * 8); } else if (offset) { SNPRINTF (buffer, sizeof(buffer), "(%s + %d)", aop->aopu.aop_dir, offset); } else { SNPRINTF (buffer, sizeof(buffer), "%s", aop->aopu.aop_dir); } return Safe_strdup(buffer); case AOP_REG: if (dname) return aop->aopu.aop_reg[offset]->dname; else return aop->aopu.aop_reg[offset]->name; case AOP_CRY: emitcode ("mov", "c,%s", aop->aopu.aop_dir); emitcode ("clr", "a"); emitcode ("rlc", "a"); return (dname ? "acc" : "a"); case AOP_ACC: if (!offset && dname) return "acc"; return aop->aopu.aop_str[offset]; case AOP_LIT: return aopLiteral (aop->aopu.aop_lit, offset); case AOP_STR: aop->coff = offset; if (strcmp (aop->aopu.aop_str[offset], "a") == 0 && dname) return "acc"; return aop->aopu.aop_str[offset]; } werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopget got unsupported aop->type"); exit (1); return NULL; // not reached, but makes compiler happy. } /*-----------------------------------------------------------------*/ /* aopPutUsesAcc - indicates ahead of time whether aopPut() will */ /* clobber the accumulator */ /*-----------------------------------------------------------------*/ static bool aopPutUsesAcc (operand * oper, const char *s, int offset) { asmop * aop = AOP (oper); if (offset > (aop->size - 1)) return FALSE; switch (aop->type) { case AOP_DUMMY: return TRUE; case AOP_DIR: return FALSE; case AOP_REG: wassert(strcmp(aop->aopu.aop_reg[offset]->name, "a")); return FALSE; case AOP_DPTRn: return FALSE; case AOP_DPTR: case AOP_DPTR2: return TRUE; case AOP_R0: case AOP_R1: return ((aop->paged) || (*s == '@')); case AOP_STK: return (*s == '@'); case AOP_CRY: return (!aop->aopu.aop_dir || strcmp(s, aop->aopu.aop_dir)); case AOP_STR: return FALSE; case AOP_IMMD: return FALSE; case AOP_ACC: return FALSE; default: /* Error case --- will have been caught already */ wassert(0); return FALSE; } } /*-----------------------------------------------------------------*/ /* aopPut - puts a string for a aop and indicates if acc is in use */ /*-----------------------------------------------------------------*/ static bool aopPut (operand * result, const char *s, int offset) { bool bvolatile = isOperandVolatile (result, FALSE); bool accuse = FALSE; asmop * aop = AOP (result); const char *d = NULL; if (aop->size && offset > (aop->size - 1)) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopPut got offset > aop->size"); exit (1); } /* will assign value to value */ /* depending on where it is ofcourse */ switch (aop->type) { case AOP_DUMMY: MOVA (s); /* read s in case it was volatile */ accuse = TRUE; break; case AOP_DIR: if (SPEC_SCLS (getSpec (operandType (result))) == S_SFR && offset) { SNPRINTF (buffer, sizeof(buffer), "(%s >> %d)", aop->aopu.aop_dir, offset * 8); } else if (offset) { SNPRINTF (buffer, sizeof(buffer), "(%s + %d)", aop->aopu.aop_dir, offset); } else { SNPRINTF (buffer, sizeof(buffer), "%s", aop->aopu.aop_dir); } if (strcmp (buffer, s) || bvolatile) { emitcode ("mov", "%s,%s", buffer, s); } if (!strcmp (buffer, "acc")) { accuse = TRUE; } break; case AOP_REG: if (strcmp (aop->aopu.aop_reg[offset]->name, s) != 0 && strcmp (aop->aopu.aop_reg[offset]->dname, s) != 0) { if (*s == '@' || strcmp (s, "r0") == 0 || strcmp (s, "r1") == 0 || strcmp (s, "r2") == 0 || strcmp (s, "r3") == 0 || strcmp (s, "r4") == 0 || strcmp (s, "r5") == 0 || strcmp (s, "r6") == 0 || strcmp (s, "r7") == 0) { emitcode ("mov", "%s,%s", aop->aopu.aop_reg[offset]->dname, s); } else { emitcode ("mov", "%s,%s", aop->aopu.aop_reg[offset]->name, s); } } break; case AOP_DPTRn: emitcode ("mov","%s,%s",dptrn[aop->aopu.dptr][offset],s); break; case AOP_DPTR: case AOP_DPTR2: if (aop->type == AOP_DPTR2) { genSetDPTR (1); } _flushLazyDPS (); if (aop->code) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopPut writing to code space"); exit (1); } while (offset > aop->coff) { aop->coff++; emitcode ("inc", "dptr"); } while (offset < aop->coff) { aop->coff--; emitcode ("lcall", "__decdptr"); } aop->coff = offset; /* if not in accumulator */ MOVA (s); emitcode ("movx", "@dptr,a"); if (aop->type == AOP_DPTR2) { genSetDPTR (0); } break; case AOP_R0: case AOP_R1: while (offset > aop->coff) { aop->coff++; emitcode ("inc", "%s", aop->aopu.aop_ptr->name); } while (offset < aop->coff) { aop->coff--; emitcode ("dec", "%s", aop->aopu.aop_ptr->name); } aop->coff = offset; if (aop->paged) { MOVA (s); emitcode ("movx", "@%s,a", aop->aopu.aop_ptr->name); } else if (*s == '@') { MOVA (s); emitcode ("mov", "@%s,a", aop->aopu.aop_ptr->name); } else if (strcmp (s, "r0") == 0 || strcmp (s, "r1") == 0 || strcmp (s, "r2") == 0 || strcmp (s, "r3") == 0 || strcmp (s, "r4") == 0 || strcmp (s, "r5") == 0 || strcmp (s, "r6") == 0 || strcmp (s, "r7") == 0) { char buffer[10]; SNPRINTF (buffer, sizeof(buffer), "a%s", s); emitcode ("mov", "@%s,%s", aop->aopu.aop_ptr->name, buffer); } else { emitcode ("mov", "@%s,%s", aop->aopu.aop_ptr->name, s); } break; case AOP_STK: if (strcmp (s, "a") == 0) { emitcode ("push", "acc"); } else if (*s=='@') { MOVA(s); emitcode ("push", "acc"); } else if (strcmp (s, "r0") == 0 || strcmp (s, "r1") == 0 || strcmp (s, "r2") == 0 || strcmp (s, "r3") == 0 || strcmp (s, "r4") == 0 || strcmp (s, "r5") == 0 || strcmp (s, "r6") == 0 || strcmp (s, "r7") == 0) { char buffer[10]; SNPRINTF (buffer, sizeof(buffer), "a%s", s); emitcode ("push", buffer); } else { emitcode ("push", s); } break; case AOP_CRY: // destination is carry for return-use-only d = (IS_OP_RUONLY (result)) ? "c" : aop->aopu.aop_dir; // source is no literal and not in carry if ((s != zero) && (s != one) && strcmp (s, "c")) { MOVA (s); /* set C, if a >= 1 */ emitcode ("add", "a,#!constbyte",0xff); s = "c"; } // now source is zero, one or carry /* if result no bit variable */ if (!d) { if (!strcmp (s, "c")) { /* inefficient: move carry into A and use jz/jnz */ emitcode ("clr", "a"); emitcode ("rlc", "a"); accuse = TRUE; } else { MOVA (s); accuse = TRUE; } } else if (s == zero) emitcode ("clr", "%s", d); else if (s == one) emitcode ("setb", "%s", d); else if (strcmp (s, d)) emitcode ("mov", "%s,c", d); break; case AOP_STR: aop->coff = offset; if (strcmp (aop->aopu.aop_str[offset], s) || bvolatile) emitcode ("mov", "%s,%s", aop->aopu.aop_str[offset], s); break; case AOP_ACC: accuse = TRUE; aop->coff = offset; if (!offset && (strcmp (s, "acc") == 0) && !bvolatile) break; if (strcmp (aop->aopu.aop_str[offset], s) && !bvolatile) emitcode ("mov", "%s,%s", aop->aopu.aop_str[offset], s); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopPut got unsupported aop->type"); exit (1); } return accuse; } /*--------------------------------------------------------------------*/ /* reAdjustPreg - points a register back to where it should (coff==0) */ /*--------------------------------------------------------------------*/ static void reAdjustPreg (asmop * aop) { if ((aop->coff==0) || (aop->size <= 1)) return; switch (aop->type) { case AOP_R0: case AOP_R1: while (aop->coff--) emitcode ("dec", "%s", aop->aopu.aop_ptr->name); break; case AOP_DPTR: case AOP_DPTR2: if (aop->type == AOP_DPTR2) { genSetDPTR (1); _flushLazyDPS (); } while (aop->coff--) { emitcode ("lcall", "__decdptr"); } if (aop->type == AOP_DPTR2) { genSetDPTR (0); } break; } aop->coff = 0; } /*-----------------------------------------------------------------*/ /* opIsGptr: returns non-zero if the passed operand is */ /* a generic pointer type. */ /*-----------------------------------------------------------------*/ static int opIsGptr (operand * op) { if (op && IS_GENPTR (operandType (op)) && (AOP_SIZE (op) == GPTRSIZE)) { return 1; } return 0; } /*-----------------------------------------------------------------*/ /* getDataSize - get the operand data size */ /*-----------------------------------------------------------------*/ static int getDataSize (operand * op) { int size = AOP_SIZE (op); if (size == GPTRSIZE) { sym_link *type = operandType (op); if (IS_GENPTR (type)) { /* generic pointer; arithmetic operations * should ignore the high byte (pointer type). */ size--; } } return size; } /*-----------------------------------------------------------------*/ /* outAcc - output Acc */ /*-----------------------------------------------------------------*/ static void outAcc (operand * result) { int size, offset; size = getDataSize (result); if (size) { aopPut (result, "a", 0); size--; offset = 1; /* unsigned or positive */ while (size--) { aopPut (result, zero, offset++); } } } /*-----------------------------------------------------------------*/ /* outBitC - output a bit C */ /*-----------------------------------------------------------------*/ static void outBitC (operand * result) { /* if the result is bit */ if (AOP_TYPE (result) == AOP_CRY) { aopPut (result, "c", 0); } else { emitcode ("clr", "a"); emitcode ("rlc", "a"); outAcc (result); } } /*-----------------------------------------------------------------*/ /* toBoolean - emit code for orl a,operator(sizeop) */ /*-----------------------------------------------------------------*/ static void toBoolean (operand * oper) { int size = AOP_SIZE (oper) - 1; int offset = 1; bool pushedB; /* The generic part of a generic pointer should * not participate in it's truth value. * * i.e. 0x10000000 is zero. */ if (opIsGptr (oper)) { D (emitcode (";", "toBoolean: generic ptr special case.")); size--; } _startLazyDPSEvaluation (); MOVA (aopGet (oper, 0, FALSE, FALSE, NULL)); if (AOP_NEEDSACC (oper) && size && (AOP (oper)->type != AOP_ACC)) { pushedB = pushB (); emitcode("mov", "b,a"); while (--size) { MOVA (aopGet (oper, offset++, FALSE, FALSE, NULL)); emitcode ("orl", "b,a"); } MOVA (aopGet (oper, offset++, FALSE, FALSE, NULL)); emitcode ("orl", "a,b"); popB (pushedB); } else { while (size--) { emitcode ("orl", "a,%s", aopGet (oper, offset++, FALSE, FALSE, NULL)); } } _endLazyDPSEvaluation (); } /*-----------------------------------------------------------------*/ /* genNot - generate code for ! operation */ /*-----------------------------------------------------------------*/ static void genNot (iCode * ic) { symbol *tlbl; D (emitcode (";", "genNot")); /* assign asmOps to operand & result */ aopOp (IC_LEFT (ic), ic, FALSE, FALSE); aopOp (IC_RESULT (ic), ic, TRUE, AOP_USESDPTR(IC_LEFT (ic))); /* if in bit space then a special case */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY) { /* if left==result then cpl bit */ if (sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic)))) { emitcode ("cpl", "%s", IC_LEFT (ic)->aop->aopu.aop_dir); } else { emitcode ("mov", "c,%s", IC_LEFT (ic)->aop->aopu.aop_dir); emitcode ("cpl", "c"); outBitC (IC_RESULT (ic)); } goto release; } toBoolean (IC_LEFT (ic)); /* set C, if a == 0 */ tlbl = newiTempLabel (NULL); emitcode ("cjne", "a,#0x01,!tlabel", tlbl->key + 100); emitLabel (tlbl); outBitC (IC_RESULT (ic)); release: /* release the aops */ freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? 0 : 1)); } /*-----------------------------------------------------------------*/ /* genCpl - generate code for complement */ /*-----------------------------------------------------------------*/ static void genCpl (iCode * ic) { int offset = 0; int size; symbol *tlbl; sym_link *letype = getSpec (operandType (IC_LEFT (ic))); D(emitcode (";", "genCpl")); /* assign asmOps to operand & result */ aopOp (IC_LEFT (ic), ic, FALSE, FALSE); aopOp (IC_RESULT (ic), ic, TRUE, AOP_USESDPTR(IC_LEFT (ic))); /* special case if in bit space */ if (AOP_TYPE (IC_RESULT (ic)) == AOP_CRY) { char *l; if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY || (SPEC_USIGN (letype) && IS_CHAR (letype))) { /* promotion rules are responsible for this strange result: bit -> int -> ~int -> bit uchar -> int -> ~int -> bit */ emitcode ("setb", "%s", IC_RESULT (ic)->aop->aopu.aop_dir); goto release; } tlbl=newiTempLabel(NULL); l = aopGet (IC_LEFT (ic), offset++, FALSE, FALSE, NULL); if ((AOP_TYPE (IC_LEFT (ic)) == AOP_ACC && offset == 0) || AOP_TYPE (IC_LEFT (ic)) == AOP_REG || IS_AOP_PREG (IC_LEFT (ic))) { emitcode ("cjne", "%s,#0xFF,%05d$", l, tlbl->key + 100); } else { MOVA (l); emitcode ("cjne", "a,#0xFF,%05d$", tlbl->key + 100); } emitLabel (tlbl); outBitC (IC_RESULT(ic)); goto release; } size = AOP_SIZE (IC_RESULT (ic)); _startLazyDPSEvaluation (); while (size--) { char *l = aopGet (IC_LEFT (ic), offset, FALSE, FALSE, NULL); MOVA (l); emitcode ("cpl", "a"); aopPut (IC_RESULT (ic), "a", offset++); } _endLazyDPSEvaluation (); release: /* release the aops */ freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? 0 : 1)); } /*-----------------------------------------------------------------*/ /* genUminusFloat - unary minus for floating points */ /*-----------------------------------------------------------------*/ static void genUminusFloat (operand * op, operand * result) { int size, offset = 0; char *l; D (emitcode (";", "genUminusFloat")); /* for this we just copy and then flip the bit */ _startLazyDPSEvaluation (); size = AOP_SIZE (op) - 1; while (size--) { aopPut (result, aopGet (op, offset, FALSE, FALSE, NULL), offset); offset++; } l = aopGet (op, offset, FALSE, FALSE, NULL); MOVA (l); emitcode ("cpl", "acc.7"); aopPut (result, "a", offset); _endLazyDPSEvaluation (); } /*-----------------------------------------------------------------*/ /* genUminus - unary minus code generation */ /*-----------------------------------------------------------------*/ static void genUminus (iCode * ic) { int offset, size; sym_link *optype; D (emitcode (";", "genUminus")); /* assign asmops */ aopOp (IC_LEFT (ic), ic, FALSE, FALSE); aopOp (IC_RESULT (ic), ic, TRUE, (AOP_TYPE(IC_LEFT (ic)) == AOP_DPTR)); /* if both in bit space then special case */ if (AOP_TYPE (IC_RESULT (ic)) == AOP_CRY && AOP_TYPE (IC_LEFT (ic)) == AOP_CRY) { emitcode ("mov", "c,%s", IC_LEFT (ic)->aop->aopu.aop_dir); emitcode ("cpl", "c"); emitcode ("mov", "%s,c", IC_RESULT (ic)->aop->aopu.aop_dir); goto release; } optype = operandType (IC_LEFT (ic)); /* if float then do float stuff */ if (IS_FLOAT (optype)) { genUminusFloat (IC_LEFT (ic), IC_RESULT (ic)); goto release; } /* otherwise subtract from zero */ size = AOP_SIZE (IC_LEFT (ic)); offset = 0; _startLazyDPSEvaluation (); while (size--) { char *l = aopGet (IC_LEFT (ic), offset, FALSE, FALSE, NULL); if (!strcmp (l, "a")) { if (offset == 0) SETC; emitcode ("cpl", "a"); emitcode ("addc", "a,#0x00"); } else { if (offset == 0) CLRC; emitcode ("clr", "a"); emitcode ("subb", "a,%s", l); } aopPut (IC_RESULT (ic), "a", offset++); } _endLazyDPSEvaluation (); /* if any remaining bytes in the result */ /* we just need to propagate the sign */ if ((size = (AOP_SIZE (IC_RESULT (ic)) - AOP_SIZE (IC_LEFT (ic))))) { emitcode ("rlc", "a"); emitcode ("subb", "a,acc"); while (size--) aopPut (IC_RESULT (ic), "a", offset++); } release: /* release the aops */ freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? 0 : 1)); } /*-----------------------------------------------------------------*/ /* savermask - saves registers in the mask */ /*-----------------------------------------------------------------*/ static void savermask(bitVect *rs_mask) { int i; if (options.useXstack) { if (bitVectBitValue (rs_mask, R0_IDX)) emitcode ("mov", "b,r0"); emitcode ("mov", "r0,%s", spname); for (i = 0; i < ds390_nRegs; i++) { if (bitVectBitValue (rs_mask, i)) { if (i == R0_IDX) emitcode ("mov", "a,b"); else emitcode ("mov", "a,%s", REG_WITH_INDEX (i)->name); emitcode ("movx", "@r0,a"); emitcode ("inc", "r0"); } } emitcode ("mov", "%s,r0", spname); if (bitVectBitValue (rs_mask, R0_IDX)) emitcode ("mov", "r0,b"); } else { bool bits_pushed = FALSE; for (i = 0; i < ds390_nRegs; i++) { if (bitVectBitValue (rs_mask, i)) { bits_pushed = pushReg (i, bits_pushed); } } } } /*-----------------------------------------------------------------*/ /* saveRegisters - will look for a call and save the registers */ /*-----------------------------------------------------------------*/ static void saveRegisters (iCode * lic) { iCode *ic; bitVect *rsave; /* look for call */ for (ic = lic; ic; ic = ic->next) if (ic->op == CALL || ic->op == PCALL) break; if (!ic) { fprintf (stderr, "found parameter push with no function call\n"); return; } /* if the registers have been saved already or don't need to be then do nothing */ if (ic->regsSaved || (IS_SYMOP(IC_LEFT(ic)) && IFFUNC_ISNAKED(OP_SYM_TYPE(IC_LEFT(ic))) && !TARGET_IS_DS400) ) return; /* special case if DPTR alive across a function call then must save it even though callee saves */ if (IS_SYMOP(IC_LEFT(ic)) && IFFUNC_CALLEESAVES(OP_SYMBOL (IC_LEFT (ic))->type)) { int i; rsave = newBitVect(ic->rMask->size); for (i = DPL_IDX ; i <= B_IDX ; i++ ) { if (bitVectBitValue(ic->rMask,i)) rsave = bitVectSetBit(rsave,i); } rsave = bitVectCplAnd(rsave,ds390_rUmaskForOp (IC_RESULT(ic))); } else { /* save the registers in use at this time but skip the ones for the result */ rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic))); } ic->regsSaved = 1; savermask(rsave); } /*-----------------------------------------------------------------*/ /* usavermask - restore registers with mask */ /*-----------------------------------------------------------------*/ static void unsavermask(bitVect *rs_mask) { int i; if (options.useXstack) { emitcode ("mov", "r0,%s", spname); for (i = ds390_nRegs; i >= 0; i--) { if (bitVectBitValue (rs_mask, i)) { regs * reg = REG_WITH_INDEX (i); emitcode ("dec", "r0"); emitcode ("movx", "a,@r0"); if (i == R0_IDX) { emitcode ("push", "acc"); } else { emitcode ("mov", "%s,a", reg->name); } } } emitcode ("mov", "%s,r0", spname); if (bitVectBitValue (rs_mask, R0_IDX)) { emitcode ("pop", "ar0"); } } else { bool bits_popped = FALSE; for (i = ds390_nRegs; i >= 0; i--) { if (bitVectBitValue (rs_mask, i)) { bits_popped = popReg (i, bits_popped); } } } } /*-----------------------------------------------------------------*/ /* unsaveRegisters - pop the pushed registers */ /*-----------------------------------------------------------------*/ static void unsaveRegisters (iCode * ic) { bitVect *rsave; if (IS_SYMOP(IC_LEFT (ic)) && IFFUNC_CALLEESAVES(OP_SYMBOL (IC_LEFT (ic))->type)) { int i; rsave = newBitVect(ic->rMask->size); for (i = DPL_IDX ; i <= B_IDX ; i++ ) { if (bitVectBitValue(ic->rMask,i)) rsave = bitVectSetBit(rsave,i); } rsave = bitVectCplAnd(rsave,ds390_rUmaskForOp (IC_RESULT(ic))); } else { /* restore the registers in use at this time but skip the ones for the result */ rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic))); } unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* pushSide - */ /*-----------------------------------------------------------------*/ static void pushSide (operand * oper, int size, iCode * ic) { int offset = 0; int nPushed = _G.r0Pushed + _G.r1Pushed; aopOp (oper, ic, FALSE, FALSE); if (nPushed != _G.r0Pushed + _G.r1Pushed) { while (offset < size) { char *l = aopGet (oper, offset, FALSE, TRUE, NULL); emitcode ("mov", "%s,%s", fReturn[offset++], l); } freeAsmop (oper, NULL, ic, TRUE); offset = 0; while (offset < size) { emitcode ("push", "%s", fReturn[offset++]); } return; } _startLazyDPSEvaluation (); while (size--) { char *l = aopGet (oper, offset++, FALSE, TRUE, NULL); if (AOP_TYPE (oper) != AOP_REG && AOP_TYPE (oper) != AOP_DIR && strcmp (l, "a")) { MOVA (l); emitcode ("push", "acc"); } else { emitcode ("push", "%s", l); } } _endLazyDPSEvaluation (); freeAsmop (oper, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* assignResultValue - also indicates if acc is in use afterwards */ /*-----------------------------------------------------------------*/ static bool assignResultValue (operand * oper, operand * func) { int offset = 0; unsigned size = AOP_SIZE (oper); bool accuse = FALSE; bool pushedA = FALSE; if (func && IS_BIT (OP_SYM_ETYPE (func))) { outBitC (oper); return FALSE; } if (size == fReturnSizeDS390) { /* I don't think this case can ever happen... */ /* ACC is the last part of this. If writing the result * uses ACC, we must preserve it. */ if (AOP_NEEDSACC(oper)) { emitcode(";", "assignResultValue special case for ACC."); emitcode("push", "acc"); pushedA = TRUE; size--; } } _startLazyDPSEvaluation (); while (size--) { accuse |= aopPut (oper, fReturn[offset], offset); offset++; } _endLazyDPSEvaluation (); if (pushedA) { emitcode ("pop", "acc"); accuse |= aopPut (oper, "a", offset); } return accuse; } /*-----------------------------------------------------------------*/ /* genXpush - pushes onto the external stack */ /*-----------------------------------------------------------------*/ static void genXpush (iCode * ic) { asmop *aop = newAsmop (0); regs *r; int size, offset = 0; D (emitcode (";", "genXpush")); aopOp (IC_LEFT (ic), ic, FALSE, FALSE); r = getFreePtr (ic, &aop, FALSE); size = AOP_SIZE (IC_LEFT (ic)); if (size == 1) { MOVA (aopGet (IC_LEFT (ic), 0, FALSE, FALSE, NULL)); emitcode ("mov", "%s,_spx", r->name); emitcode ("inc", "_spx"); // allocate space first emitcode ("movx", "@%s,a", r->name); } else { // allocate space first emitcode ("mov", "%s,_spx", r->name); MOVA (r->name); emitcode ("add", "a,#%d", size); emitcode ("mov", "_spx,a"); _startLazyDPSEvaluation (); while (size--) { MOVA (aopGet (IC_LEFT (ic), offset++, FALSE, FALSE, NULL)); emitcode ("movx", "@%s,a", r->name); emitcode ("inc", "%s", r->name); } _endLazyDPSEvaluation (); } freeAsmop (NULL, aop, ic, TRUE); freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genIpush - generate code for pushing this gets a little complex */ /*-----------------------------------------------------------------*/ static void genIpush (iCode * ic) { int size, offset = 0; char *l; char *prev = ""; D (emitcode (";", "genIpush")); /* if this is not a parm push : ie. it is spill push and spill push is always done on the local stack */ if (!ic->parmPush) { /* and the item is spilt then do nothing */ if (OP_SYMBOL (IC_LEFT (ic))->isspilt || OP_SYMBOL(IC_LEFT(ic))->dptr) return; aopOp (IC_LEFT (ic), ic, FALSE, FALSE); size = AOP_SIZE (IC_LEFT (ic)); /* push it on the stack */ _startLazyDPSEvaluation (); while (size--) { l = aopGet (IC_LEFT (ic), offset++, FALSE, TRUE, NULL); if (*l == '#') { MOVA (l); l = "acc"; } emitcode ("push", "%s", l); } _endLazyDPSEvaluation (); return; } /* this is a parameter push: in this case we call the routine to find the call and save those registers that need to be saved */ saveRegisters (ic); /* if use external stack then call the external stack pushing routine */ if (options.useXstack) { genXpush (ic); return; } /* then do the push */ aopOp (IC_LEFT (ic), ic, FALSE, FALSE); // pushSide(IC_LEFT(ic), AOP_SIZE(IC_LEFT(ic))); size = AOP_SIZE (IC_LEFT (ic)); _startLazyDPSEvaluation (); while (size--) { l = aopGet (IC_LEFT (ic), offset++, FALSE, TRUE, NULL); if (AOP_TYPE (IC_LEFT (ic)) != AOP_REG && AOP_TYPE (IC_LEFT (ic)) != AOP_DIR && strcmp (l, "acc")) { if (strcmp (l, prev) || *l == '@') MOVA (l); emitcode ("push", "acc"); } else { emitcode ("push", "%s", l); } prev = l; } _endLazyDPSEvaluation (); freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genIpop - recover the registers: can happen only for spilling */ /*-----------------------------------------------------------------*/ static void genIpop (iCode * ic) { int size, offset; D (emitcode (";", "genIpop")); /* if the temp was not pushed then */ if (OP_SYMBOL (IC_LEFT (ic))->isspilt || OP_SYMBOL (IC_LEFT (ic))->dptr) return; aopOp (IC_LEFT (ic), ic, FALSE, FALSE); size = AOP_SIZE (IC_LEFT (ic)); offset = (size - 1); _startLazyDPSEvaluation (); while (size--) { emitcode ("pop", "%s", aopGet (IC_LEFT (ic), offset--, FALSE, TRUE, NULL)); } _endLazyDPSEvaluation (); freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* popForBranch - recover the spilt registers for a branch */ /*-----------------------------------------------------------------*/ static void popForBranch (iCode * ic, bool markGenerated) { while (ic && ic->op == IPOP) { genIpop (ic); if (markGenerated) ic->generated = 1; /* mark the icode as generated */ ic = ic->next; } } /*-----------------------------------------------------------------*/ /* saveRBank - saves an entire register bank on the stack */ /*-----------------------------------------------------------------*/ static void saveRBank (int bank, iCode * ic, bool pushPsw) { int i; int count = 8 + (ds390_nBitRegs/8) + (pushPsw ? 1 : 0); asmop *aop = NULL; regs *r = NULL; if (options.useXstack) { if (!ic) { /* Assume r0 is available for use. */ r = REG_WITH_INDEX (R0_IDX); } else { aop = newAsmop (0); r = getFreePtr (ic, &aop, FALSE); } // allocate space first emitcode ("mov", "%s,_spx", r->name); MOVA (r->name); emitcode ("add", "a,#%d", count); emitcode ("mov", "_spx,a"); } for (i = 0; i < 8; i++) /* only R0-R7 needs saving */ { if (options.useXstack) { emitcode ("mov", "a,(%s+%d)", regs390[i].base, 8 * bank + regs390[i].offset); emitcode ("movx", "@%s,a", r->name); if (--count) emitcode ("inc", "%s", r->name); } else emitcode ("push", "(%s+%d)", regs390[i].base, 8 * bank + regs390[i].offset); } if (ds390_nBitRegs > 0) { if (options.useXstack) { emitcode ("mov", "a,bits"); emitcode ("movx", "@%s,a", r->name); if (--count) emitcode ("inc", "%s", r->name); } else { emitcode ("push", "bits"); } BitBankUsed = 1; } if (pushPsw) { if (options.useXstack) { emitcode ("mov", "a,psw"); emitcode ("movx", "@%s,a", r->name); } else { emitcode ("push", "psw"); } emitcode ("mov", "psw,#!constbyte", (bank << 3) & 0x00ff); } if (aop) { freeAsmop (NULL, aop, ic, TRUE); } if (ic) { ic->bankSaved = 1; } } /*-----------------------------------------------------------------*/ /* unsaveRBank - restores the register bank from stack */ /*-----------------------------------------------------------------*/ static void unsaveRBank (int bank, iCode * ic, bool popPsw) { int i; asmop *aop = NULL; regs *r = NULL; if (options.useXstack) { if (!ic) { /* Assume r0 is available for use. */ r = REG_WITH_INDEX (R0_IDX); } else { aop = newAsmop (0); r = getFreePtr (ic, &aop, FALSE); } emitcode ("mov", "%s,_spx", r->name); } if (popPsw) { if (options.useXstack) { emitcode ("dec", "%s", r->name); emitcode ("movx", "a,@%s", r->name); emitcode ("mov", "psw,a"); } else { emitcode ("pop", "psw"); } } if (ds390_nBitRegs > 0) { if (options.useXstack) { emitcode ("dec", "%s", r->name); emitcode ("movx", "a,@%s", r->name); emitcode ("mov", "bits,a"); } else { emitcode ("pop", "bits"); } } for (i = 7; i >= 0; i--) /* only R7-R0 needs to be popped */ { if (options.useXstack) { emitcode ("dec", "%s", r->name); emitcode ("movx", "a,@%s", r->name); emitcode ("mov", "(%s+%d),a", regs390[i].base, 8 * bank + regs390[i].offset); } else { emitcode ("pop", "(%s+%d)", regs390[i].base, 8 * bank + regs390[i].offset); } } if (options.useXstack) { emitcode ("mov", "_spx,%s", r->name); } if (aop) { freeAsmop (NULL, aop, ic, TRUE); } } /*-----------------------------------------------------------------*/ /* genSend - gen code for SEND */ /*-----------------------------------------------------------------*/ static void genSend(set *sendSet) { iCode *sic; int bit_count = 0; int sendCount = 0 ; static int rb1_count = 0; /* first we do all bit parameters */ for (sic = setFirstItem (sendSet); sic; sic = setNextItem (sendSet)) { if (sic->argreg > 12) { int bit = sic->argreg-13; aopOp (IC_LEFT (sic), sic, FALSE, (AOP_IS_STR(IC_LEFT(sic)) ? FALSE : TRUE)); /* if left is a literal then we know what the value is */ if (AOP_TYPE (IC_LEFT (sic)) == AOP_LIT) { if (((int) operandLitValue (IC_LEFT (sic)))) emitcode ("setb", "b[%d]", bit); else emitcode ("clr", "b[%d]", bit); } else if (AOP_TYPE (IC_LEFT (sic)) == AOP_CRY) { char *l = AOP (IC_LEFT (sic))->aopu.aop_dir; if (strcmp (l, "c")) emitcode ("mov", "c,%s", l); emitcode ("mov", "b[%d],c", bit); } else { /* we need to or */ toBoolean (IC_LEFT (sic)); /* set C, if a >= 1 */ emitcode ("add", "a,#0xff"); emitcode ("mov", "b[%d],c", bit); } bit_count++; BitBankUsed = 1; freeAsmop (IC_LEFT (sic), NULL, sic, TRUE); } } if (bit_count) { saveRegisters (setFirstItem (sendSet)); emitcode ("mov", "bits,b"); } /* then we do all other parameters */ for (sic = setFirstItem (sendSet); sic; sic = setNextItem (sendSet)) { if (sic->argreg <= 12) { int size, offset = 0; size = getSize (operandType (IC_LEFT (sic))); D (emitcode (";", "genSend argreg = %d, size = %d ",sic->argreg,size)); if (sendCount == 0) { /* first parameter */ // we know that dpl(hxb) is the result, so rb1_count = 0 ; _startLazyDPSEvaluation (); if (size>1) { aopOp (IC_LEFT (sic), sic, FALSE, (AOP_IS_STR(IC_LEFT(sic)) ? FALSE : TRUE)); } else { aopOp (IC_LEFT (sic), sic, FALSE, FALSE); } while (size--) { char *l = aopGet (IC_LEFT (sic), offset, FALSE, FALSE, NULL); if (strcmp (l, fReturn[offset])) { emitcode ("mov", "%s,%s", fReturn[offset], l); } offset++; } _endLazyDPSEvaluation (); freeAsmop (IC_LEFT (sic), NULL, sic, TRUE); rb1_count =0; } else { /* if more parameter in registers */ aopOp (IC_LEFT (sic), sic, FALSE, TRUE); while (size--) { emitcode ("mov","b1_%d,%s",rb1_count++, aopGet (IC_LEFT (sic), offset, FALSE, FALSE, NULL)); offset++; } freeAsmop (IC_LEFT (sic), NULL, sic, TRUE); } sendCount++; } } } static void adjustEsp(const char *reg) { emitcode ("anl","%s,#3", reg); if (TARGET_IS_DS400) { emitcode ("orl","%s,#!constbyte", reg, (options.stack_loc >> 8) & 0xff); } } /*-----------------------------------------------------------------*/ /* selectRegBank - emit code to select the register bank */ /*-----------------------------------------------------------------*/ static void selectRegBank (short bank, bool keepFlags) { /* if f.e. result is in carry */ if (keepFlags) { emitcode ("anl", "psw,#0xE7"); if (bank) emitcode ("orl", "psw,#0x%02x", (bank << 3) & 0xff); } else { emitcode ("mov", "psw,#0x%02x", (bank << 3) & 0xff); } } /*-----------------------------------------------------------------*/ /* genCall - generates a call statement */ /*-----------------------------------------------------------------*/ static void genCall (iCode * ic) { sym_link *dtype; sym_link *etype; bool restoreBank = FALSE; bool swapBanks = FALSE; bool accuse = FALSE; bool accPushed = FALSE; bool resultInF0 = FALSE; bool assignResultGenerated = FALSE; D (emitcode (";", "genCall")); /* if we are calling a not _naked function that is not using the same register bank then we need to save the destination registers on the stack */ dtype = operandType (IC_LEFT (ic)); etype = getSpec(dtype); if (currFunc && dtype && (!IFFUNC_ISNAKED(dtype) || TARGET_IS_DS400) && (FUNC_REGBANK (currFunc->type) != FUNC_REGBANK (dtype)) && IFFUNC_ISISR (currFunc->type)) { if (!ic->bankSaved) { /* This is unexpected; the bank should have been saved in * genFunction. */ saveRBank (FUNC_REGBANK (dtype), ic, FALSE); restoreBank = TRUE; } swapBanks = TRUE; } /* if caller saves & we have not saved then */ if (!ic->regsSaved) saveRegisters (ic); /* if send set is not empty then assign */ /* We've saved all the registers we care about; * therefore, we may clobber any register not used * in the calling convention (i.e. anything not in * fReturn. */ if (_G.sendSet) { if (IFFUNC_ISREENT(dtype)) { /* need to reverse the send set */ genSend(reverseSet(_G.sendSet)); } else { genSend(_G.sendSet); } _G.sendSet = NULL; } if (swapBanks) { emitcode ("mov", "psw,#!constbyte", ((FUNC_REGBANK(dtype)) << 3) & 0xff); } /* make the call */ emitcode ("lcall", "%s", (OP_SYMBOL (IC_LEFT (ic))->rname[0] ? OP_SYMBOL (IC_LEFT (ic))->rname : OP_SYMBOL (IC_LEFT (ic))->name)); if (swapBanks) { selectRegBank (FUNC_REGBANK(currFunc->type), IS_BIT (etype)); } /* if we need assign a result value */ if ((IS_ITEMP (IC_RESULT (ic)) && !IS_BIT (OP_SYM_ETYPE (IC_RESULT (ic))) && (OP_SYMBOL (IC_RESULT (ic))->nRegs || OP_SYMBOL (IC_RESULT (ic))->accuse || OP_SYMBOL (IC_RESULT (ic))->spildir)) || IS_TRUE_SYMOP (IC_RESULT (ic))) { if (isOperandInFarSpace (IC_RESULT (ic)) && getSize (operandType (IC_RESULT (ic))) <= 2) { int size = getSize (operandType (IC_RESULT (ic))); bool pushedB = FALSE; /* Special case for 1 or 2 byte return in far space. */ MOVA (fReturn[0]); if (size > 1) { pushedB = pushB (); emitcode ("mov", "b,%s", fReturn[1]); } _G.accInUse++; aopOp (IC_RESULT (ic), ic, FALSE, FALSE); _G.accInUse--; popB (pushedB); aopPut (IC_RESULT (ic), "a", 0); if (size > 1) { aopPut (IC_RESULT (ic), "b", 1); } assignResultGenerated = TRUE; freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } else { bool pushedB = pushB (); aopOp (IC_RESULT (ic), ic, FALSE, TRUE); popB (pushedB); accuse = assignResultValue (IC_RESULT (ic), IC_LEFT (ic)); assignResultGenerated = TRUE; freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } } /* adjust the stack for parameters if required */ if (ic->parmBytes) { int i; if (options.stack10bit) { if (ic->parmBytes <= 10) { emitcode(";","stack adjustment for parms"); for (i=0; i < ic->parmBytes ; i++) { emitcode("pop","acc"); } } else { PROTECT_SP; emitcode ("clr","c"); emitcode ("mov","a,sp"); emitcode ("subb","a,#!constbyte",ic->parmBytes & 0xff); emitcode ("mov","sp,a"); emitcode ("mov","a,esp"); adjustEsp("a"); emitcode ("subb","a,#!constbyte",(ic->parmBytes >> 8) & 0xff); emitcode ("mov","esp,a"); UNPROTECT_SP; } } else { if (ic->parmBytes > 3) { if (accuse) { emitcode ("push", "acc"); accPushed = TRUE; } if (IS_BIT (OP_SYM_ETYPE (IC_LEFT (ic))) && IS_BIT (OP_SYM_ETYPE (IC_RESULT (ic))) && !assignResultGenerated) { emitcode ("mov", "F0,c"); resultInF0 = TRUE; } emitcode ("mov", "a,%s", spname); emitcode ("add", "a,#!constbyte", (-ic->parmBytes) & 0xff); emitcode ("mov", "%s,a", spname); /* unsaveRegisters from xstack needs acc, but */ /* unsaveRegisters from stack needs this popped */ if (accPushed && !options.useXstack) { emitcode ("pop", "acc"); accPushed = FALSE; } } else for (i = 0; i < ic->parmBytes; i++) emitcode ("dec", "%s", spname); } } /* if we had saved some registers then unsave them */ if (ic->regsSaved && !IFFUNC_CALLEESAVES(dtype)) { if (accuse && !accPushed && options.useXstack) { /* xstack needs acc, but doesn't touch normal stack */ emitcode ("push", "acc"); accPushed = TRUE; } unsaveRegisters (ic); } /* if register bank was saved then pop them */ if (restoreBank) unsaveRBank (FUNC_REGBANK (dtype), ic, FALSE); if (IS_BIT (OP_SYM_ETYPE (IC_RESULT (ic))) && !assignResultGenerated) { if (resultInF0) emitcode ("mov", "c,F0"); aopOp (IC_RESULT (ic), ic, FALSE, FALSE); assignResultValue (IC_RESULT (ic), IC_LEFT (ic)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } if (accPushed) emitcode ("pop", "acc"); } /*-----------------------------------------------------------------*/ /* genPcall - generates a call by pointer statement */ /*-----------------------------------------------------------------*/ static void genPcall (iCode * ic) { sym_link *dtype; sym_link *etype; symbol *rlbl = newiTempLabel (NULL); bool restoreBank=FALSE; bool resultInF0 = FALSE; D (emitcode (";", "genPcall")); dtype = operandType (IC_LEFT (ic))->next; etype = getSpec(dtype); /* if caller saves & we have not saved then */ if (!ic->regsSaved) saveRegisters (ic); /* if we are calling a not _naked function that is not using the same register bank then we need to save the destination registers on the stack */ if (currFunc && dtype && (!IFFUNC_ISNAKED(dtype) || TARGET_IS_DS400) && IFFUNC_ISISR (currFunc->type) && (FUNC_REGBANK (currFunc->type) != FUNC_REGBANK (dtype))) { saveRBank (FUNC_REGBANK (dtype), ic, TRUE); restoreBank=TRUE; } /* push the return address on to the stack */ emitcode ("mov", "a,#!tlabel", (rlbl->key + 100)); emitcode ("push", "acc"); emitcode ("mov", "a,#!hil", (rlbl->key + 100)); emitcode ("push", "acc"); if (options.model == MODEL_FLAT24) { emitcode ("mov", "a,#!hihil", (rlbl->key + 100)); emitcode ("push", "acc"); } /* now push the function address */ pushSide (IC_LEFT (ic), FPTRSIZE, ic); /* if send set is not empty then assign */ if (_G.sendSet) { genSend(reverseSet(_G.sendSet)); _G.sendSet = NULL; } /* make the call */ emitcode ("ret", ""); emitLabel (rlbl); /* if we need assign a result value */ if ((IS_ITEMP (IC_RESULT (ic)) && !IS_BIT (OP_SYM_ETYPE (IC_RESULT (ic))) && (OP_SYMBOL (IC_RESULT (ic))->nRegs || OP_SYMBOL (IC_RESULT (ic))->spildir)) || IS_TRUE_SYMOP (IC_RESULT (ic))) { _G.accInUse++; aopOp (IC_RESULT (ic), ic, FALSE, TRUE); _G.accInUse--; assignResultValue (IC_RESULT (ic), IC_LEFT (ic)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /* adjust the stack for parameters if required */ if (ic->parmBytes) { int i; if (options.stack10bit) { if (ic->parmBytes <= 10) { emitcode(";","stack adjustment for parms"); for (i=0; i < ic->parmBytes ; i++) { emitcode("pop","acc"); } } else { if (IS_BIT (OP_SYM_ETYPE (IC_LEFT (ic))) && IS_BIT (OP_SYM_ETYPE (IC_RESULT (ic)))) { emitcode ("mov", "F0,c"); resultInF0 = TRUE; } PROTECT_SP; emitcode ("clr","c"); emitcode ("mov","a,sp"); emitcode ("subb","a,#!constbyte",ic->parmBytes & 0xff); emitcode ("mov","sp,a"); emitcode ("mov","a,esp"); adjustEsp("a"); emitcode ("subb","a,#!constbyte",(ic->parmBytes >> 8) & 0xff); emitcode ("mov","esp,a"); UNPROTECT_SP; } } else { if (ic->parmBytes > 3) { if (IS_BIT (OP_SYM_ETYPE (IC_LEFT (ic))) && IS_BIT (OP_SYM_ETYPE (IC_RESULT (ic)))) { emitcode ("mov", "F0,c"); resultInF0 = TRUE; } emitcode ("mov", "a,%s", spname); emitcode ("add", "a,#!constbyte", (-ic->parmBytes) & 0xff); emitcode ("mov", "%s,a", spname); } else for (i = 0; i < ic->parmBytes; i++) emitcode ("dec", "%s", spname); } } /* if register bank was saved then unsave them */ if (restoreBank) unsaveRBank (FUNC_REGBANK (dtype), ic, TRUE); /* if we had saved some registers then unsave them */ if (ic->regsSaved) unsaveRegisters (ic); if (IS_BIT (OP_SYM_ETYPE (IC_RESULT (ic)))) { if (resultInF0) emitcode ("mov", "c,F0"); aopOp (IC_RESULT (ic), ic, FALSE, FALSE); assignResultValue (IC_RESULT (ic), IC_LEFT (ic)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } } /*-----------------------------------------------------------------*/ /* resultRemat - result is rematerializable */ /*-----------------------------------------------------------------*/ static int resultRemat (iCode * ic) { if (SKIP_IC (ic) || ic->op == IFX) return 0; if (IC_RESULT (ic) && IS_ITEMP (IC_RESULT (ic))) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); if (sym->remat && !POINTER_SET (ic)) return 1; } return 0; } /*-----------------------------------------------------------------*/ /* inExcludeList - return 1 if the string is in exclude Reg list */ /*-----------------------------------------------------------------*/ static int regsCmp(void *p1, void *p2) { return (STRCASECMP((char *)p1, (char *)(p2)) == 0); } static bool inExcludeList (char *s) { const char *p = setFirstItem(options.excludeRegsSet); if (p == NULL || STRCASECMP(p, "none") == 0) return FALSE; return isinSetWith(options.excludeRegsSet, s, regsCmp); } /*-----------------------------------------------------------------*/ /* genFunction - generated code for function entry */ /*-----------------------------------------------------------------*/ static void genFunction (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); sym_link *ftype; bool switchedPSW = FALSE; bool fReentrant = (IFFUNC_ISREENT (sym->type) || options.stackAuto); D (emitcode (";", "genFunction")); _G.nRegsSaved = 0; /* create the function header */ emitcode (";", "-----------------------------------------"); emitcode (";", " function %s", sym->name); emitcode (";", "-----------------------------------------"); emitcode ("", "%s:", sym->rname); lineCurr->isLabel = 1; ftype = operandType (IC_LEFT (ic)); _G.currentFunc = sym; if (IFFUNC_ISNAKED(ftype)) { emitcode(";", "naked function: no prologue."); return; } if (options.stack_probe) emitcode ("lcall","__stack_probe"); /* here we need to generate the equates for the register bank if required */ if (FUNC_REGBANK (ftype) != rbank) { int i; rbank = FUNC_REGBANK (ftype); for (i = 0; i < ds390_nRegs; i++) { if (regs390[i].print) { if (strcmp (regs390[i].base, "0") == 0) emitcode ("", "%s !equ !constbyte", regs390[i].dname, 8 * rbank + regs390[i].offset); else emitcode ("", "%s !equ %s + !constbyte", regs390[i].dname, regs390[i].base, 8 * rbank + regs390[i].offset); } } } /* if this is an interrupt service routine then save acc, b, dpl, dph */ if (IFFUNC_ISISR (sym->type)) { /* is ISR */ if (!inExcludeList ("acc")) emitcode ("push", "acc"); if (!inExcludeList ("b")) emitcode ("push", "b"); if (!inExcludeList ("dpl")) emitcode ("push", "dpl"); if (!inExcludeList ("dph")) emitcode ("push", "dph"); if (options.model == MODEL_FLAT24 && !inExcludeList ("dpx")) { emitcode ("push", "dpx"); /* Make sure we're using standard DPTR */ emitcode ("push", "dps"); emitcode ("mov", "dps,#0"); if (options.stack10bit) { /* This ISR could conceivably use DPTR2. Better save it. */ emitcode ("push", "dpl1"); emitcode ("push", "dph1"); emitcode ("push", "dpx1"); emitcode ("push", DP2_RESULT_REG); } } /* if this isr has no bank i.e. is going to run with bank 0 , then we need to save more registers :-) */ if (!FUNC_REGBANK (sym->type)) { int i; /* if this function does not call any other function then we can be economical and save only those registers that are used */ if (!IFFUNC_HASFCALL(sym->type)) { /* if any registers used */ if (sym->regsUsed) { bool bits_pushed = FALSE; /* save the registers used */ for (i = 0; i < sym->regsUsed->size; i++) { if (bitVectBitValue (sym->regsUsed, i)) bits_pushed = pushReg (i, bits_pushed); } } } else { /* this function has a function call. We cannot determine register usage so we will have to push the entire bank */ saveRBank (0, ic, FALSE); if (options.parms_in_bank1) { for (i=0; i < 8 ; i++ ) { emitcode ("push","%s",rb1regs[i]); } } } } else { /* This ISR uses a non-zero bank. * * We assume that the bank is available for our * exclusive use. * * However, if this ISR calls a function which uses some * other bank, we must save that bank entirely. */ unsigned long banksToSave = 0; if (IFFUNC_HASFCALL(sym->type)) { #define MAX_REGISTER_BANKS 4 iCode *i; int ix; for (i = ic; i; i = i->next) { if (i->op == ENDFUNCTION) { /* we got to the end OK. */ break; } if (i->op == CALL) { sym_link *dtype; dtype = operandType (IC_LEFT(i)); if (dtype && FUNC_REGBANK(dtype) != FUNC_REGBANK(sym->type)) { /* Mark this bank for saving. */ if (FUNC_REGBANK(dtype) >= MAX_REGISTER_BANKS) { werror(E_NO_SUCH_BANK, FUNC_REGBANK(dtype)); } else { banksToSave |= (1 << FUNC_REGBANK(dtype)); } /* And note that we don't need to do it in * genCall. */ i->bankSaved = 1; } } if (i->op == PCALL) { /* This is a mess; we have no idea what * register bank the called function might * use. * * The only thing I can think of to do is * throw a warning and hope. */ werror(W_FUNCPTR_IN_USING_ISR); } } if (banksToSave && options.useXstack) { /* Since we aren't passing it an ic, * saveRBank will assume r0 is available to abuse. * * So switch to our (trashable) bank now, so * the caller's R0 isn't trashed. */ emitcode ("push", "psw"); emitcode ("mov", "psw,#!constbyte", (FUNC_REGBANK (sym->type) << 3) & 0x00ff); switchedPSW = TRUE; } for (ix = 0; ix < MAX_REGISTER_BANKS; ix++) { if (banksToSave & (1 << ix)) { saveRBank(ix, NULL, FALSE); } } } // TODO: this needs a closer look SPEC_ISR_SAVED_BANKS(currFunc->etype) = banksToSave; } } else { /* if callee-save to be used for this function then save the registers being used in this function */ if (IFFUNC_CALLEESAVES(sym->type)) { int i; /* if any registers used */ if (sym->regsUsed) { bool bits_pushed = FALSE; /* save the registers used */ for (i = 0; i < sym->regsUsed->size; i++) { if (bitVectBitValue (sym->regsUsed, i)) { bits_pushed = pushReg (i, bits_pushed); _G.nRegsSaved++; } } } } } /* set the register bank to the desired value */ if ((FUNC_REGBANK (sym->type) || FUNC_ISISR (sym->type)) && !switchedPSW) { emitcode ("push", "psw"); emitcode ("mov", "psw,#!constbyte", (FUNC_REGBANK (sym->type) << 3) & 0x00ff); } if (fReentrant && (sym->stack || FUNC_HASSTACKPARM(sym->type))) { if (options.stack10bit) { emitcode ("push","_bpx"); emitcode ("push","_bpx+1"); emitcode ("mov","_bpx,%s",spname); emitcode ("mov","_bpx+1,esp"); adjustEsp("_bpx+1"); } else { if (options.useXstack) { emitcode ("mov", "r0,%s", spname); emitcode ("mov", "a,_bp"); emitcode ("movx", "@r0,a"); emitcode ("inc", "%s", spname); } else { /* set up the stack */ emitcode ("push", "_bp"); /* save the callers stack */ } emitcode ("mov", "_bp,%s", spname); } } /* adjust the stack for the function */ if (sym->stack) { int i = sym->stack; if (options.stack10bit) { if ( i > 1024) werror (W_STACK_OVERFLOW, sym->name); assert (sym->recvSize <= 4); if (sym->stack <= 8) { while (i--) emitcode ("push","acc"); } else { PROTECT_SP; emitcode ("mov","a,sp"); emitcode ("add","a,#!constbyte", ((short) sym->stack & 0xff)); emitcode ("mov","sp,a"); emitcode ("mov","a,esp"); adjustEsp("a"); emitcode ("addc","a,#!constbyte", (((short) sym->stack) >> 8) & 0xff); emitcode ("mov","esp,a"); UNPROTECT_SP; } } else { if (i > 256) werror (W_STACK_OVERFLOW, sym->name); if (i > 3 && sym->recvSize < 4) { emitcode ("mov", "a,sp"); emitcode ("add", "a,#!constbyte", ((char) sym->stack & 0xff)); emitcode ("mov", "sp,a"); } else while (i--) emitcode ("inc", "sp"); } } if (sym->xstack) { emitcode ("mov", "a,_spx"); emitcode ("add", "a,#!constbyte", ((char) sym->xstack & 0xff)); emitcode ("mov", "_spx,a"); } /* if critical function then turn interrupts off */ if (IFFUNC_ISCRITICAL (ftype)) { symbol *tlbl = newiTempLabel (NULL); emitcode ("setb", "c"); emitcode ("jbc", "ea,%05d$", (tlbl->key + 100)); /* atomic test & clear */ emitcode ("clr", "c"); emitLabel (tlbl); emitcode ("push", "psw"); /* save old ea via c in psw */ } } /*-----------------------------------------------------------------*/ /* genEndFunction - generates epilogue for functions */ /*-----------------------------------------------------------------*/ static void genEndFunction (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); lineNode *lnp = lineCurr; bitVect *regsUsed; bitVect *regsUsedPrologue; bitVect *regsUnneeded; int idx; D (emitcode (";", "genEndFunction")); _G.currentFunc = NULL; if (IFFUNC_ISNAKED(sym->type)) { emitcode(";", "naked function: no epilogue."); if (options.debug && currFunc) debugFile->writeEndFunction (currFunc, ic, 0); return; } if (IFFUNC_ISCRITICAL (sym->type)) { if (IS_BIT (OP_SYM_ETYPE (IC_LEFT (ic)))) { emitcode ("rlc", "a"); /* save c in a */ emitcode ("pop", "psw"); /* restore ea via c in psw */ emitcode ("mov", "ea,c"); emitcode ("rrc", "a"); /* restore c from a */ } else { emitcode ("pop", "psw"); /* restore ea via c in psw */ emitcode ("mov", "ea,c"); } } if ((IFFUNC_ISREENT (sym->type) || options.stackAuto) && (sym->stack || FUNC_HASSTACKPARM(sym->type))) { if (options.stack10bit) { PROTECT_SP; emitcode ("mov", "sp,_bpx", spname); emitcode ("mov", "esp,_bpx+1", spname); UNPROTECT_SP; } else { emitcode ("mov", "%s,_bp", spname); } } /* if use external stack but some variables were added to the local stack then decrement the local stack */ if (options.useXstack && sym->stack) { emitcode ("mov", "a,sp"); emitcode ("add", "a,#!constbyte", ((char) -sym->stack) & 0xff); emitcode ("mov", "sp,a"); } if ((IFFUNC_ISREENT (sym->type) || options.stackAuto) && (sym->stack || FUNC_HASSTACKPARM(sym->type))) { if (options.useXstack) { emitcode ("mov", "r0,%s", spname); emitcode ("movx", "a,@r0"); emitcode ("mov", "_bp,a"); emitcode ("dec", "%s", spname); } else { if (options.stack10bit) { emitcode ("pop", "_bpx+1"); emitcode ("pop", "_bpx"); } else { emitcode ("pop", "_bp"); } } } /* restore the register bank */ if (FUNC_REGBANK (sym->type) || IFFUNC_ISISR (sym->type)) { if (!FUNC_REGBANK (sym->type) || !IFFUNC_ISISR (sym->type) || !options.useXstack) { /* Special case of ISR using non-zero bank with useXstack * is handled below. */ emitcode ("pop", "psw"); } } if (IFFUNC_ISISR (sym->type)) { /* is ISR */ /* now we need to restore the registers */ /* if this isr has no bank i.e. is going to run with bank 0 , then we need to save more registers :-) */ if (!FUNC_REGBANK (sym->type)) { int i; /* if this function does not call any other function then we can be economical and save only those registers that are used */ if (!IFFUNC_HASFCALL(sym->type)) { /* if any registers used */ if (sym->regsUsed) { bool bits_popped = FALSE; /* save the registers used */ for (i = sym->regsUsed->size; i >= 0; i--) { if (bitVectBitValue (sym->regsUsed, i)) bits_popped = popReg (i, bits_popped); } } } else { /* this function has a function call. We cannot determine register usage so we will have to pop the entire bank */ if (options.parms_in_bank1) { for (i = 7 ; i >= 0 ; i-- ) { emitcode ("pop","%s",rb1regs[i]); } } unsaveRBank (0, ic, FALSE); } } else { /* This ISR uses a non-zero bank. * * Restore any register banks saved by genFunction * in reverse order. */ unsigned savedBanks = SPEC_ISR_SAVED_BANKS(currFunc->etype); int ix; for (ix = MAX_REGISTER_BANKS - 1; ix >= 0; ix--) { if (savedBanks & (1 << ix)) { unsaveRBank(ix, NULL, FALSE); } } if (options.useXstack) { /* Restore bank AFTER calling unsaveRBank, * since it can trash r0. */ emitcode ("pop", "psw"); } } if (options.model == MODEL_FLAT24 && !inExcludeList ("dpx")) { if (options.stack10bit) { emitcode ("pop", DP2_RESULT_REG); emitcode ("pop", "dpx1"); emitcode ("pop", "dph1"); emitcode ("pop", "dpl1"); } emitcode ("pop", "dps"); emitcode ("pop", "dpx"); } if (!inExcludeList ("dph")) emitcode ("pop", "dph"); if (!inExcludeList ("dpl")) emitcode ("pop", "dpl"); if (!inExcludeList ("b")) emitcode ("pop", "b"); if (!inExcludeList ("acc")) emitcode ("pop", "acc"); /* if debug then send end of function */ if (options.debug && currFunc) { debugFile->writeEndFunction (currFunc, ic, 1); } emitcode ("reti", ""); } else { if (IFFUNC_CALLEESAVES(sym->type)) { int i; /* if any registers used */ if (sym->regsUsed) { /* save the registers used */ for (i = sym->regsUsed->size; i >= 0; i--) { if (bitVectBitValue (sym->regsUsed, i)) emitcode ("pop", "%s", REG_WITH_INDEX (i)->dname); } } } /* if debug then send end of function */ if (options.debug && currFunc) { debugFile->writeEndFunction (currFunc, ic, 1); } emitcode ("ret", ""); } if (!port->peep.getRegsRead || !port->peep.getRegsWritten || options.nopeep) return; /* If this was an interrupt handler using bank 0 that called another */ /* function, then all registers must be saved; nothing to optimized. */ if (IFFUNC_ISISR (sym->type) && IFFUNC_HASFCALL(sym->type) && !FUNC_REGBANK(sym->type)) return; /* There are no push/pops to optimize if not callee-saves or ISR */ if (!(FUNC_CALLEESAVES (sym->type) || FUNC_ISISR (sym->type))) return; /* If there were stack parameters, we cannot optimize without also */ /* fixing all of the stack offsets; this is too dificult to consider. */ if (FUNC_HASSTACKPARM(sym->type)) return; /* Compute the registers actually used */ regsUsed = newBitVect (ds390_nRegs); regsUsedPrologue = newBitVect (ds390_nRegs); while (lnp) { if (lnp->ic && lnp->ic->op == FUNCTION) regsUsedPrologue = bitVectUnion (regsUsedPrologue, port->peep.getRegsWritten(lnp)); else regsUsed = bitVectUnion (regsUsed, port->peep.getRegsWritten(lnp)); if (lnp->ic && lnp->ic->op == FUNCTION && lnp->prev && lnp->prev->ic && lnp->prev->ic->op == ENDFUNCTION) break; if (!lnp->prev) break; lnp = lnp->prev; } if (bitVectBitValue (regsUsedPrologue, DPS_IDX) && !bitVectBitValue (regsUsed, DPS_IDX)) { bitVectUnSetBit (regsUsedPrologue, DPS_IDX); } if (bitVectBitValue (regsUsedPrologue, CND_IDX) && !bitVectBitValue (regsUsed, CND_IDX)) { regsUsed = bitVectUnion (regsUsed, regsUsedPrologue); if (IFFUNC_ISISR (sym->type) && !FUNC_REGBANK (sym->type) && !sym->stack && !FUNC_ISCRITICAL (sym->type)) bitVectUnSetBit (regsUsed, CND_IDX); } else regsUsed = bitVectUnion (regsUsed, regsUsedPrologue); /* If this was an interrupt handler that called another function */ /* function, then assume working registers may be modified by it. */ if (IFFUNC_ISISR (sym->type) && IFFUNC_HASFCALL(sym->type)) { regsUsed = bitVectSetBit (regsUsed, AP_IDX); regsUsed = bitVectSetBit (regsUsed, DPX1_IDX); regsUsed = bitVectSetBit (regsUsed, DPL1_IDX); regsUsed = bitVectSetBit (regsUsed, DPH1_IDX); regsUsed = bitVectSetBit (regsUsed, DPX_IDX); regsUsed = bitVectSetBit (regsUsed, DPL_IDX); regsUsed = bitVectSetBit (regsUsed, DPH_IDX); regsUsed = bitVectSetBit (regsUsed, DPS_IDX); regsUsed = bitVectSetBit (regsUsed, B_IDX); regsUsed = bitVectSetBit (regsUsed, A_IDX); regsUsed = bitVectSetBit (regsUsed, CND_IDX); } /* Remove the unneeded push/pops */ regsUnneeded = newBitVect (ds390_nRegs); while (lnp) { if (lnp->ic && (lnp->ic->op == FUNCTION || lnp->ic->op == ENDFUNCTION)) { if (!strncmp(lnp->line, "push", 4)) { idx = bitVectFirstBit (port->peep.getRegsRead(lnp)); if (idx>=0 && !bitVectBitValue (regsUsed, idx)) { connectLine (lnp->prev, lnp->next); regsUnneeded = bitVectSetBit (regsUnneeded, idx); } } if (!strncmp(lnp->line, "pop", 3) || !strncmp(lnp->line, "mov", 3)) { idx = bitVectFirstBit (port->peep.getRegsWritten(lnp)); if (idx>=0 && !bitVectBitValue (regsUsed, idx)) { connectLine (lnp->prev, lnp->next); regsUnneeded = bitVectSetBit (regsUnneeded, idx); } } } lnp = lnp->next; } for (idx = 0; idx < regsUnneeded->size; idx++) if (bitVectBitValue (regsUnneeded, idx)) emitcode (";", "eliminated unneeded push/pop %s", REG_WITH_INDEX (idx)->dname); freeBitVect (regsUnneeded); freeBitVect (regsUsed); freeBitVect (regsUsedPrologue); } /*-----------------------------------------------------------------*/ /* genJavaNativeRet - generate code for return JavaNative */ /*-----------------------------------------------------------------*/ static void genJavaNativeRet(iCode *ic) { int i, size; aopOp (IC_LEFT (ic), ic, FALSE, AOP_IS_STR(IC_LEFT(ic)) ? FALSE :TRUE); size = AOP_SIZE (IC_LEFT (ic)); assert (size <= 4); /* it is assigned to GPR0-R3 then push them */ if (aopHasRegs(AOP(IC_LEFT(ic)),R0_IDX,R1_IDX) || aopHasRegs(AOP(IC_LEFT(ic)),R2_IDX,R3_IDX)) { for (i = 0 ; i < size ; i++ ) { emitcode ("push","%s", aopGet(IC_LEFT(ic),i,FALSE,TRUE,DP2_RESULT_REG)); } for (i = (size-1) ; i >= 0 ; i--) { emitcode ("pop","a%s",javaRet[i]); } } else { for (i = 0 ; i < size ; i++) emitcode ("mov","%s,%s",javaRet[i], aopGet(IC_LEFT(ic),i,FALSE,TRUE,DP2_RESULT_REG)); } for (i = size ; i < 4 ; i++ ) emitcode ("mov","%s,#0",javaRet[i]); return; } /*-----------------------------------------------------------------*/ /* genRet - generate code for return statement */ /*-----------------------------------------------------------------*/ static void genRet (iCode * ic) { int size, offset = 0, pushed = 0; D (emitcode (";", "genRet")); /* if we have no return value then just generate the "ret" */ if (!IC_LEFT (ic)) goto jumpret; /* if this is a JavaNative function then return value in different register */ if (IFFUNC_ISJAVANATIVE(currFunc->type)) { genJavaNativeRet(ic); goto jumpret; } /* we have something to return then move the return value into place */ aopOp (IC_LEFT (ic), ic, FALSE, (AOP_IS_STR(IC_LEFT(ic)) ? FALSE :TRUE)); size = AOP_SIZE (IC_LEFT (ic)); _startLazyDPSEvaluation (); if (IS_BIT(_G.currentFunc->etype)) { movc (aopGet (IC_LEFT (ic), 0, FALSE, FALSE, NULL)); size = 0; } while (size--) { char *l; if (AOP_TYPE (IC_LEFT (ic)) == AOP_DPTR) { l = aopGet (IC_LEFT (ic), offset++, FALSE, TRUE, NULL); emitcode ("push", "%s", l); pushed++; } else { /* Since A is the last element of fReturn, * it is OK to clobber it in the aopGet. */ l = aopGet (IC_LEFT (ic), offset, FALSE, FALSE, NULL); if (strcmp (fReturn[offset], l)) emitcode ("mov", "%s,%s", fReturn[offset++], l); } } _endLazyDPSEvaluation (); while (pushed) { pushed--; if (strcmp (fReturn[pushed], "a")) emitcode ("pop", fReturn[pushed]); else emitcode ("pop", "acc"); } freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); jumpret: /* generate a jump to the return label if the next is not the return statement */ if (!(ic->next && ic->next->op == LABEL && IC_LABEL (ic->next) == returnLabel)) emitcode ("ljmp", "!tlabel", (returnLabel->key + 100)); } /*-----------------------------------------------------------------*/ /* genLabel - generates a label */ /*-----------------------------------------------------------------*/ static void genLabel (iCode * ic) { /* special case never generate */ if (IC_LABEL (ic) == entryLabel) return; D (emitcode (";", "genLabel")); emitLabel (IC_LABEL (ic)); } /*-----------------------------------------------------------------*/ /* genGoto - generates a ljmp */ /*-----------------------------------------------------------------*/ static void genGoto (iCode * ic) { D (emitcode (";", "genGoto")); emitcode ("ljmp", "!tlabel", (IC_LABEL (ic)->key + 100)); } /*-----------------------------------------------------------------*/ /* findLabelBackwards: walks back through the iCode chain looking */ /* for the given label. Returns number of iCode instructions */ /* between that label and given ic. */ /* Returns zero if label not found. */ /*-----------------------------------------------------------------*/ static int findLabelBackwards (iCode * ic, int key) { int count = 0; while (ic->prev) { ic = ic->prev; count++; /* If we have any pushes or pops, we cannot predict the distance. I don't like this at all, this should be dealt with in the back-end */ if (ic->op == IPUSH || ic->op == IPOP) { return 0; } if (ic->op == LABEL && IC_LABEL (ic)->key == key) { /* printf("findLabelBackwards = %d\n", count); */ return count; } } return 0; } /*-----------------------------------------------------------------*/ /* genPlusIncr :- does addition with increment if possible */ /*-----------------------------------------------------------------*/ static bool genPlusIncr (iCode * ic) { unsigned int icount; unsigned int size = getDataSize (IC_RESULT (ic)); /* will try to generate an increment */ /* if the right side is not a literal we cannot */ if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) return FALSE; /* if the literal value of the right hand side is greater than 4 then it is not worth it */ if ((icount = (unsigned int) ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit)) > 4) return FALSE; if (size == 1 && AOP(IC_LEFT(ic)) == AOP(IC_RESULT(ic)) && AOP_TYPE(IC_LEFT(ic)) == AOP_DIR ) { while (icount--) { emitcode("inc","%s",aopGet(IC_RESULT(ic),0,FALSE,FALSE,NULL)); } return TRUE; } /* if increment 16 bits in register */ if ( AOP_TYPE (IC_LEFT (ic)) == AOP_REG && AOP_TYPE (IC_RESULT (ic)) == AOP_REG && sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic))) && (size > 1) && (icount == 1)) { symbol *tlbl; int emitTlbl; int labelRange; char *l; /* If the next instruction is a goto and the goto target * is <= 5 instructions previous to this, we can generate * jumps straight to that target. */ if (ic->next && ic->next->op == GOTO && (labelRange = findLabelBackwards (ic, IC_LABEL (ic->next)->key)) != 0 && labelRange <= 5) { D (emitcode (";", "tail increment optimized (range %d)", labelRange)); tlbl = IC_LABEL (ic->next); emitTlbl = 0; } else { tlbl = newiTempLabel (NULL); emitTlbl = 1; } l = aopGet (IC_RESULT (ic), LSB, FALSE, FALSE, NULL); emitcode ("inc", "%s", l); if (AOP_TYPE (IC_RESULT (ic)) == AOP_REG || IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("cjne", "%s,%s,!tlabel", l, zero, tlbl->key + 100); } else { emitcode ("clr", "a"); emitcode ("cjne", "a,%s,!tlabel", l, tlbl->key + 100); } l = aopGet (IC_RESULT (ic), MSB16, FALSE, FALSE, NULL); emitcode ("inc", "%s", l); if (size > 2) { if (!strcmp(l, "acc")) { emitcode("jnz", "!tlabel", tlbl->key + 100); } else if (AOP_TYPE (IC_RESULT (ic)) == AOP_REG || IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("cjne", "%s,%s,!tlabel", l, zero, tlbl->key + 100); } else { emitcode ("cjne", "a,%s,!tlabel", l, tlbl->key + 100); } l = aopGet (IC_RESULT (ic), MSB24, FALSE, FALSE, NULL); emitcode ("inc", "%s", l); } if (size > 3) { if (!strcmp(l, "acc")) { emitcode("jnz", "!tlabel", tlbl->key + 100); } else if (AOP_TYPE (IC_RESULT (ic)) == AOP_REG || IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("cjne", "%s,%s,!tlabel", l, zero, tlbl->key + 100); } else { emitcode ("cjne", "a,%s,!tlabel", l, tlbl->key + 100); } l = aopGet (IC_RESULT (ic), MSB32, FALSE, FALSE, NULL); emitcode ("inc", "%s", l); } if (emitTlbl) { emitLabel (tlbl); } return TRUE; } if (AOP_TYPE(IC_RESULT(ic))==AOP_STR && IS_ITEMP(IC_RESULT(ic)) && !AOP_USESDPTR(IC_LEFT(ic)) && icount <= 5 && size <= 3 && options.model == MODEL_FLAT24 ) { if (IC_RESULT(ic)->isGptr) { emitcode ("mov", "b,%s", aopGet(IC_LEFT (ic), 3, FALSE, FALSE, NULL)); } switch (size) { case 3: emitcode ("mov", "dpx,%s", aopGet(IC_LEFT (ic), 2, FALSE, FALSE, NULL)); case 2: emitcode ("mov", "dph,%s", aopGet(IC_LEFT (ic), 1, FALSE, FALSE, NULL)); case 1: emitcode ("mov", "dpl,%s", aopGet(IC_LEFT (ic), 0, FALSE, FALSE, NULL)); break; } while (icount--) emitcode ("inc", "dptr"); return TRUE; } if (AOP_INDPTRn(IC_LEFT(ic)) && AOP_INDPTRn(IC_RESULT(ic)) && AOP(IC_LEFT(ic))->aopu.dptr == AOP(IC_RESULT(ic))->aopu.dptr && icount <= 5 ) { emitcode ("mov","dps,#!constbyte",AOP(IC_LEFT(ic))->aopu.dptr); while (icount--) emitcode ("inc", "dptr"); emitcode ("mov", "dps,#0"); return TRUE; } /* if the sizes are greater than 1 then we cannot */ if (AOP_SIZE (IC_RESULT (ic)) > 1 || AOP_SIZE (IC_LEFT (ic)) > 1) return FALSE; /* we can if the aops of the left & result match or if they are in registers and the registers are the same */ if ( AOP_TYPE (IC_LEFT (ic)) == AOP_REG && AOP_TYPE (IC_RESULT (ic)) == AOP_REG && sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic)))) { if (icount > 3) { MOVA (aopGet (IC_LEFT (ic), 0, FALSE, FALSE, NULL)); emitcode ("add", "a,#!constbyte", ((char) icount) & 0xff); aopPut (IC_RESULT (ic), "a", 0); } else { _startLazyDPSEvaluation (); while (icount--) { emitcode ("inc", "%s", aopGet (IC_LEFT (ic), 0, FALSE, FALSE, NULL)); } _endLazyDPSEvaluation (); } return TRUE; } return FALSE; } /*-----------------------------------------------------------------*/ /* outBitAcc - output a bit in acc */ /*-----------------------------------------------------------------*/ static void outBitAcc (operand * result) { symbol *tlbl = newiTempLabel (NULL); /* if the result is a bit */ if (AOP_TYPE (result) == AOP_CRY) { aopPut (result, "a", 0); } else { emitcode ("jz", "!tlabel", tlbl->key + 100); emitcode ("mov", "a,%s", one); emitLabel (tlbl); outAcc (result); } } /*-----------------------------------------------------------------*/ /* genPlusBits - generates code for addition of two bits */ /*-----------------------------------------------------------------*/ static void genPlusBits (iCode * ic) { D (emitcode (";", "genPlusBits")); emitcode ("mov", "c,%s", AOP (IC_LEFT (ic))->aopu.aop_dir); if (AOP_TYPE (IC_RESULT (ic)) == AOP_CRY) { symbol *lbl = newiTempLabel (NULL); emitcode ("jnb", "%s,!tlabel", AOP (IC_RIGHT (ic))->aopu.aop_dir, (lbl->key + 100)); emitcode ("cpl", "c"); emitLabel (lbl); outBitC (IC_RESULT (ic)); } else { emitcode ("clr", "a"); emitcode ("rlc", "a"); emitcode ("mov", "c,%s", AOP (IC_RIGHT (ic))->aopu.aop_dir); emitcode ("addc", "a,%s", zero); outAcc (IC_RESULT (ic)); } } static void adjustArithmeticResult (iCode * ic) { if (opIsGptr (IC_RESULT (ic)) && opIsGptr (IC_LEFT (ic)) && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic)))) { aopPut (IC_RESULT (ic), aopGet (IC_LEFT (ic), GPTRSIZE - 1, FALSE, FALSE, NULL), GPTRSIZE - 1); } if (opIsGptr (IC_RESULT (ic)) && opIsGptr (IC_RIGHT (ic)) && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_RIGHT (ic)))) { aopPut (IC_RESULT (ic), aopGet (IC_RIGHT (ic), GPTRSIZE - 1, FALSE, FALSE, NULL), GPTRSIZE - 1); } if (opIsGptr (IC_RESULT (ic)) && IC_LEFT (ic) && AOP_SIZE (IC_LEFT (ic)) < GPTRSIZE && IC_RIGHT (ic) && AOP_SIZE (IC_RIGHT (ic)) < GPTRSIZE && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic))) && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_RIGHT (ic)))) { char buffer[5]; SNPRINTF (buffer, sizeof(buffer), "#%d", pointerTypeToGPByte (pointerCode (getSpec (operandType (IC_LEFT (ic)))), NULL, NULL)); aopPut (IC_RESULT (ic), buffer, GPTRSIZE - 1); } } // The guts of AOP_OP_3_NOFATAL. Generates the left & right opcodes of an IC, // generates the result if possible. If result is generated, returns TRUE; otherwise // returns false and caller must deal with fact that result isn't aopOp'd. bool aopOp3(iCode * ic) { bool dp1InUse, dp2InUse; bool useDp2; // First, generate the right opcode. DPTR may be used if neither left nor result are // of type AOP_STR. // D (emitcode(";", "aopOp3: AOP_IS_STR left: %s right: %s result: %s", // AOP_IS_STR(IC_LEFT(ic)) ? "true" : "false", // AOP_IS_STR(IC_RIGHT(ic)) ? "true" : "false", // AOP_IS_STR(IC_RESULT(ic)) ? "true" : "false"); // ); // D (emitcode(";", "aopOp3: AOP_IS_DPTRn left: %s right: %s result: %s", // AOP_IS_DPTRn(IC_LEFT(ic)) ? "true" : "false", // AOP_IS_DPTRn(IC_RIGHT(ic)) ? "true" : "false", // AOP_IS_DPTRn(IC_RESULT(ic)) ? "true" : "false"); // ); // Right uses DPTR unless left or result is an AOP_STR; however, // if right is an AOP_STR, it must use DPTR regardless. if ((AOP_IS_STR (IC_LEFT (ic)) || AOP_IS_STR (IC_RESULT (ic))) && !AOP_IS_STR (IC_RIGHT (ic))) { useDp2 = TRUE; } else { useDp2 = FALSE; } aopOp (IC_RIGHT(ic), ic, FALSE, useDp2); // if the right used DPTR, left MUST use DPTR2. // if the right used DPTR2, left MUST use DPTR. // if both are still available, we prefer to use DPTR. But if result is an AOP_STR // and left is not an AOP_STR, then we will get better code if we use DP2 for left, // enabling us to assign DPTR to result. if (AOP_USESDPTR (IC_RIGHT (ic))) { useDp2 = TRUE; } else if (AOP_USESDPTR2 (IC_RIGHT (ic))) { useDp2 = FALSE; } else { if (AOP_IS_STR (IC_RESULT (ic)) && !AOP_IS_STR (IC_LEFT (ic))) { useDp2 = TRUE; } else { useDp2 = FALSE; } } aopOp (IC_LEFT (ic), ic, FALSE, useDp2); // We've op'd the left & right. So, if left or right are the same operand as result, // we know aopOp will succeed, and we can just do it & bail. if (isOperandEqual (IC_LEFT (ic), IC_RESULT (ic))) { aopOp (IC_RESULT (ic), ic, TRUE, AOP_USESDPTR2 (IC_LEFT (ic))); return TRUE; } if (isOperandEqual (IC_RIGHT (ic), IC_RESULT (ic))) { // D (emitcode(";", "aopOp3: (left | right) & result equal")); aopOp (IC_RESULT (ic), ic, TRUE, AOP_USESDPTR2 (IC_RIGHT (ic))); return TRUE; } // Operands may be equivalent (but not equal) if they share a spill location. If // so, use the same DPTR or DPTR2. if (operandsEqu (IC_LEFT (ic), IC_RESULT (ic))) { aopOp (IC_RESULT (ic), ic, TRUE, AOP_USESDPTR2 (IC_LEFT (ic))); return TRUE; } if (operandsEqu (IC_RIGHT (ic), IC_RESULT (ic))) { aopOp (IC_RESULT (ic), ic, TRUE, AOP_USESDPTR2 (IC_RIGHT (ic))); return TRUE; } // Note which dptrs are currently in use. dp1InUse = AOP_USESDPTR (IC_LEFT (ic)) || AOP_USESDPTR (IC_RIGHT (ic)); dp2InUse = AOP_USESDPTR2 (IC_LEFT (ic)) || AOP_USESDPTR2 (IC_RIGHT (ic)); // OK, now if either left or right uses DPTR and the result is an AOP_STR, we cannot // generate it. if (dp1InUse && AOP_IS_STR (IC_RESULT (ic))) { return FALSE; } // Likewise, if left or right uses DPTR2 and the result is a DPTRn, we cannot generate it. if (dp2InUse && AOP_IS_DPTRn (IC_RESULT (ic))) { return FALSE; } // or, if both dp1 & dp2 are in use and the result needs a dptr, we're out of luck if (dp1InUse && dp2InUse && isOperandInFarSpace (IC_RESULT (ic))) { return FALSE; } aopOp (IC_RESULT (ic), ic, TRUE, dp1InUse); // Some sanity checking... if (dp1InUse && AOP_USESDPTR (IC_RESULT (ic))) { fprintf(stderr, "Internal error: got unexpected DPTR (%s:%d %s:%d)\n", __FILE__, __LINE__, ic->filename, ic->lineno); emitcode(";", ">>> unexpected DPTR here."); } if (dp2InUse && AOP_USESDPTR2 (IC_RESULT (ic))) { fprintf(stderr, "Internal error: got unexpected DPTR2 (%s:%d %s:%d)\n", __FILE__, __LINE__, ic->filename, ic->lineno); emitcode(";", ">>> unexpected DPTR2 here."); } return TRUE; } // Macro to aopOp all three operands of an ic. If this cannot be done, // the IC_LEFT and IC_RIGHT operands will be aopOp'd, and the rc parameter // will be set TRUE. The caller must then handle the case specially, noting // that the IC_RESULT operand is not aopOp'd. // #define AOP_OP_3_NOFATAL(ic, rc) \ do { rc = !aopOp3(ic); } while (0) // aopOp the left & right operands of an ic. #define AOP_OP_2(ic) \ aopOp (IC_RIGHT (ic), ic, FALSE, AOP_IS_STR (IC_LEFT (ic))); \ aopOp (IC_LEFT (ic), ic, FALSE, AOP_USESDPTR (IC_RIGHT (ic))); // convienience macro. #define AOP_SET_LOCALS(ic) \ left = IC_LEFT(ic); \ right = IC_RIGHT(ic); \ result = IC_RESULT(ic); // Given an integer value of pushedSize bytes on the stack, // adjust it to be resultSize bytes, either by discarding // the most significant bytes or by zero-padding. // // On exit from this macro, pushedSize will have been adjusted to // equal resultSize, and ACC may be trashed. #define ADJUST_PUSHED_RESULT(pushedSize, resultSize) \ /* If the pushed data is bigger than the result, \ * simply discard unused bytes. Icky, but works. \ */ \ while (pushedSize > resultSize) \ { \ D (emitcode (";", "discarding unused result byte.")); \ emitcode ("pop", "acc"); \ pushedSize--; \ } \ if (pushedSize < resultSize) \ { \ emitcode ("clr", "a"); \ /* Conversly, we haven't pushed enough here. \ * just zero-pad, and all is well. \ */ \ while (pushedSize < resultSize) \ { \ emitcode("push", "acc"); \ pushedSize++; \ } \ } \ assert(pushedSize == resultSize); /*-----------------------------------------------------------------*/ /* genPlus - generates code for addition */ /*-----------------------------------------------------------------*/ static void genPlus (iCode * ic) { int size, offset = 0; bool pushResult; int rSize; bool swappedLR = FALSE; D (emitcode (";", "genPlus")); /* special cases :- */ if ( AOP_IS_STR (IC_LEFT (ic)) && isOperandLiteral (IC_RIGHT (ic)) && OP_SYMBOL (IC_RESULT (ic))->ruonly) { aopOp (IC_RIGHT (ic), ic, TRUE, FALSE); size = (int) ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit); if (size <= 9) { while (size--) emitcode ("inc","dptr"); } else { emitcode ("mov", "a,dpl"); emitcode ("add", "a,#!constbyte", size & 0xff); emitcode ("mov", "dpl,a"); emitcode ("mov", "a,dph"); emitcode ("addc", "a,#!constbyte", (size >> 8) & 0xff); emitcode ("mov", "dph,a"); emitcode ("mov", "a,dpx"); emitcode ("addc", "a,#!constbyte", (size >> 16) & 0xff); emitcode ("mov", "dpx,a"); } freeAsmop (IC_RIGHT (ic), NULL, ic, FALSE); return ; } if ( IS_SYMOP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->remat && isOperandInFarSpace (IC_RIGHT (ic))) { operand *op = IC_RIGHT(ic); IC_RIGHT(ic) = IC_LEFT(ic); IC_LEFT(ic) = op; } AOP_OP_3_NOFATAL (ic, pushResult); if (pushResult) { D (emitcode (";", "genPlus: must push result: 3 ops in far space")); } if (!pushResult) { /* if literal, literal on the right or if left requires ACC or right is already in ACC */ if ((AOP_TYPE (IC_LEFT (ic)) == AOP_LIT) || ((AOP_NEEDSACC (IC_LEFT (ic))) && !(AOP_NEEDSACC (IC_RIGHT (ic)))) || AOP_TYPE (IC_RIGHT (ic)) == AOP_ACC) { operand *t = IC_RIGHT (ic); IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = t; swappedLR = TRUE; D (emitcode (";", "Swapped plus args.")); } /* if both left & right are in bit space */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY && AOP_TYPE (IC_RIGHT (ic)) == AOP_CRY) { genPlusBits (ic); goto release; } /* if left in bit space & right literal */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY && AOP_TYPE (IC_RIGHT (ic)) == AOP_LIT) { emitcode ("mov", "c,%s", AOP (IC_LEFT (ic))->aopu.aop_dir); /* if result in bit space */ if (AOP_TYPE (IC_RESULT (ic)) == AOP_CRY) { if (ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit) != 0L) emitcode ("cpl", "c"); outBitC (IC_RESULT (ic)); } else { size = getDataSize (IC_RESULT (ic)); _startLazyDPSEvaluation (); while (size--) { MOVA (aopGet (IC_RIGHT (ic), offset, FALSE, FALSE, NULL)); emitcode ("addc", "a,%s", zero); aopPut (IC_RESULT (ic), "a", offset++); } _endLazyDPSEvaluation (); } goto release; } /* if I can do an increment instead of add then GOOD for ME */ if (genPlusIncr (ic) == TRUE) { D (emitcode (";", "did genPlusIncr")); goto release; } } size = getDataSize (pushResult ? IC_LEFT (ic) : IC_RESULT (ic)); _startLazyDPSEvaluation (); while (size--) { if (AOP_TYPE(IC_LEFT(ic)) == AOP_ACC && !AOP_NEEDSACC(IC_RIGHT(ic))) { MOVA (aopGet (IC_LEFT (ic), offset, FALSE, FALSE, NULL)); if (offset == 0) emitcode ("add", "a,%s", aopGet (IC_RIGHT (ic), offset, FALSE, FALSE, NULL)); else emitcode ("addc", "a,%s", aopGet (IC_RIGHT (ic), offset, FALSE, FALSE, NULL)); } else { if (AOP_TYPE(IC_LEFT(ic)) == AOP_ACC && (offset == 0)) { /* right is going to use ACC or we would have taken the * above branch. */ assert(AOP_NEEDSACC(IC_RIGHT(ic))); TR_AP("#3"); D(emitcode(";", "+ AOP_ACC special case.");); emitcode("xch", "a, %s", DP2_RESULT_REG); } MOVA (aopGet (IC_RIGHT (ic), offset, FALSE, FALSE, NULL)); if (offset == 0) { if (AOP_TYPE(IC_LEFT(ic)) == AOP_ACC) { TR_AP("#4"); emitcode("add", "a, %s", DP2_RESULT_REG); } else { emitcode ("add", "a,%s", aopGet (IC_LEFT(ic), offset, FALSE, FALSE, DP2_RESULT_REG)); } } else { emitcode ("addc", "a,%s", aopGet (IC_LEFT (ic), offset, FALSE, FALSE, DP2_RESULT_REG)); } } if (!pushResult) { aopPut (IC_RESULT (ic), "a", offset); } else { emitcode ("push", "acc"); } offset++; } _endLazyDPSEvaluation (); if (pushResult) { aopOp (IC_RESULT (ic), ic, TRUE, FALSE); size = getDataSize (IC_LEFT (ic)); rSize = getDataSize (IC_RESULT (ic)); ADJUST_PUSHED_RESULT(size, rSize); _startLazyDPSEvaluation (); while (size--) { emitcode ("pop", "acc"); aopPut (IC_RESULT (ic), "a", size); } _endLazyDPSEvaluation (); } adjustArithmeticResult (ic); release: freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); if (!swappedLR) { freeAsmop (IC_RIGHT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } else { freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (IC_RIGHT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } } /*-----------------------------------------------------------------*/ /* genMinusDec :- does subtraction with decrement if possible */ /*-----------------------------------------------------------------*/ static bool genMinusDec (iCode * ic) { unsigned int icount; unsigned int size = getDataSize (IC_RESULT (ic)); /* will try to generate an increment */ /* if the right side is not a literal we cannot */ if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) return FALSE; /* if the literal value of the right hand side is greater than 4 then it is not worth it */ if ((icount = (unsigned int) ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit)) > 4) return FALSE; if (size == 1 && AOP(IC_LEFT(ic)) == AOP(IC_RESULT(ic)) && AOP_TYPE(IC_LEFT(ic)) == AOP_DIR ) { while (icount--) { emitcode("dec","%s",aopGet(IC_RESULT(ic),0,FALSE,FALSE,NULL)); } return TRUE; } /* if decrement 16 bits in register */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_REG && AOP_TYPE (IC_RESULT (ic)) == AOP_REG && sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic))) && (size > 1) && (icount == 1)) { symbol *tlbl; int emitTlbl; int labelRange; char *l; /* If the next instruction is a goto and the goto target * is <= 5 instructions previous to this, we can generate * jumps straight to that target. */ if (ic->next && ic->next->op == GOTO && (labelRange = findLabelBackwards (ic, IC_LABEL (ic->next)->key)) != 0 && labelRange <= 5) { D (emitcode (";", "tail decrement optimized (range %d)", labelRange)); tlbl = IC_LABEL (ic->next); emitTlbl = 0; } else { tlbl = newiTempLabel (NULL); emitTlbl = 1; } l = aopGet (IC_RESULT (ic), LSB, FALSE, FALSE, NULL); emitcode ("dec", "%s", l); if (AOP_TYPE (IC_RESULT (ic)) == AOP_REG || AOP_TYPE (IC_RESULT (ic)) == AOP_DPTR || IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("cjne", "%s,#!constbyte,!tlabel", l, 0xff, tlbl->key + 100); } else { emitcode ("mov", "a,#!constbyte",0xff); emitcode ("cjne", "a,%s,!tlabel", l, tlbl->key + 100); } l = aopGet (IC_RESULT (ic), MSB16, FALSE, FALSE, NULL); emitcode ("dec", "%s", l); if (size > 2) { if (!strcmp(l, "acc")) { emitcode("jnz", "!tlabel", tlbl->key + 100); } else if (AOP_TYPE (IC_RESULT (ic)) == AOP_REG || AOP_TYPE (IC_RESULT (ic)) == AOP_DPTR || IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("cjne", "%s,#!constbyte,!tlabel", l, 0xff, tlbl->key + 100); } else { emitcode ("mov", "a,#!constbyte",0xff); emitcode ("cjne", "a,%s,!tlabel", l, tlbl->key + 100); } l = aopGet (IC_RESULT (ic), MSB24, FALSE, FALSE, NULL); emitcode ("dec", "%s", l); } if (size > 3) { if (!strcmp(l, "acc")) { emitcode("jnz", "!tlabel", tlbl->key + 100); } else if (AOP_TYPE (IC_RESULT (ic)) == AOP_REG || AOP_TYPE (IC_RESULT (ic)) == AOP_DPTR || IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("cjne", "%s,#!constbyte,!tlabel", l, 0xff, tlbl->key + 100); } else { emitcode ("mov", "a,#!constbyte",0xff); emitcode ("cjne", "a,%s,!tlabel", l, tlbl->key + 100); } l = aopGet (IC_RESULT (ic), MSB32, FALSE, FALSE, NULL); emitcode ("dec", "%s", l); } if (emitTlbl) { emitLabel (tlbl); } return TRUE; } /* if the sizes are greater than 1 then we cannot */ if (AOP_SIZE (IC_RESULT (ic)) > 1 || AOP_SIZE (IC_LEFT (ic)) > 1) return FALSE; /* we can if the aops of the left & result match or if they are in registers and the registers are the same */ if ( AOP_TYPE (IC_LEFT (ic)) == AOP_REG && AOP_TYPE (IC_RESULT (ic)) == AOP_REG && sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic)))) { char *l; if (aopGetUsesAcc (IC_LEFT (ic), 0)) { MOVA (aopGet (IC_RESULT (ic), 0, FALSE, FALSE, NULL)); l = "a"; } else { l = aopGet (IC_RESULT (ic), 0, FALSE, FALSE, NULL); } _startLazyDPSEvaluation (); while (icount--) { emitcode ("dec", "%s", l); } _endLazyDPSEvaluation (); if (AOP_NEEDSACC (IC_RESULT (ic))) aopPut (IC_RESULT (ic), "a", 0); return TRUE; } return FALSE; } /*-----------------------------------------------------------------*/ /* addSign - complete with sign */ /*-----------------------------------------------------------------*/ static void addSign (operand * result, int offset, int sign) { int size = (getDataSize (result) - offset); if (size > 0) { _startLazyDPSEvaluation(); if (sign) { emitcode ("rlc", "a"); emitcode ("subb", "a,acc"); while (size--) { aopPut (result, "a", offset++); } } else { while (size--) { aopPut (result, zero, offset++); } } _endLazyDPSEvaluation(); } } /*-----------------------------------------------------------------*/ /* genMinusBits - generates code for subtraction of two bits */ /*-----------------------------------------------------------------*/ static void genMinusBits (iCode * ic) { symbol *lbl = newiTempLabel (NULL); D (emitcode (";", "genMinusBits")); if (AOP_TYPE (IC_RESULT (ic)) == AOP_CRY) { emitcode ("mov", "c,%s", AOP (IC_LEFT (ic))->aopu.aop_dir); emitcode ("jnb", "%s,!tlabel", AOP (IC_RIGHT (ic))->aopu.aop_dir, (lbl->key + 100)); emitcode ("cpl", "c"); emitLabel (lbl); outBitC (IC_RESULT (ic)); } else { emitcode ("mov", "c,%s", AOP (IC_RIGHT (ic))->aopu.aop_dir); emitcode ("subb", "a,acc"); emitcode ("jnb", "%s,!tlabel", AOP (IC_LEFT (ic))->aopu.aop_dir, (lbl->key + 100)); emitcode ("inc", "a"); emitLabel (lbl); aopPut (IC_RESULT (ic), "a", 0); addSign (IC_RESULT (ic), MSB16, SPEC_USIGN (getSpec (operandType (IC_RESULT (ic))))); } } /*-----------------------------------------------------------------*/ /* genMinus - generates code for subtraction */ /*-----------------------------------------------------------------*/ static void genMinus (iCode * ic) { int size, offset = 0; int rSize; long lit = 0L; bool pushResult; D (emitcode (";", "genMinus")); AOP_OP_3_NOFATAL(ic, pushResult); if (!pushResult) { /* special cases :- */ /* if both left & right are in bit space */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY && AOP_TYPE (IC_RIGHT (ic)) == AOP_CRY) { genMinusBits (ic); goto release; } /* if I can do an decrement instead of subtract then GOOD for ME */ if (genMinusDec (ic) == TRUE) goto release; } size = getDataSize (pushResult ? IC_LEFT (ic) : IC_RESULT (ic)); if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) { CLRC; } else { lit = (long) ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit); lit = -lit; } /* if literal, add a,#-lit, else normal subb */ _startLazyDPSEvaluation (); while (size--) { if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) { if (AOP_USESDPTR(IC_RIGHT(ic))) { emitcode ("mov","b,%s", aopGet (IC_RIGHT (ic), offset, FALSE, FALSE, NULL)); MOVA (aopGet (IC_LEFT (ic), offset, FALSE, FALSE, NULL)); emitcode ("subb","a,b"); } else { MOVA (aopGet (IC_LEFT (ic), offset, FALSE, FALSE, NULL)); emitcode ("subb", "a,%s", aopGet (IC_RIGHT (ic), offset, FALSE, FALSE, DP2_RESULT_REG)); } } else { MOVA (aopGet (IC_LEFT (ic), offset, FALSE, FALSE, NULL)); /* first add without previous c */ if (!offset) { if (!size && lit==-1) { emitcode ("dec", "a"); } else { emitcode ("add", "a,#!constbyte", (unsigned int) (lit & 0x0FFL)); } } else { emitcode ("addc", "a,#!constbyte", (unsigned int) ((lit >> (offset * 8)) & 0x0FFL)); } } if (pushResult) { emitcode ("push", "acc"); } else { aopPut (IC_RESULT (ic), "a", offset); } offset++; } _endLazyDPSEvaluation (); if (pushResult) { aopOp (IC_RESULT (ic), ic, TRUE, FALSE); size = getDataSize (IC_LEFT (ic)); rSize = getDataSize (IC_RESULT (ic)); ADJUST_PUSHED_RESULT(size, rSize); _startLazyDPSEvaluation (); while (size--) { emitcode ("pop", "acc"); aopPut (IC_RESULT (ic), "a", size); } _endLazyDPSEvaluation (); } adjustArithmeticResult (ic); release: freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); freeAsmop (IC_RIGHT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genMultbits :- multiplication of bits */ /*-----------------------------------------------------------------*/ static void genMultbits (operand * left, operand * right, operand * result, iCode * ic) { D (emitcode (";", "genMultbits")); emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("anl", "c,%s", AOP (right)->aopu.aop_dir); aopOp(result, ic, TRUE, FALSE); outBitC (result); } /*-----------------------------------------------------------------*/ /* genMultOneByte : 8*8=8/16 bit multiplication */ /*-----------------------------------------------------------------*/ static void genMultOneByte (operand * left, operand * right, operand * result, iCode * ic) { symbol *lbl; int size; bool runtimeSign, compiletimeSign; bool lUnsigned, rUnsigned, pushedB; /* (if two literals: the value is computed before) */ /* if one literal, literal on the right */ if (AOP_TYPE (left) == AOP_LIT) { operand *t = right; right = left; left = t; /* emitcode (";", "swapped left and right"); */ } /* if no literal, unsigned on the right: shorter code */ if ( AOP_TYPE (right) != AOP_LIT && SPEC_USIGN (getSpec (operandType (left)))) { operand *t = right; right = left; left = t; } lUnsigned = SPEC_USIGN (getSpec (operandType (left))); rUnsigned = SPEC_USIGN (getSpec (operandType (right))); pushedB = pushB (); if ((lUnsigned && rUnsigned) /* sorry, I don't know how to get size without calling aopOp (result,...); see Feature Request */ /* || size == 1 */ ) /* no, this is not a bug; with a 1 byte result there's no need to take care about the signedness! */ { /* just an unsigned 8 * 8 = 8 multiply or 8u * 8u = 16u */ /* emitcode (";","unsigned"); */ emitcode ("mov", "b,%s", aopGet (right, 0, FALSE, FALSE, NULL)); MOVA (aopGet (left, 0, FALSE, FALSE, NULL)); emitcode ("mul", "ab"); _G.accInUse++; aopOp (result, ic, TRUE, FALSE); size = AOP_SIZE (result); if (size < 1 || size > 2) { /* this should never happen */ fprintf (stderr, "size!=1||2 (%d) in %s at line:%d \n", size, __FILE__, lineno); exit (1); } aopPut (result, "a", 0); _G.accInUse--; if (size == 2) aopPut (result, "b", 1); popB (pushedB); return; } /* we have to do a signed multiply */ /* emitcode (";", "signed"); */ /* now sign adjust for both left & right */ /* let's see what's needed: */ /* apply negative sign during runtime */ runtimeSign = FALSE; /* negative sign from literals */ compiletimeSign = FALSE; if (!lUnsigned) { if (AOP_TYPE(left) == AOP_LIT) { /* signed literal */ signed char val = (char) ulFromVal (AOP (left)->aopu.aop_lit); if (val < 0) compiletimeSign = TRUE; } else /* signed but not literal */ runtimeSign = TRUE; } if (!rUnsigned) { if (AOP_TYPE(right) == AOP_LIT) { /* signed literal */ signed char val = (char) ulFromVal (AOP (right)->aopu.aop_lit); if (val < 0) compiletimeSign ^= TRUE; } else /* signed but not literal */ runtimeSign = TRUE; } /* initialize F0, which stores the runtime sign */ if (runtimeSign) { if (compiletimeSign) emitcode ("setb", "F0"); /* set sign flag */ else emitcode ("clr", "F0"); /* reset sign flag */ } /* save the signs of the operands */ if (AOP_TYPE(right) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (right)->aopu.aop_lit); if (!rUnsigned && val < 0) emitcode ("mov", "b,#!constbyte", -val); else emitcode ("mov", "b,#!constbyte", (unsigned char) val); } else /* ! literal */ { if (rUnsigned) /* emitcode (";", "signed"); */ emitcode ("mov", "b,%s", aopGet (right, 0, FALSE, FALSE, NULL)); else { MOVA (aopGet (right, 0, FALSE, FALSE, NULL)); lbl = newiTempLabel (NULL); emitcode ("jnb", "acc.7,!tlabel", lbl->key + 100); emitcode ("cpl", "F0"); /* complement sign flag */ emitcode ("cpl", "a"); /* 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); emitcode ("mov", "b,a"); } } if (AOP_TYPE(left) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (left)->aopu.aop_lit); if (!lUnsigned && val < 0) emitcode ("mov", "a,#!constbyte", -val); else emitcode ("mov", "a,#!constbyte", (unsigned char) val); } else /* ! literal */ { MOVA (aopGet (left, 0, FALSE, FALSE, NULL)); if (!lUnsigned) /* emitcode (";", "signed"); */ { lbl = newiTempLabel (NULL); emitcode ("jnb", "acc.7,!tlabel", lbl->key + 100); emitcode ("cpl", "F0"); /* complement sign flag */ emitcode ("cpl", "a"); /* 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); } } /* now the multiplication */ emitcode ("mul", "ab"); _G.accInUse++; aopOp(result, ic, TRUE, FALSE); size = AOP_SIZE (result); if (size < 1 || size > 2) { /* this should never happen */ fprintf (stderr, "size!=1||2 (%d) in %s at line:%d \n", size, __FILE__, lineno); exit (1); } if (runtimeSign || compiletimeSign) { lbl = newiTempLabel (NULL); if (runtimeSign) emitcode ("jnb", "F0,!tlabel", lbl->key + 100); emitcode ("cpl", "a"); /* lsb 2's complement */ if (size != 2) emitcode ("inc", "a"); /* inc doesn't set carry flag */ else { emitcode ("add", "a,#0x01"); /* this sets carry flag */ emitcode ("xch", "a,b"); emitcode ("cpl", "a"); /* msb 2's complement */ emitcode ("addc", "a,#0x00"); emitcode ("xch", "a,b"); } emitLabel (lbl); } aopPut (result, "a", 0); _G.accInUse--; if (size == 2) aopPut (result, "b", 1); popB (pushedB); } /*-----------------------------------------------------------------*/ /* genMultTwoByte - use the DS390 MAC unit to do 16*16 multiply */ /*-----------------------------------------------------------------*/ static void genMultTwoByte (operand *left, operand *right, operand *result, iCode *ic) { sym_link *retype = getSpec(operandType(right)); sym_link *letype = getSpec(operandType(left)); int umult = SPEC_USIGN(retype) | SPEC_USIGN(letype); symbol *lbl; if (AOP_TYPE (left) == AOP_LIT) { operand *t = right; right = left; left = t; } /* save EA bit in F1 */ lbl = newiTempLabel(NULL); emitcode ("setb","F1"); emitcode ("jbc","EA,!tlabel",lbl->key+100); emitcode ("clr","F1"); emitLabel (lbl); /* load up MB with right */ if (!umult) { emitcode("clr","F0"); if (AOP_TYPE(right) == AOP_LIT) { int val=(int) ulFromVal (AOP (right)->aopu.aop_lit); if (val < 0) { emitcode("setb","F0"); val = -val; } emitcode ("mov","mb,#!constbyte",val & 0xff); emitcode ("mov","mb,#!constbyte",(val >> 8) & 0xff); } else { lbl = newiTempLabel(NULL); emitcode ("mov","b,%s",aopGet(right,0,FALSE,FALSE,NULL)); emitcode ("mov","a,%s",aopGet(right,1,FALSE,FALSE,NULL)); emitcode ("jnb","acc.7,!tlabel",lbl->key+100); emitcode ("xch", "a,b"); emitcode ("cpl","a"); emitcode ("add", "a,#1"); emitcode ("xch", "a,b"); emitcode ("cpl", "a"); // msb emitcode ("addc", "a,#0"); emitcode ("setb","F0"); emitLabel (lbl); emitcode ("mov","mb,b"); emitcode ("mov","mb,a"); } } else { emitcode ("mov","mb,%s",aopGet(right,0,FALSE,FALSE,NULL)); emitcode ("mov","mb,%s",aopGet(right,1,FALSE,FALSE,NULL)); } /* load up MA with left */ if (!umult) { lbl = newiTempLabel(NULL); emitcode ("mov","b,%s",aopGet(left,0,FALSE,FALSE,NULL)); emitcode ("mov","a,%s",aopGet(left,1,FALSE,FALSE,NULL)); emitcode ("jnb","acc.7,!tlabel",lbl->key+100); emitcode ("xch", "a,b"); emitcode ("cpl","a"); emitcode ("add", "a,#1"); emitcode ("xch", "a,b"); emitcode ("cpl", "a"); // msb emitcode ("addc","a,#0"); emitcode ("jbc","F0,!tlabel",lbl->key+100); emitcode ("setb","F0"); emitLabel (lbl); emitcode ("mov","ma,b"); emitcode ("mov","ma,a"); } else { emitcode ("mov","ma,%s",aopGet(left,0,FALSE,FALSE,NULL)); emitcode ("mov","ma,%s",aopGet(left,1,FALSE,FALSE,NULL)); } /* wait for multiplication to finish */ lbl = newiTempLabel(NULL); emitLabel (lbl); emitcode("mov","a,mcnt1"); emitcode("anl","a,#!constbyte",0x80); emitcode("jnz","!tlabel",lbl->key+100); freeAsmop (left, NULL, ic, TRUE); freeAsmop (right, NULL, ic,TRUE); aopOp(result, ic, TRUE, FALSE); /* if unsigned then simple */ if (umult) { emitcode ("mov","a,ma"); if (AOP_SIZE(result) >= 4) aopPut(result,"a",3); emitcode ("mov","a,ma"); if (AOP_SIZE(result) >= 3) aopPut(result,"a",2); aopPut(result,"ma",1); aopPut(result,"ma",0); } else { emitcode("push","ma"); emitcode("push","ma"); emitcode("push","ma"); MOVA("ma"); /* negate result if needed */ lbl = newiTempLabel(NULL); emitcode("jnb","F0,!tlabel",lbl->key+100); emitcode("cpl","a"); emitcode("add","a,#1"); emitLabel (lbl); if (AOP_TYPE(result) == AOP_ACC) { D (emitcode(";", "ACC special case.")); /* We know result is the only live aop, and * it's obviously not a DPTR2, so AP is available. */ emitcode("mov", "%s,acc", DP2_RESULT_REG); } else { aopPut(result,"a",0); } emitcode("pop","acc"); lbl = newiTempLabel(NULL); emitcode("jnb","F0,!tlabel",lbl->key+100); emitcode("cpl","a"); emitcode("addc","a,#0"); emitLabel (lbl); aopPut(result,"a",1); emitcode("pop","acc"); if (AOP_SIZE(result) >= 3) { lbl = newiTempLabel(NULL); emitcode("jnb","F0,!tlabel",lbl->key+100); emitcode("cpl","a"); emitcode("addc","a,#0"); emitLabel (lbl); aopPut(result,"a",2); } emitcode("pop","acc"); if (AOP_SIZE(result) >= 4) { lbl = newiTempLabel(NULL); emitcode("jnb","F0,!tlabel",lbl->key+100); emitcode("cpl","a"); emitcode("addc","a,#0"); emitLabel (lbl); aopPut(result,"a",3); } if (AOP_TYPE(result) == AOP_ACC) { /* We stashed the result away above. */ emitcode("mov", "acc,%s", DP2_RESULT_REG); } } freeAsmop (result, NULL, ic, TRUE); /* restore EA bit in F1 */ lbl = newiTempLabel(NULL); emitcode ("jnb","F1,!tlabel",lbl->key+100); emitcode ("setb","EA"); emitLabel (lbl); return ; } /*-----------------------------------------------------------------*/ /* genMult - generates code for multiplication */ /*-----------------------------------------------------------------*/ static void genMult (iCode * ic) { operand *left = IC_LEFT (ic); operand *right = IC_RIGHT (ic); operand *result = IC_RESULT (ic); D (emitcode (";", "genMult")); /* assign the asmops */ AOP_OP_2 (ic); /* special cases first */ /* both are bits */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { genMultbits (left, right, result, ic); goto release; } /* if both are of size == 1 */ if (AOP_SIZE (left) == 1 && AOP_SIZE (right) == 1) { genMultOneByte (left, right, result, ic); goto release; } if (AOP_SIZE (left) == 2 && AOP_SIZE(right) == 2) { /* use the ds390 ARITHMETIC accel UNIT */ genMultTwoByte (left, right, result, ic); return ; } /* should have been converted to function call */ assert (0); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genDivbits :- division of bits */ /*-----------------------------------------------------------------*/ static void genDivbits (operand * left, operand * right, operand * result, iCode * ic) { char *l; bool pushedB; D(emitcode (";", "genDivbits")); pushedB = pushB (); /* the result must be bit */ LOAD_AB_FOR_DIV (left, right, l); emitcode ("div", "ab"); emitcode ("rrc", "a"); aopOp(result, ic, TRUE, FALSE); popB (pushedB); aopPut (result, "c", 0); } /*-----------------------------------------------------------------*/ /* genDivOneByte : 8 bit division */ /*-----------------------------------------------------------------*/ static void genDivOneByte (operand * left, operand * right, operand * result, iCode * ic) { bool lUnsigned, rUnsigned, pushedB; bool runtimeSign, compiletimeSign; char *l; symbol *lbl; int size, offset; D(emitcode (";", "genDivOneByte")); offset = 1; lUnsigned = SPEC_USIGN (getSpec (operandType (left))); rUnsigned = SPEC_USIGN (getSpec (operandType (right))); pushedB = pushB (); /* signed or unsigned */ if (lUnsigned && rUnsigned) { /* unsigned is easy */ LOAD_AB_FOR_DIV (left, right, l); emitcode ("div", "ab"); _G.accInUse++; aopOp (result, ic, TRUE, FALSE); aopPut (result, "a", 0); _G.accInUse--; size = AOP_SIZE (result) - 1; while (size--) aopPut (result, zero, offset++); popB (pushedB); return; } /* signed is a little bit more difficult */ /* now sign adjust for both left & right */ /* let's see what's needed: */ /* apply negative sign during runtime */ runtimeSign = FALSE; /* negative sign from literals */ compiletimeSign = FALSE; if (!lUnsigned) { if (AOP_TYPE(left) == AOP_LIT) { /* signed literal */ signed char val = (char) ulFromVal (AOP (left)->aopu.aop_lit); if (val < 0) compiletimeSign = TRUE; } else /* signed but not literal */ runtimeSign = TRUE; } if (!rUnsigned) { if (AOP_TYPE(right) == AOP_LIT) { /* signed literal */ signed char val = (char) ulFromVal (AOP (right)->aopu.aop_lit); if (val < 0) compiletimeSign ^= TRUE; } else /* signed but not literal */ runtimeSign = TRUE; } /* initialize F0, which stores the runtime sign */ if (runtimeSign) { if (compiletimeSign) emitcode ("setb", "F0"); /* set sign flag */ else emitcode ("clr", "F0"); /* reset sign flag */ } /* save the signs of the operands */ if (AOP_TYPE(right) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (right)->aopu.aop_lit); if (!rUnsigned && val < 0) emitcode ("mov", "b,#0x%02x", -val); else emitcode ("mov", "b,#0x%02x", (unsigned char) val); } else /* ! literal */ { if (rUnsigned) emitcode ("mov", "b,%s", aopGet (right, 0, FALSE, FALSE, NULL)); else { MOVA (aopGet (right, 0, FALSE, FALSE, NULL)); lbl = newiTempLabel (NULL); emitcode ("jnb", "acc.7,!tlabel", lbl->key + 100); emitcode ("cpl", "F0"); /* complement sign flag */ emitcode ("cpl", "a"); /* 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); emitcode ("mov", "b,a"); } } if (AOP_TYPE(left) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (left)->aopu.aop_lit); if (!lUnsigned && val < 0) emitcode ("mov", "a,#0x%02x", -val); else emitcode ("mov", "a,#0x%02x", (unsigned char) val); } else /* ! literal */ { MOVA (aopGet (left, 0, FALSE, FALSE, NULL)); if (!lUnsigned) { lbl = newiTempLabel (NULL); emitcode ("jnb", "acc.7,!tlabel", lbl->key + 100); emitcode ("cpl", "F0"); /* complement sign flag */ emitcode ("cpl", "a"); /* 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); } } /* now the division */ emitcode ("nop", "; workaround for DS80C390 div bug."); emitcode ("div", "ab"); if (runtimeSign || compiletimeSign) { lbl = newiTempLabel (NULL); if (runtimeSign) emitcode ("jnb", "F0,!tlabel", lbl->key + 100); emitcode ("cpl", "a"); /* lsb 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); _G.accInUse++; aopOp (result, ic, TRUE, FALSE); size = AOP_SIZE (result) - 1; if (size > 0) { /* 123 look strange, but if (OP_SYMBOL (op)->accuse == 1) then the result will be in b, a */ emitcode ("mov", "b,a"); /* 1 */ /* msb is 0x00 or 0xff depending on the sign */ if (runtimeSign) { emitcode ("mov", "c,F0"); emitcode ("subb", "a,acc"); emitcode ("xch", "a,b"); /* 2 */ while (size--) aopPut (result, "b", offset++); /* write msb's */ } else /* compiletimeSign */ while (size--) aopPut (result, "#0xff", offset++); /* write msb's */ } aopPut (result, "a", 0); /* 3: write lsb */ } else { _G.accInUse++; aopOp(result, ic, TRUE, FALSE); size = AOP_SIZE (result) - 1; aopPut (result, "a", 0); while (size--) aopPut (result, zero, offset++); } _G.accInUse--; popB (pushedB); } /*-----------------------------------------------------------------*/ /* genDivTwoByte - use the DS390 MAC unit to do 16/16 divide */ /*-----------------------------------------------------------------*/ static void genDivTwoByte (operand *left, operand *right, operand *result, iCode *ic) { sym_link *retype = getSpec(operandType(right)); sym_link *letype = getSpec(operandType(left)); int umult = SPEC_USIGN(retype) | SPEC_USIGN(letype); symbol *lbl; /* save EA bit in F1 */ lbl = newiTempLabel(NULL); emitcode ("setb","F1"); emitcode ("jbc","EA,!tlabel",lbl->key+100); emitcode ("clr","F1"); emitLabel (lbl); /* load up MA with left */ if (!umult) { emitcode("clr","F0"); lbl = newiTempLabel(NULL); emitcode ("mov","b,%s",aopGet(left,0,FALSE,FALSE,NULL)); emitcode ("mov","a,%s",aopGet(left,1,FALSE,FALSE,NULL)); emitcode ("jnb","acc.7,!tlabel",lbl->key+100); emitcode ("xch", "a,b"); emitcode ("cpl","a"); emitcode ("add", "a,#1"); emitcode ("xch", "a,b"); emitcode ("cpl", "a"); // msb emitcode ("addc","a,#0"); emitcode ("setb","F0"); emitLabel (lbl); emitcode ("mov","ma,b"); emitcode ("mov","ma,a"); } else { emitcode ("mov","ma,%s",aopGet(left,0,FALSE,FALSE,NULL)); emitcode ("mov","ma,%s",aopGet(left,1,FALSE,FALSE,NULL)); } /* load up MB with right */ if (!umult) { if (AOP_TYPE(right) == AOP_LIT) { int val=(int) ulFromVal (AOP (right)->aopu.aop_lit); if (val < 0) { lbl = newiTempLabel(NULL); emitcode ("jbc","F0,!tlabel",lbl->key+100); emitcode("setb","F0"); emitLabel (lbl); val = -val; } emitcode ("mov","mb,#!constbyte",val & 0xff); emitcode ("mov","mb,#!constbyte",(val >> 8) & 0xff); } else { lbl = newiTempLabel(NULL); emitcode ("mov","b,%s",aopGet(right,0,FALSE,FALSE,NULL)); emitcode ("mov","a,%s",aopGet(right,1,FALSE,FALSE,NULL)); emitcode ("jnb","acc.7,!tlabel",lbl->key+100); emitcode ("xch", "a,b"); emitcode ("cpl","a"); emitcode ("add", "a,#1"); emitcode ("xch", "a,b"); emitcode ("cpl", "a"); // msb emitcode ("addc", "a,#0"); emitcode ("jbc","F0,!tlabel",lbl->key+100); emitcode ("setb","F0"); emitLabel (lbl); emitcode ("mov","mb,b"); emitcode ("mov","mb,a"); } } else { emitcode ("mov","mb,%s",aopGet(right,0,FALSE,FALSE,NULL)); emitcode ("mov","mb,%s",aopGet(right,1,FALSE,FALSE,NULL)); } /* wait for multiplication to finish */ lbl = newiTempLabel(NULL); emitLabel (lbl); emitcode("mov","a,mcnt1"); emitcode("anl","a,#!constbyte",0x80); emitcode("jnz","!tlabel",lbl->key+100); freeAsmop (left, NULL, ic, TRUE); freeAsmop (right, NULL, ic,TRUE); aopOp(result, ic, TRUE, FALSE); /* if unsigned then simple */ if (umult) { aopPut(result,"ma",1); aopPut(result,"ma",0); } else { emitcode("push","ma"); MOVA("ma"); /* negate result if needed */ lbl = newiTempLabel(NULL); emitcode("jnb","F0,!tlabel",lbl->key+100); emitcode("cpl","a"); emitcode("add","a,#1"); emitLabel (lbl); aopPut(result,"a",0); emitcode("pop","acc"); lbl = newiTempLabel(NULL); emitcode("jnb","F0,!tlabel",lbl->key+100); emitcode("cpl","a"); emitcode("addc","a,#0"); emitLabel (lbl); aopPut(result,"a",1); } freeAsmop (result, NULL, ic, TRUE); /* restore EA bit in F1 */ lbl = newiTempLabel(NULL); emitcode ("jnb","F1,!tlabel",lbl->key+100); emitcode ("setb","EA"); emitLabel (lbl); return ; } /*-----------------------------------------------------------------*/ /* genDiv - generates code for division */ /*-----------------------------------------------------------------*/ static void genDiv (iCode * ic) { operand *left = IC_LEFT (ic); operand *right = IC_RIGHT (ic); operand *result = IC_RESULT (ic); D (emitcode (";", "genDiv")); /* assign the amsops */ AOP_OP_2 (ic); /* special cases first */ /* both are bits */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { genDivbits (left, right, result, ic); goto release; } /* if both are of size == 1 */ if (AOP_SIZE (left) == 1 && AOP_SIZE (right) == 1) { genDivOneByte (left, right, result, ic); goto release; } if (AOP_SIZE (left) == 2 && AOP_SIZE(right) == 2) { /* use the ds390 ARITHMETIC accel UNIT */ genDivTwoByte (left, right, result, ic); return ; } /* should have been converted to function call */ assert (0); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genModbits :- modulus of bits */ /*-----------------------------------------------------------------*/ static void genModbits (operand * left, operand * right, operand * result, iCode * ic) { char *l; bool pushedB; D (emitcode (";", "genModbits")); pushedB = pushB (); /* the result must be bit */ LOAD_AB_FOR_DIV (left, right, l); emitcode ("div", "ab"); emitcode ("mov", "a,b"); emitcode ("rrc", "a"); aopOp(result, ic, TRUE, FALSE); popB (pushedB); aopPut (result, "c", 0); } /*-----------------------------------------------------------------*/ /* genModOneByte : 8 bit modulus */ /*-----------------------------------------------------------------*/ static void genModOneByte (operand * left, operand * right, operand * result, iCode * ic) { bool lUnsigned, rUnsigned, pushedB; bool runtimeSign, compiletimeSign; char *l; symbol *lbl; int size, offset; D (emitcode (";", "genModOneByte")); offset = 1; lUnsigned = SPEC_USIGN (getSpec (operandType (left))); rUnsigned = SPEC_USIGN (getSpec (operandType (right))); pushedB = pushB (); /* signed or unsigned */ if (lUnsigned && rUnsigned) { /* unsigned is easy */ LOAD_AB_FOR_DIV (left, right, l); emitcode ("div", "ab"); aopOp (result, ic, TRUE, FALSE); aopPut (result, "b", 0); for (size = AOP_SIZE (result) - 1; size--;) aopPut (result, zero, offset++); popB (pushedB); return; } /* signed is a little bit more difficult */ /* now sign adjust for both left & right */ /* modulus: sign of the right operand has no influence on the result! */ if (AOP_TYPE(right) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (right)->aopu.aop_lit); if (!rUnsigned && val < 0) emitcode ("mov", "b,#0x%02x", -val); else emitcode ("mov", "b,#0x%02x", (unsigned char) val); } else /* not literal */ { if (rUnsigned) emitcode ("mov", "b,%s", aopGet (right, 0, FALSE, FALSE, NULL)); else { MOVA (aopGet (right, 0, FALSE, FALSE, NULL)); lbl = newiTempLabel (NULL); emitcode ("jnb", "acc.7,!tlabel", lbl->key + 100); emitcode ("cpl", "a"); /* 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); emitcode ("mov", "b,a"); } } /* let's see what's needed: */ /* apply negative sign during runtime */ runtimeSign = FALSE; /* negative sign from literals */ compiletimeSign = FALSE; /* sign adjust left side */ if (AOP_TYPE(left) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (left)->aopu.aop_lit); if (!lUnsigned && val < 0) { compiletimeSign = TRUE; /* set sign flag */ emitcode ("mov", "a,#0x%02x", -val); } else emitcode ("mov", "a,#0x%02x", (unsigned char) val); } else /* ! literal */ { MOVA (aopGet (left, 0, FALSE, FALSE, NULL)); if (!lUnsigned) { runtimeSign = TRUE; emitcode ("clr", "F0"); /* clear sign flag */ lbl = newiTempLabel (NULL); emitcode ("jnb", "acc.7,!tlabel", lbl->key + 100); emitcode ("setb", "F0"); /* set sign flag */ emitcode ("cpl", "a"); /* 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); } } /* now the modulus */ emitcode ("nop", "; workaround for DS80C390 div bug."); emitcode ("div", "ab"); if (runtimeSign || compiletimeSign) { emitcode ("mov", "a,b"); lbl = newiTempLabel (NULL); if (runtimeSign) emitcode ("jnb", "F0,!tlabel", lbl->key + 100); emitcode ("cpl", "a"); /* lsb 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); _G.accInUse++; aopOp (result, ic, TRUE, FALSE); size = AOP_SIZE (result) - 1; if (size > 0) { /* 123 look strange, but if (OP_SYMBOL (op)->accuse == 1) then the result will be in b, a */ emitcode ("mov", "b,a"); /* 1 */ /* msb is 0x00 or 0xff depending on the sign */ if (runtimeSign) { emitcode ("mov", "c,F0"); emitcode ("subb", "a,acc"); emitcode ("xch", "a,b"); /* 2 */ while (size--) aopPut (result, "b", offset++); /* write msb's */ } else /* compiletimeSign */ while (size--) aopPut (result, "#0xff", offset++); /* write msb's */ } aopPut (result, "a", 0); /* 3: write lsb */ } else { _G.accInUse++; aopOp(result, ic, TRUE, FALSE); size = AOP_SIZE (result) - 1; aopPut (result, "b", 0); while (size--) aopPut (result, zero, offset++); } _G.accInUse--; popB (pushedB); } /*-----------------------------------------------------------------*/ /* genModTwoByte - use the DS390 MAC unit to do 16%16 modulus */ /*-----------------------------------------------------------------*/ static void genModTwoByte (operand *left, operand *right, operand *result, iCode *ic) { sym_link *retype = getSpec(operandType(right)); sym_link *letype = getSpec(operandType(left)); int umult = SPEC_USIGN(retype) | SPEC_USIGN(letype); symbol *lbl; /* load up MA with left */ /* save EA bit in F1 */ lbl = newiTempLabel(NULL); emitcode ("setb","F1"); emitcode ("jbc","EA,!tlabel",lbl->key+100); emitcode ("clr","F1"); emitLabel (lbl); if (!umult) { lbl = newiTempLabel(NULL); emitcode ("mov","b,%s",aopGet(left,0,FALSE,FALSE,NULL)); emitcode ("mov","a,%s",aopGet(left,1,FALSE,FALSE,NULL)); emitcode ("jnb","acc.7,!tlabel",lbl->key+100); emitcode ("xch", "a,b"); emitcode ("cpl","a"); emitcode ("add", "a,#1"); emitcode ("xch", "a,b"); emitcode ("cpl", "a"); // msb emitcode ("addc","a,#0"); emitLabel (lbl); emitcode ("mov","ma,b"); emitcode ("mov","ma,a"); } else { emitcode ("mov","ma,%s",aopGet(left,0,FALSE,FALSE,NULL)); emitcode ("mov","ma,%s",aopGet(left,1,FALSE,FALSE,NULL)); } /* load up MB with right */ if (!umult) { if (AOP_TYPE(right) == AOP_LIT) { int val=(int) ulFromVal (AOP (right)->aopu.aop_lit); if (val < 0) { val = -val; } emitcode ("mov","mb,#!constbyte",val & 0xff); emitcode ("mov","mb,#!constbyte",(val >> 8) & 0xff); } else { lbl = newiTempLabel(NULL); emitcode ("mov","b,%s",aopGet(right,0,FALSE,FALSE,NULL)); emitcode ("mov","a,%s",aopGet(right,1,FALSE,FALSE,NULL)); emitcode ("jnb","acc.7,!tlabel",lbl->key+100); emitcode ("xch", "a,b"); emitcode ("cpl","a"); emitcode ("add", "a,#1"); emitcode ("xch", "a,b"); emitcode ("cpl", "a"); // msb emitcode ("addc", "a,#0"); emitLabel (lbl); emitcode ("mov","mb,b"); emitcode ("mov","mb,a"); } } else { emitcode ("mov","mb,%s",aopGet(right,0,FALSE,FALSE,NULL)); emitcode ("mov","mb,%s",aopGet(right,1,FALSE,FALSE,NULL)); } /* wait for multiplication to finish */ lbl = newiTempLabel(NULL); emitLabel (lbl); emitcode("mov","a,mcnt1"); emitcode("anl","a,#!constbyte",0x80); emitcode("jnz","!tlabel",lbl->key+100); freeAsmop (left, NULL, ic, TRUE); freeAsmop (right, NULL, ic,TRUE); aopOp(result, ic, TRUE, FALSE); aopPut(result,"mb",1); aopPut(result,"mb",0); freeAsmop (result, NULL, ic, TRUE); /* restore EA bit in F1 */ lbl = newiTempLabel(NULL); emitcode ("jnb","F1,!tlabel",lbl->key+100); emitcode ("setb","EA"); emitLabel (lbl); } /*-----------------------------------------------------------------*/ /* genMod - generates code for division */ /*-----------------------------------------------------------------*/ static void genMod (iCode * ic) { operand *left = IC_LEFT (ic); operand *right = IC_RIGHT (ic); operand *result = IC_RESULT (ic); D (emitcode (";", "genMod")); /* assign the asmops */ AOP_OP_2 (ic); /* special cases first */ /* both are bits */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { genModbits (left, right, result, ic); goto release; } /* if both are of size == 1 */ if (AOP_SIZE (left) == 1 && AOP_SIZE (right) == 1) { genModOneByte (left, right, result, ic); goto release; } if (AOP_SIZE (left) == 2 && AOP_SIZE(right) == 2) { /* use the ds390 ARITHMETIC accel UNIT */ genModTwoByte (left, right, result, ic); return ; } /* should have been converted to function call */ assert (0); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genIfxJump :- will create a jump depending on the ifx */ /*-----------------------------------------------------------------*/ static void genIfxJump (iCode * ic, char *jval, iCode *popIc) { symbol *jlbl; symbol *tlbl = newiTempLabel (NULL); char *inst; /* if there is something to be popped then do it first */ popForBranch (popIc, TRUE); D (emitcode (";", "genIfxJump")); /* if true label then we jump if condition supplied is true */ if (IC_TRUE (ic)) { jlbl = IC_TRUE (ic); inst = ((strcmp (jval, "a") == 0 ? "jz" : (strcmp (jval, "c") == 0 ? "jnc" : "jnb"))); } else { /* false label is present */ jlbl = IC_FALSE (ic); inst = ((strcmp (jval, "a") == 0 ? "jnz" : (strcmp (jval, "c") == 0 ? "jc" : "jb"))); } if (strcmp (inst, "jb") == 0 || strcmp (inst, "jnb") == 0) emitcode (inst, "%s,!tlabel", jval, (tlbl->key + 100)); else emitcode (inst, "!tlabel", tlbl->key + 100); emitcode ("ljmp", "!tlabel", jlbl->key + 100); emitLabel (tlbl); /* mark the icode as generated */ ic->generated = 1; } /*-----------------------------------------------------------------*/ /* genCmp :- greater or less than comparison */ /*-----------------------------------------------------------------*/ static void genCmp (operand * left, operand * right, iCode * ic, iCode * ifx, int sign) { int size, offset = 0; unsigned long lit = 0L; operand *result; D (emitcode (";", "genCmp")); result = IC_RESULT (ic); /* if left & right are bit variables */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { emitcode ("mov", "c,%s", AOP (right)->aopu.aop_dir); emitcode ("anl", "c,%s", AOP (left)->aopu.aop_dir); } else { /* subtract right from left if at the end the carry flag is set then we know that left is greater than right */ size = max (AOP_SIZE (left), AOP_SIZE (right)); /* if unsigned char cmp with lit, do cjne left,#right,zz */ if ((size == 1) && !sign && (AOP_TYPE (right) == AOP_LIT && AOP_TYPE (left) != AOP_DIR && AOP_TYPE (left) != AOP_STR)) { symbol *lbl = newiTempLabel (NULL); emitcode ("cjne", "%s,%s,!tlabel", aopGet (left, offset, FALSE, FALSE, NULL), aopGet (right, offset, FALSE, FALSE, NULL), lbl->key + 100); emitLabel (lbl); } else { if (AOP_TYPE (right) == AOP_LIT) { lit = ulFromVal (AOP (right)->aopu.aop_lit); /* optimize if(x < 0) or if(x >= 0) */ if (lit == 0L) { if (!sign) { CLRC; } else { MOVA (aopGet (left, AOP_SIZE (left) - 1, FALSE, FALSE, NULL)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); aopOp (result, ic, FALSE, FALSE); if (!(AOP_TYPE (result) == AOP_CRY && AOP_SIZE (result)) && ifx) { freeAsmop (result, NULL, ic, TRUE); genIfxJump (ifx, "acc.7", ic->next); return; } else { emitcode ("rlc", "a"); } goto release_freedLR; } goto release; } } CLRC; while (size--) { // emitcode (";", "genCmp #1: %d/%d/%d", size, sign, offset); MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); // emitcode (";", "genCmp #2"); if (sign && (size == 0)) { // emitcode (";", "genCmp #3"); emitcode ("xrl", "a,#!constbyte",0x80); if (AOP_TYPE (right) == AOP_LIT) { unsigned long lit = ulFromVal (AOP (right)->aopu.aop_lit); // emitcode (";", "genCmp #3.1"); emitcode ("subb", "a,#!constbyte", 0x80 ^ (unsigned int) ((lit >> (offset * 8)) & 0x0FFL)); } else { // emitcode (";", "genCmp #3.2"); saveAccWarn = 0; MOVB (aopGet (right, offset++, FALSE, FALSE, "b")); saveAccWarn = DEFAULT_ACC_WARNING; emitcode ("xrl", "b,#!constbyte",0x80); emitcode ("subb", "a,b"); } } else { const char *s; // emitcode (";", "genCmp #4"); saveAccWarn = 0; s = aopGet (right, offset++, FALSE, FALSE, "b"); saveAccWarn = DEFAULT_ACC_WARNING; emitcode ("subb", "a,%s", s); } } } } release: /* Don't need the left & right operands any more; do need the result. */ freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); aopOp (result, ic, FALSE, FALSE); release_freedLR: if (AOP_TYPE (result) == AOP_CRY && AOP_SIZE (result)) { outBitC (result); } else { /* if the result is used in the next ifx conditional branch then generate code a little differently */ if (ifx) { genIfxJump (ifx, "c", ic->next); } else { outBitC (result); } /* leave the result in acc */ } freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genCmpGt :- greater than comparison */ /*-----------------------------------------------------------------*/ static void genCmpGt (iCode * ic, iCode * ifx) { operand *left, *right; sym_link *letype, *retype; int sign; D (emitcode (";", "genCmpGt")); left = IC_LEFT (ic); right = IC_RIGHT (ic); letype = getSpec (operandType (left)); retype = getSpec (operandType (right)); sign = !(SPEC_USIGN (letype) | SPEC_USIGN (retype)); /* assign the left & right amsops */ AOP_OP_2 (ic); genCmp (right, left, ic, ifx, sign); } /*-----------------------------------------------------------------*/ /* genCmpLt - less than comparisons */ /*-----------------------------------------------------------------*/ static void genCmpLt (iCode * ic, iCode * ifx) { operand *left, *right; sym_link *letype, *retype; int sign; D (emitcode (";", "genCmpLt")); left = IC_LEFT (ic); right = IC_RIGHT (ic); letype = getSpec (operandType (left)); retype = getSpec (operandType (right)); sign = !(SPEC_USIGN (letype) | SPEC_USIGN (retype)); /* assign the left & right amsops */ AOP_OP_2 (ic); genCmp (left, right, ic, ifx, sign); } /*-----------------------------------------------------------------*/ /* gencjneshort - compare and jump if not equal */ /*-----------------------------------------------------------------*/ static void gencjneshort (operand * left, operand * right, symbol * lbl) { int size = max (AOP_SIZE (left), AOP_SIZE (right)); int offset = 0; unsigned long lit = 0L; D (emitcode (";", "gencjneshort")); /* if the left side is a literal or if the right is in a pointer register and left is not */ if ((AOP_TYPE (left) == AOP_LIT) || (AOP_TYPE (left) == AOP_IMMD) || (IS_AOP_PREG (right) && !IS_AOP_PREG (left))) { operand *t = right; right = left; left = t; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); if (opIsGptr (left) || opIsGptr (right)) { /* We are comparing a generic pointer to something. * Exclude the generic type byte from the comparison. */ size--; D (emitcode (";", "cjneshort: generic ptr special case.");); } /* if the right side is a literal then anything goes */ if (AOP_TYPE (right) == AOP_LIT && AOP_TYPE (left) != AOP_DIR) { while (size--) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("cjne", "a,%s,!tlabel", aopGet (right, offset, FALSE, FALSE, NULL), lbl->key + 100); offset++; } } /* if the right side is in a register or in direct space or if the left is a pointer register & right is not */ else if (AOP_TYPE (right) == AOP_REG || AOP_TYPE (right) == AOP_DIR || AOP_TYPE (right) == AOP_LIT || AOP_TYPE (right) == AOP_IMMD || (AOP_TYPE (left) == AOP_DIR && AOP_TYPE (right) == AOP_LIT) || (IS_AOP_PREG (left) && !IS_AOP_PREG (right))) { while (size--) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); if ((AOP_TYPE (left) == AOP_DIR && AOP_TYPE (right) == AOP_LIT) && ((unsigned int) ((lit >> (offset * 8)) & 0x0FFL) == 0)) emitcode ("jnz", "!tlabel", lbl->key + 100); else emitcode ("cjne", "a,%s,!tlabel", aopGet (right, offset, FALSE, TRUE, DP2_RESULT_REG), lbl->key + 100); offset++; } } else { /* right is a pointer reg need both a & b */ while (size--) { MOVB (aopGet (left, offset, FALSE, FALSE, NULL)); MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); emitcode ("cjne", "a,b,!tlabel", lbl->key + 100); offset++; } } } /*-----------------------------------------------------------------*/ /* gencjne - compare and jump if not equal */ /*-----------------------------------------------------------------*/ static void gencjne (operand * left, operand * right, symbol * lbl) { symbol *tlbl = newiTempLabel (NULL); D (emitcode (";", "gencjne")); gencjneshort (left, right, lbl); emitcode ("mov", "a,%s", one); emitcode ("sjmp", "!tlabel", tlbl->key + 100); emitLabel (lbl); emitcode ("clr", "a"); emitLabel (tlbl); } /*-----------------------------------------------------------------*/ /* genCmpEq - generates code for equal to */ /*-----------------------------------------------------------------*/ static void genCmpEq (iCode * ic, iCode * ifx) { operand *left, *right, *result; iCode * popIc = ic->next; D (emitcode (";", "genCmpEq")); AOP_OP_2 (ic); AOP_SET_LOCALS (ic); /* if literal, literal on the right or if the right is in a pointer register and left is not */ if ((AOP_TYPE (IC_LEFT (ic)) == AOP_LIT) || (IS_AOP_PREG (right) && !IS_AOP_PREG (left))) { operand *t = IC_RIGHT (ic); IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = t; } if (ifx && /* !AOP_SIZE(result) */ OP_SYMBOL (result) && OP_SYMBOL (result)->regType == REG_CND) { symbol *tlbl; /* if they are both bit variables */ if (AOP_TYPE (left) == AOP_CRY && ((AOP_TYPE (right) == AOP_CRY) || (AOP_TYPE (right) == AOP_LIT))) { if (AOP_TYPE (right) == AOP_LIT) { unsigned long lit = ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit); if (lit == 0L) { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("cpl", "c"); } else if (lit == 1L) { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); } else { emitcode ("clr", "c"); } /* AOP_TYPE(right) == AOP_CRY */ } else { symbol *lbl = newiTempLabel (NULL); emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("jb", "%s,!tlabel", AOP (right)->aopu.aop_dir, (lbl->key + 100)); emitcode ("cpl", "c"); emitLabel (lbl); } /* if true label then we jump if condition supplied is true */ tlbl = newiTempLabel (NULL); if (IC_TRUE (ifx)) { emitcode ("jnc", "!tlabel", tlbl->key + 100); popForBranch (popIc, FALSE); emitcode ("ljmp", "!tlabel", IC_TRUE (ifx)->key + 100); } else { emitcode ("jc", "!tlabel", tlbl->key + 100); popForBranch (popIc, FALSE); emitcode ("ljmp", "!tlabel", IC_FALSE (ifx)->key + 100); } emitLabel (tlbl); } else { tlbl = newiTempLabel (NULL); gencjneshort (left, right, tlbl); if (IC_TRUE (ifx)) { popForBranch (popIc, FALSE); emitcode ("ljmp", "!tlabel", IC_TRUE (ifx)->key + 100); emitLabel (tlbl); } else { symbol *lbl = newiTempLabel (NULL); emitcode ("sjmp", "!tlabel", lbl->key + 100); emitLabel (tlbl); popForBranch (popIc, FALSE); emitcode ("ljmp", "!tlabel", IC_FALSE (ifx)->key + 100); emitLabel (lbl); } } /* mark the icode as generated */ ifx->generated = 1; freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); return; } /* if they are both bit variables */ if (AOP_TYPE (left) == AOP_CRY && ((AOP_TYPE (right) == AOP_CRY) || (AOP_TYPE (right) == AOP_LIT))) { if (AOP_TYPE (right) == AOP_LIT) { unsigned long lit = ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit); if (lit == 0L) { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("cpl", "c"); } else if (lit == 1L) { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); } else { emitcode ("clr", "c"); } /* AOP_TYPE(right) == AOP_CRY */ } else { symbol *lbl = newiTempLabel (NULL); emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("jb", "%s,!tlabel", AOP (right)->aopu.aop_dir, (lbl->key + 100)); emitcode ("cpl", "c"); emitLabel (lbl); } freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); aopOp (result, ic, TRUE, FALSE); /* c = 1 if egal */ if (AOP_TYPE (result) == AOP_CRY && AOP_SIZE (result)) { outBitC (result); goto release; } if (ifx) { genIfxJump (ifx, "c", popIc); goto release; } /* if the result is used in an arithmetic operation then put the result in place */ outBitC (result); } else { gencjne (left, right, newiTempLabel (NULL)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); aopOp (result, ic, TRUE, FALSE); if (AOP_TYPE (result) == AOP_CRY && AOP_SIZE (result)) { aopPut (result, "a", 0); goto release; } if (ifx) { genIfxJump (ifx, "a", popIc); goto release; } /* if the result is used in an arithmetic operation then put the result in place */ if (AOP_TYPE (result) != AOP_CRY) outAcc (result); /* leave the result in acc */ } release: freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* ifxForOp - returns the icode containing the ifx for operand */ /*-----------------------------------------------------------------*/ static iCode * ifxForOp (operand * op, iCode * ic) { iCode *ifxIc; /* if true symbol then needs to be assigned */ if (IS_TRUE_SYMOP (op)) return NULL; /* if this has register type condition and while skipping ipop's (see bug 1509084), the next instruction is ifx with the same operand and live to of the operand is upto the ifx only then */ for (ifxIc = ic->next; ifxIc && ifxIc->op == IPOP; ifxIc = ifxIc->next); if (ifxIc && ifxIc->op == IFX && IC_COND (ifxIc)->key == op->key && OP_SYMBOL (op)->liveTo <= ifxIc->seq) return ifxIc; return NULL; } /*-----------------------------------------------------------------*/ /* hasInc - operand is incremented before any other use */ /*-----------------------------------------------------------------*/ static iCode * hasInc (operand *op, iCode *ic, int osize) { sym_link *type = operandType(op); sym_link *retype = getSpec (type); iCode *lic = ic->next; int isize ; /* this could from a cast, e.g.: "(char xdata *) 0x7654;" */ if (!IS_SYMOP(op)) return NULL; if (IS_BITVAR(retype)||!IS_PTR(type)) return NULL; if (IS_AGGREGATE(type->next)) return NULL; if (osize != (isize = getSize(type->next))) return NULL; while (lic) { /* if operand of the form op = op + */ if (lic->op == '+' && isOperandEqual(IC_LEFT(lic),op) && isOperandEqual(IC_RESULT(lic),op) && isOperandLiteral(IC_RIGHT(lic)) && operandLitValue(IC_RIGHT(lic)) == isize) { return lic; } /* if the operand used or deffed */ if (bitVectBitValue(OP_USES(op),lic->key) || lic->defKey == op->key) { return NULL; } /* if GOTO or IFX */ if (lic->op == IFX || lic->op == GOTO || lic->op == LABEL) break; lic = lic->next; } return NULL; } /*-----------------------------------------------------------------*/ /* genAndOp - for && operation */ /*-----------------------------------------------------------------*/ static void genAndOp (iCode * ic) { operand *left, *right, *result; symbol *tlbl; D (emitcode (";", "genAndOp")); /* note here that && operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ AOP_OP_2 (ic); AOP_SET_LOCALS (ic); /* if both are bit variables */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("anl", "c,%s", AOP (right)->aopu.aop_dir); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); aopOp (result,ic,FALSE, FALSE); outBitC (result); } else { tlbl = newiTempLabel (NULL); toBoolean (left); emitcode ("jz", "!tlabel", tlbl->key + 100); toBoolean (right); emitLabel (tlbl); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); aopOp (result,ic,FALSE, FALSE); outBitAcc (result); } freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genOrOp - for || operation */ /*-----------------------------------------------------------------*/ static void genOrOp (iCode * ic) { operand *left, *right, *result; symbol *tlbl; D (emitcode (";", "genOrOp")); /* note here that || operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ AOP_OP_2 (ic); AOP_SET_LOCALS (ic); /* if both are bit variables */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("orl", "c,%s", AOP (right)->aopu.aop_dir); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); aopOp (result,ic,FALSE, FALSE); outBitC (result); } else { tlbl = newiTempLabel (NULL); toBoolean (left); emitcode ("jnz", "!tlabel", tlbl->key + 100); toBoolean (right); emitLabel (tlbl); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); aopOp (result,ic,FALSE, FALSE); outBitAcc (result); } freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* isLiteralBit - test if lit == 2^n */ /*-----------------------------------------------------------------*/ static int isLiteralBit (unsigned long lit) { unsigned long pw[32] = {1L, 2L, 4L, 8L, 16L, 32L, 64L, 128L, 0x100L, 0x200L, 0x400L, 0x800L, 0x1000L, 0x2000L, 0x4000L, 0x8000L, 0x10000L, 0x20000L, 0x40000L, 0x80000L, 0x100000L, 0x200000L, 0x400000L, 0x800000L, 0x1000000L, 0x2000000L, 0x4000000L, 0x8000000L, 0x10000000L, 0x20000000L, 0x40000000L, 0x80000000L}; int idx; for (idx = 0; idx < 32; idx++) if (lit == pw[idx]) return idx + 1; return 0; } /*-----------------------------------------------------------------*/ /* continueIfTrue - */ /*-----------------------------------------------------------------*/ static void continueIfTrue (iCode * ic) { if (IC_TRUE (ic)) emitcode ("ljmp", "!tlabel", IC_TRUE (ic)->key + 100); ic->generated = 1; } /*-----------------------------------------------------------------*/ /* jmpIfTrue - */ /*-----------------------------------------------------------------*/ static void jumpIfTrue (iCode * ic) { if (!IC_TRUE (ic)) emitcode ("ljmp", "!tlabel", IC_FALSE (ic)->key + 100); ic->generated = 1; } /*-----------------------------------------------------------------*/ /* jmpTrueOrFalse - */ /*-----------------------------------------------------------------*/ static void jmpTrueOrFalse (iCode * ic, symbol * tlbl) { // ugly but optimized by peephole if (IC_TRUE (ic)) { symbol *nlbl = newiTempLabel (NULL); emitcode ("sjmp", "!tlabel", nlbl->key + 100); emitLabel (tlbl); emitcode ("ljmp", "!tlabel", IC_TRUE (ic)->key + 100); emitLabel (nlbl); } else { emitcode ("ljmp", "!tlabel", IC_FALSE (ic)->key + 100); emitLabel (tlbl); } ic->generated = 1; } // Generate code to perform a bit-wise logic operation // on two operands in far space (assumed to already have been // aopOp'd by the AOP_OP_3_NOFATAL macro), storing the result // in far space. This requires pushing the result on the stack // then popping it into the result. static void genFarFarLogicOp(iCode *ic, char *logicOp) { int size, resultSize, compSize; int offset = 0; TR_AP("#5"); D(emitcode(";", "%s special case for 3 far operands.", logicOp);); compSize = AOP_SIZE(IC_LEFT(ic)) < AOP_SIZE(IC_RIGHT(ic)) ? AOP_SIZE(IC_LEFT(ic)) : AOP_SIZE(IC_RIGHT(ic)); _startLazyDPSEvaluation(); for (size = compSize; (size--); offset++) { MOVA (aopGet (IC_LEFT(ic), offset, FALSE, FALSE, NULL)); emitcode ("mov", "%s, acc", DP2_RESULT_REG); MOVA (aopGet (IC_RIGHT(ic), offset, FALSE, FALSE, NULL)); emitcode (logicOp, "a,%s", DP2_RESULT_REG); emitcode ("push", "acc"); } _endLazyDPSEvaluation(); freeAsmop (IC_LEFT(ic), NULL, ic, RESULTONSTACK (ic) ? FALSE : TRUE); freeAsmop (IC_RIGHT(ic), NULL, ic, RESULTONSTACK (ic) ? FALSE : TRUE); aopOp (IC_RESULT(ic),ic,TRUE, FALSE); resultSize = AOP_SIZE(IC_RESULT(ic)); ADJUST_PUSHED_RESULT(compSize, resultSize); _startLazyDPSEvaluation(); while (compSize--) { emitcode ("pop", "acc"); aopPut (IC_RESULT (ic), "a", compSize); } _endLazyDPSEvaluation(); freeAsmop(IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genAnd - code for and */ /*-----------------------------------------------------------------*/ static void genAnd (iCode * ic, iCode * ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; int bytelit = 0; char buffer[10]; bool pushResult; D (emitcode (";", "genAnd")); AOP_OP_3_NOFATAL (ic, pushResult); AOP_SET_LOCALS (ic); if (pushResult) { genFarFarLogicOp(ic, "anl"); return; } #ifdef DEBUG_TYPE emitcode (";", "Type res[%d] = l[%d]&r[%d]", AOP_TYPE (result), AOP_TYPE (left), AOP_TYPE (right)); emitcode (";", "Size res[%d] = l[%d]&r[%d]", AOP_SIZE (result), AOP_SIZE (left), AOP_SIZE (right)); #endif /* if left is a literal & right is not then exchange them */ if ((AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) #ifdef LOGIC_OPS_BROKEN || AOP_NEEDSACC (left) #endif ) { operand *tmp = right; right = left; left = tmp; } /* if result = right then exchange left and right */ if (sameRegs (AOP (result), AOP (right))) { operand *tmp = right; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE (right) == AOP_CRY && AOP_TYPE (left) != AOP_CRY) { operand *tmp = right; right = left; left = tmp; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); // if(bit & yy) // result = bit & yy; if (AOP_TYPE (left) == AOP_CRY) { // c = bit & literal; if (AOP_TYPE (right) == AOP_LIT) { if (lit & 1) { if (size && sameRegs (AOP (result), AOP (left))) // no change goto release; emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); } else { // bit(result) = 0; if (size && (AOP_TYPE (result) == AOP_CRY)) { emitcode ("clr", "%s", AOP (result)->aopu.aop_dir); goto release; } if ((AOP_TYPE (result) == AOP_CRY) && ifx) { jumpIfTrue (ifx); goto release; } emitcode ("clr", "c"); } } else { if (AOP_TYPE (right) == AOP_CRY) { // c = bit & bit; emitcode ("mov", "c,%s", AOP (right)->aopu.aop_dir); emitcode ("anl", "c,%s", AOP (left)->aopu.aop_dir); } else { // c = bit & val; MOVA (aopGet (right, 0, FALSE, FALSE, NULL)); // c = lsb emitcode ("rrc", "a"); emitcode ("anl", "c,%s", AOP (left)->aopu.aop_dir); } } // bit = c // val = c if (size) outBitC (result); // if(bit & ...) else if ((AOP_TYPE (result) == AOP_CRY) && ifx) genIfxJump (ifx, "c", ic->next); goto release; } // if(val & 0xZZ) - size = 0, ifx != FALSE - // bit = val & 0xZZ - size = 1, ifx = FALSE - if ((AOP_TYPE (right) == AOP_LIT) && (AOP_TYPE (result) == AOP_CRY) && (AOP_TYPE (left) != AOP_CRY)) { int posbit = isLiteralBit (lit); /* left & 2^n */ if (posbit) { posbit--; MOVA (aopGet (left, posbit >> 3, FALSE, FALSE, NULL)); // bit = left & 2^n if (size) { switch (posbit & 0x07) { case 0: emitcode ("rrc", "a"); break; case 7: emitcode ("rlc", "a"); break; default: emitcode ("mov", "c,acc.%d", posbit & 0x07); break; } } // if(left & 2^n) else { if (ifx) { SNPRINTF (buffer, sizeof(buffer), "acc.%d", posbit & 0x07); genIfxJump (ifx, buffer, ic->next); } else { emitcode ("anl","a,#!constbyte",1 << (posbit & 0x07)); } goto release; } } else { symbol *tlbl = newiTempLabel (NULL); int sizel = AOP_SIZE (left); if (size) emitcode ("setb", "c"); while (sizel--) { if ((bytelit = ((lit >> (offset * 8)) & 0x0FFL)) != 0x0L) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); // byte == 2^n ? if ((posbit = isLiteralBit (bytelit)) != 0) emitcode ("jb", "acc.%d,!tlabel", (posbit - 1) & 0x07, tlbl->key + 100); else { if (bytelit != 0x0FFL) emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, TRUE, DP2_RESULT_REG)); emitcode ("jnz", "!tlabel", tlbl->key + 100); } } offset++; } // bit = left & literal if (size) { emitcode ("clr", "c"); emitLabel (tlbl); } // if(left & literal) else { if (ifx) jmpTrueOrFalse (ifx, tlbl); else emitLabel (tlbl); goto release; } } outBitC (result); goto release; } /* if left is same as result */ if (sameRegs (AOP (result), AOP (left))) { for (; size--; offset++) { if (AOP_TYPE (right) == AOP_LIT) { bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL); if (bytelit == 0x0FF) { /* dummy read of volatile operand */ if (isOperandVolatile (left, FALSE)) MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); else continue; } else if (bytelit == 0) { aopPut (result, zero, offset); } else if (IS_AOP_PREG (result)) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, TRUE, DP2_RESULT_REG)); aopPut (result, "a", offset); } else emitcode ("anl", "%s,%s", aopGet (left, offset, FALSE, TRUE, NULL), aopGet (right, offset, FALSE, FALSE, NULL)); } else { if (AOP_TYPE (left) == AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE, NULL)); MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode ("anl", "a,b"); aopPut (result, "a", offset); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); aopPut (result, "a", offset); } else { MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); if (IS_AOP_PREG (result)) { emitcode ("anl", "a,%s", aopGet (left, offset, FALSE, TRUE, DP2_RESULT_REG)); aopPut (result, "a", offset); } else emitcode ("anl", "%s,a", aopGet (left, offset, FALSE, TRUE, DP2_RESULT_REG)); } } } } else { // left & result in different registers if (AOP_TYPE (result) == AOP_CRY) { // result = bit // if(size), result in bit // if(!size && ifx), conditional oper: if(left & right) symbol *tlbl = newiTempLabel (NULL); int sizer = min (AOP_SIZE (left), AOP_SIZE (right)); if (size) emitcode ("setb", "c"); while (sizer--) { if ((AOP_TYPE(right)==AOP_REG || IS_AOP_PREG(right) || AOP_TYPE(right)==AOP_DIR) && AOP_TYPE(left)==AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE, NULL)); } else if (AOP_TYPE(left)==AOP_ACC) { if (!offset) { bool pushedB = pushB (); emitcode("mov", "b,a"); MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); emitcode("anl", "a,b"); popB (pushedB); } else { MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); emitcode("anl", "a,b"); } } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { emitcode ("mov", "b,%s", aopGet (left, offset, FALSE, FALSE, NULL)); MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode ("anl", "a,b"); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } else { MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); emitcode ("anl", "a,%s", aopGet (left, offset, FALSE, FALSE, DP2_RESULT_REG)); } emitcode ("jnz", "!tlabel", tlbl->key + 100); offset++; } if (size) { CLRC; emitLabel (tlbl); outBitC (result); } else if (ifx) jmpTrueOrFalse (ifx, tlbl); else emitLabel (tlbl); } else { for (; (size--); offset++) { // normal case // result = left & right if (AOP_TYPE (right) == AOP_LIT) { bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL); if (bytelit == 0x0FF) { aopPut (result, aopGet (left, offset, FALSE, FALSE, NULL), offset); continue; } else if (bytelit == 0) { /* dummy read of volatile operand */ if (isOperandVolatile (left, FALSE)) MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); aopPut (result, zero, offset); continue; } else if (AOP_TYPE (left) == AOP_ACC) { if (!offset) { emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE, NULL)); aopPut (result, "a", offset); continue; } else { emitcode ("anl", "b,%s", aopGet (right, offset, FALSE, FALSE, NULL)); aopPut (result, "b", offset); continue; } } } // faster than result <- left, anl result,right // and better if result is SFR if ((AOP_TYPE(right)==AOP_REG || IS_AOP_PREG(right) || AOP_TYPE(right)==AOP_DIR) && AOP_TYPE(left)==AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE, NULL)); } else if (AOP_TYPE(left)==AOP_ACC) { if (!offset) { bool pushedB = pushB (); emitcode("mov", "b,a"); MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); emitcode("anl", "a,b"); popB (pushedB); } else { MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); emitcode("anl", "a,b"); } } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE, NULL)); MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode ("anl", "a,b"); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } else { MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); emitcode ("anl", "a,%s", aopGet (left, offset, FALSE, FALSE, DP2_RESULT_REG)); } aopPut (result, "a", offset); } } } release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genOr - code for or */ /*-----------------------------------------------------------------*/ static void genOr (iCode * ic, iCode * ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; int bytelit = 0; bool pushResult; D (emitcode (";", "genOr")); AOP_OP_3_NOFATAL (ic, pushResult); AOP_SET_LOCALS (ic); if (pushResult) { genFarFarLogicOp(ic, "orl"); return; } #ifdef DEBUG_TYPE emitcode (";", "Type res[%d] = l[%d]&r[%d]", AOP_TYPE (result), AOP_TYPE (left), AOP_TYPE (right)); emitcode (";", "Size res[%d] = l[%d]&r[%d]", AOP_SIZE (result), AOP_SIZE (left), AOP_SIZE (right)); #endif /* if left is a literal & right is not then exchange them */ if ((AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) #ifdef LOGIC_OPS_BROKEN || AOP_NEEDSACC (left) // I think this is a net loss now. #endif ) { operand *tmp = right; right = left; left = tmp; } /* if result = right then exchange them */ if (sameRegs (AOP (result), AOP (right))) { operand *tmp = right; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE (right) == AOP_CRY && AOP_TYPE (left) != AOP_CRY) { operand *tmp = right; right = left; left = tmp; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); // if(bit | yy) // xx = bit | yy; if (AOP_TYPE (left) == AOP_CRY) { if (AOP_TYPE (right) == AOP_LIT) { // c = bit | literal; if (lit) { // lit != 0 => result = 1 if (AOP_TYPE (result) == AOP_CRY) { if (size) emitcode ("setb", "%s", AOP (result)->aopu.aop_dir); else if (ifx) continueIfTrue (ifx); goto release; } emitcode ("setb", "c"); } else { // lit == 0 => result = left if (size && sameRegs (AOP (result), AOP (left))) goto release; emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); } } else { if (AOP_TYPE (right) == AOP_CRY) { // c = bit | bit; emitcode ("mov", "c,%s", AOP (right)->aopu.aop_dir); emitcode ("orl", "c,%s", AOP (left)->aopu.aop_dir); } else { // c = bit | val; symbol *tlbl = newiTempLabel (NULL); if (!((AOP_TYPE (result) == AOP_CRY) && ifx)) emitcode ("setb", "c"); emitcode ("jb", "%s,!tlabel", AOP (left)->aopu.aop_dir, tlbl->key + 100); toBoolean (right); emitcode ("jnz", "!tlabel", tlbl->key + 100); if ((AOP_TYPE (result) == AOP_CRY) && ifx) { jmpTrueOrFalse (ifx, tlbl); goto release; } else { CLRC; emitLabel (tlbl); } } } // bit = c // val = c if (size) outBitC (result); // if(bit | ...) else if ((AOP_TYPE (result) == AOP_CRY) && ifx) genIfxJump (ifx, "c", ic->next); goto release; } // if(val | 0xZZ) - size = 0, ifx != FALSE - // bit = val | 0xZZ - size = 1, ifx = FALSE - if ((AOP_TYPE (right) == AOP_LIT) && (AOP_TYPE (result) == AOP_CRY) && (AOP_TYPE (left) != AOP_CRY)) { if (lit) { // result = 1 if (size) emitcode ("setb", "%s", AOP (result)->aopu.aop_dir); else if(ifx) continueIfTrue (ifx); goto release; } else { // lit = 0, result = boolean(left) if (size) emitcode ("setb", "c"); toBoolean (right); if (size) { symbol *tlbl = newiTempLabel (NULL); emitcode ("jnz", "!tlabel", tlbl->key + 100); CLRC; emitLabel (tlbl); } else { /* FIXME, thats pretty fishy, check for ifx!=0, testcase .. */ genIfxJump (ifx, "a", ic->next); goto release; } } outBitC (result); goto release; } /* if left is same as result */ if (sameRegs (AOP (result), AOP (left))) { for (; size--; offset++) { if (AOP_TYPE (right) == AOP_LIT) { bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL); if (bytelit == 0) { /* dummy read of volatile operand */ if (isOperandVolatile (left, FALSE)) MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); else continue; } else if (bytelit == 0x0FF) { aopPut (result, "#0xFF", offset); } else if (IS_AOP_PREG (left)) { MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); emitcode ("orl", "a,%s", aopGet (left, offset, FALSE, TRUE, DP2_RESULT_REG)); aopPut (result, "a", offset); } else { emitcode ("orl", "%s,%s", aopGet (left, offset, FALSE, TRUE, NULL), aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } } else { if (AOP_TYPE (left) == AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("orl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { emitcode ("mov", "b,%s", aopGet (left, offset, FALSE, FALSE, NULL)); MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode ("orl", "a,b"); aopPut (result, "a", offset); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("orl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); aopPut (result, "a", offset); } else { MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); if (IS_AOP_PREG (left)) { emitcode ("orl", "a,%s", aopGet (left, offset, FALSE, TRUE, DP2_RESULT_REG)); aopPut (result, "a", offset); } else { emitcode ("orl", "%s,a", aopGet (left, offset, FALSE, TRUE, DP2_RESULT_REG)); } } } } } else { // left & result in different registers if (AOP_TYPE (result) == AOP_CRY) { // result = bit // if(size), result in bit // if(!size && ifx), conditional oper: if(left | right) symbol *tlbl = newiTempLabel (NULL); int sizer = max (AOP_SIZE (left), AOP_SIZE (right)); if (size) emitcode ("setb", "c"); while (sizer--) { if ((AOP_TYPE(right)==AOP_REG || IS_AOP_PREG(right) || AOP_TYPE(right)==AOP_DIR) && AOP_TYPE(left)==AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("orl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } else if (AOP_TYPE(left)==AOP_ACC) { if (!offset) { bool pushedB = pushB (); emitcode("mov", "b,a"); MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode("orl", "a,b"); popB (pushedB); } else { MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode("orl", "a,b"); } } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE, NULL)); MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode ("orl", "a,b"); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("orl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } else { MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); emitcode ("orl", "a,%s", aopGet (left, offset, FALSE, FALSE, DP2_RESULT_REG)); } emitcode ("jnz", "!tlabel", tlbl->key + 100); offset++; } if (size) { CLRC; emitLabel (tlbl); outBitC (result); } else if (ifx) jmpTrueOrFalse (ifx, tlbl); else emitLabel (tlbl); } else { _startLazyDPSEvaluation(); for (; (size--); offset++) { // normal case // result = left | right if (AOP_TYPE (right) == AOP_LIT) { bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL); if (bytelit == 0) { aopPut (result, aopGet (left, offset, FALSE, FALSE, NULL), offset); continue; } else if (bytelit == 0x0FF) { /* dummy read of volatile operand */ if (isOperandVolatile (left, FALSE)) MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); aopPut (result, "#0xFF", offset); continue; } } // faster than result <- left, orl result,right // and better if result is SFR if ((AOP_TYPE(right)==AOP_REG || IS_AOP_PREG(right) || AOP_TYPE(right)==AOP_DIR) && AOP_TYPE(left)==AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("orl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } else if (AOP_TYPE(left)==AOP_ACC) { if (!offset) { bool pushedB = pushB (); emitcode("mov", "b,a"); MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode("orl", "a,b"); popB (pushedB); } else { MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode("orl", "a,b"); } } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE, NULL)); MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode ("orl", "a,b"); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("orl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } else { MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); emitcode ("orl", "a,%s", aopGet (left, offset, FALSE, FALSE, DP2_RESULT_REG)); } aopPut (result, "a", offset); } _endLazyDPSEvaluation(); } } release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genXor - code for xclusive or */ /*-----------------------------------------------------------------*/ static void genXor (iCode * ic, iCode * ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; int bytelit = 0; bool pushResult; D (emitcode (";", "genXor")); AOP_OP_3_NOFATAL (ic, pushResult); AOP_SET_LOCALS (ic); if (pushResult) { genFarFarLogicOp(ic, "xrl"); return; } #ifdef DEBUG_TYPE emitcode (";", "Type res[%d] = l[%d]&r[%d]", AOP_TYPE (result), AOP_TYPE (left), AOP_TYPE (right)); emitcode (";", "Size res[%d] = l[%d]&r[%d]", AOP_SIZE (result), AOP_SIZE (left), AOP_SIZE (right)); #endif /* if left is a literal & right is not || if left needs acc & right does not */ if ((AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) #ifdef LOGIC_OPS_BROKEN || (AOP_NEEDSACC (left) && !AOP_NEEDSACC (right)) #endif ) { operand *tmp = right; right = left; left = tmp; } /* if result = right then exchange them */ if (sameRegs (AOP (result), AOP (right))) { operand *tmp = right; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE (right) == AOP_CRY && AOP_TYPE (left) != AOP_CRY) { operand *tmp = right; right = left; left = tmp; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); // if(bit ^ yy) // xx = bit ^ yy; if (AOP_TYPE (left) == AOP_CRY) { if (AOP_TYPE (right) == AOP_LIT) { // c = bit & literal; if (lit >> 1) { // lit>>1 != 0 => result = 1 if (AOP_TYPE (result) == AOP_CRY) { if (size) emitcode ("setb", "%s", AOP (result)->aopu.aop_dir); else if (ifx) continueIfTrue (ifx); goto release; } emitcode ("setb", "c"); } else { // lit == (0 or 1) if (lit == 0) { // lit == 0, result = left if (size && sameRegs (AOP (result), AOP (left))) goto release; emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); } else { // lit == 1, result = not(left) if (size && sameRegs (AOP (result), AOP (left))) { emitcode ("cpl", "%s", AOP (result)->aopu.aop_dir); goto release; } else { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("cpl", "c"); } } } } else { // right != literal symbol *tlbl = newiTempLabel (NULL); if (AOP_TYPE (right) == AOP_CRY) { // c = bit ^ bit; emitcode ("mov", "c,%s", AOP (right)->aopu.aop_dir); } else { int sizer = AOP_SIZE (right); // c = bit ^ val // if val>>1 != 0, result = 1 emitcode ("setb", "c"); while (sizer) { MOVA (aopGet (right, sizer - 1, FALSE, FALSE, NULL)); if (sizer == 1) // test the msb of the lsb emitcode ("anl", "a,#!constbyte",0xfe); emitcode ("jnz", "!tlabel", tlbl->key + 100); sizer--; } // val = (0,1) emitcode ("rrc", "a"); } emitcode ("jnb", "%s,!tlabel", AOP (left)->aopu.aop_dir, (tlbl->key + 100)); emitcode ("cpl", "c"); emitLabel (tlbl); } // bit = c // val = c if (size) outBitC (result); // if(bit ^ ...) else if ((AOP_TYPE (result) == AOP_CRY) && ifx) genIfxJump (ifx, "c", ic->next); goto release; } /* if left is same as result */ if (sameRegs (AOP (result), AOP (left))) { for (; size--; offset++) { if (AOP_TYPE (right) == AOP_LIT) { bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL); if (bytelit == 0) { /* dummy read of volatile operand */ if (isOperandVolatile (left, FALSE)) MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); else continue; } else if (IS_AOP_PREG (left)) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("xrl", "a,%s", aopGet (right, offset, FALSE, TRUE, DP2_RESULT_REG)); aopPut (result, "a", offset); } else { emitcode ("xrl", "%s,%s", aopGet (left, offset, FALSE, TRUE, NULL), aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } } else { if (AOP_TYPE (left) == AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("xrl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE, NULL)); MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode ("xrl", "a,b"); aopPut (result, "a", offset); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("xrl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); aopPut (result, "a", offset); } else { MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); if (IS_AOP_PREG (left)) { emitcode ("xrl", "a,%s", aopGet (left, offset, FALSE, TRUE, DP2_RESULT_REG)); aopPut (result, "a", offset); } else emitcode ("xrl", "%s,a", aopGet (left, offset, FALSE, TRUE, DP2_RESULT_REG)); } } } } else { // left & result in different registers if (AOP_TYPE (result) == AOP_CRY) { // result = bit // if(size), result in bit // if(!size && ifx), conditional oper: if(left ^ right) symbol *tlbl = newiTempLabel (NULL); int sizer = max (AOP_SIZE (left), AOP_SIZE (right)); if (size) emitcode ("setb", "c"); while (sizer--) { if ((AOP_TYPE (right) == AOP_LIT) && (((lit >> (offset * 8)) & 0x0FFL) == 0x00L)) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); } else if ((AOP_TYPE(right)==AOP_REG || IS_AOP_PREG(right) || AOP_TYPE(right)==AOP_DIR) && AOP_TYPE(left)==AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("xrl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } else if (AOP_TYPE(left)==AOP_ACC) { if (!offset) { bool pushedB = pushB (); emitcode("mov", "b,a"); MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode("xrl", "a,b"); popB (pushedB); } else { MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode("xrl", "a,b"); } } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE, NULL)); MOVA (aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); emitcode ("xrl", "a,b"); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("xrl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } else { MOVA (aopGet (right, offset, FALSE, FALSE, NULL)); emitcode ("xrl", "a,%s", aopGet (left, offset, FALSE, TRUE, DP2_RESULT_REG)); } emitcode ("jnz", "!tlabel", tlbl->key + 100); offset++; } if (size) { CLRC; emitLabel (tlbl); outBitC (result); } else if (ifx) jmpTrueOrFalse (ifx, tlbl); } else { for (; (size--); offset++) { // normal case // result = left ^ right if (AOP_TYPE (right) == AOP_LIT) { bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL); if (bytelit == 0) { aopPut (result, aopGet (left, offset, FALSE, FALSE, NULL), offset); continue; } D (emitcode (";", "better literal XOR.")); MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("xrl", "a, %s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } else { // faster than result <- left, anl result,right // and better if result is SFR if (AOP_TYPE (left) == AOP_ACC) { emitcode ("xrl", "a,%s", aopGet (right, offset, FALSE, FALSE, DP2_RESULT_REG)); } else { char *rOp = aopGet (right, offset, FALSE, FALSE, NULL); if (!strcmp(rOp, "a") || !strcmp(rOp, "acc")) { emitcode("mov", "b,a"); rOp = "b"; } MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("xrl", "a,%s", rOp); } } aopPut (result, "a", offset); } } } release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genInline - write the inline code out */ /*-----------------------------------------------------------------*/ static void genInline (iCode * ic) { char *buffer, *bp, *bp1; bool inComment = FALSE; D (emitcode (";", "genInline")); _G.inLine += (!options.asmpeep); buffer = bp = bp1 = Safe_strdup (IC_INLINE (ic)); /* emit each line as a code */ while (*bp) { switch (*bp) { case ';': inComment = TRUE; ++bp; break; case '\n': inComment = FALSE; *bp++ = '\0'; emitcode (bp1, ""); bp1 = bp; break; default: /* Add \n for labels, not dirs such as c:\mydir */ if (!inComment && (*bp == ':') && (isspace((unsigned char)bp[1]))) { ++bp; *bp = '\0'; ++bp; emitcode (bp1, ""); bp1 = bp; } else ++bp; break; } } if (bp1 != bp) emitcode (bp1, ""); Safe_free (buffer); _G.inLine -= (!options.asmpeep); } /*-----------------------------------------------------------------*/ /* genRRC - rotate right with carry */ /*-----------------------------------------------------------------*/ static void genRRC (iCode * ic) { operand *left, *result; int size, offset; char *l; D (emitcode (";", "genRRC")); /* rotate right with carry */ left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, AOP_USESDPTR(left)); /* move it to the result */ size = AOP_SIZE (result); offset = size - 1; CLRC; _startLazyDPSEvaluation (); while (size--) { l = aopGet (left, offset, FALSE, FALSE, NULL); MOVA (l); emitcode ("rrc", "a"); if (AOP_SIZE (result) > 1) aopPut (result, "a", offset--); } _endLazyDPSEvaluation (); /* now we need to put the carry into the highest order byte of the result */ if (AOP_SIZE (result) > 1) { l = aopGet (result, AOP_SIZE (result) - 1, FALSE, FALSE, NULL); MOVA (l); } emitcode ("mov", "acc.7,c"); aopPut (result, "a", AOP_SIZE (result) - 1); freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genRLC - generate code for rotate left with carry */ /*-----------------------------------------------------------------*/ static void genRLC (iCode * ic) { operand *left, *result; int size, offset; char *l; D (emitcode (";", "genRLC")); /* rotate right with carry */ left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, AOP_USESDPTR(left)); /* move it to the result */ size = AOP_SIZE (result); offset = 0; if (size--) { l = aopGet (left, offset, FALSE, FALSE, NULL); MOVA (l); emitcode ("add", "a,acc"); if (AOP_SIZE (result) > 1) { aopPut (result, "a", offset++); } _startLazyDPSEvaluation (); while (size--) { l = aopGet (left, offset, FALSE, FALSE, NULL); MOVA (l); emitcode ("rlc", "a"); if (AOP_SIZE (result) > 1) aopPut (result, "a", offset++); } _endLazyDPSEvaluation (); } /* now we need to put the carry into the highest order byte of the result */ if (AOP_SIZE (result) > 1) { l = aopGet (result, 0, FALSE, FALSE, NULL); MOVA (l); } emitcode ("mov", "acc.0,c"); aopPut (result, "a", 0); freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genGetHbit - generates code get highest order bit */ /*-----------------------------------------------------------------*/ static void genGetHbit (iCode * ic) { operand *left, *result; D (emitcode (";", "genGetHbit")); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, AOP_USESDPTR(left)); /* get the highest order byte into a */ MOVA (aopGet (left, AOP_SIZE (left) - 1, FALSE, FALSE, NULL)); if (AOP_TYPE (result) == AOP_CRY) { emitcode ("rlc", "a"); outBitC (result); } else { emitcode ("rl", "a"); emitcode ("anl", "a,#0x01"); outAcc (result); } freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genSwap - generates code to swap nibbles or bytes */ /*-----------------------------------------------------------------*/ static void genSwap (iCode * ic) { operand *left, *result; D(emitcode (";", "genSwap")); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, AOP_USESDPTR(left)); _startLazyDPSEvaluation (); switch (AOP_SIZE (left)) { case 1: /* swap nibbles in byte */ MOVA (aopGet (left, 0, FALSE, FALSE, NULL)); emitcode ("swap", "a"); aopPut (result, "a", 0); break; case 2: /* swap bytes in word */ if (AOP_TYPE(left) == AOP_REG && sameRegs(AOP(left), AOP(result))) { MOVA (aopGet (left, 0, FALSE, FALSE, NULL)); aopPut (result, aopGet (left, 1, FALSE, FALSE, NULL), 0); aopPut (result, "a", 1); } else if (operandsEqu (left, result)) { char * reg = "a"; bool pushedB = FALSE, leftInB = FALSE; MOVA (aopGet (left, 0, FALSE, FALSE, NULL)); if (AOP_NEEDSACC (left) || AOP_NEEDSACC (result)) { pushedB = pushB (); emitcode ("mov", "b,a"); reg = "b"; leftInB = TRUE; } aopPut (result, aopGet (left, 1, FALSE, FALSE, NULL), 0); aopPut (result, reg, 1); if (leftInB) popB (pushedB); } else { aopPut (result, aopGet (left, 1, FALSE, FALSE, NULL), 0); aopPut (result, aopGet (left, 0, FALSE, FALSE, NULL), 1); } break; default: wassertl(FALSE, "unsupported SWAP operand size"); } _endLazyDPSEvaluation (); freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* AccRol - rotate left accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccRol (int shCount) { shCount &= 0x0007; // shCount : 0..7 switch (shCount) { case 0: break; case 1: emitcode ("rl", "a"); break; case 2: emitcode ("rl", "a"); emitcode ("rl", "a"); break; case 3: emitcode ("swap", "a"); emitcode ("rr", "a"); break; case 4: emitcode ("swap", "a"); break; case 5: emitcode ("swap", "a"); emitcode ("rl", "a"); break; case 6: emitcode ("rr", "a"); emitcode ("rr", "a"); break; case 7: emitcode ("rr", "a"); break; } } /*-----------------------------------------------------------------*/ /* AccLsh - left shift accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccLsh (int shCount) { if (shCount != 0) { if (shCount == 1) emitcode ("add", "a,acc"); else if (shCount == 2) { emitcode ("add", "a,acc"); emitcode ("add", "a,acc"); } else { /* rotate left accumulator */ AccRol (shCount); /* and kill the lower order bits */ emitcode ("anl", "a,#!constbyte", SLMask[shCount]); } } } /*-----------------------------------------------------------------*/ /* AccRsh - right shift accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccRsh (int shCount) { if (shCount != 0) { if (shCount == 1) { CLRC; emitcode ("rrc", "a"); } else { /* rotate right accumulator */ AccRol (8 - shCount); /* and kill the higher order bits */ emitcode ("anl", "a,#!constbyte", SRMask[shCount]); } } } #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* AccSRsh - signed right shift accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccSRsh (int shCount) { symbol *tlbl; if (shCount != 0) { if (shCount == 1) { emitcode ("mov", "c,acc.7"); emitcode ("rrc", "a"); } else if (shCount == 2) { emitcode ("mov", "c,acc.7"); emitcode ("rrc", "a"); emitcode ("mov", "c,acc.7"); emitcode ("rrc", "a"); } else { tlbl = newiTempLabel (NULL); /* rotate right accumulator */ AccRol (8 - shCount); /* and kill the higher order bits */ emitcode ("anl", "a,#!constbyte", SRMask[shCount]); emitcode ("jnb", "acc.%d,!tlabel", 7 - shCount, tlbl->key + 100); emitcode ("orl", "a,#!constbyte", (unsigned char) ~SRMask[shCount]); emitLabel (tlbl); } } } #endif #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* shiftR1Left2Result - shift right one byte from left to result */ /*-----------------------------------------------------------------*/ static void shiftR1Left2Result (operand * left, int offl, operand * result, int offr, int shCount, int sign) { MOVA (aopGet (left, offl, FALSE, FALSE, NULL)); /* shift right accumulator */ if (sign) AccSRsh (shCount); else AccRsh (shCount); aopPut (result, "a", offr); } #endif #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* shiftL1Left2Result - shift left one byte from left to result */ /*-----------------------------------------------------------------*/ static void shiftL1Left2Result (operand * left, int offl, operand * result, int offr, int shCount) { char *l; l = aopGet (left, offl, FALSE, FALSE, NULL); MOVA (l); /* shift left accumulator */ AccLsh (shCount); aopPut (result, "a", offr); } #endif #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* movLeft2Result - move byte from left to result */ /*-----------------------------------------------------------------*/ static void movLeft2Result (operand * left, int offl, operand * result, int offr, int sign) { char *l; if (!sameRegs (AOP (left), AOP (result)) || (offl != offr)) { l = aopGet (left, offl, FALSE, FALSE, NULL); if (*l == '@' && (IS_AOP_PREG (result))) { emitcode ("mov", "a,%s", l); aopPut (result, "a", offr); } else { if (!sign) { aopPut (result, l, offr); } else { /* MSB sign in acc.7 ! */ if (getDataSize (left) == offl + 1) { MOVA (l); aopPut (result, "a", offr); } } } } } #endif #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* AccAXRrl1 - right rotate a:x by 1 */ /*-----------------------------------------------------------------*/ static void AccAXRrl1 (char *x) { emitcode ("mov", "c,acc.0"); emitcode ("xch", "a,%s", x); emitcode ("rrc", "a"); emitcode ("xch", "a,%s", x); emitcode ("rrc", "a"); } #endif #ifdef BETTER_LITERAL_SHIFT //REMOVE ME!!! /*-----------------------------------------------------------------*/ /* AccAXLrl1 - left rotate a:x by 1 */ /*-----------------------------------------------------------------*/ static void AccAXLrl1 (char *x) { emitcode ("mov", "c,acc.7"); emitcode ("xch", "a,%s", x); emitcode ("rlc", "a"); emitcode ("xch", "a,%s", x); emitcode ("rlc", "a"); } #endif #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* AccAXRsh1 - right shift c->a:x->c by 1 */ /*-----------------------------------------------------------------*/ static void AccAXRsh1 (char *x) { emitcode ("rrc", "a"); emitcode ("xch", "a,%s", x); emitcode ("rrc", "a"); emitcode ("xch", "a,%s", x); } #endif #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* AccAXLsh1 - left shift a:x<-0 by 1 */ /*-----------------------------------------------------------------*/ static void AccAXLsh1 (char *x) { emitcode ("xch", "a,%s", x); emitcode ("add", "a,acc"); emitcode ("xch", "a,%s", x); emitcode ("rlc", "a"); } #endif #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* AccAXLsh - left shift a:x by known count (0..7) */ /*-----------------------------------------------------------------*/ static void AccAXLsh (char *x, int shCount) { switch (shCount) { case 0: break; case 1: AccAXLsh1 (x); break; case 2: AccAXLsh1 (x); AccAXLsh1 (x); break; case 3: case 4: case 5: // AAAAABBB:CCCCCDDD AccRol (shCount); // BBBAAAAA:CCCCCDDD emitcode ("anl", "a,#!constbyte", SLMask[shCount]); // BBB00000:CCCCCDDD emitcode ("xch", "a,%s", x); // CCCCCDDD:BBB00000 AccRol (shCount); // DDDCCCCC:BBB00000 emitcode ("xch", "a,%s", x); // BBB00000:DDDCCCCC emitcode ("xrl", "a,%s", x); // (BBB^DDD)CCCCC:DDDCCCCC emitcode ("xch", "a,%s", x); // DDDCCCCC:(BBB^DDD)CCCCC emitcode ("anl", "a,#!constbyte", SLMask[shCount]); // DDD00000:(BBB^DDD)CCCCC emitcode ("xch", "a,%s", x); // (BBB^DDD)CCCCC:DDD00000 emitcode ("xrl", "a,%s", x); // BBBCCCCC:DDD00000 break; case 6: // AAAAAABB:CCCCCCDD emitcode ("anl", "a,#!constbyte", SRMask[shCount]); // 000000BB:CCCCCCDD #if 1 AccAXRrl1 (x); // D000000B:BCCCCCCD AccAXRrl1 (x); // DD000000:BBCCCCCC emitcode ("xch", "a,%s", x); // BBCCCCCC:DD000000 #else emitcode ("mov", "c,acc.0"); // c = B emitcode ("xch", "a,%s", x); // CCCCCCDD:000000BB emitcode("rrc","a"); emitcode("xch","a,%s", x); emitcode("rrc","a"); emitcode("mov","c,acc.0"); //<< get correct bit emitcode("xch","a,%s", x); emitcode("rrc","a"); emitcode("xch","a,%s", x); emitcode("rrc","a"); emitcode("xch","a,%s", x); #endif break; case 7: // a:x <<= 7 emitcode ("anl", "a,#!constbyte", SRMask[shCount]); // 0000000B:CCCCCCCD AccAXRrl1 (x); // D0000000:BCCCCCCC emitcode ("xch", "a,%s", x); // BCCCCCCC:D0000000 break; default: break; } } #endif #ifdef BETTER_LITERAL_SHIFT //REMOVE ME!!! /*-----------------------------------------------------------------*/ /* AccAXRsh - right shift a:x known count (0..7) */ /*-----------------------------------------------------------------*/ static void AccAXRsh (char *x, int shCount) { switch (shCount) { case 0: break; case 1: CLRC; AccAXRsh1 (x); // 0->a:x break; case 2: CLRC; AccAXRsh1 (x); // 0->a:x CLRC; AccAXRsh1 (x); // 0->a:x break; case 3: case 4: case 5: // AAAAABBB:CCCCCDDD = a:x AccRol (8 - shCount); // BBBAAAAA:DDDCCCCC emitcode ("xch", "a,%s", x); // CCCCCDDD:BBBAAAAA AccRol (8 - shCount); // DDDCCCCC:BBBAAAAA emitcode ("anl", "a,#!constbyte", SRMask[shCount]); // 000CCCCC:BBBAAAAA emitcode ("xrl", "a,%s", x); // BBB(CCCCC^AAAAA):BBBAAAAA emitcode ("xch", "a,%s", x); // BBBAAAAA:BBB(CCCCC^AAAAA) emitcode ("anl", "a,#!constbyte", SRMask[shCount]); // 000AAAAA:BBB(CCCCC^AAAAA) emitcode ("xch", "a,%s", x); // BBB(CCCCC^AAAAA):000AAAAA emitcode ("xrl", "a,%s", x); // BBBCCCCC:000AAAAA emitcode ("xch", "a,%s", x); // 000AAAAA:BBBCCCCC break; case 6: // AABBBBBB:CCDDDDDD AccAXLrl1 (x); // ABBBBBBC:CDDDDDDE AccAXLrl1 (x); // BBBBBBCC:DDDDDDAA emitcode ("xch", "a,%s", x); // DDDDDDAA:BBBBBBCC emitcode ("anl", "a,#!constbyte", SRMask[shCount]); // 000000AA:BBBBBBCC break; case 7: // ABBBBBBB:CDDDDDDD AccAXLrl1 (x); // BBBBBBBC:DDDDDDDA emitcode ("xch", "a,%s", x); // DDDDDDDA:BBBBBBCC emitcode ("anl", "a,#!constbyte", SRMask[shCount]); // 0000000A:BBBBBBBC break; default: break; } } #endif #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* AccAXRshS - right shift signed a:x known count (0..7) */ /*-----------------------------------------------------------------*/ static void AccAXRshS (char *x, int shCount) { symbol *tlbl; switch (shCount) { case 0: break; case 1: emitcode ("mov", "c,acc.7"); AccAXRsh1 (x); // s->a:x break; case 2: emitcode ("mov", "c,acc.7"); AccAXRsh1 (x); // s->a:x emitcode ("mov", "c,acc.7"); AccAXRsh1 (x); // s->a:x break; case 3: case 4: case 5: // AAAAABBB:CCCCCDDD = a:x tlbl = newiTempLabel (NULL); AccRol (8 - shCount); // BBBAAAAA:CCCCCDDD emitcode ("xch", "a,%s", x); // CCCCCDDD:BBBAAAAA AccRol (8 - shCount); // DDDCCCCC:BBBAAAAA emitcode ("anl", "a,#!constbyte", SRMask[shCount]); // 000CCCCC:BBBAAAAA emitcode ("xrl", "a,%s", x); // BBB(CCCCC^AAAAA):BBBAAAAA emitcode ("xch", "a,%s", x); // BBBAAAAA:BBB(CCCCC^AAAAA) emitcode ("anl", "a,#!constbyte", SRMask[shCount]); // 000AAAAA:BBB(CCCCC^AAAAA) emitcode ("xch", "a,%s", x); // BBB(CCCCC^AAAAA):000AAAAA emitcode ("xrl", "a,%s", x); // BBBCCCCC:000AAAAA emitcode ("xch", "a,%s", x); // 000SAAAA:BBBCCCCC emitcode ("jnb", "acc.%d,!tlabel", 7 - shCount, tlbl->key + 100); emitcode ("orl", "a,#!constbyte", (unsigned char) ~SRMask[shCount]); // 111AAAAA:BBBCCCCC emitLabel (tlbl); break; // SSSSAAAA:BBBCCCCC case 6: // AABBBBBB:CCDDDDDD tlbl = newiTempLabel (NULL); AccAXLrl1 (x); // ABBBBBBC:CDDDDDDA AccAXLrl1 (x); // BBBBBBCC:DDDDDDAA emitcode ("xch", "a,%s", x); // DDDDDDAA:BBBBBBCC emitcode ("anl", "a,#!constbyte", SRMask[shCount]); // 000000AA:BBBBBBCC emitcode ("jnb", "acc.%d,!tlabel", 7 - shCount, tlbl->key + 100); emitcode ("orl", "a,#!constbyte", (unsigned char) ~SRMask[shCount]); // 111111AA:BBBBBBCC emitLabel (tlbl); break; case 7: // ABBBBBBB:CDDDDDDD tlbl = newiTempLabel (NULL); AccAXLrl1 (x); // BBBBBBBC:DDDDDDDA emitcode ("xch", "a,%s", x); // DDDDDDDA:BBBBBBCC emitcode ("anl", "a,#!constbyte", SRMask[shCount]); // 0000000A:BBBBBBBC emitcode ("jnb", "acc.%d,!tlabel", 7 - shCount, tlbl->key + 100); emitcode ("orl", "a,#!constbyte", (unsigned char) ~SRMask[shCount]); // 1111111A:BBBBBBBC emitLabel (tlbl); break; default: break; } } #endif #ifdef BETTER_LITERAL_SHIFT static void _loadLeftIntoAx(char **lsb, operand *left, operand *result, int offl, int offr) { // Get the initial value from left into a pair of registers. // MSB must be in A, LSB can be any register. // // If the result is held in registers, it is an optimization // if the LSB can be held in the register which will hold the, // result LSB since this saves us from having to copy it into // the result following AccAXLsh. // // If the result is addressed indirectly, this is not a gain. if (AOP_NEEDSACC(result)) { char *leftByte; _startLazyDPSEvaluation(); if (AOP_TYPE(left) == AOP_DPTR2) { // Get MSB in A. MOVA (aopGet (left, offl + MSB16, FALSE, FALSE, NULL)); // get LSB in DP2_RESULT_REG. leftByte = aopGet (left, offl, FALSE, FALSE, DP2_RESULT_REG); assert(!strcmp(leftByte, DP2_RESULT_REG)); } else { // get LSB into DP2_RESULT_REG leftByte = aopGet (left, offl, FALSE, FALSE, NULL); if (strcmp(leftByte, DP2_RESULT_REG)) { TR_AP("#7"); emitcode("mov","%s,%s", DP2_RESULT_REG, leftByte); } // And MSB in A. leftByte = aopGet (left, offl + MSB16, FALSE, FALSE, NULL); assert(strcmp(leftByte, DP2_RESULT_REG)); MOVA (leftByte); } _endLazyDPSEvaluation(); *lsb = DP2_RESULT_REG; } else { if (sameRegs (AOP (result), AOP (left)) && ((offl + MSB16) == offr)) { /* don't crash result[offr] */ MOVA (aopGet (left, offl, FALSE, FALSE, NULL)); emitcode ("xch", "a,%s", aopGet (left, offl + MSB16, FALSE, FALSE, DP2_RESULT_REG)); } else { movLeft2Result (left, offl, result, offr, 0); MOVA (aopGet (left, offl + MSB16, FALSE, FALSE, NULL)); } *lsb = aopGet (result, offr, FALSE, FALSE, DP2_RESULT_REG); assert(strcmp(*lsb,"a")); } } static void _storeAxResults(char *lsb, operand *result, int offr) { _startLazyDPSEvaluation(); if (AOP_NEEDSACC(result)) { /* We have to explicitly update the result LSB. */ emitcode ("xch","a,%s", lsb); aopPut (result, "a", offr); emitcode ("mov","a,%s", lsb); } if (getDataSize (result) > 1) { aopPut (result, "a", offr + MSB16); } _endLazyDPSEvaluation(); } /*-----------------------------------------------------------------*/ /* shiftL2Left2Result - shift left two bytes from left to result */ /*-----------------------------------------------------------------*/ static void shiftL2Left2Result (operand * left, int offl, operand * result, int offr, int shCount) { char *lsb; _loadLeftIntoAx(&lsb, left, result, offl, offr); AccAXLsh (lsb, shCount); _storeAxResults(lsb, result, offr); } #endif #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* shiftR2Left2Result - shift right two bytes from left to result */ /*-----------------------------------------------------------------*/ static void shiftR2Left2Result (operand * left, int offl, operand * result, int offr, int shCount, int sign) { char *lsb; _loadLeftIntoAx(&lsb, left, result, offl, offr); /* a:x >> shCount (x = lsb(result)) */ if (sign) { AccAXRshS(lsb, shCount); } else { AccAXRsh(lsb, shCount); } _storeAxResults(lsb, result, offr); } #endif /*-----------------------------------------------------------------*/ /* shiftLLeftOrResult - shift left one byte from left, or to result */ /*-----------------------------------------------------------------*/ static void shiftLLeftOrResult (operand * left, int offl, operand * result, int offr, int shCount) { MOVA (aopGet (left, offl, FALSE, FALSE, NULL)); /* shift left accumulator */ AccLsh (shCount); /* or with result */ emitcode ("orl", "a,%s", aopGet (result, offr, FALSE, FALSE, DP2_RESULT_REG)); /* back to result */ aopPut (result, "a", offr); } #if 0 //REMOVE ME!!! /*-----------------------------------------------------------------*/ /* shiftRLeftOrResult - shift right one byte from left,or to result */ /*-----------------------------------------------------------------*/ static void shiftRLeftOrResult (operand * left, int offl, operand * result, int offr, int shCount) { MOVA (aopGet (left, offl, FALSE, FALSE, NULL)); /* shift right accumulator */ AccRsh (shCount); /* or with result */ emitcode ("orl", "a,%s", aopGet (result, offr, FALSE, FALSE, DP2_RESULT_REG)); /* back to result */ aopPut (result, "a", offr); } #endif #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* genlshOne - left shift a one byte quantity by known count */ /*-----------------------------------------------------------------*/ static void genlshOne (operand * result, operand * left, int shCount) { D (emitcode (";", "genlshOne")); shiftL1Left2Result (left, LSB, result, LSB, shCount); } #endif #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* genlshTwo - left shift two bytes by known amount != 0 */ /*-----------------------------------------------------------------*/ static void genlshTwo (operand * result, operand * left, int shCount) { int size; D (emitcode (";", "genlshTwo")); size = getDataSize (result); /* if shCount >= 8 */ if (shCount >= 8) { shCount -= 8; _startLazyDPSEvaluation(); if (size > 1) { if (shCount) { _endLazyDPSEvaluation(); shiftL1Left2Result (left, LSB, result, MSB16, shCount); aopPut (result, zero, LSB); } else { movLeft2Result (left, LSB, result, MSB16, 0); aopPut (result, zero, LSB); _endLazyDPSEvaluation(); } } else { aopPut (result, zero, LSB); _endLazyDPSEvaluation(); } } /* 1 <= shCount <= 7 */ else { if (size == 1) shiftL1Left2Result (left, LSB, result, LSB, shCount); else shiftL2Left2Result (left, LSB, result, LSB, shCount); } } #endif #if 0 //REMOVE ME!!! /*-----------------------------------------------------------------*/ /* shiftLLong - shift left one long from left to result */ /* offl = LSB or MSB16 */ /*-----------------------------------------------------------------*/ static void shiftLLong (operand * left, operand * result, int offr) { char *l; int size = AOP_SIZE (result); if (size >= LSB + offr) { l = aopGet (left, LSB, FALSE, FALSE, NULL); MOVA (l); emitcode ("add", "a,acc"); if (sameRegs (AOP (left), AOP (result)) && size >= MSB16 + offr && offr != LSB) emitcode ("xch", "a,%s", aopGet (left, LSB + offr, FALSE, FALSE, DP2_RESULT_REG)); else aopPut (result, "a", LSB + offr); } if (size >= MSB16 + offr) { if (!(sameRegs (AOP (result), AOP (left)) && size >= MSB16 + offr && offr != LSB)) { l = aopGet (left, MSB16, FALSE, FALSE, TRUE); MOVA (l); } emitcode ("rlc", "a"); if (sameRegs (AOP (left), AOP (result)) && size >= MSB24 + offr && offr != LSB) emitcode ("xch", "a,%s", aopGet (left, MSB16 + offr, FALSE, FALSE, DP2_RESULT_REG)); else aopPut (result, "a", MSB16 + offr); } if (size >= MSB24 + offr) { if (!(sameRegs (AOP (result), AOP (left)) && size >= MSB24 + offr && offr != LSB)) { l = aopGet (left, MSB24, FALSE, FALSE, NULL); MOVA (l); } emitcode ("rlc", "a"); if (sameRegs (AOP (left), AOP (result)) && size >= MSB32 + offr && offr != LSB) emitcode ("xch", "a,%s", aopGet (left, MSB24 + offr, FALSE, FALSE, DP2_RESULT_REG)); else aopPut (result, "a", MSB24 + offr); } if (size > MSB32 + offr) { if (!(sameRegs (AOP (result), AOP (left)) && size >= MSB32 + offr && offr != LSB)) { l = aopGet (left, MSB32, FALSE, FALSE, NULL); MOVA (l); } emitcode ("rlc", "a"); aopPut (result, "a", MSB32 + offr); } if (offr != LSB) aopPut (result, zero, LSB); } #endif #if 0 //REMOVE ME!!! /*-----------------------------------------------------------------*/ /* genlshFour - shift four byte by a known amount != 0 */ /*-----------------------------------------------------------------*/ static void genlshFour (operand * result, operand * left, int shCount) { int size; D (emitcode (";", "genlshFour")); size = AOP_SIZE (result); /* if shifting more that 3 bytes */ if (shCount >= 24) { shCount -= 24; if (shCount) /* lowest order of left goes to the highest order of the destination */ shiftL1Left2Result (left, LSB, result, MSB32, shCount); else movLeft2Result (left, LSB, result, MSB32, 0); aopPut (result, zero, LSB); aopPut (result, zero, MSB16); aopPut (result, zero, MSB24); return; } /* more than two bytes */ else if (shCount >= 16) { /* lower order two bytes goes to higher order two bytes */ shCount -= 16; /* if some more remaining */ if (shCount) shiftL2Left2Result (left, LSB, result, MSB24, shCount); else { movLeft2Result (left, MSB16, result, MSB32, 0); movLeft2Result (left, LSB, result, MSB24, 0); } aopPut (result, zero, MSB16); aopPut (result, zero, LSB); return; } /* if more than 1 byte */ else if (shCount >= 8) { /* lower order three bytes goes to higher order three bytes */ shCount -= 8; if (size == 2) { if (shCount) shiftL1Left2Result (left, LSB, result, MSB16, shCount); else movLeft2Result (left, LSB, result, MSB16, 0); } else { /* size = 4 */ if (shCount == 0) { movLeft2Result (left, MSB24, result, MSB32, 0); movLeft2Result (left, MSB16, result, MSB24, 0); movLeft2Result (left, LSB, result, MSB16, 0); aopPut (result, zero, LSB); } else if (shCount == 1) shiftLLong (left, result, MSB16); else { shiftL2Left2Result (left, MSB16, result, MSB24, shCount); shiftL1Left2Result (left, LSB, result, MSB16, shCount); shiftRLeftOrResult (left, LSB, result, MSB24, 8 - shCount); aopPut (result, zero, LSB); } } } /* 1 <= shCount <= 7 */ else if (shCount <= 2) { shiftLLong (left, result, LSB); if (shCount == 2) shiftLLong (result, result, LSB); } /* 3 <= shCount <= 7, optimize */ else { shiftL2Left2Result (left, MSB24, result, MSB24, shCount); shiftRLeftOrResult (left, MSB16, result, MSB24, 8 - shCount); shiftL2Left2Result (left, LSB, result, LSB, shCount); } } #endif #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* genLeftShiftLiteral - left shifting by known count */ /*-----------------------------------------------------------------*/ static bool genLeftShiftLiteral (operand * left, operand * right, operand * result, iCode * ic) { int shCount = (int) ulFromVal (AOP (right)->aopu.aop_lit); int size; size = getSize (operandType (result)); D (emitcode (";", "genLeftShiftLiteral (%d), size %d", shCount, size);); /* We only handle certain easy cases so far. */ if ((shCount != 0) && (shCount < (size * 8)) && (size != 1) && (size != 2)) { D(emitcode (";", "genLeftShiftLiteral wimping out");); return FALSE; } freeAsmop (right, NULL, ic, TRUE); aopOp(left, ic, FALSE, FALSE); aopOp(result, ic, FALSE, AOP_USESDPTR(left)); #if 0 // debug spew if (IS_SYMOP(left) && OP_SYMBOL(left)->aop) { emitcode(";", "left (%s) is %d", OP_SYMBOL(left)->rname, AOP_TYPE(left)); if (!IS_TRUE_SYMOP(left) && OP_SYMBOL(left)->usl.spillLoc) { emitcode(";", "\taka %s", OP_SYMBOL(left)->usl.spillLoc->rname); } } if (IS_SYMOP(result) && OP_SYMBOL(result)->aop) { emitcode(";", "result (%s) is %d", OP_SYMBOL(result)->rname, AOP_TYPE(result)); if (!IS_TRUE_SYMOP(result) && OP_SYMBOL(result)->usl.spillLoc) { emitcode(";", "\taka %s", OP_SYMBOL(result)->usl.spillLoc->rname); } } #endif #if VIEW_SIZE emitcode ("; shift left ", "result %d, left %d", size, AOP_SIZE (left)); #endif /* I suppose that the left size >= result size */ if (shCount == 0) { _startLazyDPSEvaluation(); while (size--) { movLeft2Result (left, size, result, size, 0); } _endLazyDPSEvaluation(); } else if (shCount >= (size * 8)) { _startLazyDPSEvaluation(); while (size--) { aopPut (result, zero, size); } _endLazyDPSEvaluation(); } else { switch (size) { case 1: genlshOne (result, left, shCount); break; case 2: genlshTwo (result, left, shCount); break; #if 0 case 4: genlshFour (result, left, shCount); break; #endif default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "*** ack! mystery literal shift!\n"); break; } } freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); return TRUE; } #endif /*-----------------------------------------------------------------*/ /* genLeftShift - generates code for left shifting */ /*-----------------------------------------------------------------*/ static void genLeftShift (iCode * ic) { operand *left, *right, *result; int size, offset; char *l; symbol *tlbl, *tlbl1; bool pushedB; D (emitcode (";", "genLeftShift")); right = IC_RIGHT (ic); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (right, ic, FALSE, FALSE); #ifdef BETTER_LITERAL_SHIFT /* if the shift count is known then do it as efficiently as possible */ if (AOP_TYPE (right) == AOP_LIT) { if (genLeftShiftLiteral (left, right, result, ic)) { return; } } #endif /* shift count is unknown then we have to form a loop get the loop count in B : Note: we take only the lower order byte since shifting more that 32 bits make no sense anyway, ( the largest size of an object can be only 32 bits ) */ pushedB = pushB (); if (AOP_TYPE (right) == AOP_LIT) { /* Really should be handled by genLeftShiftLiteral, * but since I'm too lazy to fix that today, at least we can make * some small improvement. */ emitcode("mov", "b,#!constbyte", ((int) ulFromVal (AOP (right)->aopu.aop_lit)) + 1); } else { MOVB (aopGet (right, 0, FALSE, FALSE, "b")); emitcode ("inc", "b"); } freeAsmop (right, NULL, ic, TRUE); aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, AOP_USESDPTR(left)); /* now move the left to the result if they are not the same */ if (!sameRegs (AOP (left), AOP (result)) && AOP_SIZE (result) > 1) { size = AOP_SIZE (result); offset = 0; _startLazyDPSEvaluation (); while (size--) { l = aopGet (left, offset, FALSE, TRUE, NULL); if (*l == '@' && (IS_AOP_PREG (result))) { emitcode ("mov", "a,%s", l); aopPut (result, "a", offset); } else aopPut (result, l, offset); offset++; } _endLazyDPSEvaluation (); } tlbl = newiTempLabel (NULL); size = AOP_SIZE (result); offset = 0; tlbl1 = newiTempLabel (NULL); /* if it is only one byte then */ if (size == 1) { symbol *tlbl1 = newiTempLabel (NULL); l = aopGet (left, 0, FALSE, FALSE, NULL); MOVA (l); emitcode ("sjmp", "!tlabel", tlbl1->key + 100); emitLabel (tlbl); emitcode ("add", "a,acc"); emitLabel (tlbl1); emitcode ("djnz", "b,!tlabel", tlbl->key + 100); popB (pushedB); aopPut (result, "a", 0); goto release; } reAdjustPreg (AOP (result)); emitcode ("sjmp", "!tlabel", tlbl1->key + 100); emitLabel (tlbl); l = aopGet (result, offset, FALSE, FALSE, NULL); MOVA (l); emitcode ("add", "a,acc"); aopPut (result, "a", offset++); _startLazyDPSEvaluation (); while (--size) { l = aopGet (result, offset, FALSE, FALSE, NULL); MOVA (l); emitcode ("rlc", "a"); aopPut (result, "a", offset++); } _endLazyDPSEvaluation (); reAdjustPreg (AOP (result)); emitLabel (tlbl1); emitcode ("djnz", "b,!tlabel", tlbl->key + 100); popB (pushedB); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* genrshOne - right shift a one byte quantity by known count */ /*-----------------------------------------------------------------*/ static void genrshOne (operand * result, operand * left, int shCount, int sign) { D (emitcode (";", "genrshOne")); shiftR1Left2Result (left, LSB, result, LSB, shCount, sign); } #endif #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* genrshTwo - right shift two bytes by known amount != 0 */ /*-----------------------------------------------------------------*/ static void genrshTwo (operand * result, operand * left, int shCount, int sign) { D (emitcode (";", "genrshTwo")); /* if shCount >= 8 */ if (shCount >= 8) { shCount -= 8; _startLazyDPSEvaluation(); if (shCount) shiftR1Left2Result (left, MSB16, result, LSB, shCount, sign); else movLeft2Result (left, MSB16, result, LSB, sign); addSign (result, MSB16, sign); _endLazyDPSEvaluation(); } /* 1 <= shCount <= 7 */ else shiftR2Left2Result (left, LSB, result, LSB, shCount, sign); } #endif /*-----------------------------------------------------------------*/ /* shiftRLong - shift right one long from left to result */ /* offl = LSB or MSB16 */ /*-----------------------------------------------------------------*/ static void shiftRLong (operand * left, int offl, operand * result, int sign) { bool overlapping = regsInCommon (left, result) || operandsEqu(left, result); if (overlapping && offl>1) { // we are in big trouble, but this shouldn't happen werror(E_INTERNAL_ERROR, __FILE__, __LINE__); } MOVA (aopGet (left, MSB32, FALSE, FALSE, NULL)); if (offl==MSB16) { // shift is > 8 if (sign) { emitcode ("rlc", "a"); emitcode ("subb", "a,acc"); emitcode ("xch", "a,%s", aopGet(left, MSB32, FALSE, FALSE, DP2_RESULT_REG)); } else { aopPut (result, zero, MSB32); } } if (!sign) { emitcode ("clr", "c"); } else { emitcode ("mov", "c,acc.7"); } emitcode ("rrc", "a"); if (overlapping && offl==MSB16) { emitcode ("xch", "a,%s", aopGet (left, MSB24, FALSE, FALSE, DP2_RESULT_REG)); } else { aopPut (result, "a", MSB32 - offl); MOVA (aopGet (left, MSB24, FALSE, FALSE, NULL)); } emitcode ("rrc", "a"); if (overlapping && offl==MSB16) { emitcode ("xch", "a,%s", aopGet (left, MSB16, FALSE, FALSE, DP2_RESULT_REG)); } else { aopPut (result, "a", MSB24 - offl); MOVA (aopGet (left, MSB16, FALSE, FALSE, NULL)); } emitcode ("rrc", "a"); if (offl != LSB) { aopPut (result, "a", MSB16 - offl); } else { if (overlapping && offl==MSB16) { emitcode ("xch", "a,%s", aopGet (left, LSB, FALSE, FALSE, DP2_RESULT_REG)); } else { aopPut (result, "a", MSB16 - offl); MOVA (aopGet (left, LSB, FALSE, FALSE, NULL)); } emitcode ("rrc", "a"); aopPut (result, "a", LSB); } } /*-----------------------------------------------------------------*/ /* genrshFour - shift four byte by a known amount != 0 */ /*-----------------------------------------------------------------*/ static void genrshFour (operand * result, operand * left, int shCount, int sign) { D (emitcode (";", "genrshFour")); /* if shifting more that 3 bytes */ if (shCount >= 24) { shCount -= 24; _startLazyDPSEvaluation(); if (shCount) shiftR1Left2Result (left, MSB32, result, LSB, shCount, sign); else movLeft2Result (left, MSB32, result, LSB, sign); addSign (result, MSB16, sign); _endLazyDPSEvaluation(); } else if (shCount >= 16) { shCount -= 16; _startLazyDPSEvaluation(); if (shCount) shiftR2Left2Result (left, MSB24, result, LSB, shCount, sign); else { movLeft2Result (left, MSB24, result, LSB, 0); movLeft2Result (left, MSB32, result, MSB16, sign); } addSign (result, MSB24, sign); _endLazyDPSEvaluation(); } else if (shCount >= 8) { shCount -= 8; _startLazyDPSEvaluation(); if (shCount == 1) { shiftRLong (left, MSB16, result, sign); } else if (shCount == 0) { movLeft2Result (left, MSB16, result, LSB, 0); movLeft2Result (left, MSB24, result, MSB16, 0); movLeft2Result (left, MSB32, result, MSB24, sign); addSign (result, MSB32, sign); } else { shiftR2Left2Result (left, MSB16, result, LSB, shCount, 0); shiftLLeftOrResult (left, MSB32, result, MSB16, 8 - shCount); /* the last shift is signed */ shiftR1Left2Result (left, MSB32, result, MSB24, shCount, sign); addSign (result, MSB32, sign); } _endLazyDPSEvaluation(); } else { /* 1 <= shCount <= 7 */ if (shCount <= 2) { shiftRLong (left, LSB, result, sign); if (shCount == 2) shiftRLong (result, LSB, result, sign); } else { shiftR2Left2Result (left, LSB, result, LSB, shCount, 0); shiftLLeftOrResult (left, MSB24, result, MSB16, 8 - shCount); shiftR2Left2Result (left, MSB24, result, MSB24, shCount, sign); } } } #ifdef BETTER_LITERAL_SHIFT /*-----------------------------------------------------------------*/ /* genRightShiftLiteral - right shifting by known count */ /*-----------------------------------------------------------------*/ static bool genRightShiftLiteral (operand * left, operand * right, operand * result, iCode * ic, int sign) { int shCount = (int) ulFromVal (AOP (right)->aopu.aop_lit); int size; size = getSize (operandType (result)); D(emitcode (";", "genRightShiftLiteral (%d), size %d", shCount, size);); /* We only handle certain easy cases so far. */ if ((shCount != 0) && (shCount < (size * 8)) && (size != 1) && (size != 2) && (size != 4)) { D(emitcode (";", "genRightShiftLiteral wimping out");); return FALSE; } freeAsmop (right, NULL, ic, TRUE); aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, AOP_USESDPTR(left)); #if VIEW_SIZE emitcode ("; shift right ", "result %d, left %d", AOP_SIZE (result), AOP_SIZE (left)); #endif /* test the LEFT size !!! */ /* I suppose that the left size >= result size */ if (shCount == 0) { size = getDataSize (result); _startLazyDPSEvaluation(); while (size--) movLeft2Result (left, size, result, size, 0); _endLazyDPSEvaluation(); } else if (shCount >= (size * 8)) { if (sign) { /* get sign in acc.7 */ MOVA (aopGet (left, size - 1, FALSE, FALSE, NULL)); } addSign (result, LSB, sign); } else { switch (size) { case 1: genrshOne (result, left, shCount, sign); break; case 2: genrshTwo (result, left, shCount, sign); break; #if 1 case 4: genrshFour (result, left, shCount, sign); break; #endif default: break; } } freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); return TRUE; } #endif /*-----------------------------------------------------------------*/ /* genSignedRightShift - right shift of signed number */ /*-----------------------------------------------------------------*/ static void genSignedRightShift (iCode * ic) { operand *right, *left, *result; int size, offset; char *l; symbol *tlbl, *tlbl1; bool pushedB; D (emitcode (";", "genSignedRightShift")); /* we do it the hard way put the shift count in b and loop thru preserving the sign */ right = IC_RIGHT (ic); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (right, ic, FALSE, FALSE); #ifdef BETTER_LITERAL_SHIFT if (AOP_TYPE (right) == AOP_LIT) { if (genRightShiftLiteral (left, right, result, ic, 1)) { return; } } #endif /* shift count is unknown then we have to form a loop get the loop count in B : Note: we take only the lower order byte since shifting more that 32 bits make no sense anyway, ( the largest size of an object can be only 32 bits ) */ pushedB = pushB (); if (AOP_TYPE (right) == AOP_LIT) { /* Really should be handled by genRightShiftLiteral, * but since I'm too lazy to fix that today, at least we can make * some small improvement. */ emitcode("mov", "b,#!constbyte", ((int) ulFromVal (AOP (right)->aopu.aop_lit)) + 1); } else { MOVB (aopGet (right, 0, FALSE, FALSE, "b")); emitcode ("inc", "b"); } freeAsmop (right, NULL, ic, TRUE); aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, AOP_USESDPTR(left)); /* now move the left to the result if they are not the same */ if (!sameRegs (AOP (left), AOP (result)) && AOP_SIZE (result) > 1) { size = AOP_SIZE (result); offset = 0; _startLazyDPSEvaluation (); while (size--) { l = aopGet (left, offset, FALSE, TRUE, NULL); if (*l == '@' && IS_AOP_PREG (result)) { emitcode ("mov", "a,%s", l); aopPut (result, "a", offset); } else aopPut (result, l, offset); offset++; } _endLazyDPSEvaluation (); } /* mov the highest order bit to OVR */ tlbl = newiTempLabel (NULL); tlbl1 = newiTempLabel (NULL); size = AOP_SIZE (result); offset = size - 1; MOVA (aopGet (left, offset, FALSE, FALSE, NULL)); emitcode ("rlc", "a"); emitcode ("mov", "ov,c"); /* if it is only one byte then */ if (size == 1) { l = aopGet (left, 0, FALSE, FALSE, NULL); MOVA (l); emitcode ("sjmp", "!tlabel", tlbl1->key + 100); emitLabel (tlbl); emitcode ("mov", "c,ov"); emitcode ("rrc", "a"); emitLabel (tlbl1); emitcode ("djnz", "b,!tlabel", tlbl->key + 100); popB (pushedB); aopPut (result, "a", 0); goto release; } reAdjustPreg (AOP (result)); emitcode ("sjmp", "!tlabel", tlbl1->key + 100); emitLabel (tlbl); emitcode ("mov", "c,ov"); _startLazyDPSEvaluation (); while (size--) { l = aopGet (result, offset, FALSE, FALSE, NULL); MOVA (l); emitcode ("rrc", "a"); aopPut (result, "a", offset--); } _endLazyDPSEvaluation (); reAdjustPreg (AOP (result)); emitLabel (tlbl1); emitcode ("djnz", "b,!tlabel", tlbl->key + 100); popB (pushedB); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genRightShift - generate code for right shifting */ /*-----------------------------------------------------------------*/ static void genRightShift (iCode * ic) { operand *right, *left, *result; sym_link *letype; int size, offset; char *l; symbol *tlbl, *tlbl1; bool pushedB; D (emitcode (";", "genRightShift")); /* if signed then we do it the hard way preserve the sign bit moving it inwards */ letype = getSpec (operandType (IC_LEFT (ic))); if (!SPEC_USIGN (letype)) { genSignedRightShift (ic); return; } /* signed & unsigned types are treated the same : i.e. the signed is NOT propagated inwards : quoting from the ANSI - standard : "for E1 >> E2, is equivalent to division by 2**E2 if unsigned or if it has a non-negative value, otherwise the result is implementation defined ", MY definition is that the sign does not get propagated */ right = IC_RIGHT (ic); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (right, ic, FALSE, FALSE); #ifdef BETTER_LITERAL_SHIFT /* if the shift count is known then do it as efficiently as possible */ if (AOP_TYPE (right) == AOP_LIT) { if (genRightShiftLiteral (left, right, result, ic, 0)) { return; } } #endif /* shift count is unknown then we have to form a loop get the loop count in B : Note: we take only the lower order byte since shifting more that 32 bits make no sense anyway, ( the largest size of an object can be only 32 bits ) */ pushedB = pushB (); if (AOP_TYPE (right) == AOP_LIT) { /* Really should be handled by genRightShiftLiteral, * but since I'm too lazy to fix that today, at least we can make * some small improvement. */ emitcode("mov", "b,#!constbyte", ((int) ulFromVal (AOP (right)->aopu.aop_lit)) + 1); } else { MOVB (aopGet (right, 0, FALSE, FALSE, "b")); emitcode ("inc", "b"); } freeAsmop (right, NULL, ic, TRUE); aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, AOP_USESDPTR(left)); /* now move the left to the result if they are not the same */ if (!sameRegs (AOP (left), AOP (result)) && AOP_SIZE (result) > 1) { size = AOP_SIZE (result); offset = 0; _startLazyDPSEvaluation (); while (size--) { l = aopGet (left, offset, FALSE, TRUE, NULL); if (*l == '@' && IS_AOP_PREG (result)) { emitcode ("mov", "a,%s", l); aopPut (result, "a", offset); } else aopPut (result, l, offset); offset++; } _endLazyDPSEvaluation (); } tlbl = newiTempLabel (NULL); tlbl1 = newiTempLabel (NULL); size = AOP_SIZE (result); offset = size - 1; /* if it is only one byte then */ if (size == 1) { l = aopGet (left, 0, FALSE, FALSE, NULL); MOVA (l); emitcode ("sjmp", "!tlabel", tlbl1->key + 100); emitLabel (tlbl); CLRC; emitcode ("rrc", "a"); emitLabel (tlbl1); emitcode ("djnz", "b,!tlabel", tlbl->key + 100); popB (pushedB); aopPut (result, "a", 0); goto release; } reAdjustPreg (AOP (result)); emitcode ("sjmp", "!tlabel", tlbl1->key + 100); emitLabel (tlbl); CLRC; _startLazyDPSEvaluation (); while (size--) { l = aopGet (result, offset, FALSE, FALSE, NULL); MOVA (l); emitcode ("rrc", "a"); aopPut (result, "a", offset--); } _endLazyDPSEvaluation (); reAdjustPreg (AOP (result)); emitLabel (tlbl1); emitcode ("djnz", "b,!tlabel", tlbl->key + 100); popB (pushedB); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* emitPtrByteGet - emits code to get a byte into A through a */ /* pointer register (R0, R1, or DPTR). The */ /* original value of A can be preserved in B. */ /*-----------------------------------------------------------------*/ static void emitPtrByteGet (char *rname, int p_type, bool preserveAinB) { switch (p_type) { case IPOINTER: case POINTER: if (preserveAinB) emitcode ("mov", "b,a"); emitcode ("mov", "a,@%s", rname); break; case PPOINTER: if (preserveAinB) emitcode ("mov", "b,a"); emitcode ("movx", "a,@%s", rname); break; case FPOINTER: if (preserveAinB) emitcode ("mov", "b,a"); emitcode ("movx", "a,@dptr"); break; case CPOINTER: if (preserveAinB) emitcode ("mov", "b,a"); emitcode ("clr", "a"); emitcode ("movc", "a,@a+dptr"); break; case GPOINTER: if (preserveAinB) { emitcode ("push", "b"); emitcode ("push", "acc"); } emitcode ("lcall", "__gptrget"); if (preserveAinB) emitcode ("pop", "b"); break; } } /*-----------------------------------------------------------------*/ /* emitPtrByteSet - emits code to set a byte from src through a */ /* pointer register (R0, R1, or DPTR). */ /*-----------------------------------------------------------------*/ static void emitPtrByteSet (char *rname, int p_type, char *src) { switch (p_type) { case IPOINTER: case POINTER: if (*src=='@') { MOVA (src); emitcode ("mov", "@%s,a", rname); } else emitcode ("mov", "@%s,%s", rname, src); break; case PPOINTER: MOVA (src); emitcode ("movx", "@%s,a", rname); break; case FPOINTER: MOVA (src); emitcode ("movx", "@dptr,a"); break; case GPOINTER: MOVA (src); emitcode ("lcall", "__gptrput"); break; } } /*-----------------------------------------------------------------*/ /* genUnpackBits - generates code for unpacking bits */ /*-----------------------------------------------------------------*/ static void genUnpackBits (operand * result, char *rname, int ptype) { int offset = 0; /* result byte offset */ int rsize; /* result size */ int rlen = 0; /* remaining bitfield length */ sym_link *etype; /* bitfield type information */ int blen; /* bitfield length */ int bstr; /* bitfield starting bit within byte */ D(emitcode (";", "genUnpackBits")); etype = getSpec (operandType (result)); rsize = getSize (operandType (result)); blen = SPEC_BLEN (etype); bstr = SPEC_BSTR (etype); /* If the bitfield length is less than a byte */ if (blen < 8) { emitPtrByteGet (rname, ptype, FALSE); AccRol (8 - bstr); emitcode ("anl", "a,#!constbyte", ((unsigned char) -1) >> (8 - blen)); if (!SPEC_USIGN (etype)) { /* signed bitfield */ symbol *tlbl = newiTempLabel (NULL); emitcode ("jnb", "acc.%d,%05d$", blen - 1, tlbl->key + 100); emitcode ("orl", "a,#0x%02x", (unsigned char) (0xff << blen)); emitLabel (tlbl); } aopPut (result, "a", offset++); goto finish; } /* Bit field did not fit in a byte. Copy all but the partial byte at the end. */ for (rlen=blen;rlen>=8;rlen-=8) { emitPtrByteGet (rname, ptype, FALSE); aopPut (result, "a", offset++); if (rlen>8) emitcode ("inc", "%s", rname); } /* Handle the partial byte at the end */ if (rlen) { emitPtrByteGet (rname, ptype, FALSE); emitcode ("anl", "a,#!constbyte", ((unsigned char) -1) >> (8-rlen)); if (!SPEC_USIGN (etype)) { /* signed bitfield */ symbol *tlbl = newiTempLabel (NULL); emitcode ("jnb", "acc.%d,%05d$", rlen - 1, tlbl->key + 100); emitcode ("orl", "a,#0x%02x", (unsigned char) (0xff << rlen)); emitLabel (tlbl); } aopPut (result, "a", offset++); } finish: if (offset < rsize) { char *source; if (SPEC_USIGN (etype)) source = zero; else { /* signed bitfield: sign extension with 0x00 or 0xff */ emitcode ("rlc", "a"); emitcode ("subb", "a,acc"); source = "a"; } rsize -= offset; while (rsize--) aopPut (result, source, offset++); } } /*-----------------------------------------------------------------*/ /* genDataPointerGet - generates code when ptr offset is known */ /*-----------------------------------------------------------------*/ static void genDataPointerGet (operand * left, operand * result, iCode * ic) { char *l; char buffer[256]; int size, offset = 0; aopOp (result, ic, TRUE, FALSE); /* get the string representation of the name */ l = aopGet (left, 0, FALSE, TRUE, NULL); size = AOP_SIZE (result); _startLazyDPSEvaluation (); while (size--) { if (offset) { SNPRINTF (buffer, sizeof(buffer), "(%s + %d)", l + 1, offset); } else { SNPRINTF (buffer, sizeof(buffer), "%s", l + 1); } aopPut (result, buffer, offset++); } _endLazyDPSEvaluation (); freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genNearPointerGet - emitcode for near pointer fetch */ /*-----------------------------------------------------------------*/ static void genNearPointerGet (operand * left, operand * result, iCode * ic, iCode *pi) { asmop *aop = NULL; regs *preg; char *rname; sym_link *rtype, *retype, *letype; sym_link *ltype = operandType (left); char buffer[80]; rtype = operandType (result); retype = getSpec (rtype); letype = getSpec (ltype); aopOp (left, ic, FALSE, FALSE); /* if left is rematerialisable and result is not bitfield variable type and the left is pointer to data space i.e lower 128 bytes of space */ if (AOP_TYPE (left) == AOP_IMMD && !IS_BITFIELD (retype) && !IS_BITFIELD (letype) && DCL_TYPE (ltype) == POINTER) { genDataPointerGet (left, result, ic); return; } /* if the value is already in a pointer register then don't need anything more */ if (!AOP_INPREG (AOP (left))) { /* otherwise get a free pointer register */ aop = newAsmop (0); preg = getFreePtr (ic, &aop, FALSE); emitcode ("mov", "%s,%s", preg->name, aopGet (left, 0, FALSE, TRUE, DP2_RESULT_REG)); rname = preg->name; } else rname = aopGet (left, 0, FALSE, FALSE, DP2_RESULT_REG); freeAsmop (left, NULL, ic, TRUE); aopOp (result, ic, FALSE, FALSE); /* if bitfield then unpack the bits */ if (IS_BITFIELD (retype) || IS_BITFIELD (letype)) genUnpackBits (result, rname, POINTER); else { /* we have can just get the values */ int size = AOP_SIZE (result); int offset = 0; while (size--) { if (IS_AOP_PREG (result) || AOP_TYPE (result) == AOP_STK) { emitcode ("mov", "a,@%s", rname); aopPut (result, "a", offset); } else { SNPRINTF (buffer, sizeof(buffer), "@%s", rname); aopPut (result, buffer, offset); } offset++; if (size || pi) emitcode ("inc", "%s", rname); } } /* now some housekeeping stuff */ if (aop) /* we had to allocate for this iCode */ { if (pi) { /* post increment present */ aopPut (left, rname, 0); } freeAsmop (NULL, aop, ic, TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ if (AOP_SIZE (result) > 1 && !OP_SYMBOL (left)->remat && (OP_SYMBOL (left)->liveTo > ic->seq || ic->depth) && !pi) { int size = AOP_SIZE (result) - 1; while (size--) emitcode ("dec", "%s", rname); } } /* done */ freeAsmop (result, NULL, ic, TRUE); if (pi) pi->generated = 1; } /*-----------------------------------------------------------------*/ /* genPagedPointerGet - emitcode for paged pointer fetch */ /*-----------------------------------------------------------------*/ static void genPagedPointerGet (operand * left, operand * result, iCode * ic, iCode * pi) { asmop *aop = NULL; regs *preg; char *rname; sym_link *rtype, *retype, *letype; rtype = operandType (result); retype = getSpec (rtype); letype = getSpec (operandType (left)); aopOp (left, ic, FALSE, FALSE); /* if the value is already in a pointer register then don't need anything more */ if (!AOP_INPREG (AOP (left))) { /* otherwise get a free pointer register */ aop = newAsmop (0); preg = getFreePtr (ic, &aop, FALSE); emitcode ("mov", "%s,%s", preg->name, aopGet (left, 0, FALSE, TRUE, NULL)); rname = preg->name; } else rname = aopGet (left, 0, FALSE, FALSE, NULL); freeAsmop (left, NULL, ic, TRUE); aopOp (result, ic, FALSE, FALSE); /* if bitfield then unpack the bits */ if (IS_BITFIELD (retype) || IS_BITFIELD (letype)) genUnpackBits (result, rname, PPOINTER); else { /* we have can just get the values */ int size = AOP_SIZE (result); int offset = 0; while (size--) { emitcode ("movx", "a,@%s", rname); aopPut (result, "a", offset); offset++; if (size || pi) emitcode ("inc", "%s", rname); } } /* now some housekeeping stuff */ if (aop) /* we had to allocate for this iCode */ { if (pi) aopPut (left, rname, 0); freeAsmop (NULL, aop, ic, TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ if (AOP_SIZE (result) > 1 && !OP_SYMBOL (left)->remat && (OP_SYMBOL (left)->liveTo > ic->seq || ic->depth) && !pi) { int size = AOP_SIZE (result) - 1; while (size--) emitcode ("dec", "%s", rname); } } /* done */ freeAsmop (result, NULL, ic, TRUE); if (pi) pi->generated = 1; } /*-----------------------------------------------------------------*/ /* genFarPointerGet - get value from far space */ /*-----------------------------------------------------------------*/ static void genFarPointerGet (operand * left, operand * result, iCode * ic, iCode *pi) { int size, offset, dopi=1; sym_link *retype = getSpec (operandType (result)); sym_link *letype = getSpec (operandType (left)); D (emitcode (";", "genFarPointerGet");); aopOp (left, ic, FALSE, FALSE); /* if the operand is already in dptr then we do nothing else we move the value to dptr */ if (AOP_TYPE (left) != AOP_STR && !AOP_INDPTRn(left) ) { /* if this is rematerializable */ if (AOP_TYPE (left) == AOP_IMMD) { emitcode ("mov", "dptr,%s", aopGet (left, 0, TRUE, FALSE, NULL)); } else { /* we need to get it byte by byte */ _startLazyDPSEvaluation (); if (AOP_TYPE (left) != AOP_DPTR) { emitcode ("mov", "dpl,%s", aopGet (left, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph,%s", aopGet (left, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) emitcode ("mov", "dpx,%s", aopGet (left, 2, FALSE, FALSE, NULL)); } else { /* We need to generate a load to DPTR indirect through DPTR. */ D (emitcode (";", "genFarPointerGet -- indirection special case.");); emitcode ("push", "%s", aopGet (left, 0, FALSE, TRUE, NULL)); emitcode ("push", "%s", aopGet (left, 1, FALSE, TRUE, NULL)); if (options.model == MODEL_FLAT24) emitcode ("mov", "dpx,%s", aopGet (left, 2, FALSE, FALSE, NULL)); emitcode ("pop", "dph"); emitcode ("pop", "dpl"); dopi =0; } _endLazyDPSEvaluation (); } } /* so dptr now contains the address */ aopOp (result, ic, FALSE, (AOP_INDPTRn(left) ? FALSE : TRUE)); /* if bit then unpack */ if (IS_BITFIELD (retype) || IS_BITFIELD (letype)) { if (AOP_INDPTRn(left)) { genSetDPTR(AOP(left)->aopu.dptr); } genUnpackBits (result, "dptr", FPOINTER); if (AOP_INDPTRn(left)) { genSetDPTR(0); } } else { size = AOP_SIZE (result); offset = 0; if (AOP_INDPTRn(left) && AOP_USESDPTR(result)) { while (size--) { genSetDPTR(AOP(left)->aopu.dptr); emitcode ("movx", "a,@dptr"); if (size || (dopi && pi && AOP_TYPE (left) != AOP_IMMD)) emitcode ("inc", "dptr"); genSetDPTR (0); aopPut (result, "a", offset++); } } else { _startLazyDPSEvaluation (); while (size--) { if (AOP_INDPTRn(left)) { genSetDPTR(AOP(left)->aopu.dptr); } else { genSetDPTR (0); } _flushLazyDPS (); emitcode ("movx", "a,@dptr"); if (size || (dopi && pi && AOP_TYPE (left) != AOP_IMMD)) emitcode ("inc", "dptr"); aopPut (result, "a", offset++); } _endLazyDPSEvaluation (); } } if (dopi && pi && AOP_TYPE (left) != AOP_IMMD) { if (!AOP_INDPTRn(left)) { _startLazyDPSEvaluation (); aopPut (left, "dpl", 0); aopPut (left, "dph", 1); if (options.model == MODEL_FLAT24) aopPut (left, "dpx", 2); _endLazyDPSEvaluation (); } pi->generated = 1; } else if ((AOP_IS_STR(left) || AOP_INDPTRn(left)) && AOP_SIZE(result) > 1 && IS_SYMOP(left) && (OP_SYMBOL(left)->liveTo > ic->seq || ic->depth)) { size = AOP_SIZE (result) - 1; if (AOP_INDPTRn(left)) { genSetDPTR(AOP(left)->aopu.dptr); } while (size--) emitcode ("lcall","__decdptr"); if (AOP_INDPTRn(left)) { genSetDPTR(0); } } freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genCodePointerGet - get value from code space */ /*-----------------------------------------------------------------*/ static void genCodePointerGet (operand * left, operand * result, iCode * ic, iCode *pi) { int size, offset, dopi=1; sym_link *retype = getSpec (operandType (result)); aopOp (left, ic, FALSE, FALSE); /* if the operand is already in dptr then we do nothing else we move the value to dptr */ if (AOP_TYPE (left) != AOP_STR && !AOP_INDPTRn(left)) { /* if this is rematerializable */ if (AOP_TYPE (left) == AOP_IMMD) { emitcode ("mov", "dptr,%s", aopGet (left, 0, TRUE, FALSE, NULL)); } else { /* we need to get it byte by byte */ _startLazyDPSEvaluation (); if (AOP_TYPE (left) != AOP_DPTR) { emitcode ("mov", "dpl,%s", aopGet (left, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph,%s", aopGet (left, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) emitcode ("mov", "dpx,%s", aopGet (left, 2, FALSE, FALSE, NULL)); } else { /* We need to generate a load to DPTR indirect through DPTR. */ D (emitcode (";", "gencodePointerGet -- indirection special case.");); emitcode ("push", "%s", aopGet (left, 0, FALSE, TRUE, NULL)); emitcode ("push", "%s", aopGet (left, 1, FALSE, TRUE, NULL)); if (options.model == MODEL_FLAT24) emitcode ("mov", "dpx,%s", aopGet (left, 2, FALSE, FALSE, NULL)); emitcode ("pop", "dph"); emitcode ("pop", "dpl"); dopi=0; } _endLazyDPSEvaluation (); } } /* so dptr now contains the address */ aopOp (result, ic, FALSE, (AOP_INDPTRn(left) ? FALSE : TRUE)); /* if bit then unpack */ if (IS_BITFIELD (retype)) { if (AOP_INDPTRn(left)) { genSetDPTR(AOP(left)->aopu.dptr); } genUnpackBits (result, "dptr", CPOINTER); if (AOP_INDPTRn(left)) { genSetDPTR(0); } } else { size = AOP_SIZE (result); offset = 0; if (AOP_INDPTRn(left) && AOP_USESDPTR(result)) { while (size--) { genSetDPTR(AOP(left)->aopu.dptr); emitcode ("clr", "a"); emitcode ("movc", "a,@a+dptr"); if (size || (dopi && pi && AOP_TYPE (left) != AOP_IMMD)) emitcode ("inc", "dptr"); genSetDPTR (0); aopPut (result, "a", offset++); } } else { _startLazyDPSEvaluation (); while (size--) { if (AOP_INDPTRn(left)) { genSetDPTR(AOP(left)->aopu.dptr); } else { genSetDPTR (0); } _flushLazyDPS (); emitcode ("clr", "a"); emitcode ("movc", "a,@a+dptr"); if (size || (dopi && pi && AOP_TYPE (left) != AOP_IMMD)) emitcode ("inc", "dptr"); aopPut (result, "a", offset++); } _endLazyDPSEvaluation (); } } if (dopi && pi && AOP_TYPE (left) != AOP_IMMD) { if (!AOP_INDPTRn(left)) { _startLazyDPSEvaluation (); aopPut (left, "dpl", 0); aopPut (left, "dph", 1); if (options.model == MODEL_FLAT24) aopPut (left, "dpx", 2); _endLazyDPSEvaluation (); } pi->generated = 1; } else if (IS_SYMOP(left) && (OP_SYMBOL(left)->ruonly || AOP_INDPTRn(left)) && AOP_SIZE(result) > 1 && (OP_SYMBOL (left)->liveTo > ic->seq || ic->depth)) { size = AOP_SIZE (result) - 1; if (AOP_INDPTRn(left)) { genSetDPTR(AOP(left)->aopu.dptr); } while (size--) emitcode ("lcall","__decdptr"); if (AOP_INDPTRn(left)) { genSetDPTR(0); } } freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genGenPointerGet - get value from generic pointer space */ /*-----------------------------------------------------------------*/ static void genGenPointerGet (operand * left, operand * result, iCode * ic, iCode * pi) { int size, offset; bool pushedB; sym_link *retype = getSpec (operandType (result)); sym_link *letype = getSpec (operandType (left)); D (emitcode (";", "genGenPointerGet")); aopOp (left, ic, FALSE, (AOP_IS_STR(left) ? FALSE : TRUE)); pushedB = pushB (); /* if the operand is already in dptr then we do nothing else we move the value to dptr */ if (AOP_TYPE (left) != AOP_STR) { /* if this is rematerializable */ if (AOP_TYPE (left) == AOP_IMMD) { emitcode ("mov", "dptr,%s", aopGet (left, 0, TRUE, FALSE, NULL)); if (AOP(left)->aopu.aop_immd.from_cast_remat) { MOVB (aopGet (left, AOP_SIZE(left)-1, FALSE, FALSE, NULL)); } else { emitcode ("mov", "b,#%d", pointerCode (retype)); } } else { /* we need to get it byte by byte */ _startLazyDPSEvaluation (); emitcode ("mov", "dpl,%s", aopGet (left,0,FALSE,FALSE,NULL)); emitcode ("mov", "dph,%s", aopGet (left,1,FALSE,FALSE,NULL)); if (options.model == MODEL_FLAT24) { emitcode ("mov", "dpx,%s", aopGet (left,2,FALSE,FALSE,NULL)); emitcode ("mov", "b,%s", aopGet (left,3,FALSE,FALSE,NULL)); } else { emitcode ("mov", "b,%s", aopGet (left,2,FALSE,FALSE,NULL)); } _endLazyDPSEvaluation (); } } /* so dptr-b now contains the address */ aopOp (result, ic, FALSE, TRUE); /* if bit then unpack */ if (IS_BITFIELD (retype) || IS_BITFIELD (letype)) { genUnpackBits (result, "dptr", GPOINTER); } else { size = AOP_SIZE (result); offset = 0; while (size--) { if (size) { // Get two bytes at a time, results in _AP & A. // dptr will be incremented ONCE by __gptrgetWord. // // Note: any change here must be coordinated // with the implementation of __gptrgetWord // in device/lib/_gptrget.c emitcode ("lcall", "__gptrgetWord"); aopPut (result, "a", offset++); aopPut (result, DP2_RESULT_REG, offset++); size--; } else { // Only one byte to get. emitcode ("lcall", "__gptrget"); aopPut (result, "a", offset++); } if (size || (pi && AOP_TYPE (left) != AOP_IMMD)) { emitcode ("inc", "dptr"); } } } if (pi && AOP_TYPE (left) != AOP_IMMD) { _startLazyDPSEvaluation (); aopPut (left, "dpl", 0); aopPut (left, "dph", 1); if (options.model == MODEL_FLAT24) { aopPut (left, "dpx", 2); aopPut (left, "b", 3); } else aopPut (left, "b", 2); _endLazyDPSEvaluation (); pi->generated = 1; } else if (OP_SYMBOL(left)->ruonly && AOP_SIZE(result) > 1 && (OP_SYMBOL (left)->liveTo > ic->seq || ic->depth)) { size = AOP_SIZE (result) - 1; while (size--) emitcode ("lcall","__decdptr"); } popB (pushedB); freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genPointerGet - generate code for pointer get */ /*-----------------------------------------------------------------*/ static void genPointerGet (iCode * ic, iCode *pi) { operand *left, *result; sym_link *type, *etype; int p_type; D (emitcode (";", "genPointerGet")); left = IC_LEFT (ic); result = IC_RESULT (ic); /* depending on the type of pointer we need to move it to the correct pointer register */ type = operandType (left); etype = getSpec (type); /* if left is of type of pointer then it is simple */ if (IS_PTR (type) && !IS_FUNC (type->next)) { p_type = DCL_TYPE (type); } else { /* we have to go by the storage class */ p_type = PTR_TYPE (SPEC_OCLS (etype)); } /* special case when cast remat */ if (p_type == GPOINTER && OP_SYMBOL(left)->remat && IS_CAST_ICODE(OP_SYMBOL(left)->rematiCode)) { left = IC_RIGHT(OP_SYMBOL(left)->rematiCode); type = operandType (left); p_type = DCL_TYPE (type); } /* now that we have the pointer type we assign the pointer values */ switch (p_type) { case POINTER: case IPOINTER: genNearPointerGet (left, result, ic, pi); break; case PPOINTER: genPagedPointerGet (left, result, ic, pi); break; case FPOINTER: genFarPointerGet (left, result, ic, pi); break; case CPOINTER: genCodePointerGet (left, result, ic, pi); break; case GPOINTER: genGenPointerGet (left, result, ic, pi); break; } } /*-----------------------------------------------------------------*/ /* genPackBits - generates code for packed bit storage */ /*-----------------------------------------------------------------*/ static void genPackBits (sym_link * etype, operand * right, char *rname, int p_type) { int offset = 0; /* source byte offset */ int rlen = 0; /* remaining bitfield length */ int blen; /* bitfield length */ int bstr; /* bitfield starting bit within byte */ int litval; /* source literal value (if AOP_LIT) */ unsigned char mask; /* bitmask within current byte */ D(emitcode (";", "genPackBits")); blen = SPEC_BLEN (etype); bstr = SPEC_BSTR (etype); /* If the bitfield length is less than a byte */ if (blen < 8) { mask = ((unsigned char) (0xFF << (blen + bstr)) | (unsigned char) (0xFF >> (8 - bstr))); if (AOP_TYPE (right) == AOP_LIT) { /* Case with a bitfield length <8 and literal source */ litval = (int) ulFromVal (AOP (right)->aopu.aop_lit); litval <<= bstr; litval &= (~mask) & 0xff; emitPtrByteGet (rname, p_type, FALSE); if ((mask|litval)!=0xff) emitcode ("anl","a,#!constbyte", mask); if (litval) emitcode ("orl","a,#!constbyte", litval); } else { if ((blen==1) && (p_type!=GPOINTER)) { /* Case with a bitfield length == 1 and no generic pointer */ if (AOP_TYPE (right) == AOP_CRY) emitcode ("mov", "c,%s", AOP(right)->aopu.aop_dir); else { MOVA (aopGet (right, 0, FALSE, FALSE, NULL)); emitcode ("rrc","a"); } emitPtrByteGet (rname, p_type, FALSE); emitcode ("mov","acc.%d,c",bstr); } else { bool pushedB; /* Case with a bitfield length < 8 and arbitrary source */ MOVA (aopGet (right, 0, FALSE, FALSE, NULL)); /* shift and mask source value */ AccLsh (bstr); emitcode ("anl", "a,#!constbyte", (~mask) & 0xff); pushedB = pushB (); /* transfer A to B and get next byte */ emitPtrByteGet (rname, p_type, TRUE); emitcode ("anl", "a,#!constbyte", mask); emitcode ("orl", "a,b"); if (p_type == GPOINTER) emitcode ("pop", "b"); popB (pushedB); } } emitPtrByteSet (rname, p_type, "a"); return; } /* Bit length is greater than 7 bits. In this case, copy */ /* all except the partial byte at the end */ for (rlen=blen;rlen>=8;rlen-=8) { emitPtrByteSet (rname, p_type, aopGet (right, offset++, FALSE, TRUE, NULL) ); if (rlen>8) emitcode ("inc", "%s", rname); } /* If there was a partial byte at the end */ if (rlen) { mask = (((unsigned char) -1 << rlen) & 0xff); if (AOP_TYPE (right) == AOP_LIT) { /* Case with partial byte and literal source */ litval = (int) ulFromVal (AOP (right)->aopu.aop_lit); litval >>= (blen-rlen); litval &= (~mask) & 0xff; emitPtrByteGet (rname, p_type, FALSE); if ((mask|litval)!=0xff) emitcode ("anl","a,#!constbyte", mask); if (litval) emitcode ("orl","a,#!constbyte", litval); } else { bool pushedB; /* Case with partial byte and arbitrary source */ MOVA (aopGet (right, offset++, FALSE, FALSE, NULL)); emitcode ("anl", "a,#!constbyte", (~mask) & 0xff); pushedB = pushB (); /* transfer A to B and get next byte */ emitPtrByteGet (rname, p_type, TRUE); emitcode ("anl", "a,#!constbyte", mask); emitcode ("orl", "a,b"); if (p_type == GPOINTER) emitcode ("pop", "b"); popB (pushedB); } emitPtrByteSet (rname, p_type, "a"); } } /*-----------------------------------------------------------------*/ /* genDataPointerSet - remat pointer to data space */ /*-----------------------------------------------------------------*/ static void genDataPointerSet (operand * right, operand * result, iCode * ic) { int size, offset = 0; char *l, buffer[256]; D (emitcode (";", "genDataPointerSet")); aopOp (right, ic, FALSE, FALSE); l = aopGet (result, 0, FALSE, TRUE, NULL); size = AOP_SIZE (right); while (size--) { if (offset) SNPRINTF (buffer, sizeof(buffer), "(%s + %d)", l + 1, offset); else SNPRINTF (buffer, sizeof(buffer), "%s", l + 1); emitcode ("mov", "%s,%s", buffer, aopGet (right, offset++, FALSE, FALSE, NULL)); } freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genNearPointerSet - emitcode for near pointer put */ /*-----------------------------------------------------------------*/ static void genNearPointerSet (operand * right, operand * result, iCode * ic, iCode * pi) { asmop *aop = NULL; char *rname, *l; sym_link *retype, *letype; sym_link *ptype = operandType (result); D (emitcode (";", "genNearPointerSet")); retype = getSpec (operandType (right)); letype = getSpec (ptype); aopOp (result, ic, FALSE, FALSE); /* if the result is rematerializable & in data space & not a bit variable */ if (AOP_TYPE (result) == AOP_IMMD && DCL_TYPE (ptype) == POINTER && !IS_BITVAR (retype) && !IS_BITVAR (letype)) { genDataPointerSet (right, result, ic); return; } /* if the value is already in a pointer register then don't need anything more */ if (!AOP_INPREG (AOP (result))) { /* otherwise get a free pointer register */ regs *preg; aop = newAsmop (0); preg = getFreePtr (ic, &aop, FALSE); emitcode ("mov", "%s,%s", preg->name, aopGet (result, 0, FALSE, TRUE, NULL)); rname = preg->name; } else { rname = aopGet (result, 0, FALSE, FALSE, NULL); } aopOp (right, ic, FALSE, FALSE); /* if bitfield then unpack the bits */ if (IS_BITFIELD (retype) || IS_BITFIELD (letype)) genPackBits ((IS_BITFIELD (retype) ? retype : letype), right, rname, POINTER); else { /* we can just get the values */ int size = AOP_SIZE (right); int offset = 0; while (size--) { l = aopGet (right, offset, FALSE, TRUE, NULL); if ((*l == '@') || (strcmp (l, "acc") == 0)) { MOVA (l); emitcode ("mov", "@%s,a", rname); } else emitcode ("mov", "@%s,%s", rname, l); if (size || pi) emitcode ("inc", "%s", rname); offset++; } } /* now some housekeeping stuff */ if (aop) /* we had to allocate for this iCode */ { if (pi) aopPut (result, rname, 0); freeAsmop (NULL, aop, ic, TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ if (AOP_SIZE (right) > 1 && !OP_SYMBOL (result)->remat && (OP_SYMBOL (result)->liveTo > ic->seq || ic->depth) && !pi) { int size = AOP_SIZE (right) - 1; while (size--) emitcode ("dec", "%s", rname); } } /* done */ if (pi) pi->generated = 1; freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genPagedPointerSet - emitcode for Paged pointer put */ /*-----------------------------------------------------------------*/ static void genPagedPointerSet (operand * right, operand * result, iCode * ic, iCode * pi) { asmop *aop = NULL; char *rname, *l; sym_link *retype, *letype; D (emitcode (";", "genPagedPointerSet")); retype = getSpec (operandType (right)); letype = getSpec (operandType (result)); aopOp (result, ic, FALSE, FALSE); /* if the value is already in a pointer register then don't need anything more */ if (!AOP_INPREG (AOP (result))) { /* otherwise get a free pointer register */ regs *preg; aop = newAsmop (0); preg = getFreePtr (ic, &aop, FALSE); emitcode ("mov", "%s,%s", preg->name, aopGet (result, 0, FALSE, TRUE, NULL)); rname = preg->name; } else { rname = aopGet (result, 0, FALSE, FALSE, NULL); } aopOp (right, ic, FALSE, FALSE); /* if bitfield then unpack the bits */ if (IS_BITFIELD (retype) || IS_BITFIELD (letype)) genPackBits ((IS_BITFIELD (retype) ? retype : letype), right, rname, PPOINTER); else { /* we can just get the values */ int size = AOP_SIZE (right); int offset = 0; while (size--) { l = aopGet (right, offset, FALSE, TRUE, NULL); MOVA (l); emitcode ("movx", "@%s,a", rname); if (size || pi) emitcode ("inc", "%s", rname); offset++; } } /* now some housekeeping stuff */ if (aop) { if (pi) aopPut (result, rname, 0); /* we had to allocate for this iCode */ freeAsmop (NULL, aop, ic, TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ if (AOP_SIZE (right) > 1 && !OP_SYMBOL (result)->remat && (OP_SYMBOL (result)->liveTo > ic->seq || ic->depth) && !pi) { int size = AOP_SIZE (right) - 1; while (size--) emitcode ("dec", "%s", rname); } } /* done */ if (pi) pi->generated = 1; freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genFarPointerSet - set value from far space */ /*-----------------------------------------------------------------*/ static void genFarPointerSet (operand * right, operand * result, iCode * ic, iCode *pi) { int size, offset, dopi=1; sym_link *retype = getSpec (operandType (right)); sym_link *letype = getSpec (operandType (result)); aopOp (result, ic, FALSE, FALSE); /* if the operand is already in dptr then we do nothing else we move the value to dptr */ if (AOP_TYPE (result) != AOP_STR && !AOP_INDPTRn(result)) { /* if this is remateriazable */ if (AOP_TYPE (result) == AOP_IMMD) emitcode ("mov", "dptr,%s", aopGet (result, 0, TRUE, FALSE, NULL)); else { /* we need to get it byte by byte */ _startLazyDPSEvaluation (); if (AOP_TYPE (result) != AOP_DPTR) { emitcode ("mov", "dpl,%s", aopGet (result, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph,%s", aopGet (result, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) emitcode ("mov", "dpx,%s", aopGet (result, 2, FALSE, FALSE, NULL)); } else { /* We need to generate a load to DPTR indirect through DPTR. */ D (emitcode (";", "genFarPointerSet -- indirection special case.");); emitcode ("push", "%s", aopGet (result, 0, FALSE, TRUE, NULL)); emitcode ("push", "%s", aopGet (result, 1, FALSE, TRUE, NULL)); if (options.model == MODEL_FLAT24) emitcode ("mov", "dpx,%s", aopGet (result, 2, FALSE, FALSE, NULL)); emitcode ("pop", "dph"); emitcode ("pop", "dpl"); dopi=0; } _endLazyDPSEvaluation (); } } /* so dptr now contains the address */ aopOp (right, ic, FALSE, (AOP_INDPTRn(result) ? FALSE : TRUE)); /* if bit then unpack */ if (IS_BITFIELD (retype) || IS_BITFIELD (letype)) { if (AOP_INDPTRn(result)) { genSetDPTR(AOP(result)->aopu.dptr); } genPackBits ((IS_BITFIELD (retype) ? retype : letype), right, "dptr", FPOINTER); if (AOP_INDPTRn(result)) { genSetDPTR(0); } } else { size = AOP_SIZE (right); offset = 0; if (AOP_INDPTRn(result) && AOP_USESDPTR(right)) { while (size--) { MOVA (aopGet (right, offset++, FALSE, FALSE, NULL)); genSetDPTR(AOP(result)->aopu.dptr); emitcode ("movx", "@dptr,a"); if (size || (dopi && pi && AOP_TYPE (result) != AOP_IMMD)) emitcode ("inc", "dptr"); genSetDPTR (0); } } else { _startLazyDPSEvaluation (); while (size--) { MOVA (aopGet (right, offset++, FALSE, FALSE, NULL)); if (AOP_INDPTRn(result)) { genSetDPTR(AOP(result)->aopu.dptr); } else { genSetDPTR (0); } _flushLazyDPS (); emitcode ("movx", "@dptr,a"); if (size || (dopi && pi && AOP_TYPE (result) != AOP_IMMD)) emitcode ("inc", "dptr"); } _endLazyDPSEvaluation (); } } if (dopi && pi && AOP_TYPE (result) != AOP_IMMD) { if (!AOP_INDPTRn(result)) { _startLazyDPSEvaluation (); aopPut (result,"dpl",0); aopPut (result,"dph",1); if (options.model == MODEL_FLAT24) aopPut (result,"dpx",2); _endLazyDPSEvaluation (); } pi->generated=1; } else if (IS_SYMOP (result) && (OP_SYMBOL(result)->ruonly || AOP_INDPTRn(result)) && AOP_SIZE(right) > 1 && (OP_SYMBOL (result)->liveTo > ic->seq || ic->depth)) { size = AOP_SIZE (right) - 1; if (AOP_INDPTRn(result)) { genSetDPTR(AOP(result)->aopu.dptr); } while (size--) emitcode ("lcall","__decdptr"); if (AOP_INDPTRn(result)) { genSetDPTR(0); } } freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genGenPointerSet - set value from generic pointer space */ /*-----------------------------------------------------------------*/ static void genGenPointerSet (operand * right, operand * result, iCode * ic, iCode * pi) { int size, offset; bool pushedB; sym_link *retype = getSpec (operandType (right)); sym_link *letype = getSpec (operandType (result)); aopOp (result, ic, FALSE, AOP_IS_STR(result) ? FALSE : TRUE); pushedB = pushB (); /* if the operand is already in dptr then we do nothing else we move the value to dptr */ if (AOP_TYPE (result) != AOP_STR) { _startLazyDPSEvaluation (); /* if this is remateriazable */ if (AOP_TYPE (result) == AOP_IMMD) { emitcode ("mov", "dptr,%s", aopGet (result, 0, TRUE, FALSE, NULL)); if (AOP(result)->aopu.aop_immd.from_cast_remat) { MOVB (aopGet (result, AOP_SIZE(result)-1, FALSE, FALSE, NULL)); } else { emitcode ("mov", "b,%s + 1", aopGet (result, 0, TRUE, FALSE, NULL)); } } else { /* we need to get it byte by byte */ emitcode ("mov", "dpl,%s", aopGet (result, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph,%s", aopGet (result, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) { emitcode ("mov", "dpx,%s", aopGet (result, 2, FALSE, FALSE, NULL)); emitcode ("mov", "b,%s", aopGet (result, 3, FALSE, FALSE, NULL)); } else { emitcode ("mov", "b,%s", aopGet (result, 2, FALSE, FALSE, NULL)); } } _endLazyDPSEvaluation (); } /* so dptr + b now contains the address */ aopOp (right, ic, FALSE, TRUE); /* if bit then unpack */ if (IS_BITFIELD (retype) || IS_BITFIELD (letype)) { genPackBits ((IS_BITFIELD (retype) ? retype : letype), right, "dptr", GPOINTER); } else { size = AOP_SIZE (right); offset = 0; _startLazyDPSEvaluation (); while (size--) { if (size) { // Set two bytes at a time, passed in _AP & A. // dptr will be incremented ONCE by __gptrputWord. // // Note: any change here must be coordinated // with the implementation of __gptrputWord // in device/lib/_gptrput.c emitcode("mov", "_ap, %s", aopGet (right, offset++, FALSE, FALSE, NULL)); MOVA (aopGet (right, offset++, FALSE, FALSE, NULL)); genSetDPTR (0); _flushLazyDPS (); emitcode ("lcall", "__gptrputWord"); size--; } else { // Only one byte to put. MOVA (aopGet (right, offset++, FALSE, FALSE, NULL)); genSetDPTR (0); _flushLazyDPS (); emitcode ("lcall", "__gptrput"); } if (size || (pi && AOP_TYPE (result) != AOP_IMMD)) { emitcode ("inc", "dptr"); } } _endLazyDPSEvaluation (); } if (pi && AOP_TYPE (result) != AOP_IMMD) { _startLazyDPSEvaluation (); aopPut (result, "dpl",0); aopPut (result, "dph",1); if (options.model == MODEL_FLAT24) { aopPut (result, "dpx",2); aopPut (result, "b",3); } else { aopPut (result, "b",2); } _endLazyDPSEvaluation (); pi->generated=1; } else if (OP_SYMBOL(result)->ruonly && AOP_SIZE(right) > 1 && (OP_SYMBOL (result)->liveTo > ic->seq || ic->depth)) { size = AOP_SIZE (right) - 1; while (size--) emitcode ("lcall","__decdptr"); } popB (pushedB); freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genPointerSet - stores the value into a pointer location */ /*-----------------------------------------------------------------*/ static void genPointerSet (iCode * ic, iCode *pi) { operand *right, *result; sym_link *type, *etype; int p_type; D (emitcode (";", "genPointerSet")); right = IC_RIGHT (ic); result = IC_RESULT (ic); /* depending on the type of pointer we need to move it to the correct pointer register */ type = operandType (result); etype = getSpec (type); /* if left is of type of pointer then it is simple */ if (IS_PTR (type) && !IS_FUNC (type->next)) { p_type = DCL_TYPE (type); } else { /* we have to go by the storage class */ p_type = PTR_TYPE (SPEC_OCLS (etype)); } /* special case when cast remat */ if (p_type == GPOINTER && OP_SYMBOL(result)->remat && IS_CAST_ICODE(OP_SYMBOL(result)->rematiCode)) { result = IC_RIGHT(OP_SYMBOL(result)->rematiCode); type = operandType (result); p_type = DCL_TYPE (type); } /* now that we have the pointer type we assign the pointer values */ switch (p_type) { case POINTER: case IPOINTER: genNearPointerSet (right, result, ic, pi); break; case PPOINTER: genPagedPointerSet (right, result, ic, pi); break; case FPOINTER: genFarPointerSet (right, result, ic, pi); break; case GPOINTER: genGenPointerSet (right, result, ic, pi); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "genPointerSet: illegal pointer type"); } } /*-----------------------------------------------------------------*/ /* genIfx - generate code for Ifx statement */ /*-----------------------------------------------------------------*/ static void genIfx (iCode * ic, iCode * popIc) { operand *cond = IC_COND (ic); int isbit = 0; char *dup = NULL; D (emitcode (";", "genIfx")); aopOp (cond, ic, FALSE, FALSE); /* get the value into acc */ if (AOP_TYPE (cond) != AOP_CRY) { toBoolean (cond); } else { isbit = 1; if (AOP(cond)->aopu.aop_dir) dup = Safe_strdup(AOP(cond)->aopu.aop_dir); } /* the result is now in the accumulator or a directly addressable bit */ freeAsmop (cond, NULL, ic, TRUE); /* if the condition is a bit variable */ if (isbit && dup) genIfxJump (ic, dup, popIc); else if (isbit && IS_ITEMP (cond) && SPIL_LOC (cond)) genIfxJump (ic, SPIL_LOC (cond)->rname, popIc); else if (isbit && !IS_ITEMP (cond)) genIfxJump (ic, OP_SYMBOL (cond)->rname, popIc); else genIfxJump (ic, "a", popIc); ic->generated = 1; } /*-----------------------------------------------------------------*/ /* genAddrOf - generates code for address of */ /*-----------------------------------------------------------------*/ static void genAddrOf (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); int size, offset; bool pushedA = FALSE; D (emitcode (";", "genAddrOf")); aopOp (IC_RESULT (ic), ic, FALSE, FALSE); /* if the operand is on the stack then we need to get the stack offset of this variable */ if (sym->onStack) { /* if 10 bit stack */ if (options.stack10bit) { char buff[10]; int offset; tsprintf(buff, sizeof(buff), "#!constbyte",(options.stack_loc >> 16) & 0xff); /* if it has an offset then we need to compute it */ /* emitcode ("subb", "a,#!constbyte", */ /* -((sym->stack < 0) ? */ /* ((short) (sym->stack - _G.nRegsSaved)) : */ /* ((short) sym->stack)) & 0xff); */ /* emitcode ("mov","b,a"); */ /* emitcode ("mov","a,#!constbyte",(-((sym->stack < 0) ? */ /* ((short) (sym->stack - _G.nRegsSaved)) : */ /* ((short) sym->stack)) >> 8) & 0xff); */ if (sym->stack) { emitcode ("mov", "a,_bpx"); emitcode ("add", "a,#!constbyte", ((sym->stack < 0) ? ((char) (sym->stack - _G.nRegsSaved)) : ((char) sym->stack )) & 0xff); emitcode ("mov", "b,a"); emitcode ("mov", "a,_bpx+1"); offset = (((sym->stack < 0) ? ((short) (sym->stack - _G.nRegsSaved)) : ((short) sym->stack )) >> 8) & 0xff; emitcode ("addc","a,#!constbyte", offset); if (aopPutUsesAcc (IC_RESULT (ic), "b", 0)) { emitcode ("push", "acc"); pushedA = TRUE; } aopPut (IC_RESULT (ic), "b", 0); if (pushedA) emitcode ("pop", "acc"); aopPut (IC_RESULT (ic), "a", 1); aopPut (IC_RESULT (ic), buff, 2); } else { /* we can just move _bp */ aopPut (IC_RESULT (ic), "_bpx", 0); aopPut (IC_RESULT (ic), "_bpx+1", 1); aopPut (IC_RESULT (ic), buff, 2); } } else { /* if it has an offset then we need to compute it */ if (sym->stack) { emitcode ("mov", "a,_bp"); emitcode ("add", "a,#!constbyte", ((char) sym->stack & 0xff)); aopPut (IC_RESULT (ic), "a", 0); } else { /* we can just move _bp */ aopPut (IC_RESULT (ic), "_bp", 0); } /* fill the result with zero */ size = AOP_SIZE (IC_RESULT (ic)) - 1; if (options.stack10bit && size < (FPTRSIZE - 1)) { fprintf (stderr, "*** warning: pointer to stack var truncated.\n"); } offset = 1; while (size--) { aopPut (IC_RESULT (ic), zero, offset++); } } goto release; } /* object not on stack then we need the name */ size = getDataSize (IC_RESULT (ic)); offset = 0; while (size--) { char s[SDCC_NAME_MAX]; if (offset) { switch (offset) { case 1: tsprintf(s, sizeof(s), "#!his",sym->rname); break; case 2: tsprintf(s, sizeof(s), "#!hihis",sym->rname); break; case 3: tsprintf(s, sizeof(s), "#!hihihis",sym->rname); break; default: /* should not need this (just in case) */ SNPRINTF (s, sizeof(s), "#(%s >> %d)", sym->rname, offset * 8); } } else { SNPRINTF (s, sizeof(s), "#%s", sym->rname); } aopPut (IC_RESULT (ic), s, offset++); } if (opIsGptr (IC_RESULT (ic))) { char buffer[10]; SNPRINTF (buffer, sizeof(buffer), "#0x%02x", pointerTypeToGPByte (pointerCode (getSpec (operandType (IC_LEFT (ic)))), NULL, NULL)); aopPut (IC_RESULT (ic), buffer, GPTRSIZE - 1); } release: freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } #if 0 // obsolete, and buggy for != xdata /*-----------------------------------------------------------------*/ /* genArrayInit - generates code for address of */ /*-----------------------------------------------------------------*/ static void genArrayInit (iCode * ic) { literalList *iLoop; int ix, count; int elementSize = 0, eIndex; unsigned val, lastVal; sym_link *type; operand *left=IC_LEFT(ic); D (emitcode (";", "genArrayInit")); aopOp (IC_LEFT(ic), ic, FALSE, FALSE); if (AOP_TYPE(IC_LEFT(ic)) == AOP_IMMD) { // Load immediate value into DPTR. emitcode("mov", "dptr, %s", aopGet (IC_LEFT(ic), 0, TRUE, FALSE, NULL)); } else if (AOP_TYPE(IC_LEFT(ic)) != AOP_DPTR) { #if 0 werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "Unexpected operand to genArrayInit.\n"); exit(1); #else // a regression because of SDCCcse.c:1.52 emitcode ("mov", "dpl,%s", aopGet (left, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph,%s", aopGet (left, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) emitcode ("mov", "dpx,%s", aopGet (left, 2, FALSE, FALSE, NULL)); #endif } type = operandType(IC_LEFT(ic)); if (type && type->next) { elementSize = getSize(type->next); } else { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "can't determine element size in genArrayInit.\n"); exit(1); } iLoop = IC_ARRAYILIST(ic); lastVal = 0xffff; while (iLoop) { bool firstpass = TRUE; emitcode(";", "store %d x 0x%x to DPTR (element size %d)", iLoop->count, (int)iLoop->literalValue, elementSize); ix = iLoop->count; while (ix) { symbol *tlbl = NULL; count = ix > 256 ? 256 : ix; if (count > 1) { tlbl = newiTempLabel (NULL); if (firstpass || (count & 0xff)) { emitcode("mov", "b, #!constbyte", count & 0xff); } emitLabel (tlbl); } firstpass = FALSE; for (eIndex = 0; eIndex < elementSize; eIndex++) { val = (((int)iLoop->literalValue) >> (eIndex * 8)) & 0xff; if (val != lastVal) { emitcode("mov", "a, #!constbyte", val); lastVal = val; } emitcode("movx", "@dptr, a"); emitcode("inc", "dptr"); } if (count > 1) { emitcode("djnz", "b, !tlabel", tlbl->key + 100); } ix -= count; } iLoop = iLoop->next; } freeAsmop (IC_LEFT(ic), NULL, ic, TRUE); } #endif /*-----------------------------------------------------------------*/ /* genFarFarAssign - assignment when both are in far space */ /*-----------------------------------------------------------------*/ static void genFarFarAssign (operand * result, operand * right, iCode * ic) { int size = AOP_SIZE (right); int offset = 0; symbol *rSym = NULL; if (size == 1) { /* quick & easy case. */ D (emitcode(";","genFarFarAssign (1 byte case)")); MOVA (aopGet (right, 0, FALSE, FALSE, NULL)); freeAsmop (right, NULL, ic, FALSE); /* now assign DPTR to result */ _G.accInUse++; aopOp(result, ic, FALSE, FALSE); _G.accInUse--; aopPut (result, "a", 0); freeAsmop(result, NULL, ic, FALSE); return; } /* See if we've got an underlying symbol to abuse. */ if (IS_SYMOP(result) && OP_SYMBOL(result)) { if (IS_TRUE_SYMOP(result)) { rSym = OP_SYMBOL(result); } else if (IS_ITEMP(result) && OP_SYMBOL(result)->isspilt && OP_SYMBOL(result)->usl.spillLoc) { rSym = OP_SYMBOL(result)->usl.spillLoc; } } if (size > 1 && rSym && rSym->rname && !rSym->onStack) { /* We can use the '390 auto-toggle feature to good effect here. */ D (emitcode(";", "genFarFarAssign (390 auto-toggle fun)")); emitcode("mov", "dps,#!constbyte",0x21); /* Select DPTR2 & auto-toggle. */ emitcode ("mov", "dptr,#%s", rSym->rname); /* DP2 = result, DP1 = right, DP1 is current. */ while (size) { emitcode("movx", "a,@dptr"); emitcode("movx", "@dptr,a"); if (--size) { emitcode("inc", "dptr"); emitcode("inc", "dptr"); } } emitcode("mov", "dps,#0"); freeAsmop (right, NULL, ic, FALSE); #if 0 some alternative code for processors without auto-toggle no time to test now, so later well put in...kpb D (emitcode(";", "genFarFarAssign (dual-dptr fun)")); emitcode("mov", "dps,#1"); /* Select DPTR2. */ emitcode ("mov", "dptr,#%s", rSym->rname); /* DP2 = result, DP1 = right, DP1 is current. */ while (size) { --size; emitcode("movx", "a,@dptr"); if (size) emitcode("inc", "dptr"); emitcode("inc", "dps"); emitcode("movx", "@dptr,a"); if (size) emitcode("inc", "dptr"); emitcode("inc", "dps"); } emitcode("mov", "dps,#0"); freeAsmop (right, NULL, ic, FALSE); #endif } else { D (emitcode (";", "genFarFarAssign")); aopOp (result, ic, TRUE, TRUE); _startLazyDPSEvaluation (); while (size--) { aopPut (result, aopGet (right, offset, FALSE, FALSE, NULL), offset); offset++; } _endLazyDPSEvaluation (); freeAsmop (result, NULL, ic, FALSE); freeAsmop (right, NULL, ic, FALSE); } } /*-----------------------------------------------------------------*/ /* genAssign - generate code for assignment */ /*-----------------------------------------------------------------*/ static void genAssign (iCode * ic) { operand *result, *right; int size, offset; unsigned long lit = 0L; D (emitcode (";", "genAssign")); result = IC_RESULT (ic); right = IC_RIGHT (ic); /* if they are the same */ if (operandsEqu (IC_RESULT (ic), IC_RIGHT (ic))) return; aopOp (right, ic, FALSE, FALSE); emitcode (";", "genAssign: resultIsFar = %s", isOperandInFarSpace (result) ? "TRUE" : "FALSE"); /* special case both in far space */ if ((AOP_TYPE (right) == AOP_DPTR || AOP_TYPE (right) == AOP_DPTR2) && /* IS_TRUE_SYMOP(result) && */ isOperandInFarSpace (result)) { genFarFarAssign (result, right, ic); return; } aopOp (result, ic, TRUE, FALSE); /* if they are the same registers */ if (sameRegs (AOP (right), AOP (result))) goto release; /* if the result is a bit */ if (AOP_TYPE (result) == AOP_CRY) /* works only for true symbols */ { /* if the right size is a literal then we know what the value is */ if (AOP_TYPE (right) == AOP_LIT) { if (((int) operandLitValue (right))) aopPut (result, one, 0); else aopPut (result, zero, 0); goto release; } /* the right is also a bit variable */ if (AOP_TYPE (right) == AOP_CRY) { emitcode ("mov", "c,%s", AOP (right)->aopu.aop_dir); aopPut (result, "c", 0); goto release; } /* we need to or */ toBoolean (right); aopPut (result, "a", 0); goto release; } /* bit variables done */ /* general case */ size = getDataSize (result); offset = 0; if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); if ((size > 1) && (AOP_TYPE (result) != AOP_REG) && (AOP_TYPE (right) == AOP_LIT) && !IS_FLOAT (operandType (right))) { _startLazyDPSEvaluation (); while (size && ((unsigned int) (lit >> (offset * 8)) != 0)) { aopPut (result, aopGet (right, offset, FALSE, FALSE, NULL), offset); offset++; size--; } /* And now fill the rest with zeros. */ if (size) { emitcode ("clr", "a"); } while (size--) { aopPut (result, "a", offset++); } _endLazyDPSEvaluation (); } else { _startLazyDPSEvaluation (); while (size--) { aopPut (result, aopGet (right, offset, FALSE, FALSE, NULL), offset); offset++; } _endLazyDPSEvaluation (); } adjustArithmeticResult (ic); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genJumpTab - generates code for jump table */ /*-----------------------------------------------------------------*/ static void genJumpTab (iCode * ic) { symbol *jtab; char *l; D (emitcode (";", "genJumpTab")); aopOp (IC_JTCOND (ic), ic, FALSE, FALSE); /* get the condition into accumulator */ l = aopGet (IC_JTCOND (ic), 0, FALSE, FALSE, NULL); MOVA (l); /* multiply by four! */ emitcode ("add", "a,acc"); emitcode ("add", "a,acc"); freeAsmop (IC_JTCOND (ic), NULL, ic, TRUE); jtab = newiTempLabel (NULL); emitcode ("mov", "dptr,#!tlabel", jtab->key + 100); emitcode ("jmp", "@a+dptr"); emitLabel (jtab); /* now generate the jump labels */ for (jtab = setFirstItem (IC_JTLABELS (ic)); jtab; jtab = setNextItem (IC_JTLABELS (ic))) emitcode ("ljmp", "!tlabel", jtab->key + 100); } /*-----------------------------------------------------------------*/ /* genCast - gen code for casting */ /*-----------------------------------------------------------------*/ static void genCast (iCode * ic) { operand *result = IC_RESULT (ic); sym_link *ctype = operandType (IC_LEFT (ic)); sym_link *rtype = operandType (IC_RIGHT (ic)); operand *right = IC_RIGHT (ic); int size, offset; D (emitcode (";", "genCast")); /* if they are equivalent then do nothing */ if (operandsEqu (IC_RESULT (ic), IC_RIGHT (ic))) return; aopOp (right, ic, FALSE, AOP_IS_STR (result)); aopOp (result, ic, FALSE, (AOP_TYPE(right) == AOP_DPTR)); /* if the result is a bit (and not a bitfield) */ if (IS_BIT (OP_SYMBOL (result)->type)) { /* if the right size is a literal then we know what the value is */ if (AOP_TYPE (right) == AOP_LIT) { if (((int) operandLitValue (right))) aopPut (result, one, 0); else aopPut (result, zero, 0); goto release; } /* the right is also a bit variable */ if (AOP_TYPE (right) == AOP_CRY) { emitcode ("mov", "c,%s", AOP (right)->aopu.aop_dir); aopPut (result, "c", 0); goto release; } /* we need to or */ toBoolean (right); aopPut (result, "a", 0); goto release; } /* if they are the same size : or less */ if (AOP_SIZE (result) <= AOP_SIZE (right)) { /* if they are in the same place */ if (sameRegs (AOP (right), AOP (result))) goto release; /* if they in different places then copy */ size = AOP_SIZE (result); offset = 0; _startLazyDPSEvaluation (); while (size--) { aopPut (result, aopGet (right, offset, FALSE, FALSE, NULL), offset); offset++; } _endLazyDPSEvaluation (); goto release; } /* if the result is of type pointer */ if (IS_PTR (ctype)) { int p_type; sym_link *type = operandType (right); /* pointer to generic pointer */ if (IS_GENPTR (ctype)) { if (IS_PTR (type)) { p_type = DCL_TYPE (type); } else { #if OLD_CAST_BEHAVIOR /* KV: we are converting a non-pointer type to * a generic pointer. This (ifdef'd out) code * says that the resulting generic pointer * should have the same class as the storage * location of the non-pointer variable. * * For example, converting an int (which happens * to be stored in DATA space) to a pointer results * in a DATA generic pointer; if the original int * in XDATA space, so will be the resulting pointer. * * I don't like that behavior, and thus this change: * all such conversions will be forced to XDATA and * throw a warning. If you want some non-XDATA * type, or you want to suppress the warning, you * must go through an intermediate cast, like so: * * char _generic *gp = (char _xdata *)(intVar); */ sym_link *etype = getSpec (type); /* we have to go by the storage class */ if (SPEC_OCLS (etype) != generic) { p_type = PTR_TYPE (SPEC_OCLS (etype)); } else #endif { /* Converting unknown class (i.e. register variable) * to generic pointer. This is not good, but * we'll make a guess (and throw a warning). */ p_type = FPOINTER; werror (W_INT_TO_GEN_PTR_CAST); } } /* the first two bytes are known */ size = GPTRSIZE - 1; offset = 0; _startLazyDPSEvaluation (); while (size--) { aopPut (result, aopGet (right, offset, FALSE, FALSE, NULL), offset); offset++; } _endLazyDPSEvaluation (); /* the last byte depending on type */ { int gpVal = pointerTypeToGPByte(p_type, NULL, NULL); char gpValStr[10]; if (gpVal == -1) { // pointerTypeToGPByte will have bitched. exit(1); } SNPRINTF(gpValStr, sizeof(gpValStr), "#0x%x", gpVal); aopPut (result, gpValStr, GPTRSIZE - 1); } goto release; } /* just copy the pointers */ size = AOP_SIZE (result); offset = 0; _startLazyDPSEvaluation (); while (size--) { aopPut (result, aopGet (right, offset, FALSE, FALSE, NULL), offset); offset++; } _endLazyDPSEvaluation (); goto release; } /* so we now know that the size of destination is greater than the size of the source */ /* we move to result for the size of source */ size = AOP_SIZE (right); offset = 0; _startLazyDPSEvaluation (); while (size--) { aopPut (result, aopGet (right, offset, FALSE, FALSE, NULL), offset); offset++; } _endLazyDPSEvaluation (); /* now depending on the sign of the source && destination */ size = AOP_SIZE (result) - AOP_SIZE (right); /* if unsigned or not an integral type */ /* also, if the source is a bit, we don't need to sign extend, because * it can't possibly have set the sign bit. */ if (!IS_SPEC (rtype) || SPEC_USIGN (rtype) || AOP_TYPE (right) == AOP_CRY) { while (size--) { aopPut (result, zero, offset++); } } else { /* we need to extend the sign :{ */ MOVA (aopGet (right, AOP_SIZE (right) - 1, FALSE, FALSE, NULL)); emitcode ("rlc", "a"); emitcode ("subb", "a,acc"); while (size--) aopPut (result, "a", offset++); } /* we are done hurray !!!! */ release: freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genMemcpyX2X - gen code for memcpy xdata to xdata */ /*-----------------------------------------------------------------*/ static void genMemcpyX2X( iCode *ic, int nparms, operand **parms, int fromc) { operand *from , *to , *count; symbol *lbl; bitVect *rsave; int i; /* we know it has to be 3 parameters */ assert (nparms == 3); rsave = newBitVect(16); /* save DPTR if it needs to be saved */ for (i = DPL_IDX ; i <= B_IDX ; i++ ) { if (bitVectBitValue(ic->rMask,i)) rsave = bitVectSetBit(rsave,i); } rsave = bitVectIntersect(rsave,bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); savermask(rsave); to = parms[0]; from = parms[1]; count = parms[2]; aopOp (from, ic->next, FALSE, FALSE); /* get from into DPTR1 */ emitcode ("mov", "dpl1,%s", aopGet (from, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph1,%s", aopGet (from, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) { emitcode ("mov", "dpx1,%s", aopGet (from, 2, FALSE, FALSE, NULL)); } freeAsmop (from, NULL, ic, FALSE); aopOp (to, ic, FALSE, FALSE); /* get "to" into DPTR */ /* if the operand is already in dptr then we do nothing else we move the value to dptr */ if (AOP_TYPE (to) != AOP_STR) { /* if already in DPTR then we need to push */ if (AOP_TYPE(to) == AOP_DPTR) { emitcode ("push", "%s", aopGet (to, 0, FALSE, TRUE, NULL)); emitcode ("push", "%s", aopGet (to, 1, FALSE, TRUE, NULL)); if (options.model == MODEL_FLAT24) emitcode ("mov", "dpx,%s", aopGet (to, 2, FALSE, FALSE, NULL)); emitcode ("pop", "dph"); emitcode ("pop", "dpl"); } else { _startLazyDPSEvaluation (); /* if this is remateriazable */ if (AOP_TYPE (to) == AOP_IMMD) { emitcode ("mov", "dptr,%s", aopGet (to, 0, TRUE, FALSE, NULL)); } else { /* we need to get it byte by byte */ emitcode ("mov", "dpl,%s", aopGet (to, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph,%s", aopGet (to, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) { emitcode ("mov", "dpx,%s", aopGet (to, 2, FALSE, FALSE, NULL)); } } _endLazyDPSEvaluation (); } } freeAsmop (to, NULL, ic, FALSE); _G.dptrInUse = _G.dptr1InUse = 1; aopOp (count, ic->next->next, FALSE,FALSE); lbl =newiTempLabel(NULL); /* now for the actual copy */ if (AOP_TYPE(count) == AOP_LIT && (int) ulFromVal (AOP(count)->aopu.aop_lit) <= 256) { emitcode ("mov", "b,%s",aopGet(count,0,FALSE,FALSE,NULL)); if (fromc) { emitcode ("lcall","__bi_memcpyc2x_s"); } else { emitcode ("lcall","__bi_memcpyx2x_s"); } freeAsmop (count, NULL, ic, FALSE); } else { symbol *lbl1 = newiTempLabel(NULL); emitcode (";"," Auto increment but no djnz"); emitcode ("mov","_ap,%s",aopGet (count, 0, FALSE, TRUE, NULL)); emitcode ("mov","b,%s",aopGet (count, 1, FALSE, TRUE, NULL)); freeAsmop (count, NULL, ic, FALSE); emitcode ("mov", "dps,#!constbyte",0x21); /* Select DPTR2 & auto-toggle. */ emitLabel (lbl); if (fromc) { emitcode ("clr","a"); emitcode ("movc", "a,@a+dptr"); } else emitcode ("movx", "a,@dptr"); emitcode ("movx", "@dptr,a"); emitcode ("inc", "dptr"); emitcode ("inc", "dptr"); emitcode ("mov","a,b"); emitcode ("orl","a,_ap"); emitcode ("jz","!tlabel",lbl1->key+100); emitcode ("mov","a,_ap"); emitcode ("add","a,#!constbyte",0xFF); emitcode ("mov","_ap,a"); emitcode ("mov","a,b"); emitcode ("addc","a,#!constbyte",0xFF); emitcode ("mov","b,a"); emitcode ("sjmp","!tlabel",lbl->key+100); emitLabel (lbl1); } emitcode ("mov", "dps,#0"); _G.dptrInUse = _G.dptr1InUse = 0; unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genMemcmpX2X - gen code for memcmp xdata to xdata */ /*-----------------------------------------------------------------*/ static void genMemcmpX2X( iCode *ic, int nparms, operand **parms, int fromc) { operand *from , *to , *count; symbol *lbl,*lbl2; bitVect *rsave; int i; /* we know it has to be 3 parameters */ assert (nparms == 3); rsave = newBitVect(16); /* save DPTR if it needs to be saved */ for (i = DPL_IDX ; i <= B_IDX ; i++ ) { if (bitVectBitValue(ic->rMask,i)) rsave = bitVectSetBit(rsave,i); } rsave = bitVectIntersect(rsave,bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); savermask(rsave); to = parms[0]; from = parms[1]; count = parms[2]; aopOp (from, ic->next, FALSE, FALSE); /* get from into DPTR1 */ emitcode ("mov", "dpl1,%s", aopGet (from, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph1,%s", aopGet (from, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) { emitcode ("mov", "dpx1,%s", aopGet (from, 2, FALSE, FALSE, NULL)); } freeAsmop (from, NULL, ic, FALSE); aopOp (to, ic, FALSE, FALSE); /* get "to" into DPTR */ /* if the operand is already in dptr then we do nothing else we move the value to dptr */ if (AOP_TYPE (to) != AOP_STR) { /* if already in DPTR then we need to push */ if (AOP_TYPE(to) == AOP_DPTR) { emitcode ("push", "%s", aopGet (to, 0, FALSE, TRUE, NULL)); emitcode ("push", "%s", aopGet (to, 1, FALSE, TRUE, NULL)); if (options.model == MODEL_FLAT24) emitcode ("mov", "dpx,%s", aopGet (to, 2, FALSE, FALSE, NULL)); emitcode ("pop", "dph"); emitcode ("pop", "dpl"); } else { _startLazyDPSEvaluation (); /* if this is remateriazable */ if (AOP_TYPE (to) == AOP_IMMD) { emitcode ("mov", "dptr,%s", aopGet (to, 0, TRUE, FALSE, NULL)); } else { /* we need to get it byte by byte */ emitcode ("mov", "dpl,%s", aopGet (to, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph,%s", aopGet (to, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) { emitcode ("mov", "dpx,%s", aopGet (to, 2, FALSE, FALSE, NULL)); } } _endLazyDPSEvaluation (); } } freeAsmop (to, NULL, ic, FALSE); _G.dptrInUse = _G.dptr1InUse = 1; aopOp (count, ic->next->next, FALSE,FALSE); lbl =newiTempLabel(NULL); lbl2 =newiTempLabel(NULL); /* now for the actual compare */ if (AOP_TYPE(count) == AOP_LIT && (int) ulFromVal (AOP(count)->aopu.aop_lit) <= 256) { emitcode ("mov", "b,%s",aopGet(count,0,FALSE,FALSE,NULL)); if (fromc) emitcode("lcall","__bi_memcmpc2x_s"); else emitcode("lcall","__bi_memcmpx2x_s"); freeAsmop (count, NULL, ic, FALSE); aopOp (IC_RESULT(ic), ic, FALSE,FALSE); aopPut(IC_RESULT(ic),"a",0); freeAsmop (IC_RESULT(ic), NULL, ic, FALSE); } else { symbol *lbl1 = newiTempLabel(NULL); emitcode("push","ar0"); emitcode (";"," Auto increment but no djnz"); emitcode ("mov","_ap,%s",aopGet (count, 0, FALSE, TRUE, NULL)); emitcode ("mov","b,%s",aopGet (count, 1, FALSE, TRUE, NULL)); freeAsmop (count, NULL, ic, FALSE); emitcode ("mov", "dps,#!constbyte",0x21); /* Select DPTR2 & auto-toggle. */ emitLabel (lbl); if (fromc) { emitcode ("clr","a"); emitcode ("movc", "a,@a+dptr"); } else emitcode ("movx", "a,@dptr"); emitcode ("mov","r0,a"); emitcode ("movx", "a,@dptr"); emitcode ("clr","c"); emitcode ("subb","a,r0"); emitcode ("jnz","!tlabel",lbl2->key+100); emitcode ("inc", "dptr"); emitcode ("inc", "dptr"); emitcode ("mov","a,b"); emitcode ("orl","a,_ap"); emitcode ("jz","!tlabel",lbl1->key+100); emitcode ("mov","a,_ap"); emitcode ("add","a,#!constbyte",0xFF); emitcode ("mov","_ap,a"); emitcode ("mov","a,b"); emitcode ("addc","a,#!constbyte",0xFF); emitcode ("mov","b,a"); emitcode ("sjmp","!tlabel",lbl->key+100); emitLabel (lbl1); emitcode ("clr","a"); emitLabel (lbl2); aopOp (IC_RESULT(ic), ic, FALSE,FALSE); aopPut(IC_RESULT(ic),"a",0); freeAsmop (IC_RESULT(ic), NULL, ic, FALSE); emitcode("pop","ar0"); emitcode ("mov", "dps,#0"); } _G.dptrInUse = _G.dptr1InUse = 0; unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genInp - gen code for __builtin_inp read data from a mem mapped */ /* port, first parameter output area second parameter pointer to */ /* port third parameter count */ /*-----------------------------------------------------------------*/ static void genInp( iCode *ic, int nparms, operand **parms) { operand *from , *to , *count; symbol *lbl; bitVect *rsave; int i; /* we know it has to be 3 parameters */ assert (nparms == 3); rsave = newBitVect(16); /* save DPTR if it needs to be saved */ for (i = DPL_IDX ; i <= B_IDX ; i++ ) { if (bitVectBitValue(ic->rMask,i)) rsave = bitVectSetBit(rsave,i); } rsave = bitVectIntersect(rsave,bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); savermask(rsave); to = parms[0]; from = parms[1]; count = parms[2]; aopOp (from, ic->next, FALSE, FALSE); /* get from into DPTR1 */ emitcode ("mov", "dpl1,%s", aopGet (from, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph1,%s", aopGet (from, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) { emitcode ("mov", "dpx1,%s", aopGet (from, 2, FALSE, FALSE, NULL)); } freeAsmop (from, NULL, ic, FALSE); aopOp (to, ic, FALSE, FALSE); /* get "to" into DPTR */ /* if the operand is already in dptr then we do nothing else we move the value to dptr */ if (AOP_TYPE (to) != AOP_STR) { /* if already in DPTR then we need to push */ if (AOP_TYPE(to) == AOP_DPTR) { emitcode ("push", "%s", aopGet (to, 0, FALSE, TRUE, NULL)); emitcode ("push", "%s", aopGet (to, 1, FALSE, TRUE, NULL)); if (options.model == MODEL_FLAT24) emitcode ("mov", "dpx,%s", aopGet (to, 2, FALSE, FALSE, NULL)); emitcode ("pop", "dph"); emitcode ("pop", "dpl"); } else { _startLazyDPSEvaluation (); /* if this is remateriazable */ if (AOP_TYPE (to) == AOP_IMMD) { emitcode ("mov", "dptr,%s", aopGet (to, 0, TRUE, FALSE, NULL)); } else { /* we need to get it byte by byte */ emitcode ("mov", "dpl,%s", aopGet (to, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph,%s", aopGet (to, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) { emitcode ("mov", "dpx,%s", aopGet (to, 2, FALSE, FALSE, NULL)); } } _endLazyDPSEvaluation (); } } freeAsmop (to, NULL, ic, FALSE); _G.dptrInUse = _G.dptr1InUse = 1; aopOp (count, ic->next->next, FALSE,FALSE); lbl =newiTempLabel(NULL); /* now for the actual copy */ if (AOP_TYPE(count) == AOP_LIT && (int) ulFromVal (AOP(count)->aopu.aop_lit) <= 256) { emitcode (";","OH JOY auto increment with djnz (very fast)"); emitcode ("mov", "dps,#!constbyte",0x1); /* Select DPTR2 */ emitcode ("mov", "b,%s",aopGet(count,0,FALSE,FALSE,NULL)); freeAsmop (count, NULL, ic, FALSE); emitLabel (lbl); emitcode ("movx", "a,@dptr"); /* read data from port */ emitcode ("dec","dps"); /* switch to DPTR */ emitcode ("movx", "@dptr,a"); /* save into location */ emitcode ("inc", "dptr"); /* point to next area */ emitcode ("inc","dps"); /* switch to DPTR2 */ emitcode ("djnz","b,!tlabel",lbl->key+100); } else { symbol *lbl1 = newiTempLabel(NULL); emitcode (";"," Auto increment but no djnz"); emitcode ("mov","_ap,%s",aopGet (count, 0, FALSE, TRUE, NULL)); emitcode ("mov","b,%s",aopGet (count, 1, FALSE, TRUE, NULL)); freeAsmop (count, NULL, ic, FALSE); emitcode ("mov", "dps,#!constbyte",0x1); /* Select DPTR2 */ emitLabel (lbl); emitcode ("movx", "a,@dptr"); emitcode ("dec","dps"); /* switch to DPTR */ emitcode ("movx", "@dptr,a"); emitcode ("inc", "dptr"); emitcode ("inc","dps"); /* switch to DPTR2 */ /* emitcode ("djnz","b,!tlabel",lbl->key+100); */ /* emitcode ("djnz","_ap,!tlabel",lbl->key+100); */ emitcode ("mov","a,b"); emitcode ("orl","a,_ap"); emitcode ("jz","!tlabel",lbl1->key+100); emitcode ("mov","a,_ap"); emitcode ("add","a,#!constbyte",0xFF); emitcode ("mov","_ap,a"); emitcode ("mov","a,b"); emitcode ("addc","a,#!constbyte",0xFF); emitcode ("mov","b,a"); emitcode ("sjmp","!tlabel",lbl->key+100); emitLabel (lbl1); } emitcode ("mov", "dps,#0"); _G.dptrInUse = _G.dptr1InUse = 0; unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genOutp - gen code for __builtin_inp write data to a mem mapped */ /* port, first parameter output area second parameter pointer to */ /* port third parameter count */ /*-----------------------------------------------------------------*/ static void genOutp( iCode *ic, int nparms, operand **parms) { operand *from , *to , *count; symbol *lbl; bitVect *rsave; int i; /* we know it has to be 3 parameters */ assert (nparms == 3); rsave = newBitVect(16); /* save DPTR if it needs to be saved */ for (i = DPL_IDX ; i <= B_IDX ; i++ ) { if (bitVectBitValue(ic->rMask,i)) rsave = bitVectSetBit(rsave,i); } rsave = bitVectIntersect(rsave,bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); savermask(rsave); to = parms[0]; from = parms[1]; count = parms[2]; aopOp (from, ic->next, FALSE, FALSE); /* get from into DPTR1 */ emitcode ("mov", "dpl1,%s", aopGet (from, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph1,%s", aopGet (from, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) { emitcode ("mov", "dpx1,%s", aopGet (from, 2, FALSE, FALSE, NULL)); } freeAsmop (from, NULL, ic, FALSE); aopOp (to, ic, FALSE, FALSE); /* get "to" into DPTR */ /* if the operand is already in dptr then we do nothing else we move the value to dptr */ if (AOP_TYPE (to) != AOP_STR) { /* if already in DPTR then we need to push */ if (AOP_TYPE(to) == AOP_DPTR) { emitcode ("push", "%s", aopGet (to, 0, FALSE, TRUE, NULL)); emitcode ("push", "%s", aopGet (to, 1, FALSE, TRUE, NULL)); if (options.model == MODEL_FLAT24) emitcode ("mov", "dpx,%s", aopGet (to, 2, FALSE, FALSE, NULL)); emitcode ("pop", "dph"); emitcode ("pop", "dpl"); } else { _startLazyDPSEvaluation (); /* if this is remateriazable */ if (AOP_TYPE (to) == AOP_IMMD) { emitcode ("mov", "dptr,%s", aopGet (to, 0, TRUE, FALSE, NULL)); } else { /* we need to get it byte by byte */ emitcode ("mov", "dpl,%s", aopGet (to, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph,%s", aopGet (to, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) { emitcode ("mov", "dpx,%s", aopGet (to, 2, FALSE, FALSE, NULL)); } } _endLazyDPSEvaluation (); } } freeAsmop (to, NULL, ic, FALSE); _G.dptrInUse = _G.dptr1InUse = 1; aopOp (count, ic->next->next, FALSE,FALSE); lbl =newiTempLabel(NULL); /* now for the actual copy */ if (AOP_TYPE(count) == AOP_LIT && (int) ulFromVal (AOP(count)->aopu.aop_lit) <= 256) { emitcode (";","OH JOY auto increment with djnz (very fast)"); emitcode ("mov", "dps,#!constbyte",0x0); /* Select DPTR */ emitcode ("mov", "b,%s",aopGet(count,0,FALSE,FALSE,NULL)); emitLabel (lbl); emitcode ("movx", "a,@dptr"); /* read data from port */ emitcode ("inc","dps"); /* switch to DPTR2 */ emitcode ("movx", "@dptr,a"); /* save into location */ emitcode ("inc", "dptr"); /* point to next area */ emitcode ("dec","dps"); /* switch to DPTR */ emitcode ("djnz","b,!tlabel",lbl->key+100); freeAsmop (count, NULL, ic, FALSE); } else { symbol *lbl1 = newiTempLabel(NULL); emitcode (";"," Auto increment but no djnz"); emitcode ("mov","_ap,%s",aopGet (count, 0, FALSE, TRUE, NULL)); emitcode ("mov","b,%s",aopGet (count, 1, FALSE, TRUE, NULL)); freeAsmop (count, NULL, ic, FALSE); emitcode ("mov", "dps,#!constbyte",0x0); /* Select DPTR */ emitLabel (lbl); emitcode ("movx", "a,@dptr"); emitcode ("inc", "dptr"); emitcode ("inc","dps"); /* switch to DPTR2 */ emitcode ("movx", "@dptr,a"); emitcode ("dec","dps"); /* switch to DPTR */ emitcode ("mov","a,b"); emitcode ("orl","a,_ap"); emitcode ("jz","!tlabel",lbl1->key+100); emitcode ("mov","a,_ap"); emitcode ("add","a,#!constbyte",0xFF); emitcode ("mov","_ap,a"); emitcode ("mov","a,b"); emitcode ("addc","a,#!constbyte",0xFF); emitcode ("mov","b,a"); emitcode ("sjmp","!tlabel",lbl->key+100); emitLabel (lbl1); } emitcode ("mov", "dps,#0"); _G.dptrInUse = _G.dptr1InUse = 0; unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genSwapW - swap lower & high order bytes */ /*-----------------------------------------------------------------*/ static void genSwapW(iCode *ic, int nparms, operand **parms) { operand *dest; operand *src; assert (nparms==1); src = parms[0]; dest=IC_RESULT(ic); assert(getSize(operandType(src))==2); aopOp (src, ic, FALSE, FALSE); emitcode ("mov","a,%s",aopGet(src,0,FALSE,FALSE,NULL)); _G.accInUse++; MOVB(aopGet(src,1,FALSE,FALSE,"b")); _G.accInUse--; freeAsmop (src, NULL, ic, FALSE); aopOp (dest,ic, FALSE, FALSE); aopPut(dest,"b",0); aopPut(dest,"a",1); freeAsmop (dest, NULL, ic, FALSE); } /*-----------------------------------------------------------------*/ /* genMemsetX - gencode for memSetX data */ /*-----------------------------------------------------------------*/ static void genMemsetX(iCode *ic, int nparms, operand **parms) { operand *to , *val , *count; symbol *lbl; char *l; int i; bitVect *rsave; /* we know it has to be 3 parameters */ assert (nparms == 3); to = parms[0]; val = parms[1]; count = parms[2]; /* save DPTR if it needs to be saved */ rsave = newBitVect(16); for (i = DPL_IDX ; i <= B_IDX ; i++ ) { if (bitVectBitValue(ic->rMask,i)) rsave = bitVectSetBit(rsave,i); } rsave = bitVectIntersect(rsave,bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); savermask(rsave); aopOp (to, ic, FALSE, FALSE); /* get "to" into DPTR */ /* if the operand is already in dptr then we do nothing else we move the value to dptr */ if (AOP_TYPE (to) != AOP_STR) { /* if already in DPTR then we need to push */ if (AOP_TYPE(to) == AOP_DPTR) { emitcode ("push", "%s", aopGet (to, 0, FALSE, TRUE, NULL)); emitcode ("push", "%s", aopGet (to, 1, FALSE, TRUE, NULL)); if (options.model == MODEL_FLAT24) emitcode ("mov", "dpx,%s", aopGet (to, 2, FALSE, FALSE, NULL)); emitcode ("pop", "dph"); emitcode ("pop", "dpl"); } else { _startLazyDPSEvaluation (); /* if this is remateriazable */ if (AOP_TYPE (to) == AOP_IMMD) { emitcode ("mov", "dptr,%s", aopGet (to, 0, TRUE, FALSE, NULL)); } else { /* we need to get it byte by byte */ emitcode ("mov", "dpl,%s", aopGet (to, 0, FALSE, FALSE, NULL)); emitcode ("mov", "dph,%s", aopGet (to, 1, FALSE, FALSE, NULL)); if (options.model == MODEL_FLAT24) { emitcode ("mov", "dpx,%s", aopGet (to, 2, FALSE, FALSE, NULL)); } } _endLazyDPSEvaluation (); } } freeAsmop (to, NULL, ic, FALSE); aopOp (val, ic->next->next, FALSE,FALSE); aopOp (count, ic->next->next, FALSE,FALSE); lbl =newiTempLabel(NULL); /* now for the actual copy */ if (AOP_TYPE(count) == AOP_LIT && (int) ulFromVal (AOP(count)->aopu.aop_lit) <= 256) { l = aopGet(val, 0, FALSE, FALSE, NULL); emitcode ("mov", "b,%s",aopGet(count,0,FALSE,FALSE,NULL)); MOVA(l); emitLabel (lbl); emitcode ("movx", "@dptr,a"); emitcode ("inc", "dptr"); emitcode ("djnz","b,!tlabel",lbl->key+100); } else { symbol *lbl1 = newiTempLabel(NULL); emitcode ("mov","_ap,%s",aopGet (count, 0, FALSE, TRUE, NULL)); emitcode ("mov","b,%s",aopGet (count, 1, FALSE, TRUE, NULL)); emitLabel (lbl); MOVA (aopGet(val, 0, FALSE, FALSE, NULL)); emitcode ("movx", "@dptr,a"); emitcode ("inc", "dptr"); emitcode ("mov","a,b"); emitcode ("orl","a,_ap"); emitcode ("jz","!tlabel",lbl1->key+100); emitcode ("mov","a,_ap"); emitcode ("add","a,#!constbyte",0xFF); emitcode ("mov","_ap,a"); emitcode ("mov","a,b"); emitcode ("addc","a,#!constbyte",0xFF); emitcode ("mov","b,a"); emitcode ("sjmp","!tlabel",lbl->key+100); emitLabel (lbl1); } freeAsmop (count, NULL, ic, FALSE); unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genNatLibLoadPrimitive - calls TINI api function to load primitive */ /*-----------------------------------------------------------------*/ static void genNatLibLoadPrimitive(iCode *ic, int nparms, operand **parms,int size) { bitVect *rsave ; operand *pnum, *result; int i; assert (nparms==1); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); pnum = parms[0]; aopOp (pnum, ic, FALSE, FALSE); emitcode ("mov","a,%s",aopGet(pnum,0,FALSE,FALSE,DP2_RESULT_REG)); freeAsmop (pnum, NULL, ic, FALSE); emitcode ("lcall","NatLib_LoadPrimitive"); aopOp (result=IC_RESULT(ic), ic, FALSE, FALSE); if (aopHasRegs(AOP(result),R0_IDX,R1_IDX) || aopHasRegs(AOP(result),R2_IDX,R3_IDX) ) { for (i = (size-1) ; i >= 0 ; i-- ) { emitcode ("push","a%s",javaRet[i]); } for (i=0; i < size ; i++ ) { emitcode ("pop","a%s", aopGet(result,i,FALSE,FALSE,DP2_RESULT_REG)); } } else { for (i = 0 ; i < size ; i++ ) { aopPut(result,javaRet[i],i); } } freeAsmop (result, NULL, ic, FALSE); unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genNatLibLoadPointer - calls TINI api function to load pointer */ /*-----------------------------------------------------------------*/ static void genNatLibLoadPointer(iCode *ic, int nparms, operand **parms) { bitVect *rsave ; operand *pnum, *result; int size = 3; int i; assert (nparms==1); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); pnum = parms[0]; aopOp (pnum, ic, FALSE, FALSE); emitcode ("mov","a,%s",aopGet(pnum,0,FALSE,FALSE,DP2_RESULT_REG)); freeAsmop (pnum, NULL, ic, FALSE); emitcode ("lcall","NatLib_LoadPointer"); aopOp (result=IC_RESULT(ic), ic, FALSE, FALSE); if (AOP_TYPE(result)!=AOP_STR) { for (i = 0 ; i < size ; i++ ) { aopPut(result,fReturn[i],i); } } freeAsmop (result, NULL, ic, FALSE); unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genNatLibInstallStateBlock - */ /*-----------------------------------------------------------------*/ static void genNatLibInstallStateBlock(iCode *ic, int nparms, operand **parms, const char *name) { bitVect *rsave ; operand *psb, *handle; assert (nparms==2); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); psb = parms[0]; handle = parms[1]; /* put pointer to state block into DPTR1 */ aopOp (psb, ic, FALSE, FALSE); if (AOP_TYPE (psb) == AOP_IMMD) { emitcode ("mov","dps,#1"); emitcode ("mov", "dptr,%s", aopGet (psb, 0, TRUE, FALSE, DP2_RESULT_REG)); emitcode ("mov","dps,#0"); } else { emitcode ("mov","dpl1,%s",aopGet(psb,0,FALSE,FALSE,DP2_RESULT_REG)); emitcode ("mov","dph1,%s",aopGet(psb,1,FALSE,FALSE,DP2_RESULT_REG)); emitcode ("mov","dpx1,%s",aopGet(psb,2,FALSE,FALSE,DP2_RESULT_REG)); } freeAsmop (psb, NULL, ic, FALSE); /* put libraryID into DPTR */ emitcode ("mov","dptr,#LibraryID"); /* put handle into r3:r2 */ aopOp (handle, ic, FALSE, FALSE); if (aopHasRegs(AOP(handle),R2_IDX,R3_IDX)) { emitcode ("push","%s",aopGet(handle,0,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("push","%s",aopGet(handle,1,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("pop","ar3"); emitcode ("pop","ar2"); } else { emitcode ("mov","r2,%s",aopGet(handle,0,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("mov","r3,%s",aopGet(handle,1,FALSE,TRUE,DP2_RESULT_REG)); } freeAsmop (psb, NULL, ic, FALSE); /* make the call */ emitcode ("lcall","NatLib_Install%sStateBlock",name); /* put return value into place*/ _G.accInUse++; aopOp (IC_RESULT(ic), ic, FALSE, FALSE); _G.accInUse--; aopPut(IC_RESULT(ic),"a",0); freeAsmop (IC_RESULT(ic), NULL, ic, FALSE); unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genNatLibRemoveStateBlock - */ /*-----------------------------------------------------------------*/ static void genNatLibRemoveStateBlock(iCode *ic,int nparms,const char *name) { bitVect *rsave ; assert(nparms==0); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); /* put libraryID into DPTR */ emitcode ("mov","dptr,#LibraryID"); /* make the call */ emitcode ("lcall","NatLib_Remove%sStateBlock",name); unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genNatLibGetStateBlock - */ /*-----------------------------------------------------------------*/ static void genNatLibGetStateBlock(iCode *ic,int nparms, operand **parms,const char *name) { bitVect *rsave ; symbol *lbl = newiTempLabel(NULL); assert(nparms==0); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); /* put libraryID into DPTR */ emitcode ("mov","dptr,#LibraryID"); /* make the call */ emitcode ("lcall","NatLib_Remove%sStateBlock",name); emitcode ("jnz","!tlabel",lbl->key+100); /* put return value into place */ aopOp(IC_RESULT(ic),ic,FALSE,FALSE); if (aopHasRegs(AOP(IC_RESULT(ic)),R2_IDX,R3_IDX)) { emitcode ("push","ar3"); emitcode ("push","ar2"); emitcode ("pop","%s", aopGet(IC_RESULT(ic),0,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("pop","%s", aopGet(IC_RESULT(ic),1,FALSE,TRUE,DP2_RESULT_REG)); } else { aopPut(IC_RESULT(ic),"r2",0); aopPut(IC_RESULT(ic),"r3",1); } freeAsmop (IC_RESULT(ic), NULL, ic, FALSE); emitLabel (lbl); unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genMMMalloc - */ /*-----------------------------------------------------------------*/ static void genMMMalloc (iCode *ic,int nparms, operand **parms, int size, const char *name) { bitVect *rsave ; operand *bsize; symbol *rsym; symbol *lbl = newiTempLabel(NULL); assert (nparms == 1); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); bsize=parms[0]; aopOp (bsize,ic,FALSE,FALSE); /* put the size in R4-R2 */ if (aopHasRegs(AOP(bsize),R2_IDX, (size==3 ? R4_IDX: R3_IDX))) { emitcode("push","%s",aopGet(bsize,0,FALSE,TRUE,DP2_RESULT_REG)); emitcode("push","%s",aopGet(bsize,1,FALSE,TRUE,DP2_RESULT_REG)); if (size==3) { emitcode("push","%s",aopGet(bsize,2,FALSE,TRUE,DP2_RESULT_REG)); emitcode("pop","ar4"); } emitcode("pop","ar3"); emitcode("pop","ar2"); } else { emitcode ("mov","r2,%s",aopGet(bsize,0,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("mov","r3,%s",aopGet(bsize,1,FALSE,TRUE,DP2_RESULT_REG)); if (size==3) { emitcode("mov","r4,%s",aopGet(bsize,2,FALSE,TRUE,DP2_RESULT_REG)); } } freeAsmop (bsize, NULL, ic, FALSE); /* make the call */ emitcode ("lcall","MM_%s",name); emitcode ("jz","!tlabel",lbl->key+100); emitcode ("mov","r2,#!constbyte",0xff); emitcode ("mov","r3,#!constbyte",0xff); emitLabel (lbl); /* we don't care about the pointer : we just save the handle */ rsym = OP_SYMBOL(IC_RESULT(ic)); if (rsym->liveFrom != rsym->liveTo) { aopOp(IC_RESULT(ic),ic,FALSE,FALSE); if (aopHasRegs(AOP(IC_RESULT(ic)),R2_IDX,R3_IDX)) { emitcode ("push","ar3"); emitcode ("push","ar2"); emitcode ("pop","%s", aopGet(IC_RESULT(ic),0,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("pop","%s", aopGet(IC_RESULT(ic),1,FALSE,TRUE,DP2_RESULT_REG)); } else { aopPut(IC_RESULT(ic),"r2",0); aopPut(IC_RESULT(ic),"r3",1); } freeAsmop (IC_RESULT(ic), NULL, ic, FALSE); } unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genMMDeref - */ /*-----------------------------------------------------------------*/ static void genMMDeref (iCode *ic,int nparms, operand **parms) { bitVect *rsave ; operand *handle; assert (nparms == 1); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); handle=parms[0]; aopOp (handle,ic,FALSE,FALSE); /* put the size in R4-R2 */ if (aopHasRegs(AOP(handle),R2_IDX,R3_IDX)) { emitcode("push","%s", aopGet(handle,0,FALSE,TRUE,DP2_RESULT_REG)); emitcode("push","%s", aopGet(handle,1,FALSE,TRUE,DP2_RESULT_REG)); emitcode("pop","ar3"); emitcode("pop","ar2"); } else { emitcode ("mov","r2,%s", aopGet(handle,0,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("mov","r3,%s", aopGet(handle,1,FALSE,TRUE,DP2_RESULT_REG)); } freeAsmop (handle, NULL, ic, FALSE); /* make the call */ emitcode ("lcall","MM_Deref"); { symbol *rsym = OP_SYMBOL(IC_RESULT(ic)); if (rsym->liveFrom != rsym->liveTo) { aopOp (IC_RESULT(ic),ic,FALSE,FALSE); if (AOP_TYPE(IC_RESULT(ic)) != AOP_STR) { _startLazyDPSEvaluation (); aopPut(IC_RESULT(ic),"dpl",0); aopPut(IC_RESULT(ic),"dph",1); aopPut(IC_RESULT(ic),"dpx",2); _endLazyDPSEvaluation (); } } } freeAsmop (IC_RESULT(ic), NULL, ic, FALSE); unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genMMUnrestrictedPersist - */ /*-----------------------------------------------------------------*/ static void genMMUnrestrictedPersist(iCode *ic,int nparms, operand **parms) { bitVect *rsave ; operand *handle; assert (nparms == 1); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); handle=parms[0]; aopOp (handle,ic,FALSE,FALSE); /* put the size in R3-R2 */ if (aopHasRegs(AOP(handle),R2_IDX,R3_IDX)) { emitcode("push","%s", aopGet(handle,0,FALSE,TRUE,DP2_RESULT_REG)); emitcode("push","%s", aopGet(handle,1,FALSE,TRUE,DP2_RESULT_REG)); emitcode("pop","ar3"); emitcode("pop","ar2"); } else { emitcode ("mov","r2,%s", aopGet(handle,0,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("mov","r3,%s", aopGet(handle,1,FALSE,TRUE,DP2_RESULT_REG)); } freeAsmop (handle, NULL, ic, FALSE); /* make the call */ emitcode ("lcall","MM_UnrestrictedPersist"); { symbol *rsym = OP_SYMBOL(IC_RESULT(ic)); if (rsym->liveFrom != rsym->liveTo) { aopOp (IC_RESULT(ic),ic,FALSE,FALSE); aopPut(IC_RESULT(ic),"a",0); freeAsmop (IC_RESULT(ic), NULL, ic, FALSE); } } unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genSystemExecJavaProcess - */ /*-----------------------------------------------------------------*/ static void genSystemExecJavaProcess(iCode *ic,int nparms, operand **parms) { bitVect *rsave ; operand *handle, *pp; assert (nparms==2); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); pp = parms[0]; handle = parms[1]; /* put the handle in R3-R2 */ aopOp (handle,ic,FALSE,FALSE); if (aopHasRegs(AOP(handle),R2_IDX,R3_IDX)) { emitcode("push","%s", aopGet(handle,0,FALSE,TRUE,DP2_RESULT_REG)); emitcode("push","%s", aopGet(handle,1,FALSE,TRUE,DP2_RESULT_REG)); emitcode("pop","ar3"); emitcode("pop","ar2"); } else { emitcode ("mov","r2,%s", aopGet(handle,0,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("mov","r3,%s", aopGet(handle,1,FALSE,TRUE,DP2_RESULT_REG)); } freeAsmop (handle, NULL, ic, FALSE); /* put pointer in DPTR */ aopOp (pp,ic,FALSE,FALSE); if (AOP_TYPE(pp) == AOP_IMMD) { emitcode ("mov", "dptr,%s", aopGet (pp, 0, TRUE, FALSE, NULL)); } else if (AOP_TYPE(pp) != AOP_STR) { /* not already in dptr */ emitcode ("mov","dpl,%s",aopGet(pp,0,FALSE,FALSE,NULL)); emitcode ("mov","dph,%s",aopGet(pp,1,FALSE,FALSE,NULL)); emitcode ("mov","dpx,%s",aopGet(pp,2,FALSE,FALSE,NULL)); } freeAsmop (handle, NULL, ic, FALSE); /* make the call */ emitcode ("lcall","System_ExecJavaProcess"); /* put result in place */ { symbol *rsym = OP_SYMBOL(IC_RESULT(ic)); if (rsym->liveFrom != rsym->liveTo) { aopOp (IC_RESULT(ic),ic,FALSE,FALSE); aopPut(IC_RESULT(ic),"a",0); freeAsmop (IC_RESULT(ic), NULL, ic, FALSE); } } unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genSystemRTCRegisters - */ /*-----------------------------------------------------------------*/ static void genSystemRTCRegisters(iCode *ic,int nparms, operand **parms, char *name) { bitVect *rsave ; operand *pp; assert (nparms==1); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); pp=parms[0]; /* put pointer in DPTR */ aopOp (pp,ic,FALSE,FALSE); if (AOP_TYPE (pp) == AOP_IMMD) { emitcode ("mov","dps,#1"); emitcode ("mov", "dptr,%s", aopGet (pp, 0, TRUE, FALSE, NULL)); emitcode ("mov","dps,#0"); } else { emitcode ("mov","dpl1,%s", aopGet(pp,0,FALSE,FALSE,DP2_RESULT_REG)); emitcode ("mov","dph1,%s", aopGet(pp,1,FALSE,FALSE,DP2_RESULT_REG)); emitcode ("mov","dpx1,%s", aopGet(pp,2,FALSE,FALSE,DP2_RESULT_REG)); } freeAsmop (pp, NULL, ic, FALSE); /* make the call */ emitcode ("lcall","System_%sRTCRegisters",name); unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genSystemThreadSleep - */ /*-----------------------------------------------------------------*/ static void genSystemThreadSleep(iCode *ic,int nparms, operand **parms, char *name) { bitVect *rsave ; operand *to, *s; assert (nparms==1); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); to = parms[0]; aopOp(to,ic,FALSE,FALSE); if (aopHasRegs(AOP(to),R2_IDX,R3_IDX) || aopHasRegs(AOP(to),R0_IDX,R1_IDX) ) { emitcode ("push","%s", aopGet(to,0,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("push","%s", aopGet(to,1,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("push","%s", aopGet(to,2,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("push","%s", aopGet(to,3,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("pop","ar3"); emitcode ("pop","ar2"); emitcode ("pop","ar1"); emitcode ("pop","ar0"); } else { emitcode ("mov","r0,%s", aopGet(to,0,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("mov","r1,%s", aopGet(to,1,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("mov","r2,%s", aopGet(to,2,FALSE,TRUE,DP2_RESULT_REG)); emitcode ("mov","r3,%s", aopGet(to,3,FALSE,TRUE,DP2_RESULT_REG)); } freeAsmop (to, NULL, ic, FALSE); /* suspend in acc */ s = parms[1]; aopOp(s,ic,FALSE,FALSE); emitcode ("mov","a,%s", aopGet(s,0,FALSE,TRUE,NULL)); freeAsmop (s, NULL, ic, FALSE); /* make the call */ emitcode ("lcall","System_%s",name); unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genSystemThreadResume - */ /*-----------------------------------------------------------------*/ static void genSystemThreadResume(iCode *ic,int nparms, operand **parms) { bitVect *rsave ; operand *tid,*pid; assert (nparms==2); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); tid = parms[0]; pid = parms[1]; /* PID in R0 */ aopOp(pid,ic,FALSE,FALSE); emitcode ("mov","r0,%s", aopGet(pid,0,FALSE,TRUE,DP2_RESULT_REG)); freeAsmop (pid, NULL, ic, FALSE); /* tid into ACC */ aopOp(tid,ic,FALSE,FALSE); emitcode ("mov","a,%s", aopGet(tid,0,FALSE,TRUE,DP2_RESULT_REG)); freeAsmop (tid, NULL, ic, FALSE); emitcode ("lcall","System_ThreadResume"); /* put result into place */ { symbol *rsym = OP_SYMBOL(IC_RESULT(ic)); if (rsym->liveFrom != rsym->liveTo) { aopOp (IC_RESULT(ic),ic,FALSE,FALSE); aopPut(IC_RESULT(ic),"a",0); freeAsmop (IC_RESULT(ic), NULL, ic, FALSE); } } unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genSystemProcessResume - */ /*-----------------------------------------------------------------*/ static void genSystemProcessResume(iCode *ic,int nparms, operand **parms) { bitVect *rsave ; operand *pid; assert (nparms==1); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); pid = parms[0]; /* pid into ACC */ aopOp(pid,ic,FALSE,FALSE); emitcode ("mov","a,%s", aopGet(pid,0,FALSE,TRUE,DP2_RESULT_REG)); freeAsmop (pid, NULL, ic, FALSE); emitcode ("lcall","System_ProcessResume"); unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genSystem - */ /*-----------------------------------------------------------------*/ static void genSystem (iCode *ic,int nparms,char *name) { assert(nparms == 0); emitcode ("lcall","System_%s",name); } /*-----------------------------------------------------------------*/ /* genSystemPoll - */ /*-----------------------------------------------------------------*/ static void genSystemPoll(iCode *ic,int nparms, operand **parms,char *name) { bitVect *rsave ; operand *fp; assert (nparms==1); /* save registers that need to be saved */ savermask(rsave = bitVectCplAnd (bitVectCopy (ic->rMask), ds390_rUmaskForOp (IC_RESULT(ic)))); fp = parms[0]; aopOp (fp,ic,FALSE,FALSE); if (AOP_TYPE (fp) == AOP_IMMD) { emitcode ("mov", "dptr,%s", aopGet (fp, 0, TRUE, FALSE, DP2_RESULT_REG)); } else if (AOP_TYPE(fp) != AOP_STR) { /* not already in dptr */ emitcode ("mov","dpl,%s", aopGet(fp,0,FALSE,FALSE,DP2_RESULT_REG)); emitcode ("mov","dph,%s", aopGet(fp,1,FALSE,FALSE,DP2_RESULT_REG)); emitcode ("mov","dpx,%s", aopGet(fp,2,FALSE,FALSE,DP2_RESULT_REG)); } freeAsmop (fp, NULL, ic, FALSE); emitcode ("lcall","System_%sPoll",name); /* put result into place */ { symbol *rsym = OP_SYMBOL(IC_RESULT(ic)); if (rsym->liveFrom != rsym->liveTo) { aopOp (IC_RESULT(ic),ic,FALSE,FALSE); aopPut(IC_RESULT(ic),"a",0); freeAsmop (IC_RESULT(ic), NULL, ic, FALSE); } } unsavermask(rsave); } /*-----------------------------------------------------------------*/ /* genSystemGetCurrentID - */ /*-----------------------------------------------------------------*/ static void genSystemGetCurrentID(iCode *ic,int nparms, operand **parms,char *name) { assert (nparms==0); emitcode ("lcall","System_GetCurrent%sId",name); /* put result into place */ { symbol *rsym = OP_SYMBOL(IC_RESULT(ic)); if (rsym->liveFrom != rsym->liveTo) { aopOp (IC_RESULT(ic),ic,FALSE,FALSE); aopPut(IC_RESULT(ic),"a",0); freeAsmop (IC_RESULT(ic), NULL, ic, FALSE); } } } /*-----------------------------------------------------------------*/ /* genDjnz - generate decrement & jump if not zero instrucion */ /*-----------------------------------------------------------------*/ static int genDjnz (iCode * ic, iCode * ifx) { symbol *lbl, *lbl1; if (!ifx) return 0; /* if the if condition has a false label then we cannot save */ if (IC_FALSE (ifx)) return 0; /* if the minus is not of the form a = a - 1 */ if (!isOperandEqual (IC_RESULT (ic), IC_LEFT (ic)) || !IS_OP_LITERAL (IC_RIGHT (ic))) return 0; if (operandLitValue (IC_RIGHT (ic)) != 1) return 0; /* if the size of this greater than one then no saving */ if (getSize (operandType (IC_RESULT (ic))) > 1) return 0; /* otherwise we can save BIG */ D (emitcode (";", "genDjnz")); lbl = newiTempLabel (NULL); lbl1 = newiTempLabel (NULL); aopOp (IC_RESULT (ic), ic, FALSE, FALSE); if (AOP_NEEDSACC(IC_RESULT(ic))) { /* If the result is accessed indirectly via * the accumulator, we must explicitly write * it back after the decrement. */ char *rByte = aopGet (IC_RESULT(ic), 0, FALSE, FALSE, NULL); if (strcmp(rByte, "a")) { /* Something is hopelessly wrong */ fprintf(stderr, "*** warning: internal error at %s:%d\n", __FILE__, __LINE__); /* We can just give up; the generated code will be inefficient, * but what the hey. */ freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); return 0; } emitcode ("dec", "%s", rByte); aopPut (IC_RESULT (ic), rByte, 0); emitcode ("jnz", "!tlabel", lbl->key + 100); } else if (IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("dec", "%s", aopGet (IC_RESULT (ic), 0, FALSE, FALSE, NULL)); MOVA (aopGet (IC_RESULT (ic), 0, FALSE, FALSE, NULL)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); ifx->generated = 1; emitcode ("jnz", "!tlabel", lbl->key + 100); } else { emitcode ("djnz", "%s,!tlabel", aopGet (IC_RESULT (ic), 0, FALSE, TRUE, NULL), lbl->key + 100); } emitcode ("sjmp", "!tlabel", lbl1->key + 100); emitLabel (lbl); emitcode ("ljmp", "!tlabel", IC_TRUE (ifx)->key + 100); emitLabel (lbl1); if (!ifx->generated) freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); ifx->generated = 1; return 1; } /*-----------------------------------------------------------------*/ /* genReceive - generate code for a receive iCode */ /*-----------------------------------------------------------------*/ static void genReceive (iCode * ic) { int size = getSize (operandType (IC_RESULT (ic))); int offset = 0; int rb1off ; D (emitcode (";", "genReceive")); if (ic->argreg == 1) { /* first parameter */ if (AOP_IS_STR(IC_RESULT(ic))) { /* Nothing to do: it's already in the proper place. */ return; } else { bool useDp2; useDp2 = isOperandInFarSpace (IC_RESULT (ic)) && (OP_SYMBOL (IC_RESULT (ic))->isspilt || IS_TRUE_SYMOP (IC_RESULT (ic))); _G.accInUse++; aopOp (IC_RESULT (ic), ic, FALSE, useDp2); _G.accInUse--; /* Sanity checking... */ if (AOP_USESDPTR(IC_RESULT(ic))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "genReceive got unexpected DPTR."); } assignResultValue (IC_RESULT (ic), NULL); } } else if (ic->argreg > 12) { /* bit parameters */ if (OP_SYMBOL (IC_RESULT (ic))->regs[0]->rIdx != ic->argreg-5) { aopOp (IC_RESULT (ic), ic, FALSE, FALSE); emitcode ("mov", "c,%s", rb1regs[ic->argreg-5]); outBitC(IC_RESULT (ic)); } } else { /* second receive onwards */ /* this gets a little tricky since unused receives will be eliminated, we have saved the reg in the type field . and we use that to figure out which register to use */ aopOp (IC_RESULT (ic), ic, FALSE, FALSE); rb1off = ic->argreg; while (size--) { aopPut (IC_RESULT (ic), rb1regs[rb1off++ -5], offset++); } } freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genDummyRead - generate code for dummy read of volatiles */ /*-----------------------------------------------------------------*/ static void genDummyRead (iCode * ic) { operand *op; int size, offset; D (emitcode(";", "genDummyRead")); op = IC_RIGHT (ic); if (op && IS_SYMOP (op)) { aopOp (op, ic, FALSE, FALSE); /* if the result is a bit */ if (AOP_TYPE (op) == AOP_CRY) emitcode ("mov", "c,%s", AOP (op)->aopu.aop_dir); else { /* bit variables done */ /* general case */ size = AOP_SIZE (op); offset = 0; while (size--) { MOVA (aopGet (op, offset, FALSE, FALSE, FALSE)); offset++; } } freeAsmop (op, NULL, ic, TRUE); } op = IC_LEFT (ic); if (op && IS_SYMOP (op)) { aopOp (op, ic, FALSE, FALSE); /* if the result is a bit */ if (AOP_TYPE (op) == AOP_CRY) emitcode ("mov", "c,%s", AOP (op)->aopu.aop_dir); else { /* bit variables done */ /* general case */ size = AOP_SIZE (op); offset = 0; while (size--) { MOVA (aopGet (op, offset, FALSE, FALSE, FALSE)); offset++; } } freeAsmop (op, NULL, ic, TRUE); } } /*-----------------------------------------------------------------*/ /* genCritical - generate code for start of a critical sequence */ /*-----------------------------------------------------------------*/ static void genCritical (iCode *ic) { symbol *tlbl = newiTempLabel (NULL); D (emitcode(";", "genCritical")); if (IC_RESULT (ic)) { aopOp (IC_RESULT (ic), ic, TRUE, FALSE); aopPut (IC_RESULT (ic), one, 0); /* save old ea in an operand */ emitcode ("jbc", "ea,%05d$", (tlbl->key + 100)); /* atomic test & clear */ aopPut (IC_RESULT (ic), zero, 0); emitLabel (tlbl); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } else { emitcode ("setb", "c"); emitcode ("jbc", "ea,%05d$", (tlbl->key + 100)); /* atomic test & clear */ emitcode ("clr", "c"); emitLabel (tlbl); emitcode ("push", "psw"); /* save old ea via c in psw on top of stack*/ } } /*-----------------------------------------------------------------*/ /* genEndCritical - generate code for end of a critical sequence */ /*-----------------------------------------------------------------*/ static void genEndCritical (iCode *ic) { D(emitcode(";", "genEndCritical")); if (IC_RIGHT (ic)) { aopOp (IC_RIGHT (ic), ic, FALSE, FALSE); if (AOP_TYPE (IC_RIGHT (ic)) == AOP_CRY) { emitcode ("mov", "c,%s", IC_RIGHT (ic)->aop->aopu.aop_dir); emitcode ("mov", "ea,c"); } else { MOVA (aopGet (IC_RIGHT (ic), 0, FALSE, FALSE, FALSE)); emitcode ("rrc", "a"); emitcode ("mov", "ea,c"); } freeAsmop (IC_RIGHT (ic), NULL, ic, TRUE); } else { emitcode ("pop", "psw"); /* restore ea via c in psw on top of stack */ emitcode ("mov", "ea,c"); } } /*-----------------------------------------------------------------*/ /* genBuiltIn - calls the appropriate function to generating code */ /* for a built in function */ /*-----------------------------------------------------------------*/ static void genBuiltIn (iCode *ic) { operand *bi_parms[MAX_BUILTIN_ARGS]; int nbi_parms; iCode *bi_iCode; symbol *bif; /* get all the arguments for a built in function */ bi_iCode = getBuiltinParms(ic,&nbi_parms,bi_parms); /* which function is it */ bif = OP_SYMBOL(IC_LEFT(bi_iCode)); if (strcmp(bif->name,"__builtin_memcpy_x2x")==0) { genMemcpyX2X(bi_iCode,nbi_parms,bi_parms,0); } else if (strcmp(bif->name,"__builtin_memcpy_c2x")==0) { genMemcpyX2X(bi_iCode,nbi_parms,bi_parms,1); } else if (strcmp(bif->name,"__builtin_memcmp_x2x")==0) { genMemcmpX2X(bi_iCode,nbi_parms,bi_parms,0); } else if (strcmp(bif->name,"__builtin_memcmp_c2x")==0) { genMemcmpX2X(bi_iCode,nbi_parms,bi_parms,1); } else if (strcmp(bif->name,"__builtin_memset_x")==0) { genMemsetX(bi_iCode,nbi_parms,bi_parms); } else if (strcmp(bif->name,"__builtin_inp")==0) { genInp(bi_iCode,nbi_parms,bi_parms); } else if (strcmp(bif->name,"__builtin_outp")==0) { genOutp(bi_iCode,nbi_parms,bi_parms); } else if (strcmp(bif->name,"__builtin_swapw")==0) { genSwapW(bi_iCode,nbi_parms,bi_parms); /* JavaNative builtIns */ } else if (strcmp(bif->name,"NatLib_LoadByte")==0) { genNatLibLoadPrimitive(bi_iCode,nbi_parms,bi_parms,1); } else if (strcmp(bif->name,"NatLib_LoadShort")==0) { genNatLibLoadPrimitive(bi_iCode,nbi_parms,bi_parms,2); } else if (strcmp(bif->name,"NatLib_LoadInt")==0) { genNatLibLoadPrimitive(bi_iCode,nbi_parms,bi_parms,4); } else if (strcmp(bif->name,"NatLib_LoadPointer")==0) { genNatLibLoadPointer(bi_iCode,nbi_parms,bi_parms); } else if (strcmp(bif->name,"NatLib_InstallImmutableStateBlock")==0) { genNatLibInstallStateBlock(bi_iCode,nbi_parms,bi_parms,"Immutable"); } else if (strcmp(bif->name,"NatLib_InstallEphemeralStateBlock")==0) { genNatLibInstallStateBlock(bi_iCode,nbi_parms,bi_parms,"Ephemeral"); } else if (strcmp(bif->name,"NatLib_RemoveImmutableStateBlock")==0) { genNatLibRemoveStateBlock(bi_iCode,nbi_parms,"Immutable"); } else if (strcmp(bif->name,"NatLib_RemoveEphemeralStateBlock")==0) { genNatLibRemoveStateBlock(bi_iCode,nbi_parms,"Ephemeral"); } else if (strcmp(bif->name,"NatLib_GetImmutableStateBlock")==0) { genNatLibGetStateBlock(bi_iCode,nbi_parms,bi_parms,"Immutable"); } else if (strcmp(bif->name,"NatLib_GetEphemeralStateBlock")==0) { genNatLibGetStateBlock(bi_iCode,nbi_parms,bi_parms,"Ephemeral"); } else if (strcmp(bif->name,"MM_XMalloc")==0) { genMMMalloc(bi_iCode,nbi_parms,bi_parms,3,"XMalloc"); } else if (strcmp(bif->name,"MM_Malloc")==0) { genMMMalloc(bi_iCode,nbi_parms,bi_parms,2,"Malloc"); } else if (strcmp(bif->name,"MM_ApplicationMalloc")==0) { genMMMalloc(bi_iCode,nbi_parms,bi_parms,2,"ApplicationMalloc"); } else if (strcmp(bif->name,"MM_Free")==0) { genMMMalloc(bi_iCode,nbi_parms,bi_parms,2,"Free"); } else if (strcmp(bif->name,"MM_Deref")==0) { genMMDeref(bi_iCode,nbi_parms,bi_parms); } else if (strcmp(bif->name,"MM_UnrestrictedPersist")==0) { genMMUnrestrictedPersist(bi_iCode,nbi_parms,bi_parms); } else if (strcmp(bif->name,"System_ExecJavaProcess")==0) { genSystemExecJavaProcess(bi_iCode,nbi_parms,bi_parms); } else if (strcmp(bif->name,"System_GetRTCRegisters")==0) { genSystemRTCRegisters(bi_iCode,nbi_parms,bi_parms,"Get"); } else if (strcmp(bif->name,"System_SetRTCRegisters")==0) { genSystemRTCRegisters(bi_iCode,nbi_parms,bi_parms,"Set"); } else if (strcmp(bif->name,"System_ThreadSleep")==0) { genSystemThreadSleep(bi_iCode,nbi_parms,bi_parms,"ThreadSleep"); } else if (strcmp(bif->name,"System_ThreadSleep_ExitCriticalSection")==0) { genSystemThreadSleep(bi_iCode,nbi_parms,bi_parms,"ThreadSleep_ExitCriticalSection"); } else if (strcmp(bif->name,"System_ProcessSleep")==0) { genSystemThreadSleep(bi_iCode,nbi_parms,bi_parms,"ProcessSleep"); } else if (strcmp(bif->name,"System_ProcessSleep_ExitCriticalSection")==0) { genSystemThreadSleep(bi_iCode,nbi_parms,bi_parms,"ProcessSleep_ExitCriticalSection"); } else if (strcmp(bif->name,"System_ThreadResume")==0) { genSystemThreadResume(bi_iCode,nbi_parms,bi_parms); } else if (strcmp(bif->name,"System_SaveThread")==0) { genSystemThreadResume(bi_iCode,nbi_parms,bi_parms); } else if (strcmp(bif->name,"System_ThreadResume")==0) { genSystemThreadResume(bi_iCode,nbi_parms,bi_parms); } else if (strcmp(bif->name,"System_ProcessResume")==0) { genSystemProcessResume(bi_iCode,nbi_parms,bi_parms); } else if (strcmp(bif->name,"System_SaveJavaThreadState")==0) { genSystem(bi_iCode,nbi_parms,"SaveJavaThreadState"); } else if (strcmp(bif->name,"System_RestoreJavaThreadState")==0) { genSystem(bi_iCode,nbi_parms,"RestoreJavaThreadState"); } else if (strcmp(bif->name,"System_ProcessYield")==0) { genSystem(bi_iCode,nbi_parms,"ProcessYield"); } else if (strcmp(bif->name,"System_ProcessSuspend")==0) { genSystem(bi_iCode,nbi_parms,"ProcessSuspend"); } else if (strcmp(bif->name,"System_RegisterPoll")==0) { genSystemPoll(bi_iCode,nbi_parms,bi_parms,"Register"); } else if (strcmp(bif->name,"System_RemovePoll")==0) { genSystemPoll(bi_iCode,nbi_parms,bi_parms,"Remove"); } else if (strcmp(bif->name,"System_GetCurrentThreadId")==0) { genSystemGetCurrentID(bi_iCode,nbi_parms,bi_parms,"Thread"); } else if (strcmp(bif->name,"System_GetCurrentProcessId")==0) { genSystemGetCurrentID(bi_iCode,nbi_parms,bi_parms,"Process"); } else { werror(E_INTERNAL_ERROR,__FILE__,__LINE__,"unknown builtin function encountered\n"); return ; } return ; } /*-----------------------------------------------------------------*/ /* gen390Code - generate code for Dallas 390 based controllers */ /*-----------------------------------------------------------------*/ void gen390Code (iCode * lic) { iCode *ic; int cln = 0; _G.currentFunc = NULL; lineHead = lineCurr = NULL; dptrn[1][0] = "dpl1"; dptrn[1][1] = "dph1"; dptrn[1][2] = "dpx1"; if (options.model == MODEL_FLAT24) { fReturnSizeDS390 = 5; fReturn = fReturn24; } else { fReturnSizeDS390 = 4; fReturn = fReturn16; options.stack10bit=0; } #if 1 /* print the allocation information */ if (allocInfo && currFunc) printAllocInfo (currFunc, codeOutBuf); #endif /* if debug information required */ if (options.debug && currFunc) { debugFile->writeFunction (currFunc, lic); } /* stack pointer name */ if (options.useXstack) spname = "_spx"; else spname = "sp"; for (ic = lic; ic; ic = ic->next) { _G.current_iCode = ic; if (ic->lineno && cln != ic->lineno) { if (options.debug) { debugFile->writeCLine (ic); } if (!options.noCcodeInAsm) { emitcode (";", "%s:%d: %s", ic->filename, ic->lineno, printCLine(ic->filename, ic->lineno)); } cln = ic->lineno; } if (options.iCodeInAsm) { const char *iLine = printILine(ic); emitcode(";", "ic:%d: %s", ic->key, iLine); dbuf_free(iLine); } /* if the result is marked as spilt and rematerializable or code for this has already been generated then do nothing */ if (resultRemat (ic) || ic->generated) continue; /* depending on the operation */ switch (ic->op) { case '!': genNot (ic); break; case '~': genCpl (ic); break; case UNARYMINUS: genUminus (ic); break; case IPUSH: genIpush (ic); break; case IPOP: { iCode *ifxIc, *popIc; bool CommonRegs = FALSE; /* IPOP happens only when trying to restore a spilt live range, if there is an ifx statement following this pop (or several) then the if statement might be using some of the registers being popped which would destory the contents of the register so we need to check for this condition and handle it */ for (ifxIc = ic->next; ifxIc && ifxIc->op == IPOP; ifxIc = ifxIc->next); for (popIc = ic; popIc && popIc->op == IPOP; popIc = popIc->next) CommonRegs |= (ifxIc && ifxIc->op == IFX && !ifxIc->generated && regsInCommon (IC_LEFT (popIc), IC_COND (ifxIc))); if (CommonRegs) genIfx (ifxIc, ic); else genIpop (ic); } break; case CALL: genCall (ic); break; case PCALL: genPcall (ic); break; case FUNCTION: genFunction (ic); break; case ENDFUNCTION: genEndFunction (ic); break; case RETURN: genRet (ic); break; case LABEL: genLabel (ic); break; case GOTO: genGoto (ic); break; case '+': genPlus (ic); break; case '-': if (!genDjnz (ic, ifxForOp (IC_RESULT (ic), ic))) genMinus (ic); break; case '*': genMult (ic); break; case '/': genDiv (ic); break; case '%': genMod (ic); break; case '>': genCmpGt (ic, ifxForOp (IC_RESULT (ic), ic)); break; case '<': genCmpLt (ic, ifxForOp (IC_RESULT (ic), ic)); break; case LE_OP: case GE_OP: case NE_OP: /* note these two are xlated by algebraic equivalence during parsing SDCC.y */ werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "got '>=' or '<=' shouldn't have come here"); break; case EQ_OP: genCmpEq (ic, ifxForOp (IC_RESULT (ic), ic)); break; case AND_OP: genAndOp (ic); break; case OR_OP: genOrOp (ic); break; case '^': genXor (ic, ifxForOp (IC_RESULT (ic), ic)); break; case '|': genOr (ic, ifxForOp (IC_RESULT (ic), ic)); break; case BITWISEAND: genAnd (ic, ifxForOp (IC_RESULT (ic), ic)); break; case INLINEASM: genInline (ic); break; case RRC: genRRC (ic); break; case RLC: genRLC (ic); break; case GETHBIT: genGetHbit (ic); break; case LEFT_OP: genLeftShift (ic); break; case RIGHT_OP: genRightShift (ic); break; case GET_VALUE_AT_ADDRESS: genPointerGet (ic, hasInc (IC_LEFT (ic), ic, getSize (operandType (IC_RESULT (ic))))); break; case '=': if (POINTER_SET (ic)) genPointerSet (ic, hasInc (IC_RESULT (ic), ic, getSize (operandType (IC_RIGHT (ic))))); else genAssign (ic); break; case IFX: genIfx (ic, NULL); break; case ADDRESS_OF: genAddrOf (ic); break; case JUMPTABLE: genJumpTab (ic); break; case CAST: genCast (ic); break; case RECEIVE: genReceive (ic); break; case SEND: if (ic->builtinSEND) genBuiltIn(ic); else addSet (&_G.sendSet, ic); break; case DUMMY_READ_VOLATILE: genDummyRead (ic); break; case CRITICAL: genCritical (ic); break; case ENDCRITICAL: genEndCritical (ic); break; case SWAP: genSwap (ic); break; #if 0 // obsolete, and buggy for != xdata case ARRAYINIT: genArrayInit(ic); break; #endif default: /* This should never happen, right? */ fprintf(stderr, "*** Probable error: unsupported op 0x%x (%c) in %s @ %d\n", ic->op, ic->op, __FILE__, __LINE__); ic = ic; } } /* now we are ready to call the peep hole optimizer */ if (!options.nopeep) peepHole (&lineHead); /* now do the actual printing */ printLine (lineHead, codeOutBuf); return; } sdcc-2.9.0/src/ds390/gen.h000066400000000000000000000072761116427777700150500ustar00rootroot00000000000000/*------------------------------------------------------------------------- gen.h - header file for code generation for DS80C390 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCGEN390_H #define SDCCGEN390_H enum { AOP_LIT = 1, AOP_REG, AOP_DIR, AOP_DPTR, AOP_DPTR2, AOP_R0, AOP_R1, AOP_STK, AOP_IMMD, AOP_STR, AOP_CRY, AOP_ACC, AOP_DPTRn, AOP_DUMMY }; /* type asmop : a homogenised type for all the different spaces an operand can be in */ typedef struct asmop { short type; /* can have values AOP_LIT - operand is a literal value AOP_REG - is in registers AOP_DIR - direct just a name AOP_DPTR - dptr contains address of operand AOP_DPTR2 - dptr2 contains address of operand (DS80C390 only). AOP_R0/R1 - r0/r1 contains address of operand AOP_STK - should be pushed on stack this can happen only for the result AOP_IMMD - immediate value for eg. remateriazable AOP_CRY - carry contains the value of this AOP_STR - array of strings AOP_ACC - result is in the acc:b pair AOP_DPTRn - is in dptr(n) AOP_DUMMY - read as 0, discard writes */ short coff; /* current offset */ short size; /* total size */ unsigned code:1; /* is in Code space */ unsigned paged:1; /* in paged memory */ unsigned short allocated; /* number of times allocated */ union { short dptr; /* if AOP_DPTRn */ value *aop_lit; /* if literal */ regs *aop_reg[4]; /* array of registers */ char *aop_dir; /* if direct */ regs *aop_ptr; /* either -> to r0 or r1 */ struct { int from_cast_remat; /* cast remat created this : immd2 field used for highest order*/ char *aop_immd1; /* if immediate others are implied */ char *aop_immd2; /* cast remat will generate this */ } aop_immd; int aop_stk; /* stack offset when AOP_STK */ char *aop_str[5]; /* just a string array containing the location */ } aopu; } asmop; void gen390Code (iCode *); void ds390_emitDebuggerSymbol (char *); #endif sdcc-2.9.0/src/ds390/main.c000066400000000000000000001350521116427777700152100ustar00rootroot00000000000000/** @file main.c ds390 specific general functions. Note that mlh prepended _ds390_ on the static functions. Makes it easier to set a breakpoint using the debugger. */ #include "common.h" #include "main.h" #include "ralloc.h" #include "gen.h" #include "BuildCmd.h" #include "MySystem.h" #include "dbuf_string.h" #include "../SDCCutil.h" #include "../SDCCglobl.h" static char _defaultRules[] = { #include "peeph.rul" }; #define OPTION_STACK_8BIT "--stack-8bit" #define OPTION_FLAT24_MODEL "--model-flat24" #define OPTION_STACK_SIZE "--stack-size" static OPTION _ds390_options[] = { { 0, OPTION_FLAT24_MODEL, NULL, "use the flat24 model for the ds390 (default)" }, { 0, OPTION_STACK_8BIT, NULL, "use the 8bit stack for the ds390 (not supported yet)" }, { 0, OPTION_STACK_SIZE, &options.stack_size, "Tells the linker to allocate this space for stack", CLAT_INTEGER }, { 0, "--pack-iram", NULL, "Tells the linker to pack variables in internal ram (default)"}, { 0, "--no-pack-iram", &options.no_pack_iram, "Tells the linker not to pack variables in internal ram"}, { 0, "--stack-10bit", &options.stack10bit, "use the 10bit stack for ds390 (default)" }, { 0, "--use-accelerator", &options.useAccelerator, "generate code for ds390 arithmetic accelerator"}, { 0, "--protect-sp-update", &options.protect_sp_update, "will disable interrupts during ESP:SP updates"}, { 0, "--parms-in-bank1", &options.parms_in_bank1, "use Bank1 for parameter passing"}, { 0, NULL } }; /* list of key words used by msc51 */ static char *_ds390_keywords[] = { "at", "bit", "code", "critical", "data", "far", "idata", "interrupt", "near", "pdata", "reentrant", "sfr", "sfr16", "sfr32", "sbit", "using", "xdata", "_data", "_code", "_generic", "_near", "_xdata", "_pdata", "_idata", "_naked", NULL }; static builtins __ds390_builtins[] = { { "__builtin_memcpy_x2x","v",3,{"cx*","cx*","i"}}, /* void __builtin_memcpy_x2x (xdata char *,xdata char *,int) */ { "__builtin_memcpy_c2x","v",3,{"cx*","cp*","i"}}, /* void __builtin_memcpy_c2x (xdata char *,code char *,int) */ { "__builtin_memset_x","v",3,{"cx*","c","i"}}, /* void __builtin_memset (xdata char *,char,int) */ /* __builtin_inp - used to read from a memory mapped port, increment first pointer */ { "__builtin_inp","v",3,{"cx*","cx*","i"}}, /* void __builtin_inp (xdata char *,xdata char *,int) */ /* __builtin_inp - used to write to a memory mapped port, increment first pointer */ { "__builtin_outp","v",3,{"cx*","cx*","i"}}, /* void __builtin_outp (xdata char *,xdata char *,int) */ { "__builtin_swapw","us",1,{"us"}}, /* unsigned short __builtin_swapw (unsigned short) */ { "__builtin_memcmp_x2x","c",3,{"cx*","cx*","i"}}, /* void __builtin_memcmp_x2x (xdata char *,xdata char *,int) */ { "__builtin_memcmp_c2x","c",3,{"cx*","cp*","i"}}, /* void __builtin_memcmp_c2x (xdata char *,code char *,int) */ { NULL , NULL,0, {NULL}} /* mark end of table */ }; void ds390_assignRegisters (ebbIndex * ebbi); static int regParmFlg = 0; /* determine if we can register a parameter */ static void _ds390_init (void) { asm_addTree (&asm_asxxxx_mapping); } static void _ds390_reset_regparm (void) { regParmFlg = 0; } static int _ds390_regparm (sym_link * l, bool reentrant) { if (IS_SPEC(l) && (SPEC_NOUN(l) == V_BIT)) return 0; if (options.parms_in_bank1 == 0) { /* simple can pass only the first parameter in a register */ if (regParmFlg) return 0; regParmFlg = 1; return 1; } else { int size = getSize(l); int remain ; /* first one goes the usual way to DPTR */ if (regParmFlg == 0) { regParmFlg += 4 ; return 1; } /* second one onwards goes to RB1_0 thru RB1_7 */ remain = regParmFlg - 4; if (size > (8 - remain)) { regParmFlg = 12 ; return 0; } regParmFlg += size ; return regParmFlg - size + 1; } } static bool _ds390_parseOptions (int *pargc, char **argv, int *i) { /* TODO: allow port-specific command line options to specify * segment names here. */ if (!strcmp (argv[*i], OPTION_STACK_8BIT)) { options.stack10bit = 0; return TRUE; } else if (!strcmp (argv[*i], OPTION_FLAT24_MODEL)) { options.model = MODEL_FLAT24; return TRUE; } return FALSE; } static void _ds390_finaliseOptions (void) { if (options.noXinitOpt) { port->genXINIT=0; } /* Hack-o-matic: if we are using the flat24 model, * adjust pointer sizes. */ if (options.model != MODEL_FLAT24) { fprintf (stderr, "*** warning: ds390 port small and large model experimental.\n"); if (options.model == MODEL_LARGE) { port->mem.default_local_map = xdata; port->mem.default_globl_map = xdata; } else { port->mem.default_local_map = data; port->mem.default_globl_map = data; } } else { port->s.fptr_size = 3; port->s.gptr_size = 4; port->stack.isr_overhead += 2; /* Will save dpx on ISR entry. */ port->stack.call_overhead += 2; /* This acounts for the extra byte * of return addres on the stack. * but is ugly. There must be a * better way. */ port->mem.default_local_map = xdata; port->mem.default_globl_map = xdata; if (!options.stack10bit) { fprintf (stderr, "*** error: ds390 port only supports the 10 bit stack mode.\n"); } else { if (!options.stack_loc) options.stack_loc = 0x400008; } /* generate native code 16*16 mul/div */ if (options.useAccelerator) port->support.muldiv=2; else port->support.muldiv=1; /* Fixup the memory map for the stack; it is now in * far space and requires a FPOINTER to access it. */ istack->fmap = 1; istack->ptrType = FPOINTER; if (options.parms_in_bank1) { addSet(&preArgvSet, Safe_strdup("-DSDCC_PARMS_IN_BANK1")); } } /* MODEL_FLAT24 */ } static void _ds390_setDefaultOptions (void) { options.model=MODEL_FLAT24; options.stack10bit=1; } static const char * _ds390_getRegName (struct regs *reg) { if (reg) return reg->name; return "err"; } extern char * iComments2; static void _ds390_genAssemblerPreamble (FILE * of) { fputs (iComments2, of); fputs ("; CPU specific extensions\n",of); fputs (iComments2, of); if (options.model == MODEL_FLAT24) fputs (".flat24 on\t\t; 24 bit flat addressing\n", of); fputs ("dpl1\t=\t0x84\n", of); fputs ("dph1\t=\t0x85\n", of); fputs ("dps\t=\t0x86\n", of); fputs ("dpx\t=\t0x93\n", of); fputs ("dpx1\t=\t0x95\n", of); fputs ("esp\t=\t0x9B\n", of); fputs ("ap\t=\t0x9C\n", of); fputs ("_ap\t=\t0x9C\n", of); fputs ("mcnt0\t=\t0xD1\n", of); fputs ("mcnt1\t=\t0xD2\n", of); fputs ("ma\t=\t0xD3\n", of); fputs ("mb\t=\t0xD4\n", of); fputs ("mc\t=\t0xD5\n", of); fputs ("F1\t=\t0xD1\t; user flag\n", of); if (options.parms_in_bank1) { int i ; for (i=0; i < 8 ; i++ ) fprintf (of,"b1_%d\t=\t0x%02X\n",i,8+i); } } /* Generate interrupt vector table. */ static int _ds390_genIVT (struct dbuf_s * oBuf, symbol ** interrupts, int maxInterrupts) { int i; if (options.model != MODEL_FLAT24) { dbuf_printf (oBuf, "\tljmp\t__sdcc_gsinit_startup\n"); /* now for the other interrupts */ for (i = 0; i < maxInterrupts; i++) { if (interrupts[i]) { dbuf_printf (oBuf, "\tljmp\t%s\n", interrupts[i]->rname); if ( i != maxInterrupts - 1 ) dbuf_printf (oBuf, "\t.ds\t5\n"); } else { dbuf_printf (oBuf, "\treti\n"); if ( i != maxInterrupts - 1 ) dbuf_printf (oBuf, "\t.ds\t7\n"); } } return TRUE; } dbuf_printf (oBuf, "\tajmp\t__reset_vect\n"); /* now for the other interrupts */ for (i = 0; i < maxInterrupts; i++) { if (interrupts[i]) { dbuf_printf (oBuf, "\tljmp\t%s\n\t.ds\t4\n", interrupts[i]->rname); } else { dbuf_printf (oBuf, "\treti\n\t.ds\t7\n"); } } dbuf_printf (oBuf, "__reset_vect:\n\tljmp\t__sdcc_gsinit_startup\n"); return TRUE; } static void _ds390_genInitStartup (FILE *of) { fprintf (of, "__sdcc_gsinit_startup:\n"); /* if external stack is specified then the higher order byte of the xdatalocation is going into P2 and the lower order going into spx */ if (options.useXstack) { fprintf (of, "\tmov\tP2,#0x%02x\n", (((unsigned int) options.xdata_loc) >> 8) & 0xff); fprintf (of, "\tmov\t_spx,#0x%02x\n", (unsigned int) options.xdata_loc & 0xff); } // This should probably be a port option, but I'm being lazy. // on the 400, the firmware boot loader gives us a valid stack // (see '400 data sheet pg. 85 (TINI400 ROM Initialization code) if (!TARGET_IS_DS400) { /* initialise the stack pointer. JCF: aslink takes care of the location */ fprintf (of, "\tmov\tsp,#__start__stack - 1\n"); /* MOF */ } fprintf (of, "\tlcall\t__sdcc_external_startup\n"); fprintf (of, "\tmov\ta,dpl\n"); fprintf (of, "\tjz\t__sdcc_init_data\n"); fprintf (of, "\tljmp\t__sdcc_program_startup\n"); fprintf (of, "__sdcc_init_data:\n"); // if the port can copy the XINIT segment to XISEG if (port->genXINIT) { port->genXINIT(of); } } /* Generate code to copy XINIT to XISEG */ static void _ds390_genXINIT (FILE * of) { fprintf (of, "; _ds390_genXINIT() start\n"); fprintf (of, " mov a,#l_XINIT\n"); fprintf (of, " orl a,#l_XINIT>>8\n"); fprintf (of, " jz 00003$\n"); fprintf (of, " mov a,#s_XINIT\n"); fprintf (of, " add a,#l_XINIT\n"); fprintf (of, " mov r1,a\n"); fprintf (of, " mov a,#s_XINIT>>8\n"); fprintf (of, " addc a,#l_XINIT>>8\n"); fprintf (of, " mov r2,a\n"); fprintf (of, " mov dptr,#s_XINIT\n"); fprintf (of, " mov dps,#0x21\n"); fprintf (of, " mov dptr,#s_XISEG\n"); fprintf (of, "00001$: clr a\n"); fprintf (of, " movc a,@a+dptr\n"); fprintf (of, " movx @dptr,a\n"); fprintf (of, " inc dptr\n"); fprintf (of, " inc dptr\n"); fprintf (of, "00002$: mov a,dpl\n"); fprintf (of, " cjne a,ar1,00001$\n"); fprintf (of, " mov a,dph\n"); fprintf (of, " cjne a,ar2,00001$\n"); fprintf (of, " mov dps,#0\n"); fprintf (of, "00003$:\n"); fprintf (of, "; _ds390_genXINIT() end\n"); } /* Do CSE estimation */ static bool cseCostEstimation (iCode *ic, iCode *pdic) { operand *result = IC_RESULT(ic); //operand *right = IC_RIGHT(ic); //operand *left = IC_LEFT(ic); sym_link *result_type = operandType(result); //sym_link *right_type = (right ? operandType(right) : 0); //sym_link *left_type = (left ? operandType(left) : 0); /* if it is a pointer then return ok for now */ if (IC_RESULT(ic) && IS_PTR(result_type)) return 1; /* if bitwise | add & subtract then no since mcs51 is pretty good at it so we will cse only if they are local (i.e. both ic & pdic belong to the same basic block */ if (IS_BITWISE_OP(ic) || ic->op == '+' || ic->op == '-') { /* then if they are the same Basic block then ok */ if (ic->eBBlockNum == pdic->eBBlockNum) return 1; else return 0; } /* for others it is cheaper to do the cse */ return 1; } bool _ds390_nativeMulCheck(iCode *ic, sym_link *left, sym_link *right) { return FALSE; // #STUB } /* Indicate which extended bit operations this port supports */ static bool hasExtBitOp (int op, int size) { if (op == RRC || op == RLC || op == GETHBIT || (op == SWAP && size <= 2) ) return TRUE; else return FALSE; } /* Indicate the expense of an access to an output storage class */ static int oclsExpense (struct memmap *oclass) { if (IN_FARSPACE(oclass)) return 1; return 0; } static int instructionSize(char *inst, char *op1, char *op2) { int isflat24 = (options.model == MODEL_FLAT24); #define ISINST(s) (strncmp(inst, (s), sizeof(s)-1) == 0) #define IS_A(s) (*(s) == 'a' && *(s+1) == '\0') #define IS_C(s) (*(s) == 'c' && *(s+1) == '\0') #define IS_Rn(s) (*(s) == 'r' && *(s+1) >= '0' && *(s+1) <= '7') #define IS_atRi(s) (*(s) == '@' && *(s+1) == 'r') /* Based on the current (2003-08-22) code generation for the small library, the top instruction probability is: 57% mov/movx/movc 6% push 6% pop 4% inc 4% lcall 4% add 3% clr 2% subb */ /* mov, push, & pop are the 69% of the cases. Check them first! */ if (ISINST ("mov")) { if (*(inst+3)=='x') return 1; /* movx */ if (*(inst+3)=='c') return 1; /* movc */ if (IS_C (op1) || IS_C (op2)) return 2; if (IS_A (op1)) { if (IS_Rn (op2) || IS_atRi (op2)) return 1; return 2; } if (IS_Rn(op1) || IS_atRi(op1)) { if (IS_A(op2)) return 1; return 2; } if (strcmp (op1, "dptr") == 0) return 3+isflat24; if (IS_A (op2) || IS_Rn (op2) || IS_atRi (op2)) return 2; return 3; } if (ISINST ("push")) return 2; if (ISINST ("pop")) return 2; if (ISINST ("lcall")) return 3+isflat24; if (ISINST ("ret")) return 1; if (ISINST ("ljmp")) return 3+isflat24; if (ISINST ("sjmp")) return 2; if (ISINST ("rlc")) return 1; if (ISINST ("rrc")) return 1; if (ISINST ("rl")) return 1; if (ISINST ("rr")) return 1; if (ISINST ("swap")) return 1; if (ISINST ("jc")) return 2; if (ISINST ("jnc")) return 2; if (ISINST ("jb")) return 3; if (ISINST ("jnb")) return 3; if (ISINST ("jbc")) return 3; if (ISINST ("jmp")) return 1; // always jmp @a+dptr if (ISINST ("jz")) return 2; if (ISINST ("jnz")) return 2; if (ISINST ("cjne")) return 3; if (ISINST ("mul")) return 1; if (ISINST ("div")) return 1; if (ISINST ("da")) return 1; if (ISINST ("xchd")) return 1; if (ISINST ("reti")) return 1; if (ISINST ("nop")) return 1; if (ISINST ("acall")) return 2+isflat24; if (ISINST ("ajmp")) return 2+isflat24; if (ISINST ("add") || ISINST ("addc") || ISINST ("subb") || ISINST ("xch")) { if (IS_Rn(op2) || IS_atRi(op2)) return 1; return 2; } if (ISINST ("inc") || ISINST ("dec")) { if (IS_A(op1) || IS_Rn(op1) || IS_atRi(op1)) return 1; if (strcmp(op1, "dptr") == 0) return 1; return 2; } if (ISINST ("anl") || ISINST ("orl") || ISINST ("xrl")) { if (IS_C(op1)) return 2; if (IS_A(op1)) { if (IS_Rn(op2) || IS_atRi(op2)) return 1; return 2; } else { if (IS_A(op2)) return 2; return 3; } } if (ISINST ("clr") || ISINST ("setb") || ISINST ("cpl")) { if (IS_A(op1) || IS_C(op1)) return 1; return 2; } if (ISINST ("djnz")) { if (IS_Rn(op1)) return 2; return 3; } /* If the instruction is unrecognized, we shouldn't try to optimize. */ /* Return a large value to discourage optimization. */ return 999; } asmLineNode * ds390newAsmLineNode (int currentDPS) { asmLineNode *aln; aln = Safe_alloc ( sizeof (asmLineNode)); aln->size = 0; aln->regsRead = NULL; aln->regsWritten = NULL; aln->initialized = 0; aln->currentDPS = currentDPS; return aln; } typedef struct ds390operanddata { char name[6]; int regIdx1; int regIdx2; } ds390operanddata; static ds390operanddata ds390operandDataTable[] = { {"_ap", AP_IDX, -1}, {"a", A_IDX, -1}, {"ab", A_IDX, B_IDX}, {"ac", CND_IDX, -1}, {"ap", AP_IDX, -1}, {"acc", A_IDX, -1}, {"ar0", R0_IDX, -1}, {"ar1", R1_IDX, -1}, {"ar2", R2_IDX, -1}, {"ar3", R3_IDX, -1}, {"ar4", R4_IDX, -1}, {"ar5", R5_IDX, -1}, {"ar6", R6_IDX, -1}, {"ar7", R7_IDX, -1}, {"b", B_IDX, -1}, {"c", CND_IDX, -1}, {"cy", CND_IDX, -1}, {"dph", DPH_IDX, -1}, {"dph0", DPH_IDX, -1}, {"dph1", DPH1_IDX, -1}, {"dpl", DPL_IDX, -1}, {"dpl0", DPL_IDX, -1}, {"dpl1", DPL1_IDX, -1}, /* {"dptr", DPL_IDX, DPH_IDX}, */ /* dptr is special, based on currentDPS */ {"dps", DPS_IDX, -1}, {"dpx", DPX_IDX, -1}, {"dpx0", DPX_IDX, -1}, {"dpx1", DPX1_IDX, -1}, {"f0", CND_IDX, -1}, {"f1", CND_IDX, -1}, {"ov", CND_IDX, -1}, {"p", CND_IDX, -1}, {"psw", CND_IDX, -1}, {"r0", R0_IDX, -1}, {"r1", R1_IDX, -1}, {"r2", R2_IDX, -1}, {"r3", R3_IDX, -1}, {"r4", R4_IDX, -1}, {"r5", R5_IDX, -1}, {"r6", R6_IDX, -1}, {"r7", R7_IDX, -1}, }; static int ds390operandCompare (const void *key, const void *member) { return strcmp((const char *)key, ((ds390operanddata *)member)->name); } static void updateOpRW (asmLineNode *aln, char *op, char *optype, int currentDPS) { ds390operanddata *opdat; char *dot; int regIdx1 = -1; int regIdx2 = -1; int regIdx3 = -1; dot = strchr(op, '.'); if (dot) *dot = '\0'; opdat = bsearch (op, ds390operandDataTable, sizeof(ds390operandDataTable)/sizeof(ds390operanddata), sizeof(ds390operanddata), ds390operandCompare); if (opdat) { regIdx1 = opdat->regIdx1; regIdx2 = opdat->regIdx2; } if (!strcmp(op, "dptr")) { if (!currentDPS) { regIdx1 = DPL_IDX; regIdx2 = DPH_IDX; regIdx3 = DPX_IDX; } else { regIdx1 = DPL1_IDX; regIdx2 = DPH1_IDX; regIdx3 = DPX1_IDX; } } if (strchr(optype,'r')) { if (regIdx1 >= 0) aln->regsRead = bitVectSetBit (aln->regsRead, regIdx1); if (regIdx2 >= 0) aln->regsRead = bitVectSetBit (aln->regsRead, regIdx2); if (regIdx3 >= 0) aln->regsRead = bitVectSetBit (aln->regsRead, regIdx3); } if (strchr(optype,'w')) { if (regIdx1 >= 0) aln->regsWritten = bitVectSetBit (aln->regsWritten, regIdx1); if (regIdx2 >= 0) aln->regsWritten = bitVectSetBit (aln->regsWritten, regIdx2); if (regIdx3 >= 0) aln->regsWritten = bitVectSetBit (aln->regsWritten, regIdx3); } if (op[0] == '@') { if (!strcmp(op, "@r0")) aln->regsRead = bitVectSetBit (aln->regsRead, R0_IDX); if (!strcmp(op, "@r1")) aln->regsRead = bitVectSetBit (aln->regsRead, R1_IDX); if (strstr(op, "dptr")) { if (!currentDPS) { aln->regsRead = bitVectSetBit (aln->regsRead, DPL_IDX); aln->regsRead = bitVectSetBit (aln->regsRead, DPH_IDX); aln->regsRead = bitVectSetBit (aln->regsRead, DPX_IDX); } else { aln->regsRead = bitVectSetBit (aln->regsRead, DPL1_IDX); aln->regsRead = bitVectSetBit (aln->regsRead, DPH1_IDX); aln->regsRead = bitVectSetBit (aln->regsRead, DPX1_IDX); } } if (strstr(op, "a+")) aln->regsRead = bitVectSetBit (aln->regsRead, A_IDX); } } typedef struct ds390opcodedata { char name[6]; char class[3]; char pswtype[3]; char op1type[3]; char op2type[3]; } ds390opcodedata; static ds390opcodedata ds390opcodeDataTable[] = { {"acall","j", "", "", ""}, {"add", "", "w", "rw", "r"}, {"addc", "", "rw", "rw", "r"}, {"ajmp", "j", "", "", ""}, {"anl", "", "", "rw", "r"}, {"cjne", "j", "w", "r", "r"}, {"clr", "", "", "w", ""}, {"cpl", "", "", "rw", ""}, {"da", "", "rw", "rw", ""}, {"dec", "", "", "rw", ""}, {"div", "", "w", "rw", ""}, {"djnz", "j", "", "rw", ""}, {"inc", "", "", "rw", ""}, {"jb", "j", "", "r", ""}, {"jbc", "j", "", "rw", ""}, {"jc", "j", "", "", ""}, {"jmp", "j", "", "", ""}, {"jnb", "j", "", "r", ""}, {"jnc", "j", "", "", ""}, {"jnz", "j", "", "", ""}, {"jz", "j", "", "", ""}, {"lcall","j", "", "", ""}, {"ljmp", "j", "", "", ""}, {"mov", "", "", "w", "r"}, {"movc", "", "", "w", "r"}, {"movx", "", "", "w", "r"}, {"mul", "", "w", "rw", ""}, {"nop", "", "", "", ""}, {"orl", "", "", "rw", "r"}, {"pop", "", "", "w", ""}, {"push", "", "", "r", ""}, {"ret", "j", "", "", ""}, {"reti", "j", "", "", ""}, {"rl", "", "", "rw", ""}, {"rlc", "", "rw", "rw", ""}, {"rr", "", "", "rw", ""}, {"rrc", "", "rw", "rw", ""}, {"setb", "", "", "w", ""}, {"sjmp", "j", "", "", ""}, {"subb", "", "rw", "rw", "r"}, {"swap", "", "", "rw", ""}, {"xch", "", "", "rw", "rw"}, {"xchd", "", "", "rw", "rw"}, {"xrl", "", "", "rw", "r"}, }; static int ds390opcodeCompare (const void *key, const void *member) { return strcmp((const char *)key, ((ds390opcodedata *)member)->name); } static asmLineNode * asmLineNodeFromLineNode (lineNode *ln, int currentDPS) { asmLineNode *aln = ds390newAsmLineNode(currentDPS); char *op, op1[256], op2[256]; int opsize; const char *p; char inst[8]; ds390opcodedata *opdat; aln->initialized = 1; p = ln->line; while (*p && isspace(*p)) p++; for (op = inst, opsize=1; *p; p++) { if (isspace(*p) || *p == ';' || *p == ':' || *p == '=') break; else if (opsize < sizeof(inst)) *op++ = tolower(*p), opsize++; } *op = '\0'; if (*p == ';' || *p == ':' || *p == '=') return aln; while (*p && isspace(*p)) p++; if (*p == '=') return aln; for (op = op1, opsize=1; *p && *p != ','; p++) { if (!isspace(*p) && opsize < sizeof(op1)) *op++ = tolower(*p), opsize++; } *op = '\0'; if (*p == ',') p++; for (op = op2, opsize=1; *p && *p != ','; p++) { if (!isspace(*p) && opsize < sizeof(op2)) *op++ = tolower(*p), opsize++; } *op = '\0'; aln->size = instructionSize(inst, op1, op2); aln->regsRead = newBitVect (END_IDX); aln->regsWritten = newBitVect (END_IDX); opdat = bsearch (inst, ds390opcodeDataTable, sizeof(ds390opcodeDataTable)/sizeof(ds390opcodedata), sizeof(ds390opcodedata), ds390opcodeCompare); if (opdat) { updateOpRW (aln, op1, opdat->op1type, currentDPS); updateOpRW (aln, op2, opdat->op2type, currentDPS); if (strchr(opdat->pswtype,'r')) aln->regsRead = bitVectSetBit (aln->regsRead, CND_IDX); if (strchr(opdat->pswtype,'w')) aln->regsWritten = bitVectSetBit (aln->regsWritten, CND_IDX); } return aln; } static void initializeAsmLineNode (lineNode *line) { if (!line->aln) line->aln = asmLineNodeFromLineNode (line, 0); else if (line->aln && !line->aln->initialized) { int currentDPS = line->aln->currentDPS; free(line->aln); line->aln = asmLineNodeFromLineNode (line, currentDPS); } } static int getInstructionSize (lineNode *line) { initializeAsmLineNode (line); return line->aln->size; } static bitVect * getRegsRead (lineNode *line) { initializeAsmLineNode (line); return line->aln->regsRead; } static bitVect * getRegsWritten (lineNode *line) { initializeAsmLineNode (line); return line->aln->regsWritten; } /** $1 is always the basename. $2 is always the output file. $3 varies $l is the list of extra options that should be there somewhere... MUST be terminated with a NULL. */ static const char *_linkCmd[] = { "aslink", "-nf", "\"$1\"", NULL }; /* $3 is replaced by assembler.debug_opts resp. port->assembler.plain_opts */ static const char *_asmCmd[] = { "asx8051", "$l", "$3", "\"$1.asm\"", NULL }; /* Globals */ PORT ds390_port = { TARGET_ID_DS390, "ds390", "DS80C390", /* Target name */ NULL, { glue, TRUE, /* Emit glue around main */ MODEL_SMALL | MODEL_LARGE | MODEL_FLAT24, MODEL_SMALL }, { _asmCmd, NULL, "-plosgffc", /* Options with debug */ "-plosgff", /* Options without debug */ 0, ".asm", NULL /* no do_assemble function */ }, { _linkCmd, NULL, NULL, ".rel", 1 }, { _defaultRules, getInstructionSize, getRegsRead, getRegsWritten }, { /* Sizes: char, short, int, long, ptr, fptr, gptr, bit, float, max */ 1, 2, 2, 4, 1, 2, 3, 1, 4, 4 }, /* tags for generic pointers */ { 0x00, 0x40, 0x60, 0x80 }, /* far, near, xstack, code */ { "XSEG (XDATA)", "STACK (DATA)", "CSEG (CODE)", "DSEG (DATA)", "ISEG (DATA)", "PSEG (PAG,XDATA)", "XSEG (XDATA)", "BSEG (BIT)", "RSEG (DATA)", "GSINIT (CODE)", "OSEG (OVR,DATA)", "GSFINAL (CODE)", "HOME (CODE)", "XISEG (XDATA)", // initialized xdata "XINIT (CODE)", // a code copy of xiseg "CONST (CODE)", // const_name - const data (code or not) "CABS (ABS,CODE)", // cabs_name - const absolute data (code or not) "XABS (ABS,XDATA)", // xabs_name - absolute xdata/pdata "IABS (ABS,DATA)", // iabs_name - absolute idata/data NULL, NULL, 1 }, { NULL, NULL }, { +1, 1, 4, 1, 1, 0 }, /* ds390 has an 16 bit mul & div */ { 2, -1 }, { ds390_emitDebuggerSymbol }, { 255/4, /* maxCount */ 4, /* sizeofElement */ {8,12,20}, /* sizeofMatchJump[] */ {10,14,22}, /* sizeofRangeCompare[] */ 4, /* sizeofSubtract */ 7, /* sizeofDispatch */ }, "_", _ds390_init, _ds390_parseOptions, _ds390_options, NULL, _ds390_finaliseOptions, _ds390_setDefaultOptions, ds390_assignRegisters, _ds390_getRegName, _ds390_keywords, _ds390_genAssemblerPreamble, NULL, /* no genAssemblerEnd */ _ds390_genIVT, _ds390_genXINIT, _ds390_genInitStartup, _ds390_reset_regparm, _ds390_regparm, NULL, NULL, _ds390_nativeMulCheck, hasExtBitOp, /* hasExtBitOp */ oclsExpense, /* oclsExpense */ FALSE, TRUE, /* little endian */ 0, /* leave lt */ 0, /* leave gt */ 1, /* transform <= to ! > */ 1, /* transform >= to ! < */ 1, /* transform != to !(a == b) */ 0, /* leave == */ FALSE, /* No array initializer support. */ cseCostEstimation, __ds390_builtins, /* table of builtin functions */ GPOINTER, /* treat unqualified pointers as "generic" pointers */ 1, /* reset labelKey to 1 */ 1, /* globals & local static allowed */ PORT_MAGIC }; /*---------------------------------------------------------------------------------*/ /* TININative specific */ /*---------------------------------------------------------------------------------*/ #define OPTION_TINI_LIBID "--tini-libid" static OPTION _tininative_options[] = { { 0, OPTION_FLAT24_MODEL, NULL, "use the flat24 model for the ds390 (default)" }, { 0, OPTION_STACK_8BIT, NULL, "use the 8bit stack for the ds390 (not supported yet)" }, { 0, OPTION_STACK_SIZE, &options.stack_size, "Tells the linker to allocate this space for stack", CLAT_INTEGER }, { 0, "--pack-iram", NULL, "Tells the linker to pack variables in internal ram (default)"}, { 0, "--no-pack-iram", &options.no_pack_iram, "Tells the linker not to pack variables in internal ram"}, { 0, "--stack-10bit", &options.stack10bit, "use the 10bit stack for ds390 (default)" }, { 0, "--use-accelerator", &options.useAccelerator, "generate code for ds390 arithmetic accelerator"}, { 0, "--protect-sp-update", &options.protect_sp_update, "will disable interrupts during ESP:SP updates"}, { 0, "--parms-in-bank1", &options.parms_in_bank1, "use Bank1 for parameter passing"}, { 0, OPTION_TINI_LIBID, &options.tini_libid, " LibraryID used in -mTININative", CLAT_INTEGER }, { 0, NULL } }; static void _tininative_init (void) { asm_addTree (&asm_a390_mapping); } static void _tininative_setDefaultOptions (void) { options.model=MODEL_FLAT24; options.stack10bit=1; options.stackAuto = 1; } static void _tininative_finaliseOptions (void) { /* Hack-o-matic: if we are using the flat24 model, * adjust pointer sizes. */ if (options.model != MODEL_FLAT24) { options.model = MODEL_FLAT24 ; fprintf(stderr,"TININative supports only MODEL FLAT24\n"); } port->s.fptr_size = 3; port->s.gptr_size = 4; port->stack.isr_overhead += 2; /* Will save dpx on ISR entry. */ port->stack.call_overhead += 2; /* This acounts for the extra byte * of return addres on the stack. * but is ugly. There must be a * better way. */ port->mem.default_local_map = xdata; port->mem.default_globl_map = xdata; if (!options.stack10bit) { options.stack10bit = 1; fprintf(stderr,"TININative supports only stack10bit \n"); } if (!options.stack_loc) options.stack_loc = 0x400008; /* generate native code 16*16 mul/div */ if (options.useAccelerator) port->support.muldiv=2; else port->support.muldiv=1; /* Fixup the memory map for the stack; it is now in * far space and requires a FPOINTER to access it. */ istack->fmap = 1; istack->ptrType = FPOINTER; options.cc_only =1; } static int _tininative_genIVT (struct dbuf_s * oBuf, symbol ** interrupts, int maxInterrupts) { return TRUE; } static void _tininative_genAssemblerPreamble (FILE * of) { fputs("$include(tini.inc)\n", of); fputs("$include(ds80c390.inc)\n", of); fputs("$include(tinimacro.inc)\n", of); fputs("$include(apiequ.inc)\n", of); fputs("_bpx EQU 01Eh \t\t; _bpx (frame pointer) mapped to R8_B3:R7_B3\n", of); fputs("_ap EQU 01Dh \t\t; _ap mapped to R6_B3\n", of); /* Must be first and return 0 */ fputs("Lib_Native_Init:\n",of); fputs("\tclr\ta\n",of); fputs("\tret\n",of); fputs("LibraryID:\n",of); fputs("\tdb \"DS\"\n",of); if (options.tini_libid) { fprintf(of,"\tdb 0,0,0%02xh,0%02xh,0%02xh,0%02xh\n", (options.tini_libid>>24 & 0xff), (options.tini_libid>>16 & 0xff), (options.tini_libid>>8 & 0xff), (options.tini_libid & 0xff)); } else { fprintf(of,"\tdb 0,0,0,0,0,1\n"); } } static void _tininative_genAssemblerEnd (FILE * of) { fputs("\tend\n",of); } /* tininative assembler , calls "macro", if it succeeds calls "a390" */ static void _tininative_do_assemble (set *asmOptions) { static const char *macroCmd[] = { "macro","$1.a51",NULL }; static const char *a390Cmd[] = { "a390","$1.mpp",NULL }; char buffer[100]; buildCmdLine(buffer,macroCmd,dstFileName,NULL,NULL,NULL); if (my_system(buffer)) { exit(1); } buildCmdLine(buffer,a390Cmd,dstFileName,NULL,NULL,asmOptions); if (my_system(buffer)) { exit(1); } } /* list of key words used by TININative */ static char *_tininative_keywords[] = { "at", "bit", "code", "critical", "data", "far", "idata", "interrupt", "near", "pdata", "reentrant", "sfr", "sbit", "using", "xdata", "_data", "_code", "_generic", "_near", "_xdata", "_pdata", "_idata", "_naked", "_JavaNative", NULL }; static builtins __tininative_builtins[] = { { "__builtin_memcpy_x2x","v",3,{"cx*","cx*","i"}}, /* void __builtin_memcpy_x2x (xdata char *,xdata char *,int) */ { "__builtin_memcpy_c2x","v",3,{"cx*","cp*","i"}}, /* void __builtin_memcpy_c2x (xdata char *,code char *,int) */ { "__builtin_memset_x","v",3,{"cx*","c","i"}}, /* void __builtin_memset (xdata char *,char,int) */ /* TINI NatLib */ { "NatLib_LoadByte","c",1,{"c"}}, /* char Natlib_LoadByte (0 based parameter number) */ { "NatLib_LoadShort","s",1,{"c"}}, /* short Natlib_LoadShort (0 based parameter number) */ { "NatLib_LoadInt","l",1,{"c"}}, /* long Natlib_LoadLong (0 based parameter number) */ { "NatLib_LoadPointer","cx*",1,{"c"}}, /* long Natlib_LoadPointer (0 based parameter number) */ /* TINI StateBlock related */ { "NatLib_InstallImmutableStateBlock","c",2,{"vx*","us"}},/* char NatLib_InstallImmutableStateBlock(state block *,int handle) */ { "NatLib_InstallEphemeralStateBlock","c",2,{"vx*","us"}},/* char NatLib_InstallEphemeralStateBlock(state block *,int handle) */ { "NatLib_RemoveImmutableStateBlock","v",0,{NULL}},/* void NatLib_RemoveImmutableStateBlock() */ { "NatLib_RemoveEphemeralStateBlock","v",0,{NULL}},/* void NatLib_RemoveEphemeralStateBlock() */ { "NatLib_GetImmutableStateBlock","i",0,{NULL}}, /* int NatLib_GetImmutableStateBlock () */ { "NatLib_GetEphemeralStateBlock","i",0,{NULL}}, /* int NatLib_GetEphemeralStateBlock () */ /* Memory manager */ { "MM_XMalloc","i",1,{"l"}}, /* int MM_XMalloc (long) */ { "MM_Malloc","i",1,{"i"}}, /* int MM_Malloc (int) */ { "MM_ApplicationMalloc","i",1,{"i"}}, /* int MM_ApplicationMalloc (int) */ { "MM_Free","i",1,{"i"}}, /* int MM_Free (int) */ { "MM_Deref","cx*",1,{"i"}}, /* char *MM_Free (int) */ { "MM_UnrestrictedPersist","c",1,{"i"}}, /* char MM_UnrestrictedPersist (int) */ /* System functions */ { "System_ExecJavaProcess","c",2,{"cx*","i"}}, /* char System_ExecJavaProcess (char *,int) */ { "System_GetRTCRegisters","v",1,{"cx*"}}, /* void System_GetRTCRegisters (char *) */ { "System_SetRTCRegisters","v",1,{"cx*"}}, /* void System_SetRTCRegisters (char *) */ { "System_ThreadSleep","v",2,{"l","c"}}, /* void System_ThreadSleep (long,char) */ { "System_ThreadSleep_ExitCriticalSection","v",2,{"l","c"}},/* void System_ThreadSleep_ExitCriticalSection (long,char) */ { "System_ProcessSleep","v",2,{"l","c"}}, /* void System_ProcessSleep (long,char) */ { "System_ProcessSleep_ExitCriticalSection","v",2,{"l","c"}},/* void System_ProcessSleep_ExitCriticalSection (long,char) */ { "System_ThreadResume","c",2,{"c","c"}}, /* char System_ThreadResume(char,char) */ { "System_SaveJavaThreadState","v",0,{NULL}}, /* void System_SaveJavaThreadState() */ { "System_RestoreJavaThreadState","v",0,{NULL}}, /* void System_RestoreJavaThreadState() */ { "System_ProcessYield","v",0,{NULL}}, /* void System_ProcessYield() */ { "System_ProcessSuspend","v",0,{NULL}}, /* void System_ProcessSuspend() */ { "System_ProcessResume","v",1,{"c"}}, /* void System_ProcessResume(char) */ { "System_RegisterPoll","c",1,{"vF*"}}, /* char System_RegisterPoll ((void *func pointer)()) */ { "System_RemovePoll","c",1,{"vF*"}}, /* char System_RemovePoll ((void *func pointer)()) */ { "System_GetCurrentProcessId","c",0,{NULL}}, /* char System_GetCurrentProcessId() */ { "System_GetCurrentThreadId","c",0,{NULL}}, /* char System_GetCurrentThreadId() */ { NULL , NULL,0, {NULL}} /* mark end of table */ }; static const char *_a390Cmd[] = { "macro", "$l", "$3", "$1.a51", NULL }; PORT tininative_port = { TARGET_ID_DS390, "TININative", "DS80C390", /* Target name */ NULL, /* processor */ { glue, FALSE, /* Emit glue around main */ MODEL_FLAT24, MODEL_FLAT24 }, { _a390Cmd, NULL, "-l", /* Options with debug */ "-l", /* Options without debug */ 0, ".a51", _tininative_do_assemble }, { NULL, NULL, NULL, ".tlib", 1 }, { _defaultRules, getInstructionSize, getRegsRead, getRegsWritten }, { /* Sizes: char, short, int, long, ptr, fptr, gptr, bit, float, max */ 1, 2, 2, 4, 1, 3, 3, 1, 4, 4 }, /* tags for generic pointers */ { 0x00, 0x40, 0x60, 0x80 }, /* far, near, xstack, code */ { "XSEG (XDATA)", "STACK (DATA)", "CSEG (CODE)", "DSEG (DATA)", "ISEG (DATA)", "PSEG (PAG,XDATA)", "XSEG (XDATA)", "BSEG (BIT)", "RSEG (DATA)", "GSINIT (CODE)", "OSEG (OVR,DATA)", "GSFINAL (CODE)", "HOME (CODE)", NULL, NULL, "CONST (CODE)", // const_name - const data (code or not) "CABS (ABS,CODE)", // cabs_name - const absolute data (code or not) "XABS (ABS,XDATA)", // xabs_name - absolute xdata/pdata "IABS (ABS,DATA)", // iabs_name - absolute idata/data NULL, NULL, 1 }, { NULL, NULL }, { +1, 1, 4, 1, 1, 0 }, /* ds390 has an 16 bit mul & div */ { 2, -1 }, { ds390_emitDebuggerSymbol }, { 255/4, /* maxCount */ 4, /* sizeofElement */ {8,12,20}, /* sizeofMatchJump[] */ {10,14,22}, /* sizeofRangeCompare[] */ 4, /* sizeofSubtract */ 7, /* sizeofDispatch */ }, "", _tininative_init, _ds390_parseOptions, _tininative_options, NULL, _tininative_finaliseOptions, _tininative_setDefaultOptions, ds390_assignRegisters, _ds390_getRegName, _tininative_keywords, _tininative_genAssemblerPreamble, _tininative_genAssemblerEnd, _tininative_genIVT, NULL, _ds390_genInitStartup, _ds390_reset_regparm, _ds390_regparm, NULL, NULL, NULL, hasExtBitOp, /* hasExtBitOp */ oclsExpense, /* oclsExpense */ FALSE, TRUE, /* little endian */ 0, /* leave lt */ 0, /* leave gt */ 1, /* transform <= to ! > */ 1, /* transform >= to ! < */ 1, /* transform != to !(a == b) */ 0, /* leave == */ FALSE, /* No array initializer support. */ cseCostEstimation, __tininative_builtins, /* table of builtin functions */ FPOINTER, /* treat unqualified pointers as far pointers */ 0, /* DONOT reset labelKey */ 0, /* globals & local static NOT allowed */ PORT_MAGIC }; static int _ds400_genIVT (struct dbuf_s * oBuf, symbol ** interrupts, int maxInterrupts) { /* We can't generate a static IVT, since the boot rom creates one * for us in rom_init. * * we must patch it as part of the C startup. */ dbuf_printf (oBuf, ";\tDS80C400 IVT must be generated at runtime.\n"); dbuf_printf (oBuf, "\tsjmp\t__sdcc_400boot\n"); dbuf_printf (oBuf, "\t.ascii\t'TINI'\t; required signature for 400 boot loader.\n"); dbuf_printf (oBuf, "\t.db\t0\t; selected bank: zero *should* work...\n"); dbuf_printf (oBuf, "\t__sdcc_400boot:\tljmp\t__sdcc_gsinit_startup\n"); return TRUE; } /*---------------------------------------------------------------------------------*/ /* _ds400 specific */ /*---------------------------------------------------------------------------------*/ static OPTION _ds400_options[] = { { 0, OPTION_FLAT24_MODEL, NULL, "use the flat24 model for the ds400 (default)" }, { 0, OPTION_STACK_8BIT, NULL, "use the 8bit stack for the ds400 (not supported yet)" }, { 0, OPTION_STACK_SIZE, &options.stack_size, "Tells the linker to allocate this space for stack", CLAT_INTEGER }, { 0, "--pack-iram", NULL, "Tells the linker to pack variables in internal ram (default)"}, { 0, "--no-pack-iram", &options.no_pack_iram, "Tells the linker not to pack variables in internal ram"}, { 0, "--stack-10bit", &options.stack10bit, "use the 10bit stack for ds400 (default)" }, { 0, "--use-accelerator", &options.useAccelerator, "generate code for ds400 arithmetic accelerator"}, { 0, "--protect-sp-update", &options.protect_sp_update, "will disable interrupts during ESP:SP updates"}, { 0, "--parms-in-bank1", &options.parms_in_bank1, "use Bank1 for parameter passing"}, { 0, NULL } }; static void _ds400_finaliseOptions (void) { if (options.noXinitOpt) { port->genXINIT=0; } // hackhack: we're a superset of the 390. addSet(&preArgvSet, Safe_strdup("-DSDCC_ds390")); addSet(&preArgvSet, Safe_strdup("-D__ds390")); /* Hack-o-matic: if we are using the flat24 model, * adjust pointer sizes. */ if (options.model != MODEL_FLAT24) { fprintf (stderr, "*** warning: ds400 port small and large model experimental.\n"); if (options.model == MODEL_LARGE) { port->mem.default_local_map = xdata; port->mem.default_globl_map = xdata; } else { port->mem.default_local_map = data; port->mem.default_globl_map = data; } } else { port->s.fptr_size = 3; port->s.gptr_size = 4; port->stack.isr_overhead += 2; /* Will save dpx on ISR entry. */ port->stack.call_overhead += 2; /* This acounts for the extra byte * of return addres on the stack. * but is ugly. There must be a * better way. */ port->mem.default_local_map = xdata; port->mem.default_globl_map = xdata; if (!options.stack10bit) { fprintf (stderr, "*** error: ds400 port only supports the 10 bit stack mode.\n"); } else { if (!options.stack_loc) options.stack_loc = 0xffdc00; // assumes IDM1:0 = 1:0, CMA = 1. } /* generate native code 16*16 mul/div */ if (options.useAccelerator) port->support.muldiv=2; else port->support.muldiv=1; /* Fixup the memory map for the stack; it is now in * far space and requires a FPOINTER to access it. */ istack->fmap = 1; istack->ptrType = FPOINTER; if (options.parms_in_bank1) { addSet(&preArgvSet, Safe_strdup("-DSDCC_PARMS_IN_BANK1")); } // the DS400 rom calling interface uses register bank 3. RegBankUsed[3] = 1; } /* MODEL_FLAT24 */ } static void _ds400_generateRomDataArea(FILE *fp, bool isMain) { /* Only do this for the file containing main() */ if (isMain) { fprintf(fp, "%s", iComments2); fprintf(fp, "; the direct data area used by the DS80c400 ROM code.\n"); fprintf(fp, "%s", iComments2); fprintf(fp, ".area ROMSEG (ABS,CON,DATA)\n\n"); fprintf(fp, ".ds 24 ; 24 bytes of directs used starting at 0x68\n\n"); } } static void _ds400_linkRomDataArea(FILE *fp) { fprintf(fp, "-b ROMSEG = 0x0068\n"); } PORT ds400_port = { TARGET_ID_DS400, "ds400", "DS80C400", /* Target name */ NULL, { glue, TRUE, /* Emit glue around main */ MODEL_SMALL | MODEL_LARGE | MODEL_FLAT24, MODEL_SMALL }, { _asmCmd, NULL, "-plosgffc", /* Options with debug */ "-plosgff", /* Options without debug */ 0, ".asm", NULL /* no do_assemble function */ }, { _linkCmd, NULL, NULL, ".rel", 1 }, { _defaultRules, getInstructionSize, getRegsRead, getRegsWritten }, { /* Sizes: char, short, int, long, ptr, fptr, gptr, bit, float, max */ 1, 2, 2, 4, 1, 2, 3, 1, 4, 4 }, /* tags for generic pointers */ { 0x00, 0x40, 0x60, 0x80 }, /* far, near, xstack, code */ { "XSEG (XDATA)", "STACK (DATA)", "CSEG (CODE)", "DSEG (DATA)", "ISEG (DATA)", "PSEG (PAG,XDATA)", "XSEG (XDATA)", "BSEG (BIT)", "RSEG (DATA)", "GSINIT (CODE)", "OSEG (OVR,DATA)", "GSFINAL (CODE)", "HOME (CODE)", "XISEG (XDATA)", // initialized xdata "XINIT (CODE)", // a code copy of xiseg "CONST (CODE)", // const_name - const data (code or not) "CABS (ABS,CODE)", // cabs_name - const absolute data (code or not) "XABS (ABS,XDATA)", // xabs_name - absolute xdata/pdata "IABS (ABS,DATA)", // iabs_name - absolute idata/data NULL, NULL, 1 }, { _ds400_generateRomDataArea, _ds400_linkRomDataArea }, { +1, 1, 4, 1, 1, 0 }, /* ds390 has an 16 bit mul & div */ { 2, -1 }, { ds390_emitDebuggerSymbol }, { 255/4, /* maxCount */ 4, /* sizeofElement */ {8,12,20}, /* sizeofMatchJump[] */ {10,14,22}, /* sizeofRangeCompare[] */ 4, /* sizeofSubtract */ 7, /* sizeofDispatch */ }, "_", _ds390_init, _ds390_parseOptions, _ds400_options, NULL, _ds400_finaliseOptions, _ds390_setDefaultOptions, ds390_assignRegisters, _ds390_getRegName, _ds390_keywords, _ds390_genAssemblerPreamble, NULL, /* no genAssemblerEnd */ _ds400_genIVT, _ds390_genXINIT, _ds390_genInitStartup, _ds390_reset_regparm, _ds390_regparm, NULL, NULL, _ds390_nativeMulCheck, hasExtBitOp, /* hasExtBitOp */ oclsExpense, /* oclsExpense */ FALSE, TRUE, /* little endian */ 0, /* leave lt */ 0, /* leave gt */ 1, /* transform <= to ! > */ 1, /* transform >= to ! < */ 1, /* transform != to !(a == b) */ 0, /* leave == */ FALSE, /* No array initializer support. */ cseCostEstimation, __ds390_builtins, /* table of builtin functions */ GPOINTER, /* treat unqualified pointers as "generic" pointers */ 1, /* reset labelKey to 1 */ 1, /* globals & local static allowed */ PORT_MAGIC }; sdcc-2.9.0/src/ds390/main.h000066400000000000000000000005661116427777700152160ustar00rootroot00000000000000#ifndef MAIN_INCLUDE #define MAIN_INCLUDE typedef struct asmLineNode { int size; int currentDPS; unsigned initialized:1; bitVect *regsRead; bitVect *regsWritten; } asmLineNode; bool x_parseOptions (char **argv, int *pargc); void x_setDefaultOptions (void); void x_finaliseOptions (void); asmLineNode * ds390newAsmLineNode (int currentDPS); #endif sdcc-2.9.0/src/ds390/peeph.def000066400000000000000000001307511116427777700157020ustar00rootroot00000000000000//replace restart { // pop %1 // push %1 //} by { // ; Peephole 1 removed pop %1 push %1 (not push pop) //} //replace restart { // pop %1 // mov %2,%3 // push %1 //} by { // ; Peephole 2 removed pop %1 push %1 (not push pop) // mov %2,%3 //} // // added by Jean Louis VERN for // his shift stuff replace restart { xch a,%1 xch a,%1 } by { ; Peephole 2.a removed redundant xch xch } replace restart { // saving 2 byte mov %1,#0x00 mov a,#0x00 } by { ; Peephole 3.a changed mov to clr clr a mov %1,a } replace restart { // saving 1 byte mov %1,#0x00 clr a } by { ; Peephole 3.b changed mov to clr clr a mov %1,a } replace restart { // saving 1 byte, loosing 1 cycle but maybe allowing peephole 3.b to start mov %1,#0x00 mov %2,#0x00 mov a,%3 } by { ; Peephole 3.c changed mov to clr clr a mov %1,a mov %2,a mov a,%3 } replace restart { mov a,#0 } by { ; Peephole 3.d changed mov to clr clr a } replace { mov %1,a mov dptr,#%2 mov a,%1 movx @dptr,a } by { ; Peephole 100 removed redundant mov mov %1,a mov dptr,#%2 movx @dptr,a } replace { mov a,acc } by { ; Peephole 100.a removed redundant mov } replace { mov a,%1 movx @dptr,a inc dptr mov a,%1 movx @dptr,a } by { ; Peephole 101 removed redundant mov mov a,%1 movx @dptr,a inc dptr movx @dptr,a } replace { mov %1,%2 ljmp %3 %4: mov %1,%5 %3: mov dpl,%1 %7: mov sp,bp pop bp } by { ; Peephole 102 removed redundant mov mov dpl,%2 ljmp %3 %4: mov dpl,%5 %3: %7: mov sp,bp pop bp } replace { mov %1,%2 ljmp %3 %4: mov a%1,%5 %3: mov dpl,%1 %7: mov sp,bp pop bp } by { ; Peephole 103 removed redundant mov mov dpl,%2 ljmp %3 %4: mov dpl,%5 %3: %7: mov sp,bp pop bp } replace { mov a,bp clr c add a,#0x01 mov r%1,a } by { ; Peephole 104 optimized increment (acc not set to r%1, flags undefined) mov r%1,bp inc r%1 } replace { mov %1,a mov a,%1 } by { ; Peephole 105 removed redundant mov mov %1,a } replace { mov %1,a clr c mov a,%1 } by { ; Peephole 106 removed redundant mov mov %1,a clr c } replace { ljmp %1 %1: } by { ; Peephole 107 removed redundant ljmp %1: } replace { jc %1 ljmp %5 %1: } by { ; Peephole 108 removed ljmp by inverse jump logic jnc %5 %1: } if labelInRange replace { jz %1 ljmp %5 %1: } by { ; Peephole 109 removed ljmp by inverse jump logic jnz %5 %1: } if labelInRange replace { jnz %1 ljmp %5 %1: } by { ; Peephole 110 removed ljmp by inverse jump logic jz %5 %1: } if labelInRange replace { jb %1,%2 ljmp %5 %2: } by { ; Peephole 111 removed ljmp by inverse jump logic jnb %1,%5 %2: } if labelInRange replace { jnb %1,%2 ljmp %5 %2: } by { ; Peephole 112 removed ljmp by inverse jump logic jb %1,%5 %2: } if labelInRange replace { ljmp %5 %1: } by { ; Peephole 132 changed ljmp to sjmp sjmp %5 %1: } if labelInRange replace { clr a cjne %1,%2,%3 cpl a %3: rrc a mov %4,c } by { ; Peephole 113 optimized misc sequence clr %4 cjne %1,%2,%3 setb %4 %3: } if labelRefCount %3 1 replace { clr a cjne %1,%2,%3 cjne %10,%11,%3 cpl a %3: rrc a mov %4,c } by { ; Peephole 114 optimized misc sequence clr %4 cjne %1,%2,%3 cjne %10,%11,%3 setb %4 %3: } if labelRefCount %3 2 replace { clr a cjne %1,%2,%3 cpl a %3: jnz %4 } by { ; Peephole 115 jump optimization cjne %1,%2,%3 sjmp %4 %3: } if labelRefCount %3 1 replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cpl a %3: jnz %4 } by { ; Peephole 116 jump optimization cjne %1,%2,%3 cjne %9,%10,%3 sjmp %4 %3: } if labelRefCount %3 2 replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cpl a %3: jnz %4 } by { ; Peephole 117 jump optimization cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 sjmp %4 %3: } if labelRefCount %3 3 replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cjne %13,%14,%3 cpl a %3: jnz %4 } by { ; Peephole 118 jump optimization cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cjne %13,%14,%3 sjmp %4 %3: } if labelRefCount %3 4 replace { mov a,#0x01 cjne %1,%2,%3 clr a %3: jnz %4 } by { ; Peephole 119 jump optimization cjne %1,%2,%4 %3: } if labelRefCount %3 1 replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 clr a %3: jnz %4 } by { ; Peephole 120 jump optimization cjne %1,%2,%4 cjne %10,%11,%4 %3: } if labelRefCount %3 2 replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 clr a %3: jnz %4 } by { ; Peephole 121 jump optimization cjne %1,%2,%4 cjne %10,%11,%4 cjne %12,%13,%4 %3: } if labelRefCount %3 3 replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 cjne %14,%15,%3 clr a %3: jnz %4 } by { ; Peephole 122 jump optimization cjne %1,%2,%4 cjne %10,%11,%4 cjne %12,%13,%4 cjne %14,%15,%4 %3: } if labelRefCount %3 4 replace { mov a,#0x01 cjne %1,%2,%3 clr a %3: jz %4 } by { ; Peephole 123 jump optimization cjne %1,%2,%3 smp %4 %3: } if labelRefCount %3 1 replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 clr a %3: jz %4 } by { ; Peephole 124 jump optimization cjne %1,%2,%3 cjne %10,%11,%3 sjmp %4 %3: } if labelRefCount %3 2 replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 clr a %3: jz %4 } by { ; Peephole 125 jump optimization cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 sjmp %4 %3: } if labelRefCount %3 3 replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 cjne %14,%15,%3 clr a %3: jz %4 } by { ; Peephole 126 jump optimization cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 cjne %14,%15,%3 sjmp %4 %3: } if labelRefCount %3 4 replace { push psw mov psw,%1 push bp mov bp,%2 %3: mov %2,bp pop bp pop psw ret } by { ; Peephole 127 removed misc sequence ret } if labelRefCount %3 0 replace { clr a rlc a jz %1 } by { ; Peephole 128 jump optimization jnc %1 } replace { clr a rlc a jnz %1 } by { ; Peephole 129 jump optimization jc %1 } replace { mov r%1,@r%2 } by { ; Peephole 130 changed target address mode r%1 to ar%1 mov ar%1,@r%2 } replace { mov a,%1 subb a,#0x01 mov %2,a mov %1,%2 } by { ; Peephole 131 optimized decrement (not caring for c) dec %1 mov %2,%1 } replace { mov r%1,%2 mov ar%3,@r%1 inc r%3 mov r%4,%2 mov @r%4,ar%3 } by { ; Peephole 133 removed redundant moves mov r%1,%2 inc @r%1 mov ar%3,@r%1 } replace { mov r%1,%2 mov ar%3,@r%1 dec r%3 mov r%4,%2 mov @r%4,ar%3 } by { ; Peephole 134 removed redundant moves mov r%1,%2 dec @r%1 mov ar%3,@r%1 } replace { mov r%1,a mov a,r%2 orl a,r%1 } by { ; Peephole 135 removed redundant mov mov r%1,a orl a,r%2 } replace { mov %1,a mov dpl,%2 mov dph,%3 mov dpx,%4 mov a,%1 } by { ; Peephole 136a removed redundant moves mov %1,a mov dpl,%2 mov dph,%3 mov dpx,%4 } if 24bitMode replace { mov %1,a mov dpl,%2 mov dph,%3 mov a,%1 } by { ; Peephole 136 removed redundant moves mov %1,a mov dpl,%2 mov dph,%3 } // WTF? Doesn't look sensible to me... //replace { // mov b,#0x00 // mov a,%1 // cjne %2,%3,%4 // mov b,#0x01 //%4: // mov a,b // jz %5 //} by { // ; Peephole 137 optimized misc jump sequence // mov a,%1 // cjne %2,%3,%5 //%4: //} if labelRefCount %4 1 // //replace { // mov b,#0x00 // mov a,%1 // cjne %2,%3,%4 // mov b,#0x01 //%4: // mov a,b // jnz %5 //} by { // ; Peephole 138 optimized misc jump sequence // mov a,%1 // cjne %2,%3,%4 // sjmp %5 //%4: //} if labelRefCount %4 1 replace { mov r%1,a anl ar%1,%2 mov a,r%1 } by { ; Peephole 139 removed redundant mov anl a,%2 mov r%1,a } replace { mov r%1,a orl ar%1,%2 mov a,r%1 } by { ; Peephole 140 removed redundant mov orl a,%2 mov r%1,a } replace { mov r%1,a xrl ar%1,%2 mov a,r%1 } by { ; Peephole 141 removed redundant mov xrl a,%2 mov r%1,a } replace { mov r%1,a mov r%2,ar%1 mov ar%1,@r%2 } by { ; Peephole 142 removed redundant moves mov r%2,a mov ar%1,@r%2 } replace { rlc a mov acc.0,c } by { ; Peephole 143 converted rlc to rl rl a } replace { rrc a mov acc.7,c } by { ; Peephole 144 converted rrc to rc rr a } replace { clr c addc a,%1 } by { ; Peephole 145 changed to add without carry add a,%1 } replace { clr c mov a,%1 addc a,%2 } by { ; Peephole 146 changed to add without carry mov a,%1 add a,%2 } replace { orl r%1,a } by { ; Peephole 147 changed target address mode r%1 to ar%1 orl ar%1,a } replace { anl r%1,a } by { ; Peephole 148 changed target address mode r%1 to ar%1 anl ar%1,a } replace { xrl r%1,a } by { ; Peephole 149 changed target address mode r%1 to ar%1 xrl ar%1,a } replace { mov %1,dpl mov dpl,%1 %9: ret } by { ; Peephole 150 removed misc moves via dpl before return %9: ret } replace { mov %1,dpl mov %2,dph mov dpl,%1 mov dph,%2 %9: ret } by { ; Peephole 151 removed misc moves via dph, dpl before return %9: ret } replace { mov %1,dpl mov %2,dph mov dpl,%1 %9: ret } by { ; Peephole 152 removed misc moves via dph, dpl before return %9: ret } replace { mov %1,dpl mov %2,dph mov %3,b mov dpl,%1 mov dph,%2 mov b,%3 %9: ret } by { ; Peephole 153 removed misc moves via dph, dpl, b before return %9: ret } replace { mov %1,dpl mov %2,dph mov %3,b mov dpl,%1 %9: ret } by { ; Peephole 154 removed misc moves via dph, dpl, b before return %9: ret } replace { mov %1,dpl mov %2,dph mov %3,b mov dpl,%1 mov dph,%2 %9: ret } by { ; Peephole 155 removed misc moves via dph, dpl, b before return %9: ret } replace { mov %1,dpl mov %2,dph mov %3,b mov %4,a mov dpl,%1 mov dph,%2 mov b,%3 mov a,%4 %9: ret } by { ; Peephole 156 removed misc moves via dph, dpl, b, a before return %9: ret } replace { mov %1,dpl mov %2,dph mov %3,b mov %4,a mov dpl,%1 mov dph,%2 %9: ret } by { ; Peephole 157 removed misc moves via dph, dpl, b, a before return %9: ret } replace { mov %1,dpl mov %2,dph mov %3,b mov %4,a mov dpl,%1 %9: ret } by { ; Peephole 158 removed misc moves via dph, dpl, b, a before return %9: ret } replace { mov %1,#%2 xrl %1,#0x80 } by { ; Peephole 159 avoided xrl during execution mov %1,#(%2 ^ 0x80) } replace { jnc %1 sjmp %2 %1: } by { ; Peephole 160 removed sjmp by inverse jump logic jc %2 %1:} replace { jc %1 sjmp %2 %1: } by { ; Peephole 161 removed sjmp by inverse jump logic jnc %2 %1:} replace { jnz %1 sjmp %2 %1: } by { ; Peephole 162 removed sjmp by inverse jump logic jz %2 %1:} replace { jz %1 sjmp %2 %1: } by { ; Peephole 163 removed sjmp by inverse jump logic jnz %2 %1:} replace { jnb %3,%1 sjmp %2 %1: } by { ; Peephole 164 removed sjmp by inverse jump logic jb %3,%2 %1: } replace { jb %3,%1 sjmp %2 %1: } by { ; Peephole 165 removed sjmp by inverse jump logic jnb %3,%2 %1: } replace { mov %1,%2 mov %3,%1 mov %2,%1 } by { ; Peephole 166 removed redundant mov mov %1,%2 mov %3,%1 } replace { mov c,%1 cpl c mov %1,c } by { ; Peephole 167 removed redundant bit moves (c not set to %1) cpl %1 } replace { jnb %1,%2 sjmp %3 %2:} by { ; Peephole 168 jump optimization jb %1,%3 %2:} replace { jb %1,%2 sjmp %3 %2:} by { ; Peephole 169 jump optimization jnb %1,%3 %2:} replace { clr a cjne %1,%2,%3 cpl a %3: jz %4 } by { ; Peephole 170 jump optimization cjne %1,%2,%4 %3: } if labelRefCount %3 1 replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cpl a %3: jz %4 } by { ; Peephole 171 jump optimization cjne %1,%2,%4 cjne %9,%10,%4 %3: } if labelRefCount %3 2 replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cpl a %3: jz %4 } by { ; Peephole 172 jump optimization cjne %1,%2,%4 cjne %9,%10,%4 cjne %11,%12,%4 %3: } if labelRefCount %3 3 replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cjne %13,%14,%3 cpl a %3: jz %4 } by { ; Peephole 173 jump optimization cjne %1,%2,%4 cjne %9,%10,%4 cjne %11,%12,%4 cjne %13,%14,%4 %3: } if labelRefCount %3 4 replace { mov r%1,%2 clr c mov a,r%1 subb a,#0x01 mov %2,a } by { ; Peephole 174 optimized decrement (acc not set to %2, flags undefined) mov r%1,%2 dec %2 } replace { mov r%1,%2 mov a,r%1 add a,#0x01 mov %2,a } by { ; Peephole 175 optimized increment (acc not set to %2, flags undefined) mov r%1,%2 inc %2 } replace { mov %1,@r%2 inc %1 mov @r%2,%1 } by { ; Peephole 176 optimized increment, removed redundant mov inc @r%2 mov %1,@r%2 } // this one will screw assignes to volatile/sfr's //replace { // mov %1,%2 // mov %2,%1 //} by { // ; Peephole 177 removed redundant mov // mov %1,%2 //} replace { mov a,%1 mov b,a mov a,%2 } by { ; Peephole 178 removed redundant mov mov b,%1 mov a,%2 } // rules 179-182 provided by : Frieder // saving 2 byte, 1 cycle replace { mov b,#0x00 mov a,#0x00 } by { ; Peephole 179 changed mov to clr clr a mov b,a } // saving 1 byte, 0 cycles replace { mov a,#0x00 } by { ; Peephole 180 changed mov to clr clr a } replace { mov dpl,#0x00 mov dph,#0x00 mov dpx,#0x00 } by { ; Peephole 181a used 24 bit load of dptr mov dptr,#0x0000 } if 24bitMode // saving 3 byte, 2 cycles, return(NULL) profits here replace { mov dpl,#0x00 mov dph,#0x00 } by { ; Peephole 181 used 16 bit load of dptr mov dptr,#0x0000 } replace { mov dpl,#%1 mov dph,#(%1 >> 8) mov dpx,#(%1 >> 16) } by { ; Peephole 182b used 24 bit load of DPTR mov dptr,#%1 } // saves 2 bytes, ?? cycles. replace { mov dpl,#0x%1 mov dph,#0x%2 mov dpx,#0x%3 } by { ; Peephole 182a used 24 bit load of dptr mov dptr,#0x%3%2%1 } if 24bitMode(), portIsDS390 // saves 2 bytes, ?? cycles. replace { mov dpl,#%1 mov dph,#%2 mov dpx,#%3 } by { ; Peephole 182b used 24 bit load of dptr mov dptr,#((%3 << 16) + (%2 << 8) + %1) } if 24bitMode(), portIsDS390 // saving 3 byte, 2 cycles, return(float_constant) profits here replace { mov dpl,#0x%1 mov dph,#0x%2 } by { ; Peephole 182c used 16 bit load of dptr mov dptr,#0x%2%1 } // saving 3 byte, 2 cycles, return(float_constant) profits here replace { mov dpl,#%1 mov dph,#%2 } by { ; Peephole 182 used 16 bit load of dptr mov dptr,#(((%2)<<8) + %1) } replace { anl %1,#%2 anl %1,#%3 } by { ; Peephole 183 avoided anl during execution anl %1,#(%2 & %3) } replace { mov %1,a cpl a mov %1,a } by { ; Peephole 184 removed redundant mov cpl a mov %1,a } replace { // acc being incremented might cause problems mov %1,a inc %1 } by { ; Peephole 185 changed order of increment (acc incremented also!) inc a mov %1,a } // char indexed access to: long code table[] = {4,3,2,1}; replace restart { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a movc a,@a+dptr mov %2,a inc dptr clr a movc a,@a+dptr mov %3,a inc dptr clr a movc a,@a+dptr mov %4,a inc dptr clr a movc a,@a+dptr } by { ; Peephole 186.a optimized movc sequence mov b,a mov dptr,#%1 movc a,@a+dptr mov %2,a inc dptr mov a,b movc a,@a+dptr mov %3,a inc dptr mov a,b movc a,@a+dptr mov %4,a inc dptr mov a,b movc a,@a+dptr } // char indexed access to: void* code table[] = {4,3,2,1}; replace restart { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a movc a,@a+dptr mov %2,a inc dptr clr a movc a,@a+dptr mov %3,a inc dptr clr a movc a,@a+dptr } by { ; Peephole 186.b optimized movc sequence mov b,a mov dptr,#%1 movc a,@a+dptr mov %2,a inc dptr mov a,b movc a,@a+dptr mov %3,a inc dptr mov a,b movc a,@a+dptr } // char indexed access to: int code table[] = {4,3,2,1}; replace restart { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a movc a,@a+dptr mov %2,a inc dptr clr a movc a,@a+dptr } by { ; Peephole 186.c optimized movc sequence mov %2,a mov dptr,#%1 movc a,@a+dptr xch a,%2 inc dptr movc a,@a+dptr } // char indexed access to: char code table[] = {4,3,2,1}; replace { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a movc a,@a+dptr } by { ; Peephole 186.d optimized movc sequence mov dptr,#%1 movc a,@a+dptr } replace { mov r%1,%2 anl ar%1,#%3 mov a,r%1 } by { ; Peephole 187 used a instead of ar%1 for anl mov a,%2 anl a,#%3 mov r%1,a } replace { mov %1,a mov dptr,%2 movc a,@a+dptr mov %1,a } by { ; Peephole 188 removed redundant mov mov dptr,%2 movc a,@a+dptr mov %1,a } replace { anl a,#0x0f mov %1,a mov a,#0x0f anl a,%1 } by { ; Peephole 189 removed redundant mov and anl anl a,#0x0f mov %1,a } // rules 190 & 191 need to be in order replace { mov a,%1 lcall __gptrput mov a,%1 } by { ; Peephole 190 removed redundant mov mov a,%1 lcall __gptrput } replace { mov %1,a mov dpl,%2 mov dph,%3 mov b,%4 mov a,%1 } by { ; Peephole 191 removed redundant mov mov %1,a mov dpl,%2 mov dph,%3 mov b,%4 } replace { mov r%1,a mov @r%2,ar%1 } by { ; Peephole 192 used a instead of ar%1 as source mov r%1,a mov @r%2,a } replace { jnz %3 mov a,%4 jnz %3 mov a,%9 jnz %3 mov a,%12 cjne %13,%14,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 193.a optimized misc jump sequence jnz %8 mov a,%4 jnz %8 mov a,%9 jnz %8 mov a,%12 cjne %13,%14,%8 sjmp %7 ;%3: } if labelRefCount %3 4 replace { cjne %1,%2,%3 mov a,%4 cjne %5,%6,%3 mov a,%9 cjne %10,%11,%3 mov a,%12 cjne %13,%14,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 193 optimized misc jump sequence cjne %1,%2,%8 mov a,%4 cjne %5,%6,%8 mov a,%9 cjne %10,%11,%8 mov a,%12 cjne %13,%14,%8 sjmp %7 ;%3: } if labelRefCount %3 4 replace { cjne @%1,%2,%3 inc %1 cjne @%1,%6,%3 inc %1 cjne @%1,%11,%3 inc %1 cjne @%1,%14,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 193.a optimized misc jump sequence cjne @%1,%2,%8 inc %1 cjne @%1,%6,%8 inc %1 cjne @%1,%11,%8 inc %1 cjne @%1,%14,%8 sjmp %7 ;%3: } if labelRefCount %3 4 replace { cjne %1,%2,%3 cjne %5,%6,%3 cjne %10,%11,%3 cjne %13,%14,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 194 optimized misc jump sequence cjne %1,%2,%8 cjne %5,%6,%8 cjne %10,%11,%8 cjne %13,%14,%8 sjmp %7 ;%3: } if labelRefCount %3 4 replace { jnz %3 mov a,%4 jnz %3 mov a,%9 cjne %10,%11,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 195.a optimized misc jump sequence jnz %8 mov a,%4 jnz %8 mov a,%9 cjne %10,%11,%8 sjmp %7 ;%3: } if labelRefCount %3 3 replace { cjne %1,%2,%3 mov a,%4 cjne %5,%6,%3 mov a,%9 cjne %10,%11,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 195 optimized misc jump sequence cjne %1,%2,%8 mov a,%4 cjne %5,%6,%8 mov a,%9 cjne %10,%11,%8 sjmp %7 ;%3: } if labelRefCount %3 3 replace { cjne @%1,%2,%3 inc %1 cjne @%1,%6,%3 inc %1 cjne @%1,%11,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 195.a optimized misc jump sequence cjne @%1,%2,%8 inc %1 cjne @%1,%6,%8 inc %1 cjne @%1,%11,%8 sjmp %7 ;%3: } if labelRefCount %3 3 replace { cjne %1,%2,%3 cjne %5,%6,%3 cjne %10,%11,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 196 optimized misc jump sequence cjne %1,%2,%8 cjne %5,%6,%8 cjne %10,%11,%8 sjmp %7 ;%3: } if labelRefCount %3 3 replace { jnz %3 mov a,%4 cjne %5,%6,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 197.a optimized misc jump sequence jnz %8 mov a,%4 cjne %5,%6,%8 sjmp %7 ;%3: } if labelRefCount %3 2 replace { cjne %1,%2,%3 mov a,%4 cjne %5,%6,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 197 optimized misc jump sequence cjne %1,%2,%8 mov a,%4 cjne %5,%6,%8 sjmp %7 ;%3: } if labelRefCount %3 2 replace { cjne @%1,%2,%3 inc %1 cjne @%1,%6,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 197.a optimized misc jump sequence cjne @%1,%2,%8 inc %1 cjne @%1,%6,%8 sjmp %7 ;%3: } if labelRefCount %3 2 replace { cjne %1,%2,%3 cjne %5,%6,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 198 optimized misc jump sequence cjne %1,%2,%8 cjne %5,%6,%8 sjmp %7 ;%3: } if labelRefCount %3 2 replace { cjne %1,%2,%3 sjmp %4 %3: sjmp %5 } by { ; Peephole 199 optimized misc jump sequence cjne %1,%2,%5 sjmp %4 ;%3: } if labelRefCount %3 1 replace { sjmp %1 %1: } by { ; Peephole 200 removed redundant sjmp %1: } replace { sjmp %1 %2: %1: } by { ; Peephole 201 removed redundant sjmp %2: %1: } replace { push acc mov dptr,%1 pop acc } by { ; Peephole 202 removed redundant push pop mov dptr,%1 } replace { push acc pop acc } by { ; Peephole 202b removed redundant push pop } replace { mov r%1,_spx lcall %2 mov r%1,_spx } by { ; Peephole 203 removed mov r%1,_spx lcall %2 } replace { mov %1,a add a,acc mov %1,a } by { ; Peephole 204 removed redundant mov add a,acc mov %1,a } replace { djnz %1,%2 sjmp %3 %2: sjmp %4 %3: } by { ; Peephole 205 optimized misc jump sequence djnz %1,%4 %2: %3: } if labelRefCount %2 1 replace { mov %1,%1 } by { ; Peephole 206 removed redundant mov %1,%1 } replace { mov a,_bp add a,#0x00 mov %1,a } by { ; Peephole 207 removed zero add (acc not set to %1, flags undefined) mov %1,_bp } replace { push acc mov r%1,_bp pop acc } by { ; Peephole 208 removed redundant push pop mov r%1,_bp } replace { mov a,_bp add a,#0x00 inc a mov %1,a } by { ; Peephole 209 optimized increment (acc not set to %1, flags undefined) mov %1,_bp inc %1 } replace { mov dptr,#((((%1 >> 16)) <<16) + (((%1 >> 8)) <<8) + %1) } by { ; Peephole 210a simplified expression mov dptr,#%1 } if 24bitMode replace { mov dptr,#((((%1 >> 8)) <<8) + %1) } by { ; Peephole 210 simplified expression mov dptr,#%1 } replace restart { push ar%1 pop ar%1 } by { ; Peephole 211 removed redundant push r%1 pop r%1 } replace { mov a,_bp add a,#0x01 mov r%1,a } by { ; Peephole 212 reduced add sequence to inc mov r%1,_bp inc r%1 } replace { mov %1,#(( %2 >> 8 ) ^ 0x80) } by { ; Peephole 213.a inserted fix mov %1,#(%2 >> 8) xrl %1,#0x80 } if portIsDS390 replace { mov %1,#(( %2 >> 16 ) ^ 0x80) } by { ; Peephole 213.b inserted fix mov %1,#(%2 >> 16) xrl %1,#0x80 } if portIsDS390 replace { mov %1,#(( %2 + %3 >> 8 ) ^ 0x80) } by { ; Peephole 213.c inserted fix mov %1,#((%2 + %3) >> 8) xrl %1,#0x80 } if portIsDS390 replace { mov %1,a mov a,%2 add a,%1 } by { ; Peephole 214 reduced some extra movs mov %1,a add a,%2 } if operandsNotSame replace { mov %1,a add a,%2 mov %1,a } by { ; Peephole 215 removed some movs add a,%2 mov %1,a } if operandsNotSame replace { mov r%1,%2 clr a inc r%1 mov @r%1,a dec r%1 mov @r%1,a } by { ; Peephole 216 simplified clear (2bytes) mov r%1,%2 clr a mov @r%1,a inc r%1 mov @r%1,a } replace { mov r%1,%2 clr a inc r%1 inc r%1 mov @r%1,a dec r%1 mov @r%1,a dec r%1 mov @r%1,a } by { ; Peephole 217 simplified clear (3bytes) mov r%1,%2 clr a mov @r%1,a inc r%1 mov @r%1,a inc r%1 mov @r%1,a } replace { mov r%1,%2 clr a inc r%1 inc r%1 inc r%1 mov @r%1,a dec r%1 mov @r%1,a dec r%1 mov @r%1,a dec r%1 mov @r%1,a } by { ; Peephole 218 simplified clear (4bytes) mov r%1,%2 clr a mov @r%1,a inc r%1 mov @r%1,a inc r%1 mov @r%1,a inc r%1 mov @r%1,a } replace { clr a movx @dptr,a mov dptr,%1 clr a movx @dptr,a } by { ; Peephole 219 removed redundant clear clr a movx @dptr,a mov dptr,%1 movx @dptr,a } replace { clr a movx @dptr,a mov dptr,%1 movx @dptr,a mov dptr,%2 clr a movx @dptr,a } by { ; Peephole 219a removed redundant clear clr a movx @dptr,a mov dptr,%1 movx @dptr,a mov dptr,%2 movx @dptr,a } replace { mov dps, #0 mov dps, #1 } by { ; Peephole 220a removed bogus DPS set mov dps, #1 } replace { mov dps, #1 mov dps, #0 } by { ; Peephole 220b removed bogus DPS set mov dps, #0 } replace { mov dps, #0 mov dps, #0x01 } by { ; Peephole 220c removed bogus DPS set } replace { mov dps,#1 inc dptr mov dps,#1 } by { ; Peephole 220d removed bogus DPS set mov dps,#1 inc dptr } replace { mov %1 + %2,(%2 + %1) } by { ; Peephole 221a remove redundant move } replace { mov (%1 + %2 + %3),((%2 + %1) + %3) } by { ; Peephole 221b remove redundant move } replace { dec r%1 inc r%1 } by { ; removed dec/inc pair } replace { mov dps, #0 mov %1,a mov dps, #1 } by { ; Peephole 222 removed DPS abuse. mov %1,a mov dps, #1 } replace { mov dps, #0 xch a, ap mov %1, ap mov dps, #1 } by { ; Peephole 222a removed DPS abuse. xch a, ap mov %1, ap mov dps, #1 } replace { mov dps, #%1 inc dptr movx a,@dptr mov %2,a mov dps, #%1 } by { mov dps, #%1 inc dptr movx a,@dptr mov %2,a ; Peephole 223: yet more DPS abuse removed. } replace { mov dps, #0 inc dps } by { mov dps, #1 } replace { mov dps, #%1 mov dptr, %2 mov dps, #%1 } by { mov dps, #%1 mov dptr, %2 } replace { mov dps, #1 mov dptr, %1 mov dps, #0 mov dptr, %2 inc dps } by { mov dps, #0 mov dptr, %2 inc dps mov dptr, %1 ; Peephole 224a: DPS usage re-arranged. } replace { mov dps, #%1 mov dptr, %2 mov dps, #%3 mov dptr, %4 mov dps, #%1 } by { mov dps, #%3 mov dptr, %4 mov dps, #%1 mov dptr, %2 ; Peephole 224: DPS usage re-arranged. } replace { mov dps, #1 mov dptr, %1 mov dps, #0 } by { mov dps, #1 mov dptr, %1 dec dps } replace { xch a, ap add a, ap } by { add a, ap } replace { xch a, ap addc a, ap } by { addc a, ap } replace { inc dps mov dps, #%1 } by { mov dps, #%1 } replace { dec dps mov dps, #%1 } by { mov dps, #%1 } // char indexed access to: long code table[] = {4,3,2,1}; replace restart { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a addc a,#(%1 >> 16) mov dpx,a clr a movc a,@a+dptr inc dptr mov %2,a clr a movc a,@a+dptr inc dptr mov %3,a clr a movc a,@a+dptr inc dptr mov %4,a clr a movc a,@a+dptr } by { ; Peephole 227.a movc optimize mov b,a mov dptr,#%1 movc a,@a+dptr inc dptr mov %2,a mov a,b movc a,@a+dptr inc dptr mov %3,a mov a,b movc a,@a+dptr inc dptr mov %4,a mov a,b movc a,@a+dptr } // char indexed access to: void* code table[] = {4,3,2,1}; replace restart { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a addc a,#(%1 >> 16) mov dpx,a clr a movc a,@a+dptr inc dptr mov %2,a clr a movc a,@a+dptr inc dptr mov %3,a clr a movc a,@a+dptr } by { ; Peephole 227.b movc optimize mov b,a mov dptr,#%1 movc a,@a+dptr inc dptr mov %2,a mov a,b movc a,@a+dptr inc dptr mov %3,a mov a,b movc a,@a+dptr } // char indexed access to: int code table[] = {4,3,2,1}; replace restart { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a addc a,#(%1 >> 16) mov dpx,a clr a movc a,@a+dptr inc dptr mov %2,a clr a movc a,@a+dptr } by { ; Peephole 227.c movc optimize mov %2,a mov dptr,#%1 movc a,@a+dptr inc dptr xch a,%2 movc a,@a+dptr } // char indexed access to: char code table[] = {4,3,2,1}; replace { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a addc a,#(%1 >> 16) mov dpx,a clr a movc a,@a+dptr } by { ; Peephole 227.d movc optimize mov dptr,#%1 movc a,@a+dptr } replace { mov r%1,%2 mov ar%1,%3 } by { ; Peephole 228 redundant move mov ar%1,%3 } replace { mov r%1,a dec r%1 mov a,r%1 } by { ; Peephole 229.a redundant move dec a mov r%1,a } replace { mov r%1,a mov r%2,b mov a,r%1 } by { ; Peephole 229.b redundant move mov r%1,a mov r%2,b } replace { mov r%1,a mov r%2,b add a,#%3 mov r%1,a mov a,r%2 addc a,#(%3 >> 8) mov r%2,a } by { ; Peephole 229.c redundant move add a,#%3 mov r%1,a mov a,b addc a,#(%3 >> 8) mov r%2,a } replace { mov a,%1 mov b,a movx a,%2 } by { ; Peephole 229.d redundant move mov b,%1 movx a,%2 } replace { mov dpl,r%1 mov dph,r%2 mov dpx,r%3 movx a,@dptr mov r%4,a add a,#0x01 mov r%5,a mov dpl,r%1 mov dph,r%2 mov dpx,r%3 movx @dptr,a } by { ; Peephole 230.a save reload dptr mov dpl,r%1 mov dph,r%2 mov dpx,r%3 movx a,@dptr mov r%4,a add a,#0x01 mov r%5,a movx @dptr,a } replace { mov dpl,r%1 mov dph,r%2 mov dpx,r%3 movx a,@dptr mov r%4,a dec r%4 mov dpl,r%1 mov dph,r%2 mov dpx,r%3 mov a,r%4 movx @dptr,a } by { ; Peephole 230.b save reload dptr mov dpl,r%1 mov dph,r%2 mov dpx,r%3 movx a,@dptr dec a mov r%4,a movx @dptr,a } replace { mov dpl,r%1 mov dph,r%2 mov dpx,r%3 movx a,@dptr inc a mov r%4,a mov dpl,r%1 mov dph,r%2 mov dpx,r%3 mov a,r%4 movx @dptr,a } by { ; Peephole 230.c save reload dptr mov dpl,r%1 mov dph,r%2 mov dpx,r%3 movx a,@dptr inc a mov r%4,a movx @dptr,a } replace { mov r%1,dpl mov r%2,dph mov r%3,dpx mov dpl,r%1 mov dph,r%2 mov dpx,r%3 } by { ; Peephole 230.d save reload dptr mov r%1,dpl mov r%2,dph mov r%3,dpx } replace { mov dpl,r%1 mov dph,r%2 mov dpx,r%3 movx a,@dptr mov r%4,a orl ar%4,#%5 mov dpl,r%1 mov dph,r%2 mov dpx,r%3 mov a,r1 movx @dptr,a } by { ; Peephole 230.e save reload dptr mov dpl,r%1 mov dph,r%2 mov dpx,r%3 movx a,@dptr orl a,#%5 mov r%4,a movx @dptr,a } replace { mov dpl,r%1 mov dph,r%2 mov dpx,r%3 movx a,@dptr mov r%4,a anl ar%4,#%5 mov dpl,r%1 mov dph,r%2 mov dpx,r%3 mov a,r1 movx @dptr,a } by { ; Peephole 230.e save reload dptr mov dpl,r%1 mov dph,r%2 mov dpx,r%3 movx a,@dptr anl a,#%5 mov r%4,a movx @dptr,a } replace { mov r%1,dpl mov r%2,dph mov r%3,dpx mov a,r%4 inc dps movx @dptr,a inc dptr mov dps,#0 mov dpl,r%1 mov dph,r%2 mov dpx,r%3 } by { ; Peephole 230.f save reload dptr mov r%1,dpl mov r%2,dph mov r%3,dpx mov a,r%4 inc dps movx @dptr,a inc dptr mov dps,#0 } replace { mov ar%1,r%2 mov ar%3,r%1 mov r%1,#0x00 mov ar%2,r%4 mov r3,#0x00 } by { ; Peephole 231.a simplified moves mov ar%3,r%2 mov ar%2,r%4 mov r%4,#0 mov r%1,#0 } replace { mov r%1,#0 mov r%2,#0 mov a,r%2 orl a,r%3 mov %4,a mov a,r%5 orl a,r%1 mov %6,a } by { ; Peephole 231.b simplified or mov r%1,#0 mov r%2,#0 mov a,r%3 mov %4,a mov a,r%5 mov %6,a } replace { mov a,r%1 mov b,r%2 mov r%1,b mov r%2,a } by { ; Peehole 232.a simplified xch mov a,r%1 xch a,r%2 mov r%1,a } replace { mov a,#%1 mov b,#%2 mov r%3,b mov r%4,a } by { ; Peehole 232.b simplified xch mov r%3,#%2 mov r%4,#%1 } replace { mov dpl1,#%1 mov dph1,#(%1 >> 8) mov dpx1,#(%1 >> 16) } by { ; Peephole 233 24 bit load of dptr1 inc dps mov dptr,#%1 dec dps } // 14 rules by Fiorenzo D. Ramaglia replace { add a,ar%1 } by { ; Peephole 236a add a,r%1 } replace { addc a,ar%1 } by { ; Peephole 236b addc a,r%1 } replace { anl a,ar%1 } by { ; Peephole 236c anl a,r%1 } replace { dec ar%1 } by { ; Peephole 236d dec r%1 } replace { djnz ar%1,%2 } by { ; Peephole 236e djnz r%1,%2 } replace { inc ar%1 } by { ; Peephole 236f inc r%1 } replace { mov a,ar%1 } by { ; Peephole 236g mov a,r%1 } replace { mov ar%1,#%2 } by { ; Peephole 236h mov r%1,#%2 } replace { mov ar%1,a } by { ; Peephole 236i mov r%1,a } replace { mov ar%1,ar%2 } by { ; Peephole 236j mov r%1,ar%2 } replace { orl a,ar%1 } by { ; Peephole 236k orl a,r%1 } replace { subb a,ar%1 } by { ; Peephole 236l subb a,r%1 } replace { xch a,ar%1 } by { ; Peephole 236m xch a,r%1 } replace { xrl a,ar%1 } by { ; Peephole 236n xrl a,r%1 } replace { sjmp %1 %2: mov %3,%4 %1: ret } by { ; Peephole 237a removed sjmp to ret ret %2: mov %3,%4 %1: ret } replace { sjmp %1 %2: mov %3,%4 mov dpl,%5 mov dph,%6 %1: ret } by { ; Peephole 237b removed sjmp to ret ret %2: mov %3,%4 mov dpl,%5 mov dph,%6 %1: ret } // applies to f.e. device/lib/log10f.c replace { mov %1,%9 mov %2,%10 mov %3,%11 mov %4,%12 mov %5,%13 mov %6,%14 mov %7,%15 mov %8,%16 mov %9,%1 mov %10,%2 mov %11,%3 mov %12,%4 } by { mov %1,%9 mov %2,%10 mov %3,%11 mov %4,%12 mov %5,%13 mov %6,%14 mov %7,%15 mov %8,%16 ; Peephole 238.a removed 4 redundant moves } if operandsNotSame8 %1 %2 %3 %4 %5 %6 %7 %8 // applies to device/lib/log10f.c replace { mov %1,%5 mov %2,%6 mov %3,%7 mov %4,%8 mov %5,%1 mov %6,%2 mov %7,%3 } by { mov %1,%5 mov %2,%6 mov %3,%7 mov %4,%8 ; Peephole 238.b removed 3 redundant moves } if operandsNotSame7 %1 %2 %3 %4 %5 %6 %7 // applies to f.e. device/lib/time.c replace { mov %1,%5 mov %2,%6 mov %3,%7 mov %4,%8 mov %5,%1 mov %6,%2 } by { mov %1,%5 mov %2,%6 mov %3,%7 mov %4,%8 ; Peephole 238.c removed 2 redundant moves } if operandsNotSame4 %1 %2 %3 %4 // applies to f.e. support/regression/tests/bug-524209.c replace { mov %1,%4 mov %2,%5 mov %3,%6 mov %4,%1 mov %5,%2 mov %6,%3 } by { mov %1,%4 mov %2,%5 mov %3,%6 ; Peephole 238.d removed 3 redundant moves } if operandsNotSame6 %1 %2 %3 %4 %5 %6 // applies to f.e. ser_ir.asm replace { mov r%1,acc } by { ; Peephole 239 used a instead of acc mov r%1,a } replace restart { mov a,%1 addc a,#0x00 } by { ; Peephole 240 use clr instead of addc a,#0 clr a addc a,%1 } // peepholes 241.a to 241.c and 241.d to 241.f need to be in order replace { cjne r%1,#%2,%3 cjne r%4,#%5,%3 cjne r%6,#%7,%3 cjne r%8,#%9,%3 mov a,#0x01 sjmp %10 %3: clr a %10: } by { ; Peephole 241.a optimized compare clr a cjne r%1,#%2,%3 cjne r%4,#%5,%3 cjne r%6,#%7,%3 cjne r%8,#%9,%3 inc a %3: %10: } // applies to f.e. time.c replace { cjne r%1,#%2,%3 cjne r%4,#%5,%3 mov a,#0x01 sjmp %6 %3: clr a %6: } by { ; Peephole 241.b optimized compare clr a cjne r%1,#%2,%3 cjne r%4,#%5,%3 inc a %3: %6: } // applies to f.e. malloc.c replace { cjne r%1,#%2,%3 mov a,#0x01 sjmp %4 %3: clr a %4: } by { ; Peephole 241.c optimized compare clr a cjne r%1,#%2,%3 inc a %3: %4: } // applies to f.e. j = (k!=0x1000); // with volatile idata long k; replace { cjne @r%1,#%2,%3 inc r%1 cjne @r%1,#%4,%3 inc r%1 cjne @r%1,#%5,%3 inc r%1 cjne @r%1,#%6,%3 mov a,#0x01 sjmp %7 %3: clr a %7: } by { ; Peephole 241.d optimized compare clr a cjne @r%1,#%2,%3 inc r%1 cjne @r%1,#%4,%3 inc r%1 cjne @r%1,#%5,%3 inc r%1 cjne @r%1,#%6,%3 inc a %3: %7: } // applies to f.e. j = (k!=0x1000); // with volatile idata int k; replace { cjne @r%1,#%2,%3 inc r%1 cjne @r%1,#%4,%3 mov a,#0x01 sjmp %7 %3: clr a %7: } by { ; Peephole 241.e optimized compare clr a cjne @r%1,#%2,%3 inc r%1 cjne @r%1,#%4,%3 inc a %3: %7: } // applies to f.e. vprintf.asm (--stack-auto) replace { cjne @r%1,#%2,%3 mov a,#0x01 sjmp %7 %3: clr a %7: } by { ; Peephole 241.f optimized compare clr a cjne @r%1,#%2,%3 inc a %3: %7: } // applies to f.e. scott-bool1.c replace { jnz %1 mov %2,%3 %1: jz %4 } by { ; Peephole 242.a avoided branch jnz to jz jnz %1 mov %2,%3 jz %4 %1: } if labelRefCount %1 1 // applies to f.e. scott-bool1.c replace { jnz %1 mov %2,%3 orl a,%5 %1: jz %4 } by { ; Peephole 242.b avoided branch jnz to jz jnz %1 mov %2,%3 orl a,%5 jz %4 %1: } if labelRefCount %1 1 // applies to f.e. logic.c replace { jnz %1 mov %2,%3 orl a,%5 orl a,%6 orl a,%7 %1: jz %4 } by { ; Peephole 242.c avoided branch jnz to jz jnz %1 mov %2,%3 orl a,%5 orl a,%6 orl a,%7 jz %4 %1: } if labelRefCount %1 1 replace { jnz %1 %1: } by { ; Peephole 243a jump optimization } if labelRefCount %1 1 replace { jz %1 %1: } by { ; Peephole 243b jump optimization } if labelRefCount %1 1 // This allows non-interrupt and interrupt code to safely compete // for a resource without the non-interrupt code having to disable // interrupts: // volatile bit resource_is_free; // if( resource_is_free ) { // resource_is_free=0; do_something; resource_is_free=1; // } replace { jnb %1,%2 %3: clr %1 } by { ; Peephole 244.a using atomic test and clear jbc %1,%3 sjmp %2 %3: } if labelRefCount %3 0 replace { jb %1,%2 ljmp %3 %2: clr %1 } by { ; Peephole 244.b using atomic test and clear jbc %1,%2 ljmp %3 %2: } if labelRefCount %2 1 sdcc-2.9.0/src/ds390/ralloc.c000066400000000000000000003274071116427777700155470ustar00rootroot00000000000000/*------------------------------------------------------------------------ SDCCralloc.c - source file for register allocation. (DS80C390) specific Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "ralloc.h" #include "gen.h" /*-----------------------------------------------------------------*/ /* At this point we start getting processor specific although */ /* some routines are non-processor specific & can be reused when */ /* targetting other processors. The decision for this will have */ /* to be made on a routine by routine basis */ /* routines used to pack registers are most definitely not reusable */ /* since the pack the registers depending strictly on the MCU */ /*-----------------------------------------------------------------*/ #define D(x) /* Global data */ static struct { bitVect *spiltSet; set *stackSpil; bitVect *regAssigned; bitVect *totRegAssigned; /* final set of LRs that got into registers */ short blockSpil; int slocNum; bitVect *funcrUsed; /* registers used in a function */ int stackExtend; int dataExtend; bitVect *allBitregs; /* all bit registers */ } _G; /* Shared with gen.c */ int ds390_ptrRegReq; /* one byte pointer register required */ /* 8051 registers */ regs regs390[] = { {REG_GPR, R2_IDX, REG_GPR, "r2", "ar2", "0", 2, 1, 1}, {REG_GPR, R3_IDX, REG_GPR, "r3", "ar3", "0", 3, 1, 1}, {REG_GPR, R4_IDX, REG_GPR, "r4", "ar4", "0", 4, 1, 1}, {REG_GPR, R5_IDX, REG_GPR, "r5", "ar5", "0", 5, 1, 1}, {REG_GPR, R6_IDX, REG_GPR, "r6", "ar6", "0", 6, 1, 1}, {REG_GPR, R7_IDX, REG_GPR, "r7", "ar7", "0", 7, 1, 1}, {REG_PTR, R0_IDX, REG_PTR, "r0", "ar0", "0", 0, 1, 1}, {REG_PTR, R1_IDX, REG_PTR, "r1", "ar1", "0", 1, 1, 1}, {REG_GPR, DPL_IDX, REG_GPR, "dpl", "dpl", "dpl", 0, 0, 0}, {REG_GPR, DPH_IDX, REG_GPR, "dph", "dph", "dph", 0, 0, 0}, {REG_GPR, DPX_IDX, REG_GPR, "dpx", "dpx", "dpx", 0, 0, 0}, {REG_GPR, B_IDX, REG_GPR, "b", "b", "b", 0, 0, 0}, {REG_BIT, B0_IDX, REG_BIT, "b0", "b0", "bits", 0, 1, 0}, {REG_BIT, B1_IDX, REG_BIT, "b1", "b1", "bits", 1, 1, 0}, {REG_BIT, B2_IDX, REG_BIT, "b2", "b2", "bits", 2, 1, 0}, {REG_BIT, B3_IDX, REG_BIT, "b3", "b3", "bits", 3, 1, 0}, {REG_BIT, B4_IDX, REG_BIT, "b4", "b4", "bits", 4, 1, 0}, {REG_BIT, B5_IDX, REG_BIT, "b5", "b5", "bits", 5, 1, 0}, {REG_BIT, B6_IDX, REG_BIT, "b6", "b6", "bits", 6, 1, 0}, {REG_BIT, B7_IDX, REG_BIT, "b7", "b7", "bits", 7, 1, 0}, {REG_GPR, X8_IDX, REG_GPR, "x8", "x8", "xreg", 0, 0, 0}, {REG_GPR, X9_IDX, REG_GPR, "x9", "x9", "xreg", 1, 0, 0}, {REG_GPR, X10_IDX, REG_GPR, "x10", "x10", "xreg", 2, 0, 0}, {REG_GPR, X11_IDX, REG_GPR, "x11", "x11", "xreg", 3, 0, 0}, {REG_GPR, X12_IDX, REG_GPR, "x12", "x12", "xreg", 4, 0, 0}, {REG_CND, CND_IDX, REG_GPR, "C", "psw", "xreg", 0, 0, 0}, {0, DPL1_IDX, 0, "dpl1", "dpl1", "dpl1", 0, 0, 0}, {0, DPH1_IDX, 0, "dph1", "dph1", "dph1", 0, 0, 0}, {0, DPX1_IDX, 0, "dpx1", "dpx1", "dpx1", 0, 0, 0}, {0, DPS_IDX, 0, "dps", "dps", "dps", 0, 0, 0}, {0, A_IDX, 0, "a", "acc", "acc", 0, 0, 0}, {0, AP_IDX, 0, "ap", "ap", "ap", 0, 0, 0}, }; int ds390_nRegs = 13; int ds390_nBitRegs = 0; static void spillThis (symbol *); static void freeAllRegs (); static iCode * packRegsDPTRuse (operand *); static int packRegsDPTRnuse (operand *,unsigned); /*-----------------------------------------------------------------*/ /* allocReg - allocates register of given type */ /*-----------------------------------------------------------------*/ static regs * allocReg (short type) { int i; for (i = 0; i < ds390_nRegs; i++) { /* if type is given as 0 then any free register will do */ if (!type && regs390[i].isFree) { regs390[i].isFree = 0; if (currFunc) currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, i); return ®s390[i]; } /* otherwise look for specific type of register */ if (regs390[i].isFree && regs390[i].type == type) { regs390[i].isFree = 0; if (currFunc) currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, i); return ®s390[i]; } } return NULL; } /*-----------------------------------------------------------------*/ /* ds390_regWithIdx - returns pointer to register with index number*/ /*-----------------------------------------------------------------*/ regs * ds390_regWithIdx (int idx) { int i; for (i = 0; i < sizeof(regs390)/sizeof(regs); i++) if (regs390[i].rIdx == idx) return ®s390[i]; werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "regWithIdx not found"); exit (1); } /*-----------------------------------------------------------------*/ /* freeReg - frees a register */ /*-----------------------------------------------------------------*/ static void freeReg (regs * reg) { if (!reg) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "freeReg - Freeing NULL register"); exit (1); } reg->isFree = 1; } /*-----------------------------------------------------------------*/ /* useReg - marks a register as used */ /*-----------------------------------------------------------------*/ static void useReg (regs * reg) { reg->isFree = 0; } /*-----------------------------------------------------------------*/ /* nFreeRegs - returns number of free registers */ /*-----------------------------------------------------------------*/ static int nFreeRegs (int type) { int i; int nfr = 0; for (i = 0; i < ds390_nRegs; i++) if (regs390[i].isFree && regs390[i].type == type) nfr++; return nfr; } /*-----------------------------------------------------------------*/ /* nfreeRegsType - free registers with type */ /*-----------------------------------------------------------------*/ static int nfreeRegsType (int type) { int nfr; if (type == REG_PTR) { if ((nfr = nFreeRegs (type)) == 0) return nFreeRegs (REG_GPR); } return nFreeRegs (type); } /*-----------------------------------------------------------------*/ /* isOperandInReg - returns true if operand is currently in regs */ /*-----------------------------------------------------------------*/ static int isOperandInReg(operand *op) { if (!IS_SYMOP(op)) return 0; if (OP_SYMBOL(op)->ruonly) return 1; if (OP_SYMBOL(op)->accuse) return 1; if (OP_SYMBOL(op)->dptr) return 1; return bitVectBitValue(_G.totRegAssigned,OP_SYMBOL(op)->key); } /*-----------------------------------------------------------------*/ /* computeSpillable - given a point find the spillable live ranges */ /*-----------------------------------------------------------------*/ static bitVect * computeSpillable (iCode * ic) { bitVect *spillable; /* spillable live ranges are those that are live at this point . the following categories need to be subtracted from this set. a) - those that are already spilt b) - if being used by this one c) - defined by this one */ spillable = bitVectCopy (ic->rlive); spillable = bitVectCplAnd (spillable, _G.spiltSet); /* those already spilt */ spillable = bitVectCplAnd (spillable, ic->uses); /* used in this one */ bitVectUnSetBit (spillable, ic->defKey); spillable = bitVectIntersect (spillable, _G.regAssigned); return spillable; } /*-----------------------------------------------------------------*/ /* bitType - will return 1 if the symbol has type REG_BIT */ /*-----------------------------------------------------------------*/ static int bitType (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->regType == REG_BIT ? 1 : 0); } /*-----------------------------------------------------------------*/ /* noSpilLoc - return true if a variable has no spil location */ /*-----------------------------------------------------------------*/ static int noSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->usl.spillLoc ? 0 : 1); } /*-----------------------------------------------------------------*/ /* hasSpilLoc - will return 1 if the symbol has spil location */ /*-----------------------------------------------------------------*/ static int hasSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->usl.spillLoc ? 1 : 0); } /*-----------------------------------------------------------------*/ /* directSpilLoc - will return 1 if the spillocation is in direct */ /*-----------------------------------------------------------------*/ static int directSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { if (sym->usl.spillLoc && (IN_DIRSPACE (SPEC_OCLS (sym->usl.spillLoc->etype)))) return 1; else return 0; } /*-----------------------------------------------------------------*/ /* hasSpilLocnoUptr - will return 1 if the symbol has spil location */ /* but is not used as a pointer */ /*-----------------------------------------------------------------*/ static int hasSpilLocnoUptr (symbol * sym, eBBlock * ebp, iCode * ic) { return ((sym->usl.spillLoc && !sym->uptr) ? 1 : 0); } /*-----------------------------------------------------------------*/ /* rematable - will return 1 if the remat flag is set */ /*-----------------------------------------------------------------*/ static int rematable (symbol * sym, eBBlock * ebp, iCode * ic) { return sym->remat; } /*-----------------------------------------------------------------*/ /* notUsedInRemaining - not used or defined in remain of the block */ /*-----------------------------------------------------------------*/ static int notUsedInRemaining (symbol * sym, eBBlock * ebp, iCode * ic) { return ((usedInRemaining (operandFromSymbol (sym), ic) ? 0 : 1) && allDefsOutOfRange (sym->defs, ebp->fSeq, ebp->lSeq)); } /*-----------------------------------------------------------------*/ /* allLRs - return true for all */ /*-----------------------------------------------------------------*/ static int allLRs (symbol * sym, eBBlock * ebp, iCode * ic) { return 1; } /*-----------------------------------------------------------------*/ /* liveRangesWith - applies function to a given set of live range */ /*-----------------------------------------------------------------*/ static set * liveRangesWith (bitVect * lrs, int (func) (symbol *, eBBlock *, iCode *), eBBlock * ebp, iCode * ic) { set *rset = NULL; int i; if (!lrs || !lrs->size) return NULL; for (i = 1; i < lrs->size; i++) { symbol *sym; if (!bitVectBitValue (lrs, i)) continue; /* if we don't find it in the live range hash table we are in serious trouble */ if (!(sym = hTabItemWithKey (liveRanges, i))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "liveRangesWith could not find liveRange"); exit (1); } if (func (sym, ebp, ic) && bitVectBitValue (_G.regAssigned, sym->key)) addSetHead (&rset, sym); } return rset; } /*-----------------------------------------------------------------*/ /* leastUsedLR - given a set determines which is the least used */ /*-----------------------------------------------------------------*/ static symbol * leastUsedLR (set * sset) { symbol *sym = NULL, *lsym = NULL; sym = lsym = setFirstItem (sset); if (!lsym) return NULL; for (; lsym; lsym = setNextItem (sset)) { /* if usage is the same then prefer to spill the smaller of the two */ if (lsym->used == sym->used) if (getSize (lsym->type) < getSize (sym->type)) sym = lsym; /* if less usage */ if (lsym->used < sym->used) sym = lsym; } setToNull ((void *) &sset); sym->blockSpil = 0; return sym; } /*-----------------------------------------------------------------*/ /* noOverLap - will iterate through the list looking for over lap */ /*-----------------------------------------------------------------*/ static int noOverLap (set * itmpStack, symbol * fsym) { symbol *sym; for (sym = setFirstItem (itmpStack); sym; sym = setNextItem (itmpStack)) { if (bitVectBitValue(sym->clashes,fsym->key)) return 0; } return 1; } /*-----------------------------------------------------------------*/ /* isFree - will return 1 if the a free spil location is found */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (isFree) { symbol *sym = item; V_ARG (symbol **, sloc); V_ARG (symbol *, fsym); /* if already found */ if (*sloc) return 0; /* if it is free && and the itmp assigned to this does not have any overlapping live ranges with the one currently being assigned and the size can be accomodated */ if (sym->isFree && noOverLap (sym->usl.itmpStack, fsym) && getSize (sym->type) >= getSize (fsym->type)) { *sloc = sym; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* spillLRWithPtrReg :- will spil those live ranges which use PTR */ /*-----------------------------------------------------------------*/ static void spillLRWithPtrReg (symbol * forSym) { symbol *lrsym; regs *r0, *r1; int k; if (!_G.regAssigned || bitVectIsZero (_G.regAssigned)) return; r0 = ds390_regWithIdx (R0_IDX); r1 = ds390_regWithIdx (R1_IDX); /* for all live ranges */ for (lrsym = hTabFirstItem (liveRanges, &k); lrsym; lrsym = hTabNextItem (liveRanges, &k)) { int j; /* if no registers assigned to it or spilt */ /* if it does not overlap this then no need to spill it */ if (lrsym->isspilt || !lrsym->nRegs || (lrsym->liveTo < forSym->liveFrom)) continue; /* go thru the registers : if it is either r0 or r1 then spill it */ for (j = 0; j < lrsym->nRegs; j++) if (lrsym->regs[j] == r0 || lrsym->regs[j] == r1) { spillThis (lrsym); break; } } } /*-----------------------------------------------------------------*/ /* createStackSpil - create a location on the stack to spil */ /*-----------------------------------------------------------------*/ static symbol * createStackSpil (symbol * sym) { symbol *sloc = NULL; int useXstack, model, noOverlay; char slocBuffer[30]; /* first go try and find a free one that is already existing on the stack */ if (applyToSet (_G.stackSpil, isFree, &sloc, sym)) { /* found a free one : just update & return */ sym->usl.spillLoc = sloc; sym->stackSpil = 1; sloc->isFree = 0; addSetHead (&sloc->usl.itmpStack, sym); return sym; } /* could not then have to create one , this is the hard part we need to allocate this on the stack : this is really a hack!! but cannot think of anything better at this time */ if (SNPRINTF (slocBuffer, sizeof(slocBuffer), "sloc%d", _G.slocNum++) >= sizeof (slocBuffer)) { fprintf (stderr, "***Internal error: slocBuffer overflowed: %s:%d\n", __FILE__, __LINE__); exit (1); } sloc = newiTemp (slocBuffer); /* set the type to the spilling symbol */ sloc->type = copyLinkChain (sym->type); sloc->etype = getSpec (sloc->type); if (!IS_BIT (sloc->etype)) { if (options.model == MODEL_SMALL) { SPEC_SCLS (sloc->etype) = S_DATA; } else { SPEC_SCLS (sloc->etype) = S_XDATA; } } SPEC_EXTR (sloc->etype) = 0; SPEC_STAT (sloc->etype) = 0; SPEC_VOLATILE(sloc->etype) = 0; SPEC_ABSA(sloc->etype) = 0; /* we don't allow it to be allocated onto the external stack since : so we temporarily turn it off ; we also turn off memory model to prevent the spil from going to the external storage and turn off overlaying */ useXstack = options.useXstack; model = options.model; noOverlay = options.noOverlay; options.noOverlay = 1; /* options.model = options.useXstack = 0; */ allocLocal (sloc); options.useXstack = useXstack; options.model = model; options.noOverlay = noOverlay; sloc->isref = 1; /* to prevent compiler warning */ /* if it is on the stack then update the stack */ if (IN_STACK (sloc->etype)) { currFunc->stack += getSize (sloc->type); _G.stackExtend += getSize (sloc->type); } else _G.dataExtend += getSize (sloc->type); /* add it to the _G.stackSpil set */ addSetHead (&_G.stackSpil, sloc); sym->usl.spillLoc = sloc; sym->stackSpil = 1; /* add it to the set of itempStack set of the spill location */ addSetHead (&sloc->usl.itmpStack, sym); return sym; } /*-----------------------------------------------------------------*/ /* isSpiltOnStack - returns true if the spil location is on stack */ /*-----------------------------------------------------------------*/ static bool isSpiltOnStack (symbol * sym) { sym_link *etype; if (!sym) return FALSE; if (!sym->isspilt) return FALSE; /* if (sym->_G.stackSpil) */ /* return TRUE; */ if (!sym->usl.spillLoc) return FALSE; etype = getSpec (sym->usl.spillLoc->type); if (IN_STACK (etype)) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* spillThis - spils a specific operand */ /*-----------------------------------------------------------------*/ static void spillThis (symbol * sym) { int i; /* if this is rematerializable or has a spillLocation we are okay, else we need to create a spillLocation for it */ if (!(sym->remat || sym->usl.spillLoc)) createStackSpil (sym); /* mark it has spilt & put it in the spilt set */ sym->isspilt = sym->spillA = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, sym->key); bitVectUnSetBit (_G.regAssigned, sym->key); bitVectUnSetBit (_G.totRegAssigned, sym->key); for (i = 0; i < sym->nRegs; i++) if (sym->regs[i]) { freeReg (sym->regs[i]); sym->regs[i] = NULL; } /* if spilt on stack then free up r0 & r1 if they could have been assigned to some LIVE ranges */ if (!ds390_ptrRegReq && isSpiltOnStack (sym) && !options.stack10bit) { ds390_ptrRegReq ++; spillLRWithPtrReg (sym); } if (sym->usl.spillLoc && !sym->remat) sym->usl.spillLoc->allocreq++; return; } /*-----------------------------------------------------------------*/ /* selectSpil - select a iTemp to spil : rather a simple procedure */ /*-----------------------------------------------------------------*/ static symbol * selectSpil (iCode * ic, eBBlock * ebp, symbol * forSym) { bitVect *lrcs = NULL; set *selectS; symbol *sym; /* get the spillable live ranges */ lrcs = computeSpillable (ic); /* remove incompatible registers */ if ((forSym->regType == REG_PTR) || (forSym->regType == REG_GPR)) { selectS = liveRangesWith (lrcs, bitType, ebp, ic); for (sym = setFirstItem (selectS); sym; sym = setNextItem (selectS)) { bitVectUnSetBit (lrcs, sym->key); } } /* get all live ranges that are rematerializable */ if ((selectS = liveRangesWith (lrcs, rematable, ebp, ic))) { /* return the least used of these */ return leastUsedLR (selectS); } /* get live ranges with spillLocations in direct space */ if ((selectS = liveRangesWith (lrcs, directSpilLoc, ebp, ic))) { sym = leastUsedLR (selectS); strncpyz (sym->rname, sym->usl.spillLoc->rname[0] ? sym->usl.spillLoc->rname : sym->usl.spillLoc->name, sizeof(sym->rname)); sym->spildir = 1; /* mark it as allocation required */ sym->usl.spillLoc->allocreq++; return sym; } /* if the symbol is local to the block then */ if (forSym->liveTo < ebp->lSeq) { /* check if there are any live ranges allocated to registers that are not used in this block */ if (!_G.blockSpil && (selectS = liveRangesWith (lrcs, notUsedInBlock, ebp, ic))) { sym = leastUsedLR (selectS); /* if this is not rematerializable */ if (!sym->remat) { _G.blockSpil++; sym->blockSpil = 1; } return sym; } /* check if there are any live ranges that not used in the remainder of the block */ if (!_G.blockSpil && !isiCodeInFunctionCall (ic) && (selectS = liveRangesWith (lrcs, notUsedInRemaining, ebp, ic))) { sym = leastUsedLR (selectS); if (sym != forSym) { if (!sym->remat) { sym->remainSpil = 1; _G.blockSpil++; } return sym; } } } /* find live ranges with spillocation && not used as pointers */ if ((selectS = liveRangesWith (lrcs, hasSpilLocnoUptr, ebp, ic))) { sym = leastUsedLR (selectS); /* mark this as allocation required */ sym->usl.spillLoc->allocreq++; return sym; } /* find live ranges with spillocation */ if ((selectS = liveRangesWith (lrcs, hasSpilLoc, ebp, ic))) { sym = leastUsedLR (selectS); sym->usl.spillLoc->allocreq++; return sym; } /* couldn't find then we need to create a spil location on the stack , for which one? the least used ofcourse */ if ((selectS = liveRangesWith (lrcs, noSpilLoc, ebp, ic))) { /* return a created spil location */ sym = createStackSpil (leastUsedLR (selectS)); sym->usl.spillLoc->allocreq++; return sym; } /* this is an extreme situation we will spill this one : happens very rarely but it does happen */ spillThis (forSym); return forSym; } /*-----------------------------------------------------------------*/ /* spilSomething - spil some variable & mark registers as free */ /*-----------------------------------------------------------------*/ static bool spilSomething (iCode * ic, eBBlock * ebp, symbol * forSym) { symbol *ssym; int i; /* get something we can spil */ ssym = selectSpil (ic, ebp, forSym); /* mark it as spilt */ ssym->isspilt = ssym->spillA = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, ssym->key); /* mark it as not register assigned & take it away from the set */ bitVectUnSetBit (_G.regAssigned, ssym->key); bitVectUnSetBit (_G.totRegAssigned, ssym->key); /* mark the registers as free */ for (i = 0; i < ssym->nRegs; i++) if (ssym->regs[i]) freeReg (ssym->regs[i]); /* if spilt on stack then free up r0 & r1 if they could have been assigned to as gprs */ if (!ds390_ptrRegReq && isSpiltOnStack (ssym) && !options.stack10bit) { ds390_ptrRegReq++; spillLRWithPtrReg (ssym); } /* if this was a block level spil then insert push & pop at the start & end of block respectively */ if (ssym->blockSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push to the start of the block */ addiCodeToeBBlock (ebp, nic, (ebp->sch->op == LABEL ? ebp->sch->next : ebp->sch)); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } /* if spilt because not used in the remainder of the block then add a push before this instruction and a pop at the end of the block */ if (ssym->remainSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push just before this instruction */ addiCodeToeBBlock (ebp, nic, ic); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } if (ssym == forSym) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* getRegPtr - will try for PTR if not a GPR type if not spil */ /*-----------------------------------------------------------------*/ static regs * getRegPtr (iCode * ic, eBBlock * ebp, symbol * sym) { regs *reg; int j; tryAgain: /* try for a ptr type */ if ((reg = allocReg (REG_PTR))) return reg; /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; /* we have to spil */ if (!spilSomething (ic, ebp, sym)) return NULL; /* make sure partially assigned registers aren't reused */ for (j=0; j<=sym->nRegs; j++) if (sym->regs[j]) sym->regs[j]->isFree = 0; /* this looks like an infinite loop but in really selectSpil will abort */ goto tryAgain; } /*-----------------------------------------------------------------*/ /* getRegGpr - will try for GPR if not spil */ /*-----------------------------------------------------------------*/ static regs * getRegGpr (iCode * ic, eBBlock * ebp, symbol * sym) { regs *reg; int j; tryAgain: /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; if (!ds390_ptrRegReq) if ((reg = allocReg (REG_PTR))) return reg; /* we have to spil */ if (!spilSomething (ic, ebp, sym)) return NULL; /* make sure partially assigned registers aren't reused */ for (j=0; j<=sym->nRegs; j++) if (sym->regs[j]) sym->regs[j]->isFree = 0; /* this looks like an infinite loop but in really selectSpil will abort */ goto tryAgain; } /*-----------------------------------------------------------------*/ /* getRegBit - will try for Bit if not spill this */ /*-----------------------------------------------------------------*/ static regs *getRegBit (symbol * sym) { regs *reg; /* try for a bit type */ if ((reg = allocReg (REG_BIT))) return reg; spillThis (sym); return 0; } /*-----------------------------------------------------------------*/ /* getRegPtrNoSpil - get it cannot be spilt */ /*-----------------------------------------------------------------*/ static regs *getRegPtrNoSpil() { regs *reg; /* try for a ptr type */ if ((reg = allocReg (REG_PTR))) return reg; /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; assert(0); /* just to make the compiler happy */ return 0; } /*-----------------------------------------------------------------*/ /* getRegGprNoSpil - get it cannot be spilt */ /*-----------------------------------------------------------------*/ static regs *getRegGprNoSpil() { regs *reg; if ((reg = allocReg (REG_GPR))) return reg; if (!ds390_ptrRegReq) if ((reg = allocReg (REG_PTR))) return reg; assert(0); /* just to make the compiler happy */ return 0; } /*-----------------------------------------------------------------*/ /* getRegBitNoSpil - get it cannot be spilt */ /*-----------------------------------------------------------------*/ static regs *getRegBitNoSpil() { regs *reg; /* try for a bit type */ if ((reg = allocReg (REG_BIT))) return reg; /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; assert(0); /* just to make the compiler happy */ return 0; } /*-----------------------------------------------------------------*/ /* symHasReg - symbol has a given register */ /*-----------------------------------------------------------------*/ static bool symHasReg (symbol * sym, regs * reg) { int i; for (i = 0; i < sym->nRegs; i++) if (sym->regs[i] == reg) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* updateRegUsage - update the registers in use at the start of */ /* this icode */ /*-----------------------------------------------------------------*/ static void updateRegUsage (iCode * ic) { int reg; for (reg=0; regriu &= ~(1<riu |= (1<= B0_IDX); } } } /*-----------------------------------------------------------------*/ /* deassignLRs - check the live to and if they have registers & are */ /* not spilt then free up the registers */ /*-----------------------------------------------------------------*/ static void deassignLRs (iCode * ic, eBBlock * ebp) { symbol *sym; int k; symbol *result; for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { symbol *psym = NULL; /* if it does not end here */ if (sym->liveTo > ic->seq) continue; /* if it was spilt on stack then we can mark the stack spil location as free */ if (sym->isspilt) { if (sym->stackSpil) { sym->usl.spillLoc->isFree = 1; sym->stackSpil = 0; } continue; } if (!bitVectBitValue (_G.regAssigned, sym->key)) continue; /* special case check if this is an IFX & the privious one was a pop and the previous one was not spilt then keep track of the symbol */ if (ic->op == IFX && ic->prev && ic->prev->op == IPOP && !ic->prev->parmPush && !OP_SYMBOL (IC_LEFT (ic->prev))->isspilt) psym = OP_SYMBOL (IC_LEFT (ic->prev)); if (sym->nRegs) { int i = 0; bitVectUnSetBit (_G.regAssigned, sym->key); /* if the result of this one needs registers and does not have it then assign it right away */ if (IC_RESULT (ic) && !(SKIP_IC2 (ic) || /* not a special icode */ ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || ic->op == RETURN || POINTER_SET (ic)) && (result = OP_SYMBOL (IC_RESULT (ic))) && /* has a result */ result->liveTo > ic->seq && /* and will live beyond this */ result->liveTo <= ebp->lSeq && /* does not go beyond this block */ result->liveFrom == ic->seq && /* does not start before here */ result->regType == sym->regType && /* same register types */ result->nRegs && /* which needs registers */ !result->isspilt && /* and does not already have them */ !result->remat && !bitVectBitValue (_G.regAssigned, result->key) && /* the number of free regs + number of regs in this LR can accomodate the what result Needs */ ((nfreeRegsType (result->regType) + sym->nRegs) >= result->nRegs) ) { for (i = 0; i < result->nRegs; i++) if (i < sym->nRegs) result->regs[i] = sym->regs[i]; else result->regs[i] = getRegGpr (ic, ebp, result); _G.regAssigned = bitVectSetBit (_G.regAssigned, result->key); _G.totRegAssigned = bitVectSetBit (_G.totRegAssigned, result->key); } /* free the remaining */ for (; i < sym->nRegs; i++) { if (psym) { if (!symHasReg (psym, sym->regs[i])) freeReg (sym->regs[i]); } else freeReg (sym->regs[i]); } } } } /*-----------------------------------------------------------------*/ /* reassignLR - reassign this to registers */ /*-----------------------------------------------------------------*/ static void reassignLR (operand * op) { symbol *sym = OP_SYMBOL (op); int i; /* not spilt any more */ sym->isspilt = sym->spillA = sym->blockSpil = sym->remainSpil = 0; bitVectUnSetBit (_G.spiltSet, sym->key); _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); _G.totRegAssigned = bitVectSetBit (_G.totRegAssigned, sym->key); _G.blockSpil--; for (i = 0; i < sym->nRegs; i++) sym->regs[i]->isFree = 0; } /*-----------------------------------------------------------------*/ /* willCauseSpill - determines if allocating will cause a spill */ /*-----------------------------------------------------------------*/ static int willCauseSpill (int nr, int rt) { /* first check if there are any available registers of the type required */ if (rt == REG_PTR) { /* special case for pointer type if pointer type not avlb then check for type gpr */ if (nFreeRegs (rt) >= nr) return 0; if (nFreeRegs (REG_GPR) >= nr) return 0; } else if (rt == REG_BIT) { if (nFreeRegs (rt) >= nr) return 0; } else { if (ds390_ptrRegReq) { if (nFreeRegs (rt) >= nr) return 0; } else { if (nFreeRegs (REG_PTR) + nFreeRegs (REG_GPR) >= nr) return 0; } } /* it will cause a spil */ return 1; } /*-----------------------------------------------------------------*/ /* positionRegs - the allocator can allocate same registers to res- */ /* ult and operand, if this happens make sure they are in the same */ /* position as the operand otherwise chaos results */ /*-----------------------------------------------------------------*/ static int positionRegs (symbol * result, symbol * opsym) { int count = min (result->nRegs, opsym->nRegs); int i, j = 0, shared = 0; int change = 0; /* if the result has been spilt then cannot share */ if (opsym->isspilt) return 0; again: shared = 0; /* first make sure that they actually share */ for (i = 0; i < count; i++) { for (j = 0; j < count; j++) { if (result->regs[i] == opsym->regs[j] && i != j) { shared = 1; goto xchgPositions; } } } xchgPositions: if (shared) { regs *tmp = result->regs[i]; result->regs[i] = result->regs[j]; result->regs[j] = tmp; change ++; goto again; } return change; } /*-----------------------------------------------------------------*/ /* unusedLRS - returns a bitVector of liveranges not used in 'ebp' */ /*-----------------------------------------------------------------*/ bitVect *unusedLRs (eBBlock *ebp) { bitVect *ret = NULL; symbol *sym; int key; if (!ebp) return NULL; for (sym = hTabFirstItem(liveRanges,&key); sym ; sym = hTabNextItem(liveRanges,&key)) { if (notUsedInBlock(sym,ebp,NULL)) { ret = bitVectSetBit(ret,sym->key); } } return ret; } /*-----------------------------------------------------------------*/ /* deassignUnsedLRs - if this baisc block ends in a return then */ /* deassign symbols not used in this block */ /*-----------------------------------------------------------------*/ bitVect *deassignUnsedLRs(eBBlock *ebp) { bitVect *unused = NULL; int i; switch (returnAtEnd(ebp)) { case 2: /* successor block ends in a return */ unused = unusedLRs((eBBlock *) setFirstItem(ebp->succList)); /* fall thru */ case 1: /* this block ends in a return */ unused = bitVectIntersect(unused,unusedLRs(ebp)); break; } if (unused) { for (i = 0 ; i < unused->size ; i++ ) { /* if unused */ if (bitVectBitValue(unused,i)) { /* if assigned to registers */ if (bitVectBitValue(_G.regAssigned,i)) { symbol *sym; int j; sym = hTabItemWithKey(liveRanges,i); /* remove it from regassigned & mark the register free */ bitVectUnSetBit(_G.regAssigned,i); for (j = 0 ; j < sym->nRegs; j++) freeReg(sym->regs[j]); } else { /* not assigned to registers : remove from set*/ bitVectUnSetBit(unused,i); } } } } return unused; } /*-----------------------------------------------------------------*/ /* reassignUnusedLRs - put registers to unused Live ranges */ /*-----------------------------------------------------------------*/ void reassignUnusedLRs (bitVect *unused) { int i; if (!unused) return ; for (i = 0 ; i < unused->size ; i++ ) { /* if unused : means it was assigned to registers before */ if (bitVectBitValue(unused,i)) { symbol *sym; int j; /* put it back into reg set*/ bitVectSetBit(_G.regAssigned,i) ; sym = hTabItemWithKey(liveRanges,i); /* make registers busy */ for (j = 0 ; j < sym->nRegs; j++) sym->regs[j]->isFree = 0; } } } /*------------------------------------------------------------------*/ /* verifyRegsAssigned - make sure an iTemp is properly initialized; */ /* it should either have registers or have beed spilled. Otherwise, */ /* there was an uninitialized variable, so just spill this to get */ /* the operand in a valid state. */ /*------------------------------------------------------------------*/ static void verifyRegsAssigned (operand *op, iCode * ic) { symbol * sym; if (!op) return; if (!IS_ITEMP (op)) return; sym = OP_SYMBOL (op); if (sym->isspilt) return; if (!sym->nRegs) return; if (sym->regs[0]) return; werrorfl (ic->filename, ic->lineno, W_LOCAL_NOINIT, sym->prereqv ? sym->prereqv->name : sym->name); spillThis (sym); } /*-----------------------------------------------------------------*/ /* serialRegAssign - serially allocate registers to the variables */ /*-----------------------------------------------------------------*/ static void serialRegAssign (eBBlock ** ebbs, int count) { int i; /* for all blocks */ for (i = 0; i < count; i++) { /* ebbs */ iCode *ic; bitVect *unusedLRs = NULL; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; unusedLRs = deassignUnsedLRs(ebbs[i]); /* for all instructions do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { updateRegUsage(ic); /* if this is an ipop that means some live range will have to be assigned again */ if (ic->op == IPOP) reassignLR (IC_LEFT (ic)); /* if result is present && is a true symbol */ if (IC_RESULT (ic) && ic->op != IFX && IS_TRUE_SYMOP (IC_RESULT (ic))) OP_SYMBOL (IC_RESULT (ic))->allocreq++; /* take away registers from live ranges that end at this instruction */ deassignLRs (ic, ebbs[i]); /* some don't need registers */ if (SKIP_IC2 (ic) || ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || (IC_RESULT (ic) && POINTER_SET (ic))) continue; /* now we need to allocate registers only for the result */ if (IC_RESULT (ic)) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); bitVect *spillable; int willCS; int j; int ptrRegSet = 0; /* Make sure any spill location is definitely allocated */ if (sym->isspilt && !sym->remat && sym->usl.spillLoc && !sym->usl.spillLoc->allocreq) { sym->usl.spillLoc->allocreq++; } /* if it does not need or is spilt or is already assigned to registers or will not live beyond this instructions */ if (!sym->nRegs || sym->isspilt || bitVectBitValue (_G.regAssigned, sym->key) || sym->liveTo <= ic->seq) continue; /* if some liverange has been spilt at the block level and this one live beyond this block then spil this to be safe */ if (_G.blockSpil && sym->liveTo > ebbs[i]->lSeq) { spillThis (sym); continue; } willCS = willCauseSpill (sym->nRegs, sym->regType); /* if this is a bit variable then don't use precious registers along with expensive bit-to-char conversions but just spill it */ if (willCS && SPEC_NOUN(sym->etype) == V_BIT) { spillThis (sym); continue; } /* if trying to allocate this will cause a spill and there is nothing to spill or this one is rematerializable then spill this one */ spillable = computeSpillable (ic); if (sym->remat || (willCS && bitVectIsZero (spillable))) { spillThis (sym); continue; } /* If the live range preceeds the point of definition then ideally we must take into account registers that have been allocated after sym->liveFrom but freed before ic->seq. This is complicated, so spill this symbol instead and let fillGaps handle the allocation. */ if (sym->liveFrom < ic->seq) { spillThis (sym); continue; } /* if it has a spillocation & is used less than all other live ranges then spill this */ if (willCS) { if (sym->usl.spillLoc) { symbol *leastUsed = leastUsedLR (liveRangesWith (spillable, allLRs, ebbs[i], ic)); if (leastUsed && leastUsed->used > sym->used) { spillThis (sym); continue; } } else { /* if none of the liveRanges have a spillLocation then better to spill this one than anything else already assigned to registers */ if (liveRangesWith(spillable,noSpilLoc,ebbs[i],ic)) { /* if this is local to this block then we might find a block spil */ if (!(sym->liveFrom >= ebbs[i]->fSeq && sym->liveTo <= ebbs[i]->lSeq)) { spillThis (sym); continue; } } } } /* if we need ptr regs for the right side then mark it */ if (POINTER_GET (ic) && IS_SYMOP (IC_LEFT (ic)) && getSize (OP_SYMBOL (IC_LEFT (ic))->type) <= (unsigned) PTRSIZE) { ds390_ptrRegReq++; ptrRegSet = 1; } /* else we assign registers to it */ _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); _G.totRegAssigned = bitVectSetBit (_G.totRegAssigned, sym->key); for (j = 0; j < sym->nRegs; j++) { sym->regs[j] = NULL; if (sym->regType == REG_PTR) sym->regs[j] = getRegPtr (ic, ebbs[i], sym); else if (sym->regType == REG_BIT) sym->regs[j] = getRegBit (sym); else sym->regs[j] = getRegGpr (ic, ebbs[i], sym); /* if the allocation failed which means this was spilt then break */ if (!sym->regs[j]) break; } /* if it shares registers with operands make sure that they are in the same position */ if (!POINTER_SET(ic) && !POINTER_GET(ic)) { if (IC_LEFT (ic) && IS_SYMOP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->nRegs) { positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_LEFT (ic))); } /* do the same for the right operand */ if (IC_RIGHT (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->nRegs) { positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_RIGHT (ic))); } } if (ptrRegSet) { ds390_ptrRegReq--; ptrRegSet = 0; } } } reassignUnusedLRs(unusedLRs); } /* Check for and fix any problems with uninitialized operands */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; for (ic = ebbs[i]->sch; ic; ic = ic->next) { if (SKIP_IC2 (ic)) continue; if (ic->op == IFX) { verifyRegsAssigned (IC_COND (ic), ic); continue; } if (ic->op == JUMPTABLE) { verifyRegsAssigned (IC_JTCOND (ic), ic); continue; } verifyRegsAssigned (IC_RESULT (ic), ic); verifyRegsAssigned (IC_LEFT (ic), ic); verifyRegsAssigned (IC_RIGHT (ic), ic); } } } /*-----------------------------------------------------------------*/ /* fillGaps - Try to fill in the Gaps left by Pass1 */ /*-----------------------------------------------------------------*/ static void fillGaps() { symbol *sym =NULL; int key =0; int loop = 0, change; int pass; if (getenv("DISABLE_FILL_GAPS")) return; /* First try to do DPTRuse once more since now we know what got into registers */ while (loop++ < 10) { change = 0; for (sym = hTabFirstItem(liveRanges,&key) ; sym ; sym = hTabNextItem(liveRanges,&key)) { int size = getSize(sym->type); if (sym->liveFrom == sym->liveTo) continue; if (sym->uptr && sym->dptr==0 && !sym->ruonly && size < 4 && size > 1) { if (packRegsDPTRuse(operandFromSymbol(sym))) { /* if this was assigned to registers then */ if (bitVectBitValue(_G.totRegAssigned,sym->key)) { /* take it out of the register assigned set */ bitVectUnSetBit(_G.totRegAssigned,sym->key); } else if (sym->usl.spillLoc) { sym->usl.spillLoc->allocreq--; sym->usl.spillLoc = NULL; } sym->nRegs = 0; sym->isspilt = sym->spillA = 0; continue ; } /* try assigning other dptrs */ if (sym->dptr == 0 && packRegsDPTRnuse(operandFromSymbol(sym),1) && !getenv("DPTRnDISABLE")) { /* if this was ssigned to registers then */ if (bitVectBitValue(_G.totRegAssigned,sym->key)) { /* take it out of the register assigned set */ bitVectUnSetBit(_G.totRegAssigned,sym->key); } else if (sym->usl.spillLoc) { sym->usl.spillLoc->allocreq--; sym->usl.spillLoc = NULL; } sym->nRegs = 0; sym->isspilt = sym->spillA = 0; } } } /* look for liveranges that were spilt by the allocator */ for (sym = hTabFirstItem(liveRanges,&key) ; sym ; sym = hTabNextItem(liveRanges,&key)) { int i; int pdone = 0; if (!sym->spillA || !sym->clashes || sym->remat) continue ; if (!sym->uses || !sym->defs) continue ; /* find the liveRanges this one clashes with, that are still assigned to registers & mark the registers as used*/ for ( i = 0 ; i < sym->clashes->size ; i ++) { int k; symbol *clr; if (bitVectBitValue(sym->clashes,i) == 0 || /* those that clash with this */ bitVectBitValue(_G.totRegAssigned,i) == 0) /* and are still assigned to registers */ continue ; clr = hTabItemWithKey(liveRanges,i); assert(clr); /* mark these registers as used */ for (k = 0 ; k < clr->nRegs ; k++ ) useReg(clr->regs[k]); } if (willCauseSpill(sym->nRegs,sym->regType)) { /* NOPE :( clear all registers & and continue */ freeAllRegs(); continue ; } /* THERE IS HOPE !!!! */ for (i=0; i < sym->nRegs ; i++ ) { if (sym->regType == REG_PTR) sym->regs[i] = getRegPtrNoSpil (); else if (sym->regType == REG_BIT) sym->regs[i] = getRegBitNoSpil (); else sym->regs[i] = getRegGprNoSpil (); } /* For all its definitions check if the registers allocated needs positioning NOTE: we can position only ONCE if more than One positioning required then give up. We may need to perform the checks twice; once to position the registers as needed, the second to verify any register repositioning is still compatible. */ sym->isspilt = 0; for (pass=0; pass<2; pass++) { for (i = 0 ; i < sym->defs->size ; i++ ) { if (bitVectBitValue(sym->defs,i)) { iCode *ic; if (!(ic = hTabItemWithKey(iCodehTab,i))) continue ; if (SKIP_IC(ic)) continue; assert(isSymbolEqual(sym,OP_SYMBOL(IC_RESULT(ic)))); /* just making sure */ /* if left is assigned to registers */ if (IS_SYMOP(IC_LEFT(ic)) && bitVectBitValue(_G.totRegAssigned,OP_SYMBOL(IC_LEFT(ic))->key)) { pdone += (positionRegs(sym,OP_SYMBOL(IC_LEFT(ic)))>0); } if (IS_SYMOP(IC_RIGHT(ic)) && bitVectBitValue(_G.totRegAssigned,OP_SYMBOL(IC_RIGHT(ic))->key)) { pdone += (positionRegs(sym,OP_SYMBOL(IC_RIGHT(ic)))>0); } if (pdone > 1) break; } } for (i = 0 ; i < sym->uses->size ; i++ ) { if (bitVectBitValue(sym->uses,i)) { iCode *ic; if (!(ic = hTabItemWithKey(iCodehTab,i))) continue ; if (SKIP_IC(ic)) continue; if (POINTER_SET(ic) || POINTER_GET(ic)) continue ; /* if result is assigned to registers */ if (IS_SYMOP(IC_RESULT(ic)) && bitVectBitValue(_G.totRegAssigned,OP_SYMBOL(IC_RESULT(ic))->key)) { pdone += (positionRegs(sym,OP_SYMBOL(IC_RESULT(ic)))>0); } if (pdone > 1) break; } } if (pdone == 0) break; /* second pass only if regs repositioned */ if (pdone > 1) break; } /* had to position more than once GIVE UP */ if (pdone > 1) { /* UNDO all the changes we made to try this */ sym->isspilt = 1; for (i=0; i < sym->nRegs ; i++ ) { sym->regs[i] = NULL; } freeAllRegs(); D (fprintf (stderr, "Fill Gap gave up due to positioning for " "%s in function %s\n", sym->name, currFunc ? currFunc->name : "UNKNOWN")); continue ; } D (fprintf (stderr, "FILLED GAP for %s in function %s\n", sym->name, currFunc ? currFunc->name : "UNKNOWN")); _G.totRegAssigned = bitVectSetBit(_G.totRegAssigned,sym->key); sym->isspilt = sym->spillA = 0 ; sym->usl.spillLoc->allocreq--; sym->usl.spillLoc = NULL; freeAllRegs(); change ++; } if (!change) break; } } /*-----------------------------------------------------------------*/ /* findAllBitregs :- returns bit vector of all bit registers */ /*-----------------------------------------------------------------*/ static bitVect * findAllBitregs (void) { bitVect *rmask = newBitVect (ds390_nRegs); int j; for (j = 0; j < ds390_nRegs; j++) { if (regs390[j].type == REG_BIT) rmask = bitVectSetBit (rmask, regs390[j].rIdx); } return rmask; } /*-----------------------------------------------------------------*/ /* ds390_allBitregs :- returns bit vector of all bit registers */ /*-----------------------------------------------------------------*/ bitVect * ds390_allBitregs (void) { return _G.allBitregs; } /*-----------------------------------------------------------------*/ /* rUmaskForOp :- returns register mask for an operand */ /*-----------------------------------------------------------------*/ bitVect * ds390_rUmaskForOp (operand * op) { bitVect *rumask; symbol *sym; int j; /* only temporaries are assigned registers */ if (!IS_ITEMP (op)) return NULL; sym = OP_SYMBOL (op); /* if spilt or no registers assigned to it then nothing */ if (sym->isspilt || !sym->nRegs) return NULL; rumask = newBitVect (ds390_nRegs); for (j = 0; j < sym->nRegs; j++) { rumask = bitVectSetBit (rumask, sym->regs[j]->rIdx); } return rumask; } /*-----------------------------------------------------------------*/ /* regsUsedIniCode :- returns bit vector of registers used in iCode */ /*-----------------------------------------------------------------*/ static bitVect * regsUsedIniCode (iCode * ic) { bitVect *rmask = newBitVect (ds390_nRegs); /* do the special cases first */ if (ic->op == IFX) { rmask = bitVectUnion (rmask, ds390_rUmaskForOp (IC_COND (ic))); goto ret; } /* for the jumptable */ if (ic->op == JUMPTABLE) { rmask = bitVectUnion (rmask, ds390_rUmaskForOp (IC_JTCOND (ic))); goto ret; } /* of all other cases */ if (IC_LEFT (ic)) rmask = bitVectUnion (rmask, ds390_rUmaskForOp (IC_LEFT (ic))); if (IC_RIGHT (ic)) rmask = bitVectUnion (rmask, ds390_rUmaskForOp (IC_RIGHT (ic))); if (IC_RESULT (ic)) rmask = bitVectUnion (rmask, ds390_rUmaskForOp (IC_RESULT (ic))); ret: return rmask; } /*-----------------------------------------------------------------*/ /* createRegMask - for each instruction will determine the regsUsed */ /*-----------------------------------------------------------------*/ static void createRegMask (eBBlock ** ebbs, int count) { int i; /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* for all instructions */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { int j; if (SKIP_IC2 (ic) || !ic->rlive) continue; /* first mark the registers used in this instruction */ ic->rUsed = regsUsedIniCode (ic); _G.funcrUsed = bitVectUnion (_G.funcrUsed, ic->rUsed); /* now create the register mask for those registers that are in use : this is a super set of ic->rUsed */ ic->rMask = newBitVect (ds390_nRegs + 1); /* for all live Ranges alive at this point */ for (j = 1; j < ic->rlive->size; j++) { symbol *sym; int k; /* if not alive then continue */ if (!bitVectBitValue (ic->rlive, j)) continue; /* find the live range we are interested in */ if (!(sym = hTabItemWithKey (liveRanges, j))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "createRegMask cannot find live range"); fprintf(stderr, "\tmissing live range: key=%d\n", j); exit (0); } #if 0 /* special case for ruonly */ if (sym->ruonly && sym->liveFrom != sym->liveTo) { int size = getSize(sym->type); int j = DPL_IDX; for (k = 0 ; k < size; k++ ) ic->rMask = bitVectSetBit (ic->rMask, j++); continue ; } #endif /* if no register assigned to it */ if (!sym->nRegs || sym->isspilt) continue; /* for all the registers allocated to it */ for (k = 0; k < sym->nRegs; k++) if (sym->regs[k]) ic->rMask = bitVectSetBit (ic->rMask, sym->regs[k]->rIdx); } } } } /*-----------------------------------------------------------------*/ /* rematStr - returns the rematerialized string for a remat var */ /*-----------------------------------------------------------------*/ static char * rematStr (symbol * sym) { iCode *ic = sym->rematiCode; int offset = 0; while (1) { /* if plus adjust offset to right hand side */ if (ic->op == '+') { offset += (int) operandLitValue (IC_RIGHT (ic)); ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; continue; } /* if minus adjust offset to right hand side */ if (ic->op == '-') { offset -= (int) operandLitValue (IC_RIGHT (ic)); ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; continue; } /* cast then continue */ if (IS_CAST_ICODE(ic)) { ic = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; continue; } /* we reached the end */ break; } if (offset) { SNPRINTF (buffer, sizeof(buffer), "(%s %c 0x%04x)", OP_SYMBOL (IC_LEFT (ic))->rname, offset >= 0 ? '+' : '-', abs (offset) & 0xffff); } else { strncpyz (buffer, OP_SYMBOL (IC_LEFT (ic))->rname, sizeof(buffer)); } return buffer; } /*-----------------------------------------------------------------*/ /* regTypeNum - computes the type & number of registers required */ /*-----------------------------------------------------------------*/ static void regTypeNum () { symbol *sym; int k; iCode *ic; /* for each live range do */ for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { /* if used zero times then no registers needed */ if ((sym->liveTo - sym->liveFrom) == 0) continue; /* if the live range is a temporary */ if (sym->isitmp) { /* if the type is marked as a conditional */ if (sym->regType == REG_CND) continue; /* if used in return only then we don't need registers */ if (sym->ruonly || sym->accuse) { if (IS_AGGREGATE (sym->type) || sym->isptr) sym->type = aggrToPtr (sym->type, FALSE); continue; } /* if the symbol has only one definition & that definition is a get_pointer */ if (bitVectnBitsOn (sym->defs) == 1 && (ic = hTabItemWithKey (iCodehTab, bitVectFirstBit (sym->defs))) && POINTER_GET (ic) && !IS_BITVAR (sym->etype) && (aggrToPtrDclType (operandType (IC_LEFT (ic)), FALSE) == POINTER)) { if (ptrPseudoSymSafe (sym, ic)) { ptrPseudoSymConvert (sym, ic, rematStr (OP_SYMBOL (IC_LEFT (ic)))); continue; } /* if in data space or idata space then try to allocate pointer register */ } /* if not then we require registers */ sym->nRegs = ((IS_AGGREGATE (sym->type) || sym->isptr) ? getSize (sym->type = aggrToPtr (sym->type, FALSE)) : getSize (sym->type)); if (sym->nRegs > 4) { fprintf (stderr, "allocated more than 4 or 0 registers for type "); printTypeChain (sym->type, stderr); fprintf (stderr, "\n"); } /* determine the type of register required */ if (sym->nRegs == 1 && IS_PTR (sym->type) && sym->uptr) sym->regType = REG_PTR; else if (IS_BIT(sym->type)) sym->regType = REG_BIT; else sym->regType = REG_GPR; } else /* for the first run we don't provide */ /* registers for true symbols we will */ /* see how things go */ sym->nRegs = 0; } } /*-----------------------------------------------------------------*/ /* freeAllRegs - mark all registers as free */ /*-----------------------------------------------------------------*/ static void freeAllRegs () { int i; for (i = 0; i < ds390_nRegs; i++) regs390[i].isFree = 1; for (i = B0_IDX; i < ds390_nBitRegs; i++) regs390[i].isFree = 1; } /*-----------------------------------------------------------------*/ /* deallocStackSpil - this will set the stack pointer back */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (deallocStackSpil) { symbol *sym = item; deallocLocal (sym); return 0; } /*-----------------------------------------------------------------*/ /* farSpacePackable - returns the packable icode for far variables */ /*-----------------------------------------------------------------*/ static iCode * farSpacePackable (iCode * ic) { iCode *dic; /* go thru till we find a definition for the symbol on the right */ for (dic = ic->prev; dic; dic = dic->prev) { /* if the definition is a call then no */ if ((dic->op == CALL || dic->op == PCALL) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { return NULL; } /* if shift by unknown amount then not */ if ((dic->op == LEFT_OP || dic->op == RIGHT_OP) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) return NULL; /* if pointer get and size > 1 */ if (POINTER_GET (dic) && getSize (aggrToPtr (operandType (IC_LEFT (dic)), FALSE)) > 1) return NULL; if (POINTER_SET (dic) && getSize (aggrToPtr (operandType (IC_RESULT (dic)), FALSE)) > 1) return NULL; /* if any tree is a true symbol in far space */ if (IC_RESULT (dic) && IS_TRUE_SYMOP (IC_RESULT (dic)) && isOperandInFarSpace (IC_RESULT (dic))) return NULL; if (IC_RIGHT (dic) && IS_TRUE_SYMOP (IC_RIGHT (dic)) && isOperandInFarSpace (IC_RIGHT (dic)) && !isOperandEqual (IC_RIGHT (dic), IC_RESULT (ic))) return NULL; if (IC_LEFT (dic) && IS_TRUE_SYMOP (IC_LEFT (dic)) && isOperandInFarSpace (IC_LEFT (dic)) && !isOperandEqual (IC_LEFT (dic), IC_RESULT (ic))) return NULL; if (isOperandEqual (IC_RIGHT (ic), IC_RESULT (dic))) { if ((dic->op == LEFT_OP || dic->op == RIGHT_OP || dic->op == '-') && IS_OP_LITERAL (IC_RIGHT (dic))) return NULL; else return dic; } } return NULL; } /*-----------------------------------------------------------------*/ /* packRegsForAssign - register reduction for assignment */ /*-----------------------------------------------------------------*/ static int packRegsForAssign (iCode * ic, eBBlock * ebp) { iCode *dic, *sic; if (!IS_ITEMP (IC_RIGHT (ic)) || OP_SYMBOL (IC_RIGHT (ic))->isind || OP_LIVETO (IC_RIGHT (ic)) > ic->seq) { return 0; } /* if the true symbol is defined in far space or on stack then we should not since this will increase register pressure */ #if 0 if (isOperandInFarSpace (IC_RESULT (ic))) { if ((dic = farSpacePackable (ic))) goto pack; else return 0; } #else if (isOperandInFarSpace(IC_RESULT(ic)) && !farSpacePackable(ic)) { return 0; } #endif /* find the definition of iTempNN scanning backwards if we find a a use of the true symbol in before we find the definition then we cannot */ for (dic = ic->prev; dic; dic = dic->prev) { /* if there is a function call then don't pack it */ if ((dic->op == CALL || dic->op == PCALL)) { dic = NULL; break; } if (SKIP_IC2 (dic)) continue; if (IS_TRUE_SYMOP (IC_RESULT (dic)) && IS_OP_VOLATILE (IC_RESULT (dic))) { dic = NULL; break; } if (IS_SYMOP (IC_RESULT (dic)) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { if (POINTER_SET (dic)) dic = NULL; break; } if (IS_SYMOP (IC_RIGHT (dic)) && (IC_RIGHT (dic)->key == IC_RESULT (ic)->key || IC_RIGHT (dic)->key == IC_RIGHT (ic)->key)) { dic = NULL; break; } if (IS_SYMOP (IC_LEFT (dic)) && (IC_LEFT (dic)->key == IC_RESULT (ic)->key || IC_LEFT (dic)->key == IC_RIGHT (ic)->key)) { dic = NULL; break; } if (POINTER_SET (dic) && IC_RESULT (dic)->key == IC_RESULT (ic)->key) { dic = NULL; break; } } if (!dic) return 0; /* did not find */ /* if assignment then check that right is not a bit */ if (ASSIGNMENT (ic) && !POINTER_SET (ic)) { sym_link *etype = operandType (IC_RESULT (dic)); if (IS_BITFIELD (etype)) { /* if result is a bit too then it's ok */ etype = operandType (IC_RESULT (ic)); if (!IS_BITFIELD (etype)) { return 0; } } } /* if the result is on stack or iaccess then it must be the same atleast one of the operands */ if (OP_SYMBOL (IC_RESULT (ic))->onStack || OP_SYMBOL (IC_RESULT (ic))->iaccess) { /* the operation has only one symbol operator then we can pack */ if ((IC_LEFT (dic) && !IS_SYMOP (IC_LEFT (dic))) || (IC_RIGHT (dic) && !IS_SYMOP (IC_RIGHT (dic)))) goto pack; if (!((IC_LEFT (dic) && IC_RESULT (ic)->key == IC_LEFT (dic)->key) || (IC_RIGHT (dic) && IC_RESULT (ic)->key == IC_RIGHT (dic)->key))) return 0; } pack: /* found the definition */ /* replace the result with the result of */ /* this assignment and remove this assignment */ bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); IC_RESULT (dic) = IC_RESULT (ic); if (IS_ITEMP (IC_RESULT (dic)) && OP_SYMBOL (IC_RESULT (dic))->liveFrom > dic->seq) { OP_SYMBOL (IC_RESULT (dic))->liveFrom = dic->seq; } /* delete from liverange table also delete from all the points inbetween and the new one */ for (sic = dic; sic != ic; sic = sic->next) { bitVectUnSetBit (sic->rlive, IC_RESULT (ic)->key); if (IS_ITEMP (IC_RESULT (dic))) bitVectSetBit (sic->rlive, IC_RESULT (dic)->key); } remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); return 1; } /*------------------------------------------------------------------*/ /* findAssignToSym : scanning backwards looks for first assig found */ /*------------------------------------------------------------------*/ static iCode * findAssignToSym (operand * op, iCode * ic) { iCode *dic; /* This routine is used to find sequences like iTempAA = FOO; ...; (intervening ops don't use iTempAA or modify FOO) blah = blah + iTempAA; and eliminate the use of iTempAA, freeing up its register for other uses. */ for (dic = ic->prev; dic; dic = dic->prev) { /* if definition by assignment */ if (dic->op == '=' && !POINTER_SET (dic) && IC_RESULT (dic)->key == op->key /* && IS_TRUE_SYMOP(IC_RIGHT(dic)) */ ) { /* we are interested only if defined in far space */ /* or in stack space in case of + & - */ /* if assigned to a non-symbol then return FALSE */ if (!IS_SYMOP (IC_RIGHT (dic))) return NULL; /* if the symbol is in far space then we should not */ if (isOperandInFarSpace (IC_RIGHT (dic))) return NULL; /* for + & - operations make sure that if it is on the stack it is the same as one of the three operands */ if ((ic->op == '+' || ic->op == '-') && OP_SYMBOL (IC_RIGHT (dic))->onStack) { if (IC_RESULT (ic)->key != IC_RIGHT (dic)->key && IC_LEFT (ic)->key != IC_RIGHT (dic)->key && IC_RIGHT (ic)->key != IC_RIGHT (dic)->key) return NULL; } break; } /* if we find an usage then we cannot delete it */ if (IC_LEFT (dic) && IC_LEFT (dic)->key == op->key) return NULL; if (IC_RIGHT (dic) && IC_RIGHT (dic)->key == op->key) return NULL; if (POINTER_SET (dic) && IC_RESULT (dic)->key == op->key) return NULL; } /* now make sure that the right side of dic is not defined between ic & dic */ if (dic) { iCode *sic = dic->next; for (; sic != ic; sic = sic->next) if (IC_RESULT (sic) && IC_RESULT (sic)->key == IC_RIGHT (dic)->key) return NULL; } return dic; } /*-----------------------------------------------------------------*/ /* packRegsForSupport :- reduce some registers for support calls */ /*-----------------------------------------------------------------*/ static int packRegsForSupport (iCode * ic, eBBlock * ebp) { int change = 0; /* for the left & right operand :- look to see if the left was assigned a true symbol in far space in that case replace them */ if (IS_ITEMP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->liveTo <= ic->seq) { iCode *dic = findAssignToSym (IC_LEFT (ic), ic); iCode *sic; if (!dic) goto right; /* found it we need to remove it from the block */ for (sic = dic; sic != ic; sic = sic->next) { bitVectUnSetBit (sic->rlive, IC_LEFT (ic)->key); sic->rlive = bitVectSetBit (sic->rlive, IC_RIGHT (dic)->key); } wassert(IS_SYMOP(IC_LEFT (ic))); wassert(IS_SYMOP(IC_RIGHT (dic))); IC_LEFT (ic)->operand.symOperand = IC_RIGHT (dic)->operand.symOperand; OP_SYMBOL(IC_LEFT(ic))->liveTo = ic->seq; IC_LEFT (ic)->key = IC_RIGHT (dic)->operand.symOperand->key; bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); remiCodeFromeBBlock (ebp, dic); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); change++; } /* do the same for the right operand */ right: if (!change && IS_ITEMP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->liveTo <= ic->seq) { iCode *dic = findAssignToSym (IC_RIGHT (ic), ic); iCode *sic; if (!dic) return change; /* if this is a subtraction & the result is a true symbol in far space then don't pack */ if (ic->op == '-' && IS_TRUE_SYMOP (IC_RESULT (dic))) { sym_link *etype = getSpec (operandType (IC_RESULT (dic))); if (IN_FARSPACE (SPEC_OCLS (etype))) return change; } /* found it we need to remove it from the block */ for (sic = dic; sic != ic; sic = sic->next) { bitVectUnSetBit (sic->rlive, IC_RIGHT (ic)->key); sic->rlive = bitVectSetBit (sic->rlive, IC_RIGHT (dic)->key); } wassert(IS_SYMOP(IC_RIGHT (ic))); wassert(IS_SYMOP(IC_RIGHT (dic))); IC_RIGHT (ic)->operand.symOperand = IC_RIGHT (dic)->operand.symOperand; IC_RIGHT (ic)->key = IC_RIGHT (dic)->operand.symOperand->key; OP_SYMBOL(IC_RIGHT(ic))->liveTo = ic->seq; remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); change++; } return change; } /*-----------------------------------------------------------------*/ /* packRegsDPTRnuse - color live ranges that can go into extra DPTRS */ /*-----------------------------------------------------------------*/ static int packRegsDPTRnuse( operand *op , unsigned dptr) { int i,key; iCode *ic; if (!IS_SYMOP(op) || !IS_ITEMP(op)) return 0; if (OP_SYMBOL(op)->remat || OP_SYMBOL(op)->ruonly || OP_SYMBOL(op)->dptr) return 0; /* first check if any overlapping liverange has already been assigned to this DPTR */ if (OP_SYMBOL(op)->clashes) { for (i = 0 ; i < OP_SYMBOL(op)->clashes->size ; i++ ) { symbol *sym; if (bitVectBitValue(OP_SYMBOL(op)->clashes,i)) { sym = hTabItemWithKey(liveRanges,i); if (sym->dptr == dptr) return 0; } } } /* future for more dptrs */ if (dptr > 1) { OP_SYMBOL(op)->dptr = dptr; return 1; } /* DPTR1 is special since it is also used as a scratch by the backend . so we walk thru the entire live range of this operand and make sure DPTR1 will not be used by the backed . The logic here is to find out if more than one operand in an icode is in far space then we give up : we don't keep it live across functions for now */ ic = hTabFirstItemWK(iCodeSeqhTab,OP_SYMBOL(op)->liveFrom); for (; ic && ic->seq <= OP_SYMBOL(op)->liveTo; ic = hTabNextItem(iCodeSeqhTab,&key)) { int nfs =0; if (ic->op == CALL || ic->op == PCALL) return 0; /* single operand icode are ok */ if (ic->op == IFX || ic->op == IPUSH) continue ; if (ic->op == SEND ) { if (ic->argreg != 1 ) return 0; else continue ; } /* two special cases first */ if (POINTER_GET(ic) && !isOperandEqual(IC_LEFT(ic),op) && /* pointer get */ !OP_SYMBOL(IC_LEFT(ic))->ruonly && /* with result in far space */ (isOperandInFarSpace(IC_RESULT(ic)) && !isOperandInReg(IC_RESULT(ic)))) { return 0; } if (POINTER_SET(ic) && !isOperandEqual(IC_RESULT(ic),op) && /* pointer set */ !OP_SYMBOL(IC_RESULT(ic))->ruonly && /* with right in far space */ (isOperandInFarSpace(IC_RIGHT(ic)) && !isOperandInReg(IC_RIGHT(ic)))) { return 0; } if (IC_RESULT(ic) && IS_SYMOP(IC_RESULT(ic)) && /* if symbol operand */ !isOperandEqual(IC_RESULT(ic),op) && /* not the same as this */ ((isOperandInFarSpace(IC_RESULT(ic)) || /* in farspace or */ OP_SYMBOL(IC_RESULT(ic))->onStack) && /* on the stack */ !isOperandInReg(IC_RESULT(ic)))) { /* and not in register */ nfs++; } /* same for left */ if (IC_LEFT(ic) && IS_SYMOP(IC_LEFT(ic)) && /* if symbol operand */ !isOperandEqual(IC_LEFT(ic),op) && /* not the same as this */ ((isOperandInFarSpace(IC_LEFT(ic)) || /* in farspace or */ OP_SYMBOL(IC_LEFT(ic))->onStack) && /* on the stack */ !isOperandInReg(IC_LEFT(ic)))) { /* and not in register */ nfs++; } /* same for right */ if (IC_RIGHT(ic) && IS_SYMOP(IC_RIGHT(ic)) && /* if symbol operand */ !isOperandEqual(IC_RIGHT(ic),op) && /* not the same as this */ ((isOperandInFarSpace(IC_RIGHT(ic)) || /* in farspace or */ OP_SYMBOL(IC_RIGHT(ic))->onStack) && /* on the stack */ !isOperandInReg(IC_RIGHT(ic)))) { /* and not in register */ nfs++; } // Check that no other ops in this range have been assigned to dptr1. // I don't understand why this is not caught by the first check, above. // But it isn't always, see bug 769624. if (IC_RESULT(ic) && IS_SYMOP(IC_RESULT(ic)) && (OP_SYMBOL(IC_RESULT(ic))->dptr == 1)) { //fprintf(stderr, "dptr1 already in use in live range #1\n"); return 0; } if (IC_LEFT(ic) && IS_SYMOP(IC_LEFT(ic)) && (OP_SYMBOL(IC_LEFT(ic))->dptr == 1)) { //fprintf(stderr, "dptr1 already in use in live range # 2\n"); return 0; } if (IC_RIGHT(ic) && IS_SYMOP(IC_RIGHT(ic)) && (OP_SYMBOL(IC_RIGHT(ic))->dptr == 1)) { //fprintf(stderr, "dptr1 already in use in live range # 3\n"); return 0; } if (nfs && IC_RESULT(ic) && IS_SYMOP(IC_RESULT(ic)) && OP_SYMBOL(IC_RESULT(ic))->ruonly) return 0; if (nfs > 1) return 0; } OP_SYMBOL(op)->dptr = dptr; return 1; } /*-----------------------------------------------------------------*/ /* packRegsDPTRuse : - will reduce some registers for single Use */ /*-----------------------------------------------------------------*/ static iCode * packRegsDPTRuse (operand * op) { /* go thru entire liveRange of this variable & check for other possible usage of DPTR , if we don't find it the assign this to DPTR (ruonly) */ int i, key; symbol *sym; iCode *ic, *dic; sym_link *type, *etype; if (!IS_SYMOP(op) || !IS_ITEMP(op)) return NULL; if (OP_SYMBOL(op)->remat || OP_SYMBOL(op)->ruonly) return NULL; /* first check if any overlapping liverange has already been assigned to DPTR */ if (OP_SYMBOL(op)->clashes) { for (i = 0 ; i < OP_SYMBOL(op)->clashes->size ; i++ ) { if (bitVectBitValue(OP_SYMBOL(op)->clashes,i)) { sym = hTabItemWithKey(liveRanges,i); if (sym->ruonly) return NULL ; } } } /* no then go thru this guys live range */ dic = ic = hTabFirstItemWK(iCodeSeqhTab,OP_SYMBOL(op)->liveFrom); for (; ic && ic->seq <= OP_SYMBOL(op)->liveTo; ic = hTabNextItem(iCodeSeqhTab,&key)) { if (SKIP_IC3(ic)) continue; /* if PCALL cannot be sure give up */ if (ic->op == PCALL) return NULL; /* if SEND & not the first parameter then giveup */ if (ic->op == SEND && ic->argreg != 1 && ((isOperandInFarSpace(IC_LEFT(ic)) && !isOperandInReg(IC_LEFT(ic))) || isOperandEqual(op,IC_LEFT(ic)))) return NULL; /* if CALL then make sure it is VOID || return value not used or the return value is assigned to this one */ if (ic->op == CALL) { if (OP_SYMBOL(IC_RESULT(ic))->liveTo == OP_SYMBOL(IC_RESULT(ic))->liveFrom) continue ; etype = getSpec(type = operandType(IC_RESULT(ic))); if (getSize(type) == 0 || isOperandEqual(op,IC_RESULT(ic))) continue ; return NULL ; } /* special case of add with a [remat] */ if (ic->op == '+' && OP_SYMBOL(IC_LEFT(ic))->remat && (isOperandInFarSpace(IC_RIGHT(ic)) && !isOperandInReg(IC_RIGHT(ic)))) return NULL ; /* special cases */ /* pointerGet */ if (POINTER_GET(ic) && !isOperandEqual(IC_LEFT(ic),op) && getSize(operandType(IC_LEFT(ic))) > 1 ) return NULL ; /* pointerSet */ if (POINTER_SET(ic) && !isOperandEqual(IC_RESULT(ic),op) && getSize(operandType(IC_RESULT(ic))) > 1 ) return NULL; /* conditionals can destroy 'b' - make sure B wont be used in this one*/ if ((IS_CONDITIONAL(ic) || ic->op == '*' || ic->op == '/' || ic->op == LEFT_OP || ic->op == RIGHT_OP ) && getSize(operandType(op)) > 3) return NULL; /* if this is a cast to a bigger type */ if (ic->op==CAST) { if (!IS_PTR(OP_SYM_TYPE(IC_RESULT(ic))) && getSize(OP_SYM_TYPE(IC_RESULT(ic))) > getSize(OP_SYM_TYPE(IC_RIGHT(ic)))) { return 0; } } /* general case */ if (IC_RESULT(ic) && IS_SYMOP(IC_RESULT(ic)) && !isOperandEqual(IC_RESULT(ic),op) && ( ( ( isOperandInFarSpace(IC_RESULT(ic)) || OP_SYMBOL(IC_RESULT(ic))->onStack) && !isOperandInReg(IC_RESULT(ic))) || OP_SYMBOL(IC_RESULT(ic))->ruonly)) return NULL; if (IC_RIGHT(ic) && IS_SYMOP(IC_RIGHT(ic)) && !isOperandEqual(IC_RIGHT(ic),op) && (OP_SYMBOL(IC_RIGHT(ic))->liveTo >= ic->seq || IS_TRUE_SYMOP(IC_RIGHT(ic)) || OP_SYMBOL(IC_RIGHT(ic))->ruonly) && ( ( isOperandInFarSpace(IC_RIGHT(ic)) || OP_SYMBOL(IC_RIGHT(ic))->onStack) && !isOperandInReg(IC_RIGHT(ic))) ) return NULL; if (IC_LEFT(ic) && IS_SYMOP(IC_LEFT(ic)) && !isOperandEqual(IC_LEFT(ic),op) && (OP_SYMBOL(IC_LEFT(ic))->liveTo >= ic->seq || IS_TRUE_SYMOP(IC_LEFT(ic)) || OP_SYMBOL(IC_LEFT(ic))->ruonly) && ( ( isOperandInFarSpace(IC_LEFT(ic)) || OP_SYMBOL(IC_LEFT(ic))->onStack) && !isOperandInReg(IC_LEFT(ic))) ) return NULL; if (IC_LEFT(ic) && IC_RIGHT(ic) && IS_ITEMP(IC_LEFT(ic)) && IS_ITEMP(IC_RIGHT(ic)) && (isOperandInFarSpace(IC_LEFT(ic)) && !isOperandInReg(IC_LEFT(ic))) && (isOperandInFarSpace(IC_RIGHT(ic)) && !isOperandInReg(IC_RIGHT(ic)))) return NULL; } OP_SYMBOL(op)->ruonly = 1; if (OP_SYMBOL(op)->usl.spillLoc) { if (OP_SYMBOL(op)->spillA) OP_SYMBOL(op)->usl.spillLoc->allocreq--; OP_SYMBOL(op)->usl.spillLoc = NULL; } return dic; } /*-----------------------------------------------------------------*/ /* isBitwiseOptimizable - requirements of JEAN LOUIS VERN */ /*-----------------------------------------------------------------*/ static bool isBitwiseOptimizable (iCode * ic) { sym_link *ltype = getSpec (operandType (IC_LEFT (ic))); sym_link *rtype = getSpec (operandType (IC_RIGHT (ic))); /* bitwise operations are considered optimizable under the following conditions (Jean-Louis VERN) x & lit bit & bit bit & x bit ^ bit bit ^ x x ^ lit x | lit bit | bit bit | x */ if (IS_LITERAL (rtype) || (IS_BITVAR (ltype) && IN_BITSPACE (SPEC_OCLS (ltype)))) return TRUE; else return FALSE; } /*-----------------------------------------------------------------*/ /* packRegsForAccUse - pack registers for acc use */ /*-----------------------------------------------------------------*/ static void packRegsForAccUse (iCode * ic) { iCode *uic; /* if this is an aggregate, e.g. a one byte char array */ if (IS_AGGREGATE(operandType(IC_RESULT(ic)))) { return; } /* if we are calling a reentrant function that has stack parameters */ if (ic->op == CALL && IFFUNC_ISREENT(operandType(IC_LEFT(ic))) && FUNC_HASSTACKPARM(operandType(IC_LEFT(ic)))) return; if (ic->op == PCALL && IFFUNC_ISREENT(operandType(IC_LEFT(ic))->next) && FUNC_HASSTACKPARM(operandType(IC_LEFT(ic))->next)) return; /* if + or - then it has to be one byte result */ if ((ic->op == '+' || ic->op == '-') && getSize (operandType (IC_RESULT (ic))) > 1) return; /* if shift operation make sure right side is not a literal */ if (ic->op == RIGHT_OP && (isOperandLiteral (IC_RIGHT (ic)) || getSize (operandType (IC_RESULT (ic))) > 1)) return; if (ic->op == LEFT_OP && (isOperandLiteral (IC_RIGHT (ic)) || getSize (operandType (IC_RESULT (ic))) > 1)) return; if (IS_BITWISE_OP (ic) && getSize (operandType (IC_RESULT (ic))) > 1) return; /* has only one definition */ if (bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) > 1) return; /* has only one use */ if (bitVectnBitsOn (OP_USES (IC_RESULT (ic))) > 1) return; /* and the usage immediately follows this iCode */ if (!(uic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_USES (IC_RESULT (ic)))))) return; if (ic->next != uic) return; /* if it is a conditional branch then we definitely can */ if (uic->op == IFX) goto accuse; if (uic->op == JUMPTABLE) return; /* if the usage is not is an assignment or an arithmetic / bitwise / shift operation then not */ if (POINTER_SET (uic) && getSize (aggrToPtr (operandType (IC_RESULT (uic)), FALSE)) > 1) return; if (uic->op != '=' && !IS_ARITHMETIC_OP (uic) && !IS_BITWISE_OP (uic) && uic->op != LEFT_OP && uic->op != RIGHT_OP) return; /* if used in ^ operation then make sure right is not a literal */ if (uic->op == '^' && isOperandLiteral (IC_RIGHT (uic))) return; /* if shift operation make sure right side is not a literal */ if (uic->op == RIGHT_OP && (isOperandLiteral (IC_RIGHT (uic)) || getSize (operandType (IC_RESULT (uic))) > 1)) return; if (uic->op == LEFT_OP && (isOperandLiteral (IC_RIGHT (uic)) || getSize (operandType (IC_RESULT (uic))) > 1)) return; /* make sure that the result of this icode is not on the stack, since acc is used to compute stack offset */ if (isOperandOnStack(IC_RESULT(uic))) return; /* if either one of them in far space then we cannot */ if ((IS_TRUE_SYMOP (IC_LEFT (uic)) && isOperandInFarSpace (IC_LEFT (uic))) || (IS_TRUE_SYMOP (IC_RIGHT (uic)) && isOperandInFarSpace (IC_RIGHT (uic)))) return; /* if the usage has only one operand then we can */ if (IC_LEFT (uic) == NULL || IC_RIGHT (uic) == NULL) goto accuse; /* make sure this is on the left side if not a '+' since '+' is commutative */ if (ic->op != '+' && IC_LEFT (uic)->key != IC_RESULT (ic)->key) return; /* if the other one is not on stack then we can */ if (IC_LEFT (uic)->key == IC_RESULT (ic)->key && (IS_ITEMP (IC_RIGHT (uic)) || (IS_TRUE_SYMOP (IC_RIGHT (uic)) && !OP_SYMBOL (IC_RIGHT (uic))->onStack))) goto accuse; if (IC_RIGHT (uic)->key == IC_RESULT (ic)->key && (IS_ITEMP (IC_LEFT (uic)) || (IS_TRUE_SYMOP (IC_LEFT (uic)) && !OP_SYMBOL (IC_LEFT (uic))->onStack))) goto accuse; return; accuse: OP_SYMBOL (IC_RESULT (ic))->accuse = 1; } /*-----------------------------------------------------------------*/ /* packForPush - heuristics to reduce iCode for pushing */ /*-----------------------------------------------------------------*/ static void packForPush (iCode * ic, eBBlock ** ebpp, int blockno) { iCode *dic, *lic; bitVect *dbv; struct eBBlock * ebp = ebpp[blockno]; if ((ic->op != IPUSH && ic->op != SEND) || !IS_ITEMP (IC_LEFT (ic))) return; /* must have only definition & one usage */ if (bitVectnBitsOn (OP_DEFS (IC_LEFT (ic))) != 1 || bitVectnBitsOn (OP_USES (IC_LEFT (ic))) != 1) return; /* find the definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (IC_LEFT (ic)))))) return; if (dic->op != '=' || POINTER_SET (dic)) return; if (dic->eBBlockNum != ic->eBBlockNum) return ; /* make sure the right side does not have any definitions inbetween */ dbv = OP_DEFS(IC_RIGHT(dic)); for (lic = ic; lic && lic != dic ; lic = lic->prev) { if (bitVectBitValue (dbv, lic->key)) return; } /* make sure they have the same type */ if (IS_SPEC(operandType(IC_LEFT(ic)))) { sym_link *itype=operandType(IC_LEFT(ic)); sym_link *ditype=operandType(IC_RIGHT(dic)); if (SPEC_USIGN(itype)!=SPEC_USIGN(ditype) || SPEC_LONG(itype)!=SPEC_LONG(ditype)) return; } /* extend the live range of replaced operand if needed */ if (OP_SYMBOL(IC_RIGHT(dic))->liveTo < OP_SYMBOL(IC_LEFT(ic))->liveTo) { OP_SYMBOL(IC_RIGHT(dic))->liveTo = OP_SYMBOL(IC_LEFT(ic))->liveTo; OP_SYMBOL(IC_RIGHT(dic))->clashes = bitVectUnion(OP_SYMBOL(IC_RIGHT(dic))->clashes, OP_SYMBOL(IC_LEFT(ic))->clashes); } for (lic = ic; lic && lic != dic; lic = lic->prev) { bitVectUnSetBit (lic->rlive, IC_LEFT (ic)->key); if (IS_ITEMP (IC_RIGHT (dic))) bitVectSetBit (lic->rlive, IC_RIGHT (dic)->key); } /* we now we know that it has one & only one def & use and the that the definition is an assignment */ IC_LEFT (ic) = IC_RIGHT (dic); remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); } /*-----------------------------------------------------------------*/ /* packRegisters - does some transformations to reduce register */ /* pressure */ /*-----------------------------------------------------------------*/ static void packRegisters (eBBlock ** ebpp, int blockno) { iCode *ic; int change = 0; eBBlock *ebp = ebpp[blockno]; while (1) { change = 0; /* look for assignments of the form */ /* iTempNN = TRueSym (someoperation) SomeOperand */ /* .... */ /* TrueSym := iTempNN:1 */ for (ic = ebp->sch; ic; ic = ic->next) { /* find assignment of the form TrueSym := iTempNN:1 */ if (ic->op == '=' && !POINTER_SET (ic)) change += packRegsForAssign (ic, ebp); } if (!change) break; } for (ic = ebp->sch; ic; ic = ic->next) { /* Fix for bug #979599: */ /* P0 &= ~1; */ /* Look for two subsequent iCodes with */ /* iTemp := _c; */ /* _c = iTemp & op; */ /* and replace them by */ /* iTemp := _c; */ /* _c = _c & op; */ if ((ic->op == BITWISEAND || ic->op == '|' || ic->op == '^') && ic->prev && ic->prev->op == '=' && IS_ITEMP (IC_LEFT (ic)) && IC_LEFT (ic) == IC_RESULT (ic->prev) && isOperandEqual (IC_RESULT(ic), IC_RIGHT(ic->prev))) { iCode* ic_prev = ic->prev; symbol* prev_result_sym = OP_SYMBOL (IC_RESULT (ic_prev)); ReplaceOpWithCheaperOp (&IC_LEFT (ic), IC_RESULT (ic)); if (IC_RESULT (ic_prev) != IC_RIGHT (ic)) { bitVectUnSetBit (OP_USES (IC_RESULT (ic_prev)), ic->key); if (/*IS_ITEMP (IC_RESULT (ic_prev)) && */ prev_result_sym->liveTo == ic->seq) { prev_result_sym->liveTo = ic_prev->seq; } } bitVectSetBit (OP_USES (IC_RESULT (ic)), ic->key); bitVectSetBit (ic->rlive, IC_RESULT (ic)->key); if (bitVectIsZero (OP_USES (IC_RESULT (ic_prev)))) { bitVectUnSetBit (ic->rlive, IC_RESULT (ic)->key); bitVectUnSetBit (OP_DEFS (IC_RESULT (ic_prev)), ic_prev->key); remiCodeFromeBBlock (ebp, ic_prev); hTabDeleteItem (&iCodehTab, ic_prev->key, ic_prev, DELETE_ITEM, NULL); } } /* if this is an itemp & result of an address of a true sym then mark this as rematerialisable */ if (ic->op == ADDRESS_OF && IS_ITEMP (IC_RESULT (ic)) && IS_TRUE_SYMOP (IC_LEFT (ic)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1 && !OP_SYMBOL (IC_LEFT (ic))->onStack) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } /* if this is an itemp & used as a pointer & assigned to a literal then remat */ if (IS_ASSIGN_ICODE(ic) && IS_ITEMP(IC_RESULT(ic)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1 && isOperandLiteral(IC_RIGHT(ic))) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } /* if straight assignment then carry remat flag if this is the only definition */ if (ic->op == '=' && !POINTER_SET (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->remat && !IS_CAST_ICODE(OP_SYMBOL (IC_RIGHT (ic))->rematiCode) && !isOperandGlobal(IC_RESULT(ic)) && /* due to bug 1618050 */ bitVectnBitsOn (OP_SYMBOL (IC_RESULT (ic))->defs) <= 1) { OP_SYMBOL (IC_RESULT (ic))->remat = OP_SYMBOL (IC_RIGHT (ic))->remat; OP_SYMBOL (IC_RESULT (ic))->rematiCode = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; } /* if cast to a generic pointer & the pointer being cast is remat, then we can remat this cast as well */ if (ic->op == CAST && IS_SYMOP(IC_RIGHT(ic)) && !OP_SYMBOL(IC_RESULT(ic))->isreqv && OP_SYMBOL(IC_RIGHT(ic))->remat ) { sym_link *to_type = operandType(IC_LEFT(ic)); sym_link *from_type = operandType(IC_RIGHT(ic)); if (IS_GENPTR(to_type) && IS_PTR(from_type)) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } } /* if this is a +/- operation with a rematerizable then mark this as rematerializable as well */ if ((ic->op == '+' || ic->op == '-') && (IS_SYMOP (IC_LEFT (ic)) && IS_ITEMP (IC_RESULT (ic)) && OP_SYMBOL (IC_LEFT (ic))->remat && (!IS_SYMOP (IC_RIGHT (ic)) || !IS_CAST_ICODE(OP_SYMBOL (IC_RIGHT (ic))->rematiCode)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1 && IS_OP_LITERAL (IC_RIGHT (ic)))) { //int i = operandLitValue(IC_RIGHT(ic)); OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } /* mark the pointer usages */ if (POINTER_SET (ic) && IS_SYMOP (IC_RESULT (ic))) OP_SYMBOL (IC_RESULT (ic))->uptr = 1; if (POINTER_GET (ic) && IS_SYMOP (IC_LEFT (ic))) OP_SYMBOL (IC_LEFT (ic))->uptr = 1; if (ic->op == RETURN && IS_SYMOP (IC_LEFT(ic))) OP_SYMBOL (IC_LEFT (ic))->uptr = 1; if (ic->op == RECEIVE && ic->argreg == 1 && IS_SYMOP (IC_RESULT (ic)) && getSize (operandType(IC_RESULT(ic))) <= 3) OP_SYMBOL (IC_RESULT(ic))->uptr = 1; if (ic->op == SEND && ic->argreg == 1 && IS_SYMOP(IC_LEFT(ic)) && getSize (aggrToPtr(operandType(IC_LEFT(ic)),FALSE)) <= 3) OP_SYMBOL (IC_LEFT(ic))->uptr = 1; if (!SKIP_IC2 (ic)) { /* if we are using a symbol on the stack then we should say ds390_ptrRegReq */ if (options.useXstack && ic->parmPush && (ic->op == IPUSH || ic->op == IPOP)) ds390_ptrRegReq++; if (ic->op == IFX && IS_SYMOP (IC_COND (ic))) ds390_ptrRegReq += ((OP_SYMBOL (IC_COND (ic))->onStack ? !options.stack10bit : 0) + OP_SYMBOL (IC_COND (ic))->iaccess + (SPEC_OCLS(OP_SYMBOL (IC_COND (ic))->etype) == idata)); else if (ic->op == JUMPTABLE && IS_SYMOP (IC_JTCOND (ic))) ds390_ptrRegReq += ((OP_SYMBOL (IC_JTCOND (ic))->onStack ? !options.stack10bit : 0) + OP_SYMBOL (IC_JTCOND (ic))->iaccess + (SPEC_OCLS(OP_SYMBOL (IC_JTCOND (ic))->etype) == idata)); else { if (IS_SYMOP (IC_LEFT (ic))) ds390_ptrRegReq += ((OP_SYMBOL (IC_LEFT (ic))->onStack ? !options.stack10bit : 0) + OP_SYMBOL (IC_LEFT (ic))->iaccess + (SPEC_OCLS(OP_SYMBOL (IC_LEFT (ic))->etype) == idata)); if (IS_SYMOP (IC_RIGHT (ic))) ds390_ptrRegReq += ((OP_SYMBOL (IC_RIGHT (ic))->onStack ? !options.stack10bit : 0) + OP_SYMBOL (IC_RIGHT (ic))->iaccess + (SPEC_OCLS(OP_SYMBOL (IC_RIGHT (ic))->etype) == idata)); if (IS_SYMOP (IC_RESULT (ic))) ds390_ptrRegReq += ((OP_SYMBOL (IC_RESULT (ic))->onStack ? !options.stack10bit : 0) + OP_SYMBOL (IC_RESULT (ic))->iaccess + (SPEC_OCLS(OP_SYMBOL (IC_RESULT (ic))->etype) == idata)); } } /* if the condition of an if instruction is defined in the previous instruction and this is the only usage then mark the itemp as a conditional */ if ((IS_CONDITIONAL (ic) || (IS_BITWISE_OP(ic) && isBitwiseOptimizable (ic))) && ic->next && ic->next->op == IFX && bitVectnBitsOn (OP_USES(IC_RESULT(ic)))==1 && isOperandEqual (IC_RESULT (ic), IC_COND (ic->next)) && OP_SYMBOL (IC_RESULT (ic))->liveTo <= ic->next->seq) { OP_SYMBOL (IC_RESULT (ic))->regType = REG_CND; continue; } #if 1 /* reduce for support function calls */ if (ic->supportRtn || ic->op == '+' || ic->op == '-') packRegsForSupport (ic, ebp); #endif /* some cases the redundant moves can can be eliminated for return statements . Can be elminated for the first SEND */ if ((ic->op == RETURN || ((ic->op == SEND || ic->op == RECEIVE)&& ic->argreg == 1)) && !isOperandInFarSpace (IC_LEFT (ic)) && !options.model) { packRegsDPTRuse (IC_LEFT (ic)); } if (ic->op == CALL) { sym_link *ftype = operandType(IC_LEFT(ic)); if (getSize(operandType(IC_RESULT(ic))) <= 4 && !IFFUNC_ISBUILTIN(ftype)) { packRegsDPTRuse (IC_RESULT (ic)); } } /* if pointer set & left has a size more than one and right is not in far space */ if (POINTER_SET (ic) && !isOperandInFarSpace (IC_RIGHT (ic)) && IS_SYMOP (IC_RESULT (ic)) && !OP_SYMBOL (IC_RESULT (ic))->remat && !IS_OP_RUONLY (IC_RIGHT (ic)) && getSize (aggrToPtr (operandType (IC_RESULT (ic)), FALSE)) > 1) { packRegsDPTRuse (IC_RESULT (ic)); } /* if pointer get */ if (POINTER_GET (ic) && !isOperandInFarSpace (IC_RESULT (ic)) && IS_SYMOP (IC_LEFT (ic)) && !OP_SYMBOL (IC_LEFT (ic))->remat && !IS_OP_RUONLY (IC_RESULT (ic)) && getSize (aggrToPtr (operandType (IC_LEFT (ic)), FALSE)) > 1) { packRegsDPTRuse (IC_LEFT (ic)); } /* if this is a cast for intergral promotion then check if it's the only use of the definition of the operand being casted/ if yes then replace the result of that arithmetic operation with this result and get rid of the cast */ if (ic->op == CAST) { sym_link *fromType = operandType (IC_RIGHT (ic)); sym_link *toType = operandType (IC_LEFT (ic)); if (IS_INTEGRAL (fromType) && IS_INTEGRAL (toType) && getSize (fromType) != getSize (toType) && SPEC_USIGN (fromType) == SPEC_USIGN (toType)) { iCode *dic = packRegsDPTRuse (IC_RIGHT (ic)); if (dic) { if (IS_ARITHMETIC_OP (dic)) { bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); IC_RESULT (dic) = IC_RESULT (ic); remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); ic = ic->prev; } else OP_SYMBOL (IC_RIGHT (ic))->ruonly = 0; } } else { /* if the type from and type to are the same then if this is the only use then packit */ if (compareType (operandType (IC_RIGHT (ic)), operandType (IC_LEFT (ic))) == 1) { iCode *dic = packRegsDPTRuse (IC_RIGHT (ic)); if (dic) { bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); IC_RESULT (dic) = IC_RESULT (ic); remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); ic = ic->prev; } } } } /* pack for PUSH iTempNN := (some variable in farspace) V1 push iTempNN ; ------------- push V1 */ if (ic->op == IPUSH || ic->op == SEND) { packForPush (ic, ebpp, blockno); } /* pack registers for accumulator use, when the result of an arithmetic or bit wise operation has only one use, that use is immediately following the defintion and the using iCode has only one operand or has two operands but one is literal & the result of that operation is not on stack then we can leave the result of this operation in acc:b combination */ if ((IS_ARITHMETIC_OP (ic) || IS_CONDITIONAL(ic) || IS_BITWISE_OP (ic) || ic->op == LEFT_OP || ic->op == RIGHT_OP || (ic->op == ADDRESS_OF && isOperandOnStack (IC_LEFT (ic))) ) && IS_ITEMP (IC_RESULT (ic)) && getSize (operandType (IC_RESULT (ic))) <= 2) packRegsForAccUse (ic); } } /*-----------------------------------------------------------------*/ /* assignRegisters - assigns registers to each live range as need */ /*-----------------------------------------------------------------*/ void ds390_assignRegisters (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; iCode *ic; int i; setToNull ((void *) &_G.funcrUsed); setToNull ((void *) &_G.regAssigned); setToNull ((void *) &_G.totRegAssigned); setToNull ((void *) &_G.funcrUsed); ds390_ptrRegReq = _G.stackExtend = _G.dataExtend = 0; if ((currFunc && IFFUNC_ISREENT (currFunc->type)) || options.stackAuto) { ds390_nBitRegs = 8; } else { ds390_nBitRegs = 0; } ds390_nRegs = 12 + ds390_nBitRegs; _G.allBitregs = findAllBitregs (); if (options.model != MODEL_FLAT24) options.stack10bit = 0; /* change assignments this will remove some live ranges reducing some register pressure */ for (i = 0; i < count; i++) packRegisters (ebbs, i); /* liveranges probably changed by register packing so we compute them again */ recomputeLiveRanges (ebbs, count); if (options.dump_pack) dumpEbbsToFileExt (DUMP_PACK, ebbi); /* first determine for each live range the number of registers & the type of registers required for each */ regTypeNum (); /* and serially allocate registers */ serialRegAssign (ebbs, count); ds390_nRegs = 8; freeAllRegs (); fillGaps(); ds390_nRegs = 12 + ds390_nBitRegs; /* if stack was extended then tell the user */ if (_G.stackExtend) { /* werror(W_TOOMANY_SPILS,"stack", */ /* _G.stackExtend,currFunc->name,""); */ _G.stackExtend = 0; } if (_G.dataExtend) { /* werror(W_TOOMANY_SPILS,"data space", */ /* _G.dataExtend,currFunc->name,""); */ _G.dataExtend = 0; } /* after that create the register mask for each of the instruction */ createRegMask (ebbs, count); /* redo that offsets for stacked automatic variables */ if (currFunc) redoStackOffsets (); /* make sure r0 & r1 are flagged as used if they might be used */ /* as pointers */ if (currFunc && ds390_ptrRegReq) { currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, R0_IDX); currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, R1_IDX); } if (options.dump_rassgn) { dumpEbbsToFileExt (DUMP_RASSGN, ebbi); dumpLiveRanges (DUMP_LRANGE, liveRanges); } /* do the overlaysegment stuff SDCCmem.c */ doOverlays (ebbs, count); /* now get back the chain */ ic = iCodeLabelOptimize (iCodeFromeBBlock (ebbs, count)); gen390Code (ic); /* free up any _G.stackSpil locations allocated */ applyToSet (_G.stackSpil, deallocStackSpil); _G.slocNum = 0; setToNull ((void *) &_G.stackSpil); setToNull ((void *) &_G.spiltSet); /* mark all registers as free */ ds390_nRegs = 8; freeAllRegs (); return; } sdcc-2.9.0/src/ds390/ralloc.h000066400000000000000000000045471116427777700155510ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCralloc.h - header file register allocation Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCicode.h" #include "SDCCBBlock.h" #ifndef SDCCRALLOC_H #define SDCCRALLOC_H 1 enum { R2_IDX = 0, R3_IDX, R4_IDX, R5_IDX, R6_IDX, R7_IDX, R0_IDX, R1_IDX, DPL_IDX, DPH_IDX, DPX_IDX, B_IDX, B0_IDX, B1_IDX, B2_IDX, B3_IDX, B4_IDX, B5_IDX, B6_IDX, B7_IDX, X8_IDX, X9_IDX, X10_IDX, X11_IDX, X12_IDX, CND_IDX, A_IDX, DPL1_IDX, DPH1_IDX, DPX1_IDX, DPS_IDX, AP_IDX, END_IDX }; #define REG_PTR 0x01 #define REG_GPR 0x02 #define REG_CND 0x04 #define REG_BIT 0x08 /* definition for the registers */ typedef struct regs { short type; /* can have value REG_GPR, REG_PTR or REG_CND */ short rIdx; /* index into register table */ short otype; char *name; /* name */ char *dname; /* name when direct access needed */ char *base; /* base address */ short offset; /* offset from the base */ unsigned isFree:1; /* is currently unassigned */ int print; /* needs to be printed*/ } regs; extern regs regs390[]; regs *ds390_regWithIdx (int); bitVect *ds390_rUmaskForOp (operand * op); bitVect *ds390_allBitregs (void); extern int ds390_ptrRegReq; extern int ds390_nRegs; extern int ds390_nBitRegs; #endif sdcc-2.9.0/src/ds400/000077500000000000000000000000001116427777700141025ustar00rootroot00000000000000sdcc-2.9.0/src/ds400/Makefile.in000066400000000000000000000002451116427777700161500ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ # Make all in this directory include $(srcdir)/../port.mk sdcc-2.9.0/src/ds400/main.c000066400000000000000000000003771116427777700152010ustar00rootroot00000000000000/* This is currently a stub. The guts of the '400 implementation * still live in the ds390 directory. */ #include "main.h" /* If we don't have at least one exported function, the Solaris * linker freaks out. */ void ds400_dummyFunc(void) { ; } sdcc-2.9.0/src/ds400/main.h000066400000000000000000000001201116427777700151700ustar00rootroot00000000000000#ifndef DS400_MAIN_H_ #define DS400_MAIN_H_ /* This is a stub file. */ #endif sdcc-2.9.0/src/hc08/000077500000000000000000000000001116427777700140125ustar00rootroot00000000000000sdcc-2.9.0/src/hc08/Makefile.bcc000066400000000000000000000005221116427777700161770ustar00rootroot00000000000000# Makefile for Borlad C++ PRJDIR = ../.. OBJ = gen.obj ralloc.obj main.obj LIB = port.lib !include $(PRJDIR)/Bcc.inc CFLAGS = $(CFLAGS) -I.. -I$(PRJDIR) all: $(LIB) main.obj: main.c peeph.rul $(LIB): $(OBJ) if exist $(LIB) del $(LIB) tlib $@ @&&! +$(**: = &^ +) ! .def.rul: gawk -f ../SDCCpeeph.awk $< > $@ sdcc-2.9.0/src/hc08/Makefile.in000066400000000000000000000002451116427777700160600ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ # Make all in this directory include $(srcdir)/../port.mk sdcc-2.9.0/src/hc08/gen.c000066400000000000000000007213061116427777700147400ustar00rootroot00000000000000/*------------------------------------------------------------------------- gen.c - source file for code generation for the 68HC08 Hacked for the 68HC08 by Erik Petrich (2003) Adapted from the 8051 code generator by: Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) and - Jean-Louis VERN.jlvern@writeme.com (1999) Bug Fixes - Wojciech Stryjewski wstryj1@tiger.lsu.edu (1999 v2.1.9a) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Use the D macro for basic (unobtrusive) debugging messages */ #define D(x) do if (options.verboseAsm) {x;} while(0) /* Use the DD macro for detailed debugging messages */ #define DD(x) //#define DD(x) x #include #include #include #include #include "SDCCglobl.h" #include "newalloc.h" #include "common.h" #include "SDCCpeeph.h" #include "ralloc.h" #include "gen.h" char *aopLiteral (value * val, int offset); char *aopLiteralLong (value * val, int offset, int size); extern int allocInfo; static int pushReg (regs *reg, bool freereg); static void pullReg (regs *reg); static void transferAopAop (asmop *srcaop, int srcofs, asmop *dstaop, int dstofs); static char *zero = "#0x00"; static char *one = "#0x01"; static char *spname; char *fReturnhc08[] = {"a", "x", "_ret2", "_ret3"}; unsigned fReturnSizeHC08 = 4; /* shared with ralloc.c */ char **fReturn2 = fReturnhc08; static struct { short hxPushed; short iyPushed; short accInUse; short inLine; short debugLine; short nRegsSaved; int stackOfs; int stackPushes; short regsinuse; set *sendSet; iCode *current_iCode; } _G; static asmop *hc08_aop_pass[4]; extern int hc08_ptrRegReq; extern int hc08_nRegs; extern struct dbuf_s *codeOutBuf; //static void saveRBank (int, iCode *, bool); static bool operandsEqu (operand * op1, operand * op2); static void loadRegFromConst (regs *reg, char *c); static char *aopName (asmop *aop); static asmop * newAsmop (short type); static char * aopAdrStr (asmop * aop, int loffset, bool bit16); #define RESULTONSTACK(x) \ (IC_RESULT(x) && IC_RESULT(x)->aop && \ IC_RESULT(x)->aop->type == AOP_STK ) #define IS_AOP_HX(x) \ (((x)->type == AOP_REG) \ && ((x)->aopu.aop_reg[0] == hc08_reg_x) \ && ((x)->aopu.aop_reg[1] == hc08_reg_h) ) #define IS_AOP_XA(x) \ (((x)->type == AOP_REG) \ && ((x)->aopu.aop_reg[0] == hc08_reg_a) \ && ((x)->aopu.aop_reg[1] == hc08_reg_x) ) #define IS_AOP_A(x) \ (((x)->type == AOP_REG) \ && ((x)->aopu.aop_reg[0] == hc08_reg_a) \ && ((x)->size == 1) ) #define IS_AOP_X(x) \ (((x)->type == AOP_REG) \ && ((x)->aopu.aop_reg[0] == hc08_reg_x) \ && ((x)->size == 1) ) #define IS_AOP_H(x) \ (((x)->type == AOP_REG) \ && ((x)->aopu.aop_reg[0] == hc08_reg_h) \ && ((x)->size == 1) ) #define CLRC emitcode("clc","") static lineNode *lineHead = NULL; static lineNode *lineCurr = NULL; #if 0 static unsigned char SLMask[] = {0xFF, 0xFE, 0xFC, 0xF8, 0xF0, 0xE0, 0xC0, 0x80, 0x00}; static unsigned char SRMask[] = {0xFF, 0x7F, 0x3F, 0x1F, 0x0F, 0x07, 0x03, 0x01, 0x00}; #endif #define LSB 0 #define MSB16 1 #define MSB24 2 #define MSB32 3 #define AOP(op) op->aop #define AOP_TYPE(op) AOP(op)->type #define AOP_SIZE(op) AOP(op)->size #define AOP_OP(aop) aop->op /*-----------------------------------------------------------------*/ /* emitcode - writes the code into a file : for now it is simple */ /*-----------------------------------------------------------------*/ static void emitcode (char *inst, char *fmt,...) { va_list ap; char lb[INITIAL_INLINEASM]; char *lbp = lb; va_start (ap, fmt); if (inst && *inst) { if (fmt && *fmt) sprintf (lb, "%s\t", inst); else sprintf (lb, "%s", inst); vsprintf (lb + (strlen (lb)), fmt, ap); } else vsprintf (lb, fmt, ap); while (isspace ((unsigned char)*lbp)) lbp++; if (lbp && *lbp) lineCurr = (lineCurr ? connectLine (lineCurr, newLineNode (lb)) : (lineHead = newLineNode (lb))); lineCurr->isInline = _G.inLine; lineCurr->isDebug = _G.debugLine; lineCurr->ic = _G.current_iCode; lineCurr->isComment = (*lbp==';'); //printf("%s\n", lb); va_end (ap); } static void emitBranch (char *branchop, symbol *tlbl) { emitcode (branchop, "%05d$", (tlbl->key + 100)); } static void emitLabel (symbol *tlbl) { emitcode ("", "%05d$:", (tlbl->key +100)); lineCurr->isLabel = 1; } /*-----------------------------------------------------------------*/ /* hc08_emitDebuggerSymbol - associate the current code location */ /* with a debugger symbol */ /*-----------------------------------------------------------------*/ void hc08_emitDebuggerSymbol (char * debugSym) { _G.debugLine = 1; emitcode ("", "%s ==.", debugSym); _G.debugLine = 0; } /*--------------------------------------------------------------------------*/ /* transferRegReg - Transfer from register(s) sreg to register(s) dreg. If */ /* freesrc is true, sreg is marked free and available for */ /* reuse. sreg and dreg must be of equal size */ /*--------------------------------------------------------------------------*/ static void transferRegReg (regs *sreg, regs *dreg, bool freesrc) { int srcidx; int dstidx; char error = 0; /* Nothing to do if no destination. */ if (!dreg) return; /* But it's definately an error if there's no source. */ if (!sreg) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "NULL sreg in transferRegReg"); return; } DD(emitcode ("", "; transferRegReg(%s,%s)", sreg->name, dreg->name)); srcidx = sreg->rIdx; dstidx = dreg->rIdx; if (srcidx==dstidx) return; switch (dstidx) { case A_IDX: switch (srcidx) { case H_IDX: /* H to A */ pushReg (hc08_reg_h, FALSE); pullReg (hc08_reg_a); break; case X_IDX: /* X to A */ emitcode ("txa", ""); break; default: error=1; } break; case H_IDX: switch (srcidx) { case A_IDX: /* A to H */ pushReg (hc08_reg_a, FALSE); pullReg (hc08_reg_h); break; case X_IDX: /* X to H */ pushReg (hc08_reg_x, FALSE); pullReg (hc08_reg_h); break; default: error=1; } break; case X_IDX: switch (srcidx) { case A_IDX: /* A to X */ emitcode ("tax", ""); break; case H_IDX: /* H to X */ pushReg (hc08_reg_h, FALSE); pullReg (hc08_reg_x); break; default: error=1; } break; case HX_IDX: switch (srcidx) { case XA_IDX: /* XA to HX */ pushReg (hc08_reg_x, FALSE); pullReg (hc08_reg_h); emitcode ("tax", ""); break; default: error=1; } break; case XA_IDX: switch (srcidx) { case HX_IDX: /* HX to XA */ emitcode ("txa", ""); pushReg (hc08_reg_h, FALSE); pullReg (hc08_reg_x); break; default: error=1; } break; default: error=1; } wassertl (!error, "bad combo in transferRegReg"); if (freesrc) hc08_freeReg(sreg); dreg->aop = sreg->aop; dreg->aopofs = sreg->aopofs; dreg->isFree = FALSE; hc08_useReg(dreg); } /*--------------------------------------------------------------------------*/ /* updateCFA - update the debugger information to reflect the current */ /* connonical frame address relative to the stack pointer */ /*--------------------------------------------------------------------------*/ static void updateCFA(void) { /* there is no frame unless there is a function */ if (!currFunc) return; debugFile->writeFrameAddress (NULL, hc08_reg_sp, 1 + _G.stackOfs + _G.stackPushes); } /*--------------------------------------------------------------------------*/ /* pushReg - Push register reg onto the stack. If freereg is true, reg is */ /* marked free and available for reuse. */ /*--------------------------------------------------------------------------*/ static int pushReg (regs *reg, bool freereg) { int regidx = reg->rIdx; switch (regidx) { case A_IDX: emitcode ("psha", ""); _G.stackPushes++; updateCFA(); break; case X_IDX: emitcode ("pshx", ""); _G.stackPushes++; updateCFA(); break; case H_IDX: emitcode ("pshh", ""); _G.stackPushes++; updateCFA(); break; case HX_IDX: emitcode ("pshx", ""); _G.stackPushes++; updateCFA(); emitcode ("pshh", ""); _G.stackPushes++; updateCFA(); break; case XA_IDX: emitcode ("psha", ""); updateCFA(); _G.stackPushes++; emitcode ("pshx", ""); updateCFA(); _G.stackPushes++; break; default: break; } if (freereg) hc08_freeReg(reg); return -_G.stackOfs-_G.stackPushes; } /*--------------------------------------------------------------------------*/ /* pullReg - Pull register reg off the stack. */ /*--------------------------------------------------------------------------*/ static void pullReg (regs *reg) { int regidx = reg->rIdx; switch (regidx) { case A_IDX: emitcode ("pula", ""); _G.stackPushes--; updateCFA(); break; case X_IDX: emitcode ("pulx", ""); _G.stackPushes--; updateCFA(); break; case H_IDX: emitcode ("pulh", ""); _G.stackPushes--; updateCFA(); break; case HX_IDX: emitcode ("pulh", ""); _G.stackPushes--; updateCFA(); emitcode ("pulx", ""); _G.stackPushes--; updateCFA(); break; case XA_IDX: emitcode ("pulx", ""); _G.stackPushes--; updateCFA(); emitcode ("pula", ""); _G.stackPushes--; updateCFA(); break; default: break; } hc08_useReg(reg); hc08_dirtyReg(reg, FALSE); } /*--------------------------------------------------------------------------*/ /* pullNull - Discard n bytes off the top of the stack */ /*--------------------------------------------------------------------------*/ static void pullNull (int n) { if (n) { emitcode("ais","#%d",n); _G.stackPushes -= n; updateCFA(); } } /*--------------------------------------------------------------------------*/ /* pushRegIfUsed - Push register reg if marked in use. Returns true if the */ /* push was performed, false otherwise. */ /*--------------------------------------------------------------------------*/ static bool pushRegIfUsed (regs *reg) { if (!reg->isFree) { pushReg (reg, TRUE); return TRUE; } else return FALSE; } /*--------------------------------------------------------------------------*/ /* pullOrFreeReg - If needpull is true, register reg is pulled from the */ /* stack. Otherwise register reg is marked as free. */ /*--------------------------------------------------------------------------*/ static void pullOrFreeReg (regs *reg, bool needpull) { if (needpull) pullReg (reg); else hc08_freeReg (reg); } /*--------------------------------------------------------------------------*/ /* adjustStack - Adjust the stack pointer by n bytes. */ /*--------------------------------------------------------------------------*/ static void adjustStack (int n) { while (n) { if (n>127) { emitcode ("ais","#127"); n -= 127; _G.stackPushes -= 127; updateCFA(); } else if (n<-128) { emitcode ("ais","#-128"); n += 128; _G.stackPushes += 128; updateCFA(); } else { emitcode ("ais", "#%d", n); _G.stackPushes -= n; n = 0; updateCFA(); } } } /*--------------------------------------------------------------------------*/ /* aopName - Return a string with debugging information about an asmop. */ /*--------------------------------------------------------------------------*/ static char * aopName (asmop *aop) { static char buffer[256]; char *buf = buffer; if (!aop) return "(asmop*)NULL"; switch (aop->type) { case AOP_IMMD: sprintf (buf,"IMMD(%s)", aop->aopu.aop_immd.aop_immd1); return buf; case AOP_LIT: sprintf (buf,"LIT(%s)", aopLiteral (aop->aopu.aop_lit, 0)); return buf; case AOP_DIR: sprintf (buf,"DIR(%s)", aop->aopu.aop_dir); return buf; case AOP_EXT: sprintf (buf,"EXT(%s)", aop->aopu.aop_dir); return buf; case AOP_SOF: sprintf (buf,"SOF(%s)", OP_SYMBOL (aop->op)->name); return buf; case AOP_REG: sprintf (buf, "REG(%s,%s,%s,%s)", aop->aopu.aop_reg[3] ? aop->aopu.aop_reg[3]->name : "-", aop->aopu.aop_reg[2] ? aop->aopu.aop_reg[2]->name : "-", aop->aopu.aop_reg[1] ? aop->aopu.aop_reg[1]->name : "-", aop->aopu.aop_reg[0] ? aop->aopu.aop_reg[0]->name : "-"); return buf; case AOP_STK: return "STK"; case AOP_STR: return "STR"; default: sprintf (buf,"?%d", aop->type); return buf; } return "?"; } /*--------------------------------------------------------------------------*/ /* loadRegFromAop - Load register reg from logical offset loffset of aop. */ /*--------------------------------------------------------------------------*/ static void loadRegFromAop (regs *reg, asmop *aop, int loffset) { int regidx = reg->rIdx; if (aop->stacked && aop->stk_aop[loffset]) { loadRegFromAop (reg, aop->stk_aop[loffset], 0); return; } #if 0 printf("loadRegFromAop called\n"); if (!reg) { printf(" reg = NULL\n"); return; } printf(" reg = %s\n", reg->name); if (!aop) { printf(" aop = NULL\n"); return; } printf(" aop->type = %d\n", aop->type); printf(" loffset = %d\n", loffset); if (aop->op) printf(" aop has operand link\n"); else printf(" aop missing operand link\n"); if (reg->aop) printf(" reg has operand link\n"); else printf(" reg missing operand link\n"); #endif DD(emitcode ("", "; loadRegFromAop (%s, %s, %d)", reg->name, aopName (aop), loffset)); /* If operand is volatile, we cannot optimize. */ if (!aop->op || isOperandVolatile (aop->op, FALSE)) goto forceload; /* If this register already has this offset of the operand then we need only mark it as in use. */ if (reg->aop && reg->aop->op && aop->op && operandsEqu(reg->aop->op,aop->op) && (reg->aopofs == loffset)) { hc08_useReg(reg); DD(emitcode ("","; already had correct value for %s", reg->name)); return; } /* TODO: check to see if we can transfer from another register */ if (hc08_reg_h->aop && hc08_reg_h->aop->op && aop->op && operandsEqu(hc08_reg_h->aop->op,aop->op) && (hc08_reg_h->aopofs == loffset)) { DD(emitcode ("","; found correct value for %s in h", reg->name)); transferRegReg (hc08_reg_h, reg, FALSE); hc08_useReg (reg); return; } if (hc08_reg_x->aop && hc08_reg_x->aop->op && aop->op && operandsEqu(hc08_reg_x->aop->op,aop->op) && (hc08_reg_x->aopofs == loffset)) { DD(emitcode ("","; found correct value for %s in x", reg->name)); transferRegReg (hc08_reg_x, reg, FALSE); hc08_useReg (reg); return; } if (hc08_reg_a->aop && hc08_reg_a->aop->op && aop->op && operandsEqu(hc08_reg_a->aop->op,aop->op) && (hc08_reg_a->aopofs == loffset)) { DD(emitcode ("","; found correct value for %s in a", reg->name)); transferRegReg (hc08_reg_a, reg, FALSE); hc08_useReg (reg); return; } forceload: switch (regidx) { case A_IDX: if (aop->type == AOP_REG) { if (loffset < aop->size) transferRegReg(aop->aopu.aop_reg[loffset], reg, FALSE); else emitcode ("clra", ""); /* TODO: handle sign extension */ } else { char * l = aopAdrStr (aop, loffset, FALSE); if (!strcmp (l, zero)) emitcode ("clra", ""); else emitcode ("lda", "%s", l); } break; case X_IDX: if (aop->type == AOP_REG) { if (loffset < aop->size) transferRegReg(aop->aopu.aop_reg[loffset], reg, FALSE); else emitcode ("clrx", ""); /* TODO: handle sign extension */ } else { char * l = aopAdrStr (aop, loffset, FALSE); if (!strcmp (l, zero)) emitcode ("clrx", ""); else emitcode ("ldx", "%s", l); } break; case H_IDX: { char * l = aopAdrStr (aop, loffset, FALSE); if (!strcmp (l, zero)) { emitcode ("clrh", ""); break; } } if (hc08_reg_a->isFree) { loadRegFromAop (hc08_reg_a, aop, loffset); transferRegReg (hc08_reg_a, hc08_reg_h, TRUE); } else if (hc08_reg_x->isFree) { loadRegFromAop (hc08_reg_x, aop, loffset); transferRegReg (hc08_reg_x, hc08_reg_h, TRUE); } else { pushReg (hc08_reg_a, TRUE); loadRegFromAop (hc08_reg_a, aop, loffset); transferRegReg (hc08_reg_a, hc08_reg_h, TRUE); pullReg (hc08_reg_a); } break; case HX_IDX: if (IS_AOP_HX(aop)) break; else if (IS_AOP_XA(aop)) transferRegReg (hc08_reg_xa, hc08_reg_hx, FALSE); else if ((aop->type == AOP_DIR)) { if (aop->size>(loffset+1)) emitcode ("ldhx","%s", aopAdrStr (aop, loffset+1, TRUE)); else { loadRegFromAop (hc08_reg_x, aop, loffset); loadRegFromConst (hc08_reg_h, zero); } } else if ((aop->type == AOP_LIT) || (aop->type == AOP_IMMD)) { emitcode ("ldhx","%s", aopAdrStr (aop, loffset, TRUE)); } else { bool needpula; needpula = pushRegIfUsed (hc08_reg_a); loadRegFromAop (hc08_reg_a, aop, loffset+1); loadRegFromAop (hc08_reg_x, aop, loffset); transferRegReg (hc08_reg_a, hc08_reg_h, TRUE); pullOrFreeReg (hc08_reg_a, needpula); } break; case XA_IDX: if (IS_AOP_XA(aop)) break; else if (IS_AOP_HX(aop)) transferRegReg (hc08_reg_hx, hc08_reg_xa, FALSE); else { loadRegFromAop (hc08_reg_a, aop, loffset); loadRegFromAop (hc08_reg_x, aop, loffset+1); } break; } // ignore caching for now #if 0 reg->aop = aop; reg->aopofs = loffset; #endif } /*--------------------------------------------------------------------------*/ /* forceStackedAop - Reserve space on the stack for asmop aop; when */ /* freeAsmop is called with aop, the stacked data will */ /* be copied to the original aop location. */ /*--------------------------------------------------------------------------*/ static asmop * forceStackedAop (asmop *aop, bool copyOrig) { regs *reg; int loffset; asmop *newaop = newAsmop (aop->type); memcpy (newaop, aop, sizeof(*newaop)); DD(emitcode("", "; forcedStackAop %s", aopName(aop))); if (copyOrig && hc08_reg_a->isFree) reg = hc08_reg_a; else if (copyOrig && hc08_reg_x->isFree) reg = hc08_reg_x; else reg = NULL; for (loffset=0; loffset < newaop->size; loffset++) { asmop *aopsof = newAsmop (AOP_SOF); aopsof->size = 1; if (copyOrig && reg) { loadRegFromAop (reg, aop, loffset); aopsof->aopu.aop_stk = pushReg (reg, FALSE); } else { aopsof->aopu.aop_stk = pushReg (hc08_reg_a, FALSE); } aopsof->op = aop->op; newaop->stk_aop[loffset] = aopsof; } newaop->stacked = 1; if (!reg && copyOrig) { for (loffset=0; loffset < newaop->size; loffset++) { transferAopAop (aop, loffset, newaop, loffset); } } return newaop; } /*--------------------------------------------------------------------------*/ /* storeRegToAop - Store register reg to logical offset loffset of aop. */ /*--------------------------------------------------------------------------*/ static void storeRegToAop (regs *reg, asmop *aop, int loffset) { int regidx = reg->rIdx; #if 0 regs *otherreg; int otheridx; #endif DD(emitcode ("", "; storeRegToAop (%s, %s, %d), stacked=%d, isaddr=%d", reg->name, aopName (aop), loffset, aop->stacked, aop->isaddr)); if ((reg->rIdx == HX_IDX) && aop->stacked && (aop->stk_aop[loffset] || aop->stk_aop[loffset+1])) { storeRegToAop (hc08_reg_h, aop, loffset+1); storeRegToAop (hc08_reg_x, aop, loffset); return; } if ((reg->rIdx == XA_IDX) && aop->stacked && (aop->stk_aop[loffset] || aop->stk_aop[loffset+1])) { storeRegToAop (hc08_reg_x, aop, loffset+1); storeRegToAop (hc08_reg_a, aop, loffset); return; } if (aop->stacked && aop->stk_aop[loffset]) { storeRegToAop (reg, aop->stk_aop[loffset], 0); return; } if (aop->type == AOP_STR) { if (loffset==0) transferRegReg (reg, hc08_reg_x, FALSE); else if (loffset==1) transferRegReg (reg, hc08_reg_h, FALSE); return; } if (aop->type == AOP_DUMMY) return; if (aop->type == AOP_CRY) /* This can only happen if IFX was optimized */ return; /* away, so just toss the result */ switch (regidx) { case A_IDX: if ((aop->type == AOP_REG) && (loffset < aop->size)) transferRegReg(reg, aop->aopu.aop_reg[loffset], FALSE); else emitcode ("sta","%s", aopAdrStr (aop, loffset, FALSE)); break; case X_IDX: if ((aop->type == AOP_REG) && (loffset < aop->size)) transferRegReg(reg, aop->aopu.aop_reg[loffset], FALSE); else emitcode ("stx","%s", aopAdrStr (aop, loffset, FALSE)); break; case H_IDX: if (hc08_reg_a->isFree) { transferRegReg (hc08_reg_h, hc08_reg_a, FALSE); storeRegToAop (hc08_reg_a, aop, loffset); hc08_freeReg (hc08_reg_a); } else if (hc08_reg_x->isFree) { transferRegReg (hc08_reg_h, hc08_reg_x, FALSE); storeRegToAop (hc08_reg_x, aop, loffset); hc08_freeReg (hc08_reg_x); } else { pushReg (hc08_reg_a, TRUE); transferRegReg (hc08_reg_h, hc08_reg_a, FALSE); storeRegToAop (hc08_reg_a, aop, loffset); pullReg (hc08_reg_a); } break; case HX_IDX: if ((aop->type == AOP_DIR) ) { emitcode("sthx","%s", aopAdrStr (aop, loffset+1, TRUE)); } else if (IS_AOP_XA(aop)) transferRegReg(reg, hc08_reg_xa, FALSE); else if (IS_AOP_HX(aop)) break; else { bool needpula; needpula = pushRegIfUsed (hc08_reg_a); transferRegReg (hc08_reg_h, hc08_reg_a, FALSE); storeRegToAop (hc08_reg_a, aop, loffset+1); storeRegToAop (hc08_reg_x, aop, loffset); pullOrFreeReg (hc08_reg_a, needpula); } break; case XA_IDX: if (IS_AOP_HX(aop)) transferRegReg(reg, hc08_reg_hx, FALSE); else if (IS_AOP_XA(aop)) break; else { storeRegToAop (hc08_reg_a, aop, loffset); storeRegToAop (hc08_reg_x, aop, loffset+1); } break; } /* Disable the register tracking for now */ #if 0 //if (!reg->aop || (reg->aop && (reg->aop != aop))) { //if (reg->aop!=aop) for (otheridx=0;otheridxaop && otherreg->aop->op && aop->op && operandsEqu(otherreg->aop->op,aop->op) && (otherreg->aopofs == loffset)) { DD(emitcode("","; marking %s stale", otherreg->name)); otherreg->aop=NULL; } } if ((!hc08_reg_x->aop || !hc08_reg_h->aop) && hc08_reg_hx->aop) { hc08_reg_hx->aop = NULL; DD(emitcode("","; marking hx stale")); } if ((!hc08_reg_x->aop || !hc08_reg_a->aop) && hc08_reg_xa->aop) { hc08_reg_xa->aop = NULL; DD(emitcode("","; marking xa stale")); } reg->aop = aop; reg->aopofs = loffset; } #endif } /*--------------------------------------------------------------------------*/ /* loadRegFromConst - Load register reg from constant c. */ /*--------------------------------------------------------------------------*/ static void loadRegFromConst (regs *reg, char *c) { switch (reg->rIdx) { case A_IDX: if (!strcmp(c,zero)) emitcode ("clra", ""); else emitcode ("lda", "%s", c); break; case X_IDX: if (!strcmp(c,zero)) emitcode ("clrx", ""); else emitcode ("ldx", "%s", c); break; case H_IDX: if (!strcmp(c,zero)) emitcode ("clrh", ""); else if (hc08_reg_a->isFree) { loadRegFromConst (hc08_reg_a, c); transferRegReg (hc08_reg_a, hc08_reg_h, TRUE); } else if (hc08_reg_x->isFree) { loadRegFromConst (hc08_reg_x, c); transferRegReg (hc08_reg_x, hc08_reg_h, TRUE); } else { pushReg (hc08_reg_a, TRUE); loadRegFromConst (hc08_reg_a, c); transferRegReg (hc08_reg_a, hc08_reg_h, TRUE); pullReg (hc08_reg_a); } break; case HX_IDX: emitcode ("ldhx", "%s", c); break; case XA_IDX: emitcode ("lda", "%s", c); emitcode ("ldx", "%s >> 8", c); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "Bad rIdx in loadRegFromConst"); return; } hc08_useReg (reg); } /*--------------------------------------------------------------------------*/ /* storeConstToAop- Store constant c to logical offset loffset of asmop aop.*/ /*--------------------------------------------------------------------------*/ static void storeConstToAop (char *c, asmop *aop, int loffset) { if (aop->stacked && aop->stk_aop[loffset]) { storeConstToAop (c, aop->stk_aop[loffset], 0); return; } switch (aop->type) { case AOP_DIR: if (!strcmp(c,zero)) emitcode ("clr", "%s", aopAdrStr (aop, loffset, FALSE)); else emitcode ("mov", "%s,%s", c, aopAdrStr (aop, loffset, FALSE)); break; case AOP_REG: if (loffset>(aop->size-1)) break; loadRegFromConst (aop->aopu.aop_reg[loffset], c); break; case AOP_DUMMY: break; default: if (hc08_reg_a->isFree) { loadRegFromConst (hc08_reg_a, c); storeRegToAop( hc08_reg_a, aop, loffset); hc08_freeReg (hc08_reg_a); } else if (hc08_reg_x->isFree) { loadRegFromConst (hc08_reg_x, c); storeRegToAop( hc08_reg_x, aop, loffset); hc08_freeReg (hc08_reg_x); } else { pushReg (hc08_reg_a, TRUE); loadRegFromConst (hc08_reg_a, c); storeRegToAop( hc08_reg_a, aop, loffset); pullReg (hc08_reg_a); } } } /*--------------------------------------------------------------------------*/ /* storeRegSignToUpperAop - If isSigned is true, the sign bit of register */ /* reg is extended to fill logical offsets loffset */ /* and above of asmop aop. Otherwise, logical */ /* offsets loffset and above of asmop aop are */ /* zeroed. reg must be an 8-bit register. */ /*--------------------------------------------------------------------------*/ static void storeRegSignToUpperAop (regs *reg, asmop *aop, int loffset, bool isSigned) { // int regidx = reg->rIdx; int size = aop->size; if (size<=loffset) return; if (!isSigned) { /* Unsigned case */ while (loffsetrIdx; int size = aop->size; switch (regidx) { case A_IDX: case X_IDX: case H_IDX: storeRegToAop (reg, aop, 0); storeRegSignToUpperAop (reg, aop, 1, isSigned); break; case HX_IDX: if (size==1) { storeRegToAop (hc08_reg_x, aop, 0); } else { storeRegToAop (reg, aop, 0); storeRegSignToUpperAop (hc08_reg_h, aop, 2, isSigned); } break; case XA_IDX: if (size==1) { storeRegToAop (hc08_reg_a, aop, 0); } else { storeRegToAop (reg, aop, 0); storeRegSignToUpperAop (hc08_reg_x, aop, 2, isSigned); } break; } } /*--------------------------------------------------------------------------*/ /* transferAopAop - Transfer the value at logical offset srcofs of asmop */ /* srcaop to logical offset dstofs of asmop dstaop. */ /*--------------------------------------------------------------------------*/ static void transferAopAop (asmop *srcaop, int srcofs, asmop *dstaop, int dstofs) { bool needpula = FALSE; regs *reg = NULL; int regIdx; bool keepreg = FALSE; /* ignore transfers at the same byte, unless its volatile */ if (srcaop->op && !isOperandVolatile (srcaop->op, FALSE) && dstaop->op && !isOperandVolatile (dstaop->op, FALSE) && operandsEqu(srcaop->op, dstaop->op) && srcofs == dstofs && dstaop->type == srcaop->type) return; if (srcaop->stacked && srcaop->stk_aop[srcofs]) { transferAopAop (srcaop->stk_aop[srcofs], 0, dstaop, dstofs); return; } if (dstaop->stacked && dstaop->stk_aop[srcofs]) { transferAopAop (srcaop, srcofs, dstaop->stk_aop[dstofs], 0); return; } // DD(emitcode ("", "; transferAopAop (%s, %d, %s, %d)", // aopName (srcaop), srcofs, aopName (dstaop), dstofs)); // DD(emitcode ("", "; srcaop->type = %d", srcaop->type)); // DD(emitcode ("", "; dstaop->type = %d", dstaop->type)); if (dstofs >= dstaop->size) return; if ((dstaop->type == AOP_DIR) && ((srcaop->type == AOP_DIR) || (srcaop->type == AOP_LIT)) ) { if (srcaop->type == AOP_LIT) { unsigned long lit; unsigned long bytemask; lit = ulFromVal (srcaop->aopu.aop_lit); bytemask = (lit >> (srcofs*8)) & 0xff; if (bytemask == 0) { emitcode ("clr", "%s", aopAdrStr(dstaop, dstofs, FALSE)); return; } } emitcode("mov", "%s,%s", aopAdrStr(srcaop, srcofs, FALSE), aopAdrStr(dstaop, dstofs, FALSE)); return; } if (dstaop->type == AOP_REG) { regIdx = dstaop->aopu.aop_reg[dstofs]->rIdx; if ((regIdx == A_IDX) || (regIdx == X_IDX)) { reg = dstaop->aopu.aop_reg[dstofs]; keepreg = TRUE; } } if ((srcaop->type == AOP_REG) && (srcaop->aopu.aop_reg[srcofs])) { regIdx = srcaop->aopu.aop_reg[srcofs]->rIdx; if ((regIdx == A_IDX) || (regIdx == X_IDX)) { reg = srcaop->aopu.aop_reg[srcofs]; keepreg = TRUE; } } if (!reg) { if (hc08_reg_a->isFree) reg = hc08_reg_a; else if (hc08_reg_x->isFree) reg = hc08_reg_x; else { pushReg (hc08_reg_a, TRUE); needpula = TRUE; reg = hc08_reg_a; } } loadRegFromAop (reg, srcaop, srcofs); storeRegToAop (reg, dstaop, dstofs); if (!keepreg) pullOrFreeReg (hc08_reg_a, needpula); } /*--------------------------------------------------------------------------*/ /* accopWithMisc - Emit accumulator modifying instruction accop with the */ /* parameter param. */ /*--------------------------------------------------------------------------*/ static void accopWithMisc (char *accop, char *param) { emitcode (accop, "%s", param); hc08_dirtyReg (hc08_reg_a, FALSE); } /*--------------------------------------------------------------------------*/ /* accopWithAop - Emit accumulator modifying instruction accop with the */ /* byte at logical offset loffset of asmop aop. */ /* Supports: adc, add, and, bit, cmp, eor, ora, sbc, sub */ /*--------------------------------------------------------------------------*/ static void accopWithAop (char *accop, asmop *aop, int loffset) { if (aop->stacked && aop->stk_aop[loffset]) { accopWithAop (accop, aop->stk_aop[loffset], 0); return; } if (aop->type == AOP_DUMMY) return; if (aop->type == AOP_REG) { pushReg (aop->aopu.aop_reg[loffset], FALSE); emitcode (accop, "1,s"); pullNull (1); } else emitcode (accop, "%s", aopAdrStr (aop, loffset, FALSE)); hc08_dirtyReg (hc08_reg_a, FALSE); } /*--------------------------------------------------------------------------*/ /* rmwWithReg - Emit read/modify/write instruction rmwop with register reg. */ /* byte at logical offset loffset of asmop aop. Register reg */ /* must be 8-bit. */ /* Supports: com, dec, inc, lsl, lsr, neg, rol, ror */ /*--------------------------------------------------------------------------*/ static void rmwWithReg (char *rmwop, regs *reg) { char rmwbuf[10]; char *rmwaop = rmwbuf; if (reg->rIdx == A_IDX) { sprintf(rmwaop,"%sa", rmwop); emitcode (rmwaop, ""); hc08_dirtyReg (hc08_reg_a, FALSE); } else if (reg->rIdx == X_IDX) { sprintf(rmwaop,"%sx", rmwop); emitcode (rmwaop, ""); hc08_dirtyReg (hc08_reg_a, FALSE); } else if (hc08_reg_a->isFree) { transferRegReg(reg, hc08_reg_a, FALSE); sprintf(rmwaop,"%sa", rmwop); emitcode (rmwaop, ""); hc08_dirtyReg (hc08_reg_a, FALSE); transferRegReg(hc08_reg_a, reg, TRUE); } else { pushReg (reg, FALSE); emitcode (rmwop, "1,s"); pullReg (reg); hc08_dirtyReg (reg, FALSE); } } /*--------------------------------------------------------------------------*/ /* accopWithAop - Emit read/modify/write instruction rmwop with the byte at */ /* logical offset loffset of asmop aop. */ /* Supports: com, dec, inc, lsl, lsr, neg, rol, ror, tst */ /*--------------------------------------------------------------------------*/ static void rmwWithAop (char *rmwop, asmop *aop, int loffset) { bool needpula = FALSE; if (aop->stacked && aop->stk_aop[loffset]) { rmwWithAop (rmwop, aop->stk_aop[loffset], 0); return; } switch (aop->type) { case AOP_REG: rmwWithReg (rmwop, aop->aopu.aop_reg[loffset]); break; case AOP_EXT: needpula = pushRegIfUsed (hc08_reg_a); loadRegFromAop (hc08_reg_a, aop, loffset); rmwWithReg (rmwop, hc08_reg_a); if (strcmp ("tst", rmwop)) storeRegToAop (hc08_reg_a, aop, loffset); pullOrFreeReg (hc08_reg_a, needpula); break; case AOP_DUMMY: break; default: emitcode (rmwop, "%s", aopAdrStr (aop, loffset, FALSE)); } } /*-----------------------------------------------------------------*/ /* newAsmop - creates a new asmOp */ /*-----------------------------------------------------------------*/ static asmop * newAsmop (short type) { asmop *aop; aop = Safe_calloc (1, sizeof (asmop)); aop->type = type; aop->op = NULL; return aop; } #if 0 /*-----------------------------------------------------------------*/ /* pointerCode - returns the code for a pointer type */ /*-----------------------------------------------------------------*/ static int pointerCode (sym_link * etype) { return PTR_TYPE (SPEC_OCLS (etype)); } #endif /*-----------------------------------------------------------------*/ /* aopForSym - for a true symbol */ /*-----------------------------------------------------------------*/ static asmop * aopForSym (iCode * ic, symbol * sym, bool result) { asmop *aop; memmap *space; wassertl (ic != NULL, "Got a null iCode"); wassertl (sym != NULL, "Got a null symbol"); // printf("in aopForSym for symbol %s\n", sym->name); space = SPEC_OCLS (sym->etype); /* if already has one */ if (sym->aop) { return sym->aop; } /* special case for a function */ if (IS_FUNC (sym->type)) { sym->aop = aop = newAsmop (AOP_IMMD); aop->aopu.aop_immd.aop_immd1 = Safe_calloc (1, strlen (sym->rname) + 1); strcpy (aop->aopu.aop_immd.aop_immd1, sym->rname); aop->size = FPTRSIZE; return aop; } /* if it is in direct space */ if (IN_DIRSPACE (space)) { sym->aop = aop = newAsmop (AOP_DIR); aop->aopu.aop_dir = sym->rname; aop->size = getSize (sym->type); return aop; } /* if it is in far space */ if (IN_FARSPACE (space)) { sym->aop = aop = newAsmop (AOP_EXT); aop->aopu.aop_dir = sym->rname; aop->size = getSize (sym->type); return aop; } if (IN_STACK (sym->etype)) { sym->aop = aop = newAsmop (AOP_SOF); aop->aopu.aop_dir = sym->rname; aop->size = getSize (sym->type); aop->aopu.aop_stk = sym->stack; return aop; } werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopForSym should never reach here"); exit(1); /* if it is in code space */ if (IN_CODESPACE (space)) aop->code = 1; return aop; } /*-----------------------------------------------------------------*/ /* aopForRemat - rematerializes an object */ /*-----------------------------------------------------------------*/ static asmop * aopForRemat (symbol * sym) { iCode *ic = sym->rematiCode; asmop *aop = NULL; int ptr_type = 0; int val = 0; for (;;) { if (ic->op == '+') val += (int) operandLitValue (IC_RIGHT (ic)); else if (ic->op == '-') val -= (int) operandLitValue (IC_RIGHT (ic)); else if (IS_CAST_ICODE(ic)) { sym_link *from_type = operandType(IC_RIGHT(ic)); ic = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; ptr_type = DCL_TYPE(from_type); if (ptr_type == IPOINTER) {// bug #481053 ptr_type = POINTER; } continue ; } else break; ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; } if (ic->op == ADDRESS_OF) { if (val) { SNPRINTF (buffer, sizeof(buffer), "(%s %c 0x%04x)", OP_SYMBOL (IC_LEFT (ic))->rname, val >= 0 ? '+' : '-', abs (val) & 0xffff); } else { strncpyz (buffer, OP_SYMBOL (IC_LEFT (ic))->rname, sizeof(buffer)); } aop = newAsmop (AOP_IMMD); aop->aopu.aop_immd.aop_immd1 = Safe_strdup(buffer); /* set immd2 field if required */ } else if (ic->op == '=') { val += (int) operandLitValue (IC_RIGHT (ic)); val &= 0xffff; SNPRINTF (buffer, sizeof(buffer), "0x%04x", val); aop = newAsmop (AOP_LIT); aop->aopu.aop_lit = constVal (buffer); } else { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "unexpected rematerialization"); } return aop; } /*-----------------------------------------------------------------*/ /* regsInCommon - two operands have some registers in common */ /*-----------------------------------------------------------------*/ static bool regsInCommon (operand * op1, operand * op2) { symbol *sym1, *sym2; int i; /* if they have registers in common */ if (!IS_SYMOP (op1) || !IS_SYMOP (op2)) return FALSE; sym1 = OP_SYMBOL (op1); sym2 = OP_SYMBOL (op2); if (sym1->nRegs == 0 || sym2->nRegs == 0) return FALSE; for (i = 0; i < sym1->nRegs; i++) { int j; if (!sym1->regs[i]) continue; for (j = 0; j < sym2->nRegs; j++) { if (!sym2->regs[j]) continue; if (sym2->regs[j] == sym1->regs[i]) return TRUE; } } return FALSE; } /*-----------------------------------------------------------------*/ /* operandsEqu - equivalent */ /*-----------------------------------------------------------------*/ static bool operandsEqu (operand * op1, operand * op2) { symbol *sym1, *sym2; /* if they not symbols */ if (!IS_SYMOP (op1) || !IS_SYMOP (op2)) return FALSE; sym1 = OP_SYMBOL (op1); sym2 = OP_SYMBOL (op2); /* if both are itemps & one is spilt and the other is not then false */ if (IS_ITEMP (op1) && IS_ITEMP (op2) && sym1->isspilt != sym2->isspilt) return FALSE; /* if they are the same */ if (sym1 == sym2) return TRUE; /* if they have the same rname */ if (sym1->rname[0] && sym2->rname[0] && strcmp (sym1->rname, sym2->rname) == 0) return TRUE; /* if left is a tmp & right is not */ if (IS_ITEMP (op1) && !IS_ITEMP (op2) && sym1->isspilt && (sym1->usl.spillLoc == sym2)) return TRUE; if (IS_ITEMP (op2) && !IS_ITEMP (op1) && sym2->isspilt && sym1->level > 0 && (sym2->usl.spillLoc == sym1)) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* sameRegs - two asmops have the same registers */ /*-----------------------------------------------------------------*/ static bool sameRegs (asmop * aop1, asmop * aop2) { int i; if (aop1 == aop2) return TRUE; // if (aop1->size != aop2->size) // return FALSE; if (aop1->type == aop2->type) { switch (aop1->type) { case AOP_REG: for (i = 0; i < aop1->size; i++) if (aop1->aopu.aop_reg[i] != aop2->aopu.aop_reg[i]) return FALSE; return TRUE; case AOP_SOF: return (aop1->aopu.aop_stk == aop2->aopu.aop_stk); case AOP_DIR: case AOP_EXT: return (!strcmp (aop1->aopu.aop_dir, aop2->aopu.aop_dir)); } } return FALSE; } /*-----------------------------------------------------------------*/ /* aopOp - allocates an asmop for an operand : */ /*-----------------------------------------------------------------*/ static void aopOp (operand * op, iCode * ic, bool result) { asmop *aop = NULL; symbol *sym; int i; if (!op) return; // Is this a pointer set result? // if ((op==IC_RESULT (ic)) && POINTER_SET (ic)) { } // printf("checking literal\n"); /* if this a literal */ if (IS_OP_LITERAL (op)) { op->aop = aop = newAsmop (AOP_LIT); aop->aopu.aop_lit = op->operand.valOperand; aop->size = getSize (operandType (op)); aop->op = op; aop->isaddr = op->isaddr; return; } // printf("checking pre-existing\n"); /* if already has a asmop then continue */ if (op->aop) { op->aop->op = op; op->aop->isaddr = op->isaddr; return; } // printf("checking underlying sym\n"); /* if the underlying symbol has a aop */ if (IS_SYMOP (op) && OP_SYMBOL (op)->aop) { op->aop = aop = Safe_calloc(1, sizeof(*aop)); memcpy (aop, OP_SYMBOL (op)->aop, sizeof(*aop)); //op->aop = aop = OP_SYMBOL (op)->aop; aop->size = getSize( operandType (op)); //printf ("reusing underlying symbol %s\n",OP_SYMBOL (op)->name); //printf (" with size = %d\n", aop->size); aop->op = op; aop->isaddr = op->isaddr; /* if (aop->isaddr & IS_ITEMP (op)) { aop->psize=aop->size; aop->size = getSize( operandType (op)->next); } */ return; } // printf("checking true sym\n"); /* if this is a true symbol */ if (IS_TRUE_SYMOP (op)) { op->aop = aop = aopForSym (ic, OP_SYMBOL (op), result); aop->op = op; aop->isaddr = op->isaddr; //printf ("new symbol %s\n", OP_SYMBOL (op)->name); //printf (" with size = %d\n", aop->size); return; } /* this is a temporary : this has only five choices : a) register b) spillocation c) rematerialize d) conditional e) can be a return use only */ sym = OP_SYMBOL (op); // printf("checking conditional\n"); /* if the type is a conditional */ if (sym->regType == REG_CND) { sym->aop = op->aop = aop = newAsmop (AOP_CRY); aop->size = 0; aop->op = op; aop->isaddr = op->isaddr; return; } // printf("checking spilt\n"); /* if it is spilt then two situations a) is rematerialize b) has a spill location */ if (sym->isspilt || sym->nRegs == 0) { // printf("checking remat\n"); /* rematerialize it NOW */ if (sym->remat) { sym->aop = op->aop = aop = aopForRemat (sym); aop->size = getSize (sym->type); aop->op = op; aop->isaddr = op->isaddr; /* if (aop->isaddr & IS_ITEMP (op)) { aop->psize=aop->size; aop->size = getSize( operandType (op)->next); } */ return; } // printf("checking accuse\n"); if (sym->accuse) { sym->aop = op->aop = aop = newAsmop (AOP_REG); aop->size = getSize (sym->type); switch (sym->accuse) { case ACCUSE_XA: aop->aopu.aop_reg[0] = hc08_reg_a; aop->aopu.aop_reg[1] = hc08_reg_x; break; case ACCUSE_HX: aop->aopu.aop_reg[0] = hc08_reg_x; aop->aopu.aop_reg[1] = hc08_reg_h; break; } aop->op = op; aop->isaddr = op->isaddr; return; } // printf("checking ruonly\n"); #if 1 if (sym->ruonly) { unsigned i; sym->aop = op->aop = aop = newAsmop (AOP_STR); aop->size = getSize (sym->type); for (i = 0; i < fReturnSizeHC08; i++) aop->aopu.aop_str[i] = fReturn2[i]; aop->op = op; aop->isaddr = op->isaddr; return; } #endif /* else spill location */ if (sym->usl.spillLoc) { asmop *oldAsmOp = NULL; if (sym->usl.spillLoc->aop && sym->usl.spillLoc->aop->size != getSize (sym->type)) { /* force a new aop if sizes differ */ oldAsmOp = sym->usl.spillLoc->aop; sym->usl.spillLoc->aop = NULL; //printf ("forcing new aop\n"); } sym->aop = op->aop = aop = aopForSym (ic, sym->usl.spillLoc, result); if (sym->usl.spillLoc->aop->size != getSize (sym->type)) { /* Don't reuse the new aop, go with the last one */ sym->usl.spillLoc->aop = oldAsmOp; } aop->size = getSize (sym->type); aop->op = op; aop->isaddr = op->isaddr; //printf ("spill symbol %s\n", OP_SYMBOL (op)->name); //printf (" with size = %d\n", aop->size); return; } /* else must be a dummy iTemp */ sym->aop = op->aop = aop = newAsmop (AOP_DUMMY); aop->size = getSize (sym->type); return; } // printf("assuming register\n"); /* must be in a register */ sym->aop = op->aop = aop = newAsmop (AOP_REG); aop->size = sym->nRegs; for (i = 0; i < sym->nRegs; i++) aop->aopu.aop_reg[i] = sym->regs[i]; aop->op = op; aop->isaddr = op->isaddr; } /*-----------------------------------------------------------------*/ /* freeAsmop - free up the asmop given to an operand */ /*----------------------------------------------------------------*/ static void freeAsmop (operand * op, asmop * aaop, iCode * ic, bool pop) { asmop *aop; if (!op) aop = aaop; else aop = op->aop; if (!aop) return; if (aop->freed) goto dealloc; aop->freed = 1; if (aop->stacked) { int stackAdjust; int loffset; DD(emitcode ("","; freeAsmop restoring stacked %s", aopName(aop))); aop->stacked = 0; stackAdjust = 0; for (loffset=0; loffsetsize; loffset++) if (aop->stk_aop[loffset]) { transferAopAop (aop->stk_aop[loffset], 0, aop, loffset); stackAdjust++; } pullNull (stackAdjust); } dealloc: /* all other cases just dealloc */ if (op) { op->aop = NULL; if (IS_SYMOP (op)) { OP_SYMBOL (op)->aop = NULL; /* if the symbol has a spill */ if (SPIL_LOC (op)) SPIL_LOC (op)->aop = NULL; } } } /*-----------------------------------------------------------------*/ /* aopDerefAop - treating the aop parameter as a pointer, return */ /* an asmop for the object it references */ /*-----------------------------------------------------------------*/ asmop * aopDerefAop (asmop *aop) { int adr; char *s = buffer; char *rs; asmop *newaop = NULL; sym_link *type, *etype; int p_type; DD(emitcode ("", "; aopDerefAop(%s)", aopName(aop))); if (aop->op) { type = operandType (aop->op); etype = getSpec (type); /* if op is of type of pointer then it is simple */ if (IS_PTR (type) && !IS_FUNC (type->next)) p_type = DCL_TYPE (type); else { /* we have to go by the storage class */ p_type = PTR_TYPE (SPEC_OCLS (etype)); } } else p_type = UPOINTER; switch (aop->type) { case AOP_IMMD: if (p_type == POINTER) newaop = newAsmop (AOP_DIR); else newaop = newAsmop (AOP_EXT); newaop->aopu.aop_dir = aop->aopu.aop_immd.aop_immd1; break; case AOP_LIT: adr = (int) ulFromVal (aop->aopu.aop_lit); if (p_type == POINTER) adr &= 0xff; if (adr<0x100) { newaop = newAsmop (AOP_DIR); sprintf (s, "0x%02x",adr); } else { newaop = newAsmop (AOP_EXT); sprintf (s, "0x%04x",adr); } rs = Safe_calloc (1, strlen (s) + 1); strcpy (rs, s); newaop->aopu.aop_dir = rs; break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "unsupported asmop"); return NULL; } return newaop; } /*-----------------------------------------------------------------*/ /* aopAdrStr - for referencing the address of the aop */ /*-----------------------------------------------------------------*/ static char * aopAdrStr (asmop * aop, int loffset, bool bit16) { char *s = buffer; char *rs; int offset = aop->size - 1 - loffset; /* offset is greater than size then zero */ if (loffset > (aop->size - 1) && aop->type != AOP_LIT) return zero; /* depending on type */ switch (aop->type) { case AOP_DUMMY: return zero; case AOP_IMMD: if (aop->aopu.aop_immd.from_cast_remat && (loffset == (aop->size-1))) { sprintf(s,"%s",aop->aopu.aop_immd.aop_immd2); } else if (bit16) { sprintf (s, "#%s", aop->aopu.aop_immd.aop_immd1); } else if (loffset) { if (loffset!=1) sprintf (s, "#(%s >> %d)", aop->aopu.aop_immd.aop_immd1, loffset * 8); else sprintf (s, "#>%s", aop->aopu.aop_immd.aop_immd1); } else sprintf (s, "#%s", aop->aopu.aop_immd.aop_immd1); rs = Safe_calloc (1, strlen (s) + 1); strcpy (rs, s); return rs; case AOP_DIR: if (offset) sprintf (s, "*(%s + %d)", aop->aopu.aop_dir, offset); else sprintf (s, "*%s", aop->aopu.aop_dir); rs = Safe_calloc (1, strlen (s) + 1); strcpy (rs, s); return rs; case AOP_EXT: if (offset) sprintf (s, "(%s + %d)", aop->aopu.aop_dir, offset); else sprintf (s, "%s", aop->aopu.aop_dir); rs = Safe_calloc (1, strlen (s) + 1); strcpy (rs, s); return rs; case AOP_REG: return aop->aopu.aop_reg[loffset]->name; case AOP_LIT: if (bit16) return aopLiteralLong (aop->aopu.aop_lit, /*loffset*/ 0, 2); else return aopLiteral (aop->aopu.aop_lit, loffset); case AOP_STR: aop->coff = offset; return aop->aopu.aop_str[loffset]; case AOP_SOF: sprintf (s, "%d,s", _G.stackOfs + _G.stackPushes + aop->aopu.aop_stk + offset + 1); rs = Safe_calloc (1, strlen (s) + 1); strcpy (rs, s); return rs; } werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopAdrStr got unsupported aop->type"); exit (1); } #if 0 /*-----------------------------------------------------------------*/ /* opIsGptr: returns non-zero if the passed operand is */ /* a generic pointer type. */ /*-----------------------------------------------------------------*/ static int opIsGptr (operand * op) { sym_link *type = operandType (op); if ((AOP_SIZE (op) == GPTRSIZE) && IS_GENPTR (type)) { return 1; } return 0; } #endif /*-----------------------------------------------------------------*/ /* getDataSize - get the operand data size */ /*-----------------------------------------------------------------*/ static int getDataSize (operand * op) { int size; size = AOP_SIZE (op); return size; } /*-----------------------------------------------------------------*/ /* asmopToBool - Emit code to convert an asmop to a boolean. */ /* Result left in A (0=FALSE, 1=TRUE) if ResultInA, */ /* otherwise result left in Z flag (1=FALSE, 0=TRUE) */ /*-----------------------------------------------------------------*/ static void asmopToBool (asmop *aop, bool resultInA) { symbol *tlbl, *tlbl1; int size = aop->size; bool needpula = FALSE; bool flagsonly = TRUE; int offset = 0; if (resultInA) hc08_freeReg(hc08_reg_a); switch (aop->type) { case AOP_REG: if (IS_AOP_A(aop)) { emitcode ("tsta", ""); flagsonly = FALSE; } else if (IS_AOP_X(aop)) emitcode ("tstx", ""); else if (IS_AOP_H(aop)) { if (hc08_reg_a->isFree) { transferRegReg (hc08_reg_h,hc08_reg_a, FALSE); emitcode ("tsta", ""); flagsonly = FALSE; hc08_freeReg(hc08_reg_a); } else if (hc08_reg_x->isFree) { transferRegReg (hc08_reg_h,hc08_reg_x, FALSE); emitcode ("tstx", ""); hc08_freeReg(hc08_reg_x); } else { emitcode ("pshh", ""); emitcode ("tst", "1,s"); emitcode ("ais", "#1"); } } else if (IS_AOP_HX(aop)) emitcode ("cphx", zero); else if (IS_AOP_XA(aop)) { symbol *tlbl = newiTempLabel (NULL); emitcode ("tsta", ""); emitcode ("bne", "%05d$", (tlbl->key + 100)); emitcode ("tstx", ""); emitLabel (tlbl); } else { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "Bad rIdx in asmToBool"); return; } break; case AOP_EXT: if (resultInA) needpula = FALSE; else needpula = pushRegIfUsed (hc08_reg_a); loadRegFromAop (hc08_reg_a, aop, 0); for (offset=1; offsetaopu.aop_lit)) loadRegFromConst (hc08_reg_a, one); else loadRegFromConst (hc08_reg_a, zero); hc08_freeReg(hc08_reg_a); break; default: if (size==1) { if (resultInA) { loadRegFromAop (hc08_reg_a, aop, 0); hc08_freeReg (hc08_reg_a); flagsonly = FALSE; } else emitcode ("tst", "%s", aopAdrStr (aop, 0, FALSE)); break; } else if (size==2) { if (hc08_reg_a->isFree) { loadRegFromAop (hc08_reg_a, aop, 0); accopWithAop ("ora", aop, 1); hc08_freeReg (hc08_reg_a); flagsonly = FALSE; } else { tlbl = newiTempLabel (NULL); emitcode ("tst", "%s", aopAdrStr (aop, 0, FALSE)); emitcode ("bne", "%05d$", (tlbl->key + 100)); emitcode ("tst", "%s", aopAdrStr (aop, 1, FALSE)); emitLabel (tlbl); break; } } else { needpula = pushRegIfUsed (hc08_reg_a); loadRegFromAop (hc08_reg_a, aop, 0); for (offset=1; offsetnext) if (ic->op == CALL || ic->op == PCALL) break; if (!ic) { fprintf (stderr, "found parameter push with no function call\n"); return; } /* if the registers have been saved already or don't need to be then do nothing */ if (ic->regsSaved) return; if (IS_SYMOP(IC_LEFT(ic)) && (IFFUNC_CALLEESAVES(OP_SYMBOL(IC_LEFT(ic))->type) || IFFUNC_ISNAKED(OP_SYM_TYPE(IC_LEFT (ic))))) return; /* safe the registers in use at this time but skip the ones for the result */ rsave = bitVectCplAnd (bitVectCopy (ic->rMask), hc08_rUmaskForOp (IC_RESULT(ic))); ic->regsSaved = 1; for (i = 0; i < hc08_nRegs; i++) { if (bitVectBitValue (rsave, i)) pushReg ( hc08_regWithIdx (i), FALSE); } } /*-----------------------------------------------------------------*/ /* unsaveRegisters - pop the pushed registers */ /*-----------------------------------------------------------------*/ static void unsaveRegisters (iCode * ic) { int i; bitVect *rsave; /* restore the registers in use at this time but skip the ones for the result */ rsave = bitVectCplAnd (bitVectCopy (ic->rMask), hc08_rUmaskForOp (IC_RESULT(ic))); for (i = hc08_nRegs; i >= 0; i--) { if (bitVectBitValue (rsave, i)) pullReg ( hc08_regWithIdx (i)); } } /*-----------------------------------------------------------------*/ /* pushSide - */ /*-----------------------------------------------------------------*/ static void pushSide (operand * oper, int size, iCode * ic) { int offset = 0; aopOp (oper, ic, FALSE); while (size--) { loadRegFromAop (hc08_reg_a, AOP (oper), offset++); pushReg ( hc08_reg_a, TRUE); } freeAsmop (oper, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* assignResultValue - */ /*-----------------------------------------------------------------*/ static void assignResultValue (operand * oper) { int size = AOP_SIZE (oper); int offset = 0; while (size--) { transferAopAop(hc08_aop_pass[offset], 0, AOP (oper), offset); if (hc08_aop_pass[offset]->type == AOP_REG) hc08_freeReg (hc08_aop_pass[offset]->aopu.aop_reg[0]); offset++; } } /*-----------------------------------------------------------------*/ /* genIpush - genrate code for pushing this gets a little complex */ /*-----------------------------------------------------------------*/ static void genIpush (iCode * ic) { int size, offset = 0; D(emitcode ("; genIpush","")); /* if this is not a parm push : ie. it is spill push and spill push is always done on the local stack */ if (!ic->parmPush) { /* and the item is spilt then do nothing */ if (OP_SYMBOL (IC_LEFT (ic))->isspilt) return; aopOp (IC_LEFT (ic), ic, FALSE); size = AOP_SIZE (IC_LEFT (ic)); offset = 0; /* push it on the stack */ while (size--) { loadRegFromAop (hc08_reg_a, AOP (IC_LEFT (ic)), offset++); pushReg ( hc08_reg_a, TRUE); } return; } /* this is a paramter push: in this case we call the routine to find the call and save those registers that need to be saved */ saveRegisters (ic); /* then do the push */ aopOp (IC_LEFT (ic), ic, FALSE); // pushSide(IC_LEFT(ic), AOP_SIZE(IC_LEFT(ic))); size = AOP_SIZE (IC_LEFT (ic)); offset = 0; // l = aopGet (AOP (IC_LEFT (ic)), 0, FALSE, TRUE); if (AOP_TYPE (IC_LEFT (ic)) == AOP_IMMD) { if ((size==2) && hc08_reg_hx->isFree) { loadRegFromAop (hc08_reg_hx, AOP (IC_LEFT (ic)), 0); pushReg (hc08_reg_hx, TRUE); goto release; } } while (size--) { // printf("loading %d\n", offset); loadRegFromAop (hc08_reg_a, AOP (IC_LEFT (ic)), offset++); // printf("pushing \n"); pushReg (hc08_reg_a, TRUE); } release: freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genIpop - recover the registers: can happen only for spilling */ /*-----------------------------------------------------------------*/ static void genIpop (iCode * ic) { int size, offset; D(emitcode ("; genIpop","")); /* if the temp was not pushed then */ if (OP_SYMBOL (IC_LEFT (ic))->isspilt) return; aopOp (IC_LEFT (ic), ic, FALSE); size = AOP_SIZE (IC_LEFT (ic)); offset = size - 1; while (size--) { pullReg (hc08_reg_a); storeRegToAop (hc08_reg_a, AOP (IC_LEFT (ic)), offset--); } freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genSend - gen code for SEND */ /*-----------------------------------------------------------------*/ static void genSend(set *sendSet) { iCode *sic; for (sic = setFirstItem (sendSet); sic; sic = setNextItem (sendSet)) { int size, offset = 0; aopOp (IC_LEFT (sic), sic, FALSE); size = AOP_SIZE (IC_LEFT (sic)); if (sic->argreg) { offset = size-1; while (size--) { transferAopAop( AOP (IC_LEFT (sic)), offset, hc08_aop_pass[offset+(sic->argreg-1)], 0); offset--; } } freeAsmop (IC_LEFT (sic), NULL, sic, TRUE); } } /*-----------------------------------------------------------------*/ /* genCall - generates a call statement */ /*-----------------------------------------------------------------*/ static void genCall (iCode * ic) { sym_link *dtype; // bool restoreBank = FALSE; // bool swapBanks = FALSE; D(emitcode("; genCall","")); dtype = operandType (IC_LEFT (ic)); /* if send set is not empty then assign */ if (_G.sendSet) { if (IFFUNC_ISREENT(dtype)) { /* need to reverse the send set */ genSend(reverseSet(_G.sendSet)); } else { genSend(_G.sendSet); } _G.sendSet = NULL; } /* if caller saves & we have not saved then */ if (!ic->regsSaved) saveRegisters (ic); /* make the call */ emitcode ("jsr", "%s", (OP_SYMBOL (IC_LEFT (ic))->rname[0] ? OP_SYMBOL (IC_LEFT (ic))->rname : OP_SYMBOL (IC_LEFT (ic))->name)); /* if we need assign a result value */ if ((IS_ITEMP (IC_RESULT (ic)) && (OP_SYMBOL (IC_RESULT (ic))->nRegs || OP_SYMBOL (IC_RESULT (ic))->accuse || OP_SYMBOL (IC_RESULT (ic))->spildir)) || IS_TRUE_SYMOP (IC_RESULT (ic))) { _G.accInUse++; aopOp (IC_RESULT (ic), ic, FALSE); _G.accInUse--; assignResultValue (IC_RESULT (ic)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /* adjust the stack for parameters if required */ if (ic->parmBytes) { pullNull (ic->parmBytes); } /* if we had saved some registers then unsave them */ if (ic->regsSaved && !IFFUNC_CALLEESAVES(dtype)) unsaveRegisters (ic); } /*-----------------------------------------------------------------*/ /* -10l - generates a call by pointer statement */ /*-----------------------------------------------------------------*/ static void genPcall (iCode * ic) { sym_link *dtype; symbol *rlbl = newiTempLabel (NULL); symbol *tlbl = newiTempLabel (NULL); // bool restoreBank=FALSE; // bool swapBanks = FALSE; D (emitcode (";", "genPcall")); /* if caller saves & we have not saved then */ if (!ic->regsSaved) saveRegisters (ic); /* if we are calling a not _naked function that is not using the same register bank then we need to save the destination registers on the stack */ dtype = operandType (IC_LEFT (ic))->next; /* push the return address on to the stack */ emitBranch ("bsr", tlbl); emitBranch ("bra", rlbl); emitLabel (tlbl); _G.stackPushes += 2; /* account for the bsr return address now on stack */ updateCFA(); /* now push the function address */ pushSide (IC_LEFT (ic), FPTRSIZE, ic); /* if send set is not empty then assign */ if (_G.sendSet) { genSend(reverseSet(_G.sendSet)); _G.sendSet = NULL; } /* make the call */ emitcode ("rts", ""); emitLabel (rlbl); _G.stackPushes -= 4; /* account for rts here & in called function */ updateCFA(); /* if we need assign a result value */ if ((IS_ITEMP (IC_RESULT (ic)) && (OP_SYMBOL (IC_RESULT (ic))->nRegs || OP_SYMBOL (IC_RESULT (ic))->spildir)) || IS_TRUE_SYMOP (IC_RESULT (ic))) { _G.accInUse++; aopOp (IC_RESULT (ic), ic, FALSE); _G.accInUse--; assignResultValue (IC_RESULT (ic)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /* adjust the stack for parameters if required */ if (ic->parmBytes) { pullNull (ic->parmBytes); } /* if we hade saved some registers then unsave them */ if (ic->regsSaved && !IFFUNC_CALLEESAVES(dtype)) unsaveRegisters (ic); } /*-----------------------------------------------------------------*/ /* resultRemat - result is rematerializable */ /*-----------------------------------------------------------------*/ static int resultRemat (iCode * ic) { if (SKIP_IC (ic) || ic->op == IFX) return 0; if (IC_RESULT (ic) && IS_ITEMP (IC_RESULT (ic))) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); if (sym->remat && !POINTER_SET (ic)) return 1; } return 0; } /*-----------------------------------------------------------------*/ /* inExcludeList - return 1 if the string is in exclude Reg list */ /*-----------------------------------------------------------------*/ static int regsCmp(void *p1, void *p2) { return (STRCASECMP((char *)p1, (char *)(p2)) == 0); } static bool inExcludeList (char *s) { const char *p = setFirstItem(options.excludeRegsSet); if (p == NULL || STRCASECMP(p, "none") == 0) return FALSE; return isinSetWith(options.excludeRegsSet, s, regsCmp); } /*-----------------------------------------------------------------*/ /* genFunction - generated code for function entry */ /*-----------------------------------------------------------------*/ static void genFunction (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); sym_link *ftype; iCode *ric = (ic->next && ic->next->op == RECEIVE) ? ic->next : NULL; int stackAdjust = sym->stack; int accIsFree = sym->recvSize == 0; _G.nRegsSaved = 0; _G.stackPushes = 0; /* create the function header */ emitcode (";", "-----------------------------------------"); emitcode (";", " function %s", sym->name); emitcode (";", "-----------------------------------------"); emitcode ("", "%s:", sym->rname); lineCurr->isLabel = 1; ftype = operandType (IC_LEFT (ic)); _G.stackOfs = 0; _G.stackPushes = 0; debugFile->writeFrameAddress (NULL, hc08_reg_sp, 0); if (IFFUNC_ISNAKED(ftype)) { emitcode(";", "naked function: no prologue."); return; } /* if this is an interrupt service routine then save h */ if (IFFUNC_ISISR (sym->type)) { if (!inExcludeList ("h")) pushReg (hc08_reg_h, FALSE); } /* For some cases it is worthwhile to perform a RECEIVE iCode */ /* before setting up the stack frame completely. */ while (ric && ric->next && ric->next->op == RECEIVE) ric = ric->next; while (ric && IC_RESULT (ric)) { symbol * rsym = OP_SYMBOL (IC_RESULT (ric)); int rsymSize = rsym ? getSize(rsym->type) : 0; if (rsym->isitmp) { if (rsym && rsym->regType == REG_CND) rsym = NULL; if (rsym && (rsym->accuse || rsym->ruonly)) rsym = NULL; if (rsym && (rsym->isspilt || rsym->nRegs == 0) && rsym->usl.spillLoc) rsym = rsym->usl.spillLoc; } /* If the RECEIVE operand immediately spills to the first entry on the */ /* stack, we can push it directly rather than use an sp relative store. */ if (rsym && rsym->onStack && rsym->stack == -_G.stackPushes-rsymSize) { int ofs; _G.current_iCode = ric; D(emitcode ("; genReceive","")); for (ofs=0; ofs < rsymSize; ofs++) { regs * reg = hc08_aop_pass[ofs+(ric->argreg-1)]->aopu.aop_reg[0]; pushReg (reg, TRUE); if (reg->rIdx == A_IDX) accIsFree = 1; stackAdjust--; } _G.current_iCode = ic; ric->generated = 1; } ric = (ric->prev && ric->prev->op == RECEIVE) ? ric->prev : NULL; } /* adjust the stack for the function */ if (stackAdjust) { adjustStack (-stackAdjust); } _G.stackOfs = sym->stack; _G.stackPushes = 0; /* if critical function then turn interrupts off */ if (IFFUNC_ISCRITICAL (ftype)) { if (!accIsFree) { /* Function was passed parameters, so make sure A is preserved */ pushReg (hc08_reg_a, FALSE); pushReg (hc08_reg_a, FALSE); emitcode ("tpa", ""); emitcode ("sta", "2,s"); emitcode ("sei", ""); pullReg (hc08_reg_a); } else { /* No passed parameters, so A can be freely modified */ emitcode ("tpa", ""); pushReg (hc08_reg_a, TRUE); emitcode ("sei", ""); } } } /*-----------------------------------------------------------------*/ /* genEndFunction - generates epilogue for functions */ /*-----------------------------------------------------------------*/ static void genEndFunction (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); if (IFFUNC_ISNAKED(sym->type)) { emitcode(";", "naked function: no epilogue."); if (options.debug && currFunc) debugFile->writeEndFunction (currFunc, ic, 0); return; } if (IFFUNC_ISCRITICAL (sym->type)) { if (!IS_VOID(sym->type->next)) { /* Function has return value, so make sure A is preserved */ pushReg (hc08_reg_a, FALSE); emitcode ("lda", "2,s"); emitcode ("tap", ""); pullReg (hc08_reg_a); pullNull (1); } else { /* Function returns void, so A can be freely modified */ pullReg (hc08_reg_a); emitcode ("tap", ""); } } if (IFFUNC_ISREENT (sym->type) || options.stackAuto) { } if (sym->stack) { _G.stackPushes += sym->stack; adjustStack (sym->stack); } if ((IFFUNC_ISREENT (sym->type) || options.stackAuto)) { } if (IFFUNC_ISISR (sym->type)) { if (!inExcludeList ("h")) pullReg (hc08_reg_h); /* if debug then send end of function */ if (options.debug && currFunc) { debugFile->writeEndFunction (currFunc, ic, 1); } emitcode ("rti", ""); } else { if (IFFUNC_CALLEESAVES(sym->type)) { int i; /* if any registers used */ if (sym->regsUsed) { /* save the registers used */ for (i = sym->regsUsed->size; i >= 0; i--) { if (bitVectBitValue (sym->regsUsed, i) || (hc08_ptrRegReq && (i == HX_IDX || i == HX_IDX))) emitcode ("pop", "%s", hc08_regWithIdx (i)->name); } } } /* if debug then send end of function */ if (options.debug && currFunc) { debugFile->writeEndFunction (currFunc, ic, 1); } emitcode ("rts", ""); } } /*-----------------------------------------------------------------*/ /* genRet - generate code for return statement */ /*-----------------------------------------------------------------*/ static void genRet (iCode * ic) { int size, offset = 0; // int pushed = 0; D(emitcode ("; genRet","")); /* if we have no return value then just generate the "ret" */ if (!IC_LEFT (ic)) goto jumpret; /* we have something to return then move the return value into place */ aopOp (IC_LEFT (ic), ic, FALSE); size = AOP_SIZE (IC_LEFT (ic)); #if 1 offset = size - 1; while (size--) { transferAopAop (AOP (IC_LEFT (ic)), offset, hc08_aop_pass[offset], 0); offset--; } #else switch (size) { case 4: /* 4 byte return: store value in the global return variable */ offset = size-1; while (size--) { loadRegFromAop (hc08_reg_a, AOP (IC_LEFT (ic)), offset); STA (fReturn2[offset--], FALSE); hc08_freeReg (hc08_reg_a); } break; case 2: /* 2 byte return: store value in x:a */ loadRegFromAop (hc08_reg_xa, AOP (IC_LEFT (ic)), 0); hc08_freeReg (hc08_reg_xa); break; case 1: /* 1 byte return: store value in a */ loadRegFromAop (hc08_reg_a, AOP (IC_LEFT (ic)), 0); hc08_freeReg (hc08_reg_a); break; } #endif freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); jumpret: /* generate a jump to the return label if the next is not the return statement */ if (!(ic->next && ic->next->op == LABEL && IC_LABEL (ic->next) == returnLabel)) emitcode ("jmp", "%05d$", (returnLabel->key + 100)); } /*-----------------------------------------------------------------*/ /* genLabel - generates a label */ /*-----------------------------------------------------------------*/ static void genLabel (iCode * ic) { int i; regs *reg; /* For the high level labels we cannot depend on any */ /* register's contents. Amnesia time. */ for (i=A_IDX;i<=XA_IDX;i++) { reg = hc08_regWithIdx(i); if (reg) reg->aop = NULL; } /* special case never generate */ if (IC_LABEL (ic) == entryLabel) return; debugFile->writeLabel(IC_LABEL (ic), ic); emitLabel (IC_LABEL (ic)); } /*-----------------------------------------------------------------*/ /* genGoto - generates a jmp */ /*-----------------------------------------------------------------*/ static void genGoto (iCode * ic) { emitcode ("jmp", "%05d$", (IC_LABEL (ic)->key + 100)); } #if 0 /*-----------------------------------------------------------------*/ /* findLabelBackwards: walks back through the iCode chain looking */ /* for the given label. Returns number of iCode instructions */ /* between that label and given ic. */ /* Returns zero if label not found. */ /*-----------------------------------------------------------------*/ static int findLabelBackwards (iCode * ic, int key) { int count = 0; while (ic->prev) { ic = ic->prev; count++; /* If we have any pushes or pops, we cannot predict the distance. I don't like this at all, this should be dealt with in the back-end */ if (ic->op == IPUSH || ic->op == IPOP) { return 0; } if (ic->op == LABEL && IC_LABEL (ic)->key == key) { return count; } } return 0; } #endif /*-----------------------------------------------------------------*/ /* genPlusIncr :- does addition with increment if possible */ /*-----------------------------------------------------------------*/ static bool genPlusIncr (iCode * ic) { int icount; operand *left; operand *result; bool needpulx; bool needpulh; bool needpula; unsigned int size = getDataSize (IC_RESULT (ic)); unsigned int offset; symbol *tlbl = NULL; left = IC_LEFT (ic); result = IC_RESULT (ic); /* will try to generate an increment */ /* if the right side is not a literal we cannot */ if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) return FALSE; icount = (unsigned int) ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit); DD(emitcode ("", "; IS_AOP_HX = %d", IS_AOP_HX (AOP (left)))); if ((IS_AOP_HX (AOP (left)) || ( (AOP_TYPE (left) == AOP_DIR) && (AOP_TYPE (result) == AOP_DIR) ) ) && (icount>=-128) && (icount<=127) && (size==2)) { if (!IS_AOP_HX (AOP (left))) { needpulx = pushRegIfUsed (hc08_reg_x); needpulh = pushRegIfUsed (hc08_reg_h); } else { needpulx = FALSE; needpulh = FALSE; } loadRegFromAop (hc08_reg_hx, AOP(left), 0); emitcode ("aix","#%d", icount); hc08_dirtyReg (hc08_reg_hx, FALSE); storeRegToAop (hc08_reg_hx, AOP(result), 0); pullOrFreeReg (hc08_reg_h, needpulh); pullOrFreeReg (hc08_reg_x, needpulx); return TRUE; } DD(emitcode ("", "; icount = %d, sameRegs=%d", icount, sameRegs (AOP (left), AOP (result)))); if ((icount > 255) || (icount<0)) return FALSE; if (!sameRegs (AOP (left), AOP (result))) return FALSE; D(emitcode ("; genPlusIncr","")); if (size>1) tlbl = newiTempLabel (NULL); if (icount==1) { needpula = FALSE; rmwWithAop ("inc", AOP (result), 0); if (11) emitLabel (tlbl); pullOrFreeReg (hc08_reg_a, needpula); return TRUE; } /*-----------------------------------------------------------------*/ /* genPlus - generates code for addition */ /*-----------------------------------------------------------------*/ static void genPlus (iCode * ic) { int size, offset = 0; char *add; asmop *leftOp, *rightOp; /* special cases :- */ D(emitcode ("; genPlus","")); aopOp (IC_LEFT (ic), ic, FALSE); aopOp (IC_RIGHT (ic), ic, FALSE); aopOp (IC_RESULT (ic), ic, TRUE); /* we want registers on the left and literals on the right */ if ((AOP_TYPE (IC_LEFT (ic)) == AOP_LIT) || (AOP_TYPE (IC_RIGHT (ic)) == AOP_REG)) { operand *t = IC_RIGHT (ic); IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = t; } /* if I can do an increment instead of add then GOOD for ME */ if (genPlusIncr (ic) == TRUE) goto release; DD(emitcode("","; left size = %d", getDataSize (IC_LEFT(ic)))); DD(emitcode("","; right size = %d", getDataSize (IC_RIGHT(ic)))); DD(emitcode("","; result size = %d", getDataSize (IC_RESULT(ic)))); size = getDataSize (IC_RESULT (ic)); leftOp = AOP(IC_LEFT(ic)); rightOp = AOP(IC_RIGHT(ic)); add = "add"; offset = 0; while (size--) { loadRegFromAop (hc08_reg_a, leftOp, offset); accopWithAop(add, rightOp, offset); storeRegToAop (hc08_reg_a, AOP (IC_RESULT (ic)), offset++); hc08_freeReg (hc08_reg_a); add = "adc"; /* further adds must propagate carry */ } // adjustArithmeticResult (ic); release: freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); freeAsmop (IC_RIGHT (ic), NULL, ic, TRUE); freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genMinusDec :- does subtraction with decrement if possible */ /*-----------------------------------------------------------------*/ static bool genMinusDec (iCode * ic) { unsigned int icount; operand *left; operand *result; bool needpulx; bool needpulh; unsigned int size = getDataSize (IC_RESULT (ic)); // int offset; // symbol *tlbl; left = IC_LEFT (ic); result = IC_RESULT (ic); /* will try to generate an increment */ /* if the right side is not a literal we cannot */ if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) return FALSE; icount = (unsigned int) ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit); if ((AOP_TYPE (left) == AOP_DIR) && (AOP_TYPE (result) == AOP_DIR) && (icount>=-127) && (icount<=128) && (size==2)) { if (!IS_AOP_HX (AOP (left))) { needpulx = pushRegIfUsed (hc08_reg_x); needpulh = pushRegIfUsed (hc08_reg_h); } else { needpulx = FALSE; needpulh = FALSE; } loadRegFromAop (hc08_reg_hx, AOP(left), 0); emitcode ("aix","#%d", -(int) icount); hc08_dirtyReg (hc08_reg_hx, FALSE); storeRegToAop (hc08_reg_hx, AOP(result), 0); pullOrFreeReg (hc08_reg_h, needpulh); pullOrFreeReg (hc08_reg_x, needpulx); return TRUE; } if ((icount > 1) || (icount<0)) return FALSE; if (!sameRegs (AOP (left), AOP (result))) return FALSE; if (size!=1) return FALSE; D(emitcode ("; genMinusDec","")); rmwWithAop ("dec", AOP (result), 0); return TRUE; } /*-----------------------------------------------------------------*/ /* addSign - complete with sign */ /*-----------------------------------------------------------------*/ static void addSign (operand * result, int offset, int sign) { int size = (getDataSize (result) - offset); if (size > 0) { if (sign) { emitcode ("rola", ""); emitcode ("clra", ""); emitcode ("sbc", zero); while (size--) storeRegToAop (hc08_reg_a, AOP (result), offset++); } else while (size--) storeConstToAop (zero, AOP (result), offset++); } } /*-----------------------------------------------------------------*/ /* genMinus - generates code for subtraction */ /*-----------------------------------------------------------------*/ static void genMinus (iCode * ic) { char *sub; int size, offset = 0; asmop *leftOp, *rightOp; D(emitcode ("; genMinus","")); aopOp (IC_LEFT (ic), ic, FALSE); aopOp (IC_RIGHT (ic), ic, FALSE); aopOp (IC_RESULT (ic), ic, TRUE); /* special cases :- */ /* if I can do an decrement instead of subtract then GOOD for ME */ if (genMinusDec (ic) == TRUE) goto release; size = getDataSize (IC_RESULT (ic)); leftOp = AOP(IC_LEFT(ic)); rightOp = AOP(IC_RIGHT(ic)); sub = "sub"; offset = 0; if (IS_AOP_A (rightOp)) { loadRegFromAop ( hc08_reg_a, rightOp, offset); accopWithAop (sub, leftOp, offset); accopWithMisc ("nega", ""); storeRegToAop (hc08_reg_a, AOP (IC_RESULT (ic)), offset++); goto release; } while (size--) { loadRegFromAop ( hc08_reg_a, leftOp, offset); accopWithAop (sub, rightOp, offset); storeRegToAop (hc08_reg_a, AOP (IC_RESULT (ic)), offset++); sub = "sbc"; } // adjustArithmeticResult (ic); release: freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (IC_RIGHT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genMultOneByte : 8*8=8/16 bit multiplication */ /*-----------------------------------------------------------------*/ static void genMultOneByte (operand * left, operand * right, operand * result) { /* sym_link *opetype = operandType (result); */ symbol *tlbl1, *tlbl2, *tlbl3, *tlbl4; int size=AOP_SIZE(result); bool negLiteral = FALSE; bool lUnsigned, rUnsigned; D(emitcode ("; genMultOneByte","")); if (size<1 || size>2) { // this should never happen fprintf (stderr, "size!=1||2 (%d) in %s at line:%d \n", AOP_SIZE(result), __FILE__, lineno); exit (1); } /* (if two literals: the value is computed before) */ /* if one literal, literal on the right */ if (AOP_TYPE (left) == AOP_LIT) { operand *t = right; right = left; left = t; } /* if an operand is in A, make sure it is on the left */ if (IS_AOP_A (AOP (right))) { operand *t = right; right = left; left = t; } lUnsigned = SPEC_USIGN (getSpec (operandType (left))); rUnsigned = SPEC_USIGN (getSpec (operandType (right))); /* lUnsigned rUnsigned negLiteral negate case */ /* false false false odd 3 */ /* false false true even 3 */ /* false true false odd 3 */ /* false true true impossible */ /* true false false odd 3 */ /* true false true always 2 */ /* true true false never 1 */ /* true true true impossible */ /* case 1 */ if (size == 1 || (lUnsigned && rUnsigned)) { // just an unsigned 8*8=8/16 multiply //DD(emitcode (";","unsigned")); loadRegFromAop (hc08_reg_a, AOP (left), 0); loadRegFromAop (hc08_reg_x, AOP (right), 0); emitcode ("mul", ""); hc08_dirtyReg (hc08_reg_xa, FALSE); storeRegToFullAop (hc08_reg_xa, AOP (result), TRUE); hc08_freeReg (hc08_reg_xa); return; } // we have to do a signed multiply /* case 2 */ /* left unsigned, right signed literal -- literal determines sign handling */ if (AOP_TYPE(right)==AOP_LIT && lUnsigned && !rUnsigned) { signed char val=(signed char) ulFromVal (AOP (right)->aopu.aop_lit); loadRegFromAop (hc08_reg_a, AOP (left), 0); if (val < 0) emitcode ("ldx", "#0x%02x", -val); else emitcode ("ldx", "#0x%02x", val); emitcode ("mul", ""); if (val < 0) { rmwWithReg ("neg", hc08_reg_a); tlbl4 = newiTempLabel (NULL); emitBranch ("bcc", tlbl4); rmwWithReg ("inc", hc08_reg_x); emitLabel (tlbl4); rmwWithReg ("neg", hc08_reg_x); } hc08_dirtyReg (hc08_reg_xa, FALSE); storeRegToFullAop (hc08_reg_xa, AOP (result), TRUE); hc08_freeReg (hc08_reg_xa); return; } /* case 3 */ adjustStack (-1); emitcode ("clr", "1,s"); loadRegFromAop (hc08_reg_a, AOP (left), 0); if (!lUnsigned) { tlbl1 = newiTempLabel (NULL); emitcode ("tsta",""); emitBranch ("bpl", tlbl1); emitcode ("inc", "1,s"); rmwWithReg ("neg", hc08_reg_a); emitLabel (tlbl1); } if (AOP_TYPE(right)==AOP_LIT && !rUnsigned) { signed char val=(signed char) ulFromVal (AOP (right)->aopu.aop_lit); /* AND literal negative */ if (val < 0) { emitcode ("ldx", "#0x%02x", -val); negLiteral = TRUE; } else { emitcode ("ldx", "#0x%02x", val); } hc08_useReg (hc08_reg_x); } else { loadRegFromAop (hc08_reg_x, AOP (right), 0); if (!rUnsigned) { tlbl2 = newiTempLabel (NULL); emitcode ("tstx", ""); emitBranch ("bpl", tlbl2); emitcode ("inc", "1,s"); rmwWithReg ("neg", hc08_reg_x); emitLabel (tlbl2); } } emitcode ("mul", ""); hc08_dirtyReg (hc08_reg_xa, FALSE); tlbl3 = newiTempLabel (NULL); emitcode ("dec", "1,s"); if (!lUnsigned && !rUnsigned && negLiteral) emitBranch ("beq", tlbl3); else emitBranch ("bne", tlbl3); rmwWithReg ("neg", hc08_reg_a); tlbl4 = newiTempLabel (NULL); emitBranch ("bcc", tlbl4); rmwWithReg ("inc", hc08_reg_x); emitLabel (tlbl4); rmwWithReg ("neg", hc08_reg_x); emitLabel (tlbl3); adjustStack (1); storeRegToFullAop (hc08_reg_xa, AOP (result), TRUE); hc08_freeReg (hc08_reg_xa); } /*-----------------------------------------------------------------*/ /* genMult - generates code for multiplication */ /*-----------------------------------------------------------------*/ static void genMult (iCode * ic) { operand *left = IC_LEFT (ic); operand *right = IC_RIGHT (ic); operand *result = IC_RESULT (ic); D(emitcode ("; genMult","")); /* assign the amsops */ aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); aopOp (result, ic, TRUE); /* special cases first */ /* if both are of size == 1 */ // if (getSize(operandType(left)) == 1 && // getSize(operandType(right)) == 1) if (AOP_SIZE (left) == 1 && AOP_SIZE (right) == 1) { genMultOneByte (left, right, result); goto release; } /* should have been converted to function call */ fprintf (stderr, "left: %d right: %d\n", getSize(OP_SYMBOL(left)->type), getSize(OP_SYMBOL(right)->type)); fprintf (stderr, "left: %d right: %d\n", AOP_SIZE (left), AOP_SIZE (right)); assert (0); release: freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genDivOneByte : 8 bit division */ /*-----------------------------------------------------------------*/ static void genDivOneByte (operand * left, operand * right, operand * result) { symbol *tlbl1, *tlbl2, *tlbl3; int size; int offset = 0; bool lUnsigned, rUnsigned; bool runtimeSign, compiletimeSign; lUnsigned = SPEC_USIGN (getSpec (operandType (left))); rUnsigned = SPEC_USIGN (getSpec (operandType (right))); D(emitcode ("; genDivOneByte","")); size = AOP_SIZE (result); /* signed or unsigned */ if (lUnsigned && rUnsigned) { /* unsigned is easy */ loadRegFromAop (hc08_reg_h, AOP (left), 1); loadRegFromAop (hc08_reg_x, AOP (right), 0); loadRegFromAop (hc08_reg_a, AOP (left), 0); emitcode ("div", ""); hc08_dirtyReg (hc08_reg_a, FALSE); hc08_dirtyReg (hc08_reg_h, FALSE); storeRegToFullAop (hc08_reg_a, AOP (result), FALSE); hc08_freeReg (hc08_reg_a); hc08_freeReg (hc08_reg_x); hc08_freeReg (hc08_reg_h); return; } /* signed is a little bit more difficult */ /* now sign adjust for both left & right */ /* let's see what's needed: */ /* apply negative sign during runtime */ runtimeSign = FALSE; /* negative sign from literals */ compiletimeSign = FALSE; if (!lUnsigned) { if (AOP_TYPE(left) == AOP_LIT) { /* signed literal */ signed char val = (char) ulFromVal (AOP (left)->aopu.aop_lit); if (val < 0) compiletimeSign = TRUE; } else /* signed but not literal */ runtimeSign = TRUE; } if (!rUnsigned) { if (AOP_TYPE(right) == AOP_LIT) { /* signed literal */ signed char val = (char) ulFromVal (AOP (right)->aopu.aop_lit); if (val < 0) compiletimeSign ^= TRUE; } else /* signed but not literal */ runtimeSign = TRUE; } /* initialize the runtime sign */ if (runtimeSign) { if (compiletimeSign) loadRegFromConst (hc08_reg_x, "#1"); /* set sign flag */ else loadRegFromConst (hc08_reg_x, zero); /* reset sign flag */ pushReg (hc08_reg_x, TRUE); } /* save the signs of the operands */ if (AOP_TYPE(right) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (right)->aopu.aop_lit); if (!rUnsigned && val < 0) emitcode ("ldx", "#0x%02x", -val); else emitcode ("ldx", "#0x%02x", (unsigned char) val); } else /* ! literal */ { loadRegFromAop (hc08_reg_x, AOP (right), 0); if (!rUnsigned) { tlbl1 = newiTempLabel (NULL); emitcode ("tstx", ""); emitBranch ("bpl", tlbl1); emitcode ("inc", "1,s"); rmwWithReg ("neg", hc08_reg_x); emitLabel (tlbl1); } } if (AOP_TYPE(left) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (left)->aopu.aop_lit); if (!lUnsigned && val < 0) emitcode ("lda", "#0x%02x", -val); else emitcode ("lda", "#0x%02x", (unsigned char) val); } else /* ! literal */ { loadRegFromAop (hc08_reg_a, AOP (left), 0); if (!lUnsigned) { tlbl2 = newiTempLabel (NULL); emitcode ("tsta", ""); emitBranch ("bpl", tlbl2); emitcode ("inc", "1,s"); rmwWithReg ("neg", hc08_reg_a); emitLabel (tlbl2); } } loadRegFromConst (hc08_reg_h, zero); emitcode ("div", ""); hc08_dirtyReg (hc08_reg_x, FALSE); hc08_dirtyReg (hc08_reg_a, FALSE); hc08_dirtyReg (hc08_reg_h, FALSE); if (runtimeSign || compiletimeSign) { tlbl3 = newiTempLabel (NULL); if (runtimeSign) { pullReg (hc08_reg_x); rmwWithReg ("lsr", hc08_reg_x); rmwWithReg ("ror", hc08_reg_x); emitBranch ("bpl", tlbl3); } rmwWithReg ("neg", hc08_reg_a); if (runtimeSign) emitLabel (tlbl3); storeRegToAop (hc08_reg_a, AOP (result), 0); if (size > 1) { /* msb is 0x00 or 0xff depending on the sign */ if (runtimeSign) { rmwWithReg ("lsl", hc08_reg_x); emitcode ("clra", ""); emitcode ("sbc", "#0"); while (--size) storeRegToAop (hc08_reg_a, AOP (result), ++offset); } else /* compiletimeSign */ while (--size) storeConstToAop ("#0xff", AOP (result), ++offset); } } else { storeRegToFullAop (hc08_reg_a, AOP (result), FALSE); } hc08_freeReg (hc08_reg_a); hc08_freeReg (hc08_reg_x); hc08_freeReg (hc08_reg_h); } /*-----------------------------------------------------------------*/ /* genDiv - generates code for division */ /*-----------------------------------------------------------------*/ static void genDiv (iCode * ic) { operand *left = IC_LEFT (ic); operand *right = IC_RIGHT (ic); operand *result = IC_RESULT (ic); D(emitcode ("; genDiv","")); /* assign the amsops */ aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); aopOp (result, ic, TRUE); /* special cases first */ /* if both are of size == 1 */ if (AOP_SIZE (left) <= 2 && AOP_SIZE (right) == 1) { genDivOneByte (left, right, result); goto release; } /* should have been converted to function call */ assert (0); release: freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genModOneByte : 8 bit modulus */ /*-----------------------------------------------------------------*/ static void genModOneByte (operand * left, operand * right, operand * result) { symbol *tlbl1, *tlbl2, *tlbl3; int size; int offset = 0; bool lUnsigned, rUnsigned; bool runtimeSign, compiletimeSign; lUnsigned = SPEC_USIGN (getSpec (operandType (left))); rUnsigned = SPEC_USIGN (getSpec (operandType (right))); D(emitcode ("; genModOneByte","")); size = AOP_SIZE (result); if (lUnsigned && rUnsigned) { /* unsigned is easy */ loadRegFromAop (hc08_reg_x, AOP (right), 0); loadRegFromAop (hc08_reg_h, AOP (left), 1); loadRegFromAop (hc08_reg_a, AOP (left), 0); emitcode ("div", ""); hc08_freeReg (hc08_reg_a); hc08_freeReg (hc08_reg_x); hc08_dirtyReg (hc08_reg_h, FALSE); storeRegToFullAop (hc08_reg_h, AOP (result), FALSE); hc08_freeReg (hc08_reg_h); return; } /* signed is a little bit more difficult */ if (AOP_TYPE(right) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (right)->aopu.aop_lit); if (!rUnsigned && val < 0) emitcode ("ldx", "#0x%02x", -val); else emitcode ("ldx", "#0x%02x", (unsigned char) val); } else /* ! literal */ { loadRegFromAop (hc08_reg_x, AOP (right), 0); if (!rUnsigned) { tlbl1 = newiTempLabel (NULL); emitcode ("tstx", ""); emitBranch ("bpl", tlbl1); rmwWithReg ("neg", hc08_reg_x); emitLabel (tlbl1); } } /* let's see what's needed: */ /* apply negative sign during runtime */ runtimeSign = FALSE; /* negative sign from literals */ compiletimeSign = FALSE; /* sign adjust left side */ if (AOP_TYPE(left) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (left)->aopu.aop_lit); if (!lUnsigned && val < 0) { compiletimeSign = TRUE; /* set sign flag */ emitcode ("lda", "#0x%02x", -val); } else emitcode ("lda", "#0x%02x", (unsigned char) val); } else /* ! literal */ { if (lUnsigned) loadRegFromAop (hc08_reg_a, AOP (left), 0); else { runtimeSign = TRUE; adjustStack (-1); emitcode ("clr", "1,s"); loadRegFromAop (hc08_reg_a, AOP (left), 0); tlbl2 = newiTempLabel (NULL); emitcode ("tsta", ""); emitBranch ("bpl", tlbl2); emitcode ("inc", "1,s"); rmwWithReg ("neg", hc08_reg_a); emitLabel (tlbl2); } } loadRegFromConst (hc08_reg_h, zero); emitcode ("div", ""); hc08_freeReg (hc08_reg_a); hc08_freeReg (hc08_reg_x); hc08_dirtyReg (hc08_reg_h, FALSE); if (runtimeSign || compiletimeSign) { transferRegReg (hc08_reg_h, hc08_reg_a, TRUE); tlbl3 = newiTempLabel (NULL); if (runtimeSign) { pullReg (hc08_reg_x); rmwWithReg ("lsr", hc08_reg_x); rmwWithReg ("ror", hc08_reg_x); emitBranch ("bpl", tlbl3); } rmwWithReg ("neg", hc08_reg_a); if (runtimeSign) emitLabel (tlbl3); storeRegToAop (hc08_reg_a, AOP (result), 0); if (size > 1) { /* msb is 0x00 or 0xff depending on the sign */ if (runtimeSign) { rmwWithReg ("lsl", hc08_reg_x); emitcode ("clra", ""); emitcode ("sbc", "#0"); while (--size) storeRegToAop (hc08_reg_a, AOP (result), ++offset); } else /* compiletimeSign */ while (--size) storeConstToAop ("#0xff", AOP (result), ++offset); } } else { storeRegToFullAop (hc08_reg_h, AOP (result), FALSE); } hc08_freeReg (hc08_reg_a); hc08_freeReg (hc08_reg_x); hc08_freeReg (hc08_reg_h); } /*-----------------------------------------------------------------*/ /* genMod - generates code for division */ /*-----------------------------------------------------------------*/ static void genMod (iCode * ic) { operand *left = IC_LEFT (ic); operand *right = IC_RIGHT (ic); operand *result = IC_RESULT (ic); D(emitcode ("; genMod","")); /* assign the amsops */ aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); aopOp (result, ic, TRUE); /* special cases first */ /* if both are of size == 1 */ if (AOP_SIZE (left) <= 2 && AOP_SIZE (right) == 1) { genModOneByte (left, right, result); goto release; } /* should have been converted to function call */ assert (0); release: freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genIfxJump :- will create a jump depending on the ifx */ /*-----------------------------------------------------------------*/ static void genIfxJump (iCode * ic, char *jval) { symbol *jlbl; symbol *tlbl = newiTempLabel (NULL); char *inst; D(emitcode ("; genIfxJump","")); /* if true label then we jump if condition supplied is true */ if (IC_TRUE (ic)) { jlbl = IC_TRUE (ic); if (!strcmp (jval, "a")) inst = "beq"; else if (!strcmp (jval, "c")) inst = "bcc"; else inst = "bge"; } else { /* false label is present */ jlbl = IC_FALSE (ic); if (!strcmp (jval, "a")) inst = "bne"; else if (!strcmp (jval, "c")) inst = "bcs"; else inst = "blt"; } emitBranch (inst, tlbl); emitBranch ("jmp", jlbl); emitLabel (tlbl); /* mark the icode as generated */ ic->generated = 1; } /*-----------------------------------------------------------------*/ /* exchangedCmp : returns the opcode need if the two operands are */ /* exchanged in a comparison */ /*-----------------------------------------------------------------*/ static int exchangedCmp (int opcode) { switch (opcode) { case '<': return '>'; case '>': return '<'; case LE_OP: return GE_OP; case GE_OP: return LE_OP; case NE_OP: return NE_OP; case EQ_OP: return EQ_OP; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "opcode not a comparison"); } return EQ_OP; /* shouldn't happen, but need to return something */ } /*------------------------------------------------------------------*/ /* negatedCmp : returns the equivalent opcode for when a comparison */ /* if not true */ /*------------------------------------------------------------------*/ static int negatedCmp (int opcode) { switch (opcode) { case '<': return GE_OP; case '>': return LE_OP; case LE_OP: return '>'; case GE_OP: return '<'; case NE_OP: return EQ_OP; case EQ_OP: return NE_OP; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "opcode not a comparison"); } return EQ_OP; /* shouldn't happen, but need to return something */ } /*------------------------------------------------------------------*/ /* nameCmp : helper function for human readable debug output */ /*------------------------------------------------------------------*/ static char * nameCmp (int opcode) { switch (opcode) { case '<': return "<"; case '>': return ">"; case LE_OP: return "<="; case GE_OP: return ">="; case NE_OP: return "!="; case EQ_OP: return "=="; default: return "invalid"; } } /*------------------------------------------------------------------*/ /* branchInstCmp : returns the conditional branch instruction that */ /* will branch if the comparison is true */ /*------------------------------------------------------------------*/ static char * branchInstCmp (int opcode, int sign) { switch (opcode) { case '<': if (sign) return "blt"; else return "bcs"; /* same as blo */ case '>': if (sign) return "bgt"; else return "bhi"; case LE_OP: if (sign) return "ble"; else return "bls"; case GE_OP: if (sign) return "bge"; else return "bcc"; /* same as bhs */ case NE_OP: return "bne"; case EQ_OP: return "beq"; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "opcode not a comparison"); } return "brn"; } /*------------------------------------------------------------------*/ /* genCmp :- greater or less than (and maybe with equal) comparison */ /*------------------------------------------------------------------*/ static void genCmp (iCode * ic, iCode * ifx) { operand *left, *right, *result; sym_link *letype, *retype; int sign, opcode; int size, offset = 0; unsigned long lit = 0L; char *sub; symbol *jlbl = NULL; opcode = ic->op; D(emitcode ("; genCmp", "(%s)",nameCmp (opcode))); result = IC_RESULT (ic); left = IC_LEFT (ic); right = IC_RIGHT (ic); letype = getSpec (operandType (left)); retype = getSpec (operandType (right)); sign = !(SPEC_USIGN (letype) | SPEC_USIGN (retype)); /* assign the amsops */ aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); aopOp (result, ic, TRUE); /* need register operand on left, prefer literal operand on right */ if ((AOP_TYPE (right) == AOP_REG) || AOP_TYPE (left) == AOP_LIT) { operand *temp = left; left = right; right = temp; opcode = exchangedCmp (opcode); } if (ifx) { if (IC_TRUE (ifx)) { jlbl = IC_TRUE (ifx); opcode = negatedCmp (opcode); } else { /* false label is present */ jlbl = IC_FALSE (ifx); } } size = max (AOP_SIZE (left), AOP_SIZE (right)); if ((size == 2) && ((AOP_TYPE (left) == AOP_DIR) && (AOP_SIZE (left) == 2)) && ((AOP_TYPE (right) == AOP_LIT) || ((AOP_TYPE (right) == AOP_DIR) && (AOP_SIZE (right) == 2)) ) && hc08_reg_hx->isFree) { loadRegFromAop (hc08_reg_hx, AOP (left), 0); emitcode ("cphx","%s", aopAdrStr (AOP (right), 1, TRUE)); hc08_freeReg (hc08_reg_hx); } else { offset = 0; if (size == 1) sub = "cmp"; else { sub = "sub"; /* These conditions depend on the Z flag bit, but Z is */ /* only valid for the last byte of the comparison, not */ /* the whole value. So exchange the operands to get a */ /* comparison that doesn't depend on Z. (This is safe */ /* to do here since ralloc won't assign multi-byte */ /* operands to registers for comparisons) */ if ((opcode == '>') || (opcode == LE_OP)) { operand *temp = left; left = right; right = temp; opcode = exchangedCmp (opcode); } if ((AOP_TYPE (right) == AOP_LIT) && !isOperandVolatile (left, FALSE)) { lit = ulFromVal (AOP (right)->aopu.aop_lit); while ((size > 1) && (((lit >> (8*offset)) & 0xff) == 0)) { offset++; size--; } } } while (size--) { loadRegFromAop (hc08_reg_a, AOP (left), offset); accopWithAop (sub, AOP (right), offset); hc08_freeReg (hc08_reg_a); offset++; sub = "sbc"; } } freeAsmop (right, NULL, ic, FALSE); freeAsmop (left, NULL, ic, FALSE); if (ifx) { symbol *tlbl = newiTempLabel (NULL); char *inst; freeAsmop (result, NULL, ic, TRUE); inst = branchInstCmp (opcode, sign); emitBranch (inst, tlbl); emitBranch ("jmp", jlbl); emitLabel (tlbl); /* mark the icode as generated */ ifx->generated = 1; } else { symbol *tlbl1 = newiTempLabel (NULL); symbol *tlbl2 = newiTempLabel (NULL); emitBranch (branchInstCmp (opcode, sign), tlbl1); loadRegFromConst (hc08_reg_a, zero); emitBranch ("bra", tlbl2); emitLabel (tlbl1); loadRegFromConst (hc08_reg_a, one); emitLabel (tlbl2); storeRegToFullAop (hc08_reg_a, AOP(result), FALSE); freeAsmop (result, NULL, ic, TRUE); } } /*-----------------------------------------------------------------*/ /* genCmpEQorNE - equal or not equal comparison */ /*-----------------------------------------------------------------*/ static void genCmpEQorNE (iCode * ic, iCode * ifx) { operand *left, *right, *result; sym_link *letype, *retype; int sign, opcode; int size, offset = 0; char *sub; symbol *jlbl = NULL; symbol *tlbl_NE = NULL; symbol *tlbl_EQ = NULL; opcode = ic->op; D(emitcode ("; genCmpEQorNE", "(%s)",nameCmp (opcode))); result = IC_RESULT (ic); left = IC_LEFT (ic); right = IC_RIGHT (ic); letype = getSpec (operandType (left)); retype = getSpec (operandType (right)); sign = !(SPEC_USIGN (letype) | SPEC_USIGN (retype)); /* assign the amsops */ aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); aopOp (result, ic, TRUE); /* need register operand on left, prefer literal operand on right */ if ((AOP_TYPE (right) == AOP_REG) || AOP_TYPE (left) == AOP_LIT) { operand *temp = left; left = right; right = temp; opcode = exchangedCmp (opcode); } if (ifx) { if (IC_TRUE (ifx)) { jlbl = IC_TRUE (ifx); opcode = negatedCmp (opcode); } else { /* false label is present */ jlbl = IC_FALSE (ifx); } } size = max (AOP_SIZE (left), AOP_SIZE (right)); if ((size == 2) && ((AOP_TYPE (left) == AOP_DIR) && (AOP_SIZE (left) == 2)) && ((AOP_TYPE (right) == AOP_LIT) || ((AOP_TYPE (right) == AOP_DIR) && (AOP_SIZE (right) == 2)) ) && hc08_reg_hx->isFree) { loadRegFromAop (hc08_reg_hx, AOP (left), 0); emitcode ("cphx","%s", aopAdrStr (AOP (right), 1, TRUE)); hc08_freeReg (hc08_reg_hx); } else { offset = 0; sub = "cmp"; while (size--) { loadRegFromAop (hc08_reg_a, AOP (left), offset); accopWithAop (sub, AOP (right), offset); if (size) { if (!tlbl_NE) tlbl_NE = newiTempLabel (NULL); emitBranch ("bne", tlbl_NE); } hc08_freeReg (hc08_reg_a); offset++; } } freeAsmop (right, NULL, ic, FALSE); freeAsmop (left, NULL, ic, FALSE); if (ifx) { freeAsmop (result, NULL, ic, TRUE); if (opcode == EQ_OP) { if (!tlbl_EQ) tlbl_EQ = newiTempLabel (NULL); emitBranch ("beq", tlbl_EQ); if (tlbl_NE) emitLabel (tlbl_NE); emitBranch ("jmp", jlbl); emitLabel (tlbl_EQ); } else { if (!tlbl_NE) tlbl_NE = newiTempLabel (NULL); emitBranch ("bne", tlbl_NE); emitBranch ("jmp", jlbl); emitLabel (tlbl_NE); } /* mark the icode as generated */ ifx->generated = 1; } else { symbol *tlbl = newiTempLabel (NULL); if (opcode == EQ_OP) { if (!tlbl_EQ) tlbl_EQ = newiTempLabel (NULL); emitBranch ("beq", tlbl_EQ); if (tlbl_NE) emitLabel (tlbl_NE); loadRegFromConst (hc08_reg_a, zero); emitBranch ("bra", tlbl); emitLabel (tlbl_EQ); loadRegFromConst (hc08_reg_a, one); } else { if (!tlbl_NE) tlbl_NE = newiTempLabel (NULL); emitBranch ("bne", tlbl_NE); loadRegFromConst (hc08_reg_a, zero); emitBranch ("bra", tlbl); emitLabel (tlbl_NE); loadRegFromConst (hc08_reg_a, one); } emitLabel (tlbl); storeRegToFullAop (hc08_reg_a, AOP(result), FALSE); freeAsmop (result, NULL, ic, TRUE); } } /*-----------------------------------------------------------------*/ /* ifxForOp - returns the icode containing the ifx for operand */ /*-----------------------------------------------------------------*/ static iCode * ifxForOp (operand * op, iCode * ic) { /* if true symbol then needs to be assigned */ if (IS_TRUE_SYMOP (op)) return NULL; /* if this has register type condition and the next instruction is ifx with the same operand and live to of the operand is upto the ifx only then */ if (ic->next && ic->next->op == IFX && IC_COND (ic->next)->key == op->key && OP_SYMBOL (op)->liveTo <= ic->next->seq) return ic->next; return NULL; } static bool genPointerGetSetOfs (iCode *ic) { iCode *lic = ic->next; bool pset, pget; int size; symbol *sym; asmop *derefaop; /* Make sure we have a next iCode */ DD(emitcode("","; checking lic")); if (!lic) return FALSE; /* Make sure the result of the addition is an iCode */ DD(emitcode("","; checking IS_ITEMP")); if (!IS_ITEMP (IC_RESULT (ic))) return FALSE; /* Make sure the next iCode is a pointer set or get */ pset = POINTER_SET(lic); pget = POINTER_GET(lic); DD(emitcode("","; pset=%d, pget=%d",pset,pget)); if (!pset && !pget) return FALSE; /* Make sure this is the only use of the pointer */ if (bitVectnBitsOn (OP_USES (IC_RESULT (ic))) > 1) return FALSE; DD(emitcode("", "; checking pset operandsEqu")); if (pset & !operandsEqu (IC_RESULT (ic), IC_RESULT (lic))) return FALSE; DD(emitcode("", "; checking pget operandsEqu")); if (pget & !operandsEqu (IC_RESULT (ic), IC_LEFT (lic))) return FALSE; DD(emitcode("", "; checking IS_SYMOP")); if (!IS_SYMOP (IC_LEFT (ic))) return FALSE; DD(emitcode("", "; checking !IS_TRUE_SYMOP")); if (IS_TRUE_SYMOP (IC_LEFT (ic))) return FALSE; sym = OP_SYMBOL (IC_LEFT (ic)); DD(emitcode("", "; checking remat")); if (!sym->remat) return FALSE; if (pget) { D(emitcode ("; genPointerGetOfs","")); aopOp (IC_LEFT(ic), ic, FALSE); derefaop = aopDerefAop (AOP (IC_LEFT (ic))); freeAsmop (IC_LEFT(ic), NULL, ic, TRUE); aopOp (IC_RIGHT(ic), ic, FALSE); aopOp (IC_RESULT(lic), lic, FALSE); if (AOP_SIZE (IC_RIGHT (ic)) == 1) { if (SPEC_USIGN (getSpec (operandType (IC_RIGHT (ic))))) { loadRegFromAop (hc08_reg_x, AOP (IC_RIGHT (ic)), 0); loadRegFromConst (hc08_reg_h, zero); } else { loadRegFromAop (hc08_reg_a, AOP (IC_RIGHT (ic)), 0); transferRegReg (hc08_reg_a, hc08_reg_x, FALSE); emitcode ("rola",""); emitcode ("clra",""); emitcode ("sbc", "#0"); hc08_useReg (hc08_reg_a); transferRegReg (hc08_reg_a, hc08_reg_h, FALSE); } } else loadRegFromAop (hc08_reg_hx, AOP (IC_RIGHT (ic)), 0); size = AOP_SIZE (IC_RESULT(lic)); derefaop->size = size; while (size--) { emitcode ("lda", "%s,x", aopAdrStr (derefaop, size, TRUE)); hc08_useReg (hc08_reg_a); storeRegToAop (hc08_reg_a, AOP (IC_RESULT (lic)), size); hc08_freeReg (hc08_reg_a); } lic->generated = 1; hc08_freeReg (hc08_reg_hx); freeAsmop (NULL, derefaop, ic, TRUE); freeAsmop (IC_RIGHT(ic), NULL, ic, TRUE); freeAsmop (IC_RESULT(lic), NULL, lic, TRUE); return TRUE; } if (pset) { D(emitcode ("; genPointerSetOfs","")); aopOp (IC_LEFT(ic), ic, FALSE); derefaop = aopDerefAop (AOP (IC_LEFT (ic))); freeAsmop (IC_LEFT(ic), NULL, ic, TRUE); aopOp (IC_RIGHT(ic), ic, FALSE); aopOp (IC_RIGHT(lic), lic, FALSE); if (AOP_SIZE (IC_RIGHT (ic)) == 1) { if (SPEC_USIGN (getSpec (operandType (IC_RIGHT (ic))))) { loadRegFromAop (hc08_reg_x, AOP (IC_RIGHT (ic)), 0); loadRegFromConst (hc08_reg_h, zero); } else { loadRegFromAop (hc08_reg_a, AOP (IC_RIGHT (ic)), 0); transferRegReg (hc08_reg_a, hc08_reg_x, FALSE); emitcode ("rola",""); emitcode ("clra",""); emitcode ("sbc", "#0"); hc08_useReg (hc08_reg_a); transferRegReg (hc08_reg_a, hc08_reg_h, FALSE); } } else loadRegFromAop (hc08_reg_hx, AOP (IC_RIGHT (ic)), 0); size = AOP_SIZE (IC_RIGHT(lic)); derefaop->size = size; while (size--) { loadRegFromAop (hc08_reg_a, AOP (IC_RIGHT (lic)), size); emitcode ("sta", "%s,x", aopAdrStr (derefaop, size, TRUE)); hc08_freeReg (hc08_reg_a); } lic->generated = 1; hc08_freeReg (hc08_reg_hx); freeAsmop (NULL, derefaop, ic, TRUE); freeAsmop (IC_RIGHT(ic), NULL, ic, TRUE); freeAsmop (IC_RIGHT(lic), NULL, lic, TRUE); return TRUE; } return FALSE; } /*-----------------------------------------------------------------*/ /* hasInc - operand is incremented before any other use */ /*-----------------------------------------------------------------*/ static iCode * hasInc (operand *op, iCode *ic,int osize) { sym_link *type = operandType(op); sym_link *retype = getSpec (type); iCode *lic = ic->next; int isize ; /* this could from a cast, e.g.: "(char xdata *) 0x7654;" */ if (!IS_SYMOP(op)) return NULL; if (IS_BITVAR(retype)||!IS_PTR(type)) return NULL; if (IS_AGGREGATE(type->next)) return NULL; if (osize != (isize = getSize(type->next))) return NULL; while (lic) { /* if operand of the form op = op + */ if (lic->op == '+' && isOperandEqual(IC_LEFT(lic),op) && isOperandEqual(IC_RESULT(lic),op) && isOperandLiteral(IC_RIGHT(lic)) && operandLitValue(IC_RIGHT(lic)) == isize) { return lic; } /* if the operand used or deffed */ if (bitVectBitValue(OP_USES(op),lic->key) || lic->defKey == op->key) { return NULL; } /* if GOTO or IFX */ if (lic->op == IFX || lic->op == GOTO || lic->op == LABEL) break; lic = lic->next; } return NULL; } /*-----------------------------------------------------------------*/ /* genAndOp - for && operation */ /*-----------------------------------------------------------------*/ static void genAndOp (iCode * ic) { operand *left, *right, *result; symbol *tlbl, *tlbl0; D(emitcode ("; genAndOp","")); /* note here that && operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, FALSE); tlbl = newiTempLabel (NULL); tlbl0 = newiTempLabel (NULL); asmopToBool (AOP (left), FALSE); emitBranch ("beq", tlbl0); asmopToBool (AOP (right), FALSE); emitBranch ("beq", tlbl0); loadRegFromConst (hc08_reg_a,one); emitBranch ("bra", tlbl); emitLabel (tlbl0); loadRegFromConst (hc08_reg_a,zero); emitLabel (tlbl); hc08_useReg (hc08_reg_a); hc08_freeReg (hc08_reg_a); storeRegToFullAop (hc08_reg_a, AOP (result), FALSE); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genOrOp - for || operation */ /*-----------------------------------------------------------------*/ static void genOrOp (iCode * ic) { operand *left, *right, *result; symbol *tlbl, *tlbl0; D(emitcode ("; genOrOp","")); /* note here that || operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, FALSE); tlbl = newiTempLabel (NULL); tlbl0 = newiTempLabel (NULL); asmopToBool (AOP (left), FALSE); emitBranch ("bne", tlbl0); asmopToBool (AOP (right), FALSE); emitBranch ("bne", tlbl0); loadRegFromConst (hc08_reg_a,zero); emitBranch ("bra", tlbl); emitLabel (tlbl0); loadRegFromConst (hc08_reg_a,one); emitLabel (tlbl); hc08_useReg (hc08_reg_a); hc08_freeReg (hc08_reg_a); storeRegToFullAop (hc08_reg_a, AOP (result), FALSE); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* isLiteralBit - test if lit == 2^n */ /*-----------------------------------------------------------------*/ static int isLiteralBit (unsigned long lit) { unsigned long pw[32] = {1L, 2L, 4L, 8L, 16L, 32L, 64L, 128L, 0x100L, 0x200L, 0x400L, 0x800L, 0x1000L, 0x2000L, 0x4000L, 0x8000L, 0x10000L, 0x20000L, 0x40000L, 0x80000L, 0x100000L, 0x200000L, 0x400000L, 0x800000L, 0x1000000L, 0x2000000L, 0x4000000L, 0x8000000L, 0x10000000L, 0x20000000L, 0x40000000L, 0x80000000L}; int idx; for (idx = 0; idx < 32; idx++) if (lit == pw[idx]) return idx + 1; return 0; } #if 0 /*-----------------------------------------------------------------*/ /* continueIfTrue - */ /*-----------------------------------------------------------------*/ static void continueIfTrue (iCode * ic) { if (IC_TRUE (ic)) emitBranch ("jmp", IC_TRUE (ic)); ic->generated = 1; } /*-----------------------------------------------------------------*/ /* jmpIfTrue - */ /*-----------------------------------------------------------------*/ static void jumpIfTrue (iCode * ic) { if (!IC_TRUE (ic)) emitBranch ("jmp", IC_FALSE (ic)); ic->generated = 1; } /*-----------------------------------------------------------------*/ /* jmpTrueOrFalse - */ /*-----------------------------------------------------------------*/ static void jmpTrueOrFalse (iCode * ic, symbol * tlbl) { // ugly but optimized by peephole if (IC_TRUE (ic)) { symbol *nlbl = newiTempLabel (NULL); emitBranch ("bra", nlbl); emitLabel (tlbl); emitBranch ("jmp", IC_TRUE (ic)); emitLabel (nlbl); } else { emitBranch ("jmp", IC_FALSE (ic)); emitLabel (tlbl); } ic->generated = 1; } #endif /*-----------------------------------------------------------------*/ /* genAnd - code for and */ /*-----------------------------------------------------------------*/ static void genAnd (iCode * ic, iCode * ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; unsigned long litinv; unsigned char bytemask; // int bytelit = 0; // char buffer[10]; D(emitcode ("; genAnd","")); aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, TRUE); #ifdef DEBUG_TYPE DD(emitcode ("", "; Type res[%d] = l[%d]&r[%d]", AOP_TYPE (result), AOP_TYPE (left), AOP_TYPE (right))); DD(emitcode ("", "; Size res[%d] = l[%d]&r[%d]", AOP_SIZE (result), AOP_SIZE (left), AOP_SIZE (right))); #endif /* if left is a literal & right is not then exchange them */ if (AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) { operand *tmp = right; right = left; left = tmp; } /* if right is accumulator & left is not then exchange them */ if (AOP_TYPE (right) == AOP_REG && AOP_TYPE (left) != AOP_REG) { operand *tmp = right; right = left; left = tmp; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = (AOP_SIZE (left) >= AOP_SIZE (right)) ? AOP_SIZE (left) : AOP_SIZE (right); if (AOP_TYPE (result) == AOP_CRY && size > 1 && (isOperandVolatile (left, FALSE) || isOperandVolatile (right, FALSE))) { /* this generates ugly code, but meets volatility requirements */ loadRegFromConst (hc08_reg_a, zero); pushReg (hc08_reg_a, TRUE); offset = 0; while (size--) { loadRegFromAop (hc08_reg_a, AOP (left), offset); accopWithAop ("and", AOP (right), offset); emitcode ("ora", "1,s"); emitcode ("sta", "1,s"); offset++; } pullReg (hc08_reg_a); emitcode ("tsta", ""); genIfxJump (ifx, "a"); goto release; } if (AOP_TYPE (result) == AOP_CRY) { symbol *tlbl = NULL; offset = 0; while (size--) { bytemask = (lit >> (offset*8)) & 0xff; if (AOP_TYPE (right) == AOP_LIT && bytemask == 0) { /* do nothing */ } else if (AOP_TYPE (right) == AOP_LIT && bytemask == 0xff) { rmwWithAop ("tst", AOP (left), offset); if (size) { if (!tlbl) tlbl = newiTempLabel (NULL); emitBranch ("bne", tlbl); } } else { loadRegFromAop (hc08_reg_a, AOP (left), offset); accopWithAop ("and", AOP (right), offset); hc08_freeReg( hc08_reg_a); if (size) { if (!tlbl) tlbl = newiTempLabel (NULL); emitBranch ("bne", tlbl); } } offset++; } if (tlbl) emitLabel (tlbl); if(ifx) genIfxJump (ifx, "a"); goto release; } size = AOP_SIZE (result); if (AOP_TYPE (right) == AOP_LIT) { litinv = (~lit) & (((unsigned int)0xffffffff) >> (8*(4-size))) ; if (sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic))) && (AOP_TYPE (left) == AOP_DIR) && isLiteralBit(litinv)) { int bitpos = isLiteralBit(litinv)-1; emitcode ("bclr","#%d,%s",bitpos & 7, aopAdrStr (AOP (left), bitpos >> 3, FALSE)); goto release; } } offset = 0; while (size--) { bytemask = (lit >> (offset*8)) & 0xff; if (AOP_TYPE (right) == AOP_LIT && bytemask == 0) { if (isOperandVolatile (left, FALSE)) { loadRegFromAop (hc08_reg_a, AOP (left), offset); hc08_freeReg( hc08_reg_a); } storeConstToAop (zero, AOP (result), offset); } else if (AOP_TYPE (right) == AOP_LIT && bytemask == 0xff) { transferAopAop (AOP (left), offset, AOP (result), offset); } else { loadRegFromAop (hc08_reg_a, AOP (left), offset); accopWithAop ("and", AOP (right), offset); storeRegToAop (hc08_reg_a, AOP (result), offset); hc08_freeReg (hc08_reg_a); } offset++; } release: freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genOr - code for or */ /*-----------------------------------------------------------------*/ static void genOr (iCode * ic, iCode * ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; unsigned char bytemask; D(emitcode ("; genOr","")); aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, TRUE); #ifdef DEBUG_TYPE DD(emitcode ("", "; Type res[%d] = l[%d]&r[%d]", AOP_TYPE (result), AOP_TYPE (left), AOP_TYPE (right))); DD(emitcode ("", "; Size res[%d] = l[%d]&r[%d]", AOP_SIZE (result), AOP_SIZE (left), AOP_SIZE (right))); #endif /* if left is a literal & right is not then exchange them */ if (AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) { operand *tmp = right; right = left; left = tmp; } /* if left is accumulator & right is not then exchange them */ if (AOP_TYPE (right) == AOP_REG && AOP_TYPE (left) != AOP_REG) { operand *tmp = right; right = left; left = tmp; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = (AOP_SIZE (left) >= AOP_SIZE (right)) ? AOP_SIZE (left) : AOP_SIZE (right); if (AOP_TYPE (result) == AOP_CRY && size > 1 && (isOperandVolatile (left, FALSE) || isOperandVolatile (right, FALSE))) { /* this generates ugly code, but meets volatility requirements */ loadRegFromConst (hc08_reg_a, zero); pushReg (hc08_reg_a, TRUE); offset = 0; while (size--) { loadRegFromAop (hc08_reg_a, AOP (left), offset); accopWithAop ("ora", AOP (right), offset); emitcode ("ora", "1,s"); emitcode ("sta", "1,s"); offset++; } pullReg (hc08_reg_a); emitcode ("tsta", ""); genIfxJump (ifx, "a"); goto release; } if (AOP_TYPE (result) == AOP_CRY) { symbol *tlbl = NULL; offset = 0; while (size--) { bytemask = (lit >> (offset*8)) & 0xff; if (AOP_TYPE (right) == AOP_LIT && bytemask == 0x00) { rmwWithAop ("tst", AOP (left), offset); if (size) { if (!tlbl) tlbl = newiTempLabel (NULL); emitBranch ("bne", tlbl); } } else { loadRegFromAop (hc08_reg_a, AOP (left), offset); accopWithAop ("ora", AOP (right), offset); hc08_freeReg( hc08_reg_a); if (size) { if (!tlbl) tlbl = newiTempLabel (NULL); emitBranch ("bne", tlbl); } } offset++; } if (tlbl) emitLabel (tlbl); if(ifx) genIfxJump (ifx, "a"); } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); if (sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic))) && (AOP_TYPE (right) == AOP_LIT) && isLiteralBit(lit) && (AOP_TYPE (left) == AOP_DIR)) { int bitpos = isLiteralBit(lit)-1; emitcode ("bset","#%d,%s",bitpos & 7, aopAdrStr (AOP (left), bitpos >> 3, FALSE)); goto release; } offset = 0; while (size--) { bytemask = (lit >> (offset*8)) & 0xff; if (AOP_TYPE (right) == AOP_LIT && bytemask == 0xff) { if (isOperandVolatile (left, FALSE)) { loadRegFromAop (hc08_reg_a, AOP (left), offset); hc08_freeReg( hc08_reg_a); } transferAopAop (AOP (right), offset, AOP (result), offset); } else if (AOP_TYPE (right) == AOP_LIT && bytemask == 0) { transferAopAop (AOP (left), offset, AOP (result), offset); } else { loadRegFromAop (hc08_reg_a, AOP (left), offset); accopWithAop ("ora", AOP (right), offset); storeRegToAop (hc08_reg_a, AOP (result), offset); hc08_freeReg (hc08_reg_a); } offset++; } release: freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genXor - code for xclusive or */ /*-----------------------------------------------------------------*/ static void genXor (iCode * ic, iCode * ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; D(emitcode ("; genXor","")); aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, TRUE); #ifdef DEBUG_TYPE DD(emitcode ("", "; Type res[%d] = l[%d]&r[%d]", AOP_TYPE (result), AOP_TYPE (left), AOP_TYPE (right))); DD(emitcode ("", "; Size res[%d] = l[%d]&r[%d]", AOP_SIZE (result), AOP_SIZE (left), AOP_SIZE (right))); #endif /* if left is a literal & right is not || if left needs acc & right does not */ if (AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) { operand *tmp = right; right = left; left = tmp; } /* if left is accumulator & right is not then exchange them */ if (AOP_TYPE (right) == AOP_REG && AOP_TYPE (left) != AOP_REG) { operand *tmp = right; right = left; left = tmp; } if (AOP_TYPE (result) == AOP_CRY) { symbol *tlbl; wassertl (ifx, "AOP_CPY result without ifx"); tlbl = newiTempLabel (NULL); size = (AOP_SIZE (left) >= AOP_SIZE (right)) ? AOP_SIZE (left) : AOP_SIZE (right); offset = 0; while (size--) { loadRegFromAop (hc08_reg_a, AOP (left), offset); if ((AOP_TYPE (right) == AOP_LIT) && (((lit >> (offset*8)) & 0xff) == 0)) emitcode ("tsta",""); else accopWithAop ("eor", AOP (right), offset); hc08_freeReg( hc08_reg_a); if (size) emitBranch ("bne", tlbl); else { emitLabel (tlbl); genIfxJump (ifx, "a"); } offset++; } } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); offset = 0; while (size--) { loadRegFromAop (hc08_reg_a, AOP (left), offset); accopWithAop ("eor", AOP (right), offset); storeRegToAop (hc08_reg_a, AOP (result), offset++); hc08_freeReg( hc08_reg_a); } //release: freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (result, NULL, ic, TRUE); } static void emitinline (iCode * ic, char *inlin) { char buffer[512]; char *symname; char c; char *bp=buffer; symbol *sym, *tempsym; asmop *aop; char *l; while (*inlin) { if (*inlin == '_') { symname = ++inlin; while (isalnum((unsigned char)*inlin) || (*inlin == '_')) inlin++; c = *inlin; *inlin = '\0'; //printf("Found possible symbol '%s'\n",symname); tempsym = newSymbol (symname, ic->level); tempsym->block = ic->block; sym = (symbol *) findSymWithLevel(SymbolTab,tempsym); *inlin = c; if (!sym) { *bp++ = '_'; inlin = symname; } else { aop = aopForSym (ic, sym, FALSE); l = aopAdrStr (aop, aop->size - 1, TRUE); if (*l=='#') l++; sym->isref = 1; if (sym->level && !sym->allocreq && !sym->ismyparm) { werror (E_ID_UNDEF, sym->name); werror (W_CONTINUE, " Add 'volatile' to the variable declaration so that it\n" " can be referenced within inline assembly"); } //printf("Replacing with '%s'\n",l); while (*l) { *bp++ = *l++; if ((2+bp-buffer)>sizeof(buffer)) goto endofline; } } } else { *bp++ = *inlin++; } if ((2+bp-buffer)>sizeof(buffer)) goto endofline; } endofline: *bp = '\0'; if ((2+bp-buffer)>sizeof(buffer)) fprintf(stderr, "Inline assembly buffer overflow\n"); //printf("%s\n",buffer); emitcode (buffer,""); } /*-----------------------------------------------------------------*/ /* genInline - write the inline code out */ /*-----------------------------------------------------------------*/ static void genInline (iCode * ic) { char *buffer, *bp, *bp1; bool inComment = FALSE; D(emitcode ("; genInline","")); _G.inLine += (!options.asmpeep); buffer = bp = bp1 = Safe_strdup (IC_INLINE(ic)); /* emit each line as a code */ while (*bp) { switch (*bp) { case ';': inComment = TRUE; ++bp; break; case '\n': inComment = FALSE; *bp++ = '\0'; emitinline (ic, bp1); bp1 = bp; break; default: /* Add \n for labels, not dirs such as c:\mydir */ if (!inComment && (*bp == ':') && (isspace((unsigned char)bp[1]))) { ++bp; *bp = '\0'; ++bp; emitcode (bp1, ""); bp1 = bp; } else ++bp; break; } } if (bp1 != bp) emitinline (ic, bp1); Safe_free (buffer); _G.inLine -= (!options.asmpeep); } /*-----------------------------------------------------------------*/ /* genRRC - rotate right with carry */ /*-----------------------------------------------------------------*/ static void genRRC (iCode * ic) { operand *left, *result; int size, offset = 0; bool needpula = FALSE; bool resultInA = FALSE; char *shift; D(emitcode ("; genRRC","")); /* rotate right with carry */ left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); if ((AOP_TYPE (result) == AOP_REG) && (AOP (result)->aopu.aop_reg[0]->rIdx == A_IDX)) resultInA = TRUE; size = AOP_SIZE (result); offset = size-1; shift="lsr"; if (sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic)))) { while (size--) { rmwWithAop (shift, AOP (result), offset--); shift="ror"; } } else { while (size--) { loadRegFromAop (hc08_reg_a, AOP (left), offset); rmwWithReg (shift, hc08_reg_a); storeRegToAop (hc08_reg_a, AOP (result), offset--); hc08_freeReg (hc08_reg_a); shift="ror"; } } if ((!hc08_reg_a->isFree) || resultInA) { pushReg (hc08_reg_a, TRUE); needpula = TRUE; } /* now we need to put the carry into the highest order byte of the result */ offset = AOP_SIZE (result) - 1; emitcode ("clra",""); emitcode ("rora",""); hc08_dirtyReg (hc08_reg_a, FALSE); if (resultInA) { emitcode ("ora", "1,s"); emitcode ("ais", "#1"); hc08_dirtyReg (hc08_reg_a, FALSE); needpula = FALSE; } else accopWithAop ("ora", AOP (result), offset); storeRegToAop (hc08_reg_a, AOP (result), offset); pullOrFreeReg (hc08_reg_a, needpula); freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genRLC - generate code for rotate left with carry */ /*-----------------------------------------------------------------*/ static void genRLC (iCode * ic) { operand *left, *result; int size, offset = 0; char *shift; bool resultInA = FALSE; bool needpula = FALSE; D(emitcode ("; genRLC","")); /* rotate right with carry */ left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); if ((AOP_TYPE (result) == AOP_REG) && (AOP (result)->aopu.aop_reg[0]->rIdx == A_IDX)) resultInA = TRUE; size = AOP_SIZE (result); offset = 0; shift="lsl"; if (sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic)))) { while (size--) { rmwWithAop (shift, AOP (result), offset--); shift="rol"; } } else { while (size--) { loadRegFromAop (hc08_reg_a, AOP (left), offset); rmwWithReg (shift, hc08_reg_a); storeRegToAop (hc08_reg_a, AOP (result), offset++); hc08_freeReg (hc08_reg_a); shift="rol"; } } if ((!hc08_reg_a->isFree) || resultInA) { pushReg (hc08_reg_a, TRUE); needpula = TRUE; } /* now we need to put the carry into the lowest order byte of the result */ offset = 0; emitcode ("clra",""); emitcode ("rola",""); hc08_dirtyReg (hc08_reg_a, FALSE); if (resultInA) { emitcode ("ora", "1,s"); emitcode ("ais", "#1"); hc08_dirtyReg (hc08_reg_a, FALSE); needpula = FALSE; } else accopWithAop ("ora", AOP (result), offset); storeRegToAop (hc08_reg_a, AOP (result), offset); pullOrFreeReg (hc08_reg_a, needpula); freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genGetHbit - generates code get highest order bit */ /*-----------------------------------------------------------------*/ static void genGetHbit (iCode * ic) { operand *left, *result; D(emitcode ("; genGetHbit","")); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); /* get the highest order byte into a */ loadRegFromAop (hc08_reg_a, AOP (left), AOP_SIZE (left) - 1); emitcode ("rola", ""); emitcode ("clra", ""); emitcode ("rola", ""); hc08_dirtyReg (hc08_reg_a, FALSE); storeRegToFullAop (hc08_reg_a, AOP (result), FALSE); hc08_freeReg (hc08_reg_a); freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genSwap - generates code to swap nibbles or bytes */ /*-----------------------------------------------------------------*/ static void genSwap (iCode * ic) { operand *left, *result; D(emitcode ("; genSwap","")); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); switch (AOP_SIZE (left)) { case 1: /* swap nibbles in byte */ loadRegFromAop (hc08_reg_a, AOP (left), 0); emitcode ("nsa", ""); hc08_dirtyReg (hc08_reg_a, FALSE); storeRegToAop (hc08_reg_a, AOP (result), 0); hc08_freeReg (hc08_reg_a); break; case 2: /* swap bytes in a word */ if (operandsEqu (left, result) || sameRegs (AOP (left), AOP (result))) { loadRegFromAop (hc08_reg_a, AOP (left), 0); hc08_useReg (hc08_reg_a); transferAopAop (AOP (left), 1, AOP (result), 0); storeRegToAop (hc08_reg_a, AOP (result), 1); hc08_freeReg (hc08_reg_a); } else { transferAopAop (AOP (left), 0, AOP (result), 1); transferAopAop (AOP (left), 1, AOP (result), 0); } break; default: wassertl(FALSE, "unsupported SWAP operand size"); } freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } #if 0 /*-----------------------------------------------------------------*/ /* AccRol - rotate left accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccRol (int shCount) { shCount &= 0x0007; // shCount : 0..7 switch (shCount) { case 0: break; case 1: emitcode ("rola", ""); /* 1 cycle */ break; case 2: emitcode ("rola", ""); /* 1 cycle */ emitcode ("rola", ""); /* 1 cycle */ break; case 3: emitcode ("nsa", ""); emitcode ("rora", ""); break; case 4: emitcode ("nsa", ""); /* 3 cycles */ break; case 5: emitcode ("nsa", ""); /* 3 cycles */ emitcode ("rola", ""); /* 1 cycle */ break; case 6: emitcode ("nsa", ""); /* 3 cycles */ emitcode ("rola", ""); /* 1 cycle */ emitcode ("rola", ""); /* 1 cycle */ break; case 7: emitcode ("nsa", ""); /* 3 cycles */ emitcode ("rola", ""); /* 1 cycle */ emitcode ("rola", ""); /* 1 cycle */ emitcode ("rola", ""); /* 1 cycle */ break; } } #endif /*-----------------------------------------------------------------*/ /* AccLsh - left shift accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccLsh (int shCount) { int i; shCount &= 0x0007; // shCount : 0..7 /* Shift counts of 4 and 5 are currently optimized for code size. */ /* Falling through to the unrolled loop would be optimal for code speed. */ /* For shift counts of 6 and 7, the unrolled loop is never optimal. */ switch (shCount) { case 4: if (optimize.codeSpeed) break; accopWithMisc ("nsa", ""); accopWithMisc ("and", "#0xf0"); /* total: 5 cycles, 3 bytes */ return; case 5: if (optimize.codeSpeed) break; accopWithMisc ("nsa", ""); accopWithMisc ("and", "#0xf0"); accopWithMisc ("lsla", ""); /* total: 6 cycles, 4 bytes */ return; case 6: accopWithMisc ("rora", ""); accopWithMisc ("rora", ""); accopWithMisc ("rora", ""); accopWithMisc ("and", "#0xc0"); /* total: 5 cycles, 5 bytes */ return; case 7: accopWithMisc ("rora", ""); accopWithMisc ("clra", ""); accopWithMisc ("rora", ""); /* total: 3 cycles, 3 bytes */ return; } /* lsla is only 1 cycle and byte, so an unrolled loop is often */ /* the fastest (shCount<6) and shortest (shCount<4). */ for (i=0;i=8) { AccLsh (shCount-8); transferRegReg (hc08_reg_a, hc08_reg_x, FALSE); loadRegFromConst (hc08_reg_a, zero); return; } /* if we can beat 2n cycles or bytes for some special case, do it here */ switch (shCount) { case 7: /* bytes cycles reg x reg a carry ** abcd efgh ijkl mnop ? ** lsrx 1 1 0abc defg ijkl mnop h ** rora 1 1 0abc defg hijk lmno p ** tax 1 1 hijk lmno hijk lmno p ** clra 1 1 hijk lmno 0000 0000 p ** rora 1 1 hijk lmno p000 0000 0 ** total: 5 cycles, 5 bytes (beats 14 cycles, 14 bytes) */ rmwWithReg ("lsr", hc08_reg_x); rmwWithReg ("ror", hc08_reg_a); transferRegReg (hc08_reg_a, hc08_reg_x, FALSE); loadRegFromConst (hc08_reg_a, zero); rmwWithReg ("ror", hc08_reg_a); return; default: ; } /* lsla/rolx is only 2 cycles and bytes, so an unrolled loop is often */ /* the fastest and shortest. */ for (i=0;i=8)) */ transferRegReg (hc08_reg_x, hc08_reg_a, FALSE); AccSRsh (shCount-8); rmwWithReg ("lsl", hc08_reg_a); loadRegFromConst (hc08_reg_x, zero); rmwWithReg ("rol", hc08_reg_x); rmwWithReg ("neg", hc08_reg_x); rmwWithReg ("ror", hc08_reg_a); return; default: ; } /* asrx/rora is only 2 cycles and bytes, so an unrolled loop is often */ /* the fastest and shortest. */ for (i=0;i= 8 */ if (shCount >= 8) { shCount -= 8; if (size > 1) { loadRegFromAop (hc08_reg_a, AOP (left), 0); AccLsh (shCount); storeRegToAop (hc08_reg_a, AOP (result), 1); } storeConstToAop(zero, AOP (result), LSB); } /* 1 <= shCount <= 7 */ else { loadRegFromAop (hc08_reg_xa, AOP (left), 0); XAccLsh (shCount); storeRegToFullAop (hc08_reg_xa, AOP (result), 0); } } /*-----------------------------------------------------------------*/ /* shiftLLong - shift left one long from left to result */ /* offr = LSB or MSB16 */ /*-----------------------------------------------------------------*/ static void shiftLLong (operand * left, operand * result, int offr) { // char *l; // int size = AOP_SIZE (result); bool needpula = FALSE; bool needpulx = FALSE; needpula = pushRegIfUsed (hc08_reg_a); needpulx = pushRegIfUsed (hc08_reg_x); loadRegFromAop (hc08_reg_xa, AOP (left), LSB); rmwWithReg ("lsl", hc08_reg_a); rmwWithReg ("rol", hc08_reg_x); if (offr==LSB) { storeRegToAop (hc08_reg_xa, AOP (result), offr); loadRegFromAop (hc08_reg_xa, AOP (left), MSB24); rmwWithReg ("rol", hc08_reg_a); rmwWithReg ("rol", hc08_reg_x); storeRegToAop (hc08_reg_xa, AOP (result), offr+2); } else if (offr==MSB16) { storeRegToAop (hc08_reg_a, AOP (result), offr); loadRegFromAop (hc08_reg_a, AOP (left), MSB24); storeRegToAop (hc08_reg_x, AOP (result), offr+1); rmwWithReg ("rol", hc08_reg_a); storeRegToAop (hc08_reg_a, AOP (result), offr+2); storeConstToAop (zero, AOP (result), 0); } pullOrFreeReg (hc08_reg_x, needpulx); pullOrFreeReg (hc08_reg_a, needpula); } /*-----------------------------------------------------------------*/ /* genlshFour - shift four byte by a known amount != 0 */ /*-----------------------------------------------------------------*/ static void genlshFour (operand * result, operand * left, int shCount) { int size; D(emitcode ("; genlshFour","")); size = AOP_SIZE (result); /* TODO: deal with the &result == &left case */ /* if shifting more that 3 bytes */ if (shCount >= 24) { shCount -= 24; if (shCount) /* lowest order of left goes to the highest order of the destination */ shiftL1Left2Result (left, LSB, result, MSB32, shCount); else movLeft2Result (left, LSB, result, MSB32, 0); storeConstToAop (zero, AOP (result), LSB); storeConstToAop (zero, AOP (result), MSB16); storeConstToAop (zero, AOP (result), MSB24); return; } /* more than two bytes */ else if (shCount >= 16) { /* lower order two bytes goes to higher order two bytes */ shCount -= 16; /* if some more remaining */ if (shCount) shiftL2Left2Result (left, LSB, result, MSB24, shCount); else { movLeft2Result (left, MSB16, result, MSB32, 0); movLeft2Result (left, LSB, result, MSB24, 0); } storeConstToAop (zero, AOP (result), LSB); storeConstToAop (zero, AOP (result), MSB16); return; } /* if more than 1 byte */ else if (shCount >= 8) { /* lower order three bytes goes to higher order three bytes */ shCount -= 8; if (size == 2) { if (shCount) shiftL1Left2Result (left, LSB, result, MSB16, shCount); else movLeft2Result (left, LSB, result, MSB16, 0); } else { /* size = 4 */ if (shCount == 0) { movLeft2Result (left, MSB24, result, MSB32, 0); movLeft2Result (left, MSB16, result, MSB24, 0); movLeft2Result (left, LSB, result, MSB16, 0); storeConstToAop (zero, AOP (result), LSB); } else if (shCount == 1) shiftLLong (left, result, MSB16); else { shiftL2Left2Result (left, MSB16, result, MSB24, shCount); shiftL1Left2Result (left, LSB, result, MSB16, shCount); shiftRLeftOrResult (left, LSB, result, MSB24, 8 - shCount); storeConstToAop (zero, AOP (result), LSB); } } } /* 1 <= shCount <= 7 */ else if (shCount <= 2) { shiftLLong (left, result, LSB); if (shCount == 2) shiftLLong (result, result, LSB); } /* 3 <= shCount <= 7, optimize */ else { shiftL2Left2Result (left, MSB24, result, MSB24, shCount); shiftRLeftOrResult (left, MSB16, result, MSB24, 8 - shCount); shiftL2Left2Result (left, LSB, result, LSB, shCount); } } /*-----------------------------------------------------------------*/ /* genLeftShiftLiteral - left shifting by known count */ /*-----------------------------------------------------------------*/ static void genLeftShiftLiteral (operand * left, operand * right, operand * result, iCode * ic) { int shCount = (int) ulFromVal (AOP (right)->aopu.aop_lit); int size; D(emitcode ("; genLeftShiftLiteral","")); freeAsmop (right, NULL, ic, TRUE); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); // size = getSize (operandType (result)); size = AOP_SIZE (result); #if VIEW_SIZE DD(emitcode ("; shift left ", "result %d, left %d", size, AOP_SIZE (left))); #endif if (shCount == 0) { while (size--) transferAopAop( AOP(left), size, AOP(result), size); } else if (shCount >= (size * 8)) { while (size--) storeConstToAop (zero, AOP (result), size); } else { switch (size) { case 1: genlshOne (result, left, shCount); break; case 2: genlshTwo (result, left, shCount); break; case 4: genlshFour (result, left, shCount); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "*** ack! mystery literal shift!\n"); break; } } freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genLeftShift - generates code for left shifting */ /*-----------------------------------------------------------------*/ static void genLeftShift (iCode * ic) { operand *left, *right, *result; int size, offset; symbol *tlbl, *tlbl1; char *shift; asmop *aopResult; D(emitcode ("; genLeftShift","")); right = IC_RIGHT (ic); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (right, ic, FALSE); /* if the shift count is known then do it as efficiently as possible */ if (AOP_TYPE (right) == AOP_LIT) { genLeftShiftLiteral (left, right, result, ic); return; } /* shift count is unknown then we have to form a loop get the loop count in X : Note: we take only the lower order byte since shifting more that 32 bits make no sense anyway, ( the largest size of an object can be only 32 bits ) */ aopOp (result, ic, FALSE); aopOp (left, ic, FALSE); aopResult = AOP (result); if (sameRegs(AOP (right), AOP (result)) || IS_AOP_XA (AOP (result)) || isOperandVolatile (result, FALSE)) aopResult = forceStackedAop (AOP (result), sameRegs ( AOP (left), AOP (result))); /* now move the left to the result if they are not the same */ if (!sameRegs (AOP (left), aopResult)) { size = AOP_SIZE (result); offset = 0; while (size--) { transferAopAop (AOP (left), offset, aopResult, offset); offset++; } } freeAsmop (left, NULL, ic, TRUE); AOP (result) = aopResult; tlbl = newiTempLabel (NULL); size = AOP_SIZE (result); offset = 0; tlbl1 = newiTempLabel (NULL); loadRegFromAop (hc08_reg_x, AOP (right), 0); emitcode ("tstx", ""); emitBranch ("beq", tlbl1); emitLabel (tlbl); shift="lsl"; for (offset=0;offset= 8 */ if (shCount >= 8) { if (shCount || sign) { loadRegFromAop (hc08_reg_a, AOP (left), 1); AccRsh (shCount-8, sign); storeRegToFullAop (hc08_reg_a, AOP (result), sign); } else { transferAopAop (AOP (left), 1, AOP (result), 0); storeConstToAop (zero, AOP (result), 1); } } /* 1 <= shCount <= 7 */ else { loadRegFromAop (hc08_reg_xa, AOP (left), 0); XAccRsh (shCount, sign); storeRegToAop (hc08_reg_xa, AOP (result), 0); } } /*-----------------------------------------------------------------*/ /* shiftRLong - shift right one long from left to result */ /* offl = LSB or MSB16 */ /*-----------------------------------------------------------------*/ static void shiftRLong (operand * left, int offl, operand * result, int sign) { // char *l; // int size = AOP_SIZE (result); bool needpula = FALSE; bool needpulx = FALSE; needpula = pushRegIfUsed (hc08_reg_a); needpulx = pushRegIfUsed (hc08_reg_x); if (offl==LSB) { loadRegFromAop (hc08_reg_xa, AOP (left), MSB24); if (sign) rmwWithReg ("asr", hc08_reg_x); else rmwWithReg ("lsr", hc08_reg_x); rmwWithReg ("ror", hc08_reg_a); storeRegToAop (hc08_reg_xa, AOP (result), MSB24); loadRegFromAop (hc08_reg_xa, AOP (left), LSB); } else if (offl==MSB16) { loadRegFromAop (hc08_reg_a, AOP (left), MSB32); if (sign) rmwWithReg ("asr", hc08_reg_a); else rmwWithReg ("lsr", hc08_reg_a); loadRegFromAop (hc08_reg_x, AOP (left), MSB24); storeRegToAop (hc08_reg_a, AOP (result), MSB24); loadRegFromAop (hc08_reg_a, AOP (left), MSB16); } rmwWithReg ("ror", hc08_reg_x); rmwWithReg ("ror", hc08_reg_a); storeRegToAop (hc08_reg_xa, AOP (result), LSB); if (offl==MSB16) { if (sign) { loadRegFromAop (hc08_reg_a, AOP (left), MSB24); storeRegSignToUpperAop (hc08_reg_a, AOP (result), MSB32, sign); } else { storeConstToAop (zero, AOP (result), MSB32); } } pullOrFreeReg (hc08_reg_x, needpulx); pullOrFreeReg (hc08_reg_a, needpula); } /*-----------------------------------------------------------------*/ /* genrshFour - shift four byte by a known amount != 0 */ /*-----------------------------------------------------------------*/ static void genrshFour (operand * result, operand * left, int shCount, int sign) { /* TODO: handle cases where left == result */ D(emitcode ("; genrshFour","")); /* if shifting more that 3 bytes */ if (shCount >= 24) { loadRegFromAop (hc08_reg_a, AOP (left), 3); AccRsh (shCount-24, sign); storeRegToFullAop (hc08_reg_a, AOP (result), sign); return; } else if (shCount >= 16) { loadRegFromAop (hc08_reg_xa, AOP (left), 2); XAccRsh (shCount-16, sign); storeRegToFullAop (hc08_reg_xa, AOP (result), sign); return; } else if (shCount >= 8) { if (shCount == 1) shiftRLong (left, MSB16, result, sign); else if (shCount == 8) { transferAopAop (AOP (left), 1, AOP (result), 0); transferAopAop (AOP (left), 2, AOP (result), 1); loadRegFromAop (hc08_reg_a, AOP (left), 3); storeRegToAop (hc08_reg_a, AOP (result), 2); storeRegSignToUpperAop (hc08_reg_a, AOP(result), 3, sign); } else if (shCount == 9) { shiftRLong (left, MSB16, result, sign); } else { loadRegFromAop (hc08_reg_xa, AOP (left), 1); XAccRsh (shCount-8, FALSE); storeRegToAop (hc08_reg_xa, AOP (result), 0); loadRegFromAop (hc08_reg_x, AOP (left), 3); loadRegFromConst (hc08_reg_a, zero); XAccRsh (shCount-8, sign); accopWithAop ("ora", AOP (result), 1); storeRegToAop (hc08_reg_xa, AOP (result), 1); storeRegSignToUpperAop (hc08_reg_x, AOP(result), 3, sign); } } else { /* 1 <= shCount <= 7 */ if (shCount == 1) { shiftRLong (left, LSB, result, sign); } else { loadRegFromAop (hc08_reg_xa, AOP (left), 0); XAccRsh (shCount, FALSE); storeRegToAop (hc08_reg_xa, AOP (result), 0); loadRegFromAop (hc08_reg_a, AOP (left), 2); AccLsh (8-shCount); accopWithAop ("ora", AOP (result), 1); storeRegToAop (hc08_reg_a, AOP (result), 1); loadRegFromAop (hc08_reg_xa, AOP (left), 2); XAccRsh (shCount, sign); storeRegToAop (hc08_reg_xa, AOP (result), 2); } } } /*-----------------------------------------------------------------*/ /* genRightShiftLiteral - right shifting by known count */ /*-----------------------------------------------------------------*/ static void genRightShiftLiteral (operand * left, operand * right, operand * result, iCode * ic, int sign) { int shCount = (int) ulFromVal (AOP (right)->aopu.aop_lit); int size; D(emitcode ("; genRightShiftLiteral","")); freeAsmop (right, NULL, ic, TRUE); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); #if VIEW_SIZE DD(emitcode ("; shift right ", "result %d, left %d", AOP_SIZE (result), AOP_SIZE (left))); #endif size = getDataSize (left); /* test the LEFT size !!! */ /* I suppose that the left size >= result size */ if (shCount == 0) { size = getDataSize (result); while (size--) transferAopAop (AOP (left), size, AOP(result), size); } else if (shCount >= (size * 8)) { if (sign) { /* get sign in acc.7 */ loadRegFromAop (hc08_reg_a, AOP (left), size -1); } addSign (result, LSB, sign); } else { switch (size) { case 1: genrshOne (result, left, shCount, sign); break; case 2: genrshTwo (result, left, shCount, sign); break; case 4: genrshFour (result, left, shCount, sign); break; default: break; } } freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genRightShift - generate code for right shifting */ /*-----------------------------------------------------------------*/ static void genRightShift (iCode * ic) { operand *right, *left, *result; sym_link *retype; int size, offset; symbol *tlbl, *tlbl1; char *shift; bool sign; asmop *aopResult; D(emitcode ("; genRightShift","")); /* if signed then we do it the hard way preserve the sign bit moving it inwards */ retype = getSpec (operandType (IC_RESULT (ic))); sign = !SPEC_USIGN (retype); /* signed & unsigned types are treated the same : i.e. the signed is NOT propagated inwards : quoting from the ANSI - standard : "for E1 >> E2, is equivalent to division by 2**E2 if unsigned or if it has a non-negative value, otherwise the result is implementation defined ", MY definition is that the sign does not get propagated */ right = IC_RIGHT (ic); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (right, ic, FALSE); /* if the shift count is known then do it as efficiently as possible */ if (AOP_TYPE (right) == AOP_LIT) { genRightShiftLiteral (left, right, result, ic, sign); return; } /* shift count is unknown then we have to form a loop get the loop count in X : Note: we take only the lower order byte since shifting more that 32 bits make no sense anyway, ( the largest size of an object can be only 32 bits ) */ aopOp (result, ic, FALSE); aopOp (left, ic, FALSE); aopResult = AOP (result); if (sameRegs(AOP (right), AOP (result)) || IS_AOP_XA (AOP (result)) || isOperandVolatile (result, FALSE)) aopResult = forceStackedAop (AOP (result), sameRegs ( AOP (left), AOP (result))); /* now move the left to the result if they are not the same */ if (!sameRegs (AOP (left), aopResult)) { size = AOP_SIZE (result); offset = 0; while (size--) { transferAopAop (AOP (left), offset, aopResult, offset); offset++; } } freeAsmop (left, NULL, ic, TRUE); AOP (result) = aopResult; tlbl = newiTempLabel (NULL); size = AOP_SIZE (result); offset = 0; tlbl1 = newiTempLabel (NULL); loadRegFromAop (hc08_reg_x, AOP (right), 0); emitcode ("tstx", ""); emitBranch ("beq", tlbl1); emitLabel (tlbl); shift= sign ? "asr" : "lsr"; for (offset=size-1;offset>=0;offset--) { rmwWithAop (shift, AOP (result), offset); shift="ror"; } rmwWithReg ("dec", hc08_reg_x); emitBranch ("bne", tlbl); emitLabel (tlbl1); hc08_freeReg (hc08_reg_x); freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genUnpackBits - generates code for unpacking bits */ /*-----------------------------------------------------------------*/ static void genUnpackBits (operand * result, iCode *ifx) { int offset = 0; /* result byte offset */ int rsize; /* result size */ int rlen = 0; /* remaining bitfield length */ sym_link *etype; /* bitfield type information */ int blen; /* bitfield length */ int bstr; /* bitfield starting bit within byte */ D(emitcode ("; genUnpackBits","")); etype = getSpec (operandType (result)); rsize = getSize (operandType (result)); blen = SPEC_BLEN (etype); bstr = SPEC_BSTR (etype); if (ifx && blen <= 8) { emitcode ("lda", ",x"); hc08_dirtyReg (hc08_reg_a, FALSE); if (blen < 8) { emitcode ("and", "#0x%02x", (((unsigned char) -1) >> (8 - blen)) << bstr); } genIfxJump (ifx, "a"); return; } wassert (!ifx); /* If the bitfield length is less than a byte */ if (blen < 8) { emitcode ("lda", ",x"); hc08_dirtyReg (hc08_reg_a, FALSE); AccRsh (bstr, FALSE); emitcode ("and", "#0x%02x", ((unsigned char) -1) >> (8 - blen)); if (!SPEC_USIGN (etype)) { /* signed bitfield */ symbol *tlbl = newiTempLabel (NULL); emitcode ("bit", "#0x%02x", 1<<(blen - 1)); emitcode ("beq", "%05d$", tlbl->key + 100); emitcode ("ora", "#0x%02x", (unsigned char) (0xff << blen)); emitLabel (tlbl); } storeRegToAop (hc08_reg_a, AOP (result), offset++); goto finish; } /* Bit field did not fit in a byte. Copy all but the partial byte at the end. */ for (rlen=blen;rlen>=8;rlen-=8) { emitcode ("lda", ",x"); hc08_dirtyReg (hc08_reg_a, FALSE); storeRegToAop (hc08_reg_a, AOP (result), offset); offset++; if (rlen>8) emitcode ("aix", "#1"); } /* Handle the partial byte at the end */ if (rlen) { emitcode ("lda", ",x"); emitcode ("and", "#0x%02x", ((unsigned char) -1) >> (8-rlen)); if (!SPEC_USIGN (etype)) { /* signed bitfield */ symbol *tlbl = newiTempLabel (NULL); emitcode ("bit", "#0x%02x", 1<<(rlen - 1)); emitcode ("beq", "%05d$", tlbl->key + 100); emitcode ("ora", "#0x%02x", (unsigned char) (0xff << rlen)); emitLabel (tlbl); } storeRegToAop (hc08_reg_a, AOP (result), offset++); } finish: if (offset < rsize) { rsize -= offset; if (SPEC_USIGN (etype)) { while (rsize--) storeConstToAop (zero, AOP (result), offset++); } else { /* signed bitfield: sign extension with 0x00 or 0xff */ emitcode ("rola", ""); emitcode ("clra", ""); emitcode ("sbc", zero); while (rsize--) storeRegToAop (hc08_reg_a, AOP (result), offset++); } } } /*-----------------------------------------------------------------*/ /* genUnpackBitsImmed - generates code for unpacking bits */ /*-----------------------------------------------------------------*/ static void genUnpackBitsImmed (operand * left, operand * result, iCode *ic, iCode *ifx) { int size; int offset = 0; /* result byte offset */ int rsize; /* result size */ int rlen = 0; /* remaining bitfield length */ sym_link *etype; /* bitfield type information */ int blen; /* bitfield length */ int bstr; /* bitfield starting bit within byte */ asmop *derefaop; D(emitcode ("; genUnpackBitsImmed","")); aopOp (result, ic, TRUE); size = AOP_SIZE (result); derefaop = aopDerefAop (AOP (left)); freeAsmop (left, NULL, ic, TRUE); derefaop->size = size; etype = getSpec (operandType (result)); rsize = getSize (operandType (result)); blen = SPEC_BLEN (etype); bstr = SPEC_BSTR (etype); /* if the bitfield is a single bit in the direct page */ if (blen == 1 && derefaop->type == AOP_DIR) { if (!ifx && bstr) { symbol *tlbl = newiTempLabel (NULL); loadRegFromConst (hc08_reg_a, zero); emitcode ("brclr", "#%d,%s,%05d$", bstr, aopAdrStr (derefaop, 0, FALSE), (tlbl->key + 100)); if (SPEC_USIGN (etype)) rmwWithReg ("inc", hc08_reg_a); else rmwWithReg ("dec", hc08_reg_a); emitLabel (tlbl); storeRegToAop (hc08_reg_a, AOP (result), offset); hc08_freeReg (hc08_reg_a); offset++; goto finish; } else if (ifx) { symbol *tlbl = newiTempLabel (NULL); symbol *jlbl; char * inst; if (IC_TRUE (ifx)) { jlbl = IC_TRUE (ifx); inst = "brclr"; } else { jlbl = IC_FALSE (ifx); inst = "brset"; } emitcode (inst, "#%d,%s,%05d$", bstr, aopAdrStr (derefaop, 0, FALSE), (tlbl->key + 100)); emitBranch ("jmp", jlbl); emitLabel (tlbl); ifx->generated = 1; offset++; goto finish; } } /* If the bitfield length is less than a byte */ if (blen < 8) { loadRegFromAop (hc08_reg_a, derefaop, 0); if (!ifx) { AccRsh (bstr, FALSE); emitcode ("and", "#0x%02x", ((unsigned char) -1) >> (8 - blen)); hc08_dirtyReg (hc08_reg_a, FALSE); if (!SPEC_USIGN (etype)) { /* signed bitfield */ symbol *tlbl = newiTempLabel (NULL); emitcode ("bit", "#0x%02x", 1<<(blen - 1)); emitcode ("beq", "%05d$", tlbl->key + 100); emitcode ("ora", "#0x%02x", (unsigned char) (0xff << blen)); emitLabel (tlbl); } storeRegToAop (hc08_reg_a, AOP (result), offset); } else { emitcode ("and", "#0x%02x", (((unsigned char) -1) >> (8 - blen)) << bstr); hc08_dirtyReg (hc08_reg_a, FALSE); } offset++; goto finish; } /* Bit field did not fit in a byte. Copy all but the partial byte at the end. */ for (rlen=blen;rlen>=8;rlen-=8) { loadRegFromAop (hc08_reg_a, derefaop, size-offset-1); if (!ifx) storeRegToAop (hc08_reg_a, AOP (result), offset); else emitcode ("tsta", ""); offset++; } /* Handle the partial byte at the end */ if (rlen) { loadRegFromAop (hc08_reg_a, derefaop, size-offset-1); emitcode ("and", "#0x%02x", ((unsigned char) -1) >> (8-rlen)); if (!SPEC_USIGN (etype)) { /* signed bitfield */ symbol *tlbl = newiTempLabel (NULL); emitcode ("bit", "#0x%02x", 1<<(rlen - 1)); emitcode ("beq", "%05d$", tlbl->key + 100); emitcode ("ora", "#0x%02x", (unsigned char) (0xff << rlen)); emitLabel (tlbl); } storeRegToAop (hc08_reg_a, AOP (result), offset++); } finish: if (offset < rsize) { rsize -= offset; if (SPEC_USIGN (etype)) { while (rsize--) storeConstToAop (zero, AOP (result), offset++); } else { /* signed bitfield: sign extension with 0x00 or 0xff */ emitcode ("rola", ""); emitcode ("clra", ""); emitcode ("sbc", zero); while (rsize--) storeRegToAop (hc08_reg_a, AOP (result), offset++); } } freeAsmop (NULL, derefaop, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); if (ifx && !ifx->generated) { genIfxJump (ifx, "a"); } } /*-----------------------------------------------------------------*/ /* genDataPointerGet - generates code when ptr offset is known */ /*-----------------------------------------------------------------*/ static void genDataPointerGet (operand * left, operand * result, iCode * ic, iCode * ifx) { int size; asmop *derefaop; D(emitcode ("; genDataPointerGet","")); aopOp (result, ic, TRUE); size = AOP_SIZE (result); derefaop = aopDerefAop (AOP (left)); freeAsmop (left, NULL, ic, TRUE); derefaop->size = size; while (size--) { if (!ifx) transferAopAop (derefaop, size, AOP (result), size); else loadRegFromAop (hc08_reg_a, derefaop, size); } freeAsmop (NULL, derefaop, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); if (ifx && !ifx->generated) { genIfxJump (ifx, "a"); } } /*-----------------------------------------------------------------*/ /* genPointerGet - generate code for pointer get */ /*-----------------------------------------------------------------*/ static void genPointerGet (iCode * ic, iCode *pi, iCode *ifx) { operand *left = IC_LEFT (ic); operand *result = IC_RESULT (ic); int size, offset; sym_link *retype = getSpec (operandType (result)); D(emitcode ("; genPointerGet","")); if (getSize (operandType (result))>1) ifx = NULL; aopOp (left, ic, FALSE); /* if left is rematerialisable and result is not bit variable type */ if (AOP_TYPE (left) == AOP_IMMD || AOP_TYPE (left) == AOP_LIT) { if (!IS_BITVAR (retype)) { genDataPointerGet (left, result, ic, ifx); return; } else { genUnpackBitsImmed (left, result, ic, ifx); return; } } /* if the operand is already in hx then we do nothing else we move the value to hx */ if (AOP_TYPE (left) != AOP_STR) { /* if this is remateriazable */ loadRegFromAop (hc08_reg_hx, AOP (left), 0); } /* so hx now contains the address */ aopOp (result, ic, FALSE); /* if bit then unpack */ if (IS_BITVAR (retype)) genUnpackBits (result, ifx); else { size = AOP_SIZE (result); offset = size-1; while (size--) { accopWithMisc ("lda", ",x"); if (size || pi) { emitcode ("aix", "#1"); hc08_dirtyReg (hc08_reg_hx, FALSE); } if (!ifx) storeRegToAop (hc08_reg_a, AOP (result), offset); offset--; hc08_freeReg (hc08_reg_a); } } freeAsmop (left, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); if (pi) { aopOp (IC_RESULT (pi), pi, FALSE); storeRegToAop (hc08_reg_hx, AOP (IC_RESULT (pi)), 0); freeAsmop (IC_RESULT (pi), NULL, pi, TRUE); pi->generated = 1; } if (ifx && !ifx->generated) { genIfxJump (ifx, "a"); } hc08_freeReg (hc08_reg_hx); } /*-----------------------------------------------------------------*/ /* genPackBits - generates code for packed bit storage */ /*-----------------------------------------------------------------*/ static void genPackBits (sym_link * etype, operand * right) { int offset = 0; /* source byte offset */ int rlen = 0; /* remaining bitfield length */ int blen; /* bitfield length */ int bstr; /* bitfield starting bit within byte */ int litval; /* source literal value (if AOP_LIT) */ unsigned char mask; /* bitmask within current byte */ int xoffset = 0; D(emitcode ("; genPackBits","")); blen = SPEC_BLEN (etype); bstr = SPEC_BSTR (etype); /* If the bitfield length is less than a byte */ if (blen < 8) { mask = ((unsigned char) (0xFF << (blen + bstr)) | (unsigned char) (0xFF >> (8 - bstr))); if (AOP_TYPE (right) == AOP_LIT) { /* Case with a bitfield length <8 and literal source */ litval = (int) ulFromVal (AOP (right)->aopu.aop_lit); litval <<= bstr; litval &= (~mask) & 0xff; emitcode ("lda", ",x"); if ((mask|litval)!=0xff) emitcode ("and","#0x%02x", mask); if (litval) emitcode ("ora","#0x%02x", litval); hc08_dirtyReg (hc08_reg_a, FALSE); emitcode ("sta", ",x"); hc08_freeReg (hc08_reg_a); return; } /* Case with a bitfield length < 8 and arbitrary source */ loadRegFromAop (hc08_reg_a, AOP (right), 0); /* shift and mask source value */ AccLsh (bstr); emitcode ("and", "#0x%02x", (~mask) & 0xff); hc08_dirtyReg (hc08_reg_a, FALSE); pushReg (hc08_reg_a, TRUE); emitcode ("lda", ",x"); emitcode ("and", "#0x%02x", mask); emitcode ("ora", "1,s"); emitcode ("sta", ",x"); pullReg (hc08_reg_a); hc08_freeReg (hc08_reg_a); return; } /* Bit length is greater than 7 bits. In this case, copy */ /* all except the partial byte at the end */ for (rlen=blen;rlen>=8;rlen-=8) { if (AOP (right)->type == AOP_DIR) { emitcode ("mov", "%s,x+", aopAdrStr(AOP (right), offset, FALSE)); xoffset++; } else { loadRegFromAop (hc08_reg_a, AOP (right), offset); emitcode ("sta", "%d,x", offset); } offset++; } /* If there was a partial byte at the end */ if (rlen) { mask = (((unsigned char) -1 << rlen) & 0xff); if (AOP_TYPE (right) == AOP_LIT) { /* Case with partial byte and literal source */ litval = (int) ulFromVal (AOP (right)->aopu.aop_lit); litval >>= (blen-rlen); litval &= (~mask) & 0xff; emitcode ("lda", "%d,x", offset - xoffset); hc08_dirtyReg (hc08_reg_a, FALSE); if ((mask|litval)!=0xff) emitcode ("and","#0x%02x", mask); if (litval) emitcode ("ora","#0x%02x", litval); emitcode ("sta", "%d,x", offset - xoffset); hc08_dirtyReg (hc08_reg_a, FALSE); hc08_freeReg (hc08_reg_a); return; } /* Case with partial byte and arbitrary source */ loadRegFromAop (hc08_reg_a, AOP (right), offset); emitcode ("and", "#0x%02x", (~mask) & 0xff); hc08_dirtyReg (hc08_reg_a, FALSE); pushReg (hc08_reg_a, TRUE); emitcode ("lda", "%d,x", offset - xoffset); emitcode ("and", "#0x%02x", mask); emitcode ("ora", "1,s"); emitcode ("sta", "%d,x", offset - xoffset); pullReg (hc08_reg_a); } hc08_freeReg (hc08_reg_a); } /*-----------------------------------------------------------------*/ /* genPackBitsImmed - generates code for packed bit storage */ /*-----------------------------------------------------------------*/ static void genPackBitsImmed (operand *result, sym_link * etype, operand * right, iCode * ic) { asmop *derefaop; int size; int offset = 0; /* source byte offset */ int rlen = 0; /* remaining bitfield length */ int blen; /* bitfield length */ int bstr; /* bitfield starting bit within byte */ int litval; /* source literal value (if AOP_LIT) */ unsigned char mask; /* bitmask within current byte */ D(emitcode ("; genPackBitsImmed","")); blen = SPEC_BLEN (etype); bstr = SPEC_BSTR (etype); aopOp (right, ic, FALSE); size = AOP_SIZE (right); derefaop = aopDerefAop (AOP (result)); freeAsmop (result, NULL, ic, TRUE); derefaop->size = size; /* if the bitfield is a single bit in the direct page */ if (blen == 1 && derefaop->type == AOP_DIR) { if (AOP_TYPE (right) == AOP_LIT) { litval = (int) ulFromVal (AOP (right)->aopu.aop_lit); emitcode ((litval & 1) ? "bset" : "bclr", "#%d,%s", bstr, aopAdrStr (derefaop, 0, FALSE)); } else { symbol *tlbl1 = newiTempLabel (NULL); symbol *tlbl2 = newiTempLabel (NULL); loadRegFromAop (hc08_reg_a, AOP (right), 0); emitcode ("bit", "#1"); emitBranch ("bne", tlbl1); emitcode ("bclr", "#%d,%s", bstr, aopAdrStr (derefaop, 0, FALSE)); emitBranch ("bra", tlbl2); emitLabel (tlbl1); emitcode ("bset", "#%d,%s", bstr, aopAdrStr (derefaop, 0, FALSE)); emitLabel (tlbl2); hc08_freeReg (hc08_reg_a); } goto release; } /* If the bitfield length is less than a byte */ if (blen < 8) { mask = ((unsigned char) (0xFF << (blen + bstr)) | (unsigned char) (0xFF >> (8 - bstr))); if (AOP_TYPE (right) == AOP_LIT) { /* Case with a bitfield length <8 and literal source */ litval = (int) ulFromVal (AOP (right)->aopu.aop_lit); litval <<= bstr; litval &= (~mask) & 0xff; loadRegFromAop (hc08_reg_a, derefaop, 0); if ((mask|litval)!=0xff) emitcode ("and","#0x%02x", mask); if (litval) emitcode ("ora","#0x%02x", litval); hc08_dirtyReg (hc08_reg_a, FALSE); storeRegToAop (hc08_reg_a, derefaop, 0); hc08_freeReg (hc08_reg_a); goto release; } /* Case with a bitfield length < 8 and arbitrary source */ loadRegFromAop (hc08_reg_a, AOP (right), 0); /* shift and mask source value */ AccLsh (bstr); emitcode ("and", "#0x%02x", (~mask) & 0xff); hc08_dirtyReg (hc08_reg_a, FALSE); pushReg (hc08_reg_a, TRUE); loadRegFromAop (hc08_reg_a, derefaop, 0); emitcode ("and", "#0x%02x", mask); emitcode ("ora", "1,s"); storeRegToAop (hc08_reg_a, derefaop, 0); pullReg (hc08_reg_a); hc08_freeReg (hc08_reg_a); goto release; } /* Bit length is greater than 7 bits. In this case, copy */ /* all except the partial byte at the end */ for (rlen=blen;rlen>=8;rlen-=8) { transferAopAop (AOP (right), offset, derefaop, size-offset-1); offset++; } /* If there was a partial byte at the end */ if (rlen) { mask = (((unsigned char) -1 << rlen) & 0xff); if (AOP_TYPE (right) == AOP_LIT) { /* Case with partial byte and literal source */ litval = (int) ulFromVal (AOP (right)->aopu.aop_lit); litval >>= (blen-rlen); litval &= (~mask) & 0xff; loadRegFromAop (hc08_reg_a, derefaop, size-offset-1); if ((mask|litval)!=0xff) emitcode ("and","#0x%02x", mask); if (litval) emitcode ("ora","#0x%02x", litval); hc08_dirtyReg (hc08_reg_a, FALSE); storeRegToAop (hc08_reg_a, derefaop, size-offset-1); hc08_dirtyReg (hc08_reg_a, FALSE); hc08_freeReg (hc08_reg_a); goto release; } /* Case with partial byte and arbitrary source */ loadRegFromAop (hc08_reg_a, AOP (right), offset); emitcode ("and", "#0x%02x", (~mask) & 0xff); hc08_dirtyReg (hc08_reg_a, FALSE); pushReg (hc08_reg_a, TRUE); loadRegFromAop (hc08_reg_a, derefaop, size-offset-1); emitcode ("and", "#0x%02x", mask); emitcode ("ora", "1,s"); storeRegToAop (hc08_reg_a, derefaop, size-offset-1); pullReg (hc08_reg_a); } hc08_freeReg (hc08_reg_a); release: freeAsmop (right, NULL, ic, TRUE); freeAsmop (NULL, derefaop, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genDataPointerSet - remat pointer to data space */ /*-----------------------------------------------------------------*/ static void genDataPointerSet (operand * right, operand * result, iCode * ic) { int size; asmop *derefaop; D(emitcode ("; genDataPointerSet","")); aopOp (right, ic, FALSE); size = AOP_SIZE (right); derefaop = aopDerefAop (AOP (result)); freeAsmop (result, NULL, ic, TRUE); derefaop->size = size; while (size--) { transferAopAop (AOP (right), size, derefaop, size); } freeAsmop (right, NULL, ic, TRUE); freeAsmop (NULL, derefaop, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genPointerSet - stores the value into a pointer location */ /*-----------------------------------------------------------------*/ static void genPointerSet (iCode * ic, iCode *pi) { operand *right = IC_RIGHT (ic); operand *result = IC_RESULT (ic); sym_link *type, *etype; int size, offset; sym_link *retype = getSpec (operandType (right)); sym_link *letype = getSpec (operandType (result)); D(emitcode ("; genPointerSet","")); type = operandType (result); etype = getSpec (type); aopOp (result, ic, FALSE); /* if the result is rematerializable */ if (AOP_TYPE (result) == AOP_IMMD || AOP_TYPE (result) == AOP_LIT) { if (!IS_BITVAR (retype) && !IS_BITVAR (letype)) { genDataPointerSet (right, result, ic); return; } else { genPackBitsImmed (result, (IS_BITVAR (retype) ? retype : letype), right, ic); return; } } /* if the operand is already in hx then we do nothing else we move the value to hx */ if (AOP_TYPE (result) != AOP_STR) { loadRegFromAop (hc08_reg_hx, AOP (result), 0); } /* so hx now contains the address */ aopOp (right, ic, FALSE); /* if bit then unpack */ if (IS_BITVAR (retype) || IS_BITVAR (letype)) genPackBits ((IS_BITVAR (retype) ? retype : letype), right); else { size = AOP_SIZE (right); offset = size-1; while (size--) { loadRegFromAop (hc08_reg_a, AOP (right), offset--); accopWithMisc ("sta", ",x"); if (size || pi) { emitcode ("aix", "#1"); } hc08_freeReg (hc08_reg_a); } } freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); if (pi) { aopOp (IC_RESULT (pi), pi, FALSE); storeRegToAop (hc08_reg_hx, AOP (IC_RESULT (pi)), 0); freeAsmop (IC_RESULT (pi), NULL, pi, TRUE); pi->generated=1; } hc08_freeReg (hc08_reg_hx); } /*-----------------------------------------------------------------*/ /* genIfx - generate code for Ifx statement */ /*-----------------------------------------------------------------*/ static void genIfx (iCode * ic, iCode * popIc) { operand *cond = IC_COND (ic); int isbit = 0; D(emitcode ("; genIfx","")); aopOp (cond, ic, FALSE); /* If the condition is a literal, we can just do an unconditional */ /* branch or no branch */ if (AOP_TYPE (cond) == AOP_LIT) { unsigned long lit = ulFromVal (AOP (cond)->aopu.aop_lit); freeAsmop (cond, NULL, ic, TRUE); /* if there was something to be popped then do it */ if (popIc) genIpop (popIc); if (lit) { if (IC_TRUE (ic)) emitBranch ("jmp", IC_TRUE (ic)); } else { if (IC_FALSE (ic)) emitBranch ("jmp", IC_FALSE (ic)); } ic->generated = 1; return; } /* get the value into acc */ if (AOP_TYPE (cond) != AOP_CRY) asmopToBool (AOP (cond), FALSE); else isbit = 1; /* the result is now in the accumulator */ freeAsmop (cond, NULL, ic, TRUE); /* if there was something to be popped then do it */ if (popIc) genIpop (popIc); /* if the condition is a bit variable */ if (isbit && IS_ITEMP (cond) && SPIL_LOC (cond)) genIfxJump (ic, SPIL_LOC (cond)->rname); else if (isbit && !IS_ITEMP (cond)) genIfxJump (ic, OP_SYMBOL (cond)->rname); else genIfxJump (ic, "a"); ic->generated = 1; } /*-----------------------------------------------------------------*/ /* genAddrOf - generates code for address of */ /*-----------------------------------------------------------------*/ static void genAddrOf (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); int size, offset; D(emitcode ("; genAddrOf","")); aopOp (IC_RESULT (ic), ic, FALSE); /* if the operand is on the stack then we need to get the stack offset of this variable */ if (sym->onStack) { /* if it has an offset then we need to compute it */ offset = _G.stackOfs + _G.stackPushes + sym->stack; hc08_useReg (hc08_reg_hx); emitcode ("tsx", ""); while (offset > 127) { emitcode ("aix", "#127"); offset -= 127; } while (offset < -128) { emitcode ("aix", "#-128"); offset += 128; } emitcode ("aix", "#%d", offset); storeRegToFullAop (hc08_reg_hx, AOP (IC_RESULT (ic)), FALSE); hc08_freeReg (hc08_reg_hx); goto release; } /* object not on stack then we need the name */ size = AOP_SIZE (IC_RESULT (ic)); offset = 0; while (size--) { char s[SDCC_NAME_MAX+10]; switch (offset) { case 0: sprintf (s, "#%s", sym->rname); break; case 1: sprintf (s, "#>%s", sym->rname); break; default: sprintf (s, "#(%s >> %d)", sym->rname, offset * 8); } storeConstToAop(s, AOP (IC_RESULT (ic)), offset++); } release: freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genAssign - generate code for assignment */ /*-----------------------------------------------------------------*/ static void genAssign (iCode * ic) { operand *result, *right; int size; // unsigned long lit = 0L; D(emitcode("; genAssign","")); result = IC_RESULT (ic); right = IC_RIGHT (ic); /* if they are the same */ if (operandsEqu (result, right)) { return; } aopOp (right, ic, FALSE); aopOp (result, ic, TRUE); /* if they are the same registers */ if (sameRegs (AOP (right), AOP (result))) goto release; if ((AOP_TYPE (right) == AOP_LIT) && (IS_AOP_HX(AOP(result)))) { loadRegFromAop(hc08_reg_hx, AOP (right), 0); goto release; } /* general case */ size = AOP_SIZE (result); while (size--) { transferAopAop (AOP (right), size, AOP (result), size); } release: freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genJumpTab - generates code for jump table */ /*-----------------------------------------------------------------*/ static void genJumpTab (iCode * ic) { symbol *jtab; symbol *jtablo = newiTempLabel (NULL); symbol *jtabhi = newiTempLabel (NULL); D(emitcode ("; genJumpTab","")); aopOp (IC_JTCOND (ic), ic, FALSE); if (hc08_reg_x->isFree && hc08_reg_x->isFree) { /* get the condition into x */ loadRegFromAop (hc08_reg_x, AOP (IC_JTCOND (ic)), 0); freeAsmop (IC_JTCOND (ic), NULL, ic, TRUE); loadRegFromConst (hc08_reg_h, zero); emitcode ("lda", "%05d$,x", jtabhi->key + 100); emitcode ("ldx", "%05d$,x", jtablo->key + 100); transferRegReg (hc08_reg_a, hc08_reg_h, TRUE); emitcode ("jmp", ",x"); hc08_dirtyReg (hc08_reg_a, TRUE); hc08_dirtyReg (hc08_reg_hx, TRUE); } else { adjustStack(-2); pushReg(hc08_reg_hx, TRUE); /* get the condition into x */ loadRegFromAop (hc08_reg_x, AOP (IC_JTCOND (ic)), 0); freeAsmop (IC_JTCOND (ic), NULL, ic, TRUE); loadRegFromConst (hc08_reg_h, zero); emitcode ("lda", "%05d$,x", jtabhi->key + 100); emitcode ("sta", "3,s"); emitcode ("lda", "%05d$,x", jtablo->key + 100); emitcode ("sta", "4,s"); pullReg(hc08_reg_hx); emitcode ("rts", ""); _G.stackPushes += 2; updateCFA(); } /* now generate the jump labels */ emitLabel (jtablo); for (jtab = setFirstItem (IC_JTLABELS (ic)); jtab; jtab = setNextItem (IC_JTLABELS (ic))) emitcode (".db", "%05d$", jtab->key + 100); emitLabel (jtabhi); for (jtab = setFirstItem (IC_JTLABELS (ic)); jtab; jtab = setNextItem (IC_JTLABELS (ic))) emitcode (".db", ">%05d$", jtab->key + 100); } /*-----------------------------------------------------------------*/ /* genCast - gen code for casting */ /*-----------------------------------------------------------------*/ static void genCast (iCode * ic) { operand *result = IC_RESULT (ic); sym_link *ctype = operandType (IC_LEFT (ic)); sym_link *rtype = operandType (IC_RIGHT (ic)); operand *right = IC_RIGHT (ic); int size, offset; D(emitcode("; genCast","")); /* if they are equivalent then do nothing */ if (operandsEqu (IC_RESULT (ic), IC_RIGHT (ic))) return; aopOp (right, ic, FALSE); aopOp (result, ic, FALSE); /* if they are the same size : or less */ if (AOP_SIZE (result) <= AOP_SIZE (right)) { /* if they are in the same place */ #if 0 if (sameRegs (AOP (right), AOP (result))) goto release; #endif /* if they in different places then copy */ size = AOP_SIZE (result); offset = 0; while (size--) { transferAopAop(AOP (right), offset, AOP (result), offset); offset++; } goto release; } /* if the result is of type pointer */ if (IS_PTR (ctype)) { int p_type; sym_link *type = operandType (right); sym_link *etype = getSpec (type); /* pointer to generic pointer */ if (IS_GENPTR (ctype)) { if (IS_PTR (type)) p_type = DCL_TYPE (type); else { if (SPEC_SCLS(etype)==S_REGISTER) { // let's assume it is a generic pointer p_type=GPOINTER; } else { /* we have to go by the storage class */ p_type = PTR_TYPE (SPEC_OCLS (etype)); } } /* the first two bytes are known */ size = GPTRSIZE - 1; offset = 0; while (size--) { transferAopAop(AOP (right), offset, AOP (result), offset); offset++; } /* the last byte depending on type */ #if 0 { int gpVal = pointerTypeToGPByte(p_type, NULL, NULL); char gpValStr[10]; if (gpVal == -1) { // pointerTypeToGPByte will have bitched. exit(1); } sprintf(gpValStr, "#0x%x", gpVal); aopPut (AOP (result), gpValStr, GPTRSIZE - 1); } #endif goto release; } /* just copy the pointers */ size = AOP_SIZE (result); offset = 0; while (size--) { transferAopAop(AOP (right), offset, AOP (result), offset); offset++; } goto release; } /* so we now know that the size of destination is greater than the size of the source */ /* we move to result for the size of source */ size = AOP_SIZE (right); offset = 0; while (size--) { transferAopAop(AOP (right), offset, AOP (result), offset); offset++; } /* now depending on the sign of the source && destination */ size = AOP_SIZE (result) - AOP_SIZE (right); /* if unsigned or not an integral type */ if (!IS_SPEC (rtype) || SPEC_USIGN (rtype) || AOP_TYPE(right)==AOP_CRY) { while (size--) storeConstToAop (zero, AOP (result), offset++); } else { /* we need to extend the sign :{ */ loadRegFromAop (hc08_reg_a, AOP (right), AOP_SIZE (right) -1); accopWithMisc ("rola", ""); accopWithMisc ("clra", ""); accopWithMisc ("sbc", zero); while (size--) storeRegToAop (hc08_reg_a, AOP (result), offset++); } /* we are done hurray !!!! */ release: freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genDjnz - generate decrement & jump if not zero instrucion */ /*-----------------------------------------------------------------*/ static int genDjnz (iCode * ic, iCode * ifx) { symbol *lbl, *lbl1; if (!ifx) return 0; D(emitcode ("; genDjnz","")); /* if the if condition has a false label then we cannot save */ if (IC_FALSE (ifx)) return 0; /* if the minus is not of the form a = a - 1 */ if (!isOperandEqual (IC_RESULT (ic), IC_LEFT (ic)) || !IS_OP_LITERAL (IC_RIGHT (ic))) return 0; if (operandLitValue (IC_RIGHT (ic)) != 1) return 0; /* dbnz doesn't support extended mode */ if (isOperandInFarSpace (IC_RESULT (ic))) return 0; /* if the size of this greater than one then no saving */ // if (getSize (operandType (IC_RESULT (ic))) > 1) // return 0; aopOp (IC_RESULT (ic), ic, FALSE); if (AOP_SIZE (IC_RESULT (ic))>1) { freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); return 0; } /* otherwise we can save BIG */ lbl = newiTempLabel (NULL); lbl1 = newiTempLabel (NULL); emitcode ("dbnz", "%s,%05d$", aopAdrStr (AOP (IC_RESULT (ic)), 0, FALSE), lbl->key + 100); emitBranch ("bra", lbl1); emitLabel (lbl); emitBranch ("jmp", IC_TRUE (ifx)); emitLabel (lbl1); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); ifx->generated = 1; return 1; } /*-----------------------------------------------------------------*/ /* genReceive - generate code for a receive iCode */ /*-----------------------------------------------------------------*/ static void genReceive (iCode * ic) { int size; int offset; D(emitcode ("; genReceive","")); aopOp (IC_RESULT (ic), ic, FALSE); size = AOP_SIZE (IC_RESULT (ic)); offset = 0; if (ic->argreg) { while (size--) { transferAopAop( hc08_aop_pass[offset+(ic->argreg-1)], 0, AOP (IC_RESULT (ic)), offset); if (hc08_aop_pass[offset]->type == AOP_REG) hc08_freeReg (hc08_aop_pass[offset]->aopu.aop_reg[0]); offset++; } } freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genDummyRead - generate code for dummy read of volatiles */ /*-----------------------------------------------------------------*/ static void genDummyRead (iCode * ic) { operand *op; int size, offset; D(emitcode("; genDummyRead","")); op = IC_RIGHT (ic); if (op && IS_SYMOP (op)) { aopOp (op, ic, FALSE); size = AOP_SIZE (op); offset = 0; while (size--) { loadRegFromAop (hc08_reg_a, AOP (op), offset); hc08_freeReg (hc08_reg_a); offset++; } freeAsmop (op, NULL, ic, TRUE); } op = IC_LEFT (ic); if (op && IS_SYMOP (op)) { aopOp (op, ic, FALSE); size = AOP_SIZE (op); offset = 0; while (size--) { loadRegFromAop (hc08_reg_a, AOP (op), offset); hc08_freeReg (hc08_reg_a); offset++; } freeAsmop (op, NULL, ic, TRUE); } } /*-----------------------------------------------------------------*/ /* genCritical - generate code for start of a critical sequence */ /*-----------------------------------------------------------------*/ static void genCritical (iCode *ic) { D(emitcode("; genCritical","")); if (IC_RESULT (ic)) aopOp (IC_RESULT (ic), ic, TRUE); emitcode ("tpa", ""); hc08_dirtyReg (hc08_reg_a, FALSE); emitcode ("sei", ""); if (IC_RESULT (ic)) storeRegToAop (hc08_reg_a, AOP (IC_RESULT (ic)), 0); else pushReg (hc08_reg_a, FALSE); hc08_freeReg (hc08_reg_a); if (IC_RESULT (ic)) freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genEndCritical - generate code for end of a critical sequence */ /*-----------------------------------------------------------------*/ static void genEndCritical (iCode *ic) { D(emitcode("; genEndCritical","")); if (IC_RIGHT (ic)) { aopOp (IC_RIGHT (ic), ic, FALSE); loadRegFromAop (hc08_reg_a, AOP (IC_RIGHT (ic)), 0); emitcode ("tap", ""); hc08_freeReg (hc08_reg_a); freeAsmop (IC_RIGHT (ic), NULL, ic, TRUE); } else { pullReg (hc08_reg_a); emitcode ("tap", ""); } } /*-----------------------------------------------------------------*/ /* genhc08Code - generate code for HC08 based controllers */ /*-----------------------------------------------------------------*/ void genhc08Code (iCode * lic) { iCode *ic; int cln = 0; int clevel = 0; int cblock = 0; lineHead = lineCurr = NULL; /* print the allocation information */ if (allocInfo && currFunc) printAllocInfo (currFunc, codeOutBuf); /* if debug information required */ if (options.debug && currFunc) { debugFile->writeFunction (currFunc, lic); #if 0 _G.debugLine = 1; if (IS_STATIC (currFunc->etype)) emitcode ("", "F%s$%s$0$0 ==.", moduleName, currFunc->name); else emitcode ("", "G$%s$0$0 ==.", currFunc->name); _G.debugLine = 0; #endif } /* stack pointer name */ if (options.useXstack) spname = "_spx"; else spname = "sp"; debugFile->writeFrameAddress (NULL, NULL, 0); /* have no idea where frame is now */ hc08_aop_pass[0] = newAsmop (AOP_REG); hc08_aop_pass[0]->size=1; hc08_aop_pass[0]->aopu.aop_reg[0] = hc08_reg_a; hc08_aop_pass[1] = newAsmop (AOP_REG); hc08_aop_pass[1]->size=1; hc08_aop_pass[1]->aopu.aop_reg[0] = hc08_reg_x; hc08_aop_pass[2] = newAsmop (AOP_DIR); hc08_aop_pass[2]->size=1; hc08_aop_pass[2]->aopu.aop_dir = "__ret2"; hc08_aop_pass[3] = newAsmop (AOP_DIR); hc08_aop_pass[3]->size=1; hc08_aop_pass[3]->aopu.aop_dir = "__ret3"; for (ic = lic; ic; ic = ic->next) { _G.current_iCode = ic; if (ic->level != clevel || ic->block != cblock) { if (options.debug) { debugFile->writeScope(ic); } clevel = ic->level; cblock = ic->block; } if (ic->lineno && cln != ic->lineno) { if (options.debug) { debugFile->writeCLine(ic); #if 0 _G.debugLine = 1; emitcode ("", "C$%s$%d$%d$%d ==.", FileBaseName (ic->filename), ic->lineno, ic->level, ic->block); _G.debugLine = 0; #endif } if (!options.noCcodeInAsm) { emitcode ("", ";%s:%d: %s", ic->filename, ic->lineno, printCLine(ic->filename, ic->lineno)); } cln = ic->lineno; } if (options.iCodeInAsm) { char regsInUse[80]; int i; const char *iLine; for (i=0; i<6; i++) { sprintf (®sInUse[i], "%c", ic->riu & (1<seq, printILine(ic)); dbuf_free(iLine); } /* if the result is marked as spilt and rematerializable or code for this has already been generated then do nothing */ if (resultRemat (ic) || ic->generated) continue; { int i; regs *reg; symbol *sym; for (i=A_IDX;i<=XA_IDX;i++) { reg = hc08_regWithIdx(i); if (reg->aop) emitcode("","; %s = %s offset %d", reg->name, aopName(reg->aop), reg->aopofs); reg->isFree = TRUE; } if (IC_LEFT (ic) && IS_ITEMP (IC_LEFT (ic))) { sym = OP_SYMBOL (IC_LEFT (ic)); if (sym->accuse == ACCUSE_HX) { hc08_reg_h->isFree = FALSE; hc08_reg_x->isFree = FALSE; } else if (sym->accuse == ACCUSE_XA) { hc08_reg_a->isFree = FALSE; if (sym->nRegs>1) hc08_reg_x->isFree = FALSE; } } if (IC_RIGHT (ic) && IS_ITEMP (IC_RIGHT (ic))) { sym = OP_SYMBOL (IC_RIGHT (ic)); if (sym->accuse == ACCUSE_HX) { hc08_reg_h->isFree = FALSE; hc08_reg_x->isFree = FALSE; } else if (sym->accuse == ACCUSE_XA) { hc08_reg_a->isFree = FALSE; if (sym->nRegs>1) hc08_reg_x->isFree = FALSE; } } } /* depending on the operation */ switch (ic->op) { case '!': genNot (ic); break; case '~': genCpl (ic); break; case UNARYMINUS: genUminus (ic); break; case IPUSH: genIpush (ic); break; case IPOP: /* IPOP happens only when trying to restore a spilt live range, if there is an ifx statement following this pop then the if statement might be using some of the registers being popped which would destory the contents of the register so we need to check for this condition and handle it */ if (ic->next && ic->next->op == IFX && regsInCommon (IC_LEFT (ic), IC_COND (ic->next))) genIfx (ic->next, ic); else genIpop (ic); break; case CALL: genCall (ic); break; case PCALL: genPcall (ic); break; case FUNCTION: genFunction (ic); break; case ENDFUNCTION: genEndFunction (ic); break; case RETURN: genRet (ic); break; case LABEL: genLabel (ic); break; case GOTO: genGoto (ic); break; case '+': if (!genPointerGetSetOfs (ic)) genPlus (ic); break; case '-': if (!genDjnz (ic, ifxForOp (IC_RESULT (ic), ic))) genMinus (ic); break; case '*': genMult (ic); break; case '/': genDiv (ic); break; case '%': genMod (ic); break; case '>': case '<': case LE_OP: case GE_OP: genCmp (ic, ifxForOp (IC_RESULT (ic), ic)); break; case NE_OP: case EQ_OP: genCmpEQorNE (ic, ifxForOp (IC_RESULT (ic), ic)); break; case AND_OP: genAndOp (ic); break; case OR_OP: genOrOp (ic); break; case '^': genXor (ic, ifxForOp (IC_RESULT (ic), ic)); break; case '|': genOr (ic, ifxForOp (IC_RESULT (ic), ic)); break; case BITWISEAND: genAnd (ic, ifxForOp (IC_RESULT (ic), ic)); break; case INLINEASM: genInline (ic); break; case RRC: genRRC (ic); break; case RLC: genRLC (ic); break; case GETHBIT: genGetHbit (ic); break; case LEFT_OP: genLeftShift (ic); break; case RIGHT_OP: genRightShift (ic); break; case GET_VALUE_AT_ADDRESS: genPointerGet (ic, hasInc (IC_LEFT (ic), ic, getSize (operandType (IC_RESULT (ic)))), ifxForOp (IC_RESULT (ic), ic) ); break; case '=': if (POINTER_SET (ic)) genPointerSet (ic, hasInc (IC_RESULT(ic),ic,getSize(operandType(IC_RIGHT(ic))))); else genAssign (ic); break; case IFX: genIfx (ic, NULL); break; case ADDRESS_OF: genAddrOf (ic); break; case JUMPTABLE: genJumpTab (ic); break; case CAST: genCast (ic); break; case RECEIVE: genReceive (ic); break; case SEND: addSet (&_G.sendSet, ic); break; case DUMMY_READ_VOLATILE: genDummyRead (ic); break; case CRITICAL: genCritical (ic); break; case ENDCRITICAL: genEndCritical (ic); break; case SWAP: genSwap (ic); break; default: ic = ic; } if (!hc08_reg_a->isFree) DD(emitcode("","; forgot to free a")); if (!hc08_reg_x->isFree) DD(emitcode("","; forgot to free x")); if (!hc08_reg_h->isFree) DD(emitcode("","; forgot to free h")); if (!hc08_reg_hx->isFree) DD(emitcode("","; forgot to free hx")); if (!hc08_reg_xa->isFree) DD(emitcode("","; forgot to free xa")); } debugFile->writeFrameAddress (NULL, NULL, 0); /* have no idea where frame is now */ /* now we are ready to call the peep hole optimizer */ if (!options.nopeep) peepHole (&lineHead); /* now do the actual printing */ printLine (lineHead, codeOutBuf); return; } sdcc-2.9.0/src/hc08/gen.h000066400000000000000000000063241116427777700147410ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCgen51.h - header file for code generation for 8051 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCGEN51_H #define SDCCGEN51_H enum { AOP_LIT = 1, AOP_REG, AOP_DIR, AOP_STK, AOP_IMMD, AOP_STR, AOP_CRY, AOP_EXT, AOP_SOF, AOP_DUMMY }; enum { ACCUSE_XA = 1, ACCUSE_HX }; /* type asmop : a homogenised type for all the different spaces an operand can be in */ typedef struct asmop { short type; /* can have values AOP_LIT - operand is a literal value AOP_REG - is in registers AOP_DIR - operand using direct addressing mode AOP_STK - should be pushed on stack this can happen only for the result AOP_IMMD - immediate value for eg. remateriazable AOP_CRY - carry contains the value of this AOP_STR - array of strings AOP_SOF - operand at an offset on the stack AOP_EXT - operand using extended addressing mode */ short coff; /* current offset */ short size; /* total size */ short psize; /* pointer size */ operand *op; /* originating operand */ unsigned code:1; /* is in Code space */ unsigned paged:1; /* in paged memory */ unsigned freed:1; /* already freed */ unsigned isaddr:1; /* is an address to actual operand */ unsigned stacked:1; /* partial results stored on stack */ struct asmop *stk_aop[4]; /* asmops for the results on the stack */ union { value *aop_lit; /* if literal */ regs *aop_reg[4]; /* array of registers */ char *aop_dir; /* if direct */ regs *aop_ptr; /* either -> to r0 or r1 */ struct { int from_cast_remat; /* cast remat created this : immd2 field used for highest order*/ char *aop_immd1; /* if immediate others are implied */ char *aop_immd2; /* cast remat will generate this */ } aop_immd; int aop_stk; /* stack offset when AOP_STK */ char *aop_str[4]; /* just a string array containing the location */ } aopu; } asmop; void genhc08Code (iCode *); void hc08_emitDebuggerSymbol (char *); //extern char *fReturn8051[]; extern unsigned fReturnSizeHC08; //extern char **fReturn; #endif sdcc-2.9.0/src/hc08/hc08.dsp000066400000000000000000000066431116427777700152750ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="hc08" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Static Library" 0x0104 CFG=hc08 - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "hc08.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "hc08.mak" CFG="hc08 - Win32 Release" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "hc08 - Win32 Debug" (based on "Win32 (x86) Static Library") !MESSAGE "hc08 - Win32 Release" (based on "Win32 (x86) Static Library") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" CPP=cl.exe RSC=rc.exe !IF "$(CFG)" == "hc08 - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /Gm /GX /ZI /Od /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "_DEBUG" /D "_MBCS" /D "_LIB" /FR /FD /GZ /Zm500 /c # ADD CPP /nologo /W2 /Gm /GX /ZI /Od /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "_DEBUG" /D "_MBCS" /D "_LIB" /FR /FD /GZ /Zm1000 /c # ADD BASE RSC /l 0x409 /d "_DEBUG" # ADD RSC /l 0x409 /d "_DEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LIB32=link.exe -lib # ADD BASE LIB32 /nologo /out:"Debug\port.lib" # ADD LIB32 /nologo /out:"Debug\port.lib" !ELSEIF "$(CFG)" == "hc08 - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Target_Dir "" # ADD BASE CPP /nologo /ML /W3 /GX /O2 /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "NDEBUG" /D "_MBCS" /D "_LIB" /FD /Zm500 /c # ADD CPP /nologo /ML /W3 /GX /O2 /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "NDEBUG" /D "_MBCS" /D "_LIB" /FD /Zm1000 /c # ADD BASE RSC /l 0x409 /d "NDEBUG" # ADD RSC /l 0x409 /d "NDEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LIB32=link.exe -lib # ADD BASE LIB32 /nologo /out:"Release\port.lib" # ADD LIB32 /nologo /out:"Release\port.lib" !ENDIF # Begin Target # Name "hc08 - Win32 Debug" # Name "hc08 - Win32 Release" # Begin Group "Source Files" # PROP Default_Filter "cpp;c;cxx;rc;def;r;odl;idl;hpj;bat" # Begin Source File SOURCE=.\gen.c # End Source File # Begin Source File SOURCE=.\main.c # End Source File # Begin Source File SOURCE=.\ralloc.c # End Source File # End Group # Begin Group "Header Files" # PROP Default_Filter "h;hpp;hxx;hm;inl" # Begin Source File SOURCE=.\gen.h # End Source File # Begin Source File SOURCE=.\main.h # End Source File # Begin Source File SOURCE=.\ralloc.h # End Source File # Begin Source File SOURCE=..\..\sdcc_vc.h # End Source File # End Group # End Target # End Project sdcc-2.9.0/src/hc08/hc08a.dsp000066400000000000000000000043301116427777700154250ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="hc08a" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Generic Project" 0x010a CFG=hc08a - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "hc08a.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "hc08a.mak" CFG="hc08a - Win32 Release" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "hc08a - Win32 Debug" (based on "Win32 (x86) Generic Project") !MESSAGE "hc08a - Win32 Release" (based on "Win32 (x86) Generic Project") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" MTL=midl.exe !IF "$(CFG)" == "hc08a - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "" # PROP Intermediate_Dir "" # PROP Target_Dir "" !ELSEIF "$(CFG)" == "hc08a - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Win32_Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "" # PROP Intermediate_Dir "" # PROP Target_Dir "" !ENDIF # Begin Target # Name "hc08a - Win32 Debug" # Name "hc08a - Win32 Release" # Begin Source File SOURCE=.\peeph.def !IF "$(CFG)" == "hc08a - Win32 Debug" # Begin Custom Build InputPath=.\peeph.def "peeph.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph.rul # End Custom Build !ELSEIF "$(CFG)" == "hc08a - Win32 Release" # Begin Custom Build InputPath=.\peeph.def "peeph.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph.rul # End Custom Build !ENDIF # End Source File # End Target # End Project sdcc-2.9.0/src/hc08/main.c000066400000000000000000000307631116427777700151130ustar00rootroot00000000000000/** @file main.c hc08 specific general functions. Note that mlh prepended _hc08_ on the static functions. Makes it easier to set a breakpoint using the debugger. */ #include "common.h" #include "main.h" #include "ralloc.h" #include "gen.h" #include "dbuf_string.h" #include "../SDCCutil.h" extern char * iComments2; extern DEBUGFILE dwarf2DebugFile; extern int dwarf2FinalizeFile(FILE *); static char _defaultRules[] = { #include "peeph.rul" }; /* list of key words used by msc51 */ static char *_hc08_keywords[] = { "at", //"bit", "code", "critical", "data", "far", //"idata", "interrupt", "near", //"pdata", "reentrant", //"sfr", //"sbit", //"using", "xdata", "_data", "_code", "_generic", "_near", "_xdata", //"_pdata", //"_idata", "_naked", "_overlay", NULL }; void hc08_assignRegisters (ebbIndex *); static int regParmFlg = 0; /* determine if we can register a parameter */ static void _hc08_init (void) { asm_addTree (&asm_asxxxx_mapping); } static void _hc08_reset_regparm (void) { regParmFlg = 0; } static int _hc08_regparm (sym_link * l, bool reentrant) { int size = getSize(l); /* If they fit completely, the first two bytes of parameters can go */ /* into A and X, otherwise, they go on the stack. Examples: */ /* foo(char p1) A <- p1 */ /* foo(char p1, char p2) A <- p1, X <- p2 */ /* foo(char p1, char p2, char p3) A <- p1, X <- p2, stack <- p3 */ /* foo(int p1) XA <- p1 */ /* foo(long p1) stack <- p1 */ /* foo(char p1, int p2) A <- p1, stack <- p2 */ /* foo(int p1, char p2) XA <- p1, stack <- p2 */ if (regParmFlg>=2) return 0; if ((regParmFlg+size)>2) { regParmFlg = 2; return 0; } regParmFlg += size; return 1+regParmFlg-size; } static bool _hc08_parseOptions (int *pargc, char **argv, int *i) { if (!strcmp (argv[*i], "--out-fmt-elf")) { options.out_fmt = 2; debugFile = &dwarf2DebugFile; return TRUE; } return FALSE; } static OPTION _hc08_options[] = { { 0, "--out-fmt-elf", NULL, "Output executable in ELF format" }, { 0, NULL } }; static void _hc08_finaliseOptions (void) { if (options.noXinitOpt) { port->genXINIT=0; } if (options.model == MODEL_LARGE) { port->mem.default_local_map = xdata; port->mem.default_globl_map = xdata; } else { port->mem.default_local_map = data; port->mem.default_globl_map = data; } istack->ptrType = FPOINTER; } static void _hc08_setDefaultOptions (void) { options.code_loc = 0x8000; options.data_loc = 0x80; options.xdata_loc = 0; /* 0 means immediately following data */ options.stack_loc = 0x7fff; options.out_fmt = 1; /* use motorola S19 output */ options.ommitFramePtr = 1; /* no frame pointer (we use SP */ /* offsets instead) */ } static const char * _hc08_getRegName (struct regs *reg) { if (reg) return reg->name; return "err"; } static void _hc08_genAssemblerPreamble (FILE * of) { int i; int needOrg = 1; symbol *mainExists=newSymbol("main", 0); mainExists->block=0; fprintf (of, "\t.area %s\n",HOME_NAME); fprintf (of, "\t.area GSINIT0 (CODE)\n"); fprintf (of, "\t.area %s\n",port->mem.static_name); fprintf (of, "\t.area %s\n",port->mem.post_static_name); fprintf (of, "\t.area %s\n",CODE_NAME); fprintf (of, "\t.area %s\n",port->mem.xinit_name); fprintf (of, "\t.area %s\n",port->mem.const_name); fprintf (of, "\t.area %s\n",port->mem.data_name); fprintf (of, "\t.area %s\n",port->mem.overlay_name); fprintf (of, "\t.area %s\n",port->mem.bit_name); fprintf (of, "\t.area %s\n",port->mem.xdata_name); fprintf (of, "\t.area %s\n",port->mem.xidata_name); if ((mainExists=findSymWithLevel(SymbolTab, mainExists))) { // generate interrupt vector table fprintf (of, "\t.area\tCODEIVT (ABS)\n"); for (i=maxInterrupts;i>0;i--) { if (interrupts[i]) { if (needOrg) { fprintf (of, "\t.org\t0x%04x\n", (0xfffe - (i * 2))); needOrg = 0; } fprintf (of, "\t.dw\t%s\n", interrupts[i]->rname); } else needOrg = 1; } if (needOrg) fprintf (of, "\t.org\t0xfffe\n"); fprintf (of, "\t.dw\t%s", "__sdcc_gs_init_startup\n\n"); fprintf (of, "\t.area GSINIT0\n"); fprintf (of, "__sdcc_gs_init_startup:\n"); if (options.stack_loc) { fprintf (of, "\tldhx\t#0x%04x\n", options.stack_loc+1); fprintf (of, "\ttxs\n"); } else fprintf (of, "\trsp\n"); fprintf (of, "\tjsr\t__sdcc_external_startup\n"); fprintf (of, "\tbeq\t__sdcc_init_data\n"); fprintf (of, "\tjmp\t__sdcc_program_startup\n"); fprintf (of, "__sdcc_init_data:\n"); fprintf (of, "; _hc08_genXINIT() start\n"); fprintf (of, " ldhx #0\n"); fprintf (of, "00001$:\n"); fprintf (of, " cphx #l_XINIT\n"); fprintf (of, " beq 00002$\n"); fprintf (of, " lda s_XINIT,x\n"); fprintf (of, " sta s_XISEG,x\n"); fprintf (of, " aix #1\n"); fprintf (of, " bra 00001$\n"); fprintf (of, "00002$:\n"); fprintf (of, "; _hc08_genXINIT() end\n"); fprintf (of, "\t.area GSFINAL\n"); fprintf (of, "\tjmp\t__sdcc_program_startup\n\n"); fprintf (of, "\t.area CSEG\n"); fprintf (of, "__sdcc_program_startup:\n"); fprintf (of, "\tjsr\t_main\n"); fprintf (of, "\tbra\t.\n"); } } static void _hc08_genAssemblerEnd (FILE * of) { if (options.out_fmt == 2 && options.debug) { dwarf2FinalizeFile (of); } } static void _hc08_genExtraAreas (FILE * asmFile, bool mainExists) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; extended address mode data\n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&xdata->oBuf, asmFile); } /* Generate interrupt vector table. */ static int _hc08_genIVT (struct dbuf_s * oBuf, symbol ** interrupts, int maxInterrupts) { int i; dbuf_printf (oBuf, "\t.area\tCODEIVT (ABS)\n"); dbuf_printf (oBuf, "\t.org\t0x%04x\n", (0xfffe - (maxInterrupts * 2))); for (i=maxInterrupts;i>0;i--) { if (interrupts[i]) dbuf_printf (oBuf, "\t.dw\t%s\n", interrupts[i]->rname); else dbuf_printf (oBuf, "\t.dw\t0xffff\n"); } dbuf_printf (oBuf, "\t.dw\t%s", "__sdcc_gs_init_startup\n"); return TRUE; } /* Generate code to copy XINIT to XISEG */ static void _hc08_genXINIT (FILE * of) { fprintf (of, "; _hc08_genXINIT() start\n"); fprintf (of, "; _hc08_genXINIT() end\n"); } /* Do CSE estimation */ static bool cseCostEstimation (iCode *ic, iCode *pdic) { operand *result = IC_RESULT(ic); sym_link *result_type = operandType(result); return 0; /* disable CSE */ /* if it is a pointer then return ok for now */ if (IC_RESULT(ic) && IS_PTR(result_type)) return 1; if (ic->op == ADDRESS_OF) return 0; /* if bitwise | add & subtract then no since hc08 is pretty good at it so we will cse only if they are local (i.e. both ic & pdic belong to the same basic block */ if (IS_BITWISE_OP(ic) || ic->op == '+' || ic->op == '-') { /* then if they are the same Basic block then ok */ if (ic->eBBlockNum == pdic->eBBlockNum) return 1; else return 0; } /* for others it is cheaper to do the cse */ return 1; } /* Indicate which extended bit operations this port supports */ static bool hasExtBitOp (int op, int size) { if (op == RRC || op == RLC || op == GETHBIT || (op == SWAP && size <= 2) ) return TRUE; else return FALSE; } /* Indicate the expense of an access to an output storage class */ static int oclsExpense (struct memmap *oclass) { /* The hc08's addressing modes allow access to all storage classes */ /* inexpensively (<=0) */ if (IN_DIRSPACE (oclass)) /* direct addressing mode is fastest */ return -2; if (IN_FARSPACE (oclass)) /* extended addressing mode is almost at fast */ return -1; if (oclass == istack) /* stack is the slowest, but still faster than */ return 0; /* trying to copy to a temp location elsewhere */ return 0; /* anything we missed */ } /*----------------------------------------------------------------------*/ /* hc08_dwarfRegNum - return the DWARF register number for a register. */ /* These are defined for the HC08 in "Motorola 8- and 16-bit Embedded */ /* Application Binary Interface (M8/16EABI)" */ /*----------------------------------------------------------------------*/ static int hc08_dwarfRegNum (regs * reg) { switch (reg->rIdx) { case A_IDX: return 0; case H_IDX: return 1; case X_IDX: return 2; case CND_IDX: return 17; case SP_IDX: return 15; } return -1; } /** $1 is always the basename. $2 is always the output file. $3 varies $l is the list of extra options that should be there somewhere... MUST be terminated with a NULL. */ static const char *_linkCmd[] = { "link-hc08", "-nf", "\"$1\"", NULL }; /* $3 is replaced by assembler.debug_opts resp. port->assembler.plain_opts */ static const char *_asmCmd[] = { "as-hc08", "$l", "$3", "\"$1.asm\"", NULL }; /* Globals */ PORT hc08_port = { TARGET_ID_HC08, "hc08", "HC08", /* Target name */ NULL, /* Processor name */ { glue, FALSE, /* Emit glue around main */ MODEL_SMALL | MODEL_LARGE, MODEL_LARGE }, { _asmCmd, NULL, "-plosgffc", /* Options with debug */ "-plosgff", /* Options without debug */ 0, ".asm", NULL /* no do_assemble function */ }, { _linkCmd, NULL, NULL, ".rel", 1 }, { _defaultRules }, { /* Sizes: char, short, int, long, ptr, fptr, gptr, bit, float, max */ 1, 2, 2, 4, 2, 2, 2, 1, 4, 4 }, /* tags for generic pointers */ { 0x00, 0x40, 0x60, 0x80 }, /* far, near, xstack, code */ { "XSEG", "STACK", "CSEG (CODE)", "DSEG", NULL, /* "ISEG" */ NULL, /* "PSEG" */ "XSEG", "BSEG", "RSEG", "GSINIT (CODE)", "OSEG (OVR)", "GSFINAL (CODE)", "HOME (CODE)", "XISEG", // initialized xdata "XINIT", // a code copy of xiseg "CONST (CODE)", // const_name - const data (code or not) "CABS (ABS,CODE)", // cabs_name - const absolute data (code or not) "XABS (ABS)", // xabs_name - absolute xdata "IABS (ABS)", // iabs_name - absolute data NULL, NULL, 1 }, { _hc08_genExtraAreas, NULL }, { -1, /* direction (-1 = stack grows down) */ 0, /* bank_overhead (switch between register banks) */ 4, /* isr_overhead */ 2, /* call_overhead */ 0, /* reent_overhead */ 0 /* banked_overhead (switch between code banks) */ }, /* hc08 has an 8 bit mul */ { 1, -1 }, { hc08_emitDebuggerSymbol, { hc08_dwarfRegNum, NULL, NULL, 4, /* addressSize */ 14, /* regNumRet */ 15, /* regNumSP */ -1, /* regNumBP */ 1, /* offsetSP */ }, }, { 256, /* maxCount */ 2, /* sizeofElement */ {8,16,32}, /* sizeofMatchJump[] */ {8,16,32}, /* sizeofRangeCompare[] */ 5, /* sizeofSubtract */ 10, /* sizeofDispatch */ }, "_", _hc08_init, _hc08_parseOptions, _hc08_options, NULL, _hc08_finaliseOptions, _hc08_setDefaultOptions, hc08_assignRegisters, _hc08_getRegName, _hc08_keywords, _hc08_genAssemblerPreamble, _hc08_genAssemblerEnd, /* no genAssemblerEnd */ _hc08_genIVT, _hc08_genXINIT, NULL, /* genInitStartup */ _hc08_reset_regparm, _hc08_regparm, NULL, /* process_pragma */ NULL, /* getMangledFunctionName */ NULL, /* hasNativeMulFor */ hasExtBitOp, /* hasExtBitOp */ oclsExpense, /* oclsExpense */ TRUE, /* use_dw_for_init */ FALSE, /* little endian */ 0, /* leave lt */ 0, /* leave gt */ 1, /* transform <= to ! > */ 1, /* transform >= to ! < */ 1, /* transform != to !(a == b) */ 0, /* leave == */ FALSE, /* No array initializer support. */ cseCostEstimation, NULL, /* no builtin functions */ GPOINTER, /* treat unqualified pointers as "generic" pointers */ 1, /* reset labelKey to 1 */ 1, /* globals & local static allowed */ PORT_MAGIC }; sdcc-2.9.0/src/hc08/main.h000066400000000000000000000002421116427777700151050ustar00rootroot00000000000000#ifndef MAIN_INCLUDE #define MAIN_INCLUDE bool x_parseOptions (char **argv, int *pargc); void x_setDefaultOptions (void); void x_finaliseOptions (void); #endif sdcc-2.9.0/src/hc08/peeph.def000066400000000000000000000064061116427777700156010ustar00rootroot00000000000000replace { pula psha lda %1 } by { ; Peephole 1a - removed redundant pula/psha lda %1 } replace { pula psha lda %1,s } by { ; Peephole 1b - removed redundant pula/psha lda %1,s } replace { pula psha clra } by { ; Peephole 1c - removed redundant pula/psha clra } replace { bcs %1 jmp %5 %1: } by { ; Peephole 2a - eliminated jmp bcc %5 %1: } if labelInRange replace { bcc %1 jmp %5 %1: } by { ; Peephole 2b - eliminated jmp bcs %5 %1: } if labelInRange replace { beq %1 jmp %5 %1: } by { ; Peephole 2c - eliminated jmp bne %5 %1: } if labelInRange replace { bne %1 jmp %5 %1: } by { ; Peephole 2d - eliminated jmp beq %5 %1: } if labelInRange replace { brclr %3,%2,%1 jmp %5 %1: } by { ; Peephole 2e - eliminated jmp brset %3,%2,%5 %1: } if labelInRange replace { brset %3,%2,%1 jmp %5 %1: } by { ; Peephole 2f - eliminated jmp brclr %3,%2,%5 %1: } if labelInRange replace { bls %1 jmp %5 %1: } by { ; Peephole 2g - eliminated bra bhi %5 %1: } if labelInRange replace { bhi %1 jmp %5 %1: } by { ; Peephole 2h - eliminated bra bls %5 %1: } if labelInRange replace { ble %1 jmp %5 %1: } by { ; Peephole 2i - eliminated bra bgt %5 %1: } if labelInRange replace { bgt %1 jmp %5 %1: } by { ; Peephole 2j - eliminated bra ble %5 %1: } if labelInRange replace { bge %1 jmp %5 %1: } by { ; Peephole 2k - eliminated bra blt %5 %1: } if labelInRange replace { blt %1 jmp %5 %1: } by { ; Peephole 2l - eliminated bra bge %5 %1: } if labelInRange replace { jmp %5 } by { ; Peephole 3 - shortened jmp to bra bra %5 } if labelInRange replace { lda %1 tsta } by { ; Peephole 4a - eliminated redundant tsta lda %1 } replace { lda %1,s tsta } by { ; Peephole 4b - eliminated redundant tsta lda %1,s } replace { ldx %1 tstx } by { ; Peephole 4c - eliminated redundant tstx ldx %1 } replace { ldx %1,s tstx } by { ; Peephole 4d - eliminated redundant tstx ldx %1,s } replace { clra sta %1 clra sta %2 clra sta %3 clra sta %4 } by { ; Peephole 5a - eliminated redundant clra clra sta %1 sta %2 sta %3 sta %4 } replace { clra sta %1 clra sta %2 clra sta %3 } by { ; Peephole 5b - eliminated redundant clra clra sta %1 sta %2 sta %3 } replace { clra sta %1 clra sta %2 } by { ; Peephole 5c - eliminated redundant clra clra sta %1 sta %2 } replace { lda #%9 sta %1 lda #%9 sta %2 lda #%9 sta %3 lda #%9 sta %4 } by { ; Peephole 5d - eliminated redundant lda lda #%9 sta %1 sta %2 sta %3 sta %4 } replace { lda #%9 sta %1 lda #%9 sta %2 lda #%9 sta %3 } by { ; Peephole 5e - eliminated redundant lda lda #%9 sta %1 sta %2 sta %3 } replace { lda #%9 sta %1 lda #%9 sta %2 } by { ; Peephole 5f - eliminated redundant lda lda #%9 sta %1 sta %2 } replace { jmp %5 } by { ; Peephole 6a - replaced jmp to rts with rts rts } if labelIsReturnOnly replace { bra %5 } by { ; Peephole 6b - replaced jmp to rts with rts rts } if labelIsReturnOnly replace restart { psha lda %1 sta 1,s } by { ; Peephole 7 - optimized stack allocation lda %1 psha } replace restart { lda %1 sta %1 } by { ; Peephole 8a - removed redundant sta lda %1 } if notVolatile %1 replace restart { sta %1 lda %1 } by { ; Peephole 8b - removed redundant lda sta %1 } if notVolatile %1 sdcc-2.9.0/src/hc08/ralloc.c000066400000000000000000002712011116427777700154350ustar00rootroot00000000000000/*------------------------------------------------------------------------ SDCCralloc.c - source file for register allocation. 68HC08 specific Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "ralloc.h" #include "gen.h" /*-----------------------------------------------------------------*/ /* At this point we start getting processor specific although */ /* some routines are non-processor specific & can be reused when */ /* targetting other processors. The decision for this will have */ /* to be made on a routine by routine basis */ /* routines used to pack registers are most definitely not reusable */ /* since the pack the registers depending strictly on the MCU */ /*-----------------------------------------------------------------*/ extern void genhc08Code (iCode *); #define D(x) /* Global data */ static struct { bitVect *spiltSet; set *stackSpil; bitVect *regAssigned; bitVect *totRegAssigned; /* final set of LRs that got into registers */ short blockSpil; int slocNum; bitVect *funcrUsed; /* registers used in a function */ int stackExtend; int dataExtend; } _G; /* Shared with gen.c */ int hc08_ptrRegReq; /* one byte pointer register required */ /* 8051 registers */ regs regshc08[] = { {REG_GPR, A_IDX, "a", 1, NULL, 0, 1}, {REG_GPR, X_IDX, "x", 2, NULL, 0, 1}, {REG_GPR, H_IDX, "h", 4, NULL, 0, 1}, {REG_PTR, HX_IDX, "hx", 6, NULL, 0, 1}, {REG_GPR, XA_IDX, "xa", 3, NULL, 0, 1}, {REG_CND, CND_IDX, "C", 0, NULL, 0, 1}, {0, SP_IDX, "sp", 0, NULL, 0, 1}, }; int hc08_nRegs = 7; regs *hc08_reg_a; regs *hc08_reg_x; regs *hc08_reg_h; regs *hc08_reg_hx; regs *hc08_reg_xa; regs *hc08_reg_sp; static void spillThis (symbol *); static void freeAllRegs (); /*-----------------------------------------------------------------*/ /* allocReg - allocates register of given type */ /*-----------------------------------------------------------------*/ static regs * allocReg (short type) { return NULL; if ((type==REG_PTR) && (regshc08[HX_IDX].isFree)) { regshc08[HX_IDX].isFree = 0; if (currFunc) currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, HX_IDX); return ®shc08[HX_IDX]; } return NULL; } /*-----------------------------------------------------------------*/ /* hc08_regWithIdx - returns pointer to register wit index number */ /*-----------------------------------------------------------------*/ regs * hc08_regWithIdx (int idx) { int i; for (i = 0; i < hc08_nRegs; i++) if (regshc08[i].rIdx == idx) return ®shc08[i]; werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "regWithIdx not found"); exit (1); } /*-----------------------------------------------------------------*/ /* hc08_freeReg - frees a register */ /*-----------------------------------------------------------------*/ void hc08_freeReg (regs * reg) { if (!reg) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "hc08_freeReg - Freeing NULL register"); exit (1); } reg->isFree = 1; switch (reg->rIdx) { case A_IDX: if (hc08_reg_x->isFree) hc08_reg_xa->isFree = 1; break; case X_IDX: if (hc08_reg_a->isFree) hc08_reg_xa->isFree = 1; if (hc08_reg_h->isFree) hc08_reg_hx->isFree = 1; break; case H_IDX: if (hc08_reg_x->isFree) hc08_reg_hx->isFree = 1; break; case HX_IDX: hc08_reg_h->isFree = 1; hc08_reg_x->isFree = 1; if (hc08_reg_a->isFree) hc08_reg_xa->isFree = 1; break; case XA_IDX: hc08_reg_x->isFree = 1; hc08_reg_a->isFree = 1; if (hc08_reg_h->isFree) hc08_reg_hx->isFree = 1; break; default: break; } } /*-----------------------------------------------------------------*/ /* nFreeRegs - returns number of free registers */ /*-----------------------------------------------------------------*/ static int nFreeRegs (int type) { int i; int nfr = 0; return 0; for (i = 0; i < hc08_nRegs; i++) if (regshc08[i].isFree && regshc08[i].type == type) nfr++; return nfr; } /*-----------------------------------------------------------------*/ /* nfreeRegsType - free registers with type */ /*-----------------------------------------------------------------*/ static int nfreeRegsType (int type) { int nfr; if (type == REG_PTR) { if ((nfr = nFreeRegs (type)) == 0) return nFreeRegs (REG_GPR); } return nFreeRegs (type); } /*-----------------------------------------------------------------*/ /* hc08_useReg - marks a register as used */ /*-----------------------------------------------------------------*/ void hc08_useReg (regs * reg) { reg->isFree = 0; switch (reg->rIdx) { case A_IDX: hc08_reg_xa->aop = NULL; hc08_reg_xa->isFree = 0; break; case X_IDX: hc08_reg_xa->aop = NULL; hc08_reg_xa->isFree = 0; hc08_reg_hx->aop = NULL; hc08_reg_hx->isFree = 0; break; case H_IDX: hc08_reg_hx->aop = NULL; hc08_reg_hx->isFree = 0; break; case HX_IDX: hc08_reg_h->aop = NULL; hc08_reg_h->isFree = 0; hc08_reg_x->aop = NULL; hc08_reg_x->isFree = 0; break; case XA_IDX: hc08_reg_x->aop = NULL; hc08_reg_x->isFree = 0; hc08_reg_a->aop = NULL; hc08_reg_a->isFree = 0; break; default: break; } } /*-----------------------------------------------------------------*/ /* hc08_dirtyReg - marks a register as dirty */ /*-----------------------------------------------------------------*/ void hc08_dirtyReg (regs * reg, bool freereg) { reg->aop = NULL; switch (reg->rIdx) { case A_IDX: hc08_reg_xa->aop = NULL; break; case X_IDX: hc08_reg_xa->aop = NULL; hc08_reg_hx->aop = NULL; break; case H_IDX: hc08_reg_hx->aop = NULL; break; case HX_IDX: hc08_reg_h->aop = NULL; hc08_reg_x->aop = NULL; break; case XA_IDX: hc08_reg_x->aop = NULL; hc08_reg_a->aop = NULL; break; default: break; } if (freereg) hc08_freeReg(reg); } /*-----------------------------------------------------------------*/ /* computeSpillable - given a point find the spillable live ranges */ /*-----------------------------------------------------------------*/ static bitVect * computeSpillable (iCode * ic) { bitVect *spillable; /* spillable live ranges are those that are live at this point . the following categories need to be subtracted from this set. a) - those that are already spilt b) - if being used by this one c) - defined by this one */ spillable = bitVectCopy (ic->rlive); spillable = bitVectCplAnd (spillable, _G.spiltSet); /* those already spilt */ spillable = bitVectCplAnd (spillable, ic->uses); /* used in this one */ bitVectUnSetBit (spillable, ic->defKey); spillable = bitVectIntersect (spillable, _G.regAssigned); return spillable; } /*-----------------------------------------------------------------*/ /* noSpilLoc - return true if a variable has no spil location */ /*-----------------------------------------------------------------*/ static int noSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->usl.spillLoc ? 0 : 1); } /*-----------------------------------------------------------------*/ /* hasSpilLoc - will return 1 if the symbol has spil location */ /*-----------------------------------------------------------------*/ static int hasSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->usl.spillLoc ? 1 : 0); } /*-----------------------------------------------------------------*/ /* directSpilLoc - will return 1 if the splilocation is in direct */ /*-----------------------------------------------------------------*/ static int directSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { if (sym->usl.spillLoc && (IN_DIRSPACE (SPEC_OCLS (sym->usl.spillLoc->etype)))) return 1; else return 0; } /*-----------------------------------------------------------------*/ /* hasSpilLocnoUptr - will return 1 if the symbol has spil location */ /* but is not used as a pointer */ /*-----------------------------------------------------------------*/ static int hasSpilLocnoUptr (symbol * sym, eBBlock * ebp, iCode * ic) { return ((sym->usl.spillLoc && !sym->uptr) ? 1 : 0); } /*-----------------------------------------------------------------*/ /* rematable - will return 1 if the remat flag is set */ /*-----------------------------------------------------------------*/ static int rematable (symbol * sym, eBBlock * ebp, iCode * ic) { return sym->remat; } /*-----------------------------------------------------------------*/ /* notUsedInRemaining - not used or defined in remain of the block */ /*-----------------------------------------------------------------*/ static int notUsedInRemaining (symbol * sym, eBBlock * ebp, iCode * ic) { return ((usedInRemaining (operandFromSymbol (sym), ic) ? 0 : 1) && allDefsOutOfRange (sym->defs, ebp->fSeq, ebp->lSeq)); } /*-----------------------------------------------------------------*/ /* allLRs - return true for all */ /*-----------------------------------------------------------------*/ static int allLRs (symbol * sym, eBBlock * ebp, iCode * ic) { return 1; } /*-----------------------------------------------------------------*/ /* liveRangesWith - applies function to a given set of live range */ /*-----------------------------------------------------------------*/ static set * liveRangesWith (bitVect * lrs, int (func) (symbol *, eBBlock *, iCode *), eBBlock * ebp, iCode * ic) { set *rset = NULL; int i; if (!lrs || !lrs->size) return NULL; for (i = 1; i < lrs->size; i++) { symbol *sym; if (!bitVectBitValue (lrs, i)) continue; /* if we don't find it in the live range hash table we are in serious trouble */ if (!(sym = hTabItemWithKey (liveRanges, i))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "liveRangesWith could not find liveRange"); exit (1); } if (func (sym, ebp, ic) && bitVectBitValue (_G.regAssigned, sym->key)) addSetHead (&rset, sym); } return rset; } /*-----------------------------------------------------------------*/ /* leastUsedLR - given a set determines which is the least used */ /*-----------------------------------------------------------------*/ static symbol * leastUsedLR (set * sset) { symbol *sym = NULL, *lsym = NULL; sym = lsym = setFirstItem (sset); if (!lsym) return NULL; for (; lsym; lsym = setNextItem (sset)) { /* if usage is the same then prefer the spill the smaller of the two */ if (lsym->used == sym->used) if (getSize (lsym->type) < getSize (sym->type)) sym = lsym; /* if less usage */ if (lsym->used < sym->used) sym = lsym; } setToNull ((void *) &sset); sym->blockSpil = 0; return sym; } /*-----------------------------------------------------------------*/ /* noOverLap - will iterate through the list looking for over lap */ /*-----------------------------------------------------------------*/ static int noOverLap (set * itmpStack, symbol * fsym) { symbol *sym; for (sym = setFirstItem (itmpStack); sym; sym = setNextItem (itmpStack)) { if (bitVectBitValue(sym->clashes,fsym->key)) return 0; } return 1; } /*-----------------------------------------------------------------*/ /* isFree - will return 1 if the a free spil location is found */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (isFree) { symbol *sym = item; V_ARG (symbol **, sloc); V_ARG (symbol *, fsym); /* if already found */ if (*sloc) return 0; /* if it is free && and the itmp assigned to this does not have any overlapping live ranges with the one currently being assigned and the size can be accomodated */ if (sym->isFree && noOverLap (sym->usl.itmpStack, fsym) && getSize (sym->type) >= getSize (fsym->type)) { *sloc = sym; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* spillLRWithPtrReg :- will spil those live ranges which use PTR */ /*-----------------------------------------------------------------*/ static void spillLRWithPtrReg (symbol * forSym) { symbol *lrsym; regs *hx; int k; if (!_G.regAssigned || bitVectIsZero (_G.regAssigned)) return; hx = hc08_regWithIdx (HX_IDX); /* for all live ranges */ for (lrsym = hTabFirstItem (liveRanges, &k); lrsym; lrsym = hTabNextItem (liveRanges, &k)) { int j; /* if no registers assigned to it or spilt */ /* if it does not overlap with this then not need to spill it */ if (lrsym->isspilt || !lrsym->nRegs || (lrsym->liveTo < forSym->liveFrom)) continue; /* go thru the registers : if it is either r0 or r1 then spil it */ for (j = 0; j < lrsym->nRegs; j++) if (lrsym->regs[j] == hx) { spillThis (lrsym); break; } } } /*-----------------------------------------------------------------*/ /* createStackSpil - create a location on the stack to spil */ /*-----------------------------------------------------------------*/ static symbol * createStackSpil (symbol * sym) { symbol *sloc = NULL; int useXstack, model; char slocBuffer[30]; /* first go try and find a free one that is already existing on the stack */ if (applyToSet (_G.stackSpil, isFree, &sloc, sym)) { /* found a free one : just update & return */ sym->usl.spillLoc = sloc; sym->stackSpil = 1; sloc->isFree = 0; addSetHead (&sloc->usl.itmpStack, sym); return sym; } /* could not then have to create one , this is the hard part we need to allocate this on the stack : this is really a hack!! but cannot think of anything better at this time */ if (sprintf (slocBuffer, "sloc%d", _G.slocNum++) >= sizeof (slocBuffer)) { fprintf (stderr, "***Internal error: slocBuffer overflowed: %s:%d\n", __FILE__, __LINE__); exit (1); } sloc = newiTemp (slocBuffer); /* set the type to the spilling symbol */ sloc->type = copyLinkChain (sym->type); sloc->etype = getSpec (sloc->type); SPEC_SCLS (sloc->etype) = S_DATA; SPEC_EXTR (sloc->etype) = 0; SPEC_STAT (sloc->etype) = 0; SPEC_VOLATILE(sloc->etype) = 0; SPEC_ABSA(sloc->etype) = 0; /* we don't allow it to be allocated` onto the external stack since : so we temporarily turn it off ; we also turn off memory model to prevent the spil from going to the external storage */ useXstack = options.useXstack; model = options.model; /* noOverlay = options.noOverlay; */ /* options.noOverlay = 1; */ options.model = options.useXstack = 0; allocLocal (sloc); options.useXstack = useXstack; options.model = model; /* options.noOverlay = noOverlay; */ sloc->isref = 1; /* to prevent compiler warning */ /* if it is on the stack then update the stack */ if (IN_STACK (sloc->etype)) { currFunc->stack += getSize (sloc->type); _G.stackExtend += getSize (sloc->type); } else _G.dataExtend += getSize (sloc->type); /* add it to the _G.stackSpil set */ addSetHead (&_G.stackSpil, sloc); sym->usl.spillLoc = sloc; sym->stackSpil = 1; /* add it to the set of itempStack set of the spill location */ addSetHead (&sloc->usl.itmpStack, sym); return sym; } /*-----------------------------------------------------------------*/ /* isSpiltOnStack - returns true if the spil location is on stack */ /*-----------------------------------------------------------------*/ static bool isSpiltOnStack (symbol * sym) { sym_link *etype; if (!sym) return FALSE; if (!sym->isspilt) return FALSE; /* if (sym->_G.stackSpil) */ /* return TRUE; */ if (!sym->usl.spillLoc) return FALSE; etype = getSpec (sym->usl.spillLoc->type); if (IN_STACK (etype)) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* spillThis - spils a specific operand */ /*-----------------------------------------------------------------*/ static void spillThis (symbol * sym) { int i; /* if this is rematerializable or has a spillLocation we are okay, else we need to create a spillLocation for it */ if (!(sym->remat || sym->usl.spillLoc)) createStackSpil (sym); /* mark it as spilt & put it in the spilt set */ sym->isspilt = sym->spillA = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, sym->key); bitVectUnSetBit (_G.regAssigned, sym->key); bitVectUnSetBit (_G.totRegAssigned, sym->key); for (i = 0; i < sym->nRegs; i++) if (sym->regs[i]) { hc08_freeReg (sym->regs[i]); sym->regs[i] = NULL; } /* if spilt on stack then free up r0 & r1 if they could have been assigned to some LIVE ranges */ // if (!hc08_ptrRegReq && isSpiltOnStack (sym)) // { // hc08_ptrRegReq++; // spillLRWithPtrReg (sym); // } if (sym->usl.spillLoc && !sym->remat) sym->usl.spillLoc->allocreq++; return; } /*-----------------------------------------------------------------*/ /* selectSpil - select a iTemp to spil : rather a simple procedure */ /*-----------------------------------------------------------------*/ static symbol * selectSpil (iCode * ic, eBBlock * ebp, symbol * forSym) { bitVect *lrcs = NULL; set *selectS; symbol *sym; /* get the spillable live ranges */ lrcs = computeSpillable (ic); /* get all live ranges that are rematerizable */ if ((selectS = liveRangesWith (lrcs, rematable, ebp, ic))) { /* return the least used of these */ return leastUsedLR (selectS); } /* get live ranges with spillLocations in direct space */ if ((selectS = liveRangesWith (lrcs, directSpilLoc, ebp, ic))) { sym = leastUsedLR (selectS); strcpy (sym->rname, (sym->usl.spillLoc->rname[0] ? sym->usl.spillLoc->rname : sym->usl.spillLoc->name)); sym->spildir = 1; /* mark it as allocation required */ sym->usl.spillLoc->allocreq++; return sym; } /* if the symbol is local to the block then */ if (forSym->liveTo < ebp->lSeq) { /* check if there are any live ranges allocated to registers that are not used in this block */ if (!_G.blockSpil && (selectS = liveRangesWith (lrcs, notUsedInBlock, ebp, ic))) { sym = leastUsedLR (selectS); /* if this is not rematerializable */ if (!sym->remat) { _G.blockSpil++; sym->blockSpil = 1; } return sym; } /* check if there are any live ranges that not used in the remainder of the block */ if (!_G.blockSpil && !isiCodeInFunctionCall (ic) && (selectS = liveRangesWith (lrcs, notUsedInRemaining, ebp, ic))) { sym = leastUsedLR (selectS); if (sym != forSym) { if (!sym->remat) { sym->remainSpil = 1; _G.blockSpil++; } return sym; } } } /* find live ranges with spillocation && not used as pointers */ if ((selectS = liveRangesWith (lrcs, hasSpilLocnoUptr, ebp, ic))) { sym = leastUsedLR (selectS); /* mark this as allocation required */ sym->usl.spillLoc->allocreq++; return sym; } /* find live ranges with spillocation */ if ((selectS = liveRangesWith (lrcs, hasSpilLoc, ebp, ic))) { sym = leastUsedLR (selectS); sym->usl.spillLoc->allocreq++; return sym; } /* couldn't find then we need to create a spil location on the stack , for which one? the least used ofcourse */ if ((selectS = liveRangesWith (lrcs, noSpilLoc, ebp, ic))) { /* return a created spil location */ sym = createStackSpil (leastUsedLR (selectS)); sym->usl.spillLoc->allocreq++; return sym; } /* this is an extreme situation we will spill this one : happens very rarely but it does happen */ spillThis (forSym); return forSym; } /*-----------------------------------------------------------------*/ /* spilSomething - spil some variable & mark registers as free */ /*-----------------------------------------------------------------*/ static bool spilSomething (iCode * ic, eBBlock * ebp, symbol * forSym) { symbol *ssym; int i; /* get something we can spil */ ssym = selectSpil (ic, ebp, forSym); /* mark it as spilt */ ssym->isspilt = ssym->spillA = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, ssym->key); /* mark it as not register assigned & take it away from the set */ bitVectUnSetBit (_G.regAssigned, ssym->key); bitVectUnSetBit (_G.totRegAssigned, ssym->key); /* mark the registers as free */ for (i = 0; i < ssym->nRegs; i++) if (ssym->regs[i]) hc08_freeReg (ssym->regs[i]); /* if spilt on stack then free up hx if it could have been assigned to as gprs */ if (!hc08_ptrRegReq && isSpiltOnStack (ssym)) { hc08_ptrRegReq++; spillLRWithPtrReg (ssym); } /* if this was a block level spil then insert push & pop at the start & end of block respectively */ if (ssym->blockSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push to the start of the block */ addiCodeToeBBlock (ebp, nic, (ebp->sch->op == LABEL ? ebp->sch->next : ebp->sch)); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } /* if spilt because not used in the remainder of the block then add a push before this instruction and a pop at the end of the block */ if (ssym->remainSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push just before this instruction */ addiCodeToeBBlock (ebp, nic, ic); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } if (ssym == forSym) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* getRegPtr - will try for PTR if not a GPR type if not spil */ /*-----------------------------------------------------------------*/ static regs * getRegPtr (iCode * ic, eBBlock * ebp, symbol * sym) { regs *reg; tryAgain: /* try for a ptr type */ if ((reg = allocReg (REG_PTR))) return reg; /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; /* we have to spil */ if (!spilSomething (ic, ebp, sym)) return NULL; /* this looks like an infinite loop but in really selectSpil will abort */ goto tryAgain; } /*-----------------------------------------------------------------*/ /* getRegGpr - will try for GPR if not spil */ /*-----------------------------------------------------------------*/ static regs * getRegGpr (iCode * ic, eBBlock * ebp, symbol * sym) { regs *reg; tryAgain: /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; if (!hc08_ptrRegReq) if ((reg = allocReg (REG_PTR))) return reg; /* we have to spil */ if (!spilSomething (ic, ebp, sym)) return NULL; /* this looks like an infinite loop but in really selectSpil will abort */ goto tryAgain; } /*-----------------------------------------------------------------*/ /* getRegPtrNoSpil - get it cannot split */ /*-----------------------------------------------------------------*/ static regs *getRegPtrNoSpil() { regs *reg; /* try for a ptr type */ if ((reg = allocReg (REG_PTR))) return reg; /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; assert(0); /* just to make the compiler happy */ return 0; } /*-----------------------------------------------------------------*/ /* getRegGprNoSpil - get it cannot split */ /*-----------------------------------------------------------------*/ static regs *getRegGprNoSpil() { regs *reg; if ((reg = allocReg (REG_GPR))) return reg; if (!hc08_ptrRegReq) if ((reg = allocReg (REG_PTR))) return reg; assert(0); /* just to make the compiler happy */ return 0; } /*-----------------------------------------------------------------*/ /* symHasReg - symbol has a given register */ /*-----------------------------------------------------------------*/ static bool symHasReg (symbol * sym, regs * reg) { int i; for (i = 0; i < sym->nRegs; i++) if (sym->regs[i] == reg) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* deassignLRs - check the live to and if they have registers & are */ /* not spilt then free up the registers */ /*-----------------------------------------------------------------*/ static void deassignLRs (iCode * ic, eBBlock * ebp) { symbol *sym; int k; symbol *result; for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { symbol *psym = NULL; /* if it does not end here */ if (sym->liveTo > ic->seq) continue; /* if it was spilt on stack then we can mark the stack spil location as free */ if (sym->isspilt) { if (sym->stackSpil) { sym->usl.spillLoc->isFree = 1; sym->stackSpil = 0; } continue; } if (!bitVectBitValue (_G.regAssigned, sym->key)) continue; /* special case check if this is an IFX & the privious one was a pop and the previous one was not spilt then keep track of the symbol */ if (ic->op == IFX && ic->prev && ic->prev->op == IPOP && !ic->prev->parmPush && !OP_SYMBOL (IC_LEFT (ic->prev))->isspilt) psym = OP_SYMBOL (IC_LEFT (ic->prev)); if (sym->nRegs) { int i = 0; bitVectUnSetBit (_G.regAssigned, sym->key); /* if the result of this one needs registers and does not have it then assign it right away */ if (IC_RESULT (ic) && !(SKIP_IC2 (ic) || /* not a special icode */ ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || ic->op == RETURN || POINTER_SET (ic)) && (result = OP_SYMBOL (IC_RESULT (ic))) && /* has a result */ result->liveTo > ic->seq && /* and will live beyond this */ result->liveTo <= ebp->lSeq && /* does not go beyond this block */ result->liveFrom == ic->seq && /* does not start before here */ result->regType == sym->regType && /* same register types */ result->nRegs && /* which needs registers */ !result->isspilt && /* and does not already have them */ !result->remat && !bitVectBitValue (_G.regAssigned, result->key) && /* the number of free regs + number of regs in this LR can accomodate the what result Needs */ ((nfreeRegsType (result->regType) + sym->nRegs) >= result->nRegs) ) { for (i = 0; i < result->nRegs; i++) if (i < sym->nRegs) result->regs[i] = sym->regs[i]; else result->regs[i] = getRegGpr (ic, ebp, result); _G.regAssigned = bitVectSetBit (_G.regAssigned, result->key); _G.totRegAssigned = bitVectSetBit (_G.totRegAssigned, result->key); } /* free the remaining */ for (; i < sym->nRegs; i++) { if (psym) { if (!symHasReg (psym, sym->regs[i])) hc08_freeReg (sym->regs[i]); } else hc08_freeReg (sym->regs[i]); } } } } /*-----------------------------------------------------------------*/ /* reassignLR - reassign this to registers */ /*-----------------------------------------------------------------*/ static void reassignLR (operand * op) { symbol *sym = OP_SYMBOL (op); int i; /* not spilt any more */ sym->isspilt = sym->spillA = sym->blockSpil = sym->remainSpil = 0; bitVectUnSetBit (_G.spiltSet, sym->key); _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); _G.totRegAssigned = bitVectSetBit (_G.totRegAssigned, sym->key); _G.blockSpil--; for (i = 0; i < sym->nRegs; i++) sym->regs[i]->isFree = 0; } /*-----------------------------------------------------------------*/ /* willCauseSpill - determines if allocating will cause a spill */ /*-----------------------------------------------------------------*/ static int willCauseSpill (int nr, int rt) { /* first check if there are any avlb registers of te type required */ if (rt == REG_PTR) { /* special case for pointer type if pointer type not avlb then check for type gpr */ if (nFreeRegs (rt) >= nr) return 0; if (nFreeRegs (REG_GPR) >= nr) return 0; } else { if (hc08_ptrRegReq) { if (nFreeRegs (rt) >= nr) return 0; } else { if (nFreeRegs (REG_PTR) + nFreeRegs (REG_GPR) >= nr) return 0; } } /* it will cause a spil */ return 1; } /*-----------------------------------------------------------------*/ /* positionRegs - the allocator can allocate same registers to res- */ /* ult and operand, if this happens make sure they are in the same */ /* position as the operand otherwise chaos results */ /*-----------------------------------------------------------------*/ static int positionRegs (symbol * result, symbol * opsym) { int count = min (result->nRegs, opsym->nRegs); int i, j = 0, shared = 0; int change = 0; /* if the result has been spilt then cannot share */ if (opsym->isspilt) return 0; again: shared = 0; /* first make sure that they actually share */ for (i = 0; i < count; i++) { for (j = 0; j < count; j++) { if (result->regs[i] == opsym->regs[j] && i != j) { shared = 1; goto xchgPositions; } } } xchgPositions: if (shared) { regs *tmp = result->regs[i]; result->regs[i] = result->regs[j]; result->regs[j] = tmp; change ++; goto again; } return change; } /*------------------------------------------------------------------*/ /* verifyRegsAssigned - make sure an iTemp is properly initialized; */ /* it should either have registers or have beed spilled. Otherwise, */ /* there was an uninitialized variable, so just spill this to get */ /* the operand in a valid state. */ /*------------------------------------------------------------------*/ static void verifyRegsAssigned (operand *op, iCode * ic) { symbol * sym; if (!op) return; if (!IS_ITEMP (op)) return; sym = OP_SYMBOL (op); if (sym->isspilt) return; if (!sym->nRegs) return; if (sym->regs[0]) return; werrorfl (ic->filename, ic->lineno, W_LOCAL_NOINIT, sym->prereqv ? sym->prereqv->name : sym->name); spillThis (sym); } /*-----------------------------------------------------------------*/ /* serialRegAssign - serially allocate registers to the variables */ /*-----------------------------------------------------------------*/ static void serialRegAssign (eBBlock ** ebbs, int count) { int i; /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* of all instructions do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { #if 1 int reg; // update the registers in use at the start of this icode for (reg=0; regriu &= ~(regshc08[reg].mask); } else { ic->riu |= (regshc08[reg].mask); } } #endif /* if this is an ipop that means some live range will have to be assigned again */ if (ic->op == IPOP) reassignLR (IC_LEFT (ic)); /* if result is present && is a true symbol */ if (IC_RESULT (ic) && ic->op != IFX && IS_TRUE_SYMOP (IC_RESULT (ic))) OP_SYMBOL (IC_RESULT (ic))->allocreq++; /* take away registers from live ranges that end at this instruction */ deassignLRs (ic, ebbs[i]); /* some don't need registers */ if (SKIP_IC2 (ic) || ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || (IC_RESULT (ic) && POINTER_SET (ic))) continue; /* now we need to allocate registers only for the result */ if (IC_RESULT (ic)) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); bitVect *spillable; int willCS; int j; int ptrRegSet = 0; /* Make sure any spill location is definately allocated */ if (sym->isspilt && !sym->remat && sym->usl.spillLoc && !sym->usl.spillLoc->allocreq) { sym->usl.spillLoc->allocreq++; } /* if it does not need or is spilt or is already assigned to registers or will not live beyond this instructions */ if (!sym->nRegs || sym->isspilt || bitVectBitValue (_G.regAssigned, sym->key) || sym->liveTo <= ic->seq) continue; /* if some liverange has been spilt at the block level and this one live beyond this block then spil this to be safe */ if (_G.blockSpil && sym->liveTo > ebbs[i]->lSeq) { spillThis (sym); continue; } /* if trying to allocate this will cause a spill and there is nothing to spill or this one is rematerializable then spill this one */ willCS = willCauseSpill (sym->nRegs, sym->regType); spillable = computeSpillable (ic); if (sym->remat || (willCS && bitVectIsZero (spillable))) { spillThis (sym); continue; } /* If the live range preceeds the point of definition then ideally we must take into account registers that have been allocated after sym->liveFrom but freed before ic->seq. This is complicated, so spill this symbol instead and let fillGaps handle the allocation. */ if (sym->liveFrom < ic->seq) { spillThis (sym); continue; } /* if it has a spillocation & is used less than all other live ranges then spill this */ if (willCS) { if (sym->usl.spillLoc) { symbol *leastUsed = leastUsedLR (liveRangesWith (spillable, allLRs, ebbs[i], ic)); if (leastUsed && leastUsed->used > sym->used) { spillThis (sym); continue; } } else { /* if none of the liveRanges have a spillLocation then better to spill this one than anything else already assigned to registers */ if (liveRangesWith(spillable,noSpilLoc,ebbs[i],ic)) { /* if this is local to this block then we might find a block spil */ if (!(sym->liveFrom >= ebbs[i]->fSeq && sym->liveTo <= ebbs[i]->lSeq)) { spillThis (sym); continue; } } } } /* if we need ptr regs for the right side then mark it */ if (POINTER_GET (ic) && IS_SYMOP (IC_LEFT (ic)) && getSize (OP_SYMBOL (IC_LEFT (ic))->type) <= (unsigned int) PTRSIZE) { hc08_ptrRegReq++; ptrRegSet = 1; } /* else we assign registers to it */ _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); _G.totRegAssigned = bitVectSetBit (_G.totRegAssigned, sym->key); for (j = 0; j < sym->nRegs; j++) { if (sym->regType == REG_PTR) sym->regs[j] = getRegPtr (ic, ebbs[i], sym); else sym->regs[j] = getRegGpr (ic, ebbs[i], sym); /* if the allocation failed which means this was spilt then break */ if (!sym->regs[j]) { break; } } /* if it shares registers with operands make sure that they are in the same position */ if (IC_LEFT (ic) && IS_SYMOP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->nRegs && ic->op != '=') { positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_LEFT (ic))); } /* do the same for the right operand */ if (IC_RIGHT (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->nRegs) { positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_RIGHT (ic))); } if (ptrRegSet) { hc08_ptrRegReq--; ptrRegSet = 0; } } } } /* Check for and fix any problems with uninitialized operands */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; for (ic = ebbs[i]->sch; ic; ic = ic->next) { if (SKIP_IC2 (ic)) continue; if (ic->op == IFX) { verifyRegsAssigned (IC_COND (ic), ic); continue; } if (ic->op == JUMPTABLE) { verifyRegsAssigned (IC_JTCOND (ic), ic); continue; } verifyRegsAssigned (IC_RESULT (ic), ic); verifyRegsAssigned (IC_LEFT (ic), ic); verifyRegsAssigned (IC_RIGHT (ic), ic); } } } /*-----------------------------------------------------------------*/ /* fillGaps - Try to fill in the Gaps left by Pass1 */ /*-----------------------------------------------------------------*/ static void fillGaps() { symbol *sym =NULL; int key =0; if (getenv("DISABLE_FILL_GAPS")) return; /* look for liveranges that were spilt by the allocator */ for (sym = hTabFirstItem(liveRanges,&key) ; sym ; sym = hTabNextItem(liveRanges,&key)) { int i; int pdone = 0; if (!sym->spillA || !sym->clashes || sym->remat) continue ; /* find the liveRanges this one clashes with, that are still assigned to registers & mark the registers as used*/ for ( i = 0 ; i < sym->clashes->size ; i ++) { int k; symbol *clr; if (bitVectBitValue(sym->clashes,i) == 0 || /* those that clash with this */ bitVectBitValue(_G.totRegAssigned,i) == 0) /* and are still assigned to registers */ continue ; clr = hTabItemWithKey(liveRanges,i); assert(clr); /* mark these registers as used */ for (k = 0 ; k < clr->nRegs ; k++ ) hc08_useReg(clr->regs[k]); } if (willCauseSpill(sym->nRegs,sym->regType)) { /* NOPE :( clear all registers & and continue */ freeAllRegs(); continue ; } /* THERE IS HOPE !!!! */ for (i=0; i < sym->nRegs ; i++ ) { if (sym->regType == REG_PTR) sym->regs[i] = getRegPtrNoSpil (); else sym->regs[i] = getRegGprNoSpil (); } /* for all its definitions check if the registers allocated needs positioning NOTE: we can position only ONCE if more than One positioning required then give up */ sym->isspilt = 0; for (i = 0 ; i < sym->defs->size ; i++ ) { if (bitVectBitValue(sym->defs,i)) { iCode *ic; if (!(ic = hTabItemWithKey(iCodehTab,i))) continue ; if (SKIP_IC(ic)) continue; assert(isSymbolEqual(sym,OP_SYMBOL(IC_RESULT(ic)))); /* just making sure */ /* if left is assigned to registers */ if (IS_SYMOP(IC_LEFT(ic)) && bitVectBitValue(_G.totRegAssigned,OP_SYMBOL(IC_LEFT(ic))->key)) { pdone += positionRegs(sym,OP_SYMBOL(IC_LEFT(ic))); } if (IS_SYMOP(IC_RIGHT(ic)) && bitVectBitValue(_G.totRegAssigned,OP_SYMBOL(IC_RIGHT(ic))->key)) { pdone += positionRegs(sym,OP_SYMBOL(IC_RIGHT(ic))); } if (pdone > 1) break; } } for (i = 0 ; i < sym->uses->size ; i++ ) { if (bitVectBitValue(sym->uses,i)) { iCode *ic; if (!(ic = hTabItemWithKey(iCodehTab,i))) continue ; if (SKIP_IC(ic)) continue; if (!IS_ASSIGN_ICODE(ic)) continue ; /* if result is assigned to registers */ if (IS_SYMOP(IC_RESULT(ic)) && bitVectBitValue(_G.totRegAssigned,OP_SYMBOL(IC_RESULT(ic))->key)) { pdone += positionRegs(sym,OP_SYMBOL(IC_RESULT(ic))); } if (pdone > 1) break; } } /* had to position more than once GIVE UP */ if (pdone > 1) { /* UNDO all the changes we made to try this */ sym->isspilt = 1; for (i=0; i < sym->nRegs ; i++ ) { sym->regs[i] = NULL; } freeAllRegs(); D(printf ("Fill Gap gave up due to positioning for %s in function %s\n",sym->name, currFunc ? currFunc->name : "UNKNOWN")); continue ; } D(printf ("FILLED GAP for %s in function %s\n",sym->name, currFunc ? currFunc->name : "UNKNOWN")); _G.totRegAssigned = bitVectSetBit(_G.totRegAssigned,sym->key); sym->isspilt = sym->spillA = 0 ; sym->usl.spillLoc->allocreq--; freeAllRegs(); } } /*-----------------------------------------------------------------*/ /* rUmaskForOp :- returns register mask for an operand */ /*-----------------------------------------------------------------*/ bitVect * hc08_rUmaskForOp (operand * op) { bitVect *rumask; symbol *sym; int j; /* only temporaries are assigned registers */ if (!IS_ITEMP (op)) return NULL; sym = OP_SYMBOL (op); /* if spilt or no registers assigned to it then nothing */ if (sym->isspilt || !sym->nRegs) return NULL; rumask = newBitVect (hc08_nRegs); for (j = 0; j < sym->nRegs; j++) { rumask = bitVectSetBit (rumask, sym->regs[j]->rIdx); } return rumask; } /*-----------------------------------------------------------------*/ /* regsUsedIniCode :- returns bit vector of registers used in iCode */ /*-----------------------------------------------------------------*/ static bitVect * regsUsedIniCode (iCode * ic) { bitVect *rmask = newBitVect (hc08_nRegs); /* do the special cases first */ if (ic->op == IFX) { rmask = bitVectUnion (rmask, hc08_rUmaskForOp (IC_COND (ic))); goto ret; } /* for the jumptable */ if (ic->op == JUMPTABLE) { rmask = bitVectUnion (rmask, hc08_rUmaskForOp (IC_JTCOND (ic))); goto ret; } /* of all other cases */ if (IC_LEFT (ic)) rmask = bitVectUnion (rmask, hc08_rUmaskForOp (IC_LEFT (ic))); if (IC_RIGHT (ic)) rmask = bitVectUnion (rmask, hc08_rUmaskForOp (IC_RIGHT (ic))); if (IC_RESULT (ic)) rmask = bitVectUnion (rmask, hc08_rUmaskForOp (IC_RESULT (ic))); ret: return rmask; } /*-----------------------------------------------------------------*/ /* createRegMask - for each instruction will determine the regsUsed */ /*-----------------------------------------------------------------*/ static void createRegMask (eBBlock ** ebbs, int count) { int i; /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* for all instructions */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { int j; if (SKIP_IC2 (ic) || !ic->rlive) continue; /* first mark the registers used in this instruction */ ic->rUsed = regsUsedIniCode (ic); _G.funcrUsed = bitVectUnion (_G.funcrUsed, ic->rUsed); /* now create the register mask for those registers that are in use : this is a super set of ic->rUsed */ ic->rMask = newBitVect (hc08_nRegs + 1); /* for all live Ranges alive at this point */ for (j = 1; j < ic->rlive->size; j++) { symbol *sym; int k; /* if not alive then continue */ if (!bitVectBitValue (ic->rlive, j)) continue; /* find the live range we are interested in */ if (!(sym = hTabItemWithKey (liveRanges, j))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "createRegMask cannot find live range"); fprintf(stderr, "\tmissing live range: key=%d\n", j); exit (0); } /* if no register assigned to it */ if (!sym->nRegs || sym->isspilt) continue; /* for all the registers allocated to it */ for (k = 0; k < sym->nRegs; k++) if (sym->regs[k]) ic->rMask = bitVectSetBit (ic->rMask, sym->regs[k]->rIdx); } } } } /*-----------------------------------------------------------------*/ /* rematStr - returns the rematerialized string for a remat var */ /*-----------------------------------------------------------------*/ static char * rematStr (symbol * sym) { iCode *ic = sym->rematiCode; int offset = 0; while (1) { /* if plus adjust offset to right hand side */ if (ic->op == '+') { offset += (int) operandLitValue (IC_RIGHT (ic)); ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; continue; } /* if minus adjust offset to right hand side */ if (ic->op == '-') { offset -= (int) operandLitValue (IC_RIGHT (ic)); ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; continue; } /* cast then continue */ if (IS_CAST_ICODE(ic)) { ic = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; continue; } /* we reached the end */ break; } if (ic->op == ADDRESS_OF) { if (offset) { SNPRINTF (buffer, sizeof(buffer), "(%s %c 0x%04x)", OP_SYMBOL (IC_LEFT (ic))->rname, offset >= 0 ? '+' : '-', abs (offset) & 0xffff); } else { strncpyz (buffer, OP_SYMBOL (IC_LEFT (ic))->rname, sizeof(buffer)); } } else if (ic->op == '=') { offset += (int) operandLitValue (IC_RIGHT (ic)); SNPRINTF (buffer, sizeof(buffer), "0x%04x", offset & 0xffff); } return buffer; } /*-----------------------------------------------------------------*/ /* regTypeNum - computes the type & number of registers required */ /*-----------------------------------------------------------------*/ static void regTypeNum (eBBlock *ebbs) { symbol *sym; int k; iCode *ic; /* for each live range do */ for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { /* if used zero times then no registers needed */ if ((sym->liveTo - sym->liveFrom) == 0) continue; /* if the live range is a temporary */ if (sym->isitmp) { /* if the type is marked as a conditional */ if (sym->regType == REG_CND) continue; /* if used in return only then we don't need registers */ if (sym->ruonly || sym->accuse) { if (IS_AGGREGATE (sym->type) || sym->isptr) sym->type = aggrToPtr (sym->type, FALSE); continue; } /* if the symbol has only one definition & that definition is a get_pointer */ if (bitVectnBitsOn (sym->defs) == 1 && (ic = hTabItemWithKey (iCodehTab, bitVectFirstBit (sym->defs))) && POINTER_GET (ic) && !IS_BITVAR (sym->etype) && (aggrToPtrDclType (operandType (IC_LEFT (ic)), FALSE) == POINTER)) { if (ptrPseudoSymSafe (sym, ic)) { ptrPseudoSymConvert (sym, ic, rematStr (OP_SYMBOL (IC_LEFT (ic)))); continue; } /* if in data space or idata space then try to allocate pointer register */ } /* if not then we require registers */ sym->nRegs = ((IS_AGGREGATE (sym->type) || sym->isptr) ? getSize (sym->type = aggrToPtr (sym->type, FALSE)) : getSize (sym->type)); if (sym->nRegs > 4) { fprintf (stderr, "allocated more than 4 or 0 registers for type "); printTypeChain (sym->type, stderr); fprintf (stderr, "\n"); } /* determine the type of register required */ if (sym->nRegs == 1 && IS_PTR (sym->type) && sym->uptr) sym->regType = REG_PTR; else sym->regType = REG_GPR; } else /* for the first run we don't provide */ /* registers for true symbols we will */ /* see how things go */ sym->nRegs = 0; } } /*-----------------------------------------------------------------*/ /* freeAllRegs - mark all registers as free */ /*-----------------------------------------------------------------*/ static void freeAllRegs () { int i; for (i = 0; i < hc08_nRegs; i++) { regshc08[i].isFree = 1; regshc08[i].aop = NULL; } } /*-----------------------------------------------------------------*/ /* deallocStackSpil - this will set the stack pointer back */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (deallocStackSpil) { symbol *sym = item; deallocLocal (sym); return 0; } #if 0 /*-----------------------------------------------------------------*/ /* farSpacePackable - returns the packable icode for far variables */ /*-----------------------------------------------------------------*/ static iCode * farSpacePackable (iCode * ic) { iCode *dic; /* go thru till we find a definition for the symbol on the right */ for (dic = ic->prev; dic; dic = dic->prev) { /* if the definition is a call then no */ if ((dic->op == CALL || dic->op == PCALL) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { return NULL; } /* if shift by unknown amount then not */ if ((dic->op == LEFT_OP || dic->op == RIGHT_OP) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) return NULL; #if 0 /* if pointer get and size > 1 */ if (POINTER_GET (dic) && getSize (aggrToPtr (operandType (IC_LEFT (dic)), FALSE)) > 1) return NULL; if (POINTER_SET (dic) && getSize (aggrToPtr (operandType (IC_RESULT (dic)), FALSE)) > 1) return NULL; #endif /* if any three is a true symbol in far space */ if (IC_RESULT (dic) && IS_TRUE_SYMOP (IC_RESULT (dic)) /* && isOperandInFarSpace (IC_RESULT (dic)) */) return NULL; if (IC_RIGHT (dic) && IS_TRUE_SYMOP (IC_RIGHT (dic)) /* && isOperandInFarSpace (IC_RIGHT (dic)) */ && !isOperandEqual (IC_RIGHT (dic), IC_RESULT (ic))) return NULL; if (IC_LEFT (dic) && IS_TRUE_SYMOP (IC_LEFT (dic)) /* && isOperandInFarSpace (IC_LEFT (dic)) */ && !isOperandEqual (IC_LEFT (dic), IC_RESULT (ic))) return NULL; if (isOperandEqual (IC_RIGHT (ic), IC_RESULT (dic))) { if ((dic->op == LEFT_OP || dic->op == RIGHT_OP || dic->op == '-') && IS_OP_LITERAL (IC_RIGHT (dic))) return NULL; else return dic; } } return NULL; } #endif #if 0 static void packRegsForLiteral (iCode * ic) { int k; iCode *uic; if (ic->op != '=') return; if (POINTER_SET (ic)) return; if (!IS_LITERAL (getSpec (operandType (IC_RIGHT (ic))))) return; if (bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) > 1) return; for (k=0; k< OP_USES (IC_RESULT (ic))->size; k++) if (bitVectBitValue (OP_USES (IC_RESULT (ic)), k)) { uic = hTabItemWithKey (iCodehTab, k); if (!uic) continue; if (uic->op != IFX && uic->op != JUMPTABLE) { if (IC_LEFT (uic) && IC_LEFT (uic)->key == IC_RESULT (ic)->key) ReplaceOpWithCheaperOp(&IC_LEFT(uic), IC_RIGHT(ic)); if (IC_RIGHT (uic) && IC_RIGHT (uic)->key == IC_RESULT (ic)->key) ReplaceOpWithCheaperOp(&IC_RIGHT(uic), IC_RIGHT(ic)); if (IC_RESULT (uic) && IC_RESULT (uic)->key == IC_RESULT (ic)->key) ReplaceOpWithCheaperOp(&IC_RESULT(uic), IC_RIGHT(ic)); } } } #endif /*-----------------------------------------------------------------*/ /* packRegsForAssign - register reduction for assignment */ /*-----------------------------------------------------------------*/ static int packRegsForAssign (iCode * ic, eBBlock * ebp) { iCode *dic, *sic; if (!IS_ITEMP (IC_RIGHT (ic)) || OP_SYMBOL (IC_RIGHT (ic))->isind || OP_LIVETO (IC_RIGHT (ic)) > ic->seq) { return 0; } /* if the true symbol is defined in far space or on stack then we should not since this will increase register pressure */ #if 0 if (isOperandInFarSpace(IC_RESULT(ic)) && !farSpacePackable(ic)) { return 0; } #endif /* find the definition of iTempNN scanning backwards if we find a a use of the true symbol in before we find the definition then we cannot */ for (dic = ic->prev; dic; dic = dic->prev) { #if 0 /* jwk: This collides with 1.43 but I really see no need for this anymore. It fixes bug #716790 and substantially improves redundant register usage around function calls. */ /* if there is a function call then don't pack it */ if ((dic->op == CALL || dic->op == PCALL)) { dic = NULL; break; } #endif /* Don't move an assignment out of a critical block */ if (dic->op == CRITICAL) { dic = NULL; break; } if (SKIP_IC2 (dic)) continue; if (IS_TRUE_SYMOP (IC_RESULT (dic)) && IS_OP_VOLATILE (IC_RESULT (dic))) { dic = NULL; break; } if (IS_SYMOP (IC_RESULT (dic)) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { if (POINTER_SET (dic)) dic = NULL; break; } if (IS_SYMOP (IC_RIGHT (dic)) && (IC_RIGHT (dic)->key == IC_RESULT (ic)->key || IC_RIGHT (dic)->key == IC_RIGHT (ic)->key)) { dic = NULL; break; } if (IS_SYMOP (IC_LEFT (dic)) && (IC_LEFT (dic)->key == IC_RESULT (ic)->key || IC_LEFT (dic)->key == IC_RIGHT (ic)->key)) { dic = NULL; break; } if (POINTER_SET (dic) && IC_RESULT (dic)->key == IC_RESULT (ic)->key) { dic = NULL; break; } } if (!dic) return 0; /* did not find */ /* if assignment then check that right is not a bit */ if (ASSIGNMENT (ic) && !POINTER_SET (ic)) { sym_link *etype = operandType (IC_RESULT (dic)); if (IS_BITFIELD (etype)) { /* if result is a bit too then it's ok */ etype = operandType (IC_RESULT (ic)); if (!IS_BITFIELD (etype)) { return 0; } } } /* if the result is on stack or iaccess then it must be the same atleast one of the operands */ if (OP_SYMBOL (IC_RESULT (ic))->onStack || OP_SYMBOL (IC_RESULT (ic))->iaccess) { /* the operation has only one symbol operator then we can pack */ if ((IC_LEFT (dic) && !IS_SYMOP (IC_LEFT (dic))) || (IC_RIGHT (dic) && !IS_SYMOP (IC_RIGHT (dic)))) goto pack; if (!((IC_LEFT (dic) && IC_RESULT (ic)->key == IC_LEFT (dic)->key) || (IC_RIGHT (dic) && IC_RESULT (ic)->key == IC_RIGHT (dic)->key))) return 0; } pack: /* found the definition */ /* replace the result with the result of */ /* this assignment and remove this assignment */ bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); ReplaceOpWithCheaperOp(&IC_RESULT (dic), IC_RESULT (ic)); if (IS_ITEMP (IC_RESULT (dic)) && OP_SYMBOL (IC_RESULT (dic))->liveFrom > dic->seq) { OP_SYMBOL (IC_RESULT (dic))->liveFrom = dic->seq; } // TODO: and the otherway around? /* delete from liverange table also delete from all the points inbetween and the new one */ for (sic = dic; sic != ic; sic = sic->next) { bitVectUnSetBit (sic->rlive, IC_RESULT (ic)->key); if (IS_ITEMP (IC_RESULT (dic))) bitVectSetBit (sic->rlive, IC_RESULT (dic)->key); } remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); return 1; } /*------------------------------------------------------------------*/ /* findAssignToSym : scanning backwards looks for first assig found */ /*------------------------------------------------------------------*/ static iCode * findAssignToSym (operand * op, iCode * ic) { iCode *dic; /* This routine is used to find sequences like iTempAA = FOO; ...; (intervening ops don't use iTempAA or modify FOO) blah = blah + iTempAA; and eliminate the use of iTempAA, freeing up its register for other uses. */ for (dic = ic->prev; dic; dic = dic->prev) { /* if definition by assignment */ if (dic->op == '=' && !POINTER_SET (dic) && IC_RESULT (dic)->key == op->key && IS_TRUE_SYMOP(IC_RIGHT(dic)) ) break; /* found where this temp was defined */ /* if we find an usage then we cannot delete it */ if (IC_LEFT (dic) && IC_LEFT (dic)->key == op->key) return NULL; if (IC_RIGHT (dic) && IC_RIGHT (dic)->key == op->key) return NULL; if (POINTER_SET (dic) && IC_RESULT (dic)->key == op->key) return NULL; } if (!dic) return NULL; /* didn't find any assignment to op */ /* we are interested only if defined in far space */ /* or in stack space in case of + & - */ /* if assigned to a non-symbol then don't repack regs */ if (!IS_SYMOP (IC_RIGHT (dic))) return NULL; /* if the symbol is volatile then we should not */ if (isOperandVolatile (IC_RIGHT (dic), TRUE)) return NULL; /* XXX TODO --- should we be passing FALSE to isOperandVolatile()? What does it mean for an iTemp to be volatile, anyway? Passing TRUE is more cautious but may prevent possible optimizations */ /* if the symbol is in far space then we should not */ /* if (isOperandInFarSpace (IC_RIGHT (dic))) return NULL; */ /* for + & - operations make sure that if it is on the stack it is the same as one of the three operands */ #if 0 if ((ic->op == '+' || ic->op == '-') && OP_SYMBOL (IC_RIGHT (dic))->onStack) { if (IC_RESULT (ic)->key != IC_RIGHT (dic)->key && IC_LEFT (ic)->key != IC_RIGHT (dic)->key && IC_RIGHT (ic)->key != IC_RIGHT (dic)->key) return NULL; } #endif /* now make sure that the right side of dic is not defined between ic & dic */ if (dic) { iCode *sic = dic->next; for (; sic != ic; sic = sic->next) if (IC_RESULT (sic) && IC_RESULT (sic)->key == IC_RIGHT (dic)->key) return NULL; } return dic; } /*-----------------------------------------------------------------*/ /* reassignAliasedSym - used by packRegsForSupport to replace */ /* redundant iTemp with equivalent symbol */ /*-----------------------------------------------------------------*/ static void reassignAliasedSym (eBBlock *ebp, iCode *assignment, iCode *use, operand *op) { iCode *ic; unsigned oldSymKey, newSymKey; oldSymKey = op->key; newSymKey = IC_RIGHT(assignment)->key; /* only track live ranges of compiler-generated temporaries */ if (!IS_ITEMP(IC_RIGHT(assignment))) newSymKey = 0; /* update the live-value bitmaps */ for (ic = assignment; ic != use; ic = ic->next) { bitVectUnSetBit (ic->rlive, oldSymKey); if (newSymKey != 0) ic->rlive = bitVectSetBit (ic->rlive, newSymKey); } /* update the sym of the used operand */ OP_SYMBOL(op) = OP_SYMBOL(IC_RIGHT(assignment)); op->key = OP_SYMBOL(op)->key; /* update the sym's liverange */ if ( OP_LIVETO(op) < ic->seq ) setToRange(op, ic->seq, FALSE); /* remove the assignment iCode now that its result is unused */ remiCodeFromeBBlock (ebp, assignment); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(assignment))->defs, assignment->key); hTabDeleteItem (&iCodehTab, assignment->key, assignment, DELETE_ITEM, NULL); } /*-----------------------------------------------------------------*/ /* packRegsForSupport :- reduce some registers for support calls */ /*-----------------------------------------------------------------*/ static int packRegsForSupport (iCode * ic, eBBlock * ebp) { iCode *dic; int changes = 0; /* for the left & right operand :- look to see if the left was assigned a true symbol in far space in that case replace them */ if (IS_ITEMP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->liveTo <= ic->seq) { dic = findAssignToSym (IC_LEFT (ic), ic); if (dic) { /* found it we need to remove it from the block */ reassignAliasedSym (ebp, dic, ic, IC_LEFT(ic)); changes++; } } /* do the same for the right operand */ if (IS_ITEMP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->liveTo <= ic->seq) { iCode *dic = findAssignToSym (IC_RIGHT (ic), ic); if (dic) { /* found it we need to remove it from the block */ reassignAliasedSym (ebp, dic, ic, IC_RIGHT(ic)); changes++; } } return changes; } #if 0 /*-----------------------------------------------------------------*/ /* packRegsForOneuse : - will reduce some registers for single Use */ /*-----------------------------------------------------------------*/ static iCode * packRegsForOneuse (iCode * ic, operand * op, eBBlock * ebp) { bitVect *uses; iCode *dic, *sic; /* if returning a literal then do nothing */ if (!IS_SYMOP (op)) return NULL; /* only up to 2 bytes */ if (getSize (operandType (op)) > (fReturnSizeHC08 - 2)) return NULL; return NULL; if (ic->op != SEND //RETURN && ic->op != SEND && !POINTER_SET (ic) && !POINTER_GET (ic) ) return NULL; if (ic->op == SEND && ic->argreg != 1) return NULL; /* this routine will mark the a symbol as used in one instruction use only && if the defintion is local (ie. within the basic block) && has only one definition && that definiion is either a return value from a function or does not contain any variables in far space */ uses = bitVectCopy (OP_USES (op)); bitVectUnSetBit (uses, ic->key); /* take away this iCode */ if (!bitVectIsZero (uses)) /* has other uses */ return NULL; /* if it has only one defintion */ if (bitVectnBitsOn (OP_DEFS (op)) > 1) return NULL; /* has more than one definition */ /* get that definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (op))))) return NULL; /* if that only usage is a cast */ if (dic->op == CAST) { /* to a bigger type */ if (getSize(OP_SYM_TYPE(IC_RESULT(dic))) > getSize(OP_SYM_TYPE(IC_RIGHT(dic)))) { /* than we can not, since we cannot predict the usage of b & acc */ return NULL; } } /* found the definition now check if it is local */ if (dic->seq < ebp->fSeq || dic->seq > ebp->lSeq) return NULL; /* non-local */ /* now check if it is the return from a function call */ if (dic->op == CALL || dic->op == PCALL) { if (ic->op != SEND && ic->op != RETURN && !POINTER_SET(ic) && !POINTER_GET(ic)) { OP_SYMBOL (op)->ruonly = 1; return dic; } dic = dic->next; } /* otherwise check that the definition does not contain any symbols in far space */ // if (isOperandInFarSpace (IC_LEFT (dic)) || // isOperandInFarSpace (IC_RIGHT (dic)) || // IS_OP_RUONLY (IC_LEFT (ic)) || // IS_OP_RUONLY (IC_RIGHT (ic))) // { // return NULL; // } /* if pointer set then make sure the pointer is one byte */ #if 0 if (POINTER_SET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_RESULT (dic)), FALSE))) return NULL; if (POINTER_GET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_LEFT (dic)), FALSE))) return NULL; #endif sic = dic; /* also make sure the intervenening instructions don't have any thing in far space */ for (dic = dic->next; dic && dic != ic && sic != ic; dic = dic->next) { /* if there is an intervening function call then no */ if (dic->op == CALL || dic->op == PCALL) return NULL; /* if pointer set then make sure the pointer is one byte */ #if 0 if (POINTER_SET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_RESULT (dic)), FALSE))) return NULL; if (POINTER_GET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_LEFT (dic)), FALSE))) return NULL; #endif /* if address of & the result is remat the okay */ if (dic->op == ADDRESS_OF && OP_SYMBOL (IC_RESULT (dic))->remat) continue; /* if operand has size of three or more & this operation is a '*','/' or '%' then 'b' may cause a problem */ #if 0 if ((dic->op == '%' || dic->op == '/' || dic->op == '*') && getSize (operandType (op)) >= 3) return NULL; #endif /* if left or right or result is in far space */ // if (isOperandInFarSpace (IC_LEFT (dic)) || // isOperandInFarSpace (IC_RIGHT (dic)) || // isOperandInFarSpace (IC_RESULT (dic)) || // IS_OP_RUONLY (IC_LEFT (dic)) || // IS_OP_RUONLY (IC_RIGHT (dic)) || // IS_OP_RUONLY (IC_RESULT (dic))) // { // return NULL; // } // /* if left or right or result is on stack */ // if (isOperandOnStack(IC_LEFT(dic)) || // isOperandOnStack(IC_RIGHT(dic)) || // isOperandOnStack(IC_RESULT(dic))) { // return NULL; // } } OP_SYMBOL (op)->ruonly = 1; return sic; } #endif /*-----------------------------------------------------------------*/ /* isBitwiseOptimizable - requirements of JEAN LOUIS VERN */ /*-----------------------------------------------------------------*/ static bool isBitwiseOptimizable (iCode * ic) { sym_link *ltype = getSpec (operandType (IC_LEFT (ic))); sym_link *rtype = getSpec (operandType (IC_RIGHT (ic))); /* bitwise operations are considered optimizable under the following conditions (Jean-Louis VERN) x & lit bit & bit bit & x bit ^ bit bit ^ x x ^ lit x | lit bit | bit bit | x */ if (IS_LITERAL(rtype) || (IS_BITVAR (ltype) && IN_BITSPACE (SPEC_OCLS (ltype)))) return TRUE; else return FALSE; } /*-----------------------------------------------------------------*/ /* isCommutativeOp - tests whether this op cares what order its */ /* operands are in */ /*-----------------------------------------------------------------*/ bool isCommutativeOp2(unsigned int op) { if (op == '+' || op == '*' || op == EQ_OP || op == '^' || op == '|' || op == BITWISEAND) return TRUE; else return FALSE; } /*-----------------------------------------------------------------*/ /* operandUsesAcc2 - determines whether the code generated for this */ /* operand will have to use the accumulator */ /*-----------------------------------------------------------------*/ bool operandUsesAcc2(operand *op) { if (!op) return FALSE; if (IS_SYMOP(op)) { symbol *sym = OP_SYMBOL(op); memmap *symspace; if (sym->accuse) return TRUE; /* duh! */ // if (IN_STACK(sym->etype) || sym->onStack || // (SPIL_LOC(op) && SPIL_LOC(op)->onStack)) // return TRUE; /* acc is used to calc stack offset */ if (IS_ITEMP(op)) { if (SPIL_LOC(op)) { sym = SPIL_LOC(op); /* if spilled, look at spill location */ } else { return FALSE; /* more checks? */ } } symspace = SPEC_OCLS(sym->etype); // if (sym->iaccess && symspace->paged) // return TRUE; /* must fetch paged indirect sym via accumulator */ if (IN_BITSPACE(symspace)) return TRUE; /* fetching bit vars uses the accumulator */ if (IN_FARSPACE(symspace) || IN_CODESPACE(symspace)) return TRUE; /* fetched via accumulator and dptr */ } return FALSE; } /*-----------------------------------------------------------------*/ /* canDefAccResult - return 1 if the iCode can generate a result */ /* in A or XA */ /*-----------------------------------------------------------------*/ static int canDefAccResult (iCode * ic) { int size; if (ic->op == IFX || ic->op == JUMPTABLE) /* these iCodes have no result */ return 0; if (POINTER_SET (ic)) return 0; if (!IC_RESULT (ic)) return 0; if (!IS_ITEMP (IC_RESULT (ic))) return 0; /* I don't think an iTemp can be an aggregate, but just in case */ if (IS_AGGREGATE(operandType(IC_RESULT(ic)))) return 0; size = getSize (operandType (IC_RESULT (ic))); if (size == 1) { /* All 1 byte operations should safely generate an accumulator result */ return 1; } else if (size == 2) { switch (ic->op) { case LEFT_OP: case RIGHT_OP: return isOperandLiteral (IC_RIGHT (ic)) && SPEC_USIGN (operandType (IC_RESULT (ic))); case CALL: case PCALL: case '*': case RECEIVE: case '=': /* assignment, since POINTER_SET is already ruled out */ return 1; default: return 0; } } return 0; } /*-----------------------------------------------------------------*/ /* canUseAccOperand - return 1 if the iCode can use the operand */ /* when passed in A or XA */ /*-----------------------------------------------------------------*/ static int canUseAccOperand (iCode * ic, operand * op) { int size; operand * otherOp; if (ic->op == IFX) { if (isOperandEqual (op, IC_COND (ic))) return 1; else return 0; } if (ic->op == JUMPTABLE) { if (isOperandEqual (op, IC_JTCOND (ic))) return 1; else return 0; } if (POINTER_SET (ic) && isOperandEqual (op, IC_RESULT (ic))) return 1; if (isOperandEqual (op, IC_LEFT (ic))) otherOp = IC_RIGHT (ic); else if (isOperandEqual (op, IC_RIGHT (ic))) otherOp = IC_LEFT (ic); else return 0; /* Generation of SEND is deferred until CALL; not safe */ /* if there are intermediate iCodes */ if (ic->op == SEND && ic->next && ic->next->op != CALL) return 0; size = getSize (operandType (op)); if (size == 1) { /* All 1 byte operations should safely use an accumulator operand */ return 1; } else if (size == 2) { switch (ic->op) { case LEFT_OP: case RIGHT_OP: return isOperandLiteral (IC_RIGHT (ic)); case SEND: return 1; default: return 0; } } return 0; } /*-----------------------------------------------------------------*/ /* packRegsForAccUse - pack registers for acc use */ /*-----------------------------------------------------------------*/ static int packRegsForAccUse (iCode * ic) { iCode * uic; operand * op; if (!canDefAccResult (ic)) return 0; op = IC_RESULT (ic); /* has only one definition */ if (bitVectnBitsOn (OP_DEFS (op)) > 1) return 0; /* has only one use */ if (bitVectnBitsOn (OP_USES (op)) > 1) return 0; uic = ic->next; if (!uic) return 0; if (!canUseAccOperand (uic, op)) return 0; #if 0 if ((POINTER_GET(uic)) || (ic->op == ADDRESS_OF && uic->op == '+' && IS_OP_LITERAL (IC_RIGHT (uic)))) { OP_SYMBOL (IC_RESULT (ic))->accuse = ACCUSE_HX; return; } #endif OP_SYMBOL (IC_RESULT (ic))->accuse = ACCUSE_XA; return 1; } /*-----------------------------------------------------------------*/ /* packForPush - hueristics to reduce iCode for pushing */ /*-----------------------------------------------------------------*/ static void packForPush (iCode * ic, eBBlock ** ebpp, int blockno) { iCode *dic, *lic; bitVect *dbv; struct eBBlock * ebp=ebpp[blockno]; if (ic->op != IPUSH || !IS_ITEMP (IC_LEFT (ic))) return; /* must have only definition & one usage */ if (bitVectnBitsOn (OP_DEFS (IC_LEFT (ic))) != 1 || bitVectnBitsOn (OP_USES (IC_LEFT (ic))) != 1) return; /* find the definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (IC_LEFT (ic)))))) return; if (dic->op != '=' || POINTER_SET (dic)) return; if (dic->seq < ebp->fSeq) { // Evelyn did this int i; for (i=0; iseq >= ebpp[i]->fSeq && dic->seq <= ebpp[i]->lSeq) { ebp=ebpp[i]; break; } } wassert (i!=blockno); // no way to recover from here } if (IS_SYMOP(IC_RIGHT(dic))) { /* make sure the right side does not have any definitions inbetween */ dbv = OP_DEFS(IC_RIGHT(dic)); for (lic = ic; lic && lic != dic ; lic = lic->prev) { if (bitVectBitValue(dbv,lic->key)) return ; } /* make sure they have the same type */ if (IS_SPEC(operandType(IC_LEFT(ic)))) { sym_link *itype=operandType(IC_LEFT(ic)); sym_link *ditype=operandType(IC_RIGHT(dic)); if (SPEC_USIGN(itype)!=SPEC_USIGN(ditype) || SPEC_LONG(itype)!=SPEC_LONG(ditype)) return; } /* extend the live range of replaced operand if needed */ if (OP_SYMBOL(IC_RIGHT(dic))->liveTo < ic->seq) { OP_SYMBOL(IC_RIGHT(dic))->liveTo = ic->seq; } bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); } /* we now we know that it has one & only one def & use and the that the definition is an assignment */ ReplaceOpWithCheaperOp(&IC_LEFT (ic), IC_RIGHT (dic)); remiCodeFromeBBlock (ebp, dic); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); } /*-----------------------------------------------------------------*/ /* packRegisters - does some transformations to reduce register */ /* pressure */ /*-----------------------------------------------------------------*/ static void packRegisters (eBBlock ** ebpp, int blockno) { iCode *ic; int change = 0; eBBlock *ebp=ebpp[blockno]; while (1) { change = 0; /* look for assignments of the form */ /* iTempNN = TRueSym (someoperation) SomeOperand */ /* .... */ /* TrueSym := iTempNN:1 */ for (ic = ebp->sch; ic; ic = ic->next) { /* find assignment of the form TrueSym := iTempNN:1 */ if (ic->op == '=' && !POINTER_SET (ic) ) change += packRegsForAssign (ic, ebp); } if (!change) break; } for (ic = ebp->sch; ic; ic = ic->next) { //packRegsForLiteral (ic); /* if this is an itemp & result of an address of a true sym then mark this as rematerialisable */ if (ic->op == ADDRESS_OF && IS_ITEMP (IC_RESULT (ic)) && IS_TRUE_SYMOP (IC_LEFT (ic)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1 && !OP_SYMBOL (IC_LEFT (ic))->onStack ) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } #if 1 if (ic->op == '=' && !POINTER_SET (ic) && IS_ITEMP (IC_RESULT (ic)) && IS_VALOP (IC_RIGHT (ic)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } #endif /* if straight assignment then carry remat flag if this is the only definition */ if (ic->op == '=' && !POINTER_SET (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->remat && !IS_CAST_ICODE(OP_SYMBOL (IC_RIGHT (ic))->rematiCode) && bitVectnBitsOn (OP_SYMBOL (IC_RESULT (ic))->defs) <= 1) { OP_SYMBOL (IC_RESULT (ic))->remat = OP_SYMBOL (IC_RIGHT (ic))->remat; OP_SYMBOL (IC_RESULT (ic))->rematiCode = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; } /* if cast to a generic pointer & the pointer being cast is remat, then we can remat this cast as well */ if (ic->op == CAST && IS_SYMOP(IC_RIGHT(ic)) && OP_SYMBOL(IC_RIGHT(ic))->remat && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1) { sym_link *to_type = operandType(IC_LEFT(ic)); sym_link *from_type = operandType(IC_RIGHT(ic)); if (IS_GENPTR(to_type) && IS_PTR(from_type)) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } } /* if this is a +/- operation with a rematerizable then mark this as rematerializable as well */ if ((ic->op == '+' || ic->op == '-') && (IS_SYMOP (IC_LEFT (ic)) && IS_ITEMP (IC_RESULT (ic)) && IS_OP_LITERAL (IC_RIGHT (ic))) && OP_SYMBOL (IC_LEFT (ic))->remat && (!IS_SYMOP (IC_RIGHT (ic)) || !IS_CAST_ICODE(OP_SYMBOL (IC_RIGHT (ic))->rematiCode)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } /* mark the pointer usages */ if (POINTER_SET (ic) && IS_SYMOP(IC_RESULT (ic))) OP_SYMBOL (IC_RESULT (ic))->uptr = 1; if (POINTER_GET (ic) && IS_SYMOP(IC_LEFT (ic))) OP_SYMBOL (IC_LEFT (ic))->uptr = 1; if (!SKIP_IC2 (ic)) { #if 0 /* if we are using a symbol on the stack then we should say hc08_ptrRegReq */ if (ic->op == IFX && IS_SYMOP (IC_COND (ic))) hc08_ptrRegReq += ((OP_SYMBOL (IC_COND (ic))->onStack || OP_SYMBOL (IC_COND (ic))->iaccess) ? 1 : 0); else if (ic->op == JUMPTABLE && IS_SYMOP (IC_JTCOND (ic))) hc08_ptrRegReq += ((OP_SYMBOL (IC_JTCOND (ic))->onStack || OP_SYMBOL (IC_JTCOND (ic))->iaccess) ? 1 : 0); else { if (IS_SYMOP (IC_LEFT (ic))) hc08_ptrRegReq += ((OP_SYMBOL (IC_LEFT (ic))->onStack || OP_SYMBOL (IC_LEFT (ic))->iaccess) ? 1 : 0); if (IS_SYMOP (IC_RIGHT (ic))) hc08_ptrRegReq += ((OP_SYMBOL (IC_RIGHT (ic))->onStack || OP_SYMBOL (IC_RIGHT (ic))->iaccess) ? 1 : 0); if (IS_SYMOP (IC_RESULT (ic))) hc08_ptrRegReq += ((OP_SYMBOL (IC_RESULT (ic))->onStack || OP_SYMBOL (IC_RESULT (ic))->iaccess) ? 1 : 0); } #endif } /* if the condition of an if instruction is defined in the previous instruction and this is the only usage then mark the itemp as a conditional */ if ((IS_CONDITIONAL (ic) || (IS_BITWISE_OP(ic) && isBitwiseOptimizable (ic))) && ic->next && ic->next->op == IFX && bitVectnBitsOn (OP_USES(IC_RESULT(ic)))==1 && isOperandEqual (IC_RESULT (ic), IC_COND (ic->next)) && OP_SYMBOL (IC_RESULT (ic))->liveTo <= ic->next->seq) { OP_SYMBOL (IC_RESULT (ic))->regType = REG_CND; continue; } #if 0 /* if the condition of an if instruction is defined in the previous GET_POINTER instruction and this is the only usage then mark the itemp as accumulator use */ if ((POINTER_GET (ic) && getSize (operandType (IC_RESULT (ic))) <=1) && ic->next && ic->next->op == IFX && bitVectnBitsOn (OP_USES(IC_RESULT(ic)))==1 && isOperandEqual (IC_RESULT (ic), IC_COND (ic->next)) && OP_SYMBOL (IC_RESULT (ic))->liveTo <= ic->next->seq) { OP_SYMBOL (IC_RESULT (ic))->accuse = 1; continue; } if (ic->op != IFX && ic->op !=JUMPTABLE && !POINTER_SET (ic) && IC_RESULT (ic) && IS_ITEMP (IC_RESULT (ic)) && getSize (operandType (IC_RESULT (ic))) == 1 && bitVectnBitsOn (OP_USES (IC_RESULT (ic))) == 1 && ic->next && OP_SYMBOL (IC_RESULT (ic))->liveTo <= ic->next->seq) { int accuse = 0; if (ic->next->op == IFX) { if (isOperandEqual (IC_RESULT (ic), IC_COND (ic->next))) accuse = 1; } else if (ic->next->op == JUMPTABLE) { if (isOperandEqual (IC_RESULT (ic), IC_JTCOND (ic->next))) accuse = 1; } else { if (isOperandEqual (IC_RESULT (ic), IC_LEFT (ic->next))) accuse = 1; if (isOperandEqual (IC_RESULT (ic), IC_RIGHT (ic->next))) accuse = 1; } if (accuse) { OP_SYMBOL (IC_RESULT (ic))->accuse = 1; continue; } } #endif /* reduce for support function calls */ if (ic->supportRtn || (ic->op != IFX && ic->op != JUMPTABLE)) packRegsForSupport (ic, ebp); #if 0 /* some cases the redundant moves can can be eliminated for return statements */ if ((ic->op == RETURN || (ic->op == SEND && ic->argreg == 1)) && /* !isOperandInFarSpace (IC_LEFT (ic)) && */ options.model == MODEL_SMALL) { packRegsForOneuse (ic, IC_LEFT (ic), ebp); } /* if pointer set & left has a size more than one and right is not in far space */ if (POINTER_SET (ic) && /* !isOperandInFarSpace (IC_RIGHT (ic)) && */ !OP_SYMBOL (IC_RESULT (ic))->remat && !IS_OP_RUONLY (IC_RIGHT (ic)) /* && getSize (aggrToPtr (operandType (IC_RESULT (ic)), FALSE)) > 1 */ ) packRegsForOneuse (ic, IC_RESULT (ic), ebp); /* if pointer get */ if (POINTER_GET (ic) && IS_SYMOP (IC_LEFT (ic)) && /* !isOperandInFarSpace (IC_RESULT (ic)) && */ !OP_SYMBOL (IC_LEFT (ic))->remat && !IS_OP_RUONLY (IC_RESULT (ic)) /* && getSize (aggrToPtr (operandType (IC_LEFT (ic)), FALSE)) > 1 */) packRegsForOneuse (ic, IC_LEFT (ic), ebp); /* if this is cast for intergral promotion then check if only use of the definition of the operand being casted/ if yes then replace the result of that arithmetic operation with this result and get rid of the cast */ if (ic->op == CAST) { sym_link *fromType = operandType (IC_RIGHT (ic)); sym_link *toType = operandType (IC_LEFT (ic)); if (IS_INTEGRAL (fromType) && IS_INTEGRAL (toType) && getSize (fromType) != getSize (toType) && SPEC_USIGN (fromType) == SPEC_USIGN (toType)) { iCode *dic = packRegsForOneuse (ic, IC_RIGHT (ic), ebp); if (dic) { if (IS_ARITHMETIC_OP (dic)) { bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); ReplaceOpWithCheaperOp(&IC_RESULT (dic), IC_RESULT (ic)); remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); ic = ic->prev; } else OP_SYMBOL (IC_RIGHT (ic))->ruonly = 0; } } else { /* if the type from and type to are the same then if this is the only use then packit */ if (compareType (operandType (IC_RIGHT (ic)), operandType (IC_LEFT (ic))) == 1) { iCode *dic = packRegsForOneuse (ic, IC_RIGHT (ic), ebp); if (dic) { bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); ReplaceOpWithCheaperOp(&IC_RESULT (dic), IC_RESULT (ic)); remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); ic = ic->prev; } } } } #endif /* pack for PUSH iTempNN := (some variable in farspace) V1 push iTempNN ; ------------- push V1 */ if (ic->op == IPUSH) { packForPush (ic, ebpp, blockno); } packRegsForAccUse (ic); } } /*-----------------------------------------------------------------*/ /* assignRegisters - assigns registers to each live range as need */ /*-----------------------------------------------------------------*/ void hc08_assignRegisters (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; iCode *ic; int i; setToNull ((void *) &_G.funcrUsed); setToNull ((void *) &_G.regAssigned); setToNull ((void *) &_G.totRegAssigned); hc08_ptrRegReq = _G.stackExtend = _G.dataExtend = 0; hc08_nRegs = 7; hc08_reg_a = hc08_regWithIdx(A_IDX); hc08_reg_x = hc08_regWithIdx(X_IDX); hc08_reg_h = hc08_regWithIdx(H_IDX); hc08_reg_hx = hc08_regWithIdx(HX_IDX); hc08_reg_xa = hc08_regWithIdx(XA_IDX); hc08_reg_sp = hc08_regWithIdx(SP_IDX); hc08_nRegs = 5; /* change assignments this will remove some live ranges reducing some register pressure */ for (i = 0; i < count; i++) packRegisters (ebbs, i); /* liveranges probably changed by register packing so we compute them again */ recomputeLiveRanges (ebbs, count); if (options.dump_pack) dumpEbbsToFileExt (DUMP_PACK, ebbi); /* first determine for each live range the number of registers & the type of registers required for each */ regTypeNum (*ebbs); /* and serially allocate registers */ serialRegAssign (ebbs, count); freeAllRegs (); //setToNull ((void *) &_G.regAssigned); //setToNull ((void *) &_G.totRegAssigned); fillGaps(); /* if stack was extended then tell the user */ if (_G.stackExtend) { /* werror(W_TOOMANY_SPILS,"stack", */ /* _G.stackExtend,currFunc->name,""); */ _G.stackExtend = 0; } if (_G.dataExtend) { /* werror(W_TOOMANY_SPILS,"data space", */ /* _G.dataExtend,currFunc->name,""); */ _G.dataExtend = 0; } /* after that create the register mask for each of the instruction */ createRegMask (ebbs, count); /* redo that offsets for stacked automatic variables */ if (currFunc) { redoStackOffsets (); } if (options.dump_rassgn) { dumpEbbsToFileExt (DUMP_RASSGN, ebbi); dumpLiveRanges (DUMP_LRANGE, liveRanges); } /* do the overlaysegment stuff SDCCmem.c */ doOverlays (ebbs, count); /* now get back the chain */ ic = iCodeLabelOptimize (iCodeFromeBBlock (ebbs, count)); genhc08Code (ic); /* free up any _G.stackSpil locations allocated */ applyToSet (_G.stackSpil, deallocStackSpil); _G.slocNum = 0; setToNull ((void *) &_G.stackSpil); setToNull ((void *) &_G.spiltSet); /* mark all registers as free */ freeAllRegs (); return; } sdcc-2.9.0/src/hc08/ralloc.h000066400000000000000000000042541116427777700154440ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCralloc.h - header file register allocation Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCicode.h" #include "SDCCBBlock.h" #ifndef SDCCRALLOC_H #define SDCCRALLOC_H 1 enum { A_IDX, H_IDX, X_IDX, HX_IDX, XA_IDX, CND_IDX, SP_IDX }; #define REG_PTR 0x01 #define REG_GPR 0x02 #define REG_CND 0x04 /* definition for the registers */ typedef struct regs { short type; /* can have value REG_GPR, REG_PTR or REG_CND */ short rIdx; /* index into register table */ char *name; /* name */ short mask; /* bitmask for pair allocation */ struct asmop *aop; /* last operand */ int aopofs; /* last operand offset */ unsigned isFree:1; /* is currently unassigned */ } regs; extern regs regshc08[]; extern regs *hc08_reg_a; extern regs *hc08_reg_x; extern regs *hc08_reg_h; extern regs *hc08_reg_hx; extern regs *hc08_reg_xa; extern regs *hc08_reg_sp; regs *hc08_regWithIdx (int); void hc08_useReg (regs * reg); void hc08_freeReg (regs * reg); void hc08_dirtyReg (regs * reg, bool freereg); bitVect *hc08_rUmaskForOp (operand * op); #endif sdcc-2.9.0/src/izt/000077500000000000000000000000001116427777700140565ustar00rootroot00000000000000sdcc-2.9.0/src/izt/Makefile000066400000000000000000000001551116427777700155170ustar00rootroot00000000000000srcdir = . top_builddir = ../../ top_srcdir = ../.. # Make all in this directory include ../port.mk sdcc-2.9.0/src/izt/Makefile.bcc000066400000000000000000000006061116427777700162460ustar00rootroot00000000000000# Makefile for Borlad C++ PRJDIR = ../.. OBJ = i186.obj ralloc.obj gen.obj tlcs900h.obj gen_generic.obj aop.obj util.obj LIB = port.lib !include $(PRJDIR)/Bcc.inc CFLAGS = $(CFLAGS) -I.. -I$(PRJDIR) all: $(LIB) i186.obj: i186.c i186_mappings.i $(LIB): $(OBJ) if exist $(LIB) del $(LIB) tlib $@ @&&! +$(**: = &^ +) ! .def.rul: gawk -f ../SDCCpeeph.awk $< > $@ sdcc-2.9.0/src/izt/aop.c000066400000000000000000000072301116427777700150030ustar00rootroot00000000000000/** @file izt/aop.c Assembler Operand support. */ #include "izt.h" asmop *_new(int type) { return NULL; } asmop *_newForLiteral(operand *op) { asmop *aop = _new(AOP_TYPE_LITERAL); aop->u.literal = op->operand.valOperand; aop->size = getSize(operandType(op)); return aop; } asmop *_newForSymbol(symbol *sym, iCode *ic) { memmap *space; asmop *aop; wassert(ic); wassert(sym); wassert(sym->etype); space = SPEC_OCLS(sym->etype); if (sym->aop != NULL) { // Already has one. aop = sym->aop; } else if (sym->onStack || sym->iaccess) { // On the stack or only available by indirect access. aop = _new(AOP_TYPE_STACK); aop->size = getSize(sym->type); aop->u.stack = sym->stack; } else if (IS_FUNC(sym->type)) { // Functions are special. The symbol is constant and available. aop = _new(AOP_TYPE_IMMEDIATE); aop->u.immediate = Safe_strdup(sym->rname); // PENDING: Size of a function pointer. aop->size = 2; } else { // Somewhere in 'far' space. ie only accessable through a pointer register. aop = _new(AOP_TYPE_SCRATCH_PTR); aop->size = getSize(sym->type); aop->u.scratch = sym->rname; } // Attach the asmop to the symbol. sym->aop = aop; return aop; } asmop *_newForRemat(symbol *sym) { char *s = buffer; iCode *ic = sym->rematiCode; asmop *aop = _new(AOP_TYPE_IMMEDIATE); // Terminate the string first up. *s = '\0'; // Combine up any offsets. while (ic->op == '+' || ic->op == '-') { sprintf(s, "0x%04X %c ", (int)operandLitValue(IC_RIGHT(ic)), ic->op); s += strlen(s); ic = OP_SYMBOL(IC_LEFT(ic))->rematiCode; } sprintf(s, "%s", OP_SYMBOL(IC_LEFT(ic))->rname); aop->size = getSize(sym->type); aop->u.immediate = Safe_strdup(buffer); return aop; }; asmop *_newForTemporary(operand *op, iCode *ic) { symbol *sym = OP_SYMBOL(op); asmop *aop = NULL; if (sym->regType == REG_TYPE_CND) { // Conditionals have no size due to being stored in carry. aop = _new(AOP_TYPE_CARRY); aop->size = 0; } else if (sym->isspilt || sym->nRegs == 0) { // No registers so it must be somewhere on the stack or remat. if (sym->remat) { aop = _newForRemat(sym); } else if (sym->accuse) { // Packed into one of the normally unavailable registers. wassert(0); } else if (sym->ruonly) { // Only used in the return. wassert(0); } else { // Must be spilt. aop = _newForSymbol(sym->usl.spillLoc, ic); } } else { // Must be in registers. aop = _new(AOP_TYPE_REG); aop->size = sym->nRegs; aop->u.reg = sym->regs[0]; } // Attach to the op and symbol. op->aop = aop; sym->aop = aop; return aop; } /** Bind a new AOP to the given operand. */ void izt_bindAop(operand *op, iCode *ic) { if (op == NULL) { // Do nothing. Just return. } else if (IS_OP_LITERAL(op)) { op->aop = _newForLiteral(op); } else if (op->aop != NULL) { // It already has one allocated. Use it. // Do nothing. } else if (IS_SYMOP(op) && OP_SYMBOL(op)->aop != NULL) { // The attached symbol already has an asmop. Reuse it. op->aop = OP_SYMBOL(op)->aop; } else if (IS_TRUE_SYMOP(op)) { // Its a true symbol, so bind in a symbol asmop. op->aop = _newForSymbol(OP_SYMBOL(op), ic); } else { // A temporary. Find where the temporary is stored and setup an asmop for it. op->aop = _newForTemporary(op, ic); } } /** Creates a new asmop that wraps the return value registers. */ asmop *izt_getAopForReturn(int size) { asmop *aop = _new(AOP_TYPE_REG); aop->size = size; aop->u.reg = izt_port->returnRegs[izt_util_binLog(size)]; return aop; } sdcc-2.9.0/src/izt/aop.h000066400000000000000000000012731116427777700150110ustar00rootroot00000000000000/** @file izt/aop.h */ #ifndef IZT_AOP_INCLUDE #define IZT_AOP_INCLUDE typedef enum { AOP_TYPE_REG, AOP_TYPE_CARRY, AOP_TYPE_LITERAL, AOP_TYPE_STACK, AOP_TYPE_SCRATCH_PTR, AOP_TYPE_IMMEDIATE } AOP_TYPE; typedef struct asmop { AOP_TYPE type; int size; union { value *literal; REG *reg; int stack; const char *immediate; const char *scratch; } u; } asmop; #define AOP(op) op->aop #define AOP_TYPE(op) AOP(op)->type #define AOP_SIZE(op) AOP(op)->size /** Bind a new AOP to the given operand. */ void izt_bindAop(operand *op, iCode *ic); /** Creates a new asmop that wraps the return value registers. */ asmop *izt_getAopForReturn(int size); #endif sdcc-2.9.0/src/izt/gen.c000066400000000000000000000147401116427777700150010ustar00rootroot00000000000000#include "izt.h" #include "gen.h" static struct { struct { lineNode *head; lineNode *current; } lines; struct { hTab *base; hTab *proc; } htabs; } _G; static void _tidyUp (char *buf) { // Clean up the line so that it is 'prettier'. if (*buf == ';') { // If this is a comment line (starts with a ';') then indent it. // PENDING: The outputter does its own pretty print. Disable for now. } else if (strchr (buf, ':')) { // Is a label - cant do anything. } else { /* Change the first (and probably only) ' ' to a tab so everything lines up. */ while (*buf) { if (*buf == ' ') { *buf = '\t'; return; } buf++; } } } void iemit (const char *szFormat,...) { char buffer[1024]; va_list ap; va_start (ap, szFormat); tvsprintf (buffer, sizeof(buffer), szFormat, ap); _tidyUp (buffer); if (_G.lines.current == NULL) { _G.lines.head = newLineNode (buffer); _G.lines.current = _G.lines.head; } else { _G.lines.current = connectLine (_G.lines.current, newLineNode (buffer)); } // PENDING: Inline support. // _G.lines.current->isInline = inLine; } // Mapping between operand type and a friendly name. typedef struct { const int op; const char *name; } OPNAME; static OPNAME _opnames[] = { {'!', "genNot"}, {'~', "genCpl"}, {UNARYMINUS, "genUminus"}, {IPUSH, "genIpush"}, {IPOP, "genIfx"}, {CALL, "genCall"}, {PCALL, "genPcall"}, {FUNCTION, "genFunction"}, {ENDFUNCTION, "genEndFunction"}, {RETURN, "genRet"}, {LABEL, "genLabel"}, {GOTO, "genGoto"}, {'+', "genPlus"}, {'-', "genMinus"}, {'*', "genMult"}, {'/', "genDiv"}, {'%', "genMod"}, {'>', "genCmpGt"}, {'<', "genCmpLt"}, {EQ_OP, "genCmpEq"}, {AND_OP, "genAndOp"}, {OR_OP, "genOrOp"}, {'^', "genXor"}, {'|', "genOr"}, {BITWISEAND, "genAnd"}, {INLINEASM, "genInline"}, {RRC, "genRRC"}, {RLC, "genRLC"}, {GETHBIT, "genHBIT"}, {LEFT_OP, "genLeftShift"}, {RIGHT_OP, "genRightShift"}, {GET_VALUE_AT_ADDRESS, "genPointerGet"}, {'=', "genAssign"}, {IFX, "genIfx"}, {ADDRESS_OF, "genAddrOf"}, {JUMPTABLE, "genJumpTab"}, {CAST, "genCast"}, {RECEIVE, "genReceive"}, {SEND, "addSet"}, {0, NULL} }; // Possible return codes for a find matcher. enum { FIND_LESS_THAN = -1, // This element does match. FIND_MATCH = 0, FIND_GREATER_THAN = 1, // This element doesnt match. FIND_NO_MATCH = FIND_GREATER_THAN, // This element marks the end of list. FIND_EOL }; // Limits the given integer to the find result numbers. static int _limitToFind (int i) { if (i < 0) { return FIND_LESS_THAN; } else if (i > 0) { return FIND_GREATER_THAN; } else { return FIND_MATCH; } } // Matches an opname id to the given id. static int _opnamesMatcher (void *pthis, void *pkey) { OPNAME *name = pthis; if (name->name == NULL) { return FIND_EOL; } else { return _limitToFind (name->op - *(int *) pkey); } } // Find an element of an unordered list. static void * _find (void *base, size_t elemSize, void *pkey, int (*match) (void *pthis, void *pkey)) { do { switch (match (base, pkey)) { case FIND_MATCH: return base; case FIND_EOL: return NULL; case FIND_LESS_THAN: case FIND_GREATER_THAN: base = (char *) base + elemSize; break; default: wassert (0); } } while (1); } // Finds the friendly operation name for an op number. static const char * _findOpName (int op) { OPNAME *name = _find (_opnames, sizeof (*_opnames), &op, _opnamesMatcher); if (name) { return name->name; } else { return NULL; } } // PENDING static bool _isResultRemat (iCode * ic) { if (SKIP_IC (ic) || ic->op == IFX) return 0; if (IC_RESULT (ic) && IS_ITEMP (IC_RESULT (ic))) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); if (sym->remat && !POINTER_SET (ic)) return 1; } return 0; } // Print out the generated lines. static void _printLines (void) { // Currently a holder function. The Z80 needs some special mangling // for bank support. printLine (_G.lines.head, codeOutBuf); } void izt_initEmitters (void) { _G.htabs.base = newHashTable (100); _G.htabs.proc = newHashTable (100); izt_initBaseEmitters (&_G.htabs.base); } static int _emitterCompare (const void *p1, const void *p2) { wassert (p1); wassert (p2); return ((EMITTER *) p1)->op == ((EMITTER *) p2)->op; } static bool _tryEmittingiCode (hTab * h, iCode * ic) { EMITTER key; // = {ic->op, NULL}; Borland C chokes on this; initialize below EMITTER *found; key.op = ic->op; key.emit = NULL; found = hTabFindByKey (h, ic->op, &key, _emitterCompare); if (found) { found->emit (ic); return TRUE; } else { return FALSE; } } // Add a NULL terminated array of emitters into the given hash table. void izt_addEmittersToHTab (hTab ** into, EMITTER _base_emitters[]) { while (_base_emitters->emit != NULL) { hTabAddItemLong (into, _base_emitters->op, _base_emitters, _base_emitters); _base_emitters++; } } void izt_gen (iCode * iic) { iCode *ic = iic; int cln = 0; _G.lines.head = NULL; _G.lines.current = NULL; // No debug info support. for (; ic; ic = ic->next) { const char *name; // Print out the source file line number. if (cln != ic->lineno) { iemit ("; %s %d", ic->filename, ic->lineno); cln = ic->lineno; } if (ic->generated) { // Code has already been generated. Skip. continue; } if (_isResultRemat (ic)) { // The code is spilt and remat. - no need to generate. continue; } // Print the friendly name of the operation, if it has one. name = _findOpName (ic->op); if (name) { iemit ("; %s", name); } else { iemit ("; warning: unrecognised operation name for %u", ic->op); } fflush (stdout); // Now actually call the code generator. // The current processor handler gets first try. if (_tryEmittingiCode (_G.htabs.proc, ic)) { // Yay. } else if (_tryEmittingiCode (_G.htabs.base, ic)) { // Base handler took it. } else { // None took it. Warn the developer. iemit ("; warning: no handler for code %u", ic->op); } } // Pass the code through the peephole optimiser. if (!options.nopeep) { peepHole (&_G.lines.head); } // And emit the remainder. _printLines (); } sdcc-2.9.0/src/izt/gen.h000066400000000000000000000012271116427777700150020ustar00rootroot00000000000000// izt specific gen functions. #ifndef IZT_GEN_INCLUDE #define IZT_GEN_INCLUDE // Emit a line of code. void iemit (const char *format,...); // Generic descripter for a function that can emit a type of iCode. typedef struct { int op; void (*emit) (iCode * ic); } EMITTER; // Call the base izt handler to handle this iCode. void izt_baseEmitter (iCode * ic); // Initialise the base emitter table. void izt_initBaseEmitters (hTab ** into); // Add a NULL terminated array of emitters into the given hash table. void izt_addEmittersToHTab (hTab ** into, EMITTER _base_emitters[]); // Initialise the emitter tables. void izt_initEmitters (void); #endif sdcc-2.9.0/src/izt/gen_generic.c000066400000000000000000000045721116427777700164770ustar00rootroot00000000000000#include "izt.h" #include "gen.h" static void _setupPointer(REG *reg, asmop *into, int offset) { iemit("; _setupPointer for %s", reg->name); } void izt_putAop(asmop *into, const char *sz, int size, int offset) { wassert(offset == 0); switch (into->type) { case AOP_TYPE_REG: iemit("mov %s,%s", into->u.reg->name, sz); break; case AOP_TYPE_CARRY: // Should support. wassert(0); break; case AOP_TYPE_SCRATCH_PTR: _setupPointer(izt_port->scratch, into, offset); iemit("mov a,%s", sz); iemit("mov %s,a", izt_port->scratch->name); break; case AOP_TYPE_STACK: iemit("mov a,%s", sz); iemit("mov (%s+%d),a", izt_port->base_ptr->name, into->u.stack); break; case AOP_TYPE_LITERAL: case AOP_TYPE_IMMEDIATE: default: wassert(0); } } char *izt_getAop(asmop *from, int size, int offset) { return "blah"; } /** Perform a generic move operation. */ static void _mov(asmop *into, asmop *from) { int size = into->size; izt_putAop(into, izt_getAop(from, size, 0), size, 0); } static void _genLabel(iCode *ic) { iemit("!tlabeldef", IC_LABEL(ic)->key + 100); } static void _genGoto(iCode *ic) { iemit("jp !tlabel", IC_LABEL(ic)->key+100); } static void _genFunction(iCode *ic) { symbol *sym = OP_SYMBOL(IC_LEFT(ic)); // Create the function header iemit("!functionheader", sym->name); iemit("!functionlabeldef", sym->rname); if (sym->stack) { iemit("!enterx", sym->stack); } else { iemit ("!enter"); } } static void _genEndFunction(iCode *ic) { // symbol *sym = OP_SYMBOL(IC_LEFT(ic)); /* PENDING: calleeSave */ iemit("!leave"); iemit("ret"); } static void _genReturn (iCode * ic) { if (IC_LEFT(ic)) { // Has a return value. Load it up. izt_bindAop(IC_LEFT(ic), ic); _mov(izt_getAopForReturn(AOP_SIZE(IC_LEFT(ic))), AOP(IC_LEFT(ic))); } if (ic->next && ic->next->op == LABEL && IC_LABEL (ic->next) == returnLabel) { // The next label is the return label. Dont bother emitting a jump. } else { iemit ("jp !tlabel", returnLabel->key + 100); } } static EMITTER _base_emitters[] = { { LABEL, _genLabel }, { GOTO, _genGoto }, { FUNCTION, _genFunction }, { RETURN, _genReturn }, { ENDFUNCTION, _genEndFunction }, { 0, NULL } }; void izt_initBaseEmitters (hTab ** into) { izt_addEmittersToHTab (into, _base_emitters); } sdcc-2.9.0/src/izt/i186.c000066400000000000000000000113221116427777700147100ustar00rootroot00000000000000/** @file izt/i186.c i186 specific general functions. */ #include "izt.h" static REG _i186_otherRegs[] = { { 1, REG_ID_AL, "al", 0, { REG_ID_AX, REG_ID_NONE, REG_ID_NONE } }, { 1, REG_ID_AH, "ah", 0, { REG_ID_AX, REG_ID_NONE, REG_ID_NONE } }, { 2, REG_ID_AX, "ax", 0, { REG_ID_AL, REG_ID_AH, REG_ID_NONE } }, { 1, REG_ID_BL, "bl", 0, { REG_ID_BX, REG_ID_NONE, REG_ID_NONE } }, { 1, REG_ID_BH, "bh", 0, { REG_ID_BX, REG_ID_NONE, REG_ID_NONE } }, { 2, REG_ID_BX, "bx", 0, { REG_ID_BL, REG_ID_BH, REG_ID_NONE } }, { 2, REG_ID_BP, "bp", 0, { REG_ID_NONE, REG_ID_NONE, REG_ID_NONE } }, { 0, REG_ID_NONE,"??", 0, { REG_ID_NONE, REG_ID_NONE, REG_ID_NONE } } }; static REG _i186_regs[] = { { 1, REG_ID_CL, "cl", 0, { REG_ID_CX, REG_ID_NONE, REG_ID_NONE } }, { 1, REG_ID_CH, "ch", 0, { REG_ID_CX, REG_ID_NONE, REG_ID_NONE } }, { 1, REG_ID_DL, "dl", 0, { REG_ID_DX, REG_ID_NONE, REG_ID_NONE } }, { 1, REG_ID_DH, "dh", 0, { REG_ID_DX, REG_ID_NONE, REG_ID_NONE } }, { 2, REG_ID_CX, "cx", 0, { REG_ID_CL, REG_ID_CH, REG_ID_NONE } }, { 2, REG_ID_DX, "dx", 0, { REG_ID_DL, REG_ID_DH, REG_ID_NONE } }, { 0, REG_ID_NONE,"??", 0, { REG_ID_NONE, REG_ID_NONE, REG_ID_NONE } } }; static IZT_PORT _i186_port = { _i186_regs, { _i186_otherRegs + 0, _i186_otherRegs + 1, _i186_otherRegs + 2 }, _i186_otherRegs + 5, _i186_otherRegs + 6 }; static char _defaultRules[] = { //#include "peeph.rul" "" }; /* list of key words used by i186 */ static char *_i186_keywords[] = { NULL }; #include "i186_mappings.i" static void _i186_init (void) { asm_addTree(&_as86_i186_mappings); izt_init(&_i186_port); } static void _i186_reset_regparm () { } static int _i186_regparm (sym_link * l) { // PENDING: No register parameters. return 0; } static bool _i186_parseOptions (int *pargc, char **argv, int *i) { /* TODO: allow port-specific command line options to specify * segment names here. */ return FALSE; } static void _i186_finaliseOptions (void) { // No options } static void _i186_setDefaultOptions (void) { // No options } static const char * _i186_getRegName (struct regs *reg) { if (reg) return reg->name; wassert (0); return "err"; } static void _i186_genAssemblerPreamble (FILE * of) { // PENDING } /* Generate interrupt vector table. */ static int _i186_genIVT (FILE * of, symbol ** interrupts, int maxInterrupts) { // PENDING return 0; } /** $1 is always the basename. $2 is always the output file. $3 varies $l is the list of extra options that should be there somewhere... MUST be terminated with a NULL. */ // PENDING static const char *_linkCmd[] = { "aslink", "-nf", "$1", NULL }; // PENDING static const char *_asmCmd[] = { "gpasm", NULL, NULL, NULL }; void i186_assignRegisters (eBBlock ** ebbs, int count) { } /* Globals */ PORT i186_port = { TARGET_ID_I186, "i186", "Intel 80186", /* Target name */ NULL, { glue, FALSE, /* Emit glue around main */ MODEL_SMALL, MODEL_SMALL }, { _asmCmd, NULL, NULL, NULL, 0, ".s", NULL /* no do_assemble function */ }, { _linkCmd, NULL, NULL, ".o" }, { _defaultRules }, { /* Sizes: char, short, int, long, ptr, fptr, gptr, bit, float, max */ 1, 2, 2, 4, 2, 2, 2, 1, 4, 4 }, /* tags for generic pointers */ { 0x00, 0x40, 0x60, 0x80 }, /* far, near, xstack, code */ { ".BSS", ".BSS", ".TEXT", ".DATA", ".DATA", ".DATA", ".DATA", ".DATA", ".TEXT", ".DATA", ".TEXT", ".TEXT", NULL, // xidata NULL, // xinit NULL, NULL, 1 }, { +1, 1, 4, 1, 1, 0 }, /* i186 has an 16 bit mul */ { 2, 0 }, "_", _i186_init, _i186_parseOptions, NULL, _i186_finaliseOptions, _i186_setDefaultOptions, izt_assignRegisters, _i186_getRegName , _i186_keywords, _i186_genAssemblerPreamble, NULL, /* no genAssemblerEnd */ _i186_genIVT , NULL, // _i186_genXINIT _i186_reset_regparm, _i186_regparm, NULL, NULL, NULL, FALSE, TRUE, /* little endian */ 0, /* leave lt */ 0, /* leave gt */ 1, /* transform <= to ! > */ 1, /* transform >= to ! < */ 1, /* transform != to !(a == b) */ 0, /* leave == */ FALSE, /* No array initializer support. */ 0, /* no CSE cost estimation yet */ NULL, /* no builtin functions */ GPOINTER, /* treat unqualified pointers as "generic" pointers */ 1, /* reset labelKey to 1 */ 1, /* globals & local static allowed */ PORT_MAGIC }; sdcc-2.9.0/src/izt/i186_mappings.i000066400000000000000000000025521116427777700166210ustar00rootroot00000000000000static const ASM_MAPPING _as86_mapping[] = { { "global", ".GLOBAL %s" }, { "labeldef", "%s:" }, { "tlabeldef", "l%05d:" }, { "tlabel", "l%05d" }, { "fileprelude", "" }, { "functionheader", "; ---------------------------------\n" "; Function %s\n" "; ---------------------------------" }, { "functionlabeldef", "%s:" }, { "zero", "$00" }, { "one", "$01" }, { "area", ".SECT %s" }, { "areadata", ".SECT .DATA" }, { "areacode", ".SECT .TEXT" }, { "areahome", ".SECT .TEXT" }, { "module", "; Module %s" }, { "ascii", ".ASCII \"%s\"" }, { "ds", "lcomm %d" }, { "db", ".B" }, { "dbs", "DB %s" }, { "dw", "DW" }, { "dws", "DW %s" }, { "immed", "" }, { "constbyte", "$%02X" }, { "constword", "$%04X" }, { "immedword", "$%04X" }, { "immedbyte", "$%02X" }, { "hashedstr", "%s" }, { "lsbimmeds", "%s & $FF" }, { "msbimmeds", "%s >> 8" }, { NULL, NULL } }; static const ASM_MAPPING _as86_i186_mapping[] = { { "adjustsp", "add sp,*-%d" }, { "enter", "enter 0,0" }, { "enterx", "enter -%d,0" }, { "leave", "leave" }, { "leavex", "leave" }, { NULL, NULL } }; static const ASM_MAPPINGS _as86_mappings = { NULL, _as86_mapping, }; static const ASM_MAPPINGS _as86_i186_mappings = { &_as86_mappings, _as86_i186_mapping }; sdcc-2.9.0/src/izt/izt.h000066400000000000000000000011231116427777700150320ustar00rootroot00000000000000#include #include "gen.h" #include "regs.h" #include "aop.h" #define TEST(_d, _a) \ (_a) ? (void)0 : (failures++, printf("Test %s \"%s\" failed.\n", #_a, _d), _dumpRegs()) #define NUM_OF(_a) (sizeof(_a)/sizeof(*(_a))) typedef struct { REG *regs; /// One for each size {1, 2, 4} REG *returnRegs[3]; REG *scratch; REG *base_ptr; } IZT_PORT; IZT_PORT *izt_port; void izt_init(IZT_PORT *port); void izt_assignRegisters (eBBlock **ebbs, int count); void izt_gen(iCode *ic); /// Return the base 2 log of i, providing i is a power of 2. int izt_util_binLog(int i); sdcc-2.9.0/src/izt/ralloc.c000066400000000000000000000470361116427777700155100ustar00rootroot00000000000000/** @file izt/ralloc.c */ #include "izt.h" /// Static data. static struct { struct { /// Used to generate a unique name for the spill location. int loc; /// Set of all iTemps spilt onto the stack. set *set; /// Similar to stackSpill bitVect *vect; } spill; /// Bitvector of all registers used in this function. bitVect *funcUsedRegs; /// If a bit is set in this then the iCode at that sequence has had /// registers allocated. bitVect *regAssigned; int blockSpill; int stackExtend; } _G; static REG * _findRegById (REG_ID id) { REG *r = izt_port->regs; while (r->size) { if (r->id == id) return r; r++; } wassert (0); return NULL; } static REG * _getSubReg (REG * r, int size, int offset) { wassert (r->size >= size); if (r->size == size) { wassert (offset == 0); return r; } // We use the hiding table to get the parts of the register. else if (size == 1) { wassert (offset == 0 || offset == 1); return _findRegById (r->hides[offset]); } else if (size == 2) { wassert (offset == 0); return _findRegById (r->hides[2]); } // Cant. wassert (0); return NULL; } static int _numRegsAvailable (int size) { REG *r = izt_port->regs; int ret = 0; while (r->size) { if (r->size == size && r->used == 0) ret++; r++; } return ret; } static void _setClearUsed (REG_ID id, int clear) { REG *r = _findRegById (id); wassert (r); if (!clear) { // The parent shouldnt be able to be allocated if this child // is already. wassert ((r->used & REG_USED_HIDDEN) == 0); r->used |= REG_USED_HIDDEN; } else { wassert ((r->used & REG_USED_HIDDEN) != 0); r->used &= ~REG_USED_HIDDEN; } } static void _markAsUsed (REG_ID id) { _setClearUsed (id, FALSE); } static void _markAsFree (REG_ID id) { _setClearUsed (id, TRUE); } static REG * _allocateReg (int size) { REG *r = izt_port->regs; while (r->size) { if (r->size == size && r->used == 0) { // Now go through the interference table and mark all other // registers as used. int i; for (i = 0; i < NUM_OF (r->hides); i++) { if (r->hides[i] == REG_ID_NONE) { break; } _markAsUsed (r->hides[i]); } r->used |= REG_USED; return r; } r++; } return NULL; } static bitVect * _markRegBits (bitVect * v, REG * r) { int i; // Mark the primary register. v = bitVectSetBit (v, r->id); // Now add all the hidden registers. for (i = 0; i < NUM_OF (r->hides); i++) { if (r->hides[i] == REG_ID_NONE) { break; } v = bitVectSetBit (v, r->hides[i]); } return v; } static void _freeReg (REG * r) { int i; wassert (r->used == REG_USED); r->used = 0; for (i = 0; i < NUM_OF (r->hides); i++) { if (r->hides[i] == REG_ID_NONE) { break; } _markAsFree (r->hides[i]); } } static void _freeAllRegs (viod) { REG *r = izt_port->regs; while (r->size) { r->used = 0; r++; } } static void _dumpRegs (void) { REG *r = izt_port->regs; while (r->size) { printf ("%u\t%u\t%s\t%u\n", r->size, r->id, r->name, r->used); r++; } } void izt_init (IZT_PORT * port) { wassert (port && port->regs); izt_port = port; izt_initEmitters (); } /// Lower register pressure by packing iTemps where possible. static void _packRegisters (eBBlock * ebp) { // PENDING: Assignment packing // PENDING: Mark address of a true symbol as remat. // PENDING: Propagate remat through equals. // PENDING: Assign bitwise which is followed by a conditional into carry. // PENDING: Pack for one use on pointer get or set. Assumes that the pointer // is stored in the scratch register. // PENDING: Pack short use iTemps into ACC or the scratch register. } static void _computeRequiredRegs (void) { symbol *sym; int k; // Iterate over each live range. for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { sym->nRegs = 0; // If the symbol is never used, then next. if ((sym->liveTo - sym->liveFrom) == 0) continue; // Only temporaries need registers. if (!sym->isitmp) continue; // Conditionals live in carry and dont need registers. if (sym->regType == REG_TYPE_CND) continue; #if 0 // PENDING. Currently we dont compute ruonly or accuse. if (sym->ruonly || sym->accuse) { if (IS_AGGREGATE (sym->type) || sym->isptr) sym->type = aggrToPtr (sym->type, FALSE); continue; } #endif // We need registers. if (IS_AGGREGATE (sym->type) || sym->isptr) { // Turn an aggregate into something real. sym->type = aggrToPtr (sym->type, FALSE); } sym->nRegs = getSize (sym->type); wassert (sym->nRegs <= 4); } } static bool _doesntNeedRegs (iCode * ic) { // Some types of instructions dont need registers. // PENDING: Flush out the types and make processor specific. if (SKIP_IC2 (ic) || ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || ic->op == RETURN) { return TRUE; } return FALSE; } static bool _willCauseSpill (int size) { return _numRegsAvailable (size) == 0; } static void _deassignLRs (iCode * ic, eBBlock * ebp) { symbol *sym; int ignored; symbol *result; // For each symbol for (sym = hTabFirstItem (liveRanges, &ignored); sym; sym = hTabNextItem (liveRanges, &ignored)) { // Has this symbol expired yet? if (sym->liveTo > ic->seq) { // No. Cant deassign. continue; } // It has expired. Free up the resources. // If it was spilt, then free up the stack spill location. if (sym->isspilt) { if (sym->stackSpil) { sym->usl.spillLoc->isFree = 1; sym->stackSpil = 0; } continue; } // If it currently has no registers assigned, then continue. if (bitVectBitValue (_G.regAssigned, sym->key) == 0) { continue; } // If it has no registers assigned to it, then continue. if (sym->nRegs == 0) { continue; } // Mark this sym as not having registers assigned. bitVectUnSetBit (_G.regAssigned, sym->key); // Free the registers. _freeReg (sym->regs[0]); // If deallocating will free up enough registers for this iCode // then steal them immediatly. if (IC_RESULT (ic) && !_doesntNeedRegs (ic)) { result = OP_SYMBOL (IC_RESULT (ic)); if (result && // Has a result result->liveTo > ic->seq && // and lives past this instruction result->liveTo <= ebp->lSeq && // and doesnt go past this block result->nRegs && // and actually needs registers !result->isspilt && // and doesnt have them yet !result->remat && // and wouldnt waste them !bitVectBitValue (_G.regAssigned, result->key) && // doesnt have them yet !_willCauseSpill (result->nRegs) ) { result->regs[0] = _allocateReg (result->nRegs); } } } } /// Returns true if the live range of the given symbol doesnt overlap /// with any of the live ranges in the set. static bool _noOverlap (set * itmpStack, symbol * fsym) { symbol *sym; for (sym = setFirstItem (itmpStack); sym; sym = setNextItem (itmpStack)) { if (sym->liveTo > fsym->liveFrom) { return FALSE; } } return TRUE; } /// Set operator that returns 1 if a free spill location is found. DEFSETFUNC (_stackIsFree) { symbol *sym = item; V_ARG (symbol **, sloc); V_ARG (symbol *, fsym); // Dont bother if one has already been found. if (*sloc) return 0; if (sym->isFree && // This location is free... _noOverlap (sym->usl.itmpStack, fsym) && // and its usage doesnt overlap with the usage of this sym getSize (sym->type) >= getSize (fsym->type) && // and the location is big enough to hold the sym 1) { // All good. Take this location. *sloc = sym; return 1; } else { // No match. return 0; } } /// Create a new spill location on the stack for this symbol. symbol * _createStackSpill (symbol * sym) { symbol *sloc = NULL; // Try to reuse an exisiting spill location. if (applyToSet (_G.spill.set, _stackIsFree, &sloc, sym)) { // Found one. Take it over. sym->usl.spillLoc = sloc; sym->stackSpil = TRUE; sloc->isFree = 0; addSetHead (&sloc->usl.itmpStack, sym); return sym; } // No existing location. Time to create one. // Give it a pretty name. sprintf (buffer, "sloc%d", ++_G.spill.loc); // And create. sloc = newiTemp (buffer); // Setup the type. sloc->type = copyLinkChain (sym->type); sloc->etype = getSpec (sloc->type); SPEC_SCLS (sloc->etype) = S_AUTO; allocLocal (sloc); // "To prevent compiler warning" sloc->isref = 1; // Increase the local variable stack size on this function. if (IN_STACK (sloc->etype)) { currFunc->stack += getSize (sloc->type); _G.stackExtend += getSize (sloc->type); } else { // The IZT port currently doesnt support loading locals into data space. wassert (0); } // And add it to the spill set. addSetHead (&_G.spill.set, sloc); sym->usl.spillLoc = sloc; sym->stackSpil = TRUE; // "Add it to the set of itempStack set of the spill location addSetHead (&sloc->usl.itmpStack, sym); return sym; } static void _spillThis (symbol * sym) { // Create a spill location if it needs one and doesnt have one yet. if (!(sym->remat || sym->usl.spillLoc)) { _createStackSpill (sym); } sym->isspilt = TRUE; // Add it to the spilt set. _G.spill.vect = bitVectSetBit (_G.spill.vect, sym->key); // and remove it from the 'has registers' set. bitVectUnSetBit (_G.regAssigned, sym->key); // Free up any registers that were assigned to this. if (sym->regs[0]) { _freeReg (sym->regs[0]); sym->regs[0] = NULL; } // CHECK: If this sym now has a spill location, mark it as allocated // so that the stack packing later doesnt remove it. if (sym->usl.spillLoc && !sym->remat) { sym->usl.spillLoc->allocreq = TRUE; } return; } static bitVect * _findSpillable (iCode * ic) { bitVect *spillable; // First create a copy of the currently live ranges. spillable = bitVectCopy (ic->rlive); // Remove those which are already spilt. spillable = bitVectCplAnd (spillable, _G.spill.vect); // Remove those that this iCode uses. spillable = bitVectCplAnd (spillable, ic->uses); // Remove those that this iCode defines. bitVectUnSetBit (spillable, ic->defKey); // Only those that have registers assigned can actually be spilt :) spillable = bitVectIntersect (spillable, _G.regAssigned); return spillable; } /// Finds the least used live range static symbol * _leastUsedLR (set * sset) { // sym is the currently least used symbol. symbol *sym; // walk walks the list of symbols in the scan set. symbol *walk; // Use the first as the seed. sym = walk = setFirstItem (sset); while (walk) { // Prefer spilling the symbol with the least allocated registers. // PENDING: Why? if (walk->used == sym->used) { if (getSize (walk->type) < getSize (sym->type)) { sym = walk; } } else if (walk->used < sym->used) { // This is used less than the current best. It looses. sym = walk; } walk = setNextItem (sset); } setToNull ((void *) &sset); sym->blockSpil = 0; return sym; } /// Applies a function to a given set of live ranges. static set * _liveRangesWith (bitVect * lrs, int (func) (symbol *, eBBlock *, iCode *), eBBlock * ebp, iCode * ic) { set *rset = NULL; int i; // Dont do anything if the bitVect is empty. if (!lrs || !lrs->size) return NULL; for (i = 1; i < lrs->size; i++) { symbol *sym; // If this bit isnt turned on, skip. if (!bitVectBitValue (lrs, i)) continue; // If we don't find it in the live range hash table we are in serious trouble. if (!(sym = hTabItemWithKey (liveRanges, i))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "liveRangesWith could not find liveRange"); exit (1); } // If the function likes it, and it has registers assigned to // it, add it to the return set. if (func (sym, ebp, ic) && bitVectBitValue (_G.regAssigned, sym->key)) { addSetHead (&rset, sym); } } return rset; } /// Returns TRUE always. Used to fetch all live ranges. static int _allLRs (symbol * sym, eBBlock * ebp, iCode * ic) { return 1; } static void _serialRegAssign (eBBlock ** ebbs, int count) { int i; // For each block, do... for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) { // PENDING: Dont understand. continue; } // For each iCode in this block, do... for (ic = ebbs[i]->sch; ic; ic = ic->next) { symbol *sym; bitVect *spillable; int willCauseSpill; // Dont support IPOP wassert (ic->op != IPOP); // if result is present && is a true symbol if (IC_RESULT (ic) && ic->op != IFX && IS_TRUE_SYMOP (IC_RESULT (ic))) OP_SYMBOL (IC_RESULT (ic))->allocreq = 1; // Take away registers from live ranges that end at this // instruction. _deassignLRs (ic, ebbs[i]); // Some instructions dont need registers. if (_doesntNeedRegs (ic)) { continue; } // If there is no result, then it doesnt need registers. if (!IC_RESULT (ic)) { continue; } sym = OP_SYMBOL (IC_RESULT (ic)); // Does it need any registers? if (sym->nRegs == 0) { continue; } // Is it already split? if (sym->isspilt) { continue; } // Does it already have registers assigned? if (bitVectBitValue (_G.regAssigned, sym->key)) { continue; } // Will it live past this instruction? if (sym->liveTo <= ic->seq) { continue; } // MLH Doesnt understand this. /* "Iif some liverange has been spilt at the block level and this one live beyond this block then spil this to be safe" */ if (_G.blockSpill && sym->liveTo > ebbs[i]->lSeq) { _spillThis (sym); continue; } // Seems that this symbol needs registers. See if // allocating will cause a spill. willCauseSpill = _willCauseSpill (sym->nRegs); spillable = _findSpillable (ic); // If this is remat., then dont waste any regsiters on it. if (sym->remat) { _spillThis (sym); continue; } // If trying to allocate will cause a spill, and nothing // else is spillable then this sym looses. if (willCauseSpill && bitVectIsZero (spillable)) { _spillThis (sym); continue; } // If this will cause a spill, and it already has a spill // location then spill this if it is the least used. if (willCauseSpill && sym->usl.spillLoc) { symbol *leastUsed = _leastUsedLR (_liveRangesWith (spillable, _allLRs, ebbs[i], ic)); if (leastUsed && leastUsed->used > sym->used) { _spillThis (sym); continue; } } // Hmm. Here we could have no registers available but // we'll still try to allocate. MLH wonders how this will // work. // Mark this iCode as having registers assigned to it. _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); // And do it. sym->regs[0] = _allocateReg (sym->nRegs); } } } static DEFSETFUNC (_deallocStackSpil) { symbol *sym = item; deallocLocal (sym); return 0; } /// Compute the register mask for an operand. bitVect * _rUmaskForOp (operand * op) { bitVect *rumask; symbol *sym; // "Only temporaries are assigned registers" if (!IS_ITEMP (op)) return NULL; sym = OP_SYMBOL (op); // If its spilt or no registers are needed, then no regs are assigned. if (sym->isspilt || !sym->nRegs) return NULL; rumask = newBitVect (REG_ID_MAX); if (sym->regs[0]) { rumask = _markRegBits (rumask, sym->regs[0]); } return rumask; } /// Returns bit vector of registers used in iCode. bitVect * _regsUsedIniCode (iCode * ic) { bitVect *rmask = newBitVect (REG_ID_MAX); do { // Special cases first. if (ic->op == IFX) { rmask = bitVectUnion (rmask, _rUmaskForOp (IC_COND (ic))); break; } if (ic->op == JUMPTABLE) { rmask = bitVectUnion (rmask, _rUmaskForOp (IC_JTCOND (ic))); break; } // Now the good old left, right, and result. if (IC_LEFT (ic)) { rmask = bitVectUnion (rmask, _rUmaskForOp (IC_LEFT (ic))); } if (IC_RIGHT (ic)) { rmask = bitVectUnion (rmask, _rUmaskForOp (IC_RIGHT (ic))); } if (IC_RESULT (ic)) { rmask = bitVectUnion (rmask, _rUmaskForOp (IC_RESULT (ic))); } } while (0); return rmask; } /// Compute the helper bitVect that contains the register used mask. static void _createRegMask (eBBlock ** ebbs, int count) { int i; /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; // If this code is unused, skip it. if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) { continue; } /* for all instructions */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { int j; if (SKIP_IC2 (ic) || !ic->rlive) continue; // Mark the registers used in this instruction. ic->rUsed = _regsUsedIniCode (ic); // Mark them as used at least once in the function. _G.funcUsedRegs = bitVectUnion (_G.funcUsedRegs, ic->rUsed); /* now create the register mask for those registers that are in use : this is a super set of ic->rUsed */ ic->rMask = newBitVect (REG_ID_MAX + 1); // "For all live Ranges alive at this point" for (j = 1; j < ic->rlive->size; j++) { symbol *sym; // "If if not alive then continue" if (!bitVectBitValue (ic->rlive, j)) { continue; } // "Find the live range we are interested in" if (!(sym = hTabItemWithKey (liveRanges, j))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "createRegMask cannot find live range"); exit (0); } // "If no register assigned to it" if (!sym->nRegs || sym->isspilt) { continue; } // If this has any registers allocated, mark them as such. if (sym->regs[0]) { ic->rMask = _markRegBits (ic->rMask, sym->regs[0]); } } } } } void izt_assignRegisters (eBBlock ** ebbs, int count) { // Contains a flat version of ebbs used in code generation. iCode *chain; // Clear the bit vector of registers used in this function. // Assumes that assignRegisters is called once per function. setToNull ((void *) &_G.funcUsedRegs); // First scan each live range, and figure out what registers // are required. _computeRequiredRegs (); // Now allocate the registers. _serialRegAssign (ebbs, count); // And create the helper register used mask. _createRegMask (ebbs, count); // Turn the bblock array into an optimised list of iCode entries. chain = iCodeLabelOptimize (iCodeFromeBBlock (ebbs, count)); // Redo the stack offsets. This will remove any redundent stack // locations ie iTemps that exist only in registers. redoStackOffsets (); izt_gen (chain); // Deallocate any stack spill locations. applyToSet (_G.spill.set, _deallocStackSpil); _G.spill.loc = 0; setToNull ((void *) &_G.spill.set); setToNull ((void *) &_G.spill.vect); // And free all registers. _freeAllRegs (); } void warningStopper (void) { // For now references all unused functions. _dumpRegs (); _packRegisters (NULL); _getSubReg (NULL, 0, 0); } sdcc-2.9.0/src/izt/regs.h000066400000000000000000000014351116427777700151720ustar00rootroot00000000000000#ifndef REGS_INCLUDE #define REGS_INCLUDE typedef enum { REG_ID_NONE, // Z80 REG_ID_A, REG_ID_B, REG_ID_C, REG_ID_D, REG_ID_E, REG_ID_H, REG_ID_L, REG_ID_AF, REG_ID_BC, REG_ID_DE, REG_ID_HL, REG_ID_IX, REG_ID_IY, // TLCS-900H REG_ID_XBC, REG_ID_XDE, // i186 REG_ID_AL, REG_ID_AH, REG_ID_AX, REG_ID_BL, REG_ID_BH, REG_ID_BX, REG_ID_BP, REG_ID_CL, REG_ID_CH, REG_ID_CX, REG_ID_DL, REG_ID_DH, REG_ID_DX, REG_ID_MAX } REG_ID; enum { REG_USED = 1, REG_USED_HIDDEN = 2 }; enum { REG_TYPE_CND = 1, REG_TYPE_GPR = 2 } REG_TYPE; typedef struct regs { int size; REG_ID id; const char *name; int used; REG_ID hides[3]; } REG; #endif sdcc-2.9.0/src/izt/tlcs900h.c000066400000000000000000000102051116427777700155660ustar00rootroot00000000000000/** @file izt/tlcs900h.c tlcs900h specific general functions. */ #include "izt.h" static REG _tlcs900h_regs[] = { {1, REG_ID_C, "c", 0, {REG_ID_BC, REG_ID_NONE, REG_ID_NONE}}, {1, REG_ID_B, "b", 0, {REG_ID_BC, REG_ID_NONE, REG_ID_NONE}}, {1, REG_ID_E, "e", 0, {REG_ID_DE, REG_ID_NONE, REG_ID_NONE}}, {1, REG_ID_D, "d", 0, {REG_ID_DE, REG_ID_NONE, REG_ID_NONE}}, {2, REG_ID_BC, "bc", 0, {REG_ID_C, REG_ID_B, REG_ID_NONE}}, {2, REG_ID_DE, "de", 0, {REG_ID_E, REG_ID_D, REG_ID_NONE}}, {4, REG_ID_XBC, "xbc", 0, {REG_ID_C, REG_ID_B, REG_ID_BC}}, {4, REG_ID_XDE, "xde", 0, {REG_ID_E, REG_ID_D, REG_ID_DE}}, {0, REG_ID_NONE, "??", 0, {REG_ID_NONE, REG_ID_NONE, REG_ID_NONE}} }; static IZT_PORT _tlcs900h_port = { _tlcs900h_regs }; static char _defaultRules[] = { //#include "peeph.rul" "" }; static char *_tlcs900h_keywords[] = { NULL }; void tlcs900h_assignRegisters (eBBlock ** ebbs, int count); static void _tlcs900h_init (void) { asm_addTree (&asm_asxxxx_mapping); izt_init (&_tlcs900h_port); } static void _tlcs900h_reset_regparm () { } static int _tlcs900h_regparm (sym_link * l) { // PENDING: No register parameters. return 0; } static bool _tlcs900h_parseOptions (int *pargc, char **argv, int *i) { /* TODO: allow port-specific command line options to specify * segment names here. */ return FALSE; } static void _tlcs900h_finaliseOptions (void) { // No options } static void _tlcs900h_setDefaultOptions (void) { // No options } static const char * _tlcs900h_getRegName (struct regs *reg) { if (reg) return reg->name; wassert (0); return "err"; } static void _tlcs900h_genAssemblerPreamble (FILE * of) { // PENDING } /* Generate interrupt vector table. */ static int _tlcs900h_genIVT (FILE * of, symbol ** interrupts, int maxInterrupts) { // PENDING return 0; } /** $1 is always the basename. $2 is always the output file. $3 varies $l is the list of extra options that should be there somewhere... MUST be terminated with a NULL. */ // PENDING static const char *_linkCmd[] = { "aslink", "-nf", "$1", NULL }; // PENDING static const char *_asmCmd[] = { "gpasm", NULL, NULL, NULL }; void tlcs900h_assignRegisters (eBBlock ** ebbs, int count) { } /* Globals */ PORT tlcs900h_port = { TARGET_ID_TLCS900H, "tlcs900h", "Toshiba TLCS-900H", /* Target name */ NULL, { glue, TRUE, /* Emit glue around main */ MODEL_SMALL, MODEL_SMALL }, { _asmCmd, NULL, NULL, NULL, 0, NULL, NULL /* no do_assemble function */ }, { _linkCmd, NULL, NULL, ".o" }, { _defaultRules }, { /* Sizes: char, short, int, long, ptr, fptr, gptr, bit, float, max */ 1, 2, 2, 4, 2, 2, 2, 1, 4, 4 }, /* tags for generic pointers */ { 0x00, 0x40, 0x60, 0x80 }, /* far, near, xstack, code */ { "XSEG (XDATA)", "STACK (DATA)", "CSEG (CODE)", "DSEG (DATA)", "ISEG (DATA)", "XSEG (XDATA)", "BSEG (BIT)", "RSEG (DATA)", "GSINIT (CODE)", "OSEG (OVR,DATA)", "GSFINAL (CODE)", "HOME (CODE)", NULL, // xidata NULL, // xinit NULL, NULL, 1 }, { +1, 1, 4, 1, 1, 0 }, /* tlcs900h has an 16 bit mul */ { 2, -1 }, "_", _tlcs900h_init, _tlcs900h_parseOptions, NULL, _tlcs900h_finaliseOptions, _tlcs900h_setDefaultOptions, tlcs900h_assignRegisters, _tlcs900h_getRegName, _tlcs900h_keywords, _tlcs900h_genAssemblerPreamble, NULL, /* no genAssemblerEnd */ _tlcs900h_genIVT, 0, // _tlcs900h_genXINIT _tlcs900h_reset_regparm, _tlcs900h_regparm, NULL, NULL, NULL, FALSE, 0, /* leave lt */ 0, /* leave gt */ 1, /* transform <= to ! > */ 1, /* transform >= to ! < */ 1, /* transform != to !(a == b) */ 0, /* leave == */ FALSE, /* No array initializer support. */ 0, /* no CSE cost estimation yet */ NULL, /* no builtin functions */ GPOINTER, /* treat unqualified pointers as "generic" pointers */ 1, /* reset labelKey to 1 */ 1, /* globals & local static allowed */ PORT_MAGIC }; sdcc-2.9.0/src/izt/util.c000066400000000000000000000005271116427777700152030ustar00rootroot00000000000000/** @file izt/util.c */ #include "izt.h" int izt_util_binLog(int i) { static const int lookup[] = { 0, 0, 1, -1, 2, -1, -1, -1, 3 }; if (i < NUM_OF(lookup)) { if (lookup[i] != -1) { return lookup[i]; } else { // Unsupported. wassert(0); } } else { // Unsupported. wassert(0); } return 0; } sdcc-2.9.0/src/mcs51/000077500000000000000000000000001116427777700142005ustar00rootroot00000000000000sdcc-2.9.0/src/mcs51/Makefile.bcc000066400000000000000000000005361116427777700163720ustar00rootroot00000000000000# Makefile for Borland C++ PRJDIR = ../.. OBJ = gen.obj ralloc.obj main.obj rtrack.obj LIB = port.lib !include $(PRJDIR)/Bcc.inc CFLAGS = $(CFLAGS) -I.. -I$(PRJDIR) all: $(LIB) main.obj: main.c peeph.rul $(LIB): $(OBJ) if exist $(LIB) del $(LIB) tlib $@ @&&! +$(**: = &^ +) ! .def.rul: gawk -f ../SDCCpeeph.awk $< > $@ sdcc-2.9.0/src/mcs51/Makefile.in000066400000000000000000000002451116427777700162460ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ # Make all in this directory include $(srcdir)/../port.mk sdcc-2.9.0/src/mcs51/gen.c000066400000000000000000012436511116427777700151310ustar00rootroot00000000000000/*------------------------------------------------------------------------- gen.c - source file for code generation for 8051 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) and - Jean-Louis VERN.jlvern@writeme.com (1999) Bug Fixes - Wojciech Stryjewski wstryj1@tiger.lsu.edu (1999 v2.1.9a) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! Notes: 000123 mlh Moved aopLiteral to SDCCglue.c to help the split Made everything static -------------------------------------------------------------------------*/ #define D(x) do if (options.verboseAsm) {x;} while(0) #include #include #include #include #include "SDCCglobl.h" #include "newalloc.h" #include "common.h" #include "SDCCpeeph.h" #include "ralloc.h" #include "rtrack.h" #include "gen.h" #include "dbuf_string.h" char *aopLiteral (value * val, int offset); char *aopLiteralLong (value * val, int offset, int size); extern int allocInfo; /* this is the down and dirty file with all kinds of kludgy & hacky stuff. This is what it is all about CODE GENERATION for a specific MCU . some of the routines may be reusable, will have to see */ static char *zero = "#0x00"; static char *one = "#0x01"; static char *spname; char *fReturn8051[] = {"dpl", "dph", "b", "a"}; unsigned fReturnSizeMCS51 = 4; /* shared with ralloc.c */ char **fReturn = fReturn8051; static char *accUse[] = {"a", "b"}; static unsigned short rbank = -1; #define REG_WITH_INDEX mcs51_regWithIdx #define AOP(op) op->aop #define AOP_TYPE(op) AOP(op)->type #define AOP_SIZE(op) AOP(op)->size #define IS_AOP_PREG(x) (AOP(x) && (AOP_TYPE(x) == AOP_R1 || \ AOP_TYPE(x) == AOP_R0)) #define AOP_NEEDSACC(x) (AOP(x) && (AOP_TYPE(x) == AOP_CRY || \ AOP_TYPE(x) == AOP_DPTR || \ AOP(x)->paged)) #define AOP_INPREG(x) (x && (x->type == AOP_REG && \ (x->aopu.aop_reg[0] == REG_WITH_INDEX(R0_IDX) || \ x->aopu.aop_reg[0] == REG_WITH_INDEX(R1_IDX) ))) #define SYM_BP(sym) (SPEC_OCLS (sym->etype)->paged ? "_bpx" : "_bp") #define R0INB _G.bu.bs.r0InB #define R1INB _G.bu.bs.r1InB #define OPINB _G.bu.bs.OpInB #define BINUSE _G.bu.BInUse static struct { short r0Pushed; short r1Pushed; union { struct { short r0InB : 2;//2 so we can see it overflow short r1InB : 2;//2 so we can see it overflow short OpInB : 2;//2 so we can see it overflow } bs; short BInUse; } bu; short accInUse; short inLine; short debugLine; short nRegsSaved; set *sendSet; iCode *current_iCode; symbol *currentFunc; } _G; static char *rb1regs[] = { "b1_0","b1_1","b1_2","b1_3","b1_4","b1_5","b1_6","b1_7", "b0", "b1", "b2", "b3", "b4", "b5", "b6", "b7" }; extern struct dbuf_s *codeOutBuf; #define RESULTONSTACK(x) \ (IC_RESULT(x) && IC_RESULT(x)->aop && \ IC_RESULT(x)->aop->type == AOP_STK ) #define MOVA(x) mova(x) /* use function to avoid multiple eval */ #define MOVB(x) movb(x) #define CLRC emitcode("clr","c") #define SETC emitcode("setb","c") static lineNode *lineHead = NULL; static lineNode *lineCurr = NULL; static unsigned char SLMask[] = {0xFF, 0xFE, 0xFC, 0xF8, 0xF0, 0xE0, 0xC0, 0x80, 0x00}; static unsigned char SRMask[] = {0xFF, 0x7F, 0x3F, 0x1F, 0x0F, 0x07, 0x03, 0x01, 0x00}; #define LSB 0 #define MSB16 1 #define MSB24 2 #define MSB32 3 /*-----------------------------------------------------------------*/ /* emitcode - writes the code into a file : for now it is simple */ /*-----------------------------------------------------------------*/ void emitcode (const char *inst, const char *fmt,...) { va_list ap; struct dbuf_s dbuf; const char *lbp, *lb; dbuf_init (&dbuf, INITIAL_INLINEASM); va_start (ap, fmt); if (inst && *inst) { dbuf_append_str (&dbuf, inst); if (fmt && *fmt) { dbuf_append_char (&dbuf, '\t'); dbuf_tvprintf (&dbuf, fmt, ap); } } else { dbuf_tvprintf (&dbuf, fmt, ap); } lbp = lb = dbuf_c_str(&dbuf); while (isspace ((unsigned char)*lbp)) { lbp++; } if (lbp) { rtrackUpdate (lbp); lineCurr = (lineCurr ? connectLine (lineCurr, newLineNode (lb)) : (lineHead = newLineNode (lb))); lineCurr->isInline = _G.inLine; lineCurr->isDebug = _G.debugLine; lineCurr->ic = _G.current_iCode; lineCurr->isComment = (*lbp==';'); } va_end (ap); dbuf_destroy(&dbuf); } static void emitLabel (symbol *tlbl) { emitcode ("", "%05d$:", tlbl->key + 100); lineCurr->isLabel = 1; } /*-----------------------------------------------------------------*/ /* mcs51_emitDebuggerSymbol - associate the current code location */ /* with a debugger symbol */ /*-----------------------------------------------------------------*/ void mcs51_emitDebuggerSymbol (char * debugSym) { _G.debugLine = 1; emitcode ("", "%s ==.", debugSym); _G.debugLine = 0; } /*-----------------------------------------------------------------*/ /* mova - moves specified value into accumulator */ /*-----------------------------------------------------------------*/ static void mova (const char *x) { /* do some early peephole optimization */ if (!strncmp(x, "a", 2) || !strncmp(x, "acc", 4)) return; /* if it is a literal mov try to get it cheaper */ if (*x == '#' && rtrackMoveALit(x)) return; emitcode("mov", "a,%s", x); } /*-----------------------------------------------------------------*/ /* movb - moves specified value into register b */ /*-----------------------------------------------------------------*/ static void movb (const char *x) { /* do some early peephole optimization */ if (!strncmp(x, "b", 2)) return; /* if it is a literal mov try to get it cheaper */ if (*x == '#') { emitcode("mov","b,%s", rtrackGetLit(x)); return; } emitcode("mov","b,%s", x); } /*-----------------------------------------------------------------*/ /* pushB - saves register B if necessary */ /*-----------------------------------------------------------------*/ static bool pushB (void) { bool pushedB = FALSE; if (BINUSE) { emitcode ("push", "b"); // printf("B was in use !\n"); pushedB = TRUE; } else { OPINB++; } return pushedB; } /*-----------------------------------------------------------------*/ /* popB - restores value of register B if necessary */ /*-----------------------------------------------------------------*/ static void popB (bool pushedB) { if (pushedB) { emitcode ("pop", "b"); } else { OPINB--; } } /*-----------------------------------------------------------------*/ /* pushReg - saves register */ /*-----------------------------------------------------------------*/ static bool pushReg (int index, bool bits_pushed) { regs * reg = REG_WITH_INDEX (index); if (reg->type == REG_BIT) { if (!bits_pushed) emitcode ("push", "%s", reg->base); return TRUE; } else emitcode ("push", "%s", reg->dname); return bits_pushed; } /*-----------------------------------------------------------------*/ /* popReg - restores register */ /*-----------------------------------------------------------------*/ static bool popReg (int index, bool bits_popped) { regs * reg = REG_WITH_INDEX (index); if (reg->type == REG_BIT) { if (!bits_popped) emitcode ("pop", "%s", reg->base); return TRUE; } else emitcode ("pop", "%s", reg->dname); return bits_popped; } /*-----------------------------------------------------------------*/ /* getFreePtr - returns r0 or r1 whichever is free or can be pushed */ /*-----------------------------------------------------------------*/ static regs * getFreePtr (iCode * ic, asmop ** aopp, bool result) { bool r0iu, r1iu; bool r0ou, r1ou; /* the logic: if r0 & r1 used in the instruction then we are in trouble otherwise */ /* first check if r0 & r1 are used by this instruction, in which case we are in trouble */ r0iu = bitVectBitValue (ic->rUsed, R0_IDX); r1iu = bitVectBitValue (ic->rUsed, R1_IDX); if (r0iu && r1iu) { goto endOfWorld; } r0ou = bitVectBitValue (ic->rMask, R0_IDX); r1ou = bitVectBitValue (ic->rMask, R1_IDX); /* if no usage of r0 then return it */ if (!r0iu && !r0ou) { ic->rUsed = bitVectSetBit (ic->rUsed, R0_IDX); (*aopp)->type = AOP_R0; return (*aopp)->aopu.aop_ptr = REG_WITH_INDEX (R0_IDX); } /* if no usage of r1 then return it */ if (!r1iu && !r1ou) { ic->rUsed = bitVectSetBit (ic->rUsed, R1_IDX); (*aopp)->type = AOP_R1; return (*aopp)->aopu.aop_ptr = REG_WITH_INDEX (R1_IDX); } /* now we know they both have usage */ /* if r0 not used in this instruction */ if (!r0iu) { /* push it if not already pushed */ if (ic->op == IPUSH) { MOVB (REG_WITH_INDEX (R0_IDX)->dname); R0INB++; } else if (!_G.r0Pushed) { emitcode ("push", "%s", REG_WITH_INDEX (R0_IDX)->dname); _G.r0Pushed++; } ic->rUsed = bitVectSetBit (ic->rUsed, R0_IDX); (*aopp)->type = AOP_R0; return (*aopp)->aopu.aop_ptr = REG_WITH_INDEX (R0_IDX); } /* if r1 not used then */ if (!r1iu) { /* push it if not already pushed */ if (ic->op == IPUSH) { MOVB (REG_WITH_INDEX (R1_IDX)->dname); R1INB++; } else if (!_G.r1Pushed) { emitcode ("push", "%s", REG_WITH_INDEX (R1_IDX)->dname); _G.r1Pushed++; } ic->rUsed = bitVectSetBit (ic->rUsed, R1_IDX); (*aopp)->type = AOP_R1; return REG_WITH_INDEX (R1_IDX); } endOfWorld: /* I said end of world, but not quite end of world yet */ /* if this is a result then we can push it on the stack */ if (result) { (*aopp)->type = AOP_STK; return NULL; } /* in the case that result AND left AND right needs a pointer reg we can safely use the result's */ if (bitVectBitValue (mcs51_rUmaskForOp(IC_RESULT(ic)), R0_IDX)) { (*aopp)->type = AOP_R0; return REG_WITH_INDEX (R0_IDX); } if (bitVectBitValue (mcs51_rUmaskForOp(IC_RESULT(ic)), R1_IDX)) { (*aopp)->type = AOP_R1; return REG_WITH_INDEX (R1_IDX); } /* now this is REALLY the end of the world */ werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "getFreePtr should never reach here"); exit (1); } /*-----------------------------------------------------------------*/ /* getTempRegs - initialize an array of pointers to GPR registers */ /* that are not in use. Returns 1 if the requested */ /* number of registers were available, 0 otherwise. */ /*-----------------------------------------------------------------*/ int getTempRegs(regs **tempRegs, int size, iCode *ic) { bitVect * freeRegs; int i; int offset; if (!ic) ic = _G.current_iCode; if (!ic) return 0; if (!_G.currentFunc) return 0; freeRegs = newBitVect(8); bitVectSetBit (freeRegs, R2_IDX); bitVectSetBit (freeRegs, R3_IDX); bitVectSetBit (freeRegs, R4_IDX); bitVectSetBit (freeRegs, R5_IDX); bitVectSetBit (freeRegs, R6_IDX); bitVectSetBit (freeRegs, R7_IDX); if (IFFUNC_CALLEESAVES(_G.currentFunc->type)) { bitVect * newfreeRegs; newfreeRegs = bitVectIntersect (freeRegs, _G.currentFunc->regsUsed); freeBitVect(freeRegs); freeRegs = newfreeRegs; } freeRegs = bitVectCplAnd (freeRegs, ic->rMask); offset = 0; for (i=0; isize; i++) { if (bitVectBitValue(freeRegs,i)) tempRegs[offset++] = REG_WITH_INDEX(i); if (offset>=size) { freeBitVect(freeRegs); return 1; } } freeBitVect(freeRegs); return 0; } /*-----------------------------------------------------------------*/ /* newAsmop - creates a new asmOp */ /*-----------------------------------------------------------------*/ static asmop * newAsmop (short type) { asmop *aop; aop = Safe_calloc (1, sizeof (asmop)); aop->type = type; aop->allocated = 1; return aop; } /*-----------------------------------------------------------------*/ /* pointerCode - returns the code for a pointer type */ /*-----------------------------------------------------------------*/ static int pointerCode (sym_link * etype) { return PTR_TYPE (SPEC_OCLS (etype)); } /*-----------------------------------------------------------------*/ /* leftRightUseAcc - returns size of accumulator use by operands */ /*-----------------------------------------------------------------*/ static int leftRightUseAcc(iCode *ic) { operand *op; int size; int accuseSize = 0; int accuse = 0; if (!ic) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "null iCode pointer"); return 0; } if (ic->op == IFX) { op = IC_COND (ic); if (IS_OP_ACCUSE (op)) { accuse = 1; size = getSize (OP_SYMBOL (op)->type); if (size>accuseSize) accuseSize = size; } } else if (ic->op == JUMPTABLE) { op = IC_JTCOND (ic); if (IS_OP_ACCUSE (op)) { accuse = 1; size = getSize (OP_SYMBOL (op)->type); if (size>accuseSize) accuseSize = size; } } else { op = IC_LEFT (ic); if (IS_OP_ACCUSE (op)) { accuse = 1; size = getSize (OP_SYMBOL (op)->type); if (size>accuseSize) accuseSize = size; } op = IC_RIGHT (ic); if (IS_OP_ACCUSE (op)) { accuse = 1; size = getSize (OP_SYMBOL (op)->type); if (size>accuseSize) accuseSize = size; } } if (accuseSize) return accuseSize; else return accuse; } /*-----------------------------------------------------------------*/ /* aopForSym - for a true symbol */ /*-----------------------------------------------------------------*/ static asmop * aopForSym (iCode * ic, symbol * sym, bool result) { asmop *aop; memmap *space; bool accuse = leftRightUseAcc (ic) || _G.accInUse; wassertl (ic != NULL, "Got a null iCode"); wassertl (sym != NULL, "Got a null symbol"); space = SPEC_OCLS (sym->etype); /* if already has one */ if (sym->aop) { sym->aop->allocated++; return sym->aop; } /* assign depending on the storage class */ /* if it is on the stack or indirectly addressable */ /* space we need to assign either r0 or r1 to it */ if (sym->onStack || sym->iaccess) { sym->aop = aop = newAsmop (0); aop->aopu.aop_ptr = getFreePtr (ic, &aop, result); aop->size = getSize (sym->type); /* now assign the address of the variable to the pointer register */ if (aop->type != AOP_STK) { if (sym->onStack) { signed char offset = ((sym->stack < 0) ? ((signed char) (sym->stack - _G.nRegsSaved)) : ((signed char) sym->stack)) & 0xff; if ((abs(offset) <= 3) || (accuse && (abs(offset) <= 7))) { emitcode ("mov", "%s,%s", aop->aopu.aop_ptr->name, SYM_BP (sym)); while (offset < 0) { emitcode ("dec", aop->aopu.aop_ptr->name); offset++; } while (offset > 0) { emitcode ("inc", aop->aopu.aop_ptr->name); offset--; } } else { if (accuse) emitcode ("push", "acc"); emitcode ("mov", "a,%s", SYM_BP (sym)); emitcode ("add", "a,#0x%02x", offset & 0xff); emitcode ("mov", "%s,a", aop->aopu.aop_ptr->name); if (accuse) emitcode ("pop", "acc"); } } else { emitcode ("mov", "%s,#%s", aop->aopu.aop_ptr->name, sym->rname); } aop->paged = space->paged; } else aop->aopu.aop_stk = sym->stack; return aop; } /* if in bit space */ if (IN_BITSPACE (space)) { sym->aop = aop = newAsmop (AOP_CRY); aop->aopu.aop_dir = sym->rname; aop->size = getSize (sym->type); return aop; } /* if it is in direct space */ if (IN_DIRSPACE (space)) { //printf("aopForSym, using AOP_DIR for %s (%x)\n", sym->name, sym); //printTypeChainRaw(sym->type, NULL); //printf("space = %s\n", space ? space->sname : "NULL"); sym->aop = aop = newAsmop (AOP_DIR); aop->aopu.aop_dir = sym->rname; aop->size = getSize (sym->type); return aop; } /* special case for a function */ if (IS_FUNC (sym->type)) { sym->aop = aop = newAsmop (AOP_IMMD); aop->aopu.aop_immd.aop_immd1 = Safe_strdup(sym->rname); aop->size = getSize (sym->type); return aop; } /* only remaining is far space */ /* in which case DPTR gets the address */ sym->aop = aop = newAsmop (AOP_DPTR); emitcode ("mov", "dptr,#%s", sym->rname); aop->size = getSize (sym->type); /* if it is in code space */ if (IN_CODESPACE (space)) aop->code = 1; return aop; } /*-----------------------------------------------------------------*/ /* aopForRemat - rematerializes an object */ /*-----------------------------------------------------------------*/ static asmop * aopForRemat (symbol * sym) { iCode *ic = sym->rematiCode; asmop *aop = newAsmop (AOP_IMMD); int ptr_type = 0; int val = 0; for (;;) { if (ic->op == '+') val += (int) operandLitValue (IC_RIGHT (ic)); else if (ic->op == '-') val -= (int) operandLitValue (IC_RIGHT (ic)); else if (IS_CAST_ICODE(ic)) { sym_link *from_type = operandType(IC_RIGHT(ic)); aop->aopu.aop_immd.from_cast_remat = 1; ic = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; ptr_type = pointerTypeToGPByte (DCL_TYPE(from_type), NULL, NULL); continue; } else break; ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; } if (val) { SNPRINTF (buffer, sizeof(buffer), "(%s %c 0x%04x)", OP_SYMBOL (IC_LEFT (ic))->rname, val >= 0 ? '+' : '-', abs (val) & 0xffff); } else { strncpyz (buffer, OP_SYMBOL (IC_LEFT (ic))->rname, sizeof(buffer)); } aop->aopu.aop_immd.aop_immd1 = Safe_strdup(buffer); /* set immd2 field if required */ if (aop->aopu.aop_immd.from_cast_remat) { SNPRINTF (buffer, sizeof(buffer), "#0x%02x", ptr_type); aop->aopu.aop_immd.aop_immd2 = Safe_strdup(buffer); } return aop; } /*-----------------------------------------------------------------*/ /* regsInCommon - two operands have some registers in common */ /*-----------------------------------------------------------------*/ static bool regsInCommon (operand * op1, operand * op2) { symbol *sym1, *sym2; int i; /* if they have registers in common */ if (!IS_SYMOP (op1) || !IS_SYMOP (op2)) return FALSE; sym1 = OP_SYMBOL (op1); sym2 = OP_SYMBOL (op2); if (sym1->nRegs == 0 || sym2->nRegs == 0) return FALSE; for (i = 0; i < sym1->nRegs; i++) { int j; if (!sym1->regs[i]) continue; for (j = 0; j < sym2->nRegs; j++) { if (!sym2->regs[j]) continue; if (sym2->regs[j] == sym1->regs[i]) return TRUE; } } return FALSE; } /*-----------------------------------------------------------------*/ /* operandsEqu - equivalent */ /*-----------------------------------------------------------------*/ static bool operandsEqu (operand * op1, operand * op2) { symbol *sym1, *sym2; /* if they're not symbols */ if (!IS_SYMOP (op1) || !IS_SYMOP (op2)) return FALSE; sym1 = OP_SYMBOL (op1); sym2 = OP_SYMBOL (op2); /* if both are itemps & one is spilt and the other is not then false */ if (IS_ITEMP (op1) && IS_ITEMP (op2) && sym1->isspilt != sym2->isspilt) return FALSE; /* if they are the same */ if (sym1 == sym2) return TRUE; /* if they have the same rname */ if (sym1->rname[0] && sym2->rname[0] && strcmp (sym1->rname, sym2->rname) == 0 && !(IS_PARM (op2) && IS_ITEMP (op1))) return TRUE; /* if left is a tmp & right is not */ if (IS_ITEMP (op1) && !IS_ITEMP (op2) && sym1->isspilt && (sym1->usl.spillLoc == sym2)) return TRUE; if (IS_ITEMP (op2) && !IS_ITEMP (op1) && sym2->isspilt && sym1->level > 0 && (sym2->usl.spillLoc == sym1)) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* sameByte - two asmops have the same address at given offsets */ /*-----------------------------------------------------------------*/ static bool sameByte (asmop * aop1, int off1, asmop * aop2, int off2) { if (aop1 == aop2 && off1 == off2) return TRUE; if (aop1->type != AOP_REG && aop1->type != AOP_CRY) return FALSE; if (aop1->type != aop2->type) return FALSE; if (aop1->aopu.aop_reg[off1] != aop2->aopu.aop_reg[off2]) return FALSE; return TRUE; } /*-----------------------------------------------------------------*/ /* sameRegs - two asmops have the same registers */ /*-----------------------------------------------------------------*/ static bool sameRegs (asmop * aop1, asmop * aop2) { int i; if (aop1 == aop2) return TRUE; if (aop1->type != AOP_REG && aop1->type != AOP_CRY) return FALSE; if (aop1->type != aop2->type) return FALSE; if (aop1->size != aop2->size) return FALSE; for (i = 0; i < aop1->size; i++) if (aop1->aopu.aop_reg[i] != aop2->aopu.aop_reg[i]) return FALSE; return TRUE; } /*-----------------------------------------------------------------*/ /* aopOp - allocates an asmop for an operand : */ /*-----------------------------------------------------------------*/ static void aopOp (operand * op, iCode * ic, bool result) { asmop *aop; symbol *sym; int i; if (!op) return; /* if this a literal */ if (IS_OP_LITERAL (op)) { op->aop = aop = newAsmop (AOP_LIT); aop->aopu.aop_lit = op->operand.valOperand; aop->size = getSize (operandType (op)); return; } /* if already has a asmop then continue */ if (op->aop) { op->aop->allocated++; return; } /* if the underlying symbol has a aop */ if (IS_SYMOP (op) && OP_SYMBOL (op)->aop) { op->aop = OP_SYMBOL (op)->aop; op->aop->allocated++; return; } /* if this is a true symbol */ if (IS_TRUE_SYMOP (op)) { op->aop = aopForSym (ic, OP_SYMBOL (op), result); return; } /* this is a temporary : this has only five choices : a) register b) spillocation c) rematerialize d) conditional e) can be a return use only */ sym = OP_SYMBOL (op); /* if the type is a conditional */ if (sym->regType == REG_CND) { sym->aop = op->aop = aop = newAsmop (AOP_CRY); aop->size = sym->ruonly ? 1 : 0; return; } /* if it is spilt then two situations a) is rematerialize b) has a spill location */ if (sym->isspilt || sym->nRegs == 0) { /* rematerialize it NOW */ if (sym->remat) { sym->aop = op->aop = aop = aopForRemat (sym); aop->size = operandSize (op); return; } if (sym->accuse) { int i; sym->aop = op->aop = aop = newAsmop (AOP_ACC); aop->size = getSize (sym->type); for (i = 0; i < 2; i++) aop->aopu.aop_str[i] = accUse[i]; return; } if (sym->ruonly) { unsigned i; sym->aop = op->aop = aop = newAsmop (AOP_STR); aop->size = getSize (sym->type); for (i = 0; i < fReturnSizeMCS51; i++) aop->aopu.aop_str[i] = fReturn[i]; return; } if (sym->usl.spillLoc) { asmop *oldAsmOp = NULL; if (getSize(sym->type) != getSize(sym->usl.spillLoc->type)) { /* force a new aop if sizes differ */ oldAsmOp = sym->usl.spillLoc->aop; sym->usl.spillLoc->aop = NULL; } sym->aop = op->aop = aop = aopForSym (ic, sym->usl.spillLoc, result); if (getSize(sym->type) != getSize(sym->usl.spillLoc->type)) { /* Don't reuse the new aop, go with the last one */ sym->usl.spillLoc->aop = oldAsmOp; } aop->size = getSize (sym->type); return; } /* else must be a dummy iTemp */ sym->aop = op->aop = aop = newAsmop (AOP_DUMMY); aop->size = getSize (sym->type); return; } /* if the type is a bit register */ if (sym->regType == REG_BIT) { sym->aop = op->aop = aop = newAsmop (AOP_CRY); aop->size = sym->nRegs;//1??? aop->aopu.aop_reg[0] = sym->regs[0]; aop->aopu.aop_dir = sym->regs[0]->name; return; } /* must be in a register */ sym->aop = op->aop = aop = newAsmop (AOP_REG); aop->size = sym->nRegs; for (i = 0; i < sym->nRegs; i++) aop->aopu.aop_reg[i] = sym->regs[i]; } /*-----------------------------------------------------------------*/ /* freeAsmop - free up the asmop given to an operand */ /*-----------------------------------------------------------------*/ static void freeAsmop (operand * op, asmop * aaop, iCode * ic, bool pop) { asmop *aop; if (!op) aop = aaop; else aop = op->aop; if (!aop) return; aop->allocated--; if (aop->allocated) goto dealloc; /* depending on the asmop type only three cases need work AOP_R0, AOP_R1 & AOP_STK */ switch (aop->type) { case AOP_R0: if (R0INB) { emitcode ("mov", "r0,b"); R0INB--; } else if (_G.r0Pushed) { if (pop) { emitcode ("pop", "ar0"); _G.r0Pushed--; } } bitVectUnSetBit (ic->rUsed, R0_IDX); break; case AOP_R1: if (R1INB) { emitcode ("mov", "r1,b"); R1INB--; } else if (_G.r1Pushed) { if (pop) { emitcode ("pop", "ar1"); _G.r1Pushed--; } } bitVectUnSetBit (ic->rUsed, R1_IDX); break; case AOP_STK: { int sz = aop->size; int stk = aop->aopu.aop_stk + aop->size - 1; bitVectUnSetBit (ic->rUsed, R0_IDX); bitVectUnSetBit (ic->rUsed, R1_IDX); getFreePtr (ic, &aop, FALSE); if (stk) { emitcode ("mov", "a,_bp"); emitcode ("add", "a,#0x%02x", ((char) stk) & 0xff); emitcode ("mov", "%s,a", aop->aopu.aop_ptr->name); } else { emitcode ("mov", "%s,_bp", aop->aopu.aop_ptr->name); } while (sz--) { emitcode ("pop", "acc"); emitcode ("mov", "@%s,a", aop->aopu.aop_ptr->name); if (!sz) break; emitcode ("dec", "%s", aop->aopu.aop_ptr->name); } op->aop = aop; freeAsmop (op, NULL, ic, TRUE); if (_G.r1Pushed) { emitcode ("pop", "ar1"); _G.r1Pushed--; } if (_G.r0Pushed) { emitcode ("pop", "ar0"); _G.r0Pushed--; } } break; } dealloc: /* all other cases just dealloc */ if (op) { op->aop = NULL; if (IS_SYMOP (op)) { OP_SYMBOL (op)->aop = NULL; /* if the symbol has a spill */ if (SPIL_LOC (op)) SPIL_LOC (op)->aop = NULL; } } } /*------------------------------------------------------------------*/ /* freeForBranchAsmop - partial free up of Asmop for a branch; just */ /* pop r0 or r1 off stack if pushed */ /*------------------------------------------------------------------*/ static void freeForBranchAsmop (operand * op) { asmop *aop; if (!op) return; aop = op->aop; if (!aop) return; if (!aop->allocated) return; switch (aop->type) { case AOP_R0: if (R0INB) { emitcode ("mov", "r0,b"); } else if (_G.r0Pushed) { emitcode ("pop", "ar0"); } break; case AOP_R1: if (R1INB) { emitcode ("mov", "r1,b"); } else if (_G.r1Pushed) { emitcode ("pop", "ar1"); } break; case AOP_STK: { int sz = aop->size; int stk = aop->aopu.aop_stk + aop->size - 1; emitcode ("mov", "b,r0"); if (stk) { emitcode ("mov", "a,_bp"); emitcode ("add", "a,#0x%02x", ((char) stk) & 0xff); emitcode ("mov", "r0,a"); } else { emitcode ("mov", "r0,_bp"); } while (sz--) { emitcode ("pop", "acc"); emitcode ("mov", "@r0,a"); if (!sz) break; emitcode ("dec", "r0"); } emitcode ("mov", "r0,b"); } } } /*-----------------------------------------------------------------*/ /* aopGetUsesAcc - indicates ahead of time whether aopGet() will */ /* clobber the accumulator */ /*-----------------------------------------------------------------*/ static bool aopGetUsesAcc (operand * oper, int offset) { asmop * aop = AOP (oper); if (offset > (aop->size - 1)) return FALSE; switch (aop->type) { case AOP_R0: case AOP_R1: if (aop->paged) return TRUE; return FALSE; case AOP_DPTR: return TRUE; case AOP_IMMD: return FALSE; case AOP_DIR: return FALSE; case AOP_REG: wassert(strcmp(aop->aopu.aop_reg[offset]->name, "a")); return FALSE; case AOP_CRY: return TRUE; case AOP_ACC: if (offset) return FALSE; return TRUE; case AOP_LIT: return FALSE; case AOP_STR: if (strcmp (aop->aopu.aop_str[offset], "a") == 0) return TRUE; return FALSE; case AOP_DUMMY: return FALSE; default: /* Error case --- will have been caught already */ wassert(0); return FALSE; } } /*-------------------------------------------------------------------*/ /* aopGet - for fetching value of the aop */ /*-------------------------------------------------------------------*/ static char * aopGet (operand * oper, int offset, bool bit16, bool dname) { asmop * aop = AOP (oper); /* offset is greater than size then zero */ if (offset > (aop->size - 1) && aop->type != AOP_LIT) return zero; /* depending on type */ switch (aop->type) { case AOP_DUMMY: return zero; case AOP_R0: case AOP_R1: /* if we need to increment it */ while (offset > aop->coff) { emitcode ("inc", "%s", aop->aopu.aop_ptr->name); aop->coff++; } while (offset < aop->coff) { emitcode ("dec", "%s", aop->aopu.aop_ptr->name); aop->coff--; } aop->coff = offset; if (aop->paged) { emitcode ("movx", "a,@%s", aop->aopu.aop_ptr->name); return (dname ? "acc" : "a"); } SNPRINTF (buffer, sizeof(buffer), "@%s", aop->aopu.aop_ptr->name); return Safe_strdup(buffer); case AOP_DPTR: if (aop->code && aop->coff==0 && offset>=1) { emitcode ("mov", "a,#0x%02x", offset); emitcode ("movc", "a,@a+dptr"); return (dname ? "acc" : "a"); } while (offset > aop->coff) { emitcode ("inc", "dptr"); aop->coff++; } while (offset < aop->coff) { emitcode ("lcall", "__decdptr"); aop->coff--; } aop->coff = offset; if (aop->code) { emitcode ("clr", "a"); emitcode ("movc", "a,@a+dptr"); } else { emitcode ("movx", "a,@dptr"); } return (dname ? "acc" : "a"); case AOP_IMMD: if (aop->aopu.aop_immd.from_cast_remat && (offset == (aop->size-1))) { SNPRINTF(buffer, sizeof(buffer), "%s",aop->aopu.aop_immd.aop_immd2); } else if (bit16) { SNPRINTF(buffer, sizeof(buffer), "#%s", aop->aopu.aop_immd.aop_immd1); } else if (offset) { SNPRINTF (buffer, sizeof(buffer), "#(%s >> %d)", aop->aopu.aop_immd.aop_immd1, offset * 8); } else { SNPRINTF (buffer, sizeof(buffer), "#%s", aop->aopu.aop_immd.aop_immd1); } return Safe_strdup(buffer); case AOP_DIR: if (SPEC_SCLS (getSpec (operandType (oper))) == S_SFR && offset) { SNPRINTF (buffer, sizeof(buffer), "(%s >> %d)", aop->aopu.aop_dir, offset * 8); } else if (offset) { SNPRINTF (buffer, sizeof(buffer), "(%s + %d)", aop->aopu.aop_dir, offset); } else { SNPRINTF (buffer, sizeof(buffer), "%s", aop->aopu.aop_dir); } return Safe_strdup(buffer); case AOP_REG: if (dname) return aop->aopu.aop_reg[offset]->dname; else return aop->aopu.aop_reg[offset]->name; case AOP_CRY: emitcode ("mov", "c,%s", aop->aopu.aop_dir); emitcode ("clr", "a"); emitcode ("rlc", "a"); return (dname ? "acc" : "a"); case AOP_ACC: if (!offset && dname) return "acc"; return aop->aopu.aop_str[offset]; case AOP_LIT: return aopLiteral (aop->aopu.aop_lit, offset); case AOP_STR: aop->coff = offset; if (strcmp (aop->aopu.aop_str[offset], "a") == 0 && dname) return "acc"; return aop->aopu.aop_str[offset]; } werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopget got unsupported aop->type"); exit (1); } /*-----------------------------------------------------------------*/ /* aopPutUsesAcc - indicates ahead of time whether aopPut() will */ /* clobber the accumulator */ /*-----------------------------------------------------------------*/ static bool aopPutUsesAcc (operand * oper, const char *s, int offset) { asmop * aop = AOP (oper); if (offset > (aop->size - 1)) return FALSE; switch (aop->type) { case AOP_DUMMY: return TRUE; case AOP_DIR: return FALSE; case AOP_REG: wassert(strcmp(aop->aopu.aop_reg[offset]->name, "a")); return FALSE; case AOP_DPTR: return TRUE; case AOP_R0: case AOP_R1: return ((aop->paged) || (*s == '@')); case AOP_STK: return (*s == '@'); case AOP_CRY: return (!aop->aopu.aop_dir || strcmp(s, aop->aopu.aop_dir)); case AOP_STR: return FALSE; case AOP_IMMD: return FALSE; case AOP_ACC: return FALSE; default: /* Error case --- will have been caught already */ wassert(0); return FALSE; } } /*-----------------------------------------------------------------*/ /* aopPut - puts a string for a aop and indicates if acc is in use */ /*-----------------------------------------------------------------*/ static bool aopPut (operand * result, const char *s, int offset) { bool bvolatile = isOperandVolatile (result, FALSE); bool accuse = FALSE; asmop * aop = AOP (result); const char *d = NULL; if (aop->size && offset > (aop->size - 1)) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopPut got offset > aop->size"); exit (1); } /* will assign value to value */ /* depending on where it is ofcourse */ switch (aop->type) { case AOP_DUMMY: MOVA (s); /* read s in case it was volatile */ accuse = TRUE; break; case AOP_DIR: if (SPEC_SCLS (getSpec (operandType (result))) == S_SFR && offset) { SNPRINTF (buffer, sizeof(buffer), "(%s >> %d)", aop->aopu.aop_dir, offset * 8); } else if (offset) { SNPRINTF (buffer, sizeof(buffer), "(%s + %d)", aop->aopu.aop_dir, offset); } else { SNPRINTF (buffer, sizeof(buffer), "%s", aop->aopu.aop_dir); } if (strcmp (buffer, s) || bvolatile) { emitcode ("mov", "%s,%s", buffer, s); } if (!strcmp (buffer, "acc")) { accuse = TRUE; } break; case AOP_REG: if (strcmp (aop->aopu.aop_reg[offset]->name, s) != 0 && strcmp (aop->aopu.aop_reg[offset]->dname, s) != 0) { if (*s == '@' || strcmp (s, "r0") == 0 || strcmp (s, "r1") == 0 || strcmp (s, "r2") == 0 || strcmp (s, "r3") == 0 || strcmp (s, "r4") == 0 || strcmp (s, "r5") == 0 || strcmp (s, "r6") == 0 || strcmp (s, "r7") == 0) { emitcode ("mov", "%s,%s", aop->aopu.aop_reg[offset]->dname, s); } else { emitcode ("mov", "%s,%s", aop->aopu.aop_reg[offset]->name, s); } } break; case AOP_DPTR: if (aop->code) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopPut writing to code space"); exit (1); } while (offset > aop->coff) { aop->coff++; emitcode ("inc", "dptr"); } while (offset < aop->coff) { aop->coff--; emitcode ("lcall", "__decdptr"); } aop->coff = offset; /* if not in accumulator */ MOVA (s); emitcode ("movx", "@dptr,a"); break; case AOP_R0: case AOP_R1: while (offset > aop->coff) { aop->coff++; emitcode ("inc", "%s", aop->aopu.aop_ptr->name); } while (offset < aop->coff) { aop->coff--; emitcode ("dec", "%s", aop->aopu.aop_ptr->name); } aop->coff = offset; if (aop->paged) { MOVA (s); emitcode ("movx", "@%s,a", aop->aopu.aop_ptr->name); } else if (*s == '@') { MOVA (s); emitcode ("mov", "@%s,a", aop->aopu.aop_ptr->name); } else if (strcmp (s, "r0") == 0 || strcmp (s, "r1") == 0 || strcmp (s, "r2") == 0 || strcmp (s, "r3") == 0 || strcmp (s, "r4") == 0 || strcmp (s, "r5") == 0 || strcmp (s, "r6") == 0 || strcmp (s, "r7") == 0) { char buffer[10]; SNPRINTF (buffer, sizeof(buffer), "a%s", s); emitcode ("mov", "@%s,%s", aop->aopu.aop_ptr->name, buffer); } else { emitcode ("mov", "@%s,%s", aop->aopu.aop_ptr->name, s); } break; case AOP_STK: if (strcmp (s, "a") == 0) { emitcode ("push", "acc"); } else if (*s=='@') { MOVA(s); emitcode ("push", "acc"); } else if (strcmp (s, "r0") == 0 || strcmp (s, "r1") == 0 || strcmp (s, "r2") == 0 || strcmp (s, "r3") == 0 || strcmp (s, "r4") == 0 || strcmp (s, "r5") == 0 || strcmp (s, "r6") == 0 || strcmp (s, "r7") == 0) { char buffer[10]; SNPRINTF (buffer, sizeof(buffer), "a%s", s); emitcode ("push", buffer); } else { emitcode ("push", s); } break; case AOP_CRY: // destination is carry for return-use-only d = (IS_OP_RUONLY (result)) ? "c" : aop->aopu.aop_dir; // source is no literal and not in carry if ((s != zero) && (s != one) && strcmp (s, "c")) { MOVA (s); /* set C, if a >= 1 */ emitcode ("add", "a,#0xff"); s = "c"; } // now source is zero, one or carry /* if result no bit variable */ if (!d) { if (!strcmp (s, "c")) { /* inefficient: move carry into A and use jz/jnz */ emitcode ("clr", "a"); emitcode ("rlc", "a"); accuse = TRUE; } else { MOVA (s); accuse = TRUE; } } else if (s == zero) emitcode ("clr", "%s", d); else if (s == one) emitcode ("setb", "%s", d); else if (strcmp (s, d)) emitcode ("mov", "%s,c", d); break; case AOP_STR: aop->coff = offset; if (strcmp (aop->aopu.aop_str[offset], s) || bvolatile) emitcode ("mov", "%s,%s", aop->aopu.aop_str[offset], s); break; case AOP_ACC: accuse = TRUE; aop->coff = offset; if (!offset && (strcmp (s, "acc") == 0) && !bvolatile) break; if (strcmp (aop->aopu.aop_str[offset], s) && !bvolatile) emitcode ("mov", "%s,%s", aop->aopu.aop_str[offset], s); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopPut got unsupported aop->type"); exit (1); } return accuse; } #if 0 /*-----------------------------------------------------------------*/ /* pointToEnd :- points to the last byte of the operand */ /*-----------------------------------------------------------------*/ static void pointToEnd (asmop * aop) { int count; if (!aop) return; aop->coff = count = (aop->size - 1); switch (aop->type) { case AOP_R0: case AOP_R1: while (count--) emitcode ("inc", "%s", aop->aopu.aop_ptr->name); break; case AOP_DPTR: while (count--) emitcode ("inc", "dptr"); break; } } #endif /*-----------------------------------------------------------------*/ /* reAdjustPreg - points a register back to where it should */ /*-----------------------------------------------------------------*/ static void reAdjustPreg (asmop * aop) { if ((aop->coff==0) || (aop->size <= 1)) return; switch (aop->type) { case AOP_R0: case AOP_R1: while (aop->coff--) emitcode ("dec", "%s", aop->aopu.aop_ptr->name); break; case AOP_DPTR: while (aop->coff--) { emitcode ("lcall", "__decdptr"); } break; } aop->coff = 0; } /*-----------------------------------------------------------------*/ /* opIsGptr: returns non-zero if the passed operand is */ /* a generic pointer type. */ /*-----------------------------------------------------------------*/ static int opIsGptr (operand * op) { if (op && IS_GENPTR (operandType (op)) && (AOP_SIZE (op) == GPTRSIZE)) { return 1; } return 0; } /*-----------------------------------------------------------------*/ /* getDataSize - get the operand data size */ /*-----------------------------------------------------------------*/ static int getDataSize (operand * op) { int size = AOP_SIZE (op); if (size == GPTRSIZE) { sym_link *type = operandType (op); if (IS_GENPTR (type)) { /* generic pointer; arithmetic operations * should ignore the high byte (pointer type). */ size--; } } return size; } /*-----------------------------------------------------------------*/ /* outAcc - output Acc */ /*-----------------------------------------------------------------*/ static void outAcc (operand * result) { int size, offset; size = getDataSize (result); if (size) { aopPut (result, "a", 0); size--; offset = 1; /* unsigned or positive */ while (size--) { aopPut (result, zero, offset++); } } } /*-----------------------------------------------------------------*/ /* outBitC - output a bit C */ /*-----------------------------------------------------------------*/ static void outBitC (operand * result) { /* if the result is bit */ if (AOP_TYPE (result) == AOP_CRY) { if (!IS_OP_RUONLY (result)) aopPut (result, "c", 0); } else if (AOP_TYPE (result) != AOP_DUMMY) { emitcode ("clr", "a"); emitcode ("rlc", "a"); outAcc (result); } } /*-----------------------------------------------------------------*/ /* toBoolean - emit code for orl a,operator(sizeop) */ /*-----------------------------------------------------------------*/ static void toBoolean (operand * oper) { int size = AOP_SIZE (oper) - 1; int offset = 1; bool AccUsed = FALSE; bool pushedB; while (!AccUsed && size--) { AccUsed |= aopGetUsesAcc(oper, offset++); } size = AOP_SIZE (oper) - 1; offset = 1; MOVA (aopGet (oper, 0, FALSE, FALSE)); if (size && AccUsed && (AOP (oper)->type != AOP_ACC)) { pushedB = pushB (); emitcode("mov", "b,a"); while (--size) { MOVA (aopGet (oper, offset++, FALSE, FALSE)); emitcode ("orl", "b,a"); } MOVA (aopGet (oper, offset++, FALSE, FALSE)); emitcode ("orl", "a,b"); popB (pushedB); } else { while (size--) { emitcode ("orl", "a,%s", aopGet (oper, offset++, FALSE, FALSE)); } } } /*-----------------------------------------------------------------*/ /* toCarry - make boolean and move into carry */ /*-----------------------------------------------------------------*/ static void toCarry (operand * oper) { /* if the operand is a literal then we know what the value is */ if (AOP_TYPE (oper) == AOP_LIT) { if ((int) operandLitValue (oper)) SETC; else CLRC; } else if (AOP_TYPE (oper) == AOP_CRY) { emitcode ("mov", "c,%s", oper->aop->aopu.aop_dir); } else { /* or the operand into a */ toBoolean (oper); /* set C, if a >= 1 */ emitcode ("add", "a,#0xff"); } } /*-----------------------------------------------------------------*/ /* assignBit - assign operand to bit operand */ /*-----------------------------------------------------------------*/ static void assignBit (operand * result, operand * right) { /* if the right side is a literal then we know what the value is */ if (AOP_TYPE (right) == AOP_LIT) { if ((int) operandLitValue (right)) aopPut (result, one, 0); else aopPut (result, zero, 0); } else { toCarry (right); aopPut (result, "c", 0); } } /*-------------------------------------------------------------------*/ /* xch_a_aopGet - for exchanging acc with value of the aop */ /*-------------------------------------------------------------------*/ static char * xch_a_aopGet (operand * oper, int offset, bool bit16, bool dname) { char * l; if (aopGetUsesAcc (oper, offset)) { emitcode("mov", "b,a"); MOVA (aopGet (oper, offset, bit16, dname)); emitcode("xch", "a,b"); aopPut (oper, "a", offset); emitcode("xch", "a,b"); l = "b"; } else { l = aopGet (oper, offset, bit16, dname); emitcode("xch", "a,%s", l); } return l; } /*-----------------------------------------------------------------*/ /* genNot - generate code for ! operation */ /*-----------------------------------------------------------------*/ static void genNot (iCode * ic) { symbol *tlbl; D (emitcode (";", "genNot")); /* assign asmOps to operand & result */ aopOp (IC_LEFT (ic), ic, FALSE); aopOp (IC_RESULT (ic), ic, TRUE); /* if in bit space then a special case */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY) { /* if left==result then cpl bit */ if (sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic)))) { emitcode ("cpl", "%s", IC_LEFT (ic)->aop->aopu.aop_dir); } else { toCarry (IC_LEFT (ic)); emitcode ("cpl", "c"); outBitC (IC_RESULT (ic)); } goto release; } toBoolean (IC_LEFT (ic)); /* set C, if a == 0 */ tlbl = newiTempLabel (NULL); emitcode ("cjne", "a,#0x01,%05d$", tlbl->key + 100); emitLabel (tlbl); outBitC (IC_RESULT (ic)); release: /* release the aops */ freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? 0 : 1)); } /*-----------------------------------------------------------------*/ /* genCpl - generate code for complement */ /*-----------------------------------------------------------------*/ static void genCpl (iCode * ic) { int offset = 0; int size; symbol *tlbl; sym_link *letype = getSpec (operandType (IC_LEFT (ic))); D(emitcode (";", "genCpl")); /* assign asmOps to operand & result */ aopOp (IC_LEFT (ic), ic, FALSE); aopOp (IC_RESULT (ic), ic, TRUE); /* special case if in bit space */ if (AOP_TYPE (IC_RESULT (ic)) == AOP_CRY) { char *l; if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY || (SPEC_USIGN (letype) && IS_CHAR (letype))) { /* promotion rules are responsible for this strange result: bit -> int -> ~int -> bit uchar -> int -> ~int -> bit */ emitcode ("setb", "%s", IC_RESULT (ic)->aop->aopu.aop_dir); goto release; } tlbl=newiTempLabel(NULL); l = aopGet (IC_LEFT (ic), offset++, FALSE, FALSE); if ((AOP_TYPE (IC_LEFT (ic)) == AOP_ACC && offset == 0) || AOP_TYPE (IC_LEFT (ic)) == AOP_REG || IS_AOP_PREG (IC_LEFT (ic))) { emitcode ("cjne", "%s,#0xFF,%05d$", l, tlbl->key + 100); } else { MOVA (l); emitcode ("cjne", "a,#0xFF,%05d$", tlbl->key + 100); } emitLabel (tlbl); outBitC (IC_RESULT(ic)); goto release; } size = AOP_SIZE (IC_RESULT (ic)); while (size--) { char *l = aopGet (IC_LEFT (ic), offset, FALSE, FALSE); MOVA (l); emitcode ("cpl", "a"); aopPut (IC_RESULT (ic), "a", offset++); } release: /* release the aops */ freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? 0 : 1)); } /*-----------------------------------------------------------------*/ /* genUminusFloat - unary minus for floating points */ /*-----------------------------------------------------------------*/ static void genUminusFloat (operand * op, operand * result) { int size, offset = 0; char *l; D (emitcode (";", "genUminusFloat")); /* for this we just copy and then flip the bit */ size = AOP_SIZE (op) - 1; while (size--) { aopPut (result, aopGet (op, offset, FALSE, FALSE), offset); offset++; } l = aopGet (op, offset, FALSE, FALSE); MOVA (l); emitcode ("cpl", "acc.7"); aopPut (result, "a", offset); } /*-----------------------------------------------------------------*/ /* genUminus - unary minus code generation */ /*-----------------------------------------------------------------*/ static void genUminus (iCode * ic) { int offset, size; sym_link *optype; D (emitcode (";", "genUminus")); /* assign asmops */ aopOp (IC_LEFT (ic), ic, FALSE); aopOp (IC_RESULT (ic), ic, TRUE); /* if both in bit space then special case */ if (AOP_TYPE (IC_RESULT (ic)) == AOP_CRY && AOP_TYPE (IC_LEFT (ic)) == AOP_CRY) { emitcode ("mov", "c,%s", IC_LEFT (ic)->aop->aopu.aop_dir); emitcode ("cpl", "c"); emitcode ("mov", "%s,c", IC_RESULT (ic)->aop->aopu.aop_dir); goto release; } optype = operandType (IC_LEFT (ic)); /* if float then do float stuff */ if (IS_FLOAT (optype)) { genUminusFloat (IC_LEFT (ic), IC_RESULT (ic)); goto release; } /* otherwise subtract from zero */ size = AOP_SIZE (IC_LEFT (ic)); offset = 0; while (size--) { char *l = aopGet (IC_LEFT (ic), offset, FALSE, FALSE); if (!strcmp (l, "a")) { if (offset == 0) SETC; emitcode ("cpl", "a"); emitcode ("addc", "a,#0x00"); } else { if (offset == 0) CLRC; emitcode ("clr", "a"); emitcode ("subb", "a,%s", l); } aopPut (IC_RESULT (ic), "a", offset++); } /* if any remaining bytes in the result */ /* we just need to propagate the sign */ if ((size = (AOP_SIZE (IC_RESULT (ic)) - AOP_SIZE (IC_LEFT (ic))))) { emitcode ("rlc", "a"); emitcode ("subb", "a,acc"); while (size--) aopPut (IC_RESULT (ic), "a", offset++); } release: /* release the aops */ freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? 0 : 1)); } /*-----------------------------------------------------------------*/ /* saveRegisters - will look for a call and save the registers */ /*-----------------------------------------------------------------*/ static void saveRegisters (iCode * lic) { int i; iCode *ic; bitVect *rsave; /* look for call */ for (ic = lic; ic; ic = ic->next) if (ic->op == CALL || ic->op == PCALL) break; if (!ic) { fprintf (stderr, "found parameter push with no function call\n"); return; } /* if the registers have been saved already or don't need to be then do nothing */ if (ic->regsSaved) return; if (IS_SYMOP(IC_LEFT(ic)) && (IFFUNC_CALLEESAVES (OP_SYMBOL (IC_LEFT (ic))->type) || IFFUNC_ISNAKED (OP_SYM_TYPE (IC_LEFT (ic))))) return; /* save the registers in use at this time but skip the ones for the result */ rsave = bitVectCplAnd (bitVectCopy (ic->rMask), mcs51_rUmaskForOp (IC_RESULT(ic))); ic->regsSaved = 1; if (options.useXstack) { bitVect *rsavebits = bitVectIntersect (bitVectCopy (mcs51_allBitregs ()), rsave); int nBits = bitVectnBitsOn (rsavebits); int count = bitVectnBitsOn (rsave); if (nBits != 0) { count = count - nBits + 1; /* remove all but the first bits as they are pushed all at once */ rsave = bitVectCplAnd (rsave, rsavebits); rsave = bitVectSetBit (rsave, bitVectFirstBit (rsavebits)); } freeBitVect (rsavebits); if (count == 1) { regs * reg = REG_WITH_INDEX (bitVectFirstBit (rsave)); if (reg->type == REG_BIT) { emitcode ("mov", "a,%s", reg->base); } else { emitcode ("mov", "a,%s", reg->name); } emitcode ("mov", "r0,%s", spname); emitcode ("inc", "%s", spname);// allocate before use emitcode ("movx", "@r0,a"); if (bitVectBitValue (rsave, R0_IDX)) emitcode ("mov", "r0,a"); } else if (count != 0) { if (bitVectBitValue (rsave, R0_IDX)) { emitcode ("push", "%s", REG_WITH_INDEX (R0_IDX)->dname); } emitcode ("mov", "r0,%s", spname); MOVA ("r0"); emitcode ("add", "a,#0x%02x", count); emitcode ("mov", "%s,a", spname); for (i = 0; i < mcs51_nRegs; i++) { if (bitVectBitValue (rsave, i)) { regs * reg = REG_WITH_INDEX (i); if (i == R0_IDX) { emitcode ("pop", "acc"); emitcode ("push", "acc"); } else if (reg->type == REG_BIT) { emitcode ("mov", "a,%s", reg->base); } else { emitcode ("mov", "a,%s", reg->name); } emitcode ("movx", "@r0,a"); if (--count) { emitcode ("inc", "r0"); } } } if (bitVectBitValue (rsave, R0_IDX)) { emitcode ("pop", "%s", REG_WITH_INDEX (R0_IDX)->dname); } } } else { bool bits_pushed = FALSE; for (i = 0; i < mcs51_nRegs; i++) { if (bitVectBitValue (rsave, i)) { bits_pushed = pushReg (i, bits_pushed); } } } freeBitVect (rsave); } /*-----------------------------------------------------------------*/ /* unsaveRegisters - pop the pushed registers */ /*-----------------------------------------------------------------*/ static void unsaveRegisters (iCode * ic) { int i; bitVect *rsave; /* restore the registers in use at this time but skip the ones for the result */ rsave = bitVectCplAnd (bitVectCopy (ic->rMask), mcs51_rUmaskForOp (IC_RESULT(ic))); if (options.useXstack) { bitVect *rsavebits = bitVectIntersect (bitVectCopy (mcs51_allBitregs ()), rsave); int nBits = bitVectnBitsOn (rsavebits); int count = bitVectnBitsOn (rsave); if (nBits != 0) { count = count - nBits + 1; /* remove all but the first bits as they are popped all at once */ rsave = bitVectCplAnd (rsave, rsavebits); rsave = bitVectSetBit (rsave, bitVectFirstBit (rsavebits)); } freeBitVect (rsavebits); if (count == 1) { regs * reg = REG_WITH_INDEX (bitVectFirstBit (rsave)); emitcode ("mov", "r0,%s", spname); emitcode ("dec", "r0"); emitcode ("movx", "a,@r0"); if (reg->type == REG_BIT) { emitcode ("mov", "%s,a", reg->base); } else { emitcode ("mov", "%s,a", reg->name); } emitcode ("dec", "%s", spname); } else if (count != 0) { emitcode ("mov", "r0,%s", spname); for (i = mcs51_nRegs; i >= 0; i--) { if (bitVectBitValue (rsave, i)) { regs * reg = REG_WITH_INDEX (i); emitcode ("dec", "r0"); emitcode ("movx", "a,@r0"); if (i == R0_IDX) { emitcode ("push", "acc"); } else if (reg->type == REG_BIT) { emitcode ("mov", "%s,a", reg->base); } else { emitcode ("mov", "%s,a", reg->name); } } } emitcode ("mov", "%s,r0", spname); if (bitVectBitValue (rsave, R0_IDX)) { emitcode ("pop", "ar0"); } } } else { bool bits_popped = FALSE; for (i = mcs51_nRegs; i >= 0; i--) { if (bitVectBitValue (rsave, i)) { bits_popped = popReg (i, bits_popped); } } } freeBitVect (rsave); } /*-----------------------------------------------------------------*/ /* pushSide - */ /*-----------------------------------------------------------------*/ static void pushSide (operand * oper, int size, iCode * ic) { int offset = 0; int nPushed = _G.r0Pushed + _G.r1Pushed; aopOp (oper, ic, FALSE); if (nPushed != _G.r0Pushed + _G.r1Pushed) { while (offset < size) { char *l = aopGet (oper, offset, FALSE, TRUE); emitcode ("mov", "%s,%s", fReturn[offset++], l); } freeAsmop (oper, NULL, ic, TRUE); offset = 0; while (offset < size) { emitcode ("push", "%s", fReturn[offset++]); } return; } while (size--) { char *l = aopGet (oper, offset++, FALSE, TRUE); if (AOP_TYPE (oper) != AOP_REG && AOP_TYPE (oper) != AOP_DIR && strcmp (l, "a")) { MOVA (l); emitcode ("push", "acc"); } else { emitcode ("push", "%s", l); } } freeAsmop (oper, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* assignResultValue - also indicates if acc is in use afterwards */ /*-----------------------------------------------------------------*/ static bool assignResultValue (operand * oper, operand * func) { int offset = 0; int size = AOP_SIZE (oper); bool accuse = FALSE; bool pushedA = FALSE; if (func && IS_BIT (OP_SYM_ETYPE (func))) { outBitC (oper); return FALSE; } if ((size > 3) && aopPutUsesAcc (oper, fReturn[offset], offset)) { emitcode ("push", "acc"); pushedA = TRUE; } while (size--) { if ((offset == 3) && pushedA) emitcode ("pop", "acc"); accuse |= aopPut (oper, fReturn[offset], offset); offset++; } return accuse; } /*-----------------------------------------------------------------*/ /* genXpush - pushes onto the external stack */ /*-----------------------------------------------------------------*/ static void genXpush (iCode * ic) { asmop *aop = newAsmop (0); regs *r; int size, offset = 0; D (emitcode (";", "genXpush")); aopOp (IC_LEFT (ic), ic, FALSE); r = getFreePtr (ic, &aop, FALSE); size = AOP_SIZE (IC_LEFT (ic)); if (size == 1) { MOVA (aopGet (IC_LEFT (ic), 0, FALSE, FALSE)); emitcode ("mov", "%s,%s", r->name, spname); emitcode ("inc", "%s", spname); // allocate space first emitcode ("movx", "@%s,a", r->name); } else { // allocate space first emitcode ("mov", "%s,%s", r->name, spname); MOVA (r->name); emitcode ("add", "a,#0x%02x", size); emitcode ("mov", "%s,a", spname); while (size--) { MOVA (aopGet (IC_LEFT (ic), offset++, FALSE, FALSE)); emitcode ("movx", "@%s,a", r->name); emitcode ("inc", "%s", r->name); } } freeAsmop (NULL, aop, ic, TRUE); freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genIpush - generate code for pushing this gets a little complex */ /*-----------------------------------------------------------------*/ static void genIpush (iCode * ic) { int size, offset = 0; char *l; char *prev = ""; D (emitcode (";", "genIpush")); /* if this is not a parm push : ie. it is spill push and spill push is always done on the local stack */ if (!ic->parmPush) { /* and the item is spilt then do nothing */ if (OP_SYMBOL (IC_LEFT (ic))->isspilt) return; aopOp (IC_LEFT (ic), ic, FALSE); size = AOP_SIZE (IC_LEFT (ic)); /* push it on the stack */ while (size--) { l = aopGet (IC_LEFT (ic), offset++, FALSE, TRUE); if (*l == '#') { MOVA (l); l = "acc"; } emitcode ("push", "%s", l); } return; } /* this is a parameter push: in this case we call the routine to find the call and save those registers that need to be saved */ saveRegisters (ic); /* if use external stack then call the external stack pushing routine */ if (options.useXstack) { genXpush (ic); return; } /* then do the push */ aopOp (IC_LEFT (ic), ic, FALSE); // pushSide(IC_LEFT(ic), AOP_SIZE(IC_LEFT(ic))); size = AOP_SIZE (IC_LEFT (ic)); while (size--) { l = aopGet (IC_LEFT (ic), offset++, FALSE, TRUE); if (AOP_TYPE (IC_LEFT (ic)) != AOP_REG && AOP_TYPE (IC_LEFT (ic)) != AOP_DIR) { if (strcmp (l, prev) || *l == '@') MOVA (l); emitcode ("push", "acc"); } else { emitcode ("push", "%s", l); } prev = l; } freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genIpop - recover the registers: can happen only for spilling */ /*-----------------------------------------------------------------*/ static void genIpop (iCode * ic) { int size, offset; D (emitcode (";", "genIpop")); /* if the temp was not pushed then */ if (OP_SYMBOL (IC_LEFT (ic))->isspilt) return; aopOp (IC_LEFT (ic), ic, FALSE); size = AOP_SIZE (IC_LEFT (ic)); offset = (size - 1); while (size--) { emitcode ("pop", "%s", aopGet (IC_LEFT (ic), offset--, FALSE, TRUE)); } freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* popForBranch - recover the spilt registers for a branch */ /*-----------------------------------------------------------------*/ static void popForBranch (iCode * ic, bool markGenerated) { while (ic && ic->op == IPOP) { genIpop (ic); if (markGenerated) ic->generated = 1; /* mark the icode as generated */ ic = ic->next; } } /*-----------------------------------------------------------------*/ /* saveRBank - saves an entire register bank on the stack */ /*-----------------------------------------------------------------*/ static void saveRBank (int bank, iCode * ic, bool pushPsw) { int i; int count = 8 + (pushPsw ? 1 : 0); asmop *aop = NULL; regs *r = NULL; if (options.useXstack) { if (!ic) { /* Assume r0 is available for use. */ r = REG_WITH_INDEX (R0_IDX); } else { aop = newAsmop (0); r = getFreePtr (ic, &aop, FALSE); } // allocate space first emitcode ("mov", "%s,%s", r->name, spname); MOVA (r->name); emitcode ("add", "a,#0x%02x", count); emitcode ("mov", "%s,a", spname); } for (i = 0; i < 8; i++) { if (options.useXstack) { emitcode ("mov", "a,(%s+%d)", regs8051[i].base, 8 * bank + regs8051[i].offset); emitcode ("movx", "@%s,a", r->name); if (--count) emitcode ("inc", "%s", r->name); } else emitcode ("push", "(%s+%d)", regs8051[i].base, 8 * bank + regs8051[i].offset); } if (pushPsw) { if (options.useXstack) { emitcode ("mov", "a,psw"); emitcode ("movx", "@%s,a", r->name); } else { emitcode ("push", "psw"); } emitcode ("mov", "psw,#0x%02x", (bank << 3) & 0x00ff); } if (aop) { freeAsmop (NULL, aop, ic, TRUE); } if (ic) { ic->bankSaved = 1; } } /*-----------------------------------------------------------------*/ /* unsaveRBank - restores the register bank from stack */ /*-----------------------------------------------------------------*/ static void unsaveRBank (int bank, iCode * ic, bool popPsw) { int i; asmop *aop = NULL; regs *r = NULL; if (options.useXstack) { if (!ic) { /* Assume r0 is available for use. */ r = REG_WITH_INDEX (R0_IDX);; } else { aop = newAsmop (0); r = getFreePtr (ic, &aop, FALSE); } emitcode ("mov", "%s,%s", r->name, spname); } if (popPsw) { if (options.useXstack) { emitcode ("dec", "%s", r->name); emitcode ("movx", "a,@%s", r->name); emitcode ("mov", "psw,a"); } else { emitcode ("pop", "psw"); } } for (i = 7; i >= 0; i--) { if (options.useXstack) { emitcode ("dec", "%s", r->name); emitcode ("movx", "a,@%s", r->name); emitcode ("mov", "(%s+%d),a", regs8051[i].base, 8 * bank + regs8051[i].offset); } else { emitcode ("pop", "(%s+%d)", regs8051[i].base, 8 * bank + regs8051[i].offset); } } if (options.useXstack) { emitcode ("mov", "%s,%s", spname, r->name); } if (aop) { freeAsmop (NULL, aop, ic, TRUE); } } /*-----------------------------------------------------------------*/ /* genSend - gen code for SEND */ /*-----------------------------------------------------------------*/ static void genSend(set *sendSet) { iCode *sic; int bit_count = 0; /* first we do all bit parameters */ for (sic = setFirstItem (sendSet); sic; sic = setNextItem (sendSet)) { if (sic->argreg > 12) { int bit = sic->argreg-13; aopOp (IC_LEFT (sic), sic, FALSE); /* if left is a literal then we know what the value is */ if (AOP_TYPE (IC_LEFT (sic)) == AOP_LIT) { if (((int) operandLitValue (IC_LEFT (sic)))) emitcode ("setb", "b[%d]", bit); else emitcode ("clr", "b[%d]", bit); } else { /* we need to or */ toCarry (IC_LEFT (sic)); emitcode ("mov", "b[%d],c", bit); } bit_count++; BitBankUsed = 1; freeAsmop (IC_LEFT (sic), NULL, sic, TRUE); } } if (options.useXstack || bit_count) { saveRegisters (setFirstItem (sendSet)); } if (bit_count) { emitcode ("mov", "bits,b"); } /* then we do all other parameters */ for (sic = setFirstItem (sendSet); sic; sic = setNextItem (sendSet)) { if (sic->argreg <= 12) { int size, offset = 0; aopOp (IC_LEFT (sic), sic, FALSE); size = AOP_SIZE (IC_LEFT (sic)); if (sic->argreg == 1) { while (size--) { char *l = aopGet (IC_LEFT (sic), offset, FALSE, FALSE); if (strcmp (l, fReturn[offset])) { emitcode ("mov", "%s,%s", fReturn[offset], l); } offset++; } } else { while (size--) { emitcode ("mov","%s,%s", rb1regs[sic->argreg+offset-5], aopGet (IC_LEFT (sic), offset,FALSE, FALSE)); offset++; } } freeAsmop (IC_LEFT (sic), NULL, sic, TRUE); } } } /*-----------------------------------------------------------------*/ /* selectRegBank - emit code to select the register bank */ /*-----------------------------------------------------------------*/ static void selectRegBank (short bank, bool keepFlags) { /* if f.e. result is in carry */ if (keepFlags) { emitcode ("anl", "psw,#0xE7"); if (bank) emitcode ("orl", "psw,#0x%02x", (bank << 3) & 0xff); } else { emitcode ("mov", "psw,#0x%02x", (bank << 3) & 0xff); } } /*-----------------------------------------------------------------*/ /* genCall - generates a call statement */ /*-----------------------------------------------------------------*/ static void genCall (iCode * ic) { sym_link *dtype; sym_link *etype; // bool restoreBank = FALSE; bool swapBanks = FALSE; bool accuse = FALSE; bool accPushed = FALSE; bool resultInF0 = FALSE; bool assignResultGenerated = FALSE; D (emitcode (";", "genCall")); dtype = operandType (IC_LEFT (ic)); etype = getSpec(dtype); /* if send set is not empty then assign */ if (_G.sendSet) { if (IFFUNC_ISREENT(dtype)) { /* need to reverse the send set */ genSend(reverseSet(_G.sendSet)); } else { genSend(_G.sendSet); } _G.sendSet = NULL; } /* if we are calling a not _naked function that is not using the same register bank then we need to save the destination registers on the stack */ if (currFunc && dtype && !IFFUNC_ISNAKED(dtype) && (FUNC_REGBANK (currFunc->type) != FUNC_REGBANK (dtype)) && !IFFUNC_ISISR (dtype)) { swapBanks = TRUE; } /* if caller saves & we have not saved then */ if (!ic->regsSaved) saveRegisters (ic); if (swapBanks) { emitcode ("mov", "psw,#0x%02x", ((FUNC_REGBANK(dtype)) << 3) & 0xff); } /* make the call */ if (IFFUNC_ISBANKEDCALL (dtype) && !SPEC_STAT(getSpec(dtype))) { if (IFFUNC_CALLEESAVES(dtype)) { werror (E_BANKED_WITH_CALLEESAVES); } else { char *l = (OP_SYMBOL (IC_LEFT (ic))->rname[0] ? OP_SYMBOL (IC_LEFT (ic))->rname : OP_SYMBOL (IC_LEFT (ic))->name); emitcode ("mov", "r0,#%s", l); emitcode ("mov", "r1,#(%s >> 8)", l); emitcode ("mov", "r2,#(%s >> 16)", l); emitcode ("lcall", "__sdcc_banked_call"); } } else { emitcode ("lcall", "%s", (OP_SYMBOL (IC_LEFT (ic))->rname[0] ? OP_SYMBOL (IC_LEFT (ic))->rname : OP_SYMBOL (IC_LEFT (ic))->name)); } if (swapBanks) { selectRegBank (FUNC_REGBANK(currFunc->type), IS_BIT (etype)); } /* if we need assign a result value */ if ((IS_ITEMP (IC_RESULT (ic)) && !IS_BIT (OP_SYM_ETYPE (IC_RESULT (ic))) && (OP_SYMBOL (IC_RESULT (ic))->nRegs || OP_SYMBOL (IC_RESULT (ic))->accuse || OP_SYMBOL (IC_RESULT (ic))->spildir)) || IS_TRUE_SYMOP (IC_RESULT (ic))) { _G.accInUse++; aopOp (IC_RESULT (ic), ic, FALSE); _G.accInUse--; accuse = assignResultValue (IC_RESULT (ic), IC_LEFT (ic)); assignResultGenerated = TRUE; freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /* adjust the stack for parameters if required */ if (ic->parmBytes) { int i; if (ic->parmBytes > 3) { if (accuse) { emitcode ("push", "acc"); accPushed = TRUE; } if (IS_BIT (OP_SYM_ETYPE (IC_LEFT (ic))) && IS_BIT (OP_SYM_ETYPE (IC_RESULT (ic))) && !assignResultGenerated) { emitcode ("mov", "F0,c"); resultInF0 = TRUE; } emitcode ("mov", "a,%s", spname); emitcode ("add", "a,#0x%02x", (-ic->parmBytes) & 0xff); emitcode ("mov", "%s,a", spname); /* unsaveRegisters from xstack needs acc, but */ /* unsaveRegisters from stack needs this popped */ if (accPushed && !options.useXstack) { emitcode ("pop", "acc"); accPushed = FALSE; } } else for (i = 0; i < ic->parmBytes; i++) emitcode ("dec", "%s", spname); } /* if we had saved some registers then unsave them */ if (ic->regsSaved && !IFFUNC_CALLEESAVES(dtype)) { if (accuse && !accPushed && options.useXstack) { /* xstack needs acc, but doesn't touch normal stack */ emitcode ("push", "acc"); accPushed = TRUE; } unsaveRegisters (ic); } // /* if register bank was saved then pop them */ // if (restoreBank) // unsaveRBank (FUNC_REGBANK (dtype), ic, FALSE); if (IS_BIT (OP_SYM_ETYPE (IC_RESULT (ic))) && !assignResultGenerated) { if (resultInF0) emitcode ("mov", "c,F0"); aopOp (IC_RESULT (ic), ic, FALSE); assignResultValue (IC_RESULT (ic), IC_LEFT (ic)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } if (accPushed) emitcode ("pop", "acc"); } /*-----------------------------------------------------------------*/ /* genPcall - generates a call by pointer statement */ /*-----------------------------------------------------------------*/ static void genPcall (iCode * ic) { sym_link *dtype; sym_link *etype; symbol *rlbl = newiTempLabel (NULL); // bool restoreBank=FALSE; bool swapBanks = FALSE; bool resultInF0 = FALSE; D (emitcode (";", "genPcall")); dtype = operandType (IC_LEFT (ic))->next; etype = getSpec(dtype); /* if caller saves & we have not saved then */ if (!ic->regsSaved) saveRegisters (ic); /* if we are calling a not _naked function that is not using the same register bank then we need to save the destination registers on the stack */ if (currFunc && dtype && !IFFUNC_ISNAKED (dtype) && (FUNC_REGBANK (currFunc->type) != FUNC_REGBANK (dtype)) && !IFFUNC_ISISR (dtype)) { // saveRBank (FUNC_REGBANK (dtype), ic, TRUE); // restoreBank=TRUE; swapBanks = TRUE; // need caution message to user here } if (IS_LITERAL (etype)) { /* if send set is not empty then assign */ if (_G.sendSet) { genSend(reverseSet(_G.sendSet)); _G.sendSet = NULL; } if (swapBanks) { emitcode ("mov", "psw,#0x%02x", ((FUNC_REGBANK (dtype)) << 3) & 0xff); } if (IFFUNC_ISBANKEDCALL (dtype) && !SPEC_STAT (getSpec(dtype))) { if (IFFUNC_CALLEESAVES (dtype)) { werror (E_BANKED_WITH_CALLEESAVES); } else { char *l = aopLiteralLong (OP_VALUE (IC_LEFT (ic)), 0, 2); emitcode ("mov", "r0,#%s", l); emitcode ("mov", "r1,#(%s >> 8)", l); emitcode ("mov", "r2,#(%s >> 16)", l); emitcode ("lcall", "__sdcc_banked_call"); } } else { emitcode ("lcall", "%s", aopLiteralLong (OP_VALUE (IC_LEFT (ic)), 0, 2)); } } else { if (IFFUNC_ISBANKEDCALL (dtype) && !SPEC_STAT (getSpec(dtype))) { if (IFFUNC_CALLEESAVES (dtype)) { werror (E_BANKED_WITH_CALLEESAVES); } else { aopOp (IC_LEFT (ic), ic, FALSE); if (!swapBanks) { /* what if aopGet needs r0 or r1 ??? */ emitcode ("mov", "ar0,%s", aopGet(IC_LEFT (ic), 0, FALSE, FALSE)); emitcode ("mov", "ar1,%s", aopGet(IC_LEFT (ic), 1, FALSE, FALSE)); emitcode ("mov", "ar2,%s", aopGet(IC_LEFT (ic), 2, FALSE, FALSE)); } else { int reg = ((FUNC_REGBANK(dtype)) << 3) & 0xff; emitcode ("mov", "0x%02x,%s", reg++, aopGet(IC_LEFT (ic), 0, FALSE, FALSE)); emitcode ("mov", "0x%02x,%s", reg++, aopGet(IC_LEFT (ic), 1, FALSE, FALSE)); emitcode ("mov", "0x%02x,%s", reg, aopGet(IC_LEFT (ic), 2, FALSE, FALSE)); } freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); /* if send set is not empty then assign */ if (_G.sendSet) { genSend(reverseSet(_G.sendSet)); _G.sendSet = NULL; } if (swapBanks) { emitcode ("mov", "psw,#0x%02x", ((FUNC_REGBANK (dtype)) << 3) & 0xff); } /* make the call */ emitcode ("lcall", "__sdcc_banked_call"); } } else if (_G.sendSet) { /* push the return address on to the stack */ emitcode ("mov", "a,#%05d$", (rlbl->key + 100)); emitcode ("push", "acc"); emitcode ("mov", "a,#(%05d$ >> 8)", (rlbl->key + 100)); emitcode ("push", "acc"); /* now push the function address */ pushSide (IC_LEFT (ic), FPTRSIZE, ic); /* if send set is not empty then assign */ if (_G.sendSet) { genSend(reverseSet(_G.sendSet)); _G.sendSet = NULL; } if (swapBanks) { emitcode ("mov", "psw,#0x%02x", ((FUNC_REGBANK (dtype)) << 3) & 0xff); } /* make the call */ emitcode ("ret", ""); emitLabel (rlbl); } else /* the send set is empty */ { char *l; /* now get the calling address into dptr */ aopOp (IC_LEFT (ic), ic, FALSE); l = aopGet (IC_LEFT (ic), 0, FALSE, FALSE); if (AOP_TYPE (IC_LEFT (ic)) == AOP_DPTR) { emitcode ("mov", "r0,%s", l); l = aopGet (IC_LEFT (ic), 1, FALSE, FALSE); emitcode ("mov", "dph,%s", l); emitcode ("mov", "dpl,r0"); } else { emitcode ("mov", "dpl,%s", l); l = aopGet (IC_LEFT (ic), 1, FALSE, FALSE); emitcode ("mov", "dph,%s", l); } freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); if (swapBanks) { emitcode ("mov", "psw,#0x%02x", ((FUNC_REGBANK (dtype)) << 3) & 0xff); } /* make the call */ emitcode ("lcall", "__sdcc_call_dptr"); } } if (swapBanks) { selectRegBank (FUNC_REGBANK (currFunc->type), IS_BIT (etype)); } /* if we need assign a result value */ if ((IS_ITEMP (IC_RESULT (ic)) && !IS_BIT (OP_SYM_ETYPE (IC_RESULT (ic))) && (OP_SYMBOL (IC_RESULT (ic))->nRegs || OP_SYMBOL (IC_RESULT (ic))->spildir)) || IS_TRUE_SYMOP (IC_RESULT (ic))) { _G.accInUse++; aopOp (IC_RESULT (ic), ic, FALSE); _G.accInUse--; assignResultValue (IC_RESULT (ic), IC_LEFT (ic)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /* adjust the stack for parameters if required */ if (ic->parmBytes) { int i; if (ic->parmBytes > 3) { if (IS_BIT (OP_SYM_ETYPE (IC_LEFT (ic))) && IS_BIT (OP_SYM_ETYPE (IC_RESULT (ic)))) { emitcode ("mov", "F0,c"); resultInF0 = TRUE; } emitcode ("mov", "a,%s", spname); emitcode ("add", "a,#0x%02x", (-ic->parmBytes) & 0xff); emitcode ("mov", "%s,a", spname); } else for (i = 0; i < ic->parmBytes; i++) emitcode ("dec", "%s", spname); } // /* if register bank was saved then unsave them */ // if (restoreBank) // unsaveRBank (FUNC_REGBANK (dtype), ic, TRUE); /* if we had saved some registers then unsave them */ if (ic->regsSaved && !IFFUNC_CALLEESAVES (dtype)) unsaveRegisters (ic); if (IS_BIT (OP_SYM_ETYPE (IC_RESULT (ic)))) { if (resultInF0) emitcode ("mov", "c,F0"); aopOp (IC_RESULT (ic), ic, FALSE); assignResultValue (IC_RESULT (ic), IC_LEFT (ic)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } } /*-----------------------------------------------------------------*/ /* resultRemat - result is rematerializable */ /*-----------------------------------------------------------------*/ static int resultRemat (iCode * ic) { if (SKIP_IC (ic) || ic->op == IFX) return 0; if (IC_RESULT (ic) && IS_ITEMP (IC_RESULT (ic))) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); if (sym->remat && !POINTER_SET (ic)) return 1; } return 0; } /*-----------------------------------------------------------------*/ /* inExcludeList - return 1 if the string is in exclude Reg list */ /*-----------------------------------------------------------------*/ static int regsCmp(void *p1, void *p2) { return (STRCASECMP((char *)p1, (char *)(p2)) == 0); } static bool inExcludeList (char *s) { const char *p = setFirstItem(options.excludeRegsSet); if (p == NULL || STRCASECMP(p, "none") == 0) return FALSE; return isinSetWith(options.excludeRegsSet, s, regsCmp); } /*-----------------------------------------------------------------*/ /* genFunction - generated code for function entry */ /*-----------------------------------------------------------------*/ static void genFunction (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); sym_link *ftype; bool switchedPSW = FALSE; int calleesaves_saved_register = -1; int stackAdjust = sym->stack; int accIsFree = sym->recvSize < 4; iCode *ric = (ic->next && ic->next->op == RECEIVE) ? ic->next : NULL; bool fReentrant = (IFFUNC_ISREENT (sym->type) || options.stackAuto); _G.nRegsSaved = 0; /* create the function header */ emitcode (";", "-----------------------------------------"); emitcode (";", " function %s", sym->name); emitcode (";", "-----------------------------------------"); emitcode ("", "%s:", sym->rname); lineCurr->isLabel = 1; ftype = operandType (IC_LEFT (ic)); _G.currentFunc = sym; if (IFFUNC_ISNAKED(ftype)) { emitcode(";", "naked function: no prologue."); return; } /* here we need to generate the equates for the register bank if required */ if (FUNC_REGBANK (ftype) != rbank) { int i; rbank = FUNC_REGBANK (ftype); for (i = 0; i < mcs51_nRegs; i++) { if (regs8051[i].type != REG_BIT) { if (strcmp (regs8051[i].base, "0") == 0) emitcode ("", "%s = 0x%02x", regs8051[i].dname, 8 * rbank + regs8051[i].offset); else emitcode ("", "%s = %s + 0x%02x", regs8051[i].dname, regs8051[i].base, 8 * rbank + regs8051[i].offset); } } } /* if this is an interrupt service routine then save acc, b, dpl, dph */ if (IFFUNC_ISISR (sym->type)) { bitVect *rsavebits; rsavebits = bitVectIntersect (bitVectCopy (mcs51_allBitregs ()), sym->regsUsed); if (IFFUNC_HASFCALL(sym->type) || !bitVectIsZero (rsavebits)) { emitcode ("push", "bits"); BitBankUsed = 1; } freeBitVect (rsavebits); if (!inExcludeList ("acc")) emitcode ("push", "acc"); if (!inExcludeList ("b")) emitcode ("push", "b"); if (!inExcludeList ("dpl")) emitcode ("push", "dpl"); if (!inExcludeList ("dph")) emitcode ("push", "dph"); /* if this isr has no bank i.e. is going to run with bank 0 , then we need to save more registers :-) */ if (!FUNC_REGBANK (sym->type)) { int i; /* if this function does not call any other function then we can be economical and save only those registers that are used */ if (!IFFUNC_HASFCALL(sym->type)) { /* if any registers used */ if (sym->regsUsed) { /* save the registers used */ for (i = 0; i < sym->regsUsed->size; i++) { if (bitVectBitValue (sym->regsUsed, i)) pushReg (i, TRUE); } } } else { /* this function has a function call. We cannot determine register usage so we will have to push the entire bank */ saveRBank (0, ic, FALSE); if (options.parms_in_bank1) { for (i=0; i < 8 ; i++ ) { emitcode ("push","%s",rb1regs[i]); } } } } else { /* This ISR uses a non-zero bank. * * We assume that the bank is available for our * exclusive use. * * However, if this ISR calls a function which uses some * other bank, we must save that bank entirely. */ unsigned long banksToSave = 0; if (IFFUNC_HASFCALL(sym->type)) { #define MAX_REGISTER_BANKS 4 iCode *i; int ix; for (i = ic; i; i = i->next) { if (i->op == ENDFUNCTION) { /* we got to the end OK. */ break; } if (i->op == CALL) { sym_link *dtype; dtype = operandType (IC_LEFT(i)); if (dtype && FUNC_REGBANK(dtype) != FUNC_REGBANK(sym->type)) { /* Mark this bank for saving. */ if (FUNC_REGBANK(dtype) >= MAX_REGISTER_BANKS) { werror(E_NO_SUCH_BANK, FUNC_REGBANK(dtype)); } else { banksToSave |= (1 << FUNC_REGBANK(dtype)); } /* And note that we don't need to do it in * genCall. */ i->bankSaved = 1; } } if (i->op == PCALL) { /* This is a mess; we have no idea what * register bank the called function might * use. * * The only thing I can think of to do is * throw a warning and hope. */ werror(W_FUNCPTR_IN_USING_ISR); } } if (banksToSave && options.useXstack) { /* Since we aren't passing it an ic, * saveRBank will assume r0 is available to abuse. * * So switch to our (trashable) bank now, so * the caller's R0 isn't trashed. */ emitcode ("push", "psw"); emitcode ("mov", "psw,#0x%02x", (FUNC_REGBANK (sym->type) << 3) & 0x00ff); switchedPSW = TRUE; } for (ix = 0; ix < MAX_REGISTER_BANKS; ix++) { if (banksToSave & (1 << ix)) { saveRBank(ix, NULL, FALSE); } } } // TODO: this needs a closer look SPEC_ISR_SAVED_BANKS(currFunc->etype) = banksToSave; } /* Set the register bank to the desired value if nothing else */ /* has done so yet. */ if (!switchedPSW) { emitcode ("push", "psw"); emitcode ("mov", "psw,#0x%02x", (FUNC_REGBANK (sym->type) << 3) & 0x00ff); } } else { /* This is a non-ISR function. The caller has already switched register */ /* banks, if necessary, so just handle the callee-saves option. */ /* if callee-save to be used for this function then save the registers being used in this function */ if (IFFUNC_CALLEESAVES(sym->type)) { int i; /* if any registers used */ if (sym->regsUsed) { bool bits_pushed = FALSE; /* save the registers used */ for (i = 0; i < sym->regsUsed->size; i++) { if (bitVectBitValue (sym->regsUsed, i)) { /* remember one saved register for later usage */ if (calleesaves_saved_register < 0) calleesaves_saved_register = i; bits_pushed = pushReg (i, bits_pushed); _G.nRegsSaved++; } } } } } if (fReentrant) { if (options.useXstack) { if (sym->xstack || FUNC_HASSTACKPARM(sym->type)) { emitcode ("mov", "r0,%s", spname); emitcode ("inc", "%s", spname); emitcode ("xch", "a,_bpx"); emitcode ("movx", "@r0,a"); emitcode ("inc", "r0"); emitcode ("mov", "a,r0"); emitcode ("xch", "a,_bpx"); } if (sym->stack) { emitcode ("push", "_bp"); /* save the callers stack */ emitcode ("mov", "_bp,sp"); } } else { if (sym->stack || FUNC_HASSTACKPARM(sym->type)) { /* set up the stack */ emitcode ("push", "_bp"); /* save the callers stack */ emitcode ("mov", "_bp,sp"); } } } /* For some cases it is worthwhile to perform a RECEIVE iCode */ /* before setting up the stack frame completely. */ if (ric && ric->argreg == 1 && IC_RESULT (ric)) { symbol * rsym = OP_SYMBOL (IC_RESULT (ric)); if (rsym->isitmp) { if (rsym && rsym->regType == REG_CND) rsym = NULL; if (rsym && (rsym->accuse || rsym->ruonly)) rsym = NULL; if (rsym && (rsym->isspilt || rsym->nRegs == 0) && rsym->usl.spillLoc) rsym = rsym->usl.spillLoc; } /* If the RECEIVE operand immediately spills to the first entry on the */ /* stack, we can push it directly (since sp = _bp + 1 at this point) */ /* rather than the usual @r0/r1 machinations. */ if (!options.useXstack && rsym && rsym->onStack && rsym->stack == 1) { int ofs; _G.current_iCode = ric; D(emitcode (";", "genReceive")); for (ofs=0; ofs < sym->recvSize; ofs++) { if (!strcmp (fReturn[ofs], "a")) emitcode ("push", "acc"); else emitcode ("push", fReturn[ofs]); } stackAdjust -= sym->recvSize; if (stackAdjust<0) { assert (stackAdjust>=0); stackAdjust = 0; } _G.current_iCode = ic; ric->generated = 1; accIsFree = 1; } /* If the RECEIVE operand is 4 registers, we can do the moves now */ /* to free up the accumulator. */ else if (rsym && rsym->nRegs && sym->recvSize == 4) { int ofs; _G.current_iCode = ric; D(emitcode (";", "genReceive")); for (ofs=0; ofs < sym->recvSize; ofs++) { emitcode ("mov", "%s,%s", rsym->regs[ofs]->name, fReturn[ofs]); } _G.current_iCode = ic; ric->generated = 1; accIsFree = 1; } } /* adjust the stack for the function */ if (stackAdjust) { int i = stackAdjust; if (i > 256) werror (W_STACK_OVERFLOW, sym->name); if (i > 3 && accIsFree) { emitcode ("mov", "a,sp"); emitcode ("add", "a,#0x%02x", ((char) sym->stack & 0xff)); emitcode ("mov", "sp,a"); } else if (i > 5) { /* The accumulator is not free, so we will need another register */ /* to clobber. No need to worry about a possible conflict with */ /* the above early RECEIVE optimizations since they would have */ /* freed the accumulator if they were generated. */ if (IFFUNC_CALLEESAVES(sym->type)) { /* if it's a callee-saves function we need a saved register */ if (calleesaves_saved_register >= 0) { emitcode ("mov", "%s,a", REG_WITH_INDEX (calleesaves_saved_register)->dname); emitcode ("mov", "a,sp"); emitcode ("add", "a,#0x%02x", ((char) sym->stack & 0xff)); emitcode ("mov", "sp,a"); emitcode ("mov", "a,%s", REG_WITH_INDEX (calleesaves_saved_register)->dname); } else /* do it the hard way */ while (i--) emitcode ("inc", "sp"); } else { /* not callee-saves, we can clobber r0 */ emitcode ("mov", "r0,a"); emitcode ("mov", "a,sp"); emitcode ("add", "a,#0x%02x", ((char) sym->stack & 0xff)); emitcode ("mov", "sp,a"); emitcode ("mov", "a,r0"); } } else while (i--) emitcode ("inc", "sp"); } if (sym->xstack) { char i = ((char) sym->xstack & 0xff); if (i > 3 && accIsFree) { emitcode ("mov", "a,_spx"); emitcode ("add", "a,#0x%02x", i & 0xff); emitcode ("mov", "_spx,a"); } else if (i > 5) { emitcode ("push", "acc"); emitcode ("mov", "a,_spx"); emitcode ("add", "a,#0x%02x", i & 0xff); emitcode ("mov", "_spx,a"); emitcode ("pop", "acc"); } else { while (i--) emitcode ("inc", "_spx"); } } /* if critical function then turn interrupts off */ if (IFFUNC_ISCRITICAL (ftype)) { symbol *tlbl = newiTempLabel (NULL); emitcode ("setb", "c"); emitcode ("jbc", "ea,%05d$", (tlbl->key + 100)); /* atomic test & clear */ emitcode ("clr", "c"); emitLabel (tlbl); emitcode ("push", "psw"); /* save old ea via c in psw */ } } /*-----------------------------------------------------------------*/ /* genEndFunction - generates epilogue for functions */ /*-----------------------------------------------------------------*/ static void genEndFunction (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); lineNode *lnp = lineCurr; bitVect *regsUsed; bitVect *regsUsedPrologue; bitVect *regsUnneeded; int idx; _G.currentFunc = NULL; if (IFFUNC_ISNAKED(sym->type)) { emitcode(";", "naked function: no epilogue."); if (options.debug && currFunc) debugFile->writeEndFunction (currFunc, ic, 0); return; } if (IFFUNC_ISCRITICAL (sym->type)) { if (IS_BIT (OP_SYM_ETYPE (IC_LEFT (ic)))) { emitcode ("rlc", "a"); /* save c in a */ emitcode ("pop", "psw"); /* restore ea via c in psw */ emitcode ("mov", "ea,c"); emitcode ("rrc", "a"); /* restore c from a */ } else { emitcode ("pop", "psw"); /* restore ea via c in psw */ emitcode ("mov", "ea,c"); } } if ((IFFUNC_ISREENT (sym->type) || options.stackAuto)) { if (options.useXstack) { if (sym->stack) { emitcode ("mov", "sp,_bp"); emitcode ("pop", "_bp"); } if (sym->xstack || FUNC_HASSTACKPARM(sym->type)) { emitcode ("xch", "a,_bpx"); emitcode ("mov", "r0,a"); emitcode ("dec", "r0"); emitcode ("movx", "a,@r0"); emitcode ("xch", "a,_bpx"); emitcode ("mov", "%s,r0", spname); //read before freeing stack space (interrupts) } } else if (sym->stack || FUNC_HASSTACKPARM(sym->type)) { if (sym->stack) emitcode ("mov", "sp,_bp"); emitcode ("pop", "_bp"); } } /* restore the register bank */ if ( /* FUNC_REGBANK (sym->type) || */ IFFUNC_ISISR (sym->type)) { if (!FUNC_REGBANK (sym->type) || !IFFUNC_ISISR (sym->type) || !options.useXstack) { /* Special case of ISR using non-zero bank with useXstack * is handled below. */ emitcode ("pop", "psw"); } } if (IFFUNC_ISISR (sym->type)) { bitVect *rsavebits; /* now we need to restore the registers */ /* if this isr has no bank i.e. is going to run with bank 0 , then we need to save more registers :-) */ if (!FUNC_REGBANK (sym->type)) { int i; /* if this function does not call any other function then we can be economical and save only those registers that are used */ if (!IFFUNC_HASFCALL(sym->type)) { /* if any registers used */ if (sym->regsUsed) { /* save the registers used */ for (i = sym->regsUsed->size; i >= 0; i--) { if (bitVectBitValue (sym->regsUsed, i)) popReg (i, TRUE); } } } else { if (options.parms_in_bank1) { for (i = 7 ; i >= 0 ; i-- ) { emitcode ("pop","%s",rb1regs[i]); } } /* this function has a function call. We cannot determine register usage so we will have to pop the entire bank */ unsaveRBank (0, ic, FALSE); } } else { /* This ISR uses a non-zero bank. * * Restore any register banks saved by genFunction * in reverse order. */ unsigned savedBanks = SPEC_ISR_SAVED_BANKS(currFunc->etype); int ix; for (ix = MAX_REGISTER_BANKS - 1; ix >= 0; ix--) { if (savedBanks & (1 << ix)) { unsaveRBank(ix, NULL, FALSE); } } if (options.useXstack) { /* Restore bank AFTER calling unsaveRBank, * since it can trash r0. */ emitcode ("pop", "psw"); } } if (!inExcludeList ("dph")) emitcode ("pop", "dph"); if (!inExcludeList ("dpl")) emitcode ("pop", "dpl"); if (!inExcludeList ("b")) emitcode ("pop", "b"); if (!inExcludeList ("acc")) emitcode ("pop", "acc"); rsavebits = bitVectIntersect (bitVectCopy (mcs51_allBitregs ()), sym->regsUsed); if (IFFUNC_HASFCALL(sym->type) || !bitVectIsZero (rsavebits)) emitcode ("pop", "bits"); freeBitVect (rsavebits); /* if debug then send end of function */ if (options.debug && currFunc) { debugFile->writeEndFunction (currFunc, ic, 1); } emitcode ("reti", ""); } else { if (IFFUNC_CALLEESAVES(sym->type)) { int i; /* if any registers used */ if (sym->regsUsed) { /* save the registers used */ for (i = sym->regsUsed->size; i >= 0; i--) { if (bitVectBitValue (sym->regsUsed, i) || (mcs51_ptrRegReq && (i == R0_IDX || i == R1_IDX))) emitcode ("pop", "%s", REG_WITH_INDEX (i)->dname); } } else if (mcs51_ptrRegReq) { emitcode ("pop", "%s", REG_WITH_INDEX (R1_IDX)->dname); emitcode ("pop", "%s", REG_WITH_INDEX (R0_IDX)->dname); } } /* if debug then send end of function */ if (options.debug && currFunc) { debugFile->writeEndFunction (currFunc, ic, 1); } if (IFFUNC_ISBANKEDCALL (sym->type) && !SPEC_STAT(getSpec(sym->type))) { emitcode ("ljmp", "__sdcc_banked_ret"); } else { emitcode ("ret", ""); } } if (!port->peep.getRegsRead || !port->peep.getRegsWritten || options.nopeep) return; /* If this was an interrupt handler using bank 0 that called another */ /* function, then all registers must be saved; nothing to optimized. */ if (IFFUNC_ISISR (sym->type) && IFFUNC_HASFCALL(sym->type) && !FUNC_REGBANK(sym->type)) return; /* There are no push/pops to optimize if not callee-saves or ISR */ if (!(FUNC_CALLEESAVES (sym->type) || FUNC_ISISR (sym->type))) return; /* If there were stack parameters, we cannot optimize without also */ /* fixing all of the stack offsets; this is too dificult to consider. */ if (FUNC_HASSTACKPARM(sym->type)) return; /* Compute the registers actually used */ regsUsed = newBitVect (mcs51_nRegs); regsUsedPrologue = newBitVect (mcs51_nRegs); while (lnp) { if (lnp->ic && lnp->ic->op == FUNCTION) regsUsedPrologue = bitVectUnion (regsUsedPrologue, port->peep.getRegsWritten(lnp)); else regsUsed = bitVectUnion (regsUsed, port->peep.getRegsWritten(lnp)); if (lnp->ic && lnp->ic->op == FUNCTION && lnp->prev && lnp->prev->ic && lnp->prev->ic->op == ENDFUNCTION) break; if (!lnp->prev) break; lnp = lnp->prev; } if (bitVectBitValue (regsUsedPrologue, CND_IDX) && !bitVectBitValue (regsUsed, CND_IDX)) { regsUsed = bitVectUnion (regsUsed, regsUsedPrologue); if (IFFUNC_ISISR (sym->type) && !FUNC_REGBANK (sym->type) && !sym->stack && !FUNC_ISCRITICAL (sym->type)) bitVectUnSetBit (regsUsed, CND_IDX); } else regsUsed = bitVectUnion (regsUsed, regsUsedPrologue); /* If this was an interrupt handler that called another function */ /* function, then assume A, B, DPH, & DPL may be modified by it. */ if (IFFUNC_ISISR (sym->type) && IFFUNC_HASFCALL(sym->type)) { regsUsed = bitVectSetBit (regsUsed, DPL_IDX); regsUsed = bitVectSetBit (regsUsed, DPH_IDX); regsUsed = bitVectSetBit (regsUsed, B_IDX); regsUsed = bitVectSetBit (regsUsed, A_IDX); regsUsed = bitVectSetBit (regsUsed, CND_IDX); } /* Remove the unneeded push/pops */ regsUnneeded = newBitVect (mcs51_nRegs); while (lnp) { if (lnp->ic && (lnp->ic->op == FUNCTION || lnp->ic->op == ENDFUNCTION)) { if (!strncmp(lnp->line, "push", 4)) { idx = bitVectFirstBit (port->peep.getRegsRead(lnp)); if (idx>=0 && !bitVectBitValue (regsUsed, idx)) { connectLine (lnp->prev, lnp->next); regsUnneeded = bitVectSetBit (regsUnneeded, idx); } } if (!strncmp(lnp->line, "pop", 3) || !strncmp(lnp->line, "mov", 3)) { idx = bitVectFirstBit (port->peep.getRegsWritten(lnp)); if (idx>=0 && !bitVectBitValue (regsUsed, idx)) { connectLine (lnp->prev, lnp->next); regsUnneeded = bitVectSetBit (regsUnneeded, idx); } } } lnp = lnp->next; } for (idx = 0; idx < regsUnneeded->size; idx++) if (bitVectBitValue (regsUnneeded, idx)) emitcode (";", "eliminated unneeded push/pop %s", REG_WITH_INDEX (idx)->dname); freeBitVect (regsUnneeded); freeBitVect (regsUsed); freeBitVect (regsUsedPrologue); } /*-----------------------------------------------------------------*/ /* genRet - generate code for return statement */ /*-----------------------------------------------------------------*/ static void genRet (iCode * ic) { int size, offset = 0, pushed = 0; D (emitcode (";", "genRet")); /* if we have no return value then just generate the "ret" */ if (!IC_LEFT (ic)) goto jumpret; /* we have something to return then move the return value into place */ aopOp (IC_LEFT (ic), ic, FALSE); size = AOP_SIZE (IC_LEFT (ic)); if (IS_BIT(_G.currentFunc->etype)) { if (!IS_OP_RUONLY (IC_LEFT (ic))) toCarry (IC_LEFT (ic)); } else { while (size--) { char *l; if (AOP_TYPE (IC_LEFT (ic)) == AOP_DPTR) { /* #NOCHANGE */ l = aopGet (IC_LEFT (ic), offset++, FALSE, TRUE); emitcode ("push", "%s", l); pushed++; } else { l = aopGet (IC_LEFT (ic), offset, FALSE, FALSE); if (strcmp (fReturn[offset], l)) emitcode ("mov", "%s,%s", fReturn[offset++], l); } } while (pushed) { pushed--; if (strcmp (fReturn[pushed], "a")) emitcode ("pop", fReturn[pushed]); else emitcode ("pop", "acc"); } } freeAsmop (IC_LEFT (ic), NULL, ic, TRUE); jumpret: /* generate a jump to the return label if the next is not the return statement */ if (!(ic->next && ic->next->op == LABEL && IC_LABEL (ic->next) == returnLabel)) emitcode ("ljmp", "%05d$", (returnLabel->key + 100)); } /*-----------------------------------------------------------------*/ /* genLabel - generates a label */ /*-----------------------------------------------------------------*/ static void genLabel (iCode * ic) { /* special case never generate */ if (IC_LABEL (ic) == entryLabel) return; emitLabel (IC_LABEL (ic)); } /*-----------------------------------------------------------------*/ /* genGoto - generates a ljmp */ /*-----------------------------------------------------------------*/ static void genGoto (iCode * ic) { emitcode ("ljmp", "%05d$", (IC_LABEL (ic)->key + 100)); } /*-----------------------------------------------------------------*/ /* findLabelBackwards: walks back through the iCode chain looking */ /* for the given label. Returns number of iCode instructions */ /* between that label and given ic. */ /* Returns zero if label not found. */ /*-----------------------------------------------------------------*/ static int findLabelBackwards (iCode * ic, int key) { int count = 0; while (ic->prev) { ic = ic->prev; count++; /* If we have any pushes or pops, we cannot predict the distance. I don't like this at all, this should be dealt with in the back-end */ if (ic->op == IPUSH || ic->op == IPOP) { return 0; } if (ic->op == LABEL && IC_LABEL (ic)->key == key) { return count; } } return 0; } /*-----------------------------------------------------------------*/ /* genPlusIncr :- does addition with increment if possible */ /*-----------------------------------------------------------------*/ static bool genPlusIncr (iCode * ic) { unsigned int icount; unsigned int size = getDataSize (IC_RESULT (ic)); /* will try to generate an increment */ /* if the right side is not a literal we cannot */ if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) return FALSE; icount = (unsigned int) ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit); D(emitcode (";","genPlusIncr")); /* if increment >=16 bits in register or direct space */ if (( AOP_TYPE(IC_LEFT(ic)) == AOP_REG || AOP_TYPE(IC_LEFT(ic)) == AOP_DIR || (IS_AOP_PREG (IC_LEFT(ic)) && !AOP_NEEDSACC (IC_LEFT(ic))) ) && sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic))) && !isOperandVolatile (IC_RESULT (ic), FALSE) && (size > 1) && (icount == 1)) { symbol *tlbl; int emitTlbl; int labelRange; char *l; /* If the next instruction is a goto and the goto target * is < 10 instructions previous to this, we can generate * jumps straight to that target. */ if (ic->next && ic->next->op == GOTO && (labelRange = findLabelBackwards (ic, IC_LABEL (ic->next)->key)) != 0 && labelRange <= 10) { D (emitcode (";", "tail increment optimized (range %d)", labelRange)); tlbl = IC_LABEL (ic->next); emitTlbl = 0; } else { tlbl = newiTempLabel (NULL); emitTlbl = 1; } l = aopGet (IC_RESULT (ic), LSB, FALSE, FALSE); emitcode ("inc", "%s", l); if (AOP_TYPE (IC_RESULT (ic)) == AOP_REG || IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("cjne", "%s,#0x00,%05d$", l, tlbl->key + 100); } else { emitcode ("clr", "a"); emitcode ("cjne", "a,%s,%05d$", l, tlbl->key + 100); } l = aopGet (IC_RESULT (ic), MSB16, FALSE, FALSE); emitcode ("inc", "%s", l); if (size > 2) { if (!strcmp(l, "acc")) { emitcode("jnz", "!tlabel", tlbl->key + 100); } else if (AOP_TYPE (IC_RESULT (ic)) == AOP_REG || IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("cjne", "%s,#0x00,%05d$", l, tlbl->key + 100); } else { emitcode ("cjne", "a,%s,%05d$", l, tlbl->key + 100); } l = aopGet (IC_RESULT (ic), MSB24, FALSE, FALSE); emitcode ("inc", "%s", l); } if (size > 3) { if (!strcmp(l, "acc")) { emitcode("jnz", "!tlabel", tlbl->key + 100); } else if (AOP_TYPE (IC_RESULT (ic)) == AOP_REG || IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("cjne", "%s,#0x00,%05d$", l, tlbl->key + 100); } else { emitcode ("cjne", "a,%s,%05d$", l, tlbl->key + 100); } l = aopGet (IC_RESULT (ic), MSB32, FALSE, FALSE); emitcode ("inc", "%s", l); } if (emitTlbl) { emitLabel (tlbl); } return TRUE; } /* if result is dptr */ if ((AOP_TYPE (IC_RESULT (ic)) == AOP_STR) && (AOP_SIZE (IC_RESULT (ic)) == 2) && !strncmp(AOP (IC_RESULT (ic))->aopu.aop_str[0], "dpl", 4) && !strncmp(AOP (IC_RESULT (ic))->aopu.aop_str[1], "dph", 4)) { if (aopGetUsesAcc (IC_LEFT (ic), 0)) return FALSE; if (icount > 9) return FALSE; if ((AOP_TYPE (IC_LEFT (ic)) != AOP_DIR) && (icount > 5)) return FALSE; aopPut (IC_RESULT (ic), aopGet (IC_LEFT (ic), 0, FALSE, FALSE), 0); aopPut (IC_RESULT (ic), aopGet (IC_LEFT (ic), 1, FALSE, FALSE), 1); while (icount--) emitcode ("inc", "dptr"); return TRUE; } /* if the literal value of the right hand side is greater than 4 then it is not worth it */ if (icount > 4) return FALSE; /* if the sizes are greater than 1 then we cannot */ if (AOP_SIZE (IC_RESULT (ic)) > 1 || AOP_SIZE (IC_LEFT (ic)) > 1) return FALSE; /* we can if the aops of the left & result match or if they are in registers and the registers are the same */ if (sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic)))) { if (icount > 3) { MOVA (aopGet (IC_LEFT (ic), 0, FALSE, FALSE)); emitcode ("add", "a,#0x%02x", ((char) icount) & 0xff); aopPut (IC_RESULT (ic), "a", 0); } else { while (icount--) { emitcode ("inc", "%s", aopGet (IC_LEFT (ic), 0, FALSE, FALSE)); } } return TRUE; } if (icount == 1) { MOVA (aopGet (IC_LEFT (ic), 0, FALSE, FALSE)); emitcode ("inc", "a"); aopPut (IC_RESULT (ic), "a", 0); return TRUE; } return FALSE; } /*-----------------------------------------------------------------*/ /* outBitAcc - output a bit in acc */ /*-----------------------------------------------------------------*/ static void outBitAcc (operand * result) { symbol *tlbl = newiTempLabel (NULL); /* if the result is a bit */ if (AOP_TYPE (result) == AOP_CRY) { aopPut (result, "a", 0); } else { emitcode ("jz", "%05d$", tlbl->key + 100); emitcode ("mov", "a,%s", one); emitLabel (tlbl); outAcc (result); } } /*-----------------------------------------------------------------*/ /* genPlusBits - generates code for addition of two bits */ /*-----------------------------------------------------------------*/ static void genPlusBits (iCode * ic) { D (emitcode (";", "genPlusBits")); emitcode ("mov", "c,%s", AOP (IC_LEFT (ic))->aopu.aop_dir); if (AOP_TYPE (IC_RESULT (ic)) == AOP_CRY) { symbol *lbl = newiTempLabel (NULL); emitcode ("jnb", "%s,%05d$", AOP (IC_RIGHT (ic))->aopu.aop_dir, (lbl->key + 100)); emitcode ("cpl", "c"); emitLabel (lbl); outBitC (IC_RESULT (ic)); } else { emitcode ("clr", "a"); emitcode ("rlc", "a"); emitcode ("mov", "c,%s", AOP (IC_RIGHT (ic))->aopu.aop_dir); emitcode ("addc", "a,%s", zero); outAcc (IC_RESULT (ic)); } } #if 0 /* This is the original version of this code. * This is being kept around for reference, * because I am not entirely sure I got it right... */ static void adjustArithmeticResult (iCode * ic) { if (AOP_SIZE (IC_RESULT (ic)) == 3 && AOP_SIZE (IC_LEFT (ic)) == 3 && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic)))) aopPut (IC_RESULT (ic), aopGet (IC_LEFT (ic)), 2, FALSE, FALSE), 2); if (AOP_SIZE (IC_RESULT (ic)) == 3 && AOP_SIZE (IC_RIGHT (ic)) == 3 && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_RIGHT (ic)))) aopPut (IC_RESULT (ic), aopGet (IC_RIGHT (ic)), 2, FALSE, FALSE), 2); if (AOP_SIZE (IC_RESULT (ic)) == 3 && AOP_SIZE (IC_LEFT (ic)) < 3 && AOP_SIZE (IC_RIGHT (ic)) < 3 && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic))) && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_RIGHT (ic)))) { char buffer[5]; sprintf (buffer, "#%d", pointerTypeToGPByte (pointerCode (getSpec (operandType (IC_LEFT (ic)))), NULL, NULL)); aopPut (IC_RESULT (ic), buffer, 2); } } #else /* This is the pure and virtuous version of this code. * I'm pretty certain it's right, but not enough to toss the old * code just yet... */ static void adjustArithmeticResult (iCode * ic) { if (opIsGptr (IC_RESULT (ic))) { char buffer[10]; if (opIsGptr (IC_LEFT (ic))) { if (!sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic)))) { aopPut (IC_RESULT (ic), aopGet (IC_LEFT (ic), GPTRSIZE - 1, FALSE, FALSE), GPTRSIZE - 1); } return; } if (opIsGptr (IC_RIGHT (ic))) { if (!sameRegs (AOP (IC_RESULT (ic)), AOP (IC_RIGHT (ic)))) { aopPut (IC_RESULT (ic), aopGet (IC_RIGHT (ic), GPTRSIZE - 1, FALSE, FALSE), GPTRSIZE - 1); } return; } if (IC_LEFT (ic) && AOP_SIZE (IC_LEFT (ic)) < GPTRSIZE && IC_RIGHT (ic) && AOP_SIZE (IC_RIGHT (ic)) < GPTRSIZE && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic))) && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_RIGHT (ic)))) { SNPRINTF (buffer, sizeof(buffer), "#0x%02x", pointerTypeToGPByte (pointerCode (getSpec (operandType (IC_LEFT (ic)))), NULL, NULL)); aopPut (IC_RESULT (ic), buffer, GPTRSIZE - 1); return; } if (IC_LEFT (ic) && AOP_SIZE (IC_LEFT (ic)) < GPTRSIZE && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic)))) { SNPRINTF (buffer, sizeof(buffer), "#0x%02x", pointerTypeToGPByte (pointerCode (getSpec (operandType (IC_LEFT (ic)))), NULL, NULL)); aopPut (IC_RESULT (ic), buffer, GPTRSIZE - 1); return; } if (IC_RIGHT (ic) && AOP_SIZE (IC_RIGHT (ic)) < GPTRSIZE && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_RIGHT (ic)))) { SNPRINTF (buffer, sizeof(buffer), "#0x%02x", pointerTypeToGPByte (pointerCode (getSpec (operandType (IC_RIGHT (ic)))), NULL, NULL)); aopPut (IC_RESULT (ic), buffer, GPTRSIZE - 1); return; } } } #endif /*-----------------------------------------------------------------*/ /* genPlus - generates code for addition */ /*-----------------------------------------------------------------*/ static void genPlus (iCode * ic) { int size, offset = 0; int skip_bytes = 0; char *add = "add"; bool swappedLR = FALSE; operand *leftOp, *rightOp; operand * op; D (emitcode (";", "genPlus")); /* special cases :- */ aopOp (IC_LEFT (ic), ic, FALSE); aopOp (IC_RIGHT (ic), ic, FALSE); aopOp (IC_RESULT (ic), ic, TRUE); /* if literal, literal on the right or if left requires ACC or right is already in ACC */ if ((AOP_TYPE (IC_LEFT (ic)) == AOP_LIT) || (AOP_NEEDSACC (IC_LEFT (ic))) || AOP_TYPE (IC_RIGHT (ic)) == AOP_ACC) { operand *t = IC_RIGHT (ic); IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = t; swappedLR = TRUE; } /* if both left & right are in bit space */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY && AOP_TYPE (IC_RIGHT (ic)) == AOP_CRY) { genPlusBits (ic); goto release; } /* if left in bit space & right literal */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY && AOP_TYPE (IC_RIGHT (ic)) == AOP_LIT) { emitcode ("mov", "c,%s", AOP (IC_LEFT (ic))->aopu.aop_dir); /* if result in bit space */ if (AOP_TYPE (IC_RESULT (ic)) == AOP_CRY) { if (ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit) != 0L) emitcode ("cpl", "c"); outBitC (IC_RESULT (ic)); } else { size = getDataSize (IC_RESULT (ic)); while (size--) { MOVA (aopGet (IC_RIGHT (ic), offset, FALSE, FALSE)); emitcode ("addc", "a,%s", zero); aopPut (IC_RESULT (ic), "a", offset++); } } goto release; } /* if I can do an increment instead of add then GOOD for ME */ if (genPlusIncr (ic) == TRUE) goto release; size = getDataSize (IC_RESULT (ic)); leftOp = IC_LEFT(ic); rightOp = IC_RIGHT(ic); op = IC_LEFT(ic); /* if this is an add for an array access at a 256 byte boundary */ if ( 2 == size && AOP_TYPE (op) == AOP_IMMD && IS_SYMOP (op) && IS_SPEC (OP_SYM_ETYPE (op)) && SPEC_ABSA (OP_SYM_ETYPE (op)) && (SPEC_ADDR (OP_SYM_ETYPE (op)) & 0xff) == 0 ) { D(emitcode (";", "genPlus aligned array")); aopPut (IC_RESULT (ic), aopGet (rightOp, 0, FALSE, FALSE), 0); if( 1 == getDataSize (IC_RIGHT (ic)) ) { aopPut (IC_RESULT (ic), aopGet (leftOp, 1, FALSE, FALSE), 1); } else { MOVA (aopGet (IC_LEFT (ic), 1, FALSE, FALSE)); emitcode ("add", "a,%s", aopGet (rightOp, 1, FALSE, FALSE)); aopPut (IC_RESULT (ic), "a", 1); } goto release; } /* if the lower bytes of a literal are zero skip the addition */ if (AOP_TYPE (IC_RIGHT (ic)) == AOP_LIT ) { while ((0 == ((unsigned int) ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit) & (0xff << skip_bytes*8))) && (skip_bytes+1 < size)) { skip_bytes++; } if (skip_bytes) D(emitcode (";", "genPlus shortcut")); } while (size--) { if( offset >= skip_bytes ) { if (aopGetUsesAcc (leftOp, offset) && aopGetUsesAcc (rightOp, offset)) { bool pushedB; MOVA (aopGet (leftOp, offset, FALSE, TRUE)); pushedB = pushB (); emitcode("xch", "a,b"); MOVA (aopGet (rightOp, offset, FALSE, TRUE)); emitcode (add, "a,b"); popB (pushedB); } else if (aopGetUsesAcc (leftOp, offset)) { MOVA (aopGet (leftOp, offset, FALSE, TRUE)); emitcode (add, "a,%s", aopGet (rightOp, offset, FALSE, TRUE)); } else { MOVA (aopGet (rightOp, offset, FALSE, TRUE)); emitcode (add, "a,%s", aopGet (leftOp, offset, FALSE, TRUE)); } aopPut (IC_RESULT (ic), "a", offset); add = "addc"; /* further adds must propagate carry */ } else { if( !sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic))) || isOperandVolatile (IC_RESULT (ic), FALSE)) { /* just move */ aopPut (IC_RESULT (ic), aopGet (leftOp, offset, FALSE, FALSE), offset); } } offset++; } adjustArithmeticResult (ic); release: freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); if (!swappedLR) { freeAsmop (IC_RIGHT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } else { freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (IC_RIGHT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } } /*-----------------------------------------------------------------*/ /* genMinusDec :- does subtraction with decrement if possible */ /*-----------------------------------------------------------------*/ static bool genMinusDec (iCode * ic) { unsigned int icount; unsigned int size = getDataSize (IC_RESULT (ic)); /* will try to generate an increment */ /* if the right side is not a literal we cannot */ if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) return FALSE; /* if the literal value of the right hand side is greater than 4 then it is not worth it */ if ((icount = (unsigned int) ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit)) > 4) return FALSE; D (emitcode (";", "genMinusDec")); /* if decrement >=16 bits in register or direct space */ if (( AOP_TYPE(IC_LEFT(ic)) == AOP_REG || AOP_TYPE(IC_LEFT(ic)) == AOP_DIR || (IS_AOP_PREG (IC_LEFT(ic)) && !AOP_NEEDSACC (IC_LEFT(ic))) ) && sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic))) && (size > 1) && (icount == 1)) { symbol *tlbl; int emitTlbl; int labelRange; char *l; /* If the next instruction is a goto and the goto target * is <= 10 instructions previous to this, we can generate * jumps straight to that target. */ if (ic->next && ic->next->op == GOTO && (labelRange = findLabelBackwards (ic, IC_LABEL (ic->next)->key)) != 0 && labelRange <= 10) { D (emitcode (";", "tail decrement optimized (range %d)", labelRange)); tlbl = IC_LABEL (ic->next); emitTlbl = 0; } else { tlbl = newiTempLabel (NULL); emitTlbl = 1; } l = aopGet (IC_RESULT (ic), LSB, FALSE, FALSE); emitcode ("dec", "%s", l); if (AOP_TYPE (IC_RESULT (ic)) == AOP_REG || IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("cjne", "%s,#0xff,%05d$", l, tlbl->key + 100); } else { emitcode ("mov", "a,#0xff"); emitcode ("cjne", "a,%s,%05d$", l, tlbl->key + 100); } l = aopGet (IC_RESULT (ic), MSB16, FALSE, FALSE); emitcode ("dec", "%s", l); if (size > 2) { if (!strcmp(l, "acc")) { emitcode("jnz", "!tlabel", tlbl->key + 100); } else if (AOP_TYPE (IC_RESULT (ic)) == AOP_REG || IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("cjne", "%s,#0xff,%05d$", l, tlbl->key + 100); } else { emitcode ("cjne", "a,%s,%05d$", l, tlbl->key + 100); } l = aopGet (IC_RESULT (ic), MSB24, FALSE, FALSE); emitcode ("dec", "%s", l); } if (size > 3) { if (!strcmp(l, "acc")) { emitcode("jnz", "!tlabel", tlbl->key + 100); } else if (AOP_TYPE (IC_RESULT (ic)) == AOP_REG || IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("cjne", "%s,#0xff,%05d$", l, tlbl->key + 100); } else { emitcode ("cjne", "a,%s,%05d$", l, tlbl->key + 100); } l = aopGet (IC_RESULT (ic), MSB32, FALSE, FALSE); emitcode ("dec", "%s", l); } if (emitTlbl) { emitLabel (tlbl); } return TRUE; } /* if the sizes are greater than 1 then we cannot */ if (AOP_SIZE (IC_RESULT (ic)) > 1 || AOP_SIZE (IC_LEFT (ic)) > 1) return FALSE; /* we can if the aops of the left & result match or if they are in registers and the registers are the same */ if (sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic)))) { char *l; if (aopGetUsesAcc (IC_LEFT (ic), 0)) { MOVA (aopGet (IC_RESULT (ic), 0, FALSE, FALSE)); l = "a"; } else { l = aopGet (IC_RESULT (ic), 0, FALSE, FALSE); } while (icount--) { emitcode ("dec", "%s", l); } if (AOP_NEEDSACC (IC_RESULT (ic))) aopPut (IC_RESULT (ic), "a", 0); return TRUE; } if (icount == 1) { MOVA (aopGet (IC_LEFT (ic), 0, FALSE, FALSE)); emitcode ("dec", "a"); aopPut (IC_RESULT (ic), "a", 0); return TRUE; } return FALSE; } /*-----------------------------------------------------------------*/ /* addSign - complete with sign */ /*-----------------------------------------------------------------*/ static void addSign (operand * result, int offset, int sign) { int size = (getDataSize (result) - offset); if (size > 0) { if (sign) { emitcode ("rlc", "a"); emitcode ("subb", "a,acc"); while (size--) { aopPut (result, "a", offset++); } } else { while (size--) { aopPut (result, zero, offset++); } } } } /*-----------------------------------------------------------------*/ /* genMinusBits - generates code for subtraction of two bits */ /*-----------------------------------------------------------------*/ static void genMinusBits (iCode * ic) { symbol *lbl = newiTempLabel (NULL); D (emitcode (";", "genMinusBits")); if (AOP_TYPE (IC_RESULT (ic)) == AOP_CRY) { emitcode ("mov", "c,%s", AOP (IC_LEFT (ic))->aopu.aop_dir); emitcode ("jnb", "%s,%05d$", AOP (IC_RIGHT (ic))->aopu.aop_dir, (lbl->key + 100)); emitcode ("cpl", "c"); emitLabel (lbl); outBitC (IC_RESULT (ic)); } else { emitcode ("mov", "c,%s", AOP (IC_RIGHT (ic))->aopu.aop_dir); emitcode ("subb", "a,acc"); emitcode ("jnb", "%s,%05d$", AOP (IC_LEFT (ic))->aopu.aop_dir, (lbl->key + 100)); emitcode ("inc", "a"); emitLabel (lbl); aopPut (IC_RESULT (ic), "a", 0); addSign (IC_RESULT (ic), MSB16, SPEC_USIGN (getSpec (operandType (IC_RESULT (ic))))); } } /*-----------------------------------------------------------------*/ /* genMinus - generates code for subtraction */ /*-----------------------------------------------------------------*/ static void genMinus (iCode * ic) { int size, offset = 0; D (emitcode (";", "genMinus")); aopOp (IC_LEFT (ic), ic, FALSE); aopOp (IC_RIGHT (ic), ic, FALSE); aopOp (IC_RESULT (ic), ic, TRUE); /* special cases :- */ /* if both left & right are in bit space */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY && AOP_TYPE (IC_RIGHT (ic)) == AOP_CRY) { genMinusBits (ic); goto release; } /* if I can do an decrement instead of subtract then GOOD for ME */ if (genMinusDec (ic) == TRUE) goto release; size = getDataSize (IC_RESULT (ic)); /* if literal, add a,#-lit, else normal subb */ if (AOP_TYPE (IC_RIGHT (ic)) == AOP_LIT) { unsigned long lit = 0L; bool useCarry = FALSE; lit = ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit); lit = -(long) lit; while (size--) { if (useCarry || ((lit >> (offset * 8)) & 0x0FFL)) { MOVA (aopGet (IC_LEFT (ic), offset, FALSE, FALSE)); if (!offset && !size && lit== (unsigned long) -1) { emitcode ("dec", "a"); } else if (!useCarry) { /* first add without previous c */ emitcode ("add", "a,#0x%02x", (unsigned int) ((lit >> (offset * 8)) & 0x0FFL)); useCarry = TRUE; } else { emitcode ("addc", "a,#0x%02x", (unsigned int) ((lit >> (offset * 8)) & 0x0FFL)); } aopPut (IC_RESULT (ic), "a", offset++); } else { /* no need to add zeroes */ if (!sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic)))) { aopPut (IC_RESULT (ic), aopGet (IC_LEFT (ic), offset, FALSE, FALSE), offset); } offset++; } } } else { operand *leftOp, *rightOp; leftOp = IC_LEFT(ic); rightOp = IC_RIGHT(ic); while (size--) { if (aopGetUsesAcc(rightOp, offset)) { if (aopGetUsesAcc(leftOp, offset)) { bool pushedB; MOVA (aopGet (rightOp, offset, FALSE, FALSE)); pushedB = pushB (); emitcode ("mov", "b,a"); if (offset == 0) CLRC; MOVA (aopGet (leftOp, offset, FALSE, FALSE)); emitcode ("subb", "a,b"); popB (pushedB); } else { /* reverse subtraction with 2's complement */ if (offset == 0) emitcode( "setb", "c"); else emitcode( "cpl", "c"); wassertl(!aopGetUsesAcc(leftOp, offset), "accumulator clash"); MOVA (aopGet(rightOp, offset, FALSE, TRUE)); emitcode("subb", "a,%s", aopGet(leftOp, offset, FALSE, TRUE)); emitcode("cpl", "a"); if (size) /* skip if last byte */ emitcode( "cpl", "c"); } } else { MOVA (aopGet (leftOp, offset, FALSE, FALSE)); if (offset == 0) CLRC; emitcode ("subb", "a,%s", aopGet(rightOp, offset, FALSE, TRUE)); } aopPut (IC_RESULT (ic), "a", offset++); } } adjustArithmeticResult (ic); release: freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); freeAsmop (IC_RIGHT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (IC_LEFT (ic), NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genMultbits :- multiplication of bits */ /*-----------------------------------------------------------------*/ static void genMultbits (operand * left, operand * right, operand * result) { D (emitcode (";", "genMultbits")); emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("anl", "c,%s", AOP (right)->aopu.aop_dir); outBitC (result); } /*-----------------------------------------------------------------*/ /* genMultOneByte : 8*8=8/16 bit multiplication */ /*-----------------------------------------------------------------*/ static void genMultOneByte (operand * left, operand * right, operand * result) { symbol *lbl; int size = AOP_SIZE (result); bool runtimeSign, compiletimeSign; bool lUnsigned, rUnsigned, pushedB; D (emitcode (";", "genMultOneByte")); if (size < 1 || size > 2) { /* this should never happen */ fprintf (stderr, "size!=1||2 (%d) in %s at line:%d \n", AOP_SIZE(result), __FILE__, lineno); exit (1); } /* (if two literals: the value is computed before) */ /* if one literal, literal on the right */ if (AOP_TYPE (left) == AOP_LIT) { operand *t = right; right = left; left = t; /* emitcode (";", "swapped left and right"); */ } /* if no literal, unsigned on the right: shorter code */ if ( AOP_TYPE (right) != AOP_LIT && SPEC_USIGN (getSpec (operandType (left)))) { operand *t = right; right = left; left = t; } lUnsigned = SPEC_USIGN (getSpec (operandType (left))); rUnsigned = SPEC_USIGN (getSpec (operandType (right))); pushedB = pushB (); if (size == 1 /* no, this is not a bug; with a 1 byte result there's no need to take care about the signedness! */ || (lUnsigned && rUnsigned)) { /* just an unsigned 8 * 8 = 8 multiply or 8u * 8u = 16u */ /* emitcode (";","unsigned"); */ /* TODO: check for accumulator clash between left & right aops? */ if (AOP_TYPE (right) == AOP_LIT) { /* moving to accumulator first helps peepholes */ MOVA (aopGet (left, 0, FALSE, FALSE)); MOVB (aopGet (right, 0, FALSE, FALSE)); } else { emitcode ("mov", "b,%s", aopGet (right, 0, FALSE, FALSE)); MOVA (aopGet (left, 0, FALSE, FALSE)); } emitcode ("mul", "ab"); aopPut (result, "a", 0); if (size == 2) aopPut (result, "b", 1); popB (pushedB); return; } /* we have to do a signed multiply */ /* emitcode (";", "signed"); */ /* now sign adjust for both left & right */ /* let's see what's needed: */ /* apply negative sign during runtime */ runtimeSign = FALSE; /* negative sign from literals */ compiletimeSign = FALSE; if (!lUnsigned) { if (AOP_TYPE(left) == AOP_LIT) { /* signed literal */ signed char val = (char) ulFromVal (AOP (left)->aopu.aop_lit); if (val < 0) compiletimeSign = TRUE; } else /* signed but not literal */ runtimeSign = TRUE; } if (!rUnsigned) { if (AOP_TYPE(right) == AOP_LIT) { /* signed literal */ signed char val = (char) ulFromVal (AOP (right)->aopu.aop_lit); if (val < 0) compiletimeSign ^= TRUE; } else /* signed but not literal */ runtimeSign = TRUE; } /* initialize F0, which stores the runtime sign */ if (runtimeSign) { if (compiletimeSign) emitcode ("setb", "F0"); /* set sign flag */ else emitcode ("clr", "F0"); /* reset sign flag */ } /* save the signs of the operands */ if (AOP_TYPE(right) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (right)->aopu.aop_lit); if (!rUnsigned && val < 0) emitcode ("mov", "b,#0x%02x", -val); else emitcode ("mov", "b,#0x%02x", (unsigned char) val); } else /* ! literal */ { if (rUnsigned) /* emitcode (";", "signed"); */ emitcode ("mov", "b,%s", aopGet (right, 0, FALSE, FALSE)); else { MOVA (aopGet (right, 0, FALSE, FALSE)); lbl = newiTempLabel (NULL); emitcode ("jnb", "acc.7,%05d$", (lbl->key + 100)); emitcode ("cpl", "F0"); /* complement sign flag */ emitcode ("cpl", "a"); /* 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); emitcode ("mov", "b,a"); } } if (AOP_TYPE(left) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (left)->aopu.aop_lit); if (!lUnsigned && val < 0) emitcode ("mov", "a,#0x%02x", -val); else emitcode ("mov", "a,#0x%02x", (unsigned char) val); } else /* ! literal */ { MOVA (aopGet (left, 0, FALSE, FALSE)); if (!lUnsigned) { lbl = newiTempLabel (NULL); emitcode ("jnb", "acc.7,%05d$", (lbl->key + 100)); emitcode ("cpl", "F0"); /* complement sign flag */ emitcode ("cpl", "a"); /* 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); } } /* now the multiplication */ emitcode ("mul", "ab"); if (runtimeSign || compiletimeSign) { lbl = newiTempLabel (NULL); if (runtimeSign) emitcode ("jnb", "F0,%05d$", (lbl->key + 100)); emitcode ("cpl", "a"); /* lsb 2's complement */ if (size != 2) emitcode ("inc", "a"); /* inc doesn't set carry flag */ else { emitcode ("add", "a,#0x01"); /* this sets carry flag */ emitcode ("xch", "a,b"); emitcode ("cpl", "a"); /* msb 2's complement */ emitcode ("addc", "a,#0x00"); emitcode ("xch", "a,b"); } emitLabel (lbl); } aopPut (result, "a", 0); if (size == 2) aopPut (result, "b", 1); popB (pushedB); } /*-----------------------------------------------------------------*/ /* genMult - generates code for multiplication */ /*-----------------------------------------------------------------*/ static void genMult (iCode * ic) { operand *left = IC_LEFT (ic); operand *right = IC_RIGHT (ic); operand *result = IC_RESULT (ic); D (emitcode (";", "genMult")); /* assign the asmops */ aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); aopOp (result, ic, TRUE); /* special cases first */ /* both are bits */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { genMultbits (left, right, result); goto release; } /* if both are of size == 1 */ #if 0 // one of them can be a sloc shared with the result if (AOP_SIZE (left) == 1 && AOP_SIZE (right) == 1) #else if (getSize(operandType(left)) == 1 && getSize(operandType(right)) == 1) #endif { genMultOneByte (left, right, result); goto release; } /* should have been converted to function call */ fprintf (stderr, "left: %d right: %d\n", getSize(OP_SYMBOL(left)->type), getSize(OP_SYMBOL(right)->type)); assert (0); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genDivbits :- division of bits */ /*-----------------------------------------------------------------*/ static void genDivbits (operand * left, operand * right, operand * result) { char *l; bool pushedB; D(emitcode (";", "genDivbits")); pushedB = pushB (); /* the result must be bit */ emitcode ("mov", "b,%s", aopGet (right, 0, FALSE, FALSE)); l = aopGet (left, 0, FALSE, FALSE); MOVA (l); emitcode ("div", "ab"); emitcode ("rrc", "a"); popB (pushedB); aopPut (result, "c", 0); } /*-----------------------------------------------------------------*/ /* genDivOneByte : 8 bit division */ /*-----------------------------------------------------------------*/ static void genDivOneByte (operand * left, operand * right, operand * result) { bool lUnsigned, rUnsigned, pushedB; bool runtimeSign, compiletimeSign; bool accuse = FALSE; bool pushedA = FALSE; symbol *lbl; int size, offset; D(emitcode (";", "genDivOneByte")); /* Why is it necessary that genDivOneByte() can return an int result? Have a look at: volatile unsigned char uc; volatile signed char sc1, sc2; volatile int i; uc = 255; sc1 = -1; i = uc / sc1; Or: sc1 = -128; sc2 = -1; i = sc1 / sc2; In all cases a one byte result would overflow, the following cast to int would return the wrong result. Two possible solution: a) cast operands to int, if ((unsigned) / (signed)) or ((signed) / (signed)) b) return an 16 bit signed int; this is what we're doing here! */ size = AOP_SIZE (result) - 1; offset = 1; lUnsigned = SPEC_USIGN (getSpec (operandType (left))); rUnsigned = SPEC_USIGN (getSpec (operandType (right))); pushedB = pushB (); /* signed or unsigned */ if (lUnsigned && rUnsigned) { /* unsigned is easy */ MOVB (aopGet (right, 0, FALSE, FALSE)); MOVA (aopGet (left, 0, FALSE, FALSE)); emitcode ("div", "ab"); aopPut (result, "a", 0); while (size--) aopPut (result, zero, offset++); popB (pushedB); return; } /* signed is a little bit more difficult */ /* now sign adjust for both left & right */ /* let's see what's needed: */ /* apply negative sign during runtime */ runtimeSign = FALSE; /* negative sign from literals */ compiletimeSign = FALSE; if (!lUnsigned) { if (AOP_TYPE(left) == AOP_LIT) { /* signed literal */ signed char val = (char) ulFromVal (AOP (left)->aopu.aop_lit); if (val < 0) compiletimeSign = TRUE; } else /* signed but not literal */ runtimeSign = TRUE; } if (!rUnsigned) { if (AOP_TYPE(right) == AOP_LIT) { /* signed literal */ signed char val = (char) ulFromVal (AOP (right)->aopu.aop_lit); if (val < 0) compiletimeSign ^= TRUE; } else /* signed but not literal */ runtimeSign = TRUE; } /* initialize F0, which stores the runtime sign */ if (runtimeSign) { if (compiletimeSign) emitcode ("setb", "F0"); /* set sign flag */ else emitcode ("clr", "F0"); /* reset sign flag */ } /* save the signs of the operands */ if (AOP_TYPE(right) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (right)->aopu.aop_lit); if (!rUnsigned && val < 0) emitcode ("mov", "b,#0x%02x", -val); else emitcode ("mov", "b,#0x%02x", (unsigned char) val); } else /* ! literal */ { if (rUnsigned) emitcode ("mov", "b,%s", aopGet (right, 0, FALSE, FALSE)); else { MOVA (aopGet (right, 0, FALSE, FALSE)); lbl = newiTempLabel (NULL); emitcode ("jnb", "acc.7,%05d$", (lbl->key + 100)); emitcode ("cpl", "F0"); /* complement sign flag */ emitcode ("cpl", "a"); /* 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); emitcode ("mov", "b,a"); } } if (AOP_TYPE(left) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (left)->aopu.aop_lit); if (!lUnsigned && val < 0) emitcode ("mov", "a,#0x%02x", -val); else emitcode ("mov", "a,#0x%02x", (unsigned char) val); } else /* ! literal */ { MOVA (aopGet (left, 0, FALSE, FALSE)); if (!lUnsigned) { lbl = newiTempLabel (NULL); emitcode ("jnb", "acc.7,%05d$", (lbl->key + 100)); emitcode ("cpl", "F0"); /* complement sign flag */ emitcode ("cpl", "a"); /* 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); } } /* now the division */ emitcode ("div", "ab"); if (runtimeSign || compiletimeSign) { lbl = newiTempLabel (NULL); if (runtimeSign) emitcode ("jnb", "F0,%05d$", (lbl->key + 100)); emitcode ("cpl", "a"); /* lsb 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); accuse = aopPut (result, "a", 0); if (size > 0) { /* msb is 0x00 or 0xff depending on the sign */ if (runtimeSign) { if (accuse) { emitcode ("push", "acc"); pushedA = TRUE; } emitcode ("mov", "c,F0"); emitcode ("subb", "a,acc"); while (size--) aopPut (result, "a", offset++); } else /* compiletimeSign */ { if (aopPutUsesAcc (result, "#0xff", offset)) { emitcode ("push", "acc"); pushedA = TRUE; } while (size--) aopPut (result, "#0xff", offset++); } } } else { aopPut (result, "a", 0); while (size--) aopPut (result, zero, offset++); } if (pushedA) emitcode ("pop", "acc"); popB (pushedB); } /*-----------------------------------------------------------------*/ /* genDiv - generates code for division */ /*-----------------------------------------------------------------*/ static void genDiv (iCode * ic) { operand *left = IC_LEFT (ic); operand *right = IC_RIGHT (ic); operand *result = IC_RESULT (ic); D (emitcode (";", "genDiv")); /* assign the asmops */ aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); aopOp (result, ic, TRUE); /* special cases first */ /* both are bits */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { genDivbits (left, right, result); goto release; } /* if both are of size == 1 */ if (AOP_SIZE (left) == 1 && AOP_SIZE (right) == 1) { genDivOneByte (left, right, result); goto release; } /* should have been converted to function call */ assert (0); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genModbits :- modulus of bits */ /*-----------------------------------------------------------------*/ static void genModbits (operand * left, operand * right, operand * result) { char *l; bool pushedB; D (emitcode (";", "genModbits")); pushedB = pushB (); /* the result must be bit */ emitcode ("mov", "b,%s", aopGet (right, 0, FALSE, FALSE)); l = aopGet (left, 0, FALSE, FALSE); MOVA (l); emitcode ("div", "ab"); emitcode ("mov", "a,b"); emitcode ("rrc", "a"); popB (pushedB); aopPut (result, "c", 0); } /*-----------------------------------------------------------------*/ /* genModOneByte : 8 bit modulus */ /*-----------------------------------------------------------------*/ static void genModOneByte (operand * left, operand * right, operand * result) { bool lUnsigned, rUnsigned, pushedB; bool runtimeSign, compiletimeSign; symbol *lbl; int size, offset; D (emitcode (";", "genModOneByte")); size = AOP_SIZE (result) - 1; offset = 1; lUnsigned = SPEC_USIGN (getSpec (operandType (left))); rUnsigned = SPEC_USIGN (getSpec (operandType (right))); /* if right is a literal, check it for 2^n */ if (AOP_TYPE(right) == AOP_LIT) { unsigned char val = abs((int) operandLitValue(right)); symbol *lbl2 = NULL; switch (val) { case 1: /* sometimes it makes sense (on tricky code and hardware)... */ case 2: case 4: case 8: case 16: case 32: case 64: case 128: if (lUnsigned) werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "modulus of unsigned char by 2^n literal shouldn't be processed here"); /* because iCode should have been changed to genAnd */ /* see file "SDCCopt.c", function "convertToFcall()" */ MOVA (aopGet (left, 0, FALSE, FALSE)); emitcode ("mov", "c,acc.7"); emitcode ("anl", "a,#0x%02x", val - 1); lbl = newiTempLabel (NULL); emitcode ("jz", "%05d$", (lbl->key + 100)); emitcode ("jnc", "%05d$", (lbl->key + 100)); emitcode ("orl", "a,#0x%02x", 0xff ^ (val - 1)); if (size) { int size2 = size; int offs2 = offset; aopPut (result, "a", 0); while (size2--) aopPut (result, "#0xff", offs2++); lbl2 = newiTempLabel (NULL); emitcode ("sjmp", "%05d$", (lbl2->key + 100)); } emitLabel (lbl); aopPut (result, "a", 0); while (size--) aopPut (result, zero, offset++); if (lbl2) { emitLabel (lbl2); } return; default: break; } } pushedB = pushB (); /* signed or unsigned */ if (lUnsigned && rUnsigned) { /* unsigned is easy */ MOVB (aopGet (right, 0, FALSE, FALSE)); MOVA (aopGet (left, 0, FALSE, FALSE)); emitcode ("div", "ab"); aopPut (result, "b", 0); while (size--) aopPut (result, zero, offset++); popB (pushedB); return; } /* signed is a little bit more difficult */ /* now sign adjust for both left & right */ /* modulus: sign of the right operand has no influence on the result! */ if (AOP_TYPE(right) == AOP_LIT) { signed char val = (char) operandLitValue(right); if (!rUnsigned && val < 0) emitcode ("mov", "b,#0x%02x", -val); else emitcode ("mov", "b,#0x%02x", (unsigned char) val); } else /* not literal */ { if (rUnsigned) emitcode ("mov", "b,%s", aopGet (right, 0, FALSE, FALSE)); else { MOVA (aopGet (right, 0, FALSE, FALSE)); lbl = newiTempLabel (NULL); emitcode ("jnb", "acc.7,%05d$", (lbl->key + 100)); emitcode ("cpl", "a"); /* 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); emitcode ("mov", "b,a"); } } /* let's see what's needed: */ /* apply negative sign during runtime */ runtimeSign = FALSE; /* negative sign from literals */ compiletimeSign = FALSE; /* sign adjust left side */ if (AOP_TYPE(left) == AOP_LIT) { signed char val = (char) ulFromVal (AOP (left)->aopu.aop_lit); if (!lUnsigned && val < 0) { compiletimeSign = TRUE; /* set sign flag */ emitcode ("mov", "a,#0x%02x", -val); } else emitcode ("mov", "a,#0x%02x", (unsigned char) val); } else /* ! literal */ { MOVA (aopGet (left, 0, FALSE, FALSE)); if (!lUnsigned) { runtimeSign = TRUE; emitcode ("clr", "F0"); /* clear sign flag */ lbl = newiTempLabel (NULL); emitcode ("jnb", "acc.7,%05d$", (lbl->key + 100)); emitcode ("setb", "F0"); /* set sign flag */ emitcode ("cpl", "a"); /* 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); } } /* now the modulus */ emitcode ("div", "ab"); if (runtimeSign || compiletimeSign) { emitcode ("mov", "a,b"); lbl = newiTempLabel (NULL); if (runtimeSign) emitcode ("jnb", "F0,%05d$", (lbl->key + 100)); emitcode ("cpl", "a"); /* 2's complement */ emitcode ("inc", "a"); emitLabel (lbl); aopPut (result, "a", 0); if (size > 0) { /* msb is 0x00 or 0xff depending on the sign */ if (runtimeSign) { emitcode ("mov", "c,F0"); emitcode ("subb", "a,acc"); while (size--) aopPut (result, "a", offset++); } else /* compiletimeSign */ while (size--) aopPut (result, "#0xff", offset++); } } else { aopPut (result, "b", 0); while (size--) aopPut (result, zero, offset++); } popB (pushedB); } /*-----------------------------------------------------------------*/ /* genMod - generates code for division */ /*-----------------------------------------------------------------*/ static void genMod (iCode * ic) { operand *left = IC_LEFT (ic); operand *right = IC_RIGHT (ic); operand *result = IC_RESULT (ic); D (emitcode (";", "genMod")); /* assign the asmops */ aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); aopOp (result, ic, TRUE); /* special cases first */ /* both are bits */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { genModbits (left, right, result); goto release; } /* if both are of size == 1 */ if (AOP_SIZE (left) == 1 && AOP_SIZE (right) == 1) { genModOneByte (left, right, result); goto release; } /* should have been converted to function call */ assert (0); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genIfxJump :- will create a jump depending on the ifx */ /*-----------------------------------------------------------------*/ static void genIfxJump (iCode * ic, char *jval, operand *left, operand *right, operand *result, iCode *popIc) { symbol *jlbl; symbol *tlbl = newiTempLabel (NULL); char *inst; /* if there is something to be popped then do it first */ popForBranch (popIc, TRUE); D (emitcode (";", "genIfxJump")); /* if true label then we jump if condition supplied is true */ if (IC_TRUE (ic)) { jlbl = IC_TRUE (ic); inst = ((strcmp (jval, "a") == 0 ? "jz" : (strcmp (jval, "c") == 0 ? "jnc" : "jnb"))); } else { /* false label is present */ jlbl = IC_FALSE (ic); inst = ((strcmp (jval, "a") == 0 ? "jnz" : (strcmp (jval, "c") == 0 ? "jc" : "jb"))); } if (strcmp (inst, "jb") == 0 || strcmp (inst, "jnb") == 0) emitcode (inst, "%s,%05d$", jval, (tlbl->key + 100)); else emitcode (inst, "%05d$", tlbl->key + 100); freeForBranchAsmop (result); freeForBranchAsmop (right); freeForBranchAsmop (left); emitcode ("ljmp", "%05d$", jlbl->key + 100); emitLabel (tlbl); /* mark the icode as generated */ ic->generated = 1; } /*-----------------------------------------------------------------*/ /* genCmp :- greater or less than comparison */ /*-----------------------------------------------------------------*/ static void genCmp (operand * left, operand * right, operand * result, iCode * ifx, int sign, iCode *ic) { int size, offset = 0; unsigned long lit = 0L; bool rightInB; D (emitcode (";", "genCmp")); /* if left & right are bit variables */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { emitcode ("mov", "c,%s", AOP (right)->aopu.aop_dir); emitcode ("anl", "c,%s", AOP (left)->aopu.aop_dir); } else { /* subtract right from left if at the end the carry flag is set then we know that left is greater than right */ size = max (AOP_SIZE (left), AOP_SIZE (right)); /* if unsigned char cmp with lit, do cjne left,#right,zz */ if ((size == 1) && !sign && (AOP_TYPE (right) == AOP_LIT && AOP_TYPE (left) != AOP_DIR)) { symbol *lbl = newiTempLabel (NULL); emitcode ("cjne", "%s,%s,%05d$", aopGet (left, offset, FALSE, FALSE), aopGet (right, offset, FALSE, FALSE), lbl->key + 100); emitLabel (lbl); } else { if (AOP_TYPE (right) == AOP_LIT) { lit = ulFromVal (AOP (right)->aopu.aop_lit); /* optimize if(x < 0) or if(x >= 0) */ if (lit == 0L) { if (!sign) { CLRC; } else { MOVA (aopGet (left, AOP_SIZE (left) - 1, FALSE, FALSE)); if (!(AOP_TYPE (result) == AOP_CRY && AOP_SIZE (result)) && ifx) { genIfxJump (ifx, "acc.7", left, right, result, ic->next); freeAsmop (right, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); return; } else { emitcode ("rlc", "a"); } } goto release; } else {//nonzero literal int bytelit = ((lit >> (offset * 8)) & 0x0FFL); while (size && (bytelit == 0)) { offset++; bytelit = ((lit >> (offset * 8)) & 0x0FFL); size--; } CLRC; while (size--) { MOVA (aopGet (left, offset, FALSE, FALSE)); if (sign && size == 0) { emitcode ("xrl", "a,#0x80"); emitcode ("subb", "a,#0x%02x", 0x80 ^ (unsigned int) ((lit >> (offset * 8)) & 0x0FFL)); } else { emitcode ("subb", "a,%s", aopGet (right, offset, FALSE, FALSE)); } offset++; } goto release; } } CLRC; while (size--) { bool pushedB = FALSE; rightInB = aopGetUsesAcc(right, offset); if (rightInB) { pushedB = pushB (); emitcode ("mov", "b,%s", aopGet (right, offset, FALSE, FALSE)); } MOVA (aopGet (left, offset, FALSE, FALSE)); if (sign && size == 0) { emitcode ("xrl", "a,#0x80"); if (!rightInB) { pushedB = pushB (); rightInB++; MOVB (aopGet (right, offset, FALSE, FALSE)); } emitcode ("xrl", "b,#0x80"); emitcode ("subb", "a,b"); } else { if (rightInB) emitcode ("subb", "a,b"); else emitcode ("subb", "a,%s", aopGet (right, offset, FALSE, FALSE)); } if (rightInB) popB (pushedB); offset++; } } } release: freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); if (AOP_TYPE (result) == AOP_CRY && AOP_SIZE (result)) { outBitC (result); } else { /* if the result is used in the next ifx conditional branch then generate code a little differently */ if (ifx) { genIfxJump (ifx, "c", NULL, NULL, result, ic->next); } else { outBitC (result); } /* leave the result in acc */ } } /*-----------------------------------------------------------------*/ /* genCmpGt :- greater than comparison */ /*-----------------------------------------------------------------*/ static void genCmpGt (iCode * ic, iCode * ifx) { operand *left, *right, *result; sym_link *letype, *retype; int sign; D (emitcode (";", "genCmpGt")); left = IC_LEFT (ic); right = IC_RIGHT (ic); result = IC_RESULT (ic); letype = getSpec (operandType (left)); retype = getSpec (operandType (right)); sign = !((SPEC_USIGN (letype) && !(IS_CHAR (letype) && IS_LITERAL (letype))) || (SPEC_USIGN (retype) && !(IS_CHAR (retype) && IS_LITERAL (retype)))); /* assign the asmops */ aopOp (result, ic, TRUE); aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); genCmp (right, left, result, ifx, sign, ic); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genCmpLt - less than comparisons */ /*-----------------------------------------------------------------*/ static void genCmpLt (iCode * ic, iCode * ifx) { operand *left, *right, *result; sym_link *letype, *retype; int sign; D (emitcode (";", "genCmpLt")); left = IC_LEFT (ic); right = IC_RIGHT (ic); result = IC_RESULT (ic); letype = getSpec (operandType (left)); retype = getSpec (operandType (right)); sign = !((SPEC_USIGN (letype) && !(IS_CHAR (letype) && IS_LITERAL (letype))) || (SPEC_USIGN (retype) && !(IS_CHAR (retype) && IS_LITERAL (retype)))); /* assign the asmops */ aopOp (result, ic, TRUE); aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); genCmp (left, right, result, ifx, sign, ic); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* gencjneshort - compare and jump if not equal */ /*-----------------------------------------------------------------*/ static void gencjneshort (operand * left, operand * right, symbol * lbl) { int size = max (AOP_SIZE (left), AOP_SIZE (right)); int offset = 0; unsigned long lit = 0L; D (emitcode (";", "gencjneshort")); /* if the left side is a literal or if the right is in a pointer register and left is not */ if ((AOP_TYPE (left) == AOP_LIT) || (AOP_TYPE (left) == AOP_IMMD) || (AOP_TYPE (left) == AOP_DIR) || (IS_AOP_PREG (right) && !IS_AOP_PREG (left))) { operand *t = right; right = left; left = t; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); /* if the right side is a literal then anything goes */ if (AOP_TYPE (right) == AOP_LIT && AOP_TYPE (left) != AOP_DIR && AOP_TYPE (left) != AOP_IMMD) { while (size--) { emitcode ("cjne", "%s,%s,%05d$", aopGet (left, offset, FALSE, FALSE), aopGet (right, offset, FALSE, FALSE), lbl->key + 100); offset++; } } /* if the right side is in a register or in direct space or if the left is a pointer register & right is not */ else if (AOP_TYPE (right) == AOP_REG || AOP_TYPE (right) == AOP_DIR || AOP_TYPE (right) == AOP_LIT || AOP_TYPE (right) == AOP_IMMD || (AOP_TYPE (left) == AOP_DIR && AOP_TYPE (right) == AOP_LIT) || (IS_AOP_PREG (left) && !IS_AOP_PREG (right))) { while (size--) { MOVA (aopGet (left, offset, FALSE, FALSE)); if ((AOP_TYPE (left) == AOP_DIR && AOP_TYPE (right) == AOP_LIT) && ((unsigned int) ((lit >> (offset * 8)) & 0x0FFL) == 0)) emitcode ("jnz", "%05d$", lbl->key + 100); else emitcode ("cjne", "a,%s,%05d$", aopGet (right, offset, FALSE, TRUE), lbl->key + 100); offset++; } } else { /* right is a pointer reg need both a & b */ while (size--) { //if B in use: push B; mov B,left; mov A,right; clrc; subb A,B; pop B; jnz wassertl(!BINUSE, "B was in use"); MOVB (aopGet (left, offset, FALSE, FALSE)); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("cjne", "a,b,%05d$", lbl->key + 100); offset++; } } } /*-----------------------------------------------------------------*/ /* gencjne - compare and jump if not equal */ /*-----------------------------------------------------------------*/ static void gencjne (operand * left, operand * right, symbol * lbl, bool useCarry) { symbol *tlbl = newiTempLabel (NULL); D (emitcode (";", "gencjne")); gencjneshort (left, right, lbl); if (useCarry) SETC; else MOVA (one); emitcode ("sjmp", "%05d$", tlbl->key + 100); emitLabel (lbl); if (useCarry) CLRC; else MOVA (zero); emitLabel (tlbl); } /*-----------------------------------------------------------------*/ /* genCmpEq - generates code for equal to */ /*-----------------------------------------------------------------*/ static void genCmpEq (iCode * ic, iCode * ifx) { bool swappedLR = FALSE; operand *left, *right, *result; iCode * popIc = ic->next; D (emitcode (";", "genCmpEq")); aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, TRUE); /* if literal, literal on the right or if the right is in a pointer register and left is not */ if ((AOP_TYPE (IC_LEFT (ic)) == AOP_LIT) || (IS_AOP_PREG (right) && !IS_AOP_PREG (left))) { operand *t = IC_RIGHT (ic); IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = t; swappedLR = TRUE; } if (ifx && !AOP_SIZE (result)) { symbol *tlbl; /* if they are both bit variables */ if (AOP_TYPE (left) == AOP_CRY && ((AOP_TYPE (right) == AOP_CRY) || (AOP_TYPE (right) == AOP_LIT))) { if (AOP_TYPE (right) == AOP_LIT) { unsigned long lit = ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit); if (lit == 0L) { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("cpl", "c"); } else if (lit == 1L) { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); } else { emitcode ("clr", "c"); } /* AOP_TYPE(right) == AOP_CRY */ } else { symbol *lbl = newiTempLabel (NULL); emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("jb", "%s,%05d$", AOP (right)->aopu.aop_dir, (lbl->key + 100)); emitcode ("cpl", "c"); emitLabel (lbl); } /* if true label then we jump if condition supplied is true */ tlbl = newiTempLabel (NULL); if (IC_TRUE (ifx)) { emitcode ("jnc", "%05d$", tlbl->key + 100); freeForBranchAsmop (result); freeForBranchAsmop (right); freeForBranchAsmop (left); popForBranch (popIc, FALSE); emitcode ("ljmp", "%05d$", IC_TRUE (ifx)->key + 100); } else { emitcode ("jc", "%05d$", tlbl->key + 100); freeForBranchAsmop (result); freeForBranchAsmop (right); freeForBranchAsmop (left); popForBranch (popIc, FALSE); emitcode ("ljmp", "%05d$", IC_FALSE (ifx)->key + 100); } emitLabel (tlbl); } else { tlbl = newiTempLabel (NULL); gencjneshort (left, right, tlbl); if (IC_TRUE (ifx)) { freeForBranchAsmop (result); freeForBranchAsmop (right); freeForBranchAsmop (left); popForBranch (popIc, FALSE); emitcode ("ljmp", "%05d$", IC_TRUE (ifx)->key + 100); emitLabel (tlbl); } else { symbol *lbl = newiTempLabel (NULL); emitcode ("sjmp", "%05d$", lbl->key + 100); emitLabel (tlbl); freeForBranchAsmop (result); freeForBranchAsmop (right); freeForBranchAsmop (left); popForBranch (popIc, FALSE); emitcode ("ljmp", "%05d$", IC_FALSE (ifx)->key + 100); emitLabel (lbl); } } /* mark the icode as generated */ ifx->generated = 1; goto release; } /* if they are both bit variables */ if (AOP_TYPE (left) == AOP_CRY && ((AOP_TYPE (right) == AOP_CRY) || (AOP_TYPE (right) == AOP_LIT))) { if (AOP_TYPE (right) == AOP_LIT) { unsigned long lit = ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit); if (lit == 0L) { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("cpl", "c"); } else if (lit == 1L) { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); } else { emitcode ("clr", "c"); } /* AOP_TYPE(right) == AOP_CRY */ } else { symbol *lbl = newiTempLabel (NULL); emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("jb", "%s,%05d$", AOP (right)->aopu.aop_dir, (lbl->key + 100)); emitcode ("cpl", "c"); emitLabel (lbl); } /* c = 1 if egal */ if (AOP_TYPE (result) == AOP_CRY && AOP_SIZE (result)) { outBitC (result); goto release; } if (ifx) { genIfxJump (ifx, "c", left, right, result, popIc); goto release; } /* if the result is used in an arithmetic operation then put the result in place */ outBitC (result); } else { if (AOP_TYPE (result) == AOP_CRY && AOP_SIZE (result)) { gencjne (left, right, newiTempLabel (NULL), TRUE); aopPut (result, "c", 0); goto release; } gencjne (left, right, newiTempLabel (NULL), FALSE); if (ifx) { genIfxJump (ifx, "a", left, right, result, popIc); goto release; } /* if the result is used in an arithmetic operation then put the result in place */ if (AOP_TYPE (result) != AOP_CRY) outAcc (result); /* leave the result in acc */ } release: freeAsmop (result, NULL, ic, TRUE); if (!swappedLR) { freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } else { freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } } /*-----------------------------------------------------------------*/ /* ifxForOp - returns the icode containing the ifx for operand */ /*-----------------------------------------------------------------*/ static iCode * ifxForOp (operand * op, iCode * ic) { iCode *ifxIc; /* if true symbol then needs to be assigned */ if (IS_TRUE_SYMOP (op)) return NULL; /* if this has register type condition and while skipping ipop's (see bug 1509084), the next instruction is ifx with the same operand and live to of the operand is upto the ifx only then */ for (ifxIc = ic->next; ifxIc && ifxIc->op == IPOP; ifxIc = ifxIc->next); if (ifxIc && ifxIc->op == IFX && IC_COND (ifxIc)->key == op->key && OP_SYMBOL (op)->liveTo <= ifxIc->seq) return ifxIc; return NULL; } /*-----------------------------------------------------------------*/ /* hasInc - operand is incremented before any other use */ /*-----------------------------------------------------------------*/ static iCode * hasInc (operand *op, iCode *ic, int osize) { sym_link *type = operandType(op); sym_link *retype = getSpec (type); iCode *lic = ic->next; int isize ; /* this could from a cast, e.g.: "(char xdata *) 0x7654;" */ if (!IS_SYMOP(op)) return NULL; if (IS_BITVAR(retype)||!IS_PTR(type)) return NULL; if (IS_AGGREGATE(type->next)) return NULL; if (osize != (isize = getSize(type->next))) return NULL; while (lic) { /* if operand of the form op = op + */ if (lic->op == '+' && isOperandEqual(IC_LEFT(lic),op) && isOperandEqual(IC_RESULT(lic),op) && isOperandLiteral(IC_RIGHT(lic)) && operandLitValue(IC_RIGHT(lic)) == isize) { return lic; } /* if the operand used or deffed */ if (bitVectBitValue(OP_USES(op),lic->key) || lic->defKey == op->key) { return NULL; } /* if GOTO or IFX */ if (lic->op == IFX || lic->op == GOTO || lic->op == LABEL) break; lic = lic->next; } return NULL; } /*-----------------------------------------------------------------*/ /* genAndOp - for && operation */ /*-----------------------------------------------------------------*/ static void genAndOp (iCode * ic) { operand *left, *right, *result; symbol *tlbl; D (emitcode (";", "genAndOp")); /* note here that && operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, FALSE); /* if both are bit variables */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("anl", "c,%s", AOP (right)->aopu.aop_dir); outBitC (result); } else { tlbl = newiTempLabel (NULL); toBoolean (left); emitcode ("jz", "%05d$", tlbl->key + 100); toBoolean (right); emitLabel (tlbl); outBitAcc (result); } freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genOrOp - for || operation */ /*-----------------------------------------------------------------*/ static void genOrOp (iCode * ic) { operand *left, *right, *result; symbol *tlbl; D (emitcode (";", "genOrOp")); /* note here that || operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, FALSE); /* if both are bit variables */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("orl", "c,%s", AOP (right)->aopu.aop_dir); outBitC (result); } else { tlbl = newiTempLabel (NULL); toBoolean (left); emitcode ("jnz", "%05d$", tlbl->key + 100); toBoolean (right); emitLabel (tlbl); outBitAcc (result); } freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* isLiteralBit - test if lit == 2^n */ /*-----------------------------------------------------------------*/ static int isLiteralBit (unsigned long lit) { unsigned long pw[32] = {1L, 2L, 4L, 8L, 16L, 32L, 64L, 128L, 0x100L, 0x200L, 0x400L, 0x800L, 0x1000L, 0x2000L, 0x4000L, 0x8000L, 0x10000L, 0x20000L, 0x40000L, 0x80000L, 0x100000L, 0x200000L, 0x400000L, 0x800000L, 0x1000000L, 0x2000000L, 0x4000000L, 0x8000000L, 0x10000000L, 0x20000000L, 0x40000000L, 0x80000000L}; int idx; for (idx = 0; idx < 32; idx++) if (lit == pw[idx]) return idx + 1; return 0; } /*-----------------------------------------------------------------*/ /* continueIfTrue - */ /*-----------------------------------------------------------------*/ static void continueIfTrue (iCode * ic) { if (IC_TRUE (ic)) emitcode ("ljmp", "%05d$", IC_TRUE (ic)->key + 100); ic->generated = 1; } /*-----------------------------------------------------------------*/ /* jmpIfTrue - */ /*-----------------------------------------------------------------*/ static void jumpIfTrue (iCode * ic) { if (!IC_TRUE (ic)) emitcode ("ljmp", "%05d$", IC_FALSE (ic)->key + 100); ic->generated = 1; } /*-----------------------------------------------------------------*/ /* jmpTrueOrFalse - */ /*-----------------------------------------------------------------*/ static void jmpTrueOrFalse (iCode * ic, symbol * tlbl, operand *left, operand *right, operand *result) { // ugly but optimized by peephole if (IC_TRUE (ic)) { symbol *nlbl = newiTempLabel (NULL); emitcode ("sjmp", "%05d$", nlbl->key + 100); emitLabel (tlbl); freeForBranchAsmop (result); freeForBranchAsmop (right); freeForBranchAsmop (left); emitcode ("ljmp", "%05d$", IC_TRUE (ic)->key + 100); emitLabel (nlbl); } else { freeForBranchAsmop (result); freeForBranchAsmop (right); freeForBranchAsmop (left); emitcode ("ljmp", "%05d$", IC_FALSE (ic)->key + 100); emitLabel (tlbl); } ic->generated = 1; } /*-----------------------------------------------------------------*/ /* genAnd - code for and */ /*-----------------------------------------------------------------*/ static void genAnd (iCode * ic, iCode * ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; int bytelit = 0; char buffer[10]; D (emitcode (";", "genAnd")); aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, TRUE); #ifdef DEBUG_TYPE emitcode (";", "Type res[%d] = l[%d]&r[%d]", AOP_TYPE (result), AOP_TYPE (left), AOP_TYPE (right)); emitcode (";", "Size res[%d] = l[%d]&r[%d]", AOP_SIZE (result), AOP_SIZE (left), AOP_SIZE (right)); #endif /* if left is a literal & right is not then exchange them */ if ((AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) || AOP_NEEDSACC (left)) { operand *tmp = right; right = left; left = tmp; } /* if result = right then exchange left and right */ if (sameRegs (AOP (result), AOP (right))) { operand *tmp = right; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE (right) == AOP_CRY && AOP_TYPE (left) != AOP_CRY) { operand *tmp = right; right = left; left = tmp; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); // if(bit & yy) // result = bit & yy; if (AOP_TYPE (left) == AOP_CRY) { // c = bit & literal; if (AOP_TYPE (right) == AOP_LIT) { if (lit & 1) { if (size && sameRegs (AOP (result), AOP (left))) // no change goto release; emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); } else { // bit(result) = 0; if (size && (AOP_TYPE (result) == AOP_CRY)) { emitcode ("clr", "%s", AOP (result)->aopu.aop_dir); goto release; } if ((AOP_TYPE (result) == AOP_CRY) && ifx) { jumpIfTrue (ifx); goto release; } emitcode ("clr", "c"); } } else { if (AOP_TYPE (right) == AOP_CRY) { // c = bit & bit; if (IS_OP_ACCUSE (left)) { emitcode ("anl", "c,%s", AOP (right)->aopu.aop_dir); } else { emitcode ("mov", "c,%s", AOP (right)->aopu.aop_dir); emitcode ("anl", "c,%s", AOP (left)->aopu.aop_dir); } } else { // c = bit & val; MOVA (aopGet (right, 0, FALSE, FALSE)); // c = lsb emitcode ("rrc", "a"); emitcode ("anl", "c,%s", AOP (left)->aopu.aop_dir); } } // bit = c // val = c if (size) outBitC (result); // if(bit & ...) else if ((AOP_TYPE (result) == AOP_CRY) && ifx) genIfxJump (ifx, "c", left, right, result, ic->next); goto release; } // if(val & 0xZZ) - size = 0, ifx != FALSE - // bit = val & 0xZZ - size = 1, ifx = FALSE - if ((AOP_TYPE (right) == AOP_LIT) && (AOP_TYPE (result) == AOP_CRY) && (AOP_TYPE (left) != AOP_CRY)) { int posbit = isLiteralBit (lit); /* left & 2^n */ if (posbit) { posbit--; MOVA (aopGet (left, posbit >> 3, FALSE, FALSE)); // bit = left & 2^n if (size) { switch (posbit & 0x07) { case 0: emitcode ("rrc", "a"); break; case 7: emitcode ("rlc", "a"); break; default: emitcode ("mov", "c,acc.%d", posbit & 0x07); break; } } // if(left & 2^n) else { if (ifx) { SNPRINTF (buffer, sizeof(buffer), "acc.%d", posbit & 0x07); genIfxJump (ifx, buffer, left, right, result, ic->next); } else {// what is this case? just found it in ds390/gen.c emitcode ("anl","a,#!constbyte",1 << (posbit & 0x07)); } goto release; } } else { symbol *tlbl = newiTempLabel (NULL); int sizel = AOP_SIZE (left); if (size) emitcode ("setb", "c"); while (sizel--) { if ((bytelit = ((lit >> (offset * 8)) & 0x0FFL)) != 0x0L) { MOVA (aopGet (left, offset, FALSE, FALSE)); // byte == 2^n ? if ((posbit = isLiteralBit (bytelit)) != 0) emitcode ("jb", "acc.%d,%05d$", (posbit - 1) & 0x07, tlbl->key + 100); else { if (bytelit != 0x0FFL) emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, TRUE)); emitcode ("jnz", "%05d$", tlbl->key + 100); } } offset++; } // bit = left & literal if (size) { emitcode ("clr", "c"); emitLabel (tlbl); } // if(left & literal) else { if (ifx) jmpTrueOrFalse (ifx, tlbl, left, right, result); else emitLabel (tlbl); goto release; } } outBitC (result); goto release; } /* if left is same as result */ if (sameRegs (AOP (result), AOP (left))) { for (; size--; offset++) { if (AOP_TYPE (right) == AOP_LIT) { bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL); if (bytelit == 0x0FF) { /* dummy read of volatile operand */ if (isOperandVolatile (left, FALSE)) MOVA (aopGet (left, offset, FALSE, FALSE)); else continue; } else if (bytelit == 0) { aopPut (result, zero, offset); } else if (IS_AOP_PREG (result)) { MOVA (aopGet (left, offset, FALSE, TRUE)); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE)); aopPut (result, "a", offset); } else emitcode ("anl", "%s,%s", aopGet (left, offset, FALSE, TRUE), aopGet (right, offset, FALSE, FALSE)); } else { if (AOP_TYPE (left) == AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE)); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("anl", "a,b"); aopPut (result, "a", offset); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE)); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE)); aopPut (result, "a", offset); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); if (IS_AOP_PREG (result)) { emitcode ("anl", "a,%s", aopGet (left, offset, FALSE, TRUE)); aopPut (result, "a", offset); } else emitcode ("anl", "%s,a", aopGet (left, offset, FALSE, TRUE)); } } } } else { // left & result in different registers if (AOP_TYPE (result) == AOP_CRY) { // result = bit // if(size), result in bit // if(!size && ifx), conditional oper: if(left & right) symbol *tlbl = newiTempLabel (NULL); int sizer = min (AOP_SIZE (left), AOP_SIZE (right)); if (size) emitcode ("setb", "c"); while (sizer--) { if ((AOP_TYPE(right)==AOP_REG || IS_AOP_PREG(right) || AOP_TYPE(right)==AOP_DIR) && AOP_TYPE(left)==AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else if (AOP_TYPE(left)==AOP_ACC) { if (!offset) { bool pushedB = pushB (); emitcode("mov", "b,a"); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode("anl", "a,b"); popB (pushedB); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode("anl", "a,b"); } } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE)); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("anl", "a,b"); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE)); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("anl", "a,%s", aopGet (left, offset, FALSE, FALSE)); } emitcode ("jnz", "%05d$", tlbl->key + 100); offset++; } if (size) { CLRC; emitLabel (tlbl); outBitC (result); } else if (ifx) jmpTrueOrFalse (ifx, tlbl, left, right, result); else emitLabel (tlbl); } else { for (; (size--); offset++) { // normal case // result = left & right if (AOP_TYPE (right) == AOP_LIT) { bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL); if (bytelit == 0x0FF) { aopPut (result, aopGet (left, offset, FALSE, FALSE), offset); continue; } else if (bytelit == 0) { /* dummy read of volatile operand */ if (isOperandVolatile (left, FALSE)) MOVA (aopGet (left, offset, FALSE, FALSE)); aopPut (result, zero, offset); continue; } else if (AOP_TYPE (left) == AOP_ACC) { if (!offset) { emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE)); aopPut (result, "a", offset); continue; } else { emitcode ("anl", "b,%s", aopGet (right, offset, FALSE, FALSE)); aopPut (result, "b", offset); continue; } } } // faster than result <- left, anl result,right // and better if result is SFR if ((AOP_TYPE(right)==AOP_REG || IS_AOP_PREG(right) || AOP_TYPE(right)==AOP_DIR) && AOP_TYPE(left)==AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else if (AOP_TYPE(left)==AOP_ACC) { if (!offset) { bool pushedB = pushB (); emitcode("mov", "b,a"); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode("anl", "a,b"); popB (pushedB); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode("anl", "a,b"); } } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE)); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("anl", "a,b"); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE)); emitcode ("anl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("anl", "a,%s", aopGet (left, offset, FALSE, FALSE)); } aopPut (result, "a", offset); } } } release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genOr - code for or */ /*-----------------------------------------------------------------*/ static void genOr (iCode * ic, iCode * ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; int bytelit = 0; D (emitcode (";", "genOr")); aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, TRUE); #ifdef DEBUG_TYPE emitcode (";", "Type res[%d] = l[%d]&r[%d]", AOP_TYPE (result), AOP_TYPE (left), AOP_TYPE (right)); emitcode (";", "Size res[%d] = l[%d]&r[%d]", AOP_SIZE (result), AOP_SIZE (left), AOP_SIZE (right)); #endif /* if left is a literal & right is not then exchange them */ if ((AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) || AOP_NEEDSACC (left)) { operand *tmp = right; right = left; left = tmp; } /* if result = right then exchange them */ if (sameRegs (AOP (result), AOP (right))) { operand *tmp = right; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE (right) == AOP_CRY && AOP_TYPE (left) != AOP_CRY) { operand *tmp = right; right = left; left = tmp; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); // if(bit | yy) // xx = bit | yy; if (AOP_TYPE (left) == AOP_CRY) { if (AOP_TYPE (right) == AOP_LIT) { // c = bit | literal; if (lit) { // lit != 0 => result = 1 if (AOP_TYPE (result) == AOP_CRY) { if (size) emitcode ("setb", "%s", AOP (result)->aopu.aop_dir); else if (ifx) continueIfTrue (ifx); goto release; } emitcode ("setb", "c"); } else { // lit == 0 => result = left if (size && sameRegs (AOP (result), AOP (left))) goto release; emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); } } else { if (AOP_TYPE (right) == AOP_CRY) { // c = bit | bit; if (IS_OP_ACCUSE (left)) { emitcode ("orl", "c,%s", AOP (right)->aopu.aop_dir); } else { emitcode ("mov", "c,%s", AOP (right)->aopu.aop_dir); emitcode ("orl", "c,%s", AOP (left)->aopu.aop_dir); } } else { // c = bit | val; if ((AOP_TYPE (result) == AOP_CRY) && ifx) { symbol *tlbl = newiTempLabel (NULL); emitcode ("jb", "%s,%05d$", AOP (left)->aopu.aop_dir, tlbl->key + 100); toBoolean (right); emitcode ("jnz", "%05d$", tlbl->key + 100); jmpTrueOrFalse (ifx, tlbl, left, right, result); goto release; } else { toCarry (right); emitcode ("orl", "c,%s", AOP (left)->aopu.aop_dir); } } } // bit = c // val = c if (size) outBitC (result); // if(bit | ...) else if ((AOP_TYPE (result) == AOP_CRY) && ifx) genIfxJump (ifx, "c", left, right, result, ic->next); goto release; } // if(val | 0xZZ) - size = 0, ifx != FALSE - // bit = val | 0xZZ - size = 1, ifx = FALSE - if ((AOP_TYPE (right) == AOP_LIT) && (AOP_TYPE (result) == AOP_CRY) && (AOP_TYPE (left) != AOP_CRY)) { if (lit) { // result = 1 if (size) emitcode ("setb", "%s", AOP (result)->aopu.aop_dir); else if(ifx) continueIfTrue (ifx); goto release; } else { // lit = 0, result = boolean(left) if (size) emitcode ("setb", "c"); toBoolean (right); if (size) { symbol *tlbl = newiTempLabel (NULL); emitcode ("jnz", "%05d$", tlbl->key + 100); CLRC; emitLabel (tlbl); } else { /* FIXME, thats pretty fishy, check for ifx!=0, testcase .. */ genIfxJump (ifx, "a", left, right, result, ic->next); goto release; } } outBitC (result); goto release; } /* if left is same as result */ if (sameRegs (AOP (result), AOP (left))) { for (; size--; offset++) { if (AOP_TYPE (right) == AOP_LIT) { bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL); if (bytelit == 0) { /* dummy read of volatile operand */ if (isOperandVolatile (left, FALSE)) MOVA (aopGet (left, offset, FALSE, FALSE)); else continue; } else if (bytelit == 0x0FF) { aopPut (result, "#0xff", offset); } else if (IS_AOP_PREG (left)) { MOVA (aopGet (left, offset, FALSE, TRUE)); emitcode ("orl", "a,%s", aopGet (right, offset, FALSE, FALSE)); aopPut (result, "a", offset); } else { emitcode ("orl", "%s,%s", aopGet (left, offset, FALSE, TRUE), aopGet (right, offset, FALSE, FALSE)); } } else { if (AOP_TYPE (left) == AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("orl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE)); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("orl", "a,b"); aopPut (result, "a", offset); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE)); emitcode ("orl", "a,%s", aopGet (right, offset, FALSE, FALSE)); aopPut (result, "a", offset); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); if (IS_AOP_PREG (left)) { emitcode ("orl", "a,%s", aopGet (left, offset, FALSE, TRUE)); aopPut (result, "a", offset); } else { emitcode ("orl", "%s,a", aopGet (left, offset, FALSE, TRUE)); } } } } } else { // left & result in different registers if (AOP_TYPE (result) == AOP_CRY) { // result = bit // if(size), result in bit // if(!size && ifx), conditional oper: if(left | right) symbol *tlbl = newiTempLabel (NULL); int sizer = max (AOP_SIZE (left), AOP_SIZE (right)); if (size) emitcode ("setb", "c"); while (sizer--) { if ((AOP_TYPE(right)==AOP_REG || IS_AOP_PREG(right) || AOP_TYPE(right)==AOP_DIR) && AOP_TYPE(left)==AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("orl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else if (AOP_TYPE(left)==AOP_ACC) { if (!offset) { bool pushedB = pushB (); emitcode("mov", "b,a"); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode("orl", "a,b"); popB (pushedB); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode("orl", "a,b"); } } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE)); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("orl", "a,b"); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE)); emitcode ("orl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("orl", "a,%s", aopGet (left, offset, FALSE, FALSE)); } emitcode ("jnz", "%05d$", tlbl->key + 100); offset++; } if (size) { CLRC; emitLabel (tlbl); outBitC (result); } else if (ifx) jmpTrueOrFalse (ifx, tlbl, left, right, result); else emitLabel (tlbl); } else { for (; (size--); offset++) { // normal case // result = left | right if (AOP_TYPE (right) == AOP_LIT) { bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL); if (bytelit == 0) { aopPut (result, aopGet (left, offset, FALSE, FALSE), offset); continue; } else if (bytelit == 0x0FF) { /* dummy read of volatile operand */ if (isOperandVolatile (left, FALSE)) MOVA (aopGet (left, offset, FALSE, FALSE)); aopPut (result, "#0xff", offset); continue; } } // faster than result <- left, orl result,right // and better if result is SFR if ((AOP_TYPE(right)==AOP_REG || IS_AOP_PREG(right) || AOP_TYPE(right)==AOP_DIR) && AOP_TYPE(left)==AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("orl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else if (AOP_TYPE(left)==AOP_ACC) { if (!offset) { bool pushedB = pushB (); emitcode("mov", "b,a"); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode("orl", "a,b"); popB (pushedB); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode("orl", "a,b"); } } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE)); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("orl", "a,b"); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE)); emitcode ("orl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("orl", "a,%s", aopGet (left, offset, FALSE, FALSE)); } aopPut (result, "a", offset); } } } release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genXor - code for xclusive or */ /*-----------------------------------------------------------------*/ static void genXor (iCode * ic, iCode * ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; int bytelit = 0; D (emitcode (";", "genXor")); aopOp ((left = IC_LEFT (ic)), ic, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE); aopOp ((result = IC_RESULT (ic)), ic, TRUE); #ifdef DEBUG_TYPE emitcode (";", "Type res[%d] = l[%d]&r[%d]", AOP_TYPE (result), AOP_TYPE (left), AOP_TYPE (right)); emitcode (";", "Size res[%d] = l[%d]&r[%d]", AOP_SIZE (result), AOP_SIZE (left), AOP_SIZE (right)); #endif /* if left is a literal & right is not || if left needs acc & right does not */ if ((AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) || (AOP_NEEDSACC (left) && !AOP_NEEDSACC (right))) { operand *tmp = right; right = left; left = tmp; } /* if result = right then exchange them */ if (sameRegs (AOP (result), AOP (right))) { operand *tmp = right; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE (right) == AOP_CRY && AOP_TYPE (left) != AOP_CRY) { operand *tmp = right; right = left; left = tmp; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); // if(bit ^ yy) // xx = bit ^ yy; if (AOP_TYPE (left) == AOP_CRY) { if (AOP_TYPE (right) == AOP_LIT) { // c = bit & literal; if (lit >> 1) { // lit>>1 != 0 => result = 1 if (AOP_TYPE (result) == AOP_CRY) { if (size) emitcode ("setb", "%s", AOP (result)->aopu.aop_dir); else if (ifx) continueIfTrue (ifx); goto release; } emitcode ("setb", "c"); } else { // lit == (0 or 1) if (lit == 0) { // lit == 0, result = left if (size && sameRegs (AOP (result), AOP (left))) goto release; emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); } else { // lit == 1, result = not(left) if (size && sameRegs (AOP (result), AOP (left))) { emitcode ("cpl", "%s", AOP (result)->aopu.aop_dir); goto release; } else { emitcode ("mov", "c,%s", AOP (left)->aopu.aop_dir); emitcode ("cpl", "c"); } } } } else { // right != literal symbol *tlbl = newiTempLabel (NULL); if (AOP_TYPE (right) == AOP_CRY) { // c = bit ^ bit; if (IS_OP_ACCUSE (left)) {// left already is in the carry operand *tmp = right; right = left; left = tmp; } else { toCarry (right); } } else { // c = bit ^ val toCarry (right); } emitcode ("jnb", "%s,%05d$", AOP (left)->aopu.aop_dir, (tlbl->key + 100)); emitcode ("cpl", "c"); emitLabel (tlbl); } // bit = c // val = c if (size) outBitC (result); // if(bit ^ ...) else if ((AOP_TYPE (result) == AOP_CRY) && ifx) genIfxJump (ifx, "c", left, right, result, ic->next); goto release; } /* if left is same as result */ if (sameRegs (AOP (result), AOP (left))) { for (; size--; offset++) { if (AOP_TYPE (right) == AOP_LIT) { bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL); if (bytelit == 0) { /* dummy read of volatile operand */ if (isOperandVolatile (left, FALSE)) MOVA (aopGet (left, offset, FALSE, FALSE)); else continue; } else if (IS_AOP_PREG (left)) { MOVA (aopGet (left, offset, FALSE, TRUE)); emitcode ("xrl", "a,%s", aopGet (right, offset, FALSE, FALSE)); aopPut (result, "a", offset); } else { emitcode ("xrl", "%s,%s", aopGet (left, offset, FALSE, TRUE), aopGet (right, offset, FALSE, FALSE)); } } else { if (AOP_TYPE (left) == AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("xrl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE)); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("xrl", "a,b"); aopPut (result, "a", offset); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE)); emitcode ("xrl", "a,%s", aopGet (right, offset, FALSE, FALSE)); aopPut (result, "a", offset); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); if (IS_AOP_PREG (left)) { emitcode ("xrl", "a,%s", aopGet (left, offset, FALSE, TRUE)); aopPut (result, "a", offset); } else emitcode ("xrl", "%s,a", aopGet (left, offset, FALSE, TRUE)); } } } } else { // left & result in different registers if (AOP_TYPE (result) == AOP_CRY) { // result = bit // if(size), result in bit // if(!size && ifx), conditional oper: if(left ^ right) symbol *tlbl = newiTempLabel (NULL); int sizer = max (AOP_SIZE (left), AOP_SIZE (right)); if (size) emitcode ("setb", "c"); while (sizer--) { if ((AOP_TYPE (right) == AOP_LIT) && (((lit >> (offset * 8)) & 0x0FFL) == 0x00L)) { MOVA (aopGet (left, offset, FALSE, FALSE)); } else if ((AOP_TYPE(right)==AOP_REG || IS_AOP_PREG(right) || AOP_TYPE(right)==AOP_DIR) && AOP_TYPE(left)==AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("xrl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else if (AOP_TYPE(left)==AOP_ACC) { if (!offset) { bool pushedB = pushB (); emitcode("mov", "b,a"); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode("xrl", "a,b"); popB (pushedB); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode("xrl", "a,b"); } } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE)); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("xrl", "a,b"); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE)); emitcode ("xrl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("xrl", "a,%s", aopGet (left, offset, FALSE, TRUE)); } emitcode ("jnz", "%05d$", tlbl->key + 100); offset++; } if (size) { CLRC; emitLabel (tlbl); outBitC (result); } else if (ifx) jmpTrueOrFalse (ifx, tlbl, left, right, result); } else { for (; (size--); offset++) { // normal case // result = left ^ right if (AOP_TYPE (right) == AOP_LIT) { bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL); if (bytelit == 0) { aopPut (result, aopGet (left, offset, FALSE, FALSE), offset); continue; } } // faster than result <- left, xrl result,right // and better if result is SFR if ((AOP_TYPE(right)==AOP_REG || IS_AOP_PREG(right) || AOP_TYPE(right)==AOP_DIR) && AOP_TYPE(left)==AOP_ACC) { if (offset) emitcode("mov", "a,b"); emitcode ("xrl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else if (AOP_TYPE(left)==AOP_ACC) { if (!offset) { bool pushedB = pushB (); emitcode("mov", "b,a"); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode("xrl", "a,b"); popB (pushedB); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode("xrl", "a,b"); } } else if (aopGetUsesAcc (left, offset) && aopGetUsesAcc (right, offset)) { MOVB (aopGet (left, offset, FALSE, FALSE)); MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("xrl", "a,b"); } else if (aopGetUsesAcc (left, offset)) { MOVA (aopGet (left, offset, FALSE, FALSE)); emitcode ("xrl", "a,%s", aopGet (right, offset, FALSE, FALSE)); } else { MOVA (aopGet (right, offset, FALSE, FALSE)); emitcode ("xrl", "a,%s", aopGet (left, offset, FALSE, TRUE)); } aopPut (result, "a", offset); } } } release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); freeAsmop (left, NULL, ic, (RESULTONSTACK (ic) ? FALSE : TRUE)); } /*-----------------------------------------------------------------*/ /* genInline - write the inline code out */ /*-----------------------------------------------------------------*/ static void genInline (iCode * ic) { char *buffer, *bp, *bp1; bool inComment = FALSE; D (emitcode (";", "genInline")); _G.inLine += (!options.asmpeep); buffer = bp = bp1 = Safe_strdup (IC_INLINE (ic)); /* emit each line as a code */ while (*bp) { switch (*bp) { case ';': inComment = TRUE; ++bp; break; case '\n': inComment = FALSE; *bp++ = '\0'; emitcode (bp1, ""); bp1 = bp; break; default: /* Add \n for labels, not dirs such as c:\mydir */ if (!inComment && (*bp == ':') && (isspace((unsigned char)bp[1]))) { ++bp; *bp = '\0'; ++bp; emitcode (bp1, ""); bp1 = bp; } else ++bp; break; } } if (bp1 != bp) emitcode (bp1, ""); Safe_free (buffer); _G.inLine -= (!options.asmpeep); } /*-----------------------------------------------------------------*/ /* genRRC - rotate right with carry */ /*-----------------------------------------------------------------*/ static void genRRC (iCode * ic) { operand *left, *result; int size, offset; char *l; D (emitcode (";", "genRRC")); /* rotate right with carry */ left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); /* move it to the result */ size = AOP_SIZE (result); offset = size - 1; if (size == 1) { /* special case for 1 byte */ l = aopGet (left, offset, FALSE, FALSE); MOVA (l); emitcode ("rr", "a"); goto release; } /* no need to clear carry, bit7 will be written later */ while (size--) { l = aopGet (left, offset, FALSE, FALSE); MOVA (l); emitcode ("rrc", "a"); if (AOP_SIZE (result) > 1) aopPut (result, "a", offset--); } /* now we need to put the carry into the highest order byte of the result */ if (AOP_SIZE (result) > 1) { l = aopGet (result, AOP_SIZE (result) - 1, FALSE, FALSE); MOVA (l); } emitcode ("mov", "acc.7,c"); release: aopPut (result, "a", AOP_SIZE (result) - 1); freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genRLC - generate code for rotate left with carry */ /*-----------------------------------------------------------------*/ static void genRLC (iCode * ic) { operand *left, *result; int size, offset; char *l; D (emitcode (";", "genRLC")); /* rotate right with carry */ left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); /* move it to the result */ size = AOP_SIZE (result); offset = 0; if (size--) { l = aopGet (left, offset, FALSE, FALSE); MOVA (l); if (size == 0) { /* special case for 1 byte */ emitcode("rl","a"); goto release; } emitcode("rlc","a"); /* bit0 will be written later */ if (AOP_SIZE (result) > 1) { aopPut (result, "a", offset++); } while (size--) { l = aopGet (left, offset, FALSE, FALSE); MOVA (l); emitcode ("rlc", "a"); if (AOP_SIZE (result) > 1) aopPut (result, "a", offset++); } } /* now we need to put the carry into the highest order byte of the result */ if (AOP_SIZE (result) > 1) { l = aopGet (result, 0, FALSE, FALSE); MOVA (l); } emitcode ("mov", "acc.0,c"); release: aopPut (result, "a", 0); freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genGetHbit - generates code get highest order bit */ /*-----------------------------------------------------------------*/ static void genGetHbit (iCode * ic) { operand *left, *result; D (emitcode (";", "genGetHbit")); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); /* get the highest order byte into a */ MOVA (aopGet (left, AOP_SIZE (left) - 1, FALSE, FALSE)); if (AOP_TYPE (result) == AOP_CRY) { emitcode ("rlc", "a"); outBitC (result); } else { emitcode ("rl", "a"); emitcode ("anl", "a,#0x01"); outAcc (result); } freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genGetAbit - generates code get a single bit */ /*-----------------------------------------------------------------*/ static void genGetAbit (iCode * ic) { operand *left, *right, *result; int shCount; D (emitcode (";", "genGetAbit")); left = IC_LEFT (ic); right = IC_RIGHT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); aopOp (result, ic, FALSE); shCount = (int) ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit); /* get the needed byte into a */ MOVA (aopGet (left, shCount / 8, FALSE, FALSE)); shCount %= 8; if (AOP_TYPE (result) == AOP_CRY) { if ((shCount) == 7) emitcode ("rlc", "a"); else if ((shCount) == 0) emitcode ("rrc", "a"); else emitcode ("mov", "c,acc[%d]", shCount); outBitC (result); } else { switch (shCount) { case 2: emitcode ("rr", "a"); //fallthrough case 1: emitcode ("rr", "a"); //fallthrough case 0: emitcode ("anl", "a,#0x01"); break; case 3: case 5: emitcode ("mov", "c,acc[%d]", shCount); emitcode ("clr", "a"); emitcode ("rlc", "a"); break; case 4: emitcode ("swap", "a"); emitcode ("anl", "a,#0x01"); break; case 6: emitcode ("rl", "a"); //fallthrough case 7: emitcode ("rl", "a"); emitcode ("anl", "a,#0x01"); break; } outAcc (result); } freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genGetByte - generates code get a single byte */ /*-----------------------------------------------------------------*/ static void genGetByte (iCode * ic) { operand *left, *right, *result; int offset; D (emitcode (";", "genGetByte")); left = IC_LEFT (ic); right = IC_RIGHT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); aopOp (result, ic, FALSE); offset = (int) ulFromVal (AOP (right)->aopu.aop_lit) / 8; aopPut (result, aopGet (left, offset, FALSE, FALSE), 0); freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genGetWord - generates code get two bytes */ /*-----------------------------------------------------------------*/ static void genGetWord (iCode * ic) { operand *left, *right, *result; int offset; D (emitcode (";", "genGetWord")); left = IC_LEFT (ic); right = IC_RIGHT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (right, ic, FALSE); aopOp (result, ic, FALSE); offset = (int) ulFromVal (AOP (right)->aopu.aop_lit) / 8; aopPut (result, aopGet (left, offset, FALSE, FALSE), 0); aopPut (result, aopGet (left, offset+1, FALSE, FALSE), 1); freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genSwap - generates code to swap nibbles or bytes */ /*-----------------------------------------------------------------*/ static void genSwap (iCode * ic) { operand *left, *result; D(emitcode (";", "genSwap")); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); switch (AOP_SIZE (left)) { case 1: /* swap nibbles in byte */ MOVA (aopGet (left, 0, FALSE, FALSE)); emitcode ("swap", "a"); aopPut (result, "a", 0); break; case 2: /* swap bytes in word */ if (AOP_TYPE(left) == AOP_REG && sameRegs(AOP(left), AOP(result))) { MOVA (aopGet (left, 0, FALSE, FALSE)); aopPut (result, aopGet (left, 1, FALSE, FALSE), 0); aopPut (result, "a", 1); } else if (operandsEqu (left, result)) { char * reg = "a"; bool pushedB = FALSE, leftInB = FALSE; MOVA (aopGet (left, 0, FALSE, FALSE)); if (aopGetUsesAcc(left, 1) || aopGetUsesAcc(result, 0)) { pushedB = pushB (); emitcode ("mov", "b,a"); reg = "b"; leftInB = TRUE; } aopPut (result, aopGet (left, 1, FALSE, FALSE), 0); aopPut (result, reg, 1); if (leftInB) popB (pushedB); } else { aopPut (result, aopGet (left, 1, FALSE, FALSE), 0); aopPut (result, aopGet (left, 0, FALSE, FALSE), 1); } break; default: wassertl(FALSE, "unsupported SWAP operand size"); } freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* AccRol - rotate left accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccRol (int shCount) { shCount &= 0x0007; // shCount : 0..7 switch (shCount) { case 0: break; case 1: emitcode ("rl", "a"); break; case 2: emitcode ("rl", "a"); emitcode ("rl", "a"); break; case 3: emitcode ("swap", "a"); emitcode ("rr", "a"); break; case 4: emitcode ("swap", "a"); break; case 5: emitcode ("swap", "a"); emitcode ("rl", "a"); break; case 6: emitcode ("rr", "a"); emitcode ("rr", "a"); break; case 7: emitcode ("rr", "a"); break; } } /*-----------------------------------------------------------------*/ /* AccLsh - left shift accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccLsh (int shCount) { if (shCount != 0) { if (shCount == 1) emitcode ("add", "a,acc"); else if (shCount == 2) { emitcode ("add", "a,acc"); emitcode ("add", "a,acc"); } else { /* rotate left accumulator */ AccRol (shCount); /* and kill the lower order bits */ emitcode ("anl", "a,#0x%02x", SLMask[shCount]); } } } /*-----------------------------------------------------------------*/ /* AccRsh - right shift accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccRsh (int shCount) { if (shCount != 0) { if (shCount == 1) { CLRC; emitcode ("rrc", "a"); } else { /* rotate right accumulator */ AccRol (8 - shCount); /* and kill the higher order bits */ emitcode ("anl", "a,#0x%02x", SRMask[shCount]); } } } /*-----------------------------------------------------------------*/ /* AccSRsh - signed right shift accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccSRsh (int shCount) { symbol *tlbl; if (shCount != 0) { if (shCount == 1) { emitcode ("mov", "c,acc.7"); emitcode ("rrc", "a"); } else if (shCount == 2) { emitcode ("mov", "c,acc.7"); emitcode ("rrc", "a"); emitcode ("mov", "c,acc.7"); emitcode ("rrc", "a"); } else { tlbl = newiTempLabel (NULL); /* rotate right accumulator */ AccRol (8 - shCount); /* and kill the higher order bits */ emitcode ("anl", "a,#0x%02x", SRMask[shCount]); emitcode ("jnb", "acc.%d,%05d$", 7 - shCount, tlbl->key + 100); emitcode ("orl", "a,#0x%02x", (unsigned char) ~SRMask[shCount]); emitLabel (tlbl); } } } /*-----------------------------------------------------------------*/ /* shiftR1Left2Result - shift right one byte from left to result */ /*-----------------------------------------------------------------*/ static void shiftR1Left2Result (operand * left, int offl, operand * result, int offr, int shCount, int sign) { MOVA (aopGet (left, offl, FALSE, FALSE)); /* shift right accumulator */ if (sign) AccSRsh (shCount); else AccRsh (shCount); aopPut (result, "a", offr); } /*-----------------------------------------------------------------*/ /* shiftL1Left2Result - shift left one byte from left to result */ /*-----------------------------------------------------------------*/ static void shiftL1Left2Result (operand * left, int offl, operand * result, int offr, int shCount) { char *l; l = aopGet (left, offl, FALSE, FALSE); MOVA (l); /* shift left accumulator */ AccLsh (shCount); aopPut (result, "a", offr); } /*-----------------------------------------------------------------*/ /* movLeft2Result - move byte from left to result */ /*-----------------------------------------------------------------*/ static void movLeft2Result (operand * left, int offl, operand * result, int offr, int sign) { char *l; if (!sameRegs (AOP (left), AOP (result)) || (offl != offr)) { l = aopGet (left, offl, FALSE, FALSE); if (*l == '@' && (IS_AOP_PREG (result))) { emitcode ("mov", "a,%s", l); aopPut (result, "a", offr); } else { if (!sign) { aopPut (result, l, offr); } else { /* MSB sign in acc.7 ! */ if (getDataSize (left) == offl + 1) { MOVA (l); aopPut (result, "a", offr); } } } } } /*-----------------------------------------------------------------*/ /* AccAXRrl1 - right rotate c->a:x->c by 1 */ /*-----------------------------------------------------------------*/ static void AccAXRrl1 (char *x) { emitcode ("rrc", "a"); emitcode ("xch", "a,%s", x); emitcode ("rrc", "a"); emitcode ("xch", "a,%s", x); } /*-----------------------------------------------------------------*/ /* AccAXLrl1 - left rotate c<-a:x<-c by 1 */ /*-----------------------------------------------------------------*/ static void AccAXLrl1 (char *x) { emitcode ("xch", "a,%s", x); emitcode ("rlc", "a"); emitcode ("xch", "a,%s", x); emitcode ("rlc", "a"); } /*-----------------------------------------------------------------*/ /* AccAXLsh1 - left shift a:x<-0 by 1 */ /*-----------------------------------------------------------------*/ static void AccAXLsh1 (char *x) { emitcode ("xch", "a,%s", x); emitcode ("add", "a,acc"); emitcode ("xch", "a,%s", x); emitcode ("rlc", "a"); } /*-----------------------------------------------------------------*/ /* AccAXLsh - left shift a:x by known count (0..7) */ /*-----------------------------------------------------------------*/ static void AccAXLsh (char *x, int shCount) { switch (shCount) { case 0: break; case 1: AccAXLsh1 (x); break; case 2: AccAXLsh1 (x); AccAXLsh1 (x); break; case 3: case 4: case 5: // AAAAABBB:CCCCCDDD AccRol (shCount); // BBBAAAAA:CCCCCDDD emitcode ("anl", "a,#0x%02x", SLMask[shCount]); // BBB00000:CCCCCDDD emitcode ("xch", "a,%s", x); // CCCCCDDD:BBB00000 AccRol (shCount); // DDDCCCCC:BBB00000 emitcode ("xch", "a,%s", x); // BBB00000:DDDCCCCC emitcode ("xrl", "a,%s", x); // (BBB^DDD)CCCCC:DDDCCCCC emitcode ("xch", "a,%s", x); // DDDCCCCC:(BBB^DDD)CCCCC emitcode ("anl", "a,#0x%02x", SLMask[shCount]); // DDD00000:(BBB^DDD)CCCCC emitcode ("xch", "a,%s", x); // (BBB^DDD)CCCCC:DDD00000 emitcode ("xrl", "a,%s", x); // BBBCCCCC:DDD00000 break; case 6: // AAAAAABB:CCCCCCDD emitcode ("anl", "a,#0x%02x", SRMask[shCount]); // 000000BB:CCCCCCDD emitcode ("mov", "c,acc.0"); // c = B emitcode ("xch", "a,%s", x); // CCCCCCDD:000000BB #if 0 // REMOVE ME AccAXRrl1 (x); // BCCCCCCD:D000000B AccAXRrl1 (x); // BBCCCCCC:DD000000 #else emitcode("rrc","a"); emitcode("xch","a,%s", x); emitcode("rrc","a"); emitcode("mov","c,acc.0"); //<< get correct bit emitcode("xch","a,%s", x); emitcode("rrc","a"); emitcode("xch","a,%s", x); emitcode("rrc","a"); emitcode("xch","a,%s", x); #endif break; case 7: // a:x <<= 7 emitcode ("anl", "a,#0x%02x", SRMask[shCount]); // 0000000B:CCCCCCCD emitcode ("mov", "c,acc.0"); // c = B emitcode ("xch", "a,%s", x); // CCCCCCCD:0000000B AccAXRrl1 (x); // BCCCCCCC:D0000000 break; default: break; } } /*-----------------------------------------------------------------*/ /* AccAXRsh - right shift a:x known count (0..7) */ /*-----------------------------------------------------------------*/ static void AccAXRsh (char *x, int shCount) { switch (shCount) { case 0: break; case 1: CLRC; AccAXRrl1 (x); // 0->a:x break; case 2: CLRC; AccAXRrl1 (x); // 0->a:x CLRC; AccAXRrl1 (x); // 0->a:x break; case 3: case 4: case 5: // AAAAABBB:CCCCCDDD = a:x AccRol (8 - shCount); // BBBAAAAA:DDDCCCCC emitcode ("xch", "a,%s", x); // CCCCCDDD:BBBAAAAA AccRol (8 - shCount); // DDDCCCCC:BBBAAAAA emitcode ("anl", "a,#0x%02x", SRMask[shCount]); // 000CCCCC:BBBAAAAA emitcode ("xrl", "a,%s", x); // BBB(CCCCC^AAAAA):BBBAAAAA emitcode ("xch", "a,%s", x); // BBBAAAAA:BBB(CCCCC^AAAAA) emitcode ("anl", "a,#0x%02x", SRMask[shCount]); // 000AAAAA:BBB(CCCCC^AAAAA) emitcode ("xch", "a,%s", x); // BBB(CCCCC^AAAAA):000AAAAA emitcode ("xrl", "a,%s", x); // BBBCCCCC:000AAAAA emitcode ("xch", "a,%s", x); // 000AAAAA:BBBCCCCC break; case 6: // AABBBBBB:CCDDDDDD emitcode ("mov", "c,acc.7"); AccAXLrl1 (x); // ABBBBBBC:CDDDDDDA emitcode ("mov", "c,acc.7"); AccAXLrl1 (x); // BBBBBBCC:DDDDDDAA emitcode ("xch", "a,%s", x); // DDDDDDAA:BBBBBBCC emitcode ("anl", "a,#0x%02x", SRMask[shCount]); // 000000AA:BBBBBBCC break; case 7: // ABBBBBBB:CDDDDDDD emitcode ("mov", "c,acc.7"); // c = A AccAXLrl1 (x); // BBBBBBBC:DDDDDDDA emitcode ("xch", "a,%s", x); // DDDDDDDA:BBBBBBCC emitcode ("anl", "a,#0x%02x", SRMask[shCount]); // 0000000A:BBBBBBBC break; default: break; } } /*-----------------------------------------------------------------*/ /* AccAXRshS - right shift signed a:x known count (0..7) */ /*-----------------------------------------------------------------*/ static void AccAXRshS (char *x, int shCount) { symbol *tlbl; switch (shCount) { case 0: break; case 1: emitcode ("mov", "c,acc.7"); AccAXRrl1 (x); // s->a:x break; case 2: emitcode ("mov", "c,acc.7"); AccAXRrl1 (x); // s->a:x emitcode ("mov", "c,acc.7"); AccAXRrl1 (x); // s->a:x break; case 3: case 4: case 5: // AAAAABBB:CCCCCDDD = a:x tlbl = newiTempLabel (NULL); AccRol (8 - shCount); // BBBAAAAA:CCCCCDDD emitcode ("xch", "a,%s", x); // CCCCCDDD:BBBAAAAA AccRol (8 - shCount); // DDDCCCCC:BBBAAAAA emitcode ("anl", "a,#0x%02x", SRMask[shCount]); // 000CCCCC:BBBAAAAA emitcode ("xrl", "a,%s", x); // BBB(CCCCC^AAAAA):BBBAAAAA emitcode ("xch", "a,%s", x); // BBBAAAAA:BBB(CCCCC^AAAAA) emitcode ("anl", "a,#0x%02x", SRMask[shCount]); // 000AAAAA:BBB(CCCCC^AAAAA) emitcode ("xch", "a,%s", x); // BBB(CCCCC^AAAAA):000AAAAA emitcode ("xrl", "a,%s", x); // BBBCCCCC:000AAAAA emitcode ("xch", "a,%s", x); // 000SAAAA:BBBCCCCC emitcode ("jnb", "acc.%d,%05d$", 7 - shCount, tlbl->key + 100); emitcode ("orl", "a,#0x%02x", (unsigned char) ~SRMask[shCount]); // 111AAAAA:BBBCCCCC emitLabel (tlbl); break; // SSSSAAAA:BBBCCCCC case 6: // AABBBBBB:CCDDDDDD tlbl = newiTempLabel (NULL); emitcode ("mov", "c,acc.7"); AccAXLrl1 (x); // ABBBBBBC:CDDDDDDA emitcode ("mov", "c,acc.7"); AccAXLrl1 (x); // BBBBBBCC:DDDDDDAA emitcode ("xch", "a,%s", x); // DDDDDDAA:BBBBBBCC emitcode ("anl", "a,#0x%02x", SRMask[shCount]); // 000000AA:BBBBBBCC emitcode ("jnb", "acc.%d,%05d$", 7 - shCount, tlbl->key + 100); emitcode ("orl", "a,#0x%02x", (unsigned char) ~SRMask[shCount]); // 111111AA:BBBBBBCC emitLabel (tlbl); break; case 7: // ABBBBBBB:CDDDDDDD tlbl = newiTempLabel (NULL); emitcode ("mov", "c,acc.7"); // c = A AccAXLrl1 (x); // BBBBBBBC:DDDDDDDA emitcode ("xch", "a,%s", x); // DDDDDDDA:BBBBBBCC emitcode ("anl", "a,#0x%02x", SRMask[shCount]); // 0000000A:BBBBBBBC emitcode ("jnb", "acc.%d,%05d$", 7 - shCount, tlbl->key + 100); emitcode ("orl", "a,#0x%02x", (unsigned char) ~SRMask[shCount]); // 1111111A:BBBBBBBC emitLabel (tlbl); break; default: break; } } /*-----------------------------------------------------------------*/ /* shiftL2Left2Result - shift left two bytes from left to result */ /*-----------------------------------------------------------------*/ static void shiftL2Left2Result (operand * left, int offl, operand * result, int offr, int shCount) { char * x; bool pushedB = FALSE; bool usedB = FALSE; if (sameRegs (AOP (result), AOP (left)) && ((offl + MSB16) == offr)) { /* don't crash result[offr] */ MOVA (aopGet (left, offl, FALSE, FALSE)); x = xch_a_aopGet (left, offl + MSB16, FALSE, FALSE); usedB = !strncmp(x, "b", 1); } else if (aopGetUsesAcc (result, offr)) { movLeft2Result (left, offl, result, offr, 0); pushedB = pushB (); usedB = TRUE; emitcode ("mov", "b,%s", aopGet (left, offl + MSB16, FALSE, FALSE)); MOVA (aopGet (result, offr, FALSE, FALSE)); emitcode ("xch", "a,b"); x = "b"; } else { movLeft2Result (left, offl, result, offr, 0); MOVA (aopGet (left, offl + MSB16, FALSE, FALSE)); x = aopGet (result, offr, FALSE, FALSE); } /* ax << shCount (x = lsb(result)) */ AccAXLsh (x, shCount); if (usedB) { emitcode ("xch", "a,b"); aopPut (result, "a", offr); aopPut (result, "b", offr + MSB16); popB (pushedB); } else { aopPut (result, "a", offr + MSB16); } } /*-----------------------------------------------------------------*/ /* shiftR2Left2Result - shift right two bytes from left to result */ /*-----------------------------------------------------------------*/ static void shiftR2Left2Result (operand * left, int offl, operand * result, int offr, int shCount, int sign) { char * x; bool pushedB = FALSE; bool usedB = FALSE; if (sameRegs (AOP (result), AOP (left)) && ((offl + MSB16) == offr)) { /* don't crash result[offr] */ MOVA (aopGet (left, offl, FALSE, FALSE)); x = xch_a_aopGet (left, offl + MSB16, FALSE, FALSE); usedB = !strncmp(x, "b", 1); } else if (aopGetUsesAcc (result, offr)) { movLeft2Result (left, offl, result, offr, 0); pushedB = pushB (); usedB = TRUE; emitcode ("mov", "b,%s", aopGet (result, offr, FALSE, FALSE)); MOVA (aopGet (left, offl + MSB16, FALSE, FALSE)); x = "b"; } else { movLeft2Result (left, offl, result, offr, 0); MOVA (aopGet (left, offl + MSB16, FALSE, FALSE)); x = aopGet (result, offr, FALSE, FALSE); } /* a:x >> shCount (x = lsb(result)) */ if (sign) AccAXRshS (x, shCount); else AccAXRsh (x, shCount); if (usedB) { emitcode ("xch", "a,b"); aopPut (result, "a", offr); emitcode ("xch", "a,b"); popB (pushedB); } if (getDataSize (result) > 1) aopPut (result, "a", offr + MSB16); } /*-----------------------------------------------------------------*/ /* shiftLLeftOrResult - shift left one byte from left, or to result */ /*-----------------------------------------------------------------*/ static void shiftLLeftOrResult (operand * left, int offl, operand * result, int offr, int shCount) { MOVA (aopGet (left, offl, FALSE, FALSE)); /* shift left accumulator */ AccLsh (shCount); /* or with result */ if (aopGetUsesAcc (result, offr)) { emitcode ("xch", "a,b"); MOVA (aopGet (result, offr, FALSE, FALSE)); emitcode ("orl", "a,b"); } else { emitcode ("orl", "a,%s", aopGet (result, offr, FALSE, FALSE)); } /* back to result */ aopPut (result, "a", offr); } /*-----------------------------------------------------------------*/ /* shiftRLeftOrResult - shift right one byte from left,or to result */ /*-----------------------------------------------------------------*/ static void shiftRLeftOrResult (operand * left, int offl, operand * result, int offr, int shCount) { MOVA (aopGet (left, offl, FALSE, FALSE)); /* shift right accumulator */ AccRsh (shCount); /* or with result */ if (aopGetUsesAcc(result, offr)) { emitcode ("xch", "a,b"); MOVA (aopGet (result, offr, FALSE, FALSE)); emitcode ("orl", "a,b"); } else { emitcode ("orl", "a,%s", aopGet (result, offr, FALSE, FALSE)); } /* back to result */ aopPut (result, "a", offr); } /*-----------------------------------------------------------------*/ /* genlshOne - left shift a one byte quantity by known count */ /*-----------------------------------------------------------------*/ static void genlshOne (operand * result, operand * left, int shCount) { D (emitcode (";", "genlshOne")); shiftL1Left2Result (left, LSB, result, LSB, shCount); } /*-----------------------------------------------------------------*/ /* genlshTwo - left shift two bytes by known amount != 0 */ /*-----------------------------------------------------------------*/ static void genlshTwo (operand * result, operand * left, int shCount) { int size; D (emitcode (";", "genlshTwo")); size = getDataSize (result); /* if shCount >= 8 */ if (shCount >= 8) { shCount -= 8; if (size > 1) { if (shCount) { shiftL1Left2Result (left, LSB, result, MSB16, shCount); } else { movLeft2Result (left, LSB, result, MSB16, 0); } } aopPut (result, zero, LSB); } /* 1 <= shCount <= 7 */ else { if (size == 1) shiftL1Left2Result (left, LSB, result, LSB, shCount); else shiftL2Left2Result (left, LSB, result, LSB, shCount); } } /*-----------------------------------------------------------------*/ /* shiftLLong - shift left one long from left to result */ /* offl = LSB or MSB16 */ /*-----------------------------------------------------------------*/ static void shiftLLong (operand * left, operand * result, int offr) { char *l; int size = AOP_SIZE (result); if (size >= LSB + offr) { l = aopGet (left, LSB, FALSE, FALSE); MOVA (l); emitcode ("add", "a,acc"); if (sameRegs (AOP (left), AOP (result)) && size >= MSB16 + offr && offr != LSB) xch_a_aopGet (left, LSB + offr, FALSE, FALSE); else aopPut (result, "a", LSB + offr); } if (size >= MSB16 + offr) { if (!(sameRegs (AOP (result), AOP (left)) && size >= MSB16 + offr && offr != LSB)) { l = aopGet (left, MSB16, FALSE, FALSE); MOVA (l); } emitcode ("rlc", "a"); if (sameRegs (AOP (left), AOP (result)) && size >= MSB24 + offr && offr != LSB) xch_a_aopGet (left, MSB16 + offr, FALSE, FALSE); else aopPut (result, "a", MSB16 + offr); } if (size >= MSB24 + offr) { if (!(sameRegs (AOP (result), AOP (left)) && size >= MSB24 + offr && offr != LSB)) { l = aopGet (left, MSB24, FALSE, FALSE); MOVA (l); } emitcode ("rlc", "a"); if (sameRegs (AOP (left), AOP (result)) && size >= MSB32 + offr && offr != LSB) xch_a_aopGet (left, MSB24 + offr, FALSE, FALSE); else aopPut (result, "a", MSB24 + offr); } if (size > MSB32 + offr) { if (!(sameRegs (AOP (result), AOP (left)) && size >= MSB32 + offr && offr != LSB)) { l = aopGet (left, MSB32, FALSE, FALSE); MOVA (l); } emitcode ("rlc", "a"); aopPut (result, "a", MSB32 + offr); } if (offr != LSB) aopPut (result, zero, LSB); } /*-----------------------------------------------------------------*/ /* genlshFour - shift four byte by a known amount != 0 */ /*-----------------------------------------------------------------*/ static void genlshFour (operand * result, operand * left, int shCount) { int size; D (emitcode (";", "genlshFour")); size = AOP_SIZE (result); /* if shifting more that 3 bytes */ if (shCount >= 24) { shCount -= 24; if (shCount) /* lowest order of left goes to the highest order of the destination */ shiftL1Left2Result (left, LSB, result, MSB32, shCount); else movLeft2Result (left, LSB, result, MSB32, 0); aopPut (result, zero, LSB); aopPut (result, zero, MSB16); aopPut (result, zero, MSB24); return; } /* more than two bytes */ else if (shCount >= 16) { /* lower order two bytes goes to higher order two bytes */ shCount -= 16; /* if some more remaining */ if (shCount) shiftL2Left2Result (left, LSB, result, MSB24, shCount); else { movLeft2Result (left, MSB16, result, MSB32, 0); movLeft2Result (left, LSB, result, MSB24, 0); } aopPut (result, zero, MSB16); aopPut (result, zero, LSB); return; } /* if more than 1 byte */ else if (shCount >= 8) { /* lower order three bytes goes to higher order three bytes */ shCount -= 8; if (size == 2) { if (shCount) shiftL1Left2Result (left, LSB, result, MSB16, shCount); else movLeft2Result (left, LSB, result, MSB16, 0); } else { /* size = 4 */ if (shCount == 0) { movLeft2Result (left, MSB24, result, MSB32, 0); movLeft2Result (left, MSB16, result, MSB24, 0); movLeft2Result (left, LSB, result, MSB16, 0); aopPut (result, zero, LSB); } else if (shCount == 1) shiftLLong (left, result, MSB16); else { shiftL2Left2Result (left, MSB16, result, MSB24, shCount); shiftL1Left2Result (left, LSB, result, MSB16, shCount); shiftRLeftOrResult (left, LSB, result, MSB24, 8 - shCount); aopPut (result, zero, LSB); } } } /* 1 <= shCount <= 7 */ else if (shCount <= 2) { shiftLLong (left, result, LSB); if (shCount == 2) shiftLLong (result, result, LSB); } /* 3 <= shCount <= 7, optimize */ else { shiftL2Left2Result (left, MSB24, result, MSB24, shCount); shiftRLeftOrResult (left, MSB16, result, MSB24, 8 - shCount); shiftL2Left2Result (left, LSB, result, LSB, shCount); } } /*-----------------------------------------------------------------*/ /* genLeftShiftLiteral - left shifting by known count */ /*-----------------------------------------------------------------*/ static void genLeftShiftLiteral (operand * left, operand * right, operand * result, iCode * ic) { int shCount = (int) ulFromVal (AOP (right)->aopu.aop_lit); int size; D (emitcode (";", "genLeftShiftLiteral")); freeAsmop (right, NULL, ic, TRUE); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); size = getSize (operandType (result)); #if VIEW_SIZE emitcode ("; shift left ", "result %d, left %d", size, AOP_SIZE (left)); #endif /* I suppose that the left size >= result size */ if (shCount == 0) { while (size--) { movLeft2Result (left, size, result, size, 0); } } else if (shCount >= (size * 8)) { while (size--) { aopPut (result, zero, size); } } else { switch (size) { case 1: genlshOne (result, left, shCount); break; case 2: genlshTwo (result, left, shCount); break; case 4: genlshFour (result, left, shCount); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "*** ack! mystery literal shift!\n"); break; } } freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genLeftShift - generates code for left shifting */ /*-----------------------------------------------------------------*/ static void genLeftShift (iCode * ic) { operand *left, *right, *result; int size, offset; char *l; symbol *tlbl, *tlbl1; bool pushedB; D (emitcode (";", "genLeftShift")); right = IC_RIGHT (ic); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (right, ic, FALSE); /* if the shift count is known then do it as efficiently as possible */ if (AOP_TYPE (right) == AOP_LIT) { genLeftShiftLiteral (left, right, result, ic); return; } /* shift count is unknown then we have to form a loop get the loop count in B : Note: we take only the lower order byte since shifting more that 32 bits make no sense anyway, ( the largest size of an object can be only 32 bits ) */ pushedB = pushB (); MOVB (aopGet (right, 0, FALSE, FALSE)); emitcode ("inc", "b"); freeAsmop (right, NULL, ic, TRUE); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); /* now move the left to the result if they are not the same */ if (!sameRegs (AOP (left), AOP (result)) && AOP_SIZE (result) > 1) { size = AOP_SIZE (result); offset = 0; while (size--) { l = aopGet (left, offset, FALSE, TRUE); if (*l == '@' && (IS_AOP_PREG (result))) { emitcode ("mov", "a,%s", l); aopPut (result, "a", offset); } else aopPut (result, l, offset); offset++; } } tlbl = newiTempLabel (NULL); size = AOP_SIZE (result); offset = 0; tlbl1 = newiTempLabel (NULL); /* if it is only one byte then */ if (size == 1) { symbol *tlbl1 = newiTempLabel (NULL); l = aopGet (left, 0, FALSE, FALSE); MOVA (l); emitcode ("sjmp", "%05d$", tlbl1->key + 100); emitLabel (tlbl); emitcode ("add", "a,acc"); emitLabel (tlbl1); emitcode ("djnz", "b,%05d$", tlbl->key + 100); popB (pushedB); aopPut (result, "a", 0); goto release; } reAdjustPreg (AOP (result)); emitcode ("sjmp", "%05d$", tlbl1->key + 100); emitLabel (tlbl); l = aopGet (result, offset, FALSE, FALSE); MOVA (l); emitcode ("add", "a,acc"); aopPut (result, "a", offset++); while (--size) { l = aopGet (result, offset, FALSE, FALSE); MOVA (l); emitcode ("rlc", "a"); aopPut (result, "a", offset++); } reAdjustPreg (AOP (result)); emitLabel (tlbl1); emitcode ("djnz", "b,%05d$", tlbl->key + 100); popB (pushedB); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genrshOne - right shift a one byte quantity by known count */ /*-----------------------------------------------------------------*/ static void genrshOne (operand * result, operand * left, int shCount, int sign) { D (emitcode (";", "genrshOne")); shiftR1Left2Result (left, LSB, result, LSB, shCount, sign); } /*-----------------------------------------------------------------*/ /* genrshTwo - right shift two bytes by known amount != 0 */ /*-----------------------------------------------------------------*/ static void genrshTwo (operand * result, operand * left, int shCount, int sign) { D (emitcode (";", "genrshTwo")); /* if shCount >= 8 */ if (shCount >= 8) { shCount -= 8; if (shCount) shiftR1Left2Result (left, MSB16, result, LSB, shCount, sign); else movLeft2Result (left, MSB16, result, LSB, sign); addSign (result, MSB16, sign); } /* 1 <= shCount <= 7 */ else shiftR2Left2Result (left, LSB, result, LSB, shCount, sign); } /*-----------------------------------------------------------------*/ /* shiftRLong - shift right one long from left to result */ /* offl = LSB or MSB16 */ /*-----------------------------------------------------------------*/ static void shiftRLong (operand * left, int offl, operand * result, int sign) { bool overlapping = regsInCommon (left, result) || operandsEqu(left, result); if (overlapping && offl>1) { // we are in big trouble, but this shouldn't happen werror(E_INTERNAL_ERROR, __FILE__, __LINE__); } MOVA (aopGet (left, MSB32, FALSE, FALSE)); if (offl==MSB16) { // shift is > 8 if (sign) { emitcode ("rlc", "a"); emitcode ("subb", "a,acc"); if (overlapping && sameByte (AOP (left), MSB32, AOP (result), MSB32)) { xch_a_aopGet (left, MSB32, FALSE, FALSE); } else { aopPut (result, "a", MSB32); MOVA (aopGet (left, MSB32, FALSE, FALSE)); } } else { if (aopPutUsesAcc (result, zero, MSB32)) { emitcode("xch", "a,b"); aopPut (result, zero, MSB32); emitcode("xch", "a,b"); } else { aopPut (result, zero, MSB32); } } } if (!sign) { emitcode ("clr", "c"); } else { emitcode ("mov", "c,acc.7"); } emitcode ("rrc", "a"); if (overlapping && offl==MSB16 && sameByte (AOP (left), MSB24, AOP (result), MSB32-offl)) { xch_a_aopGet (left, MSB24, FALSE, FALSE); } else { aopPut (result, "a", MSB32 - offl); MOVA (aopGet (left, MSB24, FALSE, FALSE)); } emitcode ("rrc", "a"); if (overlapping && offl==MSB16 && sameByte (AOP (left), MSB16, AOP (result), MSB24-offl)) { xch_a_aopGet (left, MSB16, FALSE, FALSE); } else { aopPut (result, "a", MSB24 - offl); MOVA (aopGet (left, MSB16, FALSE, FALSE)); } emitcode ("rrc", "a"); if (offl != LSB) { aopPut (result, "a", MSB16 - offl); } else { if (overlapping && sameByte (AOP (left), LSB, AOP (result), MSB16-offl)) { xch_a_aopGet (left, LSB, FALSE, FALSE); } else { aopPut (result, "a", MSB16 - offl); MOVA (aopGet (left, LSB, FALSE, FALSE)); } emitcode ("rrc", "a"); aopPut (result, "a", LSB); } } /*-----------------------------------------------------------------*/ /* genrshFour - shift four byte by a known amount != 0 */ /*-----------------------------------------------------------------*/ static void genrshFour (operand * result, operand * left, int shCount, int sign) { D (emitcode (";", "genrshFour")); /* if shifting more that 3 bytes */ if (shCount >= 24) { shCount -= 24; if (shCount) shiftR1Left2Result (left, MSB32, result, LSB, shCount, sign); else movLeft2Result (left, MSB32, result, LSB, sign); addSign (result, MSB16, sign); } else if (shCount >= 16) { shCount -= 16; if (shCount) shiftR2Left2Result (left, MSB24, result, LSB, shCount, sign); else { movLeft2Result (left, MSB24, result, LSB, 0); movLeft2Result (left, MSB32, result, MSB16, sign); } addSign (result, MSB24, sign); } else if (shCount >= 8) { shCount -= 8; if (shCount == 1) { shiftRLong (left, MSB16, result, sign); } else if (shCount == 0) { movLeft2Result (left, MSB16, result, LSB, 0); movLeft2Result (left, MSB24, result, MSB16, 0); movLeft2Result (left, MSB32, result, MSB24, sign); addSign (result, MSB32, sign); } else { shiftR2Left2Result (left, MSB16, result, LSB, shCount, 0); shiftLLeftOrResult (left, MSB32, result, MSB16, 8 - shCount); /* the last shift is signed */ shiftR1Left2Result (left, MSB32, result, MSB24, shCount, sign); addSign (result, MSB32, sign); } } else { /* 1 <= shCount <= 7 */ if (shCount <= 2) { shiftRLong (left, LSB, result, sign); if (shCount == 2) shiftRLong (result, LSB, result, sign); } else { shiftR2Left2Result (left, LSB, result, LSB, shCount, 0); shiftLLeftOrResult (left, MSB24, result, MSB16, 8 - shCount); shiftR2Left2Result (left, MSB24, result, MSB24, shCount, sign); } } } /*-----------------------------------------------------------------*/ /* genRightShiftLiteral - right shifting by known count */ /*-----------------------------------------------------------------*/ static void genRightShiftLiteral (operand * left, operand * right, operand * result, iCode * ic, int sign) { int shCount = (int) ulFromVal (AOP (right)->aopu.aop_lit); int size; D (emitcode (";", "genRightShiftLiteral")); freeAsmop (right, NULL, ic, TRUE); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); #if VIEW_SIZE emitcode ("; shift right ", "result %d, left %d", AOP_SIZE (result), AOP_SIZE (left)); #endif size = getDataSize (left); /* test the LEFT size !!! */ /* I suppose that the left size >= result size */ if (shCount == 0) { size = getDataSize (result); while (size--) movLeft2Result (left, size, result, size, 0); } else if (shCount >= (size * 8)) { if (sign) { /* get sign in acc.7 */ MOVA (aopGet (left, size - 1, FALSE, FALSE)); } addSign (result, LSB, sign); } else { switch (size) { case 1: genrshOne (result, left, shCount, sign); break; case 2: genrshTwo (result, left, shCount, sign); break; case 4: genrshFour (result, left, shCount, sign); break; default: break; } } freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genSignedRightShift - right shift of signed number */ /*-----------------------------------------------------------------*/ static void genSignedRightShift (iCode * ic) { operand *right, *left, *result; int size, offset; char *l; symbol *tlbl, *tlbl1; bool pushedB; D (emitcode (";", "genSignedRightShift")); /* we do it the hard way put the shift count in b and loop thru preserving the sign */ right = IC_RIGHT (ic); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (right, ic, FALSE); if (AOP_TYPE (right) == AOP_LIT) { genRightShiftLiteral (left, right, result, ic, 1); return; } /* shift count is unknown then we have to form a loop get the loop count in B : Note: we take only the lower order byte since shifting more that 32 bits make no sense anyway, ( the largest size of an object can be only 32 bits ) */ pushedB = pushB (); MOVB (aopGet (right, 0, FALSE, FALSE)); emitcode ("inc", "b"); freeAsmop (right, NULL, ic, TRUE); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); /* now move the left to the result if they are not the same */ if (!sameRegs (AOP (left), AOP (result)) && AOP_SIZE (result) > 1) { size = AOP_SIZE (result); offset = 0; while (size--) { l = aopGet (left, offset, FALSE, TRUE); if (*l == '@' && IS_AOP_PREG (result)) { emitcode ("mov", "a,%s", l); aopPut (result, "a", offset); } else aopPut (result, l, offset); offset++; } } /* mov the highest order bit to OVR */ tlbl = newiTempLabel (NULL); tlbl1 = newiTempLabel (NULL); size = AOP_SIZE (result); offset = size - 1; MOVA (aopGet (left, offset, FALSE, FALSE)); emitcode ("rlc", "a"); emitcode ("mov", "ov,c"); /* if it is only one byte then */ if (size == 1) { l = aopGet (left, 0, FALSE, FALSE); MOVA (l); emitcode ("sjmp", "%05d$", tlbl1->key + 100); emitLabel (tlbl); emitcode ("mov", "c,ov"); emitcode ("rrc", "a"); emitLabel (tlbl1); emitcode ("djnz", "b,%05d$", tlbl->key + 100); popB (pushedB); aopPut (result, "a", 0); goto release; } reAdjustPreg (AOP (result)); emitcode ("sjmp", "%05d$", tlbl1->key + 100); emitLabel (tlbl); emitcode ("mov", "c,ov"); while (size--) { l = aopGet (result, offset, FALSE, FALSE); MOVA (l); emitcode ("rrc", "a"); aopPut (result, "a", offset--); } reAdjustPreg (AOP (result)); emitLabel (tlbl1); emitcode ("djnz", "b,%05d$", tlbl->key + 100); popB (pushedB); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genRightShift - generate code for right shifting */ /*-----------------------------------------------------------------*/ static void genRightShift (iCode * ic) { operand *right, *left, *result; sym_link *letype; int size, offset; char *l; symbol *tlbl, *tlbl1; bool pushedB; D (emitcode (";", "genRightShift")); /* if signed then we do it the hard way preserve the sign bit moving it inwards */ letype = getSpec (operandType (IC_LEFT (ic))); if (!SPEC_USIGN (letype)) { genSignedRightShift (ic); return; } /* signed & unsigned types are treated the same : i.e. the signed is NOT propagated inwards : quoting from the ANSI - standard : "for E1 >> E2, is equivalent to division by 2**E2 if unsigned or if it has a non-negative value, otherwise the result is implementation defined ", MY definition is that the sign does not get propagated */ right = IC_RIGHT (ic); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (right, ic, FALSE); /* if the shift count is known then do it as efficiently as possible */ if (AOP_TYPE (right) == AOP_LIT) { genRightShiftLiteral (left, right, result, ic, 0); return; } /* shift count is unknown then we have to form a loop get the loop count in B : Note: we take only the lower order byte since shifting more that 32 bits make no sense anyway, ( the largest size of an object can be only 32 bits ) */ pushedB = pushB (); MOVB (aopGet (right, 0, FALSE, FALSE)); emitcode ("inc", "b"); freeAsmop (right, NULL, ic, TRUE); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); /* now move the left to the result if they are not the same */ if (!sameRegs (AOP (left), AOP (result)) && AOP_SIZE (result) > 1) { size = AOP_SIZE (result); offset = 0; while (size--) { l = aopGet (left, offset, FALSE, TRUE); if (*l == '@' && IS_AOP_PREG (result)) { emitcode ("mov", "a,%s", l); aopPut (result, "a", offset); } else aopPut (result, l, offset); offset++; } } tlbl = newiTempLabel (NULL); tlbl1 = newiTempLabel (NULL); size = AOP_SIZE (result); offset = size - 1; /* if it is only one byte then */ if (size == 1) { l = aopGet (left, 0, FALSE, FALSE); MOVA (l); emitcode ("sjmp", "%05d$", tlbl1->key + 100); emitLabel (tlbl); CLRC; emitcode ("rrc", "a"); emitLabel (tlbl1); emitcode ("djnz", "b,%05d$", tlbl->key + 100); popB (pushedB); aopPut (result, "a", 0); goto release; } reAdjustPreg (AOP (result)); emitcode ("sjmp", "%05d$", tlbl1->key + 100); emitLabel (tlbl); CLRC; while (size--) { l = aopGet (result, offset, FALSE, FALSE); MOVA (l); emitcode ("rrc", "a"); aopPut (result, "a", offset--); } reAdjustPreg (AOP (result)); emitLabel (tlbl1); emitcode ("djnz", "b,%05d$", tlbl->key + 100); popB (pushedB); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* emitPtrByteGet - emits code to get a byte into A through a */ /* pointer register (R0, R1, or DPTR). The */ /* original value of A can be preserved in B. */ /*-----------------------------------------------------------------*/ static void emitPtrByteGet (char *rname, int p_type, bool preserveAinB) { switch (p_type) { case IPOINTER: case POINTER: if (preserveAinB) emitcode ("mov", "b,a"); emitcode ("mov", "a,@%s", rname); break; case PPOINTER: if (preserveAinB) emitcode ("mov", "b,a"); emitcode ("movx", "a,@%s", rname); break; case FPOINTER: if (preserveAinB) emitcode ("mov", "b,a"); emitcode ("movx", "a,@dptr"); break; case CPOINTER: if (preserveAinB) emitcode ("mov", "b,a"); emitcode ("clr", "a"); emitcode ("movc", "a,@a+dptr"); break; case GPOINTER: if (preserveAinB) { emitcode ("push", "b"); emitcode ("push", "acc"); } emitcode ("lcall", "__gptrget"); if (preserveAinB) emitcode ("pop", "b"); break; } } /*-----------------------------------------------------------------*/ /* emitPtrByteSet - emits code to set a byte from src through a */ /* pointer register (R0, R1, or DPTR). */ /*-----------------------------------------------------------------*/ static void emitPtrByteSet (char *rname, int p_type, char *src) { switch (p_type) { case IPOINTER: case POINTER: if (*src=='@') { MOVA (src); emitcode ("mov", "@%s,a", rname); } else emitcode ("mov", "@%s,%s", rname, src); break; case PPOINTER: MOVA (src); emitcode ("movx", "@%s,a", rname); break; case FPOINTER: MOVA (src); emitcode ("movx", "@dptr,a"); break; case GPOINTER: MOVA (src); emitcode ("lcall", "__gptrput"); break; } } /*-----------------------------------------------------------------*/ /* genUnpackBits - generates code for unpacking bits */ /*-----------------------------------------------------------------*/ static char* genUnpackBits (operand * result, char *rname, int ptype, iCode *ifx) { int offset = 0; /* result byte offset */ int rsize; /* result size */ int rlen = 0; /* remaining bitfield length */ sym_link *etype; /* bitfield type information */ int blen; /* bitfield length */ int bstr; /* bitfield starting bit within byte */ static char* const accBits[] = {"acc.0", "acc.1", "acc.2", "acc.3", "acc.4", "acc.5", "acc.6", "acc.7"}; D(emitcode (";", "genUnpackBits")); etype = getSpec (operandType (result)); rsize = getSize (operandType (result)); blen = SPEC_BLEN (etype); bstr = SPEC_BSTR (etype); if (ifx && blen <= 8) { emitPtrByteGet (rname, ptype, FALSE); if (blen == 1) { return accBits[bstr];; } else { if (blen < 8) emitcode ("anl", "a,#0x%02x", (((unsigned char) -1) >> (8 - blen)) << bstr); return "a"; } } wassert (!ifx); /* If the bitfield length is less than a byte */ if (blen < 8) { emitPtrByteGet (rname, ptype, FALSE); AccRol (8 - bstr); emitcode ("anl", "a,#0x%02x", ((unsigned char) -1) >> (8 - blen)); if (!SPEC_USIGN (etype)) { /* signed bitfield */ symbol *tlbl = newiTempLabel (NULL); emitcode ("jnb", "acc.%d,%05d$", blen - 1, tlbl->key + 100); emitcode ("orl", "a,#0x%02x", (unsigned char) (0xff << blen)); emitLabel (tlbl); } aopPut (result, "a", offset++); goto finish; } /* Bit field did not fit in a byte. Copy all but the partial byte at the end. */ for (rlen=blen;rlen>=8;rlen-=8) { emitPtrByteGet (rname, ptype, FALSE); aopPut (result, "a", offset++); if (rlen>8) emitcode ("inc", "%s", rname); } /* Handle the partial byte at the end */ if (rlen) { emitPtrByteGet (rname, ptype, FALSE); emitcode ("anl", "a,#0x%02x", ((unsigned char) -1) >> (8-rlen)); if (!SPEC_USIGN (etype)) { /* signed bitfield */ symbol *tlbl = newiTempLabel (NULL); emitcode ("jnb", "acc.%d,%05d$", rlen - 1, tlbl->key + 100); emitcode ("orl", "a,#0x%02x", (unsigned char) (0xff << rlen)); emitLabel (tlbl); } aopPut (result, "a", offset++); } finish: if (offset < rsize) { char *source; if (SPEC_USIGN (etype)) source = zero; else { /* signed bitfield: sign extension with 0x00 or 0xff */ emitcode ("rlc", "a"); emitcode ("subb", "a,acc"); source = "a"; } rsize -= offset; while (rsize--) aopPut (result, source, offset++); } return NULL; } /*-----------------------------------------------------------------*/ /* genDataPointerGet - generates code when ptr offset is known */ /*-----------------------------------------------------------------*/ static void genDataPointerGet (operand * left, operand * result, iCode * ic) { char *l; char buffer[256]; int size, offset = 0; D (emitcode (";", "genDataPointerGet")); aopOp (result, ic, TRUE); /* get the string representation of the name */ l = aopGet (left, 0, FALSE, TRUE); l++; // remove # size = AOP_SIZE (result); while (size--) { if (offset) { SNPRINTF (buffer, sizeof(buffer), "(%s + %d)", l, offset); } else { SNPRINTF (buffer, sizeof(buffer), "%s", l); } aopPut (result, buffer, offset++); } freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genNearPointerGet - emitcode for near pointer fetch */ /*-----------------------------------------------------------------*/ static void genNearPointerGet (operand * left, operand * result, iCode * ic, iCode * pi, iCode * ifx) { asmop *aop = NULL; regs *preg = NULL; char *rname; char *ifxCond = "a"; sym_link *rtype, *retype; sym_link *ltype = operandType (left); D (emitcode (";", "genNearPointerGet")); rtype = operandType (result); retype = getSpec (rtype); aopOp (left, ic, FALSE); /* if left is rematerialisable and result is not bitfield variable type and the left is pointer to data space i.e lower 128 bytes of space */ if (AOP_TYPE (left) == AOP_IMMD && !IS_BITFIELD (retype) && DCL_TYPE (ltype) == POINTER) { genDataPointerGet (left, result, ic); return; } //aopOp (result, ic, FALSE); aopOp (result, ic, result?TRUE:FALSE); /* if the value is already in a pointer register then don't need anything more */ if (!AOP_INPREG (AOP (left))) { if (IS_AOP_PREG (left)) { // Aha, it is a pointer, just in disguise. rname = aopGet (left, 0, FALSE, FALSE); if (strcmp (rname, "a") == 0) { // It's in pdata or on xstack rname = AOP (left)->aopu.aop_ptr->name; emitcode ("mov", "%s,a", rname); } else if (*rname != '@') { fprintf(stderr, "probable internal error: unexpected rname '%s' @ %s:%d\n", rname, __FILE__, __LINE__); } else { // Expected case. emitcode ("mov", "a%s,%s", rname + 1, rname); rname++; // skip the '@'. } } else { /* otherwise get a free pointer register */ aop = newAsmop (0); preg = getFreePtr (ic, &aop, FALSE); emitcode ("mov", "%s,%s", preg->name, aopGet (left, 0, FALSE, TRUE)); rname = preg->name; } } else rname = aopGet (left, 0, FALSE, FALSE); /* if bitfield then unpack the bits */ if (IS_BITFIELD (retype)) ifxCond = genUnpackBits (result, rname, POINTER, ifx); else { /* we have can just get the values */ int size = AOP_SIZE (result); int offset = 0; while (size--) { if (ifx || IS_AOP_PREG (result) || AOP_TYPE (result) == AOP_STK) { emitcode ("mov", "a,@%s", rname); if (!ifx) aopPut (result, "a", offset); } else { char buffer[80]; SNPRINTF (buffer, sizeof(buffer), "@%s", rname); aopPut (result, buffer, offset); } offset++; if (size || pi) emitcode ("inc", "%s", rname); } } /* now some housekeeping stuff */ if (aop) /* we had to allocate for this iCode */ { if (pi) { /* post increment present */ aopPut (left, rname, 0); } freeAsmop (NULL, aop, ic, RESULTONSTACK (ic) ? FALSE : TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ if ((AOP_SIZE (result) > 1 && !OP_SYMBOL (left)->remat && (OP_SYMBOL (left)->liveTo > ic->seq || ic->depth)) && !pi) { int size = AOP_SIZE (result) - 1; while (size--) emitcode ("dec", "%s", rname); } } if (ifx && !ifx->generated) { genIfxJump (ifx, ifxCond, left, NULL, result, ic->next); } /* done */ freeAsmop (result, NULL, ic, RESULTONSTACK (ic) ? FALSE : TRUE); freeAsmop (left, NULL, ic, TRUE); if (pi) pi->generated = 1; } /*-----------------------------------------------------------------*/ /* genPagedPointerGet - emitcode for paged pointer fetch */ /*-----------------------------------------------------------------*/ static void genPagedPointerGet (operand * left, operand * result, iCode * ic, iCode *pi, iCode *ifx) { asmop *aop = NULL; regs *preg = NULL; char *rname; char *ifxCond = "a"; sym_link *rtype, *retype; D (emitcode (";", "genPagedPointerGet")); rtype = operandType (result); retype = getSpec (rtype); aopOp (left, ic, FALSE); aopOp (result, ic, FALSE); /* if the value is already in a pointer register then don't need anything more */ if (!AOP_INPREG (AOP (left))) { /* otherwise get a free pointer register */ aop = newAsmop (0); preg = getFreePtr (ic, &aop, FALSE); emitcode ("mov", "%s,%s", preg->name, aopGet (left, 0, FALSE, TRUE)); rname = preg->name; } else rname = aopGet (left, 0, FALSE, FALSE); /* if bitfield then unpack the bits */ if (IS_BITFIELD (retype)) ifxCond = genUnpackBits (result, rname, PPOINTER, ifx); else { /* we have can just get the values */ int size = AOP_SIZE (result); int offset = 0; while (size--) { emitcode ("movx", "a,@%s", rname); if (!ifx) aopPut (result, "a", offset); offset++; if (size || pi) emitcode ("inc", "%s", rname); } } /* now some housekeeping stuff */ if (aop) /* we had to allocate for this iCode */ { if (pi) aopPut (left, rname, 0); freeAsmop (NULL, aop, ic, TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ if ((AOP_SIZE (result) > 1 && !OP_SYMBOL (left)->remat && (OP_SYMBOL (left)->liveTo > ic->seq || ic->depth)) && !pi) { int size = AOP_SIZE (result) - 1; while (size--) emitcode ("dec", "%s", rname); } } if (ifx && !ifx->generated) { genIfxJump (ifx, ifxCond, left, NULL, result, ic->next); } /* done */ freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); if (pi) pi->generated = 1; } /*--------------------------------------------------------------------*/ /* loadDptrFromOperand - load dptr (and optionally B) from operand op */ /*--------------------------------------------------------------------*/ static void loadDptrFromOperand (operand *op, bool loadBToo) { if (AOP_TYPE (op) != AOP_STR) { /* if this is rematerializable */ if (AOP_TYPE (op) == AOP_IMMD) { emitcode ("mov", "dptr,%s", aopGet (op, 0, TRUE, FALSE)); if (loadBToo) { if (AOP(op)->aopu.aop_immd.from_cast_remat) emitcode ("mov", "b,%s",aopGet (op, AOP_SIZE(op)-1, FALSE, FALSE)); else { wassertl(FALSE, "need pointerCode"); emitcode (";", "mov b,???"); /* genPointerGet and genPointerSet originally did different ** things for this case. Both seem wrong. ** from genPointerGet: ** emitcode ("mov", "b,#%d", pointerCode (retype)); ** from genPointerSet: ** emitcode ("mov", "b,%s + 1", aopGet (result, 0, TRUE, FALSE)); */ } } } else if (AOP_TYPE (op) == AOP_DPTR) { if (loadBToo) { MOVA (aopGet (op, 0, FALSE, FALSE)); emitcode ("push", "acc"); MOVA (aopGet (op, 1, FALSE, FALSE)); emitcode ("push", "acc"); emitcode ("mov", "b,%s", aopGet (op, 2, FALSE, FALSE)); emitcode ("pop", "dph"); emitcode ("pop", "dpl"); } else { MOVA (aopGet (op, 0, FALSE, FALSE)); emitcode ("push", "acc"); emitcode ("mov", "dph,%s", aopGet (op, 1, FALSE, FALSE)); emitcode ("pop", "dpl"); } } else { /* we need to get it byte by byte */ emitcode ("mov", "dpl,%s", aopGet (op, 0, FALSE, FALSE)); emitcode ("mov", "dph,%s", aopGet (op, 1, FALSE, FALSE)); if (loadBToo) emitcode ("mov", "b,%s", aopGet (op, 2, FALSE, FALSE)); } } } /*-----------------------------------------------------------------*/ /* genFarPointerGet - get value from far space */ /*-----------------------------------------------------------------*/ static void genFarPointerGet (operand * left, operand * result, iCode * ic, iCode * pi, iCode * ifx) { int size, offset; char *ifxCond = "a"; sym_link *retype = getSpec (operandType (result)); D (emitcode (";", "genFarPointerGet")); aopOp (left, ic, FALSE); loadDptrFromOperand (left, FALSE); /* so dptr now contains the address */ aopOp (result, ic, FALSE); /* if bit then unpack */ if (IS_BITFIELD (retype)) ifxCond = genUnpackBits (result, "dptr", FPOINTER, ifx); else { size = AOP_SIZE (result); offset = 0; while (size--) { emitcode ("movx", "a,@dptr"); if (!ifx) aopPut (result, "a", offset++); if (size || pi) emitcode ("inc", "dptr"); } } if (pi && AOP_TYPE (left) != AOP_IMMD && AOP_TYPE (left) != AOP_STR) { aopPut (left, "dpl", 0); aopPut (left, "dph", 1); pi->generated = 1; } if (ifx && !ifx->generated) { genIfxJump (ifx, ifxCond, left, NULL, result, ic->next); } freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genCodePointerGet - get value from code space */ /*-----------------------------------------------------------------*/ static void genCodePointerGet (operand * left, operand * result, iCode * ic, iCode *pi, iCode *ifx) { int size, offset; char *ifxCond = "a"; sym_link *retype = getSpec (operandType (result)); D (emitcode (";", "genCodePointerGet")); aopOp (left, ic, FALSE); loadDptrFromOperand (left, FALSE); /* so dptr now contains the address */ aopOp (result, ic, FALSE); /* if bit then unpack */ if (IS_BITFIELD (retype)) ifxCond = genUnpackBits (result, "dptr", CPOINTER, ifx); else { size = AOP_SIZE (result); offset = 0; while (size--) { emitcode ("clr", "a"); emitcode ("movc", "a,@a+dptr"); if (!ifx) aopPut (result, "a", offset++); if (size || pi) emitcode ("inc", "dptr"); } } if (pi && AOP_TYPE (left) != AOP_IMMD && AOP_TYPE (left) != AOP_STR) { aopPut (left, "dpl", 0); aopPut (left, "dph", 1); pi->generated = 1; } if (ifx && !ifx->generated) { genIfxJump (ifx, ifxCond, left, NULL, result, ic->next); } freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genGenPointerGet - get value from generic pointer space */ /*-----------------------------------------------------------------*/ static void genGenPointerGet (operand * left, operand * result, iCode * ic, iCode *pi, iCode *ifx) { int size, offset; char *ifxCond = "a"; sym_link *retype = getSpec (operandType (result)); D (emitcode (";", "genGenPointerGet")); aopOp (left, ic, FALSE); loadDptrFromOperand (left, TRUE); /* so dptr now contains the address */ aopOp (result, ic, FALSE); /* if bit then unpack */ if (IS_BITFIELD (retype)) { ifxCond = genUnpackBits (result, "dptr", GPOINTER, ifx); } else { size = AOP_SIZE (result); offset = 0; while (size--) { emitcode ("lcall", "__gptrget"); if (!ifx) aopPut (result, "a", offset++); if (size || pi) emitcode ("inc", "dptr"); } } if (pi && AOP_TYPE (left) != AOP_IMMD && AOP_TYPE (left) != AOP_STR) { aopPut (left, "dpl", 0); aopPut (left, "dph", 1); pi->generated = 1; } if (ifx && !ifx->generated) { genIfxJump (ifx, ifxCond, left, NULL, result, ic->next); } freeAsmop (result, NULL, ic, TRUE); freeAsmop (left, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genPointerGet - generate code for pointer get */ /*-----------------------------------------------------------------*/ static void genPointerGet (iCode * ic, iCode *pi, iCode *ifx) { operand *left, *result; sym_link *type, *etype; int p_type; D (emitcode (";", "genPointerGet")); left = IC_LEFT (ic); result = IC_RESULT (ic); if (getSize (operandType (result))>1) ifx = NULL; /* depending on the type of pointer we need to move it to the correct pointer register */ type = operandType (left); etype = getSpec (type); /* if left is of type of pointer then it is simple */ if (IS_PTR (type) && !IS_FUNC (type->next)) { p_type = DCL_TYPE (type); } else { /* we have to go by the storage class */ p_type = PTR_TYPE (SPEC_OCLS (etype)); } /* special case when cast remat */ if (p_type == GPOINTER && OP_SYMBOL(left)->remat && IS_CAST_ICODE(OP_SYMBOL(left)->rematiCode)) { left = IC_RIGHT(OP_SYMBOL(left)->rematiCode); type = operandType (left); p_type = DCL_TYPE (type); } /* now that we have the pointer type we assign the pointer values */ switch (p_type) { case POINTER: case IPOINTER: genNearPointerGet (left, result, ic, pi, ifx); break; case PPOINTER: genPagedPointerGet (left, result, ic, pi, ifx); break; case FPOINTER: genFarPointerGet (left, result, ic, pi, ifx); break; case CPOINTER: genCodePointerGet (left, result, ic, pi, ifx); break; case GPOINTER: genGenPointerGet (left, result, ic, pi, ifx); break; } } /*-----------------------------------------------------------------*/ /* genPackBits - generates code for packed bit storage */ /*-----------------------------------------------------------------*/ static void genPackBits (sym_link * etype, operand * right, char *rname, int p_type) { int offset = 0; /* source byte offset */ int rlen = 0; /* remaining bitfield length */ int blen; /* bitfield length */ int bstr; /* bitfield starting bit within byte */ int litval; /* source literal value (if AOP_LIT) */ unsigned char mask; /* bitmask within current byte */ D(emitcode (";", "genPackBits")); blen = SPEC_BLEN (etype); bstr = SPEC_BSTR (etype); /* If the bitfield length is less than a byte */ if (blen < 8) { mask = ((unsigned char) (0xFF << (blen + bstr)) | (unsigned char) (0xFF >> (8 - bstr))); if (AOP_TYPE (right) == AOP_LIT) { /* Case with a bitfield length <8 and literal source */ litval = (int) ulFromVal (AOP (right)->aopu.aop_lit); litval <<= bstr; litval &= (~mask) & 0xff; emitPtrByteGet (rname, p_type, FALSE); if ((mask|litval)!=0xff) emitcode ("anl","a,#0x%02x", mask); if (litval) emitcode ("orl","a,#0x%02x", litval); } else { if ((blen==1) && (p_type!=GPOINTER)) { /* Case with a bitfield length == 1 and no generic pointer */ if (AOP_TYPE (right) == AOP_CRY) emitcode ("mov", "c,%s", AOP(right)->aopu.aop_dir); else { MOVA (aopGet (right, 0, FALSE, FALSE)); emitcode ("rrc","a"); } emitPtrByteGet (rname, p_type, FALSE); emitcode ("mov","acc.%d,c",bstr); } else { bool pushedB; /* Case with a bitfield length < 8 and arbitrary source */ MOVA (aopGet (right, 0, FALSE, FALSE)); /* shift and mask source value */ AccLsh (bstr); emitcode ("anl", "a,#0x%02x", (~mask) & 0xff); pushedB = pushB (); /* transfer A to B and get next byte */ emitPtrByteGet (rname, p_type, TRUE); emitcode ("anl", "a,#0x%02x", mask); emitcode ("orl", "a,b"); if (p_type == GPOINTER) emitcode ("pop", "b"); popB (pushedB); } } emitPtrByteSet (rname, p_type, "a"); return; } /* Bit length is greater than 7 bits. In this case, copy */ /* all except the partial byte at the end */ for (rlen=blen;rlen>=8;rlen-=8) { emitPtrByteSet (rname, p_type, aopGet (right, offset++, FALSE, TRUE) ); if (rlen>8) emitcode ("inc", "%s", rname); } /* If there was a partial byte at the end */ if (rlen) { mask = (((unsigned char) -1 << rlen) & 0xff); if (AOP_TYPE (right) == AOP_LIT) { /* Case with partial byte and literal source */ litval = (int) ulFromVal (AOP (right)->aopu.aop_lit); litval >>= (blen-rlen); litval &= (~mask) & 0xff; emitPtrByteGet (rname, p_type, FALSE); if ((mask|litval)!=0xff) emitcode ("anl","a,#0x%02x", mask); if (litval) emitcode ("orl","a,#0x%02x", litval); } else { bool pushedB; /* Case with partial byte and arbitrary source */ MOVA (aopGet (right, offset++, FALSE, FALSE)); emitcode ("anl", "a,#0x%02x", (~mask) & 0xff); pushedB = pushB (); /* transfer A to B and get next byte */ emitPtrByteGet (rname, p_type, TRUE); emitcode ("anl", "a,#0x%02x", mask); emitcode ("orl", "a,b"); if (p_type == GPOINTER) emitcode ("pop", "b"); popB (pushedB); } emitPtrByteSet (rname, p_type, "a"); } } /*-----------------------------------------------------------------*/ /* genDataPointerSet - remat pointer to data space */ /*-----------------------------------------------------------------*/ static void genDataPointerSet (operand * right, operand * result, iCode * ic) { int size, offset = 0; char *l, buffer[256]; D (emitcode (";", "genDataPointerSet")); aopOp (right, ic, FALSE); l = aopGet (result, 0, FALSE, TRUE); l++; //remove # size = max (AOP_SIZE (right), AOP_SIZE (result)); while (size--) { if (offset) SNPRINTF (buffer, sizeof(buffer), "(%s + %d)", l, offset); else SNPRINTF (buffer, sizeof(buffer), "%s", l); emitcode ("mov", "%s,%s", buffer, aopGet (right, offset++, FALSE, FALSE)); } freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genNearPointerSet - emitcode for near pointer put */ /*-----------------------------------------------------------------*/ static void genNearPointerSet (operand * right, operand * result, iCode * ic, iCode * pi) { asmop *aop = NULL; regs *preg = NULL; char *rname, *l; sym_link *retype, *letype; sym_link *ptype = operandType (result); D (emitcode (";", "genNearPointerSet")); retype = getSpec (operandType (right)); letype = getSpec (ptype); aopOp (result, ic, FALSE); /* if the result is rematerializable & in data space & not a bit variable */ if (AOP_TYPE (result) == AOP_IMMD && DCL_TYPE (ptype) == POINTER && !IS_BITVAR (retype) && !IS_BITVAR (letype)) { genDataPointerSet (right, result, ic); return; } /* if the value is already in a pointer register then don't need anything more */ if (!AOP_INPREG (AOP (result))) { if (IS_AOP_PREG (result)) { // Aha, it is a pointer, just in disguise. rname = aopGet (result, 0, FALSE, FALSE); if (strcmp (rname, "a") == 0) { // It's in pdata or on xstack rname = AOP (result)->aopu.aop_ptr->name; emitcode ("mov", "%s,a", rname); } else if (*rname != '@') { fprintf(stderr, "probable internal error: unexpected rname @ %s:%d\n", __FILE__, __LINE__); } else { // Expected case. emitcode ("mov", "a%s,%s", rname + 1, rname); rname++; // skip the '@'. } } else { /* otherwise get a free pointer register */ aop = newAsmop (0); preg = getFreePtr (ic, &aop, FALSE); emitcode ("mov", "%s,%s", preg->name, aopGet (result, 0, FALSE, TRUE)); rname = preg->name; } } else { rname = aopGet (result, 0, FALSE, FALSE); } aopOp (right, ic, FALSE); /* if bitfield then unpack the bits */ if (IS_BITFIELD (retype) || IS_BITFIELD (letype)) genPackBits ((IS_BITFIELD (retype) ? retype : letype), right, rname, POINTER); else { /* we can just get the values */ int size = AOP_SIZE (right); int offset = 0; while (size--) { l = aopGet (right, offset, FALSE, TRUE); if ((*l == '@') || (strcmp (l, "acc") == 0)) { MOVA (l); emitcode ("mov", "@%s,a", rname); } else emitcode ("mov", "@%s,%s", rname, l); if (size || pi) emitcode ("inc", "%s", rname); offset++; } } /* now some housekeeping stuff */ if (aop) /* we had to allocate for this iCode */ { if (pi) aopPut (result, rname, 0); freeAsmop (NULL, aop, ic, TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ if ((AOP_SIZE (right) > 1 && !OP_SYMBOL (result)->remat && (OP_SYMBOL (result)->liveTo > ic->seq || ic->depth)) && !pi) { int size = AOP_SIZE (right) - 1; while (size--) emitcode ("dec", "%s", rname); } } /* done */ if (pi) pi->generated = 1; freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genPagedPointerSet - emitcode for Paged pointer put */ /*-----------------------------------------------------------------*/ static void genPagedPointerSet (operand * right, operand * result, iCode * ic, iCode * pi) { asmop *aop = NULL; regs *preg = NULL; char *rname, *l; sym_link *retype, *letype; D (emitcode (";", "genPagedPointerSet")); retype = getSpec (operandType (right)); letype = getSpec (operandType (result)); aopOp (result, ic, FALSE); /* if the value is already in a pointer register then don't need anything more */ if (!AOP_INPREG (AOP (result))) { if (IS_AOP_PREG (result)) { // Aha, it is a pointer, just in disguise. rname = aopGet (result, 0, FALSE, FALSE); if (*rname != '@') { fprintf(stderr, "probable internal error: unexpected rname @ %s:%d\n", __FILE__, __LINE__); } else { // Expected case. emitcode ("mov", "a%s,%s", rname + 1, rname); rname++; // skip the '@'. } } else { /* otherwise get a free pointer register */ aop = newAsmop (0); preg = getFreePtr (ic, &aop, FALSE); emitcode ("mov", "%s,%s", preg->name, aopGet (result, 0, FALSE, TRUE)); rname = preg->name; } } else { rname = aopGet (result, 0, FALSE, FALSE); } aopOp (right, ic, FALSE); /* if bitfield then unpack the bits */ if (IS_BITFIELD (retype) || IS_BITFIELD (letype)) genPackBits ((IS_BITFIELD (retype) ? retype : letype), right, rname, PPOINTER); else { /* we can just get the values */ int size = AOP_SIZE (right); int offset = 0; while (size--) { l = aopGet (right, offset, FALSE, TRUE); MOVA (l); emitcode ("movx", "@%s,a", rname); if (size || pi) emitcode ("inc", "%s", rname); offset++; } } /* now some housekeeping stuff */ if (aop) /* we had to allocate for this iCode */ { if (pi) aopPut (result, rname, 0); freeAsmop (NULL, aop, ic, TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ if (AOP_SIZE (right) > 1 && !OP_SYMBOL (result)->remat && (OP_SYMBOL (result)->liveTo > ic->seq || ic->depth) && !pi) { int size = AOP_SIZE (right) - 1; while (size--) emitcode ("dec", "%s", rname); } } /* done */ if (pi) pi->generated = 1; freeAsmop (right, NULL, ic, TRUE); freeAsmop (result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genFarPointerSet - set value from far space */ /*-----------------------------------------------------------------*/ static void genFarPointerSet (operand * right, operand * result, iCode * ic, iCode * pi) { int size, offset; sym_link *retype = getSpec (operandType (right)); sym_link *letype = getSpec (operandType (result)); D(emitcode (";", "genFarPointerSet")); aopOp (result, ic, FALSE); loadDptrFromOperand (result, FALSE); /* so dptr now contains the address */ aopOp (right, ic, FALSE); /* if bit then unpack */ if (IS_BITFIELD (retype) || IS_BITFIELD (letype)) genPackBits ((IS_BITFIELD (retype) ? retype : letype), right, "dptr", FPOINTER); else { size = AOP_SIZE (right); offset = 0; while (size--) { char *l = aopGet (right, offset++, FALSE, FALSE); MOVA (l); emitcode ("movx", "@dptr,a"); if (size || pi) emitcode ("inc", "dptr"); } } if (pi && AOP_TYPE (result) != AOP_STR && AOP_TYPE (result) != AOP_IMMD) { aopPut (result, "dpl", 0); aopPut (result, "dph", 1); pi->generated=1; } freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genGenPointerSet - set value from generic pointer space */ /*-----------------------------------------------------------------*/ static void genGenPointerSet (operand * right, operand * result, iCode * ic, iCode * pi) { int size, offset; sym_link *retype = getSpec (operandType (right)); sym_link *letype = getSpec (operandType (result)); D (emitcode (";", "genGenPointerSet")); aopOp (result, ic, FALSE); loadDptrFromOperand (result, TRUE); /* so dptr now contains the address */ aopOp (right, ic, FALSE); /* if bit then unpack */ if (IS_BITFIELD (retype) || IS_BITFIELD (letype)) { genPackBits ((IS_BITFIELD (retype) ? retype : letype), right, "dptr", GPOINTER); } else { size = AOP_SIZE (right); offset = 0; while (size--) { char *l = aopGet (right, offset++, FALSE, FALSE); MOVA (l); emitcode ("lcall", "__gptrput"); if (size || pi) emitcode ("inc", "dptr"); } } if (pi && AOP_TYPE (result) != AOP_STR && AOP_TYPE (result) != AOP_IMMD) { aopPut (result, "dpl", 0); aopPut (result, "dph", 1); pi->generated=1; } freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genPointerSet - stores the value into a pointer location */ /*-----------------------------------------------------------------*/ static void genPointerSet (iCode * ic, iCode *pi) { operand *right, *result; sym_link *type, *etype; int p_type; D (emitcode (";", "genPointerSet")); right = IC_RIGHT (ic); result = IC_RESULT (ic); /* depending on the type of pointer we need to move it to the correct pointer register */ type = operandType (result); etype = getSpec (type); /* if left is of type of pointer then it is simple */ if (IS_PTR (type) && !IS_FUNC (type->next)) { p_type = DCL_TYPE (type); } else { /* we have to go by the storage class */ p_type = PTR_TYPE (SPEC_OCLS (etype)); } /* special case when cast remat */ if (p_type == GPOINTER && OP_SYMBOL(result)->remat && IS_CAST_ICODE(OP_SYMBOL(result)->rematiCode)) { result = IC_RIGHT(OP_SYMBOL(result)->rematiCode); type = operandType (result); p_type = DCL_TYPE (type); } /* now that we have the pointer type we assign the pointer values */ switch (p_type) { case POINTER: case IPOINTER: genNearPointerSet (right, result, ic, pi); break; case PPOINTER: genPagedPointerSet (right, result, ic, pi); break; case FPOINTER: genFarPointerSet (right, result, ic, pi); break; case GPOINTER: genGenPointerSet (right, result, ic, pi); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "genPointerSet: illegal pointer type"); } } /*-----------------------------------------------------------------*/ /* genIfx - generate code for Ifx statement */ /*-----------------------------------------------------------------*/ static void genIfx (iCode * ic, iCode * popIc) { operand *cond = IC_COND (ic); int isbit = 0; char *dup = NULL; D (emitcode (";", "genIfx")); aopOp (cond, ic, FALSE); /* get the value into acc */ if (AOP_TYPE (cond) != AOP_CRY) { toBoolean (cond); } else { isbit = 1; if (AOP(cond)->aopu.aop_dir) dup = Safe_strdup(AOP(cond)->aopu.aop_dir); } /* the result is now in the accumulator or a directly addressable bit */ freeAsmop (cond, NULL, ic, TRUE); /* if the condition is a bit variable */ if (isbit && dup) genIfxJump(ic, dup, NULL, NULL, NULL, popIc); else if (isbit && IS_ITEMP (cond) && SPIL_LOC (cond)) genIfxJump (ic, SPIL_LOC (cond)->rname, NULL, NULL, NULL, popIc); else if (isbit && !IS_ITEMP (cond)) genIfxJump (ic, OP_SYMBOL (cond)->rname, NULL, NULL, NULL, popIc); else genIfxJump (ic, "a", NULL, NULL, NULL, popIc); ic->generated = 1; } /*-----------------------------------------------------------------*/ /* genAddrOf - generates code for address of */ /*-----------------------------------------------------------------*/ static void genAddrOf (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); int size, offset; D (emitcode (";", "genAddrOf")); aopOp (IC_RESULT (ic), ic, FALSE); /* if the operand is on the stack then we need to get the stack offset of this variable */ if (sym->onStack) { /* if it has an offset then we need to compute it */ if (sym->stack) { int stack_offset = ((sym->stack < 0) ? ((char) (sym->stack - _G.nRegsSaved)) : ((char) sym->stack)) & 0xff; if ((abs(stack_offset) == 1) && !AOP_NEEDSACC(IC_RESULT (ic)) && !isOperandVolatile (IC_RESULT (ic), FALSE)) { aopPut (IC_RESULT (ic), SYM_BP (sym), 0); if (stack_offset > 0) emitcode ("inc", "%s", aopGet (IC_RESULT (ic), LSB, FALSE, FALSE)); else emitcode ("dec", "%s", aopGet (IC_RESULT (ic), LSB, FALSE, FALSE)); } else { emitcode ("mov", "a,%s", SYM_BP (sym)); emitcode ("add", "a,#0x%02x", stack_offset & 0xff); aopPut (IC_RESULT (ic), "a", 0); } } else { /* we can just move _bp */ aopPut (IC_RESULT (ic), SYM_BP (sym), 0); } /* fill the result with zero */ size = AOP_SIZE (IC_RESULT (ic)) - 1; offset = 1; while (size--) { aopPut (IC_RESULT (ic), zero, offset++); } goto release; } /* object not on stack then we need the name */ size = getDataSize (IC_RESULT (ic)); offset = 0; while (size--) { char s[SDCC_NAME_MAX]; if (offset) { sprintf (s, "#(%s >> %d)", sym->rname, offset * 8); } else { SNPRINTF (s, sizeof(s), "#%s", sym->rname); } aopPut (IC_RESULT (ic), s, offset++); } if (opIsGptr (IC_RESULT (ic))) { char buffer[10]; SNPRINTF (buffer, sizeof(buffer), "#0x%02x", pointerTypeToGPByte (pointerCode (getSpec (operandType (IC_LEFT (ic)))), NULL, NULL)); aopPut (IC_RESULT (ic), buffer, GPTRSIZE - 1); } release: freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genFarFarAssign - assignment when both are in far space */ /*-----------------------------------------------------------------*/ static void genFarFarAssign (operand * result, operand * right, iCode * ic) { int size = AOP_SIZE (right); int offset = 0; char *l; D (emitcode (";", "genFarFarAssign")); /* first push the right side on to the stack */ while (size--) { l = aopGet (right, offset++, FALSE, FALSE); MOVA (l); emitcode ("push", "acc"); } freeAsmop (right, NULL, ic, FALSE); /* now assign DPTR to result */ aopOp (result, ic, FALSE); size = AOP_SIZE (result); while (size--) { emitcode ("pop", "acc"); aopPut (result, "a", --offset); } freeAsmop (result, NULL, ic, FALSE); } /*-----------------------------------------------------------------*/ /* genAssign - generate code for assignment */ /*-----------------------------------------------------------------*/ static void genAssign (iCode * ic) { operand *result, *right; int size, offset; unsigned long lit = 0L; D (emitcode (";", "genAssign")); result = IC_RESULT (ic); right = IC_RIGHT (ic); /* if they are the same */ if (operandsEqu (result, right) && !isOperandVolatile (result, FALSE) && !isOperandVolatile (right, FALSE)) return; aopOp (right, ic, FALSE); /* special case both in far space */ if (AOP_TYPE (right) == AOP_DPTR && IS_TRUE_SYMOP (result) && isOperandInFarSpace (result)) { genFarFarAssign (result, right, ic); return; } aopOp (result, ic, TRUE); /* if they are the same registers */ if (sameRegs (AOP (right), AOP (result)) && !isOperandVolatile (result, FALSE) && !isOperandVolatile (right, FALSE)) goto release; /* if the result is a bit */ if (AOP_TYPE (result) == AOP_CRY) { assignBit (result, right); goto release; } /* bit variables done */ /* general case */ size = getDataSize (result); offset = 0; if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); if ((size > 1) && (AOP_TYPE (result) != AOP_REG) && (AOP_TYPE (right) == AOP_LIT) && !IS_FLOAT (operandType (right)) && (lit < 256L)) { while ((size) && (lit)) { aopPut (result, aopGet (right, offset, FALSE, FALSE), offset); lit >>= 8; offset++; size--; } /* And now fill the rest with zeros. */ if (size) { emitcode ("clr", "a"); } while (size--) { aopPut (result, "a", offset); offset++; } } else { while (size--) { aopPut (result, aopGet (right, offset, FALSE, FALSE), offset); offset++; } } adjustArithmeticResult (ic); release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genJumpTab - generates code for jump table */ /*-----------------------------------------------------------------*/ static void genJumpTab (iCode * ic) { symbol *jtab,*jtablo,*jtabhi; char *l; unsigned int count; D (emitcode (";", "genJumpTab")); count = elementsInSet( IC_JTLABELS (ic) ); if( count <= 16 ) { /* this algorithm needs 9 cycles and 7 + 3*n bytes if the switch argument is in a register. (8 cycles and 6+2*n bytes if peepholes can change ljmp to sjmp) */ /* Peephole may not convert ljmp to sjmp or ret labelIsReturnOnly & labelInRange must check currPl->ic->op != JUMPTABLE */ aopOp (IC_JTCOND (ic), ic, FALSE); /* get the condition into accumulator */ l = aopGet (IC_JTCOND (ic), 0, FALSE, FALSE); MOVA (l); /* multiply by three */ if (aopGetUsesAcc (IC_JTCOND (ic), 0)) { emitcode ("mov", "b,#0x03"); emitcode ("mul", "ab"); } else { emitcode ("add", "a,acc"); emitcode ("add", "a,%s", aopGet (IC_JTCOND (ic), 0, FALSE, FALSE)); } freeAsmop (IC_JTCOND (ic), NULL, ic, TRUE); jtab = newiTempLabel (NULL); emitcode ("mov", "dptr,#%05d$", jtab->key + 100); emitcode ("jmp", "@a+dptr"); emitLabel (jtab); /* now generate the jump labels */ for (jtab = setFirstItem (IC_JTLABELS (ic)); jtab; jtab = setNextItem (IC_JTLABELS (ic))) emitcode ("ljmp", "%05d$", jtab->key + 100); } else { /* this algorithm needs 14 cycles and 13 + 2*n bytes if the switch argument is in a register. For n>6 this algorithm may be more compact */ jtablo = newiTempLabel (NULL); jtabhi = newiTempLabel (NULL); /* get the condition into accumulator. Using b as temporary storage, if register push/pop is needed */ aopOp (IC_JTCOND (ic), ic, FALSE); l = aopGet (IC_JTCOND (ic), 0, FALSE, FALSE); if ((AOP_TYPE (IC_JTCOND (ic)) == AOP_R0 && _G.r0Pushed) || (AOP_TYPE (IC_JTCOND (ic)) == AOP_R1 && _G.r1Pushed)) { // (MB) what if B is in use??? wassertl(!BINUSE, "B was in use"); emitcode ("mov", "b,%s", l); l = "b"; } freeAsmop (IC_JTCOND (ic), NULL, ic, TRUE); MOVA (l); if( count <= 112 ) { emitcode ("add", "a,#(%05d$-3-.)", jtablo->key + 100); emitcode ("movc", "a,@a+pc"); emitcode ("push", "acc"); MOVA (l); emitcode ("add", "a,#(%05d$-3-.)", jtabhi->key + 100); emitcode ("movc", "a,@a+pc"); emitcode ("push", "acc"); } else { /* this scales up to n<=255, but needs two more bytes and changes dptr */ emitcode ("mov", "dptr,#%05d$", jtablo->key + 100); emitcode ("movc", "a,@a+dptr"); emitcode ("push", "acc"); MOVA (l); emitcode ("mov", "dptr,#%05d$", jtabhi->key + 100); emitcode ("movc", "a,@a+dptr"); emitcode ("push", "acc"); } emitcode ("ret", ""); /* now generate jump table, LSB */ emitLabel (jtablo); for (jtab = setFirstItem (IC_JTLABELS (ic)); jtab; jtab = setNextItem (IC_JTLABELS (ic))) emitcode (".db", "%05d$", jtab->key + 100); /* now generate jump table, MSB */ emitLabel (jtabhi); for (jtab = setFirstItem (IC_JTLABELS (ic)); jtab; jtab = setNextItem (IC_JTLABELS (ic))) emitcode (".db", "%05d$>>8", jtab->key + 100); } } /*-----------------------------------------------------------------*/ /* genCast - gen code for casting */ /*-----------------------------------------------------------------*/ static void genCast (iCode * ic) { operand *result = IC_RESULT (ic); sym_link *ctype = operandType (IC_LEFT (ic)); sym_link *rtype = operandType (IC_RIGHT (ic)); operand *right = IC_RIGHT (ic); int size, offset; D (emitcode (";", "genCast")); /* if they are equivalent then do nothing */ if (operandsEqu (IC_RESULT (ic), IC_RIGHT (ic))) return; aopOp (right, ic, FALSE); aopOp (result, ic, FALSE); /* if the result is a bit (and not a bitfield) */ if (IS_BIT (OP_SYMBOL (result)->type)) { assignBit (result, right); goto release; } /* if they are the same size : or less */ if (AOP_SIZE (result) <= AOP_SIZE (right)) { /* if they are in the same place */ if (sameRegs (AOP (right), AOP (result))) goto release; /* if they in different places then copy */ size = AOP_SIZE (result); offset = 0; while (size--) { aopPut (result, aopGet (right, offset, FALSE, FALSE), offset); offset++; } goto release; } /* if the result is of type pointer */ if (IS_PTR (ctype)) { int p_type; sym_link *type = operandType (right); sym_link *etype = getSpec (type); /* pointer to generic pointer */ if (IS_GENPTR (ctype)) { if (IS_PTR (type)) { p_type = DCL_TYPE (type); } else { if (SPEC_SCLS(etype)==S_REGISTER) { // let's assume it is a generic pointer p_type=GPOINTER; } else { /* we have to go by the storage class */ p_type = PTR_TYPE (SPEC_OCLS (etype)); } } /* the first two bytes are known */ size = GPTRSIZE - 1; offset = 0; while (size--) { aopPut (result, aopGet (right, offset, FALSE, FALSE), offset); offset++; } /* the last byte depending on type */ { int gpVal = pointerTypeToGPByte(p_type, NULL, NULL); char gpValStr[10]; if (gpVal == -1) { // pointerTypeToGPByte will have bitched. exit(1); } sprintf(gpValStr, "#0x%02x", gpVal); aopPut (result, gpValStr, GPTRSIZE - 1); } goto release; } /* just copy the pointers */ size = AOP_SIZE (result); offset = 0; while (size--) { aopPut (result, aopGet (right, offset, FALSE, FALSE), offset); offset++; } goto release; } /* so we now know that the size of destination is greater than the size of the source */ /* we move to result for the size of source */ size = AOP_SIZE (right); offset = 0; while (size--) { aopPut (result, aopGet (right, offset, FALSE, FALSE), offset); offset++; } /* now depending on the sign of the source && destination */ size = AOP_SIZE (result) - AOP_SIZE (right); /* if unsigned or not an integral type */ if (!IS_SPEC (rtype) || SPEC_USIGN (rtype) || AOP_TYPE(right)==AOP_CRY) { while (size--) aopPut (result, zero, offset++); } else { /* we need to extend the sign :{ */ char *l = aopGet (right, AOP_SIZE (right) - 1, FALSE, FALSE); MOVA (l); emitcode ("rlc", "a"); emitcode ("subb", "a,acc"); while (size--) aopPut (result, "a", offset++); } /* we are done hurray !!!! */ release: freeAsmop (result, NULL, ic, TRUE); freeAsmop (right, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genDjnz - generate decrement & jump if not zero instrucion */ /*-----------------------------------------------------------------*/ static int genDjnz (iCode * ic, iCode * ifx) { symbol *lbl, *lbl1; if (!ifx) return 0; /* if the if condition has a false label then we cannot save */ if (IC_FALSE (ifx)) return 0; /* if the minus is not of the form a = a - 1 */ if (!isOperandEqual (IC_RESULT (ic), IC_LEFT (ic)) || !IS_OP_LITERAL (IC_RIGHT (ic))) return 0; if (operandLitValue (IC_RIGHT (ic)) != 1) return 0; /* if the size of this greater than one then no saving */ if (getSize (operandType (IC_RESULT (ic))) > 1) return 0; /* otherwise we can save BIG */ D (emitcode (";", "genDjnz")); lbl = newiTempLabel (NULL); lbl1 = newiTempLabel (NULL); aopOp (IC_RESULT (ic), ic, FALSE); if (AOP_NEEDSACC(IC_RESULT(ic))) { /* If the result is accessed indirectly via * the accumulator, we must explicitly write * it back after the decrement. */ char *rByte = aopGet (IC_RESULT(ic), 0, FALSE, FALSE); if (strcmp(rByte, "a")) { /* Something is hopelessly wrong */ fprintf(stderr, "*** warning: internal error at %s:%d\n", __FILE__, __LINE__); /* We can just give up; the generated code will be inefficient, * but what the hey. */ freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); return 0; } emitcode ("dec", "%s", rByte); aopPut (IC_RESULT (ic), rByte, 0); emitcode ("jnz", "%05d$", lbl->key + 100); } else if (IS_AOP_PREG (IC_RESULT (ic))) { emitcode ("dec", "%s", aopGet (IC_RESULT (ic), 0, FALSE, FALSE)); MOVA (aopGet (IC_RESULT (ic), 0, FALSE, FALSE)); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); ifx->generated = 1; emitcode ("jnz", "%05d$", lbl->key + 100); } else { emitcode ("djnz", "%s,%05d$", aopGet (IC_RESULT (ic), 0, FALSE, FALSE), lbl->key + 100); } emitcode ("sjmp", "%05d$", lbl1->key + 100); emitLabel (lbl); emitcode ("ljmp", "%05d$", IC_TRUE (ifx)->key + 100); emitLabel (lbl1); if (!ifx->generated) freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); ifx->generated = 1; return 1; } /*-----------------------------------------------------------------*/ /* genReceive - generate code for a receive iCode */ /*-----------------------------------------------------------------*/ static void genReceive (iCode * ic) { int size = getSize (operandType (IC_RESULT (ic))); int offset = 0; D (emitcode (";", "genReceive")); if (ic->argreg == 1) { /* first parameter */ if ((isOperandInFarSpace (IC_RESULT (ic)) || isOperandInPagedSpace (IC_RESULT (ic))) && (OP_SYMBOL (IC_RESULT (ic))->isspilt || IS_TRUE_SYMOP (IC_RESULT (ic)))) { regs *tempRegs[4]; int receivingA = 0; int roffset = 0; for (offset = 0; offset0; offset--) emitcode("mov","%s,%s", tempRegs[roffset++]->name, fReturn[offset]); emitcode("mov","a,%s", fReturn[0]); _G.accInUse++; aopOp (IC_RESULT (ic), ic, FALSE); _G.accInUse--; aopPut (IC_RESULT (ic), "a", offset); for (offset = 1; offsetname, offset); goto release; } } else { if (getTempRegs(tempRegs, size, ic)) { for (offset = 0; offsetname, fReturn[offset]); aopOp (IC_RESULT (ic), ic, FALSE); for (offset = 0; offsetname, offset); goto release; } } offset = fReturnSizeMCS51 - size; while (size--) { emitcode ("push", "%s", (strcmp (fReturn[fReturnSizeMCS51 - offset - 1], "a") ? fReturn[fReturnSizeMCS51 - offset - 1] : "acc")); offset++; } aopOp (IC_RESULT (ic), ic, FALSE); size = AOP_SIZE (IC_RESULT (ic)); offset = 0; while (size--) { emitcode ("pop", "acc"); aopPut (IC_RESULT (ic), "a", offset++); } } else { _G.accInUse++; aopOp (IC_RESULT (ic), ic, FALSE); _G.accInUse--; assignResultValue (IC_RESULT (ic), NULL); } } else if (ic->argreg > 12) { /* bit parameters */ regs *reg = OP_SYMBOL (IC_RESULT (ic))->regs[0]; BitBankUsed = 1; if (!reg || reg->rIdx != ic->argreg-5) { aopOp (IC_RESULT (ic), ic, FALSE); emitcode ("mov", "c,%s", rb1regs[ic->argreg-5]); outBitC(IC_RESULT (ic)); } } else { /* other parameters */ int rb1off ; aopOp (IC_RESULT (ic), ic, FALSE); rb1off = ic->argreg; while (size--) { aopPut (IC_RESULT (ic), rb1regs[rb1off++ -5], offset++); } } release: freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genDummyRead - generate code for dummy read of volatiles */ /*-----------------------------------------------------------------*/ static void genDummyRead (iCode * ic) { operand *op; int size, offset; D (emitcode(";", "genDummyRead")); op = IC_RIGHT (ic); if (op && IS_SYMOP (op)) { aopOp (op, ic, FALSE); /* if the result is a bit */ if (AOP_TYPE (op) == AOP_CRY) emitcode ("mov", "c,%s", AOP (op)->aopu.aop_dir); else { /* bit variables done */ /* general case */ size = AOP_SIZE (op); offset = 0; while (size--) { MOVA (aopGet (op, offset, FALSE, FALSE)); offset++; } } freeAsmop (op, NULL, ic, TRUE); } op = IC_LEFT (ic); if (op && IS_SYMOP (op)) { aopOp (op, ic, FALSE); /* if the result is a bit */ if (AOP_TYPE (op) == AOP_CRY) emitcode ("mov", "c,%s", AOP (op)->aopu.aop_dir); else { /* bit variables done */ /* general case */ size = AOP_SIZE (op); offset = 0; while (size--) { MOVA (aopGet (op, offset, FALSE, FALSE)); offset++; } } freeAsmop (op, NULL, ic, TRUE); } } /*-----------------------------------------------------------------*/ /* genCritical - generate code for start of a critical sequence */ /*-----------------------------------------------------------------*/ static void genCritical (iCode *ic) { symbol *tlbl = newiTempLabel (NULL); D (emitcode(";", "genCritical")); if (IC_RESULT (ic)) { aopOp (IC_RESULT (ic), ic, TRUE); aopPut (IC_RESULT (ic), one, 0); /* save old ea in an operand */ emitcode ("jbc", "ea,%05d$", (tlbl->key + 100)); /* atomic test & clear */ aopPut (IC_RESULT (ic), zero, 0); emitLabel (tlbl); freeAsmop (IC_RESULT (ic), NULL, ic, TRUE); } else { emitcode ("setb", "c"); emitcode ("jbc", "ea,%05d$", (tlbl->key + 100)); /* atomic test & clear */ emitcode ("clr", "c"); emitLabel (tlbl); emitcode ("push", "psw"); /* save old ea via c in psw on top of stack*/ } } /*-----------------------------------------------------------------*/ /* genEndCritical - generate code for end of a critical sequence */ /*-----------------------------------------------------------------*/ static void genEndCritical (iCode *ic) { D(emitcode(";", "genEndCritical")); if (IC_RIGHT (ic)) { aopOp (IC_RIGHT (ic), ic, FALSE); if (AOP_TYPE (IC_RIGHT (ic)) == AOP_CRY) { emitcode ("mov", "c,%s", IC_RIGHT (ic)->aop->aopu.aop_dir); emitcode ("mov", "ea,c"); } else { if (AOP_TYPE (IC_RIGHT (ic)) != AOP_DUMMY) MOVA (aopGet (IC_RIGHT (ic), 0, FALSE, FALSE)); emitcode ("rrc", "a"); emitcode ("mov", "ea,c"); } freeAsmop (IC_RIGHT (ic), NULL, ic, TRUE); } else { emitcode ("pop", "psw"); /* restore ea via c in psw on top of stack */ emitcode ("mov", "ea,c"); } } /*-----------------------------------------------------------------*/ /* gen51Code - generate code for 8051 based controllers */ /*-----------------------------------------------------------------*/ void gen51Code (iCode * lic) { iCode *ic; int cln = 0; /* int cseq = 0; */ _G.currentFunc = NULL; lineHead = lineCurr = NULL; /* print the allocation information */ if (allocInfo && currFunc) printAllocInfo (currFunc, codeOutBuf); /* if debug information required */ if (options.debug && currFunc) { debugFile->writeFunction (currFunc, lic); } /* stack pointer name */ if (options.useXstack) spname = "_spx"; else spname = "sp"; for (ic = lic; ic; ic = ic->next) { _G.current_iCode = ic; if (ic->lineno && cln != ic->lineno) { if (options.debug) { debugFile->writeCLine (ic); } if (!options.noCcodeInAsm) { emitcode (";", "%s:%d: %s", ic->filename, ic->lineno, printCLine(ic->filename, ic->lineno)); } cln = ic->lineno; } #if 0 if (ic->seqPoint && ic->seqPoint != cseq) { emitcode (";", "sequence point %d", ic->seqPoint); cseq = ic->seqPoint; } #endif if (options.iCodeInAsm) { char regsInUse[80]; int i; const char *iLine; #if 0 for (i=0; i<8; i++) { sprintf (®sInUse[i], "%c", ic->riu & (1<rMask, i)) { int offset = regs8051[i].offset; regsInUse[offset] = offset + '0'; /* show rMask */ } #endif } iLine = printILine(ic); emitcode(";", "[%s] ic:%d: %s", regsInUse, ic->seq, iLine); dbuf_free(iLine); } /* if the result is marked as spilt and rematerializable or code for this has already been generated then do nothing */ if (resultRemat (ic) || ic->generated) continue; /* depending on the operation */ switch (ic->op) { case '!': genNot (ic); break; case '~': genCpl (ic); break; case UNARYMINUS: genUminus (ic); break; case IPUSH: genIpush (ic); break; case IPOP: { iCode *ifxIc, *popIc; bool CommonRegs = FALSE; /* IPOP happens only when trying to restore a spilt live range, if there is an ifx statement following this pop (or several) then the if statement might be using some of the registers being popped which would destory the contents of the register so we need to check for this condition and handle it */ for (ifxIc = ic->next; ifxIc && ifxIc->op == IPOP; ifxIc = ifxIc->next); for (popIc = ic; popIc && popIc->op == IPOP; popIc = popIc->next) CommonRegs |= (ifxIc && ifxIc->op == IFX && !ifxIc->generated && regsInCommon (IC_LEFT (popIc), IC_COND (ifxIc))); if (CommonRegs) genIfx (ifxIc, ic); else genIpop (ic); } break; case CALL: genCall (ic); break; case PCALL: genPcall (ic); break; case FUNCTION: genFunction (ic); break; case ENDFUNCTION: genEndFunction (ic); break; case RETURN: genRet (ic); break; case LABEL: genLabel (ic); break; case GOTO: genGoto (ic); break; case '+': genPlus (ic); break; case '-': if (!genDjnz (ic, ifxForOp (IC_RESULT (ic), ic))) genMinus (ic); break; case '*': genMult (ic); break; case '/': genDiv (ic); break; case '%': genMod (ic); break; case '>': genCmpGt (ic, ifxForOp (IC_RESULT (ic), ic)); break; case '<': genCmpLt (ic, ifxForOp (IC_RESULT (ic), ic)); break; case LE_OP: case GE_OP: case NE_OP: /* note these two are xlated by algebraic equivalence in decorateType() in SDCCast.c */ werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "got '>=' or '<=' shouldn't have come here"); break; case EQ_OP: genCmpEq (ic, ifxForOp (IC_RESULT (ic), ic)); break; case AND_OP: genAndOp (ic); break; case OR_OP: genOrOp (ic); break; case '^': genXor (ic, ifxForOp (IC_RESULT (ic), ic)); break; case '|': genOr (ic, ifxForOp (IC_RESULT (ic), ic)); break; case BITWISEAND: genAnd (ic, ifxForOp (IC_RESULT (ic), ic)); break; case INLINEASM: genInline (ic); break; case RRC: genRRC (ic); break; case RLC: genRLC (ic); break; case GETHBIT: genGetHbit (ic); break; case GETABIT: genGetAbit (ic); break; case GETBYTE: genGetByte (ic); break; case GETWORD: genGetWord (ic); break; case LEFT_OP: genLeftShift (ic); break; case RIGHT_OP: genRightShift (ic); break; case GET_VALUE_AT_ADDRESS: genPointerGet (ic, hasInc (IC_LEFT (ic), ic, getSize (operandType (IC_RESULT (ic)))), ifxForOp (IC_RESULT (ic), ic) ); break; case '=': if (POINTER_SET (ic)) genPointerSet (ic, hasInc (IC_RESULT (ic), ic, getSize (operandType (IC_RIGHT (ic))))); else genAssign (ic); break; case IFX: genIfx (ic, NULL); break; case ADDRESS_OF: genAddrOf (ic); break; case JUMPTABLE: genJumpTab (ic); break; case CAST: genCast (ic); break; case RECEIVE: genReceive (ic); break; case SEND: addSet (&_G.sendSet, ic); break; case DUMMY_READ_VOLATILE: genDummyRead (ic); break; case CRITICAL: genCritical (ic); break; case ENDCRITICAL: genEndCritical (ic); break; case SWAP: genSwap (ic); break; default: ic = ic; } } _G.current_iCode = NULL; /* now we are ready to call the peep hole optimizer */ if (!options.nopeep) peepHole (&lineHead); /* now do the actual printing */ printLine (lineHead, codeOutBuf); return; } sdcc-2.9.0/src/mcs51/gen.h000066400000000000000000000060051116427777700151230ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCgen51.h - header file for code generation for 8051 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCGEN51_H #define SDCCGEN51_H enum { AOP_LIT = 1, AOP_REG, AOP_DIR, AOP_DPTR, AOP_R0, AOP_R1, AOP_STK, AOP_IMMD, AOP_STR, AOP_CRY, AOP_ACC, AOP_DUMMY }; /* type asmop : a homogenised type for all the different spaces an operand can be in */ typedef struct asmop { short type; /* can have values AOP_LIT - operand is a literal value AOP_REG - is in registers AOP_DIR - direct just a name AOP_DPTR - dptr contains address of operand AOP_R0/R1 - r0/r1 contains address of operand AOP_STK - should be pushed on stack this can happen only for the result AOP_IMMD - immediate value for eg. remateriazable AOP_CRY - carry contains the value of this AOP_STR - array of strings AOP_ACC - result is in the acc:b pair AOP_DUMMY - read as 0, discard writes */ short coff; /* current offset */ short size; /* total size */ unsigned code:1; /* is in Code space */ unsigned paged:1; /* in paged memory */ unsigned short allocated; /* number of times allocated */ union { value *aop_lit; /* if literal */ regs *aop_reg[4]; /* array of registers */ char *aop_dir; /* if direct */ regs *aop_ptr; /* either -> to r0 or r1 */ struct { int from_cast_remat; /* cast remat created this : immd2 field used for highest order*/ char *aop_immd1; /* if immediate others are implied */ char *aop_immd2; /* cast remat will generate this */ } aop_immd; int aop_stk; /* stack offset when AOP_STK */ char *aop_str[4]; /* just a string array containing the location */ } aopu; } asmop; void gen51Code (iCode *); void mcs51_emitDebuggerSymbol (char *); //extern char *fReturn8051[]; extern unsigned fReturnSizeMCS51; //extern char **fReturn; #endif sdcc-2.9.0/src/mcs51/main.c000066400000000000000000000524201116427777700152730ustar00rootroot00000000000000/** @file main.c mcs51 specific general functions. Note that mlh prepended _mcs51_ on the static functions. Makes it easier to set a breakpoint using the debugger. */ #include "common.h" #include "main.h" #include "ralloc.h" #include "gen.h" #include "peep.h" #include "dbuf_string.h" #include "../SDCCutil.h" static char _defaultRules[] = { #include "peeph.rul" }; #define OPTION_STACK_SIZE "--stack-size" static OPTION _mcs51_options[] = { { 0, OPTION_STACK_SIZE, &options.stack_size, "Tells the linker to allocate this space for stack", CLAT_INTEGER }, { 0, "--parms-in-bank1", &options.parms_in_bank1, "use Bank1 for parameter passing"}, { 0, "--pack-iram", NULL, "Tells the linker to pack variables in internal ram (default)"}, { 0, "--no-pack-iram", &options.no_pack_iram, "Tells the linker not to pack variables in internal ram"}, { 0, "--acall-ajmp", &options.acall_ajmp, "Use acall/ajmp instead of lcall/ljmp" }, { 0, NULL } }; /* list of key words used by msc51 */ static char *_mcs51_keywords[] = { "at", "banked", "bit", "code", "critical", "data", "far", "idata", "interrupt", "near", "pdata", "reentrant", "sfr", "sfr16", "sfr32", "sbit", "using", "xdata", "_data", "_code", "_generic", "_near", "_xdata", "_pdata", "_idata", "_naked", "_overlay", NULL }; void mcs51_assignRegisters (ebbIndex *); static int regParmFlg = 0; /* determine if we can register a parameter */ static int regBitParmFlg = 0; /* determine if we can register a bit parameter */ static void _mcs51_init (void) { asm_addTree (&asm_asxxxx_mapping); } static void _mcs51_reset_regparm (void) { regParmFlg = 0; regBitParmFlg = 0; } static int _mcs51_regparm (sym_link * l, bool reentrant) { if (IS_SPEC(l) && (SPEC_NOUN(l) == V_BIT)) { /* bit parameters go to b0 thru b7 */ if (reentrant && (regBitParmFlg < 8)) { regBitParmFlg++; return 12 + regBitParmFlg; } return 0; } if (options.parms_in_bank1 == 0) { /* simple can pass only the first parameter in a register */ if (regParmFlg) return 0; regParmFlg = 1; return 1; } else { int size = getSize(l); int remain ; /* first one goes the usual way to DPTR */ if (regParmFlg == 0) { regParmFlg += 4 ; return 1; } /* second one onwards goes to RB1_0 thru RB1_7 */ remain = regParmFlg - 4; if (size > (8 - remain)) { regParmFlg = 12 ; return 0; } regParmFlg += size ; return regParmFlg - size + 1; } } static bool _mcs51_parseOptions (int *pargc, char **argv, int *i) { /* TODO: allow port-specific command line options to specify * segment names here. */ return FALSE; } static void _mcs51_finaliseOptions (void) { if (options.noXinitOpt) { port->genXINIT=0; } switch (options.model) { case MODEL_SMALL: port->mem.default_local_map = data; port->mem.default_globl_map = data; port->s.gptr_size = 3; break; case MODEL_MEDIUM: port->mem.default_local_map = pdata; port->mem.default_globl_map = pdata; port->s.gptr_size = 3; break; case MODEL_LARGE: port->mem.default_local_map = xdata; port->mem.default_globl_map = xdata; port->s.gptr_size = 3; break; default: port->mem.default_local_map = data; port->mem.default_globl_map = data; break; } if (options.parms_in_bank1) { addSet(&preArgvSet, Safe_strdup("-DSDCC_PARMS_IN_BANK1")); } } static void _mcs51_setDefaultOptions (void) { } static const char * _mcs51_getRegName (struct regs *reg) { if (reg) return reg->name; return "err"; } static void _mcs51_genAssemblerPreamble (FILE * of) { if (options.parms_in_bank1) { int i ; for (i=0; i < 8 ; i++ ) fprintf (of,"b1_%d = 0x%x \n",i,8+i); } } /* Generate interrupt vector table. */ static int _mcs51_genIVT (struct dbuf_s * oBuf, symbol ** interrupts, int maxInterrupts) { int i; dbuf_printf (oBuf, "\t%cjmp\t__sdcc_gsinit_startup\n", options.acall_ajmp?'a':'l'); if((options.acall_ajmp)&&(maxInterrupts)) dbuf_printf (oBuf, "\t.ds\t1\n"); /* now for the other interrupts */ for (i = 0; i < maxInterrupts; i++) { if (interrupts[i]) { dbuf_printf (oBuf, "\t%cjmp\t%s\n", options.acall_ajmp?'a':'l', interrupts[i]->rname); if ( i != maxInterrupts - 1 ) dbuf_printf (oBuf, "\t.ds\t%d\n", options.acall_ajmp?6:5); } else { dbuf_printf (oBuf, "\treti\n"); if ( i != maxInterrupts - 1 ) dbuf_printf (oBuf, "\t.ds\t7\n"); } } return TRUE; } static void _mcs51_genExtraAreas(FILE *of, bool hasMain) { tfprintf (of, "\t!area\n", HOME_NAME); tfprintf (of, "\t!area\n", "GSINIT0 (CODE)"); tfprintf (of, "\t!area\n", "GSINIT1 (CODE)"); tfprintf (of, "\t!area\n", "GSINIT2 (CODE)"); tfprintf (of, "\t!area\n", "GSINIT3 (CODE)"); tfprintf (of, "\t!area\n", "GSINIT4 (CODE)"); tfprintf (of, "\t!area\n", "GSINIT5 (CODE)"); tfprintf (of, "\t!area\n", STATIC_NAME); tfprintf (of, "\t!area\n", port->mem.post_static_name); tfprintf (of, "\t!area\n", CODE_NAME); } static void _mcs51_genInitStartup (FILE *of) { tfprintf (of, "\t!global\n", "__sdcc_gsinit_startup"); tfprintf (of, "\t!global\n", "__sdcc_program_startup"); tfprintf (of, "\t!global\n", "__start__stack"); if (options.useXstack) { tfprintf (of, "\t!global\n", "__sdcc_init_xstack"); tfprintf (of, "\t!global\n", "__start__xstack"); } // if the port can copy the XINIT segment to XISEG if (port->genXINIT) { port->genXINIT(of); } if (!getenv("SDCC_NOGENRAMCLEAR")) tfprintf (of, "\t!global\n", "__mcs51_genRAMCLEAR"); } /* Generate code to copy XINIT to XISEG */ static void _mcs51_genXINIT (FILE * of) { tfprintf (of, "\t!global\n", "__mcs51_genXINIT"); if (!getenv("SDCC_NOGENRAMCLEAR")) tfprintf (of, "\t!global\n", "__mcs51_genXRAMCLEAR"); } /* Do CSE estimation */ static bool cseCostEstimation (iCode *ic, iCode *pdic) { operand *result = IC_RESULT(ic); sym_link *result_type = operandType(result); /* if it is a pointer then return ok for now */ if (IC_RESULT(ic) && IS_PTR(result_type)) return 1; /* if bitwise | add & subtract then no since mcs51 is pretty good at it so we will cse only if they are local (i.e. both ic & pdic belong to the same basic block */ if (IS_BITWISE_OP(ic) || ic->op == '+' || ic->op == '-') { /* then if they are the same Basic block then ok */ if (ic->eBBlockNum == pdic->eBBlockNum) return 1; else return 0; } /* for others it is cheaper to do the cse */ return 1; } /* Indicate which extended bit operations this port supports */ static bool hasExtBitOp (int op, int size) { if (op == RRC || op == RLC || op == GETHBIT || op == GETABIT || op == GETBYTE || op == GETWORD || (op == SWAP && size <= 2) ) return TRUE; else return FALSE; } /* Indicate the expense of an access to an output storage class */ static int oclsExpense (struct memmap *oclass) { if (IN_FARSPACE(oclass)) return 1; return 0; } static int instructionSize(char *inst, char *op1, char *op2) { #define ISINST(s) (strncmp(inst, (s), sizeof(s)-1) == 0) #define IS_A(s) (*(s) == 'a' && *(s+1) == '\0') #define IS_C(s) (*(s) == 'c' && *(s+1) == '\0') #define IS_Rn(s) (*(s) == 'r' && *(s+1) >= '0' && *(s+1) <= '7') #define IS_atRi(s) (*(s) == '@' && *(s+1) == 'r') /* Based on the current (2003-08-22) code generation for the small library, the top instruction probability is: 57% mov/movx/movc 6% push 6% pop 4% inc 4% lcall 4% add 3% clr 2% subb */ /* mov, push, & pop are the 69% of the cases. Check them first! */ if (ISINST ("mov")) { if (*(inst+3)=='x') return 1; /* movx */ if (*(inst+3)=='c') return 1; /* movc */ if (IS_C (op1) || IS_C (op2)) return 2; if (IS_A (op1)) { if (IS_Rn (op2) || IS_atRi (op2)) return 1; return 2; } if (IS_Rn(op1) || IS_atRi(op1)) { if (IS_A(op2)) return 1; return 2; } if (strcmp (op1, "dptr") == 0) return 3; if (IS_A (op2) || IS_Rn (op2) || IS_atRi (op2)) return 2; return 3; } if (ISINST ("push")) return 2; if (ISINST ("pop")) return 2; if (ISINST ("lcall")) return 3; if (ISINST ("ret")) return 1; if (ISINST ("ljmp")) return 3; if (ISINST ("sjmp")) return 2; if (ISINST ("rlc")) return 1; if (ISINST ("rrc")) return 1; if (ISINST ("rl")) return 1; if (ISINST ("rr")) return 1; if (ISINST ("swap")) return 1; if (ISINST ("jc")) return 2; if (ISINST ("jnc")) return 2; if (ISINST ("jb")) return 3; if (ISINST ("jnb")) return 3; if (ISINST ("jbc")) return 3; if (ISINST ("jmp")) return 1; // always jmp @a+dptr if (ISINST ("jz")) return 2; if (ISINST ("jnz")) return 2; if (ISINST ("cjne")) return 3; if (ISINST ("mul")) return 1; if (ISINST ("div")) return 1; if (ISINST ("da")) return 1; if (ISINST ("xchd")) return 1; if (ISINST ("reti")) return 1; if (ISINST ("nop")) return 1; if (ISINST ("acall")) return 2; if (ISINST ("ajmp")) return 2; if (ISINST ("add") || ISINST ("addc") || ISINST ("subb") || ISINST ("xch")) { if (IS_Rn(op2) || IS_atRi(op2)) return 1; return 2; } if (ISINST ("inc") || ISINST ("dec")) { if (IS_A(op1) || IS_Rn(op1) || IS_atRi(op1)) return 1; if (strcmp(op1, "dptr") == 0) return 1; return 2; } if (ISINST ("anl") || ISINST ("orl") || ISINST ("xrl")) { if (IS_C(op1)) return 2; if (IS_A(op1)) { if (IS_Rn(op2) || IS_atRi(op2)) return 1; return 2; } else { if (IS_A(op2)) return 2; return 3; } } if (ISINST ("clr") || ISINST ("setb") || ISINST ("cpl")) { if (IS_A(op1) || IS_C(op1)) return 1; return 2; } if (ISINST ("djnz")) { if (IS_Rn(op1)) return 2; return 3; } /* If the instruction is unrecognized, we shouldn't try to optimize. */ /* Return a large value to discourage optimization. */ return 999; } static asmLineNode * newAsmLineNode (void) { asmLineNode *aln; aln = Safe_alloc ( sizeof (asmLineNode)); aln->size = 0; aln->regsRead = NULL; aln->regsWritten = NULL; return aln; } typedef struct mcs51operanddata { char name[6]; int regIdx1; int regIdx2; } mcs51operanddata; static mcs51operanddata mcs51operandDataTable[] = { {"a", A_IDX, -1}, {"ab", A_IDX, B_IDX}, {"ac", CND_IDX, -1}, {"acc", A_IDX, -1}, {"ar0", R0_IDX, -1}, {"ar1", R1_IDX, -1}, {"ar2", R2_IDX, -1}, {"ar3", R3_IDX, -1}, {"ar4", R4_IDX, -1}, {"ar5", R5_IDX, -1}, {"ar6", R6_IDX, -1}, {"ar7", R7_IDX, -1}, {"b", B_IDX, -1}, {"c", CND_IDX, -1}, {"cy", CND_IDX, -1}, {"dph", DPH_IDX, -1}, {"dpl", DPL_IDX, -1}, {"dptr", DPL_IDX, DPH_IDX}, {"f0", CND_IDX, -1}, {"f1", CND_IDX, -1}, {"ov", CND_IDX, -1}, {"p", CND_IDX, -1}, {"psw", CND_IDX, -1}, {"r0", R0_IDX, -1}, {"r1", R1_IDX, -1}, {"r2", R2_IDX, -1}, {"r3", R3_IDX, -1}, {"r4", R4_IDX, -1}, {"r5", R5_IDX, -1}, {"r6", R6_IDX, -1}, {"r7", R7_IDX, -1}, }; static int mcs51operandCompare (const void *key, const void *member) { return strcmp((const char *)key, ((mcs51operanddata *)member)->name); } static void updateOpRW (asmLineNode *aln, char *op, char *optype) { mcs51operanddata *opdat; char *dot; dot = strchr(op, '.'); if (dot) *dot = '\0'; opdat = bsearch (op, mcs51operandDataTable, sizeof(mcs51operandDataTable)/sizeof(mcs51operanddata), sizeof(mcs51operanddata), mcs51operandCompare); if (opdat && strchr(optype,'r')) { if (opdat->regIdx1 >= 0) aln->regsRead = bitVectSetBit (aln->regsRead, opdat->regIdx1); if (opdat->regIdx2 >= 0) aln->regsRead = bitVectSetBit (aln->regsRead, opdat->regIdx2); } if (opdat && strchr(optype,'w')) { if (opdat->regIdx1 >= 0) aln->regsWritten = bitVectSetBit (aln->regsWritten, opdat->regIdx1); if (opdat->regIdx2 >= 0) aln->regsWritten = bitVectSetBit (aln->regsWritten, opdat->regIdx2); } if (op[0] == '@') { if (!strcmp(op, "@r0")) aln->regsRead = bitVectSetBit (aln->regsRead, R0_IDX); if (!strcmp(op, "@r1")) aln->regsRead = bitVectSetBit (aln->regsRead, R1_IDX); if (strstr(op, "dptr")) { aln->regsRead = bitVectSetBit (aln->regsRead, DPL_IDX); aln->regsRead = bitVectSetBit (aln->regsRead, DPH_IDX); } if (strstr(op, "a+")) aln->regsRead = bitVectSetBit (aln->regsRead, A_IDX); } } typedef struct mcs51opcodedata { char name[6]; char class[3]; char pswtype[3]; char op1type[3]; char op2type[3]; } mcs51opcodedata; static mcs51opcodedata mcs51opcodeDataTable[] = { {"acall","j", "", "", ""}, {"add", "", "w", "rw", "r"}, {"addc", "", "rw", "rw", "r"}, {"ajmp", "j", "", "", ""}, {"anl", "", "", "rw", "r"}, {"cjne", "j", "w", "r", "r"}, {"clr", "", "", "w", ""}, {"cpl", "", "", "rw", ""}, {"da", "", "rw", "rw", ""}, {"dec", "", "", "rw", ""}, {"div", "", "w", "rw", ""}, {"djnz", "j", "", "rw", ""}, {"inc", "", "", "rw", ""}, {"jb", "j", "", "r", ""}, {"jbc", "j", "", "rw", ""}, {"jc", "j", "", "", ""}, {"jmp", "j", "", "", ""}, {"jnb", "j", "", "r", ""}, {"jnc", "j", "", "", ""}, {"jnz", "j", "", "", ""}, {"jz", "j", "", "", ""}, {"lcall","j", "", "", ""}, {"ljmp", "j", "", "", ""}, {"mov", "", "", "w", "r"}, {"movc", "", "", "w", "r"}, {"movx", "", "", "w", "r"}, {"mul", "", "w", "rw", ""}, {"nop", "", "", "", ""}, {"orl", "", "", "rw", "r"}, {"pop", "", "", "w", ""}, {"push", "", "", "r", ""}, {"ret", "j", "", "", ""}, {"reti", "j", "", "", ""}, {"rl", "", "", "rw", ""}, {"rlc", "", "rw", "rw", ""}, {"rr", "", "", "rw", ""}, {"rrc", "", "rw", "rw", ""}, {"setb", "", "", "w", ""}, {"sjmp", "j", "", "", ""}, {"subb", "", "rw", "rw", "r"}, {"swap", "", "", "rw", ""}, {"xch", "", "", "rw", "rw"}, {"xchd", "", "", "rw", "rw"}, {"xrl", "", "", "rw", "r"}, }; static int mcs51opcodeCompare (const void *key, const void *member) { return strcmp((const char *)key, ((mcs51opcodedata *)member)->name); } static asmLineNode * asmLineNodeFromLineNode (lineNode *ln) { asmLineNode *aln = newAsmLineNode(); char *op, op1[256], op2[256]; int opsize; const char *p; char inst[8]; mcs51opcodedata *opdat; p = ln->line; while (*p && isspace(*p)) p++; for (op = inst, opsize=1; *p; p++) { if (isspace(*p) || *p == ';' || *p == ':' || *p == '=') break; else if (opsize < sizeof(inst)) *op++ = tolower(*p), opsize++; } *op = '\0'; if (*p == ';' || *p == ':' || *p == '=') return aln; while (*p && isspace(*p)) p++; if (*p == '=') return aln; for (op = op1, opsize=1; *p && *p != ','; p++) { if (!isspace(*p) && opsize < sizeof(op1)) *op++ = tolower(*p), opsize++; } *op = '\0'; if (*p == ',') p++; for (op = op2, opsize=1; *p && *p != ','; p++) { if (!isspace(*p) && opsize < sizeof(op2)) *op++ = tolower(*p), opsize++; } *op = '\0'; aln->size = instructionSize(inst, op1, op2); aln->regsRead = newBitVect (END_IDX); aln->regsWritten = newBitVect (END_IDX); opdat = bsearch (inst, mcs51opcodeDataTable, sizeof(mcs51opcodeDataTable)/sizeof(mcs51opcodedata), sizeof(mcs51opcodedata), mcs51opcodeCompare); if (opdat) { updateOpRW (aln, op1, opdat->op1type); updateOpRW (aln, op2, opdat->op2type); if (strchr(opdat->pswtype,'r')) aln->regsRead = bitVectSetBit (aln->regsRead, CND_IDX); if (strchr(opdat->pswtype,'w')) aln->regsWritten = bitVectSetBit (aln->regsWritten, CND_IDX); } return aln; } static int getInstructionSize (lineNode *line) { if (!line->aln) line->aln = asmLineNodeFromLineNode (line); return line->aln->size; } static bitVect * getRegsRead (lineNode *line) { if (!line->aln) line->aln = asmLineNodeFromLineNode (line); return line->aln->regsRead; } static bitVect * getRegsWritten (lineNode *line) { if (!line->aln) line->aln = asmLineNodeFromLineNode (line); return line->aln->regsWritten; } /** $1 is always the basename. $2 is always the output file. $3 varies $l is the list of extra options that should be there somewhere... MUST be terminated with a NULL. */ static const char *_linkCmd[] = { "aslink", "-nf", "\"$1\"", NULL }; /* $3 is replaced by assembler.debug_opts resp. port->assembler.plain_opts */ static const char *_asmCmd[] = { "asx8051", "$l", "$3", "\"$1.asm\"", NULL }; /* Globals */ PORT mcs51_port = { TARGET_ID_MCS51, "mcs51", "MCU 8051", /* Target name */ NULL, /* Processor name */ { glue, TRUE, /* Emit glue around main */ MODEL_SMALL | MODEL_MEDIUM | MODEL_LARGE, MODEL_SMALL }, { /* Assembler */ _asmCmd, NULL, "-plosgffc", /* Options with debug */ "-plosgff", /* Options without debug */ 0, ".asm", NULL /* no do_assemble function */ }, { /* Linker */ _linkCmd, NULL, NULL, ".rel", 1 }, { /* Peephole optimizer */ _defaultRules, getInstructionSize, getRegsRead, getRegsWritten, mcs51DeadMove, 0 }, { /* Sizes: char, short, int, long, ptr, fptr, gptr, bit, float, max */ 1, 2, 2, 4, 1, 2, 3, 1, 4, 4 }, /* tags for generic pointers */ { 0x00, 0x40, 0x60, 0x80 }, /* far, near, xstack, code */ { "XSTK (PAG,XDATA)", // xstack_name "STACK (DATA)", // istack_name "CSEG (CODE)", // code_name "DSEG (DATA)", // data_name "ISEG (DATA)", // idata_name "PSEG (PAG,XDATA)", // pdata_name "XSEG (XDATA)", // xdata_name "BSEG (BIT)", // bit_name "RSEG (DATA)", // reg_name "GSINIT (CODE)", // static_name "OSEG (OVR,DATA)", // overlay_name "GSFINAL (CODE)", // post_static_name "HOME (CODE)", // home_name "XISEG (XDATA)", // xidata_name - initialized xdata initialized xdata "XINIT (CODE)", // xinit_name - a code copy of xiseg "CONST (CODE)", // const_name - const data (code or not) "CABS (ABS,CODE)", // cabs_name - const absolute data (code or not) "XABS (ABS,XDATA)", // xabs_name - absolute xdata/pdata "IABS (ABS,DATA)", // iabs_name - absolute idata/data NULL, NULL, 1 }, { _mcs51_genExtraAreas, NULL }, { +1, /* direction (+1 = stack grows up) */ 0, /* bank_overhead (switch between register banks) */ 4, /* isr_overhead */ 1, /* call_overhead (2 for return address - 1 for pre-incrementing push */ 1, /* reent_overhead */ 0 /* banked_overhead (switch between code banks) */ }, { /* mcs51 has an 8 bit mul */ 1, -1 }, { mcs51_emitDebuggerSymbol }, { 256, /* maxCount */ 2, /* sizeofElement */ {6,9,15}, /* sizeofMatchJump[] */ {9,18,36}, /* sizeofRangeCompare[] */ 4, /* sizeofSubtract */ 6, /* sizeofDispatch */ }, "_", _mcs51_init, _mcs51_parseOptions, _mcs51_options, NULL, _mcs51_finaliseOptions, _mcs51_setDefaultOptions, mcs51_assignRegisters, _mcs51_getRegName, _mcs51_keywords, _mcs51_genAssemblerPreamble, NULL, /* no genAssemblerEnd */ _mcs51_genIVT, _mcs51_genXINIT, _mcs51_genInitStartup, _mcs51_reset_regparm, _mcs51_regparm, NULL, NULL, NULL, hasExtBitOp, /* hasExtBitOp */ oclsExpense, /* oclsExpense */ FALSE, TRUE, /* little endian */ 0, /* leave lt */ 0, /* leave gt */ 1, /* transform <= to ! > */ 1, /* transform >= to ! < */ 1, /* transform != to !(a == b) */ 0, /* leave == */ FALSE, /* No array initializer support. */ cseCostEstimation, NULL, /* no builtin functions */ GPOINTER, /* treat unqualified pointers as "generic" pointers */ 1, /* reset labelKey to 1 */ 1, /* globals & local static allowed */ PORT_MAGIC }; sdcc-2.9.0/src/mcs51/main.h000066400000000000000000000004221116427777700152730ustar00rootroot00000000000000#ifndef MAIN_INCLUDE #define MAIN_INCLUDE typedef struct asmLineNode { int size; bitVect *regsRead; bitVect *regsWritten; } asmLineNode; bool x_parseOptions (char **argv, int *pargc); void x_setDefaultOptions (void); void x_finaliseOptions (void); #endif sdcc-2.9.0/src/mcs51/mcs51.dsp000066400000000000000000000071411116427777700156430ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="mcs51" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Static Library" 0x0104 CFG=mcs51 - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "mcs51.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "mcs51.mak" CFG="mcs51 - Win32 Release" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "mcs51 - Win32 Debug" (based on "Win32 (x86) Static Library") !MESSAGE "mcs51 - Win32 Release" (based on "Win32 (x86) Static Library") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" CPP=cl.exe RSC=rc.exe !IF "$(CFG)" == "mcs51 - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /Gm /GX /ZI /Od /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "_DEBUG" /D "_MBCS" /D "_LIB" /FR /FD /GZ /Zm500 /c # ADD CPP /nologo /W3 /Gm /GX /ZI /Od /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "_DEBUG" /D "_MBCS" /D "_LIB" /FR /FD /GZ /Zm1500 /c # ADD BASE RSC /l 0x409 /d "_DEBUG" # ADD RSC /l 0x409 /d "_DEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LIB32=link.exe -lib # ADD BASE LIB32 /nologo /out:"Debug\port.lib" # ADD LIB32 /nologo /out:"Debug\port.lib" !ELSEIF "$(CFG)" == "mcs51 - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Target_Dir "" # ADD BASE CPP /nologo /ML /W3 /GX /O2 /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "NDEBUG" /D "_MBCS" /D "_LIB" /FD /Zm500 /c # ADD CPP /nologo /ML /W3 /GX /O2 /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "NDEBUG" /D "_MBCS" /D "_LIB" /FD /Zm1500 /c # ADD BASE RSC /l 0x409 /d "NDEBUG" # ADD RSC /l 0x409 /d "NDEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LIB32=link.exe -lib # ADD BASE LIB32 /nologo /out:"Release\port.lib" # ADD LIB32 /nologo /out:"Release\port.lib" !ENDIF # Begin Target # Name "mcs51 - Win32 Debug" # Name "mcs51 - Win32 Release" # Begin Group "Source Files" # PROP Default_Filter "cpp;c;cxx;rc;def;r;odl;idl;hpj;bat" # Begin Source File SOURCE=.\gen.c # End Source File # Begin Source File SOURCE=.\main.c # End Source File # Begin Source File SOURCE=.\peep.c # End Source File # Begin Source File SOURCE=.\ralloc.c # End Source File # Begin Source File SOURCE=.\rtrack.c # End Source File # End Group # Begin Group "Header Files" # PROP Default_Filter "h;hpp;hxx;hm;inl" # Begin Source File SOURCE=.\gen.h # End Source File # Begin Source File SOURCE=.\main.h # End Source File # Begin Source File SOURCE=.\peep.h # End Source File # Begin Source File SOURCE=.\ralloc.h # End Source File # Begin Source File SOURCE=..\..\sdcc_vc.h # End Source File # End Group # End Target # End Project sdcc-2.9.0/src/mcs51/mcs51a.dsp000066400000000000000000000043451116427777700160070ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="mcs51a" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Generic Project" 0x010a CFG=mcs51a - Win32 Release !MESSAGE This is not a valid makefile. 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This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "ralloc.h" #define D(x) x #define DEADMOVEERROR() do {werror(E_INTERNAL_ERROR, __FILE__, __LINE__, "error in deadmove");} while(0) typedef enum { S4O_FOUNDOPCODE, S4O_PUSHPOP, S4O_CONDJMP, S4O_WR_OP, S4O_RD_OP, S4O_TERM, S4O_VISITED, S4O_ABORT, S4O_CONTINUE } S4O_RET; static struct { lineNode *head; } _G; /*-----------------------------------------------------------------*/ /* univisitLines - clear "visited" flag in all lines */ /*-----------------------------------------------------------------*/ static void unvisitLines (lineNode *pl) { for (; pl; pl = pl->next) pl->visited = FALSE; } /*-----------------------------------------------------------------*/ /* cleanLabelRef - clear label jump-counter and pass-flag */ /*-----------------------------------------------------------------*/ static void cleanLabelRef (void) { int key; labelHashEntry *entry; if (!labelHash) return; for (entry = (labelHashEntry *) hTabFirstItem (labelHash, &key); entry; entry = (labelHashEntry *) hTabNextItem (labelHash, &key)) { entry->passedLabel = FALSE; entry->jmpToCount = 0; } } /*-----------------------------------------------------------------*/ /* checkLabelRef - check all entries in labelHash */ /* The path from 'pop' to 'push' must be the only possible path. */ /* There must not be any paths in or out of this path. */ /* This is checked by counting the label references. */ /*-----------------------------------------------------------------*/ static bool checkLabelRef (void) { int key; labelHashEntry *entry; if (!labelHash) { /* no labels at all: no problems ;-) */ return TRUE; } for (entry = (labelHashEntry *) hTabFirstItem (labelHash, &key); entry; entry = (labelHashEntry *) hTabNextItem (labelHash, &key)) { /* In our path we passed a label, but we didn't meet all references (jumps) to this label. This means that the code jumps from outside into this path. */ if (entry->passedLabel && entry->jmpToCount != entry->refCount) { return FALSE; } /* In our path we jumped to (referenced) a label, but we we didn't pass it. This means that there's a code path into our path. */ if (!entry->passedLabel && entry->jmpToCount != 0) { return FALSE; } } return TRUE; } /*-----------------------------------------------------------------*/ /* setLabelRefPassedLabel - set flag "passedLabel" in entry */ /* of the list labelHash */ /*-----------------------------------------------------------------*/ static bool setLabelRefPassedLabel (const char *label) { labelHashEntry *entry; entry = getLabelRef (label, _G.head); if (!entry) return FALSE; entry->passedLabel = TRUE; return TRUE; } /*-----------------------------------------------------------------*/ /* incLabelJmpToCount - increment counter "jmpToCount" in entry */ /* of the list labelHash */ /*-----------------------------------------------------------------*/ static bool incLabelJmpToCount (const char *label) { labelHashEntry *entry; entry = getLabelRef (label, _G.head); if (!entry) return FALSE; entry->jmpToCount++; return TRUE; } /*-----------------------------------------------------------------*/ /* findLabel - */ /* 1. extracts label in the opcode pl */ /* 2. increment "label jump-to count" in labelHash */ /* 3. search lineNode with label definition and return it */ /*-----------------------------------------------------------------*/ static lineNode * findLabel (const lineNode *pl) { char *p; lineNode *cpl; /* 1. extract label in opcode */ /* In each mcs51 jumping opcode the label is at the end of the opcode */ p = strlen (pl->line) - 1 + pl->line; /* scan backward until ',' or '\t' */ for (; p > pl->line; p--) if (*p == ',' || *p == '\t') break; /* sanity check */ if (p == pl->line) { DEADMOVEERROR(); return NULL; } /* skip ',' resp. '\t' */ ++p; /* 2. increment "label jump-to count" */ if (!incLabelJmpToCount (p)) return NULL; /* 3. search lineNode with label definition and return it */ for (cpl = _G.head; cpl; cpl = cpl->next) { if ( cpl->isLabel && strcmp (p, cpl->line) == 0) { return cpl; } } return NULL; } /*-----------------------------------------------------------------*/ /* isFunc - returns TRUE if it's a CALL or PCALL (not _gptrget()) */ /*-----------------------------------------------------------------*/ static bool isFunc (const lineNode *pl) { if (pl && pl->ic) { if ( pl->ic->op == CALL || pl->ic->op == PCALL) return TRUE; } return FALSE; } /*-----------------------------------------------------------------*/ /* termScanAtFunc - returns S4O_TERM if it's a 'normal' function */ /* call and it's a 'caller save'. returns S4O_CONTINUE if it's */ /* 'callee save' or 'naked'. returns S4O_ABORT if it's 'banked' */ /* uses the register for the destination. */ /*-----------------------------------------------------------------*/ static S4O_RET termScanAtFunc (const lineNode *pl, int rIdx) { sym_link *ftype; if (!isFunc (pl)) return S4O_CONTINUE; // let's assume calls to literally given locations use the default // most notably : (*(void (*)()) 0) (); see bug 1749275 if (IS_VALOP (IC_LEFT (pl->ic))) return !options.all_callee_saves; ftype = OP_SYM_TYPE(IC_LEFT(pl->ic)); if (IS_FUNCPTR (ftype)) ftype = ftype->next; if (FUNC_CALLEESAVES(ftype)) return S4O_CONTINUE; if (FUNC_ISNAKED(ftype)) return S4O_CONTINUE; if (FUNC_BANKED(ftype) && ((rIdx == R0_IDX) || (rIdx == R1_IDX) || (rIdx == R2_IDX))) return S4O_ABORT; return S4O_TERM; } /*-----------------------------------------------------------------*/ /* scan4op - "executes" and examines the assembler opcodes, */ /* follows conditional and un-conditional jumps. */ /* Moreover it registers all passed labels. */ /* */ /* Parameter: */ /* lineNode **pl */ /* scanning starts from pl; */ /* pl also returns the last scanned line */ /* const char *pReg */ /* points to a register (e.g. "ar0"). scan4op() tests for */ /* read or write operations with this register */ /* const char *untilOp */ /* points to NULL or a opcode (e.g. "push"). */ /* scan4op() returns if it hits this opcode. */ /* lineNode **plCond */ /* If a conditional branch is met plCond points to the */ /* lineNode of the conditional branch */ /* */ /* Returns: */ /* S4O_ABORT */ /* on error */ /* S4O_VISITED */ /* hit lineNode with "visited" flag set: scan4op() already */ /* scanned this opcode. */ /* S4O_FOUNDOPCODE */ /* found opcode and operand, to which untilOp and pReg are */ /* pointing to. */ /* S4O_RD_OP, S4O_WR_OP */ /* hit an opcode reading or writing from pReg */ /* S4O_PUSHPOP */ /* hit a "push" or "pop" opcode */ /* S4O_CONDJMP */ /* hit a conditional jump opcode. pl and plCond return the */ /* two possible branches. */ /* S4O_TERM */ /* acall, lcall, ret and reti "terminate" a scan. */ /*-----------------------------------------------------------------*/ static S4O_RET scan4op (lineNode **pl, const char *pReg, const char *untilOp, lineNode **plCond) { char *p; int len; bool isConditionalJump; int rIdx; S4O_RET ret; /* pReg points to e.g. "ar0"..."ar7" */ len = strlen (pReg); /* get index into pReg table */ for (rIdx = 0; rIdx < mcs51_nRegs; ++rIdx) if (strcmp (regs8051[rIdx].name, pReg + 1) == 0) break; /* sanity check */ if (rIdx >= mcs51_nRegs) { DEADMOVEERROR(); return S4O_ABORT; } for (; *pl; *pl = (*pl)->next) { if (!(*pl)->line || (*pl)->isDebug || (*pl)->isComment) continue; /* don't optimize across inline assembler, e.g. isLabel doesn't work there */ if ((*pl)->isInline) return S4O_ABORT; if ((*pl)->visited) return S4O_VISITED; (*pl)->visited = TRUE; /* found untilOp? */ if (untilOp && strncmp ((*pl)->line, untilOp, strlen (untilOp)) == 0) { p = (*pl)->line + strlen (untilOp); if (*p == '\t' && strncmp (p + 1, pReg, len) == 0) return S4O_FOUNDOPCODE; else { /* found untilOp but without our pReg */ return S4O_ABORT; } } /* found pReg? */ p = strchr ((*pl)->line, '\t'); if (p) { /* skip '\t' */ p++; /* course search */ if (strstr (p, pReg + 1)) { /* ok, let's have a closer look */ /* does opcode read from pReg? */ if (bitVectBitValue (port->peep.getRegsRead ((*pl)), rIdx)) return S4O_RD_OP; /* does opcode write to pReg? */ if (bitVectBitValue (port->peep.getRegsWritten ((*pl)), rIdx)) return S4O_WR_OP; /* we can get here, if the register name is part of a variable name: ignore it */ } } /* found label? */ if ((*pl)->isLabel) { const char *start; char label[SDCC_NAME_MAX + 1]; int len; if (!isLabelDefinition ((*pl)->line, &start, &len, FALSE)) return S4O_ABORT; memcpy (label, start, len); label[len] = '\0'; /* register passing this label */ if (!setLabelRefPassedLabel (label)) { DEADMOVEERROR(); return S4O_ABORT; } continue; } /* branch or terminate? */ isConditionalJump = FALSE; switch ((*pl)->line[0]) { case 'a': if (strncmp ("acall", (*pl)->line, 5) == 0) { /* for comments see 'lcall' */ ret = termScanAtFunc (*pl, rIdx); if (ret != S4O_CONTINUE) return ret; break; } if (strncmp ("ajmp", (*pl)->line, 4) == 0) { *pl = findLabel (*pl); if (!*pl) return S4O_ABORT; } break; case 'c': if (strncmp ("cjne", (*pl)->line, 4) == 0) { isConditionalJump = TRUE; break; } break; case 'd': if (strncmp ("djnz", (*pl)->line, 4) == 0) { isConditionalJump = TRUE; break; } break; case 'j': if (strncmp ("jmp", (*pl)->line, 3) == 0) /* "jmp @a+dptr": no chance to trace execution */ return S4O_ABORT; if (strncmp ("jc", (*pl)->line, 2) == 0 || strncmp ("jnc", (*pl)->line, 3) == 0 || strncmp ("jz", (*pl)->line, 2) == 0 || strncmp ("jnz", (*pl)->line, 3) == 0) { isConditionalJump = TRUE; break; } if (strncmp ("jbc", (*pl)->line, 3) == 0 || strncmp ("jb", (*pl)->line, 2) == 0 || strncmp ("jnb", (*pl)->line, 3) == 0) { isConditionalJump = TRUE; break; } break; case 'l': if (strncmp ("lcall", (*pl)->line, 5) == 0) { ret = termScanAtFunc (*pl, rIdx); /* If it's a 'normal' 'caller save' function call, all registers have been saved until the 'lcall'. The 'life range' of all registers end at the lcall, and we can terminate our search. * If the function is 'banked', the registers r0, r1 and r2 are used to tell the trampoline the destination. After that their 'life range' ends just like the other registers. * If it's a 'callee save' function call, registers are saved by the callee. We've got no information, if the register might live beyond the lcall. Therefore we've to continue the search. */ if (ret != S4O_CONTINUE) return ret; break; } if (strncmp ("ljmp", (*pl)->line, 4) == 0) { *pl = findLabel (*pl); if (!*pl) return S4O_ABORT; } break; case 'p': if (strncmp ("pop", (*pl)->line, 3) == 0 || strncmp ("push", (*pl)->line, 4) == 0) return S4O_PUSHPOP; break; case 'r': if (strncmp ("reti", (*pl)->line, 4) == 0) return S4O_TERM; if (strncmp ("ret", (*pl)->line, 3) == 0) { /* pcall uses 'ret' */ if (isFunc (*pl)) { /* for comments see 'lcall' */ ret = termScanAtFunc (*pl, rIdx); if (ret != S4O_CONTINUE) return ret; break; } /* it's a normal function return */ return S4O_TERM; } break; case 's': if (strncmp ("sjmp", (*pl)->line, 4) == 0) { *pl = findLabel (*pl); if (!*pl) return S4O_ABORT; } break; default: break; } /* switch ((*pl)->line[0]) */ if (isConditionalJump) { *plCond = findLabel (*pl); if (!*plCond) return S4O_ABORT; return S4O_CONDJMP; } } /* for (; *pl; *pl = (*pl)->next) */ return S4O_ABORT; } /*-----------------------------------------------------------------*/ /* doPushScan - scan through area 1. This small wrapper handles: */ /* - action required on different return values */ /* - recursion in case of conditional branches */ /*-----------------------------------------------------------------*/ static bool doPushScan (lineNode **pl, const char *pReg) { lineNode *plConditional, *pushPl = NULL; for (;; *pl = (*pl)->next) { switch (scan4op (pl, pReg, "push", &plConditional)) { case S4O_FOUNDOPCODE: /* this is what we're looking for */ return TRUE; case S4O_VISITED: if (!pushPl) { DEADMOVEERROR(); return FALSE; } *pl = pushPl; /* already checked */ return TRUE; case S4O_CONDJMP: /* two possible destinations: recurse */ { lineNode *pushPl2 = plConditional; if (!doPushScan (&pushPl2, pReg)) return FALSE; pushPl = pushPl2; } continue; default: return FALSE; } } } /*-----------------------------------------------------------------*/ /* doTermScan - scan through area 2. This small wrapper handles: */ /* - action required on different return values */ /* - recursion in case of conditional branches */ /*-----------------------------------------------------------------*/ static bool doTermScan (lineNode **pl, const char *pReg) { lineNode *plConditional; for (;; *pl = (*pl)->next) { switch (scan4op (pl, pReg, NULL, &plConditional)) { case S4O_TERM: case S4O_VISITED: case S4O_WR_OP: /* all these are terminating condtions */ return TRUE; case S4O_PUSHPOP: /* don't care, go on */ continue; case S4O_CONDJMP: /* two possible destinations: recurse */ { lineNode *pl2 = plConditional; if (!doTermScan (&pl2, pReg)) return FALSE; } continue; case S4O_RD_OP: default: /* no go */ return FALSE; } } } /*-----------------------------------------------------------------*/ /* removeDeadPopPush - remove pop/push pair if possible */ /*-----------------------------------------------------------------*/ static bool removeDeadPopPush (const char *pReg, lineNode *currPl, lineNode *head) { lineNode *pushPl, *pl; /* A pop/push pair can be removed, if these criteria are met (ar0 is just an example here, ar0...ar7 are possible): pop ar0 ; area 1 ; There must not be in area 1: ; - read or write access of ar0 ; - "acall", "lcall", "pop", "ret", "reti" or "jmp @a+dptr" opcodes ; - "push" opcode, which doesn't push ar0 ; - inline assembly ; - a jump in or out of area 1 (see checkLabelRef()) ; Direct manipulation of sp is not detected. This isn't necessary ; as long as sdcc doesn't emit such code in area 1. ; area 1 must be terminated by a: push ar0 ; area 2 ; There must not be: ; - read access of ar0 ; - "jmp @a+dptr" opcode ; - inline assembly ; - a jump in or out of area 2 (see checkLabelRef()) ; An "acall", "lcall" (not callee save), "ret" (not PCALL with ; callee save), "reti" or write access of r0 terminate ; the search, and the "mov r0,a" can safely be removed. */ /* area 1 */ pushPl = currPl->next; if (!doPushScan (&pushPl, pReg)) return FALSE; if (!checkLabelRef()) return FALSE; /* area 2 */ pl = pushPl->next; if (!doTermScan (&pl, pReg)) return FALSE; if (!checkLabelRef()) return FALSE; /* Success! */ if (options.noPeepComments) { /* remove pushPl from list */ pushPl->prev->next = pushPl->next; pushPl->next->prev = pushPl->prev; } else { /* replace 'push ar0' by comment */ #define STR ";\tPeephole\tpush %s removed" int size = sizeof(STR) + 2; pushPl->line = Safe_alloc (size); SNPRINTF (pushPl->line, size, STR, pReg); pushPl->isComment = TRUE; } /* 'pop ar0' will be removed by peephole framework after returning TRUE */ return TRUE; } /*-----------------------------------------------------------------*/ /* removeDeadMove - remove superflous 'mov r%1,%2' */ /*-----------------------------------------------------------------*/ static bool removeDeadMove (const char *pReg, lineNode *currPl, lineNode *head) { lineNode *pl; /* "mov r0,a" can be removed, if these criteria are met (r0 is just an example here, r0...r7 are possible): ; There must not be: ; - read access of r0 ; - "jmp @a+dptr" opcode ; - inline assembly ; - a jump in or out of this area (see checkLabelRef()) ; An "acall", "lcall" (not callee save), "ret" (not PCALL with ; callee save), "reti" or write access of r0 terminate ; the search, and the "mov r0,a" can safely be removed. */ pl = currPl->next; if (!doTermScan (&pl, pReg)) return FALSE; if (!checkLabelRef()) return FALSE; return TRUE; } /*-----------------------------------------------------------------*/ /* mcs51DeadMove - dispatch condition deadmove between */ /* - remove pop/push */ /* - remove mov r%1,%2 */ /*-----------------------------------------------------------------*/ bool mcs51DeadMove (const char *reg, lineNode *currPl, lineNode *head) { char pReg[5] = "ar"; _G.head = head; strcat (pReg, reg); unvisitLines (_G.head); cleanLabelRef(); if (strncmp (currPl->line, "pop", 3) == 0) return removeDeadPopPush (pReg, currPl, head); else if ( strncmp (currPl->line, "mov", 3) == 0 && (currPl->line[3] == ' ' || currPl->line[3] == '\t')) return removeDeadMove (pReg, currPl, head); else { fprintf (stderr, "Error: " "peephole rule with condition deadMove " "used with unknown opocde:\n" "\t%s\n", currPl->line); return FALSE; } } sdcc-2.9.0/src/mcs51/peep.h000066400000000000000000000022571116427777700153100ustar00rootroot00000000000000/*------------------------------------------------------------------------- peep.h - header file for peephole optimizer helper functions Written By - Bernhard Held This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ bool mcs51DeadMove (const char *reg, lineNode *currPl, lineNode *head); sdcc-2.9.0/src/mcs51/peeph.def000066400000000000000000002007661116427777700157740ustar00rootroot00000000000000// added by Jean Louis VERN for // his shift stuff replace { xch a,%1 xch a,%1 } by { ; Peephole 2.a removed redundant xch xch } replace { // saving 2 byte mov %1,#0x00 mov a,#0x00 } by { ; Peephole 3.a changed mov to clr clr a mov %1,a } replace { // saving 1 byte mov %1,#0x00 clr a } by { ; Peephole 3.b changed mov to clr clr a mov %1,a } replace restart { // saving 1 byte, loosing 1 cycle but maybe allowing peephole 3.b to start mov %1,#0x00 mov %2,#0x00 mov a,%3 } by { ; Peephole 3.c changed mov to clr clr a mov %1,a mov %2,a mov a,%3 } replace { clr a mov %1,a mov %2,a clr a } by { clr a mov %1,a mov %2,a ; Peephole 3.d removed redundant clr } replace { clr a mov %1,a mov %2,a mov %3,a clr a } by { clr a mov %1,a mov %2,a mov %3,a ; Peephole 3.e removed redundant clr } replace { clr a mov %1,a mov %2,a mov %3,a mov %4,a clr a } by { clr a mov %1,a mov %2,a mov %3,a mov %4,a ; Peephole 3.f removed redundant clr } replace { clr a mov %1,a mov %2,a mov %3,a mov %4,a mov %5,a clr a } by { clr a mov %1,a mov %2,a mov %3,a mov %4,a mov %5,a ; Peephole 3.g removed redundant clr } replace { clr a mov %1,a mov %2,a mov %3,#0x00 } by { clr a mov %1,a mov %2,a ; Peephole 3.h changed mov %3,#0x00 to ...,a mov %3,a } replace { clr a mov %1,a mov %2,a mov %3,a mov %4,#0x00 } by { clr a mov %1,a mov %2,a mov %3,a ; Peephole 3.i changed mov %4,#0x00 to ...,a mov %4,a } replace { clr a mov %1,a mov %2,a mov %3,a mov %4,a mov %5,#0x00 } by { clr a mov %1,a mov %2,a mov %3,a mov %4,a ; Peephole 3.j changed mov %5,#0x00 to ...,a mov %5,a } replace { clr a mov %1,a mov %2,a mov %3,a mov %4,a mov %5,a mov %6,#0x00 } by { clr a mov %1,a mov %2,a mov %3,a mov %4,a mov %5,a ; Peephole 3.k changed mov %6,#0x00 to ...,a mov %6,a } replace { mov %1,a mov dptr,#%2 mov a,%1 movx @dptr,a } by { mov %1,a mov dptr,#%2 ; Peephole 100 removed redundant mov movx @dptr,a } if notVolatile %1 // applies to f.e. lib/src/time.c (--model-large) replace { mov a,%1 movx @dptr,a inc dptr mov a,%1 movx @dptr,a inc dptr mov a,%1 movx @dptr,a inc dptr mov a,%1 movx @dptr,a } by { mov a,%1 movx @dptr,a inc dptr ; Peephole 101.a removed redundant moves movx @dptr,a inc dptr movx @dptr,a inc dptr movx @dptr,a } if notVolatile %1 // applies to f.e. support/regression/tests/literalop.c (--model-large) replace { mov a,%1 movx @dptr,a inc dptr mov a,%1 movx @dptr,a inc dptr mov a,%1 movx @dptr,a } by { mov a,%1 movx @dptr,a inc dptr ; Peephole 101.b removed redundant moves movx @dptr,a inc dptr movx @dptr,a } if notVolatile %1 // applies to f.e. support/regression/tests/onebyte.c (--model-large) replace { mov a,%1 movx @dptr,a inc dptr mov a,%1 movx @dptr,a } by { mov a,%1 movx @dptr,a inc dptr ; Peephole 101.c removed redundant mov movx @dptr,a } if notVolatile %1 replace { mov %1,%2 ljmp %3 %4: mov %1,%5 %3: mov dpl,%1 %7: mov sp,_bp pop _bp } by { ; Peephole 102 removed redundant mov to %1 mov dpl,%2 ljmp %3 %4: mov dpl,%5 %3: %7: mov sp,_bp pop _bp } if notVolatile(%1), labelRefCount(%3 1) replace { mov %1,%2 ljmp %3 %4: mov a%1,%5 %3: mov dpl,%1 %7: mov sp,_bp pop _bp } by { ; Peephole 103 removed redundant mov to %1 mov dpl,%2 ljmp %3 %4: mov dpl,%5 %3: %7: mov sp,_bp pop _bp } if labelRefCount(%3 1) // Does not seem to be triggered anymore //replace { // mov a,_bp // clr c // add a,#0x01 // mov r%1,a //} by { // ; Peephole 104 optimized increment (acc not set to r%1, flags undefined) // mov r%1,_bp // inc r%1 //} replace { mov %1,a mov a,%1 } by { mov %1,a ; Peephole 105 removed redundant mov } if notVolatile %1 replace { mov %1,a clr c mov a,%1 } by { mov %1,a clr c ; Peephole 106 removed redundant mov } if notVolatile %1 replace { ljmp %1 %1: } by { ; Peephole 107 removed redundant ljmp %1: } if labelRefCountChange(%1 -1) replace { jc %1 ljmp %5 %1: } by { ; Peephole 108.a removed ljmp by inverse jump logic jnc %5 %1: } if labelInRange(), labelRefCountChange(%1 -1) replace { jz %1 ljmp %5 %1: } by { ; Peephole 108.b removed ljmp by inverse jump logic jnz %5 %1: } if labelInRange(), labelRefCountChange(%1 -1) replace { jnz %1 ljmp %5 %1: } by { ; Peephole 108.c removed ljmp by inverse jump logic jz %5 %1: } if labelInRange(), labelRefCountChange(%1 -1) replace { jb %1,%2 ljmp %5 %2: } by { ; Peephole 108.d removed ljmp by inverse jump logic jnb %1,%5 %2: } if labelInRange(), labelRefCountChange(%2 -1) replace { jnb %1,%2 ljmp %5 %2: } by { ; Peephole 108.e removed ljmp by inverse jump logic jb %1,%5 %2: } if labelInRange(), labelRefCountChange(%2 -1) replace { ljmp %5 %1: } by { ; Peephole 112.b changed ljmp to sjmp sjmp %5 %1: } if labelInRange replace { clr a cjne %1,%2,%3 cpl a %3: rrc a mov %4,c } by { ; Peephole 113.a optimized misc sequence clr %4 cjne %1,%2,%3 setb %4 %3: } if labelRefCount %3 1 replace { clr a cjne %1,%2,%3 cjne %10,%11,%3 cpl a %3: rrc a mov %4,c } by { ; Peephole 113.b optimized misc sequence clr %4 cjne %1,%2,%3 cjne %10,%11,%3 setb %4 %3: } if labelRefCount %3 2 replace { clr a cjne %1,%2,%3 cpl a %3: jnz %4 } by { ; Peephole 115.a jump optimization (acc not set) cjne %1,%2,%3 sjmp %4 %3: } if labelRefCount %3 1 replace { mov %1,a cjne %1,#0x00,%2 sjmp %3 %2: } by { mov %1,a ; Peephole 115.b jump optimization jz %3 %2: } if labelRefCountChange(%2 -1) replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cpl a %3: jnz %4 } by { ; Peephole 115.c jump optimization (acc not set) cjne %1,%2,%3 cjne %9,%10,%3 sjmp %4 %3: } if labelRefCount %3 2 replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cpl a %3: jnz %4 } by { ; Peephole 115.d jump optimization (acc not set) cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 sjmp %4 %3: } if labelRefCount %3 3 replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cjne %13,%14,%3 cpl a %3: jnz %4 } by { ; Peephole 115.e jump optimization (acc not set) cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cjne %13,%14,%3 sjmp %4 %3: } if labelRefCount %3 4 replace { mov a,#0x01 cjne %1,%2,%3 clr a %3: jnz %4 } by { ; Peephole 115.f jump optimization (acc not set) cjne %1,%2,%4 %3: } if labelRefCount(%3 1), labelRefCountChange(%3 -1) replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 clr a %3: jnz %4 } by { ; Peephole 115.g jump optimization (acc not set) cjne %1,%2,%4 cjne %10,%11,%4 %3: } if labelRefCount(%3 2), labelRefCountChange(%3 -2), labelRefCountChange(%4 1) replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 clr a %3: jnz %4 } by { ; Peephole 115.h jump optimization (acc not set) cjne %1,%2,%4 cjne %10,%11,%4 cjne %12,%13,%4 %3: } if labelRefCount(%3 3), labelRefCountChange(%3 -3), labelRefCountChange(%4 2) replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 cjne %14,%15,%3 clr a %3: jnz %4 } by { ; Peephole 115.i jump optimization (acc not set) cjne %1,%2,%4 cjne %10,%11,%4 cjne %12,%13,%4 cjne %14,%15,%4 %3: } if labelRefCount(%3 4), labelRefCountChange(%3 -4), labelRefCountChange(%4 3) replace { mov a,#0x01 cjne %1,%2,%3 clr a %3: jz %4 } by { ; Peephole 115.j jump optimization (acc not set) cjne %1,%2,%3 sjmp %4 %3: } if labelRefCount %3 1 replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 clr a %3: jz %4 } by { ; Peephole 115.k jump optimization (acc not set) cjne %1,%2,%3 cjne %10,%11,%3 sjmp %4 %3: } if labelRefCount %3 2 replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 clr a %3: jz %4 } by { ; Peephole 115.l jump optimization (acc not set) cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 sjmp %4 %3: } if labelRefCount %3 3 replace { mov a,#0x01 cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 cjne %14,%15,%3 clr a %3: jz %4 } by { ; Peephole 115.m jump optimization (acc not set) cjne %1,%2,%3 cjne %10,%11,%3 cjne %12,%13,%3 cjne %14,%15,%3 sjmp %4 %3: } if labelRefCount %3 4 replace { push psw mov psw,%1 push _bp mov _bp,%2 %3: mov %2,_bp pop _bp pop psw ret } by { ; Peephole 127 removed misc sequence ret } if labelRefCount %3 0 replace { clr a rlc a jz %1 } by { ; Peephole 128 jump optimization jnc %1 } // applies to: bug-524691.c --model-large: while (uRight - uLeft > 1) replace { clr a rlc a jnz %0 } by { ; Peephole 129.a jump optimization jc %0 } // applies to: _fsdiv.c --xstack: if (mant1 < mant2) replace { clr a rlc a pop %1 jnz %0 } by { ; Peephole 129.b optimized condition pop %1 jc %0 } if notVolatile %1 // applies to: time.c --xstack: while((days += (LEAP_YEAR(year) ? 366 : 365)) <= epoch) replace { clr a rlc a pop %1 pop %2 jnz %0 } by { ; Peephole 129.c optimized condition pop %1 pop %2 jc %0 } if notVolatile %1 %2 // applies to: _memmove.c --xstack: if (((int)src < (int)dst) && ((((int)src)+acount) > (int)dst)) replace { clr a rlc a pop %1 pop %2 pop %3 jnz %0 } by { ; Peephole 129.d optimized condition pop %1 pop %2 pop %3 jc %0 } if notVolatile %1 %2 %3 replace { mov r%1,@r%2 } by { ; Peephole 130 changed target address mode r%1 to ar%1 mov ar%1,@r%2 } replace { mov a,%1 subb a,#0x01 mov %2,a mov %1,%2 } by { ; Peephole 131 optimized decrement (not caring for c) dec %1 mov %2,%1 } // ideally the optimizations of rules 132.x should be done in genCmpXX replace { clr c mov a,#%1 subb a,%2 mov %3,c } by { ; Peephole 132.a optimized genCmpGt by inverse logic (acc differs) mov a,%2 add a,#0xff - %1 mov %3,c } if operandsLiteral(%1) replace { clr c mov a,#%1 subb a,%2 jnc %5 } by { ; Peephole 132.b optimized genCmpGt by inverse logic (acc differs) mov a,%2 add a,#0xff - %1 jnc %5 } if operandsLiteral(%1) replace { clr c mov a,#%1 subb a,%2 jc %5 } by { ; Peephole 132.c optimized genCmpGt by inverse logic (acc differs) mov a,%2 add a,#0xff - %1 jc %5 } if operandsLiteral(%1) // disabled. See bug1734654.c //replace { // clr c // mov a,%1 // subb a,#%2 // mov %3,c //} by { // ; Peephole 132.d optimized genCmpGt by inverse logic // mov a,#0x100 - %2 // add a,%1 // mov %3,c //} if operandsNotRelated('0x00' %2), operandsLiteral(%2) replace { clr c mov a,%1 subb a,#%2 jnc %5 } by { ; Peephole 132.e optimized genCmpLt by inverse logic (carry differs) mov a,#0x100 - %2 add a,%1 jc %5 } if operandsNotRelated('0x00' %2), operandsLiteral(%2) replace { clr c mov a,%1 subb a,#%2 jc %5 } by { ; Peephole 132.f optimized genCmpLt by inverse logic (carry differs) mov a,#0x100 - %2 add a,%1 jnc %5 } if operandsNotRelated('0x00' %2), operandsLiteral(%2) replace { mov r%1,%2 mov ar%3,@r%1 inc r%3 mov r%4,%2 mov @r%4,ar%3 } by { mov r%1,%2 ; Peephole 133 removed redundant moves inc @r%1 mov ar%3,@r%1 } if notVolatile replace { mov r%1,%2 mov ar%3,@r%1 dec r%3 mov r%4,%2 mov @r%4,ar%3 } by { mov r%1,%2 ; Peephole 134 removed redundant moves dec @r%1 mov ar%3,@r%1 } if notVolatile replace { mov r%1,a mov a,r%2 orl a,r%1 } by { mov r%1,a ; Peephole 135 removed redundant mov orl a,r%2 } replace { mov %1,a mov dpl,%2 mov dph,%3 mov a,%1 } by { mov %1,a mov dpl,%2 mov dph,%3 ; Peephole 136 removed redundant mov } if notVolatile %1 // WTF? Doesn't look sensible to me... //replace { // mov b,#0x00 // mov a,%1 // cjne %2,%3,%4 // mov b,#0x01 //%4: // mov a,b // jz %5 //} by { // ; Peephole 137 optimized misc jump sequence // mov a,%1 // cjne %2,%3,%5 //%4: //} if labelRefCount %4 1 // //replace { // mov b,#0x00 // mov a,%1 // cjne %2,%3,%4 // mov b,#0x01 //%4: // mov a,b // jnz %5 //} by { // ; Peephole 138 optimized misc jump sequence // mov a,%1 // cjne %2,%3,%4 // sjmp %5 //%4: //} if labelRefCount %4 1 replace { mov r%1,a anl ar%1,%2 mov a,r%1 } by { ; Peephole 139.a removed redundant mov anl a,%2 mov r%1,a } replace { mov r%1,a orl ar%1,%2 mov a,r%1 } by { ; Peephole 139.b removed redundant mov orl a,%2 mov r%1,a } replace { mov r%1,a xrl ar%1,%2 mov a,r%1 } by { ; Peephole 139.c removed redundant mov xrl a,%2 mov r%1,a } // applies to genlshOne replace { mov ar%1,@%2 mov a,r%1 add a,acc mov r%1,a } by { ; Peephole 140 removed redundant mov mov a,@%2 add a,@%2 mov r%1,a } replace { mov r%1,a mov r%2,ar%1 mov ar%1,@r%2 } by { ; Peephole 142 removed redundant mov mov r%2,a mov ar%1,@r%2 } replace { rlc a mov acc.0,c } by { ; Peephole 143.a converted rlc to rl rl a } replace { rrc a mov acc.7,c } by { ; Peephole 143.b converted rrc to rc rr a } replace { clr c addc a,%1 } by { ; Peephole 145.a changed to add without carry add a,%1 } replace { clr c mov a,%1 addc a,%2 } by { ; Peephole 145.b changed to add without carry mov a,%1 add a,%2 } // 147: Fix compiler output to comply with 8051 instruction set. replace { orl r%1,a } by { ; Peephole 147.a changed target address mode r%1 to ar%1 orl ar%1,a } replace { anl r%1,a } by { ; Peephole 147.b changed target address mode r%1 to ar%1 anl ar%1,a } replace { xrl r%1,a } by { ; Peephole 147.c changed target address mode r%1 to ar%1 xrl ar%1,a } replace { mov r%1,dpl mov dpl,r%1 %9: ret } by { ; Peephole 150.a removed misc moves via dpl before return %9: ret } replace { mov r%1,dpl mov r%2,dph mov dpl,r%1 mov dph,r%2 %9: ret } by { ; Peephole 150.b removed misc moves via dph, dpl before return %9: ret } replace { mov r%1,dpl mov r%2,dph mov dpl,r%1 %9: ret } by { ; Peephole 150.c removed misc moves via dph, dpl before return %9: ret } replace { mov r%1,dpl mov r%2,dph mov r%3,b mov dpl,r%1 mov dph,r%2 mov b,r%3 %9: ret } by { ; Peephole 150.d removed misc moves via dph, dpl, b before return %9: ret } replace { mov r%1,dpl mov r%2,dph mov r%3,b mov dpl,r%1 %9: ret } by { ; Peephole 150.e removed misc moves via dph, dpl, b before return %9: ret } replace { mov r%1,dpl mov r%2,dph mov r%3,b mov dpl,r%1 mov dph,r%2 %9: ret } by { ; Peephole 150.f removed misc moves via dph, dpl, b before return %9: ret } replace { mov r%1,dpl mov r%2,dph mov r%3,b mov r%4,a mov dpl,r%1 mov dph,r%2 mov b,r%3 mov a,r%4 %9: ret } by { ; Peephole 150.g removed misc moves via dph, dpl, b, a before return %9: ret } replace { mov r%1,dpl mov r%2,dph mov r%3,b mov r%4,a mov dpl,r%1 mov dph,r%2 %9: ret } by { ; Peephole 150.h removed misc moves via dph, dpl, b, a before return %9: ret } replace { mov r%1,dpl mov r%2,dph mov r%3,b mov r%4,a mov dpl,r%1 %9: ret } by { ; Peephole 150.i removed misc moves via dph, dpl, b, a before return %9: ret } // peephole 213.a might revert this replace { mov %1,#%2 xrl %1,#0x80 } by { ; Peephole 159 avoided xrl during execution mov %1,#(%2 ^ 0x80) } replace { jnc %1 sjmp %2 %1: } by { ; Peephole 160.a removed sjmp by inverse jump logic jc %2 %1: } if labelRefCountChange(%1 -1) replace { jc %1 sjmp %2 %1: } by { ; Peephole 160.b removed sjmp by inverse jump logic jnc %2 %1: } if labelRefCountChange(%1 -1) replace { jnz %1 sjmp %2 %1: } by { ; Peephole 160.c removed sjmp by inverse jump logic jz %2 %1: } if labelRefCountChange(%1 -1) replace { jz %1 sjmp %2 %1: } by { ; Peephole 160.d removed sjmp by inverse jump logic jnz %2 %1: } if labelRefCountChange(%1 -1) replace { jnb %3,%1 sjmp %2 %1: } by { ; Peephole 160.e removed sjmp by inverse jump logic jb %3,%2 %1: } if labelRefCountChange(%1 -1) replace { jb %3,%1 sjmp %2 %1: } by { ; Peephole 160.f removed sjmp by inverse jump logic jnb %3,%2 %1: } if labelRefCountChange(%1 -1) replace { mov %1,%2 mov %3,%1 mov %2,%1 } by { mov %1,%2 mov %3,%1 ; Peephole 166 removed redundant mov } if notVolatile %1 %2 replace { mov c,%1 cpl c mov %1,c } by { ; Peephole 167 removed redundant bit moves (c not set to %1) cpl %1 } replace { jnb %1,%2 sjmp %3 %2: } by { ; Peephole 168 jump optimization jb %1,%3 %2: } if labelRefCountChange(%2 -1) replace { jb %1,%2 sjmp %3 %2: } by { ; Peephole 169 jump optimization jnb %1,%3 %2: } if labelRefCountChange(%2 -1) replace { clr a cjne %1,%2,%3 cpl a %3: jz %4 } by { ; Peephole 170 jump optimization cjne %1,%2,%4 %3: } if labelRefCount(%3 1), labelRefCountChange(%3 -1) replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cpl a %3: jz %4 } by { ; Peephole 171 jump optimization cjne %1,%2,%4 cjne %9,%10,%4 %3: } if labelRefCount(%3 2), labelRefCountChange(%3 -2), labelRefCountChange(%4 1) replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cpl a %3: jz %4 } by { ; Peephole 172 jump optimization cjne %1,%2,%4 cjne %9,%10,%4 cjne %11,%12,%4 %3: } if labelRefCount(%3 3), labelRefCountChange(%3 -3), labelRefCountChange(%4 2) replace { clr a cjne %1,%2,%3 cjne %9,%10,%3 cjne %11,%12,%3 cjne %13,%14,%3 cpl a %3: jz %4 } by { ; Peephole 173 jump optimization cjne %1,%2,%4 cjne %9,%10,%4 cjne %11,%12,%4 cjne %13,%14,%4 %3: } if labelRefCount(%3 4), labelRefCountChange(%3 -4), labelRefCountChange(%4 3) replace { mov r%1,%2 clr c mov a,r%1 subb a,#0x01 mov %2,a } by { mov r%1,%2 ; Peephole 174.a optimized decrement (acc not set to %2, flags undefined) dec %2 } replace { mov r%1,%2 mov a,r%1 add a,#0x01 mov %2,a } by { mov r%1,%2 ; Peephole 174.b optimized increment (acc not set to %2, flags undefined) inc %2 } replace { mov %1,@r%2 inc %1 mov @r%2,%1 } by { ; Peephole 174.c optimized increment, removed redundant mov inc @r%2 mov %1,@r%2 } if notVolatile // this one will screw assignes to volatile/sfr's replace { mov %1,%2 mov %2,%1 } by { mov %1,%2 ; Peephole 177.a removed redundant mov } if notVolatile %1 %2 // applies to f.e. scott-add.asm (--model-large) replace { mov r%1,a mov a,ar%1 } by { mov r%1,a ; Peephole 177.b removed redundant mov } // applies to f.e. bug-408972.c replace { mov %1,%2 mov %1,%3 } by { ; Peephole 177.c removed redundant mov mov %1,%3 } if notVolatile(%1 %2),operandsNotRelated(%1 %3) // applies to f.e. bug-408972.c // not before peephole 177.c replace restart { mov %1,%2 mov %3,%4 mov %2,%1 } by { mov %1,%2 mov %3,%4 ; Peephole 177.d removed redundant mov } if notVolatile(%1 %2),operandsNotRelated(%1 %2 %3) // applies to f.e. bug-607243.c replace { mov %1,%2 mov a%1,%3 } by { ; peephole 177.e removed redundant mov %1,%2 mov a%1,%3 } if notVolatile(%2), operandsNotRelated(%1 %3) replace { mov ar%1,%2 mov r%1,%3 } by { ; peephole 177.f removed redundant mov mov r%1,%3 } if notVolatile %2 replace { mov %1,%2 mov a,%1 } by { ; peephole 177.g optimized mov sequence mov a,%2 mov %1,a } if notVolatile %1 replace { mov %1,%2 mov a,%2 } by { ; peephole 177.h optimized mov sequence mov a,%2 mov %1,a } if notVolatile %2 // applies to f.e. testfwk.c replace { mov r%1,a mov ar%2,r%1 } by { mov r%1,a ; peephole 177.i optimized mov sequence mov r%2,a } replace { mov r%1,%2 mov ar%3,r%1 mov r%1,%4 } by { ; peephole 177.j optimized mov sequence mov r%3,%2 mov r%1,%4 } replace { mov a,%1 mov b,a mov a,%2 } by { ; Peephole 178 removed redundant mov mov b,%1 mov a,%2 } // rules 179-182 provided by : Frieder // saving 2 byte, 1 cycle replace { mov b,#0x00 mov a,#0x00 } by { ; Peephole 179 changed mov to clr clr a mov b,a } // applies to: // volatile xdata char t; t=0x01; t=0x03; replace { mov dptr,%1 mov a,%2 movx @dptr,a mov dptr,%1 } by { mov dptr,%1 mov a,%2 movx @dptr,a ; Peephole 180.a removed redundant mov to dptr } // volatile xdata char t; t=0x01; t=0x03; t=0x01; replace { mov dptr,%1 mov a,%2 movx @dptr,a mov a,%3 movx @dptr,a mov dptr,%1 } by { mov dptr,%1 mov a,%2 movx @dptr,a mov a,%3 movx @dptr,a ; Peephole 180.b removed redundant mov to dptr } // saving 1 byte, 0 cycles replace { mov a,#0x00 } by { ; Peephole 181 changed mov to clr clr a } // saving 3 bytes, 2 cycles // provided by Bernhard Held replace { mov dpl,#%1 mov dph,#(%1 >> 8) } by { ; Peephole 182.a used 16 bit load of DPTR mov dptr,#%1 } // saving 3 byte, 2 cycles, return(NULL) profits here replace { mov dpl,#0x%1 mov dph,#0x%2 } by { ; Peephole 182.b used 16 bit load of dptr mov dptr,#0x%2%1 } // saving 3 byte, 2 cycles. Probably obsoleted by 182.b replace { mov dpl,#%1 mov dph,#%2 } by { ; Peephole 182.c used 16 bit load of dptr mov dptr,#(((%2)<<8) + %1) } // applies to return 0.0; in f.e. sincosf.c replace { mov dpl,#%1 clr a mov dph,a } by { ; Peephole 182.d used 16 bit load of dptr mov dptr,#(%1&0x00ff) clr a } replace { anl %1,#%2 anl %1,#%3 } by { ; Peephole 183 avoided anl during execution anl %1,#(%2&%3) } replace { mov %1,a cpl a mov %1,a } by { ; Peephole 184 removed redundant mov cpl a mov %1,a } if notVolatile %1 //replace { // acc being incremented might cause problems with register tracking // mov %1,a // inc %1 //} by { // ; Peephole 185 changed order of increment (acc incremented also!) // inc a // mov %1,a //} if notVolatile %1 // char indexed access to: long code table[] = {4,3,2,1}; replace restart { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a movc a,@a+dptr mov %2,a inc dptr clr a movc a,@a+dptr mov %3,a inc dptr clr a movc a,@a+dptr mov %4,a inc dptr clr a movc a,@a+dptr } by { ; Peephole 186.a optimized movc sequence mov b,a mov dptr,#%1 movc a,@a+dptr mov %2,a inc dptr mov a,b movc a,@a+dptr mov %3,a inc dptr mov a,b movc a,@a+dptr mov %4,a inc dptr mov a,b movc a,@a+dptr } // char indexed access to: void* code table[] = {4,3,2,1}; replace restart { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a movc a,@a+dptr mov %2,a inc dptr clr a movc a,@a+dptr mov %3,a inc dptr clr a movc a,@a+dptr } by { ; Peephole 186.b optimized movc sequence mov b,a mov dptr,#%1 movc a,@a+dptr mov %2,a inc dptr mov a,b movc a,@a+dptr mov %3,a inc dptr mov a,b movc a,@a+dptr } // char indexed access to: int code table[] = {4,3,2,1}; replace restart { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a movc a,@a+dptr mov %2,a inc dptr clr a movc a,@a+dptr } by { ; Peephole 186.c optimized movc sequence mov %2,a mov dptr,#%1 movc a,@a+dptr xch a,%2 inc dptr movc a,@a+dptr } // char indexed access to: char code table[] = {4,3,2,1}; replace { add a,#%1 mov dpl,a clr a addc a,#(%1 >> 8) mov dph,a clr a movc a,@a+dptr } by { ; Peephole 186.d optimized movc sequence mov dptr,#%1 movc a,@a+dptr } // char indexed access to: int code table[] = {4,3,2,1}; replace { mov b,#0x02 mul ab add a,#%2 mov dpl,a mov a,#(%2 >> 8) addc a,b mov dph,a clr a movc a,@a+dptr mov %3,a mov a,#0x01 movc a,@a+dptr } by { ; Peephole 186.e optimized movc sequence (b, dptr differ) add a,acc mov b,a mov dptr,#%2 jnc .+3 inc dph movc a,@a+dptr mov %3,a mov a,b inc a movc a,@a+dptr } replace { mov r%1,%2 anl ar%1,#%3 mov a,r%1 } by { ; Peephole 187 used a instead of ar%1 for anl mov a,%2 anl a,#%3 mov r%1,a } replace { mov %1,a mov dptr,%2 movc a,@a+dptr mov %1,a } by { ; Peephole 188 removed redundant mov mov dptr,%2 movc a,@a+dptr mov %1,a } if notVolatile %1 replace { anl a,#0x0f mov %1,a mov a,#0x0f anl a,%1 } by { anl a,#0x0f mov %1,a ; Peephole 189 removed redundant mov and anl } if notVolatile %1 // rules 190 & 191 need to be in order replace { mov a,%1 lcall __gptrput mov a,%1 } by { mov a,%1 lcall __gptrput ; Peephole 190 removed redundant mov } if notVolatile %1 replace { mov %1,a mov dpl,%2 mov dph,%3 mov b,%4 mov a,%1 } by { mov %1,a mov dpl,%2 mov dph,%3 mov b,%4 ; Peephole 191 removed redundant mov } if notVolatile %1 // applies to f.e. regression/ports/mcs51/support.c replace { mov r%1,a mov @r%2,ar%1 } by { mov r%1,a ; Peephole 192.a used a instead of ar%1 as source mov @r%2,a } // applies to f.e. printf_large.c replace { mov ar%1,@r%2 mov a,r%1 } by { ; Peephole 192.b used a instead of ar%1 as destination mov a,@r%2 mov r%1,a } replace { jnz %3 mov a,%4 jnz %3 mov a,%9 jnz %3 mov a,%12 cjne %13,%14,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 193.a optimized misc jump sequence jnz %8 mov a,%4 jnz %8 mov a,%9 jnz %8 mov a,%12 cjne %13,%14,%8 sjmp %7 %3: } if labelInRange(%8), labelRefCount(%3 4), labelRefCountChange(%3 -4), labelRefCountChange(%8 3) replace { cjne %1,%2,%3 mov a,%4 cjne %5,%6,%3 mov a,%9 cjne %10,%11,%3 mov a,%12 cjne %13,%14,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 193.b optimized misc jump sequence cjne %1,%2,%8 mov a,%4 cjne %5,%6,%8 mov a,%9 cjne %10,%11,%8 mov a,%12 cjne %13,%14,%8 sjmp %7 %3: } if labelInRange(%8), labelRefCount(%3 4), labelRefCountChange(%3 -4), labelRefCountChange(%8 3) replace { cjne @%1,%2,%3 inc %1 cjne @%1,%6,%3 inc %1 cjne @%1,%11,%3 inc %1 cjne @%1,%14,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 193.c optimized misc jump sequence cjne @%1,%2,%8 inc %1 cjne @%1,%6,%8 inc %1 cjne @%1,%11,%8 inc %1 cjne @%1,%14,%8 sjmp %7 %3: } if labelInRange(%8), labelRefCount(%3 4), labelRefCountChange(%3 -4), labelRefCountChange(%8 3) replace { cjne %1,%2,%3 cjne %5,%6,%3 cjne %10,%11,%3 cjne %13,%14,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 194 optimized misc jump sequence cjne %1,%2,%8 cjne %5,%6,%8 cjne %10,%11,%8 cjne %13,%14,%8 sjmp %7 %3: } if labelInRange(%8), labelRefCount(%3 4), labelRefCountChange(%3 -4), labelRefCountChange(%8 3) replace { jnz %3 mov a,%4 jnz %3 mov a,%9 cjne %10,%11,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 195.a optimized misc jump sequence jnz %8 mov a,%4 jnz %8 mov a,%9 cjne %10,%11,%8 sjmp %7 %3: } if labelInRange(%8), labelRefCount(%3 3), labelRefCountChange(%3 -3), labelRefCountChange(%8 2) replace { cjne %1,%2,%3 mov a,%4 cjne %5,%6,%3 mov a,%9 cjne %10,%11,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 195.b optimized misc jump sequence cjne %1,%2,%8 mov a,%4 cjne %5,%6,%8 mov a,%9 cjne %10,%11,%8 sjmp %7 %3: } if labelInRange(%8), labelRefCount(%3 3), labelRefCountChange(%3 -3), labelRefCountChange(%8 2) replace { cjne @%1,%2,%3 inc %1 cjne @%1,%6,%3 inc %1 cjne @%1,%11,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 195.c optimized misc jump sequence cjne @%1,%2,%8 inc %1 cjne @%1,%6,%8 inc %1 cjne @%1,%11,%8 sjmp %7 %3: } if labelInRange(%8), labelRefCount(%3 3), labelRefCountChange(%3 -3), labelRefCountChange(%8 2) replace { cjne %1,%2,%3 cjne %5,%6,%3 cjne %10,%11,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 196 optimized misc jump sequence cjne %1,%2,%8 cjne %5,%6,%8 cjne %10,%11,%8 sjmp %7 %3: } if labelInRange(%8), labelRefCount(%3 3), labelRefCountChange(%3 -3), labelRefCountChange(%8 2) replace { jnz %3 mov a,%4 cjne %5,%6,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 197.a optimized misc jump sequence jnz %8 mov a,%4 cjne %5,%6,%8 sjmp %7 %3: } if labelInRange(%8), labelRefCount(%3 2), labelRefCountChange(%3 -2), labelRefCountChange(%8 1) replace { cjne %1,%2,%3 mov a,%4 cjne %5,%6,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 197.b optimized misc jump sequence cjne %1,%2,%8 mov a,%4 cjne %5,%6,%8 sjmp %7 %3: } if labelInRange(%8), labelRefCount(%3 2), labelRefCountChange(%3 -2), labelRefCountChange(%8 1) replace { cjne @%1,%2,%3 inc %1 cjne @%1,%6,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 197.c optimized misc jump sequence cjne @%1,%2,%8 inc %1 cjne @%1,%6,%8 sjmp %7 %3: } if labelInRange(%8), labelRefCount(%3 2), labelRefCountChange(%3 -2), labelRefCountChange(%8 1) replace { cjne %1,%2,%3 cjne %5,%6,%3 sjmp %7 %3: sjmp %8 } by { ; Peephole 198.a optimized misc jump sequence cjne %1,%2,%8 cjne %5,%6,%8 sjmp %7 %3: } if labelInRange(%8), labelRefCount(%3 2), labelRefCountChange(%3 -2), labelRefCountChange(%8 1) replace { cjne %1,%2,%3 sjmp %4 %3: sjmp %5 } by { ; Peephole 198.b optimized misc jump sequence cjne %1,%2,%5 sjmp %4 %3: } if labelInRange(%5), labelRefCount(%3 1), labelRefCountChange(%3 -1) replace { sjmp %1 %1: } by { ; Peephole 200.a removed redundant sjmp %1: } if labelRefCountChange(%1 -1) replace { sjmp %1 %2: %1: } by { ; Peephole 200.b removed redundant sjmp %2: %1: } if labelRefCountChange(%1 -1) replace { push acc mov dptr,%1 pop acc } by { ; Peephole 202 removed redundant push pop mov dptr,%1 } replace { mov r%1,_spx lcall %2 mov r%1,_spx } by { ; Peephole 203 removed mov r%1,_spx lcall %2 } replace { mov %1,a add a,acc mov %1,a } by { ; Peephole 204 removed redundant mov add a,acc mov %1,a } if notVolatile %1 replace { djnz %1,%2 sjmp %3 %2: sjmp %4 %3: } by { ; Peephole 205 optimized misc jump sequence djnz %1,%4 %2: %3: } if labelRefCount(%2 1), labelRefCountChange(%2 -1), labelRefCountChange(%3 -1) replace { mov %1,%1 } by { ; Peephole 206 removed redundant mov %1,%1 } if notVolatile %1 // Does not seem to be triggered anymore //replace { // mov a,_bp // add a,#0x00 // mov %1,a //} by { // ; Peephole 207 removed zero add (acc not set to %1, flags undefined) // mov %1,_bp //} replace { push acc mov r%1,_bp pop acc } by { ; Peephole 208 removed redundant push pop mov r%1,_bp } // Does not seem to be triggered anymore //replace { // mov a,_bp // add a,#0x00 // inc a // mov %1,a //} by { // ; Peephole 209 optimized increment (acc not set to %1, flags undefined) // mov %1,_bp // inc %1 //} replace { mov dptr,#((((%1 >> 8)) <<8) + %1) } by { ; Peephole 210 simplified expression mov dptr,#%1 } replace { push %1 pop %1 } by { ; Peephole 211 removed redundant push %1 pop %1 } // Does not seem to be triggered anymore //replace { // mov a,_bp // add a,#0x01 // mov r%1,a //} by { // ; Peephole 212 reduced add sequence to inc // mov r%1,_bp // inc r%1 //} // reverts peephole 159? asx8051 cannot handle, too complex? replace { mov %1,#(( %2 >> 8 ) ^ 0x80) } by { ; Peephole 213.a inserted fix mov %1,#(%2 >> 8) xrl %1,#0x80 } replace { mov %1,#(( %2 + %3 >> 8 ) ^ 0x80) } by { ; Peephole 213.b inserted fix mov %1,#((%2 + %3) >> 8) xrl %1,#0x80 } replace { mov %1,a mov a,%2 add a,%1 } by { mov %1,a ; Peephole 214.a removed redundant mov add a,%2 } if operandsNotSame replace { mov %1,a add a,%2 mov %1,a } by { ; Peephole 214.b removed redundant mov add a,%2 mov %1,a } if operandsNotSame replace { mov r%1,%2 clr a inc r%1 mov @r%1,a dec r%1 mov @r%1,a } by { mov r%1,%2 clr a ; Peephole 216.a simplified clear (2 bytes) mov @r%1,a inc r%1 mov @r%1,a } replace { mov r%1,%2 clr a inc r%1 inc r%1 mov @r%1,a dec r%1 mov @r%1,a dec r%1 mov @r%1,a } by { mov r%1,%2 clr a ; Peephole 216.b simplified clear (3 bytes) mov @r%1,a inc r%1 mov @r%1,a inc r%1 mov @r%1,a } replace { mov r%1,%2 clr a inc r%1 inc r%1 inc r%1 mov @r%1,a dec r%1 mov @r%1,a dec r%1 mov @r%1,a dec r%1 mov @r%1,a } by { mov r%1,%2 clr a ; Peephole 216.c simplified clear (4 bytes) mov @r%1,a inc r%1 mov @r%1,a inc r%1 mov @r%1,a inc r%1 mov @r%1,a } replace { clr a movx @dptr,a mov dptr,%1 clr a movx @dptr,a } by { ; Peephole 219.a removed redundant clear clr a movx @dptr,a mov dptr,%1 movx @dptr,a } replace { clr a movx @dptr,a mov dptr,%1 movx @dptr,a mov dptr,%2 clr a movx @dptr,a } by { clr a movx @dptr,a mov dptr,%1 movx @dptr,a mov dptr,%2 ; Peephole 219.b removed redundant clear movx @dptr,a } replace { mov dps,#0x00 mov dps,#0x01 } by { ; Peephole 220.a removed bogus DPS set mov dps,#0x01 } replace { mov dps,#0x01 mov dps,#0x00 } by { ; Peephole 220.b removed bogus DPS set mov dps,#0x00 } replace { mov %1 + %2,(%2 + %1) } by { ; Peephole 221.a remove redundant mov } if notVolatile replace { mov (%1 + %2 + %3),((%2 + %1) + %3) } by { ; Peephole 221.b remove redundant mov } if notVolatile replace { dec r%1 inc r%1 } by { ; Peephole 222 removed dec/inc pair } replace { mov %1,dpl mov %2,dph mov dpl,%1 mov dph,%2 } by { mov %1,dpl mov %2,dph ; Peephole 223.a removed redundant dph/dpl moves } if notVolatile %1 %2 replace { mov %1,dpl mov (%1 + 1),dph mov dpl,%1 mov dph,(%1 + 1) } by { mov %1,dpl mov (%1 + 1),dph ; Peephole 223.b removed redundant dph/dpl moves } if notVolatile %1 replace { mov a,%1 movx @dptr,a mov dpl,%2 mov dph,%3 mov b,%4 mov a,%1 } by { mov a,%1 movx @dptr,a mov dpl,%2 mov dph,%3 mov b,%4 ; Peephole 225 removed redundant move to acc } if notVolatile %1 replace { clr a movx @%1,a inc %1 clr a } by { clr a movx @%1,a inc %1 ; Peephole 226.a removed unnecessary clr } replace { clr a movx @%1,a inc %1 movx @%1,a inc %1 clr a } by { clr a movx @%1,a inc %1 movx @%1,a inc %1 ; Peephole 226.b removed unnecessary clr } replace { mov dptr,#%1 clr a inc dptr inc dptr inc dptr movx @dptr,a lcall __decdptr movx @dptr,a lcall __decdptr movx @dptr,a lcall __decdptr movx @dptr,a } by { mov dptr,#%1 clr a ; Peephole 227.a replaced inefficient 32 bit clear movx @dptr,a inc dptr movx @dptr,a inc dptr movx @dptr,a inc dptr movx @dptr,a mov dptr,#%1 } replace { mov dptr,#%1 clr a inc dptr inc dptr inc dptr movx @dptr,a lcall __decdptr movx @dptr,a lcall __decdptr movx @dptr,a lcall __decdptr mov a,#%2 movx @dptr,a } by { mov dptr,#%1 ; Peephole 227.b replaced inefficient 32 constant mov a,#%2 movx @dptr,a inc dptr clr a movx @dptr,a inc dptr movx @dptr,a inc dptr movx @dptr,a mov dptr,#%1 } replace { mov dptr,#%1 clr a inc dptr movx @dptr,a lcall __decdptr movx @dptr,a } by { mov dptr,#%1 clr a ; Peephole 227.c replaced inefficient 16 bit clear movx @dptr,a inc dptr movx @dptr,a mov dptr,#%1 } replace { mov dptr,#%1 clr a inc dptr movx @dptr,a lcall __decdptr mov a,#%2 movx @dptr,a } by { mov dptr,#%1 ; Peephole 227.d replaced inefficient 16 bit constant mov a,#%2 movx @dptr,a inc dptr clr a movx @dptr,a mov dptr,#%1 } // this last peephole often removes the last mov from 227.a - 227.d replace { mov dptr,#%1 mov dptr,#%2 } by { ; Peephole 227.e removed redundant mov to dptr mov dptr,#%2 } replace { movx a,@dptr } by { ; Peephole 232 using movc to read xdata (--xram-movc) clr a movc a,@a+dptr } if xramMovcOption replace { lcall _gptrget } by { ; Peephole 233 using _gptrgetc instead of _gptrget (--xram-movc) lcall _gptrgetc } if xramMovcOption replace { mov r%1,a mov dpl,r%1 %2: ret } by { ; Peephole 234.a loading dpl directly from a(ccumulator), r%1 not set mov dpl,a %2: ret } replace { mov r%1,a mov dpl,r%2 mov dph,r%1 %3: ret } by { ; Peephole 234.b loading dph directly from a(ccumulator), r%1 not set mov dpl,r%2 mov dph,a %3: ret } // 14 rules by Fiorenzo D. Ramaglia replace { add a,ar%1 } by { ; Peephole 236.a used r%1 instead of ar%1 add a,r%1 } replace { addc a,ar%1 } by { ; Peephole 236.b used r%1 instead of ar%1 addc a,r%1 } replace { anl a,ar%1 } by { ; Peephole 236.c used r%1 instead of ar%1 anl a,r%1 } replace { dec ar%1 } by { ; Peephole 236.d used r%1 instead of ar%1 dec r%1 } replace { djnz ar%1,%2 } by { ; Peephole 236.e used r%1 instead of ar%1 djnz r%1,%2 } replace { inc ar%1 } by { ; Peephole 236.f used r%1 instead of ar%1 inc r%1 } replace { mov a,ar%1 } by { ; Peephole 236.g used r%1 instead of ar%1 mov a,r%1 } replace { mov ar%1,#%2 } by { ; Peephole 236.h used r%1 instead of ar%1 mov r%1,#%2 } replace { mov ar%1,a } by { ; Peephole 236.i used r%1 instead of ar%1 mov r%1,a } replace { mov ar%1,ar%2 } by { ; Peephole 236.j used r%1 instead of ar%1 mov r%1,ar%2 } replace { orl a,ar%1 } by { ; Peephole 236.k used r%1 instead of ar%1 orl a,r%1 } replace { subb a,ar%1 } by { ; Peephole 236.l used r%1 instead of ar%1 subb a,r%1 } replace { xch a,ar%1 } by { ; Peephole 236.m used r%1 instead of ar%1 xch a,r%1 } replace { xrl a,ar%1 } by { ; Peephole 236.n used r%1 instead of ar%1 xrl a,r%1 } replace { sjmp %1 %2: mov %3,%4 %1: ret } by { ; Peephole 237.a removed sjmp to ret ret %2: mov %3,%4 %1: ret } if labelRefCountChange(%1 -1) replace { sjmp %1 %2: mov %3,%4 mov dpl,%5 mov dph,%6 %1: ret } by { ; Peephole 237.b removed sjmp to ret ret %2: mov %3,%4 mov dpl,%5 mov dph,%6 %1: ret } if labelRefCountChange(%1 -1) // applies to f.e. device/lib/log10f.c replace { mov %1,%9 mov %2,%10 mov %3,%11 mov %4,%12 mov %5,%13 mov %6,%14 mov %7,%15 mov %8,%16 mov %9,%1 mov %10,%2 mov %11,%3 mov %12,%4 } by { mov %1,%9 mov %2,%10 mov %3,%11 mov %4,%12 mov %5,%13 mov %6,%14 mov %7,%15 mov %8,%16 ; Peephole 238.a removed 4 redundant moves } if operandsNotSame8(%1 %2 %3 %4 %5 %6 %7 %8), notVolatile(%1 %2 %3 %4 %9 %10 %11 %12) // applies to device/lib/log10f.c replace { mov %1,%5 mov %2,%6 mov %3,%7 mov %4,%8 mov %5,%1 mov %6,%2 mov %7,%3 } by { mov %1,%5 mov %2,%6 mov %3,%7 mov %4,%8 ; Peephole 238.b removed 3 redundant moves } if operandsNotSame7(%1 %2 %3 %4 %5 %6 %7), notVolatile(%1 %2 %3 %5 %6 %7) // applies to f.e. device/lib/time.c replace { mov %1,%5 mov %2,%6 mov %3,%7 mov %4,%8 mov %5,%1 mov %6,%2 } by { mov %1,%5 mov %2,%6 mov %3,%7 mov %4,%8 ; Peephole 238.c removed 2 redundant moves } if operandsNotSame4(%1 %2 %3 %4), notVolatile(%1 %2 %5 %6) // applies to f.e. support/regression/tests/bug-524209.c replace { mov %1,%4 mov %2,%5 mov %3,%6 mov %4,%1 mov %5,%2 mov %6,%3 } by { mov %1,%4 mov %2,%5 mov %3,%6 ; Peephole 238.d removed 3 redundant moves } if operandsNotSame6(%1 %2 %3 %4 %5 %6), notVolatile(%1 %2 %3 %4 %5 %6) // applies to f.e. ser_ir.asm replace { mov r%1,acc } by { ; Peephole 239 used a instead of acc mov r%1,a } replace restart { mov a,%1 addc a,#0x00 } by { ; Peephole 240 use clr instead of addc a,#0 clr a addc a,%1 } // peepholes 241.a to 241.d and 241.e to 241.h need to be in order replace { cjne r%2,#%3,%0 cjne r%4,#%5,%0 cjne r%6,#%7,%0 cjne r%8,#%9,%0 mov a,#0x01 sjmp %1 %0: clr a %1: } by { ; Peephole 241.a optimized compare clr a cjne r%2,#%3,%0 cjne r%4,#%5,%0 cjne r%6,#%7,%0 cjne r%8,#%9,%0 inc a %0: %1: } if labelRefCountChange(%1 -1) // applies to generic pointer compare replace { cjne r%2,#%3,%0 cjne r%4,#%5,%0 cjne r%6,#%7,%0 mov a,#0x01 sjmp %1 %0: clr a %1: } by { ; Peephole 241.b optimized compare clr a cjne r%2,#%3,%0 cjne r%4,#%5,%0 cjne r%6,#%7,%0 inc a %0: %1: } if labelRefCountChange(%1 -1) // applies to f.e. time.c replace { cjne r%2,#%3,%0 cjne r%4,#%5,%0 mov a,#0x01 sjmp %1 %0: clr a %1: } by { ; Peephole 241.c optimized compare clr a cjne r%2,#%3,%0 cjne r%4,#%5,%0 inc a %0: %1: } if labelRefCountChange(%1 -1) // applies to f.e. malloc.c replace { cjne r%2,#%3,%0 mov a,#0x01 sjmp %1 %0: clr a %1: } by { ; Peephole 241.d optimized compare clr a cjne r%2,#%3,%0 inc a %0: %1: } if labelRefCountChange(%1 -1) // applies to f.e. j = (k!=0x1000); // with volatile idata long k; replace { cjne @r%0,#%3,%1 inc r%0 cjne @r%0,#%4,%1 inc r%0 cjne @r%0,#%5,%1 inc r%0 cjne @r%0,#%6,%1 mov a,#0x01 sjmp %2 %1: clr a %2: } by { ; Peephole 241.e optimized compare clr a cjne @r%0,#%3,%1 inc r%0 cjne @r%0,#%4,%1 inc r%0 cjne @r%0,#%5,%1 inc r%0 cjne @r%0,#%6,%1 inc a %1: %2: } if labelRefCountChange(%2 -1) // applies to f.e. j = (p!=NULL); // with volatile idata char *p; replace { cjne @r%0,#%3,%1 inc r%0 cjne @r%0,#%4,%1 inc r%0 cjne @r%0,#%5,%1 mov a,#0x01 sjmp %2 %1: clr a %2: } by { ; Peephole 241.f optimized compare clr a cjne @r%0,#%3,%1 inc r%0 cjne @r%0,#%4,%1 inc r%0 cjne @r%0,#%5,%1 inc a %1: %2: } if labelRefCountChange(%2 -1) // applies to f.e. j = (k!=0x1000); // with volatile idata int k; replace { cjne @r%0,#%3,%1 inc r%0 cjne @r%0,#%4,%1 mov a,#0x01 sjmp %2 %1: clr a %2: } by { ; Peephole 241.g optimized compare clr a cjne @r%0,#%3,%1 inc r%0 cjne @r%0,#%4,%1 inc a %1: %2: } if labelRefCountChange(%2 -1) // applies to f.e. vprintf.asm (--stack-auto) replace { cjne @r%0,#%3,%1 mov a,#0x01 sjmp %2 %1: clr a %2: } by { ; Peephole 241.h optimized compare clr a cjne @r%0,#%3,%1 inc a %1: %2: } if labelRefCountChange(%2 -1) // applies to f.e. scott-bool1.c replace { jnz %1 mov %2,%3 %1: jz %4 } by { jnz %1 mov %2,%3 ; Peephole 242.a avoided branch jnz to jz jz %4 %1: } if labelRefCount %1 1 // applies to f.e. scott-bool1.c replace { jnz %1 mov %2,%3 orl a,%5 %1: jz %4 } by { jnz %1 mov %2,%3 orl a,%5 ; Peephole 242.b avoided branch jnz to jz jz %4 %1: } if labelRefCount %1 1 // applies to f.e. logic.c replace { jnz %1 mov %2,%3 orl a,%5 orl a,%6 orl a,%7 %1: jz %4 } by { jnz %1 mov %2,%3 orl a,%5 orl a,%6 orl a,%7 ; Peephole 242.c avoided branch jnz to jz jz %4 %1: } if labelRefCount %1 1 // applies to f.e. vprintf.c // this is a rare case, usually the "tail increment" is noticed earlier replace { cjne %1,%2,%3 inc %4 %3: sjmp %5 } by { ; Peephole 243 avoided branch to sjmp cjne %1,%2,%5 inc %4 %3: sjmp %5 } if labelInRange(), labelRefCountChange(%3 -1), labelRefCountChange(%5 1) // applies to f.e. simplefloat.c (saving 1 cycle) replace { mov r%1,dpl mov a,r%1 } by { ; Peephole 244.a moving first to a instead of r%1 mov a,dpl mov r%1,a } // applies to f.e. _itoa.c (saving 1 cycle) replace { mov r%1,dph mov a,r%1 } by { ; Peephole 244.b moving first to a instead of r%1 mov a,dph mov r%1,a } // applies to f.e. bug-460010.c (saving 1 cycle) replace { mov r%1,a mov dpl,r%1 } by { mov r%1,a ; Peephole 244.c loading dpl from a instead of r%1 mov dpl,a } replace { mov r%1,a mov dph,r%1 } by { mov r%1,a ; Peephole 244.d loading dph from a instead of r%1 mov dph,a } // this one is safe but disables 245.a 245.b // please remove 245 if 245.a 245.b are found to be safe // applies to f.e. scott-compare.c replace { clr a rlc a mov r%1,a cjne a,#0x01,%2 %2: clr a rlc a mov r%1,a } by { ; Peephole 245 optimized complement (r%1 and acc set needed?) cpl c clr a rlc a mov r%1,a } if labelRefCount(%2 1), labelRefCountChange(%2 -1) // this one will not be triggered if 245 is present // please remove 245 if 245.a 245.b are found to be safe // applies to f.e. vprintf.c replace { clr a rlc a mov r%1,a cjne a,#0x01,%2 %2: clr a rlc a mov r%1,a jz %3 } by { ; Peephole 245.a optimized conditional jump (r%1 and acc not set!) jc %3 } if labelRefCount(%2 1), labelRefCountChange(%2 -1) // this one will not be triggered if 245 is present // please remove 245 if 245.a 245.b are found to be safe // applies to f.e. scott-compare.c replace { clr a rlc a mov r%1,a cjne a,#0x01,%2 %2: clr a rlc a mov r%1,a jnz %3 } by { ; Peephole 245.b optimized conditional jump (r%1 and acc not set!) jnc %3 } if labelRefCount(%2 1), labelRefCountChange(%2 -1) // rules 246.x apply to f.e. bitfields.c replace { mov dptr,#%1 movx a,@dptr anl a,#%2 movx @dptr,a mov dptr,#%1 movx a,@dptr anl a,#%3 movx @dptr,a } by { mov dptr,#%1 movx a,@dptr ; Peephole 246.a combined clr/clr anl a,#%2&%3 movx @dptr,a } if notVolatile %1 replace { mov dptr,#%1 movx a,@dptr orl a,#%2 movx @dptr,a mov dptr,#%1 movx a,@dptr orl a,#%3 movx @dptr,a } by { mov dptr,#%1 movx a,@dptr ; Peephole 246.b combined set/set orl a,#%2|%3 movx @dptr,a } if notVolatile %1 replace { mov dptr,#%1 movx a,@dptr orl a,#%2 movx @dptr,a mov dptr,#%1 movx a,@dptr anl a,#%3 movx @dptr,a } by { mov dptr,#%1 movx a,@dptr orl a,#%2 ; Peephole 246.c combined set/clr anl a,#%3 movx @dptr,a } if notVolatile %1 replace { mov dptr,#%1 movx a,@dptr anl a,#%2 movx @dptr,a mov dptr,#%1 movx a,@dptr orl a,#%3 movx @dptr,a } by { mov dptr,#%1 movx a,@dptr anl a,#%2 ; Peephole 246.d combined clr/set orl a,#%3 movx @dptr,a } if notVolatile %1 replace { mov dptr,#%1 movx a,@dptr orl a,#%2 anl a,#%3 movx @dptr,a mov dptr,#%1 movx a,@dptr anl a,#%4 movx @dptr,a } by { mov dptr,#%1 movx a,@dptr orl a,#%2 ; Peephole 246.e combined set/clr/clr anl a,#%3&%4 movx @dptr,a } if notVolatile %1 replace { mov dptr,#%1 movx a,@dptr orl a,#%2 anl a,#%3 movx @dptr,a mov dptr,#%1 movx a,@dptr orl a,#%4 movx @dptr,a } by { mov dptr,#%1 movx a,@dptr orl a,#%2 anl a,#%3 ; Peephole 246.f combined set/clr/set orl a,#%4 movx @dptr,a } if notVolatile %1 replace { mov dptr,#%1 movx a,@dptr anl a,#%2 orl a,#%3 movx @dptr,a mov dptr,#%1 movx a,@dptr anl a,#%4 movx @dptr,a } by { mov dptr,#%1 movx a,@dptr anl a,#%2 orl a,#%3 ; Peephole 246.g combined clr/set/clr anl a,#%4 movx @dptr,a } if notVolatile %1 replace { mov dptr,#%1 movx a,@dptr anl a,#%2 orl a,#%3 movx @dptr,a mov dptr,#%1 movx a,@dptr orl a,#%4 movx @dptr,a } by { mov dptr,#%1 movx a,@dptr anl a,#%2 ; Peephole 246.h combined clr/set/set orl a,#%3|%4 movx @dptr,a } if notVolatile %1 // rules 247.x apply to f.e. bitfields.c replace { mov r%5,#%1 mov a,@r%5 anl a,#%2 mov @r%5,a mov r%5,#%1 mov a,@r%5 anl a,#%3 mov @r%5,a } by { mov r%5,#%1 mov a,@r%5 ; Peephole 247.a combined clr/clr anl a,#%2&%3 mov @r%5,a } if notVolatile %1 replace { mov r%5,#%1 mov a,@r%5 orl a,#%2 mov @r%5,a mov r%5,#%1 mov a,@r%5 orl a,#%3 mov @r%5,a } by { mov r%5,#%1 mov a,@r%5 ; Peephole 247.b combined set/set orl a,#%2|%3 mov @r%5,a } if notVolatile %1 replace { mov r%5,#%1 mov a,@r%5 orl a,#%2 mov @r%5,a mov r%5,#%1 mov a,@r%5 anl a,#%3 mov @r%5,a } by { mov r%5,#%1 mov a,@r%5 orl a,#%2 ; Peephole 247.c combined set/clr anl a,#%3 mov @r%5,a } if notVolatile %1 replace { mov r%5,#%1 mov a,@r%5 anl a,#%2 mov @r%5,a mov r%5,#%1 mov a,@r%5 orl a,#%3 mov @r%5,a } by { mov r%5,#%1 mov a,@r%5 anl a,#%2 ; Peephole 247.d combined clr/set orl a,#%3 mov @r%5,a } if notVolatile %1 replace { mov r%5,#%1 mov a,@r%5 orl a,#%2 anl a,#%3 mov @r%5,a mov r%5,#%1 mov a,@r%5 anl a,#%4 mov @r%5,a } by { mov r%5,#%1 mov a,@r%5 orl a,#%2 ; Peephole 247.e combined set/clr/clr anl a,#%3&%4 mov @r%5,a } if notVolatile %1 replace { mov r%5,#%1 mov a,@r%5 orl a,#%2 anl a,#%3 mov @r%5,a mov r%5,#%1 mov a,@r%5 orl a,#%4 mov @r%5,a } by { mov r%5,#%1 mov a,@r%5 orl a,#%2 anl a,#%3 ; Peephole 247.f combined set/clr/set orl a,#%4 mov @r%5,a } if notVolatile %1 replace { mov r%5,#%1 mov a,@r%5 anl a,#%2 orl a,#%3 mov @r%5,a mov r%5,#%1 mov a,@r%5 anl a,#%4 mov @r%5,a } by { mov r%5,#%1 mov a,@r%5 anl a,#%2 orl a,#%3 ; Peephole 247.g combined clr/set/clr anl a,#%4 mov @r%5,a } if notVolatile %1 replace { mov r%5,#%1 mov a,@r%5 anl a,#%2 orl a,#%3 mov @r%5,a mov r%5,#%1 mov a,@r%4 orl a,#%4 mov @r%5,a } by { mov r%5,#%1 mov a,@r%5 anl a,#%2 ; Peephole 247.h combined clr/set/set orl a,#%3|%4 mov @r%5,a } if notVolatile %1 // Peepholes 248.x have to be compatible with the keyword volatile. // They optimize typical accesses to memory mapped I/O devices: // volatile xdata char t; t|=0x01; replace { mov dptr,%1 movx a,@dptr mov r%2,a mov dptr,%1 mov a,%3 orl a,r%2 movx @dptr,a } by { mov dptr,%1 movx a,@dptr mov r%2,a ; Peephole 248.a optimized or to xdata orl a,%3 movx @dptr,a } // volatile xdata char t; t&=0x01; replace { mov dptr,%1 movx a,@dptr mov r%2,a mov dptr,%1 mov a,%3 anl a,r%2 movx @dptr,a } by { mov dptr,%1 movx a,@dptr mov r%2,a ; Peephole 248.b optimized and to xdata anl a,%3 movx @dptr,a } // volatile xdata char t; t^=0x01; replace { mov dptr,%1 movx a,@dptr mov r%2,a mov dptr,%1 mov a,%3 xrl a,r%2 movx @dptr,a } by { mov dptr,%1 movx a,@dptr mov r%2,a ; Peephole 248.c optimized xor to xdata xrl a,%3 movx @dptr,a } // volatile xdata char t; t|=0x01; t&=~0x01; t|=0x01; replace { mov dptr,%1 movx a,@dptr mov r%2,a orl a,%3 movx @dptr,a mov dptr,%1 movx a,@dptr mov r%2,a anl a,%4 movx @dptr,a mov dptr,%1 movx a,@dptr mov r%2,a orl a,%5 movx @dptr,a } by { mov dptr,%1 movx a,@dptr ; Peephole 248.d optimized or/and/or to volatile xdata orl a,%3 movx @dptr,a movx a,@dptr anl a,%4 movx @dptr,a movx a,@dptr mov r%2,a orl a,%5 movx @dptr,a } // volatile xdata char t; t&=~0x01; t|=0x01; t&=~0x01; replace { mov dptr,%1 movx a,@dptr mov r%2,a anl a,%3 movx @dptr,a mov dptr,%1 movx a,@dptr mov r%2,a orl a,%4 movx @dptr,a mov dptr,%1 movx a,@dptr mov r%2,a anl a,%5 movx @dptr,a } by { mov dptr,%1 movx a,@dptr ; Peephole 248.e optimized and/or/and to volatile xdata anl a,%3 movx @dptr,a movx a,@dptr orl a,%4 movx @dptr,a movx a,@dptr mov r%2,a anl a,%5 movx @dptr,a } // volatile xdata char t; t|=0x01; t&=~0x01; replace { mov dptr,%1 movx a,@dptr mov r%2,a orl a,%3 movx @dptr,a mov dptr,%1 movx a,@dptr mov r%2,a anl a,%4 movx @dptr,a } by { mov dptr,%1 movx a,@dptr ; Peephole 248.f optimized or/and to volatile xdata orl a,%3 movx @dptr,a movx a,@dptr mov r%2,a anl a,%4 movx @dptr,a } // volatile xdata char t; t&=~0x01; t|=0x01; replace { mov dptr,%1 movx a,@dptr mov r%2,a anl a,%3 movx @dptr,a mov dptr,%1 movx a,@dptr mov r%2,a orl a,%4 movx @dptr,a } by { mov dptr,%1 movx a,@dptr ; Peephole 248.g optimized and/or to volatile xdata anl a,%3 movx @dptr,a movx a,@dptr mov r%2,a orl a,%4 movx @dptr,a } // volatile xdata char t; t^=0x01; t^=0x01; replace { mov dptr,%1 movx a,@dptr mov r%2,a xrl a,%3 movx @dptr,a mov dptr,%1 movx a,@dptr mov r%2,a xrl a,%4 movx @dptr,a } by { mov dptr,%1 movx a,@dptr ; Peephole 248.h optimized xor/xor to volatile xdata xrl a,%3 movx @dptr,a movx a,@dptr mov r%2,a xrl a,%4 movx @dptr,a } // Peeepholes 248.i to 248.m are like 248.d to 248.h except they apply to bitfields: // xdata struct { unsigned b0:1; unsigned b1:1; unsigned b2:1; } xport; // xport.b0=1; xport.b0=0; xport.b0=1; replace { mov dptr,%1 movx a,@dptr orl a,%3 movx @dptr,a mov dptr,%1 movx a,@dptr anl a,%4 movx @dptr,a mov dptr,%1 movx a,@dptr orl a,%5 movx @dptr,a } by { mov dptr,%1 movx a,@dptr orl a,%3 movx @dptr,a ; Peephole 248.i optimized or/and/or to xdata bitfield movx a,@dptr anl a,%4 movx @dptr,a movx a,@dptr orl a,%5 movx @dptr,a } replace { mov dptr,%1 movx a,@dptr anl a,%3 movx @dptr,a mov dptr,%1 movx a,@dptr orl a,%4 movx @dptr,a mov dptr,%1 movx a,@dptr anl a,%5 movx @dptr,a } by { mov dptr,%1 movx a,@dptr anl a,%3 movx @dptr,a ; Peephole 248.j optimized and/or/and to xdata bitfield movx a,@dptr orl a,%4 movx @dptr,a movx a,@dptr anl a,%5 movx @dptr,a } replace { mov dptr,%1 movx a,@dptr orl a,%3 movx @dptr,a mov dptr,%1 movx a,@dptr anl a,%4 movx @dptr,a } by { mov dptr,%1 movx a,@dptr orl a,%3 movx @dptr,a ; Peephole 248.k optimized or/and to xdata bitfield movx a,@dptr anl a,%4 movx @dptr,a } replace { mov dptr,%1 movx a,@dptr anl a,%3 movx @dptr,a mov dptr,%1 movx a,@dptr orl a,%4 movx @dptr,a } by { mov dptr,%1 movx a,@dptr anl a,%3 movx @dptr,a ; Peephole 248.l optimized and/or to xdata bitfield movx a,@dptr orl a,%4 movx @dptr,a } replace { mov dptr,%1 movx a,@dptr xrl a,%3 movx @dptr,a mov dptr,%1 movx a,@dptr xrl a,%4 movx @dptr,a } by { mov dptr,%1 movx a,@dptr xrl a,%3 movx @dptr,a ; Peephole 248.m optimized xor/xor to xdata bitfield movx a,@dptr xrl a,%4 movx @dptr,a } replace { jnz %1 %1: } by { ; Peephole 249.a jump optimization } if labelRefCount(%1 1), labelRefCountChange(%1 -1) replace { jz %1 %1: } by { ; Peephole 249.b jump optimization } if labelRefCount(%1 1), labelRefCountChange(%1 -1) // This allows non-interrupt and interrupt code to safely compete // for a resource without the non-interrupt code having to disable // interrupts: // volatile bit resource_is_free; // if( resource_is_free ) { // resource_is_free=0; do_something; resource_is_free=1; // } replace { jnb %1,%2 %3: clr %1 } by { ; Peephole 250.a using atomic test and clear jbc %1,%3 sjmp %2 %3: } if labelRefCount(%3 0), labelRefCountChange(%3 1) replace { jb %1,%2 ljmp %3 %2: clr %1 } by { ; Peephole 250.b using atomic test and clear jbc %1,%2 ljmp %3 %2: } if labelRefCount %2 1 // not before peephole 250.b replace { ljmp %5 } by { ; Peephole 251.a replaced ljmp to ret with ret ret } if labelIsReturnOnly(), labelRefCountChange(%5 -1) // not before peephole 250.b replace { sjmp %5 } by { ; Peephole 251.b replaced sjmp to ret with ret ret } if labelIsReturnOnly(), labelRefCountChange(%5 -1) // applies to shifts.c and when accessing arrays with an unsigned integer index // saving 1 byte, 2 cycles replace { mov r%1,%2 mov a,(%2 + 1) xch a,r%1 add a,acc xch a,r%1 rlc a mov r%3,a } by { ; Peephole 252 optimized left shift mov a,%2 add a,acc mov r%1,a mov a,(%2 + 1) rlc a mov r%3,a } // unsigned char i=8; do{ } while(--i != 0); // this applies if i is kept in a register replace { dec %1 cjne %1,#0x00,%2 } by { ; Peephole 253.a optimized decrement with compare djnz %1,%2 } if notVolatile(%1) // unsigned char i=8; do{ } while(--i != 0); // this applies if i is kept in data memory // must come before 256, see bug 1721024 replace { dec %1 mov a,%1 jnz %2 } by { ; Peephole 253.b optimized decrement with compare djnz %1,%2 } if notVolatile(%1), operandsNotRelated(%1 '@r0' '@r1') // applies to f.e. funptrs.c // saves one byte if %1 is a register or @register replace { mov a,%1 add a,acc } by { mov a,%1 ; Peephole 254 optimized left shift add a,%1 } if notVolatile %1 // applies to f.e. switch.c replace { clr c mov a,#%1 subb a,%2 jc %3 %4: mov a,%2 add a,%2 add a,%2 mov dptr,%5 jmp @a+dptr } by { ; Peephole 255 optimized jump table index calculation mov a,%2 cjne a,#(%1+0x01),.+1 jnc %3 %4: add a,%2 add a,%2 mov dptr,%5 jmp @a+dptr } // applies to f.e. jump tables and scott-bool1.c. // similar peepholes can be constructed for other instructions // after which a flag or a register is known (like: djnz, cjne, jnc) replace { jc %1 %2: clr c } by { jc %1 %2: ; Peephole 256.a removed redundant clr c } if labelRefCount %2 0 // applies to f.e. logf.c replace { jnz %1 %2: clr a } by { jnz %1 %2: ; Peephole 256.b removed redundant clr a } if labelRefCount %2 0 // applies to f.e. bug-905492.c replace { jnz %1 %2: mov %3,#0x00 } by { jnz %1 %2: ; Peephole 256.c loading %3 with zero from a mov %3,a } if labelRefCount %2 0 // applies to f.e. malloc.c replace { jnz %1 %2: mov %4,%5 mov %3,#0x00 } by { jnz %1 %2: mov %4,%5 ; Peephole 256.d loading %3 with zero from a mov %3,a } if labelRefCount(%2 0),operandsNotRelated('a' %4) replace { jnz %1 %2: mov %4,%5 mov %6,%7 mov %3,#0x00 } by { jnz %1 %2: mov %4,%5 mov %6,%7 ; Peephole 256.e loading %3 with zero from a mov %3,a } if labelRefCount(%2 0),operandsNotRelated('a' %4 %6) replace { jnz %1 %2: mov %4,%5 mov %6,%7 mov %8,%9 mov %3,#0x00 } by { jnz %1 %2: mov %4,%5 mov %6,%7 mov %8,%9 ; Peephole 256.f loading %2 with zero from a mov %3,a } if labelRefCount(%2 0),operandsNotRelated('a' %4 %6 %8) // in_byte<<=1; if(in_bit) in_byte|=1; // helps f.e. reading data on a 3-wire (SPI) bus replace { mov a,%1 add a,%1 mov %1,a jnb %2,%3 %4: orl %1,#0x01 %3: } by { mov a,%1 ; Peephole 258.a optimized bitbanging mov c,%2 addc a,%1 mov %1,a %4: %3: } if notVolatile(%1), labelRefCountChange(%3 -1) // in_byte<<=1; if(in_bit) in_byte|=1; replace { mov a,r%1 add a,r%1 mov r%1,a jnb %2,%3 %4: orl ar%1,#0x01 %3: } by { mov a,r%1 ; Peephole 258.b optimized bitbanging mov c,%2 addc a,r%1 mov r%1,a %4: %3: } if labelRefCountChange(%3 -1) // in_byte>>=1; if(in_bit) in_byte|=0x80; replace { mov a,%1 clr c rrc a mov %1,a jnb %2,%3 %4: orl %1,#0x80 %3: } by { mov a,%1 ; Peephole 258.c optimized bitbanging mov c,%2 rrc a mov %1,a %4: %3: } if notVolatile(%1), labelRefCountChange(%3 -1) // in_byte>>=1; if(in_bit) in_byte|=0x80; replace { mov a,r%1 clr c rrc a mov r%1,a jnb %2,%3 %4: orl ar%1,#0x80 %3: } by { mov a,r%1 ; Peephole 258.d optimized bitbanging mov c,%2 rrc a mov r%1,a %4: %3: } if labelRefCountChange(%3 -1) // out_bit=out_byte&0x80; out_byte<<=1; // helps f.e. writing data on a 3-wire (SPI) bus replace { mov a,%1 rlc a mov %2,c mov a,%1 add a,%1 mov %1,a } by { mov a,%1 ; Peephole 258.e optimized bitbanging add a,%1 mov %2,c mov %1,a } if notVolatile %1 // out_bit=out_byte&0x01; out_byte>>=1; replace { mov a,%1 rrc a mov %2,c mov a,%1 clr c rrc a mov %1,a } by { mov a,%1 ; Peephole 258.f optimized bitbanging clr c rrc a mov %2,c mov %1,a } if notVolatile %1 // Peepholes 259.x rely on the correct labelRefCount. Otherwise they are // not compatible with peepholes 250.x // Peepholes 250.x add jumps to a previously unused label. If the // labelRefCount is not increased, peepholes 259.x are (mistakenly) applied. // (Mail on sdcc-devel 2004-10-25) // // applies to f.e. vprintf.c replace { sjmp %1 %2: ret } by { sjmp %1 ; Peephole 259.a removed redundant label %2 and ret ; } if labelRefCount %2 0 // applies to f.e. gets.c replace { ljmp %1 %2: ret } by { ljmp %1 ; Peephole 259.b removed redundant label %2 and ret ; } if labelRefCount %2 0 // optimizing jumptables // Please note: to enable peephole 260.x you currently have to set // the environment variable SDCC_SJMP_JUMPTABLE replace { add a,%1 mov dptr,#%2 jmp @a+dptr %2: ljmp %5 ljmp %6 ljmp %7 ljmp %8 %3: } by { ; Peephole 260.a used sjmp in jumptable mov dptr,#%2 jmp @a+dptr %2: sjmp %5 sjmp %6 sjmp %7 sjmp %8 %3: } if labelJTInRange // optimizing jumptables replace { add a,%1 mov dptr,#%2 jmp @a+dptr %2: ljmp %5 ljmp %6 ljmp %7 ljmp %8 ljmp %9 %3: } by { ; Peephole 260.b used sjmp in jumptable mov dptr,#%2 jmp @a+dptr %2: sjmp %5 sjmp %6 sjmp %7 sjmp %8 sjmp %9 %3: } if labelJTInRange // optimizing jumptables replace { add a,%1 mov dptr,#%2 jmp @a+dptr %2: ljmp %5 ljmp %6 ljmp %7 ljmp %8 ljmp %9 ljmp %10 %3: } by { ; Peephole 260.c used sjmp in jumptable mov dptr,#%2 jmp @a+dptr %2: sjmp %5 sjmp %6 sjmp %7 sjmp %8 sjmp %9 sjmp %10 %3: } if labelJTInRange // optimizing jumptables replace { add a,%1 mov dptr,#%2 jmp @a+dptr %2: ljmp %5 ljmp %6 ljmp %7 ljmp %8 ljmp %9 ljmp %10 ljmp %11 %3: } by { ; Peephole 260.d used sjmp in jumptable mov dptr,#%2 jmp @a+dptr %2: sjmp %5 sjmp %6 sjmp %7 sjmp %8 sjmp %9 sjmp %10 sjmp %11 %3: } if labelJTInRange // optimizing jumptables replace { add a,%1 mov dptr,#%2 jmp @a+dptr %2: ljmp %5 ljmp %6 ljmp %7 ljmp %8 ljmp %9 ljmp %10 ljmp %11 ljmp %12 %3: } by { ; Peephole 260.e used sjmp in jumptable mov dptr,#%2 jmp @a+dptr %2: sjmp %5 sjmp %6 sjmp %7 sjmp %8 sjmp %9 sjmp %10 sjmp %11 sjmp %12 %3: } if labelJTInRange // optimizing jumptables replace { add a,%1 mov dptr,#%2 jmp @a+dptr %2: ljmp %5 ljmp %6 ljmp %7 ljmp %8 ljmp %9 ljmp %10 ljmp %11 ljmp %12 ljmp %13 %3: } by { ; Peephole 260.f used sjmp in jumptable mov dptr,#%2 jmp @a+dptr %2: sjmp %5 sjmp %6 sjmp %7 sjmp %8 sjmp %9 sjmp %10 sjmp %11 sjmp %12 sjmp %13 %3: } if labelJTInRange // optimizing jumptables replace { add a,%1 mov dptr,#%2 jmp @a+dptr %2: ljmp %5 ljmp %6 ljmp %7 ljmp %8 ljmp %9 ljmp %10 ljmp %11 ljmp %12 ljmp %13 ljmp %14 %3: } by { ; Peephole 260.g used sjmp in jumptable mov dptr,#%2 jmp @a+dptr %2: sjmp %5 sjmp %6 sjmp %7 sjmp %8 sjmp %9 sjmp %10 sjmp %11 sjmp %12 sjmp %13 sjmp %14 %3: } if labelJTInRange // optimizing jumptables replace { add a,%1 mov dptr,#%2 jmp @a+dptr %2: ljmp %5 ljmp %6 ljmp %7 ljmp %8 ljmp %9 ljmp %10 ljmp %11 ljmp %12 ljmp %13 ljmp %14 ljmp %15 %3: } by { ; Peephole 260.h used sjmp in jumptable mov dptr,#%2 jmp @a+dptr %2: sjmp %5 sjmp %6 sjmp %7 sjmp %8 sjmp %9 sjmp %10 sjmp %11 sjmp %12 sjmp %13 sjmp %14 sjmp %15 %3: } if labelJTInRange // optimizing jumptables replace { add a,%1 mov dptr,#%2 jmp @a+dptr %2: ljmp %5 ljmp %6 ljmp %7 ljmp %8 ljmp %9 ljmp %10 ljmp %11 ljmp %12 ljmp %13 ljmp %14 ljmp %15 ljmp %16 %3: } by { ; Peephole 260.i used sjmp in jumptable mov dptr,#%2 jmp @a+dptr %2: sjmp %5 sjmp %6 sjmp %7 sjmp %8 sjmp %9 sjmp %10 sjmp %11 sjmp %12 sjmp %13 sjmp %14 sjmp %15 sjmp %16 %3: } if labelJTInRange // optimizing jumptables replace { add a,%1 mov dptr,#%2 jmp @a+dptr %2: ljmp %5 ljmp %6 ljmp %7 ljmp %8 ljmp %9 ljmp %10 ljmp %11 ljmp %12 ljmp %13 ljmp %14 ljmp %15 ljmp %16 ljmp %17 %3: } by { ; Peephole 260.j used sjmp in jumptable mov dptr,#%2 jmp @a+dptr %2: sjmp %5 sjmp %6 sjmp %7 sjmp %8 sjmp %9 sjmp %10 sjmp %11 sjmp %12 sjmp %13 sjmp %14 sjmp %15 sjmp %16 sjmp %17 %3: } if labelJTInRange // optimizing jumptables replace { add a,%1 mov dptr,#%2 jmp @a+dptr %2: ljmp %5 ljmp %6 ljmp %7 ljmp %8 ljmp %9 ljmp %10 ljmp %11 ljmp %12 ljmp %13 ljmp %14 ljmp %15 ljmp %16 ljmp %17 ljmp %18 %3: } by { ; Peephole 260.k used sjmp in jumptable mov dptr,#%2 jmp @a+dptr %2: sjmp %5 sjmp %6 sjmp %7 sjmp %8 sjmp %9 sjmp %10 sjmp %11 sjmp %12 sjmp %13 sjmp %14 sjmp %15 sjmp %16 sjmp %17 sjmp %18 %3: } if labelJTInRange // optimizing jumptables replace { add a,%1 mov dptr,#%2 jmp @a+dptr %2: ljmp %5 ljmp %6 ljmp %7 ljmp %8 ljmp %9 ljmp %10 ljmp %11 ljmp %12 ljmp %13 ljmp %14 ljmp %15 ljmp %16 ljmp %17 ljmp %18 ljmp %19 %3: } by { ; Peephole 260.l used sjmp in jumptable mov dptr,#%2 jmp @a+dptr %2: sjmp %5 sjmp %6 sjmp %7 sjmp %8 sjmp %9 sjmp %10 sjmp %11 sjmp %12 sjmp %13 sjmp %14 sjmp %15 sjmp %16 sjmp %17 sjmp %18 sjmp %19 %3: } if labelJTInRange // optimizing jumptables replace { add a,%1 mov dptr,#%2 jmp @a+dptr %2: ljmp %5 ljmp %6 ljmp %7 ljmp %8 ljmp %9 ljmp %10 ljmp %11 ljmp %12 ljmp %13 ljmp %14 ljmp %15 ljmp %16 ljmp %17 ljmp %18 ljmp %19 ljmp %20 %3: } by { ; Peephole 260.m used sjmp in jumptable mov dptr,#%2 jmp @a+dptr %2: sjmp %5 sjmp %6 sjmp %7 sjmp %8 sjmp %9 sjmp %10 sjmp %11 sjmp %12 sjmp %13 sjmp %14 sjmp %15 sjmp %16 sjmp %17 sjmp %18 sjmp %19 sjmp %20 %3: } if labelJTInRange // applies to: a = (a << 1) | (a >> 15); replace { mov a,%1 rlc a mov %1,a mov a,%2 rlc a mov %2,a mov a,%1 mov acc.0,c mov %1,a } by { mov a,%1 rlc a ; Peephole 261.a optimized left rol xch a,%2 rlc a xch a,%2 mov acc.0,c mov %1,a } // applies to: a = (a << 15) | (a >> 1); replace { mov a,%1 rrc a mov %1,a mov a,%2 rrc a mov %2,a mov a,%1 mov acc.7,c mov %1,a } by { mov a,%1 rrc a ; Peephole 261.b optimized right rol xch a,%2 rrc a xch a,%2 mov acc.7,c mov %1,a } replace { cpl c cpl c } by { ; Peephole 262 removed redundant cpl c } replace { mov %1,#%2 inc %1 inc %1 inc %1 } by { ; Peephole 263.a optimized loading const mov %1,#(%2 + 3) } if notVolatile(%1) replace { mov %1,#%2 inc %1 inc %1 } by { ; Peephole 263.b optimized loading const mov %1,#(%2 + 2) } if notVolatile(%1) replace { mov %1,#%2 inc %1 } by { ; Peephole 263.c optimized loading const mov %1,#(%2 + 1) } if notVolatile(%1) replace { clr a cjne %1,%2,%3 inc a %3: jz %4 } by { ; Peephole 264 jump optimization (acc not set) cjne %1,%2,%4 %3: } if labelRefCount(%3 1), labelRefCountChange(%3 -1) replace { mov %1,c cpl %1 } by { ; Peephole 265 optimized mov/cpl sequence (carry differs) cpl c mov %1,c } if notVolatile(%1) replace { mov %1,c jb %1,%2 } by { ; Peephole 266.a optimized mov/jump sequence mov %1,c jc %2 } if notVolatile(%1) replace { mov %1,c jnb %1,%2 } by { ; Peephole 266.b optimized mov/jump sequence mov %1,c jnc %2 } if notVolatile(%1) replace { jnc %1 setb %2 sjmp %3 %1: clr %2 %3: } by { ; Peephole 267.a optimized mov bit sequence mov %2,c %1: %3: } if labelRefCount(%1 1), labelRefCountChange(%1 -1), labelRefCountChange(%3 -1) replace { jc %1 clr %2 sjmp %3 %1: setb %2 %3: } by { ; Peephole 267.b optimized mov bit sequence mov %2,c %1: %3: } if labelRefCount(%1 1), labelRefCountChange(%1 -1), labelRefCountChange(%3 -1) replace { mov %1,c mov %1,c } by { ; Peephole 268 removed redundant mov mov %1,c } if notVolatile(%1) replace { mov %1,c mov c,%1 } by { ; Peephole 269 removed redundant mov mov %1,c } if notVolatile(%1) //accessing struct/array on stack replace { add a,#%1 add a,#%2 } by { ; Peephole 270 removed redundant add add a,#%1+%2 } replace { jz %1 mov %2,%4 sjmp %3 %1: mov %2,#0x00 %3: } by { jz %1 ; Peephole 271 optimized ternary operation (acc different) mov a,%4 %1: mov %2,a %3: } if operandsNotRelated('a' 'dptr' %2), labelRefCount(%1 1), labelRefCountChange(%3 -1) replace restart { pop ar%1 } by { ; Peephole 300 pop ar%1 removed } if deadMove(%1) replace { mov r%1,%2 } by { ; Peephole 301 mov r%1,%2 removed } if notVolatile(%2), deadMove(%1) // applies to: void test( char c ) { if( c ) func1(); else func2(); } replace { lcall %1 ret } by { ; Peephole 400.a replaced lcall/ret with ljmp ljmp %1 } // applies to: void test( char c ) { if( c ) func1(); else func2(); } replace { lcall %1 %2: ret } by { ; Peephole 400.b replaced lcall/ret with ljmp ljmp %1 ; } if labelRefCount %2 0 // applies to f.e. scott-bool1.c replace { lcall %1 %2: ret } by { ; Peephole 400.c replaced lcall with ljmp ljmp %1 %2: ret } // for programs less than 2k replace { lcall %1 } by { ; Peephole 400.d replaced lcall with acall acall %1 } if useAcallAjmp // for programs less than 2k replace { ljmp %1 } by { ; Peephole 400.e replaced ljmp with ajmp ajmp %1 } if useAcallAjmp // should be one of the last peepholes replace{ %1: } by { ; Peephole 500 removed redundant label %1 } if labelRefCount(%1 0) sdcc-2.9.0/src/mcs51/ralloc.c000066400000000000000000003177451116427777700156410ustar00rootroot00000000000000/*------------------------------------------------------------------------ SDCCralloc.c - source file for register allocation. (8051) specific Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "ralloc.h" #include "gen.h" /*-----------------------------------------------------------------*/ /* At this point we start getting processor specific although */ /* some routines are non-processor specific & can be reused when */ /* targetting other processors. The decision for this will have */ /* to be made on a routine by routine basis */ /* routines used to pack registers are most definitely not reusable */ /* since the pack the registers depending strictly on the MCU */ /*-----------------------------------------------------------------*/ extern void gen51Code (iCode *); #define D(x) /* Global data */ static struct { bitVect *spiltSet; set *stackSpil; bitVect *regAssigned; bitVect *totRegAssigned; /* final set of LRs that got into registers */ short blockSpil; int slocNum; bitVect *funcrUsed; /* registers used in a function */ int stackExtend; int dataExtend; bitVect *allBitregs; /* all bit registers */ } _G; /* Shared with gen.c */ int mcs51_ptrRegReq; /* one byte pointer register required */ /* 8051 registers */ regs regs8051[] = { {REG_GPR, R2_IDX, REG_GPR, "r2", "ar2", "0", 2, 1}, {REG_GPR, R3_IDX, REG_GPR, "r3", "ar3", "0", 3, 1}, {REG_GPR, R4_IDX, REG_GPR, "r4", "ar4", "0", 4, 1}, {REG_GPR, R5_IDX, REG_GPR, "r5", "ar5", "0", 5, 1}, {REG_GPR, R6_IDX, REG_GPR, "r6", "ar6", "0", 6, 1}, {REG_GPR, R7_IDX, REG_GPR, "r7", "ar7", "0", 7, 1}, {REG_PTR, R0_IDX, REG_PTR, "r0", "ar0", "0", 0, 1}, {REG_PTR, R1_IDX, REG_PTR, "r1", "ar1", "0", 1, 1}, {REG_BIT, B0_IDX, REG_BIT, "b0", "b0", "bits", 0, 1}, {REG_BIT, B1_IDX, REG_BIT, "b1", "b1", "bits", 1, 1}, {REG_BIT, B2_IDX, REG_BIT, "b2", "b2", "bits", 2, 1}, {REG_BIT, B3_IDX, REG_BIT, "b3", "b3", "bits", 3, 1}, {REG_BIT, B4_IDX, REG_BIT, "b4", "b4", "bits", 4, 1}, {REG_BIT, B5_IDX, REG_BIT, "b5", "b5", "bits", 5, 1}, {REG_BIT, B6_IDX, REG_BIT, "b6", "b6", "bits", 6, 1}, {REG_BIT, B7_IDX, REG_BIT, "b7", "b7", "bits", 7, 1}, {REG_GPR, X8_IDX, REG_GPR, "x8", "x8", "xreg", 0, 1}, {REG_GPR, X9_IDX, REG_GPR, "x9", "x9", "xreg", 1, 1}, {REG_GPR, X10_IDX, REG_GPR, "x10", "x10", "xreg", 2, 1}, {REG_GPR, X11_IDX, REG_GPR, "x11", "x11", "xreg", 3, 1}, {REG_GPR, X12_IDX, REG_GPR, "x12", "x12", "xreg", 4, 1}, {REG_CND, CND_IDX, REG_CND, "C", "psw", "0xd0", 0, 1}, {0, DPL_IDX, 0, "dpl", "dpl", "0x82", 0, 0}, {0, DPH_IDX, 0, "dph", "dph", "0x83", 0, 0}, {0, B_IDX, 0, "b", "b", "0xf0", 0, 0}, {0, A_IDX, 0, "a", "acc", "0xe0", 0, 0}, }; int mcs51_nRegs = 16; static void spillThis (symbol *); static void freeAllRegs (); /*-----------------------------------------------------------------*/ /* allocReg - allocates register of given type */ /*-----------------------------------------------------------------*/ static regs * allocReg (short type) { int i; for (i = 0; i < mcs51_nRegs; i++) { /* if type is given as 0 then any free register will do */ if (!type && regs8051[i].isFree) { regs8051[i].isFree = 0; if (currFunc) currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, i); return ®s8051[i]; } /* other wise look for specific type of register */ if (regs8051[i].isFree && regs8051[i].type == type) { regs8051[i].isFree = 0; if (currFunc) currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, i); return ®s8051[i]; } } return NULL; } /*-----------------------------------------------------------------*/ /* allocThisReg - allocates a particular register (if free) */ /*-----------------------------------------------------------------*/ static regs * allocThisReg (regs * reg) { if (!reg->isFree) return NULL; reg->isFree = 0; if (currFunc) currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, reg->rIdx); return reg; } /*-----------------------------------------------------------------*/ /* mcs51_regWithIdx - returns pointer to register with index number*/ /*-----------------------------------------------------------------*/ regs * mcs51_regWithIdx (int idx) { int i; for (i = 0; i < sizeof(regs8051)/sizeof(regs); i++) if (regs8051[i].rIdx == idx) return ®s8051[i]; werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "regWithIdx not found"); exit (1); } /*-----------------------------------------------------------------*/ /* freeReg - frees a register */ /*-----------------------------------------------------------------*/ static void freeReg (regs * reg) { if (!reg) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "freeReg - Freeing NULL register"); exit (1); } reg->isFree = 1; } /*-----------------------------------------------------------------*/ /* nFreeRegs - returns number of free registers */ /*-----------------------------------------------------------------*/ static int nFreeRegs (int type) { int i; int nfr = 0; for (i = 0; i < mcs51_nRegs; i++) if (regs8051[i].isFree && regs8051[i].type == type) nfr++; return nfr; } /*-----------------------------------------------------------------*/ /* nfreeRegsType - free registers with type */ /*-----------------------------------------------------------------*/ static int nfreeRegsType (int type) { int nfr; if (type == REG_PTR) { if ((nfr = nFreeRegs (type)) == 0) return nFreeRegs (REG_GPR); } return nFreeRegs (type); } /*-----------------------------------------------------------------*/ /* useReg - marks a register as used */ /*-----------------------------------------------------------------*/ static void useReg (regs * reg) { reg->isFree = 0; } /*-----------------------------------------------------------------*/ /* computeSpillable - given a point find the spillable live ranges */ /*-----------------------------------------------------------------*/ static bitVect * computeSpillable (iCode * ic) { bitVect *spillable; /* spillable live ranges are those that are live at this point . the following categories need to be subtracted from this set. a) - those that are already spilt b) - if being used by this one c) - defined by this one */ spillable = bitVectCopy (ic->rlive); spillable = bitVectCplAnd (spillable, _G.spiltSet); /* those already spilt */ spillable = bitVectCplAnd (spillable, ic->uses); /* used in this one */ bitVectUnSetBit (spillable, ic->defKey); spillable = bitVectIntersect (spillable, _G.regAssigned); return spillable; } /*-----------------------------------------------------------------*/ /* bitType - will return 1 if the symbol has type REG_BIT */ /*-----------------------------------------------------------------*/ static int bitType (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->regType == REG_BIT ? 1 : 0); } /*-----------------------------------------------------------------*/ /* noSpilLoc - return true if a variable has no spil location */ /*-----------------------------------------------------------------*/ static int noSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->usl.spillLoc ? 0 : 1); } /*-----------------------------------------------------------------*/ /* hasSpilLoc - will return 1 if the symbol has spil location */ /*-----------------------------------------------------------------*/ static int hasSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->usl.spillLoc ? 1 : 0); } /*-----------------------------------------------------------------*/ /* directSpilLoc - will return 1 if the spillocation is in direct */ /*-----------------------------------------------------------------*/ static int directSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { if (sym->usl.spillLoc && (IN_DIRSPACE (SPEC_OCLS (sym->usl.spillLoc->etype)))) return 1; else return 0; } /*-----------------------------------------------------------------*/ /* hasSpilLocnoUptr - will return 1 if the symbol has spil location */ /* but is not used as a pointer */ /*-----------------------------------------------------------------*/ static int hasSpilLocnoUptr (symbol * sym, eBBlock * ebp, iCode * ic) { return ((sym->usl.spillLoc && !sym->uptr) ? 1 : 0); } /*-----------------------------------------------------------------*/ /* rematable - will return 1 if the remat flag is set */ /*-----------------------------------------------------------------*/ static int rematable (symbol * sym, eBBlock * ebp, iCode * ic) { return sym->remat; } /*-----------------------------------------------------------------*/ /* notUsedInRemaining - not used or defined in remain of the block */ /*-----------------------------------------------------------------*/ static int notUsedInRemaining (symbol * sym, eBBlock * ebp, iCode * ic) { return ((usedInRemaining (operandFromSymbol (sym), ic) ? 0 : 1) && allDefsOutOfRange (sym->defs, ebp->fSeq, ebp->lSeq)); } /*-----------------------------------------------------------------*/ /* allLRs - return true for all */ /*-----------------------------------------------------------------*/ static int allLRs (symbol * sym, eBBlock * ebp, iCode * ic) { return 1; } /*-----------------------------------------------------------------*/ /* liveRangesWith - applies function to a given set of live range */ /*-----------------------------------------------------------------*/ static set * liveRangesWith (bitVect * lrs, int (func) (symbol *, eBBlock *, iCode *), eBBlock * ebp, iCode * ic) { set *rset = NULL; int i; if (!lrs || !lrs->size) return NULL; for (i = 1; i < lrs->size; i++) { symbol *sym; if (!bitVectBitValue (lrs, i)) continue; /* if we don't find it in the live range hash table we are in serious trouble */ if (!(sym = hTabItemWithKey (liveRanges, i))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "liveRangesWith could not find liveRange"); exit (1); } if (func (sym, ebp, ic) && bitVectBitValue (_G.regAssigned, sym->key)) addSetHead (&rset, sym); } return rset; } /*-----------------------------------------------------------------*/ /* leastUsedLR - given a set determines which is the least used */ /*-----------------------------------------------------------------*/ static symbol * leastUsedLR (set * sset) { symbol *sym = NULL, *lsym = NULL; sym = lsym = setFirstItem (sset); if (!lsym) return NULL; for (; lsym; lsym = setNextItem (sset)) { /* if usage is the same then prefer to spill the smaller of the two */ if (lsym->used == sym->used) if (getSize (lsym->type) < getSize (sym->type)) sym = lsym; /* if less usage */ if (lsym->used < sym->used) sym = lsym; } setToNull ((void *) &sset); sym->blockSpil = 0; return sym; } /*-----------------------------------------------------------------*/ /* noOverLap - will iterate through the list looking for over lap */ /*-----------------------------------------------------------------*/ static int noOverLap (set * itmpStack, symbol * fsym) { symbol *sym; for (sym = setFirstItem (itmpStack); sym; sym = setNextItem (itmpStack)) { if (bitVectBitValue(sym->clashes,fsym->key)) return 0; } return 1; } /*-----------------------------------------------------------------*/ /* isFree - will return 1 if the a free spil location is found */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (isFree) { symbol *sym = item; V_ARG (symbol **, sloc); V_ARG (symbol *, fsym); /* if already found */ if (*sloc) return 0; /* if it is free && and the itmp assigned to this does not have any overlapping live ranges with the one currently being assigned and the size can be accomodated */ if (sym->isFree && noOverLap (sym->usl.itmpStack, fsym) && getSize (sym->type) >= getSize (fsym->type)) { *sloc = sym; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* spillLRWithPtrReg :- will spil those live ranges which use PTR */ /*-----------------------------------------------------------------*/ static void spillLRWithPtrReg (symbol * forSym) { symbol *lrsym; regs *r0, *r1; int k; if (!_G.regAssigned || bitVectIsZero (_G.regAssigned)) return; r0 = mcs51_regWithIdx (R0_IDX); r1 = mcs51_regWithIdx (R1_IDX); /* for all live ranges */ for (lrsym = hTabFirstItem (liveRanges, &k); lrsym; lrsym = hTabNextItem (liveRanges, &k)) { int j; /* if no registers assigned to it or spilt */ /* if it does not overlap this then no need to spill it */ if (lrsym->isspilt || !lrsym->nRegs || (lrsym->liveTo < forSym->liveFrom)) continue; /* go thru the registers : if it is either r0 or r1 then spill it */ for (j = 0; j < lrsym->nRegs; j++) if (lrsym->regs[j] == r0 || lrsym->regs[j] == r1) { spillThis (lrsym); break; } } } /*-----------------------------------------------------------------*/ /* createStackSpil - create a location on the stack to spil */ /*-----------------------------------------------------------------*/ static symbol * createStackSpil (symbol * sym) { symbol *sloc = NULL; int useXstack, model; char slocBuffer[30]; /* first go try and find a free one that is already existing on the stack */ if (applyToSet (_G.stackSpil, isFree, &sloc, sym)) { /* found a free one : just update & return */ sym->usl.spillLoc = sloc; sym->stackSpil = 1; sloc->isFree = 0; addSetHead (&sloc->usl.itmpStack, sym); return sym; } /* could not then have to create one , this is the hard part we need to allocate this on the stack : this is really a hack!! but cannot think of anything better at this time */ if (SNPRINTF (slocBuffer, sizeof(slocBuffer), "sloc%d", _G.slocNum++) >= sizeof (slocBuffer)) { fprintf (stderr, "***Internal error: slocBuffer overflowed: %s:%d\n", __FILE__, __LINE__); exit (1); } sloc = newiTemp (slocBuffer); /* set the type to the spilling symbol */ sloc->type = copyLinkChain (sym->type); sloc->etype = getSpec (sloc->type); if (!IS_BIT (sloc->etype)) { SPEC_SCLS (sloc->etype) = S_DATA; } else if (SPEC_SCLS (sloc->etype) == S_SBIT) { SPEC_SCLS (sloc->etype) = S_BIT; } SPEC_EXTR (sloc->etype) = 0; SPEC_STAT (sloc->etype) = 0; SPEC_VOLATILE(sloc->etype) = 0; SPEC_ABSA(sloc->etype) = 0; /* we don't allow it to be allocated onto the external stack since : so we temporarily turn it off ; we also turn off memory model to prevent the spil from going to the external storage */ useXstack = options.useXstack; model = options.model; /* noOverlay = options.noOverlay; */ /* options.noOverlay = 1; */ options.model = options.useXstack = 0; allocLocal (sloc); options.useXstack = useXstack; options.model = model; /* options.noOverlay = noOverlay; */ sloc->isref = 1; /* to prevent compiler warning */ /* if it is on the stack then update the stack */ if (IN_STACK (sloc->etype)) { currFunc->stack += getSize (sloc->type); _G.stackExtend += getSize (sloc->type); } else _G.dataExtend += getSize (sloc->type); /* add it to the _G.stackSpil set */ addSetHead (&_G.stackSpil, sloc); sym->usl.spillLoc = sloc; sym->stackSpil = 1; /* add it to the set of itempStack set of the spill location */ addSetHead (&sloc->usl.itmpStack, sym); return sym; } /*-----------------------------------------------------------------*/ /* isSpiltOnStack - returns true if the spil location is on stack */ /* or otherwise needs a pointer register */ /*-----------------------------------------------------------------*/ static bool isSpiltOnStack (symbol * sym) { sym_link *etype; if (!sym) return FALSE; if (!sym->isspilt) return FALSE; /* if (sym->_G.stackSpil) */ /* return TRUE; */ if (!sym->usl.spillLoc) return FALSE; if (sym->usl.spillLoc->onStack || sym->usl.spillLoc->iaccess) return TRUE; etype = getSpec (sym->usl.spillLoc->type); if (IN_STACK (etype)) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* spillThis - spils a specific operand */ /*-----------------------------------------------------------------*/ static void spillThis (symbol * sym) { int i; /* if this is rematerializable or has a spillLocation we are okay, else we need to create a spillLocation for it */ if (!(sym->remat || sym->usl.spillLoc)) createStackSpil (sym); /* mark it has spilt & put it in the spilt set */ sym->isspilt = sym->spillA = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, sym->key); bitVectUnSetBit (_G.regAssigned, sym->key); bitVectUnSetBit (_G.totRegAssigned, sym->key); for (i = 0; i < sym->nRegs; i++) { if (sym->regs[i]) { freeReg (sym->regs[i]); sym->regs[i] = NULL; } } /* if spilt on stack then free up r0 & r1 if they could have been assigned to some LIVE ranges */ if (!mcs51_ptrRegReq && isSpiltOnStack (sym)) { spillLRWithPtrReg (sym); mcs51_ptrRegReq++; } if (sym->usl.spillLoc && !sym->remat) sym->usl.spillLoc->allocreq++; return; } /*-----------------------------------------------------------------*/ /* selectSpil - select a iTemp to spil : rather a simple procedure */ /*-----------------------------------------------------------------*/ static symbol * selectSpil (iCode * ic, eBBlock * ebp, symbol * forSym) { bitVect *lrcs = NULL; set *selectS; symbol *sym; /* get the spillable live ranges */ lrcs = computeSpillable (ic); /* remove incompatible registers */ if ((forSym->regType == REG_PTR) || (forSym->regType == REG_GPR)) { selectS = liveRangesWith (lrcs, bitType, ebp, ic); for (sym = setFirstItem (selectS); sym; sym = setNextItem (selectS)) { bitVectUnSetBit (lrcs, sym->key); } } /* get all live ranges that are rematerializable */ if ((selectS = liveRangesWith (lrcs, rematable, ebp, ic))) { /* return the least used of these */ return leastUsedLR (selectS); } /* get live ranges with spillLocations in direct space */ if ((selectS = liveRangesWith (lrcs, directSpilLoc, ebp, ic))) { sym = leastUsedLR (selectS); strncpyz (sym->rname, sym->usl.spillLoc->rname[0] ? sym->usl.spillLoc->rname : sym->usl.spillLoc->name, sizeof(sym->rname)); sym->spildir = 1; /* mark it as allocation required */ sym->usl.spillLoc->allocreq++; return sym; } /* if the symbol is local to the block then */ if (forSym->liveTo < ebp->lSeq) { /* check if there are any live ranges allocated to registers that are not used in this block */ if (!_G.blockSpil && (selectS = liveRangesWith (lrcs, notUsedInBlock, ebp, ic))) { sym = leastUsedLR (selectS); /* if this is not rematerializable */ if (!sym->remat) { _G.blockSpil++; sym->blockSpil = 1; } return sym; } /* check if there are any live ranges that are not used in the remainder of the block */ if (!_G.blockSpil && !isiCodeInFunctionCall (ic) && (selectS = liveRangesWith (lrcs, notUsedInRemaining, ebp, ic))) { sym = leastUsedLR (selectS); if (sym != forSym) { if (!sym->remat) { sym->remainSpil = 1; _G.blockSpil++; } return sym; } } } /* find live ranges with spillocation && not used as pointers */ if ((selectS = liveRangesWith (lrcs, hasSpilLocnoUptr, ebp, ic))) { sym = leastUsedLR (selectS); /* mark this as allocation required */ sym->usl.spillLoc->allocreq++; return sym; } /* find live ranges with spillocation */ if ((selectS = liveRangesWith (lrcs, hasSpilLoc, ebp, ic))) { sym = leastUsedLR (selectS); sym->usl.spillLoc->allocreq++; return sym; } /* couldn't find then we need to create a spil location on the stack, for which one? the least used ofcourse */ if ((selectS = liveRangesWith (lrcs, noSpilLoc, ebp, ic))) { /* return a created spil location */ sym = createStackSpil (leastUsedLR (selectS)); sym->usl.spillLoc->allocreq++; return sym; } /* this is an extreme situation we will spill this one : happens very rarely but it does happen */ spillThis (forSym); return forSym; } /*-----------------------------------------------------------------*/ /* spilSomething - spil some variable & mark registers as free */ /*-----------------------------------------------------------------*/ static bool spilSomething (iCode * ic, eBBlock * ebp, symbol * forSym) { symbol *ssym; int i; /* get something we can spil */ ssym = selectSpil (ic, ebp, forSym); /* mark it as spilt */ ssym->isspilt = ssym->spillA = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, ssym->key); /* mark it as not register assigned & take it away from the set */ bitVectUnSetBit (_G.regAssigned, ssym->key); bitVectUnSetBit (_G.totRegAssigned, ssym->key); /* mark the registers as free */ for (i = 0; i < ssym->nRegs; i++) if (ssym->regs[i]) freeReg (ssym->regs[i]); /* if spilt on stack then free up r0 & r1 if they could have been assigned to as gprs */ if (!mcs51_ptrRegReq && isSpiltOnStack (ssym)) { spillLRWithPtrReg (ssym); mcs51_ptrRegReq++; } /* if this was a block level spil then insert push & pop at the start & end of block respectively */ if (ssym->blockSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push to the start of the block */ addiCodeToeBBlock (ebp, nic, (ebp->sch->op == LABEL ? ebp->sch->next : ebp->sch)); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } /* if spilt because not used in the remainder of the block then add a push before this instruction and a pop at the end of the block */ if (ssym->remainSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push just before this instruction */ addiCodeToeBBlock (ebp, nic, ic); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } if (ssym == forSym) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* getRegPtr - will try for PTR if not a GPR type if not spil */ /*-----------------------------------------------------------------*/ static regs * getRegPtr (iCode * ic, eBBlock * ebp, symbol * sym) { regs *reg; int j; tryAgain: /* try for a ptr type */ if ((reg = allocReg (REG_PTR))) return reg; /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; /* we have to spil */ if (!spilSomething (ic, ebp, sym)) return NULL; /* make sure partially assigned registers aren't reused */ for (j=0; j<=sym->nRegs; j++) if (sym->regs[j]) sym->regs[j]->isFree = 0; /* this looks like an infinite loop but in really selectSpil will abort */ goto tryAgain; } /*-----------------------------------------------------------------*/ /* getRegGpr - will try for GPR if not spil */ /*-----------------------------------------------------------------*/ static regs * getRegGpr (iCode * ic, eBBlock * ebp, symbol * sym) { regs *reg; int j; tryAgain: /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; if (!mcs51_ptrRegReq) if ((reg = allocReg (REG_PTR))) return reg; /* we have to spil */ if (!spilSomething (ic, ebp, sym)) return NULL; /* make sure partially assigned registers aren't reused */ for (j=0; j<=sym->nRegs; j++) if (sym->regs[j]) sym->regs[j]->isFree = 0; /* this looks like an infinite loop but in really selectSpil will abort */ goto tryAgain; } /*-----------------------------------------------------------------*/ /* getRegBit - will try for Bit if not spill this */ /*-----------------------------------------------------------------*/ static regs *getRegBit (symbol * sym) { regs *reg; /* try for a bit type */ if ((reg = allocReg (REG_BIT))) return reg; spillThis (sym); return 0; } /*-----------------------------------------------------------------*/ /* getRegPtrNoSpil - get it cannot be spilt */ /*-----------------------------------------------------------------*/ static regs *getRegPtrNoSpil() { regs *reg; /* try for a ptr type */ if ((reg = allocReg (REG_PTR))) return reg; /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; assert(0); /* just to make the compiler happy */ return 0; } /*-----------------------------------------------------------------*/ /* getRegGprNoSpil - get it cannot be spilt */ /*-----------------------------------------------------------------*/ static regs *getRegGprNoSpil() { regs *reg; if ((reg = allocReg (REG_GPR))) return reg; if (!mcs51_ptrRegReq) if ((reg = allocReg (REG_PTR))) return reg; assert(0); /* just to make the compiler happy */ return 0; } /*-----------------------------------------------------------------*/ /* getRegBitNoSpil - get it cannot be spilt */ /*-----------------------------------------------------------------*/ static regs *getRegBitNoSpil() { regs *reg; /* try for a ptr type */ if ((reg = allocReg (REG_BIT))) return reg; /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; assert(0); /* just to make the compiler happy */ return 0; } /*-----------------------------------------------------------------*/ /* symHasReg - symbol has a given register */ /*-----------------------------------------------------------------*/ static bool symHasReg (symbol * sym, regs * reg) { int i; for (i = 0; i < sym->nRegs; i++) if (sym->regs[i] == reg) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* updateRegUsage - update the registers in use at the start of */ /* this icode */ /*-----------------------------------------------------------------*/ static void updateRegUsage (iCode * ic) { int reg; for (reg=0; regriu &= ~(1<riu |= (1<= 8); } } } /*-----------------------------------------------------------------*/ /* deassignLRs - check the live to and if they have registers & are */ /* not spilt then free up the registers */ /*-----------------------------------------------------------------*/ static void deassignLRs (iCode * ic, eBBlock * ebp) { symbol *sym; int k; symbol *result; for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { symbol *psym = NULL; /* if it does not end here */ if (sym->liveTo > ic->seq) continue; /* if it was spilt on stack then we can mark the stack spil location as free */ if (sym->isspilt) { if (sym->stackSpil) { sym->usl.spillLoc->isFree = 1; sym->stackSpil = 0; } continue; } if (!bitVectBitValue (_G.regAssigned, sym->key)) continue; /* special case check if this is an IFX & the privious one was a pop and the previous one was not spilt then keep track of the symbol */ if (ic->op == IFX && ic->prev && ic->prev->op == IPOP && !ic->prev->parmPush && !OP_SYMBOL (IC_LEFT (ic->prev))->isspilt) psym = OP_SYMBOL (IC_LEFT (ic->prev)); if (sym->nRegs) { int i = 0; bitVectUnSetBit (_G.regAssigned, sym->key); /* if the result of this one needs registers and does not have it then assign it right away */ if (IC_RESULT (ic) && !(SKIP_IC2 (ic) || /* not a special icode */ ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || ic->op == RETURN || POINTER_SET (ic)) && (result = OP_SYMBOL (IC_RESULT (ic))) && /* has a result */ result->liveTo > ic->seq && /* and will live beyond this */ result->liveTo <= ebp->lSeq && /* does not go beyond this block */ result->liveFrom == ic->seq && /* does not start before here */ result->regType == sym->regType && /* same register types */ result->nRegs && /* which needs registers */ !result->isspilt && /* and does not already have them */ !result->remat && !bitVectBitValue (_G.regAssigned, result->key) && /* the number of free regs + number of regs in this LR can accomodate the what result Needs */ ((nfreeRegsType (result->regType) + sym->nRegs) >= result->nRegs) ) { for (i = 0; i < result->nRegs; i++) if (i < sym->nRegs) result->regs[i] = sym->regs[i]; else result->regs[i] = getRegGpr (ic, ebp, result); _G.regAssigned = bitVectSetBit (_G.regAssigned, result->key); _G.totRegAssigned = bitVectSetBit (_G.totRegAssigned, result->key); } /* free the remaining */ for (; i < sym->nRegs; i++) { if (psym) { if (!symHasReg (psym, sym->regs[i])) freeReg (sym->regs[i]); } else freeReg (sym->regs[i]); } } } } /*-----------------------------------------------------------------*/ /* reassignLR - reassign this to registers */ /*-----------------------------------------------------------------*/ static void reassignLR (operand * op) { symbol *sym = OP_SYMBOL (op); int i; /* not spilt any more */ sym->isspilt = sym->spillA = sym->blockSpil = sym->remainSpil = 0; bitVectUnSetBit (_G.spiltSet, sym->key); _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); _G.totRegAssigned = bitVectSetBit (_G.totRegAssigned, sym->key); _G.blockSpil--; for (i = 0; i < sym->nRegs; i++) sym->regs[i]->isFree = 0; } /*-----------------------------------------------------------------*/ /* willCauseSpill - determines if allocating will cause a spill */ /*-----------------------------------------------------------------*/ static int willCauseSpill (int nr, int rt) { /* first check if there are any available registers of the type required */ if (rt == REG_PTR) { /* special case for pointer type if pointer type not avlb then check for type gpr */ if (nFreeRegs (rt) >= nr) return 0; if (nFreeRegs (REG_GPR) >= nr) return 0; } else if (rt == REG_BIT) { if (nFreeRegs (rt) >= nr) return 0; } else { if (mcs51_ptrRegReq) { if (nFreeRegs (rt) >= nr) return 0; } else { if (nFreeRegs (REG_PTR) + nFreeRegs (REG_GPR) >= nr) return 0; } } /* it will cause a spil */ return 1; } /*-----------------------------------------------------------------*/ /* positionRegs - the allocator can allocate same registers to res- */ /* ult and operand, if this happens make sure they are in the same */ /* position as the operand otherwise chaos results */ /*-----------------------------------------------------------------*/ static int positionRegs (symbol * result, symbol * opsym) { int count = min (result->nRegs, opsym->nRegs); int i, j = 0, shared = 0; int change = 0; /* if the result has been spilt then cannot share */ if (opsym->isspilt) return 0; again: shared = 0; /* first make sure that they actually share */ for (i = 0; i < count; i++) { for (j = 0; j < count; j++) { if (result->regs[i] == opsym->regs[j] && i != j) { shared = 1; goto xchgPositions; } } } xchgPositions: if (shared) { regs *tmp = result->regs[i]; result->regs[i] = result->regs[j]; result->regs[j] = tmp; change ++; goto again; } return change; } /*------------------------------------------------------------------*/ /* verifyRegsAssigned - make sure an iTemp is properly initialized; */ /* it should either have registers or have beed spilled. Otherwise, */ /* there was an uninitialized variable, so just spill this to get */ /* the operand in a valid state. */ /*------------------------------------------------------------------*/ static void verifyRegsAssigned (operand *op, iCode * ic) { symbol * sym; if (!op) return; if (!IS_ITEMP (op)) return; sym = OP_SYMBOL (op); if (sym->isspilt) return; if (!sym->nRegs) return; if (sym->regs[0]) return; werrorfl (ic->filename, ic->lineno, W_LOCAL_NOINIT, sym->prereqv ? sym->prereqv->name : sym->name); spillThis (sym); } /*-----------------------------------------------------------------*/ /* serialRegAssign - serially allocate registers to the variables */ /*-----------------------------------------------------------------*/ static void serialRegAssign (eBBlock ** ebbs, int count) { int i; /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* for all instructions do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { updateRegUsage(ic); /* if this is an ipop that means some live range will have to be assigned again */ if (ic->op == IPOP) reassignLR (IC_LEFT (ic)); /* if result is present && is a true symbol */ if (IC_RESULT (ic) && ic->op != IFX && IS_TRUE_SYMOP (IC_RESULT (ic))) { OP_SYMBOL (IC_RESULT (ic))->allocreq++; } /* take away registers from live ranges that end at this instruction */ deassignLRs (ic, ebbs[i]); /* some don't need registers */ if (SKIP_IC2 (ic) || ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || (IC_RESULT (ic) && POINTER_SET (ic))) { continue; } /* now we need to allocate registers only for the result */ if (IC_RESULT (ic)) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); bitVect *spillable; int willCS; int j; int ptrRegSet = 0; /* Make sure any spill location is definitely allocated */ if (sym->isspilt && !sym->remat && sym->usl.spillLoc && !sym->usl.spillLoc->allocreq) { sym->usl.spillLoc->allocreq++; } /* if it does not need or is spilt or is already assigned to registers or will not live beyond this instructions */ if (!sym->nRegs || sym->isspilt || bitVectBitValue (_G.regAssigned, sym->key) || sym->liveTo <= ic->seq) { continue; } /* do not try to spil bit registers as it won't work */ if (sym->regType != REG_BIT) { /* if some liverange has been spilt at the block level and this one live beyond this block then spil this to be safe */ if (_G.blockSpil && sym->liveTo > ebbs[i]->lSeq) { spillThis (sym); continue; } willCS = willCauseSpill (sym->nRegs, sym->regType); /* if this is a bit variable then don't use precious registers along with expensive bit-to-char conversions but just spill it */ if (willCS && SPEC_NOUN(sym->etype) == V_BIT) { spillThis (sym); continue; } /* if trying to allocate this will cause a spill and there is nothing to spill or this one is rematerializable then spill this one */ spillable = computeSpillable (ic); if (sym->remat || (willCS && bitVectIsZero (spillable))) { spillThis (sym); continue; } /* If the live range preceeds the point of definition then ideally we must take into account registers that have been allocated after sym->liveFrom but freed before ic->seq. This is complicated, so spill this symbol instead and let fillGaps handle the allocation. */ if (sym->liveFrom < ic->seq) { spillThis (sym); continue; } /* if it has a spillocation & is used less than all other live ranges then spill this */ if (willCS) { if (sym->usl.spillLoc) { symbol *leastUsed = leastUsedLR (liveRangesWith (spillable, allLRs, ebbs[i], ic)); if (leastUsed && leastUsed->used > sym->used) { spillThis (sym); continue; } } else { /* if none of the liveRanges have a spillLocation then better to spill this one than anything else already assigned to registers */ if (liveRangesWith(spillable,noSpilLoc,ebbs[i],ic)) { /* if this is local to this block then we might find a block spil */ if (!(sym->liveFrom >= ebbs[i]->fSeq && sym->liveTo <= ebbs[i]->lSeq)) { spillThis (sym); continue; } } } } } /* if we need ptr regs for the right side then mark it */ if (POINTER_GET (ic) && IS_SYMOP (IC_LEFT (ic)) && getSize (OP_SYMBOL (IC_LEFT (ic))->type) <= (unsigned int) PTRSIZE) { mcs51_ptrRegReq++; ptrRegSet = 1; } if (IC_LEFT (ic) && IS_SYMOP (IC_LEFT (ic)) && SPEC_OCLS(OP_SYMBOL (IC_LEFT (ic))->etype) == idata) { mcs51_ptrRegReq++; ptrRegSet = 1; } if (IC_RIGHT (ic) && IS_SYMOP (IC_RIGHT (ic)) && SPEC_OCLS(OP_SYMBOL (IC_RIGHT (ic))->etype) == idata) { mcs51_ptrRegReq++; ptrRegSet = 1; } /* else we assign registers to it */ _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); _G.totRegAssigned = bitVectSetBit (_G.totRegAssigned, sym->key); for (j = 0; j < sym->nRegs; j++) { sym->regs[j] = NULL; if (sym->regType == REG_PTR) sym->regs[j] = getRegPtr (ic, ebbs[i], sym); else if (sym->regType == REG_BIT) sym->regs[j] = getRegBit (sym); else { if (ic->op == CAST && IS_SYMOP (IC_RIGHT (ic))) { symbol * right = OP_SYMBOL (IC_RIGHT (ic)); if (right->regs[j] && (right->regType != REG_BIT)) sym->regs[j] = allocThisReg (right->regs[j]); } if (!sym->regs[j]) sym->regs[j] = getRegGpr (ic, ebbs[i], sym); } /* if the allocation failed which means this was spilt then break */ if (!sym->regs[j]) { int i; for (i=0; i < sym->nRegs ; i++ ) sym->regs[i] = NULL; break; } } if (!POINTER_SET(ic) && !POINTER_GET(ic)) { /* if it shares registers with operands make sure that they are in the same position */ if (IC_LEFT (ic) && IS_SYMOP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->nRegs) { positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_LEFT (ic))); } /* do the same for the right operand */ if (IC_RIGHT (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->nRegs) { positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_RIGHT (ic))); } } if (ptrRegSet) { mcs51_ptrRegReq--; ptrRegSet = 0; } } } } /* Check for and fix any problems with uninitialized operands */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) { continue; } for (ic = ebbs[i]->sch; ic; ic = ic->next) { if (SKIP_IC2 (ic)) continue; if (ic->op == IFX) { verifyRegsAssigned (IC_COND (ic), ic); continue; } if (ic->op == JUMPTABLE) { verifyRegsAssigned (IC_JTCOND (ic), ic); continue; } verifyRegsAssigned (IC_RESULT (ic), ic); verifyRegsAssigned (IC_LEFT (ic), ic); verifyRegsAssigned (IC_RIGHT (ic), ic); } } } /*-----------------------------------------------------------------*/ /* fillGaps - Try to fill in the Gaps left by Pass1 */ /*-----------------------------------------------------------------*/ static void fillGaps() { symbol *sym =NULL; int key =0; int pass; iCode *ic = NULL; if (getenv("DISABLE_FILL_GAPS")) return; /* look for liveranges that were spilt by the allocator */ for (sym = hTabFirstItem(liveRanges, &key) ; sym ; sym = hTabNextItem(liveRanges, &key)) { int i; int pdone = 0; if (!sym->spillA || !sym->clashes || sym->remat) continue; /* if spilt in direct space the original rname is lost */ if (sym->usl.spillLoc && (IN_DIRSPACE (SPEC_OCLS (sym->usl.spillLoc->etype)))) continue; /* find the liveRanges this one clashes with, that are still assigned to registers & mark the registers as used*/ for ( i = 0 ; i < sym->clashes->size ; i ++) { int k; symbol *clr; if (bitVectBitValue(sym->clashes,i) == 0 || /* those that clash with this */ bitVectBitValue(_G.totRegAssigned,i) == 0) /* and are still assigned to registers */ continue ; clr = hTabItemWithKey(liveRanges, i); assert(clr); /* mark these registers as used */ for (k = 0 ; k < clr->nRegs ; k++ ) useReg(clr->regs[k]); } if (willCauseSpill(sym->nRegs, sym->regType)) { /* NOPE :( clear all registers & and continue */ freeAllRegs(); continue ; } ic = NULL; for (i = 0 ; i < sym->defs->size ; i++ ) { if (bitVectBitValue(sym->defs, i)) { if (!(ic = hTabItemWithKey(iCodehTab, i))) continue; if (ic->op == CAST) break; } } D(printf("Attempting fillGaps on %s: [", sym->name)); /* THERE IS HOPE !!!! */ for (i=0; i < sym->nRegs ; i++ ) { if (sym->regType == REG_PTR) sym->regs[i] = getRegPtrNoSpil (); else if (sym->regType == REG_BIT) sym->regs[i] = getRegBitNoSpil (); else { sym->regs[i] = NULL; if (ic && ic->op == CAST && IS_SYMOP (IC_RIGHT (ic))) { symbol * right = OP_SYMBOL (IC_RIGHT (ic)); if (right->regs[i]) sym->regs[i] = allocThisReg (right->regs[i]); } if (!sym->regs[i]) sym->regs[i] = getRegGprNoSpil (); } D(printf("%s ", sym->regs[i]->name)); } D(printf("]\n")); /* For all its definitions check if the registers allocated needs positioning NOTE: we can position only ONCE if more than One positioning required then give up. We may need to perform the checks twice; once to position the registers as needed, the second to verify any register repositioning is still compatible. */ sym->isspilt = 0; for (pass=0; pass<2; pass++) { D(printf(" checking definitions\n")); for (i = 0 ; i < sym->defs->size ; i++ ) { if (bitVectBitValue(sym->defs,i)) { if (!(ic = hTabItemWithKey(iCodehTab,i))) continue; D(printf(" ic->seq = %d\n", ic->seq)); if (SKIP_IC(ic)) continue; assert(isSymbolEqual(sym,OP_SYMBOL(IC_RESULT(ic)))); /* just making sure */ /* if left is assigned to registers */ if (IS_SYMOP(IC_LEFT(ic))) { D(printf(" left = ")); D(printOperand(IC_LEFT(ic),NULL)); } if (IS_SYMOP(IC_LEFT(ic)) && bitVectBitValue(_G.totRegAssigned,OP_SYMBOL(IC_LEFT(ic))->key)) { pdone += (positionRegs(sym,OP_SYMBOL(IC_LEFT(ic)))>0); } if (IS_SYMOP(IC_RIGHT(ic))) { D(printf(" right = ")); D(printOperand(IC_RIGHT(ic),NULL)); } if (IS_SYMOP(IC_RIGHT(ic)) && bitVectBitValue(_G.totRegAssigned,OP_SYMBOL(IC_RIGHT(ic))->key)) { pdone += (positionRegs(sym,OP_SYMBOL(IC_RIGHT(ic)))>0); } D(printf(" pdone = %d\n", pdone)); if (pdone > 1) break; } } D(printf(" checking uses\n")); for (i = 0 ; i < sym->uses->size ; i++ ) { if (bitVectBitValue(sym->uses,i)) { iCode *ic; if (!(ic = hTabItemWithKey(iCodehTab, i))) continue; D(printf(" ic->seq = %d\n", ic->seq)); if (SKIP_IC(ic)) continue; if (POINTER_SET(ic) || POINTER_GET(ic)) continue; /* if result is assigned to registers */ if (IS_SYMOP (IC_RESULT (ic))) { D(printf(" result = ")); D(printOperand(IC_RESULT (ic), NULL)); } if (IS_SYMOP (IC_RESULT (ic)) && bitVectBitValue(_G.totRegAssigned, OP_SYMBOL (IC_RESULT (ic))->key)) { pdone += (positionRegs(sym, OP_SYMBOL (IC_RESULT (ic)))>0); } D(printf(" pdone = %d\n", pdone)); if (pdone > 1) break; } } if (pdone == 0) break; /* second pass only if regs repositioned */ if (pdone > 1) break; } D(printf(" sym->regs = [")); for (i=0; i < sym->nRegs ; i++ ) D(printf("%s ", sym->regs[i]->name)); D(printf("]\n")); /* had to position more than once GIVE UP */ if (pdone > 1) { /* UNDO all the changes we made to try this */ sym->isspilt = 1; for (i=0; i < sym->nRegs ; i++ ) { sym->regs[i] = NULL; } freeAllRegs(); D(printf ("Fill Gap gave up due to positioning for %s in function %s\n",sym->name, currFunc ? currFunc->name : "UNKNOWN")); continue ; } D(printf ("FILLED GAP for %s in function %s\n",sym->name, currFunc ? currFunc->name : "UNKNOWN")); _G.totRegAssigned = bitVectSetBit(_G.totRegAssigned,sym->key); sym->isspilt = sym->spillA = 0 ; sym->usl.spillLoc->allocreq--; freeAllRegs(); } } /*-----------------------------------------------------------------*/ /* findAllBitregs :- returns bit vector of all bit registers */ /*-----------------------------------------------------------------*/ static bitVect * findAllBitregs (void) { bitVect *rmask = newBitVect (mcs51_nRegs); int j; for (j = 0; j < mcs51_nRegs; j++) { if (regs8051[j].type == REG_BIT) rmask = bitVectSetBit (rmask, regs8051[j].rIdx); } return rmask; } /*-----------------------------------------------------------------*/ /* mcs51_allBitregs :- returns bit vector of all bit registers */ /*-----------------------------------------------------------------*/ bitVect * mcs51_allBitregs (void) { return _G.allBitregs; } /*-----------------------------------------------------------------*/ /* rUmaskForOp :- returns register mask for an operand */ /*-----------------------------------------------------------------*/ bitVect * mcs51_rUmaskForOp (operand * op) { bitVect *rumask; symbol *sym; int j; /* only temporaries are assigned registers */ if (!IS_ITEMP (op)) return NULL; sym = OP_SYMBOL (op); /* if spilt or no registers assigned to it then nothing */ if (sym->isspilt || !sym->nRegs) return NULL; rumask = newBitVect (mcs51_nRegs); for (j = 0; j < sym->nRegs; j++) { if (sym->regs[j]) /* EEP - debug */ rumask = bitVectSetBit (rumask, sym->regs[j]->rIdx); } return rumask; } /*-----------------------------------------------------------------*/ /* regsUsedIniCode :- returns bit vector of registers used in iCode */ /*-----------------------------------------------------------------*/ static bitVect * regsUsedIniCode (iCode * ic) { bitVect *rmask = newBitVect (mcs51_nRegs); /* do the special cases first */ if (ic->op == IFX) { rmask = bitVectUnion (rmask, mcs51_rUmaskForOp (IC_COND (ic))); goto ret; } /* for the jumptable */ if (ic->op == JUMPTABLE) { rmask = bitVectUnion (rmask, mcs51_rUmaskForOp (IC_JTCOND (ic))); goto ret; } /* of all other cases */ if (IC_LEFT (ic)) rmask = bitVectUnion (rmask, mcs51_rUmaskForOp (IC_LEFT (ic))); if (IC_RIGHT (ic)) rmask = bitVectUnion (rmask, mcs51_rUmaskForOp (IC_RIGHT (ic))); if (IC_RESULT (ic)) rmask = bitVectUnion (rmask, mcs51_rUmaskForOp (IC_RESULT (ic))); ret: return rmask; } /*-----------------------------------------------------------------*/ /* createRegMask - for each instruction will determine the regsUsed */ /*-----------------------------------------------------------------*/ static void createRegMask (eBBlock ** ebbs, int count) { int i; /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* for all instructions */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { int j; if (SKIP_IC2 (ic) || !ic->rlive) continue; /* first mark the registers used in this instruction */ ic->rUsed = regsUsedIniCode (ic); _G.funcrUsed = bitVectUnion (_G.funcrUsed, ic->rUsed); /* now create the register mask for those registers that are in use : this is a super set of ic->rUsed */ ic->rMask = newBitVect (mcs51_nRegs + 1); /* for all live Ranges alive at this point */ for (j = 1; j < ic->rlive->size; j++) { symbol *sym; int k; /* if not alive then continue */ if (!bitVectBitValue (ic->rlive, j)) continue; /* find the live range we are interested in */ if (!(sym = hTabItemWithKey (liveRanges, j))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "createRegMask cannot find live range"); fprintf(stderr, "\tmissing live range: key=%d\n", j); exit (0); } /* if no register assigned to it */ if (!sym->nRegs || sym->isspilt) continue; /* for all the registers allocated to it */ for (k = 0; k < sym->nRegs; k++) if (sym->regs[k]) ic->rMask = bitVectSetBit (ic->rMask, sym->regs[k]->rIdx); } } } } /*-----------------------------------------------------------------*/ /* rematStr - returns the rematerialized string for a remat var */ /*-----------------------------------------------------------------*/ static char * rematStr (symbol * sym) { iCode *ic = sym->rematiCode; int offset = 0; while (1) { /* if plus adjust offset to right hand side */ if (ic->op == '+') { offset += (int) operandLitValue (IC_RIGHT (ic)); ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; continue; } /* if minus adjust offset to right hand side */ if (ic->op == '-') { offset -= (int) operandLitValue (IC_RIGHT (ic)); ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; continue; } /* cast then continue */ if (IS_CAST_ICODE(ic)) { ic = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; continue; } /* we reached the end */ break; } if (offset) { SNPRINTF (buffer, sizeof(buffer), "(%s %c 0x%04x)", OP_SYMBOL (IC_LEFT (ic))->rname, offset >= 0 ? '+' : '-', abs (offset) & 0xffff); } else { strncpyz (buffer, OP_SYMBOL (IC_LEFT (ic))->rname, sizeof(buffer)); } return buffer; } /*-----------------------------------------------------------------*/ /* regTypeNum - computes the type & number of registers required */ /*-----------------------------------------------------------------*/ static void regTypeNum (eBBlock *ebbs) { symbol *sym; int k; iCode *ic; /* for each live range do */ for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { /* if used zero times then no registers needed */ if ((sym->liveTo - sym->liveFrom) == 0) continue; /* if the live range is a temporary */ if (sym->isitmp) { /* if the type is marked as a conditional */ if (sym->regType == REG_CND) continue; /* if used in return only then we don't need registers */ if (sym->ruonly || sym->accuse) { if (IS_AGGREGATE (sym->type) || sym->isptr) sym->type = aggrToPtr (sym->type, FALSE); else if (IS_BIT(sym->type)) sym->regType = REG_CND; continue; } /* if the symbol has only one definition & that definition is a get_pointer */ if (bitVectnBitsOn (sym->defs) == 1 && (ic = hTabItemWithKey (iCodehTab, bitVectFirstBit (sym->defs))) && POINTER_GET (ic) && !IS_BITVAR (sym->etype) && (aggrToPtrDclType (operandType (IC_LEFT (ic)), FALSE) == POINTER)) { if (ptrPseudoSymSafe (sym, ic)) { ptrPseudoSymConvert (sym, ic, rematStr (OP_SYMBOL (IC_LEFT (ic)))); continue; } /* if in data space or idata space then try to allocate pointer register */ } /* if not then we require registers */ sym->nRegs = ((IS_AGGREGATE (sym->type) || sym->isptr) ? getSize (sym->type = aggrToPtr (sym->type, FALSE)) : getSize (sym->type)); if (sym->nRegs > 4) { fprintf (stderr, "allocated more than 4 or 0 registers for type "); printTypeChain (sym->type, stderr); fprintf (stderr, "\n"); } /* determine the type of register required */ if (sym->nRegs == 1 && IS_PTR (sym->type) && sym->uptr) sym->regType = REG_PTR; else if (IS_BIT(sym->type)) sym->regType = REG_BIT; else sym->regType = REG_GPR; } else /* for the first run we don't provide */ /* registers for true symbols we will */ /* see how things go */ sym->nRegs = 0; } } /*-----------------------------------------------------------------*/ /* freeAllRegs - mark all registers as free */ /*-----------------------------------------------------------------*/ static void freeAllRegs () { int i; for (i = 0; i < mcs51_nRegs; i++) regs8051[i].isFree = 1; } /*-----------------------------------------------------------------*/ /* deallocStackSpil - this will set the stack pointer back */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (deallocStackSpil) { symbol *sym = item; deallocLocal (sym); return 0; } /*-----------------------------------------------------------------*/ /* farSpacePackable - returns the packable icode for far variables */ /*-----------------------------------------------------------------*/ static iCode * farSpacePackable (iCode * ic) { iCode *dic; /* go thru till we find a definition for the symbol on the right */ for (dic = ic->prev; dic; dic = dic->prev) { /* if the definition is a call then no */ if ((dic->op == CALL || dic->op == PCALL) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { return NULL; } /* if shift by unknown amount then not */ if ((dic->op == LEFT_OP || dic->op == RIGHT_OP) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) return NULL; /* if pointer get and size > 1 */ if (POINTER_GET (dic) && getSize (aggrToPtr (operandType (IC_LEFT (dic)), FALSE)) > 1) return NULL; if (POINTER_SET (dic) && getSize (aggrToPtr (operandType (IC_RESULT (dic)), FALSE)) > 1) return NULL; if (dic->op == IFX) { if (IC_COND (dic) && IS_TRUE_SYMOP (IC_COND (dic)) && isOperandInFarSpace (IC_COND (dic))) return NULL; } else if (dic->op == JUMPTABLE) { if (IC_JTCOND (dic) && IS_TRUE_SYMOP (IC_JTCOND (dic)) && isOperandInFarSpace (IC_JTCOND (dic))) return NULL; } else { /* if any tree is a true symbol in far space */ if (IC_RESULT (dic) && IS_TRUE_SYMOP (IC_RESULT (dic)) && isOperandInFarSpace (IC_RESULT (dic))) return NULL; if (IC_RIGHT (dic) && IS_TRUE_SYMOP (IC_RIGHT (dic)) && isOperandInFarSpace (IC_RIGHT (dic)) && !isOperandEqual (IC_RIGHT (dic), IC_RESULT (ic))) return NULL; if (IC_LEFT (dic) && IS_TRUE_SYMOP (IC_LEFT (dic)) && isOperandInFarSpace (IC_LEFT (dic)) && !isOperandEqual (IC_LEFT (dic), IC_RESULT (ic))) return NULL; } if (isOperandEqual (IC_RIGHT (ic), IC_RESULT (dic))) { if ((dic->op == LEFT_OP || dic->op == RIGHT_OP || dic->op == '-') && IS_OP_LITERAL (IC_RIGHT (dic))) return NULL; else return dic; } } return NULL; } /*-----------------------------------------------------------------*/ /* packRegsForAssign - register reduction for assignment */ /*-----------------------------------------------------------------*/ static int packRegsForAssign (iCode * ic, eBBlock * ebp) { iCode *dic, *sic; if (!IS_ITEMP (IC_RIGHT (ic)) || OP_SYMBOL (IC_RIGHT (ic))->isind || OP_LIVETO (IC_RIGHT (ic)) > ic->seq) { return 0; } /* if the true symbol is defined in far space or on stack then we should not since this will increase register pressure */ if (isOperandInFarSpace(IC_RESULT(ic)) && !farSpacePackable(ic)) { return 0; } /* find the definition of iTempNN scanning backwards if we find a a use of the true symbol in before we find the definition then we cannot */ for (dic = ic->prev; dic; dic = dic->prev) { int crossedCall = 0; /* We can pack across a function call only if it's a local */ /* variable or our parameter. Never pack global variables */ /* or parameters to a function we call. */ if ((dic->op == CALL || dic->op == PCALL)) { if (!OP_SYMBOL (IC_RESULT (ic))->ismyparm && !OP_SYMBOL (IC_RESULT (ic))->islocal) { crossedCall = 1; } } /* Don't move an assignment out of a critical block */ if (dic->op == CRITICAL) { dic = NULL; break; } if (SKIP_IC2 (dic)) continue; if (dic->op == IFX) { if (IS_SYMOP (IC_COND (dic)) && (IC_COND (dic)->key == IC_RESULT (ic)->key || IC_COND (dic)->key == IC_RIGHT (ic)->key)) { dic = NULL; break; } } else { if (IS_TRUE_SYMOP (IC_RESULT (dic)) && IS_OP_VOLATILE (IC_RESULT (dic))) { dic = NULL; break; } if (IS_SYMOP (IC_RESULT (dic)) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { if (POINTER_SET (dic)) dic = NULL; break; } if (IS_SYMOP (IC_RIGHT (dic)) && (IC_RIGHT (dic)->key == IC_RESULT (ic)->key || IC_RIGHT (dic)->key == IC_RIGHT (ic)->key)) { dic = NULL; break; } if (IS_SYMOP (IC_LEFT (dic)) && (IC_LEFT (dic)->key == IC_RESULT (ic)->key || IC_LEFT (dic)->key == IC_RIGHT (ic)->key)) { dic = NULL; break; } if (IS_SYMOP (IC_RESULT (dic)) && IC_RESULT (dic)->key == IC_RESULT (ic)->key) { dic = NULL; break; } if (crossedCall) { dic = NULL; break; } } } if (!dic) return 0; /* did not find */ /* if assignment then check that right is not a bit */ if (ASSIGNMENT (ic) && !POINTER_SET (ic)) { sym_link *etype = operandType (IC_RESULT (dic)); if (IS_BITFIELD (etype)) { /* if result is a bit too then it's ok */ etype = operandType (IC_RESULT (ic)); if (!IS_BITFIELD (etype)) { return 0; } } } /* if the result is on stack or iaccess then it must be the same atleast one of the operands */ if (OP_SYMBOL (IC_RESULT (ic))->onStack || OP_SYMBOL (IC_RESULT (ic))->iaccess) { /* the operation has only one symbol operator then we can pack */ if ((IC_LEFT (dic) && !IS_SYMOP (IC_LEFT (dic))) || (IC_RIGHT (dic) && !IS_SYMOP (IC_RIGHT (dic)))) goto pack; if (!((IC_LEFT (dic) && IC_RESULT (ic)->key == IC_LEFT (dic)->key) || (IC_RIGHT (dic) && IC_RESULT (ic)->key == IC_RIGHT (dic)->key))) return 0; } pack: /* found the definition */ /* replace the result with the result of */ /* this assignment and remove this assignment */ bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); ReplaceOpWithCheaperOp(&IC_RESULT (dic), IC_RESULT (ic)); if (IS_ITEMP (IC_RESULT (dic)) && OP_SYMBOL (IC_RESULT (dic))->liveFrom > dic->seq) { OP_SYMBOL (IC_RESULT (dic))->liveFrom = dic->seq; } // TODO: and the otherway around? /* delete from liverange table also delete from all the points inbetween and the new one */ for (sic = dic; sic != ic; sic = sic->next) { bitVectUnSetBit (sic->rlive, IC_RESULT (ic)->key); if (IS_ITEMP (IC_RESULT (dic))) bitVectSetBit (sic->rlive, IC_RESULT (dic)->key); } remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_DEFS (IC_RESULT (ic)), ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic)) = bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); return 1; } /*------------------------------------------------------------------*/ /* findAssignToSym : scanning backwards looks for first assig found */ /*------------------------------------------------------------------*/ static iCode * findAssignToSym (operand * op, iCode * ic) { iCode *dic; /* This routine is used to find sequences like iTempAA = FOO; ...; (intervening ops don't use iTempAA or modify FOO) blah = blah + iTempAA; and eliminate the use of iTempAA, freeing up its register for other uses. */ for (dic = ic->prev; dic; dic = dic->prev) { /* if definition by assignment */ if (dic->op == '=' && !POINTER_SET (dic) && IC_RESULT (dic)->key == op->key /* && IS_TRUE_SYMOP(IC_RIGHT(dic)) */ ) break; /* found where this temp was defined */ /* if we find an usage then we cannot delete it */ if (dic->op == IFX) { if (IC_COND (dic) && IC_COND (dic)->key == op->key) return NULL; } else if (dic->op == JUMPTABLE) { if (IC_JTCOND (dic) && IC_JTCOND (dic)->key == op->key) return NULL; } else { if (IC_LEFT (dic) && IC_LEFT (dic)->key == op->key) return NULL; if (IC_RIGHT (dic) && IC_RIGHT (dic)->key == op->key) return NULL; if (POINTER_SET (dic) && IC_RESULT (dic)->key == op->key) return NULL; } } if (!dic) return NULL; /* didn't find any assignment to op */ /* we are interested only if defined in far space */ /* or in stack space in case of + & - */ /* if assigned to a non-symbol then don't repack regs */ if (!IS_SYMOP (IC_RIGHT (dic))) return NULL; /* if the symbol is volatile then we should not */ if (isOperandVolatile (IC_RIGHT (dic), TRUE)) return NULL; /* XXX TODO --- should we be passing FALSE to isOperandVolatile()? What does it mean for an iTemp to be volatile, anyway? Passing TRUE is more cautious but may prevent possible optimizations */ /* if the symbol is in far space then we should not */ if (isOperandInFarSpace (IC_RIGHT (dic))) return NULL; /* for + & - operations make sure that if it is on the stack it is the same as one of the three operands */ if ((ic->op == '+' || ic->op == '-') && OP_SYMBOL (IC_RIGHT (dic))->onStack) { if (IC_RESULT (ic)->key != IC_RIGHT (dic)->key && IC_LEFT (ic)->key != IC_RIGHT (dic)->key && IC_RIGHT (ic)->key != IC_RIGHT (dic)->key) return NULL; } /* now make sure that the right side of dic is not defined between ic & dic */ if (dic) { iCode *sic = dic->next; for (; sic != ic; sic = sic->next) if (IC_RESULT (sic) && IC_RESULT (sic)->key == IC_RIGHT (dic)->key) return NULL; } return dic; } /*-----------------------------------------------------------------*/ /* reassignAliasedSym - used by packRegsForSupport to replace */ /* redundant iTemp with equivalent symbol */ /*-----------------------------------------------------------------*/ static void reassignAliasedSym (eBBlock *ebp, iCode *assignment, iCode *use, operand *op) { iCode *ic; unsigned oldSymKey, newSymKey; oldSymKey = op->key; newSymKey = IC_RIGHT(assignment)->key; /* only track live ranges of compiler-generated temporaries */ if (!IS_ITEMP(IC_RIGHT(assignment))) newSymKey = 0; /* update the live-value bitmaps */ for (ic = assignment; ic != use; ic = ic->next) { bitVectUnSetBit (ic->rlive, oldSymKey); if (newSymKey != 0) ic->rlive = bitVectSetBit (ic->rlive, newSymKey); } /* update the sym of the used operand */ OP_SYMBOL(op) = OP_SYMBOL(IC_RIGHT(assignment)); op->key = OP_SYMBOL(op)->key; OP_SYMBOL(op)->accuse = 0; /* update the sym's liverange */ if ( OP_LIVETO(op) < ic->seq ) setToRange(op, ic->seq, FALSE); /* remove the assignment iCode now that its result is unused */ remiCodeFromeBBlock (ebp, assignment); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(assignment))->defs, assignment->key); hTabDeleteItem (&iCodehTab, assignment->key, assignment, DELETE_ITEM, NULL); } /*-----------------------------------------------------------------*/ /* packRegsForSupport :- reduce some registers for support calls */ /*-----------------------------------------------------------------*/ static int packRegsForSupport (iCode * ic, eBBlock * ebp) { iCode *dic; /* for the left & right operand :- look to see if the left was assigned a true symbol in far space in that case replace them */ if (IS_ITEMP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->liveTo <= ic->seq) { dic = findAssignToSym (IC_LEFT (ic), ic); if (dic) { /* found it we need to remove it from the block */ reassignAliasedSym (ebp, dic, ic, IC_LEFT(ic)); return 1; } } /* do the same for the right operand */ if (IS_ITEMP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->liveTo <= ic->seq) { iCode *dic = findAssignToSym (IC_RIGHT (ic), ic); if (dic) { /* if this is a subtraction & the result is a true symbol in far space then don't pack */ if (ic->op == '-' && IS_TRUE_SYMOP (IC_RESULT (dic))) { sym_link *etype = getSpec (operandType (IC_RESULT (dic))); if (IN_FARSPACE (SPEC_OCLS (etype))) return 0; } /* found it we need to remove it from the block */ reassignAliasedSym (ebp, dic, ic, IC_RIGHT(ic)); return 1; } } return 0; } /*-----------------------------------------------------------------*/ /* packRegsForOneuse : - will reduce some registers for single Use */ /*-----------------------------------------------------------------*/ static iCode * packRegsForOneuse (iCode * ic, operand * op, eBBlock * ebp) { iCode *dic, *sic; /* if returning a literal then do nothing */ if (!IS_ITEMP (op)) return NULL; /* if rematerializable or already return use then do nothing */ if (OP_SYMBOL(op)->remat || OP_SYMBOL(op)->ruonly) return NULL; /* only upto 2 bytes since we cannot predict the usage of b, & acc */ if (getSize (operandType (op)) > (fReturnSizeMCS51 - 2)) return NULL; if (ic->op != RETURN && ic->op != SEND && !POINTER_SET (ic) && !POINTER_GET (ic)) return NULL; if (ic->op == SEND && ic->argreg != 1) return NULL; /* this routine will mark the symbol as used in one instruction use only && if the definition is local (ie. within the basic block) && has only one definition && that definition is either a return value from a function or does not contain any variables in far space */ if (bitVectnBitsOn (OP_USES (op)) > 1) return NULL; /* if it has only one definition */ if (bitVectnBitsOn (OP_DEFS (op)) > 1) return NULL; /* has more than one definition */ /* get that definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (op))))) return NULL; /* if that only usage is a cast */ if (dic->op == CAST) { /* to a bigger type */ if (getSize(OP_SYM_TYPE(IC_RESULT(dic))) > getSize(OP_SYM_TYPE(IC_RIGHT(dic)))) { /* then we can not, since we cannot predict the usage of b & acc */ return NULL; } } /* found the definition now check if it is local */ if (dic->seq < ebp->fSeq || dic->seq > ebp->lSeq) return NULL; /* non-local */ /* now check if it is the return from a function call */ if (dic->op == CALL || dic->op == PCALL) { if (ic->op != SEND && ic->op != RETURN && !POINTER_SET(ic) && !POINTER_GET(ic)) { OP_SYMBOL (op)->ruonly = 1; return dic; } } else { /* otherwise check that the definition does not contain any symbols in far space */ if (isOperandInFarSpace (IC_LEFT (dic)) || isOperandInFarSpace (IC_RIGHT (dic)) || IS_OP_RUONLY (IC_LEFT (ic)) || IS_OP_RUONLY (IC_RIGHT (ic))) { return NULL; } /* if pointer set then make sure the pointer is one byte */ if (POINTER_SET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_RESULT (dic)), FALSE))) return NULL; if (POINTER_GET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_LEFT (dic)), FALSE))) return NULL; } /* Make sure no overlapping liverange is already assigned to DPTR */ if (OP_SYMBOL(op)->clashes) { symbol *sym; int i; for (i = 0 ; i < OP_SYMBOL(op)->clashes->size ; i++ ) { if (bitVectBitValue(OP_SYMBOL(op)->clashes,i)) { sym = hTabItemWithKey(liveRanges,i); if (sym->ruonly) return NULL ; } } } sic = dic; /* also make sure the intervening instructions don't have anything in far space */ for (dic = dic->next; dic && dic != ic && sic != ic; dic = dic->next) { /* if there is an intervening function call then no */ if (dic->op == CALL || dic->op == PCALL) return NULL; /* if pointer set then make sure the pointer is one byte */ if (POINTER_SET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_RESULT (dic)), FALSE))) return NULL; if (POINTER_GET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_LEFT (dic)), FALSE))) return NULL; /* if address of & the result is remat the okay */ if (dic->op == ADDRESS_OF && OP_SYMBOL (IC_RESULT (dic))->remat) continue; /* if operand has size of three or more & this operation is a '*','/' or '%' then 'b' may cause a problem */ if ((dic->op == '%' || dic->op == '/' || dic->op == '*') && getSize (operandType (op)) >= 3) return NULL; /* if left or right or result is in far space */ if (isOperandInFarSpace (IC_LEFT (dic)) || isOperandInFarSpace (IC_RIGHT (dic)) || isOperandInFarSpace (IC_RESULT (dic)) || IS_OP_RUONLY (IC_LEFT (dic)) || IS_OP_RUONLY (IC_RIGHT (dic)) || IS_OP_RUONLY (IC_RESULT (dic))) { return NULL; } /* if left or right or result is on stack */ if (isOperandOnStack(IC_LEFT(dic)) || isOperandOnStack(IC_RIGHT(dic)) || isOperandOnStack(IC_RESULT(dic))) { return NULL; } } OP_SYMBOL (op)->ruonly = 1; return sic; } /*-----------------------------------------------------------------*/ /* isBitwiseOptimizable - requirements of JEAN LOUIS VERN */ /*-----------------------------------------------------------------*/ static bool isBitwiseOptimizable (iCode * ic) { sym_link *ltype = getSpec (operandType (IC_LEFT (ic))); sym_link *rtype = getSpec (operandType (IC_RIGHT (ic))); /* bitwise operations are considered optimizable under the following conditions (Jean-Louis VERN) x & lit bit & bit bit & x bit ^ bit bit ^ x x ^ lit x | lit bit | bit bit | x */ if (IS_LITERAL(rtype) || (IS_BITVAR (ltype) && IN_BITSPACE (SPEC_OCLS (ltype)))) return TRUE; else return FALSE; } /*-----------------------------------------------------------------*/ /* isCommutativeOp - tests whether this op cares what order its */ /* operands are in */ /*-----------------------------------------------------------------*/ bool isCommutativeOp(unsigned int op) { if (op == '+' || op == '*' || op == EQ_OP || op == '^' || op == '|' || op == BITWISEAND) return TRUE; else return FALSE; } /*-----------------------------------------------------------------*/ /* operandUsesAcc - determines whether the code generated for this */ /* operand will have to use the accumulator */ /*-----------------------------------------------------------------*/ bool operandUsesAcc(operand *op, bool allowBitspace) { if (!op) return FALSE; if (IS_SYMOP(op)) { symbol *sym = OP_SYMBOL(op); memmap *symspace; if (sym->accuse) return TRUE; /* duh! */ if (IN_STACK(sym->etype) || sym->onStack || (SPIL_LOC(op) && SPIL_LOC(op)->onStack)) return TRUE; /* acc is used to calc stack offset */ if (IS_ITEMP(op)) { if (SPIL_LOC(op)) { sym = SPIL_LOC(op); /* if spilled, look at spill location */ } else { return FALSE; /* more checks? */ } } symspace = SPEC_OCLS(sym->etype); if (sym->iaccess && symspace->paged) return TRUE; /* must fetch paged indirect sym via accumulator */ if (!allowBitspace && IN_BITSPACE(symspace)) return TRUE; /* fetching bit vars uses the accumulator */ if (IN_FARSPACE(symspace) || IN_CODESPACE(symspace)) return TRUE; /* fetched via accumulator and dptr */ } return FALSE; } /*-----------------------------------------------------------------*/ /* packRegsForAccUse - pack registers for acc use */ /*-----------------------------------------------------------------*/ static void packRegsForAccUse (iCode * ic) { iCode *uic; /* if this is an aggregate, e.g. a one byte char array */ if (IS_AGGREGATE(operandType(IC_RESULT(ic)))) return; /* if we are calling a reentrant function that has stack parameters */ if (ic->op == CALL && IFFUNC_ISREENT(operandType(IC_LEFT(ic))) && FUNC_HASSTACKPARM(operandType(IC_LEFT(ic)))) return; if (ic->op == PCALL && IFFUNC_ISREENT(operandType(IC_LEFT(ic))->next) && FUNC_HASSTACKPARM(operandType(IC_LEFT(ic))->next)) return; /* if + or - then it has to be one byte result */ if ((ic->op == '+' || ic->op == '-') && getSize (operandType (IC_RESULT (ic))) > 1) return; /* if shift operation make sure right side is not a literal */ if (ic->op == RIGHT_OP && (isOperandLiteral (IC_RIGHT (ic)) || getSize (operandType (IC_RESULT (ic))) > 1)) return; if (ic->op == LEFT_OP && (isOperandLiteral (IC_RIGHT (ic)) || getSize (operandType (IC_RESULT (ic))) > 1)) return; if (IS_BITWISE_OP (ic) && getSize (operandType (IC_RESULT (ic))) > 1) return; /* has only one definition */ if (bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) > 1) return; /* has only one use */ if (bitVectnBitsOn (OP_USES (IC_RESULT (ic))) > 1) return; /* and the usage immediately follows this iCode */ if (!(uic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_USES (IC_RESULT (ic)))))) return; if (ic->next != uic) return; /* if it is a conditional branch then we definitely can */ if (uic->op == IFX) goto accuse; if (uic->op == JUMPTABLE) return; if (POINTER_SET (uic) && getSize (aggrToPtr (operandType (IC_RESULT (uic)), FALSE)) > 1) return; /* if the usage is not an assignment or an arithmetic / bitwise / shift operation then not */ if (uic->op != '=' && !IS_ARITHMETIC_OP (uic) && !IS_BITWISE_OP (uic) && uic->op != LEFT_OP && uic->op != RIGHT_OP) return; /* if used in ^ operation then make sure right is not a literal (WIML: Why is this?) */ if (uic->op == '^' && isOperandLiteral (IC_RIGHT (uic))) return; /* if shift operation make sure right side is not a literal */ /* WIML: Why is this? */ if (uic->op == RIGHT_OP && (isOperandLiteral (IC_RIGHT (uic)) || getSize (operandType (IC_RESULT (uic))) > 1)) return; if (uic->op == LEFT_OP && (isOperandLiteral (IC_RIGHT (uic)) || getSize (operandType (IC_RESULT (uic))) > 1)) return; /* make sure that the result of this icode is not on the stack, since acc is used to compute stack offset */ #if 0 if (IS_TRUE_SYMOP (IC_RESULT (uic)) && OP_SYMBOL (IC_RESULT (uic))->onStack) return; #else if (isOperandOnStack(IC_RESULT(uic))) return; #endif /* if the usage has only one operand then we can */ if (IC_LEFT (uic) == NULL || IC_RIGHT (uic) == NULL) goto accuse; /* if the other operand uses the accumulator then we cannot */ if ( (IC_LEFT (uic)->key == IC_RESULT (ic)->key && operandUsesAcc (IC_RIGHT (uic), IS_BIT (operandType (IC_LEFT (uic))))) || (IC_RIGHT(uic)->key == IC_RESULT(ic)->key && operandUsesAcc (IC_LEFT (uic), IS_BIT (operandType (IC_RIGHT (uic))))) ) return; /* make sure this is on the left side if not commutative */ /* except for '-', which has been written to be able to handle reversed operands */ if (!(isCommutativeOp(ic->op) || ic->op == '-') && IC_LEFT (uic)->key != IC_RESULT (ic)->key) return; #if 0 // this is too dangerous and need further restrictions // see bug #447547 /* if one of them is a literal then we can */ if ((IC_LEFT (uic) && IS_OP_LITERAL (IC_LEFT (uic))) || (IC_RIGHT (uic) && IS_OP_LITERAL (IC_RIGHT (uic)))) { OP_SYMBOL (IC_RESULT (ic))->accuse = 1; return; } #endif accuse: OP_SYMBOL (IC_RESULT (ic))->accuse = 1; } /*-----------------------------------------------------------------*/ /* packForPush - heuristics to reduce iCode for pushing */ /*-----------------------------------------------------------------*/ static void packForPush (iCode * ic, eBBlock ** ebpp, int blockno) { iCode *dic, *lic; bitVect *dbv; struct eBBlock * ebp=ebpp[blockno]; if (ic->op != IPUSH || !IS_ITEMP (IC_LEFT (ic))) return; /* must have only definition & one usage */ if (bitVectnBitsOn (OP_DEFS (IC_LEFT (ic))) != 1 || bitVectnBitsOn (OP_USES (IC_LEFT (ic))) != 1) return; /* find the definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (IC_LEFT (ic)))))) return; if (dic->op != '=' || POINTER_SET (dic)) return; if (dic->seq < ebp->fSeq) // Evelyn did this { int i; for (i=0; iseq >= ebpp[i]->fSeq && dic->seq <= ebpp[i]->lSeq) { ebp=ebpp[i]; break; } } wassert (i!=blockno); // no way to recover from here } if (IS_SYMOP(IC_RIGHT(dic))) { /* make sure the right side does not have any definitions inbetween */ dbv = OP_DEFS(IC_RIGHT(dic)); for (lic = ic; lic && lic != dic ; lic = lic->prev) { if (bitVectBitValue(dbv,lic->key)) return ; } /* make sure they have the same type */ if (IS_SPEC(operandType(IC_LEFT(ic)))) { sym_link *itype=operandType(IC_LEFT(ic)); sym_link *ditype=operandType(IC_RIGHT(dic)); if (SPEC_USIGN(itype)!=SPEC_USIGN(ditype) || SPEC_LONG(itype)!=SPEC_LONG(ditype)) return; } /* extend the live range of replaced operand if needed */ if (OP_SYMBOL(IC_RIGHT(dic))->liveTo < ic->seq) { OP_SYMBOL(IC_RIGHT(dic))->liveTo = ic->seq; } bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); } /* we now we know that it has one & only one def & use and the that the definition is an assignment */ ReplaceOpWithCheaperOp(&IC_LEFT (ic), IC_RIGHT (dic)); remiCodeFromeBBlock (ebp, dic); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); } /*-----------------------------------------------------------------*/ /* packRegisters - does some transformations to reduce register */ /* pressure */ /*-----------------------------------------------------------------*/ static void packRegisters (eBBlock ** ebpp, int blockno) { iCode *ic; int change = 0; eBBlock *ebp=ebpp[blockno]; do { change = 0; /* look for assignments of the form */ /* iTempNN = TrueSym (someoperation) SomeOperand */ /* .... */ /* TrueSym := iTempNN:1 */ for (ic = ebp->sch; ic; ic = ic->next) { /* find assignment of the form TrueSym := iTempNN:1 */ if (ic->op == '=' && !POINTER_SET (ic)) change += packRegsForAssign (ic, ebp); } } while (change); for (ic = ebp->sch; ic; ic = ic->next) { /* Fix for bug #979599: */ /* P0 &= ~1; */ /* Look for two subsequent iCodes with */ /* iTemp := _c; */ /* _c = iTemp & op; */ /* and replace them by */ /* iTemp := _c; */ /* _c = _c & op; */ if ((ic->op == BITWISEAND || ic->op == '|' || ic->op == '^') && ic->prev && ic->prev->op == '=' && IS_ITEMP (IC_LEFT (ic)) && IC_LEFT (ic) == IC_RESULT (ic->prev) && isOperandEqual (IC_RESULT(ic), IC_RIGHT(ic->prev))) { iCode* ic_prev = ic->prev; symbol* prev_result_sym = OP_SYMBOL (IC_RESULT (ic_prev)); ReplaceOpWithCheaperOp (&IC_LEFT (ic), IC_RESULT (ic)); if (IC_RESULT (ic_prev) != IC_RIGHT (ic)) { bitVectUnSetBit (OP_USES (IC_RESULT (ic_prev)), ic->key); if (/*IS_ITEMP (IC_RESULT (ic_prev)) && */ prev_result_sym->liveTo == ic->seq) { prev_result_sym->liveTo = ic_prev->seq; } } bitVectSetBit (OP_USES (IC_RESULT (ic)), ic->key); bitVectSetBit (ic->rlive, IC_RESULT (ic)->key); if (bitVectIsZero (OP_USES (IC_RESULT (ic_prev)))) { bitVectUnSetBit (ic->rlive, IC_RESULT (ic)->key); bitVectUnSetBit (OP_DEFS (IC_RESULT (ic_prev)), ic_prev->key); remiCodeFromeBBlock (ebp, ic_prev); hTabDeleteItem (&iCodehTab, ic_prev->key, ic_prev, DELETE_ITEM, NULL); } } /* if this is an itemp & result of an address of a true sym then mark this as rematerialisable */ if (ic->op == ADDRESS_OF && IS_ITEMP (IC_RESULT (ic)) && IS_TRUE_SYMOP (IC_LEFT (ic)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1 && !OP_SYMBOL (IC_LEFT (ic))->onStack) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } /* if straight assignment then carry remat flag if this is the only definition */ if (ic->op == '=' && !POINTER_SET (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->remat && !IS_CAST_ICODE(OP_SYMBOL (IC_RIGHT (ic))->rematiCode) && !isOperandGlobal(IC_RESULT(ic)) && /* due to bug 1618050 */ bitVectnBitsOn (OP_SYMBOL (IC_RESULT (ic))->defs) <= 1) { OP_SYMBOL (IC_RESULT (ic))->remat = OP_SYMBOL (IC_RIGHT (ic))->remat; OP_SYMBOL (IC_RESULT (ic))->rematiCode = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; } /* if cast to a generic pointer & the pointer being cast is remat, then we can remat this cast as well */ if (ic->op == CAST && IS_SYMOP(IC_RIGHT(ic)) && OP_SYMBOL(IC_RIGHT(ic))->remat && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1) { sym_link *to_type = operandType(IC_LEFT(ic)); sym_link *from_type = operandType(IC_RIGHT(ic)); if (IS_GENPTR(to_type) && IS_PTR(from_type)) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } } /* if this is a +/- operation with a rematerizable then mark this as rematerializable as well */ if ((ic->op == '+' || ic->op == '-') && (IS_SYMOP (IC_LEFT (ic)) && IS_ITEMP (IC_RESULT (ic)) && IS_OP_LITERAL (IC_RIGHT (ic))) && OP_SYMBOL (IC_LEFT (ic))->remat && (!IS_SYMOP (IC_RIGHT (ic)) || !IS_CAST_ICODE(OP_SYMBOL (IC_RIGHT (ic))->rematiCode)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } /* mark the pointer usages */ if (POINTER_SET (ic) && IS_SYMOP (IC_RESULT (ic))) OP_SYMBOL (IC_RESULT (ic))->uptr = 1; if (POINTER_GET (ic) && IS_SYMOP (IC_LEFT (ic))) OP_SYMBOL (IC_LEFT (ic))->uptr = 1; if (!SKIP_IC2 (ic)) { /* if we are using a symbol on the stack then we should say mcs51_ptrRegReq */ if (options.useXstack && ic->parmPush && (ic->op == IPUSH || ic->op == IPOP)) mcs51_ptrRegReq++; if (ic->op == IFX && IS_SYMOP (IC_COND (ic))) mcs51_ptrRegReq += ((OP_SYMBOL (IC_COND (ic))->onStack || OP_SYMBOL (IC_COND (ic))->iaccess || SPEC_OCLS(OP_SYMBOL (IC_COND (ic))->etype) == idata) ? 1 : 0); else if (ic->op == JUMPTABLE && IS_SYMOP (IC_JTCOND (ic))) mcs51_ptrRegReq += ((OP_SYMBOL (IC_JTCOND (ic))->onStack || OP_SYMBOL (IC_JTCOND (ic))->iaccess || SPEC_OCLS(OP_SYMBOL (IC_JTCOND (ic))->etype) == idata) ? 1 : 0); else { if (IS_SYMOP (IC_LEFT (ic))) mcs51_ptrRegReq += ((OP_SYMBOL (IC_LEFT (ic))->onStack || OP_SYMBOL (IC_LEFT (ic))->iaccess || SPEC_OCLS(OP_SYMBOL (IC_LEFT (ic))->etype) == idata) ? 1 : 0); if (IS_SYMOP (IC_RIGHT (ic))) mcs51_ptrRegReq += ((OP_SYMBOL (IC_RIGHT (ic))->onStack || OP_SYMBOL (IC_RIGHT (ic))->iaccess || SPEC_OCLS(OP_SYMBOL (IC_RIGHT (ic))->etype) == idata) ? 1 : 0); if (IS_SYMOP (IC_RESULT (ic))) mcs51_ptrRegReq += ((OP_SYMBOL (IC_RESULT (ic))->onStack || OP_SYMBOL (IC_RESULT (ic))->iaccess || SPEC_OCLS(OP_SYMBOL (IC_RESULT (ic))->etype) == idata) ? 1 : 0); if (POINTER_GET (ic) && IS_SYMOP (IC_LEFT (ic)) && getSize (OP_SYMBOL (IC_LEFT (ic))->type) <= (unsigned int) PTRSIZE) mcs51_ptrRegReq ++; if (POINTER_SET (ic) && IS_SYMOP (IC_RESULT (ic)) && getSize (OP_SYMBOL (IC_RESULT (ic))->type) <= (unsigned int) PTRSIZE) mcs51_ptrRegReq ++; } } /* if the condition of an if instruction is defined in the previous instruction and this is the only usage then mark the itemp as a conditional */ if ((IS_CONDITIONAL (ic) || (IS_BITWISE_OP(ic) && isBitwiseOptimizable (ic))) && ic->next && ic->next->op == IFX && bitVectnBitsOn (OP_USES(IC_RESULT(ic)))==1 && isOperandEqual (IC_RESULT (ic), IC_COND (ic->next)) && OP_SYMBOL (IC_RESULT (ic))->liveTo <= ic->next->seq) { OP_SYMBOL (IC_RESULT (ic))->regType = REG_CND; continue; } /* if the condition of an if instruction is defined in the previous GET_POINTER instruction and this is the only usage then mark the itemp as accumulator use */ if ((POINTER_GET (ic) && getSize (operandType (IC_RESULT (ic))) <=1) && ic->next && ic->next->op == IFX && bitVectnBitsOn (OP_USES(IC_RESULT(ic)))==1 && isOperandEqual (IC_RESULT (ic), IC_COND (ic->next)) && OP_SYMBOL (IC_RESULT (ic))->liveTo <= ic->next->seq) { OP_SYMBOL (IC_RESULT (ic))->accuse = 1; continue; } /* reduce for support function calls */ if (ic->supportRtn || ic->op == '+' || ic->op == '-') packRegsForSupport (ic, ebp); /* some cases the redundant moves can can be eliminated for return statements */ if ((ic->op == RETURN || (ic->op == SEND && ic->argreg == 1)) && !isOperandInFarSpace (IC_LEFT (ic)) && options.model == MODEL_SMALL) { packRegsForOneuse (ic, IC_LEFT (ic), ebp); } /* if pointer set & left has a size more than one and right is not in far space */ if (POINTER_SET (ic) && IS_SYMOP (IC_RESULT (ic)) && !isOperandInFarSpace (IC_RIGHT (ic)) && !OP_SYMBOL (IC_RESULT (ic))->remat && !IS_OP_RUONLY (IC_RIGHT (ic)) && getSize (aggrToPtr (operandType (IC_RESULT (ic)), FALSE)) > 1) packRegsForOneuse (ic, IC_RESULT (ic), ebp); /* if pointer get */ if (POINTER_GET (ic) && IS_SYMOP (IC_LEFT (ic)) && !isOperandInFarSpace (IC_RESULT (ic)) && !OP_SYMBOL (IC_LEFT (ic))->remat && !IS_OP_RUONLY (IC_RESULT (ic)) && getSize (aggrToPtr (operandType (IC_LEFT (ic)), FALSE)) > 1) packRegsForOneuse (ic, IC_LEFT (ic), ebp); /* if this is a cast for intergral promotion then check if it's the only use of the definition of the operand being casted/ if yes then replace the result of that arithmetic operation with this result and get rid of the cast */ if (ic->op == CAST) { sym_link *fromType = operandType (IC_RIGHT (ic)); sym_link *toType = operandType (IC_LEFT (ic)); if (IS_INTEGRAL (fromType) && IS_INTEGRAL (toType) && getSize (fromType) != getSize (toType) && SPEC_USIGN (fromType) == SPEC_USIGN (toType)) { iCode *dic = packRegsForOneuse (ic, IC_RIGHT (ic), ebp); if (dic) { if (IS_ARITHMETIC_OP (dic)) { bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); ReplaceOpWithCheaperOp(&IC_RESULT (dic), IC_RESULT (ic)); remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); ic = ic->prev; } else OP_SYMBOL (IC_RIGHT (ic))->ruonly = 0; } } else { /* if the type from and type to are the same then if this is the only use then packit */ if (compareType (operandType (IC_RIGHT (ic)), operandType (IC_LEFT (ic))) == 1) { iCode *dic = packRegsForOneuse (ic, IC_RIGHT (ic), ebp); if (dic) { bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); ReplaceOpWithCheaperOp(&IC_RESULT (dic), IC_RESULT (ic)); remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); ic = ic->prev; } } } } /* pack for PUSH iTempNN := (some variable in farspace) V1 push iTempNN ; ------------- push V1 */ if (ic->op == IPUSH) { packForPush (ic, ebpp, blockno); } /* pack registers for accumulator use, when the result of an arithmetic or bit wise operation has only one use, that use is immediately following the definition and the using iCode has only one operand or has two operands but one is literal & the result of that operation is not on stack then we can leave the result of this operation in acc:b combination */ if ((IS_ARITHMETIC_OP (ic) || IS_CONDITIONAL(ic) || IS_BITWISE_OP (ic) || ic->op == LEFT_OP || ic->op == RIGHT_OP || ic->op == CALL || (ic->op == ADDRESS_OF && isOperandOnStack (IC_LEFT (ic))) ) && IS_ITEMP (IC_RESULT (ic)) && getSize (operandType (IC_RESULT (ic))) <= 2) { packRegsForAccUse (ic); } } } /*-----------------------------------------------------------------*/ /* assignRegisters - assigns registers to each live range as need */ /*-----------------------------------------------------------------*/ void mcs51_assignRegisters (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; iCode *ic; int i; setToNull ((void *) &_G.funcrUsed); setToNull ((void *) &_G.regAssigned); setToNull ((void *) &_G.totRegAssigned); mcs51_ptrRegReq = _G.stackExtend = _G.dataExtend = 0; if ((currFunc && IFFUNC_ISREENT (currFunc->type)) || options.stackAuto) { mcs51_nRegs = 16; } else { mcs51_nRegs = 8; } _G.allBitregs = findAllBitregs (); /* change assignments this will remove some live ranges reducing some register pressure */ for (i = 0; i < count; i++) packRegisters (ebbs, i); /* liveranges probably changed by register packing so we compute them again */ recomputeLiveRanges (ebbs, count); if (options.dump_pack) dumpEbbsToFileExt (DUMP_PACK, ebbi); /* first determine for each live range the number of registers & the type of registers required for each */ regTypeNum (*ebbs); /* and serially allocate registers */ serialRegAssign (ebbs, count); freeAllRegs (); //setToNull ((void *) &_G.regAssigned); //setToNull ((void *) &_G.totRegAssigned); fillGaps(); /* if stack was extended then tell the user */ if (_G.stackExtend) { /* werror(W_TOOMANY_SPILS,"stack", */ /* _G.stackExtend,currFunc->name,""); */ _G.stackExtend = 0; } if (_G.dataExtend) { /* werror(W_TOOMANY_SPILS,"data space", */ /* _G.dataExtend,currFunc->name,""); */ _G.dataExtend = 0; } /* after that create the register mask for each of the instruction */ createRegMask (ebbs, count); /* redo that offsets for stacked automatic variables */ if (currFunc) { redoStackOffsets (); } /* make sure r0 & r1 are flagged as used if they might be used */ /* as pointers */ if (currFunc && mcs51_ptrRegReq) { currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, R0_IDX); currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, R1_IDX); } if (options.dump_rassgn) { dumpEbbsToFileExt (DUMP_RASSGN, ebbi); dumpLiveRanges (DUMP_LRANGE, liveRanges); } /* do the overlaysegment stuff SDCCmem.c */ doOverlays (ebbs, count); /* now get back the chain */ ic = iCodeLabelOptimize (iCodeFromeBBlock (ebbs, count)); gen51Code (ic); /* free up any _G.stackSpil locations allocated */ applyToSet (_G.stackSpil, deallocStackSpil); _G.slocNum = 0; setToNull ((void *) &_G.stackSpil); setToNull ((void *) &_G.spiltSet); /* mark all registers as free */ freeAllRegs (); return; } sdcc-2.9.0/src/mcs51/ralloc.h000066400000000000000000000046431116427777700156340ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCralloc.h - header file register allocation Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCicode.h" #include "SDCCBBlock.h" #ifndef SDCCRALLOC_H #define SDCCRALLOC_H 1 enum { R2_IDX = 0, R3_IDX, R4_IDX, R5_IDX, R6_IDX, R7_IDX, R0_IDX, R1_IDX, B0_IDX, B1_IDX, B2_IDX, B3_IDX, B4_IDX, B5_IDX, B6_IDX, B7_IDX, X8_IDX, X9_IDX, X10_IDX, X11_IDX, X12_IDX, CND_IDX, DPL_IDX, DPH_IDX, B_IDX, A_IDX, END_IDX }; #define REG_PTR 0x01 #define REG_GPR 0x02 #define REG_CND 0x04 #define REG_BIT 0x08 /* definition for the registers */ typedef struct regs { short type; /* can have value REG_GPR, REG_PTR or REG_CND */ short rIdx; /* index into register table */ short otype; char *name; /* name */ char *dname; /* name when direct access needed */ char *base; /* base address */ short offset; /* offset from the base */ unsigned isFree:1; /* is currently unassigned */ unsigned valueKnown:1; /* from rtrack.c */ unsigned char value; /* from rtrack.c only valid when valueKnown is set */ } regs; extern regs regs8051[]; regs *mcs51_regWithIdx (int); bitVect *mcs51_rUmaskForOp (operand * op); bitVect *mcs51_allBitregs (void); extern int mcs51_ptrRegReq; extern int mcs51_nRegs; #endif sdcc-2.9.0/src/mcs51/rtrack.c000066400000000000000000000463421116427777700156430ustar00rootroot00000000000000/*------------------------------------------------------------------------- rtrack.c - tracking content of registers on an mcs51 Copyright 2007 Frieder Ferlemann (Frieder Ferlemann AT web.de) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA -------------------------------------------------------------------------*/ /*------------------------------------------------------------------------- Status: - passes regression test suite, still bugs are likely - only active if environment variable SDCC_RTRACK is set Missed opportunities: - does not track symbols as in "mov a,#_my_int" or "mov a,#(_my_int+1)" - only used with moves to acc so chances to use: "inc dptr", "inc r2", "add a,r2" or "mov r2,a" would not be detected) - a label causes loss of tracking (no handling of information of blocks known to follow/preceed the current block) - not used in aopGet or genRet - does not track which registers are known to be unchanged within a function (would not have to be saved when calling the function) -------------------------------------------------------------------------*/ #include #include #include "SDCCglobl.h" #include "common.h" #include "ralloc.h" #include "gen.h" #define DEBUG(x) //#define DEBUG(x) x #define D(x) do if (options.verboseAsm) {x;} while(0) #define REGS8051_SET(idx,val) do{ \ regs8051[idx].value = (val) & 0xff; \ regs8051[idx].valueKnown = 1; \ DEBUG(printf("%s:0x%02x\n",regs8051[idx].name, \ regs8051[idx].value);) \ } while(0) #define REGS8051_UNSET(idx) do{ \ regs8051[idx].valueKnown = 0; \ DEBUG(printf("%s:*\n",regs8051[idx].name);) \ } while(0) /* r0..r7 are not in numerical order in struct regs: r2..r7,r0,r1 */ #define Rx_NUM_TO_IDX(num) (R2_IDX+((num-2)&0x07)) /* move this (or rtrackGetLit() and rtrackMoveALit() elsewhere? stealing emitcode from gen.c */ void emitcode (const char *inst, const char *fmt,...); static int enable = -1; /* static void dumpAll() { unsigned int i; unsigned int nl=0; for (i=0; ivalueKnown) { REGS8051_SET (A_IDX, r->value); return; } REGS8051_UNSET (A_IDX); return; } if (!strncmp (line,"mov\ta",5)) { REGS8051_UNSET (A_IDX); return; } if (!strncmp (line,"movc\ta",6) || !strncmp (line,"movx\ta",6)) { REGS8051_UNSET (A_IDX); return; } /* move direct to symbol, do not care */ if (!strncmp (line,"mov\t_",5) || !strncmp (line,"mov\t(_",6)) return; /* check literal mov to register */ if (!strncmp (line,"mov\tr",5)) { char *s; int value; int regNum; regNum = strtol (line+5, &s, 16); if (s == line+6) { value = strtol (line+8, &s, 16); if ((s != line+8) && !strncmp (line+6,",#0x",4)) REGS8051_SET (Rx_NUM_TO_IDX(regNum), value); else REGS8051_UNSET (Rx_NUM_TO_IDX(regNum)); return; } } /* mov to psw can change register bank */ if (!strncmp (line,"mov\tpsw,",8)) { invalidateAllRx(); return; } /* no tracking of these, so we do not care */ if (!strncmp (line,"mov\tdptr,#",10) || !strncmp (line,"mov\tdpl,",8) || !strncmp (line,"mov\tdph,",8) || !strncmp (line,"mov\tsp,",7) || !strncmp (line,"mov\tb,",6)) return; /* mov to xdata memory does not change registers */ if (!strncmp (line,"movx\t@",6)) return; if (!strncmp (line,"mov\t@",5)) { invalidateAllRx(); return; } } /* no tracking of SP */ if (!strncmp (line,"push",4)) return; if (!strncmp (line,"pop\ta",5)) { if (!strncmp (line+4,"acc",3)){ REGS8051_UNSET (A_IDX); return; } if (!strncmp (line+4,"ar2",3)){ REGS8051_UNSET (Rx_NUM_TO_IDX (2)); return; } if (!strncmp (line+4,"ar3",3)){ REGS8051_UNSET (Rx_NUM_TO_IDX (3)); return; } if (!strncmp (line+4,"ar4",3)){ REGS8051_UNSET (Rx_NUM_TO_IDX (4)); return; } if (!strncmp (line+4,"ar5",3)){ REGS8051_UNSET (Rx_NUM_TO_IDX (5)); return; } if (!strncmp (line+4,"ar6",3)){ REGS8051_UNSET (Rx_NUM_TO_IDX (6)); return; } if (!strncmp (line+4,"ar7",3)){ REGS8051_UNSET (Rx_NUM_TO_IDX (7)); return; } if (!strncmp (line+4,"ar0",3)){ REGS8051_UNSET (Rx_NUM_TO_IDX (0)); return; } if (!strncmp (line+4,"ar1",3)){ REGS8051_UNSET (Rx_NUM_TO_IDX (1)); return; } } if (!strncmp (line,"inc",3)) { /* no tracking of dptr, ignore */ if (!strcmp (line,"inc\tdptr") || !strcmp (line,"inc\tdph") || !strcmp (line,"inc\tdpl")) return; if (!strcmp (line,"inc\ta")) { if (regs8051[A_IDX].valueKnown) REGS8051_SET (A_IDX, regs8051[A_IDX].value+1); return; } if(!strncmp (line,"inc\tr",5)) { regs *r = getReg(line+5); if (r && r->valueKnown) { REGS8051_SET (r->rIdx, r->value+1); } return; } } /* some bit in acc is cleared MB: I'm too lazy to find out which right now */ if (!strncmp (line,"jbc\tacc",7)) { REGS8051_UNSET (A_IDX); return; } /* unfortunately the label typically following these will cause loss of tracking */ if (!strncmp (line,"jc\t",3) || !strncmp (line,"jnc\t",4) || !strncmp (line,"jb\t",3) || !strncmp (line,"jnb\t",4) || !strncmp (line,"jbc\t",4)) return; /* if branch not taken in "cjne r2,#0x08,somewhere" r2 is known to be 8 */ if (!strncmp (line,"cjne",4)) { if(!strncmp (line,"cjne\ta,#0x",10)) { char *s; int value; value = strtol (line+8, &s, 16); if (s != line+8) REGS8051_SET (A_IDX, value); /* valid hex found */ } if(!strncmp (line,"cjne\tr",6)) { char *s; int value; regs *r = getReg(line+6); value = strtol (line+8, &s, 16); if (r && s != line+8) REGS8051_SET (r->rIdx, value); /* valid hex found */ } return; } /* acc eventually known to be zero */ if (!strncmp (line,"jz\t",3)) return; /* acc eventually known to be zero */ if (!strncmp (line,"jnz\t",4)) { REGS8051_SET (A_IDX, 0x00); // branch not taken return; } if (!strncmp (line,"djnz\tr",6)) { char *s; int regNum; regNum = strtol (line+6, &s, 16); if (s == line+7) { //REGS8051_UNSET (Rx_NUM_TO_IDX(regNum)); REGS8051_SET (Rx_NUM_TO_IDX(regNum), 0x00); // branch not taken return; } } /* only carry bit, so we do not care */ if (!strncmp (line,"setb\tc",6) || !strncmp (line,"clr\tc",5) || !strncmp (line,"cpl\tc",5)) return; if (!strncmp (line,"add\ta,",6) || !strncmp (line,"addc\ta,",7)|| !strncmp (line,"subb\ta,",7)|| !strncmp (line,"xrl\ta,",6) || !strncmp (line,"orl\ta,",6) || !strncmp (line,"anl\ta,",6) || !strncmp (line,"da\ta",4) || !strncmp (line,"rlc\ta,",6) || !strncmp (line,"rrc\ta,",6) || !strncmp (line,"setb\ta",6) || !strncmp (line,"clrb\ta,",7)|| !strncmp (line,"cpl\tacc",7)) { /* could also handle f.e. "add a,Rx" if a, Rx are known or "xrl a,#0x08" */ REGS8051_UNSET (A_IDX); return; } if (!strncmp (line,"dec",3)) { /* no tracking of dptr, so we would not care */ if (!strcmp (line,"dec\tdph") || !strcmp (line,"dec\tdpl")) return; if (!strcmp (line,"dec\ta")) { if (regs8051[A_IDX].valueKnown) REGS8051_SET (A_IDX, regs8051[A_IDX].value-1); return; } if(!strncmp (line,"dec\tr",5)) { regs *r = getReg(line+5); if (r && r->valueKnown) { REGS8051_SET (r->rIdx, r->value-1); } return; } } if (!strcmp (line,"clr\ta")) { REGS8051_SET (A_IDX, 0); return; } if (!strcmp (line,"cpl\ta")) { if (regs8051[A_IDX].valueKnown) REGS8051_SET (A_IDX, ~regs8051[A_IDX].value); return; } if (!strcmp (line,"rl\ta")) { if (regs8051[A_IDX].valueKnown) REGS8051_SET (A_IDX, (regs8051[A_IDX].value<<1) | (regs8051[A_IDX].value>>7) ); return; } if (!strcmp (line,"rr\ta")) { if (regs8051[A_IDX].valueKnown) REGS8051_SET (A_IDX, (regs8051[A_IDX].value>>1) | (regs8051[A_IDX].value<<7)); return; } if (!strcmp (line,"swap\ta")) { if (regs8051[A_IDX].valueKnown) REGS8051_SET (A_IDX, (regs8051[A_IDX].value>>4) | (regs8051[A_IDX].value<<4)); return; } if (!strncmp (line,"mul",3) || !strncmp (line,"div",3) ) { REGS8051_UNSET (A_IDX); REGS8051_UNSET (B_IDX); return; } /* assuming these library functions have no side-effects */ if (!strcmp (line,"lcall")) { if (!strcmp (line,"lcall\t__gptrput")) { /* invalidate R0..R7 because they might have been changed */ /* MB: too paranoid ? */ //invalidateAllRx(); return; } if (!strcmp (line,"lcall\t__gptrget")) { REGS8051_UNSET (A_IDX); return; } if (!strcmp (line,"lcall\t__decdptr")) { return; } } if (!strncmp (line,"xch\ta,r",7)) { /* handle xch acc with Rn */ regs *r = getReg(line+7); if (r) { unsigned swap; swap = r->valueKnown; r->valueKnown = regs8051[A_IDX].valueKnown; regs8051[A_IDX].valueKnown = swap; swap = r->value; r->value = regs8051[A_IDX].value; regs8051[A_IDX].value = swap; return; } } /* all others unrecognized, invalidate */ invalidateAll(); } /* expects f.e. "#0x01" and returns either "#0x01" if the value is not known to be within registers or "a" or "r0".."r7". (mov a,r7 or add a,r7 need one byte whereas mov a,#0x01 or add a,#0x01 would take two */ char * rtrackGetLit(const char *x) { unsigned int i; char *s; if (enable != 1) return (char *)x; /* was it a numerical literal? */ if (*x == '#') { int val = strtol (x+1, &s, 16); if (x+1 != s) { /* try to get from acc */ regs *r = ®s8051[A_IDX]; if (r->valueKnown && r->value == val) { D(emitcode (";", "genFromRTrack 0x%02x=%s", val, r->name)); return r->name; } /* try to get from register R0..R7 */ for (i=0; i<8; i++) { regs *r = ®s8051[Rx_NUM_TO_IDX(i)]; if (r->valueKnown && r->value == val) { D(emitcode (";", "genFromRTrack 0x%02x=%s", val, r->name)); return r->name; } } } else { /* probably a symbolic literal as in "mov r3,#(_i+1)", not handled... */ } } return (char *)x; } /* Similar to the above function As the destination is the accumulator try harder yet and try to generate the result with arithmetic operations */ int rtrackMoveALit (const char *x) { if (enable != 1) return 0; /* if it is a literal mov try to get it cheaper */ if ( *x == '#' ) { regs *a = ®s8051[A_IDX]; char *s; int val = strtol (x+1, &s, 16); /* was it a numerical literal? */ if (x+1 != s) { /* prefer mov a,#0x00 */ if (val == 0 && ((a->valueKnown && a->value != 0) || !a->valueKnown)) { /* peepholes convert to clr a */ /* MB: why not here ? */ emitcode ("mov", "a,#0x00"); return 1; } if (a->valueKnown) { /* already there? */ if (val == a->value) { D(emitcode (";", "genFromRTrack acc=0x%02x", a->value)); return 1; } /* can be calculated with an instruction that does not change flags from acc itself? */ if (val == ((a->value+1) & 0xff) ) { D(emitcode (";", "genFromRTrack 0x%02x=0x%02x+1", val, a->value)); emitcode ("inc", "a"); return 1; } if (val == ((a->value-1) & 0xff) ) { D(emitcode (";", "genFromRTrack 0x%02x=0x%02x-1", val, a->value)); emitcode ("dec", "a"); return 1; } if (val == ((~a->value) & 0xff) ) { D(emitcode (";", "genFromRTrack 0x%02x=~0x%02x", val, a->value)); emitcode ("cpl", "a"); return 1; } if (val == (((a->value>>1) | (a->value<<7)) & 0xff)) { D(emitcode (";", "genFromRTrack 0x%02x=rr(0x%02x)", val, a->value)); emitcode ("rr", "a"); return 1; } if (val == (((a->value<<1) | (a->value>>7)) & 0xff )) { D(emitcode (";", "genFromRTrack 0x%02x=rl(0x%02x)", val, a->value)); emitcode ("rl", "a"); return 1; } if (val == ( ((a->value & 0x0f)<<4) | ((a->value & 0xf0)>>4) )) { D(emitcode (";", "genFromRTrack 0x%02x=swap(0x%02x)", val, a->value)); emitcode ("swap", "a"); return 1; } /* Decimal Adjust Accumulator (da a) changes flags so not used */ } { unsigned int i; char *ptr= rtrackGetLit(x); if (x != ptr) { /* could get from register, fine */ emitcode ("mov", "a,%s", ptr); return 1; } /* not yet giving up - try to calculate from register R0..R7 */ for (i=0; i<8; i++) { regs *r = ®s8051[Rx_NUM_TO_IDX(i)]; if (a->valueKnown && r->valueKnown) { /* calculate with a single byte instruction from R0..R7? */ if (val == (a->value | r->value)) { D(emitcode (";", "genFromRTrack 0x%02x=0x%02x|0x%02x", val, a->value, r->value)); emitcode ("orl", "a,%s",r->name); return 1; } if (val == (a->value & r->value)) { D(emitcode (";", "genFromRTrack 0x%02x=0x%02x&0x%02x", val, a->value, r->value)); emitcode ("anl", "a,%s", r->name); return 1; } if (val == (a->value ^ r->value)) { D(emitcode (";", "genFromRTrack 0x%02x=0x%02x^0x%02x", val, a->value, r->value)); emitcode ("xrl", "a,%s", r->name); return 1; } /* changes flags (does that matter?) if (val == (a->value + r->value)) { D(emitcode (";", "genFromRTrack 0x%02x=0x%02x+%0x02x", val, a->value, r->value)); emitcode ("add", "a,%s",r->name); return 1; } so not used */ } } } } } return 0; } sdcc-2.9.0/src/mcs51/rtrack.h000066400000000000000000000021151116427777700156360ustar00rootroot00000000000000/*------------------------------------------------------------------------- rtrack.h - header file for tracking content of registers on an mcs51 Copyright 2007 Frieder Ferlemann (Frieder Ferlemann AT web.de) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA -------------------------------------------------------------------------*/ void rtrackUpdate (const char *line); char * rtrackGetLit(const char *x); int rtrackMoveALit (const char *x); sdcc-2.9.0/src/pic/000077500000000000000000000000001116427777700140235ustar00rootroot00000000000000sdcc-2.9.0/src/pic/Makefile.bcc000066400000000000000000000006471116427777700162200ustar00rootroot00000000000000# Makefile for Borlad C++ PRJDIR = ../.. OBJ = device.obj gen.obj genarith.obj ralloc.obj main.obj glue.obj pcode.obj pcodeflow.obj pcodepeep.obj pcoderegs.obj LIB = port.lib !include $(PRJDIR)/Bcc.inc CFLAGS = $(CFLAGS) -I.. -I$(PRJDIR) all: $(LIB) main.obj: main.c peeph.rul $(LIB): $(OBJ) if exist $(LIB) del $(LIB) tlib $@ @&&! +$(**: = &^ +) ! .def.rul: gawk -f ../SDCCpeeph.awk $< > $@ sdcc-2.9.0/src/pic/Makefile.in000066400000000000000000000002611116427777700160670ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ # Make all in this directory PORT = pic include $(srcdir)/../port.mk sdcc-2.9.0/src/pic/device.c000066400000000000000000000550271116427777700154370ustar00rootroot00000000000000/*------------------------------------------------------------------------- device.c - Accomodates subtle variations in PIC devices Written By - Scott Dattalo scott@dattalo.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ #include "device.h" /* * Imports */ extern set *includeDirsSet; extern set *userIncDirsSet; extern set *libDirsSet; extern set *libPathsSet; #define MAX_PICLIST 200 static PIC_device *Pics[MAX_PICLIST]; static PIC_device *pic = NULL; static int num_of_supported_PICS = 0; static int maxRAMaddress = 0; #define CONFIG_WORD_ADDRESS 0x2007 #define CONFIG2_WORD_ADDRESS 0x2008 #define DEFAULT_CONFIG_WORD 0x3fff #define DEFAULT_CONFIG2_WORD 0x3ffc #define DEVICE_FILE_NAME "pic14devices.txt" #define PIC14_STRING_LEN 256 #define SPLIT_WORDS_MAX 16 /* Keep track of whether we found an assignment to the __config words. */ static int pic14_hasSetConfigWord = 0; static unsigned int config_word = DEFAULT_CONFIG_WORD; static unsigned int config2_word = DEFAULT_CONFIG2_WORD; static memRange *rangeRAM = NULL; /* parse a value from the configuration file */ static int parse_config_value (char *str) { if (str[strlen (str) - 1] == 'K') return atoi (str) * 1024; /* like "1K" */ else if (STRNCASECMP (str, "0x", 2) == 0) return strtol (str+2, NULL, 16); /* like "0x400" */ else return atoi (str); /* like "1024" */ } /* split a line into words */ static int split_words (char **result_word, char *str) { static const char delim[] = " \f\n\r\t\v,"; char *token; int num_words; /* release previously allocated words */ for (num_words = 0; num_words < SPLIT_WORDS_MAX; num_words++) { if (result_word[num_words]) { free (result_word[num_words]); result_word[num_words] = NULL; } // if } // for /* split line */ token = strtok (str, delim); num_words = 0; while (token && (num_words < SPLIT_WORDS_MAX)) { result_word[num_words] = Safe_strdup (token); num_words++; token = strtok (NULL, delim); } // while return num_words; } /* remove annoying prefixes from the processor name */ static char * sanitise_processor_name (char *name) { char *proc_pos = name; if (name == NULL) return NULL; if (STRNCASECMP (proc_pos, "pic", 3) == 0) proc_pos += 3; else if (tolower (*proc_pos) == 'p') proc_pos += 1; return proc_pos; } /* create a structure for a pic processor */ static PIC_device * create_pic (char *pic_name, int maxram, int bankmsk, int confsiz, int program, int data, int eeprom, int io) { PIC_device *new_pic; char *simple_pic_name = sanitise_processor_name (pic_name); new_pic = Safe_calloc (1, sizeof (PIC_device)); new_pic->name = Safe_strdup (simple_pic_name); new_pic->defMaxRAMaddrs = maxram; new_pic->bankMask = bankmsk; new_pic->hasSecondConfigReg = confsiz > 1; new_pic->programMemSize = program; new_pic->dataMemSize = data; new_pic->eepromMemSize = eeprom; new_pic->ioPins = io; new_pic->ram = rangeRAM; Pics[num_of_supported_PICS] = new_pic; num_of_supported_PICS++; return new_pic; } /* mark some registers as being duplicated across banks */ static void register_map (int num_words, char **word) { memRange *r; int pcount; if (num_words < 3) { fprintf (stderr, "WARNING: not enough values in %s regmap directive\n", DEVICE_FILE_NAME); return; } // if for (pcount = 2; pcount < num_words; pcount++) { r = Safe_calloc (1, sizeof (memRange)); r->start_address = parse_config_value (word[pcount]); r->end_address = parse_config_value (word[pcount]); r->alias = parse_config_value (word[1]); r->bank = (r->start_address >> 7) & 3; // add memRange to device entry for future lookup (sharebanks) r->next = rangeRAM; rangeRAM = r; } // for } /* define ram areas - may be duplicated across banks */ static void ram_map (int num_words, char **word) { memRange *r; if (num_words < 4) { fprintf (stderr, "WARNING: not enough values in %s memmap directive\n", DEVICE_FILE_NAME); return; } // if r = Safe_calloc (1, sizeof (memRange)); //fprintf (stderr, "%s: %s %s %s\n", __FUNCTION__, word[1], word[2], word[3]); r->start_address = parse_config_value (word[1]); r->end_address = parse_config_value (word[2]); r->alias = parse_config_value (word[3]); r->bank = (r->start_address >> 7) & 3; // add memRange to device entry for future lookup (sharebanks) r->next = rangeRAM; rangeRAM = r; } static void setMaxRAM (int size) { maxRAMaddress = size; if (maxRAMaddress < 0) { fprintf (stderr, "invalid maxram 0x%x setting in %s\n", maxRAMaddress, DEVICE_FILE_NAME); return; } // if } /* read the file with all the pic14 definitions and pick out the definition * for a processor if specified. if pic_name is NULL reads everything */ static PIC_device * find_device (char *pic_name) { FILE *pic_file; char pic_buf[PIC14_STRING_LEN]; int found_processor = FALSE; int done = FALSE; char **processor_name; int num_processor_names = 0; int pic_maxram = 0; int pic_bankmsk = 0; int pic_confsiz = 0; int pic_program = 0; int pic_data = 0; int pic_eeprom = 0; int pic_io = 0; char *simple_pic_name; char *dir; char filename[512]; int len = 512; char **pic_word; int num_pic_words; int wcount; pic_word = Safe_calloc (sizeof (char *), SPLIT_WORDS_MAX); processor_name = Safe_calloc (sizeof (char *), SPLIT_WORDS_MAX); /* allow abbreviations of the form "f877" - convert to "16f877" */ simple_pic_name = sanitise_processor_name (pic_name); num_of_supported_PICS = 0; /* open the piclist file */ /* first scan all include directories */ pic_file = NULL; //fprintf (stderr, "%s: searching %s\n", __FUNCTION__, DEVICE_FILE_NAME); for (dir = setFirstItem (userIncDirsSet); !pic_file && dir; dir = setNextItem (userIncDirsSet)) { //fprintf (stderr, "searching1 %s\n", dir); SNPRINTF (&filename[0], len, "%s%s", dir, DIR_SEPARATOR_STRING DEVICE_FILE_NAME); pic_file = fopen (filename, "rt"); if (pic_file) break; } // for for (dir = setFirstItem (includeDirsSet); !pic_file && dir; dir = setNextItem (includeDirsSet)) { //fprintf (stderr, "searching2 %s\n", dir); SNPRINTF (&filename[0], len, "%s%s", dir, DIR_SEPARATOR_STRING DEVICE_FILE_NAME); pic_file = fopen (filename, "rt"); if (pic_file) break; } // for for (dir = setFirstItem (libDirsSet); !pic_file && dir; dir = setNextItem (libDirsSet)) { //fprintf (stderr, "searching3 %s\n", dir); SNPRINTF (&filename[0], len, "%s%s", dir, DIR_SEPARATOR_STRING DEVICE_FILE_NAME); pic_file = fopen (filename, "rt"); if (pic_file) break; } // for for (dir = setFirstItem (libPathsSet); !pic_file && dir; dir = setNextItem (libPathsSet)) { //fprintf (stderr, "searching4 %s\n", dir); SNPRINTF (&filename[0], len, "%s%s", dir, DIR_SEPARATOR_STRING DEVICE_FILE_NAME); pic_file = fopen (filename, "rt"); if (pic_file) break; } // for if (!pic_file) { SNPRINTF (&filename[0], len, "%s", DATADIR LIB_DIR_SUFFIX DIR_SEPARATOR_STRING "pic" DIR_SEPARATOR_STRING DEVICE_FILE_NAME); pic_file = fopen (filename, "rt"); } // if if (pic_file == NULL) { fprintf (stderr, "can't find %s\n", DEVICE_FILE_NAME); return NULL; } // if if (options.verbose) printf ("Using devices from %s.\n", filename); /* read line by line */ pic_buf[sizeof (pic_buf)-1] = '\0'; while (fgets (pic_buf, sizeof (pic_buf)-1, pic_file) != NULL && !done) { /* strip comments */ { char *comment = strchr (pic_buf, '#'); if (comment) *comment = 0; } /* split into fields */ num_pic_words = split_words (pic_word, pic_buf); /* ignore comment / empty lines */ if (num_pic_words > 0) { if (STRCASECMP (pic_word[0], "processor") == 0) { if (pic_name == NULL) { int dcount; /* this is the mode where we read all the processors in - store the names for now */ if (num_processor_names > 0) { /* store away all the previous processor definitions */ for (dcount = 1; dcount < num_processor_names; dcount++) { create_pic (processor_name[dcount], pic_maxram, pic_bankmsk, pic_confsiz, pic_program, pic_data, pic_eeprom, pic_io); } // for } // if /* copy processor names */ num_processor_names = num_pic_words; for (dcount = 1; dcount < num_processor_names; dcount++) { processor_name[dcount] = pic_word[dcount]; pic_word[dcount] = NULL; } // for } // if else { /* if we've just completed reading a processor definition stop now */ if (found_processor) done = TRUE; else { /* check if this processor name is a match */ for (wcount = 1; wcount < num_pic_words; wcount++) { /* skip uninteresting prefixes */ char *found_name = sanitise_processor_name (pic_word[wcount]); if (STRCASECMP (found_name, simple_pic_name) == 0) found_processor = TRUE; } // for } // if } // if } // if else { if (found_processor || pic_name == NULL) { /* only parse a processor section if we've found the one we want */ if (STRCASECMP (pic_word[0], "maxram") == 0 && num_pic_words > 1) { pic_maxram = parse_config_value (pic_word[1]); setMaxRAM (pic_maxram); } // if else if (STRCASECMP (pic_word[0], "bankmsk") == 0 && num_pic_words > 1) pic_bankmsk = parse_config_value (pic_word[1]); else if (STRCASECMP (pic_word[0], "confsiz") == 0 && num_pic_words > 1) pic_confsiz = parse_config_value (pic_word[1]); else if (STRCASECMP (pic_word[0], "program") == 0 && num_pic_words > 1) pic_program = parse_config_value (pic_word[1]); else if (STRCASECMP (pic_word[0], "data") == 0 && num_pic_words > 1) pic_data = parse_config_value (pic_word[1]); else if (STRCASECMP (pic_word[0], "eeprom") == 0 && num_pic_words > 1) pic_eeprom = parse_config_value (pic_word[1]); else if (STRCASECMP (pic_word[0], "io") == 0 && num_pic_words > 1) pic_io = parse_config_value (pic_word[1]); else if (STRCASECMP (pic_word[0], "regmap") == 0 && num_pic_words > 2) { if (found_processor) register_map (num_pic_words, pic_word); } // if else if (STRCASECMP (pic_word[0], "memmap") == 0 && num_pic_words > 2) { if (found_processor) ram_map (num_pic_words, pic_word); } // if else { fprintf (stderr, "WARNING: %s: bad syntax `%s'\n", DEVICE_FILE_NAME, pic_word[0]); } // if } // if } // if } // if } // while fclose (pic_file); split_words (pic_word, NULL); free (pic_word); /* if we're in read-the-lot mode then create the final processor definition */ if (pic_name == NULL) { if (num_processor_names > 0) { /* store away all the previous processor definitions */ int dcount; for (dcount = 1; dcount < num_processor_names; dcount++) { create_pic (processor_name[dcount], pic_maxram, pic_bankmsk, pic_confsiz, pic_program, pic_data, pic_eeprom, pic_io); } // for } // if } // if else { /* in search mode */ if (found_processor) { split_words (processor_name, NULL); free (processor_name); /* create a new pic entry */ return create_pic (pic_name, pic_maxram, pic_bankmsk, pic_confsiz, pic_program, pic_data, pic_eeprom, pic_io); } // if } // if split_words (processor_name, NULL); free (processor_name); return NULL; } /*-----------------------------------------------------------------* * void list_valid_pics(int ncols, int list_alias) * * Print out a formatted list of valid PIC devices * * ncols - number of columns in the list. * * list_alias - if non-zero, print all of the supported aliases * for a device (e.g. F84, 16F84, etc...) *-----------------------------------------------------------------*/ static void list_valid_pics(int ncols) { int col=0,longest; int i,k,l; if (num_of_supported_PICS == 0) find_device(NULL); /* load all the definitions */ /* decrement the column number if it's greater than zero */ ncols = (ncols > 1) ? ncols-1 : 4; /* Find the device with the longest name */ for(i=0,longest=0; iname); if(k>longest) longest = k; } #if 1 /* heading */ fprintf(stderr, "\nPIC14 processors and their characteristics:\n\n"); fprintf(stderr, " processor"); for(k=0; kname); l = longest + 2 - strlen(Pics[i]->name); for(k=0; kprogramMemSize % 1024 == 0) fprintf(stderr, "%4dK", Pics[i]->programMemSize / 1024); else fprintf(stderr, "%5d", Pics[i]->programMemSize); fprintf(stderr, " %5d %5d %4d\n", Pics[i]->dataMemSize, Pics[i]->eepromMemSize, Pics[i]->ioPins); } col = 0; fprintf(stderr, "\nPIC14 processors supported:\n"); for(i=0; i < num_of_supported_PICS; i++) { fprintf(stderr,"%s", Pics[i]->name); if(colname); for(k=0; k 0) return 1; return 0; } /*-----------------------------------------------------------------* * char *processor_base_name(void) - Include file is derived from this. *-----------------------------------------------------------------*/ char *processor_base_name(void) { if(!pic) return NULL; return pic->name; } int IS_CONFIG_ADDRESS(int address) { return ((address == CONFIG_WORD_ADDRESS) || (address == CONFIG2_WORD_ADDRESS)); } /*-----------------------------------------------------------------* * void pic14_assignConfigWordValue(int address, int value) * * Most midrange PICs have one config word at address 0x2007. * Newer PIC14s have a second config word at address 0x2008. * This routine will assign values to those addresses. * *-----------------------------------------------------------------*/ void pic14_assignConfigWordValue(int address, int value) { if (CONFIG_WORD_ADDRESS == address) config_word = value; else if (CONFIG2_WORD_ADDRESS == address) config2_word = value; //fprintf(stderr,"setting config word 0x%x to 0x%x\n", address, value); pic14_hasSetConfigWord = 1; } /*-----------------------------------------------------------------* * int pic14_getConfigWord(int address) * * Get the current value of a config word. * *-----------------------------------------------------------------*/ static int pic14_getConfigWord(int address) { switch (address) { case CONFIG_WORD_ADDRESS: return config_word; case CONFIG2_WORD_ADDRESS: return config2_word; default: return 0; } } /*-----------------------------------------------------------------* * int getHasSecondConfigReg(void) - check if the device has a * second config register, rather than just one. *-----------------------------------------------------------------*/ static int pic14_getHasSecondConfigReg(void) { if(!pic) return 0; else return pic->hasSecondConfigReg; } /*-----------------------------------------------------------------* * int pic14_emitConfigWord (FILE * vFile) * * Emit the __config directives iff we found a previous assignment * to the config word. *-----------------------------------------------------------------*/ int pic14_emitConfigWord (FILE * vFile) { if (pic14_hasSetConfigWord) { fprintf (vFile, "%s", iComments2); fprintf (vFile, "; config word \n"); fprintf (vFile, "%s", iComments2); if (pic14_getHasSecondConfigReg()) { fprintf (vFile, "\t__config _CONFIG1, 0x%x\n", pic14_getConfigWord(0x2007)); fprintf (vFile, "\t__config _CONFIG2, 0x%x\n", pic14_getConfigWord(0x2008)); } else fprintf (vFile, "\t__config 0x%x\n", pic14_getConfigWord(0x2007)); return 1; } return 0; } /*-----------------------------------------------------------------* * True iff the device has memory aliased in every bank. * If true, low and high will be set to the low and high address * occupied by the (last) sharebank found. *-----------------------------------------------------------------*/ static int pic14_hasSharebank(int *low, int *high, int *size) { memRange *r; assert(pic); r = pic->ram; while (r) { //fprintf (stderr, "%s: region %x..%x, bank %x, alias %x, pic->bankmask %x, min_size %d\n", __FUNCTION__, r->start_address, r->end_address, r->bank, r->alias, pic->bankMask, size ? *size : 0); // find sufficiently large shared region if ((r->alias == pic->bankMask) && (r->end_address != r->start_address) // ignore SFRs && (!size || (*size <= (r->end_address - r->start_address + 1)))) { if (low) *low = r->start_address; if (high) *high = r->end_address; if (size) *size = r->end_address - r->start_address + 1; return 1; } // if r = r->next; } // while if (low) *low = 0x0; if (high) *high = 0x0; if (size) *size = 0x0; //fprintf (stderr, "%s: no shared bank found\n", __FUNCTION__); return 0; } /* * True iff the memory region [low, high] is aliased in all banks. */ static int pic14_isShared(int low, int high) { memRange *r; assert(pic); r = pic->ram; while (r) { //fprintf (stderr, "%s: region %x..%x, bank %x, alias %x, pic->bankmask %x\n", __FUNCTION__, r->start_address, r->end_address, r->bank, r->alias, pic->bankMask); if ((r->alias == pic->bankMask) && (r->start_address <= low) && (r->end_address >= high)) { return 1; } // if r = r->next; } // while return 0; } /* * True iff all RAM is aliased in all banks (no BANKSELs required except for * SFRs). */ int pic14_allRAMShared(void) { memRange *r; assert(pic); r = pic->ram; while (r) { if (r->alias != pic->bankMask) return 0; r = r->next; } // while return 1; } /* * True iff the pseudo stack is a sharebank --> let linker place it. * [low, high] denotes a size byte long block of (shared or banked) * memory to be used. */ int pic14_getSharedStack(int *low, int *high, int *size) { int haveShared; int l, h, s; s = options.stack_size ? options.stack_size : 0x10; haveShared = pic14_hasSharebank(&l, &h, &s); if ((options.stack_loc != 0) || !haveShared) { // sharebank not available or not to be used s = options.stack_size ? options.stack_size : 0x10; l = options.stack_loc ? options.stack_loc : 0x20; h = l + s - 1; if (low) *low = l; if (high) *high = h; if (size) *size = s; // return 1 iff [low, high] is present in all banks //fprintf(stderr, "%s: low %x, high %x, size %x, shared %d\n", __FUNCTION__, l, h, s, pic14_isShared(l, h)); return (pic14_isShared(l, h)); } else { // sharebanks available for use by the stack if (options.stack_size) s = options.stack_size; else if (!s || s > 16) s = 16; // limit stack to 16 bytes in SHAREBANK // provide addresses for sharebank if (low) *low = l; if (high) *high = l + s - 1; if (size) *size = s; //fprintf(stderr, "%s: low %x, high %x, size %x, shared 1\n", __FUNCTION__, l, h, s); return 1; } } PIC_device * pic14_getPIC(void) { return pic; } sdcc-2.9.0/src/pic/device.h000066400000000000000000000065621116427777700154440ustar00rootroot00000000000000/*------------------------------------------------------------------------- device.c - Accomodates subtle variations in PIC devices Written By - Scott Dattalo scott@dattalo.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ /* PIC device abstraction There are dozens of variations of PIC microcontrollers. This include file attempts to abstract those differences so that SDCC can easily deal with them. */ #ifndef __DEVICE_H__ #define __DEVICE_H__ #include "common.h" /* * Imports */ extern char *iComments2; /* memRange - a structure to define a range of valid memory addresses * * The Memory of most PICs (and other micros) is a collection of * disjoint chunks. The memRange structure will define the start * and end address of one of these chunks. The memory map of a * particular device is a collection of memRange struct's. */ typedef struct memRange { int start_address; /* first address in range */ int end_address; /* last */ int alias; /* bit mask defining how/if memory range is aliased * e.g. alias = 0x80 means start_address is identical * to the memory location at (0x80 | start_address) */ int bank; /* PIC memory bank this range occupies */ struct memRange *next; /* linked list */ } memRange; /* Processor unique attributes */ typedef struct PIC_device { char *name; /* the processor name */ memRange *ram; /* RAM memory map */ memRange *sfr; /* SFR memory map */ int maxRAMaddress; /* maximum value for a data address */ int defMaxRAMaddrs; /* default maximum value for a data address */ int bankMask; /* Bitmask that is ANDed with address to extract banking bits */ // int hasAliasedRAM:1; /* True if there are bank independent registers */ int hasSecondConfigReg; /* True if there is a second configuration register */ int programMemSize; /* program memory size in words - for device listing only */ int dataMemSize; /* data (RAM) memory size in bytes - for device listing only */ int eepromMemSize; /* EEPROM memory size in bytes - for device listing only */ int ioPins; /* number of I/O pins - for device listing only */ } PIC_device; PIC_device *init_pic(char *pic_type); int picIsInitialized(void); char *processor_base_name(void); int IS_CONFIG_ADDRESS(int addr); void pic14_assignConfigWordValue(int address, int value); int pic14_emitConfigWord(FILE *vFile); int pic14_allRAMShared(void); int pic14_getSharedStack(int *low, int *high, int *size); PIC_device * pic14_getPIC(void); #endif /* __DEVICE_H__ */ sdcc-2.9.0/src/pic/gen.c000066400000000000000000006651451116427777700147610ustar00rootroot00000000000000/*------------------------------------------------------------------------- gen.c - source file for code generation for pic Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) and - Jean-Louis VERN.jlvern@writeme.com (1999) Bug Fixes - Wojciech Stryjewski wstryj1@tiger.lsu.edu (1999 v2.1.9a) PIC port - Scott Dattalo scott@dattalo.com (2000) cont'd - Raphael Neider (2005) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! Notes: 000123 mlh Moved aopLiteral to SDCCglue.c to help the split Made everything static -------------------------------------------------------------------------*/ /* * This is the down and dirty file with all kinds of * kludgy & hacky stuff. This is what it is all about * CODE GENERATION for a specific MCU . some of the * routines may be reusable, will have to see. */ #include "gen.h" #include "glue.h" /* * Imports */ extern struct dbuf_s *codeOutBuf; extern set *externs; static pCodeOp *popGetImmd(char *name, unsigned int offset, int index,int is_func); static pCodeOp *popRegFromString(char *str, int size, int offset); static int aop_isLitLike(asmop *aop); /* The PIC port(s) need not differentiate between POINTER and FPOINTER. */ #define PIC_IS_DATA_PTR(x) (IS_DATA_PTR(x) || IS_FARPTR(x)) /* * max_key keeps track of the largest label number used in * a function. This is then used to adjust the label offset * for the next function. */ static int max_key = 0; static int labelOffset = 0; static int GpsuedoStkPtr = 0; static int pic14_inISR = 0; static char *zero = "0x00"; static char *one = "0x01"; static char *spname = "sp"; unsigned fReturnSizePic = 4; /* shared with ralloc.c */ static char *fReturnpic14[] = {"temp1","temp2","temp3","temp4" }; static char **fReturn = fReturnpic14; static struct { short accInUse; short inLine; short debugLine; short nRegsSaved; set *sendSet; } _G; /* * Resolved ifx structure. This structure stores information * about an iCode ifx that makes it easier to generate code. */ typedef struct resolvedIfx { symbol *lbl; /* pointer to a label */ int condition; /* true or false ifx */ int generated; /* set true when the code associated with the ifx * is generated */ } resolvedIfx; static lineNode *lineHead = NULL; static lineNode *lineCurr = NULL; static pBlock *pb; /*-----------------------------------------------------------------*/ /* my_powof2(n) - If `n' is an integaer power of 2, then the */ /* exponent of 2 is returned, otherwise -1 is */ /* returned. */ /* note that this is similar to the function `powof2' in SDCCsymt */ /* if(n == 2^y) */ /* return y; */ /* return -1; */ /*-----------------------------------------------------------------*/ static int my_powof2 (unsigned long num) { if(num) { if( (num & (num-1)) == 0) { int nshifts = -1; while(num) { num>>=1; nshifts++; } return nshifts; } } return -1; } void DEBUGpic14_AopType(int line_no, operand *left, operand *right, operand *result) { DEBUGpic14_emitcode ("; ","line = %d result %s=%s, size=%d, left %s=%s, size=%d, right %s=%s, size=%d", line_no, ((result) ? AopType(AOP_TYPE(result)) : "-"), ((result) ? aopGet(AOP(result),0,TRUE,FALSE) : "-"), ((result) ? AOP_SIZE(result) : 0), ((left) ? AopType(AOP_TYPE(left)) : "-"), ((left) ? aopGet(AOP(left),0,TRUE,FALSE) : "-"), ((left) ? AOP_SIZE(left) : 0), ((right) ? AopType(AOP_TYPE(right)) : "-"), ((right) ? aopGet(AOP(right),0,FALSE,FALSE) : "-"), ((right) ? AOP_SIZE(right) : 0)); } static void DEBUGpic14_AopTypeSign(int line_no, operand *left, operand *right, operand *result) { DEBUGpic14_emitcode ("; ","line = %d, signs: result %s=%c, left %s=%c, right %s=%c", line_no, ((result) ? AopType(AOP_TYPE(result)) : "-"), ((result) ? (SPEC_USIGN(operandType(result)) ? 'u' : 's') : '-'), ((left) ? AopType(AOP_TYPE(left)) : "-"), ((left) ? (SPEC_USIGN(operandType(left)) ? 'u' : 's') : '-'), ((right) ? AopType(AOP_TYPE(right)) : "-"), ((right) ? (SPEC_USIGN(operandType(right)) ? 'u' : 's') : '-')); } void DEBUGpic14_emitcode (char *inst,char *fmt, ...) { va_list ap; char lb[INITIAL_INLINEASM]; unsigned char *lbp = (unsigned char *)lb; if(!debug_verbose && !options.debug) return; va_start(ap,fmt); if (inst && *inst) { if (fmt && *fmt) sprintf(lb,"%s\t",inst); else sprintf(lb,"%s",inst); vsprintf(lb+(strlen(lb)),fmt,ap); } else vsprintf(lb,fmt,ap); while (isspace(*lbp)) lbp++; if (lbp && *lbp) lineCurr = (lineCurr ? connectLine(lineCurr,newLineNode(lb)) : (lineHead = newLineNode(lb))); lineCurr->isInline = _G.inLine; lineCurr->isDebug = _G.debugLine; addpCode2pBlock(pb,newpCodeCharP(lb)); va_end(ap); } static void Safe_vsnprintf (char *buf, size_t size, const char *fmt, va_list ap) { #if defined (HAVE_VSNPRINTF) vsnprintf (buf, size, fmt, ap); #elif defined (HAVE_VSPRINTF) vsprintf (buf, size, fmt, ap); if (strlen (buf) >= size) { fprintf (stderr, "Safe_vsnprintf: buffer (size %u) has overflown\n", size); } #elif defined (HAVE_SNPRINTF) snprintf (buf, size, "vs(n)printf required"); #elif defined (HAVE_SRINTF) sprintf (buf, "vs(n)printf required"); if (strlen (buf) >= size) { fprintf (stderr, "Safe_vsnprintf: buffer (size %u) has overflown\n", size); } #else assert ( !"neither vsnprintf nor vsprintf is present -- unable to proceed" ); #endif } void emitpComment (const char *fmt, ...) { va_list va; char buffer[4096]; va_start (va, fmt); if (pb) { Safe_vsnprintf (buffer, 4096, fmt, va); //fprintf (stderr, "%s\n" ,buffer); addpCode2pBlock (pb, newpCodeCharP (buffer)); } va_end (va); } void emitpLabel(int key) { addpCode2pBlock(pb,newpCodeLabel(NULL,key+100+labelOffset)); } /* gen.h defines a macro emitpcode that should be used to call emitpcode * as this allows for easy debugging (ever asked the question: where was * this instruction geenrated? Here is the answer... */ void emitpcode_real(PIC_OPCODE poc, pCodeOp *pcop) { if(pcop) addpCode2pBlock(pb,newpCode(poc,pcop)); else { static int has_warned = 0; DEBUGpic14_emitcode(";","%s ignoring NULL pcop",__FUNCTION__); if (!has_warned) { has_warned = 1; fprintf( stderr, "WARNING: encountered NULL pcop--this is probably a compiler bug...\n" ); } } } static void emitpcodeNULLop(PIC_OPCODE poc) { addpCode2pBlock(pb,newpCode(poc,NULL)); } /*-----------------------------------------------------------------*/ /* pic14_emitcode - writes the code into a file : for now it is simple */ /*-----------------------------------------------------------------*/ void pic14_emitcode (char *inst,char *fmt, ...) { va_list ap; char lb[INITIAL_INLINEASM]; char *lbp = lb; va_start(ap,fmt); if (inst && *inst) { if (fmt && *fmt) sprintf(lb,"%s\t",inst); else sprintf(lb,"%s",inst); vsprintf(lb+(strlen(lb)),fmt,ap); } else vsprintf(lb,fmt,ap); while (isspace(*lbp)) lbp++; if (lbp && *lbp) lineCurr = (lineCurr ? connectLine(lineCurr,newLineNode(lb)) : (lineHead = newLineNode(lb))); lineCurr->isInline = _G.inLine; lineCurr->isDebug = _G.debugLine; lineCurr->isLabel = (lbp[strlen (lbp) - 1] == ':'); if(debug_verbose) addpCode2pBlock(pb,newpCodeCharP(lb)); va_end(ap); } /*-----------------------------------------------------------------*/ /* pic14_emitDebuggerSymbol - associate the current code location */ /* with a debugger symbol */ /*-----------------------------------------------------------------*/ void pic14_emitDebuggerSymbol (char * debugSym) { _G.debugLine = 1; pic14_emitcode ("", ";%s ==.", debugSym); _G.debugLine = 0; } /*-----------------------------------------------------------------*/ /* newAsmop - creates a new asmOp */ /*-----------------------------------------------------------------*/ static asmop *newAsmop (short type) { asmop *aop; aop = Safe_calloc(1,sizeof(asmop)); aop->type = type; return aop; } /*-----------------------------------------------------------------*/ /* resolveIfx - converts an iCode ifx into a form more useful for */ /* generating code */ /*-----------------------------------------------------------------*/ static void resolveIfx(resolvedIfx *resIfx, iCode *ifx) { if(!resIfx) return; // DEBUGpic14_emitcode("; ***","%s %d",__FUNCTION__,__LINE__); resIfx->condition = 1; /* assume that the ifx is true */ resIfx->generated = 0; /* indicate that the ifx has not been used */ if(!ifx) { resIfx->lbl = NULL; /* this is wrong: newiTempLabel(NULL); / * oops, there is no ifx. so create a label */ } else { if(IC_TRUE(ifx)) { resIfx->lbl = IC_TRUE(ifx); } else { resIfx->lbl = IC_FALSE(ifx); resIfx->condition = 0; } } // DEBUGpic14_emitcode("; ***","%s lbl->key=%d, (lab offset=%d)",__FUNCTION__,resIfx->lbl->key,labelOffset); } /*-----------------------------------------------------------------*/ /* aopForSym - for a true symbol */ /*-----------------------------------------------------------------*/ static asmop *aopForSym (iCode *ic,symbol *sym,bool result) { asmop *aop; memmap *space= SPEC_OCLS(sym->etype); DEBUGpic14_emitcode("; ***","%s %d",__FUNCTION__,__LINE__); /* if already has one */ if (sym->aop) return sym->aop; //DEBUGpic14_emitcode(";","%d",__LINE__); /* if it is in direct space */ if (IN_DIRSPACE(space)) { sym->aop = aop = newAsmop (AOP_DIR); aop->aopu.aop_dir = sym->rname ; aop->size = getSize(sym->type); DEBUGpic14_emitcode(";","%d sym->rname = %s, size = %d",__LINE__,sym->rname,aop->size); return aop; } /* special case for a function */ if (IS_FUNC(sym->type)) { sym->aop = aop = newAsmop(AOP_PCODE); aop->aopu.pcop = popGetImmd(sym->rname,0,0,1); PCOI(aop->aopu.pcop)->_const = IN_CODESPACE(space); PCOI(aop->aopu.pcop)->_function = 1; PCOI(aop->aopu.pcop)->index = 0; aop->size = FPTRSIZE; DEBUGpic14_emitcode(";","%d size = %d, name =%s",__LINE__,aop->size,sym->rname); return aop; } if (IS_ARRAY(sym->type)) { sym->aop = aop = newAsmop(AOP_PCODE); aop->aopu.pcop = popGetImmd(sym->rname,0,0,1); PCOI(aop->aopu.pcop)->_const = IN_CODESPACE(space); PCOI(aop->aopu.pcop)->_function = 0; PCOI(aop->aopu.pcop)->index = 0; aop->size = getSize(sym->etype) * DCL_ELEM(sym->type); DEBUGpic14_emitcode(";","%d size = %d, name =%s",__LINE__,aop->size,sym->rname); return aop; } /* only remaining is far space */ /* in which case DPTR gets the address */ sym->aop = aop = newAsmop(AOP_PCODE); aop->aopu.pcop = popGetImmd(sym->rname,0,0,0); PCOI(aop->aopu.pcop)->_const = IN_CODESPACE(space); PCOI(aop->aopu.pcop)->index = 0; DEBUGpic14_emitcode(";","%d: rname %s, val %d, const = %d", __LINE__,sym->rname, 0, PCOI(aop->aopu.pcop)->_const); allocDirReg (IC_LEFT(ic)); aop->size = FPTRSIZE; /* if it is in code space */ if (IN_CODESPACE(space)) aop->code = 1; return aop; } /*-----------------------------------------------------------------*/ /* aopForRemat - rematerialzes an object */ /*-----------------------------------------------------------------*/ static asmop *aopForRemat (operand *op) // x symbol *sym) { symbol *sym = OP_SYMBOL(op); iCode *ic = NULL; asmop *aop = newAsmop(AOP_PCODE); int val = 0; int offset = 0; ic = sym->rematiCode; DEBUGpic14_emitcode(";","%s %d",__FUNCTION__,__LINE__); if(IS_OP_POINTER(op)) { DEBUGpic14_emitcode(";","%s %d IS_OP_POINTER",__FUNCTION__,__LINE__); } for (;;) { if (ic->op == '+') { val += (int) operandLitValue(IC_RIGHT(ic)); } else if (ic->op == '-') { val -= (int) operandLitValue(IC_RIGHT(ic)); } else break; ic = OP_SYMBOL(IC_LEFT(ic))->rematiCode; } offset = OP_SYMBOL(IC_LEFT(ic))->offset; aop->aopu.pcop = popGetImmd(OP_SYMBOL(IC_LEFT(ic))->rname,0,val,0); PCOI(aop->aopu.pcop)->_const = IS_PTR_CONST(operandType(op)); PCOI(aop->aopu.pcop)->index = val; DEBUGpic14_emitcode(";","%d: rname %s, val %d, const = %d", __LINE__,OP_SYMBOL(IC_LEFT(ic))->rname, val, IS_PTR_CONST(operandType(op))); // DEBUGpic14_emitcode(";","aop type %s",AopType(AOP_TYPE(IC_LEFT(ic)))); allocDirReg (IC_LEFT(ic)); return aop; } static int aopIdx (asmop *aop, int offset) { if(!aop) return -1; if(aop->type != AOP_REG) return -2; return aop->aopu.aop_reg[offset]->rIdx; } /*-----------------------------------------------------------------*/ /* regsInCommon - two operands have some registers in common */ /*-----------------------------------------------------------------*/ static bool regsInCommon (operand *op1, operand *op2) { symbol *sym1, *sym2; int i; /* if they have registers in common */ if (!IS_SYMOP(op1) || !IS_SYMOP(op2)) return FALSE ; sym1 = OP_SYMBOL(op1); sym2 = OP_SYMBOL(op2); if (sym1->nRegs == 0 || sym2->nRegs == 0) return FALSE ; for (i = 0 ; i < sym1->nRegs ; i++) { int j; if (!sym1->regs[i]) continue ; for (j = 0 ; j < sym2->nRegs ;j++ ) { if (!sym2->regs[j]) continue ; if (sym2->regs[j] == sym1->regs[i]) return TRUE ; } } return FALSE ; } /*-----------------------------------------------------------------*/ /* operandsEqu - equivalent */ /*-----------------------------------------------------------------*/ static bool operandsEqu ( operand *op1, operand *op2) { symbol *sym1, *sym2; /* if they not symbols */ if (!IS_SYMOP(op1) || !IS_SYMOP(op2)) return FALSE; sym1 = OP_SYMBOL(op1); sym2 = OP_SYMBOL(op2); /* if both are itemps & one is spilt and the other is not then false */ if (IS_ITEMP(op1) && IS_ITEMP(op2) && sym1->isspilt != sym2->isspilt ) return FALSE ; /* if they are the same */ if (sym1 == sym2) return TRUE ; if (sym1->rname[0] && sym2->rname[0] && strcmp (sym1->rname, sym2->rname) == 0) return TRUE; /* if left is a tmp & right is not */ if (IS_ITEMP(op1) && !IS_ITEMP(op2) && sym1->isspilt && (sym1->usl.spillLoc == sym2)) return TRUE; if (IS_ITEMP(op2) && !IS_ITEMP(op1) && sym2->isspilt && sym1->level > 0 && (sym2->usl.spillLoc == sym1)) return TRUE ; return FALSE ; } /*-----------------------------------------------------------------*/ /* pic14_sameRegs - two asmops have the same registers */ /*-----------------------------------------------------------------*/ bool pic14_sameRegs (asmop *aop1, asmop *aop2 ) { int i; if (aop1 == aop2) return TRUE ; if (aop1->type != AOP_REG || aop2->type != AOP_REG ) return FALSE ; if (aop1->size != aop2->size ) return FALSE ; for (i = 0 ; i < aop1->size ; i++ ) if (aop1->aopu.aop_reg[i] != aop2->aopu.aop_reg[i] ) return FALSE ; return TRUE ; } /*-----------------------------------------------------------------*/ /* aopOp - allocates an asmop for an operand : */ /*-----------------------------------------------------------------*/ void aopOp (operand *op, iCode *ic, bool result) { asmop *aop; symbol *sym; int i; if (!op) return ; /* if this a literal */ if (IS_OP_LITERAL(op)) { op->aop = aop = newAsmop(AOP_LIT); aop->aopu.aop_lit = op->operand.valOperand; aop->size = getSize(operandType(op)); return; } { sym_link *type = operandType(op); if(IS_PTR_CONST(type)) DEBUGpic14_emitcode(";","%d aop type is const pointer",__LINE__); } /* if already has a asmop then continue */ if (op->aop) return ; /* if the underlying symbol has a aop */ if (IS_SYMOP(op) && OP_SYMBOL(op)->aop) { DEBUGpic14_emitcode(";","%d",__LINE__); op->aop = OP_SYMBOL(op)->aop; return; } /* if this is a true symbol */ if (IS_TRUE_SYMOP(op)) { //DEBUGpic14_emitcode(";","%d - true symop",__LINE__); op->aop = aopForSym(ic,OP_SYMBOL(op),result); return ; } /* this is a temporary : this has only four choices : a) register b) spillocation c) rematerialize d) conditional e) can be a return use only */ sym = OP_SYMBOL(op); /* if the type is a conditional */ if (sym->regType == REG_CND) { aop = op->aop = sym->aop = newAsmop(AOP_CRY); aop->size = 0; return; } /* if it is spilt then two situations a) is rematerialize b) has a spill location */ if (sym->isspilt || sym->nRegs == 0) { DEBUGpic14_emitcode(";","%d",__LINE__); /* rematerialize it NOW */ if (sym->remat) { sym->aop = op->aop = aop = aopForRemat (op); aop->size = getSize(sym->type); //DEBUGpic14_emitcode(";"," %d: size %d, %s\n",__LINE__,aop->size,aop->aopu.aop_immd); return; } if (sym->ruonly ) { if(sym->isptr) { // && sym->uptr aop = op->aop = sym->aop = newAsmop(AOP_PCODE); aop->aopu.pcop = newpCodeOp(NULL,PO_GPR_POINTER); //popCopyReg(&pc_fsr); //PCOI(aop->aopu.pcop)->_const = 0; //PCOI(aop->aopu.pcop)->index = 0; /* DEBUGpic14_emitcode(";","%d: rname %s, val %d, const = %d", __LINE__,sym->rname, 0, PCOI(aop->aopu.pcop)->_const); */ //allocDirReg (IC_LEFT(ic)); aop->size = getSize(sym->type); DEBUGpic14_emitcode(";","%d",__LINE__); return; } else { unsigned i; aop = op->aop = sym->aop = newAsmop(AOP_STR); aop->size = getSize(sym->type); for ( i = 0 ; i < fReturnSizePic ; i++ ) aop->aopu.aop_str[i] = fReturn[i]; DEBUGpic14_emitcode(";","%d",__LINE__); return; } } /* else spill location */ if (sym->usl.spillLoc) { asmop *oldAsmOp = NULL; if (getSize(sym->type) != getSize(sym->usl.spillLoc->type)) { /* force a new aop if sizes differ */ oldAsmOp = sym->usl.spillLoc->aop; sym->usl.spillLoc->aop = NULL; } DEBUGpic14_emitcode(";","%s %d %s sym->rname = %s, offset %d", __FUNCTION__,__LINE__, sym->usl.spillLoc->rname, sym->rname, sym->usl.spillLoc->offset); sym->aop = op->aop = aop = newAsmop(AOP_PCODE); if (getSize(sym->type) != getSize(sym->usl.spillLoc->type)) { /* Don't reuse the new aop, go with the last one */ sym->usl.spillLoc->aop = oldAsmOp; } //aop->aopu.pcop = popGetImmd(sym->usl.spillLoc->rname,0,sym->usl.spillLoc->offset); aop->aopu.pcop = popRegFromString(sym->usl.spillLoc->rname, getSize(sym->type), sym->usl.spillLoc->offset); aop->size = getSize(sym->type); return; } } { sym_link *type = operandType(op); if(IS_PTR_CONST(type)) DEBUGpic14_emitcode(";","%d aop type is const pointer",__LINE__); } /* must be in a register */ DEBUGpic14_emitcode(";","%d register type nRegs=%d",__LINE__,sym->nRegs); sym->aop = op->aop = aop = newAsmop(AOP_REG); aop->size = sym->nRegs; for ( i = 0 ; i < sym->nRegs ;i++) aop->aopu.aop_reg[i] = sym->regs[i]; } /*-----------------------------------------------------------------*/ /* freeAsmop - free up the asmop given to an operand */ /*----------------------------------------------------------------*/ void freeAsmop (operand *op, asmop *aaop, iCode *ic, bool pop) { asmop *aop ; if (!op) aop = aaop; else aop = op->aop; if (!aop) return ; aop->freed = 1; /* all other cases just dealloc */ if (op) { op->aop = NULL; if (IS_SYMOP(op)) { OP_SYMBOL(op)->aop = NULL; /* if the symbol has a spill */ if (SPIL_LOC(op)) SPIL_LOC(op)->aop = NULL; } } } /*-----------------------------------------------------------------*/ /* pic14aopLiteral - string from a literal value */ /*-----------------------------------------------------------------*/ static unsigned int pic14aopLiteral (value *val, int offset) { union { float f; unsigned char c[4]; } fl; /* if it is a float then it gets tricky */ /* otherwise it is fairly simple */ if (!IS_FLOAT(val->type)) { unsigned long v = ulFromVal (val); return ( (v >> (offset * 8)) & 0xff); } /* it is type float */ fl.f = (float) floatFromVal(val); #ifdef WORDS_BIGENDIAN return fl.c[3-offset]; #else return fl.c[offset]; #endif } /*-----------------------------------------------------------------*/ /* aopGet - for fetching value of the aop */ /*-----------------------------------------------------------------*/ char *aopGet (asmop *aop, int offset, bool bit16, bool dname) { char *s = buffer ; char *rs; //DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* offset is greater than size then zero */ assert(aop); if (offset > (aop->size - 1) && aop->type != AOP_LIT) return zero; /* depending on type */ switch (aop->type) { case AOP_IMMD: if (bit16) sprintf (s,"%s",aop->aopu.aop_immd); else if (offset) sprintf(s,"(%s >> %d)", aop->aopu.aop_immd, offset*8); else sprintf(s,"%s", aop->aopu.aop_immd); DEBUGpic14_emitcode(";","%d immd %s",__LINE__,s); rs = Safe_calloc(1,strlen(s)+1); strcpy(rs,s); return rs; case AOP_DIR: if (offset) { sprintf(s,"(%s + %d)", aop->aopu.aop_dir, offset); DEBUGpic14_emitcode(";","oops AOP_DIR did this %s\n",s); } else sprintf(s,"%s",aop->aopu.aop_dir); rs = Safe_calloc(1,strlen(s)+1); strcpy(rs,s); return rs; case AOP_REG: //if (dname) // return aop->aopu.aop_reg[offset]->dname; //else return aop->aopu.aop_reg[offset]->name; case AOP_CRY: //pic14_emitcode(";","%d",__LINE__); return aop->aopu.aop_dir; case AOP_LIT: sprintf(s, "0x%02x", pic14aopLiteral (aop->aopu.aop_lit, offset)); rs = Safe_strdup(s); return rs; case AOP_STR: aop->coff = offset ; if (strcmp(aop->aopu.aop_str[offset],"a") == 0 && dname) return "acc"; DEBUGpic14_emitcode(";","%d - %s",__LINE__, aop->aopu.aop_str[offset]); return aop->aopu.aop_str[offset]; case AOP_PCODE: { pCodeOp *pcop = aop->aopu.pcop; DEBUGpic14_emitcode(";","%d: aopGet AOP_PCODE type %s",__LINE__,pCodeOpType(pcop)); if(pcop->name) { if (pcop->type == PO_IMMEDIATE) { offset += PCOI(pcop)->index; } if (offset) { DEBUGpic14_emitcode(";","%s offset %d",pcop->name,offset); sprintf(s,"(%s+%d)", pcop->name,offset); } else { DEBUGpic14_emitcode(";","%s",pcop->name); sprintf(s,"%s", pcop->name); } } else sprintf(s,"0x%02x", PCOI(aop->aopu.pcop)->offset); } rs = Safe_calloc(1,strlen(s)+1); strcpy(rs,s); return rs; } werror(E_INTERNAL_ERROR,__FILE__,__LINE__, "aopget got unsupported aop->type"); exit(0); } /*-----------------------------------------------------------------*/ /* popGetTempReg - create a new temporary pCodeOp */ /*-----------------------------------------------------------------*/ static pCodeOp *popGetTempReg(void) { pCodeOp *pcop; pcop = newpCodeOp(NULL, PO_GPR_TEMP); if(pcop && pcop->type == PO_GPR_TEMP && PCOR(pcop)->r) { PCOR(pcop)->r->wasUsed=1; PCOR(pcop)->r->isFree=0; } return pcop; } /*-----------------------------------------------------------------*/ /* popReleaseTempReg - create a new temporary pCodeOp */ /*-----------------------------------------------------------------*/ static void popReleaseTempReg(pCodeOp *pcop) { if(pcop && pcop->type == PO_GPR_TEMP && PCOR(pcop)->r) PCOR(pcop)->r->isFree = 1; } /*-----------------------------------------------------------------*/ /* popGetLabel - create a new pCodeOp of type PO_LABEL */ /*-----------------------------------------------------------------*/ pCodeOp *popGetLabel(unsigned int key) { DEBUGpic14_emitcode ("; ***","%s key=%d, label offset %d",__FUNCTION__,key, labelOffset); if(key>(unsigned int)max_key) max_key = key; return newpCodeOpLabel(NULL,key+100+labelOffset); } /*-------------------------------------------------------------------*/ /* popGetHighLabel - create a new pCodeOp of type PO_LABEL with offset=1 */ /*-------------------------------------------------------------------*/ static pCodeOp *popGetHighLabel(unsigned int key) { pCodeOp *pcop; pcop = popGetLabel(key); PCOLAB(pcop)->offset = 1; return pcop; } /*-----------------------------------------------------------------*/ /* popGetLit - asm operator to pcode operator conversion */ /*-----------------------------------------------------------------*/ pCodeOp *popGetLit(unsigned int lit) { return newpCodeOpLit((unsigned char)lit); } /*-----------------------------------------------------------------*/ /* popGetImmd - asm operator to pcode immediate conversion */ /*-----------------------------------------------------------------*/ static pCodeOp *popGetImmd(char *name, unsigned int offset, int index,int is_func) { return newpCodeOpImmd(name, offset,index, 0, is_func); } /*-----------------------------------------------------------------*/ /* popGetWithString - asm operator to pcode operator conversion */ /*-----------------------------------------------------------------*/ static pCodeOp *popGetWithString(char *str, int isExtern) { pCodeOp *pcop; if(!str) { fprintf(stderr,"NULL string %s %d\n",__FILE__,__LINE__); exit (1); } pcop = newpCodeOp(str,PO_STR); PCOS(pcop)->isPublic = isExtern ? 1 : 0; return pcop; } pCodeOp *popGetExternal (char *str, int isReg) { pCodeOp *pcop; if (isReg) { pcop = newpCodeOpRegFromStr(str); } else { pcop = popGetWithString (str, 1); } if (str) { symbol *sym; for (sym = setFirstItem (externs); sym; sym = setNextItem (externs)) { if (!strcmp (str, sym->rname)) break; } if (!sym) { sym = newSymbol(str, 0); strncpy(sym->rname, str, SDCC_NAME_MAX); addSet (&externs, sym); } // if sym->used++; } return pcop; } /*-----------------------------------------------------------------*/ /* popRegFromString - */ /*-----------------------------------------------------------------*/ static pCodeOp *popRegFromString(char *str, int size, int offset) { pCodeOp *pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); pcop->type = PO_DIR; DEBUGpic14_emitcode(";","%d",__LINE__); if(!str) str = "BAD_STRING"; pcop->name = Safe_calloc(1,strlen(str)+1); strcpy(pcop->name,str); //pcop->name = Safe_strdup( ( (str) ? str : "BAD STRING")); PCOR(pcop)->r = dirregWithName(pcop->name); if(PCOR(pcop)->r == NULL) { //fprintf(stderr,"%d - couldn't find %s in allocated registers, size =%d\n",__LINE__,aop->aopu.aop_dir,aop->size); PCOR(pcop)->r = allocRegByName (pcop->name,size); DEBUGpic14_emitcode(";","%d %s offset=%d - had to alloc by reg name",__LINE__,pcop->name,offset); } else { DEBUGpic14_emitcode(";","%d %s offset=%d",__LINE__,pcop->name,offset); } PCOR(pcop)->instance = offset; return pcop; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static pCodeOp *popRegFromIdx(int rIdx) { pCodeOp *pcop; DEBUGpic14_emitcode ("; ***","%s,%d , rIdx=0x%x", __FUNCTION__,__LINE__,rIdx); pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); PCOR(pcop)->rIdx = rIdx; PCOR(pcop)->r = typeRegWithIdx(rIdx,REG_STK,1); PCOR(pcop)->r->isFree = 0; PCOR(pcop)->r->wasUsed = 1; pcop->type = PCOR(pcop)->r->pc_type; return pcop; } /*-----------------------------------------------------------------*/ /* popGet - asm operator to pcode operator conversion */ /*-----------------------------------------------------------------*/ pCodeOp *popGet (asmop *aop, int offset) //, bool bit16, bool dname) { //char *s = buffer ; //char *rs; pCodeOp *pcop; //DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* offset is greater than size then zero */ assert (aop); /* XXX: still needed for BIT operands (AOP_CRY) */ if (offset > (aop->size - 1) && aop->type != AOP_LIT && aop->type != AOP_PCODE) { printf( "%s: (offset[%d] > AOP_SIZE(op)[%d]-1) && AOP_TYPE(op) != AOP_LIT)\n", __FUNCTION__, offset, aop->size); return NULL; //zero; } /* depending on type */ switch (aop->type) { case AOP_IMMD: DEBUGpic14_emitcode(";","%d",__LINE__); return popGetImmd(aop->aopu.aop_immd,offset,0,0); case AOP_DIR: return popRegFromString(aop->aopu.aop_dir, aop->size, offset); case AOP_REG: { int rIdx; assert (offset < aop->size); rIdx = aop->aopu.aop_reg[offset]->rIdx; pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); PCOR(pcop)->rIdx = rIdx; PCOR(pcop)->r = pic14_regWithIdx(rIdx); PCOR(pcop)->r->wasUsed=1; PCOR(pcop)->r->isFree=0; PCOR(pcop)->instance = offset; pcop->type = PCOR(pcop)->r->pc_type; //rs = aop->aopu.aop_reg[offset]->name; DEBUGpic14_emitcode(";","%d rIdx = r0x%X ",__LINE__,rIdx); return pcop; } case AOP_CRY: pcop = newpCodeOpBit(aop->aopu.aop_dir,-1,1); PCOR(pcop)->r = dirregWithName(aop->aopu.aop_dir); //if(PCOR(pcop)->r == NULL) //fprintf(stderr,"%d - couldn't find %s in allocated registers\n",__LINE__,aop->aopu.aop_dir); return pcop; case AOP_LIT: return newpCodeOpLit(pic14aopLiteral (aop->aopu.aop_lit,offset)); case AOP_STR: DEBUGpic14_emitcode(";","%d %s",__LINE__,aop->aopu.aop_str[offset]); return newpCodeOpRegFromStr(aop->aopu.aop_str[offset]); case AOP_PCODE: pcop = NULL; DEBUGpic14_emitcode(";","popGet AOP_PCODE (%s + %i) %d %s",pCodeOpType(aop->aopu.pcop), offset, __LINE__, ((aop->aopu.pcop->name)? (aop->aopu.pcop->name) : "no name")); //emitpComment ("popGet; name %s, offset: %i, pcop-type: %s\n", aop->aopu.pcop->name, offset, pCodeOpType (aop->aopu.pcop)); switch (aop->aopu.pcop->type) { case PO_IMMEDIATE: pcop = pCodeOpCopy (aop->aopu.pcop); /* usually we want to access the memory at " + offset" (using ->index), * but sometimes we want to access the high byte of the symbol's address (using ->offset) */ PCOI(pcop)->index += offset; //PCOI(pcop)->offset = 0; break; case PO_DIR: pcop = pCodeOpCopy (aop->aopu.pcop); PCOR(pcop)->instance = offset; break; default: assert ( !"unhandled pCode type" ); break; } // switch return pcop; } werror(E_INTERNAL_ERROR,__FILE__,__LINE__, "popGet got unsupported aop->type"); exit(0); } /*-----------------------------------------------------------------*/ /* popGetAddr - access the low/high word of a symbol (immediate) */ /* (for non-PO_IMMEDIATEs this is the same as popGet) */ /*-----------------------------------------------------------------*/ pCodeOp *popGetAddr (asmop *aop, int offset, int index) { if (aop->type == AOP_PCODE && aop->aopu.pcop->type == PO_IMMEDIATE) { pCodeOp *pcop = aop->aopu.pcop; assert (offset <= GPTRSIZE); /* special case: index >= 2 should return GPOINTER-style values */ if (offset == 2) { pcop = popGetLit (aop->code ? GPTRTAG_CODE : GPTRTAG_DATA); return pcop; } pcop = pCodeOpCopy (pcop); /* usually we want to access the memory at " + offset" (using ->index), * but sometimes we want to access the high byte of the symbol's address (using ->offset) */ PCOI(pcop)->offset += offset; PCOI(pcop)->index += index; //fprintf (stderr, "is PO_IMMEDIATE: %s+o%d+i%d (new o%d,i%d)\n", pcop->name,PCOI(pcop)->offset,PCOI(pcop)->index, offset, index); return pcop; } else { return popGet (aop, offset + index); } } /*-----------------------------------------------------------------*/ /* aopPut - puts a string for a aop */ /*-----------------------------------------------------------------*/ void aopPut (asmop *aop, char *s, int offset) { char *d = buffer ; symbol *lbl ; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (aop->size && offset > ( aop->size - 1)) { werror(E_INTERNAL_ERROR,__FILE__,__LINE__, "aopPut got offset > aop->size"); exit(0); } /* will assign value to value */ /* depending on where it is ofcourse */ switch (aop->type) { case AOP_DIR: if (offset) { sprintf(d,"(%s + %d)", aop->aopu.aop_dir,offset); fprintf(stderr,"oops aopPut:AOP_DIR did this %s\n",s); } else sprintf(d,"%s",aop->aopu.aop_dir); if (strcmp(d,s)) { DEBUGpic14_emitcode(";","%d",__LINE__); if(strcmp(s,"W")) pic14_emitcode("movf","%s,w",s); pic14_emitcode("movwf","%s",d); if(strcmp(s,"W")) { pic14_emitcode(";BUG!? should have this:movf","%s,w %d",s,__LINE__); if(offset >= aop->size) { emitpcode(POC_CLRF,popGet(aop,offset)); break; } else { emitpcode(POC_MOVFW, popGetImmd(s,0,offset,0)); } } emitpcode(POC_MOVWF,popGet(aop,offset)); } break; case AOP_REG: if (strcmp(aop->aopu.aop_reg[offset]->name,s) != 0) { if(strcmp(s,"W")==0 ) pic14_emitcode("movf","%s,w ; %d",s,__LINE__); pic14_emitcode("movwf","%s", aop->aopu.aop_reg[offset]->name); if(strcmp(s,zero)==0) { emitpcode(POC_CLRF,popGet(aop,offset)); } else if(strcmp(s,"W")==0) { pCodeOp *pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); pcop->type = PO_GPR_REGISTER; PCOR(pcop)->rIdx = -1; PCOR(pcop)->r = NULL; DEBUGpic14_emitcode(";","%d",__LINE__); pcop->name = Safe_strdup(s); emitpcode(POC_MOVFW,pcop); emitpcode(POC_MOVWF,popGet(aop,offset)); } else if(strcmp(s,one)==0) { emitpcode(POC_CLRF,popGet(aop,offset)); emitpcode(POC_INCF,popGet(aop,offset)); } else { emitpcode(POC_MOVWF,popGet(aop,offset)); } } break; case AOP_STK: if (strcmp(s,"a") == 0) pic14_emitcode("push","acc"); else pic14_emitcode("push","%s",s); break; case AOP_CRY: /* if bit variable */ if (!aop->aopu.aop_dir) { pic14_emitcode("clr","a"); pic14_emitcode("rlc","a"); } else { if (s == zero) pic14_emitcode("clr","%s",aop->aopu.aop_dir); else if (s == one) pic14_emitcode("setb","%s",aop->aopu.aop_dir); else if (!strcmp(s,"c")) pic14_emitcode("mov","%s,c",aop->aopu.aop_dir); else { lbl = newiTempLabel(NULL); if (strcmp(s,"a")) { MOVA(s); } pic14_emitcode("clr","c"); pic14_emitcode("jz","%05d_DS_",lbl->key+100); pic14_emitcode("cpl","c"); pic14_emitcode("","%05d_DS_:",lbl->key+100); pic14_emitcode("mov","%s,c",aop->aopu.aop_dir); } } break; case AOP_STR: aop->coff = offset; if (strcmp(aop->aopu.aop_str[offset],s)) pic14_emitcode ("mov","%s,%s ; %d",aop->aopu.aop_str[offset],s,__LINE__); break; default : werror(E_INTERNAL_ERROR,__FILE__,__LINE__, "aopPut got unsupported aop->type"); exit(0); } } /*-----------------------------------------------------------------*/ /* mov2w_op - generate either a MOVLW or MOVFW based operand type */ /*-----------------------------------------------------------------*/ static void mov2w_op (operand *op, int offset) { assert (op); FENTRY; /* for PO_IMMEDIATEs: use address or value? */ if (op_isLitLike (op)) { /* access address of op */ if (AOP_TYPE(op) != AOP_LIT) { assert (offset < 3); } if (IS_SYMOP(op) && IS_GENPTR(OP_SYM_TYPE(op)) && AOP_SIZE(op) < offset) { if (offset == GPTRSIZE-1) emitpcode (POC_MOVLW, popGetLit (GPTRTAG_DATA)); else emitpcode (POC_MOVLW, popGetLit (0)); } else emitpcode (POC_MOVLW, popGetAddr(AOP(op), offset, 0)); } else { /* access value stored in op */ mov2w (AOP(op), offset); } } /*-----------------------------------------------------------------*/ /* mov2w - generate either a MOVLW or MOVFW based operand type */ /*-----------------------------------------------------------------*/ void mov2w (asmop *aop, int offset) { if(!aop) return; DEBUGpic14_emitcode ("; ***","%s %d offset=%d",__FUNCTION__,__LINE__,offset); if ( aop_isLitLike (aop) ) emitpcode(POC_MOVLW,popGetAddr(aop,offset,0)); else emitpcode(POC_MOVFW,popGet(aop,offset)); } static void movwf (asmop *op, int offset) { emitpcode (POC_MOVWF, popGet(op, offset)); } static pCodeOp *get_argument_pcop (int idx) { assert (idx > 0 && "the 0th (first) argument is passed via WREG"); return popRegFromIdx (Gstack_base_addr - (idx - 1)); } static pCodeOp *get_return_val_pcop (int offset) { assert (offset > 0 && "the most significant byte is returned via WREG"); return popRegFromIdx (Gstack_base_addr - (offset - 1)); } static void pass_argument (operand *op, int offset, int idx) { if (op) mov2w_op (op, offset); if (idx != 0) emitpcode(POC_MOVWF, get_argument_pcop (idx)); } static void get_returnvalue (operand *op, int offset, int idx) { if (idx != 0) emitpcode(POC_MOVFW, get_return_val_pcop (idx)); movwf(AOP(op), offset); } static void call_libraryfunc (char *name) { symbol *sym; /* library code might reside in different page... */ emitpcode (POC_PAGESEL, popGetWithString (name, 1)); /* call the library function */ emitpcode (POC_CALL, popGetExternal (name, 0)); /* might return from different page... */ emitpcode (POC_PAGESEL, popGetWithString ("$", 0)); /* create symbol, mark it as `extern' */ sym = findSym(SymbolTab, NULL, name); if (!sym) { sym = newSymbol(name, 0); strncpy(sym->rname, name, SDCC_NAME_MAX); addSym(SymbolTab, sym, sym->rname, 0, 0, 0); addSet(&externs, sym); } // if sym->used++; } /*-----------------------------------------------------------------*/ /* pic14_getDataSize - get the operand data size */ /*-----------------------------------------------------------------*/ int pic14_getDataSize(operand *op) { int size; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); #if 0 size = getSize(OP_SYM_ETYPE(op)); return size; //return AOP_SIZE(op); // tsd- in the pic port, the genptr size is 1, so this code here // fails. ( in the 8051 port, the size was 4). #else size = AOP_SIZE(op); if (IS_SYMOP(op) && IS_GENPTR(OP_SYM_TYPE(op))) { sym_link *type = operandType(op); if (IS_GENPTR(type)) { /* generic pointer; arithmetic operations * should ignore the high byte (pointer type). */ size--; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); } } return size; #endif } /*-----------------------------------------------------------------*/ /* pic14_outAcc - output Acc */ /*-----------------------------------------------------------------*/ void pic14_outAcc(operand *result) { int size,offset; DEBUGpic14_emitcode ("; ***","%s %d - ",__FUNCTION__,__LINE__); DEBUGpic14_AopType(__LINE__,NULL,NULL,result); size = pic14_getDataSize(result); if(size){ emitpcode(POC_MOVWF,popGet(AOP(result),0)); size--; offset = 1; /* unsigned or positive */ while(size--) emitpcode(POC_CLRF,popGet(AOP(result),offset++)); } } /*-----------------------------------------------------------------*/ /* pic14_outBitC - output a bit C */ /*-----------------------------------------------------------------*/ static void pic14_outBitC(operand *result) { DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* if the result is bit */ if (AOP_TYPE(result) == AOP_CRY) aopPut(AOP(result),"c",0); else { pic14_emitcode("clr","a ; %d", __LINE__); pic14_emitcode("rlc","a"); pic14_outAcc(result); } } /*-----------------------------------------------------------------*/ /* pic14_toBoolean - emit code for orl a,operator(sizeop) */ /*-----------------------------------------------------------------*/ static void pic14_toBoolean(operand *oper) { int size = AOP_SIZE(oper); int offset = 0; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); assert (size > 0); if (size == 1) { /* MOVFW does not load the flags... */ emitpcode(POC_MOVLW, popGetLit(0)); offset = 0; } else { emitpcode(POC_MOVFW,popGet(AOP(oper),0)); offset = 1; } while (offset < size) { emitpcode(POC_IORFW, popGet(AOP(oper),offset++)); } /* Z is set iff (oper == 0) */ } /*-----------------------------------------------------------------*/ /* genNot - generate code for ! operation */ /*-----------------------------------------------------------------*/ static void genNot (iCode *ic) { //symbol *tlbl; int size; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* assign asmOps to operand & result */ aopOp (IC_LEFT(ic),ic,FALSE); aopOp (IC_RESULT(ic),ic,TRUE); DEBUGpic14_AopType(__LINE__,IC_LEFT(ic),NULL,IC_RESULT(ic)); /* if in bit space then a special case */ if (AOP_TYPE(IC_LEFT(ic)) == AOP_CRY) { if (AOP_TYPE(IC_RESULT(ic)) == AOP_CRY) { emitpcode(POC_MOVLW,popGet(AOP(IC_LEFT(ic)),0)); emitpcode(POC_XORWF,popGet(AOP(IC_RESULT(ic)),0)); } else { emitpcode(POC_CLRF,popGet(AOP(IC_RESULT(ic)),0)); emitpcode(POC_BTFSS,popGet(AOP(IC_LEFT(ic)),0)); emitpcode(POC_INCF,popGet(AOP(IC_RESULT(ic)),0)); } goto release; } size = AOP_SIZE(IC_LEFT(ic)); mov2w (AOP(IC_LEFT(ic)),0); while (--size > 0) { if (op_isLitLike (IC_LEFT(ic))) emitpcode (POC_IORLW, popGetAddr (AOP(IC_LEFT(ic)), size, 0)); else emitpcode (POC_IORFW, popGet (AOP(IC_LEFT(ic)), size)); } emitpcode(POC_MOVLW, popGetLit (0)); emitSKPNZ; emitpcode(POC_MOVLW, popGetLit (1)); movwf(AOP(IC_RESULT(ic)), 0); for (size = 1; size < AOP_SIZE(IC_RESULT(ic)); size++) { emitpcode(POC_CLRF, popGet (AOP(IC_RESULT(ic)), size)); } goto release; release: /* release the aops */ freeAsmop(IC_LEFT(ic),NULL,ic,(RESULTONSTACK(ic) ? 0 : 1)); freeAsmop(IC_RESULT(ic),NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genCpl - generate code for complement */ /*-----------------------------------------------------------------*/ static void genCpl (iCode *ic) { operand *left, *result; int size, offset=0; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp((left = IC_LEFT(ic)),ic,FALSE); aopOp((result=IC_RESULT(ic)),ic,TRUE); /* if both are in bit space then a special case */ if (AOP_TYPE(result) == AOP_CRY && AOP_TYPE(left) == AOP_CRY ) { pic14_emitcode("mov","c,%s",left->aop->aopu.aop_dir); pic14_emitcode("cpl","c"); pic14_emitcode("mov","%s,c",result->aop->aopu.aop_dir); goto release; } size = AOP_SIZE(result); if (AOP_SIZE(left) < size) size = AOP_SIZE(left); while (size--) { emitpcode(POC_COMFW,popGet(AOP(left),offset)); emitpcode(POC_MOVWF,popGet(AOP(result),offset)); offset++; } addSign (result, AOP_SIZE(left), !SPEC_USIGN(operandType(result))); release: /* release the aops */ freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? 0 : 1)); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genUminusFloat - unary minus for floating points */ /*-----------------------------------------------------------------*/ static void genUminusFloat(operand *op,operand *result) { int size ,offset =0 ; char *l; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* for this we just need to flip the first it then copy the rest in place */ size = AOP_SIZE(op) - 1; l = aopGet(AOP(op),3,FALSE,FALSE); MOVA(l); pic14_emitcode("cpl","acc.7"); aopPut(AOP(result),"a",3); while(size--) { aopPut(AOP(result), aopGet(AOP(op),offset,FALSE,FALSE), offset); offset++; } } /*-----------------------------------------------------------------*/ /* genUminus - unary minus code generation */ /*-----------------------------------------------------------------*/ static void genUminus (iCode *ic) { int size, i; sym_link *optype, *rtype; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* assign asmops */ aopOp(IC_LEFT(ic),ic,FALSE); aopOp(IC_RESULT(ic),ic,TRUE); /* if both in bit space then special case */ if (AOP_TYPE(IC_RESULT(ic)) == AOP_CRY && AOP_TYPE(IC_LEFT(ic)) == AOP_CRY ) { emitpcode(POC_BCF, popGet(AOP(IC_RESULT(ic)),0)); emitpcode(POC_BTFSS, popGet(AOP(IC_LEFT(ic)),0)); emitpcode(POC_BSF, popGet(AOP(IC_RESULT(ic)),0)); goto release; } optype = operandType(IC_LEFT(ic)); rtype = operandType(IC_RESULT(ic)); /* if float then do float stuff */ if (IS_FLOAT(optype)) { genUminusFloat(IC_LEFT(ic),IC_RESULT(ic)); goto release; } /* otherwise subtract from zero by taking the 2's complement */ size = AOP_SIZE(IC_LEFT(ic)); for(i=0; iname); } for (i = 0 ; i < pic14_nRegs ;i++) { if (options.useXstack) { pic14_emitcode("inc","%s",r->name); //pic14_emitcode("mov","a,(%s+%d)", // regspic14[i].base,8*bank+regspic14[i].offset); pic14_emitcode("movx","@%s,a",r->name); } else pic14_emitcode("push","");// "(%s+%d)", //regspic14[i].base,8*bank+regspic14[i].offset); } if (pushPsw) { if (options.useXstack) { pic14_emitcode("mov","a,psw"); pic14_emitcode("movx","@%s,a",r->name); pic14_emitcode("inc","%s",r->name); pic14_emitcode("mov","_spx,%s",r->name); freeAsmop (NULL,aop,ic,TRUE); } else pic14_emitcode("push","psw"); pic14_emitcode("mov","psw,#0x%02x",(bank << 3)&0x00ff); } ic->bankSaved = 1; #endif } /*-----------------------------------------------------------------*/ /* saveRegisters - will look for a call and save the registers */ /*-----------------------------------------------------------------*/ static void saveRegisters(iCode *lic) { iCode *ic; bitVect *rsave; sym_link *dtype; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* look for call */ for (ic = lic ; ic ; ic = ic->next) if (ic->op == CALL || ic->op == PCALL) break; if (!ic) { fprintf(stderr,"found parameter push with no function call\n"); return ; } /* if the registers have been saved already then do nothing */ if (ic->regsSaved || IFFUNC_CALLEESAVES(OP_SYMBOL(IC_LEFT(ic))->type)) return ; /* find the registers in use at this time and push them away to safety */ rsave = bitVectCplAnd(bitVectCopy(ic->rMask), ic->rUsed); ic->regsSaved = 1; //fprintf(stderr, "ERROR: saveRegisters did not do anything to save registers, please report this as a bug.\n"); dtype = operandType(IC_LEFT(ic)); if (currFunc && dtype && (FUNC_REGBANK(currFunc->type) != FUNC_REGBANK(dtype)) && IFFUNC_ISISR(currFunc->type) && !ic->bankSaved) saverbank(FUNC_REGBANK(dtype),ic,TRUE); } /*-----------------------------------------------------------------*/ /* unsaveRegisters - pop the pushed registers */ /*-----------------------------------------------------------------*/ static void unsaveRegisters (iCode *ic) { int i; bitVect *rsave; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* find the registers in use at this time and push them away to safety */ rsave = bitVectCplAnd(bitVectCopy(ic->rMask), ic->rUsed); if (options.useXstack) { pic14_emitcode("mov","r0,%s",spname); for (i = pic14_nRegs ; i >= 0 ; i--) { if (bitVectBitValue(rsave,i)) { pic14_emitcode("dec","r0"); pic14_emitcode("movx","a,@r0"); pic14_emitcode("mov","%s,a",pic14_regWithIdx(i)->name); } } pic14_emitcode("mov","%s,r0",spname); } //else //for (i = pic14_nRegs ; i >= 0 ; i--) { // if (bitVectBitValue(rsave,i)) // pic14_emitcode("pop","%s",pic14_regWithIdx(i)->dname); //} } /*-----------------------------------------------------------------*/ /* pushSide - */ /*-----------------------------------------------------------------*/ static void pushSide(operand * oper, int size) { #if 0 int offset = 0; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); while (size--) { char *l = aopGet(AOP(oper),offset++,FALSE,TRUE); if (AOP_TYPE(oper) != AOP_REG && AOP_TYPE(oper) != AOP_DIR && strcmp(l,"a") ) { pic14_emitcode("mov","a,%s",l); pic14_emitcode("push","acc"); } else pic14_emitcode("push","%s",l); } #endif } /*-----------------------------------------------------------------*/ /* assignResultValue - */ /*-----------------------------------------------------------------*/ static void assignResultValue(operand * oper) { int size = AOP_SIZE(oper); int offset = 0; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); DEBUGpic14_AopType(__LINE__,oper,NULL,NULL); /* assign MSB first (passed via WREG) */ while (size--) { get_returnvalue (oper, size, offset + GpsuedoStkPtr); GpsuedoStkPtr++; } } /*-----------------------------------------------------------------*/ /* genIpush - genrate code for pushing this gets a little complex */ /*-----------------------------------------------------------------*/ static void genIpush (iCode *ic) { FENTRY; DEBUGpic14_emitcode ("; ***","%s %d - WARNING no code generated",__FUNCTION__,__LINE__); #if 0 int size, offset = 0 ; char *l; /* if this is not a parm push : ie. it is spill push and spill push is always done on the local stack */ if (!ic->parmPush) { /* and the item is spilt then do nothing */ if (OP_SYMBOL(IC_LEFT(ic))->isspilt) return ; aopOp(IC_LEFT(ic),ic,FALSE); size = AOP_SIZE(IC_LEFT(ic)); /* push it on the stack */ while(size--) { l = aopGet(AOP(IC_LEFT(ic)),offset++,FALSE,TRUE); if (*l == '#') { MOVA(l); l = "acc"; } pic14_emitcode("push","%s",l); } return ; } /* this is a paramter push: in this case we call the routine to find the call and save those registers that need to be saved */ saveRegisters(ic); /* then do the push */ aopOp(IC_LEFT(ic),ic,FALSE); // pushSide(IC_LEFT(ic), AOP_SIZE(IC_LEFT(ic))); size = AOP_SIZE(IC_LEFT(ic)); while (size--) { l = aopGet(AOP(IC_LEFT(ic)),offset++,FALSE,TRUE); if (AOP_TYPE(IC_LEFT(ic)) != AOP_REG && AOP_TYPE(IC_LEFT(ic)) != AOP_DIR && strcmp(l,"a") ) { pic14_emitcode("mov","a,%s",l); pic14_emitcode("push","acc"); } else pic14_emitcode("push","%s",l); } freeAsmop(IC_LEFT(ic),NULL,ic,TRUE); #endif } /*-----------------------------------------------------------------*/ /* genIpop - recover the registers: can happen only for spilling */ /*-----------------------------------------------------------------*/ static void genIpop (iCode *ic) { FENTRY; DEBUGpic14_emitcode ("; ***","%s %d - WARNING no code generated",__FUNCTION__,__LINE__); assert (!"genIpop -- unimplemented"); #if 0 int size,offset ; /* if the temp was not pushed then */ if (OP_SYMBOL(IC_LEFT(ic))->isspilt) return ; aopOp(IC_LEFT(ic),ic,FALSE); size = AOP_SIZE(IC_LEFT(ic)); offset = (size-1); while (size--) pic14_emitcode("pop","%s",aopGet(AOP(IC_LEFT(ic)),offset--, FALSE,TRUE)); freeAsmop(IC_LEFT(ic),NULL,ic,TRUE); #endif } /*-----------------------------------------------------------------*/ /* unsaverbank - restores the resgister bank from stack */ /*-----------------------------------------------------------------*/ static void unsaverbank (int bank,iCode *ic,bool popPsw) { FENTRY; DEBUGpic14_emitcode ("; ***","%s %d - WARNING no code generated",__FUNCTION__,__LINE__); #if 0 int i; asmop *aop ; regs *r = NULL; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (popPsw) { if (options.useXstack) { aop = newAsmop(0); r = getFreePtr(ic,&aop,FALSE); pic14_emitcode("mov","%s,_spx",r->name); pic14_emitcode("movx","a,@%s",r->name); pic14_emitcode("mov","psw,a"); pic14_emitcode("dec","%s",r->name); }else pic14_emitcode ("pop","psw"); } for (i = (pic14_nRegs - 1) ; i >= 0 ;i--) { if (options.useXstack) { pic14_emitcode("movx","a,@%s",r->name); //pic14_emitcode("mov","(%s+%d),a", // regspic14[i].base,8*bank+regspic14[i].offset); pic14_emitcode("dec","%s",r->name); } else pic14_emitcode("pop",""); //"(%s+%d)", //regspic14[i].base,8*bank); //+regspic14[i].offset); } if (options.useXstack) { pic14_emitcode("mov","_spx,%s",r->name); freeAsmop(NULL,aop,ic,TRUE); } #endif } /*-----------------------------------------------------------------*/ /* genCall - generates a call statement */ /*-----------------------------------------------------------------*/ static void genCall (iCode *ic) { sym_link *dtype; symbol *sym; char *name; int isExtern; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* if caller saves & we have not saved then */ if (!ic->regsSaved) saveRegisters(ic); /* if we are calling a function that is not using the same register bank then we need to save the destination registers on the stack */ dtype = operandType(IC_LEFT(ic)); if (currFunc && dtype && (FUNC_REGBANK(currFunc->type) != FUNC_REGBANK(dtype)) && IFFUNC_ISISR(currFunc->type) && !ic->bankSaved) saverbank(FUNC_REGBANK(dtype),ic,TRUE); /* if send set is not empty the assign */ if (_G.sendSet) { iCode *sic; /* For the Pic port, there is no data stack. * So parameters passed to functions are stored * in registers. (The pCode optimizer will get * rid of most of these :). */ int psuedoStkPtr=-1; int firstTimeThruLoop = 1; _G.sendSet = reverseSet(_G.sendSet); /* First figure how many parameters are getting passed */ for (sic = setFirstItem(_G.sendSet) ; sic ; sic = setNextItem(_G.sendSet)) { aopOp(IC_LEFT(sic),sic,FALSE); psuedoStkPtr += AOP_SIZE(IC_LEFT(sic)); freeAsmop (IC_LEFT(sic),NULL,sic,FALSE); } for (sic = setFirstItem(_G.sendSet) ; sic ; sic = setNextItem(_G.sendSet)) { int size, offset = 0; aopOp(IC_LEFT(sic),sic,FALSE); size = AOP_SIZE(IC_LEFT(sic)); while (size--) { DEBUGpic14_emitcode ("; ","%d left %s",__LINE__, AopType(AOP_TYPE(IC_LEFT(sic)))); if(!firstTimeThruLoop) { /* If this is not the first time we've been through the loop * then we need to save the parameter in a temporary * register. The last byte of the last parameter is * passed in W. */ emitpcode(POC_MOVWF,popRegFromIdx(Gstack_base_addr - --psuedoStkPtr)); } firstTimeThruLoop=0; mov2w_op (IC_LEFT(sic), offset); offset++; } freeAsmop (IC_LEFT(sic),NULL,sic,TRUE); } _G.sendSet = NULL; } /* make the call */ sym = OP_SYMBOL(IC_LEFT(ic)); name = sym->rname[0] ? sym->rname : sym->name; /* * As SDCC emits code as soon as it reaches the end of each * function's definition, prototyped functions that are implemented * after the current one are always considered EXTERN, which * introduces many unneccessary PAGESEL instructions. * XXX: Use a post pass to iterate over all `CALL _name' statements * and insert `PAGESEL _name' and `PAGESEL $' around the CALL * only iff there is no definition of the function in the whole * file (might include this in the PAGESEL pass). */ isExtern = IS_EXTERN(sym->etype) || pic14_inISR; if (isExtern) { /* Extern functions and ISRs maybe on a different page; * must call pagesel */ emitpcode(POC_PAGESEL,popGetWithString(name,1)); } emitpcode(POC_CALL,popGetWithString(name,isExtern)); if (isExtern) { /* May have returned from a different page; * must use pagesel to restore PCLATH before next * goto or call instruction */ emitpcode(POC_PAGESEL,popGetWithString("$",0)); } GpsuedoStkPtr=0; /* if we need assign a result value */ if ((IS_ITEMP(IC_RESULT(ic)) && (OP_SYMBOL(IC_RESULT(ic))->nRegs || OP_SYMBOL(IC_RESULT(ic))->spildir )) || IS_TRUE_SYMOP(IC_RESULT(ic)) ) { _G.accInUse++; aopOp(IC_RESULT(ic),ic,FALSE); _G.accInUse--; assignResultValue(IC_RESULT(ic)); DEBUGpic14_emitcode ("; ","%d left %s",__LINE__, AopType(AOP_TYPE(IC_RESULT(ic)))); freeAsmop(IC_RESULT(ic),NULL, ic,TRUE); } /* if register bank was saved then pop them */ if (ic->bankSaved) unsaverbank(FUNC_REGBANK(dtype),ic,TRUE); /* if we hade saved some registers then unsave them */ if (ic->regsSaved && !IFFUNC_CALLEESAVES(dtype)) unsaveRegisters (ic); } /*-----------------------------------------------------------------*/ /* genPcall - generates a call by pointer statement */ /*-----------------------------------------------------------------*/ static void genPcall (iCode *ic) { sym_link *dtype; symbol *albl = newiTempLabel(NULL); symbol *blbl = newiTempLabel(NULL); PIC_OPCODE poc; pCodeOp *pcop; operand *left; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* if caller saves & we have not saved then */ if (!ic->regsSaved) saveRegisters(ic); /* if we are calling a function that is not using the same register bank then we need to save the destination registers on the stack */ dtype = operandType(IC_LEFT(ic)); if (currFunc && dtype && IFFUNC_ISISR(currFunc->type) && (FUNC_REGBANK(currFunc->type) != FUNC_REGBANK(dtype))) saverbank(FUNC_REGBANK(dtype),ic,TRUE); left = IC_LEFT(ic); aopOp(left,ic,FALSE); DEBUGpic14_AopType(__LINE__,left,NULL,NULL); poc = ( op_isLitLike (IC_LEFT(ic)) ? POC_MOVLW : POC_MOVFW ); pushSide(IC_LEFT(ic), FPTRSIZE); /* if send set is not empty, assign parameters */ if (_G.sendSet) { DEBUGpic14_emitcode ("; ***","%s %d - WARNING arg-passing to indirect call not supported",__FUNCTION__,__LINE__); /* no way to pass args - W always gets used to make the call */ } /* first idea - factor out a common helper function and call it. But don't know how to get it generated only once in its own block if(AOP_TYPE(IC_LEFT(ic)) == AOP_DIR) { char *rname; char *buffer; rname = IC_LEFT(ic)->aop->aopu.aop_dir; DEBUGpic14_emitcode ("; ***","%s %d AOP_DIR %s",__FUNCTION__,__LINE__,rname); buffer = Safe_calloc(1,strlen(rname)+16); sprintf(buffer, "%s_goto_helper", rname); addpCode2pBlock(pb,newpCode(POC_CALL,newpCodeOp(buffer,PO_STR))); free(buffer); } */ emitpcode(POC_CALL,popGetLabel(albl->key)); pcop = popGetLabel(blbl->key); emitpcode(POC_PAGESEL,pcop); /* Must restore PCLATH before goto, without destroying W */ emitpcode(POC_GOTO,pcop); emitpLabel(albl->key); emitpcode(poc,popGetAddr(AOP(left),1,0)); emitpcode(POC_MOVWF,popCopyReg(&pc_pclath)); emitpcode(poc,popGetAddr(AOP(left),0,0)); emitpcode(POC_MOVWF,popCopyReg(&pc_pcl)); emitpLabel(blbl->key); freeAsmop(IC_LEFT(ic),NULL,ic,TRUE); /* if we need to assign a result value */ if ((IS_ITEMP(IC_RESULT(ic)) && (OP_SYMBOL(IC_RESULT(ic))->nRegs || OP_SYMBOL(IC_RESULT(ic))->spildir)) || IS_TRUE_SYMOP(IC_RESULT(ic)) ) { _G.accInUse++; aopOp(IC_RESULT(ic),ic,FALSE); _G.accInUse--; GpsuedoStkPtr = 0; assignResultValue(IC_RESULT(ic)); freeAsmop(IC_RESULT(ic),NULL,ic,TRUE); } /* if register bank was saved then unsave them */ if (currFunc && dtype && (FUNC_REGBANK(currFunc->type) != FUNC_REGBANK(dtype))) unsaverbank(FUNC_REGBANK(dtype),ic,TRUE); /* if we hade saved some registers then unsave them */ if (ic->regsSaved) unsaveRegisters (ic); } /*-----------------------------------------------------------------*/ /* resultRemat - result is rematerializable */ /*-----------------------------------------------------------------*/ static int resultRemat (iCode *ic) { // DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); FENTRY; if (SKIP_IC(ic) || ic->op == IFX) return 0; if (IC_RESULT(ic) && IS_ITEMP(IC_RESULT(ic))) { symbol *sym = OP_SYMBOL(IC_RESULT(ic)); if (sym->remat && !POINTER_SET(ic)) return 1; } return 0; } /*-----------------------------------------------------------------*/ /* genFunction - generated code for function entry */ /*-----------------------------------------------------------------*/ static void genFunction (iCode *ic) { symbol *sym; sym_link *ftype; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d curr label offset=%dprevious max_key=%d ",__FUNCTION__,__LINE__,labelOffset,max_key); labelOffset += (max_key+4); max_key=0; GpsuedoStkPtr=0; _G.nRegsSaved = 0; /* create the function header */ pic14_emitcode(";","-----------------------------------------"); pic14_emitcode(";"," function %s",(sym = OP_SYMBOL(IC_LEFT(ic)))->name); pic14_emitcode(";","-----------------------------------------"); /* prevent this symbol from being emitted as 'extern' */ pic14_stringInSet(sym->rname, &pic14_localFunctions, 1); pic14_emitcode("","%s:",sym->rname); addpCode2pBlock(pb,newpCodeFunction(NULL,sym->rname,!IS_STATIC (sym->etype))); /* mark symbol as NOT extern (even if it was declared so previously) */ assert(IS_SPEC(sym->etype)); SPEC_EXTR(sym->etype) = 0; sym->cdef = 0; if (!SPEC_OCLS(sym->etype)) SPEC_OCLS(sym->etype) = code; addSetIfnotP(&SPEC_OCLS(sym->etype)->syms, sym); ftype = operandType(IC_LEFT(ic)); /* if critical function then turn interrupts off */ if (IFFUNC_ISCRITICAL(ftype)) pic14_emitcode("clr","ea"); /* here we need to generate the equates for the register bank if required */ #if 0 if (FUNC_REGBANK(ftype) != rbank) { int i ; rbank = FUNC_REGBANK(ftype); for ( i = 0 ; i < pic14_nRegs ; i++ ) { if (strcmp(regspic14[i].base,"0") == 0) pic14_emitcode("","%s = 0x%02x", regspic14[i].dname, 8*rbank+regspic14[i].offset); else pic14_emitcode ("","%s = %s + 0x%02x", regspic14[i].dname, regspic14[i].base, 8*rbank+regspic14[i].offset); } } #endif /* if this is an interrupt service routine */ pic14_inISR = 0; if (IFFUNC_ISISR(sym->type)) { pic14_inISR = 1; emitpcode(POC_MOVWF, popCopyReg(&pc_wsave)); emitpcode(POC_SWAPFW, popCopyReg(&pc_status)); /* XXX: Why? Does this assume that ssave and psave reside * in a shared bank or bank0? We cannot guarantee the * latter... */ emitpcode(POC_CLRF, popCopyReg(&pc_status)); emitpcode(POC_MOVWF, popCopyReg(&pc_ssave)); //emitpcode(POC_MOVWF, popGetExternal("___sdcc_saved_status",1 )); emitpcode(POC_MOVFW, popCopyReg(&pc_pclath)); /* during an interrupt PCLATH must be cleared before a goto or call statement */ emitpcode(POC_CLRF, popCopyReg(&pc_pclath)); emitpcode(POC_MOVWF, popCopyReg(&pc_psave)); //emitpcode(POC_MOVWF, popGetExternal("___sdcc_saved_pclath", 1)); emitpcode(POC_MOVFW, popCopyReg(&pc_fsr)); emitpcode(POC_MOVWF, popGetExternal("___sdcc_saved_fsr", 1)); pBlockConvert2ISR(pb); pic14_hasInterrupt = 1; } else { /* if callee-save to be used for this function then save the registers being used in this function */ if (IFFUNC_CALLEESAVES(sym->type)) { int i; /* if any registers used */ if (sym->regsUsed) { /* save the registers used */ for ( i = 0 ; i < sym->regsUsed->size ; i++) { if (bitVectBitValue(sym->regsUsed,i)) { //pic14_emitcode("push","%s",pic14_regWithIdx(i)->dname); _G.nRegsSaved++; } } } } } /* set the register bank to the desired value */ if (FUNC_REGBANK(sym->type) || FUNC_ISISR(sym->type)) { pic14_emitcode("push","psw"); pic14_emitcode("mov","psw,#0x%02x",(FUNC_REGBANK(sym->type) << 3)&0x00ff); } if (IFFUNC_ISREENT(sym->type) || options.stackAuto) { if (options.useXstack) { pic14_emitcode("mov","r0,%s",spname); pic14_emitcode("mov","a,_bp"); pic14_emitcode("movx","@r0,a"); pic14_emitcode("inc","%s",spname); } else { /* set up the stack */ pic14_emitcode ("push","_bp"); /* save the callers stack */ } pic14_emitcode ("mov","_bp,%s",spname); } /* adjust the stack for the function */ if (sym->stack) { int i = sym->stack; if (i > 256 ) werror(W_STACK_OVERFLOW,sym->name); if (i > 3 && sym->recvSize < 4) { pic14_emitcode ("mov","a,sp"); pic14_emitcode ("add","a,#0x%02x",((char)sym->stack & 0xff)); pic14_emitcode ("mov","sp,a"); } else while(i--) pic14_emitcode("inc","sp"); } if (sym->xstack) { pic14_emitcode ("mov","a,_spx"); pic14_emitcode ("add","a,#0x%02x",((char)sym->xstack & 0xff)); pic14_emitcode ("mov","_spx,a"); } } /*-----------------------------------------------------------------*/ /* genEndFunction - generates epilogue for functions */ /*-----------------------------------------------------------------*/ static void genEndFunction (iCode *ic) { symbol *sym = OP_SYMBOL(IC_LEFT(ic)); FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (IFFUNC_ISREENT(sym->type) || options.stackAuto) { pic14_emitcode ("mov","%s,_bp",spname); } /* if use external stack but some variables were added to the local stack then decrement the local stack */ if (options.useXstack && sym->stack) { pic14_emitcode("mov","a,sp"); pic14_emitcode("add","a,#0x%02x",((char)-sym->stack) & 0xff); pic14_emitcode("mov","sp,a"); } if ((IFFUNC_ISREENT(sym->type) || options.stackAuto)) { if (options.useXstack) { pic14_emitcode("mov","r0,%s",spname); pic14_emitcode("movx","a,@r0"); pic14_emitcode("mov","_bp,a"); pic14_emitcode("dec","%s",spname); } else { pic14_emitcode ("pop","_bp"); } } /* restore the register bank */ if (FUNC_REGBANK(sym->type) || FUNC_ISISR(sym->type)) pic14_emitcode ("pop","psw"); if (IFFUNC_ISISR(sym->type)) { /* now we need to restore the registers */ /* if this isr has no bank i.e. is going to run with bank 0 , then we need to save more registers :-) */ if (!FUNC_REGBANK(sym->type)) { /* if this function does not call any other function then we can be economical and save only those registers that are used */ if (! IFFUNC_HASFCALL(sym->type)) { int i; /* if any registers used */ if (sym->regsUsed) { /* save the registers used */ for ( i = sym->regsUsed->size ; i >= 0 ; i--) { if (bitVectBitValue(sym->regsUsed,i)) { pic14_emitcode("pop","junk");//"%s",pic14_regWithIdx(i)->dname); } } } } else { /* this function has a function call; cannot determines register usage so we will have the entire bank */ unsaverbank(0,ic,FALSE); } } /* if debug then send end of function */ if (options.debug && debugFile && currFunc) { debugFile->writeEndFunction (currFunc, ic, 1); } emitpcode(POC_MOVFW, popGetExternal("___sdcc_saved_fsr", 1)); emitpcode(POC_MOVWF, popCopyReg(&pc_fsr)); //emitpcode(POC_MOVFW, popGetExternal("___sdcc_saved_pclath", 1)); emitpcode(POC_MOVFW, popCopyReg(&pc_psave)); emitpcode(POC_MOVWF, popCopyReg(&pc_pclath)); emitpcode(POC_CLRF, popCopyReg(&pc_status)); // see genFunction //emitpcode(POC_SWAPFW, popGetExternal("___sdcc_saved_status", 1)); emitpcode(POC_SWAPFW, popCopyReg(&pc_ssave)); emitpcode(POC_MOVWF, popCopyReg(&pc_status)); emitpcode(POC_SWAPF, popCopyReg(&pc_wsave)); emitpcode(POC_SWAPFW, popCopyReg(&pc_wsave)); addpCode2pBlock(pb,newpCodeLabel("END_OF_INTERRUPT",-1)); emitpcodeNULLop(POC_RETFIE); } else { if (IFFUNC_ISCRITICAL(sym->type)) pic14_emitcode("setb","ea"); if (IFFUNC_CALLEESAVES(sym->type)) { int i; /* if any registers used */ if (sym->regsUsed) { /* save the registers used */ for ( i = sym->regsUsed->size ; i >= 0 ; i--) { if (bitVectBitValue(sym->regsUsed,i)) { pic14_emitcode("pop","junk");//"%s",pic14_regWithIdx(i)->dname); } } } } /* if debug then send end of function */ if (options.debug && debugFile && currFunc) { debugFile->writeEndFunction (currFunc, ic, 1); } pic14_emitcode ("return",""); emitpcodeNULLop(POC_RETURN); /* Mark the end of a function */ addpCode2pBlock(pb,newpCodeFunction(NULL,NULL,0)); } } /*-----------------------------------------------------------------*/ /* genRet - generate code for return statement */ /*-----------------------------------------------------------------*/ static void genRet (iCode *ic) { int size,offset = 0; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* if we have no return value then just generate the "ret" */ if (!IC_LEFT(ic)) goto jumpret; /* we have something to return then move the return value into place */ aopOp(IC_LEFT(ic),ic,FALSE); size = AOP_SIZE(IC_LEFT(ic)); for (offset = 0; offset < size; offset++) { pass_argument (IC_LEFT(ic), offset, size - 1 - offset); } freeAsmop (IC_LEFT(ic),NULL,ic,TRUE); jumpret: /* generate a jump to the return label if the next is not the return statement */ if (!(ic->next && ic->next->op == LABEL && IC_LABEL(ic->next) == returnLabel)) { emitpcode(POC_GOTO,popGetLabel(returnLabel->key)); } } /*-----------------------------------------------------------------*/ /* genLabel - generates a label */ /*-----------------------------------------------------------------*/ static void genLabel (iCode *ic) { FENTRY; /* special case never generate */ DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (IC_LABEL(ic) == entryLabel) return ; emitpLabel(IC_LABEL(ic)->key); pic14_emitcode("","_%05d_DS_:",(IC_LABEL(ic)->key+100 + labelOffset)); } /*-----------------------------------------------------------------*/ /* genGoto - generates a goto */ /*-----------------------------------------------------------------*/ //tsd static void genGoto (iCode *ic) { FENTRY; emitpcode(POC_GOTO,popGetLabel(IC_LABEL(ic)->key)); pic14_emitcode ("goto","_%05d_DS_",(IC_LABEL(ic)->key+100)+labelOffset); } /*-----------------------------------------------------------------*/ /* genMultbits :- multiplication of bits */ /*-----------------------------------------------------------------*/ static void genMultbits (operand *left, operand *right, operand *result) { FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(!pic14_sameRegs(AOP(result),AOP(right))) emitpcode(POC_BSF, popGet(AOP(result),0)); emitpcode(POC_BTFSC,popGet(AOP(right),0)); emitpcode(POC_BTFSS,popGet(AOP(left),0)); emitpcode(POC_BCF, popGet(AOP(result),0)); } /*-----------------------------------------------------------------*/ /* genMultOneByte : 8 bit multiplication & division */ /*-----------------------------------------------------------------*/ static void genMultOneByte (operand *left, operand *right, operand *result) { char *func[] = { NULL, "__mulchar", "__mulint", NULL, "__mullong" }; // symbol *lbl ; int size,offset,i; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); DEBUGpic14_AopType(__LINE__,left,right,result); DEBUGpic14_AopTypeSign(__LINE__,left,right,result); /* (if two literals, the value is computed before) */ /* if one literal, literal on the right */ if (AOP_TYPE(left) == AOP_LIT){ operand *t = right; right = left; left = t; } assert (AOP_SIZE(left) == AOP_SIZE(right)); size = min(AOP_SIZE(result),AOP_SIZE(left)); offset = Gstack_base_addr - (2*size - 1); /* pass right operand as argument */ for (i=0; i < size; i++) { mov2w (AOP(right), i); emitpcode(POC_MOVWF, popRegFromIdx (++offset)); } // for /* pass left operand as argument */ for (i=0; i < size; i++) { mov2w (AOP(left), i); if (i != size-1) emitpcode(POC_MOVWF, popRegFromIdx (++offset)); } // for assert (offset == Gstack_base_addr); /* call library routine */ assert (size > 0 && size <= 4); call_libraryfunc (func[size]); /* assign result */ movwf (AOP(result), size-1); for (i=0; i < size - 1; i++) { emitpcode(POC_MOVFW, popRegFromIdx (Gstack_base_addr - i)); movwf (AOP(result), size - 2 - i); } // for /* now (zero-/sign) extend the result to its size */ addSign (result, AOP_SIZE(left), !SPEC_USIGN(operandType(result))); } /*-----------------------------------------------------------------*/ /* genMult - generates code for multiplication */ /*-----------------------------------------------------------------*/ static void genMult (iCode *ic) { operand *left = IC_LEFT(ic); operand *right = IC_RIGHT(ic); operand *result= IC_RESULT(ic); FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* assign the amsops */ aopOp (left,ic,FALSE); aopOp (right,ic,FALSE); aopOp (result,ic,TRUE); DEBUGpic14_AopType(__LINE__,left,right,result); /* special cases first */ /* both are bits */ if (AOP_TYPE(left) == AOP_CRY && AOP_TYPE(right)== AOP_CRY) { genMultbits(left,right,result); goto release ; } /* if both are of size == 1 */ if (AOP_SIZE(left) == 1 && AOP_SIZE(right) == 1 ) { genMultOneByte(left,right,result); goto release ; } /* should have been converted to function call */ assert(0) ; release : freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genDivbits :- division of bits */ /*-----------------------------------------------------------------*/ static void genDivbits (operand *left, operand *right, operand *result) { char *l; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* the result must be bit */ pic14_emitcode("mov","b,%s",aopGet(AOP(right),0,FALSE,FALSE)); l = aopGet(AOP(left),0,FALSE,FALSE); MOVA(l); pic14_emitcode("div","ab"); pic14_emitcode("rrc","a"); aopPut(AOP(result),"c",0); } /*-----------------------------------------------------------------*/ /* genDivOneByte : 8 bit division */ /*-----------------------------------------------------------------*/ static void genDivOneByte (operand *left, operand *right, operand *result) { int size; int sign; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); assert (AOP_SIZE(right) == 1); assert (AOP_SIZE(left) == 1); size = min(AOP_SIZE(result),AOP_SIZE(left)); sign = !(SPEC_USIGN(operandType(left)) && SPEC_USIGN(operandType(right))); if (AOP_TYPE(right) == AOP_LIT) { /* XXX: might add specialized code */ } if (!sign) { /* unsigned division */ #if 1 mov2w(AOP(right),0); emitpcode(POC_MOVWF, popRegFromIdx(Gstack_base_addr)); mov2w(AOP(left),0); call_libraryfunc("__divuchar"); movwf(AOP(result),0); #else pCodeOp *temp; symbol *lbl; temp = popGetTempReg(); lbl = newiTempLabel(NULL); /* XXX: improve this naive approach: [result] = [a] / [b] ::= [result] = 0; while ([a] > [b]) do [a] -= [b]; [result]++ done In PIC assembler: movf left,W movwf temp // temp <-- left movf right,W // W <-- right clrf result label1: incf result subwf temp,F // temp <-- temp - W skipNC // subwf clears CARRY (i.e. sets BORROW) if temp < W goto label1 decf result // we just subtract once too often */ /* XXX: This loops endlessly on DIVIDE BY ZERO */ /* We need 1..128 iterations of the loop body (`4 / 5' .. `255 / 2'). */ mov2w(AOP(left),0); emitpcode(POC_MOVWF, temp); mov2w(AOP(right),0); emitpcode(POC_CLRF, popGet(AOP(result),0)); emitpLabel(lbl->key); emitpcode(POC_INCF, popGet(AOP(result),0)); emitpcode(POC_SUBWF, temp); emitSKPNC; emitpcode(POC_GOTO, popGetLabel(lbl->key)); emitpcode(POC_DECF, popGet(AOP(result),0)); popReleaseTempReg(temp); #endif } else { /* signed division */ mov2w(AOP(right),0); emitpcode(POC_MOVWF, popRegFromIdx(Gstack_base_addr)); mov2w(AOP(left),0); call_libraryfunc("__divschar"); movwf(AOP(result),0); } /* now performed the signed/unsigned division -- extend result */ addSign(result, 1, sign); } /*-----------------------------------------------------------------*/ /* genDiv - generates code for division */ /*-----------------------------------------------------------------*/ static void genDiv (iCode *ic) { operand *left = IC_LEFT(ic); operand *right = IC_RIGHT(ic); operand *result= IC_RESULT(ic); FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* assign the amsops */ aopOp (left,ic,FALSE); aopOp (right,ic,FALSE); aopOp (result,ic,TRUE); /* special cases first */ /* both are bits */ if (AOP_TYPE(left) == AOP_CRY && AOP_TYPE(right)== AOP_CRY) { genDivbits(left,right,result); goto release ; } /* if both are of size == 1 */ if (AOP_SIZE(left) == 1 && AOP_SIZE(right) == 1 ) { genDivOneByte(left,right,result); goto release ; } /* should have been converted to function call */ assert(0); release : freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genModOneByte : 8 bit modulus */ /*-----------------------------------------------------------------*/ static void genModOneByte (operand *left, operand *right, operand *result) { int size; int sign; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); assert (AOP_SIZE(right) == 1); assert (AOP_SIZE(left) == 1); size = min(AOP_SIZE(result),AOP_SIZE(left)); sign = !(SPEC_USIGN(operandType(left)) && SPEC_USIGN(operandType(right))); if (AOP_TYPE(right) == AOP_LIT) { /* XXX: might add specialized code */ } if (!sign) { /* unsigned division */ #if 1 mov2w(AOP(right),0); emitpcode(POC_MOVWF, popRegFromIdx(Gstack_base_addr)); mov2w(AOP(left),0); call_libraryfunc("__moduchar"); movwf(AOP(result),0); #else pCodeOp *temp; symbol *lbl; lbl = newiTempLabel(NULL); assert(!pic14_sameRegs(AOP(right),AOP(result))); /* XXX: improve this naive approach: [result] = [a] % [b] ::= [result] = [a]; while ([result] > [b]) do [result] -= [b]; done In PIC assembler: movf left,W movwf result // result <-- left movf right,W // W <-- right label1: subwf result,F // result <-- result - W skipNC // subwf clears CARRY (i.e. sets BORROW) if result < W goto label1 addwf result, F // we just subtract once too often */ /* XXX: This loops endlessly on DIVIDE BY ZERO */ /* We need 1..128 iterations of the loop body (`4 % 5' .. `255 % 2'). */ if (!pic14_sameRegs(AOP(left), AOP(result))) { mov2w(AOP(left),0); emitpcode(POC_MOVWF, popGet(AOP(result),0)); } mov2w(AOP(right),0); emitpLabel(lbl->key); emitpcode(POC_SUBWF, popGet(AOP(result),0)); emitSKPNC; emitpcode(POC_GOTO, popGetLabel(lbl->key)); emitpcode(POC_ADDWF, popGet(AOP(result),0)); #endif } else { /* signed division */ mov2w(AOP(right),0); emitpcode(POC_MOVWF, popRegFromIdx(Gstack_base_addr)); mov2w(AOP(left),0); call_libraryfunc("__modschar"); movwf(AOP(result),0); } /* now we performed the signed/unsigned modulus -- extend result */ addSign(result, 1, sign); } /*-----------------------------------------------------------------*/ /* genMod - generates code for division */ /*-----------------------------------------------------------------*/ static void genMod (iCode *ic) { operand *left = IC_LEFT(ic); operand *right = IC_RIGHT(ic); operand *result= IC_RESULT(ic); FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* assign the amsops */ aopOp (left,ic,FALSE); aopOp (right,ic,FALSE); aopOp (result,ic,TRUE); /* if both are of size == 1 */ if (AOP_SIZE(left) == 1 && AOP_SIZE(right) == 1 ) { genModOneByte(left,right,result); goto release ; } /* should have been converted to function call */ assert(0); release : freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genIfxJump :- will create a jump depending on the ifx */ /*-----------------------------------------------------------------*/ /* note: May need to add parameter to indicate when a variable is in bit space. */ static void genIfxJump (iCode *ic, char *jval) { FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* if true label then we jump if condition supplied is true */ if ( IC_TRUE(ic) ) { if(strcmp(jval,"a") == 0) emitSKPZ; else if (strcmp(jval,"c") == 0) emitSKPC; else { DEBUGpic14_emitcode ("; ***","%d - assuming %s is in bit space",__LINE__,jval); emitpcode(POC_BTFSC, newpCodeOpBit(jval,-1,1)); } emitpcode(POC_GOTO,popGetLabel(IC_TRUE(ic)->key)); pic14_emitcode(" goto","_%05d_DS_",IC_TRUE(ic)->key+100 + labelOffset); } else { /* false label is present */ if(strcmp(jval,"a") == 0) emitSKPNZ; else if (strcmp(jval,"c") == 0) emitSKPNC; else { DEBUGpic14_emitcode ("; ***","%d - assuming %s is in bit space",__LINE__,jval); emitpcode(POC_BTFSS, newpCodeOpBit(jval,-1,1)); } emitpcode(POC_GOTO,popGetLabel(IC_FALSE(ic)->key)); pic14_emitcode(" goto","_%05d_DS_",IC_FALSE(ic)->key+100 + labelOffset); } /* mark the icode as generated */ ic->generated = 1; } /*-----------------------------------------------------------------*/ /* genSkipc */ /*-----------------------------------------------------------------*/ static void genSkipc(resolvedIfx *rifx) { FENTRY; if(!rifx) return; if(rifx->condition) emitSKPNC; else emitSKPC; emitpcode(POC_GOTO,popGetLabel(rifx->lbl->key)); emitpComment ("%s:%u: created from rifx:%p", __FUNCTION__, __LINE__, rifx); rifx->generated = 1; } #define isAOP_REGlike(x) (AOP_TYPE(x) == AOP_REG || AOP_TYPE(x) == AOP_DIR || AOP_TYPE(x) == AOP_PCODE) #define isAOP_LIT(x) (AOP_TYPE(x) == AOP_LIT) #define DEBUGpc emitpComment /*-----------------------------------------------------------------*/ /* mov2w_regOrLit :- move to WREG either the offset's byte from */ /* aop (if it's NOT a literal) or from lit (if */ /* aop is a literal) */ /*-----------------------------------------------------------------*/ static void pic14_mov2w_regOrLit (asmop *aop, unsigned long lit, int offset) { if (aop->type == AOP_LIT) { emitpcode (POC_MOVLW, popGetLit((lit >> (offset*8)) & 0x00FF)); } else { emitpcode (POC_MOVFW, popGet (aop, offset)); } } /* genCmp performs a left < right comparison, stores * the outcome in result (if != NULL) and generates * control flow code for the ifx (if != NULL). * * This version leaves in sequences like * "B[CS]F STATUS,0; BTFS[CS] STATUS,0" * which should be optmized by the peephole * optimizer - RN 2005-01-01 */ static void genCmp (operand *left,operand *right, operand *result, iCode *ifx, int sign) { resolvedIfx rIfx; int size; int offs; symbol *templbl; operand *dummy; unsigned long lit; unsigned long mask; int performedLt; int invert_result = 0; FENTRY; assert (AOP_SIZE(left) == AOP_SIZE(right)); assert (left && right); size = AOP_SIZE(right) - 1; mask = (0x100UL << (size*8)) - 1; // in the end CARRY holds "left < right" (performedLt == 1) or "left >= right" (performedLt == 0) performedLt = 1; templbl = NULL; lit = 0; resolveIfx (&rIfx, ifx); /********************************************************************** * handle bits - bit compares are promoted to int compares seemingly! * **********************************************************************/ #if 0 // THIS IS COMPLETELY UNTESTED! if (AOP_TYPE(left) == AOP_CRY && AOP_TYPE(right) == AOP_CRY) { pCodeOp *pcleft = pic16_popGet(AOP(left), 0); pCodeOp *pcright = pic16_popGet(AOP(right), 0); assert (pcleft->type == PO_GPR_BIT && pcright->type == PO_GPR_BIT); emitSETC; // 1 < {0,1} is false --> clear C by skipping the next instruction //pic16_emitpcode (POC_BTFSS, pic16_popCopyGPR2Bit (AOP(left),0), PCORB(pcleft)->bit); pic16_emitpcode (POC_BTFSS, pic16_popGet (AOP(left), 0)); // {0,1} < 0 is false --> clear C by NOT skipping the next instruction pic16_emitpcode (POC_BTFSS, pic16_popCopyGPR2Bit (pic16_popGet(AOP(right),0), PCORB(pcright)->bit)); emitCLRC; // only skipped for left=0 && right=1 goto correct_result_in_carry; } // if #endif /************************************************* * make sure that left is register (or the like) * *************************************************/ if (!isAOP_REGlike(left)) { DEBUGpc ("swapping arguments (AOP_TYPEs %d/%d)", AOP_TYPE(left), AOP_TYPE(right)); assert (isAOP_LIT(left)); assert (isAOP_REGlike(right)); // swap left and right // left < right <==> right > left <==> (right >= left + 1) lit = ulFromVal(AOP(left)->aopu.aop_lit); if ( (!sign && (lit & mask) == mask) || (sign && (lit & mask) == (mask >> 1)) ) { // MAXVALUE < right? always false if (performedLt) emitCLRC; else emitSETC; goto correct_result_in_carry; } // if // This fails for lit = 0xFF (unsigned) AND lit = 0x7F (signed), // that's why we handled it above. lit++; dummy = left; left = right; right = dummy; performedLt ^= 1; // instead of "left < right" we check for "right >= left+1, i.e. "right < left+1" } else if (isAOP_LIT(right)) { lit = ulFromVal(AOP(right)->aopu.aop_lit); } // if assert (isAOP_REGlike(left)); // left must be register or the like assert (isAOP_REGlike(right) || isAOP_LIT(right)); // right may be register-like or a literal /************************************************* * special cases go here * *************************************************/ if (isAOP_LIT(right)) { if (!sign) { // unsigned comparison to a literal DEBUGpc ("unsigned compare: left %s lit(0x%X=%lu), size=%d", performedLt ? "<" : ">=", lit, lit, size+1); if (lit == 0) { // unsigned left < 0? always false if (performedLt) emitCLRC; else emitSETC; goto correct_result_in_carry; } } else { // signed comparison to a literal DEBUGpc ("signed compare: left %s lit(0x%X=%ld), size=%d, mask=%x", performedLt ? "<" : ">=", lit, lit, size+1, mask); if ((lit & mask) == ((0x80 << (size*8)) & mask)) { // signed left < 0x80000000? always false if (performedLt) emitCLRC; else emitSETC; goto correct_result_in_carry; } else if (lit == 0) { // compare left < 0; set CARRY if SIGNBIT(left) is set if (performedLt) emitSETC; else emitCLRC; emitpcode (POC_BTFSS, newpCodeOpBit (aopGet (AOP(left), size, FALSE, FALSE), 7, 0)); if (performedLt) emitCLRC; else emitSETC; goto correct_result_in_carry; } } // if (!sign) } // right is literal /************************************************* * perform a general case comparison * * make sure we get CARRY==1 <==> left >= right * *************************************************/ // compare most significant bytes //DEBUGpc ("comparing bytes at offset %d", size); if (!sign) { // unsigned comparison pic14_mov2w_regOrLit (AOP(right), lit, size); emitpcode (POC_SUBFW, popGet (AOP(left), size)); } else { // signed comparison // (add 2^n to both operands then perform an unsigned comparison) if (isAOP_LIT(right)) { // left >= LIT <-> LIT-left <= 0 <-> LIT-left == 0 OR !(LIT-left >= 0) unsigned char litbyte = (lit >> (8*size)) & 0xFF; if (litbyte == 0x80) { // left >= 0x80 -- always true, but more bytes to come mov2w (AOP(left), size); emitpcode (POC_XORLW, popGetLit (0x80)); // set ZERO flag emitSETC; } else { // left >= LIT <-> left + (-LIT) >= 0 <-> left + (0x100-LIT) >= 0x100 mov2w (AOP(left), size); emitpcode (POC_ADDLW, popGetLit (0x80)); emitpcode (POC_ADDLW, popGetLit ((0x100 - (litbyte + 0x80)) & 0x00FF)); } // if } else { pCodeOp *pctemp = popGetTempReg(); mov2w (AOP(left), size); emitpcode (POC_ADDLW, popGetLit (0x80)); emitpcode (POC_MOVWF, pctemp); mov2w (AOP(right), size); emitpcode (POC_ADDLW, popGetLit (0x80)); emitpcode (POC_SUBFW, pctemp); popReleaseTempReg(pctemp); } } // if (!sign) // compare remaining bytes (treat as unsigned case from above) templbl = newiTempLabel ( NULL ); offs = size; while (offs--) { //DEBUGpc ("comparing bytes at offset %d", offs); emitSKPZ; emitpcode (POC_GOTO, popGetLabel (templbl->key)); pic14_mov2w_regOrLit (AOP(right), lit, offs); emitpcode (POC_SUBFW, popGet (AOP(left), offs)); } // while (offs) emitpLabel (templbl->key); goto result_in_carry; result_in_carry: /**************************************************** * now CARRY contains the result of the comparison: * * SUBWF sets CARRY iff * * F-W >= 0 <==> F >= W <==> !(F < W) * * (F=left, W=right) * ****************************************************/ if (performedLt) { invert_result = 1; // value will be used in the following genSkipc() rIfx.condition ^= 1; } // if correct_result_in_carry: // assign result to variable (if neccessary) if (result && AOP_TYPE(result) != AOP_CRY) { //DEBUGpc ("assign result"); size = AOP_SIZE(result); while (size--) { emitpcode (POC_CLRF, popGet (AOP(result), size)); } // while if (invert_result) { emitSKPC; emitpcode (POC_BSF, newpCodeOpBit (aopGet (AOP(result), 0, FALSE, FALSE), 0, 0)); } else { emitpcode (POC_RLF, popGet (AOP(result), 0)); } } // if (result) // perform conditional jump if (ifx) { //DEBUGpc ("generate control flow"); genSkipc (&rIfx); ifx->generated = 1; } // if } /*-----------------------------------------------------------------*/ /* genCmpGt :- greater than comparison */ /*-----------------------------------------------------------------*/ static void genCmpGt (iCode *ic, iCode *ifx) { operand *left, *right, *result; sym_link *letype , *retype; int sign ; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); left = IC_LEFT(ic); right= IC_RIGHT(ic); result = IC_RESULT(ic); letype = getSpec(operandType(left)); retype =getSpec(operandType(right)); sign = !(SPEC_USIGN(letype) | SPEC_USIGN(retype)); /* assign the amsops */ aopOp (left,ic,FALSE); aopOp (right,ic,FALSE); aopOp (result,ic,TRUE); genCmp(right, left, result, ifx, sign); freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genCmpLt - less than comparisons */ /*-----------------------------------------------------------------*/ static void genCmpLt (iCode *ic, iCode *ifx) { operand *left, *right, *result; sym_link *letype , *retype; int sign ; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); left = IC_LEFT(ic); right= IC_RIGHT(ic); result = IC_RESULT(ic); letype = getSpec(operandType(left)); retype =getSpec(operandType(right)); sign = !(SPEC_USIGN(letype) | SPEC_USIGN(retype)); /* assign the amsops */ aopOp (left,ic,FALSE); aopOp (right,ic,FALSE); aopOp (result,ic,TRUE); genCmp(left, right, result, ifx, sign); freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genCmpEq - generates code for equal to */ /*-----------------------------------------------------------------*/ static void genCmpEq (iCode *ic, iCode *ifx) { operand *left, *right, *result; int size; symbol *false_label; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(ifx) DEBUGpic14_emitcode ("; ifx is non-null",""); else DEBUGpic14_emitcode ("; ifx is null",""); aopOp((left=IC_LEFT(ic)),ic,FALSE); aopOp((right=IC_RIGHT(ic)),ic,FALSE); aopOp((result=IC_RESULT(ic)),ic,TRUE); DEBUGpic14_AopType(__LINE__,left,right,result); /* if literal, move literal to right */ if (op_isLitLike (IC_LEFT(ic))) { operand *tmp = right ; right = left; left = tmp; } false_label = NULL; if (ifx && !IC_TRUE(ifx)) { assert (IC_FALSE(ifx)); false_label = IC_FALSE(ifx); } size = min(AOP_SIZE(left),AOP_SIZE(right)); assert(!pic14_sameRegs(AOP(result),AOP(left))); assert(!pic14_sameRegs(AOP(result),AOP(right))); /* assume left != right */ { int i; for (i=0; i < AOP_SIZE(result); i++) { emitpcode(POC_CLRF, popGet(AOP(result),i)); } } if (AOP_TYPE(right) == AOP_LIT) { unsigned long lit = ulFromVal (AOP(right)->aopu.aop_lit); int i; size = AOP_SIZE(left); assert(!op_isLitLike(left)); switch (lit) { case 0: mov2w(AOP(left), 0); for (i=1; i < size; i++) emitpcode(POC_IORFW,popGet(AOP(left),i)); /* now Z is set iff `left == right' */ emitSKPZ; if (!false_label) false_label = newiTempLabel(NULL); emitpcode(POC_GOTO, popGetLabel(false_label->key)); break; default: for (i=0; i < size; i++) { mov2w(AOP(left),i); emitpcode(POC_XORLW, popGetLit(lit >> (8*i))); /* now Z is cleared if `left != right' */ emitSKPZ; if (!false_label) false_label = newiTempLabel(NULL); emitpcode(POC_GOTO, popGetLabel(false_label->key)); } // for i break; } // switch (lit) } else { /* right is no literal */ int i; for (i=0; i < size; i++) { mov2w(AOP(right),i); emitpcode(POC_XORFW,popGet(AOP(left),i)); /* now Z is cleared if `left != right' */ emitSKPZ; if (!false_label) false_label = newiTempLabel(NULL); emitpcode(POC_GOTO, popGetLabel(false_label->key)); } // for i } /* if we reach here, left == right */ if (AOP_SIZE(result) > 0) { emitpcode(POC_INCF, popGet(AOP(result),0)); } if (ifx && IC_TRUE(ifx)) { emitpcode(POC_GOTO,popGetLabel(IC_TRUE(ifx)->key)); } if (false_label && (!ifx || IC_TRUE(ifx))) emitpLabel(false_label->key); if (ifx) ifx->generated = 1; freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* ifxForOp - returns the icode containing the ifx for operand */ /*-----------------------------------------------------------------*/ static iCode *ifxForOp ( operand *op, iCode *ic ) { FENTRY; /* if true symbol then needs to be assigned */ DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (IS_TRUE_SYMOP(op)) return NULL ; /* if this has register type condition and the next instruction is ifx with the same operand and live to of the operand is upto the ifx only then */ if (ic->next && ic->next->op == IFX && IC_COND(ic->next)->key == op->key && OP_SYMBOL(op)->liveTo <= ic->next->seq ) return ic->next; if (ic->next && ic->next->op == IFX && IC_COND(ic->next)->key == op->key) { DEBUGpic14_emitcode ("; WARNING ","%d IGNORING liveTo range in %s",__LINE__,__FUNCTION__); return ic->next; } DEBUGpic14_emitcode ("; NULL :(","%d",__LINE__); if (ic->next && ic->next->op == IFX) DEBUGpic14_emitcode ("; ic-next"," is an IFX"); if (ic->next && ic->next->op == IFX && IC_COND(ic->next)->key == op->key) { DEBUGpic14_emitcode ("; "," key is okay"); DEBUGpic14_emitcode ("; "," key liveTo %d, next->seq = %d", OP_SYMBOL(op)->liveTo, ic->next->seq); } return NULL; } /*-----------------------------------------------------------------*/ /* genAndOp - for && operation */ /*-----------------------------------------------------------------*/ static void genAndOp (iCode *ic) { operand *left,*right, *result; /* symbol *tlbl; */ FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* note here that && operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ aopOp((left=IC_LEFT(ic)),ic,FALSE); aopOp((right=IC_RIGHT(ic)),ic,FALSE); aopOp((result=IC_RESULT(ic)),ic,FALSE); DEBUGpic14_AopType(__LINE__,left,right,result); emitpcode(POC_MOVFW,popGet(AOP(left),0)); emitpcode(POC_ANDFW,popGet(AOP(right),0)); emitpcode(POC_MOVWF,popGet(AOP(result),0)); /* if both are bit variables */ /* if (AOP_TYPE(left) == AOP_CRY && */ /* AOP_TYPE(right) == AOP_CRY ) { */ /* pic14_emitcode("mov","c,%s",AOP(left)->aopu.aop_dir); */ /* pic14_emitcode("anl","c,%s",AOP(right)->aopu.aop_dir); */ /* pic14_outBitC(result); */ /* } else { */ /* tlbl = newiTempLabel(NULL); */ /* pic14_toBoolean(left); */ /* pic14_emitcode("jz","%05d_DS_",tlbl->key+100); */ /* pic14_toBoolean(right); */ /* pic14_emitcode("","%05d_DS_:",tlbl->key+100); */ /* pic14_outBitAcc(result); */ /* } */ freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genOrOp - for || operation */ /*-----------------------------------------------------------------*/ /* tsd pic port - modified this code, but it doesn't appear to ever get called */ static void genOrOp (iCode *ic) { operand *left,*right, *result; symbol *tlbl; int i; /* note here that || operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp((left=IC_LEFT(ic)),ic,FALSE); aopOp((right=IC_RIGHT(ic)),ic,FALSE); aopOp((result=IC_RESULT(ic)),ic,FALSE); DEBUGpic14_AopType(__LINE__,left,right,result); for (i=0; i < AOP_SIZE(result); i++) { emitpcode(POC_CLRF, popGet(AOP(result), i)); } // for i tlbl = newiTempLabel(NULL); pic14_toBoolean(left); emitSKPZ; emitpcode(POC_GOTO, popGetLabel(tlbl->key)); pic14_toBoolean(right); emitpLabel(tlbl->key); /* here Z is clear IFF `left || right' */ emitSKPZ; emitpcode(POC_INCF, popGet(AOP(result), 0)); freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* isLiteralBit - test if lit == 2^n */ /*-----------------------------------------------------------------*/ static int isLiteralBit(unsigned long lit) { unsigned long pw[32] = {1L,2L,4L,8L,16L,32L,64L,128L, 0x100L,0x200L,0x400L,0x800L, 0x1000L,0x2000L,0x4000L,0x8000L, 0x10000L,0x20000L,0x40000L,0x80000L, 0x100000L,0x200000L,0x400000L,0x800000L, 0x1000000L,0x2000000L,0x4000000L,0x8000000L, 0x10000000L,0x20000000L,0x40000000L,0x80000000L}; int idx; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); for(idx = 0; idx < 32; idx++) if(lit == pw[idx]) return idx+1; return 0; } /*-----------------------------------------------------------------*/ /* continueIfTrue - */ /*-----------------------------------------------------------------*/ static void continueIfTrue (iCode *ic) { FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(IC_TRUE(ic)) { // Why +100?!? emitpcode(POC_GOTO, popGetLabel(IC_TRUE(ic)->key+100)); pic14_emitcode("ljmp","%05d_DS_",IC_FALSE(ic)->key+100); } ic->generated = 1; } /*-----------------------------------------------------------------*/ /* jmpIfTrue - */ /*-----------------------------------------------------------------*/ static void jumpIfTrue (iCode *ic) { FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(!IC_TRUE(ic)) { // Why +100?!? emitpcode(POC_GOTO, popGetLabel(IC_TRUE(ic)->key+100)); pic14_emitcode("ljmp","%05d_DS_",IC_FALSE(ic)->key+100); } ic->generated = 1; } /*-----------------------------------------------------------------*/ /* jmpTrueOrFalse - */ /*-----------------------------------------------------------------*/ static void jmpTrueOrFalse (iCode *ic, symbol *tlbl) { FENTRY; // ugly but optimized by peephole DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(IC_TRUE(ic)){ symbol *nlbl = newiTempLabel(NULL); pic14_emitcode("sjmp","%05d_DS_",nlbl->key+100); pic14_emitcode("","%05d_DS_:",tlbl->key+100); pic14_emitcode("ljmp","%05d_DS_",IC_TRUE(ic)->key+100); pic14_emitcode("","%05d_DS_:",nlbl->key+100); } else{ pic14_emitcode("ljmp","%05d_DS_",IC_FALSE(ic)->key+100); pic14_emitcode("","%05d_DS_:",tlbl->key+100); } ic->generated = 1; } /*-----------------------------------------------------------------*/ /* genAnd - code for and */ /*-----------------------------------------------------------------*/ static void genAnd (iCode *ic, iCode *ifx) { operand *left, *right, *result; int size, offset=0; unsigned long lit = 0L; int bytelit = 0; resolvedIfx rIfx; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp((left = IC_LEFT(ic)),ic,FALSE); aopOp((right= IC_RIGHT(ic)),ic,FALSE); aopOp((result=IC_RESULT(ic)),ic,TRUE); resolveIfx(&rIfx,ifx); /* if left is a literal & right is not then exchange them */ if ((AOP_TYPE(left) == AOP_LIT && AOP_TYPE(right) != AOP_LIT) || AOP_NEEDSACC(left)) { operand *tmp = right ; right = left; left = tmp; } /* if result = right then exchange them */ if(pic14_sameRegs(AOP(result),AOP(right))){ operand *tmp = right ; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE(right) == AOP_CRY && AOP_TYPE(left) != AOP_CRY){ operand *tmp = right ; right = left; left = tmp; } if(AOP_TYPE(right) == AOP_LIT) lit = ulFromVal (AOP(right)->aopu.aop_lit); size = AOP_SIZE(result); DEBUGpic14_AopType(__LINE__,left,right,result); // if(bit & yy) // result = bit & yy; if (AOP_TYPE(left) == AOP_CRY){ // c = bit & literal; if(AOP_TYPE(right) == AOP_LIT){ if(lit & 1) { if(size && pic14_sameRegs(AOP(result),AOP(left))) // no change goto release; pic14_emitcode("mov","c,%s",AOP(left)->aopu.aop_dir); } else { // bit(result) = 0; if(size && (AOP_TYPE(result) == AOP_CRY)){ pic14_emitcode("clr","%s",AOP(result)->aopu.aop_dir); goto release; } if((AOP_TYPE(result) == AOP_CRY) && ifx){ jumpIfTrue(ifx); goto release; } pic14_emitcode("clr","c"); } } else { if (AOP_TYPE(right) == AOP_CRY){ // c = bit & bit; pic14_emitcode("mov","c,%s",AOP(right)->aopu.aop_dir); pic14_emitcode("anl","c,%s",AOP(left)->aopu.aop_dir); } else { // c = bit & val; MOVA(aopGet(AOP(right),0,FALSE,FALSE)); // c = lsb pic14_emitcode("rrc","a"); pic14_emitcode("anl","c,%s",AOP(left)->aopu.aop_dir); } } // bit = c // val = c if(size) pic14_outBitC(result); // if(bit & ...) else if((AOP_TYPE(result) == AOP_CRY) && ifx) genIfxJump(ifx, "c"); goto release ; } // if(val & 0xZZ) - size = 0, ifx != FALSE - // bit = val & 0xZZ - size = 1, ifx = FALSE - if((AOP_TYPE(right) == AOP_LIT) && (AOP_TYPE(result) == AOP_CRY) && (AOP_TYPE(left) != AOP_CRY)){ int posbit = isLiteralBit(lit); /* left & 2^n */ if(posbit){ posbit--; //MOVA(aopGet(AOP(left),posbit>>3,FALSE,FALSE)); // bit = left & 2^n if(size) pic14_emitcode("mov","c,acc.%d",posbit&0x07); // if(left & 2^n) else{ if(ifx){ int offset = 0; while (posbit > 7) { posbit -= 8; offset++; } emitpcode(((rIfx.condition) ? POC_BTFSC : POC_BTFSS), newpCodeOpBit(aopGet(AOP(left),offset,FALSE,FALSE),posbit,0)); emitpcode(POC_GOTO,popGetLabel(rIfx.lbl->key)); ifx->generated = 1; } goto release; } } else { symbol *tlbl = newiTempLabel(NULL); int sizel = AOP_SIZE(left); if(size) pic14_emitcode("setb","c"); while(sizel--){ if((bytelit = ((lit >> (offset*8)) & 0x0FFL)) != 0x0L){ mov2w( AOP(left), offset); // byte == 2^n ? if((posbit = isLiteralBit(bytelit)) != 0) { emitpcode(rIfx.condition ? POC_BTFSC : POC_BTFSS, // XXX: or the other way round? newpCodeOpBit(aopGet(AOP(left),offset,FALSE,FALSE),posbit - 1, 0)); pic14_emitcode("jb","acc.%d,%05d_DS_",(posbit-1)&0x07,tlbl->key+100); } else{ emitpcode(POC_ANDLW, newpCodeOpLit(bytelit & 0x0ff)); if (rIfx.condition) emitSKPZ; else emitSKPNZ; if(bytelit != 0x0FFL) { pic14_emitcode("anl","a,%s", aopGet(AOP(right),offset,FALSE,TRUE)); } pic14_emitcode("jnz","%05d_DS_",tlbl->key+100); } emitpcode(POC_GOTO, popGetLabel(rIfx.lbl->key)); ifx->generated = 1; } offset++; } // bit = left & literal if(size){ pic14_emitcode("clr","c"); pic14_emitcode("","%05d_DS_:",tlbl->key+100); } // if(left & literal) else{ if(ifx) jmpTrueOrFalse(ifx, tlbl); goto release ; } } pic14_outBitC(result); goto release ; } /* if left is same as result */ if(pic14_sameRegs(AOP(result),AOP(left))){ int know_W = -1; for(;size--; offset++,lit>>=8) { if(AOP_TYPE(right) == AOP_LIT){ switch(lit & 0xff) { case 0x00: /* and'ing with 0 has clears the result */ emitpcode(POC_CLRF,popGet(AOP(result),offset)); break; case 0xff: /* and'ing with 0xff is a nop when the result and left are the same */ break; default: { int p = my_powof2( (~lit) & 0xff ); if(p>=0) { /* only one bit is set in the literal, so use a bcf instruction */ emitpcode(POC_BCF,newpCodeOpBit(aopGet(AOP(left),offset,FALSE,FALSE),p,0)); } else { if(know_W != (int)(lit&0xff)) emitpcode(POC_MOVLW, popGetLit(lit & 0xff)); know_W = lit &0xff; emitpcode(POC_ANDWF,popGet(AOP(left),offset)); } } } } else { emitpcode(POC_MOVFW,popGet(AOP(right),offset)); emitpcode(POC_ANDWF,popGet(AOP(left),offset)); } } } else { // left & result in different registers if(AOP_TYPE(result) == AOP_CRY){ // result = bit // if(size), result in bit // if(!size && ifx), conditional oper: if(left & right) symbol *tlbl = newiTempLabel(NULL); int sizer = min(AOP_SIZE(left),AOP_SIZE(right)); if(size) pic14_emitcode("setb","c"); while(sizer--){ MOVA(aopGet(AOP(right),offset,FALSE,FALSE)); pic14_emitcode("anl","a,%s", aopGet(AOP(left),offset,FALSE,FALSE)); pic14_emitcode("jnz","%05d_DS_",tlbl->key+100); offset++; } if(size){ CLRC; pic14_emitcode("","%05d_DS_:",tlbl->key+100); pic14_outBitC(result); } else if(ifx) jmpTrueOrFalse(ifx, tlbl); } else { for(;(size--);offset++) { // normal case // result = left & right if(AOP_TYPE(right) == AOP_LIT){ int t = (lit >> (offset*8)) & 0x0FFL; switch(t) { case 0x00: emitpcode(POC_CLRF,popGet(AOP(result),offset)); break; case 0xff: emitpcode(POC_MOVFW,popGet(AOP(left),offset)); emitpcode(POC_MOVWF,popGet(AOP(result),offset)); break; default: emitpcode(POC_MOVLW, popGetLit(t)); emitpcode(POC_ANDFW,popGet(AOP(left),offset)); emitpcode(POC_MOVWF,popGet(AOP(result),offset)); } continue; } emitpcode(POC_MOVFW,popGet(AOP(right),offset)); emitpcode(POC_ANDFW,popGet(AOP(left),offset)); emitpcode(POC_MOVWF,popGet(AOP(result),offset)); } } } release : freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genOr - code for or */ /*-----------------------------------------------------------------*/ static void genOr (iCode *ic, iCode *ifx) { operand *left, *right, *result; int size, offset=0; unsigned long lit = 0L; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp((left = IC_LEFT(ic)),ic,FALSE); aopOp((right= IC_RIGHT(ic)),ic,FALSE); aopOp((result=IC_RESULT(ic)),ic,TRUE); DEBUGpic14_AopType(__LINE__,left,right,result); /* if left is a literal & right is not then exchange them */ if ((AOP_TYPE(left) == AOP_LIT && AOP_TYPE(right) != AOP_LIT) || AOP_NEEDSACC(left)) { operand *tmp = right ; right = left; left = tmp; } /* if result = right then exchange them */ if(pic14_sameRegs(AOP(result),AOP(right))){ operand *tmp = right ; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE(right) == AOP_CRY && AOP_TYPE(left) != AOP_CRY){ operand *tmp = right ; right = left; left = tmp; } DEBUGpic14_AopType(__LINE__,left,right,result); if(AOP_TYPE(right) == AOP_LIT) lit = ulFromVal (AOP(right)->aopu.aop_lit); size = AOP_SIZE(result); // if(bit | yy) // xx = bit | yy; if (AOP_TYPE(left) == AOP_CRY){ if(AOP_TYPE(right) == AOP_LIT){ // c = bit & literal; if(lit){ // lit != 0 => result = 1 if(AOP_TYPE(result) == AOP_CRY){ if(size) emitpcode(POC_BSF, popGet(AOP(result),0)); //pic14_emitcode("bsf","(%s >> 3), (%s & 7)", // AOP(result)->aopu.aop_dir, // AOP(result)->aopu.aop_dir); else if(ifx) continueIfTrue(ifx); goto release; } } else { // lit == 0 => result = left if(size && pic14_sameRegs(AOP(result),AOP(left))) goto release; pic14_emitcode(";XXX mov","c,%s %s,%d",AOP(left)->aopu.aop_dir,__FILE__,__LINE__); } } else { if (AOP_TYPE(right) == AOP_CRY){ if(pic14_sameRegs(AOP(result),AOP(left))){ // c = bit | bit; emitpcode(POC_BCF, popGet(AOP(result),0)); emitpcode(POC_BTFSC, popGet(AOP(right),0)); emitpcode(POC_BSF, popGet(AOP(result),0)); pic14_emitcode("bcf","(%s >> 3), (%s & 7)", AOP(result)->aopu.aop_dir, AOP(result)->aopu.aop_dir); pic14_emitcode("btfsc","(%s >> 3), (%s & 7)", AOP(right)->aopu.aop_dir, AOP(right)->aopu.aop_dir); pic14_emitcode("bsf","(%s >> 3), (%s & 7)", AOP(result)->aopu.aop_dir, AOP(result)->aopu.aop_dir); } else { emitpcode(POC_BCF, popGet(AOP(result),0)); emitpcode(POC_BTFSS, popGet(AOP(right),0)); emitpcode(POC_BTFSC, popGet(AOP(left),0)); emitpcode(POC_BSF, popGet(AOP(result),0)); } } else { // c = bit | val; symbol *tlbl = newiTempLabel(NULL); pic14_emitcode(";XXX "," %s,%d",__FILE__,__LINE__); emitpcode(POC_BCF, popGet(AOP(result),0)); if(!((AOP_TYPE(result) == AOP_CRY) && ifx)) pic14_emitcode(";XXX setb","c"); pic14_emitcode(";XXX jb","%s,%05d_DS_", AOP(left)->aopu.aop_dir,tlbl->key+100); pic14_toBoolean(right); pic14_emitcode(";XXX jnz","%05d_DS_",tlbl->key+100); if((AOP_TYPE(result) == AOP_CRY) && ifx){ jmpTrueOrFalse(ifx, tlbl); goto release; } else { CLRC; pic14_emitcode("","%05d_DS_:",tlbl->key+100); } } } // bit = c // val = c if(size) pic14_outBitC(result); // if(bit | ...) else if((AOP_TYPE(result) == AOP_CRY) && ifx) genIfxJump(ifx, "c"); goto release ; } // if(val | 0xZZ) - size = 0, ifx != FALSE - // bit = val | 0xZZ - size = 1, ifx = FALSE - if((AOP_TYPE(right) == AOP_LIT) && (AOP_TYPE(result) == AOP_CRY) && (AOP_TYPE(left) != AOP_CRY)){ if(lit){ pic14_emitcode(";XXX "," %s,%d",__FILE__,__LINE__); // result = 1 if(size) pic14_emitcode(";XXX setb","%s",AOP(result)->aopu.aop_dir); else continueIfTrue(ifx); goto release; } else { pic14_emitcode(";XXX "," %s,%d",__FILE__,__LINE__); // lit = 0, result = boolean(left) if(size) pic14_emitcode(";XXX setb","c"); pic14_toBoolean(right); if(size){ symbol *tlbl = newiTempLabel(NULL); pic14_emitcode(";XXX jnz","%05d_DS_",tlbl->key+100); CLRC; pic14_emitcode("","%05d_DS_:",tlbl->key+100); } else { genIfxJump (ifx,"a"); goto release; } } pic14_outBitC(result); goto release ; } /* if left is same as result */ if(pic14_sameRegs(AOP(result),AOP(left))){ int know_W = -1; for(;size--; offset++,lit>>=8) { if(AOP_TYPE(right) == AOP_LIT){ if((lit & 0xff) == 0) /* or'ing with 0 has no effect */ continue; else { int p = my_powof2(lit & 0xff); if(p>=0) { /* only one bit is set in the literal, so use a bsf instruction */ emitpcode(POC_BSF, newpCodeOpBit(aopGet(AOP(left),offset,FALSE,FALSE),p,0)); } else { if(know_W != (int)(lit & 0xff)) emitpcode(POC_MOVLW, popGetLit(lit & 0xff)); know_W = lit & 0xff; emitpcode(POC_IORWF, popGet(AOP(left),offset)); } } } else { emitpcode(POC_MOVFW, popGet(AOP(right),offset)); emitpcode(POC_IORWF, popGet(AOP(left),offset)); } } } else { // left & result in different registers if(AOP_TYPE(result) == AOP_CRY){ // result = bit // if(size), result in bit // if(!size && ifx), conditional oper: if(left | right) symbol *tlbl = newiTempLabel(NULL); int sizer = max(AOP_SIZE(left),AOP_SIZE(right)); pic14_emitcode(";XXX "," %s,%d",__FILE__,__LINE__); if(size) pic14_emitcode(";XXX setb","c"); while(sizer--){ MOVA(aopGet(AOP(right),offset,FALSE,FALSE)); pic14_emitcode(";XXX orl","a,%s", aopGet(AOP(left),offset,FALSE,FALSE)); pic14_emitcode(";XXX jnz","%05d_DS_",tlbl->key+100); offset++; } if(size){ CLRC; pic14_emitcode("","%05d_DS_:",tlbl->key+100); pic14_outBitC(result); } else if(ifx) jmpTrueOrFalse(ifx, tlbl); } else for(;(size--);offset++){ // normal case // result = left | right if(AOP_TYPE(right) == AOP_LIT){ int t = (lit >> (offset*8)) & 0x0FFL; switch(t) { case 0x00: emitpcode(POC_MOVFW, popGet(AOP(left),offset)); emitpcode(POC_MOVWF, popGet(AOP(result),offset)); break; default: emitpcode(POC_MOVLW, popGetLit(t)); emitpcode(POC_IORFW, popGet(AOP(left),offset)); emitpcode(POC_MOVWF, popGet(AOP(result),offset)); } continue; } // faster than result <- left, anl result,right // and better if result is SFR emitpcode(POC_MOVFW,popGet(AOP(right),offset)); emitpcode(POC_IORFW,popGet(AOP(left),offset)); emitpcode(POC_MOVWF, popGet(AOP(result),offset)); } } release : freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genXor - code for xclusive or */ /*-----------------------------------------------------------------*/ static void genXor (iCode *ic, iCode *ifx) { operand *left, *right, *result; int size, offset=0; unsigned long lit = 0L; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp((left = IC_LEFT(ic)),ic,FALSE); aopOp((right= IC_RIGHT(ic)),ic,FALSE); aopOp((result=IC_RESULT(ic)),ic,TRUE); /* if left is a literal & right is not || if left needs acc & right does not */ if ((AOP_TYPE(left) == AOP_LIT && AOP_TYPE(right) != AOP_LIT) || (AOP_NEEDSACC(left) && !AOP_NEEDSACC(right))) { operand *tmp = right ; right = left; left = tmp; } /* if result = right then exchange them */ if(pic14_sameRegs(AOP(result),AOP(right))){ operand *tmp = right ; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE(right) == AOP_CRY && AOP_TYPE(left) != AOP_CRY){ operand *tmp = right ; right = left; left = tmp; } if(AOP_TYPE(right) == AOP_LIT) lit = ulFromVal (AOP(right)->aopu.aop_lit); size = AOP_SIZE(result); // if(bit ^ yy) // xx = bit ^ yy; if (AOP_TYPE(left) == AOP_CRY){ if(AOP_TYPE(right) == AOP_LIT){ // c = bit & literal; if(lit>>1){ // lit>>1 != 0 => result = 1 if(AOP_TYPE(result) == AOP_CRY){ if(size) {emitpcode(POC_BSF, popGet(AOP(result),offset)); pic14_emitcode("setb","%s",AOP(result)->aopu.aop_dir);} else if(ifx) continueIfTrue(ifx); goto release; } pic14_emitcode("setb","c"); } else{ // lit == (0 or 1) if(lit == 0){ // lit == 0, result = left if(size && pic14_sameRegs(AOP(result),AOP(left))) goto release; pic14_emitcode("mov","c,%s",AOP(left)->aopu.aop_dir); } else{ // lit == 1, result = not(left) if(size && pic14_sameRegs(AOP(result),AOP(left))){ emitpcode(POC_MOVLW, popGet(AOP(result),offset)); emitpcode(POC_XORWF, popGet(AOP(result),offset)); pic14_emitcode("cpl","%s",AOP(result)->aopu.aop_dir); goto release; } else { assert ( !"incomplete genXor" ); pic14_emitcode("mov","c,%s",AOP(left)->aopu.aop_dir); pic14_emitcode("cpl","c"); } } } } else { // right != literal symbol *tlbl = newiTempLabel(NULL); if (AOP_TYPE(right) == AOP_CRY){ // c = bit ^ bit; pic14_emitcode("mov","c,%s",AOP(right)->aopu.aop_dir); } else{ int sizer = AOP_SIZE(right); // c = bit ^ val // if val>>1 != 0, result = 1 pic14_emitcode("setb","c"); while(sizer){ MOVA(aopGet(AOP(right),sizer-1,FALSE,FALSE)); if(sizer == 1) // test the msb of the lsb pic14_emitcode("anl","a,#0xfe"); pic14_emitcode("jnz","%05d_DS_",tlbl->key+100); sizer--; } // val = (0,1) pic14_emitcode("rrc","a"); } pic14_emitcode("jnb","%s,%05d_DS_",AOP(left)->aopu.aop_dir,(tlbl->key+100)); pic14_emitcode("cpl","c"); pic14_emitcode("","%05d_DS_:",(tlbl->key+100)); } // bit = c // val = c if(size) pic14_outBitC(result); // if(bit | ...) else if((AOP_TYPE(result) == AOP_CRY) && ifx) genIfxJump(ifx, "c"); goto release ; } if(pic14_sameRegs(AOP(result),AOP(left))){ /* if left is same as result */ for(;size--; offset++) { if(AOP_TYPE(right) == AOP_LIT){ int t = (lit >> (offset*8)) & 0x0FFL; if(t == 0x00L) continue; else { emitpcode(POC_MOVLW, popGetLit(t)); emitpcode(POC_XORWF,popGet(AOP(left),offset)); } } else { emitpcode(POC_MOVFW,popGet(AOP(right),offset)); emitpcode(POC_XORWF,popGet(AOP(left),offset)); } } } else { // left & result in different registers if(AOP_TYPE(result) == AOP_CRY){ // result = bit // if(size), result in bit // if(!size && ifx), conditional oper: if(left ^ right) symbol *tlbl = newiTempLabel(NULL); int sizer = max(AOP_SIZE(left),AOP_SIZE(right)); if(size) pic14_emitcode("setb","c"); while(sizer--){ if((AOP_TYPE(right) == AOP_LIT) && (((lit >> (offset*8)) & 0x0FFL) == 0x00L)){ MOVA(aopGet(AOP(left),offset,FALSE,FALSE)); } else { MOVA(aopGet(AOP(right),offset,FALSE,FALSE)); pic14_emitcode("xrl","a,%s", aopGet(AOP(left),offset,FALSE,FALSE)); } pic14_emitcode("jnz","%05d_DS_",tlbl->key+100); offset++; } if(size){ CLRC; pic14_emitcode("","%05d_DS_:",tlbl->key+100); pic14_outBitC(result); } else if(ifx) jmpTrueOrFalse(ifx, tlbl); } else for(;(size--);offset++){ // normal case // result = left & right if(AOP_TYPE(right) == AOP_LIT){ int t = (lit >> (offset*8)) & 0x0FFL; switch(t) { case 0x00: emitpcode(POC_MOVFW,popGet(AOP(left),offset)); emitpcode(POC_MOVWF,popGet(AOP(result),offset)); break; case 0xff: emitpcode(POC_COMFW,popGet(AOP(left),offset)); emitpcode(POC_MOVWF,popGet(AOP(result),offset)); break; default: emitpcode(POC_MOVLW, popGetLit(t)); emitpcode(POC_XORFW,popGet(AOP(left),offset)); emitpcode(POC_MOVWF,popGet(AOP(result),offset)); } continue; } // faster than result <- left, anl result,right // and better if result is SFR emitpcode(POC_MOVFW,popGet(AOP(right),offset)); emitpcode(POC_XORFW,popGet(AOP(left),offset)); emitpcode(POC_MOVWF,popGet(AOP(result),offset)); } } release : freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genInline - write the inline code out */ /*-----------------------------------------------------------------*/ static void genInline (iCode *ic) { char *buffer, *bp, *bp1; bool inComment = FALSE; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); _G.inLine += (!options.asmpeep); buffer = bp = bp1 = Safe_strdup (IC_INLINE (ic)); while (*bp) { switch (*bp) { case ';': inComment = TRUE; ++bp; break; case '\n': inComment = FALSE; *bp++ = '\0'; if (*bp1) addpCode2pBlock(pb, newpCodeAsmDir(bp1, NULL)); // inline directly, no process bp1 = bp; break; default: /* Add \n for labels, not dirs such as c:\mydir */ if (!inComment && (*bp == ':') && (isspace((unsigned char)bp[1]))) { ++bp; *bp = '\0'; ++bp; /* print label, use this special format with NULL directive * to denote that the argument should not be indented with tab */ addpCode2pBlock(pb, newpCodeAsmDir(NULL, bp1)); // inline directly, no process bp1 = bp; } else ++bp; break; } } if ((bp1 != bp) && *bp1) addpCode2pBlock(pb, newpCodeAsmDir(bp1, NULL)); // inline directly, no process Safe_free (buffer); _G.inLine -= (!options.asmpeep); } /*-----------------------------------------------------------------*/ /* genRRC - rotate right with carry */ /*-----------------------------------------------------------------*/ static void genRRC (iCode *ic) { operand *left , *result ; int size, offset = 0, same; FENTRY; /* rotate right with carry */ left = IC_LEFT(ic); result=IC_RESULT(ic); aopOp (left,ic,FALSE); aopOp (result,ic,FALSE); DEBUGpic14_AopType(__LINE__,left,NULL,result); same = pic14_sameRegs(AOP(result),AOP(left)); size = AOP_SIZE(result); /* get the lsb and put it into the carry */ emitpcode(POC_RRFW, popGet(AOP(left),size-1)); offset = 0 ; while(size--) { if(same) { emitpcode(POC_RRF, popGet(AOP(left),offset)); } else { emitpcode(POC_RRFW, popGet(AOP(left),offset)); emitpcode(POC_MOVWF, popGet(AOP(result),offset)); } offset++; } freeAsmop(left,NULL,ic,TRUE); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genRLC - generate code for rotate left with carry */ /*-----------------------------------------------------------------*/ static void genRLC (iCode *ic) { operand *left , *result ; int size, offset = 0; int same; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* rotate right with carry */ left = IC_LEFT(ic); result=IC_RESULT(ic); aopOp (left,ic,FALSE); aopOp (result,ic,FALSE); DEBUGpic14_AopType(__LINE__,left,NULL,result); same = pic14_sameRegs(AOP(result),AOP(left)); /* move it to the result */ size = AOP_SIZE(result); /* get the msb and put it into the carry */ emitpcode(POC_RLFW, popGet(AOP(left),size-1)); offset = 0 ; while(size--) { if(same) { emitpcode(POC_RLF, popGet(AOP(left),offset)); } else { emitpcode(POC_RLFW, popGet(AOP(left),offset)); emitpcode(POC_MOVWF, popGet(AOP(result),offset)); } offset++; } freeAsmop(left,NULL,ic,TRUE); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genGetHbit - generates code get highest order bit */ /*-----------------------------------------------------------------*/ static void genGetHbit (iCode *ic) { operand *left, *result; left = IC_LEFT(ic); result=IC_RESULT(ic); aopOp (left,ic,FALSE); aopOp (result,ic,FALSE); FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* get the highest order byte into a */ MOVA(aopGet(AOP(left),AOP_SIZE(left) - 1,FALSE,FALSE)); if(AOP_TYPE(result) == AOP_CRY){ pic14_emitcode("rlc","a"); pic14_outBitC(result); } else{ pic14_emitcode("rl","a"); pic14_emitcode("anl","a,#0x01"); pic14_outAcc(result); } freeAsmop(left,NULL,ic,TRUE); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* AccLsh - shift left accumulator by known count */ /* MARK: pic14 always rotates through CARRY! */ /*-----------------------------------------------------------------*/ static void AccLsh (pCodeOp *pcop,int shCount) { FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); shCount &= 0x0007; // shCount : 0..7 switch(shCount){ case 0 : return; break; case 1 : emitCLRC; emitpcode(POC_RLF,pcop); return; break; case 2 : emitpcode(POC_RLF,pcop); emitpcode(POC_RLF,pcop); break; case 3 : emitpcode(POC_RLF,pcop); emitpcode(POC_RLF,pcop); emitpcode(POC_RLF,pcop); break; case 4 : emitpcode(POC_SWAPF,pcop); break; case 5 : emitpcode(POC_SWAPF,pcop); emitpcode(POC_RLF,pcop); break; case 6 : emitpcode(POC_SWAPF,pcop); emitpcode(POC_RLF,pcop); emitpcode(POC_RLF,pcop); break; case 7 : emitpcode(POC_RRFW,pcop); emitpcode(POC_RRF,pcop); break; } /* clear invalid bits */ emitpcode(POC_MOVLW, popGetLit ((unsigned char)(~((1UL << shCount) - 1)))); emitpcode(POC_ANDWF, pcop); } /*-----------------------------------------------------------------*/ /* AccRsh - shift right accumulator by known count */ /* MARK: pic14 always rotates through CARRY! */ /* maskmode - 0: leave invalid bits undefined (caller should mask) */ /* 1: mask out invalid bits (zero-extend) */ /* 2: sign-extend result (pretty slow) */ /*-----------------------------------------------------------------*/ static void AccRsh (pCodeOp *pcop,int shCount, int mask_mode) { FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); shCount &= 0x0007; // shCount : 0..7 switch(shCount){ case 0 : return; break; case 1 : /* load sign if needed */ if (mask_mode == 2) emitpcode(POC_RLFW,pcop); else if (mask_mode == 1) emitCLRC; emitpcode(POC_RRF,pcop); return; break; case 2 : /* load sign if needed */ if (mask_mode == 2) emitpcode(POC_RLFW,pcop); emitpcode(POC_RRF,pcop); /* load sign if needed */ if (mask_mode == 2) emitpcode(POC_RLFW,pcop); emitpcode(POC_RRF,pcop); if (mask_mode == 2) return; break; case 3 : /* load sign if needed */ if (mask_mode == 2) emitpcode(POC_RLFW,pcop); emitpcode(POC_RRF,pcop); /* load sign if needed */ if (mask_mode == 2) emitpcode(POC_RLFW,pcop); emitpcode(POC_RRF,pcop); /* load sign if needed */ if (mask_mode == 2) emitpcode(POC_RLFW,pcop); emitpcode(POC_RRF,pcop); if (mask_mode == 2) return; break; case 4 : emitpcode(POC_SWAPF,pcop); break; case 5 : emitpcode(POC_SWAPF,pcop); emitpcode(POC_RRF,pcop); break; case 6 : emitpcode(POC_SWAPF,pcop); emitpcode(POC_RRF,pcop); emitpcode(POC_RRF,pcop); break; case 7 : if (mask_mode == 2) { /* load sign */ emitpcode(POC_RLFW,pcop); emitpcode(POC_CLRF,pcop); emitSKPNC; emitpcode(POC_COMF,pcop); return; } else { emitpcode(POC_RLFW,pcop); emitpcode(POC_RLF,pcop); } break; } if (mask_mode == 0) { /* leave invalid bits undefined */ return; } /* clear invalid bits -- zero-extend */ emitpcode(POC_MOVLW, popGetLit (0x00ff >> shCount)); emitpcode(POC_ANDWF, pcop); if (mask_mode == 2) { /* sign-extend */ emitpcode(POC_MOVLW, popGetLit (0x00ff << (8 - shCount))); emitpcode(POC_BTFSC, newpCodeOpBit (get_op(pcop,NULL,0), 7 - shCount ,0)); emitpcode(POC_IORWF, pcop); } } /*-----------------------------------------------------------------*/ /* movLeft2Result - move byte from left to result */ /*-----------------------------------------------------------------*/ static void movLeft2Result (operand *left, int offl, operand *result, int offr) { FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(!pic14_sameRegs(AOP(left),AOP(result)) || (offl != offr)){ aopGet(AOP(left),offl,FALSE,FALSE); emitpcode(POC_MOVFW, popGet(AOP(left),offl)); emitpcode(POC_MOVWF, popGet(AOP(result),offr)); } } /*-----------------------------------------------------------------*/ /* shiftLeft_Left2ResultLit - shift left by known count */ /*-----------------------------------------------------------------*/ static void shiftLeft_Left2ResultLit (operand *left, operand *result, int shCount) { int size, same, offr, i; size = AOP_SIZE(left); if (AOP_SIZE(result) < size) size = AOP_SIZE(result); same = pic14_sameRegs (AOP(left), AOP(result)); offr = shCount / 8; shCount = shCount & 0x07; size -= offr; switch (shCount) { case 0: /* takes 0 or 2N cycles (for offr==0) */ if (!same || offr) { for (i=size-1; i >= 0; i--) movLeft2Result (left, i, result, offr + i); } // if break; case 1: /* takes 1N+1 or 2N+1 cycles (or offr==0) */ if (same && offr) { shiftLeft_Left2ResultLit (left, result, 8 * offr); shiftLeft_Left2ResultLit (result, result, shCount); return; /* prevent clearing result again */ } else { emitCLRC; for (i=0; i < size; i++) { if (same && !offr) { emitpcode (POC_RLF, popGet (AOP(left), i)); } else { emitpcode (POC_RLFW, popGet (AOP(left), i)); emitpcode (POC_MOVWF, popGet (AOP(result), i + offr)); } // if } // for } // if (offr) break; case 4: /* takes 3+5(N-1) = 5N-2 cycles (for offr==0) */ /* works in-place/with offr as well */ emitpcode (POC_SWAPFW, popGet (AOP(left), size-1)); emitpcode (POC_ANDLW, popGetLit (0xF0)); emitpcode (POC_MOVWF, popGet(AOP(result), size-1+offr)); for (i = size - 2; i >= 0; i--) { emitpcode (POC_SWAPFW, popGet (AOP(left), i)); emitpcode (POC_MOVWF, popGet (AOP(result), i + offr)); emitpcode (POC_ANDLW, popGetLit (0x0F)); emitpcode (POC_IORWF, popGet (AOP(result), i + offr + 1)); emitpcode (POC_XORWF, popGet (AOP(result), i + offr)); } // for i break; case 7: /* takes 2(N-1)+3 = 2N+1 cycles */ /* works in-place/with offr as well */ emitpcode (POC_RRFW, popGet (AOP(left), size-1)); for (i = size-2; i >= 0; i--) { emitpcode (POC_RRFW, popGet (AOP(left), i)); emitpcode (POC_MOVWF, popGet (AOP(result), offr + i + 1)); } // for i emitpcode (POC_CLRF, popGet (AOP(result), offr)); emitpcode (POC_RRF, popGet (AOP(result), offr)); break; default: shiftLeft_Left2ResultLit (left, result, offr * 8 + shCount-1); shiftLeft_Left2ResultLit (result, result, 1); return; /* prevent clearing result again */ break; } // switch while (0 < offr--) { emitpcode (POC_CLRF, popGet (AOP(result), offr)); } // while } /*-----------------------------------------------------------------*/ /* shiftRight_Left2ResultLit - shift right by known count */ /*-----------------------------------------------------------------*/ static void shiftRight_Left2ResultLit (operand *left, operand *result, int shCount, int sign) { int size, same, offr, i; size = AOP_SIZE(left); if (AOP_SIZE(result) < size) size = AOP_SIZE(result); same = pic14_sameRegs (AOP(left), AOP(result)); offr = shCount / 8; shCount = shCount & 0x07; size -= offr; if (size) { switch (shCount) { case 0: /* takes 0 or 2N cycles (for offr==0) */ if (!same || offr) { for (i=0; i < size; i++) movLeft2Result (left, i + offr, result, i); } // if break; case 1: /* takes 1N+1(3) or 2N+1(3) cycles (or offr==0) */ emitpComment ("%s:%d: shCount=%d, size=%d, sign=%d, same=%d, offr=%d", __FUNCTION__, __LINE__, shCount, size, sign, same, offr); if (same && offr) { shiftRight_Left2ResultLit (left, result, 8 * offr, sign); shiftRight_Left2ResultLit (result, result, shCount, sign); return; /* prevent sign-extending result again */ } else { emitCLRC; if (sign) { emitpcode (POC_BTFSC, newpCodeOpBit (aopGet (AOP(left), AOP_SIZE(left)-1, FALSE, FALSE), 7, 0)); emitSETC; } for (i = size-1; i >= 0; i--) { if (same && !offr) { emitpcode (POC_RRF, popGet (AOP(left), i)); } else { emitpcode (POC_RRFW, popGet (AOP(left), i + offr)); emitpcode (POC_MOVWF, popGet (AOP(result), i)); } } // for i } // if (offr) break; case 4: /* takes 3(6)+5(N-1) = 5N-2(+1) cycles (for offr==0) */ /* works in-place/with offr as well */ emitpcode (POC_SWAPFW, popGet (AOP(left), offr)); emitpcode (POC_ANDLW, popGetLit (0x0F)); emitpcode (POC_MOVWF, popGet(AOP(result), 0)); for (i = 1; i < size; i++) { emitpcode (POC_SWAPFW, popGet (AOP(left), i + offr)); emitpcode (POC_MOVWF, popGet (AOP(result), i)); emitpcode (POC_ANDLW, popGetLit (0xF0)); emitpcode (POC_IORWF, popGet (AOP(result), i - 1)); emitpcode (POC_XORWF, popGet (AOP(result), i)); } // for i if (sign) { emitpcode (POC_MOVLW, popGetLit (0xF0)); emitpcode (POC_BTFSC, newpCodeOpBit (aopGet (AOP(result), size-1, FALSE, FALSE), 3, 0)); emitpcode (POC_IORWF, popGet (AOP(result), size-1)); } // if break; case 7: /* takes 2(N-1)+3(4) = 2N+1(2) cycles */ /* works in-place/with offr as well */ emitpcode (POC_RLFW, popGet (AOP(left), offr)); for (i = 0; i < size-1; i++) { emitpcode (POC_RLFW, popGet (AOP(left), offr + i + 1)); emitpcode (POC_MOVWF, popGet (AOP(result), i)); } // for i emitpcode (POC_CLRF, popGet (AOP(result), size-1)); if (!sign) { emitpcode (POC_RLF, popGet (AOP(result), size-1)); } else { emitSKPNC; emitpcode (POC_DECF, popGet (AOP(result), size-1)); } break; default: shiftRight_Left2ResultLit (left, result, offr * 8 + shCount-1, sign); shiftRight_Left2ResultLit (result, result, 1, sign); return; /* prevent sign extending result again */ break; } // switch } // if addSign (result, size, sign); } /*-----------------------------------------------------------------* * genMultiAsm - repeat assembly instruction for size of register. * if endian == 1, then the high byte (i.e base address + size of * register) is used first else the low byte is used first; *-----------------------------------------------------------------*/ static void genMultiAsm( PIC_OPCODE poc, operand *reg, int size, int endian) { int offset = 0; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(!reg) return; if(!endian) { endian = 1; } else { endian = -1; offset = size-1; } while(size--) { emitpcode(poc, popGet(AOP(reg),offset)); offset += endian; } } /*-----------------------------------------------------------------*/ /* loadSignToC - load the operand's sign bit into CARRY */ /*-----------------------------------------------------------------*/ static void loadSignToC (operand *op) { FENTRY; assert (op && AOP(op) && AOP_SIZE(op)); emitCLRC; emitpcode(POC_BTFSC, newpCodeOpBit(aopGet(AOP(op),AOP_SIZE(op)-1,FALSE,FALSE),7,0)); emitSETC; } /*-----------------------------------------------------------------*/ /* genRightShift - generate code for right shifting */ /*-----------------------------------------------------------------*/ static void genGenericShift (iCode *ic, int shiftRight) { operand *right, *left, *result; sym_link *retype ; int size; symbol *tlbl, *tlbl1, *inverselbl; FENTRY; /* if signed then we do it the hard way preserve the sign bit moving it inwards */ retype = getSpec(operandType(IC_RESULT(ic))); DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* signed & unsigned types are treated the same : i.e. the signed is NOT propagated inwards : quoting from the ANSI - standard : "for E1 >> E2, is equivalent to division by 2**E2 if unsigned or if it has a non-negative value, otherwise the result is implementation defined ", MY definition is that the sign does not get propagated */ right = IC_RIGHT(ic); left = IC_LEFT(ic); result = IC_RESULT(ic); aopOp(right,ic,FALSE); aopOp(left,ic,FALSE); aopOp(result,ic,FALSE); /* if the shift count is known then do it as efficiently as possible */ if (AOP_TYPE(right) == AOP_LIT) { int lit = (int) ulFromVal (AOP(right)->aopu.aop_lit); if (lit < 0) { lit = -lit; shiftRight = !shiftRight; } if (shiftRight) shiftRight_Left2ResultLit (left, result, lit, !SPEC_USIGN(operandType(left))); else shiftLeft_Left2ResultLit (left, result, lit); //genRightShiftLiteral (left,right,result,ic, 0); return ; } /* shift count is unknown then we have to form a loop get the loop count in B : Note: we take only the lower order byte since shifting more that 32 bits make no sense anyway, ( the largest size of an object can be only 32 bits ) */ /* we must not overwrite the shift counter */ assert (!pic14_sameRegs(AOP(right),AOP(result))); /* now move the left to the result if they are not the same */ if (!pic14_sameRegs(AOP(left),AOP(result))) { size = min(AOP_SIZE(result), AOP_SIZE(left)); while (size--) { mov2w(AOP(left), size); movwf(AOP(result), size); } addSign (result, AOP_SIZE(left), !SPEC_USIGN(operandType(left))); } tlbl = newiTempLabel(NULL); tlbl1= newiTempLabel(NULL); inverselbl = NULL; size = AOP_SIZE(result); mov2w(AOP(right),0); if (!SPEC_USIGN(operandType(right))) { inverselbl = newiTempLabel(NULL); /* signed shift count -- invert shift direction for c<0 */ emitpcode(POC_BTFSC, newpCodeOpBit(aopGet(AOP(right),0,FALSE,FALSE),7,0)); emitpcode(POC_GOTO, popGetLabel(inverselbl->key)); } // if emitpcode(POC_SUBLW, popGetLit(0)); /* -count in WREG, 0-x > 0 --> BORROW = !CARRY --> CARRY is clear! */ /* check for `a = b >> c' with `-c == 0' */ emitSKPNZ; emitpcode(POC_GOTO, popGetLabel(tlbl1->key)); emitpLabel(tlbl->key); /* propagate the sign bit inwards for SIGNED result */ if (shiftRight && !SPEC_USIGN(operandType(result))) loadSignToC(result); genMultiAsm(shiftRight ? POC_RRF : POC_RLF, result, size, shiftRight); emitpcode(POC_ADDLW, popGetLit(1)); /* clears CARRY (unless W==0 afterwards) */ emitSKPC; emitpcode(POC_GOTO,popGetLabel(tlbl->key)); if (!SPEC_USIGN(operandType(right))) { symbol *inv_loop = newiTempLabel(NULL); shiftRight = !shiftRight; /* invert shift direction */ /* we came here from the code above -- we are done */ emitpcode(POC_GOTO, popGetLabel(tlbl1->key)); /* emit code for shifting N<0 steps, count is already in W */ emitpLabel(inverselbl->key); if (!shiftRight || SPEC_USIGN(operandType(result))) emitCLRC; emitpLabel(inv_loop->key); /* propagate the sign bit inwards for SIGNED result */ if (shiftRight && !SPEC_USIGN(operandType(result))) loadSignToC(result); genMultiAsm(shiftRight ? POC_RRF : POC_RLF, result, size, shiftRight); emitpcode(POC_ADDLW, popGetLit(1)); emitSKPC; emitpcode(POC_GOTO, popGetLabel(inv_loop->key)); } // if emitpLabel(tlbl1->key); freeAsmop(left,NULL,ic,TRUE); freeAsmop (right,NULL,ic,TRUE); freeAsmop(result,NULL,ic,TRUE); } static void genRightShift (iCode *ic) { genGenericShift(ic, 1); } static void genLeftShift (iCode *ic) { genGenericShift(ic, 0); } /*-----------------------------------------------------------------*/ /* SetIrp - Set IRP bit */ /*-----------------------------------------------------------------*/ static void SetIrp(operand *result) { FENTRY; if (AOP_TYPE(result) == AOP_LIT) { unsigned lit = (unsigned) double2ul (operandLitValue(result)); if (lit&0x100) emitSETIRP; else emitCLRIRP; } else { if ((AOP_TYPE(result) == AOP_PCODE) && (AOP(result)->aopu.pcop->type == PO_LITERAL)) { int addrs = PCOL(AOP(result)->aopu.pcop)->lit; if (addrs & 0x100) emitSETIRP; else emitCLRIRP; } else { emitCLRIRP; /* always ensure this is clear as it may have previouly been set */ if(AOP_SIZE(result) > 1) { emitpcode(POC_BTFSC,newpCodeOpBit(aopGet(AOP(result),1,FALSE,FALSE),0,0)); emitSETIRP; } } } } static void setup_fsr (operand *ptr) { mov2w_op(ptr, 0); emitpcode(POC_MOVWF, popCopyReg (&pc_fsr)); /* also setup-up IRP */ SetIrp (ptr); } /*-----------------------------------------------------------------*/ /* emitPtrByteGet - emits code to get a byte into WREG from an */ /* arbitrary pointer (__code, __data, generic) */ /*-----------------------------------------------------------------*/ static void emitPtrByteGet (operand *src, int p_type, bool alreadyAddressed) { FENTRY; switch (p_type) { case POINTER: case FPOINTER: if (!alreadyAddressed) setup_fsr (src); emitpcode(POC_MOVFW, popCopyReg (&pc_fsr)); break; case CPOINTER: assert( AOP_SIZE(src) == 2 ); mov2w_op(src, 0); emitpcode(POC_MOVWF, popRegFromIdx (Gstack_base_addr-1)); mov2w_op(src, 1); emitpcode(POC_MOVWF, popRegFromIdx (Gstack_base_addr)); emitpcode(POC_MOVLW, popGetLit (GPTRTAG_CODE)); /* GPOINTER tag for __code space */ call_libraryfunc ("__gptrget1"); break; case GPOINTER: assert( AOP_SIZE(src) == 3 ); mov2w_op(src, 0); emitpcode(POC_MOVWF, popRegFromIdx (Gstack_base_addr-1)); mov2w_op(src, 1); emitpcode(POC_MOVWF, popRegFromIdx (Gstack_base_addr)); mov2w_op(src, 2); call_libraryfunc ("__gptrget1"); break; default: assert( !"unhandled pointer type" ); break; } } /*-----------------------------------------------------------------*/ /* emitPtrByteSet - emits code to set a byte from src through a */ /* pointer register INDF (legacy 8051 uses R0, R1, or DPTR). */ /*-----------------------------------------------------------------*/ static void emitPtrByteSet (operand *dst, int p_type, bool alreadyAddressed) { FENTRY; switch (p_type) { case POINTER: case FPOINTER: if (!alreadyAddressed) setup_fsr (dst); emitpcode(POC_MOVWF, popCopyReg (&pc_fsr)); break; case CPOINTER: assert( !"trying to assign to __code pointer" ); break; case GPOINTER: emitpcode(POC_MOVWF, popRegFromIdx (Gstack_base_addr-2)); mov2w_op(dst, 0); emitpcode(POC_MOVWF, popRegFromIdx (Gstack_base_addr-1)); mov2w_op(dst, 1); emitpcode(POC_MOVWF, popRegFromIdx (Gstack_base_addr)); mov2w_op(dst, 2); call_libraryfunc ("__gptrput1"); break; default: assert( !"unhandled pointer type" ); break; } } /*-----------------------------------------------------------------*/ /* genUnpackBits - generates code for unpacking bits */ /*-----------------------------------------------------------------*/ static void genUnpackBits (operand *result, operand *left, int ptype, iCode *ifx) { int rsize; /* result size */ sym_link *etype; /* bitfield type information */ int blen; /* bitfield length */ int bstr; /* bitfield starting bit within byte */ FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); etype = getSpec(operandType(result)); rsize = getSize (operandType (result)); blen = SPEC_BLEN (etype); bstr = SPEC_BSTR (etype); /* single bit field case */ if (blen == 1) { if (ifx) { /* that is for an if statement */ pCodeOp *pcop; resolvedIfx rIfx; resolveIfx(&rIfx,ifx); if (ptype == -1) /* direct */ pcop = newpCodeOpBit(aopGet (AOP(left),0,FALSE,FALSE),bstr,0); else pcop = newpCodeOpBit(pc_indf.pcop.name,bstr,0); emitpcode((rIfx.condition) ? POC_BTFSC : POC_BTFSS,pcop); emitpcode(POC_GOTO,popGetLabel(rIfx.lbl->key)); ifx->generated=1; } else { int i; assert (!pic14_sameRegs (AOP(result), AOP(left))); for (i=0; i < AOP_SIZE(result); i++) emitpcode (POC_CLRF, popGet (AOP(result), i)); switch (ptype) { case -1: emitpcode(POC_BTFSC,newpCodeOpBit(aopGet (AOP(left),0,FALSE,FALSE),bstr,0)); /* adjust result below */ break; case POINTER: case FPOINTER: case GPOINTER: case CPOINTER: emitPtrByteGet (left, ptype, FALSE); emitpcode(POC_ANDLW, popGetLit (1UL << bstr)); emitSKPZ; /* adjust result below */ break; default: assert( !"unhandled pointer type" ); } // switch /* move sign-/zero extended bit to result */ if (SPEC_USIGN(OP_SYM_ETYPE(left))) { emitpcode (POC_INCF, popGet (AOP(result), 0)); } else { emitpcode (POC_DECF, popGet (AOP(result), 0)); } addSign (result, 1, !SPEC_USIGN(OP_SYM_ETYPE(left))); } return; } else if (blen <= 8 && ((blen + bstr) <= 8)) { /* blen > 1 */ int i; for (i=0; i < AOP_SIZE(result); i++) emitpcode (POC_CLRF, popGet (AOP(result), i)); switch (ptype) { case -1: mov2w(AOP(left), 0); break; case POINTER: case FPOINTER: case GPOINTER: case CPOINTER: emitPtrByteGet (left, ptype, FALSE); break; default: assert( !"unhandled pointer type" ); } // switch if (blen < 8) emitpcode(POC_ANDLW, popGetLit ((((1UL << blen)-1) << bstr) & 0x00ff)); movwf(AOP(result), 0); AccRsh (popGet(AOP(result), 0), bstr, 1); /* zero extend the bitfield */ if (!SPEC_USIGN(OP_SYM_ETYPE(left)) && (bstr + blen != 8)) { /* signed bitfield */ assert (bstr + blen > 0); emitpcode(POC_MOVLW, popGetLit (0x00ff << (bstr + blen))); emitpcode(POC_BTFSC, newpCodeOpBit(aopGet(AOP(result),0,FALSE,FALSE), bstr + blen - 1, 0)); emitpcode(POC_IORWF, popGet(AOP(result),0)); } addSign (result, 1, !SPEC_USIGN(OP_SYM_ETYPE(left))); return; } assert( !"bitfields larger than 8 bits or crossing byte boundaries are not yet supported" ); } #if 1 /*-----------------------------------------------------------------*/ /* genDataPointerGet - generates code when ptr offset is known */ /*-----------------------------------------------------------------*/ static void genDataPointerGet (operand *left, operand *result, iCode *ic) { int size , offset = 0; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* optimization - most of the time, left and result are the same * address, but different types. for the pic code, we could omit * the following */ aopOp(result,ic,TRUE); if (pic14_sameRegs (AOP(left), AOP(result))) return; DEBUGpic14_AopType(__LINE__,left,NULL,result); //emitpcode(POC_MOVFW, popGet(AOP(left),0)); size = AOP_SIZE(result); if (size > getSize(OP_SYM_ETYPE(left))) size = getSize(OP_SYM_ETYPE(left)); offset = 0; while (size--) { emitpcode(POC_MOVFW, popGet(AOP(left),offset)); emitpcode(POC_MOVWF, popGet(AOP(result),offset)); offset++; } freeAsmop(left,NULL,ic,TRUE); freeAsmop(result,NULL,ic,TRUE); } #endif /*-----------------------------------------------------------------*/ /* genNearPointerGet - pic14_emitcode for near pointer fetch */ /*-----------------------------------------------------------------*/ static void genNearPointerGet (operand *left, operand *result, iCode *ic) { asmop *aop = NULL; sym_link *ltype = operandType(left); sym_link *rtype = operandType(result); sym_link *retype= getSpec(rtype); /* bitfield type information */ int direct = 0; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp(left,ic,FALSE); /* if left is rematerialisable and result is not bit variable type and the left is pointer to data space i.e lower 128 bytes of space */ if (AOP_TYPE(left) == AOP_PCODE && //AOP_TYPE(left) == AOP_IMMD && !IS_BITVAR(retype) && PIC_IS_DATA_PTR(ltype)) { genDataPointerGet (left,result,ic); return ; } DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp (result,ic,FALSE); /* Check if can access directly instead of via a pointer */ if ((AOP_TYPE(left) == AOP_PCODE) && (AOP(left)->aopu.pcop->type == PO_IMMEDIATE) && (AOP_SIZE(result) == 1)) { direct = 1; } if (IS_BITFIELD(getSpec(operandType(result)))) { genUnpackBits (result,left,direct?-1:POINTER,ifxForOp(IC_RESULT(ic),ic)); goto release; } /* If the pointer value is not in a the FSR then need to put it in */ /* Must set/reset IRP bit for use with FSR. */ if (!direct) setup_fsr (left); // sym_link *etype; /* if bitfield then unpack the bits */ { /* we have can just get the values */ int size = AOP_SIZE(result); int offset = 0 ; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); while(size--) { if (direct) emitpcode(POC_MOVWF,popGet(AOP(left),0)); else emitpcode(POC_MOVFW,popCopyReg(&pc_indf)); if (AOP_TYPE(result) == AOP_LIT) { emitpcode(POC_MOVLW,popGet(AOP(result),offset)); } else { emitpcode(POC_MOVWF,popGet(AOP(result),offset)); } if (size && !direct) emitpcode(POC_INCF,popCopyReg(&pc_fsr)); offset++; } } /* now some housekeeping stuff */ if (aop) { /* we had to allocate for this iCode */ DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); freeAsmop(NULL,aop,ic,TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (AOP_SIZE(result) > 1 && !OP_SYMBOL(left)->remat && ( OP_SYMBOL(left)->liveTo > ic->seq || ic->depth )) { int size = AOP_SIZE(result) - 1; while (size--) emitpcode(POC_DECF, popCopyReg(&pc_fsr)); } } release: /* done */ freeAsmop(left,NULL,ic,TRUE); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genGenPointerGet - gget value from generic pointer space */ /*-----------------------------------------------------------------*/ static void genGenPointerGet (operand *left, operand *result, iCode *ic) { FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp(left,ic,FALSE); aopOp(result,ic,FALSE); DEBUGpic14_AopType(__LINE__,left,NULL,result); if (IS_BITFIELD(getSpec(operandType(result)))) { genUnpackBits (result, left, GPOINTER, ifxForOp (IC_RESULT(ic), ic)); return; } { /* emit call to __gptrget */ char *func[] = {NULL, "__gptrget1", "__gptrget2", "__gptrget3", "__gptrget4"}; int size = AOP_SIZE(result); int idx = 0; assert (size > 0 && size <= 4); /* pass arguments */ assert (AOP_SIZE(left) == 3); mov2w(AOP(left), 0); emitpcode(POC_MOVWF, popRegFromIdx (Gstack_base_addr-1)); mov2w(AOP(left), 1); emitpcode(POC_MOVWF, popRegFromIdx (Gstack_base_addr)); mov2w(AOP(left), 2); call_libraryfunc (func[size]); /* save result */ movwf (AOP(result), --size); while (size--) { emitpcode (POC_MOVFW,popRegFromIdx (Gstack_base_addr - idx++)); movwf (AOP(result), size); } // while } freeAsmop(left,NULL,ic,TRUE); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genConstPointerGet - get value from const generic pointer space */ /*-----------------------------------------------------------------*/ static void genConstPointerGet (operand *left, operand *result, iCode *ic) { //sym_link *retype = getSpec(operandType(result)); #if 0 symbol *albl, *blbl;//, *clbl; pCodeOp *pcop; #endif PIC_OPCODE poc; int i, size, lit; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp(left,ic,FALSE); aopOp(result,ic,FALSE); size = AOP_SIZE(result); DEBUGpic14_AopType(__LINE__,left,NULL,result); DEBUGpic14_emitcode ("; "," %d getting const pointer",__LINE__); lit = op_isLitLike (left); poc = lit ? POC_MOVLW : POC_MOVFW; if (IS_BITFIELD(getSpec(operandType(result)))) { genUnpackBits (result, left, lit ? -1 : CPOINTER, ifxForOp (IC_RESULT(ic), ic)); goto release; } { char *func[] = { NULL, "__gptrget1", "__gptrget2", "__gptrget3", "__gptrget4" }; int size = min(getSize(OP_SYM_ETYPE(left)), AOP_SIZE(result)); assert (size > 0 && size <= 4); mov2w_op(left, 0); emitpcode(POC_MOVWF, popRegFromIdx (Gstack_base_addr-1)); mov2w_op(left, 1); emitpcode(POC_MOVWF, popRegFromIdx (Gstack_base_addr)); emitpcode(POC_MOVLW, popGetLit (GPTRTAG_CODE)); /* GPOINTER tag for __code space */ call_libraryfunc (func[size]); movwf(AOP(result),size-1); for (i = 1; i < size; i++) { emitpcode(POC_MOVFW, popRegFromIdx (Gstack_base_addr+1-i)); movwf(AOP(result),size - 1 - i); } // for } release: freeAsmop(left,NULL,ic,TRUE); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genPointerGet - generate code for pointer get */ /*-----------------------------------------------------------------*/ static void genPointerGet (iCode *ic) { operand *left, *result ; sym_link *type, *etype; int p_type = -1; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); left = IC_LEFT(ic); result = IC_RESULT(ic) ; /* depending on the type of pointer we need to move it to the correct pointer register */ type = operandType(left); etype = getSpec(type); if (IS_PTR_CONST(type)) DEBUGpic14_emitcode ("; ***","%d - const pointer",__LINE__); /* if left is of type of pointer then it is simple */ if (IS_PTR(type) && !IS_FUNC(type->next)) p_type = DCL_TYPE(type); else { /* we have to go by the storage class */ p_type = PTR_TYPE(SPEC_OCLS(etype)); DEBUGpic14_emitcode ("; ***","%d - resolve pointer by storage class",__LINE__); if (SPEC_OCLS(etype)->codesp ) { DEBUGpic14_emitcode ("; ***","%d - cpointer",__LINE__); //p_type = CPOINTER ; } else if (SPEC_OCLS(etype)->fmap && !SPEC_OCLS(etype)->paged) DEBUGpic14_emitcode ("; ***","%d - fpointer",__LINE__); /*p_type = FPOINTER ;*/ else if (SPEC_OCLS(etype)->fmap && SPEC_OCLS(etype)->paged) DEBUGpic14_emitcode ("; ***","%d - ppointer",__LINE__); /* p_type = PPOINTER; */ else if (SPEC_OCLS(etype) == idata ) DEBUGpic14_emitcode ("; ***","%d - ipointer",__LINE__); /* p_type = IPOINTER; */ else DEBUGpic14_emitcode ("; ***","%d - pointer",__LINE__); /* p_type = POINTER ; */ } /* now that we have the pointer type we assign the pointer values */ switch (p_type) { case POINTER: case FPOINTER: //case IPOINTER: genNearPointerGet (left,result,ic); break; /* case PPOINTER: genPagedPointerGet(left,result,ic); break; case FPOINTER: genFarPointerGet (left,result,ic); break; */ case CPOINTER: genConstPointerGet (left,result,ic); break; case GPOINTER: genGenPointerGet (left,result,ic); break; default: assert ( !"unhandled pointer type" ); break; } } /*-----------------------------------------------------------------*/ /* genPackBits - generates code for packed bit storage */ /*-----------------------------------------------------------------*/ static void genPackBits(sym_link *etype,operand *result,operand *right,int p_type) { int blen; /* bitfield length */ int bstr; /* bitfield starting bit within byte */ int litval; /* source literal value (if AOP_LIT) */ unsigned char mask; /* bitmask within current byte */ FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); blen = SPEC_BLEN (etype); bstr = SPEC_BSTR (etype); /* If the bitfield length is less than a byte and does not cross byte boundaries */ if ((blen <= 8) && ((bstr + blen) <= 8)) { mask = ((unsigned char) (0xFF << (blen + bstr)) | (unsigned char) (0xFF >> (8 - bstr))); if (AOP_TYPE (right) == AOP_LIT) { /* Case with a bitfield length <8 and literal source */ int lit = (int) ulFromVal (AOP (right)->aopu.aop_lit); if (blen == 1) { pCodeOp *pcop; switch (p_type) { case -1: if (AOP(result)->type == AOP_PCODE) pcop = newpCodeOpBit(aopGet(AOP(result),0,FALSE,FALSE),bstr,0); else pcop = popGet(AOP(result),0); emitpcode(lit?POC_BSF:POC_BCF,pcop); break; case POINTER: case FPOINTER: setup_fsr (result); emitpcode(lit?POC_BSF:POC_BCF,newpCodeOpBit(PCOP(&pc_indf)->name,bstr,0)); break; case CPOINTER: assert( !"trying to assign to bitfield via pointer to __code space" ); break; case GPOINTER: emitPtrByteGet(result, p_type, FALSE); if (lit) { emitpcode(POC_IORLW, newpCodeOpLit (1UL << bstr)); } else { emitpcode(POC_ANDLW, newpCodeOpLit ((~(1UL << bstr)) & 0x0ff)); } emitPtrByteSet(result, p_type, TRUE); break; default: assert( !"unhandled pointer type" ); break; } // switch (p_type) } else { /* blen > 1 */ litval = lit << bstr; litval &= (~mask) & 0x00ff; switch (p_type) { case -1: mov2w (AOP(result), 0); if ((litval|mask) != 0x00ff) emitpcode(POC_ANDLW, popGetLit (mask)); if (litval != 0x00) emitpcode(POC_IORLW, popGetLit (litval)); movwf (AOP(result), 0); break; case POINTER: case FPOINTER: case GPOINTER: emitPtrByteGet(result, p_type, FALSE); if ((litval|mask) != 0x00ff) emitpcode(POC_ANDLW, popGetLit (mask)); if (litval != 0x00) emitpcode(POC_IORLW, popGetLit (litval)); emitPtrByteSet(result, p_type, TRUE); break; case CPOINTER: assert( !"trying to assign to bitfield via pointer to __code space" ); break; default: assert( !"unhandled pointer type" ); break; } // switch } // if (blen > 1) } else { /* right is no literal */ if (blen==1) { switch (p_type) { case -1: /* Note more efficient code, of pre clearing bit then only setting it if required, * can only be done if it is known that the result is not a SFR */ emitpcode(POC_RRFW,popGet(AOP(right),0)); emitSKPC; emitpcode(POC_BCF,newpCodeOpBit (aopGet(AOP(result), 0, FALSE, FALSE), bstr, 0)); emitSKPNC; emitpcode(POC_BSF,newpCodeOpBit (aopGet(AOP(result), 0, FALSE, FALSE), bstr, 0)); break; case POINTER: case FPOINTER: case GPOINTER: emitPtrByteGet (result, p_type, FALSE); emitpcode(POC_BTFSS, newpCodeOpBit (aopGet(AOP(right), 0, FALSE, FALSE), bstr, 0)); emitpcode(POC_ANDLW, newpCodeOpLit (~(1UL << bstr) & 0x0ff)); emitpcode(POC_BTFSC, newpCodeOpBit (aopGet(AOP(right), 0, FALSE, FALSE), bstr, 0)); emitpcode(POC_IORLW, newpCodeOpLit ((1UL << bstr) & 0x0ff)); emitPtrByteSet (result, p_type, TRUE); break; case CPOINTER: assert( !"trying to assign to bitfield via pointer to __code space" ); break; default: assert( !"unhandled pointer type" ); break; } // switch return; } else { /* Case with a bitfield 1 < length <= 8 and arbitrary source */ pCodeOp *temp = popGetTempReg (); mov2w (AOP(right), 0); if (blen < 8) { emitpcode (POC_ANDLW, popGetLit ((1UL << blen)-1)); } emitpcode(POC_MOVWF, temp); if (bstr) { AccLsh (temp, bstr); } switch (p_type) { case -1: mov2w (AOP(result), 0); emitpcode(POC_ANDLW, popGetLit (mask)); emitpcode(POC_IORFW, temp); movwf (AOP(result), 0); break; case POINTER: case FPOINTER: case GPOINTER: emitPtrByteGet (result, p_type, FALSE); emitpcode(POC_ANDLW, popGetLit (mask)); emitpcode(POC_IORFW, temp); emitPtrByteSet (result, p_type, TRUE); break; case CPOINTER: assert( !"trying to assign to bitfield via pointer to __code space" ); break; default: assert( !"unhandled pointer type" ); break; } // switch popReleaseTempReg (temp); } // if (blen > 1) } // if (AOP(right)->type != AOP_LIT) return; } // if (blen <= 8 && ((blen + bstr) <= 8)) assert( !"bitfields larger than 8 bits or crossing byte boundaries are not yet supported" ); } /*-----------------------------------------------------------------*/ /* genDataPointerSet - remat pointer to data space */ /*-----------------------------------------------------------------*/ static void genDataPointerSet(operand *right, operand *result, iCode *ic) { int size, offset = 0 ; int ressize; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp(right,ic,FALSE); aopOp(result,ic,FALSE); assert (IS_SYMOP(result)); assert (IS_PTR(OP_SYM_TYPE(result))); if (AOP_TYPE(right) == AOP_LIT) size = 4; else size = AOP_SIZE(right); ressize = getSize(OP_SYM_ETYPE(result)); if (size > ressize) size = ressize; //fprintf (stderr, "%s:%u: size(right): %d, size(result): %d\n", __FUNCTION__,__LINE__, AOP_SIZE(right), ressize); //assert( !"what's going on here?" ); /* if ( AOP_TYPE(result) == AOP_PCODE) { fprintf(stderr,"genDataPointerSet %s, %d\n", AOP(result)->aopu.pcop->name, PCOI(AOP(result)->aopu.pcop)->offset); } */ // tsd, was l+1 - the underline `_' prefix was being stripped while (size--) { emitpComment ("%s:%u: size=%d/%d, offset=%d, AOP_TYPE(res)=%d", __FILE__,__LINE__, size, ressize, offset, AOP_TYPE(result)); if (AOP_TYPE(right) == AOP_LIT) { unsigned int lit = pic14aopLiteral(AOP(IC_RIGHT(ic))->aopu.aop_lit, offset); //fprintf (stderr, "%s:%u: lit %d 0x%x\n", __FUNCTION__,__LINE__, lit, lit); if(lit&0xff) { emitpcode(POC_MOVLW, popGetLit(lit&0xff)); emitpcode(POC_MOVWF, popGet(AOP(result), offset)); } else { emitpcode(POC_CLRF, popGet(AOP(result), offset)); } } else { //fprintf (stderr, "%s:%u: no lit\n", __FUNCTION__,__LINE__); emitpcode(POC_MOVFW, popGet(AOP(right), offset)); emitpcode(POC_MOVWF, popGet(AOP(result), offset)); } offset++; } freeAsmop(right,NULL,ic,TRUE); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genNearPointerSet - pic14_emitcode for near pointer put */ /*-----------------------------------------------------------------*/ static void genNearPointerSet (operand *right, operand *result, iCode *ic) { asmop *aop = NULL; sym_link *ptype = operandType(result); sym_link *retype = getSpec(operandType(right)); sym_link *letype = getSpec(ptype); int direct = 0; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp(result,ic,FALSE); #if 1 /* if the result is rematerializable & in data space & not a bit variable */ //if (AOP_TYPE(result) == AOP_IMMD && if (AOP_TYPE(result) == AOP_PCODE && PIC_IS_DATA_PTR(ptype) && !IS_BITVAR (retype) && !IS_BITVAR (letype)) { genDataPointerSet (right,result,ic); freeAsmop(result,NULL,ic,TRUE); return; } #endif DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp(right,ic,FALSE); DEBUGpic14_AopType(__LINE__,NULL,right,result); /* Check if can access directly instead of via a pointer */ if ((AOP_TYPE(result) == AOP_PCODE) && (AOP(result)->aopu.pcop->type == PO_IMMEDIATE) && (AOP_SIZE(right) == 1)) { direct = 1; } if (IS_BITFIELD (letype)) { genPackBits (letype, result, right, direct?-1:POINTER); return; } /* If the pointer value is not in a the FSR then need to put it in */ /* Must set/reset IRP bit for use with FSR. */ /* Note only do this once - assuming that never need to cross a bank boundary at address 0x100. */ if (!direct) setup_fsr (result); { /* we have can just get the values */ int size = AOP_SIZE(right); int offset = 0 ; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); while (size--) { char *l = aopGet(AOP(right),offset,FALSE,TRUE); if (*l == '@' ) { emitpcode(POC_MOVFW,popCopyReg(&pc_indf)); } else { if (AOP_TYPE(right) == AOP_LIT) { emitpcode(POC_MOVLW,popGet(AOP(right),offset)); } else { emitpcode(POC_MOVFW,popGet(AOP(right),offset)); } if (direct) emitpcode(POC_MOVWF,popGet(AOP(result),0)); else emitpcode(POC_MOVWF,popCopyReg(&pc_indf)); } if (size && !direct) emitpcode(POC_INCF,popCopyReg(&pc_fsr)); offset++; } } DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* now some housekeeping stuff */ if (aop) { /* we had to allocate for this iCode */ freeAsmop(NULL,aop,ic,TRUE); } else { /* we did not allocate which means left already in a pointer register, then if size > 0 && this could be used again we have to point it back to where it belongs */ DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (AOP_SIZE(right) > 1 && !OP_SYMBOL(result)->remat && ( OP_SYMBOL(result)->liveTo > ic->seq || ic->depth )) { int size = AOP_SIZE(right) - 1; while (size--) emitpcode(POC_DECF, popCopyReg(&pc_fsr)); } } DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* done */ freeAsmop(right,NULL,ic,TRUE); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genGenPointerSet - set value from generic pointer space */ /*-----------------------------------------------------------------*/ static void genGenPointerSet (operand *right, operand *result, iCode *ic) { sym_link *retype = getSpec(operandType(result)); FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp(right,ic,FALSE); aopOp(result,ic,FALSE); DEBUGpic14_AopType(__LINE__,right,NULL,result); if (IS_BITFIELD(retype)) { genPackBits (retype, result, right, GPOINTER); return; } { /* emit call to __gptrput */ char *func[] = {NULL, "__gptrput1", "__gptrput2", "__gptrput3", "__gptrput4"}; int size = AOP_SIZE(right); int idx = 0; /* The following assertion fails for * struct foo { char a; char b; } bar; * void demo(struct foo *dst, char c) { dst->b = c; } * as size will be 1 (sizeof(c)), whereas dst->b will be accessed * using (((char *)dst)+1), whose OP_SYM_ETYPE still is struct foo * of size 2. * The frontend seems to guarantee that IC_LEFT has the correct size, * it works fine both for larger and smaller types of `char c'. * */ //assert (size == getSize(OP_SYM_ETYPE(result))); assert (size > 0 && size <= 4); /* pass arguments */ /* - value (MSB in Gstack_base_addr-2, growing downwards) */ { int off = size; idx = 2; while (off--) { mov2w_op (right, off); emitpcode (POC_MOVWF, popRegFromIdx (Gstack_base_addr - idx++)); } idx = 0; } /* - address */ assert (AOP_SIZE(result) == 3); mov2w(AOP(result), 0); emitpcode(POC_MOVWF, popRegFromIdx (Gstack_base_addr - 1)); mov2w(AOP(result), 1); emitpcode(POC_MOVWF, popRegFromIdx (Gstack_base_addr)); mov2w(AOP(result), 2); call_libraryfunc (func[size]); } freeAsmop(right,NULL,ic,TRUE); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genPointerSet - stores the value into a pointer location */ /*-----------------------------------------------------------------*/ static void genPointerSet (iCode *ic) { operand *right, *result ; sym_link *type, *etype; int p_type; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); right = IC_RIGHT(ic); result = IC_RESULT(ic) ; /* depending on the type of pointer we need to move it to the correct pointer register */ type = operandType(result); etype = getSpec(type); /* if left is of type of pointer then it is simple */ if (IS_PTR(type) && !IS_FUNC(type->next)) { p_type = DCL_TYPE(type); } else { /* we have to go by the storage class */ p_type = PTR_TYPE(SPEC_OCLS(etype)); /* if (SPEC_OCLS(etype)->codesp ) { */ /* p_type = CPOINTER ; */ /* } */ /* else */ /* if (SPEC_OCLS(etype)->fmap && !SPEC_OCLS(etype)->paged) */ /* p_type = FPOINTER ; */ /* else */ /* if (SPEC_OCLS(etype)->fmap && SPEC_OCLS(etype)->paged) */ /* p_type = PPOINTER ; */ /* else */ /* if (SPEC_OCLS(etype) == idata ) */ /* p_type = IPOINTER ; */ /* else */ /* p_type = POINTER ; */ } /* now that we have the pointer type we assign the pointer values */ switch (p_type) { case POINTER: case FPOINTER: //case IPOINTER: genNearPointerSet (right,result,ic); break; /* case PPOINTER: genPagedPointerSet (right,result,ic); break; case FPOINTER: genFarPointerSet (right,result,ic); break; */ case GPOINTER: genGenPointerSet (right,result,ic); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "genPointerSet: illegal pointer type"); } } /*-----------------------------------------------------------------*/ /* genIfx - generate code for Ifx statement */ /*-----------------------------------------------------------------*/ static void genIfx (iCode *ic, iCode *popIc) { operand *cond = IC_COND(ic); int isbit =0; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp(cond,ic,FALSE); /* get the value into acc */ if (AOP_TYPE(cond) != AOP_CRY) pic14_toBoolean(cond); else isbit = 1; /* if there was something to be popped then do it */ if (popIc) genIpop(popIc); if (isbit) { /* This assumes that CARRY is set iff cond is true */ if (IC_TRUE(ic)) { assert (!IC_FALSE(ic)); emitpcode(POC_BTFSC, popGet(AOP(cond), 0)); //emitSKPNC; emitpcode(POC_GOTO, popGetLabel(IC_TRUE(ic)->key)); } else { assert (IC_FALSE(ic)); emitpcode(POC_BTFSS, popGet(AOP(cond), 0)); //emitSKPC; emitpcode(POC_GOTO, popGetLabel(IC_FALSE(ic)->key)); } if (0) { static int hasWarned = 0; if (!hasWarned) { fprintf (stderr, "WARNING: using untested code for %s:%u -- please check the .asm output and report bugs.\n", ic->filename, ic->lineno); hasWarned = 1; } } } else { /* now Z is set iff !cond */ if (IC_TRUE(ic)) { assert (!IC_FALSE(ic)); emitSKPZ; emitpcode(POC_GOTO, popGetLabel(IC_TRUE(ic)->key)); } else { emitSKPNZ; emitpcode(POC_GOTO, popGetLabel(IC_FALSE(ic)->key)); } } ic->generated = 1; /* the result is now in the accumulator */ freeAsmop(cond,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genAddrOf - generates code for address of */ /*-----------------------------------------------------------------*/ static void genAddrOf (iCode *ic) { operand *right, *result, *left; int size, offset ; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); //aopOp(IC_RESULT(ic),ic,FALSE); aopOp((left=IC_LEFT(ic)),ic,FALSE); aopOp((right=IC_RIGHT(ic)),ic,FALSE); aopOp((result=IC_RESULT(ic)),ic,TRUE); DEBUGpic14_AopType(__LINE__,left,right,result); assert (IS_SYMOP (left)); /* sanity check: generic pointers to code space are not yet supported, * pionters to codespace must not be assigned addresses of __data values. */ #if 0 fprintf (stderr, "result: %s, left: %s\n", OP_SYMBOL(result)->name, OP_SYMBOL(left)->name); fprintf (stderr, "result->type : "); printTypeChain (OP_SYM_TYPE(result), stderr); fprintf (stderr, ", codesp:%d, codeptr:%d, constptr:%d\n", IN_CODESPACE(SPEC_OCLS(getSpec (OP_SYM_TYPE(result)))), IS_CODEPTR(OP_SYM_TYPE(result)), IS_PTR_CONST(OP_SYM_TYPE(result))); fprintf (stderr, "result->etype: "); printTypeChain (OP_SYM_ETYPE(result), stderr); fprintf (stderr, ", codesp:%d, codeptr:%d, constptr:%d\n", IN_CODESPACE(SPEC_OCLS(getSpec (OP_SYM_ETYPE(result)))), IS_CODEPTR(OP_SYM_ETYPE(result)), IS_PTR_CONST(OP_SYM_ETYPE(result))); fprintf (stderr, "left->type : "); printTypeChain (OP_SYM_TYPE(left), stderr); fprintf (stderr, ", codesp:%d, codeptr:%d, constptr:%d\n", IN_CODESPACE(SPEC_OCLS(getSpec (OP_SYM_TYPE(left)))), IS_CODEPTR(OP_SYM_TYPE(left)), IS_PTR_CONST(OP_SYM_TYPE(left))); fprintf (stderr, "left->etype : "); printTypeChain (OP_SYM_ETYPE(left), stderr); fprintf (stderr, ", codesp:%d, codeptr:%d, constptr:%d\n",IN_CODESPACE(SPEC_OCLS(getSpec (OP_SYM_ETYPE(left)))), IS_CODEPTR(OP_SYM_ETYPE(left)), IS_PTR_CONST(OP_SYM_ETYPE(left))); #endif if (IS_SYMOP(result) && IS_CODEPTR(OP_SYM_TYPE(result)) && !IN_CODESPACE(SPEC_OCLS(getSpec (OP_SYM_TYPE(left))))) { fprintf (stderr, "trying to assign __code pointer (%s) an address in __data space (&%s) -- expect trouble\n", IS_SYMOP(result) ? OP_SYMBOL(result)->name : "unknown", OP_SYMBOL(left)->name); } else if (IS_SYMOP(result) && !IS_CODEPTR (OP_SYM_TYPE(result)) && IN_CODESPACE(SPEC_OCLS(getSpec(OP_SYM_TYPE(left))))) { fprintf (stderr, "trying to assign __data pointer (%s) an address in __code space (&%s) -- expect trouble\n", IS_SYMOP(result) ? OP_SYMBOL(result)->name : "unknown", OP_SYMBOL(left)->name); } size = AOP_SIZE(IC_RESULT(ic)); if (IS_SYMOP(result) && IS_GENPTR(OP_SYM_TYPE(result))) { /* strip tag */ if (size > GPTRSIZE-1) size = GPTRSIZE-1; } offset = 0; while (size--) { /* fixing bug #863624, reported from (errolv) */ emitpcode(POC_MOVLW, popGetImmd(OP_SYMBOL(left)->rname, offset, 0, IS_FUNC(OP_SYM_TYPE(left)))); emitpcode(POC_MOVWF, popGet(AOP(result), offset)); #if 0 emitpcode(POC_MOVLW, popGet(AOP(left),offset)); emitpcode(POC_MOVWF, popGet(AOP(result),offset)); #endif offset++; } if (IS_SYMOP(result) && IS_GENPTR(OP_SYM_TYPE(result))) { /* provide correct tag */ int isCode = IN_CODESPACE(SPEC_OCLS(getSpec(OP_SYM_TYPE(left)))); emitpcode (POC_MOVLW, popGetLit (isCode ? GPTRTAG_CODE : GPTRTAG_DATA)); movwf (AOP(result), 2); } freeAsmop(left,NULL,ic,FALSE); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genAssign - generate code for assignment */ /*-----------------------------------------------------------------*/ static void genAssign (iCode *ic) { operand *result, *right; int size, offset,know_W; unsigned long lit = 0L; result = IC_RESULT(ic); right = IC_RIGHT(ic) ; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* if they are the same */ if (operandsEqu (IC_RESULT(ic),IC_RIGHT(ic))) return ; aopOp(right,ic,FALSE); aopOp(result,ic,TRUE); DEBUGpic14_AopType(__LINE__,NULL,right,result); /* if they are the same registers */ if (pic14_sameRegs(AOP(right),AOP(result))) goto release; /* special case: assign from __code */ if (!IS_ITEMP(right) /* --> iTemps never reside in __code */ && IS_SYMOP (right) /* --> must be an immediate (otherwise we would be in genConstPointerGet) */ && !IS_FUNC(OP_SYM_TYPE(right)) /* --> we would want its address instead of the first instruction */ && !IS_CODEPTR(OP_SYM_TYPE(right)) /* --> get symbols address instread */ && IN_CODESPACE (SPEC_OCLS (getSpec (OP_SYM_TYPE(right))))) { emitpComment ("genAssign from CODESPACE"); genConstPointerGet (right, result, ic); goto release; } /* just for symmetry reasons... */ if (!IS_ITEMP(result) && IS_SYMOP (result) && IN_CODESPACE (SPEC_OCLS (getSpec (OP_SYM_TYPE(result))))) { assert ( !"cannot write to CODESPACE" ); } /* if the result is a bit */ if (AOP_TYPE(result) == AOP_CRY) { /* if the right size is a literal then we know what the value is */ if (AOP_TYPE(right) == AOP_LIT) { emitpcode( ( ((int) operandLitValue(right)) ? POC_BSF : POC_BCF), popGet(AOP(result),0)); if (((int) operandLitValue(right))) pic14_emitcode("bsf","(%s >> 3),(%s & 7)", AOP(result)->aopu.aop_dir, AOP(result)->aopu.aop_dir); else pic14_emitcode("bcf","(%s >> 3),(%s & 7)", AOP(result)->aopu.aop_dir, AOP(result)->aopu.aop_dir); goto release; } /* the right is also a bit variable */ if (AOP_TYPE(right) == AOP_CRY) { emitpcode(POC_BCF, popGet(AOP(result),0)); emitpcode(POC_BTFSC, popGet(AOP(right),0)); emitpcode(POC_BSF, popGet(AOP(result),0)); pic14_emitcode("bcf","(%s >> 3),(%s & 7)", AOP(result)->aopu.aop_dir, AOP(result)->aopu.aop_dir); pic14_emitcode("btfsc","(%s >> 3),(%s & 7)", AOP(right)->aopu.aop_dir, AOP(right)->aopu.aop_dir); pic14_emitcode("bsf","(%s >> 3),(%s & 7)", AOP(result)->aopu.aop_dir, AOP(result)->aopu.aop_dir); goto release ; } /* we need to or */ emitpcode(POC_BCF, popGet(AOP(result),0)); pic14_toBoolean(right); emitSKPZ; emitpcode(POC_BSF, popGet(AOP(result),0)); //aopPut(AOP(result),"a",0); goto release ; } /* bit variables done */ /* general case */ size = AOP_SIZE(result); offset = 0 ; if( AOP_TYPE(right) == AOP_DIR && (AOP_TYPE(result) == AOP_REG) && size==1) { DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(aopIdx(AOP(result),0) == 4) { DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); emitpcode(POC_MOVFW, popGet(AOP(right),offset)); emitpcode(POC_MOVWF, popGet(AOP(result),offset)); goto release; } else DEBUGpic14_emitcode ("; WARNING","%s %d ignoring register storage",__FUNCTION__,__LINE__); } know_W=-1; while (size--) { DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(AOP_TYPE(right) == AOP_LIT) { lit = (unsigned long)pic14aopLiteral(AOP(right)->aopu.aop_lit, offset) & 0x0ff; if(lit&0xff) { if(know_W != (int)(lit&0xff)) emitpcode(POC_MOVLW,popGetLit(lit&0xff)); know_W = lit&0xff; emitpcode(POC_MOVWF, popGet(AOP(result),offset)); } else emitpcode(POC_CLRF, popGet(AOP(result),offset)); } else if (AOP_TYPE(right) == AOP_CRY) { emitpcode(POC_CLRF, popGet(AOP(result),offset)); if(offset == 0) { emitpcode(POC_BTFSS, popGet(AOP(right),0)); emitpcode(POC_INCF, popGet(AOP(result),0)); } } else { mov2w_op (right, offset); emitpcode(POC_MOVWF, popGet(AOP(result),offset)); } offset++; } release: freeAsmop (right,NULL,ic,FALSE); freeAsmop (result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genJumpTab - genrates code for jump table */ /*-----------------------------------------------------------------*/ static void genJumpTab (iCode *ic) { symbol *jtab; char *l; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp(IC_JTCOND(ic),ic,FALSE); /* get the condition into accumulator */ l = aopGet(AOP(IC_JTCOND(ic)),0,FALSE,FALSE); MOVA(l); /* multiply by three */ pic14_emitcode("add","a,acc"); pic14_emitcode("add","a,%s",aopGet(AOP(IC_JTCOND(ic)),0,FALSE,FALSE)); jtab = newiTempLabel(NULL); pic14_emitcode("mov","dptr,#%05d_DS_",jtab->key+100); pic14_emitcode("jmp","@a+dptr"); pic14_emitcode("","%05d_DS_:",jtab->key+100); emitpcode(POC_MOVLW, popGetHighLabel(jtab->key)); emitpcode(POC_MOVWF, popCopyReg(&pc_pclath)); emitpcode(POC_MOVLW, popGetLabel(jtab->key)); emitpcode(POC_ADDFW, popGet(AOP(IC_JTCOND(ic)),0)); emitSKPNC; emitpcode(POC_INCF, popCopyReg(&pc_pclath)); emitpcode(POC_MOVWF, popCopyReg(&pc_pcl)); emitpLabel(jtab->key); freeAsmop(IC_JTCOND(ic),NULL,ic,TRUE); /* now generate the jump labels */ for (jtab = setFirstItem(IC_JTLABELS(ic)) ; jtab; jtab = setNextItem(IC_JTLABELS(ic))) { pic14_emitcode("ljmp","%05d_DS_",jtab->key+100); emitpcode(POC_GOTO,popGetLabel(jtab->key)); } } /*-----------------------------------------------------------------*/ /* genCast - gen code for casting */ /*-----------------------------------------------------------------*/ static void genCast (iCode *ic) { operand *result = IC_RESULT(ic); sym_link *restype = operandType(result); sym_link *rtype = operandType(IC_RIGHT(ic)); operand *right = IC_RIGHT(ic); int size, offset ; FENTRY; DEBUGpic14_emitcode("; ***","%s %d",__FUNCTION__,__LINE__); /* if they are equivalent then do nothing */ if (operandsEqu(IC_RESULT(ic),IC_RIGHT(ic))) return ; aopOp(right,ic,FALSE) ; aopOp(result,ic,FALSE); DEBUGpic14_AopType(__LINE__,NULL,right,result); /* if the result is a bit */ if (AOP_TYPE(result) == AOP_CRY) { assert(!"assigning to bit variables is not supported"); } if ((AOP_TYPE(right) == AOP_CRY) && (AOP_TYPE(result) == AOP_REG)) { int offset = 1; size = AOP_SIZE(result); DEBUGpic14_emitcode("; ***","%s %d",__FUNCTION__,__LINE__); emitpcode(POC_CLRF, popGet(AOP(result),0)); emitpcode(POC_BTFSC, popGet(AOP(right),0)); emitpcode(POC_INCF, popGet(AOP(result),0)); while (size--) emitpcode(POC_CLRF, popGet(AOP(result),offset++)); goto release; } if (IS_PTR(restype)) { operand *result = IC_RESULT(ic); //operand *left = IC_LEFT(ic); operand *right = IC_RIGHT(ic); int tag = 0xff; /* copy common part */ int max, size = AOP_SIZE(result); if (size > AOP_SIZE(right)) size = AOP_SIZE(right); DEBUGpic14_emitcode("; ***","%s %d",__FUNCTION__,__LINE__); /* warn if we discard generic opinter tag */ if (!IS_GENPTR(restype) && IS_GENPTR(rtype) && (AOP_SIZE(result) < AOP_SIZE(right))) { //fprintf (stderr, "%s:%u: discarding generic pointer type tag\n", __FUNCTION__, __LINE__); } // if max = size; while (size--) { mov2w_op (right, size); movwf (AOP(result), size); } // while /* upcast into generic pointer type? */ if (IS_GENPTR(restype) && (size < AOP_SIZE(result)) && (!IS_GENPTR(rtype) || AOP_SIZE(right) < GPTRSIZE)) { //fprintf (stderr, "%s:%u: must determine pointer type\n", __FUNCTION__, __LINE__); if (IS_PTR(rtype)) { switch (DCL_TYPE(rtype)) { case POINTER: /* __data */ case FPOINTER: /* __data */ assert (AOP_SIZE(right) == 2); tag = GPTRTAG_DATA; break; case CPOINTER: /* __code */ assert (AOP_SIZE(right) == 2); tag = GPTRTAG_CODE; break; case GPOINTER: /* unknown destination, __data or __code */ /* assume __data space (address of immediate) */ assert (AOP_TYPE(right) == AOP_PCODE && AOP(right)->aopu.pcop->type == PO_IMMEDIATE); if (AOP(right)->code) tag = GPTRTAG_CODE; else tag = GPTRTAG_DATA; break; default: assert (!"unhandled pointer type"); } // switch } else { /* convert other values into pointers to __data space */ tag = GPTRTAG_DATA; } assert (AOP_SIZE(result) == 3); if (tag == 0) { emitpcode(POC_CLRF, popGet(AOP(result), 2)); } else { emitpcode(POC_MOVLW, popGetLit(tag)); movwf(AOP(result), 2); } } else { addSign(result, max, 0); } // if goto release; } /* if they are the same size : or less */ if (AOP_SIZE(result) <= AOP_SIZE(right)) { /* if they are in the same place */ if (pic14_sameRegs(AOP(right),AOP(result))) goto release; DEBUGpic14_emitcode("; ***","%s %d",__FUNCTION__,__LINE__); if (IS_PTR_CONST(rtype)) DEBUGpic14_emitcode ("; ***","%d - right is const pointer",__LINE__); if (IS_PTR_CONST(operandType(IC_RESULT(ic)))) DEBUGpic14_emitcode ("; ***","%d - result is const pointer",__LINE__); if ((AOP_TYPE(right) == AOP_PCODE) && AOP(right)->aopu.pcop->type == PO_IMMEDIATE) { emitpcode(POC_MOVLW, popGetAddr(AOP(right),0,0)); emitpcode(POC_MOVWF, popGet(AOP(result),0)); emitpcode(POC_MOVLW, popGetAddr(AOP(right),1,0)); emitpcode(POC_MOVWF, popGet(AOP(result),1)); if(AOP_SIZE(result) <2) fprintf(stderr,"%d -- result is not big enough to hold a ptr\n",__LINE__); } else { /* if they in different places then copy */ size = AOP_SIZE(result); offset = 0 ; while (size--) { emitpcode(POC_MOVFW, popGet(AOP(right),offset)); emitpcode(POC_MOVWF, popGet(AOP(result),offset)); //aopPut(AOP(result), // aopGet(AOP(right),offset,FALSE,FALSE), // offset); offset++; } } goto release; } /* so we now know that the size of destination is greater than the size of the source. */ /* we move to result for the size of source */ size = AOP_SIZE(right); offset = 0 ; while (size--) { emitpcode(POC_MOVFW, popGet(AOP(right),offset)); emitpcode(POC_MOVWF, popGet(AOP(result),offset)); offset++; } addSign (result, AOP_SIZE(right), !SPEC_USIGN(rtype)); release: freeAsmop(right,NULL,ic,TRUE); freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genDjnz - generate decrement & jump if not zero instrucion */ /*-----------------------------------------------------------------*/ static int genDjnz (iCode *ic, iCode *ifx) { symbol *lbl, *lbl1; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (!ifx) return 0; /* if the if condition has a false label then we cannot save */ if (IC_FALSE(ifx)) return 0; /* if the minus is not of the form a = a - 1 */ if (!isOperandEqual(IC_RESULT(ic),IC_LEFT(ic)) || !IS_OP_LITERAL(IC_RIGHT(ic))) return 0; if (operandLitValue(IC_RIGHT(ic)) != 1) return 0; /* if the size of this greater than one then no saving */ if (getSize(operandType(IC_RESULT(ic))) > 1) return 0; /* otherwise we can save BIG */ lbl = newiTempLabel(NULL); lbl1= newiTempLabel(NULL); aopOp(IC_RESULT(ic),ic,FALSE); emitpcode(POC_DECFSZ,popGet(AOP(IC_RESULT(ic)),0)); emitpcode(POC_GOTO,popGetLabel(IC_TRUE(ifx)->key)); freeAsmop(IC_RESULT(ic),NULL,ic,TRUE); ifx->generated = 1; return 1; } /*-----------------------------------------------------------------*/ /* genReceive - generate code for a receive iCode */ /*-----------------------------------------------------------------*/ static void genReceive (iCode *ic) { FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (isOperandInFarSpace(IC_RESULT(ic)) && ( OP_SYMBOL(IC_RESULT(ic))->isspilt || IS_TRUE_SYMOP(IC_RESULT(ic))) ) { int size = getSize(operandType(IC_RESULT(ic))); int offset = fReturnSizePic - size; while (size--) { pic14_emitcode ("push","%s", (strcmp(fReturn[fReturnSizePic - offset - 1],"a") ? fReturn[fReturnSizePic - offset - 1] : "acc")); offset++; } aopOp(IC_RESULT(ic),ic,FALSE); size = AOP_SIZE(IC_RESULT(ic)); offset = 0; while (size--) { pic14_emitcode ("pop","acc"); aopPut (AOP(IC_RESULT(ic)),"a",offset++); } } else { _G.accInUse++; aopOp(IC_RESULT(ic),ic,FALSE); _G.accInUse--; GpsuedoStkPtr = ic->parmBytes; // address used arg on stack assignResultValue(IC_RESULT(ic)); } freeAsmop(IC_RESULT(ic),NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genDummyRead - generate code for dummy read of volatiles */ /*-----------------------------------------------------------------*/ static void genDummyRead (iCode * ic) { FENTRY; pic14_emitcode ("; genDummyRead",""); pic14_emitcode ("; not implemented",""); ic = ic; } /*-----------------------------------------------------------------*/ /* genpic14Code - generate code for pic14 based controllers */ /*-----------------------------------------------------------------*/ /* * At this point, ralloc.c has gone through the iCode and attempted * to optimize in a way suitable for a PIC. Now we've got to generate * PIC instructions that correspond to the iCode. * * Once the instructions are generated, we'll pass through both the * peep hole optimizer and the pCode optimizer. *-----------------------------------------------------------------*/ void genpic14Code (iCode *lic) { iCode *ic; int cln = 0; const char *cline; FENTRY; lineHead = lineCurr = NULL; pb = newpCodeChain(GcurMemmap,0,newpCodeCharP("; Starting pCode block")); addpBlock(pb); /* if debug information required */ if (options.debug && debugFile && currFunc) { debugFile->writeFunction (currFunc, lic); } for (ic = lic ; ic ; ic = ic->next ) { //DEBUGpic14_emitcode(";ic",""); //fprintf (stderr, "in ic loop\n"); //pic14_emitcode ("", ";\t%s:%d: %s", ic->filename, //ic->lineno, printCLine(ic->filename, ic->lineno)); if (!options.noCcodeInAsm && (cln != ic->lineno)) { cln = ic->lineno; //fprintf (stderr, "%s\n", printCLine (ic->filename, ic->lineno)); cline = printCLine (ic->filename, ic->lineno); if (!cline || strlen (cline) == 0) cline = printCLine (ic->filename, ic->lineno); addpCode2pBlock (pb, newpCodeCSource (ic->lineno, ic->filename, cline)); //emitpComment ("[C-SRC] %s:%d: %s", ic->filename, cln, cline); } if (options.iCodeInAsm) { const char *iLine = printILine(ic); emitpComment ("[ICODE] %s:%d: %s", ic->filename, ic->lineno, printILine (ic)); dbuf_free(iLine); } /* if the result is marked as spilt and rematerializable or code for this has already been generated then do nothing */ if (resultRemat(ic) || ic->generated ) continue ; /* depending on the operation */ switch (ic->op) { case '!' : genNot(ic); break; case '~' : genCpl(ic); break; case UNARYMINUS: genUminus (ic); break; case IPUSH: genIpush (ic); break; case IPOP: /* IPOP happens only when trying to restore a spilt live range, if there is an ifx statement following this pop then the if statement might be using some of the registers being popped which would destory the contents of the register so we need to check for this condition and handle it */ if (ic->next && ic->next->op == IFX && regsInCommon(IC_LEFT(ic),IC_COND(ic->next))) genIfx (ic->next,ic); else genIpop (ic); break; case CALL: genCall (ic); break; case PCALL: genPcall (ic); break; case FUNCTION: genFunction (ic); break; case ENDFUNCTION: genEndFunction (ic); break; case RETURN: genRet (ic); break; case LABEL: genLabel (ic); break; case GOTO: genGoto (ic); break; case '+' : genPlus (ic) ; break; case '-' : if ( ! genDjnz (ic,ifxForOp(IC_RESULT(ic),ic))) genMinus (ic); break; case '*' : genMult (ic); break; case '/' : genDiv (ic) ; break; case '%' : genMod (ic); break; case '>' : genCmpGt (ic,ifxForOp(IC_RESULT(ic),ic)); break; case '<' : genCmpLt (ic,ifxForOp(IC_RESULT(ic),ic)); break; case LE_OP: case GE_OP: case NE_OP: /* note these two are xlated by algebraic equivalence during parsing SDCC.y */ werror(E_INTERNAL_ERROR,__FILE__,__LINE__, "got '>=' or '<=' shouldn't have come here"); break; case EQ_OP: genCmpEq (ic,ifxForOp(IC_RESULT(ic),ic)); break; case AND_OP: genAndOp (ic); break; case OR_OP: genOrOp (ic); break; case '^' : genXor (ic,ifxForOp(IC_RESULT(ic),ic)); break; case '|' : genOr (ic,ifxForOp(IC_RESULT(ic),ic)); break; case BITWISEAND: genAnd (ic,ifxForOp(IC_RESULT(ic),ic)); break; case INLINEASM: genInline (ic); break; case RRC: genRRC (ic); break; case RLC: genRLC (ic); break; case GETHBIT: genGetHbit (ic); break; case LEFT_OP: genLeftShift (ic); break; case RIGHT_OP: genRightShift (ic); break; case GET_VALUE_AT_ADDRESS: genPointerGet(ic); break; case '=' : if (POINTER_SET(ic)) genPointerSet(ic); else genAssign(ic); break; case IFX: genIfx (ic,NULL); break; case ADDRESS_OF: genAddrOf (ic); break; case JUMPTABLE: genJumpTab (ic); break; case CAST: genCast (ic); break; case RECEIVE: genReceive(ic); break; case SEND: addSet(&_G.sendSet,ic); break; case DUMMY_READ_VOLATILE: genDummyRead (ic); break; default : fprintf(stderr, "UNHANDLED iCode: "); piCode(ic, stderr); ic = ic; break; } } /* now we are ready to call the peep hole optimizer */ if (!options.nopeep) { peepHole (&lineHead); } /* now do the actual printing */ printLine (lineHead,codeOutBuf); #ifdef PCODE_DEBUG DFPRINTF((stderr,"printing pBlock\n\n")); printpBlock(stdout,pb); #endif return; } /* This is not safe, as a AOP_PCODE/PO_IMMEDIATE might be used both as literal * (meaning: representing its own address) or not (referencing its contents). * This can only be decided based on the operand's type. */ static int aop_isLitLike (asmop *aop) { assert (aop); if (aop->type == AOP_LIT) return 1; if (aop->type == AOP_IMMD) return 1; if ((aop->type == AOP_PCODE) && ((aop->aopu.pcop->type == PO_LITERAL))) { /* this should be treated like a literal/immediate (use MOVLW/ADDLW/SUBLW * instead of MOVFW/ADDFW/SUBFW, use popGetAddr instead of popGet) */ return 1; } return 0; } int op_isLitLike (operand *op) { assert (op); if (aop_isLitLike (AOP(op))) return 1; if (IS_SYMOP(op) && IS_FUNC(OP_SYM_TYPE(op))) return 1; if (IS_SYMOP(op) && IS_PTR(OP_SYM_TYPE(op)) && (AOP_TYPE(op) == AOP_PCODE) && (AOP(op)->aopu.pcop->type == PO_IMMEDIATE)) { return 1; } return 0; } sdcc-2.9.0/src/pic/gen.h000066400000000000000000000157561116427777700147630ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCgen51.h - header file for code generation for 8051 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) PIC port - T. Scott Dattalo scott@dattalo.com (2000) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCGENPIC14_H #define SDCCGENPIC14_H #include "common.h" #include "main.h" #include "pcode.h" #include "ralloc.h" #define FENTRY do { \ /*fprintf (stderr, "%s:%u:%s: *{*\n", __FILE__, __LINE__, __FUNCTION__);*/ \ if (options.debug || debug_verbose) { \ emitpComment ("; %s:%u:%s *{*", __FILE__, __LINE__, __FUNCTION__); \ } \ } while (0) #define FEXIT do { \ /*fprintf (stderr, "%s:%u:%s: *}*\n", __FILE__, __LINE__, __FUNCTION__);*/ \ if (options.debug || debug.verbose) { \ emitpComment ("; %s:%u:%s *}*", __FILE__, __LINE__, __FUNCTION__); \ } \ } while (0) enum { AOP_LIT = 1, AOP_REG, AOP_DIR, AOP_STK, AOP_IMMD, AOP_STR, AOP_CRY, AOP_PCODE }; /* type asmop : a homogenised type for all the different spaces an operand can be in */ typedef struct asmop { short type; /* can have values AOP_LIT - operand is a literal value AOP_REG - is in registers AOP_DIR - direct just a name AOP_STK - should be pushed on stack this can happen only for the result AOP_IMMD - immediate value for eg. remateriazable AOP_CRY - carry contains the value of this AOP_STR - array of strings */ short coff; /* current offset */ short size; /* total size */ unsigned code:1; /* is in Code space */ unsigned paged:1; /* in paged memory */ unsigned freed:1; /* already freed */ union { value *aop_lit; /* if literal */ regs *aop_reg[4]; /* array of registers */ char *aop_dir; /* if direct */ regs *aop_ptr; /* either -> to r0 or r1 */ char *aop_immd; /* if immediate others are implied */ int aop_stk; /* stack offset when AOP_STK */ char *aop_str[4]; /* just a string array containing the location */ pCodeOp *pcop; } aopu; } asmop; extern unsigned fReturnSizePic; #define AOP(op) op->aop #define AOP_TYPE(op) AOP(op)->type #define AOP_SIZE(op) AOP(op)->size #define AOP_NEEDSACC(x) (AOP(x) && (AOP_TYPE(x) == AOP_CRY || AOP(x)->paged)) #define RESULTONSTACK(x) \ (IC_RESULT(x) && IC_RESULT(x)->aop && \ IC_RESULT(x)->aop->type == AOP_STK ) #define MOVA(x) if (strcmp(x,"a") && strcmp(x,"acc")) pic14_emitcode(";XXX mov","a,%s %s,%d",x,__FILE__,__LINE__); #define CLRC pic14_emitcode(";XXX clr","c %s,%d",__FILE__,__LINE__); #define LSB 0 #define MSB16 1 #define MSB24 2 #define MSB32 3 /*-----------------------------------------------------------------*/ /* Macros for emitting skip instructions */ /*-----------------------------------------------------------------*/ #define emitSKPC emitpcode(POC_BTFSS,popCopyGPR2Bit(PCOP(&pc_status),PIC_C_BIT)) #define emitSKPNC emitpcode(POC_BTFSC,popCopyGPR2Bit(PCOP(&pc_status),PIC_C_BIT)) #define emitSKPZ emitpcode(POC_BTFSS,popCopyGPR2Bit(PCOP(&pc_status),PIC_Z_BIT)) #define emitSKPNZ emitpcode(POC_BTFSC,popCopyGPR2Bit(PCOP(&pc_status),PIC_Z_BIT)) #define emitSKPDC emitpcode(POC_BTFSS,popCopyGPR2Bit(PCOP(&pc_status),PIC_DC_BIT)) #define emitSKPNDC emitpcode(POC_BTFSC,popCopyGPR2Bit(PCOP(&pc_status),PIC_DC_BIT)) #define emitCLRZ emitpcode(POC_BCF, popCopyGPR2Bit(PCOP(&pc_status),PIC_Z_BIT)) #define emitCLRC emitpcode(POC_BCF, popCopyGPR2Bit(PCOP(&pc_status),PIC_C_BIT)) #define emitCLRDC emitpcode(POC_BCF, popCopyGPR2Bit(PCOP(&pc_status),PIC_DC_BIT)) #define emitCLRIRP emitpcode(POC_BCF, popCopyGPR2Bit(PCOP(&pc_status),PIC_IRP_BIT)) #define emitSETZ emitpcode(POC_BSF, popCopyGPR2Bit(PCOP(&pc_status),PIC_Z_BIT)) #define emitSETC emitpcode(POC_BSF, popCopyGPR2Bit(PCOP(&pc_status),PIC_C_BIT)) #define emitSETDC emitpcode(POC_BSF, popCopyGPR2Bit(PCOP(&pc_status),PIC_DC_BIT)) #define emitSETIRP emitpcode(POC_BSF, popCopyGPR2Bit(PCOP(&pc_status),PIC_IRP_BIT)) int pic14_getDataSize(operand *op); void emitpcode_real(PIC_OPCODE poc, pCodeOp *pcop); #define emitpcode(poc,pcop) do { if (options.debug || debug_verbose) { emitpComment (" >>> %s:%d:%s", __FILE__, __LINE__, __FUNCTION__); } emitpcode_real(poc,pcop); } while(0) void emitpComment (const char *fmt, ...); void emitpLabel(int key); void pic14_emitcode (char *inst,char *fmt, ...); void DEBUGpic14_emitcode (char *inst,char *fmt, ...); void pic14_emitDebuggerSymbol (char *); bool pic14_sameRegs (asmop *aop1, asmop *aop2 ); char *aopGet (asmop *aop, int offset, bool bit16, bool dname); void DEBUGpic14_AopType(int line_no, operand *left, operand *right, operand *result); void genpic14Code (iCode *lic); pCodeOp *popGet (asmop *aop, int offset);//, bool bit16, bool dname); pCodeOp *popGetAddr (asmop *aop, int offset, int index); pCodeOp *popGetExternal (char *str, int isReg); pCodeOp *popGetLabel(unsigned int key); pCodeOp *popGetLit(unsigned int lit); void aopPut (asmop *aop, char *s, int offset); void pic14_outAcc(operand *result); void aopOp (operand *op, iCode *ic, bool result); void freeAsmop (operand *op, asmop *aaop, iCode *ic, bool pop); void mov2w (asmop *aop, int offset); int op_isLitLike (operand *op); /* * From genarith.c: */ const char *AopType(short type); const char *pCodeOpType(pCodeOp *pcop); void genPlus (iCode *ic); void addSign(operand *result, int offset, int sign); void genMinus (iCode *ic); #endif sdcc-2.9.0/src/pic/genarith.c000066400000000000000000001700741116427777700160010ustar00rootroot00000000000000/*------------------------------------------------------------------------- genarith.c - source file for code generation - arithmetic Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) and - Jean-Louis VERN.jlvern@writeme.com (1999) Bug Fixes - Wojciech Stryjewski wstryj1@tiger.lsu.edu (1999 v2.1.9a) PIC port - Scott Dattalo scott@dattalo.com (2000) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! Notes: 000123 mlh Moved aopLiteral to SDCCglue.c to help the split Made everything static -------------------------------------------------------------------------*/ #if defined(_MSC_VER) && (_MSC_VER < 1300) #define __FUNCTION__ __FILE__ #endif #include "common.h" #include "newalloc.h" //#include "SDCCglobl.h" //#include "SDCCpeeph.h" #include "gen.h" #include "pcode.h" #include "ralloc.h" #define BYTEofLONG(l,b) ( (l>> (b<<3)) & 0xff) const char *AopType(short type) { switch(type) { case AOP_LIT: return "AOP_LIT"; break; case AOP_REG: return "AOP_REG"; break; case AOP_DIR: return "AOP_DIR"; break; case AOP_STK: return "AOP_STK"; break; case AOP_IMMD: return "AOP_IMMD"; break; case AOP_STR: return "AOP_STR"; break; case AOP_CRY: return "AOP_CRY"; break; case AOP_PCODE: return "AOP_PCODE"; break; } return "BAD TYPE"; } const char *pCodeOpType(pCodeOp *pcop) { if(pcop) { switch(pcop->type) { case PO_NONE: return "PO_NONE"; case PO_W: return "PO_W"; case PO_STATUS: return "PO_STATUS"; case PO_FSR: return "PO_FSR"; case PO_INDF: return "PO_INDF"; case PO_INTCON: return "PO_INTCON"; case PO_GPR_REGISTER: return "PO_GPR_REGISTER"; case PO_GPR_POINTER: return "PO_GPR_POINTER"; case PO_GPR_BIT: return "PO_GPR_BIT"; case PO_GPR_TEMP: return "PO_GPR_TEMP"; case PO_SFR_REGISTER: return "PO_SFR_REGISTER"; case PO_PCL: return "PO_PCL"; case PO_PCLATH: return "PO_PCLATH"; case PO_LITERAL: return "PO_LITERAL"; case PO_IMMEDIATE: return "PO_IMMEDIATE"; case PO_DIR: return "PO_DIR"; case PO_CRY: return "PO_CRY"; case PO_BIT: return "PO_BIT"; case PO_STR: return "PO_STR"; case PO_LABEL: return "PO_LABEL"; case PO_WILD: return "PO_WILD"; } } return "BAD PO_TYPE"; } /*-----------------------------------------------------------------*/ /* genPlusIncr :- does addition with increment if possible */ /*-----------------------------------------------------------------*/ static bool genPlusIncr (iCode *ic) { unsigned int icount ; unsigned int size = pic14_getDataSize(IC_RESULT(ic)); FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); DEBUGpic14_emitcode ("; ","result %s, left %s, right %s", AopType(AOP_TYPE(IC_RESULT(ic))), AopType(AOP_TYPE(IC_LEFT(ic))), AopType(AOP_TYPE(IC_RIGHT(ic)))); /* will try to generate an increment */ /* if the right side is not a literal we cannot */ if (AOP_TYPE(IC_RIGHT(ic)) != AOP_LIT) return FALSE ; DEBUGpic14_emitcode ("; ","%s %d",__FUNCTION__,__LINE__); /* if the literal value of the right hand side is greater than 1 then it is faster to add */ if ((icount = (unsigned int) ulFromVal (AOP(IC_RIGHT(ic))->aopu.aop_lit)) > 2) return FALSE ; /* if increment 16 bits in register */ if (pic14_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) && (icount == 1)) { int offset = MSB16; emitpcode(POC_INCF, popGet(AOP(IC_RESULT(ic)),LSB)); //pic14_emitcode("incf","%s,f",aopGet(AOP(IC_RESULT(ic)),LSB,FALSE,FALSE)); while(--size) { emitSKPNZ; emitpcode(POC_INCF, popGet(AOP(IC_RESULT(ic)),offset++)); //pic14_emitcode(" incf","%s,f",aopGet(AOP(IC_RESULT(ic)),offset++,FALSE,FALSE)); } return TRUE; } DEBUGpic14_emitcode ("; ","%s %d",__FUNCTION__,__LINE__); /* if left is in accumulator - probably a bit operation*/ if( strcmp(aopGet(AOP(IC_LEFT(ic)),0,FALSE,FALSE),"a") && (AOP_TYPE(IC_RESULT(ic)) == AOP_CRY) ) { emitpcode(POC_BCF, popGet(AOP(IC_RESULT(ic)),0)); pic14_emitcode("bcf","(%s >> 3), (%s & 7)", AOP(IC_RESULT(ic))->aopu.aop_dir, AOP(IC_RESULT(ic))->aopu.aop_dir); if(icount) emitpcode(POC_XORLW,popGetLit(1)); //pic14_emitcode("xorlw","1"); else emitpcode(POC_ANDLW,popGetLit(1)); //pic14_emitcode("andlw","1"); emitSKPZ; emitpcode(POC_BSF, popGet(AOP(IC_RESULT(ic)),0)); pic14_emitcode("bsf","(%s >> 3), (%s & 7)", AOP(IC_RESULT(ic))->aopu.aop_dir, AOP(IC_RESULT(ic))->aopu.aop_dir); return TRUE; } /* if the sizes are greater than 1 then we cannot */ if (AOP_SIZE(IC_RESULT(ic)) > 1 || AOP_SIZE(IC_LEFT(ic)) > 1 ) return FALSE ; /* If we are incrementing the same register by two: */ if (pic14_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) ) { while (icount--) emitpcode(POC_INCF, popGet(AOP(IC_RESULT(ic)),0)); //pic14_emitcode("incf","%s,f",aopGet(AOP(IC_RESULT(ic)),0,FALSE,FALSE)); return TRUE ; } DEBUGpic14_emitcode ("; ","couldn't increment "); return FALSE ; } /*-----------------------------------------------------------------*/ /* genAddlit - generates code for addition */ /*-----------------------------------------------------------------*/ static void genAddLit2byte (operand *result, int offr, int lit) { FENTRY; switch(lit & 0xff) { case 0: break; case 1: emitpcode(POC_INCF, popGet(AOP(result),offr)); break; case 0xff: emitpcode(POC_DECF, popGet(AOP(result),offr)); break; default: emitpcode(POC_MOVLW,popGetLit(lit&0xff)); emitpcode(POC_ADDWF,popGet(AOP(result),offr)); } } static void emitMOVWF(operand *reg, int offset) { FENTRY; if(!reg) return; emitpcode(POC_MOVWF, popGet(AOP(reg),offset)); } static void genAddLit (iCode *ic, int lit) { int size,same; int lo; operand *result; operand *left; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); left = IC_LEFT(ic); result = IC_RESULT(ic); same = pic14_sameRegs(AOP(left), AOP(result)); size = pic14_getDataSize(result); if (size > pic14_getDataSize(left)) size = pic14_getDataSize(left); if(same) { /* Handle special cases first */ if(size == 1) genAddLit2byte (result, 0, lit); else if(size == 2) { int hi = 0xff & (lit >> 8); lo = lit & 0xff; switch(hi) { case 0: /* lit = 0x00LL */ DEBUGpic14_emitcode ("; hi = 0","%s %d",__FUNCTION__,__LINE__); switch(lo) { case 0: break; case 1: emitpcode(POC_INCF, popGet(AOP(result),0)); emitSKPNZ; emitpcode(POC_INCF, popGet(AOP(result),MSB16)); break; case 0xff: emitpcode(POC_DECF, popGet(AOP(result),0)); emitpcode(POC_INCFSZW, popGet(AOP(result),0)); emitpcode(POC_INCF, popGet(AOP(result),MSB16)); break; default: emitpcode(POC_MOVLW,popGetLit(lit&0xff)); emitpcode(POC_ADDWF,popGet(AOP(result),0)); emitSKPNC; emitpcode(POC_INCF, popGet(AOP(result),MSB16)); } break; case 1: /* lit = 0x01LL */ DEBUGpic14_emitcode ("; hi = 1","%s %d",__FUNCTION__,__LINE__); switch(lo) { case 0: /* 0x0100 */ emitpcode(POC_INCF, popGet(AOP(result),MSB16)); break; case 1: /* 0x0101 */ emitpcode(POC_INCF, popGet(AOP(result),MSB16)); emitpcode(POC_INCF, popGet(AOP(result),0)); emitSKPNZ; emitpcode(POC_INCF, popGet(AOP(result),MSB16)); break; case 0xff: /* 0x01ff */ emitpcode(POC_DECF, popGet(AOP(result),0)); emitpcode(POC_INCFSZW, popGet(AOP(result),0)); emitpcode(POC_INCF, popGet(AOP(result),MSB16)); emitpcode(POC_INCF, popGet(AOP(result),MSB16)); } break; case 0xff: DEBUGpic14_emitcode ("; hi = ff","%s %d",__FUNCTION__,__LINE__); /* lit = 0xffLL */ switch(lo) { case 0: /* 0xff00 */ emitpcode(POC_DECF, popGet(AOP(result),MSB16)); break; case 1: /*0xff01 */ emitpcode(POC_INCFSZ, popGet(AOP(result),0)); emitpcode(POC_DECF, popGet(AOP(result),MSB16)); break; default: emitpcode(POC_MOVLW,popGetLit(lo)); emitpcode(POC_ADDWF,popGet(AOP(result),0)); emitSKPC; emitpcode(POC_DECF, popGet(AOP(result),MSB16)); } break; default: DEBUGpic14_emitcode ("; hi is generic","%d %s %d",hi,__FUNCTION__,__LINE__); /* lit = 0xHHLL */ switch(lo) { case 0: /* 0xHH00 */ genAddLit2byte (result, MSB16, hi); break; case 1: /* 0xHH01 */ emitpcode(POC_MOVLW,popGetLit((hi+1)&0xff)); emitpcode(POC_INCFSZ, popGet(AOP(result),0)); emitpcode(POC_MOVLW,popGetLit(hi)); emitpcode(POC_ADDWF,popGet(AOP(result),MSB16)); break; default: /* 0xHHLL */ emitpcode(POC_MOVLW,popGetLit(lo)); emitpcode(POC_ADDWF, popGet(AOP(result),0)); emitpcode(POC_MOVLW,popGetLit(hi)); emitSKPNC; emitpcode(POC_MOVLW,popGetLit((hi+1) & 0xff)); emitpcode(POC_ADDWF,popGet(AOP(result),MSB16)); break; } } } else { int carry_info = 0; int offset = 0; /* size > 2 */ DEBUGpic14_emitcode ("; add lit to long","%s %d",__FUNCTION__,__LINE__); while(size--) { lo = BYTEofLONG(lit,0); if(carry_info) { switch(lo) { case 0: switch(carry_info) { case 1: emitSKPNZ; emitpcode(POC_INCF, popGet(AOP(result),offset)); break; case 2: emitpcode(POC_RLFW, popGet(AOP(result),offset)); emitpcode(POC_ANDLW,popGetLit(1)); emitpcode(POC_ADDWF, popGet(AOP(result),offset)); break; default: /* carry_info = 3 */ emitSKPNC; emitpcode(POC_INCF, popGet(AOP(result),offset)); carry_info = 1; break; } break; case 0xff: emitpcode(POC_MOVLW,popGetLit(lo)); if(carry_info==1) emitSKPZ; else emitSKPC; emitpcode(POC_ADDWF, popGet(AOP(result),offset)); break; default: emitpcode(POC_MOVLW,popGetLit(lo)); if(carry_info==1) emitSKPNZ; else emitSKPNC; emitpcode(POC_MOVLW,popGetLit(lo+1)); emitpcode(POC_ADDWF, popGet(AOP(result),offset)); carry_info=2; break; } }else { /* no carry info from previous step */ /* this means this is the first time to add */ switch(lo) { case 0: break; case 1: emitpcode(POC_INCF, popGet(AOP(result),offset)); carry_info=1; break; default: emitpcode(POC_MOVLW,popGetLit(lo)); emitpcode(POC_ADDWF, popGet(AOP(result),offset)); if(lit <0x100) carry_info = 3; /* Were adding only one byte and propogating the carry */ else carry_info = 2; break; } } offset++; lit >>= 8; } } } else { int offset = 1; DEBUGpic14_emitcode ("; left and result aren't same","%s %d",__FUNCTION__,__LINE__); if(size == 1) { /* left addend is in a register */ switch(lit & 0xff) { case 0: emitpcode(POC_MOVFW, popGet(AOP(left),0)); emitMOVWF(result, 0); emitMOVWF(result,0); break; case 1: emitpcode(POC_INCFW, popGet(AOP(left),0)); emitMOVWF(result,0); break; case 0xff: emitpcode(POC_DECFW, popGet(AOP(left),0)); emitMOVWF(result,0); break; default: emitpcode(POC_MOVLW, popGetLit(lit & 0xff)); emitpcode(POC_ADDFW, popGet(AOP(left),0)); emitMOVWF(result,0); } } else { int clear_carry=0; /* left is not the accumulator */ if(lit & 0xff) { emitpcode(POC_MOVLW, popGetLit(lit & 0xff)); emitpcode(POC_ADDFW, popGet(AOP(left),0)); } else { emitpcode(POC_MOVFW, popGet(AOP(left),0)); /* We don't know the state of the carry bit at this point */ clear_carry = 1; } emitMOVWF(result,0); while(--size) { lit >>= 8; if(lit & 0xff) { if(clear_carry) { /* The ls byte of the lit must've been zero - that means we don't have to deal with carry */ emitpcode(POC_MOVLW, popGetLit(lit & 0xff)); emitpcode(POC_ADDFW, popGet(AOP(left),offset)); emitpcode(POC_MOVWF, popGet(AOP(left),offset)); clear_carry = 0; } else { emitpcode(POC_MOVLW, popGetLit(lit & 0xff)); emitMOVWF(result,offset); emitpcode(POC_MOVFW, popGet(AOP(left),offset)); emitSKPNC; emitpcode(POC_INCFSZW,popGet(AOP(left),offset)); emitpcode(POC_ADDWF, popGet(AOP(result),offset)); } } else { emitpcode(POC_CLRF, popGet(AOP(result),offset)); emitpcode(POC_RLF, popGet(AOP(result),offset)); emitpcode(POC_MOVFW, popGet(AOP(left),offset)); emitpcode(POC_ADDWF, popGet(AOP(result),offset)); } offset++; } } } size = pic14_getDataSize(result); if (size > pic14_getDataSize(left)) size = pic14_getDataSize(left); addSign(result, size, 0); } /*-----------------------------------------------------------------*/ /* genPlus - generates code for addition */ /*-----------------------------------------------------------------*/ void genPlus (iCode *ic) { int size, offset = 0; /* special cases :- */ DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); FENTRY; aopOp (IC_LEFT(ic),ic,FALSE); aopOp (IC_RIGHT(ic),ic,FALSE); aopOp (IC_RESULT(ic),ic,TRUE); DEBUGpic14_AopType(__LINE__,IC_LEFT(ic),IC_RIGHT(ic),IC_RESULT(ic)); /* if literal, literal on the right or if left requires ACC or right is already in ACC */ if (AOP_TYPE(IC_LEFT(ic)) == AOP_LIT) { operand *t = IC_RIGHT(ic); IC_RIGHT(ic) = IC_LEFT(ic); IC_LEFT(ic) = t; } /* if left in bit space & right literal */ if (AOP_TYPE(IC_LEFT(ic)) == AOP_CRY && AOP_TYPE(IC_RIGHT(ic)) == AOP_LIT) { /* if result in bit space */ if(AOP_TYPE(IC_RESULT(ic)) == AOP_CRY){ if(ulFromVal (AOP(IC_RIGHT(ic))->aopu.aop_lit) != 0L) { emitpcode(POC_MOVLW, popGet(AOP(IC_RESULT(ic)),0)); if (!pic14_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) ) emitpcode(POC_BTFSC, popGet(AOP(IC_LEFT(ic)),0)); emitpcode(POC_XORWF, popGet(AOP(IC_RESULT(ic)),0)); } } else { size = pic14_getDataSize(IC_RESULT(ic)); while (size--) { MOVA(aopGet(AOP(IC_RIGHT(ic)),offset,FALSE,FALSE)); pic14_emitcode("addc","a,#00 ;%d",__LINE__); aopPut(AOP(IC_RESULT(ic)),"a",offset++); } } goto release ; } /* if I can do an increment instead of add then GOOD for ME */ if (genPlusIncr (ic) == TRUE) goto release; size = pic14_getDataSize(IC_RESULT(ic)); if(AOP(IC_RIGHT(ic))->type == AOP_LIT) { /* Add a literal to something else */ unsigned lit = (unsigned) ulFromVal (AOP(IC_RIGHT(ic))->aopu.aop_lit); DEBUGpic14_emitcode(";","adding lit to something. size %d",size); genAddLit (ic, lit); goto release; } else if(AOP_TYPE(IC_RIGHT(ic)) == AOP_CRY) { pic14_emitcode(";bitadd","right is bit: %s",aopGet(AOP(IC_RIGHT(ic)),0,FALSE,FALSE)); pic14_emitcode(";bitadd","left is bit: %s",aopGet(AOP(IC_LEFT(ic)),0,FALSE,FALSE)); pic14_emitcode(";bitadd","result is bit: %s",aopGet(AOP(IC_RESULT(ic)),0,FALSE,FALSE)); /* here we are adding a bit to a char or int */ if(size == 1) { if (pic14_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) ) { emitpcode(POC_BTFSC , popGet(AOP(IC_RIGHT(ic)),0)); emitpcode(POC_INCF , popGet(AOP(IC_RESULT(ic)),0)); } else { emitpcode(POC_MOVFW , popGet(AOP(IC_LEFT(ic)),0)); emitpcode(POC_BTFSC , popGet(AOP(IC_RIGHT(ic)),0)); emitpcode(POC_INCFW , popGet(AOP(IC_LEFT(ic)),0)); if(AOP_TYPE(IC_RESULT(ic)) == AOP_CRY) { emitpcode(POC_ANDLW , popGetLit(1)); emitpcode(POC_BCF , popGet(AOP(IC_RESULT(ic)),0)); emitSKPZ; emitpcode(POC_BSF , popGet(AOP(IC_RESULT(ic)),0)); } else { emitpcode(POC_MOVWF , popGet(AOP(IC_RESULT(ic)),0)); } } } else { int offset = 1; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (pic14_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) ) { emitCLRZ; emitpcode(POC_BTFSC, popGet(AOP(IC_RIGHT(ic)),0)); emitpcode(POC_INCF, popGet(AOP(IC_RESULT(ic)),0)); } else { emitpcode(POC_MOVFW, popGet(AOP(IC_LEFT(ic)),0)); emitpcode(POC_BTFSC, popGet(AOP(IC_RIGHT(ic)),0)); emitpcode(POC_INCFW, popGet(AOP(IC_LEFT(ic)),0)); emitMOVWF(IC_RIGHT(ic),0); } while(--size){ emitSKPZ; emitpcode(POC_INCF, popGet(AOP(IC_RESULT(ic)),offset++)); } } } else { DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* Add the first bytes */ if(strcmp(aopGet(AOP(IC_LEFT(ic)),0,FALSE,FALSE),"a") == 0 ) { emitpcode(POC_ADDFW, popGet(AOP(IC_RIGHT(ic)),0)); emitpcode(POC_MOVWF,popGet(AOP(IC_RESULT(ic)),0)); } else { emitpcode(POC_MOVFW,popGet(AOP(IC_RIGHT(ic)),0)); if (pic14_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) ) emitpcode(POC_ADDWF, popGet(AOP(IC_LEFT(ic)),0)); else { PIC_OPCODE poc = POC_ADDFW; if (op_isLitLike (IC_LEFT (ic))) poc = POC_ADDLW; emitpcode(poc, popGetAddr(AOP(IC_LEFT(ic)),0,0)); emitpcode(POC_MOVWF,popGet(AOP(IC_RESULT(ic)),0)); } } size = min( AOP_SIZE(IC_RESULT(ic)), AOP_SIZE(IC_RIGHT(ic))) - 1; offset = 1; if(size){ if (pic14_sameRegs(AOP(IC_RIGHT(ic)), AOP(IC_RESULT(ic)))) { if (op_isLitLike (IC_LEFT(ic))) { while(size--){ emitpcode(POC_MOVFW, popGet(AOP(IC_RIGHT(ic)),offset)); emitSKPNC; emitpcode(POC_INCFSZW, popGet(AOP(IC_RIGHT(ic)),offset)); emitpcode(POC_ADDLW, popGetAddr(AOP(IC_LEFT(ic)),offset,0)); emitpcode(POC_MOVWF, popGet(AOP(IC_RESULT(ic)),offset)); offset++; } } else { while(size--){ emitpcode(POC_MOVFW, popGet(AOP(IC_LEFT(ic)),offset)); emitSKPNC; emitpcode(POC_INCFSZW, popGet(AOP(IC_LEFT(ic)),offset)); emitpcode(POC_ADDWF, popGet(AOP(IC_RESULT(ic)),offset)); offset++; } } } else { PIC_OPCODE poc = POC_MOVFW; if (op_isLitLike (IC_LEFT(ic))) poc = POC_MOVLW; while(size--){ if (!pic14_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) ) { emitpcode(poc, popGetAddr(AOP(IC_LEFT(ic)),offset,0)); emitpcode(POC_MOVWF, popGet(AOP(IC_RESULT(ic)),offset)); } emitpcode(POC_MOVFW, popGet(AOP(IC_RIGHT(ic)),offset)); emitSKPNC; emitpcode(POC_INCFSZW, popGet(AOP(IC_RIGHT(ic)),offset)); emitpcode(POC_ADDWF, popGet(AOP(IC_RESULT(ic)),offset)); offset++; } } } } if (AOP_SIZE(IC_RESULT(ic)) > AOP_SIZE(IC_RIGHT(ic))) { int sign = !(SPEC_USIGN(getSpec(operandType(IC_LEFT(ic)))) | SPEC_USIGN(getSpec(operandType(IC_RIGHT(ic)))) ); /* Need to extend result to higher bytes */ size = AOP_SIZE(IC_RESULT(ic)) - AOP_SIZE(IC_RIGHT(ic)) - 1; /* First grab the carry from the lower bytes */ if (AOP_SIZE(IC_LEFT(ic)) > AOP_SIZE(IC_RIGHT(ic))) { int leftsize = AOP_SIZE(IC_LEFT(ic)) - AOP_SIZE(IC_RIGHT(ic)); PIC_OPCODE poc = POC_MOVFW; if (op_isLitLike (IC_LEFT(ic))) poc = POC_MOVLW; while(leftsize-- > 0) { emitpcode(poc, popGetAddr(AOP(IC_LEFT(ic)),offset,0)); emitSKPNC; emitpcode(POC_ADDLW, popGetLit(0x01)); emitpcode(POC_MOVWF, popGet(AOP(IC_RESULT(ic)),offset)); //emitSKPNC; //emitpcode(POC_INCF, popGet(AOP(IC_RESULT(ic)),offset)); /* INCF does not update Carry! */ offset++; if (size) size--; else break; } } else { emitpcode(POC_CLRF, popGet(AOP(IC_RESULT(ic)),offset)); emitpcode(POC_RLF, popGet(AOP(IC_RESULT(ic)),offset)); } if(sign && offset > 0 && offset < AOP_SIZE(IC_RESULT(ic))) { /* Now this is really horrid. Gotta check the sign of the addends and propogate * to the result */ emitpcode(POC_BTFSC, newpCodeOpBit(aopGet(AOP(IC_LEFT(ic)),offset-1,FALSE,FALSE),7,0)); emitpcode(POC_DECF, popGet(AOP(IC_RESULT(ic)),offset)); emitpcode(POC_BTFSC, newpCodeOpBit(aopGet(AOP(IC_RIGHT(ic)),offset-1,FALSE,FALSE),7,0)); emitpcode(POC_DECF, popGet(AOP(IC_RESULT(ic)),offset)); /* if chars or ints or being signed extended to longs: */ if(size) { emitpcode(POC_MOVLW, popGetLit(0)); emitpcode(POC_BTFSC, newpCodeOpBit(aopGet(AOP(IC_RESULT(ic)),offset,FALSE,FALSE),7,0)); emitpcode(POC_MOVLW, popGetLit(0xff)); } } offset++; while(size--) { if(sign) emitpcode(POC_MOVWF, popGet(AOP(IC_RESULT(ic)),offset)); else emitpcode(POC_CLRF, popGet(AOP(IC_RESULT(ic)),offset)); offset++; } } //adjustArithmeticResult(ic); release: freeAsmop(IC_LEFT(ic),NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(IC_RIGHT(ic),NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(IC_RESULT(ic),NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* addSign - propogate sign bit to higher bytes */ /*-----------------------------------------------------------------*/ void addSign(operand *result, int offset, int sign) { int size = (pic14_getDataSize(result) - offset); DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); FENTRY; if(size > 0){ if(sign && offset) { if(size == 1) { emitpcode(POC_CLRF,popGet(AOP(result),offset)); emitpcode(POC_BTFSC,newpCodeOpBit(aopGet(AOP(result),offset-1,FALSE,FALSE),7,0)); emitpcode(POC_DECF, popGet(AOP(result),offset)); } else { emitpcode(POC_MOVLW, popGetLit(0)); emitpcode(POC_BTFSC, newpCodeOpBit(aopGet(AOP(result),offset-1,FALSE,FALSE),7,0)); emitpcode(POC_MOVLW, popGetLit(0xff)); while(size--) emitpcode(POC_MOVWF, popGet(AOP(result),offset+size)); } } else while(size--) emitpcode(POC_CLRF,popGet(AOP(result),offset++)); } } /*-----------------------------------------------------------------*/ /* genMinus - generates code for subtraction */ /*-----------------------------------------------------------------*/ void genMinus (iCode *ic) { int size, offset = 0, same=0; unsigned long lit = 0L; int isLit; symbol *lbl_comm, *lbl_next; asmop *left, *right, *result; FENTRY; DEBUGpic14_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); aopOp (IC_LEFT(ic),ic,FALSE); aopOp (IC_RIGHT(ic),ic,FALSE); aopOp (IC_RESULT(ic),ic,TRUE); if (AOP_TYPE(IC_RESULT(ic)) == AOP_CRY && AOP_TYPE(IC_RIGHT(ic)) == AOP_LIT) { operand *t = IC_RIGHT(ic); IC_RIGHT(ic) = IC_LEFT(ic); IC_LEFT(ic) = t; } DEBUGpic14_emitcode ("; ","result %s, left %s, right %s", AopType(AOP_TYPE(IC_RESULT(ic))), AopType(AOP_TYPE(IC_LEFT(ic))), AopType(AOP_TYPE(IC_RIGHT(ic)))); left = AOP(IC_LEFT(ic)); right = AOP(IC_RIGHT(ic)); result = AOP(IC_RESULT(ic)); size = pic14_getDataSize(IC_RESULT(ic)); same = pic14_sameRegs(right, result); if((AOP_TYPE(IC_LEFT(ic)) != AOP_LIT) && (pic14_getDataSize(IC_LEFT(ic)) < size)) { fprintf(stderr, "%s:%d(%s):WARNING: left operand too short for result\n", ic->filename, ic->lineno, __FUNCTION__); } // if if((AOP_TYPE(IC_RIGHT(ic)) != AOP_LIT) && (pic14_getDataSize(IC_RIGHT(ic)) < size)) { fprintf(stderr, "%s:%d(%s):WARNING: right operand too short for result\n", ic->filename, ic->lineno, __FUNCTION__ ); } // if if(AOP_TYPE(IC_RIGHT(ic)) == AOP_LIT) { /* Add a literal to something else */ lit = ulFromVal(right->aopu.aop_lit); lit = -(long)lit; genAddLit(ic, lit); } else if(AOP_TYPE(IC_RIGHT(ic)) == AOP_CRY) { // bit subtraction pic14_emitcode(";bitsub","right is bit: %s",aopGet(right,0,FALSE,FALSE)); pic14_emitcode(";bitsub","left is bit: %s",aopGet(left,0,FALSE,FALSE)); pic14_emitcode(";bitsub","result is bit: %s",aopGet(result,0,FALSE,FALSE)); /* here we are subtracting a bit from a char or int */ if(size == 1) { if(pic14_sameRegs(left, result)) { emitpcode(POC_BTFSC, popGet(right, 0)); emitpcode(POC_DECF , popGet(result, 0)); } else { if( (AOP_TYPE(IC_LEFT(ic)) == AOP_IMMD) || (AOP_TYPE(IC_LEFT(ic)) == AOP_LIT) ) { /* * result = literal - bit * * XXX: probably fails for AOP_IMMDs! */ lit = ulFromVal (left->aopu.aop_lit); if(AOP_TYPE(IC_RESULT(ic)) == AOP_CRY) { if(pic14_sameRegs(right, result)) { if(lit & 1) { emitpcode(POC_MOVLW, popGet(right, 0)); emitpcode(POC_XORWF, popGet(result, 0)); } } else { emitpcode(POC_BCF, popGet(result, 0)); if(lit & 1) emitpcode(POC_BTFSS, popGet(right, 0)); else emitpcode(POC_BTFSC, popGet(right, 0)); emitpcode(POC_BSF, popGet(result, 0)); } goto release; } else { emitpcode(POC_MOVLW, popGetLit(lit & 0xff)); emitpcode(POC_BTFSC, popGet(right, 0)); emitpcode(POC_MOVLW, popGetLit((lit-1) & 0xff)); emitpcode(POC_MOVWF, popGet(result, 0)); } } else { // result = register - bit // XXX: Fails for lit-like left operands emitpcode(POC_MOVFW, popGet(left, 0)); emitpcode(POC_BTFSC, popGet(right, 0)); emitpcode(POC_DECFW, popGet(left, 0)); emitpcode(POC_MOVWF, popGet(result, 0)); } } } else { fprintf(stderr, "WARNING: subtracting bit from multi-byte operands is incomplete.\n"); //exit(EXIT_FAILURE); } // if } else { /* * RIGHT is not a literal and not a bit operand, * LEFT is unknown (register, literal, bit, ...) */ lit = 0; isLit = 0; if(AOP_TYPE(IC_LEFT(ic)) == AOP_LIT) { lit = ulFromVal (left->aopu.aop_lit); isLit = 1; DEBUGpic14_emitcode ("; left is lit","line %d result %s, left %s, right %s",__LINE__, AopType(AOP_TYPE(IC_RESULT(ic))), AopType(AOP_TYPE(IC_LEFT(ic))), AopType(AOP_TYPE(IC_RIGHT(ic)))); } // if /* * First byte, no carry-in. * Any optimizations that are longer than 2 instructions are * useless. */ if(same && isLit && ((lit & 0xff) == 0xff)) { // right === res = 0xFF - right = ~right emitpcode(POC_COMF, popGet(right, 0)); if(size > 1) { // setup CARRY/#BORROW emitSETC; } // if } else if((size == 1) && isLit && ((lit & 0xff) == 0xff)) { // res = 0xFF - right = ~right emitpcode(POC_COMFW, popGet(right, 0)); emitpcode(POC_MOVWF, popGet(result, 0)); // CARRY/#BORROW is not setup correctly } else if((size == 1) && same && isLit && ((lit & 0xff) == 0)) { // right === res = 0 - right = ~right + 1 emitpcode(POC_COMF, popGet(right, 0)); emitpcode(POC_INCF, popGet(right, 0)); // CARRY/#BORROW is not setup correctly } else { // general case, should always work mov2w(right, 0); if (pic14_sameRegs(left, result)) { // result === left = left - right (in place) emitpcode(POC_SUBWF, popGet(result, 0)); } else { // works always: result = left - right emitpcode(op_isLitLike(IC_LEFT(ic)) ? POC_SUBLW : POC_SUBFW, popGetAddr(left, 0, 0)); emitpcode(POC_MOVWF, popGet(result, 0)); } // if } // if /* * Now for the remaining bytes with carry-in (and carry-out). */ offset = 0; while(--size) { lit >>= 8; offset++; /* * The following code generation templates are ordered * according to increasing length; the first template * that matches will thus be the shortest and produce * the best code possible with thees templates. */ if(pic14_sameRegs(left, right)) { /* * This case should not occur; however, the * template works if LEFT, RIGHT, and RESULT are * register operands and LEFT and RIGHT are the * same register(s) and at least as long as the * result. * * CLRF result * * 1 cycle */ emitpcode(POC_CLRF, popGet(result, offset)); } else if(pic14_sameRegs(left, result)) { /* * This template works if LEFT, RIGHT, and * RESULT are register operands and LEFT and * RESULT are the same register(s). * * MOVF right, W ; W := right * BTFSS STATUS, C * INCFSZ right, W ; W := right + BORROW * SUBWF result, F ; res === left := left - (right + BORROW) * * The SUBWF *must* be skipped if we have a * BORROW bit and right == 0xFF in order to * keep the BORROW bit intact! * * 4 cycles */ mov2w(right, offset); emitSKPC; emitpcode(POC_INCFSZW, popGet(right, offset)); emitpcode(POC_SUBWF, popGet(result, offset)); } else if((size == 1) && isLit && ((lit & 0xff) == 0xff)) { /* * This template works for the last byte (MSB) of * the subtraction and ignores correct propagation * of the outgoing BORROW bit. RIGHT and RESULT * must be register operands, LEFT must be the * literal 0xFF. * * (The case LEFT === RESULT is optimized above.) * * 0xFF - right - BORROW = ~right - BORROW * * COMF right, W ; W := 0xff - right * BTFSS STATUS, C * ADDLW 0xFF ; W := 0xff - right - BORROW * MOVWF result * * 4 cycles */ emitpcode(POC_COMFW, popGet(right, offset)); emitSKPC; emitpcode(POC_ADDLW, popGetLit(0xff)); emitpcode(POC_MOVWF, popGet(result, offset)); } else if(size == 1) { /* * This template works for the last byte (MSB) of * the subtraction and ignores correct propagation * of the outgoing BORROW bit. RIGHT and RESULT * must be register operands, LEFT can be a * register or a literal operand. * * (The case LEFT === RESULT is optimized above.) * * MOVF right, W ; W := right * BTFSS STATUS, C * INCF right, W ; W := right + BORROW * SUBxW left, W ; W := left - right - BORROW * MOVWF result * * 5 cycles */ mov2w(right, offset); emitSKPC; emitpcode(POC_INCFW, popGet(right, offset)); emitpcode(op_isLitLike(IC_LEFT(ic)) ? POC_SUBLW : POC_SUBFW, popGetAddr(left, offset, 0)); emitpcode(POC_MOVWF, popGet(result, offset)); } else if(IS_ITEMP(IC_RESULT(ic)) && !pic14_sameRegs(right, result)) { /* * This code template works if RIGHT and RESULT * are different register operands and RESULT * is not volatile/an SFR (written twice). * * ######################################### * Since we cannot determine that for sure, * we approximate via IS_ITEMP() for now. * ######################################### * * MOVxW left, W ; copy left to result * MOVWF result * MOVF right, W ; W := right * BTFSS STATUS, C * INCFSZ right, W ; W := right + BORROW * SUBWF result, F ; res === left := left - (right + BORROW) * * 6 cycles, but fails for SFR RESULT operands */ mov2w(left, offset); emitpcode(POC_MOVWF, popGet(result, offset)); mov2w(right, offset); emitSKPC; emitpcode(POC_INCFSZW, popGet(right, offset)); emitpcode(POC_SUBWF, popGet(result, offset)); } else if(!optimize.codeSize && isLit && ((lit & 0xff) != 0)) { /* * This template works if RIGHT and RESULT are * register operands and LEFT is a literal * operand != 0. * * MOVxW right, W * BTFSC STATUS, C * GOTO next * SUBLW left-1 * GOTO common * next: * SUBLW left * common: * MOVWF result * * 6 cycles, 7 iff BORROW * (9 instructions) */ lbl_comm = newiTempLabel(NULL); lbl_next = newiTempLabel(NULL); mov2w(right, offset); emitSKPNC; emitpcode(POC_GOTO, popGetLabel(lbl_next->key)); emitpcode(POC_SUBLW, popGetLit((lit - 1) & 0xff)); emitpcode(POC_GOTO, popGetLabel(lbl_comm->key)); emitpLabel(lbl_next->key); emitpcode(POC_SUBLW, popGetLit(lit & 0xff)); emitpLabel(lbl_comm->key); emitpcode(POC_MOVWF, popGet(result, offset)); } else { /* * This code template works if RIGHT and RESULT * are register operands. * * MOVF right, W ; W := right * BTFSS STATUS, C * INCFSZ right, W ; W := right + BORROW * GOTO common * MOVxW left ; if we subtract 0x100 = 0xFF + 1, ... * GOTO next ; res := left, but keep BORROW intact * common: * SUBxW left, W ; W := left - (right + BORROW) * next: * MOVW result ; res := left - (right + BORROW) * * 7 cycles, 8 iff BORROW and (right == 0xFF) * (8 instructions) * * * * Alternative approach using -x = ~x + 1 ==> ~x = -x - 1 = -(x + 1) * * COMFW right, W ; W := -right - (assumed BORROW) * BTFSC STATUS, C ; SKIP if we have a BORROW * ADDLW 1 ; W := -right (no BORROW) * BTFSC STATUS, C ; (***) * MOVLW left ; (***) * BTFSS STATUS, C ; (***) * ADDFW left, W ; W := left - right - BORROW (if any) * MOVWF result ; result := left - right - BORROW (if any) * * 8 cycles * * Case A: C=0 (BORROW) * r=0x00, W=0xFF, W=left+0xFF, C iff left>0x00 * r=0x01, W=0xFE, W=left+0xFE, C iff left>0x01 * r=0xFE, W=0x01, W=left+0x01, C iff left>0xFE * r=0xFF, W=0x00, W=left+0x00, C iff left>0xFF * * Case B: C=1 (no BORROW) * r=0x00, W=0xFF, W=0x00/C=1, W=left+0x00, C iff left>=0x100 (***) * r=0x01, W=0xFE, W=0xFF/C=0, W=left+0xFF, C iff left>=0x01 * r=0xFE, W=0x01, W=0x02/C=0, W=left+0x02, C iff left>=0xFE * r=0xFF, W=0x00, W=0x01/C=0, W=left+0x01, C iff left>=0xFF */ lbl_comm = newiTempLabel(NULL); lbl_next = newiTempLabel(NULL); mov2w(right, offset); emitSKPC; emitpcode(POC_INCFSZW, popGet(right, offset)); emitpcode(POC_GOTO, popGetLabel(lbl_comm->key)); mov2w(left, offset); emitpcode(POC_GOTO, popGetLabel(lbl_next->key)); emitpLabel(lbl_comm->key); emitpcode(op_isLitLike(IC_LEFT(ic)) ? POC_SUBLW : POC_SUBFW, popGetAddr(left, offset, 0)); emitpLabel(lbl_next->key); emitpcode(POC_MOVWF, popGet(result, offset)); } // if } // while } // if if(AOP_TYPE(IC_RESULT(ic)) == AOP_CRY) { fprintf(stderr, "WARNING: AOP_CRY (bit-) results are probably broken. Please report this with source code as a bug.\n"); mov2w(result, 0); // load Z flag emitpcode(POC_BCF, popGet(result, 0)); emitSKPZ; emitpcode(POC_BSF, popGet(result, 0)); } // if // adjustArithmeticResult(ic); release: freeAsmop(IC_LEFT(ic),NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(IC_RIGHT(ic),NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); freeAsmop(IC_RESULT(ic),NULL,ic,TRUE); } sdcc-2.9.0/src/pic/glue.c000066400000000000000000001205611116427777700151300ustar00rootroot00000000000000/*------------------------------------------------------------------------- glue.c - glues everything we have done together into one file. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "glue.h" #include "dbuf_string.h" #include "device.h" #include "gen.h" #include "main.h" /* * Imports */ extern set *publics; extern set *externs; extern symbol *mainf; extern struct dbuf_s *codeOutBuf; extern void initialComments (FILE *afile); extern operand *operandFromAst (ast *tree, int lvl); extern value *initPointer (initList *ilist, sym_link *toType); set *pic14_localFunctions = NULL; int pic14_hasInterrupt = 0; // Indicates whether to emit interrupt handler or not int pic14_stringInSet(const char *str, set **world, int autoAdd); #ifdef WORDS_BIGENDIAN #define _ENDIAN(x) (3-x) #else #define _ENDIAN(x) (x) #endif #define BYTE_IN_LONG(x,b) ((x>>(8*_ENDIAN(b)))&0xff) #define IS_GLOBAL(sym) ((sym)->level == 0) #define IS_DEFINED_HERE(sym) (!IS_EXTERN(sym->etype)) /* dbufs for initialized data (idata and code sections), * extern, and global declarations */ static struct dbuf_s *ivalBuf, *extBuf, *gloBuf, *gloDefBuf; static set *emitted = NULL; static void showAllMemmaps (FILE *of); // XXX: emits initialized symbols static void emitPseudoStack(struct dbuf_s *oBuf, struct dbuf_s *oBufExt) { int shared, low, high, size, i; PIC_device *pic; /* also emit STK symbols * XXX: This is ugly and fails as soon as devices start to get * differently sized sharebanks, since STK12 will be * required by larger devices but only up to STK03 might * be defined using smaller devices. */ shared = pic14_getSharedStack(&low, &high, &size); if (!pic14_options.isLibrarySource) { pic = pic14_getPIC(); dbuf_printf (oBuf, "\n"); dbuf_printf (oBuf, "\tglobal PSAVE\n"); dbuf_printf (oBuf, "\tglobal SSAVE\n"); dbuf_printf (oBuf, "\tglobal WSAVE\n"); for (i = size - 4; i >= 0; i--) { dbuf_printf (oBuf, "\tglobal STK%02d\n", i); } // for i dbuf_printf (oBuf, "\n"); // 16f84 has no SHAREBANK (in linkerscript) but memory aliased in two // banks, sigh... if (1 || !shared) { // for single banked devices: use normal, "banked" RAM dbuf_printf (oBuf, "sharebank udata_ovr 0x%04X\n", low); } else { // for devices with at least two banks, require a sharebank section dbuf_printf (oBuf, "sharebank udata_shr\n"); } dbuf_printf (oBuf, "PSAVE\tres 1\n"); dbuf_printf (oBuf, "SSAVE\tres 1\n"); dbuf_printf (oBuf, "WSAVE\tres 1\n"); // WSAVE *must* be in sharebank (IRQ handlers) /* fill rest of sharebank with stack STKxx .. STK00 */ for (i = size - 4; i >= 0; i--) { dbuf_printf (oBuf, "STK%02d\tres 1\n", i); } // for i } else { /* declare STKxx as extern for all files * except the one containing main() */ dbuf_printf (oBufExt, "\n"); dbuf_printf (oBufExt, "\textern PSAVE\n"); dbuf_printf (oBufExt, "\textern SSAVE\n"); dbuf_printf (oBufExt, "\textern WSAVE\n"); for (i = size - 4; i >= 0; i--) { char buffer[128]; SNPRINTF(&buffer[0], 127, "STK%02d", i); dbuf_printf (oBufExt, "\textern %s\n", &buffer[0]); pic14_stringInSet(&buffer[0], &emitted, 1); } // for i } dbuf_printf (oBuf, "\n"); } static int emitIfNew(struct dbuf_s *oBuf, set **emitted, const char *fmt, const char *name) { int wasPresent = pic14_stringInSet(name, emitted, 1); if (!wasPresent) { dbuf_printf (oBuf, fmt, name); } // if return (!wasPresent); } static void pic14_constructAbsMap (struct dbuf_s *oBuf, struct dbuf_s *gloBuf) { memmap *maps[] = { data, sfr, NULL }; int i; hTab *ht = NULL; symbol *sym; set *aliases; int addr, min=-1, max=-1; int size; for (i=0; maps[i] != NULL; i++) { for (sym = (symbol *)setFirstItem (maps[i]->syms); sym; sym = setNextItem (maps[i]->syms)) { if (IS_DEFINED_HERE(sym) && SPEC_ABSA(sym->etype)) { addr = SPEC_ADDR(sym->etype); /* handle CONFIG words here */ if (IS_CONFIG_ADDRESS( addr )) { //fprintf( stderr, "%s: assignment to CONFIG@0x%x found\n", __FUNCTION__, addr ); //fprintf( stderr, "ival: %p (0x%x)\n", sym->ival, (int)list2int( sym->ival ) ); if (sym->ival) { pic14_assignConfigWordValue( addr, (int)list2int( sym->ival ) ); } else { fprintf( stderr, "ERROR: Symbol %s, which is covering a __CONFIG word must be initialized!\n", sym->name ); } continue; } if (max == -1 || addr > max) max = addr; if (min == -1 || addr < min) min = addr; //fprintf (stderr, "%s: sym %s @ 0x%x\n", __FUNCTION__, sym->name, addr); aliases = hTabItemWithKey (ht, addr); if (aliases) { /* May not use addSetHead, as we cannot update the * list's head in the hastable `ht'. */ addSet (&aliases, sym); #if 0 fprintf( stderr, "%s: now %d aliases for %s @ 0x%x\n", __FUNCTION__, elementsInSet(aliases), sym->name, addr); #endif } else { addSet (&aliases, sym); hTabAddItem (&ht, addr, aliases); } // if } // if } // for sym } // for i /* now emit definitions for all absolute symbols */ dbuf_printf (oBuf, "%s", iComments2); dbuf_printf (oBuf, "; absolute symbol definitions\n"); dbuf_printf (oBuf, "%s", iComments2); for (addr=min; addr <= max; addr++) { size = 1; aliases = hTabItemWithKey (ht, addr); if (aliases && elementsInSet(aliases)) { /* Make sure there is no initialized value at this location! */ for (sym = setFirstItem(aliases); sym; sym = setNextItem(aliases)) { if (sym->ival) break; } // for if (sym) continue; dbuf_printf (oBuf, "UD_abs_%s_%x\tudata_ovr\t0x%04x\n", moduleName, addr, addr); for (sym = setFirstItem (aliases); sym; sym = setNextItem (aliases)) { if (getSize(sym->type) > size) { size = getSize(sym->type); } /* initialized values are handled somewhere else */ if (sym->ival) continue; /* emit STATUS as well as _STATUS, required for SFRs only */ //dbuf_printf (oBuf, "%s\tres\t0\n", sym->name); dbuf_printf (oBuf, "%s\n", sym->rname); if (IS_GLOBAL(sym) && !IS_STATIC(sym->etype)) { //emitIfNew(gloBuf, &emitted, "\tglobal\t%s\n", sym->name); emitIfNew(gloBuf, &emitted, "\tglobal\t%s\n", sym->rname); } // if } // for dbuf_printf (oBuf, "\tres\t%d\n", size); } // if } // for i } /*-----------------------------------------------------------------*/ /* createInterruptVect - creates the interrupt vector */ /*-----------------------------------------------------------------*/ static void pic14createInterruptVect (struct dbuf_s * vBuf) { mainf = newSymbol ("main", 0); mainf->block = 0; /* only if the main function exists */ if (!(mainf = findSymWithLevel (SymbolTab, mainf))) { struct options *op = &options; if (!(op->cc_only || noAssemble)) // werror (E_NO_MAIN); fprintf(stderr,"WARNING: function 'main' undefined\n"); return; } /* if the main is only a prototype ie. no body then do nothing */ if (!IFFUNC_HASBODY(mainf->type)) { /* if ! compile only then main function should be present */ if (!(options.cc_only || noAssemble)) // werror (E_NO_MAIN); fprintf(stderr,"WARNING: function 'main' undefined\n"); return; } dbuf_printf (vBuf, "%s", iComments2); dbuf_printf (vBuf, "; reset vector \n"); dbuf_printf (vBuf, "%s", iComments2); // Lkr file should place section STARTUP at address 0x0, but does not ... dbuf_printf (vBuf, "STARTUP\t%s 0x0000\n", CODE_NAME); dbuf_printf (vBuf, "\tnop\n"); /* first location for used by incircuit debugger */ dbuf_printf (vBuf, "\tpagesel __sdcc_gsinit_startup\n"); dbuf_printf (vBuf, "\tgoto\t__sdcc_gsinit_startup\n"); popGetExternal("__sdcc_gsinit_startup", 0); } /*-----------------------------------------------------------------*/ /* initialComments - puts in some initial comments */ /*-----------------------------------------------------------------*/ static void pic14initialComments (FILE * afile) { initialComments (afile); fprintf (afile, "; PIC port for the 14-bit core\n"); fprintf (afile, "%s", iComments2); } int pic14_stringInSet(const char *str, set **world, int autoAdd) { char *s; if (!str) return 1; assert(world); for (s = setFirstItem(*world); s; s = setNextItem(*world)) { /* found in set */ if (0 == strcmp(s, str)) return 1; } /* not found */ if (autoAdd) addSet(world, Safe_strdup(str)); return 0; } static void pic14printLocals (struct dbuf_s *oBuf) { set *allregs[6] = { dynAllocRegs/*, dynStackRegs, dynProcessorRegs*/, dynDirectRegs, dynDirectBitRegs/*, dynInternalRegs */ }; regs *reg; int i, is_first = 1; static unsigned sectionNr = 0; /* emit all registers from all possible sets */ for (i = 0; i < 6; i++) { if (allregs[i] == NULL) continue; for (reg = setFirstItem(allregs[i]); reg; reg = setNextItem(allregs[i])) { if (reg->isEmitted) continue; if (reg->wasUsed && !reg->isExtern) { if (!pic14_stringInSet(reg->name, &emitted, 1)) { if (reg->isFixed) { // Should not happen, really... assert ( !"Compiler-assigned variables should not be pinned... This is a bug." ); dbuf_printf(oBuf, "UDL_%s_%u\tudata\t0x%04X\n%s\tres\t%d\n", moduleName, sectionNr++, reg->address, reg->name, reg->size); } else { if (getenv("SDCC_PIC14_SPLIT_LOCALS")) { // assign each local register into its own section dbuf_printf(oBuf, "UDL_%s_%u\tudata\n%s\tres\t%d\n", moduleName, sectionNr++, reg->name, reg->size); } else { // group all local registers into a single section // This should greatly improve BANKSEL generation... if (is_first) { dbuf_printf(oBuf, "UDL_%s_%u\tudata\n", moduleName, sectionNr++); is_first = 0; } dbuf_printf(oBuf, "%s\tres\t%d\n", reg->name, reg->size); } } } } reg->isEmitted = 1; } // for } // for } /*-----------------------------------------------------------------*/ /* emitOverlay - will emit code for the overlay stuff */ /*-----------------------------------------------------------------*/ static void pic14emitOverlay (struct dbuf_s * aBuf) { set *ovrset; /* if (!elementsInSet (ovrSetSets))*/ /* the hack below, fixes translates for devices which * only have udata_shr memory */ dbuf_printf (aBuf, "%s\t%s\n", (elementsInSet(ovrSetSets)?"":";"), port->mem.overlay_name); /* for each of the sets in the overlay segment do */ for (ovrset = setFirstItem (ovrSetSets); ovrset; ovrset = setNextItem (ovrSetSets)) { symbol *sym; if (elementsInSet (ovrset)) { /* this dummy area is used to fool the assembler otherwise the assembler will append each of these declarations into one chunk and will not overlay sad but true */ /* I don't think this applies to us. We are using gpasm. CRF */ dbuf_printf (aBuf, ";\t.area _DUMMY\n"); /* output the area informtion */ dbuf_printf (aBuf, ";\t.area\t%s\n", port->mem.overlay_name); /* MOF */ } for (sym = setFirstItem (ovrset); sym; sym = setNextItem (ovrset)) { /* if extern then do nothing */ if (IS_EXTERN (sym->etype)) continue; /* if allocation required check is needed then check if the symbol really requires allocation only for local variables */ if (!IS_AGGREGATE (sym->type) && !(sym->_isparm && !IS_REGPARM (sym->etype)) && !sym->allocreq && sym->level) continue; /* if global variable & not static or extern and addPublics allowed then add it to the public set */ if ((sym->_isparm && !IS_REGPARM (sym->etype)) && !IS_STATIC (sym->etype)) addSetHead (&publics, sym); /* if extern then do nothing or is a function then do nothing */ if (IS_FUNC (sym->type)) continue; /* print extra debug info if required */ if (options.debug || sym->level == 0) { if (!sym->level) { /* global */ if (IS_STATIC (sym->etype)) dbuf_printf (aBuf, "F%s_", moduleName); /* scope is file */ else dbuf_printf (aBuf, "G_"); /* scope is global */ } else /* symbol is local */ dbuf_printf (aBuf, "L%s_", (sym->localof ? sym->localof->name : "-null-")); dbuf_printf (aBuf, "%s_%d_%d", sym->name, sym->level, sym->block); } /* if is has an absolute address then generate an equate for this no need to allocate space */ if (SPEC_ABSA (sym->etype)) { if (options.debug || sym->level == 0) dbuf_printf (aBuf, " == 0x%04x\n", SPEC_ADDR (sym->etype)); dbuf_printf (aBuf, "%s\t=\t0x%04x\n", sym->rname, SPEC_ADDR (sym->etype)); } else { if (options.debug || sym->level == 0) dbuf_printf (aBuf, "==.\n"); /* allocate space */ dbuf_printf (aBuf, "%s:\n", sym->rname); dbuf_printf (aBuf, "\t.ds\t0x%04x\n", (unsigned int) getSize (sym->type) & 0xffff); } } } } static void pic14_emitInterruptHandler (FILE * asmFile) { if (pic14_hasInterrupt) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; interrupt and initialization code\n"); fprintf (asmFile, "%s", iComments2); // Note - for mplink may have to enlarge section vectors in .lnk file // Note: Do NOT name this code_interrupt to avoid nameclashes with // source files's code segment (interrupt.c -> code_interrupt) fprintf (asmFile, "c_interrupt\t%s\t0x4\n", CODE_NAME); /* interrupt service routine */ fprintf (asmFile, "__sdcc_interrupt\n"); copypCode(asmFile, 'I'); } } /*-----------------------------------------------------------------*/ /* glue - the final glue that hold the whole thing together */ /*-----------------------------------------------------------------*/ void picglue () { FILE *asmFile; struct dbuf_s ovrBuf; struct dbuf_s vBuf; dbuf_init(&ovrBuf, 4096); dbuf_init(&vBuf, 4096); pCodeInitRegisters(); /* check for main() */ mainf = newSymbol ("main", 0); mainf->block = 0; mainf = findSymWithLevel (SymbolTab, mainf); if (!mainf || !IFFUNC_HASBODY(mainf->type)) { /* main missing -- import stack from main module */ //fprintf (stderr, "main() missing -- assuming we are NOT the main module\n"); pic14_options.isLibrarySource = 1; } /* At this point we've got all the code in the form of pCode structures */ /* Now it needs to be rearranged into the order it should be placed in the */ /* code space */ movepBlock2Head('P'); // Last movepBlock2Head(code->dbName); movepBlock2Head('X'); movepBlock2Head(statsg->dbName); // First /* print the global struct definitions */ if (options.debug) cdbStructBlock (0); /* do the overlay segments */ pic14emitOverlay(&ovrBuf); /* PENDING: this isnt the best place but it will do */ if (port->general.glue_up_main) { /* create the interrupt vector table */ pic14createInterruptVect (&vBuf); } AnalyzepCode('*'); ReuseReg(); // ReuseReg where call tree permits InlinepCode(); AnalyzepCode('*'); if (options.debug) pcode_test(); /* now put it all together into the assembler file */ /* create the assembler file name */ if ((noAssemble || options.c1mode) && fullDstFileName) { sprintf (buffer, "%s", fullDstFileName); } else { sprintf (buffer, "%s", dstFileName); strcat (buffer, ".asm"); } if (!(asmFile = fopen (buffer, "w"))) { werror (E_FILE_OPEN_ERR, buffer); exit (1); } /* prepare statistics */ resetpCodeStatistics (); /* initial comments */ pic14initialComments (asmFile); /* print module name */ fprintf (asmFile, "%s\t.file\t\"%s\"\n", options.debug ? "" : ";", fullSrcFileName); /* Let the port generate any global directives, etc. */ if (port->genAssemblerPreamble) { port->genAssemblerPreamble(asmFile); } /* Put all variables into a cblock */ AnalyzeBanking(); /* emit initialized data */ showAllMemmaps(asmFile); /* print the locally defined variables in this module */ writeUsedRegs(asmFile); /* create the overlay segments */ fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; overlayable items in internal ram \n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&ovrBuf, asmFile); /* copy the interrupt vector table */ if (mainf && IFFUNC_HASBODY(mainf->type)) dbuf_write_and_destroy (&vBuf, asmFile); else dbuf_destroy(&vBuf); /* create interupt ventor handler */ pic14_emitInterruptHandler (asmFile); /* copy over code */ fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; code\n"); fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "code_%s\t%s\n", moduleName, port->mem.code_name); /* unknown */ copypCode(asmFile, 'X'); /* _main function */ copypCode(asmFile, 'M'); /* other functions */ copypCode(asmFile, code->dbName); /* unknown */ copypCode(asmFile, 'P'); dumppCodeStatistics (asmFile); fprintf (asmFile,"\tend\n"); fclose (asmFile); pic14_debugLogClose(); } /* * Deal with initializers. */ #undef DEBUGprintf #if 0 // debugging output #define DEBUGprintf printf #else // be quiet #define DEBUGprintf 1 ? (void)0 : (void)printf #endif static char * parseIvalAst (ast *node, int *inCodeSpace) { #define LEN 4096 char *buffer = NULL; char *left, *right; if (IS_AST_VALUE(node)) { value *val = AST_VALUE(node); symbol *sym = IS_AST_SYM_VALUE(node) ? AST_SYMBOL(node) : NULL; if (inCodeSpace && val->type && (IS_FUNC(val->type) || IS_CODE(getSpec(val->type)))) { *inCodeSpace = 1; } if (inCodeSpace && sym && (IS_FUNC(sym->type) || IS_CODE(getSpec(sym->type)))) { *inCodeSpace = 1; } DEBUGprintf ("%s: AST_VALUE\n", __FUNCTION__); if (IS_AST_LIT_VALUE(node)) { buffer = Safe_alloc(LEN); SNPRINTF(buffer, LEN, "0x%lx", AST_ULONG_VALUE (node)); } else if (IS_AST_SYM_VALUE(node)) { assert ( AST_SYMBOL(node) ); /* printf ("sym %s: ", AST_SYMBOL(node)->rname); printTypeChain(AST_SYMBOL(node)->type, stdout); printTypeChain(AST_SYMBOL(node)->etype, stdout); printf ("\n---sym %s: done\n", AST_SYMBOL(node)->rname); */ buffer = Safe_strdup(AST_SYMBOL(node)->rname); } else { assert ( !"Invalid values type for initializers in AST." ); } } else if (IS_AST_OP(node)) { DEBUGprintf ("%s: AST_OP\n", __FUNCTION__); switch (node->opval.op) { case CAST: assert (node->right); buffer = parseIvalAst(node->right, inCodeSpace); DEBUGprintf ("%s: %s\n", __FUNCTION__, buffer); break; case '&': assert ( node->left && !node->right ); buffer = parseIvalAst(node->left, inCodeSpace); DEBUGprintf ("%s: %s\n", __FUNCTION__, buffer); break; case '+': assert (node->left && node->right ); left = parseIvalAst(node->left, inCodeSpace); right = parseIvalAst(node->right, inCodeSpace); buffer = Safe_alloc(LEN); SNPRINTF(buffer, LEN, "(%s + %s)", left, right); DEBUGprintf ("%s: %s\n", __FUNCTION__, buffer); Safe_free(left); Safe_free(right); break; case '[': assert ( node->left && node->right ); assert ( IS_AST_VALUE(node->left) && AST_VALUE(node->left)->sym ); right = parseIvalAst(node->right, inCodeSpace); buffer = Safe_alloc(LEN); SNPRINTF(buffer, LEN, "(%s + %u * %s)", AST_VALUE(node->left)->sym->rname, getSize(AST_VALUE(node->left)->type), right); Safe_free(right); DEBUGprintf ("%s: %s\n", __FUNCTION__, &buffer[0]); break; default: assert ( !"Unhandled operation in initializer." ); break; } } else { assert ( !"Invalid construct in initializer." ); } return (buffer); } /* * Emit the section preamble, absolute location (if any) and * symbol name(s) for intialized data. */ static int emitIvalLabel(struct dbuf_s *oBuf, symbol *sym) { char *segname; static int in_code = 0; static int sectionNr = 0; if (sym) { // code or data space? if (IS_CODE(getSpec(sym->type))) { segname = "code"; in_code = 1; } else { segname = "idata"; in_code = 0; } dbuf_printf(oBuf, "\nID_%s_%d\t%s", moduleName, sectionNr++, segname); if (SPEC_ABSA(getSpec(sym->type))) { // specify address for absolute symbols dbuf_printf(oBuf, "\t0x%04X", SPEC_ADDR(getSpec(sym->type))); } // if dbuf_printf(oBuf, "\n%s\n", sym->rname); addSet(&emitted, sym->rname); } return (in_code); } /* * Actually emit the initial values in .asm format. */ static void emitIvals(struct dbuf_s *oBuf, symbol *sym, initList *list, long lit, int size) { int i; ast *node; operand *op; value *val = NULL; int inCodeSpace = 0; char *str = NULL; int in_code; assert (size <= sizeof(long)); assert (!list || (list->type == INIT_NODE)); node = list ? list->init.node : NULL; in_code = emitIvalLabel(oBuf, sym); if (!in_code) dbuf_printf (oBuf, "\tdb\t"); if (!node) { // initialize as zero for (i=0; i < size; i++) { if (in_code) { dbuf_printf (oBuf, "\tretlw 0x00"); } else { dbuf_printf (oBuf, "%s0x00", (i == 0) ? "" : ", "); } } // for dbuf_printf (oBuf, "\n"); return; } // if op = NULL; if (constExprTree(node) && (val = constExprValue(node, 0))) { op = operandFromValue(val); DEBUGprintf ("%s: constExpr ", __FUNCTION__); } else if (IS_AST_VALUE(node)) { op = operandFromAst(node, 0); } else if (IS_AST_OP(node)) { str = parseIvalAst(node, &inCodeSpace); DEBUGprintf("%s: AST_OP: %s\n", __FUNCTION__, str); op = NULL; } else { assert ( !"Unhandled construct in intializer." ); } if (op) { aopOp(op, NULL, 1); assert(AOP(op)); //printOperand(op, of); } for (i=0; i < size; i++) { char *text; /* * FIXME: This is hacky and needs some more thought. */ if (op && IS_SYMOP(op) && IS_FUNC(OP_SYM_TYPE(op))) { /* This branch is introduced to fix #1427663. */ PCOI(AOP(op)->aopu.pcop)->offset+=i; text = get_op(AOP(op)->aopu.pcop, NULL, 0); PCOI(AOP(op)->aopu.pcop)->offset-=i; } else { text = op ? aopGet(AOP(op), i, 0, 0) : get_op(newpCodeOpImmd(str, i, 0, inCodeSpace, 0), NULL, 0); } // if if (in_code) { dbuf_printf (oBuf, "\tretlw %s\n", text); } else { dbuf_printf (oBuf, "%s%s", (i == 0) ? "" : ", ", text); } } // for dbuf_printf (oBuf, "\n"); } /* * For UNIONs, we first have to find the correct alternative to map the * initializer to. This function maps the structure of the initializer to * the UNION members recursively. * Returns the type of the first `fitting' member. */ static sym_link * matchIvalToUnion (initList *list, sym_link *type, int size) { symbol *sym; assert (type); if (IS_PTR(type) || IS_CHAR(type) || IS_INT(type) || IS_LONG(type) || IS_FLOAT(type)) { if (!list || (list->type == INIT_NODE)) { DEBUGprintf ("OK, simple type\n"); return (type); } else { DEBUGprintf ("ERROR, simple type\n"); return (NULL); } } else if (IS_BITFIELD(type)) { if (!list || (list->type == INIT_NODE)) { DEBUGprintf ("OK, bitfield\n"); return (type); } else { DEBUGprintf ("ERROR, bitfield\n"); return (NULL); } } else if (IS_STRUCT(type) && SPEC_STRUCT(getSpec(type))->type == STRUCT) { if (!list || (list->type == INIT_DEEP)) { if (list) list = list->init.deep; sym = SPEC_STRUCT(type)->fields; while (sym) { DEBUGprintf ("Checking STRUCT member %s\n", sym->name); if (!matchIvalToUnion(list, sym->type, 0)) { DEBUGprintf ("ERROR, STRUCT member %s\n", sym->name); return (NULL); } if (list) list = list->next; sym = sym->next; } // while // excess initializers? if (list) { DEBUGprintf ("ERROR, excess initializers\n"); return (NULL); } DEBUGprintf ("OK, struct\n"); return (type); } return (NULL); } else if (IS_STRUCT(type) && SPEC_STRUCT(getSpec(type))->type == UNION) { if (!list || (list->type == INIT_DEEP)) { if (list) list = list->init.deep; sym = SPEC_STRUCT(type)->fields; while (sym) { DEBUGprintf ("Checking UNION member %s.\n", sym->name); if (((IS_STRUCT(sym->type) || getSize(sym->type) == size)) && matchIvalToUnion(list, sym->type, size)) { DEBUGprintf ("Matched UNION member %s.\n", sym->name); return (sym->type); } sym = sym->next; } // while } // if // no match found DEBUGprintf ("ERROR, no match found.\n"); return (NULL); } else { assert ( !"Unhandled type in UNION." ); } assert ( !"No match found in UNION for the given initializer structure." ); return (NULL); } /* * Parse the type and its initializer and emit it (recursively). */ static void emitInitVal(struct dbuf_s *oBuf, symbol *topsym, sym_link *my_type, initList *list) { symbol *sym; int size, i; long lit; unsigned char *str; size = getSize(my_type); if (IS_PTR(my_type)) { DEBUGprintf ("(pointer, %d byte) %p\n", size, list ? (void *)(long)list2int(list) : NULL); emitIvals(oBuf, topsym, list, 0, size); return; } if (IS_ARRAY(my_type) && topsym && topsym->isstrlit) { str = (unsigned char *)SPEC_CVAL(topsym->etype).v_char; emitIvalLabel(oBuf, topsym); do { dbuf_printf (oBuf, "\tretlw 0x%02x ; '%c'\n", str[0], (str[0] >= 0x20 && str[0] < 128) ? str[0] : '.'); } while (*(str++)); return; } if (IS_ARRAY(my_type) && list && list->type == INIT_NODE) { fprintf (stderr, "Unhandled initialized symbol: %s\n", topsym->name); assert ( !"Initialized char-arrays are not yet supported, assign at runtime instead." ); return; } if (IS_ARRAY(my_type)) { DEBUGprintf ("(array, %d items, %d byte) below\n", DCL_ELEM(my_type), size); assert (!list || list->type == INIT_DEEP); if (list) list = list->init.deep; for (i = 0; i < DCL_ELEM(my_type); i++) { emitInitVal(oBuf, topsym, my_type->next, list); topsym = NULL; if (list) list = list->next; } // for i return; } if (IS_FLOAT(my_type)) { // float, 32 bit DEBUGprintf ("(float, %d byte) %lf\n", size, list ? list2int(list) : 0.0); emitIvals(oBuf, topsym, list, 0, size); return; } if (IS_CHAR(my_type) || IS_INT(my_type) || IS_LONG(my_type)) { // integral type, 8, 16, or 32 bit DEBUGprintf ("(integral, %d byte) 0x%lx/%ld\n", size, list ? (long)list2int(list) : 0, list ? (long)list2int(list) : 0); emitIvals(oBuf, topsym, list, 0, size); return; } else if (IS_STRUCT(my_type) && SPEC_STRUCT(my_type)->type == STRUCT) { // struct DEBUGprintf ("(struct, %d byte) handled below\n", size); assert (!list || (list->type == INIT_DEEP)); // iterate over struct members and initList if (list) list = list->init.deep; sym = SPEC_STRUCT(my_type)->fields; while (sym) { long bitfield = 0; int len = 0; if (IS_BITFIELD(sym->type)) { while (sym && IS_BITFIELD(sym->type)) { assert (!list || ((list->type == INIT_NODE) && IS_AST_LIT_VALUE(list->init.node))); lit = (long) (list ? list2int(list) : 0); DEBUGprintf ( "(bitfield member) %02lx (%d bit, starting at %d, bitfield %02lx)\n", lit, SPEC_BLEN(getSpec(sym->type)), SPEC_BSTR(getSpec(sym->type)), bitfield); bitfield |= (lit & ((1ul << SPEC_BLEN(getSpec(sym->type))) - 1)) << SPEC_BSTR(getSpec(sym->type)); len += SPEC_BLEN(getSpec(sym->type)); sym = sym->next; if (list) list = list->next; } // while assert (len < sizeof (long) * 8); // did we overflow our initializer?!? len = (len + 7) & ~0x07; // round up to full bytes emitIvals(oBuf, topsym, NULL, bitfield, len / 8); topsym = NULL; } // if if (sym) { emitInitVal(oBuf, topsym, sym->type, list); topsym = NULL; sym = sym->next; if (list) list = list->next; } // if } // while if (list) { assert ( !"Excess initializers." ); } // if return; } else if (IS_STRUCT(my_type) && SPEC_STRUCT(my_type)->type == UNION) { // union DEBUGprintf ("(union, %d byte) handled below\n", size); assert (list && list->type == INIT_DEEP); // iterate over union members and initList, try to map number and type of fields and initializers my_type = matchIvalToUnion(list, my_type, size); if (my_type) { emitInitVal(oBuf, topsym, my_type, list->init.deep); topsym = NULL; size -= getSize(my_type); if (size > 0) { // pad with (leading) zeros emitIvals(oBuf, NULL, NULL, 0, size); } return; } // if assert ( !"No UNION member matches the initializer structure."); } else if (IS_BITFIELD(my_type)) { assert ( !"bitfields should only occur in structs..." ); } else { printf ("SPEC_NOUN: %d\n", SPEC_NOUN(my_type)); assert( !"Unhandled initialized type."); } } /* * Emit a set of symbols. * type - 0: have symbol tell whether it is local, extern or global * 1: assume all symbols in set to be global * 2: assume all symbols in set to be extern */ static void emitSymbolSet(set *s, int type) { symbol *sym; initList *list; unsigned sectionNr = 0; for (sym = setFirstItem(s); sym; sym = setNextItem(s)) { #if 0 fprintf (stdout, "; name %s, rname %s, level %d, block %d, key %d, local %d, ival %p, static %d, cdef %d, used %d\n", sym->name, sym->rname, sym->level, sym->block, sym->key, sym->islocal, sym->ival, IS_STATIC(sym->etype), sym->cdef, sym->used); #endif if (sym->etype && SPEC_ABSA(sym->etype) && IS_CONFIG_ADDRESS(SPEC_ADDR(sym->etype)) && sym->ival) { // handle config words pic14_assignConfigWordValue(SPEC_ADDR(sym->etype), (int)list2int(sym->ival)); pic14_stringInSet(sym->rname, &emitted, 1); continue; } if (sym->isstrlit) { // special case: string literals emitInitVal(ivalBuf, sym, sym->type, NULL); continue; } if (type != 0 || sym->cdef || (!IS_STATIC(sym->etype) && IS_GLOBAL(sym))) { // bail out for ___fsadd and friends if (sym->cdef && !sym->used) continue; /* export or import non-static globals */ if (!pic14_stringInSet(sym->rname, &emitted, 0)) { if (type == 2 || IS_EXTERN(sym->etype) || sym->cdef) { /* do not add to emitted set, it might occur again! */ //if (!sym->used) continue; // declare symbol emitIfNew (extBuf, &emitted, "\textern\t%s\n", sym->rname); } else { // declare symbol emitIfNew (gloBuf, &emitted, "\tglobal\t%s\n", sym->rname); if (!sym->ival && !IS_FUNC(sym->type)) { // also define symbol if (IS_ABSOLUTE(sym->etype)) { // absolute location? //dbuf_printf (gloDefBuf, "UD_%s_%u\tudata\t0x%04X\n", moduleName, sectionNr++, SPEC_ADDR(sym->etype)); // deferred to pic14_constructAbsMap } else { dbuf_printf (gloDefBuf, "UD_%s_%u\tudata\n", moduleName, sectionNr++); dbuf_printf (gloDefBuf, "%s\tres\t%d\n\n", sym->rname, getSize(sym->type)); } } // if } // if pic14_stringInSet(sym->rname, &emitted, 1); } // if } // if list = sym->ival; //if (list) showInitList(list, 0); if (list) { resolveIvalSym( list, sym->type ); emitInitVal(ivalBuf, sym, sym->type, sym->ival); dbuf_printf (ivalBuf, "\n"); } } // for sym } /* * Iterate over all memmaps and emit their contents (attributes, symbols). */ static void showAllMemmaps(FILE *of) { struct dbuf_s locBuf; memmap *maps[] = { xstack, istack, code, data, pdata, xdata, xidata, xinit, idata, bit, statsg, c_abs, x_abs, i_abs, d_abs, sfr, sfrbit, reg, generic, overlay, eeprom, home }; memmap * map; int i; DEBUGprintf ("---begin memmaps---\n"); if (!extBuf) extBuf = dbuf_new(1024); if (!gloBuf) gloBuf = dbuf_new(1024); if (!gloDefBuf) gloDefBuf = dbuf_new(1024); if (!ivalBuf) ivalBuf = dbuf_new(1024); dbuf_init(&locBuf, 1024); dbuf_printf (extBuf, "%s; external declarations\n%s", iComments2, iComments2); dbuf_printf (gloBuf, "%s; global declarations\n%s", iComments2, iComments2); dbuf_printf (gloDefBuf, "%s; global definitions\n%s", iComments2, iComments2); dbuf_printf (ivalBuf, "%s; initialized data\n%s", iComments2, iComments2); dbuf_printf (&locBuf, "%s; compiler-defined variables\n%s", iComments2, iComments2); for (i = 0; i < sizeof(maps) / sizeof (memmap *); i++) { map = maps[i]; //DEBUGprintf ("memmap %i: %p\n", i, map); if (map) { #if 0 fprintf (stdout, "; pageno %c, sname %s, dbName %c, ptrType %d, slbl %d, sloc %u, fmap %u, paged %u, direct %u, bitsp %u, codesp %u, regsp %u, syms %p\n", map->pageno, map->sname, map->dbName, map->ptrType, map->slbl, map->sloc, map->fmap, map->paged, map->direct, map->bitsp, map->codesp, map->regsp, map->syms); #endif emitSymbolSet(map->syms, 0); } // if (map) } // for i DEBUGprintf ("---end of memmaps---\n"); emitSymbolSet(publics, 1); emitSymbolSet(externs, 2); emitPseudoStack(gloBuf, extBuf); pic14_constructAbsMap(gloDefBuf, gloBuf); pic14printLocals (&locBuf); pic14_emitConfigWord(of); // must be done after all the rest dbuf_write_and_destroy(extBuf, of); dbuf_write_and_destroy(gloBuf, of); dbuf_write_and_destroy(gloDefBuf, of); dbuf_write_and_destroy(&locBuf, of); dbuf_write_and_destroy(ivalBuf, of); extBuf = gloBuf = gloDefBuf = ivalBuf = NULL; } sdcc-2.9.0/src/pic/glue.h000066400000000000000000000026201116427777700151300ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCglue.h - glues everything we have done together into one file. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef PIC_GLUE_H #define PIC_GLUE_H #include "common.h" extern int pic14_hasInterrupt; extern set *pic14_localFunctions; void picglue (void); int pic14_stringInSet(const char *str, set **world, int autoAdd); #endif sdcc-2.9.0/src/pic/main.c000066400000000000000000000233261116427777700151210ustar00rootroot00000000000000/** @file main.c pic14 specific general functions. Note that mlh prepended _pic14_ on the static functions. Makes it easier to set a breakpoint using the debugger. */ #include "common.h" #include "MySystem.h" #include "SDCCmacro.h" #include "device.h" #include "gen.h" #include "glue.h" #include "main.h" #include "pcode.h" #include "ralloc.h" /* * Imports */ extern set *dataDirsSet; extern set *includeDirsSet; extern set *libDirsSet; extern set *libPathsSet; extern set *linkOptionsSet; pic14_options_t pic14_options; int debug_verbose = 0; #define OPTION_STACK_SIZE "--stack-size" static char _defaultRules[] = { #include "peeph.rul" }; static OPTION _pic14_poptions[] = { { 0, "--debug-xtra", &debug_verbose, "show more debug info in assembly output" }, { 0, "--no-pcode-opt", &pic14_options.disable_df, "disable (slightly faulty) optimization on pCode" }, { 0, OPTION_STACK_SIZE, &options.stack_size, "sets the size if the argument passing stack (default: 16, minimum: 4)", CLAT_INTEGER }, { 0, NULL, NULL, NULL } }; /* list of key words used by pic14 */ static char *_pic14_keywords[] = { "at", //"bit", "code", "critical", "data", "far", "idata", "interrupt", "near", "pdata", "reentrant", "sfr", //"sbit", "using", "xdata", "_data", "_code", "_generic", "_near", "_xdata", "_pdata", "_idata", NULL }; static int regParmFlg = 0; /* determine if we can register a parameter */ /** $1 is always the basename. $2 is always the output file. $3 varies $l is the list of extra options that should be there somewhere... MUST be terminated with a NULL. */ static const char *_linkCmd[] = { "gplink", "$l", "-w", "-r", "-o \"$2\"", "\"$1\"", "$3", NULL }; static const char *_asmCmd[] = { "gpasm", "$l", "$3", "-c", "\"$1.asm\"", NULL }; static void _pic14_init (void) { asm_addTree (&asm_asxxxx_mapping); memset (&pic14_options, 0, sizeof (pic14_options)); } static void _pic14_reset_regparm (void) { regParmFlg = 0; } static int _pic14_regparm (sym_link * l, bool reentrant) { /* for this processor it is simple can pass only the first parameter in a register */ //if (regParmFlg) // return 0; regParmFlg++;// = 1; return 1; } static bool _pic14_parseOptions (int *pargc, char **argv, int *i) { /* TODO: allow port-specific command line options to specify * segment names here. */ return FALSE; } /* pic14 port uses include/pic and lib/pic instead of * include/pic14 and lib/pic14 as indicated by SDCCmain.c's * setIncludePaths routine. */ static void _pic14_initPaths (void) { char *p; char *p2=NULL; set *tempSet=NULL; if (options.nostdinc) return; tempSet = appendStrSet(dataDirsSet, NULL, INCLUDE_DIR_SUFFIX DIR_SEPARATOR_STRING "pic"); mergeSets(&includeDirsSet, tempSet); if ((p = getenv(SDCC_INCLUDE_NAME)) != NULL) { addSetHead(&includeDirsSet, p); p2=Safe_alloc(strlen(p)+strlen(DIR_SEPARATOR_STRING)+strlen("pic")+1); if(p2!=NULL) { strcpy(p2, p); strcat(p2, DIR_SEPARATOR_STRING); strcat(p2, "pic"); addSetHead(&includeDirsSet, p2); } } } static void _pic14_finaliseOptions (void) { pCodeInitRegisters(); port->mem.default_local_map = data; port->mem.default_globl_map = data; } static void _pic14_setDefaultOptions (void) { } static const char * _pic14_getRegName (struct regs *reg) { if (reg) return reg->name; return "err"; } static void _pic14_genAssemblerPreamble (FILE * of) { char * name = processor_base_name(); if(!name) { name = "16f877"; fprintf(stderr,"WARNING: No Pic has been selected, defaulting to %s\n",name); } fprintf (of, "\tlist\tp=%s\n",name); fprintf (of, "\tradix dec\n"); fprintf (of, "\tinclude \"p%s.inc\"\n",name); } /* Generate interrupt vector table. */ static int _pic14_genIVT (struct dbuf_s * oBuf, symbol ** interrupts, int maxInterrupts) { /* Let the default code handle it. */ return FALSE; } static bool _hasNativeMulFor (iCode *ic, sym_link *left, sym_link *right) { if ( ic->op != '*') { return FALSE; } /* multiply chars in-place */ if (getSize(left) == 1 && getSize(right) == 1) return TRUE; /* use library functions for more complex maths */ return FALSE; } /* Indicate which extended bit operations this port supports */ static bool hasExtBitOp (int op, int size) { if (op == RRC || op == RLC /* || op == GETHBIT */ /* GETHBIT doesn't look complete for PIC */ ) return TRUE; else return FALSE; } /* Indicate the expense of an access to an output storage class */ static int oclsExpense (struct memmap *oclass) { /* The IN_FARSPACE test is compatible with historical behaviour, */ /* but I don't think it is applicable to PIC. If so, please feel */ /* free to remove this test -- EEP */ if (IN_FARSPACE(oclass)) return 1; return 0; } static void _pic14_do_link (void) { hTab *linkValues=NULL; char lfrm[256]; char *lcmd; char temp[128]; set *tSet=NULL; int ret; char * procName; /* * link command format: * {linker} {incdirs} {lflags} -o {outfile} {spec_ofiles} {ofiles} {libs} * */ sprintf(lfrm, "{linker} {incdirs} {sysincdirs} {lflags} -w -r -o {outfile} {user_ofile} {spec_ofiles} {ofiles} {libs}"); shash_add(&linkValues, "linker", "gplink"); /* LIBRARY SEARCH DIRS */ mergeSets(&tSet, libPathsSet); mergeSets(&tSet, libDirsSet); shash_add(&linkValues, "incdirs", joinStrSet(appendStrSet(tSet, "-I\"", "\""))); SNPRINTF (&temp[0], 128, "%cpic\"", DIR_SEPARATOR_CHAR); joinStrSet(appendStrSet(libDirsSet, "-I\"", &temp[0])); shash_add(&linkValues, "sysincdirs", joinStrSet(appendStrSet(libDirsSet, "-I\"", &temp[0]))); shash_add(&linkValues, "lflags", joinStrSet(linkOptionsSet)); shash_add(&linkValues, "outfile", fullDstFileName ? fullDstFileName : dstFileName); if(fullSrcFileName) { sprintf(temp, "%s.o", fullDstFileName ? fullDstFileName : dstFileName ); shash_add(&linkValues, "user_ofile", temp); } shash_add(&linkValues, "ofiles", joinStrSet(relFilesSet)); /* LIBRARIES */ procName = processor_base_name(); if (!procName) { procName = "16f877"; } addSet(&libFilesSet, "libsdcc.lib"); SNPRINTF(&temp[0], 128, "pic%s.lib", procName); addSet(&libFilesSet, temp); shash_add(&linkValues, "libs", joinStrSet(libFilesSet)); lcmd = msprintf(linkValues, lfrm); ret = my_system( lcmd ); Safe_free( lcmd ); if(ret) exit(1); } /* Globals */ PORT pic_port = { TARGET_ID_PIC, "pic14", "MCU pic", /* Target name */ "", /* Processor */ { picglue, TRUE, /* Emit glue around main */ MODEL_SMALL | MODEL_LARGE | MODEL_FLAT24, MODEL_SMALL }, { _asmCmd, NULL, "-g", /* options with --debug */ NULL, /* options without --debug */ //"-plosgffc", /* Options with debug */ //"-plosgff", /* Options without debug */ 0, ".asm", NULL /* no do_assemble function */ }, { _linkCmd, NULL, _pic14_do_link, /* own do link function */ ".o", 0 }, { _defaultRules }, { /* Sizes: char, short, int, long, ptr, fptr, gptr, bit, float, max */ 1, 2, 2, 4, 2, 2, 3, 1, 4, 4 /* TSD - I changed the size of gptr from 3 to 1. However, it should be 2 so that we can accomodate the PIC's with 4 register banks (like the 16f877) */ }, /* tags for generic pointers */ { 0x00, 0x00, 0x00, 0x80 }, /* far, near, xstack, code */ { "XSEG (XDATA)", "STACK (DATA)", "code", "DSEG (DATA)", "ISEG (DATA)", NULL, /* pdata */ "XSEG (XDATA)", "BSEG (BIT)", "RSEG (DATA)", "GSINIT (CODE)", "udata_ovr", "GSFINAL (CODE)", "HOME (CODE)", NULL, // xidata NULL, // xinit "CONST (CODE)", // const_name - const data (code or not) "CABS (ABS,CODE)", // cabs_name - const absolute data (code or not) "XABS (ABS,XDATA)", // xabs_name - absolute xdata "IABS (ABS,DATA)", // iabs_name - absolute data NULL, NULL, 1 // code is read only }, { NULL, NULL }, { +1, 1, 4, 1, 1, 0 }, /* pic14 has an 8 bit mul */ { 1, -1 }, { pic14_emitDebuggerSymbol }, { 255/3, /* maxCount */ 3, /* sizeofElement */ /* The rest of these costs are bogus. They approximate */ /* the behavior of src/SDCCicode.c 1.207 and earlier. */ {4,4,4}, /* sizeofMatchJump[] */ {0,0,0}, /* sizeofRangeCompare[] */ 0, /* sizeofSubtract */ 3, /* sizeofDispatch */ }, "_", _pic14_init, _pic14_parseOptions, _pic14_poptions, _pic14_initPaths, _pic14_finaliseOptions, _pic14_setDefaultOptions, pic14_assignRegisters, _pic14_getRegName, _pic14_keywords, _pic14_genAssemblerPreamble, NULL, /* no genAssemblerEnd */ _pic14_genIVT, NULL, // _pic14_genXINIT NULL, /* genInitStartup */ _pic14_reset_regparm, _pic14_regparm, NULL, /* process a pragma */ NULL, _hasNativeMulFor, hasExtBitOp, /* hasExtBitOp */ oclsExpense, /* oclsExpense */ FALSE, // TRUE, /* little endian */ FALSE, /* little endian - PIC code enumlates big endian */ 0, /* leave lt */ 0, /* leave gt */ 1, /* transform <= to ! > */ 1, /* transform >= to ! < */ 1, /* transform != to !(a == b) */ 0, /* leave == */ FALSE, /* No array initializer support. */ 0, /* no CSE cost estimation yet */ NULL, /* no builtin functions */ GPOINTER, /* treat unqualified pointers as "generic" pointers */ 1, /* reset labelKey to 1 */ 1, /* globals & local static allowed */ PORT_MAGIC }; sdcc-2.9.0/src/pic/main.h000066400000000000000000000003151116427777700151170ustar00rootroot00000000000000#ifndef MAIN_INCLUDE #define MAIN_INCLUDE typedef struct { unsigned int isLibrarySource:1; int disable_df; } pic14_options_t; extern pic14_options_t pic14_options; extern int debug_verbose; #endif sdcc-2.9.0/src/pic/pcode.c000066400000000000000000004254151116427777700152740ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcode.c - post code generation Written By - Scott Dattalo scott@dattalo.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ #include "device.h" #include "gen.h" #include "pcode.h" #include "pcodeflow.h" #include "ralloc.h" /****************************************************************/ /****************************************************************/ // Eventually this will go into device dependent files: pCodeOpReg pc_status = {{PO_STATUS, "STATUS"}, -1, NULL,0,NULL}; pCodeOpReg pc_indf = {{PO_INDF, "INDF"}, -1, NULL,0,NULL}; pCodeOpReg pc_fsr = {{PO_FSR, "FSR"}, -1, NULL,0,NULL}; pCodeOpReg pc_intcon = {{PO_INTCON, "INTCON"}, -1, NULL,0,NULL}; pCodeOpReg pc_pcl = {{PO_PCL, "PCL"}, -1, NULL,0,NULL}; pCodeOpReg pc_pclath = {{PO_PCLATH, "PCLATH"}, -1, NULL,0,NULL}; pCodeOpReg pc_wsave = {{PO_GPR_REGISTER, "WSAVE"}, -1, NULL,0,NULL}; pCodeOpReg pc_ssave = {{PO_GPR_REGISTER, "SSAVE"}, -1, NULL,0,NULL}; pCodeOpReg pc_psave = {{PO_GPR_REGISTER, "PSAVE"}, -1, NULL,0,NULL}; pFile *the_pFile = NULL; #define SET_BANK_BIT (1 << 16) #define CLR_BANK_BIT 0 static peepCommand peepCommands[] = { {NOTBITSKIP, "_NOTBITSKIP_"}, {BITSKIP, "_BITSKIP_"}, {INVERTBITSKIP, "_INVERTBITSKIP_"}, {-1, NULL} }; static int mnemonics_initialized = 0; static hTab *pic14MnemonicsHash = NULL; static hTab *pic14pCodePeepCommandsHash = NULL; static pBlock *pb_dead_pcodes = NULL; /* Hardcoded flags to change the behavior of the PIC port */ static int functionInlining = 1; /* inline functions if nonzero */ // static int GpCodeSequenceNumber = 1; static int GpcFlowSeq = 1; /* statistics (code size estimation) */ static unsigned int pcode_insns = 0; static unsigned int pcode_doubles = 0; static unsigned peakIdx = 0; /* This keeps track of the peak register index for call tree register reuse */ /****************************************************************/ /* Forward declarations */ /****************************************************************/ static void genericDestruct(pCode *pc); static void genericPrint(FILE *of,pCode *pc); static void pBlockStats(FILE *of, pBlock *pb); static pCode *findFunction(char *fname); static void pCodePrintLabel(FILE *of, pCode *pc); static void pCodePrintFunction(FILE *of, pCode *pc); static void pCodeOpPrint(FILE *of, pCodeOp *pcop); static char *get_op_from_instruction( pCodeInstruction *pcc); static pBlock *newpBlock(void); /****************************************************************/ /* PIC Instructions */ /****************************************************************/ static pCodeInstruction pciADDWF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_ADDWF, "ADDWF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_C | PCC_DC | PCC_Z) // outCond }; static pCodeInstruction pciADDFW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_ADDFW, "ADDWF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_W | PCC_C | PCC_DC | PCC_Z) // outCond }; static pCodeInstruction pciADDLW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_ADDLW, "ADDLW", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand POC_NOP, (PCC_W | PCC_LITERAL), // inCond (PCC_W | PCC_Z | PCC_C | PCC_DC) // outCond }; static pCodeInstruction pciANDLW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_ANDLW, "ANDLW", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand POC_NOP, (PCC_W | PCC_LITERAL), // inCond (PCC_W | PCC_Z) // outCond }; static pCodeInstruction pciANDWF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_ANDWF, "ANDWF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_Z) // outCond }; static pCodeInstruction pciANDFW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_ANDFW, "ANDWF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_W | PCC_Z) // outCond }; static pCodeInstruction pciBCF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_BCF, "BCF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,1, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_BSF, (PCC_REGISTER | PCC_EXAMINE_PCOP), // inCond (PCC_REGISTER | PCC_EXAMINE_PCOP) // outCond }; static pCodeInstruction pciBSF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_BSF, "BSF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,1, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_BCF, (PCC_REGISTER | PCC_EXAMINE_PCOP), // inCond (PCC_REGISTER | PCC_EXAMINE_PCOP) // outCond }; static pCodeInstruction pciBTFSC = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_BTFSC, "BTFSC", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,1, // dest, bit instruction 1,1, // branch, skip 0, // literal operand POC_BTFSS, (PCC_REGISTER | PCC_EXAMINE_PCOP), // inCond PCC_NONE // outCond }; static pCodeInstruction pciBTFSS = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_BTFSS, "BTFSS", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,1, // dest, bit instruction 1,1, // branch, skip 0, // literal operand POC_BTFSC, (PCC_REGISTER | PCC_EXAMINE_PCOP), // inCond PCC_NONE // outCond }; static pCodeInstruction pciCALL = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_CALL, "CALL", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand POC_NOP, (PCC_NONE | PCC_W), // inCond, reads argument from WREG (PCC_NONE | PCC_W | PCC_C | PCC_DC | PCC_Z) // outCond, flags are destroyed by called function }; static pCodeInstruction pciCOMF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_COMF, "COMF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_REGISTER, // inCond PCC_REGISTER | PCC_Z // outCond }; static pCodeInstruction pciCOMFW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_COMFW, "COMF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_REGISTER, // inCond PCC_W | PCC_Z // outCond }; static pCodeInstruction pciCLRF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_CLRF, "CLRF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_NONE, // inCond PCC_REGISTER | PCC_Z // outCond }; static pCodeInstruction pciCLRW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_CLRW, "CLRW", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_NONE, // inCond PCC_W | PCC_Z // outCond }; static pCodeInstruction pciCLRWDT = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_CLRWDT, "CLRWDT", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE // outCond }; static pCodeInstruction pciDECF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_DECF, "DECF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_REGISTER, // inCond PCC_REGISTER | PCC_Z // outCond }; static pCodeInstruction pciDECFW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_DECFW, "DECF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_REGISTER, // inCond PCC_W | PCC_Z // outCond }; static pCodeInstruction pciDECFSZ = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_DECFSZ, "DECFSZ", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand POC_DECF, // followed by BTFSC STATUS, Z --> also kills STATUS PCC_REGISTER, // inCond PCC_REGISTER | PCC_Z // outCond }; static pCodeInstruction pciDECFSZW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_DECFSZW, "DECFSZ", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand POC_DECFW, // followed by BTFSC STATUS, Z --> also kills STATUS PCC_REGISTER, // inCond PCC_W | PCC_Z // outCond }; static pCodeInstruction pciGOTO = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_GOTO, "GOTO", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE // outCond }; static pCodeInstruction pciINCF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_INCF, "INCF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_REGISTER, // inCond PCC_REGISTER | PCC_Z // outCond }; static pCodeInstruction pciINCFW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_INCFW, "INCF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_REGISTER, // inCond PCC_W | PCC_Z // outCond }; static pCodeInstruction pciINCFSZ = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_INCFSZ, "INCFSZ", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand POC_INCF, // followed by BTFSC STATUS, Z --> also kills STATUS PCC_REGISTER, // inCond PCC_REGISTER | PCC_Z // outCond }; static pCodeInstruction pciINCFSZW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_INCFSZW, "INCFSZ", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand POC_INCFW, // followed by BTFSC STATUS, Z --> also kills STATUS PCC_REGISTER, // inCond PCC_W | PCC_Z // outCond }; static pCodeInstruction pciIORWF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_IORWF, "IORWF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_Z) // outCond }; static pCodeInstruction pciIORFW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_IORFW, "IORWF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_W | PCC_Z) // outCond }; static pCodeInstruction pciIORLW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_IORLW, "IORLW", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand POC_NOP, (PCC_W | PCC_LITERAL), // inCond (PCC_W | PCC_Z) // outCond }; static pCodeInstruction pciMOVF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_MOVF, "MOVF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_REGISTER, // inCond PCC_Z // outCond }; static pCodeInstruction pciMOVFW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_MOVFW, "MOVF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_W | PCC_Z) // outCond }; static pCodeInstruction pciMOVWF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_MOVWF, "MOVWF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_W, // inCond PCC_REGISTER // outCond }; static pCodeInstruction pciMOVLW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_MOVLW, "MOVLW", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand POC_NOP, (PCC_NONE | PCC_LITERAL), // inCond PCC_W // outCond }; static pCodeInstruction pciNOP = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_NOP, "NOP", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE // outCond }; static pCodeInstruction pciRETFIE = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_RETFIE, "RETFIE", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand POC_NOP, PCC_NONE, // inCond (PCC_NONE | PCC_C | PCC_DC | PCC_Z) // outCond (not true... affects the GIE bit too), STATUS bit are retored }; static pCodeInstruction pciRETLW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_RETLW, "RETLW", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 1, // literal operand POC_NOP, PCC_LITERAL, // inCond (PCC_W| PCC_C | PCC_DC | PCC_Z) // outCond, STATUS bits are irrelevant after RETLW }; static pCodeInstruction pciRETURN = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_RETURN, "RETURN", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand POC_NOP, PCC_NONE | PCC_W, // inCond, return value is possibly present in W (PCC_NONE | PCC_C | PCC_DC | PCC_Z) // outCond, STATUS bits are irrelevant after RETURN }; static pCodeInstruction pciRLF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_RLF, "RLF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_C | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_C ) // outCond }; static pCodeInstruction pciRLFW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_RLFW, "RLF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_C | PCC_REGISTER), // inCond (PCC_W | PCC_C) // outCond }; static pCodeInstruction pciRRF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_RRF, "RRF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_C | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_C) // outCond }; static pCodeInstruction pciRRFW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_RRFW, "RRF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_C | PCC_REGISTER), // inCond (PCC_W | PCC_C) // outCond }; static pCodeInstruction pciSUBWF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_SUBWF, "SUBWF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_C | PCC_DC | PCC_Z) // outCond }; static pCodeInstruction pciSUBFW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_SUBFW, "SUBWF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_W | PCC_C | PCC_DC | PCC_Z) // outCond }; static pCodeInstruction pciSUBLW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_SUBLW, "SUBLW", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand POC_NOP, (PCC_W | PCC_LITERAL), // inCond (PCC_W | PCC_Z | PCC_C | PCC_DC) // outCond }; static pCodeInstruction pciSWAPF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_SWAPF, "SWAPF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_REGISTER), // inCond (PCC_REGISTER) // outCond }; static pCodeInstruction pciSWAPFW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_SWAPFW, "SWAPF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_REGISTER), // inCond (PCC_W) // outCond }; static pCodeInstruction pciTRIS = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_TRIS, "TRIS", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_NONE, // inCond /* FIXME: what's TRIS doing? */ PCC_REGISTER // outCond /* FIXME: what's TRIS doing */ }; static pCodeInstruction pciXORWF = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_XORWF, "XORWF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_Z) // outCond }; static pCodeInstruction pciXORFW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_XORFW, "XORWF", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_W | PCC_Z) // outCond }; static pCodeInstruction pciXORLW = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_XORLW, "XORLW", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand POC_NOP, (PCC_W | PCC_LITERAL), // inCond (PCC_W | PCC_Z) // outCond }; static pCodeInstruction pciBANKSEL = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_BANKSEL, "BANKSEL", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE // outCond }; static pCodeInstruction pciPAGESEL = { {PC_OPCODE, NULL, NULL, 0, 0, NULL, genericDestruct, genericPrint}, POC_PAGESEL, "PAGESEL", NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE // outCond }; pCodeInstruction *pic14Mnemonics[MAX_PIC14MNEMONICS]; /*-----------------------------------------------------------------*/ /* return a unique ID number to assist pCodes debuging */ /*-----------------------------------------------------------------*/ static unsigned PCodeID(void) { static unsigned int pcodeId = 1; /* unique ID number to be assigned to all pCodes */ /* static unsigned int stop; if (pcodeId == 1448) stop++; // Place break point here */ return pcodeId++; } void pCodeInitRegisters(void) { static int initialized=0; int shareBankAddress, stkSize, haveShared; PIC_device *pic; if(initialized) return; initialized = 1; pic = init_pic(port->processor); haveShared = pic14_getSharedStack(NULL, &shareBankAddress, &stkSize); /* Set pseudo stack size to SHAREBANKSIZE - 3. * On multi memory bank ICs this leaves room for WSAVE/SSAVE/PSAVE * (used for interrupts) to fit into the shared portion of the * memory bank. */ stkSize = stkSize - 3; assert(stkSize >= 0); initStack(shareBankAddress, stkSize, haveShared); /* TODO: Read aliases for SFRs from regmap lines in device description. */ pc_status.r = allocProcessorRegister(IDX_STATUS,"STATUS", PO_STATUS, 0x180); pc_pcl.r = allocProcessorRegister(IDX_PCL,"PCL", PO_PCL, 0x80); pc_pclath.r = allocProcessorRegister(IDX_PCLATH,"PCLATH", PO_PCLATH, 0x180); pc_fsr.r = allocProcessorRegister(IDX_FSR,"FSR", PO_FSR, 0x180); pc_indf.r = allocProcessorRegister(IDX_INDF,"INDF", PO_INDF, 0x180); pc_intcon.r = allocProcessorRegister(IDX_INTCON,"INTCON", PO_INTCON, 0x180); pc_status.rIdx = IDX_STATUS; pc_fsr.rIdx = IDX_FSR; pc_indf.rIdx = IDX_INDF; pc_intcon.rIdx = IDX_INTCON; pc_pcl.rIdx = IDX_PCL; pc_pclath.rIdx = IDX_PCLATH; /* Interrupt storage for working register - must be same address in all banks ie section SHAREBANK. */ pc_wsave.r = allocInternalRegister(IDX_WSAVE,pc_wsave.pcop.name,pc_wsave.pcop.type, pic ? pic->bankMask : 0x180); /* Interrupt storage for status register. */ pc_ssave.r = allocInternalRegister(IDX_SSAVE,pc_ssave.pcop.name,pc_ssave.pcop.type, (pic && haveShared) ? pic->bankMask : 0); /* Interrupt storage for pclath register. */ pc_psave.r = allocInternalRegister(IDX_PSAVE,pc_psave.pcop.name,pc_psave.pcop.type, (pic && haveShared) ? pic->bankMask : 0); pc_wsave.rIdx = pc_wsave.r->rIdx; pc_ssave.rIdx = pc_ssave.r->rIdx; pc_psave.rIdx = pc_psave.r->rIdx; pc_wsave.r->isFixed = 1; /* Some PIC ICs do not have a sharebank - this register needs to be reserved across all banks. */ pc_wsave.r->address = shareBankAddress-stkSize; pc_ssave.r->isFixed = 1; /* This register must be in the first bank. */ pc_ssave.r->address = shareBankAddress-stkSize-1; pc_psave.r->isFixed = 1; /* This register must be in the first bank. */ pc_psave.r->address = shareBankAddress-stkSize-2; /* probably should put this in a separate initialization routine */ pb_dead_pcodes = newpBlock(); } /*-----------------------------------------------------------------*/ /* mnem2key - convert a pic mnemonic into a hash key */ /* (BTW - this spreads the mnemonics quite well) */ /* */ /*-----------------------------------------------------------------*/ static int mnem2key(unsigned char const *mnem) { int key = 0; if(!mnem) return 0; while(*mnem) { key += toupper(*mnem++) +1; } return (key & 0x1f); } static void pic14initMnemonics(void) { int i = 0; int key; // char *str; pCodeInstruction *pci; if(mnemonics_initialized) return; //FIXME - probably should NULL out the array before making the assignments //since we check the array contents below this initialization. pic14Mnemonics[POC_ADDLW] = &pciADDLW; pic14Mnemonics[POC_ADDWF] = &pciADDWF; pic14Mnemonics[POC_ADDFW] = &pciADDFW; pic14Mnemonics[POC_ANDLW] = &pciANDLW; pic14Mnemonics[POC_ANDWF] = &pciANDWF; pic14Mnemonics[POC_ANDFW] = &pciANDFW; pic14Mnemonics[POC_BCF] = &pciBCF; pic14Mnemonics[POC_BSF] = &pciBSF; pic14Mnemonics[POC_BTFSC] = &pciBTFSC; pic14Mnemonics[POC_BTFSS] = &pciBTFSS; pic14Mnemonics[POC_CALL] = &pciCALL; pic14Mnemonics[POC_COMF] = &pciCOMF; pic14Mnemonics[POC_COMFW] = &pciCOMFW; pic14Mnemonics[POC_CLRF] = &pciCLRF; pic14Mnemonics[POC_CLRW] = &pciCLRW; pic14Mnemonics[POC_CLRWDT] = &pciCLRWDT; pic14Mnemonics[POC_DECF] = &pciDECF; pic14Mnemonics[POC_DECFW] = &pciDECFW; pic14Mnemonics[POC_DECFSZ] = &pciDECFSZ; pic14Mnemonics[POC_DECFSZW] = &pciDECFSZW; pic14Mnemonics[POC_GOTO] = &pciGOTO; pic14Mnemonics[POC_INCF] = &pciINCF; pic14Mnemonics[POC_INCFW] = &pciINCFW; pic14Mnemonics[POC_INCFSZ] = &pciINCFSZ; pic14Mnemonics[POC_INCFSZW] = &pciINCFSZW; pic14Mnemonics[POC_IORLW] = &pciIORLW; pic14Mnemonics[POC_IORWF] = &pciIORWF; pic14Mnemonics[POC_IORFW] = &pciIORFW; pic14Mnemonics[POC_MOVF] = &pciMOVF; pic14Mnemonics[POC_MOVFW] = &pciMOVFW; pic14Mnemonics[POC_MOVLW] = &pciMOVLW; pic14Mnemonics[POC_MOVWF] = &pciMOVWF; pic14Mnemonics[POC_NOP] = &pciNOP; pic14Mnemonics[POC_RETFIE] = &pciRETFIE; pic14Mnemonics[POC_RETLW] = &pciRETLW; pic14Mnemonics[POC_RETURN] = &pciRETURN; pic14Mnemonics[POC_RLF] = &pciRLF; pic14Mnemonics[POC_RLFW] = &pciRLFW; pic14Mnemonics[POC_RRF] = &pciRRF; pic14Mnemonics[POC_RRFW] = &pciRRFW; pic14Mnemonics[POC_SUBLW] = &pciSUBLW; pic14Mnemonics[POC_SUBWF] = &pciSUBWF; pic14Mnemonics[POC_SUBFW] = &pciSUBFW; pic14Mnemonics[POC_SWAPF] = &pciSWAPF; pic14Mnemonics[POC_SWAPFW] = &pciSWAPFW; pic14Mnemonics[POC_TRIS] = &pciTRIS; pic14Mnemonics[POC_XORLW] = &pciXORLW; pic14Mnemonics[POC_XORWF] = &pciXORWF; pic14Mnemonics[POC_XORFW] = &pciXORFW; pic14Mnemonics[POC_BANKSEL] = &pciBANKSEL; pic14Mnemonics[POC_PAGESEL] = &pciPAGESEL; for(i=0; imnemonic), pic14Mnemonics[i]); pci = hTabFirstItem(pic14MnemonicsHash, &key); while(pci) { DFPRINTF((stderr, "element %d key %d, mnem %s\n",i++,key,pci->mnemonic)); pci = hTabNextItem(pic14MnemonicsHash, &key); } mnemonics_initialized = 1; } int getpCode(char *mnem,unsigned dest) { pCodeInstruction *pci; int key = mnem2key((unsigned char *)mnem); if(!mnemonics_initialized) pic14initMnemonics(); pci = hTabFirstItemWK(pic14MnemonicsHash, key); while(pci) { if(STRCASECMP(pci->mnemonic, mnem) == 0) { if((pci->num_ops <= 1) || (pci->isModReg == dest) || (pci->isBitInst)) return(pci->op); } pci = hTabNextItemWK (pic14MnemonicsHash); } return -1; } /*-----------------------------------------------------------------* * pic14initpCodePeepCommands * *-----------------------------------------------------------------*/ void pic14initpCodePeepCommands(void) { int key, i; peepCommand *pcmd; i = 0; do { hTabAddItem(&pic14pCodePeepCommandsHash, mnem2key((unsigned char *)peepCommands[i].cmd), &peepCommands[i]); i++; } while (peepCommands[i].cmd); pcmd = hTabFirstItem(pic14pCodePeepCommandsHash, &key); while(pcmd) { //fprintf(stderr, "peep command %s key %d\n",pcmd->cmd,pcmd->id); pcmd = hTabNextItem(pic14pCodePeepCommandsHash, &key); } } /*----------------------------------------------------------------- * * *-----------------------------------------------------------------*/ int getpCodePeepCommand(char *cmd) { peepCommand *pcmd; int key = mnem2key((unsigned char *)cmd); pcmd = hTabFirstItemWK(pic14pCodePeepCommandsHash, key); while(pcmd) { // fprintf(stderr," comparing %s to %s\n",pcmd->cmd,cmd); if(STRCASECMP(pcmd->cmd, cmd) == 0) { return pcmd->id; } pcmd = hTabNextItemWK (pic14pCodePeepCommandsHash); } return -1; } static char getpBlock_dbName(pBlock *pb) { if(!pb) return 0; if(pb->cmemmap) return pb->cmemmap->dbName; return pb->dbName; } void pBlockConvert2ISR(pBlock *pb) { if(!pb) return; if(pb->cmemmap) pb->cmemmap = NULL; pb->dbName = 'I'; } /*-----------------------------------------------------------------*/ /* movepBlock2Head - given the dbname of a pBlock, move all */ /* instances to the front of the doubly linked */ /* list of pBlocks */ /*-----------------------------------------------------------------*/ void movepBlock2Head(char dbName) { pBlock *pb; if (!the_pFile) return; pb = the_pFile->pbHead; while(pb) { if(getpBlock_dbName(pb) == dbName) { pBlock *pbn = pb->next; pb->next = the_pFile->pbHead; the_pFile->pbHead->prev = pb; the_pFile->pbHead = pb; if(pb->prev) pb->prev->next = pbn; // If the pBlock that we just moved was the last // one in the link of all of the pBlocks, then we // need to point the tail to the block just before // the one we moved. // Note: if pb->next is NULL, then pb must have // been the last pBlock in the chain. if(pbn) pbn->prev = pb->prev; else the_pFile->pbTail = pb->prev; pb = pbn; } else pb = pb->next; } } void copypCode(FILE *of, char dbName) { pBlock *pb; if(!of || !the_pFile) return; for(pb = the_pFile->pbHead; pb; pb = pb->next) { if(getpBlock_dbName(pb) == dbName) { pBlockStats(of,pb); printpBlock(of,pb); fprintf (of, "\n"); } } } void resetpCodeStatistics (void) { pcode_insns = pcode_doubles = 0; } void dumppCodeStatistics (FILE *of) { /* dump statistics */ fprintf (of, "\n"); fprintf (of, ";\tcode size estimation:\n"); fprintf (of, ";\t%5u+%5u = %5u instructions (%5u byte)\n", pcode_insns, pcode_doubles, pcode_insns + pcode_doubles, 2*(pcode_insns + 2*pcode_doubles)); fprintf (of, "\n"); } void pcode_test(void) { DFPRINTF((stderr,"pcode is alive!\n")); //initMnemonics(); if(the_pFile) { pBlock *pb; FILE *pFile; char buffer[100]; /* create the file name */ strcpy(buffer,dstFileName); strcat(buffer,".p"); if( !(pFile = fopen(buffer, "w" ))) { werror(E_FILE_OPEN_ERR,buffer); exit(1); } fprintf(pFile,"pcode dump\n\n"); for(pb = the_pFile->pbHead; pb; pb = pb->next) { fprintf(pFile,"\n\tNew pBlock\n\n"); if(pb->cmemmap) fprintf(pFile,"%s",pb->cmemmap->sname); else fprintf(pFile,"internal pblock"); fprintf(pFile,", dbName =%c\n",getpBlock_dbName(pb)); printpBlock(pFile,pb); } } } /*-----------------------------------------------------------------*/ /* int RegCond(pCodeOp *pcop) - if pcop points to the STATUS reg- */ /* ister, RegCond will return the bit being referenced. */ /* */ /* fixme - why not just OR in the pcop bit field */ /*-----------------------------------------------------------------*/ static int RegCond(pCodeOp *pcop) { if(!pcop) return 0; if (pcop->type == PO_GPR_BIT) { char *name = pcop->name; if (!name) name = PCOR(pcop)->r->name; if (strcmp(name, pc_status.pcop.name) == 0) { switch(PCORB(pcop)->bit) { case PIC_C_BIT: return PCC_C; case PIC_DC_BIT: return PCC_DC; case PIC_Z_BIT: return PCC_Z; } } } return 0; } /*-----------------------------------------------------------------*/ /* newpCode - create and return a newly initialized pCode */ /* */ /* fixme - rename this */ /* */ /* The purpose of this routine is to create a new Instruction */ /* pCode. This is called by gen.c while the assembly code is being */ /* generated. */ /* */ /* Inouts: */ /* PIC_OPCODE op - the assembly instruction we wish to create. */ /* (note that the op is analogous to but not the */ /* same thing as the opcode of the instruction.) */ /* pCdoeOp *pcop - pointer to the operand of the instruction. */ /* */ /* Outputs: */ /* a pointer to the new malloc'd pCode is returned. */ /* */ /* */ /* */ /*-----------------------------------------------------------------*/ pCode *newpCode (PIC_OPCODE op, pCodeOp *pcop) { pCodeInstruction *pci ; if(!mnemonics_initialized) pic14initMnemonics(); pci = Safe_calloc(1, sizeof(pCodeInstruction)); if((op>=0) && (op < MAX_PIC14MNEMONICS) && pic14Mnemonics[op]) { memcpy(pci, pic14Mnemonics[op], sizeof(pCodeInstruction)); pci->pc.id = PCodeID(); pci->pcop = pcop; if(pci->inCond & PCC_EXAMINE_PCOP) pci->inCond |= RegCond(pcop); if(pci->outCond & PCC_EXAMINE_PCOP) pci->outCond |= RegCond(pcop); pci->pc.prev = pci->pc.next = NULL; return (pCode *)pci; } fprintf(stderr, "pCode mnemonic error %s,%d\n",__FUNCTION__,__LINE__); exit(1); return NULL; } /*-----------------------------------------------------------------*/ /* newpCodeWild - create a "wild" as in wild card pCode */ /* */ /* Wild pcodes are used during the peep hole optimizer to serve */ /* as place holders for any instruction. When a snippet of code is */ /* compared to a peep hole rule, the wild card opcode will match */ /* any instruction. However, the optional operand and label are */ /* additional qualifiers that must also be matched before the */ /* line (of assembly code) is declared matched. Note that the */ /* operand may be wild too. */ /* */ /* Note, a wild instruction is specified just like a wild var: */ /* %4 ; A wild instruction, */ /* See the peeph.def file for additional examples */ /* */ /*-----------------------------------------------------------------*/ pCode *newpCodeWild(int pCodeID, pCodeOp *optional_operand, pCodeOp *optional_label) { pCodeWild *pcw; pcw = Safe_calloc(1,sizeof(pCodeWild)); pcw->pci.pc.type = PC_WILD; pcw->pci.pc.prev = pcw->pci.pc.next = NULL; pcw->id = PCodeID(); pcw->pci.from = pcw->pci.to = pcw->pci.label = NULL; pcw->pci.pc.pb = NULL; pcw->pci.pc.destruct = genericDestruct; pcw->pci.pc.print = genericPrint; pcw->id = pCodeID; // this is the 'n' in %n pcw->operand = optional_operand; pcw->label = optional_label; pcw->mustBeBitSkipInst = 0; pcw->mustNotBeBitSkipInst = 0; pcw->invertBitSkipInst = 0; return ( (pCode *)pcw); } /*-----------------------------------------------------------------*/ /* newPcodeCharP - create a new pCode from a char string */ /*-----------------------------------------------------------------*/ pCode *newpCodeCharP(char *cP) { pCodeComment *pcc ; pcc = Safe_calloc(1,sizeof(pCodeComment)); pcc->pc.type = PC_COMMENT; pcc->pc.prev = pcc->pc.next = NULL; pcc->pc.id = PCodeID(); //pcc->pc.from = pcc->pc.to = pcc->pc.label = NULL; pcc->pc.pb = NULL; pcc->pc.destruct = genericDestruct; pcc->pc.print = genericPrint; if(cP) pcc->comment = Safe_strdup(cP); else pcc->comment = NULL; return ( (pCode *)pcc); } /*-----------------------------------------------------------------*/ /* newpCodeFunction - */ /*-----------------------------------------------------------------*/ pCode *newpCodeFunction(char *mod,char *f,int isPublic) { pCodeFunction *pcf; pcf = Safe_calloc(1,sizeof(pCodeFunction)); //_ALLOC(pcf,sizeof(pCodeFunction)); pcf->pc.type = PC_FUNCTION; pcf->pc.prev = pcf->pc.next = NULL; pcf->pc.id = PCodeID(); //pcf->pc.from = pcf->pc.to = pcf->pc.label = NULL; pcf->pc.pb = NULL; pcf->pc.destruct = genericDestruct; pcf->pc.print = pCodePrintFunction; pcf->ncalled = 0; if(mod) { //_ALLOC_ATOMIC(pcf->modname,strlen(mod)+1); pcf->modname = Safe_calloc(1,strlen(mod)+1); strcpy(pcf->modname,mod); } else pcf->modname = NULL; if(f) { //_ALLOC_ATOMIC(pcf->fname,strlen(f)+1); pcf->fname = Safe_calloc(1,strlen(f)+1); strcpy(pcf->fname,f); } else pcf->fname = NULL; pcf->isPublic = (unsigned)isPublic; return ( (pCode *)pcf); } /*-----------------------------------------------------------------*/ /* newpCodeFlow */ /*-----------------------------------------------------------------*/ static void destructpCodeFlow(pCode *pc) { if(!pc || !isPCFL(pc)) return; /* if(PCFL(pc)->from) if(PCFL(pc)->to) */ unlinkpCode(pc); deleteSet(&PCFL(pc)->registers); deleteSet(&PCFL(pc)->from); deleteSet(&PCFL(pc)->to); free(pc); } static pCode *newpCodeFlow(void ) { pCodeFlow *pcflow; //_ALLOC(pcflow,sizeof(pCodeFlow)); pcflow = Safe_calloc(1,sizeof(pCodeFlow)); pcflow->pc.type = PC_FLOW; pcflow->pc.prev = pcflow->pc.next = NULL; pcflow->pc.pb = NULL; pcflow->pc.destruct = destructpCodeFlow; pcflow->pc.print = genericPrint; pcflow->pc.seq = GpcFlowSeq++; pcflow->from = pcflow->to = NULL; pcflow->inCond = PCC_NONE; pcflow->outCond = PCC_NONE; pcflow->firstBank = 'U'; /* Undetermined */ pcflow->lastBank = 'U'; /* Undetermined */ pcflow->FromConflicts = 0; pcflow->ToConflicts = 0; pcflow->end = NULL; pcflow->registers = newSet(); return ( (pCode *)pcflow); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static pCodeFlowLink *newpCodeFlowLink(pCodeFlow *pcflow) { pCodeFlowLink *pcflowLink; pcflowLink = Safe_calloc(1,sizeof(pCodeFlowLink)); pcflowLink->pcflow = pcflow; pcflowLink->bank_conflict = 0; return pcflowLink; } /*-----------------------------------------------------------------*/ /* newpCodeCSource - create a new pCode Source Symbol */ /*-----------------------------------------------------------------*/ pCode *newpCodeCSource(int ln, char *f, const char *l) { pCodeCSource *pccs; pccs = Safe_calloc(1,sizeof(pCodeCSource)); pccs->pc.type = PC_CSOURCE; pccs->pc.prev = pccs->pc.next = NULL; pccs->pc.id = PCodeID(); pccs->pc.pb = NULL; pccs->pc.destruct = genericDestruct; pccs->pc.print = genericPrint; pccs->line_number = ln; if(l) pccs->line = Safe_strdup(l); else pccs->line = NULL; if(f) pccs->file_name = Safe_strdup(f); else pccs->file_name = NULL; return ( (pCode *)pccs); } /*******************************************************************/ /* pic16_newpCodeAsmDir - create a new pCode Assembler Directive */ /* added by VR 6-Jun-2003 */ /*******************************************************************/ pCode *newpCodeAsmDir(char *asdir, char *argfmt, ...) { pCodeAsmDir *pcad; va_list ap; char buffer[512]; char *lbp=buffer; pcad = Safe_calloc(1, sizeof(pCodeAsmDir)); pcad->pci.pc.type = PC_ASMDIR; pcad->pci.pc.prev = pcad->pci.pc.next = NULL; pcad->pci.pc.pb = NULL; pcad->pci.pc.destruct = genericDestruct; pcad->pci.pc.print = genericPrint; if(asdir && *asdir) { while(isspace((unsigned char)*asdir))asdir++; // strip any white space from the beginning pcad->directive = Safe_strdup( asdir ); } va_start(ap, argfmt); memset(buffer, 0, sizeof(buffer)); if(argfmt && *argfmt) vsprintf(buffer, argfmt, ap); va_end(ap); while(isspace((unsigned char)*lbp))lbp++; if(lbp && *lbp) pcad->arg = Safe_strdup( lbp ); return ((pCode *)pcad); } /*-----------------------------------------------------------------*/ /* pCodeLabelDestruct - free memory used by a label. */ /*-----------------------------------------------------------------*/ static void pCodeLabelDestruct(pCode *pc) { if(!pc) return; if((pc->type == PC_LABEL) && PCL(pc)->label) free(PCL(pc)->label); free(pc); } pCode *newpCodeLabel(char *name, int key) { char *s = buffer; pCodeLabel *pcl; pcl = Safe_calloc(1,sizeof(pCodeLabel) ); pcl->pc.type = PC_LABEL; pcl->pc.prev = pcl->pc.next = NULL; pcl->pc.id = PCodeID(); //pcl->pc.from = pcl->pc.to = pcl->pc.label = NULL; pcl->pc.pb = NULL; pcl->pc.destruct = pCodeLabelDestruct; pcl->pc.print = pCodePrintLabel; pcl->key = key; pcl->label = NULL; if(key>0) { sprintf(s,"_%05d_DS_",key); } else s = name; if(s) pcl->label = Safe_strdup(s); //fprintf(stderr,"newpCodeLabel: key=%d, name=%s\n",key, ((s)?s:"")); return ( (pCode *)pcl); } /*-----------------------------------------------------------------*/ /* newpBlock - create and return a pointer to a new pBlock */ /*-----------------------------------------------------------------*/ static pBlock *newpBlock(void) { pBlock *PpB; PpB = Safe_calloc(1,sizeof(pBlock) ); PpB->next = PpB->prev = NULL; PpB->function_entries = PpB->function_exits = PpB->function_calls = NULL; PpB->tregisters = NULL; PpB->visited = 0; PpB->FlowTree = NULL; return PpB; } /*-----------------------------------------------------------------*/ /* newpCodeChain - create a new chain of pCodes */ /*-----------------------------------------------------------------* * * This function will create a new pBlock and the pointer to the * pCode that is passed in will be the first pCode in the block. *-----------------------------------------------------------------*/ pBlock *newpCodeChain(memmap *cm,char c, pCode *pc) { pBlock *pB = newpBlock(); pB->pcHead = pB->pcTail = pc; pB->cmemmap = cm; pB->dbName = c; return pB; } /*-----------------------------------------------------------------*/ /* newpCodeOpLabel - Create a new label given the key */ /* Note, a negative key means that the label is part of wild card */ /* (and hence a wild card label) used in the pCodePeep */ /* optimizations). */ /*-----------------------------------------------------------------*/ pCodeOp *newpCodeOpLabel(char *name, int key) { char *s=NULL; static int label_key=-1; pCodeOp *pcop; pcop = Safe_calloc(1,sizeof(pCodeOpLabel) ); pcop->type = PO_LABEL; pcop->name = NULL; if(key>0) sprintf(s=buffer,"_%05d_DS_",key); else s = name, key = label_key--; PCOLAB(pcop)->offset = 0; if(s) pcop->name = Safe_strdup(s); ((pCodeOpLabel *)pcop)->key = key; //fprintf(stderr,"newpCodeOpLabel: key=%d, name=%s\n",key,((s)?s:"")); return pcop; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *newpCodeOpLit(int lit) { char *s = buffer; pCodeOp *pcop; pcop = Safe_calloc(1,sizeof(pCodeOpLit) ); pcop->type = PO_LITERAL; pcop->name = NULL; if(lit>=0) { sprintf(s,"0x%02x", (unsigned char)lit); if(s) pcop->name = Safe_strdup(s); } ((pCodeOpLit *)pcop)->lit = (unsigned char)lit; return pcop; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *newpCodeOpImmd(char *name, int offset, int index, int code_space, int is_func) { pCodeOp *pcop; pcop = Safe_calloc(1,sizeof(pCodeOpImmd) ); pcop->type = PO_IMMEDIATE; if(name) { regs *r = NULL; pcop->name = Safe_strdup(name); if(!is_func) r = dirregWithName(name); PCOI(pcop)->r = r; if(r) { //fprintf(stderr, " newpCodeOpImmd reg %s exists\n",name); PCOI(pcop)->rIdx = r->rIdx; } else { //fprintf(stderr, " newpCodeOpImmd reg %s doesn't exist\n",name); PCOI(pcop)->rIdx = -1; } //fprintf(stderr,"%s %s %d\n",__FUNCTION__,name,offset); } else { pcop->name = NULL; } PCOI(pcop)->index = index; PCOI(pcop)->offset = offset; PCOI(pcop)->_const = code_space; PCOI(pcop)->_function = is_func; return pcop; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *newpCodeOpWild(int id, pCodeWildBlock *pcwb, pCodeOp *subtype) { char *s = buffer; pCodeOp *pcop; if(!pcwb || !subtype) { fprintf(stderr, "Wild opcode declaration error: %s-%d\n",__FILE__,__LINE__); exit(1); } pcop = Safe_calloc(1,sizeof(pCodeOpWild)); pcop->type = PO_WILD; sprintf(s,"%%%d",id); pcop->name = Safe_strdup(s); PCOW(pcop)->id = id; PCOW(pcop)->pcwb = pcwb; PCOW(pcop)->subtype = subtype; PCOW(pcop)->matched = NULL; return pcop; } /*-----------------------------------------------------------------*/ /* Find a symbol with matching name */ /*-----------------------------------------------------------------*/ static symbol *symFindWithName(memmap * map, const char *name) { symbol *sym; for (sym = setFirstItem(map->syms); sym; sym = setNextItem (map->syms)) { if (sym->rname && (strcmp(sym->rname,name)==0)) return sym; } return 0; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *newpCodeOpBit(char *name, int ibit, int inBitSpace) { pCodeOp *pcop; struct regs *r = 0; pcop = Safe_calloc(1,sizeof(pCodeOpRegBit) ); pcop->type = PO_GPR_BIT; PCORB(pcop)->bit = ibit; PCORB(pcop)->inBitSpace = inBitSpace; if (name) r = regFindWithName(name); if (!r) { // Register has not been allocated - check for symbol information symbol *sym; sym = symFindWithName(bit, name); if (!sym) sym = symFindWithName(sfrbit, name); if (!sym) sym = symFindWithName(sfr, name); if (!sym) sym = symFindWithName(reg, name); // Hack to fix accesses to _INTCON_bits (e.g. GIE=0), see #1579535. // XXX: This ignores nesting levels, but works for globals... if (!sym) sym = findSym(SymbolTab, NULL, name); if (!sym && name && name[0] == '_') sym = findSym(SymbolTab, NULL, &name[1]); if (sym) { r = allocNewDirReg(sym->etype,name); } } if (r) { pcop->name = NULL; PCOR(pcop)->r = r; PCOR(pcop)->rIdx = r->rIdx; } else { pcop->name = Safe_strdup(name); PCOR(pcop)->r = NULL; PCOR(pcop)->rIdx = 0; } return pcop; } /*-----------------------------------------------------------------* * pCodeOp *newpCodeOpReg(int rIdx) - allocate a new register * * If rIdx >=0 then a specific register from the set of registers * will be selected. If rIdx <0, then a new register will be searched * for. *-----------------------------------------------------------------*/ static pCodeOp *newpCodeOpReg(int rIdx) { pCodeOp *pcop; pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); pcop->name = NULL; if(rIdx >= 0) { PCOR(pcop)->rIdx = rIdx; PCOR(pcop)->r = pic14_regWithIdx(rIdx); } else { PCOR(pcop)->r = pic14_findFreeReg(REG_GPR); if(PCOR(pcop)->r) PCOR(pcop)->rIdx = PCOR(pcop)->r->rIdx; } if(PCOR(pcop)->r) pcop->type = PCOR(pcop)->r->pc_type; return pcop; } pCodeOp *newpCodeOpRegFromStr(char *name) { pCodeOp *pcop; pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); PCOR(pcop)->r = allocRegByName(name, 1); PCOR(pcop)->rIdx = PCOR(pcop)->r->rIdx; pcop->type = PCOR(pcop)->r->pc_type; pcop->name = PCOR(pcop)->r->name; return pcop; } static pCodeOp *newpCodeOpStr(char *name) { pCodeOp *pcop; pcop = Safe_calloc(1,sizeof(pCodeOpStr)); pcop->type = PO_STR; pcop->name = Safe_strdup(name); PCOS(pcop)->isPublic = 0; return pcop; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *newpCodeOp(char *name, PIC_OPTYPE type) { pCodeOp *pcop; switch(type) { case PO_BIT: case PO_GPR_BIT: pcop = newpCodeOpBit(name, -1,0); break; case PO_LITERAL: pcop = newpCodeOpLit(-1); break; case PO_LABEL: pcop = newpCodeOpLabel(NULL,-1); break; case PO_GPR_TEMP: pcop = newpCodeOpReg(-1); break; case PO_GPR_POINTER: case PO_GPR_REGISTER: if(name) pcop = newpCodeOpRegFromStr(name); else pcop = newpCodeOpReg(-1); break; case PO_STR: pcop = newpCodeOpStr(name); break; default: pcop = Safe_calloc(1,sizeof(pCodeOp) ); pcop->type = type; if(name) pcop->name = Safe_strdup(name); else pcop->name = NULL; } return pcop; } /*-----------------------------------------------------------------*/ /* addpCode2pBlock - place the pCode into the pBlock linked list */ /*-----------------------------------------------------------------*/ void addpCode2pBlock(pBlock *pb, pCode *pc) { if(!pb || !pc) return; if(!pb->pcHead) { /* If this is the first pcode to be added to a block that * was initialized with a NULL pcode, then go ahead and * make this pcode the head and tail */ pb->pcHead = pb->pcTail = pc; } else { // if(pb->pcTail) pb->pcTail->next = pc; pc->prev = pb->pcTail; pc->pb = pb; pb->pcTail = pc; } } /*-----------------------------------------------------------------*/ /* addpBlock - place a pBlock into the pFile */ /*-----------------------------------------------------------------*/ void addpBlock(pBlock *pb) { // fprintf(stderr," Adding pBlock: dbName =%c\n",getpBlock_dbName(pb)); if(!the_pFile) { /* First time called, we'll pass through here. */ //_ALLOC(the_pFile,sizeof(pFile)); the_pFile = Safe_calloc(1,sizeof(pFile)); the_pFile->pbHead = the_pFile->pbTail = pb; the_pFile->functions = NULL; return; } the_pFile->pbTail->next = pb; pb->prev = the_pFile->pbTail; pb->next = NULL; the_pFile->pbTail = pb; } /*-----------------------------------------------------------------*/ /* removepBlock - remove a pBlock from the pFile */ /*-----------------------------------------------------------------*/ static void removepBlock(pBlock *pb) { pBlock *pbs; if(!the_pFile) return; //fprintf(stderr," Removing pBlock: dbName =%c\n",getpBlock_dbName(pb)); for(pbs = the_pFile->pbHead; pbs; pbs = pbs->next) { if(pbs == pb) { if(pbs == the_pFile->pbHead) the_pFile->pbHead = pbs->next; if (pbs == the_pFile->pbTail) the_pFile->pbTail = pbs->prev; if(pbs->next) pbs->next->prev = pbs->prev; if(pbs->prev) pbs->prev->next = pbs->next; return; } } fprintf(stderr, "Warning: call to %s:%s didn't find pBlock\n",__FILE__,__FUNCTION__); } /*-----------------------------------------------------------------*/ /* printpCode - write the contents of a pCode to a file */ /*-----------------------------------------------------------------*/ void printpCode(FILE *of, pCode *pc) { if(!pc || !of) return; if(pc->print) { pc->print(of,pc); return; } fprintf(of,"warning - unable to print pCode\n"); } /*-----------------------------------------------------------------*/ /* printpBlock - write the contents of a pBlock to a file */ /*-----------------------------------------------------------------*/ void printpBlock(FILE *of, pBlock *pb) { pCode *pc; if(!pb) return; if(!of) of = stderr; for(pc = pb->pcHead; pc; pc = pc->next) { printpCode(of,pc); if (isPCI(pc)) { if (isPCI(pc) && (PCI(pc)->op == POC_PAGESEL || PCI(pc)->op == POC_BANKSEL)) { pcode_doubles++; } else { pcode_insns++; } } } // for } /*-----------------------------------------------------------------*/ /* */ /* pCode processing */ /* */ /* */ /* */ /*-----------------------------------------------------------------*/ void unlinkpCode(pCode *pc) { if(pc) { #ifdef PCODE_DEBUG fprintf(stderr,"Unlinking: "); printpCode(stderr, pc); #endif if(pc->prev) pc->prev->next = pc->next; if(pc->next) pc->next->prev = pc->prev; #if 0 /* RN: I believe this should be right here, but this did not * cure the bug I was hunting... */ /* must keep labels -- attach to following instruction */ if (isPCI(pc) && PCI(pc)->label && pc->next) { pCodeInstruction *pcnext = PCI(findNextInstruction (pc->next)); if (pcnext) { pBranchAppend (pcnext->label, PCI(pc)->label); } } #endif pc->prev = pc->next = NULL; } } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void genericDestruct(pCode *pc) { unlinkpCode(pc); if(isPCI(pc)) { /* For instructions, tell the register (if there's one used) * that it's no longer needed */ regs *reg = getRegFromInstruction(pc); if(reg) deleteSetItem (&(reg->reglives.usedpCodes),pc); } /* Instead of deleting the memory used by this pCode, mark * the object as bad so that if there's a pointer to this pCode * dangling around somewhere then (hopefully) when the type is * checked we'll catch it. */ pc->type = PC_BAD; addpCode2pBlock(pb_dead_pcodes, pc); //free(pc); } /*-----------------------------------------------------------------*/ /* Copies the pCodeInstruction flow pointer from source pCode */ /*-----------------------------------------------------------------*/ static void CopyFlow(pCodeInstruction *pcd, pCode *pcs) { pCode *p; pCodeFlow *pcflow = 0; for (p=pcs; p; p=p->prev) { if (isPCI(p)) { pcflow = PCI(p)->pcflow; break; } if (isPCF(p)) { pcflow = (pCodeFlow*)p; break; } } PCI(pcd)->pcflow = pcflow; } /*-----------------------------------------------------------------*/ /* pCodeInsertAfter - splice in the pCode chain starting with pc2 */ /* into the pCode chain containing pc1 */ /*-----------------------------------------------------------------*/ void pCodeInsertAfter(pCode *pc1, pCode *pc2) { if(!pc1 || !pc2) return; pc2->next = pc1->next; if(pc1->next) pc1->next->prev = pc2; pc2->pb = pc1->pb; pc2->prev = pc1; pc1->next = pc2; /* If this is an instrution type propogate the flow */ if (isPCI(pc2)) CopyFlow(PCI(pc2),pc1); } /*------------------------------------------------------------------*/ /* pCodeInsertBefore - splice in the pCode chain starting with pc2 */ /* into the pCode chain containing pc1 */ /*------------------------------------------------------------------*/ void pCodeInsertBefore(pCode *pc1, pCode *pc2) { if(!pc1 || !pc2) return; pc2->prev = pc1->prev; if(pc1->prev) pc1->prev->next = pc2; pc2->pb = pc1->pb; pc2->next = pc1; pc1->prev = pc2; /* If this is an instrution type propogate the flow */ if (isPCI(pc2)) CopyFlow(PCI(pc2),pc1); } /*-----------------------------------------------------------------*/ /* pCodeOpCopy - copy a pcode operator */ /*-----------------------------------------------------------------*/ pCodeOp *pCodeOpCopy(pCodeOp *pcop) { pCodeOp *pcopnew=NULL; if(!pcop) return NULL; switch(pcop->type) { case PO_NONE: case PO_STR: pcopnew = Safe_calloc (1, sizeof (pCodeOp)); memcpy (pcopnew, pcop, sizeof (pCodeOp)); break; case PO_W: case PO_STATUS: case PO_FSR: case PO_INDF: case PO_INTCON: case PO_GPR_REGISTER: case PO_GPR_TEMP: case PO_GPR_POINTER: case PO_SFR_REGISTER: case PO_PCL: case PO_PCLATH: case PO_DIR: //DFPRINTF((stderr,"pCodeOpCopy GPR register\n")); pcopnew = Safe_calloc(1,sizeof(pCodeOpReg) ); memcpy (pcopnew, pcop, sizeof (pCodeOpReg)); DFPRINTF((stderr," register index %d\n", PCOR(pcop)->r->rIdx)); break; case PO_LITERAL: //DFPRINTF((stderr,"pCodeOpCopy lit\n")); pcopnew = Safe_calloc(1,sizeof(pCodeOpLit) ); memcpy (pcopnew, pcop, sizeof (pCodeOpLit)); break; case PO_IMMEDIATE: pcopnew = Safe_calloc(1,sizeof(pCodeOpImmd) ); memcpy (pcopnew, pcop, sizeof (pCodeOpImmd)); break; case PO_GPR_BIT: case PO_CRY: case PO_BIT: //DFPRINTF((stderr,"pCodeOpCopy bit\n")); pcopnew = Safe_calloc(1,sizeof(pCodeOpRegBit) ); memcpy (pcopnew, pcop, sizeof (pCodeOpRegBit)); break; case PO_LABEL: //DFPRINTF((stderr,"pCodeOpCopy label\n")); pcopnew = Safe_calloc(1,sizeof(pCodeOpLabel) ); memcpy (pcopnew, pcop, sizeof(pCodeOpLabel)); break; case PO_WILD: /* Here we expand the wild card into the appropriate type: */ /* By recursively calling pCodeOpCopy */ //DFPRINTF((stderr,"pCodeOpCopy wild\n")); if(PCOW(pcop)->matched) pcopnew = pCodeOpCopy(PCOW(pcop)->matched); else { // Probably a label pcopnew = pCodeOpCopy(PCOW(pcop)->subtype); pcopnew->name = Safe_strdup(PCOW(pcop)->pcwb->vars[PCOW(pcop)->id]); //DFPRINTF((stderr,"copied a wild op named %s\n",pcopnew->name)); } return pcopnew; break; default: assert ( !"unhandled pCodeOp type copied" ); break; } // switch if(pcop->name) pcopnew->name = Safe_strdup(pcop->name); else pcopnew->name = NULL; return pcopnew; } /*-----------------------------------------------------------------*/ /* popCopyReg - copy a pcode operator */ /*-----------------------------------------------------------------*/ pCodeOp *popCopyReg(pCodeOpReg *pc) { pCodeOpReg *pcor; pcor = Safe_calloc(1,sizeof(pCodeOpReg) ); pcor->pcop.type = pc->pcop.type; if(pc->pcop.name) { if(!(pcor->pcop.name = Safe_strdup(pc->pcop.name))) fprintf(stderr,"oops %s %d",__FILE__,__LINE__); } else pcor->pcop.name = NULL; if (pcor->pcop.type == PO_IMMEDIATE){ PCOL(pcor)->lit = PCOL(pc)->lit; } else { pcor->r = pc->r; pcor->rIdx = pc->rIdx; if (pcor->r) pcor->r->wasUsed=1; } //DEBUGpic14_emitcode ("; ***","%s , copying %s, rIdx=%d",__FUNCTION__,pc->pcop.name,pc->rIdx); return PCOP(pcor); } /*-----------------------------------------------------------------*/ /* pCodeInstructionCopy - copy a pCodeInstructionCopy */ /*-----------------------------------------------------------------*/ pCode *pCodeInstructionCopy(pCodeInstruction *pci,int invert) { pCodeInstruction *new_pci; if(invert) new_pci = PCI(newpCode(pci->inverted_op,pci->pcop)); else new_pci = PCI(newpCode(pci->op,pci->pcop)); new_pci->pc.pb = pci->pc.pb; new_pci->from = pci->from; new_pci->to = pci->to; new_pci->label = pci->label; new_pci->pcflow = pci->pcflow; return PCODE(new_pci); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ void pCodeDeleteChain(pCode *f,pCode *t) { pCode *pc; while(f && f!=t) { DFPRINTF((stderr,"delete pCode:\n")); pc = f->next; //f->print(stderr,f); //f->delete(f); this dumps core... f = pc; } } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ char *get_op(pCodeOp *pcop,char *buffer, size_t size) { regs *r; static char b[50]; char *s; int use_buffer = 1; // copy the string to the passed buffer pointer if(!buffer) { buffer = b; size = sizeof(b); use_buffer = 0; // Don't bother copying the string to the buffer. } if(pcop) { switch(pcop->type) { case PO_INDF: case PO_FSR: if(use_buffer) { SNPRINTF(buffer,size,"%s",PCOR(pcop)->r->name); return buffer; } return pcop->name; break; case PO_GPR_TEMP: if (PCOR(pcop)->r->type == REG_STK) r = typeRegWithIdx(PCOR(pcop)->r->rIdx,REG_STK,1); else r = pic14_regWithIdx(PCOR(pcop)->r->rIdx); if(use_buffer) { SNPRINTF(buffer,size,"%s",r->name); return buffer; } return r->name; break; case PO_IMMEDIATE: s = buffer; if(PCOI(pcop)->_const) { if( PCOI(pcop)->offset >= 0 && PCOI(pcop)->offset<4) { switch(PCOI(pcop)->offset) { case 0: SNPRINTF(s,size,"low (%s+%d)",pcop->name, PCOI(pcop)->index); break; case 1: SNPRINTF(s,size,"high (%s+%d)",pcop->name, PCOI(pcop)->index); break; case 2: SNPRINTF(s,size,"0x%02x",PCOI(pcop)->_const ? GPTRTAG_CODE : GPTRTAG_DATA); break; default: fprintf (stderr, "PO_IMMEDIATE/_const/offset=%d\n", PCOI(pcop)->offset); assert ( !"offset too large" ); SNPRINTF(s,size,"(((%s+%d) >> %d)&0xff)", pcop->name, PCOI(pcop)->index, 8 * PCOI(pcop)->offset ); } } else SNPRINTF(s,size,"LOW (%s+%d)",pcop->name,PCOI(pcop)->index); } else { if( !PCOI(pcop)->offset) { // && PCOI(pcc->pcop)->offset<4) SNPRINTF(s,size,"(%s + %d)", pcop->name, PCOI(pcop)->index); } else { switch(PCOI(pcop)->offset) { case 0: SNPRINTF(s,size,"(%s + %d)",pcop->name, PCOI(pcop)->index); break; case 1: SNPRINTF(s,size,"high (%s + %d)",pcop->name, PCOI(pcop)->index); break; case 2: SNPRINTF(s,size,"0x%02x",PCOI(pcop)->_const ? GPTRTAG_CODE : GPTRTAG_DATA); break; default: fprintf (stderr, "PO_IMMEDIATE/mutable/offset=%d\n", PCOI(pcop)->offset); assert ( !"offset too large" ); SNPRINTF(s,size,"((%s + %d) >> %d)&0xff",pcop->name, PCOI(pcop)->index, 8*PCOI(pcop)->offset); break; } } } return buffer; break; case PO_DIR: s = buffer; if( PCOR(pcop)->instance) { SNPRINTF(s,size,"(%s + %d)", pcop->name, PCOR(pcop)->instance ); } else SNPRINTF(s,size,"%s",pcop->name); return buffer; break; case PO_LABEL: s = buffer; if (pcop->name) { if(PCOLAB(pcop)->offset == 1) SNPRINTF(s,size,"HIGH(%s)",pcop->name); else SNPRINTF(s,size,"%s",pcop->name); } return buffer; break; case PO_GPR_BIT: if(PCOR(pcop)->r) { if(use_buffer) { SNPRINTF(buffer,size,"%s",PCOR(pcop)->r->name); return buffer; } return PCOR(pcop)->r->name; } /* fall through to the default case */ default: if(pcop->name) { if(use_buffer) { SNPRINTF(buffer,size,"%s",pcop->name); return buffer; } return pcop->name; } } } printf("PIC port internal warning: (%s:%d(%s)) %s not found\n", __FILE__, __LINE__, __FUNCTION__, pCodeOpType(pcop)); return "NO operand"; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static char *get_op_from_instruction( pCodeInstruction *pcc) { if(pcc) return get_op(pcc->pcop,NULL,0); return ("ERROR Null: get_op_from_instruction"); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void pCodeOpPrint(FILE *of, pCodeOp *pcop) { fprintf(of,"pcodeopprint- not implemented\n"); } /*-----------------------------------------------------------------*/ /* pCode2str - convert a pCode instruction to string */ /*-----------------------------------------------------------------*/ char *pCode2str(char *str, size_t size, pCode *pc) { char *s = str; switch(pc->type) { case PC_OPCODE: SNPRINTF(s,size, "\t%s\t", PCI(pc)->mnemonic); size -= strlen(s); s += strlen(s); if( (PCI(pc)->num_ops >= 1) && (PCI(pc)->pcop)) { if(PCI(pc)->isBitInst) { if(PCI(pc)->pcop->type == PO_GPR_BIT) { char *name = PCI(pc)->pcop->name; if (!name) name = PCOR(PCI(pc)->pcop)->r->name; if( (((pCodeOpRegBit *)(PCI(pc)->pcop))->inBitSpace) ) SNPRINTF(s,size,"(%s >> 3), (%s & 7)", name, name); else SNPRINTF(s,size,"%s,%d", name, (((pCodeOpRegBit *)(PCI(pc)->pcop))->bit)&7); } else if(PCI(pc)->pcop->type == PO_GPR_BIT) { SNPRINTF(s,size,"%s,%d", get_op_from_instruction(PCI(pc)),PCORB(PCI(pc)->pcop)->bit); } else SNPRINTF(s,size,"%s,0 ; ?bug", get_op_from_instruction(PCI(pc))); } else { if(PCI(pc)->pcop->type == PO_GPR_BIT) { if( PCI(pc)->num_ops == 2) SNPRINTF(s,size,"(%s >> 3),%c",get_op_from_instruction(PCI(pc)),((PCI(pc)->isModReg) ? 'F':'W')); else SNPRINTF(s,size,"(1 << (%s & 7))",get_op_from_instruction(PCI(pc))); } else { SNPRINTF(s,size,"%s",get_op_from_instruction(PCI(pc))); size -= strlen(s); s += strlen(s); if( PCI(pc)->num_ops == 2) SNPRINTF(s,size,",%c", ( (PCI(pc)->isModReg) ? 'F':'W')); } } } break; case PC_COMMENT: /* assuming that comment ends with a \n */ SNPRINTF(s,size,";%s", ((pCodeComment *)pc)->comment); break; case PC_INLINE: /* assuming that inline code ends with a \n */ SNPRINTF(s,size,"%s", ((pCodeComment *)pc)->comment); break; case PC_LABEL: SNPRINTF(s,size,";label=%s, key=%d\n",PCL(pc)->label,PCL(pc)->key); break; case PC_FUNCTION: SNPRINTF(s,size,";modname=%s,function=%s: id=%d\n",PCF(pc)->modname,PCF(pc)->fname); break; case PC_WILD: SNPRINTF(s,size,";\tWild opcode: id=%d\n",PCW(pc)->id); break; case PC_FLOW: SNPRINTF(s,size,";\t--FLOW change\n"); break; case PC_CSOURCE: SNPRINTF(s,size,"%s\t.line\t%d; \"%s\"\t%s\n",(options.debug?"":";"),PCCS(pc)->line_number, PCCS(pc)->file_name, PCCS(pc)->line); break; case PC_ASMDIR: if(PCAD(pc)->directive) { SNPRINTF(s,size,"\t%s%s%s\n", PCAD(pc)->directive, PCAD(pc)->arg?"\t":"", PCAD(pc)->arg?PCAD(pc)->arg:""); } else if(PCAD(pc)->arg) { /* special case to handle inline labels without a tab */ SNPRINTF(s,size,"%s\n", PCAD(pc)->arg); } break; case PC_BAD: SNPRINTF(s,size,";A bad pCode is being used\n"); } return str; } /*-----------------------------------------------------------------*/ /* genericPrint - the contents of a pCode to a file */ /*-----------------------------------------------------------------*/ static void genericPrint(FILE *of, pCode *pc) { if(!pc || !of) return; switch(pc->type) { case PC_COMMENT: fprintf(of,";%s\n", ((pCodeComment *)pc)->comment); break; case PC_INLINE: fprintf(of,"%s\n", ((pCodeComment *)pc)->comment); break; case PC_OPCODE: // If the opcode has a label, print that first { char str[256]; pCodeInstruction *pci = PCI(pc); pBranch *pbl = pci->label; while(pbl && pbl->pc) { if(pbl->pc->type == PC_LABEL) pCodePrintLabel(of, pbl->pc); pbl = pbl->next; } if(pci->cline) genericPrint(of,PCODE(pci->cline)); pCode2str(str, 256, pc); fprintf(of,"%s",str); /* Debug */ if(debug_verbose) { pCodeOpReg *pcor = PCOR(pci->pcop); fprintf(of, "\t;id=%u,key=%03x,inCond:%x,outCond:%x",pc->id,pc->seq, pci->inCond, pci->outCond); if(pci->pcflow) fprintf(of,",flow seq=%03x",pci->pcflow->pc.seq); if (pcor && pcor->pcop.type==PO_GPR_TEMP && !pcor->r->isFixed) fprintf(of,",rIdx=r0x%X",pcor->rIdx); } } fprintf(of,"\n"); break; case PC_WILD: fprintf(of,";\tWild opcode: id=%d\n",PCW(pc)->id); if(PCW(pc)->pci.label) pCodePrintLabel(of, PCW(pc)->pci.label->pc); if(PCW(pc)->operand) { fprintf(of,";\toperand "); pCodeOpPrint(of,PCW(pc)->operand ); } break; case PC_FLOW: if(debug_verbose) { fprintf(of,";<>Start of new flow, seq=0x%x",pc->seq); if(PCFL(pc)->ancestor) fprintf(of," ancestor = 0x%x", PCODE(PCFL(pc)->ancestor)->seq); fprintf(of,"\n"); fprintf(of,"; from: "); { pCodeFlowLink *link; for (link = setFirstItem(PCFL(pc)->from); link; link = setNextItem (PCFL(pc)->from)) { fprintf(of,"%03x ",link->pcflow->pc.seq); } } fprintf(of,"; to: "); { pCodeFlowLink *link; for (link = setFirstItem(PCFL(pc)->to); link; link = setNextItem (PCFL(pc)->to)) { fprintf(of,"%03x ",link->pcflow->pc.seq); } } fprintf(of,"\n"); } break; case PC_CSOURCE: fprintf(of,"%s\t.line\t%d; \"%s\"\t%s\n", (options.debug?"":";"), PCCS(pc)->line_number, PCCS(pc)->file_name, PCCS(pc)->line); break; case PC_ASMDIR: { pBranch *pbl = PCAD(pc)->pci.label; while(pbl && pbl->pc) { if(pbl->pc->type == PC_LABEL) pCodePrintLabel(of, pbl->pc); pbl = pbl->next; } } if(PCAD(pc)->directive) { fprintf(of, "\t%s%s%s\n", PCAD(pc)->directive, PCAD(pc)->arg?"\t":"", PCAD(pc)->arg?PCAD(pc)->arg:""); } else if(PCAD(pc)->arg) { /* special case to handle inline labels without tab */ fprintf(of, "%s\n", PCAD(pc)->arg); } break; case PC_LABEL: default: fprintf(of,"unknown pCode type %d\n",pc->type); } } /*-----------------------------------------------------------------*/ /* pCodePrintFunction - prints function begin/end */ /*-----------------------------------------------------------------*/ static void pCodePrintFunction(FILE *of, pCode *pc) { if(!pc || !of) return; if( ((pCodeFunction *)pc)->modname) fprintf(of,"F_%s",((pCodeFunction *)pc)->modname); if(PCF(pc)->fname) { pBranch *exits = PCF(pc)->to; int i=0; fprintf(of,"%s\t;Function start\n",PCF(pc)->fname); while(exits) { i++; exits = exits->next; } //if(i) i--; fprintf(of,"; %d exit point%c\n",i, ((i==1) ? ' ':'s')); }else { if((PCF(pc)->from && PCF(pc)->from->pc->type == PC_FUNCTION && PCF(PCF(pc)->from->pc)->fname) ) fprintf(of,"; exit point of %s\n",PCF(PCF(pc)->from->pc)->fname); else fprintf(of,"; exit point [can't find entry point]\n"); } } /*-----------------------------------------------------------------*/ /* pCodePrintLabel - prints label */ /*-----------------------------------------------------------------*/ static void pCodePrintLabel(FILE *of, pCode *pc) { if(!pc || !of) return; if(PCL(pc)->label) fprintf(of,"%s\n",PCL(pc)->label); else if (PCL(pc)->key >=0) fprintf(of,"_%05d_DS_:\n",PCL(pc)->key); else fprintf(of,";wild card label: id=%d\n",-PCL(pc)->key); } /*-----------------------------------------------------------------*/ /* unlinkpCodeFromBranch - Search for a label in a pBranch and */ /* remove it if it is found. */ /*-----------------------------------------------------------------*/ static void unlinkpCodeFromBranch(pCode *pcl , pCode *pc) { pBranch *b, *bprev; bprev = NULL; if(pcl->type == PC_OPCODE || pcl->type == PC_INLINE || pcl->type == PC_ASMDIR) b = PCI(pcl)->label; else { fprintf(stderr, "LINE %d. can't unlink from non opcode\n",__LINE__); exit(1); } //fprintf (stderr, "%s \n",__FUNCTION__); //pcl->print(stderr,pcl); //pc->print(stderr,pc); while(b) { if(b->pc == pc) { //fprintf (stderr, "found label\n"); /* Found a label */ if(bprev) { bprev->next = b->next; /* Not first pCode in chain */ free(b); } else { pc->destruct(pc); PCI(pcl)->label = b->next; /* First pCode in chain */ free(b); } return; /* A label can't occur more than once */ } bprev = b; b = b->next; } } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pBranch * pBranchAppend(pBranch *h, pBranch *n) { pBranch *b; if(!h) return n; if(h == n) return n; b = h; while(b->next) b = b->next; b->next = n; return h; } /*-----------------------------------------------------------------*/ /* pBranchLink - given two pcodes, this function will link them */ /* together through their pBranches */ /*-----------------------------------------------------------------*/ static void pBranchLink(pCodeFunction *f, pCodeFunction *t) { pBranch *b; // Declare a new branch object for the 'from' pCode. //_ALLOC(b,sizeof(pBranch)); b = Safe_calloc(1,sizeof(pBranch)); b->pc = PCODE(t); // The link to the 'to' pCode. b->next = NULL; f->to = pBranchAppend(f->to,b); // Now do the same for the 'to' pCode. //_ALLOC(b,sizeof(pBranch)); b = Safe_calloc(1,sizeof(pBranch)); b->pc = PCODE(f); b->next = NULL; t->from = pBranchAppend(t->from,b); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int compareLabel(pCode *pc, pCodeOpLabel *pcop_label) { pBranch *pbr; if(pc->type == PC_LABEL) { if( ((pCodeLabel *)pc)->key == pcop_label->key) return TRUE; } if(pc->type == PC_OPCODE || pc->type == PC_ASMDIR) { pbr = PCI(pc)->label; while(pbr) { if(pbr->pc->type == PC_LABEL) { if( ((pCodeLabel *)(pbr->pc))->key == pcop_label->key) return TRUE; } pbr = pbr->next; } } return FALSE; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int checkLabel(pCode *pc) { pBranch *pbr; if(pc && isPCI(pc)) { pbr = PCI(pc)->label; while(pbr) { if(isPCL(pbr->pc) && (PCL(pbr->pc)->key >= 0)) return TRUE; pbr = pbr->next; } } return FALSE; } /*-----------------------------------------------------------------*/ /* findLabelinpBlock - Search the pCode for a particular label */ /*-----------------------------------------------------------------*/ static pCode * findLabelinpBlock(pBlock *pb,pCodeOpLabel *pcop_label) { pCode *pc; if(!pb) return NULL; for(pc = pb->pcHead; pc; pc = pc->next) if(compareLabel(pc,pcop_label)) return pc; return NULL; } /*-----------------------------------------------------------------*/ /* findNextpCode - given a pCode, find the next of type 'pct' */ /* in the linked list */ /*-----------------------------------------------------------------*/ pCode * findNextpCode(pCode *pc, PC_TYPE pct) { while(pc) { if(pc->type == pct) return pc; pc = pc->next; } return NULL; } #if 0 /*-----------------------------------------------------------------*/ /* findPrevpCode - given a pCode, find the previous of type 'pct' */ /* in the linked list */ /*-----------------------------------------------------------------*/ static pCode * findPrevpCode(pCode *pc, PC_TYPE pct) { while(pc) { if(pc->type == pct) { /* static unsigned int stop; if (pc->id == 524) stop++; // Place break point here */ return pc; } pc = pc->prev; } return NULL; } #endif /*-----------------------------------------------------------------*/ /* findNextInstruction - given a pCode, find the next instruction */ /* in the linked list */ /*-----------------------------------------------------------------*/ pCode * findNextInstruction(pCode *pci) { pCode *pc = pci; while(pc) { if((pc->type == PC_OPCODE) || (pc->type == PC_WILD) || (pc->type == PC_ASMDIR)) return pc; #ifdef PCODE_DEBUG fprintf(stderr,"findNextInstruction: "); printpCode(stderr, pc); #endif pc = pc->next; } //fprintf(stderr,"Couldn't find instruction\n"); return NULL; } /*-----------------------------------------------------------------*/ /* findNextInstruction - given a pCode, find the next instruction */ /* in the linked list */ /*-----------------------------------------------------------------*/ pCode * findPrevInstruction(pCode *pci) { pCode *pc = pci; while(pc) { if((pc->type == PC_OPCODE) || (pc->type == PC_WILD) || (pc->type == PC_ASMDIR)) return pc; #ifdef PCODE_DEBUG fprintf(stderr,"pic16_findPrevInstruction: "); printpCode(stderr, pc); #endif pc = pc->prev; } //fprintf(stderr,"Couldn't find instruction\n"); return NULL; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ regs * getRegFromInstruction(pCode *pc) { regs *r; if(!pc || !isPCI(pc) || !PCI(pc)->pcop || PCI(pc)->num_ops == 0 ) return NULL; switch(PCI(pc)->pcop->type) { case PO_STATUS: case PO_FSR: case PO_INDF: case PO_INTCON: case PO_BIT: case PO_GPR_TEMP: case PO_SFR_REGISTER: case PO_PCL: case PO_PCLATH: return PCOR(PCI(pc)->pcop)->r; case PO_GPR_REGISTER: case PO_GPR_BIT: case PO_DIR: r = PCOR(PCI(pc)->pcop)->r; if (r) return r; return dirregWithName(PCI(pc)->pcop->name); case PO_LITERAL: break; case PO_IMMEDIATE: r = PCOI(PCI(pc)->pcop)->r; if (r) return r; return dirregWithName(PCI(pc)->pcop->name); default: break; } return NULL; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void AnalyzepBlock(pBlock *pb) { pCode *pc; if(!pb) return; /* Find all of the registers used in this pBlock * by looking at each instruction and examining it's * operands */ for(pc = pb->pcHead; pc; pc = pc->next) { /* Is this an instruction with operands? */ if(pc->type == PC_OPCODE && PCI(pc)->pcop) { if((PCI(pc)->pcop->type == PO_GPR_TEMP) || ((PCI(pc)->pcop->type == PO_GPR_BIT) && PCOR(PCI(pc)->pcop)->r && (PCOR(PCI(pc)->pcop)->r->pc_type == PO_GPR_TEMP))) { /* Loop through all of the registers declared so far in this block and see if we find this one there */ regs *r = setFirstItem(pb->tregisters); while(r) { if((r->rIdx == PCOR(PCI(pc)->pcop)->r->rIdx) && (r->type == PCOR(PCI(pc)->pcop)->r->type)) { PCOR(PCI(pc)->pcop)->r = r; break; } r = setNextItem(pb->tregisters); } if(!r) { /* register wasn't found */ //r = Safe_calloc(1, sizeof(regs)); //memcpy(r,PCOR(PCI(pc)->pcop)->r, sizeof(regs)); //addSet(&pb->tregisters, r); addSet(&pb->tregisters, PCOR(PCI(pc)->pcop)->r); //PCOR(PCI(pc)->pcop)->r = r; //fprintf(stderr,"added register to pblock: reg %d\n",r->rIdx); }/* else fprintf(stderr,"found register in pblock: reg %d\n",r->rIdx); */ } if(PCI(pc)->pcop->type == PO_GPR_REGISTER) { if(PCOR(PCI(pc)->pcop)->r) { pic14_allocWithIdx (PCOR(PCI(pc)->pcop)->r->rIdx); DFPRINTF((stderr,"found register in pblock: reg 0x%x\n",PCOR(PCI(pc)->pcop)->r->rIdx)); } else { if(PCI(pc)->pcop->name) fprintf(stderr,"ERROR: %s is a NULL register\n",PCI(pc)->pcop->name ); else fprintf(stderr,"ERROR: NULL register\n"); } } } } } /*-----------------------------------------------------------------*/ /* */ /*-----------------------------------------------------------------*/ static void InsertpFlow(pCode *pc, pCode **pflow) { if(*pflow) PCFL(*pflow)->end = pc; if(!pc || !pc->next) return; *pflow = newpCodeFlow(); pCodeInsertAfter(pc, *pflow); } /*-----------------------------------------------------------------*/ /* BuildFlow(pBlock *pb) - examine the code in a pBlock and build */ /* the flow blocks. */ /* * BuildFlow inserts pCodeFlow objects into the pCode chain at each * point the instruction flow changes. */ /*-----------------------------------------------------------------*/ static void BuildFlow(pBlock *pb) { pCode *pc; pCode *last_pci=NULL; pCode *pflow=NULL; int seq = 0; if(!pb) return; //fprintf (stderr,"build flow start seq %d ",GpcFlowSeq); /* Insert a pCodeFlow object at the beginning of a pBlock */ InsertpFlow(pb->pcHead, &pflow); //pflow = newpCodeFlow(); /* Create a new Flow object */ //pflow->next = pb->pcHead; /* Make the current head the next object */ //pb->pcHead->prev = pflow; /* let the current head point back to the flow object */ //pb->pcHead = pflow; /* Make the Flow object the head */ //pflow->pb = pb; for( pc = findNextInstruction(pb->pcHead); pc != NULL; pc=findNextInstruction(pc)) { pc->seq = seq++; PCI(pc)->pcflow = PCFL(pflow); //fprintf(stderr," build: "); //pc->print(stderr, pc); //pflow->print(stderr,pflow); if (checkLabel(pc)) { /* This instruction marks the beginning of a * new flow segment */ pc->seq = 0; seq = 1; /* If the previous pCode is not a flow object, then * insert a new flow object. (This check prevents * two consecutive flow objects from being insert in * the case where a skip instruction preceeds an * instruction containing a label.) */ last_pci = findPrevInstruction (pc->prev); if(last_pci && (PCI(last_pci)->pcflow == PCFL(pflow))) InsertpFlow(last_pci, &pflow); PCI(pc)->pcflow = PCFL(pflow); } if(isPCI_SKIP(pc)) { /* The two instructions immediately following this one * mark the beginning of a new flow segment */ while(pc && isPCI_SKIP(pc)) { PCI(pc)->pcflow = PCFL(pflow); pc->seq = seq-1; seq = 1; InsertpFlow(pc, &pflow); pc=findNextInstruction(pc->next); } seq = 0; if(!pc) break; PCI(pc)->pcflow = PCFL(pflow); pc->seq = 0; InsertpFlow(pc, &pflow); } else if ( isPCI_BRANCH(pc) && !checkLabel(findNextInstruction(pc->next))) { InsertpFlow(pc, &pflow); seq = 0; } last_pci = pc; pc = pc->next; } //fprintf (stderr,",end seq %d",GpcFlowSeq); if(pflow) PCFL(pflow)->end = pb->pcTail; } /*-------------------------------------------------------------------*/ /* unBuildFlow(pBlock *pb) - examine the code in a pBlock and build */ /* the flow blocks. */ /* * unBuildFlow removes pCodeFlow objects from a pCode chain */ /*-----------------------------------------------------------------*/ static void unBuildFlow(pBlock *pb) { pCode *pc,*pcnext; if(!pb) return; pc = pb->pcHead; while(pc) { pcnext = pc->next; if(isPCI(pc)) { pc->seq = 0; if(PCI(pc)->pcflow) { //free(PCI(pc)->pcflow); PCI(pc)->pcflow = NULL; } } else if(isPCFL(pc) ) pc->destruct(pc); pc = pcnext; } } #if 0 /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void dumpCond(int cond) { static char *pcc_str[] = { //"PCC_NONE", "PCC_REGISTER", "PCC_C", "PCC_Z", "PCC_DC", "PCC_W", "PCC_EXAMINE_PCOP", "PCC_REG_BANK0", "PCC_REG_BANK1", "PCC_REG_BANK2", "PCC_REG_BANK3" }; int ncond = sizeof(pcc_str) / sizeof(char *); int i,j; fprintf(stderr, "0x%04X\n",cond); for(i=0,j=1; ipc.seq); pc = findNextpCode(PCODE(pcflow), PC_OPCODE); if(!pc) { fprintf(stderr, " FlowStats - empty flow (seq=%d)\n", pcflow->pc.seq); return; } fprintf(stderr, " FlowStats inCond: "); dumpCond(pcflow->inCond); fprintf(stderr, " FlowStats outCond: "); dumpCond(pcflow->outCond); } #endif /*-----------------------------------------------------------------* * int isBankInstruction(pCode *pc) - examine the pCode *pc to determine * if it affects the banking bits. * * return: -1 == Banking bits are unaffected by this pCode. * * return: > 0 == Banking bits are affected. * * If the banking bits are affected, then the returned value describes * which bits are affected and how they're affected. The lower half * of the integer maps to the bits that are affected, the upper half * to whether they're set or cleared. * *-----------------------------------------------------------------*/ /* static int isBankInstruction(pCode *pc) { regs *reg; int bank = -1; if(!isPCI(pc)) return -1; if( ( (reg = getRegFromInstruction(pc)) != NULL) && isSTATUS_REG(reg)) { // Check to see if the register banks are changing if(PCI(pc)->isModReg) { pCodeOp *pcop = PCI(pc)->pcop; switch(PCI(pc)->op) { case POC_BSF: if(PCORB(pcop)->bit == PIC_RP0_BIT) { //fprintf(stderr, " isBankInstruction - Set RP0\n"); return SET_BANK_BIT | PIC_RP0_BIT; } if(PCORB(pcop)->bit == PIC_RP1_BIT) { //fprintf(stderr, " isBankInstruction - Set RP1\n"); return CLR_BANK_BIT | PIC_RP0_BIT; } break; case POC_BCF: if(PCORB(pcop)->bit == PIC_RP0_BIT) { //fprintf(stderr, " isBankInstruction - Clr RP0\n"); return CLR_BANK_BIT | PIC_RP1_BIT; } if(PCORB(pcop)->bit == PIC_RP1_BIT) { //fprintf(stderr, " isBankInstruction - Clr RP1\n"); return CLR_BANK_BIT | PIC_RP1_BIT; } break; default: //fprintf(stderr, " isBankInstruction - Status register is getting Modified by:\n"); //genericPrint(stderr, pc); ; } } } return bank; } */ /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ /* static void FillFlow(pCodeFlow *pcflow) { pCode *pc; int cur_bank; if(!isPCFL(pcflow)) return; // fprintf(stderr, " FillFlow - flow block (seq=%d)\n", pcflow->pc.seq); pc = findNextpCode(PCODE(pcflow), PC_OPCODE); if(!pc) { //fprintf(stderr, " FillFlow - empty flow (seq=%d)\n", pcflow->pc.seq); return; } cur_bank = -1; do { isBankInstruction(pc); pc = pc->next; } while (pc && (pc != pcflow->end) && !isPCFL(pc)); / * if(!pc ) { fprintf(stderr, " FillFlow - Bad end of flow\n"); } else { fprintf(stderr, " FillFlow - Ending flow with\n "); pc->print(stderr,pc); } fprintf(stderr, " FillFlow inCond: "); dumpCond(pcflow->inCond); fprintf(stderr, " FillFlow outCond: "); dumpCond(pcflow->outCond); * / } */ /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void LinkFlow_pCode(pCodeInstruction *from, pCodeInstruction *to) { pCodeFlowLink *fromLink, *toLink; #if 0 fprintf(stderr, "%s: linking ", __FUNCTION__ ); if (from) from->pc.print(stderr, &from->pc); else fprintf(stderr, "(null)"); fprintf(stderr, " -(%u)-> with -(%u)-> ", from && from->pcflow ? from->pcflow->pc.seq : 0, to && to->pcflow ? to->pcflow->pc.seq : 0); if (to) to->pc.print(stderr, &to->pc); else fprintf(stderr, "(null)"); #endif if(!from || !to || !to->pcflow || !from->pcflow) return; fromLink = newpCodeFlowLink(from->pcflow); toLink = newpCodeFlowLink(to->pcflow); addSetIfnotP(&(from->pcflow->to), toLink); //to->pcflow); addSetIfnotP(&(to->pcflow->from), fromLink); //from->pcflow); } /*-----------------------------------------------------------------* * void LinkFlow(pBlock *pb) * * In BuildFlow, the PIC code has been partitioned into contiguous * non-branching segments. In LinkFlow, we determine the execution * order of these segments. For example, if one of the segments ends * with a skip, then we know that there are two possible flow segments * to which control may be passed. *-----------------------------------------------------------------*/ static void LinkFlow(pBlock *pb) { pCode *pc=NULL; pCode *pcflow; pCode *pct; //fprintf(stderr,"linkflow \n"); if (!pb) return; for( pcflow = findNextpCode(pb->pcHead, PC_FLOW); pcflow != NULL; pcflow = findNextpCode(pcflow->next, PC_FLOW) ) { if(!isPCFL(pcflow)) fprintf(stderr, "LinkFlow - pcflow is not a flow object "); //fprintf(stderr," link: "); //pcflow->print(stderr,pcflow); //FillFlow(PCFL(pcflow)); /* find last instruction in flow */ pc = findPrevInstruction (PCFL(pcflow)->end); if (!pc) { fprintf(stderr, "%s: flow without end (%u)?\n", __FUNCTION__, pcflow->seq ); continue; } //fprintf(stderr, "LinkFlow - flow block (seq=%d) ", pcflow->seq); //pc->print(stderr, pc); if(isPCI_SKIP(pc)) { //fprintf(stderr, "ends with skip\n"); //pc->print(stderr,pc); pct=findNextInstruction(pc->next); LinkFlow_pCode(PCI(pc),PCI(pct)); pct=findNextInstruction(pct->next); LinkFlow_pCode(PCI(pc),PCI(pct)); continue; } if(isPCI_BRANCH(pc)) { pCodeOpLabel *pcol = PCOLAB(PCI(pc)->pcop); //fprintf(stderr, "ends with branch\n "); //pc->print(stderr,pc); if(!(pcol && isPCOLAB(pcol))) { if((PCI(pc)->op != POC_RETLW) && (PCI(pc)->op != POC_RETURN) && (PCI(pc)->op != POC_CALL) && (PCI(pc)->op != POC_RETFIE) ) { pc->print(stderr,pc); fprintf(stderr, "ERROR: %s, branch instruction doesn't have label\n",__FUNCTION__); } } else { if( (pct = findLabelinpBlock(pb,pcol)) != NULL) LinkFlow_pCode(PCI(pc),PCI(pct)); else fprintf(stderr, "ERROR: %s, couldn't find label. key=%d,lab=%s\n", __FUNCTION__,pcol->key,((PCOP(pcol)->name)?PCOP(pcol)->name:"-")); //fprintf(stderr,"newpCodeOpLabel: key=%d, name=%s\n",key,((s)?s:"")); } /* link CALLs to next instruction */ if (PCI(pc)->op != POC_CALL) continue; } if(isPCI(pc)) { //fprintf(stderr, "ends with non-branching instruction:\n"); //pc->print(stderr,pc); LinkFlow_pCode(PCI(pc),PCI(findNextInstruction(pc->next))); continue; } if(pc) { //fprintf(stderr, "ends with unknown\n"); //pc->print(stderr,pc); continue; } fprintf(stderr, "ends with nothing: ERROR\n"); } } static void pCodeReplace (pCode *old, pCode *new) { pCodeInsertAfter (old, new); /* special handling for pCodeInstructions */ if (isPCI(new) && isPCI(old)) { //assert (!PCI(new)->from && !PCI(new)->to && !PCI(new)->label && /*!PCI(new)->pcflow && */!PCI(new)->cline); PCI(new)->from = PCI(old)->from; PCI(new)->to = PCI(old)->to; PCI(new)->label = PCI(old)->label; PCI(new)->pcflow = PCI(old)->pcflow; PCI(new)->cline = PCI(old)->cline; } // if old->destruct (old); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void addpCodeComment(pCode *pc, const char *fmt, ...) { va_list ap; char buffer[4096]; pCode *newpc; va_start(ap, fmt); if (options.verbose || debug_verbose) { buffer[0] = ';'; buffer[1] = ' '; vsprintf(&buffer[2], fmt, ap); newpc = newpCodeCharP(&buffer[0]); // strdup's the string pCodeInsertAfter(pc, newpc); } va_end(ap); } /*-----------------------------------------------------------------*/ /* Inserts a new pCodeInstruction before an existing one */ /*-----------------------------------------------------------------*/ static void insertPCodeInstruction(pCodeInstruction *pci, pCodeInstruction *new_pci) { pCode *pcprev; pcprev = findPrevInstruction(pci->pc.prev); pCodeInsertAfter(pci->pc.prev, &new_pci->pc); /* Move the label, if there is one */ if(pci->label) { new_pci->label = pci->label; pci->label = NULL; } /* Move the C code comment, if there is one */ if(pci->cline) { new_pci->cline = pci->cline; pci->cline = NULL; } /* The new instruction has the same pcflow block */ new_pci->pcflow = pci->pcflow; /* Arrrrg: is pci's previous instruction is a skip, we need to * change that into a jump (over pci and the new instruction) ... */ if (pcprev && isPCI_SKIP(pcprev)) { symbol *lbl = newiTempLabel (NULL); pCode *label = newpCodeLabel (NULL, lbl->key); pCode *jump = newpCode(POC_GOTO, newpCodeOpLabel(NULL, lbl->key)); pCodeInsertAfter (pcprev, jump); // Yuck: Cannot simply replace INCFSZ/INCFSZW/DECFSZ/DECFSZW // We replace them with INCF/INCFW/DECF/DECFW followed by 'BTFSS STATUS, Z' switch (PCI(pcprev)->op) { case POC_INCFSZ: case POC_INCFSZW: case POC_DECFSZ: case POC_DECFSZW: // These are turned into non-skipping instructions, so // insert 'BTFSC STATUS, Z' after pcprev pCodeInsertAfter (jump->prev, newpCode(POC_BTFSC, popCopyGPR2Bit(PCOP(&pc_status), PIC_Z_BIT))); break; default: // no special actions required break; } pCodeReplace (pcprev, pCodeInstructionCopy (PCI(pcprev), 1)); pcprev = NULL; pCodeInsertAfter((pCode*)pci, label); pBlockMergeLabels(pci->pc.pb); } } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int insertBankSel(pCodeInstruction *pci, const char *name) { pCode *new_pc; pCodeOp *pcop; // Never BANKSEL STATUS, this breaks all kinds of code (e.g., interrupt handlers). if (!strcmp("STATUS", name) || !strcmp("_STATUS", name)) return 0; pcop = popCopyReg(PCOR(pci->pcop)); pcop->type = PO_GPR_REGISTER; // Sometimes the type is set to legacy 8051 - so override it if (pcop->name == 0) pcop->name = strdup(name); new_pc = newpCode(POC_BANKSEL, pcop); insertPCodeInstruction(pci, PCI(new_pc)); return 1; } /* * isValidIdChar - check if c may be present in an identifier */ static int isValidIdChar (char c) { if (c >= 'a' && c <= 'z') return 1; if (c >= 'A' && c <= 'Z') return 1; if (c >= '0' && c <= '9') return 1; if (c == '_') return 1; return 0; } /* * bankcompare - check if two operand string refer to the same register * This functions handles NAME and (NAME + x) in both operands. * Returns 1 on same register, 0 on different (or unknown) registers. */ static int bankCompare(const char *op1, const char *op2) { int i; if (!op1 && !op2) return 0; // both unknown, might be different though! if (!op1 || !op2) return 0; // find start of operand name while (op1[0] == '(' || op1[0] == ' ') op1++; while (op2[0] == '(' || op2[0] == ' ') op2++; // compare till first non-identifier character for (i = 0; (op1[i] == op2[i]) && isValidIdChar(op1[i]); i++); if (!isValidIdChar(op1[i]) && !isValidIdChar(op2[i])) return 1; // play safe---assume different operands return 0; } /* * Interface to BANKSEL generation. * This function should return != 0 iff str1 and str2 denote operands that * are known to be allocated into the same bank. Consequently, there will * be no BANKSEL emitted if str2 is accessed while str1 has been used to * select the current bank just previously. * * If in doubt, return 0. */ static int pic14_operandsAllocatedInSameBank(const char *str1, const char *str2) { // see glue.c(pic14printLocals) if (getenv("SDCC_PIC14_SPLIT_LOCALS")) { // no clustering applied, each register resides in its own bank } else { // check whether BOTH names are local registers // XXX: This is some kind of shortcut, should be safe... // In this model, all r0xXXXX are allocated into a single section // per file, so no BANKSEL required if accessing a r0xXXXX after a // (different) r0xXXXX. Works great for multi-byte operands. if (str1 && str2 && str1[0] == 'r' && str2[0] == 'r') return (1); } // if // assume operands in different banks return (0); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int sameBank(regs *reg, regs *previous_reg, const char *new_bank, const char *cur_bank, unsigned max_mask) { if (!cur_bank) return 0; if (previous_reg && reg && previous_reg->isFixed && reg->isFixed && ((previous_reg->address & max_mask) == (reg->address & max_mask))) // only if exists return 1; // if we have address info, we use it for banksel optimization // regard '(regname + X)' and '(regname + Y)' as equal if (reg && reg->name && bankCompare(reg->name, cur_bank)) return 1; if (new_bank && bankCompare(new_bank, cur_bank)) return 1; // check allocation policy from glue.c if (reg && reg->name && pic14_operandsAllocatedInSameBank(reg->name, cur_bank)) return 1; if (new_bank && pic14_operandsAllocatedInSameBank(new_bank, cur_bank)) return 1; // seems to be a different operand--might be a different bank //printf ("BANKSEL from %s to %s/%s\n", cur_bank, reg->name, new_bank); return 0; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void FixRegisterBanking(pBlock *pb) { pCode *pc; pCodeInstruction *pci; regs *reg; regs *previous_reg; // contains the previous variable access info const char *cur_bank, *new_bank; unsigned cur_mask, new_mask, max_mask; int allRAMmshared; if (!pb) return; max_mask = pic14_getPIC()->bankMask; cur_mask = max_mask; cur_bank = NULL; previous_reg = NULL; allRAMmshared = pic14_allRAMShared(); for (pc = pb->pcHead; pc; pc = pc->next) { // this one has a label---might check bank at all jumps here... if (isPCI(pc) && (PCI(pc)->label || PCI(pc)->op == POC_CALL)) { addpCodeComment(pc->prev, "BANKOPT3 drop assumptions: PCI with label or call found"); previous_reg = NULL; cur_bank = NULL; // start new flow cur_mask = max_mask; } // this one is/might be a label or BANKSEL---assume nothing if (isPCL(pc) || isPCASMDIR(pc)) { addpCodeComment(pc->prev, "BANKOPT4 drop assumptions: label or ASMDIR found"); previous_reg = NULL; cur_bank = NULL; cur_mask = max_mask; } // this one modifies STATUS // XXX: this should be checked, but usually BANKSELs are not done this way in generated code if (isPCI(pc)) { pci = PCI(pc); if ((pci->inCond | pci->outCond) & PCC_REGISTER) { // might need a BANKSEL reg = getRegFromInstruction(pc); if (reg) { new_bank = reg->name; // reg->alias == 0: reg is in only one bank, we do not know which (may be any bank) // reg->alias != 0: reg is in 2/4/8/2**N banks, we select one of them new_mask = reg->alias; } else if (pci->pcop && pci->pcop->name) { new_bank = pci->pcop->name; new_mask = 0; // unknown, assume worst case } else { assert(!"Could not get register from instruction."); new_bank = "UNKNOWN"; new_mask = 0; // unknown, assume worst case } // optimizations... // XXX: add switch to disable these if (1) { // reg present in all banks possibly selected? if (new_mask == max_mask || (cur_mask && ((new_mask & cur_mask) == cur_mask))) { // no BANKSEL required addpCodeComment(pc->prev, "BANKOPT1 BANKSEL dropped; %s present in all of %s's banks", new_bank, cur_bank); continue; } // only one bank of memory and no SFR accessed? // XXX: We can do better with fixed registers. if (allRAMmshared && reg && (reg->type != REG_SFR) && (!reg->isFixed)) { // no BANKSEL required addpCodeComment(pc->prev, "BANKOPT1b BANKSEL dropped; %s present in all (of %s's) banks", new_bank, cur_bank); continue; } if (sameBank(reg, previous_reg, new_bank, cur_bank, max_mask)) { // no BANKSEL required addpCodeComment(pc->prev, "BANKOPT2 BANKSEL dropped; %s present in same bank as %s", new_bank, cur_bank); continue; } } // if if (insertBankSel(pci, new_bank)) { cur_mask = new_mask; cur_bank = new_bank; previous_reg = reg; } // if } // if } // if } // for } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int OptimizepBlock(pBlock *pb) { pCode *pc, *pcprev; int matches =0; if(!pb || options.nopeep) return 0; DFPRINTF((stderr," Optimizing pBlock: %c\n",getpBlock_dbName(pb))); /* for(pc = pb->pcHead; pc; pc = pc->next) matches += pCodePeepMatchRule(pc); */ pc = findNextInstruction(pb->pcHead); if(!pc) return 0; pcprev = pc->prev; do { if(pCodePeepMatchRule(pc)) { matches++; if(pcprev) pc = findNextInstruction(pcprev->next); else pc = findNextInstruction(pb->pcHead); } else pc = findNextInstruction(pc->next); } while(pc); if(matches) DFPRINTF((stderr," Optimizing pBlock: %c - matches=%d\n",getpBlock_dbName(pb),matches)); return matches; } /*-----------------------------------------------------------------*/ /* pBlockRemoveUnusedLabels - remove the pCode labels from the */ /*-----------------------------------------------------------------*/ static pCode * findInstructionUsingLabel(pCodeLabel *pcl, pCode *pcs) { pCode *pc; for(pc = pcs; pc; pc = pc->next) { if(((pc->type == PC_OPCODE) || (pc->type == PC_INLINE) || (pc->type == PC_ASMDIR)) && (PCI(pc)->pcop) && (PCI(pc)->pcop->type == PO_LABEL) && (PCOLAB(PCI(pc)->pcop)->key == pcl->key)) return pc; } return NULL; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void exchangeLabels(pCodeLabel *pcl, pCode *pc) { char *s=NULL; if(isPCI(pc) && (PCI(pc)->pcop) && (PCI(pc)->pcop->type == PO_LABEL)) { pCodeOpLabel *pcol = PCOLAB(PCI(pc)->pcop); //fprintf(stderr,"changing label key from %d to %d\n",pcol->key, pcl->key); if(pcol->pcop.name) free(pcol->pcop.name); /* If the key is negative, then we (probably) have a label to * a function and the name is already defined */ if(pcl->key>0) sprintf(s=buffer,"_%05d_DS_",pcl->key); else s = pcl->label; //sprintf(buffer,"_%05d_DS_",pcl->key); if(!s) { fprintf(stderr, "ERROR %s:%d function label is null\n",__FUNCTION__,__LINE__); } pcol->pcop.name = Safe_strdup(s); pcol->key = pcl->key; //pc->print(stderr,pc); } } /*-----------------------------------------------------------------*/ /* pBlockRemoveUnusedLabels - remove the pCode labels from the */ /* pCode chain if they're not used. */ /*-----------------------------------------------------------------*/ static void pBlockRemoveUnusedLabels(pBlock *pb) { pCode *pc; pCodeLabel *pcl; if(!pb || !pb->pcHead) return; for(pc = pb->pcHead; (pc=findNextInstruction(pc->next)) != NULL; ) { pBranch *pbr = PCI(pc)->label; if(pbr && pbr->next) { pCode *pcd = pb->pcHead; //fprintf(stderr, "multiple labels\n"); //pc->print(stderr,pc); pbr = pbr->next; while(pbr) { while ( (pcd = findInstructionUsingLabel(PCL(PCI(pc)->label->pc), pcd)) != NULL) { //fprintf(stderr,"Used by:\n"); //pcd->print(stderr,pcd); exchangeLabels(PCL(pbr->pc),pcd); pcd = pcd->next; } pbr = pbr->next; } } } for(pc = pb->pcHead; pc; pc = pc->next) { if(isPCL(pc)) // Label pcode pcl = PCL(pc); else if (isPCI(pc) && PCI(pc)->label) // pcode instruction with a label pcl = PCL(PCI(pc)->label->pc); else continue; //fprintf(stderr," found A LABEL !!! key = %d, %s\n", pcl->key,pcl->label); /* This pCode is a label, so search the pBlock to see if anyone * refers to it */ if( (pcl->key>0) && (!findInstructionUsingLabel(pcl, pb->pcHead))) { /* Couldn't find an instruction that refers to this label * So, unlink the pCode label from it's pCode chain * and destroy the label */ //fprintf(stderr," removed A LABEL !!! key = %d, %s\n", pcl->key,pcl->label); DFPRINTF((stderr," !!! REMOVED A LABEL !!! key = %d, %s\n", pcl->key,pcl->label)); if(pc->type == PC_LABEL) { unlinkpCode(pc); pCodeLabelDestruct(pc); } else { unlinkpCodeFromBranch(pc, PCODE(pcl)); /*if(pc->label->next == NULL && pc->label->pc == NULL) { free(pc->label); }*/ } } } } /*-----------------------------------------------------------------*/ /* pBlockMergeLabels - remove the pCode labels from the pCode */ /* chain and put them into pBranches that are */ /* associated with the appropriate pCode */ /* instructions. */ /*-----------------------------------------------------------------*/ void pBlockMergeLabels(pBlock *pb) { pBranch *pbr; pCode *pc, *pcnext=NULL; if(!pb) return; /* First, Try to remove any unused labels */ //pBlockRemoveUnusedLabels(pb); /* Now loop through the pBlock and merge the labels with the opcodes */ pc = pb->pcHead; while(pc) { pCode *pcn = pc->next; if(pc->type == PC_LABEL) { //fprintf(stderr," checking merging label %s\n",PCL(pc)->label); //fprintf(stderr,"Checking label key = %d\n",PCL(pc)->key); if((pcnext = findNextInstruction(pc) )) { // Unlink the pCode label from it's pCode chain unlinkpCode(pc); //fprintf(stderr,"Merged label key = %d\n",PCL(pc)->key); // And link it into the instruction's pBranch labels. (Note, since // it's possible to have multiple labels associated with one instruction // we must provide a means to accomodate the additional labels. Thus // the labels are placed into the singly-linked list "label" as // opposed to being a single member of the pCodeInstruction.) //_ALLOC(pbr,sizeof(pBranch)); pbr = Safe_calloc(1,sizeof(pBranch)); pbr->pc = pc; pbr->next = NULL; PCI(pcnext)->label = pBranchAppend(PCI(pcnext)->label,pbr); } else { fprintf(stderr, "WARNING: couldn't associate label %s with an instruction\n",PCL(pc)->label); } } else if(pc->type == PC_CSOURCE) { /* merge the source line symbolic info into the next instruction */ if((pcnext = findNextInstruction(pc) )) { // Unlink the pCode label from it's pCode chain unlinkpCode(pc); PCI(pcnext)->cline = PCCS(pc); //fprintf(stderr, "merging CSRC\n"); //genericPrint(stderr,pcnext); } } pc = pcn; } pBlockRemoveUnusedLabels(pb); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int OptimizepCode(char dbName) { #define MAX_PASSES 4 int matches = 0; int passes = 0; pBlock *pb; if(!the_pFile) return 0; DFPRINTF((stderr," Optimizing pCode\n")); do { matches = 0; for(pb = the_pFile->pbHead; pb; pb = pb->next) { if('*' == dbName || getpBlock_dbName(pb) == dbName) matches += OptimizepBlock(pb); } } while(matches && ++passes < MAX_PASSES); return matches; } /*-----------------------------------------------------------------*/ /* popCopyGPR2Bit - copy a pcode operator */ /*-----------------------------------------------------------------*/ pCodeOp *popCopyGPR2Bit(pCodeOp *pc, int bitval) { pCodeOp *pcop; pcop = newpCodeOpBit(pc->name, bitval, 0); if( !( (pcop->type == PO_LABEL) || (pcop->type == PO_LITERAL) || (pcop->type == PO_STR) )) PCOR(pcop)->r = PCOR(pc)->r; /* This is dangerous... */ return pcop; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void pBlockDestruct(pBlock *pb) { if(!pb) return; free(pb); } /*-----------------------------------------------------------------*/ /* void mergepBlocks(char dbName) - Search for all pBlocks with the*/ /* name dbName and combine them */ /* into one block */ /*-----------------------------------------------------------------*/ static void mergepBlocks(char dbName) { pBlock *pb, *pbmerged = NULL,*pbn; pb = the_pFile->pbHead; //fprintf(stderr," merging blocks named %c\n",dbName); while(pb) { pbn = pb->next; //fprintf(stderr,"looking at %c\n",getpBlock_dbName(pb)); if( getpBlock_dbName(pb) == dbName) { //fprintf(stderr," merged block %c\n",dbName); if(!pbmerged) { pbmerged = pb; } else { addpCode2pBlock(pbmerged, pb->pcHead); /* addpCode2pBlock doesn't handle the tail: */ pbmerged->pcTail = pb->pcTail; pb->prev->next = pbn; if(pbn) pbn->prev = pb->prev; pBlockDestruct(pb); } //printpBlock(stderr, pbmerged); } pb = pbn; } } /*-----------------------------------------------------------------*/ /* AnalyzeFlow - Examine the flow of the code and optimize */ /* */ /* level 0 == minimal optimization */ /* optimize registers that are used only by two instructions */ /* level 1 == maximal optimization */ /* optimize by looking at pairs of instructions that use the */ /* register. */ /*-----------------------------------------------------------------*/ static void AnalyzeFlow(int level) { static int times_called=0; pBlock *pb; if(!the_pFile) return; /* if this is not the first time this function has been called, then clean up old flow information */ if(times_called++) { for(pb = the_pFile->pbHead; pb; pb = pb->next) unBuildFlow(pb); RegsUnMapLiveRanges(); } GpcFlowSeq = 1; /* Phase 2 - Flow Analysis - Register Banking * * In this phase, the individual flow blocks are examined * and register banking is fixed. */ //for(pb = the_pFile->pbHead; pb; pb = pb->next) //FixRegisterBanking(pb); /* Phase 2 - Flow Analysis * * In this phase, the pCode is partition into pCodeFlow * blocks. The flow blocks mark the points where a continuous * stream of instructions changes flow (e.g. because of * a call or goto or whatever). */ for(pb = the_pFile->pbHead; pb; pb = pb->next) BuildFlow(pb); /* Phase 2 - Flow Analysis - linking flow blocks * * In this phase, the individual flow blocks are examined * to determine their order of excution. */ for(pb = the_pFile->pbHead; pb; pb = pb->next) LinkFlow(pb); /* Phase 3 - Flow Analysis - Flow Tree * * In this phase, the individual flow blocks are examined * to determine their order of excution. */ for(pb = the_pFile->pbHead; pb; pb = pb->next) BuildFlowTree(pb); /* Phase x - Flow Analysis - Used Banks * * In this phase, the individual flow blocks are examined * to determine the Register Banks they use */ // for(pb = the_pFile->pbHead; pb; pb = pb->next) // FixBankFlow(pb); for(pb = the_pFile->pbHead; pb; pb = pb->next) pCodeRegMapLiveRanges(pb); RemoveUnusedRegisters(); // for(pb = the_pFile->pbHead; pb; pb = pb->next) pCodeRegOptimizeRegUsage(level); OptimizepCode('*'); /* for(pb = the_pFile->pbHead; pb; pb = pb->next) DumpFlow(pb); */ /* debug stuff */ /* for(pb = the_pFile->pbHead; pb; pb = pb->next) { pCode *pcflow; for( pcflow = findNextpCode(pb->pcHead, PC_FLOW); (pcflow = findNextpCode(pcflow, PC_FLOW)) != NULL; pcflow = pcflow->next) { FillFlow(PCFL(pcflow)); } } */ /* for(pb = the_pFile->pbHead; pb; pb = pb->next) { pCode *pcflow; for( pcflow = findNextpCode(pb->pcHead, PC_FLOW); (pcflow = findNextpCode(pcflow, PC_FLOW)) != NULL; pcflow = pcflow->next) { FlowStats(PCFL(pcflow)); } } */ } /*-----------------------------------------------------------------*/ /* AnalyzeBanking - Called after the memory addresses have been */ /* assigned to the registers. */ /* */ /*-----------------------------------------------------------------*/ void AnalyzeBanking(void) { pBlock *pb; if(!picIsInitialized()) { werror(E_FILE_OPEN_ERR, "no memory size is known for this processor"); exit(1); } if (!the_pFile) return; /* Phase x - Flow Analysis - Used Banks * * In this phase, the individual flow blocks are examined * to determine the Register Banks they use */ AnalyzeFlow(0); AnalyzeFlow(1); for(pb = the_pFile->pbHead; pb; pb = pb->next) FixRegisterBanking(pb); AnalyzeFlow(0); AnalyzeFlow(1); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static DEFSETFUNC (resetrIdx) { regs *r = (regs *)item; if (!r->isFixed) { r->rIdx = 0; } return 0; } /*-----------------------------------------------------------------*/ /* InitRegReuse - Initialises variables for code analyzer */ /*-----------------------------------------------------------------*/ static void InitReuseReg(void) { /* Find end of statically allocated variables for start idx */ /* Start from begining of GPR. Note may not be 0x20 on some PICs */ /* XXX: Avoid clashes with fixed registers, start late. */ unsigned maxIdx = 0x1000; regs *r; for (r = setFirstItem(dynDirectRegs); r; r = setNextItem(dynDirectRegs)) { if (r->type != REG_SFR) { maxIdx += r->size; /* Increment for all statically allocated variables */ } } peakIdx = maxIdx; applyToSet(dynAllocRegs,resetrIdx); /* Reset all rIdx to zero. */ } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static unsigned register_reassign(pBlock *pb, unsigned startIdx, unsigned level) { pCode *pc; unsigned temp; unsigned idx = startIdx; /* check recursion */ pc = setFirstItem(pb->function_entries); if (!pc) return idx; if (pb->visited) { set *regset; /* TODO: Recursion detection missing, should emit a warning as recursive code will fail. */ // Find the highest rIdx used by this function for return. regset = pb->tregisters; idx = 0; while (regset) { temp = ((regs *)regset->item)->rIdx; if (temp > idx) idx = temp; regset = regset->next; } // while DFPRINTF((stderr, "%*s(%u) function \"%s\" already visited: max idx = %04x\n", 4 * level, "", level,PCF(pc)->fname, idx)); return idx + 1; } // if /* * We now traverse the call tree depth first, assigning indices > startIdx * to the registers of all called functions before assigning indices to * the registers of the calling function, starting with one greater than * the max. index used by any child function. * This approach guarantees that, if f calls g, all registers of f have * greater indices than those of g (also holds transitively). * * XXX: If a function f calls a function g in a different module, * we should handle the case that g could call a function h * in f's module. * The consequence of this is that even though f and h might * share registers (they do not call each other locally) when * looking only at f's module, they actually must not do so! * * For a non-static function f, let ES(f) be the set of functions * (including f) that can only be reached via f in the module-local * call graph (ES(f) will hence be a subgraph). * Let further REG(ES(f)) be the set of registers assigned to * functions in ES(f). * Then we should make sure that REG(ES(f)) and REG(ES(g)) are * disjoint for all non-static functions f and g. * * Unfortunately, determining the sets ES(f) is non-trivial, * so we ignore this problem and declare all modules non-reentrant. * This is a bug. */ pb->visited = 1; DFPRINTF((stderr, "%*s(%u) reassigning registers for functions called by \"%s\":base idx = %04x\n", 4 * level, "", level, PCF(pc)->fname, startIdx)); for (pc = setFirstItem(pb->function_calls); pc; pc = setNextItem(pb->function_calls)) { if (pc->type == PC_OPCODE && PCI(pc)->op == POC_CALL) { char *dest = get_op_from_instruction(PCI(pc)); pCode *pcn = findFunction(dest); if (pcn) { /* * Reassign the registers of all called functions and record * the max. index I used by any child function --> I+1 will be * the first index available to this function. * (Problem shown with regression test src/regression/sub2.c) */ unsigned childsMaxIdx; childsMaxIdx = register_reassign(pcn->pb,startIdx,level+1); if (childsMaxIdx > idx) idx = childsMaxIdx; } // if } // if } // for pc = setFirstItem(pb->function_entries); DFPRINTF((stderr, "%*s(%u) reassigning registers for function \"%s\":idx = %04x\n", 4 * level, "", level, PCF(pc)->fname, idx)); if (pb->tregisters) { regs *r; for (r = setFirstItem(pb->tregisters); r; r = setNextItem(pb->tregisters)) { if ((r->type == REG_GPR) && (!r->isFixed) && (r->rIdx < (int)idx)) { char s[20]; set *regset; /* * Make sure, idx is not yet used in this routine ... * XXX: This should no longer be required, as all functions * are reassigned at most once ... */ do { regset = pb->tregisters; // do not touch s->curr ==> outer loop! while (regset && ((regs *)regset->item)->rIdx != idx) regset = regset->next; if (regset) idx++; } while (regset); r->rIdx = idx++; if (peakIdx < idx) peakIdx = idx; sprintf(s,"r0x%02X", r->rIdx); DFPRINTF((stderr, "%*s(%u) reassigning register %p \"%s\" to \"%s\"\n", 4 * level, "", level, r, r->name, s)); free(r->name); r->name = Safe_strdup(s); } // if } // for } // if /* return lowest index available for caller's registers */ return idx; } /*------------------------------------------------------------------*/ /* ReuseReg were call tree permits */ /* */ /* Re-allocate the GPR for optimum reuse for a given pblock */ /* eg if a function m() calls function f1() and f2(), where f1 */ /* allocates a local variable vf1 and f2 allocates a local */ /* variable vf2. Then providing f1 and f2 do not call each other */ /* they may share the same general purpose registers for vf1 and */ /* vf2. */ /* This is done by first setting the the regs rIdx to start after */ /* all the global variables, then walking through the call tree */ /* renaming the registers to match their new idx and incrementng */ /* it as it goes. If a function has already been called it will */ /* only rename the registers if it has already used up those */ /* registers ie rIdx of the function's registers is lower than the */ /* current rIdx. That way the register will not be reused while */ /* still being used by an eariler function call. */ /* */ /* Note for this to work the functions need to be declared static. */ /* */ /*------------------------------------------------------------------*/ void ReuseReg(void) { pBlock *pb; if (options.noOverlay || !the_pFile) return; InitReuseReg(); for(pb = the_pFile->pbHead; pb; pb = pb->next) { /* Non static functions can be called from other modules, * so their registers must reassign */ if (pb->function_entries && (PCF(setFirstItem(pb->function_entries))->isPublic || !pb->visited)) { register_reassign(pb,peakIdx,0); } // if } // for } /*-----------------------------------------------------------------*/ /* buildCallTree - look at the flow and extract all of the calls */ /* */ /*-----------------------------------------------------------------*/ static void buildCallTree(void) { pBranch *pbr; pBlock *pb; pCode *pc; if(!the_pFile) return; /* Now build the call tree. First we examine all of the pCodes for functions. Keep in mind that the function boundaries coincide with pBlock boundaries. The algorithm goes something like this: We have two nested loops. The outer loop iterates through all of the pBlocks/functions. The inner loop iterates through all of the pCodes for a given pBlock. When we begin iterating through a pBlock, the variable pc_fstart, pCode of the start of a function, is cleared. We then search for pCodes of type PC_FUNCTION. When one is encountered, we initialize pc_fstart to this and at the same time associate a new pBranch object that signifies a branch entry. If a return is found, then this signifies a function exit point. We'll link the pCodes of these returns to the matching pc_fstart. When we're done, a doubly linked list of pBranches will exist. The head of this list is stored in `the_pFile', which is the meta structure for all of the pCode. Look at the printCallTree function on how the pBranches are linked together. */ for(pb = the_pFile->pbHead; pb; pb = pb->next) { pCode *pc_fstart=NULL; for(pc = pb->pcHead; pc; pc = pc->next) { if(isPCF(pc)) { pCodeFunction *pcf = PCF(pc); if (pcf->fname) { if(STRCASECMP(pcf->fname, "_main") == 0) { //fprintf(stderr," found main \n"); pb->cmemmap = NULL; /* FIXME do we need to free ? */ pb->dbName = 'M'; } pbr = Safe_calloc(1,sizeof(pBranch)); pbr->pc = pc_fstart = pc; pbr->next = NULL; the_pFile->functions = pBranchAppend(the_pFile->functions,pbr); // Here's a better way of doing the same: addSet(&pb->function_entries, pc); } else { // Found an exit point in a function, e.g. return // (Note, there may be more than one return per function) if(pc_fstart) pBranchLink(PCF(pc_fstart), pcf); addSet(&pb->function_exits, pc); } } else if(isCALL(pc)) { addSet(&pb->function_calls,pc); } } } } /*-----------------------------------------------------------------*/ /* AnalyzepCode - parse the pCode that has been generated and form */ /* all of the logical connections. */ /* */ /* Essentially what's done here is that the pCode flow is */ /* determined. */ /*-----------------------------------------------------------------*/ void AnalyzepCode(char dbName) { pBlock *pb; int i,changes; if(!the_pFile) return; mergepBlocks('D'); /* Phase 1 - Register allocation and peep hole optimization * * The first part of the analysis is to determine the registers * that are used in the pCode. Once that is done, the peep rules * are applied to the code. We continue to loop until no more * peep rule optimizations are found (or until we exceed the * MAX_PASSES threshold). * * When done, the required registers will be determined. * */ i = 0; do { DFPRINTF((stderr," Analyzing pCode: PASS #%d\n",i+1)); /* First, merge the labels with the instructions */ for(pb = the_pFile->pbHead; pb; pb = pb->next) { if('*' == dbName || getpBlock_dbName(pb) == dbName) { DFPRINTF((stderr," analyze and merging block %c\n",dbName)); pBlockMergeLabels(pb); AnalyzepBlock(pb); } else { DFPRINTF((stderr," skipping block analysis dbName=%c blockname=%c\n",dbName,getpBlock_dbName(pb))); } } changes = OptimizepCode(dbName); } while(changes && (i++ < MAX_PASSES)); buildCallTree(); } /*-----------------------------------------------------------------*/ /* findFunction - Search for a function by name (given the name) */ /* in the set of all functions that are in a pBlock */ /* (note - I expect this to change because I'm planning to limit */ /* pBlock's to just one function declaration */ /*-----------------------------------------------------------------*/ static pCode *findFunction(char *fname) { pBlock *pb; pCode *pc; if(!fname) return NULL; for(pb = the_pFile->pbHead; pb; pb = pb->next) { pc = setFirstItem(pb->function_entries); while(pc) { if((pc->type == PC_FUNCTION) && (PCF(pc)->fname) && (strcmp(fname, PCF(pc)->fname)==0)) return pc; pc = setNextItem(pb->function_entries); } } return NULL; } static void pBlockStats(FILE *of, pBlock *pb) { pCode *pc; regs *r; fprintf(of,";***\n; pBlock Stats: dbName = %c\n;***\n",getpBlock_dbName(pb)); // for now just print the first element of each set pc = setFirstItem(pb->function_entries); if(pc) { fprintf(of,";entry: "); pc->print(of,pc); } pc = setFirstItem(pb->function_exits); if(pc) { fprintf(of,";has an exit\n"); //pc->print(of,pc); } pc = setFirstItem(pb->function_calls); if(pc) { fprintf(of,";functions called:\n"); while(pc) { if(pc->type == PC_OPCODE && PCI(pc)->op == POC_CALL) { fprintf(of,"; %s\n",get_op_from_instruction(PCI(pc))); } pc = setNextItem(pb->function_calls); } } r = setFirstItem(pb->tregisters); if(r) { int n = elementsInSet(pb->tregisters); fprintf(of,";%d compiler assigned register%c:\n",n, ( (n!=1) ? 's' : ' ')); while (r) { fprintf(of,"; %s\n",r->name); r = setNextItem(pb->tregisters); } } } #if 0 /*-----------------------------------------------------------------*/ /* printCallTree - writes the call tree to a file */ /* */ /*-----------------------------------------------------------------*/ static void pct2(FILE *of,pBlock *pb,int indent) { pCode *pc,*pcn; int i; // set *registersInCallPath = NULL; if(!of) return; if(indent > 10) return; //recursion ? pc = setFirstItem(pb->function_entries); if(!pc) return; pb->visited = 0; for(i=0;itype == PC_FUNCTION) fprintf(of,"%s\n",PCF(pc)->fname); else return; // ??? pc = setFirstItem(pb->function_calls); for( ; pc; pc = setNextItem(pb->function_calls)) { if(pc->type == PC_OPCODE && PCI(pc)->op == POC_CALL) { char *dest = get_op_from_instruction(PCI(pc)); pcn = findFunction(dest); if(pcn) pct2(of,pcn->pb,indent+1); } else fprintf(of,"BUG? pCode isn't a POC_CALL %d\n",__LINE__); } } #endif #if 0 /*-----------------------------------------------------------------*/ /* ispCodeFunction - returns true if *pc is the pCode of a */ /* function */ /*-----------------------------------------------------------------*/ static bool ispCodeFunction(pCode *pc) { if(pc && pc->type == PC_FUNCTION && PCF(pc)->fname) return 1; return 0; } /*-----------------------------------------------------------------*/ /* printCallTree - writes the call tree to a file */ /* */ /*-----------------------------------------------------------------*/ static void printCallTree(FILE *of) { pBranch *pbr; pBlock *pb; pCode *pc; if(!the_pFile) return; if(!of) of = stderr; fprintf(of, "\npBlock statistics\n"); for(pb = the_pFile->pbHead; pb; pb = pb->next ) pBlockStats(of,pb); fprintf(of,"Call Tree\n"); pbr = the_pFile->functions; while(pbr) { if(pbr->pc) { pc = pbr->pc; if(!ispCodeFunction(pc)) fprintf(of,"bug in call tree"); fprintf(of,"Function: %s\n", PCF(pc)->fname); while(pc->next && !ispCodeFunction(pc->next)) { pc = pc->next; if(pc->type == PC_OPCODE && PCI(pc)->op == POC_CALL) fprintf(of,"\t%s\n",get_op_from_instruction(PCI(pc))); } } pbr = pbr->next; } fprintf(of,"\n**************\n\na better call tree\n"); for(pb = the_pFile->pbHead; pb; pb = pb->next) { if(pb->visited) pct2(of,pb,0); } for(pb = the_pFile->pbHead; pb; pb = pb->next) { fprintf(of,"block dbname: %c\n", getpBlock_dbName(pb)); } } #endif /*-----------------------------------------------------------------*/ /* */ /*-----------------------------------------------------------------*/ static void InlineFunction(pBlock *pb) { pCode *pc; pCode *pc_call; if(!pb) return; pc = setFirstItem(pb->function_calls); for( ; pc; pc = setNextItem(pb->function_calls)) { if(isCALL(pc)) { pCode *pcn = findFunction(get_op_from_instruction(PCI(pc))); pCode *pcp = pc->prev; pCode *pct; pCode *pce; pBranch *pbr; if(pcn && isPCF(pcn) && (PCF(pcn)->ncalled == 1) && !PCF(pcn)->isPublic && (pcp && (isPCI_BITSKIP(pcp)||!isPCI_SKIP(pcp)))) { /* Bit skips can be inverted other skips can not */ InlineFunction(pcn->pb); /* At this point, *pc points to a CALL mnemonic, and *pcn points to the function that is being called. To in-line this call, we need to remove the CALL and RETURN(s), and link the function pCode in with the CALLee pCode. */ pc_call = pc; /* Check if previous instruction was a bit skip */ if (isPCI_BITSKIP(pcp)) { pCodeLabel *pcl; /* Invert skip instruction and add a goto */ PCI(pcp)->op = (PCI(pcp)->op == POC_BTFSS) ? POC_BTFSC : POC_BTFSS; if(isPCL(pc_call->next)) { // Label pcode pcl = PCL(pc_call->next); } else if (isPCI(pc_call->next) && PCI(pc_call->next)->label) { // pcode instruction with a label pcl = PCL(PCI(pc_call->next)->label->pc); } else { pcl = PCL(newpCodeLabel(NULL, newiTempLabel(NULL)->key+100)); PCI(pc_call->next)->label->pc = (struct pCode*)pcl; } pCodeInsertAfter(pcp, newpCode(POC_GOTO, newpCodeOp(pcl->label,PO_STR))); } /* remove callee pBlock from the pBlock linked list */ removepBlock(pcn->pb); pce = pcn; while(pce) { pce->pb = pb; pce = pce->next; } /* Remove the Function pCode */ pct = findNextInstruction(pcn->next); /* Link the function with the callee */ if (pcp) pcp->next = pcn->next; pcn->next->prev = pcp; /* Convert the function name into a label */ pbr = Safe_calloc(1,sizeof(pBranch)); pbr->pc = newpCodeLabel(PCF(pcn)->fname, -1); pbr->next = NULL; PCI(pct)->label = pBranchAppend(PCI(pct)->label,pbr); PCI(pct)->label = pBranchAppend(PCI(pct)->label,PCI(pc_call)->label); /* turn all of the return's except the last into goto's */ /* check case for 2 instruction pBlocks */ pce = findNextInstruction(pcn->next); while(pce) { pCode *pce_next = findNextInstruction(pce->next); if(pce_next == NULL) { /* found the last return */ pCode *pc_call_next = findNextInstruction(pc_call->next); //fprintf(stderr,"found last return\n"); //pce->print(stderr,pce); pce->prev->next = pc_call->next; pc_call->next->prev = pce->prev; PCI(pc_call_next)->label = pBranchAppend(PCI(pc_call_next)->label, PCI(pce)->label); } pce = pce_next; } } } else fprintf(stderr,"BUG? pCode isn't a POC_CALL %d\n",__LINE__); } } /*-----------------------------------------------------------------*/ /* */ /*-----------------------------------------------------------------*/ void InlinepCode(void) { pBlock *pb; pCode *pc; if(!the_pFile) return; if(!functionInlining) return; /* Loop through all of the function definitions and count the * number of times each one is called */ //fprintf(stderr,"inlining %d\n",__LINE__); for(pb = the_pFile->pbHead; pb; pb = pb->next) { pc = setFirstItem(pb->function_calls); for( ; pc; pc = setNextItem(pb->function_calls)) { if(isCALL(pc)) { pCode *pcn = findFunction(get_op_from_instruction(PCI(pc))); if(pcn && isPCF(pcn)) { PCF(pcn)->ncalled++; } } else fprintf(stderr,"BUG? pCode isn't a POC_CALL %d\n",__LINE__); } } //fprintf(stderr,"inlining %d\n",__LINE__); /* Now, Loop through the function definitions again, but this * time inline those functions that have only been called once. */ InlineFunction(the_pFile->pbHead); //fprintf(stderr,"inlining %d\n",__LINE__); for(pb = the_pFile->pbHead; pb; pb = pb->next) unBuildFlow(pb); } sdcc-2.9.0/src/pic/pcode.h000066400000000000000000000646621116427777700153040ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcode.h - post code generation Written By - Scott Dattalo scott@dattalo.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ #ifndef __PCODE_H__ #define __PCODE_H__ #include "common.h" /* When changing these, you must also update the assembler template * in device/lib/libsdcc/macros.inc */ #define GPTRTAG_DATA 0x00 #define GPTRTAG_CODE 0x80 /* Cyclic dependency with ralloc.h: */ struct regs; /* Post code generation The post code generation is an assembler optimizer. The assembly code produced by all of the previous steps is fully functional. This step will attempt to analyze the flow of the assembly code and agressively optimize it. The peep hole optimizer attempts to do the same thing. As you may recall, the peep hole optimizer replaces blocks of assembly with more optimal blocks (e.g. removing redundant register loads). However, the peep hole optimizer has to be somewhat conservative since an assembly program has implicit state information that's unavailable when only a few instructions are examined. Consider this example: example1: movwf t1 movf t1,w The movf seems redundant since we know that the W register already contains the same value of t1. So a peep hole optimizer is tempted to remove the "movf". However, this is dangerous since the movf affects the flags in the status register (specifically the Z flag) and subsequent code may depend upon this. Look at these two examples: example2: movwf t1 movf t1,w ; Can't remove this movf skpz return example3: movwf t1 movf t1,w ; This movf can be removed xorwf t2,w ; since xorwf will over write Z skpz return */ /*********************************************************************** * debug stuff * * The DFPRINTF macro will call fprintf if PCODE_DEBUG is defined. * The macro is used like: * * DPRINTF(("%s #%d\n","test", 1)); * * The double parenthesis (()) are necessary * ***********************************************************************/ //#define PCODE_DEBUG #ifdef PCODE_DEBUG #define DFPRINTF(args) (fprintf args) #else #define DFPRINTF(args) ((void)0) #endif /*********************************************************************** * PIC status bits - this will move into device dependent headers ***********************************************************************/ #define PIC_C_BIT 0 #define PIC_DC_BIT 1 #define PIC_Z_BIT 2 #define PIC_RP0_BIT 5 /* Register Bank select bits RP1:0 : */ #define PIC_RP1_BIT 6 /* 00 - bank 0, 01 - bank 1, 10 - bank 2, 11 - bank 3 */ #define PIC_IRP_BIT 7 /* Indirect register page select */ /*********************************************************************** * PIC INTCON bits - this will move into device dependent headers ***********************************************************************/ #define PIC_RBIF_BIT 0 /* Port B level has changed flag */ #define PIC_INTF_BIT 1 /* Port B bit 0 interrupt on edge flag */ #define PIC_T0IF_BIT 2 /* TMR0 has overflowed flag */ #define PIC_RBIE_BIT 3 /* Port B level has changed - Interrupt Enable */ #define PIC_INTE_BIT 4 /* Port B bit 0 interrupt on edge - Int Enable */ #define PIC_T0IE_BIT 5 /* TMR0 overflow Interrupt Enable */ #define PIC_PIE_BIT 6 /* Peripheral Interrupt Enable */ #define PIC_GIE_BIT 7 /* Global Interrupt Enable */ /*********************************************************************** * * PIC_OPTYPE - Operand types that are specific to the PIC architecture * * If a PIC assembly instruction has an operand then here is where we * associate a type to it. For example, * * movf reg,W * * The movf has two operands: 'reg' and the W register. 'reg' is some * arbitrary general purpose register, hence it has the type PO_GPR_REGISTER. * The W register, which is the PIC's accumulator, has the type PO_W. * ***********************************************************************/ typedef enum { PO_NONE=0, // No operand e.g. NOP PO_W, // The 'W' register PO_STATUS, // The 'STATUS' register PO_FSR, // The "file select register" (in 18c it's one of three) PO_INDF, // The Indirect register PO_INTCON, // Interrupt Control register PO_GPR_REGISTER, // A general purpose register PO_GPR_BIT, // A bit of a general purpose register PO_GPR_TEMP, // A general purpose temporary register PO_GPR_POINTER, // A general purpose pointer PO_SFR_REGISTER, // A special function register (e.g. PORTA) PO_PCL, // Program counter Low register PO_PCLATH, // Program counter Latch high register PO_LITERAL, // A constant PO_IMMEDIATE, // (8051 legacy) PO_DIR, // Direct memory (8051 legacy) PO_CRY, // bit memory (8051 legacy) PO_BIT, // bit operand. PO_STR, // (8051 legacy) PO_LABEL, PO_WILD // Wild card operand in peep optimizer } PIC_OPTYPE; /*********************************************************************** * * PIC_OPCODE * * This is not a list of the PIC's opcodes per se, but instead * an enumeration of all of the different types of pic opcodes. * ***********************************************************************/ typedef enum { POC_WILD=-1, /* Wild card - used in the pCode peep hole optimizer * to represent ANY pic opcode */ POC_ADDLW=0, POC_ADDWF, POC_ADDFW, POC_ANDLW, POC_ANDWF, POC_ANDFW, POC_BCF, POC_BSF, POC_BTFSC, POC_BTFSS, POC_CALL, POC_COMF, POC_COMFW, POC_CLRF, POC_CLRW, POC_CLRWDT, POC_DECF, POC_DECFW, POC_DECFSZ, POC_DECFSZW, POC_GOTO, POC_INCF, POC_INCFW, POC_INCFSZ, POC_INCFSZW, POC_IORLW, POC_IORWF, POC_IORFW, POC_MOVF, POC_MOVFW, POC_MOVLW, POC_MOVWF, POC_NOP, POC_RETLW, POC_RETURN, POC_RETFIE, POC_RLF, POC_RLFW, POC_RRF, POC_RRFW, POC_SUBLW, POC_SUBWF, POC_SUBFW, POC_SWAPF, POC_SWAPFW, POC_TRIS, POC_XORLW, POC_XORWF, POC_XORFW, POC_BANKSEL, POC_PAGESEL, MAX_PIC14MNEMONICS } PIC_OPCODE; /*********************************************************************** * PC_TYPE - pCode Types ***********************************************************************/ typedef enum { PC_COMMENT=0, /* pCode is a comment */ PC_INLINE, /* user's inline code */ PC_OPCODE, /* PORT dependent opcode */ PC_LABEL, /* assembly label */ PC_FLOW, /* flow analysis */ PC_FUNCTION, /* Function start or end */ PC_WILD, /* wildcard - an opcode place holder used * in the pCode peep hole optimizer */ PC_CSOURCE, /* C-Source Line */ PC_ASMDIR, /* Assembler directive */ PC_BAD /* Mark the pCode object as being bad */ } PC_TYPE; /************************************************/ /*************** Structures ********************/ /************************************************/ /* These are here as forward references - the * full definition of these are below */ struct pCode; struct pCodeWildBlock; struct pCodeRegLives; /************************************************* pBranch The first step in optimizing pCode is determining the program flow. This information is stored in single-linked lists in the for of 'from' and 'to' objects with in a pcode. For example, most instructions don't involve any branching. So their from branch points to the pCode immediately preceding them and their 'to' branch points to the pcode immediately following them. A skip instruction is an example of a pcode that has multiple (in this case two) elements in the 'to' branch. A 'label' pcode is an where there may be multiple 'from' branches. *************************************************/ typedef struct pBranch { struct pCode *pc; // Next pCode in a branch struct pBranch *next; /* If more than one branch * the next one is here */ } pBranch; /************************************************* pCodeOp pCode Operand structure. For those assembly instructions that have arguments, the pCode will have a pCodeOp in which the argument can be stored. For example movf some_register,w 'some_register' will be stored/referenced in a pCodeOp *************************************************/ typedef struct pCodeOp { PIC_OPTYPE type; char *name; } pCodeOp; typedef struct pCodeOpLit { pCodeOp pcop; int lit; } pCodeOpLit; typedef struct pCodeOpImmd { pCodeOp pcop; int offset; /* low,med, or high byte of immediate value */ int index; /* add this to the immediate value */ unsigned _const:1; /* is in code space */ unsigned _function:1; /* is a (pointer to a) function */ int rIdx; /* If this immd points to a register */ struct regs *r; /* then this is the reg. */ } pCodeOpImmd; typedef struct pCodeOpLabel { pCodeOp pcop; int key; int offset; /* low or high byte of label */ } pCodeOpLabel; typedef struct pCodeOpReg { pCodeOp pcop; // Can be either GPR or SFR int rIdx; // Index into the register table struct regs *r; int instance; // byte # of Multi-byte registers struct pBlock *pb; } pCodeOpReg; typedef struct pCodeOpRegBit { pCodeOpReg pcor; // The Register containing this bit int bit; // 0-7 bit number. PIC_OPTYPE subtype; // The type of this register. unsigned int inBitSpace: 1; /* True if in bit space, else just a bit of a register */ } pCodeOpRegBit; typedef struct pCodeOpStr /* Only used here for the name of fn being called or jumped to */ { pCodeOp pcop; unsigned isPublic: 1; /* True if not static ie extern */ } pCodeOpStr; typedef struct pCodeOpWild { pCodeOp pcop; struct pCodeWildBlock *pcwb; int id; /* index into an array of char *'s that will match * the wild card. The array is in *pcp. */ pCodeOp *subtype; /* Pointer to the Operand type into which this wild * card will be expanded */ pCodeOp *matched; /* When a wild matches, we'll store a pointer to the * opcode we matched */ } pCodeOpWild; /************************************************* pCode Here is the basic build block of a PIC instruction. Each pic instruction will get allocated a pCode. A linked list of pCodes makes a program. **************************************************/ typedef struct pCode { PC_TYPE type; struct pCode *prev; // The pCode objects are linked together struct pCode *next; // in doubly linked lists. unsigned id; // unique ID number for all pCodes to assist in debugging int seq; // sequence number struct pBlock *pb; // The pBlock that contains this pCode. /* "virtual functions" * The pCode structure is like a base class * in C++. The subsequent structures that "inherit" * the pCode structure will initialize these function * pointers to something useful */ void (*destruct)(struct pCode *_this); void (*print) (FILE *of,struct pCode *_this); } pCode; /************************************************* pCodeComment **************************************************/ typedef struct pCodeComment { pCode pc; char *comment; } pCodeComment; /************************************************* pCodeComment **************************************************/ typedef struct pCodeCSource { pCode pc; int line_number; char *line; char *file_name; } pCodeCSource; /************************************************* pCodeFlow The Flow object is used as marker to separate the assembly code into contiguous chunks. In other words, everytime an instruction cause or potentially causes a branch, a Flow object will be inserted into the pCode chain to mark the beginning of the next contiguous chunk. **************************************************/ typedef struct pCodeFlow { pCode pc; pCode *end; /* Last pCode in this flow. Note that the first pCode is pc.next */ set *from; /* flow blocks that can send control to this flow block */ set *to; /* flow blocks to which this one can send control */ struct pCodeFlow *ancestor; /* The most immediate "single" pCodeFlow object that * executes prior to this one. In many cases, this * will be just the previous */ int inCond; /* Input conditions - stuff assumed defined at entry */ int outCond; /* Output conditions - stuff modified by flow block */ int firstBank; /* The first and last bank flags are the first and last */ int lastBank; /* register banks used within one flow object */ int FromConflicts; int ToConflicts; set *registers;/* Registers used in this flow */ } pCodeFlow; /************************************************* pCodeFlowLink The Flow Link object is used to record information about how consecutive excutive Flow objects are related. The pCodeFlow objects demarcate the pCodeInstructions into contiguous chunks. The FlowLink records conflicts in the discontinuities. For example, if one Flow object references a register in bank 0 and the next Flow object references a register in bank 1, then there is a discontinuity in the banking registers. */ typedef struct pCodeFlowLink { pCodeFlow *pcflow; /* pointer to linked pCodeFlow object */ int bank_conflict; /* records bank conflicts */ } pCodeFlowLink; /************************************************* pCodeInstruction Here we describe all the facets of a PIC instruction (expansion for the 18cxxx is also provided). **************************************************/ typedef struct pCodeInstruction { pCode pc; PIC_OPCODE op; // The opcode of the instruction. char const * const mnemonic; // Pointer to mnemonic string pBranch *from; // pCodes that execute before this one pBranch *to; // pCodes that execute after pBranch *label; // pCode instructions that have labels pCodeOp *pcop; /* Operand, if this instruction has one */ pCodeFlow *pcflow; /* flow block to which this instruction belongs */ pCodeCSource *cline; /* C Source from which this instruction was derived */ unsigned int num_ops; /* Number of operands (0,1,2 for mid range pics) */ unsigned int isModReg: 1; /* If destination is W or F, then 1==F */ unsigned int isBitInst: 1; /* e.g. BCF */ unsigned int isBranch: 1; /* True if this is a branching instruction */ unsigned int isSkip: 1; /* True if this is a skip instruction */ unsigned int isLit: 1; /* True if this instruction has an literal operand */ PIC_OPCODE inverted_op; /* Opcode of instruction that's the opposite of this one */ unsigned int inCond; // Input conditions for this instruction unsigned int outCond; // Output conditions for this instruction } pCodeInstruction; /************************************************* pCodeAsmDir **************************************************/ typedef struct pCodeAsmDir { pCodeInstruction pci; char *directive; char *arg; } pCodeAsmDir; /************************************************* pCodeLabel **************************************************/ typedef struct pCodeLabel { pCode pc; char *label; int key; } pCodeLabel; /************************************************* pCodeFunction **************************************************/ typedef struct pCodeFunction { pCode pc; char *modname; char *fname; /* If NULL, then this is the end of a function. Otherwise, it's the start and the name is contained here */ pBranch *from; // pCodes that execute before this one pBranch *to; // pCodes that execute after pBranch *label; // pCode instructions that have labels int ncalled; /* Number of times function is called */ unsigned isPublic:1; /* True if the fn is not static and can be called from another module (ie a another c or asm file) */ } pCodeFunction; /************************************************* pCodeWild **************************************************/ typedef struct pCodeWild { pCodeInstruction pci; int id; /* Index into the wild card array of a peepBlock * - this wild card will get expanded into that pCode * that is stored at this index */ /* Conditions on wild pcode instruction */ int mustBeBitSkipInst:1; int mustNotBeBitSkipInst:1; int invertBitSkipInst:1; pCodeOp *operand; // Optional operand pCodeOp *label; // Optional label } pCodeWild; /************************************************* pBlock Here are PIC program snippets. There's a strong correlation between the eBBlocks and pBlocks. SDCC subdivides a C program into managable chunks. Each chunk becomes a eBBlock and ultimately in the PIC port a pBlock. **************************************************/ typedef struct pBlock { memmap *cmemmap; /* The snippet is from this memmap */ char dbName; /* if cmemmap is NULL, then dbName will identify the block */ pCode *pcHead; /* A pointer to the first pCode in a link list of pCodes */ pCode *pcTail; /* A pointer to the last pCode in a link list of pCodes */ struct pBlock *next; /* The pBlocks will form a doubly linked list */ struct pBlock *prev; set *function_entries; /* dll of functions in this pblock */ set *function_exits; set *function_calls; set *tregisters; set *FlowTree; unsigned visited:1; /* set true if traversed in call tree */ unsigned seq; /* sequence number of this pBlock */ } pBlock; /************************************************* pFile The collection of pBlock program snippets are placed into a linked list that is implemented in the pFile structure. The pcode optimizer will parse the pFile. **************************************************/ typedef struct pFile { pBlock *pbHead; /* A pointer to the first pBlock */ pBlock *pbTail; /* A pointer to the last pBlock */ pBranch *functions; /* A SLL of functions in this pFile */ } pFile; /************************************************* pCodeWildBlock The pCodeWildBlock object keeps track of the wild variables, operands, and opcodes that exist in a pBlock. **************************************************/ typedef struct pCodeWildBlock { pBlock *pb; struct pCodePeep *pcp; // pointer back to ... I don't like this... int nvars; // Number of wildcard registers in target. char **vars; // array of pointers to them int nops; // Number of wildcard operands in target. pCodeOp **wildpCodeOps; // array of pointers to the pCodeOp's. int nwildpCodes; // Number of wildcard pCodes in target/replace pCode **wildpCodes; // array of pointers to the pCode's. } pCodeWildBlock; /************************************************* pCodePeep The pCodePeep object mimics the peep hole optimizer in the main SDCC src (e.g. SDCCpeeph.c). Essentially there is a target pCode chain and a replacement pCode chain. The target chain is compared to the pCode that is generated by gen.c. If a match is found then the pCode is replaced by the replacement pCode chain. **************************************************/ typedef struct pCodePeep { pCodeWildBlock target; // code we'd like to optimize pCodeWildBlock replace; // and this is what we'll optimize it with. /* (Note: a wildcard register is a place holder. Any register * can be replaced by the wildcard when the pcode is being * compared to the target. */ /* Post Conditions. A post condition is a condition that * must be either true or false before the peep rule is * accepted. For example, a certain rule may be accepted * if and only if the Z-bit is not used as an input to * the subsequent instructions in a pCode chain. */ unsigned int postFalseCond; unsigned int postTrueCond; } pCodePeep; /************************************************* pCode peep command definitions Here are some special commands that control the way the peep hole optimizer behaves **************************************************/ enum peepCommandTypes{ NOTBITSKIP = 0, BITSKIP, INVERTBITSKIP, _LAST_PEEP_COMMAND_ }; /************************************************* peepCommand structure stores the peep commands. **************************************************/ typedef struct peepCommand { int id; char *cmd; } peepCommand; /************************************************* pCode Macros **************************************************/ #define PCODE(x) ((pCode *)(x)) #define PCI(x) ((pCodeInstruction *)(x)) #define PCL(x) ((pCodeLabel *)(x)) #define PCF(x) ((pCodeFunction *)(x)) #define PCFL(x) ((pCodeFlow *)(x)) #define PCFLINK(x)((pCodeFlowLink *)(x)) #define PCW(x) ((pCodeWild *)(x)) #define PCCS(x) ((pCodeCSource *)(x)) #define PCAD(x) ((pCodeAsmDir *)(x)) #define PCOP(x) ((pCodeOp *)(x)) #define PCOL(x) ((pCodeOpLit *)(x)) #define PCOI(x) ((pCodeOpImmd *)(x)) #define PCOLAB(x) ((pCodeOpLabel *)(x)) #define PCOR(x) ((pCodeOpReg *)(x)) #define PCORB(x) ((pCodeOpRegBit *)(x)) #define PCOS(x) ((pCodeOpStr *)(x)) #define PCOW(x) ((pCodeOpWild *)(x)) #define PBR(x) ((pBranch *)(x)) #define PCWB(x) ((pCodeWildBlock *)(x)) #define isPCOLAB(x) ((PCOP(x)->type) == PO_LABEL) #define isPCOS(x) ((PCOP(x)->type) == PO_STR) /* macros for checking pCode types */ #define isPCI(x) ((PCODE(x)->type == PC_OPCODE)) #define isPCFL(x) ((PCODE(x)->type == PC_FLOW)) #define isPCF(x) ((PCODE(x)->type == PC_FUNCTION)) #define isPCL(x) ((PCODE(x)->type == PC_LABEL)) #define isPCW(x) ((PCODE(x)->type == PC_WILD)) #define isPCCS(x) ((PCODE(x)->type == PC_CSOURCE)) #define isPCASMDIR(x) ((PCODE(x)->type == PC_ASMDIR)) /* macros for checking pCodeInstruction types */ #define isCALL(x) (isPCI(x) && (PCI(x)->op == POC_CALL)) #define isPCI_BRANCH(x) (isPCI(x) && PCI(x)->isBranch) #define isPCI_SKIP(x) (isPCI(x) && PCI(x)->isSkip) #define isPCI_LIT(x) (isPCI(x) && PCI(x)->isLit) #define isPCI_BITSKIP(x)(isPCI_SKIP(x) && PCI(x)->isBitInst) #define isSTATUS_REG(r) ((r)->pc_type == PO_STATUS) /*-----------------------------------------------------------------* * pCode functions. *-----------------------------------------------------------------*/ pCode *newpCode (PIC_OPCODE op, pCodeOp *pcop); // Create a new pCode given an operand pCode *newpCodeCharP(char *cP); // Create a new pCode given a char * pCode *newpCodeFunction(char *g, char *f,int); // Create a new function pCode *newpCodeLabel(char *name,int key); // Create a new label given a key pCode *newpCodeCSource(int ln, char *f, const char *l); // Create a new symbol line pCode *newpCodeWild(int pCodeID, pCodeOp *optional_operand, pCodeOp *optional_label); pCode *findNextInstruction(pCode *pci); pCode *findPrevInstruction(pCode *pci); pCode *findNextpCode(pCode *pc, PC_TYPE pct); pCode *pCodeInstructionCopy(pCodeInstruction *pci,int invert); pBlock *newpCodeChain(memmap *cm,char c, pCode *pc); // Create a new pBlock void printpBlock(FILE *of, pBlock *pb); // Write a pBlock to a file void printpCode(FILE *of, pCode *pc); // Write a pCode to a file void addpCode2pBlock(pBlock *pb, pCode *pc); // Add a pCode to a pBlock void addpBlock(pBlock *pb); // Add a pBlock to a pFile void unlinkpCode(pCode *pc); void copypCode(FILE *of, char dbName); // Write all pBlocks with dbName to *of void movepBlock2Head(char dbName); // move pBlocks around void AnalyzeBanking(void); void ReuseReg(void); void AnalyzepCode(char dbName); void InlinepCode(void); void pCodeInitRegisters(void); void pic14initpCodePeepCommands(void); void pBlockConvert2ISR(pBlock *pb); void pBlockMergeLabels(pBlock *pb); void pCodeInsertAfter(pCode *pc1, pCode *pc2); void pCodeInsertBefore(pCode *pc1, pCode *pc2); void pCodeDeleteChain(pCode *f,pCode *t); pCode *newpCodeAsmDir(char *asdir, char *argfmt, ...); pCodeOp *newpCodeOpLabel(char *name, int key); pCodeOp *newpCodeOpImmd(char *name, int offset, int index, int code_space,int is_func); pCodeOp *newpCodeOpLit(int lit); pCodeOp *newpCodeOpBit(char *name, int bit,int inBitSpace); pCodeOp *newpCodeOpWild(int id, pCodeWildBlock *pcwb, pCodeOp *subtype); pCodeOp *newpCodeOpRegFromStr(char *name); pCodeOp *newpCodeOp(char *name, PIC_OPTYPE p); pCodeOp *pCodeOpCopy(pCodeOp *pcop); pCodeOp *popCopyGPR2Bit(pCodeOp *pc, int bitval); pCodeOp *popCopyReg(pCodeOpReg *pc); pBranch *pBranchAppend(pBranch *h, pBranch *n); struct regs * getRegFromInstruction(pCode *pc); char *get_op(pCodeOp *pcop, char *buff, size_t buf_size); char *pCode2str(char *str, size_t size, pCode *pc); int pCodePeepMatchRule(pCode *pc); void pcode_test(void); void resetpCodeStatistics (void); void dumppCodeStatistics (FILE *of); /*-----------------------------------------------------------------* * pCode objects. *-----------------------------------------------------------------*/ extern pCodeOpReg pc_status; extern pCodeOpReg pc_intcon; extern pCodeOpReg pc_indf; extern pCodeOpReg pc_fsr; extern pCodeOpReg pc_pcl; extern pCodeOpReg pc_pclath; extern pCodeOpReg pc_wsave; /* wsave, ssave and psave are used to save W, the Status and PCLATH*/ extern pCodeOpReg pc_ssave; /* registers during an interrupt */ extern pCodeOpReg pc_psave; /* registers during an interrupt */ extern pFile *the_pFile; extern pCodeInstruction *pic14Mnemonics[MAX_PIC14MNEMONICS]; /* * From pcodepeep.h: */ int getpCode(char *mnem, unsigned dest); int getpCodePeepCommand(char *cmd); int pCodeSearchCondition(pCode *pc, unsigned int cond, int contIfSkip); #endif // __PCODE_H__ sdcc-2.9.0/src/pic/pcodeflow.c000066400000000000000000000133021116427777700161500ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcodeflow.c - post code generation flow analysis Written By - Scott Dattalo scott@dattalo.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ /* pcodeflow.c The purpose of the code in this file is to analyze the flow of the pCode. */ #include "pcodeflow.h" #if 0 static void dbg_dumpFlow(pBlock *pb) { pCode *pcflow; for( pcflow = findNextpCode(pb->pcHead, PC_FLOW); pcflow != NULL; pcflow = findNextpCode(pcflow->next, PC_FLOW) ) { if(!isPCFL(pcflow)) fprintf(stderr, "LinkFlow - pcflow is not a flow object "); fprintf(stderr, "Flow: 0x%x",pcflow->seq); if(PCFL(pcflow) && PCFL(pcflow)->ancestor) fprintf(stderr,", ancestor 0x%x\n", PCFL(pcflow)->ancestor->pc.seq); else { pCodeFlowLink *from = (PCFL(pcflow)->from) ? (PCFLINK(setFirstItem(PCFL(pcflow)->from))) : NULL; fprintf(stderr," no ancestor"); while(from) { fprintf(stderr," (0x%x)",from->pcflow->pc.seq); from = setNextItem(PCFL(pcflow)->from); } fprintf(stderr,"\n"); } } } #endif #if 0 /*-----------------------------------------------------------------* * void BuildFlowSegment(set *segment, pCodeFlow *pcflow) *-----------------------------------------------------------------*/ static void BuildFlowSegment(pCodeFlow *pcflow) { static int recursion=0; pCodeFlow *pcflow_other; set *flowset; if(!pcflow) return; if(recursion++ > 200) { fprintf(stderr, " exceeded recursion\n"); return; } fprintf(stderr,"examining 0x%x\n",pcflow->pc.seq); if(pcflow->from) { flowset = pcflow->from; if(flowset && flowset->next == NULL) { /* There is a flow before this one. In fact, there's exactly one flow before this one (because ->next is NULL). That means all children of this node pass through both this node and the node immediately before this one; i.e. they have the same ancestor. */ if( (NULL == (pcflow_other = PCFLINK(flowset->item)->pcflow)) || (NULL == pcflow_other)) { fprintf(stderr,"2 error in flow link\n"); exit(1); } pcflow->ancestor = pcflow_other->ancestor ; fprintf(stderr,"Assigning ancestor 0x%x from flow 0x%x\n", pcflow->ancestor->pc.seq, pcflow_other->pc.seq); } else { if(flowset == NULL) { /* There are no flows before this one. * If this is not the first flow object in the pBlock then * there's an error */ if(!pcflow->ancestor) { fprintf(stderr,"error in flow link\n"); exit(1); } } else { /* Flow passes to this flow from multiple flows. Let's look at just one of these. If the one we look at has an ancestor, then that's our ancestor too. If the one we look at doesn't have an ancestor, then that means we haven't traversed that branch of the call tree yet - but we will */ pcflow_other = PCFLINK(flowset->item)->pcflow; if(pcflow_other) { fprintf(stderr, "coming from 0x%x\n",pcflow_other->pc.seq); if( pcflow_other->ancestor) pcflow->ancestor = pcflow_other->ancestor; } } } } else { /* there are no nodes before this one */ if(!pcflow->ancestor) fprintf(stderr,"3 Error in flow link\n"); } /* Now let's recursively expand the call tree */ if(pcflow->ancestor && pcflow->to) { flowset = pcflow->to; while(flowset) { BuildFlowSegment(PCFLINK(flowset->item)->pcflow); flowset = flowset->next; } } } #endif void BuildFlowTree(pBlock *pb) { pCodeFlow *first_pcflow, *pcflow; // fprintf(stderr,"BuildFlowTree \n"); first_pcflow = PCFL(findNextpCode(pb->pcHead, PC_FLOW)); if(!first_pcflow) return; /* The very first node is like Adam, it's its own ancestor (i.e. * there are no other flows in this pBlock prior to the first one). */ first_pcflow->ancestor = first_pcflow; /* For each flow that has only one predecessor, it's easy to identify the ancestor */ pcflow = PCFL(findNextpCode(first_pcflow->pc.next, PC_FLOW)); while(pcflow) { if(elementsInSet(pcflow->from) == 1) { pCodeFlowLink *from = PCFLINK(setFirstItem(pcflow->from)); pcflow->ancestor = from->pcflow; /* fprintf(stderr,"Assigning ancestor 0x%x to flow 0x%x\n", pcflow->ancestor->pc.seq, pcflow->pc.seq); */ } pcflow = PCFL(findNextpCode(pcflow->pc.next, PC_FLOW)); } pcflow = PCFL(findNextpCode(first_pcflow->pc.next, PC_FLOW)); while(pcflow) { if(elementsInSet(pcflow->from) > 1) { pCodeFlow *min_pcflow; pCodeFlowLink *from = PCFLINK(setFirstItem(pcflow->from)); min_pcflow = from->pcflow; while( (from = setNextItem(pcflow->from)) != NULL) { if(from->pcflow->pc.seq < min_pcflow->pc.seq) min_pcflow = from->pcflow; } pcflow->ancestor = min_pcflow; /* fprintf(stderr,"Assigning ancestor 0x%x to flow 0x%x from multiple\n", pcflow->ancestor->pc.seq, pcflow->pc.seq); */ } pcflow = PCFL(findNextpCode(pcflow->pc.next, PC_FLOW)); } // BuildFlowSegment(pcflow); //dbg_dumpFlow(pb); } sdcc-2.9.0/src/pic/pcodeflow.h000066400000000000000000000044101116427777700161550ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcode.h - post code generation Written By - Scott Dattalo scott@dattalo.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ #ifndef __PCODEFLOW_H__ #define __PCODEFLOW_H__ #include "pcode.h" /************************************************* * pCode conditions: * * The "conditions" are bit-mapped flags that describe * input and/or output conditions that are affected by * the instructions. For example: * * MOVF SOME_REG,W * * This instruction depends upon 'SOME_REG'. Consequently * it has the input condition PCC_REGISTER set to true. * * In addition, this instruction affects the Z bit in the * status register and affects W. Thus the output conditions * are the logical or: * PCC_ZERO_BIT | PCC_W * * The conditions are intialized when the pCode for an * instruction is created. They're subsequently used * by the pCode optimizer determine state information * in the program flow. *************************************************/ #define PCC_NONE 0 #define PCC_REGISTER (1<<0) #define PCC_C (1<<1) #define PCC_Z (1<<2) #define PCC_DC (1<<3) #define PCC_W (1<<4) #define PCC_EXAMINE_PCOP (1<<5) #define PCC_REG_BANK0 (1<<6) #define PCC_REG_BANK1 (1<<7) #define PCC_REG_BANK2 (1<<8) #define PCC_REG_BANK3 (1<<9) #define PCC_LITERAL (1<<10) /*------------------------------------------------------------*/ void BuildFlowTree(pBlock *pb); #endif // __PCODEFLOW_H__ sdcc-2.9.0/src/pic/pcodepeep.c000066400000000000000000001576541116427777700161550ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcodepeep.c - post code generation Written By - Scott Dattalo scott@dattalo.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ #include "pcode.h" #include "pcodeflow.h" #include "ralloc.h" //#define PCODE_DEBUG #define IS_PCCOMMENT(x) ( x && (x->type==PC_COMMENT)) /****************************************************************/ /****************************************************************/ typedef struct _DLL { struct _DLL *prev; struct _DLL *next; // void *data; } _DLL; typedef struct pCodePeepSnippets { _DLL dll; pCodePeep *peep; } pCodePeepSnippets; /****************************************************************/ /* */ /* peepSnippets - */ /* */ /****************************************************************/ static pCodePeepSnippets *peepSnippets=NULL; typedef struct pCodeToken { int tt; // token type; union { char c; // character int n; // number char *s; // string } tok; } pCodeToken; static pCodeToken tokArr[50]; static unsigned tokIdx=0; typedef enum { PCT_NULL=0, PCT_SPACE=1, PCT_PERCENT, PCT_LESSTHAN, PCT_GREATERTHAN, PCT_COLON, PCT_COMMA, PCT_COMMENT, PCT_STRING, PCT_NUMBER } pCodeTokens; typedef struct parsedPattern { struct pcPattern *pcp; pCodeToken *pct; } parsedPattern; #define MAX_PARSEDPATARR 50 static parsedPattern parsedPatArr[MAX_PARSEDPATARR]; typedef enum { PCP_LABEL=1, PCP_NUMBER, PCP_STR, PCP_WILDVAR, PCP_WILDSTR, PCP_COMMA, PCP_COMMENT } pCodePatterns; static char pcpat_label[] = {PCT_PERCENT, PCT_NUMBER, PCT_COLON, 0}; static char pcpat_number[] = {PCT_NUMBER, 0}; static char pcpat_string[] = {PCT_STRING, 0}; static char pcpat_wildString[] = {PCT_PERCENT, PCT_STRING, 0}; static char pcpat_wildVar[] = {PCT_PERCENT, PCT_NUMBER, 0}; static char pcpat_comma[] = {PCT_COMMA, 0}; static char pcpat_comment[] = {PCT_COMMENT, 0}; typedef struct pcPattern { char pt; // Pattern type char *tokens; // list of tokens that describe the pattern void * (*f) (void *,pCodeWildBlock *); } pcPattern; static pcPattern pcpArr[] = { {PCP_LABEL, pcpat_label, NULL}, {PCP_WILDSTR, pcpat_wildString, NULL}, {PCP_STR, pcpat_string, NULL}, {PCP_WILDVAR, pcpat_wildVar, NULL}, {PCP_COMMA, pcpat_comma, NULL}, {PCP_COMMENT, pcpat_comment, NULL}, {PCP_NUMBER, pcpat_number, NULL} }; #define PCPATTERNS (sizeof(pcpArr)/sizeof(pcPattern)) // Assembly Line Token typedef enum { ALT_LABEL=1, ALT_COMMENT, ALT_MNEM0, ALT_MNEM0A, ALT_MNEM1, ALT_MNEM1A, ALT_MNEM1B, ALT_MNEM2, ALT_MNEM2A, ALT_MNEM3 } altPatterns; static char alt_comment[] = { PCP_COMMENT, 0}; static char alt_label[] = { PCP_LABEL, 0}; static char alt_mnem0[] = { PCP_STR, 0}; static char alt_mnem0a[] = { PCP_WILDVAR, 0}; static char alt_mnem1[] = { PCP_STR, PCP_STR, 0}; static char alt_mnem1a[] = { PCP_STR, PCP_WILDVAR, 0}; static char alt_mnem1b[] = { PCP_STR, PCP_NUMBER, 0}; static char alt_mnem2[] = { PCP_STR, PCP_STR, PCP_COMMA, PCP_STR, 0}; static char alt_mnem2a[] = { PCP_STR, PCP_WILDVAR, PCP_COMMA, PCP_STR, 0}; static char alt_mnem3[] = { PCP_STR, PCP_STR, PCP_COMMA, PCP_NUMBER, 0}; static void * cvt_altpat_label(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_comment(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem0(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem0a(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem1(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem1a(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem1b(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem2(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem2a(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem3(void *pp,pCodeWildBlock *pcwb); static pcPattern altArr[] = { {ALT_LABEL, alt_label, cvt_altpat_label}, {ALT_COMMENT, alt_comment,cvt_altpat_comment}, {ALT_MNEM3, alt_mnem3, cvt_altpat_mnem3}, {ALT_MNEM2A, alt_mnem2a, cvt_altpat_mnem2a}, {ALT_MNEM2, alt_mnem2, cvt_altpat_mnem2}, {ALT_MNEM1B, alt_mnem1b, cvt_altpat_mnem1b}, {ALT_MNEM1A, alt_mnem1a, cvt_altpat_mnem1a}, {ALT_MNEM1, alt_mnem1, cvt_altpat_mnem1}, {ALT_MNEM0A, alt_mnem0a, cvt_altpat_mnem0a}, {ALT_MNEM0, alt_mnem0, cvt_altpat_mnem0}, }; #define ALTPATTERNS (sizeof(altArr)/sizeof(pcPattern)) // forward declarations static void * DLL_append(_DLL *list, _DLL *next); /*-----------------------------------------------------------------*/ /* cvt_extract_destination - helper function extracts the register */ /* destination from a parsedPattern. */ /* */ /*-----------------------------------------------------------------*/ static int cvt_extract_destination(parsedPattern *pp) { if(pp->pct[0].tt == PCT_STRING) { // just check first letter for now if(toupper((unsigned char)*pp->pct[0].tok.s) == 'F') return 1; } else if (pp->pct[0].tt == PCT_NUMBER) { if(pp->pct[0].tok.n) return 1; } return 0; } /*-----------------------------------------------------------------*/ /* pCodeOp *cvt_extract_status(char *reg, char *bit) */ /* if *reg is the "status" register and *bit is one of the */ /* status bits, then this function will create a new pCode op */ /* containing the status register. */ /*-----------------------------------------------------------------*/ static pCodeOp *cvt_extract_status(char *reg, char *bit) { int len; if(STRCASECMP(reg, pc_status.pcop.name)) return NULL; len = strlen(bit); if(len == 1) { // check C,Z if(toupper((unsigned char)*bit) == 'C') return PCOP(popCopyGPR2Bit(PCOP(&pc_status),PIC_C_BIT)); if(toupper((unsigned char)*bit) == 'Z') return PCOP(popCopyGPR2Bit(PCOP(&pc_status),PIC_Z_BIT)); } // Check DC if(len ==2 && toupper((unsigned char)bit[0]) == 'D' && toupper((unsigned char)bit[1]) == 'C') return PCOP(popCopyGPR2Bit(PCOP(&pc_status),PIC_DC_BIT)); return NULL; } /*-----------------------------------------------------------------*/ /* cvt_altpat_label - convert assembly line type to a pCode label */ /* INPUT: pointer to the parsedPattern */ /* */ /* pp[0] - label */ /* */ /* label pattern => '%' number ':' */ /* at this point, we wish to extract only the 'number' */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_label(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; DFPRINTF((stderr,"altpat_label with ID = %d\n",p->pct[1].tok.n)); return newpCodeLabel(NULL,-p->pct[1].tok.n); } /*-----------------------------------------------------------------*/ /* cvt_altpat_comment - convert assembly line type to a comment */ /* INPUT: pointer to the parsedPattern */ /* */ /* pp[0] - comment */ /* */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_comment(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; DFPRINTF((stderr,"altpat_comment = %s\n",p->pct[0].tok.s)); return newpCodeCharP(p->pct[0].tok.s); } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem0 - convert assembly line type to a wild pCode */ /* instruction */ /* */ /* pp[0] - str */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem0(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; pCodeInstruction *pci=NULL; DFPRINTF((stderr,"altpat_mnem0 %s\n", p->pct[0].tok.s)); opcode = getpCode(p->pct[0].tok.s,0); if(opcode < 0) { /* look for special command strings like _NOTBITSKIP_ */ //fprintf(stderr, "Bad mnemonic\n"); opcode = getpCodePeepCommand(p->pct[0].tok.s); //if(opcode > 0) // fprintf(stderr," but valid peep command: %s, key = %d\n",p->pct[0].tok.s,opcode); return NULL; } pci = PCI(newpCode(opcode, NULL)); if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem0a - convert assembly line type to a wild pCode */ /* instruction */ /* */ /* pp[0] - wild var */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem0a(void *pp, pCodeWildBlock *pcwb) { parsedPattern *p = pp; DFPRINTF((stderr,"altpat_mnem0a wild mnem # %d\n", p[0].pct[1].tok.n)); /* Save the index of the maximum wildcard mnemonic */ if(p[0].pct[1].tok.n > pcwb->nwildpCodes) pcwb->nwildpCodes = p[0].pct[1].tok.n; return newpCodeWild(p[0].pct[1].tok.n,NULL,NULL); } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem1 - convert assembly line type to a pCode */ /* instruction with 1 operand. */ /* */ /* pp[0] - mnem */ /* pp[1] - Operand */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem1(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; pCodeInstruction *pci=NULL; pCodeOp *pcosubtype; DFPRINTF((stderr,"altpat_mnem1 %s var %s\n", p->pct[0].tok.s,p[1].pct[0].tok.s)); opcode = getpCode(p->pct[0].tok.s,0); if(opcode < 0) { //fprintf(stderr, "Bad mnemonic\n"); opcode = getpCodePeepCommand(p->pct[0].tok.s); //if(opcode > 0) //fprintf(stderr," but valid peep command: %s, key = %d\n",p->pct[0].tok.s,opcode); return NULL; } if(pic14Mnemonics[opcode]->isBitInst) pcosubtype = newpCodeOp(p[1].pct[0].tok.s,PO_BIT); else pcosubtype = newpCodeOp(p[1].pct[0].tok.s,PO_GPR_REGISTER); pci = PCI(newpCode(opcode, pcosubtype)); if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem1a - convert assembly line type to a pCode */ /* instruction with 1 wild operand. */ /* */ /* pp[0] - mnem */ /* pp[1] - wild var */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem1a(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; pCodeInstruction *pci=NULL; pCodeOp *pcosubtype; DFPRINTF((stderr,"altpat_mnem1a %s var %d\n", p->pct[0].tok.s,p[1].pct[1].tok.n)); opcode = getpCode(p->pct[0].tok.s,0); if(opcode < 0) { int cmd_id = getpCodePeepCommand(p->pct[0].tok.s); pCode *pc=NULL; if(cmd_id<0) { fprintf(stderr, "Bad mnemonic\n"); return NULL; } if(p[0].pct[1].tok.n > pcwb->nwildpCodes) pcwb->nwildpCodes = p[0].pct[1].tok.n; pc = newpCodeWild(p[1].pct[1].tok.n,NULL,NULL); switch(cmd_id) { case NOTBITSKIP: PCW(pc)->mustNotBeBitSkipInst = 1; break; case BITSKIP: PCW(pc)->mustBeBitSkipInst = 1; break; case INVERTBITSKIP: PCW(pc)->invertBitSkipInst = 1; } return pc; } if(pic14Mnemonics[opcode]->isBitInst) pcosubtype = newpCodeOpBit(NULL,-1,0); else pcosubtype = newpCodeOp(NULL,PO_GPR_REGISTER); pci = PCI(newpCode(opcode, newpCodeOpWild(p[1].pct[1].tok.n, pcwb, pcosubtype))); /* Save the index of the maximum wildcard variable */ if(p[1].pct[1].tok.n > pcwb->nvars) pcwb->nvars = p[1].pct[1].tok.n; if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem1b(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; pCodeInstruction *pci=NULL; DFPRINTF((stderr,"altpat_mnem1b %s var %d\n", p->pct[0].tok.s,p[1].pct[0].tok.n)); opcode = getpCode(p->pct[0].tok.s,0); if(opcode < 0) { fprintf(stderr, "Bad mnemonic\n"); return NULL; } pci = PCI(newpCode(opcode, newpCodeOpLit(p[1].pct[0].tok.n) )); if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* cvt_altpat_mnem2 */ /* */ /* pp[0] - mnem */ /* pp[1] - var */ /* pp[2] - comma */ /* pp[3] - destination */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem2(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; int dest; pCodeInstruction *pci=NULL; pCodeOp *pcosubtype; dest = cvt_extract_destination(&p[3]); DFPRINTF((stderr,"altpat_mnem2 %s var %s destination %s(%d)\n", p->pct[0].tok.s, p[1].pct[0].tok.s, p[3].pct[0].tok.s, dest)); opcode = getpCode(p->pct[0].tok.s,dest); if(opcode < 0) { fprintf(stderr, "Bad mnemonic\n"); return NULL; } if(pic14Mnemonics[opcode]->isBitInst) { pcosubtype = cvt_extract_status(p[1].pct[0].tok.s, p[3].pct[0].tok.s); if(pcosubtype == NULL) { fprintf(stderr, "bad operand?\n"); return NULL; } } else pcosubtype = newpCodeOp(p[1].pct[0].tok.s,PO_GPR_REGISTER); pci = PCI(newpCode(opcode,pcosubtype)); if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem2a - convert assembly line type to a pCode */ /* instruction with 1 wild operand and a */ /* destination operand (e.g. w or f) */ /* */ /* pp[0] - mnem */ /* pp[1] - wild var */ /* pp[2] - comma */ /* pp[3] - destination */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem2a(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; int dest; pCodeInstruction *pci=NULL; pCodeOp *pcosubtype; if(!pcwb) { fprintf(stderr,"ERROR %s:%d - can't assemble line\n",__FILE__,__LINE__); return NULL; } dest = cvt_extract_destination(&p[3]); DFPRINTF((stderr,"altpat_mnem2a %s var %d destination %s(%d)\n", p->pct[0].tok.s, p[1].pct[1].tok.n, p[3].pct[0].tok.s, dest)); opcode = getpCode(p->pct[0].tok.s,dest); if(opcode < 0) { fprintf(stderr, "Bad mnemonic\n"); return NULL; } if(pic14Mnemonics[opcode]->isBitInst) pcosubtype = newpCodeOp(NULL,PO_BIT); else pcosubtype = newpCodeOp(NULL,PO_GPR_REGISTER); pci = PCI(newpCode(opcode, newpCodeOpWild(p[1].pct[1].tok.n, pcwb, pcosubtype))); /* Save the index of the maximum wildcard variable */ if(p[1].pct[1].tok.n > pcwb->nvars) pcwb->nvars = p[1].pct[1].tok.n; if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem3 - convert assembly line type to a pCode */ /* This rule is for bsf/bcf type instructions */ /* */ /* */ /* pp[0] - mnem */ /* pp[1] - register */ /* pp[2] - comma */ /* pp[3] - number */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem3(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; int dest; // or could be bit position in the register pCodeInstruction *pci=NULL; pCodeOp *pcosubtype=NULL; dest = cvt_extract_destination(&p[3]); DFPRINTF((stderr,"altpat_mnem3 %s var %s bit (%d)\n", p->pct[0].tok.s, p[1].pct[0].tok.s, p[3].pct[0].tok.n)); opcode = getpCode(p->pct[0].tok.s,0); if(opcode < 0) { fprintf(stderr, "Bad mnemonic\n"); return NULL; } if(pic14Mnemonics[opcode]->isBitInst) { //pcosubtype = cvt_extract_status(p[1].pct[0].tok.s, p[3].pct[0].tok.s); //if(pcosubtype == NULL) { pcosubtype = newpCodeOpBit(p[1].pct[0].tok.s,p[3].pct[0].tok.n,0); //} } else pcosubtype = newpCodeOp(p[1].pct[0].tok.s,PO_GPR_REGISTER); if(pcosubtype == NULL) { fprintf(stderr, "Bad operand\n"); return NULL; } pci = PCI(newpCode(opcode, pcosubtype)); if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* tokenizeLineNode - Convert a string (of char's) that was parsed */ /* by SDCCpeeph.c into a string of tokens. */ /* */ /* */ /* The tokenizer is of the classic type. When an item is encounterd*/ /* it is converted into a token. The token is a structure that */ /* encodes the item's type and it's value (when appropriate). */ /* */ /* Accepted token types: */ /* SPACE NUMBER STRING % : , ; */ /* */ /* */ /* */ /*-----------------------------------------------------------------*/ static void tokenizeLineNode(char *ln) { char *lnstart=ln; tokIdx = 0; // Starting off at the beginning tokArr[0].tt = PCT_NULL; // and assume invalid character for first token. if(!ln || !*ln) return; while(*ln) { if(isspace((unsigned char)*ln)) { // add a SPACE token and eat the extra spaces. tokArr[tokIdx++].tt = PCT_SPACE; while (isspace ((unsigned char)*ln)) ln++; continue; } if(isdigit((unsigned char)*ln)) { tokArr[tokIdx].tt = PCT_NUMBER; tokArr[tokIdx++].tok.n = strtol(ln, &ln, 0); continue; } switch(*ln) { case '%': tokArr[tokIdx++].tt = PCT_PERCENT; break; case '<': tokArr[tokIdx++].tt = PCT_LESSTHAN; break; case '>': tokArr[tokIdx++].tt = PCT_GREATERTHAN; break; case ':': tokArr[tokIdx++].tt = PCT_COLON; break; case ';': tokArr[tokIdx].tok.s = Safe_strdup(ln); tokArr[tokIdx++].tt = PCT_COMMENT; tokArr[tokIdx].tt = PCT_NULL; return; case ',': tokArr[tokIdx++].tt = PCT_COMMA; break; default: if(isalpha((unsigned char)*ln) || (*ln == '_') ) { char buffer[50]; int i=0; while( (isalpha((unsigned char)*ln) || isdigit((unsigned char)*ln) || (*ln == '_')) && i<49) buffer[i++] = *ln++; ln--; buffer[i] = 0; tokArr[tokIdx].tok.s = Safe_strdup(buffer); tokArr[tokIdx++].tt = PCT_STRING; } else { fprintf(stderr, "Error while parsing peep rules (check peeph.def)\n"); fprintf(stderr, "Line: %s\n",lnstart); fprintf(stderr, "Token: '%c'\n",*ln); exit(1); } } /* Advance to next character in input string . * Note, if none of the tests passed above, then * we effectively ignore the `bad' character. * Since the line has already been parsed by SDCCpeeph, * chance are that there are no invalid characters... */ ln++; } tokArr[tokIdx].tt = 0; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void dump1Token(pCodeTokens tt) { switch(tt) { case PCT_SPACE: fprintf(stderr, " space "); break; case PCT_PERCENT: fprintf(stderr, " pct %%"); break; case PCT_LESSTHAN: fprintf(stderr, " pct <"); break; case PCT_GREATERTHAN: fprintf(stderr, " pct >"); break; case PCT_COLON: fprintf(stderr, " col :"); break; case PCT_COMMA: fprintf(stderr, " comma , "); break; case PCT_COMMENT: fprintf(stderr, " comment "); //fprintf(stderr,"%s",tokArr[i].tok.s); break; case PCT_STRING: fprintf(stderr, " str "); //fprintf(stderr,"%s",tokArr[i].tok.s); break; case PCT_NUMBER: fprintf(stderr, " num "); //fprintf(stderr,"%d",tokArr[i].tok.n); break; case PCT_NULL: fprintf(stderr, " null "); } } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int pcComparePattern(pCodeToken *pct, char *pat, int max_tokens) { int i=0; if(!pct || !pat || !*pat) return 0; //DFPRINTF((stderr,"comparing against:\n")); while(i < max_tokens) { if(*pat == 0){ //DFPRINTF((stderr,"matched\n")); return (i+1); } //dump1Token(*pat); DFPRINTF((stderr,"\n")); if(pct->tt != *pat) return 0; pct++; pat++; } return 0; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int altComparePattern(char *pct, parsedPattern *pat, int max_tokens) { int i=0; if(!pct || !pat || !*pct) return 0; while(i < max_tokens) { if(*pct == 0) { //DFPRINTF((stderr,"matched\n")); return i; } //dump1Token(*pat); DFPRINTF((stderr,"\n")); if( !pat || !pat->pcp ) return 0; if (pat->pcp->pt != *pct) return 0; //DFPRINTF((stderr," pct=%d\n",*pct)); pct++; pat++; i++; } return 0; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int advTokIdx(int *v, int amt) { if((unsigned) (*v + amt) > tokIdx) return 1; *v += amt; return 0; } /*-----------------------------------------------------------------*/ /* parseTokens - convert the tokens corresponding to a single line */ /* of a peep hole assembly into a pCode object. */ /* */ /* */ /* */ /* */ /* This is a simple parser that looks for strings of the type */ /* allowed in the peep hole definition file. Essentially the format*/ /* is the same as a line of assembly: */ /* */ /* label: mnemonic op1, op2, op3 ; comment */ /* */ /* Some of these items aren't present. It's the job of the parser */ /* to determine which are and convert those into the appropriate */ /* pcode. */ /*-----------------------------------------------------------------*/ static int parseTokens(pCodeWildBlock *pcwb, pCode **pcret) { pCode *pc; int error = 0; if(!tokIdx) return error; #ifdef PCODE_DEBUG { unsigned i; for(i=0; i<=tokIdx; i++) dump1Token(tokArr[i].tt); fputc('\n',stderr); } #endif { int lparsedPatIdx=0; int lpcpIdx; int ltokIdx =0; int matching = 0; int j=0; int k=0; char * cPmnem = NULL; // Pointer to non-wild mnemonic (if any) char * cP1stop = NULL; char * cP2ndop = NULL; //pCodeOp *pcl = NULL; // Storage for a label //pCodeOp *pco1 = NULL; // 1st operand //pCodeOp *pco2 = NULL; // 2nd operand //pCode *pc = NULL; // Mnemonic typedef enum { PS_START, PS_HAVE_LABEL, PS_HAVE_MNEM, PS_HAVE_1OPERAND, PS_HAVE_COMMA, PS_HAVE_2OPERANDS } ParseStates; ParseStates state = PS_START; do { lpcpIdx=0; matching = 0; if( ((tokArr[ltokIdx].tt == PCT_SPACE) ) && (advTokIdx(<okIdx, 1)) ) // eat space break; do { j = pcComparePattern(&tokArr[ltokIdx], pcpArr[lpcpIdx].tokens, tokIdx +1); if( j ) { switch(pcpArr[lpcpIdx].pt) { case PCP_LABEL: if(state == PS_START){ DFPRINTF((stderr," label\n")); state = PS_HAVE_LABEL; } else DFPRINTF((stderr," bad state (%d) for label\n",state)); break; case PCP_STR: DFPRINTF((stderr," %s is",tokArr[ltokIdx].tok.s)); switch(state) { case PS_START: case PS_HAVE_LABEL: DFPRINTF((stderr," mnem\n")); cPmnem = tokArr[ltokIdx].tok.s; state = PS_HAVE_MNEM; break; case PS_HAVE_MNEM: DFPRINTF((stderr," 1st operand\n")); cP1stop = tokArr[ltokIdx].tok.s; //pco1 = newpCodeOp(NULL,PO_GPR_REGISTER); state = PS_HAVE_1OPERAND; break; case PS_HAVE_1OPERAND: DFPRINTF((stderr," error expecting comma\n")); break; case PS_HAVE_COMMA: DFPRINTF((stderr," 2 operands\n")); cP2ndop = tokArr[ltokIdx].tok.s; break; case PS_HAVE_2OPERANDS: break; } break; case PCP_WILDVAR: switch(state) { case PS_START: case PS_HAVE_LABEL: DFPRINTF((stderr," wild mnem\n")); state = PS_HAVE_MNEM; break; case PS_HAVE_MNEM: DFPRINTF((stderr," 1st operand is wild\n")); state = PS_HAVE_1OPERAND; break; case PS_HAVE_1OPERAND: DFPRINTF((stderr," error expecting comma\n")); break; case PS_HAVE_COMMA: DFPRINTF((stderr," 2nd operand is wild\n")); break; case PS_HAVE_2OPERANDS: break; } break; case PCP_NUMBER: switch(state) { case PS_START: case PS_HAVE_LABEL: fprintf(stderr," ERROR number\n"); break; case PS_HAVE_MNEM: DFPRINTF((stderr," 1st operand is a number\n")); state = PS_HAVE_1OPERAND; break; case PS_HAVE_1OPERAND: fprintf(stderr," error expecting comma\n"); break; case PS_HAVE_COMMA: DFPRINTF((stderr," 2nd operand is a number\n")); break; case PS_HAVE_2OPERANDS: break; } break; case PCP_WILDSTR: break; case PCP_COMMA: if(state == PS_HAVE_1OPERAND){ DFPRINTF((stderr," got a comma\n")); state = PS_HAVE_COMMA; } else fprintf(stderr," unexpected comma\n"); break; } matching = 1; parsedPatArr[lparsedPatIdx].pcp = &pcpArr[lpcpIdx]; parsedPatArr[lparsedPatIdx].pct = &tokArr[ltokIdx]; lparsedPatIdx++; //dump1Token(tokArr[ltokIdx].tt); if(advTokIdx(<okIdx, strlen(pcpArr[lpcpIdx].tokens) ) ) { DFPRINTF((stderr," reached end \n")); matching = 0; //return; } } } while ((++lpcpIdx < PCPATTERNS) && !matching); } while (matching); parsedPatArr[lparsedPatIdx].pcp = NULL; parsedPatArr[lparsedPatIdx].pct = NULL; j=k=0; do { int c; if( (c=altComparePattern( altArr[k].tokens, &parsedPatArr[j],10) ) ) { if( altArr[k].f) { pc = altArr[k].f(&parsedPatArr[j],pcwb); //if(pc && pc->print) // pc->print(stderr,pc); //if(pc && pc->destruct) pc->destruct(pc); dumps core? if(pc) { if (pcret) { *pcret = pc; return 0; // Only accept one line for now. } else addpCode2pBlock(pcwb->pb, pc); } else error++; } j += c; } k++; } while(j<=lparsedPatIdx && kf ) parsedPatArr[j].pcp->f(&parsedPatArr[j]); DFPRINTF((stderr," %d",parsedPatArr[j].pcp->pt)); j++; } while(jnext) { //DFPRINTF((stderr,"%s\n",ln->line)); tokenizeLineNode(ln->line); if(parseTokens(pcwb,NULL)) { int i; fprintf(stderr,"ERROR assembling line:\n%s\n",ln->line); fprintf(stderr,"Tokens:\n"); for(i=0; i<5; i++) dump1Token(tokArr[i].tt); fputc('\n',stderr); exit (1); } } } /*-----------------------------------------------------------------*/ /* peepRuleCondition */ /*-----------------------------------------------------------------*/ static void peepRuleCondition(char *cond, pCodePeep *pcp) { if(!cond || !pcp) return; //DFPRINTF((stderr,"\nCondition: %s\n",cond)); /* brute force compares for now */ if(STRCASECMP(cond, "NZ") == 0) { //DFPRINTF((stderr,"found NZ\n")); pcp->postFalseCond = PCC_Z; } } static void initpCodeWildBlock(pCodeWildBlock *pcwb) { // pcwb = Safe_calloc(1,sizeof(pCodeWildBlock)); if(!pcwb) return; pcwb->vars = NULL; pcwb->wildpCodes = NULL; pcwb->wildpCodeOps = NULL; pcwb->nvars = 0; pcwb->nwildpCodes = 0; pcwb->nops = 0; } static void postinit_pCodeWildBlock(pCodeWildBlock *pcwb) { if(!pcwb) return; pcwb->nvars+=2; pcwb->nops = pcwb->nvars; pcwb->vars = Safe_calloc(pcwb->nvars, sizeof(char *)); pcwb->wildpCodeOps = Safe_calloc(pcwb->nvars, sizeof(pCodeOp *)); pcwb->nwildpCodes+=2; pcwb->wildpCodes = Safe_calloc(pcwb->nwildpCodes, sizeof(pCode *)); } static void initpCodePeep(pCodePeep *pcp) { // pcwb = Safe_calloc(1,sizeof(pCodeWildBlock)); if(!pcp) return; initpCodeWildBlock(&pcp->target); pcp->target.pb = newpCodeChain(NULL, 'W', NULL); initpCodeWildBlock(&pcp->replace); pcp->replace.pb = newpCodeChain(NULL, 'W', NULL); } /*-----------------------------------------------------------------*/ /* peepRules2pCode - parse the "parsed" peep hole rules to generate*/ /* pCode. */ /* */ /* SDCCpeeph parses the peep rules file and extracts variables, */ /* removes white space, and checks the syntax. This function */ /* extends that processing to produce pCode objects. You can kind */ /* think of this function as an "assembler", though instead of */ /* taking raw text to produce machine code, it produces pCode. */ /* */ /*-----------------------------------------------------------------*/ void peepRules2pCode(peepRule *rules) { peepRule *pr; pCodePeep *currentRule; pCodePeepSnippets *pcps; pic14initpCodePeepCommands(); /* The rules are in a linked-list. Each rule has two portions */ /* There's the `target' and there's the `replace'. The target */ /* is compared against the SDCC generated code and if it */ /* matches, it gets replaced by the `replace' block of code. */ /* */ /* Here we loop through each rule and convert the target's and*/ /* replace's into pCode target and replace blocks */ for (pr = rules; pr; pr = pr->next) { //DFPRINTF((stderr,"\nRule:\n\n")); pcps = Safe_calloc(1,sizeof(pCodePeepSnippets)); peepSnippets = DLL_append((_DLL*)peepSnippets,(_DLL*)pcps); currentRule = pcps->peep = Safe_calloc(1,sizeof(pCodePeep)); initpCodePeep(currentRule); /* Convert the target block */ peepRuleBlock2pCodeBlock(pr->match, ¤tRule->target); //DFPRINTF((stderr,"finished target, here it is in pcode form:\n")); //printpBlock(stderr, currentRule->target.pb); pBlockMergeLabels(currentRule->target.pb); //printpBlock(stderr, currentRule->replace.pb); /* Convert the replace block */ peepRuleBlock2pCodeBlock(pr->replace, ¤tRule->replace); //DFPRINTF((stderr,"replace with labels merged:\n")); pBlockMergeLabels(currentRule->replace.pb); //printpBlock(stderr, currentRule->replace.pb); peepRuleCondition(pr->cond,currentRule); /* The rule has been converted to pCode. Now allocate * space for the wildcards */ postinit_pCodeWildBlock(¤tRule->target); postinit_pCodeWildBlock(¤tRule->replace); //return; // debug ... don't want to go through all the rules yet } { pCodePeep *peepBlock; _DLL *peeprules; peeprules = (_DLL *)peepSnippets; //fprintf(stderr,"target rules\n"); while(peeprules) { //fprintf(stderr," rule:\n"); peepBlock = ((pCodePeepSnippets*)peeprules)->peep; //printpBlock(stderr, peepBlock->target.pb); peeprules = peeprules->next; } //fprintf(stderr," ... done\n"); } } /*-----------------------------------------------------------------*/ /* _DLL * DLL_append */ /* */ /* Append a _DLL object to the end of a _DLL (doubly linked list) */ /* If The list to which we want to append is non-existant then one */ /* is created. Other wise, the end of the list is sought out and */ /* a new DLL object is appended to it. In either case, the void */ /* *data is added to the newly created DLL object. */ /*-----------------------------------------------------------------*/ static void * DLL_append(_DLL *list, _DLL *next) { _DLL *b; /* If there's no list, then create one: */ if(!list) { next->next = next->prev = NULL; return next; } /* Search for the end of the list. */ b = list; while(b->next) b = b->next; /* Now append the new DLL object */ b->next = next; b->next->prev = b; b = b->next; b->next = NULL; return list; } /*----------------------------------------------------------------- pCode peephole optimization The pCode "peep hole" optimization is not too unlike the peep hole optimization in SDCCpeeph.c. The major difference is that here we use pCode's whereas there we use ASCII strings. The advantage with pCode's is that we can ascertain flow information in the instructions being optimized. - elaborate... -----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ /* pCodeSearchCondition - Search a pCode chain for a 'condition' */ /* */ /* return conditions */ /* 1 - The Condition was found for a pCode's input */ /* 0 - No matching condition was found for the whole chain */ /* -1 - The Condition was found for a pCode's output */ /* */ /*-----------------------------------------------------------------*/ int pCodeSearchCondition(pCode *pc, unsigned int cond, int contIfSkip) { while(pc) { /* If we reach a function end (presumably an end since we most probably began the search in the middle of a function), then the condition was not found. */ if(pc->type == PC_FUNCTION) return 0; if(pc->type == PC_OPCODE) { if(PCI(pc)->inCond & cond) { if (contIfSkip) { /* If previous instruction is a skip then continue search as condiction is not certain */ pCode *pcp = findPrevInstruction(pc->prev); if (pcp && !isPCI_SKIP(pcp)) { return 1; } } else { return 1; } } if(PCI(pc)->outCond & cond) { if (contIfSkip) { /* If previous instruction is a skip then continue search as condiction is not certain */ pCode *pcp = findPrevInstruction(pc->prev); if (pcp && !isPCI_SKIP(pcp)) { return -1; } } else { return -1; } } } pc = pc->next; } return 0; } /*----------------------------------------------------------------- * int pCodeOpCompare(pCodeOp *pcops, pCodeOp *pcopd) * * Compare two pCodeOp's and return 1 if they're the same *-----------------------------------------------------------------*/ static int pCodeOpCompare(pCodeOp *pcops, pCodeOp *pcopd) { char b[50], *n2; if(!pcops || !pcopd) return 0; /* fprintf(stderr," Comparing operands %s", get_op( pcops,NULL,0)); fprintf(stderr," to %s\n", get_op( pcopd,NULL,0)); */ if(pcops->type != pcopd->type) { //fprintf(stderr," - fail - diff types\n"); return 0; // different types } if(pcops->type == PO_LITERAL) { if((PCOL(pcops)->lit >= 0) && (PCOL(pcops)->lit == PCOL(pcopd)->lit)) return 1; return 0; } b[0]=0; get_op(pcops,b,50); n2 = get_op(pcopd,NULL,0); if( !n2 || strcmp(b,n2)) { //fprintf(stderr," - fail - diff names: %s, len=%d, %s, len=%d\n",b,strlen(b), n2, strlen(n2) ); return 0; // different names } switch(pcops->type) { case PO_DIR: if( PCOR(pcops)->instance != PCOR(pcopd)->instance) { //fprintf(stderr, " - fail different instances\n"); return 0; } break; default: break; } //fprintf(stderr," - pass\n"); return 1; } static int pCodePeepMatchLabels(pCodePeep *peepBlock, pCode *pcs, pCode *pcd) { int labindex; /* Check for a label associated with this wild pCode */ // If the wild card has a label, make sure the source code does too. if(PCI(pcd)->label) { pCode *pcl = PCI(pcd)->label->pc; #ifdef PCODE_DEBUG int li = -PCL(pcl)->key; if(peepBlock->target.vars[li] == NULL) { if(PCI(pcs)->label) { DFPRINTF((stderr,"first time for a label: %d %s\n",li,PCL(PCI(pcs)->label->pc)->label)); } } else { // DFPRINTF((stderr,"label id = %d \n",PCL(PCI(pcd)->label->pc)->key)); DFPRINTF((stderr," label id: %d %s\n",li,peepBlock->target.vars[li])); if(PCI(pcs)->label) { DFPRINTF((stderr," src %s\n",PCL(PCI(pcs)->label->pc)->label)); } } #endif if(!PCI(pcs)->label) return 0; labindex = -PCL(pcl)->key; if(peepBlock->target.vars[labindex] == NULL) { // First time to encounter this label peepBlock->target.vars[labindex] = PCL(PCI(pcs)->label->pc)->label; DFPRINTF((stderr,"first time for a label: %d %s\n",labindex,PCL(PCI(pcs)->label->pc)->label)); } else { if(strcmp(peepBlock->target.vars[labindex],PCL(PCI(pcs)->label->pc)->label) != 0) { DFPRINTF((stderr,"labels don't match dest %s != src %s\n",peepBlock->target.vars[labindex],PCL(PCI(pcs)->label->pc)->label)); return 0; } DFPRINTF((stderr,"matched a label %d %s -hey\n",labindex,peepBlock->target.vars[labindex])); } } else { //DFPRINTF((stderr,"destination doesn't have a label\n")); if(PCI(pcs)->label) return 0; //DFPRINTF((stderr,"neither src nor dest have labels\n")); } return 1; } /*-----------------------------------------------------------------*/ /* pCodePeepMatchLine - Compare source and destination pCodes to */ /* see they're the same. */ /* */ /* In this context, "source" refers to the coded generated by gen.c*/ /* and "destination" refers to a pcode in a peep rule. If the dest-*/ /* ination has no wild cards, then MatchLine will compare the two */ /* pcodes (src and dest) for a one-to-one match. If the destination*/ /* has wildcards, then those get expanded. When a wild card is */ /* encountered for the first time it autmatically is considered a */ /* match and the object that matches it is referenced in the */ /* variables or opcodes array (depending on the type of match). */ /* */ /* */ /* Inputs: */ /* *peepBlock - A pointer to the peepBlock that contains the */ /* entire rule to which the destination pcode belongs*/ /* *pcs - a pointer to the source pcode */ /* *pcd - a pointer to the destination pcode */ /* */ /* Returns: */ /* 1 - pcodes match */ /* 0 - pcodes don't match */ /* */ /* */ /*-----------------------------------------------------------------*/ static int pCodePeepMatchLine(pCodePeep *peepBlock, pCode *pcs, pCode *pcd) { int index; // index into wild card arrays /* one-for-one match. Here the source and destination opcodes * are not wild. However, there may be a label or a wild operand */ if(pcs) { if(PCI(pcs)->label) { DFPRINTF((stderr,"Match line source label: %s\n",PCL(PCI(pcs)->label->pc)->label)); } } if(pcs->type == pcd->type) { if(pcs->type == PC_OPCODE) { /* If the opcodes don't match then the line doesn't match */ if(PCI(pcs)->op != PCI(pcd)->op) return 0; #ifdef PCODE_DEBUG DFPRINTF((stderr,"%s comparing\n",__FUNCTION__)); pcs->print(stderr,pcs); pcd->print(stderr,pcd); #endif if(!pCodePeepMatchLabels(peepBlock, pcs, pcd)) return 0; /* Compare the operands */ if(PCI(pcd)->pcop) { // Volatile types should not be deleted or modified, these include SFR, externs and publics // They can be used as a matched, however if a match is found then the optimiser intends // to change some aspect of a block of code, which is most likely a critcal one. As this // method of optimisation does not allow a means to distiguishing what may change, it is // best to just negate any match. if (PCI(pcs)->pcop) { struct regs *r; pCodeOp *pcop = PCI(pcs)->pcop; switch(pcop->type) { case PO_W: case PO_STATUS: case PO_FSR: case PO_INDF: case PO_INTCON: case PO_PCL: case PO_PCLATH: case PO_SFR_REGISTER: return 0; // SFR - do not modify case PO_DIR: case PO_GPR_REGISTER: case PO_GPR_BIT: case PO_GPR_TEMP: case PO_GPR_POINTER: r = PCOR(pcop)->r; if (r->isPublic||r->isExtern||r->isFixed) // Changes to these types of registers should not be changed as they may be used else where return 0; default: break; } } if (PCI(pcd)->pcop->type == PO_WILD) { char *n; index = PCOW(PCI(pcd)->pcop)->id; //DFPRINTF((stderr,"destination is wild\n")); #ifdef DEBUG_PCODEPEEP if (index > peepBlock->nops) { DFPRINTF((stderr,"%s - variables exceeded\n",__FUNCTION__)); exit(1); } #endif n = PCI(pcs)->pcop->name; if(peepBlock->target.vars[index]) { if ((!n)||(strcmp(peepBlock->target.vars[index],n) != 0)) return 0; // variable is different } else { DFPRINTF((stderr,"first time for a variable: %d, %s\n",index,n)); peepBlock->target.vars[index] = n; } PCOW(PCI(pcd)->pcop)->matched = PCI(pcs)->pcop; if(!peepBlock->target.wildpCodeOps[index]) { peepBlock->target.wildpCodeOps[index] = PCI(pcs)->pcop; //fprintf(stderr, "first time for wild opcode #%d\n",index); return 1; } else { /* pcs->print(stderr,pcs); pcd->print(stderr,pcd); fprintf(stderr, "comparing operands of these instructions, result %d\n", pCodeOpCompare(PCI(pcs)->pcop, peepBlock->target.wildpCodeOps[index]) ); */ return pCodeOpCompare(PCI(pcs)->pcop, peepBlock->target.wildpCodeOps[index]); } /* { char *n; switch(PCI(pcs)->pcop->type) { case PO_GPR_TEMP: case PO_FSR: //case PO_INDF: //n = PCOR(PCI(pcs)->pcop)->r->name; n = PCI(pcs)->pcop->name; break; default: n = PCI(pcs)->pcop->name; } if(peepBlock->target.vars[index]) return (strcmp(peepBlock->target.vars[index],n) == 0); else { DFPRINTF((stderr,"first time for a variable: %d, %s\n",index,n)); peepBlock->target.vars[index] = n; return 1; } } */ } else if (PCI(pcd)->pcop->type == PO_LITERAL) { /* pcs->print(stderr,pcs); pcd->print(stderr,pcd); fprintf(stderr, "comparing literal operands of these instructions, result %d\n", pCodeOpCompare(PCI(pcs)->pcop, PCI(pcd)->pcop)); */ return pCodeOpCompare(PCI(pcs)->pcop, PCI(pcd)->pcop); } else { /* FIXME - need an else to check the case when the destination * isn't a wild card */ /* fprintf(stderr, "Destination is not wild: operand compare =%d\n", pCodeOpCompare(PCI(pcs)->pcop, PCI(pcd)->pcop)); */ return pCodeOpCompare(PCI(pcs)->pcop, PCI(pcd)->pcop); } } else /* The pcd has no operand. Lines match if pcs has no operand either*/ return (PCI(pcs)->pcop == NULL); } } /* Compare a wild instruction to a regular one. */ if((pcd->type == PC_WILD) && (pcs->type == PC_OPCODE)) { index = PCW(pcd)->id; #ifdef PCODE_DEBUG DFPRINTF((stderr,"%s comparing wild cards\n",__FUNCTION__)); pcs->print(stderr,pcs); pcd->print(stderr,pcd); #endif peepBlock->target.wildpCodes[PCW(pcd)->id] = pcs; if(!pCodePeepMatchLabels(peepBlock, pcs, pcd)) { DFPRINTF((stderr," Failing because labels don't match\n")); return 0; } if(PCW(pcd)->mustBeBitSkipInst & !(PCI(pcs)->isBitInst && PCI(pcs)->isSkip)) { // doesn't match because the wild pcode must be a bit skip DFPRINTF((stderr," Failing match because bit skip is req\n")); //pcd->print(stderr,pcd); //pcs->print(stderr,pcs); return 0; } if(PCW(pcd)->mustNotBeBitSkipInst & (PCI(pcs)->isBitInst && PCI(pcs)->isSkip)) { // doesn't match because the wild pcode must *not* be a bit skip DFPRINTF((stderr," Failing match because shouldn't be bit skip\n")); //pcd->print(stderr,pcd); //pcs->print(stderr,pcs); return 0; } if(PCW(pcd)->operand) { PCOW(PCI(pcd)->pcop)->matched = PCI(pcs)->pcop; if(peepBlock->target.vars[index]) { int i = (strcmp(peepBlock->target.vars[index],PCI(pcs)->pcop->name) == 0); #ifdef PCODE_DEBUG if(i) DFPRINTF((stderr," (matched)\n")); else { DFPRINTF((stderr," (no match: wild card operand mismatch\n")); DFPRINTF((stderr," peepblock= %s, pcodeop= %s\n", peepBlock->target.vars[index], PCI(pcs)->pcop->name)); } #endif return i; } else { DFPRINTF((stderr," (matched %s\n",PCI(pcs)->pcop->name)); peepBlock->target.vars[index] = PCI(pcs)->pcop->name; return 1; } } pcs = findNextInstruction(pcs->next); if(pcs) { //DFPRINTF((stderr," (next to match)\n")); //pcs->print(stderr,pcs); } else if(pcd->next) { /* oops, we ran out of code, but there's more to the rule */ return 0; } return 1; /* wild card matches */ } return 0; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void pCodePeepClrVars(pCodePeep *pcp) { int i; if(!pcp) return; /* DFPRINTF((stderr," Clearing peep rule vars\n")); DFPRINTF((stderr," %d %d %d %d %d %d\n", pcp->target.nvars,pcp->target.nops,pcp->target.nwildpCodes, pcp->replace.nvars,pcp->replace.nops,pcp->replace.nwildpCodes)); */ for(i=0;itarget.nvars; i++) pcp->target.vars[i] = NULL; for(i=0;itarget.nops; i++) pcp->target.wildpCodeOps[i] = NULL; for(i=0;itarget.nwildpCodes; i++) pcp->target.wildpCodes[i] = NULL; for(i=0;ireplace.nvars; i++) pcp->replace.vars[i] = NULL; for(i=0;ireplace.nops; i++) pcp->replace.wildpCodeOps[i] = NULL; for(i=0;ireplace.nwildpCodes; i++) pcp->replace.wildpCodes[i] = NULL; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ int pCodePeepMatchRule(pCode *pc) { pCodePeep *peepBlock; pCode *pct, *pcin; pCodeCSource *pc_cline=NULL; _DLL *peeprules; int matched; peeprules = (_DLL *)peepSnippets; while(peeprules) { peepBlock = ((pCodePeepSnippets*)peeprules)->peep; if(!peepBlock || /*!peepBlock->target ||*/ !peepBlock->target.pb->pcHead) { fprintf(stderr, "skipping rule because target pb is NULL\n"); goto next_rule; } pCodePeepClrVars(peepBlock); /* pcin = pc; if(IS_PCCOMMENT(pcin)) pc = pcin = findNextInstruction(pcin->next); */ pcin = pc = findNextInstruction(pc); pct = peepBlock->target.pb->pcHead; #ifdef PCODE_DEBUG { pCode *pcr = peepBlock->replace.pb->pcHead; if(pcr) pct->print(stderr,pcr); } #endif matched = 0; while(pct && pcin) { if(! (matched = pCodePeepMatchLine(peepBlock, pcin,pct))) break; pcin = findNextInstruction(pcin->next); pct = pct->next; //debug: //DFPRINTF((stderr," matched\n")); if(!pcin && pct) { DFPRINTF((stderr," partial match... no more code\n")); matched = 0; } if(!pct) { DFPRINTF((stderr," end of rule\n")); } } if(matched && pcin) { /* So far we matched the rule up to the point of the conditions . * In other words, all of the opcodes match. Now we need to see * if the post conditions are satisfied. * First we check the 'postFalseCond'. This means that we check * to see if any of the subsequent pCode's in the pCode chain * following the point just past where we have matched depend on * the `postFalseCond' as input then we abort the match */ DFPRINTF((stderr," matched rule so far, now checking conditions\n")); //pcin->print(stderr,pcin); if (pcin && peepBlock->postFalseCond && (pCodeSearchCondition(pcin,peepBlock->postFalseCond,0) > 0) ) matched = 0; //fprintf(stderr," condition results = %d\n",pCodeSearchCondition(pcin,peepBlock->postFalseCond)); //if(!matched) fprintf(stderr,"failed on conditions\n"); } if(matched) { pCode *pcprev; pCode *pcr, *pcout; /* We matched a rule! Now we have to go through and remove the inefficient code with the optimized version */ #ifdef PCODE_DEBUG DFPRINTF((stderr, "Found a pcode peep match:\nRule:\n")); //printpCodeString(stderr,peepBlock->target.pb->pcHead,10); DFPRINTF((stderr,"first thing matched\n")); pc->print(stderr,pc); if(pcin) { DFPRINTF((stderr,"last thing matched\n")); pcin->print(stderr,pcin); } #endif /* Unlink the original code */ pcout = pc; pcprev = pc->prev; pcprev->next = pcin; if(pcin) pcin->prev = pc->prev; #if 0 { /* DEBUG */ /* Converted the deleted pCodes into comments */ char buf[256]; pCodeCSource *pc_cline2=NULL; buf[0] = ';'; buf[1] = '#'; while(pc && pc!=pcin) { if(pc->type == PC_OPCODE && PCI(pc)->cline) { if(pc_cline) { pc_cline2->pc.next = PCODE(PCI(pc)->cline); pc_cline2 = PCCS(pc_cline2->pc.next); } else { pc_cline = pc_cline2 = PCI(pc)->cline; pc_cline->pc.seq = pc->seq; } } pCode2str(&buf[2], 254, pc); pCodeInsertAfter(pcprev, newpCodeCharP(buf)); pcprev = pcprev->next; pc = pc->next; } if(pc_cline2) pc_cline2->pc.next = NULL; } #endif if(pcin) pCodeDeleteChain(pc,pcin); /* Generate the replacement code */ pc = pcprev; pcr = peepBlock->replace.pb->pcHead; // This is the replacement code while (pcr) { pCodeOp *pcop=NULL; /* If the replace pcode is an instruction with an operand, */ /* then duplicate the operand (and expand wild cards in the process). */ if(pcr->type == PC_OPCODE) { if(PCI(pcr)->pcop) { /* The replacing instruction has an operand. * Is it wild? */ if(PCI(pcr)->pcop->type == PO_WILD) { int index = PCOW(PCI(pcr)->pcop)->id; //DFPRINTF((stderr,"copying wildopcode\n")); if(peepBlock->target.wildpCodeOps[index]) pcop = pCodeOpCopy(peepBlock->target.wildpCodeOps[index]); else DFPRINTF((stderr,"error, wildopcode in replace but not source?\n")); } else pcop = pCodeOpCopy(PCI(pcr)->pcop); } //DFPRINTF((stderr,"inserting pCode\n")); pCodeInsertAfter(pc, newpCode(PCI(pcr)->op,pcop)); } else if (pcr->type == PC_WILD) { if(PCW(pcr)->invertBitSkipInst) DFPRINTF((stderr,"We need to invert the bit skip instruction\n")); pCodeInsertAfter(pc, pCodeInstructionCopy(PCI(peepBlock->target.wildpCodes[PCW(pcr)->id]), PCW(pcr)->invertBitSkipInst)); } else if (pcr->type == PC_COMMENT) { pCodeInsertAfter(pc, newpCodeCharP( ((pCodeComment *)(pcr))->comment)); } pc = pc->next; #ifdef PCODE_DEBUG DFPRINTF((stderr," NEW Code:")); if(pc) pc->print(stderr,pc); #endif pcr = pcr->next; } /* We have just replaced the inefficient code with the rule. * Now, we need to re-add the C-source symbols if there are any */ pc = pcprev; while(pc && pc_cline ) { pc = findNextInstruction(pc->next); if (!pc) break; PCI(pc)->cline = pc_cline; pc_cline = PCCS(pc_cline->pc.next); } /* Copy C code comments to new code. */ pc = pcprev->next; if (pc) { for (; pc && pcout!=pcin; pcout=pcout->next) { if (pcout->type==PC_OPCODE && PCI(pcout)->cline) { while (pc->type!=PC_OPCODE || PCI(pc)->cline) { pc = pc->next; if (!pc) break; } if (!pc) break; PCI(pc)->cline = PCI(pcout)->cline; } } } return 1; } next_rule: peeprules = peeprules->next; } DFPRINTF((stderr," no rule matched\n")); return 0; } sdcc-2.9.0/src/pic/pcoderegs.c000066400000000000000000000525551116427777700161560ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcoderegs.c - post code generation register optimizations Written By - Scott Dattalo scott@dattalo.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ /* pcoderegs.c The purpose of the code in this file is to optimize the register usage. */ #include "main.h" #include "pcoderegs.h" #include "pcodeflow.h" #include "ralloc.h" static int total_registers_saved=0; static int register_optimization=1; /*-----------------------------------------------------------------* * void pCodeRegMapLiveRangesInFlow(pCodeFlow *pcfl) *-----------------------------------------------------------------*/ static void pCodeRegMapLiveRangesInFlow(pCodeFlow *pcfl) { pCode *pc=NULL; regs *reg; if(!pcfl) return; pc = findNextInstruction(pcfl->pc.next); while(pc && !isPCFL(pc)) { while (pc && !isPCI(pc) && !isPCFL(pc)) { pc = pc->next; } // while if (!pc || isPCFL(pc)) continue; assert( isPCI(pc) ); reg = getRegFromInstruction(pc); #if 0 pc->print(stderr, pc); fprintf( stderr, "--> reg %p (%s,%u), inCond/outCond: %x/%x\n", reg, reg ? reg->name : "(null)", reg ? reg->rIdx : -1, PCI(pc)->inCond, PCI(pc)->outCond ); #endif if(reg) { /* fprintf(stderr, "flow seq %d, inst seq %d %s ",PCODE(pcfl)->seq,pc->seq,reg->name); fprintf(stderr, "addr = 0x%03x, type = %d rIdx=0x%03x\n", reg->address,reg->type,reg->rIdx); */ addSetIfnotP(& (PCFL(pcfl)->registers), reg); if(PCC_REGISTER & PCI(pc)->inCond) addSetIfnotP(& (reg->reglives.usedpFlows), pcfl); if(PCC_REGISTER & PCI(pc)->outCond) addSetIfnotP(& (reg->reglives.assignedpFlows), pcfl); addSetIfnotP(& (reg->reglives.usedpCodes), pc); reg->wasUsed = 1; } //pc = findNextInstruction(pc->next); pc = pc->next; } } /*-----------------------------------------------------------------* * void pCodeRegMapLiveRanges(pBlock *pb) *-----------------------------------------------------------------*/ void pCodeRegMapLiveRanges(pBlock *pb) { pCode *pcflow; for( pcflow = findNextpCode(pb->pcHead, PC_FLOW); pcflow != NULL; pcflow = findNextpCode(pcflow->next, PC_FLOW) ) { if(!isPCFL(pcflow)) { fprintf(stderr, "pCodeRegMapLiveRanges - pcflow is not a flow object "); continue; } pCodeRegMapLiveRangesInFlow(PCFL(pcflow)); } #if 0 for( pcflow = findNextpCode(pb->pcHead, PC_FLOW); pcflow != NULL; pcflow = findNextpCode(pcflow->next, PC_FLOW) ) { regs *r = setFirstItem(PCFL(pcflow)->registers); fprintf(stderr,"flow seq %d\n", pcflow->seq); while (r) { fprintf(stderr, " %s\n",r->name); r = setNextItem(PCFL(pcflow)->registers); } } #endif } /*-----------------------------------------------------------------* * *-----------------------------------------------------------------*/ static void Remove1pcode(pCode *pc, regs *reg, int debug_code) { pCode *pcn=NULL; if(!reg || !pc) return; deleteSetItem (&(reg->reglives.usedpCodes),pc); if(PCI(pc)->label) { pcn = findNextInstruction(pc->next); if(pcn) PCI(pcn)->label = pBranchAppend(PCI(pcn)->label,PCI(pc)->label); } if(PCI(pc)->cline) { if(!pcn) pcn = findNextInstruction(pc->next); if(pcn) { if(PCI(pcn)->cline) { //fprintf(stderr, "source line has been optimized completely out\n"); //pc->print(stderr,pc); } else { PCI(pcn)->cline = PCI(pc)->cline; } } } if(1) { /* * Debug stuff. Comment out the instruction we're about to delete. */ char buff1[256]; size_t size = 256; char *pbuff; pbuff = &buff1[0]; SNPRINTF(pbuff, size, ";%d", debug_code); size -= strlen(pbuff); pbuff += strlen(pbuff); pCode2str(pbuff, size, pc); pCodeInsertBefore(pc, newpCodeCharP(buff1)); //fprintf(stderr,"removing instruction:\n%s\n",buff1); } pc->destruct(pc); } /*-----------------------------------------------------------------* * void RemoveRegsFromSet(set *regset) * *-----------------------------------------------------------------*/ static void RemoveRegsFromSet(set *regset) { regs *reg; int used; while(regset) { reg = regset->item; regset = regset->next; used = elementsInSet(reg->reglives.usedpCodes); if(used <= 1) { //fprintf(stderr," reg %s isfree=%d, wasused=%d\n",reg->name,reg->isFree,reg->wasUsed); if(used == 0) { //fprintf(stderr," getting rid of reg %s\n",reg->name); reg->isFree = 1; reg->wasUsed = 0; } else { pCode *pc; pc = setFirstItem(reg->reglives.usedpCodes); if(reg->type == REG_SFR || reg->type == REG_STK || reg->isPublic || reg->isExtern) { //fprintf(stderr, "not removing SFR reg %s even though used only once\n",reg->name); continue; } if(isPCI(pc)) { if(PCI(pc)->label) { pCode *pcn = findNextInstruction(pc->next); if(pcn && PCI(pcn)->label) { //fprintf(stderr,"can't delete instruction with label...\n"); //pc->print(stderr,pc); continue; } /* Move the label to the next instruction */ PCI(pcn)->label = PCI(pc)->label; } if(isPCI_SKIP(pc)) { regs *r = getRegFromInstruction(pc); fprintf(stderr, "WARNING, a skip instruction is being optimized out\n"); pc->print(stderr,pc); fprintf(stderr,"reg %s, type =%d\n",r->name, r->type); } //fprintf(stderr," removing reg %s because it is used only once\n",reg->name); Remove1pcode(pc, reg, 1); /* unlinkpCode(pc); deleteSetItem (&(reg->reglives.usedpCodes),pc); */ reg->isFree = 1; reg->wasUsed = 0; total_registers_saved++; // debugging stats. } } } } } static void pic14_ReMapLiveRanges(void) { pBlock *pb; if (!the_pFile) return; RegsUnMapLiveRanges(); for (pb = the_pFile->pbHead; pb; pb = pb->next) { #if 0 pCode *pc = findNextpCode(pb->pcHead, PC_FLOW); if (pc) { pc->print( stderr, pc ); } else { fprintf( stderr, "unnamed pBlock\n"); } pc = findNextInstruction(pb->pcHead); while (pc) { pc->print( stderr, pc ); pc = findNextInstruction(pc->next);; } #endif pCodeRegMapLiveRanges(pb); } // for } /*-----------------------------------------------------------------* * void RemoveUnusedRegisters(void) * *-----------------------------------------------------------------*/ void RemoveUnusedRegisters(void) { /* First, get rid of registers that are used only one time */ pic14_ReMapLiveRanges(); //RemoveRegsFromSet(dynInternalRegs); RemoveRegsFromSet(dynAllocRegs); RemoveRegsFromSet(dynStackRegs); /* don't do DirectRegs yet - there's a problem with arrays RemoveRegsFromSet(dynDirectRegs); */ RemoveRegsFromSet(dynDirectBitRegs); if(total_registers_saved) DFPRINTF((stderr, " *** Saved %d registers ***\n", total_registers_saved)); } /*-----------------------------------------------------------------* * *-----------------------------------------------------------------*/ static void Remove2pcodes(pCode *pcflow, pCode *pc1, pCode *pc2, regs *reg, int can_free) { static int debug_code=99; if(!reg) return; #if 0 fprintf (stderr, "%s:%d(%s): %d (reg:%s)\n", __FILE__, __LINE__, __FUNCTION__, debug_code, reg ? reg->name : "???"); printpCode (stderr, pc1); printpCode (stderr, pc2); #endif //fprintf(stderr,"%s\n",__FUNCTION__); if(pc1) Remove1pcode(pc1, reg, debug_code++); if(pc2) { Remove1pcode(pc2, reg, debug_code++); deleteSetItem (&(PCFL(pcflow)->registers), reg); if(can_free) { reg->isFree = 1; reg->wasUsed = 0; } } pCodeRegMapLiveRangesInFlow(PCFL(pcflow)); } /*-----------------------------------------------------------------* * *-----------------------------------------------------------------*/ static int regUsedinRange(pCode *pc1, pCode *pc2, regs *reg) { int i=0; regs *testreg; do { testreg = getRegFromInstruction(pc1); if(testreg && (testreg->rIdx == reg->rIdx)) { return 1; } if (i++ > 1000) { fprintf(stderr, "warning, regUsedinRange searched through too many pcodes\n"); return 0; } pc1 = findNextInstruction(pc1->next); } while (pc1 && (pc1 != pc2)) ; return 0; } static int regIsSpecial (regs *reg, int mayBeGlobal) { if (!reg) return 0; if (reg->type == REG_SFR || reg->type == REG_STK || (!mayBeGlobal && (reg->isPublic || reg->isExtern))) return 1; return 0; } /*-----------------------------------------------------------------* * void pCodeOptime2pCodes(pCode *pc1, pCode *pc2) * * ADHOC pattern checking * Now look for specific sequences that are easy to optimize. * Many of these sequences are characteristic of the compiler * (i.e. it'd probably be a waste of time to apply these adhoc * checks to hand written assembly.) * * *-----------------------------------------------------------------*/ static int pCodeOptime2pCodes(pCode *pc1, pCode *pc2, pCode *pcfl_used, regs *reg, int can_free, int optimize_level) { pCode *pct1, *pct2; regs *reg1, *reg2; int t = total_registers_saved; if (!isPCI(pc1) || !isPCI(pc2)) return 0; if (PCI(pc1)->pcflow != PCI(pc2)->pcflow) return 0; if (pc2->seq < pc1->seq) { pct1 = pc2; pc2 = pc1; pc1 = pct1; } /* disable this optimization for now -- it's buggy */ if (pic14_options.disable_df) return 0; //fprintf(stderr,"pCodeOptime2pCodes\n"); //pc1->print(stderr,pc1); //pc2->print(stderr,pc2); if((PCI(pc1)->op == POC_CLRF) && (PCI(pc2)->op == POC_MOVFW) ){ /* * CLRF sets Z * MOVFW affects Z * MOVWF does not touch Z * MOVLW does not touch Z */ pCode *newpc; /* clrf reg ; pc1 stuff... movf reg,w ; pc2 can be replaced with (only if following instructions are not going to use W and reg is not used again later) stuff... movlw 0 or clrf reg */ DFPRINTF((stderr, " optimising CLRF reg ... MOVF reg,W to ... MOVLW 0\n")); pct2 = findNextInstruction(pc2->next); if (pCodeSearchCondition(pct2, PCC_Z, 0) == -1) { /* Z is definitely overwritten before use */ newpc = newpCode(POC_MOVLW, newpCodeOpLit(0)); pCodeInsertAfter(pc2, newpc); PCI(newpc)->pcflow = PCFL(pcfl_used); newpc->seq = pc2->seq; //fprintf (stderr, "%s:%d(%s): Remove2pcodes (CLRF reg, ..., MOVF reg,W)\n", __FILE__, __LINE__, __FUNCTION__); //Remove2pcodes(pcfl_used, pc2, NULL, reg, 0); pc2->destruct(pc2); //total_registers_saved++; // debugging stats. } } else if((PCI(pc1)->op == POC_CLRF) && (PCI(pc2)->op == POC_IORFW) ){ DFPRINTF((stderr, " optimising CLRF/IORFW\n")); pct2 = findNextInstruction(pc2->next); /* We must ensure that Z is destroyed before being read---IORLW must be performed unless this is proven. */ if (pCodeSearchCondition(pct2, PCC_Z, 0) != -1) { pct2 = newpCode(POC_IORLW, newpCodeOpLit(0)); pct2->seq = pc2->seq; PCI(pct2)->pcflow = PCFL(pcfl_used); pCodeInsertAfter(pc1,pct2); } //fprintf (stderr, "%s:%d(%s): Remove2pcodes (CLRF/IORFW)\n", __FILE__, __LINE__, __FUNCTION__); Remove2pcodes(pcfl_used, pc1, pc2, reg, can_free); total_registers_saved++; // debugging stats. } else if(PCI(pc1)->op == POC_MOVWF) { // Optimising MOVWF reg ... pct2 = findNextInstruction(pc2->next); if(PCI(pc2)->op == POC_MOVFW) { // Optimising MOVWF reg ... MOVF reg,W if(PCI(pct2)->op == POC_MOVWF) { /* Change: movwf reg ; pc1 stuff... movf reg,w ; pc2 movwf reg2 ; pct2 To: ( as long as 'stuff' does not use reg2 or if following instructions do not use W or reg is not used later) movwf reg2 stuff... */ reg2 = getRegFromInstruction(pct2); /* Check reg2 is not used for something else before it is loaded with reg */ if (reg2 && !regIsSpecial (reg2, 1) && !regUsedinRange(pc1,pc2,reg2)) { pCode *pct3 = findNextInstruction(pct2->next); /* Check following instructions are not relying on the use of W or the Z flag condiction */ /* XXX: We must ensure that this value is destroyed before use---otherwise it might be used in * subsequent flows (checking for < 1 is insufficient). */ if ((pCodeSearchCondition(pct3,PCC_Z,0) == -1) && (pCodeSearchCondition(pct3,PCC_W,0) == -1)) { DFPRINTF((stderr, " optimising MOVF reg ... MOVF reg,W MOVWF reg2 to MOVWF reg2 ...\n")); pct2->seq = pc1->seq; unlinkpCode(pct2); pCodeInsertBefore(pc1,pct2); if(regUsedinRange(pct2,0,reg)) { //fprintf (stderr, "%s:%d(%s): Remove2pcodes IF (MOVWF reg, ..., MOVW reg,W MOVWF reg2)\n", __FILE__, __LINE__, __FUNCTION__); Remove2pcodes(pcfl_used, pc2, NULL, reg, can_free); } else { //fprintf (stderr, "%s:%d(%s): Remove2pcodes ELSE (MOVWF reg, ..., MOVW reg,W MOVWF reg2)\n", __FILE__, __LINE__, __FUNCTION__); Remove2pcodes(pcfl_used, pc1, pc2, reg, can_free); } total_registers_saved++; // debugging stats. return 1; } } } } pct1 = findPrevInstruction(pc1->prev); if(pct1 && (PCI(pct1)->pcflow == PCI(pc1)->pcflow)) { if ( (PCI(pct1)->op == POC_MOVFW) && (PCI(pc2)->op == POC_MOVFW)) { reg1 = getRegFromInstruction(pct1); if(reg1 && !regIsSpecial (reg1, 0) && !regUsedinRange(pc1,pc2,reg1)) { DFPRINTF((stderr, " optimising MOVF reg1,W MOVWF reg ... MOVF reg,W\n")); /* Change: movf reg1,w movwf reg stuff... movf reg,w To: stuff... movf reg1,w Or, if we're not deleting the register then the "To" is: stuff... movf reg1,w movwf reg */ pct2 = newpCode(PCI(pc2)->op, PCI(pct1)->pcop); pCodeInsertAfter(pc2, pct2); PCI(pct2)->pcflow = PCFL(pcfl_used); pct2->seq = pc2->seq; if(can_free) { //fprintf (stderr, "%s:%d(%s): Remove2pcodes CANFREE (MOVF reg1,W; MOVWF reg2; MOVF reg2,W)\n", __FILE__, __LINE__, __FUNCTION__); Remove2pcodes(pcfl_used, pc1, pc2, reg, can_free); } else { /* If we're not freeing the register then that means (probably) * the register is needed somewhere else.*/ unlinkpCode(pc1); pCodeInsertAfter(pct2, pc1); //fprintf (stderr, "%s:%d(%s): Remove2pcodes ELSE (MOVF reg1,W; MOVWF reg2; MOVF reg2,W)\n", __FILE__, __LINE__, __FUNCTION__); Remove2pcodes(pcfl_used, pc2, NULL, reg, can_free); } //fprintf (stderr, "%s:%d(%s): Remove2pcodes ALWAYS (MOVF reg1,W; MOVWF reg2; MOVF reg2,W)\n", __FILE__, __LINE__, __FUNCTION__); Remove2pcodes(pcfl_used, pct1, NULL, reg1, 0); total_registers_saved++; // debugging stats. } } } } return (total_registers_saved != t); } /*-----------------------------------------------------------------* * void pCodeRegOptimeRegUsage(pBlock *pb) *-----------------------------------------------------------------*/ static void OptimizeRegUsage(set *fregs, int optimize_multi_uses, int optimize_level) { regs *reg; int used; pCode *pc1=NULL, *pc2=NULL; while(fregs) { pCode *pcfl_used, *pcfl_assigned; /* Step through the set by directly accessing the 'next' pointer. * We could also step through by using the set API, but the * the (debug) calls to print instructions affect the state * of the set pointers */ reg = fregs->item; fregs = fregs->next; /* if (strcmp(reg->name,"_SubState")==0) fprintf(stderr,"Reg: %s\n",reg->name); */ /* Catch inconsistently set-up live ranges * (see tracker items #1469504 + #1474602) * FIXME: Actually we should rather fix the * computation of the liveranges instead... */ if (!reg || !reg->reglives.usedpFlows || !reg->reglives.assignedpFlows) { //fprintf( stderr, "skipping reg w/o liveranges: %s\n", reg ? reg->name : "(unknown)"); continue; } if(reg->type == REG_SFR || reg->type == REG_STK || reg->isPublic || reg->isExtern|| reg->isFixed) { //fprintf(stderr,"skipping SFR: %s\n",reg->name); continue; } pcfl_used = setFirstItem(reg->reglives.usedpFlows); pcfl_assigned = setFirstItem(reg->reglives.assignedpFlows); used = elementsInSet(reg->reglives.usedpCodes); if(used == 2) { /* In this section, all registers that are used in only in two instructions are examined. If possible, they're optimized out. */ /* fprintf (stderr, "OptimizeRegUsage: %s addr=0x%03x rIdx=0x%03x type=%d used=%d\n", reg->name, reg->address, reg->rIdx, reg->type, used); */ pc1 = setFirstItem(reg->reglives.usedpCodes); pc2 = setNextItem(reg->reglives.usedpCodes); if(pcfl_used && pcfl_assigned) { /* expected case - the register has been assigned a value and is subsequently used */ //fprintf(stderr," used only twice\n"); if(pcfl_used->seq == pcfl_assigned->seq) { //fprintf(stderr, " and used in same flow\n"); pCodeOptime2pCodes(pc1, pc2, pcfl_used, reg, 1,optimize_level); } else { // fprintf(stderr, " and used in different flows\n"); } } else if(pcfl_used) { /* register has been used twice without ever being assigned */ fprintf(stderr,"WARNING %s: reg %s used without being assigned\n",__FUNCTION__,reg->name); } else { //fprintf(stderr,"WARNING %s.1: reg %s assigned without being used\n",__FUNCTION__,reg->name); Remove2pcodes(pcfl_assigned, pc1, pc2, reg, 1); total_registers_saved++; // debugging stats. } } else { /* register has been used either once, or more than twice */ if(used && !pcfl_used && pcfl_assigned) { pCode *pc; //fprintf(stderr,"WARNING %s.2: reg %s assigned without being used\n",__FUNCTION__,reg->name); pc = setFirstItem(reg->reglives.usedpCodes); while(pc) { pcfl_assigned = PCODE(PCI(pc)->pcflow); Remove1pcode(pc, reg,2); deleteSetItem (&(PCFL(pcfl_assigned)->registers), reg); /* deleteSetItem (&(reg->reglives.usedpCodes),pc); pc->destruct(pc); */ pc = setNextItem(reg->reglives.usedpCodes); } reg->isFree = 1; reg->wasUsed = 0; total_registers_saved++; // debugging stats. } else if( (used > 2) && optimize_multi_uses) { set *rset1=NULL; set *rset2=NULL; int searching=1; pCodeFlow *pcfl1=NULL, *pcfl2=NULL; /* examine the number of times this register is used */ rset1 = reg->reglives.usedpCodes; while(rset1 && searching) { pc1 = rset1->item; rset2 = rset1->next; if(pc1 && isPCI(pc1) && ( (pcfl1 = PCI(pc1)->pcflow) != NULL) ) { if(rset2) { pc2 = rset2->item; if(pc2 && isPCI(pc2) && ( (pcfl2 = PCI(pc2)->pcflow) != NULL) ) { if(pcfl2 == pcfl1) { if(pCodeOptime2pCodes(pc1, pc2, pcfl_used, reg, 0,optimize_level)) searching = 0; } } //rset2 = rset2->next; } } rset1 = rset2; } } } } } /*-----------------------------------------------------------------* * void pCodeRegOptimeRegUsage(pBlock *pb) *-----------------------------------------------------------------*/ void pCodeRegOptimizeRegUsage(int level) { int passes; int saved = 0; int t = total_registers_saved; #if 0 /* This is currently broken (need rewrite to correctly * handle arbitrary pCodeOps instead of registers only). */ if (!pic14_options.disable_df) optimizeDataflow (); #endif if(!register_optimization) return; #define OPT_PASSES 4 passes = OPT_PASSES; do { saved = total_registers_saved; /* Identify registers used in one flow sequence */ OptimizeRegUsage(dynAllocRegs,level, (OPT_PASSES-passes)); OptimizeRegUsage(dynStackRegs,level, (OPT_PASSES-passes)); OptimizeRegUsage(dynDirectRegs,0, (OPT_PASSES-passes)); if(total_registers_saved != saved) DFPRINTF((stderr, " *** pass %d, Saved %d registers, total saved %d ***\n", (1+OPT_PASSES-passes),total_registers_saved-saved,total_registers_saved)); passes--; } while( passes && ((total_registers_saved != saved) || (passes==OPT_PASSES-1)) ); if(total_registers_saved == t) DFPRINTF((stderr, "No registers saved on this pass\n")); } /*-----------------------------------------------------------------* * void RegsUnMapLiveRanges(set *regset) * *-----------------------------------------------------------------*/ static void RegsSetUnMapLiveRanges(set *regset) { regs *reg; while(regset) { reg = regset->item; regset = regset->next; deleteSet(®->reglives.usedpCodes); deleteSet(®->reglives.usedpFlows); deleteSet(®->reglives.assignedpFlows); } } void RegsUnMapLiveRanges(void) { RegsSetUnMapLiveRanges(dynAllocRegs); RegsSetUnMapLiveRanges(dynStackRegs); RegsSetUnMapLiveRanges(dynDirectRegs); RegsSetUnMapLiveRanges(dynProcessorRegs); RegsSetUnMapLiveRanges(dynDirectBitRegs); RegsSetUnMapLiveRanges(dynInternalRegs); } sdcc-2.9.0/src/pic/pcoderegs.h000066400000000000000000000032501116427777700161470ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcoderegs.h - post code generation register optimizations Written By - Scott Dattalo scott@dattalo.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ #ifndef __PCODEREGS_H__ #define __PCODEREGS_H__ #include "common.h" #include "pcode.h" /************************************************* pCodeRegLives Records the set of registers used in a flow object. **************************************************/ typedef struct pCodeRegLives { set *usedpFlows; /* set of pFlow objects that use this register */ set *assignedpFlows; /* set of pFlow objects that assign values to this register */ set *usedpCodes; /* set of all instructions that use this register */ } pCodeRegLives; void pCodeRegMapLiveRanges(struct pBlock *pb); void pCodeRegOptimizeRegUsage(int level); void RegsUnMapLiveRanges(void); void RemoveUnusedRegisters(void); #endif // __PCODEREGS_H__ sdcc-2.9.0/src/pic/peeph.def000066400000000000000000000135361116427777700156140ustar00rootroot00000000000000// PIC Port Peep rules // // // INTRODUCTION: // // The peep hole optimizer searchs the // the SDCC generated code for small snippets // that can be optimized. As a user, you have // control over this optimization process without // having to learn the SDCC source code. (However // you'll still need access to the source since // these rules are compiled into the source.) // // The way it works is you specify the target // snippet that you want replaced with a more // efficient snippet that you write. Wild card // variables allow the rules to be parameterized. // // In all of the SDCC ports, labels and operands // can be wild cards. However, in the PIC even the // instructions can be wild cards. // // EXAMPLE: // // Consider Peep Rule 1 as an example. This rule // replaces some code like: // // skpz ;i.e. btfss status,Z // goto lab1 // clrw //lab1: // // with: // // skpnz ;i.e. btfsc status,Z // clrw //lab1 // // However, the Rule has four wild cards. // The first allows the btfss instruction operator // be anything, not just the Z bit in status register. // The second wild card applies to a label. // The third wild card is for an instruction - any // single instruction can be substituted. // The fourth wild card is also an instruction. It's // just an instruction place holder associated with // a label (think of it as the PIC Port author's laziness // imposed upon the user). // // // CONDITIONS // // There are certain instances where a peep rule may not // be applicable. Consider this subtle example: // // movwf R0 // movf R0,W // // It would seem that the second move is unnecessary. But // be careful! The movf instruction affects the 'Z' bit. // So if this sequence is followed by a btfsc status,Z, you // will have to leave the second move in. // // To get around this proble, the peep rule can be followed // by a conditon: "if NZ". Which is to say, apply the rule // if Z bit is not needed in the code that follows. The optimizer // is smart enough to look more than one instruction past the // target block... // // Special commands // // // _NOTBITSKIP_ %1 - Creates a wild card instruction that // will match all instructions except for // bit skip instructions (btfsc or btfss) // _BITSKIP_ %1 - Creates a wild card instruction that only // will match a bit skip instruction (btfsc // or btfss) // _INVERTBITSKIP_ %1 - For the wild card instruction %1, invert // the state of the bit skip. If %1 is not // a bit skip instruction, then there's an // error in the peep rule. // // // // Peep 1 // Converts // // btfss reg1,bit // goto label // incf reg2,f //label // // Into: // // btfsc reg1,bit // incf reg2,f //label // // Notice that wild cards will allow any instruction // besides incf to be used in the above. // // Also, notice that this snippet is not valid if // it follows another skip replace restart { _NOTBITSKIP_ %1 _BITSKIP_ %2 goto %3 %4 %3: %5 } by { ; peep 1 - test/jump to test/skip %1 _INVERTBITSKIP_ %2 %4 %3: %5 } replace restart { _NOTBITSKIP_ %1 _BITSKIP_ %2 goto %3 %4: %5 %3: %6 } by { ; peep 1b - test/jump to test/skip %1 _INVERTBITSKIP_ %2 %4: %5 %3: %6 } //bogus test for pcode //replace restart { // movf %1,w ;comment at end //%4: movf %1,w // RETURN // clrf INDF // movlw 0xa5 // movf fsr,w // incf indf,f // %2 //} by { // ; peep test remove redundant move //%4: movf %1,w ;another comment // %2 //} if AYBABTU %3 // peep 2 replace restart { movwf %1 movf %1,w } by { ; peep 2 - Removed redundant move movwf %1 } if NZ // peep 3 replace restart { decf %1,f movf %1,w btfss STATUS,z goto %2 } by { ; peep 3 - decf/mov/skpz to decfsz decfsz %1,f goto %2 } replace restart { movf %1,w movf %1,w } by { ; peep 4 - Removed redundant move movf %1,w } replace restart { movlw %1 movwf %2 movlw %1 } by { ; peep 5 - Removed redundant move movlw %1 movwf %2 } replace restart { movwf %1 movwf %1 } by { ; peep 6 - Removed redundant move movwf %1 } replace restart { movlw 0 iorwf %1,w } by { ; peep 7 - Removed redundant move movf %1,w } replace restart { movf %1,w movwf %2 decf %2,f } by { ; peep 8 - Removed redundant move decf %1,w movwf %2 } replace restart { movwf %1 movf %2,w xorwf %1,w } by { ; peep 9a - Removed redundant move movwf %1 xorwf %2,w } replace restart { movwf %1 movf %2,w iorwf %1,w } by { ; peep 9b - Removed redundant move movwf %1 iorwf %2,w } replace restart { movf %1,w movwf %2 movf %2,w } by { ; peep 9c - Removed redundant move movf %1,w movwf %2 } replace restart { movwf %1 movf %1,w movwf %2 } by { ; peep 9d - Removed redundant move movwf %1 movwf %2 } if NZ // From: Frieder Ferlemann replace restart { iorlw 0 } by { ; peep 10a - Removed unnecessary iorlw } if NZ // From: Frieder Ferlemann replace restart { xorlw 0 } by { ; peep 10b - Removed unnecessary xorlw } if NZ // From: Frieder Ferlemann replace restart { movf %1,w movwf %1 } by { ; peep 11 - Removed redundant move movf %1,w } replace restart { comf %1,w movwf %1 } by { ; peep 12 - Removed redundant move comf %1,f } replace restart { clrf %1 rlf %1,f movlw 0x01 xorwf %1,f movf %1,w btfss STATUS,2 goto %2 } by { ; peep 13 - Optimized carry sequence clrf %1 incf %1,F btfss status,C goto %2 clrf %1 } replace restart { clrf %1 rlf %1,f movlw 0x01 xorwf %1,f movf %1,w btfsc STATUS,2 goto %2 } by { ; peep 13a - Optimized carry sequence clrf %1 incf %1,F btfsc status,C goto %2 clrf %1 } sdcc-2.9.0/src/pic/pic.dsp000066400000000000000000000100751116427777700153110ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="pic" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Static Library" 0x0104 CFG=pic - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "pic.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "pic.mak" CFG="pic - Win32 Release" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "pic - Win32 Debug" (based on "Win32 (x86) Static Library") !MESSAGE "pic - Win32 Release" (based on "Win32 (x86) Static Library") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" CPP=cl.exe RSC=rc.exe !IF "$(CFG)" == "pic - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /Gm /GX /ZI /Od /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "_DEBUG" /D "_MBCS" /D "_LIB" /FR /FD /GZ /Zm500 /c # ADD CPP /nologo /W2 /Gm /GX /ZI /Od /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "_DEBUG" /D "_MBCS" /D "_LIB" /FR /FD /GZ /Zm1000 /c # ADD BASE RSC /l 0x409 /d "_DEBUG" # ADD RSC /l 0x409 /d "_DEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LIB32=link.exe -lib # ADD BASE LIB32 /nologo /out:"Debug\port.lib" # ADD LIB32 /nologo /out:"Debug\port.lib" !ELSEIF "$(CFG)" == "pic - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Target_Dir "" # ADD BASE CPP /nologo /ML /W3 /GX /O2 /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "NDEBUG" /D "_MBCS" /D "_LIB" /FD /Zm500 /c # ADD CPP /nologo /ML /W3 /GX /O2 /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "NDEBUG" /D "_MBCS" /D "_LIB" /FD /Zm1000 /c # ADD BASE RSC /l 0x409 /d "NDEBUG" # ADD RSC /l 0x409 /d "NDEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LIB32=link.exe -lib # ADD BASE LIB32 /nologo /out:"Release\port.lib" # ADD LIB32 /nologo /out:"Release\port.lib" !ENDIF # Begin Target # Name "pic - Win32 Debug" # Name "pic - Win32 Release" # Begin Group "Source Files" # PROP Default_Filter "cpp;c;cxx;rc;def;r;odl;idl;hpj;bat" # Begin Source File SOURCE=.\device.c # End Source File # Begin Source File SOURCE=.\gen.c # End Source File # Begin Source File SOURCE=.\genarith.c # End Source File # Begin Source File SOURCE=.\glue.c # End Source File # Begin Source File SOURCE=.\main.c # End Source File # Begin Source File SOURCE=.\pcode.c # End Source File # Begin Source File SOURCE=.\pcodeflow.c # End Source File # Begin Source File SOURCE=.\pcodepeep.c # End Source File # Begin Source File SOURCE=.\pcoderegs.c # End Source File # Begin Source File SOURCE=.\ralloc.c # End Source File # End Group # Begin Group "Header Files" # PROP Default_Filter "h;hpp;hxx;hm;inl" # Begin Source File SOURCE=.\device.h # End Source File # Begin Source File SOURCE=.\gen.h # End Source File # Begin Source File SOURCE=.\glue.h # End Source File # Begin Source File SOURCE=.\main.h # End Source File # Begin Source File SOURCE=.\pcode.h # End Source File # Begin Source File SOURCE=.\pcodeflow.h # End Source File # Begin Source File SOURCE=.\pcoderegs.h # End Source File # Begin Source File SOURCE=.\ralloc.h # End Source File # End Group # End Target # End Project sdcc-2.9.0/src/pic/pica.dsp000066400000000000000000000043051116427777700154510ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="pica" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Generic Project" 0x010a CFG=pica - Win32 Release !MESSAGE This is not a valid makefile. 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(8051) specific Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) Added Pic Port T.scott Dattalo scott@dattalo.com (2000) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "device.h" #include "gen.h" #include "ralloc.h" set *dynAllocRegs=NULL; set *dynStackRegs=NULL; set *dynProcessorRegs=NULL; set *dynDirectRegs=NULL; set *dynDirectBitRegs=NULL; set *dynInternalRegs=NULL; #define FENTRY2 1 ? (void)0 : printf /* this should go in SDCCicode.h, but it doesn't. */ #define IS_REF(op) (IS_SYMOP(op) && op->operand.symOperand->isref == 1) /*-----------------------------------------------------------------*/ /* At this point we start getting processor specific although */ /* some routines are non-processor specific & can be reused when */ /* targetting other processors. The decision for this will have */ /* to be made on a routine by routine basis */ /* routines used to pack registers are most definitely not reusable */ /* since the pack the registers depending strictly on the MCU */ /*-----------------------------------------------------------------*/ /* Global data */ static struct { bitVect *spiltSet; set *stackSpil; bitVect *regAssigned; short blockSpil; int slocNum; bitVect *funcrUsed; /* registers used in a function */ int stackExtend; int dataExtend; } _G; static int pic14_ptrRegReq; /* one byte pointer register required */ static hTab *dynDirectRegNames= NULL; // static hTab *regHash = NULL; /* a hash table containing ALL registers */ static int dynrIdx = 0x1000; int Gstack_base_addr=0; /* The starting address of registers that * are used to pass and return parameters */ static int Gstack_size = 0; static int debug = 0; // should be 0 when committed, creates .d files static FILE *debugF = NULL; /*-----------------------------------------------------------------*/ /* debugLog - open a file for debugging information */ /*-----------------------------------------------------------------*/ static void debugLog (char *fmt,...) { static int append = 0; // First time through, open the file without append. char buffer[256]; //char *bufferP=buffer; va_list ap; if (!debug || !dstFileName) return; if (!debugF) { /* create the file name */ strcpy (buffer, dstFileName); strcat (buffer, ".d"); if (!(debugF = fopen (buffer, (append ? "a+" : "w")))) { werror (E_FILE_OPEN_ERR, buffer); exit (1); } append = 1; // Next time debugLog is called, we'll append the debug info } va_start (ap, fmt); vsprintf (buffer, fmt, ap); va_end (ap); fprintf (debugF, "%s", buffer); //if (options.verbose) fprintf (stderr, "%s: %s", __FUNCTION__, buffer); } static void debugNewLine (void) { if (debugF) fputc ('\n', debugF); } /*-----------------------------------------------------------------*/ /* pic14_debugLogClose - closes the debug log file (if opened) */ /*-----------------------------------------------------------------*/ void pic14_debugLogClose (void) { if (debugF) { fclose (debugF); debugF = NULL; } } static char * debugAopGet (char *str, operand * op) { if (!debug) return NULL; if (str) debugLog (str); printOperand (op, debugF); debugNewLine (); return NULL; } static char * decodeOp (unsigned int op) { if (op < 128 && op > ' ') { buffer[0] = (op & 0xff); buffer[1] = 0; return buffer; } switch (op) { case IDENTIFIER: return "IDENTIFIER"; case TYPE_NAME: return "TYPE_NAME"; case CONSTANT: return "CONSTANT"; case STRING_LITERAL: return "STRING_LITERAL"; case SIZEOF: return "SIZEOF"; case PTR_OP: return "PTR_OP"; case INC_OP: return "INC_OP"; case DEC_OP: return "DEC_OP"; case LEFT_OP: return "LEFT_OP"; case RIGHT_OP: return "RIGHT_OP"; case LE_OP: return "LE_OP"; case GE_OP: return "GE_OP"; case EQ_OP: return "EQ_OP"; case NE_OP: return "NE_OP"; case AND_OP: return "AND_OP"; case OR_OP: return "OR_OP"; case MUL_ASSIGN: return "MUL_ASSIGN"; case DIV_ASSIGN: return "DIV_ASSIGN"; case MOD_ASSIGN: return "MOD_ASSIGN"; case ADD_ASSIGN: return "ADD_ASSIGN"; case SUB_ASSIGN: return "SUB_ASSIGN"; case LEFT_ASSIGN: return "LEFT_ASSIGN"; case RIGHT_ASSIGN: return "RIGHT_ASSIGN"; case AND_ASSIGN: return "AND_ASSIGN"; case XOR_ASSIGN: return "XOR_ASSIGN"; case OR_ASSIGN: return "OR_ASSIGN"; case TYPEDEF: return "TYPEDEF"; case EXTERN: return "EXTERN"; case STATIC: return "STATIC"; case AUTO: return "AUTO"; case REGISTER: return "REGISTER"; case CODE: return "CODE"; case EEPROM: return "EEPROM"; case INTERRUPT: return "INTERRUPT"; case SFR: return "SFR"; case AT: return "AT"; case SBIT: return "SBIT"; case REENTRANT: return "REENTRANT"; case USING: return "USING"; case XDATA: return "XDATA"; case DATA: return "DATA"; case IDATA: return "IDATA"; case PDATA: return "PDATA"; case VAR_ARGS: return "VAR_ARGS"; case CRITICAL: return "CRITICAL"; case NONBANKED: return "NONBANKED"; case BANKED: return "BANKED"; case CHAR: return "CHAR"; case SHORT: return "SHORT"; case INT: return "INT"; case LONG: return "LONG"; case SIGNED: return "SIGNED"; case UNSIGNED: return "UNSIGNED"; case FLOAT: return "FLOAT"; case DOUBLE: return "DOUBLE"; case CONST: return "CONST"; case VOLATILE: return "VOLATILE"; case VOID: return "VOID"; case BIT: return "BIT"; case STRUCT: return "STRUCT"; case UNION: return "UNION"; case ENUM: return "ENUM"; case RANGE: return "RANGE"; case FAR: return "FAR"; case CASE: return "CASE"; case DEFAULT: return "DEFAULT"; case IF: return "IF"; case ELSE: return "ELSE"; case SWITCH: return "SWITCH"; case WHILE: return "WHILE"; case DO: return "DO"; case FOR: return "FOR"; case GOTO: return "GOTO"; case CONTINUE: return "CONTINUE"; case BREAK: return "BREAK"; case RETURN: return "RETURN"; case INLINEASM: return "INLINEASM"; case IFX: return "IFX"; case ADDRESS_OF: return "ADDRESS_OF"; case GET_VALUE_AT_ADDRESS: return "GET_VALUE_AT_ADDRESS"; case SPIL: return "SPIL"; case UNSPIL: return "UNSPIL"; case GETHBIT: return "GETHBIT"; case BITWISEAND: return "BITWISEAND"; case UNARYMINUS: return "UNARYMINUS"; case IPUSH: return "IPUSH"; case IPOP: return "IPOP"; case PCALL: return "PCALL"; case ENDFUNCTION: return "ENDFUNCTION"; case JUMPTABLE: return "JUMPTABLE"; case RRC: return "RRC"; case RLC: return "RLC"; case CAST: return "CAST"; case CALL: return "CALL"; case PARAM: return "PARAM "; case NULLOP: return "NULLOP"; case BLOCK: return "BLOCK"; case LABEL: return "LABEL"; case RECEIVE: return "RECEIVE"; case SEND: return "SEND"; } sprintf (buffer, "unknown op %d %c", op, op & 0xff); return buffer; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static char * debugLogRegType (short type) { switch (type) { case REG_GPR: return "REG_GPR"; case REG_PTR: return "REG_PTR"; case REG_CND: return "REG_CND"; } sprintf (buffer, "unknown reg type %d", type); return buffer; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int regname2key(char const *name) { int key = 0; if(!name) return 0; while(*name) { key += (*name++) + 1; } return ( (key + (key >> 4) + (key>>8)) & 0x3f); } /*-----------------------------------------------------------------*/ /* regWithIdx - Search through a set of registers that matches idx */ /*-----------------------------------------------------------------*/ static regs * regWithIdx (set *dRegs, int idx, int fixed) { regs *dReg; for (dReg = setFirstItem(dRegs) ; dReg ; dReg = setNextItem(dRegs)) { if(idx == dReg->rIdx && (fixed == (int)dReg->isFixed)) { while (dReg->reg_alias) dReg = dReg->reg_alias; return dReg; } } return NULL; } /*-----------------------------------------------------------------*/ /* newReg - allocate and init memory for a new register */ /*-----------------------------------------------------------------*/ static regs* newReg(short type, PIC_OPTYPE pc_type, int rIdx, char *name, int size, int alias) { regs *dReg, *reg_alias; /* check whether a matching register already exists */ dReg = dirregWithName( name ); if (dReg) { //printf( "%s: already present: %s\n", __FUNCTION__, name ); return (dReg); } // check whether a register at that location exists reg_alias = regWithIdx( dynDirectRegs, rIdx, 0 ); if (!reg_alias) reg_alias = regWithIdx( dynDirectRegs, rIdx, 1 ); // create a new register dReg = Safe_calloc(1,sizeof(regs)); dReg->type = type; dReg->pc_type = pc_type; dReg->rIdx = rIdx; if(name) { dReg->name = Safe_strdup(name); } else { sprintf(buffer,"r0x%02X", dReg->rIdx); dReg->name = Safe_strdup(buffer); } dReg->isFree = 0; dReg->wasUsed = 0; if (type == REG_SFR) dReg->isFixed = 1; else dReg->isFixed = 0; dReg->isMapped = 0; dReg->isEmitted = 0; dReg->isPublic = 0; dReg->isExtern = 0; dReg->address = 0; dReg->size = size; dReg->alias = alias; dReg->reg_alias = reg_alias; dReg->reglives.usedpFlows = newSet(); dReg->reglives.assignedpFlows = newSet(); if (type != REG_STK) hTabAddItem(&dynDirectRegNames, regname2key(dReg->name), dReg); debugLog( "%s: Created register %s.\n", __FUNCTION__, dReg->name); return dReg; } /*-----------------------------------------------------------------*/ /* regWithName - Search through a set of registers that matches name */ /*-----------------------------------------------------------------*/ static regs * regWithName (set *dRegs, const char *name) { regs *dReg; for (dReg = setFirstItem(dRegs) ; dReg ; dReg = setNextItem(dRegs)) { if((strcmp(name,dReg->name)==0)) { return dReg; } } return NULL; } /*-----------------------------------------------------------------*/ /* regWithName - Search for a registers that matches name */ /*-----------------------------------------------------------------*/ regs * regFindWithName (const char *name) { regs *dReg; if( (dReg = regWithName ( dynDirectRegs, name)) != NULL ) { debugLog ("Found a Direct Register!\n"); return dReg; } if( (dReg = regWithName ( dynDirectBitRegs, name)) != NULL) { debugLog ("Found a Direct Bit Register!\n"); return dReg; } if (*name=='_') name++; // Step passed '_' if( (dReg = regWithName ( dynAllocRegs, name)) != NULL) { debugLog ("Found a Dynamic Register!\n"); return dReg; } if( (dReg = regWithName ( dynProcessorRegs, name)) != NULL) { debugLog ("Found a Processor Register!\n"); return dReg; } if( (dReg = regWithName ( dynInternalRegs, name)) != NULL) { debugLog ("Found an Internal Register!\n"); return dReg; } if( (dReg = regWithName ( dynStackRegs, name)) != NULL) { debugLog ("Found an Stack Register!\n"); return dReg; } return NULL; } /*-----------------------------------------------------------------*/ /* regFindFree - Search for a free register in a set of registers */ /*-----------------------------------------------------------------*/ static regs * regFindFree (set *dRegs) { regs *dReg; for (dReg = setFirstItem(dRegs) ; dReg ; dReg = setNextItem(dRegs)) { if(dReg->isFree) return dReg; } return NULL; } /*-----------------------------------------------------------------*/ /* initStack - allocate registers for a pseudo stack */ /*-----------------------------------------------------------------*/ void initStack(int base_address, int size, int shared) { int i; PIC_device *pic; pic = pic14_getPIC(); Gstack_base_addr = base_address; Gstack_size = size; //fprintf(stderr,"initStack [base:0x%02x, size:%d]\n", base_address, size); for(i = 0; ibankMask : 0x180) : 0x0); r->isFixed = 1; r->isPublic = 1; r->isEmitted = 1; //r->name[0] = 's'; addSet(&dynStackRegs,r); } } /*-----------------------------------------------------------------* *-----------------------------------------------------------------*/ regs * allocProcessorRegister(int rIdx, char * name, short po_type, int alias) { //fprintf(stderr,"allocProcessorRegister %s addr =0x%x\n",name,rIdx); return addSet(&dynProcessorRegs,newReg(REG_SFR, po_type, rIdx, name,1,alias)); } /*-----------------------------------------------------------------* *-----------------------------------------------------------------*/ regs * allocInternalRegister(int rIdx, char * name, PIC_OPTYPE po_type, int alias) { regs * reg = newReg(REG_GPR, po_type, rIdx, name,1,alias); //fprintf(stderr,"allocInternalRegister %s addr =0x%x\n",name,rIdx); if(reg) { reg->wasUsed = 0; return addSet(&dynInternalRegs,reg); } return NULL; } /*-----------------------------------------------------------------*/ /* allocReg - allocates register of given type */ /*-----------------------------------------------------------------*/ static regs * allocReg (short type) { regs *reg; debugLog ("%s of type %s\n", __FUNCTION__, debugLogRegType (type)); //fprintf(stderr,"allocReg\n"); reg = pic14_findFreeReg (type); reg->isFree = 0; reg->wasUsed = 1; return reg; //return addSet(&dynAllocRegs,newReg(REG_GPR, PO_GPR_TEMP,dynrIdx++,NULL,1,0)); } /*-----------------------------------------------------------------*/ /* dirregWithName - search for register by name */ /*-----------------------------------------------------------------*/ regs * dirregWithName (char *name) { int hkey; regs *reg; if(!name) return NULL; /* hash the name to get a key */ hkey = regname2key(name); reg = hTabFirstItemWK(dynDirectRegNames, hkey); while(reg) { if(STRCASECMP(reg->name, name) == 0) { // handle registers with multiple names while (reg->reg_alias) reg = reg->reg_alias; return(reg); } reg = hTabNextItemWK (dynDirectRegNames); } return NULL; // name wasn't found in the hash table } /*-----------------------------------------------------------------*/ /* allocNewDirReg - allocates a new register of given type */ /*-----------------------------------------------------------------*/ regs * allocNewDirReg (sym_link *symlnk,const char *name) { regs *reg; int address = 0; sym_link *spec = getSpec (symlnk); /* if this is at an absolute address, then get the address. */ if (SPEC_ABSA (spec) ) { address = SPEC_ADDR (spec); //fprintf(stderr,"reg %s is at an absolute address: 0x%03x\n",name,address); } /* Register wasn't found in hash, so let's create * a new one and put it in the hash table AND in the * dynDirectRegNames set */ if (IS_CONFIG_ADDRESS(address)) { debugLog (" -- %s is declared at address 0x2007\n",name); reg = 0; } else { int idx; if (address) { if (IS_BITVAR (spec)) idx = address >> 3; else idx = address; } else { idx = dynrIdx++; } reg = newReg(REG_GPR, PO_DIR, idx, (char*)name,getSize (symlnk),0 ); debugLog (" -- added %s to hash, size = %d\n", (char*)name,reg->size); if (SPEC_ABSA (spec) ) { reg->type = REG_SFR; } if (IS_BITVAR (spec)) { addSet(&dynDirectBitRegs, reg); reg->isBitField = 1; } else addSet(&dynDirectRegs, reg); if (!IS_STATIC (spec)) { reg->isPublic = 1; } if (IS_EXTERN (spec)) { reg->isExtern = 1; } } if (address && reg) { reg->isFixed = 1; reg->address = address; debugLog (" -- and it is at a fixed address 0x%02x\n",reg->address); } return reg; } /*-----------------------------------------------------------------*/ /* allocDirReg - allocates register of given type */ /*-----------------------------------------------------------------*/ regs * allocDirReg (operand *op ) { regs *reg; char *name; if(!IS_SYMOP(op)) { debugLog ("%s BAD, op is NULL\n", __FUNCTION__); return NULL; } name = OP_SYMBOL (op)->rname[0] ? OP_SYMBOL (op)->rname : OP_SYMBOL (op)->name; /* If the symbol is at a fixed address, then remove the leading underscore * from the name. This is hack to allow the .asm include file named registers * to match the .c declared register names */ //if (SPEC_ABSA ( OP_SYM_ETYPE(op)) && (*name == '_')) //name++; debugLog ("%s symbol name %s\n", __FUNCTION__,name); { if(SPEC_CONST ( OP_SYM_ETYPE(op)) && (IS_CHAR ( OP_SYM_ETYPE(op)) )) { debugLog(" %d const char\n",__LINE__); debugLog(" value = %s \n",SPEC_CVAL( OP_SYM_ETYPE(op))); } debugLog(" %d storage class %d \n",__LINE__,SPEC_SCLS( OP_SYM_ETYPE(op))); if (IS_CODE ( OP_SYM_ETYPE(op)) ) debugLog(" %d code space\n",__LINE__); if (IS_INTEGRAL ( OP_SYM_ETYPE(op)) ) debugLog(" %d integral\n",__LINE__); if (IS_LITERAL ( OP_SYM_ETYPE(op)) ) debugLog(" %d literal\n",__LINE__); if (IS_SPEC ( OP_SYM_ETYPE(op)) ) debugLog(" %d specifier\n",__LINE__); debugAopGet(NULL, op); } if (IS_CODE ( OP_SYM_ETYPE(op)) ) return NULL; /* First, search the hash table to see if there is a register with this name */ if (SPEC_ABSA ( OP_SYM_ETYPE(op)) && !(IS_BITVAR (OP_SYM_ETYPE(op))) ) { reg = regWithIdx (dynProcessorRegs, SPEC_ADDR ( OP_SYM_ETYPE(op)), 1); /* if(!reg) fprintf(stderr,"ralloc %s is at fixed address but not a processor reg, addr=0x%x\n", name, SPEC_ADDR ( OP_SYM_ETYPE(op))); else fprintf(stderr,"ralloc %s at fixed address has already been declared, addr=0x%x\n", name, SPEC_ADDR ( OP_SYM_ETYPE(op))); */ } else { //fprintf(stderr,"ralloc:%d %s \n", __LINE__,name); reg = dirregWithName(name); } #if 0 if(!reg) { int address = 0; /* if this is at an absolute address, then get the address. */ if (SPEC_ABSA ( OP_SYM_ETYPE(op)) ) { address = SPEC_ADDR ( OP_SYM_ETYPE(op)); //fprintf(stderr,"reg %s is at an absolute address: 0x%03x\n",name,address); } /* Register wasn't found in hash, so let's create * a new one and put it in the hash table AND in the * dynDirectRegNames set */ if(!IS_CONFIG_ADDRESS(address)) { //fprintf(stderr,"allocating new reg %s\n",name); reg = newReg(REG_GPR, PO_DIR, dynrIdx++, name,getSize (OP_SYMBOL (op)->type),0 ); debugLog (" -- added %s to hash, size = %d\n", name,reg->size); //hTabAddItem(&dynDirectRegNames, regname2key(name), reg); if (SPEC_ABSA ( OP_SYM_ETYPE(op)) ) { //fprintf(stderr, " ralloc.c at fixed address: %s - changing to REG_SFR\n",name); reg->type = REG_SFR; } if (IS_BITVAR (OP_SYM_ETYPE(op))) { addSet(&dynDirectBitRegs, reg); reg->isBitField = 1; } else addSet(&dynDirectRegs, reg); if (!IS_STATIC (OP_SYM_ETYPE(op))) { reg->isPublic = 1; } if (IS_EXTERN (OP_SYM_ETYPE(op))) { reg->isExtern = 1; } } else { debugLog (" -- %s is declared at address 0x2007\n",name); } } if (SPEC_ABSA ( OP_SYM_ETYPE(op)) ) { reg->isFixed = 1; reg->address = SPEC_ADDR ( OP_SYM_ETYPE(op)); debugLog (" -- and it is at a fixed address 0x%02x\n",reg->address); } #endif if(reg) { if (SPEC_ABSA ( OP_SYM_ETYPE(op)) ) { reg->isFixed = 1; reg->address = SPEC_ADDR ( OP_SYM_ETYPE(op)); debugLog (" -- and it is at a fixed address 0x%02x\n",reg->address); } } else { allocNewDirReg (OP_SYM_TYPE(op),name); } return reg; } /*-----------------------------------------------------------------*/ /* allocRegByName - allocates register with given name */ /*-----------------------------------------------------------------*/ regs * allocRegByName (char *name, int size) { regs *reg; if(!name) { fprintf(stderr, "%s - allocating a NULL register\n",__FUNCTION__); exit(1); } /* First, search the hash table to see if there is a register with this name */ reg = dirregWithName(name); if(!reg) { int found = 0; symbol *sym; /* Register wasn't found in hash, so let's create * a new one and put it in the hash table AND in the * dynDirectRegNames set */ //fprintf (stderr,"%s symbol name %s, size:%d\n", __FUNCTION__,name,size); reg = newReg(REG_GPR, PO_DIR, dynrIdx++, name,size,0 ); for (sym = setFirstItem(sfr->syms); sym; sym = setNextItem(sfr->syms)) { if (strcmp(reg->name+1,sym->name)==0) { unsigned a = SPEC_ADDR(sym->etype); reg->address = a; reg->isFixed = 1; reg->type = REG_SFR; if (!IS_STATIC (sym->etype)) { reg->isPublic = 1; } if (IS_EXTERN (sym->etype)) { reg->isExtern = 1; } if (IS_BITVAR (sym->etype)) reg->isBitField = 1; found = 1; break; } } if (!found) { for (sym = setFirstItem(data->syms); sym; sym = setNextItem(data->syms)) { if (strcmp(reg->name+1,sym->name)==0) { unsigned a = SPEC_ADDR(sym->etype); reg->address = a; if (!IS_STATIC (sym->etype)) { reg->isPublic = 1; } if (IS_EXTERN (sym->etype)) { reg->isExtern = 1; } if (IS_BITVAR (sym->etype)) reg->isBitField = 1; found = 1; break; } } } debugLog (" -- added %s to hash, size = %d\n", name,reg->size); //hTabAddItem(&dynDirectRegNames, regname2key(name), reg); if (reg->isBitField) { addSet(&dynDirectBitRegs, reg); } else addSet(&dynDirectRegs, reg); } return reg; } /*-----------------------------------------------------------------*/ /* RegWithIdx - returns pointer to register with index number */ /*-----------------------------------------------------------------*/ regs * typeRegWithIdx (int idx, int type, int fixed) { regs *dReg; debugLog ("%s - requesting index = 0x%x\n", __FUNCTION__,idx); switch (type) { case REG_GPR: if( (dReg = regWithIdx ( dynAllocRegs, idx, fixed)) != NULL) { debugLog ("Found a Dynamic Register!\n"); return dReg; } if( (dReg = regWithIdx ( dynDirectRegs, idx, fixed)) != NULL ) { debugLog ("Found a Direct Register!\n"); return dReg; } break; case REG_STK: if( (dReg = regWithIdx ( dynStackRegs, idx, 0)) != NULL ) { debugLog ("Found a Stack Register!\n"); return dReg; } else if( (dReg = regWithIdx ( dynStackRegs, idx, 1)) != NULL ) { debugLog ("Found a Stack Register!\n"); return dReg; } else { werror (E_STACK_OUT, "Register"); /* return an existing register just to avoid the SDCC crash */ return regWithIdx ( dynStackRegs, 0x7f, 0); } break; case REG_SFR: if( (dReg = regWithIdx ( dynProcessorRegs, idx, fixed)) != NULL ) { debugLog ("Found a Processor Register!\n"); return dReg; } case REG_CND: case REG_PTR: default: break; } return NULL; } /*-----------------------------------------------------------------*/ /* pic14_regWithIdx - returns pointer to register with index number*/ /*-----------------------------------------------------------------*/ regs * pic14_regWithIdx (int idx) { regs *dReg; if( (dReg = typeRegWithIdx(idx,REG_GPR,0)) != NULL) return dReg; if( (dReg = typeRegWithIdx(idx,REG_SFR,0)) != NULL) return dReg; return NULL; } /*-----------------------------------------------------------------*/ /* pic14_regWithIdx - returns pointer to register with index number */ /*-----------------------------------------------------------------*/ regs * pic14_allocWithIdx (int idx) { regs *dReg; debugLog ("%s - allocating with index = 0x%x\n", __FUNCTION__,idx); if( (dReg = regWithIdx ( dynAllocRegs, idx,0)) != NULL) { debugLog ("Found a Dynamic Register!\n"); } else if( (dReg = regWithIdx ( dynStackRegs, idx,0)) != NULL ) { debugLog ("Found a Stack Register!\n"); } else if( (dReg = regWithIdx ( dynProcessorRegs, idx,0)) != NULL ) { debugLog ("Found a Processor Register!\n"); } else if( (dReg = regWithIdx ( dynInternalRegs, idx,0)) != NULL ) { debugLog ("Found an Internal Register!\n"); } else if( (dReg = regWithIdx ( dynInternalRegs, idx,1)) != NULL ) { debugLog ("Found an Internal Register!\n"); } else { debugLog ("Dynamic Register not found\n"); //fprintf(stderr,"%s %d - requested register: 0x%x\n",__FUNCTION__,__LINE__,idx); werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "regWithIdx not found"); exit (1); } dReg->wasUsed = 1; dReg->isFree = 0; return dReg; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ regs * pic14_findFreeReg(short type) { // int i; regs* dReg; switch (type) { case REG_GPR: if((dReg = regFindFree(dynAllocRegs)) != NULL) return dReg; return addSet(&dynAllocRegs,newReg(REG_GPR, PO_GPR_TEMP,dynrIdx++,NULL,1,0)); case REG_STK: if((dReg = regFindFree(dynStackRegs)) != NULL) return dReg; return NULL; case REG_PTR: case REG_CND: case REG_SFR: default: return NULL; } } /*-----------------------------------------------------------------*/ /* freeReg - frees a register */ /*-----------------------------------------------------------------*/ static void freeReg (regs * reg) { debugLog ("%s\n", __FUNCTION__); reg->isFree = 1; } /*-----------------------------------------------------------------*/ /* nFreeRegs - returns number of free registers */ /*-----------------------------------------------------------------*/ static int nFreeRegs (int type) { /* dynamically allocate as many as we need and worry about * fitting them into a PIC later */ return 100; #if 0 int i; int nfr = 0; debugLog ("%s\n", __FUNCTION__); for (i = 0; i < pic14_nRegs; i++) if (regspic14[i].isFree && regspic14[i].type == type) nfr++; return nfr; #endif } /*-----------------------------------------------------------------*/ /* nfreeRegsType - free registers with type */ /*-----------------------------------------------------------------*/ static int nfreeRegsType (int type) { int nfr; debugLog ("%s\n", __FUNCTION__); if (type == REG_PTR) { if ((nfr = nFreeRegs (type)) == 0) return nFreeRegs (REG_GPR); } return nFreeRegs (type); } static void packBits(set *bregs) { set *regset; regs *breg; regs *bitfield=NULL; regs *relocbitfield=NULL; int bit_no=0; int byte_no=-1; char buffer[20]; for (regset = bregs ; regset ; regset = regset->next) { breg = regset->item; breg->isBitField = 1; //fprintf(stderr,"bit reg: %s\n",breg->name); if(breg->isFixed) { //fprintf(stderr,"packing bit at fixed address = 0x%03x\n",breg->address); bitfield = typeRegWithIdx (breg->address >> 3, -1 , 1); breg->rIdx = breg->address & 7; breg->address >>= 3; if(!bitfield) { //sprintf (buffer, "fbitfield%02x", breg->address); sprintf (buffer, "0x%02x", breg->address); //fprintf(stderr,"new bit field\n"); bitfield = newReg(REG_SFR, PO_GPR_BIT,breg->address,buffer,1,0); bitfield->isBitField = 1; bitfield->isFixed = 1; bitfield->address = breg->address; //addSet(&dynDirectRegs,bitfield); addSet(&dynInternalRegs,bitfield); //hTabAddItem(&dynDirectRegNames, regname2key(buffer), bitfield); } else { //fprintf(stderr," which is occupied by %s (addr = %d)\n",bitfield->name,bitfield->address); ; } breg->reg_alias = bitfield; bitfield = NULL; } else { if(!relocbitfield || bit_no >7) { byte_no++; bit_no=0; sprintf (buffer, "bitfield%d", byte_no); //fprintf(stderr,"new relocatable bit field\n"); relocbitfield = newReg(REG_GPR, PO_GPR_BIT,dynrIdx++,buffer,1,0); relocbitfield->isBitField = 1; //addSet(&dynDirectRegs,relocbitfield); addSet(&dynInternalRegs,relocbitfield); //hTabAddItem(&dynDirectRegNames, regname2key(buffer), relocbitfield); } breg->reg_alias = relocbitfield; breg->address = dynrIdx; /* byte_no; */ breg->rIdx = bit_no++; } } } static void bitEQUs(FILE *of, set *bregs) { regs *breg,*bytereg; int bit_no=0; //fprintf(stderr," %s\n",__FUNCTION__); for (breg = setFirstItem(bregs) ; breg ; breg = setNextItem(bregs)) { //fprintf(stderr,"bit reg: %s\n",breg->name); bytereg = breg->reg_alias; if(bytereg) fprintf (of, "%s\tEQU\t( (%s<<3)+%d)\n", breg->name, bytereg->name, breg->rIdx & 0x0007); else { //fprintf(stderr, "bit field is not assigned to a register\n"); fprintf (of, "%s\tEQU\t( (bitfield%d<<3)+%d)\n", breg->name, bit_no>>3, bit_no & 0x0007); bit_no++; } } } void writeUsedRegs(FILE *of) { packBits(dynDirectBitRegs); bitEQUs(of,dynDirectBitRegs); } /*-----------------------------------------------------------------*/ /* computeSpillable - given a point find the spillable live ranges */ /*-----------------------------------------------------------------*/ static bitVect * computeSpillable (iCode * ic) { bitVect *spillable; debugLog ("%s\n", __FUNCTION__); /* spillable live ranges are those that are live at this point . the following categories need to be subtracted from this set. a) - those that are already spilt b) - if being used by this one c) - defined by this one */ spillable = bitVectCopy (ic->rlive); spillable = bitVectCplAnd (spillable, _G.spiltSet); /* those already spilt */ spillable = bitVectCplAnd (spillable, ic->uses); /* used in this one */ bitVectUnSetBit (spillable, ic->defKey); spillable = bitVectIntersect (spillable, _G.regAssigned); return spillable; } /*-----------------------------------------------------------------*/ /* noSpilLoc - return true if a variable has no spil location */ /*-----------------------------------------------------------------*/ static int noSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); return (sym->usl.spillLoc ? 0 : 1); } /*-----------------------------------------------------------------*/ /* hasSpilLoc - will return 1 if the symbol has spil location */ /*-----------------------------------------------------------------*/ static int hasSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); return (sym->usl.spillLoc ? 1 : 0); } /*-----------------------------------------------------------------*/ /* directSpilLoc - will return 1 if the splilocation is in direct */ /*-----------------------------------------------------------------*/ static int directSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); if (sym->usl.spillLoc && (IN_DIRSPACE (SPEC_OCLS (sym->usl.spillLoc->etype)))) return 1; else return 0; } /*-----------------------------------------------------------------*/ /* hasSpilLocnoUptr - will return 1 if the symbol has spil location */ /* but is not used as a pointer */ /*-----------------------------------------------------------------*/ static int hasSpilLocnoUptr (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); return ((sym->usl.spillLoc && !sym->uptr) ? 1 : 0); } /*-----------------------------------------------------------------*/ /* rematable - will return 1 if the remat flag is set */ /*-----------------------------------------------------------------*/ static int rematable (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); return sym->remat; } /*-----------------------------------------------------------------*/ /* notUsedInRemaining - not used or defined in remain of the block */ /*-----------------------------------------------------------------*/ static int notUsedInRemaining (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); return ((usedInRemaining (operandFromSymbol (sym), ic) ? 0 : 1) && allDefsOutOfRange (sym->defs, ebp->fSeq, ebp->lSeq)); } /*-----------------------------------------------------------------*/ /* allLRs - return true for all */ /*-----------------------------------------------------------------*/ static int allLRs (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); return 1; } /*-----------------------------------------------------------------*/ /* liveRangesWith - applies function to a given set of live range */ /*-----------------------------------------------------------------*/ static set * liveRangesWith (bitVect * lrs, int (func) (symbol *, eBBlock *, iCode *), eBBlock * ebp, iCode * ic) { set *rset = NULL; int i; debugLog ("%s\n", __FUNCTION__); if (!lrs || !lrs->size) return NULL; for (i = 1; i < lrs->size; i++) { symbol *sym; if (!bitVectBitValue (lrs, i)) continue; /* if we don't find it in the live range hash table we are in serious trouble */ if (!(sym = hTabItemWithKey (liveRanges, i))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "liveRangesWith could not find liveRange"); exit (1); } if (func (sym, ebp, ic) && bitVectBitValue (_G.regAssigned, sym->key)) addSetHead (&rset, sym); } return rset; } /*-----------------------------------------------------------------*/ /* leastUsedLR - given a set determines which is the least used */ /*-----------------------------------------------------------------*/ static symbol * leastUsedLR (set * sset) { symbol *sym = NULL, *lsym = NULL; debugLog ("%s\n", __FUNCTION__); sym = lsym = setFirstItem (sset); if (!lsym) return NULL; for (; lsym; lsym = setNextItem (sset)) { /* if usage is the same then prefer the spill the smaller of the two */ if (lsym->used == sym->used) if (getSize (lsym->type) < getSize (sym->type)) sym = lsym; /* if less usage */ if (lsym->used < sym->used) sym = lsym; } setToNull ((void *) &sset); sym->blockSpil = 0; return sym; } /*-----------------------------------------------------------------*/ /* noOverLap - will iterate through the list looking for over lap */ /*-----------------------------------------------------------------*/ static int noOverLap (set * itmpStack, symbol * fsym) { symbol *sym; debugLog ("%s\n", __FUNCTION__); for (sym = setFirstItem (itmpStack); sym; sym = setNextItem (itmpStack)) { if (sym->liveTo > fsym->liveFrom) return 0; } return 1; } /*-----------------------------------------------------------------*/ /* isFree - will return 1 if the a free spil location is found */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (isFree) { symbol *sym = item; V_ARG (symbol **, sloc); V_ARG (symbol *, fsym); debugLog ("%s\n", __FUNCTION__); /* if already found */ if (*sloc) return 0; /* if it is free && and the itmp assigned to this does not have any overlapping live ranges with the one currently being assigned and the size can be accomodated */ if (sym->isFree && noOverLap (sym->usl.itmpStack, fsym) && getSize (sym->type) >= getSize (fsym->type)) { *sloc = sym; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* spillLRWithPtrReg :- will spil those live ranges which use PTR */ /*-----------------------------------------------------------------*/ static void spillLRWithPtrReg (symbol * forSym) { symbol *lrsym; int k; debugLog ("%s\n", __FUNCTION__); if (!_G.regAssigned || bitVectIsZero (_G.regAssigned)) return; /* for all live ranges */ for (lrsym = hTabFirstItem (liveRanges, &k); lrsym; lrsym = hTabNextItem (liveRanges, &k)) { /* if no registers assigned to it or spilt */ /* if it does not overlap with this then not need to spill it */ if (lrsym->isspilt || !lrsym->nRegs || (lrsym->liveTo < forSym->liveFrom)) continue; } } /*-----------------------------------------------------------------*/ /* createStackSpil - create a location on the stack to spil */ /*-----------------------------------------------------------------*/ static symbol * createStackSpil (symbol * sym) { symbol *sloc = NULL; int useXstack, model, noOverlay; char slocBuffer[30]; debugLog ("%s\n", __FUNCTION__); FENTRY2("called."); /* first go try and find a free one that is already existing on the stack */ if (applyToSet (_G.stackSpil, isFree, &sloc, sym)) { /* found a free one : just update & return */ sym->usl.spillLoc = sloc; sym->stackSpil = 1; sloc->isFree = 0; addSetHead (&sloc->usl.itmpStack, sym); return sym; } /* could not then have to create one , this is the hard part we need to allocate this on the stack : this is really a hack!! but cannot think of anything better at this time */ if (sprintf (slocBuffer, "sloc%d", _G.slocNum++) >= sizeof (slocBuffer)) { fprintf (stderr, "kkkInternal error: slocBuffer overflowed: %s:%d\n", __FILE__, __LINE__); exit (1); } sloc = newiTemp (slocBuffer); /* set the type to the spilling symbol */ sloc->type = copyLinkChain (sym->type); sloc->etype = getSpec (sloc->type); SPEC_SCLS (sloc->etype) = S_DATA; SPEC_EXTR (sloc->etype) = 0; SPEC_STAT (sloc->etype) = 0; /* we don't allow it to be allocated` onto the external stack since : so we temporarily turn it off ; we also turn off memory model to prevent the spil from going to the external storage and turn off overlaying */ useXstack = options.useXstack; model = options.model; noOverlay = options.noOverlay; options.noOverlay = 1; options.model = options.useXstack = 0; allocLocal (sloc); options.useXstack = useXstack; options.model = model; options.noOverlay = noOverlay; sloc->isref = 1; /* to prevent compiler warning */ /* if it is on the stack then update the stack */ if (IN_STACK (sloc->etype)) { currFunc->stack += getSize (sloc->type); _G.stackExtend += getSize (sloc->type); } else _G.dataExtend += getSize (sloc->type); /* add it to the _G.stackSpil set */ addSetHead (&_G.stackSpil, sloc); sym->usl.spillLoc = sloc; sym->stackSpil = 1; /* add it to the set of itempStack set of the spill location */ addSetHead (&sloc->usl.itmpStack, sym); return sym; } /*-----------------------------------------------------------------*/ /* isSpiltOnStack - returns true if the spil location is on stack */ /*-----------------------------------------------------------------*/ static bool isSpiltOnStack (symbol * sym) { sym_link *etype; debugLog ("%s\n", __FUNCTION__); FENTRY2("called."); if (!sym) return FALSE; if (!sym->isspilt) return FALSE; /* if (sym->_G.stackSpil) */ /* return TRUE; */ if (!sym->usl.spillLoc) return FALSE; etype = getSpec (sym->usl.spillLoc->type); if (IN_STACK (etype)) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* spillThis - spils a specific operand */ /*-----------------------------------------------------------------*/ static void spillThis (symbol * sym) { int i; debugLog ("%s : %s\n", __FUNCTION__, sym->rname); FENTRY2("sym: %s, spillLoc:%p (%s)\n", sym->rname, sym->usl.spillLoc, sym->usl.spillLoc ? sym->usl.spillLoc->rname : ""); /* if this is rematerializable or has a spillLocation we are okay, else we need to create a spillLocation for it */ if (!(sym->remat || sym->usl.spillLoc)) createStackSpil (sym); /* mark it has spilt & put it in the spilt set */ sym->isspilt = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, sym->key); bitVectUnSetBit (_G.regAssigned, sym->key); for (i = 0; i < sym->nRegs; i++) { if (sym->regs[i]) { freeReg (sym->regs[i]); sym->regs[i] = NULL; } } /* if spilt on stack then free up r0 & r1 if they could have been assigned to some LIVE ranges */ if (!pic14_ptrRegReq && isSpiltOnStack (sym)) { pic14_ptrRegReq++; spillLRWithPtrReg (sym); } if (sym->usl.spillLoc && !sym->remat) sym->usl.spillLoc->allocreq = 1; return; } /*-----------------------------------------------------------------*/ /* selectSpil - select a iTemp to spil : rather a simple procedure */ /*-----------------------------------------------------------------*/ static symbol * selectSpil (iCode * ic, eBBlock * ebp, symbol * forSym) { bitVect *lrcs = NULL; set *selectS; symbol *sym; debugLog ("%s\n", __FUNCTION__); FENTRY2("called."); /* get the spillable live ranges */ lrcs = computeSpillable (ic); /* get all live ranges that are rematerizable */ if ((selectS = liveRangesWith (lrcs, rematable, ebp, ic))) { /* return the least used of these */ return leastUsedLR (selectS); } /* get live ranges with spillLocations in direct space */ if ((selectS = liveRangesWith (lrcs, directSpilLoc, ebp, ic))) { sym = leastUsedLR (selectS); strcpy (sym->rname, (sym->usl.spillLoc->rname[0] ? sym->usl.spillLoc->rname : sym->usl.spillLoc->name)); sym->spildir = 1; /* mark it as allocation required */ sym->usl.spillLoc->allocreq = 1; return sym; } /* if the symbol is local to the block then */ if (forSym->liveTo < ebp->lSeq) { /* check if there are any live ranges allocated to registers that are not used in this block */ if (!_G.blockSpil && (selectS = liveRangesWith (lrcs, notUsedInBlock, ebp, ic))) { sym = leastUsedLR (selectS); /* if this is not rematerializable */ if (!sym->remat) { _G.blockSpil++; sym->blockSpil = 1; } return sym; } /* check if there are any live ranges that not used in the remainder of the block */ if (!_G.blockSpil && !isiCodeInFunctionCall (ic) && (selectS = liveRangesWith (lrcs, notUsedInRemaining, ebp, ic))) { sym = leastUsedLR (selectS); if (!sym->remat) { sym->remainSpil = 1; _G.blockSpil++; } return sym; } } /* find live ranges with spillocation && not used as pointers */ if ((selectS = liveRangesWith (lrcs, hasSpilLocnoUptr, ebp, ic))) { sym = leastUsedLR (selectS); /* mark this as allocation required */ sym->usl.spillLoc->allocreq = 1; return sym; } /* find live ranges with spillocation */ if ((selectS = liveRangesWith (lrcs, hasSpilLoc, ebp, ic))) { sym = leastUsedLR (selectS); sym->usl.spillLoc->allocreq = 1; return sym; } /* couldn't find then we need to create a spil location on the stack , for which one? the least used ofcourse */ if ((selectS = liveRangesWith (lrcs, noSpilLoc, ebp, ic))) { /* return a created spil location */ sym = createStackSpil (leastUsedLR (selectS)); sym->usl.spillLoc->allocreq = 1; return sym; } /* this is an extreme situation we will spill this one : happens very rarely but it does happen */ spillThis (forSym); return forSym; } /*-----------------------------------------------------------------*/ /* spilSomething - spil some variable & mark registers as free */ /*-----------------------------------------------------------------*/ static bool spilSomething (iCode * ic, eBBlock * ebp, symbol * forSym) { symbol *ssym; int i; debugLog ("%s\n", __FUNCTION__); /* get something we can spil */ ssym = selectSpil (ic, ebp, forSym); /* mark it as spilt */ ssym->isspilt = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, ssym->key); /* mark it as not register assigned & take it away from the set */ bitVectUnSetBit (_G.regAssigned, ssym->key); /* mark the registers as free */ for (i = 0; i < ssym->nRegs; i++) if (ssym->regs[i]) freeReg (ssym->regs[i]); /* if spilt on stack then free up r0 & r1 if they could have been assigned to as gprs */ if (!pic14_ptrRegReq && isSpiltOnStack (ssym)) { pic14_ptrRegReq++; spillLRWithPtrReg (ssym); } /* if this was a block level spil then insert push & pop at the start & end of block respectively */ if (ssym->blockSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push to the start of the block */ addiCodeToeBBlock (ebp, nic, (ebp->sch->op == LABEL ? ebp->sch->next : ebp->sch)); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } /* if spilt because not used in the remainder of the block then add a push before this instruction and a pop at the end of the block */ if (ssym->remainSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push just before this instruction */ addiCodeToeBBlock (ebp, nic, ic); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } if (ssym == forSym) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* getRegPtr - will try for PTR if not a GPR type if not spil */ /*-----------------------------------------------------------------*/ static regs * getRegPtr (iCode * ic, eBBlock * ebp, symbol * sym) { regs *reg; int j; debugLog ("%s\n", __FUNCTION__); tryAgain: /* try for a ptr type */ if ((reg = allocReg (REG_PTR))) return reg; /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; /* we have to spil */ if (!spilSomething (ic, ebp, sym)) return NULL; /* make sure partially assigned registers aren't reused */ for (j=0; j<=sym->nRegs; j++) if (sym->regs[j]) sym->regs[j]->isFree = 0; /* this looks like an infinite loop but in really selectSpil will abort */ goto tryAgain; } /*-----------------------------------------------------------------*/ /* getRegGpr - will try for GPR if not spil */ /*-----------------------------------------------------------------*/ static regs * getRegGpr (iCode * ic, eBBlock * ebp, symbol * sym) { regs *reg; int j; debugLog ("%s\n", __FUNCTION__); tryAgain: /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; if (!pic14_ptrRegReq) if ((reg = allocReg (REG_PTR))) return reg; /* we have to spil */ if (!spilSomething (ic, ebp, sym)) return NULL; /* make sure partially assigned registers aren't reused */ for (j=0; j<=sym->nRegs; j++) if (sym->regs[j]) sym->regs[j]->isFree = 0; /* this looks like an infinite loop but in really selectSpil will abort */ goto tryAgain; } /*-----------------------------------------------------------------*/ /* symHasReg - symbol has a given register */ /*-----------------------------------------------------------------*/ static bool symHasReg (symbol * sym, regs * reg) { int i; debugLog ("%s\n", __FUNCTION__); for (i = 0; i < sym->nRegs; i++) if (sym->regs[i] == reg) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* deassignLRs - check the live to and if they have registers & are */ /* not spilt then free up the registers */ /*-----------------------------------------------------------------*/ static void deassignLRs (iCode * ic, eBBlock * ebp) { symbol *sym; int k; symbol *result; debugLog ("%s\n", __FUNCTION__); for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { symbol *psym = NULL; /* if it does not end here */ if (sym->liveTo > ic->seq) continue; /* Prevent the result from being assigned the same registers as (one) * operand as many genXXX-functions fail otherwise. * POINTER_GET(ic) || ic->op == LEFT_OP || ic->op == RIGHT_OP || ic->op == NOT * are known to fail. */ if (sym->liveTo == ic->seq && IC_RESULT(ic)) { switch (ic->op) { case '=': /* assignment */ case BITWISEAND: /* bitwise AND */ case '|': /* bitwise OR */ case '^': /* bitwise XOR */ case '~': /* bitwise negate */ case RLC: /* rotate through carry */ case RRC: case UNARYMINUS: case '+': /* addition */ case '-': /* subtraction */ /* go ahead, these are safe to use with * non-disjoint register sets */ break; default: /* do not release operand registers */ //fprintf (stderr, "%s:%u: operand not freed: ", __FILE__, __LINE__); piCode (ic, stderr); fprintf (stderr, "\n"); continue; } // switch } /* if it was spilt on stack then we can mark the stack spil location as free */ if (sym->isspilt) { if (sym->stackSpil) { sym->usl.spillLoc->isFree = 1; sym->stackSpil = 0; } continue; } if (!bitVectBitValue (_G.regAssigned, sym->key)) continue; /* special case check if this is an IFX & the privious one was a pop and the previous one was not spilt then keep track of the symbol */ if (ic->op == IFX && ic->prev && ic->prev->op == IPOP && !ic->prev->parmPush && IS_SYMOP(IC_LEFT (ic->prev)) && !OP_SYMBOL (IC_LEFT (ic->prev))->isspilt) psym = OP_SYMBOL (IC_LEFT (ic->prev)); if (sym->nRegs) { int i = 0; bitVectUnSetBit (_G.regAssigned, sym->key); /* if the result of this one needs registers and does not have it then assign it right away */ if (IC_RESULT (ic) && !(SKIP_IC2 (ic) || /* not a special icode */ ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || ic->op == RETURN || POINTER_SET (ic)) && IS_SYMOP (IC_RESULT (ic)) && (result = OP_SYMBOL (IC_RESULT (ic))) && /* has a result */ result->liveTo > ic->seq && /* and will live beyond this */ result->liveTo <= ebp->lSeq && /* does not go beyond this block */ result->liveFrom == ic->seq && /* does not start before here */ result->regType == sym->regType && /* same register types */ result->regType == sym->regType && /* same register types */ result->nRegs && /* which needs registers */ !result->isspilt && /* and does not already have them */ !result->remat && !bitVectBitValue (_G.regAssigned, result->key) && /* the number of free regs + number of regs in this LR can accomodate the what result Needs */ ((nfreeRegsType (result->regType) + sym->nRegs) >= result->nRegs) ) { for (i = 0; i < max (sym->nRegs, result->nRegs); i++) if (i < sym->nRegs) result->regs[i] = sym->regs[i]; else result->regs[i] = getRegGpr (ic, ebp, result); _G.regAssigned = bitVectSetBit (_G.regAssigned, result->key); } /* free the remaining */ for (; i < sym->nRegs; i++) { if (psym) { if (!symHasReg (psym, sym->regs[i])) freeReg (sym->regs[i]); } else freeReg (sym->regs[i]); } } } } /*-----------------------------------------------------------------*/ /* reassignLR - reassign this to registers */ /*-----------------------------------------------------------------*/ static void reassignLR (operand * op) { symbol *sym = OP_SYMBOL (op); int i; debugLog ("%s\n", __FUNCTION__); /* not spilt any more */ sym->isspilt = sym->blockSpil = sym->remainSpil = 0; bitVectUnSetBit (_G.spiltSet, sym->key); _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); _G.blockSpil--; for (i = 0; i < sym->nRegs; i++) sym->regs[i]->isFree = 0; } /*-----------------------------------------------------------------*/ /* willCauseSpill - determines if allocating will cause a spill */ /*-----------------------------------------------------------------*/ static int willCauseSpill (int nr, int rt) { debugLog ("%s\n", __FUNCTION__); /* first check if there are any avlb registers of te type required */ if (rt == REG_PTR) { /* special case for pointer type if pointer type not avlb then check for type gpr */ if (nFreeRegs (rt) >= nr) return 0; if (nFreeRegs (REG_GPR) >= nr) return 0; } else { if (pic14_ptrRegReq) { if (nFreeRegs (rt) >= nr) return 0; } else { if (nFreeRegs (REG_PTR) + nFreeRegs (REG_GPR) >= nr) return 0; } } debugLog (" ... yep it will (cause a spill)\n"); /* it will cause a spil */ return 1; } /*-----------------------------------------------------------------*/ /* positionRegs - the allocator can allocate same registers to res- */ /* ult and operand, if this happens make sure they are in the same */ /* position as the operand otherwise chaos results */ /*-----------------------------------------------------------------*/ static void positionRegs (symbol * result, symbol * opsym, int lineno) { int count = min (result->nRegs, opsym->nRegs); int i, j = 0, shared = 0; debugLog ("%s\n", __FUNCTION__); /* if the result has been spilt then cannot share */ if (opsym->isspilt) return; again: shared = 0; /* first make sure that they actually share */ for (i = 0; i < count; i++) { for (j = 0; j < count; j++) { if (result->regs[i] == opsym->regs[j] && i != j) { shared = 1; goto xchgPositions; } } } xchgPositions: if (shared) { regs *tmp = result->regs[i]; result->regs[i] = result->regs[j]; result->regs[j] = tmp; goto again; } } /*------------------------------------------------------------------*/ /* verifyRegsAssigned - make sure an iTemp is properly initialized; */ /* it should either have registers or have beed spilled. Otherwise, */ /* there was an uninitialized variable, so just spill this to get */ /* the operand in a valid state. */ /*------------------------------------------------------------------*/ static void verifyRegsAssigned (operand *op, iCode * ic) { symbol * sym; if (!op) return; if (!IS_ITEMP (op)) return; sym = OP_SYMBOL (op); if (sym->isspilt) return; if (!sym->nRegs) return; if (sym->regs[0]) return; werrorfl (ic->filename, ic->lineno, W_LOCAL_NOINIT, sym->prereqv ? sym->prereqv->name : sym->name); spillThis (sym); } /*-----------------------------------------------------------------*/ /* serialRegAssign - serially allocate registers to the variables */ /*-----------------------------------------------------------------*/ static void serialRegAssign (eBBlock ** ebbs, int count) { int i; debugLog ("%s\n", __FUNCTION__); /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* of all instructions do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { debugLog (" op: %s\n", decodeOp (ic->op)); /* if this is an ipop that means some live range will have to be assigned again */ if (ic->op == IPOP) reassignLR (IC_LEFT (ic)); /* if result is present && is a true symbol */ if (IC_RESULT (ic) && ic->op != IFX && IS_TRUE_SYMOP (IC_RESULT (ic))) OP_SYMBOL (IC_RESULT (ic))->allocreq = 1; /* take away registers from live ranges that end at this instruction */ deassignLRs (ic, ebbs[i]); /* some don't need registers */ if (SKIP_IC2 (ic) || ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || (IC_RESULT (ic) && POINTER_SET (ic))) continue; /* now we need to allocate registers only for the result */ if (IC_RESULT (ic) && IS_SYMOP (IC_RESULT (ic))) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); bitVect *spillable; int willCS; int j; int ptrRegSet = 0; /* Make sure any spill location is definately allocated */ if (sym->isspilt && !sym->remat && sym->usl.spillLoc && !sym->usl.spillLoc->allocreq) { sym->usl.spillLoc->allocreq++; } /* if it does not need or is spilt or is already assigned to registers or will not live beyond this instructions */ if (!sym->nRegs || sym->isspilt || bitVectBitValue (_G.regAssigned, sym->key) || sym->liveTo <= ic->seq) continue; /* if some liverange has been spilt at the block level and this one live beyond this block then spil this to be safe */ if (_G.blockSpil && sym->liveTo > ebbs[i]->lSeq) { spillThis (sym); continue; } /* if trying to allocate this will cause a spill and there is nothing to spill or this one is rematerializable then spill this one */ willCS = willCauseSpill (sym->nRegs, sym->regType); spillable = computeSpillable (ic); if (sym->remat || (willCS && bitVectIsZero (spillable))) { spillThis (sym); continue; } /* If the live range preceeds the point of definition then ideally we must take into account registers that have been allocated after sym->liveFrom but freed before ic->seq. This is complicated, so spill this symbol instead and let fillGaps handle the allocation. */ if (sym->liveFrom < ic->seq) { spillThis (sym); continue; } /* if it has a spillocation & is used less than all other live ranges then spill this */ if (willCS) { if (sym->usl.spillLoc) { symbol *leastUsed = leastUsedLR (liveRangesWith (spillable, allLRs, ebbs[i], ic)); if (leastUsed && leastUsed->used > sym->used) { spillThis (sym); continue; } } else { /* if none of the liveRanges have a spillLocation then better to spill this one than anything else already assigned to registers */ if (liveRangesWith(spillable,noSpilLoc,ebbs[i],ic)) { /* if this is local to this block then we might find a block spil */ if (!(sym->liveFrom >= ebbs[i]->fSeq && sym->liveTo <= ebbs[i]->lSeq)) { spillThis (sym); continue; } } } } if (ic->op == RECEIVE) debugLog ("When I get clever, I'll optimize the receive logic\n"); /* if we need ptr regs for the right side then mark it */ if (POINTER_GET (ic) && IS_SYMOP(IC_LEFT(ic)) && getSize (OP_SYMBOL (IC_LEFT (ic))->type) <= (unsigned) PTRSIZE) { pic14_ptrRegReq++; ptrRegSet = 1; } /* else we assign registers to it */ _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); debugLog (" %d - \n", __LINE__); if(debugF) bitVectDebugOn(_G.regAssigned, debugF); for (j = 0; j < sym->nRegs; j++) { if (sym->regType == REG_PTR) sym->regs[j] = getRegPtr (ic, ebbs[i], sym); else sym->regs[j] = getRegGpr (ic, ebbs[i], sym); /* if the allocation failed which means this was spilt then break */ if (!sym->regs[j]) break; } debugLog (" %d - \n", __LINE__); /* if it shares registers with operands make sure that they are in the same position */ if (IC_LEFT (ic) && IS_SYMOP (IC_LEFT (ic)) && IS_SYMOP(IC_RESULT(ic)) && OP_SYMBOL (IC_LEFT (ic))->nRegs && ic->op != '=') positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_LEFT (ic)), ic->lineno); /* do the same for the right operand */ if (IC_RIGHT (ic) && IS_SYMOP (IC_RIGHT (ic)) && IS_SYMOP(IC_RESULT(ic)) && OP_SYMBOL (IC_RIGHT (ic))->nRegs && ic->op != '=') positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_RIGHT (ic)), ic->lineno); debugLog (" %d - \n", __LINE__); if (ptrRegSet) { debugLog (" %d - \n", __LINE__); pic14_ptrRegReq--; ptrRegSet = 0; } } } } /* Check for and fix any problems with uninitialized operands */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; for (ic = ebbs[i]->sch; ic; ic = ic->next) { if (SKIP_IC2 (ic)) continue; if (ic->op == IFX) { verifyRegsAssigned (IC_COND (ic), ic); continue; } if (ic->op == JUMPTABLE) { verifyRegsAssigned (IC_JTCOND (ic), ic); continue; } verifyRegsAssigned (IC_RESULT (ic), ic); verifyRegsAssigned (IC_LEFT (ic), ic); verifyRegsAssigned (IC_RIGHT (ic), ic); } } } /*-----------------------------------------------------------------*/ /* rUmaskForOp :- returns register mask for an operand */ /*-----------------------------------------------------------------*/ static bitVect * rUmaskForOp (operand * op) { bitVect *rumask; symbol *sym; int j; debugLog ("%s\n", __FUNCTION__); /* only temporaries are assigned registers */ if (!IS_ITEMP (op)) return NULL; sym = OP_SYMBOL (op); /* if spilt or no registers assigned to it then nothing */ if (sym->isspilt || !sym->nRegs) return NULL; rumask = newBitVect (pic14_nRegs); for (j = 0; j < sym->nRegs; j++) { rumask = bitVectSetBit (rumask, sym->regs[j]->rIdx); } return rumask; } /*-----------------------------------------------------------------*/ /* regsUsedIniCode :- returns bit vector of registers used in iCode */ /*-----------------------------------------------------------------*/ static bitVect * regsUsedIniCode (iCode * ic) { bitVect *rmask = newBitVect (pic14_nRegs); debugLog ("%s\n", __FUNCTION__); /* do the special cases first */ if (ic->op == IFX) { rmask = bitVectUnion (rmask, rUmaskForOp (IC_COND (ic))); goto ret; } /* for the jumptable */ if (ic->op == JUMPTABLE) { rmask = bitVectUnion (rmask, rUmaskForOp (IC_JTCOND (ic))); goto ret; } /* of all other cases */ if (IC_LEFT (ic)) rmask = bitVectUnion (rmask, rUmaskForOp (IC_LEFT (ic))); if (IC_RIGHT (ic)) rmask = bitVectUnion (rmask, rUmaskForOp (IC_RIGHT (ic))); if (IC_RESULT (ic)) rmask = bitVectUnion (rmask, rUmaskForOp (IC_RESULT (ic))); ret: return rmask; } /*-----------------------------------------------------------------*/ /* createRegMask - for each instruction will determine the regsUsed */ /*-----------------------------------------------------------------*/ static void createRegMask (eBBlock ** ebbs, int count) { int i; debugLog ("%s\n", __FUNCTION__); /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* for all instructions */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { int j; if (SKIP_IC2 (ic) || !ic->rlive) continue; /* first mark the registers used in this instruction */ ic->rUsed = regsUsedIniCode (ic); _G.funcrUsed = bitVectUnion (_G.funcrUsed, ic->rUsed); /* now create the register mask for those registers that are in use : this is a super set of ic->rUsed */ ic->rMask = newBitVect (pic14_nRegs + 1); /* for all live Ranges alive at this point */ for (j = 1; j < ic->rlive->size; j++) { symbol *sym; int k; /* if not alive then continue */ if (!bitVectBitValue (ic->rlive, j)) continue; /* find the live range we are interested in */ if (!(sym = hTabItemWithKey (liveRanges, j))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "createRegMask cannot find live range"); exit (0); } /* if no register assigned to it */ if (!sym->nRegs || sym->isspilt) continue; /* for all the registers allocated to it */ for (k = 0; k < sym->nRegs; k++) if (sym->regs[k]) ic->rMask = bitVectSetBit (ic->rMask, sym->regs[k]->rIdx); } } } } /*-----------------------------------------------------------------*/ /* regTypeNum - computes the type & number of registers required */ /*-----------------------------------------------------------------*/ static void regTypeNum () { symbol *sym; int k; //iCode *ic; debugLog ("%s\n", __FUNCTION__); /* for each live range do */ for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { debugLog (" %d - %s\n", __LINE__, sym->rname); /* if used zero times then no registers needed */ if ((sym->liveTo - sym->liveFrom) == 0) continue; /* if the live range is a temporary */ if (sym->isitmp) { debugLog (" %d - itemp register\n", __LINE__); /* if the type is marked as a conditional */ if (sym->regType == REG_CND) continue; /* if used in return only then we don't need registers */ if (sym->accuse) { if (IS_AGGREGATE (sym->type) || sym->isptr) sym->type = aggrToPtr (sym->type, FALSE); debugLog (" %d - no reg needed - accumulator used\n", __LINE__); continue; } if (sym->ruonly) { //if (IS_AGGREGATE (sym->type) || sym->isptr) // sym->type = aggrToPtr (sym->type, FALSE); debugLog (" %d - used as a return\n", __LINE__); //continue; } /* if the symbol has only one definition & that definition is a get_pointer and the pointer we are getting is rematerializable and in "data" space */ #if 0 if (bitVectnBitsOn (sym->defs) == 1 && (ic = hTabItemWithKey (iCodehTab, bitVectFirstBit (sym->defs))) && POINTER_GET (ic) && !IS_BITVAR (sym->etype) && (aggrToPtrDclType (operandType (IC_LEFT (ic)), FALSE) == POINTER)) { if (ptrPseudoSymSafe (sym, ic)) { symbol *psym; debugLog (" %d - \n", __LINE__); /* create a pseudo symbol & force a spil */ //X symbol *psym = newSymbol (rematStr (OP_SYMBOL (IC_LEFT (ic))), 1); psym = rematStr (OP_SYMBOL (IC_LEFT (ic))); psym->type = sym->type; psym->etype = sym->etype; psym->psbase = ptrBaseRematSym (OP_SYMBOL (IC_LEFT (ic))); strcpy (psym->rname, psym->name); sym->isspilt = 1; sym->usl.spillLoc = psym; continue; } /* if in data space or idata space then try to allocate pointer register */ } #endif /* if not then we require registers */ sym->nRegs = ((IS_AGGREGATE (sym->type) || sym->isptr) ? getSize (sym->type = aggrToPtr (sym->type, FALSE)) : getSize (sym->type)); if(IS_PTR_CONST (sym->type)) { debugLog (" %d const pointer type requires %d registers, changing to 2\n",__LINE__,sym->nRegs); sym->nRegs = 2; } if (sym->nRegs > 4) { fprintf (stderr, "allocated more than 4 or 0 registers for type "); printTypeChain (sym->type, stderr); fprintf (stderr, "\n"); } /* determine the type of register required */ if (sym->nRegs == 1 && IS_PTR (sym->type) && sym->uptr) sym->regType = REG_PTR; else sym->regType = REG_GPR; debugLog (" reg name %s, reg type %s\n", sym->rname, debugLogRegType (sym->regType)); } else /* for the first run we don't provide */ /* registers for true symbols we will */ /* see how things go */ sym->nRegs = 0; } } /*-----------------------------------------------------------------*/ /* deallocStackSpil - this will set the stack pointer back */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (deallocStackSpil) { symbol *sym = item; debugLog ("%s\n", __FUNCTION__); deallocLocal (sym); return 0; } /*-----------------------------------------------------------------*/ /* farSpacePackable - returns the packable icode for far variables */ /*-----------------------------------------------------------------*/ static iCode * farSpacePackable (iCode * ic) { iCode *dic; debugLog ("%s\n", __FUNCTION__); /* go thru till we find a definition for the symbol on the right */ for (dic = ic->prev; dic; dic = dic->prev) { /* if the definition is a call then no */ if ((dic->op == CALL || dic->op == PCALL) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { return NULL; } /* if shift by unknown amount then not */ if ((dic->op == LEFT_OP || dic->op == RIGHT_OP) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) return NULL; /* if pointer get and size > 1 */ if (POINTER_GET (dic) && getSize (aggrToPtr (operandType (IC_LEFT (dic)), FALSE)) > 1) return NULL; if (POINTER_SET (dic) && getSize (aggrToPtr (operandType (IC_RESULT (dic)), FALSE)) > 1) return NULL; /* if any three is a true symbol in far space */ if (IC_RESULT (dic) && IS_TRUE_SYMOP (IC_RESULT (dic)) && isOperandInFarSpace (IC_RESULT (dic))) return NULL; if (IC_RIGHT (dic) && IS_TRUE_SYMOP (IC_RIGHT (dic)) && isOperandInFarSpace (IC_RIGHT (dic)) && !isOperandEqual (IC_RIGHT (dic), IC_RESULT (ic))) return NULL; if (IC_LEFT (dic) && IS_TRUE_SYMOP (IC_LEFT (dic)) && isOperandInFarSpace (IC_LEFT (dic)) && !isOperandEqual (IC_LEFT (dic), IC_RESULT (ic))) return NULL; if (isOperandEqual (IC_RIGHT (ic), IC_RESULT (dic))) { if ((dic->op == LEFT_OP || dic->op == RIGHT_OP || dic->op == '-') && IS_OP_LITERAL (IC_RIGHT (dic))) return NULL; else return dic; } } return NULL; } /*-----------------------------------------------------------------*/ /* packRegsForAssign - register reduction for assignment */ /*-----------------------------------------------------------------*/ static int packRegsForAssign (iCode * ic, eBBlock * ebp) { iCode *dic, *sic; debugLog ("%s\n", __FUNCTION__); debugAopGet (" result:", IC_RESULT (ic)); debugAopGet (" left:", IC_LEFT (ic)); debugAopGet (" right:", IC_RIGHT (ic)); /* if this is at an absolute address, then get the address. */ if (SPEC_ABSA ( OP_SYM_ETYPE(IC_RESULT(ic))) ) { if(IS_CONFIG_ADDRESS( SPEC_ADDR ( OP_SYM_ETYPE(IC_RESULT(ic))))) { debugLog (" %d - found config word declaration\n", __LINE__); if(IS_VALOP(IC_RIGHT(ic))) { debugLog (" setting config word to %x\n", (int) ulFromVal (IC_RIGHT(ic)->operand.valOperand)); pic14_assignConfigWordValue( SPEC_ADDR ( OP_SYM_ETYPE(IC_RESULT(ic))), (int) ulFromVal (IC_RIGHT(ic)->operand.valOperand)); } /* remove the assignment from the iCode chain. */ remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); return 1; } } if (!IS_ITEMP (IC_RESULT (ic))) { allocDirReg(IC_RESULT (ic)); debugLog (" %d - result is not temp\n", __LINE__); } /* if (IC_LEFT (ic) && !IS_ITEMP (IC_LEFT (ic))) { debugLog (" %d - left is not temp, allocating\n", __LINE__); allocDirReg(IC_LEFT (ic)); } */ if (!IS_ITEMP (IC_RIGHT (ic))) { debugLog (" %d - not packing - right is not temp\n", __LINE__); /* only pack if this is not a function pointer */ if (!IS_REF (IC_RIGHT (ic))) allocDirReg(IC_RIGHT (ic)); return 0; } if (OP_SYMBOL (IC_RIGHT (ic))->isind || OP_LIVETO (IC_RIGHT (ic)) > ic->seq) { debugLog (" %d - not packing - right side fails \n", __LINE__); return 0; } /* if the true symbol is defined in far space or on stack then we should not since this will increase register pressure */ if (isOperandInFarSpace (IC_RESULT (ic))) { if ((dic = farSpacePackable (ic))) goto pack; else return 0; } /* find the definition of iTempNN scanning backwards if we find a a use of the true symbol before we find the definition then we cannot pack */ for (dic = ic->prev; dic; dic = dic->prev) { /* if there is a function call and this is a parameter & not my parameter then don't pack it */ if ((dic->op == CALL || dic->op == PCALL) && (OP_SYMBOL (IC_RESULT (ic))->_isparm && !OP_SYMBOL (IC_RESULT (ic))->ismyparm)) { debugLog (" %d - \n", __LINE__); dic = NULL; break; } if (SKIP_IC2 (dic)) continue; if (IS_TRUE_SYMOP (IC_RESULT (dic)) && IS_OP_VOLATILE (IC_RESULT (dic))) { debugLog (" %d - dic is VOLATILE \n", __LINE__); dic = NULL; break; } if (IS_SYMOP (IC_RESULT (dic)) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { /* A previous result was assigned to the same register - we'll our definition */ debugLog (" %d - dic result key == ic right key -- pointer set=%c\n", __LINE__, ((POINTER_SET (dic)) ? 'Y' : 'N')); if (POINTER_SET (dic)) dic = NULL; break; } if (IS_SYMOP (IC_RIGHT (dic)) && (IC_RIGHT (dic)->key == IC_RESULT (ic)->key || IC_RIGHT (dic)->key == IC_RIGHT (ic)->key)) { debugLog (" %d - dic right key == ic rightor result key\n", __LINE__); dic = NULL; break; } if (IS_SYMOP (IC_LEFT (dic)) && (IC_LEFT (dic)->key == IC_RESULT (ic)->key || IC_LEFT (dic)->key == IC_RIGHT (ic)->key)) { debugLog (" %d - dic left key == ic rightor result key\n", __LINE__); dic = NULL; break; } if (POINTER_SET (dic) && IC_RESULT (dic)->key == IC_RESULT (ic)->key) { debugLog (" %d - dic result key == ic result key -- pointer set=Y\n", __LINE__); dic = NULL; break; } } if (!dic) return 0; /* did not find */ /* if assignment then check that right is not a bit */ if (ASSIGNMENT (ic) && !POINTER_SET (ic)) { sym_link *etype = operandType (IC_RESULT (dic)); if (IS_BITFIELD (etype)) { /* if result is a bit too then it's ok */ etype = operandType (IC_RESULT (ic)); if (!IS_BITFIELD (etype)) return 0; } } /* if the result is on stack or iaccess then it must be the same at least one of the operands */ if (OP_SYMBOL (IC_RESULT (ic))->onStack || OP_SYMBOL (IC_RESULT (ic))->iaccess) { /* the operation has only one symbol operator then we can pack */ if ((IC_LEFT (dic) && !IS_SYMOP (IC_LEFT (dic))) || (IC_RIGHT (dic) && !IS_SYMOP (IC_RIGHT (dic)))) goto pack; if (!((IC_LEFT (dic) && IC_RESULT (ic)->key == IC_LEFT (dic)->key) || (IC_RIGHT (dic) && IC_RESULT (ic)->key == IC_RIGHT (dic)->key))) return 0; } pack: debugLog (" packing. removing %s\n", OP_SYMBOL (IC_RIGHT (ic))->rname); debugLog (" replacing with %s\n", OP_SYMBOL (IC_RESULT (dic))->rname); /* found the definition */ /* replace the result with the result of */ /* this assignment and remove this assignment */ bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); IC_RESULT (dic) = IC_RESULT (ic); if (IS_ITEMP (IC_RESULT (dic)) && OP_SYMBOL (IC_RESULT (dic))->liveFrom > dic->seq) { OP_SYMBOL (IC_RESULT (dic))->liveFrom = dic->seq; } /* delete from liverange table also delete from all the points inbetween and the new one */ for (sic = dic; sic != ic; sic = sic->next) { bitVectUnSetBit (sic->rlive, IC_RESULT (ic)->key); if (IS_ITEMP (IC_RESULT (dic))) bitVectSetBit (sic->rlive, IC_RESULT (dic)->key); } remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); return 1; } /*-----------------------------------------------------------------*/ /* findAssignToSym : scanning backwards looks for first assig found */ /*-----------------------------------------------------------------*/ static iCode * findAssignToSym (operand * op, iCode * ic) { iCode *dic; debugLog ("%s\n", __FUNCTION__); for (dic = ic->prev; dic; dic = dic->prev) { /* if definition by assignment */ if (dic->op == '=' && !POINTER_SET (dic) && IC_RESULT (dic)->key == op->key /* && IS_TRUE_SYMOP(IC_RIGHT(dic)) */ ) { /* we are interested only if defined in far space */ /* or in stack space in case of + & - */ /* if assigned to a non-symbol then return true */ if (!IS_SYMOP (IC_RIGHT (dic))) break; /* if the symbol is in far space then we should not */ if (isOperandInFarSpace (IC_RIGHT (dic))) return NULL; /* for + & - operations make sure that if it is on the stack it is the same as one of the three operands */ if ((ic->op == '+' || ic->op == '-') && OP_SYMBOL (IC_RIGHT (dic))->onStack) { if (IC_RESULT (ic)->key != IC_RIGHT (dic)->key && IC_LEFT (ic)->key != IC_RIGHT (dic)->key && IC_RIGHT (ic)->key != IC_RIGHT (dic)->key) return NULL; } break; } /* if we find an usage then we cannot delete it */ if (IC_LEFT (dic) && IC_LEFT (dic)->key == op->key) return NULL; if (IC_RIGHT (dic) && IC_RIGHT (dic)->key == op->key) return NULL; if (POINTER_SET (dic) && IC_RESULT (dic)->key == op->key) return NULL; } /* now make sure that the right side of dic is not defined between ic & dic */ if (dic) { iCode *sic = dic->next; for (; sic != ic; sic = sic->next) if (IC_RESULT (sic) && IC_RESULT (sic)->key == IC_RIGHT (dic)->key) return NULL; } return dic; } /*-----------------------------------------------------------------*/ /* packRegsForSupport :- reduce some registers for support calls */ /*-----------------------------------------------------------------*/ static int packRegsForSupport (iCode * ic, eBBlock * ebp) { int change = 0; debugLog ("%s\n", __FUNCTION__); /* for the left & right operand :- look to see if the left was assigned a true symbol in far space in that case replace them */ if (IS_ITEMP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->liveTo <= ic->seq) { iCode *dic = findAssignToSym (IC_LEFT (ic), ic); iCode *sic; if (!dic) goto right; debugAopGet ("removing left:", IC_LEFT (ic)); /* found it we need to remove it from the block */ for (sic = dic; sic != ic; sic = sic->next) bitVectUnSetBit (sic->rlive, IC_LEFT (ic)->key); IC_LEFT (ic)->operand.symOperand = IC_RIGHT (dic)->operand.symOperand; IC_LEFT (ic)->key = IC_RIGHT (dic)->operand.symOperand->key; remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); change++; } /* do the same for the right operand */ right: if (!change && IS_ITEMP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->liveTo <= ic->seq) { iCode *dic = findAssignToSym (IC_RIGHT (ic), ic); iCode *sic; if (!dic) return change; /* if this is a subtraction & the result is a true symbol in far space then don't pack */ if (ic->op == '-' && IS_TRUE_SYMOP (IC_RESULT (dic))) { sym_link *etype = getSpec (operandType (IC_RESULT (dic))); if (IN_FARSPACE (SPEC_OCLS (etype))) return change; } debugAopGet ("removing right:", IC_RIGHT (ic)); /* found it we need to remove it from the block */ for (sic = dic; sic != ic; sic = sic->next) bitVectUnSetBit (sic->rlive, IC_RIGHT (ic)->key); IC_RIGHT (ic)->operand.symOperand = IC_RIGHT (dic)->operand.symOperand; IC_RIGHT (ic)->key = IC_RIGHT (dic)->operand.symOperand->key; remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); change++; } return change; } /*-----------------------------------------------------------------*/ /* packRegsForOneuse : - will reduce some registers for single Use */ /*-----------------------------------------------------------------*/ static iCode * packRegsForOneuse (iCode * ic, operand * op, eBBlock * ebp) { bitVect *uses; iCode *dic, *sic; debugLog ("%s\n", __FUNCTION__); /* if returning a literal then do nothing */ if (!IS_SYMOP (op)) return NULL; /* only upto 2 bytes since we cannot predict the usage of b, & acc */ if (getSize (operandType (op)) > (fReturnSizePic - 2) && ic->op != RETURN && ic->op != SEND) return NULL; /* this routine will mark the a symbol as used in one instruction use only && if the definition is local (ie. within the basic block) && has only one definition && that definition is either a return value from a function or does not contain any variables in far space */ uses = bitVectCopy (OP_USES (op)); bitVectUnSetBit (uses, ic->key); /* take away this iCode */ if (!bitVectIsZero (uses)) /* has other uses */ return NULL; /* if it has only one defintion */ if (bitVectnBitsOn (OP_DEFS (op)) > 1) return NULL; /* has more than one definition */ /* get that definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (op))))) return NULL; /* found the definition now check if it is local */ if (dic->seq < ebp->fSeq || dic->seq > ebp->lSeq) return NULL; /* non-local */ /* now check if it is the return from a function call */ if (dic->op == CALL || dic->op == PCALL) { if (ic->op != SEND && ic->op != RETURN && !POINTER_SET(ic) && !POINTER_GET(ic)) { OP_SYMBOL (op)->ruonly = 1; return dic; } dic = dic->next; } /* otherwise check that the definition does not contain any symbols in far space */ if (isOperandInFarSpace (IC_LEFT (dic)) || isOperandInFarSpace (IC_RIGHT (dic)) || IS_OP_RUONLY (IC_LEFT (ic)) || IS_OP_RUONLY (IC_RIGHT (ic))) { return NULL; } /* if pointer set then make sure the pointer is one byte */ if (POINTER_SET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_RESULT (dic)), FALSE))) return NULL; if (POINTER_GET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_LEFT (dic)), FALSE))) return NULL; sic = dic; /* also make sure the intervenening instructions don't have any thing in far space */ for (dic = dic->next; dic && dic != ic; dic = dic->next) { /* if there is an intervening function call then no */ if (dic->op == CALL || dic->op == PCALL) return NULL; /* if pointer set then make sure the pointer is one byte */ if (POINTER_SET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_RESULT (dic)), FALSE))) return NULL; if (POINTER_GET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_LEFT (dic)), FALSE))) return NULL; /* if address of & the result is remat then okay */ if (dic->op == ADDRESS_OF && OP_SYMBOL (IC_RESULT (dic))->remat) continue; /* if operand has size of three or more & this operation is a '*','/' or '%' then 'b' may cause a problem */ if ((dic->op == '%' || dic->op == '/' || dic->op == '*') && getSize (operandType (op)) >= 3) return NULL; /* if left or right or result is in far space */ if (isOperandInFarSpace (IC_LEFT (dic)) || isOperandInFarSpace (IC_RIGHT (dic)) || isOperandInFarSpace (IC_RESULT (dic)) || IS_OP_RUONLY (IC_LEFT (dic)) || IS_OP_RUONLY (IC_RIGHT (dic)) || IS_OP_RUONLY (IC_RESULT (dic))) { return NULL; } } OP_SYMBOL (op)->ruonly = 1; return sic; } /*-----------------------------------------------------------------*/ /* isBitwiseOptimizable - requirements of JEAN LOUIS VERN */ /*-----------------------------------------------------------------*/ static bool isBitwiseOptimizable (iCode * ic) { sym_link *ltype = getSpec (operandType (IC_LEFT (ic))); sym_link *rtype = getSpec (operandType (IC_RIGHT (ic))); debugLog ("%s\n", __FUNCTION__); /* bitwise operations are considered optimizable under the following conditions (Jean-Louis VERN) x & lit bit & bit bit & x bit ^ bit bit ^ x x ^ lit x | lit bit | bit bit | x */ if (IS_LITERAL (rtype) || (IS_BITVAR (ltype) && IN_BITSPACE (SPEC_OCLS (ltype)))) return TRUE; else return FALSE; } /*-----------------------------------------------------------------*/ /* packRegsForAccUse - pack registers for acc use */ /*-----------------------------------------------------------------*/ static void packRegsForAccUse (iCode * ic) { //iCode *uic; debugLog ("%s\n", __FUNCTION__); /* result too large for WREG? */ if (getSize (operandType (IC_RESULT (ic))) > 1) return; /* We have to make sure that OP_SYMBOL(IC_RESULT(ic)) * is never used as an operand to an instruction that * cannot have WREG as an operand (e.g. BTFSx cannot * operate on WREG... * For now, store all results into proper registers. */ return; #if 0 /* if this is an aggregate, e.g. a one byte char array */ if (IS_AGGREGATE(operandType(IC_RESULT(ic)))) { return; } debugLog (" %s:%d\n", __FUNCTION__,__LINE__); /* if + or - then it has to be one byte result */ if ((ic->op == '+' || ic->op == '-') && getSize (operandType (IC_RESULT (ic))) > 1) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); /* if shift operation make sure right side is not a literal */ if (ic->op == RIGHT_OP && (isOperandLiteral (IC_RIGHT (ic)) || getSize (operandType (IC_RESULT (ic))) > 1)) return; if (ic->op == LEFT_OP && (isOperandLiteral (IC_RIGHT (ic)) || getSize (operandType (IC_RESULT (ic))) > 1)) return; if (IS_BITWISE_OP (ic) && getSize (operandType (IC_RESULT (ic))) > 1) return; /* has only one definition */ if (bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) > 1) return; /* has only one use */ if (bitVectnBitsOn (OP_USES (IC_RESULT (ic))) > 1) return; /* and the usage immediately follows this iCode */ if (!(uic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_USES (IC_RESULT (ic)))))) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); if (ic->next != uic) return; /* if it is a conditional branch then we definitely can */ if (uic->op == IFX) goto accuse; if (uic->op == JUMPTABLE) return; /* if the usage is not is an assignment or an arithmetic / bitwise / shift operation then not */ if (POINTER_SET (uic) && getSize (aggrToPtr (operandType (IC_RESULT (uic)), FALSE)) > 1) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); if (uic->op != '=' && !IS_ARITHMETIC_OP (uic) && !IS_BITWISE_OP (uic) && uic->op != LEFT_OP && uic->op != RIGHT_OP) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); /* if used in ^ operation then make sure right is not a literl */ if (uic->op == '^' && isOperandLiteral (IC_RIGHT (uic))) return; /* if shift operation make sure right side is not a literal */ if (uic->op == RIGHT_OP && (isOperandLiteral (IC_RIGHT (uic)) || getSize (operandType (IC_RESULT (uic))) > 1)) return; if (uic->op == LEFT_OP && (isOperandLiteral (IC_RIGHT (uic)) || getSize (operandType (IC_RESULT (uic))) > 1)) return; /* make sure that the result of this icode is not on the stack, since acc is used to compute stack offset */ if (IS_TRUE_SYMOP (IC_RESULT (uic)) && OP_SYMBOL (IC_RESULT (uic))->onStack) return; /* if either one of them in far space then we cannot */ if ((IS_TRUE_SYMOP (IC_LEFT (uic)) && isOperandInFarSpace (IC_LEFT (uic))) || (IS_TRUE_SYMOP (IC_RIGHT (uic)) && isOperandInFarSpace (IC_RIGHT (uic)))) return; /* if the usage has only one operand then we can */ if (IC_LEFT (uic) == NULL || IC_RIGHT (uic) == NULL) goto accuse; /* make sure this is on the left side if not a '+' since '+' is commutative */ if (ic->op != '+' && IC_LEFT (uic)->key != IC_RESULT (ic)->key) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); /* if one of them is a literal then we can */ if ( ((IC_LEFT (uic) && IS_OP_LITERAL (IC_LEFT (uic))) || (IC_RIGHT (uic) && IS_OP_LITERAL (IC_RIGHT (uic)))) && (getSize (operandType (IC_RESULT (uic))) <= 1)) { OP_SYMBOL (IC_RESULT (ic))->accuse = 1; return; } debugLog (" %s:%d\n", __FUNCTION__,__LINE__); /* if the other one is not on stack then we can */ if (IC_LEFT (uic)->key == IC_RESULT (ic)->key && (IS_ITEMP (IC_RIGHT (uic)) || (IS_TRUE_SYMOP (IC_RIGHT (uic)) && !OP_SYMBOL (IC_RIGHT (uic))->onStack))) goto accuse; if (IC_RIGHT (uic)->key == IC_RESULT (ic)->key && (IS_ITEMP (IC_LEFT (uic)) || (IS_TRUE_SYMOP (IC_LEFT (uic)) && !OP_SYMBOL (IC_LEFT (uic))->onStack))) goto accuse; return; accuse: debugLog ("%s - Yes we are using the accumulator\n", __FUNCTION__); OP_SYMBOL (IC_RESULT (ic))->accuse = 1; #endif } /*-----------------------------------------------------------------*/ /* packForPush - hueristics to reduce iCode for pushing */ /*-----------------------------------------------------------------*/ static void packForReceive (iCode * ic, eBBlock * ebp) { iCode *dic; debugLog ("%s\n", __FUNCTION__); debugAopGet (" result:", IC_RESULT (ic)); debugAopGet (" left:", IC_LEFT (ic)); debugAopGet (" right:", IC_RIGHT (ic)); if (!ic->next) return; for (dic = ic->next; dic; dic = dic->next) { if (IC_LEFT (dic) && (IC_RESULT (ic)->key == IC_LEFT (dic)->key)) debugLog (" used on left\n"); if (IC_RIGHT (dic) && IC_RESULT (ic)->key == IC_RIGHT (dic)->key) debugLog (" used on right\n"); if (IC_RESULT (dic) && IC_RESULT (ic)->key == IC_RESULT (dic)->key) debugLog (" used on result\n"); if ((IC_LEFT (dic) && (IC_RESULT (ic)->key == IC_LEFT (dic)->key)) || (IC_RESULT (dic) && IC_RESULT (ic)->key == IC_RESULT (dic)->key)) return; } debugLog (" hey we can remove this unnecessary assign\n"); } /*-----------------------------------------------------------------*/ /* packForPush - hueristics to reduce iCode for pushing */ /*-----------------------------------------------------------------*/ static void packForPush (iCode * ic, eBBlock * ebp) { iCode *dic; debugLog ("%s\n", __FUNCTION__); if (ic->op != IPUSH || !IS_ITEMP (IC_LEFT (ic))) return; /* must have only definition & one usage */ if (bitVectnBitsOn (OP_DEFS (IC_LEFT (ic))) != 1 || bitVectnBitsOn (OP_USES (IC_LEFT (ic))) != 1) return; /* find the definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (IC_LEFT (ic)))))) return; if (dic->op != '=' || POINTER_SET (dic)) return; /* we now we know that it has one & only one def & use and the that the definition is an assignment */ IC_LEFT (ic) = IC_RIGHT (dic); remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); } static void printSymType(char * str, sym_link *sl) { if (debug) { debugLog (" %s Symbol type: ",str); printTypeChain( sl, debugF); debugLog ("\n"); } } /*-----------------------------------------------------------------*/ /* some debug code to print the symbol S_TYPE. Note that * the function checkSClass in src/SDCCsymt.c dinks with * the S_TYPE in ways the PIC port doesn't fully like...*/ /*-----------------------------------------------------------------*/ static void isData(sym_link *sl) { FILE *of = stderr; // avoid garbage `data' and `sfr' output if(!sl || !debugF) return; if(debugF) of = debugF; for ( ; sl; sl=sl->next) { if(!IS_DECL(sl) ) { switch (SPEC_SCLS(sl)) { case S_DATA: fprintf (of, "data "); break; case S_XDATA: fprintf (of, "xdata "); break; case S_SFR: fprintf (of, "sfr "); break; case S_SBIT: fprintf (of, "sbit "); break; case S_CODE: fprintf (of, "code "); break; case S_IDATA: fprintf (of, "idata "); break; case S_PDATA: fprintf (of, "pdata "); break; case S_LITERAL: fprintf (of, "literal "); break; case S_STACK: fprintf (of, "stack "); break; case S_XSTACK: fprintf (of, "xstack "); break; case S_BIT: fprintf (of, "bit "); break; case S_EEPROM: fprintf (of, "eeprom "); break; default: break; } } } } /*-----------------------------------------------------------------*/ /* packRegisters - does some transformations to reduce register */ /* pressure */ /*-----------------------------------------------------------------*/ static void packRegisters (eBBlock * ebp) { iCode *ic; int change = 0; debugLog ("%s\n", __FUNCTION__); while (1) { change = 0; /* look for assignments of the form */ /* iTempNN = TRueSym (someoperation) SomeOperand */ /* .... */ /* TrueSym := iTempNN:1 */ for (ic = ebp->sch; ic; ic = ic->next) { /* find assignment of the form TrueSym := iTempNN:1 */ if (ic->op == '=' && !POINTER_SET (ic)) change += packRegsForAssign (ic, ebp); /* debug stuff */ if (ic->op == '=') { if (POINTER_SET (ic)) debugLog ("pointer is set\n"); debugAopGet (" result:", IC_RESULT (ic)); debugAopGet (" left:", IC_LEFT (ic)); debugAopGet (" right:", IC_RIGHT (ic)); } } if (!change) break; } for (ic = ebp->sch; ic; ic = ic->next) { if(IS_SYMOP ( IC_LEFT(ic))) { sym_link *etype = getSpec (operandType (IC_LEFT (ic))); debugAopGet (" left:", IC_LEFT (ic)); if(IS_PTR_CONST(OP_SYMBOL(IC_LEFT(ic))->type)) debugLog (" is a pointer\n"); if(IS_OP_VOLATILE(IC_LEFT(ic))) debugLog (" is volatile\n"); isData(etype); printSymType(" ", OP_SYMBOL(IC_LEFT(ic))->type); } if(IS_SYMOP ( IC_RIGHT(ic))) { debugAopGet (" right:", IC_RIGHT (ic)); printSymType(" ", OP_SYMBOL(IC_RIGHT(ic))->type); } if(IS_SYMOP ( IC_RESULT(ic))) { debugAopGet (" result:", IC_RESULT (ic)); printSymType(" ", OP_SYMBOL(IC_RESULT(ic))->type); } if (POINTER_SET (ic)) debugLog (" %d - Pointer set\n", __LINE__); /* Look for two subsequent iCodes with */ /* iTemp := _c; */ /* _c = iTemp & op; */ /* and replace them by */ /* iTemp := _c; */ /* _c = _c & op; */ if ((ic->op == BITWISEAND || ic->op == '|' || ic->op == '^') && ic->prev && ic->prev->op == '=' && IS_ITEMP (IC_LEFT (ic)) && IC_LEFT (ic) == IC_RESULT (ic->prev) && isOperandEqual (IC_RESULT(ic), IC_RIGHT(ic->prev))) { iCode* ic_prev = ic->prev; symbol* prev_result_sym = OP_SYMBOL (IC_RESULT (ic_prev)); ReplaceOpWithCheaperOp (&IC_LEFT (ic), IC_RESULT (ic)); if (IC_RESULT (ic_prev) != IC_RIGHT (ic)) { bitVectUnSetBit (OP_USES (IC_RESULT (ic_prev)), ic->key); if (/*IS_ITEMP (IC_RESULT (ic_prev)) && */ prev_result_sym->liveTo == ic->seq) { prev_result_sym->liveTo = ic_prev->seq; } } bitVectSetBit (OP_USES (IC_RESULT (ic)), ic->key); bitVectSetBit (ic->rlive, IC_RESULT (ic)->key); if (bitVectIsZero (OP_USES (IC_RESULT (ic_prev)))) { bitVectUnSetBit (ic->rlive, IC_RESULT (ic)->key); bitVectUnSetBit (OP_DEFS (IC_RESULT (ic_prev)), ic_prev->key); remiCodeFromeBBlock (ebp, ic_prev); hTabDeleteItem (&iCodehTab, ic_prev->key, ic_prev, DELETE_ITEM, NULL); } } /* if this is an itemp & result of a address of a true sym then mark this as rematerialisable */ if (ic->op == ADDRESS_OF && IS_ITEMP (IC_RESULT (ic)) && IS_TRUE_SYMOP (IC_LEFT (ic)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1 && !OP_SYMBOL (IC_LEFT (ic))->onStack) { debugLog (" %d - %s. result is rematerializable\n", __LINE__,__FUNCTION__); OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } /* if straight assignment then carry remat flag if this is the only definition */ if (ic->op == '=' && !POINTER_SET (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->remat && bitVectnBitsOn (OP_SYMBOL (IC_RESULT (ic))->defs) <= 1) { debugLog (" %d - %s. straight rematerializable\n", __LINE__,__FUNCTION__); OP_SYMBOL (IC_RESULT (ic))->remat = OP_SYMBOL (IC_RIGHT (ic))->remat; OP_SYMBOL (IC_RESULT (ic))->rematiCode = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; } /* if this is a +/- operation with a rematerizable then mark this as rematerializable as well */ if ((ic->op == '+' || ic->op == '-') && (IS_SYMOP (IC_LEFT (ic)) && IS_ITEMP (IC_RESULT (ic)) && OP_SYMBOL (IC_LEFT (ic))->remat && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1 && IS_OP_LITERAL (IC_RIGHT (ic)))) { debugLog (" %d - %s. rematerializable because op is +/-\n", __LINE__,__FUNCTION__); //int i = operandLitValue (IC_RIGHT (ic)); OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } /* mark the pointer usages */ if (POINTER_SET (ic) && IS_SYMOP(IC_RESULT(ic))) { OP_SYMBOL (IC_RESULT (ic))->uptr = 1; debugLog (" marking as a pointer (set) =>"); debugAopGet (" result:", IC_RESULT (ic)); } if (POINTER_GET (ic) && IS_SYMOP(IC_LEFT(ic))) { OP_SYMBOL (IC_LEFT (ic))->uptr = 1; debugLog (" marking as a pointer (get) =>"); debugAopGet (" left:", IC_LEFT (ic)); } if (!SKIP_IC2 (ic)) { /* if we are using a symbol on the stack then we should say pic14_ptrRegReq */ if (ic->op == IFX && IS_SYMOP (IC_COND (ic))) pic14_ptrRegReq += ((OP_SYMBOL (IC_COND (ic))->onStack || OP_SYMBOL (IC_COND (ic))->iaccess) ? 1 : 0); else if (ic->op == JUMPTABLE && IS_SYMOP (IC_JTCOND (ic))) pic14_ptrRegReq += ((OP_SYMBOL (IC_JTCOND (ic))->onStack || OP_SYMBOL (IC_JTCOND (ic))->iaccess) ? 1 : 0); else { if (IS_SYMOP (IC_LEFT (ic))) pic14_ptrRegReq += ((OP_SYMBOL (IC_LEFT (ic))->onStack || OP_SYMBOL (IC_LEFT (ic))->iaccess) ? 1 : 0); if (IS_SYMOP (IC_RIGHT (ic))) pic14_ptrRegReq += ((OP_SYMBOL (IC_RIGHT (ic))->onStack || OP_SYMBOL (IC_RIGHT (ic))->iaccess) ? 1 : 0); if (IS_SYMOP (IC_RESULT (ic))) pic14_ptrRegReq += ((OP_SYMBOL (IC_RESULT (ic))->onStack || OP_SYMBOL (IC_RESULT (ic))->iaccess) ? 1 : 0); } debugLog (" %d - pointer reg req = %d\n", __LINE__,pic14_ptrRegReq); } /* if the condition of an if instruction is defined in the previous instruction then mark the itemp as a conditional */ if ((IS_CONDITIONAL (ic) || ((ic->op == BITWISEAND || ic->op == '|' || ic->op == '^') && isBitwiseOptimizable (ic))) && ic->next && ic->next->op == IFX && isOperandEqual (IC_RESULT (ic), IC_COND (ic->next)) && OP_SYMBOL (IC_RESULT (ic))->liveTo <= ic->next->seq) { debugLog (" %d\n", __LINE__); OP_SYMBOL (IC_RESULT (ic))->regType = REG_CND; continue; } /* reduce for support function calls */ if (ic->supportRtn || ic->op == '+' || ic->op == '-') packRegsForSupport (ic, ebp); /* if a parameter is passed, it's in W, so we may not need to place a copy in a register */ if (ic->op == RECEIVE) packForReceive (ic, ebp); /* some cases the redundant moves can can be eliminated for return statements */ if ((ic->op == RETURN || ic->op == SEND) && !isOperandInFarSpace (IC_LEFT (ic)) && !options.model) packRegsForOneuse (ic, IC_LEFT (ic), ebp); /* if pointer set & left has a size more than one and right is not in far space */ if (POINTER_SET (ic) && !isOperandInFarSpace (IC_RIGHT (ic)) && IS_SYMOP(IC_RESULT(ic)) && !OP_SYMBOL (IC_RESULT (ic))->remat && !IS_OP_RUONLY (IC_RIGHT (ic)) && getSize (aggrToPtr (operandType (IC_RESULT (ic)), FALSE)) > 1) packRegsForOneuse (ic, IC_RESULT (ic), ebp); /* if pointer get */ if (POINTER_GET (ic) && !isOperandInFarSpace (IC_RESULT (ic)) && IS_SYMOP(IC_LEFT(ic)) && !OP_SYMBOL (IC_LEFT (ic))->remat && !IS_OP_RUONLY (IC_RESULT (ic)) && getSize (aggrToPtr (operandType (IC_LEFT (ic)), FALSE)) > 1) packRegsForOneuse (ic, IC_LEFT (ic), ebp); /* if this is cast for intergral promotion then check if only use of the definition of the operand being casted/ if yes then replace the result of that arithmetic operation with this result and get rid of the cast */ if (ic->op == CAST) { sym_link *fromType = operandType (IC_RIGHT (ic)); sym_link *toType = operandType (IC_LEFT (ic)); debugLog (" %d - casting\n", __LINE__); if (IS_INTEGRAL (fromType) && IS_INTEGRAL (toType) && getSize (fromType) != getSize (toType)) { iCode *dic = packRegsForOneuse (ic, IC_RIGHT (ic), ebp); if (dic) { if (IS_ARITHMETIC_OP (dic)) { bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); IC_RESULT (dic) = IC_RESULT (ic); remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); ic = ic->prev; } else OP_SYMBOL (IC_RIGHT (ic))->ruonly = 0; } } else { /* if the type from and type to are the same then if this is the only use then packit */ if (compareType (operandType (IC_RIGHT (ic)), operandType (IC_LEFT (ic))) == 1) { iCode *dic = packRegsForOneuse (ic, IC_RIGHT (ic), ebp); if (dic) { bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); IC_RESULT (dic) = IC_RESULT (ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); remiCodeFromeBBlock (ebp, ic); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); ic = ic->prev; } } } } /* pack for PUSH iTempNN := (some variable in farspace) V1 push iTempNN ; ------------- push V1 */ if (ic->op == IPUSH) { packForPush (ic, ebp); } /* pack registers for accumulator use, when the result of an arithmetic or bit wise operation has only one use, that use is immediately following the defintion and the using iCode has only one operand or has two operands but one is literal & the result of that operation is not on stack then we can leave the result of this operation in acc:b combination */ if ((IS_ARITHMETIC_OP (ic) || IS_BITWISE_OP (ic) || ic->op == LEFT_OP || ic->op == RIGHT_OP ) && IS_ITEMP (IC_RESULT (ic)) && getSize (operandType (IC_RESULT (ic))) <= 2) packRegsForAccUse (ic); } } static void dumpEbbsToDebug (eBBlock ** ebbs, int count) { int i; if (!debug || !debugF) return; for (i = 0; i < count; i++) { fprintf (debugF, "\n----------------------------------------------------------------\n"); fprintf (debugF, "Basic Block %s : loop Depth = %d noPath = %d , lastinLoop = %d\n", ebbs[i]->entryLabel->name, ebbs[i]->depth, ebbs[i]->noPath, ebbs[i]->isLastInLoop); fprintf (debugF, "depth 1st num %d : bbnum = %d 1st iCode = %d , last iCode = %d\n", ebbs[i]->dfnum, ebbs[i]->bbnum, ebbs[i]->fSeq, ebbs[i]->lSeq); fprintf (debugF, "visited %d : hasFcall = %d\n", ebbs[i]->visited, ebbs[i]->hasFcall); fprintf (debugF, "\ndefines bitVector :"); bitVectDebugOn (ebbs[i]->defSet, debugF); fprintf (debugF, "\nlocal defines bitVector :"); bitVectDebugOn (ebbs[i]->ldefs, debugF); fprintf (debugF, "\npointers Set bitvector :"); bitVectDebugOn (ebbs[i]->ptrsSet, debugF); fprintf (debugF, "\nin pointers Set bitvector :"); bitVectDebugOn (ebbs[i]->inPtrsSet, debugF); fprintf (debugF, "\ninDefs Set bitvector :"); bitVectDebugOn (ebbs[i]->inDefs, debugF); fprintf (debugF, "\noutDefs Set bitvector :"); bitVectDebugOn (ebbs[i]->outDefs, debugF); fprintf (debugF, "\nusesDefs Set bitvector :"); bitVectDebugOn (ebbs[i]->usesDefs, debugF); fprintf (debugF, "\n----------------------------------------------------------------\n"); printiCChain (ebbs[i]->sch, debugF); } } /*-----------------------------------------------------------------*/ /* assignRegisters - assigns registers to each live range as need */ /*-----------------------------------------------------------------*/ void pic14_assignRegisters (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; iCode *ic; int i; debugLog ("<><><><><><><><><><><><><><><><><>\nstarting\t%s:%s\n", __FILE__, __FUNCTION__); debugLog ("ebbs before optimizing:\n"); dumpEbbsToDebug (ebbs, count); setToNull ((void *) &_G.funcrUsed); pic14_ptrRegReq = _G.stackExtend = _G.dataExtend = 0; /* change assignments this will remove some live ranges reducing some register pressure */ for (i = 0; i < count; i++) packRegisters (ebbs[i]); { regs *reg; int hkey; int i=0; debugLog("dir registers allocated so far:\n"); reg = hTabFirstItem(dynDirectRegNames, &hkey); while(reg) { debugLog(" -- #%d reg = %s key %d, rIdx = %d, size %d\n",i++,reg->name,hkey, reg->rIdx,reg->size); reg = hTabNextItem(dynDirectRegNames, &hkey); } } if (options.dump_pack) dumpEbbsToFileExt (DUMP_PACK, ebbi); /* first determine for each live range the number of registers & the type of registers required for each */ regTypeNum (); /* and serially allocate registers */ serialRegAssign (ebbs, count); /* if stack was extended then tell the user */ if (_G.stackExtend) { /* werror(W_TOOMANY_SPILS,"stack", */ /* _G.stackExtend,currFunc->name,""); */ _G.stackExtend = 0; } if (_G.dataExtend) { /* werror(W_TOOMANY_SPILS,"data space", */ /* _G.dataExtend,currFunc->name,""); */ _G.dataExtend = 0; } /* after that create the register mask for each of the instruction */ createRegMask (ebbs, count); /* redo that offsets for stacked automatic variables */ redoStackOffsets (); if (options.dump_rassgn) dumpEbbsToFileExt (DUMP_RASSGN, ebbi); /* now get back the chain */ ic = iCodeLabelOptimize (iCodeFromeBBlock (ebbs, count)); debugLog ("ebbs after optimizing:\n"); dumpEbbsToDebug (ebbs, count); genpic14Code (ic); /* free up any _G.stackSpil locations allocated */ applyToSet (_G.stackSpil, deallocStackSpil); _G.slocNum = 0; setToNull ((void *) &_G.stackSpil); setToNull ((void *) &_G.spiltSet); debugLog ("leaving\n<><><><><><><><><><><><><><><><><>\n"); pic14_debugLogClose (); return; } sdcc-2.9.0/src/pic/ralloc.h000066400000000000000000000104651116427777700154560ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCralloc.h - header file register allocation Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) PIC port - T. Scott Dattalo scott@dattalo.com (2000) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCRALLOC_H #define SDCCRALLOC_H 1 #include "common.h" #include "pcoderegs.h" enum { REG_PTR=1, REG_GPR, REG_CND, REG_SFR, REG_STK, REG_TMP }; /* definition for the registers */ typedef struct regs { short type; /* can have value * REG_GPR, REG_PTR or REG_CND * This like the "meta-type" */ short pc_type; /* pcode type */ short rIdx; /* index into register table */ char *name; /* name */ unsigned isFree:1; /* is currently unassigned */ unsigned wasUsed:1; /* becomes true if register has been used */ unsigned isFixed:1; /* True if address can't change */ unsigned isMapped:1; /* The Register's address has been mapped to physical RAM */ unsigned isBitField:1; /* True if reg is type bit OR is holder for several bits */ unsigned isEmitted:1; /* True if the reg has been written to a .asm file */ unsigned isPublic:1; /* True if the reg is not static and can be modified in another module (ie a another c or asm file) */ unsigned isExtern:1; /* True if the reg is in another module */ unsigned address; /* reg's address if isFixed | isMapped is true */ unsigned size; /* 0 for byte, 1 for int, 4 for long */ unsigned alias; /* Alias mask if register appears in multiple banks */ struct regs *reg_alias; /* If more than one register share the same address * then they'll point to each other. (primarily for bits)*/ pCodeRegLives reglives; /* live range mapping */ } regs; extern regs regspic14[]; extern int Gstack_base_addr; /* As registers are created, they're added to a set (based on the register type). Here are the sets of registers that are supported in the PIC port: */ extern set *dynAllocRegs; extern set *dynStackRegs; extern set *dynProcessorRegs; extern set *dynDirectRegs; extern set *dynDirectBitRegs; extern set *dynInternalRegs; void initStack(int base_address, int size, int shared); regs *pic14_regWithIdx (int); regs *dirregWithName (char *name ); void pic14_assignRegisters (ebbIndex *ebbi); regs *pic14_findFreeReg(short type); regs *pic14_allocWithIdx (int idx); regs *typeRegWithIdx (int idx, int type, int fixed); regs *regFindWithName (const char *name); void pic14_debugLogClose(void); void writeUsedRegs(FILE *of); regs *allocDirReg (operand *op ); regs *allocInternalRegister(int rIdx, char * name, PIC_OPTYPE po_type, int alias); regs *allocProcessorRegister(int rIdx, char * name, short po_type, int alias); regs *allocRegByName (char *name, int size ); regs *allocNewDirReg (sym_link *symlnk,const char *name); /* Define register address that are constant across PIC family */ #define IDX_INDF 0 #define IDX_TMR0 1 #define IDX_PCL 2 #define IDX_STATUS 3 #define IDX_FSR 4 #define IDX_PORTA 5 #define IDX_PORTB 6 #define IDX_PCLATH 0x0a #define IDX_INTCON 0x0b #define IDX_KZ 0x7fff /* Known zero - actually just a general purpose reg. */ #define IDX_WSAVE 0x7ffe #define IDX_SSAVE 0x7ffd #define IDX_PSAVE 0x7ffc #define pic14_nRegs 128 #endif sdcc-2.9.0/src/pic16/000077500000000000000000000000001116427777700141725ustar00rootroot00000000000000sdcc-2.9.0/src/pic16/Makefile.bcc000066400000000000000000000006121116427777700163570ustar00rootroot00000000000000# Makefile for Borlad C++ PRJDIR = ../.. OBJ = gen.obj genarith.obj ralloc.obj main.obj glue.obj pcode.obj pcodepeep.obj graph.obj LIB = port.lib !include $(PRJDIR)/Bcc.inc CFLAGS = $(CFLAGS) -I.. -I$(PRJDIR) all: $(LIB) main.obj: main.c peeph.rul $(LIB): $(OBJ) if exist $(LIB) del $(LIB) tlib $@ @&&! +$(**: = &^ +) ! .def.rul: gawk -f ../SDCCpeeph.awk $< > $@ sdcc-2.9.0/src/pic16/Makefile.in000066400000000000000000000002451116427777700162400ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ # Make all in this directory include $(srcdir)/../port.mk sdcc-2.9.0/src/pic16/NOTES000066400000000000000000000160131116427777700150060ustar00rootroot00000000000000NOTES file for SDCC pic16 port $Id: NOTES 4121 2006-04-24 20:29:10Z bernhardheld $ Current pic16 port status is: Development Some things may change without notification between port updates. The latest SVN snapshot is guarenteed to compile without problems, but does not guarantee backwards compatibility. For any questions please ask the current port developers. Current developer: Raphael Neider Other people to contact: Vangelis Rokas Scott Dattalo ====================================================================== ====================================================================== 2006-Mar-14 Vangelis Rokas 1. Added enviroment variable 'PIC16_PACKED_BITFIELDS' which agressively packs bitfields in structures 2005-Mar-23 Vangelis Rokas 1. I have added some optimizations that are controlled via enviroment variables to allow checking. Later these will be either enabled globally or controlled by command line options. The variables are: a. OPTIMIZE_BITFIELD_POINTER_GET : optimizes bit field pointer reads b. NO_REG_OPT : there is no register optimization performed by pCode optimizer 2004-Oct-29 Vangelis Rokas 1. Function parameters are passed now all via stack. This might lower performance, but some issues are solved this way. Later we can enable passing through WREG,PRODL,PRODH,FSR0L by implementing specific pragmas 2004-Sep-27 Vangelis Rokas 1. Function parameters have been extended to cover functions with variable arguments. Now function parameters follow the rules below: a) void foo(long a, int b, char c) void foo(long a, int b, char c) reentrant Stack layout: c, b+1, b, a+3, a+2, a+1 and WREG = a b) prototype: void foo(long a, int b, ...) example: foo(0xaaffeedd, 0xbbcc, 0x4455, 0x7788); Stack layout: 0x77, 0x88, 0x44, 0x55, 0xbb, 0xcc, 0xaa, 0xff, 0xee, 0xdd WREG is not used in functions with variable arguments so that the address of the first parameter can be taken. 2004-Sep-24 Vangelis Rokas 1. Began implementation of generic pointers, current specs are: 0x0 xxxxxxx -> code pointer 0x8 xxxxxxx -> data pointer 0x4 xxxxxxx -> eeprom pointer (currently unimplemented) 2004-Aug-30 Vangelis Rokas 1. A few months ago Hans Dorn had the idea to support general pointer for accessing all code, eeprom data and data ram memory. These pointers would have 3 bytes of size (24-bits), of which only the 21 lower bits would be useful. The rest of them could be used to indicate the pointer type. I.e. 0x4xxxxxxx would mean code pointer 0x8xxxxxxx would mean eeprom pointer 0xcxxxxxxx would mean data ram pointer The implementatio of such pointers needs a lot of work and general reform of pointer access, data initializing functions and the writing of support functions for decoding their type. The implementation of such pointers along with the implementation of a more SDCC like stack access system will allow the writing of variable arguments functions like printf etc... Also one set of functions will be able to handle all data types without having to worry about where they are placed. 2004-May-23 Vangelis Rokas 1. The improvement of the port has been stalled a bit. But, struct/union SFR headers are ready for the PIC18F[45][45][28] chips along with their respective sources. 2. The genCmp function should be rewritten from scratch. 3. The internal helper functions for char/int/long/float arithmetic now compile and will be placed in the appropriate directory under device/ 2004-Feb-20 Vangelis Rokas Major update with many bugfixes. 1. The most of the pic16 regression tests (former pic regression tests) pass successfully. Many thanks to Hans Dorn who did a great job with the arithmetic, shift and pointer functions. 2. Bit fields now work properly. 3. Stack is permanently enabled. Command argument -pstack-enable is deleted and no more recognized by the port. 2004-Feb-07 Vangelis Rokas 1. Fixed a bug so that compiler allocated internal registered, will be shared along multiple sources via '.registers' section placed in absolute data memory address 0x0000. Registers 0x00 to 0x7f are considered as internal since they can be used for fast access. 2004-Jan-11 Vangelis Rokas 1. Compiling The current release of the port can produce object code which is not completely bug free. To use the new features the user should enable them via command line arguments. A sane set of command arguments that I use to test programs is: - debug options --debug enable sdcc debug information --debug-xtra enable pic16 port debug information (most useful) --debug-ralloc enable register allocator debug messages --pcode-verbose enable verbose pcode generator messages - port options --pno-banksel disable banksel directives for the assembler --pomit-config-words does not emit configuration instruction in the translation This is useful when copmiling multiple sources, when you do not want multiple config instructions in the end file --pomit-ivt disables the dumping of the interrupt vector tables in the translation for the same reasons as above --penable-stack enables stack support. This option uses stack to pass function arguments, and reuses registers between functions by saving the registers used in the function on the stack - compiler options --all-callee-saves you may omit this options as the port enables it by default, all functions are currently compiled as reentrant and they are marked as callee-saves --no-peep peephole optimizer is better to be switched off, because it behaves strangely in some cases --fommit-frame-pointer this omits frame pointer in functions that don't use registers (maybe changed later, not important) 2. Functions The current implementation puts every function in its own code section in PIC's program memory. This may not be the standard, but I think its more flexible. 3. Pragmas Since SDCC is goind for a release, its better to document pragmas available. 3.1. code The 'code' pragma emits a function's code at a specific address in program memory. Currently it is only used for functions. Syntax: #pragma code [function_name] [address] 3.2. stack The 'stack' pragma initializes the stack/frame pointer at an address of the data ram other than the default (which is the end of the available data ram) Synatx: #pragma stack [address] 3.3. maxram The 'maxram' pragma sets maximum data ram of the device. Currently is not used at all, but it may be useful in the future when devices with external memory will be supported. Syntax: #pragma maxram [max_address] 4. Internal compiler functions Internal SDCC functions like, __fsmul, etc... are currently supported by the port, but the libraries for the pic16 port are not yet ready. So one cannot use long and float variables. 5. Special Function Registers (SFRs) The processor SFRs are not anymore declared in any header file. The user can define by himself all the needed SFR's. The code to that is: sfr at [sfr_address] [sfr_name]; Where sfr_address is the SFR address in the data ram, and sfr_name is the name of the SFR. i.e.: sfr at 0xf80 PORTA; sdcc-2.9.0/src/pic16/device.c000066400000000000000000000767771116427777700156250ustar00rootroot00000000000000/*------------------------------------------------------------------------- device.c - Accomodates subtle variations in PIC16 devices Written By - Scott Dattalo scott@dattalo.com Ported to PIC16 By - Martin Dubuc m.dubuc@rogers.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ #include #include "common.h" // Include everything in the SDCC src directory #include "newalloc.h" #include "dbuf_string.h" #include "main.h" #include "pcode.h" #include "ralloc.h" #include "device.h" void pic16_printIval (symbol * sym, sym_link * type, initList * ilist, char ptype, void *p); extern void pic16_pCodeConstString (char *name, char *value, unsigned length); stats_t statistics = { 0, 0, 0, 0 }; #define DEVICE_FILE_NAME "pic16devices.txt" static PIC16_device default_device = { { "p18f452", "18f452", "pic18f452", "f452" }, 0x600, 0x80, { /* configuration words */ 0x300001, 0x30000d, { { 0x27, 0, 0xff } /* 1 */ , { 0x0f, 0, 0xff } /* 2 */ , { 0x0f, 0, 0xff } /* 3 */ , { -1 , 0, 0xff } /* 4 */ , { 0x01, 0, 0xff } /* 5 */ , { 0x85, 0, 0xff } /* 6 */ , { -1 , 0, 0xff } /* 7 */ , { 0x0f, 0, 0xff } /* 8 */ , { 0xc0, 0, 0xff } /* 9 */ , { 0x0f, 0, 0xff } /* a */ , { 0xe0, 0, 0xff } /* b */ , { 0x0f, 0, 0xff } /* c */ , { 0x40, 0, 0xff } /* d */ } }, { /* ID locations */ 0x200000, 0x200007, { { 0, 0 }, { 0, 0 }, { 0, 0 }, { 0, 0 }, { 0, 0 }, { 0, 0 }, { 0, 0 }, { 0, 0 } } }, NULL }; PIC16_device *pic16 = &default_device; static PIC16_device *devices = NULL; extern set *includeDirsSet; extern set *userIncDirsSet; extern char *iComments2; void pic16_dump_equates (FILE *of, set *equs) { regs *r; r = setFirstItem (equs); if (!r) return; fprintf (of, "%s", iComments2); fprintf (of, ";\tEquates to used internal registers\n"); fprintf (of, "%s", iComments2); for (; r; r = setNextItem (equs)) { fprintf (of, "%s\tequ\t0x%02x\n", r->name, r->address); } // for } void pic16_dump_access (FILE *of, set *section) { regs *r; r = setFirstItem (section); if (!r) return; fprintf (of, "%s", iComments2); fprintf (of, ";\tAccess bank symbols\n"); fprintf (of, "%s", iComments2); fprintf (of, "\tudata_acs\n"); for (; r; r = setNextItem (section)) { fprintf (of, "%s\tres\t%d\n", r->name, r->size); statistics.adsize += r->size; } // for } int regCompare (const void *a, const void *b) { const regs *const *i = a; const regs *const *j = b; /* Sort primarily by the address ... */ if ((*i)->address > (*j)->address) return (1); if ((*i)->address < (*j)->address) return (-1); /* ... and secondarily by size. */ /* Register size sorting may have strange results, use with care! */ if ((*i)->size > (*j)->size) return (1); if ((*i)->size < (*j)->size) return (-1); /* Finally, if in same address and same size, sort by name. */ return (strcmp ((*i)->name, (*j)->name)); } int symCompare (const void *a, const void *b) { const symbol *const *i = a; const symbol *const *j = b; /* Sort primarily by the address ... */ if (SPEC_ADDR ((*i)->etype) > SPEC_ADDR ((*j)->etype)) return (1); if (SPEC_ADDR ((*i)->etype) < SPEC_ADDR ((*j)->etype)) return (-1); /* ... and secondarily by size. */ /* Register size sorting may have strange results, use with care! */ if (getSize ((*i)->etype) > getSize ((*j)->etype)) return (1); if (getSize ((*i)->etype) < getSize ((*j)->etype)) return (-1); /* Finally, if in same address and same size, sort by name. */ return (strcmp ((*i)->rname, (*j)->rname)); } void pic16_dump_usection (FILE *of, set *section, int fix) { static int abs_usection_no = 0; static unsigned int usection_no = 0; regs *r, *rprev; unsigned int init_addr, i; regs **rlist; regs *r1; /* put all symbols in an array */ if (!elementsInSet (section)) return; rlist = Safe_calloc (elementsInSet (section), sizeof (regs *)); r = rlist[0]; i = 0; for (rprev = setFirstItem (section); rprev; rprev = setNextItem (section)) { rlist[i] = rprev; i++; } // for if (!i) { if (rlist) Safe_free (rlist); return; } // if /* sort symbols according to their address */ qsort (rlist, i, sizeof (regs *), regCompare); if (!fix) { #define EMIT_SINGLE_UDATA_SECTION 0 #if EMIT_SINGLE_UDATA_SECTION fprintf (of, "\n\n\tudata\n"); for (r = setFirstItem (section); r; r = setNextItem (section)) { fprintf (of, "%s\tres\t%d\n", r->name, r->size); statistics.udsize += r->size; } // for #else for (r = setFirstItem (section); r; r = setNextItem (section)) { //fprintf (of, "\nudata_%s_%s\tudata\n", moduleName, r->name); fprintf (of, "\nudata_%s_%u\tudata\n", moduleName, usection_no++); fprintf (of, "%s\tres\t%d\n", r->name, r->size); statistics.udsize += r->size; } // for #endif } else { unsigned int j = 0; unsigned int prev_size = 0; rprev = NULL; init_addr = (rlist[j]->address & 0x0FFF); // warning(s) emitted below fprintf (of, "\n\nustat_%s_%02d\tudata\t0X%04X\n", moduleName, abs_usection_no++, (init_addr & 0x0FFF)); for (j = 0; j < i; j++) { r = rlist[j]; r1 = NULL; if (j < i - 1) r1 = rlist[j + 1]; init_addr = (r->address & 0x0FFF); if (init_addr != r->address) { fprintf (stderr, "%s: WARNING: Changed address of pinned variable %s from 0x%x to 0x%x\n", moduleName, r->name, r->address, init_addr); } // if if ((rprev && (init_addr != ((rprev->address & 0x0FFF) + prev_size)))) fprintf (of, "\n\nustat_%s_%02d\tudata\t0X%04X\n", moduleName, abs_usection_no++, init_addr); /* XXX: Does not handle partial overlap correctly. */ if (r1 && (init_addr == (r1->address & 0x0FFF))) { prev_size = 0; fprintf (of, "%-15s\n", r->name); } else { prev_size = r->size; fprintf (of, "%-15s\tres\t%d\n", r->name, prev_size); statistics.udsize += prev_size; } rprev = r; } // for } // if Safe_free (rlist); } void pic16_dump_gsection (FILE *of, set *sections) { regs *r; sectName *sname; for (sname = setFirstItem (sections); sname; sname = setNextItem (sections)) { if (!strcmp (sname->name, "access")) continue; fprintf (of, "\n\n%s\tudata\n", sname->name); for (r = setFirstItem (sname->regsSet); r; r = setNextItem (sname->regsSet)) { #if 0 fprintf (stderr, "%s:%d emitting variable %s for section %s (%p)\n", __FILE__, __LINE__, r->name, sname->name, sname); #endif fprintf (of, "%s\tres\t%d\n", r->name, r->size); statistics.udsize += r->size; } // for } // for } void pic16_dump_isection (FILE *of, set *section, int fix) { static int abs_isection_no = 0; symbol *s, *sprev; unsigned int init_addr, i; symbol **slist; /* put all symbols in an array */ if (!elementsInSet (section)) return; slist = Safe_calloc (elementsInSet (section), sizeof (symbol *)); s = slist[0]; i = 0; for (sprev = setFirstItem (section); sprev; sprev = setNextItem (section)) { slist[i] = sprev; i++; } // for if (!i) { if (slist) Safe_free (slist); return; } // if /* sort symbols according to their address */ qsort (slist, i, sizeof (symbol *), symCompare); pic16_initDB (); if (!fix) { fprintf (of, "\n\n\tidata\n"); for (s = setFirstItem (section); s; s = setNextItem (section)) { if (s->ival) { fprintf (of, "%s", s->rname); pic16_printIval (s, s->type, s->ival, 'f', (void *)of); pic16_flushDB ('f', (void *)of); } else { if (IS_ARRAY (s->type) && IS_CHAR (s->type->next) && SPEC_CVAL (s->etype).v_char) { //fprintf (stderr, "%s:%d printing code string from %s\n", __FILE__, __LINE__, s->rname); pic16_pCodeConstString (s->rname , SPEC_CVAL (s->etype).v_char, getSize (s->type)); } else { assert (0); } // if } // if } // for } else { unsigned int j = 0; symbol *s1; sprev = NULL; init_addr = SPEC_ADDR (slist[j]->etype); fprintf (of, "\n\nistat_%s_%02d\tidata\t0X%04X\n", moduleName, abs_isection_no++, init_addr); for (j = 0; j < i; j++) { s = slist[j]; s1 = NULL; if (j < i - 1) s1 = slist[j + 1]; init_addr = SPEC_ADDR (s->etype); if (sprev && (init_addr > (SPEC_ADDR (sprev->etype) + getSize (sprev->etype)))) fprintf(of, "\nistat_%s_%02d\tidata\t0X%04X\n", moduleName, abs_isection_no++, init_addr); if (s->ival) { fprintf (of, "%s", s->rname); pic16_printIval (s, s->type, s->ival, 'f', (void *)of); pic16_flushDB ('f', (void *)of); } else { if (IS_ARRAY (s->type) && IS_CHAR (s->type->next) && SPEC_CVAL (s->etype).v_char) { //fprintf (stderr, "%s:%d printing code string from %s\n", __FILE__, __LINE__, s->rname); pic16_pCodeConstString (s->rname , SPEC_CVAL (s->etype).v_char, getSize (s->type)); } else { assert (0); } // if } // if sprev = s; } // for } // if Safe_free (slist); } void pic16_dump_int_registers (FILE *of, set *section) { regs *r, *rprev; int i; regs **rlist; /* put all symbols in an array */ if (!elementsInSet (section)) return; rlist = Safe_calloc (elementsInSet (section), sizeof (regs *)); r = rlist[0]; i = 0; for (rprev = setFirstItem (section); rprev; rprev = setNextItem (section)) { rlist[i] = rprev; i++; } // for if (!i) { if (rlist) Safe_free (rlist); return; } // if /* sort symbols according to their address */ qsort (rlist, i, sizeof (regs *), regCompare); fprintf (of, "\n\n; Internal registers\n"); fprintf (of, "%s\tudata_ovr\t0x0000\n", ".registers"); for (r = setFirstItem (section); r; r = setNextItem (section)) { fprintf (of, "%s\tres\t%d\n", r->name, r->size); statistics.intsize += r->size; } // for Safe_free (rlist); } /** * Find the device structure for the named device. * Consider usind pic16_find_device() instead! * * @param name * a name for the desired device * @param head * a pointer to the head of the list of devices * @return * a pointer to the structure for the desired * device, or NULL */ static PIC16_device * find_in_list(const char *name, PIC16_device *head) { int i; while (head) { for (i = 0; i < 4; i++) { if (0 == strcmp(head->name[i], name)) { return (head); } // if } // for head = head->next; } // while return (NULL); } /** * Print a list of supported devices. * If --verbose was given, also emit key characteristics (memory size, * access bank split point, address range of SFRs and config words). * * @param head * a pointer to the head of the list of devices */ static void pic16_list_devices(PIC16_device *head) { int i = 0; if (options.verbose) { printf("device RAM split config words\n"); } // if while (head) { printf("%-10s ", head->name[0]); if (options.verbose) { printf("%5d 0x%02x 0x%06x..0x%06x\n", head->RAMsize, head->acsSplitOfs, head->cwInfo.confAddrStart, head->cwInfo.confAddrEnd); } else { i++; if (0 == (i % 6)) { printf("\n"); } // if } // if head = head->next; } // while printf("\n"); } /** * Read a single line from the given file. * * @param file * a pointer to the open file to read * @return * a pointer to a malloc'ed copy of the (next) line, or NULL */ static char * get_line (FILE *file) { static struct dbuf_s dbuf; static int initialized = 0; if (!initialized) { dbuf_init (&dbuf, 129); initialized = 1; } else dbuf_set_length (&dbuf, 0); if (dbuf_getline (&dbuf, file) != 0) { dbuf_chomp (&dbuf); /* (char *) type cast is an ugly hack since pic16_find_device() modifies the buffer */ return (char *)dbuf_get_buf (&dbuf); } else { dbuf_destroy(&dbuf); initialized = 0; return NULL; } } /** * Truncate the given string in place (!) at the first '#' character (if any). * * @param line * a pointer to the string to truncate * @return * a pointer to the truncated string (i.e., line) */ static char * strip_comment (char *line) { char *l = line; char c; if (!line) { return (line); } // if while (0 != (c = *l)) { if ('#' == c) { *l = 0; return (line); } // if l++; } // while return (line); } /** * Report errors in the device specification. * * @param msg * a pointer to the detailed message */ #define SYNTAX(msg) do { \ fprintf(stderr, "%s:%d: Syntax error: %s\n", \ DEVICE_FILE_NAME, lineno, msg); \ } while (0) /** * Locate and read in the device specification (if required) and * return the device structure for the named device. * * @param name * a pointer to the name of the desired device * @return * a pointer to the device structure, or NULL */ static PIC16_device * pic16_find_device(const char *name) { const char *path; char buffer[PATH_MAX]; char *line, *key; const char *sep = " \t\n\r"; FILE *f = NULL; PIC16_device *d = NULL, *template; PIC16_device *head = NULL, *tail = NULL; set *_sets[] = { userIncDirsSet, includeDirsSet }; set **sets = &_sets[0]; int lineno = 0; int res, i; int val[4]; if (!devices) { //printf("%s: searching %s\n", __func__, DEVICE_FILE_NAME); // locate the specification file in the include search paths for (i = 0; (NULL == f) && (i < 2); i++) { for (path = setFirstItem(sets[i]); (NULL == f) && path; path = setNextItem(sets[i])) { SNPRINTF(&buffer[0], PATH_MAX, "%s%s%s", path, DIR_SEPARATOR_STRING, DEVICE_FILE_NAME); //printf("%s: checking %s\n", __func__, &buffer[0]); f = fopen(&buffer[0], "r"); } // for } // for } // if if (devices) { // list already set up, nothing to do } else if (NULL == f) { fprintf(stderr, "ERROR: device list %s not found, specify its path via -I\n", DEVICE_FILE_NAME); d = &default_device; } else { // parse the specification file and construct a linked list of // supported devices d = NULL; while (NULL != (line = get_line(f))) { strip_comment(line); //printf("%s: read %s\n", __func__, line); lineno++; key = strtok(line, sep); if (!key) { // empty line---ignore } else if (0 == strcmp(key, "name")) { // name %s if (d) { if (tail) { tail->next = d; } else { head = d; } // if tail = d; d = NULL; } // if res = sscanf(&line[1 + strlen(key)], " %16s", &buffer[3]); if ((1 < res) || (3 > strlen(&buffer[3]))) { SYNTAX(" (e.g., 18f452) expected."); } else { d = Safe_calloc(1, sizeof(PIC16_device)); // { "p18f452", "18f452", "pic18f452", "f452" } buffer[0] = 'p'; buffer[1] = 'i'; buffer[2] = 'c'; d->name[3] = Safe_strdup(&buffer[5]); d->name[2] = Safe_strdup(&buffer[0]); d->name[1] = Safe_strdup(&buffer[3]); buffer[2] = 'p'; d->name[0] = Safe_strdup(&buffer[2]); } // if } else if (0 == strcmp(key, "using")) { // using %s res = sscanf(&line[1 + strlen(key)], " %16s", &buffer[0]); if ((1 < res) || (3 > strlen(&buffer[3]))) { SYNTAX(" (e.g., 18f452) expected."); } else { template = find_in_list(&buffer[0], head); if (!template) { SYNTAX(" (e.g., 18f452) expected."); } else { memcpy(&d->RAMsize, &template->RAMsize, ((char *)&d->next) - ((char *)&d->RAMsize)); } // if } // if } else if (0 == strcmp(key, "ramsize")) { // ramsize %i res = sscanf(&line[1 + strlen(key)], " %i", &val[0]); if (res < 1) { SYNTAX(" (e.g., 256) expected."); } else { d->RAMsize = val[0]; } // if } else if (0 == strcmp(key, "split")) { // split %i res = sscanf(&line[1 + strlen(key)], " %i", &val[0]); if (res < 1) { SYNTAX(" (e.g., 0x80) expected."); } else { d->acsSplitOfs = val[0]; } // if } else if (0 == strcmp(key, "configrange")) { // configrange %i %i res = sscanf(&line[1 + strlen(key)], " %i %i", &val[0], &val[1]); if (res < 2) { SYNTAX(" (e.g., 0xf60 0xfff) expected."); } else { d->cwInfo.confAddrStart = val[0]; d->cwInfo.confAddrEnd = val[1]; } // if } else if (0 == strcmp(key, "configword")) { // configword %
i %i %i [%i] res = sscanf(&line[1 + strlen(key)], " %i %i %i %i", &val[0], &val[1], &val[2], &val[3]); if (res < 3) { SYNTAX("
[] (e.g., 0x200001 0x0f 0x07) expected."); } else { val[0] -= d->cwInfo.confAddrStart; if ((val[0] < 0) || (val[0] > (d->cwInfo.confAddrEnd - d->cwInfo.confAddrStart)) || (val[0] >= CONFIGURATION_WORDS)) { SYNTAX("address out of bounds."); } else { d->cwInfo.crInfo[val[0]].mask = val[1]; d->cwInfo.crInfo[val[0]].value = val[2]; d->cwInfo.crInfo[val[0]].andmask = 0; if (res >= 4) { // apply extra mask (e.g., to disable XINST) d->cwInfo.crInfo[val[0]].andmask = val[3]; } // if } // if } // if } else if (0 == strcmp(key, "idlocrange")) { // idlocrange %i %i res = sscanf(&line[1 + strlen(key)], " %i %i", &val[0], &val[1]); if (res < 2) { SYNTAX(" (e.g., 0xf60 0xfff) expected."); } else { d->idInfo.idAddrStart = val[0]; d->idInfo.idAddrEnd = val[1]; } // if } else if (0 == strcmp(key, "idword")) { // idword %
i %i res = sscanf(&line[1 + strlen(key)], " %i %i", &val[0], &val[1]); if (res < 2) { SYNTAX("
(e.g., 0x3fffff 0x00) expected."); } else { val[0] -= d->idInfo.idAddrStart; if ((val[0] < 0) || (val[0] > (d->idInfo.idAddrEnd - d->idInfo.idAddrStart)) || (val[0] >= IDLOCATION_BYTES)) { SYNTAX("address out of bounds."); } else { d->idInfo.irInfo[val[0]].value = val[1]; } // if } // if } else { printf("%s: Invalid keyword in %s ignored: %s\n", __func__, DEVICE_FILE_NAME, key); } // if } // while if (d) { if (tail) { tail->next = d; } else { head = d; } // if tail = d; d = NULL; } // if devices = head; fclose(f); } // if d = find_in_list(name, devices); if (!d) { d = &default_device; } // if return (d); } /*-----------------------------------------------------------------* * *-----------------------------------------------------------------*/ void pic16_init_pic(const char *pic_type) { pic16 = pic16_find_device(pic_type); if (&default_device == pic16) { if (pic_type) { fprintf(stderr, "'%s' was not found.\n", pic_type); } else { fprintf(stderr, "No processor has been specified (use -pPROCESSOR_NAME)\n"); } // if if (devices) { fprintf(stderr,"Valid devices are (use --verbose for more details):\n"); pic16_list_devices(devices); } // if exit(EXIT_FAILURE); } // if } /*-----------------------------------------------------------------* * char *pic16_processor_base_name(void) - Include file is derived from this. *-----------------------------------------------------------------*/ char *pic16_processor_base_name(void) { if(!pic16) return NULL; return pic16->name[0]; } #define DEBUG_CHECK 0 /* * return 1 if register wasn't found and added, 0 otherwise */ int checkAddReg(set **set, regs *reg) { regs *tmp; if(!reg)return 0; #if DEBUG_CHECK fprintf(stderr, "%s: about to insert REGister: %s ... ", __FUNCTION__, reg->name); #endif for(tmp = setFirstItem(*set); tmp; tmp = setNextItem(*set)) { if(!strcmp(tmp->name, reg->name))break; } if(!tmp) { addSet(set, reg); #if DEBUG_CHECK fprintf(stderr, "added\n"); #endif return 1; } #if DEBUG_CHECK fprintf(stderr, "already added\n"); #endif return 0; } int checkAddSym(set **set, symbol *sym) { symbol *tmp; if(!sym)return 0; #if DEBUG_CHECK fprintf(stderr, "%s: about to add SYMbol: %s ... ", __FUNCTION__, sym->name); #endif for(tmp = setFirstItem( *set ); tmp; tmp = setNextItem(*set)) { if(!strcmp(tmp->name, sym->name))break; } if(!tmp) { addSet(set, sym); #if DEBUG_CHECK fprintf(stderr, "added\n"); #endif return 1; } #if DEBUG_CHECK fprintf(stderr, "already added\n"); #endif return 0; } int checkSym(set *set, symbol *sym) { symbol *tmp; if(!sym)return 0; #if DEUG_CHECK fprintf(stderr, "%s: about to search for SYMbol: %s ... ", __FUNCTION__, sym->name); #endif for(tmp = setFirstItem( set ); tmp; tmp = setNextItem( set )) { if(!strcmp(tmp->name, sym->name))break; } if(!tmp) { #if DEBUG_CHECK fprintf(stderr, "not found\n"); #endif return 0; } #if DEBUG_CHECK fprintf(stderr, "found\n"); #endif return 1; } /*-----------------------------------------------------------------* * void pic16_groupRegistersInSection - add each register to its * * corresponding section * *-----------------------------------------------------------------*/ void pic16_groupRegistersInSection(set *regset) { regs *reg; sectSym *ssym; int docontinue=0; for(reg=setFirstItem(regset); reg; reg = setNextItem(regset)) { #if 0 fprintf(stderr, "%s:%d group registers in section, reg: %s (used: %d, %p)\n", __FILE__, __LINE__, reg->name, reg->wasUsed, reg); #endif if((reg->wasUsed && !(reg->regop && SPEC_EXTR(OP_SYM_ETYPE(reg->regop)))) ) { /* avoid grouping registers that have an initial value, * they will be added later in idataSymSet */ if(reg->regop && (OP_SYMBOL(reg->regop)->ival && !OP_SYMBOL(reg->regop)->level)) continue; #if 0 fprintf(stderr, "%s:%d register %s alias:%d fix:%d ival=%i level=%i code=%i\n", __FILE__, __LINE__, reg->name, reg->alias, reg->isFixed, (reg->regop?(OP_SYMBOL(reg->regop)->ival?1:0):-1), (reg->regop?(OP_SYMBOL(reg->regop)->level):-1), (reg->regop?(IS_CODE(OP_SYM_ETYPE(reg->regop))):-1) ); #endif docontinue=0; for(ssym=setFirstItem(sectSyms);ssym;ssym=setNextItem(sectSyms)) { if(!strcmp(ssym->name, reg->name)) { // fprintf(stderr, "%s:%d section found %s (%p) with var %s\n", // __FILE__, __LINE__, ssym->section->name, ssym->section, ssym->name); if(strcmp(ssym->section->name, "access")) { addSet(&ssym->section->regsSet, reg); docontinue=1; break; } else { docontinue=0; reg->accessBank = 1; break; } } } if(docontinue)continue; // fprintf(stderr, "%s:%d reg: %s\n", __FILE__, __LINE__, reg->name); if(reg->alias == 0x80) { checkAddReg(&pic16_equ_data, reg); } else if(reg->isFixed) { checkAddReg(&pic16_fix_udata, reg); } else if(!reg->isFixed) { if(reg->pc_type == PO_GPR_TEMP) checkAddReg(&pic16_int_regs, reg); else { if(reg->accessBank) { if(reg->alias != 0x40) checkAddReg(&pic16_acs_udata, reg); } else checkAddReg(&pic16_rel_udata, reg); } } } } } /*-----------------------------------------------------------------* * void pic16_assignConfigWordValue(int address, int value) * * All high performance RISC CPU PICs have seven config word starting * at address 0x300000. * This routine will assign a value to that address. * *-----------------------------------------------------------------*/ void pic16_assignConfigWordValue(int address, unsigned int value) { int i; for (i = 0; i < pic16->cwInfo.confAddrEnd - pic16->cwInfo.confAddrStart + 1; i++) { if ((address == pic16->cwInfo.confAddrStart + i) && (pic16->cwInfo.crInfo[i].mask != -1) && (pic16->cwInfo.crInfo[i].mask != 0)) { #if 0 fprintf(stderr, "setting location 0x%x to value 0x%x, mask: 0x%x, test: 0x%x\n", pic16->cwInfo.confAddrStart + i, (~value) & 0xff, pic16->cwInfo.crInfo[i].mask, (pic16->cwInfo.crInfo[i].mask) & (~value)); #endif #if 0 if ((((pic16->cwInfo.crInfo[i].mask) & (~value)) & 0xff) != ((~value) & 0xff)) { fprintf(stderr, "%s:%d a wrong value has been given for configuration register 0x%x\n", __FILE__, __LINE__, address); return; } // if #endif pic16->cwInfo.crInfo[i].value = (value & 0xff); if (pic16->cwInfo.crInfo[i].andmask && ((value & 0xff) != (value & 0xff & pic16->cwInfo.crInfo[i].andmask))) { // apply andmask if effective printf ("INFO: changing configuration word at 0x%x from 0x%x to 0x%x due to %s\n", address, (value & 0xff), (value & 0xff & pic16->cwInfo.crInfo[i].andmask), DEVICE_FILE_NAME); pic16->cwInfo.crInfo[i].value &= pic16->cwInfo.crInfo[i].andmask; } // if pic16->cwInfo.crInfo[i].emit = 1; return; } // if } // for } void pic16_assignIdByteValue(int address, char value) { int i; for (i = 0; i < pic16->idInfo.idAddrEnd - pic16->idInfo.idAddrStart + 1; i++) { if (address == pic16->idInfo.idAddrStart + i) { pic16->idInfo.irInfo[i].value = value; pic16->idInfo.irInfo[i].emit = 1; } // if } // for } sdcc-2.9.0/src/pic16/device.h000066400000000000000000000077521116427777700156150ustar00rootroot00000000000000/*------------------------------------------------------------------------- device.c - Accomodates subtle variations in PIC16 devices Written By - Scott Dattalo scott@dattalo.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ /* PIC device abstraction There are dozens of variations of PIC microcontrollers. This include file attempts to abstract those differences so that SDCC can easily deal with them. */ #ifndef __DEVICE_H__ #define __DEVICE_H__ #define CONFIGURATION_WORDS 20 #define IDLOCATION_BYTES 20 typedef struct { unsigned int mask; int emit; unsigned int value; unsigned int andmask; } configRegInfo_t; typedef struct { int confAddrStart; /* starting address */ int confAddrEnd; /* ending address */ configRegInfo_t crInfo[ CONFIGURATION_WORDS ]; } configWordsInfo_t; typedef struct { unsigned char emit; unsigned char value; } idRegInfo_t; typedef struct { int idAddrStart; /* starting ID address */ int idAddrEnd; /* ending ID address */ idRegInfo_t irInfo[ IDLOCATION_BYTES ]; } idBytesInfo_t; #define PROCESSOR_NAMES 4 /* Processor unique attributes */ typedef struct PIC16_device { char *name[PROCESSOR_NAMES]; /* aliases for the processor name */ /* RAMsize *must* be the first item to copy for 'using' */ int RAMsize; /* size of Data RAM - VR 031120 */ int acsSplitOfs; /* access bank split offset */ configWordsInfo_t cwInfo; /* configuration words info */ idBytesInfo_t idInfo; /* ID Locations info */ /* next *must* be the first field NOT being copied via 'using' */ struct PIC16_device *next; /* linked list */ } PIC16_device; extern PIC16_device *pic16; /* Given a pointer to a register, this macro returns the bank that it is in */ #define REG_ADDR(r) ((r)->isBitField ? (((r)->address)>>3) : (r)->address) #define OF_LR_SUPPORT 0x00000001 #define OF_NO_OPTIMIZE_GOTO 0x00000002 #define OF_OPTIMIZE_CMP 0x00000004 #define OF_OPTIMIZE_DF 0x00000008 typedef struct { int no_banksel; int opt_banksel; int omit_configw; int omit_ivt; int leave_reset; int stack_model; int ivt_loc; int nodefaultlibs; int dumpcalltree; char *crt_name; int no_crt; int ip_stack; unsigned long opt_flags; int gstack; unsigned int debgen; int xinst; } pic16_options_t; extern pic16_options_t pic16_options; #define STACK_MODEL_SMALL (pic16_options.stack_model == 0) #define STACK_MODEL_LARGE (pic16_options.stack_model == 1) extern set *fix_idataSymSet; extern set *rel_idataSymSet; #if 0 /* This is an experimental code for #pragma inline and is temporarily disabled for 2.5.0 release */ extern set *asmInlineMap; #endif /* 0 */ typedef struct { unsigned long isize; unsigned long adsize; unsigned long udsize; unsigned long idsize; unsigned long intsize; } stats_t; extern stats_t statistics; /****************************************/ void pic16_assignConfigWordValue(int address, unsigned int value); void pic16_assignIdByteValue(int address, char value); int pic16_isREGinBank(regs *reg, int bank); int pic16_REGallBanks(regs *reg); int checkAddReg(set **set, regs *reg); int checkAddSym(set **set, symbol *reg); int checkSym(set *set, symbol *reg); #endif /* __DEVICE_H__ */ sdcc-2.9.0/src/pic16/gen.c000066400000000000000000012527011116427777700151170ustar00rootroot00000000000000 /*------------------------------------------------------------------------- gen.c - source file for code generation for pic16 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) and - Jean-Louis VERN.jlvern@writeme.com (1999) Bug Fixes - Wojciech Stryjewski wstryj1@tiger.lsu.edu (1999 v2.1.9a) PIC port - Scott Dattalo scott@dattalo.com (2000) PIC16 port - Martin Dubuc m.dubuc@rogers.com (2002) - Vangelis Rokas (2003-2006) Bug Fixes - Raphael Neider (2004,2005) Bug Fixes - Borut Razem (2007) Bug Fixes - Mauro Giachero (2008) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! Notes: 000123 mlh Moved aopLiteral to SDCCglue.c to help the split Made everything static -------------------------------------------------------------------------*/ #include #include #include #include #include "SDCCglobl.h" #include "newalloc.h" #include "common.h" #include "SDCCpeeph.h" #include "ralloc.h" #include "pcode.h" #include "gen.h" #include "genutils.h" #include "device.h" #include "main.h" #include "glue.h" /* The PIC port(s) do not need to distinguish between POINTER and FPOINTER. */ #define PIC_IS_DATA_PTR(x) (IS_DATA_PTR(x) || IS_FARPTR(x)) #define PIC_IS_FARPTR(x) (IS_DATA_PTR(x) || IS_FARPTR(x)) #define PIC_IS_TAGGED(x) (IS_GENPTR(x) || IS_CODEPTR(x)) #define IS_DIRECT(op) ((AOP_TYPE(op) == AOP_PCODE) && (AOP(op)->aopu.pcop->type == PO_DIR)) /* Wrapper to execute `code' at most once. */ #define PERFORM_ONCE(id,code) do { static char id = 0; if (!id) { id = 1; code } } while (0) void pic16_genMult8X8_n (operand *, operand *,operand *); extern void pic16_printpBlock(FILE *of, pBlock *pb); static asmop *newAsmop (short type); static pCodeOp *pic16_popRegFromString(char *str, int size, int offset, operand *op); extern pCode *pic16_newpCodeAsmDir(char *asdir, char *argfmt, ...); static void mov2fp(pCodeOp *dst, asmop *src, int offset); static pCodeOp *pic16_popRegFromIdx(int rIdx); int pic16_labelOffset=0; extern int pic16_debug_verbose; extern set *externs; /* max_key keeps track of the largest label number used in a function. This is then used to adjust the label offset for the next function. */ static int max_key=0; static int GpsuedoStkPtr=0; pCodeOp *pic16_popGetImmd(char *name, unsigned int offset, int index); const char *pic16_AopType(short type); static iCode *ifxForOp ( operand *op, iCode *ic ); void pic16_pushpCodeOp(pCodeOp *pcop); void pic16_poppCodeOp(pCodeOp *pcop); #define BYTEofLONG(l,b) ( (l>> (b<<3)) & 0xff) /* set the following macro to 1 to enable passing the * first byte of functions parameters via WREG */ #define USE_WREG_IN_FUNC_PARAMS 0 /* this is the down and dirty file with all kinds of kludgy & hacky stuff. This is what it is all about CODE GENERATION for a specific MCU . some of the routines may be reusable, will have to see */ static char *zero = "#0x00"; static char *one = "#0x01"; /* * Function return value policy (MSB-->LSB): * 8 bits -> WREG * 16 bits -> PRODL:WREG * 24 bits -> PRODH:PRODL:WREG * 32 bits -> FSR0L:PRODH:PRODL:WREG * >32 bits -> on stack, and FSR0 points to the beginning */ char *fReturnpic16[] = { "WREG", "PRODL", "PRODH", "FSR0L" }; int fReturnIdx[] = { IDX_WREG, IDX_PRODL, IDX_PRODH, IDX_FSR0L }; unsigned pic16_fReturnSizePic = 4; /* shared with ralloc.c */ static char **fReturn = fReturnpic16; static char *accUse[] = {"WREG"}; static struct { short accInUse; short inLine; short debugLine; short nRegsSaved; set *sendSet; set *stackRegSet; int usefastretfie; bitVect *fregsUsed; /* registers used in function */ bitVect *sregsAlloc; set *sregsAllocSet; /* registers used to store stack variables */ int stack_lat; /* stack offset latency */ int resDirect; int useWreg; /* flag when WREG is used to pass function parameter */ } _G; extern struct dbuf_s *codeOutBuf; static lineNode *lineHead = NULL; static lineNode *lineCurr = NULL; static unsigned char SLMask[] = {0xFF ,0xFE, 0xFC, 0xF8, 0xF0, 0xE0, 0xC0, 0x80, 0x00}; static unsigned char SRMask[] = {0xFF, 0x7F, 0x3F, 0x1F, 0x0F, 0x07, 0x03, 0x01, 0x00}; static pBlock *pb; /*-----------------------------------------------------------------*/ /* my_powof2(n) - If `n' is an integaer power of 2, then the */ /* exponent of 2 is returned, otherwise -1 is */ /* returned. */ /* note that this is similar to the function `powof2' in SDCCsymt */ /* if(n == 2^y) */ /* return y; */ /* return -1; */ /*-----------------------------------------------------------------*/ int pic16_my_powof2 (unsigned long num) { if(num) { if( (num & (num-1)) == 0) { int nshifts = -1; while(num) { num>>=1; nshifts++; } return nshifts; } } return -1; } void DEBUGpic16_pic16_AopType(int line_no, operand *left, operand *right, operand *result) { DEBUGpic16_emitcode ("; ","line = %d result %s=%s, left %s=%s, right %s=%s, size = %d", line_no, ((result) ? pic16_AopType(AOP_TYPE(result)) : "-"), ((result) ? pic16_aopGet(AOP(result),0,TRUE,FALSE) : "-"), ((left) ? pic16_AopType(AOP_TYPE(left)) : "-"), ((left) ? pic16_aopGet(AOP(left),0,TRUE,FALSE) : "-"), ((right) ? pic16_AopType(AOP_TYPE(right)) : "-"), ((right) ? pic16_aopGet(AOP(right),0,FALSE,FALSE) : "-"), ((result) ? AOP_SIZE(result) : 0)); } void DEBUGpic16_pic16_AopTypeSign(int line_no, operand *left, operand *right, operand *result) { DEBUGpic16_emitcode ("; ","line = %d, signs: result %s=%c, left %s=%c, right %s=%c", line_no, ((result) ? pic16_AopType(AOP_TYPE(result)) : "-"), ((result) ? (SPEC_USIGN(operandType(result)) ? 'u' : 's') : '-'), ((left) ? pic16_AopType(AOP_TYPE(left)) : "-"), ((left) ? (SPEC_USIGN(operandType(left)) ? 'u' : 's') : '-'), ((right) ? pic16_AopType(AOP_TYPE(right)) : "-"), ((right) ? (SPEC_USIGN(operandType(right)) ? 'u' : 's') : '-')); } void pic16_emitpcomment (char *fmt, ...) { va_list ap; char lb[INITIAL_INLINEASM]; unsigned char *lbp = (unsigned char *)lb; va_start(ap,fmt); lb[0] = ';'; vsprintf(lb+1,fmt,ap); while (isspace(*lbp)) lbp++; if (lbp && *lbp) lineCurr = (lineCurr ? connectLine(lineCurr,newLineNode(lb)) : (lineHead = newLineNode(lb))); lineCurr->isInline = _G.inLine; lineCurr->isDebug = _G.debugLine; lineCurr->isComment = 1; pic16_addpCode2pBlock(pb,pic16_newpCodeCharP(lb)); va_end(ap); // fprintf(stderr, "%s\n", lb); } void DEBUGpic16_emitcode (char *inst,char *fmt, ...) { va_list ap; char lb[INITIAL_INLINEASM]; unsigned char *lbp = (unsigned char *)lb; if(!pic16_debug_verbose) return; va_start(ap,fmt); if (inst && *inst) { if (fmt && *fmt) sprintf(lb,"%s\t",inst); else sprintf(lb,"%s",inst); vsprintf(lb+(strlen(lb)),fmt,ap); } else vsprintf(lb,fmt,ap); while (isspace(*lbp)) lbp++; if (lbp && *lbp) lineCurr = (lineCurr ? connectLine(lineCurr,newLineNode(lb)) : (lineHead = newLineNode(lb))); lineCurr->isInline = _G.inLine; lineCurr->isDebug = _G.debugLine; pic16_addpCode2pBlock(pb,pic16_newpCodeCharP(lb)); va_end(ap); // fprintf(stderr, "%s\n", lb); } void pic16_emitpLabel(int key) { if(key>max_key) max_key = key; pic16_addpCode2pBlock(pb,pic16_newpCodeLabel(NULL,key+100+pic16_labelOffset)); } void pic16_emitpLabelFORCE(int key) { if(key>max_key) max_key = key; pic16_addpCode2pBlock(pb,pic16_newpCodeLabelFORCE(NULL,key+100+pic16_labelOffset)); } /* gen.h defines a macro pic16_emitpcode that allows for debug information to be inserted on demand * NEVER call pic16_emitpcode_real directly, please... */ void pic16_emitpcode_real(PIC_OPCODE poc, pCodeOp *pcop) { if(pcop) pic16_addpCode2pBlock(pb,pic16_newpCode(poc,pcop)); else DEBUGpic16_emitcode(";","%s ignoring NULL pcop",__FUNCTION__); } void pic16_emitpinfo(INFO_TYPE itype, pCodeOp *pcop) { if(pcop) pic16_addpCode2pBlock(pb, pic16_newpCodeInfo(itype, pcop)); else DEBUGpic16_emitcode(";","%s ignoring NULL pcop",__FUNCTION__); } void pic16_emitpcodeNULLop(PIC_OPCODE poc) { pic16_addpCode2pBlock(pb,pic16_newpCode(poc,NULL)); } #if 1 #define pic16_emitcode DEBUGpic16_emitcode #else /*-----------------------------------------------------------------*/ /* pic16_emitcode - writes the code into a file : for now it is simple */ /*-----------------------------------------------------------------*/ void pic16_emitcode (char *inst,char *fmt, ...) { va_list ap; char lb[INITIAL_INLINEASM]; unsigned char *lbp = lb; va_start(ap,fmt); if (inst && *inst) { if (fmt && *fmt) sprintf(lb,"%s\t",inst); else sprintf(lb,"%s",inst); vsprintf(lb+(strlen(lb)),fmt,ap); } else vsprintf(lb,fmt,ap); while (isspace(*lbp)) lbp++; if (lbp && *lbp) lineCurr = (lineCurr ? connectLine(lineCurr,newLineNode(lb)) : (lineHead = newLineNode(lb))); lineCurr->isInline = _G.inLine; lineCurr->isDebug = _G.debugLine; lineCurr->isLabel = (lbp[strlen (lbp) - 1] == ':'); lineCurr->isComment = (*lbp == ';'); // VR fprintf(stderr, "lb = <%s>\n", lbp); // if(pic16_debug_verbose) // pic16_addpCode2pBlock(pb,pic16_newpCodeCharP(lb)); va_end(ap); } #endif /*-----------------------------------------------------------------*/ /* pic16_emitDebuggerSymbol - associate the current code location */ /* with a debugger symbol */ /*-----------------------------------------------------------------*/ void pic16_emitDebuggerSymbol (char * debugSym) { _G.debugLine = 1; pic16_emitcode (";", "%s ==.", debugSym); _G.debugLine = 0; } /*-----------------------------------------------------------------*/ /* newAsmop - creates a new asmOp */ /*-----------------------------------------------------------------*/ static asmop *newAsmop (short type) { asmop *aop; aop = Safe_calloc(1,sizeof(asmop)); aop->type = type; return aop; } /*-----------------------------------------------------------------*/ /* resolveIfx - converts an iCode ifx into a form more useful for */ /* generating code */ /*-----------------------------------------------------------------*/ static void resolveIfx(resolvedIfx *resIfx, iCode *ifx) { FENTRY2; // DEBUGpic16_emitcode("; ***","%s %d",__FUNCTION__,__LINE__); if(!resIfx) return; resIfx->condition = 1; /* assume that the ifx is true */ resIfx->generated = 0; /* indicate that the ifx has not been used */ if(!ifx) { resIfx->lbl = newiTempLabel(NULL); /* oops, there is no ifx. so create a label */ #if 1 DEBUGpic16_emitcode("; ***","%s %d null ifx creating new label key =%d", __FUNCTION__,__LINE__,resIfx->lbl->key); #endif } else { if(IC_TRUE(ifx)) { resIfx->lbl = IC_TRUE(ifx); } else { resIfx->lbl = IC_FALSE(ifx); resIfx->condition = 0; } #if 1 if(IC_TRUE(ifx)) DEBUGpic16_emitcode("; +++","ifx true is non-null"); else DEBUGpic16_emitcode("; +++","ifx true is null"); if(IC_FALSE(ifx)) DEBUGpic16_emitcode("; +++","ifx false is non-null"); else DEBUGpic16_emitcode("; +++","ifx false is null"); #endif } DEBUGpic16_emitcode("; ***","%s lbl->key=%d, (lab offset=%d)",__FUNCTION__,resIfx->lbl->key,pic16_labelOffset); } #if 0 /*-----------------------------------------------------------------*/ /* pointerCode - returns the code for a pointer type */ /*-----------------------------------------------------------------*/ static int pointerCode (sym_link *etype) { return PTR_TYPE(SPEC_OCLS(etype)); } #endif /*-----------------------------------------------------------------*/ /* aopForSym - for a true symbol */ /*-----------------------------------------------------------------*/ static asmop *aopForSym (iCode *ic, operand *op, bool result) { symbol *sym=OP_SYMBOL(op); asmop *aop; memmap *space= SPEC_OCLS(sym->etype); FENTRY2; _G.resDirect = 0; /* clear flag that instructs the result is loaded directly from aopForSym */ // sym = OP_SYMBOL(op); /* if already has one */ if (sym->aop) { DEBUGpic16_emitcode("; ***", "already has sym %s %d", __FUNCTION__, __LINE__); return sym->aop; } #if 0 /* if symbol was initially placed onStack then we must re-place it * to direct memory, since pic16 does not have a specific stack */ if(sym->onStack) { fprintf(stderr, "%s:%d symbol %s on stack\n", __FILE__, __LINE__, OP_SYMBOL(op)->name); } #endif #if 0 if(sym->iaccess) { if(space->paged) { fprintf(stderr, "%s:%d symbol %s points to paged data\n", __FILE__, __LINE__, sym->name); sym->aop = aop = newAsmop (AOP_PAGED); aop->aopu.aop_dir = sym->rname ; aop->size = getSize(sym->type); DEBUGpic16_emitcode(";","%d sym->rname = %s, size = %d",__LINE__,sym->rname,aop->size); pic16_allocDirReg( IC_LEFT(ic) ); return aop; } assert( 0 ); } #endif #if 1 /* assign depending on the storage class */ /* if it is on the stack or indirectly addressable */ /* space we need to assign either r0 or r1 to it */ if (sym->onStack) // || sym->iaccess) { pCodeOp *pcop[4]; int i; DEBUGpic16_emitcode("; ***", "%s:%d sym->onStack:%d || sym->iaccess:%d", __FUNCTION__, __LINE__, sym->onStack, sym->iaccess); /* acquire a temporary register -- it is saved in function */ sym->aop = aop = newAsmop(AOP_STA); aop->aopu.stk.stk = sym->stack; aop->size = getSize(sym->type); DEBUGpic16_emitcode("; +++ ", "%s:%d\top = %s", __FILE__, __LINE__, pic16_decodeOp(ic->op)); if((ic->op == '=' /*|| ic->op == CAST*/) && IC_RESULT(ic) && AOP( IC_RESULT(ic) ) && (AOP_TYPE(IC_RESULT(ic)) == AOP_REG)) { // pic16_DumpAop("aopForSym", AOP( IC_RESULT(ic) )); for(i=0;isize;i++) aop->aopu.stk.pop[i] = pcop[i] = pic16_popRegFromIdx( AOP(IC_RESULT(ic))->aopu.aop_reg[i]->rIdx); _G.resDirect = 1; /* notify that result will be loaded directly from aopForSym */ } else if(1 && ic->op == SEND) { /* if SEND do the send here */ _G.resDirect = 1; } else { // debugf3("symbol `%s' level = %d / %d\n", sym->name, ic->level, ic->seq); for(i=0;isize;i++) { aop->aopu.stk.pop[i] = pcop[i] = pic16_popGetTempRegCond(_G.fregsUsed, _G.sregsAlloc, 0 ); _G.sregsAlloc = bitVectSetBit(_G.sregsAlloc, PCOR(pcop[i])->r->rIdx); } } // fprintf(stderr, "%s:%d\t%s\tsym size %d\n", __FILE__, __LINE__, __FUNCTION__, aop->size); #if 1 DEBUGpic16_emitcode(";","%d sym->rname = %s, size = %d stack = %d",__LINE__,sym->rname,aop->size, sym->stack); // we do not need to load the value if it is to be defined... if (result) return aop; if(_G.accInUse) { pic16_pushpCodeOp( pic16_popCopyReg(&pic16_pc_wreg) ); } for(i=0;isize;i++) { /* initialise for stack access via frame pointer */ // operands on stack are accessible via "{FRAME POINTER} + index" with index // starting at 2 for arguments and growing from 0 downwards for // local variables (index == 0 is not assigned so we add one here) { int soffs = sym->stack; if (soffs <= 0) { assert (soffs < 0); soffs++; } // if if(1 && ic->op == SEND) { pic16_emitpcode(POC_MOVLW, pic16_popGetLit(soffs + aop->size - i - 1 /*+ _G.stack_lat*/)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg( pic16_frame_plusw ), pic16_popCopyReg(pic16_stack_postdec ))); } else { pic16_emitpcode(POC_MOVLW, pic16_popGetLit(soffs + i /*+ _G.stack_lat*/)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg( pic16_frame_plusw ), pcop[i])); } } } if(_G.accInUse) { pic16_poppCodeOp( pic16_popCopyReg(&pic16_pc_wreg) ); } return (aop); #endif #if 0 /* now assign the address of the variable to the pointer register */ if (aop->type != AOP_STK) { if (sym->onStack) { if ( _G.accInUse ) pic16_emitcode("push","acc"); pic16_emitcode("mov","a,_bp"); pic16_emitcode("add","a,#0x%02x", ((sym->stack < 0) ? ((char)(sym->stack - _G.nRegsSaved )) : ((char)sym->stack)) & 0xff); pic16_emitcode("mov","%s,a", aop->aopu.aop_ptr->name); if ( _G.accInUse ) pic16_emitcode("pop","acc"); } else pic16_emitcode("mov","%s,#%s", aop->aopu.aop_ptr->name, sym->rname); aop->paged = space->paged; } else aop->aopu.aop_stk = sym->stack; return aop; #endif } #endif #if 1 /* special case for a function */ if (IS_FUNC(sym->type)) { sym->aop = aop = newAsmop(AOP_PCODE); aop->aopu.pcop = pic16_popGetImmd(sym->rname, 0, 0); PCOI(aop->aopu.pcop)->_const = IN_CODESPACE(space); PCOI(aop->aopu.pcop)->index = 0; aop->size = FPTRSIZE; DEBUGpic16_emitcode(";","%d size = %d, name =%s",__LINE__,aop->size,sym->rname); return aop; } #endif //DEBUGpic16_emitcode(";","%d",__LINE__); /* if in bit space */ if (IN_BITSPACE(space)) { sym->aop = aop = newAsmop (AOP_CRY); aop->aopu.aop_dir = sym->rname ; aop->size = getSize(sym->type); DEBUGpic16_emitcode(";","%d sym->rname = %s, size = %d",__LINE__,sym->rname,aop->size); return aop; } /* if it is in direct space */ if (IN_DIRSPACE(space)) { if(!strcmp(sym->rname, "_WREG")) { sym->aop = aop = newAsmop (AOP_ACC); aop->size = getSize(sym->type); /* should always be 1 */ assert(aop->size == 1); DEBUGpic16_emitcode(";","%d sym->rname (AOP_ACC) = %s, size = %d",__LINE__,sym->rname,aop->size); return (aop); } else { sym->aop = aop = newAsmop (AOP_DIR); aop->aopu.aop_dir = sym->rname ; aop->size = getSize(sym->type); DEBUGpic16_emitcode(";","%d sym->rname (AOP_DIR) = %s, size = %d",__LINE__,sym->rname,aop->size); pic16_allocDirReg( IC_LEFT(ic) ); return (aop); } } if (IN_FARSPACE(space) && !IN_CODESPACE(space)) { sym->aop = aop = newAsmop (AOP_DIR); aop->aopu.aop_dir = sym->rname ; aop->size = getSize(sym->type); DEBUGpic16_emitcode(";","%d sym->rname = %s, size = %d",__LINE__,sym->rname,aop->size); pic16_allocDirReg( IC_LEFT(ic) ); return aop; } /* only remaining is far space */ sym->aop = aop = newAsmop(AOP_PCODE); /* change the next if to 1 to revert to good old immediate code */ if(IN_CODESPACE(space)) { aop->aopu.pcop = pic16_popGetImmd(sym->rname, 0, 0); PCOI(aop->aopu.pcop)->_const = IN_CODESPACE(space); PCOI(aop->aopu.pcop)->index = 0; } else { /* try to allocate via direct register */ aop->aopu.pcop = pic16_popRegFromString(sym->rname, getSize(sym->type), sym->offset, op); // Patch 8 // aop->size = getSize( sym->type ); } DEBUGpic16_emitcode(";","%d: rname %s, val %d, const = %d", __LINE__,sym->rname, 0, PCOI(aop->aopu.pcop)->_const); #if 0 if(!pic16_allocDirReg (IC_LEFT(ic))) return NULL; #endif if(IN_DIRSPACE( space )) aop->size = PTRSIZE; else if(IN_CODESPACE( space ) || IN_FARSPACE( space )) aop->size = FPTRSIZE; else if(IC_LEFT(ic) && AOP(IC_LEFT(ic))) aop->size = AOP_SIZE( IC_LEFT(ic) ); else if(IC_RIGHT(ic) && AOP(IC_RIGHT(ic))) aop->size = AOP_SIZE( IC_RIGHT(ic) ); else if(sym->onStack) { aop->size = PTRSIZE; } else { if(SPEC_SCLS(sym->etype) == S_PDATA) { fprintf(stderr, "%s: %d symbol in PDATA space\n", __FILE__, __LINE__); aop->size = FPTRSIZE; } else assert( 0 ); } DEBUGpic16_emitcode(";","%d size = %d",__LINE__,aop->size); /* if it is in code space */ if (IN_CODESPACE(space)) aop->code = 1; return aop; } /*-----------------------------------------------------------------*/ /* aopForRemat - rematerialzes an object */ /*-----------------------------------------------------------------*/ static asmop *aopForRemat (operand *op, bool result) // x symbol *sym) { symbol *sym = OP_SYMBOL(op); operand *refop; iCode *ic = NULL, *oldic; asmop *aop = newAsmop(AOP_PCODE); int val = 0; int offset = 0; int viaimmd=0; FENTRY2; ic = sym->rematiCode; if(IS_OP_POINTER(op)) { DEBUGpic16_emitcode(";","%s %d IS_OP_POINTER",__FUNCTION__,__LINE__); } // if(!result) /* fixme-vr */ for (;;) { oldic = ic; // chat *iLine = printILine(ic); // pic16_emitpcomment("ic: %s\n", iLine); // dbuf_free(iLine); if (ic->op == '+') { val += (int) operandLitValue(IC_RIGHT(ic)); } else if (ic->op == '-') { val -= (int) operandLitValue(IC_RIGHT(ic)); } else break; ic = OP_SYMBOL(IC_LEFT(ic))->rematiCode; } offset = OP_SYMBOL(IC_LEFT(ic))->offset; refop = IC_LEFT(ic); if(!op->isaddr)viaimmd++; else viaimmd=0; /* set the following if to 1 to revert to good old immediate code */ if(IN_CODESPACE( SPEC_OCLS( OP_SYM_ETYPE(refop))) || viaimmd) { DEBUGpic16_emitcode(";", "%s:%d immediate, size: %d", __FILE__, __LINE__, getSize( sym->type )); aop->aopu.pcop = pic16_popGetImmd(OP_SYMBOL(IC_LEFT(ic))->rname, 0, val); #if 0 PCOI(aop->aopu.pcop)->_const = IS_PTR_CONST(operandType(op)); #else PCOI(aop->aopu.pcop)->_const = IS_CODEPTR(operandType(op)); #endif PCOI(aop->aopu.pcop)->index = val; aop->size = getSize( sym->type ); } else { DEBUGpic16_emitcode(";", "%s:%d dir size: %d", __FILE__, __LINE__, getSize( OP_SYMBOL( IC_LEFT(ic))->type)); aop->aopu.pcop = pic16_popRegFromString(OP_SYMBOL(IC_LEFT(ic))->rname, getSize( OP_SYMBOL( IC_LEFT(ic))->type), val, op); aop->size = getSize( OP_SYMBOL( IC_LEFT(ic))->type ); } DEBUGpic16_emitcode(";","%d: rname %s, val %d, const = %d", __LINE__,OP_SYMBOL(IC_LEFT(ic))->rname, #if 0 val, IS_PTR_CONST(operandType(op))); #else val, IS_CODEPTR(operandType(op))); #endif // DEBUGpic16_emitcode(";","aop type %s",pic16_AopType(AOP_TYPE(IC_LEFT(ic)))); pic16_allocDirReg (IC_LEFT(ic)); if(IN_CODESPACE( SPEC_OCLS( OP_SYM_ETYPE(op)) )) aop->code = 1; return aop; } #if 0 static int aopIdx (asmop *aop, int offset) { if(!aop) return -1; if(aop->type != AOP_REG) return -2; return aop->aopu.aop_reg[offset]->rIdx; } #endif /*-----------------------------------------------------------------*/ /* regsInCommon - two operands have some registers in common */ /*-----------------------------------------------------------------*/ static bool regsInCommon (operand *op1, operand *op2) { symbol *sym1, *sym2; int i; /* if they have registers in common */ if (!IS_SYMOP(op1) || !IS_SYMOP(op2)) return FALSE ; sym1 = OP_SYMBOL(op1); sym2 = OP_SYMBOL(op2); if (sym1->nRegs == 0 || sym2->nRegs == 0) return FALSE ; for (i = 0 ; i < sym1->nRegs ; i++) { int j; if (!sym1->regs[i]) continue ; for (j = 0 ; j < sym2->nRegs ;j++ ) { if (!sym2->regs[j]) continue ; if (sym2->regs[j] == sym1->regs[i]) return TRUE ; } } return FALSE ; } /*-----------------------------------------------------------------*/ /* operandsEqu - equivalent */ /*-----------------------------------------------------------------*/ static bool operandsEqu ( operand *op1, operand *op2) { symbol *sym1, *sym2; /* if they not symbols */ if (!IS_SYMOP(op1) || !IS_SYMOP(op2)) return FALSE; sym1 = OP_SYMBOL(op1); sym2 = OP_SYMBOL(op2); /* if both are itemps & one is spilt and the other is not then false */ if (IS_ITEMP(op1) && IS_ITEMP(op2) && sym1->isspilt != sym2->isspilt ) return FALSE ; /* if they are the same */ if (sym1 == sym2) return TRUE ; if (sym1->rname[0] && sym2->rname[0] && strcmp (sym1->rname, sym2->rname) == 0) return TRUE; /* if left is a tmp & right is not */ if (IS_ITEMP(op1) && !IS_ITEMP(op2) && sym1->isspilt && (SYM_SPIL_LOC(sym1) == sym2)) return TRUE; if (IS_ITEMP(op2) && !IS_ITEMP(op1) && sym2->isspilt && sym1->level > 0 && (SYM_SPIL_LOC(sym2) == sym1)) return TRUE ; return FALSE ; } /*-----------------------------------------------------------------*/ /* pic16_sameRegs - two asmops have the same registers */ /*-----------------------------------------------------------------*/ bool pic16_sameRegs (asmop *aop1, asmop *aop2 ) { int i; if (aop1 == aop2) return TRUE ; DEBUGpic16_emitcode(";***", "%s aop1->type = %s\taop2->type = %s\n", __FUNCTION__, pic16_AopType(aop1->type), pic16_AopType(aop2->type)); if(aop1->type == AOP_ACC && aop2->type == AOP_ACC)return TRUE; if (aop1->type != AOP_REG || aop2->type != AOP_REG ) return FALSE ; /* This is a bit too restrictive if one is a subset of the other... if (aop1->size != aop2->size ) return FALSE ; */ for (i = 0 ; i < min(aop1->size, aop2->size) ; i++ ) { // if(aop1->aopu.aop_reg[i]->type != aop2->aopu.aop_reg[i]->type)return FALSE; // if(aop1->aopu.aop_reg[i]->type == AOP_REG) if (strcmp(aop1->aopu.aop_reg[i]->name, aop2->aopu.aop_reg[i]->name )) return FALSE ; } return TRUE ; } bool pic16_sameRegsOfs(asmop *aop1, asmop *aop2, int offset) { DEBUGpic16_emitcode(";***", "%s aop1->type = %s\taop2->type = %s (offset = %d)\n", __FUNCTION__, pic16_AopType(aop1->type), pic16_AopType(aop2->type), offset); if(aop1 == aop2)return TRUE; if(aop1->type != AOP_REG || aop2->type != AOP_REG)return FALSE; if(strcmp(aop1->aopu.aop_reg[offset]->name, aop2->aopu.aop_reg[offset]->name))return FALSE; return TRUE; } /*-----------------------------------------------------------------*/ /* pic16_aopOp - allocates an asmop for an operand : */ /*-----------------------------------------------------------------*/ void pic16_aopOp (operand *op, iCode *ic, bool result) { asmop *aop; symbol *sym; int i; if (!op) return ; DEBUGpic16_emitcode(";","%s %d",__FUNCTION__, __LINE__); /* if this a literal */ if (IS_OP_LITERAL(op)) { op->aop = aop = newAsmop(AOP_LIT); aop->aopu.aop_lit = op->operand.valOperand; aop->size = getSize(operandType(op)); return; } { sym_link *type = operandType(op); #if 0 if(IS_PTR_CONST(type)) #else if(IS_CODEPTR(type)) #endif DEBUGpic16_emitcode(";","%d aop type is const pointer",__LINE__); } /* if already has a asmop then continue */ if (op->aop) return ; /* if the underlying symbol has a aop */ if (IS_SYMOP(op) && OP_SYMBOL(op)->aop) { DEBUGpic16_emitcode(";","%d has symbol",__LINE__); op->aop = OP_SYMBOL(op)->aop; return; } /* if this is a true symbol */ if (IS_TRUE_SYMOP(op)) { DEBUGpic16_emitcode(";","%d - true symop",__LINE__); op->aop = aopForSym(ic, op, result); return ; } /* this is a temporary : this has only four choices : a) register b) spillocation c) rematerialize d) conditional e) can be a return use only */ sym = OP_SYMBOL(op); DEBUGpic16_emitcode("; ***", "%d: symbol name = %s, regType = %d", __LINE__, sym->name, sym->regType); /* if the type is a conditional */ if (sym->regType == REG_CND) { aop = op->aop = sym->aop = newAsmop(AOP_CRY); aop->size = 0; return; } /* if it is spilt then two situations a) is rematerialize b) has a spill location */ if (sym->isspilt || sym->nRegs == 0) { // debugf3("symbol %s\tisspilt: %d\tnRegs: %d\n", sym->rname, sym->isspilt, sym->nRegs); DEBUGpic16_emitcode(";","%d",__LINE__); /* rematerialize it NOW */ if (sym->remat) { sym->aop = op->aop = aop = aopForRemat (op, result); return; } #if 1 if (sym->accuse) { int i; aop = op->aop = sym->aop = newAsmop(AOP_ACC); aop->size = getSize(sym->type); for ( i = 0 ; i < 1 ; i++ ) { aop->aopu.aop_str[i] = accUse[i]; // aop->aopu.pcop = pic16_popRegFromString("WREG", aop->size, SYM_SPIL_LOC(sym)->offset); } fprintf(stderr, "%s:%d allocating AOP_ACC for sym= %s\n", __FILE__, __LINE__, sym->name); DEBUGpic16_emitcode(";","%d size=%d",__LINE__,aop->size); return; } #endif #if 1 if (sym->ruonly) { /* sym->aop = op->aop = aop = newAsmop(AOP_PCODE); aop->aopu.pcop = pic16_popGetImmd(SYM_SPIL_LOC(sym)->rname,0,SYM_SPIL_LOC(sym)->offset); //pic16_allocDirReg (IC_LEFT(ic)); aop->size = getSize(sym->type); */ unsigned i; aop = op->aop = sym->aop = newAsmop(AOP_REG); aop->size = getSize(sym->type); for ( i = 0 ; i < pic16_fReturnSizePic ; i++ ) aop->aopu.aop_reg[i] = PCOR(pic16_popRegFromIdx( fReturnIdx[i] ))->r; DEBUGpic16_emitcode(";","%d",__LINE__); return; } #endif /* else spill location */ if (SYM_SPIL_LOC(sym) && getSize(sym->type) != getSize(SYM_SPIL_LOC(sym)->type)) { /* force a new aop if sizes differ */ SYM_SPIL_LOC(sym)->aop = NULL; } #if 0 DEBUGpic16_emitcode(";","%s %d %s sym->rname = %s, offset %d", __FUNCTION__,__LINE__, SYM_SPIL_LOC(sym)->rname, sym->rname, SYM_SPIL_LOC(sym)->offset); #endif //aop->aopu.pcop = pic16_popGetImmd(SYM_SPIL_LOC(sym)->rname,0,SYM_SPIL_LOC(sym)->offset); if (SYM_SPIL_LOC(sym) && SYM_SPIL_LOC(sym)->rname) { sym->aop = op->aop = aop = newAsmop(AOP_PCODE); aop->aopu.pcop = pic16_popRegFromString(SYM_SPIL_LOC(sym)->rname, getSize(sym->type), SYM_SPIL_LOC(sym)->offset, op); } else if (getSize(sym->type) <= 1) { //fprintf (stderr, "%s:%d called for a spillLocation -- assigning WREG instead --- CHECK (size:%u)!\n", __FUNCTION__, __LINE__, getSize(sym->type)); pic16_emitpcomment (";!!! %s:%d called for a spillLocation -- assigning WREG instead --- CHECK", __FUNCTION__, __LINE__); assert (getSize(sym->type) <= 1); sym->aop = op->aop = aop = newAsmop(AOP_PCODE); aop->aopu.pcop = pic16_popCopyReg (&pic16_pc_wreg); } else { /* We need some kind of dummy area for getSize(sym->type) byte, * use WREG for all storage locations. * XXX: This only works if we are implementing a `dummy read', * the stored value will not be retrievable... * See #1503234 for a case requiring this. */ sym->aop = op->aop = aop = newAsmop(AOP_REG); aop->size = getSize(sym->type); for ( i = 0 ; i < aop->size ;i++) aop->aopu.aop_reg[i] = pic16_pc_wreg.r; } aop->size = getSize(sym->type); return; } { sym_link *type = operandType(op); #if 0 if(IS_PTR_CONST(type)) #else if(IS_CODEPTR(type)) #endif DEBUGpic16_emitcode(";","%d aop type is const pointer",__LINE__); } /* must be in a register */ DEBUGpic16_emitcode(";","%d register type nRegs=%d",__LINE__,sym->nRegs); sym->aop = op->aop = aop = newAsmop(AOP_REG); aop->size = sym->nRegs; for ( i = 0 ; i < sym->nRegs ;i++) aop->aopu.aop_reg[i] = sym->regs[i]; } /*-----------------------------------------------------------------*/ /* pic16_freeAsmop - free up the asmop given to an operand */ /*----------------------------------------------------------------*/ void pic16_freeAsmop (operand *op, asmop *aaop, iCode *ic, bool pop) { asmop *aop ; if (!op) aop = aaop; else aop = op->aop; if (!aop) return ; if (aop->freed) goto dealloc; aop->freed = 1; #if 1 switch (aop->type) { case AOP_STA: { int i; /* we must store the result on stack */ if((op == IC_RESULT(ic)) && RESULTONSTA(ic)) { // operands on stack are accessible via "FSR2 + index" with index // starting at 2 for arguments and growing from 0 downwards for // local variables (index == 0 is not assigned so we add one here) int soffs = OP_SYMBOL(IC_RESULT(ic))->stack; if (soffs <= 0) { assert (soffs < 0); soffs++; } // if if(_G.accInUse)pic16_pushpCodeOp( pic16_popCopyReg(&pic16_pc_wreg) ); for(i=0;isize;i++) { /* initialise for stack access via frame pointer */ pic16_emitpcode(POC_MOVLW, pic16_popGetLit(soffs + i /*+ _G.stack_lat*/)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( aop->aopu.stk.pop[i], pic16_popCopyReg(pic16_frame_plusw))); } if(_G.accInUse)pic16_poppCodeOp( pic16_popCopyReg(&pic16_pc_wreg) ); } if(!_G.resDirect) { for(i=0;isize;i++) { PCOR(aop->aopu.stk.pop[i] )->r->isFree = 1; if(bitVectBitValue(_G.sregsAlloc, PCOR(aop->aopu.stk.pop[i])->r->rIdx)) { bitVectUnSetBit(_G.sregsAlloc, PCOR(aop->aopu.stk.pop[i])->r->rIdx); // pic16_popReleaseTempReg(aop->aopu.stk.pop[i], 0); } } if (_G.sregsAllocSet) { regs *sr; _G.sregsAllocSet = reverseSet( _G.sregsAllocSet ); for(sr=setFirstItem(_G.sregsAllocSet) ; sr; sr=setFirstItem(_G.sregsAllocSet)) { pic16_poppCodeOp( pic16_popRegFromIdx( sr->rIdx ) ); deleteSetItem( &_G.sregsAllocSet, sr ); } } } _G.resDirect = 0; } break; #if 0 case AOP_STK : { int sz = aop->size; int stk = aop->aopu.aop_stk + aop->size; bitVectUnSetBit(ic->rUsed,R0_IDX); bitVectUnSetBit(ic->rUsed,R1_IDX); getFreePtr(ic,&aop,FALSE); if (options.stack10bit) { /* I'm not sure what to do here yet... */ /* #STUB */ fprintf(stderr, "*** Warning: probably generating bad code for " "10 bit stack mode.\n"); } if (stk) { pic16_emitcode ("mov","a,_bp"); pic16_emitcode ("add","a,#0x%02x",((char)stk) & 0xff); pic16_emitcode ("mov","%s,a",aop->aopu.aop_ptr->name); } else { pic16_emitcode ("mov","%s,_bp",aop->aopu.aop_ptr->name); } while (sz--) { pic16_emitcode("pop","acc"); pic16_emitcode("mov","@%s,a",aop->aopu.aop_ptr->name); if (!sz) break; pic16_emitcode("dec","%s",aop->aopu.aop_ptr->name); } op->aop = aop; pic16_freeAsmop(op,NULL,ic,TRUE); if (_G.r0Pushed) { pic16_emitcode("pop","ar0"); _G.r0Pushed--; } if (_G.r1Pushed) { pic16_emitcode("pop","ar1"); _G.r1Pushed--; } } #endif } #endif dealloc: /* all other cases just dealloc */ if (op ) { op->aop = NULL; if (IS_SYMOP(op)) { OP_SYMBOL(op)->aop = NULL; /* if the symbol has a spill */ if (SPIL_LOC(op)) SPIL_LOC(op)->aop = NULL; } } } /*-----------------------------------------------------------------*/ /* pic16_aopGet - for fetching value of the aop */ /*-----------------------------------------------------------------*/ char *pic16_aopGet (asmop *aop, int offset, bool bit16, bool dname) { char *s = buffer ; char *rs; //DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* offset is greater than size then zero */ if (offset > (aop->size - 1) && aop->type != AOP_LIT) return zero; /* depending on type */ switch (aop->type) { case AOP_DIR: if (offset) { sprintf(s,"(%s + %d)", aop->aopu.aop_dir, offset); DEBUGpic16_emitcode(";","oops AOP_DIR did this %s\n",s); } else sprintf(s,"%s",aop->aopu.aop_dir); rs = Safe_calloc(1,strlen(s)+1); strcpy(rs,s); return rs; case AOP_REG: return aop->aopu.aop_reg[offset]->name; case AOP_CRY: return aop->aopu.aop_dir; case AOP_ACC: DEBUGpic16_emitcode(";Warning -pic port ignoring get(AOP_ACC)","%d\toffset: %d",__LINE__, offset); // fprintf(stderr, "%s:%d Warning -pic port ignoring get(AOP_ACC)\n",__FILE__, __LINE__); // assert( 0 ); // return aop->aopu.aop_str[offset]; //->"AOP_accumulator_bug"; rs = Safe_strdup("WREG"); return (rs); case AOP_LIT: sprintf(s,"0x%02x", pic16aopLiteral (aop->aopu.aop_lit,offset)); rs = Safe_calloc(1,strlen(s)+1); strcpy(rs,s); return rs; case AOP_STR: aop->coff = offset ; // if (strcmp(aop->aopu.aop_str[offset],"a") == 0 && // dname) // return "acc"; if(!strcmp(aop->aopu.aop_str[offset], "WREG")) { aop->type = AOP_ACC; return Safe_strdup("_WREG"); } DEBUGpic16_emitcode(";","%d - %s",__LINE__, aop->aopu.aop_str[offset]); return aop->aopu.aop_str[offset]; case AOP_PCODE: { pCodeOp *pcop = aop->aopu.pcop; DEBUGpic16_emitcode(";","%d: pic16_aopGet AOP_PCODE type %s",__LINE__,pic16_pCodeOpType(pcop)); if(pcop->name) { DEBUGpic16_emitcode(";","%s offset %d",pcop->name,PCOI(pcop)->offset); //sprintf(s,"(%s+0x%02x)", pcop->name,PCOI(aop->aopu.pcop)->offset); if (offset) { sprintf(s,"(%s + %d)", pic16_get_op (pcop, NULL, 0), offset); } else { sprintf(s,"%s", pic16_get_op (pcop, NULL, 0)); } } else sprintf(s,"0x%02x", PCOI(aop->aopu.pcop)->offset); } rs = Safe_calloc(1,strlen(s)+1); strcpy(rs,s); return rs; #if 0 case AOP_PAGED: DEBUGpic16_emitcode(";","oops AOP_PAGED did this %s\n",s); if (offset) { sprintf(s,"(%s + %d)", aop->aopu.aop_dir, offset); } else sprintf(s,"%s",aop->aopu.aop_dir); DEBUGpic16_emitcode(";","oops AOP_PAGED did this %s\n",s); rs = Safe_calloc(1,strlen(s)+1); strcpy(rs,s); return rs; #endif case AOP_STA: rs = Safe_strdup(PCOR(aop->aopu.stk.pop[offset])->r->name); return (rs); case AOP_STK: // pCodeOp *pcop = aop->aop break; } fprintf(stderr, "%s:%d unsupported aop->type: %s\n", __FILE__, __LINE__, pic16_AopType(aop->type)); werror(E_INTERNAL_ERROR,__FILE__,__LINE__, "aopget got unsupported aop->type"); exit(0); } /* lock has the following meaning: When allocating temporary registers * for stack variables storage, the value of the temporary register is * saved on stack. Its value is restored at the end. This procedure is * done via calls to pic16_aopOp and pic16_freeAsmop functions. There is * a possibility that before a call to pic16_aopOp, a temporary register * is allocated for a while and it is freed after some time, this will * mess the stack and values will not be restored properly. So use lock=1 * to allocate temporary registers used internally by the programmer, and * lock=0 to allocate registers for stack use. lock=1 will emit a warning * to inform the compiler developer about a possible bug. This is an internal * feature for developing the compiler -- VR */ int _TempReg_lock = 0; /*-----------------------------------------------------------------*/ /* pic16_popGetTempReg - create a new temporary pCodeOp */ /*-----------------------------------------------------------------*/ pCodeOp *pic16_popGetTempReg(int lock) { pCodeOp *pcop=NULL; symbol *cfunc; // DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(_TempReg_lock) { // werror(W_POSSBUG2, __FILE__, __LINE__); } _TempReg_lock += lock; cfunc = currFunc; currFunc = NULL; pcop = pic16_newpCodeOp(NULL, PO_GPR_TEMP); if(pcop && pcop->type == PO_GPR_TEMP && PCOR(pcop)->r) { PCOR(pcop)->r->wasUsed=1; PCOR(pcop)->r->isFree=0; /* push value on stack */ pic16_pushpCodeOp( pic16_pCodeOpCopy(pcop) ); } currFunc = cfunc; return pcop; } /*-----------------------------------------------------------------*/ /* pic16_popGetTempRegCond - create a new temporary pCodeOp which */ /* is not part of f, but don't save if */ /* inside v */ /*-----------------------------------------------------------------*/ pCodeOp *pic16_popGetTempRegCond(bitVect *f, bitVect *v, int lock) { pCodeOp *pcop=NULL; symbol *cfunc; int i; // DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(_TempReg_lock) { // werror(W_POSSBUG2, __FILE__, __LINE__); } _TempReg_lock += lock; cfunc = currFunc; currFunc = NULL; i = bitVectFirstBit(f); while(i < 128) { /* bypass registers that are used by function */ if(!bitVectBitValue(f, i)) { /* bypass registers that are already allocated for stack access */ if(!bitVectBitValue(v, i)) { // debugf("getting register rIdx = %d\n", i); /* ok, get the operand */ pcop = pic16_newpCodeOpReg( i ); /* should never by NULL */ assert( pcop != NULL ); /* sanity check */ if(pcop && pcop->type == PO_GPR_TEMP && PCOR(pcop)->r) { int found=0; PCOR(pcop)->r->wasUsed=1; PCOR(pcop)->r->isFree=0; { regs *sr; for(sr=setFirstItem(_G.sregsAllocSet);sr;sr=setNextItem(_G.sregsAllocSet)) { if(sr->rIdx == PCOR(pcop)->r->rIdx) { /* already used in previous steps, break */ found=1; break; } } } /* caller takes care of the following */ // bitVectSetBit(v, i); if(!found) { /* push value on stack */ pic16_pushpCodeOp( pic16_pCodeOpCopy(pcop) ); addSet(&_G.sregsAllocSet, PCOR(pcop)->r); } break; } } } i++; } currFunc = cfunc; return pcop; } /*-----------------------------------------------------------------*/ /* pic16_popReleaseTempReg - create a new temporary pCodeOp */ /*-----------------------------------------------------------------*/ void pic16_popReleaseTempReg(pCodeOp *pcop, int lock) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); _TempReg_lock -= lock; if(pcop && pcop->type == PO_GPR_TEMP && PCOR(pcop)->r) { PCOR(pcop)->r->isFree = 1; pic16_poppCodeOp( pic16_pCodeOpCopy(pcop) ); } } /*-----------------------------------------------------------------*/ /* pic16_popGetLabel - create a new pCodeOp of type PO_LABEL */ /*-----------------------------------------------------------------*/ pCodeOp *pic16_popGetLabel(int key) { DEBUGpic16_emitcode ("; ***","%s key=%d, label offset %d",__FUNCTION__,key, pic16_labelOffset); if(key>max_key) max_key = key; return pic16_newpCodeOpLabel(NULL,key+100+pic16_labelOffset); } /*-----------------------------------------------------------------*/ /* pic16_popCopyReg - copy a pcode operator */ /*-----------------------------------------------------------------*/ pCodeOp *pic16_popCopyReg(pCodeOpReg *pc) { pCodeOpReg *pcor; pcor = Safe_calloc(1,sizeof(pCodeOpReg) ); memcpy (pcor, pc, sizeof (pCodeOpReg)); pcor->r->wasUsed = 1; //pcor->pcop.type = pc->pcop.type; if(pc->pcop.name) { if(!(pcor->pcop.name = Safe_strdup(pc->pcop.name))) fprintf(stderr,"oops %s %d",__FILE__,__LINE__); } else pcor->pcop.name = NULL; //pcor->r = pc->r; //pcor->rIdx = pc->rIdx; //pcor->r->wasUsed=1; //pcor->instance = pc->instance; // DEBUGpic16_emitcode ("; ***","%s , copying %s, rIdx=%d",__FUNCTION__,pc->pcop.name,pc->rIdx); return PCOP(pcor); } /*-----------------------------------------------------------------*/ /* pic16_popGetLit - asm operator to pcode operator conversion */ /*-----------------------------------------------------------------*/ pCodeOp *pic16_popGetLit(int lit) { return pic16_newpCodeOpLit(lit); } /* Allow for 12 bit literals (LFSR x, ). */ pCodeOp *pic16_popGetLit12(int lit) { return pic16_newpCodeOpLit12(lit); } /*-----------------------------------------------------------------*/ /* pic16_popGetLit2 - asm operator to pcode operator conversion */ /*-----------------------------------------------------------------*/ pCodeOp *pic16_popGetLit2(int lit, pCodeOp *arg2) { return pic16_newpCodeOpLit2(lit, arg2); } /*-----------------------------------------------------------------*/ /* pic16_popGetImmd - asm operator to pcode immediate conversion */ /*-----------------------------------------------------------------*/ pCodeOp *pic16_popGetImmd(char *name, unsigned int offset, int index) { return pic16_newpCodeOpImmd(name, offset,index, 0); } /*-----------------------------------------------------------------*/ /* pic16_popGet - asm operator to pcode operator conversion */ /*-----------------------------------------------------------------*/ pCodeOp *pic16_popGetWithString(char *str) { pCodeOp *pcop; if(!str) { fprintf(stderr,"NULL string %s %d\n",__FILE__,__LINE__); exit (1); } pcop = pic16_newpCodeOp(str,PO_STR); return pcop; } /*-----------------------------------------------------------------*/ /* pic16_popRegFromString - */ /*-----------------------------------------------------------------*/ static pCodeOp *pic16_popRegFromString(char *str, int size, int offset, operand *op) { pCodeOp *pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); pcop->type = PO_DIR; DEBUGpic16_emitcode(";","%d %s %s %d/%d",__LINE__, __FUNCTION__, str, size, offset); // patch 14 // fprintf(stderr, "%s:%d: register name = %s pos = %d/%d\n", __FUNCTION__, __LINE__, str, offset, size); if(!str) str = "BAD_STRING"; pcop->name = Safe_calloc(1,strlen(str)+1); strcpy(pcop->name,str); //pcop->name = Safe_strdup( ( (str) ? str : "BAD STRING")); PCOR(pcop)->r = pic16_dirregWithName(pcop->name); // PCOR(pcop)->r->wasUsed = 1; /* make sure that register doesn't exist, * and operand isn't NULL * and symbol isn't in codespace (codespace symbols are handled elsewhere) */ if((PCOR(pcop)->r == NULL) && (op) && !IN_CODESPACE(SPEC_OCLS(OP_SYM_ETYPE(op)))) { // fprintf(stderr, "%s:%d - couldn't find %s in allocated regsters, size= %d ofs= %d\n", // __FUNCTION__, __LINE__, str, size, offset); PCOR(pcop)->r = pic16_allocRegByName (pcop->name,size, op); //fprintf(stderr, "%s:%d: WARNING: need to allocate new register by name -> %s\n", __FILE__, __LINE__, str); } PCOR(pcop)->instance = offset; return pcop; } static pCodeOp *pic16_popRegFromIdx(int rIdx) { pCodeOp *pcop; // DEBUGpic16_emitcode ("; ***","%s,%d\trIdx=0x%x", __FUNCTION__,__LINE__,rIdx); // fprintf(stderr, "%s:%d rIdx = 0x%0x\n", __FUNCTION__, __LINE__, rIdx); pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); PCOR(pcop)->rIdx = rIdx; PCOR(pcop)->r = pic16_regWithIdx(rIdx); if(!PCOR(pcop)->r) PCOR(pcop)->r = pic16_allocWithIdx(rIdx); PCOR(pcop)->r->isFree = 0; PCOR(pcop)->r->wasUsed = 1; pcop->type = PCOR(pcop)->r->pc_type; return pcop; } /*---------------------------------------------------------------------------------*/ /* pic16_popGet2 - a variant of pic16_popGet to handle two memory operand commands */ /* VR 030601 */ /*---------------------------------------------------------------------------------*/ pCodeOp *pic16_popGet2(asmop *aop_src, asmop *aop_dst, int offset) { pCodeOp2 *pcop2 = (pCodeOp2 *)pic16_newpCodeOp2( pic16_popGet(aop_src, offset), pic16_popGet(aop_dst, offset)); return PCOP(pcop2); } /*--------------------------------------------------------------------------------.-*/ /* pic16_popGet2p - a variant of pic16_popGet to handle two memory operand commands */ /* VR 030601 , adapted by Hans Dorn */ /*--------------------------------------------------------------------------------.-*/ pCodeOp *pic16_popGet2p(pCodeOp *src, pCodeOp *dst) { pCodeOp2 *pcop2; pcop2 = (pCodeOp2 *)pic16_newpCodeOp2(src, dst); return PCOP(pcop2); } /*---------------------------------------------------------------------------------*/ /* pic16_popCombine2 - combine two pCodeOpReg variables into one for use with */ /* movff instruction */ /*---------------------------------------------------------------------------------*/ pCodeOp *pic16_popCombine2(pCodeOpReg *src, pCodeOpReg *dst, int noalloc) { pCodeOp2 *pcop2 = (pCodeOp2 *)pic16_newpCodeOp2( pic16_popCopyReg(src), pic16_popCopyReg(dst) ); return PCOP(pcop2); } /*-----------------------------------------------------------------*/ /* pic16_popGet - asm operator to pcode operator conversion */ /*-----------------------------------------------------------------*/ pCodeOp *pic16_popGet (asmop *aop, int offset) //, bool bit16, bool dname) { // char *s = buffer ; // char *rs; pCodeOp *pcop; FENTRY2; /* offset is greater than size then zero */ // if (offset > (aop->size - 1) && // aop->type != AOP_LIT) // return NULL; //zero; /* depending on type */ switch (aop->type) { case AOP_STA: /* pCodeOp is already allocated from aopForSym */ DEBUGpic16_emitcode(";---", "%d getting stack + offset %d\n", __LINE__, offset); pcop = pic16_pCodeOpCopy(aop->aopu.stk.pop[offset]); return (pcop); case AOP_ACC: { int rIdx = IDX_WREG; //aop->aopu.aop_reg[offset]->rIdx; fprintf(stderr, "%s:%d returning register AOP_ACC %s\n", __FILE__, __LINE__, aop->aopu.aop_str[offset]); DEBUGpic16_emitcode(";","%d\tAOP_ACC", __LINE__); pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); PCOR(pcop)->rIdx = rIdx; PCOR(pcop)->r = pic16_typeRegWithIdx(rIdx, REG_SFR, 1); // pic16_regWithIdx(rIdx); PCOR(pcop)->r->wasUsed=1; PCOR(pcop)->r->isFree=0; PCOR(pcop)->instance = offset; pcop->type = PCOR(pcop)->r->pc_type; // DEBUGpic16_emitcode(";","%d register idx = %d name =%s",__LINE__,rIdx,rs); return pcop; // return pic16_popRegFromString(aop->aopu.aop_str[offset], aop->size, offset); // return pic16_newpCodeOpRegFromStr(aop->aopu.aop_str[offset]); // assert( 0 ); } case AOP_DIR: DEBUGpic16_emitcode(";","%d\tAOP_DIR (name = %s)", __LINE__, aop->aopu.aop_dir); return pic16_popRegFromString(aop->aopu.aop_dir, aop->size, offset, NULL); #if 0 case AOP_PAGED: DEBUGpic16_emitcode(";","%d\tAOP_DIR", __LINE__); return pic16_popRegFromString(aop->aopu.aop_dir, aop->size, offset, NULL); #endif case AOP_REG: { int rIdx; // debugf2("aop = %p\toffset = %d\n", aop, offset); // assert (aop && aop->aopu.aop_reg[offset] != NULL); rIdx = aop->aopu.aop_reg[offset]->rIdx; DEBUGpic16_emitcode(";","%d\tAOP_REG", __LINE__); pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); // pcop->type = PO_GPR_REGISTER; PCOR(pcop)->rIdx = rIdx; PCOR(pcop)->r = pic16_allocWithIdx( rIdx ); //pic16_regWithIdx(rIdx); PCOR(pcop)->r->wasUsed=1; PCOR(pcop)->r->isFree=0; PCOR(pcop)->instance = offset; pcop->type = PCOR(pcop)->r->pc_type; DEBUGpic16_emitcode(";*+*", "%d\tAOP_REG type = %s", __LINE__, dumpPicOptype(pcop->type)); // rs = aop->aopu.aop_reg[offset]->name; // DEBUGpic16_emitcode(";","%d register idx = %d name = %s",__LINE__,rIdx,rs); return pcop; } case AOP_CRY: DEBUGpic16_emitcode(";","%d\tAOP_CRY", __LINE__); pcop = pic16_newpCodeOpBit(aop->aopu.aop_dir,-1,1, PO_GPR_REGISTER); PCOR(pcop)->instance = offset; PCOR(pcop)->r = pic16_dirregWithName(aop->aopu.aop_dir); //if(PCOR(pcop)->r == NULL) //fprintf(stderr,"%d - couldn't find %s in allocated registers\n",__LINE__,aop->aopu.aop_dir); return pcop; case AOP_LIT: DEBUGpic16_emitcode(";","%d\tAOP_LIT", __LINE__); return pic16_newpCodeOpLit(pic16aopLiteral (aop->aopu.aop_lit,offset)); case AOP_STR: DEBUGpic16_emitcode(";","%d AOP_STR %s",__LINE__,aop->aopu.aop_str[offset]); return pic16_newpCodeOpRegFromStr(aop->aopu.aop_str[offset]); /* pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); PCOR(pcop)->r = pic16_allocRegByName(aop->aopu.aop_str[offset]); PCOR(pcop)->rIdx = PCOR(pcop)->r->rIdx; pcop->type = PCOR(pcop)->r->pc_type; pcop->name = PCOR(pcop)->r->name; return pcop; */ case AOP_PCODE: DEBUGpic16_emitcode(";","pic16_popGet AOP_PCODE (%s) %d %s offset %d",pic16_pCodeOpType(aop->aopu.pcop), __LINE__, ((aop->aopu.pcop->name)? (aop->aopu.pcop->name) : "no name"), offset); pcop = pic16_pCodeOpCopy(aop->aopu.pcop); switch( aop->aopu.pcop->type ) { case PO_DIR: PCOR(pcop)->instance += offset; break; case PO_IMMEDIATE: PCOI(pcop)->offset = offset; break; case PO_WREG: assert (offset==0); break; default: fprintf (stderr, "%s: unhandled aop->aopu.pcop->type %d\n", __FUNCTION__, aop->aopu.pcop->type); assert( 0 ); /* should never reach here */; } return pcop; } werror(E_INTERNAL_ERROR,__FILE__,__LINE__, "pic16_popGet got unsupported aop->type"); exit(0); } /*-----------------------------------------------------------------*/ /* pic16_aopPut - puts a string for a aop */ /*-----------------------------------------------------------------*/ void pic16_aopPut (asmop *aop, char *s, int offset) { char *d = buffer ; symbol *lbl ; return; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (aop->size && offset > ( aop->size - 1)) { werror(E_INTERNAL_ERROR,__FILE__,__LINE__, "pic16_aopPut got offset > aop->size"); exit(0); } /* will assign value to value */ /* depending on where it is ofcourse */ switch (aop->type) { case AOP_DIR: if (offset) { sprintf(d,"(%s + %d)", aop->aopu.aop_dir,offset); fprintf(stderr,"oops pic16_aopPut:AOP_DIR did this %s\n",s); } else sprintf(d,"%s",aop->aopu.aop_dir); if (strcmp(d,s)) { DEBUGpic16_emitcode(";","%d",__LINE__); if(strcmp(s,"W")) pic16_emitcode("movf","%s,w",s); pic16_emitcode("movwf","%s",d); if(strcmp(s,"W")) { pic16_emitcode(";BUG!? should have this:movf","%s,w %d",s,__LINE__); if(offset >= aop->size) { pic16_emitpcode(POC_CLRF,pic16_popGet(aop,offset)); break; } else pic16_emitpcode(POC_MOVLW,pic16_popGetImmd(s,offset,0)); } pic16_emitpcode(POC_MOVWF,pic16_popGet(aop,offset)); } break; case AOP_REG: if (strcmp(aop->aopu.aop_reg[offset]->name,s) != 0) { // && //strcmp(aop->aopu.aop_reg[offset]->dname,s)!= 0){ /* if (*s == '@' || strcmp(s,"r0") == 0 || strcmp(s,"r1") == 0 || strcmp(s,"r2") == 0 || strcmp(s,"r3") == 0 || strcmp(s,"r4") == 0 || strcmp(s,"r5") == 0 || strcmp(s,"r6") == 0 || strcmp(s,"r7") == 0 ) pic16_emitcode("mov","%s,%s ; %d", aop->aopu.aop_reg[offset]->dname,s,__LINE__); else */ if(strcmp(s,"W")==0 ) pic16_emitcode("movf","%s,w ; %d",s,__LINE__); pic16_emitcode("movwf","%s", aop->aopu.aop_reg[offset]->name); if(strcmp(s,zero)==0) { pic16_emitpcode(POC_CLRF,pic16_popGet(aop,offset)); } else if(strcmp(s,"W")==0) { pCodeOp *pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); pcop->type = PO_GPR_REGISTER; PCOR(pcop)->rIdx = -1; PCOR(pcop)->r = NULL; DEBUGpic16_emitcode(";","%d",__LINE__); pcop->name = Safe_strdup(s); pic16_emitpcode(POC_MOVFW,pcop); pic16_emitpcode(POC_MOVWF,pic16_popGet(aop,offset)); } else if(strcmp(s,one)==0) { pic16_emitpcode(POC_CLRF,pic16_popGet(aop,offset)); pic16_emitpcode(POC_INCF,pic16_popGet(aop,offset)); } else { pic16_emitpcode(POC_MOVWF,pic16_popGet(aop,offset)); } } break; case AOP_STK: if (strcmp(s,"a") == 0) pic16_emitcode("push","acc"); else pic16_emitcode("push","%s",s); break; case AOP_CRY: /* if bit variable */ if (!aop->aopu.aop_dir) { pic16_emitcode("clr","a"); pic16_emitcode("rlc","a"); } else { if (s == zero) pic16_emitcode("clr","%s",aop->aopu.aop_dir); else if (s == one) pic16_emitcode("setb","%s",aop->aopu.aop_dir); else if (!strcmp(s,"c")) pic16_emitcode("mov","%s,c",aop->aopu.aop_dir); else { lbl = newiTempLabel(NULL); if (strcmp(s,"a")) { MOVA(s); } pic16_emitcode("clr","c"); pic16_emitcode("jz","%05d_DS_",lbl->key+100); pic16_emitcode("cpl","c"); pic16_emitcode("","%05d_DS_:",lbl->key+100); pic16_emitcode("mov","%s,c",aop->aopu.aop_dir); } } break; case AOP_STR: aop->coff = offset; if (strcmp(aop->aopu.aop_str[offset],s)) pic16_emitcode ("mov","%s,%s ; %d",aop->aopu.aop_str[offset],s,__LINE__); break; case AOP_ACC: aop->coff = offset; if (!offset && (strcmp(s,"acc") == 0)) break; if (strcmp(aop->aopu.aop_str[offset],s)) pic16_emitcode ("mov","%s,%s ; %d",aop->aopu.aop_str[offset],s, __LINE__); break; default : fprintf(stderr, "%s:%d: unknown aop->type = 0x%x\n", __FILE__, __LINE__, aop->type); // werror(E_INTERNAL_ERROR,__FILE__,__LINE__, // "pic16_aopPut got unsupported aop->type"); // exit(0); } } /*-----------------------------------------------------------------*/ /* pic16_mov2w - generate either a MOVLW or MOVFW based operand type */ /*-----------------------------------------------------------------*/ void pic16_mov2w (asmop *aop, int offset) { DEBUGpic16_emitcode ("; ***","%s %d offset=%d",__FUNCTION__,__LINE__,offset); if(pic16_isLitAop(aop)) pic16_emitpcode(POC_MOVLW,pic16_popGet(aop,offset)); else pic16_emitpcode(POC_MOVFW,pic16_popGet(aop,offset)); } void pic16_mov2w_volatile (asmop *aop) { int i; if(!pic16_isLitAop(aop)) { // may need to protect this from the peepholer -- this is not nice but works... pic16_addpCode2pBlock(pb, pic16_newpCodeAsmDir(";", "VOLATILE READ - BEGIN")); for (i = 0; i < aop->size; i++) { if (i > 0) { pic16_addpCode2pBlock(pb, pic16_newpCodeAsmDir(";", "VOLATILE READ - MORE")); } // if pic16_emitpcode(POC_MOVFW, pic16_popGet(aop, i)); } // for pic16_addpCode2pBlock(pb, pic16_newpCodeAsmDir(";", "VOLATILE READ - END")); } } void pic16_mov2f(asmop *dst, asmop *src, int offset) { if(pic16_isLitAop(src)) { pic16_emitpcode(POC_MOVLW, pic16_popGet(src, offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(dst, offset)); } else { if(pic16_sameRegsOfs(src, dst, offset))return; pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popGet(src, offset), pic16_popGet(dst, offset))); } } static void pic16_movLit2f(pCodeOp *pc, int lit) { if (0 == (lit & 0x00ff)) { pic16_emitpcode (POC_CLRF, pc); } else if (0xff == (lit & 0x00ff)) { pic16_emitpcode (POC_SETF, pc); } else { pic16_emitpcode (POC_MOVLW, pic16_popGetLit (lit & 0x00ff)); if (pc->type != PO_WREG) pic16_emitpcode (POC_MOVWF, pc); } } static void mov2fp(pCodeOp *dst, asmop *src, int offset) { if(pic16_isLitAop(src)) { pic16_emitpcode(POC_MOVLW, pic16_popGet(src, offset)); pic16_emitpcode(POC_MOVWF, dst); } else { pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popGet(src, offset), dst)); } } void pic16_testStackOverflow(void) { #define GSTACK_TEST_NAME "_gstack_test" pic16_emitpcode(POC_CALL, pic16_popGetWithString( GSTACK_TEST_NAME )); { symbol *sym; sym = newSymbol( GSTACK_TEST_NAME , 0 ); sprintf(sym->rname, "%s", /*port->fun_prefix,*/ GSTACK_TEST_NAME); // strcpy(sym->rname, GSTACK_TEST_NAME); checkAddSym(&externs, sym); } } /* push pcop into stack */ void pic16_pushpCodeOp(pCodeOp *pcop) { // DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (pcop->type == PO_LITERAL) { pic16_emitpcode(POC_MOVLW, pcop); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg( pic16_stack_postdec )); } else { pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pcop, pic16_popCopyReg( pic16_stack_postdec ))); } if(pic16_options.gstack) pic16_testStackOverflow(); } /* pop pcop from stack */ void pic16_poppCodeOp(pCodeOp *pcop) { pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg( pic16_stack_preinc ), pcop)); if(pic16_options.gstack) pic16_testStackOverflow(); } /*-----------------------------------------------------------------*/ /* pushw - pushes wreg to stack */ /*-----------------------------------------------------------------*/ void pushw(void) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg( pic16_stack_postdec )); if(pic16_options.gstack) pic16_testStackOverflow(); } /*-----------------------------------------------------------------*/ /* pushaop - pushes aop to stack */ /*-----------------------------------------------------------------*/ void pushaop(asmop *aop, int offset) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(_G.resDirect)return; if(pic16_isLitAop(aop)) { pic16_emitpcode(POC_MOVLW, pic16_popGet(aop, offset)); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg( pic16_stack_postdec )); } else { pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popGet(aop, offset), pic16_popCopyReg( pic16_stack_postdec ))); } if(pic16_options.gstack) pic16_testStackOverflow(); } /*-----------------------------------------------------------------*/ /* popaop - pops aop from stack */ /*-----------------------------------------------------------------*/ void popaop(asmop *aop, int offset) { DEBUGpic16_emitcode("; ***", "%s %d", __FUNCTION__, __LINE__); pic16_emitpcode(POC_MOVFF, pic16_popCombine2(pic16_stack_preinc, PCOR(pic16_popGet(aop, offset)), 0)); if(pic16_options.gstack) pic16_testStackOverflow(); } void popaopidx(asmop *aop, int offset, int index) { int ofs=1; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(STACK_MODEL_LARGE)ofs++; pic16_emitpcode(POC_MOVLW, pic16_popGetLit(index + ofs)); pic16_emitpcode(POC_MOVFF, pic16_popCombine2(pic16_frame_plusw, PCOR(pic16_popGet(aop, offset)), 0)); if(pic16_options.gstack) pic16_testStackOverflow(); } /*-----------------------------------------------------------------*/ /* pic16_getDataSize - get the operand data size */ /*-----------------------------------------------------------------*/ int pic16_getDataSize(operand *op) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); return AOP_SIZE(op); // tsd- in the pic port, the genptr size is 1, so this code here // fails. ( in the 8051 port, the size was 4). #if 0 int size; size = AOP_SIZE(op); if (size == GPTRSIZE) { sym_link *type = operandType(op); if (IS_GENPTR(type)) { /* generic pointer; arithmetic operations * should ignore the high byte (pointer type). */ size--; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); } } return size; #endif } /*-----------------------------------------------------------------*/ /* pic16_outAcc - output Acc */ /*-----------------------------------------------------------------*/ void pic16_outAcc(operand *result) { int size,offset; DEBUGpic16_emitcode ("; ***","%s %d - ",__FUNCTION__,__LINE__); DEBUGpic16_pic16_AopType(__LINE__,NULL,NULL,result); size = pic16_getDataSize(result); if(size){ pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),0)); size--; offset = 1; /* unsigned or positive */ while(size--) pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),offset++)); } } /*-----------------------------------------------------------------*/ /* pic16_outBitC - output a bit C */ /* Move to result the value of Carry flag -- VR */ /*-----------------------------------------------------------------*/ void pic16_outBitC(operand *result) { int i; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* if the result is bit */ if (AOP_TYPE(result) == AOP_CRY) { fprintf(stderr, "%s:%d: pic16 port warning: unsupported case\n", __FILE__, __LINE__); pic16_aopPut(AOP(result),"c",0); } else { i = AOP_SIZE(result); while(i--) { pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result), i)); } pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result), 0)); } } /*-----------------------------------------------------------------*/ /* pic16_outBitOp - output a bit from Op */ /* Move to result the value of set/clr op -- VR */ /*-----------------------------------------------------------------*/ void pic16_outBitOp(operand *result, pCodeOp *pcop) { int i; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* if the result is bit */ if (AOP_TYPE(result) == AOP_CRY) { fprintf(stderr, "%s:%d: pic16 port warning: unsupported case\n", __FILE__, __LINE__); pic16_aopPut(AOP(result),"c",0); } else { i = AOP_SIZE(result); while(i--) { pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result), i)); } pic16_emitpcode(POC_RRCF, pcop); pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result), 0)); } } /*-----------------------------------------------------------------*/ /* pic16_toBoolean - emit code for orl a,operator(sizeop) */ /*-----------------------------------------------------------------*/ void pic16_toBoolean(operand *oper) { int size = AOP_SIZE(oper) - 1; int offset = 1; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if ( AOP_TYPE(oper) != AOP_ACC) { pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(oper),0)); } while (size--) { pic16_emitpcode(POC_IORFW, pic16_popGet(AOP(oper),offset++)); } } /*-----------------------------------------------------------------*/ /* genUminusFloat - unary minus for floating points */ /*-----------------------------------------------------------------*/ static void genUminusFloat(operand *op,operand *result) { int size ,offset =0 ; FENTRY; /* for this we just need to flip the first it then copy the rest in place */ size = AOP_SIZE(op); assert( size == AOP_SIZE(result) ); while(size--) { pic16_mov2f(AOP(result), AOP(op), offset); offset++; } /* toggle the MSB's highest bit */ pic16_emitpcode(POC_BTG, pic16_popCopyGPR2Bit(pic16_popGet(AOP(result), offset-1), 7)); } /*-----------------------------------------------------------------*/ /* genUminus - unary minus code generation */ /*-----------------------------------------------------------------*/ static void genUminus (iCode *ic) { int lsize, rsize, i; sym_link *optype, *rtype; symbol *label; int needLabel=0; FENTRY; /* assign asmops */ pic16_aopOp(IC_LEFT(ic),ic,FALSE); pic16_aopOp(IC_RESULT(ic),ic,TRUE); /* if both in bit space then special case */ if (AOP_TYPE(IC_RESULT(ic)) == AOP_CRY && AOP_TYPE(IC_LEFT(ic)) == AOP_CRY ) { pic16_emitpcode(POC_BCF, pic16_popGet(AOP(IC_RESULT(ic)),0)); pic16_emitpcode(POC_BTFSS, pic16_popGet(AOP(IC_LEFT(ic)),0)); pic16_emitpcode(POC_BSF, pic16_popGet(AOP(IC_RESULT(ic)),0)); goto release; } optype = operandType(IC_LEFT(ic)); rtype = operandType(IC_RESULT(ic)); /* if float then do float stuff */ if (IS_FLOAT(optype) || IS_FIXED(optype)) { if(IS_FIXED(optype)) debugf("implement fixed16x16 type\n", 0); genUminusFloat(IC_LEFT(ic),IC_RESULT(ic)); goto release; } /* otherwise subtract from zero by taking the 2's complement */ lsize = AOP_SIZE(IC_LEFT(ic)); rsize = AOP_SIZE(IC_RESULT(ic)); label = newiTempLabel ( NULL ); if (pic16_sameRegs (AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic)))) { /* If the result is longer than the operand, store sign extension (0x00 or 0xff) in W */ if (rsize > lsize) { pic16_emitpcode (POC_MOVLW, pic16_popGetLit(0x00)); pic16_emitpcode (POC_BTFSS, pic16_popCopyGPR2Bit(pic16_popGet(AOP(IC_LEFT(ic)), lsize-1), 7)); pic16_emitpcode (POC_MOVLW, pic16_popGetLit(0xFF)); } for (i = rsize - 1; i > 0; --i) { if (i > lsize - 1) { pic16_emitpcode (POC_MOVWF, pic16_popGet (AOP(IC_RESULT(ic)), i)); } else { pic16_emitpcode (POC_COMF, pic16_popGet (AOP(IC_RESULT(ic)), i)); } // if } // for pic16_emitpcode (POC_NEGF, pic16_popGet (AOP(IC_RESULT(ic)), 0)); for (i = 1; i < rsize; ++i) { if (i == rsize - 1) { emitSKPNZ; } else { pic16_emitpcode (POC_BNZ, pic16_popGetLabel (label->key)); needLabel++; } pic16_emitpcode (POC_INCF, pic16_popGet (AOP(IC_RESULT(ic)), i)); } // for } else { for (i = min(rsize, lsize) - 1; i >= 0; i--) { pic16_emitpcode (POC_COMFW, pic16_popGet (AOP(IC_LEFT(ic)), i)); pic16_emitpcode (POC_MOVWF, pic16_popGet (AOP(IC_RESULT(ic)), i)); } // for /* Sign extend if the result is longer than the operand */ if (rsize > lsize) { pic16_emitpcode (POC_MOVLW, pic16_popGetLit(0x00)); pic16_emitpcode (POC_BTFSC, pic16_popCopyGPR2Bit(pic16_popGet(AOP(IC_RESULT(ic)), lsize - 1), 7)); pic16_emitpcode (POC_MOVLW, pic16_popGetLit(0xFF)); for (i = rsize - 1; i > lsize - 1; --i) { pic16_emitpcode (POC_MOVWF, pic16_popGet (AOP(IC_RESULT(ic)), i)); } // for } // if if (rsize > 1) { for (i = 0; i < rsize - 2; i++) { pic16_emitpcode (POC_INCF, pic16_popGet (AOP(IC_RESULT(ic)),i)); pic16_emitpcode (POC_BNZ, pic16_popGetLabel (label->key)); needLabel++; } // for pic16_emitpcode (POC_INFSNZ, pic16_popGet (AOP(IC_RESULT(ic)), rsize - 2)); } // if pic16_emitpcode (POC_INCF, pic16_popGet(AOP(IC_RESULT(ic)), rsize - 1)); } if (needLabel) pic16_emitpLabel (label->key); release: /* release the aops */ pic16_freeAsmop(IC_LEFT(ic), NULL, ic, (RESULTONSTACK(ic) ? 0 : 1)); pic16_freeAsmop(IC_RESULT(ic), NULL, ic, TRUE); } void pic16_loadFromReturn(operand *op, int offset, pCodeOp *src) { if((AOP(op)->type == AOP_PCODE) && (AOP(op)->aopu.pcop->type == PO_IMMEDIATE)) { pic16_emitpcode(POC_MOVFW, src); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(op), offset)); } else { pic16_emitpcode(POC_MOVFF, pic16_popGet2p( src, pic16_popGet(AOP(op), offset))); } } /*-----------------------------------------------------------------*/ /* assignResultValue - assign results to oper, rescall==1 is */ /* called from genCall() or genPcall() */ /*-----------------------------------------------------------------*/ static void assignResultValue(operand * oper, int res_size, int rescall) { int size = AOP_SIZE(oper); int offset=0; FENTRY2; // DEBUGpic16_emitcode ("; ***","%s %d rescall:%d size:%d",__FUNCTION__,__LINE__,rescall,size); // patch 14 DEBUGpic16_pic16_AopType(__LINE__,oper,NULL,NULL); if(rescall) { /* assign result from a call/pcall function() */ /* function results are stored in a special order, * see top of file with Function return policy, or manual */ if(size <= 4) { /* 8-bits, result in WREG */ pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(oper), 0)); if(size > 1 && res_size > 1) { /* 16-bits, result in PRODL:WREG */ pic16_loadFromReturn(oper, 1, pic16_popCopyReg(&pic16_pc_prodl)); } if(size > 2 && res_size > 2) { /* 24-bits, result in PRODH:PRODL:WREG */ pic16_loadFromReturn(oper, 2, pic16_popCopyReg(&pic16_pc_prodh)); // patch 14 } if(size > 3 && res_size > 3) { /* 32-bits, result in FSR0L:PRODH:PRODL:WREG */ pic16_loadFromReturn(oper, 3, pic16_popCopyReg(&pic16_pc_fsr0l)); // patch14 } pic16_addSign(oper, res_size, IS_UNSIGNED(operandType(oper))); } else { /* >32-bits, result on stack, and FSR0 points to beginning. * Fix stack when done */ /* FIXME FIXME */ // debugf("WARNING: Possible bug when returning more than 4-bytes\n"); while (size--) { // DEBUGpic16_emitcode("; ", "POC_MOVLW %d", GpsuedoStkPtr); // DEBUGpic16_emitcode("; ", "POC_MOVFW PLUSW2"); popaopidx(AOP(oper), size, GpsuedoStkPtr); GpsuedoStkPtr++; } /* fix stack */ pic16_emitpcode(POC_MOVLW, pic16_popGetLit( AOP_SIZE(oper) )); pic16_emitpcode(POC_ADDWF, pic16_popCopyReg( pic16_stackpnt_lo )); //&pic16_pc_fsr1l )); if(STACK_MODEL_LARGE) { emitSKPNC; pic16_emitpcode(POC_INCF, pic16_popCopyReg( pic16_stackpnt_hi )); //&pic16_pc_fsr1h )); } } } else { int areg = 0; /* matching argument register */ // debugf("_G.useWreg = %d\tGpsuedoStkPtr = %d\n", _G.useWreg, GpsuedoStkPtr); areg = SPEC_ARGREG( OP_SYM_ETYPE( oper ) ) - 1; /* its called from genReceive (probably) -- VR */ /* I hope this code will not be called from somewhere else in the future! * We manually set the pseudo stack pointer in genReceive. - dw */ if(!GpsuedoStkPtr && _G.useWreg) { // DEBUGpic16_emitcode("; ", "pop %d", GpsuedoStkPtr); /* The last byte in the assignment is in W */ if(areg <= GpsuedoStkPtr) { size--; pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(oper), offset /*size*/)); offset++; // debugf("receive from WREG\n", 0); } GpsuedoStkPtr++; /* otherwise the calculation below fails (-_G.useWreg) */ } // GpsuedoStkPtr++; _G.stack_lat = AOP_SIZE(oper)-1; while (size) { size--; GpsuedoStkPtr++; popaopidx(AOP(oper), offset, GpsuedoStkPtr - _G.useWreg); // debugf("receive from STACK\n", 0); offset++; } } } /*-----------------------------------------------------------------*/ /* genIpush - generate code for pushing this gets a little complex */ /*-----------------------------------------------------------------*/ static void genIpush (iCode *ic) { // int size, offset=0; FENTRY; DEBUGpic16_emitcode ("; ***","%s %d - WARNING no code generated",__FUNCTION__,__LINE__); if(ic->parmPush) { pic16_aopOp(IC_LEFT(ic), ic, FALSE ); /* send to stack as normal */ addSet(&_G.sendSet,ic); // addSetHead(&_G.sendSet,ic); pic16_freeAsmop(IC_LEFT(ic),NULL,ic,TRUE); } #if 0 int size, offset = 0 ; char *l; /* if this is not a parm push : ie. it is spill push and spill push is always done on the local stack */ if (!ic->parmPush) { /* and the item is spilt then do nothing */ if (OP_SYMBOL(IC_LEFT(ic))->isspilt) return ; pic16_aopOp(IC_LEFT(ic),ic,FALSE); size = AOP_SIZE(IC_LEFT(ic)); /* push it on the stack */ while(size--) { l = pic16_aopGet(AOP(IC_LEFT(ic)),offset++,FALSE,TRUE); if (*l == '#') { MOVA(l); l = "acc"; } pic16_emitcode("push","%s",l); } return ; } pic16_freeAsmop(IC_LEFT(ic),NULL,ic,TRUE); #endif } /*-----------------------------------------------------------------*/ /* genIpop - recover the registers: can happen only for spilling */ /*-----------------------------------------------------------------*/ static void genIpop (iCode *ic) { FENTRY; DEBUGpic16_emitcode ("; ***","%s %d - WARNING no code generated",__FUNCTION__,__LINE__); #if 0 int size,offset ; /* if the temp was not pushed then */ if (OP_SYMBOL(IC_LEFT(ic))->isspilt) return ; pic16_aopOp(IC_LEFT(ic),ic,FALSE); size = AOP_SIZE(IC_LEFT(ic)); offset = (size-1); while (size--) pic16_emitcode("pop","%s",pic16_aopGet(AOP(IC_LEFT(ic)),offset--, FALSE,TRUE)); pic16_freeAsmop(IC_LEFT(ic),NULL,ic,TRUE); #endif } static int wparamCmp(void *p1, void *p2) { return (!strcmp((char *)p1, (char *)p2)); } int inWparamList(char *s) { return isinSetWith(wparamList, s, wparamCmp); } /*-----------------------------------------------------------------*/ /* genCall - generates a call statement */ /*-----------------------------------------------------------------*/ static void genCall (iCode *ic) { sym_link *ftype; int stackParms=0; int use_wreg=0; int inwparam=0; char *fname; FENTRY; ftype = OP_SYM_TYPE(IC_LEFT(ic)); /* if caller saves & we have not saved then */ // if (!ic->regsSaved) // saveRegisters(ic); /* initialise stackParms for IPUSH pushes */ // stackParms = psuedoStkPtr; // fprintf(stderr, "%s:%d ic parmBytes = %d\n", __FILE__, __LINE__, ic->parmBytes); fname = OP_SYMBOL(IC_LEFT(ic))->rname[0]?OP_SYMBOL(IC_LEFT(ic))->rname:OP_SYMBOL(IC_LEFT(ic))->name; inwparam = (inWparamList(OP_SYMBOL(IC_LEFT(ic))->name)) || (FUNC_ISWPARAM(OP_SYM_TYPE(IC_LEFT(ic)))); #if 0 gpsimDebug_StackDump(__FILE__, __LINE__, fname ); #endif /* if send set is not empty the assign */ if (_G.sendSet) { iCode *sic; int psuedoStkPtr=-1; int firstTimeThruLoop = 1; /* reverse sendSet if function is not reentrant */ if(!IFFUNC_ISREENT(ftype)) _G.sendSet = reverseSet(_G.sendSet); /* First figure how many parameters are getting passed */ stackParms = 0; use_wreg = 0; for (sic = setFirstItem(_G.sendSet) ; sic ; sic = setNextItem(_G.sendSet)) { int size; // int offset = 0; pic16_aopOp(IC_LEFT(sic),sic,FALSE); size = AOP_SIZE(IC_LEFT(sic)); stackParms += size; /* pass the last byte through WREG */ if(inwparam) { while (size--) { DEBUGpic16_emitcode ("; ","%d left %s",__LINE__, pic16_AopType(AOP_TYPE(IC_LEFT(sic)))); DEBUGpic16_emitcode("; ", "push %d", psuedoStkPtr-1); if(!firstTimeThruLoop) { /* If this is not the first time we've been through the loop * then we need to save the parameter in a temporary * register. The last byte of the last parameter is * passed in W. */ pushw(); // --psuedoStkPtr; // sanity check use_wreg = 1; } firstTimeThruLoop=0; pic16_mov2w (AOP(IC_LEFT(sic)), size); // offset++; } } else { /* all arguments are passed via stack */ use_wreg = 0; while (size--) { DEBUGpic16_emitcode ("; ","%d left %s",__LINE__, pic16_AopType(AOP_TYPE(IC_LEFT(sic)))); DEBUGpic16_emitcode("; ", "push %d", psuedoStkPtr-1); // pushaop(AOP(IC_LEFT(sic)), size); pic16_mov2w( AOP(IC_LEFT(sic)), size ); if(!_G.resDirect) pushw(); } } pic16_freeAsmop (IC_LEFT(sic),NULL,sic,TRUE); } if(inwparam) { if(IFFUNC_HASVARARGS(ftype) || IFFUNC_ISREENT(ftype)) { pushw(); /* save last parameter to stack if functions has varargs */ use_wreg = 0; } else use_wreg = 1; } else use_wreg = 0; _G.stackRegSet = _G.sendSet; _G.sendSet = NULL; } /* make the call */ pic16_emitpcode(POC_CALL,pic16_popGetWithString(fname)); GpsuedoStkPtr=0; /* if we need to assign a result value */ if ((IS_ITEMP(IC_RESULT(ic)) && (OP_SYMBOL(IC_RESULT(ic))->nRegs || OP_SYMBOL(IC_RESULT(ic))->spildir )) || IS_TRUE_SYMOP(IC_RESULT(ic)) ) { _G.accInUse++; pic16_aopOp(IC_RESULT(ic),ic,FALSE); _G.accInUse--; /* Must not assign an 8-bit result to a 16-bit variable; * this would use (used...) the uninitialized PRODL! */ /* FIXME: Need a proper way to obtain size of function result type, * OP_SYM_ETYPE does not work: it dereferences pointer types! */ assignResultValue(IC_RESULT(ic), getSize(OP_SYM_TYPE(IC_LEFT(ic))->next), 1); DEBUGpic16_emitcode ("; ","%d left %s",__LINE__, pic16_AopType(AOP_TYPE(IC_RESULT(ic)))); pic16_freeAsmop(IC_RESULT(ic),NULL, ic,TRUE); } if(!stackParms && ic->parmBytes) { stackParms = ic->parmBytes; } stackParms -= use_wreg; if(stackParms>0) { if(stackParms == 1) { pic16_emitpcode(POC_INCF, pic16_popCopyReg(pic16_stackpnt_lo )); //&pic16_pc_fsr1l)); } else { pic16_emitpcode(POC_MOVLW, pic16_popGetLit(stackParms)); pic16_emitpcode(POC_ADDWF, pic16_popCopyReg( pic16_stackpnt_lo )); //&pic16_pc_fsr1l )); } if(STACK_MODEL_LARGE) { emitSKPNC; pic16_emitpcode(POC_INCF, pic16_popCopyReg( pic16_stackpnt_hi )); //&pic16_pc_fsr1h )); } } #if 0 gpsimDebug_StackDump(__FILE__, __LINE__, fname); #endif /* adjust the stack for parameters if required */ // fprintf(stderr, "%s:%d: %s ic->parmBytes= %d\n", __FILE__, __LINE__, OP_SYMBOL(IC_LEFT(ic))->name, ic->parmBytes); #if 0 /* if register bank was saved then pop them */ if (ic->bankSaved) unsaverbank(FUNC_REGBANK(dtype),ic,TRUE); /* if we hade saved some registers then unsave them */ if (ic->regsSaved && !IFFUNC_CALLEESAVES(dtype)) unsaveRegisters (ic); #endif } /*-----------------------------------------------------------------*/ /* genPcall - generates a call by pointer statement */ /* new version, created from genCall - HJD */ /*-----------------------------------------------------------------*/ static void genPcall (iCode *ic) { sym_link *fntype; int stackParms=0; symbol *retlbl = newiTempLabel(NULL); pCodeOp *pcop_lbl = pic16_popGetLabel(retlbl->key); FENTRY; fntype = operandType( IC_LEFT(ic) )->next; /* if send set is not empty the assign */ if (_G.sendSet) { iCode *sic; int psuedoStkPtr=-1; /* reverse sendSet if function is not reentrant */ if(!IFFUNC_ISREENT(fntype)) _G.sendSet = reverseSet(_G.sendSet); stackParms = 0; for (sic = setFirstItem(_G.sendSet) ; sic ; sic = setNextItem(_G.sendSet)) { int size; pic16_aopOp(IC_LEFT(sic),sic,FALSE); size = AOP_SIZE(IC_LEFT(sic)); stackParms += size; /* all parameters are passed via stack, since WREG is clobbered * by the calling sequence */ while (size--) { DEBUGpic16_emitcode ("; ","%d left %s",__LINE__, pic16_AopType(AOP_TYPE(IC_LEFT(sic)))); DEBUGpic16_emitcode("; ", "push %d", psuedoStkPtr-1); pic16_mov2w (AOP(IC_LEFT(sic)), size); pushw(); } pic16_freeAsmop (IC_LEFT(sic),NULL,sic,TRUE); } _G.stackRegSet = _G.sendSet; _G.sendSet = NULL; } pic16_aopOp(IC_LEFT(ic),ic,FALSE); // push return address // push $ on return stack, then replace with retlbl /* Thanks to Thorsten Klose for pointing out that the following * snippet should be interrupt safe */ pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg(&pic16_pc_intcon), pic16_popCopyReg(&pic16_pc_postdec1))); pic16_emitpcode(POC_BCF, pic16_popCopyGPR2Bit(pic16_popCopyReg(&pic16_pc_intcon), 7)); pic16_emitpcodeNULLop(POC_PUSH); pic16_emitpcode(POC_MOVLW, pic16_popGetImmd(pcop_lbl->name, 0, 0)); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(&pic16_pc_tosl)); pic16_emitpcode(POC_MOVLW, pic16_popGetImmd(pcop_lbl->name, 1, 0)); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(&pic16_pc_tosh)); pic16_emitpcode(POC_MOVLW, pic16_popGetImmd(pcop_lbl->name, 2, 0)); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(&pic16_pc_tosu)); /* restore interrupt control register */ pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(&pic16_pc_preinc1)); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(&pic16_pc_intcon)); /* make the call by writing the pointer into pc */ mov2fp(pic16_popCopyReg(&pic16_pc_pclatu), AOP(IC_LEFT(ic)), 2); mov2fp(pic16_popCopyReg(&pic16_pc_pclath), AOP(IC_LEFT(ic)), 1); // note: MOVFF to PCL not allowed pic16_mov2w(AOP(IC_LEFT(ic)), 0); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(&pic16_pc_pcl)); /* return address is here: (X) */ pic16_emitpLabelFORCE(retlbl->key); pic16_freeAsmop (IC_LEFT(ic),NULL,ic,TRUE); GpsuedoStkPtr=0; /* if we need assign a result value */ if ((IS_ITEMP(IC_RESULT(ic)) && (OP_SYMBOL(IC_RESULT(ic))->nRegs || OP_SYMBOL(IC_RESULT(ic))->spildir )) || IS_TRUE_SYMOP(IC_RESULT(ic)) ) { _G.accInUse++; pic16_aopOp(IC_RESULT(ic),ic,FALSE); _G.accInUse--; /* FIXME: Need proper way to obtain the function result's type. * OP_SYM_TYPE(IC_LEFT(ic))->next does not work --> points to function pointer */ assignResultValue(IC_RESULT(ic), getSize(OP_SYM_TYPE(IC_LEFT(ic))->next->next), 1); DEBUGpic16_emitcode ("; ","%d left %s",__LINE__, pic16_AopType(AOP_TYPE(IC_RESULT(ic)))); pic16_freeAsmop(IC_RESULT(ic),NULL, ic,TRUE); } // stackParms -= use_wreg; if(stackParms>0) { pic16_emitpcode(POC_MOVLW, pic16_popGetLit(stackParms)); pic16_emitpcode(POC_ADDWF, pic16_popCopyReg( pic16_stackpnt_lo )); if(STACK_MODEL_LARGE) { emitSKPNC; pic16_emitpcode(POC_INCF, pic16_popCopyReg( pic16_stackpnt_hi )); } } } /*-----------------------------------------------------------------*/ /* resultRemat - result is rematerializable */ /*-----------------------------------------------------------------*/ static int resultRemat (iCode *ic) { // DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (SKIP_IC(ic) || ic->op == IFX) return 0; if (IC_RESULT(ic) && IS_ITEMP(IC_RESULT(ic))) { symbol *sym = OP_SYMBOL(IC_RESULT(ic)); if (sym->remat && !POINTER_SET(ic)) return 1; } return 0; } #if 0 /*-----------------------------------------------------------------*/ /* inExcludeList - return 1 if the string is in exclude Reg list */ /*-----------------------------------------------------------------*/ static bool inExcludeList(char *s) { DEBUGpic16_emitcode ("; ***","%s %d - WARNING no code generated",__FUNCTION__,__LINE__); int i =0; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (options.excludeRegs[i] && STRCASECMP(options.excludeRegs[i],"none") == 0) return FALSE ; for ( i = 0 ; options.excludeRegs[i]; i++) { if (options.excludeRegs[i] && STRCASECMP(s,options.excludeRegs[i]) == 0) return TRUE; } return FALSE ; } #endif /*-----------------------------------------------------------------*/ /* genFunction - generated code for function entry */ /*-----------------------------------------------------------------*/ static void genFunction (iCode *ic) { symbol *sym; sym_link *ftype; FENTRY; DEBUGpic16_emitcode ("; ***","%s %d curr label offset=%dprevious max_key=%d ",__FUNCTION__,__LINE__,pic16_labelOffset,max_key); pic16_labelOffset += (max_key+4); max_key=0; GpsuedoStkPtr=0; _G.nRegsSaved = 0; ftype = operandType(IC_LEFT(ic)); sym = OP_SYMBOL(IC_LEFT(ic)); if(IFFUNC_ISISR(sym->type /*ftype*/)) { /* create an absolute section at the interrupt vector: * that is 0x0008 for interrupt 1 (high), 0x0018 interrupt 2 (low) */ symbol *asym; char asymname[128]; pBlock *apb; // debugf("interrupt number: %hhi\n", FUNC_INTNO(sym->type)); if(FUNC_INTNO(sym->type) == INTNO_UNSPEC) sprintf(asymname, "ivec_%s", sym->name); else sprintf(asymname, "ivec_0x%x_%s", FUNC_INTNO(sym->type), sym->name); /* when an interrupt is declared as naked, do not emit the special * wrapper segment at vector address. The user should take care for * this instead. -- VR */ if(!IFFUNC_ISNAKED(ftype) && (FUNC_INTNO(sym->type) != INTNO_UNSPEC)) { asym = newSymbol(asymname, 0); apb = pic16_newpCodeChain(NULL, 'A', pic16_newpCodeCharP("; Starting pCode block for absolute section")); pic16_addpBlock( apb ); pic16_addpCode2pBlock(apb, pic16_newpCodeCharP(";-----------------------------------------")); pic16_addpCode2pBlock(apb, pic16_newpCodeFunction(moduleName, asym->name)); //pic16_addpCode2pBlock(apb, pic16_newpCode(POC_GOTO, pic16_popGetWithString( sym->rname ))); //pic16_addpCode2pBlock(apb, pic16_newpCode(POC_GOTO, pic16_newpCodeOpLabel (sym->rname, 0))); pic16_addpCode2pBlock(apb, pic16_newpCodeAsmDir ("GOTO", "%s", sym->rname)); /* this suppresses a warning in LinkFlow */ /* mark the end of this tiny function */ pic16_addpCode2pBlock(apb,pic16_newpCodeFunction(NULL,NULL)); } else { sprintf(asymname, "%s", sym->rname); } { absSym *abSym; abSym = Safe_calloc(1, sizeof(absSym)); strcpy(abSym->name, asymname); switch( FUNC_INTNO(sym->type) ) { case 0: abSym->address = 0x000000; break; case 1: abSym->address = 0x000008; break; case 2: abSym->address = 0x000018; break; default: // fprintf(stderr, "no interrupt number is given\n"); abSym->address = -1; break; } /* relocate interrupt vectors if needed */ if(abSym->address != -1) abSym->address += pic16_options.ivt_loc; addSet(&absSymSet, abSym); } } /* create the function header */ pic16_emitcode(";","-----------------------------------------"); pic16_emitcode(";"," function %s",sym->name); pic16_emitcode(";","-----------------------------------------"); /* prevent this symbol from being emitted as 'extern' */ pic16_stringInSet(sym->rname, &pic16_localFunctions, 1); pic16_emitcode("","%s:",sym->rname); pic16_addpCode2pBlock(pb,pic16_newpCodeFunction(moduleName,sym->rname)); { absSym *ab; for(ab = setFirstItem(absSymSet); ab; ab = setNextItem(absSymSet)) { if(!strcmp(ab->name, sym->rname)) { pic16_pBlockConvert2Absolute(pb); break; } } } if(IFFUNC_ISNAKED(ftype)) { DEBUGpic16_emitcode("; ***", "_naked function, no prologue"); return; } /* if critical function then turn interrupts off */ if (IFFUNC_ISCRITICAL(ftype)) { //pic16_emitcode("clr","ea"); } currFunc = sym; /* update the currFunc symbol */ _G.fregsUsed = sym->regsUsed; _G.sregsAlloc = newBitVect(128); /* if this is an interrupt service routine then * save wreg, status, bsr, prodl, prodh, fsr0l, fsr0h */ if (IFFUNC_ISISR(sym->type)) { _G.usefastretfie = 1; /* use shadow registers by default */ /* an ISR should save: WREG, STATUS, BSR, PRODL, PRODH, FSR0L, FSR0H */ if(!FUNC_ISSHADOWREGS(sym->type)) { /* do not save WREG,STATUS,BSR for high priority interrupts * because they are stored in the hardware shadow registers already */ _G.usefastretfie = 0; pic16_pushpCodeOp( pic16_popCopyReg( &pic16_pc_wreg )); pic16_pushpCodeOp( pic16_popCopyReg( &pic16_pc_status )); pic16_pushpCodeOp( pic16_popCopyReg( &pic16_pc_bsr )); } /* these should really be optimized somehow, because not all * interrupt handlers modify them */ pic16_pushpCodeOp( pic16_popCopyReg( &pic16_pc_prodl )); pic16_pushpCodeOp( pic16_popCopyReg( &pic16_pc_prodh )); pic16_pushpCodeOp( pic16_popCopyReg( &pic16_pc_fsr0l )); pic16_pushpCodeOp( pic16_popCopyReg( &pic16_pc_fsr0h )); pic16_pushpCodeOp( pic16_popCopyReg( &pic16_pc_pclath )); pic16_pushpCodeOp( pic16_popCopyReg( &pic16_pc_pclatu )); // pic16_pBlockConvert2ISR(pb); } /* emit code to setup stack frame if user enabled, * and function is not main() */ // debugf(stderr, "function name: %s ARGS=%p\n", sym->name, FUNC_ARGS(sym->type)); if(strcmp(sym->name, "main")) { if(0 || !options.ommitFramePtr // || sym->regsUsed || IFFUNC_ARGS(sym->type) || FUNC_HASSTACKPARM(sym->etype) ) { /* setup the stack frame */ if(STACK_MODEL_LARGE) pic16_pushpCodeOp(pic16_popCopyReg(pic16_framepnt_hi)); pic16_pushpCodeOp(pic16_popCopyReg(pic16_framepnt_lo)); if(STACK_MODEL_LARGE) pic16_emitpcode(POC_MOVFF, pic16_popCombine2( pic16_stackpnt_hi, pic16_framepnt_hi, 0)); pic16_emitpcode(POC_MOVFF, pic16_popCombine2( pic16_stackpnt_lo, pic16_framepnt_lo, 0)); } } if ((IFFUNC_ISREENT(sym->type) || options.stackAuto) && sym->stack) { if (sym->stack > 127)werror(W_STACK_OVERFLOW, sym->name); pic16_emitpcode(POC_MOVLW, pic16_popGetLit(sym->stack)); pic16_emitpcode(POC_SUBWF, pic16_popCopyReg( pic16_stackpnt_lo )); //&pic16_pc_fsr1l)); emitSKPC; pic16_emitpcode(POC_DECF, pic16_popCopyReg( pic16_stackpnt_hi )); //&pic16_pc_fsr1h)); } if(inWparamList(sym->name) || FUNC_ISWPARAM(sym->type)) { if(IFFUNC_HASVARARGS(sym->type) || IFFUNC_ISREENT(sym->type)) _G.useWreg = 0; else _G.useWreg = 1; } else _G.useWreg = 0; /* if callee-save to be used for this function * then save the registers being used in this function */ // if (IFFUNC_CALLEESAVES(sym->type)) if(strcmp(sym->name, "main")) { int i; /* if any registers used */ if (sym->regsUsed) { pic16_emitpinfo(INF_LOCALREGS, pic16_newpCodeOpLocalRegs(LR_ENTRY_BEGIN)); if(!pic16_options.xinst) { /* save the registers used */ DEBUGpic16_emitcode("; **", "Saving used registers in stack"); for ( i = 0 ; i < sym->regsUsed->size ; i++) { if (bitVectBitValue(sym->regsUsed,i)) { #if 0 fprintf(stderr, "%s:%d local register w/rIdx = %d is used in function\n", __FUNCTION__, __LINE__, i); #endif pic16_pushpCodeOp( pic16_popRegFromIdx(i) ); _G.nRegsSaved++; if(!pic16_regWithIdx(i)->wasUsed) { fprintf(stderr, "%s:%d register %s is used in function but was wasUsed = 0\n", __FILE__, __LINE__, pic16_regWithIdx(i)->name); pic16_regWithIdx(i)->wasUsed = 1; } } } } else { /* xinst */ DEBUGpic16_emitcode("; **", "Allocate a space in stack to be used as temporary registers"); for(i=0;iregsUsed->size;i++) { if(bitVectBitValue(sym->regsUsed, i)) { _G.nRegsSaved++; } } // pic16_emitpcode(POC_ADDFSR, pic16_popGetLit2(2, pic16_popGetLit(_G.nRegsSaved))); } pic16_emitpinfo(INF_LOCALREGS, pic16_newpCodeOpLocalRegs(LR_ENTRY_END)); } } DEBUGpic16_emitcode("; ", "need to adjust stack = %d", sym->stack); // fprintf(stderr, "Function '%s' uses %d bytes of stack\n", sym->name, sym->stack); } /*-----------------------------------------------------------------*/ /* genEndFunction - generates epilogue for functions */ /*-----------------------------------------------------------------*/ static void genEndFunction (iCode *ic) { symbol *sym = OP_SYMBOL(IC_LEFT(ic)); FENTRY; if(IFFUNC_ISNAKED(sym->type)) { DEBUGpic16_emitcode("; ***", "_naked function, no epilogue"); return; } _G.stack_lat = 0; /* add code for ISCRITICAL */ if(IFFUNC_ISCRITICAL(sym->type)) { /* if critical function, turn on interrupts */ /* TODO: add code here -- VR */ } // sym->regsUsed = _G.fregsUsed; /* now we need to restore the registers */ /* if any registers used */ /* first restore registers that might be used for stack access */ if(_G.sregsAllocSet) { regs *sr; _G.sregsAllocSet = reverseSet( _G.sregsAllocSet ); for(sr=setFirstItem(_G.sregsAllocSet) ; sr; sr=setNextItem(_G.sregsAllocSet)) { pic16_poppCodeOp( pic16_popRegFromIdx( sr->rIdx ) ); } } if (strcmp(sym->name, "main") && sym->regsUsed) { int i; pic16_emitpinfo(INF_LOCALREGS, pic16_newpCodeOpLocalRegs(LR_EXIT_BEGIN)); /* restore registers used */ DEBUGpic16_emitcode("; **", "Restoring used registers from stack"); for ( i = sym->regsUsed->size; i >= 0; i--) { if (bitVectBitValue(sym->regsUsed,i)) { pic16_poppCodeOp( pic16_popRegFromIdx(i) ); _G.nRegsSaved--; } } pic16_emitpinfo(INF_LOCALREGS, pic16_newpCodeOpLocalRegs(LR_EXIT_END)); } if ((IFFUNC_ISREENT(sym->type) || options.stackAuto) && sym->stack) { if (sym->stack == 1) { pic16_emitpcode(POC_INFSNZ, pic16_popCopyReg( pic16_stackpnt_lo )); pic16_emitpcode(POC_INCF, pic16_popCopyReg( pic16_stackpnt_hi )); } else { // we have to add more than one... pic16_emitpcode(POC_MOVWF, pic16_popCopyReg( pic16_stack_postinc )); // this holds a return value! pic16_emitpcode(POC_MOVLW, pic16_popGetLit(sym->stack-1)); pic16_emitpcode(POC_ADDWF, pic16_popCopyReg( pic16_stackpnt_lo )); emitSKPNC; pic16_emitpcode(POC_INCF, pic16_popCopyReg( pic16_stackpnt_hi )); pic16_emitpcode(POC_COMF, pic16_popCopyReg(&pic16_pc_wreg)); // WREG = -(WREG+1)! pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(pic16_stack_plusw)); // this holds a retrun value! } } if(strcmp(sym->name, "main")) { if(0 || !options.ommitFramePtr // || sym->regsUsed || IFFUNC_ARGS(sym->type) || FUNC_HASSTACKPARM(sym->etype) ) { /* restore stack frame */ pic16_poppCodeOp( pic16_popCopyReg( pic16_framepnt_lo )); if(STACK_MODEL_LARGE) pic16_poppCodeOp( pic16_popCopyReg( pic16_framepnt_hi )); } } _G.useWreg = 0; if (IFFUNC_ISISR(sym->type)) { pic16_poppCodeOp( pic16_popCopyReg( &pic16_pc_pclatu )); pic16_poppCodeOp( pic16_popCopyReg( &pic16_pc_pclath )); pic16_poppCodeOp( pic16_popCopyReg( &pic16_pc_fsr0h )); pic16_poppCodeOp( pic16_popCopyReg( &pic16_pc_fsr0l)); pic16_poppCodeOp( pic16_popCopyReg( &pic16_pc_prodh )); pic16_poppCodeOp( pic16_popCopyReg( &pic16_pc_prodl )); if(!FUNC_ISSHADOWREGS(sym->type)) { /* do not restore interrupt vector for WREG,STATUS,BSR * for high priority interrupt, see genFunction */ pic16_poppCodeOp( pic16_popCopyReg( &pic16_pc_bsr )); pic16_poppCodeOp( pic16_popCopyReg( &pic16_pc_status )); pic16_poppCodeOp( pic16_popCopyReg( &pic16_pc_wreg )); } // _G.interruptvector = 0; /* sanity check */ /* if debug then send end of function */ /* if (options.debug && currFunc) */ if (currFunc) { debugFile->writeEndFunction (currFunc, ic, 1); } if(_G.usefastretfie) pic16_emitpcode(POC_RETFIE, pic16_newpCodeOpLit(1)); else pic16_emitpcodeNULLop(POC_RETFIE); pic16_addpCode2pBlock(pb,pic16_newpCodeFunction(NULL,NULL)); _G.usefastretfie = 0; return; } if (IFFUNC_ISCRITICAL(sym->type)) { pic16_emitcode("setb","ea"); } /* if debug then send end of function */ if (currFunc) { debugFile->writeEndFunction (currFunc, ic, 1); } /* insert code to restore stack frame, if user enabled it * and function is not main() */ pic16_emitpcodeNULLop(POC_RETURN); /* Mark the end of a function */ pic16_addpCode2pBlock(pb,pic16_newpCodeFunction(NULL,NULL)); } void pic16_storeForReturn(iCode *ic, /*operand *op,*/ int offset, pCodeOp *dest) { unsigned long lit=1; operand *op; op = IC_LEFT(ic); // this fails for pic16_isLitOp(op) (if op is an AOP_PCODE) if(AOP_TYPE(op) == AOP_LIT) { if(!IS_FLOAT(operandType( op ))) { lit = ulFromVal (AOP(op)->aopu.aop_lit); } else { union { unsigned long lit_int; float lit_float; } info; /* take care if literal is a float */ info.lit_float = floatFromVal(AOP(op)->aopu.aop_lit); lit = info.lit_int; } } if (AOP_TYPE(op) == AOP_LIT) { /* FIXME: broken for * char __at(0x456) foo; * return &foo; * (upper byte is 0x00 (__code space) instead of 0x80 (__data) */ pic16_movLit2f(dest, (lit >> (8ul*offset))); } else if (AOP_TYPE(op) == AOP_PCODE && AOP(op)->aopu.pcop->type == PO_IMMEDIATE) { /* char *s= "aaa"; return s; */ /* XXX: Using UPPER(__str_0) will yield 0b00XXXXXX, so * that the generic pointer is interpreted correctly * as referring to __code space, but this is fragile! */ pic16_emitpcode(POC_MOVLW, pic16_popGet( AOP(op), offset )); /* XXX: should check that dest != WREG */ pic16_emitpcode(POC_MOVWF, dest); } else { if(dest->type == PO_WREG && (offset == 0)) { pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(op), offset)); return; } pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popGet(AOP(op), offset), dest)); } } /*-----------------------------------------------------------------*/ /* genRet - generate code for return statement */ /*-----------------------------------------------------------------*/ static void genRet (iCode *ic) { int size; operand *left; FENTRY; /* if we have no return value then * just generate the "ret" */ if (!IC_LEFT(ic)) goto jumpret; /* we have something to return then * move the return value into place */ pic16_aopOp((left=IC_LEFT(ic)),ic,FALSE); size = AOP_SIZE(IC_LEFT(ic)); if(size <= 4) { if(size>3) pic16_storeForReturn(ic, /*IC_LEFT(ic),*/ 3, pic16_popCopyReg(&pic16_pc_fsr0l)); if(size>2) pic16_storeForReturn(ic, /*IC_LEFT(ic),*/ 2, pic16_popCopyReg(&pic16_pc_prodh)); if(size>1) pic16_storeForReturn(ic, /*IC_LEFT(ic),*/ 1, pic16_popCopyReg(&pic16_pc_prodl)); pic16_storeForReturn(ic, /*IC_LEFT(ic),*/ 0, pic16_popCopyReg(&pic16_pc_wreg)); } else { /* >32-bits, setup stack and FSR0 */ while (size--) { // DEBUGpic16_emitcode("; ", "POC_MOVLW %d", GpsuedoStkPtr); // DEBUGpic16_emitcode("; ", "POC_MOVFW PLUSW2"); pic16_pushpCodeOp( pic16_popGet( AOP( IC_LEFT(ic) ), size) ); // popaopidx(AOP(oper), size, GpseudoStkPtr); GpsuedoStkPtr++; } /* setup FSR0 */ pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg( pic16_stackpnt_lo ), pic16_popCopyReg(&pic16_pc_fsr0l))); if(STACK_MODEL_LARGE) { pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg( pic16_stackpnt_hi ), pic16_popCopyReg(&pic16_pc_fsr0h))); } else { pic16_emitpcode(POC_CLRF, pic16_popCopyReg( pic16_stackpnt_hi )); } } pic16_freeAsmop (IC_LEFT(ic),NULL,ic,TRUE); jumpret: /* generate a jump to the return label * if the next is not the return statement */ if (!(ic->next && ic->next->op == LABEL && IC_LABEL(ic->next) == returnLabel)) { pic16_emitpcode(POC_GOTO,pic16_popGetLabel(returnLabel->key)); pic16_emitcode("goto","_%05d_DS_",returnLabel->key+100 + pic16_labelOffset); } } /*-----------------------------------------------------------------*/ /* genLabel - generates a label */ /*-----------------------------------------------------------------*/ static void genLabel (iCode *ic) { FENTRY; /* special case never generate */ if (IC_LABEL(ic) == entryLabel) return ; pic16_emitpLabel(IC_LABEL(ic)->key); // pic16_emitcode("","_%05d_DS_:",(IC_LABEL(ic)->key+100 + pic16_labelOffset)); } /*-----------------------------------------------------------------*/ /* genGoto - generates a goto */ /*-----------------------------------------------------------------*/ //tsd static void genGoto (iCode *ic) { FENTRY; pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_LABEL(ic)->key)); // pic16_emitcode ("goto","_%05d_DS_",(IC_LABEL(ic)->key+100)+pic16_labelOffset); } /*-----------------------------------------------------------------*/ /* genMultbits :- multiplication of bits */ /*-----------------------------------------------------------------*/ static void genMultbits (operand *left, operand *right, operand *result) { FENTRY; if(!pic16_sameRegs(AOP(result),AOP(right))) pic16_emitpcode(POC_BSF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_BTFSC,pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_BTFSS,pic16_popGet(AOP(left),0)); pic16_emitpcode(POC_BCF, pic16_popGet(AOP(result),0)); } /*-----------------------------------------------------------------*/ /* genMultOneByte : 8 bit multiplication & division */ /*-----------------------------------------------------------------*/ static void genMultOneByte (operand *left, operand *right, operand *result) { FENTRY; DEBUGpic16_pic16_AopType(__LINE__,left,right,result); DEBUGpic16_pic16_AopTypeSign(__LINE__,left,right,result); /* (if two literals, the value is computed before) */ /* if one literal, literal on the right */ if (AOP_TYPE(left) == AOP_LIT){ operand *t = right; right = left; left = t; } /* size is already checked in genMult == 1 */ // size = AOP_SIZE(result); if (AOP_TYPE(right) == AOP_LIT){ pic16_emitpcomment("multiply lit val:%s by variable %s and store in %s", pic16_aopGet(AOP(right),0,FALSE,FALSE), pic16_aopGet(AOP(left),0,FALSE,FALSE), pic16_aopGet(AOP(result),0,FALSE,FALSE)); } else { pic16_emitpcomment("multiply variable :%s by variable %s and store in %s", pic16_aopGet(AOP(right),0,FALSE,FALSE), pic16_aopGet(AOP(left),0,FALSE,FALSE), pic16_aopGet(AOP(result),0,FALSE,FALSE)); } pic16_genMult8X8_n (left, right,result); } #if 0 /*-----------------------------------------------------------------*/ /* genMultOneWord : 16 bit multiplication */ /*-----------------------------------------------------------------*/ static void genMultOneWord (operand *left, operand *right, operand *result) { FENTRY; DEBUGpic16_pic16_AopType(__LINE__,left,right,result); DEBUGpic16_pic16_AopTypeSign(__LINE__,left,right,result); /* (if two literals, the value is computed before) * if one literal, literal on the right */ if (AOP_TYPE(left) == AOP_LIT){ operand *t = right; right = left; left = t; } /* size is checked already == 2 */ // size = AOP_SIZE(result); if (AOP_TYPE(right) == AOP_LIT) { pic16_emitpcomment("multiply lit val:%s by variable %s and store in %s", pic16_aopGet(AOP(right),0,FALSE,FALSE), pic16_aopGet(AOP(left),0,FALSE,FALSE), pic16_aopGet(AOP(result),0,FALSE,FALSE)); } else { pic16_emitpcomment("multiply variable :%s by variable %s and store in %s", pic16_aopGet(AOP(right),0,FALSE,FALSE), pic16_aopGet(AOP(left),0,FALSE,FALSE), pic16_aopGet(AOP(result),0,FALSE,FALSE)); } pic16_genMult16X16_16(left, right,result); } #endif #if 0 /*-----------------------------------------------------------------*/ /* genMultOneLong : 32 bit multiplication */ /*-----------------------------------------------------------------*/ static void genMultOneLong (operand *left, operand *right, operand *result) { FENTRY; DEBUGpic16_pic16_AopType(__LINE__,left,right,result); DEBUGpic16_pic16_AopTypeSign(__LINE__,left,right,result); /* (if two literals, the value is computed before) * if one literal, literal on the right */ if (AOP_TYPE(left) == AOP_LIT){ operand *t = right; right = left; left = t; } /* size is checked already == 4 */ // size = AOP_SIZE(result); if (AOP_TYPE(right) == AOP_LIT) { pic16_emitpcomment("multiply lit val:%s by variable %s and store in %s", pic16_aopGet(AOP(right),0,FALSE,FALSE), pic16_aopGet(AOP(left),0,FALSE,FALSE), pic16_aopGet(AOP(result),0,FALSE,FALSE)); } else { pic16_emitpcomment("multiply variable :%s by variable %s and store in %s", pic16_aopGet(AOP(right),0,FALSE,FALSE), pic16_aopGet(AOP(left),0,FALSE,FALSE), pic16_aopGet(AOP(result),0,FALSE,FALSE)); } pic16_genMult32X32_32(left, right,result); } #endif /*-----------------------------------------------------------------*/ /* genMult - generates code for multiplication */ /*-----------------------------------------------------------------*/ static void genMult (iCode *ic) { operand *left = IC_LEFT(ic); operand *right = IC_RIGHT(ic); operand *result= IC_RESULT(ic); FENTRY; /* assign the amsops */ pic16_aopOp (left,ic,FALSE); pic16_aopOp (right,ic,FALSE); pic16_aopOp (result,ic,TRUE); DEBUGpic16_pic16_AopType(__LINE__,left,right,result); /* special cases first * * both are bits */ if (AOP_TYPE(left) == AOP_CRY && AOP_TYPE(right)== AOP_CRY) { genMultbits(left,right,result); goto release ; } /* if both are of size == 1 */ if(AOP_SIZE(left) == 1 && AOP_SIZE(right) == 1) { genMultOneByte(left,right,result); goto release ; } #if 0 /* if both are of size == 2 */ if(AOP_SIZE(left) == 2 && AOP_SIZE(right) == 2) { genMultOneWord(left, right, result); goto release; } /* if both are of size == 4 */ if(AOP_SIZE(left) == 4 && AOP_SIZE(right) == 4) { genMultOneLong(left, right, result); goto release; } #endif fprintf( stderr, "%s: should have been transformed into function call\n",__FUNCTION__ ); assert( !"Multiplication should have been transformed into function call!" ); pic16_emitcode("multiply ","sizes are greater than 4 ... need to insert proper algor."); fprintf(stderr, "operand sizes result: %d left: %d right: %d\n", AOP_SIZE(result), AOP_SIZE(left), AOP_SIZE(right)); /* should have been converted to function call */ assert(0) ; release : pic16_freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(result,NULL,ic,TRUE); } #if 0 /*-----------------------------------------------------------------*/ /* genDivbits :- division of bits */ /*-----------------------------------------------------------------*/ static void genDivbits (operand *left, operand *right, operand *result) { char *l; FENTRY; /* the result must be bit */ pic16_emitcode("mov","b,%s",pic16_aopGet(AOP(right),0,FALSE,FALSE)); l = pic16_aopGet(AOP(left),0,FALSE,FALSE); MOVA(l); pic16_emitcode("div","ab"); pic16_emitcode("rrc","a"); pic16_aopPut(AOP(result),"c",0); } /*-----------------------------------------------------------------*/ /* genDivOneByte : 8 bit division */ /*-----------------------------------------------------------------*/ static void genDivOneByte (operand *left, operand *right, operand *result) { sym_link *opetype = operandType(result); char *l ; symbol *lbl ; int size,offset; /* result = divident / divisor * - divident may be a register or a literal, * - divisor may be a register or a literal, * so there are 3 cases (literal / literal is optimized * by the front-end) to handle. * In addition we must handle signed and unsigned, which * result in 6 final different cases -- VR */ FENTRY; size = AOP_SIZE(result) - 1; offset = 1; /* signed or unsigned */ if (SPEC_USIGN(opetype)) { pCodeOp *pct1, /* count */ *pct2, /* reste */ *pct3; /* temp */ symbol *label1, *label2, *label3;; /* unsigned is easy */ pct1 = pic16_popGetTempReg(1); pct2 = pic16_popGetTempReg(1); pct3 = pic16_popGetTempReg(1); label1 = newiTempLabel(NULL); label2 = newiTempLabel(NULL); label3 = newiTempLabel(NULL); /* the following algorithm is extracted from divuint.c */ pic16_emitpcode(POC_MOVLW, pic16_popGetLit( 8 )); pic16_emitpcode(POC_MOVWF, pic16_pCodeOpCopy( pct1 )); pic16_emitpcode(POC_CLRF, pic16_pCodeOpCopy( pct2 )); pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(left), 0)); pic16_emitpLabel(label1->key); emitCLRC; pic16_emitpcode(POC_RLCF, pic16_pCodeOpCopy( pct2 )); emitCLRC; pic16_emitpcode(POC_RLCF, pic16_popCopyReg( &pic16_pc_wreg )); emitSKPNC; pic16_emitpcode(POC_INCF, pic16_pCodeOpCopy( pct2 )); pic16_emitpcode(POC_MOVWF, pic16_pCodeOpCopy( pct3 )); pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(right), 0)); pic16_emitpcode(POC_CPFSLT, pic16_pCodeOpCopy(pct2)); pic16_emitpcode(POC_BRA, pic16_popGetLabel(label3->key)); pic16_emitpcode(POC_BRA, pic16_popGetLabel(label2->key)); pic16_emitpLabel( label3->key ); pic16_emitpcode(POC_SUBWF, pic16_pCodeOpCopy(pct2)); pic16_emitpcode(POC_INCF, pic16_pCodeOpCopy(pct3)); pic16_emitpLabel(label2->key); pic16_emitpcode(POC_MOVFW, pic16_pCodeOpCopy(pct3)); pic16_emitpcode(POC_DECFSZ, pic16_pCodeOpCopy(pct1)); pic16_emitpcode(POC_BRA, pic16_popGetLabel( label1->key )); /* result is in wreg */ if(AOP_TYPE(result) != AOP_ACC) pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 0)); pic16_popReleaseTempReg( pct3, 1); pic16_popReleaseTempReg( pct2, 1); pic16_popReleaseTempReg( pct1, 1); return ; } /* signed is a little bit more difficult */ /* save the signs of the operands */ l = pic16_aopGet(AOP(left),0,FALSE,FALSE); MOVA(l); pic16_emitcode("xrl","a,%s",pic16_aopGet(AOP(right),0,FALSE,TRUE)); pic16_emitcode("push","acc"); /* save it on the stack */ /* now sign adjust for both left & right */ l = pic16_aopGet(AOP(right),0,FALSE,FALSE); MOVA(l); lbl = newiTempLabel(NULL); pic16_emitcode("jnb","acc.7,%05d_DS_",(lbl->key+100)); pic16_emitcode("cpl","a"); pic16_emitcode("inc","a"); pic16_emitcode("","%05d_DS_:",(lbl->key+100)); pic16_emitcode("mov","b,a"); /* sign adjust left side */ l = pic16_aopGet(AOP(left),0,FALSE,FALSE); MOVA(l); lbl = newiTempLabel(NULL); pic16_emitcode("jnb","acc.7,%05d_DS_",(lbl->key+100)); pic16_emitcode("cpl","a"); pic16_emitcode("inc","a"); pic16_emitcode("","%05d_DS_:",(lbl->key+100)); /* now the division */ pic16_emitcode("div","ab"); /* we are interested in the lower order only */ pic16_emitcode("mov","b,a"); lbl = newiTempLabel(NULL); pic16_emitcode("pop","acc"); /* if there was an over flow we don't adjust the sign of the result */ pic16_emitcode("jb","ov,%05d_DS_",(lbl->key+100)); pic16_emitcode("jnb","acc.7,%05d_DS_",(lbl->key+100)); CLRC; pic16_emitcode("clr","a"); pic16_emitcode("subb","a,b"); pic16_emitcode("mov","b,a"); pic16_emitcode("","%05d_DS_:",(lbl->key+100)); /* now we are done */ pic16_aopPut(AOP(result),"b",0); if(size > 0){ pic16_emitcode("mov","c,b.7"); pic16_emitcode("subb","a,acc"); } while (size--) pic16_aopPut(AOP(result),"a",offset++); } #endif /*-----------------------------------------------------------------*/ /* genDiv - generates code for division */ /*-----------------------------------------------------------------*/ static void genDiv (iCode *ic) { operand *left = IC_LEFT(ic); operand *right = IC_RIGHT(ic); operand *result= IC_RESULT(ic); int negated = 0; int leftVal = 0, rightVal = 0; int signedLits = 0; char *functions[2][2] = { { "__divschar", "__divuchar" }, { "__modschar", "__moduchar" } }; int op = 0; /* Division is a very lengthy algorithm, so it is better * to call support routines than inlining algorithm. * Division functions written here just in case someone * wants to inline and not use the support libraries -- VR */ FENTRY; /* assign the amsops */ pic16_aopOp (left,ic,FALSE); pic16_aopOp (right,ic,FALSE); pic16_aopOp (result,ic,TRUE); if (ic->op == '/') op = 0; else if (ic->op == '%') op = 1; else assert( !"invalid operation requested in genDivMod" ); /* get literal values */ if (IS_VALOP(left)) { leftVal = (int) ulFromVal ( OP_VALUE(left) ); assert( leftVal >= -128 && leftVal < 256 ); if (leftVal < 0) { signedLits++; } } if (IS_VALOP(right)) { rightVal = (int) ulFromVal ( OP_VALUE(right) ); assert( rightVal >= -128 && rightVal < 256 ); if (rightVal < 0) { signedLits++; } } /* We should only come here to convert all * / : {u8_t, s8_t} x {u8_t, s8_t} -> {u8_t, s8_t} * with exactly one operand being s8_t into * u8_t x u8_t -> u8_t. All other cases should have been * turned into calls to support routines beforehand... */ if ((AOP_SIZE(left) == 1 || IS_VALOP(left)) && (AOP_SIZE(right) == 1 || IS_VALOP(right))) { if ((!IS_UNSIGNED(operandType(right)) || rightVal < 0) && (!IS_UNSIGNED(operandType(left)) || leftVal < 0)) { /* Both operands are signed or negative, use _divschar * instead of _divuchar */ pushaop(AOP(right), 0); pushaop(AOP(left), 0); /* call _divschar */ pic16_emitpcode(POC_CALL, pic16_popGetWithString(functions[op][0])); { symbol *sym; sym = newSymbol( functions[op][0], 0 ); sym->used++; strcpy(sym->rname, functions[op][0]); checkAddSym(&externs, sym); } /* assign result */ pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 0)); if (AOP_SIZE(result) > 1) { pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg(&pic16_pc_prodl), pic16_popGet(AOP(result), 1))); /* sign extend */ pic16_addSign(result, 2, 1); } /* clean up stack */ pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(pic16_stack_preinc)); pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(pic16_stack_preinc)); goto release; } /* push right operand */ if (IS_VALOP(right)) { if (rightVal < 0) { pic16_pushpCodeOp( pic16_popGetLit(-rightVal) ); negated++; } else { pushaop(AOP(right), 0); } } else if (!IS_UNSIGNED(operandType(right))) { pic16_mov2w(AOP(right), 0); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit_simple(AOP(right), 0, 7)); pic16_emitpcode(POC_NEGF, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(pic16_stack_postdec)); negated++; } else { pushaop(AOP(right), 0); } /* push left operand */ if (IS_VALOP(left)) { if (leftVal < 0) { pic16_pushpCodeOp(pic16_popGetLit(-leftVal)); negated++; } else { pushaop(AOP(left), 0); } } else if (!IS_UNSIGNED(operandType(left))) { pic16_mov2w(AOP(left),0); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit_simple(AOP(left), 0, 7)); pic16_emitpcode(POC_NEGF, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(pic16_stack_postdec)); negated++; } else { pushaop(AOP(left), 0); } /* call _divuchar */ pic16_emitpcode(POC_CALL, pic16_popGetWithString(functions[op][1])); { symbol *sym; sym = newSymbol( functions[op][1], 0 ); sym->used++; strcpy(sym->rname, functions[op][1]); checkAddSym(&externs, sym); } /* Revert negation(s) from above. * This is inefficient: if both operands are negative, this * should not touch WREG. However, determining that exactly * one operand was negated costs at least 3 instructions, * so there is nothing to be gained here, is there? * * I negate WREG because either operand might share registers with * result, so assigning first might destroy an operand. */ /* For the modulus operator, (a/b)*b == a shall hold. * Thus: a>0, b>0 --> a/b >= 0 and a%b >= 0 * a>0, b<0 --> a/b <= 0 and a%b >= 0 (e.g. 128 / -5 = -25, -25*(-5) = 125 and +3 remaining) * a<0, b>0 --> a/b <= 0 and a%b < 0 (e.g. -128 / 5 = -25, -25* 5 = -125 and -3 remaining) * a<0, b<0 --> a/b >= 0 and a%b < 0 (e.g. -128 / -5 = 25, 25*(-5) = -125 and -3 remaining) * Only invert the result if the left operand is negative (sigh). */ if (AOP_SIZE(result) <= 1 || !negated) { if (ic->op == '/') { if (IS_VALOP(right)) { if (rightVal < 0) { /* we negated this operand above */ pic16_emitpcode(POC_NEGF, pic16_popCopyReg(&pic16_pc_wreg)); } } else if (!IS_UNSIGNED(operandType(right))) { pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit_simple(AOP(right), 0, 7)); pic16_emitpcode(POC_NEGF, pic16_popCopyReg(&pic16_pc_wreg)); } } if (IS_VALOP(left)) { if (leftVal < 0) { /* we negated this operand above */ pic16_emitpcode(POC_NEGF, pic16_popCopyReg(&pic16_pc_wreg)); } } else if (!IS_UNSIGNED(operandType(left))) { pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit_simple(AOP(left), 0, 7)); pic16_emitpcode(POC_NEGF, pic16_popCopyReg(&pic16_pc_wreg)); } /* Move result to destination. */ pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 0)); /* Zero-extend: no operand was signed (or result is just a byte). */ pic16_addSign(result, 1, 0); } else { assert( AOP_SIZE(result) > 1 ); pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result), 1)); if (ic->op == '/') { if (IS_VALOP(right)) { if (rightVal < 0) { /* we negated this operand above */ pic16_emitpcode(POC_COMF, pic16_popGet(AOP(result), 1)); } } else if (!IS_UNSIGNED(operandType(right))) { pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit_simple(AOP(right), 0, 7)); pic16_emitpcode(POC_COMF, pic16_popGet(AOP(result), 1)); } } if (IS_VALOP(left)) { if (leftVal < 0) { /* we negated this operand above */ pic16_emitpcode(POC_COMF, pic16_popGet(AOP(result), 1)); } } else if (!IS_UNSIGNED(operandType(left))) { pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit_simple(AOP(left), 0, 7)); pic16_emitpcode(POC_COMF, pic16_popGet(AOP(result), 1)); } /* Move result to destination. */ pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 0)); /* Negate result if required. */ pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit_simple(AOP(result), 1, 7)); pic16_emitpcode(POC_NEGF, pic16_popGet(AOP(result), 0)); /* Sign-extend. */ pic16_addSign(result, 2, 1); } /* clean up stack */ pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(pic16_stack_preinc)); pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(pic16_stack_preinc)); goto release; } #if 0 /* special cases first */ /* both are bits */ if (AOP_TYPE(left) == AOP_CRY && AOP_TYPE(right)== AOP_CRY) { genDivbits(left,right,result); goto release ; } /* if both are of size == 1 */ if (AOP_SIZE(left) == 1 && AOP_SIZE(right) == 1 ) { genDivOneByte(left,right,result); goto release ; } #endif /* should have been converted to function call */ assert(0); release : pic16_freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(result,NULL,ic,TRUE); } #if 0 /*-----------------------------------------------------------------*/ /* genModbits :- modulus of bits */ /*-----------------------------------------------------------------*/ static void genModbits (operand *left, operand *right, operand *result) { char *l; FENTRY; werror(W_POSSBUG2, __FILE__, __LINE__); /* the result must be bit */ pic16_emitcode("mov","b,%s",pic16_aopGet(AOP(right),0,FALSE,FALSE)); l = pic16_aopGet(AOP(left),0,FALSE,FALSE); MOVA(l); pic16_emitcode("div","ab"); pic16_emitcode("mov","a,b"); pic16_emitcode("rrc","a"); pic16_aopPut(AOP(result),"c",0); } /*-----------------------------------------------------------------*/ /* genModOneByte : 8 bit modulus */ /*-----------------------------------------------------------------*/ static void genModOneByte (operand *left, operand *right, operand *result) { sym_link *opetype = operandType(result); char *l ; symbol *lbl ; FENTRY; werror(W_POSSBUG2, __FILE__, __LINE__); /* signed or unsigned */ if (SPEC_USIGN(opetype)) { /* unsigned is easy */ pic16_emitcode("mov","b,%s", pic16_aopGet(AOP(right),0,FALSE,FALSE)); l = pic16_aopGet(AOP(left),0,FALSE,FALSE); MOVA(l); pic16_emitcode("div","ab"); pic16_aopPut(AOP(result),"b",0); return ; } /* signed is a little bit more difficult */ /* save the signs of the operands */ l = pic16_aopGet(AOP(left),0,FALSE,FALSE); MOVA(l); pic16_emitcode("xrl","a,%s",pic16_aopGet(AOP(right),0,FALSE,FALSE)); pic16_emitcode("push","acc"); /* save it on the stack */ /* now sign adjust for both left & right */ l = pic16_aopGet(AOP(right),0,FALSE,FALSE); MOVA(l); lbl = newiTempLabel(NULL); pic16_emitcode("jnb","acc.7,%05d_DS_",(lbl->key+100)); pic16_emitcode("cpl","a"); pic16_emitcode("inc","a"); pic16_emitcode("","%05d_DS_:",(lbl->key+100)); pic16_emitcode("mov","b,a"); /* sign adjust left side */ l = pic16_aopGet(AOP(left),0,FALSE,FALSE); MOVA(l); lbl = newiTempLabel(NULL); pic16_emitcode("jnb","acc.7,%05d_DS_",(lbl->key+100)); pic16_emitcode("cpl","a"); pic16_emitcode("inc","a"); pic16_emitcode("","%05d_DS_:",(lbl->key+100)); /* now the multiplication */ pic16_emitcode("div","ab"); /* we are interested in the lower order only */ lbl = newiTempLabel(NULL); pic16_emitcode("pop","acc"); /* if there was an over flow we don't adjust the sign of the result */ pic16_emitcode("jb","ov,%05d_DS_",(lbl->key+100)); pic16_emitcode("jnb","acc.7,%05d_DS_",(lbl->key+100)); CLRC ; pic16_emitcode("clr","a"); pic16_emitcode("subb","a,b"); pic16_emitcode("mov","b,a"); pic16_emitcode("","%05d_DS_:",(lbl->key+100)); /* now we are done */ pic16_aopPut(AOP(result),"b",0); } #endif /*-----------------------------------------------------------------*/ /* genMod - generates code for division */ /*-----------------------------------------------------------------*/ static void genMod (iCode *ic) { /* Task deferred to genDiv */ genDiv(ic); #if 0 operand *left = IC_LEFT(ic); operand *right = IC_RIGHT(ic); operand *result= IC_RESULT(ic); FENTRY; /* assign the amsops */ pic16_aopOp (left,ic,FALSE); pic16_aopOp (right,ic,FALSE); pic16_aopOp (result,ic,TRUE); /* special cases first */ /* both are bits */ if (AOP_TYPE(left) == AOP_CRY && AOP_TYPE(right)== AOP_CRY) { genModbits(left,right,result); goto release ; } /* if both are of size == 1 */ if (AOP_SIZE(left) == 1 && AOP_SIZE(right) == 1 ) { genModOneByte(left,right,result); goto release ; } /* should have been converted to function call */ assert(0); release : pic16_freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(result,NULL,ic,TRUE); #endif } /*-----------------------------------------------------------------*/ /* genIfxJump :- will create a jump depending on the ifx */ /*-----------------------------------------------------------------*/ /* note: May need to add parameter to indicate when a variable is in bit space. */ static void genIfxJump (iCode *ic, char *jval) { FENTRY; /* if true label then we jump if condition supplied is true */ if ( IC_TRUE(ic) ) { if(strcmp(jval,"a") == 0) emitSKPZ; else if (strcmp(jval,"c") == 0) emitSKPNC; else { DEBUGpic16_emitcode ("; ***","%d - assuming %s is in bit space",__LINE__,jval); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit(jval,-1,1, PO_GPR_REGISTER)); } pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_TRUE(ic)->key)); pic16_emitcode(" goto","_%05d_DS_",IC_TRUE(ic)->key+100 + pic16_labelOffset); } else { /* false label is present */ if(strcmp(jval,"a") == 0) emitSKPNZ; else if (strcmp(jval,"c") == 0) emitSKPC; else { DEBUGpic16_emitcode ("; ***","%d - assuming %s is in bit space",__LINE__,jval); pic16_emitpcode(POC_BTFSS, pic16_newpCodeOpBit(jval,-1,1, PO_GPR_REGISTER)); } pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_FALSE(ic)->key)); pic16_emitcode(" goto","_%05d_DS_",IC_FALSE(ic)->key+100 + pic16_labelOffset); } /* mark the icode as generated */ ic->generated = 1; } static void genIfxpCOpJump (iCode *ic, pCodeOp *jop) { FENTRY; /* if true label then we jump if condition supplied is true */ if ( IC_TRUE(ic) ) { DEBUGpic16_emitcode ("; ***","%d - assuming is in bit space",__LINE__); pic16_emitpcode(POC_BTFSC, jop); pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_TRUE(ic)->key)); pic16_emitcode(" goto","_%05d_DS_",IC_TRUE(ic)->key+100 + pic16_labelOffset); } else { /* false label is present */ DEBUGpic16_emitcode ("; ***","%d - assuming is in bit space",__LINE__); pic16_emitpcode(POC_BTFSS, jop); pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_FALSE(ic)->key)); pic16_emitcode(" goto","_%05d_DS_",IC_FALSE(ic)->key+100 + pic16_labelOffset); } /* mark the icode as generated */ ic->generated = 1; } #if 0 // not needed ATM /*-----------------------------------------------------------------*/ /* genSkip */ /*-----------------------------------------------------------------*/ static void genSkip(iCode *ifx,int status_bit) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(!ifx) return; if ( IC_TRUE(ifx) ) { switch(status_bit) { case 'z': emitSKPNZ; break; case 'c': emitSKPNC; break; case 'd': emitSKPDC; break; } pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_TRUE(ifx)->key)); // pic16_emitcode("goto","_%05d_DS_",IC_TRUE(ifx)->key+100+pic16_labelOffset); } else { switch(status_bit) { case 'z': emitSKPZ; break; case 'c': emitSKPC; break; case 'd': emitSKPDC; break; } pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_FALSE(ifx)->key)); // pic16_emitcode("goto","_%05d_DS_",IC_FALSE(ifx)->key+100+pic16_labelOffset); } } #endif /*-----------------------------------------------------------------*/ /* genSkipc */ /*-----------------------------------------------------------------*/ static void genSkipc(resolvedIfx *rifx) { DEBUGpic16_emitcode ("; ***","%s %d rifx= %p",__FUNCTION__,__LINE__, rifx); if(!rifx) return; if(rifx->condition) emitSKPNC; else emitSKPC; pic16_emitpcode(POC_GOTO, pic16_popGetLabel(rifx->lbl->key)); rifx->generated = 1; } /*-----------------------------------------------------------------*/ /* mov2w_regOrLit :- move to WREG either the offset's byte from */ /* aop (if it's NOT a literal) or from lit (if */ /* aop is a literal) */ /*-----------------------------------------------------------------*/ void mov2w_regOrLit (asmop *aop, unsigned long lit, int offset) { if (aop->type == AOP_LIT) { pic16_emitpcode (POC_MOVLW, pic16_popGetLit(lit >> (offset*8))); } else { pic16_emitpcode (POC_MOVFW, pic16_popGet (aop, offset)); } } /*-----------------------------------------------------------------*/ /* genCmp :- greater or less than comparison */ /*-----------------------------------------------------------------*/ /* genCmp performs a left < right comparison, stores * the outcome in result (if != NULL) and generates * control flow code for the ifx (if != NULL). * * This version leaves in sequences like * "B[CS]F STATUS,0; BTFS[CS] STATUS,0" * which should be optmized by the peephole * optimizer - RN 2005-01-01 */ static void genCmp (operand *left,operand *right, operand *result, iCode *ifx, int sign) { resolvedIfx rIfx; int size; int offs; symbol *templbl; operand *dummy; unsigned long lit; unsigned long mask; int performedLt; FENTRY; assert (left && right); assert (AOP_SIZE(left) == AOP_SIZE(right)); size = AOP_SIZE(right) - 1; mask = (0x100UL << (size*8)) - 1; // in the end CARRY holds "left < right" (performedLt == 1) or "left >= right" (performedLt == 0) performedLt = 1; templbl = NULL; lit = 0; resolveIfx (&rIfx, ifx); /* handle for special cases */ if(pic16_genCmp_special(left, right, result, ifx, &rIfx, sign)) return; /********************************************************************** * handle bits - bit compares are promoted to int compares seemingly! * **********************************************************************/ #if 0 // THIS IS COMPLETELY UNTESTED! if (AOP_TYPE(left) == AOP_CRY && AOP_TYPE(right) == AOP_CRY) { pCodeOp *pcleft = pic16_popGet(AOP(left), 0); pCodeOp *pcright = pic16_popGet(AOP(right), 0); assert (pcleft->type == PO_GPR_BIT && pcright->type == PO_GPR_BIT); emitSETC; // 1 < {0,1} is false --> clear C by skipping the next instruction //pic16_emitpcode (POC_BTFSS, pic16_popCopyGPR2Bit (AOP(left),0), PCORB(pcleft)->bit); pic16_emitpcode (POC_BTFSS, pic16_popGet (AOP(left), 0)); // {0,1} < 0 is false --> clear C by NOT skipping the next instruction pic16_emitpcode (POC_BTFSS, pic16_popCopyGPR2Bit (pic16_popGet(AOP(right),0), PCORB(pcright)->bit)); emitCLRC; // only skipped for left=0 && right=1 goto correct_result_in_carry; } // if #endif /************************************************* * make sure that left is register (or the like) * *************************************************/ if (!isAOP_REGlike(left)) { DEBUGpc ("swapping arguments (AOP_TYPEs %d/%d)", AOP_TYPE(left), AOP_TYPE(right)); assert (isAOP_LIT(left)); assert (isAOP_REGlike(right)); // swap left and right // left < right <==> right > left <==> (right >= left + 1) lit = ulFromVal (AOP(left)->aopu.aop_lit); if ( (!sign && (lit & mask) == mask) || (sign && (lit & mask) == (mask >> 1)) ) { // MAXVALUE < right? always false if (performedLt) emitCLRC; else emitSETC; goto correct_result_in_carry; } // if // This fails for lit = 0xFF (unsigned) AND lit = 0x7F (signed), // that's why we handled it above. lit++; dummy = left; left = right; right = dummy; performedLt ^= 1; // instead of "left < right" we check for "right >= left+1, i.e. "right < left+1" } else if (isAOP_LIT(right)) { lit = ulFromVal (AOP(right)->aopu.aop_lit); } // if assert (isAOP_REGlike(left)); // left must be register or the like assert (isAOP_REGlike(right) || isAOP_LIT(right)); // right may be register-like or a literal /************************************************* * special cases go here * *************************************************/ if (isAOP_LIT(right)) { if (!sign) { // unsigned comparison to a literal DEBUGpc ("unsigned compare: left %s lit(0x%X=%lu), size=%d", performedLt ? "<" : ">=", lit, lit, size+1); if (lit == 0) { // unsigned left < 0? always false if (performedLt) emitCLRC; else emitSETC; goto correct_result_in_carry; } } else { // signed comparison to a literal DEBUGpc ("signed compare: left %s lit(0x%X=%ld), size=%d, mask=%x", performedLt ? "<" : ">=", lit, lit, size+1, mask); if ((lit & mask) == ((0x80 << (size*8)) & mask)) { // signed left < 0x80000000? always false if (performedLt) emitCLRC; else emitSETC; goto correct_result_in_carry; } else if (lit == 0) { // compare left < 0; set CARRY if SIGNBIT(left) is set if (performedLt) emitSETC; else emitCLRC; pic16_emitpcode (POC_BTFSS, pic16_popCopyGPR2Bit(pic16_popGet (AOP(left), size), 7)); if (performedLt) emitCLRC; else emitSETC; goto correct_result_in_carry; } } // if (!sign) } // right is literal /************************************************* * perform a general case comparison * * make sure we get CARRY==1 <==> left >= right * *************************************************/ // compare most significant bytes //DEBUGpc ("comparing bytes at offset %d", size); if (!sign) { // unsigned comparison mov2w_regOrLit (AOP(right), lit, size); pic16_emitpcode (POC_SUBFW, pic16_popGet (AOP(left), size)); } else { // signed comparison // (add 2^n to both operands then perform an unsigned comparison) if (isAOP_LIT(right)) { // left >= LIT <-> LIT-left <= 0 <-> LIT-left == 0 OR !(LIT-left >= 0) unsigned char litbyte = (lit >> (8*size)) & 0xFF; if (litbyte == 0x80) { // left >= 0x80 -- always true, but more bytes to come pic16_mov2w (AOP(left), size); pic16_emitpcode (POC_XORLW, pic16_popGetLit (0x80)); // set ZERO flag emitSETC; } else { // left >= LIT <-> left + (-LIT) >= 0 <-> left + (0x100-LIT) >= 0x100 pic16_mov2w (AOP(left), size); pic16_emitpcode (POC_ADDLW, pic16_popGetLit (0x80)); pic16_emitpcode (POC_ADDLW, pic16_popGetLit ((0x100 - (litbyte + 0x80)) & 0x00FF)); } // if } else { /* using PRODL as a temporary register here */ pCodeOp *pctemp = pic16_popCopyReg(&pic16_pc_prodl); //pCodeOp *pctemp = pic16_popGetTempReg(1); pic16_mov2w (AOP(left), size); pic16_emitpcode (POC_ADDLW, pic16_popGetLit (0x80)); pic16_emitpcode (POC_MOVWF, pctemp); pic16_mov2w (AOP(right), size); pic16_emitpcode (POC_ADDLW, pic16_popGetLit (0x80)); pic16_emitpcode (POC_SUBFW, pctemp); //pic16_popReleaseTempReg(pctemp, 1); } } // if (!sign) // compare remaining bytes (treat as unsigned case from above) templbl = newiTempLabel ( NULL ); offs = size; while (offs--) { //DEBUGpc ("comparing bytes at offset %d", offs); pic16_emitpcode (POC_BNZ, pic16_popGetLabel (templbl->key)); mov2w_regOrLit (AOP(right), lit, offs); pic16_emitpcode (POC_SUBFW, pic16_popGet (AOP(left), offs)); } // while (offs) pic16_emitpLabel (templbl->key); goto result_in_carry; result_in_carry: /**************************************************** * now CARRY contains the result of the comparison: * * SUBWF sets CARRY iff * * F-W >= 0 <==> F >= W <==> !(F < W) * * (F=left, W=right) * ****************************************************/ if (performedLt) { if (result && AOP_TYPE(result) != AOP_CRY) { // value will be stored emitTOGC; } else { // value wil only be used in the following genSkipc() rIfx.condition ^= 1; } } // if correct_result_in_carry: // assign result to variable (if neccessary) if (result && AOP_TYPE(result) != AOP_CRY) { //DEBUGpc ("assign result"); size = AOP_SIZE(result); while (size--) { pic16_emitpcode (POC_CLRF, pic16_popGet (AOP(result), size)); } // while pic16_emitpcode (POC_RLCF, pic16_popGet (AOP(result), 0)); } // if (result) // perform conditional jump if (ifx) { //DEBUGpc ("generate control flow"); genSkipc (&rIfx); ifx->generated = 1; } // if } /*-----------------------------------------------------------------*/ /* genCmpGt :- greater than comparison */ /*-----------------------------------------------------------------*/ static void genCmpGt (iCode *ic, iCode *ifx) { operand *left, *right, *result; sym_link *letype , *retype; int sign ; FENTRY; left = IC_LEFT(ic); right= IC_RIGHT(ic); result = IC_RESULT(ic); letype = getSpec(operandType(left)); retype =getSpec(operandType(right)); sign = !(SPEC_USIGN(letype) | SPEC_USIGN(retype)); /* assign the amsops */ pic16_aopOp (left,ic,FALSE); pic16_aopOp (right,ic,FALSE); pic16_aopOp (result,ic,TRUE); genCmp(right, left, result, ifx, sign); pic16_freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genCmpLt - less than comparisons */ /*-----------------------------------------------------------------*/ static void genCmpLt (iCode *ic, iCode *ifx) { operand *left, *right, *result; sym_link *letype , *retype; int sign ; FENTRY; left = IC_LEFT(ic); right= IC_RIGHT(ic); result = IC_RESULT(ic); letype = getSpec(operandType(left)); retype =getSpec(operandType(right)); sign = !(SPEC_USIGN(letype) | SPEC_USIGN(retype)); /* assign the amsops */ pic16_aopOp (left,ic,FALSE); pic16_aopOp (right,ic,FALSE); pic16_aopOp (result,ic,TRUE); genCmp(left, right, result, ifx, sign); pic16_freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* pic16_isLitOp - check if operand has to be treated as literal */ /*-----------------------------------------------------------------*/ bool pic16_isLitOp(operand *op) { return ((AOP_TYPE(op) == AOP_LIT) || ( (AOP_TYPE(op) == AOP_PCODE) && ( (AOP(op)->aopu.pcop->type == PO_LITERAL) || (AOP(op)->aopu.pcop->type == PO_IMMEDIATE) ))); } /*-----------------------------------------------------------------*/ /* pic16_isLitAop - check if operand has to be treated as literal */ /*-----------------------------------------------------------------*/ bool pic16_isLitAop(asmop *aop) { return ((aop->type == AOP_LIT) || ( (aop->type == AOP_PCODE) && ( (aop->aopu.pcop->type == PO_LITERAL) || (aop->aopu.pcop->type == PO_IMMEDIATE) ))); } /*-----------------------------------------------------------------*/ /* genCmpEq - generates code for equal to */ /*-----------------------------------------------------------------*/ static void genCmpEq (iCode *ic, iCode *ifx) { operand *left, *right, *result; symbol *falselbl = newiTempLabel(NULL); symbol *donelbl = newiTempLabel(NULL); int preserve_result = 0; int generate_result = 0; int i=0; unsigned long lit = -1; FENTRY; pic16_aopOp((left=IC_LEFT(ic)),ic,FALSE); pic16_aopOp((right=IC_RIGHT(ic)),ic,FALSE); pic16_aopOp((result=IC_RESULT(ic)),ic,TRUE); DEBUGpic16_pic16_AopType(__LINE__,left,right,result); if( (AOP_TYPE(right) == AOP_CRY) || (AOP_TYPE(left) == AOP_CRY) ) { werror(W_POSSBUG2, __FILE__, __LINE__); DEBUGpic16_emitcode ("; ***","%s %d -- ERROR",__FUNCTION__,__LINE__); fprintf(stderr, "%s %d error - left/right CRY operands not supported\n",__FUNCTION__,__LINE__); goto release; } if (pic16_isLitOp(left) || (AOP_TYPE(right) == AOP_ACC)) { operand *tmp = right ; right = left; left = tmp; } if (AOP_TYPE(right) == AOP_LIT) { lit = ulFromVal (AOP(right)->aopu.aop_lit); } if ( regsInCommon(left, result) || regsInCommon(right, result) ) preserve_result = 1; if(result && AOP_SIZE(result)) generate_result = 1; if(generate_result && !preserve_result) { for(i = 0; i < AOP_SIZE(result); i++) pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),i)); } assert( AOP_SIZE(left) == AOP_SIZE(right) ); for(i=0; i < AOP_SIZE(left); i++) { if(AOP_TYPE(left) != AOP_ACC) { if(pic16_isLitOp(left)) pic16_emitpcode(POC_MOVLW, pic16_popGet(AOP(left), i)); else pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(left), i)); } if(pic16_isLitOp(right)) { if (pic16_isLitOp(left) || (0 != ((lit >> (8*i))&0x00FF))) { pic16_emitpcode(POC_XORLW, pic16_popGet(AOP(right), i)); } } else pic16_emitpcode(POC_XORFW, pic16_popGet(AOP(right), i)); pic16_emitpcode(POC_BNZ,pic16_popGetLabel(falselbl->key)); } // result == true if(generate_result && preserve_result) { for(i = 0; i < AOP_SIZE(result); i++) pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),i)); } if(generate_result) pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result), 0)); // result = true if(generate_result && preserve_result) pic16_emitpcode(POC_GOTO,pic16_popGetLabel(donelbl->key)); if(ifx && IC_TRUE(ifx)) pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_TRUE(ifx)->key)); if(ifx && IC_FALSE(ifx)) pic16_emitpcode(POC_GOTO,pic16_popGetLabel(donelbl->key)); pic16_emitpLabel(falselbl->key); // result == false if(ifx && IC_FALSE(ifx)) pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_FALSE(ifx)->key)); if(generate_result && preserve_result) { for(i = 0; i < AOP_SIZE(result); i++) pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),i)); } pic16_emitpLabel(donelbl->key); if(ifx) ifx->generated = 1; release: pic16_freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(result,NULL,ic,TRUE); } #if 0 // old version kept for reference /*-----------------------------------------------------------------*/ /* genCmpEq - generates code for equal to */ /*-----------------------------------------------------------------*/ static void genCmpEq (iCode *ic, iCode *ifx) { operand *left, *right, *result; unsigned long lit = 0L; int size,offset=0; symbol *falselbl = newiTempLabel(NULL); DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(ifx) DEBUGpic16_emitcode ("; ifx is non-null",""); else DEBUGpic16_emitcode ("; ifx is null",""); pic16_aopOp((left=IC_LEFT(ic)),ic,FALSE); pic16_aopOp((right=IC_RIGHT(ic)),ic,FALSE); pic16_aopOp((result=IC_RESULT(ic)),ic,TRUE); size = max(AOP_SIZE(left),AOP_SIZE(right)); DEBUGpic16_pic16_AopType(__LINE__,left,right,result); /* if literal, literal on the right or if the right is in a pointer register and left is not */ if ((AOP_TYPE(IC_LEFT(ic)) == AOP_LIT)) { operand *tmp = right ; right = left; left = tmp; } if(ifx && !AOP_SIZE(result)){ symbol *tlbl; DEBUGpic16_emitcode ("; ***","%s %d CASE 1",__FUNCTION__,__LINE__); /* if they are both bit variables */ if (AOP_TYPE(left) == AOP_CRY && ((AOP_TYPE(right) == AOP_CRY) || (AOP_TYPE(right) == AOP_LIT))) { DEBUGpic16_emitcode ("; ***","%s %d CASE 11",__FUNCTION__,__LINE__); if(AOP_TYPE(right) == AOP_LIT){ unsigned long lit = ulFromVal (AOP(right)->aopu.aop_lit); if(lit == 0L){ pic16_emitcode("mov","c,%s",AOP(left)->aopu.aop_dir); pic16_emitcode("cpl","c"); } else if(lit == 1L) { pic16_emitcode("mov","c,%s",AOP(left)->aopu.aop_dir); } else { pic16_emitcode("clr","c"); } /* AOP_TYPE(right) == AOP_CRY */ } else { symbol *lbl = newiTempLabel(NULL); pic16_emitcode("mov","c,%s",AOP(left)->aopu.aop_dir); pic16_emitcode("jb","%s,%05d_DS_",AOP(right)->aopu.aop_dir,(lbl->key+100)); pic16_emitcode("cpl","c"); pic16_emitcode("","%05d_DS_:",(lbl->key+100)); } /* if true label then we jump if condition supplied is true */ tlbl = newiTempLabel(NULL); if ( IC_TRUE(ifx) ) { pic16_emitcode("jnc","%05d_DS_",tlbl->key+100); pic16_emitcode("ljmp","%05d_DS_",IC_TRUE(ifx)->key+100); } else { pic16_emitcode("jc","%05d_DS_",tlbl->key+100); pic16_emitcode("ljmp","%05d_DS_",IC_FALSE(ifx)->key+100); } pic16_emitcode("","%05d_DS_:",tlbl->key+100+pic16_labelOffset); { /* left and right are both bit variables, result is carry */ resolvedIfx rIfx; resolveIfx(&rIfx,ifx); pic16_emitpcode(POC_MOVLW,pic16_popGet(AOP(left),0)); pic16_emitpcode(POC_ANDFW,pic16_popGet(AOP(left),0)); pic16_emitpcode(POC_BTFSC,pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_ANDLW,pic16_popGet(AOP(left),0)); genSkipz2(&rIfx,0); } } else { DEBUGpic16_emitcode ("; ***","%s %d CASE 12",__FUNCTION__,__LINE__); /* They're not both bit variables. Is the right a literal? */ if(AOP_TYPE(right) == AOP_LIT) { lit = ulFromVal (AOP(right)->aopu.aop_lit); switch(size) { case 1: switch(lit & 0xff) { case 1: if ( IC_TRUE(ifx) ) { pic16_emitpcode(POC_DECFW,pic16_popGet(AOP(left),offset)); emitSKPNZ; pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_TRUE(ifx)->key)); } else { pic16_emitpcode(POC_DECFSZW,pic16_popGet(AOP(left),offset)); pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_FALSE(ifx)->key)); } break; case 0xff: if ( IC_TRUE(ifx) ) { pic16_emitpcode(POC_INCFW,pic16_popGet(AOP(left),offset)); emitSKPNZ; pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_TRUE(ifx)->key)); } else { pic16_emitpcode(POC_INCFSZW,pic16_popGet(AOP(left),offset)); pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_FALSE(ifx)->key)); } break; default: pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(left),offset)); if(lit) pic16_emitpcode(POC_XORLW,pic16_popGetLit(lit & 0xff)); genSkip(ifx,'z'); } // switch lit /* end of size == 1 */ break; case 2: genc16bit2lit(left,lit,offset); genSkip(ifx,'z'); break; /* end of size == 2 */ default: /* size is 4 */ if(lit==0) { pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(left),0)); pic16_emitpcode(POC_IORFW,pic16_popGet(AOP(left),1)); pic16_emitpcode(POC_IORFW,pic16_popGet(AOP(left),2)); pic16_emitpcode(POC_IORFW,pic16_popGet(AOP(left),3)); genSkip(ifx,'z'); } else { /* search for patterns that can be optimized */ genc16bit2lit(left,lit,0); lit >>= 16; if(lit) { if(IC_TRUE(ifx)) emitSKPZ; // if hi word unequal else emitSKPNZ; // if hi word equal // fail early pic16_emitpcode(POC_GOTO,pic16_popGetLabel(falselbl->key)); genc16bit2lit(left,lit,2); genSkip(ifx,'z'); } else { pic16_emitpcode(POC_IORFW,pic16_popGet(AOP(left),2)); pic16_emitpcode(POC_IORFW,pic16_popGet(AOP(left),3)); genSkip(ifx,'z'); } } pic16_emitpLabel(falselbl->key); break; } // switch size ifx->generated = 1; goto release ; } else if(AOP_TYPE(right) == AOP_CRY ) { /* we know the left is not a bit, but that the right is */ pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(left),offset)); pic16_emitpcode( ( (IC_TRUE(ifx)) ? POC_BTFSC : POC_BTFSS), pic16_popGet(AOP(right),offset)); pic16_emitpcode(POC_XORLW,pic16_popGetLit(1)); /* if the two are equal, then W will be 0 and the Z bit is set * we could test Z now, or go ahead and check the high order bytes if * the variable we're comparing is larger than a byte. */ while(--size) pic16_emitpcode(POC_IORFW,pic16_popGet(AOP(left),offset)); if ( IC_TRUE(ifx) ) { emitSKPNZ; pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_TRUE(ifx)->key)); // pic16_emitcode(" goto","_%05d_DS_",IC_TRUE(ifx)->key+100+pic16_labelOffset); } else { emitSKPZ; pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_FALSE(ifx)->key)); // pic16_emitcode(" goto","_%05d_DS_",IC_FALSE(ifx)->key+100+pic16_labelOffset); } } else { /* They're both variables that are larger than bits */ int s = size; tlbl = newiTempLabel(NULL); while(size--) { pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(left),offset)); pic16_emitpcode(POC_XORFW,pic16_popGet(AOP(right),offset)); if ( IC_TRUE(ifx) ) { if(size) { emitSKPZ; DEBUGpic16_emitcode (";","\tIC_TRUE emitSKPZ"); pic16_emitpcode(POC_GOTO,pic16_popGetLabel(tlbl->key)); pic16_emitcode(" goto","_%05d_DS_",tlbl->key+100+pic16_labelOffset); } else { emitSKPNZ; DEBUGpic16_emitcode (";","\tIC_TRUE emitSKPNZ"); pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_TRUE(ifx)->key)); pic16_emitcode(" goto","_%05d_DS_",IC_TRUE(ifx)->key+100+pic16_labelOffset); } } else { emitSKPZ; DEBUGpic16_emitcode (";","\tnot IC_TRUE emitSKPZ"); pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_FALSE(ifx)->key)); pic16_emitcode(" goto","_%05d_DS_",IC_FALSE(ifx)->key+100+pic16_labelOffset); } offset++; } if(s>1 && IC_TRUE(ifx)) { pic16_emitpLabel(tlbl->key); pic16_emitcode("","_%05d_DS_:",tlbl->key+100+pic16_labelOffset); } } } /* mark the icode as generated */ ifx->generated = 1; goto release ; } /* if they are both bit variables */ if (AOP_TYPE(left) == AOP_CRY && ((AOP_TYPE(right) == AOP_CRY) || (AOP_TYPE(right) == AOP_LIT))) { DEBUGpic16_emitcode ("; ***","%s %d CASE 2",__FUNCTION__,__LINE__); if(AOP_TYPE(right) == AOP_LIT){ unsigned long lit = ulFromVal (AOP(right)->aopu.aop_lit); if(lit == 0L){ pic16_emitcode("mov","c,%s",AOP(left)->aopu.aop_dir); pic16_emitcode("cpl","c"); } else if(lit == 1L) { pic16_emitcode("mov","c,%s",AOP(left)->aopu.aop_dir); } else { pic16_emitcode("clr","c"); } /* AOP_TYPE(right) == AOP_CRY */ } else { symbol *lbl = newiTempLabel(NULL); pic16_emitcode("mov","c,%s",AOP(left)->aopu.aop_dir); pic16_emitcode("jb","%s,%05d_DS_",AOP(right)->aopu.aop_dir,(lbl->key+100)); pic16_emitcode("cpl","c"); pic16_emitcode("","%05d_DS_:",(lbl->key+100)); } /* c = 1 if egal */ if (AOP_TYPE(result) == AOP_CRY && AOP_SIZE(result)){ pic16_outBitC(result); goto release ; } if (ifx) { genIfxJump (ifx,"c"); goto release ; } /* if the result is used in an arithmetic operation then put the result in place */ pic16_outBitC(result); } else { DEBUGpic16_emitcode ("; ***","%s %d CASE 3",__FUNCTION__,__LINE__); gencjne(left,right,result,ifx); /* if(ifx) gencjne(left,right,newiTempLabel(NULL)); else { if(IC_TRUE(ifx)->key) gencjne(left,right,IC_TRUE(ifx)->key); else gencjne(left,right,IC_FALSE(ifx)->key); ifx->generated = 1; goto release ; } if (AOP_TYPE(result) == AOP_CRY && AOP_SIZE(result)) { pic16_aopPut(AOP(result),"a",0); goto release ; } if (ifx) { genIfxJump (ifx,"a"); goto release ; } */ /* if the result is used in an arithmetic operation then put the result in place */ /* if (AOP_TYPE(result) != AOP_CRY) pic16_outAcc(result); */ /* leave the result in acc */ } release: pic16_freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(result,NULL,ic,TRUE); } #endif /*-----------------------------------------------------------------*/ /* ifxForOp - returns the icode containing the ifx for operand */ /*-----------------------------------------------------------------*/ static iCode *ifxForOp ( operand *op, iCode *ic ) { FENTRY2; /* if true symbol then needs to be assigned */ if (IS_TRUE_SYMOP(op)) return NULL ; /* if this has register type condition and the next instruction is ifx with the same operand and live to of the operand is upto the ifx only then */ if (ic->next && ic->next->op == IFX && IC_COND(ic->next)->key == op->key && OP_SYMBOL(op)->liveTo <= ic->next->seq ) { DEBUGpic16_emitcode(";", "%d %s", __LINE__, __FUNCTION__); return ic->next; } /* if (ic->next && ic->next->op == IFX && IC_COND(ic->next)->key == op->key) { DEBUGpic16_emitcode ("; WARNING ","%d IGNORING liveTo range in %s",__LINE__,__FUNCTION__); return ic->next; } */ DEBUGpic16_emitcode ("; NULL :(","%d",__LINE__); if (ic->next && ic->next->op == IFX) DEBUGpic16_emitcode ("; ic-next"," is an IFX"); if (ic->next && ic->next->op == IFX && IC_COND(ic->next)->key == op->key) { DEBUGpic16_emitcode ("; "," key is okay"); DEBUGpic16_emitcode ("; "," key liveTo %d, next->seq = %d", OP_SYMBOL(op)->liveTo, ic->next->seq); } #if 0 /* the code below is completely untested * it just allows ulong2fs.c compile -- VR */ ic = ic->next; fprintf(stderr, "WARNING (%s:%s:%d) untested hack might produce wrong code\n", __FILE__, __FUNCTION__, __LINE__); /* if this has register type condition and the next instruction is ifx with the same operand and live to of the operand is upto the ifx only then */ if (ic->next && ic->next->op == IFX && IC_COND(ic->next)->key == op->key && OP_SYMBOL(op)->liveTo <= ic->next->seq ) return ic->next; if (ic->next && ic->next->op == IFX && IC_COND(ic->next)->key == op->key) { DEBUGpic16_emitcode ("; WARNING ","%d IGNORING liveTo range in %s",__LINE__,__FUNCTION__); return ic->next; } fprintf(stderr, "WARNING (%s:%s:%d) untested hack might produce wrong code (returning NULL)\n", __FILE__, __FUNCTION__, __LINE__); // return ic->next->next; /* this just might work */ /* FIXME FIXME */ #endif return NULL; } /*-----------------------------------------------------------------*/ /* genAndOp - for && operation */ /*-----------------------------------------------------------------*/ static void genAndOp (iCode *ic) { operand *left,*right, *result; /* symbol *tlbl; */ FENTRY; /* note here that && operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ pic16_aopOp((left=IC_LEFT(ic)),ic,FALSE); pic16_aopOp((right=IC_RIGHT(ic)),ic,FALSE); pic16_aopOp((result=IC_RESULT(ic)),ic,TRUE); DEBUGpic16_pic16_AopType(__LINE__,left,right,result); pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(left),0)); pic16_emitpcode(POC_ANDFW,pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),0)); /* if both are bit variables */ /* if (AOP_TYPE(left) == AOP_CRY && */ /* AOP_TYPE(right) == AOP_CRY ) { */ /* pic16_emitcode("mov","c,%s",AOP(left)->aopu.aop_dir); */ /* pic16_emitcode("anl","c,%s",AOP(right)->aopu.aop_dir); */ /* pic16_outBitC(result); */ /* } else { */ /* tlbl = newiTempLabel(NULL); */ /* pic16_toBoolean(left); */ /* pic16_emitcode("jz","%05d_DS_",tlbl->key+100); */ /* pic16_toBoolean(right); */ /* pic16_emitcode("","%05d_DS_:",tlbl->key+100); */ /* pic16_outBitAcc(result); */ /* } */ pic16_freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genOrOp - for || operation */ /*-----------------------------------------------------------------*/ /* tsd pic port - modified this code, but it doesn't appear to ever get called */ static void genOrOp (iCode *ic) { operand *left,*right, *result; symbol *tlbl; FENTRY; /* note here that || operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ pic16_aopOp((left=IC_LEFT(ic)),ic,FALSE); pic16_aopOp((right=IC_RIGHT(ic)),ic,FALSE); pic16_aopOp((result=IC_RESULT(ic)),ic,TRUE); DEBUGpic16_pic16_AopType(__LINE__,left,right,result); /* if both are bit variables */ if (AOP_TYPE(left) == AOP_CRY && AOP_TYPE(right) == AOP_CRY ) { pic16_emitcode("clrc",""); pic16_emitcode("btfss","(%s >> 3), (%s & 7)", AOP(left)->aopu.aop_dir, AOP(left)->aopu.aop_dir); pic16_emitcode("btfsc","(%s >> 3), (%s & 7)", AOP(right)->aopu.aop_dir, AOP(right)->aopu.aop_dir); pic16_emitcode("setc",""); } else { tlbl = newiTempLabel(NULL); pic16_toBoolean(left); emitSKPZ; pic16_emitcode("goto","%05d_DS_",tlbl->key+100+pic16_labelOffset); pic16_toBoolean(right); pic16_emitcode("","%05d_DS_:",tlbl->key+100+pic16_labelOffset); pic16_outBitAcc(result); } pic16_freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* isLiteralBit - test if lit == 2^n */ /*-----------------------------------------------------------------*/ static int isLiteralBit(unsigned long lit) { unsigned long pw[32] = {1L,2L,4L,8L,16L,32L,64L,128L, 0x100L,0x200L,0x400L,0x800L, 0x1000L,0x2000L,0x4000L,0x8000L, 0x10000L,0x20000L,0x40000L,0x80000L, 0x100000L,0x200000L,0x400000L,0x800000L, 0x1000000L,0x2000000L,0x4000000L,0x8000000L, 0x10000000L,0x20000000L,0x40000000L,0x80000000L}; int idx; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); for(idx = 0; idx < 32; idx++) if(lit == pw[idx]) return idx+1; return 0; } /*-----------------------------------------------------------------*/ /* continueIfTrue - */ /*-----------------------------------------------------------------*/ static void continueIfTrue (iCode *ic) { FENTRY; if(IC_TRUE(ic)) pic16_emitcode("ljmp","%05d_DS_",IC_TRUE(ic)->key+100); ic->generated = 1; } /*-----------------------------------------------------------------*/ /* jmpIfTrue - */ /*-----------------------------------------------------------------*/ static void jumpIfTrue (iCode *ic) { FENTRY; if(!IC_TRUE(ic)) pic16_emitcode("ljmp","%05d_DS_",IC_FALSE(ic)->key+100); ic->generated = 1; } /*-----------------------------------------------------------------*/ /* jmpTrueOrFalse - */ /*-----------------------------------------------------------------*/ static void jmpTrueOrFalse (iCode *ic, symbol *tlbl) { // ugly but optimized by peephole FENTRY; if(IC_TRUE(ic)){ symbol *nlbl = newiTempLabel(NULL); pic16_emitcode("sjmp","%05d_DS_",nlbl->key+100); pic16_emitcode("","%05d_DS_:",tlbl->key+100); pic16_emitcode("ljmp","%05d_DS_",IC_TRUE(ic)->key+100); pic16_emitcode("","%05d_DS_:",nlbl->key+100); } else { pic16_emitcode("ljmp","%05d_DS_",IC_FALSE(ic)->key+100); pic16_emitcode("","%05d_DS_:",tlbl->key+100); } ic->generated = 1; } /*-----------------------------------------------------------------*/ /* genAnd - code for and */ /*-----------------------------------------------------------------*/ static void genAnd (iCode *ic, iCode *ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; resolvedIfx rIfx; FENTRY; pic16_aopOp ((left = IC_LEFT (ic)), ic, FALSE); pic16_aopOp ((right = IC_RIGHT (ic)), ic, FALSE); pic16_aopOp ((result = IC_RESULT (ic)), ic, TRUE); resolveIfx (&rIfx, ifx); /* if left is a literal & right is not then exchange them */ if ((AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) || AOP_NEEDSACC (left)) { operand *tmp = right; right = left; left = tmp; } /* if result = right then exchange them */ if (pic16_sameRegs (AOP (result), AOP (right))) { operand *tmp = right; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE (right) == AOP_CRY && AOP_TYPE (left) != AOP_CRY) { operand *tmp = right; right = left; left = tmp; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); DEBUGpic16_pic16_AopType (__LINE__, left, right, result); // if(bit & yy) // result = bit & yy; if (AOP_TYPE(left) == AOP_CRY){ // c = bit & literal; if(AOP_TYPE(right) == AOP_LIT){ if(lit & 1) { if(size && pic16_sameRegs(AOP(result),AOP(left))) // no change goto release; pic16_emitcode("mov","c,%s",AOP(left)->aopu.aop_dir); } else { // bit(result) = 0; if(size && (AOP_TYPE(result) == AOP_CRY)){ pic16_emitcode("clr","%s",AOP(result)->aopu.aop_dir); goto release; } if((AOP_TYPE(result) == AOP_CRY) && ifx){ jumpIfTrue(ifx); goto release; } pic16_emitcode("clr","c"); } } else { if (AOP_TYPE(right) == AOP_CRY){ // c = bit & bit; pic16_emitcode("mov","c,%s",AOP(right)->aopu.aop_dir); pic16_emitcode("anl","c,%s",AOP(left)->aopu.aop_dir); } else { // c = bit & val; MOVA(pic16_aopGet(AOP(right),0,FALSE,FALSE)); // c = lsb pic16_emitcode("rrc","a"); pic16_emitcode("anl","c,%s",AOP(left)->aopu.aop_dir); } } // bit = c // val = c if(size) pic16_outBitC(result); // if(bit & ...) else if((AOP_TYPE(result) == AOP_CRY) && ifx) genIfxJump(ifx, "c"); goto release ; } // if (val & 0xZZ) - size = 0, ifx != FALSE - // bit = val & 0xZZ - size = 1, ifx = FALSE - if ((AOP_TYPE (right) == AOP_LIT) && (AOP_TYPE (result) == AOP_CRY) && (AOP_TYPE (left) != AOP_CRY)) { symbol *tlbl = newiTempLabel (NULL); int sizel = AOP_SIZE (left); int nonnull = 0; char emitBra; if (size) emitSETC; /* get number of non null bytes in literal */ while (sizel--) { if (lit & (0xff << (sizel * 8))) ++nonnull; } emitBra = nonnull || rIfx.condition; for (sizel = AOP_SIZE (left); sizel--; ++offset, lit >>= 8) { unsigned char bytelit = lit; if (bytelit != 0) { int posbit; --nonnull; /* patch provided by Aaron Colwell */ if ((posbit = isLiteralBit (bytelit)) != 0) { if (nonnull) { pic16_emitpcode (POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet (AOP (left), offset, FALSE, FALSE), posbit - 1, 0, PO_GPR_REGISTER)); pic16_emitpcode (POC_GOTO, pic16_popGetLabel (rIfx.condition ? rIfx.lbl->key : tlbl->key)); } else { pic16_emitpcode (rIfx.condition ? POC_BTFSC :POC_BTFSS, pic16_newpCodeOpBit(pic16_aopGet (AOP (left), offset, FALSE, FALSE), posbit - 1, 0, PO_GPR_REGISTER)); } } else { if (bytelit == 0xff) { /* Aaron had a MOVF instruction here, changed to MOVFW cause * a peephole could optimize it out -- VR */ pic16_emitpcode (POC_MOVFW, pic16_popGet (AOP (left), offset)); } else { pic16_emitpcode (POC_MOVFW, pic16_popGet (AOP (left), offset)); pic16_emitpcode (POC_ANDLW, pic16_popGetLit (bytelit)); } if (nonnull) { if (rIfx.condition) { emitSKPZ; pic16_emitpcode (POC_GOTO, pic16_popGetLabel (rIfx.lbl->key)); /* to false */ } else { pic16_emitpcode (POC_BNZ, pic16_popGetLabel (tlbl->key)); /* to true */ } } else { /* last non null byte */ if (rIfx.condition) emitSKPZ; else emitSKPNZ; } } } } // bit = left & literal if (size) { emitCLRC; pic16_emitpLabel (tlbl->key); } // if(left & literal) else { if (ifx) { if (emitBra) pic16_emitpcode (POC_GOTO, pic16_popGetLabel (rIfx.lbl->key)); ifx->generated = 1; } pic16_emitpLabel (tlbl->key); goto release; } pic16_outBitC (result); goto release; } /* if left is same as result */ if(pic16_sameRegs(AOP(result),AOP(left))){ int know_W = -1; for(;size--; offset++,lit>>=8) { if(AOP_TYPE(right) == AOP_LIT){ switch(lit & 0xff) { case 0x00: /* and'ing with 0 has clears the result */ // pic16_emitcode("clrf","%s",pic16_aopGet(AOP(result),offset,FALSE,FALSE)); pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),offset)); break; case 0xff: /* and'ing with 0xff is a nop when the result and left are the same */ break; default: { int p = pic16_my_powof2( (~lit) & 0xff ); if(p>=0) { /* only one bit is set in the literal, so use a bcf instruction */ // pic16_emitcode("bcf","%s,%d",pic16_aopGet(AOP(left),offset,FALSE,TRUE),p); pic16_emitpcode(POC_BCF,pic16_newpCodeOpBit(pic16_aopGet(AOP(left),offset,FALSE,FALSE),p,0, PO_GPR_REGISTER)); } else { pic16_emitcode("movlw","0x%x", (lit & 0xff)); pic16_emitcode("andwf","%s,f",pic16_aopGet(AOP(left),offset,FALSE,TRUE)); if(know_W != (lit&0xff)) pic16_emitpcode(POC_MOVLW, pic16_popGetLit(lit & 0xff)); know_W = lit &0xff; pic16_emitpcode(POC_ANDWF,pic16_popGet(AOP(left),offset)); } } } } else { if (AOP_TYPE(left) == AOP_ACC) { pic16_emitpcode(POC_ANDFW,pic16_popGet(AOP(right),offset)); } else { pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(right),offset)); pic16_emitpcode(POC_ANDWF,pic16_popGet(AOP(left),offset)); } } } } else { // left & result in different registers if(AOP_TYPE(result) == AOP_CRY){ // result = bit // if(size), result in bit // if(!size && ifx), conditional oper: if(left & right) symbol *tlbl = newiTempLabel(NULL); int sizer = min(AOP_SIZE(left),AOP_SIZE(right)); if(size) pic16_emitcode("setb","c"); while(sizer--){ MOVA(pic16_aopGet(AOP(right),offset,FALSE,FALSE)); pic16_emitcode("anl","a,%s", pic16_aopGet(AOP(left),offset,FALSE,FALSE)); pic16_emitcode("jnz","%05d_DS_",tlbl->key+100); offset++; } if(size){ CLRC; pic16_emitcode("","%05d_DS_:",tlbl->key+100); pic16_outBitC(result); } else if(ifx) jmpTrueOrFalse(ifx, tlbl); } else { for(;(size--);offset++) { // normal case // result = left & right if(AOP_TYPE(right) == AOP_LIT){ int t = (lit >> (offset*8)) & 0x0FFL; switch(t) { case 0x00: pic16_emitcode("clrf","%s", pic16_aopGet(AOP(result),offset,FALSE,FALSE)); pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),offset)); break; case 0xff: pic16_emitcode("movf","%s,w", pic16_aopGet(AOP(left),offset,FALSE,FALSE)); pic16_emitcode("movwf","%s", pic16_aopGet(AOP(result),offset,FALSE,FALSE)); pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(left),offset)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offset)); break; default: pic16_emitcode("movlw","0x%x",t); pic16_emitcode("andwf","%s,w", pic16_aopGet(AOP(left),offset,FALSE,FALSE)); pic16_emitcode("movwf","%s", pic16_aopGet(AOP(result),offset,FALSE,FALSE)); pic16_emitpcode(POC_MOVLW, pic16_popGetLit(t)); pic16_emitpcode(POC_ANDFW,pic16_popGet(AOP(left),offset)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offset)); } continue; } if (AOP_TYPE(left) == AOP_ACC) { pic16_emitcode("andwf","%s,w",pic16_aopGet(AOP(right),offset,FALSE,FALSE)); pic16_emitpcode(POC_ANDFW,pic16_popGet(AOP(right),offset)); } else { pic16_emitcode("movf","%s,w",pic16_aopGet(AOP(right),offset,FALSE,FALSE)); pic16_emitcode("andwf","%s,w", pic16_aopGet(AOP(left),offset,FALSE,FALSE)); pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(right),offset)); pic16_emitpcode(POC_ANDFW,pic16_popGet(AOP(left),offset)); } pic16_emitcode("movwf","%s",pic16_aopGet(AOP(result),offset,FALSE,FALSE)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offset)); } } } release : pic16_freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genOr - code for or */ /*-----------------------------------------------------------------*/ static void genOr (iCode *ic, iCode *ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; resolvedIfx rIfx; FENTRY; pic16_aopOp ((left = IC_LEFT (ic)), ic, FALSE); pic16_aopOp ((right= IC_RIGHT (ic)), ic, FALSE); pic16_aopOp ((result=IC_RESULT (ic)), ic, TRUE); resolveIfx (&rIfx, ifx); /* if left is a literal & right is not then exchange them */ if ((AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) || AOP_NEEDSACC (left)) { operand *tmp = right; right = left; left = tmp; } /* if result = right then exchange them */ if (pic16_sameRegs (AOP (result), AOP (right))) { operand *tmp = right; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE (right) == AOP_CRY && AOP_TYPE (left) != AOP_CRY) { operand *tmp = right; right = left; left = tmp; } DEBUGpic16_pic16_AopType (__LINE__, left, right, result); if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); // if(bit | yy) // xx = bit | yy; if (AOP_TYPE(left) == AOP_CRY){ if(AOP_TYPE(right) == AOP_LIT){ // c = bit & literal; if(lit){ // lit != 0 => result = 1 if(AOP_TYPE(result) == AOP_CRY){ if(size) pic16_emitpcode(POC_BSF, pic16_popGet(AOP(result),0)); //pic16_emitcode("bsf","(%s >> 3), (%s & 7)", // AOP(result)->aopu.aop_dir, // AOP(result)->aopu.aop_dir); else if(ifx) continueIfTrue(ifx); goto release; } } else { // lit == 0 => result = left if(size && pic16_sameRegs(AOP(result),AOP(left))) goto release; pic16_emitcode(";XXX mov","c,%s %s,%d",AOP(left)->aopu.aop_dir,__FILE__,__LINE__); } } else { if (AOP_TYPE(right) == AOP_CRY){ if(pic16_sameRegs(AOP(result),AOP(left))){ // c = bit | bit; pic16_emitpcode(POC_BCF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_BSF, pic16_popGet(AOP(result),0)); } else { if( AOP_TYPE(result) == AOP_ACC) { pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0)); pic16_emitpcode(POC_BTFSS, pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(left),0)); pic16_emitpcode(POC_MOVLW, pic16_popGetLit(1)); } else { pic16_emitpcode(POC_BCF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_BTFSS, pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(left),0)); pic16_emitpcode(POC_BSF, pic16_popGet(AOP(result),0)); } } } else { // c = bit | val; symbol *tlbl = newiTempLabel(NULL); pic16_emitcode(";XXX "," %s,%d",__FILE__,__LINE__); pic16_emitpcode(POC_BCF, pic16_popGet(AOP(result),0)); if( AOP_TYPE(right) == AOP_ACC) { pic16_emitpcode(POC_IORLW, pic16_popGetLit(0)); emitSKPNZ; pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(left),0)); pic16_emitpcode(POC_BSF, pic16_popGet(AOP(result),0)); } if(!((AOP_TYPE(result) == AOP_CRY) && ifx)) pic16_emitcode(";XXX setb","c"); pic16_emitcode(";XXX jb","%s,%05d_DS_", AOP(left)->aopu.aop_dir,tlbl->key+100); pic16_toBoolean(right); pic16_emitcode(";XXX jnz","%05d_DS_",tlbl->key+100); if((AOP_TYPE(result) == AOP_CRY) && ifx){ jmpTrueOrFalse(ifx, tlbl); goto release; } else { CLRC; pic16_emitcode("","%05d_DS_:",tlbl->key+100); } } } // bit = c // val = c if(size) pic16_outBitC(result); // if(bit | ...) else if((AOP_TYPE(result) == AOP_CRY) && ifx) genIfxJump(ifx, "c"); goto release ; } // if(val | 0xZZ) - size = 0, ifx != FALSE - // bit = val | 0xZZ - size = 1, ifx = FALSE - if ((AOP_TYPE (right) == AOP_LIT) && (AOP_TYPE (result) == AOP_CRY) && (AOP_TYPE (left) != AOP_CRY)) { if (IS_OP_VOLATILE(left)) { pic16_mov2w_volatile(AOP(left)); } // if if (lit) { if (rIfx.condition) pic16_emitpcode (POC_GOTO, pic16_popGetLabel (rIfx.lbl->key)); /* to false */ ifx->generated = 1; } else wassert (0); goto release; } /* if left is same as result */ if(pic16_sameRegs(AOP(result),AOP(left))){ int know_W = -1; for(;size--; offset++,lit>>=8) { if(AOP_TYPE(right) == AOP_LIT){ if(((lit & 0xff) == 0) && !IS_OP_VOLATILE(left)) { /* or'ing with 0 has no effect */ continue; } else { int p = pic16_my_powof2(lit & 0xff); if(p>=0) { /* only one bit is set in the literal, so use a bsf instruction */ pic16_emitpcode(POC_BSF, pic16_newpCodeOpBit(pic16_aopGet(AOP(left),offset,FALSE,FALSE),p,0, PO_GPR_REGISTER)); } else { if(know_W != (lit & 0xff)) pic16_emitpcode(POC_MOVLW, pic16_popGetLit(lit & 0xff)); know_W = lit & 0xff; pic16_emitpcode(POC_IORWF, pic16_popGet(AOP(left),offset)); } } } else { if (AOP_TYPE(left) == AOP_ACC) { pic16_emitpcode(POC_IORFW, pic16_popGet(AOP(right),offset)); } else { pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(right),offset)); pic16_emitpcode(POC_IORWF, pic16_popGet(AOP(left),offset)); } } } } else { // left & result in different registers if(AOP_TYPE(result) == AOP_CRY){ // result = bit // if(size), result in bit // if(!size && ifx), conditional oper: if(left | right) symbol *tlbl = newiTempLabel(NULL); int sizer = max(AOP_SIZE(left),AOP_SIZE(right)); pic16_emitcode(";XXX "," %s,%d",__FILE__,__LINE__); if(size) pic16_emitcode(";XXX setb","c"); while(sizer--){ MOVA(pic16_aopGet(AOP(right),offset,FALSE,FALSE)); pic16_emitcode(";XXX orl","a,%s", pic16_aopGet(AOP(left),offset,FALSE,FALSE)); pic16_emitcode(";XXX jnz","%05d_DS_",tlbl->key+100); offset++; } if(size){ CLRC; pic16_emitcode("","%05d_DS_:",tlbl->key+100); pic16_outBitC(result); } else if(ifx) jmpTrueOrFalse(ifx, tlbl); } else for(;(size--);offset++){ // normal case // result = left & right if(AOP_TYPE(right) == AOP_LIT){ int t = (lit >> (offset*8)) & 0x0FFL; switch(t) { case 0x00: pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(left),offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset)); break; default: pic16_emitpcode(POC_MOVLW, pic16_popGetLit(t)); pic16_emitpcode(POC_IORFW, pic16_popGet(AOP(left),offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset)); } continue; } // faster than result <- left, anl result,right // and better if result is SFR if (AOP_TYPE(left) == AOP_ACC) { pic16_emitpcode(POC_IORWF, pic16_popGet(AOP(right),offset)); } else { pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(right),offset)); pic16_emitpcode(POC_IORFW, pic16_popGet(AOP(left),offset)); } pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset)); } } release : pic16_freeAsmop(left,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(right,NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genXor - code for xclusive or */ /*-----------------------------------------------------------------*/ static void genXor (iCode *ic, iCode *ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; resolvedIfx rIfx; FENTRY; pic16_aopOp ((left = IC_LEFT (ic)), ic, FALSE); pic16_aopOp ((right = IC_RIGHT (ic)), ic, FALSE); pic16_aopOp ((result = IC_RESULT (ic)), ic, TRUE); resolveIfx (&rIfx,ifx); /* if left is a literal & right is not || if left needs acc & right does not */ if ((AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) || (AOP_NEEDSACC (left) && !AOP_NEEDSACC (right))) { operand *tmp = right; right = left; left = tmp; } /* if result = right then exchange them */ if (pic16_sameRegs (AOP (result), AOP (right))) { operand *tmp = right ; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE (right) == AOP_CRY && AOP_TYPE (left) != AOP_CRY) { operand *tmp = right ; right = left; left = tmp; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); // if(bit ^ yy) // xx = bit ^ yy; if (AOP_TYPE(left) == AOP_CRY) { if (AOP_TYPE(right) == AOP_LIT) { // c = bit & literal; if (lit >> 1) { // lit>>1 != 0 => result = 1 if (AOP_TYPE(result) == AOP_CRY) { if (size) { pic16_emitpcode(POC_BSF, pic16_popGet(AOP(result), offset)); } else if (ifx) continueIfTrue(ifx); goto release; } pic16_emitcode("setb", "c"); } else { // lit == (0 or 1) if (lit == 0) { // lit == 0, result = left if (size && pic16_sameRegs(AOP(result), AOP(left))) goto release; pic16_emitcode("mov", "c,%s", AOP(left)->aopu.aop_dir); } else { // lit == 1, result = not(left) if (size && pic16_sameRegs(AOP(result), AOP(left))) { pic16_emitpcode(POC_MOVLW, pic16_popGet(AOP(result), offset)); pic16_emitpcode(POC_XORWF, pic16_popGet(AOP(result), offset)); pic16_emitcode("cpl", "%s", AOP(result)->aopu.aop_dir); goto release; } else { pic16_emitcode("mov", "c,%s", AOP(left)->aopu.aop_dir); pic16_emitcode("cpl", "c"); } } } } else { // right != literal symbol *tlbl = newiTempLabel(NULL); if (AOP_TYPE(right) == AOP_CRY) { // c = bit ^ bit; pic16_emitcode("mov", "c,%s", AOP(right)->aopu.aop_dir); } else { int sizer = AOP_SIZE(right); // c = bit ^ val // if val>>1 != 0, result = 1 pic16_emitcode("setb", "c"); while (sizer) { MOVA(pic16_aopGet(AOP(right), sizer - 1, FALSE, FALSE)); if (sizer == 1) // test the msb of the lsb pic16_emitcode("anl", "a,#0xfe"); pic16_emitcode("jnz", "%05d_DS_", tlbl->key+100); sizer--; } // val = (0,1) pic16_emitcode("rrc", "a"); } pic16_emitcode("jnb", "%s,%05d_DS_", AOP(left)->aopu.aop_dir, (tlbl->key + 100)); pic16_emitcode("cpl", "c"); pic16_emitcode("", "%05d_DS_:", (tlbl->key + 100)); } // bit = c // val = c if (size) pic16_outBitC(result); // if(bit | ...) else if ((AOP_TYPE(result) == AOP_CRY) && ifx) genIfxJump(ifx, "c"); goto release; } // if(val ^ 0xZZ) - size = 0, ifx != FALSE - // bit = val ^ 0xZZ - size = 1, ifx = FALSE - if ((AOP_TYPE (right) == AOP_LIT) && (AOP_TYPE (result) == AOP_CRY) && (AOP_TYPE (left) != AOP_CRY)) { symbol *tlbl = newiTempLabel (NULL); int sizel; if (size) emitSETC; for (sizel = AOP_SIZE(left); sizel--; ++offset, lit >>= 8) { unsigned char bytelit = lit; switch (bytelit) { case 0xff: pic16_emitpcode (POC_COMFW, pic16_popGet (AOP (left), offset)); break; case 0x00: pic16_emitpcode (POC_MOVFW, pic16_popGet (AOP (left), offset)); break; default: pic16_emitpcode (POC_MOVLW, pic16_popGetLit (bytelit)); pic16_emitpcode (POC_XORFW, pic16_popGet (AOP (left), offset)); break; } if (sizel) { if (rIfx.condition) { /* rIfx.lbl might be far away... */ emitSKPZ; pic16_emitpcode (POC_GOTO, pic16_popGetLabel (rIfx.lbl->key)); /* to false */ } else { pic16_emitpcode (POC_BNZ, pic16_popGetLabel (tlbl->key)); /* to true */ } } else { /* last non null byte */ if (rIfx.condition) emitSKPZ; else emitSKPNZ; } } // bit = left ^ literal if (size) { emitCLRC; pic16_emitpLabel (tlbl->key); } // if (left ^ literal) else { if (ifx) { pic16_emitpcode (POC_GOTO, pic16_popGetLabel (rIfx.lbl->key)); ifx->generated = 1; } pic16_emitpLabel (tlbl->key); goto release; } pic16_outBitC (result); goto release; } if (pic16_sameRegs(AOP(result), AOP(left))) { /* if left is same as result */ for (; size--; offset++) { if (AOP_TYPE(right) == AOP_LIT) { int t = (lit >> (offset * 8)) & 0x0FFL; if (t == 0x00L) continue; else { pic16_emitpcode(POC_MOVLW, pic16_popGetLit(t)); pic16_emitpcode(POC_XORWF, pic16_popGet(AOP(left), offset)); } } else { if (AOP_TYPE(left) == AOP_ACC) pic16_emitcode("xrl", "a,%s", pic16_aopGet(AOP(right), offset, FALSE, FALSE)); else { pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(right), offset)); pic16_emitpcode(POC_XORWF, pic16_popGet(AOP(left), offset)); } } } } else { // left ^ result in different registers if (AOP_TYPE(result) == AOP_CRY) { // result = bit // if(size), result in bit // if(!size && ifx), conditional oper: if(left ^ right) symbol *tlbl = newiTempLabel(NULL); int sizer = max(AOP_SIZE(left), AOP_SIZE(right)); if (size) pic16_emitcode("setb", "c"); while (sizer--) { if ((AOP_TYPE(right) == AOP_LIT) && (((lit >> (offset*8)) & 0x0FFL) == 0x00L)) { MOVA(pic16_aopGet(AOP(left), offset, FALSE, FALSE)); } else { MOVA(pic16_aopGet(AOP(right), offset, FALSE, FALSE)); pic16_emitcode("xrl", "a,%s", pic16_aopGet(AOP(left), offset, FALSE, FALSE)); } pic16_emitcode("jnz", "%05d_DS_", tlbl->key + 100); offset++; } if (size) { CLRC; pic16_emitcode("", "%05d_DS_:", tlbl->key + 100); pic16_outBitC(result); } else if (ifx) jmpTrueOrFalse(ifx, tlbl); } else { for (; (size--); offset++) { // normal case // result = left ^ right if (AOP_TYPE(right) == AOP_LIT) { int t = (lit >> (offset * 8)) & 0x0FFL; switch(t) { case 0x00: pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(left), offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offset)); break; case 0xff: pic16_emitpcode(POC_COMFW, pic16_popGet(AOP(left), offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offset)); break; default: pic16_emitpcode(POC_MOVLW, pic16_popGetLit(t)); pic16_emitpcode(POC_XORFW, pic16_popGet(AOP(left), offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offset)); } continue; } // faster than result <- left, anl result,right // and better if result is SFR if (AOP_TYPE(left) == AOP_ACC) { pic16_emitpcode(POC_XORFW, pic16_popGet(AOP(right), offset)); } else { pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(right), offset)); pic16_emitpcode(POC_XORFW, pic16_popGet(AOP(left), offset)); } if ( AOP_TYPE(result) != AOP_ACC) { pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offset)); } } } } release : pic16_freeAsmop(left, NULL, ic, (RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(right, NULL, ic, (RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(result, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genInline - write the inline code out */ /*-----------------------------------------------------------------*/ static void genInline (iCode *ic) { char *buffer, *bp, *bp1; bool inComment = FALSE; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); _G.inLine += (!options.asmpeep); buffer = bp = bp1 = Safe_strdup (IC_INLINE (ic)); while((bp1=strstr(bp, "\\n"))) { *bp1++ = '\n'; *bp1++ = ' '; bp = bp1; } bp = bp1 = buffer; #if 0 /* This is an experimental code for #pragma inline and is temporarily disabled for 2.5.0 release */ if(asmInlineMap) { symbol *sym; char *s; char *cbuf; int cblen; cbuf = Safe_strdup(buffer); cblen = strlen(buffer)+1; memset(cbuf, 0, cblen); bp = buffer; bp1 = cbuf; while(*bp) { if(*bp != '%')*bp1++ = *bp++; else { int i; bp++; i = *bp - '0'; if(i>elementsInSet(asmInlineMap))break; bp++; s = indexSet(asmInlineMap, i); DEBUGpc("searching symbol s = `%s'", s); sym = findSym(SymbolTab, NULL, s); if(sym->reqv) { strcat(bp1, sym->reqv->operand.symOperand->regs[0]->name); } else { strcat(bp1, sym->rname); } while(*bp1)bp1++; } if(strlen(bp1) > cblen - 16) { int i = strlen(cbuf); cblen += 50; cbuf = realloc(cbuf, cblen); memset(cbuf+i, 0, 50); bp1 = cbuf + i; } } free(buffer); buffer = Safe_strdup( cbuf ); free(cbuf); bp = bp1 = buffer; } #endif /* 0 */ /* emit each line as a code */ while (*bp) { switch (*bp) { case ';': inComment = TRUE; ++bp; break; case '\n': inComment = FALSE; *bp++ = '\0'; if (*bp1) pic16_addpCode2pBlock(pb, pic16_newpCodeAsmDir(bp1, NULL)); // inline directly, no process bp1 = bp; break; default: /* Add \n for labels, not dirs such as c:\mydir */ if (!inComment && (*bp == ':') && (isspace((unsigned char)bp[1]))) { ++bp; *bp = '\0'; ++bp; /* print label, use this special format with NULL directive * to denote that the argument should not be indented with tab */ pic16_addpCode2pBlock(pb, pic16_newpCodeAsmDir(NULL, bp1)); // inline directly, no process bp1 = bp; } else ++bp; break; } } if ((bp1 != bp) && *bp1) pic16_addpCode2pBlock(pb, pic16_newpCodeAsmDir(bp1, NULL)); // inline directly, no process Safe_free (buffer); _G.inLine -= (!options.asmpeep); } /*-----------------------------------------------------------------*/ /* genRRC - rotate right with carry */ /*-----------------------------------------------------------------*/ static void genRRC (iCode *ic) { operand *left , *result ; int size, same; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* rotate right with carry */ left = IC_LEFT(ic); result=IC_RESULT(ic); pic16_aopOp (left,ic,FALSE); pic16_aopOp (result,ic,TRUE); DEBUGpic16_pic16_AopType(__LINE__,left,NULL,result); same = pic16_sameRegs(AOP(result),AOP(left)); size = AOP_SIZE(result); DEBUGpic16_emitcode ("; ***","%s %d size:%d same:%d",__FUNCTION__,__LINE__,size,same); /* get the lsb and put it into the carry */ pic16_emitpcode(POC_RRCFW, pic16_popGet(AOP(left),0)); while(size--) { if(same) { pic16_emitpcode(POC_RRCF, pic16_popGet(AOP(left),size)); } else { pic16_emitpcode(POC_RRCFW, pic16_popGet(AOP(left),size)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),size)); } } pic16_freeAsmop(left,NULL,ic,TRUE); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genRLC - generate code for rotate left with carry */ /*-----------------------------------------------------------------*/ static void genRLC (iCode *ic) { operand *left , *result ; int size, offset = 0; int same; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* rotate right with carry */ left = IC_LEFT(ic); result=IC_RESULT(ic); pic16_aopOp (left,ic,FALSE); pic16_aopOp (result,ic,TRUE); DEBUGpic16_pic16_AopType(__LINE__,left,NULL,result); same = pic16_sameRegs(AOP(result),AOP(left)); /* move it to the result */ size = AOP_SIZE(result); /* get the msb and put it into the carry */ pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left),size-1)); offset = 0 ; while(size--) { if(same) { pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(left),offset)); } else { pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left),offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset)); } offset++; } pic16_freeAsmop(left,NULL,ic,TRUE); pic16_freeAsmop(result,NULL,ic,TRUE); } /* gpasm can get the highest order bit with HIGH/UPPER * so the following probably is not needed -- VR */ /*-----------------------------------------------------------------*/ /* genGetHbit - generates code get highest order bit */ /*-----------------------------------------------------------------*/ static void genGetHbit (iCode *ic) { operand *left, *result; left = IC_LEFT(ic); result=IC_RESULT(ic); pic16_aopOp (left,ic,FALSE); pic16_aopOp (result,ic,FALSE); DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* get the highest order byte into a */ MOVA(pic16_aopGet(AOP(left),AOP_SIZE(left) - 1,FALSE,FALSE)); if(AOP_TYPE(result) == AOP_CRY){ pic16_emitcode("rlc","a"); pic16_outBitC(result); } else{ pic16_emitcode("rl","a"); pic16_emitcode("anl","a,#0x01"); pic16_outAcc(result); } pic16_freeAsmop(left,NULL,ic,TRUE); pic16_freeAsmop(result,NULL,ic,TRUE); } #if 0 /*-----------------------------------------------------------------*/ /* AccRol - rotate left accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccRol (int shCount) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); shCount &= 0x0007; // shCount : 0..7 switch(shCount){ case 0 : break; case 1 : pic16_emitcode("rl","a"); break; case 2 : pic16_emitcode("rl","a"); pic16_emitcode("rl","a"); break; case 3 : pic16_emitcode("swap","a"); pic16_emitcode("rr","a"); break; case 4 : pic16_emitcode("swap","a"); break; case 5 : pic16_emitcode("swap","a"); pic16_emitcode("rl","a"); break; case 6 : pic16_emitcode("rr","a"); pic16_emitcode("rr","a"); break; case 7 : pic16_emitcode("rr","a"); break; } } #endif /*-----------------------------------------------------------------*/ /* AccLsh - left shift accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccLsh (int shCount, int doMask) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); switch(shCount){ case 0 : return; break; case 1 : pic16_emitpcode(POC_RLNCFW,pic16_popCopyReg(&pic16_pc_wreg)); break; case 2 : pic16_emitpcode(POC_RLNCFW,pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_RLNCFW,pic16_popCopyReg(&pic16_pc_wreg)); break; case 3 : pic16_emitpcode(POC_SWAPFW,pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_RRNCFW,pic16_popCopyReg(&pic16_pc_wreg)); break; case 4 : pic16_emitpcode(POC_SWAPFW,pic16_popCopyReg(&pic16_pc_wreg)); break; case 5 : pic16_emitpcode(POC_SWAPFW,pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_RLNCFW,pic16_popCopyReg(&pic16_pc_wreg)); break; case 6 : pic16_emitpcode(POC_RRNCFW,pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_RRNCFW,pic16_popCopyReg(&pic16_pc_wreg)); break; case 7 : pic16_emitpcode(POC_RRNCFW,pic16_popCopyReg(&pic16_pc_wreg)); break; } if (doMask) { /* no masking is required in genPackBits */ pic16_emitpcode(POC_ANDLW,pic16_popGetLit(SLMask[shCount])); } } /*-----------------------------------------------------------------*/ /* AccRsh - right shift accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccRsh (int shCount, int andmask) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); assert ((shCount >= 0) && (shCount <= 8)); switch (shCount) { case 0 : return; break; case 1 : pic16_emitpcode(POC_RRNCFW,pic16_popCopyReg(&pic16_pc_wreg)); break; case 2 : pic16_emitpcode(POC_RRNCFW,pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_RRNCFW,pic16_popCopyReg(&pic16_pc_wreg)); break; case 3 : pic16_emitpcode(POC_SWAPFW,pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_RLNCFW,pic16_popCopyReg(&pic16_pc_wreg)); break; case 4 : pic16_emitpcode(POC_SWAPFW,pic16_popCopyReg(&pic16_pc_wreg)); break; case 5 : pic16_emitpcode(POC_SWAPFW,pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_RRNCFW,pic16_popCopyReg(&pic16_pc_wreg)); break; case 6 : pic16_emitpcode(POC_RLNCFW,pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_RLNCFW,pic16_popCopyReg(&pic16_pc_wreg)); break; case 7 : pic16_emitpcode(POC_RLNCFW,pic16_popCopyReg(&pic16_pc_wreg)); break; default: // Rotating by 8 is a NOP. break; } if (andmask) pic16_emitpcode(POC_ANDLW,pic16_popGetLit(SRMask[shCount])); else DEBUGpic16_emitcode("; ***", "%s omitting masking the result", __FUNCTION__); } /*-----------------------------------------------------------------*/ /* shiftR1Left2Result - shift right one byte from left to result */ /*-----------------------------------------------------------------*/ static void shiftR1Left2ResultSigned (operand *left, int offl, operand *result, int offr, int shCount) { int same; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); assert ((shCount >= 0) && (shCount <= 8)); same = ((left == result) || (AOP(left) == AOP(result))) && (offl == offr); /* Do NOT use result for intermediate results, it might be an SFR!. */ switch (shCount) { case 0: if (!same) { pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); } break; case 1: pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left), offl)); if (same) pic16_emitpcode(POC_RRCF, pic16_popGet(AOP(result), offr)); else { pic16_emitpcode(POC_RRCFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); } break; case 2: pic16_emitpcode(POC_RRNCFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_RRNCFW, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x3f)); // keep sign bit in W<5> pic16_emitpcode(POC_BTFSC, pic16_popCopyGPR2Bit(PCOP(&pic16_pc_wreg), 5)); pic16_emitpcode(POC_IORLW, pic16_popGetLit(0xc0)); // sign-extend pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 3: pic16_emitpcode(POC_SWAPFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_RLNCFW, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x1f)); // keep sign in W<4> pic16_emitpcode(POC_BTFSC, pic16_popCopyGPR2Bit(PCOP(&pic16_pc_wreg), 4)); pic16_emitpcode(POC_IORLW, pic16_popGetLit(0xe0)); // sign-extend pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 4: pic16_emitpcode(POC_SWAPFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x0f)); // keep sign in W<3> pic16_emitpcode(POC_BTFSC, pic16_popCopyGPR2Bit(PCOP(&pic16_pc_wreg), 3)); pic16_emitpcode(POC_IORLW, pic16_popGetLit(0xf0)); // sign-extend pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 5: pic16_emitpcode(POC_SWAPFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_RRNCFW, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x07)); // keep sign in W<2> pic16_emitpcode(POC_BTFSC, pic16_popCopyGPR2Bit(PCOP(&pic16_pc_wreg), 2)); pic16_emitpcode(POC_IORLW, pic16_popGetLit(0xf8)); // sign-extend pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 6: pic16_emitpcode(POC_RLNCFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_RLNCFW, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x03)); // keep sign bit in W<1> pic16_emitpcode(POC_BTFSC, pic16_popCopyGPR2Bit(PCOP(&pic16_pc_wreg), 1)); pic16_emitpcode(POC_IORLW, pic16_popGetLit(0xfc)); // sign-extend pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 7: pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0x00)); pic16_emitpcode(POC_BTFSC, pic16_popCopyGPR2Bit(pic16_popGet(AOP(left), offl), 7)); pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0xff)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; default: pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result), offr)); break; } } /*-----------------------------------------------------------------*/ /* shiftR1Left2Result - shift right one byte from left to result */ /*-----------------------------------------------------------------*/ static void shiftR1Left2Result (operand *left, int offl, operand *result, int offr, int shCount, int sign) { int same; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); assert ((shCount >= 0) && (shCount <= 8)); same = ((left == result) || (AOP(left) == AOP(result))) && (offl == offr); /* Copy the msb into the carry if signed. */ if (sign) { shiftR1Left2ResultSigned(left, offl, result, offr, shCount); return; } /* Do NOT use result for intermediate results, it might be an SFR!. */ switch (shCount) { case 0: if (!same) { pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); } break; case 1: if (same) { emitCLRC; pic16_emitpcode(POC_RRCF, pic16_popGet(AOP(result), offr)); } else { pic16_emitpcode(POC_RRNCFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x7f)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); } break; case 2: pic16_emitpcode(POC_RRNCFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_RRNCFW, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x3f)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 3: pic16_emitpcode(POC_SWAPFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_RLNCFW, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x1f)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 4: pic16_emitpcode(POC_SWAPFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x0f)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 5: pic16_emitpcode(POC_SWAPFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_RRNCFW, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x07)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 6: pic16_emitpcode(POC_RLNCFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_RLNCFW, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x03)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 7: pic16_emitpcode(POC_RLNCFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x01)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; default: pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result), offr)); break; } } /*-----------------------------------------------------------------*/ /* shiftL1Left2Result - shift left one byte from left to result */ /*-----------------------------------------------------------------*/ static void shiftL1Left2Result (operand *left, int offl, operand *result, int offr, int shCount) { int same; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); assert ((shCount >= 0) && (shCount <= 8)); same = ((left == result) || (AOP(left) == AOP(result))) && (offl==offr); /* Do NOT use result for intermediate results, it might be an SFR!. */ switch (shCount) { case 0: if (!same) { pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); } break; case 1: if (same) { emitCLRC; pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(left), offl)); } else { pic16_emitpcode(POC_RLNCFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0xfe)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); } break; case 2: pic16_emitpcode(POC_RLNCFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_RLNCFW, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0xfc)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 3: pic16_emitpcode(POC_SWAPFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_RRNCFW, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0xf8)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 4: pic16_emitpcode(POC_SWAPFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0xf0)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 5: pic16_emitpcode(POC_SWAPFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_RLNCFW, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0xe0)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 6: pic16_emitpcode(POC_RRNCFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_RRNCFW, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0xc0)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; case 7: pic16_emitpcode(POC_RRNCFW, pic16_popGet(AOP(left), offl)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x80)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offr)); break; default: pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result), offr)); break; } } /*-----------------------------------------------------------------*/ /* movLeft2Result - move byte from left to result */ /*-----------------------------------------------------------------*/ static void movLeft2Result (operand *left, int offl, operand *result, int offr) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (!pic16_sameRegs(AOP(left),AOP(result)) || (offl != offr)) { pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(left),offl)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offr)); } } /*-----------------------------------------------------------------*/ /* shiftL2Left2Result - shift left two bytes from left to result */ /*-----------------------------------------------------------------*/ static void shiftL2Left2Result (operand *left, int offl, operand *result, int offr, int shCount) { int same = pic16_sameRegs(AOP(result), AOP(left)); int i; DEBUGpic16_emitcode ("; ***","%s %d shCount:%d same:%d offl:%d offr:%d",__FUNCTION__,__LINE__,shCount,same,offl,offr); if (same && (offl != offr)) { // shift bytes if (offr > offl) { for(i=1;i>-1;i--) { pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(result),offl+i)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offr+i)); } } else { // just treat as different later on same = 0; } } if(same) { switch(shCount) { case 0: break; case 1: case 2: case 3: pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_ADDWF,pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr+MSB16)); while(--shCount) { emitCLRC; pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr+MSB16)); } break; case 4: case 5: pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0x0f)); pic16_emitpcode(POC_ANDWF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_SWAPF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_SWAPF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_ANDFW, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_XORWF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result),offr+MSB16)); if(shCount >=5) { pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr+MSB16)); } break; case 6: pic16_emitpcode(POC_RRCF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_RRCF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RRCF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_RRCF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RRCFW, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_ANDLW,pic16_popGetLit(0xc0)); pic16_emitpcode(POC_XORFW,pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_XORWF,pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_XORFW,pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offr+MSB16)); break; case 7: pic16_emitpcode(POC_RRCFW, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_RRCFW, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RRCF, pic16_popGet(AOP(result),offr)); } } else { switch(shCount) { case 0: break; case 1: case 2: case 3: /* note, use a mov/add for the shift since the mov has a chance of getting optimized out */ pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(left),offl)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left),offl+MSB16)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offr+MSB16)); while(--shCount) { emitCLRC; pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr+MSB16)); } break; case 4: case 5: pic16_emitpcode(POC_SWAPFW,pic16_popGet(AOP(left),offl+MSB16)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0xF0)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_SWAPFW,pic16_popGet(AOP(left),offl)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x0F)); pic16_emitpcode(POC_XORWF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result),offr+MSB16)); if(shCount == 5) { pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr+MSB16)); } break; case 6: pic16_emitpcode(POC_RRNCFW, pic16_popGet(AOP(left),offl)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RRNCF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RRNCFW, pic16_popGet(AOP(left),offl+MSB16)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_RRNCF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0xc0)); pic16_emitpcode(POC_ANDWF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_ANDFW, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_XORFW, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_IORWF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_XORWF, pic16_popGet(AOP(result),offr)); break; case 7: pic16_emitpcode(POC_RRCFW, pic16_popGet(AOP(left),offl+MSB16)); pic16_emitpcode(POC_RRCFW, pic16_popGet(AOP(left),offl)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RRCF, pic16_popGet(AOP(result),offr)); } } } /*-----------------------------------------------------------------*/ /* shiftR2Left2Result - shift right two bytes from left to result */ /*-----------------------------------------------------------------*/ static void shiftR2Left2Result (operand *left, int offl, operand *result, int offr, int shCount, int sign) { int same = pic16_sameRegs(AOP(result), AOP(left)); int i; DEBUGpic16_emitcode ("; ***","%s %d shCount:%d same:%d sign:%d",__FUNCTION__,__LINE__,shCount,same,sign); if (same && (offl != offr)) { // shift right bytes if (offr < offl) { for(i=0;i<2;i++) { pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(result),offl+i)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offr+i)); } } else { // just treat as different later on same = 0; } } switch(shCount) { case 0: break; case 1: case 2: case 3: /* obtain sign from left operand */ if(sign) pic16_emitpcode(POC_RLCFW,pic16_popGet(AOP(left),offr+MSB16)); else emitCLRC; if(same) { pic16_emitpcode(POC_RRCF,pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_RRCF,pic16_popGet(AOP(result),offr)); } else { pic16_emitpcode(POC_RRCFW, pic16_popGet(AOP(left),offl+MSB16)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_RRCFW, pic16_popGet(AOP(left),offl)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offr)); } while(--shCount) { if(sign) /* now get sign from already assigned result (avoid BANKSEL) */ pic16_emitpcode(POC_RLCFW,pic16_popGet(AOP(result),offr+MSB16)); else emitCLRC; pic16_emitpcode(POC_RRCF,pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_RRCF,pic16_popGet(AOP(result),offr)); } break; case 4: case 5: if(same) { pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0xf0)); pic16_emitpcode(POC_ANDWF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_SWAPF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_SWAPF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_ANDFW, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_XORWF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result),offr)); } else { pic16_emitpcode(POC_SWAPFW,pic16_popGet(AOP(left),offl)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0x0f)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_SWAPFW,pic16_popGet(AOP(left),offl+MSB16)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_ANDLW, pic16_popGetLit(0xf0)); pic16_emitpcode(POC_XORWF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result),offr)); } if(shCount >=5) { pic16_emitpcode(POC_RRCF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_RRCF, pic16_popGet(AOP(result),offr)); } if(sign) { pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0xf0 + (shCount-4)*8 )); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(result),offr+MSB16,FALSE,FALSE),7-shCount,0, PO_GPR_REGISTER)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result),offr+MSB16)); } break; case 6: if(same) { pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_ANDLW,pic16_popGetLit(0x03)); if(sign) { pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(result),offr,FALSE,FALSE),0,0, PO_GPR_REGISTER)); pic16_emitpcode(POC_IORLW,pic16_popGetLit(0xfc)); } pic16_emitpcode(POC_XORFW,pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_XORWF,pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_XORFW,pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offr)); } else { pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left),offl)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left),offl+MSB16)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(result),offr+MSB16)); pic16_emitpcode(POC_ANDLW,pic16_popGetLit(0x03)); if(sign) { pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(result),offr+MSB16,FALSE,FALSE),0,0, PO_GPR_REGISTER)); pic16_emitpcode(POC_IORLW,pic16_popGetLit(0xfc)); } pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offr+MSB16)); //pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr)); } break; case 7: pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left),offl)); pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left),offl+MSB16)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),offr)); pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),offr+MSB16)); if(sign) { emitSKPNC; pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),offr+MSB16)); } else pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),offr+MSB16)); } } /*-----------------------------------------------------------------*/ /* shiftLLeftOrResult - shift left one byte from left, or to result*/ /*-----------------------------------------------------------------*/ static void shiftLLeftOrResult (operand *left, int offl, operand *result, int offr, int shCount) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(left),offl)); /* shift left accumulator */ AccLsh(shCount, 1); /* or with result */ /* back to result */ pic16_emitpcode(POC_IORWF,pic16_popGet(AOP(result),offr)); } /*-----------------------------------------------------------------*/ /* shiftRLeftOrResult - shift right one byte from left,or to result*/ /*-----------------------------------------------------------------*/ static void shiftRLeftOrResult (operand *left, int offl, operand *result, int offr, int shCount) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(left),offl)); /* shift right accumulator */ AccRsh(shCount, 1); /* or with result */ /* back to result */ pic16_emitpcode(POC_IORWF,pic16_popGet(AOP(result),offr)); } /*-----------------------------------------------------------------*/ /* genlshOne - left shift a one byte quantity by known count */ /*-----------------------------------------------------------------*/ static void genlshOne (operand *result, operand *left, int shCount) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); shiftL1Left2Result(left, LSB, result, LSB, shCount); } /*-----------------------------------------------------------------*/ /* genlshTwo - left shift two bytes by known amount != 0 */ /*-----------------------------------------------------------------*/ static void genlshTwo (operand *result,operand *left, int shCount) { int size; DEBUGpic16_emitcode ("; ***","%s %d shCount:%d",__FUNCTION__,__LINE__,shCount); size = pic16_getDataSize(result); /* if shCount >= 8 */ if (shCount >= 8) { shCount -= 8 ; if (size > 1){ if (shCount) shiftL1Left2Result(left, LSB, result, MSB16, shCount); else movLeft2Result(left, LSB, result, MSB16); } pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),LSB)); } /* 1 <= shCount <= 7 */ else { if(size == 1) shiftL1Left2Result(left, LSB, result, LSB, shCount); else shiftL2Left2Result(left, LSB, result, LSB, shCount); } } /*-----------------------------------------------------------------*/ /* shiftLLong - shift left one long from left to result */ /* offr = LSB or MSB16 */ /*-----------------------------------------------------------------*/ static void shiftLLong (operand *left, operand *result, int offr ) { int size = AOP_SIZE(result); int same = pic16_sameRegs(AOP(left),AOP(result)); int i; DEBUGpic16_emitcode ("; ***","%s %d offr:%d size:%d",__FUNCTION__,__LINE__,offr,size); if (same && (offr == MSB16)) { //shift one byte for(i=size-1;i>=MSB16;i--) { pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(left),i-1)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(left),i)); } } else { pic16_emitpcode(POC_MOVFW,pic16_popGet(AOP(left),LSB)); } if (size > LSB+offr ){ if (same) { pic16_emitpcode(POC_ADDWF,pic16_popGet(AOP(left),LSB+offr)); } else { pic16_emitpcode(POC_ADDFW,pic16_popGet(AOP(left),LSB)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),LSB+offr)); } } if(size > MSB16+offr){ if (same) { pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(left),MSB16+offr)); } else { pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left),MSB16)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),MSB16+offr)); } } if(size > MSB24+offr){ if (same) { pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(left),MSB24+offr)); } else { pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left),MSB24)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),MSB24+offr)); } } if(size > MSB32+offr){ if (same) { pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(left),MSB32+offr)); } else { pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left),MSB32)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),MSB32+offr)); } } if(offr != LSB) pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),LSB)); } /*-----------------------------------------------------------------*/ /* genlshFour - shift four byte by a known amount != 0 */ /*-----------------------------------------------------------------*/ static void genlshFour (operand *result, operand *left, int shCount) { int size; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); size = AOP_SIZE(result); /* if shifting more that 3 bytes */ if (shCount >= 24 ) { shCount -= 24; if (shCount) /* lowest order of left goes to the highest order of the destination */ shiftL1Left2Result(left, LSB, result, MSB32, shCount); else movLeft2Result(left, LSB, result, MSB32); pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),LSB)); pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),MSB16)); pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),MSB24)); return; } /* more than two bytes */ else if ( shCount >= 16 ) { /* lower order two bytes goes to higher order two bytes */ shCount -= 16; /* if some more remaining */ if (shCount) shiftL2Left2Result(left, LSB, result, MSB24, shCount); else { movLeft2Result(left, MSB16, result, MSB32); movLeft2Result(left, LSB, result, MSB24); } pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),LSB)); pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),MSB16)); return; } /* if more than 1 byte */ else if ( shCount >= 8 ) { /* lower order three bytes goes to higher order three bytes */ shCount -= 8; if(size == 2){ if(shCount) shiftL1Left2Result(left, LSB, result, MSB16, shCount); else movLeft2Result(left, LSB, result, MSB16); } else{ /* size = 4 */ if(shCount == 0){ movLeft2Result(left, MSB24, result, MSB32); movLeft2Result(left, MSB16, result, MSB24); movLeft2Result(left, LSB, result, MSB16); pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),LSB)); } else if(shCount == 1) shiftLLong(left, result, MSB16); else{ shiftL2Left2Result(left, MSB16, result, MSB24, shCount); shiftL1Left2Result(left, LSB, result, MSB16, shCount); shiftRLeftOrResult(left, LSB, result, MSB24, 8 - shCount); pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),LSB)); } } } /* 1 <= shCount <= 7 */ else if(shCount <= 3) { shiftLLong(left, result, LSB); while(--shCount >= 1) shiftLLong(result, result, LSB); } /* 3 <= shCount <= 7, optimize */ else{ shiftL2Left2Result(left, MSB24, result, MSB24, shCount); shiftRLeftOrResult(left, MSB16, result, MSB24, 8 - shCount); shiftL2Left2Result(left, LSB, result, LSB, shCount); } } /*-----------------------------------------------------------------*/ /* genLeftShiftLiteral - left shifting by known count */ /*-----------------------------------------------------------------*/ void pic16_genLeftShiftLiteral (operand *left, operand *right, operand *result, iCode *ic) { int shCount = abs((int) ulFromVal (AOP(right)->aopu.aop_lit)); int size; FENTRY; DEBUGpic16_emitcode ("; ***","shCount:%d", shCount); pic16_freeAsmop(right,NULL,ic,TRUE); pic16_aopOp(left,ic,FALSE); pic16_aopOp(result,ic,TRUE); size = getSize(operandType(result)); #if VIEW_SIZE pic16_emitcode("; shift left ","result %d, left %d",size, AOP_SIZE(left)); #endif /* I suppose that the left size >= result size */ if(shCount == 0){ while(size--){ movLeft2Result(left, size, result, size); } } else if(shCount >= (size * 8)) while(size--) pic16_aopPut(AOP(result),zero,size); else{ switch (size) { case 1: genlshOne (result,left,shCount); break; case 2: case 3: genlshTwo (result,left,shCount); break; case 4: genlshFour (result,left,shCount); break; } } pic16_freeAsmop(left,NULL,ic,TRUE); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------* * genMultiAsm - repeat assembly instruction for size of register. * if endian == 1, then the high byte (i.e base address + size of * register) is used first else the low byte is used first; *-----------------------------------------------------------------*/ static void genMultiAsm( PIC_OPCODE poc, operand *reg, int size, int endian) { int offset = 0; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(!reg) return; if(!endian) { endian = 1; } else { endian = -1; offset = size-1; } while(size--) { pic16_emitpcode(poc, pic16_popGet(AOP(reg),offset)); offset += endian; } } /*-----------------------------------------------------------------*/ /* genrshOne - right shift a one byte quantity by known count */ /*-----------------------------------------------------------------*/ static void genrshOne (operand *result, operand *left, int shCount, int sign) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); shiftR1Left2Result(left, LSB, result, LSB, shCount, sign); } /*-----------------------------------------------------------------*/ /* genrshTwo - right shift two bytes by known amount != 0 */ /*-----------------------------------------------------------------*/ static void genrshTwo (operand *result,operand *left, int shCount, int sign) { DEBUGpic16_emitcode ("; ***","%s %d shCount:%d",__FUNCTION__,__LINE__,shCount); /* if shCount >= 8 */ if (shCount >= 8) { shCount -= 8 ; if (shCount) shiftR1Left2Result(left, MSB16, result, LSB, shCount, sign); else movLeft2Result(left, MSB16, result, LSB); pic16_addSign (result, 1, sign); } /* 1 <= shCount <= 7 */ else shiftR2Left2Result(left, LSB, result, LSB, shCount, sign); } /*-----------------------------------------------------------------*/ /* shiftRLong - shift right one long from left to result */ /* offl = LSB or MSB16 */ /*-----------------------------------------------------------------*/ static void shiftRLong (operand *left, int offl, operand *result, int sign) { int size = AOP_SIZE(result); int same = pic16_sameRegs(AOP(left),AOP(result)); int i; DEBUGpic16_emitcode ("; ***","%s %d offl:%d size:%d",__FUNCTION__,__LINE__,offl,size); if (same && (offl == MSB16)) { //shift one byte right for(i=MSB16;i= 24 ) { shCount -= 24; if(shCount) shiftR1Left2Result(left, MSB32, result, LSB, shCount, sign); else movLeft2Result(left, MSB32, result, LSB); pic16_addSign(result, MSB16, sign); } else if(shCount >= 16){ shCount -= 16; if(shCount) shiftR2Left2Result(left, MSB24, result, LSB, shCount, sign); else{ movLeft2Result(left, MSB24, result, LSB); movLeft2Result(left, MSB32, result, MSB16); } pic16_addSign(result, MSB24, sign); } else if(shCount >= 8){ shCount -= 8; if(shCount == 1) shiftRLong(left, MSB16, result, sign); else if(shCount == 0){ movLeft2Result(left, MSB16, result, LSB); movLeft2Result(left, MSB24, result, MSB16); movLeft2Result(left, MSB32, result, MSB24); pic16_addSign(result, MSB32, sign); } else{ //shcount >= 2 shiftR2Left2Result(left, MSB16, result, LSB, shCount, 0); shiftLLeftOrResult(left, MSB32, result, MSB16, 8 - shCount); /* the last shift is signed */ shiftR1Left2Result(left, MSB32, result, MSB24, shCount, sign); pic16_addSign(result, MSB32, sign); } } else{ /* 1 <= shCount <= 7 */ if(shCount <= 2){ shiftRLong(left, LSB, result, sign); if(shCount == 2) shiftRLong(result, LSB, result, sign); } else{ shiftR2Left2Result(left, LSB, result, LSB, shCount, 0); shiftLLeftOrResult(left, MSB24, result, MSB16, 8 - shCount); shiftR2Left2Result(left, MSB24, result, MSB24, shCount, sign); } } } /*-----------------------------------------------------------------*/ /* genRightShiftLiteral - right shifting by known count */ /*-----------------------------------------------------------------*/ static void genRightShiftLiteral (operand *left, operand *right, operand *result, iCode *ic, int sign) { int shCount = abs((int) ulFromVal (AOP(right)->aopu.aop_lit)); int lsize,res_size; pic16_freeAsmop(right,NULL,ic,TRUE); pic16_aopOp(left,ic,FALSE); pic16_aopOp(result,ic,TRUE); DEBUGpic16_emitcode ("; ***","%s %d shCount:%d result:%d left:%d",__FUNCTION__,__LINE__,shCount,AOP_SIZE(result),AOP_SIZE(left)); #if VIEW_SIZE pic16_emitcode("; shift right ","result %d, left %d",AOP_SIZE(result), AOP_SIZE(left)); #endif lsize = pic16_getDataSize(left); res_size = pic16_getDataSize(result); /* test the LEFT size !!! */ /* I suppose that the left size >= result size */ if (shCount == 0) { assert (res_size <= lsize); while (res_size--) { pic16_mov2f (AOP(result), AOP(left), res_size); } // for } else if (shCount >= (lsize * 8)) { if (sign) { /* * Do NOT use * CLRF result * BTFSC left, 7 * SETF result * even for 8-bit operands; result might be an SFR. */ pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0x00)); pic16_emitpcode(POC_BTFSC, pic16_popCopyGPR2Bit(pic16_popGet(AOP(left), lsize-1), 7)); pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0xff)); while (res_size--) { pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), res_size)); } } else { // unsigned while (res_size--) { pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result), res_size)); } } } else { // 0 < shCount < 8*lsize switch (res_size) { case 1: genrshOne (result,left,shCount,sign); break; case 2: genrshTwo (result,left,shCount,sign); break; case 4: genrshFour (result,left,shCount,sign); break; default : break; } } pic16_freeAsmop(left,NULL,ic,TRUE); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genGenericShift - generates code for left or right shifting */ /*-----------------------------------------------------------------*/ static void genGenericShift (iCode *ic, int isShiftLeft) { operand *left,*right, *result; int offset; int sign, signedCount; symbol *label_complete, *label_loop_pos, *label_loop_neg, *label_negative; PIC_OPCODE pos_shift, neg_shift; FENTRY; right = IC_RIGHT(ic); left = IC_LEFT(ic); result = IC_RESULT(ic); pic16_aopOp(right,ic,FALSE); pic16_aopOp(left,ic,FALSE); pic16_aopOp(result,ic,TRUE); sign = !SPEC_USIGN(operandType (left)); signedCount = !SPEC_USIGN(operandType (right)); /* if the shift count is known then do it as efficiently as possible */ if (AOP_TYPE(right) == AOP_LIT) { long lit = (long) ulFromVal (AOP(right)->aopu.aop_lit); if (signedCount && lit < 0) { lit = -lit; isShiftLeft = !isShiftLeft; } // we should modify right->aopu.aop_lit here! // Instead we use abs(shCount) in genXXXShiftLiteral()... // lit > 8*size is handled in pic16_genXXXShiftLiteral() if (isShiftLeft) pic16_genLeftShiftLiteral (left,right,result,ic); else genRightShiftLiteral (left,right,result,ic, sign); goto release; } // if (right is literal) /* shift count is unknown then we have to form a loop. * Note: we take only the lower order byte since shifting * more than 32 bits make no sense anyway, ( the * largest size of an object can be only 32 bits ) * Note: we perform arithmetic shifts if the left operand is * signed and we do an (effective) right shift, i. e. we * shift in the sign bit from the left. */ label_complete = newiTempLabel ( NULL ); label_loop_pos = newiTempLabel ( NULL ); label_loop_neg = NULL; label_negative = NULL; pos_shift = isShiftLeft ? POC_RLCF : POC_RRCF; neg_shift = isShiftLeft ? POC_RRCF : POC_RLCF; if (signedCount) { // additional labels needed label_loop_neg = newiTempLabel ( NULL ); label_negative = newiTempLabel ( NULL ); } // if // copy source to result -- this will effectively truncate the left operand to the size of result! // (e.g. char c = 0x100 << -3 will become c = 0x00 >> 3 == 0x00 instad of 0x20) // This is fine, as it only occurs for left shifting with negative count which is not standardized! for (offset=0; offset < min(AOP_SIZE(left), AOP_SIZE(result)); offset++) { pic16_mov2f (AOP(result),AOP(left), offset); } // for // if result is longer than left, fill with zeros (or sign) if (AOP_SIZE(left) < AOP_SIZE(result)) { if (sign && AOP_SIZE(left) > 0) { // shift signed operand -- fill with sign pic16_emitpcode (POC_CLRF, pic16_popCopyReg (&pic16_pc_wreg)); pic16_emitpcode (POC_BTFSC, pic16_popCopyGPR2Bit(pic16_popGet(AOP(result), AOP_SIZE(left)-1), 7)); pic16_emitpcode (POC_MOVLW, pic16_popGetLit (0xFF)); for (offset=AOP_SIZE(left); offset < AOP_SIZE(result); offset++) { pic16_emitpcode (POC_MOVWF, pic16_popGet (AOP(result), offset)); } // for } else { // shift unsigned operand -- fill result with zeros for (offset=AOP_SIZE(left); offset < AOP_SIZE(result); offset++) { pic16_emitpcode (POC_CLRF, pic16_popGet (AOP(result), offset)); } // for } } // if (size mismatch) pic16_mov2w (AOP(right), 0); pic16_emitpcode (POC_BZ, pic16_popGetLabel (label_complete->key)); if (signedCount) pic16_emitpcode (POC_BN, pic16_popGetLabel (label_negative->key)); #if 0 // perform a shift by one (shift count is positive) // cycles used for shifting {unsigned,signed} values on n bytes by [unsigned,signed] shift count c>0: // 2n+[2,3]+({1,3}+n+3)c-2+[0,2]=({4,6}+n)c+2n+[0,3] ({5,7}c+[2,5] / {6,8}c+[4, 7] / {8,10}c+[ 8,11]) pic16_emitpLabel (label_loop_pos->key); emitCLRC; if (sign && (pos_shift == POC_RRCF)) { pic16_emitpcode (POC_BTFSC, pic16_popCopyGPR2Bit(pic16_popGet(AOP(result), AOP_SIZE(result)-1), 7)); emitSETC; } // if genMultiAsm (pos_shift, result, AOP_SIZE(result), pos_shift == POC_RRCF); pic16_emitpcode (POC_DECFSZ, pic16_popCopyReg (&pic16_pc_wreg)); pic16_emitpcode (POC_BRA, pic16_popGetLabel (label_loop_pos->key)); #else // perform a shift by one (shift count is positive) // cycles used for shifting {unsigned,signed} values on n bytes by [unsigned,signed] shift count c>0: // 2n+[2,3]+2+({0,2}+n+3)c-1+[0,2]=({3,5}+n)c+2n+[3,6] ({4,6}c+[5,8] / {5,7}c+[7,10] / {7, 9}c+[11,14]) // This variant is slower for 0key); if (sign && (pos_shift == POC_RRCF)) { pic16_emitpcode (POC_BTFSC, pic16_popCopyGPR2Bit(pic16_popGet(AOP(result), AOP_SIZE(result)-1), 7)); emitSETC; } // if genMultiAsm (pos_shift, result, AOP_SIZE(result), pos_shift == POC_RRCF); //pic16_emitpcode (POC_INCF, pic16_popCopyReg (&pic16_pc_wreg)); // gpsim does not like this... pic16_emitpcode (POC_ADDLW, pic16_popGetLit (0x01)); pic16_emitpcode (POC_BNC, pic16_popGetLabel (label_loop_pos->key)); #endif if (signedCount) { pic16_emitpcode (POC_BRA, pic16_popGetLabel (label_complete->key)); pic16_emitpLabel (label_negative->key); // perform a shift by -1 (shift count is negative) // 2n+4+1+({0,2}+n+3)*c-1=({3,5}+n)c+2n+4 ({4,6}c+6 / {5,7}c+8 / {7,9}c+12) emitCLRC; pic16_emitpLabel (label_loop_neg->key); if (sign && (neg_shift == POC_RRCF)) { pic16_emitpcode (POC_BTFSC, pic16_popCopyGPR2Bit(pic16_popGet(AOP(result), AOP_SIZE(result)-1), 7)); emitSETC; } // if genMultiAsm (neg_shift, result, AOP_SIZE(result), neg_shift == POC_RRCF); //pic16_emitpcode (POC_INCF, pic16_popCopyReg (&pic16_pc_wreg)); // gpsim does not like this... pic16_emitpcode (POC_ADDLW, pic16_popGetLit (0x01)); pic16_emitpcode (POC_BNC, pic16_popGetLabel (label_loop_neg->key)); } // if (signedCount) pic16_emitpLabel (label_complete->key); release: pic16_freeAsmop (right,NULL,ic,TRUE); pic16_freeAsmop(left,NULL,ic,TRUE); pic16_freeAsmop(result,NULL,ic,TRUE); } static void genLeftShift (iCode *ic) { genGenericShift (ic, 1); } static void genRightShift (iCode *ic) { genGenericShift (ic, 0); } /* load FSR0 with address of/from op according to pic16_isLitOp() or if lit is 1 */ void pic16_loadFSR0(operand *op, int lit) { if((IS_SYMOP(op) && OP_SYMBOL(op)->remat) || pic16_isLitOp( op )) { if (AOP_TYPE(op) == AOP_LIT) { /* handle 12 bit integers correctly */ unsigned int val = (unsigned int) ulFromVal (AOP(op)->aopu.aop_lit); if ((val & 0x0fff) != val) { fprintf (stderr, "WARNING: Accessing memory at 0x%x truncated to 0x%x.\n", val, (val & 0x0fff) ); val &= 0x0fff; } pic16_emitpcode(POC_LFSR, pic16_popGetLit2(0, pic16_popGetLit12(val))); } else { pic16_emitpcode(POC_LFSR, pic16_popGetLit2(0, pic16_popGet(AOP(op), 0))); } } else { assert (!IS_SYMOP(op) || !OP_SYMBOL(op)->remat); // set up FSR0 with address of result pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popGet(AOP(op),0), pic16_popCopyReg(&pic16_pc_fsr0l))); pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popGet(AOP(op),1), pic16_popCopyReg(&pic16_pc_fsr0h))); } } /*----------------------------------------------------------------*/ /* pic16_derefPtr - move one byte from the location ptr points to */ /* to WREG (doWrite == 0) or one byte from WREG */ /* to the location ptr points to (doWrite != 0) */ /*----------------------------------------------------------------*/ static void pic16_derefPtr (operand *ptr, int p_type, int doWrite, int *fsr0_setup) { if (!IS_PTR(operandType(ptr))) { if (doWrite) pic16_emitpcode (POC_MOVWF, pic16_popGet (AOP(ptr), 0)); else pic16_mov2w (AOP(ptr), 0); return; } //assert (IS_DECL(operandType(ptr)) && (p_type == DCL_TYPE(operandType(ptr)))); /* We might determine pointer type right here: */ p_type = DCL_TYPE(operandType(ptr)); switch (p_type) { case POINTER: case FPOINTER: case IPOINTER: case PPOINTER: if (!fsr0_setup || !*fsr0_setup) { pic16_loadFSR0( ptr, 0 ); if (fsr0_setup) *fsr0_setup = 1; } if (doWrite) pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(&pic16_pc_indf0)); else pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(&pic16_pc_indf0)); break; case GPOINTER: if (AOP(ptr)->aopu.aop_reg[2]) { if (doWrite) pic16_emitpcode (POC_MOVWF, pic16_popCopyReg(pic16_stack_postdec)); // prepare call to __gptrget1, this is actually genGenPointerGet(result, WREG, ?ic?) mov2fp(pic16_popCopyReg(&pic16_pc_fsr0l), AOP(ptr), 0); mov2fp(pic16_popCopyReg(&pic16_pc_prodl), AOP(ptr), 1); pic16_mov2w(AOP(ptr), 2); pic16_callGenericPointerRW(doWrite, 1); } else { // data pointer (just 2 byte given) if (!fsr0_setup || !*fsr0_setup) { pic16_loadFSR0( ptr, 0 ); if (fsr0_setup) *fsr0_setup = 1; } if (doWrite) pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(&pic16_pc_indf0)); else pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(&pic16_pc_indf0)); } break; case CPOINTER: /* XXX: Writing to CPOINTERs not (yet) implemented. */ assert ( !doWrite && "Cannot write into __code space!" ); if( (AOP_TYPE(ptr) == AOP_PCODE) && ((AOP(ptr)->aopu.pcop->type == PO_IMMEDIATE) || (AOP(ptr)->aopu.pcop->type == PO_DIR))) { pic16_emitpcode(POC_MOVLW, pic16_popGet (AOP (ptr), 0)); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg (&pic16_pc_tblptrl)); pic16_emitpcode(POC_MOVLW, pic16_popGet (AOP (ptr), 1)); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg (&pic16_pc_tblptrh)); pic16_emitpcode(POC_MOVLW, pic16_popGet (AOP (ptr), 2)); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg (&pic16_pc_tblptru)); } else { mov2fp(pic16_popCopyReg(&pic16_pc_tblptrl), AOP(ptr), 0); mov2fp(pic16_popCopyReg(&pic16_pc_tblptrh), AOP(ptr), 1); mov2fp(pic16_popCopyReg(&pic16_pc_tblptru), AOP(ptr), 2); } // if pic16_emitpcodeNULLop (POC_TBLRD_POSTINC); pic16_emitpcode (POC_MOVFW, pic16_popCopyReg (&pic16_pc_tablat)); break; default: assert (0 && "invalid pointer type specified"); break; } } /*-----------------------------------------------------------------*/ /* genUnpackBits - generates code for unpacking bits */ /*-----------------------------------------------------------------*/ static void genUnpackBits (operand *result, operand *left, char *rname, int ptype) { int shCnt ; sym_link *etype, *letype; int blen=0, bstr=0; int lbstr; int same; pCodeOp *op; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); etype = getSpec(operandType(result)); letype = getSpec(operandType(left)); // if(IS_BITFIELD(etype)) { blen = SPEC_BLEN(etype); bstr = SPEC_BSTR(etype); // } lbstr = SPEC_BSTR( letype ); DEBUGpic16_emitcode ("; ***","%s %d - reading %s bitfield int %s destination",__FUNCTION__,__LINE__, SPEC_USIGN(OP_SYM_ETYPE(left)) ? "an unsigned" : "a signed", SPEC_USIGN(OP_SYM_TYPE(result)) ? "an unsigned" : "a signed"); #if 1 if((blen == 1) && (bstr < 8) && (!IS_PTR(operandType(left)) || IS_DIRECT(left) || PIC_IS_DATA_PTR(operandType(left)))) { /* it is a single bit, so use the appropriate bit instructions */ DEBUGpic16_emitcode (";","%s %d optimize bit read",__FUNCTION__,__LINE__); same = pic16_sameRegs(AOP(left),AOP(result)); op = (same ? pic16_popCopyReg(&pic16_pc_wreg) : pic16_popGet (AOP(result),0)); pic16_emitpcode(POC_CLRF, op); if(!IS_PTR(operandType(left)) || IS_DIRECT(left)) { /* workaround to reduce the extra lfsr instruction */ pic16_emitpcode(POC_BTFSC, pic16_popCopyGPR2Bit(pic16_popGet(AOP(left), 0), bstr)); } else { assert (PIC_IS_DATA_PTR (operandType(left))); pic16_loadFSR0 (left, 0); pic16_emitpcode(POC_BTFSC, pic16_popCopyGPR2Bit(pic16_popCopyReg(&pic16_pc_indf0), bstr)); } if (SPEC_USIGN(OP_SYM_ETYPE(left))) { /* unsigned bitfields result in either 0 or 1 */ pic16_emitpcode(POC_INCF, op); } else { /* signed bitfields result in either 0 or -1 */ pic16_emitpcode(POC_DECF, op); } if (same) { pic16_emitpcode(POC_MOVWF, pic16_popGet( AOP(result), 0 )); } pic16_addSign (result, 1, !SPEC_USIGN(OP_SYM_TYPE(result))); return; } #endif if (!IS_PTR(operandType(left)) || IS_DIRECT(left)) { // access symbol directly pic16_mov2w (AOP(left), 0); } else { pic16_derefPtr (left, ptype, 0, NULL); } /* if we have bitdisplacement then it fits */ /* into this byte completely or if length is */ /* less than a byte */ if ((shCnt = SPEC_BSTR(etype)) || (SPEC_BLEN(etype) <= 8)) { /* shift right acc */ AccRsh(shCnt, 0); pic16_emitpcode(POC_ANDLW, pic16_popGetLit( (((unsigned char) -1)>>(8 - SPEC_BLEN(etype))) & SRMask[ shCnt ])); /* VR -- normally I would use the following, but since we use the hack, * to avoid the masking from AccRsh, why not mask it right now? */ /* pic16_emitpcode(POC_ANDLW, pic16_popGetLit(((unsigned char) -1)>>(8 - SPEC_BLEN(etype)))); */ /* extend signed bitfields to 8 bits */ if (!SPEC_USIGN(OP_SYM_ETYPE(left)) && (bstr + blen < 8)) { assert (blen + bstr > 0); pic16_emitpcode(POC_BTFSC, pic16_popCopyGPR2Bit(pic16_popCopyReg(&pic16_pc_wreg), bstr + blen - 1)); pic16_emitpcode(POC_IORLW, pic16_popGetLit(0xFF << (bstr + blen))); } pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 0)); pic16_addSign (result, 1, !SPEC_USIGN(OP_SYM_TYPE(result))); return ; } fprintf(stderr, "SDCC pic16 port error: the port currently does not support *reading*\n"); fprintf(stderr, "bitfields of size >=8. Instead of generating wrong code, bailling out...\n"); exit(EXIT_FAILURE); return ; } static void genDataPointerGet(operand *left, operand *result, iCode *ic) { int size, offset = 0, leoffset=0 ; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_aopOp(result, ic, TRUE); FENTRY; size = AOP_SIZE(result); // fprintf(stderr, "%s:%d size= %d\n", __FILE__, __LINE__, size); #if 1 if(!strcmp(pic16_aopGet(AOP(result), 0, TRUE, FALSE), pic16_aopGet(AOP(left), 0, TRUE, FALSE))) { DEBUGpic16_emitcode("; ***", "left and result names are same, skipping moving"); goto release; } #endif if(AOP(left)->aopu.pcop->type == PO_DIR) leoffset=PCOR(AOP(left)->aopu.pcop)->instance; DEBUGpic16_pic16_AopType(__LINE__,left,NULL,result); while (size--) { DEBUGpic16_emitcode("; ***", "%s loop offset=%d leoffset=%d", __FUNCTION__, offset, leoffset); // pic16_DumpOp("(result)",result); if(pic16_isLitAop(AOP(result))) { pic16_mov2w(AOP(left), offset); // patch 8 pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offset)); } else { pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popGet(AOP(left), offset), //patch 8 pic16_popGet(AOP(result), offset))); } offset++; leoffset++; } release: pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genNearPointerGet - pic16_emitcode for near pointer fetch */ /*-----------------------------------------------------------------*/ static void genNearPointerGet (operand *left, operand *result, iCode *ic) { // asmop *aop = NULL; //regs *preg = NULL ; sym_link *rtype, *retype; sym_link *ltype, *letype; FENTRY; rtype = operandType(result); retype= getSpec(rtype); ltype = operandType(left); letype= getSpec(ltype); pic16_aopOp(left,ic,FALSE); // pic16_DumpOp("(left)",left); // pic16_DumpOp("(result)",result); /* if left is rematerialisable and * result is not bit variable type and * the left is pointer to data space i.e * lower 128 bytes of space */ if (AOP_TYPE(left) == AOP_PCODE && !IS_BITFIELD(retype) && DCL_TYPE(ltype) == POINTER) { genDataPointerGet (left,result,ic); pic16_freeAsmop(left, NULL, ic, TRUE); return ; } DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_aopOp (result,ic,TRUE); DEBUGpic16_pic16_AopType(__LINE__, left, NULL, result); #if 1 if(IS_BITFIELD( retype ) && (SPEC_BLEN(operandType(result))==1) ) { iCode *nextic; pCodeOp *jop; int bitstrt, bytestrt; /* if this is bitfield of size 1, see if we are checking the value * of a single bit in an if-statement, * if yes, then don't generate usual code, but execute the * genIfx directly -- VR */ nextic = ic->next; /* CHECK: if next iCode is IFX * and current result operand is nextic's conditional operand * and current result operand live ranges ends at nextic's key number */ if((nextic->op == IFX) && (result == IC_COND(nextic)) && (OP_LIVETO(result) == nextic->seq) && (OP_SYMBOL(left)->remat) // below fails for "if (p->bitfield)" ) { /* everything is ok then */ /* find a way to optimize the genIfx iCode */ bytestrt = SPEC_BSTR(operandType(result))/8; bitstrt = SPEC_BSTR(operandType(result))%8; jop = pic16_popCopyGPR2Bit(pic16_popGet(AOP(left), 0), bitstrt); genIfxpCOpJump(nextic, jop); pic16_freeAsmop(left, NULL, ic, TRUE); pic16_freeAsmop(result, NULL, ic, TRUE); return; } } #endif /* if bitfield then unpack the bits */ if (IS_BITFIELD(letype)) genUnpackBits (result, left, NULL, POINTER); else { /* we have can just get the values */ int size = AOP_SIZE(result); int offset = 0; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_loadFSR0( left, 0 ); while(size--) { if(size) { pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg(&pic16_pc_postinc0), pic16_popGet(AOP(result), offset++))); } else { pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg(&pic16_pc_indf0), pic16_popGet(AOP(result), offset++))); } } } #if 0 /* now some housekeeping stuff */ if (aop) { /* we had to allocate for this iCode */ DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_freeAsmop(NULL,aop,ic,TRUE); } else { /* we did not allocate which means left * already in a pointer register, then * if size > 0 && this could be used again * we have to point it back to where it * belongs */ DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (AOP_SIZE(result) > 1 && !OP_SYMBOL(left)->remat && ( OP_SYMBOL(left)->liveTo > ic->seq || ic->depth )) { // int size = AOP_SIZE(result) - 1; // while (size--) // pic16_emitcode("dec","%s",rname); } } #endif /* done */ pic16_freeAsmop(left,NULL,ic,TRUE); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genGenPointerGet - gget value from generic pointer space */ /*-----------------------------------------------------------------*/ static void genGenPointerGet (operand *left, operand *result, iCode *ic) { int size; sym_link *letype = getSpec(operandType(left)); DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_aopOp(left,ic,FALSE); pic16_aopOp(result,ic,TRUE); size = AOP_SIZE(result); DEBUGpic16_pic16_AopType(__LINE__,left,NULL,result); /* if bit then unpack */ if (IS_BITFIELD(letype)) { genUnpackBits(result,left,"BAD",GPOINTER); goto release; } /* set up WREG:PRODL:FSR0L with address from left */ mov2fp(pic16_popCopyReg(&pic16_pc_fsr0l), AOP(left), 0); mov2fp(pic16_popCopyReg(&pic16_pc_prodl), AOP(left), 1); pic16_mov2w(AOP(left), 2); pic16_callGenericPointerRW(0, size); assignResultValue(result, size, 1); release: pic16_freeAsmop(left,NULL,ic,TRUE); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genConstPointerGet - get value from const generic pointer space */ /*-----------------------------------------------------------------*/ static void genConstPointerGet (operand *left, operand *result, iCode *ic) { //sym_link *retype = getSpec(operandType(result)); // symbol *albl = newiTempLabel(NULL); // patch 15 // symbol *blbl = newiTempLabel(NULL); // // PIC_OPCODE poc; // patch 15 int size; int offset = 0; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_aopOp(left,ic,FALSE); pic16_aopOp(result,ic,TRUE); size = AOP_SIZE(result); /* if bit then unpack */ if (IS_BITFIELD(getSpec (operandType (left)))) { genUnpackBits(result,left,"BAD",GPOINTER); goto release; } // if DEBUGpic16_pic16_AopType(__LINE__,left,NULL,result); DEBUGpic16_emitcode ("; "," %d getting const pointer",__LINE__); // set up table pointer if( (AOP_TYPE(left) == AOP_PCODE) && ((AOP(left)->aopu.pcop->type == PO_IMMEDIATE) || (AOP(left)->aopu.pcop->type == PO_DIR))) { pic16_emitpcode(POC_MOVLW,pic16_popGet(AOP(left),0)); pic16_emitpcode(POC_MOVWF,pic16_popCopyReg(&pic16_pc_tblptrl)); pic16_emitpcode(POC_MOVLW,pic16_popGet(AOP(left),1)); pic16_emitpcode(POC_MOVWF,pic16_popCopyReg(&pic16_pc_tblptrh)); pic16_emitpcode(POC_MOVLW,pic16_popGet(AOP(left),2)); pic16_emitpcode(POC_MOVWF,pic16_popCopyReg(&pic16_pc_tblptru)); } else { mov2fp(pic16_popCopyReg(&pic16_pc_tblptrl), AOP(left), 0); mov2fp(pic16_popCopyReg(&pic16_pc_tblptrh), AOP(left), 1); mov2fp(pic16_popCopyReg(&pic16_pc_tblptru), AOP(left), 2); } while(size--) { pic16_emitpcodeNULLop(POC_TBLRD_POSTINC); pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg(&pic16_pc_tablat), pic16_popGet(AOP(result),offset))); offset++; } release: pic16_freeAsmop(left,NULL,ic,TRUE); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genPointerGet - generate code for pointer get */ /*-----------------------------------------------------------------*/ static void genPointerGet (iCode *ic) { operand *left, *result ; sym_link *type, *etype; int p_type; FENTRY; left = IC_LEFT(ic); result = IC_RESULT(ic) ; /* depending on the type of pointer we need to move it to the correct pointer register */ type = operandType(left); etype = getSpec(type); #if 0 if (IS_PTR_CONST(type)) #else if (IS_CODEPTR(type)) #endif DEBUGpic16_emitcode ("; ***","%d - const pointer",__LINE__); /* if left is of type of pointer then it is simple */ if (IS_PTR(type) && !IS_FUNC(type->next)) p_type = DCL_TYPE(type); else { /* we have to go by the storage class */ p_type = PTR_TYPE(SPEC_OCLS(etype)); DEBUGpic16_emitcode ("; ***","%d - resolve pointer by storage class",__LINE__); if (SPEC_OCLS(etype)->codesp ) { DEBUGpic16_emitcode ("; ***","%d - cpointer",__LINE__); //p_type = CPOINTER ; } else if (SPEC_OCLS(etype)->fmap && !SPEC_OCLS(etype)->paged) { DEBUGpic16_emitcode ("; ***","%d - fpointer",__LINE__); /*p_type = FPOINTER ;*/ } else if (SPEC_OCLS(etype)->fmap && SPEC_OCLS(etype)->paged) { DEBUGpic16_emitcode ("; ***","%d - ppointer",__LINE__); /* p_type = PPOINTER; */ } else if (SPEC_OCLS(etype) == idata ) { DEBUGpic16_emitcode ("; ***","%d - ipointer",__LINE__); /* p_type = IPOINTER; */ } else { DEBUGpic16_emitcode ("; ***","%d - pointer",__LINE__); /* p_type = POINTER ; */ } } /* now that we have the pointer type we assign the pointer values */ switch (p_type) { case POINTER: case FPOINTER: case IPOINTER: case PPOINTER: genNearPointerGet (left,result,ic); break; case CPOINTER: genConstPointerGet (left,result,ic); //pic16_emitcodePointerGet (left,result,ic); break; case GPOINTER: #if 0 if (IS_PTR_CONST(type)) genConstPointerGet (left,result,ic); else #endif genGenPointerGet (left,result,ic); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "genPointerGet: illegal pointer type"); } } /*-----------------------------------------------------------------*/ /* genPackBits - generates code for packed bit storage */ /*-----------------------------------------------------------------*/ static void genPackBits (sym_link *etype , operand *result, operand *right , char *rname, int p_type) { int shCnt = 0 ; int offset = 0 ; int rLen = 0 ; int blen, bstr ; int shifted_and_masked = 0; unsigned long lit = (unsigned long)-1; sym_link *retype; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); blen = SPEC_BLEN(etype); bstr = SPEC_BSTR(etype); retype = getSpec(operandType(right)); if(AOP_TYPE(right) == AOP_LIT) { lit = ulFromVal (AOP(right)->aopu.aop_lit); if((blen == 1) && (bstr < 8)) { /* it is a single bit, so use the appropriate bit instructions */ DEBUGpic16_emitcode (";","%s %d optimize bit assignment",__FUNCTION__,__LINE__); if(!IS_PTR(operandType(result)) || IS_DIRECT(result)) { /* workaround to reduce the extra lfsr instruction */ if(lit) { pic16_emitpcode(POC_BSF, pic16_popCopyGPR2Bit(pic16_popGet(AOP(result), 0), bstr)); } else { pic16_emitpcode(POC_BCF, pic16_popCopyGPR2Bit(pic16_popGet(AOP(result), 0), bstr)); } } else { if (PIC_IS_DATA_PTR(operandType(result))) { pic16_loadFSR0(result, 0); pic16_emitpcode(lit ? POC_BSF : POC_BCF, pic16_popCopyGPR2Bit(pic16_popCopyReg(&pic16_pc_indf0), bstr)); } else { /* get old value */ pic16_derefPtr (result, p_type, 0, NULL); pic16_emitpcode(lit ? POC_BSF : POC_BCF, pic16_popCopyGPR2Bit(pic16_popCopyReg(&pic16_pc_wreg), bstr)); /* write back new value */ pic16_derefPtr (result, p_type, 1, NULL); } } return; } /* IORLW below is more efficient */ //pic16_emitpcode(POC_MOVLW, pic16_popGetLit((lit & ((1UL << blen) - 1)) << bstr)); lit = (lit & ((1UL << blen) - 1)) << bstr; shifted_and_masked = 1; offset++; } else if (IS_DIRECT(result) && !IS_PTR(operandType(result)) && IS_BITFIELD(retype) && (AOP_TYPE(right) == AOP_REG || AOP_TYPE(right) == AOP_DIR) && (blen == 1)) { int rblen, rbstr; rblen = SPEC_BLEN( retype ); rbstr = SPEC_BSTR( retype ); if(IS_BITFIELD(etype)) { pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(result), 0)); pic16_emitpcode(POC_BCF, pic16_popCopyGPR2Bit(pic16_popCopyReg(&pic16_pc_wreg), bstr)); } else { pic16_emitpcode(POC_CLRF, pic16_popCopyReg(&pic16_pc_wreg)); } pic16_emitpcode(POC_BTFSC, pic16_popCopyGPR2Bit(pic16_popGet(AOP(right), 0), rbstr)); if(IS_BITFIELD(etype)) { pic16_emitpcode(POC_BSF, pic16_popCopyGPR2Bit(pic16_popCopyReg(&pic16_pc_wreg), bstr)); } else { pic16_emitpcode(POC_INCF, pic16_popCopyReg(&pic16_pc_wreg)); } pic16_emitpcode(POC_MOVWF, pic16_popGet( AOP(result), 0)); return; } else { /* move right to W */ pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(right), offset++)); } /* if the bit length is less than or */ /* it exactly fits a byte then */ if((shCnt=SPEC_BSTR(etype)) || SPEC_BLEN(etype) <= 8 ) { int fsr0_setup = 0; if (blen != 8 || (bstr % 8) != 0) { // we need to combine the value with the old value if(!shifted_and_masked) { pic16_emitpcode(POC_ANDLW, pic16_popGetLit((1U << blen)-1)); DEBUGpic16_emitcode(";", "shCnt = %d SPEC_BSTR(etype) = %d:%d", shCnt, SPEC_BSTR(etype), SPEC_BLEN(etype)); /* shift left acc, do NOT mask the result again */ AccLsh(shCnt, 0); /* using PRODH as a temporary register here */ pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(&pic16_pc_prodh)); } if ((IS_SYMOP(result) && !IS_PTR(operandType (result))) || IS_DIRECT(result)) { /* access symbol directly */ pic16_mov2w (AOP(result), 0); } else { /* get old value */ pic16_derefPtr (result, p_type, 0, &fsr0_setup); } #if 1 pic16_emitpcode(POC_ANDLW, pic16_popGetLit( (unsigned char)((unsigned char)(0xff << (blen+bstr)) | (unsigned char)(0xff >> (8-bstr))) )); if (!shifted_and_masked) { pic16_emitpcode(POC_IORFW, pic16_popCopyReg(&pic16_pc_prodh)); } else { /* We have the shifted and masked (literal) right value in `lit' */ if (lit != 0) pic16_emitpcode(POC_IORLW, pic16_popGetLit(lit)); } } else { // if (blen == 8 && (bstr % 8) == 0) if (shifted_and_masked) { // move right (literal) to WREG (only case where right is not yet in WREG) pic16_mov2w(AOP(right), (bstr / 8)); } } /* write new value back */ if ((IS_SYMOP(result) && !IS_PTR(operandType(result))) || IS_DIRECT(result)) { pic16_emitpcode (POC_MOVWF, pic16_popGet(AOP(result),0)); } else { pic16_derefPtr (result, p_type, 1, &fsr0_setup); } #endif return; } #if 0 fprintf(stderr, "SDCC pic16 port error: the port currently does not support\n"); fprintf(stderr, "bitfields of size >=8. Instead of generating wrong code, bailling out...\n"); exit(EXIT_FAILURE); #endif pic16_loadFSR0(result, 0); // load FSR0 with address of result rLen = SPEC_BLEN(etype)-8; /* now generate for lengths greater than one byte */ while (1) { rLen -= 8 ; if (rLen <= 0 ) { mov2fp(pic16_popCopyReg(&pic16_pc_prodh), AOP(right), offset); break ; } switch (p_type) { case POINTER: pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(&pic16_pc_postinc0)); break; /* case FPOINTER: MOVA(l); pic16_emitcode("movx","@dptr,a"); break; case GPOINTER: MOVA(l); DEBUGpic16_emitcode(";lcall","__gptrput"); break; */ default: assert(0); } pic16_mov2w(AOP(right), offset++); } /* last last was not complete */ if (rLen) { /* save the byte & read byte */ switch (p_type) { case POINTER: // pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(&pic16_pc_prodl)); pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(&pic16_pc_indf0)); break; /* case FPOINTER: pic16_emitcode ("mov","b,a"); pic16_emitcode("movx","a,@dptr"); break; case GPOINTER: pic16_emitcode ("push","b"); pic16_emitcode ("push","acc"); pic16_emitcode ("lcall","__gptrget"); pic16_emitcode ("pop","b"); break; */ default: assert(0); } DEBUGpic16_emitcode(";", "rLen = %i", rLen); pic16_emitpcode(POC_ANDLW, pic16_popGetLit((unsigned char)-1 << -rLen)); pic16_emitpcode(POC_IORFW, pic16_popCopyReg(&pic16_pc_prodh)); // pic16_emitcode ("anl","a,#0x%02x",((unsigned char)-1 << -rLen) ); // pic16_emitcode ("orl","a,b"); } // if (p_type == GPOINTER) // pic16_emitcode("pop","b"); switch (p_type) { case POINTER: pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(&pic16_pc_indf0)); // pic16_emitcode("mov","@%s,a",rname); break; /* case FPOINTER: pic16_emitcode("movx","@dptr,a"); break; case GPOINTER: DEBUGpic16_emitcode(";lcall","__gptrput"); break; */ default: assert(0); } // pic16_freeAsmop(right, NULL, ic, TRUE); } /*-----------------------------------------------------------------*/ /* genDataPointerSet - remat pointer to data space */ /*-----------------------------------------------------------------*/ static void genDataPointerSet(operand *right, operand *result, iCode *ic) { int size, offset = 0, resoffset=0 ; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_aopOp(right,ic,FALSE); size = AOP_SIZE(right); // fprintf(stderr, "%s:%d size= %d\n", __FILE__, __LINE__, size); #if 0 if ( AOP_TYPE(result) == AOP_PCODE) { fprintf(stderr,"genDataPointerSet %s, %d\n", AOP(result)->aopu.pcop->name, (AOP(result)->aopu.pcop->type == PO_DIR)? PCOR(AOP(result)->aopu.pcop)->instance: PCOI(AOP(result)->aopu.pcop)->offset); } #endif if(AOP(result)->aopu.pcop->type == PO_DIR) resoffset=PCOR(AOP(result)->aopu.pcop)->instance; while (size--) { if (AOP_TYPE(right) == AOP_LIT) { unsigned int lit = pic16aopLiteral(AOP(IC_RIGHT(ic))->aopu.aop_lit, offset); pic16_movLit2f(pic16_popGet(AOP(result), offset), lit); } else { pic16_mov2w(AOP(right), offset); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offset)); // patch 8 } offset++; resoffset++; } pic16_freeAsmop(right,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genNearPointerSet - pic16_emitcode for near pointer put */ /*-----------------------------------------------------------------*/ static void genNearPointerSet (operand *right, operand *result, iCode *ic) { asmop *aop = NULL; sym_link *retype; sym_link *ptype = operandType(result); sym_link *resetype; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); retype= getSpec(operandType(right)); resetype = getSpec(operandType(result)); pic16_aopOp(result,ic,FALSE); /* if the result is rematerializable & * in data space & not a bit variable */ /* and result is not a bit variable */ if (AOP_TYPE(result) == AOP_PCODE && DCL_TYPE(ptype) == POINTER && !IS_BITFIELD(retype) && !IS_BITFIELD(resetype)) { genDataPointerSet (right,result,ic); pic16_freeAsmop(result,NULL,ic,TRUE); return; } DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_aopOp(right,ic,FALSE); DEBUGpic16_pic16_AopType(__LINE__,NULL,right,result); /* if bitfield then unpack the bits */ if (IS_BITFIELD(resetype)) { genPackBits (resetype, result, right, NULL, POINTER); } else { /* we have can just get the values */ int size = AOP_SIZE(right); int offset = 0 ; pic16_loadFSR0(result, 0); DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); while (size--) { if (pic16_isLitOp(right)) { pic16_emitpcode(POC_MOVLW, pic16_popGet(AOP(right),offset)); if (size) { pic16_emitpcode(POC_MOVWF,pic16_popCopyReg(&pic16_pc_postinc0)); } else { pic16_emitpcode(POC_MOVWF,pic16_popCopyReg(&pic16_pc_indf0)); } } else { // no literal if(size) { pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popGet(AOP(right),offset), pic16_popCopyReg(&pic16_pc_postinc0))); } else { pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popGet(AOP(right),offset), pic16_popCopyReg(&pic16_pc_indf0))); } } offset++; } } DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* now some housekeeping stuff */ if (aop) { /* we had to allocate for this iCode */ pic16_freeAsmop(NULL,aop,ic,TRUE); } else { /* we did not allocate which means left * already in a pointer register, then * if size > 0 && this could be used again * we have to point it back to where it * belongs */ DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (AOP_SIZE(right) > 1 && !OP_SYMBOL(result)->remat && ( OP_SYMBOL(result)->liveTo > ic->seq || ic->depth )) { int size = AOP_SIZE(right) - 1; while (size--) pic16_emitcode("decf","fsr0,f"); //pic16_emitcode("dec","%s",rname); } } DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* done */ //release: pic16_freeAsmop(right,NULL,ic,TRUE); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genGenPointerSet - set value from generic pointer space */ /*-----------------------------------------------------------------*/ static void genGenPointerSet (operand *right, operand *result, iCode *ic) { int size; sym_link *retype = getSpec(operandType(result)); DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_aopOp(result,ic,FALSE); pic16_aopOp(right,ic,FALSE); size = AOP_SIZE(right); DEBUGpic16_pic16_AopType(__LINE__,NULL,right,result); /* if bit then unpack */ if (IS_BITFIELD(retype)) { // pic16_emitpcode(POC_LFSR,pic16_popGetLit2(0,pic16_popGetLit(lit))); genPackBits(retype,result,right,"dptr",GPOINTER); goto release; } size = AOP_SIZE(right); DEBUGpic16_emitcode ("; ***","%s %d size=%d",__FUNCTION__,__LINE__,size); /* load value to write in TBLPTRH:TBLPTRL:PRODH:[stack] */ /* value of right+0 is placed on stack, which will be retrieved * by the support function thus restoring the stack. The important * thing is that there is no need to manually restore stack pointer * here */ pushaop(AOP(right), 0); // mov2fp(pic16_popCopyReg(&pic16_pc_postdec1), AOP(right), 0); if(size>1)mov2fp(pic16_popCopyReg(&pic16_pc_prodh), AOP(right), 1); if(size>2)mov2fp(pic16_popCopyReg(&pic16_pc_tblptrl), AOP(right), 2); if(size>3)mov2fp(pic16_popCopyReg(&pic16_pc_tblptrh), AOP(right), 3); /* load address to write to in WREG:FSR0H:FSR0L */ pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popGet(AOP(result), 0), pic16_popCopyReg(&pic16_pc_fsr0l))); pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popGet(AOP(result), 1), pic16_popCopyReg(&pic16_pc_prodl))); pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(result), 2)); pic16_callGenericPointerRW(1, size); release: pic16_freeAsmop(right,NULL,ic,TRUE); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genPointerSet - stores the value into a pointer location */ /*-----------------------------------------------------------------*/ static void genPointerSet (iCode *ic) { operand *right, *result ; sym_link *type, *etype; int p_type; FENTRY; right = IC_RIGHT(ic); result = IC_RESULT(ic) ; /* depending on the type of pointer we need to move it to the correct pointer register */ type = operandType(result); etype = getSpec(type); /* if left is of type of pointer then it is simple */ if (IS_PTR(type) && !IS_FUNC(type->next)) { p_type = DCL_TYPE(type); } else { /* we have to go by the storage class */ p_type = PTR_TYPE(SPEC_OCLS(etype)); /* if (SPEC_OCLS(etype)->codesp ) { */ /* p_type = CPOINTER ; */ /* } */ /* else */ /* if (SPEC_OCLS(etype)->fmap && !SPEC_OCLS(etype)->paged) */ /* p_type = FPOINTER ; */ /* else */ /* if (SPEC_OCLS(etype)->fmap && SPEC_OCLS(etype)->paged) */ /* p_type = PPOINTER ; */ /* else */ /* if (SPEC_OCLS(etype) == idata ) */ /* p_type = IPOINTER ; */ /* else */ /* p_type = POINTER ; */ } /* now that we have the pointer type we assign the pointer values */ switch (p_type) { case POINTER: case FPOINTER: case IPOINTER: case PPOINTER: genNearPointerSet (right,result,ic); break; case GPOINTER: genGenPointerSet (right,result,ic); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "genPointerSet: illegal pointer type"); } } /*-----------------------------------------------------------------*/ /* genIfx - generate code for Ifx statement */ /*-----------------------------------------------------------------*/ static void genIfx (iCode *ic, iCode *popIc) { operand *cond = IC_COND(ic); int isbit =0; FENTRY; pic16_aopOp(cond,ic,FALSE); /* get the value into acc */ if (AOP_TYPE(cond) != AOP_CRY) pic16_toBoolean(cond); else isbit = 1; /* the result is now in the accumulator */ pic16_freeAsmop(cond,NULL,ic,TRUE); /* if there was something to be popped then do it */ if (popIc) genIpop(popIc); /* if the condition is a bit variable */ if (isbit && IS_ITEMP(cond) && SPIL_LOC(cond)) { genIfxJump(ic,"c"); DEBUGpic16_emitcode ("; isbit SPIL_LOC","%s",SPIL_LOC(cond)->rname); } else { if (isbit && !IS_ITEMP(cond)) genIfxJump(ic,OP_SYMBOL(cond)->rname); else genIfxJump(ic,"a"); } ic->generated = 1; } /*-----------------------------------------------------------------*/ /* genAddrOf - generates code for address of */ /*-----------------------------------------------------------------*/ static void genAddrOf (iCode *ic) { operand *result, *left; int size; symbol *sym; // = OP_SYMBOL(IC_LEFT(ic)); pCodeOp *pcop0, *pcop1, *pcop2; FENTRY; pic16_aopOp((result=IC_RESULT(ic)),ic,TRUE); sym = OP_SYMBOL( IC_LEFT(ic) ); if(sym->onStack) { /* get address of symbol on stack */ DEBUGpic16_emitcode("; ", "%s symbol %s on stack", __FUNCTION__, sym->name); #if 0 fprintf(stderr, "%s:%d symbol %s on stack offset %i\n", __FILE__, __LINE__, OP_SYMBOL(IC_LEFT(ic))->name, OP_SYMBOL(IC_LEFT(ic))->stack); #endif // operands on stack are accessible via "FSR2 + index" with index // starting at 2 for arguments and growing from 0 downwards for // local variables (index == 0 is not assigned so we add one here) { int soffs = OP_SYMBOL( IC_LEFT(ic))->stack; if (soffs <= 0) { assert (soffs < 0); soffs++; } // if DEBUGpic16_emitcode("*!*", "accessing stack symbol at offset=%d", soffs); pic16_emitpcode(POC_MOVLW , pic16_popGetLit( soffs & 0x00FF )); pic16_emitpcode(POC_ADDFW , pic16_popCopyReg(pic16_framepnt_lo)); pic16_emitpcode(POC_MOVWF , pic16_popGet(AOP(result), 0)); pic16_emitpcode(POC_MOVLW , pic16_popGetLit( (soffs >> 8) & 0x00FF )); pic16_emitpcode(POC_ADDFWC, pic16_popCopyReg(pic16_framepnt_hi)); pic16_emitpcode(POC_MOVWF , pic16_popGet(AOP(result), 1)); } goto release; } // if(pic16_debug_verbose) { // fprintf(stderr, "%s:%d %s symbol %s , codespace=%d\n", // __FILE__, __LINE__, __FUNCTION__, sym->name, IN_CODESPACE( SPEC_OCLS(sym->etype))); // } pic16_aopOp((left=IC_LEFT(ic)), ic, FALSE); size = AOP_SIZE(IC_RESULT(ic)); pcop0 = PCOP(pic16_newpCodeOpImmd(sym->rname, 0, 0, IN_CODESPACE( SPEC_OCLS(sym->etype)))); pcop1 = PCOP(pic16_newpCodeOpImmd(sym->rname, 1, 0, IN_CODESPACE( SPEC_OCLS(sym->etype)))); pcop2 = PCOP(pic16_newpCodeOpImmd(sym->rname, 2, 0, IN_CODESPACE( SPEC_OCLS(sym->etype)))); if (size == 3) { pic16_emitpcode(POC_MOVLW, pcop0); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 0)); pic16_emitpcode(POC_MOVLW, pcop1); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 1)); pic16_emitpcode(POC_MOVLW, pcop2); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 2)); } else if (size == 2) { pic16_emitpcode(POC_MOVLW, pcop0); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_MOVLW, pcop1); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),1)); } else { pic16_emitpcode(POC_MOVLW, pcop0); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0)); } pic16_freeAsmop(left, NULL, ic, FALSE); release: pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genAssign - generate code for assignment */ /*-----------------------------------------------------------------*/ static void genAssign (iCode *ic) { operand *result, *right; sym_link *restype, *rtype; int size, offset,know_W; unsigned long lit = 0L; result = IC_RESULT(ic); right = IC_RIGHT(ic) ; FENTRY; /* if they are the same */ if (operandsEqu (IC_RESULT(ic),IC_RIGHT(ic))) return ; /* reversed order operands are aopOp'ed so that result operand * is effective in case right is a stack symbol. This maneauver * allows to use the _G.resDirect flag later */ pic16_aopOp(result,ic,TRUE); pic16_aopOp(right,ic,FALSE); DEBUGpic16_pic16_AopType(__LINE__,NULL,right,result); /* if they are the same registers */ if (pic16_sameRegs(AOP(right),AOP(result))) goto release; /* if the result is a bit */ if (AOP_TYPE(result) == AOP_CRY) { /* if the right size is a literal then we know what the value is */ if (AOP_TYPE(right) == AOP_LIT) { pic16_emitpcode( ( ((int) operandLitValue(right)) ? POC_BSF : POC_BCF), pic16_popGet(AOP(result),0)); if (((int) operandLitValue(right))) pic16_emitcode("bsf","(%s >> 3),(%s & 7)", AOP(result)->aopu.aop_dir, AOP(result)->aopu.aop_dir); else pic16_emitcode("bcf","(%s >> 3),(%s & 7)", AOP(result)->aopu.aop_dir, AOP(result)->aopu.aop_dir); goto release; } /* the right is also a bit variable */ if (AOP_TYPE(right) == AOP_CRY) { pic16_emitpcode(POC_BCF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_BSF, pic16_popGet(AOP(result),0)); goto release ; } /* we need to or */ pic16_emitpcode(POC_BCF, pic16_popGet(AOP(result),0)); pic16_toBoolean(right); emitSKPZ; pic16_emitpcode(POC_BSF, pic16_popGet(AOP(result),0)); //pic16_aopPut(AOP(result),"a",0); goto release ; } /* bit variables done */ /* general case */ size = AOP_SIZE(result); offset = 0 ; /* bit variables done */ /* general case */ size = AOP_SIZE(result); restype = operandType(result); rtype = operandType(right); offset = 0 ; if(AOP_TYPE(right) == AOP_LIT) { if(!(IS_FLOAT(operandType( right )) || IS_FIXED(operandType(right)))) { lit = ulFromVal (AOP(right)->aopu.aop_lit); /* patch tag for literals that are cast to pointers */ if (IS_CODEPTR(restype)) { //fprintf (stderr, "%s:%u: INFO: `(__code*)literal'\n", ic->filename, ic->lineno); lit = (lit & 0x00ffff) | (GPTR_TAG_CODE << 16); } else { if (IS_GENPTR(restype)) { if (IS_CODEPTR(rtype)) { //fprintf (stderr, "%s:%u: INFO: `(generic*)(literal __code*)'\n", ic->filename, ic->lineno); lit = (lit & 0x00ffff) | (GPTR_TAG_CODE << 16); } else if (PIC_IS_DATA_PTR(rtype)) { //fprintf (stderr, "%s:%u: INFO: `(generic*)(literal __data*)'\n", ic->filename, ic->lineno); lit = (lit & 0x00ffff) | (GPTR_TAG_DATA << 16); } else if (!IS_PTR(rtype) || IS_GENPTR(rtype)) { //fprintf (stderr, "%s:%u: INFO: `(generic*)literal' -- accepting specified tag %02x\n", ic->filename, ic->lineno, (unsigned char)(lit >> 16)); } else if (IS_PTR(rtype)) { fprintf (stderr, "%s:%u: WARNING: `(generic*)literal' -- assuming __data space\n", ic->filename, ic->lineno); lit = (lit & 0x00ffff) | (GPTR_TAG_DATA << 16); } } } } else { union { unsigned long lit_int; float lit_float; } info; if(IS_FIXED16X16(operandType(right))) { lit = (unsigned long)fixed16x16FromDouble( floatFromVal( AOP(right)->aopu.aop_lit)); } else { /* take care if literal is a float */ info.lit_float = floatFromVal(AOP(right)->aopu.aop_lit); lit = info.lit_int; } } } // fprintf(stderr, "%s:%d: assigning value 0x%04lx (%d:%d)\n", __FUNCTION__, __LINE__, lit, // sizeof(unsigned long int), sizeof(float)); if (AOP_TYPE(right) == AOP_REG) { DEBUGpic16_emitcode("; ", "%s:%d assign from register\n", __FUNCTION__, __LINE__); while (size--) { pic16_emitpcode (POC_MOVFF, pic16_popGet2(AOP(right), AOP(result), offset++)); } // while goto release; } /* when do we have to read the program memory? * - if right itself is a symbol in code space * (we don't care what it points to if it's a pointer) * - AND right is not a function (we would want its address) */ if(AOP_TYPE(right) != AOP_LIT && IN_CODESPACE(SPEC_OCLS(OP_SYM_ETYPE(right))) && !IS_FUNC(OP_SYM_TYPE(right)) && !IS_ITEMP(right)) { DEBUGpic16_emitcode("; ", "%s:%d symbol in code space, take special care\n", __FUNCTION__, __LINE__); //fprintf(stderr, "%s:%d symbol %s = [ %s ] is in code space\n", __FILE__, __LINE__, OP_SYMBOL(result)->name, OP_SYMBOL(right)->name); // set up table pointer if(pic16_isLitOp(right)) { // fprintf(stderr, "%s:%d inside block 1\n", __FILE__, __LINE__); pic16_emitpcode(POC_MOVLW,pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_MOVWF,pic16_popCopyReg(&pic16_pc_tblptrl)); pic16_emitpcode(POC_MOVLW,pic16_popGet(AOP(right),1)); pic16_emitpcode(POC_MOVWF,pic16_popCopyReg(&pic16_pc_tblptrh)); pic16_emitpcode(POC_MOVLW,pic16_popGet(AOP(right),2)); pic16_emitpcode(POC_MOVWF,pic16_popCopyReg(&pic16_pc_tblptru)); } else { // fprintf(stderr, "%s:%d inside block 2\n", __FILE__, __LINE__); pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popGet(AOP(right),0), pic16_popCopyReg(&pic16_pc_tblptrl))); pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popGet(AOP(right),1), pic16_popCopyReg(&pic16_pc_tblptrh))); pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popGet(AOP(right),2), pic16_popCopyReg(&pic16_pc_tblptru))); } /* must fetch 3 bytes for pointers (was OP_SYM_ETYPE before) */ size = min(getSize(OP_SYM_TYPE(right)), AOP_SIZE(result)); while(size--) { pic16_emitpcodeNULLop(POC_TBLRD_POSTINC); pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg(&pic16_pc_tablat), pic16_popGet(AOP(result),offset))); offset++; } /* FIXME: for pointers we need to extend differently (according * to pointer type DATA/CODE/EEPROM/... :*/ size = getSize(OP_SYM_TYPE(right)); if(AOP_SIZE(result) > size) { size = AOP_SIZE(result) - size; while(size--) { pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result), offset)); offset++; } } goto release; } #if 0 /* VR - What is this?! */ if( AOP_TYPE(right) == AOP_DIR && (AOP_TYPE(result) == AOP_REG) && size==1) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(aopIdx(AOP(result),0) == 4) { /* this is a workaround to save value of right into wreg too, * value of wreg is going to be used later */ DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(right),offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset)); goto release; } else // assert(0); DEBUGpic16_emitcode ("; WARNING","%s %d ignoring register storage",__FUNCTION__,__LINE__); } #endif size = AOP_SIZE(right); if (size > AOP_SIZE(result)) size = AOP_SIZE(result); know_W=-1; while (size--) { DEBUGpic16_emitcode ("; ***","%s %d size %d",__FUNCTION__,__LINE__, size); if(AOP_TYPE(right) == AOP_LIT) { if(lit&0xff) { if(know_W != (lit&0xff)) pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lit&0xff)); know_W = lit&0xff; pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset)); } else pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),offset)); lit >>= 8; } else if (AOP_TYPE(right) == AOP_CRY) { pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),offset)); if(offset == 0) { //debugf("%s: BTFSS offset == 0\n", __FUNCTION__); pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),0)); } } else if ( (AOP_TYPE(right) == AOP_PCODE) && (AOP(right)->aopu.pcop->type == PO_IMMEDIATE) ) { pic16_emitpcode(POC_MOVLW, pic16_popGet(AOP(right),offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset)); } else { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(!_G.resDirect) { /* use this aopForSym feature */ if(AOP_TYPE(result) == AOP_ACC) { pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(right), offset)); } else if(AOP_TYPE(right) == AOP_ACC) { pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offset)); } else { pic16_emitpcode(POC_MOVFF, pic16_popGet2(AOP(right), AOP(result), offset)); } } } offset++; } pic16_addSign(result, AOP_SIZE(right), !IS_UNSIGNED(operandType(right))); release: pic16_freeAsmop (result,NULL,ic,TRUE); pic16_freeAsmop (right,NULL,ic,FALSE); } /*-----------------------------------------------------------------*/ /* genJumpTab - generates code for jump table */ /*-----------------------------------------------------------------*/ static void genJumpTab (iCode *ic) { symbol *jtab; char *l; pCodeOp *jt_offs; pCodeOp *jt_offs_hi; pCodeOp *jt_label; FENTRY; pic16_aopOp(IC_JTCOND(ic),ic,FALSE); /* get the condition into accumulator */ l = pic16_aopGet(AOP(IC_JTCOND(ic)),0,FALSE,FALSE); MOVA(l); /* multiply by three */ pic16_emitcode("add","a,acc"); pic16_emitcode("add","a,%s",pic16_aopGet(AOP(IC_JTCOND(ic)),0,FALSE,FALSE)); jtab = newiTempLabel(NULL); pic16_emitcode("mov","dptr,#%05d_DS_",jtab->key+100); pic16_emitcode("jmp","@a+dptr"); pic16_emitcode("","%05d_DS_:",jtab->key+100); #if 0 pic16_emitpcode(POC_MOVLW, pic16_popGetLabel(jtab->key)); pic16_emitpcode(POC_ADDFW, pic16_popGet(AOP(IC_JTCOND(ic)),0)); emitSKPNC; pic16_emitpcode(POC_INCF, pic16_popCopyReg(&pic16_pc_pclath)); pic16_emitpcode(POC_MOVWF, pic16_popCopyReg(&pic16_pc_pcl)); pic16_emitpLabel(jtab->key); #else jt_offs = pic16_popGetTempReg(0); jt_offs_hi = pic16_popGetTempReg(1); jt_label = pic16_popGetLabel (jtab->key); //fprintf (stderr, "Creating jump table...\n"); // calculate offset into jump table (idx * sizeof (GOTO)) pic16_emitpcode(POC_CLRF , jt_offs_hi); pic16_emitpcode(POC_RLCFW , pic16_popGet(AOP(IC_JTCOND(ic)),0)); pic16_emitpcode(POC_RLCF , jt_offs_hi); pic16_emitpcode(POC_RLCFW , pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_RLCF , jt_offs_hi); pic16_emitpcode(POC_ANDLW , pic16_popGetLit (0xFC)); pic16_emitpcode(POC_MOVWF , jt_offs); // prepare PCLATx (set to first entry in jump table) pic16_emitpcode(POC_MOVLW , pic16_popGetImmd(jt_label->name, 2, 0)); pic16_emitpcode(POC_MOVWF , pic16_popCopyReg(&pic16_pc_pclatu)); pic16_emitpcode(POC_MOVLW , pic16_popGetImmd(jt_label->name, 1, 0)); pic16_emitpcode(POC_MOVWF , pic16_popCopyReg(&pic16_pc_pclath)); pic16_emitpcode(POC_MOVLW , pic16_popGetImmd(jt_label->name, 0, 0)); // set PCLATx to selected entry (new PCL is stored in jt_offs) pic16_emitpcode(POC_ADDWF , jt_offs); pic16_emitpcode(POC_MOVFW , jt_offs_hi); pic16_emitpcode(POC_ADDWFC, pic16_popCopyReg(&pic16_pc_pclath)); emitSKPNC; pic16_emitpcode(POC_INCF , pic16_popCopyReg(&pic16_pc_pclatu)); // release temporaries and prepare jump into table (new PCL --> WREG) pic16_emitpcode(POC_MOVFW , jt_offs); pic16_popReleaseTempReg (jt_offs_hi, 1); pic16_popReleaseTempReg (jt_offs, 0); // jump into the table pic16_emitpcode(POC_MOVWF , pic16_popCopyReg(&pic16_pc_pcl)); pic16_emitpLabelFORCE(jtab->key); #endif pic16_freeAsmop(IC_JTCOND(ic),NULL,ic,TRUE); // pic16_emitpinfo(INF_LOCALREGS, pic16_newpCodeOpLocalRegs(LR_ENTRY_BEGIN)); pic16_emitpinfo (INF_OPTIMIZATION, pic16_newpCodeOpOpt (OPT_JUMPTABLE_BEGIN, "")); /* now generate the jump labels */ for (jtab = setFirstItem(IC_JTLABELS(ic)) ; jtab; jtab = setNextItem(IC_JTLABELS(ic))) { // pic16_emitcode("ljmp","%05d_DS_",jtab->key+100); pic16_emitpcode(POC_GOTO,pic16_popGetLabel(jtab->key)); } pic16_emitpinfo (INF_OPTIMIZATION, pic16_newpCodeOpOpt (OPT_JUMPTABLE_END, "")); } /*-----------------------------------------------------------------*/ /* genMixedOperation - gen code for operators between mixed types */ /*-----------------------------------------------------------------*/ /* TSD - Written for the PIC port - but this unfortunately is buggy. This routine is good in that it is able to efficiently promote types to different (larger) sizes. Unfortunately, the temporary variables that are optimized out by this routine are sometimes used in other places. So until I know how to really parse the iCode tree, I'm going to not be using this routine :(. */ static int genMixedOperation (iCode *ic) { #if 0 operand *result = IC_RESULT(ic); sym_link *ctype = operandType(IC_LEFT(ic)); operand *right = IC_RIGHT(ic); int ret = 0; int big,small; int offset; iCode *nextic; operand *nextright=NULL,*nextleft=NULL,*nextresult=NULL; pic16_emitcode("; ***","%s %d",__FUNCTION__,__LINE__); nextic = ic->next; if(!nextic) return 0; nextright = IC_RIGHT(nextic); nextleft = IC_LEFT(nextic); nextresult = IC_RESULT(nextic); pic16_aopOp(right,ic,FALSE); pic16_aopOp(result,ic,FALSE); pic16_aopOp(nextright, nextic, FALSE); pic16_aopOp(nextleft, nextic, FALSE); pic16_aopOp(nextresult, nextic, FALSE); if (pic16_sameRegs(AOP(IC_RESULT(ic)), AOP(IC_RIGHT(nextic)))) { operand *t = right; right = nextright; nextright = t; pic16_emitcode(";remove right +",""); } else if (pic16_sameRegs(AOP(IC_RESULT(ic)), AOP(IC_LEFT(nextic)))) { /* operand *t = right; right = nextleft; nextleft = t; */ pic16_emitcode(";remove left +",""); } else return 0; big = AOP_SIZE(nextleft); small = AOP_SIZE(nextright); switch(nextic->op) { case '+': pic16_emitcode(";optimize a +",""); /* if unsigned or not an integral type */ if (AOP_TYPE(IC_LEFT(nextic)) == AOP_CRY) { pic16_emitcode(";add a bit to something",""); } else { pic16_emitcode("movf","%s,w",AOP(nextright)->aopu.aop_dir); if (!pic16_sameRegs(AOP(IC_LEFT(nextic)), AOP(IC_RESULT(nextic))) ) { pic16_emitcode("addwf","%s,w",AOP(nextleft)->aopu.aop_dir); pic16_emitcode("movwf","%s",pic16_aopGet(AOP(IC_RESULT(nextic)),0,FALSE,FALSE)); } else pic16_emitcode("addwf","%s,f",AOP(nextleft)->aopu.aop_dir); offset = 0; while(--big) { offset++; if(--small) { if (!pic16_sameRegs(AOP(IC_LEFT(nextic)), AOP(IC_RESULT(nextic))) ){ pic16_emitcode("movf","%s,w",pic16_aopGet(AOP(IC_LEFT(nextic)),offset,FALSE,FALSE)); pic16_emitcode("movwf","%s,f",pic16_aopGet(AOP(IC_RESULT(nextic)),offset,FALSE,FALSE) ); } pic16_emitcode("movf","%s,w", pic16_aopGet(AOP(IC_LEFT(nextic)),offset,FALSE,FALSE)); emitSKPNC; pic16_emitcode("btfsc","(%s >> 3), (%s & 7)", AOP(IC_RIGHT(nextic))->aopu.aop_dir, AOP(IC_RIGHT(nextic))->aopu.aop_dir); pic16_emitcode(" incf","%s,w", pic16_aopGet(AOP(IC_LEFT(nextic)),offset,FALSE,FALSE)); pic16_emitcode("movwf","%s", pic16_aopGet(AOP(IC_RESULT(nextic)),offset,FALSE,FALSE)); } else { pic16_emitcode("rlf","known_zero,w"); /* if right is signed btfsc right,7 addlw ff */ if (!pic16_sameRegs(AOP(IC_LEFT(nextic)), AOP(IC_RESULT(nextic))) ){ pic16_emitcode("addwf","%s,w",pic16_aopGet(AOP(IC_LEFT(nextic)),offset,FALSE,FALSE)); pic16_emitcode("movwf","%s,f",pic16_aopGet(AOP(IC_RESULT(nextic)),offset,FALSE,FALSE) ); } else { pic16_emitcode("addwf","%s,f",pic16_aopGet(AOP(IC_RESULT(nextic)),offset,FALSE,FALSE) ); } } } ret = 1; } } ret = 1; release: pic16_freeAsmop(right,NULL,ic,TRUE); pic16_freeAsmop(result,NULL,ic,TRUE); pic16_freeAsmop(nextright,NULL,ic,TRUE); pic16_freeAsmop(nextleft,NULL,ic,TRUE); if(ret) nextic->generated = 1; return ret; #else return 0; #endif } /*-----------------------------------------------------------------*/ /* genCast - gen code for casting */ /*-----------------------------------------------------------------*/ static void genCast (iCode *ic) { operand *result = IC_RESULT(ic); sym_link *ctype = operandType(IC_LEFT(ic)); sym_link *rtype = operandType(IC_RIGHT(ic)); sym_link *restype = operandType(IC_RESULT(ic)); operand *right = IC_RIGHT(ic); int size, offset ; FENTRY; /* if they are equivalent then do nothing */ // if (operandsEqu(IC_RESULT(ic),IC_RIGHT(ic))) // return ; pic16_aopOp(result,ic,FALSE); pic16_aopOp(right,ic,FALSE) ; DEBUGpic16_pic16_AopType(__LINE__,NULL,right,result); /* if the result is a bit */ if (AOP_TYPE(result) == AOP_CRY) { /* if the right size is a literal then * we know what the value is */ DEBUGpic16_emitcode("; ***","%s %d",__FUNCTION__,__LINE__); if (AOP_TYPE(right) == AOP_LIT) { pic16_emitpcode( ( ((int) operandLitValue(right)) ? POC_BSF : POC_BCF), pic16_popGet(AOP(result),0)); if (((int) operandLitValue(right))) pic16_emitcode("bsf","(%s >> 3), (%s & 7)", AOP(result)->aopu.aop_dir, AOP(result)->aopu.aop_dir); else pic16_emitcode("bcf","(%s >> 3), (%s & 7)", AOP(result)->aopu.aop_dir, AOP(result)->aopu.aop_dir); goto release; } /* the right is also a bit variable */ if (AOP_TYPE(right) == AOP_CRY) { emitCLRC; pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(right),0)); pic16_emitcode("clrc",""); pic16_emitcode("btfsc","(%s >> 3), (%s & 7)", AOP(right)->aopu.aop_dir, AOP(right)->aopu.aop_dir); pic16_aopPut(AOP(result),"c",0); goto release ; } /* we need to or */ if (AOP_TYPE(right) == AOP_REG) { pic16_emitpcode(POC_BCF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(right),0,FALSE,FALSE),0,0, PO_GPR_REGISTER)); pic16_emitpcode(POC_BSF, pic16_popGet(AOP(result),0)); } pic16_toBoolean(right); pic16_aopPut(AOP(result),"a",0); goto release ; } if ((AOP_TYPE(right) == AOP_CRY) && (AOP_TYPE(result) == AOP_REG)) { int offset = 1; size = AOP_SIZE(result); DEBUGpic16_emitcode("; ***","%s %d",__FUNCTION__,__LINE__); pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),0)); while (size--) pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),offset++)); goto release; } if(IS_BITFIELD(getSpec(restype)) && IS_BITFIELD(getSpec(rtype))) { DEBUGpic16_emitcode("***", "%d casting a bit to another bit", __LINE__); } /* port from pic14 to cope with generic pointers */ if (PIC_IS_TAGGED(restype)) { operand *result = IC_RESULT(ic); //operand *left = IC_LEFT(ic); operand *right = IC_RIGHT(ic); int tag = 0xff; /* copy common part */ int max, size = AOP_SIZE(result); if (size > AOP_SIZE(right)) size = AOP_SIZE(right); DEBUGpic16_emitcode("; ***","%s %d",__FUNCTION__,__LINE__); max = size; while (size--) { pic16_mov2w (AOP(right), size); pic16_emitpcode(POC_MOVWF, pic16_popGet (AOP(result), size)); } // while /* upcast into generic pointer type? */ if (IS_GENPTR(restype) && !PIC_IS_TAGGED(rtype) && (AOP_SIZE(result) > max)) { /* determine appropriate tag for right */ if (PIC_IS_DATA_PTR(rtype)) tag = GPTR_TAG_DATA; else if (IS_CODEPTR(rtype)) tag = GPTR_TAG_CODE; else if (PIC_IS_DATA_PTR(ctype)) { //fprintf (stderr, "%s:%u: WARNING: casting `(generic*)(__data*)(non-pointer)'\n", ic->filename, ic->lineno); tag = GPTR_TAG_DATA; } else if (IS_CODEPTR(ctype)) { //fprintf (stderr, "%s:%u: WARNING: casting `(generic*)(__code*)(non-pointer)'\n", ic->filename, ic->lineno); tag = GPTR_TAG_CODE; } else if (IS_PTR(rtype)) { PERFORM_ONCE(weirdcast, fprintf (stderr, "%s:%u: WARNING: casting `(generic*)(unknown*)' -- assuming __data space\n", ic->filename, ic->lineno); ); tag = GPTR_TAG_DATA; } else { PERFORM_ONCE(weirdcast, fprintf (stderr, "%s:%u: WARNING: casting `(generic*)(non-pointer)' -- assuming __data space\n", ic->filename, ic->lineno); ); tag = GPTR_TAG_DATA; } assert (AOP_SIZE(result) == 3); /* zero-extend address... */ for (size = max; size < AOP_SIZE(result)-1; size++) pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),size)); /* ...and add tag */ pic16_movLit2f(pic16_popGet(AOP(result), AOP_SIZE(result)-1), tag); } else if (IS_CODEPTR(restype) && AOP_SIZE(result) > max) { //fprintf (stderr, "%s:%u: INFO: code pointer\n", ic->filename, ic->lineno); for (size = max; size < AOP_SIZE(result)-1; size++) pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result), size)); /* add __code tag */ pic16_movLit2f (pic16_popGet(AOP(result), AOP_SIZE(result)-1), GPTR_TAG_CODE); } else if (AOP_SIZE(result) > max) { /* extend non-pointers */ //fprintf (stderr, "%s:%u: zero-extending value cast to pointer\n", ic->filename, ic->lineno); pic16_addSign(result, max, 0); } // if goto release; } /* if they are the same size : or less */ if (AOP_SIZE(result) <= AOP_SIZE(right)) { /* if they are in the same place */ if (pic16_sameRegs(AOP(right),AOP(result))) goto release; DEBUGpic16_emitcode("; ***","%s %d",__FUNCTION__,__LINE__); #if 0 if (IS_PTR_CONST(rtype)) #else if (IS_CODEPTR(rtype)) #endif DEBUGpic16_emitcode ("; ***","%d - right is const pointer",__LINE__); #if 0 if (IS_PTR_CONST(operandType(IC_RESULT(ic)))) #else if (IS_CODEPTR(operandType(IC_RESULT(ic)))) #endif DEBUGpic16_emitcode ("; ***","%d - result is const pointer",__LINE__); if ((AOP_TYPE(right) == AOP_PCODE) && AOP(right)->aopu.pcop->type == PO_IMMEDIATE) { pic16_emitpcode(POC_MOVLW, pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0)); if(AOP_SIZE(result) < 2) { fprintf(stderr,"%d -- casting a ptr to a char\n",__LINE__); } else { pic16_emitpcode(POC_MOVLW, pic16_popGet(AOP(right),1)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),1)); } } else { /* if they in different places then copy */ size = AOP_SIZE(result); offset = 0 ; while (size--) { pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(right),offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset)); offset++; } } goto release; } /* if the result is of type pointer */ if (IS_PTR(ctype)) { int p_type; sym_link *type = operandType(right); sym_link *etype = getSpec(type); DEBUGpic16_emitcode("; ***","%s %d - pointer cast",__FUNCTION__,__LINE__); /* pointer to generic pointer */ if (IS_GENPTR(ctype)) { if (IS_PTR(type)) p_type = DCL_TYPE(type); else { /* we have to go by the storage class */ p_type = PTR_TYPE(SPEC_OCLS(etype)); /* if (SPEC_OCLS(etype)->codesp ) */ /* p_type = CPOINTER ; */ /* else */ /* if (SPEC_OCLS(etype)->fmap && !SPEC_OCLS(etype)->paged) */ /* p_type = FPOINTER ; */ /* else */ /* if (SPEC_OCLS(etype)->fmap && SPEC_OCLS(etype)->paged) */ /* p_type = PPOINTER; */ /* else */ /* if (SPEC_OCLS(etype) == idata ) */ /* p_type = IPOINTER ; */ /* else */ /* p_type = POINTER ; */ } /* the first two bytes are known */ DEBUGpic16_emitcode("; ***","%s %d - pointer cast2",__FUNCTION__,__LINE__); size = GPTRSIZE - 1; offset = 0 ; while (size--) { if(offset < AOP_SIZE(right)) { DEBUGpic16_emitcode("; ***","%s %d - pointer cast3 ptype = 0x%x",__FUNCTION__,__LINE__, p_type); pic16_mov2f(AOP(result), AOP(right), offset); /* if ((AOP_TYPE(right) == AOP_PCODE) && AOP(right)->aopu.pcop->type == PO_IMMEDIATE) { pic16_emitpcode(POC_MOVLW, pic16_popGet(AOP(right),offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset)); } else { pic16_aopPut(AOP(result), pic16_aopGet(AOP(right),offset,FALSE,FALSE), offset); } */ } else pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),offset)); offset++; } /* the last byte depending on type */ switch (p_type) { case POINTER: case FPOINTER: case IPOINTER: case PPOINTER: pic16_movLit2f(pic16_popGet(AOP(result), GPTRSIZE-1), GPTR_TAG_DATA); break; case CPOINTER: pic16_emitpcode(POC_MOVFF, pic16_popGet2(AOP(right), AOP(result), GPTRSIZE-1)); break; case GPOINTER: if (GPTRSIZE > AOP_SIZE(right)) { // assume __data pointer... THIS MIGHT BE WRONG! pic16_movLit2f(pic16_popGet(AOP(result), GPTRSIZE-1), GPTR_TAG_DATA); } else { pic16_emitpcode(POC_MOVFF, pic16_popGet2(AOP(right), AOP(result), GPTRSIZE-1)); } break; default: /* this should never happen */ werror(E_INTERNAL_ERROR,__FILE__,__LINE__, "got unknown pointer type"); exit(1); } //pic16_aopPut(AOP(result),l, GPTRSIZE - 1); goto release ; } assert( 0 ); /* just copy the pointers */ size = AOP_SIZE(result); offset = 0 ; while (size--) { pic16_aopPut(AOP(result), pic16_aopGet(AOP(right),offset,FALSE,FALSE), offset); offset++; } goto release ; } /* so we now know that the size of destination is greater than the size of the source. Now, if the next iCode is an operator then we might be able to optimize the operation without performing a cast. */ if(genMixedOperation(ic)) goto release; DEBUGpic16_emitcode("; ***","%s %d",__FUNCTION__,__LINE__); /* we move to result for the size of source */ size = AOP_SIZE(right); offset = 0 ; while (size--) { if(!_G.resDirect) pic16_mov2f(AOP(result), AOP(right), offset); offset++; } /* now depending on the sign of the destination */ size = AOP_SIZE(result) - AOP_SIZE(right); /* if unsigned or not an integral type */ if (SPEC_USIGN( getSpec(rtype) ) || !IS_SPEC(rtype)) { while (size--) pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),offset++)); } else { /* we need to extend the sign :( */ if(size == 1) { /* Save one instruction of casting char to int */ pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),offset)); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(right),offset-1,FALSE,FALSE),7,0, PO_GPR_REGISTER)); pic16_emitpcode(POC_SETF, pic16_popGet(AOP(result),offset)); } else { pic16_emitpcode(POC_CLRF,pic16_popCopyReg(&pic16_pc_wreg)); if(offset) pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(right),offset-1,FALSE,FALSE),7,0, PO_GPR_REGISTER)); else pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(right),offset,FALSE,FALSE),7,0, PO_GPR_REGISTER)); pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0xff)); while (size--) pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset++)); } } release: pic16_freeAsmop(right,NULL,ic,TRUE); pic16_freeAsmop(result,NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genDjnz - generate decrement & jump if not zero instrucion */ /*-----------------------------------------------------------------*/ static int genDjnz (iCode *ic, iCode *ifx) { symbol *lbl, *lbl1; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (!ifx) return 0; /* if the if condition has a false label then we cannot save */ if (IC_FALSE(ifx)) return 0; /* if the minus is not of the form a = a - 1 */ if (!isOperandEqual(IC_RESULT(ic),IC_LEFT(ic)) || !IS_OP_LITERAL(IC_RIGHT(ic))) return 0; if (operandLitValue(IC_RIGHT(ic)) != 1) return 0; /* if the size of this greater than one then no saving */ if (getSize(operandType(IC_RESULT(ic))) > 1) return 0; /* otherwise we can save BIG */ lbl = newiTempLabel(NULL); lbl1= newiTempLabel(NULL); pic16_aopOp(IC_RESULT(ic),ic,FALSE); pic16_emitpcode(POC_DECFSZ,pic16_popGet(AOP(IC_RESULT(ic)),0)); pic16_emitpcode(POC_GOTO,pic16_popGetLabel(IC_TRUE(ifx)->key)); pic16_freeAsmop(IC_RESULT(ic),NULL,ic,TRUE); ifx->generated = 1; return 1; } /*-----------------------------------------------------------------*/ /* genReceive - generate code for a receive iCode */ /*-----------------------------------------------------------------*/ static void genReceive (iCode *ic) { FENTRY; #if 0 fprintf(stderr, "%s:%d %s for symbol %s\tonStack: %d\n", __FILE__, __LINE__, __FUNCTION__, OP_SYMBOL( IC_RESULT(ic) )->rname, OP_SYMBOL( IC_RESULT(ic) )->onStack); #endif // pic16_DumpOp(__FUNCTION__, IC_RESULT(ic)); if (isOperandInFarSpace(IC_RESULT(ic)) && ( OP_SYMBOL(IC_RESULT(ic))->isspilt || IS_TRUE_SYMOP(IC_RESULT(ic))) ) { int size = getSize(operandType(IC_RESULT(ic))); int offset = pic16_fReturnSizePic - size; assert( 0 ); while (size--) { pic16_emitcode ("push","%s", (strcmp(fReturn[pic16_fReturnSizePic - offset - 1],"a") ? fReturn[pic16_fReturnSizePic - offset - 1] : "acc")); offset++; } DEBUGpic16_emitcode ("; ***","1 %s %d",__FUNCTION__,__LINE__); pic16_aopOp(IC_RESULT(ic),ic,FALSE); size = AOP_SIZE(IC_RESULT(ic)); offset = 0; while (size--) { pic16_emitcode ("pop","acc"); pic16_aopPut (AOP(IC_RESULT(ic)),"a",offset++); } } else { DEBUGpic16_emitcode ("; ***","2 %s %d argreg = %d",__FUNCTION__,__LINE__, SPEC_ARGREG(OP_SYM_ETYPE(IC_RESULT(ic)) )); _G.accInUse++; pic16_aopOp(IC_RESULT(ic),ic,FALSE); _G.accInUse--; /* set pseudo stack pointer to where it should be - dw*/ GpsuedoStkPtr = ic->parmBytes; /* setting GpsuedoStkPtr has side effects here: */ /* FIXME: What's the correct size of the return(ed) value? * For now, assuming '4' as before... */ assignResultValue(IC_RESULT(ic), 4, 0); } pic16_freeAsmop(IC_RESULT(ic),NULL,ic,TRUE); } /*-----------------------------------------------------------------*/ /* genDummyRead - generate code for dummy read of volatiles */ /*-----------------------------------------------------------------*/ static void genDummyRead (iCode * ic) { operand *op; op = IC_RIGHT(ic); if (op && IS_SYMOP(op)) { if (IN_CODESPACE(SPEC_OCLS(OP_SYM_ETYPE(op)))) { fprintf (stderr, "%s: volatile symbols in codespace?!? -- might go wrong...\n", __FUNCTION__); return; } pic16_aopOp (op, ic, FALSE); pic16_mov2w_volatile(AOP(op)); pic16_freeAsmop (op, NULL, ic, TRUE); } else if (op) { fprintf (stderr, "%s: not implemented for non-symbols (volatile operand might not be read)\n", __FUNCTION__); } // if } /*-----------------------------------------------------------------*/ /* genpic16Code - generate code for pic16 based controllers */ /*-----------------------------------------------------------------*/ /* * At this point, ralloc.c has gone through the iCode and attempted * to optimize in a way suitable for a PIC. Now we've got to generate * PIC instructions that correspond to the iCode. * * Once the instructions are generated, we'll pass through both the * peep hole optimizer and the pCode optimizer. *-----------------------------------------------------------------*/ void genpic16Code (iCode *lic) { iCode *ic; int cln = 0; lineHead = lineCurr = NULL; pb = pic16_newpCodeChain(GcurMemmap,0,pic16_newpCodeCharP("; Starting pCode block")); pic16_addpBlock(pb); #if 0 /* if debug information required */ if (options.debug && currFunc) { if (currFunc) { cdbSymbol(currFunc,cdbFile,FALSE,TRUE); } } #endif for (ic = lic ; ic ; ic = ic->next ) { DEBUGpic16_emitcode(";ic ", "\t%c 0x%x\t(%s)",ic->op, ic->op, pic16_decodeOp(ic->op)); if ( cln != ic->lineno ) { if ( options.debug ) { debugFile->writeCLine (ic); } if(!options.noCcodeInAsm) { pic16_addpCode2pBlock(pb, pic16_newpCodeCSource(ic->lineno, ic->filename, printCLine(ic->filename, ic->lineno))); } cln = ic->lineno ; } if(options.iCodeInAsm) { const char *iLine; /* insert here code to print iCode as comment */ iLine = printILine(ic); pic16_emitpcomment("ic:%d: %s", ic->seq, iLine); dbuf_free(iLine); } /* if the result is marked as * spilt and rematerializable or code for * this has already been generated then * do nothing */ if (resultRemat(ic) || ic->generated ) continue ; /* depending on the operation */ switch (ic->op) { case '!' : pic16_genNot(ic); break; case '~' : pic16_genCpl(ic); break; case UNARYMINUS: genUminus (ic); break; case IPUSH: genIpush (ic); break; case IPOP: /* IPOP happens only when trying to restore a * spilt live range, if there is an ifx statement * following this pop then the if statement might * be using some of the registers being popped which * would destroy the contents of the register so * we need to check for this condition and handle it */ if (ic->next && ic->next->op == IFX && regsInCommon(IC_LEFT(ic),IC_COND(ic->next))) genIfx (ic->next,ic); else genIpop (ic); break; case CALL: genCall (ic); break; case PCALL: genPcall (ic); break; case FUNCTION: genFunction (ic); break; case ENDFUNCTION: genEndFunction (ic); break; case RETURN: genRet (ic); break; case LABEL: genLabel (ic); break; case GOTO: genGoto (ic); break; case '+' : pic16_genPlus (ic) ; break; case '-' : if ( ! genDjnz (ic,ifxForOp(IC_RESULT(ic),ic))) pic16_genMinus (ic); break; case '*' : genMult (ic); break; case '/' : genDiv (ic) ; break; case '%' : genMod (ic); break; case '>' : genCmpGt (ic,ifxForOp(IC_RESULT(ic),ic)); break; case '<' : genCmpLt (ic,ifxForOp(IC_RESULT(ic),ic)); break; case LE_OP: case GE_OP: case NE_OP: /* note these two are xlated by algebraic equivalence * during parsing SDCC.y */ werror(E_INTERNAL_ERROR,__FILE__,__LINE__, "got '>=' or '<=' shouldn't have come here"); break; case EQ_OP: genCmpEq (ic,ifxForOp(IC_RESULT(ic),ic)); break; case AND_OP: genAndOp (ic); break; case OR_OP: genOrOp (ic); break; case '^' : genXor (ic,ifxForOp(IC_RESULT(ic),ic)); break; case '|' : genOr (ic,ifxForOp(IC_RESULT(ic),ic)); break; case BITWISEAND: genAnd (ic,ifxForOp(IC_RESULT(ic),ic)); break; case INLINEASM: genInline (ic); break; case RRC: genRRC (ic); break; case RLC: genRLC (ic); break; case GETHBIT: genGetHbit (ic); break; case LEFT_OP: genLeftShift (ic); break; case RIGHT_OP: genRightShift (ic); break; case GET_VALUE_AT_ADDRESS: genPointerGet(ic); break; case '=' : if (POINTER_SET(ic)) genPointerSet(ic); else genAssign(ic); break; case IFX: genIfx (ic,NULL); break; case ADDRESS_OF: genAddrOf (ic); break; case JUMPTABLE: genJumpTab (ic); break; case CAST: genCast (ic); break; case RECEIVE: genReceive(ic); break; case SEND: addSet(&_G.sendSet,ic); break; case DUMMY_READ_VOLATILE: genDummyRead (ic); break; default : ic = ic; } } /* now we are ready to call the peep hole optimizer */ if (!options.nopeep) peepHole (&lineHead); /* now do the actual printing */ printLine (lineHead, codeOutBuf); #ifdef PCODE_DEBUG DFPRINTF((stderr,"printing pBlock\n\n")); pic16_printpBlock(stdout,pb); #endif return; } sdcc-2.9.0/src/pic16/gen.h000066400000000000000000000204721116427777700151210ustar00rootroot00000000000000/*------------------------------------------------------------------------- gen.h - header file for code generation for PIC16 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) PIC port - T. Scott Dattalo scott@dattalo.com (2000) PIC16 port - Martin Dubuc m.dubuc@rogers.com (2000) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCGENPIC16_H #define SDCCGENPIC16_H /* If you change these, you also have to update the library files * device/lib/pic16/libsdcc/gptr{get,put}{1,2,3,4}.c */ #define GPTR_TAG_DATA 0x80 #define GPTR_TAG_EEPROM 0x40 #define GPTR_TAG_CODE 0x00 /* must be 0 becaue of UPPER(sym)==0 */ struct pCodeOp; enum { AOP_LIT = 1, AOP_REG, AOP_DIR, AOP_STK, AOP_STR, AOP_CRY, AOP_ACC, AOP_PCODE, AOP_STA // asmop on stack }; /* type asmop : a homogenised type for all the different spaces an operand can be in */ typedef struct asmop { short type; /* can have values AOP_LIT - operand is a literal value AOP_REG - is in registers AOP_DIR - direct just a name AOP_STK - should be pushed on stack this can happen only for the result AOP_CRY - carry contains the value of this AOP_STR - array of strings AOP_ACC - result is in the acc:b pair */ short coff; /* current offset */ short size; /* total size */ unsigned code:1; /* is in Code space */ unsigned paged:1; /* in paged memory */ unsigned freed:1; /* already freed */ union { value *aop_lit; /* if literal */ regs *aop_reg[4]; /* array of registers */ char *aop_dir; /* if direct */ regs *aop_ptr; /* either -> to r0 or r1 */ int aop_stk; /* stack offset when AOP_STK */ char *aop_str[4]; /* just a string array containing the location */ /* regs *aop_alloc_reg; * points to a dynamically allocated register */ pCodeOp *pcop; struct { int stk; pCodeOp *pop[4]; } stk; } aopu; } asmop; void genpic16Code (iCode *); extern unsigned pic16_fReturnSizePic; #define AOP(op) op->aop #define AOP_TYPE(op) AOP(op)->type #define AOP_SIZE(op) AOP(op)->size #define AOP_NEEDSACC(x) (AOP(x) && (AOP_TYPE(x) == AOP_CRY || \ AOP(x)->paged)) #define RESULTONSTACK(x) \ (IC_RESULT(x) && IC_RESULT(x)->aop && \ IC_RESULT(x)->aop->type == AOP_STK ) #define RESULTONSTA(x) (IC_RESULT(x) && IC_RESULT(x)->aop && IC_RESULT(x)->aop->type == AOP_STA) #define MOVA(x) if (strcmp(x,"a") && strcmp(x,"acc")) pic16_emitcode(";XXX mov","a,%s %s,%d",x,__FILE__,__LINE__); #define CLRC pic16_emitcode(";XXX clr","c %s,%d",__FILE__,__LINE__); #define BIT_NUMBER(x) (x & 7) #define BIT_REGISTER(x) (x>>3) #define LSB 0 #define MSB16 1 #define MSB24 2 #define MSB32 3 #define FUNCTION_LABEL_INC 40 /*-----------------------------------------------------------------*/ /* Macros for emitting skip instructions */ /*-----------------------------------------------------------------*/ #define emitSKPC pic16_emitpcode(POC_BTFSS,pic16_popCopyGPR2Bit(PCOP(&pic16_pc_status),PIC_C_BIT)) #define emitSKPNC pic16_emitpcode(POC_BTFSC,pic16_popCopyGPR2Bit(PCOP(&pic16_pc_status),PIC_C_BIT)) #define emitSKPZ pic16_emitpcode(POC_BTFSS,pic16_popCopyGPR2Bit(PCOP(&pic16_pc_status),PIC_Z_BIT)) #define emitSKPNZ pic16_emitpcode(POC_BTFSC,pic16_popCopyGPR2Bit(PCOP(&pic16_pc_status),PIC_Z_BIT)) #define emitSKPDC pic16_emitpcode(POC_BTFSS,pic16_popCopyGPR2Bit(PCOP(&pic16_pc_status),PIC_DC_BIT)) #define emitSKPNDC pic16_emitpcode(POC_BTFSC,pic16_popCopyGPR2Bit(PCOP(&pic16_pc_status),PIC_DC_BIT)) #define emitCLRZ pic16_emitpcode(POC_BCF, pic16_popCopyGPR2Bit(PCOP(&pic16_pc_status),PIC_Z_BIT)) #define emitCLRC pic16_emitpcode(POC_BCF, pic16_popCopyGPR2Bit(PCOP(&pic16_pc_status),PIC_C_BIT)) #define emitCLRDC pic16_emitpcode(POC_BCF, pic16_popCopyGPR2Bit(PCOP(&pic16_pc_status),PIC_DC_BIT)) #define emitSETZ pic16_emitpcode(POC_BSF, pic16_popCopyGPR2Bit(PCOP(&pic16_pc_status),PIC_Z_BIT)) #define emitSETC pic16_emitpcode(POC_BSF, pic16_popCopyGPR2Bit(PCOP(&pic16_pc_status),PIC_C_BIT)) #define emitSETDC pic16_emitpcode(POC_BSF, pic16_popCopyGPR2Bit(PCOP(&pic16_pc_status),PIC_DC_BIT)) #define emitTOGC pic16_emitpcode(POC_BTG, pic16_popCopyGPR2Bit(PCOP(&pic16_pc_status),PIC_C_BIT)) int pic16_getDataSize(operand *op); void pic16_emitpcode_real(PIC_OPCODE poc, pCodeOp *pcop); #define pic16_emitpcode(poc,pcop) do { if (pic16_pcode_verbose) pic16_emitpcomment ("%s:%u(%s):", __FILE__, __LINE__, __FUNCTION__); pic16_emitpcode_real(poc,pcop); } while(0) void pic16_emitpLabel(int key); void pic16_emitcode (char *inst,char *fmt, ...); void DEBUGpic16_emitcode (char *inst,char *fmt, ...); void pic16_emitDebuggerSymbol (char *); bool pic16_sameRegs (asmop *aop1, asmop *aop2 ); char *pic16_aopGet (asmop *aop, int offset, bool bit16, bool dname); void DEBUGpic16_pic16_AopType(int line_no, operand *left, operand *right, operand *result); void DEBUGpic16_pic16_AopTypeSign(int line_no, operand *left, operand *right, operand *result); bool pic16_genPlusIncr (iCode *ic); void pic16_outBitAcc(operand *result); void pic16_genPlusBits (iCode *ic); void pic16_genPlus (iCode *ic); bool pic16_genMinusDec (iCode *ic); void pic16_addSign(operand *result, int offset, int sign); void pic16_genMinusBits (iCode *ic); void pic16_genMinus (iCode *ic); void pic16_genLeftShiftLiteral (operand *left, operand *right, operand *result, iCode *ic); pCodeOp *pic16_popGet2p(pCodeOp *src, pCodeOp *dst); void pic16_emitpcomment (char *fmt, ...); pCodeOp *pic16_popGetLabel(int key); pCodeOp *pic16_popCopyReg(pCodeOpReg *pc); pCodeOp *pic16_popCopyGPR2Bit(pCodeOp *pc, int bitval); pCodeOp *pic16_popGetLit(int lit); pCodeOp *pic16_popGetLit2(int lit, pCodeOp *arg2); pCodeOp *popGetWithString(char *str); pCodeOp *pic16_popGet (asmop *aop, int offset);//, bool bit16, bool dname); pCodeOp *pic16_popGetTempReg(int lock); pCodeOp *pic16_popGetTempRegCond(bitVect *, bitVect *, int lock); void pic16_popReleaseTempReg(pCodeOp *pcop, int lock); pCodeOp *pic16_popCombine2(pCodeOpReg *src, pCodeOpReg *dst, int noalloc); void pic16_aopPut (asmop *aop, char *s, int offset); void pic16_outAcc(operand *result); void pic16_aopOp (operand *op, iCode *ic, bool result); void pic16_outBitC(operand *result); void pic16_toBoolean(operand *oper); void pic16_freeAsmop (operand *op, asmop *aaop, iCode *ic, bool pop); const char *pic16_pCodeOpType( pCodeOp *pcop); int pic16_my_powof2 (unsigned long num); void pic16_mov2w (asmop *aop, int offset); void pic16_mov2f(asmop *dst, asmop *src, int offset); bool pic16_isLitOp(operand *op); bool pic16_isLitAop(asmop *aop); void dumpiCode(iCode *lic); int inWparamList(char *s); #include "device.h" #define DUMP_FUNCTION_ENTRY 1 #define DUMP_FUNCTION_EXIT 0 #if DUMP_FUNCTION_ENTRY #define FENTRY if(pic16_options.debgen&2)pic16_emitpcomment("**{\t%d %s", __LINE__, __FUNCTION__) #define FENTRY2 if(pic16_options.debgen&2)pic16_emitpcomment("**{\t%d %s", __LINE__, __FUNCTION__) #else #define FENTRY #define FENTRY2 #endif #if DUMP_FUNCTION_EXIT #define FEXIT if(pic16_options.debgen&2)pic16_emitpcomment("; **}", "%d %s", __LINE__, __FUNCTION__) #define FEXIT2 if(pic16_options.debgen&2)pic16_emitpcomment("**{\t%d %s", __LINE__, __FUNCTION__) #else #define FEXIT #define FEXIT2 #endif #define ERROR werror(W_POSSBUG2, __FILE__, __LINE__) #endif sdcc-2.9.0/src/pic16/genarith.c000066400000000000000000002732731116427777700161550ustar00rootroot00000000000000/*------------------------------------------------------------------------- genarith.c - source file for code generation - arithmetic Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) and - Jean-Louis VERN.jlvern@writeme.com (1999) Bug Fixes - Wojciech Stryjewski wstryj1@tiger.lsu.edu (1999 v2.1.9a) PIC port - Scott Dattalo scott@dattalo.com (2000) PIC16 port - Martin Dubuc m.dubuc@rogers.com (2002) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! Notes: 000123 mlh Moved aopLiteral to SDCCglue.c to help the split Made everything static -------------------------------------------------------------------------*/ #include #include #include #include #include "SDCCglobl.h" #include "newalloc.h" #if defined(_MSC_VER) && (_MSC_VER < 1300) #define __FUNCTION__ __FILE__ #endif #include "common.h" #include "SDCCpeeph.h" #include "ralloc.h" #include "pcode.h" #include "gen.h" #if 1 #define pic16_emitcode DEBUGpic16_emitcode #endif #define BYTEofLONG(l,b) ( (l>> (b<<3)) & 0xff) void DEBUGpic16_pic16_AopType(int line_no, operand *left, operand *right, operand *result); void pic16_emitpcomment(char *, ...); pCodeOp *pic16_popGet2p(pCodeOp *src, pCodeOp *dst); const char *pic16_AopType(short type) { switch(type) { case AOP_LIT: return "AOP_LIT"; case AOP_REG: return "AOP_REG"; case AOP_DIR: return "AOP_DIR"; case AOP_STK: return "AOP_STK"; case AOP_STR: return "AOP_STR"; case AOP_CRY: return "AOP_CRY"; case AOP_ACC: return "AOP_ACC"; case AOP_PCODE: return "AOP_PCODE"; case AOP_STA: return "AOP_STA"; } return "BAD TYPE"; } const char *pic16_pCodeOpType(pCodeOp *pcop) { if(pcop) { switch(pcop->type) { case PO_NONE: return "PO_NONE"; case PO_W: return "PO_W"; case PO_WREG: return "PO_WREG"; case PO_STATUS: return "PO_STATUS"; case PO_BSR: return "PO_BSR"; case PO_FSR0: return "PO_FSR0"; case PO_INDF0: return "PO_INDF0"; case PO_INTCON: return "PO_INTCON"; case PO_GPR_REGISTER: return "PO_GPR_REGISTER"; case PO_GPR_BIT: return "PO_GPR_BIT"; case PO_GPR_TEMP: return "PO_GPR_TEMP"; case PO_SFR_REGISTER: return "PO_SFR_REGISTER"; case PO_PCL: return "PO_PCL"; case PO_PCLATH: return "PO_PCLATH"; case PO_PCLATU: return "PO_PCLATU"; case PO_PRODL: return "PO_PRODL"; case PO_PRODH: return "PO_PRODH"; case PO_LITERAL: return "PO_LITERAL"; case PO_REL_ADDR: return "PO_REL_ADDR"; case PO_IMMEDIATE: return "PO_IMMEDIATE"; case PO_DIR: return "PO_DIR"; case PO_CRY: return "PO_CRY"; case PO_BIT: return "PO_BIT"; case PO_STR: return "PO_STR"; case PO_LABEL: return "PO_LABEL"; case PO_WILD: return "PO_WILD"; case PO_TWO_OPS: return "PO_TWO_OPS"; } } return "BAD PO_TYPE"; } const char *pic16_pCodeOpSubType(pCodeOp *pcop) { if(pcop && (pcop->type == PO_GPR_BIT)) { switch(PCORB(pcop)->subtype) { case PO_NONE: return "PO_NONE"; case PO_W: return "PO_W"; case PO_WREG: return "PO_WREG"; case PO_STATUS: return "PO_STATUS"; case PO_BSR: return "PO_BSR"; case PO_FSR0: return "PO_FSR0"; case PO_INDF0: return "PO_INDF0"; case PO_INTCON: return "PO_INTCON"; case PO_GPR_REGISTER: return "PO_GPR_REGISTER"; case PO_GPR_BIT: return "PO_GPR_BIT"; case PO_GPR_TEMP: return "PO_GPR_TEMP"; case PO_SFR_REGISTER: return "PO_SFR_REGISTER"; case PO_PCL: return "PO_PCL"; case PO_PCLATH: return "PO_PCLATH"; case PO_PCLATU: return "PO_PCLATU"; case PO_PRODL: return "PO_PRODL"; case PO_PRODH: return "PO_PRODH"; case PO_LITERAL: return "PO_LITERAL"; case PO_REL_ADDR: return "PO_REL_ADDR"; case PO_IMMEDIATE: return "PO_IMMEDIATE"; case PO_DIR: return "PO_DIR"; case PO_CRY: return "PO_CRY"; case PO_BIT: return "PO_BIT"; case PO_STR: return "PO_STR"; case PO_LABEL: return "PO_LABEL"; case PO_WILD: return "PO_WILD"; case PO_TWO_OPS: return "PO_TWO_OPS"; } } return "BAD PO_TYPE"; } /*-----------------------------------------------------------------*/ /* pic16_genPlusIncr :- does addition with increment if possible */ /*-----------------------------------------------------------------*/ bool pic16_genPlusIncr (iCode *ic) { unsigned int icount ; unsigned int size = pic16_getDataSize(IC_RESULT(ic)); FENTRY; DEBUGpic16_emitcode ("; ","result %s, left %s, right %s", pic16_AopType(AOP_TYPE(IC_RESULT(ic))), pic16_AopType(AOP_TYPE(IC_LEFT(ic))), pic16_AopType(AOP_TYPE(IC_RIGHT(ic)))); /* will try to generate an increment */ /* if the right side is not a literal we cannot */ if (AOP_TYPE(IC_RIGHT(ic)) != AOP_LIT) return FALSE ; DEBUGpic16_emitcode ("; ","%s %d",__FUNCTION__,__LINE__); /* if the literal value of the right hand side is greater than 2 then it is faster to add */ if ((icount = (unsigned int) ulFromVal (AOP(IC_RIGHT(ic))->aopu.aop_lit)) > 2) return FALSE ; /* if increment 16 bits in register */ if (pic16_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) && (icount == 1)) { int offset = MSB16; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(IC_RESULT(ic)),LSB)); //pic16_emitcode("incf","%s,f",pic16_aopGet(AOP(IC_RESULT(ic)),LSB,FALSE,FALSE)); while(--size) { emitSKPNC; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(IC_RESULT(ic)),offset++)); //pic16_emitcode(" incf","%s,f",pic16_aopGet(AOP(IC_RESULT(ic)),offset++,FALSE,FALSE)); } return TRUE; } // DEBUGpic16_emitcode ("; ","%s %d",__FUNCTION__,__LINE__); /* if left is in accumulator - probably a bit operation*/ // VR - why this is a bit operation?! if( (AOP_TYPE(IC_LEFT(ic)) == AOP_ACC) && (AOP_TYPE(IC_RESULT(ic)) == AOP_CRY) ) { pic16_emitpcode(POC_BCF, pic16_popGet(AOP(IC_RESULT(ic)),0)); if(icount) pic16_emitpcode(POC_XORLW,pic16_popGetLit(1)); //pic16_emitcode("xorlw","1"); else pic16_emitpcode(POC_ANDLW,pic16_popGetLit(1)); //pic16_emitcode("andlw","1"); emitSKPZ; pic16_emitpcode(POC_BSF, pic16_popGet(AOP(IC_RESULT(ic)),0)); return TRUE; } /* if the sizes are greater than 1 then we cannot */ if (AOP_SIZE(IC_RESULT(ic)) > 1 || AOP_SIZE(IC_LEFT(ic)) > 1 ) return FALSE ; /* If we are incrementing the same register by two: */ if (pic16_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) ) { while (icount--) pic16_emitpcode(POC_INCF, pic16_popGet(AOP(IC_RESULT(ic)),0)); //pic16_emitcode("incf","%s,f",pic16_aopGet(AOP(IC_RESULT(ic)),0,FALSE,FALSE)); return TRUE ; } DEBUGpic16_emitcode ("; ","couldn't increment "); return FALSE ; } /*-----------------------------------------------------------------*/ /* pic16_outBitAcc - output a bit in acc */ /*-----------------------------------------------------------------*/ void pic16_outBitAcc(operand *result) { symbol *tlbl = newiTempLabel(NULL); /* if the result is a bit */ DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); assert(0); // not implemented for PIC16? if (AOP_TYPE(result) == AOP_CRY){ pic16_aopPut(AOP(result),"a",0); } else { pic16_emitcode("jz","%05d_DS_",tlbl->key+100); pic16_emitcode("mov","a,#01"); pic16_emitcode("","%05d_DS_:",tlbl->key+100); pic16_outAcc(result); } } /*-----------------------------------------------------------------*/ /* pic16_genPlusBits - generates code for addition of two bits */ /*-----------------------------------------------------------------*/ void pic16_genPlusBits (iCode *ic) { FENTRY; DEBUGpic16_emitcode ("; ","result %s, left %s, right %s", pic16_AopType(AOP_TYPE(IC_RESULT(ic))), pic16_AopType(AOP_TYPE(IC_LEFT(ic))), pic16_AopType(AOP_TYPE(IC_RIGHT(ic)))); /* The following block of code will add two bits. Note that it'll even work if the destination is the carry (C in the status register). It won't work if the 'Z' bit is a source or destination. */ /* If the result is stored in the accumulator (w) */ //if(strcmp(pic16_aopGet(AOP(IC_RESULT(ic)),0,FALSE,FALSE),"a") == 0 ) { switch(AOP_TYPE(IC_RESULT(ic))) { case AOP_ACC: pic16_emitpcode(POC_CLRF, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(IC_RIGHT(ic)),0)); pic16_emitpcode(POC_XORLW, pic16_popGetLit(1)); pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(IC_LEFT(ic)),0)); pic16_emitpcode(POC_XORLW, pic16_popGetLit(1)); break; case AOP_REG: pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0)); pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(IC_RIGHT(ic)),0)); pic16_emitpcode(POC_XORLW, pic16_popGetLit(1)); pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(IC_LEFT(ic)),0)); pic16_emitpcode(POC_XORLW, pic16_popGetLit(1)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(IC_RESULT(ic)),0)); break; default: pic16_emitpcode(POC_MOVLW, pic16_popGet(AOP(IC_RESULT(ic)),0)); pic16_emitpcode(POC_BCF, pic16_popGet(AOP(IC_RESULT(ic)),0)); pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(IC_RIGHT(ic)),0)); pic16_emitpcode(POC_XORWF, pic16_popGet(AOP(IC_RESULT(ic)),0)); pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(IC_LEFT(ic)),0)); pic16_emitpcode(POC_XORWF, pic16_popGet(AOP(IC_RESULT(ic)),0)); break; } } #if 0 /* This is the original version of this code. * * This is being kept around for reference, * because I am not entirely sure I got it right... */ static void adjustArithmeticResult(iCode *ic) { if (AOP_SIZE(IC_RESULT(ic)) == 3 && AOP_SIZE(IC_LEFT(ic)) == 3 && !pic16_sameRegs(AOP(IC_RESULT(ic)),AOP(IC_LEFT(ic)))) pic16_aopPut(AOP(IC_RESULT(ic)), pic16_aopGet(AOP(IC_LEFT(ic)),2,FALSE,FALSE), 2); if (AOP_SIZE(IC_RESULT(ic)) == 3 && AOP_SIZE(IC_RIGHT(ic)) == 3 && !pic16_sameRegs(AOP(IC_RESULT(ic)),AOP(IC_RIGHT(ic)))) pic16_aopPut(AOP(IC_RESULT(ic)), pic16_aopGet(AOP(IC_RIGHT(ic)),2,FALSE,FALSE), 2); if (AOP_SIZE(IC_RESULT(ic)) == 3 && AOP_SIZE(IC_LEFT(ic)) < 3 && AOP_SIZE(IC_RIGHT(ic)) < 3 && !pic16_sameRegs(AOP(IC_RESULT(ic)),AOP(IC_LEFT(ic))) && !pic16_sameRegs(AOP(IC_RESULT(ic)),AOP(IC_RIGHT(ic)))) { char buffer[5]; sprintf(buffer,"#%d",pointerCode(getSpec(operandType(IC_LEFT(ic))))); pic16_aopPut(AOP(IC_RESULT(ic)),buffer,2); } } //#else /* This is the pure and virtuous version of this code. * I'm pretty certain it's right, but not enough to toss the old * code just yet... */ static void adjustArithmeticResult(iCode *ic) { if (opIsGptr(IC_RESULT(ic)) && opIsGptr(IC_LEFT(ic)) && !pic16_sameRegs(AOP(IC_RESULT(ic)),AOP(IC_LEFT(ic)))) { pic16_aopPut(AOP(IC_RESULT(ic)), pic16_aopGet(AOP(IC_LEFT(ic)), GPTRSIZE - 1,FALSE,FALSE), GPTRSIZE - 1); } if (opIsGptr(IC_RESULT(ic)) && opIsGptr(IC_RIGHT(ic)) && !pic16_sameRegs(AOP(IC_RESULT(ic)),AOP(IC_RIGHT(ic)))) { pic16_aopPut(AOP(IC_RESULT(ic)), pic16_aopGet(AOP(IC_RIGHT(ic)),GPTRSIZE - 1,FALSE,FALSE), GPTRSIZE - 1); } if (opIsGptr(IC_RESULT(ic)) && AOP_SIZE(IC_LEFT(ic)) < GPTRSIZE && AOP_SIZE(IC_RIGHT(ic)) < GPTRSIZE && !pic16_sameRegs(AOP(IC_RESULT(ic)),AOP(IC_LEFT(ic))) && !pic16_sameRegs(AOP(IC_RESULT(ic)),AOP(IC_RIGHT(ic)))) { char buffer[5]; sprintf(buffer,"#%d",pointerCode(getSpec(operandType(IC_LEFT(ic))))); pic16_aopPut(AOP(IC_RESULT(ic)),buffer,GPTRSIZE - 1); } } #endif #if 1 /*-----------------------------------------------------------------*/ /* genAddlit - generates code for addition */ /*-----------------------------------------------------------------*/ static void genAddLit2byte (operand *result, int offr, int lit) { FENTRY; switch(lit & 0xff) { case 0: break; case 1: pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),offr)); break; case 0xff: pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),offr)); break; default: pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lit&0xff)); pic16_emitpcode(POC_ADDWF,pic16_popGet(AOP(result),offr)); } } #endif static void emitMOVWF(operand *reg, int offset) { if(!reg) return; if (AOP_TYPE(reg) == AOP_ACC) { DEBUGpic16_emitcode ("; ***","%s %d ignoring mov into W",__FUNCTION__,__LINE__); return; } pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(reg),offset)); } #if 1 static void genAddLit (iCode *ic, int lit) { int size,same; int lo, offset; operand *result; operand *left; FENTRY; left = IC_LEFT(ic); result = IC_RESULT(ic); same = pic16_sameRegs(AOP(left), AOP(result)); size = pic16_getDataSize(result); if ((AOP_PCODE == AOP_TYPE(left)) && (PO_IMMEDIATE == AOP(left)->aopu.pcop->type)) { /* see #1888004 for an example case for this */ for (offset = 0; offset < size; offset++) { pic16_emitpcode(POC_MOVLW, pic16_newpCodeOpImmd(AOP(left)->aopu.pcop->name, offset, PCOI(AOP(left)->aopu.pcop)->index + lit, 0)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), offset)); } // for return; } // if if(same) { /* Handle special cases first */ if(size == 1) genAddLit2byte (result, 0, lit); else if(size == 2) { int hi = 0xff & (lit >> 8); lo = lit & 0xff; switch(hi) { case 0: /* lit = 0x00LL */ DEBUGpic16_emitcode ("; hi = 0","%s %d",__FUNCTION__,__LINE__); switch(lo) { case 0: break; case 1: pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),0)); emitSKPNZ; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); break; case 0xff: pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_INCFSZW, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); break; default: pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lit&0xff)); pic16_emitpcode(POC_ADDWF,pic16_popGet(AOP(result),0)); emitSKPNC; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); } break; case 1: /* lit = 0x01LL */ DEBUGpic16_emitcode ("; hi = 1","%s %d",__FUNCTION__,__LINE__); switch(lo) { case 0: /* 0x0100 */ pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); break; case 1: /* 0x0101 */ pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),0)); emitSKPNZ; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); break; case 0xff: /* 0x01ff */ pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_INCFSZW, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); break; default: /* 0x01LL */ pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lo)); pic16_emitpcode(POC_ADDWF,pic16_popGet(AOP(result),0)); emitSKPNC; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); } break; case 0xff: DEBUGpic16_emitcode ("; hi = ff","%s %d",__FUNCTION__,__LINE__); /* lit = 0xffLL */ switch(lo) { case 0: /* 0xff00 */ pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),MSB16)); break; case 1: /*0xff01 */ pic16_emitpcode(POC_INCFSZ, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),MSB16)); break; /* case 0xff: * 0xffff * pic16_emitpcode(POC_INCFSZW, pic16_popGet(AOP(result),0,FALSE,FALSE)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16,FALSE,FALSE)); pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),0,FALSE,FALSE)); break; */ default: pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lo)); pic16_emitpcode(POC_ADDWF,pic16_popGet(AOP(result),0)); emitSKPC; pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),MSB16)); } break; default: DEBUGpic16_emitcode ("; hi is generic","%d %s %d",hi,__FUNCTION__,__LINE__); /* lit = 0xHHLL */ switch(lo) { case 0: /* 0xHH00 */ genAddLit2byte (result, MSB16, hi); break; case 1: /* 0xHH01 */ pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_MOVLW,pic16_popGetLit(hi)); pic16_emitpcode(POC_ADDWFC,pic16_popGet(AOP(result),MSB16)); break; /* case 0xff: * 0xHHff * pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(result),0,FALSE,FALSE)); pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),MSB16,FALSE,FALSE)); pic16_emitpcode(POC_MOVLW,pic16_popGetLit(hi)); pic16_emitpcode(POC_ADDWF,pic16_popGet(AOP(result),MSB16,FALSE,FALSE)); break; */ default: /* 0xHHLL */ pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lo)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_MOVLW,pic16_popGetLit(hi)); pic16_emitpcode(POC_ADDWFC,pic16_popGet(AOP(result),MSB16)); break; } } } else { int carry_info = 0; int offset = 0; /* size > 2 */ DEBUGpic16_emitcode ("; add lit to long","%s %d",__FUNCTION__,__LINE__); while(size--) { lo = BYTEofLONG(lit,0); if(carry_info) { pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lo)); pic16_emitpcode(POC_ADDWFC, pic16_popGet(AOP(result),offset)); }else { /* no carry info from previous step */ /* this means this is the first time to add */ switch(lo) { case 0: break; case 1: pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),offset)); carry_info=1; break; default: pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lo)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result),offset)); if(lit <0x100) carry_info = 3; /* Were adding only one byte and propogating the carry */ else carry_info = 2; break; } } offset++; lit >>= 8; } /* lo = BYTEofLONG(lit,0); if(lit < 0x100) { if(lo) { if(lo == 1) { pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitSKPNZ; } else { pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lo)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitSKPNC; } pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),1,FALSE,FALSE)); emitSKPNZ; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),2,FALSE,FALSE)); emitSKPNZ; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),3,FALSE,FALSE)); } } */ } } else { int offset = 1; DEBUGpic16_emitcode ("; left and result aren't same","%s %d",__FUNCTION__,__LINE__); if(size == 1) { if(AOP_TYPE(left) == AOP_ACC) { /* left addend is already in accumulator */ switch(lit & 0xff) { case 0: //pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitMOVWF(result,0); break; default: pic16_emitpcode(POC_ADDLW, pic16_popGetLit(lit & 0xff)); //pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitMOVWF(result,0); } } else { /* left addend is in a register */ switch(lit & 0xff) { case 0: pic16_mov2w(AOP(left),0); emitMOVWF(result, 0); break; case 1: pic16_emitpcode(POC_INCFW, pic16_popGet(AOP(left),0)); //pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitMOVWF(result,0); break; case 0xff: pic16_emitpcode(POC_DECFW, pic16_popGet(AOP(left),0)); //pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitMOVWF(result,0); break; default: pic16_emitpcode(POC_MOVLW, pic16_popGetLit(lit & 0xff)); pic16_emitpcode(POC_ADDFW, pic16_popGet(AOP(left),0)); //pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitMOVWF(result,0); } } // } else if (pic16_isLitAop(AOP(left))) { // // adding two literals // assert ( !"adding two literals is not yet supported" ); } else { int clear_carry=0; /* left is not the accumulator */ if(lit & 0xff) { pic16_mov2w(AOP(left),0); pic16_emitpcode(POC_ADDLW, pic16_popGetLit(lit & 0xff)); } else { pic16_mov2w(AOP(left),0); /* We don't know the state of the carry bit at this point */ clear_carry = 1; } //pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitMOVWF(result,0); while(--size) { lit >>= 8; pic16_emitpcode(POC_MOVLW, pic16_popGetLit(lit & 0xff)); if (offset < AOP_SIZE(left)) { pic16_emitpcode(clear_carry ? POC_ADDFW : POC_ADDFWC, pic16_popGet(AOP(left),offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset)); } else { pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),offset)); if (!SPEC_USIGN(operandType(IC_LEFT(ic)))) { /* sign-extend left (in result) */ pic16_emitpcode (POC_BTFSC, pic16_newpCodeOpBit_simple(AOP(left),AOP_SIZE(left)-1,7)); pic16_emitpcode(POC_SETF, pic16_popGet(AOP(result),offset)); } pic16_emitpcode(clear_carry ? POC_ADDWF : POC_ADDWFC, pic16_popGet(AOP(result),offset)); } clear_carry = 0; offset++; } } } } #else /* this fails when result is an SFR because value is written there * during addition and not at the end */ static void genAddLit (iCode *ic, int lit) { int size,sizeL,same; int i, llit; operand *result; operand *left; FENTRY; left = IC_LEFT(ic); result = IC_RESULT(ic); same = pic16_sameRegs(AOP(left), AOP(result)); size = pic16_getDataSize(result); sizeL = pic16_getDataSize(left); llit = lit; #define MIN(a,b) (((a) < (b)) ? (a) : (b)) /* move left to result -- possibly sign extend */ for (i=0; i < MIN(size, sizeL); i++) { pic16_mov2f (AOP(result), AOP(left), i); } // for i #undef MIN /* extend to result size */ pic16_addSign(result, sizeL, !IS_UNSIGNED(operandType(left))); /* special cases */ if (lit == 0) { /* nothing to do */ } else if (lit == 1) { switch (size) { case 1: /* handled below */ break; case 2: pic16_emitpcode (POC_INFSNZ, pic16_popGet (AOP(result), 0)); break; default: assert (size > 2); pic16_emitpcode (POC_INCF, pic16_popGet(AOP(result), 0)); for (i=1; i < size-1; i++) { emitSKPNC; /* a jump here saves up to 2(size-2)cycles */ pic16_emitpcode (POC_INCF, pic16_popGet(AOP(result), i)); } // for i emitSKPNC; break; } // switch pic16_emitpcode (POC_INCF, pic16_popGet (AOP(result), size-1)); } else { /* general case */ /* add literal to result */ for (i=0; i < size; i++) { pic16_emitpcode (POC_MOVLW, pic16_popGetLit (llit)); llit >>= 8; /* FIXME: arithmetic right shift for signed literals? */ pic16_emitpcode (i == 0 ? POC_ADDWF : POC_ADDWFC, pic16_popGet (AOP(result), i)); } } #if 0 if(same) { /* Handle special cases first */ if(size == 1) genAddLit2byte (result, 0, lit); else if(size == 2) { int hi = 0xff & (lit >> 8); lo = lit & 0xff; switch(hi) { case 0: /* lit = 0x00LL */ DEBUGpic16_emitcode ("; hi = 0","%s %d",__FUNCTION__,__LINE__); switch(lo) { case 0: break; case 1: pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),0)); emitSKPNZ; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); break; case 0xff: pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_INCFSZW, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); break; default: pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lit&0xff)); pic16_emitpcode(POC_ADDWF,pic16_popGet(AOP(result),0)); emitSKPNC; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); } break; case 1: /* lit = 0x01LL */ DEBUGpic16_emitcode ("; hi = 1","%s %d",__FUNCTION__,__LINE__); switch(lo) { case 0: /* 0x0100 */ pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); break; case 1: /* 0x0101 */ pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),0)); emitSKPNZ; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); break; case 0xff: /* 0x01ff */ pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_INCFSZW, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); break; default: /* 0x01LL */ pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lo)); pic16_emitpcode(POC_ADDWF,pic16_popGet(AOP(result),0)); emitSKPNC; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16)); } break; case 0xff: DEBUGpic16_emitcode ("; hi = ff","%s %d",__FUNCTION__,__LINE__); /* lit = 0xffLL */ switch(lo) { case 0: /* 0xff00 */ pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),MSB16)); break; case 1: /*0xff01 */ pic16_emitpcode(POC_INCFSZ, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),MSB16)); break; /* case 0xff: * 0xffff * pic16_emitpcode(POC_INCFSZW, pic16_popGet(AOP(result),0,FALSE,FALSE)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),MSB16,FALSE,FALSE)); pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),0,FALSE,FALSE)); break; */ default: pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lo)); pic16_emitpcode(POC_ADDWF,pic16_popGet(AOP(result),0)); emitSKPC; pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),MSB16)); } break; default: DEBUGpic16_emitcode ("; hi is generic","%d %s %d",hi,__FUNCTION__,__LINE__); /* lit = 0xHHLL */ switch(lo) { case 0: /* 0xHH00 */ genAddLit2byte (result, MSB16, hi); break; case 1: /* 0xHH01 */ pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_MOVLW,pic16_popGetLit(hi)); pic16_emitpcode(POC_ADDWFC,pic16_popGet(AOP(result),MSB16)); break; /* case 0xff: * 0xHHff * pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(result),0,FALSE,FALSE)); pic16_emitpcode(POC_DECF, pic16_popGet(AOP(result),MSB16,FALSE,FALSE)); pic16_emitpcode(POC_MOVLW,pic16_popGetLit(hi)); pic16_emitpcode(POC_ADDWF,pic16_popGet(AOP(result),MSB16,FALSE,FALSE)); break; */ default: /* 0xHHLL */ pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lo)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_MOVLW,pic16_popGetLit(hi)); pic16_emitpcode(POC_ADDWFC,pic16_popGet(AOP(result),MSB16)); break; } } } else { int carry_info = 0; int offset = 0; /* size > 2 */ DEBUGpic16_emitcode ("; add lit to long","%s %d",__FUNCTION__,__LINE__); while(size--) { lo = BYTEofLONG(lit,0); if(carry_info) { pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lo)); pic16_emitpcode(POC_ADDWFC, pic16_popGet(AOP(result),offset)); }else { /* no carry info from previous step */ /* this means this is the first time to add */ switch(lo) { case 0: break; case 1: pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),offset)); carry_info=1; break; default: pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lo)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result),offset)); if(lit <0x100) carry_info = 3; /* Were adding only one byte and propogating the carry */ else carry_info = 2; break; } } offset++; lit >>= 8; } /* lo = BYTEofLONG(lit,0); if(lit < 0x100) { if(lo) { if(lo == 1) { pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitSKPNZ; } else { pic16_emitpcode(POC_MOVLW,pic16_popGetLit(lo)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitSKPNC; } pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),1,FALSE,FALSE)); emitSKPNZ; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),2,FALSE,FALSE)); emitSKPNZ; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),3,FALSE,FALSE)); } } */ } } else { int offset = 1; DEBUGpic16_emitcode ("; left and result aren't same","%s %d",__FUNCTION__,__LINE__); if(size == 1) { if(AOP_TYPE(left) == AOP_ACC) { /* left addend is already in accumulator */ switch(lit & 0xff) { case 0: //pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitMOVWF(result,0); break; default: pic16_emitpcode(POC_ADDLW, pic16_popGetLit(lit & 0xff)); //pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitMOVWF(result,0); } } else { /* left addend is in a register */ switch(lit & 0xff) { case 0: pic16_mov2w(AOP(left),0); emitMOVWF(result, 0); break; case 1: pic16_emitpcode(POC_INCFW, pic16_popGet(AOP(left),0)); //pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitMOVWF(result,0); break; case 0xff: pic16_emitpcode(POC_DECFW, pic16_popGet(AOP(left),0)); //pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitMOVWF(result,0); break; default: pic16_emitpcode(POC_MOVLW, pic16_popGetLit(lit & 0xff)); pic16_emitpcode(POC_ADDFW, pic16_popGet(AOP(left),0)); //pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitMOVWF(result,0); } } } else { int clear_carry=0; /* left is not the accumulator */ if(lit & 0xff) { pic16_emitpcode(POC_MOVLW, pic16_popGetLit(lit & 0xff)); pic16_emitpcode(POC_ADDFW, pic16_popGet(AOP(left),0)); } else { pic16_mov2w(AOP(left),0); /* We don't know the state of the carry bit at this point */ clear_carry = 1; } //pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),0,FALSE,FALSE)); emitMOVWF(result,0); while(--size) { lit >>= 8; if(lit & 0xff) { if(clear_carry) { /* The ls byte of the lit must've been zero - that means we don't have to deal with carry */ pic16_emitpcode(POC_MOVLW, pic16_popGetLit(lit & 0xff)); pic16_emitpcode(POC_ADDFW, pic16_popGet(AOP(left),offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset)); clear_carry = 0; } else { pic16_emitpcode(POC_MOVLW, pic16_popGetLit(lit & 0xff)); pic16_emitpcode(POC_ADDFWC, pic16_popGet(AOP(left),offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset)); } } else { pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),offset)); pic16_mov2w(AOP(left),offset); pic16_emitpcode(POC_ADDWFC, pic16_popGet(AOP(result),offset)); } offset++; } } } #endif } #endif /*-----------------------------------------------------------------*/ /* pic16_genPlus - generates code for addition */ /*-----------------------------------------------------------------*/ void pic16_genPlus (iCode *ic) { int i, size, offset = 0; operand *result, *left, *right; FENTRY; /* special cases :- */ result = IC_RESULT(ic); left = IC_LEFT(ic); right = IC_RIGHT(ic); pic16_aopOp (left,ic,FALSE); pic16_aopOp (right,ic,FALSE); pic16_aopOp (result,ic,TRUE); DEBUGpic16_pic16_AopType(__LINE__,left, right, result); // pic16_DumpOp("(left)",left); /* if literal, literal on the right or if left requires ACC or right is already in ACC */ if ( (AOP_TYPE(left) == AOP_LIT) || (pic16_sameRegs(AOP(right), AOP(result))) ) { operand *t = right; right = IC_RIGHT(ic) = left; left = IC_LEFT(ic) = t; } /* if both left & right are in bit space */ if (AOP_TYPE(left) == AOP_CRY && AOP_TYPE(right) == AOP_CRY) { pic16_genPlusBits (ic); goto release ; } /* if left in bit space & right literal */ if (AOP_TYPE(left) == AOP_CRY && AOP_TYPE(right) == AOP_LIT) { /* if result in bit space */ if(AOP_TYPE(result) == AOP_CRY){ if(ulFromVal (AOP(right)->aopu.aop_lit) != 0L) { pic16_emitpcode(POC_MOVLW, pic16_popGet(AOP(result),0)); if (!pic16_sameRegs(AOP(left), AOP(result)) ) pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(left),0)); pic16_emitpcode(POC_XORWF, pic16_popGet(AOP(result),0)); } } else { unsigned long lit = ulFromVal (AOP(right)->aopu.aop_lit); size = pic16_getDataSize(result); while (size--) { pic16_emitpcode (POC_CLRF, pic16_popGet (AOP(result), offset)); pic16_emitpcode (POC_MOVLW, pic16_popGetLit ((lit >> (8*offset)) & 0xFF)); pic16_emitpcode (POC_ADDWFC, pic16_popGet(AOP(result), offset++)); //MOVA(pic16_aopGet(AOP(right),offset,FALSE,FALSE)); //pic16_emitcode("addc","a,#00 ;%d",__LINE__); //pic16_aopPut(AOP(result),"a",offset++); } } goto release ; } // left == CRY /* if I can do an increment instead of add then GOOD for ME */ if (pic16_genPlusIncr (ic) == TRUE) goto release; size = pic16_getDataSize(result); if(AOP(right)->type == AOP_LIT) { /* Add a literal to something else */ //bool know_W=0; unsigned lit = (unsigned) ulFromVal (AOP(right)->aopu.aop_lit); //unsigned l1=0; //offset = 0; DEBUGpic16_emitcode(";","adding lit to something. size %d",size); genAddLit (ic, lit); goto release; } else if(AOP_TYPE(right) == AOP_CRY) { pic16_emitcode(";bitadd","right is bit: %s",pic16_aopGet(AOP(right),0,FALSE,FALSE)); pic16_emitcode(";bitadd","left is bit: %s",pic16_aopGet(AOP(left),0,FALSE,FALSE)); pic16_emitcode(";bitadd","result is bit: %s",pic16_aopGet(AOP(result),0,FALSE,FALSE)); /* here we are adding a bit to a char or int */ if(size == 1) { if (pic16_sameRegs(AOP(left), AOP(result)) ) { pic16_emitpcode(POC_BTFSC , pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_INCF , pic16_popGet(AOP(result),0)); } else { // not same if(AOP_TYPE(left) == AOP_ACC) { pic16_emitpcode(POC_BTFSC , pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_XORLW , pic16_popGetLit(1)); } else { pic16_mov2w(AOP(left),0); pic16_emitpcode(POC_BTFSC , pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_INCFW , pic16_popGet(AOP(left),0)); } if(AOP_TYPE(result) != AOP_ACC) { if(AOP_TYPE(result) == AOP_CRY) { pic16_emitpcode(POC_ANDLW , pic16_popGetLit(1)); pic16_emitpcode(POC_BCF , pic16_popGet(AOP(result),0)); emitSKPZ; pic16_emitpcode(POC_BSF , pic16_popGet(AOP(result),0)); } else { pic16_emitpcode(POC_MOVWF , pic16_popGet(AOP(result),0)); } } } } else { int offset = 1; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if (pic16_sameRegs(AOP(left), AOP(result)) ) { emitCLRZ; pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),0)); } else { emitCLRZ; // needed here as well: INCFW is not always executed, Z is undefined then pic16_mov2w(AOP(left),0); pic16_emitpcode(POC_BTFSC, pic16_popGet(AOP(right),0)); pic16_emitpcode(POC_INCFW, pic16_popGet(AOP(left),0)); emitMOVWF(right,0); } while(--size){ emitSKPZ; pic16_emitpcode(POC_INCF, pic16_popGet(AOP(result),offset++)); } } } else { // add bytes // Note: the following is an example of WISC code, eg. // it's supposed to run on a Weird Instruction Set Computer :o) DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if ( AOP_TYPE(left) == AOP_ACC) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_emitpcode(POC_ADDFW, pic16_popGet(AOP(right),0)); if ( AOP_TYPE(result) != AOP_ACC) pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(result),0)); goto release; // we're done, since WREG is 1 byte } DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); size = min( AOP_SIZE(result), AOP_SIZE(right) ); size = min( size, AOP_SIZE(left) ); offset = 0; if(pic16_debug_verbose) { // fprintf(stderr, "%s:%d result: %d\tleft: %d\tright: %d\n", __FILE__, __LINE__, // AOP_SIZE(result), AOP_SIZE(left), AOP_SIZE(right)); // fprintf(stderr, "%s:%d size of operands: %d\n", __FILE__, __LINE__, size); } if ((AOP_TYPE(left) == AOP_PCODE) && ( (AOP(left)->aopu.pcop->type == PO_LITERAL) || // (AOP(left)->aopu.pcop->type == PO_DIR) || // patch 9 (AOP(left)->aopu.pcop->type == PO_IMMEDIATE))) { // add to literal operand // add first bytes for(i=0; iaopu.aop_lit)); /* if the literal value of the right hand side is greater than 4 then it is not worth it */ if ((icount = (unsigned int) ulFromVal (AOP(IC_RIGHT(ic))->aopu.aop_lit)) > 2) return FALSE ; /* if decrement 16 bits in register */ if (pic16_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) && (size > 1) && (icount == 1)) { if(size == 2) { pic16_emitpcode(POC_DECF, pic16_popGet(AOP(IC_RESULT(ic)),LSB)); emitSKPC; pic16_emitpcode(POC_DECF, pic16_popGet(AOP(IC_RESULT(ic)),MSB16)); pic16_emitcode("decf","%s,f",pic16_aopGet(AOP(IC_RESULT(ic)),LSB,FALSE,FALSE)); pic16_emitcode("incfsz","%s,w",pic16_aopGet(AOP(IC_RESULT(ic)),LSB,FALSE,FALSE)); pic16_emitcode(" decf","%s,f",pic16_aopGet(AOP(IC_RESULT(ic)),MSB16,FALSE,FALSE)); } else { /* size is 3 or 4 */ pic16_emitpcode(POC_DECF, pic16_popGet(AOP(IC_RESULT(ic)),LSB)); pic16_emitpcode(POC_CLRF, pic16_popCopyReg(&pic16_pc_wreg)); pic16_emitpcode(POC_SUBWFB_D1, pic16_popGet(AOP(IC_RESULT(ic)),MSB16)); pic16_emitpcode(POC_SUBWFB_D1, pic16_popGet(AOP(IC_RESULT(ic)),MSB24)); pic16_emitcode("movlw","0xff"); pic16_emitcode("addwf","%s,f",pic16_aopGet(AOP(IC_RESULT(ic)),LSB,FALSE,FALSE)); //emitSKPNC; pic16_emitcode("addwf","%s,f",pic16_aopGet(AOP(IC_RESULT(ic)),MSB16,FALSE,FALSE)); //emitSKPNC; pic16_emitcode("addwf","%s,f",pic16_aopGet(AOP(IC_RESULT(ic)),MSB24,FALSE,FALSE)); if(size > 3) { pic16_emitpcode(POC_SUBWFB_D1, pic16_popGet(AOP(IC_RESULT(ic)),MSB32)); pic16_emitcode("skpnc",""); //emitSKPNC; pic16_emitcode("addwf","%s,f",pic16_aopGet(AOP(IC_RESULT(ic)),MSB32,FALSE,FALSE)); } } return TRUE; } /* if the sizes are greater than 1 then we cannot */ if (AOP_SIZE(IC_RESULT(ic)) > 1 || AOP_SIZE(IC_LEFT(ic)) > 1 ) return FALSE ; /* we can if the aops of the left & result match or if they are in registers and the registers are the same */ if (pic16_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic)))) { while (icount--) pic16_emitpcode(POC_DECF, pic16_popGet(AOP(IC_RESULT(ic)),0)); //pic16_emitcode ("decf","%s,f",pic16_aopGet(AOP(IC_RESULT(ic)),0,FALSE,FALSE)); return TRUE ; } DEBUGpic16_emitcode ("; returning"," result=%s, left=%s", pic16_aopGet(AOP(IC_RESULT(ic)),0,FALSE,FALSE), pic16_aopGet(AOP(IC_LEFT(ic)),0,FALSE,FALSE)); if(size==1) { pic16_emitcode("decf","%s,w",pic16_aopGet(AOP(IC_LEFT(ic)),0,FALSE,FALSE)); pic16_emitcode("movwf","%s",pic16_aopGet(AOP(IC_RESULT(ic)),0,FALSE,FALSE)); pic16_emitpcode(POC_DECFW, pic16_popGet(AOP(IC_LEFT(ic)),0)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(IC_RESULT(ic)),0)); return TRUE; } return FALSE ; } /*-----------------------------------------------------------------*/ /* pic16_addSign - propogate sign bit to higher bytes */ /*-----------------------------------------------------------------*/ void pic16_addSign(operand *result, int offset, int sign) { int size = (pic16_getDataSize(result) - offset); DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(size > 0){ if(sign && offset) { if(size == 1) { pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),offset)); pic16_emitpcode(POC_BTFSC,pic16_newpCodeOpBit(pic16_aopGet(AOP(result),offset-1,FALSE,FALSE),7,0, PO_GPR_REGISTER)); pic16_emitpcode(POC_SETF, pic16_popGet(AOP(result),offset)); } else { pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0)); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(result),offset-1,FALSE,FALSE),7,0, PO_GPR_REGISTER)); pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0xff)); while(size--) pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),offset+size)); } } else while(size--) pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(result),offset++)); } } /*-----------------------------------------------------------------*/ /* pic16_genMinus - generates code for subtraction */ /*-----------------------------------------------------------------*/ void pic16_genMinus (iCode *ic) { int size, offset = 0, same=0; unsigned long lit = 0L; FENTRY; pic16_aopOp (IC_LEFT(ic),ic,FALSE); pic16_aopOp (IC_RIGHT(ic),ic,FALSE); pic16_aopOp (IC_RESULT(ic),ic,TRUE); if (AOP_TYPE(IC_RESULT(ic)) == AOP_CRY && AOP_TYPE(IC_RIGHT(ic)) == AOP_LIT) { operand *t = IC_RIGHT(ic); IC_RIGHT(ic) = IC_LEFT(ic); IC_LEFT(ic) = t; } DEBUGpic16_emitcode ("; ","result %s, left %s, right %s", pic16_AopType(AOP_TYPE(IC_RESULT(ic))), pic16_AopType(AOP_TYPE(IC_LEFT(ic))), pic16_AopType(AOP_TYPE(IC_RIGHT(ic)))); /* special cases :- */ /* if both left & right are in bit space */ if (AOP_TYPE(IC_LEFT(ic)) == AOP_CRY && AOP_TYPE(IC_RIGHT(ic)) == AOP_CRY) { pic16_genPlusBits (ic); goto release ; } /* if I can do an decrement instead of subtract then GOOD for ME */ // if (pic16_genMinusDec (ic) == TRUE) // goto release; size = pic16_getDataSize(IC_RESULT(ic)); same = pic16_sameRegs(AOP(IC_RIGHT(ic)), AOP(IC_RESULT(ic))); if(AOP(IC_RIGHT(ic))->type == AOP_LIT) { /* Add a literal to something else */ lit = ulFromVal (AOP(IC_RIGHT(ic))->aopu.aop_lit); lit = - (long)lit; genAddLit ( ic, lit); } else if(AOP_TYPE(IC_RIGHT(ic)) == AOP_CRY) { // bit subtraction pic16_emitcode(";bitsub","right is bit: %s",pic16_aopGet(AOP(IC_RIGHT(ic)),0,FALSE,FALSE)); pic16_emitcode(";bitsub","left is bit: %s",pic16_aopGet(AOP(IC_LEFT(ic)),0,FALSE,FALSE)); pic16_emitcode(";bitsub","result is bit: %s",pic16_aopGet(AOP(IC_RESULT(ic)),0,FALSE,FALSE)); /* here we are subtracting a bit from a char or int */ if(size == 1) { if (pic16_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) ) { pic16_emitpcode(POC_BTFSC , pic16_popGet(AOP(IC_RIGHT(ic)),0)); pic16_emitpcode(POC_DECF , pic16_popGet(AOP(IC_RESULT(ic)),0)); } else { if(AOP_TYPE(IC_LEFT(ic)) == AOP_ACC) { pic16_emitpcode(POC_BTFSC , pic16_popGet(AOP(IC_RIGHT(ic)),0)); pic16_emitpcode(POC_XORLW , pic16_popGetLit(1)); }else if( (AOP_TYPE(IC_LEFT(ic)) == AOP_LIT) ) { lit = ulFromVal (AOP(IC_LEFT(ic))->aopu.aop_lit); if(AOP_TYPE(IC_RESULT(ic)) == AOP_CRY) { if (pic16_sameRegs(AOP(IC_RIGHT(ic)), AOP(IC_RESULT(ic))) ) { if(lit & 1) { pic16_emitpcode(POC_MOVLW , pic16_popGetLit(1)); pic16_emitpcode(POC_XORWF , pic16_popGet(AOP(IC_RIGHT(ic)),0)); } }else{ pic16_emitpcode(POC_BCF , pic16_popGet(AOP(IC_RESULT(ic)),0)); if(lit & 1) pic16_emitpcode(POC_BTFSS , pic16_popGet(AOP(IC_RIGHT(ic)),0)); else pic16_emitpcode(POC_BTFSC , pic16_popGet(AOP(IC_RIGHT(ic)),0)); pic16_emitpcode(POC_BSF , pic16_popGet(AOP(IC_RESULT(ic)),0)); } goto release; } else { pic16_emitpcode(POC_MOVLW , pic16_popGetLit(lit & 0xff)); pic16_emitpcode(POC_BTFSC , pic16_popGet(AOP(IC_RIGHT(ic)),0)); pic16_emitpcode(POC_MOVLW , pic16_popGetLit((lit-1) & 0xff)); //pic16_emitpcode(POC_MOVWF , pic16_popGet(AOP(IC_RESULT(ic)),0)); } } else { pic16_mov2w(AOP(IC_LEFT(ic)),0); pic16_emitpcode(POC_BTFSC , pic16_popGet(AOP(IC_RIGHT(ic)),0)); pic16_emitpcode(POC_DECFW , pic16_popGet(AOP(IC_LEFT(ic)),0)); } if(AOP_TYPE(IC_RESULT(ic)) != AOP_ACC) { pic16_emitpcode(POC_MOVWF , pic16_popGet(AOP(IC_RESULT(ic)),0)); } else { pic16_emitpcode(POC_ANDLW , pic16_popGetLit(1)); /* pic16_emitpcode(POC_BCF , pic16_popGet(AOP(IC_RESULT(ic)),0,FALSE,FALSE)); emitSKPZ; pic16_emitpcode(POC_BSF , pic16_popGet(AOP(IC_RESULT(ic)),0,FALSE,FALSE)); */ } } } } else if((AOP(IC_LEFT(ic))->type == AOP_LIT) && (AOP_TYPE(IC_RIGHT(ic)) != AOP_ACC)) { lit = ulFromVal (AOP(IC_LEFT(ic))->aopu.aop_lit); DEBUGpic16_emitcode ("; left is lit","line %d result %s, left %s, right %s",__LINE__, pic16_AopType(AOP_TYPE(IC_RESULT(ic))), pic16_AopType(AOP_TYPE(IC_LEFT(ic))), pic16_AopType(AOP_TYPE(IC_RIGHT(ic)))); if( (size == 1) && ((lit & 0xff) == 0) ) { /* res = 0 - right */ if (pic16_sameRegs(AOP(IC_RIGHT(ic)), AOP(IC_RESULT(ic))) ) { pic16_emitpcode(POC_NEGF, pic16_popGet(AOP(IC_RIGHT(ic)),0)); } else { pic16_emitpcode(POC_COMFW, pic16_popGet(AOP(IC_RIGHT(ic)),0)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(IC_RESULT(ic)),0)); pic16_emitpcode(POC_INCF, pic16_popGet(AOP(IC_RESULT(ic)),0)); } goto release; } pic16_mov2w(AOP(IC_RIGHT(ic)),0); pic16_emitpcode(POC_SUBLW, pic16_popGetLit(lit & 0xff)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(IC_RESULT(ic)),0)); offset = 0; while(--size) { lit >>= 8; offset++; if(same) { // here we have x = lit - x for sizeof(x)>1 pic16_emitpcode(POC_MOVLW, pic16_popGetLit(lit & 0xff)); pic16_emitpcode(POC_SUBFWB_D1, pic16_popGet(AOP(IC_RESULT(ic)),offset)); } else { pic16_emitpcode(POC_MOVLW, pic16_popGetLit(lit & 0xff)); pic16_emitpcode(POC_SUBFWB_D0, pic16_popGet(AOP(IC_RIGHT(ic)),offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(IC_RESULT(ic)),offset)); } } } else { DEBUGpic16_emitcode ("; ","line %d result %s, left %s, right %s",__LINE__, pic16_AopType(AOP_TYPE(IC_RESULT(ic))), pic16_AopType(AOP_TYPE(IC_LEFT(ic))), pic16_AopType(AOP_TYPE(IC_RIGHT(ic)))); if ((AOP_SIZE(IC_LEFT(ic)) < AOP_SIZE(IC_RESULT(ic))) && pic16_sameRegs (AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic)))) { // extend left in result pic16_addSign (IC_RESULT(ic), AOP_SIZE(IC_LEFT(ic)), !SPEC_USIGN(getSpec(operandType(IC_LEFT(ic))))); } if ((AOP_SIZE(IC_RIGHT(ic)) < AOP_SIZE(IC_RESULT(ic))) && pic16_sameRegs (AOP(IC_RIGHT(ic)), AOP(IC_RESULT(ic)))) { // extend right in result---fails if left resides in result as well... assert ((IC_LEFT(ic) == IC_RIGHT(ic)) || !pic16_sameRegs (AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic)))); pic16_addSign (IC_RESULT(ic), AOP_SIZE(IC_RIGHT(ic)), !SPEC_USIGN(getSpec(operandType(IC_RIGHT(ic))))); } if(AOP_TYPE(IC_LEFT(ic)) == AOP_ACC) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pic16_emitpcode(POC_SUBFW, pic16_popGet(AOP(IC_RIGHT(ic)),0)); pic16_emitpcode(POC_SUBLW, pic16_popGetLit(0)); if ( AOP_TYPE(IC_RESULT(ic)) != AOP_ACC) pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(IC_RESULT(ic)),0)); } else { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(AOP_TYPE(IC_RIGHT(ic)) != AOP_ACC) pic16_mov2w(AOP(IC_RIGHT(ic)),0); if (pic16_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) ) pic16_emitpcode(POC_SUBWF, pic16_popGet(AOP(IC_LEFT(ic)),0)); else { if( (AOP_TYPE(IC_LEFT(ic)) == AOP_LIT) ) { pic16_emitpcode(POC_SUBLW, pic16_popGet(AOP(IC_LEFT(ic)),0)); } else { pic16_emitpcode(POC_SUBFW, pic16_popGet(AOP(IC_LEFT(ic)),0)); } if ( AOP_TYPE(IC_RESULT(ic)) != AOP_ACC) { if ( AOP_TYPE(IC_RESULT(ic)) == AOP_CRY) { pic16_emitpcode(POC_BCF , pic16_popGet(AOP(IC_RESULT(ic)),0)); emitSKPZ; pic16_emitpcode(POC_BSF , pic16_popGet(AOP(IC_RESULT(ic)),0)); }else pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(IC_RESULT(ic)),0)); } } } /* pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(IC_RIGHT(ic)),0,FALSE,FALSE)); if (pic16_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) ) { pic16_emitpcode(POC_SUBFW, pic16_popGet(AOP(IC_RESULT(ic)),0,FALSE,FALSE)); } else { pic16_emitpcode(POC_SUBFW, pic16_popGet(AOP(IC_LEFT(ic)),0,FALSE,FALSE)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(IC_RESULT(ic)),0,FALSE,FALSE)); } */ offset = 1; size--; while (size--) { if (pic16_sameRegs (AOP(IC_RIGHT(ic)), AOP(IC_RESULT(ic)))) { pic16_mov2w (AOP(IC_RESULT(ic)), offset); } else if (offset < AOP_SIZE(IC_RIGHT(ic))) pic16_mov2w(AOP(IC_RIGHT(ic)),offset); else { // right operand is too short, not overwritten with result pic16_emitpcode (POC_CLRF, pic16_popCopyReg (&pic16_pc_wreg)); if (!SPEC_USIGN(operandType(IC_RIGHT(ic)))) { // signed -- sign extend the right operand pic16_emitpcode (POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(IC_RIGHT(ic)),AOP_SIZE(IC_RIGHT(ic))-1,FALSE,FALSE),7,0, PO_GPR_REGISTER)); pic16_emitpcode (POC_SETF, pic16_popCopyReg (&pic16_pc_wreg)); } } if (pic16_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic)))) { pic16_emitpcode(POC_SUBWFB_D1, pic16_popGet(AOP(IC_RESULT(ic)),offset)); } else if (offset < AOP_SIZE(IC_LEFT(ic))) { pic16_emitpcode(POC_SUBWFB_D0, pic16_popGet(AOP(IC_LEFT(ic)),offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(IC_RESULT(ic)),offset)); } else { // left operand is too short, not overwritten with result pic16_emitpcode (POC_CLRF, pic16_popGet(AOP(IC_RESULT(ic)), offset)); if (!SPEC_USIGN(operandType(IC_LEFT(ic)))) { // signed -- sign extend the left operand pic16_emitpcode (POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(IC_LEFT(ic)),AOP_SIZE(IC_LEFT(ic))-1,FALSE,FALSE),7,0, PO_GPR_REGISTER)); pic16_emitpcode (POC_SETF, pic16_popGet(AOP(IC_RESULT(ic)), offset)); // keep CARRY/#BORROW bit intact! } pic16_emitpcode(POC_SUBWFB_D1, pic16_popGet(AOP(IC_RESULT(ic)),offset)); } offset++; } } // adjustArithmeticResult(ic); release: pic16_freeAsmop(IC_LEFT(ic),NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(IC_RIGHT(ic),NULL,ic,(RESULTONSTACK(ic) ? FALSE : TRUE)); pic16_freeAsmop(IC_RESULT(ic),NULL,ic,TRUE); } /*-----------------------------------------------------------------* * pic_genMult8XLit_n - multiplication of two 8-bit numbers. * * *-----------------------------------------------------------------*/ void pic16_genMult8XLit_n (operand *left, operand *right, operand *result) { int lit; int same; int size = AOP_SIZE(result); int i; FENTRY; DEBUGpic16_pic16_AopType(__LINE__,left,right,result); if (AOP_TYPE(right) != AOP_LIT){ fprintf(stderr,"%s %d - right operand is not a literal\n",__FILE__,__LINE__); exit(1); } lit = (int) ulFromVal (AOP(right)->aopu.aop_lit); assert( (lit >= -128) && (lit < 256) ); pic16_emitpcomment("Unrolled 8 X 8 multiplication"); pic16_emitpcomment("FIXME: the function does not support result==WREG"); same = pic16_sameRegs(AOP(left), AOP(result)); if(same) { switch(lit & 0x00ff) { case 0: while (size--) { pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),size)); } // while return; case 2: /* sign extend left in result */ pic16_addSign(result, 1, !IS_UNSIGNED(operandType(left))); // its faster to left shift emitCLRC; pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(left),0)); if (size > 1) pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),1)); return; default: if(AOP_TYPE(left) != AOP_ACC) pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_MULLW, pic16_popGetLit(lit & 0x00ff)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg( &pic16_pc_prodl), pic16_popGet(AOP(result), 0))); /* Adjust result's high bytes below! */ } } else { // operands different switch(lit & 0x00ff) { case 0: while (size--) { pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),size)); } // while return; case 2: if (IS_UNSIGNED(operandType(result))) { for (i=1; i < size; i++) { pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),i)); } // for } else { /* sign extend left to result */ pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0)); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit_simple(AOP(left), 0, 7)); pic16_emitpcode(POC_MOVLW, pic16_popGetLit(0xff)); for (i=1; i < size; i++) { pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result),i)); } // for } emitCLRC; pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 0)); if (size > 1) pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(result),1)); return; default: if(AOP_TYPE(left) != AOP_ACC) pic16_emitpcode(POC_MOVFW, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_MULLW, pic16_popGetLit(lit)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg( &pic16_pc_prodl), pic16_popGet(AOP(result), 0))); /* Adjust result's high bytes below! */ } } if (size > 1) { /* We need to fix PRODH for * (a) literals < 0 and * (b) signed register operands < 0. */ //printf( "%s: lit %d, left unsigned: %d\n", __FUNCTION__, lit, SPEC_USIGN(getSpec(operandType(left)))); if (lit < 0) { /* literal negative (i.e. in [-128..-1]), high byte == -1 */ pic16_mov2w(AOP(left), 0); pic16_emitpcode(POC_SUBWF, pic16_popCopyReg(&pic16_pc_prodh)); } if (!SPEC_USIGN(getSpec(operandType(left)))) { /* register operand signed, determine signedness of high byte */ pic16_emitpcode(POC_MOVLW, pic16_popGetLit(lit & 0x00ff)); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit_simple(AOP(left), 0, 7)); pic16_emitpcode(POC_SUBWF, pic16_popCopyReg(&pic16_pc_prodh)); } pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg( &pic16_pc_prodh), pic16_popGet(AOP(result), 1))); /* Need to sign-extend here. */ pic16_addSign(result, 2, !IS_UNSIGNED(operandType(result))); } // if } #if 0 /*-----------------------------------------------------------------------* * pic_genUMult16XLit_16 - unsigned multiplication of two 16-bit numbers * *-----------------------------------------------------------------------*/ void pic16_genUMult16XLit_16 (operand *left, operand *right, operand *result) { pCodeOp *pct1, *pct2, *pct3, *pct4; unsigned int lit; int same; FENTRY; if (AOP_TYPE(right) != AOP_LIT){ fprintf(stderr,"%s %d - right operand is not a literal\n",__FILE__,__LINE__); exit(1); } lit = (unsigned int) ulFromVal (AOP(right)->aopu.aop_lit); lit &= 0xffff; same = pic16_sameRegs(AOP(left), AOP(result)); if(same) { switch(lit) { case 0: pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),1)); return; case 2: // its faster to left shift emitCLRC; pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(left),0)); pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(left),1)); return; default: { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pct1 = pic16_popGetTempReg(1); pct2 = pic16_popGetTempReg(1); pct3 = pic16_popGetTempReg(1); pct4 = pic16_popGetTempReg(1); pic16_emitpcode(POC_MOVLW, pic16_popGetLit( lit & 0xff)); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_pCodeOpCopy(pct1))); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodh), pic16_pCodeOpCopy(pct2))); /* WREG still holds the low literal */ pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(left), 1)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_pCodeOpCopy(pct3))); pic16_emitpcode(POC_MOVLW, pic16_popGetLit( lit>>8 )); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_pCodeOpCopy(pct4))); /* load result */ pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pct1, pic16_popGet(AOP(result), 0))); pic16_emitpcode(POC_MOVFW, pic16_pCodeOpCopy(pct2)); pic16_emitpcode(POC_ADDFW, pic16_pCodeOpCopy(pct3)); pic16_emitpcode(POC_ADDFWC, pic16_pCodeOpCopy(pct4)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 1)); pic16_popReleaseTempReg(pct4,1); pic16_popReleaseTempReg(pct3,1); pic16_popReleaseTempReg(pct2,1); pic16_popReleaseTempReg(pct1,1); }; return; } } else { // operands different switch(lit) { case 0: pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result), 0)); pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result), 1)); return; case 2: emitCLRC; pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 0)); pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left), 1)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 1)); return; default: { pic16_emitpcode(POC_MOVLW, pic16_popGetLit( lit & 0xff)); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_popGet(AOP(result), 0))); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodh), pic16_popGet(AOP(result), 1))); /* WREG still holds the low literal */ pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(left), 1)); pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(&pic16_pc_prodl)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result), 1)); pic16_emitpcode(POC_MOVLW, pic16_popGetLit( lit>>8 )); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(&pic16_pc_prodl)); pic16_emitpcode(POC_ADDWFC, pic16_popGet(AOP(result), 1)); }; return; } } } #endif /*-----------------------------------------------------------------* * genMult8X8_n - multiplication of two 8-bit numbers. * * *-----------------------------------------------------------------*/ void pic16_genMult8X8_n (operand *left, operand *right, operand *result) { FENTRY; if (AOP_TYPE(right) == AOP_LIT) { pic16_genMult8XLit_n(left,right,result); return; } /* cases: A = A x B B = A x B A = B x C W = A x B W = W x B W = B x W */ /* if result == right then exchange left and right */ if(pic16_sameRegs(AOP(result), AOP(right))) { operand *tmp; tmp = left; left = right; right = tmp; } if(AOP_TYPE(left) != AOP_ACC) { // left is not WREG if(AOP_TYPE(right) != AOP_ACC) { pic16_mov2w(AOP(left), 0); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(right), 0)); } else { pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(left), 0)); } } else { // left is WREG, right cannot be WREG (or can?!) pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(right), 0)); } /* result is in PRODL:PRODH */ if(AOP_TYPE(result) != AOP_ACC) { pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg( &pic16_pc_prodl), pic16_popGet(AOP(result), 0))); if(AOP_SIZE(result)>1) { /* If s8 x s8 --> s16 multiplication was called for, fixup high byte. * (left=a1a0, right=b1b0, X1: high byte, X0: low byte) * * a1a0 * b1b0 * -------------- * a1b0 a0b0 * a1b1 a0b1 * --------------- * a0b0 a1= 0, b1= 0 (both unsigned) * -b0 a0b0 a1=-1, b1= 0 (a signed and < 0, b unsigned or >= 0) * -a0 a0b0 a1= 0, b1=-1 (b signed and < 0, a unsigned or >= 0) * -(a0+b0) a0b0 a1=-1, b1=-1 (a and b signed and < 0) * * Currently, PRODH:PRODL holds a0b0 as 16 bit value; we need to * subtract a0 and/or b0 from PRODH. */ if (!IS_UNSIGNED(operandType(right))) { /* right operand (b1) signed and < 0, then subtract left op (a0) */ pic16_mov2w( AOP(left), 0 ); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit_simple(AOP(right), 0, 7)); pic16_emitpcode(POC_SUBWF, pic16_popCopyReg(&pic16_pc_prodh)); } if (!IS_UNSIGNED(getSpec(operandType(left)))) { /* left operand (a1) signed and < 0, then subtract right op (b0) */ pic16_mov2w( AOP(right), 0 ); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit_simple(AOP(left), 0, 7)); pic16_emitpcode(POC_SUBWF, pic16_popCopyReg(&pic16_pc_prodh)); } pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg( &pic16_pc_prodh), pic16_popGet(AOP(result), 1))); /* Must sign-extend here. */ pic16_addSign(result, 2, !IS_UNSIGNED(operandType(left))); } } else { pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(&pic16_pc_prodl)); } } #if 0 /*------------------------------------------------------------------* * genUMult16X16_16 - unsigned multiplication of two 16-bit numbers * *------------------------------------------------------------------*/ void pic16_genUMult16X16_16 (operand *left, operand *right, operand *result) { pCodeOp *pct1, *pct2, *pct3, *pct4; FENTRY; if (AOP_TYPE(right) == AOP_LIT) { pic16_genMult8XLit_n(left,right,result); return; } /* cases: A = A x B B = A x B A = B x C */ /* if result == right then exchange left and right */ if(pic16_sameRegs(AOP(result), AOP(right))) { operand *tmp; tmp = left; left = right; right = tmp; } if(pic16_sameRegs(AOP(result), AOP(left))) { pct1 = pic16_popGetTempReg(1); pct2 = pic16_popGetTempReg(1); pct3 = pic16_popGetTempReg(1); pct4 = pic16_popGetTempReg(1); pic16_mov2w(AOP(left), 0); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(right), 0)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_pCodeOpCopy(pct1))); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodh), pic16_pCodeOpCopy(pct2))); /* WREG still holds the lower left */ pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(right), 1)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_pCodeOpCopy(pct3))); pic16_mov2w(AOP(left), 1); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(right), 0)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_pCodeOpCopy(pct4))); /* load result */ pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_pCodeOpCopy( pct1 ), pic16_popGet(AOP(result), 0))); pic16_emitpcode(POC_MOVFW, pic16_pCodeOpCopy( pct2 )); pic16_emitpcode(POC_ADDFW, pic16_pCodeOpCopy(pct3)); pic16_emitpcode(POC_ADDFWC, pic16_pCodeOpCopy(pct4)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 1)); pic16_popReleaseTempReg( pct4, 1 ); pic16_popReleaseTempReg( pct3, 1 ); pic16_popReleaseTempReg( pct2, 1 ); pic16_popReleaseTempReg( pct1, 1 ); } else { pic16_mov2w(AOP(left), 0); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(right), 0)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_popGet(AOP(result), 0))); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodh), pic16_popGet(AOP(result), 1))); /* WREG still holds the lower left */ pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(right), 1)); pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(&pic16_pc_prodl)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result), 1)); pic16_mov2w(AOP(left), 1); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(right), 0)); pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(&pic16_pc_prodl)); pic16_emitpcode(POC_ADDWFC, pic16_popGet(AOP(result), 1)); } } #endif #if 0 void pic16_genSMult16X16_16(operand *left, operand *right, operand *result) { } #endif #if 0 /*-----------------------------------------------------------------* * pic16_genSMult8X8_16 - signed multiplication of two 8-bit numbers * * this routine will call the unsigned multiply routine and then * post-fix the sign bit. *-----------------------------------------------------------------*/ void pic16_genSMult8X8_8 (operand *left, operand *right, operand *result, pCodeOpReg *result_hi) { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); if(!result_hi) { result_hi = PCOR(pic16_popGet(AOP(result),1)); } pic16_genUMult8X8_8(left,right,result); #if 0 pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(left),0,FALSE,FALSE),7,0, PO_GPR_REGISTER)); pic16_emitpcode(POC_SUBWF, pic16_popCopyReg(result_hi)); pic16_mov2w(AOP(left),0); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(right),0,FALSE,FALSE),7,0, PO_GPR_REGISTER)); pic16_emitpcode(POC_SUBWF, pic16_popGet(AOP(result),1)); #endif } #endif /*-----------------------------------------------------------------* * pic16_genMult8X8_8 - multiplication of two 8-bit numbers * *-----------------------------------------------------------------*/ void pic16_genMult8X8_8 (operand *left, operand *right, operand *result) { FENTRY; if(AOP_TYPE(right) == AOP_LIT) pic16_genMult8XLit_n(left,right,result); else pic16_genMult8X8_n(left,right,result); } #if 0 /*-----------------------------------------------------------------* * pic16_genMult16X16_16 - multiplication of two 16-bit numbers * *-----------------------------------------------------------------*/ void pic16_genMult16X16_16 (operand *left, operand *right, operand *result) { FENTRY; if (AOP_TYPE(right) == AOP_LIT) pic16_genUMult16XLit_16(left,right,result); else pic16_genUMult16X16_16(left,right,result); } #endif #if 0 /*-----------------------------------------------------------------------* * pic_genUMult32XLit_32 - unsigned multiplication of two 32-bit numbers * *-----------------------------------------------------------------------*/ void pic16_genUMult32XLit_32 (operand *left, operand *right, operand *result) { pCodeOp *pct1, *pct2, *pct3, *pct4; unsigned int lit; int same; FENTRY; if (AOP_TYPE(right) != AOP_LIT){ fprintf(stderr,"%s %d - right operand is not a literal\n",__FILE__,__LINE__); exit(1); } lit = (unsigned int) ulFromVal (AOP(right)->aopu.aop_lit); lit &= 0xffff; same = pic16_sameRegs(AOP(left), AOP(result)); if(same) { switch(lit) { case 0: pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),0)); pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result),1)); return; case 2: // its faster to left shift emitCLRC; pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(left),0)); pic16_emitpcode(POC_RLCF, pic16_popGet(AOP(left),1)); return; default: { DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); pct1 = pic16_popGetTempReg(1); pct2 = pic16_popGetTempReg(1); pct3 = pic16_popGetTempReg(1); pct4 = pic16_popGetTempReg(1); pic16_emitpcode(POC_MOVLW, pic16_popGetLit( lit & 0xff)); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_pCodeOpCopy(pct1))); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodh), pic16_pCodeOpCopy(pct2))); /* WREG still holds the low literal */ pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(left), 1)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_pCodeOpCopy(pct3))); pic16_emitpcode(POC_MOVLW, pic16_popGetLit( lit>>8 )); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_pCodeOpCopy(pct4))); /* load result */ pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pct1, pic16_popGet(AOP(result), 0))); pic16_emitpcode(POC_MOVFW, pic16_pCodeOpCopy(pct2)); pic16_emitpcode(POC_ADDFW, pic16_pCodeOpCopy(pct3)); pic16_emitpcode(POC_ADDFWC, pic16_pCodeOpCopy(pct4)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 1)); pic16_popReleaseTempReg( pct4, 1 ); pic16_popReleaseTempReg( pct3, 1 ); pic16_popReleaseTempReg( pct2, 1 ); pic16_popReleaseTempReg( pct1, 1 ); }; return; } } else { // operands different switch(lit) { case 0: pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result), 0)); pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(result), 1)); return; case 2: emitCLRC; pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 0)); pic16_emitpcode(POC_RLCFW, pic16_popGet(AOP(left), 1)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 1)); return; default: { pic16_emitpcode(POC_MOVLW, pic16_popGetLit( lit & 0xff)); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_popGet(AOP(result), 0))); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodh), pic16_popGet(AOP(result), 1))); /* WREG still holds the low literal */ pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(left), 1)); pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(&pic16_pc_prodl)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result), 1)); pic16_emitpcode(POC_MOVLW, pic16_popGetLit( lit>>8 )); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(&pic16_pc_prodl)); pic16_emitpcode(POC_ADDWFC, pic16_popGet(AOP(result), 1)); }; return; } } } #endif #if 0 /*------------------------------------------------------------------* * genUMult32X32_32 - unsigned multiplication of two 32-bit numbers * *------------------------------------------------------------------*/ void pic16_genUMult32X32_32 (operand *left, operand *right, operand *result) { pCodeOp *pct1, *pct2, *pct3, *pct4; FENTRY; if (AOP_TYPE(right) == AOP_LIT) { pic16_genMult8XLit_n(left,right,result); return; } /* cases: A = A x B B = A x B A = B x C */ /* if result == right then exchange left and right */ if(pic16_sameRegs(AOP(result), AOP(right))) { operand *tmp; tmp = left; left = right; right = tmp; } if(pic16_sameRegs(AOP(result), AOP(left))) { pct1 = pic16_popGetTempReg(1); pct2 = pic16_popGetTempReg(1); pct3 = pic16_popGetTempReg(1); pct4 = pic16_popGetTempReg(1); pic16_mov2w(AOP(left), 0); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(right), 0)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_pCodeOpCopy(pct1))); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodh), pic16_pCodeOpCopy(pct2))); /* WREG still holds the lower left */ pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(right), 1)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_pCodeOpCopy(pct3))); pic16_mov2w(AOP(left), 1); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(right), 0)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_pCodeOpCopy(pct4))); /* load result */ pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_pCodeOpCopy( pct1 ), pic16_popGet(AOP(result), 0))); pic16_emitpcode(POC_MOVFW, pic16_pCodeOpCopy( pct2 )); pic16_emitpcode(POC_ADDFW, pic16_pCodeOpCopy(pct3)); pic16_emitpcode(POC_ADDFWC, pic16_pCodeOpCopy(pct4)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(result), 1)); pic16_popReleaseTempReg( pct4, 1 ); pic16_popReleaseTempReg( pct3, 1 ); pic16_popReleaseTempReg( pct2, 1 ); pic16_popReleaseTempReg( pct1, 1 ); } else { pic16_mov2w(AOP(left), 0); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(right), 0)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodl), pic16_popGet(AOP(result), 0))); pic16_emitpcode(POC_MOVFF, pic16_popGet2p( pic16_popCopyReg(&pic16_pc_prodh), pic16_popGet(AOP(result), 1))); /* WREG still holds the lower left */ pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(right), 1)); pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(&pic16_pc_prodl)); pic16_emitpcode(POC_ADDWF, pic16_popGet(AOP(result), 1)); pic16_mov2w(AOP(left), 1); pic16_emitpcode(POC_MULWF, pic16_popGet(AOP(right), 0)); pic16_emitpcode(POC_MOVFW, pic16_popCopyReg(&pic16_pc_prodl)); pic16_emitpcode(POC_ADDWFC, pic16_popGet(AOP(result), 1)); } } #endif #if 0 /*-----------------------------------------------------------------* * pic16_genMult32X32_32 - multiplication of two 32-bit numbers * *-----------------------------------------------------------------*/ void pic16_genMult32X32_32 (operand *left, operand *right, operand *result) { FENTRY; if (AOP_TYPE(right) == AOP_LIT) pic16_genUMult32XLit_32(left,right,result); else pic16_genUMult32X32_32(left,right,result); } #endif #if 0 /*-----------------------------------------------------------------*/ /* constMult - generates code for multiplication by a constant */ /*-----------------------------------------------------------------*/ void genMultConst(unsigned C) { unsigned lit; unsigned sr3; // Shift right 3 unsigned mask; int size = 1; /* Convert a string of 3 binary 1's in the lit into 0111 = 1000 - 1; */ mask = 7 << ( (size*8) - 3); lit = C; sr3 = 0; while(mask < (1<>= 1; } } #endif sdcc-2.9.0/src/pic16/genutils.c000066400000000000000000000470761116427777700162060ustar00rootroot00000000000000/*------------------------------------------------------------------------- genutils.c - source file for code generation for pic16 code generation utility functions Created by Vangelis Rokas (vrokas@otenet.gr) [Nov-2003] Based on : Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) and - Jean-Louis VERN.jlvern@writeme.com (1999) Bug Fixes - Wojciech Stryjewski wstryj1@tiger.lsu.edu (1999 v2.1.9a) PIC port - Scott Dattalo scott@dattalo.com (2000) PIC16 port - Martin Dubuc m.dubuc@rogers.com (2002) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! Notes: 000123 mlh Moved aopLiteral to SDCCglue.c to help the split Made everything static -------------------------------------------------------------------------*/ /********************************************************** * Here is a list with completed genXXXXX functions * * genNot * */ #include #include #include #include #include "SDCCglobl.h" #include "newalloc.h" #include "common.h" #include "SDCCpeeph.h" #include "ralloc.h" #include "pcode.h" #include "device.h" #include "gen.h" #include "genutils.h" #if 1 #define pic16_emitcode DEBUGpic16_emitcode #endif #if defined(GEN_Not) /*-----------------------------------------------------------------*/ /* pic16_genNot - generate code for ! operation */ /*-----------------------------------------------------------------*/ void pic16_genNot (iCode *ic) { int size; // symbol *tlbl; /* * result[AOP_CRY,AOP_REG] = ! left[AOP_CRY, AOP_REG] */ FENTRY; /* assign asmOps to operand & result */ pic16_aopOp (IC_LEFT(ic),ic,FALSE); pic16_aopOp (IC_RESULT(ic),ic,TRUE); DEBUGpic16_pic16_AopType(__LINE__,IC_LEFT(ic),NULL,IC_RESULT(ic)); /* if in bit space then a special case */ if (AOP_TYPE(IC_LEFT(ic)) == AOP_CRY) { if (AOP_TYPE(IC_RESULT(ic)) == AOP_CRY) { pic16_emitpcode(POC_MOVLW,pic16_popGet(AOP(IC_LEFT(ic)),0)); pic16_emitpcode(POC_XORWF,pic16_popGet(AOP(IC_RESULT(ic)),0)); } else { pic16_emitpcode(POC_CLRF,pic16_popGet(AOP(IC_RESULT(ic)),0)); pic16_emitpcode(POC_BTFSS,pic16_popGet(AOP(IC_LEFT(ic)),0)); pic16_emitpcode(POC_INCF,pic16_popGet(AOP(IC_RESULT(ic)),0)); } goto release; } size = AOP_SIZE(IC_LEFT(ic)); #if 0 if(size == 1) { pic16_emitpcode(POC_COMFW,pic16_popGet(AOP(IC_LEFT(ic)),0)); pic16_emitpcode(POC_ANDLW,pic16_popGetLit(1)); pic16_emitpcode(POC_MOVWF,pic16_popGet(AOP(IC_RESULT(ic)),0)); goto release; } #endif pic16_toBoolean( IC_LEFT(ic) ); emitSETC; pic16_emitpcode(POC_TSTFSZ, pic16_popCopyReg( &pic16_pc_wreg )); emitCLRC; pic16_outBitC( IC_RESULT(ic) ); release: /* release the aops */ pic16_freeAsmop(IC_LEFT(ic),NULL,ic,(RESULTONSTACK(ic) ? 0 : 1)); pic16_freeAsmop(IC_RESULT(ic),NULL,ic,TRUE); } #endif /* defined(GEN_Not) */ #if defined(GEN_Cpl) /*-----------------------------------------------------------------*/ /* pic16_genCpl - generate code for complement */ /*-----------------------------------------------------------------*/ void pic16_genCpl (iCode *ic) { int offset = 0; int size ; /* * result[CRY,REG] = ~left[CRY,REG] */ FENTRY; DEBUGpic16_emitcode ("; ***","%s %d",__FUNCTION__,__LINE__); /* assign asmOps to operand & result */ pic16_aopOp (IC_LEFT(ic),ic,FALSE); pic16_aopOp (IC_RESULT(ic),ic,TRUE); DEBUGpic16_pic16_AopType(__LINE__,IC_LEFT(ic),NULL,IC_RESULT(ic)); /* if both are in bit space then * a special case */ if (AOP_TYPE(IC_RESULT(ic)) == AOP_CRY && AOP_TYPE(IC_LEFT(ic)) == AOP_CRY ) { /* FIXME */ pic16_emitcode("mov","c,%s",IC_LEFT(ic)->aop->aopu.aop_dir); pic16_emitcode("cpl","c"); pic16_emitcode("mov","%s,c",IC_RESULT(ic)->aop->aopu.aop_dir); goto release; } size = AOP_SIZE(IC_RESULT(ic)); if (size >= AOP_SIZE(IC_LEFT(ic))) size = AOP_SIZE(IC_LEFT(ic)); while (size--) { if (pic16_sameRegs(AOP(IC_LEFT(ic)), AOP(IC_RESULT(ic))) ) { pic16_emitpcode(POC_COMF, pic16_popGet(AOP(IC_LEFT(ic)), offset)); } else { pic16_emitpcode(POC_COMFW, pic16_popGet(AOP(IC_LEFT(ic)),offset)); pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(IC_RESULT(ic)),offset)); } offset++; } /* handle implicit upcast */ size = AOP_SIZE(IC_RESULT(ic)); if (offset < size) { if (SPEC_USIGN(operandType(IC_LEFT(ic)))) { while (offset < size) { pic16_emitpcode(POC_SETF, pic16_popGet(AOP(IC_RESULT(ic)), offset)); offset++; } // while } else { if ((offset + 1) == size) { /* just one byte to fix */ pic16_emitpcode(POC_SETF, pic16_popGet(AOP(IC_RESULT(ic)), offset)); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(IC_RESULT(ic)),offset-1,FALSE,FALSE),7,0, PO_GPR_REGISTER)); pic16_emitpcode(POC_CLRF, pic16_popGet(AOP(IC_RESULT(ic)), offset)); } else { /* two or more byte to adjust */ pic16_emitpcode(POC_SETF, pic16_popCopyReg( &pic16_pc_wreg )); pic16_emitpcode(POC_BTFSC, pic16_newpCodeOpBit(pic16_aopGet(AOP(IC_RESULT(ic)),offset-1,FALSE,FALSE),7,0, PO_GPR_REGISTER)); pic16_emitpcode(POC_CLRF, pic16_popCopyReg( &pic16_pc_wreg )); while (offset < size) { pic16_emitpcode(POC_MOVWF, pic16_popGet(AOP(IC_RESULT(ic)), offset)); offset++; } // while } // if } } // if release: /* release the aops */ pic16_freeAsmop(IC_LEFT(ic),NULL,ic,(RESULTONSTACK(ic) ? 0 : 1)); pic16_freeAsmop(IC_RESULT(ic),NULL,ic,TRUE); } #endif /* defined(GEN_Cpl) */ /*-----------------------------------------------------------------*/ /* Helper function to dump operand into comment lines */ /*-----------------------------------------------------------------*/ void pic16_DumpValue(char *prefix, value *val) { // char s[INITIAL_INLINEASM]; if(!val) return; DEBUGpic16_emitcode (";", " %s Dump value",prefix); DEBUGpic16_emitcode (";", " %s name:%s",prefix,val->name); } void pic16_DumpPcodeOp(char *prefix, pCodeOp *pcop) { // char s[INITIAL_INLINEASM]; if(!pcop) return; DEBUGpic16_emitcode (";", " %s Dump pCodeOp",prefix); DEBUGpic16_emitcode (";", " %s name:%s",prefix,pcop->name); if(pcop->type == PO_NONE) { DEBUGpic16_emitcode (";", " %s type:PO_NONE",prefix); } if(pcop->type == PO_W) { DEBUGpic16_emitcode (";", " %s type:PO_W",prefix); } if(pcop->type == PO_WREG) { DEBUGpic16_emitcode (";", " %s type:PO_WREG",prefix); } if(pcop->type == PO_STATUS) { DEBUGpic16_emitcode (";", " %s type:PO_STATUS",prefix); } if(pcop->type == PO_BSR) { DEBUGpic16_emitcode (";", " %s type:PO_BSR",prefix); } if(pcop->type == PO_FSR0) { DEBUGpic16_emitcode (";", " %s type:PO_FSR0",prefix); } if(pcop->type == PO_INDF0) { DEBUGpic16_emitcode (";", " %s type:PO_INDF0",prefix); } if(pcop->type == PO_INTCON) { DEBUGpic16_emitcode (";", " %s type:PO_INTCON",prefix); } if(pcop->type == PO_GPR_REGISTER) { DEBUGpic16_emitcode (";", " %s type:PO_GPR_REGISTER",prefix); } if(pcop->type == PO_GPR_BIT) { DEBUGpic16_emitcode (";", " %s type:PO_GPR_BIT",prefix); } if(pcop->type == PO_GPR_TEMP) { DEBUGpic16_emitcode (";", " %s type:PO_GPR_TEMP",prefix); } if(pcop->type == PO_SFR_REGISTER) { DEBUGpic16_emitcode (";", " %s type:PO_SFR_REGISTER",prefix); } if(pcop->type == PO_PCL) { DEBUGpic16_emitcode (";", " %s type:PO_PCL",prefix); } if(pcop->type == PO_PCLATH) { DEBUGpic16_emitcode (";", " %s type:PO_PCLATH",prefix); } if(pcop->type == PO_LITERAL) { DEBUGpic16_emitcode (";", " %s type:PO_LITERAL",prefix); DEBUGpic16_emitcode (";", " %s lit:%s",prefix,PCOL(pcop)->lit); } if(pcop->type == PO_REL_ADDR) { DEBUGpic16_emitcode (";", " %s type:PO_REL_ADDR",prefix); } if(pcop->type == PO_IMMEDIATE) { DEBUGpic16_emitcode (";", " %s type:PO_IMMEDIATE",prefix); } if(pcop->type == PO_DIR) { DEBUGpic16_emitcode (";", " %s type:PO_DIR",prefix); } if(pcop->type == PO_CRY) { DEBUGpic16_emitcode (";", " %s type:PO_CRY",prefix); } if(pcop->type == PO_BIT) { DEBUGpic16_emitcode (";", " %s type:PO_BIT",prefix); } if(pcop->type == PO_STR) { DEBUGpic16_emitcode (";", " %s type:PO_STR",prefix); } if(pcop->type == PO_LABEL) { DEBUGpic16_emitcode (";", " %s type:PO_LABEL",prefix); } if(pcop->type == PO_WILD) { DEBUGpic16_emitcode (";", " %s type:PO_WILD",prefix); } } void pic16_DumpAop(char *prefix, asmop *aop) { char s[INITIAL_INLINEASM]; if(!aop) return; DEBUGpic16_emitcode (";", " %s Dump asmop",prefix); if (aop->type == AOP_LIT) { DEBUGpic16_emitcode (";", " %s type:AOP_LIT",prefix); sprintf(s,"%s (aopu.aop_lit)",prefix); pic16_DumpValue(s,aop->aopu.aop_lit); } if (aop->type == AOP_REG) DEBUGpic16_emitcode (";", " %s type:AOP_REG",prefix); if (aop->type == AOP_DIR) { DEBUGpic16_emitcode (";", " %s type:AOP_DIR",prefix); DEBUGpic16_emitcode (";", " %s aopu.aop_dir:%s",prefix,aop->aopu.aop_dir); } if (aop->type == AOP_STK) DEBUGpic16_emitcode (";", " %s type:AOP_STK",prefix); if (aop->type == AOP_STA) DEBUGpic16_emitcode (";", " %s type:AOP_STA",prefix); if (aop->type == AOP_STR) { DEBUGpic16_emitcode (";", " %s type:AOP_STR",prefix); DEBUGpic16_emitcode (";", " %s aopu.aop_str:%s/%s/%s/%s",prefix,aop->aopu.aop_str[0], aop->aopu.aop_str[1],aop->aopu.aop_str[2],aop->aopu.aop_str[3]); } if (aop->type == AOP_CRY) DEBUGpic16_emitcode (";", " %s type:AOP_CRY",prefix); if (aop->type == AOP_ACC) DEBUGpic16_emitcode (";", " %s type:AOP_ACC",prefix); if (aop->type == AOP_PCODE) { DEBUGpic16_emitcode (";", " %s type:AOP_PCODE",prefix); sprintf(s,"%s (aopu.pcop)",prefix); pic16_DumpPcodeOp(s,aop->aopu.pcop); } DEBUGpic16_emitcode (";", " %s coff:%d",prefix,aop->coff); DEBUGpic16_emitcode (";", " %s size:%d",prefix,aop->size); DEBUGpic16_emitcode (";", " %s code:%d",prefix,aop->code); DEBUGpic16_emitcode (";", " %s paged:%d",prefix,aop->paged); DEBUGpic16_emitcode (";", " %s freed:%d",prefix,aop->freed); } void pic16_DumpSymbol(char *prefix, symbol *sym) { char s[INITIAL_INLINEASM]; if(!sym) return; DEBUGpic16_emitcode (";", " %s Dump symbol",prefix); DEBUGpic16_emitcode (";", " %s name:%s",prefix,sym->name); DEBUGpic16_emitcode (";", " %s rname:%s",prefix,sym->rname); DEBUGpic16_emitcode (";", " %s level:%d",prefix,sym->level); DEBUGpic16_emitcode (";", " %s block:%d",prefix,sym->block); DEBUGpic16_emitcode (";", " %s key:%d",prefix,sym->key); DEBUGpic16_emitcode (";", " %s implicit:%d",prefix,sym->implicit); DEBUGpic16_emitcode (";", " %s undefined:%d",prefix,sym->undefined); DEBUGpic16_emitcode (";", " %s _isparm:%d",prefix,sym->_isparm); DEBUGpic16_emitcode (";", " %s ismyparm:%d",prefix,sym->ismyparm); DEBUGpic16_emitcode (";", " %s isitmp:%d",prefix,sym->isitmp); DEBUGpic16_emitcode (";", " %s islbl:%d",prefix,sym->islbl); DEBUGpic16_emitcode (";", " %s isref:%d",prefix,sym->isref); DEBUGpic16_emitcode (";", " %s isind:%d",prefix,sym->isind); DEBUGpic16_emitcode (";", " %s isinvariant:%d",prefix,sym->isinvariant); DEBUGpic16_emitcode (";", " %s cdef:%d",prefix,sym->cdef); DEBUGpic16_emitcode (";", " %s addrtaken:%d",prefix,sym->addrtaken); DEBUGpic16_emitcode (";", " %s isreqv:%d",prefix,sym->isreqv); DEBUGpic16_emitcode (";", " %s udChked:%d",prefix,sym->udChked); DEBUGpic16_emitcode (";", " %s isLiveFcall:%d",prefix,sym->isLiveFcall); DEBUGpic16_emitcode (";", " %s isspilt:%d",prefix,sym->isspilt); DEBUGpic16_emitcode (";", " %s spillA:%d",prefix,sym->spillA); DEBUGpic16_emitcode (";", " %s remat:%d",prefix,sym->remat); DEBUGpic16_emitcode (";", " %s isptr:%d",prefix,sym->isptr); DEBUGpic16_emitcode (";", " %s uptr:%d",prefix,sym->uptr); DEBUGpic16_emitcode (";", " %s isFree:%d",prefix,sym->isFree); DEBUGpic16_emitcode (";", " %s islocal:%d",prefix,sym->islocal); DEBUGpic16_emitcode (";", " %s blockSpil:%d",prefix,sym->blockSpil); DEBUGpic16_emitcode (";", " %s remainSpil:%d",prefix,sym->remainSpil); DEBUGpic16_emitcode (";", " %s stackSpil:%d",prefix,sym->stackSpil); DEBUGpic16_emitcode (";", " %s onStack:%d",prefix,sym->onStack); DEBUGpic16_emitcode (";", " %s iaccess:%d",prefix,sym->iaccess); DEBUGpic16_emitcode (";", " %s ruonly:%d",prefix,sym->ruonly); DEBUGpic16_emitcode (";", " %s spildir:%d",prefix,sym->spildir); DEBUGpic16_emitcode (";", " %s ptrreg:%d",prefix,sym->ptrreg); DEBUGpic16_emitcode (";", " %s noSpilLoc:%d",prefix,sym->noSpilLoc); DEBUGpic16_emitcode (";", " %s isstrlit:%d",prefix,sym->isstrlit); DEBUGpic16_emitcode (";", " %s accuse:%d",prefix,sym->accuse); DEBUGpic16_emitcode (";", " %s dptr:%d",prefix,sym->dptr); DEBUGpic16_emitcode (";", " %s allocreq:%d",prefix,sym->allocreq); DEBUGpic16_emitcode (";", " %s stack:%d",prefix,sym->stack); DEBUGpic16_emitcode (";", " %s xstack:%d",prefix,sym->xstack); DEBUGpic16_emitcode (";", " %s nRegs:%d",prefix,sym->nRegs); DEBUGpic16_emitcode (";", " %s regType:%d",prefix,sym->regType); // struct regs !!! if(sym->aop) { sprintf(s,"%s (aop)",prefix); pic16_DumpAop(s,sym->aop); } else { DEBUGpic16_emitcode (";", " %s aop:NULL",prefix); } } void pic16_DumpOp(char *prefix, operand *op) { char s[INITIAL_INLINEASM]; if(!op) return; DEBUGpic16_emitcode (";", " %s Dump operand",prefix); if(IS_SYMOP(op)) DEBUGpic16_emitcode (";", " %s type: SYMBOL",prefix); if(IS_VALOP(op)) DEBUGpic16_emitcode (";", " %s type: VALUE",prefix); if(IS_TYPOP(op)) DEBUGpic16_emitcode (";", " %s type: TYPE",prefix); DEBUGpic16_emitcode (";", " %s isaddr:%d",prefix,op->isaddr); DEBUGpic16_emitcode (";", " %s isvolatile:%d",prefix,op->isvolatile); DEBUGpic16_emitcode (";" ," %s isGlobal:%d",prefix,op->isGlobal); DEBUGpic16_emitcode (";", " %s isPtr:%d",prefix,op->isPtr); DEBUGpic16_emitcode (";", " %s isGptr:%d",prefix,op->isGptr); DEBUGpic16_emitcode (";", " %s isParm:%d",prefix,op->isParm); DEBUGpic16_emitcode (";", " %s isLiteral:%d",prefix,op->isLiteral); DEBUGpic16_emitcode (";", " %s key:%d",prefix,op->key); if(IS_SYMOP(op)) { sprintf(s,"%s (symOperand)",prefix); pic16_DumpSymbol(s,op->operand.symOperand); } } void pic16_DumpOpX(FILE *fp, char *prefix, operand *op) { if(!op)return; fprintf(fp, "%s [", prefix); fprintf(fp, "%s", IS_SYMOP(op)?"S":" "); fprintf(fp, "%s", IS_VALOP(op)?"V":" "); fprintf(fp, "%s", IS_TYPOP(op)?"T":" "); fprintf(fp, "] "); fprintf(fp, "isaddr:%d,", op->isaddr); fprintf(fp, "isvolatile:%d,", op->isvolatile); fprintf(fp, "isGlobal:%d,", op->isGlobal); fprintf(fp, "isPtr:%d,", op->isPtr); fprintf(fp, "isParm:%d,", op->isParm); fprintf(fp, "isLit:%d\n", op->isLiteral); } void _debugf(char *f, int l, char *frm, ...) { va_list ap; va_start(ap, frm); fprintf(stderr, "%s:%d ", f, l); vfprintf(stderr, frm, ap); va_end(ap); } void gpsimio2_pcop(pCodeOp *pcop) { pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pcop, pic16_popCopyReg(&pic16_pc_gpsimio2))); } void gpsimio2_lit(unsigned char lit) { pic16_emitpcode(POC_MOVLW, pic16_popGetLit(lit)); pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg(&pic16_pc_wreg), pic16_popCopyReg(&pic16_pc_gpsimio2))); } void gpsimio2_str(char *buf) { while(*buf) { gpsimio2_lit(*buf); buf++; } } void gpsimDebug_StackDump(char *fname, int line, char *info) { pic16_emitpcomment("; gpsim debug stack dump; %s @ %d\tinfo: ", fname, line, info); gpsimio2_str("&c[S:"); gpsimio2_str(info); gpsimio2_str("] &h"); pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg(&pic16_pc_fsr1h), pic16_popCopyReg(&pic16_pc_gpsimio2))); pic16_emitpcode(POC_MOVFF, pic16_popGet2p(pic16_popCopyReg(&pic16_pc_fsr1l), pic16_popCopyReg(&pic16_pc_gpsimio2))); gpsimio2_lit('\n'); } const char *gptr_fns[4][2] = { { "_gptrget1", "_gptrput1" }, { "_gptrget2", "_gptrput2" }, { "_gptrget3", "_gptrput3" }, { "_gptrget4", "_gptrput4" } }; extern set *externs; /* generate a call to the generic pointer read/write functions */ void pic16_callGenericPointerRW(int rw, int size) { char buf[32]; symbol *sym; if(size>4) { werror(W_POSSBUG2, __FILE__, __LINE__); abort(); } strcpy(buf, port->fun_prefix); strcat(buf, gptr_fns[size-1][rw]); pic16_emitpcode (POC_CALL, pic16_popGetWithString (buf)); sym = newSymbol( buf, 0 ); sym->used++; strcpy(sym->rname, buf); checkAddSym(&externs, sym); } /* check all condition and return appropriate instruction, POC_CPFSGT or POC_CPFFSLT */ static int selectCompareOp(resolvedIfx *rIfx, iCode *ifx, operand *result, int offset, int invert_op) { /* add code here */ /* check condition, > or < ?? */ if(rIfx->condition != 0)invert_op ^= 1; if(ifx && IC_FALSE(ifx))invert_op ^= 1; if(!ifx)invert_op ^= 1; DEBUGpic16_emitcode("; +++", "%s:%d %s] rIfx->condition= %d, ifx&&IC_FALSE(ifx)= %d, invert_op = %d", __FILE__, __LINE__, __FUNCTION__, rIfx->condition, (ifx && IC_FALSE(ifx)), invert_op); /* do selection */ if(!invert_op)return POC_CPFSGT; else return POC_CPFSLT; } /* return 1 if function handles compare, 0 otherwise */ /* this functions handles special cases like: * reg vs. zero * reg vs. one */ int pic16_genCmp_special(operand *left, operand *right, operand *result, iCode *ifx, resolvedIfx *rIfx, int sign) { int size; int offs=0; symbol *tmplbl; unsigned long lit; int op, cmp_op=0, cond_pre; FENTRY; if(!(pic16_options.opt_flags & OF_OPTIMIZE_CMP))return 0; size = max(AOP_SIZE(left), AOP_SIZE(right)); cond_pre = rIfx->condition; // must restore old value on return with 0!!! if(!isAOP_REGlike(left)) { operand *dummy; dummy = left; left = right; right = dummy; /* invert comparing operand */ // cmp_op ^= 1; rIfx->condition ^= 1; } if(isAOP_REGlike(left) && isAOP_LIT(right)) { /* comparing register vs. literal */ lit = ulFromVal(AOP(right)->aopu.aop_lit); if(size == 1) { op = selectCompareOp(rIfx, ifx, result, offs, cmp_op); DEBUGpic16_emitcode("%%", "comparing operand %s, condition: %d", (op==POC_CPFSLT?"POC_CPFSLT":"POC_CPFSGT"), rIfx->condition); if(!sign) { /* unsigned compare */ switch( lit ) { case 0: if(ifx && IC_FALSE(ifx)) { tmplbl = newiTempLabel( NULL ); pic16_emitpcode(POC_TSTFSZ, pic16_popGet(AOP(left), 0)); pic16_emitpcode(POC_BRA, pic16_popGetLabel(tmplbl->key)); pic16_emitpcode(POC_GOTO, pic16_popGetLabel(rIfx->lbl->key)); pic16_emitpLabel(tmplbl->key); ifx->generated = 1; return 1; } break; } /* switch */ } /* if(!sign) */ } /* if(size==1) */ } /* */ rIfx->condition = cond_pre; return 0; } sdcc-2.9.0/src/pic16/genutils.h000066400000000000000000000040251116427777700161760ustar00rootroot00000000000000 /* ** $Id: genutils.h 4051 2006-03-06 08:27:52Z vrokas $ */ #ifndef __GENUTILS_H__ #define __GENUTILS_H__ #include "common.h" #if !defined(__BORLANDC__) && !defined(_MSC_VER) #define DEBUGpc(fmt,...) DEBUGpic16_emitcode("; =:=", "%s:%s:%d: " fmt, __FILE__, __FUNCTION__, __LINE__, ##__VA_ARGS__) #else #define DEBUGpc 1 ? (void)0 : printf #endif #define isAOP_LIT(x) (AOP_TYPE(x) == AOP_LIT) #define isAOP_REGlike(x) (AOP_TYPE(x) == AOP_REG || AOP_TYPE(x) == AOP_DIR || AOP_TYPE(x) == AOP_PCODE || AOP_TYPE(x) == AOP_STA) /* Resolved ifx structure. This structure stores information * about an iCode ifx that makes it easier to generate code. */ typedef struct resolvedIfx { symbol *lbl; /* pointer to a label */ int condition; /* true or false ifx */ int generated; /* set true when the code associated with the ifx * is generated */ } resolvedIfx; /* * The various GEN_xxxxx macros handle which functions * should be included in the gen.c source. We are going to use * our own functions here so, they must be commented out from * gen.c */ #define GEN_Not void pic16_genNot(iCode *ic); #define GEN_Cpl void pic16_genCpl(iCode *ic); /* * global function definitions */ void pic16_DumpValue(char *prefix, value *val); void pic16_DumpPcodeOp(char *prefix, pCodeOp *pcop); void pic16_DumpAop(char *prefix, asmop *aop); void pic16_DumpSymbol(char *prefix, symbol *sym); void pic16_DumpOp(char *prefix, operand *op); void pic16_DumpOpX(FILE *fp, char *prefix, operand *op); pCodeOp *pic16_popGetWithString(char *str); void pic16_callGenericPointerRW(int rw, int size); void gpsimio2_pcop(pCodeOp *pcop); void gpsimio2_lit(unsigned char lit); void gpsimDebug_StackDump(char *fname, int line, char *info); int pic16_genCmp_special(operand *left, operand *right, operand *result, iCode *ifx, resolvedIfx *rIfx, int sign); #ifndef debugf #define debugf(frm, rest) _debugf(__FILE__, __LINE__, frm, rest) #endif void _debugf(char *f, int l, char *frm, ...); #endif /* __GENUTILS_H__ */ sdcc-2.9.0/src/pic16/glue.c000066400000000000000000001716121116427777700153020ustar00rootroot00000000000000/*------------------------------------------------------------------------- glue.c - glues everything we have done together into one file. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "../common.h" #include #include "ralloc.h" #include "pcode.h" #include "newalloc.h" #include "gen.h" #include "device.h" #include "main.h" #include "dbuf_string.h" #include extern symbol *interrupts[256]; void pic16_printIval (symbol * sym, sym_link * type, initList * ilist, char ptype, void *p); extern int noAlloc; extern set *publics; extern set *externs; extern unsigned maxInterrupts; extern symbol *mainf; extern char *VersionString; extern struct dbuf_s *codeOutBuf; extern char *iComments1; extern char *iComments2; extern int initsfpnt; extern unsigned long pFile_isize; extern unsigned long pic16_countInstructions(); set *pic16_localFunctions = NULL; set *rel_idataSymSet = NULL; set *fix_idataSymSet = NULL; extern void pic16_AnalyzeBanking (void); extern void pic16_OptimizeJumps (void); extern void pic16_OptimizeBanksel (void); extern void pic16_InlinepCode (void); extern void pic16_writeUsedRegs (FILE *); extern void initialComments (FILE * afile); extern void printPublics (FILE * afile); void pic16_pCodeInitRegisters (void); pCodeOp *pic16_popCopyReg (pCodeOpReg *pc); extern void pic16_pCodeConstString (char *name, char *value, unsigned length); /*-----------------------------------------------------------------*/ /* aopLiteral - string from a literal value */ /*-----------------------------------------------------------------*/ unsigned int pic16aopLiteral (value *val, int offset) { union { float f; unsigned char c[4]; } fl; /* if it is a float then it gets tricky */ /* otherwise it is fairly simple */ if (!(IS_FLOAT(val->type) || IS_FIXED(val->type))) { unsigned long v = ulFromVal (val); return ( (v >> (offset * 8)) & 0xff); } if(IS_FIXED16X16(val->type)) { unsigned long v = (unsigned long)fixed16x16FromDouble( floatFromVal( val ) ); return ( (v >> (offset * 8)) & 0xff); } /* it is type float */ fl.f = (float) floatFromVal(val); #ifdef WORDS_BIGENDIAN return fl.c[3-offset]; #else return fl.c[offset]; #endif } iCode *tic; symbol *nsym; char tbuffer[512], *tbuf=tbuffer;; /*-----------------------------------------------------------------*/ /* emitRegularMap - emit code for maps with no special cases */ /*-----------------------------------------------------------------*/ static void pic16emitRegularMap (memmap * map, bool addPublics, bool arFlag) { symbol *sym; // int i, size, bitvars = 0;; // fprintf(stderr, "%s:%d map name= %s\n", __FUNCTION__, __LINE__, map->sname); if(addPublics) dbuf_printf (&map->oBuf, ";\t.area\t%s\n", map->sname); /* print the area name */ for (sym = setFirstItem (map->syms); sym; sym = setNextItem (map->syms)) { #if 0 fprintf(stderr, "%s\t%s: sym: %s\tused: %d\textern: %d\tstatic: %d\taggregate: %d\tregister: 0x%x\tfunction: %d\n", __FUNCTION__, map->sname, sym->name, sym->used, IS_EXTERN(sym->etype), IS_STATIC(sym->etype), IS_AGGREGATE(sym->type), (SPEC_SCLS(sym->etype) == S_REGISTER), IS_FUNC(sym->type)); printTypeChain( sym->type, stderr ); fprintf(stderr, "\n"); #endif /* if extern then add to externs */ if (IS_EXTERN (sym->etype)) { /* reduce overhead while linking by not declaring * extern unused external functions (usually declared * in header files) */ if(IS_FUNC(sym->type) && !sym->used)continue; /* make sure symbol is not in publics section */ if(!checkSym(publics, sym)) checkAddSym(&externs, sym); continue; } /* if allocation required check is needed * then check if the symbol really requires * allocation only for local variables */ if (arFlag && !IS_AGGREGATE (sym->type) && !(sym->_isparm && !IS_REGPARM (sym->etype)) && !sym->allocreq && sym->level) { // fprintf(stderr, "%s:%d special case, continuing...\n", __FILE__, __LINE__); continue; } /* if global variable & not static or extern * and addPublics allowed then add it to the public set */ if ((sym->used) && (sym->level == 0 || (sym->_isparm && !IS_REGPARM (sym->etype))) && addPublics && !IS_STATIC (sym->etype) && !IS_FUNC(sym->type)) { checkAddSym(&publics, sym); } else /* new version */ if(IS_STATIC(sym->etype) && !sym->ival) /* && !sym->level*/ { regs *reg; sectSym *ssym; int found=0; // debugf("adding symbol %s\n", sym->name); #define SET_IMPLICIT 1 #if SET_IMPLICIT if(IS_STRUCT(sym->type)) sym->implicit = 1; #endif reg = pic16_allocDirReg( operandFromSymbol( sym )); if(reg) { for(ssym=setFirstItem(sectSyms); ssym; ssym=setNextItem(sectSyms)) { if(!strcmp(ssym->name, reg->name))found=1; } if(!found) checkAddReg(&pic16_rel_udata, reg); #if 0 else debugf("Did find %s in pic16_rel_udata already. Check!\n", reg->name); // checkAddSym(&publics, sym); #endif } } /* if extern then do nothing or is a function * then do nothing */ if (IS_FUNC (sym->type) && !IS_STATIC(sym->etype)) { if(SPEC_OCLS(sym->etype) == code) { // fprintf(stderr, "%s:%d: symbol added: %s\n", __FILE__, __LINE__, sym->rname); checkAddSym(&publics, sym); } continue; } /* if is has an absolute address then generate an equate for this no need to allocate space */ if (SPEC_ABSA (sym->etype)) { // fprintf (stderr,"; %s == 0x%04x\t\treqv= %p nRegs= %d\n", // sym->name, SPEC_ADDR (sym->etype), sym->reqv, sym->regType); dbuf_printf (&map->oBuf, "%s\tEQU\t0x%04x\n", sym->rname, SPEC_ADDR (sym->etype)); /* emit only if it is global */ if(sym->level == 0) { regs *reg; reg = pic16_dirregWithName( sym->name ); if(!reg) { /* here */ // fprintf(stderr, "%s:%d: implicit add of symbol = %s\n", // __FUNCTION__, __LINE__, sym->name); /* if IS_STRUCT is omitted the following * fixes structures but break char/int etc */ #if SET_IMPLICIT if(IS_STRUCT(sym->type)) sym->implicit = 1; // mark as implicit #endif if(!sym->ival) { reg = pic16_allocDirReg( operandFromSymbol(sym) ); if(reg) { if(checkAddReg(&pic16_fix_udata, reg)) { /* and add to globals list if not exist */ addSet(&publics, sym); } } } else addSet(&publics, sym); } } } else { if(!sym->used && (sym->level == 0)) { regs *reg; /* symbol not used, just declared probably, but its in * level 0, so we must declare it fine as global */ // fprintf(stderr, "EXTRA symbol declaration sym= %s\n", sym->name); #if SET_IMPLICIT if(IS_STRUCT(sym->type)) sym->implicit = 1; // mark as implicit #endif if(!sym->ival) { if(IS_AGGREGATE(sym->type)) { reg=pic16_allocRegByName(sym->rname, getSize( sym->type ), NULL); } else { reg = pic16_allocDirReg( operandFromSymbol( sym ) ); } { sectSym *ssym; int found=0; #if 0 fprintf(stderr, "%s:%d sym->rname: %s reg: %p reg->name: %s\n", __FILE__, __LINE__, sym->rname, reg, (reg?reg->name:"<>")); #endif if(reg) { for(ssym=setFirstItem(sectSyms); ssym; ssym=setNextItem(sectSyms)) { if(!strcmp(ssym->name, reg->name))found=1; } if(!found) if(checkAddReg(&pic16_rel_udata, reg)) { addSetHead(&publics, sym); } } } } else addSetHead(&publics, sym); } #if 0 /* allocate space */ /* If this is a bit variable, then allocate storage after 8 bits have been declared */ /* unlike the 8051, the pic does not have a separate bit area. So we emulate bit ram */ /* by grouping the bits together into groups of 8 and storing them in the normal ram. */ if (IS_BITVAR (sym->etype)) { bitvars++; } else { dbuf_printf (map->oBuf, "\t%s\n", sym->rname); if ((size = (unsigned int) getSize (sym->type) & 0xffff) > 1) { for (i = 1; i < size; i++) dbuf_printf (map->oBuf, "\t%s_%d\n", sym->rname, i); } } dbuf_printf (map->oBuf, "\t.ds\t0x%04x\n", (unsigned int)getSize (sym->type) & 0xffff); #endif } /* FIXME -- VR Fix the following, so that syms to be placed * in the idata section and let linker decide about their fate */ /* if it has an initial value then do it only if it is a global variable */ if (sym->ival && ((sym->level == 0) || IS_STATIC(sym->etype)) ) { ast *ival = NULL; #if 0 if(SPEC_OCLS(sym->etype)==data) { fprintf(stderr, "%s: sym %s placed in data segment\n", map->sname, sym->name); } if(SPEC_OCLS(sym->etype)==code) { fprintf(stderr, "%s: sym %s placed in code segment\n", map->sname, sym->name); } #endif #if 0 fprintf(stderr, "'%s': sym '%s' has initial value SPEC_ABSA: %d, IS_AGGREGATE: %d\n", map->sname, sym->name, SPEC_ABSA(sym->etype), IS_AGGREGATE(sym->type)); #endif if (IS_AGGREGATE (sym->type)) { if(SPEC_ABSA(sym->etype)) addSet(&fix_idataSymSet, copySymbol(sym)); else addSet(&rel_idataSymSet, copySymbol(sym)); // ival = initAggregates (sym, sym->ival, NULL); } else { if(SPEC_ABSA(sym->etype)) addSet(&fix_idataSymSet, copySymbol(sym)); else addSet(&rel_idataSymSet, copySymbol(sym)); // ival = newNode ('=', newAst_VALUE(symbolVal (sym)), // decorateType (resolveSymbols (list2expr (sym->ival)), RESULT_TYPE_NONE)); } if(ival) { setAstFileLine (ival, sym->fileDef, sym->lineDef); codeOutBuf = &statsg->oBuf; GcurMemmap = statsg; eBBlockFromiCode (iCodeFromAst (ival)); sym->ival = NULL; } } } } /*-----------------------------------------------------------------*/ /* pic16_initPointer - pointer initialization code massaging */ /*-----------------------------------------------------------------*/ static value * pic16_initPointer (initList * ilist, sym_link *toType) { value *val; ast *expr; if (!ilist) { return valCastLiteral(toType, 0.0); } expr = decorateType(resolveSymbols( list2expr (ilist) ), FALSE); // expr = list2expr( ilist ); if (!expr) goto wrong; /* try it the old way first */ if (expr->etype && (val = constExprValue (expr, FALSE))) return val; /* ( ptr + constant ) */ if (IS_AST_OP (expr) && (expr->opval.op == '+' || expr->opval.op == '-') && IS_AST_SYM_VALUE (expr->left) && (IS_ARRAY(expr->left->ftype) || IS_PTR(expr->left->ftype)) && compareType(toType, expr->left->ftype) && IS_AST_LIT_VALUE (expr->right)) { return valForCastAggr (expr->left, expr->left->ftype, expr->right, expr->opval.op); } /* (char *)&a */ if (IS_AST_OP(expr) && expr->opval.op==CAST && IS_AST_OP(expr->right) && expr->right->opval.op=='&') { if (compareType(toType, expr->left->ftype)!=1) { werror (W_INIT_WRONG); printFromToType(expr->left->ftype, toType); } // skip the cast ??? expr=expr->right; } /* no then we have to do these cludgy checks */ /* pointers can be initialized with address of a variable or address of an array element */ if (IS_AST_OP (expr) && expr->opval.op == '&') { /* address of symbol */ if (IS_AST_SYM_VALUE (expr->left) && expr->left->etype) { val = AST_VALUE (expr->left); val->type = newLink (DECLARATOR); if(SPEC_SCLS (expr->left->etype) == S_CODE) { DCL_TYPE (val->type) = CPOINTER; DCL_PTR_CONST (val->type) = port->mem.code_ro; } else if (SPEC_SCLS (expr->left->etype) == S_XDATA) DCL_TYPE (val->type) = FPOINTER; else if (SPEC_SCLS (expr->left->etype) == S_XSTACK) DCL_TYPE (val->type) = PPOINTER; else if (SPEC_SCLS (expr->left->etype) == S_IDATA) DCL_TYPE (val->type) = IPOINTER; else if (SPEC_SCLS (expr->left->etype) == S_EEPROM) DCL_TYPE (val->type) = EEPPOINTER; else DCL_TYPE (val->type) = POINTER; val->type->next = expr->left->ftype; val->etype = getSpec (val->type); return val; } /* if address of indexed array */ if (IS_AST_OP (expr->left) && expr->left->opval.op == '[') return valForArray (expr->left); /* if address of structure element then case 1. a.b ; */ if (IS_AST_OP (expr->left) && expr->left->opval.op == '.') { return valForStructElem (expr->left->left, expr->left->right); } /* case 2. (&a)->b ; (&some_struct)->element */ if (IS_AST_OP (expr->left) && expr->left->opval.op == PTR_OP && IS_ADDRESS_OF_OP (expr->left->left)) { return valForStructElem (expr->left->left->left, expr->left->right); } } /* case 3. (((char *) &a) +/- constant) */ if (IS_AST_OP (expr) && (expr->opval.op == '+' || expr->opval.op == '-') && IS_AST_OP (expr->left) && expr->left->opval.op == CAST && IS_AST_OP (expr->left->right) && expr->left->right->opval.op == '&' && IS_AST_LIT_VALUE (expr->right)) { return valForCastAggr (expr->left->right->left, expr->left->left->opval.lnk, expr->right, expr->opval.op); } /* case 4. (char *)(array type) */ if (IS_CAST_OP(expr) && IS_AST_SYM_VALUE (expr->right) && IS_ARRAY(expr->right->ftype)) { val = copyValue (AST_VALUE (expr->right)); val->type = newLink (DECLARATOR); if (SPEC_SCLS (expr->right->etype) == S_CODE) { DCL_TYPE (val->type) = CPOINTER; DCL_PTR_CONST (val->type) = port->mem.code_ro; } else if (SPEC_SCLS (expr->right->etype) == S_XDATA) DCL_TYPE (val->type) = FPOINTER; else if (SPEC_SCLS (expr->right->etype) == S_XSTACK) DCL_TYPE (val->type) = PPOINTER; else if (SPEC_SCLS (expr->right->etype) == S_IDATA) DCL_TYPE (val->type) = IPOINTER; else if (SPEC_SCLS (expr->right->etype) == S_EEPROM) DCL_TYPE (val->type) = EEPPOINTER; else DCL_TYPE (val->type) = POINTER; val->type->next = expr->right->ftype->next; val->etype = getSpec (val->type); return val; } wrong: if (expr) werrorfl (expr->filename, expr->lineno, E_INCOMPAT_PTYPES); else werror (E_INCOMPAT_PTYPES); return NULL; } /*-----------------------------------------------------------------*/ /* printPointerType - generates ival for pointer type */ /*-----------------------------------------------------------------*/ static void _pic16_printPointerType (const char *name, char ptype, void *p) { char buf[256]; sprintf (buf, "LOW(%s)", name); pic16_emitDS (buf, ptype, p); sprintf (buf, "HIGH(%s)", name); pic16_emitDS (buf, ptype, p); } /*-----------------------------------------------------------------*/ /* printPointerType - generates ival for pointer type */ /*-----------------------------------------------------------------*/ static void pic16_printPointerType (const char *name, char ptype, void *p) { _pic16_printPointerType (name, ptype, p); //pic16_flushDB(ptype, p); /* breaks char* const arr[] = {&c, &c, &c}; */ } /*-----------------------------------------------------------------*/ /* printGPointerType - generates ival for generic pointer type */ /*-----------------------------------------------------------------*/ static void pic16_printGPointerType (const char *iname, const unsigned int itype, char ptype, void *p) { char buf[256]; _pic16_printPointerType (iname, ptype, p); switch (itype) { case CPOINTER: /* fall through */ case FUNCTION: /* fall through */ case GPOINTER: /* GPTRs pointing to __data space should be reported as POINTERs */ sprintf (buf, "UPPER(%s)", iname); pic16_emitDS (buf, ptype, p); break; case POINTER: /* fall through */ case FPOINTER: /* fall through */ case IPOINTER: /* fall through */ case PPOINTER: /* __data space */ sprintf (buf, "0x%02x", GPTR_TAG_DATA); pic16_emitDS (buf, ptype, p); break; default: debugf ("itype = %d\n", itype ); assert (0); } if (itype == GPOINTER) { fprintf(stderr, "%s: initialized generic pointer with unknown storage class assumes object in code space\n", __func__); } //pic16_flushDB(ptype, p); /* might break char* const arr[] = {...}; */ } /* set to 0 to disable debug messages */ #define DEBUG_PRINTIVAL 0 /*-----------------------------------------------------------------*/ /* pic16_printIvalType - generates ival for int/char */ /*-----------------------------------------------------------------*/ static void pic16_printIvalType (symbol *sym, sym_link * type, initList * ilist, char ptype, void *p) { value *val; int i; // fprintf(stderr, "%s for symbol %s\n",__FUNCTION__, sym->rname); #if DEBUG_PRINTIVAL fprintf(stderr, "%s\n",__FUNCTION__); #endif /* if initList is deep */ if (ilist && ilist->type == INIT_DEEP) ilist = ilist->init.deep; if (!IS_AGGREGATE(sym->type) && getNelements(type, ilist)>1) { werror (W_EXCESS_INITIALIZERS, "scalar", sym->name, sym->lineDef); } if (!(val = list2val (ilist))) { // assuming a warning has been thrown val = constCharVal (0); } if (val->type != type) { val = valCastLiteral(type, floatFromVal(val)); } for (i = 0; i < getSize (type); i++) { pic16_emitDB(pic16aopLiteral(val, i), ptype, p); } // for } /*--------------------------------------------------------------------*/ /* pic16_printIvalChar - generates initital value for character array */ /*--------------------------------------------------------------------*/ static int pic16_printIvalChar (symbol *sym, sym_link * type, initList * ilist, char *s, char ptype, void *p) { value *val; int remain, len, ilen; if(!p) return 0; #if DEBUG_PRINTIVAL fprintf(stderr, "%s\n",__FUNCTION__); #endif if(!s) { val = list2val (ilist); /* if the value is a character string */ if(IS_ARRAY (val->type) && IS_CHAR (val->etype)) { /* length of initializer string (might contain \0, so do not use strlen) */ ilen = DCL_ELEM(val->type); #if 0 /* This causes structflexarray.c to fail. */ if(!DCL_ELEM (type)) DCL_ELEM (type) = ilen; #endif /* len is 0 if declartion equals initializer, * >0 if declaration greater than initializer * <0 if declaration less than initializer * Strategy: if >0 emit 0x00 for the rest of the length, * if <0 then emit only the length of declaration elements * and warn user */ len = DCL_ELEM (type) - ilen; // fprintf(stderr, "%s:%d ilen = %i len = %i DCL_ELEM(type) = %i SPEC_CVAL-len = %i\n", __FILE__, __LINE__, // ilen, len, DCL_ELEM(type), strlen(SPEC_CVAL(val->etype).v_char)); if(len >= 0) { /* emit initializer */ for(remain=0; remainetype).v_char[ remain ], ptype, p); } // for /* fill array with 0x00 */ while(len--) { pic16_emitDB(0x00, ptype, p); } // while } else if (!DCL_ELEM (type)) { // flexible arrays: char str[] = "something"; */ for(remain=0; remainetype).v_char[ remain ], ptype, p); } // for } else { werror (W_EXCESS_INITIALIZERS, "array of chars", sym->name, sym->lineDef); for(remain=0; remainetype).v_char[ remain ], ptype, p); } // for } // if // if((remain = (DCL_ELEM (type) - strlen (SPEC_CVAL (val->etype).v_char) - 1)) > 0) { // } return 1; } else return 0; } else { for(remain=0; remainnext) && ilist) { if (!IS_LITERAL(list2val(ilist)->etype)) { werror (W_INIT_WRONG); return; } if(pic16_printIvalChar (sym, type, (ilist->type == INIT_DEEP ? ilist->init.deep : ilist), SPEC_CVAL (sym->etype).v_char, ptype, p)) return; } /* not the special case */ if (ilist && ilist->type != INIT_DEEP) { werror (E_INIT_STRUCT, sym->name); return; } iloop = (ilist ? ilist->init.deep : NULL); lcnt = DCL_ELEM (type); for (;;) { size++; pic16_printIval (sym, type->next, iloop, ptype, p); iloop = (iloop ? iloop->next : NULL); /* if not array limits given & we */ /* are out of initialisers then */ if (!DCL_ELEM (type) && !iloop) break; /* no of elements given and we */ /* have generated for all of them */ if (!--lcnt) { /* if initializers left */ if (iloop) { werror (W_EXCESS_INITIALIZERS, "array", sym->name, sym->lineDef); } break; } } #if 0 /* This causes bug #1843745. */ /* if we have not been given a size */ if (!DCL_ELEM (type)) DCL_ELEM (type) = size; #endif return; } /*-----------------------------------------------------------------*/ /* pic16_printIvalBitFields - generate initializer for bitfields */ /*-----------------------------------------------------------------*/ static void pic16_printIvalBitFields (symbol **sym, initList **ilist, char ptype, void *p) { symbol *lsym = *sym; initList *lilist = *ilist; unsigned long ival = 0; int size = 0; unsigned long i; #if DEBUG_PRINTIVAL fprintf(stderr, "%s\n",__FUNCTION__); #endif while (lsym) { if (0 == SPEC_BLEN (lsym->etype)) { /* bit-field structure member with a width of 0 */ lsym = lsym->next; break; } else if (!SPEC_BUNNAMED (lsym->etype)) { /* not an unnamed bit-field structure member */ value *val = list2val (lilist); int bit_length = SPEC_BLEN (lsym->etype); if (size) { if (bit_length > 8) size += (bit_length + 7) / 8; } else size = (bit_length + 7) / 8; ival |= (ulFromVal (val) & ((1ul << bit_length) - 1ul)) << SPEC_BSTR (lsym->etype); lilist = (lilist ? lilist->next : NULL); } lsym = lsym->next; } for (i = 0; i < size; i++) pic16_emitDB (BYTE_IN_LONG (ival, i), ptype, p); *sym = lsym; *ilist = lilist; } /*-----------------------------------------------------------------*/ /* printIvalStruct - generates initial value for structures */ /*-----------------------------------------------------------------*/ static void pic16_printIvalStruct (symbol * sym, sym_link * type, initList * ilist, char ptype, void *p) { symbol *sflds; initList *iloop = NULL; #if DEBUG_PRINTIVAL fprintf(stderr, "%s\n",__FUNCTION__); #endif sflds = SPEC_STRUCT (type)->fields; if (ilist) { if (ilist->type != INIT_DEEP) { werrorfl (sym->fileDef, sym->lineDef, E_INIT_STRUCT, sym->name); return; } iloop = ilist->init.deep; } while (sflds) { // fprintf(stderr, "%s:%d sflds: %p\tiloop = %p\n", __FILE__, __LINE__, sflds, iloop); if (IS_BITFIELD (sflds->type)) { pic16_printIvalBitFields (&sflds, &iloop, ptype, p); } else { pic16_printIval (sym, sflds->type, iloop, ptype, p); sflds = sflds->next; iloop = iloop ? iloop->next : NULL; } } if (iloop) werrorfl (sym->fileDef, sym->lineDef, W_EXCESS_INITIALIZERS, "struct", sym->name); } /*-----------------------------------------------------------------*/ /* printIvalUnion - generates initial value for unions */ /*-----------------------------------------------------------------*/ static void pic16_printIvalUnion (symbol * sym, sym_link * type, initList * ilist, char ptype, void *p) { //symbol *sflds; initList *iloop = NULL; int size; symbol *sflds = NULL; #if DEBUG_PRINTIVAL fprintf(stderr, "%s\n",__FUNCTION__); #endif assert (type); sflds = SPEC_STRUCT (type)->fields; if (ilist) { if (ilist->type != INIT_DEEP) { werrorfl (sym->fileDef, sym->lineDef, E_INIT_STRUCT, sym->name); return; } iloop = ilist->init.deep; } size = SPEC_STRUCT(type)->size; sflds = SPEC_STRUCT(type)->fields; pic16_printIval (sym, sflds->type, iloop, ptype, p); /* if the first field is not the longest, fill with 0s */ while (size > getSize (sflds->type)) { pic16_emitDB(0, ptype, p); size--; } // while } static int pic16_isUnion( symbol *sym, sym_link *type ) { if (type && SPEC_STRUCT(type)->type == UNION) return 1; return 0; } /*--------------------------------------------------------------------------*/ /* pic16_printIvalCharPtr - generates initial values for character pointers */ /*--------------------------------------------------------------------------*/ static int pic16_printIvalCharPtr (symbol * sym, sym_link * type, value * val, char ptype, void *p) { int size = 0; int i; /* PENDING: this is _very_ mcs51 specific, including a magic number... It's also endin specific. VR - Attempting to port this function to pic16 port - 8-Jun-2004 */ #if DEBUG_PRINTIVAL fprintf(stderr, "%s\n",__FUNCTION__); #endif size = getSize (type); if (val->name && strlen (val->name)) { if (size == 1) /* This appears to be Z80 specific?? */ { pic16_emitDS(val->name, ptype, p); } else if (size == 2) { pic16_printPointerType (val->name, ptype, p); } else if (size == 3) { int type; type = PTR_TYPE (SPEC_OCLS (val->etype)); if (val->sym && val->sym->isstrlit) { // this is a literal string type = CPOINTER; } pic16_printGPointerType(val->name, type, ptype, p); } else { fprintf (stderr, "*** internal error: unknown size in " "printIvalCharPtr.\n"); assert(0); } } else { // these are literals assigned to pointers for (i = 0; i < size; i++) { pic16_emitDB(pic16aopLiteral(val, i), ptype, p); } // for } if (val->sym && val->sym->isstrlit) { // && !isinSet(statsg->syms, val->sym)) { if(ptype == 'p' && !isinSet(statsg->syms, val->sym))addSet (&statsg->syms, val->sym); else if(ptype == 'f' /*&& !isinSet(rel_idataSymSet, val->sym)*/)addSet(&rel_idataSymSet, val->sym); } return 1; } /*-----------------------------------------------------------------------*/ /* pic16_printIvalFuncPtr - generate initial value for function pointers */ /*-----------------------------------------------------------------------*/ static void pic16_printIvalFuncPtr (sym_link * type, initList * ilist, char ptype, void *p) { value *val; int dLvl = 0; #if DEBUG_PRINTIVAL fprintf(stderr, "%s\n",__FUNCTION__); #endif if (ilist) val = list2val (ilist); else val = valCastLiteral(type, 0.0); if (!val) { // an error has been thrown already val = constCharVal (0); } if (IS_LITERAL(val->etype)) { if (0 && compareType(type, val->etype) == 0) { werrorfl (ilist->filename, ilist->lineno, E_INCOMPAT_TYPES); printFromToType (val->type, type); } pic16_printIvalCharPtr (NULL, type, val, ptype, p); return; } /* check the types */ if ((dLvl = compareType (val->type, type->next)) <= 0) { pic16_emitDB(0x00, ptype, p); return; } /* now generate the name */ if (!val->sym) { pic16_printGPointerType (val->name, CPOINTER /*DCL_TYPE(val->type)*/, ptype, p); } else { pic16_printGPointerType (val->sym->rname, CPOINTER /*DCL_TYPE(val->type)*/, ptype, p); if(IS_FUNC(val->sym->type) && !val->sym->used && !IS_STATIC(val->sym->etype)) { if(!checkSym(publics, val->sym)) if(checkAddSym(&externs, val->sym) && (ptype == 'f')) { /* this has not been declared as extern * so declare it as a 'late extern' just after the symbol */ fprintf((FILE *)p, ";\tdeclare symbol as extern\n"); fprintf((FILE *)p, "\textern\t%s\n", val->sym->rname); fprintf((FILE *)p, ";\tcontinue variable declaration\n"); } } } return; } /*-----------------------------------------------------------------*/ /* pic16_printIvalPtr - generates initial value for pointers */ /*-----------------------------------------------------------------*/ static void pic16_printIvalPtr (symbol * sym, sym_link * type, initList * ilist, char ptype, void *p) { value *val; int size; int i; #if 0 fprintf(stderr, "%s:%d initialising pointer: %s size: %d\n", __FILE__, __LINE__, sym->rname, getSize(sym->type)); #endif /* if deep then */ if (ilist && (ilist->type == INIT_DEEP)) ilist = ilist->init.deep; /* function pointer */ if (IS_FUNC (type->next)) { pic16_printIvalFuncPtr (type, ilist, ptype, p); return; } if (!(val = pic16_initPointer (ilist, type))) return; /* if character pointer */ if (IS_CHAR (type->next)) if (pic16_printIvalCharPtr (sym, type, val, ptype, p)) return; /* check the type */ if (compareType (type, val->type) == 0) { werrorfl (ilist->filename, ilist->lineno, W_INIT_WRONG); printFromToType (val->type, type); } size = getSize (type); /* if val is literal */ if (IS_LITERAL (val->etype)) { for (i = 0; i < size; i++) { pic16_emitDB(pic16aopLiteral(val, i), ptype, p); } // for return; } if (size == 1) /* Z80 specific?? */ { pic16_emitDS(val->name, ptype, p); } else if (size == 2) { pic16_printPointerType (val->name, ptype, p); } else if (size == 3) { int itype = 0; itype = PTR_TYPE (SPEC_OCLS (val->etype)); pic16_printGPointerType (val->name, itype, ptype, p); } else { assert(0); } } /*-----------------------------------------------------------------*/ /* pic16_printIval - generates code for initial value */ /*-----------------------------------------------------------------*/ void pic16_printIval (symbol * sym, sym_link * type, initList * ilist, char ptype, void *p) { // sym_link *itype; if (!p) return; #if 0 fprintf(stderr, "%s:%d generating init for %s\n", __FILE__, __LINE__, sym->name); fprintf(stderr, "%s: IS_STRUCT: %d IS_ARRAY: %d IS_PTR: %d IS_SPEC: %d\n", sym->name, IS_STRUCT(type), IS_ARRAY(type), IS_PTR(type), IS_SPEC(type)); #endif /* if structure then */ if (IS_STRUCT (type)) { if (pic16_isUnion(sym, type)) { //fprintf(stderr,"%s union\n",__FUNCTION__); pic16_printIvalUnion (sym, type, ilist, ptype, p); } else { //fprintf(stderr,"%s struct\n",__FUNCTION__); pic16_printIvalStruct (sym, type, ilist, ptype, p); } return; } /* if this is an array */ if (IS_ARRAY (type)) { // fprintf(stderr,"%s array\n",__FUNCTION__); pic16_printIvalArray (sym, type, ilist, ptype, p); return; } #if 0 if (ilist) { // not an aggregate, ilist must be a node if (ilist->type!=INIT_NODE) { // or a 1-element list if (ilist->init.deep->next) { werrorfl (sym->fileDef, sym->lineDef, W_EXCESS_INITIALIZERS, "scalar", sym->name); } else { ilist=ilist->init.deep; } } #if 0 // and the type must match itype=ilist->init.node->ftype; if (compareType(type, itype)==0) { // special case for literal strings if (IS_ARRAY (itype) && IS_CHAR (getSpec(itype)) && // which are really code pointers IS_PTR(type) && DCL_TYPE(type)==CPOINTER) { // no sweat } else { // werrorfl (ilist->filename, ilist->lineno, E_TYPE_MISMATCH, "assignment", " "); // printFromToType(itype, type); } } #endif } #endif /* if this is a pointer */ if (IS_PTR (type)) { // fprintf(stderr,"%s pointer\n",__FUNCTION__); pic16_printIvalPtr (sym, type, ilist, ptype, p); return; } /* if type is SPECIFIER */ if (IS_SPEC (type)) { // fprintf(stderr,"%s spec\n",__FUNCTION__); pic16_printIvalType (sym, type, ilist, ptype, p); return; } } static int PIC16_IS_CONFIG_ADDRESS(int address) { return ((address >= pic16->cwInfo.confAddrStart && address <= pic16->cwInfo.confAddrEnd)); } static int PIC16_IS_IDLOC_ADDRESS(int address) { return ((address >= pic16->idInfo.idAddrStart && address <= pic16->idInfo.idAddrEnd)); } /*-----------------------------------------------------------------*/ /* emitStaticSeg - emitcode for the static segment */ /*-----------------------------------------------------------------*/ static void pic16emitStaticSeg (memmap * map) { symbol *sym; static int didcode = 0; //fprintf(stderr, "%s\n",__FUNCTION__); pic16_initDB (); /* for all variables in this segment do */ for (sym = setFirstItem (map->syms); sym; sym = setNextItem (map->syms)) { #if 0 fprintf (stderr, "%s\t%s: sym: %s\tused: %d\tSPEC_ABSA: %d\tSPEC_AGGREGATE: %d\tCODE: %d\n\ CODESPACE: %d\tCONST: %d\tPTRCONST: %d\tSPEC_CONST: %d\n", __FUNCTION__, map->sname, sym->name, sym->used, SPEC_ABSA (sym->etype), IS_AGGREGATE (sym->type), IS_CODE (sym->etype), IN_CODESPACE (SPEC_OCLS (sym->etype)), IS_CONSTANT (sym->etype), IS_PTR_CONST (sym->etype), SPEC_CONST (sym->etype)); printTypeChain (sym->type, stderr); fprintf (stderr, "\n"); #endif if (SPEC_ABSA (sym->etype) && PIC16_IS_CONFIG_ADDRESS (SPEC_ADDR (sym->etype))) { pic16_assignConfigWordValue (SPEC_ADDR (sym->etype), (int) ulFromVal (list2val (sym->ival))); continue; } if (SPEC_ABSA (sym->etype) && PIC16_IS_IDLOC_ADDRESS (SPEC_ADDR (sym->etype))) { pic16_assignIdByteValue (SPEC_ADDR (sym->etype), (char) ulFromVal (list2val (sym->ival))); continue; } /* if it is "extern" then do nothing */ if (IS_EXTERN (sym->etype) /* && !SPEC_ABSA(sym->etype) */ ) { checkAddSym (&externs, sym); continue; } /* if it is not static add it to the public table */ if (!IS_STATIC (sym->etype)) { /* do not emit if it is a config word declaration */ checkAddSym (&publics, sym); } /* print extra debug info if required */ if (options.debug || sym->level == 0) { /* NOTE to me - cdbFile may be null in which case, * the sym name will be printed to stdout. oh well */ debugFile->writeSymbol (sym); } /* if it has an absolute address */ if (SPEC_ABSA (sym->etype)) { // fprintf(stderr, "%s:%d spec_absa is true for symbol: %s\n", // __FILE__, __LINE__, sym->name); if (!sym->ival && IS_ARRAY (sym->type) && IS_CHAR (sym->type->next) && SPEC_CVAL (sym->etype).v_char) { /* symbol has absolute address but no initial value */ /* special case for character strings */ // fprintf(stderr, "%s:%d printing code string from %s\n", __FILE__, __LINE__, sym->rname); pic16_pCodeConstString (sym->rname, SPEC_CVAL (sym->etype).v_char, getSize (sym->type)); } else { pBlock *pb; symbol *asym; absSym *abSym; pCode *pcf; /* symbol has absolute address and initial value */ ++noAlloc; resolveIvalSym (sym->ival, sym->type); asym = newSymbol (sym->rname, 0); abSym = Safe_calloc (1, sizeof (absSym)); strcpy (abSym->name, sym->rname); abSym->address = SPEC_ADDR (sym->etype); addSet (&absSymSet, abSym); pb = pic16_newpCodeChain (NULL, 'A', pic16_newpCodeCharP ("; Starting pCode block for absolute Ival")); pic16_addpBlock (pb); pcf = pic16_newpCodeFunction (moduleName, asym->name); PCF (pcf)->absblock = 1; pic16_addpCode2pBlock (pb, pcf); pic16_addpCode2pBlock (pb, pic16_newpCodeLabel (sym->rname, -1)); //fprintf(stderr, "%s:%d [1] generating init for label: %s\n", __FILE__, __LINE__, sym->rname); /* if it has an initial value */ if (sym->ival) { pic16_printIval (sym, sym->type, sym->ival, 'p', (void *) pb); pic16_flushDB ('p', (void *) pb); } pic16_addpCode2pBlock (pb, pic16_newpCodeFunction (NULL, NULL)); --noAlloc; } } else { // fprintf(stderr, "%s:%d spec_absa is false for symbol: %s\n", // __FILE__, __LINE__, sym->name); /* if it has an initial value */ if (sym->ival) { pBlock *pb; /* symbol doesn't have absolute address but has initial value */ dbuf_printf (&code->oBuf, "%s:\n", sym->rname); ++noAlloc; resolveIvalSym (sym->ival, sym->type); pb = pic16_newpCodeChain (NULL, 'P', pic16_newpCodeCharP ("; Starting pCode block for Ival")); pic16_addpBlock (pb); if (!didcode) { /* make sure that 'code' directive is emitted before, once */ pic16_addpCode2pBlock (pb, pic16_newpCodeAsmDir ("code", NULL)); ++didcode; } pic16_addpCode2pBlock (pb, pic16_newpCodeLabel (sym->rname, -1)); //fprintf(stderr, "%s:%d [2] generating init for label: %s\n", __FILE__, __LINE__, sym->rname); pic16_printIval (sym, sym->type, sym->ival, 'p', (void *) pb); pic16_flushDB ('p', (void *) pb); --noAlloc; } else { /* symbol doesn't have absolute address and no initial value */ /* allocate space */ // fprintf(stderr, "%s:%d [3] generating init for label: %s\n", __FILE__, __LINE__, sym->rname); dbuf_printf (&code->oBuf, "%s:\n", sym->rname); /* special case for character strings */ if (IS_ARRAY (sym->type) && IS_CHAR (sym->type->next) && SPEC_CVAL (sym->etype).v_char) { // fprintf(stderr, "%s:%d printing code string for %s\n", __FILE__, __LINE__, sym->rname); pic16_pCodeConstString (sym->rname, SPEC_CVAL (sym->etype).v_char, getSize (sym->type)); } else { assert (0); } } } } } /*-----------------------------------------------------------------*/ /* pic16_emitConfigRegs - emits the configuration registers */ /*-----------------------------------------------------------------*/ void pic16_emitConfigRegs(FILE *of) { int i; for(i=0;i<=(pic16->cwInfo.confAddrEnd-pic16->cwInfo.confAddrStart);i++) if(pic16->cwInfo.crInfo[i].emit) //mask != -1) fprintf (of, "\t__config 0x%x, 0x%hhx\n", pic16->cwInfo.confAddrStart+i, pic16->cwInfo.crInfo[i].value); } void pic16_emitIDRegs(FILE *of) { int i; for(i=0;i<=(pic16->idInfo.idAddrEnd-pic16->idInfo.idAddrStart);i++) if(pic16->idInfo.irInfo[i].emit) fprintf (of, "\t__idlocs 0x%06x, 0x%hhx\n", pic16->idInfo.idAddrStart+i, pic16->idInfo.irInfo[i].value); } static void pic16emitMaps () { /* no special considerations for the following data, idata & bit & xdata */ pic16emitRegularMap (data, TRUE, TRUE); pic16emitRegularMap (idata, TRUE, TRUE); pic16emitRegularMap (bit, TRUE, FALSE); pic16emitRegularMap (xdata, TRUE, TRUE); pic16emitRegularMap (sfr, FALSE, FALSE); pic16emitRegularMap (sfrbit, FALSE, FALSE); pic16emitRegularMap (code, TRUE, FALSE); pic16emitStaticSeg (statsg); pic16emitStaticSeg (c_abs); } /*-----------------------------------------------------------------*/ /* createInterruptVect - creates the interrupt vector */ /*-----------------------------------------------------------------*/ static void pic16createInterruptVect (struct dbuf_s * vBuf) { /* if the main is only a prototype ie. no body then do nothing */ #if 0 if (!IFFUNC_HASBODY(mainf->type)) { /* if ! compile only then main function should be present */ if (!options.cc_only) werror (E_NO_MAIN); return; } #endif #if 0 if((!pic16_options.omit_ivt) || (pic16_options.omit_ivt && pic16_options.leave_reset)) { dbuf_printf (vBuf, ";\t.area\t%s\n", CODE_NAME); dbuf_printf (vBuf, ".intvecs\tcode\t0x%06x\n", pic16_options.ivt_loc); /* this is an overkill since WE are the port, * and we know if we have a genIVT function! */ if(port->genIVT) { port->genIVT(vFile, interrupts, maxInterrupts); } } #endif } /*-----------------------------------------------------------------*/ /* pic16initialComments - puts in some initial comments */ /*-----------------------------------------------------------------*/ static void pic16initialComments (FILE * afile) { initialComments (afile); fprintf (afile, "; PIC16 port for the Microchip 16-bit core micros\n"); if (pic16_options.xinst) { fprintf (afile, "; * Extended Instruction Set\n"); } // if if (pic16_mplab_comp) { fprintf(afile, "; * MPLAB/MPASM/MPASMWIN/MPLINK compatibility mode enabled\n"); } // if fprintf (afile, "%s", iComments2); if (options.debug) { fprintf (afile, "\n\t.ident \"SDCC version %s #%s [pic16 port]%s\"\n", SDCC_VERSION_STR, getBuildNumber(), (!pic16_options.xinst?"":" {extended}") ); } // if } int pic16_stringInSet(const char *str, set **world, int autoAdd) { char *s; if (!str) return 1; assert(world); for (s = setFirstItem(*world); s; s = setNextItem(*world)) { /* found in set */ if (0 == strcmp(s, str)) return 1; } /* not found */ if (autoAdd) addSet(world, Safe_strdup(str)); return 0; } static int pic16_emitSymbolIfNew(FILE *file, const char *fmt, const char *sym, int checkLocals) { static set *emitted = NULL; if (!pic16_stringInSet(sym, &emitted, 1)) { /* sym was not in emittedSymbols */ if (!checkLocals || !pic16_stringInSet(sym, &pic16_localFunctions, 0)) { /* sym is not a locally defined function---avoid bug #1443651 */ fprintf( file, fmt, sym ); return 0; } } return 1; } /*-----------------------------------------------------------------*/ /* printPublics - generates global declarations for publics */ /*-----------------------------------------------------------------*/ static void pic16printPublics (FILE *afile) { symbol *sym; fprintf (afile, "\n%s", iComments2); fprintf (afile, "; public variables in this module\n"); fprintf (afile, "%s", iComments2); for(sym = setFirstItem (publics); sym; sym = setNextItem (publics)) /* sanity check */ if(!IS_STATIC(sym->etype)) pic16_emitSymbolIfNew(afile, "\tglobal %s\n", sym->rname, 0); } /*-----------------------------------------------------------------*/ /* printExterns - generates extern declarations for externs */ /*-----------------------------------------------------------------*/ static void pic16_printExterns(FILE *afile) { symbol *sym; /* print nothing if no externs to declare */ if(!elementsInSet(externs) && !elementsInSet(pic16_builtin_functions)) return; fprintf(afile, "\n%s", iComments2); fprintf(afile, "; extern variables in this module\n"); fprintf(afile, "%s", iComments2); for(sym = setFirstItem(externs); sym; sym = setNextItem(externs)) pic16_emitSymbolIfNew(afile, "\textern %s\n", sym->rname, 1); for(sym = setFirstItem(pic16_builtin_functions); sym; sym = setNextItem(pic16_builtin_functions)) pic16_emitSymbolIfNew(afile, "\textern _%s\n", sym->name, 1); } /*-----------------------------------------------------------------*/ /* emitOverlay - will emit code for the overlay stuff */ /*-----------------------------------------------------------------*/ static void pic16emitOverlay (struct dbuf_s *aBuf) { set *ovrset; if (!elementsInSet (ovrSetSets)) dbuf_printf (aBuf, ";\t.area\t%s\n", port->mem.overlay_name); /* for each of the sets in the overlay segment do */ for (ovrset = setFirstItem (ovrSetSets); ovrset; ovrset = setNextItem (ovrSetSets)) { symbol *sym; if (elementsInSet (ovrset)) { /* this dummy area is used to fool the assembler otherwise the assembler will append each of these declarations into one chunk and will not overlay sad but true */ dbuf_printf (aBuf, ";\t.area _DUMMY\n"); /* output the area informtion */ dbuf_printf (aBuf, ";\t.area\t%s\n", port->mem.overlay_name); /* MOF */ } for (sym = setFirstItem (ovrset); sym; sym = setNextItem (ovrset)) { /* if extern then do nothing */ if (IS_EXTERN (sym->etype)) continue; /* if allocation required check is needed then check if the symbol really requires allocation only for local variables */ if (!IS_AGGREGATE (sym->type) && !(sym->_isparm && !IS_REGPARM (sym->etype)) && !sym->allocreq && sym->level) continue; /* if global variable & not static or extern and addPublics allowed then add it to the public set */ if ((sym->_isparm && !IS_REGPARM (sym->etype)) && !IS_STATIC (sym->etype)) { // fprintf(stderr, "%s:%d %s accessed\n", __FILE__, __LINE__, __FUNCTION__); checkAddSym(&publics, sym); // addSetHead (&publics, sym); } /* if extern then do nothing or is a function then do nothing */ if (IS_FUNC (sym->type)) continue; /* if is has an absolute address then generate an equate for this no need to allocate space */ if (SPEC_ABSA (sym->etype)) { if (options.debug || sym->level == 0) dbuf_printf (aBuf, " == 0x%04x\n", SPEC_ADDR (sym->etype)); dbuf_printf (aBuf, "%s\t=\t0x%04x\n", sym->rname, SPEC_ADDR (sym->etype)); } else { if (options.debug || sym->level == 0) dbuf_printf (aBuf, "==.\n"); /* allocate space */ dbuf_printf (aBuf, "%s:\n", sym->rname); dbuf_printf (aBuf, "\t.ds\t0x%04x\n", (unsigned int) getSize (sym->type) & 0xffff); } } } } static void emitStatistics(FILE *asmFile) { unsigned long isize, udsize, ramsize; statistics.isize = pic16_countInstructions(); isize = (statistics.isize >= 0) ? statistics.isize : 0; udsize = (statistics.udsize >= 0) ? statistics.udsize : 0; ramsize = pic16 ? pic16->RAMsize : 0x200; ramsize -= 256; /* ignore access bank and SFRs */ if (ramsize == 0) ramsize = 64; /* prevent division by zero (below) */ fprintf (asmFile, "\n\n; Statistics:\n"); fprintf (asmFile, "; code size:\t%5ld (0x%04lx) bytes (%5.2f%%)\n; \t%5ld (0x%04lx) words\n", isize, isize, (isize*100.0)/(128UL << 10), isize>>1, isize>>1); fprintf (asmFile, "; udata size:\t%5ld (0x%04lx) bytes (%5.2f%%)\n", udsize, udsize, (udsize*100.0) / (1.0 * ramsize)); fprintf (asmFile, "; access size:\t%5ld (0x%04lx) bytes\n", statistics.intsize, statistics.intsize); fprintf (asmFile, "\n\n"); } /*-----------------------------------------------------------------*/ /* glue - the final glue that hold the whole thing together */ /*-----------------------------------------------------------------*/ void pic16glue () { FILE *asmFile; struct dbuf_s ovrBuf; struct dbuf_s vBuf; dbuf_init(&ovrBuf, 4096); dbuf_init(&vBuf, 4096); mainf = newSymbol ("main", 0); mainf->block = 0; mainf = findSymWithLevel(SymbolTab, mainf); pic16_pCodeInitRegisters(); if(pic16_options.no_crt && mainf && IFFUNC_HASBODY(mainf->type)) { pBlock *pb = pic16_newpCodeChain(NULL,'X',pic16_newpCodeCharP("; Starting pCode block")); pic16_addpBlock(pb); /* entry point @ start of CSEG */ pic16_addpCode2pBlock(pb,pic16_newpCodeLabel("__sdcc_program_startup",-1)); if(initsfpnt) { pic16_addpCode2pBlock(pb, pic16_newpCode(POC_LFSR, pic16_popGetLit2(1, pic16_newpCodeOpRegFromStr("_stack_end")))); pic16_addpCode2pBlock(pb, pic16_newpCode(POC_LFSR, pic16_popGetLit2(2, pic16_newpCodeOpRegFromStr("_stack_end")))); } /* put in the call to main */ pic16_addpCode2pBlock(pb,pic16_newpCode(POC_CALL,pic16_newpCodeOp("_main",PO_STR))); if (options.mainreturn) { pic16_addpCode2pBlock(pb,pic16_newpCodeCharP(";\treturn from main will return to caller\n")); pic16_addpCode2pBlock(pb,pic16_newpCode(POC_RETURN,NULL)); } else { pic16_addpCode2pBlock(pb,pic16_newpCodeCharP(";\treturn from main will lock up\n")); pic16_addpCode2pBlock(pb,pic16_newpCode(POC_GOTO,pic16_newpCodeOp("$",PO_STR))); } } /* At this point we've got all the code in the form of pCode structures */ /* Now it needs to be rearranged into the order it should be placed in the */ /* code space */ pic16_movepBlock2Head('P'); // Last pic16_movepBlock2Head(code->dbName); pic16_movepBlock2Head('X'); pic16_movepBlock2Head(statsg->dbName); // First /* print the global struct definitions */ /* PENDING: this isnt the best place but it will do */ if (port->general.glue_up_main) { /* create the interrupt vector table */ pic16createInterruptVect (&vBuf); } /* emit code for the all the variables declared */ pic16emitMaps (); /* do the overlay segments */ pic16emitOverlay(&ovrBuf); pic16_AnalyzepCode('*'); #if 1 if(pic16_options.dumpcalltree) { FILE *cFile; sprintf(buffer, "%s", dstFileName); strcat(buffer, ".calltree"); cFile = fopen(buffer, "w"); pic16_printCallTree( cFile ); fclose(cFile); } #endif pic16_InlinepCode(); pic16_AnalyzepCode('*'); if(pic16_debug_verbose) pic16_pcode_test(); /* now put it all together into the assembler file */ /* create the assembler file name */ if((noAssemble || options.c1mode) && fullDstFileName) { sprintf (buffer, "%s", fullDstFileName); } else { sprintf (buffer, "%s", dstFileName); strcat (buffer, ".asm"); } if(!(asmFile = fopen (buffer, "w"))) { werror (E_FILE_OPEN_ERR, buffer); exit (1); } /* initial comments */ pic16initialComments (asmFile); /* print module name */ if(options.debug) fprintf(asmFile, "\t.file\t\"%s\"\n", fullSrcFileName); /* Let the port generate any global directives, etc. */ if(port->genAssemblerPreamble) { port->genAssemblerPreamble(asmFile); } /* Put all variables into a cblock */ pic16_AnalyzeBanking(); #if 0 if(pic16_options.opt_flags & OF_LR_SUPPORT) { pic16_OptimizeLocalRegs(); } #endif /* remove redundant BANKSELs -- added by RN 2005-01-17 */ if(pic16_options.opt_banksel > 1) { pic16_OptimizeBanksel(); } /* turn GOTOs into BRAs -- added by RN 2004-11-16 */ if(!(pic16_options.opt_flags & OF_NO_OPTIMIZE_GOTO)) { pic16_OptimizeJumps(); } /* print the global variables in this module */ pic16printPublics (asmFile); /* print the extern variables to this module */ pic16_printExterns(asmFile); pic16_writeUsedRegs(asmFile); #if 0 /* no xdata in pic */ /* if external stack then reserve space of it */ if(mainf && IFFUNC_HASBODY(mainf->type) && options.useXstack ) { fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; external stack \n"); fprintf (asmFile, "%s", iComments2); fprintf (asmFile,";\t.area XSEG (XDATA)\n"); /* MOF */ fprintf (asmFile,";\t.ds 256\n"); } #endif #if 0 /* no xdata in pic */ /* copy xtern ram data */ fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; external ram data\n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&xdata->oBuf, asmFile); #endif #if 0 /* copy the bit segment */ fprintf (asmFile, "%s", iComments2); fprintf (asmFile, "; bit data\n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&bit->oBuf, asmFile); #endif /* copy the interrupt vector table */ if(mainf && IFFUNC_HASBODY(mainf->type)) { fprintf (asmFile, "\n%s", iComments2); fprintf (asmFile, "; interrupt vector \n"); fprintf (asmFile, "%s", iComments2); dbuf_write_and_destroy (&vBuf, asmFile); } /* copy global & static initialisations */ fprintf (asmFile, "\n%s", iComments2); fprintf (asmFile, "; global & static initialisations\n"); fprintf (asmFile, "%s", iComments2); if(pic16_debug_verbose) fprintf(asmFile, "; A code from now on!\n"); pic16_copypCode(asmFile, 'A'); if(pic16_options.no_crt) { if(mainf && IFFUNC_HASBODY(mainf->type)) { fprintf(asmFile, "\tcode\n"); fprintf(asmFile,"__sdcc_gsinit_startup:\n"); } } // dbuf_write_and_destroy (&code->oBuf, stderr); fprintf(asmFile, "; I code from now on!\n"); pic16_copypCode(asmFile, 'I'); if(pic16_debug_verbose) fprintf(asmFile, "; dbName from now on!\n"); pic16_copypCode(asmFile, statsg->dbName); if(pic16_options.no_crt) { if (port->general.glue_up_main && mainf && IFFUNC_HASBODY(mainf->type)) { fprintf (asmFile,"\tgoto\t__sdcc_program_startup\n"); } } if(pic16_debug_verbose) fprintf(asmFile, "; X code from now on!\n"); pic16_copypCode(asmFile, 'X'); if(pic16_debug_verbose) fprintf(asmFile, "; M code from now on!\n"); pic16_copypCode(asmFile, 'M'); pic16_copypCode(asmFile, code->dbName); pic16_copypCode(asmFile, 'P'); emitStatistics(asmFile); fprintf (asmFile,"\tend\n"); fclose (asmFile); } sdcc-2.9.0/src/pic16/glue.h000066400000000000000000000027021116427777700153000ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCglue.h - glues everything we have done together into one file. Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef PIC16_GLUE_H #define PIC16_GLUE_H #include "SDCCset.h" extern set *pic16_localFunctions; void pic16glue (void); unsigned int pic16aopLiteral (value *val, int offset); int pic16_stringInSet(const char *str, set **world, int autoAdd); #endif sdcc-2.9.0/src/pic16/graph.c000066400000000000000000000114571116427777700154470ustar00rootroot00000000000000/*------------------------------------------------------------------------- graph.c - implementation of general graphs Written By - Raphael Neider (2005) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ /* $Id: graph.c 4781 2007-04-29 20:33:44Z borutr $ */ #include "graph.h" /* === helpers ====================================================== */ int default_compare (void *data1, void *data2) { return (data1 == data2); } /* === GraphEdge ==================================================== */ GraphEdge *newGEdge (GraphNode *src, GraphNode *dest, unsigned int weight) { GraphEdge *edge = (GraphEdge *)Safe_calloc (1, sizeof (GraphEdge)); edge->src = src; edge->node = dest; edge->weight = weight; return edge; } GraphEdge *deleteGEdge (GraphEdge *edge) { GraphEdge *head; // remove edge from list if (edge->next) edge->next->prev = edge->prev; if (edge->prev) edge->prev->next = edge->next; if (edge->prev) head = edge->prev; else head = edge->next; Safe_free (edge); return head; } /* === GraphNode ==================================================== */ GraphNode *newGNode (void *data, hash_t hash) { GraphNode *node = (GraphNode*)Safe_calloc (1, sizeof (GraphNode)); node->data = data; node->hash = hash; return node; } GraphNode * deleteGNode (GraphNode *node) { GraphNode *head; if (!node) return NULL; // delete all edges while (node->edge) { node->edge = deleteGEdge (node->edge); } // while // remove node from list if (node->next) node->next->prev = node->prev; if (node->prev) node->prev->next = node->next; if (node->prev) head = node->prev; else head = node->next; Safe_free (node); return head; } GraphEdge *addGEdge (GraphNode *from, GraphNode *to, unsigned int weight) { GraphEdge *edge = getGEdge (from, to); if (edge == NULL) { edge = newGEdge (from, to, weight); // insert edge into list if (from->edge) from->edge->prev = edge; edge->next = from->edge; from->edge = edge; } else edge->weight += weight; assert (edge->src == from && edge->node == to); return edge; } void addGEdge2 (GraphNode *from, GraphNode *to, unsigned int weight, unsigned int weight_back) { addGEdge (from, to, weight); addGEdge (to, from, weight_back); } void remGEdge (GraphNode *from, GraphNode *to) { GraphEdge *curr = from->edge; while (curr && curr->node != to) curr = curr->next; if (!curr) return; if (from->edge == curr) from->edge = deleteGEdge (curr); else deleteGEdge (curr); } GraphEdge *getGEdge (GraphNode *from, GraphNode *to) { GraphEdge *curr = from->edge; while (curr && curr->node != to) { assert (curr->src == from); curr = curr->next; } return curr; } /* === Graph ======================================================== */ Graph *newGraph (Graph_compareData *compare) { Graph *graph = (Graph*) Safe_calloc (1, sizeof (Graph)); graph->compare = compare; if (!compare) graph->compare = default_compare; return graph; } void deleteGraph (Graph *graph) { // remove all nodes while (graph->node) { graph->node = deleteGNode (graph->node); } // while Safe_free (graph); } GraphNode *addGNode (Graph *graph, void *data, hash_t hash) { GraphNode *node = newGNode (data, hash); if (graph->node) graph->node->prev = node; node->next = graph->node; graph->node = node; return node; } void remGNode (Graph *graph, void *data, hash_t hash) { GraphNode *curr = graph->node; while (curr && ((curr->hash != hash) || (!graph->compare(curr->data, data)))) { curr = curr->next; } // while if (!curr) return; if (graph->node == curr) graph->node = deleteGNode (curr); else deleteGNode (curr); } GraphNode *getGNode (Graph *graph, void *data, hash_t hash) { GraphNode *curr = graph->node; while (curr && ((curr->hash != hash) || (!graph->compare(curr->data, data)))) { curr = curr->next; } // while return curr; } GraphNode *getOrAddGNode (Graph *graph, void *data, hash_t hash) { GraphNode *curr = getGNode (graph, data, hash); if (!curr) curr = addGNode (graph, data, hash); assert (curr != NULL); return curr; } sdcc-2.9.0/src/pic16/graph.h000066400000000000000000000100411116427777700154400ustar00rootroot00000000000000/*------------------------------------------------------------------------- graph.h - header file for graph.c Written By - Raphael Neider (2005) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ /* $Id: graph.h 4781 2007-04-29 20:33:44Z borutr $ */ #ifndef __GRAPH_H__ #define __GRAPH_H__ #include "../common.h" typedef unsigned int hash_t; struct GraphNode; typedef struct GraphEdge { struct GraphNode *src; // starting node of this edge struct GraphNode *node; // other end of this edge unsigned int weight; // weight assigned to this edge struct GraphEdge *prev; // link to previous edge struct GraphEdge *next; // link to next edge } GraphEdge; typedef struct GraphNode { void *data; // data stored in this node hash_t hash; // hash value for "data" GraphEdge *edge; // first edge leaving this node struct GraphNode *prev; // link to previous node struct GraphNode *next; // link to next edge } GraphNode; // compare function, returns 0 for different items and 1 for equal items typedef int Graph_compareData(void *item1, void *item2); typedef struct { GraphNode *node; // first node in this graph Graph_compareData *compare; // function used to compare two data items } Graph; /* Create a new edge from src to dest. * Returns a pointer to the new edge. */ GraphEdge *newGEdge (GraphNode *src, GraphNode *dest, unsigned int weight); /* Delete an edge and remove it from the containing list. * Returns a pointer to the previous edge or (if there is NULL) to its successor. */ GraphEdge *deleteGEdge (GraphEdge *edge); /* Create a new node. */ GraphNode *newGNode (void *data, hash_t hash); /* Delete a node and all its edges. this also removes the node * from its containing list. * Returns the previous node in the list or (if there is NULL) * its successor. */ GraphNode *deleteGNode (GraphNode *node); /* Adds an edge with the given weight. If the edge already exists, * its weight its increased instead! */ GraphEdge *addGEdge (GraphNode *from, GraphNode *to, unsigned int weight); /* Adds the edges (from,to) and (to,from) with the specified weights. */ void addGEdge2 (GraphNode *from, GraphNode *to, unsigned int weight, unsigned int weight_back); /* Remove an edge from the node. This deletes the edge and updates the * list of edges attached to the "from" node. */ void remGEdge (GraphNode *from, GraphNode *to); /* Returns the edge (from,to) or NULL if no such edge exists. */ GraphEdge *getGEdge (GraphNode *from, GraphNode *to); /* Create a new graph which uses the given compare function to test * its nodes' data for equality. */ Graph *newGraph (Graph_compareData *compare); /* Delete a graph, all its contained nodes and their edges. */ void deleteGraph (Graph *graph); /* Add a node to the graph. */ GraphNode *addGNode (Graph *graph, void *data, hash_t hash); /* Remove a node from the graph. This also deletes the node and all * its associated (outbound) edges. */ void remGNode (Graph *graph, void *data, hash_t hash); /* Returns the specified node or NULL if no such node exists. */ GraphNode *getGNode (Graph *graph, void *data, hash_t hash); /* Returns the specified node (after creating it if neccessary). */ GraphNode *getOrAddGNode (Graph *graph, void *data, hash_t hash); #endif sdcc-2.9.0/src/pic16/main.c000066400000000000000000001063331116427777700152700ustar00rootroot00000000000000/*------------------------------------------------------------------------- main.c - pic16 specific general functions. Written by - Scott Dattalo scott@dattalo.com Ported to PIC16 by - Martin Dubuc m.debuc@rogers.com Note that mlh prepended _pic16_ on the static functions. Makes it easier to set a breakpoint using the debugger. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ #include "common.h" #include "main.h" #include "ralloc.h" #include "device.h" #include "SDCCutil.h" #include "glue.h" #include "pcode.h" #include "SDCCargs.h" #include "dbuf_string.h" static char _defaultRules[] = { #include "peeph.rul" }; /* list of key words used by pic16 */ static char *_pic16_keywords[] = { "at", "code", "critical", "register", "data", "far", "interrupt", "near", //"pdata", "reentrant", "sfr", "sfr16", "using", "_data", "_code", "_generic", "_near", //"_pdata", "_naked", "shadowregs", "wparam", "prodlp", "prodhp", "fsr0lp", "fixed16x16", // "bit", // "idata", // "sbit", // "xdata", // "_xdata", // "_idata", NULL }; pic16_sectioninfo_t pic16_sectioninfo; extern char *pic16_processor_base_name(void); void pic16_pCodeInitRegisters(void); void pic16_assignRegisters (ebbIndex *); static int regParmFlg = 0; /* determine if we can register a parameter */ pic16_options_t pic16_options; extern set *includeDirsSet; extern set *dataDirsSet; extern set *libFilesSet; /* Also defined in gen.h, but the #include is commented out */ /* for an unknowned reason. - EEP */ void pic16_emitDebuggerSymbol (char *); extern void pic16_emitConfigRegs(FILE *of); extern void pic16_emitIDRegs(FILE *of); static void _pic16_init (void) { asm_addTree (&asm_asxxxx_mapping); pic16_pCodeInitRegisters(); maxInterrupts = 2; } static void _pic16_reset_regparm (void) { regParmFlg = 0; } static int _pic16_regparm (sym_link * l, bool reentrant) { /* force all parameters via SEND/RECEIVE */ if(0 /*pic16_options.ip_stack*/) { /* for this processor it is simple * can pass only the first parameter in a register */ if(regParmFlg)return 0; regParmFlg++; return 1; //regParmFlg; } else { /* otherwise pass all arguments in registers via SEND/RECEIVE */ regParmFlg++;// = 1; return regParmFlg; } } int initsfpnt=0; /* set to 1 if source provides a pragma for stack * so glue() later emits code to initialize stack/frame pointers */ set *absSymSet; set *sectNames=NULL; /* list of section listed in pragma directives */ set *sectSyms=NULL; /* list of symbols set in a specific section */ set *wparamList=NULL; #if 0 /* This is an experimental code for #pragma inline and is temporarily disabled for 2.5.0 release */ set *asmInlineMap=NULL; #endif /* 0 */ struct { unsigned ignore: 1; unsigned want_libc: 1; unsigned want_libm: 1; unsigned want_libio: 1; unsigned want_libdebug: 1; } libflags = { 0, 0, 0, 0, 0 }; enum { P_STACK = 1, P_CODE, P_UDATA, P_LIBRARY }; static int do_pragma(int id, const char *name, const char *cp) { struct pragma_token_s token; int err = 0; int processed = 1; init_pragma_token(&token); switch (id) { /* #pragma stack [stack-position] [stack-len] */ case P_STACK: { unsigned int stackPos, stackLen; regs *reg; symbol *sym; cp = get_pragma_token(cp, &token); if (TOKEN_INT != token.type) { err = 1; break; } stackPos = token.val.int_val; cp = get_pragma_token(cp, &token); if (TOKEN_INT != token.type) { err = 1; break; } stackLen = token.val.int_val; cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } if (stackLen < 1) { stackLen = 64; fprintf(stderr, "%s:%d: warning: setting stack to default size %d (0x%04x)\n", filename, lineno, stackLen, stackLen); } /* check sanity of stack */ if ((stackPos >> 8) != ((stackPos + stackLen - 1) >> 8)) { fprintf (stderr, "%s:%u: warning: stack [0x%03X,0x%03X] crosses memory bank boundaries (not fully tested)\n", filename, lineno, stackPos, stackPos + stackLen - 1); } if (pic16) { if (stackPos < pic16->acsSplitOfs) { fprintf (stderr, "%s:%u: warning: stack [0x%03X, 0x%03X] intersects with the access bank [0x000,0x%03x] -- this is highly discouraged!\n", filename, lineno, stackPos, stackPos + stackLen - 1, pic16->acsSplitOfs); } if (stackPos+stackLen > 0xF00 + pic16->acsSplitOfs) { fprintf (stderr, "%s:%u: warning: stack [0x%03X,0x%03X] intersects with special function registers [0x%03X,0xFFF]-- this is highly discouraged!\n", filename, lineno, stackPos, stackPos + stackLen - 1, 0xF00 + pic16->acsSplitOfs); } if (stackPos+stackLen > pic16->RAMsize) { fprintf (stderr, "%s:%u: error: stack [0x%03X,0x%03X] is placed outside available memory [0x000,0x%03X]!\n", filename, lineno, stackPos, stackPos + stackLen - 1, pic16->RAMsize-1); err = 1; break; } } reg = newReg(REG_SFR, PO_SFR_REGISTER, stackPos, "_stack", stackLen-1, 0, NULL); addSet(&pic16_fix_udata, reg); reg = newReg(REG_SFR, PO_SFR_REGISTER, stackPos + stackLen-1, "_stack_end", 1, 0, NULL); addSet(&pic16_fix_udata, reg); sym = newSymbol("stack", 0); sprintf(sym->rname, "_%s", sym->name); addSet(&publics, sym); sym = newSymbol("stack_end", 0); sprintf(sym->rname, "_%s", sym->name); addSet(&publics, sym); initsfpnt = 1; // force glue() to initialize stack/frame pointers */ } break; /* #pragma code [symbol] [location] */ case P_CODE: { absSym *absS; cp = get_pragma_token(cp, &token); if (TOKEN_STR != token.type) goto code_err; absS = Safe_calloc(1, sizeof(absSym)); sprintf(absS->name, "_%s", get_pragma_string(&token)); cp = get_pragma_token(cp, &token); if (TOKEN_INT != token.type) { code_err: //fprintf (stderr, "%s:%d: #pragma code [symbol] [location] -- symbol or location missing\n", filename, lineno); err = 1; break; } absS->address = token.val.int_val; cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } if ((absS->address % 2) != 0) { absS->address--; fprintf(stderr, "%s:%d: warning: code memory locations should be word aligned, will locate to 0x%06x instead\n", filename, lineno, absS->address); } addSet(&absSymSet, absS); // fprintf(stderr, "%s:%d symbol %s will be placed in location 0x%06x in code memory\n", // __FILE__, __LINE__, symname, absS->address); } break; /* #pragma udata [section-name] [symbol] */ case P_UDATA: { char *sectname; const char *symname; symbol *nsym; sectSym *ssym; sectName *snam; int found = 0; cp = get_pragma_token(cp, &token); if (TOKEN_STR == token.type) sectname = Safe_strdup(get_pragma_string(&token)); else { err = 1; break; } cp = get_pragma_token(cp, &token); if (TOKEN_STR == token.type) symname = get_pragma_string(&token); else { //fprintf (stderr, "%s:%d: #pragma udata [section-name] [symbol] -- section-name or symbol missing!\n", filename, lineno); err = 1; symname = NULL; } while (symname) { ssym = Safe_calloc(1, sizeof(sectSym)); ssym->name = Safe_calloc(1, strlen(symname) + 2); sprintf(ssym->name, "%s%s", port->fun_prefix, symname); ssym->reg = NULL; addSet(§Syms, ssym); nsym = newSymbol((char *)symname, 0); strcpy(nsym->rname, ssym->name); #if 0 checkAddSym(&publics, nsym); #endif found = 0; for (snam = setFirstItem(sectNames);snam;snam=setNextItem(sectNames)) { if (!strcmp(sectname, snam->name)) { found=1; break; } } if(!found) { snam = Safe_calloc(1, sizeof(sectName)); snam->name = Safe_strdup(sectname); snam->regsSet = NULL; addSet(§Names, snam); } ssym->section = snam; #if 0 fprintf(stderr, "%s:%d placing symbol %s at section %s (%p)\n", __FILE__, __LINE__, ssym->name, snam->name, snam); #endif cp = get_pragma_token(cp, &token); if (TOKEN_STR == token.type) symname = get_pragma_string(&token); else if (TOKEN_EOL == token.type) symname = NULL; else { err = 1; symname = NULL; } } Safe_free(sectname); } break; /* #pragma library library_module */ case P_LIBRARY: { const char *lmodule; cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { lmodule = get_pragma_string(&token); /* lmodule can be: * c link the C library * math link the math library * io link the IO library * debug link the debug libary * anything else, will link as-is */ if(!strcmp(lmodule, "c")) libflags.want_libc = 1; else if(!strcmp(lmodule, "math")) libflags.want_libm = 1; else if(!strcmp(lmodule, "io")) libflags.want_libio = 1; else if(!strcmp(lmodule, "debug")) libflags.want_libdebug = 1; else if(!strcmp(lmodule, "ignore")) libflags.ignore = 1; else { if(!libflags.ignore) { fprintf(stderr, "link library %s\n", lmodule); addSetHead(&libFilesSet, (char *)lmodule); } } } else { err = 1; break; } cp = get_pragma_token(cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } } break; #if 0 /* This is an experimental code for #pragma inline and is temporarily disabled for 2.5.0 release */ case P_INLINE: { char *tmp = strtok((char *)NULL, WHITECOMMA); while(tmp) { addSet(&asmInlineMap, Safe_strdup( tmp )); tmp = strtok((char *)NULL, WHITECOMMA); } { char *s; for(s = setFirstItem(asmInlineMap); s ; s = setNextItem(asmInlineMap)) { debugf("inline asm: `%s'\n", s); } } } break; #endif /* 0 */ default: processed = 0; break; } get_pragma_token(cp, &token); if (1 == err) werror(W_BAD_PRAGMA_ARGUMENTS, name); free_pragma_token(&token); return processed; } static struct pragma_s pragma_tbl[] = { { "stack", P_STACK, 0, do_pragma }, { "code", P_CODE, 0, do_pragma }, { "udata", P_UDATA, 0, do_pragma }, { "library", P_LIBRARY, 0, do_pragma }, /*{ "inline", P_INLINE, 0, do_pragma }, */ { NULL, 0, 0, NULL }, }; static int _process_pragma(const char *s) { return process_pragma_tbl(pragma_tbl, s); } #define REP_UDATA "--preplace-udata-with=" #define STACK_MODEL "--pstack-model=" #define OPT_BANKSEL "--obanksel=" #define ALT_ASM "--asm=" #define ALT_LINK "--link=" #define IVT_LOC "--ivt-loc=" #define NO_DEFLIBS "--nodefaultlibs" #define MPLAB_COMPAT "--mplab-comp" #define USE_CRT "--use-crt=" #define OFMSG_LRSUPPORT "--flr-support" #define NO_OPTIMIZE_GOTO "--no-optimize-goto" #define OPTIMIZE_CMP "--optimize-cmp" #define OPTIMIZE_DF "--optimize-df" char *alt_asm = NULL; char *alt_link = NULL; int pic16_mplab_comp = 0; extern int pic16_debug_verbose; extern int pic16_ralloc_debug; extern int pic16_pcode_verbose; int pic16_enable_peeps = 0; OPTION pic16_optionsTable[]= { /* code generation options */ { 0, STACK_MODEL, NULL, "use stack model 'small' (default) or 'large'"}, #if XINST { 'y', "--extended", &pic16_options.xinst, "enable Extended Instruction Set/Literal Offset Addressing mode"}, #endif { 0, "--pno-banksel", &pic16_options.no_banksel, "do not generate BANKSEL assembler directives"}, /* optimization options */ { 0, OPT_BANKSEL, &pic16_options.opt_banksel, "set banksel optimization level (default=0 no)", CLAT_INTEGER }, { 0, "--denable-peeps", &pic16_enable_peeps, "explicit enable of peepholes"}, { 0, NO_OPTIMIZE_GOTO, NULL, "do NOT use (conditional) BRA instead of GOTO"}, { 0, OPTIMIZE_CMP, NULL, "try to optimize some compares"}, { 0, OPTIMIZE_DF, NULL, "thoroughly analyze data flow (memory and time intensive!)"}, /* assembling options */ { 0, ALT_ASM, &alt_asm, "Use alternative assembler", CLAT_STRING}, { 0, MPLAB_COMPAT, &pic16_mplab_comp, "enable compatibility mode for MPLAB utilities (MPASM/MPLINK)"}, /* linking options */ { 0, ALT_LINK, &alt_link, "Use alternative linker", CLAT_STRING }, { 0, REP_UDATA, &pic16_sectioninfo.at_udata, "Place udata variables at another section: udata_acs, udata_ovr, udata_shr", CLAT_STRING }, { 0, IVT_LOC, NULL, "Set address of interrupt vector table."}, { 0, NO_DEFLIBS, &pic16_options.nodefaultlibs, "do not link default libraries when linking"}, { 0, USE_CRT, NULL, "use run-time initialization module"}, { 0, "--no-crt", &pic16_options.no_crt, "do not link any default run-time initialization module"}, /* debugging options */ { 0, "--debug-xtra", &pic16_debug_verbose, "show more debug info in assembly output"}, { 0, "--debug-ralloc", &pic16_ralloc_debug, "dump register allocator debug file *.d"}, { 0, "--pcode-verbose", &pic16_pcode_verbose, "dump pcode related info"}, { 0, "--calltree", &pic16_options.dumpcalltree, "dump call tree in .calltree file"}, { 0, "--gstack", &pic16_options.gstack, "trace stack pointer push/pop to overflow"}, { 0, NULL, NULL, NULL} }; #define ISOPT(str) !strncmp(argv[ *i ], str, strlen(str) ) static bool _pic16_parseOptions (int *pargc, char **argv, int *i) { int j=0; char *stkmodel; /* TODO: allow port-specific command line options to specify * segment names here. */ /* check for arguments that have associated an integer variable */ while(pic16_optionsTable[j].pparameter) { if(ISOPT( pic16_optionsTable[j].longOpt )) { (*(int *)pic16_optionsTable[j].pparameter)++; return TRUE; } j++; } if(ISOPT(STACK_MODEL)) { stkmodel = getStringArg(STACK_MODEL, argv, i, *pargc); if(!STRCASECMP(stkmodel, "small"))pic16_options.stack_model = 0; else if(!STRCASECMP(stkmodel, "large"))pic16_options.stack_model = 1; else { fprintf(stderr, "Unknown stack model: %s", stkmodel); exit(EXIT_FAILURE); } return TRUE; } if(ISOPT(IVT_LOC)) { pic16_options.ivt_loc = getIntArg(IVT_LOC, argv, i, *pargc); fprintf(stderr, "%s:%d setting interrupt vector addresses 0x%x\n", __FILE__, __LINE__, pic16_options.ivt_loc); return TRUE; } if(ISOPT(USE_CRT)) { pic16_options.no_crt = 0; pic16_options.crt_name = Safe_strdup( getStringArg(USE_CRT, argv, i, *pargc) ); return TRUE; } #if 0 if(ISOPT(OFMSG_LRSUPPORT)) { pic16_options.opt_flags |= OF_LR_SUPPORT; return TRUE; } #endif if (ISOPT(NO_OPTIMIZE_GOTO)) { pic16_options.opt_flags |= OF_NO_OPTIMIZE_GOTO; return TRUE; } if(ISOPT(OPTIMIZE_CMP)) { pic16_options.opt_flags |= OF_OPTIMIZE_CMP; return TRUE; } if (ISOPT(OPTIMIZE_DF)) { pic16_options.opt_flags |= OF_OPTIMIZE_DF; return TRUE; } return FALSE; } extern void pic16_init_pic(const char *name); static void _pic16_initPaths(void) { set *pic16libDirsSet=NULL; if (!options.nostdlib) { struct dbuf_s pic16libDir; dbuf_init(&pic16libDir, 128); dbuf_makePath(&pic16libDir, LIB_DIR_SUFFIX, "pic16"); pic16libDirsSet = appendStrSet(dataDirsSet, NULL, dbuf_c_str(&pic16libDir)); dbuf_destroy(&pic16libDir); mergeSets(&pic16libDirsSet, libDirsSet); libDirsSet = pic16libDirsSet; } /* now that we have the paths set up... */ pic16_init_pic(port->processor); } extern set *linkOptionsSet; char *msprintf(hTab *pvals, const char *pformat, ...); int my_system(const char *cmd); /* forward declarations */ extern const char *pic16_linkCmd[]; extern const char *pic16_asmCmd[]; extern set *asmOptionsSet; /* custom function to link objects */ static void _pic16_linkEdit(void) { hTab *linkValues=NULL; char lfrm[1024]; char *lcmd; char temp[1024]; set *tSet=NULL; int ret; /* * link command format: * {linker} {incdirs} {lflags} -o {outfile} {spec_ofiles} {ofiles} {libs} * */ sprintf(lfrm, "{linker} {incdirs} {lflags} -w -r -o {outfile} {user_ofile} {ofiles} {spec_ofiles} {libs}"); shash_add(&linkValues, "linker", pic16_linkCmd[0]); mergeSets(&tSet, libPathsSet); mergeSets(&tSet, libDirsSet); shash_add(&linkValues, "incdirs", joinStrSet( appendStrSet(tSet, "-I\"", "\""))); shash_add(&linkValues, "lflags", joinStrSet(linkOptionsSet)); shash_add(&linkValues, "outfile", fullDstFileName ? fullDstFileName : dstFileName); if(fullSrcFileName) { sprintf(temp, "%s.o", fullDstFileName ? fullDstFileName : dstFileName); // addSetHead(&relFilesSet, Safe_strdup(temp)); shash_add(&linkValues, "user_ofile", temp); } if(!pic16_options.no_crt) shash_add(&linkValues, "spec_ofiles", pic16_options.crt_name); shash_add(&linkValues, "ofiles", joinStrSet(relFilesSet)); if(!libflags.ignore) { if(libflags.want_libc) addSet(&libFilesSet, Safe_strdup("libc18f.lib")); if(libflags.want_libm) addSet(&libFilesSet, Safe_strdup("libm18f.lib")); if(libflags.want_libio) { sprintf(temp, "libio%s.lib", pic16->name[1]); /* build libio18f452.lib name */ addSet(&libFilesSet, Safe_strdup(temp)); } if(libflags.want_libdebug) addSet(&libFilesSet, Safe_strdup("libdebug.lib")); } shash_add(&linkValues, "libs", joinStrSet(libFilesSet)); lcmd = msprintf(linkValues, lfrm); ret = my_system( lcmd ); Safe_free( lcmd ); if(ret) exit(1); } static void _pic16_finaliseOptions (void) { port->mem.default_local_map = data; port->mem.default_globl_map = data; /* peepholes are disabled for the time being */ options.nopeep = 1; /* explicit enable peepholes for testing */ if (pic16_enable_peeps) options.nopeep = 0; options.all_callee_saves = 1; // always callee saves #if 0 options.float_rent = 1; options.intlong_rent = 1; #endif setMainValue("mcu", pic16->name[2] ); addSet(&preArgvSet, Safe_strdup("-D{mcu}")); setMainValue("mcu1", pic16->name[1] ); addSet(&preArgvSet, Safe_strdup("-D__{mcu1}")); if (!pic16_options.nodefaultlibs) { char devlib[512]; /* now add the library for the device */ sprintf(devlib, "libdev%s.lib", pic16->name[1]); /* e.g., libdev18f452.lib */ addSet(&libFilesSet, Safe_strdup(devlib)); /* add the internal SDCC library */ addSet(&libFilesSet, Safe_strdup( "libsdcc.lib" )); } if (alt_asm && alt_asm[0] != '\0') { pic16_asmCmd[0] = alt_asm; } if (alt_link && alt_link[0] != '\0') { pic16_linkCmd[0] = alt_link; } if (!pic16_options.no_crt) { pic16_options.omit_ivt = 1; pic16_options.leave_reset = 0; } if (options.model == MODEL_SMALL) { addSet(&asmOptionsSet, Safe_strdup("-DSDCC_MODEL_SMALL")); } else if (options.model == MODEL_LARGE) { char buf[128]; addSet(&asmOptionsSet, Safe_strdup("-DSDCC_MODEL_LARGE")); sprintf(buf, "-D%s -D__%s", pic16->name[2], pic16->name[1]); *(strrchr(buf, 'f')) = 'F'; addSet(&asmOptionsSet, Safe_strdup(buf)); } if (STACK_MODEL_LARGE) { addSet(&preArgvSet, Safe_strdup("-DSTACK_MODEL_LARGE")); addSet(&asmOptionsSet, Safe_strdup("-DSTACK_MODEL_LARGE")); } else { addSet(&preArgvSet, Safe_strdup("-DSTACK_MODEL_SMALL")); addSet(&asmOptionsSet, Safe_strdup("-DSTACK_MODEL_SMALL")); } } static void _pic16_setDefaultOptions (void) { options.stackAuto = 0; /* implicit declaration */ /* port is not capable yet to allocate separate registers * dedicated for passing certain parameters */ /* initialize to defaults section locations, names and addresses */ pic16_sectioninfo.at_udata = "udata"; /* set pic16 port options to defaults */ pic16_options.no_banksel = 0; pic16_options.opt_banksel = 0; pic16_options.omit_configw = 0; pic16_options.omit_ivt = 0; pic16_options.leave_reset = 0; pic16_options.stack_model = 0; /* 0 for 'small', 1 for 'large' */ pic16_options.ivt_loc = 0x000000; pic16_options.nodefaultlibs = 0; pic16_options.dumpcalltree = 0; pic16_options.crt_name = "crt0i.o"; /* the default crt to link */ pic16_options.no_crt = 0; /* use crt by default */ pic16_options.ip_stack = 1; /* set to 1 to enable ipop/ipush for stack */ pic16_options.gstack = 0; pic16_options.debgen = 0; } static const char * _pic16_getRegName (struct regs *reg) { if (reg) return reg->name; return "err"; } #if 1 static char *_pic16_mangleFunctionName(char *sz) { // fprintf(stderr, "mangled function name: %s\n", sz); return sz; } #endif static void _pic16_genAssemblerPreamble (FILE * of) { char *name = pic16_processor_base_name(); if(!name) { name = "p18f452"; fprintf(stderr,"WARNING: No Pic has been selected, defaulting to %s\n",name); } fprintf (of, "\tlist\tp=%s\n",&name[1]); if (pic16_mplab_comp) { // provide ACCESS macro used during SFR accesses fprintf (of, "\tinclude \n", &name[1]); } if(!pic16_options.omit_configw) { pic16_emitConfigRegs(of); fprintf(of, "\n"); pic16_emitIDRegs(of); } fprintf (of, "\tradix dec\n"); } /* Generate interrupt vector table. */ static int _pic16_genIVT (struct dbuf_s * oBuf, symbol ** interrupts, int maxInterrupts) { #if 1 /* PIC18F family has only two interrupts, the high and the low * priority interrupts, which reside at 0x0008 and 0x0018 respectively - VR */ if((!pic16_options.omit_ivt) || (pic16_options.omit_ivt && pic16_options.leave_reset)) { dbuf_printf(oBuf, "; RESET vector\n"); dbuf_printf(oBuf, "\tgoto\t__sdcc_gsinit_startup\n"); } if(!pic16_options.omit_ivt) { dbuf_printf(oBuf, "\tres 4\n"); dbuf_printf(oBuf, "; High priority interrupt vector 0x0008\n"); if(interrupts[1]) { dbuf_printf(oBuf, "\tgoto\t%s\n", interrupts[1]->rname); dbuf_printf(oBuf, "\tres\t12\n"); } else { dbuf_printf(oBuf, "\tretfie\n"); dbuf_printf(oBuf, "\tres\t14\n"); } dbuf_printf(oBuf, "; Low priority interrupt vector 0x0018\n"); if(interrupts[2]) { dbuf_printf(oBuf, "\tgoto\t%s\n", interrupts[2]->rname); } else { dbuf_printf(oBuf, "\tretfie\n"); } } #endif return TRUE; } /* return True if the port can handle the type, * False to convert it to function call */ static bool _hasNativeMulFor (iCode *ic, sym_link *left, sym_link *right) { //fprintf(stderr,"checking for native mult for %c (size: %d)\n", ic->op, getSize(OP_SYMBOL(IC_RESULT(ic))->type)); int symL, symR, symRes, sizeL = 0, sizeR = 0, sizeRes = 0; /* left/right are symbols? */ symL = IS_SYMOP(IC_LEFT(ic)); symR = IS_SYMOP(IC_RIGHT(ic)); symRes = IS_SYMOP(IC_RESULT(ic)); /* --> then determine their sizes */ sizeL = symL ? getSize(OP_SYM_TYPE(IC_LEFT(ic))) : 4; sizeR = symR ? getSize(OP_SYM_TYPE(IC_RIGHT(ic))) : 4; sizeRes = symRes ? getSize(OP_SYM_TYPE(IC_RESULT(ic))) : 4; /* Checks to enable native multiplication. * PICs do not offer native division at all... * * Ideas: * ( i) if result is just one byte, use native MUL * (regardless of the operands) * ( ii) if left and right are unsigned 8-bit operands, * use native MUL * (iii) if left or right is a literal in the range of [-128..256) * and the other is an unsigned byte, use native MUL */ if (ic->op == '*') { /* use native mult for `*: x --> {u8_t, s8_t}' */ if (sizeRes == 1) { return TRUE; } /* use native mult for `u8_t x u8_t --> { u16_t, s16_t }' */ if (sizeL == 1 && symL /*&& SPEC_USIGN(OP_SYM_TYPE(IC_LEFT(ic)))*/) { sizeL = 1; } else { //printf( "%s: left too large (%u) / signed (%u)\n", __FUNCTION__, sizeL, symL && !SPEC_USIGN(OP_SYM_TYPE(IC_LEFT(ic)))); sizeL = 4; } if (sizeR == 1 && symR /*&& SPEC_USIGN(OP_SYM_TYPE(IC_RIGHT(ic)))*/) { sizeR = 1; } else { //printf( "%s: right too large (%u) / signed (%u)\n", __FUNCTION__, sizeR, symR && !SPEC_USIGN(OP_SYM_TYPE(IC_RIGHT(ic)))); sizeR = 4; } /* also allow literals [-128..256) for left/right operands */ if (IS_VALOP(IC_LEFT(ic))) { long l = (long) ulFromVal ( OP_VALUE( IC_LEFT(ic) ) ); sizeL = 4; //printf( "%s: val(left) = %ld\n", __FUNCTION__, l ); if (l >= -128 && l < 256) { sizeL = 1; } else { //printf( "%s: left value %ld outside [-128..256)\n", __FUNCTION__, l ); } } if (IS_VALOP( IC_RIGHT(ic) )) { long l = (long) ulFromVal ( OP_VALUE( IC_RIGHT(ic) ) ); sizeR = 4; //printf( "%s: val(right) = %ld\n", __FUNCTION__, l ); if (l >= -128 && l < 256) { sizeR = 1; } else { //printf( "%s: right value %ld outside [-128..256)\n", __FUNCTION__, l ); } } /* use native mult iff left and right are (unsigned) 8-bit operands */ if (sizeL == 1 && sizeR == 1) { return TRUE; } } if (ic->op == '/' || ic->op == '%') { /* We must catch /: {u8_t,s8_t} x {u8_t,s8_t} --> {u8_t,s8_t}, * because SDCC will call 'divuchar' even for u8_t / s8_t. * Example: 128 / -2 becomes 128 / 254 = 0 != -64... */ if (sizeL == 1 && sizeR == 1) return TRUE; /* What about literals? */ if (IS_VALOP( IC_LEFT(ic) )) { long l = (long) ulFromVal ( OP_VALUE( IC_LEFT(ic) ) ); sizeL = 4; //printf( "%s: val(left) = %ld\n", __FUNCTION__, l ); if (l >= -128 && l < 256) { sizeL = 1; } else { //printf( "%s: left value %ld outside [-128..256)\n", __FUNCTION__, l ); } } if (IS_VALOP( IC_RIGHT(ic) )) { long l = (long) ulFromVal ( OP_VALUE( IC_RIGHT(ic) ) ); sizeR = 4; //printf( "%s: val(right) = %ld\n", __FUNCTION__, l ); if (l >= -128 && l < 256) { sizeR = 1; } else { //printf( "%s: right value %ld outside [-128..256)\n", __FUNCTION__, l ); } } if (sizeL == 1 && sizeR == 1) { return TRUE; } } return FALSE; } #if 0 /* Do CSE estimation */ static bool cseCostEstimation (iCode *ic, iCode *pdic) { // operand *result = IC_RESULT(ic); // sym_link *result_type = operandType(result); /* VR -- this is an adhoc. Put here after conversation * with Erik Epetrich */ if(ic->op == '<' || ic->op == '>' || ic->op == EQ_OP) { fprintf(stderr, "%d %s\n", __LINE__, __FUNCTION__); return 0; } #if 0 /* if it is a pointer then return ok for now */ if (IC_RESULT(ic) && IS_PTR(result_type)) return 1; /* if bitwise | add & subtract then no since mcs51 is pretty good at it so we will cse only if they are local (i.e. both ic & pdic belong to the same basic block */ if (IS_BITWISE_OP(ic) || ic->op == '+' || ic->op == '-') { /* then if they are the same Basic block then ok */ if (ic->eBBlockNum == pdic->eBBlockNum) return 1; else return 0; } #endif /* for others it is cheaper to do the cse */ return 1; } #endif /* Indicate which extended bit operations this port supports */ static bool hasExtBitOp (int op, int size) { if (op == RRC || op == RLC /* || op == GETHBIT */ /* GETHBIT doesn't look complete for PIC */ ) return TRUE; else return FALSE; } /* Indicate the expense of an access to an output storage class */ static int oclsExpense (struct memmap *oclass) { /* The IN_FARSPACE test is compatible with historical behaviour, */ /* but I don't think it is applicable to PIC. If so, please feel */ /* free to remove this test -- EEP */ if (IN_FARSPACE(oclass)) return 1; return 0; } /** $1 is the input object file (PIC16 specific) // >>always the basename<<. $2 is always the output file. $3 -L path and -l libraries $l is the list of extra options that should be there somewhere... MUST be terminated with a NULL. */ const char *pic16_linkCmd[] = { "gplink", "$l", "-w", "-r", "-o \"$2\"", "\"$1\"","$3", NULL }; /** $1 is always the basename. $2 is always the output file. $3 varies (nothing currently) $l is the list of extra options that should be there somewhere... MUST be terminated with a NULL. */ const char *pic16_asmCmd[] = { "gpasm", "$l", "$3", "-c", "\"$1.asm\"", "-o \"$2\"", NULL }; /* Globals */ PORT pic16_port = { TARGET_ID_PIC16, "pic16", "MCU PIC16", /* Target name */ "p18f452", /* Processor */ { pic16glue, TRUE, /* Emit glue around main */ MODEL_SMALL | MODEL_LARGE | MODEL_FLAT24, MODEL_SMALL }, { pic16_asmCmd, /* assembler command and arguments */ NULL, /* alternate macro based form */ "-g", /* arguments for debug mode */ NULL, /* arguments for normal mode */ 0, /* print externs as global */ ".asm", /* assembler file extension */ NULL /* no do_assemble function */ }, { NULL, // pic16_linkCmd, /* linker command and arguments */ NULL, /* alternate macro based form */ _pic16_linkEdit, //NULL, /* no do_link function */ ".o", /* extension for object files */ 0 /* no need for linker file */ }, { _defaultRules }, { /* Sizes */ 1, /* char */ 2, /* short */ 2, /* int */ 4, /* long */ 2, /* ptr */ 3, /* fptr, far pointers (see Microchip) */ 3, /* gptr */ 1, /* bit */ 4, /* float */ 4 /* max */ }, /* generic pointer tags */ { 0x00, /* far */ 0x80, /* near */ 0x00, /* xstack */ 0x00 /* code */ }, { "XSEG (XDATA)", // xstack "STACK (DATA)", // istack "CSEG (CODE)", // code "DSEG (DATA)", // data "ISEG (DATA)", // idata "PSEG (DATA)", // pdata "XSEG (XDATA)", // xdata "BSEG (BIT)", // bit "RSEG (DATA)", // reg "GSINIT (CODE)", // static "OSEG (OVR,DATA)", // overlay "GSFINAL (CODE)", // post static "HOME (CODE)", // home NULL, // xidata NULL, // xinit "CONST (CODE)", // const_name - const data (code or not) "CABS (ABS,CODE)", // cabs_name - const absolute data (code or not) "XABS (ABS,XDATA)", // xabs_name - absolute xdata "IABS (ABS,DATA)", // iabs_name - absolute data NULL, // default location for auto vars NULL, // default location for global vars 1 // code is read only 1=yes }, { NULL, /* genExtraAreaDeclaration */ NULL /* genExatrAreaLinkOptions */ }, { /* stack related information */ -1, /* -1 stack grows downwards, +1 upwards */ 1, /* extra overhead when calling between banks */ 4, /* extra overhead when the function is an ISR */ 1, /* extra overhead for a function call */ 1, /* re-entrant space */ 0 /* 'banked' call overhead, mild overlap with bank_overhead */ }, /* pic16 has an 8 bit mul */ { 0, -1 }, { pic16_emitDebuggerSymbol }, { 255/3, /* maxCount */ 3, /* sizeofElement */ /* The rest of these costs are bogus. They approximate */ /* the behavior of src/SDCCicode.c 1.207 and earlier. */ {4,4,4}, /* sizeofMatchJump[] */ {0,0,0}, /* sizeofRangeCompare[] */ 0, /* sizeofSubtract */ 3, /* sizeofDispatch */ }, "_", _pic16_init, _pic16_parseOptions, pic16_optionsTable, _pic16_initPaths, _pic16_finaliseOptions, _pic16_setDefaultOptions, pic16_assignRegisters, _pic16_getRegName, _pic16_keywords, _pic16_genAssemblerPreamble, NULL, /* no genAssemblerEnd */ _pic16_genIVT, NULL, // _pic16_genXINIT NULL, /* genInitStartup */ _pic16_reset_regparm, _pic16_regparm, _process_pragma, /* process a pragma */ _pic16_mangleFunctionName, /* mangles function name */ _hasNativeMulFor, hasExtBitOp, /* hasExtBitOp */ oclsExpense, /* oclsExpense */ FALSE, TRUE, /* little endian */ 0, /* leave lt */ 0, /* leave gt */ 1, /* transform <= to ! > */ 1, /* transform >= to ! < */ 1, /* transform != to !(a == b) */ 0, /* leave == */ FALSE, /* No array initializer support. */ 0, //cseCostEstimation, /* !!!no CSE cost estimation yet */ NULL, /* no builtin functions */ GPOINTER, /* treat unqualified pointers as "generic" pointers */ 1, /* reset labelKey to 1 */ 1, /* globals & local static allowed */ PORT_MAGIC }; sdcc-2.9.0/src/pic16/main.h000066400000000000000000000011341116427777700152660ustar00rootroot00000000000000#ifndef MAIN_INCLUDE #define MAIN_INCLUDE #include "ralloc.h" bool x_parseOptions (char **argv, int *pargc); void x_setDefaultOptions (void); void x_finaliseOptions (void); typedef struct { char *at_udata; } pic16_sectioninfo_t; typedef struct absSym { char name[SDCC_SYMNAME_MAX+1]; unsigned int address; } absSym; typedef struct sectName { char *name; set *regsSet; } sectName; typedef struct sectSym { sectName *section; char *name; regs *reg; } sectSym; extern set *absSymSet; extern set *sectNames; extern set *sectSyms; extern set *wparamList; extern int pic16_mplab_comp; #endif sdcc-2.9.0/src/pic16/pcode.c000066400000000000000000012741601116427777700154430ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcode.c - post code generation Written By - Scott Dattalo scott@dattalo.com Ported to PIC16 By - Martin Dubuc m.dubuc@rogers.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ #include #include "common.h" // Include everything in the SDCC src directory #include "newalloc.h" #include "main.h" #include "pcode.h" #include "pcodeflow.h" #include "ralloc.h" #include "device.h" extern char *pic16_aopGet (struct asmop *aop, int offset, bool bit16, bool dname); #if defined(__BORLANDC__) || defined(_MSC_VER) #define inline #endif #define DUMP_DF_GRAPHS 0 /****************************************************************/ /****************************************************************/ static peepCommand peepCommands[] = { {NOTBITSKIP, "_NOTBITSKIP_"}, {BITSKIP, "_BITSKIP_"}, {INVERTBITSKIP, "_INVERTBITSKIP_"}, {-1, NULL} }; // Eventually this will go into device dependent files: pCodeOpReg pic16_pc_status = {{PO_STATUS, "STATUS"}, -1, NULL,0,NULL}; pCodeOpReg pic16_pc_intcon = {{PO_INTCON, "INTCON"}, -1, NULL,0,NULL}; pCodeOpReg pic16_pc_pcl = {{PO_PCL, "PCL"}, -1, NULL,0,NULL}; pCodeOpReg pic16_pc_pclath = {{PO_PCLATH, "PCLATH"}, -1, NULL,0,NULL}; pCodeOpReg pic16_pc_pclatu = {{PO_PCLATU, "PCLATU"}, -1, NULL,0,NULL}; // patch 14 pCodeOpReg pic16_pc_wreg = {{PO_WREG, "WREG"}, -1, NULL,0,NULL}; pCodeOpReg pic16_pc_bsr = {{PO_BSR, "BSR"}, -1, NULL,0,NULL}; pCodeOpReg pic16_pc_tosl = {{PO_SFR_REGISTER, "TOSL"}, -1, NULL,0,NULL}; // patch 14 pCodeOpReg pic16_pc_tosh = {{PO_SFR_REGISTER, "TOSH"}, -1, NULL,0,NULL}; // pCodeOpReg pic16_pc_tosu = {{PO_SFR_REGISTER, "TOSU"}, -1, NULL,0,NULL}; // patch 14 pCodeOpReg pic16_pc_tblptrl = {{PO_SFR_REGISTER, "TBLPTRL"}, -1, NULL,0,NULL}; // patch 15 pCodeOpReg pic16_pc_tblptrh = {{PO_SFR_REGISTER, "TBLPTRH"}, -1, NULL,0,NULL}; // pCodeOpReg pic16_pc_tblptru = {{PO_SFR_REGISTER, "TBLPTRU"}, -1, NULL,0,NULL}; // pCodeOpReg pic16_pc_tablat = {{PO_SFR_REGISTER, "TABLAT"}, -1, NULL,0,NULL}; // patch 15 //pCodeOpReg pic16_pc_fsr0 = {{PO_FSR0, "FSR0"}, -1, NULL,0,NULL}; //deprecated ! pCodeOpReg pic16_pc_fsr0l = {{PO_FSR0, "FSR0L"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_fsr0h = {{PO_FSR0, "FSR0H"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_fsr1l = {{PO_FSR0, "FSR1L"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_fsr1h = {{PO_FSR0, "FSR1H"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_fsr2l = {{PO_FSR0, "FSR2L"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_fsr2h = {{PO_FSR0, "FSR2H"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_indf0 = {{PO_INDF0, "INDF0"}, -1, NULL,0,NULL}; pCodeOpReg pic16_pc_postinc0 = {{PO_INDF0, "POSTINC0"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_postdec0 = {{PO_INDF0, "POSTDEC0"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_preinc0 = {{PO_INDF0, "PREINC0"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_plusw0 = {{PO_INDF0, "PLUSW0"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_indf1 = {{PO_INDF0, "INDF1"}, -1, NULL,0,NULL}; pCodeOpReg pic16_pc_postinc1 = {{PO_INDF0, "POSTINC1"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_postdec1 = {{PO_INDF0, "POSTDEC1"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_preinc1 = {{PO_INDF0, "PREINC1"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_plusw1 = {{PO_INDF0, "PLUSW1"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_indf2 = {{PO_INDF0, "INDF2"}, -1, NULL,0,NULL}; pCodeOpReg pic16_pc_postinc2 = {{PO_INDF0, "POSTINC2"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_postdec2 = {{PO_INDF0, "POSTDEC2"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_preinc2 = {{PO_INDF0, "PREINC2"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_plusw2 = {{PO_INDF0, "PLUSW2"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_prodl = {{PO_PRODL, "PRODL"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_prodh = {{PO_PRODH, "PRODH"}, -1, NULL, 0, NULL}; /* EEPROM registers */ pCodeOpReg pic16_pc_eecon1 = {{PO_SFR_REGISTER, "EECON1"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_eecon2 = {{PO_SFR_REGISTER, "EECON2"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_eedata = {{PO_SFR_REGISTER, "EEDATA"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_eeadr = {{PO_SFR_REGISTER, "EEADR"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_kzero = {{PO_GPR_REGISTER, "KZ"}, -1, NULL,0,NULL}; pCodeOpReg pic16_pc_wsave = {{PO_GPR_REGISTER, "WSAVE"}, -1, NULL,0,NULL}; pCodeOpReg pic16_pc_ssave = {{PO_GPR_REGISTER, "SSAVE"}, -1, NULL,0,NULL}; pCodeOpReg *pic16_stackpnt_lo; pCodeOpReg *pic16_stackpnt_hi; pCodeOpReg *pic16_stack_postinc; pCodeOpReg *pic16_stack_postdec; pCodeOpReg *pic16_stack_preinc; pCodeOpReg *pic16_stack_plusw; pCodeOpReg *pic16_framepnt_lo; pCodeOpReg *pic16_framepnt_hi; pCodeOpReg *pic16_frame_postinc; pCodeOpReg *pic16_frame_postdec; pCodeOpReg *pic16_frame_preinc; pCodeOpReg *pic16_frame_plusw; pCodeOpReg pic16_pc_gpsimio = {{PO_GPR_REGISTER, "GPSIMIO"}, -1, NULL, 0, NULL}; pCodeOpReg pic16_pc_gpsimio2 = {{PO_GPR_REGISTER, "GPSIMIO2"}, -1, NULL, 0, NULL}; char *OPT_TYPE_STR[] = { "begin", "end", "jumptable_begin", "jumptable_end" }; char *LR_TYPE_STR[] = { "entry begin", "entry end", "exit begin", "exit end" }; static int mnemonics_initialized = 0; static hTab *pic16MnemonicsHash = NULL; static hTab *pic16pCodePeepCommandsHash = NULL; static pFile *the_pFile = NULL; static pBlock *pb_dead_pcodes = NULL; /* Hardcoded flags to change the behavior of the PIC port */ static int peepOptimizing = 1; /* run the peephole optimizer if nonzero */ static int functionInlining = 1; /* inline functions if nonzero */ int pic16_debug_verbose = 0; /* Set true to inundate .asm file */ int pic16_pcode_verbose = 0; //static int GpCodeSequenceNumber = 1; static int GpcFlowSeq = 1; extern void pic16_RemoveUnusedRegisters(void); extern void pic16_RegsUnMapLiveRanges(void); extern void pic16_BuildFlowTree(pBlock *pb); extern void pic16_pCodeRegOptimizeRegUsage(int level); /****************************************************************/ /* Forward declarations */ /****************************************************************/ void pic16_unlinkpCode(pCode *pc); #if 0 static void genericAnalyze(pCode *pc); static void AnalyzeGOTO(pCode *pc); static void AnalyzeSKIP(pCode *pc); static void AnalyzeRETURN(pCode *pc); #endif static void genericDestruct(pCode *pc); static void genericPrint(FILE *of,pCode *pc); static void pCodePrintLabel(FILE *of, pCode *pc); static void pCodePrintFunction(FILE *of, pCode *pc); static void pCodeOpPrint(FILE *of, pCodeOp *pcop); static char *pic16_get_op_from_instruction( pCodeInstruction *pcc); char *pic16_get_op(pCodeOp *pcop,char *buff,size_t buf_size); int pCodePeepMatchLine(pCodePeep *peepBlock, pCode *pcs, pCode *pcd); int pic16_pCodePeepMatchRule(pCode *pc); static void pBlockStats(FILE *of, pBlock *pb); static pBlock *newpBlock(void); extern void pic16_pCodeInsertAfter(pCode *pc1, pCode *pc2); extern pCodeOp *pic16_popCopyReg(pCodeOpReg *pc); pCodeOp *pic16_popCopyGPR2Bit(pCodeOp *pc, int bitval); void pic16_pCodeRegMapLiveRanges(pBlock *pb); void OptimizeLocalRegs(void); pCodeOp *pic16_popGet2p(pCodeOp *src, pCodeOp *dst); char *dumpPicOptype(PIC_OPTYPE type); pCodeOp *pic16_popGetLit2(int, pCodeOp *); pCodeOp *pic16_popGetLit(int); pCodeOp *pic16_popGetWithString(char *); extern int inWparamList(char *s); /** data flow optimization helpers **/ #if defined (DUMP_DF_GRAPHS) && DUMP_DF_GRAPHS > 0 static void pic16_vcg_dump (FILE *of, pBlock *pb); static void pic16_vcg_dump_default (pBlock *pb); #endif static int pic16_pCodeIsAlive (pCode *pc); static void pic16_df_stats (); static void pic16_createDF (pBlock *pb); static int pic16_removeUnusedRegistersDF (); static void pic16_destructDF (pBlock *pb); static void releaseStack (); /****************************************************************/ /* PIC Instructions */ /****************************************************************/ pCodeInstruction pic16_pciADDWF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_ADDWF, "ADDWF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciADDFW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_ADDFW, "ADDWF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_W | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciADDWFC = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_ADDWFC, "ADDWFC", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER | PCC_C), // inCond (PCC_REGISTER | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciADDFWC = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_ADDFWC, "ADDWFC", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER | PCC_C), // inCond (PCC_W | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciADDLW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_ADDLW, "ADDLW", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_LITERAL), // inCond (PCC_W | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciANDLW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_ANDLW, "ANDLW", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_LITERAL), // inCond (PCC_W | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciANDWF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_ANDWF, "ANDWF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciANDFW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_ANDFW, "ANDWF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_W | PCC_Z | PCC_N) // outCond }; pCodeInstruction pic16_pciBC = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_BC, "BC", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_REL_ADDR | PCC_C), // inCond PCC_NONE, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBCF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_BCF, "BCF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,1, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_BSF, (PCC_REGISTER | PCC_EXAMINE_PCOP), // inCond PCC_REGISTER, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBN = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_BN, "BN", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_REL_ADDR | PCC_N), // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBNC = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_BNC, "BNC", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_REL_ADDR | PCC_C), // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBNN = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_BNN, "BNN", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_REL_ADDR | PCC_N), // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBNOV = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_BNOV, "BNOV", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_REL_ADDR | PCC_OV), // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBNZ = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_BNZ, "BNZ", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_REL_ADDR | PCC_Z), // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBOV = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_BOV, "BOV", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_REL_ADDR | PCC_OV), // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBRA = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_BRA, "BRA", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REL_ADDR, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBSF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_BSF, "BSF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,1, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_BCF, (PCC_REGISTER | PCC_EXAMINE_PCOP), // inCond (PCC_REGISTER | PCC_EXAMINE_PCOP), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBTFSC = { {PC_OPCODE, NULL, NULL, 0, NULL, // AnalyzeSKIP, genericDestruct, genericPrint}, POC_BTFSC, "BTFSC", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,1, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_BTFSS, (PCC_REGISTER | PCC_EXAMINE_PCOP), // inCond PCC_EXAMINE_PCOP, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBTFSS = { {PC_OPCODE, NULL, NULL, 0, NULL, // AnalyzeSKIP, genericDestruct, genericPrint}, POC_BTFSS, "BTFSS", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,1, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_BTFSC, (PCC_REGISTER | PCC_EXAMINE_PCOP), // inCond PCC_EXAMINE_PCOP, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBTG = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_BTG, "BTG", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,1, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_REGISTER | PCC_EXAMINE_PCOP), // inCond (PCC_REGISTER | PCC_EXAMINE_PCOP), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBZ = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_BZ, "BZ", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_REL_ADDR | PCC_Z), // inCond PCC_NONE, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciCALL = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_CALL, "CALL", 4, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 1, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciCOMF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_COMF, "COMF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_REGISTER | PCC_Z | PCC_N) , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciCOMFW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_COMFW, "COMF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_W | PCC_Z | PCC_N) , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciCLRF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_CLRF, "CLRF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond (PCC_REGISTER | PCC_Z), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciCLRWDT = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_CLRWDT, "CLRWDT", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciCPFSEQ = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_CPFSEQ, "CPFSEQ", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciCPFSGT = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_CPFSGT, "CPFSGT", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciCPFSLT = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_CPFSLT, "CPFSLT", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 1,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciDAW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_DAW, "DAW", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_W, // inCond (PCC_W | PCC_C), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciDCFSNZ = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_DCFSNZ, "DCFSNZ", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond PCC_REGISTER , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciDCFSNZW = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_DCFSNZW, "DCFSNZ", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond PCC_W , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciDECF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_DECF, "DECF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_REGISTER | PCC_STATUS) , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciDECFW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_DECFW, "DECF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_W | PCC_STATUS) , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciDECFSZ = { {PC_OPCODE, NULL, NULL, 0, NULL, // AnalyzeSKIP, genericDestruct, genericPrint}, POC_DECFSZ, "DECFSZ", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond PCC_REGISTER , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciDECFSZW = { {PC_OPCODE, NULL, NULL, 0, NULL, // AnalyzeSKIP, genericDestruct, genericPrint}, POC_DECFSZW, "DECFSZ", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond PCC_W , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciGOTO = { {PC_OPCODE, NULL, NULL, 0, NULL, // AnalyzeGOTO, genericDestruct, genericPrint}, POC_GOTO, "GOTO", 4, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REL_ADDR, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciINCF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_INCF, "INCF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_REGISTER | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciINCFW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_INCFW, "INCF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_W | PCC_STATUS) , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciINCFSZ = { {PC_OPCODE, NULL, NULL, 0, NULL, // AnalyzeSKIP, genericDestruct, genericPrint}, POC_INCFSZ, "INCFSZ", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_INFSNZ, PCC_REGISTER, // inCond PCC_REGISTER , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciINCFSZW = { {PC_OPCODE, NULL, NULL, 0, NULL, // AnalyzeSKIP, genericDestruct, genericPrint}, POC_INCFSZW, "INCFSZ", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_INFSNZW, PCC_REGISTER, // inCond PCC_W , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciINFSNZ = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // AnalyzeSKIP, genericDestruct, genericPrint}, POC_INFSNZ, "INFSNZ", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_INCFSZ, PCC_REGISTER, // inCond PCC_REGISTER , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciINFSNZW = { // vrokas - New {PC_OPCODE, NULL, NULL, 0, NULL, // AnalyzeSKIP, genericDestruct, genericPrint}, POC_INFSNZW, "INFSNZ", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_INCFSZW, PCC_REGISTER, // inCond PCC_W , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciIORWF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_IORWF, "IORWF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciIORFW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_IORFW, "IORWF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_W | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciIORLW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_IORLW, "IORLW", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_LITERAL), // inCond (PCC_W | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciLFSR = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_LFSR, "LFSR", 4, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 1, // second literal operand POC_NOP, PCC_LITERAL, // inCond PCC_NONE, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciMOVF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_MOVF, "MOVF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciMOVFW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_MOVFW, "MOVF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_W | PCC_N | PCC_Z), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciMOVFF = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_MOVFF, "MOVFF", 4, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 1, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond PCC_REGISTER2, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciMOVLB = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_MOVLB, "MOVLB", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_NONE | PCC_LITERAL), // inCond PCC_REGISTER, // outCond - BSR PCI_MAGIC }; pCodeInstruction pic16_pciMOVLW = { {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_MOVLW, "MOVLW", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_NONE | PCC_LITERAL), // inCond PCC_W, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciMOVWF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_MOVWF, "MOVWF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_W, // inCond PCC_REGISTER, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciMULLW = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_MULLW, "MULLW", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_LITERAL), // inCond PCC_NONE, // outCond - PROD PCI_MAGIC }; pCodeInstruction pic16_pciMULWF = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_MULWF, "MULWF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond PCC_REGISTER, // outCond - PROD PCI_MAGIC }; pCodeInstruction pic16_pciNEGF = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_NEGF, "NEGF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_REGISTER | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciNOP = { {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_NOP, "NOP", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciPOP = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_POP, "POP", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciPUSH = { {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_PUSH, "PUSH", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciRCALL = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_RCALL, "RCALL", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REL_ADDR, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciRETFIE = { {PC_OPCODE, NULL, NULL, 0, NULL, // AnalyzeRETURN, genericDestruct, genericPrint}, POC_RETFIE, "RETFIE", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 1, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE, // outCond (not true... affects the GIE bit too) PCI_MAGIC }; pCodeInstruction pic16_pciRETLW = { {PC_OPCODE, NULL, NULL, 0, NULL, // AnalyzeRETURN, genericDestruct, genericPrint}, POC_RETLW, "RETLW", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 1, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_LITERAL, // inCond PCC_W, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciRETURN = { {PC_OPCODE, NULL, NULL, 0, NULL, // AnalyzeRETURN, genericDestruct, genericPrint}, POC_RETURN, "RETURN", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 1,0, // branch, skip 0, // literal operand 0, // RAM access bit 1, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciRLCF = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_RLCF, "RLCF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_C | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_C | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciRLCFW = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_RLCFW, "RLCF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_C | PCC_REGISTER), // inCond (PCC_W | PCC_C | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciRLNCF = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_RLNCF, "RLNCF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_REGISTER | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciRLNCFW = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_RLNCFW, "RLNCF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_W | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciRRCF = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_RRCF, "RRCF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_C | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_C | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciRRCFW = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_RRCFW, "RRCF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_C | PCC_REGISTER), // inCond (PCC_W | PCC_C | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciRRNCF = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_RRNCF, "RRNCF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_REGISTER | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciRRNCFW = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_RRNCFW, "RRNCF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond (PCC_W | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciSETF = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_SETF, "SETF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_REGISTER , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciSUBLW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_SUBLW, "SUBLW", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_LITERAL), // inCond (PCC_W | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciSUBFWB = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_SUBFWB, "SUBFWB", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER | PCC_C), // inCond (PCC_W | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciSUBWF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_SUBWF, "SUBWF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciSUBFW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_SUBFW, "SUBWF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_W | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciSUBFWB_D1 = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_SUBFWB_D1, "SUBFWB", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER | PCC_C), // inCond (PCC_REGISTER | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciSUBFWB_D0 = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_SUBFWB_D0, "SUBFWB", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER | PCC_C), // inCond (PCC_W | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciSUBWFB_D1 = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_SUBWFB_D1, "SUBWFB", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER | PCC_C), // inCond (PCC_REGISTER | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciSUBWFB_D0 = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_SUBWFB_D0, "SUBWFB", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER | PCC_C), // inCond (PCC_W | PCC_STATUS), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciSWAPF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_SWAPF, "SWAPF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_REGISTER), // inCond (PCC_REGISTER), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciSWAPFW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_SWAPFW, "SWAPF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_REGISTER), // inCond (PCC_W), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciTBLRD = { // patch 15 {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_TBLRD, "TBLRD*", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciTBLRD_POSTINC = { // patch 15 {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_TBLRD_POSTINC, "TBLRD*+", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciTBLRD_POSTDEC = { // patch 15 {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_TBLRD_POSTDEC, "TBLRD*-", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciTBLRD_PREINC = { // patch 15 {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_TBLRD_PREINC, "TBLRD+*", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciTBLWT = { // patch 15 {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_TBLWT, "TBLWT*", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciTBLWT_POSTINC = { // patch 15 {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_TBLWT_POSTINC, "TBLWT*+", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciTBLWT_POSTDEC = { // patch 15 {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_TBLWT_POSTDEC, "TBLWT*-", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciTBLWT_PREINC = { // patch 15 {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_TBLWT_PREINC, "TBLWT+*", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE , // outCond PCI_MAGIC }; pCodeInstruction pic16_pciTSTFSZ = { // mdubuc - New {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_TSTFSZ, "TSTFSZ", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 2, // num ops 0,0, // dest, bit instruction 1,1, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_REGISTER, // inCond PCC_NONE, // outCond PCI_MAGIC }; pCodeInstruction pic16_pciXORWF = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_XORWF, "XORWF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 1,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_REGISTER | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciXORFW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_XORFW, "XORWF", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 3, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_REGISTER), // inCond (PCC_W | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciXORLW = { {PC_OPCODE, NULL, NULL, 0, NULL, // genericAnalyze, genericDestruct, genericPrint}, POC_XORLW, "XORLW", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 1, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 1, // literal operand 1, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, (PCC_W | PCC_LITERAL), // inCond (PCC_W | PCC_Z | PCC_N), // outCond PCI_MAGIC }; pCodeInstruction pic16_pciBANKSEL = { {PC_OPCODE, NULL, NULL, 0, NULL, genericDestruct, genericPrint}, POC_BANKSEL, "BANKSEL", 2, NULL, // from branch NULL, // to branch NULL, // label NULL, // operand NULL, // flow block NULL, // C source 0, // num ops 0,0, // dest, bit instruction 0,0, // branch, skip 0, // literal operand 0, // RAM access bit 0, // fast call/return mode select bit 0, // second memory operand 0, // second literal operand POC_NOP, PCC_NONE, // inCond PCC_NONE, // outCond PCI_MAGIC }; #define MAX_PIC16MNEMONICS 100 pCodeInstruction *pic16Mnemonics[MAX_PIC16MNEMONICS]; extern set *externs; extern regs *pic16_allocProcessorRegister(int rIdx, char * name, short po_type, int alias); extern regs *pic16_allocInternalRegister(int rIdx, char * name, short po_type, int alias); void pic16_pCodeInitRegisters(void) { static int initialized=0; if(initialized) return; initialized = 1; pic16_pc_status.r = pic16_allocProcessorRegister(IDX_STATUS,"STATUS", PO_STATUS, 0x80); pic16_pc_pcl.r = pic16_allocProcessorRegister(IDX_PCL,"PCL", PO_PCL, 0x80); pic16_pc_pclath.r = pic16_allocProcessorRegister(IDX_PCLATH,"PCLATH", PO_PCLATH, 0x80); pic16_pc_pclatu.r = pic16_allocProcessorRegister(IDX_PCLATU,"PCLATU", PO_PCLATU, 0x80); pic16_pc_intcon.r = pic16_allocProcessorRegister(IDX_INTCON,"INTCON", PO_INTCON, 0x80); pic16_pc_wreg.r = pic16_allocProcessorRegister(IDX_WREG,"WREG", PO_WREG, 0x80); pic16_pc_bsr.r = pic16_allocProcessorRegister(IDX_BSR,"BSR", PO_BSR, 0x80); pic16_pc_tosl.r = pic16_allocProcessorRegister(IDX_TOSL,"TOSL", PO_SFR_REGISTER, 0x80); pic16_pc_tosh.r = pic16_allocProcessorRegister(IDX_TOSH,"TOSH", PO_SFR_REGISTER, 0x80); pic16_pc_tosu.r = pic16_allocProcessorRegister(IDX_TOSU,"TOSU", PO_SFR_REGISTER, 0x80); pic16_pc_tblptrl.r = pic16_allocProcessorRegister(IDX_TBLPTRL,"TBLPTRL", PO_SFR_REGISTER, 0x80); pic16_pc_tblptrh.r = pic16_allocProcessorRegister(IDX_TBLPTRH,"TBLPTRH", PO_SFR_REGISTER, 0x80); pic16_pc_tblptru.r = pic16_allocProcessorRegister(IDX_TBLPTRU,"TBLPTRU", PO_SFR_REGISTER, 0x80); pic16_pc_tablat.r = pic16_allocProcessorRegister(IDX_TABLAT,"TABLAT", PO_SFR_REGISTER, 0x80); pic16_pc_fsr0l.r = pic16_allocProcessorRegister(IDX_FSR0L, "FSR0L", PO_FSR0, 0x80); pic16_pc_fsr0h.r = pic16_allocProcessorRegister(IDX_FSR0H, "FSR0H", PO_FSR0, 0x80); pic16_pc_fsr1l.r = pic16_allocProcessorRegister(IDX_FSR1L, "FSR1L", PO_FSR0, 0x80); pic16_pc_fsr1h.r = pic16_allocProcessorRegister(IDX_FSR1H, "FSR1H", PO_FSR0, 0x80); pic16_pc_fsr2l.r = pic16_allocProcessorRegister(IDX_FSR2L, "FSR2L", PO_FSR0, 0x80); pic16_pc_fsr2h.r = pic16_allocProcessorRegister(IDX_FSR2H, "FSR2H", PO_FSR0, 0x80); pic16_stackpnt_lo = &pic16_pc_fsr1l; pic16_stackpnt_hi = &pic16_pc_fsr1h; pic16_stack_postdec = &pic16_pc_postdec1; pic16_stack_postinc = &pic16_pc_postinc1; pic16_stack_preinc = &pic16_pc_preinc1; pic16_stack_plusw = &pic16_pc_plusw1; pic16_framepnt_lo = &pic16_pc_fsr2l; pic16_framepnt_hi = &pic16_pc_fsr2h; pic16_frame_postdec = &pic16_pc_postdec2; pic16_frame_postinc = &pic16_pc_postinc2; pic16_frame_preinc = &pic16_pc_preinc2; pic16_frame_plusw = &pic16_pc_plusw2; pic16_pc_indf0.r = pic16_allocProcessorRegister(IDX_INDF0,"INDF0", PO_INDF0, 0x80); pic16_pc_postinc0.r = pic16_allocProcessorRegister(IDX_POSTINC0, "POSTINC0", PO_INDF0, 0x80); pic16_pc_postdec0.r = pic16_allocProcessorRegister(IDX_POSTDEC0, "POSTDEC0", PO_INDF0, 0x80); pic16_pc_preinc0.r = pic16_allocProcessorRegister(IDX_PREINC0, "PREINC0", PO_INDF0, 0x80); pic16_pc_plusw0.r = pic16_allocProcessorRegister(IDX_PLUSW0, "PLUSW0", PO_INDF0, 0x80); pic16_pc_indf1.r = pic16_allocProcessorRegister(IDX_INDF1,"INDF1", PO_INDF0, 0x80); pic16_pc_postinc1.r = pic16_allocProcessorRegister(IDX_POSTINC1, "POSTINC1", PO_INDF0, 0x80); pic16_pc_postdec1.r = pic16_allocProcessorRegister(IDX_POSTDEC1, "POSTDEC1", PO_INDF0, 0x80); pic16_pc_preinc1.r = pic16_allocProcessorRegister(IDX_PREINC1, "PREINC1", PO_INDF0, 0x80); pic16_pc_plusw1.r = pic16_allocProcessorRegister(IDX_PLUSW1, "PLUSW1", PO_INDF0, 0x80); pic16_pc_indf2.r = pic16_allocProcessorRegister(IDX_INDF2,"INDF2", PO_INDF0, 0x80); pic16_pc_postinc2.r = pic16_allocProcessorRegister(IDX_POSTINC2, "POSTINC2", PO_INDF0, 0x80); pic16_pc_postdec2.r = pic16_allocProcessorRegister(IDX_POSTDEC2, "POSTDEC2", PO_INDF0, 0x80); pic16_pc_preinc2.r = pic16_allocProcessorRegister(IDX_PREINC2, "PREINC2", PO_INDF0, 0x80); pic16_pc_plusw2.r = pic16_allocProcessorRegister(IDX_PLUSW2, "PLUSW2", PO_INDF0, 0x80); pic16_pc_prodl.r = pic16_allocProcessorRegister(IDX_PRODL, "PRODL", PO_PRODL, 0x80); pic16_pc_prodh.r = pic16_allocProcessorRegister(IDX_PRODH, "PRODH", PO_PRODH, 0x80); pic16_pc_eecon1.r = pic16_allocProcessorRegister(IDX_EECON1, "EECON1", PO_SFR_REGISTER, 0x80); pic16_pc_eecon2.r = pic16_allocProcessorRegister(IDX_EECON2, "EECON2", PO_SFR_REGISTER, 0x80); pic16_pc_eedata.r = pic16_allocProcessorRegister(IDX_EEDATA, "EEDATA", PO_SFR_REGISTER, 0x80); pic16_pc_eeadr.r = pic16_allocProcessorRegister(IDX_EEADR, "EEADR", PO_SFR_REGISTER, 0x80); pic16_pc_status.rIdx = IDX_STATUS; pic16_pc_intcon.rIdx = IDX_INTCON; pic16_pc_pcl.rIdx = IDX_PCL; pic16_pc_pclath.rIdx = IDX_PCLATH; pic16_pc_pclatu.rIdx = IDX_PCLATU; pic16_pc_wreg.rIdx = IDX_WREG; pic16_pc_bsr.rIdx = IDX_BSR; pic16_pc_tosl.rIdx = IDX_TOSL; pic16_pc_tosh.rIdx = IDX_TOSH; pic16_pc_tosu.rIdx = IDX_TOSU; pic16_pc_tblptrl.rIdx = IDX_TBLPTRL; pic16_pc_tblptrh.rIdx = IDX_TBLPTRH; pic16_pc_tblptru.rIdx = IDX_TBLPTRU; pic16_pc_tablat.rIdx = IDX_TABLAT; pic16_pc_fsr0l.rIdx = IDX_FSR0L; pic16_pc_fsr0h.rIdx = IDX_FSR0H; pic16_pc_fsr1l.rIdx = IDX_FSR1L; pic16_pc_fsr1h.rIdx = IDX_FSR1H; pic16_pc_fsr2l.rIdx = IDX_FSR2L; pic16_pc_fsr2h.rIdx = IDX_FSR2H; pic16_pc_indf0.rIdx = IDX_INDF0; pic16_pc_postinc0.rIdx = IDX_POSTINC0; pic16_pc_postdec0.rIdx = IDX_POSTDEC0; pic16_pc_preinc0.rIdx = IDX_PREINC0; pic16_pc_plusw0.rIdx = IDX_PLUSW0; pic16_pc_indf1.rIdx = IDX_INDF1; pic16_pc_postinc1.rIdx = IDX_POSTINC1; pic16_pc_postdec1.rIdx = IDX_POSTDEC1; pic16_pc_preinc1.rIdx = IDX_PREINC1; pic16_pc_plusw1.rIdx = IDX_PLUSW1; pic16_pc_indf2.rIdx = IDX_INDF2; pic16_pc_postinc2.rIdx = IDX_POSTINC2; pic16_pc_postdec2.rIdx = IDX_POSTDEC2; pic16_pc_preinc2.rIdx = IDX_PREINC2; pic16_pc_plusw2.rIdx = IDX_PLUSW2; pic16_pc_prodl.rIdx = IDX_PRODL; pic16_pc_prodh.rIdx = IDX_PRODH; pic16_pc_kzero.r = pic16_allocInternalRegister(IDX_KZ,"KZ",PO_GPR_REGISTER,0); pic16_pc_ssave.r = pic16_allocInternalRegister(IDX_SSAVE,"SSAVE", PO_GPR_REGISTER, 0); pic16_pc_wsave.r = pic16_allocInternalRegister(IDX_WSAVE,"WSAVE", PO_GPR_REGISTER, 0); pic16_pc_kzero.rIdx = IDX_KZ; pic16_pc_wsave.rIdx = IDX_WSAVE; pic16_pc_ssave.rIdx = IDX_SSAVE; pic16_pc_eecon1.rIdx = IDX_EECON1; pic16_pc_eecon2.rIdx = IDX_EECON2; pic16_pc_eedata.rIdx = IDX_EEDATA; pic16_pc_eeadr.rIdx = IDX_EEADR; pic16_pc_gpsimio.r = pic16_allocProcessorRegister(IDX_GPSIMIO, "GPSIMIO", PO_GPR_REGISTER, 0x80); pic16_pc_gpsimio2.r = pic16_allocProcessorRegister(IDX_GPSIMIO2, "GPSIMIO2", PO_GPR_REGISTER, 0x80); pic16_pc_gpsimio.rIdx = IDX_GPSIMIO; pic16_pc_gpsimio2.rIdx = IDX_GPSIMIO2; /* probably should put this in a separate initialization routine */ pb_dead_pcodes = newpBlock(); } /*-----------------------------------------------------------------*/ /* mnem2key - convert a pic mnemonic into a hash key */ /* (BTW - this spreads the mnemonics quite well) */ /* */ /*-----------------------------------------------------------------*/ static int mnem2key(unsigned char const *mnem) { int key = 0; if(!mnem) return 0; while(*mnem) { key += toupper(*mnem++) +1; } return (key & 0x1f); } void pic16initMnemonics(void) { int i = 0; int key; // char *str; pCodeInstruction *pci; if(mnemonics_initialized) return; // NULL out the array before making the assignments // since we check the array contents below this initialization. for (i = 0; i < MAX_PIC16MNEMONICS; i++) { pic16Mnemonics[i] = NULL; } pic16Mnemonics[POC_ADDLW] = &pic16_pciADDLW; pic16Mnemonics[POC_ADDWF] = &pic16_pciADDWF; pic16Mnemonics[POC_ADDFW] = &pic16_pciADDFW; pic16Mnemonics[POC_ADDWFC] = &pic16_pciADDWFC; pic16Mnemonics[POC_ADDFWC] = &pic16_pciADDFWC; pic16Mnemonics[POC_ANDLW] = &pic16_pciANDLW; pic16Mnemonics[POC_ANDWF] = &pic16_pciANDWF; pic16Mnemonics[POC_ANDFW] = &pic16_pciANDFW; pic16Mnemonics[POC_BC] = &pic16_pciBC; pic16Mnemonics[POC_BCF] = &pic16_pciBCF; pic16Mnemonics[POC_BN] = &pic16_pciBN; pic16Mnemonics[POC_BNC] = &pic16_pciBNC; pic16Mnemonics[POC_BNN] = &pic16_pciBNN; pic16Mnemonics[POC_BNOV] = &pic16_pciBNOV; pic16Mnemonics[POC_BNZ] = &pic16_pciBNZ; pic16Mnemonics[POC_BOV] = &pic16_pciBOV; pic16Mnemonics[POC_BRA] = &pic16_pciBRA; pic16Mnemonics[POC_BSF] = &pic16_pciBSF; pic16Mnemonics[POC_BTFSC] = &pic16_pciBTFSC; pic16Mnemonics[POC_BTFSS] = &pic16_pciBTFSS; pic16Mnemonics[POC_BTG] = &pic16_pciBTG; pic16Mnemonics[POC_BZ] = &pic16_pciBZ; pic16Mnemonics[POC_CALL] = &pic16_pciCALL; pic16Mnemonics[POC_CLRF] = &pic16_pciCLRF; pic16Mnemonics[POC_CLRWDT] = &pic16_pciCLRWDT; pic16Mnemonics[POC_COMF] = &pic16_pciCOMF; pic16Mnemonics[POC_COMFW] = &pic16_pciCOMFW; pic16Mnemonics[POC_CPFSEQ] = &pic16_pciCPFSEQ; pic16Mnemonics[POC_CPFSGT] = &pic16_pciCPFSGT; pic16Mnemonics[POC_CPFSLT] = &pic16_pciCPFSLT; pic16Mnemonics[POC_DAW] = &pic16_pciDAW; pic16Mnemonics[POC_DCFSNZ] = &pic16_pciDCFSNZ; pic16Mnemonics[POC_DECF] = &pic16_pciDECF; pic16Mnemonics[POC_DECFW] = &pic16_pciDECFW; pic16Mnemonics[POC_DECFSZ] = &pic16_pciDECFSZ; pic16Mnemonics[POC_DECFSZW] = &pic16_pciDECFSZW; pic16Mnemonics[POC_GOTO] = &pic16_pciGOTO; pic16Mnemonics[POC_INCF] = &pic16_pciINCF; pic16Mnemonics[POC_INCFW] = &pic16_pciINCFW; pic16Mnemonics[POC_INCFSZ] = &pic16_pciINCFSZ; pic16Mnemonics[POC_INCFSZW] = &pic16_pciINCFSZW; pic16Mnemonics[POC_INFSNZ] = &pic16_pciINFSNZ; pic16Mnemonics[POC_INFSNZW] = &pic16_pciINFSNZW; pic16Mnemonics[POC_IORWF] = &pic16_pciIORWF; pic16Mnemonics[POC_IORFW] = &pic16_pciIORFW; pic16Mnemonics[POC_IORLW] = &pic16_pciIORLW; pic16Mnemonics[POC_LFSR] = &pic16_pciLFSR; pic16Mnemonics[POC_MOVF] = &pic16_pciMOVF; pic16Mnemonics[POC_MOVFW] = &pic16_pciMOVFW; pic16Mnemonics[POC_MOVFF] = &pic16_pciMOVFF; pic16Mnemonics[POC_MOVLB] = &pic16_pciMOVLB; pic16Mnemonics[POC_MOVLW] = &pic16_pciMOVLW; pic16Mnemonics[POC_MOVWF] = &pic16_pciMOVWF; pic16Mnemonics[POC_MULLW] = &pic16_pciMULLW; pic16Mnemonics[POC_MULWF] = &pic16_pciMULWF; pic16Mnemonics[POC_NEGF] = &pic16_pciNEGF; pic16Mnemonics[POC_NOP] = &pic16_pciNOP; pic16Mnemonics[POC_POP] = &pic16_pciPOP; pic16Mnemonics[POC_PUSH] = &pic16_pciPUSH; pic16Mnemonics[POC_RCALL] = &pic16_pciRCALL; pic16Mnemonics[POC_RETFIE] = &pic16_pciRETFIE; pic16Mnemonics[POC_RETLW] = &pic16_pciRETLW; pic16Mnemonics[POC_RETURN] = &pic16_pciRETURN; pic16Mnemonics[POC_RLCF] = &pic16_pciRLCF; pic16Mnemonics[POC_RLCFW] = &pic16_pciRLCFW; pic16Mnemonics[POC_RLNCF] = &pic16_pciRLNCF; pic16Mnemonics[POC_RLNCFW] = &pic16_pciRLNCFW; pic16Mnemonics[POC_RRCF] = &pic16_pciRRCF; pic16Mnemonics[POC_RRCFW] = &pic16_pciRRCFW; pic16Mnemonics[POC_RRNCF] = &pic16_pciRRNCF; pic16Mnemonics[POC_RRNCFW] = &pic16_pciRRNCFW; pic16Mnemonics[POC_SETF] = &pic16_pciSETF; pic16Mnemonics[POC_SUBLW] = &pic16_pciSUBLW; pic16Mnemonics[POC_SUBWF] = &pic16_pciSUBWF; pic16Mnemonics[POC_SUBFW] = &pic16_pciSUBFW; pic16Mnemonics[POC_SUBWFB_D0] = &pic16_pciSUBWFB_D0; pic16Mnemonics[POC_SUBWFB_D1] = &pic16_pciSUBWFB_D1; pic16Mnemonics[POC_SUBFWB_D0] = &pic16_pciSUBFWB_D0; pic16Mnemonics[POC_SUBFWB_D1] = &pic16_pciSUBFWB_D1; pic16Mnemonics[POC_SWAPF] = &pic16_pciSWAPF; pic16Mnemonics[POC_SWAPFW] = &pic16_pciSWAPFW; pic16Mnemonics[POC_TBLRD] = &pic16_pciTBLRD; pic16Mnemonics[POC_TBLRD_POSTINC] = &pic16_pciTBLRD_POSTINC; pic16Mnemonics[POC_TBLRD_POSTDEC] = &pic16_pciTBLRD_POSTDEC; pic16Mnemonics[POC_TBLRD_PREINC] = &pic16_pciTBLRD_PREINC; pic16Mnemonics[POC_TBLWT] = &pic16_pciTBLWT; pic16Mnemonics[POC_TBLWT_POSTINC] = &pic16_pciTBLWT_POSTINC; pic16Mnemonics[POC_TBLWT_POSTDEC] = &pic16_pciTBLWT_POSTDEC; pic16Mnemonics[POC_TBLWT_PREINC] = &pic16_pciTBLWT_PREINC; pic16Mnemonics[POC_TSTFSZ] = &pic16_pciTSTFSZ; pic16Mnemonics[POC_XORLW] = &pic16_pciXORLW; pic16Mnemonics[POC_XORWF] = &pic16_pciXORWF; pic16Mnemonics[POC_XORFW] = &pic16_pciXORFW; pic16Mnemonics[POC_BANKSEL] = &pic16_pciBANKSEL; for(i=0; imnemonic), pic16Mnemonics[i]); pci = hTabFirstItem(pic16MnemonicsHash, &key); while(pci) { DFPRINTF((stderr, "element %d key %d, mnem %s\n",i++,key,pci->mnemonic)); pci = hTabNextItem(pic16MnemonicsHash, &key); } mnemonics_initialized = 1; } int pic16_getpCodePeepCommand(char *cmd); int pic16_getpCode(char *mnem,unsigned dest) { pCodeInstruction *pci; int key = mnem2key((unsigned char *)mnem); if(!mnemonics_initialized) pic16initMnemonics(); pci = hTabFirstItemWK(pic16MnemonicsHash, key); while(pci) { if(STRCASECMP(pci->mnemonic, mnem) == 0) { if((pci->num_ops <= 1) || (pci->isModReg == dest) || (pci->isBitInst) || (pci->num_ops <= 2 && pci->isAccess) || (pci->num_ops <= 2 && pci->isFastCall) || (pci->num_ops <= 2 && pci->is2MemOp) || (pci->num_ops <= 2 && pci->is2LitOp) ) return(pci->op); } pci = hTabNextItemWK (pic16MnemonicsHash); } return -1; } /*-----------------------------------------------------------------* * pic16initpCodePeepCommands * *-----------------------------------------------------------------*/ void pic16initpCodePeepCommands(void) { int key, i; peepCommand *pcmd; i = 0; do { hTabAddItem(&pic16pCodePeepCommandsHash, mnem2key((const unsigned char *)peepCommands[i].cmd), &peepCommands[i]); i++; } while (peepCommands[i].cmd); pcmd = hTabFirstItem(pic16pCodePeepCommandsHash, &key); while(pcmd) { //fprintf(stderr, "peep command %s key %d\n",pcmd->cmd,pcmd->id); pcmd = hTabNextItem(pic16pCodePeepCommandsHash, &key); } } /*----------------------------------------------------------------- * * *-----------------------------------------------------------------*/ int pic16_getpCodePeepCommand(char *cmd) { peepCommand *pcmd; int key = mnem2key((unsigned char *)cmd); pcmd = hTabFirstItemWK(pic16pCodePeepCommandsHash, key); while(pcmd) { // fprintf(stderr," comparing %s to %s\n",pcmd->cmd,cmd); if(STRCASECMP(pcmd->cmd, cmd) == 0) { return pcmd->id; } pcmd = hTabNextItemWK (pic16pCodePeepCommandsHash); } return -1; } static char getpBlock_dbName(pBlock *pb) { if(!pb) return 0; if(pb->cmemmap) return pb->cmemmap->dbName; return pb->dbName; } void pic16_pBlockConvert2ISR(pBlock *pb) { if(!pb)return; if(pb->cmemmap)pb->cmemmap = NULL; pb->dbName = 'I'; if(pic16_pcode_verbose) fprintf(stderr, "%s:%d converting to 'I'interrupt pBlock\n", __FILE__, __LINE__); } void pic16_pBlockConvert2Absolute(pBlock *pb) { if(!pb)return; if(pb->cmemmap)pb->cmemmap = NULL; pb->dbName = 'A'; if(pic16_pcode_verbose) fprintf(stderr, "%s:%d converting to 'A'bsolute pBlock\n", __FILE__, __LINE__); } /*-----------------------------------------------------------------*/ /* pic16_movepBlock2Head - given the dbname of a pBlock, move all */ /* instances to the front of the doubly linked */ /* list of pBlocks */ /*-----------------------------------------------------------------*/ void pic16_movepBlock2Head(char dbName) { pBlock *pb; /* this can happen in sources without code, * only variable definitions */ if(!the_pFile)return; pb = the_pFile->pbHead; while(pb) { if(getpBlock_dbName(pb) == dbName) { pBlock *pbn = pb->next; pb->next = the_pFile->pbHead; the_pFile->pbHead->prev = pb; the_pFile->pbHead = pb; if(pb->prev) pb->prev->next = pbn; // If the pBlock that we just moved was the last // one in the link of all of the pBlocks, then we // need to point the tail to the block just before // the one we moved. // Note: if pb->next is NULL, then pb must have // been the last pBlock in the chain. if(pbn) pbn->prev = pb->prev; else the_pFile->pbTail = pb->prev; pb = pbn; } else pb = pb->next; } } void pic16_copypCode(FILE *of, char dbName) { pBlock *pb; if(!of || !the_pFile) return; for(pb = the_pFile->pbHead; pb; pb = pb->next) { if(getpBlock_dbName(pb) == dbName) { // fprintf(stderr, "%s:%d: output of pb= 0x%p\n", __FILE__, __LINE__, pb); pBlockStats(of,pb); pic16_printpBlock(of,pb); } } } void pic16_pcode_test(void) { DFPRINTF((stderr,"pcode is alive!\n")); //initMnemonics(); if(the_pFile) { pBlock *pb; FILE *pFile; char buffer[100]; /* create the file name */ strcpy(buffer,dstFileName); strcat(buffer,".p"); if( !(pFile = fopen(buffer, "w" ))) { werror(E_FILE_OPEN_ERR,buffer); exit(1); } fprintf(pFile,"pcode dump\n\n"); for(pb = the_pFile->pbHead; pb; pb = pb->next) { fprintf(pFile,"\n\tNew pBlock\n\n"); if(pb->cmemmap) fprintf(pFile,"%s",pb->cmemmap->sname); else fprintf(pFile,"internal pblock"); fprintf(pFile,", dbName =%c\n",getpBlock_dbName(pb)); pic16_printpBlock(pFile,pb); } } } unsigned long pic16_countInstructions(void) { pBlock *pb; pCode *pc; unsigned long isize=0; if(!the_pFile)return -1; for(pb = the_pFile->pbHead; pb; pb = pb->next) { for(pc = pb->pcHead; pc; pc = pc->next) { if(isPCI(pc) || isPCAD(pc))isize += PCI(pc)->isize; } } return (isize); } /*-----------------------------------------------------------------*/ /* int RegCond(pCodeOp *pcop) - if pcop points to the STATUS reg- */ /* ister, RegCond will return the bit being referenced. */ /* */ /* fixme - why not just OR in the pcop bit field */ /*-----------------------------------------------------------------*/ static int RegCond(pCodeOp *pcop) { if(!pcop) return 0; if(!pcop->name)return 0; if(pcop->type == PO_GPR_BIT && !strcmp(pcop->name, pic16_pc_status.pcop.name)) { switch(PCORB(pcop)->bit) { case PIC_C_BIT: return PCC_C; case PIC_DC_BIT: return PCC_DC; case PIC_Z_BIT: return PCC_Z; } } return 0; } /*-----------------------------------------------------------------*/ /* pic16_newpCode - create and return a newly initialized pCode */ /* */ /* fixme - rename this */ /* */ /* The purpose of this routine is to create a new Instruction */ /* pCode. This is called by gen.c while the assembly code is being */ /* generated. */ /* */ /* Inouts: */ /* PIC_OPCODE op - the assembly instruction we wish to create. */ /* (note that the op is analogous to but not the */ /* same thing as the opcode of the instruction.) */ /* pCdoeOp *pcop - pointer to the operand of the instruction. */ /* */ /* Outputs: */ /* a pointer to the new malloc'd pCode is returned. */ /* */ /* */ /* */ /*-----------------------------------------------------------------*/ pCode *pic16_newpCode (PIC_OPCODE op, pCodeOp *pcop) { pCodeInstruction *pci ; if(!mnemonics_initialized) pic16initMnemonics(); pci = Safe_calloc(1, sizeof(pCodeInstruction)); if((op>=0) && (op < MAX_PIC16MNEMONICS) && pic16Mnemonics[op]) { memcpy(pci, pic16Mnemonics[op], sizeof(pCodeInstruction)); pci->pcop = pcop; if(pci->inCond & PCC_EXAMINE_PCOP) pci->inCond |= RegCond(pcop); if(pci->outCond & PCC_EXAMINE_PCOP) pci->outCond |= RegCond(pcop); pci->pc.prev = pci->pc.next = NULL; return (pCode *)pci; } fprintf(stderr, "pCode mnemonic error %s,%d\n",__FUNCTION__,__LINE__); exit(1); return NULL; } /*-----------------------------------------------------------------*/ /* pic16_newpCodeWild - create a "wild" as in wild card pCode */ /* */ /* Wild pcodes are used during the peep hole optimizer to serve */ /* as place holders for any instruction. When a snippet of code is */ /* compared to a peep hole rule, the wild card opcode will match */ /* any instruction. However, the optional operand and label are */ /* additional qualifiers that must also be matched before the */ /* line (of assembly code) is declared matched. Note that the */ /* operand may be wild too. */ /* */ /* Note, a wild instruction is specified just like a wild var: */ /* %4 ; A wild instruction, */ /* See the peeph.def file for additional examples */ /* */ /*-----------------------------------------------------------------*/ pCode *pic16_newpCodeWild(int pCodeID, pCodeOp *optional_operand, pCodeOp *optional_label) { pCodeWild *pcw; pcw = Safe_calloc(1,sizeof(pCodeWild)); pcw->pci.pc.type = PC_WILD; pcw->pci.pc.prev = pcw->pci.pc.next = NULL; pcw->pci.from = pcw->pci.to = pcw->pci.label = NULL; pcw->pci.pc.pb = NULL; // pcw->pci.pc.analyze = genericAnalyze; pcw->pci.pc.destruct = genericDestruct; pcw->pci.pc.print = genericPrint; pcw->id = pCodeID; // this is the 'n' in %n pcw->operand = optional_operand; pcw->label = optional_label; pcw->mustBeBitSkipInst = 0; pcw->mustNotBeBitSkipInst = 0; pcw->invertBitSkipInst = 0; return ( (pCode *)pcw); } /*-----------------------------------------------------------------*/ /* newPcodeInlineP - create a new pCode from a char string */ /*-----------------------------------------------------------------*/ pCode *pic16_newpCodeInlineP(char *cP) { pCodeComment *pcc ; pcc = Safe_calloc(1,sizeof(pCodeComment)); pcc->pc.type = PC_INLINE; pcc->pc.prev = pcc->pc.next = NULL; //pcc->pc.from = pcc->pc.to = pcc->pc.label = NULL; pcc->pc.pb = NULL; // pcc->pc.analyze = genericAnalyze; pcc->pc.destruct = genericDestruct; pcc->pc.print = genericPrint; if(cP) pcc->comment = Safe_strdup(cP); else pcc->comment = NULL; return ( (pCode *)pcc); } /*-----------------------------------------------------------------*/ /* newPcodeCharP - create a new pCode from a char string */ /*-----------------------------------------------------------------*/ pCode *pic16_newpCodeCharP(char *cP) { pCodeComment *pcc ; pcc = Safe_calloc(1,sizeof(pCodeComment)); pcc->pc.type = PC_COMMENT; pcc->pc.prev = pcc->pc.next = NULL; //pcc->pc.from = pcc->pc.to = pcc->pc.label = NULL; pcc->pc.pb = NULL; // pcc->pc.analyze = genericAnalyze; pcc->pc.destruct = genericDestruct; pcc->pc.print = genericPrint; if(cP) pcc->comment = Safe_strdup(cP); else pcc->comment = NULL; return ( (pCode *)pcc); } /*-----------------------------------------------------------------*/ /* pic16_newpCodeFunction - */ /*-----------------------------------------------------------------*/ pCode *pic16_newpCodeFunction(char *mod,char *f) { pCodeFunction *pcf; pcf = Safe_calloc(1,sizeof(pCodeFunction)); pcf->pc.type = PC_FUNCTION; pcf->pc.prev = pcf->pc.next = NULL; //pcf->pc.from = pcf->pc.to = pcf->pc.label = NULL; pcf->pc.pb = NULL; // pcf->pc.analyze = genericAnalyze; pcf->pc.destruct = genericDestruct; pcf->pc.print = pCodePrintFunction; pcf->ncalled = 0; pcf->absblock = 0; if(mod) { pcf->modname = Safe_calloc(1,strlen(mod)+1); strcpy(pcf->modname,mod); } else pcf->modname = NULL; if(f) { pcf->fname = Safe_calloc(1,strlen(f)+1); strcpy(pcf->fname,f); } else pcf->fname = NULL; pcf->stackusage = 0; return ( (pCode *)pcf); } /*-----------------------------------------------------------------*/ /* pic16_newpCodeFlow */ /*-----------------------------------------------------------------*/ static void destructpCodeFlow(pCode *pc) { if(!pc || !isPCFL(pc)) return; /* if(PCFL(pc)->from) if(PCFL(pc)->to) */ pic16_unlinkpCode(pc); deleteSet(&PCFL(pc)->registers); deleteSet(&PCFL(pc)->from); deleteSet(&PCFL(pc)->to); /* Instead of deleting the memory used by this pCode, mark * the object as bad so that if there's a pointer to this pCode * dangling around somewhere then (hopefully) when the type is * checked we'll catch it. */ pc->type = PC_BAD; pic16_addpCode2pBlock(pb_dead_pcodes, pc); // Safe_free(pc); } pCode *pic16_newpCodeFlow(void ) { pCodeFlow *pcflow; //_ALLOC(pcflow,sizeof(pCodeFlow)); pcflow = Safe_calloc(1,sizeof(pCodeFlow)); pcflow->pc.type = PC_FLOW; pcflow->pc.prev = pcflow->pc.next = NULL; pcflow->pc.pb = NULL; // pcflow->pc.analyze = genericAnalyze; pcflow->pc.destruct = destructpCodeFlow; pcflow->pc.print = genericPrint; pcflow->pc.seq = GpcFlowSeq++; pcflow->from = pcflow->to = NULL; pcflow->inCond = PCC_NONE; pcflow->outCond = PCC_NONE; pcflow->firstBank = -1; pcflow->lastBank = -1; pcflow->FromConflicts = 0; pcflow->ToConflicts = 0; pcflow->end = NULL; pcflow->registers = newSet(); return ( (pCode *)pcflow); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeFlowLink *pic16_newpCodeFlowLink(pCodeFlow *pcflow) { pCodeFlowLink *pcflowLink; pcflowLink = Safe_calloc(1,sizeof(pCodeFlowLink)); pcflowLink->pcflow = pcflow; pcflowLink->bank_conflict = 0; return pcflowLink; } /*-----------------------------------------------------------------*/ /* pic16_newpCodeCSource - create a new pCode Source Symbol */ /*-----------------------------------------------------------------*/ pCode *pic16_newpCodeCSource(int ln, const char *f, const char *l) { pCodeCSource *pccs; pccs = Safe_calloc(1,sizeof(pCodeCSource)); pccs->pc.type = PC_CSOURCE; pccs->pc.prev = pccs->pc.next = NULL; pccs->pc.pb = NULL; pccs->pc.destruct = genericDestruct; pccs->pc.print = genericPrint; pccs->line_number = ln; if(l) pccs->line = Safe_strdup(l); else pccs->line = NULL; if(f) pccs->file_name = Safe_strdup(f); else pccs->file_name = NULL; return ( (pCode *)pccs); } /*******************************************************************/ /* pic16_newpCodeAsmDir - create a new pCode Assembler Directive */ /* added by VR 6-Jun-2003 */ /*******************************************************************/ pCode *pic16_newpCodeAsmDir(char *asdir, char *argfmt, ...) { pCodeAsmDir *pcad; va_list ap; char buffer[512]; char *lbp=buffer; pcad = Safe_calloc(1, sizeof(pCodeAsmDir)); pcad->pci.pc.type = PC_ASMDIR; pcad->pci.pc.prev = pcad->pci.pc.next = NULL; pcad->pci.pc.pb = NULL; pcad->pci.isize = 2; pcad->pci.pc.destruct = genericDestruct; pcad->pci.pc.print = genericPrint; if(asdir && *asdir) { while(isspace((unsigned char)*asdir))asdir++; // strip any white space from the beginning pcad->directive = Safe_strdup( asdir ); } va_start(ap, argfmt); memset(buffer, 0, sizeof(buffer)); if(argfmt && *argfmt) vsprintf(buffer, argfmt, ap); va_end(ap); while(isspace((unsigned char)*lbp))lbp++; if(lbp && *lbp) pcad->arg = Safe_strdup( lbp ); return ((pCode *)pcad); } /*-----------------------------------------------------------------*/ /* pCodeLabelDestruct - free memory used by a label. */ /*-----------------------------------------------------------------*/ static void pCodeLabelDestruct(pCode *pc) { if(!pc) return; pic16_unlinkpCode(pc); // if((pc->type == PC_LABEL) && PCL(pc)->label) // Safe_free(PCL(pc)->label); /* Instead of deleting the memory used by this pCode, mark * the object as bad so that if there's a pointer to this pCode * dangling around somewhere then (hopefully) when the type is * checked we'll catch it. */ pc->type = PC_BAD; pic16_addpCode2pBlock(pb_dead_pcodes, pc); // Safe_free(pc); } pCode *pic16_newpCodeLabel(char *name, int key) { char *s = buffer; pCodeLabel *pcl; pcl = Safe_calloc(1,sizeof(pCodeLabel) ); pcl->pc.type = PC_LABEL; pcl->pc.prev = pcl->pc.next = NULL; //pcl->pc.from = pcl->pc.to = pcl->pc.label = NULL; pcl->pc.pb = NULL; // pcl->pc.analyze = genericAnalyze; pcl->pc.destruct = pCodeLabelDestruct; pcl->pc.print = pCodePrintLabel; pcl->key = key; pcl->force = 0; pcl->label = NULL; if(key>0) { sprintf(s,"_%05d_DS_",key); } else s = name; if(s) pcl->label = Safe_strdup(s); // if(pic16_pcode_verbose) // fprintf(stderr, "%s:%d label name: %s\n", __FILE__, __LINE__, pcl->label); return ( (pCode *)pcl); } pCode *pic16_newpCodeLabelFORCE(char *name, int key) { pCodeLabel *pcl = (pCodeLabel *)pic16_newpCodeLabel(name, key); pcl->force = 1; return ( (pCode *)pcl ); } pCode *pic16_newpCodeInfo(INFO_TYPE type, pCodeOp *pcop) { pCodeInfo *pci; pci = Safe_calloc(1, sizeof(pCodeInfo)); pci->pci.pc.type = PC_INFO; pci->pci.pc.prev = pci->pci.pc.next = NULL; pci->pci.pc.pb = NULL; pci->pci.label = NULL; pci->pci.pc.destruct = genericDestruct; pci->pci.pc.print = genericPrint; pci->type = type; pci->oper1 = pcop; return ((pCode *)pci); } /*-----------------------------------------------------------------*/ /* newpBlock - create and return a pointer to a new pBlock */ /*-----------------------------------------------------------------*/ static pBlock *newpBlock(void) { pBlock *PpB; PpB = Safe_calloc(1,sizeof(pBlock) ); PpB->next = PpB->prev = NULL; PpB->function_entries = PpB->function_exits = PpB->function_calls = NULL; PpB->tregisters = NULL; PpB->visited = 0; PpB->FlowTree = NULL; return PpB; } /*-----------------------------------------------------------------*/ /* pic16_newpCodeChain - create a new chain of pCodes */ /*-----------------------------------------------------------------* * * This function will create a new pBlock and the pointer to the * pCode that is passed in will be the first pCode in the block. *-----------------------------------------------------------------*/ pBlock *pic16_newpCodeChain(memmap *cm,char c, pCode *pc) { pBlock *pB = newpBlock(); pB->pcHead = pB->pcTail = pc; pB->cmemmap = cm; pB->dbName = c; return pB; } /*-----------------------------------------------------------------*/ /* pic16_newpCodeOpLabel - Create a new label given the key */ /* Note, a negative key means that the label is part of wild card */ /* (and hence a wild card label) used in the pCodePeep */ /* optimizations). */ /*-----------------------------------------------------------------*/ pCodeOp *pic16_newpCodeOpLabel(char *name, int key) { char *s=NULL; static int label_key=-1; pCodeOp *pcop; pcop = Safe_calloc(1,sizeof(pCodeOpLabel) ); pcop->type = PO_LABEL; pcop->name = NULL; if(key>0) sprintf(s=buffer,"_%05d_DS_",key); else s = name, key = label_key--; if(s) pcop->name = Safe_strdup(s); ((pCodeOpLabel *)pcop)->key = key; //fprintf(stderr,"pic16_newpCodeOpLabel: key=%d, name=%s\n",key,((s)?s:"")); return pcop; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *pic16_newpCodeOpLit(int lit) { char *s = buffer; pCodeOp *pcop; pcop = Safe_calloc(1,sizeof(pCodeOpLit) ); pcop->type = PO_LITERAL; pcop->name = NULL; //if(lit>=0) sprintf(s,"0x%02hhx", (unsigned char)lit); //else // sprintf(s, "%i", lit); if(s) pcop->name = Safe_strdup(s); ((pCodeOpLit *)pcop)->lit = lit; return pcop; } /* Allow for 12 bit literals, required for LFSR */ pCodeOp *pic16_newpCodeOpLit12(int lit) { char *s = buffer; pCodeOp *pcop; pcop = Safe_calloc(1,sizeof(pCodeOpLit) ); pcop->type = PO_LITERAL; pcop->name = NULL; //if(lit>=0) sprintf(s,"0x%03x", ((unsigned int)lit) & 0x0fff); //else // sprintf(s, "%i", lit); if(s) pcop->name = Safe_strdup(s); ((pCodeOpLit *)pcop)->lit = lit; return pcop; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *pic16_newpCodeOpLit2(int lit, pCodeOp *arg2) { char *s = buffer, tbuf[256], *tb=tbuf; pCodeOp *pcop; tb = pic16_get_op(arg2, NULL, 0); pcop = Safe_calloc(1,sizeof(pCodeOpLit2) ); pcop->type = PO_LITERAL; pcop->name = NULL; //if(lit>=0) { sprintf(s,"0x%02x, %s", (unsigned char)lit, tb); if(s) pcop->name = Safe_strdup(s); //} ((pCodeOpLit2 *)pcop)->lit = lit; ((pCodeOpLit2 *)pcop)->arg2 = arg2; return pcop; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *pic16_newpCodeOpImmd(char *name, int offset, int index, int code_space) { pCodeOp *pcop; pcop = Safe_calloc(1,sizeof(pCodeOpImmd) ); pcop->type = PO_IMMEDIATE; if(name) { regs *r = pic16_dirregWithName(name); pcop->name = Safe_strdup(name); PCOI(pcop)->r = r; if(r) { // fprintf(stderr, "%s:%d %s reg %s exists (r: %p)\n",__FILE__, __LINE__, __FUNCTION__, name, r); PCOI(pcop)->rIdx = r->rIdx; } else { // fprintf(stderr, "%s:%d %s reg %s doesn't exist\n", __FILE__, __LINE__, __FUNCTION__, name); PCOI(pcop)->rIdx = -1; } // fprintf(stderr,"%s %s %d\n",__FUNCTION__,name,offset); } else { pcop->name = NULL; PCOI(pcop)->rIdx = -1; } PCOI(pcop)->index = index; PCOI(pcop)->offset = offset; PCOI(pcop)->_const = code_space; return pcop; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *pic16_newpCodeOpWild(int id, pCodeWildBlock *pcwb, pCodeOp *subtype) { char *s = buffer; pCodeOp *pcop; if(!pcwb || !subtype) { fprintf(stderr, "Wild opcode declaration error: %s-%d\n",__FILE__,__LINE__); exit(1); } pcop = Safe_calloc(1,sizeof(pCodeOpWild)); pcop->type = PO_WILD; sprintf(s,"%%%d",id); pcop->name = Safe_strdup(s); PCOW(pcop)->id = id; PCOW(pcop)->pcwb = pcwb; PCOW(pcop)->subtype = subtype; PCOW(pcop)->matched = NULL; PCOW(pcop)->pcop2 = NULL; return pcop; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *pic16_newpCodeOpWild2(int id, int id2, pCodeWildBlock *pcwb, pCodeOp *subtype, pCodeOp *subtype2) { char *s = buffer; pCodeOp *pcop; if(!pcwb || !subtype || !subtype2) { fprintf(stderr, "Wild opcode declaration error: %s-%d\n",__FILE__,__LINE__); exit(1); } pcop = Safe_calloc(1,sizeof(pCodeOpWild)); pcop->type = PO_WILD; sprintf(s,"%%%d",id); pcop->name = Safe_strdup(s); PCOW(pcop)->id = id; PCOW(pcop)->pcwb = pcwb; PCOW(pcop)->subtype = subtype; PCOW(pcop)->matched = NULL; PCOW(pcop)->pcop2 = Safe_calloc(1, sizeof(pCodeOpWild)); if(!subtype2->name) { PCOW(pcop)->pcop2 = Safe_calloc(1, sizeof(pCodeOpWild)); PCOW2(pcop)->pcop.type = PO_WILD; sprintf(s, "%%%d", id2); PCOW2(pcop)->pcop.name = Safe_strdup(s); PCOW2(pcop)->id = id2; PCOW2(pcop)->subtype = subtype2; // fprintf(stderr, "%s:%d %s [wild,wild] for name: %s (%d)\tname2: %s (%d)\n", __FILE__, __LINE__, __FUNCTION__, // pcop->name, id, PCOW2(pcop)->pcop.name, id2); } else { PCOW2(pcop)->pcop2 = pic16_pCodeOpCopy( subtype2 ); // fprintf(stderr, "%s:%d %s [wild,str] for name: %s (%d)\tname2: %s (%d)\n", __FILE__, __LINE__, __FUNCTION__, // pcop->name, id, PCOW2(pcop)->pcop.name, id2); } return pcop; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *pic16_newpCodeOpBit(char *s, int bit, int inBitSpace, PIC_OPTYPE subt) { pCodeOp *pcop; pcop = Safe_calloc(1,sizeof(pCodeOpRegBit) ); pcop->type = PO_GPR_BIT; if(s) pcop->name = Safe_strdup(s); else pcop->name = NULL; PCORB(pcop)->bit = bit; PCORB(pcop)->inBitSpace = inBitSpace; PCORB(pcop)->subtype = subt; /* pCodeOpBit is derived from pCodeOpReg. We need to init this too */ PCOR(pcop)->r = pic16_regWithName(s); //NULL; // fprintf(stderr, "%s:%d %s for reg: %s\treg= %p\n", __FILE__, __LINE__, __FUNCTION__, s, PCOR(pcop)->r); // PCOR(pcop)->rIdx = 0; return pcop; } pCodeOp *pic16_newpCodeOpBit_simple (struct asmop *op, int offs, int bit) { return pic16_newpCodeOpBit (pic16_aopGet(op,offs,FALSE,FALSE), bit, 0, PO_GPR_REGISTER); } /*-----------------------------------------------------------------* * pCodeOp *pic16_newpCodeOpReg(int rIdx) - allocate a new register * * If rIdx >=0 then a specific register from the set of registers * will be selected. If rIdx <0, then a new register will be searched * for. *-----------------------------------------------------------------*/ pCodeOp *pic16_newpCodeOpReg(int rIdx) { pCodeOp *pcop; regs *r; pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); pcop->name = NULL; if(rIdx >= 0) { r = pic16_regWithIdx(rIdx); if(!r) r = pic16_allocWithIdx(rIdx); } else { r = pic16_findFreeReg(REG_GPR); if(!r) { fprintf(stderr, "%s:%d Could not find a free GPR register\n", __FUNCTION__, __LINE__); exit(EXIT_FAILURE); } } PCOR(pcop)->rIdx = rIdx; PCOR(pcop)->r = r; pcop->type = PCOR(pcop)->r->pc_type; return pcop; } pCodeOp *pic16_newpCodeOpRegNotVect(bitVect *bv) { pCodeOp *pcop; regs *r; pcop = Safe_calloc(1, sizeof(pCodeOpReg)); pcop->name = NULL; r = pic16_findFreeReg(REG_GPR); while(r) { if(!bitVectBitValue(bv, r->rIdx)) { PCOR(pcop)->r = r; PCOR(pcop)->rIdx = r->rIdx; pcop->type = r->pc_type; return (pcop); } r = pic16_findFreeRegNext(REG_GPR, r); } return NULL; } pCodeOp *pic16_newpCodeOpRegFromStr(char *name) { pCodeOp *pcop; regs *r; pcop = Safe_calloc(1,sizeof(pCodeOpReg) ); PCOR(pcop)->r = r = pic16_allocRegByName(name, 1, NULL); PCOR(pcop)->rIdx = PCOR(pcop)->r->rIdx; pcop->type = PCOR(pcop)->r->pc_type; pcop->name = PCOR(pcop)->r->name; // if(pic16_pcode_verbose) { // fprintf(stderr, "%s:%d %s allocates register %s rIdx:0x%02x\n", // __FILE__, __LINE__, __FUNCTION__, r->name, r->rIdx); // } return pcop; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *pic16_newpCodeOpOpt(OPT_TYPE type, char *key) { pCodeOpOpt *pcop; pcop = Safe_calloc(1, sizeof(pCodeOpOpt)); pcop->type = type; pcop->key = Safe_strdup( key ); return (PCOP(pcop)); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *pic16_newpCodeOpLocalRegs(LR_TYPE type) { pCodeOpLocalReg *pcop; pcop = Safe_calloc(1, sizeof(pCodeOpLocalReg)); pcop->type = type; return (PCOP(pcop)); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pCodeOp *pic16_newpCodeOp(char *name, PIC_OPTYPE type) { pCodeOp *pcop; switch(type) { case PO_BIT: case PO_GPR_BIT: pcop = pic16_newpCodeOpBit(name, -1,0, type); break; case PO_LITERAL: pcop = pic16_newpCodeOpLit(-1); break; case PO_LABEL: pcop = pic16_newpCodeOpLabel(NULL,-1); break; case PO_GPR_TEMP: pcop = pic16_newpCodeOpReg(-1); break; case PO_GPR_REGISTER: if(name) pcop = pic16_newpCodeOpRegFromStr(name); else pcop = pic16_newpCodeOpReg(-1); break; case PO_TWO_OPS: assert( !"Cannot create PO_TWO_OPS from string!" ); pcop = NULL; break; default: pcop = Safe_calloc(1,sizeof(pCodeOp) ); pcop->type = type; if(name) pcop->name = Safe_strdup(name); else pcop->name = NULL; } return pcop; } pCodeOp *pic16_newpCodeOp2(pCodeOp *src, pCodeOp *dst) { pCodeOp2 *pcop2 = Safe_calloc(1, sizeof(pCodeOp2)); pcop2->pcop.type = PO_TWO_OPS; pcop2->pcopL = src; pcop2->pcopR = dst; return PCOP(pcop2); } /* This is a multiple of two as gpasm pads DB directives to even length, * thus the data would be interleaved with \0 bytes... * This is a multiple of three in order to have arrays of 3-byte pointers * continuously in memory (without 0-padding at the lines' end). * This is rather 12 than 6 in order not to split up 4-byte data types * in arrays right in the middle of a 4-byte word. */ #define DB_ITEMS_PER_LINE 12 typedef struct DBdata { int count; char buffer[512]; } DBdata; struct DBdata DBd; static int DBd_init = -1; /*-----------------------------------------------------------------*/ /* Initialiase "DB" data buffer */ /*-----------------------------------------------------------------*/ void pic16_initDB(void) { DBd_init = -1; } /*-----------------------------------------------------------------*/ /* Flush pending "DB" data to a pBlock */ /* */ /* ptype - type of p pointer, 'f' file pointer, 'p' pBlock pointer */ /*-----------------------------------------------------------------*/ void pic16_flushDB(char ptype, void *p) { if (DBd.count>0) { if(ptype == 'p') pic16_addpCode2pBlock(((pBlock *)p),pic16_newpCodeAsmDir("DB", "%s", DBd.buffer)); else if(ptype == 'f') fprintf(((FILE *)p), "\tdb\t%s\n", DBd.buffer); else { /* sanity check */ fprintf(stderr, "PIC16 port error: could not emit initial value data\n"); } DBd.count = 0; DBd.buffer[0] = '\0'; } } /*-----------------------------------------------------------------*/ /* Add "DB" directives to a pBlock */ /*-----------------------------------------------------------------*/ void pic16_emitDB(int c, char ptype, void *p) { int l; if (DBd_init<0) { // we need to initialize DBd_init = 0; DBd.count = 0; DBd.buffer[0] = '\0'; } l = strlen(DBd.buffer); sprintf(DBd.buffer+l,"%s0x%02x", (DBd.count>0?", ":""), c & 0xff); // fprintf(stderr, "%s:%d DBbuffer: '%s'\n", __FILE__, __LINE__, DBd.buffer); DBd.count++; if (DBd.count>= DB_ITEMS_PER_LINE) pic16_flushDB(ptype, p); } void pic16_emitDS(char *s, char ptype, void *p) { int l; if (DBd_init<0) { // we need to initialize DBd_init = 0; DBd.count = 0; DBd.buffer[0] = '\0'; } l = strlen(DBd.buffer); sprintf(DBd.buffer+l,"%s%s", (DBd.count>0?", ":""), s); // fprintf(stderr, "%s:%d DBbuffer: '%s'\n", __FILE__, __LINE__, DBd.buffer); DBd.count++; //=strlen(s); if (DBd.count>=DB_ITEMS_PER_LINE) pic16_flushDB(ptype, p); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ void pic16_pCodeConstString(char *name, char *value, unsigned length) { pBlock *pb; char *item; static set *emittedSymbols = NULL; if(!name || !value) return; /* keep track of emitted symbols to avoid multiple definition of str_ */ if (emittedSymbols) { /* scan set for name */ for (item = setFirstItem (emittedSymbols); item; item = setNextItem (emittedSymbols)) { if (!strcmp (item,name)) { //fprintf (stderr, "%s already emitted\n", name); return; } // if } // for } // if addSet (&emittedSymbols, Safe_strdup (name)); //fprintf(stderr, " %s %s %s\n",__FUNCTION__,name,value); pb = pic16_newpCodeChain(NULL, 'P',pic16_newpCodeCharP("; Starting pCode block")); pic16_addpBlock(pb); // sprintf(buffer,"; %s = ", name); // strcat(buffer, value); // fputs(buffer, stderr); // pic16_addpCode2pBlock(pb,pic16_newpCodeCharP(buffer)); pic16_addpCode2pBlock(pb,pic16_newpCodeLabel(name,-1)); while (length--) pic16_emitDB(*value++, 'p', (void *)pb); pic16_flushDB('p', (void *)pb); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ #if 0 static void pCodeReadCodeTable(void) { pBlock *pb; fprintf(stderr, " %s\n",__FUNCTION__); pb = pic16_newpCodeChain(NULL, 'P',pic16_newpCodeCharP("; Starting pCode block")); pic16_addpBlock(pb); pic16_addpCode2pBlock(pb,pic16_newpCodeCharP("; ReadCodeTable - built in function")); pic16_addpCode2pBlock(pb,pic16_newpCodeCharP("; Inputs: temp1,temp2 = code pointer")); pic16_addpCode2pBlock(pb,pic16_newpCodeCharP("; Outpus: W (from RETLW at temp2:temp1)")); pic16_addpCode2pBlock(pb,pic16_newpCodeLabel("ReadCodeTable:",-1)); pic16_addpCode2pBlock(pb,pic16_newpCode(POC_MOVFW,pic16_newpCodeOpRegFromStr("temp2"))); pic16_addpCode2pBlock(pb,pic16_newpCode(POC_MOVWF,pic16_newpCodeOpRegFromStr("PCLATH"))); pic16_addpCode2pBlock(pb,pic16_newpCode(POC_MOVFW,pic16_newpCodeOpRegFromStr("temp1"))); pic16_addpCode2pBlock(pb,pic16_newpCode(POC_MOVWF,pic16_newpCodeOpRegFromStr("PCL"))); } #endif /*-----------------------------------------------------------------*/ /* pic16_addpCode2pBlock - place the pCode into the pBlock linked list */ /*-----------------------------------------------------------------*/ void pic16_addpCode2pBlock(pBlock *pb, pCode *pc) { if(!pc) return; if(!pb->pcHead) { /* If this is the first pcode to be added to a block that * was initialized with a NULL pcode, then go ahead and * make this pcode the head and tail */ pb->pcHead = pb->pcTail = pc; } else { // if(pb->pcTail) pb->pcTail->next = pc; pc->prev = pb->pcTail; pc->pb = pb; pb->pcTail = pc; } } /*-----------------------------------------------------------------*/ /* pic16_addpBlock - place a pBlock into the pFile */ /*-----------------------------------------------------------------*/ void pic16_addpBlock(pBlock *pb) { // fprintf(stderr," Adding pBlock: dbName =%c\n",getpBlock_dbName(pb)); if(!the_pFile) { /* First time called, we'll pass through here. */ //_ALLOC(the_pFile,sizeof(pFile)); the_pFile = Safe_calloc(1,sizeof(pFile)); the_pFile->pbHead = the_pFile->pbTail = pb; the_pFile->functions = NULL; return; } the_pFile->pbTail->next = pb; pb->prev = the_pFile->pbTail; pb->next = NULL; the_pFile->pbTail = pb; } /*-----------------------------------------------------------------*/ /* removepBlock - remove a pBlock from the pFile */ /*-----------------------------------------------------------------*/ static void removepBlock(pBlock *pb) { pBlock *pbs; if(!the_pFile) return; //fprintf(stderr," Removing pBlock: dbName =%c\n",getpBlock_dbName(pb)); for(pbs = the_pFile->pbHead; pbs; pbs = pbs->next) { if(pbs == pb) { if(pbs == the_pFile->pbHead) the_pFile->pbHead = pbs->next; if (pbs == the_pFile->pbTail) the_pFile->pbTail = pbs->prev; if(pbs->next) pbs->next->prev = pbs->prev; if(pbs->prev) pbs->prev->next = pbs->next; return; } } fprintf(stderr, "Warning: call to %s:%s didn't find pBlock\n",__FILE__,__FUNCTION__); } /*-----------------------------------------------------------------*/ /* printpCode - write the contents of a pCode to a file */ /*-----------------------------------------------------------------*/ static void printpCode(FILE *of, pCode *pc) { if(!pc || !of) return; if(pc->print) { pc->print(of,pc); return; } fprintf(of,"warning - unable to print pCode\n"); } /*-----------------------------------------------------------------*/ /* pic16_printpBlock - write the contents of a pBlock to a file */ /*-----------------------------------------------------------------*/ void pic16_printpBlock(FILE *of, pBlock *pb) { pCode *pc; if(!pb)return; if(!of)of=stderr; for(pc = pb->pcHead; pc; pc = pc->next) { if(isPCF(pc) && PCF(pc)->fname) { fprintf(of, "S_%s_%s\tcode", PCF(pc)->modname, PCF(pc)->fname); if(pb->dbName == 'A') { absSym *ab; for(ab=setFirstItem(absSymSet); ab; ab=setNextItem(absSymSet)) { // fprintf(stderr, "%s:%d testing %s <-> %s\n", __FILE__, __LINE__, PCF(pc)->fname, ab->name); if(!strcmp(ab->name, PCF(pc)->fname)) { // fprintf(stderr, "%s:%d address = %x\n", __FILE__, __LINE__, ab->address); if(ab->address != -1) fprintf(of, "\t0X%06X", ab->address); break; } } } fprintf(of, "\n"); } printpCode(of,pc); } } /*-----------------------------------------------------------------*/ /* */ /* pCode processing */ /* */ /* */ /* */ /*-----------------------------------------------------------------*/ pCode * pic16_findNextInstruction(pCode *pci); pCode * pic16_findPrevInstruction(pCode *pci); void pic16_unlinkpCode(pCode *pc) { pCode *prev; if(pc) { #ifdef PCODE_DEBUG fprintf(stderr,"Unlinking: "); printpCode(stderr, pc); #endif if(pc->prev) { pc->prev->next = pc->next; } else if (pc->pb && (pc->pb->pcHead == pc)) { pc->pb->pcHead = pc->next; } if(pc->next) { pc->next->prev = pc->prev; } else if (pc->pb && (pc->pb->pcTail == pc)) { pc->pb->pcTail = pc->prev; } /* move C source line down (or up) */ if (isPCI(pc) && PCI(pc)->cline) { prev = pic16_findNextInstruction (pc->next); if (prev && isPCI(prev) && !PCI(prev)->cline) { PCI(prev)->cline = PCI(pc)->cline; } else { prev = pic16_findPrevInstruction (pc->prev); if (prev && isPCI(prev) && !PCI(prev)->cline) PCI(prev)->cline = PCI(pc)->cline; } } pc->prev = pc->next = NULL; } } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void genericDestruct(pCode *pc) { pic16_unlinkpCode(pc); if(isPCI(pc)) { /* For instructions, tell the register (if there's one used) * that it's no longer needed */ regs *reg = pic16_getRegFromInstruction(pc); if(reg) deleteSetItem (&(reg->reglives.usedpCodes),pc); if(PCI(pc)->is2MemOp) { reg = pic16_getRegFromInstruction2(pc); if(reg) deleteSetItem(&(reg->reglives.usedpCodes), pc); } } /* Instead of deleting the memory used by this pCode, mark * the object as bad so that if there's a pointer to this pCode * dangling around somewhere then (hopefully) when the type is * checked we'll catch it. */ pc->type = PC_BAD; pic16_addpCode2pBlock(pb_dead_pcodes, pc); //Safe_free(pc); } void DEBUGpic16_emitcode (char *inst,char *fmt, ...); /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ /* modifiers for constant immediate */ const char *immdmod[3]={"LOW", "HIGH", "UPPER"}; char *pic16_get_op(pCodeOp *pcop,char *buffer, size_t size) { regs *r; static char b[128]; char *s; int use_buffer = 1; // copy the string to the passed buffer pointer if(!buffer) { buffer = b; size = sizeof(b); use_buffer = 0; // Don't bother copying the string to the buffer. } if(pcop) { switch(pcop->type) { case PO_W: case PO_WREG: case PO_PRODL: case PO_PRODH: case PO_INDF0: case PO_FSR0: if(use_buffer) { SNPRINTF(buffer,size,"%s",PCOR(pcop)->r->name); return (buffer); } return (PCOR(pcop)->r->name); break; case PO_GPR_TEMP: r = pic16_regWithIdx(PCOR(pcop)->r->rIdx); if(use_buffer) { SNPRINTF(buffer,size,"%s",r->name); return (buffer); } return (r->name); break; case PO_IMMEDIATE: s = buffer; if(PCOI(pcop)->offset && PCOI(pcop)->offset<4) { if(PCOI(pcop)->index) { SNPRINTF(s,size, "%s(%s + %d)", immdmod[ PCOI(pcop)->offset ], pcop->name, PCOI(pcop)->index); } else { SNPRINTF(s,size,"%s(%s)", immdmod[ PCOI(pcop)->offset ], pcop->name); } } else { if(PCOI(pcop)->index) { SNPRINTF(s,size, "%s(%s + %d)", immdmod[ 0 ], pcop->name, PCOI(pcop)->index); } else { SNPRINTF(s,size, "%s(%s)", immdmod[ 0 ], pcop->name); } } return (buffer); break; case PO_GPR_REGISTER: case PO_DIR: s = buffer; //size = sizeof(buffer); if( PCOR(pcop)->instance) { SNPRINTF(s,size,"(%s + %d)", pcop->name, PCOR(pcop)->instance ); } else { SNPRINTF(s,size,"%s",pcop->name); } return (buffer); break; case PO_GPR_BIT: s = buffer; if(PCORB(pcop)->subtype == PO_GPR_TEMP) { SNPRINTF(s, size, "%s", pcop->name); } else { if(PCORB(pcop)->pcor.instance) SNPRINTF(s, size, "(%s + %d)", pcop->name, PCORB(pcop)->pcor.instance); else SNPRINTF(s, size, "%s", pcop->name); } return (buffer); break; case PO_TWO_OPS: return (pic16_get_op( PCOP2(pcop)->pcopL, use_buffer ? buffer : NULL, size )); break; default: if(pcop->name) { if(use_buffer) { SNPRINTF(buffer,size,"%s",pcop->name); return (buffer); } return (pcop->name); } } return ("unhandled type for op1"); } return ("NO operand1"); } /*-----------------------------------------------------------------*/ /* pic16_get_op2 - variant to support two memory operand commands */ /*-----------------------------------------------------------------*/ char *pic16_get_op2(pCodeOp *pcop,char *buffer, size_t size) { if(pcop && pcop->type == PO_TWO_OPS) { return pic16_get_op( PCOP2(pcop)->pcopR, buffer, size ); } return "NO operand2"; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static char *pic16_get_op_from_instruction( pCodeInstruction *pcc) { if(pcc ) return pic16_get_op(pcc->pcop,NULL,0); /* gcc 3.2: warning: concatenation of string literals with __FUNCTION__ is deprecated * return ("ERROR Null: "__FUNCTION__); */ return ("ERROR Null: pic16_get_op_from_instruction"); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void pCodeOpPrint(FILE *of, pCodeOp *pcop) { fprintf(of,"pcodeopprint- not implemented\n"); } /*-----------------------------------------------------------------*/ /* pic16_pCode2str - convert a pCode instruction to string */ /*-----------------------------------------------------------------*/ char *pic16_pCode2str(char *str, size_t size, pCode *pc) { char *s = str; regs *r; #if 0 if(isPCI(pc) && (PCI(pc)->pci_magic != PCI_MAGIC)) { fprintf(stderr, "%s:%d: pCodeInstruction initialization error in instruction %s, magic is %x (defaut: %x)\n", __FILE__, __LINE__, PCI(pc)->mnemonic, PCI(pc)->pci_magic, PCI_MAGIC); // exit(EXIT_FAILURE); } #endif switch(pc->type) { case PC_OPCODE: SNPRINTF(s, size, "\t%s\t", PCI(pc)->mnemonic); size -= strlen(s); s += strlen(s); if( (PCI(pc)->num_ops >= 1) && (PCI(pc)->pcop)) { if (PCI(pc)->pcop->type == PO_TWO_OPS) { /* split into two phases due to static buffer in pic16_get_op() */ SNPRINTF(s, size, "%s", pic16_get_op((PCI(pc)->pcop), NULL, 0)); size -= strlen(s); s += strlen(s); SNPRINTF(s, size, ", %s", pic16_get_op2((PCI(pc)->pcop), NULL, 0)); break; } if(PCI(pc)->is2LitOp) { SNPRINTF(s,size, "%s", PCOP(PCI(pc)->pcop)->name); break; } if(PCI(pc)->isBitInst) { if(PCI(pc)->pcop->type != PO_GPR_BIT) { if( (((pCodeOpRegBit *)(PCI(pc)->pcop))->inBitSpace) ) SNPRINTF(s,size,"(%s >> 3), (%s & 7)", PCI(pc)->pcop->name , PCI(pc)->pcop->name ); else SNPRINTF(s,size,"%s,%d", pic16_get_op_from_instruction(PCI(pc)), (((pCodeOpRegBit *)(PCI(pc)->pcop))->bit )); } else if(PCI(pc)->pcop->type == PO_GPR_BIT) { SNPRINTF(s,size,"%s, %d", pic16_get_op_from_instruction(PCI(pc)),PCORB(PCI(pc)->pcop)->bit); } else SNPRINTF(s,size,"%s,0 ; ?bug", pic16_get_op_from_instruction(PCI(pc))); } else { if(PCI(pc)->pcop->type == PO_GPR_BIT) { if( PCI(pc)->num_ops == 3) SNPRINTF(s,size,"(%s >> 3),%c",pic16_get_op_from_instruction(PCI(pc)),((PCI(pc)->isModReg) ? 'F':'W')); else SNPRINTF(s,size,"(1 << (%s & 7))",pic16_get_op_from_instruction(PCI(pc))); } else { SNPRINTF(s,size,"%s", pic16_get_op_from_instruction(PCI(pc))); } } if( PCI(pc)->num_ops == 3 || ((PCI(pc)->num_ops == 2) && (PCI(pc)->isAccess))) { size -= strlen(s); s += strlen(s); if(PCI(pc)->num_ops == 3 && !PCI(pc)->isBitInst) { SNPRINTF(s,size,", %c", ( (PCI(pc)->isModReg) ? 'F':'W')); size -= strlen(s); s += strlen(s); } r = pic16_getRegFromInstruction(pc); if(PCI(pc)->isAccess) { static char *bank_spec[2][2] = { { "", ", ACCESS" }, /* gpasm uses access bank by default */ { ", B", ", BANKED" }/* MPASM (should) use BANKED by default */ }; SNPRINTF(s,size,"%s", bank_spec[(r && !isACCESS_BANK(r)) ? 1 : 0][pic16_mplab_comp ? 1 : 0]); } } } break; case PC_COMMENT: /* assuming that comment ends with a \n */ SNPRINTF(s,size,";%s", ((pCodeComment *)pc)->comment); break; case PC_INFO: SNPRINTF(s,size,"; info ==>"); size -= strlen(s); s += strlen(s); switch( PCINF(pc)->type ) { case INF_OPTIMIZATION: SNPRINTF(s,size, " [optimization] %s\n", OPT_TYPE_STR[ PCOO(PCINF(pc)->oper1)->type ]); break; case INF_LOCALREGS: SNPRINTF(s,size, " [localregs] %s\n", LR_TYPE_STR[ PCOLR(PCINF(pc)->oper1)->type ]); break; }; break; case PC_INLINE: /* assuming that inline code ends with a \n */ SNPRINTF(s,size,"%s", ((pCodeComment *)pc)->comment); break; case PC_LABEL: SNPRINTF(s,size,";label=%s, key=%d\n",PCL(pc)->label,PCL(pc)->key); break; case PC_FUNCTION: SNPRINTF(s,size,";modname=%s,function=%s: id=%d\n",PCF(pc)->modname,PCF(pc)->fname); break; case PC_WILD: SNPRINTF(s,size,";\tWild opcode: id=%d\n",PCW(pc)->id); break; case PC_FLOW: SNPRINTF(s,size,";\t--FLOW change\n"); break; case PC_CSOURCE: SNPRINTF(s,size,"%s\t.line\t%d; %s\t%s\n", ((pic16_mplab_comp || !options.debug)?";":""), PCCS(pc)->line_number, PCCS(pc)->file_name, PCCS(pc)->line); break; case PC_ASMDIR: if(PCAD(pc)->directive) { SNPRINTF(s,size,"\t%s%s%s\n", PCAD(pc)->directive, PCAD(pc)->arg?"\t":"", PCAD(pc)->arg?PCAD(pc)->arg:""); } else if(PCAD(pc)->arg) { /* special case to handle inline labels without a tab */ SNPRINTF(s,size,"%s\n", PCAD(pc)->arg); } break; case PC_BAD: SNPRINTF(s,size,";A bad pCode is being used\n"); break; } return str; } /*-----------------------------------------------------------------*/ /* genericPrint - the contents of a pCode to a file */ /*-----------------------------------------------------------------*/ static void genericPrint(FILE *of, pCode *pc) { if(!pc || !of) return; switch(pc->type) { case PC_COMMENT: // fputs(((pCodeComment *)pc)->comment, of); fprintf(of,"; %s\n", ((pCodeComment *)pc)->comment); break; case PC_INFO: { pBranch *pbl = PCI(pc)->label; while(pbl && pbl->pc) { if(pbl->pc->type == PC_LABEL) pCodePrintLabel(of, pbl->pc); pbl = pbl->next; } } if(pic16_pcode_verbose) { fprintf(of, "; info ==>"); switch(((pCodeInfo *)pc)->type) { case INF_OPTIMIZATION: fprintf(of, " [optimization] %s\n", OPT_TYPE_STR[ PCOO(PCINF(pc)->oper1)->type ]); break; case INF_LOCALREGS: fprintf(of, " [localregs] %s\n", LR_TYPE_STR[ PCOLR(PCINF(pc)->oper1)->type ]); break; } }; break; case PC_INLINE: fprintf(of,"%s\n", ((pCodeComment *)pc)->comment); break; case PC_OPCODE: // If the opcode has a label, print that first { pBranch *pbl = PCI(pc)->label; while(pbl && pbl->pc) { if(pbl->pc->type == PC_LABEL) pCodePrintLabel(of, pbl->pc); pbl = pbl->next; } } if(PCI(pc)->cline) genericPrint(of,PCODE(PCI(pc)->cline)); { char str[256]; pic16_pCode2str(str, 256, pc); fprintf(of,"%s",str); /* Debug */ if(pic16_debug_verbose) { fprintf(of, "\t;key=%03x",pc->seq); if(PCI(pc)->pcflow) fprintf(of,", flow seq=%03x",PCI(pc)->pcflow->pc.seq); } } fprintf(of, "\n"); break; case PC_WILD: fprintf(of,";\tWild opcode: id=%d\n",PCW(pc)->id); if(PCW(pc)->pci.label) pCodePrintLabel(of, PCW(pc)->pci.label->pc); if(PCW(pc)->operand) { fprintf(of,";\toperand "); pCodeOpPrint(of,PCW(pc)->operand ); } break; case PC_FLOW: if(pic16_debug_verbose) { fprintf(of,";<>Start of new flow, seq=0x%x",pc->seq); if(PCFL(pc)->ancestor) fprintf(of," ancestor = 0x%x", PCODE(PCFL(pc)->ancestor)->seq); fprintf(of,"\n"); } break; case PC_CSOURCE: // fprintf(of,";#CSRC\t%s %d\t\t%s\n", PCCS(pc)->file_name, PCCS(pc)->line_number, PCCS(pc)->line); fprintf(of,"%s\t.line\t%d; %s\t%s\n", ((pic16_mplab_comp || !options.debug)?";":""), PCCS(pc)->line_number, PCCS(pc)->file_name, PCCS(pc)->line); break; case PC_ASMDIR: { pBranch *pbl = PCAD(pc)->pci.label; while(pbl && pbl->pc) { if(pbl->pc->type == PC_LABEL) pCodePrintLabel(of, pbl->pc); pbl = pbl->next; } } if(PCAD(pc)->directive) { fprintf(of, "\t%s%s%s\n", PCAD(pc)->directive, PCAD(pc)->arg?"\t":"", PCAD(pc)->arg?PCAD(pc)->arg:""); } else if(PCAD(pc)->arg) { /* special case to handle inline labels without tab */ fprintf(of, "%s\n", PCAD(pc)->arg); } break; case PC_LABEL: default: fprintf(of,"unknown pCode type %d\n",pc->type); } } /*-----------------------------------------------------------------*/ /* pCodePrintFunction - prints function begin/end */ /*-----------------------------------------------------------------*/ static void pCodePrintFunction(FILE *of, pCode *pc) { if(!pc || !of) return; #if 0 if( ((pCodeFunction *)pc)->modname) fprintf(of,"F_%s",((pCodeFunction *)pc)->modname); #endif if(!PCF(pc)->absblock) { if(PCF(pc)->fname) { pBranch *exits = PCF(pc)->to; int i=0; fprintf(of,"%s:", PCF(pc)->fname); if(pic16_pcode_verbose) fprintf(of, "\t;Function start"); fprintf(of, "\n"); while(exits) { i++; exits = exits->next; } //if(i) i--; if(pic16_pcode_verbose) fprintf(of,"; %d exit point%c\n",i, ((i==1) ? ' ':'s')); } else { if((PCF(pc)->from && PCF(pc)->from->pc->type == PC_FUNCTION && PCF(PCF(pc)->from->pc)->fname) ) { if(pic16_pcode_verbose) fprintf(of,"; exit point of %s\n",PCF(PCF(pc)->from->pc)->fname); } else { if(pic16_pcode_verbose) fprintf(of,"; exit point [can't find entry point]\n"); } fprintf(of, "\n"); } } } /*-----------------------------------------------------------------*/ /* pCodePrintLabel - prints label */ /*-----------------------------------------------------------------*/ static void pCodePrintLabel(FILE *of, pCode *pc) { if(!pc || !of) return; if(PCL(pc)->label) fprintf(of,"%s:\n",PCL(pc)->label); else if (PCL(pc)->key >=0) fprintf(of,"_%05d_DS_:\n",PCL(pc)->key); else fprintf(of,";wild card label: id=%d\n",-PCL(pc)->key); } /*-----------------------------------------------------------------*/ /* unlinkpCodeFromBranch - Search for a label in a pBranch and */ /* remove it if it is found. */ /*-----------------------------------------------------------------*/ static void unlinkpCodeFromBranch(pCode *pcl , pCode *pc) { pBranch *b, *bprev; bprev = NULL; if(pcl->type == PC_OPCODE || pcl->type == PC_INLINE || pcl->type == PC_ASMDIR) b = PCI(pcl)->label; else { fprintf(stderr, "LINE %d. can't unlink from non opcode\n",__LINE__); exit(1); } //fprintf (stderr, "%s \n",__FUNCTION__); //pcl->print(stderr,pcl); //pc->print(stderr,pc); while(b) { if(b->pc == pc) { //fprintf (stderr, "found label\n"); //pc->print(stderr, pc); /* Found a label */ if(bprev) { bprev->next = b->next; /* Not first pCode in chain */ // Safe_free(b); } else { pc->destruct(pc); PCI(pcl)->label = b->next; /* First pCode in chain */ // Safe_free(b); } return; /* A label can't occur more than once */ } bprev = b; b = b->next; } } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ pBranch * pic16_pBranchAppend(pBranch *h, pBranch *n) { pBranch *b; if(!h) return n; if(h == n) return n; b = h; while(b->next) b = b->next; b->next = n; return h; } /*-----------------------------------------------------------------*/ /* pBranchLink - given two pcodes, this function will link them */ /* together through their pBranches */ /*-----------------------------------------------------------------*/ static void pBranchLink(pCodeFunction *f, pCodeFunction *t) { pBranch *b; // Declare a new branch object for the 'from' pCode. //_ALLOC(b,sizeof(pBranch)); b = Safe_calloc(1,sizeof(pBranch)); b->pc = PCODE(t); // The link to the 'to' pCode. b->next = NULL; f->to = pic16_pBranchAppend(f->to,b); // Now do the same for the 'to' pCode. //_ALLOC(b,sizeof(pBranch)); b = Safe_calloc(1,sizeof(pBranch)); b->pc = PCODE(f); b->next = NULL; t->from = pic16_pBranchAppend(t->from,b); } #if 1 /*-----------------------------------------------------------------*/ /* pBranchFind - find the pBranch in a pBranch chain that contains */ /* a pCode */ /*-----------------------------------------------------------------*/ static pBranch *pBranchFind(pBranch *pb,pCode *pc) { while(pb) { if(pb->pc == pc) return pb; pb = pb->next; } return NULL; } /*-----------------------------------------------------------------*/ /* pic16_pCodeUnlink - Unlink the given pCode from its pCode chain. */ /*-----------------------------------------------------------------*/ void pic16_pCodeUnlink(pCode *pc) { pBranch *pb1,*pb2; pCode *pc1; if (!pc) { return; } /* Remove the branches */ pb1 = PCI(pc)->from; while(pb1) { pc1 = pb1->pc; /* Get the pCode that branches to the * one we're unlinking */ /* search for the link back to this pCode (the one we're * unlinking) */ if((pb2 = pBranchFind(PCI(pc1)->to,pc))) { pb2->pc = PCI(pc)->to->pc; // make the replacement /* if the pCode we're unlinking contains multiple 'to' * branches (e.g. this a skip instruction) then we need * to copy these extra branches to the chain. */ if(PCI(pc)->to->next) pic16_pBranchAppend(pb2, PCI(pc)->to->next); } pb1 = pb1->next; } pic16_unlinkpCode (pc); } #endif /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ #if 0 static void genericAnalyze(pCode *pc) { switch(pc->type) { case PC_WILD: case PC_COMMENT: return; case PC_LABEL: case PC_FUNCTION: case PC_OPCODE: { // Go through the pCodes that are in pCode chain and link // them together through the pBranches. Note, the pCodes // are linked together as a contiguous stream like the // assembly source code lines. The linking here mimics this // except that comments are not linked in. // pCode *npc = pc->next; while(npc) { if(npc->type == PC_OPCODE || npc->type == PC_LABEL) { pBranchLink(pc,npc); return; } else npc = npc->next; } /* reached the end of the pcode chain without finding * an instruction we could link to. */ } break; case PC_FLOW: fprintf(stderr,"analyze PC_FLOW\n"); return; case PC_BAD: fprintf(stderr,,";A bad pCode is being used\n"); } } #endif /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int compareLabel(pCode *pc, pCodeOpLabel *pcop_label) { pBranch *pbr; if(pc->type == PC_LABEL) { if( ((pCodeLabel *)pc)->key == pcop_label->key) return TRUE; } if((pc->type == PC_OPCODE) || (pc->type == PC_ASMDIR) ) { pbr = PCI(pc)->label; while(pbr) { if(pbr->pc->type == PC_LABEL) { if( ((pCodeLabel *)(pbr->pc))->key == pcop_label->key) return TRUE; } pbr = pbr->next; } } return FALSE; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int checkLabel(pCode *pc) { pBranch *pbr; if(pc && isPCI(pc)) { pbr = PCI(pc)->label; while(pbr) { if(isPCL(pbr->pc) && (PCL(pbr->pc)->key >= 0)) return TRUE; pbr = pbr->next; } } return FALSE; } /*-----------------------------------------------------------------*/ /* findLabelinpBlock - Search the pCode for a particular label */ /*-----------------------------------------------------------------*/ static pCode * findLabelinpBlock(pBlock *pb,pCodeOpLabel *pcop_label) { pCode *pc; if(!pb) return NULL; for(pc = pb->pcHead; pc; pc = pc->next) if(compareLabel(pc,pcop_label)) return pc; return NULL; } #if 0 /*-----------------------------------------------------------------*/ /* findLabel - Search the pCode for a particular label */ /*-----------------------------------------------------------------*/ static pCode * findLabel(pCodeOpLabel *pcop_label) { pBlock *pb; pCode *pc; if(!the_pFile) return NULL; for(pb = the_pFile->pbHead; pb; pb = pb->next) { if( (pc = findLabelinpBlock(pb,pcop_label)) != NULL) return pc; } fprintf(stderr,"Couldn't find label %s", pcop_label->pcop.name); return NULL; } #endif /*-----------------------------------------------------------------*/ /* pic16_findNextpCode - given a pCode, find the next of type 'pct' */ /* in the linked list */ /*-----------------------------------------------------------------*/ pCode * pic16_findNextpCode(pCode *pc, PC_TYPE pct) { while(pc) { if(pc->type == pct) return pc; pc = pc->next; } return NULL; } /*-----------------------------------------------------------------*/ /* findPrevpCode - given a pCode, find the previous of type 'pct' */ /* in the linked list */ /*-----------------------------------------------------------------*/ static pCode * findPrevpCode(pCode *pc, PC_TYPE pct) { while(pc) { if(pc->type == pct) return pc; pc = pc->prev; } return NULL; } //#define PCODE_DEBUG /*-----------------------------------------------------------------*/ /* pic16_findNextInstruction - given a pCode, find the next instruction */ /* in the linked list */ /*-----------------------------------------------------------------*/ pCode * pic16_findNextInstruction(pCode *pci) { pCode *pc = pci; while(pc) { if((pc->type == PC_OPCODE) || (pc->type == PC_WILD) || (pc->type == PC_ASMDIR) ) return pc; #ifdef PCODE_DEBUG fprintf(stderr,"pic16_findNextInstruction: "); printpCode(stderr, pc); #endif pc = pc->next; } //fprintf(stderr,"Couldn't find instruction\n"); return NULL; } /*-----------------------------------------------------------------*/ /* pic16_findPrevInstruction - given a pCode, find the next instruction */ /* in the linked list */ /*-----------------------------------------------------------------*/ pCode * pic16_findPrevInstruction(pCode *pci) { pCode *pc = pci; while(pc) { if((pc->type == PC_OPCODE) || (pc->type == PC_WILD) || (pc->type == PC_ASMDIR) ) return pc; #ifdef PCODE_DEBUG fprintf(stderr,"pic16_findPrevInstruction: "); printpCode(stderr, pc); #endif pc = pc->prev; } //fprintf(stderr,"Couldn't find instruction\n"); return NULL; } #undef PCODE_DEBUG #if 0 /*-----------------------------------------------------------------*/ /* findFunctionEnd - given a pCode find the end of the function */ /* that contains it */ /*-----------------------------------------------------------------*/ static pCode * findFunctionEnd(pCode *pc) { while(pc) { if(pc->type == PC_FUNCTION && !(PCF(pc)->fname)) return pc; pc = pc->next; } fprintf(stderr,"Couldn't find function end\n"); return NULL; } #endif #if 0 /*-----------------------------------------------------------------*/ /* AnalyzeLabel - if the pCode is a label, then merge it with the */ /* instruction with which it is associated. */ /*-----------------------------------------------------------------*/ static void AnalyzeLabel(pCode *pc) { pic16_pCodeUnlink(pc); } #endif #if 0 static void AnalyzeGOTO(pCode *pc) { pBranchLink(pc,findLabel( (pCodeOpLabel *) (PCI(pc)->pcop) )); } static void AnalyzeSKIP(pCode *pc) { pBranchLink(pc,pic16_findNextInstruction(pc->next)); pBranchLink(pc,pic16_findNextInstruction(pc->next->next)); } static void AnalyzeRETURN(pCode *pc) { // branch_link(pc,findFunctionEnd(pc->next)); } #endif /*-------------------------------------------------------------------*/ /* pic16_getRegFrompCodeOp - extract the register from a pCodeOp */ /* if one is present. This is the common */ /* part of pic16_getRegFromInstruction(2) */ /*-------------------------------------------------------------------*/ regs * pic16_getRegFrompCodeOp (pCodeOp *pcop) { if (!pcop) return NULL; switch(pcop->type) { case PO_PRODL: case PO_PRODH: case PO_INDF0: case PO_FSR0: case PO_W: case PO_WREG: case PO_STATUS: case PO_INTCON: case PO_PCL: case PO_PCLATH: case PO_PCLATU: case PO_BSR: return PCOR(pcop)->r; case PO_SFR_REGISTER: //fprintf (stderr, "%s - SFR\n", __FUNCTION__); return PCOR(pcop)->r; case PO_BIT: case PO_GPR_TEMP: // fprintf(stderr, "pic16_getRegFromInstruction - bit or temp\n"); return PCOR(pcop)->r; case PO_IMMEDIATE: // return pic16_dirregWithName(PCOI(pcop)->r->name); if(PCOI(pcop)->r) return (PCOI(pcop)->r); else return NULL; case PO_GPR_BIT: return PCOR(pcop)->r; case PO_GPR_REGISTER: case PO_DIR: // fprintf(stderr, "pic16_getRegFromInstruction - dir\n"); return PCOR(pcop)->r; case PO_LITERAL: //fprintf(stderr, "pic16_getRegFromInstruction - literal\n"); break; case PO_REL_ADDR: case PO_LABEL: //fprintf (stderr, "%s - label or address: %d (%s)\n", __FUNCTION__, pcop->type, dumpPicOptype(pcop->type)); break; case PO_CRY: case PO_STR: /* this should never turn up */ //fprintf (stderr, "%s - unused pCodeOp->type: %d (%s)\n", __FUNCTION__, pcop->type, dumpPicOptype(pcop->type)); break; case PO_WILD: break; case PO_TWO_OPS: return pic16_getRegFrompCodeOp( PCOP2(pcop)->pcopL ); break; default: fprintf(stderr, "pic16_getRegFrompCodeOp - unknown reg type %d (%s)\n",pcop->type, dumpPicOptype (pcop->type)); // assert( 0 ); break; } return NULL; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ regs * pic16_getRegFromInstruction(pCode *pc) { if(!pc || !isPCI(pc) || !PCI(pc)->pcop || PCI(pc)->num_ops == 0 || (PCI(pc)->num_ops == 1 && PCI(pc)->isFastCall)) return NULL; #if 0 fprintf(stderr, "pic16_getRegFromInstruction - reg type %s (%d)\n", dumpPicOptype( PCI(pc)->pcop->type), PCI(pc)->pcop->type); #endif return( pic16_getRegFrompCodeOp (PCI(pc)->pcop) ); } /*-------------------------------------------------------------------------------*/ /* pic16_getRegFromInstruction2 - variant to support two memory operand commands */ /*-------------------------------------------------------------------------------*/ regs * pic16_getRegFromInstruction2(pCode *pc) { if(!pc || !isPCI(pc) || !PCI(pc)->pcop || PCI(pc)->num_ops == 0 || (PCI(pc)->num_ops == 1)) // accept only 2 operand commands return NULL; if (PCI(pc)->pcop->type != PO_TWO_OPS) return NULL; #if 0 fprintf(stderr, "pic16_getRegFromInstruction2 - reg type %s (%d)\n", dumpPicOptype( PCI(pc)->pcop->type), PCI(pc)->pcop->type); #endif return pic16_getRegFrompCodeOp (PCOP2(PCI(pc)->pcop)->pcopR); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void AnalyzepBlock(pBlock *pb) { pCode *pc; if(!pb) return; /* Find all of the registers used in this pBlock * by looking at each instruction and examining it's * operands */ for(pc = pb->pcHead; pc; pc = pc->next) { /* Is this an instruction with operands? */ if(pc->type == PC_OPCODE && PCI(pc)->pcop) { if(PCI(pc)->pcop->type == PO_GPR_TEMP) { /* Loop through all of the registers declared so far in this block and see if we find this one there */ regs *r = setFirstItem(pb->tregisters); while(r) { if(r->rIdx == PCOR(PCI(pc)->pcop)->r->rIdx) { PCOR(PCI(pc)->pcop)->r = r; break; } r = setNextItem(pb->tregisters); } if(!r) { /* register wasn't found */ //r = Safe_calloc(1, sizeof(regs)); //memcpy(r,PCOR(PCI(pc)->pcop)->r, sizeof(regs)); //addSet(&pb->tregisters, r); addSet(&pb->tregisters, PCOR(PCI(pc)->pcop)->r); //PCOR(PCI(pc)->pcop)->r = r; //fprintf(stderr,"added register to pblock: reg %d\n",r->rIdx); }/* else fprintf(stderr,"found register in pblock: reg %d\n",r->rIdx); */ } if(PCI(pc)->pcop->type == PO_GPR_REGISTER) { if(PCOR(PCI(pc)->pcop)->r) { pic16_allocWithIdx(PCOR(PCI(pc)->pcop)->r->rIdx); /* FIXME! - VR */ DFPRINTF((stderr,"found register in pblock: reg 0x%x\n",PCOR(PCI(pc)->pcop)->r->rIdx)); } else { if(PCI(pc)->pcop->name) fprintf(stderr,"ERROR: %s is a NULL register\n",PCI(pc)->pcop->name ); else fprintf(stderr,"ERROR: NULL register\n"); } } } } } /*-----------------------------------------------------------------*/ /* */ /*-----------------------------------------------------------------*/ #define PCI_HAS_LABEL(x) ((x) && (PCI(x)->label != NULL)) static void InsertpFlow(pCode *pc, pCode **pflow) { if(*pflow) PCFL(*pflow)->end = pc; if(!pc || !pc->next) return; *pflow = pic16_newpCodeFlow(); pic16_pCodeInsertAfter(pc, *pflow); } /*-----------------------------------------------------------------*/ /* pic16_BuildFlow(pBlock *pb) - examine the code in a pBlock and build */ /* the flow blocks. */ /* * pic16_BuildFlow inserts pCodeFlow objects into the pCode chain at each * point the instruction flow changes. */ /*-----------------------------------------------------------------*/ void pic16_BuildFlow(pBlock *pb) { pCode *pc; pCode *last_pci=NULL; pCode *pflow=NULL; int seq = 0; if(!pb) return; //fprintf (stderr,"build flow start seq %d ",GpcFlowSeq); /* Insert a pCodeFlow object at the beginning of a pBlock */ InsertpFlow(pb->pcHead, &pflow); //pflow = pic16_newpCodeFlow(); /* Create a new Flow object */ //pflow->next = pb->pcHead; /* Make the current head the next object */ //pb->pcHead->prev = pflow; /* let the current head point back to the flow object */ //pb->pcHead = pflow; /* Make the Flow object the head */ //pflow->pb = pb; for( pc = pic16_findNextInstruction(pb->pcHead); pc != NULL; pc=pic16_findNextInstruction(pc)) { pc->seq = seq++; PCI(pc)->pcflow = PCFL(pflow); //fprintf(stderr," build: "); //pflow->print(stderr,pflow); if (checkLabel(pc)) { /* This instruction marks the beginning of a * new flow segment */ pc->seq = 0; seq = 1; /* If the previous pCode is not a flow object, then * insert a new flow object. (This check prevents * two consecutive flow objects from being insert in * the case where a skip instruction preceeds an * instruction containing a label.) */ if(last_pci && (PCI(last_pci)->pcflow == PCFL(pflow))) InsertpFlow(pic16_findPrevInstruction(pc->prev), &pflow); PCI(pc)->pcflow = PCFL(pflow); } if( PCI(pc)->isSkip) { /* The two instructions immediately following this one * mark the beginning of a new flow segment */ while(pc && PCI(pc)->isSkip) { PCI(pc)->pcflow = PCFL(pflow); pc->seq = seq-1; seq = 1; InsertpFlow(pc, &pflow); pc=pic16_findNextInstruction(pc->next); } seq = 0; if(!pc) break; PCI(pc)->pcflow = PCFL(pflow); pc->seq = 0; InsertpFlow(pc, &pflow); } else if ( PCI(pc)->isBranch && !checkLabel(pic16_findNextInstruction(pc->next))) { InsertpFlow(pc, &pflow); seq = 0; } last_pci = pc; pc = pc->next; } //fprintf (stderr,",end seq %d",GpcFlowSeq); if(pflow) PCFL(pflow)->end = pb->pcTail; } /*-------------------------------------------------------------------*/ /* unBuildFlow(pBlock *pb) - examine the code in a pBlock and build */ /* the flow blocks. */ /* * unBuildFlow removes pCodeFlow objects from a pCode chain */ /*-----------------------------------------------------------------*/ static void unBuildFlow(pBlock *pb) { pCode *pc,*pcnext; if(!pb) return; pc = pb->pcHead; while(pc) { pcnext = pc->next; if(isPCI(pc)) { pc->seq = 0; if(PCI(pc)->pcflow) { //Safe_free(PCI(pc)->pcflow); PCI(pc)->pcflow = NULL; } } else if(isPCFL(pc) ) pc->destruct(pc); pc = pcnext; } } #if 0 /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void dumpCond(int cond) { static char *pcc_str[] = { //"PCC_NONE", "PCC_REGISTER", "PCC_C", "PCC_Z", "PCC_DC", "PCC_OV", "PCC_N", "PCC_W", "PCC_EXAMINE_PCOP", "PCC_LITERAL", "PCC_REL_ADDR" }; int ncond = sizeof(pcc_str) / sizeof(char *); int i,j; fprintf(stderr, "0x%04X\n",cond); for(i=0,j=1; ipc.seq); pc = pic16_findNextpCode(PCODE(pcflow), PC_OPCODE); if(!pc) { fprintf(stderr, " FlowStats - empty flow (seq=%d)\n", pcflow->pc.seq); return; } fprintf(stderr, " FlowStats inCond: "); dumpCond(pcflow->inCond); fprintf(stderr, " FlowStats outCond: "); dumpCond(pcflow->outCond); } #endif /*-----------------------------------------------------------------* * int isBankInstruction(pCode *pc) - examine the pCode *pc to determine * if it affects the banking bits. * * return: -1 == Banking bits are unaffected by this pCode. * * return: > 0 == Banking bits are affected. * * If the banking bits are affected, then the returned value describes * which bits are affected and how they're affected. The lower half * of the integer maps to the bits that are affected, the upper half * to whether they're set or cleared. * *-----------------------------------------------------------------*/ static int isBankInstruction(pCode *pc) { regs *reg; int bank = -1; if(!isPCI(pc)) return 0; if( PCI(pc)->op == POC_MOVLB || (( (reg = pic16_getRegFromInstruction(pc)) != NULL) && isBSR_REG(reg))) { bank = PCOL(pc)->lit; } return 1; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void FillFlow(pCodeFlow *pcflow) { pCode *pc; int cur_bank; if(!isPCFL(pcflow)) return; // fprintf(stderr, " FillFlow - flow block (seq=%d)\n", pcflow->pc.seq); pc = pic16_findNextpCode(PCODE(pcflow), PC_OPCODE); if(!pc) { //fprintf(stderr, " FillFlow - empty flow (seq=%d)\n", pcflow->pc.seq); return; } cur_bank = -1; do { isBankInstruction(pc); pc = pc->next; } while (pc && (pc != pcflow->end) && !isPCFL(pc)); /* if(!pc ) { fprintf(stderr, " FillFlow - Bad end of flow\n"); } else { fprintf(stderr, " FillFlow - Ending flow with\n "); pc->print(stderr,pc); } fprintf(stderr, " FillFlow inCond: "); dumpCond(pcflow->inCond); fprintf(stderr, " FillFlow outCond: "); dumpCond(pcflow->outCond); */ } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void LinkFlow_pCode(pCodeInstruction *from, pCodeInstruction *to) { pCodeFlowLink *fromLink, *toLink; if(!from || !to || !to->pcflow || !from->pcflow) return; fromLink = pic16_newpCodeFlowLink(from->pcflow); toLink = pic16_newpCodeFlowLink(to->pcflow); addSetIfnotP(&(from->pcflow->to), toLink); //to->pcflow); addSetIfnotP(&(to->pcflow->from), fromLink); //from->pcflow); } pCode *pic16_getJumptabpCode (pCode *pc) { pCode *pcinf; //fprintf (stderr, "%s - start for %p in %p", __FUNCTION__, pc, isPCI(pc) ? PCI(pc)->pcflow : NULL); //pc->print (stderr, pc); pcinf = pc; while (pcinf) { if (isPCI(pcinf) && PCI(pcinf)->op != POC_GOTO) return NULL; if (pcinf->type == PC_INFO && PCINF(pcinf)->type == INF_OPTIMIZATION) { switch (PCOO(PCINF(pcinf)->oper1)->type) { case OPT_JUMPTABLE_BEGIN: /* leading begin of jump table -- in one */ pcinf = pic16_findPrevInstruction (pcinf); return pcinf; break; case OPT_JUMPTABLE_END: /* leading end of jumptable -- not in one */ return NULL; break; default: /* ignore all other PCInfos */ break; } } pcinf = pcinf->prev; } /* no PCInfo found -- not in a jumptable */ return NULL; } /*-----------------------------------------------------------------* * void LinkFlow(pBlock *pb) * * In pic16_BuildFlow, the PIC code has been partitioned into contiguous * non-branching segments. In LinkFlow, we determine the execution * order of these segments. For example, if one of the segments ends * with a skip, then we know that there are two possible flow segments * to which control may be passed. *-----------------------------------------------------------------*/ static void LinkFlow(pBlock *pb) { pCode *pc=NULL; pCode *pcflow; pCode *pct; pCode *jumptab_pre = NULL; //fprintf(stderr,"linkflow \n"); for( pcflow = pic16_findNextpCode(pb->pcHead, PC_FLOW); pcflow != NULL; pcflow = pic16_findNextpCode(pcflow->next, PC_FLOW) ) { if(!isPCFL(pcflow)) fprintf(stderr, "LinkFlow - pcflow is not a flow object "); //fprintf(stderr," link: "); //pcflow->print(stderr,pcflow); //FillFlow(PCFL(pcflow)); pc = PCFL(pcflow)->end; //fprintf(stderr, "LinkFlow - flow block (seq=%d) ", pcflow->seq); if(isPCI_SKIP(pc)) { // fprintf(stderr, "ends with skip\n"); // pc->print(stderr,pc); pct=pic16_findNextInstruction(pc->next); LinkFlow_pCode(PCI(pc),PCI(pct)); pct=pic16_findNextInstruction(pct->next); LinkFlow_pCode(PCI(pc),PCI(pct)); continue; } if(isPCI_BRANCH(pc)) { pCodeOpLabel *pcol = PCOLAB(PCI(pc)->pcop); /* handle GOTOs in jumptables */ if ((jumptab_pre = pic16_getJumptabpCode (pc)) != NULL) { /* link to previous flow */ //fprintf (stderr, "linked jumptable GOTO to predecessor %p\n", PCI(jumptab_pre)->pcflow); LinkFlow_pCode (PCI(jumptab_pre), PCI(pc)); } switch (PCI(pc)->op) { case POC_GOTO: case POC_BRA: case POC_RETURN: case POC_RETLW: case POC_RETFIE: /* unconditional branches -- do not link to next instruction */ //fprintf (stderr, "%s: flow ended by unconditional branch\n", __FUNCTION__); break; case POC_CALL: case POC_RCALL: /* unconditional calls -- link to next instruction */ //fprintf (stderr, "%s: flow ended by CALL\n", __FUNCTION__); LinkFlow_pCode(PCI(pc),PCI(pic16_findNextInstruction(pc->next))); break; case POC_BC: case POC_BN: case POC_BNC: case POC_BNN: case POC_BNOV: case POC_BNZ: case POC_BOV: case POC_BZ: /* conditional branches -- also link to next instruction */ //fprintf (stderr, "%s: flow ended by conditional branch\n", __FUNCTION__); LinkFlow_pCode(PCI(pc),PCI(pic16_findNextInstruction(pc->next))); break; default: fprintf (stderr, "%s: unhandled op %u (%s)\n", __FUNCTION__, PCI(pc)->op , PCI(pc)->mnemonic); assert (0 && "unhandled branching instruction"); break; } //fprintf(stderr, "ends with branch\n "); //pc->print(stderr,pc); if(!(pcol && isPCOLAB(pcol))) { if((PCI(pc)->op != POC_RETLW) && (PCI(pc)->op != POC_RETURN) && (PCI(pc)->op != POC_CALL) && (PCI(pc)->op != POC_RCALL) && (PCI(pc)->op != POC_RETFIE) ) { /* continue if label is '$' which assembler knows how to parse */ if(((PCI(pc)->pcop->type == PO_STR) && !strcmp(PCI(pc)->pcop->name, "$")))continue; if(pic16_pcode_verbose) { pc->print(stderr,pc); fprintf(stderr, "ERROR: %s, branch instruction doesn't have label\n",__FUNCTION__); } } continue; } if( (pct = findLabelinpBlock(pb,pcol)) != NULL) LinkFlow_pCode(PCI(pc),PCI(pic16_findNextInstruction(pct))); else fprintf(stderr, "ERROR: %s, couldn't find label. key=%d,lab=%s\n", __FUNCTION__,pcol->key,((PCOP(pcol)->name)?PCOP(pcol)->name:"-")); // fprintf(stderr,"pic16_newpCodeOpLabel: key=%d, name=%s\n",pcol->key,(PCOP(pcol)->name)?(PCOP(pcol)->name):""); continue; } if(isPCI(pc)) { //fprintf(stderr, "ends with non-branching instruction:\n"); //pc->print(stderr,pc); LinkFlow_pCode(PCI(pc),PCI(pic16_findNextInstruction(pc->next))); continue; } if(pc) { //fprintf(stderr, "ends with unknown\n"); //pc->print(stderr,pc); continue; } //fprintf(stderr, "ends with nothing: ERROR\n"); } } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ int pic16_isPCinFlow(pCode *pc, pCode *pcflow) { if(!pc || !pcflow) return 0; if((!isPCI(pc) && !isPCAD(pc)) || !PCI(pc)->pcflow || !isPCFL(pcflow) ) return 0; if( PCI(pc)->pcflow->pc.seq == pcflow->seq) return 1; return 0; } /*-----------------------------------------------------------------*/ /* insertBankSwitch - inserts a bank switch statement in the */ /* assembly listing */ /* */ /* position == 0: insert before */ /* position == 1: insert after pc */ /* position == 2: like 0 but previous was a skip instruction */ /*-----------------------------------------------------------------*/ pCodeOp *pic16_popGetLabel(unsigned int key); extern int pic16_labelOffset; static void insertBankSwitch(unsigned char position, pCode *pc) { pCode *new_pc; if(!pc) return; /* emit BANKSEL [symbol] */ new_pc = pic16_newpCodeAsmDir("BANKSEL", "%s", pic16_get_op_from_instruction(PCI(pc))); // position = 0; // position is always before (sanity check!) #if 0 fprintf(stderr, "%s:%d: inserting bank switch (pos: %d)\n", __FUNCTION__, __LINE__, position); pc->print(stderr, pc); #endif switch(position) { case 1: { /* insert the bank switch after this pc instruction */ pCode *pcnext = pic16_findNextInstruction(pc); pic16_pCodeInsertAfter(pc, new_pc); if(pcnext)pc = pcnext; }; break; case 0: /* insert the bank switch BEFORE this pc instruction */ pic16_pCodeInsertAfter(pc->prev, new_pc); break; case 2: { symbol *tlbl; pCode *pcnext, *pcprev, *npci, *ppc; PIC_OPCODE ipci; int ofs1=0, ofs2=0, len=0; /* just like 0, but previous was a skip instruction, * so some care should be taken */ pic16_labelOffset += 10000; tlbl = newiTempLabel(NULL); /* invert skip instruction */ pcprev = pic16_findPrevInstruction(pc->prev); ipci = PCI(pcprev)->inverted_op; npci = pic16_newpCode(ipci, PCI(pcprev)->pcop); // fprintf(stderr, "%s:%d old OP: %d\tnew OP: %d\n", __FILE__, __LINE__, PCI(pcprev)->op, ipci); /* copy info from old pCode */ ofs1 = ofs2 = sizeof( pCode ) + sizeof(PIC_OPCODE); len = sizeof(pCodeInstruction) - ofs1 - sizeof( char const * const *); ofs1 += strlen( PCI(pcprev)->mnemonic) + 1; ofs2 += strlen( PCI(npci)->mnemonic) + 1; memcpy(&PCI(npci)->from, &PCI(pcprev)->from, (char *)(&(PCI(npci)->pci_magic)) - (char *)(&(PCI(npci)->from))); PCI(npci)->op = PCI(pcprev)->inverted_op; /* unlink old pCode */ ppc = pcprev->prev; ppc->next = pcprev->next; pcprev->next->prev = ppc; pic16_pCodeInsertAfter(ppc, npci); /* extra instructions to handle invertion */ pcnext = pic16_newpCode(POC_BRA, pic16_popGetLabel(tlbl->key)); pic16_pCodeInsertAfter(npci, pcnext); pic16_pCodeInsertAfter(pc->prev, new_pc); pcnext = pic16_newpCodeLabel(NULL,tlbl->key+100+pic16_labelOffset); pic16_pCodeInsertAfter(pc, pcnext); }; break; } /* Move the label, if there is one */ if(PCI(pc)->label) { // fprintf(stderr, "%s:%d: moving label due to bank switch directive src= 0x%p dst= 0x%p\n", // __FILE__, __LINE__, pc, new_pc); PCAD(new_pc)->pci.label = PCI(pc)->label; PCI(pc)->label = NULL; } } #if 0 /*-----------------------------------------------------------------*/ /*int compareBankFlow - compare the banking requirements between */ /* flow objects. */ /*-----------------------------------------------------------------*/ static int compareBankFlow(pCodeFlow *pcflow, pCodeFlowLink *pcflowLink, int toORfrom) { if(!pcflow || !pcflowLink || !pcflowLink->pcflow) return 0; if(!isPCFL(pcflow) || !isPCFL(pcflowLink->pcflow)) return 0; if(pcflow->firstBank == -1) return 0; if(pcflowLink->pcflow->firstBank == -1) { pCodeFlowLink *pctl = setFirstItem( toORfrom ? pcflowLink->pcflow->to : pcflowLink->pcflow->from); return compareBankFlow(pcflow, pctl, toORfrom); } if(toORfrom) { if(pcflow->lastBank == pcflowLink->pcflow->firstBank) return 0; pcflowLink->bank_conflict++; pcflowLink->pcflow->FromConflicts++; pcflow->ToConflicts++; } else { if(pcflow->firstBank == pcflowLink->pcflow->lastBank) return 0; pcflowLink->bank_conflict++; pcflowLink->pcflow->ToConflicts++; pcflow->FromConflicts++; } /* fprintf(stderr,"compare flow found conflict: seq %d from conflicts %d, to conflicts %d\n", pcflowLink->pcflow->pc.seq, pcflowLink->pcflow->FromConflicts, pcflowLink->pcflow->ToConflicts); */ return 1; } #endif #if 0 /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void DumpFlow(pBlock *pb) { pCode *pc=NULL; pCode *pcflow; pCodeFlowLink *pcfl; fprintf(stderr,"Dump flow \n"); pb->pcHead->print(stderr, pb->pcHead); pcflow = pic16_findNextpCode(pb->pcHead, PC_FLOW); pcflow->print(stderr,pcflow); for( pcflow = pic16_findNextpCode(pb->pcHead, PC_FLOW); pcflow != NULL; pcflow = pic16_findNextpCode(pcflow->next, PC_FLOW) ) { if(!isPCFL(pcflow)) { fprintf(stderr, "DumpFlow - pcflow is not a flow object "); continue; } fprintf(stderr,"dumping: "); pcflow->print(stderr,pcflow); FlowStats(PCFL(pcflow)); for(pcfl = setFirstItem(PCFL(pcflow)->to); pcfl; pcfl=setNextItem(PCFL(pcflow)->to)) { pc = PCODE(pcfl->pcflow); fprintf(stderr, " from seq %d:\n",pc->seq); if(!isPCFL(pc)) { fprintf(stderr,"oops dumpflow - from is not a pcflow\n"); pc->print(stderr,pc); } } for(pcfl = setFirstItem(PCFL(pcflow)->to); pcfl; pcfl=setNextItem(PCFL(pcflow)->to)) { pc = PCODE(pcfl->pcflow); fprintf(stderr, " to seq %d:\n",pc->seq); if(!isPCFL(pc)) { fprintf(stderr,"oops dumpflow - to is not a pcflow\n"); pc->print(stderr,pc); } } } } #endif /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int OptimizepBlock(pBlock *pb) { pCode *pc, *pcprev; int matches =0; if(!pb || !peepOptimizing) return 0; DFPRINTF((stderr," Optimizing pBlock: %c\n",getpBlock_dbName(pb))); /* for(pc = pb->pcHead; pc; pc = pc->next) matches += pic16_pCodePeepMatchRule(pc); */ pc = pic16_findNextInstruction(pb->pcHead); if(!pc) return 0; pcprev = pc->prev; do { if(pic16_pCodePeepMatchRule(pc)) { matches++; if(pcprev) pc = pic16_findNextInstruction(pcprev->next); else pc = pic16_findNextInstruction(pb->pcHead); } else pc = pic16_findNextInstruction(pc->next); } while(pc); if(matches) DFPRINTF((stderr," Optimizing pBlock: %c - matches=%d\n",getpBlock_dbName(pb),matches)); return matches; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static pCode * findInstructionUsingLabel(pCodeLabel *pcl, pCode *pcs) { pCode *pc; for(pc = pcs; pc; pc = pc->next) { if(((pc->type == PC_OPCODE) || (pc->type == PC_INLINE) || (pc->type == PC_ASMDIR)) && (PCI(pc)->pcop) && (PCI(pc)->pcop->type == PO_LABEL) && (PCOLAB(PCI(pc)->pcop)->key == pcl->key)) return pc; } return NULL; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void exchangeLabels(pCodeLabel *pcl, pCode *pc) { char *s=NULL; if(isPCI(pc) && (PCI(pc)->pcop) && (PCI(pc)->pcop->type == PO_LABEL)) { pCodeOpLabel *pcol = PCOLAB(PCI(pc)->pcop); // fprintf(stderr,"changing label key from %d to %d\n",pcol->key, pcl->key); // if(pcol->pcop.name) // Safe_free(pcol->pcop.name); /* If the key is negative, then we (probably) have a label to * a function and the name is already defined */ if(pcl->key>0) sprintf(s=buffer,"_%05d_DS_",pcl->key); else s = pcl->label; //sprintf(buffer,"_%05d_DS_",pcl->key); if(!s) { fprintf(stderr, "ERROR %s:%d function label is null\n",__FUNCTION__,__LINE__); } pcol->pcop.name = Safe_strdup(s); pcol->key = pcl->key; //pc->print(stderr,pc); } } /*-----------------------------------------------------------------*/ /* pBlockRemoveUnusedLabels - remove the pCode labels from the */ /* pCode chain if they're not used. */ /*-----------------------------------------------------------------*/ static void pBlockRemoveUnusedLabels(pBlock *pb) { pCode *pc; pCodeLabel *pcl; if(!pb || !pb->pcHead) return; for(pc = pb->pcHead; (pc=pic16_findNextInstruction(pc->next)) != NULL; ) { pBranch *pbr = PCI(pc)->label; if(pbr && pbr->next) { pCode *pcd = pb->pcHead; // fprintf(stderr, "multiple labels\n"); // pc->print(stderr,pc); pbr = pbr->next; while(pbr) { while ( (pcd = findInstructionUsingLabel(PCL(PCI(pc)->label->pc), pcd)) != NULL) { //fprintf(stderr,"Used by:\n"); //pcd->print(stderr,pcd); exchangeLabels(PCL(pbr->pc),pcd); pcd = pcd->next; } pbr = pbr->next; } } } for(pc = pb->pcHead; pc; pc = pc->next) { if(isPCL(pc)) // pc->type == PC_LABEL) pcl = PCL(pc); else if (isPCI(pc) && PCI(pc)->label) //((pc->type == PC_OPCODE) && PCI(pc)->label) pcl = PCL(PCI(pc)->label->pc); else continue; // fprintf(stderr," found A LABEL !!! key = %d, %s\n", pcl->key,pcl->label); /* This pCode is a label, so search the pBlock to see if anyone * refers to it */ if( (pcl->key>0) && (!findInstructionUsingLabel(pcl, pb->pcHead)) && (!pcl->force)) { //if( !findInstructionUsingLabel(pcl, pb->pcHead)) { /* Couldn't find an instruction that refers to this label * So, unlink the pCode label from it's pCode chain * and destroy the label */ // fprintf(stderr," removed A LABEL !!! key = %d, %s\n", pcl->key,pcl->label); DFPRINTF((stderr," !!! REMOVED A LABEL !!! key = %d, %s\n", pcl->key,pcl->label)); if(pc->type == PC_LABEL) { pic16_unlinkpCode(pc); pCodeLabelDestruct(pc); } else { unlinkpCodeFromBranch(pc, PCODE(pcl)); /*if(pc->label->next == NULL && pc->label->pc == NULL) { Safe_free(pc->label); }*/ } } } } /*-----------------------------------------------------------------*/ /* pic16_pBlockMergeLabels - remove the pCode labels from the pCode */ /* chain and put them into pBranches that are */ /* associated with the appropriate pCode */ /* instructions. */ /*-----------------------------------------------------------------*/ void pic16_pBlockMergeLabels(pBlock *pb) { pBranch *pbr; pCode *pc, *pcnext=NULL; if(!pb) return; /* First, Try to remove any unused labels */ //pBlockRemoveUnusedLabels(pb); /* Now loop through the pBlock and merge the labels with the opcodes */ pc = pb->pcHead; // for(pc = pb->pcHead; pc; pc = pc->next) { while(pc) { pCode *pcn = pc->next; if(pc->type == PC_LABEL) { // fprintf(stderr," checking merging label %s\n",PCL(pc)->label); // fprintf(stderr,"Checking label key = %d\n",PCL(pc)->key); if((pcnext = pic16_findNextInstruction(pc) )) { // pcnext->print(stderr, pcnext); // Unlink the pCode label from it's pCode chain pic16_unlinkpCode(pc); // fprintf(stderr,"Merged label key = %d\n",PCL(pc)->key); // And link it into the instruction's pBranch labels. (Note, since // it's possible to have multiple labels associated with one instruction // we must provide a means to accomodate the additional labels. Thus // the labels are placed into the singly-linked list "label" as // opposed to being a single member of the pCodeInstruction.) //_ALLOC(pbr,sizeof(pBranch)); #if 1 pbr = Safe_calloc(1,sizeof(pBranch)); pbr->pc = pc; pbr->next = NULL; PCI(pcnext)->label = pic16_pBranchAppend(PCI(pcnext)->label,pbr); #endif } else { if(pic16_pcode_verbose) fprintf(stderr, "WARNING: couldn't associate label %s with an instruction\n",PCL(pc)->label); } } else if(pc->type == PC_CSOURCE) { /* merge the source line symbolic info into the next instruction */ if((pcnext = pic16_findNextInstruction(pc) )) { // Unlink the pCode label from it's pCode chain pic16_unlinkpCode(pc); PCI(pcnext)->cline = PCCS(pc); //fprintf(stderr, "merging CSRC\n"); //genericPrint(stderr,pcnext); } } pc = pcn; } pBlockRemoveUnusedLabels(pb); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int OptimizepCode(char dbName) { #define MAX_PASSES 4 int matches = 0; int passes = 0; pBlock *pb; if(!the_pFile) return 0; DFPRINTF((stderr," Optimizing pCode\n")); do { matches = 0; for(pb = the_pFile->pbHead; pb; pb = pb->next) { if('*' == dbName || getpBlock_dbName(pb) == dbName) matches += OptimizepBlock(pb); } } while(matches && ++passes < MAX_PASSES); return matches; } const char *pic16_pCodeOpType(pCodeOp *pcop); const char *pic16_pCodeOpSubType(pCodeOp *pcop); /*-----------------------------------------------------------------*/ /* pic16_popCopyGPR2Bit - copy a pcode operator */ /*-----------------------------------------------------------------*/ pCodeOp *pic16_popCopyGPR2Bit(pCodeOp *pc, int bitval) { pCodeOp *pcop=NULL; // fprintf(stderr, "%s:%d pc type: %s\tname: %s\n", __FILE__, __LINE__, pic16_pCodeOpType(pc), pc->name); if(pc->name) { pcop = pic16_newpCodeOpBit(pc->name, bitval, 0, pc->type); } else { if(PCOR(pc)->r)pcop = pic16_newpCodeOpBit(PCOR(pc)->r->name, bitval, 0, pc->type); } assert(pcop != NULL); if( !( (pcop->type == PO_LABEL) || (pcop->type == PO_LITERAL) || (pcop->type == PO_STR) )) PCOR(pcop)->r = PCOR(pc)->r; /* This is dangerous... */ PCOR(pcop)->r->wasUsed = 1; PCOR(pcop)->instance = PCOR(pc)->instance; return pcop; } /*----------------------------------------------------------------------* * pic16_areRegsSame - check to see if the names of two registers match * *----------------------------------------------------------------------*/ int pic16_areRegsSame(regs *r1, regs *r2) { if(!strcmp(r1->name, r2->name))return 1; return 0; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void pic16_FixRegisterBanking(pBlock *pb) { pCode *pc=NULL; pCode *pcprev=NULL; regs *reg, *prevreg; unsigned char flag=0; if(!pb) return; pc = pic16_findNextpCode(pb->pcHead, PC_OPCODE); if(!pc)return; /* loop through all of the flow blocks with in one pblock */ // fprintf(stderr,"%s:%d: Register banking\n", __FUNCTION__, __LINE__); prevreg = NULL; do { /* at this point, pc should point to a PC_FLOW object */ /* for each flow block, determine the register banking * requirements */ /* if label, then might come from other point, force banksel */ if(isPCL(pc))prevreg = NULL; if(!isPCI(pc))goto loop; if(PCI(pc)->label)prevreg = NULL; if(PCI(pc)->is2MemOp)goto loop; /* if goto, then force banksel */ // if(PCI(pc)->op == POC_GOTO)prevreg = NULL; reg = pic16_getRegFromInstruction(pc); #if 0 pc->print(stderr, pc); fprintf(stderr, "reg = %p\n", reg); if(reg) { fprintf(stderr, "%s:%d: %s %d\n",__FUNCTION__, __LINE__, reg->name, reg->rIdx); fprintf(stderr, "addr = 0x%03x, bit=%d\tfix=%d\n", reg->address,reg->isBitField, reg->isFixed); } #endif /* now make some tests to make sure that instruction needs bank switch */ /* if no register exists, and if not a bit opcode goto loop */ if(!reg) { if(!(PCI(pc)->pcop && PCI(pc)->pcop->type == PO_GPR_BIT))goto loop; } if(isPCI_SKIP(pc)) { // fprintf(stderr, "instruction is SKIP instruction\n"); // prevreg = NULL; } if(reg && isACCESS_BANK(reg))goto loop; if(!isBankInstruction(pc))goto loop; if(isPCI_LIT(pc))goto loop; if(PCI(pc)->op == POC_CALL)goto loop; /* Examine the instruction before this one to make sure it is * not a skip type instruction */ pcprev = findPrevpCode(pc->prev, PC_OPCODE); flag = 0; /* add before this instruction */ /* if previous instruction is a skip one, then set flag * to 2 and call insertBankSwitch */ if(pcprev && isPCI_SKIP(pcprev)) { flag=2; //goto loop // prevreg = NULL; } if(pic16_options.opt_banksel>0) { char op1[128], op2[128]; if(prevreg) { strcpy(op1, pic16_get_op_from_instruction(PCI(pc))); strcpy(op2, pic16_get_op_from_instruction(PCI(pcprev))); if(!strcmp(op1, op2))goto loop; } } prevreg = reg; insertBankSwitch(flag, pc); // fprintf(stderr, "BANK SWITCH inserted\n"); loop: pcprev = pc; pc = pc->next; } while (pc); } /** ADDITIONS BY RAPHAEL NEIDER, 2004-11-16: GOTO OPTIMIZATIONS **/ /* Returns the (maximum of the) number of bytes used by the specified pCode. */ int instrSize (pCode *pc) { if (!pc) return 0; if (isPCAD(pc)) { if (!PCAD(pc)->directive || strlen (PCAD(pc)->directive) < 3) return 0; return 4; // assumes only regular instructions using <= 4 bytes } if (isPCI(pc)) return PCI(pc)->isize; return 0; } /* Returns 1 if pc is referenced by the given label (either * pc is the label itself or is an instruction with an attached * label). * Returns 0 if pc is not preceeded by the specified label. */ int isLabel (pCode *pc, char *label) { if (!pc) return 0; // label attached to the pCode? if (isPCI(pc) || isPCAD(pc) || isPCW(pc) || pc->type == PC_INFO) { pBranch *lab = NULL; lab = PCI(pc)->label; while (lab) { if (isPCL(lab->pc) && strcmp(PCL(lab->pc)->label, label) == 0) { return 1; } lab = lab->next; } // while } // if // is inline assembly label? if (isPCAD(pc) && PCAD(pc)->directive == NULL && PCAD(pc)->arg) { // do not compare trailing ':' if (strncmp (PCAD(pc)->arg, label, strlen (label)) == 0) { return 1; } } // if // is pCodeLabel? if (isPCL(pc)) { if (strcmp(PCL(pc)->label,label) == 0) { return 1; } } // if // no label/no label attached/wrong label(s) return 0; } /* Returns the distance to the given label in terms of words. * Labels are searched only within -max .. max words from pc. * Returns max if the label could not be found or * its distance from pc in (-max..+max). */ int findpCodeLabel (pCode *pc, char *label, int max, pCode **target) { int dist = instrSize(pc); pCode *curr = pc; // search backwards while (dist < max && curr && !isLabel (curr, label)) { curr = curr->prev; dist += instrSize(curr); // sizeof (instruction) } // while if (curr && dist < max) { if (target != NULL) *target = curr; return -dist; } dist = 0; curr = pic16_findNextInstruction (pc->next); //search forwards while (dist < max && curr && !isLabel (curr, label)) { dist += instrSize(curr); // sizeof (instruction) curr = curr->next; } // while if (curr && dist < max) { if (target != NULL) *target = curr; return dist; } if (target != NULL) *target = NULL; return max; } /* Returns -1 if pc does NOT denote an instruction like * BTFS[SC] STATUS,i * Otherwise we return * (a) 0x10 + i for BTFSS * (b) 0x00 + i for BTFSC */ int isSkipOnStatus (pCode *pc) { int res = -1; pCodeOp *pcop; if (!pc || !isPCI(pc)) return -1; if (PCI(pc)->op == POC_BTFSS) res = 0x10; else if (PCI(pc)->op == POC_BTFSC) res = 0x00; else return -1; pcop = PCI(pc)->pcop; if (pcop->type == PO_STATUS || (pcop->type == PO_GPR_BIT && strcmp(pcop->name, "STATUS") == 0)) { return res + ((pCodeOpRegBit *)pcop)->bit; } return -1; } /* Returns 1 if pc is one of BC, BZ, BOV, BN, BNC, BNZ, BNOV or BNN, * returns 0 otherwise. */ int isConditionalBranch (pCode *pc) { if (!pc || !isPCI_BRANCH(pc)) return 0; switch (PCI(pc)->op) { case POC_BC: case POC_BZ: case POC_BOV: case POC_BN: case POC_BNC: case POC_BNZ: case POC_BNOV: case POC_BNN: return 1; default: break; } // switch return 0; } /* Returns 1 if pc has a label attached to it. * This can be either a label stored in the pCode itself (.label) * or a label making up its own pCode preceding this pc. * Returns 0 if pc cannot be reached directly via a label. */ int hasNoLabel (pCode *pc) { pCode *prev; if (!pc) return 1; // are there any label pCodes between pc and the previous instruction? prev = pic16_findPrevInstruction (pc->prev); while (pc && pc != prev) { // pCode with attached label? if ((isPCI(pc) || isPCAD(pc) || isPCW(pc) || pc->type == PC_INFO) && PCI(pc)->label) { return 0; } // is inline assembly label? if (isPCAD(pc) && PCAD(pc)->directive == NULL) return 0; if (isPCW(pc) && PCW(pc)->label) return 0; // pCodeLabel? if (isPCL(pc)) return 0; pc = pc->prev; } // if // no label found return 1; } static void pic16_InsertCommentAfter (pCode *pc, const char *fmt, ...) { char buf[512]; va_list va; va_start (va, fmt); vsprintf (buf, fmt, va); va_end (va); pic16_pCodeInsertAfter (pc, pic16_newpCodeCharP(buf)); } /* Replaces the old pCode with the new one, moving the labels, * C source line and probably flow information to the new pCode. */ void pic16_pCodeReplace (pCode *oldPC, pCode *newPC) { if (!oldPC || !newPC || !isPCI(oldPC) || !isPCI(newPC)) return; /* first move all labels from old to new */ PCI(newPC)->label = pic16_pBranchAppend (PCI(oldPC)->label, PCI(newPC)->label); PCI(oldPC)->label = NULL; #if 0 /* move C source line (if possible) */ if (PCI(oldPC)->cline && !PCI(newPC)->cline) PCI(newPC)->cline = PCI(oldPC)->cline; #endif /* keep flow information intact */ newPC->seq = oldPC->seq; PCI(newPC)->pcflow = PCI(oldPC)->pcflow; if (PCI(newPC)->pcflow && PCI(newPC)->pcflow->end == oldPC) { PCI(newPC)->pcflow->end = newPC; } /* insert a comment stating which pCode has been replaced */ #if 1 if (pic16_pcode_verbose || pic16_debug_verbose) { char pc_str[256]; pic16_pCode2str (pc_str, 256, oldPC); pic16_InsertCommentAfter (oldPC->prev, "%s: replaced %s", __FUNCTION__, pc_str); } #endif /* insert new pCode into pBlock */ pic16_pCodeInsertAfter (oldPC, newPC); pic16_unlinkpCode (oldPC); /* destruct replaced pCode */ oldPC->destruct (oldPC); } /* Returns the inverted conditional branch (if any) or NULL. * pcop must be set to the new jump target. */ pCode *getNegatedBcc (pCode *bcc, pCodeOp *pcop) { pCode *newBcc; if (!bcc || !isPCI(bcc)) return NULL; switch (PCI(bcc)->op) { case POC_BC: newBcc = pic16_newpCode (POC_BNC , pcop); break; case POC_BZ: newBcc = pic16_newpCode (POC_BNZ , pcop); break; case POC_BOV: newBcc = pic16_newpCode (POC_BNOV, pcop); break; case POC_BN: newBcc = pic16_newpCode (POC_BNN , pcop); break; case POC_BNC: newBcc = pic16_newpCode (POC_BC , pcop); break; case POC_BNZ: newBcc = pic16_newpCode (POC_BZ , pcop); break; case POC_BNOV: newBcc = pic16_newpCode (POC_BOV , pcop); break; case POC_BNN: newBcc = pic16_newpCode (POC_BN , pcop); break; default: newBcc = NULL; } return newBcc; } #define MAX_DIST_GOTO 0x7FFFFFFF #define MAX_DIST_BRA 1020 // maximum offset (in bytes) possible with BRA #define MAX_DIST_BCC 120 // maximum offset (in bytes) possible with Bcc #define MAX_JUMPCHAIN_DEPTH 16 // number of GOTOs to follow in resolveJumpChain() (to prevent endless loops) #define IS_GOTO(arg) ((arg) && isPCI(arg) && (PCI(arg)->op == POC_GOTO || PCI(arg)->op == POC_BRA)) /* Follows GOTO/BRA instructions to their target instructions, stores the * final destination (not a GOTO or BRA instruction) in target and returns * the distance from the original pc to *target. */ int resolveJumpChain (pCode *pc, pCode **target, pCodeOp **pcop) { pCode *curr = pc; pCode *last = NULL; pCodeOp *lastPCOP = NULL; int dist = 0; int depth = 0; //fprintf (stderr, "%s:%d: -=-", __FUNCTION__, __LINE__); /* only follow unconditional branches, except for the initial pCode (which may be a conditional branch) */ while (curr && (last != curr) && (depth++ < MAX_JUMPCHAIN_DEPTH) && isPCI(curr) && (PCI(curr)->op == POC_GOTO || PCI(curr)->op == POC_BRA || (curr == pc && isConditionalBranch(curr)))) { last = curr; lastPCOP = PCI(curr)->pcop; dist = findpCodeLabel (pc, PCI(curr)->pcop->name, MAX_DIST_GOTO, &curr); //fprintf (stderr, "last:%p, curr:%p, label:%s\n", last, curr, PCI(last)->pcop->name); } // while if (target) *target = last; if (pcop) *pcop = lastPCOP; return dist; } /* Returns pc if it is not a OPT_JUMPTABLE_BEGIN INFO pCode. * Otherwise the first pCode after the jumptable (after * the OPT_JUMPTABLE_END tag) is returned. */ pCode *skipJumptables (pCode *pc, int *isJumptable) { *isJumptable = 0; if (!pc) return NULL; while (pc->type == PC_INFO && PCINF(pc)->type == INF_OPTIMIZATION && PCOO(PCINF(pc)->oper1)->type == OPT_JUMPTABLE_BEGIN) { *isJumptable = 1; //fprintf (stderr, "SKIPPING jumptable\n"); do { //pc->print(stderr, pc); pc = pc->next; } while (pc && (pc->type != PC_INFO || PCINF(pc)->type != INF_OPTIMIZATION || PCOO(PCINF(pc)->oper1)->type != OPT_JUMPTABLE_END)); //fprintf (stderr, "<next; } // while return pc; } pCode *pic16_findNextInstructionSkipJumptables (pCode *pc, int *isJumptable) { int isJumptab; *isJumptable = 0; while (pc && !isPCI(pc) && !isPCAD(pc) && !isPCW(pc)) { // set pc to the first pCode after a jumptable, leave pc untouched otherwise pc = skipJumptables (pc, &isJumptab); if (isJumptab) { // pc is the first pCode after the jumptable *isJumptable = 1; } else { // pc has not been changed by skipJumptables() pc = pc->next; } } // while return pc; } /* Turn GOTOs into BRAs if distance between GOTO and label * is less than 1024 bytes. * * This method is especially useful if GOTOs after BTFS[SC] * can be turned into BRAs as GOTO would cost another NOP * if skipped. */ void pic16_OptimizeJumps () { pCode *pc; pCode *pc_prev = NULL; pCode *pc_next = NULL; pBlock *pb; pCode *target; int change, iteration, isJumptab; int isHandled = 0; char *label; int opt=0, toofar=0, opt_cond = 0, cond_toofar=0, opt_reorder = 0, opt_gotonext = 0, opt_gotochain = 0; if (!the_pFile) return; //fprintf (stderr, "%s:%d: %s\n", __FILE__, __LINE__, __FUNCTION__); for (pb = the_pFile->pbHead; pb != NULL; pb = pb->next) { int matchedInvertRule = 1; iteration = 1; do { //fprintf (stderr, "%s:%d: iterating over pBlock %p\n", __FUNCTION__, __LINE__, pb); change = 0; pc = pic16_findNextInstruction (pb->pcHead); while (pc) { pc_next = pic16_findNextInstructionSkipJumptables (pc->next, &isJumptab); if (isJumptab) { // skip jumptable, i.e. start over with no pc_prev! pc_prev = NULL; pc = pc_next; continue; } // if /* (1) resolve chained jumps * Do not perform this until pattern (4) is no longer present! Otherwise we will * (a) leave dead code in and * (b) skip over the dead code with an (unneccessary) jump. */ if (!matchedInvertRule && (IS_GOTO(pc) || isConditionalBranch(pc))) { pCodeOp *lastTargetOp = NULL; int newDist = resolveJumpChain (pc, &target, &lastTargetOp); int maxDist = MAX_DIST_BCC; if (PCI(pc)->op == POC_BRA) maxDist = MAX_DIST_BRA; if (PCI(pc)->op == POC_GOTO) maxDist = MAX_DIST_GOTO; /* be careful NOT to make the jump instruction longer (might break previously shortened jumps!) */ if (lastTargetOp && newDist <= maxDist && lastTargetOp != PCI(pc)->pcop && strcmp (lastTargetOp->name, PCI(pc)->pcop->name) != 0) { //fprintf (stderr, "(1) ");pc->print(stderr, pc); fprintf (stderr, " --> %s\n", lastTargetOp->name); if (pic16_pcode_verbose) { pic16_pCodeInsertAfter (pc->prev, pic16_newpCodeCharP("(1) jump chain resolved")); } PCI(pc)->pcop->name = lastTargetOp->name; change++; opt_gotochain++; } // if } // if if (IS_GOTO(pc)) { int dist; int condBraType = isSkipOnStatus(pc_prev); label = PCI(pc)->pcop->name; dist = findpCodeLabel(pc, label, MAX_DIST_BRA, &target); if (dist < 0) dist = -dist; //fprintf (stderr, "distance: %d (", dist); pc->print(stderr, pc);fprintf (stderr, ")\n"); isHandled = 0; /* (2) remove "GOTO label; label:" */ if (isLabel (pc_next, label)) { //fprintf (stderr, "(2) GOTO next instruction: ");pc->print(stderr, pc);fprintf (stderr, " --> ");pc_next->print(stderr, pc_next); fprintf(stderr, "\n"); // first remove all preceeding SKIP instructions while (pc_prev && isPCI_SKIP(pc_prev)) { // attach labels on this instruction to pc_next //fprintf (stderr, "(2) preceeding SKIP removed: ");pc_prev->print(stderr, pc_prev);fprintf(stderr, "\n"); PCI(pc_next)->label = pic16_pBranchAppend (PCI(pc_prev)->label, PCI(pc_next)->label); PCI(pc_prev)->label = NULL; if (pic16_pcode_verbose) { pic16_pCodeInsertAfter (pc->prev, pic16_newpCodeCharP("(2) SKIP removed")); } pic16_unlinkpCode (pc_prev); pc_prev = pic16_findPrevInstruction (pc); } // while // now remove the redundant goto itself PCI(pc_next)->label = pic16_pBranchAppend (PCI(pc)->label, PCI(pc_next)->label); if (pic16_pcode_verbose) { pic16_pCodeInsertAfter (pc, pic16_newpCodeCharP("(2) GOTO next instruction removed")); } pic16_unlinkpCode (pc); pc = pic16_findPrevInstruction(pc_next->prev); isHandled = 1; // do not perform further optimizations opt_gotonext++; change++; } // if /* (3) turn BTFSx STATUS,i; GOTO label into Bcc label if possible */ if (!isHandled && condBraType != -1 && hasNoLabel(pc)) { if (dist < MAX_DIST_BCC) { pCode *bcc = NULL; switch (condBraType) { case 0x00: bcc = pic16_newpCode (POC_BC, PCI(pc)->pcop);break; // no BDC on DIGIT CARRY available case 0x02: bcc = pic16_newpCode (POC_BZ, PCI(pc)->pcop);break; case 0x03: bcc = pic16_newpCode (POC_BOV, PCI(pc)->pcop);break; case 0x04: bcc = pic16_newpCode (POC_BN, PCI(pc)->pcop);break; case 0x10: bcc = pic16_newpCode (POC_BNC, PCI(pc)->pcop);break; // no BNDC on DIGIT CARRY available case 0x12: bcc = pic16_newpCode (POC_BNZ, PCI(pc)->pcop);break; case 0x13: bcc = pic16_newpCode (POC_BNOV, PCI(pc)->pcop);break; case 0x14: bcc = pic16_newpCode (POC_BNN, PCI(pc)->pcop);break; default: // no replacement possible bcc = NULL; break; } // switch if (bcc) { // ATTENTION: keep labels attached to BTFSx! // HINT: GOTO is label free (checked above) //fprintf (stderr, "%s:%d: (3) turning %s %s into %s %s\n", __FUNCTION__, __LINE__, PCI(pc)->mnemonic, label, PCI(bcc)->mnemonic, label); isHandled = 1; // do not perform further optimizations if (pic16_pcode_verbose) { pic16_pCodeInsertAfter(pc_prev->prev, pic16_newpCodeCharP("(3) conditional branch introduced")); } pic16_pCodeReplace (pc_prev, bcc); pc->destruct(pc); pc = bcc; opt_cond++; change++; } // if } else { //fprintf (stderr, "(%d, too far for Bcc)\n", dist); cond_toofar++; } // if } // if if (!isHandled) { // (4) eliminate the following (common) tripel: // ; // labels1: Bcc label2; // GOTO somewhere; ; <-- instruction referenced by pc // label2: // and replace it by // labels1: B#(cc) somewhere; ; #(cc) is the negated condition cc // label2: // ATTENTION: all labels pointing to "Bcc label2" must be attached // to instead // ATTENTION: This optimization is only valid if is // not a skip operation! // ATTENTION: somewhere must be within MAX_DIST_BCC bytes! // ATTENTION: no label may be attached to the GOTO instruction! if (isConditionalBranch(pc_prev) && (!isPCI_SKIP(pic16_findPrevInstruction(pc_prev->prev))) && (dist < MAX_DIST_BCC) && isLabel(pc_next,PCI(pc_prev)->pcop->name) && hasNoLabel(pc)) { pCode *newBcc = getNegatedBcc (pc_prev, PCI(pc)->pcop); if (newBcc) { //fprintf (stderr, "%s:%d: (4) turning %s %s into %s %s\n", __FUNCTION__, __LINE__, PCI(pc)->mnemonic, label, PCI(newBcc)->mnemonic, label); isHandled = 1; // do not perform further optimizations if (pic16_pcode_verbose) { pic16_pCodeInsertAfter(pc_prev->prev, pic16_newpCodeCharP("(4) conditional skipping branch inverted")); } pic16_pCodeReplace (pc_prev, newBcc); pc->destruct(pc); pc = newBcc; opt_reorder++; change++; matchedInvertRule++; } } } /* (5) now just turn GOTO into BRA */ if (!isHandled && (PCI(pc)->op == POC_GOTO)) { if (dist < MAX_DIST_BRA) { pCode *newBra = pic16_newpCode (POC_BRA, PCI(pc)->pcop); //fprintf (stderr, "%s:%d: (5) turning %s %s into %s %s\n", __FUNCTION__, __LINE__, PCI(pc)->mnemonic, label, PCI(newBra)->mnemonic, label); if (pic16_pcode_verbose) { pic16_pCodeInsertAfter(pc->prev, pic16_newpCodeCharP("(5) GOTO replaced by BRA")); } pic16_pCodeReplace (pc, newBra); pc = newBra; opt++; change++; } else { //fprintf (stderr, "(%d, too far for BRA)\n", dist); toofar++; } } // if (!isHandled) } // if pc_prev = pc; pc = pc_next; } // while (pc) pBlockRemoveUnusedLabels (pb); // This line enables goto chain resolution! if (matchedInvertRule > 1) matchedInvertRule = 1; else matchedInvertRule = 0; iteration++; } while (change); /* fixpoint iteration per pBlock */ } // for (pb) // emit some statistics concerning goto-optimization #if 0 if (pic16_debug_verbose || pic16_pcode_verbose) { fprintf (stderr, "optimize-goto:\n" "\t%5d GOTO->BRA; (%d GOTOs too far)\n" "\t%5d BTFSx, GOTO->Bcc (%d too far)\n" "\t%5d conditional \"skipping\" jumps inverted\n" "\t%5d GOTOs to next instruction removed\n" "\t%5d chained GOTOs resolved\n", opt, toofar, opt_cond, cond_toofar, opt_reorder, opt_gotonext, opt_gotochain); } // if #endif //fprintf (stderr, "%s:%d: %s\n", __FILE__, __LINE__, __FUNCTION__); } #undef IS_GOTO #undef MAX_JUMPCHAIN_DEPTH #undef MAX_DIST_GOTO #undef MAX_DIST_BRA #undef MAX_DIST_BCC /** END OF RAPHAEL NEIDER'S ADDITIONS **/ static void pBlockDestruct(pBlock *pb) { if(!pb) return; // Safe_free(pb); } /*-----------------------------------------------------------------*/ /* void mergepBlocks(char dbName) - Search for all pBlocks with the*/ /* name dbName and combine them */ /* into one block */ /*-----------------------------------------------------------------*/ static void mergepBlocks(char dbName) { pBlock *pb, *pbmerged = NULL,*pbn; pb = the_pFile->pbHead; //fprintf(stderr," merging blocks named %c\n",dbName); while(pb) { pbn = pb->next; //fprintf(stderr,"looking at %c\n",getpBlock_dbName(pb)); if( getpBlock_dbName(pb) == dbName) { //fprintf(stderr," merged block %c\n",dbName); if(!pbmerged) { pbmerged = pb; } else { pic16_addpCode2pBlock(pbmerged, pb->pcHead); /* pic16_addpCode2pBlock doesn't handle the tail: */ pbmerged->pcTail = pb->pcTail; pb->prev->next = pbn; if(pbn) pbn->prev = pb->prev; pBlockDestruct(pb); } //pic16_printpBlock(stderr, pbmerged); } pb = pbn; } } /*-----------------------------------------------------------------*/ /* AnalyzeFlow - Examine the flow of the code and optimize */ /* */ /* level 0 == minimal optimization */ /* optimize registers that are used only by two instructions */ /* level 1 == maximal optimization */ /* optimize by looking at pairs of instructions that use the */ /* register. */ /*-----------------------------------------------------------------*/ static void AnalyzeFlow(int level) { static int times_called=0; pBlock *pb; if(!the_pFile) { /* remove unused allocated registers before exiting */ pic16_RemoveUnusedRegisters(); return; } /* if this is not the first time this function has been called, * then clean up old flow information */ if(times_called++) { for(pb = the_pFile->pbHead; pb; pb = pb->next) unBuildFlow(pb); pic16_RegsUnMapLiveRanges(); } GpcFlowSeq = 1; /* Phase 2 - Flow Analysis - Register Banking * * In this phase, the individual flow blocks are examined * and register banking is fixed. */ #if 0 for(pb = the_pFile->pbHead; pb; pb = pb->next) pic16_FixRegisterBanking(pb); #endif /* Phase 2 - Flow Analysis * * In this phase, the pCode is partition into pCodeFlow * blocks. The flow blocks mark the points where a continuous * stream of instructions changes flow (e.g. because of * a call or goto or whatever). */ for(pb = the_pFile->pbHead; pb; pb = pb->next) pic16_BuildFlow(pb); /* Phase 2 - Flow Analysis - linking flow blocks * * In this phase, the individual flow blocks are examined * to determine their order of excution. */ for(pb = the_pFile->pbHead; pb; pb = pb->next) LinkFlow(pb); #if 1 if (pic16_options.opt_flags & OF_OPTIMIZE_DF) { for(pb = the_pFile->pbHead; pb; pb = pb->next) { pic16_createDF (pb); #if defined (DUMP_DF_GRAPHS) && DUMP_DF_GRAPHS > 0 pic16_vcg_dump_default (pb); #endif //pic16_destructDF (pb); } pic16_df_stats (); if (0) releaseStack (); // releasing is costly... } #endif /* Phase 3 - Flow Analysis - Flow Tree * * In this phase, the individual flow blocks are examined * to determine their order of execution. */ for(pb = the_pFile->pbHead; pb; pb = pb->next) pic16_BuildFlowTree(pb); /* Phase x - Flow Analysis - Used Banks * * In this phase, the individual flow blocks are examined * to determine the Register Banks they use */ #if 0 for(pb = the_pFile->pbHead; pb; pb = pb->next) FixBankFlow(pb); #endif for(pb = the_pFile->pbHead; pb; pb = pb->next) pic16_pCodeRegMapLiveRanges(pb); pic16_RemoveUnusedRegisters(); pic16_removeUnusedRegistersDF (); // for(pb = the_pFile->pbHead; pb; pb = pb->next) pic16_pCodeRegOptimizeRegUsage(level); #if 0 if(!options.nopeep) OptimizepCode('*'); #endif #if 0 for(pb = the_pFile->pbHead; pb; pb = pb->next) DumpFlow(pb); #endif /* debug stuff */ for(pb = the_pFile->pbHead; pb; pb = pb->next) { pCode *pcflow; for( pcflow = pic16_findNextpCode(pb->pcHead, PC_FLOW); (pcflow = pic16_findNextpCode(pcflow, PC_FLOW)) != NULL; pcflow = pcflow->next) { FillFlow(PCFL(pcflow)); } } #if 0 for(pb = the_pFile->pbHead; pb; pb = pb->next) { pCode *pcflow; for( pcflow = pic16_findNextpCode(pb->pcHead, PC_FLOW); (pcflow = pic16_findNextpCode(pcflow, PC_FLOW)) != NULL; pcflow = pcflow->next) { FlowStats(PCFL(pcflow)); } } #endif } /* VR -- no need to analyze banking in flow, but left here : * 1. because it may be used in the future for other purposes * 2. because if omitted we'll miss some optimization done here * * Perhaps I should rename it to something else */ /*-----------------------------------------------------------------*/ /* pic16_AnalyzeBanking - Called after the memory addresses have been */ /* assigned to the registers. */ /* */ /*-----------------------------------------------------------------*/ void pic16_AnalyzeBanking(void) { pBlock *pb; /* Phase x - Flow Analysis - Used Banks * * In this phase, the individual flow blocks are examined * to determine the Register Banks they use */ AnalyzeFlow(0); AnalyzeFlow(1); if(!options.nopeep) OptimizepCode('*'); if(!the_pFile)return; if(!pic16_options.no_banksel) { for(pb = the_pFile->pbHead; pb; pb = pb->next) { // fprintf(stderr, "%s:%d: Fix register banking in pb= 0x%p\n", __FILE__, __LINE__, pb); pic16_FixRegisterBanking(pb); } } } /*-----------------------------------------------------------------*/ /* buildCallTree - Look at the flow and extract all of the calls. */ /*-----------------------------------------------------------------*/ #if 0 static set *register_usage(pBlock *pb); #endif static void buildCallTree(void ) { pBranch *pbr; pBlock *pb; pCode *pc; regs *r; if(!the_pFile) return; /* Now build the call tree. First we examine all of the pCodes for functions. Keep in mind that the function boundaries coincide with pBlock boundaries. The algorithm goes something like this: We have two nested loops. The outer loop iterates through all of the pBlocks/functions. The inner loop iterates through all of the pCodes for a given pBlock. When we begin iterating through a pBlock, the variable pc_fstart, pCode of the start of a function, is cleared. We then search for pCodes of type PC_FUNCTION. When one is encountered, we initialize pc_fstart to this and at the same time associate a new pBranch object that signifies a branch entry. If a return is found, then this signifies a function exit point. We'll link the pCodes of these returns to the matching pc_fstart. When we're done, a doubly linked list of pBranches will exist. The head of this list is stored in `the_pFile', which is the meta structure for all of the pCode. Look at the pic16_printCallTree function on how the pBranches are linked together. */ for(pb = the_pFile->pbHead; pb; pb = pb->next) { pCode *pc_fstart=NULL; for(pc = pb->pcHead; pc; pc = pc->next) { if(isPCI(pc) && pc_fstart) { if(PCI(pc)->is2MemOp) { r = pic16_getRegFromInstruction2(pc); if(r && !strcmp(r->name, "POSTDEC1")) PCF(pc_fstart)->stackusage++; } else { r = pic16_getRegFromInstruction(pc); if(r && !strcmp(r->name, "PREINC1")) PCF(pc_fstart)->stackusage--; } } if(isPCF(pc)) { if (PCF(pc)->fname) { char buf[16]; sprintf(buf, "%smain", port->fun_prefix); if(STRCASECMP(PCF(pc)->fname, buf) == 0) { //fprintf(stderr," found main \n"); pb->cmemmap = NULL; /* FIXME do we need to free ? */ pb->dbName = 'M'; } pbr = Safe_calloc(1,sizeof(pBranch)); pbr->pc = pc_fstart = pc; pbr->next = NULL; the_pFile->functions = pic16_pBranchAppend(the_pFile->functions,pbr); // Here's a better way of doing the same: addSet(&pb->function_entries, pc); } else { // Found an exit point in a function, e.g. return // (Note, there may be more than one return per function) if(pc_fstart) pBranchLink(PCF(pc_fstart), PCF(pc)); addSet(&pb->function_exits, pc); } } else if(isCALL(pc)) { addSet(&pb->function_calls,pc); } } } #if 0 /* This is not needed because currently all register used * by a function are stored in stack -- VR */ /* Re-allocate the registers so that there are no collisions * between local variables when one function call another */ // this is weird... // pic16_deallocateAllRegs(); for(pb = the_pFile->pbHead; pb; pb = pb->next) { if(!pb->visited) register_usage(pb); } #endif } /*-----------------------------------------------------------------*/ /* pic16_AnalyzepCode - parse the pCode that has been generated and form */ /* all of the logical connections. */ /* */ /* Essentially what's done here is that the pCode flow is */ /* determined. */ /*-----------------------------------------------------------------*/ void pic16_AnalyzepCode(char dbName) { pBlock *pb; int i,changes; if(!the_pFile) return; mergepBlocks('D'); /* Phase 1 - Register allocation and peep hole optimization * * The first part of the analysis is to determine the registers * that are used in the pCode. Once that is done, the peep rules * are applied to the code. We continue to loop until no more * peep rule optimizations are found (or until we exceed the * MAX_PASSES threshold). * * When done, the required registers will be determined. * */ i = 0; do { DFPRINTF((stderr," Analyzing pCode: PASS #%d\n",i+1)); //fprintf(stderr," Analyzing pCode: PASS #%d\n",i+1); /* First, merge the labels with the instructions */ for(pb = the_pFile->pbHead; pb; pb = pb->next) { if('*' == dbName || getpBlock_dbName(pb) == dbName) { DFPRINTF((stderr," analyze and merging block %c\n",dbName)); //fprintf(stderr," analyze and merging block %c\n",dbName); pic16_pBlockMergeLabels(pb); AnalyzepBlock(pb); } else { DFPRINTF((stderr," skipping block analysis dbName=%c blockname=%c\n",dbName,getpBlock_dbName)); } } if(!options.nopeep) changes = OptimizepCode(dbName); else changes = 0; } while(changes && (i++ < MAX_PASSES)); buildCallTree(); } /* convert a series of movff's of local regs to stack, with a single call to * a support functions which does the same thing via loop */ static void pic16_convertLocalRegs2Support(pCode *pcstart, pCode *pcend, int count, regs *r, int entry) { pBranch *pbr; pCode *pc, *pct; char *fname[]={"__lr_store", "__lr_restore"}; // pc = pic16_newpCode(POC_CALL, pic16_popGetFromString( (entry?fname[0]:fname[1]) )); pct = pic16_findNextInstruction(pcstart->next); do { pc = pct; pct = pc->next; //pic16_findNextInstruction(pc->next); // pc->print(stderr, pc); if(isPCI(pc) && PCI(pc)->label) { pbr = PCI(pc)->label; while(pbr && pbr->pc) { PCI(pcstart)->label = pic16_pBranchAppend(PCI(pcstart)->label, pbr); pbr = pbr->next; } // pc->print(stderr, pc); /* unlink pCode */ pc->prev->next = pct; pct->prev = pc->prev; // pc->next = NULL; // pc->prev = NULL; } } while ((pc) && (pc != pcend)); /* unlink movff instructions */ pcstart->next = pcend; pcend->prev = pcstart; pc = pcstart; // if(!entry) { // pic16_pCodeInsertAfter(pc, pct = pic16_newpCode(POC_MOVFF, pic16_popGet2p( // pic16_popCopyReg(&pic16_pc_fsr0l), pic16_popCopyReg(pic16_framepnt_lo)))); pc = pct; // } pic16_pCodeInsertAfter(pc, pct=pic16_newpCode(POC_LFSR, pic16_popGetLit2(0, pic16_popGetWithString(r->name)))); pc = pct; pic16_pCodeInsertAfter(pc, pct=pic16_newpCode(POC_MOVLW, pic16_popGetLit( count ))); pc = pct; pic16_pCodeInsertAfter(pc, pct=pic16_newpCode(POC_CALL, pic16_popGetWithString( fname[ (entry==1?0:1) ] ))); pc = pct; // if(!entry) { // pic16_pCodeInsertAfter(pc, pct = pic16_newpCode(POC_MOVFF, pic16_popGet2p( // pic16_popCopyReg(pic16_framepnt_lo), pic16_popCopyReg(&pic16_pc_fsr0l)))); pc = pct; // } { symbol *sym; sym = newSymbol( fname[ entry?0:1 ], 0 ); strcpy(sym->rname, fname[ entry?0:1 ]); checkAddSym(&externs, sym); // fprintf(stderr, "%s:%d adding extern symbol %s in externs\n", __FILE__, __LINE__, fname[ entry?0:1 ]); } } /*-----------------------------------------------------------------*/ /* OptimizeLocalRegs - turn sequence of MOVFF instructions for */ /* local registers to a support function call */ /*-----------------------------------------------------------------*/ void pic16_OptimizeLocalRegs(void) { pBlock *pb; pCode *pc; pCodeInfo *pci; pCodeOpLocalReg *pclr; int regCount=0; int inRegCount=0; regs *r, *lastr=NULL, *firstr=NULL; pCode *pcstart=NULL, *pcend=NULL; int inEntry=0; char *curFunc=NULL; /* Overview: * local_regs begin mark * MOVFF r0x01, POSTDEC1 * MOVFF r0x02, POSTDEC1 * ... * ... * MOVFF r0x0n, POSTDEC1 * local_regs end mark * * convert the above to the below: * MOVLW starting_register_index * MOVWF PRODL * MOVLW register_count * call __save_registers_in_stack */ if(!the_pFile) return; for(pb = the_pFile->pbHead; pb; pb = pb->next) { inRegCount = regCount = 0; firstr = lastr = NULL; for(pc = pb->pcHead; pc; pc = pc->next) { /* hold current function name */ if(pc && isPCF(pc))curFunc = PCF(pc)->fname; if(pc && (pc->type == PC_INFO)) { pci = PCINF(pc); if(pci->type == INF_LOCALREGS) { pclr = PCOLR(pci->oper1); if((pclr->type == LR_ENTRY_BEGIN) || (pclr->type == LR_ENTRY_END))inEntry = 1; else inEntry = 0; switch(pclr->type) { case LR_ENTRY_BEGIN: case LR_EXIT_BEGIN: inRegCount = 1; regCount = 0; pcstart = pc; //pic16_findNextInstruction(pc->next); firstr = lastr = NULL; break; case LR_ENTRY_END: case LR_EXIT_END: inRegCount = -1; pcend = pc; //pic16_findPrevInstruction(pc->prev); #if 1 if(curFunc && inWparamList(curFunc+1)) { fprintf(stderr, "sdcc: %s: warning: disabling lr-support for functionn %s\n", filename, curFunc); } else { if(regCount>2) { pic16_convertLocalRegs2Support(pcstart, pcend, regCount, firstr, inEntry); } } #endif firstr = lastr = NULL; break; } if(inRegCount == -1) { // fprintf(stderr, "%s:%d registers used [%s] %d\n", __FILE__, __LINE__, inEntry?"entry":"exit", regCount); regCount = 0; inRegCount = 0; } } } else { if(isPCI(pc) && (PCI(pc)->op == POC_MOVFF) && (inRegCount == 1)) { if(inEntry) r = pic16_getRegFromInstruction(pc); else r = pic16_getRegFromInstruction2(pc); if(r && (r->type == REG_GPR) && (r->pc_type == PO_GPR_TEMP)) { if(!firstr)firstr = r; regCount++; // fprintf(stderr, "%s:%d\t%s\t%i\t%d/%d\n", __FILE__, __LINE__, r->name, r->rIdx); } } } } } } /*-----------------------------------------------------------------*/ /* ispCodeFunction - returns true if *pc is the pCode of a */ /* function */ /*-----------------------------------------------------------------*/ static bool ispCodeFunction(pCode *pc) { if(pc && pc->type == PC_FUNCTION && PCF(pc)->fname) return 1; return 0; } /*-----------------------------------------------------------------*/ /* findFunction - Search for a function by name (given the name) */ /* in the set of all functions that are in a pBlock */ /* (note - I expect this to change because I'm planning to limit */ /* pBlock's to just one function declaration */ /*-----------------------------------------------------------------*/ static pCode *findFunction(char *fname) { pBlock *pb; pCode *pc; if(!fname) return NULL; for(pb = the_pFile->pbHead; pb; pb = pb->next) { pc = setFirstItem(pb->function_entries); while(pc) { if((pc->type == PC_FUNCTION) && (PCF(pc)->fname) && (strcmp(fname, PCF(pc)->fname)==0)) return pc; pc = setNextItem(pb->function_entries); } } return NULL; } #if 0 static void MarkUsedRegisters(set *regset) { regs *r1,*r2; for(r1=setFirstItem(regset); r1; r1=setNextItem(regset)) { // fprintf(stderr, "marking register = %s\t", r1->name); r2 = pic16_regWithIdx(r1->rIdx); // fprintf(stderr, "to register = %s\n", r2->name); r2->isFree = 0; r2->wasUsed = 1; } } #endif static void pBlockStats(FILE *of, pBlock *pb) { pCode *pc; regs *r; if(!pic16_pcode_verbose)return; fprintf(of,";***\n; pBlock Stats: dbName = %c\n;***\n",getpBlock_dbName(pb)); // for now just print the first element of each set pc = setFirstItem(pb->function_entries); if(pc) { fprintf(of,";entry: "); pc->print(of,pc); } pc = setFirstItem(pb->function_exits); if(pc) { fprintf(of,";has an exit\n"); //pc->print(of,pc); } pc = setFirstItem(pb->function_calls); if(pc) { fprintf(of,";functions called:\n"); while(pc) { if(pc->type == PC_OPCODE && PCI(pc)->op == POC_CALL) { fprintf(of,"; %s\n",pic16_get_op_from_instruction(PCI(pc))); } pc = setNextItem(pb->function_calls); } } r = setFirstItem(pb->tregisters); if(r) { int n = elementsInSet(pb->tregisters); fprintf(of,";%d compiler assigned register%c:\n",n, ( (n!=1) ? 's' : ' ')); while (r) { fprintf(of, "; %s\n",r->name); r = setNextItem(pb->tregisters); } } fprintf(of, "; uses %d bytes of stack\n", 1+ elementsInSet(pb->tregisters)); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ #if 0 static void sequencepCode(void) { pBlock *pb; pCode *pc; for(pb = the_pFile->pbHead; pb; pb = pb->next) { pb->seq = GpCodeSequenceNumber+1; for( pc = pb->pcHead; pc; pc = pc->next) pc->seq = ++GpCodeSequenceNumber; } } #endif #if 0 /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static set *register_usage(pBlock *pb) { pCode *pc,*pcn; set *registers=NULL; set *registersInCallPath = NULL; /* check recursion */ pc = setFirstItem(pb->function_entries); if(!pc) return registers; pb->visited = 1; if(pc->type != PC_FUNCTION) fprintf(stderr,"%s, first pc is not a function???\n",__FUNCTION__); pc = setFirstItem(pb->function_calls); for( ; pc; pc = setNextItem(pb->function_calls)) { if(pc->type == PC_OPCODE && PCI(pc)->op == POC_CALL) { char *dest = pic16_get_op_from_instruction(PCI(pc)); pcn = findFunction(dest); if(pcn) registersInCallPath = register_usage(pcn->pb); } else fprintf(stderr,"BUG? pCode isn't a POC_CALL %d\n",__LINE__); } #ifdef PCODE_DEBUG pBlockStats(stderr,pb); // debug #endif // Mark the registers in this block as used. MarkUsedRegisters(pb->tregisters); if(registersInCallPath) { /* registers were used in the functions this pBlock has called */ /* so now, we need to see if these collide with the ones we are */ /* using here */ regs *r1,*r2, *newreg; DFPRINTF((stderr,"comparing registers\n")); r1 = setFirstItem(registersInCallPath); while(r1) { r2 = setFirstItem(pb->tregisters); while(r2 && (r1->type != REG_STK)) { if(r2->rIdx == r1->rIdx) { newreg = pic16_findFreeReg(REG_GPR); if(!newreg) { DFPRINTF((stderr,"Bummer, no more registers.\n")); exit(1); } DFPRINTF((stderr,"Cool found register collision nIdx=%d moving to %d\n", r1->rIdx, newreg->rIdx)); r2->rIdx = newreg->rIdx; //if(r2->name) Safe_free(r2->name); if(newreg->name) r2->name = Safe_strdup(newreg->name); else r2->name = NULL; newreg->isFree = 0; newreg->wasUsed = 1; } r2 = setNextItem(pb->tregisters); } r1 = setNextItem(registersInCallPath); } /* Collisions have been resolved. Now free the registers in the call path */ r1 = setFirstItem(registersInCallPath); while(r1) { if(r1->type != REG_STK) { newreg = pic16_regWithIdx(r1->rIdx); newreg->isFree = 1; } r1 = setNextItem(registersInCallPath); } }// else // MarkUsedRegisters(pb->registers); registers = unionSets(pb->tregisters, registersInCallPath, THROW_NONE); #ifdef PCODE_DEBUG if(registers) DFPRINTF((stderr,"returning regs\n")); else DFPRINTF((stderr,"not returning regs\n")); DFPRINTF((stderr,"pBlock after register optim.\n")); pBlockStats(stderr,pb); // debug #endif return registers; } #endif /*-----------------------------------------------------------------*/ /* pct2 - writes the call tree to a file */ /* */ /*-----------------------------------------------------------------*/ static void pct2(FILE *of,pBlock *pb,int indent,int usedstack) { pCode *pc,*pcn; int i; // set *registersInCallPath = NULL; if(!of) return; if(indent > 10) { fprintf(of, "recursive function\n"); return; //recursion ? } pc = setFirstItem(pb->function_entries); if(!pc) return; pb->visited = 0; for(i=0;itype == PC_FUNCTION) { usedstack += PCF(pc)->stackusage; fprintf(of,"%s (stack: %i)\n",PCF(pc)->fname, usedstack); } else return; // ??? pc = setFirstItem(pb->function_calls); for( ; pc; pc = setNextItem(pb->function_calls)) { if(pc->type == PC_OPCODE && PCI(pc)->op == POC_CALL) { char *dest = pic16_get_op_from_instruction(PCI(pc)); pcn = findFunction(dest); if(pcn) pct2(of,pcn->pb,indent+1, usedstack); // + PCF(pcn)->stackusage); } else fprintf(of,"BUG? pCode isn't a POC_CALL %d\n",__LINE__); } } /*-----------------------------------------------------------------*/ /* pic16_printCallTree - writes the call tree to a file */ /* */ /*-----------------------------------------------------------------*/ void pic16_printCallTree(FILE *of) { pBranch *pbr; pBlock *pb; pCode *pc; if(!the_pFile) return; if(!of) of = stderr; fprintf(of, "\npBlock statistics\n"); for(pb = the_pFile->pbHead; pb; pb = pb->next ) pBlockStats(of,pb); fprintf(of,"Call Tree\n"); pbr = the_pFile->functions; while(pbr) { if(pbr->pc) { pc = pbr->pc; if(!ispCodeFunction(pc)) fprintf(of,"bug in call tree"); fprintf(of,"Function: %s\n", PCF(pc)->fname); while(pc->next && !ispCodeFunction(pc->next)) { pc = pc->next; if(pc->type == PC_OPCODE && PCI(pc)->op == POC_CALL) fprintf(of,"\t%s\n",pic16_get_op_from_instruction(PCI(pc))); } } pbr = pbr->next; } fprintf(of,"\n**************\n\na better call tree\n"); for(pb = the_pFile->pbHead; pb; pb = pb->next) { // if(pb->visited) pct2(of,pb,0,0); } for(pb = the_pFile->pbHead; pb; pb = pb->next) { fprintf(of,"block dbname: %c\n", getpBlock_dbName(pb)); } } /*-----------------------------------------------------------------*/ /* */ /*-----------------------------------------------------------------*/ static void InlineFunction(pBlock *pb) { pCode *pc; pCode *pc_call; if(!pb) return; pc = setFirstItem(pb->function_calls); for( ; pc; pc = setNextItem(pb->function_calls)) { if(isCALL(pc)) { pCode *pcn = findFunction(pic16_get_op_from_instruction(PCI(pc))); pCode *pct; pCode *pce; pBranch *pbr; if(pcn && isPCF(pcn) && (PCF(pcn)->ncalled == 0)) { /* change 0 to 1 to enable inlining */ //fprintf(stderr,"Cool can inline:\n"); //pcn->print(stderr,pcn); //fprintf(stderr,"recursive call Inline\n"); InlineFunction(pcn->pb); //fprintf(stderr,"return from recursive call Inline\n"); /* At this point, *pc points to a CALL mnemonic, and *pcn points to the function that is being called. To in-line this call, we need to remove the CALL and RETURN(s), and link the function pCode in with the CALLee pCode. */ /* Remove the CALL */ pc_call = pc; pc = pc->prev; /* remove callee pBlock from the pBlock linked list */ removepBlock(pcn->pb); pce = pcn; while(pce) { pce->pb = pb; pce = pce->next; } /* Remove the Function pCode */ pct = pic16_findNextInstruction(pcn->next); /* Link the function with the callee */ pc->next = pcn->next; pcn->next->prev = pc; /* Convert the function name into a label */ pbr = Safe_calloc(1,sizeof(pBranch)); pbr->pc = pic16_newpCodeLabel(PCF(pcn)->fname, -1); pbr->next = NULL; PCI(pct)->label = pic16_pBranchAppend(PCI(pct)->label,pbr); PCI(pct)->label = pic16_pBranchAppend(PCI(pct)->label,PCI(pc_call)->label); /* turn all of the return's except the last into goto's */ /* check case for 2 instruction pBlocks */ pce = pic16_findNextInstruction(pcn->next); while(pce) { pCode *pce_next = pic16_findNextInstruction(pce->next); if(pce_next == NULL) { /* found the last return */ pCode *pc_call_next = pic16_findNextInstruction(pc_call->next); //fprintf(stderr,"found last return\n"); //pce->print(stderr,pce); pce->prev->next = pc_call->next; pc_call->next->prev = pce->prev; PCI(pc_call_next)->label = pic16_pBranchAppend(PCI(pc_call_next)->label, PCI(pce)->label); } pce = pce_next; } } } else fprintf(stderr,"BUG? pCode isn't a POC_CALL %d\n",__LINE__); } } /*-----------------------------------------------------------------*/ /* */ /*-----------------------------------------------------------------*/ void pic16_InlinepCode(void) { pBlock *pb; pCode *pc; if(!the_pFile) return; if(!functionInlining) return; /* Loop through all of the function definitions and count the * number of times each one is called */ //fprintf(stderr,"inlining %d\n",__LINE__); for(pb = the_pFile->pbHead; pb; pb = pb->next) { pc = setFirstItem(pb->function_calls); for( ; pc; pc = setNextItem(pb->function_calls)) { if(isCALL(pc)) { pCode *pcn = findFunction(pic16_get_op_from_instruction(PCI(pc))); if(pcn && isPCF(pcn)) { PCF(pcn)->ncalled++; } } else fprintf(stderr,"BUG? pCode isn't a POC_CALL %d\n",__LINE__); } } //fprintf(stderr,"inlining %d\n",__LINE__); /* Now, Loop through the function definitions again, but this * time inline those functions that have only been called once. */ InlineFunction(the_pFile->pbHead); //fprintf(stderr,"inlining %d\n",__LINE__); for(pb = the_pFile->pbHead; pb; pb = pb->next) unBuildFlow(pb); } char *pic_optype_names[]={ "PO_NONE", // No operand e.g. NOP "PO_W", // The working register (as a destination) "PO_WREG", // The working register (as a file register) "PO_STATUS", // The 'STATUS' register "PO_BSR", // The 'BSR' register "PO_FSR0", // The "file select register" (in PIC18 family it's one // of three) "PO_INDF0", // The Indirect register "PO_INTCON", // Interrupt Control register "PO_GPR_REGISTER", // A general purpose register "PO_GPR_BIT", // A bit of a general purpose register "PO_GPR_TEMP", // A general purpose temporary register "PO_SFR_REGISTER", // A special function register (e.g. PORTA) "PO_PCL", // Program counter Low register "PO_PCLATH", // Program counter Latch high register "PO_PCLATU", // Program counter Latch upper register "PO_PRODL", // Product Register Low "PO_PRODH", // Product Register High "PO_LITERAL", // A constant "PO_REL_ADDR", // A relative address "PO_IMMEDIATE", // (8051 legacy) "PO_DIR", // Direct memory (8051 legacy) "PO_CRY", // bit memory (8051 legacy) "PO_BIT", // bit operand. "PO_STR", // (8051 legacy) "PO_LABEL", "PO_WILD", // Wild card operand in peep optimizer "PO_TWO_OPS" // combine two operands }; char *dumpPicOptype(PIC_OPTYPE type) { assert( type >= 0 && type < sizeof(pic_optype_names)/sizeof( char *) ); return (pic_optype_names[ type ]); } /*** BEGIN of stuff belonging to the BANKSEL optimization ***/ #include "graph.h" #define MAX_COMMON_BANK_SIZE 32 #define FIRST_PSEUDO_BANK_NR 1000 hTab *sym2bank = NULL; // --> hTab *bank2sym = NULL; // --> hTab *coerce = NULL; // --> <&PSEUDOBANK> Graph *adj = NULL; typedef enum { INVALID_BANK = -1, UNKNOWN_BANK = -2, FIXED_BANK = -3 } pseudoBankNr; typedef struct { pseudoBankNr bank; // number assigned to this pseudoBank unsigned int size; // number of operands assigned to this bank unsigned int ref; // number of symbols referring to this pseudoBank (for garbage collection) } pseudoBank; /*----------------------------------------------------------------------*/ /* hashSymbol - hash function used to map SYMBOLs (or operands) to ints */ /*----------------------------------------------------------------------*/ unsigned int hashSymbol (const char *str) { unsigned int res = 0; if (!str) return 0; while (*str) { res ^= (*str); res = (res << 4) | (res >> (8 * sizeof(unsigned int) - 4)); str++; } // while return res; } /*-----------------------------------------------------------------------*/ /* compareSymbol - return 1 iff sym1 equals sym2 */ /*-----------------------------------------------------------------------*/ int compareSymbol (const void *sym1, const void *sym2) { char *s1 = (char*) sym1; char *s2 = (char*) sym2; return (strcmp (s1,s2) == 0); } /*-----------------------------------------------------------------------*/ /* comparePre - return 1 iff p1 == p2 */ /*-----------------------------------------------------------------------*/ int comparePtr (const void *p1, const void *p2) { return (p1 == p2); } /*----------------------------------------------------------*/ /* getSymbolFromOperand - return a pointer to the symbol in */ /* the given operand and its length */ /*----------------------------------------------------------*/ char *getSymbolFromOperand (char *op, int *len) { char *sym, *curr; *len = 0; if (!op) return NULL; // we recognize two forms of operands: SYMBOL and (SYMBOL + offset) sym = op; if (*sym == '(') sym++; curr = sym; while (((*curr >= 'A') && (*curr <= 'Z')) || ((*curr >= 'a') && (*curr <= 'z')) || ((curr != sym) && (*curr >= '0') && (*curr <= '9')) || (*curr == '_')) { // find end of symbol [A-Za-z_]?[A-Za-z0-9]* curr++; (*len)++; } // while return sym; } /*--------------------------------------------------------------------------*/ /* getSymFromBank - get (one) name of a symbol assigned to the given bank */ /*--------------------------------------------------------------------------*/ char *getSymFromBank (pseudoBankNr bank) { assert (bank2sym); if (bank < 0) return ""; return hTabFindByKey (bank2sym, bank % bank2sym->size, (void *) bank, &comparePtr); } /*-----------------------------------------------------------------------*/ /* getPseudoBsrFromOperand - maps a string to its corresponding pseudo */ /* bank number (uses hTab sym2bank), if the */ /* symbol is not yet assigned a pseudo bank it */ /* is assigned one here */ /*-----------------------------------------------------------------------*/ pseudoBankNr getPseudoBankNrFromOperand (const char *op) { static pseudoBankNr next_bank = FIRST_PSEUDO_BANK_NR; pseudoBankNr bank; unsigned int hash; assert (sym2bank); hash = hashSymbol (op) % sym2bank->size; bank = (pseudoBankNr) hTabFindByKey (sym2bank, hash, op, &compareSymbol); if (bank == (pseudoBankNr)NULL) bank = UNKNOWN_BANK; if (bank == UNKNOWN_BANK) { // create a pseudo bank for the operand bank = next_bank++; hTabAddItemLong (&sym2bank, hash, (char *)op, (void *)bank); hTabAddItemLong (&bank2sym, bank, (void *) bank, (void *)op); getOrAddGNode (adj, NULL, bank); // adds the node if it does not exist yet //fprintf (stderr, "%s:%d: adding %s with hash %u in bank %u\n", __FUNCTION__, __LINE__, op, hash, bank); } else { //fprintf (stderr, "%s:%d: found %s with hash %u in bank %u\n", __FUNCTION__, __LINE__, op, hash, bank); } // if assert (bank >= 0); return bank; } /*--------------------------------------------------------------------*/ /* isBanksel - check whether the given pCode is a BANKSEL instruction */ /*--------------------------------------------------------------------*/ int isBanksel (pCode *pc) { if (!pc) return 0; if (isPCI(pc) && (PCI(pc)->op == POC_BANKSEL || PCI(pc)->op == POC_MOVLB)) { // BANKSEL or MOVLB //fprintf (stderr, "%s:%d: BANKSEL found: %s %s\n", __FUNCTION__, __LINE__, PCAD(pc)->directive, PCAD(pc)->arg); return 1; } // check for inline assembler BANKSELs if (isPCAD(pc) && PCAD(pc)->directive && (STRCASECMP(PCAD(pc)->directive,"BANKSEL") == 0 || STRCASECMP(PCAD(pc)->directive,"MOVLB") == 0)) { //fprintf (stderr, "%s:%d: BANKSEL found: %s %s\n", __FUNCTION__, __LINE__, PCAD(pc)->directive, PCAD(pc)->arg); return 1; } // assume pc is no BANKSEL instruction return 0; } /*---------------------------------------------------------------------------------*/ /* invalidatesBSR - check whether the pCodeInstruction passed in modifies the BSR */ /* This method can not guarantee to find all modifications of the */ /* BSR (e.g. via INDirection registers) but covers all compiler */ /* generated plus some cases. */ /*---------------------------------------------------------------------------------*/ int invalidatesBSR(pCode *pc) { // assembler directives invalidate BSR (well, they might, we don't know) if (isPCAD(pc)) return 1; // only ASMDIRs and pCodeInstructions can invalidate BSR if (!isPCI(pc)) return 0; // we have a pCodeInstruction // check for BSR modifying instructions switch (PCI(pc)->op) { case POC_CALL: case POC_RCALL: case POC_MOVLB: case POC_RETFIE: // might be used as CALL replacement case POC_RETLW: // might be used as CALL replacement case POC_RETURN: // might be used as CALL replacement case POC_BANKSEL: return 1; break; default: // other instruction do not change BSR unless BSR is an explicit operand! // TODO: check for BSR as an explicit operand (e.g. INCF BSR,F), which should be rather unlikely...! break; } // switch // no change of BSR possible/probable return 0; } /*------------------------------------------------------------*/ /* getBankFromBanksel - return the pseudo bank nr assigned to */ /* the symbol referenced in this BANKSEL */ /*------------------------------------------------------------*/ pseudoBankNr getBankFromBanksel (pCode *pc) { char *sym; int data = 0; if (!pc) return INVALID_BANK; if (isPCAD(pc) && PCAD(pc)->directive) { if (STRCASECMP(PCAD(pc)->directive,"BANKSEL") == 0) { // get symbolname from PCAD(pc)->arg //fprintf (stderr, "%s:%d: BANKSEL found: %s %s\n", __FUNCTION__, __LINE__, PCAD(pc)->directive, PCAD(pc)->arg); sym = PCAD(pc)->arg; data = getPseudoBankNrFromOperand (sym); //fprintf (stderr, "symbol: %s, data=%i\n", sym, data); } else if (STRCASECMP(PCAD(pc)->directive,"MOVLB")) { // get (literal) bank number from PCAD(pc)->arg fprintf (stderr, "%s:%d: MOVLB found: %s %s\n", __FUNCTION__, __LINE__, PCAD(pc)->directive, PCAD(pc)->arg); assert (0 && "not yet implemented - turn off banksel optimization for now"); } } else if (isPCI(pc)) { if (PCI(pc)->op == POC_BANKSEL) { // get symbolname from PCI(pc)->pcop->name (?) //fprintf (stderr, "%s:%d: BANKSEL found: %s %s\n", __FUNCTION__, __LINE__, PCI(pc)->mnemonic, PCI(pc)->pcop->name); sym = PCI(pc)->pcop->name; data = getPseudoBankNrFromOperand (sym); //fprintf (stderr, "symbol: %s, data=%i\n", sym, data); } else if (PCI(pc)->op == POC_MOVLB) { // get (literal) bank number from PCI(pc)->pcop->name fprintf (stderr, "%s:%d: MOVLB found: %s %s\n", __FUNCTION__, __LINE__, PCI(pc)->mnemonic, PCI(pc)->pcop->name); assert (0 && "not yet implemented - turn off banksel optimization for now"); } } if (data == 0) // no assigned bank could be found return UNKNOWN_BANK; else return data; } /*------------------------------------------------------------------------------*/ /* getEffectiveBank - resolves the currently assigned effective pseudo bank nr */ /*------------------------------------------------------------------------------*/ pseudoBankNr getEffectiveBank (pseudoBankNr bank) { pseudoBank *data; if (bank < FIRST_PSEUDO_BANK_NR) return bank; do { //fprintf (stderr, "%s:%d: bank=%d\n", __FUNCTION__, __LINE__, bank); data = (pseudoBank *) hTabFindByKey (coerce, bank % coerce->size, (void *) bank, &comparePtr); if (data) { if (data->bank != bank) bank = data->bank; else data = NULL; } } while (data); //fprintf (stderr, "%s:%d: effective bank=%d\n", __FUNCTION__, __LINE__, bank); return bank; } /*------------------------------------------------------------------*/ /* attachBsrInfo2pBlock - create a look-up table as to which pseudo */ /* bank is selected at a given pCode */ /*------------------------------------------------------------------*/ /* Create a graph with pseudo banks as its nodes and switches between * these as edges (with the edge weight representing the absolute * number of BANKSELs from one to the other). * Removes redundand BANKSELs instead iff mod == 1. * BANKSELs update the pseudo BSR, labels invalidate the current BSR * value (setting it to 0=UNNKOWN), (R)CALLs also invalidate the * pseudo BSR. * TODO: check ALL instructions operands if they modify BSR directly... * * pb - the pBlock to annotate * mod - select either graph creation (0) or BANKSEL removal (1) */ unsigned int attachBsrInfo2pBlock (pBlock *pb, int mod) { pCode *pc, *pc_next; unsigned int prevBSR = UNKNOWN_BANK, pseudoBSR = UNKNOWN_BANK; int isBankselect = 0; unsigned int banksels=0; if (!pb) return 0; pc = pic16_findNextInstruction(pb->pcHead); while (pc) { isBankselect = isBanksel (pc); pc_next = pic16_findNextInstruction (pc->next); if (!hasNoLabel (pc)) { // we don't know our predecessors -- assume different BSRs prevBSR = UNKNOWN_BANK; pseudoBSR = UNKNOWN_BANK; //fprintf (stderr, "invalidated by label at "); pc->print (stderr, pc); } // if // check if this is a BANKSEL instruction if (isBankselect) { pseudoBSR = getEffectiveBank (getBankFromBanksel(pc)); //fprintf (stderr, "BANKSEL via "); pc->print (stderr, pc); if (mod) { if (prevBSR == pseudoBSR && pseudoBSR >= 0) { //fprintf (stderr, "removing redundant "); pc->print (stderr, pc); if (1 || pic16_pcode_verbose) pic16_pCodeInsertAfter (pc->prev, pic16_newpCodeCharP("removed redundant BANKSEL")); pic16_unlinkpCode (pc); banksels++; } } else { addGEdge2 (getOrAddGNode (adj, NULL, prevBSR), getOrAddGNode (adj, NULL, pseudoBSR), 1, 0); banksels++; } } // if if (!isBankselect && invalidatesBSR(pc)) { // check if this instruction invalidates the pseudoBSR pseudoBSR = UNKNOWN_BANK; //fprintf (stderr, "invalidated via "); pc->print (stderr, pc); } // if prevBSR = pseudoBSR; pc = pc_next; } // while return banksels; } /*------------------------------------------------------------------------------------*/ /* assignToSameBank - returns 0 on success or an error code */ /* 1 - common bank would be too large */ /* 2 - assignment to fixed (absolute) bank not performed */ /* */ /* This functions assumes that unsplittable operands are already assigned to the same */ /* bank (e.g. all objects being referenced as (SYMBOL + offset) must be in the same */ /* bank so that we can make sure the bytes are laid out sequentially in memory) */ /* TODO: Symbols with an abslute address must be handled specially! */ /*------------------------------------------------------------------------------------*/ int assignToSameBank (int bank0, int bank1, int doAbs, int force) { int eff0, eff1, dummy; pseudoBank *pbank0, *pbank1; hashtItem *hitem; eff0 = getEffectiveBank (bank0); eff1 = getEffectiveBank (bank1); //fprintf (stderr, "%s:%d: bank0=%d/%d, bank1=%d/%d, doAbs=%d\n", __FUNCTION__, __LINE__, bank0, eff0, bank1, eff1, doAbs); // nothing to do if already same bank if (eff0 == eff1) return 0; if (!doAbs && (eff0 < FIRST_PSEUDO_BANK_NR || eff1 < FIRST_PSEUDO_BANK_NR)) return 2; // ensure eff0 < eff1 if (eff0 > eff1) { // swap eff0 and eff1 dummy = eff0; eff0 = eff1; eff1 = dummy; dummy = bank0; bank0 = bank1; bank1 = dummy; } // if // now assign bank eff1 to bank eff0 pbank0 = (pseudoBank *) hTabFindByKey (coerce, eff0 % coerce->size, (void *)((char*)0+eff0), &comparePtr); if (!pbank0) { pbank0 = Safe_calloc (1, sizeof (pseudoBank)); pbank0->bank = eff0; pbank0->size = 1; pbank0->ref = 1; hTabAddItemLong (&coerce, eff0 % coerce->size, (void *)((char*)0+eff0), (void *) pbank0); } // if pbank1 = NULL; hitem = hTabSearch (coerce, eff1 % coerce->size); while (hitem && hitem->pkey != (void *)((char*)0+eff1)) hitem = hitem->next; if (hitem) pbank1 = (pseudoBank *) hitem->item; #if 0 fprintf (stderr, "bank #%d/%d & bank #%d/%d --> bank #%d: %u (%s & %s)\n", bank0, eff0, bank1, eff1, pbank0->bank, pbank0->size, getSymFromBank (eff0), getSymFromBank (eff1)); #endif if (pbank1) { if (!force && (pbank0->size + pbank1->size > MAX_COMMON_BANK_SIZE)) { #if 0 fprintf (stderr, "bank #%d: %u, bank #%d: %u --> bank #%d': %u > %u (%s,%s)\n", pbank0->bank, pbank0->size, pbank1->bank, pbank1->size, pbank0->bank, pbank0->size + pbank1->size, MAX_COMMON_BANK_SIZE, getSymFromBank (pbank0->bank), getSymFromBank (pbank1->bank)); #endif return 1; } // if pbank0->size += pbank1->size; pbank1->ref--; if (pbank1->ref == 0) Safe_free (pbank1); } else { pbank0->size++; } // if if (hitem) hitem->item = pbank0; else hTabAddItemLong (&coerce, eff1 % coerce->size, (void *)((char*)0+eff1), (void *) pbank0); pbank0->ref++; //fprintf (stderr, "%s:%d: leaving.\n", __FUNCTION__, __LINE__); return 0; } /*----------------------------------------------------------------*/ /* mergeGraphNodes - combines two nodes into one and modifies all */ /* edges to and from the nodes accordingly */ /* This method needs complete backedges, i.e. if (A,B) is an edge */ /* then also (B,A) must be an edge (possibly with weight 0). */ /*----------------------------------------------------------------*/ void mergeGraphNodes (GraphNode *node1, GraphNode *node2) { GraphEdge *edge, *backedge, *nextedge; GraphNode *node; int backweight; assert (node1 && node2); assert (node1 != node2); // add all edges starting at node2 to node1 edge = node2->edge; while (edge) { nextedge = edge->next; node = edge->node; backedge = getGEdge (node, node2); if (backedge) backweight = backedge->weight; else backweight = 0; // insert edges (node1,node) and (node,node1) addGEdge2 (node1, node, edge->weight, backweight); // remove edges (node, node2) and (node2, node) remGEdge (node2, node); remGEdge (node, node2); edge = nextedge; } // while // now node2 should not be referenced by any other GraphNode... //remGNode (adj, node2->data, node2->hash); } /*----------------------------------------------------------------*/ /* showGraph - dump the current BANKSEL graph as a node/edge list */ /*----------------------------------------------------------------*/ void showGraph (Graph *g) { GraphNode *node; GraphEdge *edge; pseudoBankNr bankNr; pseudoBank *pbank; unsigned int size; node = g->node; while (node) { edge = node->edge; bankNr = getEffectiveBank (node->hash); assert (bankNr >= 0); pbank = (pseudoBank *) hTabFindByKey (coerce, bankNr % coerce->size, (void *) bankNr, &comparePtr); if (pbank) { bankNr = pbank->bank; size = pbank->size; } else { size = 1; } fprintf (stderr, "edges from %s (bank %u, size %u) to:\n", getSymFromBank (node->hash), bankNr, size); while (edge) { if (edge->weight > 0) fprintf (stderr, " %4u x %s\n", edge->weight, getSymFromBank (edge->node->hash)); edge = edge->next; } // while (edge) node = node->next; } // while (node) } /*---------------------------------------------------------------*/ /* pic16_OptimizeBanksel - remove redundant BANKSEL instructions */ /*---------------------------------------------------------------*/ void pic16_OptimizeBanksel () { GraphNode *node, *node1, *node1next; #if 0 // needed for more effective bank assignment (needs adjusted pic16_emit_usection()) GraphEdge *edge, *backedge; GraphEdge *max; int maxWeight, weight, mergeMore, absMaxWeight; pseudoBankNr curr0, curr1; #endif pseudoBank *pbank; pseudoBankNr bankNr; char *base_symbol0, *base_symbol1; int len0, len1; pBlock *pb; set *set; regs *reg; unsigned int bankselsTotal = 0, bankselsRemoved = 0; //fprintf (stderr, "%s:%s:%d: entered.\n", __FILE__, __FUNCTION__, __LINE__); if (!the_pFile || !the_pFile->pbHead) return; adj = newGraph (NULL); sym2bank = newHashTable ( 255 ); bank2sym = newHashTable ( 255 ); coerce = newHashTable ( 255 ); // create graph of BANKSEL relationships (node = operands, edge (A,B) iff BANKSEL B follows BANKSEL A) for (pb = the_pFile->pbHead; pb; pb = pb->next) { bankselsTotal += attachBsrInfo2pBlock (pb, 0); } // for pb #if 1 // assign symbols with absolute addresses to their respective bank nrs set = pic16_fix_udata; for (reg = setFirstItem (set); reg; reg = setNextItem (set)) { bankNr = reg->address >> 8; node = getOrAddGNode (adj, NULL, bankNr); bankNr = (pseudoBankNr) getEffectiveBank (getPseudoBankNrFromOperand(reg->name)); assignToSameBank (node->hash, bankNr, 1, 1); assert (bankNr >= 0); pbank = (pseudoBank *) hTabFindByKey (coerce, bankNr % coerce->size, (void *) bankNr, &comparePtr); if (!pbank) { pbank = Safe_calloc (1, sizeof (pseudoBank)); pbank->bank = reg->address >> 8; //FIXED_BANK; pbank->size = 1; pbank->ref = 1; hTabAddItemLong (&coerce, bankNr % coerce->size, (void *) bankNr, pbank); } else { assert (pbank->bank == (reg->address >> 8)); pbank->bank = reg->address >> 8; //FIXED_BANK; pbank->size++; } //fprintf (stderr, "ABS: %s (%d bytes) at %x in bank %u\n", reg->name, reg->size, reg->address, bankNr); } // for reg #endif #if 1 // assign operands referring to the same symbol (which is not given an absolute address) to the same bank //fprintf (stderr, "assign operands with the same symbol to the same bank\n"); node = adj->node; while (node) { if (node->hash < 0) { node = node->next; continue; } base_symbol0 = getSymbolFromOperand (getSymFromBank (getEffectiveBank(node->hash)), &len0); node1 = node->next; while (node1) { if (node1->hash < 0) { node1 = node1->next; continue; } node1next = node1->next; base_symbol1 = getSymbolFromOperand (getSymFromBank (getEffectiveBank (node1->hash)), &len1); if (len0 == len1 && len0 > 0 && strncmp (base_symbol0, base_symbol1, len0) == 0) { int res; // TODO: check for symbols with absolute addresses -- these might be placed across bank boundaries! //fprintf (stderr, "merging %s and %s\n", getSymFromBank (getEffectiveBank(node->hash)), getSymFromBank (getEffectiveBank(node1->hash))); if (0 != (res = assignToSameBank (node->hash, node1->hash, 0, 1))) { fprintf (stderr, "%s(%d) == %s(%d), res=%d\n", base_symbol0, len0, base_symbol1, len1, res); assert (0 && "Could not assign a symbol to a bank!"); } mergeGraphNodes (node, node1); /* if (node->hash < node1->hash) mergeGraphNodes (node, node1); else mergeGraphNodes (node1, node); // this removes node so node->next will fail... */ } // if node1 = node1next; } // while (node1) node = node->next; } // while (node) #endif #if 0 // >>> THIS ALSO NEEDS AN UPDATED pic16_emit_usection() TO REFLECT THE BANK ASSIGNMENTS <<< // assign tightly coupled operands to the same (pseudo) bank //fprintf (stderr, "assign tightly coupled operands to the same bank\n"); mergeMore = 1; absMaxWeight = 0; while (mergeMore) { node = adj->node; max = NULL; maxWeight = 0; while (node) { curr0 = getEffectiveBank (node->hash); if (curr0 < 0) { node = node->next; continue; } edge = node->edge; while (edge) { assert (edge->src == node); backedge = getGEdge (edge->node, edge->src); weight = edge->weight + (backedge ? backedge->weight : 0); curr1 = getEffectiveBank (edge->node->hash); if (curr1 < 0) { edge = edge->next; continue; } // merging is only useful if the items are not assigned to the same bank already... if (curr0 != curr1 && weight > maxWeight) { if (maxWeight > absMaxWeight) absMaxWeight = maxWeight; maxWeight = weight; max = edge; } // if edge = edge->next; } // while node = node->next; } // while if (maxWeight > 0) { #if 0 fprintf (stderr, "%s:%d: merging (%4u) %d(%s) and %d(%s)\n", __FUNCTION__, __LINE__, maxWeight, max->src->hash, getSymFromBank (max->src->hash), max->node->hash, getSymFromBank (max->node->hash)); #endif node = getGNode (adj, max->src->data, max->src->hash); node1 = getGNode (adj, max->node->data, max->node->hash); if (0 == assignToSameBank (max->src->hash, max->node->hash, 0, 0)) { if (max->src->hash < max->node->hash) mergeGraphNodes (node, node1); else mergeGraphNodes (node1, node); } else { remGEdge (node, node1); remGEdge (node1, node); //mergeMore = 0; } } else { mergeMore = 0; } } // while #endif #if 1 // remove redundant BANKSELs //fprintf (stderr, "removing redundant BANKSELs\n"); for (pb = the_pFile->pbHead; pb; pb = pb->next) { bankselsRemoved += attachBsrInfo2pBlock (pb, 1); } // for pb #endif #if 0 fprintf (stderr, "display graph\n"); showGraph (); #endif deleteGraph (adj); //fprintf (stderr, "%s:%s:%d: leaving, %u/%u BANKSELs removed...\n", __FILE__, __FUNCTION__, __LINE__, bankselsRemoved, bankselsTotal); } /*** END of stuff belonging to the BANKSEL optimization ***/ /*** BEGIN of helpers for pCode dataflow optimizations ***/ typedef unsigned int symbol_t; typedef unsigned int valnum_t; //typedef unsigned int hash_t; #ifndef INT_TO_PTR #define INT_TO_PTR(x) (((char *) 0) + (x)) #endif #ifndef PTR_TO_INT #define PTR_TO_INT(x) (((char *)(x)) - ((char *) 0)) #endif static int pic16_regIsLocal (regs *r); static int pic16_safepCodeRemove (pCode *pc, char *comment); /* statistics */ static unsigned int pic16_df_removed_pcodes = 0; static unsigned int pic16_df_saved_bytes = 0; static unsigned int df_findall_sameflow = 0; static unsigned int df_findall_otherflow = 0; static unsigned int df_findall_in_vals = 0; static void pic16_df_stats () { return; if (pic16_debug_verbose || pic16_pcode_verbose) { fprintf (stderr, "PIC16: dataflow analysis removed %u instructions (%u bytes)\n", pic16_df_removed_pcodes, pic16_df_saved_bytes); fprintf (stderr, "findAll: same flow %u (%u in_vals), other flow %u\n", df_findall_sameflow, df_findall_in_vals, df_findall_otherflow); //pic16_df_removed_pcodes = pic16_df_saved_bytes = 0; } } /* Remove a pCode iff possible: * - previous pCode is no SKIP * - pc has no label * Returns 1 iff the pCode has been removed, 0 otherwise. */ static int pic16_safepCodeUnlink (pCode *pc, char *comment) { pCode *pcprev, *pcnext; char buf[256], *total=NULL; int len; if (!comment) comment = "=DF= pCode removed by pic16_safepCodeUnlink"; pcprev = pic16_findPrevInstruction (pc->prev); pcnext = pic16_findNextInstruction (pc->next); /* move labels to next instruction (if possible) */ if (PCI(pc)->label && !pcnext) return 0; /* if this is a SKIP with side-effects -- do not remove */ /* XXX: might try to replace this one with the side-effect only version */ if (isPCI_SKIP(pc) && ((PCI(pc)->outCond & (PCC_REGISTER | PCC_W)) != 0)) { pCode *newpc; switch (PCI(pc)->op) { case POC_INCFSZ: case POC_INFSNZ: newpc = pic16_newpCode(POC_INCF, pic16_pCodeOpCopy( PCI(pc)->pcop ) ); pic16_pCodeReplace( pc, newpc ); return 1; break; case POC_INCFSZW: newpc = pic16_newpCode(POC_INCFW, pic16_pCodeOpCopy( PCI(pc)->pcop ) ); pic16_pCodeReplace( pc, newpc ); return 1; break; case POC_DECFSZ: case POC_DCFSNZ: newpc = pic16_newpCode(POC_INCF, pic16_pCodeOpCopy( PCI(pc)->pcop ) ); pic16_pCodeReplace( pc, newpc ); return 1; break; case POC_DECFSZW: newpc = pic16_newpCode(POC_INCF, pic16_pCodeOpCopy( PCI(pc)->pcop ) ); pic16_pCodeReplace( pc, newpc ); return 1; break; default: return 0; } return 0; } /* if previous instruction is a skip -- do not remove */ if (pcprev && isPCI_SKIP(pcprev)) { if (!pic16_safepCodeUnlink (pcprev, "=DF= removed now unused SKIP")) { /* preceeding SKIP could not be removed -- keep this instruction! */ return 0; } } if (PCI(pc)->label) { //fprintf (stderr, "%s: moving label(s)\n", __FUNCTION__); //pc->print (stderr, pc); PCI(pcnext)->label = pic16_pBranchAppend (PCI(pc)->label, PCI(pcnext)->label); PCI(pc)->label = NULL; } /* update statistics */ pic16_df_removed_pcodes++; if (isPCI(pc)) pic16_df_saved_bytes += PCI(pc)->isize; /* remove the pCode */ pic16_pCode2str (buf, 256, pc); //fprintf (stderr, "%s: removing pCode: %s\n", __FUNCTION__, buf); if (0 || pic16_debug_verbose || pic16_pcode_verbose) { len = strlen (buf) + strlen (comment) + 10; total = (char *) Safe_malloc (len); SNPRINTF (total, len, "%s: %s", comment, buf); pic16_pCodeInsertAfter (pc, pic16_newpCodeCharP(total)); Safe_free (total); } /* actually unlink it from the pBlock -- also remove from to/from lists */ pic16_pCodeUnlink (pc); /* remove the pCode -- release registers */ pc->destruct (pc); /* report success */ return 1; } /* ======================================================================== */ /* === SYMBOL HANDLING ==================================================== */ /* ======================================================================== */ static hTab *map_strToSym = NULL; /** (char *) --> symbol_t */ static hTab *map_symToStr = NULL; /** symbol_t -> (char *) */ static symbol_t nextSymbol = 0x2000; /** next symbol_t assigned to the next generated symbol */ /** Calculate a hash for a given string. * If len == 0 the string is assumed to be NUL terminated. */ static hash_t symbolHash (const char *str, unsigned int len) { hash_t hash = 0; if (!len) { while (*str) { hash = (hash << 2) ^ *str; str++; } // while } else { while (len--) { hash = (hash << 2) ^ *str; str++; } } return hash; } /** Return 1 iff strings v1 and v2 are identical. */ static int symcmp (const void *v1, const void *v2) { return !strcmp ((const char *) v1, (const char *) v2); } /** Return 1 iff pointers v1 and v2 are identical. */ static int ptrcmp (const void *v1, const void *v2) { return (v1 == v2); } enum { SPO_WREG=0x1000, SPO_STATUS, SPO_PRODL, SPO_PRODH, SPO_INDF0, SPO_POSTDEC0, SPO_POSTINC0, SPO_PREINC0, SPO_PLUSW0, SPO_INDF1, SPO_POSTDEC1, SPO_POSTINC1, SPO_PREINC1, SPO_PLUSW1, SPO_INDF2, SPO_POSTDEC2, SPO_POSTINC2, SPO_PREINC2, SPO_PLUSW2, SPO_STKPTR, SPO_TOSL, SPO_TOSH, SPO_TOSU, SPO_BSR, SPO_FSR0L, SPO_FSR0H, SPO_FSR1L, SPO_FSR1H, SPO_FSR2L, SPO_FSR2H, SPO_PCL, SPO_PCLATH, SPO_PCLATU, SPO_TABLAT, SPO_TBLPTRL, SPO_TBLPTRH, SPO_TBLPTRU, SPO_LAST }; /* Return the unique symbol_t for the given string. */ static symbol_t symFromStr (const char *str) { hash_t hash; char *res; symbol_t sym; if (!map_symToStr) { int i; struct { char *name; symbol_t sym; } predefsyms[] = { {"WREG", SPO_WREG}, {"STATUS", SPO_STATUS}, {"PRODL", SPO_PRODL}, {"PRODH", SPO_PRODH}, {"INDF0", SPO_INDF0}, {"POSTDEC0", SPO_POSTDEC0}, {"POSTINC0", SPO_POSTINC0}, {"PREINC0", SPO_PREINC0}, {"PLUSW0", SPO_PLUSW0}, {"INDF1", SPO_INDF1}, {"POSTDEC1", SPO_POSTDEC1}, {"POSTINC1", SPO_POSTINC1}, {"PREINC1", SPO_PREINC1}, {"PLUSW1", SPO_PLUSW1}, {"INDF2", SPO_INDF2}, {"POSTDEC2", SPO_POSTDEC2}, {"POSTINC2", SPO_POSTINC2}, {"PREINC2", SPO_PREINC2}, {"PLUSW2", SPO_PLUSW2}, {"STKPTR", SPO_STKPTR}, {"TOSL", SPO_TOSL}, {"TOSH", SPO_TOSH}, {"TOSU", SPO_TOSU}, {"BSR", SPO_BSR}, {"FSR0L", SPO_FSR0L}, {"FSR0H", SPO_FSR0H}, {"FSR1L", SPO_FSR1L}, {"FSR1H", SPO_FSR1H}, {"FSR2L", SPO_FSR2L}, {"FSR2H", SPO_FSR2H}, {"PCL", SPO_PCL}, {"PCLATH", SPO_PCLATH}, {"PCLATU", SPO_PCLATU}, {"TABLAT", SPO_TABLAT}, {"TBLPTRL", SPO_TBLPTRL}, {"TBLPTRH", SPO_TBLPTRH}, {"TBLPTRU", SPO_TBLPTRU}, {NULL, 0} }; map_strToSym = newHashTable (128); map_symToStr = newHashTable (128); for (i=0; predefsyms[i].name; i++) { char *name; /* enter new symbol */ sym = predefsyms[i].sym; name = predefsyms[i].name; res = Safe_strdup (name); hash = symbolHash (name, 0); hTabAddItemLong (&map_strToSym, hash, res, INT_TO_PTR(sym)); hTabAddItemLong (&map_symToStr, sym % map_symToStr->size, INT_TO_PTR(sym), res); } // for i } hash = symbolHash (str, 0) % map_strToSym->size; /* find symbol in table */ sym = PTR_TO_INT(hTabFindByKey (map_strToSym, hash, str, &symcmp)); if (sym) { //fprintf (stderr, "found symbol %x for %s\n", sym, str); return sym; } /* enter new symbol */ sym = nextSymbol++; res = Safe_strdup (str); hTabAddItemLong (&map_strToSym, hash, res, INT_TO_PTR(sym)); hTabAddItemLong (&map_symToStr, sym % map_symToStr->size, INT_TO_PTR(sym), res); //fprintf (stderr, "created symbol %x for %s\n", sym, res); return sym; } #if 1 static const char *strFromSym (symbol_t sym) { return (const char *) hTabFindByKey (map_symToStr, sym % map_symToStr->size, INT_TO_PTR(sym), &ptrcmp); } #endif /* ======================================================================== */ /* === DEFINITION MAP HANDLING ============================================ */ /* ======================================================================== */ /* A defmap provides information about which symbol is defined by which pCode. * The most recent definitions are prepended to the list, so that the most * recent definition can be found by forward scanning the list. * pc2: MOVFF r0x00, r0x01 * pc1: INCF r0x01 * head --> ("r0x01",pc1,42) --> ("STATUS",pc1,44) --> ("r0x01",pc2,28) --> NULL * * We attach one defmap to each flow object, and each pCode will occur at * least once in its flow's defmap (maybe defining the 0 symbol). This can be * used to find definitions for a pCode in its own defmap that precede pCode. */ typedef struct defmap_s { symbol_t sym; /** symbol this item refers to */ union { struct { unsigned int in_mask:8; /** mask leaving in accessed bits */ unsigned int mask:8; /** mask leaving in modified bits (if isWrite) */ int isRead:1; /** sym/mask is read */ int isWrite:1; /** sym/mask is written */ } access; int accessmethod; } acc; pCode *pc; /** pCode this symbol is refrenced at */ valnum_t in_val; /** valnum_t of symbol's previous value (the one read at pc) */ valnum_t val; /** new unique number for this value (if isWrite) */ struct defmap_s *prev, *next; /** link to previous an next definition */ } defmap_t; static defmap_t *defmap_free = NULL; /** list of unused defmaps */ static int defmap_free_count = 0; /** number of released defmap items */ /* Returns a defmap_t with the specified data; this will be the new list head. * next - pointer to the current list head */ static defmap_t *newDefmap (symbol_t sym, int in_mask, int mask, int isRead, int isWrite, pCode *pc, valnum_t val, defmap_t *next) { defmap_t *map; if (defmap_free) { map = defmap_free; defmap_free = map->next; --defmap_free_count; } else { map = (defmap_t *) Safe_calloc (1, sizeof (defmap_t)); } map->sym = sym; map->acc.access.in_mask = (isRead ? (in_mask ? in_mask : 0xFF) : 0x00); map->acc.access.mask = (isWrite ? (mask ? mask : 0xFF) : 0x00); map->acc.access.isRead = (isRead != 0); map->acc.access.isWrite = (isWrite != 0); map->pc = pc; map->in_val = 0; map->val = (isWrite ? val : 0); map->prev = NULL; map->next = next; if (next) next->prev = map; return map; } /* Returns a copy of the single defmap item. */ static defmap_t *copyDefmap (defmap_t *map) { defmap_t *res = (defmap_t *) Safe_malloc (sizeof (defmap_t)); memcpy (res, map, sizeof (defmap_t)); res->next = NULL; res->prev = NULL; return res; } /* Insert a defmap item after the specified one. */ static int defmapInsertAfter (defmap_t *ref, defmap_t *newItem) { if (!ref || !newItem) return 1; newItem->next = ref->next; newItem->prev = ref; ref->next = newItem; if (newItem->next) newItem->next->prev = newItem; return 0; } /* Check whether item (or an identical one) is already in the chain and add it if neccessary. * item is copied before insertion into chain and therefore left untouched. * Returns 1 iff the item has been inserted into the list, 0 otherwise. */ static int defmapAddCopyIfNew (defmap_t **head, defmap_t *item) { defmap_t *dummy; dummy = *head; while (dummy && (dummy->sym != item->sym || dummy->pc != item->pc || dummy->acc.accessmethod != item->acc.accessmethod || dummy->val != item->val || dummy->in_val != item->in_val)) { dummy = dummy->next; } // while /* item already present? */ if (dummy) return 0; /* otherwise: insert copy of item */ dummy = copyDefmap (item); dummy->next = *head; if (*head) (*head)->prev = dummy; *head = dummy; return 1; } /* Releases a defmap. This also removes the map from its chain -- update the head manually! */ static void deleteDefmap (defmap_t *map) { if (!map) return; /* unlink from chain -- fails for the first item (head is not updated!) */ if (map->next) map->next->prev = map->prev; if (map->prev) map->prev->next = map->next; /* clear map */ memset (map, 0, sizeof (defmap_t)); /* save for future use */ map->next = defmap_free; defmap_free = map; ++defmap_free_count; } /* Release all defmaps referenced from map. */ static void deleteDefmapChain (defmap_t **_map) { defmap_t *map, *next; if (!_map) return; map = *_map; /* find list head */ while (map && map->prev) map = map->prev; /* delete all items */ while (map) { next = map->next; deleteDefmap (map); map = next; } // while *_map = NULL; } /* Free all defmap items. */ static void freeDefmap (defmap_t **_map) { defmap_t *next; defmap_t *map; if (!_map) return; map = (*_map); /* find list head */ while (map->prev) map = map->prev; /* release all items */ while (map) { next = map->next; Safe_free (map); map = next; } (*_map) = NULL; } /* Returns the most recent definition for the given symbol preceeding pc. * If no definition is found, NULL is returned. * If pc == NULL the whole list is scanned. */ static defmap_t *defmapFindDef (defmap_t *map, symbol_t sym, pCode *pc) { defmap_t *curr = map; if (pc) { /* skip all definitions up to pc */ while (curr && (curr->pc != pc)) curr = curr->next; /* pc not in the list -- scan the whole list for definitions */ if (!curr) { fprintf (stderr, "pc %p not found in defmap -- scanning whole list for symbol '%s'\n", pc, strFromSym (sym)); curr = map; } else { /* skip all definitions performed by pc */ while (curr && (curr->pc == pc)) curr = curr->next; } } // if (pc) /* find definition for sym */ while (curr && (!curr->acc.access.isWrite || (curr->sym != sym))) { curr = curr->next; } return curr; } #if 0 /* Returns the first use (read) of the given symbol AFTER pc. * If no such use is found, NULL is returned. * If pc == NULL the whole list is scanned. */ static defmap_t *defmapFindUse (defmap_t *map, symbol_t sym, pCode *pc) { defmap_t *curr = map, *prev = NULL; if (pc) { /* skip all definitions up to pc */ while (curr && (curr->pc != pc)) { prev = curr; curr = curr->next; } /* pc not in the list -- scan the whole list for definitions */ if (!curr) { //fprintf (stderr, "pc %p not found in defmap -- scanning whole list for symbol '%s'\n", pc, strFromSym (sym)); curr = prev; } } else { /* find end of list */ while (curr && curr->next) curr = curr->next; } // if (pc) /* find use of sym (scan list backwards) */ while (curr && (!curr->acc.access.isRead || (curr->sym != sym))) curr = curr->prev; return curr; } #endif /* Return the defmap entry for sym AT pc. * If none is found, NULL is returned. * If more than one entry is found an assertion is triggered. */ static defmap_t *defmapCurr (defmap_t *map, symbol_t sym, pCode *pc) { defmap_t *res = NULL; /* find entries for pc */ while (map && map->pc != pc) map = map->next; /* find first entry for sym @ pc */ while (map && map->pc == pc && map->sym != sym) map = map->next; /* no entry found */ if (!map) return NULL; /* check for more entries */ res = map; map = map->next; while (map && map->pc == pc) { /* more than one entry for sym @ pc found? */ assert (map->sym != sym); map = map->next; } /* return single entry for sym @ pc */ return res; } /* Modifies the definition of sym at pCode to newval. * Returns 0 on success, 1 if no definition of sym in pc has been found. */ static int defmapUpdate (defmap_t *map, symbol_t sym, pCode *pc, valnum_t newval) { defmap_t *m = map; /* find definitions of pc */ while (m && m->pc != pc) m = m->next; /* find definition of sym at pc */ while (m && m->pc == pc && (!m->acc.access.isWrite || (m->sym != sym))) m = m->next; /* no definition found */ if (!m) return 1; /* redefine */ m->val = newval; /* update following uses of sym */ while (m && m->pc == pc) m = m->prev; while (m) { if (m->sym == sym) { m->in_val = newval; if (m->acc.access.isWrite) m = NULL; } // if if (m) m = m->prev; } // while return 0; } /* ======================================================================== */ /* === STACK ROUTINES ===================================================== */ /* ======================================================================== */ typedef struct stack_s { void *data; struct stack_s *next; } stackitem_t; typedef stackitem_t *dynstack_t; static stackitem_t *free_stackitems = NULL; /* Create a stack with one item. */ static dynstack_t *newStack () { dynstack_t *s = (dynstack_t *) Safe_malloc (sizeof (dynstack_t)); *s = NULL; return s; } /* Remove a stack -- its items are only marked free. */ static void deleteStack (dynstack_t *s) { stackitem_t *i; while (*s) { i = *s; *s = (*s)->next; i->next = free_stackitems; free_stackitems = i; } // while Safe_free (s); } /* Release all stackitems. */ static void releaseStack () { stackitem_t *i; while (free_stackitems) { i = free_stackitems->next; Safe_free(free_stackitems); free_stackitems = i; } // while } static void stackPush (dynstack_t *stack, void *data) { stackitem_t *i; if (free_stackitems) { i = free_stackitems; free_stackitems = free_stackitems->next; } else { i = (stackitem_t *) Safe_calloc (1, sizeof (stackitem_t)); } i->data = data; i->next = *stack; *stack = i; } static void *stackPop (dynstack_t *stack) { void *data; stackitem_t *i; if (stack && *stack) { data = (*stack)->data; i = *stack; *stack = (*stack)->next; i->next = free_stackitems; free_stackitems = i; return data; } else { return NULL; } } #if 0 static int stackContains (dynstack_t *s, void *data) { stackitem_t *i; if (!s) return 0; i = *s; while (i) { if (i->data == data) return 1; i = i->next; } // while /* not found */ return 0; } #endif static int stackIsEmpty (dynstack_t *s) { return (*s == NULL); } typedef struct { pCodeFlow *flow; defmap_t *lastdef; } state_t; static state_t *newState (pCodeFlow *flow, defmap_t *lastdef) { state_t *s = (state_t *) Safe_calloc (1, sizeof (state_t)); s->flow = flow; s->lastdef = lastdef; return s; } static void deleteState (state_t *s) { Safe_free (s); } static int stateIsNew (state_t *state, dynstack_t *todo, dynstack_t *done) { stackitem_t *i; /* scan working list for state */ if (todo) { i = *todo; while (i) { /* is i == state? -- state not new */ if ((((state_t *) (i->data))->flow == state->flow) && (((state_t *) (i->data))->lastdef == state->lastdef)) return 0; i = i->next; } // while } if (done) { i = *done; while (i) { /* is i == state? -- state not new */ if ((((state_t *) (i->data))->flow == state->flow) && (((state_t *) (i->data))->lastdef == state->lastdef)) return 0; i = i->next; } // while } /* not found -- state is new */ return 1; } static inline valnum_t newValnum (); const char *pic16_pBlockGetFunctionName (pBlock *pb) { pCode *pc; if (!pb) return ""; pc = pic16_findNextpCode (pb->pcHead, PC_FUNCTION); if (pc && isPCF(pc)) return PCF(pc)->fname; else return ""; } static defmap_t *pic16_pBlockAddInval (pBlock *pb, symbol_t sym) { defmap_t *map; pCodeFlow *pcfl; assert(pb); pcfl = PCI(pic16_findNextInstruction (pb->pcHead))->pcflow; /* find initial value (assigning pc == NULL) */ map = PCFL(pcfl)->in_vals; while (map && map->sym != sym) map = map->next; /* initial value already present? */ if (map) { //fprintf (stderr, "found init value for sym %s (%x): %u\n", strFromSym(sym), sym, map->val); return map; } /* create a new initial value */ map = newDefmap (sym, 0x00, 0xff, 0, 1, NULL, newValnum(), PCFL(pcfl)->in_vals); PCFL(pcfl)->in_vals = map; //fprintf (stderr, "Created init value for sym %s (%x): %u\n", strFromSym(sym), sym, map->val); return map; #if 0 /* insert map as last item in pcfl's defmap */ if (!prev) prev = PCFL(pcfl)->defmap; if (!prev) { PCFL(pcfl)->defmap = map; } else { while (prev->next) prev = prev->next; prev->next = map; map->prev = prev; } return map; #endif } /* Find all reaching definitions for sym at pc. * A new (!) list of definitions is returned. * Returns the number of reaching definitions found. * The defining defmap entries are returned in *chain. */ static int defmapFindAll (symbol_t sym, pCode *pc, defmap_t **chain) { defmap_t *map; defmap_t *res; pCodeFlow *curr; pCodeFlowLink *succ; state_t *state; dynstack_t *todo; /** stack of state_t */ dynstack_t *done; /** stack of state_t */ int firstState, n_defs; assert (pc && isPCI(pc) && PCI(pc)->pcflow); assert (chain); /* initialize return list */ *chain = NULL; /* wildcard symbol? */ if (!sym) return 0; //fprintf (stderr, "Searching definition of sym %s(%x) @ pc %p(%p)\n", strFromSym(sym), sym, pc, pc->pb); map = PCI(pc)->pcflow->defmap; res = defmapFindDef (map, sym, pc); //if (res) fprintf (stderr, "found def in own flow @ pc %p\n", res->pc); #define USE_PRECALCED_INVALS 1 #if USE_PRECALCED_INVALS if (!res && PCI(pc)->pcflow->in_vals) { res = defmapFindDef (PCI(pc)->pcflow->in_vals, sym, NULL); if (res) { //fprintf (stderr, "found def in init values\n"); df_findall_in_vals++; } } #endif if (res) { // found a single definition (in pc's flow) //fprintf (stderr, "unique definition for %s @ %p found @ %p (val: %x)\n", strFromSym(sym), pc, res->pc, res->val); defmapAddCopyIfNew (chain, res); df_findall_sameflow++; return 1; } #if USE_PRECALCED_INVALS else { defmapAddCopyIfNew (chain, pic16_pBlockAddInval (pc->pb, sym)); return 1; } #endif #define FORWARD_FLOW_ANALYSIS 1 #if defined FORWARD_FLOW_ANALYSIS && FORWARD_FLOW_ANALYSIS /* no definition found in pc's flow preceeding pc */ todo = newStack (); done = newStack (); n_defs = 0; firstState = 1; stackPush (todo, newState (PCI(pic16_findNextInstruction(pc->pb->pcHead))->pcflow, res)); while (!stackIsEmpty (todo)) { state = (state_t *) stackPop (todo); stackPush (done, state); curr = state->flow; res = state->lastdef; //fprintf (stderr, "searching def of sym %s in pcFlow %p (lastdef %x @ %p)\n", strFromSym(sym), curr, res ? res->val : 0, res ? res->pc : NULL); /* there are no definitions BEFORE pc in pc's flow (see above) */ if (curr == PCI(pc)->pcflow) { if (!res) { //fprintf (stderr, "symbol %s(%x) might be used uninitialized at %p\n", strFromSym(sym), sym, pc); res = pic16_pBlockAddInval (pc->pb, sym); if (defmapAddCopyIfNew (chain, res)) n_defs++; res = NULL; } else { //fprintf (stderr, "reaching definition for %s @ %p found @ %p (val: %x)\n", strFromSym(sym), pc, res->pc, res->val); if (defmapAddCopyIfNew (chain, res)) n_defs++; } } /* save last definition of sym in this flow as initial def in successors */ res = defmapFindDef (curr->defmap, sym, NULL); if (!res) res = state->lastdef; /* add successors to working list */ state = newState (NULL, NULL); succ = (pCodeFlowLink *) setFirstItem (curr->to); while (succ) { //fprintf (stderr, " %p --> %p with %x\n", curr, succ->pcflow, res ? res->val : 0); state->flow = succ->pcflow; state->lastdef = res; if (stateIsNew (state, todo, done)) { stackPush (todo, state); state = newState (NULL, NULL); } // if succ = (pCodeFlowLink *) setNextItem (curr->to); } // while deleteState (state); } // while #else // !FORWARD_FLOW_ANALYSIS /* no definition found in pc's flow preceeding pc */ todo = newStack (); done = newStack (); n_defs = 0; firstState = 1; stackPush (todo, newState (PCI(pc)->pcflow, res)); while (!stackIsEmpty (todo)) { state = (state_t *) stackPop (todo); curr = state->flow; if (firstState) { firstState = 0; /* only check predecessor flows */ } else { /* get (last) definition of sym in this flow */ res = defmapFindDef (curr->defmap, sym, NULL); } if (res) { /* definition found */ //fprintf (stderr, "reaching definition for %s @ %p found @ %p (val: %x)\n", strFromSym(sym), pc, res->pc, res->val); if (defmapAddCopyIfNew (chain, res)) n_defs++; } else { /* no definition found -- check predecessor flows */ state = newState (NULL, NULL); succ = (pCodeFlowLink *) setFirstItem (curr->from); /* if no flow predecessor available -- sym might be uninitialized */ if (!succ) { //fprintf (stder, "sym %s might be used uninitialized at %p\n", strFromSym (sym), pc); res = newDefmap (sym, 0xff, 0, 1, NULL, 0, *chain); if (defmapAddCopyIfNew (chain, res)) n_defs++; deleteDefmap (res); res = NULL; } while (succ) { //fprintf (stderr, " %p --> %p with %x\n", curr, succ->pcflow, res ? res->val : 0); state->flow = succ->pcflow; state->lastdef = res; if (stateIsNew (state, todo, done)) { stackPush (todo, state); state = newState (NULL, NULL); } // if succ = (pCodeFlowLink *) setNextItem (curr->from); } // while deleteState (state); } } // while #endif /* clean up done stack */ while (!stackIsEmpty(done)) { deleteState ((state_t *) stackPop (done)); } // while deleteStack (done); /* return number of items in result set */ if (n_defs == 0) { //fprintf (stderr, "sym %s might be used uninitialized at %p\n", strFromSym (sym), pc); } else if (n_defs == 1) { assert (*chain); //fprintf (stderr, "sym %s at %p always defined as %x @ %p\n", strFromSym(sym), pc, (*chain)->val, (*chain)->pc); } else if (n_defs > 0) { //fprintf (stderr, "%u definitions for sym %s at %p found:\n", n_defs, strFromSym(sym), pc); #if 0 res = *chain; while (res) { fprintf (stderr, " as %4x @ %p\n", res->val, res->pc); res = res->next; } // while #endif } //fprintf (stderr, "%u definitions for sym %s at %p found\n", n_defs, strFromSym(sym), pc); df_findall_otherflow++; return n_defs; } /* ======================================================================== */ /* === VALUE NUMBER HANDLING ============================================== */ /* ======================================================================== */ static valnum_t nextValnum = 0x1000; static hTab *map_symToValnum = NULL; /** Return a new value number. */ static inline valnum_t newValnum () { return (nextValnum += 4); } static valnum_t valnumFromStr (const char *str) { symbol_t sym; valnum_t val; void *res; sym = symFromStr (str); if (!map_symToValnum) { map_symToValnum = newHashTable (128); } // if /* literal already known? */ res = hTabFindByKey (map_symToValnum, sym % map_symToValnum->size, INT_TO_PTR(sym), &ptrcmp); /* return existing valnum */ if (res) return (valnum_t) PTR_TO_INT(res); /* create new valnum */ val = newValnum(); hTabAddItemLong (&map_symToValnum, sym % map_symToValnum->size, INT_TO_PTR(sym), INT_TO_PTR(val)); //fprintf (stderr, "NEW VALNUM %x for symbol %s\n", val, str); return val; } /* Create a valnum for a literal. */ static valnum_t valnumFromLit (unsigned int lit) { return ((valnum_t) 0x100 + (lit & 0x0FF)); } /* Return the (positive) literal value represented by val * or -1 iff val is no known literal's valnum. */ static int litFromValnum (valnum_t val) { if (val >= 0x100 && val < 0x200) { /* valnum is a (known) literal */ return val & 0x00FF; } else { /* valnum is not a known literal */ return -1; } } #if 0 /* Sanity check - all flows in a block must be reachable from initial flow. */ static int verifyAllFlowsReachable (pBlock *pb) { set *reached; set *flowInBlock; set *checked; pCode *pc; pCodeFlow *pcfl; pCodeFlowLink *succ; int res; //fprintf (stderr, "%s - started for %s.\n" ,__FUNCTION__, pic16_pBlockGetFunctionName (pb)); reached = NULL; flowInBlock = NULL; checked = NULL; /* mark initial flow as reached (and "not needs to be reached") */ pc = pic16_findNextpCode (pb->pcHead, PC_FLOW); assert (pc); addSetHead (&reached, pc); addSetHead (&checked, pc); /* mark all further flows in block as "need to be reached" */ pc = pb->pcHead; do { if (isPCI(pc)) addSetIfnotP (&flowInBlock, PCI(pc)->pcflow); pc = pic16_findNextInstruction (pc->next); } while (pc); while (reached && (pcfl = (pCodeFlow *)indexSet (reached, 0)) != NULL) { /* mark as reached and "not need to be reached" */ deleteSetItem (&reached, pcfl); //fprintf (stderr, "%s - checking %p\n" ,__FUNCTION__, pcfl); /* flow is no longer considered unreachable */ deleteSetItem (&flowInBlock, pcfl); for (succ = setFirstItem (pcfl->to); succ; succ = setNextItem (pcfl->to)) { if (!isinSet (checked, succ->pcflow)) { /* flow has never been reached before */ addSetHead (&reached, succ->pcflow); addSetHead (&checked, succ->pcflow); } // if } // for succ } // while //fprintf (stderr, "%s - finished\n", __FUNCTION__); /* by now every flow should have been reached * --> flowInBlock should be empty */ res = (flowInBlock == NULL); #if 1 if (flowInBlock) { fprintf (stderr, "not all flows reached in %s:\n", pic16_pBlockGetFunctionName (pb)); while (flowInBlock) { pcfl = indexSet (flowInBlock, 0); fprintf (stderr, "not reached: flow %p\n", pcfl); deleteSetItem (&flowInBlock, pcfl); } // while } #endif /* clean up */ deleteSet (&reached); deleteSet (&flowInBlock); deleteSet (&checked); /* if we reached every flow, succ is NULL by now... */ //assert (res); // will fire on unreachable code... return (res); } #endif /* Checks a flow for accesses to sym AFTER pc. * * Returns -1 if the symbol is read in this flow (before redefinition), * returns 0 if the symbol is redefined in this flow or * returns a mask [0x01 -- 0xFF] indicating the bits still alive after this flow. */ int pic16_isAliveInFlow (symbol_t sym, int mask, pCodeFlow *pcfl, pCode *pc) { defmap_t *map, *mappc; /* find pc or start of definitions */ map = pcfl->defmap; while (map && (map->pc != pc) && map->next) map = map->next; /* if we found pc -- ignore it */ while (map && map->pc == pc) map = map->prev; /* scan list backwards (first definition first) */ while (map && mask) { // if (map->sym == sym) { //fprintf (stderr, "%s: accessing sym %s in pc %p/map %p\n", __FUNCTION__, strFromSym(sym), map->pc, map); mappc = map; /* scan list for reads at this pc first */ while (map && map->pc == mappc->pc) { /* is the symbol (partially) read? */ if ((map->sym == sym) && (map->acc.access.isRead && ((map->acc.access.in_mask & mask) != 0))) { //if (sym != SPO_STATUS) fprintf (stderr, "%s: symbol %s read at pc %p\n", __FUNCTION__, strFromSym (sym), map->pc); return -1; } map = map->prev; } // while map = mappc; while (map && map->pc == mappc->pc) { /* honor (partial) redefinitions of sym */ if ((map->sym == sym) && (map->acc.access.isWrite)) { mask &= ~map->acc.access.mask; //if (sym != SPO_STATUS) fprintf (stderr, "%s: symbol %s redefined at pc %p, alive mask: %x\n", __FUNCTION__, strFromSym (sym), map->pc, mask); } map = map->prev; } // while // } // if /* map already points to the first defmap for the next pCode */ //map = mappc->prev; } // while /* the symbol is not completely redefined in this flow and not accessed -- symbol * is still alive; return the appropriate mask of alive bits */ return mask; } /* Check whether a symbol is alive (AFTER pc). */ static int pic16_isAlive (symbol_t sym, pCode *pc) { int mask, visit; defmap_t *map; dynstack_t *todo, *done; state_t *state; pCodeFlow *pcfl; pCodeFlowLink *succ; mask = 0x00ff; assert (isPCI(pc)); pcfl = PCI(pc)->pcflow; map = pcfl->defmap; todo = newStack (); done = newStack (); state = newState (pcfl, (defmap_t *) INT_TO_PTR(mask)); stackPush (todo, state); visit = 0; while (!stackIsEmpty (todo)) { state = (state_t *) stackPop (todo); pcfl = state->flow; mask = PTR_TO_INT(state->lastdef); if (visit) stackPush (done, state); else deleteState(state); //fprintf (stderr, "%s: checking flow %p for symbol %s (%x)/%x\n", __FUNCTION__, pcfl, strFromSym(sym), sym, mask); // make sure flows like A(i1,i2,pc,i3,...) --> A with pc reading and writing sym are handled correctly! mask = pic16_isAliveInFlow (sym, mask, pcfl, visit == 0 ? pc : NULL); visit++; /* symbol is redefined in flow before use -- not alive in this flow (maybe in others?) */ if (mask == 0) continue; /* symbol is (partially) read before redefinition in flow */ if (mask == -1) break; /* symbol is neither read nor completely redefined -- check successor flows */ for (succ = setFirstItem(pcfl->to); succ; succ = setNextItem (pcfl->to)) { state = newState (succ->pcflow, (defmap_t *) INT_TO_PTR(mask)); if (stateIsNew (state, todo, done)) { stackPush (todo, state); } else { deleteState (state); } } // for } // while while (!stackIsEmpty (todo)) deleteState ((state_t *) stackPop (todo)); while (!stackIsEmpty (done)) deleteState ((state_t *) stackPop (done)); /* symbol is read in at least one flow -- is alive */ if (mask == -1) return 1; /* symbol is read in no flow */ return 0; } /* Returns whether access to the given symbol has side effects. */ static int pic16_symIsSpecial (symbol_t sym) { //fprintf (stderr, "%s: sym=%x\n", __FUNCTION__, sym); switch (sym) { case SPO_INDF0: case SPO_PLUSW0: case SPO_POSTINC0: case SPO_POSTDEC0: case SPO_PREINC0: case SPO_INDF1: case SPO_PLUSW1: case SPO_POSTINC1: case SPO_POSTDEC1: case SPO_PREINC1: case SPO_INDF2: case SPO_PLUSW2: case SPO_POSTINC2: case SPO_POSTDEC2: case SPO_PREINC2: case SPO_PCL: return 1; default: /* no special effects known */ return 0; } // switch return 0; } /* Check whether a register should be considered local (to the current function) or not. */ static int pic16_regIsLocal (regs *r) { symbol_t sym; if (r) { if (r->type == REG_TMP) return 1; sym = symFromStr (r->name); switch (sym) { case SPO_WREG: case SPO_FSR0L: // used in ptrget/ptrput case SPO_FSR0H: // ... as well case SPO_FSR1L: // used as stack pointer... (so not really local but shared among function calls) case SPO_FSR1H: // ... as well case SPO_FSR2L: // used as frame pointer case SPO_FSR2H: // ... as well case SPO_PRODL: // used to return values from functions case SPO_PRODH: // ... as well /* these registers (and some more...) are considered local */ return 1; break; default: /* for unknown regs: check is marked local, leave if not */ if (r->isLocal) { return 1; } else { //fprintf (stderr, "%s: non-local reg used: %s\n", __FUNCTION__, r->name); return 0; } } // switch } // if /* if in doubt, assume non-local... */ return 0; } /* Check all symbols touched by pc whether their newly assigned values are read. * Returns 0 if no symbol is used later on, 1 otherwise. */ static int pic16_pCodeIsAlive (pCode *pc) { pCodeInstruction *pci; defmap_t *map, *lastpc; regs *checkreg; /* we can only handle PCIs */ if (!isPCI(pc)) return 1; //pc->print (stderr, pc); pci = PCI(pc); assert (pci && pci->pcflow && pci->pcflow->defmap); /* NEVER remove instructions with implicit side effects */ switch (pci->op) { case POC_TBLRD: case POC_TBLRD_POSTINC: /* modify TBLPTRx */ case POC_TBLRD_POSTDEC: case POC_TBLRD_PREINC: case POC_TBLWT: /* modify program memory */ case POC_TBLWT_POSTINC: /* modify TBLPTRx */ case POC_TBLWT_POSTDEC: case POC_TBLWT_PREINC: case POC_CLRWDT: /* clear watchdog timer */ case POC_PUSH: /* should be safe to remove though... */ case POC_POP: /* should be safe to remove though... */ case POC_CALL: case POC_RCALL: case POC_RETFIE: case POC_RETURN: //fprintf (stderr, "%s: instruction with implicit side effects not removed: %s\n", __FUNCTION__, pci->mnemonic); return 1; default: /* no special instruction */ break; } // switch /* prevent us from removing assignments to non-local variables */ checkreg = NULL; if (PCI(pc)->outCond & PCC_REGISTER) checkreg = pic16_getRegFromInstruction (pc); else if (PCI(pc)->outCond & PCC_REGISTER2) checkreg = pic16_getRegFromInstruction2(pc); if ((PCI(pc)->outCond & (PCC_REGISTER | PCC_REGISTER2)) && !checkreg) { /* assignment to DIRECT operand like "BSF (_global + 1),6" */ //fprintf (stderr, "%s: assignment to register detected, but register not available!\n", __FUNCTION__); //pc->print (stderr, pc); return 1; } if ((PCI(pc)->outCond & (PCC_REGISTER | PCC_REGISTER2)) && !pic16_regIsLocal (checkreg)) { //fprintf (stderr, "%s: dest-reg not local %s\n", __FUNCTION__, checkreg ? checkreg->name : ""); return 1; } #if 1 /* OVERKILL: prevent us from removing reads from non-local variables * THIS IS HERE TO AVOID PROBLEMS WITH VOLATILE OPERANDS ONLY! * Once registers get a "isVolatile" field this might be handled more efficiently... */ checkreg = NULL; if (PCI(pc)->inCond & PCC_REGISTER) checkreg = pic16_getRegFromInstruction (pc); else if (PCI(pc)->inCond & PCC_REGISTER2) checkreg = pic16_getRegFromInstruction2(pc); if ((PCI(pc)->inCond & (PCC_REGISTER | PCC_REGISTER2)) && !checkreg) { /* read from DIRECT operand like "BTFSS (_global + 1),6" -- might be volatile */ //fprintf (stderr, "%s: read from register detected, but register not available!\n", __FUNCTION__); //pc->print (stderr, pc); return 1; } if ((PCI(pc)->inCond & (PCC_REGISTER | PCC_REGISTER2)) && !pic16_regIsLocal (checkreg)) { //fprintf (stderr, "%s: src-reg not local: %s\n", __FUNCTION__, checkreg ? checkreg->name : ""); return 1; } #endif /* now check that the defined symbols are not used */ map = pci->pcflow->defmap; /* find items for pc */ while (map && map->pc != pc) map = map->next; /* no entries found? something is fishy with DF analysis... -- play safe */ if (!map) { if (pic16_pcode_verbose) { fprintf (stderr, "%s: defmap not found\n", __FUNCTION__); } return 1; } /* remember first item assigned to pc for later use */ lastpc = map; /* check all symbols being modified by pc */ while (map && map->pc == pc) { if (map->sym == 0) { map = map->next; continue; } /* keep pc if it references special symbols (like POSTDEC0) */ #if 0 { char buf[256]; pic16_pCode2str (buf, 256, pc); fprintf (stderr, "%s: checking for sym %x(%s) at pc %p (%s)\n", __FUNCTION__, map->sym, strFromSym (map->sym), pc, buf); } #endif if (pic16_symIsSpecial (map->sym)) { //fprintf (stderr, "%s: special sym\n", __FUNCTION__); return 1; } if (map->acc.access.isWrite) { if (pic16_isAlive (map->sym, pc)) { //fprintf (stderr, "%s(%s): pCode is alive (sym %s still used)\n", __FUNCTION__, pic16_pBlockGetFunctionName (pc->pb),strFromSym (map->sym)); return 1; } } map = map->next; } // while /* no use for any of the pc-assigned symbols found -- pCode is dead and can be removed */ #if 0 { char buf[256]; pic16_pCode2str (buf, 256, pc); fprintf (stderr, "%s: pCode %p (%s) is dead.\n", __FUNCTION__, pc, buf); } #endif return 0; } /* Adds implied operands to the list. * sym - operand being accessed in the pCode * list - list to append the operand * isRead - set to 1 iff sym is read in pCode * listRead - set to 1 iff all operands being read are to be listed * * Returns 0 for "normal" operands, 1 for special operands. */ static int fixupSpecialOperands (symbol_t sym, int in_mask, int mask, pCode *pc, valnum_t val, defmap_t **list, int isRead, int isWrite) { /* check whether accessing REG accesses other REGs as well */ switch (sym) { case SPO_INDF0: /* reads FSR0x */ *list = newDefmap (sym, 0xff, 0xff, 0, 0, pc, 0, *list); *list = newDefmap (SPO_FSR0L, 0xff, 0xff, 1, 0, pc, 0, *list); *list = newDefmap (SPO_FSR0H, 0xff, 0xff, 1, 0, pc, 0, *list); break; case SPO_PLUSW0: /* reads FSR0x and WREG */ *list = newDefmap (SPO_WREG, 0xff, 0x00, 1, 0, pc, 0, *list); *list = newDefmap (sym, 0xff, 0xff, 0, 0, pc, 0, *list); *list = newDefmap (SPO_FSR0L, 0xff, 0xff, 1, 0, pc, 0, *list); *list = newDefmap (SPO_FSR0H, 0xff, 0xff, 1, 0, pc, 0, *list); break; case SPO_POSTDEC0: case SPO_POSTINC0: case SPO_PREINC0: /* reads/modifies FSR0x */ *list = newDefmap (sym, 0xff, 0xff, 0, 0, pc, 0, *list); *list = newDefmap (SPO_FSR0L, 0xff, 0xff, 1, 1, pc, newValnum (), *list); *list = newDefmap (SPO_FSR0H, 0xff, 0xff, 1, 1, pc, newValnum (), *list); break; case SPO_INDF1: /* reads FSR1x */ *list = newDefmap (sym, 0xff, 0xff, 0, 0, pc, 0, *list); *list = newDefmap (SPO_FSR1L, 0xff, 0xff, 1, 0, pc, 0, *list); *list = newDefmap (SPO_FSR1H, 0xff, 0xff, 1, 0, pc, 0, *list); break; case SPO_PLUSW1: /* reads FSR1x and WREG */ *list = newDefmap (SPO_WREG, 0xff, 0x00, 1, 0, pc, 0, *list); *list = newDefmap (sym, 0xff, 0xff, 0, 0, pc, 0, *list); *list = newDefmap (SPO_FSR1L, 0xff, 0xff, 1, 0, pc, 0, *list); *list = newDefmap (SPO_FSR1H, 0xff, 0xff, 1, 0, pc, 0, *list); break; case SPO_POSTDEC1: case SPO_POSTINC1: case SPO_PREINC1: /* reads/modifies FSR1x */ *list = newDefmap (sym, 0xff, 0xff, 0, 0, pc, 0, *list); *list = newDefmap (SPO_FSR1L, 0xff, 0xff, 1, 1, pc, newValnum (), *list); *list = newDefmap (SPO_FSR1H, 0xff, 0xff, 1, 1, pc, newValnum (), *list); break; case SPO_INDF2: /* reads FSR2x */ *list = newDefmap (sym, 0xff, 0xff, 0, 0, pc, 0, *list); *list = newDefmap (SPO_FSR2L, 0xff, 0xff, 1, 0, pc, 0, *list); *list = newDefmap (SPO_FSR2H, 0xff, 0xff, 1, 0, pc, 0, *list); break; case SPO_PLUSW2: /* reads FSR2x and WREG */ *list = newDefmap (SPO_WREG, 0xff, 0x00, 1, 0, pc, 0, *list); *list = newDefmap (sym, 0xff, 0xff, 0, 0, pc, 0, *list); *list = newDefmap (SPO_FSR2L, 0xff, 0xff, 1, 0, pc, 0, *list); *list = newDefmap (SPO_FSR2H, 0xff, 0xff, 1, 0, pc, 0, *list); break; case SPO_POSTDEC2: case SPO_POSTINC2: case SPO_PREINC2: /* reads/modifies FSR2x */ *list = newDefmap (sym, 0xff, 0xff, 0, 0, pc, 0, *list); *list = newDefmap (SPO_FSR2L, 0xff, 0xff, 1, 1, pc, newValnum (), *list); *list = newDefmap (SPO_FSR2H, 0xff, 0xff, 1, 1, pc, newValnum (), *list); break; case SPO_PCL: /* modifies PCLATH and PCLATU */ *list = newDefmap (SPO_PCL, 0xff, 0xff, isRead, isWrite, pc, newValnum (), *list); if (isRead) { /* reading PCL updates PCLATx */ *list = newDefmap (SPO_PCLATH, 0xff, 0xff, 0, 1, pc, newValnum (), *list); *list = newDefmap (SPO_PCLATU, 0xff, 0xff, 0, 1, pc, newValnum (), *list); } if (isWrite) { /* writing PCL implicitly reads PCLATx (computed GOTO) */ *list = newDefmap (SPO_PCLATH, 0xff, 0xff, 1, 0, pc, 0, *list); *list = newDefmap (SPO_PCLATU, 0xff, 0xff, 1, 0, pc, 0, *list); } break; default: *list = newDefmap (sym, in_mask, mask, isRead, isWrite, pc, val, *list); /* nothing special */ return 0; break; } /* has been a special operand */ return 1; } static symbol_t pic16_fsrsym_idx[][2] = { {SPO_FSR0L, SPO_FSR0H}, {SPO_FSR1L, SPO_FSR1H}, {SPO_FSR2L, SPO_FSR2H} }; /* Merge multiple defmap entries for the same symbol for list's pCode. */ static void mergeDefmapSymbols (defmap_t *list) { defmap_t *ref, *curr, *temp; /* now make sure that each symbol occurs at most once per pc */ ref = list; while (ref && (ref->pc == list->pc)) { curr = ref->next; while (curr && (curr->pc == list->pc)) { if (curr->sym == ref->sym) { //fprintf (stderr, "Merging defmap entries for symbol %s\n", strFromSym (ref->sym)); /* found a symbol occuring twice... merge the two */ if (curr->acc.access.isRead) { //if (ref->acc.access.isRead) fprintf (stderr, "symbol %s was marked twice as read at pc %p\n", strFromSym (ref->sym), ref->pc); ref->acc.access.isRead = 1; ref->acc.access.in_mask |= curr->acc.access.in_mask; } if (curr->acc.access.isWrite) { //if (ref->acc.access.isWrite) fprintf (stderr, "symbol %s was marked twice as written at pc %p\n", strFromSym (ref->sym), ref->pc); ref->acc.access.isWrite = 1; ref->acc.access.mask |= curr->acc.access.mask; } temp = curr; curr = curr->next; deleteDefmap (temp); continue; // do not skip curr! } // if curr = curr->next; } // while ref = ref->next; } // while } /** Prepend list with the reads and definitions performed by pc. */ static defmap_t *createDefmap (pCode *pc, defmap_t *list) { pCodeInstruction *pci; int cond, inCond, outCond; int mask = 0xff, smask; int isSpecial, isSpecial2; symbol_t sym, sym2; char *name; if (isPCAD(pc)) { /* make sure there is at least one entry for each pc (needed by list traversal routines) */ /* TODO: mark this defmap node as an ASMDIR -- any values might be read/modified */ fprintf (stderr, "ASMDIRs not supported by data flow analysis!\n"); list = newDefmap (0, 0xff, 0xff, 0, 0, pc, 0, list); return list; } assert (isPCI(pc)); pci = PCI(pc); /* handle bit instructions */ if (pci->isBitInst) { assert (pci->pcop->type == PO_GPR_BIT); mask = 1U << (PCORB(PCI(pc)->pcop)->bit); } /* handle (additional) implicit arguments */ switch (pci->op) { case POC_LFSR: { int lit; valnum_t val; lit = PCOL(pci->pcop)->lit; assert (lit >= 0 && lit < 3); //fprintf (stderr, "LFSR: %s // %s\n", pci->pcop->name, pic16_get_op(((pCodeOpLit2 *)(pci->pcop))->arg2, NULL, 0)); val = valnumFromStr (pic16_get_op(((pCodeOpLit2 *)(pci->pcop))->arg2, NULL, 0)); //fprintf (stderr, "LFSR lit=%u, symval=%4x\n", lit, val); list = newDefmap (pic16_fsrsym_idx[lit][0], 0x00, 0xff, 0, 1, pc, val, list); list = newDefmap (pic16_fsrsym_idx[lit][1], 0x00, 0xff, 0, 1, pc, val+1, list); // val+1 is guaranteed not be used as a valnum... } break; case POC_MOVLB: // BSR case POC_BANKSEL: // BSR list = newDefmap (SPO_BSR, 0x00, 0xff, 0, 1, pc, valnumFromStr (pic16_get_op (((pCodeOpLit2 *)(pci->pcop))->arg2, NULL, 0)), list); break; case POC_MULWF: // PRODx case POC_MULLW: // PRODx list = newDefmap (SPO_PRODH, 0x00, 0xff, 0, 1, pc, newValnum (), list); list = newDefmap (SPO_PRODL, 0x00, 0xff, 0, 1, pc, newValnum (), list); break; case POC_POP: // TOS, STKPTR list = newDefmap (SPO_STKPTR, 0xff, 0xff, 1, 1, pc, newValnum (), list); list = newDefmap (SPO_TOSL, 0x00, 0xff, 0, 1, pc, newValnum (), list); list = newDefmap (SPO_TOSH, 0x00, 0xff, 0, 1, pc, newValnum (), list); list = newDefmap (SPO_TOSU, 0x00, 0xff, 0, 1, pc, newValnum (), list); break; case POC_PUSH: // STKPTR list = newDefmap (SPO_STKPTR, 0xff, 0xff, 1, 1, pc, newValnum (), list); list = newDefmap (SPO_TOSL, 0xff, 0xff, 0, 1, pc, newValnum (), list); list = newDefmap (SPO_TOSH, 0xff, 0xff, 0, 1, pc, newValnum (), list); list = newDefmap (SPO_TOSU, 0xff, 0xff, 0, 1, pc, newValnum (), list); break; case POC_CALL: // return values (and arguments?): WREG, PRODx, FSR0L case POC_RCALL: // return values (and arguments?): WREG, PRODx, FSR0L list = newDefmap (SPO_WREG, 0xff, 0xff, 1, 1, pc, newValnum (), list); list = newDefmap (SPO_PRODL, 0xff, 0xff, 1, 1, pc, newValnum (), list); list = newDefmap (SPO_PRODH, 0xff, 0xff, 1, 1, pc, newValnum (), list); list = newDefmap (SPO_FSR0L, 0xff, 0xff, 1, 1, pc, newValnum (), list); /* needs correctly set-up stack pointer */ list = newDefmap (SPO_FSR1L, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_FSR1H, 0xff, 0x00, 1, 0, pc, 0, list); break; case POC_RETLW: // return values: WREG, PRODx, FSR0L /* pseudo read on (possible) return values */ // WREG is handled below via outCond list = newDefmap (SPO_PRODL, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_PRODH, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_FSR0L, 0xff, 0x00, 1, 0, pc, 0, list); /* caller's stack pointers must be restored */ list = newDefmap (SPO_FSR1L, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_FSR1H, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_FSR2L, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_FSR2H, 0xff, 0x00, 1, 0, pc, 0, list); break; case POC_RETURN: // return values; WREG, PRODx, FSR0L case POC_RETFIE: // return value: WREG, PRODx, FSR0L /* pseudo read on (possible) return values */ list = newDefmap (SPO_WREG, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_PRODL, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_PRODH, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_FSR0L, 0xff, 0x00, 1, 0, pc, 0, list); /* caller's stack pointers must be restored */ list = newDefmap (SPO_FSR1L, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_FSR1H, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_FSR2L, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_FSR2H, 0xff, 0x00, 1, 0, pc, 0, list); break; case POC_TBLRD: list = newDefmap (SPO_TBLPTRL, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_TBLPTRH, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_TBLPTRU, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_TABLAT, 0x00, 0xff, 0, 1, pc, newValnum(), list); break; case POC_TBLRD_POSTINC: case POC_TBLRD_POSTDEC: case POC_TBLRD_PREINC: list = newDefmap (SPO_TBLPTRL, 0xff, 0xff, 1, 1, pc, newValnum(), list); list = newDefmap (SPO_TBLPTRH, 0xff, 0xff, 1, 1, pc, newValnum(), list); list = newDefmap (SPO_TBLPTRU, 0xff, 0xff, 1, 1, pc, newValnum(), list); list = newDefmap (SPO_TABLAT, 0x00, 0xff, 0, 1, pc, newValnum(), list); break; case POC_TBLWT: list = newDefmap (SPO_TBLPTRL, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_TBLPTRH, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_TBLPTRU, 0xff, 0x00, 1, 0, pc, 0, list); list = newDefmap (SPO_TABLAT, 0xff, 0x00, 1, 0, pc, 0, list); break; case POC_TBLWT_POSTINC: case POC_TBLWT_POSTDEC: case POC_TBLWT_PREINC: list = newDefmap (SPO_TBLPTRL, 0xff, 0xff, 1, 1, pc, newValnum(), list); list = newDefmap (SPO_TBLPTRH, 0xff, 0xff, 1, 1, pc, newValnum(), list); list = newDefmap (SPO_TBLPTRU, 0xff, 0xff, 1, 1, pc, newValnum(), list); list = newDefmap (SPO_TABLAT, 0xff, 0x00, 1, 0, pc, 0, list); break; default: /* many instruction implicitly read BSR... -- THIS IS IGNORED! */ break; } // switch /* handle explicit arguments */ inCond = pci->inCond; outCond = pci->outCond; cond = inCond | outCond; if (cond & PCC_W) { list = newDefmap (symFromStr ("WREG"), mask, mask, inCond & PCC_W, outCond & PCC_W, pc, newValnum (), list); } // if /* keep STATUS read BEFORE STATUS write in the list (still neccessary?) */ if (inCond & PCC_STATUS) { smask = 0; if (inCond & PCC_C) smask |= 1U << PIC_C_BIT; if (inCond & PCC_DC) smask |= 1U << PIC_DC_BIT; if (inCond & PCC_Z) smask |= 1U << PIC_Z_BIT; if (inCond & PCC_OV) smask |= 1U << PIC_OV_BIT; if (inCond & PCC_N) smask |= 1U << PIC_N_BIT; list = newDefmap (symFromStr ("STATUS"), smask, 0x00, 1, 0, pc, 0, list); //fprintf (stderr, "pc %p: def STATUS & %02x\n", pc, smask); } // if if (outCond & PCC_STATUS) { smask = 0; if (outCond & PCC_C) smask |= 1U << PIC_C_BIT; if (outCond & PCC_DC) smask |= 1U << PIC_DC_BIT; if (outCond & PCC_Z) smask |= 1U << PIC_Z_BIT; if (outCond & PCC_OV) smask |= 1U << PIC_OV_BIT; if (outCond & PCC_N) smask |= 1U << PIC_N_BIT; list = newDefmap (symFromStr ("STATUS"), 0x00, smask, 0, 1, pc, newValnum (), list); //fprintf (stderr, "pc %p: def STATUS & %02x\n", pc, smask); } // if isSpecial = isSpecial2 = 0; sym = sym2 = 0; if (cond & PCC_REGISTER) { name = pic16_get_op (pci->pcop, NULL, 0); sym = symFromStr (name); isSpecial = fixupSpecialOperands (sym, mask, mask, pc, newValnum(), &list, inCond & PCC_REGISTER, outCond & PCC_REGISTER); //fprintf (stderr, "pc %p: def REG %s(%x) & %02x\n", pc, name, sym, mask); } if (cond & PCC_REGISTER2) { name = pic16_get_op2 (pci->pcop, NULL, 0); sym2 = symFromStr (name); isSpecial2 = fixupSpecialOperands (sym2, mask, mask, pc, newValnum(), &list, inCond & PCC_REGISTER2, outCond & PCC_REGISTER2); //fprintf (stderr, "pc %p: def REG2 %s(%x) & %02x\n", pc, name, sym2, mask); } /* make sure there is at least one entry for each pc (needed by list traversal routines) */ list = newDefmap (0, 0x00, 0x00, 0, 0, pc, 0, list); mergeDefmapSymbols (list); return list; } #if 0 static void printDefmap (defmap_t *map) { defmap_t *curr; curr = map; fprintf (stderr, "defmap @ %p:\n", curr); while (curr) { fprintf (stderr, "%s%s: %4x|%4x / %02x|%02x, sym %s(%x) @ pc %p\n", curr->acc.access.isRead ? "R" : " ", curr->acc.access.isWrite ? "W": " ", curr->in_val, curr->val, curr->acc.access.in_mask, curr->acc.access.mask, strFromSym(curr->sym), curr->sym, curr->pc); curr = curr->next; } // while fprintf (stderr, "\n"); } #endif /* Add "additional" definitions to uniq. * This can be used to merge the in_values and the flow's defmap to create an in_value-list for the flow's successors. * This can also be used to create a uniq (out)list from a flow's defmap by passing *uniq==NULL. * * If symbols defined in additional are not present in uniq, a definition is created. * Otherwise the present definition is altered to reflect the newer assignments. * * flow: --> assign1 --> assign2 --> assign3 --> ... --> * before `------- noted in additional --------' after * * I assume that each symbol occurs AT MOST ONCE in uniq. * */ static int defmapUpdateUniqueSym (defmap_t **uniq, defmap_t *additional) { defmap_t *curr; defmap_t *old; int change = 0; //fprintf (stderr, "%s: merging %p & %p\n", __FUNCTION__, *uniq, additional); /* find tail of additional list (holds the first assignment) */ curr = additional; while (curr && curr->next) curr = curr->next; /* update uniq */ do { /* find next assignment in additionals */ while (curr && !curr->acc.access.isWrite) curr = curr->prev; if (!curr) break; /* find item in uniq */ old = *uniq; //printDefmap (*uniq); while (old && (old->sym != curr->sym)) old = old->next; if (old) { /* definition found -- replace */ if (old->val != curr->val) { old->val = curr->val; change++; } // if } else { /* new definition */ *uniq = newDefmap (curr->sym, 0x00, 0xff, 0, 1, NULL, curr->val, *uniq); change++; } curr = curr->prev; } while (1); /* return 0 iff uniq remained unchanged */ return change; } /* Creates the in_value list of a flow by (iteratively) merging the out_value * lists of its predecessor flows. * Initially *combined should be NULL, alt_in will be copied to combined. * If *combined != NULL, combined will be altered: * - for symbols defined in *combined but not in alt_in, * *combined is altered to 0 (value unknown, either *combined or INIT). * - for symbols defined in alt_in but not in *combined, * a 0 definition is created (value unknown, either INIT or alt). * - for symbols defined in both, *combined is: * > left unchanged if *combined->val == alt_in->val or * > modified to 0 otherwise (value unknown, either alt or *combined). * * I assume that each symbol occurs AT MOST ONCE in each list! */ static int defmapCombineFlows (defmap_t **combined, defmap_t *alt_in, pBlock *pb) { defmap_t *curr; defmap_t *old; int change = 0; valnum_t val; //fprintf (stderr, "%s: merging %p & %p\n", __FUNCTION__, *combined, alt_in); if (!(*combined)) { return defmapUpdateUniqueSym (combined, alt_in); } // if /* merge the two */ curr = alt_in; while (curr) { /* find symbols definition in *combined */ old = *combined; while (old && (old->sym != curr->sym)) old = old->next; if (old) { /* definition found */ if (old->val && (old->val != curr->val)) { old->val = 0; /* value unknown */ change++; } } else { /* no definition found -- can be either INIT or alt_in's value */ val = pic16_pBlockAddInval (pb, curr->sym)->val; *combined = newDefmap (curr->sym, 0x00, 0xff, 0, 1, NULL, (val == curr->val) ? val : 0, *combined); if (val != curr->val) change++; } curr = curr->next; } // while (curr) /* update symbols from *combined that are NOT defined in alt_in -- can be either *combined's value or INIT */ old = *combined; while (old) { if (old->val != 0) { /* find definition in alt_in */ curr = alt_in; while (curr && curr->sym != old->sym) curr = curr->next; if (!curr) { /* symbol defined in *combined only -- can be either INIT or *combined */ val = pic16_pBlockAddInval (pb, old->sym)->val; if (old->val != val) { old->val = 0; change++; } } // if } // if old = old->next; } // while return change; } static int defmapCompareUnique (defmap_t *map1, defmap_t *map2) { defmap_t *curr1, *curr2; symbol_t sym; /* identical maps are equal */ if (map1 == map2) return 0; if (!map1) return -1; if (!map2) return 1; //fprintf (stderr, "%s: comparing %p & %p\n", __FUNCTION__, map1, map2); /* check length */ curr1 = map1; curr2 = map2; while (curr1 && curr2) { curr1 = curr1->next; curr2 = curr2->next; } // while /* one of them longer? */ if (curr1) return 1; if (curr2) return -1; /* both lists are of equal length -- compare (in O(n^2)) */ curr1 = map1; while (curr1) { sym = curr1->sym; curr2 = map2; while (curr2 && curr2->sym != sym) curr2 = curr2->next; if (!curr2) return 1; // symbol not found in curr2 if (curr2->val != curr1->val) return 1; // values differ /* compare next symbol */ curr1 = curr1->next; } // while /* no difference found */ return 0; } /* Prepare a list of all reaching definitions per flow. * This is done using a forward dataflow analysis. */ static void createReachingDefinitions (pBlock *pb) { defmap_t *out_vals, *in_vals; pCode *pc; pCodeFlow *pcfl; pCodeFlowLink *link; set *todo; set *blacklist; if (!pb) return; /* initialize out_vals to unique'fied defmaps per pCodeFlow */ for (pc = pic16_findNextInstruction (pb->pcHead); pc; pc = pic16_findNextInstruction (pc->next)) { if (isPCFL(pc)) { deleteDefmapChain (&PCFL(pc)->in_vals); deleteDefmapChain (&PCFL(pc)->out_vals); defmapUpdateUniqueSym (&PCFL(pc)->out_vals, PCFL(pc)->defmap); } // if } // for pc = pic16_findNextInstruction (pb->pcHead); if (!pc) { // empty function, avoid NULL pointer dereference return; } // if todo = NULL; blacklist = NULL; addSetHead (&todo, PCI(pc)->pcflow); //fprintf (stderr, "%s: function %s()\n", __FUNCTION__, pic16_pBlockGetFunctionName (pb)); while (elementsInSet (todo)) { //fprintf (stderr, "%u items in todo-set\n", elementsInSet (todo)); pcfl = PCFL(indexSet (todo, 0)); deleteSetItem (&todo, pcfl); //fprintf (stderr, "%s: checking %p\n", __FUNCTION__, pcfl); in_vals = NULL; out_vals = NULL; if (isinSet (blacklist, pcfl)) { fprintf (stderr, "ignoring blacklisted flow\n"); continue; } /* create in_vals from predecessors out_vals */ link = setFirstItem (pcfl->from); while (link) { defmapCombineFlows (&in_vals, link->pcflow->out_vals, pb); link = setNextItem (pcfl->from); } // while //printDefmap (in_vals); //printDefmap (pcfl->in_vals); if (!pcfl->in_vals || !pcfl->out_vals || defmapCompareUnique (in_vals, pcfl->in_vals)) { //fprintf (stderr, "in_vals changed\n"); /* in_vals changed -- update out_vals */ deleteDefmapChain (&pcfl->in_vals); pcfl->in_vals = in_vals; /* create out_val from in_val and defmap */ out_vals = NULL; defmapUpdateUniqueSym (&out_vals, in_vals); defmapUpdateUniqueSym (&out_vals, pcfl->defmap); /* is out_vals different from pcfl->out_vals */ if (!pcfl->out_vals || defmapCompareUnique (out_vals, pcfl->out_vals)) { //fprintf (stderr, "out_vals changed\n"); deleteDefmapChain (&pcfl->out_vals); pcfl->out_vals = out_vals; if (pcfl->out_vals == NULL && pcfl->in_vals == NULL) { addSet (&blacklist, pcfl); } // if /* reschedule all successors */ link = setFirstItem (pcfl->to); while (link) { //fprintf (stderr, " %p --> %p\n", pcfl, link->pcflow); addSetIfnotP (&todo, link->pcflow); link = setNextItem (pcfl->to); } // while } else { deleteDefmapChain (&out_vals); }// if } else { deleteDefmapChain (&in_vals); } // if } // while } #if 0 static void showAllDefs (symbol_t sym, pCode *pc) { defmap_t *map; int count; assert (isPCI(pc)); count = defmapFindAll (sym, pc, &map); fprintf (stderr, "sym %s(%x) @ %p defined as (val@pc): ", strFromSym(sym), sym, pc); while (map) { #if 1 fprintf (stderr, "(%x @ %p) ", map->val, map->pc); #else { char buf[256]; pic16_pCode2str (buf, 256, map->pc); fprintf (stderr, "\n (%x @ %p(%s)) ", map->val, map->pc, buf); #endif map = map->next; } deleteDefmapChain (&map); } #endif /* safepCodeUnlink and remove pc from defmap. */ static int pic16_safepCodeRemove (pCode *pc, char *comment) { defmap_t *map, *next, **head; int res, ispci; ispci = isPCI(pc); map = isPCI(pc) ? PCI(pc)->pcflow->defmap : NULL; head = isPCI(pc) ? &PCI(pc)->pcflow->defmap : NULL; res = pic16_safepCodeUnlink (pc, comment); if (res && map) { /* remove pc from defmap */ while (map) { next = map->next; if (map->pc == pc) { if (!map->prev && head) *head = map->next; deleteDefmap (map); } // if map = next; } } return res; } void pic16_fixDefmap (pCode *pc, pCode *newpc) { defmap_t *map; /* This breaks the defmap chain's references to pCodes... fix it! */ map = PCI(pc)->pcflow->defmap; while (map && map->pc != pc) map = map->next; while (map && map->pc == pc) { map->pc = newpc; map = map->next; } // while } /* Replace a defmap entry for sym with newsym for read accesses (isRead == 1) or * write accesses (isRead == 0). */ void defmapReplaceSymRef (pCode *pc, symbol_t sym, symbol_t newsym, int isRead) { defmap_t *map, *map_start; defmap_t *copy; if (!isPCI(pc)) return; if (sym == newsym) return; map = PCI(pc)->pcflow->defmap; while (map && map->pc != pc) map = map->next; map_start = map; while (map && map->pc == pc) { if (map->sym == sym) { assert ((isRead && map->acc.access.isRead) || ((!isRead) && (map->acc.access.isWrite))); if (!(map->acc.access.isRead && map->acc.access.isWrite)) { /* only one kind of access handled... this is easy */ map->sym = newsym; } else { /* must copy defmap entry before replacing symbol... */ copy = copyDefmap (map); if (isRead) { map->acc.access.isRead = 0; copy->acc.access.isWrite = 0; } else { map->acc.access.isWrite = 0; copy->acc.access.isRead = 0; } copy->sym = newsym; /* insert copy into defmap chain */ defmapInsertAfter (map, copy); } } map = map->next; } // while /* as this might introduce multiple defmap entries for newsym... */ mergeDefmapSymbols (map_start); } /* Assign "better" valnums to results. */ static void assignValnums (pCode *pc) { pCodeInstruction *pci; pCode *newpc; symbol_t sym1, sym2; int cond, isSpecial1, isSpecial2, count, mask, lit; defmap_t *list, *val, *oldval, *dummy; regs *reg1 = NULL, *reg2 = NULL; valnum_t litnum; /* only works for pCodeInstructions... */ if (!isPCI(pc)) return; pci = PCI(pc); cond = pci->inCond | pci->outCond; list = pci->pcflow->defmap; sym1 = sym2 = isSpecial1 = isSpecial2 = 0; if (cond & PCC_REGISTER) { sym1 = symFromStr (pic16_get_op (pci->pcop, NULL, 0)); reg1 = pic16_getRegFromInstruction (pc); isSpecial1 = pic16_symIsSpecial (sym1); } if (cond & PCC_REGISTER2) { sym2 = symFromStr (pic16_get_op2 (pci->pcop, NULL, 0)); reg2 = pic16_getRegFromInstruction (pc); isSpecial2 = pic16_symIsSpecial (sym2); } /* determine input values */ val = list; while (val && val->pc != pc) val = val->next; //list = val; /* might save some time later... */ while (val && val->pc == pc) { val->in_val = 0; if (val->sym != 0 && (1 || val->acc.access.isRead)) { /* get valnum for sym */ count = defmapFindAll (val->sym, pc, &oldval); //fprintf (stderr, "%d defs for sym %s\n", count, strFromSym (val->sym)); if (count == 1) { if ((val->acc.access.in_mask & oldval->acc.access.mask) == val->acc.access.in_mask) { val->in_val = oldval->val; } else { val->in_val = 0; } } else if (count == 0) { /* no definition found */ val->in_val = 0; } else { /* multiple definition(s) found -- value not known (unless always the same valnum) */ assert (oldval); dummy = oldval->next; mask = oldval->acc.access.mask; val->in_val = oldval->val; while (dummy && (dummy->val == val->in_val)) { mask &= dummy->acc.access.mask; dummy = dummy->next; } // while /* found other values or to restictive mask */ if (dummy || ((mask & val->acc.access.in_mask) != val->acc.access.in_mask)) { val->in_val = 0; } } if (count > 0) deleteDefmapChain (&oldval); } // if val = val->next; } /* handle valnum assignment */ switch (pci->op) { case POC_CLRF: /* modifies STATUS (Z) */ if (!isSpecial1 && pic16_regIsLocal (reg1)) { oldval = defmapCurr (list, sym1, pc); if (oldval && (litFromValnum (oldval->in_val) == 0)) { //fprintf (stderr, "%s: REG (%s) already set up correctly (%x)\n", pci->mnemonic, strFromSym(sym1), oldval->in_val); if (!pic16_isAlive (SPO_STATUS, pc)) pic16_safepCodeRemove (pc, "=DF= redundant CLRF removed"); } defmapUpdate (list, sym1, pc, valnumFromLit(0)); } break; case POC_SETF: /* SETF does not touch STATUS */ if (!isSpecial1 && pic16_regIsLocal (reg1)) { oldval = defmapCurr (list, sym1, pc); if (oldval && (litFromValnum (oldval->in_val) == 0x00FF)) { //fprintf (stderr, "%s: REG (%s) already set up correctly (%x)\n", pci->mnemonic, strFromSym(sym1), oldval->in_val); pic16_safepCodeRemove (pc, "=DF= redundant SETF removed"); } defmapUpdate (list, sym1, pc, valnumFromLit (0x00FF)); } break; case POC_MOVLW: /* does not touch STATUS */ oldval = defmapCurr (list, SPO_WREG, pc); if (pci->pcop->type == PO_LITERAL) { //fprintf (stderr, "MOVLW: literal %u\n", PCOL(pci->pcop)->lit); litnum = valnumFromLit ((unsigned char)PCOL(pci->pcop)->lit); } else { //fprintf (stderr, "MOVLW: %s\n", pic16_get_op (pci->pcop, NULL, 0)); litnum = valnumFromStr (pic16_get_op (pci->pcop, NULL, 0)); } if (oldval && oldval->in_val == litnum) { //fprintf (stderr, "%s: W already set up correctly (%x)\n", PCI(pc)->mnemonic, oldval->in_val); pic16_safepCodeRemove (pc, "=DF= redundant MOVLW removed"); } defmapUpdate (list, SPO_WREG, pc, litnum); break; case POC_ANDLW: /* modifies STATUS (Z,N) */ case POC_IORLW: /* modifies STATUS (Z,N) */ case POC_XORLW: /* modifies STATUS (Z,N) */ /* can be optimized iff WREG contains a known literal (0x100 - 0x1FF) */ if (pci->pcop->type == PO_LITERAL) { int vallit = -1; lit = (unsigned char) PCOL(pci->pcop)->lit; val = defmapCurr (list, SPO_WREG, pc); if (val) vallit = litFromValnum (val->in_val); if (vallit != -1) { /* xxxLW , WREG contains a known literal */ //fprintf (stderr, "%s 0x%02x, WREG: 0x%x\n", pci->mnemonic, lit, vallit); if (pci->op == POC_ANDLW) { lit &= vallit; } else if (pci->op == POC_IORLW) { lit |= vallit; } else if (pci->op == POC_XORLW) { lit ^= vallit; } else { assert (0 && "invalid operation"); } if (vallit == lit) { //fprintf (stderr, "%s: W already set up correctly (%x = val %x)\n", pci->mnemonic, vallit, val->in_val); if (!pic16_isAlive (SPO_STATUS, pc)) pic16_safepCodeRemove (pc, "=DF= redundant ANDLW/IORLW/XORLW removed"); } defmapUpdate (list, SPO_WREG, pc, valnumFromLit (lit)); } // if } break; case POC_LFSR: { /* check if old value matches new value */ int lit; int ok = 1; assert (pci->pcop->type == PO_LITERAL); lit = PCOL(pci->pcop)->lit; val = defmapCurr (list, pic16_fsrsym_idx[lit][0], pc); if (val && (val->in_val != 0) && (val->in_val == val->val)) { //fprintf (stderr, "FSR%dL already set up correctly at %p (%x)\n", lit, pc, val->val); } else { /* cannot remove this LFSR */ ok = 0; } // if val = defmapCurr (list, pic16_fsrsym_idx[lit][1], pc); if (val && (val->in_val != 0) && (val->in_val == val->val)) { //fprintf (stderr, "FSR%dH already set up correctly at %p (%x)\n", lit, pc, val->val); } else { ok = 0; } // if if (ok) { pic16_safepCodeRemove (pc, "=DF= redundant LFSR removed"); } } break; case POC_MOVWF: /* does not touch flags */ /* find value of WREG */ val = defmapCurr (list, SPO_WREG, pc); oldval = defmapCurr (list, sym1, pc); if (val) lit = litFromValnum (val->in_val); else lit = -1; //fprintf (stderr, "MOVWF: lit: %i (%x, %x)\n", lit, lit, val->in_val); if ((lit == 0 || lit == 0x0ff) && !pic16_isAlive (SPO_STATUS, pc)) { /* might replace with CLRF/SETF (will possibly make previous MOVLW 0x00/0xff unneccessary --> dead code elimination) */ //fprintf (stderr, "replacing MOVWF with CLRF/SETF\n"); if (lit == 0) { newpc = pic16_newpCode (POC_CLRF, pic16_pCodeOpCopy (pci->pcop)); } else { assert (lit == 0x0ff); newpc = pic16_newpCode (POC_SETF, pic16_pCodeOpCopy (pci->pcop)); } if (pic16_debug_verbose || pic16_pcode_verbose) pic16_InsertCommentAfter (pc->prev, "=DF= MOVWF: replaced by CLRF/SETF"); pic16_pCodeReplace (pc, newpc); defmapReplaceSymRef (pc, SPO_WREG, 0, 1); pic16_fixDefmap (pc, newpc); pc = newpc; /* This breaks the defmap chain's references to pCodes... fix it! */ if (!val->prev) PCI(pc)->pcflow->defmap = val->next; if (!val->acc.access.isWrite) { deleteDefmap (val); // delete reference to WREG as in value val = NULL; } else { val->acc.access.isRead = 0; // delete reference to WREG as in value } oldval = PCI(pc)->pcflow->defmap; while (oldval) { if (oldval->pc == pc) oldval->pc = newpc; oldval = oldval->next; } // while } else if (!isSpecial1 && pic16_regIsLocal (reg1) && val && oldval && (val->in_val != 0) && (val->in_val == oldval->in_val)) { //fprintf (stderr, "MOVWF: F (%s) already set up correctly (%x) at %p\n", strFromSym (sym1), oldval->in_val, pc); pic16_safepCodeRemove (pc, "=DF= redundant MOVWF removed"); } if (val) defmapUpdate (list, sym1, pc, val->in_val); break; case POC_MOVFW: /* modifies STATUS (Z,N) */ /* find value of REG */ if (!isSpecial1 && pic16_regIsLocal (reg1)) { val = defmapCurr (list, sym1, pc); oldval = defmapCurr (list, SPO_WREG, pc); if (val && oldval && (val->in_val != 0) && (val->in_val == oldval->in_val)) { //fprintf (stderr, "MOVFW: W already set up correctly (%x) at %p\n", oldval->in_val, pc); if (!pic16_isAlive (SPO_STATUS, pc)) pic16_safepCodeRemove (pc, "=DF= redundant MOVFW removed"); } else { defmap_t *pred, *predpred; /* Optimize MOVLW immd; MOVWF reg1; [...]; MOVFW reg1 * into MOVLW immd; MOVWF reg1; [...]; MOVLW immd * This might allow removal of the first two assignments. */ pred = defmapFindDef (list, sym1, pc); predpred = pred ? defmapFindDef (list, SPO_WREG, pred->pc) : NULL; if (pred && predpred && (PCI(pred->pc)->op == POC_MOVWF) && (PCI(predpred->pc)->op == POC_MOVLW) && !pic16_isAlive (SPO_STATUS, pc)) { newpc = pic16_newpCode (POC_MOVLW, pic16_pCodeOpCopy (PCI(predpred->pc)->pcop)); if (pic16_debug_verbose || pic16_pcode_verbose) { pic16_InsertCommentAfter (pc->prev, "=DF= MOVFW: replaced last of MOVLW;MOVWF;MOVFW by MOVLW"); } // if pic16_pCodeReplace (pc, newpc); defmapReplaceSymRef (pc, sym1, 0, 1); pic16_fixDefmap (pc, newpc); pc = newpc; /* This breaks the defmap chain's references to pCodes... fix it! */ if (!val->prev) PCI(pc)->pcflow->defmap = val->next; if (!val->acc.access.isWrite) { deleteDefmap (val); // delete reference to reg1 as in value val = NULL; } else { val->acc.access.isRead = 0; // delete reference to reg1 as in value } oldval = PCI(pc)->pcflow->defmap; while (oldval) { if (oldval->pc == pc) oldval->pc = newpc; oldval = oldval->next; } // while } // if } if (val) defmapUpdate (list, SPO_WREG, pc, val->in_val); } break; case POC_MOVFF: /* does not touch STATUS */ /* find value of REG */ val = defmapCurr (list, sym1, pc); oldval = defmapCurr (list, sym2, pc); if (val) lit = litFromValnum (val->in_val); else lit = -1; newpc = NULL; if (!isSpecial1 && pic16_regIsLocal (reg1) && val && oldval && !pic16_isAlive (SPO_STATUS, pc)) { //pc->print (stderr, pc); fprintf (stderr, "lit: %d (%x, %x)\n", lit, lit, val->in_val); if (lit == 0) { newpc = pic16_newpCode (POC_CLRF, PCOP2(pci->pcop)->pcopR); } else if (lit == 0x00ff) { newpc = pic16_newpCode (POC_SETF, PCOP2(pci->pcop)->pcopR); } else { newpc = NULL; } if (newpc) { pic16_InsertCommentAfter (pc->prev, "=DF= MOVFF: replaced by CRLF/SETF"); pic16_df_saved_bytes += PCI(pc)->isize - PCI(newpc)->isize; pic16_pCodeReplace (pc, newpc); defmapReplaceSymRef (pc, sym1, 0, 1); pic16_fixDefmap (pc, newpc); pc = newpc; break; // do not process instruction as MOVFF... } } else if (!isSpecial1 && !isSpecial2 && pic16_regIsLocal (reg1) && pic16_regIsLocal (reg2) && val && oldval && (val->in_val != 0)) { if (val->in_val == oldval->in_val) { //fprintf (stderr, "MOVFF: F2 (%s) already set up correctly (%x) at %p\n", strFromSym (sym2), oldval->in_val, pc); pic16_safepCodeRemove (pc, "=DF= redundant MOVFF removed"); } else { if (!pic16_isAlive (sym1, pc)) { defmap_t *copy = NULL; /* If there is another symbol S storing sym1's value we should assign from S thus shortening the liferange of sym1. * This should help eliminate * MOVFF A,B * * MOVFF B,C * * and turn it into * * MOVFF A,C */ /* scan defmap for symbols storing sym1's value */ while (oldval && (oldval->pc == pc || oldval->in_val != val->in_val)) oldval = oldval->next; if (oldval && (oldval->sym != sym1) && defmapFindAll (oldval->sym, pc, ©) == 1) { /* unique reaching definition for sym found */ if (copy->val && copy->val == val->in_val) { //fprintf (stderr, "found replacement symbol for %s (val %x) <-- %s (assigned %x @ %p)\n", strFromSym(sym1), val->in_val, strFromSym(copy->sym), copy->val, copy->pc); if (copy->sym == SPO_WREG) { newpc = pic16_newpCode (POC_MOVWF, pic16_pCodeOpCopy (PCOP2(pci->pcop)->pcopR)); } else { pCodeOp *pcop = NULL; /* the code below fails if we try to replace * MOVFF PRODL, r0x03 * MOVFF r0x03, PCLATU * with * MOVFF PRODL, PCLATU * as copy(PRODL) contains has pc==NULL, by name fails... */ if (!copy->pc || !PCI(copy->pc)->pcop) break; if (copy->pc && PCI(copy->pc)->pcop) pcop = PCI(copy->pc)->pcop; #if 0 /* This code is broken--see above. */ else { const char *symname = strFromSym(copy->sym); assert( symname ); pic16_InsertCommentAfter (pc->prev, "BUG-ME"); pic16_InsertCommentAfter (pc->prev, "=DF= MOVFF: newpCodeOpregFromStr(%s)", (char *)symname); //pcop = pic16_newpCodeOpRegFromStr((char *)symname); } #endif assert( pcop ); newpc = pic16_newpCode(POC_MOVFF, pic16_popGet2p( pcop, pic16_pCodeOpCopy (PCOP2(pci->pcop)->pcopR))); } pic16_InsertCommentAfter (pc->prev, "=DF= MOVFF: SRC op %s replaced by %s", strFromSym(sym1), strFromSym(copy->sym)); pic16_df_saved_bytes += PCI(pc)->isize - PCI(newpc)->isize; pic16_pCodeReplace (pc, newpc); assert (val->sym == sym1 && val->acc.access.isRead && !val->acc.access.isWrite); defmapReplaceSymRef (pc, sym1, copy->sym, 1); pic16_fixDefmap (pc, newpc); pc = newpc; } } deleteDefmapChain (©); } } if (val) defmapUpdate (list, sym2, pc, val->in_val); } break; default: /* cannot optimize */ break; } // switch } static void pic16_destructDF (pBlock *pb) { pCode *pc, *next; if (!pb) return; /* remove old defmaps */ pc = pic16_findNextInstruction (pb->pcHead); while (pc) { next = pic16_findNextInstruction (pc->next); assert (isPCI(pc) || isPCAD(pc)); assert (PCI(pc)->pcflow); deleteDefmapChain (&PCI(pc)->pcflow->defmap); deleteDefmapChain (&PCI(pc)->pcflow->in_vals); deleteDefmapChain (&PCI(pc)->pcflow->out_vals); pc = next; } // while if (defmap_free || defmap_free_count) { //fprintf (stderr, "released defmaps: %u -- freeing up memory\n", defmap_free_count); freeDefmap (&defmap_free); defmap_free_count = 0; } } /* Checks whether a pBlock contains ASMDIRs. */ static int pic16_pBlockHasAsmdirs (pBlock *pb) { pCode *pc; if (!pb) return 0; pc = pic16_findNextInstruction (pb->pcHead); while (pc) { if (isPCAD(pc)) return 1; pc = pic16_findNextInstruction (pc->next); } // while /* no PCADs found */ return 0; } #if 1 /* Remove MOVFF r0x??, POSTDEC1 and MOVFF PREINC1, r0x?? for otherwise unused registers. */ static int pic16_removeUnusedRegistersDF () { pCode *pc, *pc2; pBlock *pb; regs *reg1, *reg2, *reg3; set *seenRegs = NULL; int cond, i; int islocal, change = 0; /* no pBlocks? */ if (!the_pFile || !the_pFile->pbHead) return 0; for (pb = the_pFile->pbHead; pb; pb = pb->next) { //fprintf (stderr, "%s: examining function %s\n", __FUNCTION__, pic16_pBlockGetFunctionName (pb)); #if 1 /* find set of using pCodes per register */ for (pc = pic16_findNextInstruction (pb->pcHead); pc; pc = pic16_findNextInstruction(pc->next)) { cond = PCI(pc)->inCond | PCI(pc)->outCond; reg1 = reg2 = NULL; if (cond & PCC_REGISTER) reg1 = pic16_getRegFromInstruction (pc); if (cond & PCC_REGISTER2) reg2 = pic16_getRegFromInstruction2 (pc); if (reg1) { if (!isinSet (seenRegs, reg1)) reg1->reglives.usedpCodes = NULL; addSetIfnotP (&seenRegs, reg1); addSetIfnotP (®1->reglives.usedpCodes, pc); } if (reg2) { if (!isinSet (seenRegs, reg2)) reg2->reglives.usedpCodes = NULL; addSetIfnotP (&seenRegs, reg2); addSetIfnotP (®2->reglives.usedpCodes, pc); } } // for pc #endif for (reg1 = setFirstItem (seenRegs); reg1; reg1 = setNextItem (seenRegs)) { /* may not use pic16_regIsLocal() here -- in interrupt routines * WREG, PRODx, FSR0x must be saved */ islocal = (reg1->isLocal || reg1->rIdx == pic16_framepnt_lo->rIdx || reg1->rIdx == pic16_framepnt_hi->rIdx); if (islocal && elementsInSet (reg1->reglives.usedpCodes) == 2) { pc = pc2 = NULL; for (i=0; i < 2; i++) { pc = (pCode *) indexSet(reg1->reglives.usedpCodes, i); if (!pc2) pc2 = pc; if (!isPCI(pc) || !PCI(pc)->op == POC_MOVFF) continue; reg2 = pic16_getRegFromInstruction (pc); reg3 = pic16_getRegFromInstruction2 (pc); if (!reg2 || !reg3 || (reg2->rIdx != pic16_stack_preinc->rIdx && reg3->rIdx != pic16_stack_postdec->rIdx)) break; if (i == 1) { /* both pCodes are MOVFF R,POSTDEC1 / MOVFF PREINC1,R */ //fprintf (stderr, "%s: removing local register %s from %s\n", __FUNCTION__, reg1->name, pic16_pBlockGetFunctionName (pb)); pic16_safepCodeRemove (pc, "removed unused local reg IN"); pic16_safepCodeRemove (pc2, "removed unused local reg OUT"); } } // for } // if deleteSet (®1->reglives.usedpCodes); } // for reg1 deleteSet (&seenRegs); } // for pb return change; } #endif /* Set up pCodeFlow's defmap_ts. * Needs correctly set up to/from fields. */ static void pic16_createDF (pBlock *pb) { pCode *pc, *next; int change=0; if (!pb) return; //fprintf (stderr, "creating DF for pb %p (%s)\n", pb, pic16_pBlockGetFunctionName (pb)); pic16_destructDF (pb); /* check pBlock: do not analyze pBlocks with ASMDIRs (for now...) */ if (pic16_pBlockHasAsmdirs (pb)) { //fprintf (stderr, "%s: pBlock contains ASMDIRs -- data flow analysis not performed!\n", __FUNCTION__); return; } /* integrity check -- we need to reach all flows to guarantee * correct data flow analysis (reaching definitions, aliveness) */ #if 0 if (!verifyAllFlowsReachable (pb)) { fprintf (stderr, "not all flows reachable -- aborting dataflow analysis for %s!\n", pic16_pBlockGetFunctionName (pb)); return; } #endif /* establish new defmaps */ pc = pic16_findNextInstruction (pb->pcHead); while (pc) { next = pic16_findNextInstruction (pc->next); assert (PCI(pc)->pcflow); PCI(pc)->pcflow->defmap = createDefmap (pc, PCI(pc)->pcflow->defmap); pc = next; } // while //fprintf (stderr, "%s: creating reaching definitions...\n", __FUNCTION__); createReachingDefinitions (pb); #if 1 /* assign better valnums */ //fprintf (stderr, "assigning valnums for pb %p\n", pb); pc = pic16_findNextInstruction (pb->pcHead); while (pc) { next = pic16_findNextInstruction (pc->next); assert (PCI(pc)->pcflow); assignValnums (pc); pc = next; } // while #endif #if 1 /* remove dead pCodes */ //fprintf (stderr, "removing dead pCodes in %p (%s)\n", pb, pic16_pBlockGetFunctionName (pb)); do { change = 0; pc = pic16_findNextInstruction (pb->pcHead); while (pc) { next = pic16_findNextInstruction (pc->next); if (isPCI(pc) && !isPCI_BRANCH(pc) && !pic16_pCodeIsAlive (pc)) { change += pic16_safepCodeRemove (pc, "=DF= removed dead pCode"); } pc = next; } // while } while (change); #endif } /* ======================================================================== */ /* === VCG DUMPER ROUTINES ================================================ */ /* ======================================================================== */ #if defined (DUMP_DF_GRAPHS) && DUMP_DF_GRAPHS > 0 hTab *dumpedNodes = NULL; /** Dump VCG header into of. */ static void pic16_vcg_init (FILE *of) { /* graph defaults */ fprintf (of, "graph:{\n"); fprintf (of, "title:\"graph1\"\n"); fprintf (of, "label:\"graph1\"\n"); fprintf (of, "color:white\n"); fprintf (of, "textcolor:black\n"); fprintf (of, "bordercolor:black\n"); fprintf (of, "borderwidth:1\n"); fprintf (of, "textmode:center\n"); fprintf (of, "layoutalgorithm:dfs\n"); fprintf (of, "late_edge_labels:yes\n"); fprintf (of, "display_edge_labels:yes\n"); fprintf (of, "dirty_edge_labels:yes\n"); fprintf (of, "finetuning:yes\n"); fprintf (of, "ignoresingles:no\n"); fprintf (of, "straight_phase:yes\n"); fprintf (of, "priority_phase:yes\n"); fprintf (of, "manhattan_edges:yes\n"); fprintf (of, "smanhattan_edges:no\n"); fprintf (of, "nearedges:no\n"); fprintf (of, "node_alignment:center\n"); // bottom|top|center fprintf (of, "port_sharing:no\n"); fprintf (of, "arrowmode:free\n"); // fixed|free fprintf (of, "crossingphase2:yes\n"); fprintf (of, "crossingoptimization:yes\n"); fprintf (of, "edges:yes\n"); fprintf (of, "nodes:yes\n"); fprintf (of, "splines:no\n"); /* node defaults */ fprintf (of, "node.color:lightyellow\n"); fprintf (of, "node.textcolor:black\n"); fprintf (of, "node.textmode:center\n"); fprintf (of, "node.shape:box\n"); fprintf (of, "node.bordercolor:black\n"); fprintf (of, "node.borderwidth:1\n"); /* edge defaults */ fprintf (of, "edge.textcolor:black\n"); fprintf (of, "edge.color:black\n"); fprintf (of, "edge.thickness:1\n"); fprintf (of, "edge.arrowcolor:black\n"); fprintf (of, "edge.backarrowcolor:black\n"); fprintf (of, "edge.arrowsize:15\n"); fprintf (of, "edge.backarrowsize:15\n"); fprintf (of, "edge.arrowstyle:line\n"); // none|solid|line fprintf (of, "edge.backarrowstyle:none\n"); // none|solid|line fprintf (of, "edge.linestyle:continuous\n"); // continuous|solid|dotted|dashed|invisible fprintf (of, "\n"); /* prepare data structures */ if (dumpedNodes) { hTabDeleteAll (dumpedNodes); dumpedNodes = NULL; } dumpedNodes = newHashTable (128); } /** Dump VCG footer into of. */ static void pic16_vcg_close (FILE *of) { fprintf (of, "}\n"); } #define BUF_SIZE 128 #define pcTitle(pc) (SNPRINTF (buf, BUF_SIZE, "n_%p, %p/%u", PCODE(pc), isPCI(pc) ? PCI(pc)->pcflow : NULL, PCODE(pc)->seq), &buf[0]) #if 0 static int ptrcmp (const void *p1, const void *p2) { return p1 == p2; } #endif /** Dump a pCode node as VCG to of. */ static void pic16_vcg_dumpnode (pCode *pc, FILE *of) { char buf[BUF_SIZE]; if (hTabFindByKey (dumpedNodes, (((char *) pc - (char *) 0)>>2) % 128, pc, ptrcmp)) { // dumped already return; } hTabAddItemLong (&dumpedNodes, (((char *) pc - (char *) 0)>>2) % 128, pc, pc); //fprintf (stderr, "dumping %p\n", pc); /* only dump pCodeInstructions and Flow nodes */ if (!isPCI(pc) && !isPCAD(pc) && !isPCFL(pc)) return; /* emit node */ fprintf (of, "node:{"); fprintf (of, "title:\"%s\" ", pcTitle(pc)); fprintf (of, "label:\"%s\n", pcTitle(pc)); if (isPCFL(pc)) { fprintf (of, ""); } else if (isPCI(pc) || isPCAD(pc)) { pc->print (of, pc); } else { fprintf (of, ""); } fprintf (of, "\" "); fprintf (of, "}\n"); if (1 && isPCFL(pc)) { defmap_t *map, *prev; unsigned int i; map = PCFL(pc)->defmap; i=0; while (map) { if (map->sym != 0) { i++; /* emit definition node */ fprintf (of, "node:{title:\"%s_def%u\" ", pcTitle(pc), i); fprintf (of, "label:\""); prev = map; do { fprintf (of, "%s%c%c: val %4x|%4x & %02x|%02x, sym %s", (prev == map) ? "" : "\n", map->acc.access.isRead ? 'R' : ' ', map->acc.access.isWrite ? 'W' : ' ', map->in_val, map->val, map->acc.access.in_mask, map->acc.access.mask, strFromSym (map->sym)); prev = map; map = map->next; } while (map && prev->pc == map->pc); map = prev; fprintf (of, "\" "); fprintf (of, "color:green "); fprintf (of, "}\n"); /* emit edge to previous definition */ fprintf (of, "edge:{sourcename:\"%s_def%u\" ", pcTitle(pc), i); if (i == 1) { fprintf (of, "targetname:\"%s\" ", pcTitle(pc)); } else { fprintf (of, "targetname:\"%s_def%u\" ", pcTitle(pc), i-1); } fprintf (of, "color:green "); fprintf (of, "}\n"); if (map->pc) { pic16_vcg_dumpnode (map->pc, of); fprintf (of, "edge:{sourcename:\"%s_def%u\" ", pcTitle(pc), i); fprintf (of, "targetname:\"%s\" linestyle:dashed color:lightgreen}\n", pcTitle(map->pc)); } } map = map->next; } // while } /* emit additional nodes (e.g. operands) */ } /** Dump a pCode's edges (control flow/data flow) as VCG to of. */ static void pic16_vcg_dumpedges (pCode *pc, FILE *of) { char buf[BUF_SIZE]; pCodeInstruction *pci; pBranch *curr; int i; if (1 && isPCFL(pc)) { /* emit edges to flow successors */ void *pcfl; //fprintf (stderr, "PCFLOWe @ %p\n", pc); pcfl = setFirstItem (PCFL(pc)->to); while (pcfl) { pcfl = ((pCodeFlowLink *) (pcfl))->pcflow; pic16_vcg_dumpnode (pc, of); pic16_vcg_dumpnode ((pCode *) pcfl, of); fprintf (of, "edge:{sourcename:\"%s\" ", pcTitle(pc)); fprintf (of, "targetname:\"%s\" color:lightred linestyle:dashed}\n", pcTitle(pcfl)); pcfl = setNextItem (PCFL(pc)->to); } // while } // if if (!isPCI(pc) && !isPCAD(pc)) return; pci = PCI(pc); /* emit control flow edges (forward only) */ curr = pci->to; i=0; while (curr) { pic16_vcg_dumpnode (curr->pc, of); fprintf (of, "edge:{"); fprintf (of, "sourcename:\"%s\" ", pcTitle(pc)); fprintf (of, "targetname:\"%s\" ", pcTitle(curr->pc)); fprintf (of, "color:red "); fprintf (of, "}\n"); curr = curr->next; } // while #if 1 /* dump "flow" edge (link pCode according to pBlock order) */ { pCode *pcnext; pcnext = pic16_findNextInstruction (pc->next); if (pcnext) { pic16_vcg_dumpnode (pcnext, of); fprintf (of, "edge:{sourcename:\"%s\" ", pcTitle(pc)); fprintf (of, "targetname:\"%s\" color:red linestyle:solid}\n", pcTitle(pcnext)); } } #endif #if 0 /* emit flow */ if (pci->pcflow) { pic16_vcg_dumpnode (&pci->pcflow->pc, of); fprintf (of, "edge:{sourcename:\"%s\" ", pcTitle(pc)); fprintf (of, "targetname:\"%s\" color:lightblue linestyle:dashed}\n", pcTitle (pci->pcflow)); } #endif /* emit data flow edges (backward only) */ /* TODO: gather data flow information... */ } static void pic16_vcg_dump (FILE *of, pBlock *pb) { pCode *pc; if (!pb) return; /* check pBlock: do not analyze pBlocks with ASMDIRs (for now...) */ if (pic16_pBlockHasAsmdirs (pb)) { //fprintf (stderr, "%s: pBlock contains ASMDIRs -- data flow analysis not performed!\n", __FUNCTION__); return; } for (pc=pb->pcHead; pc; pc = pc->next) { pic16_vcg_dumpnode (pc, of); } // for pc for (pc=pb->pcHead; pc; pc = pc->next) { pic16_vcg_dumpedges (pc, of); } // for pc } static void pic16_vcg_dump_default (pBlock *pb) { FILE *of; char buf[BUF_SIZE]; pCode *pc; if (!pb) return; /* get function name */ pc = pb->pcHead; while (pc && !isPCF(pc)) pc = pc->next; if (pc) { SNPRINTF (buf, BUF_SIZE, "%s_%s.vcg", PCF(pc)->modname, PCF(pc)->fname); } else { SNPRINTF (buf, BUF_SIZE, "pb_%p.vcg", pb); } //fprintf (stderr, "now dumping %s\n", buf); of = fopen (buf, "w"); pic16_vcg_init (of); pic16_vcg_dump (of, pb); pic16_vcg_close (of); fclose (of); } #endif /*** END of helpers for pCode dataflow optimizations ***/ sdcc-2.9.0/src/pic16/pcode.h000066400000000000000000001061761116427777700154500ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcode.h - post code generation Written By - Scott Dattalo scott@dattalo.com Ported to PIC16 By - Martin Dubuc m.dubuc@rogers.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ //#include "ralloc.h" struct regs; /* Post code generation The post code generation is an assembler optimizer. The assembly code produced by all of the previous steps is fully functional. This step will attempt to analyze the flow of the assembly code and agressively optimize it. The peep hole optimizer attempts to do the same thing. As you may recall, the peep hole optimizer replaces blocks of assembly with more optimal blocks (e.g. removing redundant register loads). However, the peep hole optimizer has to be somewhat conservative since an assembly program has implicit state information that's unavailable when only a few instructions are examined. Consider this example: example1: movwf t1 movf t1,w The movf seems redundant since we know that the W register already contains the same value of t1. So a peep hole optimizer is tempted to remove the "movf". However, this is dangerous since the movf affects the flags in the status register (specifically the Z flag) and subsequent code may depend upon this. Look at these two examples: example2: movwf t1 movf t1,w ; Can't remove this movf skpz return example3: movwf t1 movf t1,w ; This movf can be removed xorwf t2,w ; since xorwf will over write Z skpz return */ #ifndef __PCODE_H__ #define __PCODE_H__ /*********************************************************************** * debug stuff * * The DFPRINTF macro will call fprintf if PCODE_DEBUG is defined. * The macro is used like: * * DPRINTF(("%s #%d\n","test", 1)); * * The double parenthesis (()) are necessary * ***********************************************************************/ //#define PCODE_DEBUG #ifdef PCODE_DEBUG #define DFPRINTF(args) (fprintf args) #else #define DFPRINTF(args) ; #endif #ifdef WORDS_BIGENDIAN #define _ENDIAN(x) (3-x) #else #define _ENDIAN(x) (x) #endif #define BYTE_IN_LONG(x,b) ((x>>(8*_ENDIAN(b)))&0xff) /*********************************************************************** * Extended Instruction Set/Indexed Literal Offset Mode * * Set this macro to enable code generation with the extended * * instruction set and the new Indexed Literal Offset Mode * ***********************************************************************/ #define XINST 1 /*********************************************************************** * PIC status bits - this will move into device dependent headers ***********************************************************************/ #define PIC_C_BIT 0 #define PIC_DC_BIT 1 #define PIC_Z_BIT 2 #define PIC_OV_BIT 3 #define PIC_N_BIT 4 #define PIC_IRP_BIT 7 /* Indirect register page select */ /*********************************************************************** * PIC INTCON bits - this will move into device dependent headers ***********************************************************************/ #define PIC_RBIF_BIT 0 /* Port B level has changed flag */ #define PIC_INTF_BIT 1 /* Port B bit 0 interrupt on edge flag */ #define PIC_T0IF_BIT 2 /* TMR0 has overflowed flag */ #define PIC_RBIE_BIT 3 /* Port B level has changed - Interrupt Enable */ #define PIC_INTE_BIT 4 /* Port B bit 0 interrupt on edge - Int Enable */ #define PIC_T0IE_BIT 5 /* TMR0 overflow Interrupt Enable */ #define PIC_PIE_BIT 6 /* Peripheral Interrupt Enable */ #define PIC_GIE_BIT 7 /* Global Interrupt Enable */ /*********************************************************************** * PIC bank definitions ***********************************************************************/ #define PIC_BANK_FIRST 0 #define PIC_BANK_LAST 0xf /*********************************************************************** * Operand types ***********************************************************************/ #define POT_RESULT 0 #define POT_LEFT 1 #define POT_RIGHT 2 /*********************************************************************** * * PIC_OPTYPE - Operand types that are specific to the PIC architecture * * If a PIC assembly instruction has an operand then here is where we * associate a type to it. For example, * * movf reg,W * * The movf has two operands: 'reg' and the W register. 'reg' is some * arbitrary general purpose register, hence it has the type PO_GPR_REGISTER. * The W register, which is the PIC's accumulator, has the type PO_W. * ***********************************************************************/ typedef enum { PO_NONE=0, // No operand e.g. NOP PO_W, // The working register (as a destination) PO_WREG, // The working register (as a file register) PO_STATUS, // The 'STATUS' register PO_BSR, // The 'BSR' register PO_FSR0, // The "file select register" (in PIC18 family it's one // of three) PO_INDF0, // The Indirect register PO_INTCON, // Interrupt Control register PO_GPR_REGISTER, // A general purpose register PO_GPR_BIT, // A bit of a general purpose register PO_GPR_TEMP, // A general purpose temporary register PO_SFR_REGISTER, // A special function register (e.g. PORTA) PO_PCL, // Program counter Low register PO_PCLATH, // Program counter Latch high register PO_PCLATU, // Program counter Latch upper register PO_PRODL, // Product Register Low PO_PRODH, // Product Register High PO_LITERAL, // A constant PO_REL_ADDR, // A relative address PO_IMMEDIATE, // (8051 legacy) PO_DIR, // Direct memory (8051 legacy) PO_CRY, // bit memory (8051 legacy) PO_BIT, // bit operand. PO_STR, // (8051 legacy) PO_LABEL, PO_WILD, // Wild card operand in peep optimizer PO_TWO_OPS // combine two operands } PIC_OPTYPE; /*********************************************************************** * * PIC_OPCODE * * This is not a list of the PIC's opcodes per se, but instead * an enumeration of all of the different types of pic opcodes. * ***********************************************************************/ typedef enum { POC_WILD=-1, /* Wild card - used in the pCode peep hole optimizer * to represent ANY pic opcode */ POC_ADDLW=0, POC_ADDWF, POC_ADDFW, POC_ADDFWC, POC_ADDWFC, POC_ANDLW, POC_ANDWF, POC_ANDFW, POC_BC, POC_BCF, POC_BN, POC_BNC, POC_BNN, POC_BNOV, POC_BNZ, POC_BOV, POC_BRA, POC_BSF, POC_BTFSC, POC_BTFSS, POC_BTG, POC_BZ, POC_CALL, POC_CLRF, POC_CLRWDT, POC_COMF, POC_COMFW, POC_CPFSEQ, POC_CPFSGT, POC_CPFSLT, POC_DAW, POC_DCFSNZ, POC_DCFSNZW, POC_DECF, POC_DECFW, POC_DECFSZ, POC_DECFSZW, POC_GOTO, POC_INCF, POC_INCFW, POC_INCFSZ, POC_INCFSZW, POC_INFSNZ, POC_INFSNZW, POC_IORWF, POC_IORFW, POC_IORLW, POC_LFSR, POC_MOVF, POC_MOVFW, POC_MOVFF, POC_MOVLB, POC_MOVLW, POC_MOVWF, POC_MULLW, POC_MULWF, POC_NEGF, POC_NOP, POC_POP, POC_PUSH, POC_RCALL, POC_RETFIE, POC_RETLW, POC_RETURN, POC_RLCF, POC_RLCFW, POC_RLNCF, POC_RLNCFW, POC_RRCF, POC_RRCFW, POC_RRNCF, POC_RRNCFW, POC_SETF, POC_SUBLW, POC_SUBFWB, POC_SUBWF, POC_SUBFW, POC_SUBWFB_D0, POC_SUBWFB_D1, POC_SUBFWB_D0, POC_SUBFWB_D1, POC_SWAPF, POC_SWAPFW, POC_TBLRD, POC_TBLRD_POSTINC, POC_TBLRD_POSTDEC, POC_TBLRD_PREINC, POC_TBLWT, POC_TBLWT_POSTINC, POC_TBLWT_POSTDEC, POC_TBLWT_PREINC, POC_TSTFSZ, POC_XORLW, POC_XORWF, POC_XORFW, POC_BANKSEL /* pseudo-instructions */ } PIC_OPCODE; /*********************************************************************** * PC_TYPE - pCode Types ***********************************************************************/ typedef enum { PC_COMMENT=0, /* pCode is a comment */ PC_INLINE, /* user's inline code */ PC_OPCODE, /* PORT dependent opcode */ PC_LABEL, /* assembly label */ PC_FLOW, /* flow analysis */ PC_FUNCTION, /* Function start or end */ PC_WILD, /* wildcard - an opcode place holder used * in the pCode peep hole optimizer */ PC_CSOURCE, /* C-Source Line */ PC_ASMDIR, /* Assembler directive */ PC_BAD, /* Mark the pCode object as being bad */ PC_INFO /* pCode information node, used primarily in optimizing */ } PC_TYPE; /*********************************************************************** * INFO_TYPE - information node types ***********************************************************************/ typedef enum { INF_OPTIMIZATION, /* structure contains optimization information */ INF_LOCALREGS /* structure contains local register information */ } INFO_TYPE; /*********************************************************************** * OPT_TYPE - optimization node types ***********************************************************************/ typedef enum { OPT_BEGIN, /* mark beginning of optimization block */ OPT_END, /* mark ending of optimization block */ OPT_JUMPTABLE_BEGIN, /* mark beginning of a jumptable */ OPT_JUMPTABLE_END /* mark end of jumptable */ } OPT_TYPE; /*********************************************************************** * LR_TYPE - optimization node types ***********************************************************************/ typedef enum { LR_ENTRY_BEGIN, /* mark beginning of optimization block */ LR_ENTRY_END, /* mark ending of optimization block */ LR_EXIT_BEGIN, LR_EXIT_END } LR_TYPE; /************************************************/ /*************** Structures ********************/ /************************************************/ /* These are here as forward references - the * full definition of these are below */ struct pCode; struct pCodeWildBlock; struct pCodeRegLives; /************************************************* pBranch The first step in optimizing pCode is determining the program flow. This information is stored in single-linked lists in the for of 'from' and 'to' objects with in a pcode. For example, most instructions don't involve any branching. So their from branch points to the pCode immediately preceding them and their 'to' branch points to the pcode immediately following them. A skip instruction is an example of a pcode that has multiple (in this case two) elements in the 'to' branch. A 'label' pcode is an where there may be multiple 'from' branches. *************************************************/ typedef struct pBranch { struct pCode *pc; // Next pCode in a branch struct pBranch *next; /* If more than one branch * the next one is here */ } pBranch; /************************************************* pCodeOp pCode Operand structure. For those assembly instructions that have arguments, the pCode will have a pCodeOp in which the argument can be stored. For example movf some_register,w 'some_register' will be stored/referenced in a pCodeOp *************************************************/ typedef struct pCodeOp { PIC_OPTYPE type; char *name; } pCodeOp; #if 0 typedef struct pCodeOpBit { pCodeOp pcop; int bit; unsigned int inBitSpace: 1; /* True if in bit space, else just a bit of a register */ } pCodeOpBit; #endif typedef struct pCodeOpLit { pCodeOp pcop; int lit; pCodeOp *arg2; /* needed as pCodeOpLit and pCodeOpLit2 are not separable via their type (PO_LITERAL) */ } pCodeOpLit; typedef struct pCodeOpLit2 { pCodeOp pcop; int lit; pCodeOp *arg2; } pCodeOpLit2; typedef struct pCodeOpImmd { pCodeOp pcop; int offset; /* low,high or upper byte of immediate value */ int index; /* add this to the immediate value */ unsigned _const:1; /* is in code space */ int rIdx; /* If this immd points to a register */ struct regs *r; /* then this is the reg. */ } pCodeOpImmd; typedef struct pCodeOpLabel { pCodeOp pcop; int key; } pCodeOpLabel; typedef struct pCodeOpReg { pCodeOp pcop; // Can be either GPR or SFR int rIdx; // Index into the register table struct regs *r; int instance; // byte # of Multi-byte registers struct pBlock *pb; } pCodeOpReg; typedef struct pCodeOp2 { pCodeOp pcop; // describes this pCodeOp pCodeOp *pcopL; // reference to left pCodeOp (src) pCodeOp *pcopR; // reference to right pCodeOp (dest) } pCodeOp2; typedef struct pCodeOpRegBit { pCodeOpReg pcor; // The Register containing this bit int bit; // 0-7 bit number. PIC_OPTYPE subtype; // The type of this register. unsigned int inBitSpace: 1; /* True if in bit space, else just a bit of a register */ } pCodeOpRegBit; typedef struct pCodeOpWild { pCodeOp pcop; struct pCodeWildBlock *pcwb; int id; /* index into an array of char *'s that will match * the wild card. The array is in *pcp. */ pCodeOp *subtype; /* Pointer to the Operand type into which this wild * card will be expanded */ pCodeOp *matched; /* When a wild matches, we'll store a pointer to the * opcode we matched */ pCodeOp *pcop2; /* second operand if exists */ } pCodeOpWild; typedef struct pCodeOpOpt { pCodeOp pcop; OPT_TYPE type; /* optimization node type */ char *key; /* key by which a block is identified */ } pCodeOpOpt; typedef struct pCodeOpLocalReg { pCodeOp pcop; LR_TYPE type; } pCodeOpLocalReg; /************************************************* pCode Here is the basic build block of a PIC instruction. Each pic instruction will get allocated a pCode. A linked list of pCodes makes a program. **************************************************/ typedef struct pCode { PC_TYPE type; struct pCode *prev; // The pCode objects are linked together struct pCode *next; // in doubly linked lists. int seq; // sequence number struct pBlock *pb; // The pBlock that contains this pCode. /* "virtual functions" * The pCode structure is like a base class * in C++. The subsequent structures that "inherit" * the pCode structure will initialize these function * pointers to something useful */ // void (*analyze) (struct pCode *_this); void (*destruct)(struct pCode *_this); void (*print) (FILE *of,struct pCode *_this); } pCode; /************************************************* pCodeComment **************************************************/ typedef struct pCodeComment { pCode pc; char *comment; } pCodeComment; /************************************************* pCodeCSource **************************************************/ typedef struct pCodeCSource { pCode pc; int line_number; char *line; char *file_name; } pCodeCSource; /************************************************* pCodeAsmDir **************************************************/ /************************************************* pCodeFlow The Flow object is used as marker to separate the assembly code into contiguous chunks. In other words, everytime an instruction cause or potentially causes a branch, a Flow object will be inserted into the pCode chain to mark the beginning of the next contiguous chunk. **************************************************/ struct defmap_s; // defined in pcode.c typedef struct pCodeFlow { pCode pc; pCode *end; /* Last pCode in this flow. Note that the first pCode is pc.next */ /* set **uses; * map the pCode instruction inCond and outCond conditions * in this array of set's. The reason we allocate an * array of pointers instead of declaring each type of * usage is because there are port dependent usage definitions */ //int nuses; /* number of uses sets */ set *from; /* flow blocks that can send control to this flow block */ set *to; /* flow blocks to which this one can send control */ struct pCodeFlow *ancestor; /* The most immediate "single" pCodeFlow object that * executes prior to this one. In many cases, this * will be just the previous */ int inCond; /* Input conditions - stuff assumed defined at entry */ int outCond; /* Output conditions - stuff modified by flow block */ int firstBank; /* The first and last bank flags are the first and last */ int lastBank; /* register banks used within one flow object */ int FromConflicts; int ToConflicts; set *registers;/* Registers used in this flow */ struct defmap_s *defmap; /* chronologically ordered list of definitions performed in this flow (most recent at the front) */ struct defmap_s *in_vals; /* definitions of all symbols reaching this flow * symbols with multiple different definitions are stored * with an assigned value of 0. */ struct defmap_s *out_vals; /* definitions valid AFTER thie flow */ } pCodeFlow; /************************************************* pCodeFlowLink The Flow Link object is used to record information about how consecutive excutive Flow objects are related. The pCodeFlow objects demarcate the pCodeInstructions into contiguous chunks. The FlowLink records conflicts in the discontinuities. For example, if one Flow object references a register in bank 0 and the next Flow object references a register in bank 1, then there is a discontinuity in the banking registers. */ typedef struct pCodeFlowLink { pCodeFlow *pcflow; /* pointer to linked pCodeFlow object */ int bank_conflict; /* records bank conflicts */ } pCodeFlowLink; /************************************************* pCodeInstruction Here we describe all the facets of a PIC instruction (expansion for the 18cxxx is also provided). **************************************************/ typedef struct pCodeInstruction { pCode pc; PIC_OPCODE op; // The opcode of the instruction. char const * const mnemonic; // Pointer to mnemonic string char isize; // pCode instruction size pBranch *from; // pCodes that execute before this one pBranch *to; // pCodes that execute after pBranch *label; // pCode instructions that have labels pCodeOp *pcop; /* Operand, if this instruction has one */ pCodeFlow *pcflow; /* flow block to which this instruction belongs */ pCodeCSource *cline; /* C Source from which this instruction was derived */ unsigned int num_ops; /* Number of operands (0,1,2 for mid range pics) */ unsigned int isModReg: 1; /* If destination is W or F, then 1==F */ unsigned int isBitInst: 1; /* e.g. BCF */ unsigned int isBranch: 1; /* True if this is a branching instruction */ unsigned int isSkip: 1; /* True if this is a skip instruction */ unsigned int isLit: 1; /* True if this instruction has an literal operand */ unsigned int isAccess: 1; /* True if this instruction has an access RAM operand */ unsigned int isFastCall: 1; /* True if this instruction has a fast call/return mode select operand */ unsigned int is2MemOp: 1; /* True is second operand is a memory operand VR - support for MOVFF */ unsigned int is2LitOp: 1; /* True if instruction takes 2 literal operands VR - support for LFSR */ PIC_OPCODE inverted_op; /* Opcode of instruction that's the opposite of this one */ unsigned int inCond; // Input conditions for this instruction unsigned int outCond; // Output conditions for this instruction #define PCI_MAGIC 0x6e12 unsigned int pci_magic; // sanity check for pci initialization } pCodeInstruction; /************************************************* pCodeAsmDir **************************************************/ typedef struct pCodeAsmDir { pCodeInstruction pci; char *directive; char *arg; } pCodeAsmDir; /************************************************* pCodeLabel **************************************************/ typedef struct pCodeLabel { pCode pc; char *label; int key; int force; /* label cannot be optimized out */ } pCodeLabel; /************************************************* pCodeFunction **************************************************/ typedef struct pCodeFunction { pCode pc; char *modname; char *fname; /* If NULL, then this is the end of a function. Otherwise, it's the start and the name is contained here */ pBranch *from; // pCodes that execute before this one pBranch *to; // pCodes that execute after pBranch *label; // pCode instructions that have labels int ncalled; /* Number of times function is called */ int absblock; /* hack to emulate a block pCodes in absolute position but not inside a function */ int stackusage; /* stack positions used in function */ } pCodeFunction; /************************************************* pCodeWild **************************************************/ typedef struct pCodeWild { pCodeInstruction pci; int id; /* Index into the wild card array of a peepBlock * - this wild card will get expanded into that pCode * that is stored at this index */ /* Conditions on wild pcode instruction */ int mustBeBitSkipInst:1; int mustNotBeBitSkipInst:1; int invertBitSkipInst:1; pCodeOp *operand; // Optional operand pCodeOp *label; // Optional label } pCodeWild; /************************************************* pInfo Here are stored generic informaton *************************************************/ typedef struct pCodeInfo { pCodeInstruction pci; INFO_TYPE type; /* info node type */ pCodeOp *oper1; /* info node arguments */ } pCodeInfo; /************************************************* pBlock Here are PIC program snippets. There's a strong correlation between the eBBlocks and pBlocks. SDCC subdivides a C program into managable chunks. Each chunk becomes a eBBlock and ultimately in the PIC port a pBlock. **************************************************/ typedef struct pBlock { memmap *cmemmap; /* The snippet is from this memmap */ char dbName; /* if cmemmap is NULL, then dbName will identify the block */ pCode *pcHead; /* A pointer to the first pCode in a link list of pCodes */ pCode *pcTail; /* A pointer to the last pCode in a link list of pCodes */ struct pBlock *next; /* The pBlocks will form a doubly linked list */ struct pBlock *prev; set *function_entries; /* dll of functions in this pblock */ set *function_exits; set *function_calls; set *tregisters; set *FlowTree; unsigned visited:1; /* set true if traversed in call tree */ unsigned seq; /* sequence number of this pBlock */ } pBlock; /************************************************* pFile The collection of pBlock program snippets are placed into a linked list that is implemented in the pFile structure. The pcode optimizer will parse the pFile. **************************************************/ typedef struct pFile { pBlock *pbHead; /* A pointer to the first pBlock */ pBlock *pbTail; /* A pointer to the last pBlock */ pBranch *functions; /* A SLL of functions in this pFile */ } pFile; /************************************************* pCodeWildBlock The pCodeWildBlock object keeps track of the wild variables, operands, and opcodes that exist in a pBlock. **************************************************/ typedef struct pCodeWildBlock { pBlock *pb; struct pCodePeep *pcp; // pointer back to ... I don't like this... int nvars; // Number of wildcard registers in target. char **vars; // array of pointers to them int nops; // Number of wildcard operands in target. pCodeOp **wildpCodeOps; // array of pointers to the pCodeOp's. int nwildpCodes; // Number of wildcard pCodes in target/replace pCode **wildpCodes; // array of pointers to the pCode's. } pCodeWildBlock; /************************************************* pCodePeep The pCodePeep object mimics the peep hole optimizer in the main SDCC src (e.g. SDCCpeeph.c). Essentially there is a target pCode chain and a replacement pCode chain. The target chain is compared to the pCode that is generated by gen.c. If a match is found then the pCode is replaced by the replacement pCode chain. **************************************************/ typedef struct pCodePeep { pCodeWildBlock target; // code we'd like to optimize pCodeWildBlock replace; // and this is what we'll optimize it with. //pBlock *target; //pBlock replace; // and this is what we'll optimize it with. /* (Note: a wildcard register is a place holder. Any register * can be replaced by the wildcard when the pcode is being * compared to the target. */ /* Post Conditions. A post condition is a condition that * must be either true or false before the peep rule is * accepted. For example, a certain rule may be accepted * if and only if the Z-bit is not used as an input to * the subsequent instructions in a pCode chain. */ unsigned int postFalseCond; unsigned int postTrueCond; } pCodePeep; /************************************************* pCode peep command definitions Here are some special commands that control the way the peep hole optimizer behaves **************************************************/ enum peepCommandTypes{ NOTBITSKIP = 0, BITSKIP, INVERTBITSKIP, _LAST_PEEP_COMMAND_ }; /************************************************* peepCommand structure stores the peep commands. **************************************************/ typedef struct peepCommand { int id; char *cmd; } peepCommand; /************************************************* pCode Macros **************************************************/ #define PCODE(x) ((pCode *)(x)) #define PCI(x) ((pCodeInstruction *)(x)) #define PCL(x) ((pCodeLabel *)(x)) #define PCF(x) ((pCodeFunction *)(x)) #define PCFL(x) ((pCodeFlow *)(x)) #define PCFLINK(x)((pCodeFlowLink *)(x)) #define PCW(x) ((pCodeWild *)(x)) #define PCCS(x) ((pCodeCSource *)(x)) #define PCAD(x) ((pCodeAsmDir *)(x)) #define PCINF(x) ((pCodeInfo *)(x)) #define PCOP(x) ((pCodeOp *)(x)) #define PCOP2(x) ((pCodeOp2 *)(x)) //#define PCOB(x) ((pCodeOpBit *)(x)) #define PCOL(x) ((pCodeOpLit *)(x)) #define PCOI(x) ((pCodeOpImmd *)(x)) #define PCOLAB(x) ((pCodeOpLabel *)(x)) #define PCOR(x) ((pCodeOpReg *)(x)) //#define PCOR2(x) ((pCodeOpReg2 *)(x)) #define PCORB(x) ((pCodeOpRegBit *)(x)) #define PCOO(x) ((pCodeOpOpt *)(x)) #define PCOLR(x) ((pCodeOpLocalReg *)(x)) #define PCOW(x) ((pCodeOpWild *)(x)) #define PCOW2(x) (PCOW(PCOW(x)->pcop2)) #define PBR(x) ((pBranch *)(x)) #define PCWB(x) ((pCodeWildBlock *)(x)) /* macros for checking pCode types */ #define isPCI(x) ((PCODE(x)->type == PC_OPCODE)) #define isPCI_BRANCH(x) ((PCODE(x)->type == PC_OPCODE) && PCI(x)->isBranch) #define isPCI_SKIP(x) ((PCODE(x)->type == PC_OPCODE) && PCI(x)->isSkip) #define isPCI_LIT(x) ((PCODE(x)->type == PC_OPCODE) && PCI(x)->isLit) #define isPCI_BITSKIP(x)((PCODE(x)->type == PC_OPCODE) && PCI(x)->isSkip && PCI(x)->isBitInst) #define isPCFL(x) ((PCODE(x)->type == PC_FLOW)) #define isPCF(x) ((PCODE(x)->type == PC_FUNCTION)) #define isPCL(x) ((PCODE(x)->type == PC_LABEL)) #define isPCW(x) ((PCODE(x)->type == PC_WILD)) #define isPCCS(x) ((PCODE(x)->type == PC_CSOURCE)) #define isPCAD(x) ((PCODE(x)->type == PC_ASMDIR)) #define isPCINFO(x) ((PCODE(x)->type == PC_INFO)) #define isCALL(x) ((isPCI(x)) && (PCI(x)->op == POC_CALL)) #define isSTATUS_REG(r) ((r)->pc_type == PO_STATUS) #define isBSR_REG(r) ((r)->pc_type == PO_BSR) #define isACCESS_BANK(r) (r->accessBank) #define isPCOLAB(x) ((PCOP(x)->type) == PO_LABEL) /*-----------------------------------------------------------------* * pCode functions. *-----------------------------------------------------------------*/ pCode *pic16_newpCode (PIC_OPCODE op, pCodeOp *pcop); // Create a new pCode given an operand pCode *pic16_newpCodeCharP(char *cP); // Create a new pCode given a char * pCode *pic16_newpCodeInlineP(char *cP); // Create a new pCode given a char * pCode *pic16_newpCodeFunction(char *g, char *f); // Create a new function pCode *pic16_newpCodeLabel(char *name,int key); // Create a new label given a key pCode *pic16_newpCodeLabelFORCE(char *name, int key); // Same as newpCodeLabel but label cannot be optimized out pCode *pic16_newpCodeCSource(int ln, const char *f, const char *l); // Create a new symbol line pBlock *pic16_newpCodeChain(memmap *cm,char c, pCode *pc); // Create a new pBlock void pic16_printpBlock(FILE *of, pBlock *pb); // Write a pBlock to a file void pic16_addpCode2pBlock(pBlock *pb, pCode *pc); // Add a pCode to a pBlock void pic16_addpBlock(pBlock *pb); // Add a pBlock to a pFile void pic16_copypCode(FILE *of, char dbName); // Write all pBlocks with dbName to *of void pic16_movepBlock2Head(char dbName); // move pBlocks around void pic16_AnalyzepCode(char dbName); void pic16_OptimizeLocalRegs(void); void pic16_AssignRegBanks(void); void pic16_printCallTree(FILE *of); void pCodePeepInit(void); void pic16_pBlockConvert2ISR(pBlock *pb); void pic16_pBlockConvert2Absolute(pBlock *pb); void pic16_initDB(void); void pic16_emitDB(int c, char ptype, void *p); // Add DB directives to a pBlock void pic16_emitDS(char *s, char ptype, void *p); void pic16_flushDB(char ptype, void *p); // Add pending DB data to a pBlock pCode *pic16_newpCodeAsmDir(char *asdir, char *argfmt, ...); pCodeOp *pic16_newpCodeOpLabel(char *name, int key); pCodeOp *pic16_newpCodeOpImmd(char *name, int offset, int index, int code_space); pCodeOp *pic16_newpCodeOpLit(int lit); pCodeOp *pic16_newpCodeOpLit12(int lit); pCodeOp *pic16_newpCodeOpLit2(int lit, pCodeOp *arg2); pCodeOp *pic16_newpCodeOpBit(char *name, int bit,int inBitSpace, PIC_OPTYPE subt); pCodeOp *pic16_newpCodeOpBit_simple (struct asmop *op, int offs, int bit); pCodeOp *pic16_newpCodeOpRegFromStr(char *name); pCodeOp *pic16_newpCodeOpReg(int rIdx); pCodeOp *pic16_newpCodeOp(char *name, PIC_OPTYPE p); pCodeOp *pic16_newpCodeOp2(pCodeOp *src, pCodeOp *dst); pCodeOp *pic16_newpCodeOpRegNotVect(bitVect *bv); pCodeOp *pic16_pCodeOpCopy(pCodeOp *pcop); pCode *pic16_newpCodeInfo(INFO_TYPE type, pCodeOp *pcop); pCodeOp *pic16_newpCodeOpOpt(OPT_TYPE type, char *key); pCodeOp *pic16_newpCodeOpLocalRegs(LR_TYPE type); pCodeOp *pic16_newpCodeOpReg(int rIdx); pCode * pic16_findNextInstruction(pCode *pci); pCode * pic16_findNextpCode(pCode *pc, PC_TYPE pct); int pic16_isPCinFlow(pCode *pc, pCode *pcflow); struct regs * pic16_getRegFromInstruction(pCode *pc); struct regs * pic16_getRegFromInstruction2(pCode *pc); char *pic16_get_op(pCodeOp *pcop,char *buffer, size_t size); char *pic16_get_op2(pCodeOp *pcop,char *buffer, size_t size); char *dumpPicOptype(PIC_OPTYPE type); extern void pic16_pcode_test(void); extern int pic16_debug_verbose; extern int pic16_pcode_verbose; extern char *LR_TYPE_STR[]; #ifndef debugf //#define debugf(frm, rest...) _debugf(__FILE__, __LINE__, frm, rest) #define debugf(frm, rest) _debugf(__FILE__, __LINE__, frm, rest) #define debugf2(frm, arg1, arg2) _debugf(__FILE__, __LINE__, frm, arg1, arg2) #define debugf3(frm, arg1, arg2, arg3) _debugf(__FILE__, __LINE__, frm, arg1, arg2, arg3) #endif extern void _debugf(char *f, int l, char *frm, ...); /*-----------------------------------------------------------------* * pCode objects. *-----------------------------------------------------------------*/ extern pCodeOpReg pic16_pc_status; extern pCodeOpReg pic16_pc_intcon; extern pCodeOpReg pic16_pc_pcl; extern pCodeOpReg pic16_pc_pclath; extern pCodeOpReg pic16_pc_pclatu; extern pCodeOpReg pic16_pc_wreg; extern pCodeOpReg pic16_pc_tosl; extern pCodeOpReg pic16_pc_tosh; extern pCodeOpReg pic16_pc_tosu; extern pCodeOpReg pic16_pc_tblptrl; extern pCodeOpReg pic16_pc_tblptrh; extern pCodeOpReg pic16_pc_tblptru; extern pCodeOpReg pic16_pc_tablat; extern pCodeOpReg pic16_pc_bsr; extern pCodeOpReg pic16_pc_fsr0; extern pCodeOpReg pic16_pc_fsr0l; extern pCodeOpReg pic16_pc_fsr0h; extern pCodeOpReg pic16_pc_fsr1l; extern pCodeOpReg pic16_pc_fsr1h; extern pCodeOpReg pic16_pc_fsr2l; extern pCodeOpReg pic16_pc_fsr2h; extern pCodeOpReg pic16_pc_indf0; extern pCodeOpReg pic16_pc_postinc0; extern pCodeOpReg pic16_pc_postdec0; extern pCodeOpReg pic16_pc_preinc0; extern pCodeOpReg pic16_pc_plusw0; extern pCodeOpReg pic16_pc_indf1; extern pCodeOpReg pic16_pc_postinc1; extern pCodeOpReg pic16_pc_postdec1; extern pCodeOpReg pic16_pc_preinc1; extern pCodeOpReg pic16_pc_plusw1; extern pCodeOpReg pic16_pc_indf2; extern pCodeOpReg pic16_pc_postinc2; extern pCodeOpReg pic16_pc_postdec2; extern pCodeOpReg pic16_pc_preinc2; extern pCodeOpReg pic16_pc_plusw2; extern pCodeOpReg pic16_pc_prodl; extern pCodeOpReg pic16_pc_prodh; extern pCodeOpReg pic16_pc_eecon1; extern pCodeOpReg pic16_pc_eecon2; extern pCodeOpReg pic16_pc_eedata; extern pCodeOpReg pic16_pc_eeadr; extern pCodeOpReg pic16_pc_kzero; extern pCodeOpReg pic16_pc_wsave; /* wsave and ssave are used to save W and the Status */ extern pCodeOpReg pic16_pc_ssave; /* registers during an interrupt */ extern pCodeOpReg *pic16_stackpnt_lo; extern pCodeOpReg *pic16_stackpnt_hi; extern pCodeOpReg *pic16_stack_postinc; extern pCodeOpReg *pic16_stack_postdec; extern pCodeOpReg *pic16_stack_preinc; extern pCodeOpReg *pic16_stack_plusw; extern pCodeOpReg *pic16_framepnt_lo; extern pCodeOpReg *pic16_framepnt_hi; extern pCodeOpReg *pic16_frame_postinc; extern pCodeOpReg *pic16_frame_postdec; extern pCodeOpReg *pic16_frame_preinc; extern pCodeOpReg *pic16_frame_plusw; extern pCodeOpReg pic16_pc_gpsimio; extern pCodeOpReg pic16_pc_gpsimio2; #endif // __PCODE_H__ sdcc-2.9.0/src/pic16/pcodeflow.c000066400000000000000000000213171116427777700163240ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcodeflow.c - post code generation flow analysis Written By - Scott Dattalo scott@dattalo.com Ported to PIC16 By - Martin Dubuc m.dubuc@rogers.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ /* pcodeflow.c The purpose of the code in this file is to analyze the flow of the pCode. */ #include #include "common.h" // Include everything in the SDCC src directory #include "newalloc.h" #include "ralloc.h" #include "device.h" #include "pcode.h" #include "pcoderegs.h" #include "pcodeflow.h" #if 0 /* In the section that follows, an exhaustive flow "tree" is built. It's not a tree that's really built, but instead every possible flow path is constructed. This is really overkill... */ static set *FlowTree=NULL; void dbg_dumpFlowTree(set *FlowTree) { set *segment; pCodeFlow *pcflow; fprintf(stderr,"Flow Tree: \n"); for(segment = setFirstItem(FlowTree); segment; segment=setNextItem(FlowTree)) { fprintf(stderr,"Segment:\n"); for(pcflow=PCFL(setFirstItem(segment)); pcflow; pcflow=PCFL(setNextItem(segment))) { fprintf(stderr, " 0x%03x",pcflow->pc.seq); } fprintf(stderr,"\n"); } } /*-----------------------------------------------------------------* * void BuildFlowSegment(set *segment, pCodeFlow *pcflow) *-----------------------------------------------------------------*/ static void BuildFlowSegment(set *segment, pCodeFlow *pcflow) { int nNextFlow=0; pCodeFlowLink *pcflowLink=NULL; /* Add this flow to the set if it's not in there already */ if(isinSet(segment, pcflow)) { addSetHead(&FlowTree, segment); return; } addSetHead(&segment, pcflow); /* Continue to add contiguous flows */ while( pcflow->to && ((nNextFlow = elementsInSet(pcflow->to)) == 1)) { pcflowLink = (pCodeFlowLink *)(setFirstItem(pcflow->to)); pcflow = pcflowLink->pcflow; if(isinSet(segment, pcflow)) { addSetIfnotP(&FlowTree, segment); return; } addSetIfnotP(&segment, pcflow); } /* Branch: for each branch, duplicate the set and recursively call */ if(pcflow->to && nNextFlow>=2) { pCodeFlow *pcflow_to; set *branch_segment=NULL; pcflowLink = (pCodeFlowLink *)(setFirstItem(pcflow->to)); pcflow_to = pcflowLink->pcflow; addSetIfnotP(&segment, pcflow); pcflowLink = (pCodeFlowLink *)(setNextItem(pcflow->to)); while(pcflowLink) { branch_segment = setFromSet(segment); BuildFlowSegment(setFromSet(segment),pcflowLink->pcflow); pcflowLink = (pCodeFlowLink *)(setNextItem(pcflow->to)); } /* add the first branch to this segment */ BuildFlowSegment(segment,pcflow_to); } addSetIfnotP(&FlowTree, segment); /* done */ } /*-----------------------------------------------------------------* * void pic16_BuildFlowTree(pBlock *pb) *-----------------------------------------------------------------*/ void pic16_BuildFlowTree(pBlock *pb) { pCodeFlow *pcflow; set *segment; FlowTree = newSet(); /* Start with the first flow object of this pBlock */ pcflow = PCFL(pic16_findNextpCode(pb->pcHead, PC_FLOW)); segment = newSet(); BuildFlowSegment(segment, pcflow); pb->FlowTree = FlowTree; dbg_dumpFlowTree(FlowTree); } static void dbg_dumpFlow(pBlock *pb) { pCode *pcflow; for( pcflow = pic16_findNextpCode(pb->pcHead, PC_FLOW); pcflow != NULL; pcflow = pic16_findNextpCode(pcflow->next, PC_FLOW) ) { if(!isPCFL(pcflow)) fprintf(stderr, "LinkFlow - pcflow is not a flow object "); fprintf(stderr, "Flow: 0x%x",pcflow->seq); if(PCFL(pcflow) && PCFL(pcflow)->ancestor) fprintf(stderr,", ancestor 0x%x\n", PCFL(pcflow)->ancestor->pc.seq); else { pCodeFlowLink *from = (PCFL(pcflow)->from) ? (PCFLINK(setFirstItem(PCFL(pcflow)->from))) : NULL; fprintf(stderr," no ancestor"); while(from) { fprintf(stderr," (0x%x)",from->pcflow->pc.seq); from = setNextItem(PCFL(pcflow)->from); } fprintf(stderr,"\n"); } } } #endif #if 0 /*-----------------------------------------------------------------* * void BuildFlowSegment(set *segment, pCodeFlow *pcflow) *-----------------------------------------------------------------*/ static void BuildFlowSegment(pCodeFlow *pcflow) { static int recursion=0; pCodeFlow *pcflow_other; set *flowset; if(!pcflow) return; if(recursion++ > 200) { fprintf(stderr, " exceeded recursion\n"); return; } fprintf(stderr,"examining 0x%x\n",pcflow->pc.seq); if(pcflow->from) { flowset = pcflow->from; if(flowset && flowset->next == NULL) { /* There is a flow before this one. In fact, there's exactly one flow before this one (because ->next is NULL). That means all children of this node pass through both this node and the node immediately before this one; i.e. they have the same ancestor. */ if( (NULL == (pcflow_other = PCFLINK(flowset->item)->pcflow)) || (NULL == pcflow_other)) { fprintf(stderr,"2 error in flow link\n"); exit(1); } pcflow->ancestor = pcflow_other->ancestor ; fprintf(stderr,"Assigning ancestor 0x%x from flow 0x%x\n", pcflow->ancestor->pc.seq, pcflow_other->pc.seq); } else { if(flowset == NULL) { /* There are no flows before this one. * If this is not the first flow object in the pBlock then * there's an error */ if(!pcflow->ancestor) { fprintf(stderr,"error in flow link\n"); exit(1); } } else { /* Flow passes to this flow from multiple flows. Let's look at just one of these. If the one we look at has an ancestor, then that's our ancestor too. If the one we look at doesn't have an ancestor, then that means we haven't traversed that branch of the call tree yet - but we will */ pcflow_other = PCFLINK(flowset->item)->pcflow; if(pcflow_other) { fprintf(stderr, "coming from 0x%x\n",pcflow_other->pc.seq); if( pcflow_other->ancestor) pcflow->ancestor = pcflow_other->ancestor; } } } } else { /* there are no nodes before this one */ if(!pcflow->ancestor) fprintf(stderr,"3 Error in flow link\n"); } /* Now let's recursively expand the call tree */ if(pcflow->ancestor && pcflow->to) { flowset = pcflow->to; while(flowset) { BuildFlowSegment(PCFLINK(flowset->item)->pcflow); flowset = flowset->next; } } } #endif void pic16_BuildFlowTree(pBlock *pb) { pCodeFlow *first_pcflow, *pcflow; // fprintf(stderr,"pic16_BuildFlowTree \n"); first_pcflow = PCFL(pic16_findNextpCode(pb->pcHead, PC_FLOW)); if(!first_pcflow) return; /* The very first node is like Adam, it's its own ancestor (i.e. * there are no other flows in this pBlock prior to the first one). */ first_pcflow->ancestor = first_pcflow; /* For each flow that has only one predecessor, it's easy to identify the ancestor */ pcflow = PCFL(pic16_findNextpCode(first_pcflow->pc.next, PC_FLOW)); while(pcflow) { if(elementsInSet(pcflow->from) == 1) { pCodeFlowLink *from = PCFLINK(setFirstItem(pcflow->from)); pcflow->ancestor = from->pcflow; /* fprintf(stderr,"Assigning ancestor 0x%x to flow 0x%x\n", pcflow->ancestor->pc.seq, pcflow->pc.seq); */ } pcflow = PCFL(pic16_findNextpCode(pcflow->pc.next, PC_FLOW)); } pcflow = PCFL(pic16_findNextpCode(first_pcflow->pc.next, PC_FLOW)); while(pcflow) { if(elementsInSet(pcflow->from) > 1) { pCodeFlow *min_pcflow; pCodeFlowLink *from = PCFLINK(setFirstItem(pcflow->from)); min_pcflow = from->pcflow; while( (from = setNextItem(pcflow->from)) != NULL) { if(from->pcflow->pc.seq < min_pcflow->pc.seq) min_pcflow = from->pcflow; } pcflow->ancestor = min_pcflow; /* fprintf(stderr,"Assigning ancestor 0x%x to flow 0x%x from multiple\n", pcflow->ancestor->pc.seq, pcflow->pc.seq); */ } pcflow = PCFL(pic16_findNextpCode(pcflow->pc.next, PC_FLOW)); } // BuildFlowSegment(pcflow); //dbg_dumpFlow(pb); } sdcc-2.9.0/src/pic16/pcodeflow.h000066400000000000000000000045461116427777700163360ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcode.h - post code generation Written By - Scott Dattalo scott@dattalo.com PIC16 port - Martin Dubuc m.dubuc@rogers.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ #ifndef __PCODEFLOW_H__ #define __PCODEFLOW_H__ /************************************************* * pCode conditions: * * The "conditions" are bit-mapped flags that describe * input and/or output conditions that are affected by * the instructions. For example: * * MOVF SOME_REG,W * * This instruction depends upon 'SOME_REG'. Consequently * it has the input condition PCC_REGISTER set to true. * * In addition, this instruction affects the Z bit in the * status register and affects W. Thus the output conditions * are the logical or: * PCC_ZERO_BIT | PCC_W * * The conditions are intialized when the pCode for an * instruction is created. They're subsequently used * by the pCode optimizer determine state information * in the program flow. *************************************************/ #define PCC_NONE 0 #define PCC_REGISTER (1<<0) #define PCC_REGISTER2 (1<<1) #define PCC_C (1<<2) #define PCC_Z (1<<3) #define PCC_DC (1<<4) #define PCC_OV (1<<5) #define PCC_N (1<<6) #define PCC_W (1<<7) #define PCC_EXAMINE_PCOP (1<<8) #define PCC_LITERAL (1<<9) #define PCC_REL_ADDR (1<<10) #define PCC_STATUS (PCC_C | PCC_Z | PCC_DC | PCC_OV | PCC_N) /*------------------------------------------------------------*/ void BuildFlowAncestry(pBlock *pb); #endif // __PCODEFLOW_H__ sdcc-2.9.0/src/pic16/pcodepeep.c000066400000000000000000002223771116427777700163170ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcodepeep.c - post code generation Written By - Scott Dattalo scott@dattalo.com Ported to PIC16 By - Martin Dubuc m.dubuc@rogers.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ #include #include #include "common.h" // Include everything in the SDCC src directory #include "newalloc.h" //#define PCODE_DEBUG #include "pcode.h" #include "pcodeflow.h" #include "ralloc.h" pCodeOp *pic16_popCopyGPR2Bit(pCodeOpReg *pc, int bitval); pCodeOp *pic16_newpCodeOpWild(int id, pCodeWildBlock *pcwb, pCodeOp *subtype); pCodeOp *pic16_newpCodeOpWild2(int id, int id2, pCodeWildBlock *pcwb, pCodeOp *subtype, pCodeOp *subtype2); pCode *pic16_newpCodeWild(int pCodeID, pCodeOp *optional_operand, pCodeOp *optional_label); pCode * pic16_findNextInstruction(pCode *pc); int pic16_getpCode(char *mnem,int dest); int pic16_getpCodePeepCommand(char *cmd); void pic16_pBlockMergeLabels(pBlock *pb); char *pic16_pCode2str(char *str, int size, pCode *pc); //char *pic16_get_op(pCodeOp *pcop,char *buf, size_t buf_size); pCodeOp *pic16_popCombine2(pCodeOp *, pCodeOp *, int); extern pCodeInstruction *pic16Mnemonics[]; static int parsing_peeps=1; #define IS_PCCOMMENT(x) ( x && (x->type==PC_COMMENT)) /****************************************************************/ /* * rootRules - defined in SDCCpeep.c * This is a pointer to the (parsed) peephole rules that are * defined in peep.def. */ //extern peepRule *rootRules; /****************************************************************/ /****************************************************************/ typedef struct _DLL { struct _DLL *prev; struct _DLL *next; // void *data; } _DLL; typedef struct pCodePeepSnippets { _DLL dll; pCodePeep *peep; } pCodePeepSnippets; /****************************************************************/ /* */ /* peepSnippets - */ /* */ /****************************************************************/ static pCodePeepSnippets *peepSnippets=NULL; /****************************************************************/ /* */ /* curPeep */ /* */ /****************************************************************/ //static pCodePeep *curPeep=NULL; /****************************************************************/ /* */ /* curBlock */ /* */ /****************************************************************/ //static pBlock *curBlock=NULL; /****************************************************************/ /* */ /* max wild cards in a peep rule */ /* */ /****************************************************************/ //static int sMaxWildVar = 0; //static int sMaxWildMnem = 0; typedef struct pCodeToken { int tt; // token type; union { char c; // character int n; // number char *s; // string } tok; } pCodeToken; pCodeToken tokArr[50]; static unsigned tokIdx=0; typedef enum { PCT_NULL=0, PCT_SPACE=1, PCT_PERCENT, PCT_LESSTHAN, PCT_GREATERTHAN, PCT_COLON, PCT_COMMA, PCT_COMMENT, PCT_STRING, PCT_NUMBER } pCodeTokens; typedef struct parsedPattern { struct pcPattern *pcp; pCodeToken *pct; } parsedPattern; #define MAX_PARSEDPATARR 50 parsedPattern parsedPatArr[MAX_PARSEDPATARR]; //static unsigned int parsedPatIdx=0; typedef enum { PCP_LABEL=1, PCP_NUMBER, PCP_STR, PCP_WILDVAR, PCP_WILDSTR, PCP_COMMA, PCP_COMMENT } pCodePatterns; static char pcpat_label[] = {PCT_PERCENT, PCT_NUMBER, PCT_COLON, 0}; static char pcpat_number[] = {PCT_NUMBER, 0}; static char pcpat_string[] = {PCT_STRING, 0}; static char pcpat_wildString[] = {PCT_PERCENT, PCT_STRING, 0}; static char pcpat_wildVar[] = {PCT_PERCENT, PCT_NUMBER, 0}; static char pcpat_comma[] = {PCT_COMMA, 0}; static char pcpat_comment[] = {PCT_COMMENT, 0}; typedef struct pcPattern { char pt; // Pattern type char *tokens; // list of tokens that describe the pattern void * (*f) (void *,pCodeWildBlock *); } pcPattern; static pcPattern pcpArr[] = { {PCP_LABEL, pcpat_label, NULL}, {PCP_WILDSTR, pcpat_wildString, NULL}, {PCP_STR, pcpat_string, NULL}, {PCP_WILDVAR, pcpat_wildVar, NULL}, {PCP_COMMA, pcpat_comma, NULL}, {PCP_COMMENT, pcpat_comment, NULL}, {PCP_NUMBER, pcpat_number, NULL} }; #define PCPATTERNS (sizeof(pcpArr)/sizeof(pcPattern)) // Assembly Line Token typedef enum { ALT_LABEL=1, ALT_COMMENT, ALT_MNEM0, ALT_MNEM0A, ALT_MNEM1, ALT_MNEM1A, ALT_MNEM1B, ALT_MNEM2, ALT_MNEM2A, ALT_MNEM2B, ALT_MNEM3, ALT_MNEM4, ALT_MNEM4a } altPatterns; static char alt_comment[] = { PCP_COMMENT, 0}; static char alt_label[] = { PCP_LABEL, 0}; static char alt_mnem0[] = { PCP_STR, 0}; static char alt_mnem0a[] = { PCP_WILDVAR, 0}; static char alt_mnem1[] = { PCP_STR, PCP_STR, 0}; static char alt_mnem1a[] = { PCP_STR, PCP_WILDVAR, 0}; static char alt_mnem1b[] = { PCP_STR, PCP_NUMBER, 0}; static char alt_mnem2[] = { PCP_STR, PCP_STR, PCP_COMMA, PCP_STR, 0}; static char alt_mnem2a[] = { PCP_STR, PCP_WILDVAR, PCP_COMMA, PCP_STR, 0}; static char alt_mnem2b[] = { PCP_STR, PCP_WILDVAR, PCP_COMMA, PCP_WILDVAR, 0}; static char alt_mnem3[] = { PCP_STR, PCP_STR, PCP_COMMA, PCP_NUMBER, 0}; static char alt_mnem4[] = { PCP_STR, PCP_NUMBER, PCP_COMMA, PCP_STR, 0}; // for lfsr 0 , name static char alt_mnem4a[] = { PCP_STR, PCP_NUMBER, PCP_COMMA, PCP_NUMBER, 0}; // for lfsr 0 , value static void * cvt_altpat_label(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_comment(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem0(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem0a(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem1(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem1a(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem1b(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem2(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem2a(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem2b(void *pp, pCodeWildBlock *pcwb); static void * cvt_altpat_mnem3(void *pp,pCodeWildBlock *pcwb); static void * cvt_altpat_mnem4(void *pp, pCodeWildBlock *pcwb); static void * cvt_altpat_mnem4a(void *pp, pCodeWildBlock *pcwb); /* NOTE: Order is important in the following table */ static pcPattern altArr[] = { {ALT_LABEL, alt_label, cvt_altpat_label}, {ALT_COMMENT, alt_comment,cvt_altpat_comment}, {ALT_MNEM4a, alt_mnem4a, cvt_altpat_mnem4a}, {ALT_MNEM4, alt_mnem4, cvt_altpat_mnem4}, {ALT_MNEM3, alt_mnem3, cvt_altpat_mnem3}, {ALT_MNEM2B, alt_mnem2b, cvt_altpat_mnem2b}, {ALT_MNEM2A, alt_mnem2a, cvt_altpat_mnem2a}, {ALT_MNEM2, alt_mnem2, cvt_altpat_mnem2}, {ALT_MNEM1B, alt_mnem1b, cvt_altpat_mnem1b}, {ALT_MNEM1A, alt_mnem1a, cvt_altpat_mnem1a}, {ALT_MNEM1, alt_mnem1, cvt_altpat_mnem1}, {ALT_MNEM0A, alt_mnem0a, cvt_altpat_mnem0a}, {ALT_MNEM0, alt_mnem0, cvt_altpat_mnem0}, }; #define ALTPATTERNS (sizeof(altArr)/sizeof(pcPattern)) // forward declarations static void * DLL_append(_DLL *list, _DLL *next); /*-----------------------------------------------------------------*/ /* cvt_extract_destination - helper function extracts the register */ /* destination from a parsedPattern. */ /* */ /*-----------------------------------------------------------------*/ static int cvt_extract_destination(parsedPattern *pp) { if(pp->pct[0].tt == PCT_STRING) { // just check first letter for now if(toupper((unsigned char)*pp->pct[0].tok.s) == 'F') return 1; } else if (pp->pct[0].tt == PCT_NUMBER) { if(pp->pct[0].tok.n) return 1; } return 0; } /*-----------------------------------------------------------------*/ /* pCodeOp *cvt_extract_status(char *reg, char *bit) */ /* if *reg is the "status" register and *bit is one of the */ /* status bits, then this function will create a new pCode op */ /* containing the status register. */ /*-----------------------------------------------------------------*/ static pCodeOp *cvt_extract_status(char *reg, char *bit) { int len; if(STRCASECMP(reg, pic16_pc_status.pcop.name)) return NULL; len = strlen(bit); if(len == 1) { // check C,Z if(toupper((unsigned char)*bit) == 'C') return PCOP(pic16_popCopyGPR2Bit(&pic16_pc_status,PIC_C_BIT)); if(toupper((unsigned char)*bit) == 'Z') return PCOP(pic16_popCopyGPR2Bit(&pic16_pc_status,PIC_Z_BIT)); } // Check DC if(len ==2 && toupper((unsigned char)bit[0]) == 'D' && toupper((unsigned char)bit[1]) == 'C') return PCOP(pic16_popCopyGPR2Bit(&pic16_pc_status,PIC_DC_BIT)); return NULL; } /*-----------------------------------------------------------------*/ /* cvt_altpat_label - convert assembly line type to a pCode label */ /* INPUT: pointer to the parsedPattern */ /* */ /* pp[0] - label */ /* */ /* label pattern => '%' number ':' */ /* at this point, we wish to extract only the 'number' */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_label(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; DFPRINTF((stderr,"altpat_label with ID = %d\n",p->pct[1].tok.n)); return pic16_newpCodeLabel(NULL,-p->pct[1].tok.n); } /*-----------------------------------------------------------------*/ /* cvt_altpat_comment - convert assembly line type to a comment */ /* INPUT: pointer to the parsedPattern */ /* */ /* pp[0] - comment */ /* */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_comment(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; DFPRINTF((stderr,"altpat_comment = %s\n",p->pct[0].tok.s)); return pic16_newpCodeCharP(p->pct[0].tok.s); } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem0 - convert assembly line type to a wild pCode */ /* instruction */ /* */ /* pp[0] - str */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem0(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; pCodeInstruction *pci=NULL; DFPRINTF((stderr,"altpat_mnem0 %s\n", p->pct[0].tok.s)); opcode = pic16_getpCode(p->pct[0].tok.s,0); if(opcode < 0) { /* look for special command strings like _NOTBITSKIP_ */ //fprintf(stderr, "Bad mnemonic\n"); opcode = pic16_getpCodePeepCommand(p->pct[0].tok.s); //if(opcode > 0) // fprintf(stderr," but valid peep command: %s, key = %d\n",p->pct[0].tok.s,opcode); return NULL; } pci = PCI(pic16_newpCode(opcode, NULL)); if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem0a - convert assembly line type to a wild pCode */ /* instruction */ /* */ /* pp[0] - wild var */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem0a(void *pp, pCodeWildBlock *pcwb) { parsedPattern *p = pp; DFPRINTF((stderr,"altpat_mnem0a wild mnem # %d\n", p[0].pct[1].tok.n)); /* Save the index of the maximum wildcard mnemonic */ //if(p[0].pct[1].tok.n > sMaxWildVar) // sMaxWildMnem = p[0].pct[1].tok.n; if(p[0].pct[1].tok.n > pcwb->nwildpCodes) pcwb->nwildpCodes = p[0].pct[1].tok.n; return pic16_newpCodeWild(p[0].pct[1].tok.n,NULL,NULL); } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem1 - convert assembly line type to a pCode */ /* instruction with 1 operand. */ /* */ /* pp[0] - mnem */ /* pp[1] - Operand */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem1(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; pCodeInstruction *pci=NULL; pCodeOp *pcosubtype; DFPRINTF((stderr,"altpat_mnem1 %s var %s\n", p->pct[0].tok.s,p[1].pct[0].tok.s)); opcode = pic16_getpCode(p->pct[0].tok.s,0); if(opcode < 0) { //fprintf(stderr, "Bad mnemonic\n"); opcode = pic16_getpCodePeepCommand(p->pct[0].tok.s); //if(opcode > 0) //fprintf(stderr," but valid peep command: %s, key = %d\n",p->pct[0].tok.s,opcode); return NULL; } if(pic16Mnemonics[opcode]->isBitInst) pcosubtype = pic16_newpCodeOp(p[1].pct[0].tok.s,PO_BIT); else { // fprintf(stderr, "%s:%d tok.s= %s\n", __FILE__, __LINE__, p[1].pct[0].tok.s); pcosubtype = pic16_newpCodeOp(p[1].pct[0].tok.s,PO_STR); //GPR_REGISTER); } pci = PCI(pic16_newpCode(opcode, pcosubtype)); if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem1a - convert assembly line type to a pCode */ /* instruction with 1 wild operand. */ /* */ /* pp[0] - mnem */ /* pp[1] - wild var */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem1a(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; pCodeInstruction *pci=NULL; pCodeOp *pcosubtype; DFPRINTF((stderr,"altpat_mnem1a %s var %d\n", p->pct[0].tok.s,p[1].pct[1].tok.n)); opcode = pic16_getpCode(p->pct[0].tok.s,0); if(opcode < 0) { int cmd_id = pic16_getpCodePeepCommand(p->pct[0].tok.s); pCode *pc=NULL; if(cmd_id<0) { fprintf(stderr, "Bad mnemonic\n"); return NULL; } if(p[0].pct[1].tok.n > pcwb->nwildpCodes) pcwb->nwildpCodes = p[0].pct[1].tok.n; pc = pic16_newpCodeWild(p[1].pct[1].tok.n,NULL,NULL); switch(cmd_id) { case NOTBITSKIP: PCW(pc)->mustNotBeBitSkipInst = 1; break; case BITSKIP: PCW(pc)->mustBeBitSkipInst = 1; break; case INVERTBITSKIP: PCW(pc)->invertBitSkipInst = 1; } return pc; } if(pic16Mnemonics[opcode]->isBitInst) pcosubtype = pic16_newpCodeOpBit(NULL,-1,0, PO_GPR_REGISTER); else pcosubtype = pic16_newpCodeOp(NULL,PO_GPR_REGISTER); pci = PCI(pic16_newpCode(opcode, pic16_newpCodeOpWild(p[1].pct[1].tok.n, pcwb, pcosubtype))); /* Save the index of the maximum wildcard variable */ //if(p[1].pct[1].tok.n > sMaxWildVar) // sMaxWildVar = p[1].pct[1].tok.n; if(p[1].pct[1].tok.n > pcwb->nvars) pcwb->nvars = p[1].pct[1].tok.n; if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem1b(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; pCodeInstruction *pci=NULL; DFPRINTF((stderr,"altpat_mnem1b %s var %d\n", p->pct[0].tok.s,p[1].pct[0].tok.n)); opcode = pic16_getpCode(p->pct[0].tok.s,0); if(opcode < 0) { fprintf(stderr, "Bad mnemonic\n"); return NULL; } pci = PCI(pic16_newpCode(opcode, pic16_newpCodeOpLit(p[1].pct[0].tok.n) )); if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* cvt_altpat_mnem2 */ /* */ /* pp[0] - mnem */ /* pp[1] - var */ /* pp[2] - comma */ /* pp[3] - destination */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem2(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; int dest; pCodeInstruction *pci=NULL; pCodeOp *pcosubtype; dest = cvt_extract_destination(&p[3]); DFPRINTF((stderr,"altpat_mnem2 %s var %s destination %s(%d)\n", p->pct[0].tok.s, p[1].pct[0].tok.s, p[3].pct[0].tok.s, dest)); opcode = pic16_getpCode(p->pct[0].tok.s,dest); if(opcode < 0) { fprintf(stderr, "Bad mnemonic\n"); return NULL; } if(pic16Mnemonics[opcode]->isBitInst) { pcosubtype = cvt_extract_status(p[1].pct[0].tok.s, p[3].pct[0].tok.s); if(pcosubtype == NULL) { fprintf(stderr, "bad operand?\n"); return NULL; } } else if(pic16Mnemonics[opcode]->is2MemOp) { /* support for movff instruction */ pcosubtype = pic16_popCombine2( pic16_newpCodeOp(p[1].pct[0].tok.s, PO_GPR_REGISTER), pic16_newpCodeOp(p[3].pct[0].tok.s, PO_GPR_REGISTER), 0); } else pcosubtype = pic16_newpCodeOp(p[1].pct[0].tok.s,PO_GPR_REGISTER); pci = PCI(pic16_newpCode(opcode,pcosubtype)); if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem2a - convert assembly line type to a pCode */ /* instruction with 1 wild operand and a */ /* destination operand (e.g. w or f) */ /* */ /* pp[0] - mnem */ /* pp[1] - wild var */ /* pp[2] - comma */ /* pp[3] - destination */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem2a(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; int dest; pCodeInstruction *pci=NULL; pCodeOp *pcosubtype, *pcosubtype2; if(!pcwb) { fprintf(stderr,"ERROR %s:%d - can't assemble line\n",__FILE__,__LINE__); return NULL; } dest = cvt_extract_destination(&p[3]); DFPRINTF((stderr,"altpat_mnem2a %s var %d destination %s(%d)\n", p->pct[0].tok.s, p[1].pct[1].tok.n, p[3].pct[0].tok.s, dest)); #if 0 fprintf(stderr,"altpat_mnem2a %s var %d destination %s(%d)\n", p->pct[0].tok.s, p[1].pct[1].tok.n, p[3].pct[0].tok.s, dest); #endif opcode = pic16_getpCode(p->pct[0].tok.s,dest); if(opcode < 0) { fprintf(stderr, "Bad mnemonic\n"); return NULL; } if(pic16Mnemonics[opcode]->isBitInst) { pcosubtype = pic16_newpCodeOp(NULL,PO_BIT); pcosubtype2 = NULL; } else { #if 0 if(pic16Mnemonics[opcode]->is2MemOp) { /* support for movff instruction */ pcosubtype = pic16_newpCodeOp(NULL, PO_GPR_REGISTER); pcosubtype2 = pic16_newpCodeOp(p[3].pct[0].tok.s, PO_STR); } else { #endif pcosubtype = pic16_newpCodeOp(NULL,PO_GPR_REGISTER); pcosubtype2 = NULL; } if(!pcosubtype2) pci = PCI(pic16_newpCode(opcode, pic16_newpCodeOpWild(p[1].pct[1].tok.n, pcwb, pcosubtype))); else pci = PCI(pic16_newpCode(opcode, pic16_newpCodeOpWild2(p[1].pct[1].tok.n, p[3].pct[1].tok.n, pcwb, pcosubtype, pcosubtype2))); /* Save the index of the maximum wildcard variable */ //if(p[1].pct[1].tok.n > sMaxWildVar) // sMaxWildVar = p[1].pct[1].tok.n; if(p[1].pct[1].tok.n > pcwb->nvars) pcwb->nvars = p[1].pct[1].tok.n; if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem2b - convert assembly line type to a pCode */ /* instruction with 2 wild operands */ /* */ /* pp[0] - mnem */ /* pp[1] - wild var */ /* pp[2] - comma */ /* pp[3] - wild var */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem2b(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; int dest; pCodeInstruction *pci=NULL; pCodeOp *pcosubtype, *pcosubtype2; if(!pcwb) { fprintf(stderr,"ERROR %s:%d - can't assemble line\n",__FILE__,__LINE__); return NULL; } dest = cvt_extract_destination(&p[3]); DFPRINTF((stderr,"altpat_mnem2b %s src %d dst (%d)\n", p->pct[0].tok.s, p[1].pct[1].tok.n, p[3].pct[1].tok.n)); #if 0 fprintf(stderr,"altpat_mnem2b %s src: %d dst: %d\n", p->pct[0].tok.s, p[1].pct[1].tok.n, p[3].pct[1].tok.n); #endif opcode = pic16_getpCode(p->pct[0].tok.s,dest); if(opcode < 0) { fprintf(stderr, "Bad mnemonic\n"); return NULL; } if(pic16Mnemonics[opcode]->is2MemOp) { /* support for movff instruction */ pcosubtype = pic16_newpCodeOp(NULL, PO_GPR_REGISTER); pcosubtype2 = pic16_newpCodeOp(NULL, PO_GPR_REGISTER); } else pcosubtype = pcosubtype2 = NULL; pci = PCI(pic16_newpCode(opcode, pic16_newpCodeOpWild2(p[1].pct[1].tok.n, p[3].pct[1].tok.n, pcwb, pcosubtype, pcosubtype2))); /* Save the index of the maximum wildcard variable */ //if(p[1].pct[1].tok.n > sMaxWildVar) // sMaxWildVar = p[1].pct[1].tok.n; if(p[1].pct[1].tok.n > pcwb->nvars) pcwb->nvars = p[1].pct[1].tok.n; if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem3 - convert assembly line type to a pCode */ /* This rule is for bsf/bcf type instructions */ /* */ /* */ /* pp[0] - mnem */ /* pp[1] - register */ /* pp[2] - comma */ /* pp[3] - number */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem3(void *pp,pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; int dest; // or could be bit position in the register pCodeInstruction *pci=NULL; pCodeOp *pcosubtype=NULL; dest = cvt_extract_destination(&p[3]); DFPRINTF((stderr,"altpat_mnem3 %s var %s bit (%d)\n", p->pct[0].tok.s, p[1].pct[0].tok.s, p[3].pct[0].tok.n)); opcode = pic16_getpCode(p->pct[0].tok.s,0); if(opcode < 0) { fprintf(stderr, "Bad mnemonic\n"); return NULL; } if(pic16Mnemonics[opcode]->isBitInst) { //pcosubtype = cvt_extract_status(p[1].pct[0].tok.s, p[3].pct[0].tok.s); //if(pcosubtype == NULL) { pcosubtype = pic16_newpCodeOpBit(p[1].pct[0].tok.s,p[3].pct[0].tok.n,0, PO_GPR_REGISTER); //} } else pcosubtype = pic16_newpCodeOp(p[1].pct[0].tok.s,PO_GPR_REGISTER); if(pcosubtype == NULL) { fprintf(stderr, "Bad operand\n"); return NULL; } pci = PCI(pic16_newpCode(opcode, pcosubtype)); if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem4 - convert assembly line type to a pCode */ /* This rule is for lfsr instruction */ /* */ /* */ /* pp[0] - mnem */ /* pp[1] - number */ /* pp[2] - comma */ /* pp[3] - source */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem4(void *pp, pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; int dest; // or could be bit position in the register pCodeInstruction *pci=NULL; pCodeOp *pcosubtype=NULL; dest = cvt_extract_destination(&p[3]); DFPRINTF((stderr,"altpat_mnem4 %s fsr %d source %s\n", p->pct[0].tok.s, p[1].pct[0].tok.n, p[3].pct[0].tok.s)); opcode = pic16_getpCode(p->pct[0].tok.s,0); if(opcode < 0) { fprintf(stderr, "Bad mnemonic\n"); return NULL; } DFPRINTF((stderr, "Found mnemonic opcode= %d\n", opcode)); if(pic16Mnemonics[opcode]->is2LitOp) { pcosubtype = pic16_newpCodeOpLit2(p[1].pct[0].tok.n, pic16_newpCodeOp(p[3].pct[0].tok.s, PO_STR)); } if(pcosubtype == NULL) { fprintf(stderr, "Bad operand\n"); return NULL; } pci = PCI(pic16_newpCode(opcode, pcosubtype)); if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* cvt_altpat_mem4a - convert assembly line type to a pCode */ /* This rule is for lfsr instruction */ /* */ /* */ /* pp[0] - mnem */ /* pp[1] - number */ /* pp[2] - comma */ /* pp[3] - value */ /* */ /*-----------------------------------------------------------------*/ static void * cvt_altpat_mnem4a(void *pp, pCodeWildBlock *pcwb) { parsedPattern *p = pp; int opcode; int dest; // or could be bit position in the register pCodeInstruction *pci=NULL; pCodeOp *pcosubtype=NULL; dest = cvt_extract_destination(&p[3]); DFPRINTF((stderr,"altpat_mnem4a %s fsr %d value 0x%02x\n", p->pct[0].tok.s, p[1].pct[0].tok.n, p[3].pct[0].tok.n)); opcode = pic16_getpCode(p->pct[0].tok.s,0); if(opcode < 0) { fprintf(stderr, "Bad mnemonic\n"); return NULL; } DFPRINTF((stderr, "Found mnemonic opcode= %d\n", opcode)); if(pic16Mnemonics[opcode]->is2LitOp) { pcosubtype = pic16_newpCodeOpLit2(p[1].pct[0].tok.n, pic16_newpCodeOpLit(p[3].pct[0].tok.n)); } if(pcosubtype == NULL) { fprintf(stderr, "Bad operand\n"); return NULL; } pci = PCI(pic16_newpCode(opcode, pcosubtype)); if(!pci) fprintf(stderr,"couldn't find mnemonic\n"); return pci; } /*-----------------------------------------------------------------*/ /* tokenizeLineNode - Convert a string (of char's) that was parsed */ /* by SDCCpeeph.c into a string of tokens. */ /* */ /* */ /* The tokenizer is of the classic type. When an item is encounterd*/ /* it is converted into a token. The token is a structure that */ /* encodes the item's type and it's value (when appropriate). */ /* */ /* Accepted token types: */ /* SPACE NUMBER STRING % : , ; */ /* */ /* */ /* */ /*-----------------------------------------------------------------*/ static void tokenizeLineNode(char *ln) { char *lnstart=ln; tokIdx = 0; // Starting off at the beginning tokArr[0].tt = PCT_NULL; // and assume invalid character for first token. if(!ln || !*ln) return; // fprintf(stderr, "%s:%d: processing %s\n", __FILE__, __LINE__, ln); while(*ln) { if(isspace((unsigned char)*ln)) { // add a SPACE token and eat the extra spaces. tokArr[tokIdx++].tt = PCT_SPACE; while (isspace ((unsigned char)*ln)) ln++; continue; } if(isdigit((unsigned char)*ln)) { tokArr[tokIdx].tt = PCT_NUMBER; tokArr[tokIdx++].tok.n = strtol(ln, &ln, 0); continue; } switch(*ln) { case '%': tokArr[tokIdx++].tt = PCT_PERCENT; break; case '<': tokArr[tokIdx++].tt = PCT_LESSTHAN; break; case '>': tokArr[tokIdx++].tt = PCT_GREATERTHAN; break; case ':': tokArr[tokIdx++].tt = PCT_COLON; break; case ';': tokArr[tokIdx].tok.s = Safe_strdup(ln); tokArr[tokIdx++].tt = PCT_COMMENT; tokArr[tokIdx].tt = PCT_NULL; return; case ',': tokArr[tokIdx++].tt = PCT_COMMA; break; default: // hack to allow : goto $ if(isalpha((unsigned char)*ln) || (*ln == '_') || (!parsing_peeps && (*ln == '$'))) { char buffer[50]; int i=0; while( (isalpha((unsigned char)*ln) || isdigit((unsigned char)*ln) || (*ln == '_') || (*ln == '$')) && i<49) buffer[i++] = *ln++; ln--; buffer[i] = 0; tokArr[tokIdx].tok.s = Safe_strdup(buffer); tokArr[tokIdx++].tt = PCT_STRING; } else { if(parsing_peeps) { fprintf(stderr, "Error while parsing peep rules (check peeph.def)\n"); fprintf(stderr, "Line: %s\n",lnstart); fprintf(stderr, "Token: '%c'\n",*ln); exit(1); } } } /* Advance to next character in input string . * Note, if none of the tests passed above, then * we effectively ignore the `bad' character. * Since the line has already been parsed by SDCCpeeph, * chance are that there are no invalid characters... */ ln++; } tokArr[tokIdx].tt = 0; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void dump1Token(pCodeTokens tt) { switch(tt) { case PCT_SPACE: fprintf(stderr, " space "); break; case PCT_PERCENT: fprintf(stderr, " pct %%"); break; case PCT_LESSTHAN: fprintf(stderr, " pct <"); break; case PCT_GREATERTHAN: fprintf(stderr, " pct >"); break; case PCT_COLON: fprintf(stderr, " col :"); break; case PCT_COMMA: fprintf(stderr, " comma , "); break; case PCT_COMMENT: fprintf(stderr, " comment "); //fprintf(stderr,"%s",tokArr[i].tok.s); break; case PCT_STRING: fprintf(stderr, " str "); //fprintf(stderr,"%s",tokArr[i].tok.s); break; case PCT_NUMBER: fprintf(stderr, " num "); //fprintf(stderr,"%d",tokArr[i].tok.n); break; case PCT_NULL: fprintf(stderr, " null "); } } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int pcComparePattern(pCodeToken *pct, char *pat, int max_tokens) { int i=0; if(!pct || !pat || !*pat) return 0; //DFPRINTF((stderr,"comparing against:\n")); while(i < max_tokens) { if(*pat == 0){ //DFPRINTF((stderr,"matched\n")); return (i+1); } // dump1Token(*pat); fputc('\n', stderr); DFPRINTF((stderr,"\n")); if(pct->tt != *pat) return 0; pct++; pat++; } return 0; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int altComparePattern( char *pct, parsedPattern *pat, int max_tokens) { int i=0; if(!pct || !pat || !*pct) return 0; while(i < max_tokens) { if(*pct == 0) { DFPRINTF((stderr,"matched\n")); return i; } // dump1Token(*pat); DFPRINTF((stderr,"\n")); if( !pat || !pat->pcp ) return 0; if (pat->pcp->pt != *pct) return 0; DFPRINTF((stderr," pct=%d\n",*pct)); pct++; pat++; i++; } return 0; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int advTokIdx(int *v, int amt) { if((unsigned) (*v + amt) > tokIdx) return 1; *v += amt; return 0; } /*-----------------------------------------------------------------*/ /* parseTokens - convert the tokens corresponding to a single line */ /* of a peep hole assembly into a pCode object. */ /* */ /* */ /* */ /* */ /* This is a simple parser that looks for strings of the type */ /* allowed in the peep hole definition file. Essentially the format*/ /* is the same as a line of assembly: */ /* */ /* label: mnemonic op1, op2, op3 ; comment */ /* */ /* Some of these items aren't present. It's the job of the parser */ /* to determine which are and convert those into the appropriate */ /* pcode. */ /*-----------------------------------------------------------------*/ static int parseTokens(pCodeWildBlock *pcwb, pCode **pcret) { pCode *pc; int error = 0; if(!tokIdx) return error; #ifdef PCODE_DEBUG { unsigned i; for(i=0; i<=tokIdx; i++) dump1Token(tokArr[i].tt); fputc('\n',stderr); } #endif { int lparsedPatIdx=0; int lpcpIdx; int ltokIdx =0; int matching = 0; int j=0; int k=0; char * cPmnem = NULL; // Pointer to non-wild mnemonic (if any) char * cP1stop = NULL; char * cP2ndop = NULL; //pCodeOp *pcl = NULL; // Storage for a label //pCodeOp *pco1 = NULL; // 1st operand //pCodeOp *pco2 = NULL; // 2nd operand //pCode *pc = NULL; // Mnemonic typedef enum { PS_START, PS_HAVE_LABEL, PS_HAVE_MNEM, PS_HAVE_1OPERAND, PS_HAVE_COMMA, PS_HAVE_2OPERANDS } ParseStates; ParseStates state = PS_START; do { lpcpIdx=0; matching = 0; if( ((tokArr[ltokIdx].tt == PCT_SPACE) ) && (advTokIdx(<okIdx, 1)) ) // eat space break; do { j = pcComparePattern(&tokArr[ltokIdx], pcpArr[lpcpIdx].tokens, tokIdx +1); if( j ) { switch(pcpArr[lpcpIdx].pt) { case PCP_LABEL: if(state == PS_START){ DFPRINTF((stderr," label\n")); state = PS_HAVE_LABEL; } else DFPRINTF((stderr," bad state (%d) for label\n",state)); break; case PCP_STR: DFPRINTF((stderr," %s is",tokArr[ltokIdx].tok.s)); switch(state) { case PS_START: case PS_HAVE_LABEL: DFPRINTF((stderr," mnem\n")); cPmnem = tokArr[ltokIdx].tok.s; state = PS_HAVE_MNEM; break; case PS_HAVE_MNEM: DFPRINTF((stderr," 1st operand\n")); cP1stop = tokArr[ltokIdx].tok.s; //pco1 = pic16_newpCodeOp(NULL,PO_GPR_REGISTER); state = PS_HAVE_1OPERAND; break; case PS_HAVE_1OPERAND: DFPRINTF((stderr," error expecting comma\n")); break; case PS_HAVE_COMMA: DFPRINTF((stderr," 2 operands\n")); cP2ndop = tokArr[ltokIdx].tok.s; break; case PS_HAVE_2OPERANDS: break; } break; case PCP_WILDVAR: switch(state) { case PS_START: case PS_HAVE_LABEL: DFPRINTF((stderr," wild mnem\n")); state = PS_HAVE_MNEM; break; case PS_HAVE_MNEM: DFPRINTF((stderr," 1st operand is wild\n")); state = PS_HAVE_1OPERAND; break; case PS_HAVE_1OPERAND: DFPRINTF((stderr," error expecting comma\n")); break; case PS_HAVE_COMMA: DFPRINTF((stderr," 2nd operand is wild\n")); break; case PS_HAVE_2OPERANDS: break; } break; case PCP_NUMBER: switch(state) { case PS_START: case PS_HAVE_LABEL: fprintf(stderr," ERROR number\n"); break; case PS_HAVE_MNEM: DFPRINTF((stderr," 1st operand is a number\n")); state = PS_HAVE_1OPERAND; break; case PS_HAVE_1OPERAND: fprintf(stderr," error expecting comma\n"); break; case PS_HAVE_COMMA: DFPRINTF((stderr," 2nd operand is a number\n")); break; case PS_HAVE_2OPERANDS: break; } break; case PCP_WILDSTR: break; case PCP_COMMA: if(state == PS_HAVE_1OPERAND){ DFPRINTF((stderr," got a comma\n")); state = PS_HAVE_COMMA; } else fprintf(stderr," unexpected comma\n"); break; } matching = 1; parsedPatArr[lparsedPatIdx].pcp = &pcpArr[lpcpIdx]; parsedPatArr[lparsedPatIdx].pct = &tokArr[ltokIdx]; lparsedPatIdx++; // dump1Token(tokArr[ltokIdx].tt); if(advTokIdx(<okIdx, strlen(pcpArr[lpcpIdx].tokens) ) ) { DFPRINTF((stderr," reached end \n")); matching = 0; //return; } } } while ((++lpcpIdx < PCPATTERNS) && !matching); } while (matching); parsedPatArr[lparsedPatIdx].pcp = NULL; parsedPatArr[lparsedPatIdx].pct = NULL; j=k=0; do { int c; if( (c=altComparePattern( altArr[k].tokens, &parsedPatArr[j],10) ) ) { if( altArr[k].f) { pc = altArr[k].f(&parsedPatArr[j],pcwb); //if(pc && pc->print) // pc->print(stderr,pc); //if(pc && pc->destruct) pc->destruct(pc); dumps core? //if(curBlock && pc) //pic16_addpCode2pBlock(curBlock, pc); if(pc) { if (pcret) { *pcret = pc; return 0; // Only accept one line for now. } else pic16_addpCode2pBlock(pcwb->pb, pc); } else error++; } j += c; } k++; } while(j<=lparsedPatIdx && kf ) parsedPatArr[j].pcp->f(&parsedPatArr[j]); DFPRINTF((stderr," %d",parsedPatArr[j].pcp->pt)); j++; } while(jnext) { //DFPRINTF((stderr,"%s\n",ln->line)); // fprintf(stderr, "peep rule : %s\n", ln->line); tokenizeLineNode(ln->line); if(parseTokens(pcwb,NULL)) { int i; fprintf(stderr,"ERROR assembling line:\n%s\n",ln->line); fprintf(stderr,"Tokens:\n"); for(i=0; i<8; i++) dump1Token(tokArr[i].tt); fputc('\n',stderr); exit (1); } } } /*-----------------------------------------------------------------*/ /* pic16_AssembleLine - parse line and return the pCode equivalent */ /* peeps=1 if parsing peep rules, 0 otherwise */ /*-----------------------------------------------------------------*/ pCode *pic16_AssembleLine(char *line, int peeps) { pCode *pc=NULL; if(!line || !*line) { fprintf(stderr,"WARNING returning NULL in AssembleLine\n"); return NULL; } parsing_peeps = peeps; tokenizeLineNode(line); if(parseTokens(NULL,&pc)) fprintf(stderr, "WARNING: unable to assemble line:\n%s\n",line); else { DFPRINTF((stderr, "pc= %p\n", pc)); // if(pc)pc->print(stderr, pc); } parsing_peeps = 1; return pc; } /*-----------------------------------------------------------------*/ /* peepRuleCondition */ /*-----------------------------------------------------------------*/ static void peepRuleCondition(char *cond, pCodePeep *pcp) { if(!cond || !pcp) return; //DFPRINTF((stderr,"\nCondition: %s\n",cond)); /* brute force compares for now */ if(STRCASECMP(cond, "NZ") == 0) { //DFPRINTF((stderr,"found NZ\n")); pcp->postFalseCond = PCC_Z; } } static void initpCodeWildBlock(pCodeWildBlock *pcwb) { // pcwb = Safe_calloc(1,sizeof(pCodeWildBlock)); if(!pcwb) return; pcwb->vars = NULL; pcwb->wildpCodes = NULL; pcwb->wildpCodeOps = NULL; pcwb->nvars = 0; pcwb->nwildpCodes = 0; pcwb->nops = 0; } static void postinit_pCodeWildBlock(pCodeWildBlock *pcwb) { if(!pcwb) return; pcwb->nvars+=2; pcwb->nops = pcwb->nvars; pcwb->vars = Safe_calloc(pcwb->nvars, sizeof(char *)); pcwb->wildpCodeOps = Safe_calloc(pcwb->nvars, sizeof(pCodeOp *)); pcwb->nwildpCodes+=2; pcwb->wildpCodes = Safe_calloc(pcwb->nwildpCodes, sizeof(pCode *)); } static void initpCodePeep(pCodePeep *pcp) { // pcwb = Safe_calloc(1,sizeof(pCodeWildBlock)); if(!pcp) return; initpCodeWildBlock(&pcp->target); pcp->target.pb = pic16_newpCodeChain(NULL, 'W', NULL); initpCodeWildBlock(&pcp->replace); pcp->replace.pb = pic16_newpCodeChain(NULL, 'W', NULL); } /*-----------------------------------------------------------------*/ /* peepRules2pCode - parse the "parsed" peep hole rules to generate*/ /* pCode. */ /* */ /* SDCCpeeph parses the peep rules file and extracts variables, */ /* removes white space, and checks the syntax. This function */ /* extends that processing to produce pCode objects. You can kind */ /* think of this function as an "assembler", though instead of */ /* taking raw text to produce machine code, it produces pCode. */ /* */ /*-----------------------------------------------------------------*/ extern void pic16initpCodePeepCommands(void); void pic16_peepRules2pCode(peepRule *rules) { peepRule *pr; pCodePeep *currentRule; pCodePeepSnippets *pcps; pic16initpCodePeepCommands(); /* The rules are in a linked-list. Each rule has two portions */ /* There's the `target' and there's the `replace'. The target */ /* is compared against the SDCC generated code and if it */ /* matches, it gets replaced by the `replace' block of code. */ /* */ /* Here we loop through each rule and convert the target's and*/ /* replace's into pCode target and replace blocks */ for (pr = rules; pr; pr = pr->next) { //DFPRINTF((stderr,"\nRule:\n\n")); pcps = Safe_calloc(1,sizeof(pCodePeepSnippets)); peepSnippets = DLL_append((_DLL*)peepSnippets,(_DLL*)pcps); currentRule = pcps->peep = Safe_calloc(1,sizeof(pCodePeep)); initpCodePeep(currentRule); /* Convert the target block */ peepRuleBlock2pCodeBlock(pr->match, ¤tRule->target); //DFPRINTF((stderr,"finished target, here it is in pcode form:\n")); // pic16_printpBlock(stderr, currentRule->target.pb); //DFPRINTF((stderr,"target with labels merged:\n")); //pic16_pBlockMergeLabels(curBlock); pic16_pBlockMergeLabels(currentRule->target.pb); //pic16_printpBlock(stderr, currentRule->replace.pb); //#ifdef PCODE_DEBUG // pic16_printpBlock(stderr, curBlock); //#endif //DFPRINTF((stderr,"\nReplaced by:\n")); /* Convert the replace block */ peepRuleBlock2pCodeBlock(pr->replace, ¤tRule->replace); //DFPRINTF((stderr,"finished replace block, here it is in pcode form:\n")); //pic16_printpBlock(stderr, curBlock); //DFPRINTF((stderr,"replace with labels merged:\n")); pic16_pBlockMergeLabels(currentRule->replace.pb); //pic16_printpBlock(stderr, currentRule->replace.pb); peepRuleCondition(pr->cond,currentRule); /* The rule has been converted to pCode. Now allocate * space for the wildcards */ postinit_pCodeWildBlock(¤tRule->target); postinit_pCodeWildBlock(¤tRule->replace); //return; // debug ... don't want to go through all the rules yet } { pCodePeep *peepBlock; _DLL *peeprules; peeprules = (_DLL *)peepSnippets; //fprintf(stderr,"target rules\n"); while(peeprules) { //fprintf(stderr," rule:\n"); peepBlock = ((pCodePeepSnippets*)peeprules)->peep; //pic16_printpBlock(stderr, peepBlock->target.pb); peeprules = peeprules->next; } //fprintf(stderr," ... done\n"); } } #if 0 static void printpCodeString(FILE *of, pCode *pc, int max) { int i=0; while(pc && (i++print(of,pc); pc = pc->next; } } #endif /*-----------------------------------------------------------------*/ /* _DLL * DLL_append */ /* */ /* Append a _DLL object to the end of a _DLL (doubly linked list) */ /* If The list to which we want to append is non-existant then one */ /* is created. Other wise, the end of the list is sought out and */ /* a new DLL object is appended to it. In either case, the void */ /* *data is added to the newly created DLL object. */ /*-----------------------------------------------------------------*/ static void * DLL_append(_DLL *list, _DLL *next) { _DLL *b; /* If there's no list, then create one: */ if(!list) { next->next = next->prev = NULL; return next; } /* Search for the end of the list. */ b = list; while(b->next) b = b->next; /* Now append the new DLL object */ b->next = next; b->next->prev = b; b = b->next; b->next = NULL; return list; } /*----------------------------------------------------------------- pCode peephole optimization The pCode "peep hole" optimization is not too unlike the peep hole optimization in SDCCpeeph.c. The major difference is that here we use pCode's whereas there we use ASCII strings. The advantage with pCode's is that we can ascertain flow information in the instructions being optimized. - elaborate... -----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ /* pCodeSearchCondition - Search a pCode chain for a 'condition' */ /* */ /* return conditions */ /* 1 - The Condition was found for a pCode's input */ /* 0 - No matching condition was found for the whole chain */ /* -1 - The Condition was found for a pCode's output */ /* */ /*-----------------------------------------------------------------*/ int pic16_pCodeSearchCondition(pCode *pc, unsigned int cond) { //fprintf(stderr,"Checking conditions %d\n",cond); while(pc) { /* If we reach a function end (presumably an end since we most probably began the search in the middle of a function), then the condition was not found. */ if(pc->type == PC_FUNCTION) return 0; if(pc->type == PC_OPCODE) { //fprintf(stderr," checking conditions of: "); //pc->print(stderr,pc); //fprintf(stderr,"\t\tinCond=%d\toutCond=%d\n",PCI(pc)->inCond,PCI(pc)->outCond); if(PCI(pc)->inCond & cond) return 1; if(PCI(pc)->outCond & cond) return -1; } pc = pc->next; } return 0; } /*----------------------------------------------------------------- * int pCodeOpCompare(pCodeOp *pcops, pCodeOp *pcopd) * * Compare two pCodeOp's and return 1 if they're the same *-----------------------------------------------------------------*/ static int pCodeOpCompare(pCodeOp *pcops, pCodeOp *pcopd) { char b[1024], *n2; if(!pcops || !pcopd) return 0; #if 0 fprintf(stderr,"%s:%d Comparing operands %s", __FILE__, __LINE__, pic16_get_op( pcops,NULL,0)); fprintf(stderr," to %s\n", pic16_get_op( pcopd,NULL,0)); #endif if(pcops->type != pcopd->type) { //fprintf(stderr," - fail - diff types\n"); return 0; // different types } if(pcops->type == PO_LITERAL) { if((PCOL(pcops)->lit >= 0) && (PCOL(pcops)->lit == PCOL(pcopd)->lit)) return 1; return 0; } memset(b, 0, sizeof(b) ); //b[0]=0; pic16_get_op(pcops,b, sizeof(b) ); n2 = pic16_get_op(pcopd,NULL,0); if( !n2 || strcmp(b,n2)) { // fprintf(stderr," - fail - diff names: %s, len=%d, %s, len=%d\n",b,strlen(b), n2, strlen(n2) ); return 0; // different names } switch(pcops->type) { case PO_DIR: if( PCOR(pcops)->instance != PCOR(pcopd)->instance) { // fprintf(stderr, " - fail different instances\n"); return 0; } break; default: break; } //fprintf(stderr," - pass\n"); return 1; } static int pCodePeepMatchLabels(pCodePeep *peepBlock, pCode *pcs, pCode *pcd) { int labindex; /* Check for a label associated with this wild pCode */ // If the wild card has a label, make sure the source code does too. if(PCI(pcd)->label) { pCode *pcl = PCI(pcd)->label->pc; #ifdef PCODE_DEBUG int li = -PCL(pcl)->key; if(peepBlock->target.vars[li] == NULL) { if(PCI(pcs)->label) { DFPRINTF((stderr,"first time for a label: %d %s\n",li,PCL(PCI(pcs)->label->pc)->label)); } } else { // DFPRINTF((stderr,"label id = %d \n",PCL(PCI(pcd)->label->pc)->key)); DFPRINTF((stderr," label id: %d %s\n",li,peepBlock->target.vars[li])); if(PCI(pcs)->label) { DFPRINTF((stderr," src %s\n",PCL(PCI(pcs)->label->pc)->label)); } } #endif if(!PCI(pcs)->label) return 0; labindex = -PCL(pcl)->key; if(peepBlock->target.vars[labindex] == NULL) { // First time to encounter this label peepBlock->target.vars[labindex] = PCL(PCI(pcs)->label->pc)->label; DFPRINTF((stderr,"first time for a label: %d %s\n",labindex,PCL(PCI(pcs)->label->pc)->label)); } else { if(strcmp(peepBlock->target.vars[labindex],PCL(PCI(pcs)->label->pc)->label) != 0) { DFPRINTF((stderr,"labels don't match dest %s != src %s\n",peepBlock->target.vars[labindex],PCL(PCI(pcs)->label->pc)->label)); return 0; } DFPRINTF((stderr,"matched a label %d %s -hey\n",labindex,peepBlock->target.vars[labindex])); } } else { //DFPRINTF((stderr,"destination doesn't have a label\n")); if(PCI(pcs)->label) return 0; //DFPRINTF((stderr,"neither src nor dest have labels\n")); } return 1; } /*-----------------------------------------------------------------*/ /* pCodePeepMatchLine - Compare source and destination pCodes to */ /* see they're the same. */ /* */ /* In this context, "source" refers to the coded generated by gen.c*/ /* and "destination" refers to a pcode in a peep rule. If the dest-*/ /* ination has no wild cards, then MatchLine will compare the two */ /* pcodes (src and dest) for a one-to-one match. If the destination*/ /* has wildcards, then those get expanded. When a wild card is */ /* encountered for the first time it autmatically is considered a */ /* match and the object that matches it is referenced in the */ /* variables or opcodes array (depending on the type of match). */ /* */ /* */ /* Inputs: */ /* *peepBlock - A pointer to the peepBlock that contains the */ /* entire rule to which the destination pcode belongs*/ /* *pcs - a pointer to the source pcode */ /* *pcd - a pointer to the destination pcode */ /* */ /* Returns: */ /* 1 - pcodes match */ /* 0 - pcodes don't match */ /* */ /* */ /*-----------------------------------------------------------------*/ static int pCodePeepMatchLine(pCodePeep *peepBlock, pCode *pcs, pCode *pcd) { int index; // index into wild card arrays int havematch=0; /* one-for-one match. Here the source and destination opcodes * are not wild. However, there may be a label or a wild operand */ if(pcs) { if(PCI(pcs)->label) { DFPRINTF((stderr,"Match line source label: %s\n",PCL(PCI(pcs)->label->pc)->label)); } } if(pcs->type == pcd->type) { if(pcs->type == PC_OPCODE) { /* If the opcodes don't match then the line doesn't match */ if(PCI(pcs)->op != PCI(pcd)->op) return 0; #ifdef PCODE_DEBUG DFPRINTF((stderr,"%s comparing\n",__FUNCTION__)); pcs->print(stderr,pcs); pcd->print(stderr,pcd); #endif if(!pCodePeepMatchLabels(peepBlock, pcs, pcd)) return 0; /* Compare the operands */ if(PCI(pcd)->pcop) { /* assert that optimizations do not touch operations that work on SFRs or INDF registers */ if ((PCI(pcd)->pcop->type == PO_WILD) && (!(PCI(pcs)->pcop) || ((PCI(pcs)->pcop->type != PO_SFR_REGISTER) && (PCI(pcs)->pcop->type != PO_INDF0)))) { index = PCOW(PCI(pcd)->pcop)->id; //DFPRINTF((stderr,"destination is wild\n")); #ifdef DEBUG_PCODEPEEP if (index > peepBlock->nops) { DFPRINTF((stderr,"%s - variables exceeded\n",__FUNCTION__)); exit(1); } #endif PCOW(PCI(pcd)->pcop)->matched = PCI(pcs)->pcop; havematch = -1; if(!peepBlock->target.wildpCodeOps[index]) { peepBlock->target.wildpCodeOps[index] = PCI(pcs)->pcop; //if(PCI(pcs)->pcop->type == PO_GPR_TEMP) } else { /* pcs->print(stderr,pcs); pcd->print(stderr,pcd); fprintf(stderr, "comparing operands of these instructions, result %d\n", pCodeOpCompare(PCI(pcs)->pcop, peepBlock->target.wildpCodeOps[index]) ); */ havematch = pCodeOpCompare(PCI(pcs)->pcop, peepBlock->target.wildpCodeOps[index]); // return pCodeOpCompare(PCI(pcs)->pcop, peepBlock->target.wildpCodeOps[index]); } if((havematch==-1) && PCI(pcs)->pcop) { char *n; switch(PCI(pcs)->pcop->type) { case PO_GPR_TEMP: case PO_FSR0: //case PO_INDF0: n = PCOR(PCI(pcs)->pcop)->r->name; break; default: n = PCI(pcs)->pcop->name; } if(peepBlock->target.vars[index]) return (strcmp(peepBlock->target.vars[index],n) == 0); else { DFPRINTF((stderr,"first time for a variable: %d, %s\n",index,n)); peepBlock->target.vars[index] = n; havematch = 1; // return 1; } } /* now check whether the second operand matches */ /* assert that optimizations do not touch operations that work on SFRs or INDF registers */ if(PCOW2(PCI(pcd)->pcop) && (PCOP2(PCI(pcd)->pcop)->pcopR->type == PO_WILD) && (!(PCOP2(PCI(pcs)->pcop)->pcopR) || ((PCOP2(PCI(pcs)->pcop)->pcopR->type != PO_SFR_REGISTER) && (PCOP2(PCI(pcs)->pcop)->pcopR) && (PCOP2(PCI(pcs)->pcop)->pcopR->type != PO_INDF0)))) { // fprintf(stderr, "%s:%d %s second operand is wild\n", __FILE__, __LINE__, __FUNCTION__); index = PCOW2(PCI(pcd)->pcop)->id; //DFPRINTF((stderr,"destination is wild\n")); #ifdef DEBUG_PCODEPEEP if (index > peepBlock->nops) { DFPRINTF((stderr,"%s - variables exceeded\n",__FUNCTION__)); exit(1); } #endif PCOW2(PCI(pcd)->pcop)->matched = PCOP2(PCI(pcs)->pcop)->pcopR; if(!peepBlock->target.wildpCodeOps[index]) { peepBlock->target.wildpCodeOps[index] = PCOP2(PCI(pcs)->pcop)->pcopR; //if(PCI(pcs)->pcop->type == PO_GPR_TEMP) } else { /* pcs->print(stderr,pcs); pcd->print(stderr,pcd); fprintf(stderr, "comparing operands of these instructions, result %d\n", pCodeOpCompare(PCI(pcs)->pcop, peepBlock->target.wildpCodeOps[index]) ); */ return ((havematch==1) && pCodeOpCompare(PCOP2(PCI(pcs)->pcop)->pcopR, peepBlock->target.wildpCodeOps[index])); } if(PCOP2(PCI(pcs)->pcop)->pcopR) { char *n; switch(PCOP2(PCI(pcs)->pcop)->pcopR->type) { case PO_GPR_TEMP: case PO_FSR0: //case PO_INDF0: n = PCOR(PCOP2(PCI(pcs)->pcop)->pcopR)->r->name; break; default: n = PCOP2(PCI(pcs)->pcop)->pcopR->name; } if(peepBlock->target.vars[index]) return (havematch && (strcmp(peepBlock->target.vars[index],n) == 0)); else { DFPRINTF((stderr,"first time for a variable: %d, %s\n",index,n)); peepBlock->target.vars[index] = n; return (havematch==1); //&& 1; } } } else if (PCOW2(PCI(pcd)->pcop) && (PCOP2(PCI(pcd)->pcop)->pcopR->type == PO_WILD) && PCOP2(PCI(pcs)->pcop)->pcopR) { return 0; } else { return havematch; } #if 0 else if (PCI(pcd)->pcop->type == PO_LITERAL) { return (havematch && pCodeOpCompare(PCOR2(PCI(pcs)->pcop)->pcop2, PCOR2(PCI(pcd)->pcop)->pcop2)); } #endif } else if (PCI(pcd)->pcop->type == PO_LITERAL) { return pCodeOpCompare(PCI(pcs)->pcop, PCI(pcd)->pcop); } } /* FIXME - need an else to check the case when the destination * isn't a wild card */ } else /* The pcd has no operand. Lines match if pcs has no operand either*/ return (PCI(pcs)->pcop == NULL); } /* Compare a wild instruction to a regular one. */ if((pcd->type == PC_WILD) && (pcs->type == PC_OPCODE)) { index = PCW(pcd)->id; #ifdef PCODE_DEBUG DFPRINTF((stderr,"%s comparing wild cards\n",__FUNCTION__)); pcs->print(stderr,pcs); pcd->print(stderr,pcd); #endif peepBlock->target.wildpCodes[PCW(pcd)->id] = pcs; if(!pCodePeepMatchLabels(peepBlock, pcs, pcd)) { DFPRINTF((stderr," Failing because labels don't match\n")); return 0; } if(PCW(pcd)->mustBeBitSkipInst & !(PCI(pcs)->isBitInst && PCI(pcs)->isSkip)) { // doesn't match because the wild pcode must be a bit skip DFPRINTF((stderr," Failing match because bit skip is req\n")); //pcd->print(stderr,pcd); //pcs->print(stderr,pcs); return 0; } if(PCW(pcd)->mustNotBeBitSkipInst & (PCI(pcs)->isBitInst && PCI(pcs)->isSkip)) { // doesn't match because the wild pcode must *not* be a bit skip DFPRINTF((stderr," Failing match because shouldn't be bit skip\n")); //pcd->print(stderr,pcd); //pcs->print(stderr,pcs); return 0; } if(PCW(pcd)->operand) { PCOW(PCI(pcd)->pcop)->matched = PCI(pcs)->pcop; if(peepBlock->target.vars[index]) { int i = (strcmp(peepBlock->target.vars[index],PCI(pcs)->pcop->name) == 0); #ifdef PCODE_DEBUG if(i) DFPRINTF((stderr," (matched)\n")); else { DFPRINTF((stderr," (no match: wild card operand mismatch\n")); DFPRINTF((stderr," peepblock= %s, pcodeop= %s\n", peepBlock->target.vars[index], PCI(pcs)->pcop->name)); } #endif return i; } else { DFPRINTF((stderr," (matched %s\n",PCI(pcs)->pcop->name)); peepBlock->target.vars[index] = PCI(pcs)->pcop->name; return 1; } } pcs = pic16_findNextInstruction(pcs->next); if(pcs) { //DFPRINTF((stderr," (next to match)\n")); //pcs->print(stderr,pcs); } else if(pcd->next) { /* oops, we ran out of code, but there's more to the rule */ return 0; } return 1; /* wild card matches */ } return 0; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void pCodePeepClrVars(pCodePeep *pcp) { int i; if(!pcp) return; /* DFPRINTF((stderr," Clearing peep rule vars\n")); DFPRINTF((stderr," %d %d %d %d %d %d\n", pcp->target.nvars,pcp->target.nops,pcp->target.nwildpCodes, pcp->replace.nvars,pcp->replace.nops,pcp->replace.nwildpCodes)); */ for(i=0;itarget.nvars; i++) pcp->target.vars[i] = NULL; for(i=0;itarget.nops; i++) pcp->target.wildpCodeOps[i] = NULL; for(i=0;itarget.nwildpCodes; i++) pcp->target.wildpCodes[i] = NULL; for(i=0;ireplace.nvars; i++) pcp->replace.vars[i] = NULL; for(i=0;ireplace.nops; i++) pcp->replace.wildpCodeOps[i] = NULL; for(i=0;ireplace.nwildpCodes; i++) pcp->replace.wildpCodes[i] = NULL; } /*-----------------------------------------------------------------*/ /* pCodeInsertAfter - splice in the pCode chain starting with pc2 */ /* into the pCode chain containing pc1 */ /*-----------------------------------------------------------------*/ void pic16_pCodeInsertAfter(pCode *pc1, pCode *pc2) { if(!pc1 || !pc2) return; pc2->next = pc1->next; if(pc1->next) pc1->next->prev = pc2; pc2->pb = pc1->pb; pc2->prev = pc1; pc1->next = pc2; } /*-----------------------------------------------------------------*/ /* pic16_pCodeOpCopy - copy a pcode operator */ /*-----------------------------------------------------------------*/ pCodeOp *pic16_pCodeOpCopy(pCodeOp *pcop) { pCodeOp *pcopnew=NULL; if(!pcop) return NULL; switch(pcop->type) { case PO_NONE: case PO_STR: case PO_REL_ADDR: pcopnew = Safe_calloc(1, sizeof (pCodeOp)); memcpy(pcopnew, pcop, sizeof (pCodeOp)); break; case PO_W: case PO_WREG: case PO_STATUS: case PO_BSR: case PO_FSR0: case PO_INDF0: case PO_INTCON: case PO_GPR_REGISTER: case PO_GPR_TEMP: case PO_SFR_REGISTER: case PO_PCL: case PO_PCLATH: case PO_PCLATU: case PO_PRODL: case PO_PRODH: case PO_DIR: //DFPRINTF((stderr,"pCodeOpCopy GPR register\n")); /* XXX: might also be pCodeOpReg2 -- that's why the two structs are identical */ pcopnew = Safe_calloc(1,sizeof(pCodeOpReg) ); memcpy (pcopnew, pcop, sizeof(pCodeOpReg)); break; case PO_LITERAL: //DFPRINTF((stderr,"pCodeOpCopy lit\n")); /* XXX: might also be pCodeOpLit2, that's why the two structs are identical... */ pcopnew = Safe_calloc(1,sizeof(pCodeOpLit) ); memcpy (pcopnew, pcop, sizeof(pCodeOpLit)); break; case PO_IMMEDIATE: pcopnew = Safe_calloc(1,sizeof(pCodeOpImmd) ); memcpy (pcopnew, pcop, sizeof(pCodeOpImmd)); break; case PO_GPR_BIT: case PO_CRY: case PO_BIT: pcopnew = Safe_calloc(1, sizeof (pCodeOpRegBit)); memcpy (pcopnew, pcop, sizeof (pCodeOpRegBit)); break; case PO_LABEL: //DFPRINTF((stderr,"pCodeOpCopy label\n")); pcopnew = Safe_calloc(1,sizeof(pCodeOpLabel) ); memcpy (pcopnew, pcop, sizeof (pCodeOpLabel)); break; case PO_WILD: /* Here we expand the wild card into the appropriate type: */ /* By recursively calling pCodeOpCopy */ //DFPRINTF((stderr,"pCodeOpCopy wild\n")); if(PCOW(pcop)->matched) pcopnew = pic16_pCodeOpCopy(PCOW(pcop)->matched); else { // Probably a label pcopnew = pic16_pCodeOpCopy(PCOW(pcop)->subtype); pcopnew->name = Safe_strdup(PCOW(pcop)->pcwb->vars[PCOW(pcop)->id]); //DFPRINTF((stderr,"copied a wild op named %s\n",pcopnew->name)); } return pcopnew; break; case PO_TWO_OPS: pcopnew = pic16_newpCodeOp2( pic16_pCodeOpCopy( PCOP2(pcop)->pcopL ), pic16_pCodeOpCopy( PCOP2(pcop)->pcopR ) ); return pcopnew; default: assert ( !"unhandled pCodeOp type copied" ); } // switch /* strdup pcop->name (prevent access to shared but released memory) */ if(pcop->name) pcopnew->name = Safe_strdup(pcop->name); else pcopnew->name = NULL; return pcopnew; } /*-----------------------------------------------------------------*/ /* pCodeCopy - copy a pcode */ /*-----------------------------------------------------------------*/ static pCode *pCodeInstructionCopy(pCodeInstruction *pci,int invert) { pCodeInstruction *new_pci; if(invert) new_pci = PCI(pic16_newpCode(pci->inverted_op,pci->pcop)); else new_pci = PCI(pic16_newpCode(pci->op,pci->pcop)); new_pci->pc.pb = pci->pc.pb; new_pci->from = pci->from; new_pci->to = pci->to; new_pci->label = pci->label; new_pci->pcflow = pci->pcflow; return PCODE(new_pci); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static void pCodeDeleteChain(pCode *f,pCode *t) { pCode *pc; while(f && f!=t) { DFPRINTF((stderr,"delete pCode:\n")); pc = f->next; //f->print(stderr,f); //f->delete(f); this dumps core... f = pc; } } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ int pic16_pCodePeepMatchRule(pCode *pc) { pCodePeep *peepBlock; pCode *pct, *pcin; pCodeCSource *pc_cline=NULL; _DLL *peeprules; int matched; pCode *pcr; peeprules = (_DLL *)peepSnippets; while(peeprules) { peepBlock = ((pCodePeepSnippets*)peeprules)->peep; if(!peepBlock || /*!peepBlock->target ||*/ !peepBlock->target.pb->pcHead) { fprintf(stderr, "skipping rule because target pb is NULL\n"); goto next_rule; } pCodePeepClrVars(peepBlock); /* pcin = pc; if(IS_PCCOMMENT(pcin)) pc = pcin = pic16_findNextInstruction(pcin->next); */ pcin = pc = pic16_findNextInstruction(pc); pct = peepBlock->target.pb->pcHead; #ifdef PCODE_DEBUG { pCode *pcr = peepBlock->replace.pb->pcHead; if(pcr) pct->print(stderr,pcr); } #endif matched = 0; while(pct && pcin) { if(! (matched = pCodePeepMatchLine(peepBlock, pcin,pct))) break; pcin = pic16_findNextInstruction(pcin->next); pct = pct->next; //debug: //DFPRINTF((stderr," matched\n")); if(!pcin && pct) { DFPRINTF((stderr," partial match... no more code\n")); // fprintf(stderr," partial match... no more code\n"); matched = 0; } if(!pct) { DFPRINTF((stderr," end of rule\n")); } } if(matched && pcin) { /* So far we matched the rule up to the point of the conditions . * In other words, all of the opcodes match. Now we need to see * if the post conditions are satisfied. * First we check the 'postFalseCond'. This means that we check * to see if any of the subsequent pCode's in the pCode chain * following the point just past where we have matched depend on * the `postFalseCond' as input then we abort the match */ DFPRINTF((stderr," matched rule so far, now checking conditions\n")); //pcin->print(stderr,pcin); if (pcin && peepBlock->postFalseCond && (pic16_pCodeSearchCondition(pcin,peepBlock->postFalseCond) > 0) ) matched = 0; // fprintf(stderr," condition results = %d\n",pic16_pCodeSearchCondition(pcin,peepBlock->postFalseCond)); //if(!matched) fprintf(stderr,"failed on conditions\n"); } if(matched) { pCode *pcprev; // pCode *pcr; /* We matched a rule! Now we have to go through and remove the inefficient code with the optimized version */ #ifdef PCODE_DEBUG DFPRINTF((stderr, "Found a pcode peep match:\nRule:\n")); // printpCodeString(stderr,peepBlock->target.pb->pcHead,10); DFPRINTF((stderr,"first thing matched\n")); pc->print(stderr,pc); if(pcin) { DFPRINTF((stderr,"last thing matched\n")); pcin->print(stderr,pcin); } #endif /* Unlink the original code */ pcprev = pc->prev; pcprev->next = pcin; if(pcin) pcin->prev = pc->prev; #if 1 { /* DEBUG */ /* Converted the deleted pCodes into comments */ char buf[1024]; pCodeCSource *pc_cline2=NULL; // buf[0] = ';'; buf[0] = '#'; while(pc && pc!=pcin) { if(pc->type == PC_OPCODE && PCI(pc)->cline) { if(pc_cline) { pc_cline2->pc.next = PCODE(PCI(pc)->cline); pc_cline2 = PCCS(pc_cline2->pc.next); } else { pc_cline = pc_cline2 = PCI(pc)->cline; pc_cline->pc.seq = pc->seq; } } pic16_pCode2str(&buf[1], sizeof( buf )-1, pc); pic16_pCodeInsertAfter(pcprev, pic16_newpCodeCharP(buf)); pcprev = pcprev->next; pc = pc->next; } if(pc_cline2) pc_cline2->pc.next = NULL; } #endif if(pcin) pCodeDeleteChain(pc,pcin); // fprintf(stderr, "%s:%d rule matched\n", __FILE__, __LINE__); /* Generate the replacement code */ pc = pcprev; pcr = peepBlock->replace.pb->pcHead; // This is the replacement code while (pcr) { pCodeOp *pcop=NULL; /* If the replace pcode is an instruction with an operand, */ /* then duplicate the operand (and expand wild cards in the process). */ if(pcr->type == PC_OPCODE) { if(PCI(pcr)->pcop) { /* The replacing instruction has an operand. * Is it wild? */ if(PCI(pcr)->pcop->type == PO_WILD) { int index = PCOW(PCI(pcr)->pcop)->id; // fprintf(stderr, "%s:%d replacing index= %d\n", __FUNCTION__, __LINE__, index); //DFPRINTF((stderr,"copying wildopcode\n")); if(peepBlock->target.wildpCodeOps[index]) pcop = pic16_pCodeOpCopy(peepBlock->target.wildpCodeOps[index]); else DFPRINTF((stderr,"error, wildopcode in replace but not source?\n")); } else pcop = pic16_pCodeOpCopy(PCI(pcr)->pcop); } if(PCI(pcr)->is2MemOp && PCOP2(PCI(pcr)->pcop)->pcopR) { /* The replacing instruction has also a second operand. * Is it wild? */ // fprintf(stderr, "%s:%d pcop2= %p\n", __FILE__, __LINE__, PCOR2(PCI(pcr)->pcop)->pcop2); if(PCOP2(PCI(pcr)->pcop)->pcopR->type == PO_WILD) { int index = PCOW2(PCI(pcr)->pcop)->id; // fprintf(stderr, "%s:%d replacing index= %d\n", __FUNCTION__, __LINE__, index); //DFPRINTF((stderr,"copying wildopcode\n")); if(peepBlock->target.wildpCodeOps[index]) pcop = pic16_popCombine2(pic16_pCodeOpCopy(pcop), pic16_pCodeOpCopy(peepBlock->target.wildpCodeOps[index]), 0); else DFPRINTF((stderr,"error, wildopcode in replace but not source?\n")); } else pcop = pic16_popCombine2(pic16_pCodeOpCopy(pcop), pic16_pCodeOpCopy(PCOP2(PCI(pcr)->pcop)->pcopR), 0); } //DFPRINTF((stderr,"inserting pCode\n")); pic16_pCodeInsertAfter(pc, pic16_newpCode(PCI(pcr)->op,pcop)); } else if (pcr->type == PC_WILD) { if(PCW(pcr)->invertBitSkipInst) DFPRINTF((stderr,"We need to invert the bit skip instruction\n")); pic16_pCodeInsertAfter(pc, pCodeInstructionCopy(PCI(peepBlock->target.wildpCodes[PCW(pcr)->id]), PCW(pcr)->invertBitSkipInst)); } else if (pcr->type == PC_COMMENT) { pic16_pCodeInsertAfter(pc, pic16_newpCodeCharP( ((pCodeComment *)(pcr))->comment)); } pc = pc->next; #ifdef PCODE_DEBUG DFPRINTF((stderr," NEW Code:")); if(pc) pc->print(stderr,pc); #endif pcr = pcr->next; } /* We have just replaced the inefficient code with the rule. * Now, we need to re-add the C-source symbols if there are any */ pc = pcprev; while(pc_cline ) { pc = pic16_findNextInstruction(pc->next); PCI(pc)->cline = pc_cline; pc_cline = PCCS(pc_cline->pc.next); } return 1; } next_rule: peeprules = peeprules->next; } DFPRINTF((stderr," no rule matched\n")); return 0; } sdcc-2.9.0/src/pic16/pcoderegs.c000066400000000000000000000622251116427777700163200ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcoderegs.c - post code generation register optimizations Written By - Scott Dattalo scott@dattalo.com Ported To PIC16 By - m.dubuc@rogers.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ /* pcoderegs.c The purpose of the code in this file is to optimize the register usage. */ #include #include "common.h" // Include everything in the SDCC src directory #include "newalloc.h" #include "ralloc.h" #include "device.h" #include "pcode.h" #include "pcoderegs.h" #include "pcodeflow.h" #define DEBUG_REMOVE1PCODE 0 #define HAVE_DBGREGUSAGE 0 extern void pic16_pCodeInsertAfter(pCode *pc1, pCode *pc2); extern pCode * pic16_findPrevInstruction(pCode *pci); extern pBranch * pic16_pBranchAppend(pBranch *h, pBranch *n); void pic16_unlinkpCode(pCode *pc); extern int pic16_pCodeSearchCondition(pCode *pc, unsigned int cond); static int total_registers_saved=0; static int register_optimization=1; /*-----------------------------------------------------------------* * void AddRegToFlow(regs *reg, pCodeFlow *pcfl) *-----------------------------------------------------------------*/ /* void AddRegToFlow(regs *reg, pCodeFlow *pcfl) { if(!reg || ! pcfl || !isPCFL(pcflow)) return; if(!pcfl->registers) pcfl->registers = newSet(); } */ /*-----------------------------------------------------------------* * *-----------------------------------------------------------------*/ #if HAVE_DBGREGUSAGE static void dbg_regusage(set *fregs) { regs *reg; pCode *pcfl; pCode *pc; for (reg = setFirstItem(fregs) ; reg ; reg = setNextItem(fregs)) { if(elementsInSet(reg->reglives.usedpCodes)) { fprintf (stderr, "%s addr=0x%03x rIdx=0x%03x", reg->name, reg->address, reg->rIdx); pcfl = setFirstItem(reg->reglives.usedpFlows); if(pcfl) fprintf(stderr, "\n used in seq"); while(pcfl) { fprintf(stderr," 0x%03x",pcfl->seq); pcfl = setNextItem(reg->reglives.usedpFlows); } pcfl = setFirstItem(reg->reglives.assignedpFlows); if(pcfl) fprintf(stderr, "\n assigned in seq"); while(pcfl) { fprintf(stderr," 0x%03x",pcfl->seq); pcfl = setNextItem(reg->reglives.assignedpFlows); } pc = setFirstItem(reg->reglives.usedpCodes); if(pc) fprintf(stderr, "\n used in instructions "); while(pc) { pcfl = PCODE(PCI(pc)->pcflow); if(pcfl) fprintf(stderr," 0x%03x:",pcfl->seq); fprintf(stderr,"0x%03x",pc->seq); pc = setNextItem(reg->reglives.usedpCodes); } fprintf(stderr, "\n"); } } } /*-----------------------------------------------------------------* * *-----------------------------------------------------------------*/ //static void dbg_dumpregusage(void) { fprintf(stderr,"*** Register Usage ***\n"); fprintf(stderr,"InternalRegs:\n"); dbg_regusage(pic16_dynInternalRegs); fprintf(stderr,"AllocRegs:\n"); dbg_regusage(pic16_dynAllocRegs); fprintf(stderr,"StackRegs:\n"); dbg_regusage(pic16_dynStackRegs); fprintf(stderr,"DirectRegs:\n"); dbg_regusage(pic16_dynDirectRegs); fprintf(stderr,"DirectBitRegs:\n"); dbg_regusage(pic16_dynDirectBitRegs); fprintf(stderr,"ProcessorRegs:\n"); dbg_regusage(pic16_dynProcessorRegs); } #endif /*-----------------------------------------------------------------* * void pCodeRegMapLiveRangesInFlow(pCodeFlow *pcfl) *-----------------------------------------------------------------*/ static void pCodeRegMapLiveRangesInFlow(pCodeFlow *pcfl) { pCode *pc=NULL; pCode *pcprev=NULL; regs *reg; if(!pcfl) return; pc = pic16_findNextInstruction(pcfl->pc.next); while(pic16_isPCinFlow(pc,PCODE(pcfl))) { reg = pic16_getRegFromInstruction(pc); if(reg && (reg->type != REG_TMP)) { #if 0 fprintf(stderr, "reg= %p\n", reg); fprintf(stderr, "flow seq %d, inst seq %d %s ",PCODE(pcfl)->seq,pc->seq,reg->name); fprintf(stderr, "addr = 0x%03x, type = %d rIdx=0x%03x ", reg->address,reg->type,reg->rIdx); fprintf(stderr, "command = %s\n", PCI(pc)->mnemonic); #endif // fprintf(stderr, "%s:%d: trying to get first operand from pCode reg= %s\n", __FILE__, __LINE__, reg->name); addSetIfnotP(& (PCFL(pcfl)->registers), reg); if((PCC_REGISTER | PCC_LITERAL) & PCI(pc)->inCond) addSetIfnotP(& (reg->reglives.usedpFlows), pcfl); if(PCC_REGISTER & PCI(pc)->outCond) addSetIfnotP(& (reg->reglives.assignedpFlows), pcfl); addSetIfnotP(& (reg->reglives.usedpCodes), pc); // reg->wasUsed=1; #if 1 /* check to see if this pCode has 2 memory operands, and set up the second operand too */ if(PCI(pc)->is2MemOp) { reg = pic16_getRegFromInstruction2(pc); if(reg) { // fprintf(stderr, "%s:%d: trying to get second operand from pCode reg= %s\n", __FILE__, __LINE__, reg->name); addSetIfnotP(& (PCFL(pcfl)->registers), reg); if((PCC_REGISTER | PCC_LITERAL) & PCI(pc)->inCond) addSetIfnotP(& (reg->reglives.usedpFlows), pcfl); if((PCC_REGISTER | PCC_REGISTER2) & PCI(pc)->outCond) addSetIfnotP(& (reg->reglives.assignedpFlows), pcfl); addSetIfnotP(& (reg->reglives.usedpCodes), pc); // reg->wasUsed=1; } } #endif } pcprev = pc; pc = pic16_findNextInstruction(pc->next); } } /*-----------------------------------------------------------------* * void pic16_pCodeRegMapLiveRanges(pBlock *pb) *-----------------------------------------------------------------*/ void pic16_pCodeRegMapLiveRanges(pBlock *pb) { pCode *pcflow; for( pcflow = pic16_findNextpCode(pb->pcHead, PC_FLOW); pcflow != NULL; pcflow = pic16_findNextpCode(pcflow->next, PC_FLOW) ) { if(!isPCFL(pcflow)) { fprintf(stderr, "pCodeRegMapLiveRanges - pcflow is not a flow object "); continue; } pCodeRegMapLiveRangesInFlow(PCFL(pcflow)); } #if 0 for( pcflow = pic16_findNextpCode(pb->pcHead, PC_FLOW); pcflow != NULL; pcflow = pic16_findNextpCode(pcflow->next, PC_FLOW) ) { regs *r = setFirstItem(PCFL(pcflow)->registers); fprintf(stderr,"flow seq %d\n", pcflow->seq); while (r) { fprintf(stderr, " %s\n",r->name); r = setNextItem(PCFL(pcflow)->registers); } } #endif #if HAVE_DBGREGUSAGE dbg_dumpregusage(); #endif } /*-----------------------------------------------------------------* * *-----------------------------------------------------------------*/ static void Remove1pcode(pCode *pc, regs *reg) { pCode *pcn=NULL; if(!reg || !pc) return; deleteSetItem (&(reg->reglives.usedpCodes),pc); #if DEBUG_REMOVE1PCODE fprintf(stderr,"removing instruction:\n"); pc->print(stderr,pc); #endif if(PCI(pc)->label) { pcn = pic16_findNextInstruction(pc->next); if(pcn) PCI(pcn)->label = pic16_pBranchAppend(PCI(pcn)->label,PCI(pc)->label); } if(PCI(pc)->cline) { if(!pcn) pcn = pic16_findNextInstruction(pc->next); if(pcn) { if(PCI(pcn)->cline) { #if DEBUG_REMOVE1PCODE fprintf(stderr, "source line has been optimized completely out\n"); pc->print(stderr,pc); #endif } else { PCI(pcn)->cline = PCI(pc)->cline; } } } pc->destruct(pc); } /*-----------------------------------------------------------------* * void RemoveRegsFromSet(set *regset) * *-----------------------------------------------------------------*/ static void RemoveRegsFromSet(set *regset) { regs *reg; int used; while(regset) { reg = regset->item; regset = regset->next; used = elementsInSet(reg->reglives.usedpCodes); if(used <= 1) { // fprintf(stderr," reg %s isfree=%d, wasused=%d\n",reg->name,reg->isFree,reg->wasUsed); if(used == 0) { // fprintf(stderr,"%s:%d: getting rid of reg %s\n",__FILE__, __LINE__, reg->name); reg->isFree = 1; reg->wasUsed = 0; } else { pCode *pc; pc = setFirstItem(reg->reglives.usedpCodes); if(reg->type == REG_SFR) { fprintf(stderr, "not removing SFR reg %s even though used only once\n", reg->name); continue; } if(isPCI(pc)) { if(PCI(pc)->label) { pCode *pcn = pic16_findNextInstruction(pc->next); if(pcn && PCI(pcn)->label) { //fprintf(stderr,"can't delete instruction with label...\n"); //pc->print(stderr,pc); continue; } /* Move the label to the next instruction */ PCI(pcn)->label = PCI(pc)->label; } if(isPCI_SKIP(pc)) { regs *r = pic16_getRegFromInstruction(pc); fprintf(stderr, "WARNING, a skip instruction is being optimized out\n"); pc->print(stderr,pc); fprintf(stderr,"reg %s, type =%d\n",r->name, r->type); } Remove1pcode(pc, reg); /* pic16_unlinkpCode(pc); deleteSetItem (&(reg->reglives.usedpCodes),pc); */ reg->isFree = 1; reg->wasUsed = 0; total_registers_saved++; // debugging stats. } } } } } /*-----------------------------------------------------------------* * void pic16_RemoveUnusedRegisters(void) * *-----------------------------------------------------------------*/ void pic16_RemoveUnusedRegisters(void) { /* First, get rid of registers that are used only one time */ //RemoveRegsFromSet(pic16_dynInternalRegs); RemoveRegsFromSet(pic16_dynAllocRegs); RemoveRegsFromSet(pic16_dynStackRegs); /* don't do DirectRegs yet - there's a problem with arrays RemoveRegsFromSet(pic16_dynDirectRegs); */ RemoveRegsFromSet(pic16_dynDirectBitRegs); if(total_registers_saved && pic16_pcode_verbose) fprintf(stderr, " *** Saved %d registers ***\n", total_registers_saved); } static int insideLRBlock(pCode *pc) { pCode *pc1; int t1=-1, t2=-1; pc1 = pc->prev; while(pc1) { if(isPCINFO(pc1) && (PCINF(pc1)->type == INF_LOCALREGS)) { t1 = PCOLR (PCINF (pc1)->oper1)->type; break; } pc1 = pc1->prev; } pc1 = pc->next; while(pc1) { if(isPCINFO(pc1) && (PCINF(pc1)->type == INF_LOCALREGS)) { t2 = PCOLR (PCINF (pc1)->oper1)->type; break; } pc1 = pc1->next; } if((t1 == LR_ENTRY_BEGIN && t2 == LR_ENTRY_END) || (t1 == LR_EXIT_BEGIN && t2 == LR_EXIT_END)) return 1; return 0; } static void RemoveRegFromLRBlock(regs *reg) { if(elementsInSet(reg->reglives.usedpCodes) == 2) { pCode *pc1; /* only continue if there are just 2 uses of the register, * in in the local *entry* block and one in the local *exit* block */ /* search for entry block */ pc1 = indexSet(reg->reglives.usedpCodes, 1); if(insideLRBlock( pc1 )) { fprintf(stderr, "usedpCodes[0] inside LR block\n"); deleteSetItem(&pc1->pb->tregisters, PCOR(PCI(pc1)->pcop)->r); Remove1pcode(pc1, reg); } pc1 = indexSet(reg->reglives.usedpCodes, 0); if(insideLRBlock( pc1 )) { fprintf(stderr, "usedpCodes[1] inside LR block\n"); deleteSetItem(&pc1->pb->tregisters, PCOR(PCI(pc1)->pcop)->r); Remove1pcode(pc1, reg); } /* remove r0x00 */ reg->isFree = 1; reg->wasUsed = 0; } } /*-----------------------------------------------------------------* * *-----------------------------------------------------------------*/ static void Remove2pcodes(pCode *pcflow, pCode *pc1, pCode *pc2, regs *reg, int can_free) { if(!reg) return; #if 0 fprintf(stderr,"removing 2 instructions:\n"); pc1->print(stderr,pc1); pc2->print(stderr,pc2); #endif if(pc1) Remove1pcode(pc1, reg); if(pc2) { Remove1pcode(pc2, reg); deleteSetItem (&(PCFL(pcflow)->registers), reg); if(can_free) { reg->isFree = 1; reg->wasUsed = 0; } } pCodeRegMapLiveRangesInFlow(PCFL(pcflow)); #if 1 // fprintf(stderr, "register %s is used in %d pCodes, assigned in %d pCodes\n", reg->name, // elementsInSet(reg->reglives.usedpCodes), // elementsInSet(reg->reglives.assignedpFlows)); RemoveRegFromLRBlock(reg); #endif } /*-----------------------------------------------------------------* * *-----------------------------------------------------------------*/ static int regUsedinRange(pCode *pc1, pCode *pc2, regs *reg) { int i=0; regs *testreg; do { testreg = pic16_getRegFromInstruction(pc1); if(testreg && (testreg->rIdx == reg->rIdx)) { return 1; } if(PCI(pc1)->is2MemOp) { testreg = pic16_getRegFromInstruction2(pc1); if(testreg && (testreg->rIdx == reg->rIdx)) { return 1; } } pc1 = pic16_findNextInstruction(pc1->next); } while (pc1 && (pc1 != pc2) && (i++ < 100)) ; if(i >= 100) fprintf(stderr, "warning, regUsedinRange searched through too many pcodes\n"); return 0; } /*-----------------------------------------------------------------* * void pCodeOptime2pCodes(pCode *pc1, pCode *pc2) * * ADHOC pattern checking * Now look for specific sequences that are easy to optimize. * Many of these sequences are characteristic of the compiler * (i.e. it'd probably be a waste of time to apply these adhoc * checks to hand written assembly.) * * *-----------------------------------------------------------------*/ static int pCodeOptime2pCodes(pCode *pc1, pCode *pc2, pCode *pcfl_used, regs *reg, int can_free, int optimize_level) { pCode *pct1, *pct2; regs *reg1, *reg2; int t = total_registers_saved; if(reg->type == REG_SFR)return 0; if(pc2->seq < pc1->seq) { pct1 = pc2; pc2 = pc1; pc1 = pct1; } /* fprintf(stderr,"pCodeOptime2pCodes\n"); pc1->print(stderr,pc1); pc2->print(stderr,pc2); */ if((PCI(pc1)->op == POC_CLRF) && (PCI(pc2)->op == POC_MOVFW) ){ /* clrf reg stuff... movf reg,w can be replaced with stuff... movlw 0 */ pCode *newpc; //fprintf(stderr, " CLRF/MOVFW. instruction after MOVFW is:\n"); pct1 = pic16_findNextInstruction(pc2->next); if(PCI(pct1)->op == POC_MOVWF) { newpc = pic16_newpCode(POC_CLRF, PCI(pct1)->pcop); pct1->destruct(pct1); } else { newpc = pic16_newpCode(POC_MOVLW, pic16_newpCodeOpLit(0)); } pic16_pCodeInsertAfter(pc2, newpc); PCI(newpc)->pcflow = PCFL(pcfl_used); newpc->seq = pc2->seq; /* take care if register is used after pc2, if yes, then don't delete * clrf reg, because, reg should be initialized with zero */ { pCode *spc; int maxSeq=0; for(spc=setFirstItem(reg->reglives.usedpCodes);spc;spc=setNextItem(reg->reglives.usedpCodes)) { if(maxSeq < spc->seq)maxSeq = spc->seq; } // fprintf(stderr, "pc1->seq = %d\tpc2->seq = %d\tspc->seq = %d\n", pc1->seq, pc2->seq, maxSeq); if(maxSeq > pc2->seq) { /* this means that a pCode uses register after pc2, then * we can't delete pc1 pCode */ Remove2pcodes(pcfl_used, NULL, pc2, reg, can_free); } else { /* we can remove both pCodes */ Remove2pcodes(pcfl_used, pc1, pc2, reg, can_free); } } total_registers_saved++; // debugging stats. } else if((PCI(pc1)->op == POC_CLRF) && (PCI(pc2)->op == POC_IORFW) ){ //fprintf(stderr, " CLRF/IORFW.\n"); pct2 = pic16_findNextInstruction(pc2->next); if(pic16_pCodeSearchCondition(pct2, PCC_Z) > 0) { pct2 = pic16_newpCode(POC_IORLW, pic16_newpCodeOpLit(0)); pct2->seq = pc2->seq; PCI(pct2)->pcflow = PCFL(pcfl_used); pic16_pCodeInsertAfter(pc1,pct2); } Remove2pcodes(pcfl_used, pc1, pc2, reg, can_free); total_registers_saved++; // debugging stats. } else if(PCI(pc1)->op == POC_MOVWF) { reg1 = pic16_getRegFromInstruction(pc1); if(reg1->type == REG_SFR)return (total_registers_saved != t); pct2 = pic16_findNextInstruction(pc2->next); if(PCI(pc2)->op == POC_MOVFW) { #if 0 fprintf(stderr, " MOVWF/MOVFW. instruction after MOVFW is:\n"); pct2->print(stderr,pct2); #endif if(PCI(pct2)->op == POC_MOVWF) { /* Change: movwf reg stuff... movf reg,w movwf reg2 To: */ reg2 = pic16_getRegFromInstruction(pct2); if(reg2 && !regUsedinRange(pc1,pc2,reg2) && (reg2->type != REG_SFR)) { // if(reg2 && !regUsedinRange(pc1,pc2,reg2)) if(pic16_pCodeSearchCondition(pct2, PCC_Z) < 1) { pCode *pct3 = pic16_findNextInstruction(pct2->next); pct2->seq = pc1->seq; pic16_unlinkpCode(pct2); pic16_pCodeInsertAfter(pic16_findPrevInstruction(pc1->prev),pct2); #define usesW(x) ((x) && (isPCI(x)) && ( (PCI(x)->inCond & PCC_W) != 0)) if(usesW(pct3)) ; // Remove2pcodes(pcfl_used, pc1, NULL, reg, can_free); else { Remove2pcodes(pcfl_used, pc1, pc2, reg, can_free); total_registers_saved++; // debugging stats. return 1; } } else { // fprintf(stderr,"didn't optimize because Z bit is used\n"); } } #if 0 fprintf(stderr, " couldn't optimize\n"); if(reg2) fprintf(stderr, " %s is used in range\n", reg2->name); else fprintf(stderr, " reg2 is NULL\n"); #endif } } pct1 = pic16_findPrevInstruction(pc1->prev); if(pct1 && (PCI(pct1)->pcflow == PCI(pc1)->pcflow)) { if ( (PCI(pct1)->op == POC_MOVFW) && (PCI(pc2)->op == POC_MOVFW)) { reg1 = pic16_getRegFromInstruction(pct1); if(reg1 && !regUsedinRange(pc1,pc2,reg1)) { #if 0 fprintf(stderr, " MOVF/MOVFW. \n"); fprintf(stderr, " ...optimizing\n"); #endif /* Change: movf reg1,w movwf reg stuff... movf reg,w To: stuff... movf reg1,w Or, if we're not deleting the register then the "To" is: stuff... movf reg1,w movwf reg */ pct2 = pic16_newpCode(PCI(pc2)->op, PCI(pct1)->pcop); pic16_pCodeInsertAfter(pc2, pct2); PCI(pct2)->pcflow = PCFL(pcfl_used); pct2->seq = pc2->seq; if(can_free) { Remove2pcodes(pcfl_used, pc1, pc2, reg, can_free); } else { /* If we're not freeing the register then that means (probably) * the register is needed somewhere else.*/ pic16_unlinkpCode(pc1); pic16_pCodeInsertAfter(pct2, pc1); Remove2pcodes(pcfl_used, pc2, NULL, reg, can_free); } Remove2pcodes(pcfl_used, pct1, NULL, reg1, 0); total_registers_saved++; // debugging stats. } } else if ( (PCI(pct1)->op == POC_MOVWF) && (PCI(pc2)->op == POC_MOVFW)) { // fprintf(stderr,"movwf MOVWF/MOVFW\n"); if(optimize_level > 1 && can_free) { pct2 = pic16_newpCode(POC_MOVFW, PCI(pc1)->pcop); pic16_pCodeInsertAfter(pc2, pct2); Remove2pcodes(pcfl_used, pc1, pc2, reg, 1); total_registers_saved++; // debugging stats. } } } } return (total_registers_saved != t); } /*-----------------------------------------------------------------* * void pCodeRegOptimeRegUsage(pBlock *pb) *-----------------------------------------------------------------*/ static void OptimizeRegUsage(set *fregs, int optimize_multi_uses, int optimize_level) { regs *reg; int used; pCode *pc1=NULL, *pc2=NULL; while(fregs) { pCode *pcfl_used, *pcfl_assigned; /* Step through the set by directly accessing the 'next' pointer. * We could also step through by using the set API, but the * the (debug) calls to print instructions affect the state * of the set pointers */ reg = fregs->item; fregs = fregs->next; if(reg->type == REG_SFR) { // fprintf(stderr,"skipping SFR: %s\n",reg->name); continue; } pcfl_used = setFirstItem(reg->reglives.usedpFlows); pcfl_assigned = setFirstItem(reg->reglives.assignedpFlows); used = elementsInSet(reg->reglives.usedpCodes); // fprintf(stderr, "%s:%d register %s used %d times in pCode\n", __FILE__, __LINE__, reg->name, used); if(used == 2) { /* * In this section, all registers that are used in only in two * instructions are examined. If possible, they're optimized out. */ #if 0 fprintf (stderr, "OptimizeRegUsage: %s addr=0x%03x rIdx=0x%03x type=%d used=%d\n", reg->name, reg->address, reg->rIdx, reg->type, used); #endif pc1 = setFirstItem(reg->reglives.usedpCodes); pc2 = setNextItem(reg->reglives.usedpCodes); if(pcfl_used && pcfl_assigned) { /* expected case - the register has been assigned a value and is subsequently used */ //fprintf(stderr," used only twice\n"); if(pcfl_used->seq == pcfl_assigned->seq && !(setNextItem(reg->reglives.usedpFlows)) && !(setNextItem(reg->reglives.assignedpFlows))) { //fprintf(stderr, " and used in same flow\n"); pCodeOptime2pCodes(pc1, pc2, pcfl_used, reg, 1,optimize_level); } else { // fprintf(stderr, " and used in different flows\n"); } } else if(pcfl_used) { /* register has been used twice without ever being assigned */ //fprintf(stderr,"WARNING %s: reg %s used without being assigned\n",__FUNCTION__,reg->name); } else { // fprintf(stderr,"WARNING %s: reg %s assigned without being used\n",__FUNCTION__,reg->name); Remove2pcodes(pcfl_assigned, pc1, pc2, reg, 1); total_registers_saved++; // debugging stats. } } else { /* register has been used either once, or more than twice */ if(used && !pcfl_used && pcfl_assigned) { pCode *pc; fprintf(stderr,"WARNING %s: reg %s assigned without being used\n",__FUNCTION__,reg->name); pc = setFirstItem(reg->reglives.usedpCodes); while(pc) { pcfl_assigned = PCODE(PCI(pc)->pcflow); Remove1pcode(pc, reg); deleteSetItem (&(PCFL(pcfl_assigned)->registers), reg); /* deleteSetItem (&(reg->reglives.usedpCodes),pc); pc->destruct(pc); */ pc = setNextItem(reg->reglives.usedpCodes); } reg->isFree = 1; reg->wasUsed = 0; total_registers_saved++; // debugging stats. } else if( (used > 2) && optimize_multi_uses) { set *rset1=NULL; set *rset2=NULL; int searching=1; pCodeFlow *pcfl1=NULL, *pcfl2=NULL; /* examine the number of times this register is used */ rset1 = reg->reglives.usedpCodes; while(rset1 && searching) { pc1 = rset1->item; rset2 = rset1->next; if(pc1 && isPCI(pc1) && ( (pcfl1 = PCI(pc1)->pcflow) != NULL) ) { //while(rset2 && searching) { if(rset2) { pc2 = rset2->item; if(pc2 && isPCI(pc2) && ( (pcfl2 = PCI(pc2)->pcflow) != NULL) ) { if(pcfl2 == pcfl1) { if(pCodeOptime2pCodes(pc1, pc2, pcfl_used, reg, 0,optimize_level)) searching = 0; } } //rset2 = rset2->next; } } rset1 = rset1->next; } } } } } /*-----------------------------------------------------------------* * void pic16_pCodeRegOptimeRegUsage(pBlock *pb) *-----------------------------------------------------------------*/ void pic16_pCodeRegOptimizeRegUsage(int level) { int passes; int saved = 0; int t = total_registers_saved; if(getenv("NO_REG_OPT")) return; if(!register_optimization) return; #define OPT_PASSES 8 passes = OPT_PASSES; do { saved = total_registers_saved; /* Identify registers used in one flow sequence */ OptimizeRegUsage(pic16_dynAllocRegs,level, (OPT_PASSES-passes)); OptimizeRegUsage(pic16_dynStackRegs,level, (OPT_PASSES-passes)); OptimizeRegUsage(pic16_dynDirectRegs,0, (OPT_PASSES-passes)); if((total_registers_saved != saved) && (pic16_pcode_verbose)) fprintf(stderr, " *** pass %d, Saved %d registers, total saved %d ***\n", (1+OPT_PASSES-passes),total_registers_saved-saved,total_registers_saved); passes--; } while( passes && ((total_registers_saved != saved) || (passes==OPT_PASSES-1)) ); if(total_registers_saved == t) if(pic16_debug_verbose) fprintf(stderr, "No registers saved on this pass\n"); #if 0 fprintf(stderr,"dynamically allocated regs:\n"); dbg_regusage(pic16_dynAllocRegs); fprintf(stderr,"stack regs:\n"); dbg_regusage(pic16_dynStackRegs); fprintf(stderr,"direct regs:\n"); dbg_regusage(pic16_dynDirectRegs); #endif } /*-----------------------------------------------------------------* * void RegsUnMapLiveRanges(set *regset) * *-----------------------------------------------------------------*/ static void RegsSetUnMapLiveRanges(set *regset) { regs *reg; while(regset) { reg = regset->item; regset = regset->next; deleteSet(®->reglives.usedpCodes); deleteSet(®->reglives.usedpFlows); deleteSet(®->reglives.assignedpFlows); } } void pic16_RegsUnMapLiveRanges(void) { RegsSetUnMapLiveRanges(pic16_dynAllocRegs); RegsSetUnMapLiveRanges(pic16_dynStackRegs); RegsSetUnMapLiveRanges(pic16_dynDirectRegs); RegsSetUnMapLiveRanges(pic16_dynProcessorRegs); RegsSetUnMapLiveRanges(pic16_dynDirectBitRegs); RegsSetUnMapLiveRanges(pic16_dynInternalRegs); } sdcc-2.9.0/src/pic16/pcoderegs.h000066400000000000000000000027461116427777700163270ustar00rootroot00000000000000/*------------------------------------------------------------------------- pcoderegs.h - post code generation register optimizations Written By - Scott Dattalo scott@dattalo.com This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. -------------------------------------------------------------------------*/ #ifndef __PCODEREGS_H__ #define __PCODEREGS_H__ /************************************************* pCodeRegLives Records the set of registers used in a flow object. **************************************************/ typedef struct pCodeRegLives { set *usedpFlows; /* set of pFlow objects that use this register */ set *assignedpFlows; /* set of pFlow objects that assign values to this register */ set *usedpCodes; /* set of all instructions that use this register */ } pCodeRegLives; #endif // __PCODEREGS_H__ sdcc-2.9.0/src/pic16/peeph.def000066400000000000000000000131311116427777700157520ustar00rootroot00000000000000// PIC Port Peep rules // // // INTRODUCTION: // // The peep hole optimizer searchs the // the SDCC generated code for small snippets // that can be optimized. As a user, you have // control over this optimization process without // having to learn the SDCC source code. (However // you'll still need access to the source since // these rules are compiled into the source.) // // The way it works is you specify the target // snippet that you want replaced with a more // efficient snippet that you write. Wild card // variables allow the rules to be parameterized. // // In all of the SDCC ports, labels and operands // can be wild cards. However, in the PIC even the // instructions can be wild cards. // // EXAMPLE: // // Consider Peep Rule 1 as an example. This rule // replaces some code like: // // skpz ;i.e. btfss status,Z // goto lab1 // clrw //lab1: // // with: // // skpnz ;i.e. btfsc status,Z // clrw //lab1 // // However, the Rule has four wild cards. // The first allows the btfss instruction operator // be anything, not just the Z bit in status register. // The second wild card applies to a label. // The third wild card is for an instruction - any // single instruction can be substituted. // The fourth wild card is also an instruction. It's // just an instruction place holder associated with // a label (think of it as the PIC Port author's laziness // imposed upon the user). // // // CONDITIONS // // There are certain instances where a peep rule may not // be applicable. Consider this subtle example: // // movwf R0 // movf R0,W // // It would seem that the second move is unnecessary. But // be careful! The movf instruction affects the 'Z' bit. // So if this sequence is followed by a btfsc status,Z, you // will have to leave the second move in. // // To get around this proble, the peep rule can be followed // by a conditon: "if NZ". Which is to say, apply the rule // if Z bit is not needed in the code that follows. The optimizer // is smart enough to look more than one instruction past the // target block... // // Special commands // // // _NOTBITSKIP_ %1 - Creates a wild card instruction that // will match all instructions except for // bit skip instructions (btfsc or btfss) // _BITSKIP_ %1 - Creates a wild card instruction that only // will match a bit skip instruction (btfsc // or btfss) // _INVERTBITSKIP_ %1 - For the wild card instruction %1, invert // the state of the bit skip. If %1 is not // a bit skip instruction, then there's an // error in the peep rule. // // // // Peep 1 // Converts // // btfss reg1,bit // goto label // incf reg2,f //label // // Into: // // btfsc reg1,bit // incf reg2,f //label // // Notice that wild cards will allow any instruction // besides incf to be used in the above. // // Also, notice that this snippet is not valid if // it follows another skip replace restart { _NOTBITSKIP_ %1 _BITSKIP_ %2 goto %3 %4 %3: %5 } by { ; peep 1 - test/jump to test/skip %1 _INVERTBITSKIP_ %2 %4 %3: %5 } replace restart { _NOTBITSKIP_ %1 _BITSKIP_ %2 goto %3 %4: %5 %3: %6 } by { ; peep 1b - test/jump to test/skip %1 _INVERTBITSKIP_ %2 %4: %5 %3: %6 } //bogus test for pcode //replace restart { // movf %1,w ;comment at end //%4: movf %1,w // RETURN // clrf INDF0 // movlw 0xa5 // movf fsr0,w // incf indf0,f // %2 //} by { // ; peep test remove redundant move //%4: movf %1,w ;another comment // %2 //} if AYBABTU %3 // peep 2 replace restart { movwf %1 movf %1,w } by { ; peep 2 - Removed redundant move movwf %1 } if NZ // peep 3 //replace restart { / decf %1,f /// movf %1,w // btfss _STATUS,z // goto %2 //} by { // ; peep 3 - decf/mov/skpz to decfsz // decfsz %1,f // goto %2 //} replace restart { movf %1,w movf %1,w } by { ; peep 4 - Removed redundant move movf %1,w } replace restart { movlw %1 movwf %2 movlw %1 } by { ; peep 5 - Removed redundant move movlw %1 movwf %2 } replace restart { movwf %1 movwf %1 } by { ; peep 6 - Removed redundant move movwf %1 } replace restart { movlw 0 iorwf %1,w } by { ; peep 7 - Removed redundant move movf %1,w } replace restart { movf %1,w movwf %2 decf %2,f } by { ; peep 8 - Removed redundant move decf %1,w movwf %2 } replace restart { movwf %1 movf %2,w xorwf %1,w } by { ; peep 9a - Removed redundant move movwf %1 xorwf %2,w } replace restart { movwf %1 movf %2,w iorwf %1,w } by { ; peep 9b - Removed redundant move movwf %1 iorwf %2,w } replace restart { movf %1,w movwf %2 movf %2,w } by { ; peep 9c - Removed redundant move movf %1,w movwf %2 } replace restart { movwf %1 movf %1,w movwf %2 } by { ; peep 9d - Removed redundant move movwf %1 movwf %2 } if NZ // From: Frieder Ferlemann replace restart { iorlw 0 } by { ; peep 10a - Removed unnecessary iorlw } if NZ // From: Frieder Ferlemann replace restart { xorlw 0 } by { ; peep 10b - Removed unnecessary xorlw } if NZ // From: Frieder Ferlemann replace restart { movf %1,w movwf %1 } by { ; peep 11 - Removed redundant move movf %1,w } replace restart { movf %1,w movf %2,w } by { ; peep 12 - Removed redundant move movf %2,w } replace restart { movf %1,w xorlw %2 bz %3 bra %4 %3: %5 } by { ; peep 101 - test for equality movlw %2 cpfseq %1 bra %4 %3: %5 } sdcc-2.9.0/src/pic16/pic16.dsp000066400000000000000000000103161116427777700156250ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="pic16" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Static Library" 0x0104 CFG=pic16 - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "pic16.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. 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To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "pic16a.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "pic16a.mak" CFG="pic16a - Win32 Release" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "pic16a - Win32 Debug" (based on "Win32 (x86) Generic Project") !MESSAGE "pic16a - Win32 Release" (based on "Win32 (x86) Generic Project") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" MTL=midl.exe !IF "$(CFG)" == "pic16a - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "" # PROP Intermediate_Dir "" # PROP Target_Dir "" !ELSEIF "$(CFG)" == "pic16a - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "" # PROP Intermediate_Dir "" # PROP Target_Dir "" !ENDIF # Begin Target # Name "pic16a - Win32 Debug" # Name "pic16a - Win32 Release" # Begin Source File SOURCE=.\peeph.def !IF "$(CFG)" == "pic16a - Win32 Debug" # Begin Custom Build InputPath=.\peeph.def "peeph.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph.rul # End Custom Build !ELSEIF "$(CFG)" == "pic16a - Win32 Release" # Begin Custom Build InputPath=.\peeph.def "peeph.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph.rul # End Custom Build !ENDIF # End Source File # End Target # End Project sdcc-2.9.0/src/pic16/ralloc.c000066400000000000000000004156351116427777700156300ustar00rootroot00000000000000/*------------------------------------------------------------------------ ralloc.c - source file for register allocation. PIC16 specific Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) Added Pic Port T.scott Dattalo scott@dattalo.com (2000) Added Pic16 Port Martin Dubuc m.dubuc@rogers.com (2002) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "ralloc.h" #include "pcode.h" #include "gen.h" #include "device.h" #ifndef debugf #define debugf(frm, rest) _debugf(__FILE__, __LINE__, frm, rest) #endif void _debugf(char *f, int l, char *frm, ...); #define NEWREG_DEBUG 0 //#define USE_ONSTACK /*-----------------------------------------------------------------*/ /* At this point we start getting processor specific although */ /* some routines are non-processor specific & can be reused when */ /* targetting other processors. The decision for this will have */ /* to be made on a routine by routine basis */ /* routines used to pack registers are most definitely not reusable */ /* since the pack the registers depending strictly on the MCU */ /*-----------------------------------------------------------------*/ regs *pic16_typeRegWithIdx (int idx, int type, int fixed); extern void genpic16Code (iCode *); /* Global data */ static struct { bitVect *spiltSet; set *stackSpil; bitVect *regAssigned; short blockSpil; int slocNum; bitVect *funcrUsed; /* registers used in a function */ int stackExtend; int dataExtend; } _G; /* Shared with gen.c */ int pic16_ptrRegReq; /* one byte pointer register required */ set *pic16_dynAllocRegs=NULL; set *pic16_dynStackRegs=NULL; set *pic16_dynProcessorRegs=NULL; set *pic16_dynDirectRegs=NULL; set *pic16_dynDirectBitRegs=NULL; set *pic16_dynInternalRegs=NULL; set *pic16_dynAccessRegs=NULL; static hTab *dynDirectRegNames=NULL; static hTab *dynAllocRegNames=NULL; static hTab *dynProcRegNames=NULL; static hTab *dynAccessRegNames=NULL; //static hTab *regHash = NULL; /* a hash table containing ALL registers */ extern set *sectNames; set *pic16_rel_udata=NULL; /* relocatable uninitialized registers */ set *pic16_fix_udata=NULL; /* absolute uninitialized registers */ set *pic16_equ_data=NULL; /* registers used by equates */ set *pic16_int_regs=NULL; /* internal registers placed in access bank 0 to 0x7f */ set *pic16_acs_udata=NULL; /* access bank variables */ set *pic16_builtin_functions=NULL; static int dynrIdx=0x00; //0x20; // starting temporary register rIdx static int rDirectIdx=0; int pic16_nRegs = 128; // = sizeof (regspic16) / sizeof (regs); int pic16_Gstack_base_addr=0; /* The starting address of registers that * are used to pass and return parameters */ int _inRegAllocator=0; /* flag that marks whther allocReg happens while * inside the register allocator function */ static void spillThis (symbol *); int pic16_ralloc_debug = 0; static FILE *debugF = NULL; /*-----------------------------------------------------------------*/ /* debugLog - open a file for debugging information */ /*-----------------------------------------------------------------*/ //static void debugLog(char *inst,char *fmt, ...) static void debugLog (char *fmt,...) { static int append = 0; // First time through, open the file without append. char buffer[256]; //char *bufferP=buffer; va_list ap; if (!pic16_ralloc_debug || !dstFileName) return; if (!debugF) { /* create the file name */ strcpy (buffer, dstFileName); strcat (buffer, ".d"); if (!(debugF = fopen (buffer, (append ? "a+" : "w")))) { werror (E_FILE_OPEN_ERR, buffer); exit (1); } append = 1; // Next time debubLog is called, we'll append the debug info } va_start (ap, fmt); vsprintf (buffer, fmt, ap); fprintf (debugF, "%s", buffer); //fprintf (stderr, "%s", buffer); /* while (isspace((unsigned char)*bufferP)) bufferP++; if (bufferP && *bufferP) lineCurr = (lineCurr ? connectLine(lineCurr,newLineNode(lb)) : (lineHead = newLineNode(lb))); lineCurr->isInline = _G.inLine; lineCurr->isDebug = _G.debugLine; */ va_end (ap); } static void debugNewLine (void) { if(!pic16_ralloc_debug)return; if (debugF) fputc ('\n', debugF); } /*-----------------------------------------------------------------*/ /* debugLogClose - closes the debug log file (if opened) */ /*-----------------------------------------------------------------*/ static void debugLogClose (void) { if (debugF) { fclose (debugF); debugF = NULL; } } #define AOP(op) op->aop static char * debugAopGet (char *str, operand * op) { if(!pic16_ralloc_debug)return NULL; if (str) debugLog (str); printOperand (op, debugF); debugNewLine (); return NULL; } char * pic16_decodeOp (unsigned int op) { if (op < 128 && op > ' ') { buffer[0] = (op & 0xff); buffer[1] = 0; return buffer; } switch (op) { case IDENTIFIER: return "IDENTIFIER"; case TYPE_NAME: return "TYPE_NAME"; case CONSTANT: return "CONSTANT"; case STRING_LITERAL: return "STRING_LITERAL"; case SIZEOF: return "SIZEOF"; case PTR_OP: return "PTR_OP"; case INC_OP: return "INC_OP"; case DEC_OP: return "DEC_OP"; case LEFT_OP: return "LEFT_OP"; case RIGHT_OP: return "RIGHT_OP"; case LE_OP: return "LE_OP"; case GE_OP: return "GE_OP"; case EQ_OP: return "EQ_OP"; case NE_OP: return "NE_OP"; case AND_OP: return "AND_OP"; case OR_OP: return "OR_OP"; case MUL_ASSIGN: return "MUL_ASSIGN"; case DIV_ASSIGN: return "DIV_ASSIGN"; case MOD_ASSIGN: return "MOD_ASSIGN"; case ADD_ASSIGN: return "ADD_ASSIGN"; case SUB_ASSIGN: return "SUB_ASSIGN"; case LEFT_ASSIGN: return "LEFT_ASSIGN"; case RIGHT_ASSIGN: return "RIGHT_ASSIGN"; case AND_ASSIGN: return "AND_ASSIGN"; case XOR_ASSIGN: return "XOR_ASSIGN"; case OR_ASSIGN: return "OR_ASSIGN"; case TYPEDEF: return "TYPEDEF"; case EXTERN: return "EXTERN"; case STATIC: return "STATIC"; case AUTO: return "AUTO"; case REGISTER: return "REGISTER"; case CODE: return "CODE"; case EEPROM: return "EEPROM"; case INTERRUPT: return "INTERRUPT"; case SFR: return "SFR"; case AT: return "AT"; case SBIT: return "SBIT"; case REENTRANT: return "REENTRANT"; case USING: return "USING"; case XDATA: return "XDATA"; case DATA: return "DATA"; case IDATA: return "IDATA"; case PDATA: return "PDATA"; case VAR_ARGS: return "VAR_ARGS"; case CRITICAL: return "CRITICAL"; case NONBANKED: return "NONBANKED"; case BANKED: return "BANKED"; case CHAR: return "CHAR"; case SHORT: return "SHORT"; case INT: return "INT"; case LONG: return "LONG"; case SIGNED: return "SIGNED"; case UNSIGNED: return "UNSIGNED"; case FLOAT: return "FLOAT"; case DOUBLE: return "DOUBLE"; case CONST: return "CONST"; case VOLATILE: return "VOLATILE"; case VOID: return "VOID"; case BIT: return "BIT"; case STRUCT: return "STRUCT"; case UNION: return "UNION"; case ENUM: return "ENUM"; case RANGE: return "RANGE"; case FAR: return "FAR"; case CASE: return "CASE"; case DEFAULT: return "DEFAULT"; case IF: return "IF"; case ELSE: return "ELSE"; case SWITCH: return "SWITCH"; case WHILE: return "WHILE"; case DO: return "DO"; case FOR: return "FOR"; case GOTO: return "GOTO"; case CONTINUE: return "CONTINUE"; case BREAK: return "BREAK"; case RETURN: return "RETURN"; case INLINEASM: return "INLINEASM"; case IFX: return "IFX"; case ADDRESS_OF: return "ADDRESS_OF"; case GET_VALUE_AT_ADDRESS: return "GET_VALUE_AT_ADDRESS"; case SPIL: return "SPIL"; case UNSPIL: return "UNSPIL"; case GETHBIT: return "GETHBIT"; case BITWISEAND: return "BITWISEAND"; case UNARYMINUS: return "UNARYMINUS"; case IPUSH: return "IPUSH"; case IPOP: return "IPOP"; case PCALL: return "PCALL"; case FUNCTION: return "FUNCTION"; case ENDFUNCTION: return "ENDFUNCTION"; case JUMPTABLE: return "JUMPTABLE"; case RRC: return "RRC"; case RLC: return "RLC"; case CAST: return "CAST"; case CALL: return "CALL"; case PARAM: return "PARAM "; case NULLOP: return "NULLOP"; case BLOCK: return "BLOCK"; case LABEL: return "LABEL"; case RECEIVE: return "RECEIVE"; case SEND: return "SEND"; case DUMMY_READ_VOLATILE: return "DUMMY_READ_VOLATILE"; } sprintf (buffer, "unkown op %d %c", op, op & 0xff); return buffer; } #if 0 static char *decodeRegType(short type) { switch(type) { case REG_GPR: return "REG_GPR"; case REG_PTR: return "REG_PTR"; case REG_CND: return "REG_CNT"; default: return ""; } } #endif /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static char * debugLogRegType (short type) { if(!pic16_ralloc_debug)return NULL; switch (type) { case REG_GPR: return "REG_GPR"; case REG_PTR: return "REG_PTR"; case REG_CND: return "REG_CND"; } sprintf (buffer, "unknown reg type %d", type); return buffer; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ static int regname2key(char const *name) { int key = 0; if(!name) return 0; while(*name) { key += (*name++) + 1; } return ( (key + (key >> 4) + (key>>8)) & 0x3f); } /*-----------------------------------------------------------------*/ /* newReg - allocate and init memory for a new register */ /*-----------------------------------------------------------------*/ regs* newReg(int type, short pc_type, int rIdx, char *name, unsigned size, int alias, operand *refop) { regs *dReg; dReg = Safe_calloc(1,sizeof(regs)); dReg->type = type; dReg->pc_type = pc_type; dReg->rIdx = rIdx; if(name) dReg->name = Safe_strdup(name); else { if(pic16_options.xinst && pc_type == PO_GPR_TEMP) { sprintf(buffer,"0x%02x", dReg->rIdx); } else { sprintf(buffer,"r0x%02x", dReg->rIdx); } if(type == REG_STK) { *buffer = 's'; } dReg->name = Safe_strdup(buffer); } dReg->isFree = 0; dReg->wasUsed = 1; dReg->isEmitted = 0; if(type == REG_SFR) { dReg->isFixed = 1; dReg->address = rIdx; dReg->accessBank = 1; } else { dReg->isFixed = 0; dReg->address = 0; dReg->accessBank = 0; } #if NEWREG_DEBUG fprintf(stderr,"newReg @ %p: %s, rIdx = 0x%02x\taccess= %d\tregop= %p\n",dReg, dReg->name,rIdx, dReg->accessBank, refop); #endif dReg->size = size; dReg->alias = alias; dReg->reg_alias = NULL; dReg->reglives.usedpFlows = newSet(); dReg->reglives.assignedpFlows = newSet(); dReg->regop = refop; if(!(type == REG_SFR && alias == 0x80)) hTabAddItem(&dynDirectRegNames, regname2key(dReg->name), dReg); return dReg; } /*-----------------------------------------------------------------*/ /* regWithIdx - Search through a set of registers that matches idx */ /*-----------------------------------------------------------------*/ static regs * regWithIdx (set *dRegs, int idx, unsigned fixed) { regs *dReg; //#define D(text) text #define D(text) for (dReg = setFirstItem(dRegs) ; dReg ; dReg = setNextItem(dRegs)) { D(fprintf(stderr, "%s:%d testing reg w/rIdx = %d (%d f:%d)\t", __FUNCTION__, __LINE__, dReg->rIdx, idx, fixed)); if(idx == dReg->rIdx && (fixed == dReg->isFixed)) { D(fprintf(stderr, "found!\n")); return dReg; } else D(fprintf(stderr, "not found!\n")); } return NULL; } /*-----------------------------------------------------------------*/ /* regFindFree - Search for a free register in a set of registers */ /*-----------------------------------------------------------------*/ static regs * regFindFree (set *dRegs) { regs *dReg; for (dReg = setFirstItem(dRegs) ; dReg ; dReg = setNextItem(dRegs)) { // fprintf(stderr, "%s:%d checking register %s (%p) [rIdx: 0x%02x] if free= %d\n", // __FILE__, __LINE__, dReg->name, dReg, dReg->rIdx, dReg->isFree); if(dReg->isFree) { // fprintf(stderr, "%s:%d free register found, rIdx = %d\n", __FILE__, __LINE__, dReg->rIdx); return dReg; } } return NULL; } static regs * regFindFreeNext(set *dRegs, regs *creg) { regs *dReg; if(creg) { /* position at current register */ for(dReg = setFirstItem(dRegs); dReg != creg; dReg = setNextItem(dRegs)); } for(dReg = setNextItem(dRegs); dReg; dReg = setNextItem(dRegs)) { if(dReg->isFree) { return dReg; } } return NULL; } /*-----------------------------------------------------------------* *-----------------------------------------------------------------*/ regs * pic16_allocProcessorRegister(int rIdx, char * name, short po_type, int alias) { regs *reg = newReg(REG_SFR, po_type, rIdx, name, 1, alias, NULL); // fprintf(stderr,"%s: %s addr =0x%x\n",__FUNCTION__, name,rIdx); reg->wasUsed = 0; // we do not know if they are going to be used at all reg->accessBank = 1; // implicit add access Bank hTabAddItem(&dynProcRegNames, regname2key(reg->name), reg); return addSet(&pic16_dynProcessorRegs, reg); } /*-----------------------------------------------------------------* *-----------------------------------------------------------------*/ regs * pic16_allocInternalRegister(int rIdx, char * name, short po_type, int alias) { regs * reg = newReg(REG_GPR, po_type, rIdx, name,1,alias, NULL); // fprintf(stderr,"%s:%d: %s %s addr =0x%x\n",__FILE__, __LINE__, __FUNCTION__, name, rIdx); if(reg) { reg->wasUsed = 0; return addSet(&pic16_dynInternalRegs,reg); } return NULL; } /*-----------------------------------------------------------------*/ /* allocReg - allocates register of given type */ /*-----------------------------------------------------------------*/ static regs * allocReg (short type) { regs * reg=NULL; #define MAX_P16_NREGS 16 #if 0 if(dynrIdx > pic16_nRegs) werror(W_POSSBUG2, __FILE__, __LINE__); return NULL; #endif /* try to reuse some unused registers */ reg = regFindFree( pic16_dynAllocRegs ); if(reg) { // fprintf(stderr, "%s: [%s][cf:%p] found FREE register %s, rIdx: %d\n", __FILE__, (_inRegAllocator)?"ralloc":"", currFunc, reg->name, reg->rIdx); } if(!reg) { reg = newReg(REG_GPR, PO_GPR_TEMP, dynrIdx++, NULL, 1, 0, NULL); // fprintf(stderr, "%s [%s][cf:%p] allocating NEW register %s, rIdx: %d\n", __FILE__, // (_inRegAllocator)?"ralloc":"", currFunc, reg->name, reg->rIdx); #if 1 if(_inRegAllocator && (dynrIdx > MAX_P16_NREGS)) { // debugf("allocating more registers than available\n", 0); // return (NULL); } addSet(&pic16_dynAllocRegs, reg); hTabAddItem(&dynAllocRegNames, regname2key(reg->name), reg); // fprintf(stderr, "%s:%d added reg to pic16_dynAllocRegs = %p\n", __FUNCTION__, __LINE__, pic16_dynAllocRegs); #endif } debugLog ("%s of type %s for register rIdx: %d (0x%x)\n", __FUNCTION__, debugLogRegType (type), dynrIdx-1, dynrIdx-1); #if 0 fprintf(stderr,"%s:%d: %s\t%s addr= 0x%x\trIdx= 0x%02x isFree: %d\n", __FILE__, __LINE__, __FUNCTION__, reg->name, reg->address, reg->rIdx, reg->isFree); #endif if(reg) { reg->isFree=0; reg->accessBank = 1; /* this is a temporary register alloc in accessBank */ reg->isLocal = 1; /* this is a local frame register */ // reg->wasUsed = 1; } if (currFunc) { // fprintf(stderr, "%s:%d adding %s into function %s regsUsed\n", __FUNCTION__, __LINE__, reg->name, currFunc->name); currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, reg->rIdx); } return (reg); // addSet(&pic16_dynAllocRegs,reg); } /*-----------------------------------------------------------------*/ /* pic16_dirregWithName - search for register by name */ /*-----------------------------------------------------------------*/ regs * pic16_dirregWithName (char *name) { int hkey; regs *reg; if(!name) return NULL; /* hash the name to get a key */ hkey = regname2key(name); // fprintf(stderr, "%s:%d: name = %s\thash = %d\n", __FUNCTION__, __LINE__, name, hkey); reg = hTabFirstItemWK(dynDirectRegNames, hkey); while(reg) { if(STRCASECMP(reg->name, name) == 0) { // fprintf(stderr, "%s:%d: FOUND name = %s\thash = %d\n", __FUNCTION__, __LINE__, reg->name, hkey); return(reg); } reg = hTabNextItemWK (dynDirectRegNames); } return NULL; // name wasn't found in the hash table } /*-----------------------------------------------------------------*/ /* pic16_allocregWithName - search for register by name */ /*-----------------------------------------------------------------*/ regs * pic16_allocregWithName (char *name) { int hkey; regs *reg; if(!name) return NULL; /* hash the name to get a key */ hkey = regname2key(name); //fprintf(stderr, "%s:%d: name = %s\thash = %d\n", __FUNCTION__, __LINE__, name, hkey); reg = hTabFirstItemWK(dynAllocRegNames, hkey); while(reg) { if(STRCASECMP(reg->name, name) == 0) { return(reg); } reg = hTabNextItemWK (dynAllocRegNames); } return NULL; // name wasn't found in the hash table } /*-----------------------------------------------------------------*/ /* pic16_procregWithName - search for register by name */ /*-----------------------------------------------------------------*/ regs * pic16_procregWithName (char *name) { int hkey; regs *reg; if(!name) return NULL; /* hash the name to get a key */ hkey = regname2key(name); // fprintf(stderr, "%s:%d: name = %s\thash = %d\n", __FUNCTION__, __LINE__, name, hkey); reg = hTabFirstItemWK(dynProcRegNames, hkey); while(reg) { if(STRCASECMP(reg->name, name) == 0) { return(reg); } reg = hTabNextItemWK (dynProcRegNames); } return NULL; // name wasn't found in the hash table } /*-----------------------------------------------------------------*/ /* pic16_accessregWithName - search for register by name */ /*-----------------------------------------------------------------*/ regs * pic16_accessregWithName (char *name) { int hkey; regs *reg; if(!name) return NULL; /* hash the name to get a key */ hkey = regname2key(name); // fprintf(stderr, "%s:%d: name = %s\thash = %d\n", __FUNCTION__, __LINE__, name, hkey); reg = hTabFirstItemWK(dynAccessRegNames, hkey); while(reg) { if(STRCASECMP(reg->name, name) == 0) { return(reg); } reg = hTabNextItemWK (dynAccessRegNames); } return NULL; // name wasn't found in the hash table } regs *pic16_regWithName(char *name) { regs *reg; reg = pic16_dirregWithName( name ); if(reg)return reg; reg = pic16_procregWithName( name ); if(reg)return reg; reg = pic16_allocregWithName( name ); if(reg)return reg; reg = pic16_accessregWithName( name ); if(reg)return reg; return NULL; } /*-----------------------------------------------------------------*/ /* pic16_allocDirReg - allocates register of given type */ /*-----------------------------------------------------------------*/ regs * pic16_allocDirReg (operand *op ) { regs *reg; char *name; if(!IS_SYMOP(op)) { debugLog ("%s BAD, op is NULL\n", __FUNCTION__); // fprintf(stderr, "%s BAD, op is NULL\n", __FUNCTION__); return NULL; } name = OP_SYMBOL (op)->rname[0] ? OP_SYMBOL (op)->rname : OP_SYMBOL (op)->name; if(!SPEC_OCLS( OP_SYM_ETYPE(op))) { #if 0 if(pic16_debug_verbose) { fprintf(stderr, "%s:%d symbol %s(r:%s) is not assigned to a memmap\n", __FILE__, __LINE__, OP_SYMBOL(op)->name, OP_SYMBOL(op)->rname); } #endif return NULL; } if(!IN_DIRSPACE( SPEC_OCLS( OP_SYM_ETYPE(op))) || !IN_FARSPACE(SPEC_OCLS( OP_SYM_ETYPE(op))) ) { #if 0 if(pic16_debug_verbose) { fprintf(stderr, "dispace:%d farspace:%d codespace:%d regspace:%d stack:%d eeprom: %d regparm: %d isparm: %d\n", IN_DIRSPACE( SPEC_OCLS( OP_SYM_ETYPE(op))), IN_FARSPACE( SPEC_OCLS( OP_SYM_ETYPE(op))), IN_CODESPACE( SPEC_OCLS( OP_SYM_ETYPE(op))), IN_REGSP( SPEC_OCLS( OP_SYM_ETYPE(op))), IN_STACK( OP_SYM_ETYPE(op)), SPEC_OCLS(OP_SYM_ETYPE(op)) == eeprom, IS_REGPARM(OP_SYM_ETYPE(op)), IS_PARM(op)); fprintf(stderr, "%s:%d symbol %s NOT in dirspace\n", __FILE__, __LINE__, OP_SYMBOL(op)->name); } #endif } if (IS_CODE ( OP_SYM_ETYPE(op)) ) { // fprintf(stderr, "%s:%d sym: %s in codespace\n", __FUNCTION__, __LINE__, OP_SYMBOL(op)->name); return NULL; } if(IS_ITEMP(op))return NULL; // if(IS_STATIC(OP_SYM_ETYPE(op)))return NULL; if(IN_STACK(OP_SYM_ETYPE(op)))return NULL; debugLog ("%s:%d symbol name %s\n", __FUNCTION__, __LINE__, name); // fprintf(stderr, "%s symbol name %s\tSTATIC:%d\n", __FUNCTION__,name, IS_STATIC(OP_SYM_ETYPE(op))); { if(SPEC_CONST ( OP_SYM_ETYPE(op)) && (IS_CHAR ( OP_SYM_ETYPE(op)) )) { debugLog(" %d const char\n",__LINE__); debugLog(" value = %s \n",SPEC_CVAL( OP_SYM_ETYPE(op))); // fprintf(stderr, " %d const char\n",__LINE__); // fprintf(stderr, " value = %s \n",SPEC_CVAL( OP_SYM_ETYPE(op))); } debugLog(" %d storage class %d \n",__LINE__,SPEC_SCLS( OP_SYM_ETYPE(op))); if (IS_CODE ( OP_SYM_ETYPE(op)) ) debugLog(" %d code space\n",__LINE__); if (IS_INTEGRAL ( OP_SYM_ETYPE(op)) ) debugLog(" %d integral\n",__LINE__); if (IS_LITERAL ( OP_SYM_ETYPE(op)) ) debugLog(" %d literal\n",__LINE__); if (IS_SPEC ( OP_SYM_ETYPE(op)) ) debugLog(" %d specifier\n",__LINE__); debugAopGet(NULL, op); } reg = pic16_dirregWithName(name); if(!reg) { int address = 0; int regtype = REG_GPR; /* if this is at an absolute address, then get the address. */ if (SPEC_ABSA ( OP_SYM_ETYPE(op)) ) { address = SPEC_ADDR ( OP_SYM_ETYPE(op)); // fprintf(stderr,"reg %s is at an absolute address: 0x%03x\n",name,address); } /* Register wasn't found in hash, so let's create * a new one and put it in the hash table AND in the * dynDirectRegNames set */ if(IS_CODE(OP_SYM_ETYPE(op)) || IN_CODESPACE( SPEC_OCLS( OP_SYM_ETYPE(op)))) { debugLog("%s:%d sym: %s in codespace\n", __FUNCTION__, __LINE__, OP_SYMBOL(op)->name); return NULL; } #if 0 if(OP_SYMBOL(op)->onStack) { fprintf(stderr, "%s:%d onStack %s offset: %d\n", __FILE__, __LINE__, OP_SYMBOL(op)->name, OP_SYMBOL(op)->stack); } #endif if(!IN_DIRSPACE( SPEC_OCLS( OP_SYM_ETYPE(op))) || !IN_FARSPACE(SPEC_OCLS( OP_SYM_ETYPE(op))) ) { #if 0 if(pic16_debug_verbose) { fprintf(stderr, "dispace:%d farspace:%d codespace:%d regspace:%d stack:%d eeprom: %d\n", IN_DIRSPACE( SPEC_OCLS( OP_SYM_ETYPE(op))), IN_FARSPACE( SPEC_OCLS( OP_SYM_ETYPE(op))), IN_CODESPACE( SPEC_OCLS( OP_SYM_ETYPE(op))), IN_REGSP( SPEC_OCLS( OP_SYM_ETYPE(op))), IN_STACK( OP_SYM_ETYPE(op)), SPEC_OCLS(OP_SYM_ETYPE(op)) == eeprom); fprintf(stderr, "%s:%d symbol %s NOT in dirspace\n", __FILE__, __LINE__, OP_SYMBOL(op)->name); } #endif } reg = newReg(regtype, PO_DIR, rDirectIdx++, name,getSize (OP_SYMBOL (op)->type),0, op); debugLog ("%d -- added %s to hash, size = %d\n", __LINE__, name,reg->size); if( SPEC_SCLS( OP_SYM_ETYPE( op ) ) == S_REGISTER ) { fprintf(stderr, "%s:%d symbol %s is declared as register\n", __FILE__, __LINE__, name); reg->accessBank = 1; checkAddReg(&pic16_dynAccessRegs, reg); hTabAddItem(&dynAccessRegNames, regname2key(name), reg); return (reg); } // if (SPEC_ABSA ( OP_SYM_ETYPE(op)) ) { // fprintf(stderr, " ralloc.c at fixed address: %s - changing to REG_SFR\n",name); // reg->type = REG_SFR; // } if (IS_BITVAR (OP_SYM_ETYPE(op))) { // fprintf(stderr, "%s:%d adding %s in bit registers\n", __FILE__, __LINE__, reg->name); addSet(&pic16_dynDirectBitRegs, reg); reg->isBitField = 1; } else { // fprintf(stderr, "%s:%d adding %s in direct registers\n", __FILE__, __LINE__, reg->name); // addSet(&pic16_dynDirectRegs, reg); #if 1 if(!(IS_STATIC(OP_SYM_ETYPE(op)) && OP_SYMBOL(op)->ival )) #endif checkAddReg(&pic16_dynDirectRegs, reg); } } else { // debugLog (" -- %s is declared at address 0x30000x\n",name); return (reg); /* This was NULL before, but since we found it * why not just return it?! */ } if (SPEC_ABSA ( OP_SYM_ETYPE(op)) ) { reg->isFixed = 1; reg->address = SPEC_ADDR ( OP_SYM_ETYPE(op)); /* work around for user defined registers in access bank */ if((reg->address>= 0x00 && reg->address < pic16->acsSplitOfs) || (reg->address >= (0xf00 + pic16->acsSplitOfs) && reg->address <= 0xfff)) reg->accessBank = 1; debugLog (" -- and it is at a fixed address 0x%02x\n",reg->address); } return reg; } /*-----------------------------------------------------------------*/ /* pic16_allocRegByName - allocates register of given type */ /*-----------------------------------------------------------------*/ regs * pic16_allocRegByName (char *name, int size, operand *op) { regs *reg; if(!name) { fprintf(stderr, "%s - allocating a NULL register\n",__FUNCTION__); exit(1); } /* First, search the hash table to see if there is a register with this name */ reg = pic16_dirregWithName(name); if(!reg) { /* Register wasn't found in hash, so let's create * a new one and put it in the hash table AND in the * dynDirectRegNames set */ //fprintf (stderr,"%s:%d symbol name %s\tregop= %p\n", __FUNCTION__, __LINE__, name, op); reg = newReg(REG_GPR, PO_DIR, rDirectIdx++, name,size,0, op); debugLog ("%d -- added %s to hash, size = %d\n", __LINE__, name,reg->size); //fprintf(stderr, " -- added %s to hash, size = %d\n", name,reg->size); //hTabAddItem(&dynDirectRegNames, regname2key(name), reg); /* initially commented out */ addSet(&pic16_dynDirectRegs, reg); } return reg; } /*-----------------------------------------------------------------*/ /* RegWithIdx - returns pointer to register with index number */ /*-----------------------------------------------------------------*/ regs *pic16_typeRegWithIdx (int idx, int type, int fixed) { regs *dReg; debugLog ("%s - requesting index = 0x%x\n", __FUNCTION__,idx); // fprintf(stderr, "%s - requesting index = 0x%x (type = %d [%s])\n", __FUNCTION__, idx, type, decodeRegType(type)); switch (type) { case REG_GPR: if( (dReg = regWithIdx ( pic16_dynAllocRegs, idx, fixed)) != NULL) { debugLog ("Found a Dynamic Register!\n"); return dReg; } if( (dReg = regWithIdx ( pic16_dynDirectRegs, idx, fixed)) != NULL ) { debugLog ("Found a Direct Register!\n"); return dReg; } if( (dReg = regWithIdx ( pic16_dynInternalRegs, idx, fixed)) != NULL ) { debugLog ("Found an Internal Register!\n"); return dReg; } break; case REG_STK: if( (dReg = regWithIdx ( pic16_dynStackRegs, idx, fixed)) != NULL ) { debugLog ("Found a Stack Register!\n"); return dReg; } break; case REG_SFR: if( (dReg = regWithIdx ( pic16_dynProcessorRegs, idx, 1)) != NULL ) { debugLog ("Found a Processor Register!\n"); return dReg; } case REG_CND: case REG_PTR: default: break; } return NULL; } /*-----------------------------------------------------------------*/ /* pic16_regWithIdx - returns pointer to register with index number*/ /*-----------------------------------------------------------------*/ regs * pic16_regWithIdx (int idx) { regs *dReg; if( (dReg = pic16_typeRegWithIdx(idx,REG_GPR,0)) != NULL) return dReg; if( (dReg = pic16_typeRegWithIdx(idx,REG_SFR,0)) != NULL) return dReg; #if 0 if( (dReg = pic16_typeRegWithIdx(idx,REG_STK,0)) != NULL) return dReg; #endif return NULL; } /*-----------------------------------------------------------------*/ /* pic16_regWithIdx - returns pointer to register with index number */ /*-----------------------------------------------------------------*/ regs * pic16_allocWithIdx (int idx) { regs *dReg=NULL; debugLog ("%s - allocating with index = 0x%x\n", __FUNCTION__,idx); // fprintf(stderr, "%s - allocating with index = 0x%x\n", __FUNCTION__,idx); if( (dReg = regWithIdx ( pic16_dynAllocRegs, idx,0)) != NULL) { debugLog ("Found a Dynamic Register!\n"); } else if( (dReg = regWithIdx ( pic16_dynStackRegs, idx,0)) != NULL ) { debugLog ("Found a Stack Register!\n"); } else if( (dReg = regWithIdx ( pic16_dynProcessorRegs, idx,1)) != NULL ) { debugLog ("Found a Processor Register!\n"); fprintf(stderr, "Found a processor register! %s\n", dReg->name); } else if( (dReg = regWithIdx ( pic16_dynInternalRegs, idx,0)) != NULL ) { debugLog ("Found an Internal Register!\n"); } else { debugLog ("Dynamic Register not found\n"); #if 1 dReg = newReg(REG_GPR, PO_GPR_TEMP, idx, NULL, 1, 0, NULL); addSet(&pic16_dynAllocRegs, dReg); hTabAddItem(&dynAllocRegNames, regname2key(dReg->name), dReg); #endif if(!dReg) { // return (NULL); //fprintf(stderr,"%s %d - requested register: 0x%x\n",__FUNCTION__,__LINE__,idx); werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "allocWithIdx not found"); exit (1); } } dReg->wasUsed = 1; dReg->isFree = 0; return dReg; } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ regs * pic16_findFreeReg(short type) { // int i; regs* dReg; switch (type) { case REG_GPR: if((dReg = regFindFree(pic16_dynAllocRegs)) != NULL) return dReg; // return (addSet(&pic16_dynAllocRegs,newReg(REG_GPR, PO_GPR_TEMP,dynrIdx++,NULL,1,0, NULL))); return allocReg( REG_GPR ); case REG_STK: if((dReg = regFindFree(pic16_dynStackRegs)) != NULL) return dReg; return NULL; case REG_PTR: case REG_CND: case REG_SFR: default: return NULL; } } regs * pic16_findFreeRegNext(short type, regs *creg) { // int i; regs* dReg; switch (type) { case REG_GPR: if((dReg = regFindFreeNext(pic16_dynAllocRegs, creg)) != NULL) return dReg; // return (addSet(&pic16_dynAllocRegs,newReg(REG_GPR, PO_GPR_TEMP,dynrIdx++,NULL,1,0, NULL))); return (allocReg( REG_GPR ) ); case REG_STK: if((dReg = regFindFreeNext(pic16_dynStackRegs, creg)) != NULL) return dReg; return NULL; case REG_PTR: case REG_CND: case REG_SFR: default: return NULL; } } /*-----------------------------------------------------------------*/ /* freeReg - frees a register */ /*-----------------------------------------------------------------*/ static void freeReg (regs * reg) { debugLog ("%s\n", __FUNCTION__); // fprintf(stderr, "%s:%d register %s (%p) is freed\n", __FILE__, __LINE__, reg->name, reg); reg->isFree = 1; } /*-----------------------------------------------------------------*/ /* nFreeRegs - returns number of free registers */ /*-----------------------------------------------------------------*/ static int nFreeRegs (int type) { regs *reg; int nfr=0; /* although I fixed the register allocation/freeing scheme * the for loop below doesn't give valid results. I do not * know why yet. -- VR 10-Jan-2003 */ return 100; /* dynamically allocate as many as we need and worry about * fitting them into a PIC later */ debugLog ("%s\n", __FUNCTION__); for(reg = setFirstItem(pic16_dynAllocRegs); reg; reg=setNextItem(pic16_dynAllocRegs)) if((reg->type == type) && reg->isFree)nfr++; fprintf(stderr, "%s:%d # of free registers= %d\n", __FILE__, __LINE__, nfr); return nfr; } /*-----------------------------------------------------------------*/ /* nfreeRegsType - free registers with type */ /*-----------------------------------------------------------------*/ static int nfreeRegsType (int type) { int nfr; debugLog ("%s\n", __FUNCTION__); if (type == REG_PTR) { if ((nfr = nFreeRegs (type)) == 0) return nFreeRegs (REG_GPR); } return nFreeRegs (type); } #if 0 static void writeSetUsedRegs(FILE *of, set *dRegs) { regs *dReg; for (dReg = setFirstItem(dRegs) ; dReg ; dReg = setNextItem(dRegs)) { if(dReg->wasUsed) fprintf (of, "\t%s\n",dReg->name); } } #endif extern void pic16_groupRegistersInSection(set *regset); extern void pic16_dump_equates(FILE *of, set *equs); extern void pic16_dump_access(FILE *of, set *section); //extern void pic16_dump_map(void); extern void pic16_dump_usection(FILE *of, set *section, int fix); extern void pic16_dump_isection(FILE *of, set *section, int fix); extern void pic16_dump_int_registers(FILE *of, set *section); extern void pic16_dump_idata(FILE *of, set *idataSymSet); extern void pic16_dump_gsection(FILE *of, set *sections); static void packBits(set *bregs) { set *regset; regs *breg; regs *bitfield=NULL; regs *relocbitfield=NULL; int bit_no=0; int byte_no=-1; char buffer[20]; for (regset = bregs ; regset ; regset = regset->next) { breg = regset->item; breg->isBitField = 1; //fprintf(stderr,"bit reg: %s\n",breg->name); if(breg->isFixed) { //fprintf(stderr,"packing bit at fixed address = 0x%03x\n",breg->address); bitfield = pic16_typeRegWithIdx (breg->address >> 3, -1 , 1); breg->rIdx = breg->address & 7; breg->address >>= 3; if(!bitfield) { sprintf (buffer, "fbitfield%02x", breg->address); //fprintf(stderr,"new bit field\n"); bitfield = newReg(REG_SFR, PO_GPR_BIT,breg->address,buffer,1,0, NULL); bitfield->isBitField = 1; bitfield->isFixed = 1; bitfield->address = breg->address; addSet(&pic16_dynDirectRegs,bitfield); //hTabAddItem(&dynDirectRegNames, regname2key(buffer), bitfield); } else { //fprintf(stderr," which is occupied by %s (addr = %d)\n",bitfield->name,bitfield->address); ; } breg->reg_alias = bitfield; bitfield = NULL; } else { if(!relocbitfield || bit_no >7) { byte_no++; bit_no=0; sprintf (buffer, "bitfield%d", byte_no); //fprintf(stderr,"new relocatable bit field\n"); relocbitfield = newReg(REG_GPR, PO_GPR_BIT,rDirectIdx++,buffer,1,0, NULL); relocbitfield->isBitField = 1; addSet(&pic16_dynDirectRegs,relocbitfield); //hTabAddItem(&dynDirectRegNames, regname2key(buffer), relocbitfield); } breg->reg_alias = relocbitfield; breg->address = rDirectIdx; /* byte_no; */ breg->rIdx = bit_no++; } } } void pic16_writeUsedRegs(FILE *of) { packBits(pic16_dynDirectBitRegs); pic16_groupRegistersInSection(pic16_dynAllocRegs); pic16_groupRegistersInSection(pic16_dynInternalRegs); pic16_groupRegistersInSection(pic16_dynStackRegs); pic16_groupRegistersInSection(pic16_dynDirectRegs); pic16_groupRegistersInSection(pic16_dynDirectBitRegs); pic16_groupRegistersInSection(pic16_dynProcessorRegs); pic16_groupRegistersInSection(pic16_dynAccessRegs); /* dump equates */ pic16_dump_equates(of, pic16_equ_data); // pic16_dump_esection(of, pic16_rel_eedata, 0); // pic16_dump_esection(of, pic16_fix_eedata, 0); /* dump access bank symbols */ pic16_dump_access(of, pic16_acs_udata); /* dump initialised data */ pic16_dump_isection(of, rel_idataSymSet, 0); pic16_dump_isection(of, fix_idataSymSet, 1); if(!pic16_options.xinst) { /* dump internal registers */ pic16_dump_int_registers(of, pic16_int_regs); } /* dump generic section variables */ pic16_dump_gsection(of, sectNames); /* dump other variables */ pic16_dump_usection(of, pic16_rel_udata, 0); pic16_dump_usection(of, pic16_fix_udata, 1); } /*-----------------------------------------------------------------*/ /* computeSpillable - given a point find the spillable live ranges */ /*-----------------------------------------------------------------*/ static bitVect * computeSpillable (iCode * ic) { bitVect *spillable; debugLog ("%s\n", __FUNCTION__); /* spillable live ranges are those that are live at this point . the following categories need to be subtracted from this set. a) - those that are already spilt b) - if being used by this one c) - defined by this one */ spillable = bitVectCopy (ic->rlive); spillable = bitVectCplAnd (spillable, _G.spiltSet); /* those already spilt */ spillable = bitVectCplAnd (spillable, ic->uses); /* used in this one */ bitVectUnSetBit (spillable, ic->defKey); spillable = bitVectIntersect (spillable, _G.regAssigned); return spillable; } /*-----------------------------------------------------------------*/ /* noSpilLoc - return true if a variable has no spil location */ /*-----------------------------------------------------------------*/ static int noSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); return (SYM_SPIL_LOC (sym) ? 0 : 1); } /*-----------------------------------------------------------------*/ /* hasSpilLoc - will return 1 if the symbol has spil location */ /*-----------------------------------------------------------------*/ static int hasSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); return (SYM_SPIL_LOC (sym) ? 1 : 0); } /*-----------------------------------------------------------------*/ /* directSpilLoc - will return 1 if the splilocation is in direct */ /*-----------------------------------------------------------------*/ static int directSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); if (SYM_SPIL_LOC (sym) && (IN_DIRSPACE (SPEC_OCLS (SYM_SPIL_LOC (sym)->etype)))) return 1; else return 0; } /*-----------------------------------------------------------------*/ /* hasSpilLocnoUptr - will return 1 if the symbol has spil location */ /* but is not used as a pointer */ /*-----------------------------------------------------------------*/ static int hasSpilLocnoUptr (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); return ((SYM_SPIL_LOC (sym) && !sym->uptr) ? 1 : 0); } /*-----------------------------------------------------------------*/ /* rematable - will return 1 if the remat flag is set */ /*-----------------------------------------------------------------*/ static int rematable (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); return sym->remat; } /*-----------------------------------------------------------------*/ /* notUsedInRemaining - not used or defined in remain of the block */ /*-----------------------------------------------------------------*/ static int notUsedInRemaining (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); return ((usedInRemaining (operandFromSymbol (sym), ic) ? 0 : 1) && allDefsOutOfRange (sym->defs, ebp->fSeq, ebp->lSeq)); } /*-----------------------------------------------------------------*/ /* allLRs - return true for all */ /*-----------------------------------------------------------------*/ static int allLRs (symbol * sym, eBBlock * ebp, iCode * ic) { debugLog ("%s\n", __FUNCTION__); return 1; } /*-----------------------------------------------------------------*/ /* liveRangesWith - applies function to a given set of live range */ /*-----------------------------------------------------------------*/ static set * liveRangesWith (bitVect * lrs, int (func) (symbol *, eBBlock *, iCode *), eBBlock * ebp, iCode * ic) { set *rset = NULL; int i; debugLog ("%s\n", __FUNCTION__); if (!lrs || !lrs->size) return NULL; for (i = 1; i < lrs->size; i++) { symbol *sym; if (!bitVectBitValue (lrs, i)) continue; /* if we don't find it in the live range hash table we are in serious trouble */ if (!(sym = hTabItemWithKey (liveRanges, i))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "liveRangesWith could not find liveRange"); exit (1); } if (func (sym, ebp, ic) && bitVectBitValue (_G.regAssigned, sym->key)) addSetHead (&rset, sym); } return rset; } /*-----------------------------------------------------------------*/ /* leastUsedLR - given a set determines which is the least used */ /*-----------------------------------------------------------------*/ static symbol * leastUsedLR (set * sset) { symbol *sym = NULL, *lsym = NULL; debugLog ("%s\n", __FUNCTION__); sym = lsym = setFirstItem (sset); if (!lsym) return NULL; for (; lsym; lsym = setNextItem (sset)) { /* if usage is the same then prefer the spill the smaller of the two */ if (lsym->used == sym->used) if (getSize (lsym->type) < getSize (sym->type)) sym = lsym; /* if less usage */ if (lsym->used < sym->used) sym = lsym; } setToNull ((void *) &sset); sym->blockSpil = 0; return sym; } /*-----------------------------------------------------------------*/ /* noOverLap - will iterate through the list looking for over lap */ /*-----------------------------------------------------------------*/ static int noOverLap (set * itmpStack, symbol * fsym) { symbol *sym; debugLog ("%s\n", __FUNCTION__); for (sym = setFirstItem (itmpStack); sym; sym = setNextItem (itmpStack)) { if (sym->liveTo > fsym->liveFrom) return 0; } return 1; } /*-----------------------------------------------------------------*/ /* isFree - will return 1 if the a free spil location is found */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (isFree) { symbol *sym = item; V_ARG (symbol **, sloc); V_ARG (symbol *, fsym); debugLog ("%s\n", __FUNCTION__); /* if already found */ if (*sloc) return 0; /* if it is free && and the itmp assigned to this does not have any overlapping live ranges with the one currently being assigned and the size can be accomodated */ if (sym->isFree && noOverLap (sym->usl.itmpStack, fsym) && getSize (sym->type) >= getSize (fsym->type)) { *sloc = sym; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* spillLRWithPtrReg :- will spil those live ranges which use PTR */ /*-----------------------------------------------------------------*/ static void spillLRWithPtrReg (symbol * forSym) { symbol *lrsym; regs *r0, *r1; int k; debugLog ("%s\n", __FUNCTION__); if (!_G.regAssigned || bitVectIsZero (_G.regAssigned)) return; r0 = pic16_regWithIdx (R0_IDX); r1 = pic16_regWithIdx (R1_IDX); /* for all live ranges */ for (lrsym = hTabFirstItem (liveRanges, &k); lrsym; lrsym = hTabNextItem (liveRanges, &k)) { int j; /* if no registers assigned to it or spilt */ /* if it does not overlap with this then not need to spill it */ if (lrsym->isspilt || !lrsym->nRegs || (lrsym->liveTo < forSym->liveFrom)) continue; /* go thru the registers : if it is either r0 or r1 then spil it */ for (j = 0; j < lrsym->nRegs; j++) if (lrsym->regs[j] == r0 || lrsym->regs[j] == r1) { spillThis (lrsym); break; } } } /*-----------------------------------------------------------------*/ /* createStackSpil - create a location on the stack to spil */ /*-----------------------------------------------------------------*/ static symbol * createStackSpil (symbol * sym) { symbol *sloc = NULL; int useXstack, model, noOverlay; char slocBuffer[30]; debugLog ("%s\n", __FUNCTION__); /* first go try and find a free one that is already existing on the stack */ if (applyToSet (_G.stackSpil, isFree, &sloc, sym)) { /* found a free one : just update & return */ SYM_SPIL_LOC (sym) = sloc; sym->stackSpil = 1; sloc->isFree = 0; addSetHead (&sloc->usl.itmpStack, sym); return sym; } /* could not then have to create one , this is the hard part we need to allocate this on the stack : this is really a hack!! but cannot think of anything better at this time */ if (sprintf (slocBuffer, "sloc%d", _G.slocNum++) >= sizeof (slocBuffer)) { fprintf (stderr, "kkkInternal error: slocBuffer overflowed: %s:%d\n", __FILE__, __LINE__); exit (1); } sloc = newiTemp (slocBuffer); /* set the type to the spilling symbol */ sloc->type = copyLinkChain (sym->type); sloc->etype = getSpec (sloc->type); SPEC_SCLS (sloc->etype) = S_DATA; SPEC_EXTR (sloc->etype) = 0; SPEC_STAT (sloc->etype) = 0; /* we don't allow it to be allocated` onto the external stack since : so we temporarily turn it off ; we also turn off memory model to prevent the spil from going to the external storage and turn off overlaying */ useXstack = options.useXstack; model = options.model; noOverlay = options.noOverlay; options.noOverlay = 1; options.model = options.useXstack = 0; allocLocal (sloc); options.useXstack = useXstack; options.model = model; options.noOverlay = noOverlay; sloc->isref = 1; /* to prevent compiler warning */ /* if it is on the stack then update the stack */ if (IN_STACK (sloc->etype)) { currFunc->stack += getSize (sloc->type); _G.stackExtend += getSize (sloc->type); } else _G.dataExtend += getSize (sloc->type); /* add it to the _G.stackSpil set */ addSetHead (&_G.stackSpil, sloc); SYM_SPIL_LOC (sym) = sloc; sym->stackSpil = 1; /* add it to the set of itempStack set of the spill location */ addSetHead (&sloc->usl.itmpStack, sym); return sym; } /*-----------------------------------------------------------------*/ /* isSpiltOnStack - returns true if the spil location is on stack */ /*-----------------------------------------------------------------*/ static bool isSpiltOnStack (symbol * sym) { sym_link *etype; debugLog ("%s\n", __FUNCTION__); if (!sym) return FALSE; if (!sym->isspilt) return FALSE; /* if (sym->_G.stackSpil) */ /* return TRUE; */ if (!SYM_SPIL_LOC (sym)) return FALSE; etype = getSpec (SYM_SPIL_LOC (sym)->type); if (IN_STACK (etype)) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* spillThis - spils a specific operand */ /*-----------------------------------------------------------------*/ static void spillThis (symbol * sym) { int i; debugLog ("%s : %s\n", __FUNCTION__, sym->rname); /* if this is rematerializable or has a spillLocation we are okay, else we need to create a spillLocation for it */ if (!(sym->remat || SYM_SPIL_LOC (sym))) createStackSpil (sym); /* mark it has spilt & put it in the spilt set */ sym->isspilt = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, sym->key); bitVectUnSetBit (_G.regAssigned, sym->key); for (i = 0; i < sym->nRegs; i++) if (sym->regs[i]) { freeReg (sym->regs[i]); sym->regs[i] = NULL; } /* if spilt on stack then free up r0 & r1 if they could have been assigned to some LIVE ranges */ if (!pic16_ptrRegReq && isSpiltOnStack (sym)) { pic16_ptrRegReq++; spillLRWithPtrReg (sym); } if (SYM_SPIL_LOC (sym) && !sym->remat) SYM_SPIL_LOC (sym)->allocreq = 1; return; } /*-----------------------------------------------------------------*/ /* selectSpil - select a iTemp to spil : rather a simple procedure */ /*-----------------------------------------------------------------*/ static symbol * selectSpil (iCode * ic, eBBlock * ebp, symbol * forSym) { bitVect *lrcs = NULL; set *selectS; symbol *sym; debugLog ("%s\n", __FUNCTION__); /* get the spillable live ranges */ lrcs = computeSpillable (ic); /* get all live ranges that are rematerizable */ if ((selectS = liveRangesWith (lrcs, rematable, ebp, ic))) { /* return the least used of these */ return leastUsedLR (selectS); } /* get live ranges with spillLocations in direct space */ if ((selectS = liveRangesWith (lrcs, directSpilLoc, ebp, ic))) { sym = leastUsedLR (selectS); strcpy (sym->rname, (SYM_SPIL_LOC (sym)->rname[0] ? SYM_SPIL_LOC (sym)->rname : SYM_SPIL_LOC (sym)->name)); sym->spildir = 1; /* mark it as allocation required */ SYM_SPIL_LOC (sym)->allocreq = 1; return sym; } /* if the symbol is local to the block then */ if (forSym->liveTo < ebp->lSeq) { /* check if there are any live ranges allocated to registers that are not used in this block */ if (!_G.blockSpil && (selectS = liveRangesWith (lrcs, notUsedInBlock, ebp, ic))) { sym = leastUsedLR (selectS); /* if this is not rematerializable */ if (!sym->remat) { _G.blockSpil++; sym->blockSpil = 1; } return sym; } /* check if there are any live ranges that not used in the remainder of the block */ if (!_G.blockSpil && !isiCodeInFunctionCall (ic) && (selectS = liveRangesWith (lrcs, notUsedInRemaining, ebp, ic))) { sym = leastUsedLR (selectS); if (!sym->remat) { sym->remainSpil = 1; _G.blockSpil++; } return sym; } } /* find live ranges with spillocation && not used as pointers */ if ((selectS = liveRangesWith (lrcs, hasSpilLocnoUptr, ebp, ic))) { sym = leastUsedLR (selectS); /* mark this as allocation required */ SYM_SPIL_LOC (sym)->allocreq = 1; return sym; } /* find live ranges with spillocation */ if ((selectS = liveRangesWith (lrcs, hasSpilLoc, ebp, ic))) { sym = leastUsedLR (selectS); SYM_SPIL_LOC (sym)->allocreq = 1; return sym; } /* couldn't find then we need to create a spil location on the stack , for which one? the least used ofcourse */ if ((selectS = liveRangesWith (lrcs, noSpilLoc, ebp, ic))) { /* return a created spil location */ sym = createStackSpil (leastUsedLR (selectS)); SYM_SPIL_LOC (sym)->allocreq = 1; return sym; } /* this is an extreme situation we will spill this one : happens very rarely but it does happen */ spillThis (forSym); return forSym; } /*-----------------------------------------------------------------*/ /* spilSomething - spil some variable & mark registers as free */ /*-----------------------------------------------------------------*/ static bool spilSomething (iCode * ic, eBBlock * ebp, symbol * forSym) { symbol *ssym; int i; debugLog ("%s\n", __FUNCTION__); /* get something we can spil */ ssym = selectSpil (ic, ebp, forSym); /* mark it as spilt */ ssym->isspilt = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, ssym->key); /* mark it as not register assigned & take it away from the set */ bitVectUnSetBit (_G.regAssigned, ssym->key); /* mark the registers as free */ for (i = 0; i < ssym->nRegs; i++) if (ssym->regs[i]) freeReg (ssym->regs[i]); /* if spilt on stack then free up r0 & r1 if they could have been assigned to as gprs */ if (!pic16_ptrRegReq && isSpiltOnStack (ssym)) { pic16_ptrRegReq++; spillLRWithPtrReg (ssym); } /* if this was a block level spil then insert push & pop at the start & end of block respectively */ if (ssym->blockSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push to the start of the block */ addiCodeToeBBlock (ebp, nic, (ebp->sch->op == LABEL ? ebp->sch->next : ebp->sch)); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } /* if spilt because not used in the remainder of the block then add a push before this instruction and a pop at the end of the block */ if (ssym->remainSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push just before this instruction */ addiCodeToeBBlock (ebp, nic, ic); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } if (ssym == forSym) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* getRegPtr - will try for PTR if not a GPR type if not spil */ /*-----------------------------------------------------------------*/ static regs * getRegPtr (iCode * ic, eBBlock * ebp, symbol * sym) { regs *reg; int j; debugLog ("%s\n", __FUNCTION__); tryAgain: /* try for a ptr type */ if ((reg = allocReg (REG_PTR))) return reg; /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; /* we have to spil */ if (!spilSomething (ic, ebp, sym)) return NULL; /* make sure partially assigned registers aren't reused */ for (j=0; j<=sym->nRegs; j++) if (sym->regs[j]) sym->regs[j]->isFree = 0; /* this looks like an infinite loop but in really selectSpil will abort */ goto tryAgain; } /*-----------------------------------------------------------------*/ /* getRegGpr - will try for GPR if not spil */ /*-----------------------------------------------------------------*/ static regs * getRegGpr (iCode * ic, eBBlock * ebp, symbol * sym) { regs *reg; int j; debugLog ("%s\n", __FUNCTION__); tryAgain: /* try for gpr type */ if ((reg = allocReg (REG_GPR))) return reg; if (!pic16_ptrRegReq) if ((reg = allocReg (REG_PTR))) return reg; /* we have to spil */ if (!spilSomething (ic, ebp, sym)) return NULL; /* make sure partially assigned registers aren't reused */ for (j=0; j<=sym->nRegs; j++) if (sym->regs[j]) sym->regs[j]->isFree = 0; /* this looks like an infinite loop but in really selectSpil will abort */ goto tryAgain; } /*-----------------------------------------------------------------*/ /* symHasReg - symbol has a given register */ /*-----------------------------------------------------------------*/ static bool symHasReg (symbol * sym, regs * reg) { int i; debugLog ("%s\n", __FUNCTION__); for (i = 0; i < sym->nRegs; i++) if (sym->regs[i] == reg) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* deassignLRs - check the live to and if they have registers & are */ /* not spilt then free up the registers */ /*-----------------------------------------------------------------*/ static void deassignLRs (iCode * ic, eBBlock * ebp) { symbol *sym; int k; symbol *result; debugLog ("%s\n", __FUNCTION__); for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { symbol *psym = NULL; /* if it does not end here */ if (sym->liveTo > ic->seq) continue; /* if it was spilt on stack then we can mark the stack spil location as free */ if (sym->isspilt) { if (sym->stackSpil) { SYM_SPIL_LOC (sym)->isFree = 1; sym->stackSpil = 0; } continue; } if (!bitVectBitValue (_G.regAssigned, sym->key)) continue; /* special case for shifting: there is a case where shift count * can be allocated in the same register as the result, so do not * free right registers if same as result registers, cause genShiftLeft * will fail -- VR */ if(ic->op == LEFT_OP) continue; /* special case check if this is an IFX & the privious one was a pop and the previous one was not spilt then keep track of the symbol */ if (ic->op == IFX && ic->prev && ic->prev->op == IPOP && !ic->prev->parmPush && !OP_SYMBOL (IC_LEFT (ic->prev))->isspilt) psym = OP_SYMBOL (IC_LEFT (ic->prev)); if (sym->nRegs) { int i = 0; bitVectUnSetBit (_G.regAssigned, sym->key); /* if the result of this one needs registers and does not have it then assign it right away */ if (IC_RESULT (ic) && !(SKIP_IC2 (ic) || /* not a special icode */ ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || ic->op == RETURN || POINTER_SET (ic)) && (result = OP_SYMBOL (IC_RESULT (ic))) && /* has a result */ result->liveTo > ic->seq && /* and will live beyond this */ result->liveTo <= ebp->lSeq && /* does not go beyond this block */ result->liveFrom == ic->seq && /* does not start before here */ result->regType == sym->regType && /* same register types */ result->nRegs && /* which needs registers */ !result->isspilt && /* and does not already have them */ !result->remat && !bitVectBitValue (_G.regAssigned, result->key) && /* the number of free regs + number of regs in this LR can accomodate the what result Needs */ ((nfreeRegsType (result->regType) + sym->nRegs) >= result->nRegs) ) { for (i = 0; i < result->nRegs; i++) if (i < sym->nRegs) result->regs[i] = sym->regs[i]; else result->regs[i] = getRegGpr (ic, ebp, result); _G.regAssigned = bitVectSetBit (_G.regAssigned, result->key); } /* free the remaining */ for (; i < sym->nRegs; i++) { if (psym) { if (!symHasReg (psym, sym->regs[i])) freeReg (sym->regs[i]); } else freeReg (sym->regs[i]); } } } } /*-----------------------------------------------------------------*/ /* reassignLR - reassign this to registers */ /*-----------------------------------------------------------------*/ static void reassignLR (operand * op) { symbol *sym = OP_SYMBOL (op); int i; debugLog ("%s\n", __FUNCTION__); /* not spilt any more */ sym->isspilt = sym->blockSpil = sym->remainSpil = 0; bitVectUnSetBit (_G.spiltSet, sym->key); _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); _G.blockSpil--; for (i = 0; i < sym->nRegs; i++) sym->regs[i]->isFree = 0; } /*-----------------------------------------------------------------*/ /* willCauseSpill - determines if allocating will cause a spill */ /*-----------------------------------------------------------------*/ static int willCauseSpill (int nr, int rt) { debugLog ("%s\n", __FUNCTION__); /* first check if there are any avlb registers of te type required */ if (rt == REG_PTR) { /* special case for pointer type if pointer type not avlb then check for type gpr */ if (nFreeRegs (rt) >= nr) return 0; if (nFreeRegs (REG_GPR) >= nr) return 0; } else { if (pic16_ptrRegReq) { if (nFreeRegs (rt) >= nr) return 0; } else { if (nFreeRegs (REG_PTR) + nFreeRegs (REG_GPR) >= nr) return 0; } } debugLog (" ... yep it will (cause a spill)\n"); /* it will cause a spil */ return 1; } /*-----------------------------------------------------------------*/ /* positionRegs - the allocator can allocate same registers to res- */ /* ult and operand, if this happens make sure they are in the same */ /* position as the operand otherwise chaos results */ /*-----------------------------------------------------------------*/ static void positionRegs (symbol * result, symbol * opsym, int lineno) { int count = min (result->nRegs, opsym->nRegs); int i, j = 0, shared = 0; debugLog ("%s\n", __FUNCTION__); /* if the result has been spilt then cannot share */ if (opsym->isspilt) return; again: shared = 0; /* first make sure that they actually share */ for (i = 0; i < count; i++) { for (j = 0; j < count; j++) { if (result->regs[i] == opsym->regs[j] && i != j) { shared = 1; goto xchgPositions; } } } xchgPositions: if (shared) { regs *tmp = result->regs[i]; result->regs[i] = result->regs[j]; result->regs[j] = tmp; goto again; } } /*------------------------------------------------------------------*/ /* verifyRegsAssigned - make sure an iTemp is properly initialized; */ /* it should either have registers or have beed spilled. Otherwise, */ /* there was an uninitialized variable, so just spill this to get */ /* the operand in a valid state. */ /*------------------------------------------------------------------*/ static void verifyRegsAssigned (operand *op, iCode * ic) { symbol * sym; if (!op) return; if (!IS_ITEMP (op)) return; sym = OP_SYMBOL (op); if (sym->isspilt) return; if (!sym->nRegs) return; if (sym->regs[0]) return; werrorfl (ic->filename, ic->lineno, W_LOCAL_NOINIT, sym->prereqv ? sym->prereqv->name : sym->name); spillThis (sym); } /*-----------------------------------------------------------------*/ /* serialRegAssign - serially allocate registers to the variables */ /*-----------------------------------------------------------------*/ static void serialRegAssign (eBBlock ** ebbs, int count) { int i; iCode *ic; debugLog ("%s\n", __FUNCTION__); /* for all blocks */ for (i = 0; i < count; i++) { if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* of all instructions do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { debugLog (" op: %s\n", pic16_decodeOp (ic->op)); if(IC_RESULT(ic) && !IS_ITEMP( IC_RESULT(ic))) pic16_allocDirReg(IC_RESULT(ic)); if(IC_LEFT(ic) && !IS_ITEMP( IC_LEFT(ic))) pic16_allocDirReg(IC_LEFT(ic)); if(IC_RIGHT(ic) && !IS_ITEMP( IC_RIGHT(ic))) pic16_allocDirReg(IC_RIGHT(ic)); /* if this is an ipop that means some live range will have to be assigned again */ if (ic->op == IPOP) reassignLR (IC_LEFT (ic)); /* if result is present && is a true symbol */ if (IC_RESULT (ic) && ic->op != IFX && IS_TRUE_SYMOP (IC_RESULT (ic))) OP_SYMBOL (IC_RESULT (ic))->allocreq = 1; /* take away registers from live ranges that end at this instruction */ deassignLRs (ic, ebbs[i]); /* some don't need registers */ if (SKIP_IC2 (ic) || ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || (IC_RESULT (ic) && POINTER_SET (ic))) continue; /* now we need to allocate registers only for the result */ if (IC_RESULT (ic)) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); bitVect *spillable; int willCS; int j; int ptrRegSet = 0; /* Make sure any spill location is definately allocated */ if (sym->isspilt && !sym->remat && SYM_SPIL_LOC (sym) && !SYM_SPIL_LOC (sym)->allocreq) { SYM_SPIL_LOC (sym)->allocreq++; } /* if it does not need or is spilt or is already assigned to registers or will not live beyond this instructions */ if (!sym->nRegs || sym->isspilt || bitVectBitValue (_G.regAssigned, sym->key) || sym->liveTo <= ic->seq) continue; /* if some liverange has been spilt at the block level and this one live beyond this block then spil this to be safe */ if (_G.blockSpil && sym->liveTo > ebbs[i]->lSeq) { spillThis (sym); continue; } /* if trying to allocate this will cause a spill and there is nothing to spill or this one is rematerializable then spill this one */ willCS = willCauseSpill (sym->nRegs, sym->regType); /* explicit turn off register spilling */ willCS = 0; spillable = computeSpillable (ic); if (sym->remat || (willCS && bitVectIsZero (spillable))) { spillThis (sym); continue; } /* If the live range preceeds the point of definition then ideally we must take into account registers that have been allocated after sym->liveFrom but freed before ic->seq. This is complicated, so spill this symbol instead and let fillGaps handle the allocation. */ if (sym->liveFrom < ic->seq) { spillThis (sym); continue; } /* if it has a spillocation & is used less than all other live ranges then spill this */ if (willCS) { if (SYM_SPIL_LOC (sym)) { symbol *leastUsed = leastUsedLR (liveRangesWith (spillable, allLRs, ebbs[i], ic)); if (leastUsed && leastUsed->used > sym->used) { spillThis (sym); continue; } } else { /* if none of the liveRanges have a spillLocation then better to spill this one than anything else already assigned to registers */ if (liveRangesWith(spillable,noSpilLoc,ebbs[i],ic)) { /* if this is local to this block then we might find a block spil */ if (!(sym->liveFrom >= ebbs[i]->fSeq && sym->liveTo <= ebbs[i]->lSeq)) { spillThis (sym); continue; } } } } if (ic->op == RECEIVE) debugLog ("When I get clever, I'll optimize the receive logic\n"); if(POINTER_GET(ic) && IS_BITFIELD(getSpec(operandType(IC_RESULT(ic)))) && (SPEC_BLEN(getSpec(operandType(IC_RESULT(ic))))==1) && (ic->next->op == IFX) && (OP_LIVETO(IC_RESULT(ic)) == ic->next->seq)) { /* skip register allocation since none will be used */ for(j=0;jnRegs;j++) sym->regs[j] = newReg(REG_TMP, PO_GPR_TEMP, 0, "bad", 1, 0, NULL); // OP_SYMBOL(IC_RESULT(ic))->nRegs = 0; continue; } /* if we need ptr regs for the right side then mark it */ if (POINTER_GET (ic) && IS_SYMOP( IC_LEFT(ic) ) && getSize (OP_SYMBOL (IC_LEFT (ic))->type) <= (unsigned) PTRSIZE) { pic16_ptrRegReq++; ptrRegSet = 1; } /* else we assign registers to it */ _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); if(debugF) bitVectDebugOn(_G.regAssigned, debugF); for (j = 0; j < sym->nRegs; j++) { if (sym->regType == REG_PTR) sym->regs[j] = getRegPtr (ic, ebbs[i], sym); else sym->regs[j] = getRegGpr (ic, ebbs[i], sym); /* if the allocation falied which means this was spilt then break */ if (!sym->regs[j]) break; } debugLog (" %d - \n", __LINE__); /* if it shares registers with operands make sure that they are in the same position */ if (IC_LEFT (ic) && IS_SYMOP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->nRegs && ic->op != '=') positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_LEFT (ic)), ic->lineno); /* do the same for the right operand */ if (IC_RIGHT (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->nRegs && ic->op != '=') positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_RIGHT (ic)), ic->lineno); debugLog (" %d - \n", __LINE__); if (ptrRegSet) { debugLog (" %d - \n", __LINE__); pic16_ptrRegReq--; ptrRegSet = 0; } } } } /* Check for and fix any problems with uninitialized operands */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; for (ic = ebbs[i]->sch; ic; ic = ic->next) { if (SKIP_IC2 (ic)) continue; if (ic->op == IFX) { verifyRegsAssigned (IC_COND (ic), ic); continue; } if (ic->op == JUMPTABLE) { verifyRegsAssigned (IC_JTCOND (ic), ic); continue; } verifyRegsAssigned (IC_RESULT (ic), ic); verifyRegsAssigned (IC_LEFT (ic), ic); verifyRegsAssigned (IC_RIGHT (ic), ic); } } } /*-----------------------------------------------------------------*/ /* rUmaskForOp :- returns register mask for an operand */ /*-----------------------------------------------------------------*/ static bitVect * rUmaskForOp (operand * op) { bitVect *rumask; symbol *sym; int j; debugLog ("%s\n", __FUNCTION__); /* only temporaries are assigned registers */ if (!IS_ITEMP (op)) return NULL; sym = OP_SYMBOL (op); /* if spilt or no registers assigned to it then nothing */ if (sym->isspilt || !sym->nRegs) return NULL; rumask = newBitVect (pic16_nRegs); for (j = 0; j < sym->nRegs; j++) { rumask = bitVectSetBit (rumask, sym->regs[j]->rIdx); } return rumask; } /*-----------------------------------------------------------------*/ /* regsUsedIniCode :- returns bit vector of registers used in iCode */ /*-----------------------------------------------------------------*/ static bitVect * regsUsedIniCode (iCode * ic) { bitVect *rmask = newBitVect (pic16_nRegs); debugLog ("%s\n", __FUNCTION__); /* do the special cases first */ if (ic->op == IFX) { rmask = bitVectUnion (rmask, rUmaskForOp (IC_COND (ic))); goto ret; } /* for the jumptable */ if (ic->op == JUMPTABLE) { rmask = bitVectUnion (rmask, rUmaskForOp (IC_JTCOND (ic))); goto ret; } /* of all other cases */ if (IC_LEFT (ic)) rmask = bitVectUnion (rmask, rUmaskForOp (IC_LEFT (ic))); if (IC_RIGHT (ic)) rmask = bitVectUnion (rmask, rUmaskForOp (IC_RIGHT (ic))); if (IC_RESULT (ic)) rmask = bitVectUnion (rmask, rUmaskForOp (IC_RESULT (ic))); ret: return rmask; } /*-----------------------------------------------------------------*/ /* createRegMask - for each instruction will determine the regsUsed */ /*-----------------------------------------------------------------*/ static void createRegMask (eBBlock ** ebbs, int count) { int i; debugLog ("%s\n", __FUNCTION__); /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* for all instructions */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { int j; if (SKIP_IC2 (ic) || !ic->rlive) continue; /* first mark the registers used in this instruction */ ic->rUsed = regsUsedIniCode (ic); _G.funcrUsed = bitVectUnion (_G.funcrUsed, ic->rUsed); /* now create the register mask for those registers that are in use : this is a super set of ic->rUsed */ ic->rMask = newBitVect (pic16_nRegs + 1); /* for all live Ranges alive at this point */ for (j = 1; j < ic->rlive->size; j++) { symbol *sym; int k; /* if not alive then continue */ if (!bitVectBitValue (ic->rlive, j)) continue; /* find the live range we are interested in */ if (!(sym = hTabItemWithKey (liveRanges, j))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "createRegMask cannot find live range"); exit (0); } /* if no register assigned to it */ if (!sym->nRegs || sym->isspilt) continue; /* for all the registers allocated to it */ for (k = 0; k < sym->nRegs; k++) if (sym->regs[k]) ic->rMask = bitVectSetBit (ic->rMask, sym->regs[k]->rIdx); } } } } /*-----------------------------------------------------------------*/ /* rematStr - returns the rematerialized string for a remat var */ /*-----------------------------------------------------------------*/ static symbol * rematStr (symbol * sym) { iCode *ic = sym->rematiCode; symbol *psym = NULL; int offset = 0; debugLog ("%s\n", __FUNCTION__); while (ic->op == '+' || ic->op == '-') { /* if plus or minus print the right hand side */ offset += (int) operandLitValue (IC_RIGHT (ic)); ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; } // while psym = newSymbol (OP_SYMBOL (IC_LEFT (ic))->rname, 1); psym->offset = offset; return psym; } #if 0 /*-----------------------------------------------------------------*/ /* rematStr - returns the rematerialized string for a remat var */ /*-----------------------------------------------------------------*/ static char * rematStr (symbol * sym) { char *s = buffer; iCode *ic = sym->rematiCode; debugLog ("%s\n", __FUNCTION__); while (1) { printf ("%s\n", s); /* if plus or minus print the right hand side */ /* if (ic->op == '+' || ic->op == '-') { sprintf(s,"0x%04x %c ",(int) operandLitValue(IC_RIGHT(ic)), ic->op ); s += strlen(s); ic = OP_SYMBOL(IC_LEFT(ic))->rematiCode; continue ; } */ if (ic->op == '+' || ic->op == '-') { iCode *ric = OP_SYMBOL (IC_LEFT (ic))->rematiCode; sprintf (s, "(%s %c 0x%04x)", OP_SYMBOL (IC_LEFT (ric))->rname, ic->op, (int) operandLitValue (IC_RIGHT (ic))); //s += strlen(s); //ic = OP_SYMBOL(IC_LEFT(ic))->rematiCode; //continue ; //fprintf(stderr, "ralloc.c:%d OOPS %s\n",__LINE__,s); return buffer; } /* we reached the end */ sprintf (s, "%s", OP_SYMBOL (IC_LEFT (ic))->rname); break; } printf ("%s\n", buffer); return buffer; } #endif /*-----------------------------------------------------------------*/ /* regTypeNum - computes the type & number of registers required */ /*-----------------------------------------------------------------*/ static void regTypeNum () { symbol *sym; int k; iCode *ic; debugLog ("%s\n", __FUNCTION__); /* for each live range do */ for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { debugLog (" %d - %s\n", __LINE__, sym->rname); //fprintf(stderr," %d - %s\n", __LINE__, sym->rname); /* if used zero times then no registers needed */ if ((sym->liveTo - sym->liveFrom) == 0) continue; /* if the live range is a temporary */ if (sym->isitmp) { debugLog (" %d - itemp register\n", __LINE__); /* if the type is marked as a conditional */ if (sym->regType == REG_CND) continue; /* if used in return only then we don't need registers */ if (sym->ruonly || sym->accuse) { if (IS_AGGREGATE (sym->type) || sym->isptr) sym->type = aggrToPtr (sym->type, FALSE); debugLog (" %d - no reg needed - used as a return\n", __LINE__); continue; } /* if the symbol has only one definition & that definition is a get_pointer and the pointer we are getting is rematerializable and in "data" space */ if (bitVectnBitsOn (sym->defs) == 1 && (ic = hTabItemWithKey (iCodehTab, bitVectFirstBit (sym->defs))) && POINTER_GET (ic) && !IS_BITVAR (sym->etype) && (aggrToPtrDclType (operandType (IC_LEFT (ic)), FALSE) == POINTER)) { // continue; /* FIXME -- VR */ if (ptrPseudoSymSafe (sym, ic)) { symbol *psym; debugLog (" %d - \n", __LINE__); /* create a psuedo symbol & force a spil */ //X symbol *psym = newSymbol (rematStr (OP_SYMBOL (IC_LEFT (ic))), 1); psym = rematStr (OP_SYMBOL (IC_LEFT (ic))); psym->type = sym->type; psym->etype = sym->etype; psym->psbase = ptrBaseRematSym (OP_SYMBOL (IC_LEFT (ic))); strcpy (psym->rname, psym->name); sym->isspilt = 1; SYM_SPIL_LOC (sym) = psym; continue; } /* if in data space or idata space then try to allocate pointer register */ } /* if not then we require registers */ sym->nRegs = ((IS_AGGREGATE (sym->type) || sym->isptr) ? getSize (sym->type = aggrToPtr (sym->type, FALSE)) : getSize (sym->type)); #if 0 if(IS_PTR_CONST (sym->type)) { #else if(IS_CODEPTR (sym->type)) { #endif // what IS this ???? (HJD) debugLog (" %d const pointer type requires %d registers, changing to 3\n",__LINE__,sym->nRegs); // patch 14 sym->nRegs = 3; // patch 14 } if (sym->nRegs > 4) { fprintf (stderr, "allocated more than 4 or 0 registers for type "); printTypeChain (sym->type, stderr); fprintf (stderr, "\n"); } /* determine the type of register required */ if (sym->nRegs == 1 && IS_PTR (sym->type) && sym->uptr) sym->regType = REG_PTR; else sym->regType = REG_GPR; debugLog (" reg name %s, reg type %s\n", sym->rname, debugLogRegType (sym->regType)); } else /* for the first run we don't provide */ /* registers for true symbols we will */ /* see how things go */ sym->nRegs = 0; } } static DEFSETFUNC (markRegFree) { ((regs *)item)->isFree = 1; // ((regs *)item)->wasUsed = 0; return 0; } DEFSETFUNC (pic16_deallocReg) { fprintf(stderr,"deallocting register %s\n",((regs *)item)->name); ((regs *)item)->isFree = 1; ((regs *)item)->wasUsed = 0; return 0; } /*-----------------------------------------------------------------*/ /* freeAllRegs - mark all registers as free */ /*-----------------------------------------------------------------*/ void pic16_freeAllRegs () { debugLog ("%s\n", __FUNCTION__); applyToSet(pic16_dynAllocRegs,markRegFree); applyToSet(pic16_dynStackRegs,markRegFree); } /*-----------------------------------------------------------------*/ /*-----------------------------------------------------------------*/ void pic16_deallocateAllRegs () { debugLog ("%s\n", __FUNCTION__); applyToSet(pic16_dynAllocRegs,pic16_deallocReg); } /*-----------------------------------------------------------------*/ /* deallocStackSpil - this will set the stack pointer back */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (deallocStackSpil) { symbol *sym = item; debugLog ("%s\n", __FUNCTION__); deallocLocal (sym); return 0; } /*-----------------------------------------------------------------*/ /* farSpacePackable - returns the packable icode for far variables */ /*-----------------------------------------------------------------*/ static iCode * farSpacePackable (iCode * ic) { iCode *dic; debugLog ("%s\n", __FUNCTION__); /* go thru till we find a definition for the symbol on the right */ for (dic = ic->prev; dic; dic = dic->prev) { /* if the definition is a call then no */ if ((dic->op == CALL || dic->op == PCALL) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { return NULL; } /* if shift by unknown amount then not */ if ((dic->op == LEFT_OP || dic->op == RIGHT_OP) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) return NULL; /* if pointer get and size > 1 */ if (POINTER_GET (dic) && getSize (aggrToPtr (operandType (IC_LEFT (dic)), FALSE)) > 1) return NULL; if (POINTER_SET (dic) && getSize (aggrToPtr (operandType (IC_RESULT (dic)), FALSE)) > 1) return NULL; /* if any three is a true symbol in far space */ if (IC_RESULT (dic) && IS_TRUE_SYMOP (IC_RESULT (dic)) && isOperandInFarSpace (IC_RESULT (dic))) return NULL; if (IC_RIGHT (dic) && IS_TRUE_SYMOP (IC_RIGHT (dic)) && isOperandInFarSpace (IC_RIGHT (dic)) && !isOperandEqual (IC_RIGHT (dic), IC_RESULT (ic))) return NULL; if (IC_LEFT (dic) && IS_TRUE_SYMOP (IC_LEFT (dic)) && isOperandInFarSpace (IC_LEFT (dic)) && !isOperandEqual (IC_LEFT (dic), IC_RESULT (ic))) return NULL; if (isOperandEqual (IC_RIGHT (ic), IC_RESULT (dic))) { if ((dic->op == LEFT_OP || dic->op == RIGHT_OP || dic->op == '-') && IS_OP_LITERAL (IC_RIGHT (dic))) return NULL; else return dic; } } return NULL; } #if 0 static int packRegsForPointerGet(iCode *ic, eBBlock *ebp) { iCode *dic, *sic; debugLog ("%d\t%s\n", __LINE__, __FUNCTION__); debugLog ("ic->op = %s\n", pic16_decodeOp( ic->op ) ); debugAopGet (" result:", IC_RESULT (ic)); debugAopGet (" left:", IC_LEFT (ic)); debugAopGet (" right:", IC_RIGHT (ic)); dic = ic->prev; if((dic->op == '=') && ( } #endif void replaceOperandWithOperand(eBBlock *ebp, iCode *ic, operand *src, iCode *dic, operand *dst); /*-----------------------------------------------------------------*/ /* packRegsForAssign - register reduction for assignment */ /*-----------------------------------------------------------------*/ static int packRegsForAssign (iCode * ic, eBBlock * ebp) { iCode *dic, *sic; debugLog ("%d\t%s\n", __LINE__, __FUNCTION__); debugLog ("ic->op = %s\n", pic16_decodeOp( ic->op ) ); debugAopGet (" result:", IC_RESULT (ic)); debugAopGet (" left:", IC_LEFT (ic)); debugAopGet (" right:", IC_RIGHT (ic)); // fprintf(stderr, "%s:%d symbol = %s\n", __FILE__, __LINE__, OP_SYMBOL( IC_RESULT(ic))->name); debugLog(" %d - actuall processing\n", __LINE__ ); if (!IS_ITEMP (IC_RESULT (ic))) { pic16_allocDirReg(IC_RESULT (ic)); debugLog (" %d - result is not temp\n", __LINE__); } // if(IS_VALOP(IC_RIGHT(ic)))return 0; /* See BUGLOG0001 - VR */ #if 1 if (!IS_ITEMP (IC_RIGHT (ic)) /*&& (!IS_PARM(IC_RESULT(ic)))*/) { debugLog (" %d - not packing - right is not temp\n", __LINE__); pic16_allocDirReg(IC_RIGHT (ic)); return 0; } #endif if (OP_SYMBOL (IC_RIGHT (ic))->isind || OP_LIVETO (IC_RIGHT (ic)) > ic->seq) { debugLog (" %d - not packing - right side fails \n", __LINE__); return 0; } /* if the true symbol is defined in far space or on stack then we should not since this will increase register pressure */ if (isOperandInFarSpace (IC_RESULT (ic))) { if ((dic = farSpacePackable (ic))) goto pack; else return 0; } /* find the definition of iTempNN scanning backwards if we find a a use of the true symbol before we find the definition then we cannot pack */ for (dic = ic->prev; dic; dic = dic->prev) { /* if there is a function call and this is a parameter & not my parameter then don't pack it */ if ((dic->op == CALL || dic->op == PCALL) && (OP_SYMBOL (IC_RESULT (ic))->_isparm && !OP_SYMBOL (IC_RESULT (ic))->ismyparm)) { debugLog (" %d - \n", __LINE__); dic = NULL; break; } if (SKIP_IC2 (dic)) continue; debugLog("%d\tSearching for iTempNN\n", __LINE__); if (IS_TRUE_SYMOP (IC_RESULT (dic)) && IS_OP_VOLATILE (IC_RESULT (dic))) { debugLog (" %d - dic is VOLATILE \n", __LINE__); dic = NULL; break; } #if 1 if( IS_SYMOP( IC_RESULT(dic)) && IS_BITFIELD( OP_SYMBOL(IC_RESULT(dic))->etype ) ) { debugLog (" %d - result is bitfield\n", __LINE__); dic = NULL; break; } #endif if (IS_SYMOP (IC_RESULT (dic)) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { /* A previous result was assigned to the same register - we'll our definition */ debugLog (" %d - dic result key == ic right key -- pointer set=%c\n", __LINE__, ((POINTER_SET (dic)) ? 'Y' : 'N')); if (POINTER_SET (dic)) dic = NULL; break; } if (IS_SYMOP (IC_RIGHT (dic)) && (IC_RIGHT (dic)->key == IC_RESULT (ic)->key || IC_RIGHT (dic)->key == IC_RIGHT (ic)->key)) { debugLog (" %d - dic right key == ic rightor result key\n", __LINE__); dic = NULL; break; } if (IS_SYMOP (IC_LEFT (dic)) && (IC_LEFT (dic)->key == IC_RESULT (ic)->key || IC_LEFT (dic)->key == IC_RIGHT (ic)->key)) { debugLog (" %d - dic left key == ic rightor result key\n", __LINE__); dic = NULL; break; } if (POINTER_SET (dic) && IC_RESULT (dic)->key == IC_RESULT (ic)->key) { debugLog (" %d - dic result key == ic result key -- pointer set=Y\n", __LINE__); dic = NULL; break; } } if (!dic) return 0; /* did not find */ #if 1 /* This code is taken from the hc08 port. Do not know * if it fits for pic16, but I leave it here just in case */ /* if assignment then check that right is not a bit */ if (ASSIGNMENT (ic) && !POINTER_SET (ic)) { sym_link *etype = operandType (IC_RESULT (dic)); if (IS_BITFIELD (etype)) { /* if result is a bit too then it's ok */ etype = operandType (IC_RESULT (ic)); if (!IS_BITFIELD (etype)) { debugLog(" %d bitfields\n"); return 0; } } } #endif /* if the result is on stack or iaccess then it must be the same atleast one of the operands */ if (OP_SYMBOL (IC_RESULT (ic))->onStack || OP_SYMBOL (IC_RESULT (ic))->iaccess) { /* the operation has only one symbol operator then we can pack */ if ((IC_LEFT (dic) && !IS_SYMOP (IC_LEFT (dic))) || (IC_RIGHT (dic) && !IS_SYMOP (IC_RIGHT (dic)))) goto pack; if (!((IC_LEFT (dic) && IC_RESULT (ic)->key == IC_LEFT (dic)->key) || (IC_RIGHT (dic) && IC_RESULT (ic)->key == IC_RIGHT (dic)->key))) return 0; } pack: debugLog (" packing. removing %s\n", OP_SYMBOL (IC_RIGHT (ic))->rname); debugLog (" replacing with %s\n", OP_SYMBOL (IC_RESULT (dic))->rname); /* found the definition */ /* replace the result with the result of */ /* this assignment and remove this assignment */ bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); IC_RESULT (dic) = IC_RESULT (ic); if (IS_ITEMP (IC_RESULT (dic)) && OP_SYMBOL (IC_RESULT (dic))->liveFrom > dic->seq) { OP_SYMBOL (IC_RESULT (dic))->liveFrom = dic->seq; } /* delete from liverange table also delete from all the points inbetween and the new one */ for (sic = dic; sic != ic; sic = sic->next) { bitVectUnSetBit (sic->rlive, IC_RESULT (ic)->key); if (IS_ITEMP (IC_RESULT (dic))) bitVectSetBit (sic->rlive, IC_RESULT (dic)->key); } remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); debugLog(" %d\n", __LINE__ ); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS (IC_RESULT (dic)) = bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); return 1; } #if 1 #define NO_packRegsForAccUse #define NO_packRegsForSupport #define NO_packRegsForOneuse #define NO_cast_peep #endif #ifndef NO_packRegsForSupport /*-----------------------------------------------------------------*/ /* findAssignToSym : scanning backwards looks for first assig found */ /*-----------------------------------------------------------------*/ static iCode * findAssignToSym (operand * op, iCode * ic) { iCode *dic; debugLog ("%s\n", __FUNCTION__); for (dic = ic->prev; dic; dic = dic->prev) { /* if definition by assignment */ if (dic->op == '=' && !POINTER_SET (dic) && IC_RESULT (dic)->key == op->key /* && IS_TRUE_SYMOP(IC_RIGHT(dic)) */ ) { /* we are interested only if defined in far space */ /* or in stack space in case of + & - */ /* if assigned to a non-symbol then return true */ if (!IS_SYMOP (IC_RIGHT (dic))) break; /* if the symbol is in far space then we should not */ if (isOperandInFarSpace (IC_RIGHT (dic))) return NULL; /* for + & - operations make sure that if it is on the stack it is the same as one of the three operands */ if ((ic->op == '+' || ic->op == '-') && OP_SYMBOL (IC_RIGHT (dic))->onStack) { if (IC_RESULT (ic)->key != IC_RIGHT (dic)->key && IC_LEFT (ic)->key != IC_RIGHT (dic)->key && IC_RIGHT (ic)->key != IC_RIGHT (dic)->key) return NULL; } break; } /* if we find an usage then we cannot delete it */ if (IC_LEFT (dic) && IC_LEFT (dic)->key == op->key) return NULL; if (IC_RIGHT (dic) && IC_RIGHT (dic)->key == op->key) return NULL; if (POINTER_SET (dic) && IC_RESULT (dic)->key == op->key) return NULL; } /* now make sure that the right side of dic is not defined between ic & dic */ if (dic) { iCode *sic = dic->next; for (; sic != ic; sic = sic->next) if (IC_RESULT (sic) && IC_RESULT (sic)->key == IC_RIGHT (dic)->key) return NULL; } return dic; } #endif #ifndef NO_packRegsForSupport /*-----------------------------------------------------------------*/ /* packRegsForSupport :- reduce some registers for support calls */ /*-----------------------------------------------------------------*/ static int packRegsForSupport (iCode * ic, eBBlock * ebp) { int change = 0; debugLog ("%s\n", __FUNCTION__); /* for the left & right operand :- look to see if the left was assigned a true symbol in far space in that case replace them */ if (IS_ITEMP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->liveTo <= ic->seq) { iCode *dic = findAssignToSym (IC_LEFT (ic), ic); iCode *sic; if (!dic) goto right; debugAopGet ("removing left:", IC_LEFT (ic)); /* found it we need to remove it from the block */ for (sic = dic; sic != ic; sic = sic->next) bitVectUnSetBit (sic->rlive, IC_LEFT (ic)->key); IC_LEFT (ic)->operand.symOperand = IC_RIGHT (dic)->operand.symOperand; IC_LEFT (ic)->key = IC_RIGHT (dic)->operand.symOperand->key; remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); change++; } /* do the same for the right operand */ right: if (!change && IS_ITEMP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->liveTo <= ic->seq) { iCode *dic = findAssignToSym (IC_RIGHT (ic), ic); iCode *sic; if (!dic) return change; /* if this is a subtraction & the result is a true symbol in far space then don't pack */ if (ic->op == '-' && IS_TRUE_SYMOP (IC_RESULT (dic))) { sym_link *etype = getSpec (operandType (IC_RESULT (dic))); if (IN_FARSPACE (SPEC_OCLS (etype))) return change; } debugAopGet ("removing right:", IC_RIGHT (ic)); /* found it we need to remove it from the block */ for (sic = dic; sic != ic; sic = sic->next) bitVectUnSetBit (sic->rlive, IC_RIGHT (ic)->key); IC_RIGHT (ic)->operand.symOperand = IC_RIGHT (dic)->operand.symOperand; IC_RIGHT (ic)->key = IC_RIGHT (dic)->operand.symOperand->key; remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); change++; } return change; } #endif #ifndef NO_packRegsForOneuse /*-----------------------------------------------------------------*/ /* packRegsForOneuse : - will reduce some registers for single Use */ /*-----------------------------------------------------------------*/ static iCode * packRegsForOneuse (iCode * ic, operand * op, eBBlock * ebp) { bitVect *uses; iCode *dic, *sic; return NULL; debugLog ("%s\n", __FUNCTION__); /* if returning a literal then do nothing */ if (!IS_SYMOP (op)) return NULL; if(OP_SYMBOL(op)->remat || OP_SYMBOL(op)->ruonly) return NULL; /* only upto 2 bytes since we cannot predict the usage of b, & acc */ if (getSize (operandType (op)) > (pic16_fReturnSizePic - 1) && ic->op != RETURN && ic->op != SEND && !POINTER_SET(ic) && !POINTER_GET(ic) ) return NULL; /* this routine will mark the a symbol as used in one instruction use only && if the definition is local (ie. within the basic block) && has only one definition && that definition is either a return value from a function or does not contain any variables in far space */ #if 0 uses = bitVectCopy (OP_USES (op)); bitVectUnSetBit (uses, ic->key); /* take away this iCode */ if (!bitVectIsZero (uses)) /* has other uses */ return NULL; #endif #if 1 if (bitVectnBitsOn (OP_USES (op)) > 1) return NULL; #endif /* if it has only one defintion */ if (bitVectnBitsOn (OP_DEFS (op)) > 1) return NULL; /* has more than one definition */ /* get that definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (op))))) return NULL; /* found the definition now check if it is local */ if (dic->seq < ebp->fSeq || dic->seq > ebp->lSeq) return NULL; /* non-local */ /* now check if it is the return from a function call */ if (dic->op == CALL || dic->op == PCALL) { if (ic->op != SEND && ic->op != RETURN && !POINTER_SET(ic) && !POINTER_GET(ic)) { OP_SYMBOL (op)->ruonly = 1; return dic; } dic = dic->next; } else { /* otherwise check that the definition does not contain any symbols in far space */ if (isOperandInFarSpace (IC_LEFT (dic)) || isOperandInFarSpace (IC_RIGHT (dic)) || IS_OP_RUONLY (IC_LEFT (ic)) || IS_OP_RUONLY (IC_RIGHT (ic))) { return NULL; } /* if pointer set then make sure the pointer is one byte */ if (POINTER_SET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_RESULT (dic)), FALSE))) return NULL; if (POINTER_GET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_LEFT (dic)), FALSE))) return NULL; } sic = dic; /* also make sure the intervenening instructions don't have any thing in far space */ for (dic = dic->next; dic && dic != ic; dic = dic->next) { /* if there is an intervening function call then no */ if (dic->op == CALL || dic->op == PCALL) return NULL; /* if pointer set then make sure the pointer is one byte */ if (POINTER_SET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_RESULT (dic)), FALSE))) return NULL; if (POINTER_GET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_LEFT (dic)), FALSE))) return NULL; /* if address of & the result is remat then okay */ if (dic->op == ADDRESS_OF && OP_SYMBOL (IC_RESULT (dic))->remat) continue; /* if operand has size of three or more & this operation is a '*','/' or '%' then 'b' may cause a problem */ if ((dic->op == '%' || dic->op == '/' || dic->op == '*') && getSize (operandType (op)) >= 2) return NULL; /* if left or right or result is in far space */ if (isOperandInFarSpace (IC_LEFT (dic)) || isOperandInFarSpace (IC_RIGHT (dic)) || isOperandInFarSpace (IC_RESULT (dic)) || IS_OP_RUONLY (IC_LEFT (dic)) || IS_OP_RUONLY (IC_RIGHT (dic)) || IS_OP_RUONLY (IC_RESULT (dic))) { return NULL; } } OP_SYMBOL (op)->ruonly = 1; return sic; } #endif /*-----------------------------------------------------------------*/ /* isBitwiseOptimizable - requirements of JEAN LOUIS VERN */ /*-----------------------------------------------------------------*/ static bool isBitwiseOptimizable (iCode * ic) { sym_link *ltype = getSpec (operandType (IC_LEFT (ic))); sym_link *rtype = getSpec (operandType (IC_RIGHT (ic))); debugLog ("%s\n", __FUNCTION__); /* bitwise operations are considered optimizable under the following conditions (Jean-Louis VERN) x & lit bit & bit bit & x bit ^ bit bit ^ x x ^ lit x | lit bit | bit bit | x */ if (IS_LITERAL (rtype) || (IS_BITVAR (ltype) && IN_BITSPACE (SPEC_OCLS (ltype)))) return TRUE; else return FALSE; } #ifndef NO_packRegsForAccUse /*-----------------------------------------------------------------*/ /* packRegsForAccUse - pack registers for acc use */ /*-----------------------------------------------------------------*/ static void packRegsForAccUse (iCode * ic) { iCode *uic; debugLog ("%s\n", __FUNCTION__); /* if this is an aggregate, e.g. a one byte char array */ if (IS_AGGREGATE(operandType(IC_RESULT(ic)))) { return; } debugLog (" %s:%d\n", __FUNCTION__,__LINE__); /* if + or - then it has to be one byte result */ if ((ic->op == '+' || ic->op == '-') && getSize (operandType (IC_RESULT (ic))) > 1) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); /* if shift operation make sure right side is not a literal */ if (ic->op == RIGHT_OP && (isOperandLiteral (IC_RIGHT (ic)) || getSize (operandType (IC_RESULT (ic))) > 1)) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); if (ic->op == LEFT_OP && (isOperandLiteral (IC_RIGHT (ic)) || getSize (operandType (IC_RESULT (ic))) > 1)) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); if (IS_BITWISE_OP (ic) && getSize (operandType (IC_RESULT (ic))) > 1) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); /* has only one definition */ if (bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) > 1) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); /* has only one use */ if (bitVectnBitsOn (OP_USES (IC_RESULT (ic))) > 1) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); /* and the usage immediately follows this iCode */ if (!(uic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_USES (IC_RESULT (ic)))))) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); if (ic->next != uic) return; /* if it is a conditional branch then we definitely can */ if (uic->op == IFX) goto accuse; if (uic->op == JUMPTABLE) return; /* if the usage is not is an assignment or an arithmetic / bitwise / shift operation then not */ if (POINTER_SET (uic) && getSize (aggrToPtr (operandType (IC_RESULT (uic)), FALSE)) > 1) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); if (uic->op != '=' && !IS_ARITHMETIC_OP (uic) && !IS_BITWISE_OP (uic) && uic->op != LEFT_OP && uic->op != RIGHT_OP) return; debugLog (" %s:%d\n", __FUNCTION__,__LINE__); /* if used in ^ operation then make sure right is not a literl */ if (uic->op == '^' && isOperandLiteral (IC_RIGHT (uic))) return; /* if shift operation make sure right side is not a literal */ if (uic->op == RIGHT_OP && (isOperandLiteral (IC_RIGHT (uic)) || getSize (operandType (IC_RESULT (uic))) > 1)) return; if (uic->op == LEFT_OP && (isOperandLiteral (IC_RIGHT (uic)) || getSize (operandType (IC_RESULT (uic))) > 1)) return; /* make sure that the result of this icode is not on the stack, since acc is used to compute stack offset */ if (IS_TRUE_SYMOP (IC_RESULT (uic)) && OP_SYMBOL (IC_RESULT (uic))->onStack) return; /* if either one of them in far space then we cannot */ if ((IS_TRUE_SYMOP (IC_LEFT (uic)) && isOperandInFarSpace (IC_LEFT (uic))) || (IS_TRUE_SYMOP (IC_RIGHT (uic)) && isOperandInFarSpace (IC_RIGHT (uic)))) return; /* if the usage has only one operand then we can */ if (IC_LEFT (uic) == NULL || IC_RIGHT (uic) == NULL) goto accuse; /* make sure this is on the left side if not a '+' since '+' is commutative */ if (ic->op != '+' && IC_LEFT (uic)->key != IC_RESULT (ic)->key) return; #if 1 debugLog (" %s:%d\n", __FUNCTION__,__LINE__); /* if one of them is a literal then we can */ if ( ((IC_LEFT (uic) && IS_OP_LITERAL (IC_LEFT (uic))) || (IC_RIGHT (uic) && IS_OP_LITERAL (IC_RIGHT (uic)))) && (getSize (operandType (IC_RESULT (uic))) <= 1)) { OP_SYMBOL (IC_RESULT (ic))->accuse = 1; return; } #endif debugLog (" %s:%d\n", __FUNCTION__,__LINE__); /* if the other one is not on stack then we can */ if (IC_LEFT (uic)->key == IC_RESULT (ic)->key && (IS_ITEMP (IC_RIGHT (uic)) || (IS_TRUE_SYMOP (IC_RIGHT (uic)) && !OP_SYMBOL (IC_RIGHT (uic))->onStack))) goto accuse; if (IC_RIGHT (uic)->key == IC_RESULT (ic)->key && (IS_ITEMP (IC_LEFT (uic)) || (IS_TRUE_SYMOP (IC_LEFT (uic)) && !OP_SYMBOL (IC_LEFT (uic))->onStack))) goto accuse; return; accuse: debugLog ("%s - Yes we are using the accumulator\n", __FUNCTION__); OP_SYMBOL (IC_RESULT (ic))->accuse = 1; } #endif /*-----------------------------------------------------------------*/ /* packForPush - hueristics to reduce iCode for pushing */ /*-----------------------------------------------------------------*/ static void packForReceive (iCode * ic, eBBlock * ebp) { iCode *dic; debugLog ("%s\n", __FUNCTION__); debugAopGet (" result:", IC_RESULT (ic)); debugAopGet (" left:", IC_LEFT (ic)); debugAopGet (" right:", IC_RIGHT (ic)); if (!ic->next) return; for (dic = ic->next; dic; dic = dic->next) { if (IC_LEFT (dic) && (IC_RESULT (ic)->key == IC_LEFT (dic)->key)) debugLog (" used on left\n"); if (IC_RIGHT (dic) && IC_RESULT (ic)->key == IC_RIGHT (dic)->key) debugLog (" used on right\n"); if (IC_RESULT (dic) && IC_RESULT (ic)->key == IC_RESULT (dic)->key) debugLog (" used on result\n"); if ((IC_LEFT (dic) && (IC_RESULT (ic)->key == IC_LEFT (dic)->key)) || (IC_RESULT (dic) && IC_RESULT (ic)->key == IC_RESULT (dic)->key)) return; } debugLog (" hey we can remove this unnecessary assign\n"); } /*-----------------------------------------------------------------*/ /* packForPush - hueristics to reduce iCode for pushing */ /*-----------------------------------------------------------------*/ static void packForPush (iCode * ic, eBBlock * ebp) { iCode *dic; const char *iLine; debugLog ("%s\n", __FUNCTION__); if (ic->op != IPUSH || !IS_ITEMP (IC_LEFT (ic))) return; #if 0 { int n1, n2; n1 = bitVectnBitsOn( OP_DEFS(IC_LEFT(ic))); n2 = bitVectnBitsOn( OP_USES(IC_LEFT(ic))); iLine = printILine(ic); debugf3("defs: %d\tuses: %d\t%s\n", n1, n2, printILine(ic)); dbuf_free(iLine); debugf2("IC_LEFT(ic): from %d to %d\n", OP_LIVEFROM(IC_LEFT(ic)), OP_LIVETO(IC_LEFT(ic))); } #endif /* must have only definition & one usage */ if (bitVectnBitsOn (OP_DEFS (IC_LEFT (ic))) != 1 || bitVectnBitsOn (OP_USES (IC_LEFT (ic))) != 1) return; /* find the definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (IC_LEFT (ic)))))) return; /* if definition is not assignment, * or is not pointer (because pointer might have changed) */ if (dic->op != '=' || POINTER_SET (dic)) return; /* we must ensure that we can use the delete the assignment, * because the source might have been modified in between. * Until I know how to fix this, I'll use the adhoc fix * to check the liveranges */ if((OP_LIVEFROM(IC_RIGHT(dic))==0) || (OP_LIVETO(IC_RIGHT(dic))==0)) return; // debugf2("IC_RIGHT(dic): from %d to %d\n", OP_LIVEFROM(IC_RIGHT(dic)), OP_LIVETO(IC_RIGHT(dic))); /* * The following code causes segfaults, e.g., * #2496919 Internal error with pic16 sdcc * and is thus disabled for now. */ if (0) { /* we now we know that it has one & only one def & use and the that the definition is an assignment */ IC_LEFT (ic) = IC_RIGHT (dic); iLine = printILine(dic); debugf("remiCodeFromeBBlock: %s\n", iLine); dbuf_free(iLine); remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); } // if } static void printSymType(char * str, sym_link *sl) { if(!pic16_ralloc_debug)return; debugLog (" %s Symbol type: ",str); printTypeChain (sl, debugF); debugLog ("\n"); } /*-----------------------------------------------------------------*/ /* some debug code to print the symbol S_TYPE. Note that * the function checkSClass in src/SDCCsymt.c dinks with * the S_TYPE in ways the PIC port doesn't fully like...*/ /*-----------------------------------------------------------------*/ static void isData(sym_link *sl) { FILE *of = stderr; if(!pic16_ralloc_debug)return; if(!sl)return; if(debugF) of = debugF; for ( ; sl; sl=sl->next) { if(!IS_DECL(sl) ) { switch (SPEC_SCLS(sl)) { case S_DATA: fprintf (of, "data "); break; case S_XDATA: fprintf (of, "xdata "); break; case S_SFR: fprintf (of, "sfr "); break; case S_SBIT: fprintf (of, "sbit "); break; case S_CODE: fprintf (of, "code "); break; case S_IDATA: fprintf (of, "idata "); break; case S_PDATA: fprintf (of, "pdata "); break; case S_LITERAL: fprintf (of, "literal "); break; case S_STACK: fprintf (of, "stack "); break; case S_XSTACK: fprintf (of, "xstack "); break; case S_BIT: fprintf (of, "bit "); break; case S_EEPROM: fprintf (of, "eeprom "); break; default: break; } } } } /*--------------------------------------------------------------------*/ /* pic16_packRegisters - does some transformations to reduce */ /* register pressure */ /* */ /*--------------------------------------------------------------------*/ static void pic16_packRegisters (eBBlock * ebp) { iCode *ic; int change = 0; debugLog ("%s\n", __FUNCTION__); while (1) { change = 0; /* look for assignments of the form */ /* iTempNN = TRueSym (someoperation) SomeOperand */ /* .... */ /* TrueSym := iTempNN:1 */ for (ic = ebp->sch; ic; ic = ic->next) { // debugLog("%d\n", __LINE__); /* find assignment of the form TrueSym := iTempNN:1 */ if ( (ic->op == '=') && !POINTER_SET (ic) ) // patch 11 change += packRegsForAssign (ic, ebp); /* debug stuff */ if (ic->op == '=') { if (POINTER_SET (ic)) debugLog ("pointer is set\n"); debugAopGet (" result:", IC_RESULT (ic)); debugAopGet (" left:", IC_LEFT (ic)); debugAopGet (" right:", IC_RIGHT (ic)); } } if (!change) break; } for (ic = ebp->sch; ic; ic = ic->next) { if(IS_SYMOP ( IC_LEFT(ic))) { sym_link *etype = getSpec (operandType (IC_LEFT (ic))); debugAopGet ("x left:", IC_LEFT (ic)); #if 0 if(IS_PTR_CONST(OP_SYMBOL(IC_LEFT(ic))->type)) #else if(IS_CODEPTR(OP_SYMBOL(IC_LEFT(ic))->type)) #endif debugLog (" is a pointer\n"); if(IS_PTR(OP_SYMBOL(IC_LEFT(ic))->type)) debugLog (" is a ptr\n"); if(IS_OP_VOLATILE(IC_LEFT(ic))) debugLog (" is volatile\n"); isData(etype); if(IS_OP_VOLATILE(IC_LEFT(ic))) { debugLog (" %d - left is not temp, allocating\n", __LINE__); pic16_allocDirReg(IC_LEFT (ic)); } printSymType("c ", OP_SYMBOL(IC_LEFT(ic))->type); } if(IS_SYMOP ( IC_RIGHT(ic))) { debugAopGet (" right:", IC_RIGHT (ic)); printSymType(" ", OP_SYMBOL(IC_RIGHT(ic))->type); } if(IS_SYMOP ( IC_RESULT(ic))) { debugAopGet (" result:", IC_RESULT (ic)); printSymType(" ", OP_SYMBOL(IC_RESULT(ic))->type); } if(IS_TRUE_SYMOP ( IC_RIGHT(ic))) { debugAopGet (" right:", IC_RIGHT (ic)); printSymType(" ", OP_SYMBOL(IC_RIGHT(ic))->type); // pic16_allocDirReg(IC_RIGHT(ic)); } if(IS_TRUE_SYMOP ( IC_RESULT(ic))) { debugAopGet (" result:", IC_RESULT (ic)); printSymType(" ", OP_SYMBOL(IC_RESULT(ic))->type); // pic16_allocDirReg(IC_RESULT(ic)); } if (POINTER_SET (ic)) debugLog (" %d - Pointer set\n", __LINE__); /* Look for two subsequent iCodes with */ /* iTemp := _c; */ /* _c = iTemp & op; */ /* and replace them by */ /* iTemp := _c; */ /* _c = _c & op; */ if ((ic->op == BITWISEAND || ic->op == '|' || ic->op == '^') && ic->prev && ic->prev->op == '=' && IS_ITEMP (IC_LEFT (ic)) && IC_LEFT (ic) == IC_RESULT (ic->prev) && isOperandEqual (IC_RESULT(ic), IC_RIGHT(ic->prev))) { iCode* ic_prev = ic->prev; symbol* prev_result_sym = OP_SYMBOL (IC_RESULT (ic_prev)); ReplaceOpWithCheaperOp (&IC_LEFT (ic), IC_RESULT (ic)); if (IC_RESULT (ic_prev) != IC_RIGHT (ic)) { bitVectUnSetBit (OP_USES (IC_RESULT (ic_prev)), ic->key); if (/*IS_ITEMP (IC_RESULT (ic_prev)) && */ prev_result_sym->liveTo == ic->seq) { prev_result_sym->liveTo = ic_prev->seq; } } bitVectSetBit (OP_USES (IC_RESULT (ic)), ic->key); bitVectSetBit (ic->rlive, IC_RESULT (ic)->key); if (bitVectIsZero (OP_USES (IC_RESULT (ic_prev)))) { bitVectUnSetBit (ic->rlive, IC_RESULT (ic)->key); bitVectUnSetBit (OP_DEFS (IC_RESULT (ic_prev)), ic_prev->key); remiCodeFromeBBlock (ebp, ic_prev); hTabDeleteItem (&iCodehTab, ic_prev->key, ic_prev, DELETE_ITEM, NULL); } } /* if this is an itemp & result of a address of a true sym then mark this as rematerialisable */ if (ic->op == ADDRESS_OF && IS_ITEMP (IC_RESULT (ic)) && IS_TRUE_SYMOP (IC_LEFT (ic)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1 && !OP_SYMBOL (IC_LEFT (ic))->onStack) { debugLog (" %d - %s. result is rematerializable\n", __LINE__,__FUNCTION__); OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; SPIL_LOC (IC_RESULT (ic)) = NULL; } /* if straight assignment then carry remat flag if this is the only definition */ if (ic->op == '=' && !POINTER_SET (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->remat && bitVectnBitsOn (OP_SYMBOL (IC_RESULT (ic))->defs) <= 1) { debugLog (" %d - %s. straight rematerializable\n", __LINE__,__FUNCTION__); OP_SYMBOL (IC_RESULT (ic))->remat = OP_SYMBOL (IC_RIGHT (ic))->remat; OP_SYMBOL (IC_RESULT (ic))->rematiCode = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; } /* if this is a +/- operation with a rematerizable then mark this as rematerializable as well */ if ((ic->op == '+' || ic->op == '-') && (IS_SYMOP (IC_LEFT (ic)) && IS_ITEMP (IC_RESULT (ic)) && OP_SYMBOL (IC_LEFT (ic))->remat && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1 && IS_OP_LITERAL (IC_RIGHT (ic)))) { debugLog (" %d - %s. rematerializable because op is +/-\n", __LINE__,__FUNCTION__); //int i = operandLitValue (IC_RIGHT (ic)); OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; SPIL_LOC (IC_RESULT (ic)) = NULL; } #if 0 /* try to optimize FSR0 usage when reading data memory pointers */ if(getenv("OPTIMIZE_NEAR_POINTER_GET")) { static int fsr0usage=0; static iCode *usic; if(POINTER_GET(ic) /* this is a memory read */ && ic->loop /* this is in a loop */ ) { fprintf(stderr, "might optimize FSR0 usage\n"); } } #endif /* mark the pointer usages */ if (POINTER_SET (ic) && IS_SYMOP (IC_RESULT (ic))) { OP_SYMBOL (IC_RESULT (ic))->uptr = 1; debugLog (" marking as a pointer (set) =>"); debugAopGet (" result:", IC_RESULT (ic)); } if (POINTER_GET (ic)) { if(IS_SYMOP(IC_LEFT(ic))) { OP_SYMBOL (IC_LEFT (ic))->uptr = 1; debugLog (" marking as a pointer (get) =>"); debugAopGet (" left:", IC_LEFT (ic)); } if(getenv("OPTIMIZE_BITFIELD_POINTER_GET")) { if(IS_ITEMP(IC_LEFT(ic)) && IS_BITFIELD(OP_SYM_ETYPE(IC_LEFT(ic)))) { iCode *dic = ic->prev; fprintf(stderr, "%s:%d might give opt POINTER_GET && IS_BITFIELD(IC_LEFT)\n", __FILE__, __LINE__); if(dic && dic->op == '=' && isOperandEqual(IC_RESULT(dic), IC_LEFT(ic))) { fprintf(stderr, "%s:%d && prev is '=' && prev->result == ic->left\n", __FILE__, __LINE__); /* replace prev->left with ic->left */ IC_LEFT(ic) = IC_RIGHT(dic); IC_RIGHT(ic->prev) = NULL; /* remove ic->prev iCode (assignment) */ remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,ic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); } } } } //debugLog(" %d %s\n", __LINE__, __FUNCTION__); if (!SKIP_IC2 (ic)) { //debugLog(" %d %s\n", __LINE__, __FUNCTION__ ); /* if we are using a symbol on the stack then we should say pic16_ptrRegReq */ if (ic->op == IFX && IS_SYMOP (IC_COND (ic))) pic16_ptrRegReq += ((OP_SYMBOL (IC_COND (ic))->onStack || OP_SYMBOL (IC_COND (ic))->iaccess) ? 1 : 0); else if (ic->op == JUMPTABLE && IS_SYMOP (IC_JTCOND (ic))) pic16_ptrRegReq += ((OP_SYMBOL (IC_JTCOND (ic))->onStack || OP_SYMBOL (IC_JTCOND (ic))->iaccess) ? 1 : 0); else { //debugLog(" %d %s\n", __LINE__, __FUNCTION__ ); if (IS_SYMOP (IC_LEFT (ic))) pic16_ptrRegReq += ((OP_SYMBOL (IC_LEFT (ic))->onStack || OP_SYMBOL (IC_LEFT (ic))->iaccess) ? 1 : 0); if (IS_SYMOP (IC_RIGHT (ic))) pic16_ptrRegReq += ((OP_SYMBOL (IC_RIGHT (ic))->onStack || OP_SYMBOL (IC_RIGHT (ic))->iaccess) ? 1 : 0); if (IS_SYMOP (IC_RESULT (ic))) pic16_ptrRegReq += ((OP_SYMBOL (IC_RESULT (ic))->onStack || OP_SYMBOL (IC_RESULT (ic))->iaccess) ? 1 : 0); } debugLog (" %d - pointer reg req = %d\n", __LINE__,pic16_ptrRegReq); } /* if the condition of an if instruction is defined in the previous instruction then mark the itemp as a conditional */ if ((IS_CONDITIONAL (ic) || ((ic->op == BITWISEAND || ic->op == '|' || ic->op == '^') && isBitwiseOptimizable (ic))) && ic->next && ic->next->op == IFX && isOperandEqual (IC_RESULT (ic), IC_COND (ic->next)) && OP_SYMBOL (IC_RESULT (ic))->liveTo <= ic->next->seq) { debugLog (" %d\n", __LINE__); OP_SYMBOL (IC_RESULT (ic))->regType = REG_CND; continue; } debugLog(" %d\n", __LINE__); #ifndef NO_packRegsForSupport /* reduce for support function calls */ if (ic->supportRtn || ic->op == '+' || ic->op == '-') packRegsForSupport (ic, ebp); #endif /* if a parameter is passed, it's in W, so we may not need to place a copy in a register */ if (ic->op == RECEIVE) packForReceive (ic, ebp); #ifndef NO_packRegsForOneuse /* some cases the redundant moves can can be eliminated for return statements */ if ((ic->op == RETURN || ic->op == SEND) && !isOperandInFarSpace (IC_LEFT (ic)) && !options.model) packRegsForOneuse (ic, IC_LEFT (ic), ebp); #endif #ifndef NO_packRegsForOneuse /* if pointer set & left has a size more than one and right is not in far space */ if (POINTER_SET (ic) && !isOperandInFarSpace (IC_RIGHT (ic)) && !OP_SYMBOL (IC_RESULT (ic))->remat && !IS_OP_RUONLY (IC_RIGHT (ic)) && getSize (aggrToPtr (operandType (IC_RESULT (ic)), FALSE)) > 1) packRegsForOneuse (ic, IC_RESULT (ic), ebp); #endif #ifndef NO_packRegsForOneuse /* if pointer get */ if (POINTER_GET (ic) && !isOperandInFarSpace (IC_RESULT (ic)) && !OP_SYMBOL (IC_LEFT (ic))->remat && !IS_OP_RUONLY (IC_RESULT (ic)) && getSize (aggrToPtr (operandType (IC_LEFT (ic)), FALSE)) > 1) packRegsForOneuse (ic, IC_LEFT (ic), ebp); debugLog("%d - return from packRegsForOneuse\n", __LINE__); #endif #ifndef NO_cast_peep /* if this is cast for intergral promotion then check if only use of the definition of the operand being casted/ if yes then replace the result of that arithmetic operation with this result and get rid of the cast */ if (ic->op == CAST) { sym_link *fromType = operandType (IC_RIGHT (ic)); sym_link *toType = operandType (IC_LEFT (ic)); debugLog (" %d - casting\n", __LINE__); if (IS_INTEGRAL (fromType) && IS_INTEGRAL (toType) && getSize (fromType) != getSize (toType)) { iCode *dic = packRegsForOneuse (ic, IC_RIGHT (ic), ebp); if (dic) { if (IS_ARITHMETIC_OP (dic)) { debugLog(" %d %s\n", __LINE__, __FUNCTION__ ); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); IC_RESULT (dic) = IC_RESULT (ic); remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS (IC_RESULT (dic)) = bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); ic = ic->prev; } else OP_SYMBOL (IC_RIGHT (ic))->ruonly = 0; } } else { /* if the type from and type to are the same then if this is the only use then packit */ if (compareType (operandType (IC_RIGHT (ic)), operandType (IC_LEFT (ic))) == 1) { iCode *dic = packRegsForOneuse (ic, IC_RIGHT (ic), ebp); if (dic) { debugLog(" %d\n", __LINE__); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); IC_RESULT (dic) = IC_RESULT (ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); remiCodeFromeBBlock (ebp, ic); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS (IC_RESULT (dic)) = bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); ic = ic->prev; } } } } #endif #if 1 /* there are some problems with packing variables * it seems that the live range estimator doesn't * estimate correctly the liveranges of some symbols */ /* pack for PUSH iTempNN := (some variable in farspace) V1 push iTempNN ; ------------- push V1 */ if (ic->op == IPUSH) { packForPush (ic, ebp); } #endif #ifndef NO_packRegsForAccUse /* pack registers for accumulator use, when the result of an arithmetic or bit wise operation has only one use, that use is immediately following the defintion and the using iCode has only one operand or has two operands but one is literal & the result of that operation is not on stack then we can leave the result of this operation in acc:b combination */ if ((IS_ARITHMETIC_OP (ic) || IS_BITWISE_OP (ic) || ic->op == LEFT_OP || ic->op == RIGHT_OP ) && IS_ITEMP (IC_RESULT (ic)) && getSize (operandType (IC_RESULT (ic))) <= 1) packRegsForAccUse (ic); #endif } } static void dumpEbbsToDebug (eBBlock ** ebbs, int count) { int i; if (!pic16_ralloc_debug || !debugF) return; for (i = 0; i < count; i++) { fprintf (debugF, "\n----------------------------------------------------------------\n"); fprintf (debugF, "Basic Block %s : loop Depth = %d noPath = %d , lastinLoop = %d\n", ebbs[i]->entryLabel->name, ebbs[i]->depth, ebbs[i]->noPath, ebbs[i]->isLastInLoop); fprintf (debugF, "depth 1st num %d : bbnum = %d 1st iCode = %d , last iCode = %d\n", ebbs[i]->dfnum, ebbs[i]->bbnum, ebbs[i]->fSeq, ebbs[i]->lSeq); fprintf (debugF, "visited %d : hasFcall = %d\n", ebbs[i]->visited, ebbs[i]->hasFcall); fprintf (debugF, "\ndefines bitVector :"); bitVectDebugOn (ebbs[i]->defSet, debugF); fprintf (debugF, "\nlocal defines bitVector :"); bitVectDebugOn (ebbs[i]->ldefs, debugF); fprintf (debugF, "\npointers Set bitvector :"); bitVectDebugOn (ebbs[i]->ptrsSet, debugF); fprintf (debugF, "\nin pointers Set bitvector :"); bitVectDebugOn (ebbs[i]->inPtrsSet, debugF); fprintf (debugF, "\ninDefs Set bitvector :"); bitVectDebugOn (ebbs[i]->inDefs, debugF); fprintf (debugF, "\noutDefs Set bitvector :"); bitVectDebugOn (ebbs[i]->outDefs, debugF); fprintf (debugF, "\nusesDefs Set bitvector :"); bitVectDebugOn (ebbs[i]->usesDefs, debugF); fprintf (debugF, "\n----------------------------------------------------------------\n"); printiCChain (ebbs[i]->sch, debugF); } } void dbg_dumpregusage(void); /*-----------------------------------------------------------------*/ /* pic16_assignRegisters - assigns registers to each live range as need */ /*-----------------------------------------------------------------*/ void pic16_assignRegisters (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; iCode *ic; int i; debugLog ("<><><><><><><><><><><><><><><><><>\nstarting\t%s:%s", __FILE__, __FUNCTION__); debugLog ("\nebbs before optimizing:\n"); dumpEbbsToDebug (ebbs, count); _inRegAllocator = 1; pic16_freeAllRegs(); #if 0 dbg_dumpregusage(); /* clear whats left over from peephole parser */ pic16_dynAllocRegs= newSet(); //NULL; // pic16_dynStackRegs= newSet(); //NULL; // pic16_dynProcessorRegs=newSet(); //NULL; // pic16_dynDirectRegs=newSet(); //NULL; // pic16_dynDirectBitRegs=newSet(); //NULL; // pic16_dynInternalRegs=newSet(); //NULL; // pic16_dynAccessRegs=newSet(); //NULL; // dynDirectRegNames=NULL; dynAllocRegNames=NULL; // dynProcRegNames=NULL; // dynAccessRegNames=NULL; #endif setToNull ((void *) &_G.funcrUsed); pic16_ptrRegReq = _G.stackExtend = _G.dataExtend = 0; /* change assignments this will remove some live ranges reducing some register pressure */ for (i = 0; i < count; i++) pic16_packRegisters (ebbs[i]); { regs *reg; int hkey; debugLog("dir registers allocated so far:\n"); reg = hTabFirstItem(dynDirectRegNames, &hkey); #if 0 while(reg) { debugLog(" -- #%d reg = %s key %d, rIdx = %d, size %d\n",i++,reg->name,hkey, reg->rIdx,reg->size); // fprintf(stderr, " -- #%d reg = %s key %d, rIdx = %d, size %d\n",i++,reg->name,hkey, reg->rIdx,reg->size); reg = hTabNextItem(dynDirectRegNames, &hkey); } #endif } /* liveranges probably changed by register packing so we compute them again */ recomputeLiveRanges (ebbs, count); if (options.dump_pack) dumpEbbsToFileExt (DUMP_PACK, ebbi); /* first determine for each live range the number of registers & the type of registers required for each */ regTypeNum (); /* start counting function temporary registers from zero */ /* XXX: Resetting dynrIdx breaks register allocation, * see #1489055, #1483693 (?), and #1445850! */ //dynrIdx = 0; /* and serially allocate registers */ serialRegAssign (ebbs, count); #if 0 debugLog ("ebbs after serialRegAssign:\n"); dumpEbbsToDebug (ebbs, count); #endif //pic16_freeAllRegs(); /* if stack was extended then tell the user */ if (_G.stackExtend) { /* werror(W_TOOMANY_SPILS,"stack", */ /* _G.stackExtend,currFunc->name,""); */ _G.stackExtend = 0; } if (_G.dataExtend) { /* werror(W_TOOMANY_SPILS,"data space", */ /* _G.dataExtend,currFunc->name,""); */ _G.dataExtend = 0; } /* after that create the register mask for each of the instruction */ createRegMask (ebbs, count); /* redo that offsets for stacked automatic variables */ redoStackOffsets (); if (options.dump_rassgn) dumpEbbsToFileExt (DUMP_RASSGN, ebbi); // dumpLR(ebbs, count); /* now get back the chain */ ic = iCodeLabelOptimize (iCodeFromeBBlock (ebbs, count)); debugLog ("ebbs after optimizing:\n"); dumpEbbsToDebug (ebbs, count); _inRegAllocator = 0; genpic16Code (ic); /* free up any _G.stackSpil locations allocated */ applyToSet (_G.stackSpil, deallocStackSpil); _G.slocNum = 0; setToNull ((void *) &_G.stackSpil); setToNull ((void *) &_G.spiltSet); /* mark all registers as free */ pic16_freeAllRegs (); debugLog ("leaving\n<><><><><><><><><><><><><><><><><>\n"); debugLogClose (); return; } sdcc-2.9.0/src/pic16/ralloc.h000066400000000000000000000137221116427777700156240ustar00rootroot00000000000000/*------------------------------------------------------------------------- ralloc.h - header file register allocation Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) PIC port - T. Scott Dattalo scott@dattalo.com (2000) PIC16 port - Martin Dubuc m.dubuc@rogers.com (2002) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCicode.h" #include "SDCCBBlock.h" #ifndef SDCCRALLOC_H #define SDCCRALLOC_H 1 #include "pcoderegs.h" enum { R2_IDX = 0, R3_IDX, R4_IDX, R5_IDX, R6_IDX, R7_IDX, R0_IDX, R1_IDX, X8_IDX, X9_IDX, X10_IDX, X11_IDX, X12_IDX, CND_IDX }; enum { REG_PTR=1, REG_GPR, REG_CND, REG_SFR, REG_STK, REG_TMP }; //#define REG_PTR 0x01 //#define REG_GPR 0x02 //#define REG_CND 0x04 //#define REG_SFR 0x08 //#define REG_STK 0x10 /* Use a register as a psuedo stack */ //#define REG_TMP 0x20 /* definition for the registers */ typedef struct regs { short type; /* can have value * REG_GPR, REG_PTR or REG_CND * This like the "meta-type" */ short pc_type; /* pcode type */ short rIdx; /* index into register table */ // short otype; char *name; /* name */ unsigned isFree:1; /* is currently unassigned */ unsigned wasUsed:1; /* becomes true if register has been used */ unsigned isFixed:1; /* True if address can't change */ // unsigned isMapped:1; /* The Register's address has been mapped to physical RAM */ unsigned isBitField:1; /* True if reg is type bit OR is holder for several bits */ unsigned isEmitted:1; /* True if the reg has been written to a .asm file */ unsigned accessBank:1; /* True if the reg is explicit placed in access bank */ unsigned isLocal:1; /* True if the reg is allocated in function's local frame */ unsigned address; /* reg's address if isFixed | isMapped is true */ unsigned size; /* 0 for byte, 1 for int, 4 for long */ unsigned alias; /* Alias mask if register appears in multiple banks */ struct regs *reg_alias; /* If more than one register share the same address * then they'll point to each other. (primarily for bits)*/ operand *regop; /* reference to the operand used to create the register */ pCodeRegLives reglives; /* live range mapping */ } regs; extern regs regspic16[]; extern int pic16_nRegs; extern int pic16_Gstack_base_addr; /* As registers are created, they're added to a set (based on the register type). Here are the sets of registers that are supported in the PIC port: */ extern set *pic16_dynAllocRegs; extern set *pic16_dynStackRegs; extern set *pic16_dynProcessorRegs; extern set *pic16_dynDirectRegs; extern set *pic16_dynDirectBitRegs; extern set *pic16_dynInternalRegs; extern set *pic16_builtin_functions; extern set *pic16_rel_udata; extern set *pic16_fix_udata; extern set *pic16_equ_data; extern set *pic16_int_regs; extern set *pic16_acs_udata; regs *pic16_regWithIdx (int); regs *pic16_typeRegWithIdx(int, int, int); regs *pic16_dirregWithName (char *name ); regs *pic16_allocregWithName(char *name); regs *pic16_regWithName(char *name); void pic16_freeAllRegs (); void pic16_deallocateAllRegs (); regs *pic16_findFreeReg(short type); regs *pic16_findFreeRegNext(short type, regs *creg); regs *pic16_allocWithIdx (int idx); regs *pic16_allocDirReg (operand *op ); regs *pic16_allocRegByName (char *name, int size, operand *op); extern char *pic16_decodeOp(unsigned int op); regs* newReg(int type, short pc_type, int rIdx, char *name, unsigned size, int alias, operand *refop); /* Define register address that are constant across PIC16 family */ #define IDX_TMR0 0xfd6 #define IDX_STATUS 0xfd8 #define IDX_INTCON 0xff2 #define IDX_WREG 0xfe8 #define IDX_BSR 0xfe0 #define IDX_PCL 0xff9 #define IDX_PCLATH 0xffa #define IDX_PCLATU 0xffb #define IDX_TOSL 0xffd #define IDX_TOSH 0xffe #define IDX_TOSU 0xfff #define IDX_TBLPTRL 0xff6 #define IDX_TBLPTRH 0xff7 #define IDX_TBLPTRU 0xff8 #define IDX_TABLAT 0xff5 #define IDX_FSR0 0xfe9 #define IDX_FSR0L 0xfe9 #define IDX_FSR0H 0xfea #define IDX_FSR1 0xfe1 #define IDX_FSR1L 0xfe1 #define IDX_FSR1H 0xfe2 #define IDX_FSR2 0xfd9 #define IDX_FSR2L 0xfd9 #define IDX_FSR2H 0xfda #define IDX_INDF0 0xfef #define IDX_POSTINC0 0xfee #define IDX_POSTDEC0 0xfed #define IDX_PREINC0 0xfec #define IDX_PLUSW0 0xfeb #define IDX_INDF1 0xfe7 #define IDX_POSTINC1 0xfe6 #define IDX_POSTDEC1 0xfe5 #define IDX_PREINC1 0xfe4 #define IDX_PLUSW1 0xfe3 #define IDX_INDF2 0xfdf #define IDX_POSTINC2 0xfde #define IDX_POSTDEC2 0xfdd #define IDX_PREINC2 0xfdc #define IDX_PLUSW2 0xfdb #define IDX_PRODL 0xff3 #define IDX_PRODH 0xff4 /* EEPROM registers */ #define IDX_EECON1 0xfa6 #define IDX_EECON2 0xfa7 #define IDX_EEDATA 0xfa8 #define IDX_EEADR 0xfa9 #define IDX_KZ 0x7fff /* Known zero - actually just a general purpose reg. */ #define IDX_WSAVE 0x7ffe #define IDX_SSAVE 0x7ffd #define IDX_GPSIMIO 0xf7f #define IDX_GPSIMIO2 0xf7e #endif sdcc-2.9.0/src/port-clean.mk000066400000000000000000000001531116427777700156440ustar00rootroot00000000000000clean: rm -f $(LIB) *.o *~ port.a *.lst *.asm *.sym *~ *.cdb *.dep *.rul distclean: clean rm -f Makefilesdcc-2.9.0/src/port.h000066400000000000000000000303251116427777700144100ustar00rootroot00000000000000/** @file port.h Definitions for what a port must provide. All ports are referenced in SDCCmain.c. */ #ifndef PORT_INCLUDE #define PORT_INCLUDE #include "SDCCicode.h" #include "SDCCargs.h" #include "SDCCpeeph.h" #include "dbuf.h" #define TARGET_ID_MCS51 1 #define TARGET_ID_GBZ80 2 #define TARGET_ID_Z80 3 #define TARGET_ID_AVR 4 #define TARGET_ID_DS390 5 #define TARGET_ID_PIC 6 #define TARGET_ID_PIC16 7 #define TARGET_ID_XA51 9 #define TARGET_ID_DS400 10 #define TARGET_ID_HC08 11 /* Macro to test the target we are compiling for. Can only be used after SDCCmain has defined the port */ #define TARGET_IS_MCS51 (port->id==TARGET_ID_MCS51) #define TARGET_IS_GBZ80 (port->id==TARGET_ID_GBZ80) #define TARGET_IS_Z80 (port->id==TARGET_ID_Z80) #define TARGET_Z80_LIKE (TARGET_IS_Z80 || TARGET_IS_GBZ80) #define TARGET_IS_AVR (port->id==TARGET_ID_AVR) #define TARGET_IS_DS390 (port->id==TARGET_ID_DS390) #define TARGET_IS_DS400 (port->id==TARGET_ID_DS400) #define TARGET_IS_PIC (port->id==TARGET_ID_PIC) #define TARGET_IS_PIC16 (port->id==TARGET_ID_PIC16) #define TARGET_IS_XA51 (port->id==TARGET_ID_XA51) #define TARGET_IS_HC08 (port->id==TARGET_ID_HC08) #define TARGET_MCS51_LIKE (TARGET_IS_MCS51 || TARGET_IS_DS390 || TARGET_IS_DS400) #define MAX_BUILTIN_ARGS 16 /* definition of builtin functions */ typedef struct builtins { char *name; /* name of builtin function */ char *rtype; /* return type as string : see typeFromStr */ int nParms; /* number of parms : max 8 */ char *parm_types[MAX_BUILTIN_ARGS]; /* each parm type as string : see typeFromStr */ } builtins; struct ebbIndex; /* pragma structure */ struct pragma_s { const char *name; int id; char deprecated; int (*func)(int id, const char *name, const char *cp); }; /* defined in SDCClex.lex */ int process_pragma_tbl(const struct pragma_s *pragma_tbl, const char *s); /* Processor specific names */ typedef struct { /** Unique id for this target */ const int id; /** Target name used for -m */ const char * const target; /** Target name string, used for --help */ const char * const target_name; /** Specific processor for the given target family. specified by -p */ char *processor; struct { /** Pointer to glue function */ void (*do_glue)(void); /** TRUE if all types of glue functions should be inserted into the file that also defines main. We dont want this in cases like the z80 where the startup code is provided by a seperate module. */ bool glue_up_main; /* OR of MODEL_* */ int supported_models; int default_model; } general; /* assembler related information */ struct { /** Command to run and arguments (eg as-z80) */ const char **cmd; /** Alternate macro based form. */ const char *mcmd; /** Arguments for debug mode. */ const char *debug_opts; /** Arguments for normal assembly mode. */ const char *plain_opts; /* print externs as global */ int externGlobal; /* assembler file extension */ const char *file_ext; /** If non-null will be used to execute the assembler. */ void (*do_assemble) (set *); } assembler; /* linker related info */ struct { /** Command to run (eg link-z80) */ const char **cmd; /** Alternate macro based form. */ const char *mcmd; /** If non-null will be used to execute the link. */ void (*do_link) (void); /** Extension for object files (.rel, .obj, ...) */ const char *rel_ext; /** 1 if port needs the .lnk file, 0 otherwise */ const int needLinkerScript; } linker; struct { /** Default peephole rules */ char *default_rules; int (*getSize)(lineNode *line); bitVect * (*getRegsRead)(lineNode *line); bitVect * (*getRegsWritten)(lineNode *line); bool (*deadMove) (const char *reg, lineNode *currPl, lineNode *head); bool (*notUsed) (const char *reg, lineNode *currPl, lineNode *head); } peep; /** Basic type sizes */ struct { int char_size; int short_size; unsigned int int_size; int long_size; int ptr_size; //near int fptr_size; //far int gptr_size; //generic int bit_size; int float_size; int max_base_size; } s; /** tags for far, near, xstack, code generic pointers */ struct { int tag_far; int tag_near; int tag_xstack; int tag_code; } gp_tags; /** memory regions related stuff */ struct { const char * const xstack_name; const char * const istack_name; /* * The following 2 items can't be const pointers * due to ugly implementation in z80 target; * this should be fixed in src/z80/main.c (borutr) */ const char *code_name; const char *data_name; const char * const idata_name; const char * const pdata_name; const char * const xdata_name; const char * const bit_name; const char * const reg_name; const char * const static_name; const char * const overlay_name; const char * const post_static_name; const char * const home_name; const char * const xidata_name; // initialized xdata const char * const xinit_name; // a code copy of xidata const char * const const_name; // const data (code or not) const char * const cabs_name; // const absolute data (code or not) const char * const xabs_name; // absolute xdata/pdata const char * const iabs_name; // absolute idata/data struct memmap *default_local_map; // default location for auto vars struct memmap *default_globl_map; // default location for globl vars int code_ro; /* code space read-only 1=yes */ } mem; struct { void (*genExtraAreaDeclaration)(FILE *, bool); void (*genExtraAreaLinkOptions)(FILE *); } extraAreas; /* stack related information */ struct { /** -1 for grows down (z80), +1 for grows up (mcs51) */ int direction; /** Extra overhead when calling between banks */ int bank_overhead; /** Extra overhead when the function is an ISR */ int isr_overhead; /** Standard overhead for a function call */ int call_overhead; /** Re-enterant space */ int reent_overhead; /** 'banked' call overhead. Mild overlap with bank_overhead */ int banked_overhead; } stack; struct { /** One more than the smallest mul/div operation the processor can do natively Eg if the processor has an 8 bit mul, native below is 2 */ unsigned muldiv; unsigned shift; } support; struct { void (*emitDebuggerSymbol) (char *); struct { int (*regNum) (struct regs *); bitVect * cfiSame; bitVect * cfiUndef; int addressSize; int regNumRet; int regNumSP; int regNumBP; int offsetSP; } dwarf; } debugger; struct { int maxCount; int sizeofElement; int sizeofMatchJump[3]; int sizeofRangeCompare[3]; int sizeofSubtract; int sizeofDispatch; } jumptableCost; /** Prefix to add to a C function (eg "_") */ const char *fun_prefix; /** Called once the processor target has been selected. First chance to initalise and set any port specific variables. 'port' is set before calling this. May be NULL. */ void (*init) (void); /** Parses one option + its arguments */ bool (*parseOption) (int *pargc, char **argv, int *i); /** Optional list of automatically parsed options. Should be implemented to at least show the help text correctly. */ OPTION *poptions; /** Initialise port spectific paths */ void (*initPaths)(void); /** Called after all the options have been parsed. */ void (*finaliseOptions) (void); /** Called after the port has been selected but before any options are parsed. */ void (*setDefaultOptions) (void); /** Does the dirty work. */ void (*assignRegisters) (struct ebbIndex *); /** Returns the register name of a symbol. Used so that 'regs' can be an incomplete type. */ const char *(*getRegName) (struct regs * reg); /* list of keywords that are used by this target (used by lexer) */ char **keywords; /* Write any port specific assembler output. */ void (*genAssemblerPreamble) (FILE * of); /* invoked at end assembler file */ void (*genAssemblerEnd) (FILE * of); /* Write the port specific IVT. If genIVT is NULL or if * it returns zero, default (8051) IVT generation code * will be used. */ int (*genIVT) (struct dbuf_s *oBuf, symbol ** intTable, int intCount); void (*genXINIT) (FILE * of); /* Write port specific startup code */ void (*genInitStartup) (FILE * of); /* parameter passing in register related functions */ void (*reset_regparms) (void); /* reset the register count */ int (*reg_parm) (struct sym_link *, bool reentrant); /* will return 1 if can be passed in register */ /** Process the pragma string 'sz'. Returns 0 if recognised and processed, 1 otherwise. May be NULL. */ int (*process_pragma) (const char *sz); /** Mangles a support function name to reflect the calling model. */ char *(*getMangledFunctionName) (char *szOrginial); /** Returns true if the port can multiply the two types nativly without using support functions. */ bool (*hasNativeMulFor) (iCode *ic, sym_link *left, sym_link *right); /** Returns true if the port has implemented certain bit manipulation iCodes (RRC, RLC, SWAP, GETHBIT, GETABIT, GETBYTE, GETWORD) */ bool (*hasExtBitOp) (int op, int size); /** Returns the relative expense of accessing a particular output storage class. Larger values indicate higher expense. */ int (*oclsExpense) (struct memmap *oclass); /** If TRUE, then tprintf and !dw will be used for some initalisers */ bool use_dw_for_init; /** TRUE for targets with little endian byte ordering, FALSE for targets with big endian byte ordering. */ bool little_endian; /* condition transformations */ bool lt_nge; /* transform (a < b) to !(a >= b) */ bool gt_nle; /* transform (a > b) to !(a <= b) */ bool le_ngt; /* transform (a <= b) to !(a > b) */ bool ge_nlt; /* transform (a >= b) to !(a < b) */ bool ne_neq; /* transform a != b --> ! (a == b) */ bool eq_nne; /* transform a == b --> ! (a != b) */ bool arrayInitializerSuppported; bool (*cseOk) (iCode *ic, iCode *pdic); builtins *builtintable; /* table of builtin functions */ int unqualified_pointer; /* unqualified pointers type is */ int reset_labelKey ; /* reset Label no 1 at the start of a function */ int globals_allowed ; /* global & static locals not allowed ? 0 ONLY TININative*/ #define PORT_MAGIC 0xAC32 /** Used at runtime to detect if this structure has been completly filled in. */ int magic; } PORT; extern PORT *port; #if !OPT_DISABLE_MCS51 extern PORT mcs51_port; #endif #if !OPT_DISABLE_GBZ80 extern PORT gbz80_port; #endif #if !OPT_DISABLE_Z80 extern PORT z80_port; #endif #if !OPT_DISABLE_AVR extern PORT avr_port; #endif #if !OPT_DISABLE_DS390 extern PORT ds390_port; #endif #if !OPT_DISABLE_PIC extern PORT pic_port; #endif #if !OPT_DISABLE_PIC16 extern PORT pic16_port; #endif #if !OPT_DISABLE_TININative extern PORT tininative_port; #endif #if !OPT_DISABLE_XA51 extern PORT xa51_port; #endif #if !OPT_DISABLE_DS400 extern PORT ds400_port; #endif #if !OPT_DISABLE_HC08 extern PORT hc08_port; #endif #endif /* PORT_INCLUDE*/ sdcc-2.9.0/src/port.mk000066400000000000000000000024051116427777700145660ustar00rootroot00000000000000# Common Makefile for all ports. # Input: SOURCES - list of C files included in the project # SPECIAL - list of special files that should be included in dependencies # PEEPRULES - list of all peephole rules (.rul) derrived files # PREBUILD - list of special files to build before deps. # Ports are always located in sdcc/src/ # Output LIB = port.a # Include the sdcc/src directory INCLUDEFLAGS = -I$(srcdir)/.. -I.. # If the sources aren't specified, assume all in this directory. ifndef SOURCES SOURCES = $(notdir $(wildcard $(srcdir)/*.c)) endif # If the peephole rules aren't specified, assume all. ifndef PEEPRULES PEEPDEFS = $(notdir $(wildcard $(srcdir)/*.def)) PEEPRULES = $(PEEPDEFS:.def=.rul) endif PREBUILD += $(PEEPRULES) all: $(PREBUILD) dep $(LIB) include $(top_builddir)/Makefile.common $(LIB): $(OBJ) rm -f $(LIB) $(AR) r $(LIB) $(OBJ) $(RANLIB) $(LIB) %.rul: %.def $(AWK) -f $(srcdir)/../SDCCpeeph.awk $< > $@ dep: Makefile.dep Makefile.dep: $(PREBUILD) Makefile $(SOURCES) $(SPECIAL) $(CPP) $(CPPFLAGS) $(M_OR_MM) $(filter %.c,$^) >Makefile.dep # don't include Makefile.dep for the listed targets: ifeq "$(findstring $(MAKECMDGOALS),clean distclean)" "" -include Makefile.dep endif include $(srcdir)/../port-clean.mk sdcc-2.9.0/src/regression/000077500000000000000000000000001116427777700154305ustar00rootroot00000000000000sdcc-2.9.0/src/regression/Makefile000066400000000000000000000105511116427777700170720ustar00rootroot00000000000000# Regression testing Makefile for Pic Port of SDCC # # note that this regression suite was started before # the one in sdcc/regression. The regression suite in # sdcc/regression is better suited for testing mature # ports. # # GPL'd # # T. Scott Dattalo scott@dattalo.com # # This makefile provides a means by which the output # of the SDCC Compiler can be tested. This version # is unique to the PIC (as in Microchip PIC) port. # As such it requires the following software: # # gpasm version 0.11.1 (or greater) # gpsim version 0.20.7 (or greater) # # Usage: # # make # - without any options the whole regression test is # performed. The results are placed into a log file # (defined by $LOGFILE). # # make asm # - Creates .asm files by compiling the .c files # # make cod # - Creates .cod files by assembling the .asm files # (.cod files are symbolic files compatible with # MPASM, Microchip's assembler) # # make stc # - Creates .stc files which are script files for # gpsim. # # make clean # - removes all of the intermediate files created # # make cleancod # make cleanasm # make cleanstc # make cleano # - removes either the .stc, .asm, .cod or .o files # verboseness #Q ?= # be verbose Q ?= @ # be quiet SDCC_SRC=../.. SDCC_BIN=../.. CC = $(SDCC_BIN)/bin/sdcc LINKER = gplink USE_PIC16 ?= 0 ifeq ($(strip $(filter 1 yes,$(USE_PIC16))),) TARGETPIC = 16f877 #TARGETPIC = 16f84 CFLAGS = -mpic14 -p$(TARGETPIC) DIR = pic else TARGETPIC = 18f452 CFLAGS = -mpic16 -p$(TARGETPIC) DIR = pic16 endif CFLAGS += -Wl,-q CFLAGS += -Wl,--map CFLAGS += -I $(SDCC_SRC)/device/include/$(DIR) CFLAGS += -L $(SDCC_BIN)/device/lib/$(DIR)/bin #CFLAGS += --no-pcode-opt #CFLAGS += -V .SUFFIXES: .asm .c .cod .stc .NOTPARALLEL: # Results of the test are placed here: LOGFILE = test.log # Script file for creating gpsim scripts CREATESTC = create_stc # Script file for invoking gpsim SIMULATE = simulate # List the C files to be test here: SRC = add.c \ add2.c \ add3.c \ add4.c \ and1.c \ and2.c \ arrays.c \ b.c \ bank1.c \ bool1.c \ bool2.c \ bool3.c \ call1.c \ compare.c \ compare10.c \ compare2.c \ compare3.c \ compare4.c \ compare5.c \ compare6.c \ compare7.c \ compare8.c \ compare9.c \ configword.c \ empty.c \ for.c \ init0.c \ inline.c \ mult1.c \ nestfor.c \ or1.c \ pcodeopt.c \ pointer1.c \ ptrarg.c \ ptrfunc.c \ rotate1.c \ rotate2.c \ rotate3.c \ rotate4.c \ rotate5.c \ rotate6.c \ rotate7.c \ string1.c \ struct1.c \ sub.c \ sub2.c \ switch1.c \ while.c \ xor.c COD := $(patsubst %.c, %.cod, $(SRC)) ASM := $(patsubst %.c, %.asm, $(SRC)) O := $(patsubst %.c, %.o, $(SRC)) P := $(patsubst %.c, %.p, $(SRC)) STC := $(patsubst %.c, %.stc, $(SRC)) HEX := $(patsubst %.c, %.hex, $(SRC)) LST := $(patsubst %.c, %.lst, $(SRC)) MAP := $(patsubst %.c, %.map, $(SRC)) all: test # The cod files are generated by sdcc .c.cod: $(Q)-$(CC) $(CFLAGS) $*.c # The .stc files are script files for gpsim .cod.stc: $(Q)-./$(CREATESTC) $*.cod $*.stc $(Q)-./$(SIMULATE) $*.stc $(LOGFILE) # this will also make .stc files #%.stc : %.cod # ./create_stc $^ $@ # now for the dependencies cod : $(COD) o : $(O) asm : $(ASM) stc : $(STC) echo $(STC) test: $(STC) $(Q)echo "Done - Results are in $(LOGFILE)" cleancod: files="$(COD)" ; \ for f in $$files ; do \ if [ -f $$f ]; then rm $$f; fi \ done ; \ cleano: files="$(O)" ; \ for f in $$files ; do \ if [ -f $$f ]; then rm $$f; fi \ done ; \ cleanp: files="$(P)" ; \ for f in $$files ; do \ if [ -f $$f ]; then rm $$f; fi \ done ; \ cleanasm: files="$(ASM)" ; \ for f in $$files ; do \ if [ -f $$f ]; then rm $$f; fi \ done ; \ cleanstc: files="$(STC)" ; \ for f in $$files ; do \ if [ -f $$f ]; then rm $$f; fi \ done ; \ cleanhex: files="$(HEX)" ; \ for f in $$files ; do \ if [ -f $$f ]; then rm $$f; fi \ done ; \ cleanlst: files="$(LST)" ; \ for f in $$files ; do \ if [ -f $$f ]; then rm $$f; fi \ done ; \ cleanmap: files="$(MAP)" ; \ for f in $$files ; do \ if [ -f $$f ]; then rm $$f; fi \ done ; \ clean: cleancod cleanasm cleanstc cleano cleanp cleanhex cleanlst cleanmap if [ -f "$(LOGFILE)" ]; then rm $(LOGFILE); fi sdcc-2.9.0/src/regression/add.c000066400000000000000000000053111116427777700163240ustar00rootroot00000000000000#include "gpsim_assert.h" // Addition tests /* bit types are not ANSI - so provide a way of disabling bit types * if this file is used to test other compilers besides SDCC */ #define SUPPORT_BIT_TYPES 0 /* Some compilers that support bit types do not support bit arithmetic * (like bitx = bity + bitz;) */ #define SUPPORT_BIT_ARITHMETIC 1 unsigned char failures=0; #if SUPPORT_BIT_TYPES bit bit0 = 0; bit bit1 = 0; bit bit2 = 0; bit bit3 = 0; bit bit4 = 0; bit bit5 = 0; bit bit6 = 0; bit bit7 = 0; bit bit8 = 0; bit bit9 = 0; bit bit10 = 0; bit bit11 = 0; #endif unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char achar2 = 0; unsigned char achar3 = 0; unsigned char *acharP = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void add_lit2uchar(void) { achar0 = achar0 + 5; if(achar0 != 5) failures++; achar0 += 10; if(achar0 != 15) failures++; achar0 = achar0 +1; // Should be an increment if(achar0 != 16) failures++; for(achar1 = 0; achar1 < 100; achar1++) achar0 += 2; if(achar0 != 216) failures++; } void add_uchar2uchar(void) { achar1 = achar1 + achar0; if(achar1 != 16) failures++; for(achar2 = 0; achar2<7; achar2++) achar1 += achar0; if(achar1 != 128) failures++; } // assumes // achar0 = 0 // achar1 = 32 // achar2, achar3 can be anything. void add_uchar2uchar2(void) { achar0++; achar0 = achar0 + 1; achar0 = achar0 + 2; achar0 = achar0 + 3; if(achar0 != 7) failures++; achar1 += achar0; if(achar1 != 39) failures++; achar2 = achar1 + achar0; if(achar2 != 46) failures++; achar3 = achar2 + achar1 + achar0; if(achar3 != 92) failures++; } #if SUPPORT_BIT_TYPES void add_bits(void) { bit1 = bit0; bit0 = 1; if(bit1 != 0) failures++; bit1 = bit1+bit0; if(bit1 != 1) failures++; #if SUPPORT_BIT_ARITHMETIC bit2 = bit1+bit3; if(!bit2) failures++; bit3 = bit4+bit5+bit6+bit7+bit0; if(!bit3) failures++; #endif } #endif /* add_bit2uchar(void) - assumes bit0 = 1, achar0 = 7 */ #if SUPPORT_BIT_TYPES void add_bit2uchar(void) { achar0 += bit0; if(achar0 != 8) failures++; if(achar0 == bit0) failures++; } void add_bit2uint(void) { if(aint0 != bit11) failures++; aint0 += bit0; if(aint0!=1) failures++; } #endif void main(void) { add_lit2uchar(); ASSERT(MANGLE(failures) == 0); achar0=16; achar1=0; add_uchar2uchar(); ASSERT(MANGLE(failures) == 0); achar0 = 0; achar1 = 32; add_uchar2uchar2(); ASSERT(MANGLE(failures) == 0); #if SUPPORT_BIT_TYPES add_bits(); add_bit2uchar(); add_bit2uint(); #endif ASSERT(MANGLE(failures) == 0); done(); } sdcc-2.9.0/src/regression/add2.c000066400000000000000000000102131116427777700164030ustar00rootroot00000000000000#include "gpsim_assert.h" // Addition tests - mostly int's /* bit types are not ANSI - so provide a way of disabling bit types * if this file is used to test other compilers besides SDCC */ #define SUPPORT_BIT_TYPES 0 unsigned char failures=0; unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned int aint2 = 0; unsigned int aint3 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char achar2 = 0; unsigned char achar3 = 0; unsigned char *acharP = 0; #if SUPPORT_BIT_TYPES bit bit0 = 0; bit bit1 = 0; bit bit2 = 0; bit bit3 = 0; bit bit4 = 0; bit bit5 = 0; bit bit6 = 0; bit bit7 = 0; bit bit8 = 0; bit bit9 = 0; bit bit10 = 0; bit bit11 = 0; #endif void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void add_lit2uint(void) { aint0 = aint0 + 5; if(aint0 != 5) failures++; aint0 += 10; if(aint0 != 15) failures++; aint0 = aint0 +1; // Should be an increment if(aint0 != 16) failures++; for(aint1 = 0; aint1 < 100; aint1++) aint0 += 2; if(aint0 != 216) failures++; } void add_uint2uint (void) { aint1 = aint1 + aint0; if(aint1 != 16) failures++; for(aint2 = 0; aint2<7; aint2++) aint1 += aint0; if(aint1 != 128) failures++; } // assumes // aint0 = 0 // aint1 = 32 // aint2, aint3 can be anything. void add_uint2uint2(void) { aint0++; aint0 = aint0 + 1; aint0 = aint0 + 2; aint0 = aint0 + 3; if(aint0 != 7) failures++; aint1 += aint0; if(aint1 != 0x27) failures++; aint2 = aint1 + aint0; if(aint2 != 0x2e) failures++; aint3 = aint2 + aint1 + aint0; if(aint3 != 0x5c) failures++; aint3 += 0xa0; if(aint3 != 0xfc) failures++; aint3 += aint0; if(aint3 != 0x103) failures++; aint1 += 0xffc0; if(aint1 != 0xffe7) failures++; aint3 = aint2 + aint1 + aint0; if(aint3 != 0x1c) failures++; } #if SUPPORT_BIT_TYPES void add_bits(void) { bit1 = bit0; bit0 = 1; if(bit1 != 0) failures++; bit1 = bit1+bit0; if(bit1 != 1) failures++; bit2 = bit1+bit3; if(!bit2) failures++; bit3 = bit4+bit5+bit6+bit7+bit0; if(!bit3) failures++; } #endif /* add_bit2uchar(void) - assumes bit0 = 1, aint0 = 7 */ #if SUPPORT_BIT_TYPES void add_bit2uchar(void) { achar0 += bit0; if(achar0 != 8) failures++; if(achar0 == bit0) failures++; } void add_bit2uint(void) { if(aint0 != bit11) failures++; aint0 += bit0; if(aint0!=1) failures++; } #endif /***********************************/ void addlits(void) { aint0 += 0x0001; if(aint0 != 1) failures++; aint0 += 0x00; if(aint0 != 1) failures++; aint0 += 0x00fe; if(aint0 != 0x00ff) failures++; aint0 += 0x0001; if(aint0 != 0x0100) failures++; aint0++; if(aint0 != 0x0101) failures++; aint0 += 0x00ff; if(aint0 != 0x0200) failures++; aint0 += 0x00a0; if(aint0 != 0x02a0) failures++; aint0 += 0x0061; if(aint0 != 0x0301) failures++; aint0 += 0x0100; if(aint0 != 0x0401) failures++; aint0 += 0x0101; if(aint0 != 0x0502) failures++; aint0 += 0x00fd; if(aint0 != 0x05ff) failures++; aint0 += 0x0101; if(aint0 != 0x0700) failures++; aint0 += 0x01ff; if(aint0 != 0x08ff) failures++; aint0 += 0x01ff; if(aint0 != 0x0afe) failures++; aint0 += 0xff02; if(aint0 != 0x0a00) failures++; aint0 += 0xffff; if(aint0 != 0x09ff) failures++; aint0 += 0xff01; if(aint0 != 0x0900) failures++; aint0 += 0xff00; if(aint0 != 0x0800) failures++; aint0 += 0xff01; if(aint0 != 0x0701) failures++; aint0 += 0x0300; if(aint0 != 0x0a01) failures++; aint0 += 0x03ff; if(aint0 != 0x0e00) failures++; aint0 += 0x0301; if(aint0 != 0x1101) failures++; aint0 += 0x03fe; if(aint0 != 0x14ff) failures++; aint0 += 0x0301; if(aint0 != 0x1800) failures++; } void main(void) { add_lit2uint(); aint0=16; aint1=0; add_uint2uint(); aint0 = 0; aint1 = 32; aint2 = 0; add_uint2uint2(); #if SUPPORT_BIT_TYPES add_bits(); achar0 = 7; add_bit2uchar(); aint0 = 0; bit0 = 1; add_bit2uint(); #endif aint0 = 0; addlits(); done(); } sdcc-2.9.0/src/regression/add3.c000066400000000000000000000054401116427777700164120ustar00rootroot00000000000000#include "gpsim_assert.h" // Addition tests - mostly int's /* bit types are not ANSI - so provide a way of disabling bit types * if this file is used to test other compilers besides SDCC */ #define SUPPORT_BIT_TYPES 0 unsigned char failures=0; char char0 = 0; char char1 = 0; char char2 = 0; int int0 = 0; int int1 = 0; long long0 = 0; long long1 = 0; unsigned long ulong0 = 0; unsigned long ulong1 = 0; #if SUPPORT_BIT_TYPES bit bit0 = 0; bit bit1 = 0; bit bit2 = 0; bit bit3 = 0; bit bit4 = 0; bit bit5 = 0; bit bit6 = 0; bit bit7 = 0; bit bit8 = 0; bit bit9 = 0; bit bit10 = 0; bit bit11 = 0; #endif void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void add_char2char(void) { if(char0 != 4) failures++; if(char1 != 5) failures++; char0 = char0 + char1; if(char0 != 9) failures++; char0 += 127; if(char0 > 0) failures++; if(char0 != -0x78) failures++; } void add_compound_char(void) { char0 = char1+5; if(char0 != 9) failures++; if((char0+char1) != 13) failures++; } void add_int2int(void) { if(int0 != 4) failures++; if(int1 != 5) failures++; int0 += int1; if(int0 != 9) failures++; int0 += 0x7fff; if(int0 != -0x7ff8) failures++; } void add_compound_int(void) { int0 = int1+5; if(int0 != 9) failures++; if((int0+int1) != 13) failures++; } void add_lit2long(void) { if(long0 != 0) failures++; long0++; if(long0 != 1) failures++; long0 = long0 + 0xff; if(long0 != 0x100) failures++; long0 = long0 + 0x100; if(long0 != 0x200) failures++; long0 = long0 + 0xfe00; if(long0 != 0x10000) failures++; long0 = long0 + 0xff0000; if(long0 != 0x1000000) failures++; long0 = long0 + 0x7e000000; if(long0 != 0x7f000000) failures++; /* wrap around zero */ long0 = long0 + 0x2000000; if(long0 != -0x7f000000) failures++; long0 = long0 + 0x7f000000; if(long0 != 0) failures++; } void add_lit2ulong(void) { if(ulong0 != 0) failures++; ulong0++; if(ulong0 != 1) failures++; ulong0 = ulong0 + 0xff; if(ulong0 != 0x100) failures++; ulong0 = ulong0 + 0x100; if(ulong0 != 0x200) failures++; ulong0 = ulong0 + 0xfe00; if(ulong0 != 0x10000) failures++; ulong0 = ulong0 + 0xff0000; if(ulong0 != 0x1000000) failures++; ulong0 = ulong0 + 0x7e000000; if(ulong0 != 0x7f000000) failures++; ulong0 = ulong0 + 0x2000000; if(ulong0 != 0x81000000) failures++; /* wrap around zero */ ulong0 = ulong0 + 0x7f000000; if(ulong0) failures++; } void main(void) { char0=4; char1 = char0 + 1; add_char2char(); char1=4; add_compound_char(); int0 = 4; int1 = int0 + 1; add_int2int(); int1=4; add_compound_int(); add_lit2long(); add_lit2ulong(); done(); } sdcc-2.9.0/src/regression/add4.c000066400000000000000000000016461116427777700164170ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures = 0; //bit bit0 = 0; int int0 = 0; int int1 = 0; char char0 = 0; char char1 = 0; long long0 = 0; long long1 = 0; unsigned long ulong0 = 0; unsigned long ulong1 = 0; #define NULL 0 char *cP0=NULL; char *cP1=NULL; int *iP0=NULL; int *iP1=NULL; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } /* pointer to char arithmetic */ void pc_add(void) { if(*cP1) failures++; *cP1 += 1; if(*cP1 != 1) failures++; if(char0 != 1) failures++; char0++; if(*cP1 != 2) failures++; char1 = char0 + *cP1; if(char1 != 4) failures++; } /* pointer to integer arithmetic */ void pi_add(void) { if(*iP0) failures++; *iP0 += 1; if(*iP0 != 1) failures++; if(int0 != 1) failures++; int1 = int0 + *iP0; if(int1 != 2) failures++; } void main(void) { cP1 = &char0; pc_add(); iP0 = &int0; pi_add(); done(); } sdcc-2.9.0/src/regression/and1.c000066400000000000000000000031661116427777700164250ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures=0; unsigned int uint0 = 0; unsigned int uint1 = 0; unsigned char uchar0 = 0; unsigned char uchar1 = 0; unsigned long ulong0 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } // uchar0 = 0xff; void and_lit2uchar(void) { if(uchar0 != 0xff) failures++; uchar0 &= 0x7f; if(uchar0 != 0x7f) failures++; uchar0 &= 0x3f; if(uchar0 != 0x3f) failures++; uchar0 &= 0xdf; if(uchar0 != 0x1f) failures++; } void and_lit2uint(void) { if(uint0 != 0xffff) failures++; uint0 &= 0x7fff; if(uint0 != 0x7fff) failures++; uint0 &= 0x3fff; if(uint0 != 0x3fff) failures++; uint0 &= 0xdfff; if(uint0 != 0x1fff) failures++; uint0 &= 0xff7f; if(uint0 != 0x1f7f) failures++; uint0 &= 0x0f0f; if(uint0 != 0x0f0f) failures++; uint0 &= 0xfefe; if(uint0 != 0x0e0e) failures++; uint0 &= 0xf0f0; if(uint0 != 0) failures++; } void and_lit2ulong(void) { if(ulong0 != 0xffffffff) failures++; ulong0 &= 0x7fffffff; if(ulong0 != 0x7fffffff) failures++; ulong0 &= 0xff00ffff; if(ulong0 != 0x7f00ffff) failures++; ulong0 &= 0xfeff00ff; if(ulong0 != 0x7e0000ff) failures++; } /*-----------*/ void and_uchar2uchar(void) { uchar0 &= uchar1; if(uchar0 != 0x0f) failures++; uchar1 &= 0xf7; uchar0 = uchar1 & 0xfe; if(uchar0 != 0x06) failures++; } void main(void) { uchar0 = 0xff; and_lit2uchar(); uint0 = 0xffff; and_lit2uint(); ulong0 = 0xffffffff; and_lit2ulong(); uchar0 = 0xff; uchar1 = 0x0f; and_uchar2uchar(); done(); } sdcc-2.9.0/src/regression/and2.c000066400000000000000000000026671116427777700164330ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures=0; unsigned int uint0 = 0; unsigned int uint1 = 0; unsigned char uchar0 = 0; unsigned char uchar1 = 0; unsigned long ulong0 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } // uchar0 = 0x13; void and_compound1(void) { uchar0 = (uchar0 + 1) & 0x0f; if(uchar0 != 4) failures++; } // uchar1 = 0x42; void and_compound2(void) { uchar0 = (uchar1 + 1) & 0x0f; if(uchar0 != 3) failures++; if(uchar1 != 0x42) failures++; } // uchar0 = 0x13; void or_compound1(void) { uchar0 = (uchar0 + 0xe) | 0x0f; if(uchar0 != 0x2f) failures++; } // uchar1 = 0x47; void or_compound2(void) { uchar0 = (uchar1 + 0xf) | 0x0f; if(uchar0 != 0x5f) failures++; if(uchar1 != 0x47) failures++; } // uchar0 = 0x13; void xor_compound1(void) { uchar0 = (uchar0 + 1) ^ 0x0f; if(uchar0 != 0x1b) failures++; } // uchar1 = 0x47; void xor_compound2(void) { uchar0 = (uchar1 + 0xf) ^ 0x0f; if(uchar0 != 0x59) failures++; if(uchar1 != 0x47) failures++; } // uchar0 = 0x13; void neg_compound1(void) { uchar0 = ~(uchar0 + 1); if(uchar0 != 0xeb) failures++; } void main(void) { uchar0 = 0x13; and_compound1(); uchar1 = 0x42; and_compound2(); uchar0 = 0x13; or_compound1(); uchar1 = 0x47; or_compound2(); uchar0 = 0x13; xor_compound1(); uchar1 = 0x47; xor_compound2(); uchar0 = 0x13; neg_compound1(); done(); } sdcc-2.9.0/src/regression/arrays.c000066400000000000000000000026071116427777700171020ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures = 0; unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void bool_or1 (void) { if ((achar0 > 0) || (achar1 > 0)) failures++; } void bool_or2 (void) { if (achar0 || achar1) failures++; } void bool_test1 (void) { if ((achar0 == 0) || achar1) failures++; } void bool_test2 (void) { if ((achar0 == 0) || aint0) failures++; } void bool_and1 (void) { if (achar0 && achar1) failures++; } void bin_or1 (void) { char t; t = achar0 | achar1; if (t) failures++; } void bin_xor1 (void) { if (achar0 ^ achar1) failures++; } void bool_test3 (void) { if ((achar0 == 0x42) || (achar1 == 42)) failures++; } void bool_or_lit1 (void) { achar0 |= 0x0f; if (achar0 > 0x10) failures++; if ((achar0 | 0x10) > 0xf0) failures++; } void bool_and_lit1 (void) { achar0 &= 0xf0; if (achar0 > 0x10) failures++; if ((achar0 & 0x10) > 0xf0) failures++; achar0 &= 0xef; } void main (void) { bool_or1 (); bool_or2 (); bool_and1 (); bin_or1 (); bin_xor1 (); achar0++; bool_and1 (); bool_test1 (); bool_test2 (); bool_test3 (); achar0--; achar1++; bool_and1 (); achar0 = 0; achar1 = 0; bool_or_lit1 (); bool_and_lit1 (); done (); } sdcc-2.9.0/src/regression/b.c000066400000000000000000000012731116427777700160200ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures = 0; unsigned char uchar0=0; unsigned char uchar1=0; unsigned char uchar2=0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } /* void incptr(unsigned char *ucP) { *ucP = *ucP + 1; } */ void inc(unsigned char k) { uchar0 = uchar0 + k; } void f1(void) { uchar2++; } void nested_call(unsigned char u) { f1(); uchar1 = uchar1 + u; inc(uchar1); } // uchar1 = uchar1 + uchar0; // uchar2 = uchar1 + k; void main(void) { uchar0=1; //incptr(&uchar0); inc(uchar0); if(uchar0 !=2) failures++; uchar0 = 2; uchar1 = 1; uchar2 = 1; nested_call(uchar2); if(uchar0 !=4) failures++; done(); } sdcc-2.9.0/src/regression/bank1.c000066400000000000000000000013231116427777700165670ustar00rootroot00000000000000#include "gpsim_assert.h" #if SUPPORT_BIT_TYPES # define bit bit #else # define bit unsigned char #endif unsigned char success=0; unsigned char failures=0; unsigned char dummy=0; unsigned bit bit1; typedef unsigned char byte; byte d2; unsigned char uchar0 = 0xa5; __data __at (0xa0) unsigned char uc_bank1_temp = 0x42; __data __at (0xa2) unsigned int ui_bank1_temp = 3; void done(void) { dummy++; ASSERT(MANGLE(failures) == 0); PASSED(); } void main(void) { dummy = 0; ui_bank1_temp = 0; uc_bank1_temp = 0; bit1 = 0; uchar0 = (uchar0<<4) | (uchar0>>4); if(uchar0 > 7) { dummy = 8; uc_bank1_temp = failures; } if(uc_bank1_temp > 3) bit1 = 1; success = failures; done(); } sdcc-2.9.0/src/regression/bool1.c000066400000000000000000000025351116427777700166150ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures=0; unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void bool_or1(void) { if( (achar0 >0) || (achar1 >0 )) failures++; } void bool_or2(void) { if( achar0 || achar1) failures++; } void bool_test1(void) { if( (achar0==0) || achar1) failures++; } void bool_test2(void) { if( (achar0==0) || aint0) failures++; } void bool_and1(void) { if( achar0 && achar1) failures++; } void bin_or1(void) { char t; t = achar0 | achar1; if(t) failures++; } void bin_xor1(void) { if(achar0 ^ achar1) failures++; } void bool_test3(void) { if((achar0 == 0x42) || (achar1 == 42)) failures++; } void bool_or_lit1(void) { achar0 |= 0x0f; if(achar0 > 0x10) failures++; if( (achar0 | 0x10) > 0xf0) failures++; } void bool_and_lit1(void) { achar0 &= 0xf0; if(achar0 > 0x10) failures++; if( (achar0 & 0x10) > 0xf0) failures++; achar0 &= 0xef; } void main(void) { bool_or1(); bool_or2(); bool_and1(); bin_or1(); bin_xor1(); achar0++; bool_and1(); bool_test1(); bool_test2(); bool_test3(); achar0--; achar1++; bool_and1(); achar0=0; achar1=0; bool_or_lit1(); bool_and_lit1(); done(); } sdcc-2.9.0/src/regression/bool2.c000066400000000000000000000010621116427777700166100ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures=0; #if SUPPORT_BIT_TYPES # define bit bit #else # define bit unsigned char #endif bit bit0 = 0; bit bit1 = 0; unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void bit_invert(void) { bit0 = !bit0; bit1 = !bit1; if((bit0 != bit1) || (bit0 == 0)) failures++; } void bit_copy(void) { bit0 = !bit0; bit1 = bit0; } void main(void) { bit_invert(); bit_copy(); done(); } sdcc-2.9.0/src/regression/bool3.c000066400000000000000000000013671116427777700166210ustar00rootroot00000000000000#include "gpsim_assert.h" /* Compound comparisons */ unsigned char failures=0; unsigned int ui0 = 0; unsigned int ui1 = 0; unsigned char uc0 = 0; unsigned char uc1 = 0; unsigned long uL0 = 0; unsigned long uL1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void compound_compare_uc(void) { failures += (uc0 != uc1); } void compound_compare_ui(void) { failures += (ui0 != ui1); } void compound_compare_ul(void) { failures += (uL0 != uL1); } void compound_compare_uc_lit(void) { failures += (uc0 != 0xff); failures += (uc0 != 0xff); failures += (uc0 == 0); } void main(void) { compound_compare_uc(); compound_compare_ui(); compound_compare_ul(); uc0 = 0xff; compound_compare_uc_lit(); done(); } sdcc-2.9.0/src/regression/call1.c000066400000000000000000000031121116427777700165650ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures = 0; unsigned int uint0 = 0; unsigned int uint1 = 0; unsigned char uchar0 = 0; unsigned char uchar1 = 0; unsigned char call3 (void); void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void call1 (unsigned char uc0) { if (uc0) failures++; } void call2 (unsigned int ui0) { if (ui0) failures++; } unsigned char call3 (void) { if (uchar0) failures++; return (failures); } unsigned int call4 (void) { unsigned int i = 0; if (uint0) i++; return (i); } unsigned int call5 (unsigned int k) { if (k) failures++; return (k); } unsigned char call6a(unsigned char uc) { if(uc>uchar1) return 1; else return 0; } unsigned char call6(unsigned char uc) { return(call6a(uc)); } unsigned int call7a(unsigned int ui) { if(ui) return 1; else return 0; } unsigned int call7(unsigned int ui) { return(call7a(ui)); } unsigned char call8(unsigned char uc1,unsigned char uc2) { return uc1+uc2; } void call9(unsigned int ui1, unsigned int ui2) { if(ui1 != 0x1234) failures++; if(ui2 != 0x5678) failures++; } void main (void) { call1 (uchar0); call2 (uint0); uchar1 = call3 (); uint1 = call4 (); if (uint1) failures++; uint1 = call5 (uint0); if (uint1) failures++; if(call6(uchar0)) failures++; if(call7(0)) failures++; if(!call7(1)) failures++; if(!call7(0xff00)) failures++; uchar0=4; uchar1=3; uchar0 = call8(uchar0,uchar1); if(uchar0 != 7) failures++; call9(0x1234,0x5678); done (); } sdcc-2.9.0/src/regression/compare.c000066400000000000000000000042201116427777700172200ustar00rootroot00000000000000#include "gpsim_assert.h" /* PIC PORT Test code */ /* compare.c test compare */ unsigned char failures = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned int aint0 = 0; unsigned int aint1 = 0; char schar0 = 0; char schar1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } /* achar0 should be zero */ void compare_char_to_lits1 (void) { if (achar0) failures++; if (achar0 == 1) failures++; if (achar0 == 7) failures++; if (achar0 != 0) failures++; } /* achar0 should be `5' */ void compare_char_to_lits2 (void) { if (!achar0) failures++; if (achar0 == 1) failures++; if (achar0 == 7) failures++; if (achar0 != 5) failures++; } /* achar0 should equal achar1 */ void compare_char_to_char1 (void) { if (achar0 != achar1) failures++; if (schar0 != schar1) failures++; } /* achar0 should be different than achar1 */ void compare_char_to_char2 (void) { if (achar0 == achar1) failures++; } /* aint0 should be zero */ void compare_int_to_lits1 (void) { if (aint0) failures++; if (aint0 == 1) failures++; if (aint0 == 7) failures++; if (aint0 != 0) failures++; } /* aint0 should be `5' */ void compare_int_to_lits2 (void) { if (!aint0) failures++; if (aint0 == 1) failures++; if (aint0 == 7) failures++; if (aint0 != 5) failures++; } /* aint0 should be `0x1234' */ void compare_int_to_lits3 (void) { if (!aint0) failures++; if (aint0 == 1) failures++; if (aint0 == 7) failures++; if (aint0 != 0x1234) failures++; } /* aint0 should equal aint1 */ void compare_int_to_int1 (void) { if (aint0 != aint1) failures++; } /* aint0 should be different than aint1 */ void compare_int_to_int2 (void) { if (aint0 == aint1) failures++; } void main (void) { compare_char_to_lits1 (); compare_char_to_char1 (); achar0 = 5; compare_char_to_lits2 (); compare_char_to_char2 (); compare_int_to_lits1 (); aint0 = 5; compare_int_to_lits2 (); aint0 = 0x1234; compare_int_to_lits3 (); compare_int_to_int2 (); aint0 = 0; compare_int_to_int1 (); done (); } sdcc-2.9.0/src/regression/compare10.c000066400000000000000000000112751116427777700173710ustar00rootroot00000000000000#include "gpsim_assert.h" #include "picregs.h" // Signed comparisons of the form: (variable>=LIT) // // This regression test exercises all of the boundary // conditions in literal less than comparisons. There // are numerous opportunities to optimize these comparison // and each one has an astonishing capability of failing // a boundary condition. unsigned char failures = 0; unsigned char result = 0; //bit bit0 = 0; int int0 = 0; int int1 = 0; unsigned char uchar0 = 0; unsigned char uchar1 = 0; signed char char0 = 0; signed char char1 = 0; char long0 = 0; char long1 = 0; /* *** NOTE *** This particular test takes quite a while to run * ~ 10,000,000 instruction cycles. (2.5 seconds on a 20Mhz PIC). * The WDT will reset the CPU if it's enabled. So disable it... */ typedef unsigned int word; //word at 0x2007 CONFIG = wdt_off & pwrte_on; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void c_char_gte_lit1(unsigned char expected_result) { result = 0; if(char0 >= -0x7f) result |= 1; if(char0 >= -1) result |= 2; if(char0 >= 0) result |= 4; if(char0 >= 1) result |= 8; if(char0 >= 0x7e) result |= 0x10; if(char0 >= 0x7f) result |= 0x20; if(result != expected_result) failures++; } void char_compare(void) { char0 = 0x7f; c_char_gte_lit1(0x3f); char0 = 0x7e; c_char_gte_lit1(0x1f); char0 = 0x40; c_char_gte_lit1(0x0f); char0 = 0x2; c_char_gte_lit1(0x0f); char0 = 0x1; c_char_gte_lit1(0x0f); char0 = 0; c_char_gte_lit1(0x07); char0 = -1; c_char_gte_lit1(0x03); char0 = -2; c_char_gte_lit1(0x01); char0 = -0x40; c_char_gte_lit1(0x01); char0 = -0x7e; c_char_gte_lit1(0x01); char0 = -0x7f; c_char_gte_lit1(0x01); char0 = 0x80; c_char_gte_lit1(0x00); /* Now test entire range */ for(char0=1; char0 != 0x7e; char0++) c_char_gte_lit1(0x0f); for(char0=-0x7f; char0 != -1; char0++) c_char_gte_lit1(0x01); } void c_int_gte_lit1(unsigned char expected_result) { result = 0; if(int0 >= 0) result |= 1; if(int0 >= 1) result |= 2; if(int0 >= 0xff) result |= 4; if(int0 >= 0x100) result |= 8; if(int0 >= 0x0101) result |= 0x10; if(int0 >= 0x01ff) result |= 0x20; if(int0 >= 0x0200) result |= 0x40; if(int0 >= 0x0201) result |= 0x80; if(result != expected_result) failures=1; } void int_compare1(void) { int0 = -1; c_int_gte_lit1(0x00); int0 = 0; c_int_gte_lit1(0x01); int0 = 1; c_int_gte_lit1(0x03); int0 = 2; c_int_gte_lit1(0x03); int0 = 0xfe; c_int_gte_lit1(0x03); int0 = 0xff; c_int_gte_lit1(0x07); int0 = 0x100; c_int_gte_lit1(0x0f); int0 = 0x101; c_int_gte_lit1(0x1f); int0 = 0x102; c_int_gte_lit1(0x1f); int0 = 0x1fe; c_int_gte_lit1(0x1f); int0 = 0x1ff; c_int_gte_lit1(0x3f); int0 = 0x200; c_int_gte_lit1(0x7f); int0 = 0x201; c_int_gte_lit1(0xff); int0 = 0x7f00; c_int_gte_lit1(0xff); /* now check contiguous ranges */ for(int0 = -0x7fff; int0 != -1; int0++) c_int_gte_lit1(0x00); for(int0 = 1; int0 != 0xff; int0++) c_int_gte_lit1(0x03); for(int0 = 0x201; int0 != 0x7fff; int0++) c_int_gte_lit1(0xff); } void c_int_gte_lit2(unsigned char expected_result) { result = 0; if(int0 >= -0x7fff) result |= 1; if(int0 >= -0x7f00) result |= 2; if(int0 >= -0x7eff) result |= 4; if(int0 >= -0x7e00) result |= 8; if(int0 >= -0x0101) result |= 0x10; if(int0 >= -0x0100) result |= 0x20; if(int0 >= -0xff) result |= 0x40; if(int0 >= -1) result |= 0x80; if(result != expected_result) failures=1; } void int_compare2(void) { int0 = -0x7fff; c_int_gte_lit2(0x01); int0 = -0x7f00; c_int_gte_lit2(0x03); int0 = -0x7eff; c_int_gte_lit2(0x07); int0 = -0x7e00; c_int_gte_lit2(0x0f); int0 = -0x7dff; c_int_gte_lit2(0x0f); int0 = -0x4567; c_int_gte_lit2(0x0f); int0 = -0x200; c_int_gte_lit2(0x0f); int0 = -0x102; c_int_gte_lit2(0x0f); int0 = -0x101; c_int_gte_lit2(0x1f); int0 = -0x100; c_int_gte_lit2(0x3f); int0 = -0xff; c_int_gte_lit2(0x7f); int0 = -0x02; c_int_gte_lit2(0x7f); int0 = -0x01; c_int_gte_lit2(0xff); int0 = 0; c_int_gte_lit2(0xff); int0 = 1; c_int_gte_lit2(0xff); int0 = 0x7fff; c_int_gte_lit2(0xff); /* now check contiguous ranges */ for(int0 = -0x7fff; int0 != -0x7f00; int0++) c_int_gte_lit2(0x01); for(int0 = -0x7e00; int0 != -0x101; int0++) c_int_gte_lit2(0x0f); for(int0 = -1; int0 != 0x7fff; int0++) c_int_gte_lit2(0xff); } void main (void) { char_compare(); __asm clrwdt __endasm; int_compare1(); __asm clrwdt __endasm; int_compare2(); __asm clrwdt __endasm; done (); } sdcc-2.9.0/src/regression/compare2.c000066400000000000000000000075531116427777700173160ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures = 0; unsigned char dummy = 0; unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void char_lt_char (void) { if (achar0 < achar1) failures++; } void char_gt_char (void) { if (achar1 > achar0) failures++; } void char_lte_char (void) { if (achar0 <= achar1) failures++; } void char_gte_char (void) { if (achar1 >= achar0) failures++; } void char_lt_lit (void) { if (achar1 < 0x10) failures++; } void char_gt_lit (void) { if (achar1 > 0x10) failures++; } void char_lte_lit (void) { if (achar1 <= 0x0f) failures++; } void char_gte_lit (void) { if (achar1 >= 0x11) failures++; } /* now repeat test using negative logic */ void char_lt_char_else (void) { if (achar0 >= achar1) dummy++; else failures++; } void char_gt_char_else (void) { if (achar1 <= achar0) dummy++; else failures++; } void char_lte_char_else (void) { if (achar0 > achar1) dummy++; else failures++; } void char_gte_char_else (void) { if (achar1 < achar0) dummy++; else failures++; } void char_lt_lit_else (void) { if (achar1 >= 0x10) dummy++; else failures++; } void char_gt_lit_else (void) { if (achar1 <= 0x10) dummy++; else failures++; } void char_lte_lit_else (void) { if (achar1 > 0x0f) dummy++; else failures++; } void char_gte_lit_else (void) { if (achar1 < 0x11) dummy++; else failures++; } /* ints */ void int_lt_int (void) { if (aint0 < aint1) failures++; } void int_gt_int (void) { if (aint1 > aint0) failures++; } void int_lte_int (void) { if (aint0 <= aint1) failures++; } void int_gte_int (void) { if (aint1 >= aint0) failures++; } void int_lt_lit (void) { if (aint1 < 0x10) failures++; } void int_gt_lit (void) { if (aint1 > 0x10) failures++; } void int_lte_lit (void) { if (aint1 <= 0x0f) failures++; } void int_gte_lit (void) { if (aint1 >= 0x11) failures++; } /* now repeat int comparisons using negative logic */ void int_lt_int_else (void) { if (aint0 >= aint1) dummy++; else failures++; } void int_gt_int_else (void) { if (aint1 <= aint0) dummy++; else failures++; } void int_lte_int_else (void) { if (aint0 > aint1) dummy++; else failures++; } void int_gte_int_else (void) { if (aint1 < aint0) dummy++; else failures++; } void int_lt_lit_else (void) { if (aint1 >= 0x10) dummy++; else failures++; } void int_gt_lit_else (void) { if (aint1 <= 0x10) dummy++; else failures++; } void int_lte_lit_else (void) { if (aint1 > 0x0f) dummy++; else failures++; } void int_gte_lit_else (void) { if (aint1 < 0x11) dummy++; else failures++; } void main (void) { char_lt_char (); char_gt_char (); achar0++; char_lt_char (); char_gt_char (); char_gte_char (); char_lte_char (); achar1 = 0x10; char_lt_lit (); char_gt_lit (); char_lte_lit (); char_gte_lit (); achar0 = 0; achar1 = 0; char_lt_char_else (); char_gt_char_else (); achar0++; char_lt_char_else (); char_gt_char_else (); char_gte_char_else (); char_lte_char_else (); achar1 = 0x10; char_lt_lit_else (); char_gt_lit_else (); char_lte_lit_else (); char_gte_lit_else (); int_lt_int (); int_gt_int (); aint0++; int_lt_int (); int_gt_int (); int_gte_int (); int_lte_int (); aint1 = 0x10; int_lt_lit (); int_gt_lit (); int_lte_lit (); int_gte_lit (); aint0=0; aint1=0; int_lt_int_else (); int_gt_int_else (); aint0++; int_lt_int_else (); int_gt_int_else (); int_gte_int_else (); int_lte_int_else (); aint1 = 0x10; int_lt_lit_else (); int_gt_lit_else (); int_lte_lit_else (); int_gte_lit_else (); done (); } sdcc-2.9.0/src/regression/compare3.c000066400000000000000000000052331116427777700173100ustar00rootroot00000000000000#include "gpsim_assert.h" // // compare3.c // regression testing program for comparing literals to variables // unsigned char failures = 0; unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } // compare to 0 // assumes // achar0 == 0 // achar1 != 0 // aint0 == 0 // aint1 != 0 void c_0(void) { if(achar0 != 0) failures++; if(achar0) failures++; if(achar1 == 0) failures++; if(!achar1) failures++; if(aint0 != 0) failures++; if(aint0) failures++; if(aint1 == 0) failures++; if(!aint1) failures++; } // compare to 1 // assumes // achar0 != 1 // achar1 == 1 // aint0 != 1 // aint1 == 1 void c_1(void) { if(achar0 == 1) failures++; if(achar1 != 1) failures++; if(aint0 == 1) failures++; if(aint1 != 1) failures++; } // compare to 2 // assumes // achar0 == 2 // aint0 == 2 void c_2(void) { if(achar0 != 2) failures++; if(aint0 != 2) failures++; } // compare to 0xff // assumes // achar0 == 0xff // aint0 == 0xff void c_ff(void) { if(achar0 != 0xff) failures++; if(aint0 != 0xff) failures++; if(aint0 == 0xfe) failures++; if(aint0 == 0xff00) failures++; } // compare to 0x00a5 // assumes // achar0 == 0xa5 // aint0 == 0x00a5 void c_a5(void) { if(achar0 != 0xa5) failures++; if(aint0 != 0xa5) failures++; if(aint0 == 0xa4) failures++; if(aint0 == 0xa500) failures++; } // compare to 0xa500 // assumes // achar0 == 0xa5 // aint0 == 0xa500 void c_a500(void) { if(achar0 == 0xa500) failures++; if(aint0 != 0xa500) failures++; if(aint0 == 0xa400) failures++; if(aint0 == 0x00a5) failures++; } // compare to 0xabcd // assumes // achar0 == 0xa5 // aint0 == 0xabcd void c_abcd(void) { if(achar0 == 0xabcd) failures++; if(aint0 != 0xabcd) failures++; if(aint0 == 0xab00) failures++; if(aint0 == 0x00cd) failures++; if(aint0 == 0x05cd) failures++; if(aint0 == 0xab05) failures++; if(aint0 == 0xab01) failures++; if(aint0 == 0x01cd) failures++; // if(aint0 == 0x1234abcd) // failures++; } // assumes achar1 == 0 void c_ifelse1(void) { if(achar0) achar0 = achar1; else achar0 = 0; if(achar0) failures++; } void main (void) { aint1 = 1; achar1 = 1; c_0(); c_1(); aint0 = 2; achar0 = 2; c_2(); aint0 = 0xff; achar0 = 0xff; c_ff(); aint0 = 0xa5; achar0 = 0xa5; c_a5(); aint0 = 0xabcd; c_abcd(); achar0 = 0; achar1 = 0; c_ifelse1(); achar0 = 1; c_ifelse1(); done (); } sdcc-2.9.0/src/regression/compare4.c000066400000000000000000000065341116427777700173160ustar00rootroot00000000000000#include "gpsim_assert.h" // // compare4.c // regression testing program for comparing signed chars and ints // //#define COMPARE_OUT_OF_RANGE 1 unsigned char failures = 0; int int0 = 0; int int1 = 0; char char0 = 0; char char1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } // compare to 0 // assumes // char0 == 0 // char1 != 0 // int0 == 0 // int1 != 0 void c_0(void) { if(char0 != 0) failures++; if(char0) failures++; if(char1 == 0) failures++; if(!char1) failures++; if(int0 != 0) failures++; if(int0) failures++; if(int1 == 0) failures++; if(!int1) failures++; if(char0>0) failures++; if(int0>0) failures++; if(char0<0) failures++; if(int0<0) failures++; } // compare to 1 // assumes // char0 != 1 // char1 == 1 // int0 != 1 // int1 == 1 void c_1(void) { if(char0 == 1) failures++; if(char1 != 1) failures++; if(int0 == 1) failures++; if(int1 != 1) failures++; if(char0 < 0) failures++; if(int0 < 0) failures++; } // compare to 2 // assumes // achar0 == 2 // aint0 == 2 void c_2(void) { if(char0 != 2) failures++; if(int0 != 2) failures++; } // compare to 0xff // assumes // achar0 == 0xff // aint0 == 0xff void c_ff(void) { if(char0 != (char)0xff) failures++; if(int0 != 0xff) failures++; if(int0 == 0xfe) failures++; if(int0 == 0xff00) failures++; } // compare to 0x00a5 // assumes // char0 == 0xa5 // int0 == 0x00a5 void c_a5(void) { if(char0 != (char)0xa5) failures++; if(int0 != 0xa5) failures++; if(int0 == 0xa4) failures++; if(int0 == 0xa500) failures++; } // compare to 0xa500 // assumes // char0 == 0xa5 // int0 == 0xa500 void c_a500(void) { #ifdef COMPARE_OUT_OF_RANGE if(char0 == 0xa500) failures++; #endif if(int0 != 0xa500) failures++; if(int0 != 0x44) int0 = 0x28; if(int0 == 0xa400) failures++; if(int0 == 0x00a5) failures++; } // compare to 0xabcd // assumes // char0 == 0xa5 // int0 == 0xabcd void c_abcd(void) { #ifdef COMPARE_OUT_OF_RANGE if(char0 == 0xabcd) failures++; #endif /* if(int0 != 0xabcd) failures++; */ if(int0 == 0xab00) failures++; if(int0 == 0x00cd) failures++; if(int0 == 0x05cd) failures++; if(int0 == 0xab05) failures++; if(int0 == 0xab01) failures++; if(int0 == 0x01cd) failures++; if(int0 > 0) failures++; #ifdef COMPARE_OUT_OF_RANGE if(int0 == 0x1234abcd) failures++; #endif } // assumes char1 == 0 void c_ifelse1(void) { if(char0) char0 = char1; else char0 = 0; if(char0) failures++; } // assumes char0 = -1 // assumes int0 = -1 void c_minus1(void) { if(char0 != -1) failures++; if(int0 != -1) failures++; if(char0 != int0) failures++; if(char0>0) failures++; if(int0>0) failures++; } void c_c0gtc1(void) { if(char0 < char1) failures++; } void main (void) { int1 = 1; char1 = 1; c_0(); c_1(); int0 = 2; char0 = 2; c_2(); int0 = 0xff; char0 = 0xff; c_ff(); int0 = 0xa5; char0 = 0xa5; c_a5(); int0 = 0xabcd; //c_abcd(); char0 = 0; char1 = 0; c_ifelse1(); char0 = 1; c_ifelse1(); char0 = -1; int0 = -1; c_minus1(); char0 = 5; char1 = 3; c_c0gtc1(); char1 = -3; c_c0gtc1(); done (); } sdcc-2.9.0/src/regression/compare5.c000066400000000000000000000114321116427777700173100ustar00rootroot00000000000000#include "gpsim_assert.h" // // compare5.c // regression testing program for comparing longs // #define COMPARE_OUT_OF_RANGE 1 unsigned char failures = 0; int int0 = 0; int int1 = 0; char char0 = 0; char char1 = 0; long long0 = 0; long long1 = 0; unsigned long ulong0 = 0; unsigned long ulong1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } // compare to 0 // assumes // long0 == 0 // ulong0 == 0 void c_0(void) { if(long0 != 0) failures++; if(long0 > 0) failures++; if(ulong0 != 0) failures++; if(ulong0 > 0) failures++; } // compare to 1 // assumes // long1 == 1 // ulong1 == 1 void c_1(void) { if(long0 == 1) failures++; if(long1 != 1) failures++; if(ulong0 == 1) failures++; if(ulong1 != 1) failures++; if(long1 < 0) failures++; if(long1 < 1) failures++; if(ulong1 < 1) failures++; if(long1 > 1) failures++; if(ulong1 > 1) failures++; } // compare to 2 // assumes // long0 == 2 // ulong0 == 2 void c_2(void) { if(long0 != 2) failures++; if(ulong0 != 2) failures++; if(long1 == 2) failures++; if(ulong1 == 2) failures++; } // compare to 0xff // assumes // achar0 == 0xff // aint0 == 0xff void c_ff(void) { if(long0 != 0xff) failures++; if(ulong0 != 0xff) failures++; if(long1 == 0xff) failures++; if(ulong1 == 0xff) failures++; } // compare to 0x200 // assumes // achar0 == 0x200 // aint0 == 0x200 void c_200(void) { if(long0 != 0x200) failures++; if(ulong0 != 0x200) failures++; if(long1 == 0x200) failures++; if(ulong1 == 0x200) failures++; } // compare to 0x20000 // assumes // long0 == 0x20000 // ulong0 == 0x20000 // long1 != 0x20000 // ulong1 != 0x20000 void c_20000(void) { if(long0 != 0x20000) failures++; if(ulong0 != 0x20000) failures++; if(long1 == 0x20000) failures++; if(ulong1 == 0x20000) failures++; if(long0 <= 0x10000) failures++; if(long0 < 0x10000) failures++; /* if(long0 < 0x12345) failures++; */ if(long0 == 0) failures++; } // compare to 0x00a5 // assumes // char0 == 0xa5 // int0 == 0x00a5 void c_a5(void) { if(char0 != 0xa5) failures++; if(int0 != 0xa5) failures++; if(int0 == 0xa4) failures++; if(int0 == 0xa500) failures++; } // compare to 0xa500 // assumes // char0 == 0xa5 // int0 == 0xa500 void c_a500(void) { #ifdef COMPARE_OUT_OF_RANGE if(char0 == 0xa500) failures++; #endif if(int0 != 0xa500) failures++; if(int0 == 0xa400) failures++; if(int0 == 0x00a5) failures++; } // compare to 0xabcd // assumes // char0 == 0xa5 // int0 == 0xabcd void c_abcd(void) { #ifdef COMPARE_OUT_OF_RANGE if(char0 == 0xabcd) failures++; #endif if(int0 != 0xabcd) failures++; if(int0 == 0xab00) failures++; if(int0 == 0x00cd) failures++; if(int0 == 0x05cd) failures++; if(int0 == 0xab05) failures++; if(int0 == 0xab01) failures++; if(int0 == 0x01cd) failures++; if(int0 > 0) failures++; #ifdef COMPARE_OUT_OF_RANGE if(int0 == 0x1234abcd) failures++; #endif } // assumes char1 == 0 void c_ifelse1(void) { if(char0) char0 = char1; else char0 = 0; if(char0) failures++; } // assumes char0 = -1 // assumes int0 = -1 void c_minus1(void) { if(long0 != -1) failures++; if(long0 > 0) failures++; if(long1 < 0) failures++; /* if(long1 < 2) failures++; */ } // assumes // long0 = long1 = ulong0 = ulong1 == 0 void c_long2long_eq(void) { if(long0 != long1) failures++; if(ulong0 != ulong1) failures++; if(long0 != ulong1) failures++; if(long0 > long1) failures++; if(long0 < long1) failures++; if(long0 > ulong0) failures++; if(long0 < ulong0) failures++; } // assumes // long0 = ulong0 == 0 // long1 = ulong1 == 1 void c_long2long_neq(void) { if(long0 == long1) failures++; if(ulong0 == ulong1) failures++; if(long1 != ulong1) failures++; if(long1 < long0) failures++; if(long1 <= long0) failures++; if(ulong1 < ulong0) failures++; if(ulong1 <= ulong0) failures++; } // long0=-100; // long1=-1000; void c_long2neglit(void) { if(long0>0) failures++; if(long1>0) failures++; if(long1 > long0) failures++; if(long1 > 100) failures++; if(long0 > -50) failures++; if(long1 < -5000) failures++; } void main (void) { c_0(); c_long2long_eq(); long1 = 1; ulong1 = 1; c_1(); c_long2long_neq(); long0 = 2; ulong0 = 2; c_2(); long0 = 0xff; ulong0 = 0xff; c_ff(); long0 = 0x200; ulong0 = 0x200; c_200(); long0 = 0x20000; ulong0 = 0x20000; c_20000(); long0 = -1; c_minus1(); long0=-100; long1=-1000; c_long2neglit(); done (); } sdcc-2.9.0/src/regression/compare6.c000066400000000000000000000041351116427777700173130ustar00rootroot00000000000000#include "gpsim_assert.h" // Compound comparisons unsigned char success = 0; unsigned char failures = 0; unsigned char dummy = 0; //bit bit0 = 0; int int0 = 0; int int1 = 0; unsigned char uchar0 = 0; unsigned char uchar1 = 0; char char0 = 0; char char1 = 0; char long0 = 0; char long1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void c_char(void) { if(char0 || char1) failures++; if(char0 && char1) failures++; if(char0 > char1) failures++; if((char0+1) < char1) failures++; if((char0+5) >= (char1+9)) failures++; char0++; if(char0 && char1) failures++; if(char0 != (char1+1) ) failures++; if(!char0) failures++; if(char1 || !char0) failures++; if((char0 >5 ) && (char0 < 10)) failures++; char0 +=5; /* char0 = 6 now */ if(!((char0 >5 ) && (char0 < 10))) failures++; } void c_int(void) { if(int0 || int1) failures++; if(int0 && int1) failures++; if(int0 > int1) failures++; if((int0+1) < int1) failures++; if((int0+5) >= (int1+9)) failures++; int0++; if(int0 && int1) failures++; if(int0 != (int1+1) ) failures++; if(!int0) failures++; if(int1 || !int0) failures++; if((int0 >5 ) && (int0 < 10)) failures++; int0 +=5; /* int0 = 6 now */ if(!((int0 >5 ) && (int0 < 10))) failures++; } void c_long(void) { if(long0 || long1) failures++; if(long0 && long1) failures++; if(long0 > long1) failures++; if((long0+1) < long1) failures++; if((long0+5) >= (long1+9)) failures++; long0++; if(long0 && long1) failures++; if(long0 != (long1+1) ) failures++; if(!long0) failures++; if(long1 || !long0) failures++; if((long0 >5 ) && (long0 < 10)) failures++; long0 +=5; /* long0 = 6 now */ if(!((long0 >5 ) && (long0 < 10))) failures++; } void c_uminus(void) { int1 = -int0; if(int1 < 0) failures++; } void main (void) { c_char(); c_int(); c_long(); int0 = -1; c_uminus(); if(int1 != 1) failures++; success = failures; done (); } sdcc-2.9.0/src/regression/compare7.c000066400000000000000000000107351116427777700173170ustar00rootroot00000000000000#include "gpsim_assert.h" #include "picregs.h" // Signed comparisons of the form: (variableLIT) // // This regression test exercises all of the boundary // conditions in literal less than comparisons. There // are numerous opportunities to optimize these comparison // and each one has an astonishing capability of failing // a boundary condition. unsigned char failures = 0; unsigned char result = 0; //bit bit0 = 0; int int0 = 0; int int1 = 0; unsigned char uchar0 = 0; unsigned char uchar1 = 0; signed char char0 = 0; signed char char1 = 0; char long0 = 0; char long1 = 0; /* *** NOTE *** This particular test takes quite a while to run * ~ 10,000,000 instruction cycles. (2.5 seconds on a 20Mhz PIC). * The WDT will reset the CPU if it's enabled. So disable it... */ typedef unsigned int word; //word at 0x2007 CONFIG = wdt_off & pwrte_on; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void c_char_gt_lit1(unsigned char expected_result) { result = 0; if(char0 > -0x7f) result |= 1; if(char0 > -1) result |= 2; if(char0 > 0) result |= 4; if(char0 > 1) result |= 8; if(char0 > 0x7e) result |= 0x10; if(char0 > 0x7f) result |= 0x20; if(result != expected_result) failures++; } void char_compare(void) { char0 = 0x7f; c_char_gt_lit1(0x1f); char0 = 0x7e; c_char_gt_lit1(0x0f); char0 = 0x40; c_char_gt_lit1(0x0f); char0 = 0x2; c_char_gt_lit1(0x0f); char0 = 0x1; c_char_gt_lit1(0x07); char0 = 0; c_char_gt_lit1(0x03); char0 = -1; c_char_gt_lit1(0x01); char0 = -2; c_char_gt_lit1(0x01); char0 = -0x40; c_char_gt_lit1(0x01); char0 = -0x7e; c_char_gt_lit1(0x01); char0 = -0x7f; c_char_gt_lit1(0x00); char0 = 0x80; c_char_gt_lit1(0x00); /* Now test entire range */ for(char0=2; char0 != 0x7f; char0++) c_char_gt_lit1(0x0f); for(char0=-0x7e; char0 != -1; char0++) c_char_gt_lit1(0x01); } void c_int_gt_lit1(unsigned char expected_result) { result = 0; if(int0 > 0) result |= 1; if(int0 > 1) result |= 2; if(int0 > 0xff) result |= 4; if(int0 > 0x100) result |= 8; if(int0 > 0x0101) result |= 0x10; if(int0 > 0x01ff) result |= 0x20; if(int0 > 0x0200) result |= 0x40; if(int0 > 0x0201) result |= 0x80; if(result != expected_result) failures=1; } void int_compare1(void) { int0 = -1; c_int_gt_lit1(0x00); int0 = 0; c_int_gt_lit1(0x00); int0 = 1; c_int_gt_lit1(0x01); int0 = 2; c_int_gt_lit1(0x03); int0 = 0xfe; c_int_gt_lit1(0x03); int0 = 0xff; c_int_gt_lit1(0x03); int0 = 0x100; c_int_gt_lit1(0x07); int0 = 0x101; c_int_gt_lit1(0x0f); int0 = 0x102; c_int_gt_lit1(0x1f); int0 = 0x1fe; c_int_gt_lit1(0x1f); int0 = 0x1ff; c_int_gt_lit1(0x1f); int0 = 0x200; c_int_gt_lit1(0x3f); int0 = 0x201; c_int_gt_lit1(0x7f); int0 = 0x7f00; c_int_gt_lit1(0xff); /* now check contiguous ranges */ for(int0 = -0x7fff; int0 != -1; int0++) c_int_gt_lit1(0x00); for(int0 = 2; int0 != 0xff; int0++) c_int_gt_lit1(0x03); for(int0 = 0x202; int0 != 0x7fff; int0++) c_int_gt_lit1(0xff); } void c_int_gt_lit2(unsigned char expected_result) { result = 0; if(int0 > -0x7fff) result |= 1; if(int0 > -0x7f00) result |= 2; if(int0 > -0x7eff) result |= 4; if(int0 > -0x7e00) result |= 8; if(int0 > -0x0101) result |= 0x10; if(int0 > -0x0100) result |= 0x20; if(int0 > -0xff) result |= 0x40; if(int0 > -1) result |= 0x80; if(result != expected_result) failures=1; } void int_compare2(void) { int0 = -0x7fff; c_int_gt_lit2(0x00); int0 = -0x7f00; c_int_gt_lit2(0x01); int0 = -0x7eff; c_int_gt_lit2(0x03); int0 = -0x7e00; c_int_gt_lit2(0x07); int0 = -0x7dff; c_int_gt_lit2(0x0f); int0 = -0x4567; c_int_gt_lit2(0x0f); int0 = -0x200; c_int_gt_lit2(0x0f); int0 = -0x102; c_int_gt_lit2(0x0f); int0 = -0x101; c_int_gt_lit2(0x0f); int0 = -0x100; c_int_gt_lit2(0x1f); int0 = -0xff; c_int_gt_lit2(0x3f); int0 = -0x02; c_int_gt_lit2(0x7f); int0 = -0x01; c_int_gt_lit2(0x7f); int0 = 0; c_int_gt_lit2(0xff); int0 = 1; c_int_gt_lit2(0xff); int0 = 0x7fff; c_int_gt_lit2(0xff); /* now check contiguous ranges */ for(int0 = -0x7ffe; int0 != -0x7f01; int0++) c_int_gt_lit2(0x01); for(int0 = -0x7dff; int0 != -0x101; int0++) c_int_gt_lit2(0x0f); for(int0 = 0; int0 != 0x7fff; int0++) c_int_gt_lit2(0xff); } void main (void) { char_compare(); __asm clrwdt __endasm; int_compare1(); __asm clrwdt __endasm; int_compare2(); __asm clrwdt __endasm; done (); } sdcc-2.9.0/src/regression/compare9.c000066400000000000000000000107321116427777700173160ustar00rootroot00000000000000#include "gpsim_assert.h" #include "picregs.h" // Signed comparisons of the form: (variable<=LIT) // // This regression test exercises all of the boundary // conditions in literal less than or equal comparisons. There // are numerous opportunities to optimize these comparison // and each one has an astonishing capability of failing // a boundary condition. unsigned char failures = 0; unsigned char result = 0; int int0 = 0; int int1 = 0; signed char char0 = 0; signed char char1 = 0; /* *** NOTE *** This particular test takes quite a while to run * ~ 10,000,000 instruction cycles. (2.5 seconds on a 20Mhz PIC). * The WDT will reset the CPU if it's enabled. So disable it... */ typedef unsigned int word; //word at 0x2007 CONFIG = wdt_off & pwrte_on; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void c_char_lte_lit1(unsigned char expected_result) { result = 0; if(char0 <= -0x7f) result |= 1; if(char0 <= -1) result |= 2; if(char0 <= 0) result |= 4; if(char0 <= 1) result |= 8; if(char0 <= 0x7f) result |= 0x10; if(result != expected_result) failures++; } void char_compare(void) { char0 = 0x7f; c_char_lte_lit1(0x10); char0 = 0x7e; c_char_lte_lit1(0x10); char0 = 0x40; c_char_lte_lit1(0x10); char0 = 0x2; c_char_lte_lit1(0x10); char0 = 0x1; c_char_lte_lit1(0x18); char0 = 0; c_char_lte_lit1(0x1c); char0 = -1; c_char_lte_lit1(0x1e); char0 = -2; c_char_lte_lit1(0x1e); char0 = -0x40; c_char_lte_lit1(0x1e); char0 = -0x7e; c_char_lte_lit1(0x1e); char0 = -0x7f; c_char_lte_lit1(0x1f); char0 = 0x80; // c_char_lte_lit1(0x1f); /* Now test entire range */ for(char0=2; char0 != 0x7f; char0++) c_char_lte_lit1(0x10); for(char0=-0x7e; char0 != 0; char0++) c_char_lte_lit1(0x1e); } void c_int_lte_lit1(unsigned char expected_result) { result = 0; if(int0 <= 0) result |= 1; if(int0 <= 1) result |= 2; if(int0 <= 0xff) result |= 4; if(int0 <= 0x100) result |= 8; if(int0 <= 0x0101) result |= 0x10; if(int0 <= 0x01ff) result |= 0x20; if(int0 <= 0x0200) result |= 0x40; if(int0 <= 0x0201) result |= 0x80; if(result != expected_result) failures=1; } void int_compare1(void) { int0 = -1; c_int_lte_lit1(0xff); int0 = 0; c_int_lte_lit1(0xff); int0 = 1; c_int_lte_lit1(0xfe); int0 = 2; c_int_lte_lit1(0xfc); int0 = 0xfe; c_int_lte_lit1(0xfc); int0 = 0xff; c_int_lte_lit1(0xfc); int0 = 0x100; c_int_lte_lit1(0xf8); int0 = 0x101; c_int_lte_lit1(0xf0); int0 = 0x1fe; c_int_lte_lit1(0xe0); int0 = 0x1ff; c_int_lte_lit1(0xe0); int0 = 0x200; c_int_lte_lit1(0xc0); int0 = 0x201; c_int_lte_lit1(0x80); int0 = 0x7f00; c_int_lte_lit1(0x0); /* now check contiguous ranges */ for(int0 = -0x7fff; int0 != 1; int0++) c_int_lte_lit1(0xff); for(int0 = 2; int0 != 0xff; int0++) c_int_lte_lit1(0xfc); for(int0 = 0x202; int0 != 0x7fff; int0++) c_int_lte_lit1(0); } void c_int_lte_lit2(unsigned char expected_result) { result = 0; if(int0 <= -0x7fff) result |= 1; if(int0 <= -0x7f00) result |= 2; if(int0 <= -0x7eff) result |= 4; if(int0 <= -0x7e00) result |= 8; if(int0 <= -0x0101) result |= 0x10; if(int0 <= -0x0100) result |= 0x20; if(int0 <= -0xff) result |= 0x40; if(int0 <= -1) result |= 0x80; if(result != expected_result) failures=1; } void int_compare2(void) { int0 = -0x7fff; c_int_lte_lit2(0xff); int0 = -0x7f00; c_int_lte_lit2(0xfe); int0 = -0x7eff; c_int_lte_lit2(0xfc); int0 = -0x7e00; c_int_lte_lit2(0xf8); int0 = -0x4567; c_int_lte_lit2(0xf0); int0 = -0x200; c_int_lte_lit2(0xf0); int0 = -0x102; c_int_lte_lit2(0xf0); int0 = -0x101; c_int_lte_lit2(0xf0); int0 = -0x100; c_int_lte_lit2(0xe0); int0 = -0xff; c_int_lte_lit2(0xc0); int0 = -0x02; c_int_lte_lit2(0x80); int0 = -0x01; c_int_lte_lit2(0x80); int0 = 0; c_int_lte_lit2(0x00); int0 = 1; c_int_lte_lit2(0x00); int0 = 0x7fff; c_int_lte_lit2(0x00); /* now check contiguous ranges */ for(int0 = -0x7ffe; int0 != -0x7f00; int0++) c_int_lte_lit2(0xfe); for(int0 = -0x7dff; int0 != -0x101; int0++) c_int_lte_lit2(0xf0); for(int0 = 0; int0 != 0x7fff; int0++) c_int_lte_lit2(0); } void main (void) { char_compare(); __asm clrwdt __endasm; int_compare1(); __asm clrwdt __endasm; int_compare2(); __asm clrwdt __endasm; done (); } sdcc-2.9.0/src/regression/configword.c000066400000000000000000000011751116427777700177410ustar00rootroot00000000000000#include "gpsim_assert.h" #include "picregs.h" /* configword.c - illustrates how the configuration word can * be assigned */ unsigned char failures=0; unsigned char dummy; #ifdef __pic14 typedef unsigned int word; static word __at(0x2007) _config = _WDT_OFF & _PWRTE_ON; #else /* !__pic14 */ static __code char __at(__CONFIG2L) _conf2l = _PUT_ON_2L; static __code char __at(__CONFIG2H) _conf2h = _WDT_OFF_2H; #endif /* !__pic14 */ /* TODO -- write a test that puts the PIC to sleep, * and verify that the WDT wakes it up */ void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void main(void) { dummy = 0; done(); } sdcc-2.9.0/src/regression/create_stc000077500000000000000000000003351116427777700174730ustar00rootroot00000000000000# Create gpsim script file # USAGE="Usage: `basename $0` COD_FILE GPSIM_SCRIPT" if [ $# -lt 2 ] ; then echo "$USAGE" exit 1 fi echo "load $1" > $2 echo "run" >> $2 echo "symbol _failures" >> $2 echo "quit" >> $2 sdcc-2.9.0/src/regression/empty.c000066400000000000000000000003231116427777700167300ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures = 0; void foo(void) { } void bar(int arg0) { (void)arg0; } void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void main(void) { done(); } sdcc-2.9.0/src/regression/for.c000066400000000000000000000021451116427777700163640ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures=0; unsigned int uint0 = 0; unsigned int uint1 = 0; unsigned char uchar0 = 0; unsigned char uchar1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void for1(void) { unsigned char i=0; for(i=0; i<10; i++) uchar0++; if(uchar0 != 10) failures++; } void for2(void) { unsigned char i=0; unsigned char j; for(i=0; i<10; i++) uchar0++; j = (volatile)i; if(j != 10) failures++; } void for3(void) { unsigned int i=0; volatile unsigned int j; for(i=0; i<10; i++) uint0++; j = i; if(j != 10) failures++; } void for4(void) { for(uint0=1; uint0<10; uint0++) uchar0++; if(uchar0 != 9) failures++; } void for5(void) { for(uint0=1; uint0<=10; uint0++) uchar0++; if(uchar0 != 10) failures++; } void inc_uchar0(void) { uchar0++; } void for6(void) { uchar0 = 0; for(uint0=1; uint0<=10; uint0++) inc_uchar0(); } void main(void) { for1(); for2(); for3(); uchar0 = 0; for4(); uchar0 = 0; for5(); for6(); if(uchar0 != 10) failures++; done(); } sdcc-2.9.0/src/regression/gpsim_assert.h000066400000000000000000000026741116427777700203120ustar00rootroot00000000000000/*------------------------------------------------------------------------------ gpsim_assert.h - assertion macros generating gpsim breakpoints Copyright (c) 2006 Borut Razem This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. ------------------------------------------------------------------------------*/ #ifndef __PIC_ASSERT_H #define __PIC_ASSERT_H #define MANGLE(e) _##e #define STRINGIFY(e) #e #define ASSERT(e) \ __asm \ nop \ __endasm; \ __asm \ .direct "a", STRINGIFY(e) \ __endasm; \ __asm \ nop \ __endasm; #define PASSED() \ __asm \ nop \ __endasm; \ __asm \ .direct "a", "\"PASSED\"" \ __endasm; \ __asm \ nop \ __endasm; #define FAILED() \ __asm \ nop \ __endasm; \ __asm \ .direct "a", "\"===> FAILED\"" \ __endasm; \ __asm \ nop \ __endasm; #endif sdcc-2.9.0/src/regression/init0.c000066400000000000000000000007231116427777700166210ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned failures = 0; void done(void) { ASSERT(MANGLE(failures) == 0); PASSED(); } typedef void (void_void_f)(void); void foo(void) { failures--; } void bar(void) { failures -= 2; } static void_void_f * funcs[] = { &foo, &bar, (void *)0 }; void main(void) { void_void_f **ptr; failures = 3; ptr = &funcs[0]; while (*ptr) { (**ptr)(); ptr++; } // while done(); } sdcc-2.9.0/src/regression/inline.c000066400000000000000000000013751116427777700170600ustar00rootroot00000000000000#include "gpsim_assert.h" #include "picregs.h" #pragma preproc_asm - unsigned char failures=0; unsigned char test_tris=0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void delay_1ms(void) { unsigned char cnt1m = 2; unsigned char cnt500u = 249; do { do { _asm nop nop _endasm; } while (--cnt500u > 0); } while (--cnt1m > 0); } void main(void) { TRISA = 0x0f; #if defined(__pic14) _asm BSF STATUS,RP0 MOVF TRISA,W BCF STATUS,RP0 MOVWF _test_tris _endasm; #else // !defined(__pic14) _asm BANKSEL _TRISA MOVF _TRISA,W BANKSEL _test_tris MOVWF _test_tris _endasm; #endif // !defined(__pic14) if(test_tris != 0x0f) failures++; done(); } sdcc-2.9.0/src/regression/mult1.c000066400000000000000000000061421116427777700166410ustar00rootroot00000000000000#include "gpsim_assert.h" #define TESTLIT 0x05 unsigned char failures=0; signed char c1,c2,c3; unsigned char uc1,uc2,uc3; unsigned int ui1,ui2,ui3; signed int i1,i2; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void m1(void) { c1 = c1*5; // char = char * lit c2 = c1 *c3; // char = char * char uc1= uc1*5; // uchar = uchar * lit uc2=uc1*uc3; // uchar = uchar * uchar if(c2 != 25) failures++; } void m2(unsigned char uc) { uc2 = uc1 * uc; if(uc2 != 0x20) failures++; } void m3(unsigned char uc) { volatile unsigned char vuc; // uchar = uchar * lit // testing literal multiply with same source and destination vuc = uc; uc2 = 0; uc1 = vuc; uc1 = uc1*1; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*2; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*3; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*4; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*5; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*6; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*7; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*8; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*9; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*10; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*11; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*12; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*13; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*14; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*15; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*16; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*17; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*18; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*19; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*20; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*21; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*22; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*23; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*24; if( uc1 != (uc2+=TESTLIT) ) failures++; uc1 = vuc; uc1 = uc1*31; if( uc1 != ((31*TESTLIT) & 0xff) ) failures++; uc1 = vuc; uc1 = uc1*32; if( uc1 != ((32*TESTLIT) & 0xff) ) failures++; uc1 = vuc; uc1 = uc1*64; if( uc1 != ((64*TESTLIT) & 0xff) ) failures++; uc1 = vuc; uc1 = uc1*128;if( uc1 != ((128*TESTLIT)& 0xff) ) failures++; // testing literal multiply with different source and destination uc1 = vuc*1; if( uc1 != ((1*TESTLIT) & 0xff) ) failures++; uc1 = vuc*2; if( uc1 != ((2*TESTLIT) & 0xff) ) failures++; uc1 = vuc*4; if( uc1 != ((4*TESTLIT) & 0xff) ) failures++; } void main(void) { c1 = 1; c3 = 5; m1(); uc1 = 0x10; m2(2); ui1 = uc1*uc2; // uint = uchar * uchar i1 = c1*c2; // int = char * char ui3 = ui1*ui2; // uint = uint * unit //m3(TESTLIT); done(); } sdcc-2.9.0/src/regression/nestfor.c000066400000000000000000000035601116427777700172600ustar00rootroot00000000000000#include "gpsim_assert.h" #include "picregs.h" unsigned char failures=0; unsigned int uint0 = 0; unsigned int uint1 = 0; unsigned char uchar0 = 0; unsigned char uchar1 = 0; void dput(unsigned char val) { PORTB = val; PORTA = 0x01; PORTA = 0x00; } void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } /* both loops use the loop variable inside the inner loop */ void for1(void) { unsigned char i, j; uchar0 = 0; uchar1 = 0; for(i = 0; i < 3; i++) { uchar0++; for(j = 0; j < 4; j++) { uchar1++; dput(i); dput(j); } } if(uchar0 != 3) failures++; if(uchar1 != 12) failures++; } /* only the outer loop's variable is used inside, inner can be optimized into a repeat-loop */ void for2(void) { unsigned char i, j; uchar0 = 0; uchar1 = 0; for(i = 0; i < 3; i++) { uchar0++; for(j = 0; j < 4; j++) { uchar1++; dput(i); } } if(uchar0 != 3) failures++; if(uchar1 != 12) failures++; } /* only the inner loop's variable is used inside */ void for3(void) { unsigned char i, j; uchar0 = 0; uchar1 = 0; for(i = 0; i < 3; i++) { uchar0++; for(j = 0; j < 4; j++) { uchar1++; dput(j); } } if(uchar0 != 3) failures++; if(uchar1 != 12) failures++; } /* neither loop variable used inside the loops */ void for4(void) { unsigned char i, j; uchar0 = 0; uchar1 = 0; for(i = 0; i < 3; i++) { uchar0++; for(j = 0; j < 4; j++) { uchar1++; dput(uchar0); dput(uchar1); } } if(uchar0 != 3) failures++; if(uchar1 != 12) failures++; } /* like for1 but different condition in inner loop */ void for5(void) { unsigned char i, j; uchar0 = 0; uchar1 = 0; for(i = 0; i < 3; i++) { uchar0++; for(j = 10; j >= 5; j--) { uchar1++; dput(i); dput(j); } } if(uchar0 != 3) failures++; if(uchar1 != 18) failures++; } void main(void) { for1(); for2(); for3(); for4(); for5(); done(); } sdcc-2.9.0/src/regression/or1.c000066400000000000000000000044371116427777700163050ustar00rootroot00000000000000#include "gpsim_assert.h" /* bit types are not ANSI - so provide a way of disabling bit types * if this file is used to test other compilers besides SDCC */ #define SUPPORT_BIT_TYPES 0 unsigned char failures=0; #if SUPPORT_BIT_TYPES bit bit0 = 0; bit bit1 = 0; bit bit2 = 0; #endif unsigned int uint0 = 0; unsigned int uint1 = 0; unsigned char uchar0 = 0; unsigned char uchar1 = 0; unsigned long ulong0 = 0; unsigned long ulong1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } // uchar0 = 0; void or_lit2uchar(void) { if(uchar0) failures++; uchar0 |= 1; if(uchar0 != 1) failures++; uchar0 |= 2; if(uchar0 != 3) failures++; uchar0 |= 0x0e; if(uchar0 != 0x0f) failures++; } void or_lit2uint(void) { if(uint0) failures++; uint0 |= 1; if(uint0 != 1) failures++; uint0 |= 2; if(uint0 != 3) failures++; uint0 |= 0x100; if(uint0 != 0x103) failures++; uint0 |= 0x102; if(uint0 != 0x103) failures++; uint0 |= 0x303; if(uint0 != 0x303) failures++; } void or_lit2ulong(void) { if(ulong0) failures++; ulong0 |= 1; if(ulong0 != 1) failures++; ulong0 |= 2; if(ulong0 != 3) failures++; ulong0 |= 0x100; if(ulong0 != 0x103) failures++; ulong0 |= 0x102; if(ulong0 != 0x103) failures++; ulong0 |= 0x303; if(ulong0 != 0x303) failures++; ulong0 |= 0x80000000; if(ulong0 != 0x80000303) failures++; } /*-----------*/ void or_uchar2uchar(void) { uchar0 |= uchar1; if(uchar0 != 1) failures++; uchar1 |= 0x0f; uchar0 = uchar1 | 0x10; if(uchar0 != 0x1f) failures++; } void or_uint2uint(void) { uint0 |= uint1; if(uint0 != 1) failures++; uint1 |= 0x0f; uint0 = uint1 | 0x10; if(uint0 != 0x1f) failures++; } #if SUPPORT_BIT_TYPES void or_bits1(void) { bit0 = bit0 | bit1 | bit2; } void or_bits2(void) { bit0 = bit1 | bit2; } #endif void main(void) { or_lit2uchar(); or_lit2uint(); or_lit2ulong(); uchar0=0; uchar1=1; or_uchar2uchar(); uint0=0; uint1=1; or_uint2uint(); #if SUPPORT_BIT_TYPES or_bits1(); if(bit0) failures++; or_bits2(); if(bit0) failures++; bit1=1; or_bits1(); if(!bit0) failures++; or_bits2(); if(!bit0) failures++; #endif done(); } sdcc-2.9.0/src/regression/pcodeopt.c000066400000000000000000000011541116427777700174120ustar00rootroot00000000000000#include "gpsim_assert.h" /* * Test for buggy pCode optimization on * CLRF reg ; pc1 * ... * MOVF reg,W ; pc2 * * Originally, both instructions were removed and pc2 replaced with * CLRF reg iff reg was used afterwards, but Z and W were not, or * MOVLW 0 iff reg and Z were not used afterwards, but W was. * Detection of W being used used to be buggy, though... */ signed int x=0; unsigned char y=1; void main() { x += y; x += y; if (x != 2) { FAILED(); } if (y != 1) { FAILED(); } //ASSERT(MANGLE(x) == 2); //ASSERT(MANGLE(y) == 1); PASSED(); } sdcc-2.9.0/src/regression/picregs.h000066400000000000000000000001611116427777700172330ustar00rootroot00000000000000#ifndef PICREGS_H #if defined(__pic16) #include #else #include #endif #endif sdcc-2.9.0/src/regression/pointer1.c000066400000000000000000000030661116427777700173420ustar00rootroot00000000000000#include "gpsim_assert.h" // Pointer tests unsigned char failures = 0; unsigned char dummy; unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char *acharP = 0; unsigned char buff[10]; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void f1 (unsigned char *ucP) { if (ucP == 0) { failures++; return; } if (*ucP) failures++; } void f2 (unsigned int *uiP) { if (uiP == 0) { failures++; return; } if (*uiP) failures++; } unsigned char * f3 (void) { return &achar0; } void f4(unsigned char *ucP, unsigned char uc) { if(!ucP) { failures++; return; } if(*ucP != uc) failures++; } void init_array(char start_value) { unsigned char c; for(c=0; c>= 1; check(); } void shift_right_2(void) { achar0 >>= 2; check(); } void shift_right_3(void) { achar0 >>= 3; check(); } void shift_right_4(void) { achar0 >>= 4; check(); } void shift_right_5(void) { achar0 >>= 5; check(); } void shift_right_6(void) { achar0 >>= 6; check(); } void shift_right_7(void) { achar0 >>= 7; check(); } void main(void) { // call with both values zero shift_left_1(); achar0 = 1; achar1 = 2; for(achar2=0; achar2<6; achar2++) { shift_left_1(); achar1 <<=1; } achar0 = 1; achar1 = 4; shift_left_2(); achar0 = 1; achar1 = 8; shift_left_3(); achar0 = 1; achar1 = 0x10; shift_left_4(); achar0 = 1; achar1 = 0x20; shift_left_5(); achar0 = 1; achar1 = 0x40; shift_left_6(); achar0 = 1; achar1 = 0x80; shift_left_7(); achar0 = 2; achar1 = 1; shift_right_1(); achar0 = 4; shift_right_2(); achar0 = 8; shift_right_3(); achar0 = 0x10; shift_right_4(); achar0 = 0x20; shift_right_5(); achar0 = 0x40; shift_right_6(); achar0 = 0x80; shift_right_7(); done(); } sdcc-2.9.0/src/regression/rotate2.c000066400000000000000000000013551116427777700171600ustar00rootroot00000000000000#include "gpsim_assert.h" // Shift bytes left and right by a variable. unsigned char failures=0; unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char achar2 = 0; unsigned char achar3 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void shift_right_var(void) { achar0 >>= achar1; } void shift_left_var(void) { achar0 <<= achar1; } void shift_int_left_1(void) { aint0 <<= 1; } void main(void) { char i; achar0 = 1; achar1 = 1; shift_left_var(); if(achar0 !=2) failures++; achar0 = 1; achar1 = 1; achar2 = 1; for(i=0; i<7; i++) { shift_left_var(); achar2 <<= 1; if(achar2 != achar0) failures++; } done(); } sdcc-2.9.0/src/regression/rotate3.c000066400000000000000000000105011116427777700171520ustar00rootroot00000000000000#include "gpsim_assert.h" // Shift ints left and right unsigned char failures=0; unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char achar2 = 0; unsigned char achar3 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void shift_int_left_1(void) { aint0 <<= 1; } void shift_int_left_2(void) { aint0 <<= 2; } void shift_int_left_3(void) { aint0 <<= 3; } void shift_int_left_4(void) { aint0 <<= 4; } void shift_int_left_5(void) { aint0 <<= 5; } void shift_int_left_6(void) { aint0 <<= 6; } void shift_int_left_7(void) { aint0 <<= 7; } void shift_int_left_8(void) { aint0 <<= 8; } void shift_int_left_9(void) { aint0 <<= 9; } void shift_int_left_10(void) { aint0 <<= 10; } void shift_int_left_11(void) { aint0 <<= 11; } void shift_int_left_12(void) { aint0 <<= 12; } void shift_int_left_13(void) { aint0 <<= 13; } void shift_int_left_14(void) { aint0 <<= 14; } void shift_int_left_15(void) { aint0 <<= 15; } /*****************************************************/ void shift_int_right_1(void) { aint0 >>= 1; } void shift_int_right_2(void) { aint0 >>= 2; } void shift_int_right_3(void) { aint0 >>= 3; } void shift_int_right_4(void) { aint0 >>= 4; } void shift_int_right_5(void) { aint0 >>= 5; } void shift_int_right_6(void) { aint0 >>= 6; } void shift_int_right_7(void) { aint0 >>= 7; } void shift_int_right_8(void) { aint0 >>= 8; } void shift_int_right_9(void) { aint0 >>= 9; } void shift_int_right_10(void) { aint0 >>= 10; } void shift_int_right_11(void) { aint0 >>= 11; } void shift_int_right_12(void) { aint0 >>= 12; } void shift_int_right_13(void) { aint0 >>= 13; } void shift_int_right_14(void) { aint0 >>= 14; } void shift_int_right_15(void) { aint0 >>= 15; } /*****************************************************/ void main(void) { //char i; aint0 = 0xabcd; shift_int_left_1(); if(aint0 != 0x579a) failures++; aint0 = 0xabcd; shift_int_left_2(); if(aint0 != 0xaf34) failures++; aint0 = 0xabcd; shift_int_left_3(); if(aint0 != 0x5e68) failures++; aint0 = 0xabcd; shift_int_left_4(); if(aint0 != 0xbcd0) failures++; aint0 = 0xabcd; shift_int_left_5(); if(aint0 != 0x79a0) failures++; aint0 = 0xabcd; shift_int_left_6(); if(aint0 != 0xf340) failures++; aint0 = 0xabcd; shift_int_left_7(); if(aint0 != 0xe680) failures++; aint0 = 0xabcd; shift_int_left_8(); if(aint0 != 0xcd00) failures++; aint0 = 0xabcd; shift_int_left_9(); if(aint0 != 0x9a00) failures++; aint0 = 0xabcd; shift_int_left_10(); if(aint0 != 0x3400) failures++; aint0 = 0xabcd; shift_int_left_11(); if(aint0 != 0x6800) failures++; aint0 = 0xabcd; shift_int_left_12(); if(aint0 != 0xd000) failures++; aint0 = 0xabcd; shift_int_left_13(); if(aint0 != 0xa000) failures++; aint0 = 0xabcd; shift_int_left_14(); if(aint0 != 0x4000) failures++; aint0 = 0xabcd; shift_int_left_15(); if(aint0 != 0x8000) failures++; /***********************/ aint0 = 0xabcd; shift_int_right_1(); if(aint0 != 0x55e6) failures++; aint0 = 0xabcd; shift_int_right_2(); if(aint0 != 0x2af3) failures++; aint0 = 0xabcd; shift_int_right_3(); if(aint0 != 0x1579) failures++; aint0 = 0xabcd; shift_int_right_4(); if(aint0 != 0x0abc) failures++; aint0 = 0xabcd; shift_int_right_5(); if(aint0 != 0x055e) failures++; aint0 = 0xabcd; shift_int_right_6(); if(aint0 != 0x02af) failures++; aint0 = 0xabcd; shift_int_right_7(); if(aint0 != 0x0157) failures++; aint0 = 0xabcd; shift_int_right_8(); if(aint0 != 0x00ab) failures++; aint0 = 0xabcd; shift_int_right_9(); if(aint0 != 0x0055) failures++; aint0 = 0xabcd; shift_int_right_10(); if(aint0 != 0x002a) failures++; aint0 = 0xabcd; shift_int_right_11(); if(aint0 != 0x0015) failures++; aint0 = 0xabcd; shift_int_right_12(); if(aint0 != 0x000a) failures++; aint0 = 0xabcd; shift_int_right_13(); if(aint0 != 0x0005) failures++; aint0 = 0xabcd; shift_int_right_14(); if(aint0 != 0x0002) failures++; aint0 = 0xabcd; shift_int_right_15(); if(aint0 != 0x0001) failures++; done(); } sdcc-2.9.0/src/regression/rotate4.c000066400000000000000000000044361116427777700171650ustar00rootroot00000000000000#include "gpsim_assert.h" // rotate bytes left and right by a constant. unsigned char failures=0; unsigned int uint0 = 0; unsigned int uint1 = 0; unsigned char uchar0 = 0; unsigned char uchar1 = 0; unsigned char uchar2 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void check(void) { if(uchar0 != uchar1) failures++; } void rotate_left_1(void) { uchar0 = (uchar0<<1) | (uchar0>>7); check(); } void rotate_left_2(void) { uchar0 = (uchar0<<2) | (uchar0>>6); check(); } void rotate_left_3(void) { uchar0 <<= 3; if(uchar0 != uchar1) failures++; } void rotate_left_4(void) { uchar0 <<= 4; if(uchar0 != uchar1) failures++; } void rotate_left_5(void) { uchar0 <<= 5; if(uchar0 != uchar1) failures++; } void rotate_left_6(void) { uchar0 <<= 6; if(uchar0 != uchar1) failures++; } void rotate_left_7(void) { uchar0 <<= 7; if(uchar0 != uchar1) failures++; } void rotate_right_1(void) { uchar0 = (uchar0>>1) | (uchar0<<7); check(); } void rotate_right_2(void) { uchar0 = (uchar0>>2) | (uchar0<<6); check(); } void rotate_right_3(void) { uchar0 >>= 3; check(); } void rotate_right_4(void) { uchar0 >>= 4; check(); } void rotate_right_5(void) { uchar0 >>= 5; check(); } void rotate_right_6(void) { uchar0 >>= 6; check(); } void rotate_right_7(void) { uchar0 >>= 7; check(); } void main(void) { // call with both values zero rotate_left_1(); uchar0 = 1; uchar1 = 2; rotate_left_1(); uchar0 = 0x80; uchar1 = 1; rotate_left_1(); uchar1 = 2; for(uchar2=0; uchar2<6; uchar2++) { rotate_left_1(); uchar1 <<=1; } uchar0 = 1; uchar1 = 4; rotate_left_2(); uchar0 = 1; uchar1 = 8; rotate_left_3(); uchar0 = 1; uchar1 = 0x10; rotate_left_4(); uchar0 = 1; uchar1 = 0x20; rotate_left_5(); uchar0 = 1; uchar1 = 0x40; rotate_left_6(); uchar0 = 1; uchar1 = 0x80; rotate_left_7(); uchar0 = 2; uchar1 = 1; rotate_right_1(); uchar0 = 1; uchar1 = 0x80; rotate_right_1(); uchar0 = 4; uchar1 = 1; rotate_right_2(); uchar0 = 8; rotate_right_3(); uchar0 = 0x10; rotate_right_4(); uchar0 = 0x20; rotate_right_5(); uchar0 = 0x40; rotate_right_6(); uchar0 = 0x80; rotate_right_7(); done(); } sdcc-2.9.0/src/regression/rotate5.c000066400000000000000000000045271116427777700171670ustar00rootroot00000000000000#include "gpsim_assert.h" // Shift bytes left and right by a constant. unsigned char failures=0; signed int aint0 = 0; signed int aint1 = 0; signed char achar0 = 0; signed char achar1 = 0; signed char achar2 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void check(void) { if(achar0 != achar1) failures++; } void shift_left_1(void) { achar0 <<= 1; check(); } void shift_left_2(void) { achar0 <<= 2; if(achar0 != achar1) failures++; } void shift_left_3(void) { achar0 <<= 3; if(achar0 != achar1) failures++; } void shift_left_4(void) { achar0 <<= 4; if(achar0 != achar1) failures++; } void shift_left_5(void) { achar0 <<= 5; if(achar0 != achar1) failures++; } void shift_left_6(void) { achar0 <<= 6; if(achar0 != achar1) failures++; } void shift_left_7(void) { achar0 <<= 7; if(achar0 != achar1) failures++; } void shift_right_1(void) { achar0 >>= 1; check(); } void shift_right_2(void) { achar0 >>= 2; check(); } void shift_right_3(void) { achar0 >>= 3; check(); } void shift_right_4(void) { achar0 >>= 4; check(); } void shift_right_5(void) { achar0 >>= 5; check(); } void shift_right_6(void) { achar0 >>= 6; check(); } void shift_right_7(void) { achar0 >>= 7; check(); } void main(void) { // call with both values zero shift_left_1(); achar0 = 1; achar1 = 2; for(achar2=0; achar2<6; achar2++) { shift_left_1(); achar1 <<=1; } achar0 = 1; achar1 = 4; shift_left_2(); achar0 = 1; achar1 = 8; shift_left_3(); achar0 = 1; achar1 = 0x10; shift_left_4(); achar0 = 1; achar1 = 0x20; shift_left_5(); achar0 = 1; achar1 = 0x40; shift_left_6(); achar0 = 1; achar1 = 0x80; shift_left_7(); achar0 = 2; achar1 = 1; shift_right_1(); achar0 = 4; shift_right_2(); achar0 = 8; shift_right_3(); achar0 = 0x10; shift_right_4(); achar0 = 0x20; shift_right_5(); achar0 = 0x40; shift_right_6(); achar0 = 0xff; achar1 = 0xff; shift_right_1(); achar0 = 0xfe; achar1 = 0xff; shift_right_1(); achar0 = 0xfc; shift_right_2(); achar0 = 0xf8; shift_right_3(); achar0 = 0xf0; shift_right_4(); achar0 = 0xe0; shift_right_5(); achar0 = 0xc0; shift_right_6(); achar0 = 0x80; achar1 = 0xff; shift_right_7(); done(); } sdcc-2.9.0/src/regression/rotate6.c000066400000000000000000000032061116427777700171610ustar00rootroot00000000000000#include "gpsim_assert.h" // Shift bytes left and right by a variable. unsigned char failures=0; signed int aint0 = 0; signed int aint1 = 0; signed char achar0 = 0; signed char achar1 = 0; signed char achar2 = 0; signed char achar3 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void shift_right_var(void) { achar0 >>= achar1; } void shift_left_var(void) { achar0 <<= achar1; } void shift_int_left_var(void) { aint0 <<= achar1; } void shift_int_right_var(void) { aint0 >>= achar1; } void shift_int_right_var2(void) { aint0 = aint1 >> achar1; } void shift_int_left_var2(void) { aint0 = aint1 << achar1; } void main(void) { char i; achar0 = 1; achar1 = 1; shift_left_var(); if(achar0 !=2) failures++; achar0 = 1; achar1 = 1; achar2 = 1; for(i=0; i<7; i++) { shift_left_var(); achar2 <<= 1; if(achar2 != achar0) failures++; } achar1 = 4; achar0 = 0xf0; shift_right_var(); if(achar0 != (char)0xff) failures++; aint0 = 1; aint1 = 1; achar1 = 1; for(i=0; i<15; i++) { shift_int_left_var(); aint1 <<= 1; if(aint0 != aint1) failures++; } aint0 = 0x4000; aint1 = 0x4000; for(i=0; i<15; i++) { shift_int_right_var(); aint1 >>= 1; if(aint0 != aint1) failures++; } aint0 = -0x4000; aint1 = -0x4000; for(i=0; i<15; i++) { shift_int_right_var(); aint1 >>= 1; if(aint0 != aint1) failures++; } aint1 = 0xf000; achar1 = 10; shift_int_right_var2(); if(aint0 != 0xfffc) failures++; aint1 = aint0; shift_int_left_var2(); if(aint0 != 0xf000) failures++; done(); } sdcc-2.9.0/src/regression/rotate7.c000066400000000000000000000104611116427777700171630ustar00rootroot00000000000000#include "gpsim_assert.h" // Shift ints left and right unsigned char failures=0; signed int aint0 = 0; signed int aint1 = 0; signed char achar0 = 0; signed char achar1 = 0; signed char achar2 = 0; signed char achar3 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void shift_int_left_1(void) { aint0 <<= 1; } void shift_int_left_2(void) { aint0 <<= 2; } void shift_int_left_3(void) { aint0 <<= 3; } void shift_int_left_4(void) { aint0 <<= 4; } void shift_int_left_5(void) { aint0 <<= 5; } void shift_int_left_6(void) { aint0 <<= 6; } void shift_int_left_7(void) { aint0 <<= 7; } void shift_int_left_8(void) { aint0 <<= 8; } void shift_int_left_9(void) { aint0 <<= 9; } void shift_int_left_10(void) { aint0 <<= 10; } void shift_int_left_11(void) { aint0 <<= 11; } void shift_int_left_12(void) { aint0 <<= 12; } void shift_int_left_13(void) { aint0 <<= 13; } void shift_int_left_14(void) { aint0 <<= 14; } void shift_int_left_15(void) { aint0 <<= 15; } /*****************************************************/ void shift_int_right_1(void) { aint0 >>= 1; } void shift_int_right_2(void) { aint0 >>= 2; } void shift_int_right_3(void) { aint0 >>= 3; } void shift_int_right_4(void) { aint0 >>= 4; } void shift_int_right_5(void) { aint0 >>= 5; } void shift_int_right_6(void) { aint0 >>= 6; } void shift_int_right_7(void) { aint0 >>= 7; } void shift_int_right_8(void) { aint0 >>= 8; } void shift_int_right_9(void) { aint0 >>= 9; } void shift_int_right_10(void) { aint0 >>= 10; } void shift_int_right_11(void) { aint0 >>= 11; } void shift_int_right_12(void) { aint0 >>= 12; } void shift_int_right_13(void) { aint0 >>= 13; } void shift_int_right_14(void) { aint0 >>= 14; } void shift_int_right_15(void) { aint0 >>= 15; } /*****************************************************/ void main(void) { //char i; aint0 = 0xabcd; shift_int_left_1(); if(aint0 != 0x579a) failures++; aint0 = 0xabcd; shift_int_left_2(); if(aint0 != 0xaf34) failures++; aint0 = 0xabcd; shift_int_left_3(); if(aint0 != 0x5e68) failures++; aint0 = 0xabcd; shift_int_left_4(); if(aint0 != 0xbcd0) failures++; aint0 = 0xabcd; shift_int_left_5(); if(aint0 != 0x79a0) failures++; aint0 = 0xabcd; shift_int_left_6(); if(aint0 != 0xf340) failures++; aint0 = 0xabcd; shift_int_left_7(); if(aint0 != 0xe680) failures++; aint0 = 0xabcd; shift_int_left_8(); if(aint0 != 0xcd00) failures++; aint0 = 0xabcd; shift_int_left_9(); if(aint0 != 0x9a00) failures++; aint0 = 0xabcd; shift_int_left_10(); if(aint0 != 0x3400) failures++; aint0 = 0xabcd; shift_int_left_11(); if(aint0 != 0x6800) failures++; aint0 = 0xabcd; shift_int_left_12(); if(aint0 != 0xd000) failures++; aint0 = 0xabcd; shift_int_left_13(); if(aint0 != 0xa000) failures++; aint0 = 0xabcd; shift_int_left_14(); if(aint0 != 0x4000) failures++; aint0 = 0xabcd; shift_int_left_15(); if(aint0 != 0x8000) failures++; /***********************/ aint0 = 0xabcd; shift_int_right_1(); if(aint0 != 0xd5e6) failures++; aint0 = 0xabcd; shift_int_right_2(); if(aint0 != 0xeaf3) failures++; aint0 = 0xabcd; shift_int_right_3(); if(aint0 != 0xf579) failures++; aint0 = 0xabcd; shift_int_right_4(); if(aint0 != 0xfabc) failures++; aint0 = 0xabcd; shift_int_right_5(); if(aint0 != 0xfd5e) failures++; aint0 = 0xabcd; shift_int_right_6(); if(aint0 != 0xfeaf) failures++; aint0 = 0xabcd; shift_int_right_7(); if(aint0 != 0xff57) failures++; aint0 = 0xabcd; shift_int_right_8(); if(aint0 != 0xffab) failures++; aint0 = 0xabcd; shift_int_right_9(); if(aint0 != 0xffd5) failures++; aint0 = 0xabcd; shift_int_right_10(); if(aint0 != 0xffea) failures++; aint0 = 0xabcd; shift_int_right_11(); if(aint0 != 0xfff5) failures++; aint0 = 0xabcd; shift_int_right_12(); if(aint0 != 0xfffa) failures++; aint0 = 0xabcd; shift_int_right_13(); if(aint0 != 0xfffd) failures++; aint0 = 0xabcd; shift_int_right_14(); if(aint0 != 0xfffe) failures++; aint0 = 0xabcd; shift_int_right_15(); if(aint0 != -1) failures++; done(); } sdcc-2.9.0/src/regression/rt.sh000077500000000000000000000004541116427777700164170ustar00rootroot00000000000000# test Script USAGE="Usage: `basename $0` BASENAME" if [ $# -lt 1 ] ; then echo "$USAGE" exit 1 fi # compile ../../bin/sdcc -I ../../device/include/pic -c -mpic14 -pp16f877 $1.c # create the executable gplink --map -c -o $1.o $1.o ./create_stc $1.cod $1.stc ./simulate $1.stc garbage.log sdcc-2.9.0/src/regression/simulate000077500000000000000000000006711116427777700172050ustar00rootroot00000000000000# SDCC test script for the PIC Port # USAGE="Usage: `basename $0` GPSIM_SCRIPT OUTPUT" if [ $# -lt 2 ] ; then echo "$USAGE" exit 1 fi if [ "$GPSIM_PATH" != "" ] ; then PATH=$GPSIM_PATH:$PATH fi GPSIM_SCRIPT=$1 LOGFILE=$2 echo "Test $GPSIM_SCRIPT" | tee -a $LOGFILE gpsim --cli -c $GPSIM_SCRIPT | tee -a $LOGFILE |\ sed -n -e '/running\.\.\./,$ { /^ *Message:/ { s/^ *Message:\(.*\)$/\1/p q } } $ a\ ===> FAILED ' | tee -a $LOGFILE sdcc-2.9.0/src/regression/string1.c000066400000000000000000000011541116427777700171640ustar00rootroot00000000000000#include "gpsim_assert.h" #include "picregs.h" unsigned char failures=0; //unsigned bit bit1; typedef unsigned char byte; byte uchar0; const byte arr[] = { 1,2,8,9,0 }; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void isr(void) interrupt 1 using 1 { if(arr[3]!=9) failures++; PORTB = 7; } void lcd1(const unsigned char *str) { const char *p = "hello world!\r\n"; if(!str) failures++; if(str && str[2] != 'r') failures++; if(arr[3]!=9) failures++; while (1) { if (0 == *p) break; PORTB = *p; p++; } } void main(void) { lcd1("str"); done(); } sdcc-2.9.0/src/regression/struct1.c000066400000000000000000000025631116427777700172070ustar00rootroot00000000000000#include "gpsim_assert.h" // Addition tests /* bit types are not ANSI - so provide a way of disabling bit types * if this file is used to test other compilers besides SDCC */ #define SUPPORT_BIT_TYPES 0 /* Some compilers that support bit types do not support bit arithmetic * (like bitx = bity + bitz;) */ #define SUPPORT_BIT_ARITHMETIC 1 unsigned char failures = 0; #if SUPPORT_BIT_TYPES bit bit0 = 0; bit bit1 = 0; bit bit2 = 0; bit bit3 = 0; bit bit4 = 0; bit bit5 = 0; bit bit6 = 0; bit bit7 = 0; bit bit8 = 0; bit bit9 = 0; bit bit10 = 0; bit bit11 = 0; #endif unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char *acharP = 0; struct chars { unsigned char c0, c1; unsigned int i0, i1; }; struct chars struct1; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void struct_test (void) { if (struct1.c0 || struct1.c1) failures++; struct1.c0++; if (struct1.c0 != 1) failures++; } /* void ptr_to_struct (struct chars *p) { if (p->c1) failures++; p->c1++; if (p->c1 != 1) failures++; } */ void add_chars(void) { achar0 = struct1.c0 + struct1.c1; if(achar0 != 1) failures++; } void main (void) { struct1.c0 = 0; struct1.c1 = 0; struct_test (); // ptr_to_struct (&struct1); struct1.c0 = 0; struct1.c1 = 1; add_chars(); done (); } sdcc-2.9.0/src/regression/sub.c000066400000000000000000000064131116427777700163710ustar00rootroot00000000000000#include "gpsim_assert.h" // Addition tests /* bit types are not ANSI - so provide a way of disabling bit types * if this file is used to test other compilers besides SDCC */ #define SUPPORT_BIT_TYPES 0 /* Some compilers that support bit types do not support bit arithmetic * (like bitx = bity + bitz;) */ #define SUPPORT_BIT_ARITHMETIC 1 unsigned char failures=0; #if SUPPORT_BIT_TYPES bit bit0 = 0; bit bit1 = 0; bit bit2 = 0; bit bit3 = 0; bit bit4 = 0; bit bit5 = 0; bit bit6 = 0; bit bit7 = 0; bit bit8 = 0; bit bit9 = 0; bit bit10 = 0; bit bit11 = 0; #endif unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char achar2 = 0; unsigned char achar3 = 0; unsigned char *acharP = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void sub_lit_from_uchar(void) { achar0 = achar0 - 5; if(achar0 != 0xfb) failures++; achar0 -= 10; if(achar0 != 0xf1) failures++; achar0 = achar0 -1; // Should be a decrement if(achar0 != 0xf0) failures++; for(achar1 = 0; achar1 < 100; achar1++) achar0 -= 2; if(achar0 != 40) failures++; } // achar0 = 1 // achar1 = 100 void sub_uchar2uchar(void) { achar1 = achar1 - achar0; if(achar1 != 99) failures++; for(achar2 = 0; achar2<7; achar2++) achar1 -= achar0; if(achar1 != 92) failures++; } // assumes // achar0 = 10 // achar1 = 32 // achar2, achar3 can be anything. void sub_uchar2uchar2(void) { achar0--; achar0 = achar0 - 1; achar0 = achar0 - 2; achar0 = achar0 - 3; if(achar0 != 3) failures++; achar1 -= achar0; if(achar1 != 29) failures++; achar2 = achar1 - achar0; if(achar2 != 26) failures++; achar3 = achar2 - achar1 - achar0; if(achar3 != 0xfa) failures++; } // sub_bits // all bit variables are 0 upon entry. #if SUPPORT_BIT_TYPES void sub_bits(void) { bit1 = bit0; bit0 = 1; if(bit1 != 0) failures++; bit1 = bit0-bit1; // 1 - 0 => 1 if(bit1 != 1) failures++; #if SUPPORT_BIT_ARITHMETIC bit2 = bit1-bit0; // 1 - 1 => 0 if(bit2) failures++; bit7 = bit4-bit5; bit6 = bit4+bit5; bit3 = bit4-bit5-bit6-bit7-bit0; // 0-0-0-0-1 => 1 if(!bit3) failures++; #endif } /* sub_bit2uchar(void) - assumes bit0 = 1, achar0 = 7 */ void sub_bit2uchar(void) { achar0 -= bit0; if(achar0 != 6) failures++; if(achar0 == bit0) failures++; } void sub_bit2uint(void) { if(aint0 != bit11) failures++; aint0 -= bit0; if(aint0!=0xffff) failures++; } #endif void sub_ucharFromLit(void) { achar0 = 2 - achar0; if(achar0 != 2) failures++; aint0 = 2 - aint0; if(aint0 != 2) failures++; aint0--; if(aint0 != 1) failures++; aint0 = 0x100 - aint0; if(aint0 != 0xff) failures++; aint0 = 0xff00 - aint0; if(aint0 != 0xfe01) failures++; aint0 = 0x0e01 - aint0; if(aint0 != 0x1000) failures++; aint0 = 0x10ff - aint0; if(aint0 != 0xff) failures++; } void main(void) { sub_lit_from_uchar(); achar0=1; achar1=100; sub_uchar2uchar(); achar0 = 10; achar1 = 32; sub_uchar2uchar2(); #if SUPPORT_BIT_TYPES sub_bits(); achar0 = 7; bit0 = 1; sub_bit2uchar(); sub_bit2uint(); #endif aint0 = 0; achar0 = 0; sub_ucharFromLit(); done(); } sdcc-2.9.0/src/regression/sub2.c000066400000000000000000000040101116427777700164420ustar00rootroot00000000000000#include "gpsim_assert.h" // Addition tests /* bit types are not ANSI - so provide a way of disabling bit types * if this file is used to test other compilers besides SDCC */ #define SUPPORT_BIT_TYPES 0 /* Some compilers that support bit types do not support bit arithmetic * (like bitx = bity + bitz;) */ #define SUPPORT_BIT_ARITHMETIC 1 unsigned char failures=0; #if SUPPORT_BIT_TYPES bit bit0 = 0; bit bit1 = 0; bit bit2 = 0; bit bit3 = 0; bit bit4 = 0; bit bit5 = 0; bit bit6 = 0; bit bit7 = 0; bit bit8 = 0; bit bit9 = 0; bit bit10 = 0; bit bit11 = 0; #endif int int0 = 0; int int1 = 0; char char0 = 0; char char1 = 0; char char2 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void sub_int1(void) { if(int0 != 5) failures++; if(int1 != 4) failures++; int0 = int0 - int1; if(int0 != 1) failures++; int0 = 4 - int0; if(int0 != 3) failures++; int0 = int0 - int1; if(int0 != -1) failures++; int0 = int0 - 0xff; if(int0 != -0x100) failures++; int0 = 0xff - int0; if(int0 != 0x1ff) failures++; } void sub_char_int(void) { int0 = int0 - char0; if(int0 != 3) failures++; if(int0 < char0) failures++; int0 = int0 - char0; if(int0 != 1) failures++; if(int0 > char0) failures++; int0 = int0 - char0; if(int0 != -1) failures++; if(int0>0) failures++; } void assign_char2int(void) { int0 = char0; if(int0 != 0x7f) failures++; int1 = char1; if(int1 != -5) failures++; } void sub_compound_char(void) { char0 = char1 - 5; if(char0 != 4) failures++; if((char1 - char0 - 5) != 0) failures++; } void sub_compound_int(void) { int0 = int1 - 5; if(int0 != 4) failures++; if((int1 - int0 - 5) != 0) failures++; } void main(void) { int0 = 5; int1 = 4; sub_int1(); int0 = 5; int1 = 4; char0 = 2; sub_char_int(); char0 = 0x7f; char1 = -5; assign_char2int(); char1 = 9; sub_compound_char(); int1 = 9; sub_compound_int(); done(); } sdcc-2.9.0/src/regression/switch1.c000066400000000000000000000023111116427777700171530ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures=0; unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void switch1(void) { switch(achar0) { case 0: achar0 = 9; break; case 1: achar0 = 18; break; default: achar0 = 0; } } void switch2(void) { switch(achar1) { case 0: achar0 = 9; break; case 1: achar0 = 8; break; case 2: achar0 = 7; break; case 3: achar0 = 6; break; case 4: achar0 = 5; break; case 5: achar0 = 4; break; case 6: achar0 = 3; break; case 7: achar0 = 2; break; case 8: achar0 = 1; break; case 9: achar0 = 0; break; case 10: achar0 = 9; break; case 11: achar0 = 8; break; case 12: achar0 = 7; break; default: achar0 = 0xff; break; } } void main(void) { achar0 = 0; switch1(); if(achar0 != 9) failures++; switch1(); if(achar0 != 0) failures++; achar0++; switch1(); if(achar0 != 18) failures++; for(achar1=0; achar1<10;achar1++){ switch2(); if(achar0 != (9-achar1)) failures++; } done(); } sdcc-2.9.0/src/regression/while.c000066400000000000000000000006231116427777700167050ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures = 0; unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void while1 (void) { unsigned char i = 10; do { achar0++; } while (--i); if (achar0 != 10) failures++; } void main (void) { while1 (); done (); } sdcc-2.9.0/src/regression/xor.c000066400000000000000000000011571116427777700164100ustar00rootroot00000000000000#include "gpsim_assert.h" unsigned char failures=0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char achar2 = 0; void done() { ASSERT(MANGLE(failures) == 0); PASSED(); } void xor_chars_0_1(void) { achar2 = achar0 ^ achar1; achar0 = achar0 ^ 0x1; achar1 = achar0 ^ achar1 ^ 4; } void xor_if(void) { if(achar0 ^ achar1) failures++; achar0 ^= 0xff; if( !(achar0 ^ achar1) ) failures++; } void main(void) { xor_chars_0_1(); if(achar2) failures++; if(achar0 != 1) failures++; if(achar1 != 5) failures++; achar0 = achar1; xor_if(); done(); } sdcc-2.9.0/src/reswords.gperf000066400000000000000000000024601116427777700161470ustar00rootroot00000000000000%{ /* Command-line: gperf -L KR-C -F ', 0, 0' -p -j1 -i 1 -g -o -t -N is_reserved_word -k1,3,$ c-parse.gperf */ %} struct reserved_words { const char *name; int token; bool is_special; }; %% auto, AUTO, 0 break, BREAK, 0 case, CASE, 0 char, CHAR, 0 const, CONST, 0 continue, CONTINUE, 0 default, DEFAULT, 0 do, DO, 0 double, FLOAT, 0 else, ELSE, 0 enum, ENUM, 0 extern, EXTERN, 0 float, FLOAT, 0 for, FOR, 0 goto, GOTO, 0 if, IF, 0 int, INT, 0 interrupt, INTERRUPT, 0 long, LONG, 0 register, REGISTER, 0 return, RETURN, 0 short, SHORT, 0 signed, SIGNED, 0 sizeof, SIZEOF, 0 static, STATIC, 0 struct, STRUCT, 0 switch, SWITCH, 0 typedef, TYPEDEF, 0 union, UNION, 0 unsigned, UNSIGNED, 0 void, VOID, 0 volatile, VOLATILE, 0 while, WHILE, 0 _code, _CODE, 1 _eeprom, _EEPROM, 1 _flash, _CODE, 1 _generic, _GENERIC, 1 _near, _NEAR, 1 _sram, _XDATA, 1 _xdata, _XDATA, 1 _pdata, _PDATA, 1 _idata, _IDATA, 1 at, AT, 1 bit, BIT, 1 critical, CRITICAL, 1 data, DATA, 1 far, XDATA, 1 eeprom, EEPROM, 1 flash, CODE, 1 idata, IDATA, 1 nonbanked, NONBANKED, 1 banked, BANKED, 1 near, DATA, 1 pdata, PDATA, 1 reentrant, REENTRANT, 1 sfr, SFR, 1 sbit, SBIT, 1 sram, XDATA, 1 using, USING, 1 code, CODE, 1 xdata, XDATA, 1 _data, _NEAR, 1 sdcc-2.9.0/src/src.dsp000066400000000000000000000235461116427777700145610ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="src" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Console Application" 0x0103 CFG=src - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "src.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "src.mak" CFG="src - Win32 Release" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "src - Win32 Debug" (based on "Win32 (x86) Console Application") !MESSAGE "src - Win32 Release" (based on "Win32 (x86) Console Application") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" CPP=cl.exe RSC=rc.exe !IF "$(CFG)" == "src - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Ignore_Export_Lib 0 # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /Gm /GX /ZI /Od /I ".." /I "..\support\util" /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /FR /FD /GZ /c # ADD CPP /nologo /W3 /Gm /GX /ZI /Od /I "." /I ".." /I "..\support\util" /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /FR /FD /GZ /c # 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PROP Exclude_From_Build 1 # End Source File # Begin Source File SOURCE=.\regression\for.c # PROP Exclude_From_Build 1 # End Source File # Begin Source File SOURCE=.\regression\pointer1.c # PROP Exclude_From_Build 1 # End Source File # Begin Source File SOURCE=.\regression\struct1.c # PROP Exclude_From_Build 1 # End Source File # Begin Source File SOURCE=.\regression\sub.c # PROP Exclude_From_Build 1 # End Source File # Begin Source File SOURCE=.\regression\TempTest.c # PROP Exclude_From_Build 1 # End Source File # Begin Source File SOURCE=.\regression\while.c # PROP Exclude_From_Build 1 # End Source File # End Group # Begin Source File SOURCE=..\support\scripts\sdcc.ico # End Source File # End Target # End Project sdcc-2.9.0/src/version.awk000066400000000000000000000007211116427777700154410ustar00rootroot00000000000000BEGIN { print "/*" print " * version.h" print " * control long build version number" print " *" print " * Created automatically with version.awk script" print " *" print " */" print "" print "#ifndef __VERSION_H__" print "#define __VERSION_H__" print "" FS="[ \t.]" } /Revision/ { printf "#define SDCC_BUILD_NUMBER\t\"%s\"\n", $2 } END { print "" print "#ifndef SDCC_BUILD_NUMBER" print "#define SDCC_BUILD_NUMBER \"0\"" print "#endif" print "" print "#endif" } sdcc-2.9.0/src/xa51/000077500000000000000000000000001116427777700140265ustar00rootroot00000000000000sdcc-2.9.0/src/xa51/Makefile.bcc000066400000000000000000000005221116427777700162130ustar00rootroot00000000000000# Makefile for Borlad C++ PRJDIR = ../.. OBJ = gen.obj ralloc.obj main.obj LIB = port.lib !include $(PRJDIR)/Bcc.inc CFLAGS = $(CFLAGS) -I.. -I$(PRJDIR) all: $(LIB) main.obj: main.c peeph.rul $(LIB): $(OBJ) if exist $(LIB) del $(LIB) tlib $@ @&&! +$(**: = &^ +) ! .def.rul: gawk -f ../SDCCpeeph.awk $< > $@ sdcc-2.9.0/src/xa51/Makefile.in000066400000000000000000000002451116427777700160740ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ # Make all in this directory include $(srcdir)/../port.mk sdcc-2.9.0/src/xa51/gen.c000066400000000000000000001705431116427777700147550ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCgen51.c - source file for code generation for 8051 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) and - Jean-Louis VERN.jlvern@writeme.com (1999) Bug Fixes - Wojciech Stryjewski wstryj1@tiger.lsu.edu (1999 v2.1.9a) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ //#define D(x) #define D(x) x #include #include #include #include #include "SDCCglobl.h" #include "newalloc.h" #include "common.h" #include "SDCCpeeph.h" #include "ralloc.h" #include "gen.h" extern int allocInfo; /* this is the down and dirty file with all kinds of kludgy & hacky stuff. This is what it is all about CODE GENERATION for a specific MCU . some of the routines may be reusable, will have to see */ static struct { short inLine; short debugLine; short stackExtend; short nRegsSaved; short parmsPushed; set *sendSet; } _G; extern int xa51_ptrRegReq; extern int xa51_nRegs; extern struct dbuf_s *codeOutBuf; static lineNode *lineHead = NULL; static lineNode *lineCurr = NULL; #define LSB 0 #define MSB16 1 #define MSB24 2 #define MSB32 3 static char *MOV="mov"; static char *MOVB="mov.b"; static char *MOVW="mov.w"; static char *MOVC="movc"; static char *MOVCB="movc.b"; static char *MOVCW="movc.w"; static char *R1L="r1l"; static char *R1="r1"; void bailOut (char *mesg) { fprintf (stderr, "%s: bailing out\n", mesg); exit (1); } /*-----------------------------------------------------------------*/ /* emitcode - writes the code into a file : for now it is simple */ /*-----------------------------------------------------------------*/ static void emitcode (char *inst, char *fmt,...) { va_list ap; char lb[INITIAL_INLINEASM]; char *lbp = lb; va_start (ap, fmt); if (inst && *inst) { if (fmt && *fmt) sprintf (lb, "%s\t", inst); else sprintf (lb, "%s", inst); vsprintf (lb + (strlen (lb)), fmt, ap); } else vsprintf (lb, fmt, ap); while (isspace (*lbp)) lbp++; if (lbp && *lbp) lineCurr = (lineCurr ? connectLine (lineCurr, newLineNode (lb)) : (lineHead = newLineNode (lb))); lineCurr->isInline = _G.inLine; lineCurr->isDebug = _G.debugLine; va_end (ap); } /*-----------------------------------------------------------------*/ /* xa51_emitDebuggerSymbol - associate the current code location */ /* with a debugger symbol */ /*-----------------------------------------------------------------*/ void xa51_emitDebuggerSymbol (char * debugSym) { _G.debugLine = 1; emitcode ("", "%s ==.", debugSym); _G.debugLine = 0; } char *getStackOffset(int stack) { static char gsoBuf[1024]; sprintf (gsoBuf, "r7+(%d%+d%+d)", stack, currFunc->stack, _G.nRegsSaved); return gsoBuf; } /*-----------------------------------------------------------------*/ /* newAsmop - creates a new asmOp */ /*-----------------------------------------------------------------*/ static asmop * newAsmop (short type) { asmop *aop; aop = Safe_calloc (1, sizeof (asmop)); aop->type = type; return aop; } char *aopTypeName(asmop *aop) { switch (aop->type) { case AOP_LIT: return "lit"; case AOP_REG: return "reg"; case AOP_DIR: return "dir"; case AOP_FAR: return "far"; case AOP_CODE: return "code"; case AOP_GPTR: return "gptr"; case AOP_STK: return "stack"; case AOP_IMMD: return "imm"; case AOP_BIT: return "bit"; } return "unknown"; } /*-----------------------------------------------------------------*/ /* aopForSym - for a true symbol */ /*-----------------------------------------------------------------*/ static asmop *aopForSym(symbol *sym, bool canUsePointer, bool canUseOffset) { int size; asmop *aop; sym->aop = aop = newAsmop(0); size=aop->size=getSize(sym->type); // if the sym has registers if (sym->nRegs && sym->regs[0]) { aop->type=AOP_REG; sprintf (aop->name[0], "%s", sym->regs[0]->name); if (size > 2) { sprintf (aop->name[1], "%s", sym->regs[1]->name); } return aop; } // if it is on stack if (sym->onStack) { if (!canUsePointer || !canUseOffset) { aop->type=AOP_REG; switch (size) { case 1: emitcode ("mov.b", "r0l,[%s] ;aopForSym:stack:1", getStackOffset(sym->stack)); sprintf (aop->name[0], "r0l"); return aop; case 2: emitcode ("mov.w", "r0,[%s] ;aopForSym:stack:2", getStackOffset(sym->stack)); sprintf (aop->name[0], "r0"); return aop; case 3: emitcode ("mov.w", "r0,[%s] ;aopForSym:stack:3.w", getStackOffset(sym->stack)); sprintf (aop->name[0], "r0"); emitcode ("mov.b", "r1l,[%s] ;aopForSym:stack:3.b", getStackOffset(sym->stack+2)); sprintf (aop->name[1], "r1l"); return aop; case 4: emitcode ("mov.w", "r0,[%s] ;aopForSym:stack:4", getStackOffset(sym->stack)); sprintf (aop->name[0], "r0"); emitcode ("mov.w", "r1,[%s] ;aopForSym:stack:4", getStackOffset(sym->stack+2)); sprintf (aop->name[1], "r1"); return aop; } } aop->type=AOP_STK; sprintf (aop->name[0], "[%s]", getStackOffset(sym->stack)); if (size > 2) { sprintf (aop->name[1], "[%s]", getStackOffset(sym->stack+2)); } return aop; } // if it has a spillLoc if (sym->usl.spillLoc) { return aopForSym (sym->usl.spillLoc, canUsePointer, canUseOffset); } // if in bit space if (IN_BITSPACE(SPEC_OCLS(sym->etype))) { aop->type=AOP_BIT; sprintf (aop->name[0], "%s", sym->rname); return aop; } // if in direct space if (IN_DIRSPACE(SPEC_OCLS(sym->etype))) { aop->type=AOP_DIR; sprintf (aop->name[0], "%s", sym->rname); if (size>2) { sprintf (aop->name[1], "%s+2", sym->rname); } return aop; } // if in code space if (IN_CODESPACE(SPEC_OCLS(sym->etype))) { if (!canUsePointer) { aop->type=AOP_REG; switch (size) { case 1: emitcode (MOV, "r0,#%s", sym->rname); emitcode (MOVC, "r0l,[r0+]"); sprintf (aop->name[0], "r0l"); return aop; case 2: emitcode (MOV, "r0,#%s", sym->rname); emitcode (MOVC, "r0,[r0+]"); sprintf (aop->name[0], "r0"); return aop; case 3: emitcode (MOV, "r0,#%s", sym->rname); emitcode (MOVC, "r0,[r0+]"); sprintf (aop->name[1], "r0"); emitcode (MOV, "r1l,[r0+]"); sprintf (aop->name[0], "r1l"); return aop; case 4: emitcode (MOV, "r0,#%s", sym->rname); emitcode (MOVC, "r1,[r0+]"); emitcode (MOVC, "r0,[r0+]"); emitcode ("xch", "r0,r1"); sprintf (aop->name[0], "r0"); sprintf (aop->name[1], "r1"); return aop; } } else { aop->type=AOP_CODE; emitcode ("mov", "r0,#%s ; aopForSym:code", sym->rname); sprintf (aop->name[0], "[r0]"); if (size>2) { sprintf (aop->name[1], "[r0+2]"); } } return aop; } // if in far space if (IN_FARSPACE(SPEC_OCLS(sym->etype))) { if (!canUsePointer) { aop->type=AOP_REG; switch (size) { case 1: emitcode (MOV, "r0,#%s", sym->rname); emitcode (MOV, "r0l,[r0]"); sprintf (aop->name[0], "r0l"); return aop; case 2: emitcode (MOV, "r0,#%s", sym->rname); emitcode (MOV, "r0,[r0]"); sprintf (aop->name[0], "r0"); return aop; case 3: emitcode (MOV, "r0,#%s", sym->rname); emitcode (MOV, "r1l,[r0+2]"); sprintf (aop->name[1], "r1l"); emitcode (MOV, "r0,[r0]"); sprintf (aop->name[0], "r0"); return aop; case 4: emitcode (MOV, "r0,#%s", sym->rname); emitcode (MOV, "r1,[r0+2]"); sprintf (aop->name[1], "r1"); emitcode (MOV, "r0,[r0]"); sprintf (aop->name[0], "r0"); return aop; } } else { aop->type=AOP_FAR; emitcode ("mov.w", "r0,#%s ; aopForSym:far", sym->rname); sprintf (aop->name[0], "[r0]"); if (size>2) { sprintf (aop->name[1], "[r0+2]"); } return aop; } } bailOut("aopForSym"); return NULL; } /*-----------------------------------------------------------------*/ /* aopForVal - for a value */ /*-----------------------------------------------------------------*/ static asmop *aopForVal(operand *op) { asmop *aop; if (IS_OP_LITERAL(op)) { op->aop = aop = newAsmop (AOP_LIT); switch ((aop->size=getSize(operandType(op)))) { case 1: sprintf (aop->name[0], "#0x%02x", SPEC_CVAL(operandType(op)).v_int & 0xff); sprintf (aop->name[1], "#0"); break; case 2: sprintf (aop->name[0], "#0x%04x", SPEC_CVAL(operandType(op)).v_int & 0xffff); sprintf (aop->name[1], "#0"); break; case 3: // must be a generic pointer, can only be zero // ?? if (v!=0) fprintf (stderr, "invalid val op for gptr\n"); exit(1); sprintf (aop->name[0], "#0x%04x", SPEC_CVAL(operandType(op)).v_uint & 0xffff); sprintf (aop->name[1], "#0"); break; case 4: sprintf (aop->name[0], "#0x%04x", SPEC_CVAL(operandType(op)).v_ulong & 0xffff); sprintf (aop->name[1], "#0x%04x", SPEC_CVAL(operandType(op)).v_ulong >> 16); break; default: bailOut("aopForVal"); } return aop; } // must be immediate if (IS_SYMOP(op)) { op->aop = aop = newAsmop (AOP_IMMD); switch ((aop->size=getSize(OP_SYMBOL(op)->type))) { case 1: case 2: sprintf (aop->name[0], "#%s", OP_SYMBOL(op)->rname); return aop; case 3: // generic pointer sprintf (aop->name[0], "#0x%02x", DCL_TYPE(operandType(op))); sprintf (aop->name[1], "#%s", OP_SYMBOL(op)->rname); return aop; } } bailOut ("aopForVal: unknown type"); return NULL; } static int aopOp(operand *op, bool canUsePointer, bool canUseOffset) { if (IS_SYMOP(op)) { op->aop=aopForSym (OP_SYMBOL(op), canUsePointer, canUseOffset); return AOP_SIZE(op); } if (IS_VALOP(op)) { op->aop=aopForVal (op); return AOP_SIZE(op); } bailOut("aopOp: unexpected operand"); return 0; } bool aopEqual(asmop *aop1, asmop *aop2, int offset) { if (strcmp(aop1->name[offset], aop2->name[offset])) { return FALSE; } return TRUE; } bool aopIsDir(operand *op) { return AOP_TYPE(op)==AOP_DIR; } bool aopIsBit(operand *op) { return AOP_TYPE(op)==AOP_BIT; } bool aopIsPtr(operand *op) { if (AOP_TYPE(op)==AOP_STK || AOP_TYPE(op)==AOP_CODE || AOP_TYPE(op)==AOP_FAR) { return TRUE; } else { return FALSE; } } char *opRegName(operand *op, int offset, char *opName, bool decorate) { if (IS_SYMOP(op)) { if (OP_SYMBOL(op)->onStack) { sprintf (opName, "[%s]", getStackOffset(OP_SYMBOL(op)->stack)); return opName; } if (IS_TRUE_SYMOP(op)) return OP_SYMBOL(op)->rname; else if (OP_SYMBOL(op)->regs[offset]) return OP_SYMBOL(op)->regs[offset]->name; else bailOut("opRegName: unknown regs"); } if (IS_VALOP(op)) { switch (SPEC_NOUN(OP_VALUE(op)->type)) { case V_SBIT: case V_BIT: if (SPEC_CVAL(OP_VALUE(op)->type).v_int && SPEC_CVAL(OP_VALUE(op)->type).v_int != 1) { bailOut("opRegName: invalid bit value"); } // fall through case V_CHAR: sprintf (opName, "#%s0x%02x", decorate?"(char)":"", SPEC_CVAL(OP_VALUE(op)->type).v_int); break; case V_INT: if (SPEC_LONG(OP_VALUE(op)->type)) { sprintf (opName, "#%s0x%02x", decorate?"(long)":"", SPEC_CVAL(OP_VALUE(op)->type).v_long); } else { sprintf (opName, "#%s0x%02x", decorate?"(int)":"", SPEC_CVAL(OP_VALUE(op)->type).v_int); } break; case V_FLOAT: sprintf (opName, "#%s%f", decorate?"(float)":"", SPEC_CVAL(OP_VALUE(op)->type).v_float); break; default: bailOut("opRegName: unexpected noun"); } return opName; } bailOut("opRegName: unexpected operand type"); return NULL; } char * printOp (operand *op) { static char line[132]; sym_link *optype=operandType(op); bool isPtr = IS_PTR(optype); if (IS_SYMOP(op)) { symbol *sym=OP_SYMBOL(op); if (!sym->regs[0] && SYM_SPIL_LOC(sym)) { sym=SYM_SPIL_LOC(sym); } if (isPtr) { sprintf (line, "["); if (DCL_TYPE(optype)==FPOINTER) strcat (line, "far * "); else if (DCL_TYPE(optype)==CPOINTER) strcat (line, "code * "); else if (DCL_TYPE(optype)==GPOINTER) strcat (line, "gen * "); else if (DCL_TYPE(optype)==POINTER) strcat (line, "near * "); else strcat (line, "unknown * "); strcat (line, "("); strcat (line, nounName(sym->etype)); strcat (line, ")"); strcat (line, sym->name); strcat (line, "]:"); } else { sprintf (line, "(%s)%s:", nounName(sym->etype), sym->name); } if (sym->regs[0]) { strcat (line, sym->regs[0]->name); if (sym->regs[1]) { strcat (line, ","); strcat (line, sym->regs[1]->name); } return line; } if (sym->onStack) { sprintf (line+strlen(line), "stack%+d", sym->stack); return line; } if (IN_CODESPACE(SPEC_OCLS(sym->etype))) { strcat (line, "code"); return line; } if (IN_FARSPACE(SPEC_OCLS(sym->etype))) { strcat (line, "far"); return line; } if (IN_BITSPACE(SPEC_OCLS(sym->etype))) { strcat (line, "bit"); return line; } if (IN_DIRSPACE(SPEC_OCLS(sym->etype))) { strcat (line, "dir"); return line; } strcat (line, "unknown"); return line; } else if (IS_VALOP(op)) { opRegName(op, 0, line, 1); } else if (IS_TYPOP(op)) { sprintf (line, "("); if (isPtr) { if (DCL_TYPE(optype)==FPOINTER) strcat (line, "far * "); else if (DCL_TYPE(optype)==CPOINTER) strcat (line, "code * "); else if (DCL_TYPE(optype)==GPOINTER) strcat (line, "gen * "); else if (DCL_TYPE(optype)==POINTER) strcat (line, "near * "); else strcat (line, "unknown * "); } // forget about static, volatile, ... for now if (SPEC_USIGN(operandType(op))) strcat (line, "unsigned "); if (SPEC_LONG(operandType(op))) strcat (line, "long "); strcat (line, nounName(operandType(op))); strcat (line, ")"); } else { bailOut("printOp: unexpected operand type"); } return line; } void printIc (bool printToStderr, char *op, iCode * ic, bool result, bool left, bool right) { char line[132]; sprintf (line, "%s(%d)", op, ic->lineno); if (result) { strcat (line, " result="); strcat (line, printOp (IC_RESULT(ic))); } if (left) { strcat (line, " left="); strcat (line, printOp (IC_LEFT(ic))); } if (right) { strcat (line, " right="); strcat (line, printOp (IC_RIGHT(ic))); } emitcode (";", line); if (printToStderr) { fprintf (stderr, "%s\n", line); } } /*-----------------------------------------------------------------*/ /* toBoolean - return carry for operand!=0 */ /*-----------------------------------------------------------------*/ static char *toBoolean (operand * op) { symbol *tlbl=newiTempLabel(NULL); switch (AOP_SIZE(op)) { case 1: case 2: emitcode ("cjne", "%s,#1,%05d$; %s", AOP_NAME(op), tlbl->key+100, "This needs a second thought"); emitcode ("", "%05d$:", tlbl->key+100); return "c"; } bailOut("toBoolean: unknown size"); return NULL; } /*-----------------------------------------------------------------*/ /* regsInCommon - two operands have some registers in common */ /*-----------------------------------------------------------------*/ static bool regsInCommon (operand * op1, operand * op2) { symbol *sym1, *sym2; int i; /* if they have registers in common */ if (!IS_SYMOP (op1) || !IS_SYMOP (op2)) return FALSE; sym1 = OP_SYMBOL (op1); sym2 = OP_SYMBOL (op2); if (sym1->nRegs == 0 || sym2->nRegs == 0) return FALSE; for (i = 0; i < sym1->nRegs; i++) { int j; if (!sym1->regs[i]) continue; for (j = 0; j < sym2->nRegs; j++) { if (!sym2->regs[j]) continue; if (sym2->regs[j] == sym1->regs[i]) return TRUE; } } return FALSE; } /*-----------------------------------------------------------------*/ /* resultRemat - result is rematerializable */ /*-----------------------------------------------------------------*/ static int resultRemat (iCode * ic) { if (SKIP_IC (ic) || ic->op == IFX) return 0; if (IC_RESULT (ic) && IS_ITEMP (IC_RESULT (ic))) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); if (sym->remat && !POINTER_SET (ic)) return 1; } return 0; } /*-----------------------------------------------------------------*/ /* genNot - generate code for ! operation */ /*-----------------------------------------------------------------*/ static void genNot (iCode * ic) { printIc (0, "genNot:", ic, 1,1,0); } /*-----------------------------------------------------------------*/ /* genCpl - generate code for complement */ /*-----------------------------------------------------------------*/ static void genCpl (iCode * ic) { printIc (0, "genCpl", ic, 1,1,0); } /*-----------------------------------------------------------------*/ /* genUminus - unary minus code generation */ /*-----------------------------------------------------------------*/ static void genUminus (iCode * ic) { printIc (0, "genUminus", ic, 1,1,0); } /*-----------------------------------------------------------------*/ /* genIpush - generate code for pushing */ /*-----------------------------------------------------------------*/ static void genIpush (iCode * ic) { operand *left=IC_LEFT(ic); printIc (0, "genIpush", ic, 0,1,0); aopOp(left,FALSE,FALSE); if (AOP_TYPE(left)==AOP_LIT) { switch (AOP_SIZE(left)) { case 1: emitcode ("mov", "r1l,%s", AOP_NAME(left)[0]); emitcode ("push", "r1l"); _G.parmsPushed++; return; case 2: emitcode ("mov", "r1,%s", AOP_NAME(left)[0]); emitcode ("push", "r1"); _G.parmsPushed++; return; case 3: emitcode ("mov", "r1l,%s", AOP_NAME(left)[1]); emitcode ("push", "r1l"); emitcode ("mov", "r1,%s", AOP_NAME(left)[0]); emitcode ("push", "r1"); _G.parmsPushed += 2; return; case 4: emitcode ("mov", "r1,%s", AOP_NAME(left)[1]); emitcode ("push", "r1"); emitcode ("mov", "r1,%s", AOP_NAME(left)[0]); emitcode ("push", "r1"); _G.parmsPushed += 2; return; } } else { if (AOP_SIZE(left)>2) { emitcode ("push", "%s", AOP_NAME(left)[1]); _G.parmsPushed++; } emitcode ("push", "%s", AOP_NAME(left)[0]); _G.parmsPushed++; } } /*-----------------------------------------------------------------*/ /* genIpop - recover the registers: can happen only for spilling */ /*-----------------------------------------------------------------*/ static void genIpop (iCode * ic) { printIc (0, "genIpop", ic, 0,1,0); } /*-----------------------------------------------------------------*/ /* genCall - generates a call statement */ /*-----------------------------------------------------------------*/ static void genCall (iCode * ic) { operand *result=IC_RESULT(ic); emitcode (";", "genCall(%d) %s result=%s", ic->lineno, OP_SYMBOL(IC_LEFT(ic))->name, printOp (IC_RESULT(ic))); emitcode ("call", "%s", OP_SYMBOL(IC_LEFT(ic))->rname); /* readjust the stack if we have pushed some parms */ if (_G.parmsPushed) { emitcode ("add", "r7,#0x%02x", _G.parmsPushed*2); _G.parmsPushed=0; } /* if we need to assign a result value */ if (IS_ITEMP (IC_RESULT(ic)) && OP_SYMBOL (IC_RESULT (ic))->nRegs) { aopOp(result,FALSE,FALSE); switch (AOP_SIZE(result)) { case 1: emitcode ("mov", "%s,r0l", AOP_NAME(result)[0]); return; case 2: emitcode ("mov", "%s,r0", AOP_NAME(result)[0]); return; case 3: // generic pointer emitcode ("mov", "%s,r1l", AOP_NAME(result)[1]); emitcode ("mov", "%s,r0", AOP_NAME(result)[0]); return; case 4: emitcode ("mov", "%s,r1", AOP_NAME(result)[1]); emitcode ("mov", "%s,r0", AOP_NAME(result)[0]); return; } bailOut("genCall"); } } /*-----------------------------------------------------------------*/ /* genPcall - generates a call by pointer statement */ /*-----------------------------------------------------------------*/ static void genPcall (iCode * ic) { emitcode (";", "genPcall %s\n", OP_SYMBOL(IC_LEFT(ic))->name); } /*-----------------------------------------------------------------*/ /* genFunction - generated code for function entry */ /*-----------------------------------------------------------------*/ static void genFunction (iCode * ic) { symbol *sym=OP_SYMBOL(IC_LEFT(ic)); sym_link *type=sym->type; emitcode (";", "genFunction %s", sym->rname); /* print the allocation information */ printAllocInfo (currFunc, codeOutBuf); emitcode ("", "%s:", sym->rname); if (IFFUNC_ISNAKED(type)) { emitcode(";", "naked function: no prologue."); return; } /* adjust the stack for locals used in this function */ if (sym->stack) { emitcode ("sub", "r7,#%d\t; create stack space for locals", sym->stack); } } /*-----------------------------------------------------------------*/ /* genEndFunction - generates epilogue for functions */ /*-----------------------------------------------------------------*/ static void genEndFunction (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); printIc (0, "genEndFunction", ic, 0,0,0); if (IFFUNC_ISNAKED(sym->type)) { emitcode(";", "naked function: no epilogue."); if (options.debug && currFunc) debugFile->writeEndFunction (currFunc, ic, 0); return; } /* readjust the stock for locals used in this function */ if (sym->stack) { emitcode ("add", "r7,#%d\t; release stack space for locals", sym->stack); } if (options.debug && currFunc) { debugFile->writeEndFunction (currFunc, ic, 1); } if (IFFUNC_ISISR(sym->type)) { emitcode ("reti", ""); } else { emitcode ("ret", ""); } } /*-----------------------------------------------------------------*/ /* genRet - generate code for return statement */ /*-----------------------------------------------------------------*/ static void genRet (iCode * ic) { if (!IC_LEFT(ic)) { printIc (0, "genRet", ic, 0, 0, 0); } else { printIc (0, "genRet", ic, 0, 1, 0); aopOp(IC_LEFT(ic), TRUE, TRUE); switch (AOP_SIZE(IC_LEFT(ic))) { case 4: emitcode ("mov", "r1,%s", AOP_NAME(IC_LEFT(ic))[1]); emitcode ("mov", "r0,%s", AOP_NAME(IC_LEFT(ic))[0]); break; case 3: emitcode ("mov", "r1l,%s", AOP_NAME(IC_LEFT(ic))[1]); // fall through case 2: emitcode ("mov", "r0,%s", AOP_NAME(IC_LEFT(ic))[0]); break; case 1: emitcode ("mov", "r0l,%s", AOP_NAME(IC_LEFT(ic))[0]); break; default: bailOut("genRet"); } } emitcode ("jmp", "%05d$", returnLabel->key+100); } /*-----------------------------------------------------------------*/ /* genLabel - generates a label */ /*-----------------------------------------------------------------*/ static void genLabel (iCode * ic) { /* special case never generate */ if (IC_LABEL (ic) == entryLabel) return; emitcode (";", "genLabel(%d) %s", ic->lineno, IC_LABEL(ic)->name); emitcode ("", "%05d$:", (IC_LABEL (ic)->key + 100)); } /*-----------------------------------------------------------------*/ /* genGoto - generates a jmp */ /*-----------------------------------------------------------------*/ static void genGoto (iCode * ic) { emitcode (";", "genGoto(%d) %s", ic->lineno, IC_LABEL(ic)->name); emitcode ("jmp", "%05d$", (IC_LABEL (ic)->key + 100)); } /*-----------------------------------------------------------------*/ /* genPlus - generates code for addition */ /*-----------------------------------------------------------------*/ static void genPlus (iCode * ic) { operand *result=IC_RESULT(ic), *left=IC_LEFT(ic), *right=IC_RIGHT(ic); int size; char *instr; printIc (0, "genPlus", ic, 1,1,1); size=aopOp(result, TRUE, TRUE); /* if left is a literal, then exchange them */ if (IS_LITERAL(operandType(left))) { operand *tmp = right; right = left; left = tmp; } if (aopIsBit(result)) { if (IS_LITERAL(operandType(right))) { if (operandLitValue(right)) { emitcode ("setb", AOP_NAME(result)[0]); return; } aopOp(left, TRUE, TRUE); emitcode ("mov", "%s,%s", AOP_NAME(result)[0], toBoolean(left)); return; } bailOut("genPlus: unfinished genPlus bit"); } aopOp(left, !aopIsPtr(result), !aopIsDir(result)); aopOp(right, !aopIsPtr(result), !aopIsDir(result)); // special case for "* = * + char", needs a closer look // heck, this shouldn't have come here but bug-223113 does if (size==3 && AOP_SIZE(right)==1) { emitcode ("mov", "r1l,%s", AOP_NAME(right)[0]); emitcode ("mov", "r1h,#0"); // ptr arith unsigned???????????? emitcode ("mov", "%s,%s", AOP_NAME(result)[0], AOP_NAME(left)[0]); emitcode ("add.w", "%s,r1", AOP_NAME(result)[0]); emitcode ("mov", "%s,%s", AOP_NAME(result)[1], AOP_NAME(left)[1]); return; } // special case for "xdata * = xdata * + char", needs a closer look // heck, this shouldn't have come here but bug-441448 does if (size==2 && AOP_SIZE(right)==1) { emitcode ("mov", "r1l,%s", AOP_NAME(right)[0]); emitcode ("mov", "r1h,#0"); // ptr arith unsigned???????????? emitcode ("mov", "%s,%s", AOP_NAME(result)[0], AOP_NAME(left)[0]); emitcode ("add.w", "%s,r1", AOP_NAME(result)[0]); return; } if (size>1) { instr="add.w"; } else { instr="add.b"; } if (!aopEqual(result->aop, left->aop, 0)) { emitcode ("mov", "%s,%s", AOP_NAME(result)[0], AOP_NAME(left)[0]); } emitcode (instr, "%s,%s", AOP_NAME(result)[0], AOP_NAME(right)[0]); if (size>2) { if (!aopEqual(result->aop, left->aop, 1)) { emitcode ("mov", "%s,%s", AOP_NAME(result)[1], AOP_NAME(left)[1]); } if (size==3) { // generic pointer } else { emitcode ("addc.w", "%s,%s", AOP_NAME(result)[1], AOP_NAME(right)[1]); } } return; } /*-----------------------------------------------------------------*/ /* genMinus - generates code for subtraction */ /*-----------------------------------------------------------------*/ static void genMinus (iCode * ic) { operand *result=IC_RESULT(ic), *left=IC_LEFT(ic), *right=IC_RIGHT(ic); int size; char *instr; printIc (0, "genMinus", ic, 1,1,1); size=aopOp(result, TRUE, TRUE); /* if left is a literal, then exchange them */ if (IS_LITERAL(operandType(left))) { operand *tmp = right; right = left; left = tmp; } if (aopIsBit(result)) { if (IS_LITERAL(operandType(right))) { if (operandLitValue(right)) { emitcode ("clr", AOP_NAME(result)[0]); return; } aopOp(left, TRUE, TRUE); emitcode ("mov", "%s,%s", AOP_NAME(result)[0], toBoolean(left)); return; } bailOut("genPlus: unfinished genPlus bit"); } if (isOperandEqual(result,left)) { left->aop=result->aop; } else { aopOp(left, !aopIsPtr(result), !aopIsDir(result)); } aopOp(right, !aopIsPtr(result), !aopIsDir(result)); if (size>1) { instr="sub.w"; } else { instr="sub.b"; } if (!aopEqual(result->aop, left->aop, 0)) { emitcode ("mov", "%s,%s", AOP_NAME(result)[0], AOP_NAME(left)[0]); } emitcode (instr, "%s,%s", AOP_NAME(result)[0], AOP_NAME(right)[0]); if (size>2) { if (!aopEqual(result->aop, left->aop, 1)) { emitcode ("mov", "%s,%s", AOP_NAME(result)[1], AOP_NAME(left)[1]); } if (size==3) { // generic pointer } else { emitcode ("subb.w", "%s,%s", AOP_NAME(result)[1], AOP_NAME(right)[1]); } } return; } /*-----------------------------------------------------------------*/ /* genMult - generates code for multiplication */ /*-----------------------------------------------------------------*/ static void genMult (iCode * ic) { printIc (0, "genMult", ic, 1,1,1); } /*-----------------------------------------------------------------*/ /* genDiv - generates code for division */ /*-----------------------------------------------------------------*/ static void genDiv (iCode * ic) { printIc (0, "genDiv", ic, 1,1,1); } /*-----------------------------------------------------------------*/ /* genMod - generates code for division */ /*-----------------------------------------------------------------*/ static void genMod (iCode * ic) { printIc (0, "genMod", ic, 1,1,1); } /*-----------------------------------------------------------------*/ /* ifxForOp - returns the icode containing the ifx for operand */ /*-----------------------------------------------------------------*/ static iCode *ifxForOp (operand * op, iCode * ic) { /* if true symbol then needs to be assigned */ if (IS_TRUE_SYMOP (op)) return NULL; /* if this has register type condition and the next instruction is ifx with the same operand and live to of the operand is upto the ifx only then */ if (ic->next && ic->next->op == IFX && IC_COND (ic->next)->key == op->key && OP_SYMBOL (op)->liveTo <= ic->next->seq) return ic->next; return NULL; } /*-----------------------------------------------------------------*/ /* genCmp - compares whatever */ /*-----------------------------------------------------------------*/ static void genCmp (iCode * ic, char *trueInstr, char *falseInstr) { iCode *ifx=ifxForOp(IC_RESULT(ic),ic); operand *left=IC_LEFT(ic), *right=IC_RIGHT(ic); int size; bool isTrue; char *instr; int jlbl; size=aopOp(left, TRUE, TRUE); aopOp(right, !aopIsPtr(left), TRUE); if (size==1) { instr="cmp.b"; } else { instr="cmp.w"; } if (IC_TRUE(ifx)) { isTrue=TRUE; jlbl=IC_TRUE(ifx)->key+100; } else { isTrue=FALSE; jlbl=IC_FALSE(ifx)->key+100; } if (!ifx) { aopOp(IC_RESULT(ic), !aopIsPtr(left), TRUE); jlbl=newiTempLabel(NULL)->key+100; emitcode("mov", "%s,#-1", AOP_NAME(IC_RESULT(ic))[0]); emitcode(instr, "%s,%s", AOP_NAME(left)[0], AOP_NAME(right)[0]); emitcode(isTrue ? trueInstr : falseInstr, "%05d$", jlbl); emitcode("cpl", "%s", AOP_NAME(IC_RESULT(ic))[0]); emitcode("", "%05d$:", jlbl); } else { emitcode(instr, "%s,%s", AOP_NAME(left)[0], AOP_NAME(right)[0]); emitcode(isTrue ? trueInstr : falseInstr, "%05d$", jlbl); ifx->generated=1; } if (size>2) { bailOut("genCmp: size > 2"); } } /*-----------------------------------------------------------------*/ /* genCmpEq :- generates code for equal to */ /*-----------------------------------------------------------------*/ static void genCmpEq (iCode * ic) { printIc (0, "genCmpEq", ic, 0,1,1); genCmp(ic, "beq", "bne"); // no sign } /*-----------------------------------------------------------------*/ /* genCmpGt :- greater than comparison */ /*-----------------------------------------------------------------*/ static void genCmpGt (iCode * ic) { printIc (0, "genCmpGt", ic, 0,1,1); if (SPEC_USIGN(operandType(IC_LEFT(ic))) || SPEC_USIGN(operandType(IC_RIGHT(ic)))) { genCmp(ic, "bg", "bl"); // unsigned } else { genCmp(ic, "bgt", "ble"); // signed } } /*-----------------------------------------------------------------*/ /* genCmpLt - less than comparisons */ /*-----------------------------------------------------------------*/ static void genCmpLt (iCode * ic) { printIc (0, "genCmpLt", ic, 0,1,1); if (SPEC_USIGN(operandType(IC_LEFT(ic))) || SPEC_USIGN(operandType(IC_RIGHT(ic)))) { genCmp(ic, "bcs", "bcc"); // unsigned } else { genCmp(ic, "blt", "bge"); // signed } } /*-----------------------------------------------------------------*/ /* hasInc - operand is incremented before any other use */ /*-----------------------------------------------------------------*/ static iCode *hasInc (operand *op, iCode *ic, int osize) { sym_link *type = operandType(op); sym_link *retype = getSpec (type); iCode *lic = ic->next; int isize ; /* this could from a cast, e.g.: "(char xdata *) 0x7654;" */ if (!IS_SYMOP(op)) return NULL; if (IS_BITVAR(retype)||!IS_PTR(type)) return NULL; if (IS_AGGREGATE(type->next)) return NULL; if (osize != (isize = getSize(type->next))) return NULL; while (lic) { /* if operand of the form op = op + */ if (lic->op == '+') { if (isOperandEqual(IC_LEFT(lic),op) && //isOperandEqual(IC_RESULT(lic),op) && isOperandLiteral(IC_RIGHT(lic)) && operandLitValue(IC_RIGHT(lic)) == isize) { emitcode (";", "Found hasInc"); return lic; } } /* if the operand used or deffed */ if (bitVectBitValue(OP_USES(op),lic->key) || lic->defKey == op->key) { return NULL; } /* if GOTO or IFX */ if (lic->op == IFX || lic->op == GOTO || lic->op == LABEL) break; lic = lic->next; } return NULL; } /*-----------------------------------------------------------------*/ /* genAndOp - for && operation */ /*-----------------------------------------------------------------*/ static void genAndOp (iCode * ic) { printIc (0, "genAndOp(&&)", ic, 1,1,1); } /*-----------------------------------------------------------------*/ /* genOrOp - for || operation */ /*-----------------------------------------------------------------*/ static void genOrOp (iCode * ic) { printIc (0, "genOrOp(||)", ic, 1,1,1); } /*-----------------------------------------------------------------*/ /* genAnd - code for and */ /*-----------------------------------------------------------------*/ static void genAnd (iCode * ic, iCode * ifx) { printIc (0, "genAnd", ic, 1,1,1); } /*-----------------------------------------------------------------*/ /* genOr - code for or */ /*-----------------------------------------------------------------*/ static void genOr (iCode * ic, iCode * ifx) { operand *result=IC_RESULT(ic), *left=IC_LEFT(ic), *right=IC_RIGHT(ic); int size; char *instr; printIc (0, "genOr", ic, 1,1,1); size=aopOp(result, TRUE, TRUE); /* if left is a literal, then exchange them */ if (IS_LITERAL(operandType(left))) { operand *tmp = right; right = left; left = tmp; } if (aopIsBit(result)) { if (IS_LITERAL(operandType(right))) { if (operandLitValue(right)) { emitcode ("setb", AOP_NAME(result)[0]); return; } aopOp(left, TRUE, TRUE); emitcode ("mov", "%s,%s", AOP_NAME(result)[0], toBoolean(left)); return; } } aopOp(left, !aopIsPtr(result), !aopIsDir(result)); aopOp(right, !aopIsPtr(result), !aopIsDir(result)); if (size>1) { instr="or.w"; } else { instr="or.b"; } if (!aopEqual(result->aop, left->aop, 0)) { emitcode ("mov", "%s,%s", AOP_NAME(result)[0], AOP_NAME(left)[0]); } emitcode (instr, "%s,%s", AOP_NAME(result)[0], AOP_NAME(right)[0]); if (size>2) { if (!aopEqual(result->aop, left->aop, 1)) { emitcode ("mov", "%s,%s", AOP_NAME(result)[1], AOP_NAME(left)[1]); } emitcode (instr, "%s,%s", AOP_NAME(result)[1], AOP_NAME(right)[1]); } return; } /*-----------------------------------------------------------------*/ /* genXor - code for xclusive or */ /*-----------------------------------------------------------------*/ static void genXor (iCode * ic, iCode * ifx) { printIc (0, "genXor", ic, 1,1,1); } /*-----------------------------------------------------------------*/ /* genInline - write the inline code out */ /*-----------------------------------------------------------------*/ static void genInline (iCode * ic) { printIc (0, "genInline", ic, 0,0,0); emitcode ("", IC_INLINE(ic)); } /*-----------------------------------------------------------------*/ /* genRRC - rotate right with carry */ /*-----------------------------------------------------------------*/ static void genRRC (iCode * ic) { printIc (0, "genRRC", ic, 1,1,0); } /*-----------------------------------------------------------------*/ /* genRLC - generate code for rotate left with carry */ /*-----------------------------------------------------------------*/ static void genRLC (iCode * ic) { printIc (0, "genRLC", ic, 1,1,0); } /*-----------------------------------------------------------------*/ /* genGetHbit - generates code get highest order bit */ /*-----------------------------------------------------------------*/ static void genGetHbit (iCode * ic) { printIc (0, "genGetHbit", ic, 1,1,0); } /*-----------------------------------------------------------------*/ /* genLeftShift - generates code for left shifting */ /*-----------------------------------------------------------------*/ static void genLeftShift (iCode * ic) { printIc (0, "genLeftShift", ic, 1,1,1); } /*-----------------------------------------------------------------*/ /* genRightShift - generate code for right shifting */ /*-----------------------------------------------------------------*/ static void genRightShift (iCode * ic) { printIc (0, "genRightShift", ic, 1,1,1); } /*-----------------------------------------------------------------*/ /* genPointerGet - generate code for pointer get */ /*-----------------------------------------------------------------*/ static void genPointerGet (iCode * ic, iCode *pi) { char *instr, *scratchReg; operand *result=IC_RESULT(ic), *left=IC_LEFT(ic); bool codePointer=IS_CODEPTR(operandType(left)); int size; if (pi) { printIc (0, "genPointerGet pi", ic, 1,1,0); } else { printIc (0, "genPointerGet", ic, 1,1,0); } if (!IS_PTR(operandType(left))) { bailOut ("genPointerGet: pointer required"); } aopOp(left,FALSE,FALSE); size=aopOp(result,TRUE,aopIsDir(left)); if (IS_GENPTR(operandType(left))) { symbol *tlbl1=newiTempLabel(NULL); symbol *tlbl2=newiTempLabel(NULL); emitcode ("cmp", "%s,#0x%02x", AOP_NAME(left)[1], CPOINTER); emitcode ("beq", "%05d$", tlbl1->key+100); // far/near pointer if (pi) { emitcode ("mov", "%s,[%s+]", AOP_NAME(result)[0], AOP_NAME(left)[0]); pi->generated=1; } else { emitcode ("mov", "%s,[%s]", AOP_NAME(result)[0], AOP_NAME(left)[0]); } if (size>2) { if (pi) { emitcode ("mov", "%s,[%s+]", AOP_NAME(result)[1], AOP_NAME(left)[0]); } else { emitcode ("mov", "%s,[%s+2]", AOP_NAME(result)[1], AOP_NAME(left)[0]); } } emitcode ("br", "%05d$", tlbl2->key+100); emitcode ("", "%05d$:", tlbl1->key+100); // code pointer if (pi) { emitcode ("movc", "%s,[%s+]", AOP_NAME(result)[0], AOP_NAME(left)[0]); pi->generated=1; } else { emitcode ("mov", "r0,%s", AOP_NAME(left)[0]); emitcode ("movc", "%s,[r0+]", AOP_NAME(result)[0]); } if (size>2) { if (pi) { emitcode ("movc", "%s,[%s+]", AOP_NAME(result)[1], AOP_NAME(left)[0]); } else { emitcode ("movc", "%s,[r0+]", AOP_NAME(result)[1]); } } emitcode ("", "%05d$:", tlbl2->key+100); return; } switch (AOP_TYPE(left)) { case AOP_LIT: emitcode("mov","r1,%s", AOP_NAME(left)[0]); sprintf (AOP_NAME(left)[0], "r1"); // fall through case AOP_REG: if (size>1) { if (codePointer) { instr=MOVCW; } else { instr=MOVW; } scratchReg=R1; } else { if (codePointer) { instr=MOVCB; } else { instr=MOVB; } scratchReg=R1L; } if (AOP_TYPE(result)==AOP_STK) { emitcode (MOV, "%s,[%s]", scratchReg, AOP_NAME(left)[0]); emitcode (MOV, "%s,%s", AOP_NAME(result)[0], scratchReg); } else { if (pi) { emitcode (instr, "%s,[%s+]", AOP_NAME(result)[0], AOP_NAME(left)[0]); pi->generated=1; } else { if (codePointer) { emitcode (MOV, "r1,%s", AOP_NAME(left)[0]); emitcode (instr, "%s,[r1+]", AOP_NAME(result)[0]); } else { emitcode (instr, "%s,[%s]", AOP_NAME(result)[0], AOP_NAME(left)[0]); } } } if (size > 2) { if (size==3) { if (codePointer) { instr=MOVCB; } else { instr=MOVB; } scratchReg=R1L; } if (AOP_TYPE(result)==AOP_STK) { emitcode (MOV, "%s,[%s+2]", scratchReg, AOP_NAME(left)[0]); emitcode (MOV, "%s,%s", AOP_NAME(result)[1], scratchReg); } else { if (pi) { emitcode (instr, "%s,[%s+]", AOP_NAME(result)[1], AOP_NAME(left)[0]); } else { if (codePointer) { emitcode (instr, "%s,[r1]", AOP_NAME(result)[1]); } else { emitcode (instr, "%s,[%s+2]", AOP_NAME(result)[1], AOP_NAME(left)[0]); } } } } return; } bailOut ("genPointerGet"); } /*-----------------------------------------------------------------*/ /* genPointerSet - stores the value into a pointer location */ /*-----------------------------------------------------------------*/ static void genPointerSet (iCode * ic, iCode *pi) { char *instr; operand *result=IC_RESULT(ic), *right=IC_RIGHT(ic); int size; printIc (0, "genPointerSet", ic, 1,0,1); if (!IS_PTR(operandType(result))) { bailOut ("genPointerSet: pointer required"); } aopOp(result,FALSE,FALSE); size=aopOp(right,FALSE, FALSE); if (IS_GENPTR(operandType(result))) { emitcode (";", "INLINE\t_gptrset ; [%s %s] = %s %s", AOP_NAME(result)[0], AOP_NAME(result)[1], AOP_NAME(right)[0], AOP_NAME(right)[1]); return; } switch (AOP_TYPE(right)) { case AOP_LIT: case AOP_REG: if (size>1) { instr=MOVW; } else { instr=MOVB; } if (pi) { emitcode (instr, "[%s+],%s", AOP_NAME(result)[0], AOP_NAME(right)[0]); pi->generated=1; } else { emitcode (instr, "[%s],%s", AOP_NAME(result)[0], AOP_NAME(right)[0]); } if (size > 2) { if (size==3) { instr=MOVB; } if (pi) { emitcode (instr, "[%s+],%s", AOP_NAME(result)[0], AOP_NAME(right)[1]); } else { emitcode (instr, "[%s+2],%s", AOP_NAME(result)[0], AOP_NAME(right)[1]); } } return; } bailOut ("genPointerSet"); } /*-----------------------------------------------------------------*/ /* genIfx - generate code for Ifx statement */ /*-----------------------------------------------------------------*/ static void genIfx (iCode * ic, iCode * popIc) { int size; char *instr; bool trueOrFalse; symbol *jlbl, *tlbl=newiTempLabel(NULL); operand *cond=IC_COND(ic); emitcode (";", "genIfx(%d) cond=%s trueLabel:%s falseLabel:%s", ic->lineno, printOp(cond), IC_TRUE(ic) ? IC_TRUE(ic)->name : "NULL", IC_FALSE(ic) ? IC_FALSE(ic)->name : "NULL"); size=aopOp(cond,TRUE,TRUE); if (IC_TRUE(ic)) { trueOrFalse=TRUE; jlbl=IC_TRUE(ic); } else { trueOrFalse=FALSE; jlbl=IC_FALSE(ic); } switch (AOP_TYPE(cond) ) { case AOP_BIT: emitcode (trueOrFalse ? "jnb" : "jb", "%s,%05d$", AOP_NAME(cond)[0], tlbl->key+100); emitcode ("jmp", "%05d$", jlbl->key+100); emitcode ("", "%05d$:", tlbl->key+100); return; case AOP_REG: case AOP_DIR: case AOP_FAR: case AOP_STK: if (size>1) { instr="cmp.w"; } else { instr="cmp.b"; } emitcode (instr, "%s,#0", AOP_NAME(cond)[0]); emitcode (trueOrFalse ? "beq" : "bne", "%05d$", tlbl->key+100); if (size > 2) { if (size==3) { // generic pointer, forget the generic part } else { emitcode (instr, "%s,#0", AOP_NAME(cond)[1]); emitcode (trueOrFalse ? "beq" : "bne", "%05d$", tlbl->key+100); } } emitcode ("jmp", "%05d$", jlbl->key+100); emitcode ("", "%05d$:", tlbl->key+100); return; } bailOut ("genIfx"); } /*-----------------------------------------------------------------*/ /* genAddrOf - generates code for address of */ /*-----------------------------------------------------------------*/ static void genAddrOf (iCode * ic) { int size; operand *left=IC_LEFT(ic); printIc (0, "genAddrOf", ic, 1,1,0); size=aopOp (IC_RESULT(ic), FALSE, TRUE); if (isOperandOnStack(left)) { emitcode ("lea", "%s,%s", AOP_NAME(IC_RESULT(ic))[0], getStackOffset(OP_SYMBOL(left)->stack)); if (size > 2) { // this must be a generic pointer emitcode ("mov.b", "%s,#0x%02x", AOP_NAME(IC_RESULT(ic))[1], FPOINTER); } return; } if (isOperandInDirSpace(left) || isOperandInFarSpace(left) || isOperandInCodeSpace(left)) { emitcode ("mov.w", "%s,#%s", AOP_NAME(IC_RESULT(ic))[0], OP_SYMBOL(left)->rname); if (size > 2) { // this must be a generic pointer int space=0; // dir space if (isOperandInFarSpace(left)) { space=1; } else if (isOperandInCodeSpace(left)) { space=2; } emitcode ("mov.b", "%s,#0x%02x", AOP_NAME(IC_RESULT(ic))[1], space); } return; } bailOut("genAddrOf"); } /*-----------------------------------------------------------------*/ /* genAssign - generate code for assignment */ /*-----------------------------------------------------------------*/ static void genAssign (iCode * ic) { operand *result=IC_RESULT(ic), *right=IC_RIGHT(ic); int size; char *instr; printIc (0, "genAssign", ic, 1,0,1); if (!IS_SYMOP(result)) { bailOut("genAssign: result is not a symbol"); } aopOp(result, TRUE, TRUE); aopOp(right, !aopIsPtr(result), AOP_TYPE(result)!=AOP_DIR); size=AOP_SIZE(result); /* if result is a bit */ if (AOP_TYPE(result) == AOP_BIT) { /* if right is literal, we know what the value is */ if (AOP_TYPE(right) == AOP_LIT) { if (operandLitValue(right)) { emitcode ("setb", AOP_NAME(result)[0]); } else { emitcode ("clr", AOP_NAME(result)[0]); } return; } /* if right is also a bit */ if (AOP_TYPE(right) == AOP_BIT) { emitcode ("mov", "c,%s", AOP_NAME(right)); emitcode ("mov", "%s,c", AOP_NAME(result)); return; } /* we need to or */ emitcode ("mov", "%s,%s; toBoolean", AOP_NAME(result), toBoolean(right)); return; } // TODO: if (-8 >= right==lit <= 7) instr=MOVS /* general case */ if (size>1) { instr=MOVW; } else { instr=MOVB; } emitcode (instr, "%s,%s", AOP_NAME(result)[0], AOP_NAME(right)[0]); if (size > 2) { if (size==3) { // generic pointer instr=MOVB; } emitcode (instr, "%s,%s", AOP_NAME(result)[1], AOP_NAME(right)[1]); return; } } /*-----------------------------------------------------------------*/ /* genJumpTab - genrates code for jump table */ /*-----------------------------------------------------------------*/ static void genJumpTab (iCode * ic) { printIc (0, "genJumpTab", ic, 0,0,0); } /*-----------------------------------------------------------------*/ /* genCast - gen code for casting */ /*-----------------------------------------------------------------*/ static void genCast (iCode * ic) { int size; operand *result=IC_RESULT(ic); operand *right=IC_RIGHT(ic); sym_link *ctype=operandType(IC_LEFT(ic)); sym_link *rtype=operandType(IC_RIGHT(ic)); sym_link *etype=getSpec(rtype); short ptrType, signedness; printIc (0, "genCast", ic, 1,1,1); aopOp(result, TRUE, TRUE); aopOp(right, !aopIsPtr(result), AOP_TYPE(result)!=AOP_DIR); size=AOP_SIZE(result); /* if result is a bit */ if (AOP_TYPE(result) == AOP_BIT) { /* if right is literal, we know what the value is */ if (AOP_TYPE(right) == AOP_LIT) { if (operandLitValue(right)) { emitcode ("setb", AOP_NAME(result)[0]); } else { emitcode ("clr", AOP_NAME(result)[0]); } return; } /* if right is also a bit */ if (AOP_TYPE(right) == AOP_BIT) { emitcode ("mov", "c,%s", AOP_NAME(right)); emitcode ("mov", "%s,c", AOP_NAME(result)); return; } /* we need to or */ emitcode ("mov", "%s,%s; toBoolean", AOP_NAME(result), toBoolean(right)); return; } /* if right is a bit */ if (AOP_TYPE(right)==AOP_BIT) { emitcode ("mov", "c,%s", AOP_NAME(right)); emitcode ("mov", "%s,#0", AOP_NAME(result)[0]); emitcode ("rlc", "%s,#1", AOP_NAME(result)[0]); if (size>2) { emitcode ("mov", "%s,#0", AOP_NAME(result)[1]); } return; } /* if the result is of type pointer */ if (IS_PTR (ctype)) { if (AOP_SIZE(right)>1) { emitcode ("mov", "%s,%s", AOP_NAME(result)[0], AOP_NAME(right)[0]); } else { emitcode ("mov", "r1l,%s", AOP_NAME(right)[0]); emitcode ("sext", "r1h"); emitcode ("mov", "%s,r1", AOP_NAME(result)[0]); } /* if pointer to generic pointer */ if (IS_GENPTR (ctype)) { if (IS_GENPTR (rtype)) { bailOut("genCast: gptr -> gptr"); } if (IS_PTR (rtype)) { ptrType = DCL_TYPE (rtype); } else { /* we have to go by the storage class */ if (!SPEC_OCLS(etype)) { ptrType=0; // hush the compiler bailOut("genCast: unknown storage class"); } else { ptrType = PTR_TYPE (SPEC_OCLS (etype)); } } /* the generic part depends on the type */ switch (ptrType) { case POINTER: emitcode ("mov.b", "%s,#0x00", AOP_NAME(result)[1]); break; case FPOINTER: emitcode ("mov.b", "%s,#0x01", AOP_NAME(result)[1]); break; case CPOINTER: emitcode ("mov.b", "%s,#0x02", AOP_NAME(result)[1]); break; default: bailOut("genCast: got unknown storage class"); } } return; } /* do we have to sign extend? */ signedness = SPEC_USIGN(rtype); /* now depending on the size */ switch ((AOP_SIZE(result)<<4) + AOP_SIZE(right)) { case 0x44: case 0x33: emitcode("mov", "%s,%s", AOP_NAME(result)[1], AOP_NAME(right)[1]); // fall through case 0x24: case 0x22: case 0x11: emitcode("mov", "%s,%s", AOP_NAME(result)[0], AOP_NAME(right)[0]); return; case 0x42: emitcode("mov", "%s,%s", AOP_NAME(result)[0], AOP_NAME(right)[0]); if (signedness) { emitcode("sext", "%s", AOP_NAME(result)[1]); } else { emitcode("mov", "%s,#0", AOP_NAME(result)[1]); } return; case 0x41: case 0x21: emitcode("mov", "r1l,%s", AOP_NAME(right)[0]); if (signedness) { emitcode("sext", "r1h"); } else { emitcode("mov", "r1h,#0"); } emitcode("mov", "%s,r1", AOP_NAME(result)[0]); if (size==2) return; // fall through: case 0x41 if (signedness) { emitcode("sext", "r1"); } else { emitcode("mov", "r1,#0"); } emitcode("mov", "%s,r1", AOP_NAME(result)[1]); return; case 0x14: case 0x12: emitcode("mov", "r1,%s", AOP_NAME(right)[0]); emitcode("mov", "%s,r1l", AOP_NAME(result)[0]); return; } fprintf(stderr, "genCast: unknown size: %d:%d\n", AOP_SIZE(result), AOP_SIZE(right)); bailOut("genCast: unknown size"); } /*-----------------------------------------------------------------*/ /* genDjnz - generate decrement & jump if not zero instrucion */ /*-----------------------------------------------------------------*/ static bool genDjnz (iCode * ic, iCode * ifx) { symbol *lbl, *lbl1; if (!ifx) return 0; /* if the if condition has a false label then we cannot save */ if (IC_FALSE (ifx)) return 0; /* if the minus is not of the form a = a - 1 */ if (!isOperandEqual (IC_RESULT (ic), IC_LEFT (ic)) || !IS_OP_LITERAL (IC_RIGHT (ic))) return 0; if (operandLitValue (IC_RIGHT (ic)) != 1) return 0; /* if the size of this greater than two then no saving */ if (getSize (operandType (IC_RESULT (ic))) > 2) return 0; printIc (0, "genDjnz", ic, 1,1,1); /* otherwise we can save BIG */ lbl = newiTempLabel (NULL); lbl1 = newiTempLabel (NULL); aopOp (IC_RESULT (ic), FALSE, TRUE); if (AOP_TYPE(IC_RESULT(ic))==AOP_REG || AOP_TYPE(IC_RESULT(ic))==AOP_DIR) { emitcode ("djnz", "%s,%05d$", AOP_NAME(IC_RESULT(ic)), lbl->key+100); emitcode ("br", "%05d$", lbl1->key + 100); emitcode ("", "%05d$:", lbl->key + 100); emitcode ("jmp", "%05d$", IC_TRUE (ifx)->key + 100); emitcode ("", "%05d$:", lbl1->key + 100); return TRUE; } bailOut("genDjnz: aop type"); return FALSE; } /*-----------------------------------------------------------------*/ /* genReceive - generate code for a receive iCode */ /*-----------------------------------------------------------------*/ static void genReceive (iCode * ic) { printIc (0, "genReceive", ic, 1,0,0); } /*-----------------------------------------------------------------*/ /* genDummyRead - generate code for dummy read of volatiles */ /*-----------------------------------------------------------------*/ static void genDummyRead (iCode * ic) { emitcode ("; genDummyRead",""); ic = ic; } /*-----------------------------------------------------------------*/ /* gen51Code - generate code for 8051 based controllers */ /*-----------------------------------------------------------------*/ void genXA51Code (iCode * lic) { iCode *ic; int cln = 0; lineHead = lineCurr = NULL; /* if debug information required */ if (options.debug && currFunc) { debugFile->writeFunction (currFunc, lic); } for (ic = lic; ic; ic = ic->next) { if (ic->lineno && cln != ic->lineno) { if (options.debug) { debugFile->writeCLine (ic); } if (!options.noCcodeInAsm) { emitcode ("", ";\t%s:%d: %s", ic->filename, ic->lineno, printCLine(ic->filename, ic->lineno)); } cln = ic->lineno; } if (options.iCodeInAsm) { const char *iLine = printILine(ic); emitcode("", ";ic:%d: %s", ic->key, iLine); dbuf_free(iLine); } /* if the result is marked as spilt and rematerializable or code for this has already been generated then do nothing */ if (resultRemat (ic) || ic->generated) continue; /* depending on the operation */ switch (ic->op) { case '!': genNot (ic); break; case '~': genCpl (ic); break; case UNARYMINUS: genUminus (ic); break; case IPUSH: genIpush (ic); break; case IPOP: /* IPOP happens only when trying to restore a spilt live range, if there is an ifx statement following this pop then the if statement might be using some of the registers being popped which would destory the contents of the register so we need to check for this condition and handle it */ if (ic->next && ic->next->op == IFX && regsInCommon (IC_LEFT (ic), IC_COND (ic->next))) genIfx (ic->next, ic); else genIpop (ic); break; case CALL: genCall (ic); break; case PCALL: genPcall (ic); break; case FUNCTION: genFunction (ic); break; case ENDFUNCTION: genEndFunction (ic); break; case RETURN: genRet (ic); break; case LABEL: genLabel (ic); break; case GOTO: genGoto (ic); break; case '+': genPlus (ic); break; case '-': if (!genDjnz (ic, ifxForOp (IC_RESULT (ic), ic))) genMinus (ic); break; case '*': genMult (ic); break; case '/': genDiv (ic); break; case '%': genMod (ic); break; case '>': genCmpGt (ic); break; case '<': genCmpLt (ic); break; case LE_OP: case GE_OP: case NE_OP: /* note these two are xlated by algebraic equivalence during parsing SDCC.y */ werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "got '>=' or '<=' shouldn't have come here"); break; case EQ_OP: genCmpEq (ic); break; case AND_OP: genAndOp (ic); break; case OR_OP: genOrOp (ic); break; case '^': genXor (ic, ifxForOp (IC_RESULT (ic), ic)); break; case '|': genOr (ic, ifxForOp (IC_RESULT (ic), ic)); break; case BITWISEAND: genAnd (ic, ifxForOp (IC_RESULT (ic), ic)); break; case INLINEASM: genInline (ic); break; case RRC: genRRC (ic); break; case RLC: genRLC (ic); break; case GETHBIT: genGetHbit (ic); break; case LEFT_OP: genLeftShift (ic); break; case RIGHT_OP: genRightShift (ic); break; case GET_VALUE_AT_ADDRESS: genPointerGet (ic, hasInc(IC_LEFT(ic), ic, getSize(operandType(IC_RESULT(ic))))); break; case '=': if (POINTER_SET (ic)) genPointerSet (ic, hasInc(IC_RESULT(ic), ic, getSize(operandType(IC_RIGHT(ic))))); else genAssign (ic); break; case IFX: genIfx (ic, NULL); break; case ADDRESS_OF: genAddrOf (ic); break; case JUMPTABLE: genJumpTab (ic); break; case CAST: genCast (ic); break; case RECEIVE: genReceive (ic); break; case SEND: addSet (&_G.sendSet, ic); break; case DUMMY_READ_VOLATILE: genDummyRead (ic); break; default: ic = ic; } } /* now we are ready to call the peep hole optimizer */ if (!options.nopeep) peepHole (&lineHead); /* now do the actual printing */ printLine (lineHead, codeOutBuf); return; } sdcc-2.9.0/src/xa51/gen.h000066400000000000000000000041341116427777700147520ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCgen51.h - header file for code generation for 8051 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef SDCCGEN51_H #define SDCCGEN51_H enum { AOP_LIT = 1, AOP_REG, AOP_DIR, AOP_FAR, AOP_CODE, AOP_GPTR, AOP_STK, AOP_IMMD, AOP_BIT }; /* type asmop : a homogenised type for all the different spaces an operand can be in */ typedef struct asmop { short type; /* can have values AOP_LIT - operand is a literal value AOP_REG - is in registers AOP_DIR - direct, just a name AOP_FAR - AOP_CODE - AOP_GPTR - AOP_STK - on stack (with offset) AOP_IMMD - immediate value for eg. remateriazable AOP_CRY - carry contains the value of this */ short size; /* size of this aop */ char name[2][64]; /* can be "r0" "r6h" [rxbw+y] "#..." */ } asmop; #define AOP(x) x->aop #define AOP_TYPE(x) x->aop->type #define AOP_SIZE(x) x->aop->size #define AOP_NAME(x) x->aop->name void xa51_emitDebuggerSymbol (char *); #endif sdcc-2.9.0/src/xa51/main.c000066400000000000000000000211521116427777700151170ustar00rootroot00000000000000/* @file main.c xa51 specific general functions. */ #include "common.h" #include "main.h" #include "ralloc.h" #include "gen.h" static char _defaultRules[] = { #include "peeph.rul" }; /* list of key words used by xa51 */ static char *_xa51_keywords[] = { "at", "bit", "code", "critical", "data", "far", //"idata", "interrupt", "near", //"pdata", "reentrant", "sfr", "sbit", "using", "xdata", //"_data", //"_code", //"_generic", //"_near", //"_xdata", //"_pdata", //"_idata", "_naked", //"_overlay", NULL }; /* rewinds declared in SDCCasm.c, function printCLine(). * Currently commented out. * * extern int rewinds; */ void _xa51_genAssemblerEnd (FILE * of) { //fprintf (stderr, "Did %d rewind%c for c-line in asm comments\n", rewinds, //rewinds==1 ? '\0' : 's'); } void xa51_assignRegisters (ebbIndex *); static int regParmFlg = 0; /* determine if we can register a parameter */ static void _xa51_init (void) { asm_addTree (&asm_xa_asm_mapping); } static void _xa51_reset_regparm (void) { regParmFlg = 0; } static int _xa51_regparm (sym_link * l, bool reentrant) { return 0; // for now /* for this processor it is simple can pass only the first parameter in a register */ if (regParmFlg) return 0; regParmFlg = 1; return 1; } static bool _xa51_parseOptions (int *pargc, char **argv, int *i) { /* TODO: allow port-specific command line options to specify * segment names here. */ return FALSE; } static void _xa51_finaliseOptions (void) { fprintf (stderr, "*** WARNING *** The XA51 port isn't yet complete\n"); port->mem.default_local_map = istack; port->mem.default_globl_map = xdata; if (options.model!=MODEL_PAGE0) { fprintf (stderr, "-mxa51 only supports --model-page0\n"); exit (1); } } static void _xa51_setDefaultOptions (void) { options.stackAuto=1; options.intlong_rent=1; options.float_rent=1; options.stack_loc=0x100; options.data_loc=0; } static const char * _xa51_getRegName (struct regs *reg) { if (reg) return reg->name; return "err"; } /* Generate interrupt vector table. */ static int _xa51_genIVT (struct dbuf_s * oBuf, symbol ** interrupts, int maxInterrupts) { return TRUE; } /* Generate code to copy XINIT to XISEG */ static void _xa51_genXINIT (FILE * of) { fprintf (of, "; _xa51_genXINIT() start\n"); fprintf (of, " mov r0,#l_XINIT\n"); fprintf (of, " beq 00002$\n"); fprintf (of, " mov r1,#s_XINIT\n"); fprintf (of, " mov r2,#s_XISEG\n"); fprintf (of, "00001$: movc r3l,[r1+]\n"); fprintf (of, " mov [r2+],r3l\n"); fprintf (of, " djnz r0,00001$\n"); fprintf (of, "00002$:\n"); fprintf (of, "; _xa51_genXINIT() end\n"); } static void _xa51_genAssemblerPreamble (FILE * of) { symbol *mainExists=newSymbol("main", 0); mainExists->block=0; if ((mainExists=findSymWithLevel(SymbolTab, mainExists))) { fprintf (of, "\t.area GSINIT\t(CODE)\n"); fprintf (of, "__interrupt_vect:\n"); fprintf (of, "\t.dw\t0x8f00\n"); fprintf (of, "\t.dw\t__sdcc_gsinit_startup\n"); fprintf (of, "\n"); fprintf (of, "__sdcc_gsinit_startup:\n"); fprintf (of, ";\tmov.b\t_SCR,#0x01\t; page zero mode\n"); fprintf (of, "\t.db 0x96,0x48,0x40,0x01\n"); fprintf (of, "\tmov\tr7,#0x%04x\n", options.stack_loc); fprintf (of, "\tcall\t_external_startup\n"); _xa51_genXINIT(of); fprintf (of, "\t.area CSEG\t(CODE)\n"); fprintf (of, "\tcall\t_main\n"); fprintf (of, "\treset\t;main should not return\n"); } } /* dummy linker for now */ void xa_link(void) { } /* Do CSE estimation */ static bool cseCostEstimation (iCode *ic, iCode *pdic) { operand *result = IC_RESULT(ic); sym_link *result_type = operandType(result); /* if it is a pointer then return ok for now */ if (IC_RESULT(ic) && IS_PTR(result_type)) return 1; /* if bitwise | add & subtract then no since xa51 is pretty good at it so we will cse only if they are local (i.e. both ic & pdic belong to the same basic block */ if (IS_BITWISE_OP(ic) || ic->op == '+' || ic->op == '-') { /* then if they are the same Basic block then ok */ if (ic->eBBlockNum == pdic->eBBlockNum) return 1; else return 0; } /* for others it is cheaper to do the cse */ return 1; } /* Indicate which extended bit operations this port supports */ static bool hasExtBitOp (int op, int size) { if (op == RRC || op == RLC || op == GETHBIT ) return TRUE; else return FALSE; } /* Indicate the expense of an access to an output storage class */ static int oclsExpense (struct memmap *oclass) { if (IN_FARSPACE(oclass)) return 1; return 0; } /** $1 is always the basename. $2 is always the output file. $3 varies $l is the list of extra options that should be there somewhere... MUST be terminated with a NULL. */ static const char *_linkCmd[] = { "xa_link", "", "\"$1\"", NULL }; /* $3 is replaced by assembler.debug_opts resp. port->assembler.plain_opts */ static const char *_asmCmd[] = { "xa_rasm", "$l", "$3", "\"$1.asm\"", NULL }; /* Globals */ PORT xa51_port = { TARGET_ID_XA51, "xa51", "MCU 80C51XA", /* Target name */ NULL, /* Processor name */ { glue, FALSE, /* Emit glue around main */ MODEL_PAGE0, MODEL_PAGE0 }, { _asmCmd, NULL, "", /* Options with debug */ "", /* Options without debug */ 0, ".asm", NULL /* no do_assemble function */ }, { _linkCmd, NULL, NULL, ".rel", 1 }, { _defaultRules }, { /* Sizes: char, short, int, long, ptr, fptr, gptr, bit, float, max */ 1, 2, 2, 4, 2, 2, 3, 1, 4, 4 }, /* tags for generic pointers */ { 0x00, 0x40, 0x60, 0x80 }, /* far, near, xstack, code */ { "XSEG (XDATA)", "STACK (XDATA)", "CSEG (CODE)", "DSEG (DATA)", NULL, //"ISEG (DATA)", NULL, //"PSEG (PAG,XDATA)", "XSEG (XDATA)", "BSEG (BIT)", NULL, //"RSEG (DATA)", "GSINIT (CODE)", NULL, //"OSEG (OVR,XDATA)", "GSFINAL (CODE)", "HOME (CODE)", "XISEG (XDATA)", // initialized xdata "XINIT (CODE)", // a code copy of xiseg "CONST (CODE)", // const_name - const data (code or not) "CABS (ABS,CODE)", // cabs_name - const absolute data (code or not) "XABS (ABS,XDATA)", // xabs_name - absolute xdata "IABS (ABS,DATA)", // iabs_name - absolute data NULL, // default local map NULL, // default global map 1 }, { NULL, NULL }, { -1, // stack grows down 0, // bank overhead NUY 4, // isr overhead, page zero mode 2, // function call overhead, page zero mode 0, // reentrant overhead NUY 0 // banked overhead NUY }, /* xa51 has an 16 bit mul */ { 2, -2 }, { xa51_emitDebuggerSymbol }, { 255/3, /* maxCount */ 3, /* sizeofElement */ /* The rest of these costs are bogus. They approximate */ /* the behavior of src/SDCCicode.c 1.207 and earlier. */ {4,4,4}, /* sizeofMatchJump[] */ {0,0,0}, /* sizeofRangeCompare[] */ 0, /* sizeofSubtract */ 3, /* sizeofDispatch */ }, "_", _xa51_init, _xa51_parseOptions, NULL, NULL, _xa51_finaliseOptions, _xa51_setDefaultOptions, xa51_assignRegisters, _xa51_getRegName, _xa51_keywords, _xa51_genAssemblerPreamble, _xa51_genAssemblerEnd, _xa51_genIVT, _xa51_genXINIT, NULL, /* genInitStartup */ _xa51_reset_regparm, _xa51_regparm, NULL, // process_pragma() NULL, // getMangledFunctionName() NULL, // hasNativeMulFor() hasExtBitOp, /* hasExtBitOp */ oclsExpense, /* oclsExpense */ TRUE, // use_dw_for_init TRUE, /* little endian */ 0, /* leave lt */ 0, /* leave gt */ 1, /* transform <= to ! > */ 1, /* transform >= to ! < */ 1, /* transform != to !(a == b) */ 0, /* leave == */ FALSE, /* No array initializer support. */ cseCostEstimation, NULL, /* no builtin functions */ GPOINTER, /* treat unqualified pointers as "generic" pointers */ 1, /* reset labelKey to 1 */ 1, /* globals & local static allowed */ PORT_MAGIC }; sdcc-2.9.0/src/xa51/main.h000066400000000000000000000002421116427777700151210ustar00rootroot00000000000000#ifndef MAIN_INCLUDE #define MAIN_INCLUDE bool x_parseOptions (char **argv, int *pargc); void x_setDefaultOptions (void); void x_finaliseOptions (void); #endif sdcc-2.9.0/src/xa51/peeph.def000066400000000000000000000002111116427777700156010ustar00rootroot00000000000000// there should be at least one newline in the def file // to keep MSC compiler satisfied; so don't remove the // following empty line! sdcc-2.9.0/src/xa51/ralloc.c000066400000000000000000001704451116427777700154610ustar00rootroot00000000000000/* This port is in development, UNSTABLE, DEVELOPERS ONLY! */ /* idea: R0-^-R2(R0L-R2H) used for scratch (byte, word, pointer) R3L-^-R6H used for bytes R6-v-R4 used for ptr R15/R6-v-R4 used for words R7 used for stack */ /*------------------------------------------------------------------------ SDCCralloc.c - source file for register allocation. (xa51) specific Written By - This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "ralloc.h" #include "gen.h" extern void genXA51Code (iCode *); #define D0(x) #define D1(x) x #define D2(x) x /* Global data */ static struct { bitVect *spiltSet; set *stackSpil; bitVect *regAssigned; bitVect *totRegAssigned; /* final set of LRs that got into registers */ short blockSpil; int slocNum; bitVect *funcrUsed; /* registers used in a function */ int stackExtend; } _G; /* xa51 registers */ regs regsXA51[]={ // index size type name regMask isFree symbol {R0L_ID, 1, REG_SCR, "r0l", 0x0001, 1, NULL}, // r0l used for scratch {R0H_ID, 1, REG_SCR, "r0h", 0x0002, 1, NULL}, // r0h used for scratch {R1L_ID, 1, REG_SCR, "r1l", 0x0004, 1, NULL}, // r1l used for scratch {R1H_ID, 1, REG_SCR, "r1h", 0x0008, 1, NULL}, // r1h used for scratch {R2L_ID, 1, REG_PTR, "r2l", 0x0010, 1, NULL}, {R2H_ID, 1, REG_PTR, "r2h", 0x0020, 1, NULL}, {R3L_ID, 1, REG_PTR, "r3l", 0x0040, 1, NULL}, {R3H_ID, 1, REG_PTR, "r3h", 0x0080, 1, NULL}, {R4L_ID, 1, REG_PTR, "r4l", 0x0100, 1, NULL}, {R4H_ID, 1, REG_PTR, "r4h", 0x0200, 1, NULL}, {R5L_ID, 1, REG_PTR, "r5l", 0x0400, 1, NULL}, {R5H_ID, 1, REG_PTR, "r5h", 0x0800, 1, NULL}, {R6L_ID, 1, REG_PTR, "r6l", 0x1000, 1, NULL}, {R6H_ID, 1, REG_PTR, "r6h", 0x2000, 1, NULL}, {R7L_ID, 1, REG_STK, "r7l", 0x4000, 1, NULL}, // r7=SP {R7H_ID, 1, REG_STK, "r7h", 0x8000, 1, NULL}, // r7=SP {R0_ID, 2, REG_SCR, "r0", 0x0003, 1, NULL}, // r0 used for scratch {R1_ID, 2, REG_SCR, "r1", 0x000c, 1, NULL}, // r1 used for scratch {R2_ID, 2, REG_PTR, "r2", 0x0030, 1, NULL}, {R3_ID, 2, REG_PTR, "r3", 0x00c0, 1, NULL}, {R4_ID, 2, REG_PTR, "r4", 0x0300, 1, NULL}, {R5_ID, 2, REG_PTR, "r5", 0x0c00, 1, NULL}, {R6_ID, 2, REG_PTR, "r6", 0x3000, 1, NULL}, {R7_ID, 2, REG_STK, "r7", 0xc000, 1, NULL}, // r7=SP #if 0 // some derivates have even more! (only bit/word access no ptr use) {R8_ID, 2, REG_GPR, "r8", 0x010000, 1, NULL}, {R9_ID, 2, REG_GPR, "r9", 0x020000, 1, NULL}, {R10_ID, 2, REG_GPR, "r10", 0x040000, 1, NULL}, {R11_ID, 2, REG_GPR, "r11", 0x080000, 1, NULL}, {R12_ID, 2, REG_GPR, "r12", 0x100000, 1, NULL}, {R13_ID, 2, REG_GPR, "r13", 0x200000, 1, NULL}, {R14_ID, 2, REG_GPR, "r14", 0x400000, 1, NULL}, {R15_ID, 2, REG_GPR, "r15", 0x800000, 1, NULL}, #endif {R0R1_ID, 4, REG_GPR, "(r0,r1)", 0x000f, 1, NULL}, {R2R3_ID, 4, REG_GPR, "(r2,r3)", 0x00f0, 1, NULL}, {R4R5_ID, 4, REG_GPR, "(r4,r5)", 0x0f00, 1, NULL}, {R6R7_ID, 4, REG_GPR, "(r6,r7)", 0xf000, 1, NULL}, }; int xa51_nRegs=sizeof(regsXA51)/sizeof(regs); // the currently in use registers unsigned long xa51RegsInUse=0; // this should be set with a command line switch bool xa51HasGprRegs=0; /*-----------------------------------------------------------------*/ /* xa51_regWithMask - returns pointer to register with mask */ /*-----------------------------------------------------------------*/ regs *xa51_regWithMask (unsigned long mask) { int i; for (i=0; iname, xa51_regWithMask(regMask)->sym->name); exit(1); return; } } char *regTypeToStr(short type) { switch (type) { case REG_PTR: return "ptr"; break; // pointer case REG_GPR: return "gpr"; break; // general purpose case REG_CND: return "cnd"; break; // condition (bit) case REG_STK: return "stk"; break; // stack case REG_SCR: return "scr"; break; // scratch default: return "???"; } } /*-----------------------------------------------------------------*/ /* freeReg - frees a previous allocated register */ /*-----------------------------------------------------------------*/ static void freeReg (regs * reg, bool silent) { checkRegMask(__FUNCTION__); if (!reg) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "freeReg - freeing NULL register"); return; } if (!silent) { D0(fprintf (stderr, "freeReg: (%08lx) %s (%s) ", xa51RegsInUse, reg->name, reg->sym->name)); } if (reg->isFree || ((xa51RegsInUse®->regMask)!=reg->regMask)) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "freeReg - freeing unused register(s)"); exit (1); } xa51RegsInUse &= ~reg->regMask; reg->isFree = 1; reg->sym = NULL; if (!silent) D0(fprintf (stderr, "(%08lx)\n", xa51RegsInUse)); checkRegMask(__FUNCTION__); } /*-----------------------------------------------------------------*/ /* allocReg - allocates register of given size (byte, word, dword) */ /* and type (ptr, gpr, cnd) */ /*-----------------------------------------------------------------*/ static bool allocReg (unsigned int size, int type, symbol *sym, int offset, bool silent) { int i; checkRegMask(__FUNCTION__); if (!silent) { D0(fprintf (stderr, "allocReg (%08lx) for %s size:%d, type:%s ", xa51RegsInUse, sym->name, size, regTypeToStr(type))); } switch (size) { // TODO: gaps could be filled for dwords too case 1: // let's see if we can fill a gap for (i=0; iregs[offset]=reg; xa51RegsInUse |= mask; reg->isFree=0; // redundant reg->sym = sym; if (!silent) { D0(fprintf (stderr, "(using gap) %s\n", reg->name)); } checkRegMask(__FUNCTION__); return TRUE; } } } // no we can't, fall through case 2: for (i=0; iregs[offset]=®sXA51[i]; checkRegMask(__FUNCTION__); return TRUE; } } if (!silent) { D0(fprintf (stderr, "failed (%08lx)\n", xa51RegsInUse)); } checkRegMask(__FUNCTION__); return FALSE; break; case 3: // this must be a generic pointer if (!silent) { D0(fprintf (stderr, "trying 1+2\n")); } // get the generic part (gpr regs can't be byte) if (allocReg (1, REG_PTR, sym, offset+1, silent)) { // get the pointer part if (allocReg (2, REG_PTR, sym, offset, silent)) { checkRegMask(__FUNCTION__); return TRUE; } freeReg(sym->regs[offset+1], silent); sym->regs[offset+1]=NULL; } checkRegMask(__FUNCTION__); return FALSE; break; case 4: // this is a dword if (!silent) { D0(fprintf (stderr, "trying 2+2\n")); } if ((xa51HasGprRegs && allocReg (2, REG_GPR, sym, offset, silent)) || allocReg (2, REG_PTR, sym, offset, silent)) { if ((xa51HasGprRegs && allocReg (2, REG_GPR, sym, offset+1, silent)) || allocReg (2, REG_PTR, sym, offset+1, silent)) { checkRegMask(__FUNCTION__); return TRUE; } } if (sym->regs[offset]) { freeReg(sym->regs[offset], FALSE); sym->regs[offset]=NULL; } checkRegMask(__FUNCTION__); return FALSE; break; } fprintf (stderr, "\nallocReg: cannot allocate reg of size %d\n", size); exit (1); return FALSE; } /*-------------------------------------------------------------------*/ /* freeAllRegs - frees all registers */ /*-------------------------------------------------------------------*/ // just to be sure, this should not be needed static void freeAllRegs (void) { char regsFreed[132]; int i; int nfr = 0; checkRegMask(__FUNCTION__); regsFreed[0]=0; for (i=0; irlive); spillable = bitVectCplAnd (spillable, _G.spiltSet); /* those already spilt */ spillable = bitVectCplAnd (spillable, ic->uses); /* used in this one */ bitVectUnSetBit (spillable, ic->defKey); /* defined by this one */ spillable = bitVectIntersect (spillable, _G.regAssigned); return spillable; } /*-----------------------------------------------------------------*/ /* noSpilLoc - return true if a variable has no spil location */ /*-----------------------------------------------------------------*/ static int noSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->usl.spillLoc ? 0 : 1); } /*-----------------------------------------------------------------*/ /* hasSpilLoc - will return 1 if the symbol has spil location */ /*-----------------------------------------------------------------*/ static int hasSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->usl.spillLoc ? 1 : 0); } /*-----------------------------------------------------------------*/ /* hasSpilLocnoUptr - will return 1 if the symbol has spil location */ /* but is not used as a pointer */ /*-----------------------------------------------------------------*/ static int hasSpilLocnoUptr (symbol * sym, eBBlock * ebp, iCode * ic) { return ((sym->usl.spillLoc && !sym->uptr) ? 1 : 0); } /*-----------------------------------------------------------------*/ /* rematable - will return 1 if the remat flag is set */ /*-----------------------------------------------------------------*/ static int rematable (symbol * sym, eBBlock * ebp, iCode * ic) { return sym->remat; } /*-----------------------------------------------------------------*/ /* notUsedInRemaining - not used or defined in remain of the block */ /*-----------------------------------------------------------------*/ static int notUsedInRemaining (symbol * sym, eBBlock * ebp, iCode * ic) { return ((usedInRemaining (operandFromSymbol (sym), ic) ? 0 : 1) && allDefsOutOfRange (sym->defs, ebp->fSeq, ebp->lSeq)); } /*-----------------------------------------------------------------*/ /* allLRs - return true for all */ /*-----------------------------------------------------------------*/ static int allLRs (symbol * sym, eBBlock * ebp, iCode * ic) { return 1; } /*-----------------------------------------------------------------*/ /* liveRangesWith - applies function to a given set of live range */ /*-----------------------------------------------------------------*/ static set * liveRangesWith (bitVect * lrs, int (func) (symbol *, eBBlock *, iCode *), eBBlock * ebp, iCode * ic) { set *rset = NULL; int i; if (!lrs || !lrs->size) return NULL; for (i = 1; i < lrs->size; i++) { symbol *sym; if (!bitVectBitValue (lrs, i)) continue; /* if we don't find it in the live range hash table we are in serious trouble */ if (!(sym = hTabItemWithKey (liveRanges, i))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "liveRangesWith could not find liveRange"); exit (1); } if (func (sym, ebp, ic) && bitVectBitValue (_G.regAssigned, sym->key)) addSetHead (&rset, sym); } return rset; } /*-----------------------------------------------------------------*/ /* leastUsedLR - given a set determines which is the least used */ /*-----------------------------------------------------------------*/ static symbol * leastUsedLR (set * sset) { symbol *sym = NULL, *lsym = NULL; sym = lsym = setFirstItem (sset); if (!lsym) return NULL; for (; lsym; lsym = setNextItem (sset)) { /* if usage is the same then prefer the spill the smaller of the two */ if (lsym->used == sym->used) if (getSize (lsym->type) < getSize (sym->type)) sym = lsym; /* if less usage */ if (lsym->used < sym->used) sym = lsym; } setToNull ((void *) &sset); sym->blockSpil = 0; return sym; } /*-----------------------------------------------------------------*/ /* noOverLap - will iterate through the list looking for over lap */ /*-----------------------------------------------------------------*/ static int noOverLap (set * itmpStack, symbol * fsym) { symbol *sym; for (sym = setFirstItem (itmpStack); sym; sym = setNextItem (itmpStack)) { if (bitVectBitValue(sym->clashes,fsym->key)) return 0; } return 1; } /*-----------------------------------------------------------------*/ /* isFree - will return 1 if the a free spil location is found */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (isFree) { symbol *sym = item; V_ARG (symbol **, sloc); V_ARG (symbol *, fsym); /* if already found */ if (*sloc) return 0; /* if it is free && and the itmp assigned to this does not have any overlapping live ranges with the one currently being assigned and the size can be accomodated */ if (sym->isFree && noOverLap (sym->usl.itmpStack, fsym) && /* TODO: this is a waste but causes to many problems getSize (sym->type) >= getSize (fsym->type)) { */ getSize (sym->type) == getSize (fsym->type)) { *sloc = sym; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* createStackSpil - create a location on the stack to spil */ /*-----------------------------------------------------------------*/ static symbol * createStackSpil (symbol * sym) { symbol *sloc = NULL; char slocBuffer[30]; D1(fprintf (stderr, " createStackSpil for %s\n", sym->name)); /* first go try and find a free one that is already existing on the stack */ if (applyToSet (_G.stackSpil, isFree, &sloc, sym)) { /* found a free one : just update & return */ sym->usl.spillLoc = sloc; sym->stackSpil = 1; sloc->isFree = 0; addSetHead (&sloc->usl.itmpStack, sym); D1(fprintf (stderr, " using existing %s\n", sloc->name)); return sym; } sprintf (slocBuffer, "sloc%d", _G.slocNum++); sloc = newiTemp (slocBuffer); /* set the type to the spilling symbol */ sloc->type = copyLinkChain (sym->type); sloc->etype = getSpec (sloc->type); SPEC_SCLS (sloc->etype) = S_STACK; SPEC_EXTR (sloc->etype) = 0; SPEC_STAT (sloc->etype) = 0; SPEC_VOLATILE(sloc->etype) = 0; SPEC_ABSA(sloc->etype) = 0; allocLocal (sloc); sloc->isref = 1; /* to prevent compiler warning */ currFunc->stack += getSize (sloc->type); _G.stackExtend += getSize (sloc->type); /* add it to the _G.stackSpil set */ addSetHead (&_G.stackSpil, sloc); sym->usl.spillLoc = sloc; sym->stackSpil = 1; /* add it to the set of itempStack set of the spill location */ addSetHead (&sloc->usl.itmpStack, sym); return sym; } /*-----------------------------------------------------------------*/ /* spillThis - spils a specific operand */ /*-----------------------------------------------------------------*/ static void spillThis (symbol * sym) { int i; D1(fprintf (stderr, " spillThis: %s\n", sym->name)); /* if this is rematerializable or has a spillLocation we are okay, else we need to create a spillLocation for it */ if (!(sym->remat || sym->usl.spillLoc)) createStackSpil (sym); /* mark it has spilt & put it in the spilt set */ sym->isspilt = sym->spillA = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, sym->key); bitVectUnSetBit (_G.regAssigned, sym->key); bitVectUnSetBit (_G.totRegAssigned, sym->key); for (i = 0; i < sym->nRegs; i++) if (sym->regs[i]) { freeReg (sym->regs[i], FALSE); } if (sym->usl.spillLoc && !sym->remat) sym->usl.spillLoc->allocreq++; return; } /*-----------------------------------------------------------------*/ /* selectSpil - select a iTemp to spil : rather a simple procedure */ /*-----------------------------------------------------------------*/ static symbol * selectSpil (iCode * ic, eBBlock * ebp, symbol * forSym) { bitVect *lrcs = NULL; set *selectS; symbol *sym; /* get the spillable live ranges */ lrcs = computeSpillable (ic); /* get all live ranges that are rematerizable */ if ((selectS = liveRangesWith (lrcs, rematable, ebp, ic))) { /* return the least used of these */ return leastUsedLR (selectS); } /* if the symbol is local to the block then */ if (forSym->liveTo < ebp->lSeq) { /* check if there are any live ranges allocated to registers that are not used in this block */ if (!_G.blockSpil && (selectS = liveRangesWith (lrcs, notUsedInBlock, ebp, ic))) { sym = leastUsedLR (selectS); /* if this is not rematerializable */ if (!sym->remat) { _G.blockSpil++; sym->blockSpil = 1; } return sym; } /* check if there are any live ranges that not used in the remainder of the block */ if (!_G.blockSpil && !isiCodeInFunctionCall (ic) && (selectS = liveRangesWith (lrcs, notUsedInRemaining, ebp, ic))) { sym = leastUsedLR (selectS); if (sym != forSym) { if (!sym->remat) { sym->remainSpil = 1; _G.blockSpil++; } return sym; } } } /* find live ranges with spillocation && not used as pointers */ if ((selectS = liveRangesWith (lrcs, hasSpilLocnoUptr, ebp, ic))) { sym = leastUsedLR (selectS); /* mark this as allocation required */ sym->usl.spillLoc->allocreq++; return sym; } /* find live ranges with spillocation */ if ((selectS = liveRangesWith (lrcs, hasSpilLoc, ebp, ic))) { sym = leastUsedLR (selectS); sym->usl.spillLoc->allocreq++; return sym; } /* couldn't find then we need to create a spil location on the stack , for which one? the least used ofcourse */ if ((selectS = liveRangesWith (lrcs, noSpilLoc, ebp, ic))) { /* return a created spil location */ sym = createStackSpil (leastUsedLR (selectS)); sym->usl.spillLoc->allocreq++; return sym; } /* this is an extreme situation we will spill this one : happens very rarely but it does happen */ spillThis (forSym); return forSym; } /*-----------------------------------------------------------------*/ /* spillSomething - spil some variable & mark registers as free */ /*-----------------------------------------------------------------*/ static bool spillSomething (iCode * ic, eBBlock * ebp, symbol * forSym) { symbol *ssym; int i; /* get something we can spil */ ssym = selectSpil (ic, ebp, forSym); D1(fprintf (stderr, " spillSomething: spilling %s\n", ssym->name)); /* mark it as spilt */ ssym->isspilt = ssym->spillA = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, ssym->key); /* mark it as not register assigned & take it away from the set */ //bitVectUnSetBit (_G.regAssigned, ssym->key); //bitVectUnSetBit (_G.totRegAssigned, ssym->key); /* mark the registers as free */ for (i = 0; i < ssym->nRegs; i++) { if (ssym->regs[i]) { freeReg (ssym->regs[i], FALSE); // dont NULL ssym->regs[i], it might be used later } } /* if this was a block level spil then insert push & pop at the start & end of block respectively */ if (ssym->blockSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push to the start of the block */ addiCodeToeBBlock (ebp, nic, (ebp->sch->op == LABEL ? ebp->sch->next : ebp->sch)); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } /* if spilt because not used in the remainder of the block then add a push before this instruction and a pop at the end of the block */ if (ssym->remainSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push just before this instruction */ addiCodeToeBBlock (ebp, nic, ic); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } if (ssym == forSym) return FALSE; else return TRUE; } /*-----------------------------------------------------------------*/ /* getRegPtr - will try for PTR if not a GPR type if not spil */ /*-----------------------------------------------------------------*/ static bool getRegPtr (iCode * ic, eBBlock * ebp, symbol * sym, short offset) { D0(fprintf (stderr, "getRegPtr: %s ", sym->name)); D0(printTypeChain(sym->type, stderr)); D0(fprintf (stderr, "\n")); while (1) { /* this looks like an infinite loop but in really selectSpil will abort */ /* try for a ptr type */ if (allocReg (getSize(sym->type), REG_PTR, sym, offset, FALSE)) return TRUE; /* try for gpr type */ if (xa51HasGprRegs && allocReg (getSize(sym->type), REG_GPR, sym, offset, FALSE)) return TRUE; /* we have to spil */ if (!spillSomething (ic, ebp, sym)) return FALSE; } } /*-----------------------------------------------------------------*/ /* getRegGpr - will try for GPR if not spil */ /*-----------------------------------------------------------------*/ static bool getRegGpr (iCode * ic, eBBlock * ebp, symbol * sym, short offset) { D0(fprintf (stderr, "getRegGpr: %s ", sym->name)); D0(printTypeChain(sym->type, stderr)); D0(fprintf (stderr, "\n")); while(1) { /* this looks like an infinite loop but in really selectSpil will abort */ /* try for gpr type */ if (xa51HasGprRegs && allocReg (getSize(sym->type), REG_GPR, sym, offset, FALSE)) return TRUE; if (allocReg (getSize(sym->type), REG_PTR, sym, offset, FALSE)) return TRUE; /* we have to spil */ if (!spillSomething (ic, ebp, sym)) return FALSE; } } /*-----------------------------------------------------------------*/ /* deassignLRs - check the live to and if they have registers & are */ /* not spilt then free up the registers */ /*-----------------------------------------------------------------*/ static void deassignLRs (iCode * ic, eBBlock * ebp) { symbol *sym; int k; for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { /* if it does not end here */ if (sym->liveTo > ic->seq) continue; /* if it was spilt on stack then we can mark the stack spil location as free */ if (sym->isspilt) { if (sym->stackSpil) { sym->usl.spillLoc->isFree = 1; sym->stackSpil = 0; } continue; } if (!bitVectBitValue (_G.regAssigned, sym->key)) continue; if (sym->nRegs) { int i; bitVectUnSetBit (_G.regAssigned, sym->key); /* free the regs */ for (i=0; i < sym->nRegs; i++) { freeReg (sym->regs[i], FALSE); } } } } /*-----------------------------------------------------------------*/ /* willCauseSpill - determines if allocating will cause a spill */ /*-----------------------------------------------------------------*/ static bool willCauseSpill (symbol *sym) { int i; // do it the rude way if (allocReg (getSize(sym->type), sym->regType, sym, 0, TRUE) || allocReg (getSize(sym->type), sym->regType==REG_PTR?REG_GPR:REG_PTR, sym, 0, TRUE)) { // so we can, but we won't for (i=0; inRegs; i++) { freeReg (sym->regs[i], TRUE); sym->regs[i]=NULL; } return FALSE; } D1(fprintf (stderr, " %s will cause a spill\n", sym->name)); return TRUE; } /*-----------------------------------------------------------------*/ /* positionRegs - the allocator can allocate same registers to res- */ /* ult and operand, if this happens make sure they are in the same */ /* position as the operand otherwise chaos results */ /*-----------------------------------------------------------------*/ static int positionRegs (symbol * result, symbol * opsym) { int count = min (result->nRegs, opsym->nRegs); int i, j = 0, shared = 0; int changed = 0; /* if the result has been spilt then cannot share */ if (opsym->isspilt) return 0; again: shared = 0; /* first make sure that they actually share */ for (i = 0; i < count; i++) { for (j = 0; j < count; j++) { if (result->regs[i] == opsym->regs[j] && i != j) { shared = 1; goto xchgPositions; } } } xchgPositions: if (shared) { regs *tmp = result->regs[i]; result->regs[i] = result->regs[j]; result->regs[j] = tmp; changed ++; D2(fprintf (stderr, "positionRegs: rearranged regs for %s and %s\n", result->name, opsym->name)); goto again; } return changed; } /*-----------------------------------------------------------------*/ /* serialRegAssign - serially allocate registers to the variables */ /*-----------------------------------------------------------------*/ static void serialRegAssign (eBBlock ** ebbs, int count) { int i; /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* of all instructions do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { /* if result is present && is a true symbol */ if (IC_RESULT (ic) && ic->op != IFX && IS_TRUE_SYMOP (IC_RESULT (ic))) { OP_SYMBOL (IC_RESULT (ic))->allocreq++; } /* take away registers from live ranges that end at this instruction */ deassignLRs (ic, ebbs[i]); /* some don't need registers */ if (SKIP_IC2 (ic) || ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || (IC_RESULT (ic) && POINTER_SET (ic))) continue; /* now we need to allocate registers only for the result */ if (IC_RESULT (ic)) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); bitVect *spillable; int willCS; /* Make sure any spill location is definately allocated */ if (sym->isspilt && !sym->remat && sym->usl.spillLoc && !sym->usl.spillLoc->allocreq) { sym->usl.spillLoc->allocreq++; } /* if it does not need or is spilt or is already assigned to registers or will not live beyond this instructions */ if (!sym->nRegs || sym->isspilt || bitVectBitValue (_G.regAssigned, sym->key) || sym->liveTo <= ic->seq) continue; /* if some liverange has been spilt at the block level and this one live beyond this block then spil this to be safe */ if (_G.blockSpil && sym->liveTo > ebbs[i]->lSeq) { spillThis (sym); continue; } /* if trying to allocate this will cause a spill and there is nothing to spill or this one is rematerializable then spill this one */ willCS = willCauseSpill (sym); spillable = computeSpillable (ic); if (sym->remat || (willCS && bitVectIsZero (spillable))) { spillThis (sym); continue; } /* If the live range preceeds the point of definition then ideally we must take into account registers that have been allocated after sym->liveFrom but freed before ic->seq. This is complicated, so spill this symbol instead and let fillGaps handle the allocation. */ if (sym->liveFrom < ic->seq) { spillThis (sym); continue; } /* if it has a spillocation & is used less than all other live ranges then spill this */ if (willCS) { if (sym->usl.spillLoc) { symbol *leastUsed = leastUsedLR (liveRangesWith (spillable, allLRs, ebbs[i], ic)); if (leastUsed && leastUsed->used > sym->used) { spillThis (sym); continue; } } else { /* if none of the liveRanges have a spillLocation then better to spill this one than anything else already assigned to registers */ if (liveRangesWith(spillable,noSpilLoc,ebbs[i],ic)) { /* if this is local to this block then we might find a block spil */ if (!(sym->liveFrom >= ebbs[i]->fSeq && sym->liveTo <= ebbs[i]->lSeq)) { spillThis (sym); continue; } } } } /* else we assign registers to it */ _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); _G.totRegAssigned = bitVectSetBit (_G.totRegAssigned, sym->key); if (sym->regType == REG_PTR) getRegPtr (ic, ebbs[i], sym, 0); else getRegGpr (ic, ebbs[i], sym, 0); /* if it shares registers with operands make sure that they are in the same position */ if (IC_LEFT (ic) && IS_SYMOP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->nRegs && ic->op != '=') { positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_LEFT (ic))); } /* do the same for the right operand */ if (IC_RIGHT (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->nRegs) { positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_RIGHT (ic))); } } } } } /*-----------------------------------------------------------------*/ /* rUmaskForOp :- returns register mask for an operand */ /*-----------------------------------------------------------------*/ bitVect *xa51_rUmaskForOp (operand * op) { bitVect *rumask; symbol *sym; int j; /* only temporaries are assigned registers */ if (!IS_ITEMP (op)) return NULL; sym = OP_SYMBOL (op); /* if spilt or no registers assigned to it then nothing */ if (sym->isspilt || !sym->nRegs || !sym->regs[0]) return NULL; rumask = newBitVect (xa51_nRegs); for (j = 0; j < sym->nRegs; j++) { rumask = bitVectSetBit (rumask, sym->regs[j]->rIdx); } return rumask; } /*-----------------------------------------------------------------*/ /* regsUsedIniCode :- returns bit vector of registers used in iCode */ /*-----------------------------------------------------------------*/ static bitVect * regsUsedIniCode (iCode * ic) { bitVect *rmask = newBitVect (xa51_nRegs); /* do the special cases first */ if (ic->op == IFX) { rmask = bitVectUnion (rmask, xa51_rUmaskForOp (IC_COND (ic))); goto ret; } /* for the jumptable */ if (ic->op == JUMPTABLE) { rmask = bitVectUnion (rmask, xa51_rUmaskForOp (IC_JTCOND (ic))); goto ret; } /* of all other cases */ if (IC_LEFT (ic)) rmask = bitVectUnion (rmask, xa51_rUmaskForOp (IC_LEFT (ic))); if (IC_RIGHT (ic)) rmask = bitVectUnion (rmask, xa51_rUmaskForOp (IC_RIGHT (ic))); if (IC_RESULT (ic)) rmask = bitVectUnion (rmask, xa51_rUmaskForOp (IC_RESULT (ic))); ret: return rmask; } /*-----------------------------------------------------------------*/ /* createRegMask - for each instruction will determine the regsUsed */ /*-----------------------------------------------------------------*/ static void createRegMask (eBBlock ** ebbs, int count) { int i; /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* for all instructions */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { int j; if (SKIP_IC2 (ic) || !ic->rlive) continue; /* first mark the registers used in this instruction */ ic->rUsed = regsUsedIniCode (ic); _G.funcrUsed = bitVectUnion (_G.funcrUsed, ic->rUsed); /* now create the register mask for those registers that are in use : this is a super set of ic->rUsed */ ic->rMask = newBitVect (xa51_nRegs + 1); /* for all live Ranges alive at this point */ for (j = 1; j < ic->rlive->size; j++) { symbol *sym; int k; /* if not alive then continue */ if (!bitVectBitValue (ic->rlive, j)) continue; /* find the live range we are interested in */ if (!(sym = hTabItemWithKey (liveRanges, j))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "createRegMask cannot find live range"); exit (0); } /* if no register assigned to it */ if (!sym->nRegs || sym->isspilt) continue; /* for all the registers allocated to it */ for (k = 0; k < sym->nRegs; k++) if (sym->regs[k]) ic->rMask = bitVectSetBit (ic->rMask, sym->regs[k]->rIdx); } } } } /*-----------------------------------------------------------------*/ /* rematStr - returns the rematerialized string for a remat var */ /*-----------------------------------------------------------------*/ static char * rematStr (symbol * sym) { char *s = buffer; iCode *ic = sym->rematiCode; while (1) { /* if plus or minus print the right hand side */ if (ic->op == '+' || ic->op == '-') { sprintf (s, "0x%04x %c ", (int) operandLitValue (IC_RIGHT (ic)), ic->op); s += strlen (s); ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; continue; } /* cast then continue */ if (IS_CAST_ICODE(ic)) { ic = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; continue; } /* we reached the end */ sprintf (s, "%s", OP_SYMBOL (IC_LEFT (ic))->rname); break; } return buffer; } /*-----------------------------------------------------------------*/ /* regTypeNum - computes the type & number of registers required */ /*-----------------------------------------------------------------*/ static void regTypeNum (eBBlock *ebbs) { symbol *sym; int k; iCode *ic; /* for each live range do */ for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { /* if used zero times then no registers needed */ if ((sym->liveTo - sym->liveFrom) == 0) continue; /* if the live range is a temporary */ if (sym->isitmp) { /* if the type is marked as a conditional */ if (sym->regType == REG_CND) continue; /* if used in return only then we don't need registers */ #if 0 // not yet if (sym->ruonly || sym->accuse) { if (IS_AGGREGATE (sym->type) || sym->isptr) sym->type = aggrToPtr (sym->type, FALSE); continue; } #endif /* if the symbol has only one definition & that definition is a get_pointer */ if (bitVectnBitsOn (sym->defs) == 1 && (ic = hTabItemWithKey (iCodehTab, bitVectFirstBit (sym->defs))) && POINTER_GET (ic) && !sym->noSpilLoc && !IS_BITVAR (sym->etype)) { /* and that pointer is remat in data space */ if (OP_SYMBOL (IC_LEFT (ic))->remat && !IS_CAST_ICODE(OP_SYMBOL (IC_LEFT (ic))->rematiCode) && DCL_TYPE (aggrToPtr (operandType(IC_LEFT(ic)), FALSE)) == POINTER) { /* create a psuedo symbol & force a spil */ symbol *psym = newSymbol (rematStr (OP_SYMBOL (IC_LEFT (ic))), 1); psym->type = sym->type; psym->etype = sym->etype; strcpy (psym->rname, psym->name); sym->isspilt = 1; sym->usl.spillLoc = psym; #if 0 // an alternative fix for bug #480076 /* now this is a useless assignment to itself */ remiCodeFromeBBlock (ebbs, ic); #else /* now this really is an assignment to itself, make it so; it will be optimized out later */ ic->op='='; IC_RIGHT(ic)=IC_RESULT(ic); IC_LEFT(ic)=NULL; #endif continue; } /* if in data space or idata space then try to allocate pointer register */ } /* if not then we require registers */ #if 0 sym->nRegs = ((IS_AGGREGATE (sym->type) || sym->isptr) ? getSize (sym->type = aggrToPtr (sym->type, FALSE)) : getSize (sym->type)); #else { int size=((IS_AGGREGATE (sym->type) || sym->isptr) ? getSize (sym->type = aggrToPtr (sym->type, FALSE)) : getSize (sym->type)); switch (size) { case 1: // byte case 2: // word or pointer sym->nRegs=1; break; case 3: // generic pointer sym->nRegs=2; break; case 4: // dword or float sym->nRegs=2; break; default: fprintf (stderr, "regTypeNum: unknown size\n"); exit (1); } } #endif if (sym->nRegs > 4) { fprintf (stderr, "allocated more than 4 or 0 registers for type "); printTypeChain (sym->type, stderr); fprintf (stderr, "\n"); exit (1); } /* determine the type of register required */ if (IS_PTR (sym->type)) sym->regType = REG_PTR; else sym->regType = REG_GPR; } else /* for the first run we don't provide */ /* registers for true symbols we will */ /* see how things go */ sym->nRegs = 0; } } /*-----------------------------------------------------------------*/ /* deallocStackSpil - this will set the stack pointer back */ /*-----------------------------------------------------------------*/ static DEFSETFUNC (deallocStackSpil) { symbol *sym = item; deallocLocal (sym); return 0; } /*-----------------------------------------------------------------*/ /* packRegsForAssign - register reduction for assignment */ /*-----------------------------------------------------------------*/ static int packRegsForAssign (iCode * ic, eBBlock * ebp) { iCode *dic, *sic; if (!IS_ITEMP (IC_RIGHT (ic)) || OP_LIVETO (IC_RIGHT (ic)) > ic->seq) { return 0; } /* find the definition of iTempNN scanning backwards */ for (dic = ic->prev; dic; dic = dic->prev) { /* if there is a function call then don't pack it */ if ((dic->op == CALL || dic->op == PCALL)) { dic = NULL; break; } if (SKIP_IC2 (dic)) continue; if (IS_SYMOP (IC_RESULT (dic)) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { break; } } if (!dic) return 0; /* did not find */ /* found the definition */ /* replace the result with the result of */ /* this assignment and remove this assignment */ bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); IC_RESULT (dic) = IC_RESULT (ic); if (IS_ITEMP (IC_RESULT (dic)) && OP_SYMBOL (IC_RESULT (dic))->liveFrom > dic->seq) { OP_SYMBOL (IC_RESULT (dic))->liveFrom = dic->seq; } /* delete from liverange table also delete from all the points inbetween and the new one */ for (sic = dic; sic != ic; sic = sic->next) { bitVectUnSetBit (sic->rlive, IC_RESULT (ic)->key); if (IS_ITEMP (IC_RESULT (dic))) bitVectSetBit (sic->rlive, IC_RESULT (dic)->key); } remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); return 1; } /*-----------------------------------------------------------------*/ /* findAssignToSym : scanning backwards looks for first assig found */ /*-----------------------------------------------------------------*/ static iCode * findAssignToSym (operand * op, iCode * ic) { iCode *dic; for (dic = ic->prev; dic; dic = dic->prev) { /* if definition by assignment */ if (dic->op == '=' && !POINTER_SET (dic) && IC_RESULT (dic)->key == op->key /* && IS_TRUE_SYMOP(IC_RIGHT(dic)) */ ) { /* we are interested only if defined in far space */ /* or in stack space in case of + & - */ /* if assigned to a non-symbol then return FALSE */ if (!IS_SYMOP (IC_RIGHT (dic))) return NULL; /* if the symbol is in far space then we should not */ if (isOperandInFarSpace (IC_RIGHT (dic))) return NULL; /* for + & - operations make sure that if it is on the stack it is the same as one of the three operands */ if ((ic->op == '+' || ic->op == '-') && OP_SYMBOL (IC_RIGHT (dic))->onStack) { if (IC_RESULT (ic)->key != IC_RIGHT (dic)->key && IC_LEFT (ic)->key != IC_RIGHT (dic)->key && IC_RIGHT (ic)->key != IC_RIGHT (dic)->key) return NULL; } break; } /* if we find an usage then we cannot delete it */ if (IC_LEFT (dic) && IC_LEFT (dic)->key == op->key) return NULL; if (IC_RIGHT (dic) && IC_RIGHT (dic)->key == op->key) return NULL; if (POINTER_SET (dic) && IC_RESULT (dic)->key == op->key) return NULL; } /* now make sure that the right side of dic is not defined between ic & dic */ if (dic) { iCode *sic = dic->next; for (; sic != ic; sic = sic->next) if (IC_RESULT (sic) && IC_RESULT (sic)->key == IC_RIGHT (dic)->key) return NULL; } return dic; } /*-----------------------------------------------------------------*/ /* packRegsForSupport :- reduce some registers for support calls */ /*-----------------------------------------------------------------*/ static int packRegsForSupport (iCode * ic, eBBlock * ebp) { int change = 0; iCode *dic, *sic; /* for the left & right operand :- look to see if the left was assigned a true symbol in far space in that case replace them */ if (IS_ITEMP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->liveTo <= ic->seq) { dic = findAssignToSym (IC_LEFT (ic), ic); if (!dic) goto right; /* found it we need to remove it from the block */ for (sic = dic; sic != ic; sic = sic->next) bitVectUnSetBit (sic->rlive, IC_LEFT (ic)->key); OP_SYMBOL(IC_LEFT (ic))=OP_SYMBOL(IC_RIGHT (dic)); IC_LEFT (ic)->key = OP_SYMBOL(IC_RIGHT (dic))->key; remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); change++; } /* do the same for the right operand */ right: if (!change && IS_ITEMP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->liveTo <= ic->seq) { iCode *dic = findAssignToSym (IC_RIGHT (ic), ic); iCode *sic; if (!dic) return change; /* if this is a subtraction & the result is a true symbol in far space then don't pack */ if (ic->op == '-' && IS_TRUE_SYMOP (IC_RESULT (dic))) { sym_link *etype = getSpec (operandType (IC_RESULT (dic))); if (IN_FARSPACE (SPEC_OCLS (etype))) return change; } /* found it we need to remove it from the block */ for (sic = dic; sic != ic; sic = sic->next) bitVectUnSetBit (sic->rlive, IC_RIGHT (ic)->key); IC_RIGHT (ic)->operand.symOperand = IC_RIGHT (dic)->operand.symOperand; IC_RIGHT (ic)->key = IC_RIGHT (dic)->operand.symOperand->key; remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); change++; } return change; } /*-----------------------------------------------------------------*/ /* packRegsForOneuse : - will reduce some registers for single Use */ /*-----------------------------------------------------------------*/ static iCode * packRegsForOneuse (iCode * ic, operand * op, eBBlock * ebp) { bitVect *uses; iCode *dic, *sic; /* if returning a literal then do nothing */ if (!IS_SYMOP (op)) return NULL; if (ic->op != RETURN && ic->op != SEND && !POINTER_SET (ic) && !POINTER_GET (ic)) return NULL; /* this routine will mark the a symbol as used in one instruction use only && if the defintion is local (ie. within the basic block) && has only one definition && that definiion is either a return value from a function or does not contain any variables in far space */ uses = bitVectCopy (OP_USES (op)); bitVectUnSetBit (uses, ic->key); /* take away this iCode */ if (!bitVectIsZero (uses)) /* has other uses */ return NULL; /* if it has only one defintion */ if (bitVectnBitsOn (OP_DEFS (op)) > 1) return NULL; /* has more than one definition */ /* get that definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (op))))) return NULL; #if 0 /* if that only usage is a cast */ if (dic->op == CAST) { /* to a bigger type */ if (getSize(OP_SYM_TYPE(IC_RESULT(dic))) > getSize(OP_SYM_TYPE(IC_RIGHT(dic)))) { /* than we can not, since we cannot predict the usage of b & acc */ return NULL; } } #endif /* found the definition now check if it is local */ if (dic->seq < ebp->fSeq || dic->seq > ebp->lSeq) return NULL; /* non-local */ /* now check if it is the return from a function call */ if (dic->op == CALL || dic->op == PCALL) { if (ic->op != SEND && ic->op != RETURN && !POINTER_SET(ic) && !POINTER_GET(ic)) { OP_SYMBOL (op)->ruonly = 1; return dic; } dic = dic->next; } #if 0 /* otherwise check that the definition does not contain any symbols in far space */ if (isOperandInFarSpace (IC_LEFT (dic)) || isOperandInFarSpace (IC_RIGHT (dic)) || IS_OP_RUONLY (IC_LEFT (ic)) || IS_OP_RUONLY (IC_RIGHT (ic))) { return NULL; } #endif #if 0 /* if pointer set then make sure the pointer is one byte */ if (POINTER_SET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_RESULT (dic)), FALSE))) return NULL; if (POINTER_GET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_LEFT (dic)), FALSE))) return NULL; #endif sic = dic; /* also make sure the intervenening instructions don't have any thing in far space */ for (dic = dic->next; dic && dic != ic && sic != ic; dic = dic->next) { /* if there is an intervening function call then no */ if (dic->op == CALL || dic->op == PCALL) return NULL; #if 0 /* if pointer set then make sure the pointer is one byte */ if (POINTER_SET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_RESULT (dic)), FALSE))) return NULL; if (POINTER_GET (dic) && !IS_DATA_PTR (aggrToPtr (operandType (IC_LEFT (dic)), FALSE))) return NULL; #endif /* if address of & the result is remat the okay */ if (dic->op == ADDRESS_OF && OP_SYMBOL (IC_RESULT (dic))->remat) continue; #if 0 /* if operand has size of three or more & this operation is a '*','/' or '%' then 'b' may cause a problem */ if ((dic->op == '%' || dic->op == '/' || dic->op == '*') && getSize (operandType (op)) >= 3) return NULL; #endif #if 0 /* if left or right or result is in far space */ if (isOperandInFarSpace (IC_LEFT (dic)) || isOperandInFarSpace (IC_RIGHT (dic)) || isOperandInFarSpace (IC_RESULT (dic)) || IS_OP_RUONLY (IC_LEFT (dic)) || IS_OP_RUONLY (IC_RIGHT (dic)) || IS_OP_RUONLY (IC_RESULT (dic))) { return NULL; } /* if left or right or result is on stack */ if (isOperandOnStack(IC_LEFT(dic)) || isOperandOnStack(IC_RIGHT(dic)) || isOperandOnStack(IC_RESULT(dic))) { return NULL; } #endif } OP_SYMBOL (op)->ruonly = 1; fprintf (stderr, "%s is used only once in line %d.\n", OP_SYMBOL(op)->name, ic->lineno); return sic; } /*-----------------------------------------------------------------*/ /* isBitwiseOptimizable - requirements of JEAN LOUIS VERN */ /*-----------------------------------------------------------------*/ static bool isBitwiseOptimizable (iCode * ic) { sym_link *ltype = getSpec (operandType (IC_LEFT (ic))); sym_link *rtype = getSpec (operandType (IC_RIGHT (ic))); /* bitwise operations are considered optimizable under the following conditions (Jean-Louis VERN) x & lit bit & bit bit & x bit ^ bit bit ^ x x ^ lit x | lit bit | bit bit | x */ if (IS_LITERAL(rtype) || (IS_BITVAR (ltype) && IN_BITSPACE (SPEC_OCLS (ltype)))) return TRUE; else return FALSE; } /*-----------------------------------------------------------------*/ /* packForPush - hueristics to reduce iCode for pushing */ /*-----------------------------------------------------------------*/ static void packForPush (iCode * ic, eBBlock * ebp) { iCode *dic, *lic; bitVect *dbv; if (ic->op != IPUSH || !IS_ITEMP (IC_LEFT (ic))) return; /* must have only definition & one usage */ if (bitVectnBitsOn (OP_DEFS (IC_LEFT (ic))) != 1 || bitVectnBitsOn (OP_USES (IC_LEFT (ic))) != 1) return; /* find the definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (IC_LEFT (ic)))))) return; if (dic->op != '=' || POINTER_SET (dic)) return; /* make sure the right side does not have any definitions inbetween */ dbv = OP_DEFS(IC_RIGHT(dic)); for (lic = ic; lic && lic != dic ; lic = lic->prev) { if (bitVectBitValue(dbv,lic->key)) return ; } /* make sure they have the same type */ { sym_link *itype=operandType(IC_LEFT(ic)); sym_link *ditype=operandType(IC_RIGHT(dic)); if (SPEC_USIGN(itype)!=SPEC_USIGN(ditype) || SPEC_LONG(itype)!=SPEC_LONG(ditype)) return; } /* extend the live range of replaced operand if needed */ if (OP_SYMBOL(IC_RIGHT(dic))->liveTo < ic->seq) { OP_SYMBOL(IC_RIGHT(dic))->liveTo = ic->seq; } /* we now know that it has one & only one def & use and the that the definition is an assignment */ IC_LEFT (ic) = IC_RIGHT (dic); remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); } /*-----------------------------------------------------------------*/ /* packRegisters - does some transformations to reduce register */ /* pressure */ /*-----------------------------------------------------------------*/ static void packRegisters (eBBlock * ebp) { iCode *ic; int change = 0; while (1) { change = 0; for (ic = ebp->sch; ic; ic = ic->next) { if (ic->op == '=') change += packRegsForAssign (ic, ebp); } if (!change) break; } for (ic = ebp->sch; ic; ic = ic->next) { /* if the condition of an if instruction is defined in the previous instruction and this is the only usage then mark the itemp as a conditional */ if ((IS_CONDITIONAL (ic) || (IS_BITWISE_OP(ic) && isBitwiseOptimizable (ic)))) { if (ic->next && ic->next->op == IFX && bitVectnBitsOn (OP_USES(IC_RESULT(ic)))==1 && isOperandEqual (IC_RESULT (ic), IC_COND (ic->next)) && OP_SYMBOL (IC_RESULT (ic))->liveTo <= ic->next->seq) { OP_SYMBOL (IC_RESULT (ic))->regType = REG_CND; continue; } } #if 0 /* if this is an itemp & result of an address of a true sym then mark this as rematerialisable */ if (ic->op == ADDRESS_OF && IS_ITEMP (IC_RESULT (ic)) && IS_TRUE_SYMOP (IC_LEFT (ic)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1 && !OP_SYMBOL (IC_LEFT (ic))->onStack) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } /* if straight assignment then carry remat flag if this is the only definition */ if (ic->op == '=' && !POINTER_SET (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->remat && !IS_CAST_ICODE(OP_SYMBOL (IC_RIGHT (ic))->rematiCode) && bitVectnBitsOn (OP_SYMBOL (IC_RESULT (ic))->defs) <= 1) { OP_SYMBOL (IC_RESULT (ic))->remat = OP_SYMBOL (IC_RIGHT (ic))->remat; OP_SYMBOL (IC_RESULT (ic))->rematiCode = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; } /* if cast to a generic pointer & the pointer being cast is remat, then we can remat this cast as well */ if (ic->op == CAST && IS_SYMOP(IC_RIGHT(ic)) && OP_SYMBOL(IC_RIGHT(ic))->remat ) { sym_link *to_type = operandType(IC_LEFT(ic)); sym_link *from_type = operandType(IC_RIGHT(ic)); if (IS_GENPTR(to_type) && IS_PTR(from_type)) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } } /* if this is a +/- operation with a rematerizable then mark this as rematerializable as well */ if ((ic->op == '+' || ic->op == '-') && (IS_SYMOP (IC_LEFT (ic)) && IS_ITEMP (IC_RESULT (ic)) && IS_OP_LITERAL (IC_RIGHT (ic))) && OP_SYMBOL (IC_LEFT (ic))->remat && (!IS_SYMOP (IC_RIGHT (ic)) || !IS_CAST_ICODE(OP_SYMBOL (IC_RIGHT (ic))->rematiCode)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } #endif /* mark the pointer usages */ if (POINTER_SET (ic)) OP_SYMBOL (IC_RESULT (ic))->uptr = 1; if (POINTER_GET (ic)) OP_SYMBOL (IC_LEFT (ic))->uptr = 1; /* reduce for support function calls */ if (ic->supportRtn || ic->op == '+' || ic->op == '-') packRegsForSupport (ic, ebp); /* some cases the redundant moves can can be eliminated for return statements */ if (ic->op == RETURN || ic->op == SEND) { packRegsForOneuse (ic, IC_LEFT (ic), ebp); } /* if pointer set & left has a size more than one and right is not in far space */ if (POINTER_SET (ic) && !isOperandInFarSpace (IC_RIGHT (ic)) && !OP_SYMBOL (IC_RESULT (ic))->remat && !IS_OP_RUONLY (IC_RIGHT (ic)) && getSize (aggrToPtr (operandType (IC_RESULT (ic)), FALSE)) > 1) packRegsForOneuse (ic, IC_RESULT (ic), ebp); /* if pointer get */ if (POINTER_GET (ic) && !isOperandInFarSpace (IC_RESULT (ic)) && !OP_SYMBOL (IC_LEFT (ic))->remat && !IS_OP_RUONLY (IC_RESULT (ic)) && getSize (aggrToPtr (operandType (IC_LEFT (ic)), FALSE)) > 1) packRegsForOneuse (ic, IC_LEFT (ic), ebp); /* if this is cast for intergral promotion then check if only use of the definition of the operand being casted/ if yes then replace the result of that arithmetic operation with this result and get rid of the cast */ if (ic->op == CAST) { sym_link *fromType = operandType (IC_RIGHT (ic)); sym_link *toType = operandType (IC_LEFT (ic)); if (IS_INTEGRAL (fromType) && IS_INTEGRAL (toType) && getSize (fromType) != getSize (toType) && SPEC_USIGN (fromType) == SPEC_USIGN (toType)) { iCode *dic = packRegsForOneuse (ic, IC_RIGHT (ic), ebp); if (dic) { if (IS_ARITHMETIC_OP (dic)) { bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); IC_RESULT (dic) = IC_RESULT (ic); remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); ic = ic->prev; } else OP_SYMBOL (IC_RIGHT (ic))->ruonly = 0; } } else { /* if the type from and type to are the same then if this is the only use then packit */ if (compareType (operandType (IC_RIGHT (ic)), operandType (IC_LEFT (ic))) == 1) { iCode *dic = packRegsForOneuse (ic, IC_RIGHT (ic), ebp); if (dic) { bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); IC_RESULT (dic) = IC_RESULT (ic); remiCodeFromeBBlock (ebp, ic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); ic = ic->prev; } } } } /* pack for PUSH iTempNN := (some variable in farspace) V1 push iTempNN ; ------------- push V1 */ if (ic->op == IPUSH) { packForPush (ic, ebp); } } } /*-----------------------------------------------------------------*/ /* assignRegisters - assigns registers to each live range as need */ /*-----------------------------------------------------------------*/ void xa51_assignRegisters (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; iCode *ic; int i; setToNull ((void *) &_G.funcrUsed); setToNull ((void *) &_G.totRegAssigned); _G.stackExtend = 0; /* change assignments this will remove some live ranges reducing some register pressure */ for (i = 0; i < count; i++) packRegisters (ebbs[i]); /* liveranges probably changed by register packing so we compute them again */ recomputeLiveRanges (ebbs, count); if (options.dump_pack) dumpEbbsToFileExt (DUMP_PACK, ebbi); /* first determine for each live range the number of registers & the type of registers required for each */ regTypeNum (*ebbs); /* and serially allocate registers */ serialRegAssign (ebbs, count); freeAllRegs (); /* if stack was extended then tell the user */ if (_G.stackExtend) { werror(I_EXTENDED_STACK_SPILS, _G.stackExtend,currFunc->name,""); _G.stackExtend = 0; } /* after that create the register mask for each of the instruction */ createRegMask (ebbs, count); /* redo that offsets for stacked automatic variables */ redoStackOffsets (); if (options.dump_rassgn) { dumpEbbsToFileExt (DUMP_RASSGN, ebbi); dumpLiveRanges (DUMP_LRANGE, liveRanges); } /* do the overlaysegment stuff SDCCmem.c */ doOverlays (ebbs, count); /* now get back the chain */ ic = iCodeLabelOptimize (iCodeFromeBBlock (ebbs, count)); genXA51Code (ic); /* free up any _G.stackSpil locations allocated */ applyToSet (_G.stackSpil, deallocStackSpil); _G.slocNum = 0; setToNull ((void *) &_G.stackSpil); setToNull ((void *) &_G.spiltSet); /* mark all registers as free */ freeAllRegs (); return; } sdcc-2.9.0/src/xa51/ralloc.h000066400000000000000000000043201116427777700154520ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCralloc.h - header file register allocation Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCicode.h" #include "SDCCBBlock.h" #ifndef SDCCRALLOC_H #define SDCCRALLOC_H 1 #define REG_PTR 0x01 // pointer register #define REG_GPR 0x02 // general purpose register #define REG_CND 0x04 // condition (bit) register #define REG_SCR 0x40 // scratch register #define REG_STK 0x80 // stack pointer register // register ID's enum { R0L_ID=0x10,R0H_ID,R1L_ID,R1H_ID,R2L_ID,R2H_ID,R3L_ID,R3H_ID, R4L_ID,R4H_ID,R5L_ID,R5H_ID,R6L_ID,R6H_ID,R7L_ID,R7H_ID, R0_ID=0x20, R1_ID, R2_ID, R3_ID, R4_ID, R5_ID, R6_ID, R7_ID, R8_ID, I9_ID, R10_ID, R11_ID, R12_ID, R13_ID, R14_ID, R15_ID, R0R1_ID=0x40, R2R3_ID, R4R5_ID, R6R7_ID }; typedef struct regs { unsigned char rIdx; // the register ID unsigned char size; // size of register (1,2,4) unsigned char type; // scratch, pointer, general purpose, stack, condition (bit) char *name; unsigned long regMask; bool isFree; symbol *sym; // used by symbol } regs; extern regs regsXA51[]; extern unsigned long xa51RegsInUse; regs *xa51_regWithIdx (int); bitVect *xa51_rUmaskForOp (operand * op); #endif sdcc-2.9.0/src/xa51/xa51.dsp000066400000000000000000000066431116427777700153250ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="xa51" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Static Library" 0x0104 CFG=xa51 - Win32 Release !MESSAGE This is not a valid makefile. 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For example: !MESSAGE !MESSAGE NMAKE /f "yacc.mak" CFG="yacc - Win32 Release" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "yacc - Win32 Debug" (based on "Win32 (x86) Generic Project") !MESSAGE "yacc - Win32 Release" (based on "Win32 (x86) Generic Project") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" MTL=midl.exe !IF "$(CFG)" == "yacc - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Target_Dir "" !ELSEIF "$(CFG)" == "yacc - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Target_Dir "" !ENDIF # Begin Target # Name "yacc - Win32 Debug" # Name "yacc - Win32 Release" # Begin Source File SOURCE=.\SDCC.y !IF "$(CFG)" == "yacc - Win32 Debug" # Begin Custom Build InputPath=.\SDCC.y BuildCmds= \ bison -d -v -o sdccy.c sdcc.y "sdccy.c" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" $(BuildCmds) "sdccy.h" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" $(BuildCmds) # End Custom Build !ELSEIF "$(CFG)" == "yacc - Win32 Release" # Begin Custom Build InputPath=.\SDCC.y BuildCmds= \ bison -d -v -o sdccy.c sdcc.y "sdccy.c" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" $(BuildCmds) "sdccy.h" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" $(BuildCmds) # End Custom Build !ENDIF # End Source File # End Target # End Project sdcc-2.9.0/src/z80/000077500000000000000000000000001116427777700136715ustar00rootroot00000000000000sdcc-2.9.0/src/z80/Makefile.bcc000066400000000000000000000006061116427777700160610ustar00rootroot00000000000000# Makefile for Borland C++ PRJDIR = ../.. OBJ = gen.obj ralloc.obj main.obj support.obj peep.obj LIB = port.lib !include $(PRJDIR)/Bcc.inc CFLAGS = $(CFLAGS) -I.. -I$(PRJDIR) all: $(LIB) main.obj: main.c peeph.rul peeph-z80.rul peeph-gbz80.rul $(LIB): $(OBJ) if exist $(LIB) del $(LIB) tlib $@ @&&! +$(**: = &^ +) ! .def.rul: gawk -f ../SDCCpeeph.awk $< > $@ sdcc-2.9.0/src/z80/Makefile.in000066400000000000000000000002451116427777700157370ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ top_srcdir = @top_srcdir@ # Make all in this directory include $(srcdir)/../port.mk sdcc-2.9.0/src/z80/gen.c000066400000000000000000006672771116427777700146370ustar00rootroot00000000000000/*------------------------------------------------------------------------- gen.c - Z80 specific code generator. Michael Hope 2000 Based on the mcs51 generator - Sandeep Dutta . sandeep.dutta@usa.net (1998) and - Jean-Louis VERN.jlvern@writeme.com (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /* Benchmarks on dhry.c 2.1 with 32766 loops and a 10ms clock: ticks dhry size Base with asm strcpy / strcmp / memcpy: 23198 141 1A14 Improved WORD push 22784 144 19AE With label1 on 22694 144 197E With label2 on 22743 144 198A With label3 on 22776 144 1999 With label4 on 22776 144 1999 With all 'label' on 22661 144 196F With loopInvariant on 20919 156 19AB With loopInduction on Breaks 198B With all working on 20796 158 196C Slightly better genCmp(signed) 20597 159 195B Better reg packing, first peephole 20038 163 1873 With assign packing 19281 165 1849 5/3/00 17741 185 17B6 With reg params for mul and div 16234 202 162D 1. Starting again at 3 Aug 01 34965 93 219C No asm strings Includes long mul/div in code 2. Optimised memcpy for acc use 32102 102 226B 3. Optimised strcpy for acc use 27819 117 2237 3a Optimised memcpy fun 4. Optimised strcmp fun 21999 149 2294 5. Optimised strcmp further 21660 151 228C 6. Optimised memcpy by unroling 20885 157 2201 7. After turning loop induction on 19862 165 236D 8. Same as 7 but with more info 9. With asm optimised strings 17030 192 2223 10 and below are with asm strings off. 10 Mucho optimisations 13562 201 1FCC Apparent advantage of turning on regparams: 1. Cost of push Decent case is push of a constant - ld hl,#n; push hl: (10+11)*nargs 2. Cost of pull from stack Using asm with ld hl, etc - ld hl,#2; add hl,sp; (ld bc,(hl); hl+=2)*nargs 10+11+(7+6+7+6)*nargs 3. Cost of fixing stack - pop hl*nargs 10*nargs So cost is (10+11+7+6+7+10)*nargs+10+11 = 51*nargs+21 = 123 for mul, div, strcmp, strcpy Saving of (98298+32766+32766+32766)*123 = 24181308 At 192 d/s for 682411768t, speed up to 199. Hmm. */ #include #include #include #include #include "z80.h" #include "SDCCglobl.h" #include "SDCCpeeph.h" #include "gen.h" #include "SDCCglue.h" #include "newalloc.h" /* This is the down and dirty file with all kinds of kludgy & hacky stuff. This is what it is all about CODE GENERATION for a specific MCU. Some of the routines may be reusable, will have to see */ /* Z80 calling convention description. Parameters are passed right to left. As the stack grows downwards, the parameters are arranged in left to right in memory. Parameters may be passed in the HL and DE registers with one parameter per pair. PENDING: What if the parameter is a long? Everything is caller saves. i.e. the caller must save any registers that it wants to preserve over the call. GB: The return value is returned in DEHL. DE is normally used as a working register pair. Caller saves allows it to be used for a return value. va args functions do not use register parameters. All arguments are passed on the stack. IX is used as an index register to the top of the local variable area. ix-0 is the top most local variable. */ enum { /* Set to enable debugging trace statements in the output assembly code. */ DISABLE_DEBUG = 0 }; static char *_z80_return[] = {"l", "h", "e", "d"}; static char *_gbz80_return[] = {"e", "d", "l", "h"}; static char *_fReceive[] = { "c", "b", "e", "d" }; static char **_fReturn; static char **_fTmp; extern struct dbuf_s *codeOutBuf; enum { INT8MIN = -128, INT8MAX = 127 }; /** Enum covering all the possible register pairs. */ typedef enum { PAIR_INVALID, PAIR_AF, PAIR_BC, PAIR_DE, PAIR_HL, PAIR_IY, PAIR_IX, NUM_PAIRS } PAIR_ID; static struct { const char *name; const char *l; const char *h; } _pairs[NUM_PAIRS] = { { "??1", "?2", "?3" }, { "af", "f", "a" }, { "bc", "c", "b" }, { "de", "e", "d" }, { "hl", "l", "h" }, { "iy", "iyl", "iyh" }, { "ix", "ixl", "ixh" } }; // PENDING #define ACC_NAME _pairs[PAIR_AF].h enum { LSB, MSB16, MSB24, MSB32 }; /** Code generator persistent data. */ static struct { /** Used to optimised setting up of a pair by remebering what it contains and adjusting instead of reloading where possible. */ struct { AOP_TYPE last_type; const char *base; int offset; } pairs[NUM_PAIRS]; struct { int last; int pushed; int param_offset; int offset; int pushedBC; int pushedDE; } stack; struct { int pushedBC; int pushedDE; } calleeSaves; bool omitFramePtr; int frameId; int receiveOffset; bool flushStatics; bool in_home; const char *lastFunctionName; iCode *current_iCode; bool preserveCarry; set *sendSet; struct { /** TRUE if the registers have already been saved. */ bool saved; } saves; struct { lineNode *head; lineNode *current; int isInline; int isDebug; allocTrace trace; } lines; struct { allocTrace aops; } trace; } _G; static const char *aopGet (asmop * aop, int offset, bool bit16); static const char *aopNames[] = { "AOP_INVALID", "AOP_LIT", "AOP_REG", "AOP_DIR", "AOP_SFR", "AOP_STK", "AOP_IMMD", "AOP_STR", "AOP_CRY", "AOP_IY", "AOP_HL", "AOP_ACC", "AOP_HLREG", "AOP_SIMPLELIT", "AOP_EXSTK", "AOP_PAIRPT", "AOP_DUMMY" }; static bool isLastUse (iCode *ic, operand *op) { bitVect *uses = bitVectCopy (OP_USES (op)); while (!bitVectIsZero (uses)) { if (bitVectFirstBit (uses) == ic->key) { if (bitVectnBitsOn (uses) == 1) { return TRUE; } else { return FALSE; } } bitVectUnSetBit (uses, bitVectFirstBit (uses)); } return FALSE; } static PAIR_ID _getTempPairId(void) { if (IS_GB) { return PAIR_DE; } else { return PAIR_HL; } } static const char * _getTempPairName(void) { return _pairs[_getTempPairId()].name; } static bool isPairInUse (PAIR_ID id, iCode *ic) { if (id == PAIR_DE) { return bitVectBitValue (ic->rMask, D_IDX) || bitVectBitValue(ic->rMask, E_IDX); } else if (id == PAIR_BC) { return bitVectBitValue (ic->rMask, B_IDX) || bitVectBitValue(ic->rMask, C_IDX); } else { wassertl (0, "Only implemented for DE and BC"); return TRUE; } } static bool isPairInUseNotInRet(PAIR_ID id, iCode *ic) { bitVect *rInUse; rInUse = bitVectCplAnd (bitVectCopy (ic->rMask), ic->rUsed); if (id == PAIR_DE) { return bitVectBitValue (rInUse, D_IDX) || bitVectBitValue(rInUse, E_IDX); } else { wassertl (0, "Only implemented for DE"); return TRUE; } } static PAIR_ID getFreePairId (iCode *ic) { if (!isPairInUse (PAIR_BC, ic)) { return PAIR_BC; } else if (IS_Z80 && !isPairInUse (PAIR_DE, ic)) { return PAIR_DE; } else { return PAIR_INVALID; } } static void _tidyUp (char *buf) { /* Clean up the line so that it is 'prettier' */ if (strchr (buf, ':')) { /* Is a label - cant do anything */ return; } /* Change the first (and probably only) ' ' to a tab so everything lines up. */ while (*buf) { if (*buf == ' ') { *buf = '\t'; break; } buf++; } } static lineNode * _newLineNode (const char *line) { lineNode *pl; pl = traceAlloc(&_G.lines.trace, Safe_alloc ( sizeof (lineNode))); pl->line = traceAlloc(&_G.lines.trace, Safe_strdup (line)); return pl; } static void _vemit2 (const char *szFormat, va_list ap) { struct dbuf_s dbuf; char *buffer; dbuf_init(&dbuf, INITIAL_INLINEASM); dbuf_tvprintf (&dbuf, szFormat, ap); buffer = (char *)dbuf_c_str(&dbuf); _tidyUp (buffer); _G.lines.current = (_G.lines.current ? connectLine (_G.lines.current, _newLineNode (buffer)) : (_G.lines.head = _newLineNode (buffer))); _G.lines.current->isInline = _G.lines.isInline; _G.lines.current->isDebug = _G.lines.isDebug; _G.lines.current->ic = _G.current_iCode; _G.lines.current->isComment = (*buffer == ';'); dbuf_destroy(&dbuf); } static void emit2 (const char *szFormat,...) { va_list ap; va_start (ap, szFormat); _vemit2 (szFormat, ap); va_end (ap); } static void emitDebug (const char *szFormat,...) { if (!options.verboseAsm) return; if (!DISABLE_DEBUG) { va_list ap; va_start (ap, szFormat); _vemit2 (szFormat, ap); va_end (ap); } } /*-----------------------------------------------------------------*/ /* z80_emitDebuggerSymbol - associate the current code location */ /* with a debugger symbol */ /*-----------------------------------------------------------------*/ void z80_emitDebuggerSymbol (char * debugSym) { _G.lines.isDebug = 1; emit2 ("%s !equ .", debugSym); emit2 ("!global", debugSym); _G.lines.isDebug = 0; } /*-----------------------------------------------------------------*/ /* emit2 - writes the code into a file : for now it is simple */ /*-----------------------------------------------------------------*/ void _emit2 (const char *inst, const char *fmt,...) { va_list ap; char lb[INITIAL_INLINEASM]; char *lbp = lb; va_start (ap, fmt); if (*inst != '\0') { sprintf (lb, "%s\t", inst); vsprintf (lb + (strlen (lb)), fmt, ap); } else vsprintf (lb, fmt, ap); while (isspace (*lbp)) lbp++; if (lbp && *lbp) { _G.lines.current = (_G.lines.current ? connectLine (_G.lines.current, _newLineNode (lb)) : (_G.lines.head = _newLineNode (lb))); } _G.lines.current->isInline = _G.lines.isInline; _G.lines.current->ic = _G.current_iCode; va_end (ap); } static void _emitMove(const char *to, const char *from) { if (STRCASECMP(to, from) != 0) { emit2("ld %s,%s", to, from); } else { // Optimise it out. // Could leave this to the peephole, but sometimes the peephole is inhibited. } } void aopDump(const char *plabel, asmop *aop) { int i; char regbuf[9]; char *rbp = regbuf; emitDebug("; Dump of %s: type %s size %u", plabel, aopNames[aop->type], aop->size); switch (aop->type) { case AOP_EXSTK: case AOP_STK: emitDebug("; aop_stk %d", aop->aopu.aop_stk); break; case AOP_REG: for (i=aop->size-1;i>=0;i--) *rbp++ = *(aop->aopu.aop_reg[i]->name); *rbp = '\0'; emitDebug("; reg = %s", regbuf); break; case AOP_PAIRPTR: emitDebug("; pairptr = (%s)", _pairs[aop->aopu.aop_pairId].name); default: /* No information. */ break; } } static void _moveA(const char *moveFrom) { // Let the peephole optimiser take care of redundent loads _emitMove(ACC_NAME, moveFrom); } static void _clearCarry(void) { emit2("xor a,a"); } const char * getPairName (asmop * aop) { if (aop->type == AOP_REG) { switch (aop->aopu.aop_reg[0]->rIdx) { case C_IDX: return "bc"; break; case E_IDX: return "de"; break; case L_IDX: return "hl"; break; } } else if (aop->type == AOP_STR || aop->type == AOP_HLREG) { int i; for (i = 0; i < NUM_PAIRS; i++) { if (strcmp(aop->aopu.aop_str[0], _pairs[i].l) == 0) { return _pairs[i].name; } } } wassertl (0, "Tried to get the pair name of something that isn't a pair"); return NULL; } static PAIR_ID getPairId (asmop * aop) { if (aop->size == 2) { if (aop->type == AOP_REG) { if ((aop->aopu.aop_reg[0]->rIdx == C_IDX) && (aop->aopu.aop_reg[1]->rIdx == B_IDX)) { return PAIR_BC; } if ((aop->aopu.aop_reg[0]->rIdx == E_IDX) && (aop->aopu.aop_reg[1]->rIdx == D_IDX)) { return PAIR_DE; } if ((aop->aopu.aop_reg[0]->rIdx == L_IDX) && (aop->aopu.aop_reg[1]->rIdx == H_IDX)) { return PAIR_HL; } } else if (aop->type == AOP_STR || aop->type == AOP_HLREG) { int i; for (i = 0; i < NUM_PAIRS; i++) { if (!strcmp (aop->aopu.aop_str[0], _pairs[i].l) && !strcmp (aop->aopu.aop_str[1], _pairs[i].h)) { return i; } } } } return PAIR_INVALID; } /** Returns TRUE if the registers used in aop form a pair (BC, DE, HL) */ bool isPair (asmop * aop) { return (getPairId (aop) != PAIR_INVALID); } /** Returns TRUE if the registers used in aop cannot be split into high and low halves */ bool isUnsplitable (asmop * aop) { switch (getPairId (aop)) { case PAIR_IX: case PAIR_IY: return TRUE; default: return FALSE; } return FALSE; } bool isPtrPair (asmop * aop) { PAIR_ID pairId = getPairId (aop); switch (pairId) { case PAIR_HL: case PAIR_IY: case PAIR_IX: return TRUE; default: return FALSE; } } static void spillPair (PAIR_ID pairId) { _G.pairs[pairId].last_type = AOP_INVALID; _G.pairs[pairId].base = NULL; } /* Given a register name, spill the pair (if any) the register is part of */ static void spillPairReg (const char *regname) { if (strlen(regname)==1) { switch (*regname) { case 'h': case 'l': spillPair(PAIR_HL); break; case 'd': case 'e': spillPair(PAIR_DE); break; case 'b': case 'c': spillPair(PAIR_BC); break; } } } /** Push a register pair onto the stack */ void genPairPush (asmop * aop) { emit2 ("push %s", getPairName (aop)); } static void _push (PAIR_ID pairId) { emit2 ("push %s", _pairs[pairId].name); _G.stack.pushed += 2; } static void _pop (PAIR_ID pairId) { if (pairId != PAIR_INVALID) { emit2 ("pop %s", _pairs[pairId].name); _G.stack.pushed -= 2; spillPair (pairId); } } void genMovePairPair (PAIR_ID srcPair, PAIR_ID dstPair) { switch (dstPair) { case PAIR_IX: case PAIR_IY: case PAIR_AF: _push(srcPair); _pop(dstPair); break; case PAIR_BC: case PAIR_DE: case PAIR_HL: if (srcPair == PAIR_IX || srcPair == PAIR_IY) { _push(srcPair); _pop(dstPair); } else { emit2("ld %s,%s",_pairs[dstPair].l,_pairs[srcPair].l); emit2("ld %s,%s",_pairs[dstPair].h,_pairs[srcPair].h); } default: wassertl (0, "Tried to move a nonphysical pair"); } _G.pairs[dstPair].last_type = _G.pairs[srcPair].last_type; _G.pairs[dstPair].base = _G.pairs[srcPair].base; _G.pairs[dstPair].offset = _G.pairs[srcPair].offset; } /*-----------------------------------------------------------------*/ /* newAsmop - creates a new asmOp */ /*-----------------------------------------------------------------*/ static asmop * newAsmop (short type) { asmop *aop; aop = traceAlloc(&_G.trace.aops, Safe_alloc (sizeof (asmop))); aop->type = type; return aop; } /*-----------------------------------------------------------------*/ /* aopForSym - for a true symbol */ /*-----------------------------------------------------------------*/ static asmop * aopForSym (iCode * ic, symbol * sym, bool result, bool requires_a) { asmop *aop; memmap *space; wassert (ic); wassert (sym); wassert (sym->etype); space = SPEC_OCLS (sym->etype); /* if already has one */ if (sym->aop) { return sym->aop; } /* Assign depending on the storage class */ if (sym->onStack || sym->iaccess) { /* The pointer that is used depends on how big the offset is. Normally everything is AOP_STK, but for offsets of < -128 or > 127 on the Z80 an extended stack pointer is used. */ if (IS_Z80 && (_G.omitFramePtr || sym->stack < INT8MIN || sym->stack > (int)(INT8MAX-getSize (sym->type)))) { emitDebug ("; AOP_EXSTK for %s", sym->rname); sym->aop = aop = newAsmop (AOP_EXSTK); } else { emitDebug ("; AOP_STK for %s", sym->rname); sym->aop = aop = newAsmop (AOP_STK); } aop->size = getSize (sym->type); aop->aopu.aop_stk = sym->stack; return aop; } /* special case for a function */ if (IS_FUNC (sym->type)) { sym->aop = aop = newAsmop (AOP_IMMD); aop->aopu.aop_immd = traceAlloc(&_G.trace.aops, Safe_strdup (sym->rname)); aop->size = 2; return aop; } if( IN_REGSP( space )) { /*.p.t.20030716 minor restructure to add SFR support to the Z80 */ if (IS_GB) { /* if it is in direct space */ if( !requires_a ) { sym->aop = aop = newAsmop (AOP_SFR); aop->aopu.aop_dir = sym->rname; aop->size = getSize (sym->type); emitDebug ("; AOP_SFR for %s", sym->rname); return aop; } } else { /*.p.t.20030716 adding SFR support to the Z80 port */ aop = newAsmop (AOP_SFR); sym->aop = aop; aop->aopu.aop_dir = sym->rname; aop->size = getSize( sym->type ); aop->paged = FUNC_REGBANK(sym->type); aop->bcInUse = isPairInUse( PAIR_BC, ic ); aop->deInUse = isPairInUse( PAIR_DE, ic ); emitDebug( ";Z80 AOP_SFR for %s banked:%d bc:%d de:%d", sym->rname, FUNC_REGBANK(sym->type), aop->bcInUse, aop->deInUse ); return( aop ); } } /* only remaining is far space */ /* in which case DPTR gets the address */ if (IS_GB) { emitDebug ("; AOP_HL for %s", sym->rname); sym->aop = aop = newAsmop (AOP_HL); } else { sym->aop = aop = newAsmop (AOP_IY); } aop->size = getSize (sym->type); aop->aopu.aop_dir = sym->rname; /* if it is in code space */ if (IN_CODESPACE (space)) aop->code = 1; return aop; } /*-----------------------------------------------------------------*/ /* aopForRemat - rematerialzes an object */ /*-----------------------------------------------------------------*/ static asmop * aopForRemat (symbol * sym) { char *s = buffer; iCode *ic = sym->rematiCode; asmop *aop = newAsmop (AOP_IMMD); while (1) { /* if plus or minus print the right hand side */ if (ic->op == '+' || ic->op == '-') { /* PENDING: for re-target */ sprintf (s, "0x%04x %c ", (int) operandLitValue (IC_RIGHT (ic)), ic->op); s += strlen (s); ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; continue; } /* we reached the end */ sprintf (s, "%s", OP_SYMBOL (IC_LEFT (ic))->rname); break; } aop->aopu.aop_immd = traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); return aop; } /*-----------------------------------------------------------------*/ /* regsInCommon - two operands have some registers in common */ /*-----------------------------------------------------------------*/ bool regsInCommon (operand * op1, operand * op2) { symbol *sym1, *sym2; int i; /* if they have registers in common */ if (!IS_SYMOP (op1) || !IS_SYMOP (op2)) return FALSE; sym1 = OP_SYMBOL (op1); sym2 = OP_SYMBOL (op2); if (sym1->nRegs == 0 || sym2->nRegs == 0) return FALSE; for (i = 0; i < sym1->nRegs; i++) { int j; if (!sym1->regs[i]) continue; for (j = 0; j < sym2->nRegs; j++) { if (!sym2->regs[j]) continue; if (sym2->regs[j] == sym1->regs[i]) return TRUE; } } return FALSE; } /*-----------------------------------------------------------------*/ /* operandsEqu - equivalent */ /*-----------------------------------------------------------------*/ bool operandsEqu (operand * op1, operand * op2) { symbol *sym1, *sym2; /* if they not symbols */ if (!IS_SYMOP (op1) || !IS_SYMOP (op2)) return FALSE; sym1 = OP_SYMBOL (op1); sym2 = OP_SYMBOL (op2); /* if both are itemps & one is spilt and the other is not then false */ if (IS_ITEMP (op1) && IS_ITEMP (op2) && sym1->isspilt != sym2->isspilt) return FALSE; /* if they are the same */ if (sym1 == sym2) return 1; if (sym1->rname[0] && sym2->rname[0] && strcmp (sym1->rname, sym2->rname) == 0) return 2; /* if left is a tmp & right is not */ if (IS_ITEMP (op1) && !IS_ITEMP (op2) && sym1->isspilt && (sym1->usl.spillLoc == sym2)) return 3; if (IS_ITEMP (op2) && !IS_ITEMP (op1) && sym2->isspilt && sym1->level > 0 && (sym2->usl.spillLoc == sym1)) return 4; return FALSE; } /*-----------------------------------------------------------------*/ /* sameRegs - two asmops have the same registers */ /*-----------------------------------------------------------------*/ bool sameRegs (asmop * aop1, asmop * aop2) { int i; if (aop1->type == AOP_SFR || aop2->type == AOP_SFR) return FALSE; if (aop1 == aop2) return TRUE; if (aop1->type != AOP_REG || aop2->type != AOP_REG) return FALSE; if (aop1->size != aop2->size) return FALSE; for (i = 0; i < aop1->size; i++) if (aop1->aopu.aop_reg[i] != aop2->aopu.aop_reg[i]) return FALSE; return TRUE; } /*-----------------------------------------------------------------*/ /* aopOp - allocates an asmop for an operand : */ /*-----------------------------------------------------------------*/ static void aopOp (operand * op, iCode * ic, bool result, bool requires_a) { asmop *aop; symbol *sym; int i; if (!op) return; /* if this a literal */ if (IS_OP_LITERAL (op)) { op->aop = aop = newAsmop (AOP_LIT); aop->aopu.aop_lit = op->operand.valOperand; aop->size = getSize (operandType (op)); return; } /* if already has a asmop then continue */ if (op->aop) { if (op->aop->type == AOP_SFR) { op->aop->bcInUse = isPairInUse( PAIR_BC, ic ); op->aop->deInUse = isPairInUse( PAIR_DE, ic ); } return; } /* if the underlying symbol has a aop */ if (IS_SYMOP (op) && OP_SYMBOL (op)->aop) { op->aop = OP_SYMBOL (op)->aop; if (op->aop->type == AOP_SFR) { op->aop->bcInUse = isPairInUse( PAIR_BC, ic ); op->aop->deInUse = isPairInUse( PAIR_DE, ic ); } return; } /* if this is a true symbol */ if (IS_TRUE_SYMOP (op)) { op->aop = aopForSym (ic, OP_SYMBOL (op), result, requires_a); return; } /* this is a temporary : this has only four choices : a) register b) spillocation c) rematerialize d) conditional e) can be a return use only */ sym = OP_SYMBOL (op); /* if the type is a conditional */ if (sym->regType == REG_CND) { aop = op->aop = sym->aop = newAsmop (AOP_CRY); aop->size = 0; return; } /* if it is spilt then two situations a) is rematerialize b) has a spill location */ if (sym->isspilt || sym->nRegs == 0) { /* rematerialize it NOW */ if (sym->remat) { sym->aop = op->aop = aop = aopForRemat (sym); aop->size = getSize (sym->type); return; } if (sym->ruonly) { int i; aop = op->aop = sym->aop = newAsmop (AOP_STR); aop->size = getSize (sym->type); for (i = 0; i < 4; i++) aop->aopu.aop_str[i] = _fReturn[i]; return; } if (sym->accuse) { if (sym->accuse == ACCUSE_A) { aop = op->aop = sym->aop = newAsmop (AOP_ACC); aop->size = getSize (sym->type); wassertl(aop->size == 1, "Internal error: Caching in A, but too big to fit in A"); aop->aopu.aop_str[0] = _pairs[PAIR_AF].h; } else if (sym->accuse == ACCUSE_SCRATCH) { aop = op->aop = sym->aop = newAsmop (AOP_HLREG); aop->size = getSize (sym->type); wassertl(aop->size <= 2, "Internal error: Caching in HL, but too big to fit in HL"); aop->aopu.aop_str[0] = _pairs[PAIR_HL].l; aop->aopu.aop_str[1] = _pairs[PAIR_HL].h; } else if (sym->accuse == ACCUSE_IY) { aop = op->aop = sym->aop = newAsmop (AOP_HLREG); aop->size = getSize (sym->type); wassertl(aop->size <= 2, "Internal error: Caching in IY, but too big to fit in IY"); aop->aopu.aop_str[0] = _pairs[PAIR_IY].l; aop->aopu.aop_str[1] = _pairs[PAIR_IY].h; } else { wassertl (0, "Marked as being allocated into A or HL but is actually in neither"); } return; } if (sym->usl.spillLoc) { asmop *oldAsmOp = NULL; if (getSize(sym->type) != getSize(sym->usl.spillLoc->type)) { /* force a new aop if sizes differ */ oldAsmOp = sym->usl.spillLoc->aop; sym->usl.spillLoc->aop = NULL; } sym->aop = op->aop = aop = aopForSym (ic, sym->usl.spillLoc, result, requires_a); if (getSize(sym->type) != getSize(sym->usl.spillLoc->type)) { /* Don't reuse the new aop, go with the last one */ sym->usl.spillLoc->aop = oldAsmOp; } aop->size = getSize (sym->type); return; } /* else must be a dummy iTemp */ sym->aop = op->aop = aop = newAsmop (AOP_DUMMY); aop->size = getSize (sym->type); return; } /* must be in a register */ sym->aop = op->aop = aop = newAsmop (AOP_REG); aop->size = sym->nRegs; for (i = 0; i < sym->nRegs; i++) aop->aopu.aop_reg[i] = sym->regs[i]; } /*-----------------------------------------------------------------*/ /* freeAsmop - free up the asmop given to an operand */ /*----------------------------------------------------------------*/ static void freeAsmop (operand * op, asmop * aaop, iCode * ic) { asmop *aop; if (!op) aop = aaop; else aop = op->aop; if (!aop) return; if (aop->freed) goto dealloc; aop->freed = 1; if (aop->type == AOP_PAIRPTR && IS_Z80 && aop->aopu.aop_pairId == PAIR_DE) { _pop (aop->aopu.aop_pairId); } if (getPairId (aop) == PAIR_HL) { spillPair (PAIR_HL); } dealloc: /* all other cases just dealloc */ if (op) { op->aop = NULL; if (IS_SYMOP (op)) { OP_SYMBOL (op)->aop = NULL; /* if the symbol has a spill */ if (SPIL_LOC (op)) SPIL_LOC (op)->aop = NULL; } } } bool isLitWord (asmop * aop) { /* if (aop->size != 2) return FALSE; */ switch (aop->type) { case AOP_IMMD: case AOP_LIT: return TRUE; default: return FALSE; } } char * aopGetLitWordLong (asmop * aop, int offset, bool with_hash) { /* depending on type */ switch (aop->type) { case AOP_HL: case AOP_IY: case AOP_IMMD: /* PENDING: for re-target */ if (with_hash) { tsprintf (buffer, sizeof(buffer), "!hashedstr + %d", aop->aopu.aop_immd, offset); } else if (offset == 0) { tsprintf (buffer, sizeof(buffer), "%s", aop->aopu.aop_immd); } else { tsprintf (buffer, sizeof(buffer), "%s + %d", aop->aopu.aop_immd, offset); } return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); case AOP_LIT: { value *val = aop->aopu.aop_lit; /* if it is a float then it gets tricky */ /* otherwise it is fairly simple */ if (!IS_FLOAT (val->type)) { unsigned long v = ulFromVal (val); if (offset == 2) { v >>= 16; } else if (offset == 0) { // OK } else { wassertl(0, "Encountered an invalid offset while fetching a literal"); } if (with_hash) tsprintf (buffer, sizeof(buffer), "!immedword", v); else tsprintf (buffer, sizeof(buffer), "!constword", v); return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); } else { union { float f; unsigned char c[4]; } fl; unsigned int i; /* it is type float */ fl.f = (float) floatFromVal (val); #ifdef WORDS_BIGENDIAN i = fl.c[3-offset] | (fl.c[3-offset-1]<<8); #else i = fl.c[offset] | (fl.c[offset+1]<<8); #endif if (with_hash) tsprintf (buffer, sizeof(buffer), "!immedword", i); else tsprintf (buffer, sizeof(buffer), "!constword", i); return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); } } default: return NULL; } } char * aopGetWord (asmop * aop, int offset) { return aopGetLitWordLong (aop, offset, TRUE); } bool isPtr (const char *s) { if (!strcmp (s, "hl")) return TRUE; if (!strcmp (s, "ix")) return TRUE; if (!strcmp (s, "iy")) return TRUE; return FALSE; } static void adjustPair (const char *pair, int *pold, int new) { wassert (pair); while (*pold < new) { emit2 ("inc %s", pair); (*pold)++; } while (*pold > new) { emit2 ("dec %s", pair); (*pold)--; } } static void spillCached (void) { spillPair (PAIR_HL); spillPair (PAIR_IY); } static bool requiresHL (asmop * aop) { switch (aop->type) { case AOP_IY: case AOP_HL: case AOP_STK: case AOP_EXSTK: case AOP_HLREG: return TRUE; default: return FALSE; } } static void fetchLitPair (PAIR_ID pairId, asmop * left, int offset) { const char *l, *base; const char *pair = _pairs[pairId].name; l = aopGetLitWordLong (left, offset, FALSE); base = aopGetLitWordLong (left, 0, FALSE); wassert (l && pair && base); if (isPtr (pair)) { if (pairId == PAIR_HL || pairId == PAIR_IY) { if (_G.pairs[pairId].last_type == AOP_IMMD && left->type == AOP_IMMD) { if (_G.pairs[pairId].base && !strcmp (_G.pairs[pairId].base, base)) { if (pairId == PAIR_HL && abs (_G.pairs[pairId].offset - offset) < 3) { adjustPair (pair, &_G.pairs[pairId].offset, offset); goto adjusted; } if (pairId == PAIR_IY && (offset >= INT8MIN && offset <= INT8MAX)) { goto adjusted; } } } } if (pairId == PAIR_HL && left->type == AOP_LIT && _G.pairs[pairId].last_type == AOP_LIT && !IS_FLOAT (left->aopu.aop_lit->type) && offset == 0 && _G.pairs[pairId].offset == 0) { unsigned new_low, new_high, old_low, old_high; unsigned long v_new = ulFromVal (left->aopu.aop_lit); unsigned long v_old = strtoul (_G.pairs[pairId].base, NULL, 0); new_low = (v_new >> 0) & 0xff; new_high = (v_new >> 8) & 0xff; old_low = (v_old >> 0) & 0xff; old_high = (v_old >> 8) & 0xff; /* Change lower byte only. */ if(new_high == old_high) { emit2("ld l, %s", aopGet (left, 0, FALSE)); goto adjusted; } /* Change upper byte only. */ else if(new_low == old_low) { emit2("ld h, %s", aopGet (left, 1, FALSE)); goto adjusted; } } _G.pairs[pairId].last_type = left->type; _G.pairs[pairId].base = traceAlloc(&_G.trace.aops, Safe_strdup (base)); _G.pairs[pairId].offset = offset; } /* Both a lit on the right and a true symbol on the left */ emit2 ("ld %s,!hashedstr", pair, l); return; adjusted: _G.pairs[pairId].last_type = left->type; _G.pairs[pairId].base = traceAlloc(&_G.trace.aops, Safe_strdup (base)); _G.pairs[pairId].offset = offset; } static PAIR_ID makeFreePairId (iCode *ic, bool *pisUsed) { *pisUsed = FALSE; if (ic != NULL) { if (!bitVectBitValue (ic->rMask, B_IDX) && !bitVectBitValue(ic->rMask, C_IDX)) { return PAIR_BC; } else if (IS_Z80 && !bitVectBitValue (ic->rMask, D_IDX) && !bitVectBitValue(ic->rMask, E_IDX)) { return PAIR_DE; } else { *pisUsed = TRUE; return PAIR_HL; } } else { *pisUsed = TRUE; return PAIR_HL; } } static void fetchPairLong (PAIR_ID pairId, asmop * aop, iCode *ic, int offset) { /* if this is remateriazable */ if (isLitWord (aop)) { fetchLitPair (pairId, aop, offset); } else { if (getPairId (aop) == pairId) { /* Do nothing */ } /* we need to get it byte by byte */ else if (pairId == PAIR_HL && IS_GB && requiresHL (aop)) { aopGet (aop, offset, FALSE); switch (aop->size - offset) { case 1: emit2 ("ld l,!*hl"); emit2 ("ld h,!immedbyte", 0); break; case 2: // PENDING: Requires that you are only fetching two bytes. case 4: emit2 ("!ldahli"); emit2 ("ld h,!*hl"); emit2 ("ld l,a"); break; default: wassertl (0, "Attempted to fetch too much data into HL"); break; } } else if (IS_Z80 && aop->type == AOP_IY) { /* Instead of fetching relative to IY, just grab directly from the address IY refers to */ char *l = aopGetLitWordLong (aop, offset, FALSE); wassert (l); emit2 ("ld %s,(%s)", _pairs[pairId].name, l); if (aop->size < 2) { emit2("ld %s,!zero", _pairs[pairId].h); } } else if (pairId == PAIR_IY) { if (isPair (aop)) { emit2 ("push %s", _pairs[getPairId(aop)].name); emit2 ("pop iy"); } else { bool isUsed; PAIR_ID id = makeFreePairId (ic, &isUsed); if (isUsed) _push (id); /* Can't load into parts, so load into HL then exchange. */ emit2 ("ld %s,%s", _pairs[id].l, aopGet (aop, offset, FALSE)); emit2 ("ld %s,%s", _pairs[id].h, aopGet (aop, offset + 1, FALSE)); emit2 ("push %s", _pairs[id].name); emit2 ("pop iy"); if (isUsed) _pop (id); } } else if (isUnsplitable(aop)) { emit2("push %s", _pairs[getPairId(aop)].name); emit2("pop %s", _pairs[pairId].name); } else { /* Swapping register contents within register pair */ if(!strcmp(aopGet (aop, offset, FALSE), _pairs[pairId].h)) { emit2 ("ld a,%s",aopGet (aop, offset + 1, FALSE)); emit2 ("ld %s,%s", _pairs[pairId].l, aopGet (aop, offset, FALSE)); emit2 ("ld %s,a", _pairs[pairId].h); } else { emit2 ("ld %s,%s", _pairs[pairId].l, aopGet (aop, offset, FALSE)); emit2 ("ld %s,%s", _pairs[pairId].h, aopGet (aop, offset + 1, FALSE)); } } /* PENDING: check? */ if (pairId == PAIR_HL) spillPair (PAIR_HL); } } static void fetchPair (PAIR_ID pairId, asmop * aop) { fetchPairLong (pairId, aop, NULL, 0); } static void fetchHL (asmop * aop) { fetchPair (PAIR_HL, aop); } static void setupPairFromSP (PAIR_ID id, int offset) { wassertl (id == PAIR_HL, "Setup relative to SP only implemented for HL"); if (_G.preserveCarry) { _push (PAIR_AF); offset += 2; } if (offset < INT8MIN || offset > INT8MAX) { emit2 ("ld hl,!immedword", offset); emit2 ("add hl,sp"); } else { emit2 ("!ldahlsp", offset); } if (_G.preserveCarry) { _pop (PAIR_AF); offset -= 2; } } static void setupPair (PAIR_ID pairId, asmop * aop, int offset) { switch (aop->type) { case AOP_IY: wassertl (pairId == PAIR_IY || pairId == PAIR_HL, "AOP_IY must be in IY or HL"); fetchLitPair (pairId, aop, 0); break; case AOP_HL: wassertl (pairId == PAIR_HL, "AOP_HL must be in HL"); fetchLitPair (pairId, aop, offset); _G.pairs[pairId].offset = offset; break; case AOP_EXSTK: wassertl (IS_Z80, "Only the Z80 has an extended stack"); wassertl (pairId == PAIR_IY || pairId == PAIR_HL, "The Z80 extended stack must be in IY or HL"); { int offset = aop->aopu.aop_stk + _G.stack.offset; if (_G.pairs[pairId].last_type == aop->type && _G.pairs[pairId].offset == offset) { /* Already setup */ } else { /* PENDING: Do this better. */ if (_G.preserveCarry) _push (PAIR_AF); sprintf (buffer, "%d", offset + _G.stack.pushed); emit2 ("ld %s,!hashedstr", _pairs[pairId].name, buffer); emit2 ("add %s,sp", _pairs[pairId].name); _G.pairs[pairId].last_type = aop->type; _G.pairs[pairId].offset = offset; if (_G.preserveCarry) _pop (PAIR_AF); } } break; case AOP_STK: { /* Doesnt include _G.stack.pushed */ int abso = aop->aopu.aop_stk + offset + _G.stack.offset; if (aop->aopu.aop_stk > 0) { abso += _G.stack.param_offset; } assert (pairId == PAIR_HL); /* In some cases we can still inc or dec hl */ if (_G.pairs[pairId].last_type == AOP_STK && abs (_G.pairs[pairId].offset - abso) < 3) { adjustPair (_pairs[pairId].name, &_G.pairs[pairId].offset, abso); } else { setupPairFromSP (PAIR_HL, abso + _G.stack.pushed); } _G.pairs[pairId].offset = abso; break; } case AOP_PAIRPTR: if (pairId != aop->aopu.aop_pairId) genMovePairPair(aop->aopu.aop_pairId, pairId); adjustPair (_pairs[pairId].name, &_G.pairs[pairId].offset, offset); break; default: wassert (0); } _G.pairs[pairId].last_type = aop->type; } static void emitLabel (int key) { emit2 ("!tlabeldef", key); _G.lines.current->isLabel = 1; spillCached (); } /*-----------------------------------------------------------------*/ /* aopGet - for fetching value of the aop */ /*-----------------------------------------------------------------*/ static const char * aopGet (asmop * aop, int offset, bool bit16) { // char *s = buffer; /* offset is greater than size then zero */ /* PENDING: this seems a bit screwed in some pointer cases. */ if (offset > (aop->size - 1) && aop->type != AOP_LIT) { tsprintf (buffer, sizeof(buffer), "!zero"); return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); } /* depending on type */ switch (aop->type) { case AOP_DUMMY: tsprintf (buffer, sizeof(buffer), "!zero"); return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); case AOP_IMMD: /* PENDING: re-target */ if (bit16) tsprintf (buffer, sizeof(buffer), "!immedwords", aop->aopu.aop_immd); else switch (offset) { case 2: tsprintf (buffer, sizeof(buffer), "!bankimmeds", aop->aopu.aop_immd); break; case 1: tsprintf (buffer, sizeof(buffer), "!msbimmeds", aop->aopu.aop_immd); break; case 0: tsprintf (buffer, sizeof(buffer), "!lsbimmeds", aop->aopu.aop_immd); break; default: wassertl (0, "Fetching from beyond the limits of an immediate value."); } return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); case AOP_DIR: wassert (IS_GB); emit2 ("ld a,(%s+%d)", aop->aopu.aop_dir, offset); SNPRINTF (buffer, sizeof(buffer), "a"); return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); case AOP_SFR: if( IS_GB ) { // wassert (IS_GB); emit2 ("ldh a,(%s+%d)", aop->aopu.aop_dir, offset); SNPRINTF (buffer, sizeof(buffer), "a"); return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); } else { /*.p.t.20030716 handling for i/o port read access for Z80 */ if( aop->paged ) { /* banked mode */ /* reg A goes to address bits 15-8 during "in a,(x)" instruction */ emit2( "ld a,!msbimmeds", aop->aopu.aop_dir); emit2( "in a,(!lsbimmeds)", aop->aopu.aop_dir); } else if( z80_opts.port_mode == 180 ) { /* z180 in0/out0 mode */ emit2( "in0 a,(%s)", aop->aopu.aop_dir ); } else { /* 8 bit mode */ emit2( "in a,(%s)", aop->aopu.aop_dir ); } SNPRINTF (buffer, sizeof(buffer), "a"); return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); } case AOP_REG: return aop->aopu.aop_reg[offset]->name; case AOP_HL: wassert (IS_GB); setupPair (PAIR_HL, aop, offset); tsprintf (buffer, sizeof(buffer), "!*hl"); return traceAlloc(&_G.trace.aops, Safe_strdup (buffer)); case AOP_IY: wassert (IS_Z80); setupPair (PAIR_IY, aop, offset); tsprintf (buffer, sizeof(buffer), "!*iyx", offset); return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); case AOP_EXSTK: wassert (IS_Z80); setupPair (PAIR_IY, aop, offset); tsprintf (buffer, sizeof(buffer), "!*iyx", offset, offset); return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); case AOP_STK: if (IS_GB) { setupPair (PAIR_HL, aop, offset); tsprintf (buffer, sizeof(buffer), "!*hl"); } else { if (aop->aopu.aop_stk >= 0) offset += _G.stack.param_offset; tsprintf (buffer, sizeof(buffer), "!*ixx", aop->aopu.aop_stk + offset); } return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); case AOP_CRY: wassertl (0, "Tried to fetch from a bit variable"); case AOP_ACC: if (!offset) { return "a"; } else { tsprintf(buffer, sizeof(buffer), "!zero"); return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); } case AOP_HLREG: wassert (offset < 2); return aop->aopu.aop_str[offset]; case AOP_LIT: return aopLiteral (aop->aopu.aop_lit, offset); case AOP_SIMPLELIT: { unsigned long v = aop->aopu.aop_simplelit; v >>= (offset * 8); tsprintf (buffer, sizeof(buffer), "!immedbyte", (unsigned int) v & 0xff); return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); } case AOP_STR: aop->coff = offset; return aop->aopu.aop_str[offset]; case AOP_PAIRPTR: setupPair (aop->aopu.aop_pairId, aop, offset); if (aop->aopu.aop_pairId==PAIR_IX) tsprintf (buffer, sizeof(buffer), "!*ixx", offset); else if (aop->aopu.aop_pairId==PAIR_IY) tsprintf (buffer, sizeof(buffer), "!*iyx", offset); else SNPRINTF (buffer, sizeof(buffer), "(%s)", _pairs[aop->aopu.aop_pairId].name); return traceAlloc(&_G.trace.aops, Safe_strdup(buffer)); default: break; } wassertl (0, "aopget got unsupported aop->type"); exit (0); } bool isRegString (const char *s) { if (!strcmp (s, "b") || !strcmp (s, "c") || !strcmp (s, "d") || !strcmp (s, "e") || !strcmp (s, "a") || !strcmp (s, "h") || !strcmp (s, "l")) return TRUE; return FALSE; } bool isConstant (const char *s) { /* This is a bit of a hack... */ return (*s == '#' || *s == '$'); } bool canAssignToPtr (const char *s) { if (isRegString (s)) return TRUE; if (isConstant (s)) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* aopPut - puts a string for a aop */ /*-----------------------------------------------------------------*/ static void aopPut (asmop * aop, const char *s, int offset) { char buffer2[256]; if (aop->size && offset > (aop->size - 1)) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopPut got offset > aop->size"); exit (0); } // PENDING tsprintf(buffer2, sizeof(buffer2), s); s = buffer2; /* will assign value to value */ /* depending on where it is ofcourse */ switch (aop->type) { case AOP_DUMMY: _moveA (s); /* in case s is volatile */ break; case AOP_DIR: /* Direct. Hmmm. */ wassert (IS_GB); if (strcmp (s, "a")) emit2 ("ld a,%s", s); emit2 ("ld (%s+%d),a", aop->aopu.aop_dir, offset); break; case AOP_SFR: if( IS_GB ) { // wassert (IS_GB); if (strcmp (s, "a")) emit2 ("ld a,%s", s); emit2 ("ldh (%s+%d),a", aop->aopu.aop_dir, offset); } else { /*.p.t.20030716 handling for i/o port read access for Z80 */ if (aop->paged) { /* banked mode */ if (aop->bcInUse) emit2( "push bc" ); if (strlen(s) != 1 || (s[0] != 'a' && s[0] != 'd' && s[0] != 'e' && s[0] != 'h' && s[0] != 'l')) { emit2( "ld a,%s", s ); s = "a"; } emit2( "ld bc,#%s", aop->aopu.aop_dir ); emit2( "out (c),%s", s ); if( aop->bcInUse ) emit2( "pop bc" ); else spillPair (PAIR_BC); } else if( z80_opts.port_mode == 180 ) { /* z180 in0/out0 mode */ emit2( "ld a,%s", s ); emit2( "out0 (%s),a", aop->aopu.aop_dir ); } else { /* 8 bit mode */ emit2( "ld a,%s", s ); emit2( "out (%s),a", aop->aopu.aop_dir ); } } break; case AOP_REG: if (!strcmp (s, "!*hl")) emit2 ("ld %s,!*hl", aop->aopu.aop_reg[offset]->name); else emit2 ("ld %s,%s", aop->aopu.aop_reg[offset]->name, s); spillPairReg(aop->aopu.aop_reg[offset]->name); break; case AOP_IY: wassert (!IS_GB); if (!canAssignToPtr (s)) { emit2 ("ld a,%s", s); setupPair (PAIR_IY, aop, offset); emit2 ("ld !*iyx,a", offset); } else { setupPair (PAIR_IY, aop, offset); emit2 ("ld !*iyx,%s", offset, s); } break; case AOP_HL: wassert (IS_GB); /* PENDING: for re-target */ if (!strcmp (s, "!*hl") || !strcmp (s, "(hl)") || !strcmp (s, "[hl]")) { emit2 ("ld a,!*hl"); s = "a"; } setupPair (PAIR_HL, aop, offset); emit2 ("ld !*hl,%s", s); break; case AOP_EXSTK: wassert (!IS_GB); if (!canAssignToPtr (s)) { emit2 ("ld a,%s", s); setupPair (PAIR_IY, aop, offset); emit2 ("ld !*iyx,a", offset); } else { setupPair (PAIR_IY, aop, offset); emit2 ("ld !*iyx,%s", offset, s); } break; case AOP_STK: if (IS_GB) { /* PENDING: re-target */ if (!strcmp (s, "!*hl") || !strcmp (s, "(hl)") || !strcmp (s, "[hl]")) { emit2 ("ld a,!*hl"); s = "a"; } setupPair (PAIR_HL, aop, offset); if (!canAssignToPtr (s)) { emit2 ("ld a,%s", s); emit2 ("ld !*hl,a"); } else emit2 ("ld !*hl,%s", s); } else { if (aop->aopu.aop_stk >= 0) offset += _G.stack.param_offset; if (!canAssignToPtr (s)) { emit2 ("ld a,%s", s); emit2 ("ld !*ixx,a", aop->aopu.aop_stk + offset); } else { emit2 ("ld !*ixx,%s", aop->aopu.aop_stk + offset, s); } } break; case AOP_CRY: /* if bit variable */ if (!aop->aopu.aop_dir) { emit2 ("ld a,!zero"); emit2 ("rla"); } else { /* In bit space but not in C - cant happen */ wassertl (0, "Tried to write into a bit variable"); } break; case AOP_STR: aop->coff = offset; if (strcmp (aop->aopu.aop_str[offset], s)) { emit2 ("ld %s,%s", aop->aopu.aop_str[offset], s); } spillPairReg(aop->aopu.aop_str[offset]); break; case AOP_ACC: aop->coff = offset; if (!offset && (strcmp (s, "acc") == 0)) break; if (offset > 0) { wassertl (0, "Tried to access past the end of A"); } else { if (strcmp (aop->aopu.aop_str[offset], s)) { emit2 ("ld %s,%s", aop->aopu.aop_str[offset], s); spillPairReg(aop->aopu.aop_str[offset]); } } break; case AOP_HLREG: wassert (offset < 2); emit2 ("ld %s,%s", aop->aopu.aop_str[offset], s); spillPairReg(aop->aopu.aop_str[offset]); break; case AOP_PAIRPTR: setupPair (aop->aopu.aop_pairId, aop, offset); if (aop->aopu.aop_pairId==PAIR_IX) emit2 ("ld !*ixx,%s", 0, s); else if (aop->aopu.aop_pairId==PAIR_IY) emit2 ("ld !*iyx,%s", 0, s); else emit2 ("ld (%s),%s", _pairs[aop->aopu.aop_pairId].name, s); break; default: werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "aopPut got unsupported aop->type"); exit (0); } } #define AOP(op) op->aop #define AOP_TYPE(op) AOP(op)->type #define AOP_SIZE(op) AOP(op)->size #define AOP_NEEDSACC(x) (AOP(x) && ((AOP_TYPE(x) == AOP_CRY) || (AOP_TYPE(x) == AOP_SFR))) #define AOP_IS_PAIRPTR(x, p) (AOP_TYPE (x) == AOP_PAIRPTR && AOP (x)->aopu.aop_pairId == p) static void commitPair (asmop * aop, PAIR_ID id) { /* PENDING: Verify this. */ if (id == PAIR_HL && requiresHL (aop) && IS_GB) { emit2 ("ld a,l"); emit2 ("ld d,h"); aopPut (aop, "a", 0); aopPut (aop, "d", 1); } else { /* Special cases */ if (id == PAIR_HL && aop->type == AOP_IY && aop->size == 2) { char *l = aopGetLitWordLong (aop, 0, FALSE); wassert (l); emit2 ("ld (%s),%s", l, _pairs[id].name); } else { aopPut (aop, _pairs[id].l, 0); aopPut (aop, _pairs[id].h, 1); } } } /*-----------------------------------------------------------------*/ /* getDataSize - get the operand data size */ /*-----------------------------------------------------------------*/ int getDataSize (operand * op) { int size; size = AOP_SIZE (op); if (size == 3) { /* pointer */ wassertl (0, "Somehow got a three byte data pointer"); } return size; } /*-----------------------------------------------------------------*/ /* movLeft2Result - move byte from left to result */ /*-----------------------------------------------------------------*/ static void movLeft2Result (operand * left, int offl, operand * result, int offr, int sign) { const char *l; if (!sameRegs (AOP (left), AOP (result)) || (offl != offr)) { l = aopGet (AOP (left), offl, FALSE); if (!sign) { aopPut (AOP (result), l, offr); } else { if (getDataSize (left) == offl + 1) { emit2 ("ld a,%s", l); aopPut (AOP (result), "a", offr); } } } } static void movLeft2ResultLong (operand * left, int offl, operand * result, int offr, int sign, int size) { if (size == 1) { movLeft2Result (left, offl, result, offr, sign); } else { wassertl (offl == 0 && offr == 0, "Only implemented for zero offset"); wassertl (size == 2, "Only implemented for two bytes or one"); if ( IS_GB && requiresHL ( AOP (left)) && getPairId ( AOP (result)) == PAIR_HL) { emit2 ("ld a,%s", aopGet (AOP (left), LSB, FALSE)); emit2 ("ld h,%s", aopGet (AOP (left), MSB16, FALSE)); emit2 ("ld l,a"); spillPair (PAIR_HL); } else if ( getPairId ( AOP (result)) == PAIR_IY) { PAIR_ID id = getPairId (AOP (left)); if (id != PAIR_INVALID) { emit2("push %s", _pairs[id].name); emit2("pop iy"); } else { /* PENDING */ emitDebug("Error"); } } else { movLeft2Result (left, offl, result, offr, sign); movLeft2Result (left, offl+1, result, offr+1, sign); } } } /** Put Acc into a register set */ void outAcc (operand * result) { int size, offset; size = getDataSize (result); if (size) { aopPut (AOP (result), "a", 0); size--; offset = 1; /* unsigned or positive */ while (size--) { aopPut (AOP (result), "!zero", offset++); } } } /** Take the value in carry and put it into a register */ void outBitC (operand * result) { /* if the result is bit */ if (AOP_TYPE (result) == AOP_CRY) { if (!IS_OP_RUONLY (result)) aopPut (AOP (result), "c", 0); } else { emit2 ("ld a,!zero"); emit2 ("rla"); outAcc (result); } } /*-----------------------------------------------------------------*/ /* toBoolean - emit code for orl a,operator(sizeop) */ /*-----------------------------------------------------------------*/ void _toBoolean (operand * oper) { int size = AOP_SIZE (oper); int offset = 0; if (size > 1) { emit2 ("ld a,%s", aopGet (AOP (oper), offset++, FALSE)); size--; while (size--) emit2 ("or a,%s", aopGet (AOP (oper), offset++, FALSE)); } else { if (AOP (oper)->type != AOP_ACC) { _clearCarry(); emit2 ("or a,%s", aopGet (AOP (oper), 0, FALSE)); } } } /*-----------------------------------------------------------------*/ /* genNot - generate code for ! operation */ /*-----------------------------------------------------------------*/ static void genNot (iCode * ic) { /* assign asmOps to operand & result */ aopOp (IC_LEFT (ic), ic, FALSE, TRUE); aopOp (IC_RESULT (ic), ic, TRUE, FALSE); /* if in bit space then a special case */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY) { wassertl (0, "Tried to negate a bit"); } _toBoolean (IC_LEFT (ic)); /* Not of A: If A == 0, !A = 1 else A = 0 So if A = 0, A-1 = 0xFF and C is set, rotate C into reg. */ emit2 ("sub a,!one"); outBitC (IC_RESULT (ic)); /* release the aops */ freeAsmop (IC_LEFT (ic), NULL, ic); freeAsmop (IC_RESULT (ic), NULL, ic); } /*-----------------------------------------------------------------*/ /* genCpl - generate code for complement */ /*-----------------------------------------------------------------*/ static void genCpl (iCode * ic) { int offset = 0; int size; /* assign asmOps to operand & result */ aopOp (IC_LEFT (ic), ic, FALSE, FALSE); aopOp (IC_RESULT (ic), ic, TRUE, FALSE); /* if both are in bit space then a special case */ if (AOP_TYPE (IC_RESULT (ic)) == AOP_CRY && AOP_TYPE (IC_LEFT (ic)) == AOP_CRY) { wassertl (0, "Left and the result are in bit space"); } size = AOP_SIZE (IC_RESULT (ic)); while (size--) { const char *l = aopGet (AOP (IC_LEFT (ic)), offset, FALSE); _moveA (l); emit2("cpl"); aopPut (AOP (IC_RESULT (ic)), "a", offset++); } /* release the aops */ freeAsmop (IC_LEFT (ic), NULL, ic); freeAsmop (IC_RESULT (ic), NULL, ic); } static void _gbz80_emitAddSubLongLong (iCode *ic, asmop *left, asmop *right, bool isAdd) { /* Logic: ld de,right.lw setup hl to left de = hl - de push flags store de into result pop flags ld de,right.hw setup hl de = hl -de store de into result */ const char *first = isAdd ? "add" : "sub"; const char *later = isAdd ? "adc" : "sbc"; wassertl (IS_GB, "Code is only relevent to the gbz80"); wassertl (AOP( IC_RESULT (ic))->size == 4, "Only works for four bytes"); fetchPair (PAIR_DE, left); emit2 ("ld a,e"); emit2 ("%s a,%s", first, aopGet( right, LSB, FALSE)); emit2 ("ld e,a"); emit2 ("ld a,d"); emit2 ("%s a,%s", later, aopGet( right, MSB16, FALSE)); _push (PAIR_AF); aopPut ( AOP (IC_RESULT (ic)), "a", MSB16); aopPut ( AOP (IC_RESULT (ic)), "e", LSB); fetchPairLong (PAIR_DE, left, NULL, MSB24); aopGet (right, MSB24, FALSE); _pop (PAIR_AF); emit2 ("ld a,e"); emit2 ("%s a,%s", later, aopGet( right, MSB24, FALSE)); emit2 ("ld e,a"); emit2 ("ld a,d"); emit2 ("%s a,%s", later, aopGet( right, MSB32, FALSE)); aopPut ( AOP (IC_RESULT (ic)), "a", MSB32); aopPut ( AOP (IC_RESULT (ic)), "e", MSB24); } static void _gbz80_emitAddSubLong (iCode *ic, bool isAdd) { _gbz80_emitAddSubLongLong (ic, AOP (IC_LEFT (ic)), AOP (IC_RIGHT (ic)), isAdd); } /*-----------------------------------------------------------------*/ /* genUminusFloat - unary minus for floating points */ /*-----------------------------------------------------------------*/ static void genUminusFloat (operand * op, operand * result) { int size, offset = 0; emitDebug("; genUminusFloat"); /* for this we just need to flip the first bit then copy the rest in place */ size = AOP_SIZE (op) - 1; _moveA(aopGet (AOP (op), MSB32, FALSE)); emit2("xor a,!immedbyte", 0x80); aopPut (AOP (result), "a", MSB32); while (size--) { aopPut (AOP (result), aopGet (AOP (op), offset, FALSE), offset); offset++; } } /*-----------------------------------------------------------------*/ /* genUminus - unary minus code generation */ /*-----------------------------------------------------------------*/ static void genUminus (iCode * ic) { int offset, size; sym_link *optype, *rtype; /* assign asmops */ aopOp (IC_LEFT (ic), ic, FALSE, FALSE); aopOp (IC_RESULT (ic), ic, TRUE, FALSE); /* if both in bit space then special case */ if (AOP_TYPE (IC_RESULT (ic)) == AOP_CRY && AOP_TYPE (IC_LEFT (ic)) == AOP_CRY) { wassertl (0, "Left and right are in bit space"); goto release; } optype = operandType (IC_LEFT (ic)); rtype = operandType (IC_RESULT (ic)); /* if float then do float stuff */ if (IS_FLOAT (optype)) { genUminusFloat (IC_LEFT (ic), IC_RESULT (ic)); goto release; } /* otherwise subtract from zero */ size = AOP_SIZE (IC_LEFT (ic)); if (AOP_SIZE (IC_RESULT (ic)) == 4 && IS_GB) { /* Create a new asmop with value zero */ asmop *azero = newAsmop (AOP_SIMPLELIT); azero->aopu.aop_simplelit = 0; azero->size = size; _gbz80_emitAddSubLongLong (ic, azero, AOP (IC_LEFT (ic)), FALSE); goto release; } offset = 0; _clearCarry(); while (size--) { const char *l = aopGet (AOP (IC_LEFT (ic)), offset, FALSE); emit2 ("ld a,!zero"); emit2 ("sbc a,%s", l); aopPut (AOP (IC_RESULT (ic)), "a", offset++); } /* if any remaining bytes in the result */ /* we just need to propagate the sign */ if ((size = (AOP_SIZE (IC_RESULT (ic)) - AOP_SIZE (IC_LEFT (ic))))) { emit2 ("rlc a"); emit2 ("sbc a,a"); while (size--) aopPut (AOP (IC_RESULT (ic)), "a", offset++); } release: /* release the aops */ freeAsmop (IC_LEFT (ic), NULL, ic); freeAsmop (IC_RESULT (ic), NULL, ic); } /*-----------------------------------------------------------------*/ /* assignResultValue - */ /*-----------------------------------------------------------------*/ void assignResultValue (operand * oper) { int size = AOP_SIZE (oper); bool topInA = 0; wassertl (size <= 4, "Got a result that is bigger than four bytes"); topInA = requiresHL (AOP (oper)); if (IS_GB && size == 4 && requiresHL (AOP (oper))) { /* We do it the hard way here. */ _push (PAIR_HL); aopPut (AOP (oper), _fReturn[0], 0); aopPut (AOP (oper), _fReturn[1], 1); _pop (PAIR_DE); aopPut (AOP (oper), _fReturn[0], 2); aopPut (AOP (oper), _fReturn[1], 3); } else { if ((AOP_TYPE (oper) == AOP_REG) && (AOP_SIZE (oper) == 4) && !strcmp (AOP (oper)->aopu.aop_reg[size-1]->name, _fReturn[size-2])) { size--; _emitMove ("a", _fReturn[size-1]); _emitMove (_fReturn[size-1], _fReturn[size]); _emitMove (_fReturn[size], "a"); aopPut (AOP (oper), _fReturn[size], size-1); size--; } while(size--) { aopPut (AOP (oper), _fReturn[size], size); } } } /** Simple restore that doesn't take into account what is used in the return. */ static void _restoreRegsAfterCall(void) { if (_G.stack.pushedDE) { _pop ( PAIR_DE); _G.stack.pushedDE = FALSE; } if (_G.stack.pushedBC) { _pop ( PAIR_BC); _G.stack.pushedBC = FALSE; } _G.saves.saved = FALSE; } static void _saveRegsForCall(iCode *ic, int sendSetSize) { /* Rules: o Stack parameters are pushed before this function enters o DE and BC may be used in this function. o HL and DE may be used to return the result. o HL and DE may be used to send variables. o DE and BC may be used to store the result value. o HL may be used in computing the sent value of DE o The iPushes for other parameters occur before any addSets Logic: (to be run inside the first iPush or if none, before sending) o Compute if DE and/or BC are in use over the call o Compute if DE is used in the send set o Compute if DE and/or BC are used to hold the result value o If (DE is used, or in the send set) and is not used in the result, push. o If BC is used and is not in the result, push o o If DE is used in the send set, fetch o If HL is used in the send set, fetch o Call o ... */ if (_G.saves.saved == FALSE) { bool deInUse, bcInUse; bool deSending; bool bcInRet = FALSE, deInRet = FALSE; bitVect *rInUse; rInUse = bitVectCplAnd (bitVectCopy (ic->rMask), z80_rUmaskForOp (IC_RESULT(ic))); deInUse = bitVectBitValue (rInUse, D_IDX) || bitVectBitValue(rInUse, E_IDX); bcInUse = bitVectBitValue (rInUse, B_IDX) || bitVectBitValue(rInUse, C_IDX); deSending = (sendSetSize > 1); emitDebug ("; _saveRegsForCall: sendSetSize: %u deInUse: %u bcInUse: %u deSending: %u", sendSetSize, deInUse, bcInUse, deSending); if (bcInUse && bcInRet == FALSE) { _push(PAIR_BC); _G.stack.pushedBC = TRUE; } if (deInUse && deInRet == FALSE) { _push(PAIR_DE); _G.stack.pushedDE = TRUE; } _G.saves.saved = TRUE; } else { /* Already saved. */ } } /*-----------------------------------------------------------------*/ /* genIpush - genrate code for pushing this gets a little complex */ /*-----------------------------------------------------------------*/ static void genIpush (iCode * ic) { int size, offset = 0; const char *l; /* if this is not a parm push : ie. it is spill push and spill push is always done on the local stack */ if (!ic->parmPush) { wassertl(0, "Encountered an unsupported spill push."); return; } if (_G.saves.saved == FALSE) { /* Caller saves, and this is the first iPush. */ /* Scan ahead until we find the function that we are pushing parameters to. Count the number of addSets on the way to figure out what registers are used in the send set. */ int nAddSets = 0; iCode *walk = ic->next; while (walk) { if (walk->op == SEND) { nAddSets++; } else if (walk->op == CALL || walk->op == PCALL) { /* Found it. */ break; } else { /* Keep looking. */ } walk = walk->next; } _saveRegsForCall(walk, nAddSets); } else { /* Already saved by another iPush. */ } /* then do the push */ aopOp (IC_LEFT (ic), ic, FALSE, FALSE); size = AOP_SIZE (IC_LEFT (ic)); if (isPair (AOP (IC_LEFT (ic))) && size == 2) { _G.stack.pushed += 2; emit2 ("push %s", getPairName (AOP (IC_LEFT (ic)))); } else { if (size == 2) { fetchHL (AOP (IC_LEFT (ic))); emit2 ("push hl"); _G.stack.pushed += 2; goto release; } if (size == 4) { fetchPairLong (PAIR_HL, AOP (IC_LEFT (ic)), ic, 2); emit2 ("push hl"); _G.stack.pushed += 2; fetchPairLong (PAIR_HL, AOP (IC_LEFT (ic)), ic, 0); emit2 ("push hl"); _G.stack.pushed += 2; goto release; } offset = size; while (size--) { if (AOP (IC_LEFT (ic))->type == AOP_IY) { char *l = aopGetLitWordLong (AOP (IC_LEFT (ic)), --offset, FALSE); wassert (l); emit2 ("ld a,(%s)", l); emit2 ("push af"); } else { l = aopGet (AOP (IC_LEFT (ic)), --offset, FALSE); if (!strcmp(l, "b")) emit2 ("push bc"); else if (!strcmp(l, "d")) emit2 ("push de"); else if (!strcmp(l, "h")) emit2 ("push hl"); else { emit2 ("ld a,%s", l); emit2 ("push af"); } } emit2 ("inc sp"); _G.stack.pushed++; } } release: freeAsmop (IC_LEFT (ic), NULL, ic); } /*-----------------------------------------------------------------*/ /* genIpop - recover the registers: can happen only for spilling */ /*-----------------------------------------------------------------*/ static void genIpop (iCode * ic) { int size, offset; /* if the temp was not pushed then */ if (OP_SYMBOL (IC_LEFT (ic))->isspilt) return; aopOp (IC_LEFT (ic), ic, FALSE, FALSE); size = AOP_SIZE (IC_LEFT (ic)); offset = (size - 1); if (isPair (AOP (IC_LEFT (ic)))) { emit2 ("pop %s", getPairName (AOP (IC_LEFT (ic)))); } else { while (size--) { emit2 ("dec sp"); emit2 ("pop hl"); spillPair (PAIR_HL); aopPut (AOP (IC_LEFT (ic)), "l", offset--); } } freeAsmop (IC_LEFT (ic), NULL, ic); } /* This is quite unfortunate */ static void setArea (int inHome) { /* static int lastArea = 0; if (_G.in_home != inHome) { if (inHome) { const char *sz = port->mem.code_name; port->mem.code_name = "HOME"; emit2("!area", CODE_NAME); port->mem.code_name = sz; } else emit2("!area", CODE_NAME); */ _G.in_home = inHome; // } } static bool isInHome (void) { return _G.in_home; } static int _opUsesPair (operand * op, iCode * ic, PAIR_ID pairId) { int ret = 0; asmop *aop; symbol *sym = OP_SYMBOL (op); if (sym->isspilt || sym->nRegs == 0) return 0; aopOp (op, ic, FALSE, FALSE); aop = AOP (op); if (aop->type == AOP_REG) { int i; for (i = 0; i < aop->size; i++) { if (pairId == PAIR_DE) { emitDebug ("; name %s", aop->aopu.aop_reg[i]->name); if (!strcmp (aop->aopu.aop_reg[i]->name, "e")) ret++; if (!strcmp (aop->aopu.aop_reg[i]->name, "d")) ret++; } else if (pairId == PAIR_BC) { emitDebug ("; name %s", aop->aopu.aop_reg[i]->name); if (!strcmp (aop->aopu.aop_reg[i]->name, "c")) ret++; if (!strcmp (aop->aopu.aop_reg[i]->name, "b")) ret++; } else { wassert (0); } } } freeAsmop (IC_LEFT (ic), NULL, ic); return ret; } /** Emit the code for a call statement */ static void emitCall (iCode * ic, bool ispcall) { bool bInRet, cInRet, dInRet, eInRet; sym_link *dtype = operandType (IC_LEFT (ic)); /* if caller saves & we have not saved then */ if (!ic->regsSaved) { /* PENDING */ } _saveRegsForCall(ic, _G.sendSet ? elementsInSet(_G.sendSet) : 0); /* if send set is not empty then assign */ if (_G.sendSet) { iCode *sic; int send = 0; int nSend = elementsInSet(_G.sendSet); bool swapped = FALSE; int _z80_sendOrder[] = { PAIR_BC, PAIR_DE }; if (nSend > 1) { /* Check if the parameters are swapped. If so route through hl instead. */ wassertl (nSend == 2, "Pedantic check. Code only checks for the two send items case."); sic = setFirstItem(_G.sendSet); sic = setNextItem(_G.sendSet); if (_opUsesPair (IC_LEFT(sic), sic, _z80_sendOrder[0])) { /* The second send value is loaded from one the one that holds the first send, i.e. it is overwritten. */ /* Cache the first in HL, and load the second from HL instead. */ emit2 ("ld h,%s", _pairs[_z80_sendOrder[0]].h); emit2 ("ld l,%s", _pairs[_z80_sendOrder[0]].l); swapped = TRUE; } } for (sic = setFirstItem (_G.sendSet); sic; sic = setNextItem (_G.sendSet)) { int size; aopOp (IC_LEFT (sic), sic, FALSE, FALSE); size = AOP_SIZE (IC_LEFT (sic)); wassertl (size <= 2, "Tried to send a parameter that is bigger than two bytes"); wassertl (_z80_sendOrder[send] != PAIR_INVALID, "Tried to send more parameters than we have registers for"); // PENDING: Mild hack if (swapped == TRUE && send == 1) { if (size > 1) { emit2 ("ld %s,h", _pairs[_z80_sendOrder[send]].h); } else { emit2 ("ld %s,!zero", _pairs[_z80_sendOrder[send]].h); } emit2 ("ld %s,l", _pairs[_z80_sendOrder[send]].l); } else { fetchPair(_z80_sendOrder[send], AOP (IC_LEFT (sic))); } send++; freeAsmop (IC_LEFT (sic), NULL, sic); } _G.sendSet = NULL; } if (ispcall) { if (IFFUNC_ISBANKEDCALL (dtype) && !SPEC_STAT(getSpec(dtype))) { werror (W_INDIR_BANKED); } aopOp (IC_LEFT (ic), ic, FALSE, FALSE); if (isLitWord (AOP (IC_LEFT (ic)))) { emit2 ("call %s", aopGetLitWordLong (AOP (IC_LEFT (ic)), 0, FALSE)); } else { symbol *rlbl = newiTempLabel (NULL); spillPair (PAIR_HL); emit2 ("ld hl,!immed!tlabel", (rlbl->key + 100)); emit2 ("push hl"); _G.stack.pushed += 2; fetchHL (AOP (IC_LEFT (ic))); emit2 ("jp !*hl"); emit2 ("!tlabeldef", (rlbl->key + 100)); _G.lines.current->isLabel = 1; _G.stack.pushed -= 2; } freeAsmop (IC_LEFT (ic), NULL, ic); } else { char *name = OP_SYMBOL (IC_LEFT (ic))->rname[0] ? OP_SYMBOL (IC_LEFT (ic))->rname : OP_SYMBOL (IC_LEFT (ic))->name; if (IFFUNC_ISBANKEDCALL (dtype) && !SPEC_STAT(getSpec(dtype))) { emit2 ("call banked_call"); emit2 ("!dws", name); emit2 ("!dw !bankimmeds", name); } else { /* make the call */ emit2 ("call %s", name); } } spillCached (); /* Mark the registers as restored. */ _G.saves.saved = FALSE; /* adjust the stack for parameters if required */ if (ic->parmBytes) { int i = ic->parmBytes; _G.stack.pushed -= i; if (IS_GB) { emit2 ("!ldaspsp", i); } else { spillCached (); if (i > 8) { emit2 ("ld iy,!immedword", i); emit2 ("add iy,sp"); emit2 ("ld sp,iy"); } else { while (i > 1) { emit2 ("pop af"); i -= 2; } if (i) { emit2 ("inc sp"); } } } } /* if we need assign a result value */ if ((IS_ITEMP (IC_RESULT (ic)) && (OP_SYMBOL (IC_RESULT (ic))->nRegs || OP_SYMBOL (IC_RESULT (ic))->spildir)) || IS_TRUE_SYMOP (IC_RESULT (ic))) { aopOp (IC_RESULT (ic), ic, FALSE, FALSE); assignResultValue (IC_RESULT (ic)); freeAsmop (IC_RESULT (ic), NULL, ic); } spillCached (); if (IC_RESULT (ic)) { bitVect *result = z80_rUmaskForOp (IC_RESULT (ic)); bInRet = bitVectBitValue(result, B_IDX); cInRet = bitVectBitValue(result, C_IDX); dInRet = bitVectBitValue(result, D_IDX); eInRet = bitVectBitValue(result, E_IDX); } else { bInRet = FALSE; cInRet = FALSE; dInRet = FALSE; eInRet = FALSE; } if (_G.stack.pushedDE) { if (dInRet && eInRet) { wassertl (0, "Shouldn't push DE if it's wiped out by the return"); } else if (dInRet) { /* Only restore E */ emit2 ("ld a,d"); _pop (PAIR_DE); emit2 ("ld d,a"); } else if (eInRet) { /* Only restore D */ _pop (PAIR_AF); emit2 ("ld d,a"); } else { _pop (PAIR_DE); } _G.stack.pushedDE = FALSE; } if (_G.stack.pushedBC) { if (bInRet && cInRet) { wassertl (0, "Shouldn't push BC if it's wiped out by the return"); } else if (bInRet) { /* Only restore C */ emit2 ("ld a,b"); _pop (PAIR_BC); emit2 ("ld b,a"); } else if (cInRet) { /* Only restore B */ _pop (PAIR_AF); emit2 ("ld b,a"); } else { _pop (PAIR_BC); } _G.stack.pushedBC = FALSE; } } /*-----------------------------------------------------------------*/ /* genCall - generates a call statement */ /*-----------------------------------------------------------------*/ static void genCall (iCode * ic) { emitCall (ic, FALSE); } /*-----------------------------------------------------------------*/ /* genPcall - generates a call by pointer statement */ /*-----------------------------------------------------------------*/ static void genPcall (iCode * ic) { emitCall (ic, TRUE); } /*-----------------------------------------------------------------*/ /* resultRemat - result is rematerializable */ /*-----------------------------------------------------------------*/ static int resultRemat (iCode * ic) { if (SKIP_IC (ic) || ic->op == IFX) return 0; if (IC_RESULT (ic) && IS_ITEMP (IC_RESULT (ic))) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); if (sym->remat && !POINTER_SET (ic)) return 1; } return 0; } extern set *publics; /*-----------------------------------------------------------------*/ /* genFunction - generated code for function entry */ /*-----------------------------------------------------------------*/ static void genFunction (iCode * ic) { bool stackParm; symbol *sym = OP_SYMBOL (IC_LEFT (ic)); sym_link *ftype; bool bcInUse = FALSE; bool deInUse = FALSE; setArea (IFFUNC_NONBANKED (sym->type)); /* PENDING: Reset the receive offset as it doesn't seem to get reset anywhere else. */ _G.receiveOffset = 0; /* Record the last function name for debugging. */ _G.lastFunctionName = sym->rname; /* Create the function header */ emit2 ("!functionheader", sym->name); if (!IS_STATIC(sym->etype)) { sprintf (buffer, "%s_start", sym->rname); emit2 ("!labeldef", buffer); _G.lines.current->isLabel = 1; } emit2 ("!functionlabeldef", sym->rname); _G.lines.current->isLabel = 1; ftype = operandType (IC_LEFT (ic)); if (IFFUNC_ISNAKED(ftype)) { emitDebug("; naked function: no prologue."); return; } /* if this is an interrupt service routine then save all potentially used registers. */ if (IFFUNC_ISISR (sym->type)) { /* If critical function then turn interrupts off */ /* except when no interrupt number is given then it implies the NMI handler */ if (IFFUNC_ISCRITICAL (sym->type) && (FUNC_INTNO(sym->type) != INTNO_UNSPEC)) { emit2 ("!di"); } emit2 ("!pusha"); } else { /* This is a non-ISR function. If critical function then turn interrupts off */ if (IFFUNC_ISCRITICAL (sym->type)) { if (IS_GB) { emit2 ("!di"); } else { //get interrupt enable flag IFF2 into P/O emit2 ("ld a,i"); emit2 ("!di"); //save P/O flag emit2 ("push af"); } } } if (options.profile) { emit2 ("!profileenter"); } /* PENDING: callee-save etc */ _G.stack.param_offset = 0; if (z80_opts.calleeSavesBC) { bcInUse = TRUE; } /* Detect which registers are used. */ if (IFFUNC_CALLEESAVES(sym->type) && sym->regsUsed) { int i; for (i = 0; i < sym->regsUsed->size; i++) { if (bitVectBitValue (sym->regsUsed, i)) { switch (i) { case C_IDX: case B_IDX: bcInUse = TRUE; break; case D_IDX: case E_IDX: if (IS_Z80) { deInUse = TRUE; } else { /* Other systems use DE as a temporary. */ } break; } } } } if (bcInUse) { emit2 ("push bc"); _G.stack.param_offset += 2; } _G.calleeSaves.pushedBC = bcInUse; if (deInUse) { emit2 ("push de"); _G.stack.param_offset += 2; } _G.calleeSaves.pushedDE = deInUse; /* adjust the stack for the function */ _G.stack.last = sym->stack; stackParm = FALSE; for (sym = setFirstItem (istack->syms); sym; sym = setNextItem (istack->syms)) { if (sym->_isparm && !IS_REGPARM (sym->etype)) { stackParm = TRUE; break; } } sym = OP_SYMBOL (IC_LEFT (ic)); _G.omitFramePtr = options.ommitFramePtr; if (IS_Z80 && !stackParm && !sym->stack) { /* When the conflicts between AOP_EXSTK && AOP_HLREG are fixed, */ /* the above !sym->stack condition can be removed. -- EEP */ if (sym->stack) emit2 ("!ldaspsp", -sym->stack); _G.omitFramePtr = TRUE; } else if (sym->stack && IS_GB && sym->stack > -INT8MIN) emit2 ("!enterxl", sym->stack); else if (sym->stack) { if ((optimize.codeSize && sym->stack <= 8) || sym->stack <= 4) { int stack = sym->stack; emit2 ("!enter"); while (stack > 1) { emit2 ("push af"); stack -= 2; } if(stack > 0) emit2 ("dec sp"); } else emit2 ("!enterx", sym->stack); } else emit2 ("!enter"); _G.stack.offset = sym->stack; } /*-----------------------------------------------------------------*/ /* genEndFunction - generates epilogue for functions */ /*-----------------------------------------------------------------*/ static void genEndFunction (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); if (IFFUNC_ISNAKED(sym->type)) { emitDebug("; naked function: no epilogue."); return; } /* PENDING: calleeSave */ if (IS_Z80 && _G.omitFramePtr) { if (_G.stack.offset) emit2 ("!ldaspsp", _G.stack.offset); } else if (_G.stack.offset && IS_GB && _G.stack.offset > INT8MAX) { emit2 ("!leavexl", _G.stack.offset); } else if (_G.stack.offset) { emit2 ("!leavex", _G.stack.offset); } else { emit2 ("!leave"); } if (_G.calleeSaves.pushedDE) { emit2 ("pop de"); _G.calleeSaves.pushedDE = FALSE; } if (_G.calleeSaves.pushedBC) { emit2 ("pop bc"); _G.calleeSaves.pushedBC = FALSE; } if (options.profile) { emit2 ("!profileexit"); } /* if this is an interrupt service routine then save all potentially used registers. */ if (IFFUNC_ISISR (sym->type)) { emit2 ("!popa"); /* If critical function then turn interrupts back on */ /* except when no interrupt number is given then it implies the NMI handler */ if (IFFUNC_ISCRITICAL (sym->type) && (FUNC_INTNO(sym->type) != INTNO_UNSPEC)) { emit2 ("!ei"); } } else { /* This is a non-ISR function. If critical function then turn interrupts back on */ if (IFFUNC_ISCRITICAL (sym->type)) { if (IS_GB) { emit2 ("!ei"); } else { symbol *tlbl = newiTempLabel (NULL); //restore P/O flag emit2 ("pop af"); //parity odd <==> P/O=0 <==> interrupt enable flag IFF2 was 0 <==> //don't enable interrupts as they were off before emit2 ("jp PO,!tlabel", tlbl->key + 100); emit2 ("!ei"); emit2 ("!tlabeldef", (tlbl->key + 100)); _G.lines.current->isLabel = 1; } } } if (options.debug && currFunc) { debugFile->writeEndFunction (currFunc, ic, 1); } if (IFFUNC_ISISR (sym->type)) { /* "critical interrupt" is used to imply NMI handler */ if (IS_Z80 && IFFUNC_ISCRITICAL (sym->type) && FUNC_INTNO(sym->type) == INTNO_UNSPEC) emit2 ("retn"); else emit2 ("reti"); } else { /* Both banked and non-banked just ret */ emit2 ("ret"); } if (!IS_STATIC(sym->etype)) { sprintf (buffer, "%s_end", sym->rname); emit2 ("!labeldef", buffer); _G.lines.current->isLabel = 1; } _G.flushStatics = 1; _G.stack.pushed = 0; _G.stack.offset = 0; } /*-----------------------------------------------------------------*/ /* genRet - generate code for return statement */ /*-----------------------------------------------------------------*/ static void genRet (iCode * ic) { const char *l; /* Errk. This is a hack until I can figure out how to cause dehl to spill on a call */ int size, offset = 0; /* if we have no return value then just generate the "ret" */ if (!IC_LEFT (ic)) goto jumpret; /* we have something to return then move the return value into place */ aopOp (IC_LEFT (ic), ic, FALSE, FALSE); size = AOP_SIZE (IC_LEFT (ic)); aopDump("IC_LEFT", AOP(IC_LEFT(ic))); #if 0 if ((size == 2) && ((l = aopGetWord (AOP (IC_LEFT (ic)), 0)))) { if (IS_GB) { emit2 ("ld de,%s", l); } else { emit2 ("ld hl,%s", l); } } #endif if (size==2) { fetchPair(IS_GB ? PAIR_DE : PAIR_HL, AOP (IC_LEFT (ic))); } else { if (IS_GB && size == 4 && requiresHL (AOP (IC_LEFT (ic)))) { fetchPair (PAIR_DE, AOP (IC_LEFT (ic))); fetchPairLong (PAIR_HL, AOP (IC_LEFT (ic)), ic, 2); } else { while (size--) { l = aopGet (AOP (IC_LEFT (ic)), offset, FALSE); if (strcmp (_fReturn[offset], l)) emit2 ("ld %s,%s", _fReturn[offset], l); offset++; } } } freeAsmop (IC_LEFT (ic), NULL, ic); jumpret: /* generate a jump to the return label if the next is not the return statement */ if (!(ic->next && ic->next->op == LABEL && IC_LABEL (ic->next) == returnLabel)) emit2 ("jp !tlabel", returnLabel->key + 100); } /*-----------------------------------------------------------------*/ /* genLabel - generates a label */ /*-----------------------------------------------------------------*/ static void genLabel (iCode * ic) { /* special case never generate */ if (IC_LABEL (ic) == entryLabel) return; emitLabel (IC_LABEL (ic)->key + 100); } /*-----------------------------------------------------------------*/ /* genGoto - generates a ljmp */ /*-----------------------------------------------------------------*/ static void genGoto (iCode * ic) { emit2 ("jp !tlabel", IC_LABEL (ic)->key + 100); } /*-----------------------------------------------------------------*/ /* genPlusIncr :- does addition with increment if possible */ /*-----------------------------------------------------------------*/ static bool genPlusIncr (iCode * ic) { unsigned int icount; unsigned int size = getDataSize (IC_RESULT (ic)); PAIR_ID resultId = getPairId (AOP (IC_RESULT (ic))); /* will try to generate an increment */ /* if the right side is not a literal we cannot */ if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) return FALSE; emitDebug ("; genPlusIncr"); icount = (unsigned int) ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit); /* If result is a pair */ if (resultId != PAIR_INVALID) { if (isLitWord (AOP (IC_LEFT (ic)))) { fetchLitPair (getPairId (AOP (IC_RESULT (ic))), AOP (IC_LEFT (ic)), icount); return TRUE; } if (isPair (AOP (IC_LEFT (ic))) && resultId == PAIR_HL && icount > 2) { if (getPairId (AOP (IC_LEFT (ic))) == PAIR_HL) { PAIR_ID freep = getFreePairId (ic); if (freep != PAIR_INVALID) { fetchPair (freep, AOP (IC_RIGHT (ic))); emit2 ("add hl,%s", _pairs[freep].name); return TRUE; } } else { fetchPair (resultId, AOP (IC_RIGHT (ic))); emit2 ("add hl,%s", getPairName (AOP (IC_LEFT (ic)))); return TRUE; } } if (icount > 5) return FALSE; /* Inc a pair */ if (!sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic)))) { if (icount > 2) return FALSE; movLeft2ResultLong (IC_LEFT (ic), 0, IC_RESULT (ic), 0, 0, 2); } while (icount--) { emit2 ("inc %s", getPairName (AOP (IC_RESULT (ic)))); } return TRUE; } if (IS_Z80 && isLitWord (AOP (IC_LEFT (ic))) && size == 2) { fetchLitPair (PAIR_HL, AOP (IC_LEFT (ic)), icount); commitPair (AOP (IC_RESULT (ic)), PAIR_HL); return TRUE; } /* if the literal value of the right hand side is greater than 4 then it is not worth it */ if (icount > 4) return FALSE; /* if increment 16 bits in register */ if (sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic))) && size > 1 && icount == 1 ) { int offset = 0; symbol *tlbl = NULL; tlbl = newiTempLabel (NULL); while (size--) { emit2 ("inc %s", aopGet (AOP (IC_RESULT (ic)), offset++, FALSE)); if (size) { emit2 ("!shortjp NZ,!tlabel", tlbl->key + 100); } } emitLabel (tlbl->key + 100); return TRUE; } /* if the sizes are greater than 1 then we cannot */ if (AOP_SIZE (IC_RESULT (ic)) > 1 || AOP_SIZE (IC_LEFT (ic)) > 1) return FALSE; /* If the result is in a register then we can load then increment. */ if (AOP_TYPE (IC_RESULT (ic)) == AOP_REG) { aopPut (AOP (IC_RESULT (ic)), aopGet (AOP (IC_LEFT (ic)), LSB, FALSE), LSB); while (icount--) { emit2 ("inc %s", aopGet (AOP (IC_RESULT (ic)), LSB, FALSE)); } return TRUE; } /* we can if the aops of the left & result match or if they are in registers and the registers are the same */ if (sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic)))) { while (icount--) { emit2 ("inc %s", aopGet (AOP (IC_LEFT (ic)), 0, FALSE)); } return TRUE; } return FALSE; } /*-----------------------------------------------------------------*/ /* outBitAcc - output a bit in acc */ /*-----------------------------------------------------------------*/ void outBitAcc (operand * result) { symbol *tlbl = newiTempLabel (NULL); /* if the result is a bit */ if (AOP_TYPE (result) == AOP_CRY) { wassertl (0, "Tried to write A into a bit"); } else { emit2 ("!shortjp Z,!tlabel", tlbl->key + 100); emit2 ("ld a,!one"); emitLabel (tlbl->key + 100); outAcc (result); } } bool couldDestroyCarry (asmop *aop) { if (aop) { if (aop->type == AOP_EXSTK || aop->type == AOP_IY) { return TRUE; } } return FALSE; } static void shiftIntoPair (int idx, asmop *aop) { PAIR_ID id = PAIR_INVALID; wassertl (IS_Z80, "Only implemented for the Z80"); // wassertl (aop->type == AOP_EXSTK, "Only implemented for EXSTK"); emitDebug ("; Shift into pair idx %u", idx); switch (idx) { case 0: id = PAIR_HL; setupPair (PAIR_HL, aop, 0); break; case 1: id = PAIR_DE; _push (PAIR_DE); setupPair (PAIR_IY, aop, 0); emit2 ("push iy"); emit2 ("pop %s", _pairs[id].name); break; case 2: id = PAIR_IY; setupPair (PAIR_IY, aop, 0); break; default: wassertl (0, "Internal error - hit default case"); } aop->type = AOP_PAIRPTR; aop->aopu.aop_pairId = id; _G.pairs[id].offset = 0; _G.pairs[id].last_type = aop->type; } static void setupToPreserveCarry (iCode * ic) { asmop *left = AOP (IC_LEFT (ic)); asmop *right = AOP (IC_RIGHT (ic)); asmop *result = AOP (IC_RESULT (ic)); wassert (left && right); if (IS_Z80) { if (couldDestroyCarry (right) && couldDestroyCarry (result)) { shiftIntoPair (0, right); /* check result again, in case right == result */ if (couldDestroyCarry (result)) { if (!isPairInUse (PAIR_DE, ic)) shiftIntoPair (1, result); else shiftIntoPair (2, result); } } else if (couldDestroyCarry (right)) { if (getPairId (result) == PAIR_HL) _G.preserveCarry = TRUE; else shiftIntoPair (0, right); } else if (couldDestroyCarry (result)) { shiftIntoPair (0, result); } else { /* Fine */ } } } /*-----------------------------------------------------------------*/ /* genPlus - generates code for addition */ /*-----------------------------------------------------------------*/ static void genPlus (iCode * ic) { int size, offset = 0; /* special cases :- */ aopOp (IC_LEFT (ic), ic, FALSE, FALSE); aopOp (IC_RIGHT (ic), ic, FALSE, FALSE); aopOp (IC_RESULT (ic), ic, TRUE, FALSE); /* Swap the left and right operands if: if literal, literal on the right or if left requires ACC or right is already in ACC */ if ((AOP_TYPE (IC_LEFT (ic)) == AOP_LIT) || (AOP_NEEDSACC (IC_RIGHT (ic))) || AOP_TYPE (IC_RIGHT (ic)) == AOP_ACC) { operand *t = IC_RIGHT (ic); IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = t; } /* if both left & right are in bit space */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY && AOP_TYPE (IC_RIGHT (ic)) == AOP_CRY) { /* Cant happen */ wassertl (0, "Tried to add two bits"); } /* if left in bit space & right literal */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY && AOP_TYPE (IC_RIGHT (ic)) == AOP_LIT) { /* Can happen I guess */ wassertl (0, "Tried to add a bit to a literal"); } /* if I can do an increment instead of add then GOOD for ME */ if (genPlusIncr (ic) == TRUE) goto release; size = getDataSize (IC_RESULT (ic)); /* Special case when left and right are constant */ if (isPair (AOP (IC_RESULT (ic)))) { char *left, *right; left = aopGetLitWordLong (AOP (IC_LEFT (ic)), 0, FALSE); right = aopGetLitWordLong (AOP (IC_RIGHT (ic)), 0, FALSE); if (AOP_TYPE(IC_LEFT(ic)) == AOP_LIT && AOP_TYPE(IC_RIGHT(ic)) == AOP_LIT && left && right) { /* It's a pair */ /* PENDING: fix */ char buffer[100]; sprintf (buffer, "#(%s + %s)", left, right); emit2 ("ld %s,%s", getPairName (AOP (IC_RESULT (ic))), buffer); goto release; } } if ((isPair (AOP (IC_RIGHT (ic))) || isPair (AOP (IC_LEFT (ic)))) && getPairId (AOP (IC_RESULT (ic))) == PAIR_HL) { /* Fetch into HL then do the add */ PAIR_ID left = getPairId (AOP (IC_LEFT (ic))); PAIR_ID right = getPairId (AOP (IC_RIGHT (ic))); spillPair (PAIR_HL); if (left == PAIR_HL && right != PAIR_INVALID) { emit2 ("add hl,%s", _pairs[right].name); goto release; } else if (right == PAIR_HL && left != PAIR_INVALID) { emit2 ("add hl,%s", _pairs[left].name); goto release; } else if (right != PAIR_INVALID && right != PAIR_HL) { fetchPair (PAIR_HL, AOP (IC_LEFT (ic))); emit2 ("add hl,%s", getPairName (AOP (IC_RIGHT (ic)))); goto release; } else if (left != PAIR_INVALID && left != PAIR_HL) { fetchPair (PAIR_HL, AOP (IC_RIGHT (ic))); emit2 ("add hl,%s", getPairName (AOP (IC_LEFT (ic)))); goto release; } else { /* Can't do it */ } } if (isPair (AOP (IC_RIGHT (ic))) && AOP_TYPE (IC_LEFT (ic)) == AOP_IMMD && getPairId (AOP (IC_RIGHT (ic))) != PAIR_HL) { fetchPair (PAIR_HL, AOP (IC_LEFT (ic))); emit2 ("add hl,%s", getPairName (AOP (IC_RIGHT (ic)))); spillPair (PAIR_HL); commitPair ( AOP (IC_RESULT (ic)), PAIR_HL); goto release; } if (isPair (AOP (IC_LEFT (ic))) && AOP_TYPE (IC_RIGHT (ic)) == AOP_LIT && getPairId (AOP (IC_LEFT (ic))) != PAIR_HL) { fetchPair (PAIR_HL, AOP (IC_RIGHT (ic))); emit2 ("add hl,%s", getPairName (AOP (IC_LEFT (ic)))); spillPair (PAIR_HL); commitPair ( AOP (IC_RESULT (ic)), PAIR_HL); goto release; } /* Special case: ld hl,sp+n trashes C so we can't afford to do it during an add with stack based variables. Worst case is: ld hl,sp+left ld a,(hl) ld hl,sp+right add (hl) ld hl,sp+result ld (hl),a ld hl,sp+left+1 ld a,(hl) ld hl,sp+right+1 adc (hl) ld hl,sp+result+1 ld (hl),a So you can't afford to load up hl if either left, right, or result is on the stack (*sigh*) The alt is: ld hl,sp+left ld de,(hl) ld hl,sp+right ld hl,(hl) add hl,de ld hl,sp+result ld (hl),hl Combinations in here are: * If left or right are in bc then the loss is small - trap later * If the result is in bc then the loss is also small */ if (IS_GB) { if (AOP_TYPE (IC_LEFT (ic)) == AOP_STK || AOP_TYPE (IC_RIGHT (ic)) == AOP_STK || AOP_TYPE (IC_RESULT (ic)) == AOP_STK) { if ((AOP_SIZE (IC_LEFT (ic)) == 2 || AOP_SIZE (IC_RIGHT (ic)) == 2) && (AOP_SIZE (IC_LEFT (ic)) <= 2 && AOP_SIZE (IC_RIGHT (ic)) <= 2)) { if (getPairId (AOP (IC_RIGHT (ic))) == PAIR_BC) { /* Swap left and right */ operand *t = IC_RIGHT (ic); IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = t; } if (getPairId (AOP (IC_LEFT (ic))) == PAIR_BC) { fetchPair (PAIR_HL, AOP (IC_RIGHT (ic))); emit2 ("add hl,bc"); } else { fetchPair (PAIR_DE, AOP (IC_LEFT (ic))); fetchPair (PAIR_HL, AOP (IC_RIGHT (ic))); emit2 ("add hl,de"); } commitPair (AOP (IC_RESULT (ic)), PAIR_HL); goto release; } } if (size == 4) { /* Be paranoid on the GB with 4 byte variables due to how C can be trashed by lda hl,n(sp). */ _gbz80_emitAddSubLong (ic, TRUE); goto release; } } setupToPreserveCarry (ic); /* This is ugly, but it fixes the worst code generation bug on Z80. */ /* Probably something similar has to be done for addition of larger numbers, too. */ if(size == 2) { _moveA (aopGet (AOP (IC_LEFT (ic)), 0, FALSE)); emit2 ("add a,%s", aopGet (AOP (IC_RIGHT (ic)), 0, FALSE)); if(strcmp (aopGet (AOP (IC_RESULT (ic)), 0, FALSE), aopGet (AOP (IC_LEFT (ic)), 1, FALSE))) { aopPut (AOP (IC_RESULT (ic)), "a", 0); _moveA (aopGet (AOP (IC_LEFT (ic)), 1, FALSE)); } else { emitDebug ("; Addition result is in same register as operand of next addition."); if(strchr (aopGet (AOP (IC_RESULT (ic)), 0, FALSE), 'c') || strchr (aopGet (AOP (IC_RESULT (ic)), 0, FALSE), 'b') ) { emit2 ("push de"); emit2 ("ld e, a"); emit2 ("ld a, %s", aopGet (AOP (IC_LEFT (ic)), 1, FALSE)); emit2 ("ld d, a"); emit2 ("ld a, e"); emit2 ("ld %s, a", aopGet (AOP (IC_RESULT (ic)), 0, FALSE)); emit2 ("ld a, d"); emit2 ("pop de"); } else { emit2 ("push bc"); emit2 ("ld c, a"); emit2 ("ld a, %s", aopGet (AOP (IC_LEFT (ic)), 1, FALSE)); emit2 ("ld b, a"); emit2 ("ld a, c"); emit2 ("ld %s, a", aopGet (AOP (IC_RESULT (ic)), 0, FALSE)); emit2 ("ld a, b"); emit2 ("pop bc"); } } emit2 ("adc a,%s", aopGet (AOP (IC_RIGHT (ic)), 1, FALSE)); aopPut (AOP (IC_RESULT (ic)), "a", 1); goto release; } while (size--) { _moveA (aopGet (AOP (IC_LEFT (ic)), offset, FALSE)); if (offset == 0) { if(size == 0 && AOP_TYPE (IC_RIGHT (ic)) == AOP_LIT && ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit) == 1) emit2 ("inc a"); else emit2 ("add a,%s", aopGet (AOP (IC_RIGHT (ic)), offset, FALSE)); } else emit2 ("adc a,%s", aopGet (AOP (IC_RIGHT (ic)), offset, FALSE)); aopPut (AOP (IC_RESULT (ic)), "a", offset++); } release: _G.preserveCarry = FALSE; freeAsmop (IC_LEFT (ic), NULL, ic); freeAsmop (IC_RIGHT (ic), NULL, ic); freeAsmop (IC_RESULT (ic), NULL, ic); } /*-----------------------------------------------------------------*/ /* genMinusDec :- does subtraction with deccrement if possible */ /*-----------------------------------------------------------------*/ static bool genMinusDec (iCode * ic) { unsigned int icount; unsigned int size = getDataSize (IC_RESULT (ic)); /* will try to generate an increment */ /* if the right side is not a literal we cannot */ if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) return FALSE; /* if the literal value of the right hand side is greater than 4 then it is not worth it */ if ((icount = (unsigned int) ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit)) > 2) return FALSE; size = getDataSize (IC_RESULT (ic)); /* if decrement 16 bits in register */ if (sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic))) && (size > 1) && isPair (AOP (IC_RESULT (ic)))) { while (icount--) emit2 ("dec %s", getPairName (AOP (IC_RESULT (ic)))); return TRUE; } /* If result is a pair */ if (isPair (AOP (IC_RESULT (ic)))) { movLeft2ResultLong (IC_LEFT (ic), 0, IC_RESULT (ic), 0, 0, 2); while (icount--) emit2 ("dec %s", getPairName (AOP (IC_RESULT (ic)))); return TRUE; } /* if increment 16 bits in register */ if (sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic))) && (size == 2) ) { fetchPair (_getTempPairId(), AOP (IC_RESULT (ic))); while (icount--) { emit2 ("dec %s", _getTempPairName()); } commitPair (AOP (IC_RESULT (ic)), _getTempPairId()); return TRUE; } /* if the sizes are greater than 1 then we cannot */ if (AOP_SIZE (IC_RESULT (ic)) > 1 || AOP_SIZE (IC_LEFT (ic)) > 1) return FALSE; /* we can if the aops of the left & result match or if they are in registers and the registers are the same */ if (sameRegs (AOP (IC_LEFT (ic)), AOP (IC_RESULT (ic)))) { while (icount--) emit2 ("dec %s", aopGet (AOP (IC_RESULT (ic)), 0, FALSE)); return TRUE; } return FALSE; } /*-----------------------------------------------------------------*/ /* genMinus - generates code for subtraction */ /*-----------------------------------------------------------------*/ static void genMinus (iCode * ic) { int size, offset = 0; unsigned long lit = 0L; aopOp (IC_LEFT (ic), ic, FALSE, FALSE); aopOp (IC_RIGHT (ic), ic, FALSE, FALSE); aopOp (IC_RESULT (ic), ic, TRUE, FALSE); /* special cases :- */ /* if both left & right are in bit space */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_CRY && AOP_TYPE (IC_RIGHT (ic)) == AOP_CRY) { wassertl (0, "Tried to subtract two bits"); goto release; } /* if I can do an decrement instead of subtract then GOOD for ME */ if (genMinusDec (ic) == TRUE) goto release; size = getDataSize (IC_RESULT (ic)); if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) { } else { lit = ulFromVal (AOP (IC_RIGHT (ic))->aopu.aop_lit); lit = -(long) lit; } /* Same logic as genPlus */ if (IS_GB) { if (AOP_TYPE (IC_LEFT (ic)) == AOP_STK || AOP_TYPE (IC_RIGHT (ic)) == AOP_STK || AOP_TYPE (IC_RESULT (ic)) == AOP_STK) { if ((AOP_SIZE (IC_LEFT (ic)) == 2 || AOP_SIZE (IC_RIGHT (ic)) == 2) && (AOP_SIZE (IC_LEFT (ic)) <= 2 && AOP_SIZE (IC_RIGHT (ic)) <= 2)) { PAIR_ID left = getPairId (AOP (IC_LEFT (ic))); PAIR_ID right = getPairId (AOP (IC_RIGHT (ic))); if (left == PAIR_INVALID && right == PAIR_INVALID) { left = PAIR_DE; right = PAIR_HL; } else if (right == PAIR_INVALID) right = PAIR_DE; else if (left == PAIR_INVALID) left = PAIR_DE; fetchPair (left, AOP (IC_LEFT (ic))); /* Order is important. Right may be HL */ fetchPair (right, AOP (IC_RIGHT (ic))); emit2 ("ld a,%s", _pairs[left].l); emit2 ("sub a,%s", _pairs[right].l); emit2 ("ld e,a"); emit2 ("ld a,%s", _pairs[left].h); emit2 ("sbc a,%s", _pairs[right].h); if ( AOP_SIZE (IC_RESULT (ic)) > 1) { aopPut (AOP (IC_RESULT (ic)), "a", 1); } aopPut (AOP (IC_RESULT (ic)), "e", 0); goto release; } } if (size == 4) { /* Be paranoid on the GB with 4 byte variables due to how C can be trashed by lda hl,n(sp). */ _gbz80_emitAddSubLong (ic, FALSE); goto release; } } setupToPreserveCarry (ic); /* if literal, add a,#-lit, else normal subb */ while (size--) { _moveA (aopGet (AOP (IC_LEFT (ic)), offset, FALSE)); if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) { if (!offset) emit2 ("sub a,%s", aopGet (AOP (IC_RIGHT (ic)), offset, FALSE)); else emit2 ("sbc a,%s", aopGet (AOP (IC_RIGHT (ic)), offset, FALSE)); } else { /* first add without previous c */ if (!offset) { if (size == 0 && (unsigned int) (lit & 0x0FFL) == 0xFF) emit2 ("dec a"); else emit2 ("add a,!immedbyte", (unsigned int) (lit & 0x0FFL)); } else emit2 ("adc a,!immedbyte", (unsigned int) ((lit >> (offset * 8)) & 0x0FFL)); } aopPut (AOP (IC_RESULT (ic)), "a", offset++); } if (AOP_SIZE (IC_RESULT (ic)) == 3 && AOP_SIZE (IC_LEFT (ic)) == 3 && !sameRegs (AOP (IC_RESULT (ic)), AOP (IC_LEFT (ic)))) { wassertl (0, "Tried to subtract on a long pointer"); } release: _G.preserveCarry = FALSE; freeAsmop (IC_LEFT (ic), NULL, ic); freeAsmop (IC_RIGHT (ic), NULL, ic); freeAsmop (IC_RESULT (ic), NULL, ic); } /*-----------------------------------------------------------------*/ /* genMultChar - generates code for unsigned 8x8 multiplication */ /*-----------------------------------------------------------------*/ static void genMultOneChar (iCode * ic) { symbol *tlbl1, *tlbl2; bool savedB = FALSE; if(IS_GB) { wassertl (0, "Multiplication is handled through support function calls on gbz80"); return; } /* Save b into a if b is in use. */ if (bitVectBitValue (ic->rMask, B_IDX) && !(getPairId (AOP (IC_RESULT (ic))) == PAIR_BC)) { emit2 ("ld a, b"); savedB = TRUE; } if (isPairInUse (PAIR_DE, ic) && !(getPairId (AOP (IC_RESULT (ic))) == PAIR_DE)) { _push (PAIR_DE); _G.stack.pushedDE = TRUE; } tlbl1 = newiTempLabel (NULL); tlbl2 = newiTempLabel (NULL); emit2 ("ld e,%s", aopGet (AOP (IC_RIGHT (ic)), LSB, FALSE)); emit2 ("ld h,%s", aopGet (AOP (IC_LEFT (ic)), LSB, FALSE)); emit2 ("ld l,#0x00"); emit2 ("ld d,l"); emit2 ("ld b,#0x08"); emitLabel (tlbl1->key + 100); emit2 ("add hl,hl"); emit2 ("jp NC,!tlabel", tlbl2->key + 100); emit2 ("add hl,de"); emitLabel (tlbl2->key + 100); emit2 ("djnz !tlabel", tlbl1->key + 100); spillPair(PAIR_HL); if (IS_Z80 && _G.stack.pushedDE) { _pop (PAIR_DE); _G.stack.pushedDE = FALSE; } if (savedB) { emit2 ("ld b, a"); } if (AOP_SIZE (IC_RESULT (ic)) == 1) aopPut (AOP (IC_RESULT (ic)), "l", 0); else commitPair ( AOP (IC_RESULT (ic)), PAIR_HL); freeAsmop (IC_LEFT (ic), NULL, ic); freeAsmop (IC_RIGHT (ic), NULL, ic); freeAsmop (IC_RESULT (ic), NULL, ic); } /*-----------------------------------------------------------------*/ /* genMult - generates code for multiplication */ /*-----------------------------------------------------------------*/ static void genMult (iCode * ic) { int val; int count, i; /* If true then the final operation should be a subtract */ bool active = FALSE; bool byteResult; /* Shouldn't occur - all done through function calls */ aopOp (IC_LEFT (ic), ic, FALSE, FALSE); aopOp (IC_RIGHT (ic), ic, FALSE, FALSE); aopOp (IC_RESULT (ic), ic, TRUE, FALSE); byteResult = (AOP_SIZE (IC_RESULT (ic)) == 1); if (AOP_SIZE (IC_LEFT (ic)) > 2 || AOP_SIZE (IC_RIGHT (ic)) > 2 || AOP_SIZE (IC_RESULT (ic)) > 2) { wassertl (0, "Multiplication is handled through support function calls"); } /* Swap left and right such that right is a literal */ if ((AOP_TYPE (IC_LEFT (ic)) == AOP_LIT)) { operand *t = IC_RIGHT (ic); IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = t; } if (AOP_TYPE (IC_RIGHT (ic)) != AOP_LIT) { genMultOneChar (ic); return; } wassertl (AOP_TYPE (IC_RIGHT (ic)) == AOP_LIT, "Right must be a literal"); val = (int) ulFromVal ( AOP (IC_RIGHT (ic))->aopu.aop_lit); // wassertl (val > 0, "Multiply must be positive"); wassertl (val != 1, "Can't multiply by 1"); if (IS_Z80 && isPairInUseNotInRet (PAIR_DE, ic)) { _push (PAIR_DE); _G.stack.pushedDE = TRUE; } if (byteResult) emit2 ("ld a,%s", aopGet (AOP (IC_LEFT (ic)), LSB, FALSE)); else if ( AOP_SIZE (IC_LEFT (ic)) == 1 && !SPEC_USIGN (getSpec (operandType ( IC_LEFT (ic))))) { emit2 ("ld e,%s", aopGet (AOP (IC_LEFT (ic)), LSB, FALSE)); if (!byteResult) { emit2 ("ld a,e"); emit2 ("rlc a"); emit2 ("sbc a,a"); emit2 ("ld d,a"); } } else { fetchPair (PAIR_DE, AOP (IC_LEFT (ic))); } i = val; for (count = 0; count < 16; count++) { if (count != 0 && active) { if (byteResult) emit2 ("add a,a"); else emit2 ("add hl,hl"); } if (i & 0x8000U) { if (active == FALSE) { if (byteResult) emit2("ld e,a"); else { emit2 ("ld l,e"); emit2 ("ld h,d"); } } else { if (byteResult) emit2 ("add a,e"); else emit2 ("add hl,de"); } active = TRUE; } i <<= 1; } spillPair(PAIR_HL); if (IS_Z80 && _G.stack.pushedDE) { _pop (PAIR_DE); _G.stack.pushedDE = FALSE; } if (byteResult) aopPut (AOP (IC_RESULT (ic)), "a", 0); else commitPair ( AOP (IC_RESULT (ic)), PAIR_HL); freeAsmop (IC_LEFT (ic), NULL, ic); freeAsmop (IC_RIGHT (ic), NULL, ic); freeAsmop (IC_RESULT (ic), NULL, ic); } /*-----------------------------------------------------------------*/ /* genDiv - generates code for division */ /*-----------------------------------------------------------------*/ static void genDiv (iCode * ic) { /* Shouldn't occur - all done through function calls */ wassertl (0, "Division is handled through support function calls"); } /*-----------------------------------------------------------------*/ /* genMod - generates code for division */ /*-----------------------------------------------------------------*/ static void genMod (iCode * ic) { /* Shouldn't occur - all done through function calls */ wassert (0); } /*-----------------------------------------------------------------*/ /* genIfxJump :- will create a jump depending on the ifx */ /*-----------------------------------------------------------------*/ static void genIfxJump (iCode * ic, char *jval) { symbol *jlbl; const char *inst; /* if true label then we jump if condition supplied is true */ if (IC_TRUE (ic)) { jlbl = IC_TRUE (ic); if (!strcmp (jval, "a")) { inst = "NZ"; } else if (!strcmp (jval, "c")) { inst = "C"; } else if (!strcmp (jval, "nc")) { inst = "NC"; } else if (!strcmp (jval, "m")) { inst = "M"; } else if (!strcmp (jval, "p")) { inst = "P"; } else { /* The buffer contains the bit on A that we should test */ inst = "NZ"; } } else { /* false label is present */ jlbl = IC_FALSE (ic); if (!strcmp (jval, "a")) { inst = "Z"; } else if (!strcmp (jval, "c")) { inst = "NC"; } else if (!strcmp (jval, "nc")) { inst = "C"; } else if (!strcmp (jval, "m")) { inst = "P"; } else if (!strcmp (jval, "p")) { inst = "M"; } else { /* The buffer contains the bit on A that we should test */ inst = "Z"; } } /* Z80 can do a conditional long jump */ if (!strcmp (jval, "a")) { emit2 ("or a,a"); } else if (!strcmp (jval, "c")) { } else if (!strcmp (jval, "nc")) { } else if (!strcmp (jval, "m")) { } else if (!strcmp (jval, "p")) { } else { emit2 ("bit %s,a", jval); } emit2 ("jp %s,!tlabel", inst, jlbl->key + 100); /* mark the icode as generated */ ic->generated = 1; } #if DISABLED static const char * _getPairIdName (PAIR_ID id) { return _pairs[id].name; } #endif #if OLD /* if unsigned char cmp with lit, just compare */ if ((size == 1) && (AOP_TYPE (right) == AOP_LIT && AOP_TYPE (left) != AOP_DIR)) { emit2 ("ld a,%s", aopGet (AOP (left), offset, FALSE)); if (sign) { emit2 ("xor a,!immedbyte", 0x80); emit2 ("cp %s^!constbyte", aopGet (AOP (right), offset, FALSE), 0x80); } else emit2 ("cp %s", aopGet (AOP (right), offset, FALSE)); } else if (size == 4 && IS_GB && requiresHL(AOP(right)) && requiresHL(AOP(left))) { // On the Gameboy we can't afford to adjust HL as it may trash the carry. // Pull left into DE and right into HL aopGet (AOP(left), LSB, FALSE); emit2 ("ld d,h"); emit2 ("ld e,l"); aopGet (AOP(right), LSB, FALSE); while (size--) { if (size == 0 && sign) { // Highest byte when signed needs the bits flipped // Save the flags emit2 ("push af"); emit2 ("ld a,(de)"); emit2 ("xor !immedbyte", 0x80); emit2 ("ld e,a"); emit2 ("ld a,(hl)"); emit2 ("xor !immedbyte", 0x80); emit2 ("ld d,a"); emit2 ("pop af"); emit2 ("ld a,e"); emit2 ("%s a,d", offset == 0 ? "sub" : "sbc"); } else { emit2 ("ld a,(de)"); emit2 ("%s a,(hl)", offset == 0 ? "sub" : "sbc"); } if (size != 0) { emit2 ("inc hl"); emit2 ("inc de"); } offset++; } spillPair (PAIR_HL); } else if (size == 4 && IS_Z80 && couldDestroyCarry(AOP(right)) && couldDestroyCarry(AOP(left))) { setupPair (PAIR_HL, AOP (left), 0); aopGet (AOP(right), LSB, FALSE); while (size--) { if (size == 0 && sign) { // Highest byte when signed needs the bits flipped // Save the flags emit2 ("push af"); emit2 ("ld a,(hl)"); emit2 ("xor !immedbyte", 0x80); emit2 ("ld l,a"); emit2 ("ld a,%d(iy)", offset); emit2 ("xor !immedbyte", 0x80); emit2 ("ld h,a"); emit2 ("pop af"); emit2 ("ld a,l"); emit2 ("%s a,h", offset == 0 ? "sub" : "sbc"); } else { emit2 ("ld a,(hl)"); emit2 ("%s a,%d(iy)", offset == 0 ? "sub" : "sbc", offset); } if (size != 0) { emit2 ("inc hl"); } offset++; } spillPair (PAIR_HL); spillPair (PAIR_IY); } else { if (AOP_TYPE (right) == AOP_LIT) { lit = ulFromVal (AOP (right)->aopu.aop_lit); /* optimize if(x < 0) or if(x >= 0) */ if (lit == 0L) { if (!sign) { /* No sign so it's always false */ _clearCarry(); } else { /* Just load in the top most bit */ _moveA (aopGet (AOP (left), AOP_SIZE (left) - 1, FALSE)); if (!(AOP_TYPE (result) == AOP_CRY && AOP_SIZE (result)) && ifx) { genIfxJump (ifx, "7"); return; } else emit2 ("rlc a"); } goto release; } } if (sign) { /* First setup h and l contaning the top most bytes XORed */ bool fDidXor = FALSE; if (AOP_TYPE (left) == AOP_LIT) { unsigned long lit = ulFromVal (AOP (left)->aopu.aop_lit); emit2 ("ld %s,!immedbyte", _fTmp[0], 0x80 ^ (unsigned int) ((lit >> ((size - 1) * 8)) & 0x0FFL)); } else { emit2 ("ld a,%s", aopGet (AOP (left), size - 1, FALSE)); emit2 ("xor a,!immedbyte", 0x80); emit2 ("ld %s,a", _fTmp[0]); fDidXor = TRUE; } if (AOP_TYPE (right) == AOP_LIT) { unsigned long lit = ulFromVal (AOP (right)->aopu.aop_lit); emit2 ("ld %s,!immedbyte", _fTmp[1], 0x80 ^ (unsigned int) ((lit >> ((size - 1) * 8)) & 0x0FFL)); } else { emit2 ("ld a,%s", aopGet (AOP (right), size - 1, FALSE)); emit2 ("xor a,!immedbyte", 0x80); emit2 ("ld %s,a", _fTmp[1]); fDidXor = TRUE; } } while (size--) { /* Do a long subtract */ if (!sign || size) { _moveA (aopGet (AOP (left), offset, FALSE)); } if (sign && size == 0) { emit2 ("ld a,%s", _fTmp[0]); emit2 ("%s a,%s", offset == 0 ? "sub" : "sbc", _fTmp[1]); } else { /* Subtract through, propagating the carry */ emit2 ("%s a,%s", offset == 0 ? "sub" : "sbc", aopGet (AOP (right), offset, FALSE)); offset++; } } } } #endif /** Generic compare for > or < */ static void genCmp (operand * left, operand * right, operand * result, iCode * ifx, int sign) { int size, offset = 0; unsigned long lit = 0L; /* if left & right are bit variables */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { /* Cant happen on the Z80 */ wassertl (0, "Tried to compare two bits"); } else { /* Do a long subtract of right from left. */ size = max (AOP_SIZE (left), AOP_SIZE (right)); if (size > 1 && IS_GB && requiresHL(AOP(right)) && requiresHL(AOP(left))) { // On the Gameboy we can't afford to adjust HL as it may trash the carry. // Pull left into DE and right into HL aopGet (AOP(left), LSB, FALSE); emit2 ("ld d,h"); emit2 ("ld e,l"); aopGet (AOP(right), LSB, FALSE); while (size--) { emit2 ("ld a,(de)"); emit2 ("%s a,(hl)", offset == 0 ? "sub" : "sbc"); if (size != 0) { emit2 ("inc hl"); emit2 ("inc de"); } offset++; } spillPair (PAIR_HL); goto release; } if (AOP_TYPE (right) == AOP_LIT) { lit = ulFromVal (AOP (right)->aopu.aop_lit); /* optimize if(x < 0) or if(x >= 0) */ if (lit == 0) { if (!sign) { /* No sign so it's always false */ _clearCarry(); } else { /* Just load in the top most bit */ _moveA (aopGet (AOP (left), AOP_SIZE (left) - 1, FALSE)); if (!(AOP_TYPE (result) == AOP_CRY && AOP_SIZE (result)) && ifx) { genIfxJump (ifx, "7"); return; } else { if (!sign) { emit2 ("rlc a"); } if (ifx) { genIfxJump (ifx, "nc"); return; } } } goto release; } } while (size--) { _moveA (aopGet (AOP (left), offset, FALSE)); /* Subtract through, propagating the carry */ emit2 ("%s a,%s", offset == 0 ? "sub" : "sbc", aopGet (AOP (right), offset, FALSE)); offset++; } } release: if (AOP_TYPE (result) == AOP_CRY && AOP_SIZE (result)) { if (sign) { /* Shift the sign bit up into carry */ emit2 ("rlca"); } outBitC (result); } else { /* if the result is used in the next ifx conditional branch then generate code a little differently */ if (ifx) { if (sign) { if (IS_GB) { emit2 ("rlca"); genIfxJump (ifx, "c"); } else { genIfxJump (ifx, "m"); } } else { genIfxJump (ifx, "c"); } } else { if (sign) { /* Shift the sign bit up into carry */ emit2 ("rlca"); } outBitC (result); } /* leave the result in acc */ } } /*-----------------------------------------------------------------*/ /* genCmpGt :- greater than comparison */ /*-----------------------------------------------------------------*/ static void genCmpGt (iCode * ic, iCode * ifx) { operand *left, *right, *result; sym_link *letype, *retype; int sign; left = IC_LEFT (ic); right = IC_RIGHT (ic); result = IC_RESULT (ic); letype = getSpec (operandType (left)); retype = getSpec (operandType (right)); sign = !(SPEC_USIGN (letype) | SPEC_USIGN (retype)); /* assign the asmops */ aopOp (left, ic, FALSE, FALSE); aopOp (right, ic, FALSE, FALSE); aopOp (result, ic, TRUE, FALSE); setupToPreserveCarry (ic); genCmp (right, left, result, ifx, sign); _G.preserveCarry = FALSE; freeAsmop (left, NULL, ic); freeAsmop (right, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* genCmpLt - less than comparisons */ /*-----------------------------------------------------------------*/ static void genCmpLt (iCode * ic, iCode * ifx) { operand *left, *right, *result; sym_link *letype, *retype; int sign; left = IC_LEFT (ic); right = IC_RIGHT (ic); result = IC_RESULT (ic); letype = getSpec (operandType (left)); retype = getSpec (operandType (right)); sign = !(SPEC_USIGN (letype) | SPEC_USIGN (retype)); /* assign the asmops */ aopOp (left, ic, FALSE, FALSE); aopOp (right, ic, FALSE, FALSE); aopOp (result, ic, TRUE, FALSE); setupToPreserveCarry (ic); genCmp (left, right, result, ifx, sign); _G.preserveCarry = FALSE; freeAsmop (left, NULL, ic); freeAsmop (right, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* gencjneshort - compare and jump if not equal */ /* returns pair that still needs to be popped */ /*-----------------------------------------------------------------*/ static PAIR_ID gencjneshort (operand * left, operand * right, symbol * lbl) { int size = max (AOP_SIZE (left), AOP_SIZE (right)); int offset = 0; unsigned long lit = 0L; /* Swap the left and right if it makes the computation easier */ if (AOP_TYPE (left) == AOP_LIT) { operand *t = right; right = left; left = t; } /* if the right side is a literal then anything goes */ if (AOP_TYPE (right) == AOP_LIT) { lit = ulFromVal (AOP (right)->aopu.aop_lit); if (lit == 0) { _moveA (aopGet (AOP (left), offset, FALSE)); if (size > 1) { while (--size) { emit2 ("or a,%s", aopGet (AOP (left), ++offset, FALSE)); } } else { emit2 ("or a,a"); } emit2 ("jp NZ,!tlabel", lbl->key + 100); } else { while (size--) { _moveA (aopGet (AOP (left), offset, FALSE)); if ((unsigned int) ((lit >> (offset * 8)) & 0x0FFL) == 0) emit2 ("or a,a"); else emit2 ("sub a,%s", aopGet (AOP (right), offset, FALSE)); emit2 ("jp NZ,!tlabel", lbl->key + 100); offset++; } } } /* if the right side is in a register or pointed to by HL, IX or IY */ else if (AOP_TYPE (right) == AOP_REG || AOP_TYPE (right) == AOP_HL || AOP_TYPE (right) == AOP_IY || AOP_TYPE (right) == AOP_STK || AOP_IS_PAIRPTR (right, PAIR_HL) || AOP_IS_PAIRPTR (right, PAIR_IX) || AOP_IS_PAIRPTR (right, PAIR_IY)) { while (size--) { _moveA (aopGet (AOP (left), offset, FALSE)); if (AOP_TYPE (right) == AOP_LIT && ((unsigned int) ((lit >> (offset * 8)) & 0x0FFL) == 0)) { emit2 ("or a,a"); emit2 ("jp NZ,!tlabel", lbl->key + 100); } else { emit2 ("sub %s", aopGet (AOP (right), offset, FALSE)); emit2 ("jp NZ,!tlabel", lbl->key + 100); } offset++; } } /* right is in direct space or a pointer reg, need both a & b */ else { PAIR_ID pair; for (pair = PAIR_BC; pair <= PAIR_HL; pair++) { if (((AOP_TYPE (left) != AOP_PAIRPTR) || (AOP (left)->aopu.aop_pairId != pair)) && ((AOP_TYPE (right) != AOP_PAIRPTR) || (AOP (right)->aopu.aop_pairId != pair))) { break; } } _push (pair); while (size--) { emit2 ("; direct compare"); _emitMove (_pairs[pair].l, aopGet (AOP (left), offset, FALSE)); _moveA (aopGet (AOP (right), offset, FALSE)); emit2 ("sub %s", _pairs[pair].l); emit2 ("!shortjp NZ,!tlabel", lbl->key + 100); offset++; } return pair; } return PAIR_INVALID; } /*-----------------------------------------------------------------*/ /* gencjne - compare and jump if not equal */ /*-----------------------------------------------------------------*/ static void gencjne (operand * left, operand * right, symbol * lbl) { symbol *tlbl = newiTempLabel (NULL); PAIR_ID pop = gencjneshort (left, right, lbl); /* PENDING: ?? */ emit2 ("ld a,!one"); emit2 ("!shortjp !tlabel", tlbl->key + 100); emitLabel (lbl->key + 100); emit2 ("xor a,a"); emitLabel (tlbl->key + 100); _pop (pop); } /*-----------------------------------------------------------------*/ /* genCmpEq - generates code for equal to */ /*-----------------------------------------------------------------*/ static void genCmpEq (iCode * ic, iCode * ifx) { operand *left, *right, *result; aopOp ((left = IC_LEFT (ic)), ic, FALSE, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE, FALSE); aopOp ((result = IC_RESULT (ic)), ic, TRUE, FALSE); emitDebug ("; genCmpEq: left %u, right %u, result %u", AOP_SIZE(IC_LEFT(ic)), AOP_SIZE(IC_RIGHT(ic)), AOP_SIZE(IC_RESULT(ic))); /* Swap operands if it makes the operation easier. ie if: 1. Left is a literal. */ if (AOP_TYPE (IC_LEFT (ic)) == AOP_LIT) { operand *t = IC_RIGHT (ic); IC_RIGHT (ic) = IC_LEFT (ic); IC_LEFT (ic) = t; } if (ifx && !AOP_SIZE (result)) { symbol *tlbl; /* if they are both bit variables */ if (AOP_TYPE (left) == AOP_CRY && ((AOP_TYPE (right) == AOP_CRY) || (AOP_TYPE (right) == AOP_LIT))) { wassertl (0, "Tried to compare two bits"); } else { PAIR_ID pop; tlbl = newiTempLabel (NULL); pop = gencjneshort (left, right, tlbl); if (IC_TRUE (ifx)) { _pop (pop); emit2 ("jp !tlabel", IC_TRUE (ifx)->key + 100); emitLabel (tlbl->key + 100); _pop (pop); } else { /* PENDING: do this better */ symbol *lbl = newiTempLabel (NULL); _pop (pop); emit2 ("!shortjp !tlabel", lbl->key + 100); emitLabel (tlbl->key + 100); _pop (pop); emit2 ("jp !tlabel", IC_FALSE (ifx)->key + 100); emitLabel (lbl->key + 100); } } /* mark the icode as generated */ ifx->generated = 1; goto release; } /* if they are both bit variables */ if (AOP_TYPE (left) == AOP_CRY && ((AOP_TYPE (right) == AOP_CRY) || (AOP_TYPE (right) == AOP_LIT))) { wassertl (0, "Tried to compare a bit to either a literal or another bit"); } else { emitDebug(";4"); gencjne (left, right, newiTempLabel (NULL)); if (AOP_TYPE (result) == AOP_CRY && AOP_SIZE (result)) { wassert (0); } if (ifx) { emitDebug(";5"); genIfxJump (ifx, "a"); goto release; } /* if the result is used in an arithmetic operation then put the result in place */ if (AOP_TYPE (result) != AOP_CRY) { emitDebug(";6"); outAcc (result); } /* leave the result in acc */ } release: freeAsmop (left, NULL, ic); freeAsmop (right, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* ifxForOp - returns the icode containing the ifx for operand */ /*-----------------------------------------------------------------*/ static iCode * ifxForOp (operand * op, iCode * ic) { /* if true symbol then needs to be assigned */ if (IS_TRUE_SYMOP (op)) return NULL; /* if this has register type condition and the next instruction is ifx with the same operand and live to of the operand is upto the ifx only then */ if (ic->next && ic->next->op == IFX && IC_COND (ic->next)->key == op->key && OP_SYMBOL (op)->liveTo <= ic->next->seq) return ic->next; return NULL; } /*-----------------------------------------------------------------*/ /* genAndOp - for && operation */ /*-----------------------------------------------------------------*/ static void genAndOp (iCode * ic) { operand *left, *right, *result; symbol *tlbl; /* note here that && operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ aopOp ((left = IC_LEFT (ic)), ic, FALSE, TRUE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE, TRUE); aopOp ((result = IC_RESULT (ic)), ic, FALSE, FALSE); /* if both are bit variables */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { wassertl (0, "Tried to and two bits"); } else { tlbl = newiTempLabel (NULL); _toBoolean (left); emit2 ("!shortjp Z,!tlabel", tlbl->key + 100); _toBoolean (right); emitLabel (tlbl->key + 100); outBitAcc (result); } freeAsmop (left, NULL, ic); freeAsmop (right, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* genOrOp - for || operation */ /*-----------------------------------------------------------------*/ static void genOrOp (iCode * ic) { operand *left, *right, *result; symbol *tlbl; /* note here that || operations that are in an if statement are taken away by backPatchLabels only those used in arthmetic operations remain */ aopOp ((left = IC_LEFT (ic)), ic, FALSE, TRUE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE, TRUE); aopOp ((result = IC_RESULT (ic)), ic, FALSE, FALSE); /* if both are bit variables */ if (AOP_TYPE (left) == AOP_CRY && AOP_TYPE (right) == AOP_CRY) { wassertl (0, "Tried to OR two bits"); } else { tlbl = newiTempLabel (NULL); _toBoolean (left); emit2 ("!shortjp NZ,!tlabel", tlbl->key + 100); _toBoolean (right); emitLabel (tlbl->key + 100); outBitAcc (result); } freeAsmop (left, NULL, ic); freeAsmop (right, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* isLiteralBit - test if lit == 2^n */ /*-----------------------------------------------------------------*/ int isLiteralBit (unsigned long lit) { unsigned long pw[32] = {1L, 2L, 4L, 8L, 16L, 32L, 64L, 128L, 0x100L, 0x200L, 0x400L, 0x800L, 0x1000L, 0x2000L, 0x4000L, 0x8000L, 0x10000L, 0x20000L, 0x40000L, 0x80000L, 0x100000L, 0x200000L, 0x400000L, 0x800000L, 0x1000000L, 0x2000000L, 0x4000000L, 0x8000000L, 0x10000000L, 0x20000000L, 0x40000000L, 0x80000000L}; int idx; for (idx = 0; idx < 32; idx++) if (lit == pw[idx]) return idx + 1; return 0; } /*-----------------------------------------------------------------*/ /* jmpTrueOrFalse - */ /*-----------------------------------------------------------------*/ static void jmpTrueOrFalse (iCode * ic, symbol * tlbl) { // ugly but optimized by peephole if (IC_TRUE (ic)) { symbol *nlbl = newiTempLabel (NULL); emit2 ("jp !tlabel", nlbl->key + 100); emitLabel (tlbl->key + 100); emit2 ("jp !tlabel", IC_TRUE (ic)->key + 100); emitLabel (nlbl->key + 100); } else { emit2 ("jp !tlabel", IC_FALSE (ic)->key + 100); emitLabel (tlbl->key + 100); } ic->generated = 1; } /*-----------------------------------------------------------------*/ /* genAnd - code for and */ /*-----------------------------------------------------------------*/ static void genAnd (iCode * ic, iCode * ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; int bytelit = 0; aopOp ((left = IC_LEFT (ic)), ic, FALSE, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE, FALSE); aopOp ((result = IC_RESULT (ic)), ic, TRUE, FALSE); /* if left is a literal & right is not then exchange them */ if ((AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) || (AOP_NEEDSACC (right) && !AOP_NEEDSACC (left))) { operand *tmp = right; right = left; left = tmp; } /* if result = right then exchange them */ if (sameRegs (AOP (result), AOP (right))) { operand *tmp = right; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE (right) == AOP_CRY && AOP_TYPE (left) != AOP_CRY) { operand *tmp = right; right = left; left = tmp; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); if (AOP_TYPE (left) == AOP_CRY) { wassertl (0, "Tried to perform an AND with a bit as an operand"); goto release; } // if(val & 0xZZ) - size = 0, ifx != FALSE - // bit = val & 0xZZ - size = 1, ifx = FALSE - if ((AOP_TYPE (right) == AOP_LIT) && (AOP_TYPE (result) == AOP_CRY) && (AOP_TYPE (left) != AOP_CRY)) { symbol *tlbl = newiTempLabel (NULL); int sizel = AOP_SIZE (left); if (size) { /* PENDING: Test case for this. */ emit2 ("scf"); } while (sizel--) { if ((bytelit = ((lit >> (offset * 8)) & 0x0FFL)) != 0x0L) { _moveA (aopGet (AOP (left), offset, FALSE)); if (bytelit != 0x0FFL) { emit2 ("and a,%s", aopGet (AOP (right), offset, FALSE)); } else { /* For the flags */ emit2 ("or a,a"); } if (size || ifx) /* emit jmp only, if it is actually used */ emit2 ("!shortjp NZ,!tlabel", tlbl->key + 100); } offset++; } // bit = left & literal if (size) { emit2 ("clr c"); emit2 ("!tlabeldef", tlbl->key + 100); _G.lines.current->isLabel = 1; } // if(left & literal) else { if (ifx) { jmpTrueOrFalse (ifx, tlbl); } goto release; } outBitC (result); goto release; } /* if left is same as result */ if (sameRegs (AOP (result), AOP (left))) { for (; size--; offset++) { if (AOP_TYPE (right) == AOP_LIT) { if ((bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL)) == 0x0FF) continue; else { if (bytelit == 0) aopPut (AOP (result), "!zero", offset); else { _moveA (aopGet (AOP (left), offset, FALSE)); emit2 ("and a,%s", aopGet (AOP (right), offset, FALSE)); aopPut (AOP (left), "a", offset); } } } else { if (AOP_TYPE (left) == AOP_ACC) { wassertl (0, "Tried to perform an AND where the left operand is allocated into A"); } else { _moveA (aopGet (AOP (left), offset, FALSE)); emit2 ("and a,%s", aopGet (AOP (right), offset, FALSE)); aopPut (AOP (left), "a", offset); } } } } else { // left & result in different registers if (AOP_TYPE (result) == AOP_CRY) { wassertl (0, "Tried to AND where the result is in carry"); } else { for (; (size--); offset++) { // normal case // result = left & right if (AOP_TYPE (right) == AOP_LIT) { if ((bytelit = (int) ((lit >> (offset * 8)) & 0x0FFL)) == 0x0FF) { aopPut (AOP (result), aopGet (AOP (left), offset, FALSE), offset); continue; } else if (bytelit == 0) { aopPut (AOP (result), "!zero", offset); continue; } } // faster than result <- left, anl result,right // and better if result is SFR if (AOP_TYPE (left) == AOP_ACC) emit2 ("and a,%s", aopGet (AOP (right), offset, FALSE)); else { _moveA (aopGet (AOP (left), offset, FALSE)); emit2 ("and a,%s", aopGet (AOP (right), offset, FALSE)); } aopPut (AOP (result), "a", offset); } } } release: freeAsmop (left, NULL, ic); freeAsmop (right, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* genOr - code for or */ /*-----------------------------------------------------------------*/ static void genOr (iCode * ic, iCode * ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; int bytelit = 0; aopOp ((left = IC_LEFT (ic)), ic, FALSE, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE, FALSE); aopOp ((result = IC_RESULT (ic)), ic, TRUE, FALSE); /* if left is a literal & right is not then exchange them */ if ((AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) || (AOP_NEEDSACC (right) && !AOP_NEEDSACC (left))) { operand *tmp = right; right = left; left = tmp; } /* if result = right then exchange them */ if (sameRegs (AOP (result), AOP (right))) { operand *tmp = right; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE (right) == AOP_CRY && AOP_TYPE (left) != AOP_CRY) { operand *tmp = right; right = left; left = tmp; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); if (AOP_TYPE (left) == AOP_CRY) { wassertl (0, "Tried to OR where left is a bit"); goto release; } // if(val | 0xZZ) - size = 0, ifx != FALSE - // bit = val | 0xZZ - size = 1, ifx = FALSE - if ((AOP_TYPE (right) == AOP_LIT) && (AOP_TYPE (result) == AOP_CRY) && (AOP_TYPE (left) != AOP_CRY)) { symbol *tlbl = newiTempLabel (NULL); int sizel = AOP_SIZE (left); if (size) { wassertl (0, "Result is assigned to a bit"); } /* PENDING: Modeled after the AND code which is inefficient. */ while (sizel--) { bytelit = (lit >> (offset * 8)) & 0x0FFL; _moveA (aopGet (AOP (left), offset, FALSE)); if (bytelit != 0) { /* FIXME, allways true, shortcut possible */ emit2 ("or a,%s", aopGet (AOP (right), offset, FALSE)); } else { /* For the flags */ emit2 ("or a,a"); } if (ifx) /* emit jmp only, if it is actually used */ emit2 ("!shortjp NZ,!tlabel", tlbl->key + 100); offset++; } if (ifx) { jmpTrueOrFalse (ifx, tlbl); } goto release; } /* if left is same as result */ if (sameRegs (AOP (result), AOP (left))) { for (; size--; offset++) { if (AOP_TYPE (right) == AOP_LIT) { if (((lit >> (offset * 8)) & 0x0FFL) == 0x00L) continue; else { _moveA (aopGet (AOP (left), offset, FALSE)); emit2 ("or a,%s", aopGet (AOP (right), offset, FALSE)); aopPut (AOP (result), "a", offset); } } else { if (AOP_TYPE (left) == AOP_ACC) emit2 ("or a,%s", aopGet (AOP (right), offset, FALSE)); else { _moveA (aopGet (AOP (left), offset, FALSE)); emit2 ("or a,%s", aopGet (AOP (right), offset, FALSE)); aopPut (AOP (result), "a", offset); } } } } else { // left & result in different registers if (AOP_TYPE (result) == AOP_CRY) { wassertl (0, "Result of OR is in a bit"); } else for (; (size--); offset++) { // normal case // result = left & right if (AOP_TYPE (right) == AOP_LIT) { if (((lit >> (offset * 8)) & 0x0FFL) == 0x00L) { aopPut (AOP (result), aopGet (AOP (left), offset, FALSE), offset); continue; } } // faster than result <- left, anl result,right // and better if result is SFR if (AOP_TYPE (left) == AOP_ACC) emit2 ("or a,%s", aopGet (AOP (right), offset, FALSE)); else { _moveA (aopGet (AOP (left), offset, FALSE)); emit2 ("or a,%s", aopGet (AOP (right), offset, FALSE)); } aopPut (AOP (result), "a", offset); /* PENDING: something weird is going on here. Add exception. */ if (AOP_TYPE (result) == AOP_ACC) break; } } release: freeAsmop (left, NULL, ic); freeAsmop (right, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* genXor - code for xclusive or */ /*-----------------------------------------------------------------*/ static void genXor (iCode * ic, iCode * ifx) { operand *left, *right, *result; int size, offset = 0; unsigned long lit = 0L; aopOp ((left = IC_LEFT (ic)), ic, FALSE, FALSE); aopOp ((right = IC_RIGHT (ic)), ic, FALSE, FALSE); aopOp ((result = IC_RESULT (ic)), ic, TRUE, FALSE); /* if left is a literal & right is not then exchange them */ if ((AOP_TYPE (left) == AOP_LIT && AOP_TYPE (right) != AOP_LIT) || (AOP_NEEDSACC (right) && !AOP_NEEDSACC (left))) { operand *tmp = right; right = left; left = tmp; } /* if result = right then exchange them */ if (sameRegs (AOP (result), AOP (right))) { operand *tmp = right; right = left; left = tmp; } /* if right is bit then exchange them */ if (AOP_TYPE (right) == AOP_CRY && AOP_TYPE (left) != AOP_CRY) { operand *tmp = right; right = left; left = tmp; } if (AOP_TYPE (right) == AOP_LIT) lit = ulFromVal (AOP (right)->aopu.aop_lit); size = AOP_SIZE (result); if (AOP_TYPE (left) == AOP_CRY) { wassertl (0, "Tried to XOR a bit"); goto release; } // if(val & 0xZZ) - size = 0, ifx != FALSE - // bit = val & 0xZZ - size = 1, ifx = FALSE - if ((AOP_TYPE (right) == AOP_LIT) && (AOP_TYPE (result) == AOP_CRY) && (AOP_TYPE (left) != AOP_CRY)) { symbol *tlbl = newiTempLabel (NULL); int sizel = AOP_SIZE (left); if (size) { /* PENDING: Test case for this. */ wassertl (0, "Tried to XOR left against a literal with the result going into a bit"); } while (sizel--) { _moveA (aopGet (AOP (left), offset, FALSE)); emit2 ("xor a,%s", aopGet (AOP (right), offset, FALSE)); emit2 ("!shortjp NZ,!tlabel", tlbl->key + 100); offset++; } if (ifx) { jmpTrueOrFalse (ifx, tlbl); } else { wassertl (0, "Result of XOR was destined for a bit"); } goto release; } /* if left is same as result */ if (sameRegs (AOP (result), AOP (left))) { for (; size--; offset++) { if (AOP_TYPE (right) == AOP_LIT) { if (((lit >> (offset * 8)) & 0x0FFL) == 0x00L) continue; else { _moveA (aopGet (AOP (left), offset, FALSE)); emit2 ("xor a,%s", aopGet (AOP (right), offset, FALSE)); aopPut (AOP (result), "a", offset); } } else { if (AOP_TYPE (left) == AOP_ACC) { emit2 ("xor a,%s", aopGet (AOP (right), offset, FALSE)); } else { _moveA (aopGet (AOP (left), offset, FALSE)); emit2 ("xor a,%s", aopGet (AOP (right), offset, FALSE)); aopPut (AOP (result), "a", offset); } } } } else { // left & result in different registers if (AOP_TYPE (result) == AOP_CRY) { wassertl (0, "Result of XOR is in a bit"); } else for (; (size--); offset++) { // normal case // result = left & right if (AOP_TYPE (right) == AOP_LIT) { if (((lit >> (offset * 8)) & 0x0FFL) == 0x00L) { aopPut (AOP (result), aopGet (AOP (left), offset, FALSE), offset); continue; } } // faster than result <- left, anl result,right // and better if result is SFR if (AOP_TYPE (left) == AOP_ACC) { emit2 ("xor a,%s", aopGet (AOP (right), offset, FALSE)); } else { _moveA (aopGet (AOP (left), offset, FALSE)); emit2 ("xor a,%s", aopGet (AOP (right), offset, FALSE)); } aopPut (AOP (result), "a", offset); } } release: freeAsmop (left, NULL, ic); freeAsmop (right, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* genInline - write the inline code out */ /*-----------------------------------------------------------------*/ static void genInline (iCode * ic) { char *buffer, *bp, *bp1; bool inComment = FALSE; _G.lines.isInline += (!options.asmpeep); buffer = bp = bp1 = Safe_strdup (IC_INLINE (ic)); /* emit each line as a code */ while (*bp) { switch (*bp) { case ';': inComment = TRUE; ++bp; break; case '\n': inComment = FALSE; *bp++ = '\0'; emit2 (bp1); bp1 = bp; break; default: /* Add \n for labels, not dirs such as c:\mydir */ if (!inComment && (*bp == ':') && (isspace((unsigned char)bp[1]))) { ++bp; *bp = '\0'; ++bp; emit2 (bp1); bp1 = bp; } else ++bp; break; } } if (bp1 != bp) emit2 (bp1); Safe_free (buffer); _G.lines.isInline -= (!options.asmpeep); } /*-----------------------------------------------------------------*/ /* genRRC - rotate right with carry */ /*-----------------------------------------------------------------*/ static void genRRC (iCode * ic) { wassert (0); } /*-----------------------------------------------------------------*/ /* genRLC - generate code for rotate left with carry */ /*-----------------------------------------------------------------*/ static void genRLC (iCode * ic) { wassert (0); } /*-----------------------------------------------------------------*/ /* genGetHbit - generates code get highest order bit */ /*-----------------------------------------------------------------*/ static void genGetHbit (iCode * ic) { operand *left, *result; left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, FALSE); /* get the highest order byte into a */ emit2("ld a,%s", aopGet (AOP (left), AOP_SIZE (left) - 1, FALSE)); if (AOP_TYPE (result) == AOP_CRY) { emit2 ("rl a"); outBitC (result); } else { emit2 ("rlc a"); emit2 ("and a,!one"); outAcc (result); } freeAsmop (left, NULL, ic); freeAsmop (result, NULL, ic); } static void emitRsh2 (asmop *aop, int size, int is_signed) { int offset = 0; while (size--) { const char *l = aopGet (aop, size, FALSE); if (offset == 0) { emit2 ("%s %s", is_signed ? "sra" : "srl", l); } else { emit2 ("rr %s", l); } offset++; } } /*-----------------------------------------------------------------*/ /* shiftR2Left2Result - shift right two bytes from left to result */ /*-----------------------------------------------------------------*/ static void shiftR2Left2Result (operand * left, int offl, operand * result, int offr, int shCount, int is_signed) { int size = 2; symbol *tlbl; movLeft2Result (left, offl, result, offr, 0); movLeft2Result (left, offl + 1, result, offr + 1, 0); if (shCount == 0) return; /* if (AOP(result)->type == AOP_REG) { */ tlbl = newiTempLabel (NULL); /* Left is already in result - so now do the shift */ /* Optimizing for speed by default. */ if (!optimize.codeSize || shCount <= 2) { while (shCount--) { emitRsh2 (AOP (result), size, is_signed); } } else { emit2 ("ld a,!immedbyte", shCount); emitLabel (tlbl->key + 100); emitRsh2 (AOP (result), size, is_signed); emit2 ("dec a"); emit2 ("!shortjp NZ,!tlabel", tlbl->key + 100); } } /*-----------------------------------------------------------------*/ /* shiftL2Left2Result - shift left two bytes from left to result */ /*-----------------------------------------------------------------*/ static void shiftL2Left2Result (operand * left, int offl, operand * result, int offr, int shCount) { if (sameRegs (AOP (result), AOP (left)) && ((offl + MSB16) == offr)) { wassert (0); } else { /* Copy left into result */ movLeft2Result (left, offl, result, offr, 0); movLeft2Result (left, offl + 1, result, offr + 1, 0); } if (shCount == 0) return; if (getPairId (AOP (result)) == PAIR_HL) { while (shCount--) { emit2 ("add hl,hl"); } } else { int size = 2; int offset = 0; symbol *tlbl, *tlbl1; const char *l; tlbl = newiTempLabel (NULL); tlbl1 = newiTempLabel (NULL); if (AOP (result)->type == AOP_REG) { while (shCount--) { for (offset = 0; offset < size; offset++) { l = aopGet (AOP (result), offset, FALSE); if (offset == 0) { emit2 ("sla %s", l); } else { emit2 ("rl %s", l); } } } } else { /* Left is already in result - so now do the shift */ if (shCount > 1) { emit2 ("ld a,!immedbyte+1", shCount); emit2 ("!shortjp !tlabel", tlbl1->key + 100); emitLabel (tlbl->key + 100); } while (size--) { l = aopGet (AOP (result), offset, FALSE); if (offset == 0) { emit2 ("sla %s", l); } else { emit2 ("rl %s", l); } offset++; } if (shCount > 1) { emitLabel (tlbl1->key + 100); emit2 ("dec a"); emit2 ("!shortjp NZ,!tlabel", tlbl->key + 100); } } } } /*-----------------------------------------------------------------*/ /* AccRol - rotate left accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccRol (int shCount) { shCount &= 0x0007; // shCount : 0..7 #if 0 switch (shCount) { case 0: break; case 1: emit2 ("sla a"); break; case 2: emit2 ("sla a"); emit2 ("rl a"); break; case 3: emit2 ("sla a"); emit2 ("rl a"); emit2 ("rl a"); break; case 4: emit2 ("sla a"); emit2 ("rl a"); emit2 ("rl a"); emit2 ("rl a"); break; case 5: emit2 ("srl a"); emit2 ("rr a"); emit2 ("rr a"); break; case 6: emit2 ("srl a"); emit2 ("rr a"); break; case 7: emit2 ("srl a"); break; } #else switch (shCount) { case 0: break; case 1: emit2 ("rlca"); break; case 2: emit2 ("rlca"); emit2 ("rlca"); break; case 3: emit2 ("rlca"); emit2 ("rlca"); emit2 ("rlca"); break; case 4: emit2 ("rlca"); emit2 ("rlca"); emit2 ("rlca"); emit2 ("rlca"); break; case 5: emit2 ("rrca"); emit2 ("rrca"); emit2 ("rrca"); break; case 6: emit2 ("rrca"); emit2 ("rrca"); break; case 7: emit2 ("rrca"); break; } #endif } /*-----------------------------------------------------------------*/ /* AccLsh - left shift accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccLsh (int shCount) { static const unsigned char SLMask[] = { 0xFF, 0xFE, 0xFC, 0xF8, 0xF0, 0xE0, 0xC0, 0x80, 0x00 }; if (shCount != 0) { if (shCount == 1) { emit2 ("add a,a"); } else if (shCount == 2) { emit2 ("add a,a"); emit2 ("add a,a"); } else { /* rotate left accumulator */ AccRol (shCount); /* and kill the lower order bits */ emit2 ("and a,!immedbyte", SLMask[shCount]); } } } /*-----------------------------------------------------------------*/ /* shiftL1Left2Result - shift left one byte from left to result */ /*-----------------------------------------------------------------*/ static void shiftL1Left2Result (operand * left, int offl, operand * result, int offr, int shCount) { const char *l; /* If operand and result are the same we can shift in place. However shifting in acc using add is cheaper than shifting in place using sla; when shifting by more than 2 shifting in acc is worth the additional effort for loading from/to acc. */ if (sameRegs (AOP (left), AOP (result)) && shCount <= 2 && offr == offl) { while (shCount--) emit2 ("sla %s", aopGet (AOP (result), 0, FALSE)); } else { l = aopGet (AOP (left), offl, FALSE); _moveA (l); /* shift left accumulator */ AccLsh (shCount); aopPut (AOP (result), "a", offr); } } /*-----------------------------------------------------------------*/ /* genlshTwo - left shift two bytes by known amount */ /*-----------------------------------------------------------------*/ static void genlshTwo (operand * result, operand * left, int shCount) { int size = AOP_SIZE (result); wassert (size == 2); /* if shCount >= 8 */ if (shCount >= 8) { shCount -= 8; if (size > 1) { if (shCount) { movLeft2Result (left, LSB, result, MSB16, 0); shiftL1Left2Result (left, LSB, result, MSB16, shCount); aopPut (AOP (result), "!zero", LSB); } else { movLeft2Result (left, LSB, result, MSB16, 0); aopPut (AOP (result), "!zero", 0); } } else { aopPut (AOP (result), "!zero", LSB); } } /* 0 <= shCount <= 7 */ else { if (size == 1) { wassert (0); } else { shiftL2Left2Result (left, LSB, result, LSB, shCount); } } } /*-----------------------------------------------------------------*/ /* genlshOne - left shift a one byte quantity by known count */ /*-----------------------------------------------------------------*/ static void genlshOne (operand * result, operand * left, int shCount) { shiftL1Left2Result (left, LSB, result, LSB, shCount); } /*-----------------------------------------------------------------*/ /* genLeftShiftLiteral - left shifting by known count */ /*-----------------------------------------------------------------*/ static void genLeftShiftLiteral (operand * left, operand * right, operand * result, iCode * ic) { int shCount = (int) ulFromVal (AOP (right)->aopu.aop_lit); int size; freeAsmop (right, NULL, ic); aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, FALSE); size = getSize (operandType (result)); /* I suppose that the left size >= result size */ if (shCount >= (size * 8)) { while (size--) { aopPut (AOP (result), "!zero", size); } } else { switch (size) { case 1: genlshOne (result, left, shCount); break; case 2: genlshTwo (result, left, shCount); break; case 4: wassertl (0, "Shifting of longs is currently unsupported"); break; default: wassert (0); } } freeAsmop (left, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* genLeftShift - generates code for left shifting */ /*-----------------------------------------------------------------*/ static void genLeftShift (iCode * ic) { int size, offset; const char *l; symbol *tlbl, *tlbl1; operand *left, *right, *result; right = IC_RIGHT (ic); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (right, ic, FALSE, FALSE); /* if the shift count is known then do it as efficiently as possible */ if (AOP_TYPE (right) == AOP_LIT) { genLeftShiftLiteral (left, right, result, ic); return; } /* shift count is unknown then we have to form a loop get the loop count in B : Note: we take only the lower order byte since shifting more that 32 bits make no sense anyway, ( the largest size of an object can be only 32 bits ) */ emit2 ("ld a,%s", aopGet (AOP (right), 0, FALSE)); emit2 ("inc a"); freeAsmop (right, NULL, ic); aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, FALSE); if (AOP_TYPE (left) != AOP_REG || AOP_TYPE (result) != AOP_REG) _push (PAIR_AF); /* now move the left to the result if they are not the same */ if (!sameRegs (AOP (left), AOP (result))) { size = AOP_SIZE (result); offset = 0; while (size--) { l = aopGet (AOP (left), offset, FALSE); aopPut (AOP (result), l, offset); offset++; } } tlbl = newiTempLabel (NULL); size = AOP_SIZE (result); offset = 0; tlbl1 = newiTempLabel (NULL); if (AOP_TYPE (left) != AOP_REG || AOP_TYPE (result) != AOP_REG) _pop (PAIR_AF); emit2 ("!shortjp !tlabel", tlbl1->key + 100); emitLabel (tlbl->key + 100); l = aopGet (AOP (result), offset, FALSE); while (size--) { l = aopGet (AOP (result), offset, FALSE); if (offset == 0) { emit2 ("sla %s", l); } else { emit2 ("rl %s", l); } offset++; } emitLabel (tlbl1->key + 100); emit2 ("dec a"); emit2 ("!shortjp NZ,!tlabel", tlbl->key + 100); freeAsmop (left, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* genrshOne - left shift two bytes by known amount != 0 */ /*-----------------------------------------------------------------*/ static void genrshOne (operand * result, operand * left, int shCount, int is_signed) { /* Errk */ int size = AOP_SIZE (result); const char *l; wassert (size == 1); wassert (shCount < 8); l = aopGet (AOP (left), 0, FALSE); if (AOP (result)->type == AOP_REG) { aopPut (AOP (result), l, 0); l = aopGet (AOP (result), 0, FALSE); while (shCount--) { emit2 ("%s %s", is_signed ? "sra" : "srl", l); } } else { _moveA (l); while (shCount--) { emit2 ("%s a", is_signed ? "sra" : "srl"); } aopPut (AOP (result), "a", 0); } } /*-----------------------------------------------------------------*/ /* AccRsh - right shift accumulator by known count */ /*-----------------------------------------------------------------*/ static void AccRsh (int shCount) { static const unsigned char SRMask[] = { 0xFF, 0x7F, 0x3F, 0x1F, 0x0F, 0x07, 0x03, 0x01, 0x00 }; if (shCount != 0) { /* rotate right accumulator */ AccRol (8 - shCount); /* and kill the higher order bits */ emit2 ("and a,!immedbyte", SRMask[shCount]); } } /*-----------------------------------------------------------------*/ /* shiftR1Left2Result - shift right one byte from left to result */ /*-----------------------------------------------------------------*/ static void shiftR1Left2Result (operand * left, int offl, operand * result, int offr, int shCount, int sign) { _moveA (aopGet (AOP (left), offl, FALSE)); if (sign) { while (shCount--) { emit2 ("%s a", sign ? "sra" : "srl"); } } else { AccRsh (shCount); } aopPut (AOP (result), "a", offr); } /*-----------------------------------------------------------------*/ /* genrshTwo - right shift two bytes by known amount */ /*-----------------------------------------------------------------*/ static void genrshTwo (operand * result, operand * left, int shCount, int sign) { /* if shCount >= 8 */ if (shCount >= 8) { shCount -= 8; if (shCount) { shiftR1Left2Result (left, MSB16, result, LSB, shCount, sign); } else { movLeft2Result (left, MSB16, result, LSB, sign); } if (sign) { /* Sign extend the result */ _moveA(aopGet (AOP (result), 0, FALSE)); emit2 ("rlc a"); emit2 ("sbc a,a"); aopPut (AOP (result), ACC_NAME, MSB16); } else { aopPut (AOP (result), "!zero", 1); } } /* 0 <= shCount <= 7 */ else { shiftR2Left2Result (left, LSB, result, LSB, shCount, sign); } } /*-----------------------------------------------------------------*/ /* genRightShiftLiteral - left shifting by known count */ /*-----------------------------------------------------------------*/ static void genRightShiftLiteral (operand * left, operand * right, operand * result, iCode * ic, int sign) { int shCount = (int) ulFromVal (AOP (right)->aopu.aop_lit); int size; freeAsmop (right, NULL, ic); aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, FALSE); size = getSize (operandType (result)); /* I suppose that the left size >= result size */ if (shCount >= (size * 8)) { const char *s; if (!SPEC_USIGN(getSpec(operandType(left)))) { _moveA(aopGet (AOP (left), 0, FALSE)); emit2 ("rlc a"); emit2 ("sbc a,a"); s=ACC_NAME; } else { s="!zero"; } while (size--) aopPut (AOP (result), s, size); } else { switch (size) { case 1: genrshOne (result, left, shCount, sign); break; case 2: genrshTwo (result, left, shCount, sign); break; case 4: wassertl (0, "Asked to shift right a long which should be a function call"); break; default: wassertl (0, "Entered default case in right shift delegate"); } } freeAsmop (left, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* genRightShift - generate code for right shifting */ /*-----------------------------------------------------------------*/ static void genRightShift (iCode * ic) { operand *right, *left, *result; sym_link *retype; int size, offset, first = 1; const char *l; bool is_signed; symbol *tlbl, *tlbl1; /* if signed then we do it the hard way preserve the sign bit moving it inwards */ retype = getSpec (operandType (IC_RESULT (ic))); is_signed = !SPEC_USIGN (retype); /* signed & unsigned types are treated the same : i.e. the signed is NOT propagated inwards : quoting from the ANSI - standard : "for E1 >> E2, is equivalent to division by 2**E2 if unsigned or if it has a non-negative value, otherwise the result is implementation defined ", MY definition is that the sign does not get propagated */ right = IC_RIGHT (ic); left = IC_LEFT (ic); result = IC_RESULT (ic); aopOp (right, ic, FALSE, FALSE); /* if the shift count is known then do it as efficiently as possible */ if (AOP_TYPE (right) == AOP_LIT) { genRightShiftLiteral (left, right, result, ic, is_signed); return; } emit2 ("ld a,%s", aopGet (AOP (right), 0, FALSE)); emit2 ("inc a"); freeAsmop (right, NULL, ic); aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, FALSE); if (AOP_TYPE (left) != AOP_REG || AOP_TYPE (result) != AOP_REG) _push (PAIR_AF); /* now move the left to the result if they are not the same */ if (!sameRegs (AOP (left), AOP (result))) { size = AOP_SIZE (result); offset = 0; while (size--) { l = aopGet (AOP (left), offset, FALSE); aopPut (AOP (result), l, offset); offset++; } } tlbl = newiTempLabel (NULL); tlbl1 = newiTempLabel (NULL); size = AOP_SIZE (result); offset = size - 1; if (AOP_TYPE (left) != AOP_REG || AOP_TYPE (result) != AOP_REG) _pop (PAIR_AF); emit2 ("!shortjp !tlabel", tlbl1->key + 100); emitLabel (tlbl->key + 100); while (size--) { l = aopGet (AOP (result), offset--, FALSE); if (first) { emit2 ("%s %s", is_signed ? "sra" : "srl", l); first = 0; } else { emit2 ("rr %s", l); } } emitLabel (tlbl1->key + 100); emit2 ("dec a"); emit2 ("!shortjp NZ,!tlabel", tlbl->key + 100); freeAsmop (left, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* genUnpackBits - generates code for unpacking bits */ /*-----------------------------------------------------------------*/ static void genUnpackBits (operand * result, int pair) { int offset = 0; /* result byte offset */ int rsize; /* result size */ int rlen = 0; /* remaining bitfield length */ sym_link *etype; /* bitfield type information */ int blen; /* bitfield length */ int bstr; /* bitfield starting bit within byte */ emitDebug ("; genUnpackBits"); etype = getSpec (operandType (result)); rsize = getSize (operandType (result)); blen = SPEC_BLEN (etype); bstr = SPEC_BSTR (etype); /* If the bitfield length is less than a byte */ if (blen < 8) { emit2 ("ld a,!*pair", _pairs[pair].name); AccRol (8 - bstr); emit2 ("and a,!immedbyte", ((unsigned char) -1) >> (8 - blen)); if (!SPEC_USIGN (etype)) { /* signed bitfield */ symbol *tlbl = newiTempLabel (NULL); emit2 ("bit %d,a", blen - 1); emit2 ("jp Z,!tlabel", tlbl->key + 100); emit2 ("or a,!immedbyte", (unsigned char) (0xff << blen)); emitLabel (tlbl->key + 100); } aopPut (AOP (result), "a", offset++); goto finish; } /* TODO: what if pair == PAIR_DE ? */ if (getPairId (AOP (result)) == PAIR_HL) { wassertl (rsize == 2, "HL must be of size 2"); emit2 ("ld a,!*hl"); emit2 ("inc hl"); emit2 ("ld h,!*hl"); emit2 ("ld l,a"); emit2 ("ld a,h"); emit2 ("and a,!immedbyte", ((unsigned char) -1) >> (16 - blen)); if (!SPEC_USIGN (etype)) { /* signed bitfield */ symbol *tlbl = newiTempLabel (NULL); emit2 ("bit %d,a", blen - 1); emit2 ("jp Z,!tlabel", tlbl->key + 100); emit2 ("or a,!immedbyte", (unsigned char) (0xff << blen)); emitLabel (tlbl->key + 100); } emit2 ("ld h,a"); spillPair (PAIR_HL); return; } /* Bit field did not fit in a byte. Copy all but the partial byte at the end. */ for (rlen=blen;rlen>=8;rlen-=8) { emit2 ("ld a,!*pair", _pairs[pair].name); aopPut (AOP (result), "a", offset++); if (rlen>8) { emit2 ("inc %s", _pairs[pair].name); _G.pairs[pair].offset++; } } /* Handle the partial byte at the end */ if (rlen) { emit2 ("ld a,!*pair", _pairs[pair].name); emit2 ("and a,!immedbyte", ((unsigned char) -1) >> (8 - rlen)); if (!SPEC_USIGN (etype)) { /* signed bitfield */ symbol *tlbl = newiTempLabel (NULL); emit2 ("bit %d,a", rlen - 1); emit2 ("jp Z,!tlabel", tlbl->key + 100); emit2 ("or a,!immedbyte", (unsigned char) (0xff << rlen)); emitLabel (tlbl->key + 100); } aopPut (AOP (result), "a", offset++); } finish: if (offset < rsize) { char *source; if (SPEC_USIGN (etype)) source = "!zero"; else { /* signed bitfield: sign extension with 0x00 or 0xff */ emit2 ("rla"); emit2 ("sbc a,a"); source = "a"; } rsize -= offset; while (rsize--) aopPut (AOP (result), source, offset++); } } /*-----------------------------------------------------------------*/ /* genGenPointerGet - get value from generic pointer space */ /*-----------------------------------------------------------------*/ static void genGenPointerGet (operand * left, operand * result, iCode * ic) { int size, offset; sym_link *retype = getSpec (operandType (result)); int pair = PAIR_HL; if (IS_GB) pair = PAIR_DE; aopOp (left, ic, FALSE, FALSE); aopOp (result, ic, FALSE, FALSE); size = AOP_SIZE (result); if (isPair (AOP (left)) && size == 1 && !IS_BITVAR (retype)) { /* Just do it */ if (isPtrPair (AOP (left))) { tsprintf (buffer, sizeof(buffer), "!*pair", getPairName (AOP (left))); aopPut (AOP (result), buffer, 0); } else { emit2 ("ld a,!*pair", getPairName (AOP (left))); aopPut (AOP (result), "a", 0); } freeAsmop (left, NULL, ic); goto release; } if (getPairId (AOP (left)) == PAIR_IY && !IS_BITVAR (retype)) { /* Just do it */ offset = 0; while (size--) { char at[20]; tsprintf (at, sizeof(at), "!*iyx", offset); aopPut (AOP (result), at, offset); offset++; } freeAsmop (left, NULL, ic); goto release; } /* For now we always load into IY */ /* if this is remateriazable */ fetchPair (pair, AOP (left)); /* if bit then unpack */ if (IS_BITVAR (retype)) { genUnpackBits (result, pair); freeAsmop (left, NULL, ic); goto release; //wassert (0); } else if (getPairId (AOP (result)) == PAIR_HL) { wassertl (size == 2, "HL must be of size 2"); emit2 ("ld a,!*hl"); emit2 ("inc hl"); emit2 ("ld h,!*hl"); emit2 ("ld l,a"); spillPair (PAIR_HL); } else if (getPairId (AOP (left)) == PAIR_HL && !isLastUse (ic, left)) { size = AOP_SIZE (result); offset = 0; while (size--) { /* PENDING: make this better */ if (!IS_GB && AOP_TYPE (result) == AOP_REG) { aopPut (AOP (result), "!*hl", offset++); } else { emit2 ("ld a,!*pair", _pairs[pair].name); aopPut (AOP (result), "a", offset++); } if (size) { emit2 ("inc %s", _pairs[pair].name); _G.pairs[pair].offset++; } } /* Fixup HL back down */ for (size = AOP_SIZE (result)-1; size; size--) { emit2 ("dec %s", _pairs[pair].name); } } else { size = AOP_SIZE (result); offset = 0; while (size--) { /* PENDING: make this better */ if (!IS_GB && (AOP_TYPE (result) == AOP_REG || AOP_TYPE (result) == AOP_HLREG)) { aopPut (AOP (result), "!*hl", offset++); } else { emit2 ("ld a,!*pair", _pairs[pair].name); aopPut (AOP (result), "a", offset++); } if (size) { emit2 ("inc %s", _pairs[pair].name); _G.pairs[pair].offset++; } } } freeAsmop (left, NULL, ic); release: freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* genPointerGet - generate code for pointer get */ /*-----------------------------------------------------------------*/ static void genPointerGet (iCode * ic) { operand *left, *result; sym_link *type, *etype; left = IC_LEFT (ic); result = IC_RESULT (ic); /* depending on the type of pointer we need to move it to the correct pointer register */ type = operandType (left); etype = getSpec (type); genGenPointerGet (left, result, ic); } bool isRegOrLit (asmop * aop) { if (aop->type == AOP_REG || aop->type == AOP_LIT || aop->type == AOP_IMMD || aop->type == AOP_HLREG) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* genPackBits - generates code for packed bit storage */ /*-----------------------------------------------------------------*/ static void genPackBits (sym_link * etype, operand * right, int pair, iCode *ic) { int offset = 0; /* source byte offset */ int rlen = 0; /* remaining bitfield length */ int blen; /* bitfield length */ int bstr; /* bitfield starting bit within byte */ int litval; /* source literal value (if AOP_LIT) */ unsigned char mask; /* bitmask within current byte */ int extraPair; /* a tempory register */ bool needPopExtra=0; /* need to restore original value of temp reg */ emitDebug ("; genPackBits",""); blen = SPEC_BLEN (etype); bstr = SPEC_BSTR (etype); /* If the bitfield length is less than a byte */ if (blen < 8) { mask = ((unsigned char) (0xFF << (blen + bstr)) | (unsigned char) (0xFF >> (8 - bstr))); if (AOP_TYPE (right) == AOP_LIT) { /* Case with a bitfield length <8 and literal source */ litval = (int) ulFromVal (AOP (right)->aopu.aop_lit); litval <<= bstr; litval &= (~mask) & 0xff; emit2 ("ld a,!*pair", _pairs[pair].name); if ((mask|litval)!=0xff) emit2 ("and a,!immedbyte", mask); if (litval) emit2 ("or a,!immedbyte", litval); emit2 ("ld !*pair,a", _pairs[pair].name); return; } else { /* Case with a bitfield length <8 and arbitrary source */ _moveA (aopGet (AOP (right), 0, FALSE)); /* shift and mask source value */ AccLsh (bstr); emit2 ("and a,!immedbyte", (~mask) & 0xff); extraPair = getFreePairId(ic); if (extraPair == PAIR_INVALID) { extraPair = PAIR_BC; if (getPairId (AOP (right)) != PAIR_BC || !isLastUse (ic, right)) { _push (extraPair); needPopExtra = 1; } } emit2 ("ld %s,a", _pairs[extraPair].l); emit2 ("ld a,!*pair", _pairs[pair].name); emit2 ("and a,!immedbyte", mask); emit2 ("or a,%s", _pairs[extraPair].l); emit2 ("ld !*pair,a", _pairs[pair].name); if (needPopExtra) _pop (extraPair); return; } } /* Bit length is greater than 7 bits. In this case, copy */ /* all except the partial byte at the end */ for (rlen=blen;rlen>=8;rlen-=8) { emit2 ("ld a,%s", aopGet (AOP (right), offset++, FALSE) ); emit2 ("ld !*pair,a", _pairs[pair].name); if (rlen>8) { emit2 ("inc %s", _pairs[pair].name); _G.pairs[pair].offset++; } } /* If there was a partial byte at the end */ if (rlen) { mask = (((unsigned char) -1 << rlen) & 0xff); if (AOP_TYPE (right) == AOP_LIT) { /* Case with partial byte and literal source */ litval = (int) ulFromVal (AOP (right)->aopu.aop_lit); litval >>= (blen-rlen); litval &= (~mask) & 0xff; emit2 ("ld a,!*pair", _pairs[pair].name); if ((mask|litval)!=0xff) emit2 ("and a,!immedbyte", mask); if (litval) emit2 ("or a,!immedbyte", litval); } else { /* Case with partial byte and arbitrary source */ _moveA (aopGet (AOP (right), offset++, FALSE)); emit2 ("and a,!immedbyte", (~mask) & 0xff); extraPair = getFreePairId(ic); if (extraPair == PAIR_INVALID) { extraPair = getPairId (AOP (right)); if (!isLastUse (ic, right) || (extraPair == PAIR_INVALID)) extraPair = PAIR_BC; if (getPairId (AOP (right)) != PAIR_BC || !isLastUse (ic, right)) { _push (extraPair); needPopExtra = 1; } } emit2 ("ld %s,a", _pairs[extraPair].l); emit2 ("ld a,!*pair", _pairs[pair].name); emit2 ("and a,!immedbyte", mask); emit2 ("or a,%s", _pairs[extraPair].l); if (needPopExtra) _pop (extraPair); } emit2 ("ld !*pair,a", _pairs[pair].name); } } /*-----------------------------------------------------------------*/ /* genGenPointerSet - stores the value into a pointer location */ /*-----------------------------------------------------------------*/ static void genGenPointerSet (operand * right, operand * result, iCode * ic) { int size, offset; sym_link *retype = getSpec (operandType (right)); sym_link *letype = getSpec (operandType (result)); PAIR_ID pairId = PAIR_HL; bool isBitvar; aopOp (result, ic, FALSE, FALSE); aopOp (right, ic, FALSE, FALSE); if (IS_GB) pairId = PAIR_DE; size = AOP_SIZE (right); isBitvar = IS_BITVAR(retype) || IS_BITVAR(letype); emitDebug("; isBitvar = %d", isBitvar); /* Handle the exceptions first */ if (isPair (AOP (result)) && size == 1 && !isBitvar) { /* Just do it */ const char *l = aopGet (AOP (right), 0, FALSE); const char *pair = getPairName (AOP (result)); if (canAssignToPtr (l) && isPtr (pair)) { emit2 ("ld !*pair,%s", pair, l); } else { _moveA (l); emit2 ("ld !*pair,a", pair); } goto release; } if ( getPairId( AOP (result)) == PAIR_IY && !isBitvar) { /* Just do it */ const char *l = aopGet (AOP (right), 0, FALSE); offset = 0; while (size--) { if (canAssignToPtr (l)) { emit2 ("ld !*iyx,%s", offset, aopGet( AOP(right), offset, FALSE)); } else { _moveA (aopGet (AOP (right), offset, FALSE)); emit2 ("ld !*iyx,a", offset); } offset++; } goto release; } else if (getPairId (AOP (result)) == PAIR_HL && !isLastUse (ic, result) && !isBitvar) { offset = 0; while (size--) { const char *l = aopGet (AOP (right), offset, FALSE); if (isRegOrLit (AOP (right)) && !IS_GB) { emit2 ("ld !*pair,%s", _pairs[PAIR_HL].name, l); } else { _moveA (l); emit2 ("ld !*pair,a", _pairs[PAIR_HL].name); } if (size) { emit2 ("inc %s", _pairs[PAIR_HL].name); _G.pairs[PAIR_HL].offset++; } offset++; } /* Fixup HL back down */ for (size = AOP_SIZE (right)-1; size; size--) { emit2 ("dec %s", _pairs[PAIR_HL].name); } goto release; } /* if the operand is already in dptr then we do nothing else we move the value to dptr */ if (AOP_TYPE (result) != AOP_STR) { fetchPair (pairId, AOP (result)); } /* so hl now contains the address */ freeAsmop (result, NULL, ic); /* if bit then unpack */ if (isBitvar) { genPackBits ((IS_BITVAR (retype) ? retype : letype), right, pairId, ic); goto release; //wassert (0); } else { offset = 0; while (size--) { const char *l = aopGet (AOP (right), offset, FALSE); if (isRegOrLit (AOP (right)) && !IS_GB) { emit2 ("ld !*pair,%s", _pairs[pairId].name, l); } else { _moveA (l); emit2 ("ld !*pair,a", _pairs[pairId].name); } if (size) { emit2 ("inc %s", _pairs[pairId].name); _G.pairs[pairId].offset++; } offset++; } } release: freeAsmop (right, NULL, ic); } /*-----------------------------------------------------------------*/ /* genPointerSet - stores the value into a pointer location */ /*-----------------------------------------------------------------*/ static void genPointerSet (iCode * ic) { operand *right, *result; sym_link *type, *etype; right = IC_RIGHT (ic); result = IC_RESULT (ic); /* depending on the type of pointer we need to move it to the correct pointer register */ type = operandType (result); etype = getSpec (type); genGenPointerSet (right, result, ic); } /*-----------------------------------------------------------------*/ /* genIfx - generate code for Ifx statement */ /*-----------------------------------------------------------------*/ static void genIfx (iCode * ic, iCode * popIc) { operand *cond = IC_COND (ic); int isbit = 0; aopOp (cond, ic, FALSE, TRUE); /* get the value into acc */ if (AOP_TYPE (cond) != AOP_CRY) _toBoolean (cond); else isbit = 1; /* the result is now in the accumulator */ freeAsmop (cond, NULL, ic); /* if there was something to be popped then do it */ if (popIc) genIpop (popIc); /* if the condition is a bit variable */ if (isbit && IS_ITEMP (cond) && SPIL_LOC (cond)) genIfxJump (ic, SPIL_LOC (cond)->rname); else if (isbit && !IS_ITEMP (cond)) genIfxJump (ic, OP_SYMBOL (cond)->rname); else genIfxJump (ic, "a"); ic->generated = 1; } /*-----------------------------------------------------------------*/ /* genAddrOf - generates code for address of */ /*-----------------------------------------------------------------*/ static void genAddrOf (iCode * ic) { symbol *sym = OP_SYMBOL (IC_LEFT (ic)); aopOp (IC_RESULT (ic), ic, FALSE, FALSE); /* if the operand is on the stack then we need to get the stack offset of this variable */ if (IS_GB) { if (sym->onStack) { spillPair (PAIR_HL); if (sym->stack <= 0) { setupPairFromSP (PAIR_HL, sym->stack + _G.stack.pushed + _G.stack.offset); } else { setupPairFromSP (PAIR_HL, sym->stack + _G.stack.pushed + _G.stack.offset + _G.stack.param_offset); } commitPair (AOP (IC_RESULT (ic)), PAIR_HL); } else { emit2 ("ld de,!hashedstr", sym->rname); commitPair (AOP (IC_RESULT (ic)), PAIR_DE); } } else { spillPair (PAIR_HL); if (sym->onStack) { /* if it has an offset then we need to compute it */ if (sym->stack > 0) emit2 ("ld hl,!immedword", sym->stack + _G.stack.pushed + _G.stack.offset + _G.stack.param_offset); else emit2 ("ld hl,!immedword", sym->stack + _G.stack.pushed + _G.stack.offset); emit2 ("add hl,sp"); } else { emit2 ("ld hl,!hashedstr", sym->rname); } commitPair (AOP (IC_RESULT (ic)), PAIR_HL); } freeAsmop (IC_RESULT (ic), NULL, ic); } /*-----------------------------------------------------------------*/ /* genAssign - generate code for assignment */ /*-----------------------------------------------------------------*/ static void genAssign (iCode * ic) { operand *result, *right; int size, offset; unsigned long lit = 0L; result = IC_RESULT (ic); right = IC_RIGHT (ic); /* Dont bother assigning if they are the same */ if (operandsEqu (IC_RESULT (ic), IC_RIGHT (ic))) { emitDebug ("; (operands are equal %u)", operandsEqu (IC_RESULT (ic), IC_RIGHT (ic))); return; } aopOp (right, ic, FALSE, FALSE); aopOp (result, ic, TRUE, FALSE); /* if they are the same registers */ if (sameRegs (AOP (right), AOP (result))) { emitDebug ("; (registers are the same)"); goto release; } /* if the result is a bit */ if (AOP_TYPE (result) == AOP_CRY) { wassertl (0, "Tried to assign to a bit"); } /* general case */ size = AOP_SIZE (result); offset = 0; if (AOP_TYPE (right) == AOP_LIT) { lit = ulFromVal (AOP (right)->aopu.aop_lit); } if (isPair (AOP (result))) { fetchPairLong (getPairId (AOP (result)), AOP (right), ic, LSB); } else if ((size > 1) && (AOP_TYPE (result) != AOP_REG) && (AOP_TYPE (right) == AOP_LIT) && !IS_FLOAT (operandType (right)) && (lit < 256L)) { bool fXored = FALSE; offset = 0; /* Work from the top down. Done this way so that we can use the cached copy of 0 in A for a fast clear */ while (size--) { if ((unsigned int) ((lit >> (offset * 8)) & 0x0FFL) == 0) { if (!fXored && size > 1) { emit2 ("xor a,a"); fXored = TRUE; } if (fXored) { aopPut (AOP (result), "a", offset); } else { aopPut (AOP (result), "!zero", offset); } } else aopPut (AOP (result), aopGet (AOP (right), offset, FALSE), offset); offset++; } } else if (size == 2 && AOP_TYPE (right) == AOP_IY) { emit2 ("ld hl,(%s)", AOP (right)->aopu.aop_dir); aopPut (AOP (result), "l", LSB); aopPut (AOP (result), "h", MSB16); } else if (size == 2 && requiresHL (AOP (right)) && requiresHL (AOP (result)) && IS_GB) { /* Special case. Load into a and d, then load out. */ _moveA (aopGet (AOP (right), 0, FALSE)); emit2 ("ld e,%s", aopGet (AOP (right), 1, FALSE)); aopPut (AOP (result), "a", 0); aopPut (AOP (result), "e", 1); } else if (size == 4 && requiresHL (AOP (right)) && requiresHL (AOP (result)) && IS_GB) { /* Special case - simple memcpy */ aopGet (AOP (right), LSB, FALSE); emit2 ("ld d,h"); emit2 ("ld e,l"); aopGet (AOP (result), LSB, FALSE); while (size--) { emit2 ("ld a,(de)"); /* Peephole will optimise this. */ emit2 ("ld (hl),a"); if (size != 0) { emit2 ("inc hl"); emit2 ("inc de"); } } spillPair (PAIR_HL); } else { while (size--) { /* PENDING: do this check better */ if (IS_GB && requiresHL (AOP (right)) && requiresHL (AOP (result))) { _moveA (aopGet (AOP (right), offset, FALSE)); aopPut (AOP (result), "a", offset); } else aopPut (AOP (result), aopGet (AOP (right), offset, FALSE), offset); offset++; } } release: freeAsmop (right, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* genJumpTab - genrates code for jump table */ /*-----------------------------------------------------------------*/ static void genJumpTab (iCode * ic) { symbol *jtab; const char *l; aopOp (IC_JTCOND (ic), ic, FALSE, FALSE); /* get the condition into accumulator */ l = aopGet (AOP (IC_JTCOND (ic)), 0, FALSE); if (!IS_GB) emit2 ("push de"); emit2 ("ld e,%s", l); emit2 ("ld d,!zero"); jtab = newiTempLabel (NULL); spillPair (PAIR_HL); emit2 ("ld hl,!immed!tlabel", jtab->key + 100); emit2 ("add hl,de"); emit2 ("add hl,de"); emit2 ("add hl,de"); freeAsmop (IC_JTCOND (ic), NULL, ic); if (!IS_GB) emit2 ("pop de"); emit2 ("jp !*hl"); emitLabel (jtab->key + 100); /* now generate the jump labels */ for (jtab = setFirstItem (IC_JTLABELS (ic)); jtab; jtab = setNextItem (IC_JTLABELS (ic))) emit2 ("jp !tlabel", jtab->key + 100); } /*-----------------------------------------------------------------*/ /* genCast - gen code for casting */ /*-----------------------------------------------------------------*/ static void genCast (iCode * ic) { operand *result = IC_RESULT (ic); sym_link *rtype = operandType (IC_RIGHT (ic)); operand *right = IC_RIGHT (ic); int size, offset; /* if they are equivalent then do nothing */ if (operandsEqu (IC_RESULT (ic), IC_RIGHT (ic))) return; aopOp (right, ic, FALSE, FALSE); aopOp (result, ic, FALSE, FALSE); /* if the result is a bit */ if (AOP_TYPE (result) == AOP_CRY) { wassertl (0, "Tried to cast to a bit"); } /* if they are the same size : or less */ if (AOP_SIZE (result) <= AOP_SIZE (right)) { /* if they are in the same place */ if (sameRegs (AOP (right), AOP (result))) goto release; /* if they in different places then copy */ size = AOP_SIZE (result); offset = 0; while (size--) { aopPut (AOP (result), aopGet (AOP (right), offset, FALSE), offset); offset++; } goto release; } /* So we now know that the size of destination is greater than the size of the source */ /* we move to result for the size of source */ size = AOP_SIZE (right); offset = 0; while (size--) { aopPut (AOP (result), aopGet (AOP (right), offset, FALSE), offset); offset++; } /* now depending on the sign of the destination */ size = AOP_SIZE (result) - AOP_SIZE (right); /* Unsigned or not an integral type - right fill with zeros */ if (!IS_SPEC (rtype) || SPEC_USIGN (rtype) || AOP_TYPE(right)==AOP_CRY) { while (size--) aopPut (AOP (result), "!zero", offset++); } else { /* we need to extend the sign :{ */ const char *l = aopGet (AOP (right), AOP_SIZE (right) - 1, FALSE); _moveA (l); emit2 ("rla "); emit2 ("sbc a,a"); while (size--) aopPut (AOP (result), "a", offset++); } release: freeAsmop (right, NULL, ic); freeAsmop (result, NULL, ic); } /*-----------------------------------------------------------------*/ /* genReceive - generate code for a receive iCode */ /*-----------------------------------------------------------------*/ static void genReceive (iCode * ic) { if (isOperandInFarSpace (IC_RESULT (ic)) && (OP_SYMBOL (IC_RESULT (ic))->isspilt || IS_TRUE_SYMOP (IC_RESULT (ic)))) { wassert (0); } else { // PENDING: HACK int size; int i; aopOp (IC_RESULT (ic), ic, FALSE, FALSE); size = AOP_SIZE(IC_RESULT(ic)); for (i = 0; i < size; i++) { aopPut(AOP(IC_RESULT(ic)), _fReceive[_G.receiveOffset++], i); } } freeAsmop (IC_RESULT (ic), NULL, ic); } /*-----------------------------------------------------------------*/ /* genDummyRead - generate code for dummy read of volatiles */ /*-----------------------------------------------------------------*/ static void genDummyRead (iCode * ic) { operand *op; int size, offset; op = IC_RIGHT (ic); if (op && IS_SYMOP (op)) { aopOp (op, ic, FALSE, FALSE); /* general case */ size = AOP_SIZE (op); offset = 0; while (size--) { _moveA (aopGet (AOP (op), offset, FALSE)); offset++; } freeAsmop (op, NULL, ic); } op = IC_LEFT (ic); if (op && IS_SYMOP (op)) { aopOp (op, ic, FALSE, FALSE); /* general case */ size = AOP_SIZE (op); offset = 0; while (size--) { _moveA (aopGet (AOP (op), offset, FALSE)); offset++; } freeAsmop (op, NULL, ic); } } /*-----------------------------------------------------------------*/ /* genCritical - generate code for start of a critical sequence */ /*-----------------------------------------------------------------*/ static void genCritical (iCode *ic) { symbol *tlbl = newiTempLabel (NULL); if (IS_GB) { emit2 ("!di"); } else if (IC_RESULT (ic)) { aopOp (IC_RESULT (ic), ic, TRUE, FALSE); aopPut (AOP (IC_RESULT (ic)), "!zero", 0); //get interrupt enable flag IFF2 into P/O emit2 ("ld a,i"); //disable interrupt emit2 ("!di"); //parity odd <==> P/O=0 <==> interrupt enable flag IFF2=0 emit2 ("jp PO,!tlabel", tlbl->key + 100); aopPut (AOP (IC_RESULT (ic)), "!one", 0); emit2 ("!tlabeldef", (tlbl->key + 100)); _G.lines.current->isLabel = 1; freeAsmop (IC_RESULT (ic), NULL, ic); } else { //get interrupt enable flag IFF2 into P/O emit2 ("ld a,i"); //disable interrupt emit2 ("!di"); //save P/O flag _push (PAIR_AF); } } /*-----------------------------------------------------------------*/ /* genEndCritical - generate code for end of a critical sequence */ /*-----------------------------------------------------------------*/ static void genEndCritical (iCode *ic) { symbol *tlbl = newiTempLabel (NULL); if (IS_GB) { emit2 ("!ei"); } else if (IC_RIGHT (ic)) { aopOp (IC_RIGHT (ic), ic, FALSE, TRUE); _toBoolean (IC_RIGHT (ic)); //don't enable interrupts if they were off before emit2 ("!shortjp Z,!tlabel", tlbl->key + 100); emit2 ("!ei"); emitLabel (tlbl->key + 100); freeAsmop (IC_RIGHT (ic), NULL, ic); } else { //restore P/O flag _pop (PAIR_AF); //parity odd <==> P/O=0 <==> interrupt enable flag IFF2 was 0 <==> //don't enable interrupts as they were off before emit2 ("jp PO,!tlabel", tlbl->key + 100); emit2 ("!ei"); emit2 ("!tlabeldef", (tlbl->key + 100)); _G.lines.current->isLabel = 1; } } enum { /** Maximum number of bytes to emit per line. */ DBEMIT_MAX_RUN = 8 }; /** Context for the byte output chunker. */ typedef struct { unsigned char buffer[DBEMIT_MAX_RUN]; int pos; } DBEMITCTX; /** Flushes a byte chunker by writing out all in the buffer and reseting. */ static void _dbFlush(DBEMITCTX *self) { char line[256]; if (self->pos > 0) { int i; sprintf(line, ".db 0x%02X", self->buffer[0]); for (i = 1; i < self->pos; i++) { sprintf(line + strlen(line), ", 0x%02X", self->buffer[i]); } emit2(line); } self->pos = 0; } /** Write out another byte, buffering until a decent line is generated. */ static void _dbEmit(DBEMITCTX *self, int c) { if (self->pos == DBEMIT_MAX_RUN) { _dbFlush(self); } self->buffer[self->pos++] = c; } /** Context for a simple run length encoder. */ typedef struct { unsigned last; unsigned char buffer[128]; int pos; /** runLen may be equivalent to pos. */ int runLen; } RLECTX; enum { RLE_CHANGE_COST = 4, RLE_MAX_BLOCK = 127 }; /** Flush the buffer of a run length encoder by writing out the run or data that it currently contains. */ static void _rleCommit(RLECTX *self) { int i; if (self->pos != 0) { DBEMITCTX db; memset(&db, 0, sizeof(db)); emit2(".db %u", self->pos); for (i = 0; i < self->pos; i++) { _dbEmit(&db, self->buffer[i]); } _dbFlush(&db); } /* Reset */ self->pos = 0; } /* Encoder design: Can get either a run or a block of random stuff. Only want to change state if a good run comes in or a run ends. Detecting run end is easy. Initial state? Say initial state is in run, len zero, last zero. Then if you get a few zeros then something else then a short run will be output. Seems OK. While in run mode, keep counting. While in random mode, keep a count of the run. If run hits margin, output all up to run, restart, enter run mode. */ /** Add another byte into the run length encoder, flushing as required. The run length encoder uses the Amiga IFF style, where a block is prefixed by its run length. A positive length means the next n bytes pass straight through. A negative length means that the next byte is repeated -n times. A zero terminates the chunks. */ static void _rleAppend(RLECTX *self, unsigned c) { int i; if (c != self->last) { /* The run has stopped. See if it is worthwhile writing it out as a run. Note that the random data comes in as runs of length one. */ if (self->runLen > RLE_CHANGE_COST) { /* Yes, worthwhile. */ /* Commit whatever was in the buffer. */ _rleCommit(self); emit2("!db !immed-%u,!immedbyte", self->runLen, self->last); } else { /* Not worthwhile. Append to the end of the random list. */ for (i = 0; i < self->runLen; i++) { if (self->pos >= RLE_MAX_BLOCK) { /* Commit. */ _rleCommit(self); } self->buffer[self->pos++] = self->last; } } self->runLen = 1; self->last = c; } else { if (self->runLen >= RLE_MAX_BLOCK) { /* Commit whatever was in the buffer. */ _rleCommit(self); emit2 ("!db !immed-%u,!immedbyte", self->runLen, self->last); self->runLen = 0; } self->runLen++; } } static void _rleFlush(RLECTX *self) { _rleAppend(self, -1); _rleCommit(self); self->pos = 0; self->last = 0; self->runLen = 0; } /** genArrayInit - Special code for initialising an array with constant data. */ static void genArrayInit (iCode * ic) { literalList *iLoop; int ix; int elementSize = 0, eIndex, i; unsigned val, lastVal; sym_link *type; RLECTX rle; memset(&rle, 0, sizeof(rle)); aopOp (IC_LEFT(ic), ic, FALSE, FALSE); _saveRegsForCall(ic, 0); fetchPair (PAIR_HL, AOP (IC_LEFT (ic))); emit2 ("call __initrleblock"); type = operandType(IC_LEFT(ic)); if (type && type->next) { if (IS_SPEC(type->next) || IS_PTR(type->next)) { elementSize = getSize(type->next); } else if (IS_ARRAY(type->next) && type->next->next) { elementSize = getSize(type->next->next); } else { printTypeChainRaw (type, NULL); wassertl (0, "Can't determine element size in genArrayInit."); } } else { wassertl (0, "Can't determine element size in genArrayInit."); } wassertl ((elementSize > 0) && (elementSize <= 4), "Illegal element size in genArrayInit."); iLoop = IC_ARRAYILIST(ic); lastVal = (unsigned)-1; /* Feed all the bytes into the run length encoder which will handle the actual output. This works well for mixed char data, and for random int and long data. */ while (iLoop) { ix = iLoop->count; for (i = 0; i < ix; i++) { for (eIndex = 0; eIndex < elementSize; eIndex++) { val = (((int)iLoop->literalValue) >> (eIndex * 8)) & 0xff; _rleAppend(&rle, val); } } iLoop = iLoop->next; } _rleFlush(&rle); /* Mark the end of the run. */ emit2(".db 0"); _restoreRegsAfterCall(); spillCached (); freeAsmop (IC_LEFT(ic), NULL, ic); } static void _swap (PAIR_ID one, PAIR_ID two) { if ((one == PAIR_DE && two == PAIR_HL) || (one == PAIR_HL && two == PAIR_DE)) { emit2 ("ex de,hl"); } else { emit2 ("ld a,%s", _pairs[one].l); emit2 ("ld %s,%s", _pairs[one].l, _pairs[two].l); emit2 ("ld %s,a", _pairs[two].l); emit2 ("ld a,%s", _pairs[one].h); emit2 ("ld %s,%s", _pairs[one].h, _pairs[two].h); emit2 ("ld %s,a", _pairs[two].h); } } static void setupForMemcpy (iCode *ic, int nparams, operand **pparams) { PAIR_ID ids[NUM_PAIRS][NUM_PAIRS]; PAIR_ID dest[3] = { PAIR_DE, PAIR_HL, PAIR_BC }; int i, j, nunity = 0; memset (ids, PAIR_INVALID, sizeof (ids)); /* Sanity checks */ wassert (nparams == 3); for (i = 0; i < nparams; i++) { aopOp (pparams[i], ic, FALSE, FALSE); ids[dest[i]][getPairId (AOP (pparams[i]))] = TRUE; } /* Count the number of unity or iTemp assigns. */ for (i = 0; i < 3; i++) { if (ids[dest[i]][dest[i]] == TRUE || ids[dest[i]][PAIR_INVALID] == TRUE) { nunity++; } } if (nunity == 3) { /* Any order, fall through. */ } else if (nunity == 2) { /* Two are OK. Assign the other one. */ for (i = 0; i < 3; i++) { for (j = 0; j < NUM_PAIRS; j++) { if (ids[dest[i]][j] == TRUE) { /* Found it. See if it's the right one. */ if (j == PAIR_INVALID || j == dest[i]) { /* Keep looking. */ } else { fetchPair(dest[i], AOP (pparams[i])); goto done; } } } } } else if (nunity == 1) { /* One is OK. Find the other two. */ for (i = 0; i < 3; i++) { for (j = 0; j < NUM_PAIRS; j++) { if (ids[dest[i]][j] == TRUE) { if (j == PAIR_INVALID || j == dest[i]) { /* This one is OK. */ } else { /* Found one. */ if(ids[j][dest[i]] == TRUE) { /* Just swap. */ _swap (j, dest[i]); goto done; } else { fetchPair (dest[i], AOP (pparams[i])); continue; } } } } } } else { int next = getPairId (AOP (pparams[0])); emit2 ("push %s", _pairs[next].name); if (next == dest[1]) { fetchPair (dest[1], AOP (pparams[1])); fetchPair (dest[2], AOP (pparams[2])); } else { fetchPair (dest[2], AOP (pparams[2])); fetchPair (dest[1], AOP (pparams[1])); } emit2 ("pop %s", _pairs[dest[0]].name); } done: /* Finally pull out all of the iTemps */ for (i = 0; i < 3; i++) { if (ids[dest[i]][PAIR_INVALID] == 1) { fetchPair (dest[i], AOP (pparams[i])); } } } static void genBuiltInMemcpy (iCode *ic, int nParams, operand **pparams) { operand *from, *to, *count; wassertl (nParams == 3, "Built-in memcpy() must have three parameters"); to = pparams[2]; from = pparams[1]; count = pparams[0]; _saveRegsForCall (ic, 0); setupForMemcpy (ic, nParams, pparams); emit2 ("ldir"); freeAsmop (count, NULL, ic->next->next); freeAsmop (from, NULL, ic); spillPair (PAIR_HL); _restoreRegsAfterCall(); /* if we need assign a result value */ if ((IS_ITEMP (IC_RESULT (ic)) && (OP_SYMBOL (IC_RESULT (ic))->nRegs || OP_SYMBOL (IC_RESULT (ic))->spildir)) || IS_TRUE_SYMOP (IC_RESULT (ic))) { aopOp (IC_RESULT (ic), ic, FALSE, FALSE); movLeft2ResultLong (to, 0, IC_RESULT (ic), 0, 0, 2); freeAsmop (IC_RESULT (ic), NULL, ic); } freeAsmop (to, NULL, ic->next); } /*-----------------------------------------------------------------*/ /* genBuiltIn - calls the appropriate function to generating code */ /* for a built in function */ /*-----------------------------------------------------------------*/ static void genBuiltIn (iCode *ic) { operand *bi_parms[MAX_BUILTIN_ARGS]; int nbi_parms; iCode *bi_iCode; symbol *bif; /* get all the arguments for a built in function */ bi_iCode = getBuiltinParms(ic,&nbi_parms,bi_parms); /* which function is it */ bif = OP_SYMBOL(IC_LEFT(bi_iCode)); if (strcmp(bif->name,"__builtin_memcpy")==0) { genBuiltInMemcpy(bi_iCode, nbi_parms, bi_parms); } else { wassertl (0, "Unknown builtin function encountered"); } } /*-----------------------------------------------------------------*/ /* genZ80Code - generate code for Z80 based controllers */ /*-----------------------------------------------------------------*/ void genZ80Code (iCode * lic) { iCode *ic; int cln = 0; /* Hack */ if (IS_GB) { _fReturn = _gbz80_return; _fTmp = _gbz80_return; } else { _fReturn = _z80_return; _fTmp = _z80_return; } _G.lines.head = _G.lines.current = NULL; /* if debug information required */ if (options.debug && currFunc) { debugFile->writeFunction (currFunc, lic); } for (ic = lic; ic; ic = ic->next) { _G.current_iCode = ic; if (ic->lineno && cln != ic->lineno) { if (options.debug) { debugFile->writeCLine (ic); } if (!options.noCcodeInAsm) { emit2 (";%s:%d: %s", ic->filename, ic->lineno, printCLine(ic->filename, ic->lineno)); } cln = ic->lineno; } if (options.iCodeInAsm) { const char *iLine = printILine(ic); emit2 (";ic:%d: %s", ic->key, iLine); dbuf_free(iLine); } /* if the result is marked as spilt and rematerializable or code for this has already been generated then do nothing */ if (resultRemat (ic) || ic->generated) continue; /* depending on the operation */ switch (ic->op) { case '!': emitDebug ("; genNot"); genNot (ic); break; case '~': emitDebug ("; genCpl"); genCpl (ic); break; case UNARYMINUS: emitDebug ("; genUminus"); genUminus (ic); break; case IPUSH: emitDebug ("; genIpush"); genIpush (ic); break; case IPOP: /* IPOP happens only when trying to restore a spilt live range, if there is an ifx statement following this pop then the if statement might be using some of the registers being popped which would destroy the contents of the register so we need to check for this condition and handle it */ if (ic->next && ic->next->op == IFX && regsInCommon (IC_LEFT (ic), IC_COND (ic->next))) { emitDebug ("; genIfx"); genIfx (ic->next, ic); } else { emitDebug ("; genIpop"); genIpop (ic); } break; case CALL: emitDebug ("; genCall"); genCall (ic); break; case PCALL: emitDebug ("; genPcall"); genPcall (ic); break; case FUNCTION: emitDebug ("; genFunction"); genFunction (ic); break; case ENDFUNCTION: emitDebug ("; genEndFunction"); genEndFunction (ic); break; case RETURN: emitDebug ("; genRet"); genRet (ic); break; case LABEL: emitDebug ("; genLabel"); genLabel (ic); break; case GOTO: emitDebug ("; genGoto"); genGoto (ic); break; case '+': emitDebug ("; genPlus"); genPlus (ic); break; case '-': emitDebug ("; genMinus"); genMinus (ic); break; case '*': emitDebug ("; genMult"); genMult (ic); break; case '/': emitDebug ("; genDiv"); genDiv (ic); break; case '%': emitDebug ("; genMod"); genMod (ic); break; case '>': emitDebug ("; genCmpGt"); genCmpGt (ic, ifxForOp (IC_RESULT (ic), ic)); break; case '<': emitDebug ("; genCmpLt"); genCmpLt (ic, ifxForOp (IC_RESULT (ic), ic)); break; case LE_OP: case GE_OP: case NE_OP: /* note these two are xlated by algebraic equivalence during parsing SDCC.y */ werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "got '>=' or '<=' shouldn't have come here"); break; case EQ_OP: emitDebug ("; genCmpEq"); genCmpEq (ic, ifxForOp (IC_RESULT (ic), ic)); break; case AND_OP: emitDebug ("; genAndOp"); genAndOp (ic); break; case OR_OP: emitDebug ("; genOrOp"); genOrOp (ic); break; case '^': emitDebug ("; genXor"); genXor (ic, ifxForOp (IC_RESULT (ic), ic)); break; case '|': emitDebug ("; genOr"); genOr (ic, ifxForOp (IC_RESULT (ic), ic)); break; case BITWISEAND: emitDebug ("; genAnd"); genAnd (ic, ifxForOp (IC_RESULT (ic), ic)); break; case INLINEASM: emitDebug ("; genInline"); genInline (ic); break; case RRC: emitDebug ("; genRRC"); genRRC (ic); break; case RLC: emitDebug ("; genRLC"); genRLC (ic); break; case GETHBIT: emitDebug ("; genGetHBIT"); genGetHbit (ic); break; case LEFT_OP: emitDebug ("; genLeftShift"); genLeftShift (ic); break; case RIGHT_OP: emitDebug ("; genRightShift"); genRightShift (ic); break; case GET_VALUE_AT_ADDRESS: emitDebug ("; genPointerGet"); genPointerGet (ic); break; case '=': if (POINTER_SET (ic)) { emitDebug ("; genAssign (pointer)"); genPointerSet (ic); } else { emitDebug ("; genAssign"); genAssign (ic); } break; case IFX: emitDebug ("; genIfx"); genIfx (ic, NULL); break; case ADDRESS_OF: emitDebug ("; genAddrOf"); genAddrOf (ic); break; case JUMPTABLE: emitDebug ("; genJumpTab"); genJumpTab (ic); break; case CAST: emitDebug ("; genCast"); genCast (ic); break; case RECEIVE: emitDebug ("; genReceive"); genReceive (ic); break; case SEND: if (ic->builtinSEND) { emitDebug ("; genBuiltIn"); genBuiltIn(ic); } else { emitDebug ("; addSet"); addSet (&_G.sendSet, ic); } break; case ARRAYINIT: emitDebug ("; genArrayInit"); genArrayInit(ic); break; case DUMMY_READ_VOLATILE: emitDebug ("; genDummyRead"); genDummyRead (ic); break; case CRITICAL: emitDebug ("; genCritical"); genCritical (ic); break; case ENDCRITICAL: emitDebug ("; genEndCritical"); genEndCritical (ic); break; default: ic = ic; } } /* now we are ready to call the peep hole optimizer */ if (!options.nopeep) peepHole (&_G.lines.head); /* This is unfortunate */ /* now do the actual printing */ { struct dbuf_s *buf = codeOutBuf; if (isInHome () && codeOutBuf == &code->oBuf) codeOutBuf = &home->oBuf; printLine (_G.lines.head, codeOutBuf); if (_G.flushStatics) { flushStatics (); _G.flushStatics = 0; } codeOutBuf = buf; } freeTrace(&_G.lines.trace); freeTrace(&_G.trace.aops); } /* Attic static int _isPairUsed (iCode * ic, PAIR_ID pairId) { int ret = 0; switch (pairId) { case PAIR_DE: if (bitVectBitValue (ic->rMask, D_IDX)) ret++; if (bitVectBitValue (ic->rMask, E_IDX)) ret++; break; default: wassert (0); } return ret; } static char * fetchLitSpecial (asmop * aop, bool negate, bool xor) { unsigned long v; value *val = aop->aopu.aop_lit; wassert (aop->type == AOP_LIT); wassert (!IS_FLOAT (val->type)); v = ulFromVal (val); if (xor) v ^= 0x8000; if (negate) v = 0-v; v &= 0xFFFF; tsprintf (buffer, sizeof(buffer), "!immedword", v); return traceAlloc(&_G.trace.aops, Safe_strdup (buffer)); } */ sdcc-2.9.0/src/z80/gen.h000066400000000000000000000060051116427777700146140ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCgen51.h - header file for code generation for 8051 Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef Z80GEN_H #define Z80GEN_H typedef enum { AOP_INVALID, /* Is a literal */ AOP_LIT = 1, /* Is in a register */ AOP_REG, /* Is in direct space */ AOP_DIR, /* SFR space ($FF00 and above) */ AOP_SFR, /* Is on the stack */ AOP_STK, /* Is an immediate value */ AOP_IMMD, /* Is a string (?) */ AOP_STR, /* Is in the carry register */ AOP_CRY, /* Is pointed to by IY */ AOP_IY, /* Is pointed to by HL */ AOP_HL, /* Is in A */ AOP_ACC, /* Is in H and L */ AOP_HLREG, /* Simple literal. */ AOP_SIMPLELIT, /* Is in the extended stack pointer (IY on the Z80) */ AOP_EXSTK, /* Is referenced by a pointer in a register pair. */ AOP_PAIRPTR, /* Read as 0, discard writes */ AOP_DUMMY } AOP_TYPE; /* type asmop : a homogenised type for all the different spaces an operand can be in */ typedef struct asmop { AOP_TYPE type; short coff; /* current offset */ short size; /* total size */ unsigned code:1; /* is in Code space */ unsigned paged:1; /* in paged memory */ unsigned freed:1; /* already freed */ unsigned bcInUse:1; unsigned deInUse:1; union { value *aop_lit; /* if literal */ regs *aop_reg[4]; /* array of registers */ char *aop_dir; /* if direct */ char *aop_immd; /* if immediate others are implied */ int aop_stk; /* stack offset when AOP_STK */ const char *aop_str[4]; /* just a string array containing the location */ unsigned long aop_simplelit; /* Just the value. */ int aop_pairId; /* The pair ID */ } aopu; } asmop; void genZ80Code (iCode *); void z80_emitDebuggerSymbol (char *); #endif sdcc-2.9.0/src/z80/main.c000066400000000000000000000564411116427777700147730ustar00rootroot00000000000000/*------------------------------------------------------------------------- main.c - Z80 specific definitions. Michael Hope 2001 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include #include "z80.h" #include "MySystem.h" #include "BuildCmd.h" #include "SDCCutil.h" #include "SDCCargs.h" #include "dbuf_string.h" #define OPTION_BO "-bo" #define OPTION_BA "-ba" #define OPTION_CODE_SEG "--codeseg" #define OPTION_CONST_SEG "--constseg" #define OPTION_CALLEE_SAVES_BC "--callee-saves-bc" #define OPTION_PORTMODE "--portmode=" #define OPTION_ASM "--asm=" #define OPTION_NO_STD_CRT0 "--no-std-crt0" static char _z80_defaultRules[] = { #include "peeph.rul" #include "peeph-z80.rul" }; static char _gbz80_defaultRules[] = { #include "peeph.rul" #include "peeph-gbz80.rul" }; Z80_OPTS z80_opts; static OPTION _z80_options[] = { { 0, OPTION_CALLEE_SAVES_BC, &z80_opts.calleeSavesBC, "Force a called function to always save BC" }, { 0, OPTION_PORTMODE, NULL, "Determine PORT I/O mode (z80/z180)" }, { 0, OPTION_ASM, NULL, "Define assembler name (rgbds/asxxxx/isas/z80asm)" }, { 0, OPTION_CODE_SEG, &options.code_seg, " use this name for the code segment", CLAT_STRING }, { 0, OPTION_CONST_SEG, &options.const_seg, " use this name for the const segment", CLAT_STRING }, { 0, OPTION_NO_STD_CRT0, &options.no_std_crt0, "For the z80/gbz80 do not link default crt0.o"}, { 0, NULL } }; static OPTION _gbz80_options[] = { { 0, OPTION_BO, NULL, " use code bank " }, { 0, OPTION_BA, NULL, " use data bank " }, { 0, OPTION_CALLEE_SAVES_BC, &z80_opts.calleeSavesBC, "Force a called function to always save BC" }, { 0, OPTION_CODE_SEG, &options.code_seg, " use this name for the code segment", CLAT_STRING }, { 0, OPTION_CONST_SEG, &options.const_seg, " use this name for the const segment", CLAT_STRING }, { 0, OPTION_NO_STD_CRT0, &options.no_std_crt0, "For the z80/gbz80 do not link default crt0.o"}, { 0, NULL } }; typedef enum { /* Must be first */ ASM_TYPE_ASXXXX, ASM_TYPE_RGBDS, ASM_TYPE_ISAS, ASM_TYPE_Z80ASM } ASM_TYPE; static struct { ASM_TYPE asmType; /* determine if we can register a parameter */ int regParams; } _G; static char *_keywords[] = { "sfr", "nonbanked", "banked", "at", //.p.t.20030714 adding support for 'sfr at ADDR' construct "_naked", //.p.t.20030714 adding support for '_naked' functions "critical", "interrupt", NULL }; extern PORT gbz80_port; extern PORT z80_port; #include "mappings.i" static builtins _z80_builtins[] = { { "__builtin_memcpy", "vg*", 3, {"vg*", "vg*", "ui" } }, { NULL , NULL, 0, {NULL}} }; static void _z80_init (void) { z80_opts.sub = SUB_Z80; asm_addTree (&_asxxxx_z80); } static void _gbz80_init (void) { z80_opts.sub = SUB_GBZ80; } static void _reset_regparm (void) { _G.regParams = 0; } static int _reg_parm (sym_link * l, bool reentrant) { if (options.noRegParams) { return FALSE; } else { if (_G.regParams == 2) { return FALSE; } else { _G.regParams++; return TRUE; } } } enum { P_BANK = 1, P_PORTMODE, P_CODESEG, P_CONSTSEG, }; static int do_pragma(int id, const char *name, const char *cp) { struct pragma_token_s token; int err = 0; int processed = 1; init_pragma_token(&token); switch (id) { case P_BANK: { struct dbuf_s buffer; dbuf_init(&buffer, 128); cp = get_pragma_token(cp, &token); switch (token.type) { case TOKEN_EOL: err = 1; break; case TOKEN_INT: switch (_G.asmType) { case ASM_TYPE_ASXXXX: dbuf_printf (&buffer, "CODE_%d", token.val.int_val); break; case ASM_TYPE_RGBDS: dbuf_printf (&buffer, "CODE,BANK[%d]", token.val.int_val); break; case ASM_TYPE_ISAS: /* PENDING: what to use for ISAS? */ dbuf_printf (&buffer, "CODE,BANK(%d)", token.val.int_val); break; default: wassert (0); } break; default: { const char *str = get_pragma_string (&token); dbuf_append_str (&buffer, (0 == strcmp("BASE", str)) ? "HOME" : str); } break; } cp = get_pragma_token (cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } dbuf_c_str (&buffer); /* ugly, see comment in src/port.h (borutr) */ gbz80_port.mem.code_name = dbuf_detach (&buffer); code->sname = gbz80_port.mem.code_name; options.code_seg = (char *)gbz80_port.mem.code_name; } break; case P_PORTMODE: { /*.p.t.20030716 - adding pragma to manipulate z80 i/o port addressing modes */ const char *str; cp = get_pragma_token (cp, &token); if (TOKEN_EOL == token.type) { err = 1; break; } str = get_pragma_string (&token); cp = get_pragma_token (cp, &token); if (TOKEN_EOL != token.type) { err = 1; break; } if (!strcmp(str, "z80")) { z80_opts.port_mode = 80; } else if(!strcmp(str, "z180")) { z80_opts.port_mode = 180; } else if(!strcmp(str, "save")) { z80_opts.port_back = z80_opts.port_mode; } else if(!strcmp(str, "restore" )) { z80_opts.port_mode = z80_opts.port_back; } else err = 1; } break; case P_CODESEG: case P_CONSTSEG: { char *segname; cp = get_pragma_token (cp, &token); if (token.type == TOKEN_EOL) { err = 1; break; } segname = Safe_strdup (get_pragma_string(&token)); cp = get_pragma_token (cp, &token); if (token.type != TOKEN_EOL) { Safe_free (segname); err = 1; break; } if (id == P_CODESEG) { if (options.code_seg) Safe_free(options.code_seg); options.code_seg = segname; } else { if (options.const_seg) Safe_free(options.const_seg); options.const_seg = segname; } } break; default: processed = 0; break; } get_pragma_token(cp, &token); if (1 == err) werror(W_BAD_PRAGMA_ARGUMENTS, name); free_pragma_token(&token); return processed; } static struct pragma_s pragma_tbl[] = { { "bank", P_BANK, 0, do_pragma }, { "portmode", P_PORTMODE, 0, do_pragma }, { "codeseg", P_CODESEG, 0, do_pragma }, { "constseg", P_CONSTSEG, 0, do_pragma }, { NULL, 0, 0, NULL }, }; static int _process_pragma(const char *s) { return process_pragma_tbl(pragma_tbl, s); } static const char *_gbz80_rgbasmCmd[] = { "rgbasm", "-o\"$1.o\"", "\"$1.asm\"", NULL }; static const char *_gbz80_rgblinkCmd[] = { "xlink", "-tg", "-n\"$1.sym\"", "-m\"$1.map\"", "-zFF", "\"$1.lnk\"", NULL }; static void _gbz80_rgblink (void) { FILE *lnkfile; /* first we need to create the .lnk file */ sprintf (scratchFileName, "%s.lnk", dstFileName); if (!(lnkfile = fopen (scratchFileName, "w"))) { werror (E_FILE_OPEN_ERR, scratchFileName); exit (1); } fprintf (lnkfile, "[Objects]\n"); fprintf (lnkfile, "%s.o\n", dstFileName); fputStrSet(lnkfile, relFilesSet); fprintf (lnkfile, "\n[Libraries]\n"); /* additional libraries if any */ fputStrSet(lnkfile, libFilesSet); fprintf (lnkfile, "\n[Output]\n" "%s.gb", dstFileName); fclose (lnkfile); buildCmdLine (buffer,port->linker.cmd, dstFileName, NULL, NULL, NULL); /* call the linker */ if (my_system (buffer)) { perror ("Cannot exec linker"); exit (1); } } static bool _parseOptions (int *pargc, char **argv, int *i) { if (argv[*i][0] == '-') { if (IS_GB) { if (!strncmp (argv[*i], OPTION_BO, sizeof (OPTION_BO) - 1)) { /* ROM bank */ int bank = getIntArg (OPTION_BO, argv, i, *pargc); struct dbuf_s buffer; dbuf_init (&buffer, 16); dbuf_printf (&buffer, "CODE_%u", bank); dbuf_c_str (&buffer); /* ugly, see comment in src/port.h (borutr) */ gbz80_port.mem.code_name = dbuf_detach (&buffer); options.code_seg = (char *)gbz80_port.mem.code_name; return TRUE; } else if (!strncmp (argv[*i], OPTION_BA, sizeof (OPTION_BA) - 1)) { /* RAM bank */ int bank = getIntArg (OPTION_BA, argv, i, *pargc); struct dbuf_s buffer; dbuf_init (&buffer, 16); dbuf_printf (&buffer, "DATA_%u", bank); dbuf_c_str (&buffer); /* ugly, see comment in src/port.h (borutr) */ gbz80_port.mem.data_name = dbuf_detach (&buffer); return TRUE; } } else if (!strncmp (argv[*i], OPTION_ASM, sizeof (OPTION_ASM) - 1)) { char *asmblr = getStringArg (OPTION_ASM, argv, i, *pargc); if (!strcmp (asmblr, "rgbds")) { asm_addTree (&_rgbds_gb); gbz80_port.assembler.cmd = _gbz80_rgbasmCmd; gbz80_port.linker.cmd = _gbz80_rgblinkCmd; gbz80_port.linker.do_link = _gbz80_rgblink; _G.asmType = ASM_TYPE_RGBDS; return TRUE; } else if (!strcmp (asmblr, "asxxxx")) { _G.asmType = ASM_TYPE_ASXXXX; return TRUE; } else if (!strcmp (asmblr, "isas")) { asm_addTree (&_isas_gb); /* Munge the function prefix */ gbz80_port.fun_prefix = ""; _G.asmType = ASM_TYPE_ISAS; return TRUE; } else if (!strcmp (asmblr, "z80asm")) { port->assembler.externGlobal = TRUE; asm_addTree (&_z80asm_z80); _G.asmType = ASM_TYPE_ISAS; return TRUE; } } else if (!strncmp (argv[*i], OPTION_PORTMODE, sizeof (OPTION_PORTMODE) - 1)) { char *portmode = getStringArg (OPTION_ASM, argv, i, *pargc); if (!strcmp (portmode, "z80")) { z80_opts.port_mode = 80; return TRUE; } else if (!strcmp (portmode, "z180")) { z80_opts.port_mode = 180; return TRUE; } } } return FALSE; } static void _setValues(void) { const char *s; if (options.nostdlib == FALSE) { const char *s; char path[PATH_MAX]; struct dbuf_s dbuf; dbuf_init(&dbuf, PATH_MAX); for (s = setFirstItem(libDirsSet); s != NULL; s = setNextItem(libDirsSet)) { buildCmdLine2(path, sizeof path, "-k\"%s" DIR_SEPARATOR_STRING "{port}\" ", s); dbuf_append_str(&dbuf, path); } buildCmdLine2(path, sizeof path, "-l\"{port}.lib\"", s); dbuf_append_str(&dbuf, path); setMainValue ("z80libspec", dbuf_c_str(&dbuf)); dbuf_destroy(&dbuf); for (s = setFirstItem(libDirsSet); s != NULL; s = setNextItem(libDirsSet)) { struct stat stat_buf; buildCmdLine2(path, sizeof path, "%s" DIR_SEPARATOR_STRING "{port}" DIR_SEPARATOR_STRING "crt0{objext}", s); if (stat(path, &stat_buf) == 0) break; } if (s == NULL) setMainValue ("z80crt0", "\"crt0{objext}\""); else { char *buf; size_t len = strlen(path) + 3; buf = Safe_alloc(len); SNPRINTF(buf, len, "\"%s\"", path); setMainValue("z80crt0", buf); Safe_free(buf); } } else { setMainValue ("z80libspec", ""); setMainValue ("z80crt0", ""); } setMainValue ("z80extralibfiles", (s = joinStrSet(libFilesSet))); Safe_free((void *)s); setMainValue ("z80extralibpaths", (s = joinStrSet(libPathsSet))); Safe_free((void *)s); if (IS_GB) { setMainValue ("z80outputtypeflag", "-Z"); setMainValue ("z80outext", ".gb"); } else { setMainValue ("z80outputtypeflag", "-i"); setMainValue ("z80outext", ".ihx"); } setMainValue ("stdobjdstfilename" , "{dstfilename}{objext}"); setMainValue ("stdlinkdstfilename", "{dstfilename}{z80outext}"); setMainValue ("z80extraobj", (s = joinStrSet(relFilesSet))); Safe_free((void *)s); sprintf (buffer, "-b_CODE=0x%04X -b_DATA=0x%04X", options.code_loc, options.data_loc); setMainValue ("z80bases", buffer); } static void _finaliseOptions (void) { port->mem.default_local_map = data; port->mem.default_globl_map = data; if (_G.asmType == ASM_TYPE_ASXXXX && IS_GB) asm_addTree (&_asxxxx_gb); _setValues(); } static void _setDefaultOptions (void) { options.nopeep = 0; options.stackAuto = 1; options.mainreturn = 1; /* first the options part */ options.intlong_rent = 1; options.float_rent = 1; options.noRegParams = 1; /* Default code and data locations. */ options.code_loc = 0x200; if (IS_GB) { options.data_loc = 0xC000; } else { options.data_loc = 0x8000; } optimize.global_cse = 1; optimize.label1 = 1; optimize.label2 = 1; optimize.label3 = 1; optimize.label4 = 1; optimize.loopInvariant = 1; optimize.loopInduction = 1; } /* Mangling format: _fun_policy_params where: policy is the function policy params is the parameter format policy format: rsp where: r is 'r' for reentrant, 's' for static functions s is 'c' for callee saves, 'r' for caller saves f is 'f' for profiling on, 'x' for profiling off examples: rr - reentrant, caller saves params format: A combination of register short names and s to signify stack variables. examples: bds - first two args appear in BC and DE, the rest on the stack s - all arguments are on the stack. */ static char * _mangleSupportFunctionName(char *original) { char buffer[128]; sprintf(buffer, "%s_rr%s_%s", original, options.profile ? "f" : "x", options.noRegParams ? "s" : "bds" /* MB: but the library only has hds variants ??? */ ); return Safe_strdup(buffer); } static const char * _getRegName (struct regs *reg) { if (reg) { return reg->name; } /* assert (0); */ return "err"; } static bool _hasNativeMulFor (iCode *ic, sym_link *left, sym_link *right) { sym_link *test = NULL; value *val; if ( ic->op != '*') { return FALSE; } if ( IS_LITERAL (left)) { test = left; val = OP_VALUE (IC_LEFT (ic)); } else if ( IS_LITERAL (right)) { test = right; val = OP_VALUE (IC_RIGHT (ic)); } /* 8x8 unsigned multiplication code is shorter than call overhead for the multiplication routine. */ else if ( IS_CHAR (right) && IS_UNSIGNED (right) && IS_CHAR (left) && IS_UNSIGNED(left) && !IS_GB) { return TRUE; } else { return FALSE; } if ( getSize (test) <= 2) { return TRUE; } return FALSE; } /* Indicate which extended bit operations this port supports */ static bool hasExtBitOp (int op, int size) { if (op == GETHBIT) return TRUE; else return FALSE; } /* Indicate the expense of an access to an output storage class */ static int oclsExpense (struct memmap *oclass) { if (IN_FARSPACE(oclass)) return 1; return 0; } #define LINKCMD "link-{port} -nf {dstfilename}" /* #define LINKCMD \ "link-{port} -n -c -- {z80bases} -m -j" \ " {z80libspec}" \ " {z80extralibfiles} {z80extralibpaths}" \ " {z80outputtypeflag} \"{linkdstfilename}\"" \ " {z80crt0}" \ " \"{dstfilename}{objext}\"" \ " {z80extraobj}" */ #define ASMCMD \ "as-{port} -plosgff \"{objdstfilename}\" \"{dstfilename}{asmext}\"" /* Globals */ PORT z80_port = { TARGET_ID_Z80, "z80", "Zilog Z80", /* Target name */ NULL, /* Processor name */ { glue, FALSE, MODEL_MEDIUM | MODEL_SMALL, MODEL_SMALL }, { /* Assembler */ NULL, ASMCMD, "-plosgffc", /* Options with debug */ "-plosgff", /* Options without debug */ 0, ".asm" }, { /* Linker */ NULL, LINKCMD, NULL, ".o", 1 }, { /* Peephole optimizer */ _z80_defaultRules, 0, 0, 0, 0, z80notUsed }, { /* Sizes: char, short, int, long, ptr, fptr, gptr, bit, float, max */ 1, 2, 2, 4, 2, 2, 2, 1, 4, 4 }, /* tags for generic pointers */ { 0x00, 0x40, 0x60, 0x80 }, /* far, near, xstack, code */ { "XSEG", "STACK", "CODE", "DATA", "ISEG", NULL, /* pdata */ "XSEG", "BSEG", "RSEG", "GSINIT", "OVERLAY", "GSFINAL", "HOME", NULL, /* xidata */ NULL, /* xinit */ NULL, /* const_name */ "CABS", /* cabs_name */ NULL, /* xabs_name */ NULL, /* iabs_name */ NULL, NULL, 1 }, { NULL, NULL }, { -1, 0, 0, 4, 0, 2 }, /* Z80 has no native mul/div commands */ { 0, 2 }, { z80_emitDebuggerSymbol }, { 255, /* maxCount */ 3, /* sizeofElement */ /* The rest of these costs are bogus. They approximate */ /* the behavior of src/SDCCicode.c 1.207 and earlier. */ {4,4,4}, /* sizeofMatchJump[] */ {0,0,0}, /* sizeofRangeCompare[] */ 0, /* sizeofSubtract */ 3, /* sizeofDispatch */ }, "_", _z80_init, _parseOptions, _z80_options, NULL, _finaliseOptions, _setDefaultOptions, z80_assignRegisters, _getRegName, _keywords, 0, /* no assembler preamble */ NULL, /* no genAssemblerEnd */ 0, /* no local IVT generation code */ 0, /* no genXINIT code */ NULL, /* genInitStartup */ _reset_regparm, _reg_parm, _process_pragma, _mangleSupportFunctionName, _hasNativeMulFor, hasExtBitOp, /* hasExtBitOp */ oclsExpense, /* oclsExpense */ TRUE, TRUE, /* little endian */ 0, /* leave lt */ 0, /* leave gt */ 1, /* transform <= to ! > */ 1, /* transform >= to ! < */ 1, /* transform != to !(a == b) */ 0, /* leave == */ TRUE, /* Array initializer support. */ 0, /* no CSE cost estimation yet */ _z80_builtins, /* builtin functions */ GPOINTER, /* treat unqualified pointers as "generic" pointers */ 1, /* reset labelKey to 1 */ 1, /* globals & local static allowed */ PORT_MAGIC }; /* Globals */ PORT gbz80_port = { TARGET_ID_GBZ80, "gbz80", "Gameboy Z80-like", /* Target name */ NULL, { glue, FALSE, MODEL_MEDIUM | MODEL_SMALL, MODEL_SMALL }, { NULL, ASMCMD, "-plosgffc", /* Options with debug */ "-plosgff", /* Options without debug */ 0, ".asm", NULL /* no do_assemble function */ }, { NULL, LINKCMD, NULL, ".o", 1 }, { _gbz80_defaultRules }, { /* Sizes: char, short, int, long, ptr, fptr, gptr, bit, float, max */ 1, 2, 2, 4, 2, 2, 2, 1, 4, 4 }, /* tags for generic pointers */ { 0x00, 0x40, 0x60, 0x80 }, /* far, near, xstack, code */ { "XSEG", "STACK", "CODE", "DATA", "ISEG", NULL, /* pdata */ "XSEG", "BSEG", "RSEG", "GSINIT", "OVERLAY", "GSFINAL", "HOME", NULL, /* xidata */ NULL, /* xinit */ NULL, /* const_name */ "CABS", /* cabs_name */ NULL, /* xabs_name */ NULL, /* iabs_name */ NULL, NULL, 1 }, { NULL, NULL }, { -1, 0, 0, 2, 0, 4 }, /* gbZ80 has no native mul/div commands */ { 0, 2 }, { z80_emitDebuggerSymbol }, { 255, /* maxCount */ 3, /* sizeofElement */ /* The rest of these costs are bogus. They approximate */ /* the behavior of src/SDCCicode.c 1.207 and earlier. */ {4,4,4}, /* sizeofMatchJump[] */ {0,0,0}, /* sizeofRangeCompare[] */ 0, /* sizeofSubtract */ 3, /* sizeofDispatch */ }, "_", _gbz80_init, _parseOptions, _gbz80_options, NULL, _finaliseOptions, _setDefaultOptions, z80_assignRegisters, _getRegName, _keywords, 0, /* no assembler preamble */ NULL, /* no genAssemblerEnd */ 0, /* no local IVT generation code */ 0, /* no genXINIT code */ NULL, /* genInitStartup */ _reset_regparm, _reg_parm, _process_pragma, _mangleSupportFunctionName, _hasNativeMulFor, hasExtBitOp, /* hasExtBitOp */ oclsExpense, /* oclsExpense */ TRUE, TRUE, /* little endian */ 0, /* leave lt */ 0, /* leave gt */ 1, /* transform <= to ! > */ 1, /* transform >= to ! < */ 1, /* transform != to !(a == b) */ 0, /* leave == */ TRUE, /* Array initializer support. */ 0, /* no CSE cost estimation yet */ NULL, /* no builtin functions */ GPOINTER, /* treat unqualified pointers as "generic" pointers */ 1, /* reset labelKey to 1 */ 1, /* globals & local static allowed */ PORT_MAGIC }; sdcc-2.9.0/src/z80/mappings.i000066400000000000000000000250111116427777700156600ustar00rootroot00000000000000static const ASM_MAPPING _asxxxx_gb_mapping[] = { /* We want to prepend the _ */ { "area", ".area _%s" }, { "areacode", ".area _%s" }, { "areadata", ".area _%s" }, { "areahome", ".area _%s" }, { "functionlabeldef", "%s:" }, { "*hl", "(hl)" }, { "di", "di" }, { "ei", "ei" }, { "ldahli", "ld a,(hl+)" }, { "ldahlsp", "lda hl,%d(sp)" }, { "ldaspsp", "lda sp,%d(sp)" }, { "*pair", "(%s)" }, { "shortjp", "jr" }, { "enter", "" }, { "enterx", "lda sp,-%d(sp)" }, { "enterxl", "ld hl,#-%d\n" "\tadd\thl,sp\n" "\tld\tsp,hl" }, { "leave", "" }, { "leavex", "lda sp,%d(sp)" }, { "leavexl", "ld hl,#%d\n" "\tadd\thl,sp\n" "\tld\tsp,hl" }, { "pusha", "push af\n" "\tpush bc\n" "\tpush de\n" "\tpush hl" }, { "popa", "pop hl\n" "\tpop de\n" "\tpop bc\n" "\tpop af" }, { "adjustsp", "lda sp,-%d(sp)" }, { "fileprelude", "" }, { "profileenter", "ld a,#3\n" "\trst\t0x08" }, { "profileexit", "ld a,#4\n" "\trst\t0x08" }, { NULL, NULL } }; static const ASM_MAPPING _asxxxx_z80_mapping[] = { /* We want to prepend the _ */ { "area", ".area _%s" }, { "areacode", ".area _%s" }, { "areadata", ".area _%s" }, { "areahome", ".area _%s" }, { "*ixx", "%d (ix)" }, { "*iyx", "%d (iy)" }, { "*hl", "(hl)" }, { "di", "di" }, { "ei", "ei" }, { "ldahli", "ld a,(hl)\n" "\tinc\thl" }, { "ldahlsp", "ld hl,#%d\n" "\tadd\thl,sp" }, { "ldaspsp", "ld hl,#%d\n" "\tadd\thl,sp\n" "\tld\tsp,hl" }, { "*pair", "(%s)" }, { "shortjp", "jp" }, { "enter", "push\tix\n" "\tld\tix,#0\n" "\tadd\tix,sp" }, { "enterx", "push\tix\n" "\tld\tix,#0\n" "\tadd\tix,sp\n" "\tld\thl,#-%d\n" "\tadd\thl,sp\n" "\tld\tsp,hl" }, { "leave", "pop\tix" }, { "leavex", "ld sp,ix\n" "\tpop\tix" }, { "pusha", "push af\n" "\tpush\tbc\n" "\tpush\tde\n" "\tpush\thl\n" "\tpush\tiy" }, { "popa", "pop iy\n" "\tpop\thl\n" "\tpop\tde\n" "\tpop\tbc\n" "\tpop\taf" }, { "adjustsp", "lda sp,-%d(sp)" }, { "profileenter", "ld a,#3\n" "\trst\t0x08" }, { "profileexit", "ld a,#4\n" "\trst\t0x08" }, { NULL, NULL } }; static const ASM_MAPPING _rgbds_mapping[] = { { "global", "GLOBAL %s" }, { "extern", "GLOBAL %s" }, { "slabeldef", "%s:" }, { "labeldef", "%s:" }, { "tlabeldef", ".l%05d:" }, { "tlabel", ".l%05d" }, { "fileprelude", "; Generated using the rgbds tokens.\n" "\t; We have to define these here as sdcc dosnt make them global by default\n" "\tGLOBAL __mulschar\n" "\tGLOBAL __muluchar\n" "\tGLOBAL __mulint\n" "\tGLOBAL __divschar\n" "\tGLOBAL __divuchar\n" "\tGLOBAL __divsint\n" "\tGLOBAL __divuint\n" "\tGLOBAL __modschar\n" "\tGLOBAL __moduchar\n" "\tGLOBAL __modsint\n" "\tGLOBAL __moduint\n" "\tGLOBAL __mullong\n" "\tGLOBAL __modslong\n" "\tGLOBAL __divslong\n" "\tGLOBAL banked_call\n" "\tGLOBAL banked_ret\n" }, { "functionheader", "; ---------------------------------\n" "; Function %s\n" "; ---------------------------------" }, { "functionlabeldef", "%s:" }, { "zero", "$00" }, { "one", "$01" }, { "area", "SECTION \"%s\",CODE" }, { "areadata", "SECTION \"%F_%s\",BSS" }, { "areacode", "SECTION \"%F_CODE\",%s" }, { "areahome", "SECTION \"%F_HOME\",HOME" }, { "ascii", "DB \"%s\"" }, { "ds", "DS %d" }, { "db", "DB" }, { "dbs", "DB %s" }, { "dw", "DW" }, { "dws", "DW %s" }, { "immed", "" }, { "constbyte", "$%02X" }, { "constword", "$%04X" }, { "immedword", "$%04X" }, { "immedbyte", "$%02X" }, { "hashedstr", "%s" }, { "lsbimmeds", "%s & $FF" }, { "msbimmeds", "%s >> 8" }, { "bankimmeds", "BANK(%s)" }, { "module", "; MODULE %s" }, { NULL, NULL } }; static const ASM_MAPPING _rgbds_gb_mapping[] = { { "pusha", "push af\n" "\tpush bc\n" "\tpush de\n" "\tpush hl" }, { "popa", "pop hl\n" "\tpop de\n" "\tpop bc\n" "\tpop af" }, { "di", "di" }, { "ei", "ei" }, { "adjustsp", "add sp,-%d" }, { "enter", "" }, { "enterx", "add sp,-%d" }, { "leave", "" }, { "leavex", "add sp,%d" }, { "ldahli", "ld a,[hl+]" }, { "*hl", "[hl]" }, { "ldahlsp", "ld hl,[sp+%d]" }, { "ldaspsp", "add sp,%d" }, { "*pair", "[%s]" }, { "shortjp", "jr" }, { NULL, NULL } }; static const ASM_MAPPING _isas_mapping[] = { { "global", "GLOBAL %s" }, { "extern", "GLOBAL %s" }, { "slabeldef", "%s:" }, { "labeldef", "%s:" }, { "tlabeldef", "?l%05d:" }, { "tlabel", "?l%05d" }, { "fileprelude", ";Generated using the isas tokens.\n" "\tLPREFIX '?' ; Treat labels starting with ? as local.\n" "\tONCNUM ; Numbers are hex\n" "\tCAPSOFF ; Case sensitive\n" "\tISDMG ; Gameboy mode\n" "_CODE\tGROUP\n" "\t; We have to define these here as sdcc doesnt make them global by default\n" "\tGLOBAL __mulschar\n" "\tGLOBAL __muluchar\n" "\tGLOBAL __mulint\n" "\tGLOBAL __divschar\n" "\tGLOBAL __divuchar\n" "\tGLOBAL __divsint\n" "\tGLOBAL __divuint\n" "\tGLOBAL __modschar\n" "\tGLOBAL __moduchar\n" "\tGLOBAL __modsint\n" "\tGLOBAL __moduint\n" "\tGLOBAL banked_call\n" "\tGLOBAL banked_ret\n" }, { "functionheader", "; ---------------------------------\n" "; Function %s\n" "; ---------------------------------" }, { "functionlabeldef", "%s:" }, { "zero", "$00" }, { "one", "$01" }, { "area", "%s\tGROUP" }, { "areacode", "_CODE\tGROUP" }, { "areadata", "_DATA\tGROUP" }, { "areahome", "_CODE\tGROUP" }, { "ascii", "DB \"%s\"" }, { "ds", "DS %d" }, { "db", "DB" }, { "dbs", "DB %s" }, { "dw", "DW" }, { "dws", "DW %s" }, { "immed", "" }, { "constbyte", "0x%02X" }, { "constword", "0x%04X" }, { "immedword", "0x%04X" }, { "immedbyte", "0x%02X" }, { "hashedstr", "%s" }, { "lsbimmeds", "%s & 0xFF" }, { "msbimmeds", "%s >> 8" }, { "bankimmeds", "!%s" }, { "module", "; MODULE %s" }, { NULL, NULL } }; static const ASM_MAPPING _isas_gb_mapping[] = { { "pusha", "push af\n" "\tpush bc\n" "\tpush de\n" "\tpush hl" }, { "popa", "pop hl\n" "\tpop de\n" "\tpop bc\n" "\tpop af" }, { "di", "di" }, { "ei", "ei" }, { "adjustsp", "add sp,-%d" }, { "enter", "" }, { "enterx", "add sp,-%d" }, { "leave", "" }, { "leavex", "add sp,%d\n" }, { "ldahli", "ld a,(hli)" }, { "*hl", "(hl)" }, { "ldahlsp", "ldhl sp,%d" }, { "ldaspsp", "add sp,%d" }, { "*pair", "(%s)" }, { "shortjp", "jr" }, { NULL, NULL } }; static const ASM_MAPPING _z80asm_mapping[] = { { "global", "XDEF %s" }, { "extern", "XREF %s" }, { "slabeldef", "\n.%s" }, { "labeldef", "\n.%s" }, { "tlabeldef", "\n.l%N%05d" }, { "tlabel", "l%N%05d" }, { "fileprelude", "; Generated using the z80asm/z88 tokens.\n" "\tXREF __muluchar_rrx_s\n" "\tXREF __mulschar_rrx_s\n" "\tXREF __mulint_rrx_s\n" "\tXREF __mullong_rrx_s\n" "\tXREF __divuchar_rrx_s\n" "\tXREF __divschar_rrx_s\n" "\tXREF __divsint_rrx_s\n" "\tXREF __divuint_rrx_s\n" "\tXREF __divulong_rrx_s\n" "\tXREF __divslong_rrx_s\n" "\tXREF __rrulong_rrx_s\n" "\tXREF __rrslong_rrx_s\n" "\tXREF __rlulong_rrx_s\n" "\tXREF __rlslong_rrx_s\n" }, { "functionheader", "; ---------------------------------\n" "; Function %s\n" "; ---------------------------------" }, { "functionlabeldef", ".%s" }, { "zero", "$00" }, { "one", "$01" }, { "ascii", "DEFM \"%s\"" }, { "ds", "DEFS %d" }, { "db", "DEFB" }, { "dbs", "DEFB %s" }, { "dw", "DEFW" }, { "dws", "DEFB %s" }, { "immed", "" }, { "constbyte", "$%02X" }, { "constword", "$%04X" }, { "immedword", "$%04X" }, { "immedbyte", "$%02X" }, { "hashedstr", "%s" }, { "lsbimmeds", "%s & $FF" }, { "msbimmeds", "%s / 256" }, { "bankimmeds", "BANK(%s)" }, { "module", "MODULE %s" }, { "area", "; Area %s" }, { "areadata", "; Aread BSS" }, { "areacode", "; Area CODE" }, { "areahome", "; Area HOME" }, { NULL, NULL } }; static const ASM_MAPPING _z80asm_z80_mapping[] = { { "*ixx", "(ix%+d)" }, { "*iyx", "(iy%+d)" }, { "*hl", "(hl)" }, { "di", "di" }, { "ei", "ei" }, { "ldahli", "ld a,(hl)\n" "\tinc\thl" }, { "ldahlsp", "ld hl,%d\n" "\tadd\thl,sp" }, { "ldaspsp", "ld hl,%d\n" "\tadd\thl,sp\n" "\tld\tsp,hl" }, { "*pair", "(%s)" }, { "shortjp", "jp" }, { "enter", "push\tix\n" "\tld\tix,0\n" "\tadd\tix,sp" }, { "enterx", "push\tix\n" "\tld\tix,0\n" "\tadd\tix,sp\n" "\tld\thl,-%d\n" "\tadd\thl,sp\n" "\tld\tsp,hl" }, { "leave", "pop\tix" }, { "leavex", "ld sp,ix\n" "\tpop\tix" }, { "pusha", "push af\n" "\tpush\tbc\n" "\tpush\tde\n" "\tpush\thl\n" "\tpush\tiy" }, { "popa", "pop\tiy\n" "\tpop\thl\n" "\tpop\tde\n" "\tpop\tbc\n" "\tpop\taf" }, { "adjustsp", "lda sp,(sp%+d)" }, { "profileenter", "ld a,3\n" "\trst\t$08" }, { "profileexit", "ld a,4\n" "\trst\t$08" }, { NULL, NULL } }; static const ASM_MAPPINGS _isas = { NULL, _isas_mapping }; const ASM_MAPPINGS _isas_gb = { &_isas, _isas_gb_mapping }; static const ASM_MAPPINGS _rgbds = { NULL, _rgbds_mapping }; const ASM_MAPPINGS _rgbds_gb = { &_rgbds, _rgbds_gb_mapping }; const ASM_MAPPINGS _asxxxx_gb = { &asm_asxxxx_mapping, _asxxxx_gb_mapping }; const ASM_MAPPINGS _asxxxx_z80 = { &asm_asxxxx_mapping, _asxxxx_z80_mapping }; static const ASM_MAPPINGS _z80asm = { NULL, _z80asm_mapping }; const ASM_MAPPINGS _z80asm_z80 = { &_z80asm, _z80asm_z80_mapping }; sdcc-2.9.0/src/z80/peep.c000066400000000000000000000364711116427777700150010ustar00rootroot00000000000000/*------------------------------------------------------------------------- peep.c - source file for peephole optimizer helper functions Written By - Philipp Klaus Krause This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "common.h" #include "SDCCicode.h" #include "z80.h" #include "SDCCglobl.h" #include "SDCCpeeph.h" #include "gen.h" #define NOTUSEDERROR() do {werror(E_INTERNAL_ERROR, __FILE__, __LINE__, "error in notUsed()");} while(0) /*#define D(_s) { printf _s; fflush(stdout); }*/ #define D(_s) typedef enum { S4O_CONDJMP, S4O_WR_OP, S4O_RD_OP, S4O_TERM, S4O_VISITED, S4O_ABORT, S4O_CONTINUE } S4O_RET; static struct { lineNode *head; } _G; /*-----------------------------------------------------------------*/ /* univisitLines - clear "visited" flag in all lines */ /*-----------------------------------------------------------------*/ static void unvisitLines (lineNode *pl) { for (; pl; pl = pl->next) pl->visited = FALSE; } #define AOP(op) op->aop #define AOP_SIZE(op) AOP(op)->size static bool isReturned(const char *what) { symbol *sym; sym_link *sym_lnk; int size; lineNode *l; if(strncmp(what, "iy", 2) == 0) return FALSE; if(strlen(what) != 1) return TRUE; l = _G.head; do { l = l->next; } while(l->isComment || l->ic == NULL || l->ic->op != FUNCTION); sym = OP_SYMBOL(IC_LEFT(l->ic)); if(sym && IS_DECL(sym->type)) { // Find size of return value. specifier *spec; if(sym->type->select.d.dcl_type != FUNCTION) NOTUSEDERROR(); spec = &(sym->etype->select.s); if(spec->noun == V_VOID) size = 0; else if(spec->noun == V_CHAR) size = 1; else if(spec->noun == V_INT && !(spec->b_long)) size = 2; else size = 4; // Check for returned pointer. sym_lnk = sym->type; while (sym_lnk && !IS_PTR (sym_lnk)) sym_lnk = sym_lnk->next; if(IS_PTR(sym_lnk)) size = 2; } else { NOTUSEDERROR(); size = 4; } switch(*what) { case 'd': return(size >= 4); case 'e': return(size >= 3); case 'h': return(size >= 2); case 'l': return(size >= 1); default: return FALSE; } } /*-----------------------------------------------------------------*/ /* incLabelJmpToCount - increment counter "jmpToCount" in entry */ /* of the list labelHash */ /*-----------------------------------------------------------------*/ static bool incLabelJmpToCount (const char *label) { labelHashEntry *entry; entry = getLabelRef (label, _G.head); if (!entry) return FALSE; entry->jmpToCount++; return TRUE; } /*-----------------------------------------------------------------*/ /* findLabel - */ /* 1. extracts label in the opcode pl */ /* 2. increment "label jump-to count" in labelHash */ /* 3. search lineNode with label definition and return it */ /*-----------------------------------------------------------------*/ static lineNode * findLabel (const lineNode *pl) { char *p; lineNode *cpl; /* 1. extract label in opcode */ /* In each mcs51 jumping opcode the label is at the end of the opcode */ p = strlen (pl->line) - 1 + pl->line; /* scan backward until ',' or '\t' */ for (; p > pl->line; p--) if (*p == ',' || *p == '\t') break; /* sanity check */ if (p == pl->line) { NOTUSEDERROR(); return NULL; } /* skip ',' resp. '\t' */ ++p; /* 2. increment "label jump-to count" */ if (!incLabelJmpToCount (p)) return NULL; /* 3. search lineNode with label definition and return it */ for (cpl = _G.head; cpl; cpl = cpl->next) { if ( cpl->isLabel && strncmp (p, cpl->line, strlen(p)) == 0) { return cpl; } } return NULL; } /* Check if reading arg implies reading what. */ static bool argCont(const char *arg, const char *what) { return (arg[0] == '#') ? FALSE : strstr(arg, what) != NULL; } static bool z80MightRead(const lineNode *pl, const char *what) { if(strcmp(what, "iyl") == 0 || strcmp(what, "iyh") == 0) what = "iy"; if(strcmp(pl->line, "call\t__initrleblock") == 0) return TRUE; if(strncmp(pl->line, "call\t", 5) == 0 && strchr(pl->line, ',') == 0) return FALSE; if(strncmp(pl->line, "ret", 3) == 0 && !isReturned(what)) return FALSE; if(strcmp(pl->line, "ex\tde,hl") == 0 && strchr(what, 'h') == 0 && strchr(what, 'l') == 0 && strchr(what, 'd') == 0&& strchr(what, 'e') == 0) return FALSE; if(strncmp(pl->line, "ld\t", 3) == 0) { if(strstr(strchr(pl->line, ','), what) && strchr(pl->line, ',')[1] != '#') return TRUE; if(*(strchr(pl->line, ',') - 1) == ')' && strstr(pl->line + 3, what) && (strchr(pl->line, '#') == 0 || strchr(pl->line, '#') > strchr(pl->line, ','))) return TRUE; return FALSE; } if(strcmp(pl->line, "xor\ta,a") == 0) return FALSE; if(strncmp(pl->line, "adc\t", 4) == 0 || strncmp(pl->line, "add\t", 4) == 0 || strncmp(pl->line, "and\t", 4) == 0 || strncmp(pl->line, "sbc\t", 4) == 0 || strncmp(pl->line, "sub\t", 4) == 0 || strncmp(pl->line, "xor\t", 4) == 0) { if(argCont(pl->line + 4, what)) return TRUE; if(strstr(pl->line + 4, "hl") == 0 && strcmp("a", what) == 0) return TRUE; return FALSE; } if(strncmp(pl->line, "or\t", 3) == 0) { if(argCont(pl->line + 3, what)) return TRUE; if(strcmp("a", what) == 0) return TRUE; return FALSE; } if(strncmp(pl->line, "pop\t", 4) == 0) return FALSE; if(strncmp(pl->line, "push\t", 5) == 0) return(strstr(pl->line + 5, what) != 0); if( strncmp(pl->line, "dec\t", 4) == 0 || strncmp(pl->line, "inc\t", 4) == 0 || strncmp(pl->line, "rl\t", 4) == 0 || strncmp(pl->line, "rr\t", 4) == 0 || strncmp(pl->line, "sla\t", 4) == 0 || strncmp(pl->line, "sra\t", 4) == 0 || strncmp(pl->line, "srl\t", 4) == 0) { return (argCont(pl->line + 4, what)); } if( strncmp(pl->line, "rl\t", 3) == 0 || strncmp(pl->line, "rr\t", 3) == 0) { return (argCont(pl->line + 3, what)); } if(strncmp(pl->line, "jp\t", 3) == 0 || (bool)(strncmp(pl->line, "jr\t", 3)) == 0) return FALSE; if(strncmp(pl->line, "djnz\t", 5) == 0) return(strchr(what, 'b') != 0); if(strncmp(pl->line, "rla", 3) == 0 || strncmp(pl->line, "rlca", 4) == 0) return(strcmp(what, "a") == 0); return TRUE; } static bool z80UncondJump(const lineNode *pl) { if((strncmp(pl->line, "jp\t", 3) == 0 || strncmp(pl->line, "jr\t", 3) == 0) && strchr(pl->line, ',') == 0) return TRUE; return FALSE; } static bool z80CondJump(const lineNode *pl) { if(((strncmp(pl->line, "jp\t", 3) == 0 || strncmp(pl->line, "jr\t", 3) == 0) && strchr(pl->line, ',') != 0) || strncmp(pl->line, "djnz\t", 5) == 0) return TRUE; return FALSE; } static bool z80SurelyWrites(const lineNode *pl, const char *what) { if(strcmp(pl->line, "xor\ta,a") == 0 && strcmp(what, "a") == 0) return TRUE; if(strncmp(pl->line, "ld\t", 3) == 0 && strncmp(pl->line + 3, "hl", 2) == 0 && (what[0] == 'h' || what[0] == 'l')) return TRUE; if(strncmp(pl->line, "ld\t", 3) == 0 && strncmp(pl->line + 3, "de", 2) == 0 && (what[0] == 'd' || what[0] == 'e')) return TRUE; if(strncmp(pl->line, "ld\t", 3) == 0 && strncmp(pl->line + 3, "bc", 2) == 0 && (what[0] == 'b' || what[0] == 'c')) return TRUE; if(strncmp(pl->line, "ld\t", 3) == 0 && strncmp(pl->line + 3, what, strlen(what)) == 0 && pl->line[3 + strlen(what)] == ',') return TRUE; if(strncmp(pl->line, "pop\t", 4) == 0 && strstr(pl->line + 4, what)) return TRUE; if(strncmp(pl->line, "call\t", 5) == 0 && strchr(pl->line, ',') == 0) return TRUE; if(strcmp(pl->line, "ret") == 0) return TRUE; if(strncmp(pl->line, "ld\tiy", 5) == 0 && strncmp(what, "iy", 2) == 0) return TRUE; return FALSE; } static bool z80SurelyReturns(const lineNode *pl) { if(strcmp(pl->line, "\tret") == 0) return TRUE; return FALSE; } /*-----------------------------------------------------------------*/ /* scan4op - "executes" and examines the assembler opcodes, */ /* follows conditional and un-conditional jumps. */ /* Moreover it registers all passed labels. */ /* */ /* Parameter: */ /* lineNode **pl */ /* scanning starts from pl; */ /* pl also returns the last scanned line */ /* const char *pReg */ /* points to a register (e.g. "ar0"). scan4op() tests for */ /* read or write operations with this register */ /* const char *untilOp */ /* points to NULL or a opcode (e.g. "push"). */ /* scan4op() returns if it hits this opcode. */ /* lineNode **plCond */ /* If a conditional branch is met plCond points to the */ /* lineNode of the conditional branch */ /* */ /* Returns: */ /* S4O_ABORT */ /* on error */ /* S4O_VISITED */ /* hit lineNode with "visited" flag set: scan4op() already */ /* scanned this opcode. */ /* S4O_FOUNDOPCODE */ /* found opcode and operand, to which untilOp and pReg are */ /* pointing to. */ /* S4O_RD_OP, S4O_WR_OP */ /* hit an opcode reading or writing from pReg */ /* S4O_CONDJMP */ /* hit a conditional jump opcode. pl and plCond return the */ /* two possible branches. */ /* S4O_TERM */ /* acall, lcall, ret and reti "terminate" a scan. */ /*-----------------------------------------------------------------*/ static S4O_RET scan4op (lineNode **pl, const char *what, const char *untilOp, lineNode **plCond) { for (; *pl; *pl = (*pl)->next) { if (!(*pl)->line || (*pl)->isDebug || (*pl)->isComment || (*pl)->isLabel) continue; D(("Scanning %s for %s\n", (*pl)->line, what)); /* don't optimize across inline assembler, e.g. isLabel doesn't work there */ if ((*pl)->isInline) return S4O_ABORT; if ((*pl)->visited) return S4O_VISITED; (*pl)->visited = TRUE; if(z80MightRead(*pl, what)) { D(("S4O_RD_OP\n")); return S4O_RD_OP; } if(z80UncondJump(*pl)) { *pl = findLabel (*pl); if (!*pl) { D(("S4O_ABORT\n")); return S4O_ABORT; } } if(z80CondJump(*pl)) { *plCond = findLabel (*pl); if (!*plCond) { D(("S4O_ABORT\n")); return S4O_ABORT; } D(("S4O_CONDJMP\n")); return S4O_CONDJMP; } if(z80SurelyWrites(*pl, what)) { D(("S4O_WR_OP\n")); return S4O_WR_OP; } /* Don't need to check for de, hl since z80MightRead() does that */ if(z80SurelyReturns(*pl)) { D(("S4O_TERM\n")); return S4O_TERM; } } D(("S4O_ABORT\n")); return S4O_ABORT; } /*-----------------------------------------------------------------*/ /* doTermScan - scan through area 2. This small wrapper handles: */ /* - action required on different return values */ /* - recursion in case of conditional branches */ /*-----------------------------------------------------------------*/ static bool doTermScan (lineNode **pl, const char *what) { lineNode *plConditional; for (;; *pl = (*pl)->next) { switch (scan4op (pl, what, NULL, &plConditional)) { case S4O_TERM: case S4O_VISITED: case S4O_WR_OP: /* all these are terminating condtions */ return TRUE; case S4O_CONDJMP: /* two possible destinations: recurse */ { lineNode *pl2 = plConditional; D(("CONDJMP trying other branch first\n")); if (!doTermScan (&pl2, what)) return FALSE; D(("Other branch OK.\n")); } continue; case S4O_RD_OP: default: /* no go */ return FALSE; } } } static bool isReg(const char *what) { if(strcmp(what, "iyl") == 0 || strcmp(what, "iyh") == 0) return TRUE; if(strlen(what) != 1) return FALSE; switch(*what) { case 'a': case 'b': case 'c': case 'd': case 'e': case 'h': case 'l': return TRUE; } return FALSE; } static bool isRegPair(const char *what) { if(strlen(what) != 2) return FALSE; if(strcmp(what, "bc") == 0) return TRUE; if(strcmp(what, "de") == 0) return TRUE; if(strcmp(what, "hl") == 0) return TRUE; if(strcmp(what, "iy") == 0) return TRUE; return FALSE; } /* Check that what is never read after endPl. */ bool z80notUsed (const char *what, lineNode *endPl, lineNode *head) { lineNode *pl; D(("Checking for %s\n", what)); if(isRegPair(what)) { char low[2], high[2]; low[0] = what[1]; high[0] = what[0]; low[1] = 0; high[1] = 0; if(strcmp(what, "iy") == 0) return(z80notUsed("iyl", endPl, head) && z80notUsed("iyh", endPl, head)); return(z80notUsed(low, endPl, head) && z80notUsed(high, endPl, head)); } if(!isReg(what)) return FALSE; _G.head = head; unvisitLines (_G.head); pl = endPl->next; if (!doTermScan (&pl, what)) return FALSE; return TRUE; } sdcc-2.9.0/src/z80/peep.h000066400000000000000000000022631116427777700147760ustar00rootroot00000000000000/*------------------------------------------------------------------------- peep.h - header file for peephole optimizer helper functions Written By - Philipp Klaus Krause This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ bool z80notUsed(const char *what, lineNode *endPl, lineNode *head); sdcc-2.9.0/src/z80/peeph-gbz80.def000066400000000000000000000302331116427777700164030ustar00rootroot00000000000000// Due to major changes in the Z80 peepholes the old peepholes from peeph.def have been moved here. // All new peepholes went into peeph-z80.def. A GBZ80 expert should look into this files and peeph-z80.def // And move peepholes that are useful and correct for both Z80 and GBZ80 into peeph.def. // peeph.def - Common Z80 and gbz80 peephole rules // // // (c) Philipp Klaus Krause (pkk@spth.de, philipp@colecovision.eu) 2006 - 2007 // // This program is free software; you can redistribute it and/or modify it // under the terms of the GNU General Public License as published by the // Free Software Foundation; either version 2, or (at your option) any // later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with this program; if not, write to the Free Software // Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. replace restart { ld %1,%1 } by { ; peephole 1 removed redundant load. } if notVolatile(%1) replace restart { jp NC,%1 jp %2 %1: } by { jp C,%2 ; peephole 3 removed jp by using inverse jump logic %1: } if labelRefCountChange(%1 -1) replace restart { jp C,%1 jp %2 %1: } by { jp NC,%2 ; peephole 4 removed jp by using inverse jump logic %1: } if labelRefCountChange(%1 -1) replace restart { jp NZ,%1 jp %2 %1: } by { jp Z,%2 ; peephole 5 removed jp by using inverse jump logic %1: } if labelRefCountChange(%1 -1) replace restart { jp Z,%1 jp %2 %1: } by { jp NZ,%2 ; peephole 6 removed jp by using inverse jump logic %1: } if labelRefCountChange(%1 -1) replace restart { jp %5 } by { jp %6 ; peephole 7 redirected jump-to-jump at %5 by jump to %6 } if labelIsUncondJump(), labelRefCountChange(%5 -1), labelRefCountChange(%6 +1) replace restart { jp %1,%5 } by { jp %1,%6 ; peephole 8 redirected jump-to-jump at %5 by jump to %6 } if labelIsUncondJump(), labelRefCountChange(%5 -1), labelRefCountChange(%6 +1) replace restart { ld %2,%3 jp %4 %5: ld %2,%3 %4: } by { ; peephole 9 removed jump and redundant load. %5: ld %2,%3 %4: } if labelRefCountChange(%4 -1) replace restart { xor a,a ld a,#0x00 } by { xor a,a ; peephole 10 removed redundant load of 0 into a. } replace { ld e,#0x%1 ld d,#0x%2 } by { ld de,#0x%2%1 ; peephole 11 combined constant loads into register pair. } replace { ld l,#0x%1 ld h,#0x%2 } by { ld hl,#0x%2%1 ; peephole 12 combined constant loads into register pair. } replace { ld c,#0x%1 ld b,#0x%2 } by { ld bc,#0x%2%1 ; peephole 13 combined constant loads into register pair. } replace restart { ld %1,a ld a,%1 } by { ld %1,a ; peephole 14 removed redundant load from %1 into a. } if notVolatile(%1) // This gives many false negatives and without the test no problems are encountered in the regression tests // Maybe we can try this after 2.7.0 release replace restart { ld a,%1 ld %1,a } by { ld a,%1 ; peephole 15 removed redundant load from a into %1. } if notVolatile(%1) // This gives many false negatives and without the test no problems are encountered in the regression tests // Maybe we can try this after 2.7.0 release replace restart { ld %2,%3 ld a,%2 and a,%1 ld %2,%4 } by { ld a,%3 ; peephole 16 moved %3 directly into a instead of going through %2. and a,%1 ld %2,%4 } if notVolatile(%2), operandsNotSame replace restart { ld %1,a ld a,%2 or a,%1 } by { ld %1,a or a,%2 ; peephole 17 removed load by reordering or arguments. } if notVolatile(%1) replace restart { ld %1,a xor a,a or a,%1 } by { ld %1,a or a,a ; peephole 18 used value still in a instead of loading it from %1. } replace restart { or a,%1 or a,a } by { or a,%1 ; peephole 19 removed redundant or after or. } replace restart { and a,%1 or a,a } by { and a,%1 ; peephole 20 removed redundant or after and. } replace restart { xor a,%1 or a,a } by { xor a,%1 ; peephole 21 removed redundant or after xor. } replace restart { ld %1,a and a,%2 ld %1,a } by { ; peephole 22 removed redundant load into %1. and a,%2 ld %1,a } if notVolatile(%1) replace { ld %1,%2 ld a,%2 } by { ld a,%2 ld %1,a ; peephole 23 load value in a first and use it next } if notVolatile(%1 %2) replace restart { ld %1,%2 ld %3,%4 ld %2,%1 ld %4,%3 } by { ld %1,%2 ld %3,%4 ; peephole 24 removed redundant load from %3%1 into %4%2 } if notVolatile(%1 %2 %3 %4) replace restart { ld b,%1 ld a,b pop bc } by { ld a,%1 ; peephole 25 removed load into b pop bc } replace restart { ld c,%1 ld a,c pop bc } by { ld a,%1 ; peephole 26 removed load into c pop bc } replace restart { ld d,%1 ld a,d pop de } by { ld a,%1 ; peephole 27 removed load into d pop de } replace restart { ld e,%1 ld a,e pop de } by { ld a,%1 ; peephole 28 removed load into e pop de } replace restart { ld h,%1 ld a,h pop hl } by { ld a,%1 ; peephole 29 removed load into h pop hl } replace restart { ld l,%1 ld a,l pop hl } by { ld a,%1 ; peephole 30 removed load into l pop hl } replace restart { ld a,c push af inc sp ld a,#%2 push af inc sp call %3 } by { ld b,c ld c,#%2 push bc ; peephole 31 moved and pushed arguments c and #%2 through bc instead of pushing them individually. call %3 } replace restart { ld a,e push af inc sp ld a,#%2 push af inc sp call %3 } by { ld d,e ld e,#%2 push de ; peephole 32 moved and pushed arguments e and #%2 through de instead of pushing them individually. call %3 } replace restart { ld a,%1 sub a,%2 jp %3,%4 ld a,%1 } by { ld a,%1 cp a,%2 jp %3,%4 ; peephole 33 removed load by replacing sub with cp assert a=%1 } if notVolatile(%1) replace restart { assert a=%1 sub a,%2 jp %3,%4 ld a,%1 } by { cp a,#%2 jp %3,%4 ; peephole 34 removed load by replacing sub with cp assert a=%1 } replace restart { assert a=%1 } by { } replace restart { sub a,#0xFF jp Z,%1 } by { inc a ; peephole 35 replaced sub a,#0xFF by inc a. jp Z,%1 } replace restart { sub a,#0xFF jp NZ,%1 } by { inc a ; peephole 36 replaced sub a,#0xFF by inc a. jp NZ,%1 } replace restart { ld bc,#%1 + %2 ld a,c add a,%3 ld c,a ld a,b adc a,%4 ld b,a } by { ld a,#<(%1 + %2) add a,%3 ld c,a ld a,#>(%1 + %2) ; peephole 37 directly used (%1 + %2) in calculation instead of placing it in bc first. adc a,%4 ld b,a } replace restart { ld de,#%1 + %2 ld a,e add a,%3 ld e,a ld a,d adc a,%4 ld d,a } by { ld a,#<(%1 + %2) add a,%3 ld e,a ld a,#>(%1 + %2) ; peephole 38 directly used (%1 + %2) in calculation instead of placing it in de first. adc a,%4 ld d,a } replace restart { rlca ld a,#0x00 rla } by { rlca and a,#0x01 ; peephole 39 replaced zero load, rla by and since rlca writes the same value to carry bit and least significant bit. } replace restart { ld %1,%2 push %1 pop %4 ld %1,%3 } by { ld %4,%2 ; peephole 40 moved %2 directly into de instead of going through %1. ld %1,%3 } replace restart { add a,#0x00 ld %2,a ld a,%3 adc a,%4 } by { ; peephole 41 removed lower part of multibyte addition. ld %2,a ld a,%3 add a,%4 } replace restart { ld %1,a ld a,%2 add a,%1 ld %1,a } by { ; peephole 42 removed loads by exploiting commutativity of addition. add a,%2 ld %1,a } if notVolatile(%1) // sdcc does not use the H flag. sla resets it, while add sets it. // To ensure that the state of the H flag is not changed by this // peephole uncomment the add %3, %4 at the end (since it overwrite the H flag). replace restart { ld %1, a sla %1 ld a, %2 //add %3, %4 } by { add a, a ; peephole 42a shifts in accumulator insted of %1 ld %1, a ld a, %2 //add %3, %4 } replace restart { ld %1,a ld a,%2 add a,%1 } by { ld %1, a ; peephole 43 removed load by exploiting commutativity of addition. add a,%2 } replace restart { or a,%1 jp NZ,%2 xor a,a or a,%3 } by { or a,%1 jp NZ,%2 ; peephole 44 removed redundant zeroing of a (which has just been tested to be #0x00). or a,%3 } replace restart { or a,%1 jp NZ,%2 ld %3,#0x00 } by { or a,%1 jp NZ,%2 ld %3,a ; peephole 45 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { and a,%1 jp NZ,%2 ld %3,#0x00 } by { and a,%1 jp NZ,%2 ld %3,a ; peephole 46 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { sub a,%1 jp NZ,%2 ld %3,#0x00 } by { sub a,%1 jp NZ,%2 ld %3,a ; peephole 47 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { dec a jp NZ,%1 ld %2,#0x00 } by { dec a jp NZ,%1 ld %2,a ; peephole 48 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { or a,%1 jp NZ,%2 ld a,%3 or a,a } by { or a,%1 jp NZ,%2 or a,%3 ; peephole 49 shortened or using a (which has just been tested to be #0x00). } replace restart { and a,%1 jp NZ,%2 ld a,%3 or a,a } by { and a,%1 jp NZ,%2 or a,%3 ; peephole 50 shortened or using a (which has just been tested to be #0x00). } replace restart { sub a,%1 jp NZ,%2 ld a,%3 or a,a } by { sub a,%1 jp NZ,%2 or a,%3 ; peephole 51 shortened or using a (which has just been tested to be #0x00). } replace restart { dec a jp NZ,%1 ld a,%2 or a,a } by { dec a jp NZ,%1 or a,%2 ; peephole 52 shortened or using a (which has just been tested to be #0x00). } replace restart { or a,%1 jp NZ,%2 push %3 ld %4,#0x00 } by { or a,%1 jp NZ,%2 push %3 ld %4,a ; peephole 53 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { and a,%1 jp NZ,%2 push %3 ld %4,#0x00 } by { sub a,%1 jp NZ,%2 push %3 ld %4,a ; peephole 54 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { sub a,%1 jp NZ,%2 push %3 ld %4,#0x00 } by { sub a,%1 jp NZ,%2 push %3 ld %4,a ; peephole 55 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { dec a jp NZ,%1 push %2 ld %3,#0x00 } by { dec a jp NZ,%1 push %2 ld %3,a ; peephole 56 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { ld de,#%1 + %2 inc de inc de inc de } by { ld de,#%1 + %2 + 3 ; peephole 57 moved triple increment of de to constant. } replace restart { ld de,#%1 + %2 inc de inc de } by { ld de,#%1 + %2 + 2 ; peephole 58 moved double increment of de to constant. } replace restart { ld de,#%1 + %2 inc de } by { ld de,#%1 + %2 + 1 ; peephole 59 moved increment of de to constant. } replace restart { ld bc,#%1 + %2 inc bc inc bc inc bc } by { ld bc,#%1 + %2 + 3 ; peephole 60 moved triple increment of bc to constant. } replace restart { ld bc,#%1 + %2 inc bc inc bc } by { ld bc,#%1 + %2 + 2 ; peephole 61 moved double increment of bc to constant. } replace restart { ld bc,#%1 + %2 inc bc } by { ld bc,#%1 + %2 + 1 ; peephole 62 moved increment of bc to constant. } replace restart { ld bc,#%1 ld a,c add a,#0x%2 ld c,a ld a,b adc a,#0x%3 ld b,a } by { ld bc,#%1 + 0x%3%2 ; peephole 63 moved addition of constant 0x%3%2 to bc to constant. } replace restart { ld bc,#%1 + %4 ld a,c add a,#0x%2 ld c,a ld a,b adc a,#0x%3 ld b,a } by { ld bc,#%1 + %4 + 0x%3%2 ; peephole 64 moved addition of constant 0x%3%2 to bc to constant. } replace restart { call %1 ret } by { jp %1 ; peephole 65 replaced call at end of function by jump. } // Callee saves ix. replace restart { call %1 pop ix ret } by { pop ix jp %1 ; peephole 66 replaced call at end of function by jump moving call beyond pop ix. } // Old gbz80 rules from here onward replace { ld (hl),a dec hl } by { ld (hl-),a } replace { ld (hl),a inc hl } by { ld (hl+),a } replace { ld a,(hl) inc hl } by { ld a,(hl+) } replace { ld a,[hl] inc hl } by { ld a,[hl+] } replace { ld a,[hl] inc hl } by { ld a,[hl+] } replace { ld [hl],a inc hl } by { ld [hl+],a } replace { ld [hl],a dec hl } by { ld [hl-],a } replace { ld (hl+),a ld (hl),d dec hl ld e,(hl) inc hl ld d,(hl) ld a,(de) } by { ld (hl+),a ld (hl),d ld e,a ld a,(de) } replace { ld (hl),a ld %1,(hl) } by { ld (hl),a ld %1,a } replace { ld (hl),a inc de ld a,(de) inc hl } by { ld (hl+),a inc de ld a,(de) } sdcc-2.9.0/src/z80/peeph-z80.def000066400000000000000000000651571116427777700161070ustar00rootroot00000000000000// peeph.def - Common Z80 and gbz80 peephole rules // // These peepholes could be potentially moved to peeph.def, but a GBZ80 expert // Should have a look at them before. // // (c) Philipp Klaus Krause (pkk@spth.de, philipp@colecovision.eu) 2006 - 2008 // // This program is free software; you can redistribute it and/or modify it // under the terms of the GNU General Public License as published by the // Free Software Foundation; either version 2, or (at your option) any // later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with this program; if not, write to the Free Software // Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. replace restart { ld %1,%1 } by { ; peephole -1 removed redundant load. } if notVolatile(%1) // This one doesn't work currently since the peephole optimizer can't match lines generated by multiline macros: Bug #1570701 //replace restart { // pop af // ld sp,%1 //} by { // ; peephole -1a eleminated dead pop. // ld sp,%1 //} if notUsed('a') replace restart { ld %1,%2 } by { ; peephole 0a removed dead load from %2 into %1. } if notVolatile(%1), notUsed(%1) // Should probably check for notVolatile(%2), too, but gives many false positives and no regression tests fail. replace restart { ld %1,%2 ld a,%1 } by { ; peephole 0b loaded %2 into a directly instead of going through %1. ld a,%2 } if notVolatile(%1), notUsed(%1) replace restart { ld %1,%2 (%3) ld a,%1 } by { ; peephole 0c loaded %2 (%3) into a directly instead of going through %1. ld a,%2 (%3) } if notVolatile(%1), notUsed(%1) replace restart { ld %1,#%2 ld a,%3 (%1) } by { ; peephole 0d loaded %2 into a directly instead of going through %1. ld a,(#%2+%3) } if notUsed(%1) replace restart { srl %1 ld a,%1 } by { ld a,%1 ; peephole 0e shifted in a instead of %1. srl a } if notVolatile(%1), notUsed(%1) replace restart { ld %1,(hl) ld a,%2 (%3) sub a,%1 } by { ld a,%2 (%3) ; peephole 0f used (hl) in sub directly instead of going through %1. sub a,(hl) } if notVolatile(%1), notUsed(%1) replace restart { inc bc ld l,c ld h,b } by { ld l,c ld h,b ; peephole 0g incremented in hl instead of bc. inc hl } if notUsed('bc') // Catch double and triple incs before later peepholes introduce an ex de,hl in here. replace restart { inc de inc de ld l,e ld h,d } by { ld l,e ld h,d ; peephole 0h' incremented in hl instead of de. inc hl inc hl } if notUsed('de') replace restart { inc de ld l,e ld h,d } by { ld l,e ld h,d ; peephole 0h incremented in hl instead of de. inc hl } if notUsed('de') replace restart { ld e,%1 ld d,%2 ld l,e ld h,d } by { ; peephole 0i loaded %2%1 into hl directly instead of going through de. ld l,%1 ld h,%2 } if notUsed('de') replace restart { ld bc,#%2 + %3 ld a,(bc) ld c,a } by { ; peephole 0j used hl for #%2 + %3 instead of bc, not going through a. ld hl,#%2 + %3 ld c,(hl) } if notUsed('a'), notUsed('hl') replace restart { ld de,#%2 + %3 ld a,(de) ld e,a } by { ; peephole 0j' used hl for #%2 + %3 instead of de, not going through a. ld hl,#%2 + %3 ld e,(hl) } if notUsed('a'), notUsed('hl') replace restart { ex de,hl push hl } by { ; peephole 0k pushed de directly instead of going through hl. push de } if notUsed('de'), notUsed('hl') replace restart { ex de,hl push de } by { ; peephole 0k' pushed hl directly instead of going through de. push hl } if notUsed('de'), notUsed('hl') replace restart { ld l,%1 ld h,d push hl } by { ; peephole 0k'' pushed de instead of hl removing a load. ld e,%1 push de } if notUsed('hl'), notUsed('e') replace restart { ex de,hl push bc push de } by { ; peephole 0l pushed hl directly instead of going through de. push bc push hl } if notUsed('de'), notUsed('hl') replace restart { ld l,c ld h,b push hl } by { ; peephole 0m pushed bc directly instead of going through hl. push bc } if notUsed('hl') replace restart { ld l,%1 ld h,b push hl } by { ; peephole 0m' pushed bc instead of hl removing a load. ld c,%1 push bc } if notUsed('hl'), notUsed('c') replace restart { ld c,a push de ld a,c } by { ; peephole 0n removed redundant load of a through c. push de } if notUsed('c') replace restart { ld c,e ld b,d ld a,(bc) } by { ; peephole 0o used de directly instead of going through bc. ld a,(de) } if notUsed('bc') replace restart { pop de ld l,e ld h,d } by { ; peephole 0p popped hl directly instead of going through de. pop hl } if notUsed('de') replace restart { ld %1,a ld %2 (%3),%1 } by { ; peephole 0q loaded a into %2 (%3) directly instead of going through %1. ld %2 (%3),a } if notVolatile(%1), notUsed(%1) replace restart { ld %1 (ix),%2 ld %3, %1 (ix) } by { ; peephole 0r loaded %3 from %2 instead of going through %1 (ix). ld %1 (ix),%2 ld %3, %2 } // Don't need to check for volatile, since ix is used for the stack. replace restart { ld %1, %2 (%3) ld b, %1 } by { ; peephole 0s loaded b from %2 (%3) instead of going through %1. ld b, %2 (%3) } if notVolatile(%1), notUsed(%1) replace restart { ld %1,a ld %2,%3 ld %4,%1 } by { ; peephole 0t loaded %4 from a instead of going through %1. ld %1,a ld %2,%3 ld %4,a } if notVolatile(%1), operandsNotRelated(%1 %3), operandsNotRelated(%1 %2) replace restart { ld %1,a ld a,%2 adc a,#%3 ld %4,%1 } by { ld %1,a ; peephole 0t' loaded %4 from a instead of going through %1. ld %4,a ld a,%2 adc a,#%3 } if notVolatile(%1), operandsNotRelated(%1 %2), operandsNotRelated(%4 %2) replace restart { ld %1,a ld a,#%2 adc a,#%3 ld %4,%1 } by { ld %1,a ; peephole 0t'' loaded %4 from a instead of going through %1. ld %4,a ld a,#%2 adc a,#%3 } if notVolatile(%1) replace restart { ld %1,(hl) ld e,%1 } by { ; peephole 0u loaded e from (hl) instead of going through %1. ld e,(hl) } if notUsed(%1) replace restart { ld %1,l ld %2 (%3),%1 } by { ; peephole 0v loaded %2 (%3) from l instead of going through %1. ld %2 (%3),l } if notUsed(%1) replace restart { ld l,%1 (ix) ld h,%2 (ix) ld %3,(hl) srl %3 ld l,%1 (ix) ld h,%2 (ix) ld (hl),%3 } by { ld l,%1 (ix) ld h,%2 (ix) ; peephole 0w shifted (hl) in place. srl (hl) ld %3,(hl) } if notVolatile(%3) // Don't check for volatile since ix points to the stack. replace restart { push af inc sp ld a,e push af inc sp } by { ; peephole 0x pushed de instead of pushing a twice. ld d,a push de } if notUsed('d'), notUsed('a') replace restart { push af inc sp ld a,c push af inc sp } by { ; peephole 0y pushed bc instead of pushing a twice. ld b,a push bc } if notUsed('b'), notUsed('a') replace restart { ld a,#%1 ld d,a } by { ; peephole 0z loaded #%1 into d directly instead of going through a. ld d,#%1 } if notUsed('a') replace restart { ld a,%1 (ix) push af inc sp ld a,%2 (ix) push af inc sp } by { ; peephole 0za pushed %1 (ix), %2(ix) through hl instead of af. ld h,%1 (ix) ld l,%2 (ix) push hl } if notUsed('a'), notUsed('hl') replace restart { ld c,l ld b,h push bc } by { ; peephole 0zb pushed hl instead of bc. push hl } if notUsed('bc') // Doesn'T work due to bug #1947081 //replace restart { // pop %1 // push %1 //} by { // ; peephole 0zc eleminated dead pop/push pair. //} if notUsed(%1) replace restart { ld iy,#%1 or a,%2 (iy) } by { ; peephole 0zd used hl instead of iy. ld hl,#%1 + %2 or a,(hl) } if notUsed('iy'), notUsed('hl') replace restart { ld iy,#%1 ld %2,%3 (%4) } by { ; peephole 0ze used hl instead of iy. ld hl,#%1 + %3 ld %2,(hl) } if notUsed('iy'), notUsed('hl') replace restart { ld iy,#%1 ld %2 (%3), %4 } by { ; peephole 0zf used hl instead of iy. ld hl,#%1 + %2 ld (hl), %4 } if notUsed('iy'), notUsed('hl'), operandsNotRelated(%4 'h'), operandsNotRelated(%4 'l') replace restart { ld e,l ld d,h ld %1,(de) } by { ; peephole 0zg loaded %1 from (hl) directly instead of going through (de). ld %1,(hl) } if notUsed('de') replace restart { ld c,l ld b,h ld %1,(bc) } by { ; peephole 0zh loaded %1 from (hl) directly instead of going through (bc). ld %1,(hl) } if notUsed('bc') replace restart { ld c,l ld b,h inc bc } by { ; peephole 0zi incremented in hl instead of bc. inc hl ld c,l ld b,h } if notUsed('hl') replace restart { ld a,%1 (%2) bit %3,a } by { ; peephole 0zj tested bit of %1 (%2) directly instead of going through a. bit %3,%1 (%2) } if notUsed('a') replace restart { ld bc, #%1 + %2 ld l,c ld h,b } by { ; peephole 0zk stored constant #%1 + %2 into hl directly instead of going through bc. ld hl, #%1 + %2 } if notUsed('bc') replace restart { ld c, %1 (%2) ld b, %3 (%4) ld l,c ld h,b } by { ; peephole 0zk' stored %1 (%2) %3 (%4) into hl directly instead of going through bc. ld l, %1 (%2) ld h, %3 (%4) } if notUsed('bc') replace restart { jp NC,%1 jp %2 %1: } by { jp C,%2 ; peephole 3 removed jp by using inverse jump logic %1: } if labelRefCountChange(%1 -1) replace restart { jp C,%1 jp %2 %1: } by { jp NC,%2 ; peephole 4 removed jp by using inverse jump logic %1: } if labelRefCountChange(%1 -1) replace restart { jp NZ,%1 jp %2 %1: } by { jp Z,%2 ; peephole 5 removed jp by using inverse jump logic %1: } if labelRefCountChange(%1 -1) replace restart { jp Z,%1 jp %2 %1: } by { jp NZ,%2 ; peephole 6 removed jp by using inverse jump logic %1: } if labelRefCountChange(%1 -1) replace restart { jp %5 } by { jp %6 ; peephole 7 redirected jump-to-jump at %5 by jump to %6 } if labelIsUncondJump(), labelRefCountChange(%5 -1), labelRefCountChange(%6 +1) replace restart { jp %1,%5 } by { jp %1,%6 ; peephole 8 redirected jump-to-jump at %5 by jump to %6 } if labelIsUncondJump(), labelRefCountChange(%5 -1), labelRefCountChange(%6 +1) replace restart { xor a,a ld a,#0x00 } by { xor a,a ; peephole 10 removed redundant load of 0 into a. } replace { ld e,#0x%1 ld d,#0x%2 } by { ld de,#0x%2%1 ; peephole 11 combined constant loads into register pair. } replace { ld l,#0x%1 ld h,#0x%2 } by { ld hl,#0x%2%1 ; peephole 12 combined constant loads into register pair. } replace { ld c,#0x%1 ld b,#0x%2 } by { ld bc,#0x%2%1 ; peephole 13 combined constant loads into register pair. } replace restart { ld %1,a ld a,%1 } by { ld %1,a ; peephole 14 removed redundant load from %1 into a. } if notVolatile(%1) // This gives many false negatives and without the test no problems are encountered in the regression tests // Maybe we can try this after 2.7.0 release replace restart { ld a,%1 ld %1,a } by { ld a,%1 ; peephole 15 removed redundant load from a into %1. } if notVolatile(%1) // This gives many false negatives and without the test no problems are encountered in the regression tests // Maybe we can try this after 2.7.0 release replace restart { ld %1,a ld a,%2 or a,%1 } by { ld %1,a or a,%2 ; peephole 17a removed load by reordering or arguments. } if notVolatile(%1) replace restart { ld %1,a ld a,%2 (ix) or a,%1 } by { ld %1,a or a,%2 (ix) ; peephole 17b removed load by reordering or arguments. } if notVolatile(%1) replace restart { ld %1,a xor a,a or a,%1 } by { ld %1,a or a,a ; peephole 18 used value still in a instead of loading it from %1. } replace restart { or a,%1 or a,a } by { or a,%1 ; peephole 19 removed redundant or after or. } replace restart { or a,%1 (%2) or a,a } by { or a,%1 (%2) ; peephole 19a removed redundant or after or. } replace restart { and a,%1 or a,a } by { and a,%1 ; peephole 20 removed redundant or after and. } replace restart { and a,%1 (%2) or a,a } by { and a,%1 (%2) ; peephole 20a removed redundant or after and. } replace restart { xor a,%1 or a,a } by { xor a,%1 ; peephole 21 removed redundant or after xor. } replace restart { xor a,%1 (%2) or a,a } by { xor a,%1 (%2) ; peephole 21a removed redundant or after xor. } replace { ld %1,%2 ld a,%2 } by { ld a,%2 ld %1,a ; peephole 23 load value in a first and use it next } if notVolatile(%1 %2) replace restart { ld %1,%2 ld %3,%4 ld %2,%1 ld %4,%3 } by { ld %1,%2 ld %3,%4 ; peephole 24 removed redundant load from %3%1 into %4%2 } if notVolatile(%1 %2 %3 %4) replace restart { ld a,c push af inc sp ld a,#%2 push af inc sp call %3 } by { ld b,c ld c,#%2 push bc ; peephole 31 moved and pushed arguments c and #%2 through bc instead of pushing them individually. call %3 } replace restart { ld a,e push af inc sp ld a,#%2 push af inc sp call %3 } by { ld d,e ld e,#%2 push de ; peephole 32 moved and pushed arguments e and #%2 through de instead of pushing them individually. call %3 } replace restart { ld a,%1 sub a,%2 jp %3,%4 ld a,%1 } by { ld a,%1 cp a,%2 jp %3,%4 ; peephole 33 removed load by replacing sub with cp assert a=%1 } if notVolatile(%1) replace restart { assert a=%1 sub a,%2 jp %3,%4 ld a,%1 } by { cp a,#%2 jp %3,%4 ; peephole 34 removed load by replacing sub with cp assert a=%1 } replace restart { assert a=%1 } by { } replace restart { sub a,#0xFF jp Z,%1 } by { inc a ; peephole 35 replaced sub a,#0xFF by inc a. jp Z,%1 } replace restart { sub a,#0xFF jp NZ,%1 } by { inc a ; peephole 36 replaced sub a,#0xFF by inc a. jp NZ,%1 } replace restart { ld bc,#%1 + %2 ld a,c add a,%3 ld c,a ld a,b adc a,%4 ld b,a } by { ld a,#<(%1 + %2) add a,%3 ld c,a ld a,#>(%1 + %2) ; peephole 37 directly used (%1 + %2) in calculation instead of placing it in bc first. adc a,%4 ld b,a } replace restart { ld de,#%1 + %2 ld a,e add a,%3 ld e,a ld a,d adc a,%4 ld d,a } by { ld a,#<(%1 + %2) add a,%3 ld e,a ld a,#>(%1 + %2) ; peephole 38 directly used (%1 + %2) in calculation instead of placing it in de first. adc a,%4 ld d,a } replace restart { rlca ld a,#0x00 rla } by { rlca and a,#0x01 ; peephole 39 replaced zero load, rla by and since rlca writes the same value to carry bit and least significant bit. } replace restart { ld %1,%2 push %1 pop %4 ld %1,%3 } by { ld %4,%2 ; peephole 40 moved %2 directly into de instead of going through %1. ld %1,%3 } replace restart { add a,#0x00 ld %2,a ld a,%3 adc a,%4 } by { ; peephole 41 removed lower part of multibyte addition. ld %2,a ld a,%3 add a,%4 } replace restart { ld %1,a ld a,%2 add a,%1 } by { ; peephole 42 removed loads by exploiting commutativity of addition. add a,%2 } if notVolatile(%1), notUsed(%1), operandsNotRelated(%2 '(bc)' '(de)') replace restart { ld %1 (ix),a ld a,#%2 add a,%1 (ix) } by { ld %1 (ix),a ; peephole 42a removed loads by exploiting commutativity of addition. add a,#%2 } // Don't need to check for volatile, since ix is used to access the stack. // sdcc does not use the H flag. sla resets it, while add sets it. // To ensure that the state of the H flag is not changed by this // peephole uncomment the add %3, %4 at the end (since it overwrite the H flag). replace restart { ld %1, a sla %1 ld a, %2 //add %3, %4 } by { add a, a ; peephole 42b shifted in accumulator insted of %1 ld %1, a ld a, %2 //add %3, %4 } // sdcc does not use the H flag. sla resets it, while add sets it. // To ensure that the state of the H flag is not changed by this // peephole uncomment the add %3, %4 at the end (since it overwrite the H flag). replace restart { ld %1, a sla %1 sla %1 ld a, %2 //add %3, %4 } by { add a, a add a, a ; peephole 42b' shifted in accumulator insted of %1 ld %1, a ld a, %2 //add %3, %4 } replace restart { ld l,%1 (ix) ld h,%2 (ix) ld a,(hl) inc a ld l,%1 (ix) ld h,%2 (ix) ld (hl),a } by { ld l,%1 (ix) ld h,%2 (ix) inc (hl) ; peephole 42c incremented in (hl) instead of going through a. } if notUsed('a') replace restart { ld l,%1 (ix) ld h,%2 (ix) ld a,(hl) dec a ld l,%1 (ix) ld h,%2 (ix) ld (hl),a } by { ld l,%1 (ix) ld h,%2 (ix) dec (hl) ; peephole 42d decremented in (hl) instead of going through a. } if notUsed('a') replace restart { ld %1,a ld a,%2 add a,%1 } by { ld %1, a ; peephole 43 removed load by exploiting commutativity of addition. add a,%2 } if operandsNotRelated(%2 '(bc)' '(de)') replace restart { ld c,l ld b,h ld hl,#%1 add hl,bc } by { ; peephole 43a removed loads by exploiting commutativity of addition. ld bc,#%1 add hl,bc } if notUsed('bc') replace restart { ld hl,#%1 add hl,%2 ld bc,#%4 add hl,bc } by { ; peephole 43b removed loads by exploiting commutativity of addition. ld hl,#%1 + %4 add hl,%2 } if notUsed('bc') replace restart { ld c,e ld b,d ld hl,#%1 add hl,bc } by { ; peephole 43c removed loads by exploiting commutativity of addition. ld hl,#%1 add hl,de } if notUsed('bc') replace restart { or a,%1 jp NZ,%2 xor a,a or a,%3 } by { or a,%1 jp NZ,%2 ; peephole 44 removed redundant zeroing of a (which has just been tested to be #0x00). or a,%3 } replace restart { or a,%1 jp NZ,%2 ld %3,#0x00 } by { or a,%1 jp NZ,%2 ld %3,a ; peephole 45 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { and a,%1 jp NZ,%2 ld %3,#0x00 } by { and a,%1 jp NZ,%2 ld %3,a ; peephole 46 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { sub a,%1 jp NZ,%2 ld %3,#0x00 } by { sub a,%1 jp NZ,%2 ld %3,a ; peephole 47 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { dec a jp NZ,%1 ld %2,#0x00 } by { dec a jp NZ,%1 ld %2,a ; peephole 48 replaced constant #0x00 by a (which has just been tested to be #0x00). } //replace restart { // or a,%1 // jp NZ,%2 // ld a,%3 // or a,a //} by { // or a,%1 // jp NZ,%2 // or a,%3 // ; peephole 49 shortened or using a (which has just been tested to be #0x00). //} if operandsNotSame3(%3 '(bc)' '(de)') //replace restart { // and a,%1 // jp NZ,%2 // ld a,%3 // or a,a //} by { // and a,%1 // jp NZ,%2 // or a,%3 // ; peephole 50 shortened or using a (which has just been tested to be #0x00). //} if operandsNotSame3(%3 '(bc)' '(de)') // Commented out sine it triggers for %3 od the form (#...) //replace restart { // sub a,%1 // jp NZ,%2 // ld a,%3 // or a,a //} by { // sub a,%1 // jp NZ,%2 // or a,%3 // ; peephole 51 shortened or using a (which has just been tested to be #0x00). //} //if operandsNotSame3(%3 '(bc)' '(de)') replace restart { dec a jp NZ,%1 ld a,%2 or a,a } by { dec a jp NZ,%1 or a,%2 ; peephole 52 shortened or using a (which has just been tested to be #0x00). } //if operandsNotSame3(%2 '(bc)' '(de)') replace restart { or a,%1 jp NZ,%2 push %3 ld %4,#0x00 } by { or a,%1 jp NZ,%2 push %3 ld %4,a ; peephole 53 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { and a,%1 jp NZ,%2 push %3 ld %4,#0x00 } by { sub a,%1 jp NZ,%2 push %3 ld %4,a ; peephole 54 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { sub a,%1 jp NZ,%2 push %3 ld %4,#0x00 } by { sub a,%1 jp NZ,%2 push %3 ld %4,a ; peephole 55 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { dec a jp NZ,%1 push %2 ld %3,#0x00 } by { dec a jp NZ,%1 push %2 ld %3,a ; peephole 56 replaced constant #0x00 by a (which has just been tested to be #0x00). } replace restart { ld de,#%1 + %2 inc de } by { ld de,#%1 + %2+1 ; peephole 59 moved increment of de to constant. } replace restart { ld bc,#%1 + %2 inc bc } by { ld bc,#%1 + %2+1 ; peephole 62 moved increment of bc to constant. } replace restart { ld bc,#%1 ld a,c add a,#0x%2 ld c,a ld a,b adc a,#0x%3 ld b,a } by { ld bc,#%1 + 0x%3%2 ; peephole 63 moved addition of constant 0x%3%2 to bc to constant. } replace restart { call %1 ret } by { jp %1 ; peephole 65 replaced call at end of function by jump. } // Callee saves ix. replace restart { call %1 pop ix ret } by { pop ix jp %1 ; peephole 66 replaced call at end of function by jump moving call beyond pop ix. } replace restart { ld %1,a ld %2,%1 ld %3,%1 } by { ; peephole 67 loaded %2, %3 from a instead of %1. ld %1,a ld %2,a ld %3,a } if notVolatile(%1) replace restart { ld %1,a ld %2,a ld %3,%1 } by { ld %1,a ld %2,a ; peephole 68 loaded %3 from a instead of %1. ld %3,a } if notVolatile(%1) replace restart { ld %1,l xor a,a or a,%1 } by { ld %1,l xor a,a ; peephole 69 used l in or instead of %1. or a,l } if notVolatile(%1) replace restart { ld %1,#%2 ld %3,%4 ld %1,#%2 } by { ld %1,#%2 ld %3,%4 ; peephole 70 removed load of #%2 into %1 since it's still there. } if notVolatile(%1), operandsNotRelated(%3 %1) replace restart { ld hl,#%1 ld de,#%1 } by { ; peephole 70a used #%1 from hl for load into de. ld hl,#%1 ld e,l ld d,h } replace restart { ld hl,#%1 push hl ld l,e ld h,d jp (hl) %1: } by { ; peephole 71 used ex to get de into hl. ex de,hl ld de,#%1 push de jp (hl) %1: } // Lets' hope this is never applied to a jump table. It's fine for calls. // Should be after 0z. replace restart { ld %1 (ix),l ld %2 (ix),h ld %3,%1 (ix) ld %4,%2 (ix) } by { ld %1 (ix),l ld %2 (ix),h ; peephole 72 used hl instead of %2 (ix), %1 (ix) to load %4%3. ld %3,l ld %4,h } if operandsNotRelated('h' %3) // Don't check for volatile since ix points to the stack. replace restart { ld %1, a ld a, %2 (%3) adc a, #%4 ld l, %1 } by { ld l, a ld a, %2 (%3) adc a, #%4 ; peephole 76 loaded l from a directly instead of going through %1. } if notUsed(%1) replace restart { ld %1, a ld a, #%2 adc a, #%3 ld l, %1 } by { ld l, a ld a, #%2 adc a, #%3 ; peephole 77 loaded l from a directly instead of going through %1. } if notUsed(%1) replace restart { ld hl, #%1 add hl, %2 ex de, hl ld hl, #%3 add hl, de } by { ld hl, #%1+%3 add hl, %2 ; peephole 78 removed addition and loads exploiting commutativity of addition. } if notUsed('de') replace restart { ex de, hl ld hl, #%1 add hl, de } by { ; peephole 78a removed ex exploiting commutativity of addition. ld de, #%1 add hl, de } if notUsed('de') replace restart { ld hl, #%1 add hl, %2 ex de, hl inc de } by { ld hl, #%1+1 ; peephole 79 moved increment to constant. add hl, %2 ex de, hl } if notUsed('hl') // These ex-generating rules should be among the last ones since ex counts as a read from both hl and de for notUsed(). replace restart { ld d,h ld e,l } by { ; peephole 80 used ex to load hl into de. ex de,hl } if notUsed('hl') replace restart { ld e,l ld d,h } by { ; peephole 81 used ex to load hl into de. ex de,hl } if notUsed('hl') replace restart { ld l,e ld h,d } by { ; peephole 82 used ex to load de into hl. ex de,hl } if notUsed('de') // peeph-z80.def - Z80 peephole rules // // // (c) Philipp Klaus Krause (pkk@spth.de, philipp@colecovision.eu) 2006 - 2007 // // This program is free software; you can redistribute it and/or modify it // under the terms of the GNU General Public License as published by the // Free Software Foundation; either version 2, or (at your option) any // later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with this program; if not, write to the Free Software // Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. replace restart { ld %1,#%2 ld a,%3 (%1) ld %4,a ld %1,#%5 } by { ld a,(#%2 + %3) ; peephole z1 used #%2 directly instead of going through %1 using indirect addressing. ld %4,a ld %1,#%5 } replace restart { ld %1,#%2 ld %3 (%1),a %4: ld %1,%5 } by { ld (#%2 + %3),a ; peephole z2 directly used #%2 instead of going through %1 using indirect addressing. %4: ld %1,%5 } replace restart { pop af ld %1,#%2 ld %3 (%1),%4 ld %1,#%5 } by { ld a,%4 ld (#%2 + %3),a ; peephole z3 used #%2 directly instead of going through %1 using indirect addressing. pop af ld %1,#%5 } if operandsNotRelated(%3 'a') replace restart { ld bc,#%1 + %2 ld a,%3 ld (bc),a } by { ld a,%3 ld (#%1 + %2),a ; peephole z4 directly used address #%1 + %2 instead of placing it in bc first. } if notUsed('bc') replace restart { ld bc,#%1 + %2 + %6 ld a,%3 ld (bc),a } by { ld a,%3 ld (#%1 + %2 + %6),a ; peephole z5 directly used address #%1 + %2 + %6 instead of placing it in bc first. } if notUsed('bc') replace restart { ld c,%1 ld l,c ret } by { ld l,%1 ; peephole z8 moved %1 directly into l instead of going through c. ret } replace restart { ld b,h ld c,l pop af push bc call %1 } by { ex (sp),hl ; peephole z9 moved hl directly to the stack instead of going through bc. call %1 } replace restart { ld d,h ld e,l pop af push de call %1 } by { ex (sp),hl ; peephole z10 moved hl directly to the stack instead of going through de. call %1 } replace restart { jp %5 } by { ret ; peephole z11 replaced jump by return. } if labelIsReturnOnly(), labelRefCountChange(%5 -1) replace restart { jp %1,%5 } by { ret %1 ; peephole z11a replaced jump by return. } if labelIsReturnOnly(), labelRefCountChange(%5 -1) // Should be one of the last ones. Opens the code to further peephole optimization. replace restart { %1: } by { ; peephole z12 removed unused label %1. } if labelRefCount(%1 0) // Applying z11 or z11a followed by z12 will often leave a dead ret at the end of the function. Remove it. replace { jp %5 ret } by { jp %5 ; peephole z13 removed unused ret. } // These four need two be here since the peephole optimizer continues to apply rules further down the file even for replace restart rules. replace restart { jp NC,%1 jp %2 %1: } by { jp C,%2 ; peephole 5' removed jp by using inverse jump logic %1: } if labelRefCountChange(%1 -1) replace restart { jp C,%1 jp %2 %1: } by { jp NC,%2 ; peephole 5' removed jp by using inverse jump logic %1: } if labelRefCountChange(%1 -1) replace restart { jp NZ,%1 jp %2 %1: } by { jp Z,%2 ; peephole 5' removed jp by using inverse jump logic %1: } if labelRefCountChange(%1 -1) replace restart { jp Z,%1 jp %2 %1: } by { jp NZ,%2 ; peephole 6' removed jp by using inverse jump logic %1: } if labelRefCountChange(%1 -1) // These should be the last rules, so that the peepholes above need to look at jp only. replace { jp %5 } by { jr %5 ; peephole z14 changed absolute to relative unconditional jump. } if labelInRange() replace { jp Z,%5 } by { jr Z,%5 ; peephole z15 changed absolute to relative conditional jump. } if labelInRange() replace { jp NZ,%5 } by { jr NZ,%5 ; peephole z16 changed absolute to relative conditional jump. } if labelInRange() replace { jp C,%5 } by { jr C,%5 ; peephole z17 changed absolute to relative conditional jump. } if labelInRange() replace { jp NC,%5 } by { jr NC,%5 ; peephole z18 changed absolute to relative conditional jump. } if labelInRange() sdcc-2.9.0/src/z80/peeph.def000066400000000000000000000004611116427777700154530ustar00rootroot00000000000000// peeph.def - Common Z80 and gbz80 peephole rules // This file should contain common Z80/GBZ80 peepholes. // However the GBZ80 port is currently unmaintained; // a GBZ80 expert could extract peepholes that are useful for both Z80 and GBZ80 // from peeph-z80.def and peeph-gbz80.def and move them here. sdcc-2.9.0/src/z80/profile.txt000066400000000000000000000076071116427777700161040ustar00rootroot00000000000000-- 2 0000 71 0.00 _main 136829936 10.65 _Proc_1 69267324 5.39 _Proc_2 16514064 1.28 _Proc_3 13368528 1.04 _Proc_4 11009376 0.86 _Proc_5 4914900 0.38 _Proc_6 18840450 1.47 _Func_1 13466826 1.05 _Func_3 5308092 0.41 _Proc_7 22313646 1.74 _Proc_8 85060536 6.62 _Func_2 32438340 2.52 _strcpy 215318528 16.75 __mulsint_rrf_s 118416324 9.21 __divsint_rrf_s 67760088 5.27 __rlulong_rrf_s 13056 0.00 __divulong 52953 0.00 _memcpy 172381926 13.41 _strcmp 282016962 21.94 ; 1285291953 t-states -- 3 0000 71 0.00 _main 134339608 12.06 _Proc_1 69267324 6.22 _Proc_2 16514064 1.48 _Proc_3 13368528 1.20 _Proc_4 11009376 0.99 _Proc_5 4914900 0.44 _Proc_6 18840450 1.69 _Func_1 13466826 1.21 _Func_3 5308092 0.48 _Proc_7 22313646 2.00 _Proc_8 85060536 7.64 _Func_2 32438340 2.91 _strcpy 46497792 4.17 __mulsint_rrf_s 118416324 10.63 __divsint_rrf_s 67760088 6.08 __rlulong_rrf_s 13056 0.00 __divulong 53244 0.00 _memcpy 172381926 15.47 _strcmp 282016962 25.32 ; 1113981180 t-states -- 4 0000 71 0.00 _main 134298428 15.24 _Proc_1 69267324 7.86 _Proc_2 16514064 1.87 _Proc_3 13368528 1.52 _Proc_4 11009376 1.25 _Proc_5 4914900 0.56 _Proc_6 18840450 2.14 _Func_1 13466826 1.53 _Func_3 5308092 0.60 _Proc_7 22313646 2.53 _Proc_8 85060536 9.65 _Func_2 32438340 3.68 _strcpy 46497792 5.28 __mulsint_rrf_s 118416324 13.44 __divsint_rrf_s 67760088 7.69 __rlulong_rrf_s 13056 0.00 __divulong 53427 0.01 _memcpy 102098856 11.59 _strcmp 119497602 13.56 ; 881137753 t-states -- 6 0000 71 0.00 _main 133963467 16.01 _Proc_1 69267324 8.28 _Proc_2 16514064 1.97 _Proc_3 13368528 1.60 _Proc_4 11009376 1.32 _Proc_5 4914900 0.59 _Proc_6 18840450 2.25 _Func_1 13466826 1.61 _Func_3 5308092 0.63 _Proc_7 22313646 2.67 _Proc_8 84405216 10.09 _Func_2 32438340 3.88 _strcpy 46497792 5.56 __mulsint_rrf_s 118416324 14.16 __divsint_rrf_s 67760088 8.10 __rlulong_rrf_s 13056 0.00 __divulong 52549 0.01 _memcpy 80800956 9.66 _strcmp 97216722 11.62 ; 836567814 t-states -- 7 0000 71 0.00 _main 122822995 15.44 _Proc_1 69889878 8.78 _Proc_2 16514064 2.08 _Proc_3 13368528 1.68 _Proc_4 11009376 1.38 _Proc_5 4914900 0.62 _Proc_6 18840450 2.37 _Func_1 13466826 1.69 _Func_3 5308092 0.67 _Proc_7 22313646 2.80 _Proc_8 83553300 10.50 _Func_2 32438340 4.08 _strcpy 46497792 5.84 __mulsint_rrf_s 88861392 11.17 __divsint_rrf_s 67760088 8.52 __rlulong_rrf_s 13056 0.00 __divulong 72840 0.01 _memcpy 80800956 10.16 _strcmp 97216722 12.22 ; 795663339 t-states -- 8 ; Function total-ticks total-calls ticks-per-call total-percent 0000 71 0 0 0.00 _main 122823011 1 122823011 15.45 _Proc_1 69267324 32766 2114 8.71 _Proc_2 16514064 32766 504 2.08 _Proc_3 13368528 32766 408 1.68 _Proc_4 11009376 32766 336 1.38 _Proc_5 4914900 32766 150 0.62 _Proc_6 18840450 32766 575 2.37 _Func_1 13466826 98298 137 1.69 _Func_3 5308092 32766 162 0.67 _Proc_7 22313646 98298 227 2.81 _Proc_8 83553300 32766 2550 10.51 _Func_2 32438340 32766 990 4.08 _strcpy 46497792 32768 1419 5.85 __mulsint_rrf_s 88861392 98298 904 11.18 __divsint_rrf_s 67760088 32766 2068 8.52 __rlulong_rrf_s 13056 128 102 0.00 __divulong 52549 2 26274 0.01 _memcpy 80800956 32766 2466 10.16 _strcmp 97216722 32766 2967 12.23 ; 795020510 t-states ; So the lib functions except mul, div etc take 28% of the time. -- 9 ; Function total-ticks total-calls ticks-per-call total-percent 0000 71 0 0 0.00 _main 122864113 1 122864113 18.00 _Proc_1 96102678 32766 2933 14.08 _Proc_2 16514064 32766 504 2.42 _Proc_3 13368528 32766 408 1.96 _Proc_4 11009376 32766 336 1.61 _Proc_5 4914900 32766 150 0.72 _Proc_6 18840450 32766 575 2.76 _Func_1 13466826 98298 137 1.97 _Func_3 5308092 32766 162 0.78 _Proc_7 22313646 98298 227 3.27 _Proc_8 83553300 32766 2550 12.24 _Func_2 32438340 32766 990 4.75 _strcpy 46497792 32768 1419 6.81 __mulsint_rrf_s 88861392 98298 904 13.02 __divsint_rrf_s 67760088 32766 2068 9.93 __rlulong_rrf_s 13056 128 102 0.00 __divulong 52213 2 26106 0.01 __memcpy_rrf_s 3702558 32766 113 0.54 __strcmp_rrf_s 34830258 32766 1063 5.10 ; 682411768 t-states sdcc-2.9.0/src/z80/ralloc.c000066400000000000000000002605761116427777700153310ustar00rootroot00000000000000/** @name Z80 Register allocation functions. @author Michael Hope Note: much of this is ripped straight from Sandeep's mcs51 code. This code maps the virtual symbols and code onto the real hardware. It allocates based on usage and how long the varible lives into registers or temporary memory on the stack. On the Z80 hl and ix and a are reserved for the code generator, leaving bc and de for allocation. iy is unusable due to currently as it's only adressable as a pair. The extra register pressure from reserving hl is made up for by how much easier the sub operations become. You could swap hl for iy if the undocumented iyl/iyh instructions are available. The stack frame is the common ix-bp style. Basically: ix+4+n: param 1 ix+4: param 0 ix+2: return address ix+0: calling functions ix ix-n: local varibles ... sp: end of local varibles There is currently no support for bit spaces or banked functions. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! */ #include "z80.h" #include "SDCCicode.h" /* Flags to turn off optimisations. */ enum { DISABLE_PACK_ACC = 0, DISABLE_PACK_ASSIGN = 0, DISABLE_PACK_ONE_USE = 0, DISABLE_PACK_HL = 1, DISABLE_PACK_IY = 0 }; /* Flags to turn on debugging code. */ enum { D_ALLOC = 0, D_ALLOC2 = 0, D_ACCUSE2 = 0, D_ACCUSE2_VERBOSE = 0, D_HLUSE = 0, D_HLUSE2 = 0, D_HLUSE2_VERBOSE = 0, D_FILL_GAPS = 0, D_PACK_IY = 0, D_PACK_HLUSE3 = 0 }; #if 1 #define D(_a, _s) if (_a) { printf _s; fflush(stdout); } #else #define D(_a, _s) #endif #define DISABLE_PACKREGSFORSUPPORT 1 #define DISABLE_PACKREGSFORACCUSE 1 extern void genZ80Code (iCode *); /** Local static variables */ static struct { bitVect *spiltSet; set *stackSpil; bitVect *regAssigned; bitVect *totRegAssigned; /* final set of LRs that got into registers */ short blockSpil; int slocNum; /* registers used in a function */ bitVect *funcrUsed; int stackExtend; int dataExtend; int nRegs; } _G; static regs _gbz80_regs[] = { {REG_GPR, C_IDX, "c", 1}, {REG_GPR, B_IDX, "b", 1}, {REG_CND, CND_IDX, "c", 1} }; static regs _z80_regs[] = { {REG_GPR, C_IDX, "c", 1}, {REG_GPR, B_IDX, "b", 1}, {REG_GPR, E_IDX, "e", 1}, {REG_GPR, D_IDX, "d", 1}, {REG_CND, CND_IDX, "c", 1} }; regs *regsZ80; /** Number of usable registers (all but C) */ #define Z80_MAX_REGS ((sizeof(_z80_regs)/sizeof(_z80_regs[0]))-1) #define GBZ80_MAX_REGS ((sizeof(_gbz80_regs)/sizeof(_gbz80_regs[0]))-1) static void spillThis (symbol *); static void freeAllRegs (); /** Allocates register of given type. 'type' is not used on the z80 version. It was used to select between pointer and general purpose registers on the mcs51 version. @return Pointer to the newly allocated register. */ static regs * allocReg (short type) { int i; for (i = 0; i < _G.nRegs; i++) { /* For now we allocate from any free */ if (regsZ80[i].isFree) { regsZ80[i].isFree = 0; if (currFunc) { currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, i); } D (D_ALLOC, ("allocReg: alloced %s\n", regsZ80[i].name)); return ®sZ80[i]; } } D (D_ALLOC, ("allocReg: No free.\n")); return NULL; } /** Returns pointer to register wit index number */ regs * regWithIdx (int idx) { int i; for (i = 0; i < _G.nRegs; i++) { if (regsZ80[i].rIdx == idx) { return ®sZ80[i]; } } wassertl (0, "regWithIdx not found"); exit (1); } /** Frees a register. */ static void freeReg (regs * reg) { wassert (!reg->isFree); reg->isFree = 1; D (D_ALLOC, ("freeReg: freed %p\n", reg)); } /** Returns number of free registers. */ static int nFreeRegs (int type) { int i; int nfr = 0; for (i = 0; i < _G.nRegs; i++) { /* For now only one reg type */ if (regsZ80[i].isFree) { nfr++; } } return nfr; } /** Free registers with type. */ static int nfreeRegsType (int type) { int nfr; if (type == REG_PTR) { if ((nfr = nFreeRegs (type)) == 0) { return nFreeRegs (REG_GPR); } } return nFreeRegs (type); } /*-----------------------------------------------------------------*/ /* useReg - marks a register as used */ /*-----------------------------------------------------------------*/ static void useReg (regs * reg) { reg->isFree = 0; } /*-----------------------------------------------------------------*/ /* computeSpillable - given a point find the spillable live ranges */ /*-----------------------------------------------------------------*/ static bitVect * computeSpillable (iCode * ic) { bitVect *spillable; /* spillable live ranges are those that are live at this point . the following categories need to be subtracted from this set. a) - those that are already spilt b) - if being used by this one c) - defined by this one */ spillable = bitVectCopy (ic->rlive); spillable = bitVectCplAnd (spillable, _G.spiltSet); /* those already spilt */ spillable = bitVectCplAnd (spillable, ic->uses); /* used in this one */ bitVectUnSetBit (spillable, ic->defKey); spillable = bitVectIntersect (spillable, _G.regAssigned); return spillable; } /*-----------------------------------------------------------------*/ /* noSpilLoc - return true if a variable has no spil location */ /*-----------------------------------------------------------------*/ static int noSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->usl.spillLoc ? 0 : 1); } /*-----------------------------------------------------------------*/ /* hasSpilLoc - will return 1 if the symbol has spil location */ /*-----------------------------------------------------------------*/ static int hasSpilLoc (symbol * sym, eBBlock * ebp, iCode * ic) { return (sym->usl.spillLoc ? 1 : 0); } /** Will return 1 if the remat flag is set. A symbol is rematerialisable if it doesnt need to be allocated into registers at creation as it can be re-created at any time - i.e. it's constant in some way. */ static int rematable (symbol * sym, eBBlock * ebp, iCode * ic) { return sym->remat; } /*-----------------------------------------------------------------*/ /* allLRs - return true for all */ /*-----------------------------------------------------------------*/ static int allLRs (symbol * sym, eBBlock * ebp, iCode * ic) { return 1; } /** liveRangesWith - applies function to a given set of live range */ static set * liveRangesWith (bitVect * lrs, int (func) (symbol *, eBBlock *, iCode *), eBBlock * ebp, iCode * ic) { set *rset = NULL; int i; if (!lrs || !lrs->size) return NULL; for (i = 1; i < lrs->size; i++) { symbol *sym; if (!bitVectBitValue (lrs, i)) continue; /* if we don't find it in the live range hash table we are in serious trouble */ if (!(sym = hTabItemWithKey (liveRanges, i))) { wassertl (0, "liveRangesWith could not find liveRange"); exit (1); } if (func (sym, ebp, ic) && bitVectBitValue (_G.regAssigned, sym->key)) { addSetHead (&rset, sym); } } return rset; } /** leastUsedLR - given a set determines which is the least used */ static symbol * leastUsedLR (set * sset) { symbol *sym = NULL, *lsym = NULL; sym = lsym = setFirstItem (sset); if (!lsym) return NULL; for (; lsym; lsym = setNextItem (sset)) { /* if usage is the same then prefer the spill the smaller of the two */ if (lsym->used == sym->used) if (getSize (lsym->type) < getSize (sym->type)) sym = lsym; /* if less usage */ if (lsym->used < sym->used) sym = lsym; } setToNull ((void *) &sset); sym->blockSpil = 0; return sym; } /** noOverLap - will iterate through the list looking for over lap */ static int noOverLap (set * itmpStack, symbol * fsym) { symbol *sym; for (sym = setFirstItem (itmpStack); sym; sym = setNextItem (itmpStack)) { if (bitVectBitValue(sym->clashes,fsym->key)) return 0; #if 0 // if sym starts before (or on) our end point // and ends after (or on) our start point, // it is an overlap. if (sym->liveFrom <= fsym->liveTo && sym->liveTo >= fsym->liveFrom) { return 0; } #endif } return 1; } /*-----------------------------------------------------------------*/ /* isFree - will return 1 if the a free spil location is found */ /*-----------------------------------------------------------------*/ DEFSETFUNC (isFree) { symbol *sym = item; V_ARG (symbol **, sloc); V_ARG (symbol *, fsym); /* if already found */ if (*sloc) return 0; /* if it is free && and the itmp assigned to this does not have any overlapping live ranges with the one currently being assigned and the size can be accomodated */ if (sym->isFree && noOverLap (sym->usl.itmpStack, fsym) && getSize (sym->type) >= getSize (fsym->type)) { *sloc = sym; return 1; } return 0; } /*-----------------------------------------------------------------*/ /* createStackSpil - create a location on the stack to spil */ /*-----------------------------------------------------------------*/ static symbol * createStackSpil (symbol * sym) { symbol *sloc = NULL; D (D_ALLOC, ("createStackSpil: for sym %p\n", sym)); /* first go try and find a free one that is already existing on the stack */ if (applyToSet (_G.stackSpil, isFree, &sloc, sym)) { /* found a free one : just update & return */ sym->usl.spillLoc = sloc; sym->stackSpil = 1; sloc->isFree = 0; addSetHead (&sloc->usl.itmpStack, sym); D (D_ALLOC, ("createStackSpil: found existing\n")); return sym; } /* could not then have to create one , this is the hard part we need to allocate this on the stack : this is really a hack!! but cannot think of anything better at this time */ sprintf (buffer, "sloc%d", _G.slocNum++); sloc = newiTemp (buffer); /* set the type to the spilling symbol */ sloc->type = copyLinkChain (sym->type); sloc->etype = getSpec (sloc->type); SPEC_SCLS (sloc->etype) = S_AUTO; SPEC_EXTR (sloc->etype) = 0; SPEC_STAT (sloc->etype) = 0; SPEC_VOLATILE(sloc->etype) = 0; allocLocal (sloc); sloc->isref = 1; /* to prevent compiler warning */ /* if it is on the stack then update the stack */ if (IN_STACK (sloc->etype)) { currFunc->stack += getSize (sloc->type); _G.stackExtend += getSize (sloc->type); } else { _G.dataExtend += getSize (sloc->type); } /* add it to the stackSpil set */ addSetHead (&_G.stackSpil, sloc); sym->usl.spillLoc = sloc; sym->stackSpil = 1; /* add it to the set of itempStack set of the spill location */ addSetHead (&sloc->usl.itmpStack, sym); D (D_ALLOC, ("createStackSpil: created new\n")); return sym; } /*-----------------------------------------------------------------*/ /* spillThis - spils a specific operand */ /*-----------------------------------------------------------------*/ static void spillThis (symbol * sym) { int i; D (D_ALLOC, ("spillThis: spilling %p\n", sym)); /* if this is rematerializable or has a spillLocation we are okay, else we need to create a spillLocation for it */ if (!(sym->remat || sym->usl.spillLoc)) { createStackSpil (sym); } /* mark it has spilt & put it in the spilt set */ sym->isspilt = sym->spillA = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, sym->key); bitVectUnSetBit (_G.regAssigned, sym->key); bitVectUnSetBit (_G.totRegAssigned, sym->key); for (i = 0; i < sym->nRegs; i++) { if (sym->regs[i]) { freeReg (sym->regs[i]); sym->regs[i] = NULL; } } if (sym->usl.spillLoc && !sym->remat) { sym->usl.spillLoc->allocreq++; } return; } #if DISABLED /*-----------------------------------------------------------------*/ /* allDefsOutOfRange - all definitions are out of a range */ /*-----------------------------------------------------------------*/ static bool allDefsOutOfRange (bitVect * defs, int fseq, int toseq) { int i; if (!defs) return TRUE; for (i = 0; i < defs->size; i++) { iCode *ic; if (bitVectBitValue (defs, i) && (ic = hTabItemWithKey (iCodehTab, i)) && (ic->seq >= fseq && ic->seq <= toseq)) return FALSE; } return TRUE; } /*-----------------------------------------------------------------*/ /* hasSpilLocnoUptr - will return 1 if the symbol has spil location */ /* but is not used as a pointer */ /*-----------------------------------------------------------------*/ static int hasSpilLocnoUptr (symbol * sym, eBBlock * ebp, iCode * ic) { return ((sym->usl.spillLoc && !sym->uptr) ? 1 : 0); } /*-----------------------------------------------------------------*/ /* notUsedInRemaining - not used or defined in remain of the block */ /*-----------------------------------------------------------------*/ static int notUsedInRemaining (symbol * sym, eBBlock * ebp, iCode * ic) { return ((usedInRemaining (operandFromSymbol (sym), ic) ? 0 : 1) && allDefsOutOfRange (sym->defs, ebp->fSeq, ebp->lSeq)); } #endif /** Select a iTemp to spil : rather a simple procedure. */ symbol * selectSpil (iCode * ic, eBBlock * ebp, symbol * forSym) { bitVect *lrcs = NULL; set *selectS; symbol *sym; D (D_ALLOC, ("selectSpil: finding spill for ic %p\n", ic)); /* get the spillable live ranges */ lrcs = computeSpillable (ic); /* get all live ranges that are rematerizable */ if ((selectS = liveRangesWith (lrcs, rematable, ebp, ic))) { D (D_ALLOC, ("selectSpil: using remat.\n")); /* return the least used of these */ return leastUsedLR (selectS); } #if 0 /* get live ranges with spillLocations in direct space */ if ((selectS = liveRangesWith (lrcs, directSpilLoc, ebp, ic))) { sym = leastUsedLR (selectS); strcpy (sym->rname, (sym->usl.spillLoc->rname[0] ? sym->usl.spillLoc->rname : sym->usl.spillLoc->name)); sym->spildir = 1; /* mark it as allocation required */ sym->usl.spillLoc->allocreq++; return sym; } /* if the symbol is local to the block then */ if (forSym->liveTo < ebp->lSeq) { /* check if there are any live ranges allocated to registers that are not used in this block */ if (!_G.blockSpil && (selectS = liveRangesWith (lrcs, notUsedInBlock, ebp, ic))) { sym = leastUsedLR (selectS); /* if this is not rematerializable */ if (!sym->remat) { _G.blockSpil++; wassertl (0, "Attempted to do an unsupported block spill"); sym->blockSpil = 1; } return sym; } /* check if there are any live ranges that not used in the remainder of the block */ if (!_G.blockSpil && (selectS = liveRangesWith (lrcs, notUsedInRemaining, ebp, ic))) { sym = leastUsedLR (selectS); if (sym != forSym) { if (!sym->remat) { wassertl (0, "Attempted to do an unsupported remain spill"); sym->remainSpil = 1; _G.blockSpil++; } return sym; } } } /* find live ranges with spillocation && not used as pointers */ if ((selectS = liveRangesWith (lrcs, hasSpilLocnoUptr, ebp, ic))) { sym = leastUsedLR (selectS); /* mark this as allocation required */ sym->usl.spillLoc->allocreq++; return sym; } #endif /* find live ranges with spillocation */ if ((selectS = liveRangesWith (lrcs, hasSpilLoc, ebp, ic))) { D (D_ALLOC, ("selectSpil: using with spill.\n")); sym = leastUsedLR (selectS); sym->usl.spillLoc->allocreq++; return sym; } /* couldn't find then we need to create a spil location on the stack , for which one? the least used ofcourse */ if ((selectS = liveRangesWith (lrcs, noSpilLoc, ebp, ic))) { D (D_ALLOC, ("selectSpil: creating new spill.\n")); /* return a created spil location */ sym = createStackSpil (leastUsedLR (selectS)); sym->usl.spillLoc->allocreq++; return sym; } /* this is an extreme situation we will spill this one : happens very rarely but it does happen */ D (D_ALLOC, ("selectSpil: using spillThis.\n")); spillThis (forSym); return forSym; } /** Spil some variable & mark registers as free. A spill occurs when an iTemp wont fit into the available registers. */ bool spilSomething (iCode * ic, eBBlock * ebp, symbol * forSym) { symbol *ssym; int i; D (D_ALLOC, ("spilSomething: spilling on ic %p\n", ic)); /* get something we can spil */ ssym = selectSpil (ic, ebp, forSym); /* mark it as spilt */ ssym->isspilt = ssym->spillA = 1; _G.spiltSet = bitVectSetBit (_G.spiltSet, ssym->key); /* mark it as not register assigned & take it away from the set */ bitVectUnSetBit (_G.regAssigned, ssym->key); bitVectUnSetBit (_G.totRegAssigned, ssym->key); /* mark the registers as free */ for (i = 0; i < ssym->nRegs; i++) if (ssym->regs[i]) freeReg (ssym->regs[i]); wassertl (ssym->blockSpil == 0, "Encountered a sym with a block spill"); wassertl (ssym->remainSpil == 0, "Encountered a sym with a remain spill"); #if 0 /* if spilt on stack then free up r0 & r1 if they could have been assigned to as gprs */ if (!ptrRegReq && isSpiltOnStack (ssym)) { ptrRegReq++; spillLRWithPtrReg (ssym); } /* if this was a block level spil then insert push & pop at the start & end of block respectively */ if (ssym->blockSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push to the start of the block */ addiCodeToeBBlock (ebp, nic, (ebp->sch->op == LABEL ? ebp->sch->next : ebp->sch)); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } /* if spilt because not used in the remainder of the block then add a push before this instruction and a pop at the end of the block */ if (ssym->remainSpil) { iCode *nic = newiCode (IPUSH, operandFromSymbol (ssym), NULL); /* add push just before this instruction */ addiCodeToeBBlock (ebp, nic, ic); nic = newiCode (IPOP, operandFromSymbol (ssym), NULL); /* add pop to the end of the block */ addiCodeToeBBlock (ebp, nic, NULL); } #endif D (D_ALLOC, ("spilSomething: done.\n")); if (ssym == forSym) return FALSE; else return TRUE; } /** Will try for GPR if not spil. */ regs * getRegGpr (iCode * ic, eBBlock * ebp, symbol * sym) { regs *reg; int j; D (D_ALLOC, ("getRegGpr: on ic %p\n", ic)); tryAgain: /* try for gpr type */ if ((reg = allocReg (REG_GPR))) { D (D_ALLOC, ("getRegGpr: got a reg.\n")); return reg; } /* we have to spil */ if (!spilSomething (ic, ebp, sym)) { D (D_ALLOC, ("getRegGpr: have to spill.\n")); return NULL; } /* make sure partially assigned registers aren't reused */ for (j=0; j<=sym->nRegs; j++) if (sym->regs[j]) sym->regs[j]->isFree = 0; /* this looks like an infinite loop but in really selectSpil will abort */ goto tryAgain; } static regs *getRegGprNoSpil() { regs *reg; /* try for gpr type */ if ((reg = allocReg (REG_GPR))) { D (D_ALLOC, ("getRegGprNoSpil: got a reg.\n")); return reg; } assert(0); /* just to make the compiler happy */ return 0; } /** Symbol has a given register. */ static bool symHasReg (symbol * sym, regs * reg) { int i; for (i = 0; i < sym->nRegs; i++) if (sym->regs[i] == reg) return TRUE; return FALSE; } /** Check the live to and if they have registers & are not spilt then free up the registers */ static void deassignLRs (iCode * ic, eBBlock * ebp) { symbol *sym; int k; symbol *result; for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { symbol *psym = NULL; /* if it does not end here */ if (sym->liveTo > ic->seq) continue; /* if it was spilt on stack then we can mark the stack spil location as free */ if (sym->isspilt) { if (sym->stackSpil) { sym->usl.spillLoc->isFree = 1; sym->stackSpil = 0; } continue; } if (!bitVectBitValue (_G.regAssigned, sym->key)) continue; /* special case check if this is an IFX & the privious one was a pop and the previous one was not spilt then keep track of the symbol */ if (ic->op == IFX && ic->prev && ic->prev->op == IPOP && !ic->prev->parmPush && !OP_SYMBOL (IC_LEFT (ic->prev))->isspilt) psym = OP_SYMBOL (IC_LEFT (ic->prev)); D (D_ALLOC, ("deassignLRs: in loop on sym %p nregs %u\n", sym, sym->nRegs)); if (sym->nRegs) { int i = 0; bitVectUnSetBit (_G.regAssigned, sym->key); /* if the result of this one needs registers and does not have it then assign it right away */ if (IC_RESULT (ic) && !(SKIP_IC2 (ic) || /* not a special icode */ ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP || ic->op == RETURN) && (result = OP_SYMBOL (IC_RESULT (ic))) && /* has a result */ result->liveTo > ic->seq && /* and will live beyond this */ result->liveTo <= ebp->lSeq && /* does not go beyond this block */ result->liveFrom == ic->seq && /* does not start before here */ result->regType == sym->regType && /* same register types */ result->nRegs && /* which needs registers */ !result->isspilt && /* and does not already have them */ !result->remat && !bitVectBitValue (_G.regAssigned, result->key) && /* the number of free regs + number of regs in this LR can accomodate the what result Needs */ ((nfreeRegsType (result->regType) + sym->nRegs) >= result->nRegs) ) { for (i = 0; i < result->nRegs; i++) { if (i < sym->nRegs) result->regs[i] = sym->regs[i]; else result->regs[i] = getRegGpr (ic, ebp, result); /* if the allocation falied which means this was spilt then break */ if (!result->regs[i]) { wassert (0); assert (0); break; } } _G.regAssigned = bitVectSetBit (_G.regAssigned, result->key); _G.totRegAssigned = bitVectSetBit (_G.totRegAssigned, result->key); } /* free the remaining */ for (; i < sym->nRegs; i++) { if (psym) { if (!symHasReg (psym, sym->regs[i])) freeReg (sym->regs[i]); } else freeReg (sym->regs[i]); // sym->regs[i] = NULL; } } } } /** Reassign this to registers. */ static void reassignLR (operand * op) { symbol *sym = OP_SYMBOL (op); int i; D (D_ALLOC, ("reassingLR: on sym %p\n", sym)); /* not spilt any more */ sym->isspilt = sym->spillA = sym->blockSpil = sym->remainSpil = 0; bitVectUnSetBit (_G.spiltSet, sym->key); _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); _G.totRegAssigned = bitVectSetBit (_G.totRegAssigned, sym->key); _G.blockSpil--; for (i = 0; i < sym->nRegs; i++) sym->regs[i]->isFree = 0; } /** Determines if allocating will cause a spill. */ static int willCauseSpill (int nr, int rt) { /* first check if there are any avlb registers of te type required */ if (nFreeRegs (0) >= nr) return 0; /* it will cause a spil */ return 1; } /** The allocator can allocate same registers to result and operand, if this happens make sure they are in the same position as the operand otherwise chaos results. */ static int positionRegs (symbol * result, symbol * opsym) { int count = min (result->nRegs, opsym->nRegs); int i, j = 0, shared = 0; int change = 0; D (D_ALLOC, ("positionRegs: on result %p opsum %p line %u\n", result, opsym, lineno)); /* if the result has been spilt then cannot share */ if (opsym->isspilt) return 0; again: shared = 0; /* first make sure that they actually share */ for (i = 0; i < count; i++) { for (j = 0; j < count; j++) { if (result->regs[i] == opsym->regs[j] && i != j) { shared = 1; goto xchgPositions; } } } xchgPositions: if (shared) { regs *tmp = result->regs[i]; result->regs[i] = result->regs[j]; result->regs[j] = tmp; change ++; goto again; } return change ; } /** Try to allocate a pair of registers to the symbol. */ bool tryAllocatingRegPair (symbol * sym) { int i; wassert (sym->nRegs == 2); for (i = 0; i < _G.nRegs; i += 2) { if ((regsZ80[i].isFree) && (regsZ80[i + 1].isFree)) { regsZ80[i].isFree = 0; sym->regs[0] = ®sZ80[i]; regsZ80[i + 1].isFree = 0; sym->regs[1] = ®sZ80[i + 1]; sym->regType = REG_PAIR; if (currFunc) { currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, i); currFunc->regsUsed = bitVectSetBit (currFunc->regsUsed, i + 1); } D (D_ALLOC, ("tryAllocatingRegPair: succeded for sym %p\n", sym)); return TRUE; } } D (D_ALLOC, ("tryAllocatingRegPair: failed on sym %p\n", sym)); return FALSE; } /*------------------------------------------------------------------*/ /* verifyRegsAssigned - make sure an iTemp is properly initialized; */ /* it should either have registers or have beed spilled. Otherwise, */ /* there was an uninitialized variable, so just spill this to get */ /* the operand in a valid state. */ /*------------------------------------------------------------------*/ static void verifyRegsAssigned (operand *op, iCode * ic) { symbol * sym; if (!op) return; if (!IS_ITEMP (op)) return; sym = OP_SYMBOL (op); if (sym->isspilt) return; if (!sym->nRegs) return; if (sym->regs[0]) return; werrorfl (ic->filename, ic->lineno, W_LOCAL_NOINIT, sym->prereqv ? sym->prereqv->name : sym->name); spillThis (sym); } /** Serially allocate registers to the variables. This is the main register allocation function. It is called after packing. */ static void serialRegAssign (eBBlock ** ebbs, int count) { int i; /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* of all instructions do */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { /* if this is an ipop that means some live range will have to be assigned again */ if (ic->op == IPOP) { wassert (0); reassignLR (IC_LEFT (ic)); } /* if result is present && is a true symbol */ if (IC_RESULT (ic) && ic->op != IFX && IS_TRUE_SYMOP (IC_RESULT (ic))) OP_SYMBOL (IC_RESULT (ic))->allocreq++; /* take away registers from live ranges that end at this instruction */ deassignLRs (ic, ebbs[i]); /* some don't need registers */ /* MLH: removed RESULT and POINTER_SET condition */ if (SKIP_IC2 (ic) || ic->op == JUMPTABLE || ic->op == IFX || ic->op == IPUSH || ic->op == IPOP) continue; /* now we need to allocate registers only for the result */ if (IC_RESULT (ic)) { symbol *sym = OP_SYMBOL (IC_RESULT (ic)); bitVect *spillable; int willCS; int j; D (D_ALLOC, ("serialRegAssign: in loop on result %p\n", sym)); /* Make sure any spill location is definately allocated */ if (sym->isspilt && !sym->remat && sym->usl.spillLoc && !sym->usl.spillLoc->allocreq) { sym->usl.spillLoc->allocreq++; } /* if it does not need or is spilt or is already assigned to registers or will not live beyond this instructions */ if (!sym->nRegs || sym->isspilt || bitVectBitValue (_G.regAssigned, sym->key) || sym->liveTo <= ic->seq) { D (D_ALLOC, ("serialRegAssign: wont live long enough.\n")); continue; } /* if some liverange has been spilt at the block level and this one live beyond this block then spil this to be safe */ if (_G.blockSpil && sym->liveTo > ebbs[i]->lSeq) { D (D_ALLOC, ("serialRegAssign: \"spilling to be safe.\"\n")); spillThis (sym); continue; } /* if trying to allocate this will cause a spill and there is nothing to spill or this one is rematerializable then spill this one */ willCS = willCauseSpill (sym->nRegs, sym->regType); spillable = computeSpillable (ic); if (sym->remat || (willCS && bitVectIsZero (spillable))) { D (D_ALLOC, ("serialRegAssign: \"remat spill\"\n")); spillThis (sym); continue; } /* If the live range preceeds the point of definition then ideally we must take into account registers that have been allocated after sym->liveFrom but freed before ic->seq. This is complicated, so spill this symbol instead and let fillGaps handle the allocation. */ if (sym->liveFrom < ic->seq) { spillThis (sym); continue; } /* if it has a spillocation & is used less than all other live ranges then spill this */ if (willCS) { if (sym->usl.spillLoc) { symbol *leastUsed = leastUsedLR (liveRangesWith (spillable, allLRs, ebbs[i], ic)); if (leastUsed && leastUsed->used > sym->used) { spillThis (sym); continue; } } else { /* if none of the liveRanges have a spillLocation then better to spill this one than anything else already assigned to registers */ if (liveRangesWith(spillable,noSpilLoc,ebbs[i],ic)) { /* if this is local to this block then we might find a block spil */ if (!(sym->liveFrom >= ebbs[i]->fSeq && sym->liveTo <= ebbs[i]->lSeq)) { spillThis (sym); continue; } } } } /* else we assign registers to it */ _G.regAssigned = bitVectSetBit (_G.regAssigned, sym->key); _G.totRegAssigned = bitVectSetBit (_G.totRegAssigned, sym->key); /* Special case: Try to fit into a reg pair if available */ D (D_ALLOC, ("serialRegAssign: actually allocing regs!\n")); if ((sym->nRegs == 2) && tryAllocatingRegPair (sym)) { } else { for (j = 0; j < sym->nRegs; j++) { sym->regs[j] = getRegGpr (ic, ebbs[i], sym); /* if the allocation falied which means this was spilt then break */ if (!sym->regs[j]) { D (D_ALLOC, ("Couldnt alloc (spill)\n")) break; } } /* Make sure we didn't allocate a register pair with bytes swapped */ if(sym->nRegs == 2 && sym->regs[0] == sym->regs[1] + 1 && sym->regs[0] != ®sZ80[2]) { freeReg(sym->regs[0]); freeReg(sym->regs[1]); if(!tryAllocatingRegPair(sym)) wassertl(0, "Failed to swap register pair bytes back."); } } /* if it shares registers with operands make sure that they are in the same position */ if (IC_LEFT (ic) && IS_SYMOP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->nRegs && ic->op != '=') positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_LEFT (ic))); /* do the same for the right operand */ if (IC_RIGHT (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->nRegs) positionRegs (OP_SYMBOL (IC_RESULT (ic)), OP_SYMBOL (IC_RIGHT (ic))); } } } /* Check for and fix any problems with uninitialized operands */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; for (ic = ebbs[i]->sch; ic; ic = ic->next) { if (SKIP_IC2 (ic)) continue; if (ic->op == IFX) { verifyRegsAssigned (IC_COND (ic), ic); continue; } if (ic->op == JUMPTABLE) { verifyRegsAssigned (IC_JTCOND (ic), ic); continue; } verifyRegsAssigned (IC_RESULT (ic), ic); verifyRegsAssigned (IC_LEFT (ic), ic); verifyRegsAssigned (IC_RIGHT (ic), ic); } } } /*-----------------------------------------------------------------*/ /* fillGaps - Try to fill in the Gaps left by Pass1 */ /*-----------------------------------------------------------------*/ static void fillGaps() { symbol *sym =NULL; int key =0; if (getenv("DISABLE_FILL_GAPS")) return; /* look for livernages that was spilt by the allocator */ for (sym = hTabFirstItem(liveRanges,&key) ; sym ; sym = hTabNextItem(liveRanges,&key)) { int i; int pdone = 0; if (!sym->spillA || !sym->clashes || sym->remat) continue ; /* find the liveRanges this one clashes with, that are still assigned to registers & mark the registers as used*/ for ( i = 0 ; i < sym->clashes->size ; i ++) { int k; symbol *clr; if (bitVectBitValue(sym->clashes,i) == 0 || /* those that clash with this */ bitVectBitValue(_G.totRegAssigned,i) == 0) /* and are still assigned to registers */ continue ; clr = hTabItemWithKey(liveRanges,i); assert(clr); /* mark these registers as used */ for (k = 0 ; k < clr->nRegs ; k++ ) useReg(clr->regs[k]); } if (willCauseSpill(sym->nRegs,sym->regType)) { /* NOPE :( clear all registers & and continue */ freeAllRegs(); continue ; } /* THERE IS HOPE !!!! */ for (i=0; i < sym->nRegs ; i++ ) { sym->regs[i] = getRegGprNoSpil (); } /* for all its definitions check if the registers allocated needs positioning NOTE: we can position only ONCE if more than One positioning required then give up */ sym->isspilt = 0; for (i = 0 ; i < sym->defs->size ; i++ ) { if (bitVectBitValue(sym->defs,i)) { iCode *ic; if (!(ic = hTabItemWithKey(iCodehTab,i))) continue ; if (SKIP_IC(ic)) continue; assert(isSymbolEqual(sym,OP_SYMBOL(IC_RESULT(ic)))); /* just making sure */ /* if left is assigned to registers */ if (IS_SYMOP(IC_LEFT(ic)) && bitVectBitValue(_G.totRegAssigned,OP_SYMBOL(IC_LEFT(ic))->key)) { pdone += positionRegs(sym,OP_SYMBOL(IC_LEFT(ic))); } if (IS_SYMOP(IC_RIGHT(ic)) && bitVectBitValue(_G.totRegAssigned,OP_SYMBOL(IC_RIGHT(ic))->key)) { pdone += positionRegs(sym,OP_SYMBOL(IC_RIGHT(ic))); } if (pdone > 1) break; } } for (i = 0 ; i < sym->uses->size ; i++ ) { if (bitVectBitValue(sym->uses,i)) { iCode *ic; if (!(ic = hTabItemWithKey(iCodehTab,i))) continue ; if (SKIP_IC(ic)) continue; if (!IS_ASSIGN_ICODE(ic)) continue ; /* if result is assigned to registers */ if (IS_SYMOP(IC_RESULT(ic)) && bitVectBitValue(_G.totRegAssigned,OP_SYMBOL(IC_RESULT(ic))->key)) { pdone += positionRegs(sym,OP_SYMBOL(IC_RESULT(ic))); } if (pdone > 1) break; } } /* had to position more than once GIVE UP */ if (pdone > 1) { /* UNDO all the changes we made to try this */ sym->isspilt = 1; for (i=0; i < sym->nRegs ; i++ ) { sym->regs[i] = NULL; } freeAllRegs(); D(D_FILL_GAPS,("Fill Gap gave up due to positioning for %s in function %s\n",sym->name, currFunc ? currFunc->name : "UNKNOWN")); continue ; } D(D_FILL_GAPS,("FILLED GAP for %s in function %s\n",sym->name, currFunc ? currFunc->name : "UNKNOWN")); _G.totRegAssigned = bitVectSetBit(_G.totRegAssigned,sym->key); sym->isspilt = sym->spillA = 0 ; sym->usl.spillLoc->allocreq--; freeAllRegs(); } } /*-----------------------------------------------------------------*/ /* rUmaskForOp :- returns register mask for an operand */ /*-----------------------------------------------------------------*/ bitVect * rUmaskForOp (operand * op) { bitVect *rumask; symbol *sym; int j; /* only temporaries are assigned registers */ if (!IS_ITEMP (op)) return NULL; sym = OP_SYMBOL (op); /* if spilt or no registers assigned to it then nothing */ if (sym->isspilt || !sym->nRegs) return NULL; rumask = newBitVect (_G.nRegs); for (j = 0; j < sym->nRegs; j++) { rumask = bitVectSetBit (rumask, sym->regs[j]->rIdx); } return rumask; } bitVect * z80_rUmaskForOp (operand * op) { return rUmaskForOp (op); } /** Returns bit vector of registers used in iCode. */ bitVect * regsUsedIniCode (iCode * ic) { bitVect *rmask = newBitVect (_G.nRegs); /* do the special cases first */ if (ic->op == IFX) { rmask = bitVectUnion (rmask, rUmaskForOp (IC_COND (ic))); goto ret; } /* for the jumptable */ if (ic->op == JUMPTABLE) { rmask = bitVectUnion (rmask, rUmaskForOp (IC_JTCOND (ic))); goto ret; } /* of all other cases */ if (IC_LEFT (ic)) rmask = bitVectUnion (rmask, rUmaskForOp (IC_LEFT (ic))); if (IC_RIGHT (ic)) rmask = bitVectUnion (rmask, rUmaskForOp (IC_RIGHT (ic))); if (IC_RESULT (ic)) rmask = bitVectUnion (rmask, rUmaskForOp (IC_RESULT (ic))); ret: return rmask; } /** For each instruction will determine the regsUsed. */ static void createRegMask (eBBlock ** ebbs, int count) { int i; /* for all blocks */ for (i = 0; i < count; i++) { iCode *ic; if (ebbs[i]->noPath && (ebbs[i]->entryLabel != entryLabel && ebbs[i]->entryLabel != returnLabel)) continue; /* for all instructions */ for (ic = ebbs[i]->sch; ic; ic = ic->next) { int j; if (SKIP_IC2 (ic) || !ic->rlive) continue; /* first mark the registers used in this instruction */ ic->rUsed = regsUsedIniCode (ic); _G.funcrUsed = bitVectUnion (_G.funcrUsed, ic->rUsed); /* now create the register mask for those registers that are in use : this is a super set of ic->rUsed */ ic->rMask = newBitVect (_G.nRegs + 1); /* for all live Ranges alive at this point */ for (j = 1; j < ic->rlive->size; j++) { symbol *sym; int k; /* if not alive then continue */ if (!bitVectBitValue (ic->rlive, j)) continue; /* find the live range we are interested in */ if (!(sym = hTabItemWithKey (liveRanges, j))) { werror (E_INTERNAL_ERROR, __FILE__, __LINE__, "createRegMask cannot find live range"); exit (0); } /* if no register assigned to it */ if (!sym->nRegs || sym->isspilt) continue; /* for all the registers allocated to it */ for (k = 0; k < sym->nRegs; k++) if (sym->regs[k]) ic->rMask = bitVectSetBit (ic->rMask, sym->regs[k]->rIdx); } } } } #if 0 /** Returns the rematerialized string for a remat var. */ static char * rematStr (symbol * sym) { iCode *ic = sym->rematiCode; int offset = 0; while (1) { /* if plus adjust offset to right hand side */ if (ic->op == '+') { offset += (int) operandLitValue (IC_RIGHT (ic)); ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; continue; } /* if minus adjust offset to right hand side */ if (ic->op == '-') { offset -= (int) operandLitValue (IC_RIGHT (ic)); ic = OP_SYMBOL (IC_LEFT (ic))->rematiCode; continue; } /* cast then continue */ if (IS_CAST_ICODE(ic)) { ic = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; continue; } /* we reached the end */ break; } if (offset) { SNPRINTF (buffer, sizeof(buffer), "(%s %c 0x%04x)", OP_SYMBOL (IC_LEFT (ic))->rname, offset >= 0 ? '+' : '-', abs (offset) & 0xffff); } else { strncpyz (buffer, OP_SYMBOL (IC_LEFT (ic))->rname, sizeof(buffer)); } return buffer; } #endif /*-----------------------------------------------------------------*/ /* regTypeNum - computes the type & number of registers required */ /*-----------------------------------------------------------------*/ static void regTypeNum (void) { symbol *sym; int k; /* for each live range do */ for (sym = hTabFirstItem (liveRanges, &k); sym; sym = hTabNextItem (liveRanges, &k)) { /* if used zero times then no registers needed */ if ((sym->liveTo - sym->liveFrom) == 0) continue; D (D_ALLOC, ("regTypeNum: loop on sym %p\n", sym)); /* if the live range is a temporary */ if (sym->isitmp) { /* if the type is marked as a conditional */ if (sym->regType == REG_CND) continue; /* if used in return only then we don't need registers */ if (sym->ruonly || sym->accuse) { if (IS_AGGREGATE (sym->type) || sym->isptr) sym->type = aggrToPtr (sym->type, FALSE); continue; } /* if not then we require registers */ D (D_ALLOC, ("regTypeNum: isagg %u nRegs %u type %p\n", IS_AGGREGATE (sym->type) || sym->isptr, sym->nRegs, sym->type)); sym->nRegs = ((IS_AGGREGATE (sym->type) || sym->isptr) ? getSize (sym->type = aggrToPtr (sym->type, FALSE)) : getSize (sym->type)); D (D_ALLOC, ("regTypeNum: setting nRegs of %s (%p) to %u\n", sym->name, sym, sym->nRegs)); D (D_ALLOC, ("regTypeNum: setup to assign regs sym %p\n", sym)); if (sym->nRegs > 4) { fprintf (stderr, "allocated more than 4 or 0 registers for type "); printTypeChain (sym->type, stderr); fprintf (stderr, "\n"); } /* determine the type of register required */ /* Always general purpose */ sym->regType = REG_GPR; } else { /* for the first run we don't provide */ /* registers for true symbols we will */ /* see how things go */ D (D_ALLOC, ("regTypeNum: #2 setting num of %p to 0\n", sym)); sym->nRegs = 0; } } } /** Mark all registers as free. */ static void freeAllRegs () { int i; D (D_ALLOC, ("freeAllRegs: running.\n")); for (i = 0; i < _G.nRegs; i++) regsZ80[i].isFree = 1; } /*-----------------------------------------------------------------*/ /* deallocStackSpil - this will set the stack pointer back */ /*-----------------------------------------------------------------*/ DEFSETFUNC (deallocStackSpil) { symbol *sym = item; deallocLocal (sym); return 0; } /** Register reduction for assignment. */ static int packRegsForAssign (iCode * ic, eBBlock * ebp) { iCode *dic, *sic; D (D_ALLOC, ("packRegsForAssign: running on ic %p\n", ic)); if (!IS_ITEMP (IC_RIGHT (ic)) || OP_SYMBOL (IC_RIGHT (ic))->isind || OP_LIVETO (IC_RIGHT (ic)) > ic->seq) { return 0; } /* find the definition of iTempNN scanning backwards if we find a a use of the true symbol in before we find the definition then we cannot */ for (dic = ic->prev; dic; dic = dic->prev) { /* PENDING: Don't pack across function calls. */ if (dic->op == CALL || dic->op == PCALL) { dic = NULL; break; } if (SKIP_IC2 (dic)) continue; if (dic->op == IFX) { if (IS_SYMOP (IC_COND (dic)) && (IC_COND (dic)->key == IC_RESULT (ic)->key || IC_COND (dic)->key == IC_RIGHT (ic)->key)) { dic = NULL; break; } } else { if (IS_TRUE_SYMOP (IC_RESULT (dic)) && IS_OP_VOLATILE (IC_RESULT (dic))) { dic = NULL; break; } if (IS_SYMOP (IC_RESULT (dic)) && IC_RESULT (dic)->key == IC_RIGHT (ic)->key) { if (POINTER_SET (dic)) dic = NULL; break; } if (IS_SYMOP (IC_RIGHT (dic)) && (IC_RIGHT (dic)->key == IC_RESULT (ic)->key || IC_RIGHT (dic)->key == IC_RIGHT (ic)->key)) { dic = NULL; break; } if (IS_SYMOP (IC_LEFT (dic)) && (IC_LEFT (dic)->key == IC_RESULT (ic)->key || IC_LEFT (dic)->key == IC_RIGHT (ic)->key)) { dic = NULL; break; } if (IS_SYMOP (IC_RESULT (dic)) && IC_RESULT (dic)->key == IC_RESULT (ic)->key) { dic = NULL; break; } } } if (!dic) return 0; /* did not find */ /* if assignment then check that right is not a bit */ if (ASSIGNMENT (ic) && !POINTER_SET (ic)) { sym_link *etype = operandType (IC_RESULT (dic)); if (IS_BITFIELD (etype)) { /* if result is a bit too then it's ok */ etype = operandType (IC_RESULT (ic)); if (!IS_BITFIELD (etype)) { return 0; } } } /* if the result is on stack or iaccess then it must be the same atleast one of the operands */ if (OP_SYMBOL (IC_RESULT (ic))->onStack || OP_SYMBOL (IC_RESULT (ic))->iaccess) { /* the operation has only one symbol operator then we can pack */ if ((IC_LEFT (dic) && !IS_SYMOP (IC_LEFT (dic))) || (IC_RIGHT (dic) && !IS_SYMOP (IC_RIGHT (dic)))) goto pack; if (!((IC_LEFT (dic) && IC_RESULT (ic)->key == IC_LEFT (dic)->key) || (IC_RIGHT (dic) && IC_RESULT (ic)->key == IC_RIGHT (dic)->key))) return 0; } pack: /* found the definition */ /* replace the result with the result of */ /* this assignment and remove this assignment */ bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); IC_RESULT (dic) = IC_RESULT (ic); if (IS_ITEMP (IC_RESULT (dic)) && OP_SYMBOL (IC_RESULT (dic))->liveFrom > dic->seq) { OP_SYMBOL (IC_RESULT (dic))->liveFrom = dic->seq; } /* delete from liverange table also delete from all the points inbetween and the new one */ for (sic = dic; sic != ic; sic = sic->next) { bitVectUnSetBit (sic->rlive, IC_RESULT (ic)->key); if (IS_ITEMP (IC_RESULT (dic))) bitVectSetBit (sic->rlive, IC_RESULT (dic)->key); } remiCodeFromeBBlock (ebp, ic); // PENDING: Check vs mcs51 bitVectUnSetBit(OP_SYMBOL(IC_RESULT(ic))->defs,ic->key); hTabDeleteItem (&iCodehTab, ic->key, ic, DELETE_ITEM, NULL); OP_DEFS(IC_RESULT (dic))=bitVectSetBit (OP_DEFS (IC_RESULT (dic)), dic->key); return 1; } /** Scanning backwards looks for first assig found. */ iCode * findAssignToSym (operand * op, iCode * ic) { iCode *dic; for (dic = ic->prev; dic; dic = dic->prev) { /* if definition by assignment */ if (dic->op == '=' && !POINTER_SET (dic) && IC_RESULT (dic)->key == op->key) /* && IS_TRUE_SYMOP(IC_RIGHT(dic)) */ { /* we are interested only if defined in far space */ /* or in stack space in case of + & - */ /* if assigned to a non-symbol then return true */ if (!IS_SYMOP (IC_RIGHT (dic))) break; /* if the symbol is in far space then we should not */ if (isOperandInFarSpace (IC_RIGHT (dic))) return NULL; /* for + & - operations make sure that if it is on the stack it is the same as one of the three operands */ if ((ic->op == '+' || ic->op == '-') && OP_SYMBOL (IC_RIGHT (dic))->onStack) { if (IC_RESULT (ic)->key != IC_RIGHT (dic)->key && IC_LEFT (ic)->key != IC_RIGHT (dic)->key && IC_RIGHT (ic)->key != IC_RIGHT (dic)->key) return NULL; } break; } /* if we find an usage then we cannot delete it */ if (IC_LEFT (dic) && IC_LEFT (dic)->key == op->key) return NULL; if (IC_RIGHT (dic) && IC_RIGHT (dic)->key == op->key) return NULL; if (POINTER_SET (dic) && IC_RESULT (dic)->key == op->key) return NULL; } /* now make sure that the right side of dic is not defined between ic & dic */ if (dic) { iCode *sic = dic->next; for (; sic != ic; sic = sic->next) if (IC_RESULT (sic) && IC_RESULT (sic)->key == IC_RIGHT (dic)->key) return NULL; } return dic; } #if !DISABLE_PACKREGSFORSUPPORT // PENDING /*-----------------------------------------------------------------*/ /* packRegsForSupport :- reduce some registers for support calls */ /*-----------------------------------------------------------------*/ static int packRegsForSupport (iCode * ic, eBBlock * ebp) { int change = 0; /* for the left & right operand :- look to see if the left was assigned a true symbol in far space in that case replace them */ D (D_ALLOC, ("packRegsForSupport: running on ic %p\n", ic)); if (IS_ITEMP (IC_LEFT (ic)) && OP_SYMBOL (IC_LEFT (ic))->liveTo <= ic->seq) { iCode *dic = findAssignToSym (IC_LEFT (ic), ic); iCode *sic; if (!dic) goto right; /* found it we need to remove it from the block */ for (sic = dic; sic != ic; sic = sic->next) bitVectUnSetBit (sic->rlive, IC_LEFT (ic)->key); IC_LEFT (ic)->operand.symOperand = IC_RIGHT (dic)->operand.symOperand; IC_LEFT (ic)->key = IC_RIGHT (dic)->operand.symOperand->key; remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); // PENDING: Check vs mcs51 change++; } /* do the same for the right operand */ right: if (!change && IS_ITEMP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->liveTo <= ic->seq) { iCode *dic = findAssignToSym (IC_RIGHT (ic), ic); iCode *sic; if (!dic) return change; /* found it we need to remove it from the block */ for (sic = dic; sic != ic; sic = sic->next) bitVectUnSetBit (sic->rlive, IC_RIGHT (ic)->key); IC_RIGHT (ic)->operand.symOperand = IC_RIGHT (dic)->operand.symOperand; IC_RIGHT (ic)->key = IC_RIGHT (dic)->operand.symOperand->key; remiCodeFromeBBlock (ebp, dic); bitVectUnSetBit(OP_SYMBOL(IC_RESULT(dic))->defs,dic->key); hTabDeleteItem (&iCodehTab, dic->key, dic, DELETE_ITEM, NULL); // PENDING: vs mcs51 change++; } return change; } #endif /** Will reduce some registers for single use. */ static iCode * packRegsForOneuse (iCode * ic, operand * op, eBBlock * ebp) { bitVect *uses; iCode *dic, *sic; // PENDING: Disable D (D_ALLOC, ("packRegsForOneUse: running on ic %p\n", ic)); /* if returning a literal then do nothing */ if (!IS_SYMOP (op)) return NULL; /* only upto 2 bytes since we cannot predict the usage of b, & acc */ if (getSize (operandType (op)) > 2) return NULL; if (ic->op != RETURN && ic->op != SEND) return NULL; /* this routine will mark the a symbol as used in one instruction use only && if the defintion is local (ie. within the basic block) && has only one definition && that definiion is either a return value from a function or does not contain any variables in far space */ uses = bitVectCopy (OP_USES (op)); bitVectUnSetBit (uses, ic->key); /* take away this iCode */ if (!bitVectIsZero (uses)) /* has other uses */ return NULL; /* if it has only one defintion */ if (bitVectnBitsOn (OP_DEFS (op)) > 1) return NULL; /* has more than one definition */ /* get the that definition */ if (!(dic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_DEFS (op))))) return NULL; /* found the definition now check if it is local */ if (dic->seq < ebp->fSeq || dic->seq > ebp->lSeq) return NULL; /* non-local */ /* now check if it is the return from a function call */ if (dic->op == CALL || dic->op == PCALL) { if (ic->op != SEND && ic->op != RETURN && !POINTER_SET(ic) && !POINTER_GET(ic)) { OP_SYMBOL (op)->ruonly = 1; return dic; } dic = dic->next; } /* otherwise check that the definition does not contain any symbols in far space */ if (isOperandInFarSpace (IC_LEFT (dic)) || isOperandInFarSpace (IC_RIGHT (dic)) || IS_OP_RUONLY (IC_LEFT (ic)) || IS_OP_RUONLY (IC_RIGHT (ic))) { return NULL; } /* if pointer set then make sure the pointer is one byte */ if (POINTER_SET (dic)) return NULL; if (POINTER_GET (dic)) return NULL; sic = dic; /* also make sure the intervenening instructions don't have any thing in far space */ for (dic = dic->next; dic && dic != ic; dic = dic->next) { /* if there is an intervening function call then no */ if (dic->op == CALL || dic->op == PCALL) return NULL; /* if pointer set then make sure the pointer is one byte */ if (POINTER_SET (dic)) return NULL; if (POINTER_GET (dic)) return NULL; /* if address of & the result is remat the okay */ if (dic->op == ADDRESS_OF && OP_SYMBOL (IC_RESULT (dic))->remat) continue; /* if left or right or result is in far space */ if (isOperandInFarSpace (IC_LEFT (dic)) || isOperandInFarSpace (IC_RIGHT (dic)) || isOperandInFarSpace (IC_RESULT (dic)) || IS_OP_RUONLY (IC_LEFT (dic)) || IS_OP_RUONLY (IC_RIGHT (dic)) || IS_OP_RUONLY (IC_RESULT (dic))) { return NULL; } } OP_SYMBOL (op)->ruonly = 1; return sic; } /*-----------------------------------------------------------------*/ /* isBitwiseOptimizable - requirements of JEAN LOUIS VERN */ /*-----------------------------------------------------------------*/ static bool isBitwiseOptimizable (iCode * ic) { sym_link *rtype = getSpec (operandType (IC_RIGHT (ic))); /* bitwise operations are considered optimizable under the following conditions (Jean-Louis VERN) x & lit bit & bit bit & x bit ^ bit bit ^ x x ^ lit x | lit bit | bit bit | x */ if (IS_LITERAL (rtype)) return TRUE; return FALSE; } /** Optimisations: Certian assignments involving pointers can be temporarly stored in HL. Esp. genAssign ld iy,#_Blah ld bc,(iy) genAssign (ptr) ld hl,bc ld iy,#_Blah2 ld (iy),(hl) */ #if !DISABLE_PACKREGSFORACCUSE // PENDING /** Pack registers for acc use. When the result of this operation is small and short lived it may be able to be stored in the accumelator. */ static void packRegsForAccUse (iCode * ic) { iCode *uic; /* if this is an aggregate, e.g. a one byte char array */ if (IS_AGGREGATE(operandType(IC_RESULT(ic)))) { return; } /* if + or - then it has to be one byte result */ if ((ic->op == '+' || ic->op == '-') && getSize (operandType (IC_RESULT (ic))) > 1) return; /* if shift operation make sure right side is not a literal */ if (ic->op == RIGHT_OP && (isOperandLiteral (IC_RIGHT (ic)) || getSize (operandType (IC_RESULT (ic))) > 1)) return; if (ic->op == LEFT_OP && (isOperandLiteral (IC_RIGHT (ic)) || getSize (operandType (IC_RESULT (ic))) > 1)) return; /* has only one definition */ if (bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) > 1) return; /* has only one use */ if (bitVectnBitsOn (OP_USES (IC_RESULT (ic))) > 1) return; /* and the usage immediately follows this iCode */ if (!(uic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_USES (IC_RESULT (ic)))))) return; if (ic->next != uic) return; /* if it is a conditional branch then we definitely can */ if (uic->op == IFX) goto accuse; if (uic->op == JUMPTABLE) return; #if 0 /* if the usage is not is an assignment or an arithmetic / bitwise / shift operation then not */ if (POINTER_SET (uic) && getSize (aggrToPtr (operandType (IC_RESULT (uic)), FALSE)) > 1) return; #endif if (uic->op != '=' && !IS_ARITHMETIC_OP (uic) && !IS_BITWISE_OP (uic) && uic->op != LEFT_OP && uic->op != RIGHT_OP) return; /* if used in ^ operation then make sure right is not a literl */ if (uic->op == '^' && isOperandLiteral (IC_RIGHT (uic))) return; /* if shift operation make sure right side is not a literal */ if (uic->op == RIGHT_OP && (isOperandLiteral (IC_RIGHT (uic)) || getSize (operandType (IC_RESULT (uic))) > 1)) return; if (uic->op == LEFT_OP && (isOperandLiteral (IC_RIGHT (uic)) || getSize (operandType (IC_RESULT (uic))) > 1)) return; #if 0 /* make sure that the result of this icode is not on the stack, since acc is used to compute stack offset */ if (IS_TRUE_SYMOP (IC_RESULT (uic)) && OP_SYMBOL (IC_RESULT (uic))->onStack) return; #endif #if 0 /* if either one of them in far space then we cannot */ if ((IS_TRUE_SYMOP (IC_LEFT (uic)) && isOperandInFarSpace (IC_LEFT (uic))) || (IS_TRUE_SYMOP (IC_RIGHT (uic)) && isOperandInFarSpace (IC_RIGHT (uic)))) return; #endif /* if the usage has only one operand then we can */ if (IC_LEFT (uic) == NULL || IC_RIGHT (uic) == NULL) goto accuse; /* make sure this is on the left side if not a '+' since '+' is commutative */ if (ic->op != '+' && IC_LEFT (uic)->key != IC_RESULT (ic)->key) return; // See mcs51 ralloc for reasoning #if 0 /* if one of them is a literal then we can */ if ((IC_LEFT (uic) && IS_OP_LITERAL (IC_LEFT (uic))) || (IC_RIGHT (uic) && IS_OP_LITERAL (IC_RIGHT (uic)))) { goto accuse; return; } #endif /** This is confusing :) Guess for now */ if (IC_LEFT (uic)->key == IC_RESULT (ic)->key && (IS_ITEMP (IC_RIGHT (uic)) || (IS_TRUE_SYMOP (IC_RIGHT (uic))))) goto accuse; if (IC_RIGHT (uic)->key == IC_RESULT (ic)->key && (IS_ITEMP (IC_LEFT (uic)) || (IS_TRUE_SYMOP (IC_LEFT (uic))))) goto accuse; return; accuse: OP_SYMBOL (IC_RESULT (ic))->accuse = ACCUSE_A; } #endif static void packRegsForHLUse (iCode * ic) { iCode *uic; /* PENDING: Could do IFX */ if (ic->op == IFX) { return; } /* has only one definition */ if (bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) > 1) { D (D_HLUSE, (" + Dropping as has more than one def\n")); return; } /* has only one use */ if (bitVectnBitsOn (OP_USES (IC_RESULT (ic))) > 1) { D (D_HLUSE, (" + Dropping as has more than one use\n")); return; } /* and the usage immediately follows this iCode */ if (!(uic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_USES (IC_RESULT (ic)))))) { D (D_HLUSE, (" + Dropping as usage isn't in this block\n")); return; } if (ic->next != uic) { D (D_HLUSE, (" + Dropping as usage doesn't follow this\n")); return; } if (uic->op ==IFX) { return; } if (getSize (operandType (IC_RESULT (ic))) != 2 || (IC_LEFT(uic) && getSize (operandType (IC_LEFT (uic))) != 2) || (IC_RIGHT(uic) && getSize (operandType (IC_RIGHT (uic))) != 2)) { D (D_HLUSE, (" + Dropping as the result size is not 2\n")); return; } if (IS_Z80) { if (ic->op == CAST && uic->op == IPUSH) goto hluse; if (ic->op == ADDRESS_OF && uic->op == IPUSH) goto hluse; if (ic->op == ADDRESS_OF && POINTER_GET (uic) && IS_ITEMP( IC_RESULT (uic))) goto hluse; if (ic->op == CALL && ic->parmBytes == 0 && (uic->op == '-' || uic->op == '+')) goto hluse; } else if (IS_GB) { /* Case of assign a constant to offset in a static array. */ if (ic->op == '+' && IS_VALOP (IC_RIGHT (ic))) { if (uic->op == '=' && POINTER_SET (uic)) { goto hluse; } else if (uic->op == IPUSH && getSize (operandType (IC_LEFT (uic))) == 2) { goto hluse; } } } D (D_HLUSE, (" + Dropping as it's a bad op\n")); return; hluse: OP_SYMBOL (IC_RESULT (ic))->accuse = ACCUSE_SCRATCH; } static iCode * packRegsForHLUse3 (iCode * lic, operand * op, eBBlock * ebp) { int i, key; symbol *sym; iCode *ic, *dic; bool isFirst = TRUE; D (D_PACK_HLUSE3, ("Checking HL on %p lic key %u first def %u line %u:\n", OP_SYMBOL(op), lic->key, bitVectFirstBit(OP_DEFS(op)), lic->lineno)); if (D_PACK_HLUSE3) piCode(lic, NULL); if ( OP_SYMBOL(op)->accuse) { return NULL; } if (OP_SYMBOL(op)->remat) { return NULL; } /* Only defined once */ if (bitVectnBitsOn (OP_DEFS (op)) > 1) return NULL; if (getSize (operandType (op)) > 2) return NULL; /* And this is the definition */ if (bitVectFirstBit (OP_DEFS (op)) != lic->key) return NULL; /* first check if any overlapping liverange has already been assigned to DPTR */ if (OP_SYMBOL(op)->clashes) { for (i = 0 ; i < OP_SYMBOL(op)->clashes->size ; i++ ) { if (bitVectBitValue(OP_SYMBOL(op)->clashes,i)) { sym = hTabItemWithKey(liveRanges,i); if (sym->accuse == ACCUSE_SCRATCH) { return NULL; } } } } /* Nothing else that clashes with this is using the scratch register. Scan through all of the intermediate instructions and see if any of them could nuke HL. */ dic = ic = hTabFirstItemWK(iCodeSeqhTab,OP_SYMBOL(op)->liveFrom); for (; ic && ic->seq <= OP_SYMBOL(op)->liveTo; ic = hTabNextItem(iCodeSeqhTab, &key)) { if (D_PACK_HLUSE3) piCode(ic, NULL); D (D_PACK_HLUSE3, ("(On %p: op: %u next: %p)\n", ic, ic->op, ic->next)); if (isFirst) { isFirst = FALSE; if (ic->op == ADDRESS_OF) continue; if (POINTER_GET (ic)) continue; if (ic->op == '=' && !POINTER_SET(ic)) continue; } if (IC_RESULT(ic) && IS_SYMOP(IC_RESULT(ic)) && isOperandInDirSpace (IC_RESULT (ic))) return NULL; if (IC_LEFT(ic) && IS_SYMOP(IC_LEFT(ic)) && isOperandInDirSpace (IC_LEFT (ic))) return NULL; if (IC_RIGHT(ic) && IS_SYMOP(IC_RIGHT(ic)) && isOperandInDirSpace (IC_RIGHT (ic))) return NULL; /* Handle the non left/right/result ones first */ if (ic->op == IFX) continue; if (ic->op == JUMPTABLE) return NULL; if (SKIP_IC2(ic)) continue; if (ic->op == CAST) continue; if (ic->op == IPUSH && isOperandEqual (op, IC_LEFT (ic))) continue; if (ic->op == SEND && isOperandEqual (op, IC_LEFT (ic))) continue; if (ic->op == CALL && isOperandEqual (op, IC_RESULT (ic))) continue; if (ic->op == LEFT_OP && isOperandLiteral (IC_RIGHT (ic))) continue; if ((ic->op == '=' && !POINTER_SET(ic)) || ic->op == UNARYMINUS || ic->op == '+' || ic->op == '-' || ic->op == '>' || ic->op == '<' || ic->op == EQ_OP || 0) continue; if (ic->op == '*' && isOperandEqual (op, IC_LEFT (ic))) continue; if (POINTER_SET (ic) && isOperandEqual (op, IC_RESULT (ic))) continue; if (POINTER_GET (ic) && isOperandEqual (op, IC_LEFT (ic))) continue; if (IS_VALOP (IC_RIGHT (ic)) && (ic->op == EQ_OP || 0)) { continue; } /* By default give up */ return NULL; } D (D_PACK_HLUSE3, ("Succeeded!\n")) OP_SYMBOL (op)->accuse = ACCUSE_SCRATCH; return dic; } static iCode * packRegsForIYUse (iCode * lic, operand * op, eBBlock * ebp) { int i, key; symbol *sym; iCode *ic, *dic; bitVect *uses; D (D_PACK_IY, ("Checking IY on %p lic key %u first def %u line %u:\n", OP_SYMBOL(op), lic->key, bitVectFirstBit(OP_DEFS(op)), lic->lineno)); if (D_PACK_IY) piCode(lic, NULL); if ( OP_SYMBOL(op)->accuse) { return NULL; } if (OP_SYMBOL(op)->remat) { return NULL; } /* Only defined once */ if (bitVectnBitsOn (OP_DEFS (op)) > 1) return NULL; /* And this is the definition */ if (bitVectFirstBit (OP_DEFS (op)) != lic->key) return NULL; /* first check if any overlapping liverange has already been assigned to DPTR */ if (OP_SYMBOL(op)->clashes) { for (i = 0 ; i < OP_SYMBOL(op)->clashes->size ; i++ ) { if (bitVectBitValue(OP_SYMBOL(op)->clashes,i)) { sym = hTabItemWithKey(liveRanges,i); if (sym->accuse == ACCUSE_IY) { return NULL; } } } } /* Only a few instructions can load into IY */ if (lic->op != '=') { return NULL; } if (getSize (operandType (op)) != 2) { D (D_ACCUSE2, (" + Dropping as operation has size is too big\n")); return FALSE; } /* Nothing else that clashes with this is using the scratch register. Scan through all of the intermediate instructions and see if any of them could nuke HL. */ dic = ic = hTabFirstItemWK(iCodeSeqhTab,OP_SYMBOL(op)->liveFrom); uses = OP_USES(op); for (; ic && ic->seq <= OP_SYMBOL(op)->liveTo; ic = hTabNextItem(iCodeSeqhTab,&key)) { if (D_PACK_IY) piCode(ic, NULL); if (ic->op == PCALL || ic->op == CALL || ic->op == JUMPTABLE ) return NULL; if (SKIP_IC2(ic)) continue; /* Be pessamistic. */ if (ic->op == IFX) return NULL; D (D_PACK_IY, (" op: %u uses %u result: %d left: %d right: %d\n", ic->op, bitVectBitValue(uses, ic->key), IC_RESULT(ic) && IS_SYMOP(IC_RESULT(ic)) ? isOperandInDirSpace(IC_RESULT(ic)) : -1, IC_LEFT(ic) && IS_SYMOP(IC_LEFT(ic)) ? isOperandInDirSpace(IC_LEFT(ic)) : -1, IC_RIGHT(ic) && IS_SYMOP(IC_RIGHT(ic)) ? isOperandInDirSpace(IC_RIGHT(ic)) : -1 )); if (IC_RESULT(ic) && IS_SYMOP(IC_RESULT(ic)) && isOperandInDirSpace(IC_RESULT(ic))) return NULL; if (IC_RIGHT(ic) && IS_SYMOP(IC_RIGHT(ic)) && isOperandInDirSpace(IC_RIGHT(ic))) return NULL; if (IC_LEFT(ic) && IS_SYMOP(IC_LEFT(ic)) && isOperandInDirSpace(IC_LEFT(ic))) return NULL; /* Only certain rules will work against IY. Check if this iCode uses this symbol. */ if (bitVectBitValue(uses, ic->key) != 0) { if (ic->op == '=' && isOperandEqual(IC_RESULT(ic), op)) continue; if (ic->op == GET_VALUE_AT_ADDRESS && isOperandEqual(IC_LEFT(ic), op)) continue; if (isOperandEqual(IC_RESULT(ic), IC_LEFT(ic)) == FALSE) return NULL; if (IC_RIGHT (ic) && IS_VALOP (IC_RIGHT (ic))) { if (ic->op == '+' || ic->op == '-') { /* Only works if the constant is small */ if (operandLitValue (IC_RIGHT (ic)) < 4) continue; } } return NULL; } else { /* This iCode doesn't use the sym. See if this iCode preserves IY. */ continue; } /* By default give up */ return NULL; } D (D_PACK_IY, ("Succeeded IY!\n")); OP_SYMBOL (op)->accuse = ACCUSE_IY; return dic; } /** Returns TRUE if this operation can use acc and if it preserves the value. */ static bool opPreservesA (iCode * uic) { if (uic->op == IFX) { /* If we've gotten this far then the thing to compare must be small enough and must be in A. */ return TRUE; } if (uic->op == JUMPTABLE) { D (D_ACCUSE2, (" + Dropping as operation is a Jumptable\n")); return FALSE; } /* A pointer assign preserves A if A is the left value. */ if (uic->op == '=' && POINTER_SET (uic)) { return TRUE; } /* if the usage has only one operand then we can */ /* PENDING: check */ if (IC_LEFT (uic) == NULL || IC_RIGHT (uic) == NULL) { D (D_ACCUSE2, (" + Dropping as operation has only one operand\n")); return FALSE; } /* PENDING: check this rule */ if (getSize (operandType (IC_RESULT (uic))) > 1) { D (D_ACCUSE2, (" + Dropping as operation has size is too big\n")); return FALSE; } /* Disabled all of the old rules as they weren't verified and have caused at least one problem. */ return FALSE; } /** Returns true if this operand preserves the value of A. */ static bool opIgnoresA (iCode * ic, iCode * uic) { /* A increment of an iTemp by a constant is OK. */ if ( uic->op == '+' && IS_ITEMP (IC_LEFT (uic)) && IS_ITEMP (IC_RESULT (uic)) && IS_OP_LITERAL (IC_RIGHT (uic))) { unsigned int icount = (unsigned int) ulFromVal (IC_RIGHT (uic)->operand.valOperand); /* Being an ITEMP means that we're already a symbol. */ if (icount == 1 && IC_RESULT (uic)->operand.symOperand->key == IC_LEFT (uic)->operand.symOperand->key ) { return TRUE; } } else if (uic->op == '=' && !POINTER_SET (uic)) { /* If they are equal and get optimised out then things are OK. */ if (isOperandEqual (IC_RESULT (uic), IC_RIGHT (uic))) { /* Straight assign is OK. */ return TRUE; } } return FALSE; } /* Some optimisation cases: 1. Part of memcpy ; genPointerGet ld l,-4(ix) ld h,-3(ix) ld c,(hl) ; genPlus inc -4(ix) jp nz,00108$ inc -3(ix) 00108$: ; genAssign (pointer) ld a,c ld (de),a want to optimise down to: ld hl,-4(ix) ... ld a,(hl) inc -4(ix).w ... ld (de),a So genPointer get is OK genPlus where the right is constant, left is iTemp, and result is same as left genAssign (pointer) is OK 2. Part of _strcpy ; genPointerGet ld a,(de) ld c,a ; genIfx xor a,a or a,c jp z,00103$ ; _strcpy.c 40 ; genAssign (pointer) ; AOP_STK for _strcpy_to_1_1 ld l,-2(ix) ld h,-1(ix) ld (hl),c want to optimise down to: ld a,(de) or a,a jp z,00103$ ld (bc),a So genIfx where IC_COND has size of 1 and is a constant. */ /** Pack registers for acc use. When the result of this operation is small and short lived it may be able to be stored in the accumulator. Note that the 'A preserving' list is currently emperical :) */ static void packRegsForAccUse2 (iCode * ic) { iCode *uic; D (D_ACCUSE2, ("packRegsForAccUse2: running on ic %p line %u\n", ic, ic->lineno)); if (D_ACCUSE2) piCode (ic, NULL); /* Filter out all but those 'good' commands */ if ( !POINTER_GET (ic) && ic->op != '+' && ic->op != '-' && !IS_BITWISE_OP (ic) && ic->op != '=' && ic->op != EQ_OP && ic->op != '<' && ic->op != '>' && ic->op != CAST && ic->op != GETHBIT && 1) { D (D_ACCUSE2, (" + Dropping as not a 'good' source command\n")); return; } /* if + or - then it has to be one byte result. MLH: Ok. */ if ((ic->op == '+' || ic->op == '-') && getSize (operandType (IC_RESULT (ic))) > 1) { D (D_ACCUSE2, (" + Dropping as it's a big + or -\n")); return; } /* has only one definition */ if (bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) > 1) { D (D_ACCUSE2, (" + Dropping as it has more than one definition\n")); return; } /* Right. We may be able to propagate it through if: For each in the chain of uses the intermediate is OK. */ /* Get next with 'uses result' bit on If this->next == next Validate use of next If OK, increase count */ /* and the usage immediately follows this iCode */ if (!(uic = hTabItemWithKey (iCodehTab, bitVectFirstBit (OP_USES (IC_RESULT (ic)))))) { D (D_ACCUSE2, (" + Dropping as usage does not follow first\n")); return; } { /* Create a copy of the OP_USES bit vect */ bitVect *uses = bitVectCopy (OP_USES (IC_RESULT (ic))); int setBit; iCode *scan = ic, *next; do { setBit = bitVectFirstBit (uses); next = hTabItemWithKey (iCodehTab, setBit); if (scan->next == next) { D (D_ACCUSE2_VERBOSE, (" ! Is next in line\n")); bitVectUnSetBit (uses, setBit); /* Still contigous. */ if (!opPreservesA (next)) { D (D_ACCUSE2, (" + Dropping as operation doesn't preserve A\n")); return; } D (D_ACCUSE2_VERBOSE, (" ! Preserves A, so continue scanning\n")); scan = next; } /*else if (scan->next == NULL && bitVectnBitsOn (uses) == 1 && next != NULL) { if (next->prev == NULL) { if (!opPreservesA (next)) { D (D_ACCUSE2, (" + Dropping as operation doesn't preserve A #2\n")); return; } bitVectUnSetBit (uses, setBit); scan = next; } else { D (D_ACCUSE2, (" + Dropping as last in list and next doesn't start a block\n")); return; } } //This caused bug #1292721 */ else if (scan->next == NULL) { D (D_ACCUSE2, (" + Dropping as hit the end of the list\n")); D (D_ACCUSE2, (" + Next in htab: %p\n", next)); return; } else { if (opIgnoresA (ic, scan->next)) { /* Safe for now. */ scan = scan->next; D (D_ACCUSE2_VERBOSE, (" ! Op ignores A, so continue scanning\n")); } else { D (D_ACCUSE2, (" + Dropping as parts are not consecuitive and intermediate might use A\n")); return; } } } while (!bitVectIsZero (uses)); OP_SYMBOL (IC_RESULT (ic))->accuse = ACCUSE_A; return; } } /** Does some transformations to reduce register pressure. */ static void packRegisters (eBBlock * ebp) { iCode *ic; int change = 0; D (D_ALLOC, ("packRegisters: entered.\n")); while (1 && !DISABLE_PACK_ASSIGN) { change = 0; /* look for assignments of the form */ /* iTempNN = TRueSym (someoperation) SomeOperand */ /* .... */ /* TrueSym := iTempNN:1 */ for (ic = ebp->sch; ic; ic = ic->next) { /* find assignment of the form TrueSym := iTempNN:1 */ if (ic->op == '=' && !POINTER_SET (ic)) change += packRegsForAssign (ic, ebp); } if (!change) break; } for (ic = ebp->sch; ic; ic = ic->next) { /* Safe: address of a true sym is always constant. */ /* if this is an itemp & result of a address of a true sym then mark this as rematerialisable */ D (D_ALLOC, ("packRegisters: looping on ic %p\n", ic)); if (ic->op == ADDRESS_OF && IS_ITEMP (IC_RESULT (ic)) && IS_TRUE_SYMOP (IC_LEFT (ic)) && bitVectnBitsOn (OP_DEFS (IC_RESULT (ic))) == 1 && !OP_SYMBOL (IC_LEFT (ic))->onStack) { OP_SYMBOL (IC_RESULT (ic))->remat = 1; OP_SYMBOL (IC_RESULT (ic))->rematiCode = ic; OP_SYMBOL (IC_RESULT (ic))->usl.spillLoc = NULL; } /* Safe: just propagates the remat flag */ /* if straight assignment then carry remat flag if this is the only definition */ if (ic->op == '=' && !POINTER_SET (ic) && IS_SYMOP (IC_RIGHT (ic)) && OP_SYMBOL (IC_RIGHT (ic))->remat && !IS_CAST_ICODE(OP_SYMBOL (IC_RIGHT (ic))->rematiCode) && !isOperandGlobal(IC_RESULT(ic)) && /* due to bug 1618050 */ bitVectnBitsOn (OP_SYMBOL (IC_RESULT (ic))->defs) <= 1) { OP_SYMBOL (IC_RESULT (ic))->remat = OP_SYMBOL (IC_RIGHT (ic))->remat; OP_SYMBOL (IC_RESULT (ic))->rematiCode = OP_SYMBOL (IC_RIGHT (ic))->rematiCode; } /* if the condition of an if instruction is defined in the previous instruction then mark the itemp as a conditional */ if ((IS_CONDITIONAL (ic) || ((ic->op == BITWISEAND || ic->op == '|' || ic->op == '^') && isBitwiseOptimizable (ic))) && ic->next && ic->next->op == IFX && bitVectnBitsOn (OP_USES(IC_RESULT(ic)))==1 && isOperandEqual (IC_RESULT (ic), IC_COND (ic->next)) && OP_SYMBOL (IC_RESULT (ic))->liveTo <= ic->next->seq) { OP_SYMBOL (IC_RESULT (ic))->regType = REG_CND; continue; } #if 0 /* reduce for support function calls */ if (ic->supportRtn || ic->op == '+' || ic->op == '-') packRegsForSupport (ic, ebp); #endif /* some cases the redundant moves can can be eliminated for return statements */ if (ic->op == RETURN || ic->op == SEND) { packRegsForOneuse (ic, IC_LEFT (ic), ebp); } /* if pointer set & left has a size more than one and right is not in far space */ if (!DISABLE_PACK_ONE_USE && POINTER_SET (ic) && /* MLH: no such thing. !isOperandInFarSpace(IC_RIGHT(ic)) && */ !OP_SYMBOL (IC_RESULT (ic))->remat && !IS_OP_RUONLY (IC_RIGHT (ic)) && getSize (aggrToPtr (operandType (IC_RESULT (ic)), FALSE)) > 1) { packRegsForOneuse (ic, IC_RESULT (ic), ebp); } /* if pointer get */ if (!DISABLE_PACK_ONE_USE && POINTER_GET (ic) && IS_SYMOP (IC_LEFT (ic)) && /* MLH: dont have far space !isOperandInFarSpace(IC_RESULT(ic))&& */ !OP_SYMBOL (IC_LEFT (ic))->remat && !IS_OP_RUONLY (IC_RESULT (ic)) && getSize (aggrToPtr (operandType (IC_LEFT (ic)), FALSE)) > 1) { packRegsForOneuse (ic, IC_LEFT (ic), ebp); } /* pack registers for accumulator use, when the result of an arithmetic or bit wise operation has only one use, that use is immediately following the defintion and the using iCode has only one operand or has two operands but one is literal & the result of that operation is not on stack then we can leave the result of this operation in acc:b combination */ if (!DISABLE_PACK_HL && IS_ITEMP (IC_RESULT (ic))) { /* PENDING */ if (IS_GB) { if (0) packRegsForHLUse (ic); } else { packRegsForHLUse3 (ic, IC_RESULT (ic), ebp); } } if (!DISABLE_PACK_IY && IS_ITEMP (IC_RESULT (ic)) && IS_Z80) { packRegsForIYUse (ic, IC_RESULT (ic), ebp); } if (!DISABLE_PACK_ACC && IS_ITEMP (IC_RESULT (ic)) && getSize (operandType (IC_RESULT (ic))) == 1) { packRegsForAccUse2 (ic); } } } /** Joins together two byte constant pushes into one word push. */ static iCode * joinPushes (iCode *lic) { iCode *ic, *uic; for (ic = lic; ic; ic = ic->next) { int first, second; value *val; uic = ic->next; /* Anything past this? */ if (uic == NULL) { continue; } /* This and the next pushes? */ if (ic->op != IPUSH || uic->op != IPUSH) { continue; } /* Both literals? */ if ( !IS_OP_LITERAL (IC_LEFT (ic)) || !IS_OP_LITERAL (IC_LEFT (uic))) { continue; } /* Both characters? */ if ( getSize (operandType (IC_LEFT (ic))) != 1 || getSize (operandType (IC_LEFT (uic))) != 1) { continue; } /* Pull out the values, make a new type, and create the new iCode for it. */ first = (int)operandLitValue ( IC_LEFT (ic)); second = (int)operandLitValue ( IC_LEFT (uic)); sprintf (buffer, "%uu", ((first << 8) | (second & 0xFF)) & 0xFFFFU); val = constVal (buffer); SPEC_NOUN (val->type) = V_INT; IC_LEFT (ic) = operandFromOperand (IC_LEFT (ic)); IC_LEFT (ic)->operand.valOperand = val; /* Now remove the second one from the list. */ ic->next = uic->next; if (uic->next) { /* Patch up the reverse link */ uic->next->prev = ic; } } return lic; } /*-----------------------------------------------------------------*/ /* assignRegisters - assigns registers to each live range as need */ /*-----------------------------------------------------------------*/ void z80_assignRegisters (ebbIndex * ebbi) { eBBlock ** ebbs = ebbi->bbOrder; int count = ebbi->count; iCode *ic; int i; D (D_ALLOC, ("\n-> z80_assignRegisters: entered.\n")); setToNull ((void *) &_G.funcrUsed); setToNull ((void *) &_G.totRegAssigned); _G.stackExtend = _G.dataExtend = 0; if (IS_GB) { /* DE is required for the code gen. */ _G.nRegs = GBZ80_MAX_REGS; regsZ80 = _gbz80_regs; } else { _G.nRegs = Z80_MAX_REGS; regsZ80 = _z80_regs; } /* change assignments this will remove some live ranges reducing some register pressure */ for (i = 0; i < count; i++) packRegisters (ebbs[i]); /* liveranges probably changed by register packing so we compute them again */ recomputeLiveRanges (ebbs, count); if (options.dump_pack) dumpEbbsToFileExt (DUMP_PACK, ebbi); /* first determine for each live range the number of registers & the type of registers required for each */ regTypeNum (); /* and serially allocate registers */ serialRegAssign (ebbs, count); freeAllRegs (); fillGaps(); /* if stack was extended then tell the user */ if (_G.stackExtend) { /* werror(W_TOOMANY_SPILS,"stack", */ /* _G.stackExtend,currFunc->name,""); */ _G.stackExtend = 0; } if (_G.dataExtend) { /* werror(W_TOOMANY_SPILS,"data space", */ /* _G.dataExtend,currFunc->name,""); */ _G.dataExtend = 0; } if (options.dump_rassgn) { dumpEbbsToFileExt (DUMP_RASSGN, ebbi); dumpLiveRanges (DUMP_LRANGE, liveRanges); } /* after that create the register mask for each of the instruction */ createRegMask (ebbs, count); /* now get back the chain */ ic = iCodeLabelOptimize (iCodeFromeBBlock (ebbs, count)); ic = joinPushes (ic); /* redo that offsets for stacked automatic variables */ redoStackOffsets (); genZ80Code (ic); /* free up any stackSpil locations allocated */ applyToSet (_G.stackSpil, deallocStackSpil); _G.slocNum = 0; setToNull ((void *) &_G.stackSpil); setToNull ((void *) &_G.spiltSet); /* mark all registers as free */ freeAllRegs (); return; } sdcc-2.9.0/src/z80/ralloc.h000066400000000000000000000040211116427777700153130ustar00rootroot00000000000000/*------------------------------------------------------------------------- SDCCralloc.h - header file register allocation Written By - Sandeep Dutta . sandeep.dutta@usa.net (1998) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "SDCCicode.h" #include "SDCCBBlock.h" #ifndef SDCCRALLOC_H #define SDCCRALLOC_H 1 #define DEBUG_FAKE_EXTRA_REGS 0 enum { C_IDX = 0, B_IDX, E_IDX, D_IDX, L_IDX, H_IDX, #if DEBUG_FAKE_EXTRA_REGS M_IDX, N_IDX, O_IDX, P_IDX, Q_IDX, R_IDX, S_IDX, T_IDX, #endif CND_IDX }; enum { REG_PTR = 1, REG_GPR = 2, REG_CND = 4, REG_PAIR = 8 }; /* definition for the registers */ typedef struct regs { short type; /* can have value REG_GPR, REG_PTR or REG_CND */ short rIdx; /* index into register table */ char *name; /* name */ unsigned isFree:1; /* is currently unassigned */ } regs; extern regs *regsZ80; void assignRegisters (eBBlock **, int); regs *regWithIdx (int); void z80_assignRegisters (ebbIndex *); bitVect *z80_rUmaskForOp (operand * op); #endif sdcc-2.9.0/src/z80/support.c000066400000000000000000000013671116427777700155600ustar00rootroot00000000000000/** @file z80/support.c */ #include "z80.h" #include int convertFloat (Z80_FLOAT * f, double native) { unsigned long mantissa, exponent; double f2; wassert (f); if (native != 0) { f2 = floor (log (fabs (native)) / log (2)) + 1; mantissa = (unsigned long) (0x1000000 * fabs (native) / exp (f2 * log (2))) ; mantissa &= 0xffffff; exponent = (unsigned long) (f2 + 0x40) ; if (native < 0) exponent |= 0x80; } else { mantissa = 0; exponent = 0; } f->w[0] = (WORD) mantissa; f->w[1] = (BYTE) (mantissa >> 16); f->w[1] |= exponent << 8; f->b[0] = (BYTE) f->w[0]; f->b[1] = (BYTE) (f->w[0] >> 8); f->b[2] = (BYTE) f->w[1]; f->b[3] = (BYTE) (f->w[1] >> 8); return 0; } sdcc-2.9.0/src/z80/support.h000066400000000000000000000005401116427777700155550ustar00rootroot00000000000000/** @file z80/support.h Support functions for the z80 port. */ #ifndef Z80_SUPPORT_INCLUDE #define Z80_SUPPORT_INCLUDE typedef unsigned short WORD; typedef unsigned char BYTE; typedef struct { WORD w[2]; BYTE b[4]; } Z80_FLOAT; /** Convert a native float into 'z80' format */ int convertFloat (Z80_FLOAT * f, double native); #endif sdcc-2.9.0/src/z80/z80.dsp000066400000000000000000000074021116427777700150250ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="z80" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Static Library" 0x0104 CFG=z80 - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "z80.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "z80.mak" CFG="z80 - Win32 Release" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "z80 - Win32 Debug" (based on "Win32 (x86) Static Library") !MESSAGE "z80 - Win32 Release" (based on "Win32 (x86) Static Library") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" CPP=cl.exe RSC=rc.exe !IF "$(CFG)" == "z80 - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /Gm /GX /ZI /Od /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "_DEBUG" /D "_MBCS" /D "_LIB" /YX /FD /GZ /Zm500 /c # ADD CPP /nologo /G5 /W3 /Gm /GX /ZI /Od /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "_DEBUG" /D "_MBCS" /D "_LIB" /FR /FD /GZ /Zm1000 /c # ADD BASE RSC /l 0x409 /d "_DEBUG" # ADD RSC /l 0x409 /d "_DEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LIB32=link.exe -lib # ADD BASE LIB32 /nologo /out:"Debug\port.lib" # ADD LIB32 /nologo /out:"Debug\port.lib" !ELSEIF "$(CFG)" == "z80 - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Target_Dir "" # ADD BASE CPP /nologo /ML /W3 /GX /O2 /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "NDEBUG" /D "_MBCS" /D "_LIB" /FD /Zm500 /c # ADD CPP /nologo /ML /W3 /GX /O2 /I ".." /I "." /I "..\.." /I "..\..\support\util" /D "WIN32" /D "NDEBUG" /D "_MBCS" /D "_LIB" /FD /Zm1000 /c # ADD BASE RSC /l 0x409 /d "NDEBUG" # ADD RSC /l 0x409 /d "NDEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LIB32=link.exe -lib # ADD BASE LIB32 /nologo /out:"Release\port.lib" # ADD LIB32 /nologo /out:"Release\port.lib" !ENDIF # Begin Target # Name "z80 - Win32 Debug" # Name "z80 - Win32 Release" # Begin Group "Source Files" # PROP Default_Filter "cpp;c;cxx;rc;def;r;odl;idl;hpj;bat" # Begin Source File SOURCE=.\gen.c # End Source File # Begin Source File SOURCE=.\main.c !IF "$(CFG)" == "z80 - Win32 Debug" !ELSEIF "$(CFG)" == "z80 - Win32 Release" # ADD CPP /D "LNK" !ENDIF # End Source File # Begin Source File SOURCE=.\peep.c # End Source File # Begin Source File SOURCE=.\ralloc.c # End Source File # Begin Source File SOURCE=.\support.c # End Source File # End Group # Begin Group "Header Files" # PROP Default_Filter "h;hpp;hxx;hm;inl" # Begin Source File SOURCE=..\common.h # End Source File # Begin Source File SOURCE=.\gen.h # End Source File # Begin Source File SOURCE=.\peep.h # End Source File # Begin Source File SOURCE=.\ralloc.h # End Source File # Begin Source File SOURCE=.\support.h # End Source File # Begin Source File SOURCE=.\z80.h # End Source File # End Group # End Target # End Project sdcc-2.9.0/src/z80/z80.h000066400000000000000000000010261116427777700144620ustar00rootroot00000000000000/** @file z80/z80.h Common definitions between the z80 and gbz80 parts. */ #include "common.h" #include "ralloc.h" #include "gen.h" #include "peep.h" #include "support.h" typedef enum { SUB_Z80, SUB_GBZ80 } Z80_SUB_PORT; typedef struct { Z80_SUB_PORT sub; int calleeSavesBC; int port_mode; int port_back; } Z80_OPTS; extern Z80_OPTS z80_opts; #define IS_GB (z80_opts.sub == SUB_GBZ80) #define IS_Z80 (z80_opts.sub == SUB_Z80) enum { ACCUSE_A = 1, ACCUSE_SCRATCH, ACCUSE_IY }; sdcc-2.9.0/src/z80/z80a.dsp000066400000000000000000000064171116427777700151730ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="z80a" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Generic Project" 0x010a CFG=z80a - Win32 Release !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "z80a.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "z80a.mak" CFG="z80a - Win32 Release" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "z80a - Win32 Debug" (based on "Win32 (x86) Generic Project") !MESSAGE "z80a - Win32 Release" (based on "Win32 (x86) Generic Project") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" MTL=midl.exe !IF "$(CFG)" == "z80a - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "" # PROP Intermediate_Dir "" # PROP Target_Dir "" !ELSEIF "$(CFG)" == "z80a - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "" # PROP Intermediate_Dir "" # PROP Target_Dir "" !ENDIF # Begin Target # Name "z80a - Win32 Debug" # Name "z80a - Win32 Release" # Begin Source File SOURCE=".\peeph-gbz80.def" !IF "$(CFG)" == "z80a - Win32 Debug" # Begin Custom Build InputPath=".\peeph-gbz80.def" "peeph-gbz80.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph-gbz80.rul # End Custom Build !ELSEIF "$(CFG)" == "z80a - Win32 Release" # Begin Custom Build InputPath=".\peeph-gbz80.def" "peeph-gbz80.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph-gbz80.rul # End Custom Build !ENDIF # End Source File # Begin Source File SOURCE=".\peeph-z80.def" !IF "$(CFG)" == "z80a - Win32 Debug" # Begin Custom Build InputPath=".\peeph-z80.def" "peeph-z80.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph-z80.rul # End Custom Build !ELSEIF "$(CFG)" == "z80a - Win32 Release" # Begin Custom Build InputPath=".\peeph-z80.def" "peeph-z80.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph-z80.rul # End Custom Build !ENDIF # End Source File # Begin Source File SOURCE=".\peeph.def" !IF "$(CFG)" == "z80a - Win32 Debug" # Begin Custom Build InputPath=".\peeph.def" "peeph.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph.rul # End Custom Build !ELSEIF "$(CFG)" == "z80a - Win32 Release" # Begin Custom Build InputPath=".\peeph.def" "peeph.rul" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" gawk -f ../SDCCpeeph.awk $(InputPath) >peeph.rul # End Custom Build !ENDIF # End Source File # End Target # End Project sdcc-2.9.0/support/000077500000000000000000000000001116427777700141755ustar00rootroot00000000000000sdcc-2.9.0/support/README000066400000000000000000000001731116427777700150560ustar00rootroot00000000000000sdcc/support ------------ This directory contains support programs and libraries that may not be provided by your system. sdcc-2.9.0/support/Util/000077500000000000000000000000001116427777700151125ustar00rootroot00000000000000sdcc-2.9.0/support/Util/BuildCmd.c000066400000000000000000000057271116427777700167540ustar00rootroot00000000000000/*------------------------------------------------------------------------- BuildCmd - SDCC Support function Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ /*! Build a command line with parameter substitution */ #include #include #include "SDCCset.h" #include "BuildCmd.h" void buildCmdLine (char *into, const char **cmds, const char *p1, const char *p2, const char *p3, set *list) { int first = 1; assert(cmds != NULL); assert(into != NULL); *into = '\0'; while (*cmds) { const char *p, *from, *par; int sep = 1; from = *cmds; cmds++; /* See if it has a '$' anywhere - if not, just copy */ if ((p = strchr (from, '$'))) { /* include first part of cmd */ if (p != from) { if (!first && sep) strcat(into, " "); strncat(into, from, p - from); sep = 0; } from = p + 2; /* include parameter */ p++; switch (*p) { case '1': par = p1; break; case '2': par = p2; break; case '3': par = p3; break; case 'l': { const char *tmp; par = NULL; if (list != NULL && (tmp = (const char *)setFirstItem(list)) != NULL) { do { if (*tmp != '\0') { if (sep) strcat(into, " "); /* seperate it */ strcat(into, tmp); tmp++; sep = 1; } } while ((tmp = (const char *)setNextItem(list)) != NULL); } } break; default: par = NULL; assert(0); } if (par && *par != '\0') { if (!first && sep) strcat(into, " "); /* seperate it */ strcat(into, par); sep = 0; } } /* include the rest of cmd, e.g. ".asm" from "$1.asm" */ if (*from != '\0') { if (!first && sep) strcat(into, " "); /* seperate it */ strcat(into, from); sep = 0; } first = 0; } } sdcc-2.9.0/support/Util/BuildCmd.h000066400000000000000000000024621116427777700167520ustar00rootroot00000000000000/*------------------------------------------------------------------------- BuildCmd - SDCC Support function Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __BUILDCMD_H #define __BUILDCMD_H void buildCmdLine (char *into, const char **cmds, const char *p1, const char *p2, const char *p3, set *list); #endif sdcc-2.9.0/support/Util/MySystem.c000066400000000000000000000176261116427777700170640ustar00rootroot00000000000000/*------------------------------------------------------------------------- MySystem - SDCC Support function Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifdef _WIN32 #undef DATADIR #include /* avoid DATADIR definition clash :-( */ #include #else #include #endif #include #include "SDCCglobl.h" #include "SDCCutil.h" #include "MySystem.h" #include "newalloc.h" set *binPathSet = NULL; /* set of binary paths */ /*! * get command and arguments from command line */ static void split_command(const char *cmd_line, char **command, char **params) { const char *p, *cmd_start; char delim; char *str; unsigned len; /* skip leading spaces */ for (p = cmd_line; isspace(*p); p++) ; /* get command */ switch (*p) { case '\'': case '"': delim = *p; cmd_start = ++p; break; default: delim = ' '; cmd_start = p; } if (delim == ' ') { while (*p != '\0' && !isspace(*p)) p++; } else { while (*p != '\0' && *p != delim) p++; } if (command != NULL) { len = p - cmd_start; str = Safe_alloc(len + 1); strncpy(str, cmd_start, len); str[len] = '\0'; *command = str; } p++; /* skip spaces before parameters */ while (isspace(*p)) p++; /* get parameters */ if (params != NULL) *params = Safe_strdup(p); } /*! * find the command: * 1) if the command is specified by path, try it * 2) try to find the command in predefined path's * 3) trust on $PATH */ #ifdef _WIN32 /* WIN32 version */ /* * I don't like this solution, but unfortunately cmd.exe and command.com * don't accept something like this: * "program" "argument" * Cmd.exe accepts the following: * ""program" "argument"" * but command.com doesn't. * The following is accepted by both: * program "argument" * * So the most portable WIN32 solution is to use GetShortPathName() for * program to get rid of spaces, so that quotes are not needed :-( * Using spawnvp() instead of system() is more portable cross platform approach, * but then also a substitute for _popen() should be developed... */ #define EXE_EXT ".exe" /*! * merge command and parameters to command line */ static char * merge_command(const char *command, const char *params) { /* allocate extra space for ' ' and '\0' */ char *cmd_line = (char *)Safe_alloc(strlen(command) + strlen(params) + 2); sprintf(cmd_line, "%s %s", command, params); return cmd_line; } /*! * check if path/command exist by converting it to short file name * if it exists, compose with args and return it */ static char * compose_command_line(const char *path, const char *command, const char *args) { unsigned len; char cmdPath[PATH_MAX]; char shortPath[PATH_MAX]; if (path != NULL) SNPRINTF(cmdPath, sizeof cmdPath, "%s" DIR_SEPARATOR_STRING "%s", path, command); else strncpyz(cmdPath, command, sizeof cmdPath); /* Try if cmdPath or cmdPath.exe exist by converting it to the short path name */ len = GetShortPathName(cmdPath, shortPath, sizeof shortPath); assert(len < sizeof shortPath); if (0 == len) { len = GetShortPathName(strncatz(cmdPath, EXE_EXT, sizeof cmdPath), shortPath, sizeof shortPath); assert(len < sizeof shortPath); } if (0 != len) { /* compose the command line */ return merge_command(shortPath, args); } else { /* path/command not found */ return NULL; } } static char * get_path(const char *cmd) { char *cmdLine; char *command; char *args; char *path; /* get the command */ split_command(cmd, &command, &args); if (NULL == (cmdLine = compose_command_line(NULL, command, args))) { /* not an absolute path: try to find the command in predefined binary paths */ if (NULL != (path = (char *)setFirstItem(binPathSet))) { while (NULL == (cmdLine = compose_command_line(path, command, args)) && NULL != (path = (char *)setNextItem(binPathSet))) ; } if (NULL == cmdLine) { /* didn't found the command in predefined binary paths: try with PATH */ char *envPath; if (NULL != (envPath = getenv("PATH"))) { /* make a local copy; strtok() will modify it */ envPath = Safe_strdup(envPath); if (NULL != (path = strtok(envPath, ";"))) { while (NULL == (cmdLine = compose_command_line(path, command, args)) && NULL != (path = strtok(NULL, ";"))) ; } Safe_free(envPath); } } /* didn't found it; probably this won't help neither :-( */ if (NULL == cmdLine) cmdLine = merge_command(command, args); } Safe_free(command); Safe_free(args); return cmdLine; } #else /* *nix version */ /*! * merge command and parameters to command line */ static char * merge_command(const char *command, const char *params) { /* allocate extra space for 2x'"', ' ' and '\0' */ char *cmd_line = (char *)Safe_alloc(strlen(command) + strlen(params) + 4); sprintf(cmd_line, "\"%s\" %s", command, params); return cmd_line; } /*! * check if the path is relative or absolute (if contains the dir separator) */ static int has_path(const char *path) { return dbuf_splitPath(path, NULL, NULL); } static char * get_path(const char *cmd) { char *cmdLine = NULL; char *command; char *args; char *path; char cmdPath[PATH_MAX]; /* get the command */ split_command(cmd, &command, &args); if (!has_path(command)) { /* try to find the command in predefined binary paths */ if (NULL != (path = (char *)setFirstItem(binPathSet))) { do { SNPRINTF(cmdPath, sizeof cmdPath, "%s" DIR_SEPARATOR_STRING "%s", path, command); /* Try if cmdPath */ if (0 == access(cmdPath, X_OK)) { /* compose the command line */ cmdLine = merge_command(cmdPath, args); break; } } while (NULL != (path = (char *)setNextItem(binPathSet))); } if (NULL == cmdLine) cmdLine = merge_command(command, args); Safe_free(command); Safe_free(args); return cmdLine; } else { /* * the command is defined with absolute path: * just return it */ Safe_free(command); Safe_free(args); return Safe_strdup(cmd); } } #endif /*! * call an external program with arguements */ int my_system(const char *cmd) { int e; char *cmdLine = get_path(cmd); assert(NULL != cmdLine); if (options.verboseExec) { printf("+ %s\n", cmdLine); } e = system(cmdLine); if (options.verboseExec && e) { printf("+ %s returned errorcode %d\n", cmdLine, e); } Safe_free(cmdLine); return e; } /*! * pipe an external program with arguements */ #ifdef _WIN32 #define popen_read(cmd) _popen((cmd), "rt") #else #define popen_read(cmd) popen((cmd), "r") #endif FILE * my_popen(const char *cmd) { FILE *fp; char *cmdLine = get_path(cmd); assert(NULL != cmdLine); if (options.verboseExec) { printf("+ %s\n", cmdLine); } fp = popen_read(cmdLine); Safe_free(cmdLine); return fp; } sdcc-2.9.0/support/Util/MySystem.h000066400000000000000000000025231116427777700170570ustar00rootroot00000000000000/*------------------------------------------------------------------------- MySystem - SDCC Support function Written By - Sandeep Dutta . sandeep.dutta@usa.net (1999) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #ifndef __MYSYSTEM_H #define __MYSYSTEM_H #include #include "SDCCset.h" extern set *binPathSet; /* set of binary paths */ int my_system(const char *cmd); FILE *my_popen(const char *cmd); #endif sdcc-2.9.0/support/Util/NewAlloc.c000066400000000000000000000125721116427777700167710ustar00rootroot00000000000000/* =============================================================================== NEWALLOC - SDCC Memory allocation functions These functions are wrappers for the standard malloc, realloc and free functions. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! =============================================================================== */ #include #include #include #include #include #include "newalloc.h" #if OPT_ENABLE_LIBGC #include #define MALLOC GC_malloc #define REALLOC GC_realloc /* PENDING: This is a mild hack. If we try to GC_free something allocated with malloc() then the program will segfault. Might as well drop it and let the garbase collector take care of things. */ #define FREE(_a) #else #define MALLOC malloc #define REALLOC realloc #define FREE free #endif #define TRACEMALLOC 0 #if TRACEMALLOC enum { TRACESIZE = 4096 }; static int _allocs[TRACESIZE]; static int _above; static void _dumpTrace(int code, void *parg) { int i; for (i = 0; i < TRACESIZE; i++) { if (_allocs[i]) { printf("%u %u\n", _allocs[i], i); } } printf("%u above\n", _above); } static void _log(int size) { static int registered; if (registered == 0) { on_exit(_dumpTrace, NULL); registered = 1; } if (size == 12) { _above++; } if (size >= TRACESIZE) { _above++; } else { _allocs[size]++; } } #endif /* ------------------------------------------------------------------------------- Clear_realloc - Reallocate a memory block and clear any memory added with out of memory error detection ------------------------------------------------------------------------------- */ void *Clear_realloc(void *OldPtr,size_t OldSize,size_t NewSize) { void *NewPtr ; NewPtr = REALLOC(OldPtr,NewSize) ; if (!NewPtr) { printf("ERROR - No more memory\n") ; /* werror(E_OUT_OF_MEM,__FILE__,NewSize);*/ exit (1); } if (NewPtr) if (NewSize > OldSize) memset((char *) NewPtr + OldSize,0x00,NewSize - OldSize) ; return NewPtr ; } /* ------------------------------------------------------------------------------- Safe_realloc - Reallocate a memory block with out of memory error detection ------------------------------------------------------------------------------- */ void *Safe_realloc(void *OldPtr,size_t NewSize) { void *NewPtr ; NewPtr = REALLOC(OldPtr,NewSize) ; if (!NewPtr) { printf("ERROR - No more memory\n") ; /* werror(E_OUT_OF_MEM,__FILE__,NewSize);*/ exit (1); } return NewPtr ; } /* ------------------------------------------------------------------------------- Safe_calloc - Allocate a block of memory from the application heap, clearing all data to zero and checking for out of memory errors. ------------------------------------------------------------------------------- */ void *Safe_calloc(size_t Elements,size_t Size) { void *NewPtr ; NewPtr = MALLOC(Elements*Size) ; #if TRACEMALLOC _log(Elements*Size); #endif if (!NewPtr) { printf("ERROR - No more memory\n") ; /* werror(E_OUT_OF_MEM,__FILE__,Size);*/ exit (1); } memset(NewPtr, 0, Elements*Size); return NewPtr ; } /* ------------------------------------------------------------------------------- Safe_malloc - Allocate a block of memory from the application heap and checking for out of memory errors. ------------------------------------------------------------------------------- */ void *Safe_malloc(size_t Size) { void *NewPtr ; NewPtr = MALLOC(Size) ; #if TRACEMALLOC _log(Size); #endif if (!NewPtr) { printf("ERROR - No more memory\n") ; /* werror(E_OUT_OF_MEM,__FILE__,Size);*/ exit (1); } return NewPtr ; } void *Safe_alloc(size_t Size) { return Safe_calloc(1, Size); } void Safe_free(void *p) { FREE(p); } char *Safe_strdup(const char *sz) { char *pret; assert(sz); pret = Safe_alloc(strlen(sz) +1); strcpy(pret, sz); return pret; } void *traceAlloc(allocTrace *ptrace, void *p) { assert(ptrace); assert(p); /* Also handles where max == 0 */ if (ptrace->num == ptrace->max) { /* Add an offset to handle max == 0 */ ptrace->max = (ptrace->max+2)*2; ptrace->palloced = Safe_realloc(ptrace->palloced, ptrace->max * sizeof(*ptrace->palloced)); } ptrace->palloced[ptrace->num++] = p; return p; } void freeTrace(allocTrace *ptrace) { int i; assert(ptrace); for (i = 0; i < ptrace->num; i++) { Safe_free(ptrace->palloced[i]); } ptrace->num = 0; Safe_free(ptrace->palloced); ptrace->palloced = NULL; ptrace->max = 0; } sdcc-2.9.0/support/Util/dbuf.c000066400000000000000000000114721116427777700162030ustar00rootroot00000000000000/* dbuf.c - Dynamic buffer implementation version 1.2.0, January 6th, 2007 Copyright (c) 2002-2007 Borut Razem This software is provided 'as-is', without any express or implied warranty. In no event will the authors be held liable for any damages arising from the use of this software. Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and redistribute it freely, subject to the following restrictions: 1. The origin of this software must not be misrepresented; you must not claim that you wrote the original software. If you use this software in a product, an acknowledgment in the product documentation would be appreciated but is not required. 2. Altered source versions must be plainly marked as such, and must not be misrepresented as being the original software. 3. This notice may not be removed or altered from any source distribution. Borut Razem borut.razem@siol.net */ #include #include #include #include "dbuf.h" /* * Assure that the buffer is large enough to hold * current length + size bytes; enlarge it if necessary. * * Intended for internal use. */ int _dbuf_expand(struct dbuf_s *dbuf, size_t size) { assert(dbuf->alloc != 0); assert(dbuf->buf != NULL); if (dbuf->len + size > dbuf->alloc) { /* new_allocated_size = current_allocated_size * 2^n */ /* can this be optimized? */ do { dbuf->alloc += dbuf->alloc; } while (dbuf->len + size > dbuf->alloc); if ((dbuf->buf = realloc(dbuf->buf, dbuf->alloc)) == NULL) return 0; } return 1; } /* * Initialize the dbuf structure and * allocate buffer to hold size bytes. */ int dbuf_init(struct dbuf_s *dbuf, size_t size) { assert(size != 0); if (size == 0) size = 1; dbuf->len = 0; dbuf->alloc = size; return ((dbuf->buf = malloc(dbuf->alloc)) != NULL); } /* * Allocate new dbuf structure on the heap * and initialize it. * * See: dbuf_delete() */ struct dbuf_s *dbuf_new(size_t size) { struct dbuf_s *dbuf; dbuf = (struct dbuf_s *)malloc(sizeof(struct dbuf_s)); if (dbuf != NULL) { if (dbuf_init(dbuf, size) == 0) { free(dbuf); return NULL; } } return dbuf; } /* * Set the buffer size. Buffer size can be only decreased. */ int dbuf_set_length(struct dbuf_s *dbuf, size_t len) { assert(dbuf != NULL); assert(dbuf->alloc != 0); assert(len <= dbuf->len); if (len <= dbuf->len) { dbuf->len = len; return 1; } return 0; } /* * Append the buf to the end of the buffer. */ int dbuf_append(struct dbuf_s *dbuf, const void *buf, size_t len) { assert(dbuf != NULL); assert(dbuf->alloc != 0); assert(dbuf->buf != NULL); if (_dbuf_expand(dbuf, len) != 0) { memcpy(&(((char *)dbuf->buf)[dbuf->len]), buf, len); dbuf->len += len; return 1; } return 0; } /* * Add '\0' character at the end of the buffer without * count it in the dbuf->len. */ const char *dbuf_c_str(struct dbuf_s *dbuf) { assert(dbuf != NULL); assert(dbuf->alloc != 0); assert(dbuf->buf != NULL); if (_dbuf_expand(dbuf, 1) != 0) { ((char *)dbuf->buf)[dbuf->len] = '\0'; return dbuf->buf; } return NULL; } /* * Get the buffer pointer. */ const void *dbuf_get_buf(struct dbuf_s *dbuf) { assert(dbuf != NULL); assert(dbuf->alloc != 0); assert(dbuf->buf != NULL); return dbuf->buf; } /* * Get the buffer length. */ size_t dbuf_get_length(struct dbuf_s *dbuf) { assert(dbuf != NULL); assert(dbuf->alloc != 0); assert(dbuf->buf != NULL); return dbuf->len; } /* * Trim the allocated buffer to required size */ int dbuf_trim(struct dbuf_s *dbuf) { void *buf; assert(dbuf != NULL); assert(dbuf->alloc != 0); assert(dbuf->buf != NULL); buf = realloc(dbuf->buf, dbuf->len); if (buf != NULL) { dbuf->alloc = dbuf->len; dbuf->buf = buf; } return buf != NULL; } /* * Detach the buffer from dbuf structure. * The dbuf structure can be reused by * reinitializing it. * * See: dbuf_init() */ void *dbuf_detach(struct dbuf_s *dbuf) { void *ret; assert(dbuf != NULL); assert(dbuf->alloc != 0); assert(dbuf->buf != NULL); ret = dbuf->buf; dbuf->buf = NULL; dbuf->len = 0; dbuf->alloc = 0; return ret; } /* * Destroy the dbuf structure and * free the buffer */ void dbuf_destroy(struct dbuf_s *dbuf) { free(dbuf_detach(dbuf)); } /* * Delete dbuf structure on the heap: * destroy it and free the allocated space. * The user's responsablity is not to use * the pointer any more: the best think to do * is to set the pointer to NULL value. * * See dbuf_new() */ void dbuf_delete(struct dbuf_s *dbuf) { dbuf_destroy(dbuf); free(dbuf); } /* * Free detached buffer. * * See dbuf_detach() */ void dbuf_free(const void *buf) { free((void *)buf); } sdcc-2.9.0/support/Util/dbuf.h000066400000000000000000000036261116427777700162120ustar00rootroot00000000000000/* dbuf.h - Dynamic buffer interface version 1.2.0, January 6th, 2007 Copyright (c) 2002-2007 Borut Razem This software is provided 'as-is', without any express or implied warranty. In no event will the authors be held liable for any damages arising from the use of this software. Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and redistribute it freely, subject to the following restrictions: 1. The origin of this software must not be misrepresented; you must not claim that you wrote the original software. If you use this software in a product, an acknowledgment in the product documentation would be appreciated but is not required. 2. Altered source versions must be plainly marked as such, and must not be misrepresented as being the original software. 3. This notice may not be removed or altered from any source distribution. Borut Razem borut.razem@siol.net */ #ifndef __DBUF_H #define __DBUF_H #include struct dbuf_s { size_t alloc; /* size of allocated buffer in bytes */ size_t len; /* actual length of the buffer in bytes */ void *buf; /* pointer to the buffer, allocated on heap */ }; #ifdef __cplusplus extern "C" { #endif int _dbuf_expand(struct dbuf_s *dbuf, size_t size); struct dbuf_s *dbuf_new(size_t size); int dbuf_init(struct dbuf_s *dbuf, size_t size); int dbuf_set_length(struct dbuf_s *dbuf, size_t size); int dbuf_append(struct dbuf_s *dbuf, const void *buf, size_t len); const void *dbuf_get_buf(struct dbuf_s *dbuf); size_t dbuf_get_length(struct dbuf_s *dbuf); const char *dbuf_c_str(struct dbuf_s *dbuf); int dbuf_trim(struct dbuf_s *dbuf); void *dbuf_detach(struct dbuf_s *dbuf); void dbuf_destroy(struct dbuf_s *dbuf); void dbuf_delete(struct dbuf_s *dbuf); void dbuf_free(const void *buf); #ifdef __cplusplus } #endif #endif /* __DBUF_H */ sdcc-2.9.0/support/Util/dbuf_string.c000066400000000000000000000137621116427777700175750ustar00rootroot00000000000000/* dbuf_string.c - Append formatted string to the dynamic buffer version 1.2.0, February 10th, 2008 Copyright (c) 2002-2008 Borut Razem This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ #include #include #include #include #include "dbuf_string.h" /* * Append string to the end of the buffer. * The buffer is null terminated. */ int dbuf_append_str (struct dbuf_s *dbuf, const char *str) { size_t len; assert (str != NULL); len = strlen (str); if (dbuf_append (dbuf, str, len + 1)) { --dbuf->len; return 1; } else return 0; } /* * Append single character to the end of the buffer. * The buffer is null terminated. */ int dbuf_append_char (struct dbuf_s *dbuf, char chr) { char buf[2]; buf[0] = chr; buf[1] = '\0'; if (dbuf_append (dbuf, buf, 2)) { --dbuf->len; return 1; } else return 0; } /* * Calculate length of the resulting formatted string. * * Borrowed from vasprintf.c */ static int calc_result_length (const char *format, va_list args) { const char *p = format; /* Add one to make sure that it is never zero, which might cause malloc to return NULL. */ int total_width = strlen (format) + 1; va_list ap; #ifdef va_copy va_copy (ap, args); #else memcpy (&ap, &args, sizeof (va_list)); #endif while (*p != '\0') { if (*p++ == '%') { while (strchr ("-+ #0", *p)) ++p; if (*p == '*') { ++p; total_width += abs (va_arg (ap, int)); } else total_width += strtoul (p, (char **) &p, 10); if (*p == '.') { ++p; if (*p == '*') { ++p; total_width += abs (va_arg (ap, int)); } else total_width += strtoul (p, (char **) &p, 10); } while (strchr ("hlL", *p)) ++p; /* Should be big enough for any format specifier except %s and floats. */ total_width += 30; switch (*p) { case 'd': case 'i': case 'o': case 'u': case 'x': case 'X': case 'c': (void) va_arg (ap, int); break; case 'f': case 'e': case 'E': case 'g': case 'G': (void) va_arg (ap, double); /* Since an ieee double can have an exponent of 307, we'll make the buffer wide enough to cover the gross case. */ total_width += 307; break; case 's': total_width += strlen (va_arg (ap, char *)); break; case 'p': case 'n': (void) va_arg (ap, char *); break; } p++; } } #ifdef va_copy va_end (ap); #endif return total_width; } /* * Append the formatted string to the end of the buffer. * The buffer is null terminated. */ int dbuf_vprintf (struct dbuf_s *dbuf, const char *format, va_list args) { int size = calc_result_length (format, args); assert (dbuf != NULL); assert (dbuf->alloc != 0); assert (dbuf->buf != NULL); if (0 != _dbuf_expand (dbuf, size)) { int len = vsprintf (&(((char *)dbuf->buf)[dbuf->len]), format, args); if (len >= 0) { /* if written length is greater then the calculated one, we have a buffer overrun! */ assert (len <= size); dbuf->len += len; } return len; } return 0; } /* * Append the formatted string to the end of the buffer. * The buffer is null terminated. */ int dbuf_printf (struct dbuf_s *dbuf, const char *format, ...) { va_list arg; int len; va_start (arg, format); len = dbuf_vprintf (dbuf, format, arg); va_end (arg); return len; } /* * Append line from file to the dynamic buffer * The buffer is null terminated. */ size_t dbuf_getline (struct dbuf_s *dbuf, FILE *infp) { int c; char chr; while ((c = getc (infp)) != '\n' && c != EOF) { chr = c; dbuf_append (dbuf, &chr, 1); } /* add trailing NL */ if (c == '\n') { chr = c; dbuf_append (dbuf, &chr, 1); } /* terminate the line without increasing the length */ if (0 != _dbuf_expand (dbuf, 1)) ((char *)dbuf->buf)[dbuf->len] = '\0'; return dbuf_get_length (dbuf); } /* * Remove trailing newline from the string. * The buffer is null terminated. * It returns the total number of characters removed. */ int dbuf_chomp (struct dbuf_s *dbuf) { size_t i = dbuf->len; int ret; if ('\n' == ((char *)dbuf->buf)[i - 1]) { --i; if ('\r' == ((char *)dbuf->buf)[i - 1]) { --i; } } ret = dbuf->len - i; dbuf->len = i; /* terminate the line without increasing the length */ if (_dbuf_expand(dbuf, 1) != 0) ((char *)dbuf->buf)[dbuf->len] = '\0'; return ret; } /* * Write dynamic buffer to the file. */ void dbuf_write (struct dbuf_s *dbuf, FILE *dest) { fwrite (dbuf_get_buf (dbuf), 1, dbuf_get_length (dbuf), dest); } /* * Write dynamic buffer to the file and destroy it. */ void dbuf_write_and_destroy (struct dbuf_s *dbuf, FILE *dest) { dbuf_write (dbuf, dest); dbuf_destroy (dbuf); } sdcc-2.9.0/support/Util/dbuf_string.h000066400000000000000000000042601116427777700175730ustar00rootroot00000000000000/* dbuf_string.h - Append formatted string to the dynamic buffer version 1.2.0, February 10th, 2008 Copyright (c) 2002-2008 Borut Razem This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ #ifndef __DBUF_STRING_H #define __DBUF_STRING_H #include #include "dbuf.h" /* Attribute `nonnull' was valid as of gcc 3.3. */ #ifndef ATTRIBUTE_NONNULL # if __GNUC__ > 3 || (__GNUC__ == 3 && __GNUC_MINOR__ >= 3) # define ATTRIBUTE_NONNULL(m) __attribute__ ((__nonnull__ (m))) # else # define ATTRIBUTE_NONNULL(m) # endif /* GNUC >= 3.3 */ #endif /* ATTRIBUTE_NONNULL */ /* The __-protected variants of `format' and `printf' attributes are accepted by gcc versions 2.6.4 (effectively 2.7) and later. */ #ifndef ATTRIBUTE_PRINTF # if __GNUC__ > 2 || (__GNUC__ == 2 && __GNUC_MINOR__ >= 7) # define ATTRIBUTE_PRINTF(m, n) __attribute__ ((__format__ (__printf__, m, n))) ATTRIBUTE_NONNULL(m) #else # define ATTRIBUTE_PRINTF(m, n) # endif /* GNUC >= 2.7 */ #endif /* ATTRIBUTE_PRINTF */ #ifdef __cplusplus extern "C" { #endif int dbuf_append_str(struct dbuf_s *dbuf, const char *str); int dbuf_append_char(struct dbuf_s *dbuf, char chr); int dbuf_vprintf(struct dbuf_s *dbuf, const char *format, va_list args); int dbuf_printf (struct dbuf_s *dbuf, const char *format, ...) ATTRIBUTE_PRINTF(2, 3); size_t dbuf_getline(struct dbuf_s *dbuf, FILE *infp); int dbuf_chomp (struct dbuf_s *dbuf); void dbuf_write (struct dbuf_s *dbuf, FILE *dest); void dbuf_write_and_destroy (struct dbuf_s *dbuf, FILE *dest); #ifdef __cplusplus } #endif #endif /* __DBUF_STRING_H */ sdcc-2.9.0/support/Util/findme.c000066400000000000000000000024321116427777700165210ustar00rootroot00000000000000/** \ingroup popt * \file popt/findme.c */ /* (C) 1998-2002 Red Hat, Inc. -- Licensing details are in the COPYING file accompanying popt source distributions, available from ftp://ftp.rpm.org/pub/rpm/dist. alloca replaced with malloc()/free() pair */ #include "system.h" #include "findme.h" const char * findProgramPath(const char * argv0) { char * path = getenv("PATH"); char * pathbuf; char * start, * chptr; char * buf; if (argv0 == NULL) return NULL; /* XXX can't happen */ /* If there is a / in the argv[0], it has to be an absolute path */ if (strchr(argv0, '/')) return xstrdup(argv0); if (path == NULL) return NULL; start = pathbuf = malloc(strlen(path) + 1); if (pathbuf == NULL) return NULL; buf = malloc(strlen(path) + strlen(argv0) + sizeof("/")); if (buf == NULL) return NULL; /* XXX can't happen */ strcpy(pathbuf, path); chptr = NULL; /*@-branchstate@*/ do { if ((chptr = strchr(start, ':'))) *chptr = '\0'; sprintf(buf, "%s/%s", start, argv0); if (!access(buf, X_OK)) { free(pathbuf); return buf; } if (chptr) start = chptr + 1; else start = NULL; } while (start && *start); /*@=branchstate@*/ free(buf); free(pathbuf); return NULL; } sdcc-2.9.0/support/Util/findme.h000066400000000000000000000007701116427777700165310ustar00rootroot00000000000000/** \ingroup popt * \file popt/findme.h */ /* (C) 1998-2000 Red Hat, Inc. -- Licensing details are in the COPYING file accompanying popt source distributions, available from ftp://ftp.rpm.org/pub/rpm/dist. */ #ifndef H_FINDME #define H_FINDME /** * Return absolute path to executable by searching PATH. * @param argv0 name of executable * @return (malloc'd) absolute path to executable (or NULL) */ /*@null@*/ const char * findProgramPath(/*@null@*/ const char * argv0) /*@*/; #endif sdcc-2.9.0/support/Util/newalloc.h000066400000000000000000000061641116427777700170760ustar00rootroot00000000000000/* =============================================================================== NEWALLOC - SDCC Memory allocation functions These functions are wrappers for the standard malloc, realloc and free functions. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! =============================================================================== */ #if !defined(_NewAlloc_H) #define _NewAlloc_H #include typedef struct _allocTrace { int num; int max; void **palloced; } allocTrace; /* ------------------------------------------------------------------------------- Clear_realloc - Reallocate a memory block and clear any memory added with out of memory error detection ------------------------------------------------------------------------------- */ void *Clear_realloc(void *OldPtr,size_t OldSize,size_t NewSize) ; /* ------------------------------------------------------------------------------- Safe_realloc - Reallocate a memory block with out of memory error detection ------------------------------------------------------------------------------- */ void *Safe_realloc(void *OldPtr,size_t NewSize) ; /* ------------------------------------------------------------------------------- Safe_calloc - Allocate a block of memory from the application heap, clearing all data to zero and checking for out or memory errors. ------------------------------------------------------------------------------- */ void *Safe_calloc(size_t Elements,size_t Size) ; /* ------------------------------------------------------------------------------- Safe_malloc - Allocate a block of memory from the application heap and checking for out or memory errors. ------------------------------------------------------------------------------- */ void *Safe_malloc(size_t Size) ; /** Replacement for Safe_malloc that also zeros memory. To make it interchangable. */ void *Safe_alloc(size_t Size) ; /** Function to make the replacements complete. */ void Safe_free(void *p); /** Creates a copy of a string in a safe way. */ char *Safe_strdup(const char *sz); /** Logs the allocated memory 'p' in the given trace for batch freeing later using freeTrace. */ void *traceAlloc(allocTrace *ptrace, void *p); /** Frees all the memory logged in the trace and resets the trace. */ void freeTrace(allocTrace *ptrace); #endif sdcc-2.9.0/support/Util/pstdint.h000066400000000000000000000537031116427777700167600ustar00rootroot00000000000000/* A portable stdint.h * * Copyright (c) 2005 Paul Hsieh * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions * are met: * * Redistributions of source code must retain the above copyright * notice, this list of conditions and the following disclaimer. * * Redistributions in binary form must not misrepresent the orignal * source in the documentation and/or other materials provided * with the distribution. * * The names of the authors not its contributors may be used to * endorse or promote products derived from this software without * specific prior written permission. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS * "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT * LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS * FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE * COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, * INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, * STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) * ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED * OF THE POSSIBILITY OF SUCH DAMAGE. * **************************************************************************** * * Version 0.1.5 * * The ANSI C standard committee, for the C99 standard, specified the * inclusion of a new standard include file called stdint.h. This is * a very useful and long desired include file which contains several * very precise definitions for integer scalar types that is * critically important for making portable several classes of * applications including cryptography, hashing, variable length * integer libraries and so on. But for most developers its likely * useful just for programming sanity. * * The problem is that most compiler vendors have decided not to * implement the C99 standard, and the next C++ language standard * (which has a lot more mindshare these days) will be a long time in * coming and its unknown whether or not it will include stdint.h or * how much adoption it will have. Either way, it will be a long time * before all compilers come with a stdint.h and it also does nothing * for the extremely large number of compilers available today which * do not include this file, or anything comparable to it. * * So that's what this file is all about. Its an attempt to build a * single universal include file that works on as many platforms as * possible to deliver what stdint.h is supposed to. A few things * that should be noted about this file: * * 1) It is not guaranteed to be portable and/or present an identical * interface on all platforms. The extreme variability of the * ANSI C standard makes this an impossibility right from the * very get go. Its really only meant to be useful for the vast * majority of platforms that possess the capability of * implementing usefully and precisely defined, standard sized * integer scalars. Systems which are not intrinsically 2s * complement may produce invalid constants. * * 2) There is an unavoidable use of non-reserved symbols. * * 3) Other standard include files are invoked. * * 4) This file may come in conflict with future platforms that do * include stdint.h. The hope is that one or the other can be * used with no real difference. * * 5) In the current verison, if your platform can't represent * int32_t, int16_t and int8_t, it just dumps out with a compiler * error. * * 6) 64 bit integers may or may not be defined. Test for their * presence with the test: #ifdef INT64_MAX or #ifdef UINT64_MAX. * Note that this is different from the C99 specification which * requires the existence of 64 bit support in the compiler. If * this is not defined for your platform, yet it is capable of * dealing with 64 bits then it is because this file has not yet * been extended to cover all of your system's capabilities. * * 7) (u)intptr_t may or may not be defined. Test for its presence * with the test: #ifdef PTRDIFF_MAX. If this is not defined * for your platform, then it is because this file has not yet * been extended to cover all of your system's capabilities, not * because its optional. * * 8) The following might not been defined even if your platform is * capable of defining it: * * WCHAR_MIN * WCHAR_MAX * (u)int64_t * PTRDIFF_MIN * PTRDIFF_MAX * (u)intptr_t * * 9) The following have not been defined: * * WINT_MIN * WINT_MAX * * 10) The criteria for defining (u)int_least(*)_t isn't clear, * except for systems which don't have a type that precisely * defined 8, 16, or 32 bit types (which this include file does * not support anyways). Default definitions have been given. * * 11) The criteria for defining (u)int_fast(*)_t isn't something I * would trust to any particular compiler vendor or the ANSI C * comittee. It is well known that "compatible systems" are * commonly created that have very different performance * characteristics from the systems they are compatible with, * especially those whose vendors make both the compiler and the * system. Default definitions have been given, but its strongly * recommended that users never use these definitions for any * reason (they do *NOT* deliver any serious guarantee of * improved performance -- not in this file, nor any vendor's * stdint.h). * * 12) The following macros: * * PRINTF_INTMAX_MODIFIER * PRINTF_INT64_MODIFIER * PRINTF_INT32_MODIFIER * PRINTF_INT16_MODIFIER * PRINTF_LEAST64_MODIFIER * PRINTF_LEAST32_MODIFIER * PRINTF_LEAST16_MODIFIER * PRINTF_INTPTR_MODIFIER * * are strings which have been defined as the modifiers required * for the "d", "u" and "x" printf formats to correctly output * (u)intmax_t, (u)int64_t, (u)int32_t, (u)int16_t, (u)least64_t, * (u)least32_t, (u)least16_t and (u)intptr_t types respectively. * PRINTF_INTPTR_MODIFIER is not defined for some systems which * provide their own stdint.h. PRINTF_INT64_MODIFIER is not * defined if INT64_MAX is not defined. These are an extension * beyond what C99 specifies must be in stdint.h. * * In addition, the following macros are defined: * * PRINTF_INTMAX_HEX_WIDTH * PRINTF_INT64_HEX_WIDTH * PRINTF_INT32_HEX_WIDTH * PRINTF_INT16_HEX_WIDTH * PRINTF_INT8_HEX_WIDTH * PRINTF_INTMAX_DEC_WIDTH * PRINTF_INT64_DEC_WIDTH * PRINTF_INT32_DEC_WIDTH * PRINTF_INT16_DEC_WIDTH * PRINTF_INT8_DEC_WIDTH * * Which specifies the maximum number of characters required to * print the number of that type in either hexadecimal or decimal. * These are an extension beyond what C99 specifies must be in * stdint.h. * * Compilers tested (all with 0 warnings at their highest respective * settings): Borland Turbo C 2.0, WATCOM C/C++ 11.0 (16 bits and 32 * bits), Microsoft Visual C++ 6.0 (32 bit), Microsoft Visual Studio * .net (VC7), Intel C++ 4.0, GNU gcc v3.3.3 * * This file should be considered a work in progress. Suggestions for * improvements, especially those which increase coverage are strongly * encouraged. * * Acknowledgements * * The following people have made significant contributions to the * development and testing of this file: * * Chris Howie * John Steele Scott * */ #include #include #include /* * For gcc with _STDINT_H, fill in the PRINTF_INT*_MODIFIER macros, and * do nothing else. */ #if ((defined(__STDC__) && __STDC__ && __STDC_VERSION__ >= 199901L) || (defined(__GNUC__) && defined(_STDINT_H))) && !defined (_PSTDINT_H_INCLUDED) #include #define _PSTDINT_H_INCLUDED # ifndef PRINTF_INT64_MODIFIER # define PRINTF_INT64_MODIFIER "ll" # endif # ifndef PRINTF_INT32_MODIFIER # define PRINTF_INT32_MODIFIER "l" # endif # ifndef PRINTF_INT16_MODIFIER # define PRINTF_INT16_MODIFIER "h" # endif # ifndef PRINTF_INTMAX_MODIFIER # define PRINTF_INTMAX_MODIFIER PRINTF_INT64_MODIFIER # endif # ifndef PRINTF_INT64_HEX_WIDTH # define PRINTF_INT64_HEX_WIDTH "16" # endif # ifndef PRINTF_INT32_HEX_WIDTH # define PRINTF_INT32_HEX_WIDTH "8" # endif # ifndef PRINTF_INT16_HEX_WIDTH # define PRINTF_INT16_HEX_WIDTH "4" # endif # ifndef PRINTF_INT8_HEX_WIDTH # define PRINTF_INT8_HEX_WIDTH "2" # endif # ifndef PRINTF_INT64_DEC_WIDTH # define PRINTF_INT64_DEC_WIDTH "20" # endif # ifndef PRINTF_INT32_DEC_WIDTH # define PRINTF_INT32_DEC_WIDTH "10" # endif # ifndef PRINTF_INT16_DEC_WIDTH # define PRINTF_INT16_DEC_WIDTH "5" # endif # ifndef PRINTF_INT8_DEC_WIDTH # define PRINTF_INT8_DEC_WIDTH "3" # endif # ifndef PRINTF_INTMAX_HEX_WIDTH # define PRINTF_INTMAX_HEX_WIDTH PRINTF_INT64_HEX_WIDTH # endif # ifndef PRINTF_INTMAX_DEC_WIDTH # define PRINTF_INTMAX_DEC_WIDTH PRINTF_INT64_DEC_WIDTH # endif #endif #ifndef _PSTDINT_H_INCLUDED #define _PSTDINT_H_INCLUDED #ifndef SIZE_MAX # define SIZE_MAX (~(size_t)0) #endif /* * Deduce the type assignments from limits.h under the assumption that * integer sizes in bits are powers of 2, and follow the ANSI * definitions. */ #ifndef UINT8_MAX # define UINT8_MAX 0xff #endif #ifndef uint8_t # if (UCHAR_MAX == UINT8_MAX) || defined (S_SPLINT_S) typedef unsigned char uint8_t; # define UINT8_C(v) ((uint8_t) v) # else # error "Platform not supported" # endif #endif #ifndef INT8_MAX # define INT8_MAX 0x7f #endif #ifndef INT8_MIN # define INT8_MIN INT8_C(0x80) #endif #ifndef int8_t # if (SCHAR_MAX == INT8_MAX) || defined (S_SPLINT_S) typedef signed char int8_t; # define INT8_C(v) ((int8_t) v) # else # error "Platform not supported" # endif #endif #ifndef UINT16_MAX # define UINT16_MAX 0xffff #endif #ifndef uint16_t #if (UINT_MAX == UINT16_MAX) || defined (S_SPLINT_S) typedef unsigned int uint16_t; # ifndef PRINTF_INT16_MODIFIER # define PRINTF_INT16_MODIFIER "" # endif # define UINT16_C(v) ((uint16_t) (v)) #elif (USHRT_MAX == UINT16_MAX) typedef unsigned short uint16_t; # define UINT16_C(v) ((uint16_t) (v)) # ifndef PRINTF_INT16_MODIFIER # define PRINTF_INT16_MODIFIER "h" # endif #else #error "Platform not supported" #endif #endif #ifndef INT16_MAX # define INT16_MAX 0x7fff #endif #ifndef INT16_MIN # define INT16_MIN INT16_C(0x8000) #endif #ifndef int16_t #if (INT_MAX == INT16_MAX) || defined (S_SPLINT_S) typedef signed int int16_t; # define INT16_C(v) ((int16_t) (v)) # ifndef PRINTF_INT16_MODIFIER # define PRINTF_INT16_MODIFIER "" # endif #elif (SHRT_MAX == INT16_MAX) typedef signed short int16_t; # define INT16_C(v) ((int16_t) (v)) # ifndef PRINTF_INT16_MODIFIER # define PRINTF_INT16_MODIFIER "h" # endif #else #error "Platform not supported" #endif #endif #ifndef UINT32_MAX # define UINT32_MAX (0xffffffffUL) #endif #ifndef uint32_t #if (ULONG_MAX == UINT32_MAX) || defined (S_SPLINT_S) typedef unsigned long uint32_t; # define UINT32_C(v) v ## UL # ifndef PRINTF_INT32_MODIFIER # define PRINTF_INT32_MODIFIER "l" # endif #elif (UINT_MAX == UINT32_MAX) typedef unsigned int uint32_t; # ifndef PRINTF_INT32_MODIFIER # define PRINTF_INT32_MODIFIER "" # endif # define UINT32_C(v) v ## U #elif (USHRT_MAX == UINT32_MAX) typedef unsigned short uint32_t; # define UINT32_C(v) ((unsigned short) (v)) # ifndef PRINTF_INT32_MODIFIER # define PRINTF_INT32_MODIFIER "" # endif #else #error "Platform not supported" #endif #endif #ifndef INT32_MAX # define INT32_MAX (0x7fffffffL) #endif #ifndef INT32_MIN # define INT32_MIN INT32_C(0x80000000) #endif #ifndef int32_t #if (LONG_MAX == INT32_MAX) || defined (S_SPLINT_S) typedef signed long int32_t; # define INT32_C(v) v ## L # ifndef PRINTF_INT32_MODIFIER # define PRINTF_INT32_MODIFIER "l" # endif #elif (INT_MAX == INT32_MAX) typedef signed int int32_t; # define INT32_C(v) v # ifndef PRINTF_INT32_MODIFIER # define PRINTF_INT32_MODIFIER "" # endif #elif (SHRT_MAX == INT32_MAX) typedef signed short int32_t; # define INT32_C(v) ((short) (v)) # ifndef PRINTF_INT32_MODIFIER # define PRINTF_INT32_MODIFIER "" # endif #else #error "Platform not supported" #endif #endif /* * The macro stdint_int64_defined is temporarily used to record * whether or not 64 integer support is available. It must be * defined for any 64 integer extensions for new platforms that are * added. */ #undef stdint_int64_defined #if (defined(__STDC__) && defined(__STDC_VERSION__)) || defined (S_SPLINT_S) # if (__STDC__ && __STDC_VERSION >= 199901L) || defined (S_SPLINT_S) # define stdint_int64_defined typedef long long int64_t; typedef unsigned long long uint64_t; # define UINT64_C(v) v ## ULL # define INT64_C(v) v ## LL # ifndef PRINTF_INT64_MODIFIER # define PRINTF_INT64_MODIFIER "ll" # endif # endif #endif #if !defined (stdint_int64_defined) # if defined(__GNUC__) # define stdint_int64_defined __extension__ typedef long long int64_t; __extension__ typedef unsigned long long uint64_t; # define UINT64_C(v) v ## ULL # define INT64_C(v) v ## LL # ifndef PRINTF_INT64_MODIFIER # define PRINTF_INT64_MODIFIER "ll" # endif # elif defined(__MWERKS__) || defined (__SUNPRO_C) || defined (__SUNPRO_CC) || defined (__APPLE_CC__) || defined (_LONG_LONG) || defined (_CRAYC) || defined (S_SPLINT_S) # define stdint_int64_defined typedef long long int64_t; typedef unsigned long long uint64_t; # define UINT64_C(v) v ## ULL # define INT64_C(v) v ## LL # ifndef PRINTF_INT64_MODIFIER # define PRINTF_INT64_MODIFIER "ll" # endif # elif (defined(__WATCOMC__) && defined(__WATCOM_INT64__)) || (defined(_MSC_VER) && _INTEGRAL_MAX_BITS >= 64) || (defined (__BORLANDC__) && __BORLANDC__ > 0x460) || defined (__alpha) || defined (__DECC) # define stdint_int64_defined typedef __int64 int64_t; typedef unsigned __int64 uint64_t; # define UINT64_C(v) v ## UI64 # define INT64_C(v) v ## I64 # ifndef PRINTF_INT64_MODIFIER # define PRINTF_INT64_MODIFIER "I64" # endif # endif #endif #if !defined (LONG_LONG_MAX) && defined (INT64_C) # define LONG_LONG_MAX INT64_C (9223372036854775807) #endif #ifndef ULONG_LONG_MAX # define ULONG_LONG_MAX UINT64_C (18446744073709551615) #endif #if !defined (INT64_MAX) && defined (INT64_C) # define INT64_MAX INT64_C (9223372036854775807) #endif #if !defined (INT64_MIN) && defined (INT64_C) # define INT64_MIN INT64_C (-9223372036854775808) #endif #if !defined (UINT64_MAX) && defined (INT64_C) # define UINT64_MAX UINT64_C (18446744073709551615) #endif /* * Width of hexadecimal for number field. */ #ifndef PRINTF_INT64_HEX_WIDTH # define PRINTF_INT64_HEX_WIDTH "16" #endif #ifndef PRINTF_INT32_HEX_WIDTH # define PRINTF_INT32_HEX_WIDTH "8" #endif #ifndef PRINTF_INT16_HEX_WIDTH # define PRINTF_INT16_HEX_WIDTH "4" #endif #ifndef PRINTF_INT8_HEX_WIDTH # define PRINTF_INT8_HEX_WIDTH "2" #endif #ifndef PRINTF_INT64_DEC_WIDTH # define PRINTF_INT64_DEC_WIDTH "20" #endif #ifndef PRINTF_INT32_DEC_WIDTH # define PRINTF_INT32_DEC_WIDTH "10" #endif #ifndef PRINTF_INT16_DEC_WIDTH # define PRINTF_INT16_DEC_WIDTH "5" #endif #ifndef PRINTF_INT8_DEC_WIDTH # define PRINTF_INT8_DEC_WIDTH "3" #endif /* * Ok, lets not worry about 128 bit integers for now. Moore's law says * we don't need to worry about that until about 2040 at which point * we'll have bigger things to worry about. */ #ifdef stdint_int64_defined typedef int64_t intmax_t; typedef uint64_t uintmax_t; # define INTMAX_MAX INT64_MAX # define INTMAX_MIN INT64_MIN # define UINTMAX_MAX UINT64_MAX # define UINTMAX_C(v) UINT64_C(v) # define INTMAX_C(v) INT64_C(v) # ifndef PRINTF_INTMAX_MODIFIER # define PRINTF_INTMAX_MODIFIER PRINTF_INT64_MODIFIER # endif # ifndef PRINTF_INTMAX_HEX_WIDTH # define PRINTF_INTMAX_HEX_WIDTH PRINTF_INT64_HEX_WIDTH # endif # ifndef PRINTF_INTMAX_DEC_WIDTH # define PRINTF_INTMAX_DEC_WIDTH PRINTF_INT64_DEC_WIDTH # endif #else typedef int32_t intmax_t; typedef uint32_t uintmax_t; # define INTMAX_MAX INT32_MAX # define UINTMAX_MAX UINT32_MAX # define UINTMAX_C(v) UINT32_C(v) # define INTMAX_C(v) INT32_C(v) # ifndef PRINTF_INTMAX_MODIFIER # define PRINTF_INTMAX_MODIFIER PRINTF_INT32_MODIFIER # endif # ifndef PRINTF_INTMAX_HEX_WIDTH # define PRINTF_INTMAX_HEX_WIDTH PRINTF_INT32_HEX_WIDTH # endif # ifndef PRINTF_INTMAX_DEC_WIDTH # define PRINTF_INTMAX_DEC_WIDTH PRINTF_INT32_DEC_WIDTH # endif #endif /* * Because this file currently only supports platforms which have * precise powers of 2 as bit sizes for the default integers, the * least definitions are all trivial. Its possible that a future * version of this file could have different definitions. */ #ifndef stdint_least_defined typedef int8_t int_least8_t; typedef uint8_t uint_least8_t; typedef int16_t int_least16_t; typedef uint16_t uint_least16_t; typedef int32_t int_least32_t; typedef uint32_t uint_least32_t; # define PRINTF_LEAST32_MODIFIER PRINTF_INT32_MODIFIER # define PRINTF_LEAST16_MODIFIER PRINTF_INT16_MODIFIER # define UINT_LEAST8_MAX UINT8_MAX # define INT_LEAST8_MAX INT8_MAX # define UINT_LEAST16_MAX UINT16_MAX # define INT_LEAST16_MAX INT16_MAX # define UINT_LEAST32_MAX UINT32_MAX # define INT_LEAST32_MAX INT32_MAX # define INT_LEAST8_MIN INT8_MIN # define INT_LEAST16_MIN INT16_MIN # define INT_LEAST32_MIN INT32_MIN # ifdef stdint_int64_defined typedef int64_t int_least64_t; typedef uint64_t uint_least64_t; # define PRINTF_LEAST64_MODIFIER PRINTF_INT64_MODIFIER # define UINT_LEAST64_MAX UINT64_MAX # define INT_LEAST64_MAX INT64_MAX # define INT_LEAST64_MIN INT64_MIN # endif #endif #undef stdint_least_defined /* * The ANSI C committee pretending to know or specify anything about * performance is the epitome of misguided arrogance. The mandate of * this file is to *ONLY* ever support that absolute minimum * definition of the fast integer types, for compatibility purposes. * No extensions, and no attempt to suggest what may or may not be a * faster integer type will ever be made in this file. Developers are * warned to stay away from these types when using this or any other * stdint.h. */ typedef int_least8_t int_fast8_t; typedef uint_least8_t uint_fast8_t; typedef int_least16_t int_fast16_t; typedef uint_least16_t uint_fast16_t; typedef int_least32_t int_fast32_t; typedef uint_least32_t uint_fast32_t; #define UINT_FAST8_MAX UINT_LEAST8_MAX #define INT_FAST8_MAX INT_LEAST8_MAX #define UINT_FAST16_MAX UINT_LEAST16_MAX #define INT_FAST16_MAX INT_LEAST16_MAX #define UINT_FAST32_MAX UINT_LEAST32_MAX #define INT_FAST32_MAX INT_LEAST32_MAX #define INT_FAST8_MIN IN_LEASTT8_MIN #define INT_FAST16_MIN INT_LEAST16_MIN #define INT_FAST32_MIN INT_LEAST32_MIN #ifdef stdint_int64_defined typedef int_least64_t int_fast64_t; typedef uint_least64_t uint_fast64_t; # define UINT_FAST64_MAX UINT_LEAST64_MAX # define INT_FAST64_MAX INT_LEAST64_MAX # define INT_FAST64_MIN INT_LEAST64_MIN #endif #undef stdint_int64_defined /* * Whatever piecemeal, per compiler thing we can do about the wchar_t * type limits. */ #if defined(__WATCOMC__) || defined(_MSC_VER) || defined (__GNUC__) # include # ifndef WCHAR_MIN # define WCHAR_MIN 0 # endif # ifndef WCHAR_MAX # define WCHAR_MAX ((wchar_t)-1) # endif #endif /* * Whatever piecemeal, per compiler/platform thing we can do about the * (u)intptr_t types and limits. */ #if defined (_MSC_VER) && defined (_UINTPTR_T_DEFINED) # define STDINT_H_UINTPTR_T_DEFINED #endif #ifndef STDINT_H_UINTPTR_T_DEFINED # if defined (__alpha__) || defined (__ia64__) || defined (__x86_64__) || defined (_WIN64) # define stdint_intptr_bits 64 # elif defined (__WATCOMC__) || defined (__TURBOC__) # if defined(__TINY__) || defined(__SMALL__) || defined(__MEDIUM__) # define stdint_intptr_bits 16 # else # define stdint_intptr_bits 32 # endif # elif defined (__i386__) || defined (_WIN32) || defined (WIN32) # define stdint_intptr_bits 32 # elif defined (__INTEL_COMPILER) /* TODO -- what will Intel do about x86-64? */ # endif # ifdef stdint_intptr_bits # define stdint_intptr_glue3_i(a,b,c) a##b##c # define stdint_intptr_glue3(a,b,c) stdint_intptr_glue3_i(a,b,c) # ifndef PRINTF_INTPTR_MODIFIER # define PRINTF_INTPTR_MODIFIER stdint_intptr_glue3(PRINTF_INT,stdint_intptr_bits,_MODIFIER) # endif # ifndef PTRDIFF_MAX # define PTRDIFF_MAX stdint_intptr_glue3(INT,stdint_intptr_bits,_MAX) # endif # ifndef PTRDIFF_MIN # define PTRDIFF_MIN stdint_intptr_glue3(INT,stdint_intptr_bits,_MIN) # endif # ifndef UINTPTR_MAX # define UINTPTR_MAX stdint_intptr_glue3(UINT,stdint_intptr_bits,_MAX) # endif # ifndef INTPTR_MAX # define INTPTR_MAX stdint_intptr_glue3(INT,stdint_intptr_bits,_MAX) # endif # ifndef INTPTR_MIN # define INTPTR_MIN stdint_intptr_glue3(INT,stdint_intptr_bits,_MIN) # endif # ifndef INTPTR_C # define INTPTR_C(x) stdint_intptr_glue3(INT,stdint_intptr_bits,_C)(x) # endif # ifndef UINTPTR_C # define UINTPTR_C(x) stdint_intptr_glue3(UINT,stdint_intptr_bits,_C)(x) # endif typedef stdint_intptr_glue3(uint,stdint_intptr_bits,_t) uintptr_t; typedef stdint_intptr_glue3( int,stdint_intptr_bits,_t) intptr_t; # else /* TODO -- This following is likely wrong for some platforms, and does nothing for the definition of uintptr_t. */ typedef ptrdiff_t intptr_t; # endif # define STDINT_H_UINTPTR_T_DEFINED #endif /* * Assumes sig_atomic_t is signed and we have a 2s complement machine. */ #ifndef SIG_ATOMIC_MAX # define SIG_ATOMIC_MAX ((((sig_atomic_t) 1) << (sizeof (sig_atomic_t)*CHAR_BIT-1)) - 1) #endif #endif sdcc-2.9.0/support/Util/system.h000066400000000000000000000023021116427777700166040ustar00rootroot00000000000000/* system.h - includes, required by findme.c Copyright (c) 2004 Borut Razem This software is provided 'as-is', without any express or implied warranty. In no event will the authors be held liable for any damages arising from the use of this software. Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and redistribute it freely, subject to the following restrictions: 1. The origin of this software must not be misrepresented; you must not claim that you wrote the original software. If you use this software in a product, an acknowledgment in the product documentation would be appreciated but is not required. 2. Altered source versions must be plainly marked as such, and must not be misrepresented as being the original software. 3. This notice may not be removed or altered from any source distribution. Borut Razem borut.razem@siol.net */ #ifndef _SYSTEM_H #define _SYSTEM_H /* findme.c is compiled only on *nix, so includes are *nix specific */ #include #include #include #include #define xstrdup(_str) strdup(_str) #endif /* _SYSTEM_H */ sdcc-2.9.0/support/cpp/000077500000000000000000000000001116427777700147575ustar00rootroot00000000000000sdcc-2.9.0/support/cpp/Makefile.bcc000066400000000000000000000046331116427777700171530ustar00rootroot00000000000000# Makefile for Borlad C++ PRJDIR = ../.. !include $(PRJDIR)/Bcc.inc CFLAGS = $(CFLAGS) -I. -I./libiberty -I./libcpp -I./libcpp/include -DHAVE_CONFIG_H AWK = gawk LIBCPP_OBJS = charset.obj directives.obj errors.obj expr.obj files.obj identifiers.obj \ init.obj lex.obj line-map.obj macro.obj mkdeps.obj symtab.obj traditional.obj LIBIBERTY_OBJS = concat.obj fopen_unlocked.obj getpwd.obj hashtab.obj hex.obj \ lbasename.obj md5.obj obstack.obj safe-ctype.obj splay-tree.obj \ vasprintf.obj xexit.obj xmalloc.obj xmemdup.obj xstrdup.obj \ xstrerror.obj SDCC_OBJS = sdcpp.obj sdcpp-opts.obj c-ppoutput.obj cppdefault.obj prefix.obj \ version.obj opts.obj options.obj c-incpath.obj OBJECTS = $(SDCC_OBJS) $(LIBCPP_OBJS) $(LIBIBERTY_OBJS) TARGET = $(PRJDIR)/bin/sdcpp.exe all: $(TARGET) auto-host.h: auto-host_vc_in.h copy auto-host_vc_in.h auto-host.h > nul ########################## # Libcpp charset.obj: libcpp\charset.c directives.obj: libcpp\directives.c errors.obj: libcpp\errors.c expr.obj: libcpp\expr.c files.obj: libcpp\files.c identifiers.obj: libcpp\identifiers.c init.obj: libcpp\init.c lex.obj: libcpp\lex.c line-map.obj: libcpp\line-map.c macro.obj: libcpp\macro.c mkdeps.obj: libcpp\mkdeps.c symtab.obj: libcpp\symtab.c traditional.obj: libcpp\traditional.c ########################## # Libiberty concat.obj: libiberty\concat.c fopen_unlocked.obj: libiberty\fopen_unlocked.c getpwd.obj: libiberty\getpwd.c hashtab.obj: libiberty\hashtab.c hex.obj: libiberty\hex.c lbasename.obj: libiberty\lbasename.c md5.obj: libiberty\md5.c obstack.obj: libiberty\obstack.c safe-ctype.obj: libiberty\safe-ctype.c splay-tree.obj: libiberty\splay-tree.c vasprintf.obj: libiberty\vasprintf.c xexit.obj: libiberty\xexit.c xmalloc.obj: libiberty\xmalloc.c xmemdup.obj: libiberty\xmemdup.c xstrdup.obj: libiberty\xstrdup.c xstrerror.obj: libiberty\xstrerror.c ########################## # Sdcpp $(TARGET): auto-host.h $(OBJECTS) $(CC) $(CFLAGS) -e$(TARGET) $(OBJECTS) optionlist.tmp: $(AWK) -f opt-gather.awk sdcpp.opt > optionlist.tmp options.c: optionlist.tmp $(AWK) -f opt-functions.awk -f optc-gen.awk -v header_name="config.h system.h options.h" optionlist.tmp > options.c options.h: optionlist.tmp $(AWK) -f opt-functions.awk -f opth-gen.awk optionlist.tmp > options.h sdcpp.obj: sdcpp.c options.h sdcpp-opts.obj: sdcpp-opts.c options.h options.obj: options.c options.h opts.obj: opts.c options.h sdcc-2.9.0/support/cpp/Makefile.in000066400000000000000000000321461116427777700170320ustar00rootroot00000000000000# Makefile for GNU C Preprocessor. # # hacked from gcc Makefile by kvigor. # # Copyright (C) 1987, 1988, 1990, 1991, 1992, 1993, 1994, 1995 # 1996, 1997, 1998, 1999, 2000, 2001 Free Software Foundation, Inc. #This file is part of GNU CC. #GNU CC is free software; you can redistribute it and/or modify #it under the terms of the GNU General Public License as published by #the Free Software Foundation; either version 2, or (at your option) #any later version. #GNU CC is distributed in the hope that it will be useful, #but WITHOUT ANY WARRANTY; without even the implied warranty of #MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the #GNU General Public License for more details. #You should have received a copy of the GNU General Public License #along with GNU CC; see the file COPYING. If not, write to #the Free Software Foundation, 59 Temple Place - Suite 330, #Boston MA 02111-1307, USA. EXEEXT = @EXEEXT@ TARGET = ../../bin/sdcpp$(EXEEXT) VPATH = @srcdir@ # This is the default target. all: $(TARGET) # Directory where sources are, from where we are. srcdir = @srcdir@ LIBS = @LIBS@ CFLAGS = @CFLAGS@ -Wall ALL_CFLAGS = $(INTERNAL_CFLAGS) $(X_CFLAGS) $(T_CFLAGS) \ $(CFLAGS) $(WARN_CFLAGS) $(XCFLAGS) @DEFS@ ALL_CPPFLAGS = $(CPPFLAGS) $(X_CPPFLAGS) $(T_CPPFLAGS) LDFLAGS = @LDFLAGS@ AWK = @AWK@ CC = @CC@ AR = ar AR_FLAGS = rc RANLIB = @RANLIB@ SHELL = /bin/sh STRIP = @STRIP@ # on sysV, define this as cp. INSTALL = @INSTALL@ # Some systems may be missing symbolic links, regular links, or both. # Allow configure to check this and use "ln -s", "ln", or "cp" as appropriate. LN=@LN@ LN_S=@LN_S@ # These permit overriding just for certain files. INSTALL_PROGRAM = @INSTALL_PROGRAM@ INSTALL_DATA = @INSTALL_DATA@ @SET_MAKE@ # Some compilers can't handle cc -c blah.c -o foo/blah.o. # In stage2 and beyond, we force this to "-o $@" since we know we're using gcc. OUTPUT_OPTION = @OUTPUT_OPTION@ # Some versions of `touch' (such as the version on Solaris 2.8) # do not correctly set the timestamp due to buggy versions of `utime' # in the kernel. So, we use `echo' instead. STAMP = echo timestamp > # Where to find some libiberty headers. LIBIBERTY_DIR = $(srcdir)/libiberty LIBCPP_DIR = $(srcdir)/libcpp OBSTACK_H = $(LIBIBERTY_DIR)/obstack.h SPLAY_TREE_H= $(LIBIBERTY_DIR)/splay-tree.h # Test to see whether exists in the system header files. LIMITS_H_TEST = [ -f $(SYSTEM_HEADER_DIR)/limits.h ] # Common prefix for installation directories. # NOTE: This directory must exist when you start installation. prefix = @prefix@ # Directory in which to put localized header files. On the systems with # gcc as the native cc, `local_prefix' may not be `prefix' which is # `/usr'. # NOTE: local_prefix *should not* default from prefix. local_prefix = @local_prefix@ # Directory in which to put host dependent programs and libraries exec_prefix = @exec_prefix@ # Directory in which to put the executable for the command `gcc' bindir = @bindir@ includedir = $(local_prefix)/include # where the info files go exeext = @host_exeext@ transform = @program_transform_name@ lang_opt_files=$(srcdir)/sdcpp.opt # All option source files ALL_OPT_FILES=$(lang_opt_files) $(extra_opt_files) # Top build directory, relative to here. top_builddir = @top_builddir@ # Whether we were configured with NLS. USE_NLS = @USE_NLS@ # Internationalization library. INTLLIBS = @INTLLIBS@ # Change this to a null string if obstacks are installed in the # system library. OBSTACK=obstack.o # End of variables for you to override. install: all mkdir -p $(DESTDIR)$(bindir) $(INSTALL) $(TARGET) `echo $(DESTDIR)$(bindir)/sdcpp$(EXEEXT)|sed '$(transform)'` $(STRIP) `echo $(DESTDIR)$(bindir)/sdcpp$(EXEEXT)|sed '$(transform)'` uninstall: rm -f $(DESTDIR)$(bindir)/sdcpp$(EXEEXT) clean: -rm -f $(TARGET) *.o core libcpp.a rm -f s-options optionlist options.h s-options-h options.c distclean: clean -rm -f auto-host.h auto-build.h cstamp-h Makefile config.status config.run config.cache config.bak config.log *~ # This tells GNU Make version 3 not to put all variables in the environment. .NOEXPORT: # GCONFIG_H lists the config files that the generator files depend on, while # CONFIG_H lists the the ones ordinary gcc files depend on, which includes # a file generated by gencodes. CONFIG_H = config.h SYSTEM_H = system.h hwint.h # sed inserts variable overrides after the following line. ####target overrides #@target_overrides@ ####host overrides #@host_overrides@ ####cross overrides #@cross_defines@ #@cross_overrides@ ####build overrides #@build_overrides@ # INCLUDES = -I$(srcdir) -I$(LIBCPP_DIR) -I$(LIBCPP_DIR)/include -I$(LIBIBERTY_DIR) -I. # Always use -I$(srcdir)/config when compiling. .c.o: $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) # cstamp-h.in controls rebuilding of config.in. # It is named cstamp-h.in and not stamp-h.in so the mostlyclean rule doesn't # delete it. A stamp file is needed as autoheader won't update the file if # nothing has changed. # It remains in the source directory and is part of the distribution. # This follows what is done in shellutils, fileutils, etc. # "echo timestamp" is used instead of touch to be consistent with other # packages that use autoconf (??? perhaps also to avoid problems with patch?). # ??? Newer versions have a maintainer mode that may be useful here. $(srcdir)/config.in: $(srcdir)/cstamp-h.in $(srcdir)/acconfig.h $(srcdir)/cstamp-h.in: $(srcdir)/configure.in $(srcdir)/acconfig.h (cd $(srcdir) && autoheader) @rm -f $(srcdir)/cstamp-h.in echo timestamp > $(srcdir)/cstamp-h.in auto-host.h: cstamp-h ; @true cstamp-h: config.in config.status CONFIG_HEADERS=auto-host.h:config.in LANGUAGES="$(CONFIG_LANGUAGES)" $(SHELL) config.status # Really, really stupid make features, such as SUN's KEEP_STATE, may force # a target to build even if it is up-to-date. So we must verify that # config.status does not exist before failing. config.status: $(srcdir)/configure version.c @if [ ! -f config.status ] ; then \ echo You must configure gcc. Look at http://gcc.gnu.org/install/ for details.; \ false; \ else \ LANGUAGES="$(CONFIG_LANGUAGES)" $(SHELL) config.status --recheck; \ fi optionlist: s-options ; @true s-options: $(ALL_OPT_FILES) Makefile $(srcdir)/opt-gather.awk $(AWK) -f $(srcdir)/opt-gather.awk $(ALL_OPT_FILES) > tmp-optionlist $(SHELL) $(srcdir)/move-if-change tmp-optionlist optionlist $(STAMP) s-options options.c: optionlist $(srcdir)/opt-functions.awk $(srcdir)/optc-gen.awk $(AWK) -f $(srcdir)/opt-functions.awk -f $(srcdir)/optc-gen.awk \ -v header_name="config.h system.h options.h" < $< > $@ options.h: s-options-h ; @true s-options-h: optionlist $(srcdir)/opt-functions.awk $(srcdir)/opth-gen.awk $(AWK) -f $(srcdir)/opt-functions.awk -f $(srcdir)/opth-gen.awk \ < $< > tmp-options.h $(SHELL) $(srcdir)/move-if-change tmp-options.h options.h $(STAMP) $@ # # Remake cpp and protoize. PREPROCESSOR_DEFINES = \ -DGCC_INCLUDE_DIR=\"$(libsubdir)/include\" \ -DGPLUSPLUS_INCLUDE_DIR=\"$(gcc_gxx_include_dir)\" \ -DGPLUSPLUS_TOOL_INCLUDE_DIR=\"$(gcc_gxx_include_dir)/$(target_alias)\" \ -DGPLUSPLUS_BACKWARD_INCLUDE_DIR=\"$(gcc_gxx_include_dir)/backward\" \ -DLOCAL_INCLUDE_DIR=\"$(includedir)\" \ -DCROSS_INCLUDE_DIR=\"$(gcc_tooldir)/sys-include\" \ -DTOOL_INCLUDE_DIR=\"$(gcc_tooldir)/include\" ########################## # Libcpp LIBCPP_OBJS = charset.o directives.o errors.o expr.o files.o identifiers.o \ init.o lex.o line-map.o macro.o mkdeps.o symtab.o traditional.o ##LIBCPP_DEPS = cpplib.h cpphash.h hashtable.h intl.h options.h $(OBSTACK_H) $(SYSTEM_H) # Most of the other archives built/used by this makefile are for # targets. This one is strictly for the host. libcpp.a: $(LIBCPP_OBJS) -rm -rf libcpp.a $(AR) $(AR_FLAGS) libcpp.a $(LIBCPP_OBJS) -$(RANLIB) libcpp.a charset.o: $(LIBCPP_DIR)/charset.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) directives.o: $(LIBCPP_DIR)/directives.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) errors.o: $(LIBCPP_DIR)/errors.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) expr.o: $(LIBCPP_DIR)/expr.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) files.o: $(LIBCPP_DIR)/files.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) identifiers.o: $(LIBCPP_DIR)/identifiers.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) init.o: $(LIBCPP_DIR)/init.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) lex.o: $(LIBCPP_DIR)/lex.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) line-map.o: $(LIBCPP_DIR)/line-map.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) macro.o: $(LIBCPP_DIR)/macro.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) mkdeps.o: $(LIBCPP_DIR)/mkdeps.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) symtab.o: $(LIBCPP_DIR)/symtab.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) traditional.o: $(LIBCPP_DIR)/traditional.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) ########################## # Libiberty MY_LIBIBERTY_BITS = concat.o fopen_unlocked.o getpwd.o hashtab.o hex.o \ lbasename.o md5.o obstack.o safe-ctype.o splay-tree.o \ vasprintf.o xexit.o xmalloc.o xmemdup.o xstrdup.o \ xstrerror.o concat.o: $(LIBIBERTY_DIR)/concat.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) fopen_unlocked.o: $(LIBIBERTY_DIR)/fopen_unlocked.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) getpwd.o: $(LIBIBERTY_DIR)/getpwd.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) hashtab.o: $(LIBIBERTY_DIR)/hashtab.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) hex.o: $(LIBIBERTY_DIR)/hex.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) lbasename.o: $(LIBIBERTY_DIR)/lbasename.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) md5.o: $(LIBIBERTY_DIR)/md5.c $(LIBIBERTY_DIR)/obstack.h $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) obstack.o: $(LIBIBERTY_DIR)/obstack.c $(LIBIBERTY_DIR)/obstack.h $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) safe-ctype.o: $(LIBIBERTY_DIR)/safe-ctype.c $(LIBIBERTY_DIR)/safe-ctype.h $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) splay-tree.o: $(LIBIBERTY_DIR)/splay-tree.c $(LIBIBERTY_DIR)/splay-tree.h $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) vasprintf.o: $(LIBIBERTY_DIR)/vasprintf.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) xexit.o: $(LIBIBERTY_DIR)/xexit.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) xmalloc.o: $(LIBIBERTY_DIR)/xmalloc.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) xmemdup.o: $(LIBIBERTY_DIR)/xmemdup.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) xstrdup.o: $(LIBIBERTY_DIR)/xstrdup.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) xstrerror.o: $(LIBIBERTY_DIR)/xstrerror.c $(CONFIG_H) $(LIBCPP_DEPS) $(CC) -c $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) $< $(OUTPUT_OPTION) ########################## # Sdcpp SDCC_OBJS = sdcpp.o sdcpp-opts.o c-ppoutput.o cppdefault.o prefix.o version.o opts.o opts-common.o options.o c-incpath.o $(TARGET): $(SDCC_OBJS) $(MY_LIBIBERTY_BITS) libcpp.a $(LIBDEPS) mkdir -p $(dir $@) $(CC) $(ALL_CFLAGS) $(LDFLAGS) -o $@ $(SDCC_OBJS) \ $(MY_LIBIBERTY_BITS) libcpp.a $(LIBS) sdcpp.o: sdcpp.c $(CONFIG_H) $(SYSTEM_H) options.h sdcpp-opts.o: sdcpp-opts.c $(CONFIG_H) $(LIBCPP_DEPS) options.h c-ppoutput.o: c-ppoutput.c $(CONFIG_H) $(SYSTEM_H) options.o: options.c $(CONFIG_H) $(LIBCPP_DEPS) options.h opts.o: opts.c $(CONFIG_H) $(LIBCPP_DEPS) options.h opts-common.o: opts.c $(CONFIG_H) $(LIBCPP_DEPS) options.h c-incpath.o: $(CONFIG_H) $(LIBCPP_DEPS) c-incpath.h version.o: version.c version.h cppcharset.o: cppcharset.c $(CONFIG_H) $(SYSTEM_H) prefix.o: prefix.c $(CONFIG_H) $(SYSTEM_H) Makefile prefix.h $(CC) $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) \ -DPREFIX=\"$(prefix)\" \ -c $(srcdir)/prefix.c cppdefault.o: cppdefault.c $(CONFIG_H) $(SYSTEM_H) cppdefault.h Makefile $(CC) $(ALL_CFLAGS) $(ALL_CPPFLAGS) $(INCLUDES) \ $(PREPROCESSOR_DEFINES) \ -c $(srcdir)/cppdefault.c sdcc-2.9.0/support/cpp/acconfig.h000066400000000000000000000024021116427777700166770ustar00rootroot00000000000000/* Define to 1 if NLS is requested. */ #undef ENABLE_NLS /* Define as 1 if you have catgets and don't want to use GNU gettext. */ #undef HAVE_CATGETS /* Define as 1 if you have gettext and don't want to use GNU gettext. */ #undef HAVE_GETTEXT /* Define if your locale.h file contains LC_MESSAGES. */ #undef HAVE_LC_MESSAGES /* Define as 1 if you have the stpcpy function. */ #undef HAVE_STPCPY /* Define if your assembler supports specifying the maximum number of bytes to skip when using the GAS .p2align command. */ #undef HAVE_GAS_MAX_SKIP_P2ALIGN /* Define if your assembler supports .balign and .p2align. */ #undef HAVE_GAS_BALIGN_AND_P2ALIGN /* Define if your assembler uses the old HImode fild and fist notation. */ #undef HAVE_GAS_FILDS_FISTS /* Define to `int' if doesn't define. */ #undef ssize_t /* Define if cpp should also search $prefix/include. */ #undef PREFIX_INCLUDE_DIR @BOTTOM@ /* Bison unconditionally undefines `const' if neither `__STDC__' nor __cplusplus are defined. That's a problem since we use `const' in the GCC headers, and the resulting bison code is therefore type unsafe. Thus, we must match the bison behavior here. */ #ifndef __STDC__ #ifndef __cplusplus #undef const #define const #endif #endif sdcc-2.9.0/support/cpp/aclocal.m4000066400000000000000000000616061116427777700166300ustar00rootroot00000000000000dnl See if stdbool.h properly defines bool and true/false. AC_DEFUN(gcc_AC_HEADER_STDBOOL, [AC_CACHE_CHECK([for working stdbool.h], ac_cv_header_stdbool_h, [AC_TRY_COMPILE([#include ], [bool foo = false;], ac_cv_header_stdbool_h=yes, ac_cv_header_stdbool_h=no)]) if test $ac_cv_header_stdbool_h = yes; then AC_DEFINE(HAVE_STDBOOL_H, 1, [Define if you have a working header file.]) fi ]) dnl See whether we can include both string.h and strings.h. AC_DEFUN(gcc_AC_HEADER_STRING, [AC_CACHE_CHECK([whether string.h and strings.h may both be included], gcc_cv_header_string, [AC_TRY_COMPILE([#include #include ], , gcc_cv_header_string=yes, gcc_cv_header_string=no)]) if test $gcc_cv_header_string = yes; then AC_DEFINE(STRING_WITH_STRINGS, 1, [Define if you can safely include both and .]) fi ]) dnl See whether we need a declaration for a function. dnl The result is highly dependent on the INCLUDES passed in, so make sure dnl to use a different cache variable name in this macro if it is invoked dnl in a different context somewhere else. dnl gcc_AC_CHECK_DECL(SYMBOL, dnl [ACTION-IF-FOUND [, ACTION-IF-NOT-FOUND [, INCLUDES]]]) AC_DEFUN(gcc_AC_CHECK_DECL, [AC_MSG_CHECKING([whether $1 is declared]) AC_CACHE_VAL(gcc_cv_have_decl_$1, [AC_TRY_COMPILE([$4], [#ifndef $1 char *(*pfn) = (char *(*)) $1 ; #endif], eval "gcc_cv_have_decl_$1=yes", eval "gcc_cv_have_decl_$1=no")]) if eval "test \"`echo '$gcc_cv_have_decl_'$1`\" = yes"; then AC_MSG_RESULT(yes) ; ifelse([$2], , :, [$2]) else AC_MSG_RESULT(no) ; ifelse([$3], , :, [$3]) fi ])dnl dnl Check multiple functions to see whether each needs a declaration. dnl Arrange to define HAVE_DECL_ to 0 or 1 as appropriate. dnl gcc_AC_CHECK_DECLS(SYMBOLS, dnl [ACTION-IF-NEEDED [, ACTION-IF-NOT-NEEDED [, INCLUDES]]]) AC_DEFUN(gcc_AC_CHECK_DECLS, [for ac_func in $1 do changequote(, )dnl ac_tr_decl=HAVE_DECL_`echo $ac_func | tr 'abcdefghijklmnopqrstuvwxyz' 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'` changequote([, ])dnl gcc_AC_CHECK_DECL($ac_func, [AC_DEFINE_UNQUOTED($ac_tr_decl, 1) $2], [AC_DEFINE_UNQUOTED($ac_tr_decl, 0) $3], dnl It is possible that the include files passed in here are local headers dnl which supply a backup declaration for the relevant prototype based on dnl the definition of (or lack of) the HAVE_DECL_ macro. If so, this test dnl will always return success. E.g. see libiberty.h's handling of dnl `basename'. To avoid this, we define the relevant HAVE_DECL_ macro to dnl 1 so that any local headers used do not provide their own prototype dnl during this test. #undef $ac_tr_decl #define $ac_tr_decl 1 $4 ) done dnl Automatically generate config.h entries via autoheader. if test x = y ; then patsubst(translit([$1], [a-z], [A-Z]), [\w+], [AC_DEFINE([HAVE_DECL_\&], 1, [Define to 1 if we found this declaration otherwise define to 0.])])dnl fi ]) dnl See if symbolic links work and if not, try to substitute either hard links or simple copy. AC_DEFUN(gcc_AC_PROG_LN_S, [AC_MSG_CHECKING(whether ln -s works) AC_CACHE_VAL(gcc_cv_prog_LN_S, [rm -f conftestdata_t echo >conftestdata_f if ln -s conftestdata_f conftestdata_t 2>/dev/null then gcc_cv_prog_LN_S="ln -s" else if ln conftestdata_f conftestdata_t 2>/dev/null then gcc_cv_prog_LN_S=ln else gcc_cv_prog_LN_S=cp fi fi rm -f conftestdata_f conftestdata_t ])dnl LN_S="$gcc_cv_prog_LN_S" if test "$gcc_cv_prog_LN_S" = "ln -s"; then AC_MSG_RESULT(yes) else if test "$gcc_cv_prog_LN_S" = "ln"; then AC_MSG_RESULT([no, using ln]) else AC_MSG_RESULT([no, and neither does ln, so using cp]) fi fi AC_SUBST(LN_S)dnl ]) dnl See if hard links work and if not, try to substitute either symbolic links or simple copy. AC_DEFUN(gcc_AC_PROG_LN, [AC_MSG_CHECKING(whether ln works) AC_CACHE_VAL(gcc_cv_prog_LN, [rm -f conftestdata_t echo >conftestdata_f if ln conftestdata_f conftestdata_t 2>/dev/null then gcc_cv_prog_LN="ln" else if ln -s conftestdata_f conftestdata_t 2>/dev/null then gcc_cv_prog_LN="ln -s" else gcc_cv_prog_LN=cp fi fi rm -f conftestdata_f conftestdata_t ])dnl LN="$gcc_cv_prog_LN" if test "$gcc_cv_prog_LN" = "ln"; then AC_MSG_RESULT(yes) else if test "$gcc_cv_prog_LN" = "ln -s"; then AC_MSG_RESULT([no, using ln -s]) else AC_MSG_RESULT([no, and neither does ln -s, so using cp]) fi fi AC_SUBST(LN)dnl ]) dnl Check whether _Bool is built-in. AC_DEFUN(gcc_AC_C__BOOL, [AC_CACHE_CHECK(for built-in _Bool, gcc_cv_c__bool, [AC_TRY_COMPILE(, [_Bool foo;], gcc_cv_c__bool=yes, gcc_cv_c__bool=no) ]) if test $gcc_cv_c__bool = yes; then AC_DEFINE(HAVE__BOOL, 1, [Define if the \`_Bool' type is built-in.]) fi ]) dnl Define MKDIR_TAKES_ONE_ARG if mkdir accepts only one argument instead dnl of the usual 2. 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But avoid the broken or # incompatible versions: # SysV /etc/install, /usr/sbin/install # SunOS /usr/etc/install # IRIX /sbin/install # AIX /bin/install # AFS /usr/afsws/bin/install, which mishandles nonexistent args # SVR4 /usr/ucb/install, which tries to use the nonexistent group "staff" # ./install, which can be erroneously created by make from ./install.sh. AC_MSG_CHECKING(for a BSD compatible install) if test -z "$INSTALL"; then AC_CACHE_VAL(ac_cv_path_install, [ IFS="${IFS= }"; ac_save_IFS="$IFS"; IFS="${IFS}:" for ac_dir in $PATH; do # Account for people who put trailing slashes in PATH elements. case "$ac_dir/" in /|./|.//|/etc/*|/usr/sbin/*|/usr/etc/*|/sbin/*|/usr/afsws/bin/*|/usr/ucb/*) ;; *) # OSF1 and SCO ODT 3.0 have their own names for install. for ac_prog in ginstall scoinst install; do if test -f $ac_dir/$ac_prog; then if test $ac_prog = install && grep dspmsg $ac_dir/$ac_prog >/dev/null 2>&1; then # AIX install. It has an incompatible calling convention. # OSF/1 installbsd also uses dspmsg, but is usable. : else ac_cv_path_install="$ac_dir/$ac_prog -c" break 2 fi fi done ;; esac done IFS="$ac_save_IFS" ])dnl if test "${ac_cv_path_install+set}" = set; then INSTALL="$ac_cv_path_install" else # As a last resort, use the slow shell script. We don't cache a # path for INSTALL within a source directory, because that will # break other packages using the cache if that directory is # removed, or if the path is relative. INSTALL="$ac_install_sh" fi fi dnl We do special magic for INSTALL instead of AC_SUBST, to get dnl relative paths right. AC_MSG_RESULT($INSTALL) AC_SUBST(INSTALL)dnl # Use test -z because SunOS4 sh mishandles braces in ${var-val}. # It thinks the first close brace ends the variable substitution. test -z "$INSTALL_PROGRAM" && INSTALL_PROGRAM='${INSTALL}' AC_SUBST(INSTALL_PROGRAM)dnl test -z "$INSTALL_DATA" && INSTALL_DATA='${INSTALL} -m 644' AC_SUBST(INSTALL_DATA)dnl ]) #serial 1 dnl This test replaces the one in autoconf. dnl Currently this macro should have the same name as the autoconf macro dnl because gettext's gettext.m4 (distributed in the automake package) dnl still uses it. Otherwise, the use in gettext.m4 makes autoheader dnl give these diagnostics: dnl configure.in:556: AC_TRY_COMPILE was called before AC_ISC_POSIX dnl configure.in:556: AC_TRY_RUN was called before AC_ISC_POSIX undefine([AC_ISC_POSIX]) AC_DEFUN(AC_ISC_POSIX, [ dnl This test replaces the obsolescent AC_ISC_POSIX kludge. AC_CHECK_LIB(cposix, strerror, [LIBS="$LIBS -lcposix"]) ] ) dnl GCC_PATH_PROG(VARIABLE, PROG-TO-CHECK-FOR [, VALUE-IF-NOT-FOUND [, PATH]]) dnl like AC_PATH_PROG but use other cache variables AC_DEFUN(GCC_PATH_PROG, [# Extract the first word of "$2", so it can be a program name with args. set dummy $2; ac_word=[$]2 AC_MSG_CHECKING([for $ac_word]) AC_CACHE_VAL(gcc_cv_path_$1, [case "[$]$1" in /*) gcc_cv_path_$1="[$]$1" # Let the user override the test with a path. ;; ?:/*) gcc_cv_path_$1="[$]$1" # Let the user override the test with a dos path. ;; *) IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS=":" dnl $ac_dummy forces splitting on constant user-supplied paths. dnl POSIX.2 word splitting is done only on the output of word expansions, dnl not every word. This closes a longstanding sh security hole. ac_dummy="ifelse([$4], , $PATH, [$4])" for ac_dir in $ac_dummy; do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/$ac_word; then gcc_cv_path_$1="$ac_dir/$ac_word" break fi done IFS="$ac_save_ifs" dnl If no 3rd arg is given, leave the cache variable unset, dnl so GCC_PATH_PROGS will keep looking. ifelse([$3], , , [ test -z "[$]gcc_cv_path_$1" && gcc_cv_path_$1="$3" ])dnl ;; esac])dnl $1="$gcc_cv_path_$1" if test -n "[$]$1"; then AC_MSG_RESULT([$]$1) else AC_MSG_RESULT(no) fi AC_SUBST($1)dnl ]) dnl GCC_PATH_PROG_WITH_TEST(VARIABLE, PROG-TO-CHECK-FOR, dnl TEST-PERFORMED-ON-FOUND_PROGRAM [, VALUE-IF-NOT-FOUND [, PATH]]) AC_DEFUN(GCC_PATH_PROG_WITH_TEST, [# Extract the first word of "$2", so it can be a program name with args. set dummy $2; ac_word=[$]2 AC_MSG_CHECKING([for $ac_word]) AC_CACHE_VAL(gcc_cv_path_$1, [case "[$]$1" in /*) gcc_cv_path_$1="[$]$1" # Let the user override the test with a path. ;; *) IFS="${IFS= }"; ac_save_ifs="$IFS"; IFS="${IFS}:" for ac_dir in ifelse([$5], , $PATH, [$5]); do test -z "$ac_dir" && ac_dir=. if test -f $ac_dir/$ac_word; then if [$3]; then gcc_cv_path_$1="$ac_dir/$ac_word" break fi fi done IFS="$ac_save_ifs" dnl If no 4th arg is given, leave the cache variable unset, dnl so GCC_PATH_PROGS will keep looking. ifelse([$4], , , [ test -z "[$]gcc_cv_path_$1" && gcc_cv_path_$1="$4" ])dnl ;; esac])dnl $1="$gcc_cv_path_$1" if test -n "[$]$1"; then AC_MSG_RESULT([$]$1) else AC_MSG_RESULT(no) fi AC_SUBST($1)dnl ]) # Check whether mmap can map an arbitrary page from /dev/zero or with # MAP_ANONYMOUS, without MAP_FIXED. AC_DEFUN([AC_FUNC_MMAP_ANYWHERE], [AC_CHECK_FUNCS(getpagesize) # The test program for the next two tests is the same except for one # set of ifdefs. changequote({{{,}}})dnl {{{cat >ct-mmap.inc <<'EOF' #include #include #include #include #include #include #if !defined (MAP_ANONYMOUS) && defined (MAP_ANON) # define MAP_ANONYMOUS MAP_ANON #endif /* This mess was copied from the GNU getpagesize.h. */ #ifndef HAVE_GETPAGESIZE # ifdef HAVE_UNISTD_H # include # endif /* Assume that all systems that can run configure have sys/param.h. */ # ifndef HAVE_SYS_PARAM_H # define HAVE_SYS_PARAM_H 1 # endif # ifdef _SC_PAGESIZE # define getpagesize() sysconf(_SC_PAGESIZE) # else /* no _SC_PAGESIZE */ # ifdef HAVE_SYS_PARAM_H # include # ifdef EXEC_PAGESIZE # define getpagesize() EXEC_PAGESIZE # else /* no EXEC_PAGESIZE */ # ifdef NBPG # define getpagesize() NBPG * CLSIZE # ifndef CLSIZE # define CLSIZE 1 # endif /* no CLSIZE */ # else /* no NBPG */ # ifdef NBPC # define getpagesize() NBPC # else /* no NBPC */ # ifdef PAGESIZE # define getpagesize() PAGESIZE # endif /* PAGESIZE */ # endif /* no NBPC */ # endif /* no NBPG */ # endif /* no EXEC_PAGESIZE */ # else /* no HAVE_SYS_PARAM_H */ # define getpagesize() 8192 /* punt totally */ # endif /* no HAVE_SYS_PARAM_H */ # endif /* no _SC_PAGESIZE */ #endif /* no HAVE_GETPAGESIZE */ #ifndef MAP_FAILED # define MAP_FAILED -1 #endif #undef perror_exit #define perror_exit(str, val) \ do { perror(str); exit(val); } while (0) /* Some versions of cygwin mmap require that munmap is called with the same parameters as mmap. GCC expects that this is not the case. Test for various forms of this problem. Warning - icky signal games. */ static sigset_t unblock_sigsegv; static jmp_buf r; static size_t pg; static int devzero; static char * anonmap (size) size_t size; { #ifdef USE_MAP_ANON return (char *) mmap (0, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS, -1, 0); #else return (char *) mmap (0, size, PROT_READ|PROT_WRITE, MAP_PRIVATE, devzero, 0); #endif } static void sigsegv (unused) int unused; { sigprocmask (SIG_UNBLOCK, &unblock_sigsegv, 0); longjmp (r, 1); } /* Basic functionality test. */ void test_0 () { char *x = anonmap (pg); if (x == (char *) MAP_FAILED) perror_exit("test 0 mmap", 2); *(int *)x += 1; if (munmap(x, pg) < 0) perror_exit("test 0 munmap", 3); } /* 1. If we map a 2-page region and unmap its second page, the first page must remain. */ static void test_1 () { char *x = anonmap (pg * 2); if (x == (char *)MAP_FAILED) perror_exit ("test 1 mmap", 4); signal (SIGSEGV, sigsegv); if (setjmp (r)) perror_exit ("test 1 fault", 5); x[0] = 1; x[pg] = 1; if (munmap (x + pg, pg) < 0) perror_exit ("test 1 munmap 1", 6); x[0] = 2; if (setjmp (r) == 0) { x[pg] = 1; perror_exit ("test 1 no fault", 7); } if (munmap (x, pg) < 0) perror_exit ("test 1 munmap 2", 8); } /* 2. If we map a 2-page region and unmap its first page, the second page must remain. */ static void test_2 () { char *x = anonmap (pg * 2); if (x == (char *)MAP_FAILED) perror_exit ("test 2 mmap", 9); signal (SIGSEGV, sigsegv); if (setjmp (r)) perror_exit ("test 2 fault", 10); x[0] = 1; x[pg] = 1; if (munmap (x, pg) < 0) perror_exit ("test 2 munmap 1", 11); x[pg] = 2; if (setjmp (r) == 0) { x[0] = 1; perror_exit ("test 2 no fault", 12); } if (munmap (x+pg, pg) < 0) perror_exit ("test 2 munmap 2", 13); } /* 3. If we map two adjacent 1-page regions and unmap them both with one munmap, both must go away. Getting two adjacent 1-page regions with two mmap calls is slightly tricky. All OS's tested skip over already-allocated blocks; therefore we have been careful to unmap all allocated regions in previous tests. HP/UX allocates pages backward in memory. No OS has yet been observed to be so perverse as to leave unmapped space between consecutive calls to mmap. */ static void test_3 () { char *x, *y, *z; x = anonmap (pg); if (x == (char *)MAP_FAILED) perror_exit ("test 3 mmap 1", 14); y = anonmap (pg); if (y == (char *)MAP_FAILED) perror_exit ("test 3 mmap 2", 15); if (y != x + pg) { if (y == x - pg) z = y, y = x, x = z; else { fprintf (stderr, "test 3 nonconsecutive pages - %lx, %lx\n", (unsigned long)x, (unsigned long)y); exit (16); } } signal (SIGSEGV, sigsegv); if (setjmp (r)) perror_exit ("test 3 fault", 17); x[0] = 1; y[0] = 1; if (munmap (x, pg*2) < 0) perror_exit ("test 3 munmap", 18); if (setjmp (r) == 0) { x[0] = 1; perror_exit ("test 3 no fault 1", 19); } signal (SIGSEGV, sigsegv); if (setjmp (r) == 0) { y[0] = 1; perror_exit ("test 3 no fault 2", 20); } } int main () { sigemptyset (&unblock_sigsegv); sigaddset (&unblock_sigsegv, SIGSEGV); pg = getpagesize (); #ifndef USE_MAP_ANON devzero = open ("/dev/zero", O_RDWR); if (devzero < 0) perror_exit ("open /dev/zero", 1); #endif test_0(); test_1(); test_2(); test_3(); exit(0); } EOF}}} changequote([,])dnl AC_CACHE_CHECK(for working mmap from /dev/zero, ac_cv_func_mmap_dev_zero, [AC_TRY_RUN( [#include "ct-mmap.inc"], ac_cv_func_mmap_dev_zero=yes, [if test $? -lt 4 then ac_cv_func_mmap_dev_zero=no else ac_cv_func_mmap_dev_zero=buggy fi], # If this is not cygwin, and /dev/zero is a character device, it's probably # safe to assume it works. [case "$host_os" in cygwin* | win32 | pe | mingw* ) ac_cv_func_mmap_dev_zero=buggy ;; * ) if test -c /dev/zero then ac_cv_func_mmap_dev_zero=yes else ac_cv_func_mmap_dev_zero=no fi ;; esac]) ]) if test $ac_cv_func_mmap_dev_zero = yes; then AC_DEFINE(HAVE_MMAP_DEV_ZERO, 1, [Define if mmap can get us zeroed pages from /dev/zero.]) fi AC_CACHE_CHECK([for working mmap with MAP_ANON(YMOUS)], ac_cv_func_mmap_anon, [AC_TRY_RUN( [#define USE_MAP_ANON #include "ct-mmap.inc"], ac_cv_func_mmap_anon=yes, [if test $? -lt 4 then ac_cv_func_mmap_anon=no else ac_cv_func_mmap_anon=buggy fi], # Unlike /dev/zero, it is not safe to assume MAP_ANON(YMOUS) works # just because it's there. Some SCO Un*xen define it but don't implement it. ac_cv_func_mmap_anon=no) ]) if test $ac_cv_func_mmap_anon = yes; then AC_DEFINE(HAVE_MMAP_ANON, 1, [Define if mmap can get us zeroed pages using MAP_ANON(YMOUS).]) fi rm -f ct-mmap.inc ]) # Check whether mmap can map a plain file, without MAP_FIXED. AC_DEFUN([AC_FUNC_MMAP_FILE], [AC_CACHE_CHECK(for working mmap of a file, ac_cv_func_mmap_file, [# Create a file one thousand bytes long. for i in 1 2 3 4 5 6 7 8 9 0 do for j in 1 2 3 4 5 6 7 8 9 0 do echo $i $j xxxxx done done > conftestdata$$ AC_TRY_RUN([ /* Test by Zack Weinberg. Modified from MMAP_ANYWHERE test by Richard Henderson and Alexandre Oliva. Check whether read-only mmap of a plain file works. */ #include #include #include #include int main() { char *x; int fd; struct stat st; fd = open("conftestdata$$", O_RDONLY); if (fd < 0) exit(1); if (fstat (fd, &st)) exit(2); x = (char*)mmap(0, st.st_size, PROT_READ, MAP_PRIVATE, fd, 0); if (x == (char *) -1) exit(3); if (x[0] != '1' || x[1] != ' ' || x[2] != '1' || x[3] != ' ') exit(4); if (munmap(x, st.st_size) < 0) exit(5); exit(0); }], ac_cv_func_mmap_file=yes, ac_cv_func_mmap_file=no, ac_cv_func_mmap_file=no)]) if test $ac_cv_func_mmap_file = yes; then AC_DEFINE(HAVE_MMAP_FILE, 1, [Define if read-only mmap of a plain file works.]) fi ]) dnl Locate a program and check that its version is acceptable. dnl AC_PROG_CHECK_VER(var, name, version-switch, dnl version-extract-regexp, version-glob) AC_DEFUN(gcc_AC_CHECK_PROG_VER, [AC_CHECK_PROG([$1], [$2], [$2]) if test -n "[$]$1"; then # Found it, now check the version. AC_CACHE_CHECK(for modern $2, gcc_cv_prog_$2_modern, [changequote(<<,>>)dnl ac_prog_version=`<<$>>$1 $3 2>&1 | sed -n 's/^.*patsubst(<<$4>>,/,\/).*$/\1/p'` changequote([,])dnl echo "configure:__oline__: version of $2 is $ac_prog_version" >&AC_FD_CC changequote(<<,>>)dnl case $ac_prog_version in '') gcc_cv_prog_$2_modern=no;; <<$5>>) gcc_cv_prog_$2_modern=yes;; *) gcc_cv_prog_$2_modern=no;; esac changequote([,])dnl ]) else gcc_cv_prog_$2_modern=no fi ]) dnl Determine if enumerated bitfields are unsigned. ISO C says they can dnl be either signed or unsigned. dnl AC_DEFUN(gcc_AC_C_ENUM_BF_UNSIGNED, [AC_CACHE_CHECK(for unsigned enumerated bitfields, gcc_cv_enum_bf_unsigned, [AC_TRY_RUN(#include enum t { BLAH = 128 } ; struct s_t { enum t member : 8; } s ; int main(void) { s.member = BLAH; if (s.member < 0) exit(1); exit(0); }, gcc_cv_enum_bf_unsigned=yes, gcc_cv_enum_bf_unsigned=no, gcc_cv_enum_bf_unsigned=yes)]) if test $gcc_cv_enum_bf_unsigned = yes; then AC_DEFINE(ENUM_BITFIELDS_ARE_UNSIGNED, 1, [Define if enumerated bitfields are treated as unsigned values.]) fi]) dnl Host type sizes probe. dnl By Kaveh R. Ghazi. One typo fixed since. dnl AC_DEFUN([gcc_AC_COMPILE_CHECK_SIZEOF], [changequote(<<, >>)dnl dnl The name to #define. define(<>, translit(sizeof_$1, [a-z *], [A-Z_P]))dnl dnl The cache variable name. define(<>, translit(ac_cv_sizeof_$1, [ *], [_p]))dnl changequote([, ])dnl AC_MSG_CHECKING(size of $1) AC_CACHE_VAL(AC_CV_NAME, [for ac_size in 4 8 1 2 16 $3 ; do # List sizes in rough order of prevalence. AC_TRY_COMPILE([#include "confdefs.h" #include $2 ], [switch (0) case 0: case (sizeof ($1) == $ac_size):;], AC_CV_NAME=$ac_size) if test x$AC_CV_NAME != x ; then break; fi done ]) if test x$AC_CV_NAME = x ; then AC_MSG_ERROR([cannot determine a size for $1]) fi AC_MSG_RESULT($AC_CV_NAME) AC_DEFINE_UNQUOTED(AC_TYPE_NAME, $AC_CV_NAME, [The number of bytes in type $1]) undefine([AC_TYPE_NAME])dnl undefine([AC_CV_NAME])dnl ]) dnl Probe number of bits in a byte. dnl Note C89 requires CHAR_BIT >= 8. dnl AC_DEFUN(gcc_AC_C_CHAR_BIT, [AC_CACHE_CHECK(for CHAR_BIT, gcc_cv_decl_char_bit, [AC_EGREP_CPP(found, [#ifdef HAVE_LIMITS_H #include #endif #ifdef CHAR_BIT found #endif], gcc_cv_decl_char_bit=yes, gcc_cv_decl_char_bit=no) ]) if test $gcc_cv_decl_char_bit = no; then AC_CACHE_CHECK(number of bits in a byte, gcc_cv_c_nbby, [i=8 gcc_cv_c_nbby= while test $i -lt 65; do AC_TRY_COMPILE(, [switch(0) { case (unsigned char)((unsigned long)1 << $i) == ((unsigned long)1 << $i): case (unsigned char)((unsigned long)1<<($i-1)) == ((unsigned long)1<<($i-1)): ; }], [gcc_cv_c_nbby=$i; break]) i=`expr $i + 1` done test -z "$gcc_cv_c_nbby" && gcc_cv_c_nbby=failed ]) if test $gcc_cv_c_nbby = failed; then AC_MSG_ERROR(cannot determine number of bits in a byte) else AC_DEFINE_UNQUOTED(CHAR_BIT, $gcc_cv_c_nbby, [Define as the number of bits in a byte, if \`limits.h' doesn't.]) fi fi]) dnl Host character set probe. dnl The EBCDIC values match the table in config/i370/i370.c; dnl there are other versions of EBCDIC but GCC won't work with them. dnl AC_DEFUN([gcc_AC_C_CHARSET], [AC_CACHE_CHECK(execution character set, ac_cv_c_charset, [AC_EGREP_CPP(ASCII, [#if '\n' == 0x0A && ' ' == 0x20 && '0' == 0x30 \ && 'A' == 0x41 && 'a' == 0x61 && '!' == 0x21 ASCII #endif], ac_cv_c_charset=ASCII) if test x${ac_cv_c_charset+set} != xset; then AC_EGREP_CPP(EBCDIC, [#if '\n' == 0x15 && ' ' == 0x40 && '0' == 0xF0 \ && 'A' == 0xC1 && 'a' == 0x81 && '!' == 0x5A EBCDIC #endif], ac_cv_c_charset=EBCDIC) fi if test x${ac_cv_c_charset+set} != xset; then ac_cv_c_charset=unknown fi]) if test $ac_cv_c_charset = unknown; then AC_MSG_ERROR([*** Cannot determine host character set.]) elif test $ac_cv_c_charset = EBCDIC; then AC_DEFINE(HOST_EBCDIC, 1, [Define if the host execution character set is EBCDIC.]) fi]) dnl Utility macro used by next two tests. dnl AC_EXAMINE_OBJECT(C source code, dnl commands examining object file, dnl [commands to run if compile failed]): dnl dnl Compile the source code to an object file; then convert it into a dnl printable representation. All unprintable characters and dnl asterisks (*) are replaced by dots (.). All white space is dnl deleted. Newlines (ASCII 0x10) in the input are preserved in the dnl output, but runs of newlines are compressed to a single newline. dnl Finally, line breaks are forcibly inserted so that no line is dnl longer than 80 columns and the file ends with a newline. The dnl result of all this processing is in the file conftest.dmp, which dnl may be examined by the commands in the second argument. dnl AC_DEFUN([gcc_AC_EXAMINE_OBJECT], [AC_LANG_SAVE AC_LANG_C dnl Next bit cribbed from AC_TRY_COMPILE. cat > conftest.$ac_ext < conftest.dmp $2 ifelse($3, , , else $3 )dnl fi rm -rf conftest* AC_LANG_RESTORE]) dnl Host endianness probe. dnl This tests byte-within-word endianness. GCC actually needs dnl to know word-within-larger-object endianness. They are the dnl same on all presently supported hosts. dnl Differs from AC_C_BIGENDIAN in that it does not require dnl running a program on the host, and it defines the macro we dnl want to see. dnl AC_DEFUN([gcc_AC_C_COMPILE_ENDIAN], [AC_CACHE_CHECK(byte ordering, ac_cv_c_compile_endian, [ac_cv_c_compile_endian=unknown gcc_AC_EXAMINE_OBJECT([ #ifdef HAVE_LIMITS_H # include #endif /* This structure must have no internal padding. */ struct { char prefix[sizeof "\nendian:" - 1]; short word; char postfix[2]; } tester = { "\nendian:", #if SIZEOF_SHORT == 4 ('A' << (CHAR_BIT * 3)) | ('B' << (CHAR_BIT * 2)) | #endif ('A' << CHAR_BIT) | 'B', 'X', '\n' };], [if grep 'endian:AB' conftest.dmp >/dev/null 2>&1; then ac_cv_c_compile_endian=big-endian elif grep 'endian:BA' conftest.dmp >/dev/null 2>&1; then ac_cv_c_compile_endian=little-endian fi]) ]) if test $ac_cv_c_compile_endian = unknown; then AC_MSG_ERROR([*** unable to determine endianness]) elif test $ac_cv_c_compile_endian = big-endian; then AC_DEFINE(HOST_WORDS_BIG_ENDIAN, 1, [Define if the host machine stores words of multi-word integers in big-endian order.]) fi ]) sdcc-2.9.0/support/cpp/ansidecl.h000066400000000000000000000302741116427777700167200ustar00rootroot00000000000000/* ANSI and traditional C compatability macros Copyright 1991, 1992, 1993, 1994, 1995, 1996, 1998, 1999, 2000, 2001 Free Software Foundation, Inc. This file is part of the GNU C Library. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* ANSI and traditional C compatibility macros ANSI C is assumed if __STDC__ is #defined. Macro ANSI C definition Traditional C definition ----- ---- - ---------- ----------- - ---------- ANSI_PROTOTYPES 1 not defined PTR `void *' `char *' PTRCONST `void *const' `char *' LONG_DOUBLE `long double' `double' const not defined `' volatile not defined `' signed not defined `' VA_START(ap, var) va_start(ap, var) va_start(ap) Note that it is safe to write "void foo();" indicating a function with no return value, in all K+R compilers we have been able to test. For declaring functions with prototypes, we also provide these: PARAMS ((prototype)) -- for functions which take a fixed number of arguments. Use this when declaring the function. When defining the function, write a K+R style argument list. For example: char *strcpy PARAMS ((char *dest, char *source)); ... char * strcpy (dest, source) char *dest; char *source; { ... } VPARAMS ((prototype, ...)) -- for functions which take a variable number of arguments. Use PARAMS to declare the function, VPARAMS to define it. For example: int printf PARAMS ((const char *format, ...)); ... int printf VPARAMS ((const char *format, ...)) { ... } For writing functions which take variable numbers of arguments, we also provide the VA_OPEN, VA_CLOSE, and VA_FIXEDARG macros. These hide the differences between K+R and C89 more thoroughly than the simple VA_START() macro mentioned above. VA_OPEN and VA_CLOSE are used *instead of* va_start and va_end. Immediately after VA_OPEN, put a sequence of VA_FIXEDARG calls corresponding to the list of fixed arguments. Then use va_arg normally to get the variable arguments, or pass your va_list object around. You do not declare the va_list yourself; VA_OPEN does it for you. Here is a complete example: int printf VPARAMS ((const char *format, ...)) { int result; VA_OPEN (ap, format); VA_FIXEDARG (ap, const char *, format); result = vfprintf (stdout, format, ap); VA_CLOSE (ap); return result; } You can declare variables either before or after the VA_OPEN, VA_FIXEDARG sequence. Also, VA_OPEN and VA_CLOSE are the beginning and end of a block. They must appear at the same nesting level, and any variables declared after VA_OPEN go out of scope at VA_CLOSE. Unfortunately, with a K+R compiler, that includes the argument list. You can have multiple instances of VA_OPEN/VA_CLOSE pairs in a single function in case you need to traverse the argument list more than once. For ease of writing code which uses GCC extensions but needs to be portable to other compilers, we provide the GCC_VERSION macro that simplifies testing __GNUC__ and __GNUC_MINOR__ together, and various wrappers around __attribute__. Also, __extension__ will be #defined to nothing if it doesn't work. See below. This header also defines a lot of obsolete macros: CONST, VOLATILE, SIGNED, PROTO, EXFUN, DEFUN, DEFUN_VOID, AND, DOTS, NOARGS. Don't use them. */ #ifndef _ANSIDECL_H #define _ANSIDECL_H 1 /* Every source file includes this file, so they will all get the switch for lint. */ /* LINTLIBRARY */ /* Using MACRO(x,y) in cpp #if conditionals does not work with some older preprocessors. Thus we can't define something like this: #define HAVE_GCC_VERSION(MAJOR, MINOR) \ (__GNUC__ > (MAJOR) || (__GNUC__ == (MAJOR) && __GNUC_MINOR__ >= (MINOR))) and then test "#if HAVE_GCC_VERSION(2,7)". So instead we use the macro below and test it against specific values. */ /* This macro simplifies testing whether we are using gcc, and if it is of a particular minimum version. (Both major & minor numbers are significant.) This macro will evaluate to 0 if we are not using gcc at all. */ #ifndef GCC_VERSION #define GCC_VERSION (__GNUC__ * 1000 + __GNUC_MINOR__) #endif /* GCC_VERSION */ #if defined (__STDC__) || defined (_AIX) || (defined (__mips) && defined (_SYSTYPE_SVR4)) || defined(_WIN32) || (defined(__alpha) && defined(__cplusplus)) /* All known AIX compilers implement these things (but don't always define __STDC__). The RISC/OS MIPS compiler defines these things in SVR4 mode, but does not define __STDC__. */ /* eraxxon@alumni.rice.edu: The Compaq C++ compiler, unlike many other C++ compilers, does not define __STDC__, though it acts as if this was so. (Verified versions: 5.7, 6.2, 6.3, 6.5) */ #define ANSI_PROTOTYPES 1 #define PTR void * #define PTRCONST void *const #define LONG_DOUBLE long double /* PARAMS is often defined elsewhere (e.g. by libintl.h), so wrap it in a #ifndef. */ #ifndef PARAMS #define PARAMS(ARGS) ARGS #endif #define VPARAMS(ARGS) ARGS #define VA_START(VA_LIST, VAR) va_start(VA_LIST, VAR) /* variadic function helper macros */ /* "struct Qdmy" swallows the semicolon after VA_OPEN/VA_FIXEDARG's use without inhibiting further decls and without declaring an actual variable. */ #define VA_OPEN(AP, VAR) { va_list AP; va_start(AP, VAR); { struct Qdmy #define VA_CLOSE(AP) } va_end(AP); } #define VA_FIXEDARG(AP, T, N) struct Qdmy #undef const #undef volatile #undef signed /* inline requires special treatment; it's in C99, and GCC >=2.7 supports it too, but it's not in C89. */ #undef inline #if __STDC_VERSION__ > 199901L /* it's a keyword */ #else # if GCC_VERSION >= 2007 # define inline __inline__ /* __inline__ prevents -pedantic warnings */ # else # define inline /* nothing */ # endif #endif /* These are obsolete. Do not use. */ #ifndef IN_GCC #define CONST const #define VOLATILE volatile #define SIGNED signed #define PROTO(type, name, arglist) type name arglist #define EXFUN(name, proto) name proto #define DEFUN(name, arglist, args) name(args) #define DEFUN_VOID(name) name(void) #define AND , #define DOTS , ... #define NOARGS void #endif /* ! IN_GCC */ #else /* Not ANSI C. */ #undef ANSI_PROTOTYPES #define PTR char * #define PTRCONST PTR #define LONG_DOUBLE double #define PARAMS(args) () #define VPARAMS(args) (va_alist) va_dcl #define VA_START(va_list, var) va_start(va_list) #define VA_OPEN(AP, VAR) { va_list AP; va_start(AP); { struct Qdmy #define VA_CLOSE(AP) } va_end(AP); } #define VA_FIXEDARG(AP, TYPE, NAME) TYPE NAME = va_arg(AP, TYPE) /* some systems define these in header files for non-ansi mode */ #undef const #undef volatile #undef signed #undef inline #define const #define volatile #define signed #define inline #ifndef IN_GCC #define CONST #define VOLATILE #define SIGNED #define PROTO(type, name, arglist) type name () #define EXFUN(name, proto) name() #define DEFUN(name, arglist, args) name arglist args; #define DEFUN_VOID(name) name() #define AND ; #define DOTS #define NOARGS #endif /* ! IN_GCC */ #endif /* ANSI C. */ /* Define macros for some gcc attributes. This permits us to use the macros freely, and know that they will come into play for the version of gcc in which they are supported. */ #if (GCC_VERSION < 2007) # define __attribute__(x) #endif /* Attribute __malloc__ on functions was valid as of gcc 2.96. */ #ifndef ATTRIBUTE_MALLOC # if (GCC_VERSION >= 2096) # define ATTRIBUTE_MALLOC __attribute__ ((__malloc__)) # else # define ATTRIBUTE_MALLOC # endif /* GNUC >= 2.96 */ #endif /* ATTRIBUTE_MALLOC */ /* Attributes on labels were valid as of gcc 2.93. */ #ifndef ATTRIBUTE_UNUSED_LABEL # if (!defined (__cplusplus) && GCC_VERSION >= 2093) # define ATTRIBUTE_UNUSED_LABEL ATTRIBUTE_UNUSED # else # define ATTRIBUTE_UNUSED_LABEL # endif /* !__cplusplus && GNUC >= 2.93 */ #endif /* ATTRIBUTE_UNUSED_LABEL */ #ifndef ATTRIBUTE_UNUSED #define ATTRIBUTE_UNUSED __attribute__ ((__unused__)) #endif /* ATTRIBUTE_UNUSED */ /* Before GCC 3.4, the C++ frontend couldn't parse attributes placed after the identifier name. */ #if ! defined(__cplusplus) || (GCC_VERSION >= 3004) # define ARG_UNUSED(NAME) NAME ATTRIBUTE_UNUSED #else /* !__cplusplus || GNUC >= 3.4 */ # define ARG_UNUSED(NAME) NAME #endif /* !__cplusplus || GNUC >= 3.4 */ #ifndef ATTRIBUTE_NORETURN #define ATTRIBUTE_NORETURN __attribute__ ((__noreturn__)) #endif /* ATTRIBUTE_NORETURN */ /* Attribute `nonnull' was valid as of gcc 3.3. */ #ifndef ATTRIBUTE_NONNULL # if (GCC_VERSION >= 3003) # define ATTRIBUTE_NONNULL(m) __attribute__ ((__nonnull__ (m))) # else # define ATTRIBUTE_NONNULL(m) # endif /* GNUC >= 3.3 */ #endif /* ATTRIBUTE_NONNULL */ /* Attribute `pure' was valid as of gcc 3.0. */ #ifndef ATTRIBUTE_PURE # if (GCC_VERSION >= 3000) # define ATTRIBUTE_PURE __attribute__ ((__pure__)) # else # define ATTRIBUTE_PURE # endif /* GNUC >= 3.0 */ #endif /* ATTRIBUTE_PURE */ /* Use ATTRIBUTE_PRINTF when the format specifier must not be NULL. This was the case for the `printf' format attribute by itself before GCC 3.3, but as of 3.3 we need to add the `nonnull' attribute to retain this behavior. */ #ifndef ATTRIBUTE_PRINTF #define ATTRIBUTE_PRINTF(m, n) __attribute__ ((__format__ (__printf__, m, n))) ATTRIBUTE_NONNULL(m) #define ATTRIBUTE_PRINTF_1 ATTRIBUTE_PRINTF(1, 2) #define ATTRIBUTE_PRINTF_2 ATTRIBUTE_PRINTF(2, 3) #define ATTRIBUTE_PRINTF_3 ATTRIBUTE_PRINTF(3, 4) #define ATTRIBUTE_PRINTF_4 ATTRIBUTE_PRINTF(4, 5) #define ATTRIBUTE_PRINTF_5 ATTRIBUTE_PRINTF(5, 6) #endif /* ATTRIBUTE_PRINTF */ /* Use ATTRIBUTE_FPTR_PRINTF when the format attribute is to be set on a function pointer. Format attributes were allowed on function pointers as of gcc 3.1. */ #ifndef ATTRIBUTE_FPTR_PRINTF # if (GCC_VERSION >= 3001) # define ATTRIBUTE_FPTR_PRINTF(m, n) ATTRIBUTE_PRINTF(m, n) # else # define ATTRIBUTE_FPTR_PRINTF(m, n) # endif /* GNUC >= 3.1 */ # define ATTRIBUTE_FPTR_PRINTF_1 ATTRIBUTE_FPTR_PRINTF(1, 2) # define ATTRIBUTE_FPTR_PRINTF_2 ATTRIBUTE_FPTR_PRINTF(2, 3) # define ATTRIBUTE_FPTR_PRINTF_3 ATTRIBUTE_FPTR_PRINTF(3, 4) # define ATTRIBUTE_FPTR_PRINTF_4 ATTRIBUTE_FPTR_PRINTF(4, 5) # define ATTRIBUTE_FPTR_PRINTF_5 ATTRIBUTE_FPTR_PRINTF(5, 6) #endif /* ATTRIBUTE_FPTR_PRINTF */ /* Use ATTRIBUTE_NULL_PRINTF when the format specifier may be NULL. A NULL format specifier was allowed as of gcc 3.3. */ #ifndef ATTRIBUTE_NULL_PRINTF # if (GCC_VERSION >= 3003) # define ATTRIBUTE_NULL_PRINTF(m, n) __attribute__ ((__format__ (__printf__, m, n))) # else # define ATTRIBUTE_NULL_PRINTF(m, n) # endif /* GNUC >= 3.3 */ # define ATTRIBUTE_NULL_PRINTF_1 ATTRIBUTE_NULL_PRINTF(1, 2) # define ATTRIBUTE_NULL_PRINTF_2 ATTRIBUTE_NULL_PRINTF(2, 3) # define ATTRIBUTE_NULL_PRINTF_3 ATTRIBUTE_NULL_PRINTF(3, 4) # define ATTRIBUTE_NULL_PRINTF_4 ATTRIBUTE_NULL_PRINTF(4, 5) # define ATTRIBUTE_NULL_PRINTF_5 ATTRIBUTE_NULL_PRINTF(5, 6) #endif /* ATTRIBUTE_NULL_PRINTF */ /* Attribute `sentinel' was valid as of gcc 3.5. */ #ifndef ATTRIBUTE_SENTINEL # if (GCC_VERSION >= 3005) # define ATTRIBUTE_SENTINEL __attribute__ ((__sentinel__)) # else # define ATTRIBUTE_SENTINEL # endif /* GNUC >= 3.5 */ #endif /* ATTRIBUTE_SENTINEL */ #ifndef ATTRIBUTE_ALIGNED_ALIGNOF # if (GCC_VERSION >= 3000) # define ATTRIBUTE_ALIGNED_ALIGNOF(m) __attribute__ ((__aligned__ (__alignof__ (m)))) # else # define ATTRIBUTE_ALIGNED_ALIGNOF(m) # endif /* GNUC >= 3.0 */ #endif /* ATTRIBUTE_ALIGNED_ALIGNOF */ /* We use __extension__ in some places to suppress -pedantic warnings about GCC extensions. This feature didn't work properly before gcc 2.8. */ #if GCC_VERSION < 2008 #define __extension__ #endif #endif /* ansidecl.h */ sdcc-2.9.0/support/cpp/auto-host_vc_in.h000066400000000000000000000041661116427777700202400ustar00rootroot00000000000000/* auto-host_in.h: Define values for MSVC 6.0. During build this file should be copied to 'auto-host.h'. Copyright (C) 2002 Jesus Calvino-Fraga, jesusc@ieee.org This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.*/ #ifndef CPP_VC_H_ #define CPP_VC_H_ #include #include #include #include #define HAVE_STRINGIZE #define STDC_HEADERS 1 #define PACKAGE "sdcc" #define LOCALEDIR "" #define PREFIX "" #define inline __inline #define SIZEOF_INT 4 #define SIZEOF_LONG 4 #define HAVE_TIME_H 1 #define HAVE_STRING_H 1 #define HAVE_SYS_STAT_H 1 #define HAVE_FCNTL_H 1 #define HAVE_STDLIB_H 1 #define HAVE_STDDEF_H 1 #define HAVE_LIMITS_H 1 #ifndef __STDC__ #define __STDC__ 1 #endif #define ssize_t int #ifdef _MSC_VER /*So, which ones are the standard types? */ #define ino_t _ino_t #define dev_t _dev_t #define stat _stat #define strdup _strdup #define fstat _fstat #define open _open #define close _close #define read _read #define write _write #define O_APPEND _O_APPEND #define O_CREAT _O_CREAT #define O_EXCL _O_EXCL #define O_RDONLY _O_RDONLY #define O_RDWR _O_RDWR #define O_TRUNC _O_TRUNC #define O_WRONLY _O_WRONLY #define O_BINARY _O_BINARY #define O_TEXT _O_TEXT /*This one borrowed from \borland\bcc55\include\sys\stat.h*/ #define S_IFBLK 0x3000 /* block special */ /*If you want to see all the scary warnings remove these ones:*/ #pragma warning( disable : 4244 ) #pragma warning( disable : 4090 ) #pragma warning( disable : 4022 ) #endif /* _MSC_VER */ #endif /*CPP_VC_H_*/ sdcc-2.9.0/support/cpp/c-incpath.c000066400000000000000000000277331116427777700170050ustar00rootroot00000000000000/* Set up combined include path chain for the preprocessor. Copyright (C) 1986, 1987, 1989, 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2006 Free Software Foundation, Inc. Broken out of cppinit.c and cppfiles.c and rewritten Mar 2003. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "config.h" #include "system.h" #include "cpplib.h" #include "prefix.h" #include "intl.h" #include "c-incpath.h" #include "cppdefault.h" /* Windows does not natively support inodes, and neither does MSDOS. Cygwin's emulation can generate non-unique inodes, so don't use it. VMS has non-numeric inodes. */ #ifdef VMS # define INO_T_EQ(A, B) (!memcmp (&(A), &(B), sizeof (A))) # define INO_T_COPY(DEST, SRC) memcpy(&(DEST), &(SRC), sizeof (SRC)) #else # if (defined _WIN32 && !defined (_UWIN)) || defined __MSDOS__ # define INO_T_EQ(A, B) 0 # else # define INO_T_EQ(A, B) ((A) == (B)) # endif # define INO_T_COPY(DEST, SRC) (DEST) = (SRC) #endif static const char dir_separator_str[] = { DIR_SEPARATOR, 0 }; static void add_env_var_paths (const char *, int); static void add_standard_paths (const char *, const char *, const char *, int); static void free_path (struct cpp_dir *, int); static void merge_include_chains (cpp_reader *, int); static struct cpp_dir *remove_duplicates (cpp_reader *, struct cpp_dir *, struct cpp_dir *, struct cpp_dir *, int); /* Include chains heads and tails. */ static struct cpp_dir *heads[4]; static struct cpp_dir *tails[4]; static bool quote_ignores_source_dir; enum { REASON_QUIET = 0, REASON_NOENT, REASON_DUP, REASON_DUP_SYS }; /* Free an element of the include chain, possibly giving a reason. */ static void free_path (struct cpp_dir *path, int reason) { switch (reason) { case REASON_DUP: case REASON_DUP_SYS: fprintf (stderr, _("ignoring duplicate directory \"%s\"\n"), path->name); if (reason == REASON_DUP_SYS) fprintf (stderr, _(" as it is a non-system directory that duplicates a system directory\n")); break; case REASON_NOENT: fprintf (stderr, _("ignoring nonexistent directory \"%s\"\n"), path->name); break; case REASON_QUIET: default: break; } free (path->name); free (path); } /* Read ENV_VAR for a PATH_SEPARATOR-separated list of file names; and append all the names to the search path CHAIN. */ static void add_env_var_paths (const char *env_var, int chain) { char *p, *q, *path; GET_ENVIRONMENT (q, env_var); if (!q) return; for (p = q; *q; p = q + 1) { q = p; while (*q != 0 && *q != PATH_SEPARATOR) q++; if (p == q) path = xstrdup ("."); else { path = XNEWVEC (char, q - p + 1); memcpy (path, p, q - p); path[q - p] = '\0'; } add_path (path, chain, chain == SYSTEM, false); } } /* Append the standard include chain defined in cppdefault.c. */ static void add_standard_paths (const char *sysroot, const char *iprefix, const char *imultilib, int cxx_stdinc) { const struct default_include *p; size_t len; if (iprefix && (len = cpp_GCC_INCLUDE_DIR_len) != 0) { /* Look for directories that start with the standard prefix. "Translate" them, i.e. replace /usr/local/lib/gcc... with IPREFIX and search them first. */ for (p = cpp_include_defaults; p->fname; p++) { if (!p->cplusplus || cxx_stdinc) { /* Should we be translating sysrooted dirs too? Assume that iprefix and sysroot are mutually exclusive, for now. */ if (sysroot && p->add_sysroot) continue; if (!strncmp (p->fname, cpp_GCC_INCLUDE_DIR, len)) { char *str = concat (iprefix, p->fname + len, NULL); if (p->multilib && imultilib) str = concat (str, dir_separator_str, imultilib, NULL); add_path (str, SYSTEM, p->cxx_aware, false); } } } } for (p = cpp_include_defaults; p->fname; p++) { if (!p->cplusplus || cxx_stdinc) { char *str; /* Should this directory start with the sysroot? */ if (sysroot && p->add_sysroot) str = concat (sysroot, p->fname, NULL); else str = update_path (p->fname, p->component); if (p->multilib && imultilib) str = concat (str, dir_separator_str, imultilib, NULL); add_path (str, SYSTEM, p->cxx_aware, false); } } } /* For each duplicate path in chain HEAD, keep just the first one. Remove each path in chain HEAD that also exists in chain SYSTEM. Set the NEXT pointer of the last path in the resulting chain to JOIN, unless it duplicates JOIN in which case the last path is removed. Return the head of the resulting chain. Any of HEAD, JOIN and SYSTEM can be NULL. */ static struct cpp_dir * remove_duplicates (cpp_reader *pfile, struct cpp_dir *head, struct cpp_dir *system, struct cpp_dir *join, int verbose) { struct cpp_dir **pcur, *tmp, *cur; struct stat st; for (pcur = &head; *pcur; ) { int reason = REASON_QUIET; cur = *pcur; if (stat (cur->name, &st)) { /* Dirs that don't exist are silently ignored, unless verbose. */ if (errno != ENOENT) cpp_errno (pfile, CPP_DL_ERROR, cur->name); else { /* If -Wmissing-include-dirs is given, warn. */ cpp_options *opts = cpp_get_options (pfile); if (opts->warn_missing_include_dirs && cur->user_supplied_p) cpp_errno (pfile, CPP_DL_WARNING, cur->name); reason = REASON_NOENT; } } else if (!S_ISDIR (st.st_mode)) cpp_error_with_line (pfile, CPP_DL_ERROR, 0, 0, "%s: not a directory", cur->name); else { INO_T_COPY (cur->ino, st.st_ino); cur->dev = st.st_dev; /* Remove this one if it is in the system chain. */ reason = REASON_DUP_SYS; for (tmp = system; tmp; tmp = tmp->next) if (INO_T_EQ (tmp->ino, cur->ino) && tmp->dev == cur->dev && cur->construct == tmp->construct) break; if (!tmp) { /* Duplicate of something earlier in the same chain? */ reason = REASON_DUP; for (tmp = head; tmp != cur; tmp = tmp->next) if (INO_T_EQ (cur->ino, tmp->ino) && cur->dev == tmp->dev && cur->construct == tmp->construct) break; if (tmp == cur /* Last in the chain and duplicate of JOIN? */ && !(cur->next == NULL && join && INO_T_EQ (cur->ino, join->ino) && cur->dev == join->dev && cur->construct == join->construct)) { /* Unique, so keep this directory. */ pcur = &cur->next; continue; } } } /* Remove this entry from the chain. */ *pcur = cur->next; free_path (cur, verbose ? reason: REASON_QUIET); } *pcur = join; return head; } /* Merge the four include chains together in the order quote, bracket, system, after. Remove duplicate dirs (as determined by INO_T_EQ()). We can't just merge the lists and then uniquify them because then we may lose directories from the <> search path that should be there; consider -iquote foo -iquote bar -Ifoo -Iquux. It is however safe to treat -iquote bar -iquote foo -Ifoo -Iquux as if written -iquote bar -Ifoo -Iquux. */ static void merge_include_chains (cpp_reader *pfile, int verbose) { /* Join the SYSTEM and AFTER chains. Remove duplicates in the resulting SYSTEM chain. */ if (heads[SYSTEM]) tails[SYSTEM]->next = heads[AFTER]; else heads[SYSTEM] = heads[AFTER]; heads[SYSTEM] = remove_duplicates (pfile, heads[SYSTEM], 0, 0, verbose); /* Remove duplicates from BRACKET that are in itself or SYSTEM, and join it to SYSTEM. */ heads[BRACKET] = remove_duplicates (pfile, heads[BRACKET], heads[SYSTEM], heads[SYSTEM], verbose); /* Remove duplicates from QUOTE that are in itself or SYSTEM, and join it to BRACKET. */ heads[QUOTE] = remove_duplicates (pfile, heads[QUOTE], heads[SYSTEM], heads[BRACKET], verbose); /* If verbose, print the list of dirs to search. */ if (verbose) { struct cpp_dir *p; fprintf (stderr, _("#include \"...\" search starts here:\n")); for (p = heads[QUOTE];; p = p->next) { if (p == heads[BRACKET]) fprintf (stderr, _("#include <...> search starts here:\n")); if (!p) break; fprintf (stderr, " %s\n", p->name); } fprintf (stderr, _("End of search list.\n")); } } /* Use given -I paths for #include "..." but not #include <...>, and don't search the directory of the present file for #include "...". (Note that -I. -I- is not the same as the default setup; -I. uses the compiler's working dir.) */ void split_quote_chain (void) { heads[QUOTE] = heads[BRACKET]; tails[QUOTE] = tails[BRACKET]; heads[BRACKET] = NULL; tails[BRACKET] = NULL; /* This is NOT redundant. */ quote_ignores_source_dir = true; } /* Add P to the chain specified by CHAIN. */ void add_cpp_dir_path (cpp_dir *p, int chain) { if (tails[chain]) tails[chain]->next = p; else heads[chain] = p; tails[chain] = p; } /* Add PATH to the include chain CHAIN. PATH must be malloc-ed and NUL-terminated. */ void add_path (char *path, int chain, int cxx_aware, bool user_supplied_p) { cpp_dir *p; #if defined (HAVE_DOS_BASED_FILE_SYSTEM) /* Convert all backslashes to slashes. The native CRT stat() function does not recognize a directory that ends in a backslash (unless it is a drive root dir, such "c:\"). Forward slashes, trailing or otherwise, cause no problems for stat(). */ char* c; for (c = path; *c; c++) if (*c == '\\') *c = '/'; #endif p = XNEW (cpp_dir); p->next = NULL; p->name = path; if (chain == SYSTEM || chain == AFTER) p->sysp = 1 + !cxx_aware; else p->sysp = 0; p->construct = 0; p->user_supplied_p = user_supplied_p; add_cpp_dir_path (p, chain); } /* Exported function to handle include chain merging, duplicate removal, and registration with cpplib. */ void register_include_chains (cpp_reader *pfile, const char *sysroot, const char *iprefix, const char *imultilib, int stdinc, int cxx_stdinc, int verbose) { static const char *const lang_env_vars[] = { "C_INCLUDE_PATH", "CPLUS_INCLUDE_PATH", "OBJC_INCLUDE_PATH", "OBJCPLUS_INCLUDE_PATH" }; cpp_options *cpp_opts = cpp_get_options (pfile); size_t idx = (cpp_opts->objc ? 2: 0); if (cpp_opts->cplusplus) idx++; else cxx_stdinc = false; /* CPATH and language-dependent environment variables may add to the include chain. */ add_env_var_paths ("CPATH", BRACKET); add_env_var_paths (lang_env_vars[idx], SYSTEM); target_c_incpath.extra_pre_includes (sysroot, iprefix, stdinc); /* Finally chain on the standard directories. */ if (stdinc) add_standard_paths (sysroot, iprefix, imultilib, cxx_stdinc); target_c_incpath.extra_includes (sysroot, iprefix, stdinc); merge_include_chains (pfile, verbose); cpp_set_include_chains (pfile, heads[QUOTE], heads[BRACKET], quote_ignores_source_dir); } #if !(defined TARGET_EXTRA_INCLUDES) || !(defined TARGET_EXTRA_PRE_INCLUDES) static void hook_void_charptr_charptr_int (const char *sysroot ATTRIBUTE_UNUSED, const char *iprefix ATTRIBUTE_UNUSED, int stdinc ATTRIBUTE_UNUSED) { } #endif #ifndef TARGET_EXTRA_INCLUDES #define TARGET_EXTRA_INCLUDES hook_void_charptr_charptr_int #endif #ifndef TARGET_EXTRA_PRE_INCLUDES #define TARGET_EXTRA_PRE_INCLUDES hook_void_charptr_charptr_int #endif struct target_c_incpath_s target_c_incpath = { TARGET_EXTRA_PRE_INCLUDES, TARGET_EXTRA_INCLUDES }; sdcc-2.9.0/support/cpp/c-incpath.h000066400000000000000000000025571116427777700170070ustar00rootroot00000000000000/* Set up combined include path for the preprocessor. Copyright (C) 2003, 2004, 2005, 2006 Free Software Foundation, Inc. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ extern void split_quote_chain (void); extern void add_path (char *, int, int, bool); extern void register_include_chains (cpp_reader *, const char *, const char *, const char *, int, int, int); extern void add_cpp_dir_path (struct cpp_dir *, int); struct target_c_incpath_s { /* Do extra includes processing. STDINC is false iff -nostdinc was given. */ void (*extra_pre_includes) (const char *, const char *, int); void (*extra_includes) (const char *, const char *, int); }; extern struct target_c_incpath_s target_c_incpath; enum { QUOTE = 0, BRACKET, SYSTEM, AFTER }; sdcc-2.9.0/support/cpp/c-ppoutput.c000066400000000000000000000314071116427777700172500ustar00rootroot00000000000000/* Preprocess only, using cpplib. Copyright (C) 1995, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004 Free Software Foundation, Inc. Written by Per Bothner, 1994-95. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "config.h" #include "system.h" #include "cpplib.h" #include "../libcpp/internal.h" /* Encapsulates state used to convert a stream of tokens into a text file. */ static struct { FILE *outf; /* Stream to write to. */ const cpp_token *prev; /* Previous token. */ const cpp_token *source; /* Source token for spacing. */ int src_line; /* Line number currently being written. */ unsigned char printed; /* Nonzero if something output at line. */ bool first_time; /* pp_file_change hasn't been called yet. */ } print; /* General output routines. */ static void scan_translation_unit (cpp_reader *); static void scan_translation_unit_trad (cpp_reader *); static void account_for_newlines (const unsigned char *, size_t); static int dump_macro (cpp_reader *, cpp_hashnode *, void *); static void print_line (source_location, const char *); static void maybe_print_line (source_location); /* Callback routines for the parser. Most of these are active only in specific modes. */ static void cb_line_change (cpp_reader *, const cpp_token *, int); static void cb_define (cpp_reader *, source_location, cpp_hashnode *); static void cb_undef (cpp_reader *, source_location, cpp_hashnode *); static void cb_include (cpp_reader *, source_location, const unsigned char *, const char *, int, const cpp_token **); static void cb_ident (cpp_reader *, source_location, const cpp_string *); static void cb_def_pragma (cpp_reader *, source_location); #if 0 static void cb_read_pch (cpp_reader *pfile, const char *name, int fd, const char *orig_name); #endif /* Preprocess and output. */ void preprocess_file (cpp_reader *pfile) { /* A successful cpp_read_main_file guarantees that we can call cpp_scan_nooutput or cpp_get_token next. */ if (flag_no_output) { /* Scan -included buffers, then the main file. */ while (pfile->buffer->prev) cpp_scan_nooutput (pfile); cpp_scan_nooutput (pfile); } else if (cpp_get_options (pfile)->traditional) scan_translation_unit_trad (pfile); else scan_translation_unit (pfile); /* -dM command line option. Should this be elsewhere? */ if (flag_dump_macros == 'M') cpp_forall_identifiers (pfile, dump_macro, NULL); /* Flush any pending output. */ if (print.printed) putc ('\n', print.outf); } /* Set up the callbacks as appropriate. */ void init_pp_output (FILE *out_stream) { cpp_callbacks *cb = cpp_get_callbacks (parse_in); if (!flag_no_output) { cb->line_change = cb_line_change; /* Don't emit #pragma or #ident directives if we are processing assembly language; the assembler may choke on them. */ if (cpp_get_options (parse_in)->lang != CLK_ASM) { cb->ident = cb_ident; cb->def_pragma = cb_def_pragma; } } if (flag_dump_includes) cb->include = cb_include; #if 0 if (flag_pch_preprocess) { cb->valid_pch = c_common_valid_pch; cb->read_pch = cb_read_pch; } #endif if (flag_dump_macros == 'N' || flag_dump_macros == 'D') { cb->define = cb_define; cb->undef = cb_undef; } /* Initialize the print structure. Setting print.src_line to -1 here is a trick to guarantee that the first token of the file will cause a linemarker to be output by maybe_print_line. */ print.src_line = -1; print.printed = 0; print.prev = 0; print.outf = out_stream; print.first_time = 1; } /* Writes out the preprocessed file, handling spacing and paste avoidance issues. */ static void scan_translation_unit (cpp_reader *pfile) { bool avoid_paste = false; print.source = NULL; for (;;) { const cpp_token *token = cpp_get_token (pfile); if (token->type == CPP_PADDING) { avoid_paste = true; if (print.source == NULL || (!(print.source->flags & PREV_WHITE) && token->val.source == NULL)) print.source = token->val.source; continue; } if (token->type == CPP_EOF) break; /* Subtle logic to output a space if and only if necessary. */ if (avoid_paste) { if (print.source == NULL) print.source = token; if (print.source->flags & PREV_WHITE || (print.prev && cpp_avoid_paste (pfile, print.prev, token)) || (print.prev == NULL && token->type == CPP_HASH)) putc (' ', print.outf); } else if (token->flags & PREV_WHITE) putc (' ', print.outf); avoid_paste = false; print.source = NULL; print.prev = token; cpp_output_token (token, print.outf); if (token->type == CPP_COMMENT) account_for_newlines (token->val.str.text, token->val.str.len); } } /* Adjust print.src_line for newlines embedded in output. */ static void account_for_newlines (const unsigned char *str, size_t len) { while (len--) if (*str++ == '\n') print.src_line++; } /* Writes out a traditionally preprocessed file. */ static void scan_translation_unit_trad (cpp_reader *pfile) { while (_cpp_read_logical_line_trad (pfile)) { size_t len = pfile->out.cur - pfile->out.base; maybe_print_line (pfile->out.first_line); fwrite (pfile->out.base, 1, len, print.outf); print.printed = 1; if (!CPP_OPTION (pfile, discard_comments)) account_for_newlines (pfile->out.base, len); } } /* If the token read on logical line LINE needs to be output on a different line to the current one, output the required newlines or a line marker, and return 1. Otherwise return 0. */ static void maybe_print_line (source_location src_loc) { const struct line_map *map = linemap_lookup (&line_table, src_loc); int src_line = SOURCE_LINE (map, src_loc); /* End the previous line of text. */ if (print.printed) { putc ('\n', print.outf); print.src_line++; print.printed = 0; } if (src_line >= print.src_line && src_line < print.src_line + 8) { while (src_line > print.src_line) { putc ('\n', print.outf); print.src_line++; } } else print_line (src_loc, ""); } /* Output a line marker for logical line LINE. Special flags are "1" or "2" indicating entering or leaving a file. */ static void print_line (source_location src_loc, const char *special_flags) { /* End any previous line of text. */ if (print.printed) putc ('\n', print.outf); print.printed = 0; if (!flag_no_line_commands) { const struct line_map *map = linemap_lookup (&line_table, src_loc); size_t to_file_len = strlen (map->to_file); unsigned char *to_file_quoted = (unsigned char *) alloca (to_file_len * 4 + 1); unsigned char *p; print.src_line = SOURCE_LINE (map, src_loc); /* cpp_quote_string does not nul-terminate, so we have to do it ourselves. */ p = cpp_quote_string (to_file_quoted, (unsigned char *) map->to_file, to_file_len); *p = '\0'; fprintf (print.outf, "# %u \"%s\"%s", print.src_line == 0 ? 1 : print.src_line, to_file_quoted, special_flags); if (map->sysp == 2) fputs (" 3 4", print.outf); else if (map->sysp == 1) fputs (" 3", print.outf); putc ('\n', print.outf); } } /* Called when a line of output is started. TOKEN is the first token of the line, and at end of file will be CPP_EOF. */ static void cb_line_change (cpp_reader *pfile, const cpp_token *token, int parsing_args) { source_location src_loc = token->src_loc; if (token->type == CPP_EOF || parsing_args) return; maybe_print_line (src_loc); print.prev = 0; print.source = 0; /* Supply enough spaces to put this token in its original column, one space per column greater than 2, since scan_translation_unit will provide a space if PREV_WHITE. Don't bother trying to reconstruct tabs; we can't get it right in general, and nothing ought to care. Some things do care; the fault lies with them. */ if (!CPP_OPTION (pfile, traditional)) { const struct line_map *map = linemap_lookup (&line_table, src_loc); int spaces = SOURCE_COLUMN (map, src_loc) - 2; print.printed = 1; while (-- spaces >= 0) putc (' ', print.outf); } } static void cb_ident (cpp_reader *pfile ATTRIBUTE_UNUSED, source_location line, const cpp_string *str) { maybe_print_line (line); fprintf (print.outf, "#ident %s\n", str->text); print.src_line++; } static void cb_define (cpp_reader *pfile, source_location line, cpp_hashnode *node) { maybe_print_line (line); fputs ("#define ", print.outf); /* 'D' is whole definition; 'N' is name only. */ if (flag_dump_macros == 'D') fputs ((const char *) cpp_macro_definition (pfile, node), print.outf); else fputs ((const char *) NODE_NAME (node), print.outf); putc ('\n', print.outf); if (linemap_lookup (&line_table, line)->to_line != 0) print.src_line++; } static void cb_undef (cpp_reader *pfile ATTRIBUTE_UNUSED, source_location line, cpp_hashnode *node) { maybe_print_line (line); fprintf (print.outf, "#undef %s\n", NODE_NAME (node)); print.src_line++; } static void cb_include (cpp_reader *pfile ATTRIBUTE_UNUSED, source_location line, const unsigned char *dir, const char *header, int angle_brackets, const cpp_token **comments) { maybe_print_line (line); if (angle_brackets) fprintf (print.outf, "#%s <%s>", dir, header); else fprintf (print.outf, "#%s \"%s\"", dir, header); if (comments != NULL) { while (*comments != NULL) { if ((*comments)->flags & PREV_WHITE) putc (' ', print.outf); cpp_output_token (*comments, print.outf); ++comments; } } putc ('\n', print.outf); print.src_line++; } /* Callback called when -fworking-director and -E to emit working directory in cpp output file. */ void pp_dir_change (cpp_reader *pfile ATTRIBUTE_UNUSED, const char *dir) { size_t to_file_len = strlen (dir); unsigned char *to_file_quoted = (unsigned char *) alloca (to_file_len * 4 + 1); unsigned char *p; /* cpp_quote_string does not nul-terminate, so we have to do it ourselves. */ p = cpp_quote_string (to_file_quoted, (unsigned char *) dir, to_file_len); *p = '\0'; fprintf (print.outf, "# 1 \"%s//\"\n", to_file_quoted); } /* The file name, line number or system header flags have changed, as described in MAP. */ void pp_file_change (const struct line_map *map) { const char *flags = ""; if (flag_no_line_commands) return; if (map != NULL) { if (print.first_time) { /* Avoid printing foo.i when the main file is foo.c. */ if (!cpp_get_options (parse_in)->preprocessed) print_line (map->start_location, flags); print.first_time = 0; } else { /* Bring current file to correct line when entering a new file. */ if (map->reason == LC_ENTER) { const struct line_map *from = INCLUDED_FROM (&line_table, map); maybe_print_line (LAST_SOURCE_LINE_LOCATION (from)); } if (map->reason == LC_ENTER) flags = " 1"; else if (map->reason == LC_LEAVE) flags = " 2"; print_line (map->start_location, flags); } } } /* Copy a #pragma directive to the preprocessed output. */ static void cb_def_pragma (cpp_reader *pfile, source_location line) { maybe_print_line (line); fputs ("#pragma ", print.outf); cpp_output_line (pfile, print.outf); print.src_line++; } /* Dump out the hash table. */ static int dump_macro (cpp_reader *pfile, cpp_hashnode *node, void *v ATTRIBUTE_UNUSED) { if (node->type == NT_MACRO && !(node->flags & NODE_BUILTIN)) { fputs ("#define ", print.outf); fputs ((const char *) cpp_macro_definition (pfile, node), print.outf); putc ('\n', print.outf); print.src_line++; } return 1; } #if 0 /* Load in the PCH file NAME, open on FD. It was originally searched for by ORIG_NAME. Also, print out a #include command so that the PCH file can be loaded when the preprocessed output is compiled. */ static void cb_read_pch (cpp_reader *pfile, const char *name, int fd, const char *orig_name ATTRIBUTE_UNUSED) { c_common_read_pch (pfile, name, fd, orig_name); fprintf (print.outf, "#pragma GCC pch_preprocess \"%s\"\n", name); print.src_line++; } #endif sdcc-2.9.0/support/cpp/config.h000066400000000000000000000006561116427777700164040ustar00rootroot00000000000000#include "auto-host.h" /* Provide three core typedefs used by everything, if we are compiling GCC. These used to be found in rtl.h and tree.h, but this is no longer practical. Providing these here rather that system.h allows the typedefs to be used everywhere within GCC. */ struct rtx_def; typedef struct rtx_def *rtx; struct rtvec_def; typedef struct rtvec_def *rtvec; union tree_node; typedef union tree_node *tree; sdcc-2.9.0/support/cpp/config.in000066400000000000000000000231071116427777700165570ustar00rootroot00000000000000/* config.in. Generated automatically from configure.in by autoheader. */ /* Define if using alloca.c. */ #undef C_ALLOCA /* Define to empty if the keyword does not work. */ #undef const /* Define to one of _getb67, GETB67, getb67 for Cray-2 and Cray-YMP systems. This function is required for alloca.c support on those systems. */ #undef CRAY_STACKSEG_END /* Define if you have alloca, as a function or macro. */ #undef HAVE_ALLOCA /* Define if you have and it should be used (not on Ultrix). */ #undef HAVE_ALLOCA_H /* Define if you have the ANSI # stringizing operator in cpp. */ #undef HAVE_STRINGIZE /* Define if you have that is POSIX.1 compatible. */ #undef HAVE_SYS_WAIT_H /* Define as __inline if that's what the C compiler calls it. */ #undef inline /* Define if your C compiler doesn't accept -c and -o together. */ #undef NO_MINUS_C_MINUS_O /* Define to `long' if doesn't define. */ #undef off_t /* Define to `unsigned' if doesn't define. */ #undef size_t /* If using the C implementation of alloca, define if you know the direction of stack growth for your system; otherwise it will be automatically deduced at run-time. STACK_DIRECTION > 0 => grows toward higher addresses STACK_DIRECTION < 0 => grows toward lower addresses STACK_DIRECTION = 0 => direction of growth unknown */ #undef STACK_DIRECTION /* Define if you have the ANSI C header files. */ #undef STDC_HEADERS /* Define if you can safely include both and . */ #undef TIME_WITH_SYS_TIME /* Define to `int' if doesn't define. */ #undef ssize_t /* Define if cpp should also search $prefix/include. */ #undef PREFIX_INCLUDE_DIR /* Define if you have the dcgettext function. */ #undef HAVE_DCGETTEXT /* Define if you have the dup2 function. */ #undef HAVE_DUP2 /* Define if you have the getegid function. */ #undef HAVE_GETEGID /* Define if you have the geteuid function. */ #undef HAVE_GETEUID /* Define if you have the getgid function. */ #undef HAVE_GETGID /* Define if you have the getpagesize function. */ #undef HAVE_GETPAGESIZE /* Define if you have the getuid function. */ #undef HAVE_GETUID /* Define if you have the kill function. */ #undef HAVE_KILL /* Define if you have the lstat function. */ #undef HAVE_LSTAT /* Define if you have the mempcpy function. */ #undef HAVE_MEMPCPY /* Define if you have the munmap function. */ #undef HAVE_MUNMAP /* Define if you have the setlocale function. */ #undef HAVE_SETLOCALE /* Define if you have the stpcpy function. */ #undef HAVE_STPCPY /* Define if you have the strcasecmp function. */ #undef HAVE_STRCASECMP /* Define if you have the strchr function. */ #undef HAVE_STRCHR /* Define to 1 if you have the `strsignal' function. */ #undef HAVE_STRSIGNAL /* Define if you have the strdup function. */ #undef HAVE_STRDUP /* Define if you have the tsearch function. */ #undef HAVE_TSEARCH /* Define to 1 if we found this declaration otherwise define to 0. */ #undef HAVE_DECL_STRSIGNAL /* Define if you have the header file. */ #undef HAVE_FCNTL_H /* Define if you have the header file. */ #undef HAVE_LANGINFO_H /* Define if you have the header file. */ #undef HAVE_LIMITS_H /* Define if you have the header file. */ #undef HAVE_LOCALE_H /* Define if you have the header file. */ #undef HAVE_MALLOC_H /* Define if you have the header file. */ #undef HAVE_NL_TYPES_H /* Define if you have the header file. */ #undef HAVE_STDDEF_H /* Define if you have the header file. */ #undef HAVE_STDLIB_H /* Define if you have the header file. */ #undef HAVE_STRING_H /* Define if you have the header file. */ #undef HAVE_STRINGS_H /* Define if you have the header file. */ #undef HAVE_SYS_FILE_H /* Define if you have the header file. */ #undef HAVE_SYS_PARAM_H /* Define if you have the header file. */ #undef HAVE_SYS_STAT_H /* Define if you have the header file. */ #undef HAVE_SYS_TIME_H /* Define if you have the header file. */ #undef HAVE_TIME_H /* Define if you have the header file. */ #undef HAVE_UNISTD_H /* Define to enable the use of a default linker. */ #undef DEFAULT_LINKER /* Define to enable the use of a default assembler. */ #undef DEFAULT_ASSEMBLER /* Define if you want more run-time sanity checks. This one gets a grab bag of miscellaneous but relatively cheap checks. */ #undef ENABLE_CHECKING /* Define if you want all operations on trees (the basic data structure of the front ends) to be checked for dynamic type safety at runtime. This is moderately expensive. */ #undef ENABLE_TREE_CHECKING /* Define if you want all operations on RTL (the basic data structure of the optimizer and back end) to be checked for dynamic type safety at runtime. This is quite expensive. */ #undef ENABLE_RTL_CHECKING /* Define if you want the garbage collector to do object poisoning and other memory allocation checks. This is quite expensive. */ #undef ENABLE_GC_CHECKING /* Define if you want the garbage collector to operate in maximally paranoid mode, validating the entire heap and collecting garbage at every opportunity. This is extremely expensive. */ #undef ENABLE_GC_ALWAYS_COLLECT /* Define if you want the C and C++ compilers to support multibyte character sets for source code. */ #undef MULTIBYTE_CHARS /* Define if your compiler understands volatile. */ #undef HAVE_VOLATILE /* Define if your compiler supports the `long double' type. */ #undef HAVE_LONG_DOUBLE /* Define if the `_Bool' type is built-in. */ #undef HAVE__BOOL /* The number of bytes in type short */ #undef SIZEOF_SHORT /* The number of bytes in type int */ #undef SIZEOF_INT /* The number of bytes in type long */ #undef SIZEOF_LONG /* Define if the host execution character set is EBCDIC. */ #undef HOST_EBCDIC /* Define if you have a working header file. */ #undef HAVE_STDBOOL_H /* Define if you can safely include both and . */ #undef STRING_WITH_STRINGS /* Define as the number of bits in a byte, if `limits.h' doesn't. */ #undef CHAR_BIT /* Define if the host machine stores words of multi-word integers in big-endian order. */ #undef HOST_WORDS_BIG_ENDIAN /* Define to the floating point format of the host machine, if not IEEE. */ #undef HOST_FLOAT_FORMAT /* Define to 1 if the host machine stores floating point numbers in memory with the word containing the sign bit at the lowest address, or to 0 if it does it the other way around. 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then : else { { echo "$as_me:$LINENO: error: C preprocessor \"$CPP\" fails sanity check See \`config.log' for more details." >&5 echo "$as_me: error: C preprocessor \"$CPP\" fails sanity check See \`config.log' for more details." >&2;} { (exit 1); exit 1; }; } fi ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu { echo "$as_me:$LINENO: checking for inline" >&5 echo $ECHO_N "checking for inline... $ECHO_C" >&6; } if test "${ac_cv_c_inline+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_cv_c_inline=no for ac_kw in inline __inline__ __inline; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #ifndef __cplusplus typedef int foo_t; static $ac_kw foo_t static_foo () {return 0; } $ac_kw foo_t foo () {return 0; } #endif _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; 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} case $ac_cv_c_inline in inline | yes) ;; *) case $ac_cv_c_inline in no) ac_val=;; *) ac_val=$ac_cv_c_inline;; esac cat >>confdefs.h <<_ACEOF #ifndef __cplusplus #define inline $ac_val #endif _ACEOF ;; esac { echo "$as_me:$LINENO: checking for built-in _Bool" >&5 echo $ECHO_N "checking for built-in _Bool... $ECHO_C" >&6; } if test "${gcc_cv_c__bool+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ int main () { _Bool foo; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; 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then echo $ECHO_N "(cached) $ECHO_C" >&6 else for ac_size in 4 8 1 2 16 ; do # List sizes in rough order of prevalence. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include "confdefs.h" #include int main () { switch (0) case 0: case (sizeof (short) == $ac_size):; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_short=$ac_size else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext if test x$ac_cv_sizeof_short != x ; then break; fi done fi if test x$ac_cv_sizeof_short = x ; then { { echo "$as_me:$LINENO: error: cannot determine a size for short" >&5 echo "$as_me: error: cannot determine a size for short" >&2;} { (exit 1); exit 1; }; } fi { echo "$as_me:$LINENO: result: $ac_cv_sizeof_short" >&5 echo "${ECHO_T}$ac_cv_sizeof_short" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_SHORT $ac_cv_sizeof_short _ACEOF { echo "$as_me:$LINENO: checking size of int" >&5 echo $ECHO_N "checking size of int... $ECHO_C" >&6; } if test "${ac_cv_sizeof_int+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else for ac_size in 4 8 1 2 16 ; do # List sizes in rough order of prevalence. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include "confdefs.h" #include int main () { switch (0) case 0: case (sizeof (int) == $ac_size):; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_int=$ac_size else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext if test x$ac_cv_sizeof_int != x ; then break; fi done fi if test x$ac_cv_sizeof_int = x ; then { { echo "$as_me:$LINENO: error: cannot determine a size for int" >&5 echo "$as_me: error: cannot determine a size for int" >&2;} { (exit 1); exit 1; }; } fi { echo "$as_me:$LINENO: result: $ac_cv_sizeof_int" >&5 echo "${ECHO_T}$ac_cv_sizeof_int" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_INT $ac_cv_sizeof_int _ACEOF { echo "$as_me:$LINENO: checking size of long" >&5 echo $ECHO_N "checking size of long... $ECHO_C" >&6; } if test "${ac_cv_sizeof_long+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else for ac_size in 4 8 1 2 16 ; do # List sizes in rough order of prevalence. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include "confdefs.h" #include int main () { switch (0) case 0: case (sizeof (long) == $ac_size):; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_long=$ac_size else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext if test x$ac_cv_sizeof_long != x ; then break; fi done fi if test x$ac_cv_sizeof_long = x ; then { { echo "$as_me:$LINENO: error: cannot determine a size for long" >&5 echo "$as_me: error: cannot determine a size for long" >&2;} { (exit 1); exit 1; }; } fi { echo "$as_me:$LINENO: result: $ac_cv_sizeof_long" >&5 echo "${ECHO_T}$ac_cv_sizeof_long" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_LONG $ac_cv_sizeof_long _ACEOF { echo "$as_me:$LINENO: checking for grep that handles long lines and -e" >&5 echo $ECHO_N "checking for grep that handles long lines and -e... $ECHO_C" >&6; } if test "${ac_cv_path_GREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else # Extract the first word of "grep ggrep" to use in msg output if test -z "$GREP"; then set dummy grep ggrep; ac_prog_name=$2 if test "${ac_cv_path_GREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_path_GREP_found=false # Loop through the user's path and test for each of PROGNAME-LIST as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH$PATH_SEPARATOR/usr/xpg4/bin do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_prog in grep ggrep; do for ac_exec_ext in '' $ac_executable_extensions; do ac_path_GREP="$as_dir/$ac_prog$ac_exec_ext" { test -f "$ac_path_GREP" && $as_executable_p "$ac_path_GREP"; } || continue # Check for GNU ac_path_GREP and select it if it is found. # Check for GNU $ac_path_GREP case `"$ac_path_GREP" --version 2>&1` in *GNU*) ac_cv_path_GREP="$ac_path_GREP" ac_path_GREP_found=:;; *) ac_count=0 echo $ECHO_N "0123456789$ECHO_C" >"conftest.in" while : do cat "conftest.in" "conftest.in" >"conftest.tmp" mv "conftest.tmp" "conftest.in" cp "conftest.in" "conftest.nl" echo 'GREP' >> "conftest.nl" "$ac_path_GREP" -e 'GREP$' -e '-(cannot match)-' < "conftest.nl" >"conftest.out" 2>/dev/null || break diff "conftest.out" "conftest.nl" >/dev/null 2>&1 || break ac_count=`expr $ac_count + 1` if test $ac_count -gt ${ac_path_GREP_max-0}; then # Best one so far, save it but keep looking for a better one ac_cv_path_GREP="$ac_path_GREP" ac_path_GREP_max=$ac_count fi # 10*(2^10) chars as input seems more than enough test $ac_count -gt 10 && break done rm -f conftest.in conftest.tmp conftest.nl conftest.out;; esac $ac_path_GREP_found && break 3 done done done IFS=$as_save_IFS fi GREP="$ac_cv_path_GREP" if test -z "$GREP"; then { { echo "$as_me:$LINENO: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&5 echo "$as_me: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&2;} { (exit 1); exit 1; }; } fi else ac_cv_path_GREP=$GREP fi fi { echo "$as_me:$LINENO: result: $ac_cv_path_GREP" >&5 echo "${ECHO_T}$ac_cv_path_GREP" >&6; } GREP="$ac_cv_path_GREP" { echo "$as_me:$LINENO: checking for egrep" >&5 echo $ECHO_N "checking for egrep... $ECHO_C" >&6; } if test "${ac_cv_path_EGREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if echo a | $GREP -E '(a|b)' >/dev/null 2>&1 then ac_cv_path_EGREP="$GREP -E" else # Extract the first word of "egrep" to use in msg output if test -z "$EGREP"; then set dummy egrep; ac_prog_name=$2 if test "${ac_cv_path_EGREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_path_EGREP_found=false # Loop through the user's path and test for each of PROGNAME-LIST as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH$PATH_SEPARATOR/usr/xpg4/bin do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_prog in egrep; do for ac_exec_ext in '' $ac_executable_extensions; do ac_path_EGREP="$as_dir/$ac_prog$ac_exec_ext" { test -f "$ac_path_EGREP" && $as_executable_p "$ac_path_EGREP"; } || continue # Check for GNU ac_path_EGREP and select it if it is found. # Check for GNU $ac_path_EGREP case `"$ac_path_EGREP" --version 2>&1` in *GNU*) ac_cv_path_EGREP="$ac_path_EGREP" ac_path_EGREP_found=:;; *) ac_count=0 echo $ECHO_N "0123456789$ECHO_C" >"conftest.in" while : do cat "conftest.in" "conftest.in" >"conftest.tmp" mv "conftest.tmp" "conftest.in" cp "conftest.in" "conftest.nl" echo 'EGREP' >> "conftest.nl" "$ac_path_EGREP" 'EGREP$' < "conftest.nl" >"conftest.out" 2>/dev/null || break diff "conftest.out" "conftest.nl" >/dev/null 2>&1 || break ac_count=`expr $ac_count + 1` if test $ac_count -gt ${ac_path_EGREP_max-0}; then # Best one so far, save it but keep looking for a better one ac_cv_path_EGREP="$ac_path_EGREP" ac_path_EGREP_max=$ac_count fi # 10*(2^10) chars as input seems more than enough test $ac_count -gt 10 && break done rm -f conftest.in conftest.tmp conftest.nl conftest.out;; esac $ac_path_EGREP_found && break 3 done done done IFS=$as_save_IFS fi EGREP="$ac_cv_path_EGREP" if test -z "$EGREP"; then { { echo "$as_me:$LINENO: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&5 echo "$as_me: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&2;} { (exit 1); exit 1; }; } fi else ac_cv_path_EGREP=$EGREP fi fi fi { echo "$as_me:$LINENO: result: $ac_cv_path_EGREP" >&5 echo "${ECHO_T}$ac_cv_path_EGREP" >&6; } EGREP="$ac_cv_path_EGREP" { echo "$as_me:$LINENO: checking execution character set" >&5 echo $ECHO_N "checking execution character set... $ECHO_C" >&6; } if test "${ac_cv_c_charset+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #if '\n' == 0x0A && ' ' == 0x20 && '0' == 0x30 \ && 'A' == 0x41 && 'a' == 0x61 && '!' == 0x21 ASCII #endif _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "ASCII" >/dev/null 2>&1; then ac_cv_c_charset=ASCII fi rm -f conftest* if test x${ac_cv_c_charset+set} != xset; then cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #if '\n' == 0x15 && ' ' == 0x40 && '0' == 0xF0 \ && 'A' == 0xC1 && 'a' == 0x81 && '!' == 0x5A EBCDIC #endif _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "EBCDIC" >/dev/null 2>&1; then ac_cv_c_charset=EBCDIC fi rm -f conftest* fi if test x${ac_cv_c_charset+set} != xset; then ac_cv_c_charset=unknown fi fi { echo "$as_me:$LINENO: result: $ac_cv_c_charset" >&5 echo "${ECHO_T}$ac_cv_c_charset" >&6; } if test $ac_cv_c_charset = unknown; then { { echo "$as_me:$LINENO: error: *** Cannot determine host character set." >&5 echo "$as_me: error: *** Cannot determine host character set." >&2;} { (exit 1); exit 1; }; } elif test $ac_cv_c_charset = EBCDIC; then cat >>confdefs.h <<\_ACEOF #define HOST_EBCDIC 1 _ACEOF fi # If the native compiler is GCC, we can enable warnings even in stage1. # That's useful for people building cross-compilers, or just running a # quick `make'. warn_cflags= if test "x$GCC" = "xyes"; then warn_cflags='$(GCC_WARN_CFLAGS)' fi { echo "$as_me:$LINENO: checking whether ${MAKE-make} sets \$(MAKE)" >&5 echo $ECHO_N "checking whether ${MAKE-make} sets \$(MAKE)... $ECHO_C" >&6; } set x ${MAKE-make}; ac_make=`echo "$2" | sed 's/+/p/g; s/[^a-zA-Z0-9_]/_/g'` if { as_var=ac_cv_prog_make_${ac_make}_set; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.make <<\_ACEOF SHELL = /bin/sh all: @echo '@@@%%%=$(MAKE)=@@@%%%' _ACEOF # GNU make sometimes prints "make[1]: Entering...", which would confuse us. case `${MAKE-make} -f conftest.make 2>/dev/null` in *@@@%%%=?*=@@@%%%*) eval ac_cv_prog_make_${ac_make}_set=yes;; *) eval ac_cv_prog_make_${ac_make}_set=no;; esac rm -f conftest.make fi if eval test \$ac_cv_prog_make_${ac_make}_set = yes; then { echo "$as_me:$LINENO: result: yes" >&5 echo "${ECHO_T}yes" >&6; } SET_MAKE= else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } SET_MAKE="MAKE=${MAKE-make}" fi { echo "$as_me:$LINENO: checking whether a default assembler was specified" >&5 echo $ECHO_N "checking whether a default assembler was specified... $ECHO_C" >&6; } if test x"${DEFAULT_ASSEMBLER+set}" = x"set"; then if test x"$gas_flag" = x"no"; then { echo "$as_me:$LINENO: result: yes ($DEFAULT_ASSEMBLER)" >&5 echo "${ECHO_T}yes ($DEFAULT_ASSEMBLER)" >&6; } else { echo "$as_me:$LINENO: result: yes ($DEFAULT_ASSEMBLER - GNU as)" >&5 echo "${ECHO_T}yes ($DEFAULT_ASSEMBLER - GNU as)" >&6; } fi else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi { echo "$as_me:$LINENO: checking whether a default linker was specified" >&5 echo $ECHO_N "checking whether a default linker was specified... $ECHO_C" >&6; } if test x"${DEFAULT_LINKER+set}" = x"set"; then if test x"$gnu_ld_flag" = x"no"; then { echo "$as_me:$LINENO: result: yes ($DEFAULT_LINKER)" >&5 echo "${ECHO_T}yes ($DEFAULT_LINKER)" >&6; } else { echo "$as_me:$LINENO: result: yes ($DEFAULT_LINKER - GNU ld)" >&5 echo "${ECHO_T}yes ($DEFAULT_LINKER - GNU ld)" >&6; } fi else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # Find some useful tools for ac_prog in gawk mawk nawk awk do # Extract the first word of "$ac_prog", so it can be a program name with args. set dummy $ac_prog; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_AWK+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$AWK"; then ac_cv_prog_AWK="$AWK" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_AWK="$ac_prog" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi AWK=$ac_cv_prog_AWK if test -n "$AWK"; then { echo "$as_me:$LINENO: result: $AWK" >&5 echo "${ECHO_T}$AWK" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi test -n "$AWK" && break done # We need awk to run opts.sh (to create options.c and options.h). # Bail out if it's missing. case ${AWK} in "") { { echo "$as_me:$LINENO: error: can't build without awk, bailing out" >&5 echo "$as_me: error: can't build without awk, bailing out" >&2;} { (exit 1); exit 1; }; } ;; esac { echo "$as_me:$LINENO: checking whether ln works" >&5 echo $ECHO_N "checking whether ln works... $ECHO_C" >&6; } if test "${gcc_cv_prog_LN+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else rm -f conftestdata_t echo >conftestdata_f if ln conftestdata_f conftestdata_t 2>/dev/null then gcc_cv_prog_LN="ln" else if ln -s conftestdata_f conftestdata_t 2>/dev/null then gcc_cv_prog_LN="ln -s" else gcc_cv_prog_LN=cp fi fi rm -f conftestdata_f conftestdata_t fi LN="$gcc_cv_prog_LN" if test "$gcc_cv_prog_LN" = "ln"; then { echo "$as_me:$LINENO: result: yes" >&5 echo "${ECHO_T}yes" >&6; } else if test "$gcc_cv_prog_LN" = "ln -s"; then { echo "$as_me:$LINENO: result: no, using ln -s" >&5 echo "${ECHO_T}no, using ln -s" >&6; } else { echo "$as_me:$LINENO: result: no, and neither does ln -s, so using cp" >&5 echo "${ECHO_T}no, and neither does ln -s, so using cp" >&6; } fi fi { echo "$as_me:$LINENO: checking whether ln -s works" >&5 echo $ECHO_N "checking whether ln -s works... $ECHO_C" >&6; } if test "${gcc_cv_prog_LN_S+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else rm -f conftestdata_t echo >conftestdata_f if ln -s conftestdata_f conftestdata_t 2>/dev/null then gcc_cv_prog_LN_S="ln -s" else if ln conftestdata_f conftestdata_t 2>/dev/null then gcc_cv_prog_LN_S=ln else gcc_cv_prog_LN_S=cp fi fi rm -f conftestdata_f conftestdata_t fi LN_S="$gcc_cv_prog_LN_S" if test "$gcc_cv_prog_LN_S" = "ln -s"; then { echo "$as_me:$LINENO: result: yes" >&5 echo "${ECHO_T}yes" >&6; } else if test "$gcc_cv_prog_LN_S" = "ln"; then { echo "$as_me:$LINENO: result: no, using ln" >&5 echo "${ECHO_T}no, using ln" >&6; } else { echo "$as_me:$LINENO: result: no, and neither does ln, so using cp" >&5 echo "${ECHO_T}no, and neither does ln, so using cp" >&6; } fi fi if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}ranlib", so it can be a program name with args. set dummy ${ac_tool_prefix}ranlib; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; 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} if test "${ac_cv_prog_ac_ct_RANLIB+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$ac_ct_RANLIB"; then ac_cv_prog_ac_ct_RANLIB="$ac_ct_RANLIB" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_RANLIB="ranlib" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_RANLIB=$ac_cv_prog_ac_ct_RANLIB if test -n "$ac_ct_RANLIB"; then { echo "$as_me:$LINENO: result: $ac_ct_RANLIB" >&5 echo "${ECHO_T}$ac_ct_RANLIB" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi if test "x$ac_ct_RANLIB" = x; then RANLIB=":" else case $cross_compiling:$ac_tool_warned in yes:) { echo "$as_me:$LINENO: WARNING: In the future, Autoconf will not detect cross-tools whose name does not start with the host triplet. If you think this configuration is useful to you, please write to autoconf@gnu.org." >&5 echo "$as_me: WARNING: In the future, Autoconf will not detect cross-tools whose name does not start with the host triplet. If you think this configuration is useful to you, please write to autoconf@gnu.org." >&2;} ac_tool_warned=yes ;; esac RANLIB=$ac_ct_RANLIB fi else RANLIB="$ac_cv_prog_RANLIB" fi ac_aux_dir= for ac_dir in "$srcdir" "$srcdir/.." 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But avoid the broken or # incompatible versions: # SysV /etc/install, /usr/sbin/install # SunOS /usr/etc/install # IRIX /sbin/install # AIX /bin/install # AFS /usr/afsws/bin/install, which mishandles nonexistent args # SVR4 /usr/ucb/install, which tries to use the nonexistent group "staff" # ./install, which can be erroneously created by make from ./install.sh. { echo "$as_me:$LINENO: checking for a BSD compatible install" >&5 echo $ECHO_N "checking for a BSD compatible install... $ECHO_C" >&6; } if test -z "$INSTALL"; then if test "${ac_cv_path_install+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else IFS="${IFS= }"; ac_save_IFS="$IFS"; IFS="${IFS}:" for ac_dir in $PATH; do # Account for people who put trailing slashes in PATH elements. case "$ac_dir/" in /|./|.//|/etc/*|/usr/sbin/*|/usr/etc/*|/sbin/*|/usr/afsws/bin/*|/usr/ucb/*) ;; *) # OSF1 and SCO ODT 3.0 have their own names for install. for ac_prog in ginstall scoinst install; do if test -f $ac_dir/$ac_prog; then if test $ac_prog = install && grep dspmsg $ac_dir/$ac_prog >/dev/null 2>&1; then # AIX install. It has an incompatible calling convention. # OSF/1 installbsd also uses dspmsg, but is usable. : else ac_cv_path_install="$ac_dir/$ac_prog -c" break 2 fi fi done ;; esac done IFS="$ac_save_IFS" fi if test "${ac_cv_path_install+set}" = set; then INSTALL="$ac_cv_path_install" else # As a last resort, use the slow shell script. We don't cache a # path for INSTALL within a source directory, because that will # break other packages using the cache if that directory is # removed, or if the path is relative. INSTALL="$ac_install_sh" fi fi { echo "$as_me:$LINENO: result: $INSTALL" >&5 echo "${ECHO_T}$INSTALL" >&6; } # Use test -z because SunOS4 sh mishandles braces in ${var-val}. # It thinks the first close brace ends the variable substitution. test -z "$INSTALL_PROGRAM" && INSTALL_PROGRAM='${INSTALL}' test -z "$INSTALL_DATA" && INSTALL_DATA='${INSTALL} -m 644' { echo "$as_me:$LINENO: checking for ANSI C header files" >&5 echo $ECHO_N "checking for ANSI C header files... $ECHO_C" >&6; } if test "${ac_cv_header_stdc+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include #include #include int main () { ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_header_stdc=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_header_stdc=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext if test $ac_cv_header_stdc = yes; then # SunOS 4.x string.h does not declare mem*, contrary to ANSI. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "memchr" >/dev/null 2>&1; then : else ac_cv_header_stdc=no fi rm -f conftest* fi if test $ac_cv_header_stdc = yes; then # ISC 2.0.2 stdlib.h does not declare free, contrary to ANSI. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "free" >/dev/null 2>&1; then : else ac_cv_header_stdc=no fi rm -f conftest* fi if test $ac_cv_header_stdc = yes; then # /bin/cc in Irix-4.0.5 gets non-ANSI ctype macros unless using -ansi. if test "$cross_compiling" = yes; then : else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include #if ((' ' & 0x0FF) == 0x020) # define ISLOWER(c) ('a' <= (c) && (c) <= 'z') # define TOUPPER(c) (ISLOWER(c) ? 'A' + ((c) - 'a') : (c)) #else # define ISLOWER(c) \ (('a' <= (c) && (c) <= 'i') \ || ('j' <= (c) && (c) <= 'r') \ || ('s' <= (c) && (c) <= 'z')) # define TOUPPER(c) (ISLOWER(c) ? ((c) | 0x40) : (c)) #endif #define XOR(e, f) (((e) && !(f)) || (!(e) && (f))) int main () { int i; for (i = 0; i < 256; i++) if (XOR (islower (i), ISLOWER (i)) || toupper (i) != TOUPPER (i)) return 2; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then : else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) ac_cv_header_stdc=no fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi fi fi { echo "$as_me:$LINENO: result: $ac_cv_header_stdc" >&5 echo "${ECHO_T}$ac_cv_header_stdc" >&6; } if test $ac_cv_header_stdc = yes; then cat >>confdefs.h <<\_ACEOF #define STDC_HEADERS 1 _ACEOF fi { echo "$as_me:$LINENO: checking whether time.h and sys/time.h may both be included" >&5 echo $ECHO_N "checking whether time.h and sys/time.h may both be included... $ECHO_C" >&6; } if test "${ac_cv_header_time+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include #include int main () { if ((struct tm *) 0) return 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_header_time=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_header_time=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_header_time" >&5 echo "${ECHO_T}$ac_cv_header_time" >&6; } if test $ac_cv_header_time = yes; then cat >>confdefs.h <<\_ACEOF #define TIME_WITH_SYS_TIME 1 _ACEOF fi { echo "$as_me:$LINENO: checking for working stdbool.h" >&5 echo $ECHO_N "checking for working stdbool.h... $ECHO_C" >&6; } if test "${ac_cv_header_stdbool_h+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include int main () { bool foo = false; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_header_stdbool_h=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_header_stdbool_h=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_header_stdbool_h" >&5 echo "${ECHO_T}$ac_cv_header_stdbool_h" >&6; } if test $ac_cv_header_stdbool_h = yes; then cat >>confdefs.h <<\_ACEOF #define HAVE_STDBOOL_H 1 _ACEOF fi { echo "$as_me:$LINENO: checking whether string.h and strings.h may both be included" >&5 echo $ECHO_N "checking whether string.h and strings.h may both be included... $ECHO_C" >&6; } if test "${gcc_cv_header_string+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include int main () { ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then gcc_cv_header_string=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 gcc_cv_header_string=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $gcc_cv_header_string" >&5 echo "${ECHO_T}$gcc_cv_header_string" >&6; } if test $gcc_cv_header_string = yes; then cat >>confdefs.h <<\_ACEOF #define STRING_WITH_STRINGS 1 _ACEOF fi { echo "$as_me:$LINENO: checking for sys/wait.h that is POSIX.1 compatible" >&5 echo $ECHO_N "checking for sys/wait.h that is POSIX.1 compatible... $ECHO_C" >&6; } if test "${ac_cv_header_sys_wait_h+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include #ifndef WEXITSTATUS # define WEXITSTATUS(stat_val) ((unsigned int) (stat_val) >> 8) #endif #ifndef WIFEXITED # define WIFEXITED(stat_val) (((stat_val) & 255) == 0) #endif int main () { int s; wait (&s); s = WIFEXITED (s) ? WEXITSTATUS (s) : 1; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_header_sys_wait_h=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_header_sys_wait_h=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_header_sys_wait_h" >&5 echo "${ECHO_T}$ac_cv_header_sys_wait_h" >&6; } if test $ac_cv_header_sys_wait_h = yes; then cat >>confdefs.h <<\_ACEOF #define HAVE_SYS_WAIT_H 1 _ACEOF fi # On IRIX 5.3, sys/types and inttypes.h are conflicting. for ac_header in sys/types.h sys/stat.h stdlib.h string.h memory.h strings.h \ inttypes.h stdint.h unistd.h do as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_header" >&5 echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6; } if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default #include <$ac_header> _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then eval "$as_ac_Header=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_Header=no" fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_Header'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_Header'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_header" | $as_tr_cpp` 1 _ACEOF fi done for ac_header in limits.h stddef.h string.h strings.h stdlib.h time.h \ fcntl.h unistd.h sys/file.h sys/time.h \ sys/param.h sys/stat.h \ direct.h malloc.h do as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh` if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then { echo "$as_me:$LINENO: checking for $ac_header" >&5 echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6; } if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 fi ac_res=`eval echo '${'$as_ac_Header'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } else # Is the header compilable? { echo "$as_me:$LINENO: checking $ac_header usability" >&5 echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default #include <$ac_header> _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_header_compiler=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_compiler=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_compiler" >&5 echo "${ECHO_T}$ac_header_compiler" >&6; } # Is the header present? { echo "$as_me:$LINENO: checking $ac_header presence" >&5 echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6; } cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include <$ac_header> _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null; then if test -s conftest.err; then ac_cpp_err=$ac_c_preproc_warn_flag ac_cpp_err=$ac_cpp_err$ac_c_werror_flag else ac_cpp_err= fi else ac_cpp_err=yes fi if test -z "$ac_cpp_err"; then ac_header_preproc=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_header_preproc=no fi rm -f conftest.err conftest.$ac_ext { echo "$as_me:$LINENO: result: $ac_header_preproc" >&5 echo "${ECHO_T}$ac_header_preproc" >&6; } # So? What about this header? case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in yes:no: ) { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5 echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5 echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;} ac_header_preproc=yes ;; no:yes:* ) { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5 echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: check for missing prerequisite headers?" >&5 echo "$as_me: WARNING: $ac_header: check for missing prerequisite headers?" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5 echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: section \"Present But Cannot Be Compiled\"" >&5 echo "$as_me: WARNING: $ac_header: section \"Present But Cannot Be Compiled\"" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5 echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;} { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5 echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;} ;; esac { echo "$as_me:$LINENO: checking for $ac_header" >&5 echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6; } if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else eval "$as_ac_Header=\$ac_header_preproc" fi ac_res=`eval echo '${'$as_ac_Header'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } fi if test `eval echo '${'$as_ac_Header'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_header" | $as_tr_cpp` 1 _ACEOF fi done # Check for thread headers. # These tests can't be done till we know if we have limits.h. { echo "$as_me:$LINENO: checking for CHAR_BIT" >&5 echo $ECHO_N "checking for CHAR_BIT... $ECHO_C" >&6; } if test "${gcc_cv_decl_char_bit+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #ifdef HAVE_LIMITS_H #include #endif #ifdef CHAR_BIT found #endif _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "found" >/dev/null 2>&1; then gcc_cv_decl_char_bit=yes else gcc_cv_decl_char_bit=no fi rm -f conftest* fi { echo "$as_me:$LINENO: result: $gcc_cv_decl_char_bit" >&5 echo "${ECHO_T}$gcc_cv_decl_char_bit" >&6; } if test $gcc_cv_decl_char_bit = no; then { echo "$as_me:$LINENO: checking number of bits in a byte" >&5 echo $ECHO_N "checking number of bits in a byte... $ECHO_C" >&6; } if test "${gcc_cv_c_nbby+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else i=8 gcc_cv_c_nbby= while test $i -lt 65; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ int main () { switch(0) { case (unsigned char)((unsigned long)1 << $i) == ((unsigned long)1 << $i): case (unsigned char)((unsigned long)1<<($i-1)) == ((unsigned long)1<<($i-1)): ; } ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then gcc_cv_c_nbby=$i; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext i=`expr $i + 1` done test -z "$gcc_cv_c_nbby" && gcc_cv_c_nbby=failed fi { echo "$as_me:$LINENO: result: $gcc_cv_c_nbby" >&5 echo "${ECHO_T}$gcc_cv_c_nbby" >&6; } if test $gcc_cv_c_nbby = failed; then { { echo "$as_me:$LINENO: error: cannot determine number of bits in a byte" >&5 echo "$as_me: error: cannot determine number of bits in a byte" >&2;} { (exit 1); exit 1; }; } else cat >>confdefs.h <<_ACEOF #define CHAR_BIT $gcc_cv_c_nbby _ACEOF fi fi { echo "$as_me:$LINENO: checking byte ordering" >&5 echo $ECHO_N "checking byte ordering... $ECHO_C" >&6; } if test "${ac_cv_c_compile_endian+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_cv_c_compile_endian=unknown ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu cat > conftest.$ac_ext < #endif /* This structure must have no internal padding. */ struct { char prefix[sizeof "\nendian:" - 1]; short word; char postfix[2]; } tester = { "\nendian:", #if SIZEOF_SHORT == 4 ('A' << (CHAR_BIT * 3)) | ('B' << (CHAR_BIT * 2)) | #endif ('A' << CHAR_BIT) | 'B', 'X', '\n' }; EOF if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5 (eval $ac_compile) 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; then od -c conftest.o | sed 's/^[0-7]*[ ]*/ / s/\*/./g s/ \\n/*/g s/ [0-9][0-9][0-9]/./g s/ \\[^ ]/./g' | tr -d ' ' | tr -s '*' ' ' | fold | sed '$a\ ' > conftest.dmp if grep 'endian:AB' conftest.dmp >/dev/null 2>&1; then ac_cv_c_compile_endian=big-endian elif grep 'endian:BA' conftest.dmp >/dev/null 2>&1; then ac_cv_c_compile_endian=little-endian fi fi rm -rf conftest* ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu fi { echo "$as_me:$LINENO: result: $ac_cv_c_compile_endian" >&5 echo "${ECHO_T}$ac_cv_c_compile_endian" >&6; } if test $ac_cv_c_compile_endian = unknown; then { { echo "$as_me:$LINENO: error: *** unable to determine endianness" >&5 echo "$as_me: error: *** unable to determine endianness" >&2;} { (exit 1); exit 1; }; } elif test $ac_cv_c_compile_endian = big-endian; then cat >>confdefs.h <<\_ACEOF #define HOST_WORDS_BIG_ENDIAN 1 _ACEOF fi # See if we have the mktemp command. # Extract the first word of "mktemp", so it can be a program name with args. set dummy mktemp; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_have_mktemp_command+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$have_mktemp_command"; then ac_cv_prog_have_mktemp_command="$have_mktemp_command" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_have_mktemp_command="yes" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_have_mktemp_command" && ac_cv_prog_have_mktemp_command="no" fi fi have_mktemp_command=$ac_cv_prog_have_mktemp_command if test -n "$have_mktemp_command"; then { echo "$as_me:$LINENO: result: $have_mktemp_command" >&5 echo "${ECHO_T}$have_mktemp_command" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # Extract the first word of "strip", so it can be a program name with args. set dummy strip; ac_word=$2 { echo "$as_me:$LINENO: checking for $ac_word" >&5 echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6; } if test "${ac_cv_prog_STRIP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test -n "$STRIP"; then ac_cv_prog_STRIP="$STRIP" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_STRIP="strip" echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS test -z "$ac_cv_prog_STRIP" && ac_cv_prog_STRIP=":" fi fi STRIP=$ac_cv_prog_STRIP if test -n "$STRIP"; then { echo "$as_me:$LINENO: result: $STRIP" >&5 echo "${ECHO_T}$STRIP" >&6; } else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } fi # See if the stage1 system preprocessor understands the ANSI C # preprocessor stringification operator. (Used by symcat.h.) { echo "$as_me:$LINENO: checking for preprocessor stringizing operator" >&5 echo $ECHO_N "checking for preprocessor stringizing operator... $ECHO_C" >&6; } if test "${ac_cv_c_stringize+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #define x(y) #y char *s = x(teststring); _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "#teststring" >/dev/null 2>&1; then ac_cv_c_stringize=no else ac_cv_c_stringize=yes fi rm -f conftest* fi { echo "$as_me:$LINENO: result: $ac_cv_c_stringize" >&5 echo "${ECHO_T}$ac_cv_c_stringize" >&6; } if test $ac_cv_c_stringize = yes; then cat >>confdefs.h <<\_ACEOF #define HAVE_STRINGIZE 1 _ACEOF fi for ac_func in clock strsignal strchr strrchr lstat do as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_func" >&5 echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6; } if { as_var=$as_ac_var; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Define $ac_func to an innocuous variant, in case declares $ac_func. For example, HP-UX 11i declares gettimeofday. */ #define $ac_func innocuous_$ac_func /* System header to define __stub macros and hopefully few prototypes, which can conflict with char $ac_func (); below. Prefer to if __STDC__ is defined, since exists even on freestanding compilers. */ #ifdef __STDC__ # include #else # include #endif #undef $ac_func /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char $ac_func (); /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. Some functions are actually named something starting with __ and the normal name is an alias. */ #if defined __stub_$ac_func || defined __stub___$ac_func choke me #endif int main () { return $ac_func (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then eval "$as_ac_var=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_var=no" fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_var'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_var'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_func" | $as_tr_cpp` 1 _ACEOF fi done { echo "$as_me:$LINENO: checking for ssize_t" >&5 echo $ECHO_N "checking for ssize_t... $ECHO_C" >&6; } if test "${ac_cv_type_ssize_t+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef ssize_t ac__type_new_; int main () { if ((ac__type_new_ *) 0) return 0; if (sizeof (ac__type_new_)) return 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_type_ssize_t=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_type_ssize_t=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_type_ssize_t" >&5 echo "${ECHO_T}$ac_cv_type_ssize_t" >&6; } if test $ac_cv_type_ssize_t = yes; then : else cat >>confdefs.h <<_ACEOF #define ssize_t int _ACEOF fi for ac_func in getpagesize do as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_func" >&5 echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6; } if { as_var=$as_ac_var; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Define $ac_func to an innocuous variant, in case declares $ac_func. For example, HP-UX 11i declares gettimeofday. */ #define $ac_func innocuous_$ac_func /* System header to define __stub macros and hopefully few prototypes, which can conflict with char $ac_func (); below. Prefer to if __STDC__ is defined, since exists even on freestanding compilers. */ #ifdef __STDC__ # include #else # include #endif #undef $ac_func /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char $ac_func (); /* The GNU C library defines this for functions which it implements to always fail with ENOSYS. Some functions are actually named something starting with __ and the normal name is an alias. */ #if defined __stub_$ac_func || defined __stub___$ac_func choke me #endif int main () { return $ac_func (); ; return 0; } _ACEOF rm -f conftest.$ac_objext conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then eval "$as_ac_var=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_var=no" fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_var'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_var'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_func" | $as_tr_cpp` 1 _ACEOF fi done # The test program for the next two tests is the same except for one # set of ifdefs. cat >ct-mmap.inc <<'EOF' #include #include #include #include #include #include #if !defined (MAP_ANONYMOUS) && defined (MAP_ANON) # define MAP_ANONYMOUS MAP_ANON #endif /* This mess was copied from the GNU getpagesize.h. */ #ifndef HAVE_GETPAGESIZE # ifdef HAVE_UNISTD_H # include # endif /* Assume that all systems that can run configure have sys/param.h. */ # ifndef HAVE_SYS_PARAM_H # define HAVE_SYS_PARAM_H 1 # endif # ifdef _SC_PAGESIZE # define getpagesize() sysconf(_SC_PAGESIZE) # else /* no _SC_PAGESIZE */ # ifdef HAVE_SYS_PARAM_H # include # ifdef EXEC_PAGESIZE # define getpagesize() EXEC_PAGESIZE # else /* no EXEC_PAGESIZE */ # ifdef NBPG # define getpagesize() NBPG * CLSIZE # ifndef CLSIZE # define CLSIZE 1 # endif /* no CLSIZE */ # else /* no NBPG */ # ifdef NBPC # define getpagesize() NBPC # else /* no NBPC */ # ifdef PAGESIZE # define getpagesize() PAGESIZE # endif /* PAGESIZE */ # endif /* no NBPC */ # endif /* no NBPG */ # endif /* no EXEC_PAGESIZE */ # else /* no HAVE_SYS_PARAM_H */ # define getpagesize() 8192 /* punt totally */ # endif /* no HAVE_SYS_PARAM_H */ # endif /* no _SC_PAGESIZE */ #endif /* no HAVE_GETPAGESIZE */ #ifndef MAP_FAILED # define MAP_FAILED -1 #endif #undef perror_exit #define perror_exit(str, val) \ do { perror(str); exit(val); } while (0) /* Some versions of cygwin mmap require that munmap is called with the same parameters as mmap. GCC expects that this is not the case. Test for various forms of this problem. Warning - icky signal games. */ static sigset_t unblock_sigsegv; static jmp_buf r; static size_t pg; static int devzero; static char * anonmap (size) size_t size; { #ifdef USE_MAP_ANON return (char *) mmap (0, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS, -1, 0); #else return (char *) mmap (0, size, PROT_READ|PROT_WRITE, MAP_PRIVATE, devzero, 0); #endif } static void sigsegv (unused) int unused; { sigprocmask (SIG_UNBLOCK, &unblock_sigsegv, 0); longjmp (r, 1); } /* Basic functionality test. */ void test_0 () { char *x = anonmap (pg); if (x == (char *) MAP_FAILED) perror_exit("test 0 mmap", 2); *(int *)x += 1; if (munmap(x, pg) < 0) perror_exit("test 0 munmap", 3); } /* 1. If we map a 2-page region and unmap its second page, the first page must remain. */ static void test_1 () { char *x = anonmap (pg * 2); if (x == (char *)MAP_FAILED) perror_exit ("test 1 mmap", 4); signal (SIGSEGV, sigsegv); if (setjmp (r)) perror_exit ("test 1 fault", 5); x[0] = 1; x[pg] = 1; if (munmap (x + pg, pg) < 0) perror_exit ("test 1 munmap 1", 6); x[0] = 2; if (setjmp (r) == 0) { x[pg] = 1; perror_exit ("test 1 no fault", 7); } if (munmap (x, pg) < 0) perror_exit ("test 1 munmap 2", 8); } /* 2. If we map a 2-page region and unmap its first page, the second page must remain. */ static void test_2 () { char *x = anonmap (pg * 2); if (x == (char *)MAP_FAILED) perror_exit ("test 2 mmap", 9); signal (SIGSEGV, sigsegv); if (setjmp (r)) perror_exit ("test 2 fault", 10); x[0] = 1; x[pg] = 1; if (munmap (x, pg) < 0) perror_exit ("test 2 munmap 1", 11); x[pg] = 2; if (setjmp (r) == 0) { x[0] = 1; perror_exit ("test 2 no fault", 12); } if (munmap (x+pg, pg) < 0) perror_exit ("test 2 munmap 2", 13); } /* 3. If we map two adjacent 1-page regions and unmap them both with one munmap, both must go away. Getting two adjacent 1-page regions with two mmap calls is slightly tricky. All OS's tested skip over already-allocated blocks; therefore we have been careful to unmap all allocated regions in previous tests. HP/UX allocates pages backward in memory. No OS has yet been observed to be so perverse as to leave unmapped space between consecutive calls to mmap. */ static void test_3 () { char *x, *y, *z; x = anonmap (pg); if (x == (char *)MAP_FAILED) perror_exit ("test 3 mmap 1", 14); y = anonmap (pg); if (y == (char *)MAP_FAILED) perror_exit ("test 3 mmap 2", 15); if (y != x + pg) { if (y == x - pg) z = y, y = x, x = z; else { fprintf (stderr, "test 3 nonconsecutive pages - %lx, %lx\n", (unsigned long)x, (unsigned long)y); exit (16); } } signal (SIGSEGV, sigsegv); if (setjmp (r)) perror_exit ("test 3 fault", 17); x[0] = 1; y[0] = 1; if (munmap (x, pg*2) < 0) perror_exit ("test 3 munmap", 18); if (setjmp (r) == 0) { x[0] = 1; perror_exit ("test 3 no fault 1", 19); } signal (SIGSEGV, sigsegv); if (setjmp (r) == 0) { y[0] = 1; perror_exit ("test 3 no fault 2", 20); } } int main () { sigemptyset (&unblock_sigsegv); sigaddset (&unblock_sigsegv, SIGSEGV); pg = getpagesize (); #ifndef USE_MAP_ANON devzero = open ("/dev/zero", O_RDWR); if (devzero < 0) perror_exit ("open /dev/zero", 1); #endif test_0(); test_1(); test_2(); test_3(); exit(0); } EOF { echo "$as_me:$LINENO: checking for working mmap from /dev/zero" >&5 echo $ECHO_N "checking for working mmap from /dev/zero... $ECHO_C" >&6; } if test "${ac_cv_func_mmap_dev_zero+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$cross_compiling" = yes; then # If this is not cygwin, and /dev/zero is a character device, it's probably # safe to assume it works. case "$host_os" in cygwin* | win32 | pe | mingw* ) ac_cv_func_mmap_dev_zero=buggy ;; * ) if test -c /dev/zero then ac_cv_func_mmap_dev_zero=yes else ac_cv_func_mmap_dev_zero=no fi ;; esac else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include "ct-mmap.inc" _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_func_mmap_dev_zero=yes else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) if test $? -lt 4 then ac_cv_func_mmap_dev_zero=no else ac_cv_func_mmap_dev_zero=buggy fi fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi fi { echo "$as_me:$LINENO: result: $ac_cv_func_mmap_dev_zero" >&5 echo "${ECHO_T}$ac_cv_func_mmap_dev_zero" >&6; } if test $ac_cv_func_mmap_dev_zero = yes; then cat >>confdefs.h <<\_ACEOF #define HAVE_MMAP_DEV_ZERO 1 _ACEOF fi { echo "$as_me:$LINENO: checking for working mmap with MAP_ANON(YMOUS)" >&5 echo $ECHO_N "checking for working mmap with MAP_ANON(YMOUS)... $ECHO_C" >&6; } if test "${ac_cv_func_mmap_anon+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$cross_compiling" = yes; then # Unlike /dev/zero, it is not safe to assume MAP_ANON(YMOUS) works # just because it's there. Some SCO Un*xen define it but don't implement it. ac_cv_func_mmap_anon=no else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #define USE_MAP_ANON #include "ct-mmap.inc" _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_func_mmap_anon=yes else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) if test $? -lt 4 then ac_cv_func_mmap_anon=no else ac_cv_func_mmap_anon=buggy fi fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi fi { echo "$as_me:$LINENO: result: $ac_cv_func_mmap_anon" >&5 echo "${ECHO_T}$ac_cv_func_mmap_anon" >&6; } if test $ac_cv_func_mmap_anon = yes; then cat >>confdefs.h <<\_ACEOF #define HAVE_MMAP_ANON 1 _ACEOF fi rm -f ct-mmap.inc { echo "$as_me:$LINENO: checking for working mmap of a file" >&5 echo $ECHO_N "checking for working mmap of a file... $ECHO_C" >&6; } if test "${ac_cv_func_mmap_file+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else # Create a file one thousand bytes long. for i in 1 2 3 4 5 6 7 8 9 0 do for j in 1 2 3 4 5 6 7 8 9 0 do echo $i $j xxxxx done done > conftestdata$$ if test "$cross_compiling" = yes; then ac_cv_func_mmap_file=no else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ /* Test by Zack Weinberg. Modified from MMAP_ANYWHERE test by Richard Henderson and Alexandre Oliva. Check whether read-only mmap of a plain file works. */ #include #include #include #include int main() { char *x; int fd; struct stat st; fd = open("conftestdata$$", O_RDONLY); if (fd < 0) exit(1); if (fstat (fd, &st)) exit(2); x = (char*)mmap(0, st.st_size, PROT_READ, MAP_PRIVATE, fd, 0); if (x == (char *) -1) exit(3); if (x[0] != '1' || x[1] != ' ' || x[2] != '1' || x[3] != ' ') exit(4); if (munmap(x, st.st_size) < 0) exit(5); exit(0); } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_func_mmap_file=yes else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) ac_cv_func_mmap_file=no fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi fi { echo "$as_me:$LINENO: result: $ac_cv_func_mmap_file" >&5 echo "${ECHO_T}$ac_cv_func_mmap_file" >&6; } if test $ac_cv_func_mmap_file = yes; then cat >>confdefs.h <<\_ACEOF #define HAVE_MMAP_FILE 1 _ACEOF fi # We will need to find libiberty.h and ansidecl.h saved_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -I${srcdir} -I${srcdir}/../include" for ac_func in getenv abort strsignal errno \ malloc realloc calloc free clock do ac_tr_decl=HAVE_DECL_`echo $ac_func | tr 'abcdefghijklmnopqrstuvwxyz' 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'` { echo "$as_me:$LINENO: checking whether $ac_func is declared" >&5 echo $ECHO_N "checking whether $ac_func is declared... $ECHO_C" >&6; } if { as_var=gcc_cv_have_decl_$ac_func; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #undef $ac_tr_decl #define $ac_tr_decl 1 #include "ansidecl.h" #include "system.h" int main () { #ifndef $ac_func char *(*pfn) = (char *(*)) $ac_func ; #endif ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then eval "gcc_cv_have_decl_$ac_func=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "gcc_cv_have_decl_$ac_func=no" fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi if eval "test \"`echo '$gcc_cv_have_decl_'$ac_func`\" = yes"; then { echo "$as_me:$LINENO: result: yes" >&5 echo "${ECHO_T}yes" >&6; } ; cat >>confdefs.h <<_ACEOF #define $ac_tr_decl 1 _ACEOF else { echo "$as_me:$LINENO: result: no" >&5 echo "${ECHO_T}no" >&6; } ; cat >>confdefs.h <<_ACEOF #define $ac_tr_decl 0 _ACEOF fi done if test x = y ; then cat >>confdefs.h <<\_ACEOF #define HAVE_DECL_GETENV 1 _ACEOF cat >>confdefs.h <<\_ACEOF #define HAVE_DECL_ABORT 1 _ACEOF cat >>confdefs.h <<\_ACEOF #define HAVE_DECL_STRSIGNAL 1 _ACEOF cat >>confdefs.h <<\_ACEOF #define HAVE_DECL_ERRNO 1 _ACEOF \ cat >>confdefs.h <<\_ACEOF #define HAVE_DECL_MALLOC 1 _ACEOF cat >>confdefs.h <<\_ACEOF #define HAVE_DECL_REALLOC 1 _ACEOF cat >>confdefs.h <<\_ACEOF #define HAVE_DECL_CALLOC 1 _ACEOF cat >>confdefs.h <<\_ACEOF #define HAVE_DECL_FREE 1 _ACEOF cat >>confdefs.h <<\_ACEOF #define HAVE_DECL_CLOCK 1 _ACEOF fi # Restore CFLAGS from before the gcc_AC_NEED_DECLARATIONS tests. CFLAGS="$saved_CFLAGS" # mkdir takes a single argument on some systems. { echo "$as_me:$LINENO: checking if mkdir takes one argument" >&5 echo $ECHO_N "checking if mkdir takes one argument... $ECHO_C" >&6; } if test "${gcc_cv_mkdir_takes_one_arg+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #ifdef HAVE_SYS_STAT_H # include #endif #ifdef HAVE_UNISTD_H # include #endif #ifdef HAVE_DIRECT_H # include #endif int main () { mkdir ("foo", 0); ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then gcc_cv_mkdir_takes_one_arg=no else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 gcc_cv_mkdir_takes_one_arg=yes fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $gcc_cv_mkdir_takes_one_arg" >&5 echo "${ECHO_T}$gcc_cv_mkdir_takes_one_arg" >&6; } if test $gcc_cv_mkdir_takes_one_arg = yes ; then cat >>confdefs.h <<\_ACEOF #define MKDIR_TAKES_ONE_ARG 1 _ACEOF fi # File extensions manext='.1' objext='.o' build_xm_file= build_xm_defines= build_install_headers_dir=install-headers-tar build_exeext= host_xm_file= host_xm_defines= host_xmake_file= host_truncate_target= host_exeext= # Decode the host machine, then the target machine. # For the host machine, we save the xm_file variable as host_xm_file; # then we decode the target machine and forget everything else # that came from the host machine. #for machine in $build $host $target; do # . ${srcdir}/config.gcc #done extra_objs="${host_extra_objs} ${extra_objs}" # Default the target-machine variables that were not explicitly set. if test x"$tm_file" = x then tm_file=$cpu_type/$cpu_type.h; fi if test x"$extra_headers" = x then extra_headers=; fi if test x$md_file = x then md_file=$cpu_type/$cpu_type.md; fi if test x$out_file = x then out_file=$cpu_type/$cpu_type.c; fi if test x"$tmake_file" = x then tmake_file=$cpu_type/t-$cpu_type fi if test x"$dwarf2" = xyes then tm_file="$tm_file tm-dwarf2.h" fi # Handle cpp installation. if test x$enable_cpp != xno then tmake_file="$tmake_file t-install-cpp" fi # auto-host.h is the file containing items generated by autoconf and is # the first file included by config.h. # If host=build, it is correct to have hconfig include auto-host.h # as well. 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AC_MSG_CHECKING(what assembler to use) gcc_cv_as= gcc_cv_gas_major_version= gcc_cv_gas_minor_version= gcc_cv_as_gas_srcdir=`echo $srcdir | sed -e 's,/gcc$,,'`/gas if test -x "$DEFAULT_ASSEMBLER"; then gcc_cv_as="$DEFAULT_ASSEMBLER" elif test -x "$AS"; then gcc_cv_as="$AS" elif test -x as$host_exeext; then # Build using assembler in the current directory. gcc_cv_as=./as$host_exeext elif test -f $gcc_cv_as_gas_srcdir/configure.in -a -f ../gas/Makefile; then # Single tree build which includes gas. for f in $gcc_cv_as_gas_srcdir/configure $gcc_cv_as_gas_srcdir/configure.in $gcc_cv_as_gas_srcdir/Makefile.in do changequote(,)dnl gcc_cv_gas_version=`grep '^VERSION=[0-9]*\.[0-9]*' $f` changequote([,])dnl if test x$gcc_cv_gas_version != x; then break fi done changequote(,)dnl gcc_cv_gas_major_version=`expr "$gcc_cv_gas_version" : "VERSION=\([0-9]*\)"` gcc_cv_gas_minor_version=`expr "$gcc_cv_gas_version" : "VERSION=[0-9]*\.\([0-9]*\)"` changequote([,])dnl fi if test "x$gcc_cv_as" = x -a x$host = x$target; then # Native build. # Search the same directories that the installed compiler will # search. Else we may find the wrong assembler and lose. If we # do not find a suitable assembler binary, then try the user's # path. # # Also note we have to check MD_EXEC_PREFIX before checking the # user's path. Unfortunately, there is no good way to get at the # value of MD_EXEC_PREFIX here. So we do a brute force search # through all the known MD_EXEC_PREFIX values. Ugh. This needs # to be fixed as part of the make/configure rewrite too. if test "x$exec_prefix" = xNONE; then if test "x$prefix" = xNONE; then test_prefix=/usr/local else test_prefix=$prefix fi else test_prefix=$exec_prefix fi # If the loop below does not find an assembler, then use whatever # one we can find in the users's path. # user's path. gcc_cv_as=as$host_exeext test_dirs="$test_prefix/lib/gcc-lib/$target/$gcc_version \ $test_prefix/lib/gcc-lib/$target \ /usr/lib/gcc/$target/$gcc_version \ /usr/lib/gcc/$target \ $test_prefix/$target/bin/$target/$gcc_version \ $test_prefix/$target/bin \ /usr/libexec \ /usr/ccs/gcc \ /usr/ccs/bin \ /udk/usr/ccs/bin \ /bsd43/usr/lib/cmplrs/cc \ /usr/cross64/usr/bin \ /usr/lib/cmplrs/cc \ /sysv/usr/lib/cmplrs/cc \ /svr4/usr/lib/cmplrs/cc \ /usr/bin" for dir in $test_dirs; do if test -f $dir/as$host_exeext; then gcc_cv_as=$dir/as$host_exeext break; fi done fi if test x$gcc_cv_gas_major_version != x -a x$gcc_cv_gas_minor_version != x; then AC_MSG_RESULT("newly built gas") else AC_MSG_RESULT($gcc_cv_as) fi # Figure out what nm we will be using. AC_MSG_CHECKING(what nm to use) if test -x nm$host_exeext; then gcc_cv_nm=./nm$host_exeext elif test x$host = x$target; then # Native build. gcc_cv_nm=nm$host_exeext fi AC_MSG_RESULT($gcc_cv_nm) dnl Very limited version of automake's enable-maintainer-mode AC_MSG_CHECKING([whether to enable maintainer-specific portions of Makefiles]) dnl maintainer-mode is disabled by default AC_ARG_ENABLE(maintainer-mode, [ --enable-maintainer-mode enable make rules and dependencies not useful (and sometimes confusing) to the casual installer], maintainer_mode=$enableval, maintainer_mode=no) AC_MSG_RESULT($maintainer_mode) if test "$maintainer_mode" = "yes"; then MAINT='' else MAINT='#' fi AC_SUBST(MAINT)dnl # These (without "all_") are set in each config-lang.in. # `language' must be a single word so is spelled singularly. all_stagestuff= all_outputs='Makefile' # List of language makefile fragments. # Add the language fragments. # Languages are added via two mechanisms. Some information must be # recorded in makefile variables, these are defined in config-lang.in. # We accumulate them and plug them into the main Makefile. # The other mechanism is a set of hooks for each of the main targets # like `clean', `install', etc. language_fragments="Make-lang" # Define variables host_canonical and build_canonical # because some Cygnus local changes in the Makefile depend on them. build_canonical=${build} host_canonical=${host} target_subdir= if test "${host}" != "${target}" ; then target_subdir=${target_alias}/ fi AC_SUBST(build_canonical) AC_SUBST(host_canonical) AC_SUBST(target_subdir) # Nothing to do for FLOAT_H, float_format already handled. objdir=`pwd` AC_SUBST(objdir) # Substitute configuration variables AC_SUBST(all_stagestuff) AC_SUBST(build_exeext) AC_SUBST(build_install_headers_dir) AC_SUBST(build_xm_file_list) AC_SUBST(build_xm_file) AC_SUBST(build_xm_defines) AC_SUBST(check_languages) AC_SUBST(dep_host_xmake_file) AC_SUBST(dep_tmake_file) AC_SUBST(extra_c_flags) AC_SUBST(extra_headers_list) AC_SUBST(extra_objs) AC_SUBST(extra_parts) AC_SUBST(extra_passes) AC_SUBST(extra_programs) AC_SUBST(gcc_config_arguments) AC_SUBST(gcc_version) AC_SUBST(gcc_version_full) AC_SUBST(gcc_version_trigger) AC_SUBST(host_exeext) AC_SUBST(host_extra_gcc_objs) AC_SUBST(install) AC_SUBST(lang_tree_files) AC_SUBST(local_prefix) AC_SUBST(md_file) AC_SUBST(out_file) AC_SUBST(out_object_file) AC_SUBST(symbolic_link) AC_SUBST(thread_file) AC_SUBST(c_target_objs) #AC_SUBST_FILE(target_overrides) #AC_SUBST_FILE(host_overrides) #AC_SUBST(cross_defines) #AC_SUBST_FILE(cross_overrides) #AC_SUBST_FILE(build_overrides) # Create the Makefile # and configure language subdirectories AC_OUTPUT($all_outputs, [ case x$CONFIG_HEADERS in xauto-host.h:config.in) echo > cstamp-h ;; esac # Avoid having to add intl to our include paths. if test -f intl/libintl.h; then echo creating libintl.h echo '#include "intl/libintl.h"' >libintl.h fi ], [ host='${host}' build='${build}' target='${target}' target_alias='${target_alias}' srcdir='${srcdir}' symbolic_link='${symbolic_link}' program_transform_set='${program_transform_set}' program_transform_name='${program_transform_name}' dep_host_xmake_file='${dep_host_xmake_file}' host_xmake_file='${host_xmake_file}' dep_tmake_file='${dep_tmake_file}' tmake_file='${tmake_file}' thread_file='${thread_file}' gcc_config_arguments='${gcc_config_arguments}' gcc_version='${gcc_version}' gcc_version_full='${gcc_version_full}' gcc_version_trigger='${gcc_version_trigger}' local_prefix='${local_prefix}' build_install_headers_dir='${build_install_headers_dir}' build_exeext='${build_exeext}' host_exeext='${host_exeext}' out_file='${out_file}' gdb_needs_out_file_path='${gdb_needs_out_file_path}' SET_MAKE='${SET_MAKE}' target_list='${target_list}' target_overrides='${target_overrides}' host_overrides='${host_overrides}' cross_defines='${cross_defines}' cross_overrides='${cross_overrides}' build_overrides='${build_overrides}' cpp_install_dir='${cpp_install_dir}' ]) sdcc-2.9.0/support/cpp/cppdefault.c000066400000000000000000000061431116427777700172560ustar00rootroot00000000000000/* CPP Library. Copyright (C) 1986, 1987, 1989, 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2003, 2004, 2006 Free Software Foundation, Inc. Contributed by Per Bothner, 1994-95. Based on CCCP program by Paul Rubin, June 1986 Adapted to ANSI C, Richard Stallman, Jan 1987 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "config.h" #include "system.h" #include "cppdefault.h" #ifndef STANDARD_INCLUDE_DIR #define STANDARD_INCLUDE_DIR "/usr/include" #endif #ifndef STANDARD_INCLUDE_COMPONENT #define STANDARD_INCLUDE_COMPONENT 0 #endif #if defined (CROSS_COMPILE) && !defined (TARGET_SYSTEM_ROOT) # undef LOCAL_INCLUDE_DIR # undef SYSTEM_INCLUDE_DIR # undef STANDARD_INCLUDE_DIR #else # undef CROSS_INCLUDE_DIR #endif const struct default_include cpp_include_defaults[] #ifdef INCLUDE_DEFAULTS = INCLUDE_DEFAULTS; #else = { #ifdef GPLUSPLUS_INCLUDE_DIR /* Pick up GNU C++ generic include files. */ { GPLUSPLUS_INCLUDE_DIR, "G++", 1, 1, 0, 0 }, #endif #ifdef GPLUSPLUS_TOOL_INCLUDE_DIR /* Pick up GNU C++ target-dependent include files. */ { GPLUSPLUS_TOOL_INCLUDE_DIR, "G++", 1, 1, 0, 1 }, #endif #ifdef GPLUSPLUS_BACKWARD_INCLUDE_DIR /* Pick up GNU C++ backward and deprecated include files. */ { GPLUSPLUS_BACKWARD_INCLUDE_DIR, "G++", 1, 1, 0, 0 }, #endif #ifdef LOCAL_INCLUDE_DIR /* /usr/local/include comes before the fixincluded header files. */ { LOCAL_INCLUDE_DIR, 0, 0, 1, 1, 0 }, #endif #ifdef PREFIX_INCLUDE_DIR { PREFIX_INCLUDE_DIR, 0, 0, 1, 0, 0 }, #endif #ifdef GCC_INCLUDE_DIR /* This is the dir for fixincludes and for gcc's private headers. */ { GCC_INCLUDE_DIR, "GCC", 0, 0, 0, 0 }, #endif #ifdef CROSS_INCLUDE_DIR /* One place the target system's headers might be. */ { CROSS_INCLUDE_DIR, "GCC", 0, 0, 0, 0 }, #endif #ifdef TOOL_INCLUDE_DIR /* Another place the target system's headers might be. */ { TOOL_INCLUDE_DIR, "BINUTILS", 0, 1, 0, 0 }, #endif #ifdef SYSTEM_INCLUDE_DIR /* Some systems have an extra dir of include files. */ { SYSTEM_INCLUDE_DIR, 0, 0, 0, 1, 0 }, #endif #ifdef STANDARD_INCLUDE_DIR /* /usr/include comes dead last. */ { STANDARD_INCLUDE_DIR, STANDARD_INCLUDE_COMPONENT, 0, 0, 1, 0 }, #endif { 0, 0, 0, 0, 0, 0 } }; #endif /* no INCLUDE_DEFAULTS */ #ifdef GCC_INCLUDE_DIR const char cpp_GCC_INCLUDE_DIR[] = GCC_INCLUDE_DIR; const size_t cpp_GCC_INCLUDE_DIR_len = sizeof GCC_INCLUDE_DIR - 8; #else const char cpp_GCC_INCLUDE_DIR[] = ""; const size_t cpp_GCC_INCLUDE_DIR_len = 0; #endif sdcc-2.9.0/support/cpp/cppdefault.h000066400000000000000000000042251116427777700172620ustar00rootroot00000000000000/* CPP Library. Copyright (C) 1986, 1987, 1989, 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2003, 2004, 2006 Free Software Foundation, Inc. Contributed by Per Bothner, 1994-95. Based on CCCP program by Paul Rubin, June 1986 Adapted to ANSI C, Richard Stallman, Jan 1987 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #ifndef GCC_CPPDEFAULT_H #define GCC_CPPDEFAULT_H /* This is the default list of directories to search for include files. It may be overridden by the various -I and -ixxx options. #include "file" looks in the same directory as the current file, then this list. #include just looks in this list. All these directories are treated as `system' include directories (they are not subject to pedantic warnings in some cases). */ struct default_include { const char *const fname; /* The name of the directory. */ const char *const component; /* The component containing the directory (see update_path in prefix.c) */ const char cplusplus; /* Only look here if we're compiling C++. */ const char cxx_aware; /* Includes in this directory don't need to be wrapped in extern "C" when compiling C++. */ const char add_sysroot; /* FNAME should be prefixed by cpp_SYSROOT. */ const char multilib; /* FNAME should have the multilib path specified with -imultilib appended. */ }; extern const struct default_include cpp_include_defaults[]; extern const char cpp_GCC_INCLUDE_DIR[]; extern const size_t cpp_GCC_INCLUDE_DIR_len; #endif /* ! GCC_CPPDEFAULT_H */ sdcc-2.9.0/support/cpp/except.h000066400000000000000000000152651116427777700164310ustar00rootroot00000000000000/* Exception Handling interface routines. Copyright (C) 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005 Free Software Foundation, Inc. Contributed by Mike Stump . This file is part of GCC. GCC is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with GCC; see the file COPYING. If not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ struct function; /* Per-function EH data. Used only in except.c, but GC and others manipulate pointers to the opaque type. */ struct eh_status; /* Internal structure describing a region. */ struct eh_region; /* Test: is exception handling turned on? */ extern int doing_eh (int); /* Note that the current EH region (if any) may contain a throw, or a call to a function which itself may contain a throw. */ extern void note_eh_region_may_contain_throw (struct eh_region *); extern void note_current_region_may_contain_throw (void); /* Invokes CALLBACK for every exception handler label. Only used by old loop hackery; should not be used by new code. */ extern void for_each_eh_label (void (*) (rtx)); /* Invokes CALLBACK for every exception region in the current function. */ extern void for_each_eh_region (void (*) (struct eh_region *)); /* Determine if the given INSN can throw an exception. */ extern bool can_throw_internal_1 (int, bool); extern bool can_throw_internal (rtx); extern bool can_throw_external_1 (int, bool); extern bool can_throw_external (rtx); /* Set TREE_NOTHROW and cfun->all_throwers_are_sibcalls. */ extern unsigned int set_nothrow_function_flags (void); /* After initial rtl generation, call back to finish generating exception support code. */ extern void finish_eh_generation (void); extern void init_eh (void); extern void init_eh_for_function (void); extern rtx reachable_handlers (rtx); extern void maybe_remove_eh_handler (rtx); extern void convert_from_eh_region_ranges (void); extern unsigned int convert_to_eh_region_ranges (void); extern void find_exception_handler_labels (void); extern bool current_function_has_exception_handlers (void); extern void output_function_exception_table (void); extern void expand_builtin_unwind_init (void); extern rtx expand_builtin_eh_return_data_regno (tree); extern rtx expand_builtin_extract_return_addr (tree); extern void expand_builtin_init_dwarf_reg_sizes (tree); extern rtx expand_builtin_frob_return_addr (tree); extern rtx expand_builtin_dwarf_sp_column (void); extern void expand_builtin_eh_return (tree, tree); extern void expand_eh_return (void); extern rtx expand_builtin_extend_pointer (tree); extern rtx get_exception_pointer (struct function *); extern rtx get_exception_filter (struct function *); typedef tree (*duplicate_eh_regions_map) (tree, void *); extern int duplicate_eh_regions (struct function *, duplicate_eh_regions_map, void *, int, int); extern void sjlj_emit_function_exit_after (rtx); extern void default_init_unwind_resume_libfunc (void); extern struct eh_region *gen_eh_region_cleanup (struct eh_region *, struct eh_region *); extern struct eh_region *gen_eh_region_try (struct eh_region *); extern struct eh_region *gen_eh_region_catch (struct eh_region *, tree); extern struct eh_region *gen_eh_region_allowed (struct eh_region *, tree); extern struct eh_region *gen_eh_region_must_not_throw (struct eh_region *); extern int get_eh_region_number (struct eh_region *); extern bool get_eh_region_may_contain_throw (struct eh_region *); extern tree get_eh_region_tree_label (struct eh_region *); extern void set_eh_region_tree_label (struct eh_region *, tree); extern void foreach_reachable_handler (int, bool, void (*) (struct eh_region *, void *), void *); extern void collect_eh_region_array (void); extern void expand_resx_expr (tree); extern void verify_eh_tree (struct function *); extern void dump_eh_tree (FILE *, struct function *); extern bool eh_region_outer_p (struct function *, int, int); extern int eh_region_outermost (struct function *, int, int); /* tree-eh.c */ extern void add_stmt_to_eh_region_fn (struct function *, tree, int); extern bool remove_stmt_from_eh_region_fn (struct function *, tree); extern int lookup_stmt_eh_region_fn (struct function *, tree); extern int lookup_stmt_eh_region (tree); extern bool verify_eh_edges (tree); /* If non-NULL, this is a function that returns an expression to be executed if an unhandled exception is propagated out of a cleanup region. For example, in C++, an exception thrown by a destructor during stack unwinding is required to result in a call to `std::terminate', so the C++ version of this function returns a CALL_EXPR for `std::terminate'. */ extern tree (*lang_protect_cleanup_actions) (void); /* Return true if type A catches type B. */ extern int (*lang_eh_type_covers) (tree a, tree b); /* Map a type to a runtime object to match type. */ extern tree (*lang_eh_runtime_type) (tree); /* Just because the user configured --with-sjlj-exceptions=no doesn't mean that we can use call frame exceptions. Detect that the target has appropriate support. */ #ifndef MUST_USE_SJLJ_EXCEPTIONS # if !(defined (EH_RETURN_DATA_REGNO) \ && (defined (TARGET_UNWIND_INFO) \ || (DWARF2_UNWIND_INFO \ && (defined (EH_RETURN_HANDLER_RTX) \ || defined (HAVE_eh_return))))) # define MUST_USE_SJLJ_EXCEPTIONS 1 # else # define MUST_USE_SJLJ_EXCEPTIONS 0 # endif #endif #ifdef CONFIG_SJLJ_EXCEPTIONS # if CONFIG_SJLJ_EXCEPTIONS == 1 # define USING_SJLJ_EXCEPTIONS 1 # endif # if CONFIG_SJLJ_EXCEPTIONS == 0 # define USING_SJLJ_EXCEPTIONS 0 # ifndef EH_RETURN_DATA_REGNO #error "EH_RETURN_DATA_REGNO required" # endif # if !defined(EH_RETURN_HANDLER_RTX) && !defined(HAVE_eh_return) #error "EH_RETURN_HANDLER_RTX or eh_return required" # endif # if !defined(DWARF2_UNWIND_INFO) && !defined(TARGET_UNWIND_INFO) #error "{DWARF2,TARGET}_UNWIND_INFO required" # endif # endif #else # define USING_SJLJ_EXCEPTIONS MUST_USE_SJLJ_EXCEPTIONS #endif struct throw_stmt_node GTY(()) { tree stmt; int region_nr; }; extern struct htab *get_eh_throw_stmt_table (struct function *); extern void set_eh_throw_stmt_table (struct function *, struct htab *); #ifdef ENABLE_CHECKING extern void verify_eh_throw_table_statements (void); #endif sdcc-2.9.0/support/cpp/hwint.h000066400000000000000000000133471116427777700162710ustar00rootroot00000000000000/* HOST_WIDE_INT definitions for the GNU compiler. Copyright (C) 1998, 2002, 2004 Free Software Foundation, Inc. This file is part of GCC. Provide definitions for macros which depend on HOST_BITS_PER_INT and HOST_BITS_PER_LONG. */ #ifndef GCC_HWINT_H #define GCC_HWINT_H /* This describes the machine the compiler is hosted on. */ #define HOST_BITS_PER_CHAR CHAR_BIT #define HOST_BITS_PER_SHORT (CHAR_BIT * SIZEOF_SHORT) #define HOST_BITS_PER_INT (CHAR_BIT * SIZEOF_INT) #define HOST_BITS_PER_LONG (CHAR_BIT * SIZEOF_LONG) /* The string that should be inserted into a printf style format to indicate a "long long" operand. */ #ifndef HOST_LONG_LONG_FORMAT #define HOST_LONG_LONG_FORMAT "ll" #endif /* If HAVE_LONG_LONG and SIZEOF_LONG_LONG aren't defined, but GCC_VERSION >= 3000, assume this is the second or later stage of a bootstrap, we do have long long, and it's 64 bits. (This is required by C99; we do have some ports that violate that assumption but they're all cross-compile-only.) Just in case, force a constraint violation if that assumption is incorrect. */ #if !defined HAVE_LONG_LONG # if GCC_VERSION >= 3000 # define HAVE_LONG_LONG 1 # define SIZEOF_LONG_LONG 8 extern char sizeof_long_long_must_be_8[sizeof(long long) == 8 ? 1 : -1]; # endif #endif #ifdef HAVE_LONG_LONG # define HOST_BITS_PER_LONGLONG (CHAR_BIT * SIZEOF_LONG_LONG) #endif #ifdef HAVE___INT64 # define HOST_BITS_PER___INT64 (CHAR_BIT * SIZEOF___INT64) #endif /* Set HOST_WIDE_INT. This should be the widest efficient host integer type. It can be 32 or 64 bits, except that if we are targeting a machine with 64-bit size_t then it has to be 64 bits. With a sane ABI, 'long' is the largest efficient host integer type. Thus, we use that unless we have to use 'long long' or '__int64' because we're targeting a 64-bit machine from a 32-bit host. */ #if HOST_BITS_PER_LONG >= 64 || !defined NEED_64BIT_HOST_WIDE_INT # define HOST_BITS_PER_WIDE_INT HOST_BITS_PER_LONG # define HOST_WIDE_INT long #else # if HOST_BITS_PER_LONGLONG >= 64 # define HOST_BITS_PER_WIDE_INT HOST_BITS_PER_LONGLONG # define HOST_WIDE_INT long long # else # if HOST_BITS_PER___INT64 >= 64 # define HOST_BITS_PER_WIDE_INT HOST_BITS_PER___INT64 # define HOST_WIDE_INT __int64 # else #error "Unable to find a suitable type for HOST_WIDE_INT" # endif # endif #endif /* Various printf format strings for HOST_WIDE_INT. */ #if HOST_BITS_PER_WIDE_INT == HOST_BITS_PER_LONG # define HOST_WIDE_INT_PRINT "l" # define HOST_WIDE_INT_PRINT_C "L" /* 'long' might be 32 or 64 bits, and the number of leading zeroes must be tweaked accordingly. */ # if HOST_BITS_PER_WIDE_INT == 64 # define HOST_WIDE_INT_PRINT_DOUBLE_HEX "0x%lx%016lx" # else # define HOST_WIDE_INT_PRINT_DOUBLE_HEX "0x%lx%08lx" # endif #else # define HOST_WIDE_INT_PRINT HOST_LONG_LONG_FORMAT # define HOST_WIDE_INT_PRINT_C "LL" /* We can assume that 'long long' is at least 64 bits. */ # define HOST_WIDE_INT_PRINT_DOUBLE_HEX \ "0x%" HOST_LONG_LONG_FORMAT "x%016" HOST_LONG_LONG_FORMAT "x" #endif /* HOST_BITS_PER_WIDE_INT == HOST_BITS_PER_LONG */ #define HOST_WIDE_INT_PRINT_DEC "%" HOST_WIDE_INT_PRINT "d" #define HOST_WIDE_INT_PRINT_DEC_C HOST_WIDE_INT_PRINT_DEC HOST_WIDE_INT_PRINT_C #define HOST_WIDE_INT_PRINT_UNSIGNED "%" HOST_WIDE_INT_PRINT "u" #define HOST_WIDE_INT_PRINT_HEX "0x%" HOST_WIDE_INT_PRINT "x" /* Set HOST_WIDEST_INT. This is a 64-bit type unless the compiler in use has no 64-bit type at all; in that case it's 32 bits. */ #if HOST_BITS_PER_WIDE_INT >= 64 \ || (HOST_BITS_PER_LONGLONG < 64 && HOST_BITS_PER___INT64 < 64) # define HOST_WIDEST_INT HOST_WIDE_INT # define HOST_BITS_PER_WIDEST_INT HOST_BITS_PER_WIDE_INT # define HOST_WIDEST_INT_PRINT_DEC HOST_WIDE_INT_PRINT_DEC # define HOST_WIDEST_INT_PRINT_DEC_C HOST_WIDE_INT_PRINT_DEC_C # define HOST_WIDEST_INT_PRINT_UNSIGNED HOST_WIDE_INT_PRINT_UNSIGNED # define HOST_WIDEST_INT_PRINT_HEX HOST_WIDE_INT_PRINT_HEX # define HOST_WIDEST_INT_PRINT_DOUBLE_HEX HOST_WIDE_INT_PRINT_DOUBLE_HEX #else # if HOST_BITS_PER_LONGLONG >= 64 # define HOST_BITS_PER_WIDEST_INT HOST_BITS_PER_LONGLONG # define HOST_WIDEST_INT long long # else # if HOST_BITS_PER___INT64 >= 64 # define HOST_BITS_PER_WIDEST_INT HOST_BITS_PER___INT64 # define HOST_WIDEST_INT __int64 # else #error "This line should be impossible to reach" # endif # endif # define HOST_WIDEST_INT_PRINT_DEC "%" HOST_LONG_LONG_FORMAT "d" # define HOST_WIDEST_INT_PRINT_DEC_C "%" HOST_LONG_LONG_FORMAT "dLL" # define HOST_WIDEST_INT_PRINT_UNSIGNED "%" HOST_LONG_LONG_FORMAT "u" # define HOST_WIDEST_INT_PRINT_HEX "0x%" HOST_LONG_LONG_FORMAT "x" # define HOST_WIDEST_INT_PRINT_DOUBLE_HEX \ "0x%" HOST_LONG_LONG_FORMAT "x%016" HOST_LONG_LONG_FORMAT "x" #endif /* Define HOST_WIDEST_FAST_INT to the widest integer type supported efficiently in hardware. (That is, the widest integer type that fits in a hardware register.) Normally this is "long" but on some hosts it should be "long long" or "__int64". This is no convenient way to autodect this, so such systems must set a flag in config.host; see there for details. */ #ifdef USE_LONG_LONG_FOR_WIDEST_FAST_INT # ifdef HAVE_LONG_LONG # define HOST_WIDEST_FAST_INT long long # define HOST_BITS_PER_WIDEST_FAST_INT HOST_BITS_PER_LONGLONG # elif defined (HAVE___INT64) # define HOST_WIDEST_FAST_INT __int64 # define HOST_BITS_PER_WIDEST_FAST_INT HOST_BITS_PER___INT64 # else # error "Your host said it wantted to use long long or __int64 but neither" # error "exist" # endif #else # define HOST_WIDEST_FAST_INT long # define HOST_BITS_PER_WIDEST_FAST_INT HOST_BITS_PER_LONG #endif #endif /* ! GCC_HWINT_H */ sdcc-2.9.0/support/cpp/intl.h000066400000000000000000000031031116427777700160730ustar00rootroot00000000000000/* intl.h - internationalization Copyright 1998, 2001, 2003, 2004 Free Software Foundation, Inc. GCC is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with GCC; see the file COPYING. If not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #ifndef GCC_INTL_H #define GCC_INTL_H #ifdef HAVE_LOCALE_H # include #endif #ifndef HAVE_SETLOCALE # define setlocale(category, locale) (locale) #endif #ifdef ENABLE_NLS #include extern void gcc_init_libintl (void); extern size_t gcc_gettext_width (const char *); #else /* Stubs. */ # undef textdomain # define textdomain(domain) (domain) # undef bindtextdomain # define bindtextdomain(domain, directory) (domain) # undef gettext # define gettext(msgid) (msgid) # define gcc_init_libintl() /* nothing */ # define gcc_gettext_width(s) strlen(s) #endif #ifndef _ # define _(msgid) gettext (msgid) #endif #ifndef N_ # define N_(msgid) msgid #endif #ifndef G_ # define G_(gmsgid) gmsgid #endif extern const char *open_quote; extern const char *close_quote; #endif /* intl.h */ sdcc-2.9.0/support/cpp/libcpp/000077500000000000000000000000001116427777700162305ustar00rootroot00000000000000sdcc-2.9.0/support/cpp/libcpp/charset.c000066400000000000000000001527701116427777700200410ustar00rootroot00000000000000/* CPP Library - charsets Copyright (C) 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2006 Free Software Foundation, Inc. Broken out of c-lex.c Apr 2003, adding valid C99 UCN ranges. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "config.h" #include "system.h" #include "cpplib.h" #include "internal.h" /* Character set handling for C-family languages. Terminological note: In what follows, "charset" or "character set" will be taken to mean both an abstract set of characters and an encoding for that set. The C99 standard discusses two character sets: source and execution. The source character set is used for internal processing in translation phases 1 through 4; the execution character set is used thereafter. Both are required by 5.2.1.2p1 to be multibyte encodings, not wide character encodings (see 3.7.2, 3.7.3 for the standardese meanings of these terms). Furthermore, the "basic character set" (listed in 5.2.1p3) is to be encoded in each with values one byte wide, and is to appear in the initial shift state. It is not explicitly mentioned, but there is also a "wide execution character set" used to encode wide character constants and wide string literals; this is supposed to be the result of applying the standard library function mbstowcs() to an equivalent narrow string (6.4.5p5). However, the behavior of hexadecimal and octal \-escapes is at odds with this; they are supposed to be translated directly to wchar_t values (6.4.4.4p5,6). The source character set is not necessarily the character set used to encode physical source files on disk; translation phase 1 converts from whatever that encoding is to the source character set. The presence of universal character names in C99 (6.4.3 et seq.) forces the source character set to be isomorphic to ISO 10646, that is, Unicode. There is no such constraint on the execution character set; note also that the conversion from source to execution character set does not occur for identifiers (5.1.1.2p1#5). For convenience of implementation, the source character set's encoding of the basic character set should be identical to the execution character set OF THE HOST SYSTEM's encoding of the basic character set, and it should not be a state-dependent encoding. cpplib uses UTF-8 or UTF-EBCDIC for the source character set, depending on whether the host is based on ASCII or EBCDIC (see respectively Unicode section 2.3/ISO10646 Amendment 2, and Unicode Technical Report #16). With limited exceptions, it relies on the system library's iconv() primitive to do charset conversion (specified in SUSv2). */ #if !HAVE_ICONV /* Make certain that the uses of iconv(), iconv_open(), iconv_close() below, which are guarded only by if statements with compile-time constant conditions, do not cause link errors. */ #define iconv_open(x, y) (errno = EINVAL, (iconv_t)-1) #define iconv(a,b,c,d,e) (errno = EINVAL, (size_t)-1) #define iconv_close(x) (void)0 #define ICONV_CONST #endif #if HOST_CHARSET == HOST_CHARSET_ASCII #define SOURCE_CHARSET "UTF-8" #define LAST_POSSIBLY_BASIC_SOURCE_CHAR 0x7e #elif HOST_CHARSET == HOST_CHARSET_EBCDIC #define SOURCE_CHARSET "UTF-EBCDIC" #define LAST_POSSIBLY_BASIC_SOURCE_CHAR 0xFF #else #error "Unrecognized basic host character set" #endif #ifndef EILSEQ #define EILSEQ EINVAL #endif /* This structure is used for a resizable string buffer throughout. */ /* Don't call it strbuf, as that conflicts with unistd.h on systems such as DYNIX/ptx where unistd.h includes stropts.h. */ struct _cpp_strbuf { uchar *text; size_t asize; size_t len; }; /* This is enough to hold any string that fits on a single 80-column line, even if iconv quadruples its size (e.g. conversion from ASCII to UTF-32) rounded up to a power of two. */ #define OUTBUF_BLOCK_SIZE 256 /* Conversions between UTF-8 and UTF-16/32 are implemented by custom logic. This is because a depressing number of systems lack iconv, or have have iconv libraries that do not do these conversions, so we need a fallback implementation for them. To ensure the fallback doesn't break due to neglect, it is used on all systems. UTF-32 encoding is nice and simple: a four-byte binary number, constrained to the range 00000000-7FFFFFFF to avoid questions of signedness. We do have to cope with big- and little-endian variants. UTF-16 encoding uses two-byte binary numbers, again in big- and little-endian variants, for all values in the 00000000-0000FFFF range. Values in the 00010000-0010FFFF range are encoded as pairs of two-byte numbers, called "surrogate pairs": given a number S in this range, it is mapped to a pair (H, L) as follows: H = (S - 0x10000) / 0x400 + 0xD800 L = (S - 0x10000) % 0x400 + 0xDC00 Two-byte values in the D800...DFFF range are ill-formed except as a component of a surrogate pair. Even if the encoding within a two-byte value is little-endian, the H member of the surrogate pair comes first. There is no way to encode values in the 00110000-7FFFFFFF range, which is not currently a problem as there are no assigned code points in that range; however, the author expects that it will eventually become necessary to abandon UTF-16 due to this limitation. Note also that, because of these pairs, UTF-16 does not meet the requirements of the C standard for a wide character encoding (see 3.7.3 and 6.4.4.4p11). UTF-8 encoding looks like this: value range encoded as 00000000-0000007F 0xxxxxxx 00000080-000007FF 110xxxxx 10xxxxxx 00000800-0000FFFF 1110xxxx 10xxxxxx 10xxxxxx 00010000-001FFFFF 11110xxx 10xxxxxx 10xxxxxx 10xxxxxx 00200000-03FFFFFF 111110xx 10xxxxxx 10xxxxxx 10xxxxxx 10xxxxxx 04000000-7FFFFFFF 1111110x 10xxxxxx 10xxxxxx 10xxxxxx 10xxxxxx 10xxxxxx Values in the 0000D800 ... 0000DFFF range (surrogates) are invalid, which means that three-byte sequences ED xx yy, with A0 <= xx <= BF, never occur. Note also that any value that can be encoded by a given row of the table can also be encoded by all successive rows, but this is not done; only the shortest possible encoding for any given value is valid. For instance, the character 07C0 could be encoded as any of DF 80, E0 9F 80, F0 80 9F 80, F8 80 80 9F 80, or FC 80 80 80 9F 80. Only the first is valid. An implementation note: the transformation from UTF-16 to UTF-8, or vice versa, is easiest done by using UTF-32 as an intermediary. */ /* Internal primitives which go from an UTF-8 byte stream to native-endian UTF-32 in a cppchar_t, or vice versa; this avoids an extra marshal/unmarshal operation in several places below. */ static inline int one_utf8_to_cppchar (const uchar **inbufp, size_t *inbytesleftp, cppchar_t *cp) { static const uchar masks[6] = { 0x7F, 0x1F, 0x0F, 0x07, 0x02, 0x01 }; static const uchar patns[6] = { 0x00, 0xC0, 0xE0, 0xF0, 0xF8, 0xFC }; cppchar_t c; const uchar *inbuf = *inbufp; size_t nbytes, i; if (*inbytesleftp < 1) return EINVAL; c = *inbuf; if (c < 0x80) { *cp = c; *inbytesleftp -= 1; *inbufp += 1; return 0; } /* The number of leading 1-bits in the first byte indicates how many bytes follow. */ for (nbytes = 2; nbytes < 7; nbytes++) if ((c & ~masks[nbytes-1]) == patns[nbytes-1]) goto found; return EILSEQ; found: if (*inbytesleftp < nbytes) return EINVAL; c = (c & masks[nbytes-1]); inbuf++; for (i = 1; i < nbytes; i++) { cppchar_t n = *inbuf++; if ((n & 0xC0) != 0x80) return EILSEQ; c = ((c << 6) + (n & 0x3F)); } /* Make sure the shortest possible encoding was used. */ if (c <= 0x7F && nbytes > 1) return EILSEQ; if (c <= 0x7FF && nbytes > 2) return EILSEQ; if (c <= 0xFFFF && nbytes > 3) return EILSEQ; if (c <= 0x1FFFFF && nbytes > 4) return EILSEQ; if (c <= 0x3FFFFFF && nbytes > 5) return EILSEQ; /* Make sure the character is valid. */ if (c > 0x7FFFFFFF || (c >= 0xD800 && c <= 0xDFFF)) return EILSEQ; *cp = c; *inbufp = inbuf; *inbytesleftp -= nbytes; return 0; } static inline int one_cppchar_to_utf8 (cppchar_t c, uchar **outbufp, size_t *outbytesleftp) { static const uchar masks[6] = { 0x00, 0xC0, 0xE0, 0xF0, 0xF8, 0xFC }; static const uchar limits[6] = { 0x80, 0xE0, 0xF0, 0xF8, 0xFC, 0xFE }; size_t nbytes; uchar buf[6], *p = &buf[6]; uchar *outbuf = *outbufp; nbytes = 1; if (c < 0x80) *--p = c; else { do { *--p = ((c & 0x3F) | 0x80); c >>= 6; nbytes++; } while (c >= 0x3F || (c & limits[nbytes-1])); *--p = (c | masks[nbytes-1]); } if (*outbytesleftp < nbytes) return E2BIG; while (p < &buf[6]) *outbuf++ = *p++; *outbytesleftp -= nbytes; *outbufp = outbuf; return 0; } /* The following four functions transform one character between the two encodings named in the function name. All have the signature int (*)(iconv_t bigend, const uchar **inbufp, size_t *inbytesleftp, uchar **outbufp, size_t *outbytesleftp) BIGEND must have the value 0 or 1, coerced to (iconv_t); it is interpreted as a boolean indicating whether big-endian or little-endian encoding is to be used for the member of the pair that is not UTF-8. INBUFP, INBYTESLEFTP, OUTBUFP, OUTBYTESLEFTP work exactly as they do for iconv. The return value is either 0 for success, or an errno value for failure, which may be E2BIG (need more space), EILSEQ (ill-formed input sequence), ir EINVAL (incomplete input sequence). */ static inline int one_utf8_to_utf32 (iconv_t bigend, const uchar **inbufp, size_t *inbytesleftp, uchar **outbufp, size_t *outbytesleftp) { uchar *outbuf; cppchar_t s = 0; int rval; /* Check for space first, since we know exactly how much we need. */ if (*outbytesleftp < 4) return E2BIG; rval = one_utf8_to_cppchar (inbufp, inbytesleftp, &s); if (rval) return rval; outbuf = *outbufp; outbuf[bigend ? 3 : 0] = (s & 0x000000FF); outbuf[bigend ? 2 : 1] = (s & 0x0000FF00) >> 8; outbuf[bigend ? 1 : 2] = (s & 0x00FF0000) >> 16; outbuf[bigend ? 0 : 3] = (s & 0xFF000000) >> 24; *outbufp += 4; *outbytesleftp -= 4; return 0; } static inline int one_utf32_to_utf8 (iconv_t bigend, const uchar **inbufp, size_t *inbytesleftp, uchar **outbufp, size_t *outbytesleftp) { cppchar_t s; int rval; const uchar *inbuf; if (*inbytesleftp < 4) return EINVAL; inbuf = *inbufp; s = inbuf[bigend ? 0 : 3] << 24; s += inbuf[bigend ? 1 : 2] << 16; s += inbuf[bigend ? 2 : 1] << 8; s += inbuf[bigend ? 3 : 0]; if (s >= 0x7FFFFFFF || (s >= 0xD800 && s <= 0xDFFF)) return EILSEQ; rval = one_cppchar_to_utf8 (s, outbufp, outbytesleftp); if (rval) return rval; *inbufp += 4; *inbytesleftp -= 4; return 0; } static inline int one_utf8_to_utf16 (iconv_t bigend, const uchar **inbufp, size_t *inbytesleftp, uchar **outbufp, size_t *outbytesleftp) { int rval; cppchar_t s = 0; const uchar *save_inbuf = *inbufp; size_t save_inbytesleft = *inbytesleftp; uchar *outbuf = *outbufp; rval = one_utf8_to_cppchar (inbufp, inbytesleftp, &s); if (rval) return rval; if (s > 0x0010FFFF) { *inbufp = save_inbuf; *inbytesleftp = save_inbytesleft; return EILSEQ; } if (s < 0xFFFF) { if (*outbytesleftp < 2) { *inbufp = save_inbuf; *inbytesleftp = save_inbytesleft; return E2BIG; } outbuf[bigend ? 1 : 0] = (s & 0x00FF); outbuf[bigend ? 0 : 1] = (s & 0xFF00) >> 8; *outbufp += 2; *outbytesleftp -= 2; return 0; } else { cppchar_t hi, lo; if (*outbytesleftp < 4) { *inbufp = save_inbuf; *inbytesleftp = save_inbytesleft; return E2BIG; } hi = (s - 0x10000) / 0x400 + 0xD800; lo = (s - 0x10000) % 0x400 + 0xDC00; /* Even if we are little-endian, put the high surrogate first. ??? Matches practice? */ outbuf[bigend ? 1 : 0] = (hi & 0x00FF); outbuf[bigend ? 0 : 1] = (hi & 0xFF00) >> 8; outbuf[bigend ? 3 : 2] = (lo & 0x00FF); outbuf[bigend ? 2 : 3] = (lo & 0xFF00) >> 8; *outbufp += 4; *outbytesleftp -= 4; return 0; } } static inline int one_utf16_to_utf8 (iconv_t bigend, const uchar **inbufp, size_t *inbytesleftp, uchar **outbufp, size_t *outbytesleftp) { cppchar_t s; const uchar *inbuf = *inbufp; int rval; if (*inbytesleftp < 2) return EINVAL; s = inbuf[bigend ? 0 : 1] << 8; s += inbuf[bigend ? 1 : 0]; /* Low surrogate without immediately preceding high surrogate is invalid. */ if (s >= 0xDC00 && s <= 0xDFFF) return EILSEQ; /* High surrogate must have a following low surrogate. */ else if (s >= 0xD800 && s <= 0xDBFF) { cppchar_t hi = s, lo; if (*inbytesleftp < 4) return EINVAL; lo = inbuf[bigend ? 2 : 3] << 8; lo += inbuf[bigend ? 3 : 2]; if (lo < 0xDC00 || lo > 0xDFFF) return EILSEQ; s = (hi - 0xD800) * 0x400 + (lo - 0xDC00) + 0x10000; } rval = one_cppchar_to_utf8 (s, outbufp, outbytesleftp); if (rval) return rval; /* Success - update the input pointers (one_cppchar_to_utf8 has done the output pointers for us). */ if (s <= 0xFFFF) { *inbufp += 2; *inbytesleftp -= 2; } else { *inbufp += 4; *inbytesleftp -= 4; } return 0; } /* Helper routine for the next few functions. The 'const' on one_conversion means that we promise not to modify what function is pointed to, which lets the inliner see through it. */ static inline bool conversion_loop (int (*const one_conversion)(iconv_t, const uchar **, size_t *, uchar **, size_t *), iconv_t cd, const uchar *from, size_t flen, struct _cpp_strbuf *to) { const uchar *inbuf; uchar *outbuf; size_t inbytesleft, outbytesleft; int rval; inbuf = from; inbytesleft = flen; outbuf = to->text + to->len; outbytesleft = to->asize - to->len; for (;;) { do rval = one_conversion (cd, &inbuf, &inbytesleft, &outbuf, &outbytesleft); while (inbytesleft && !rval); if (__builtin_expect (inbytesleft == 0, 1)) { to->len = to->asize - outbytesleft; return true; } if (rval != E2BIG) { errno = rval; return false; } outbytesleft += OUTBUF_BLOCK_SIZE; to->asize += OUTBUF_BLOCK_SIZE; to->text = XRESIZEVEC (uchar, to->text, to->asize); outbuf = to->text + to->asize - outbytesleft; } } /* These functions convert entire strings between character sets. They all have the signature bool (*)(iconv_t cd, const uchar *from, size_t flen, struct _cpp_strbuf *to); The input string FROM is converted as specified by the function name plus the iconv descriptor CD (which may be fake), and the result appended to TO. On any error, false is returned, otherwise true. */ /* These four use the custom conversion code above. */ static bool convert_utf8_utf16 (iconv_t cd, const uchar *from, size_t flen, struct _cpp_strbuf *to) { return conversion_loop (one_utf8_to_utf16, cd, from, flen, to); } static bool convert_utf8_utf32 (iconv_t cd, const uchar *from, size_t flen, struct _cpp_strbuf *to) { return conversion_loop (one_utf8_to_utf32, cd, from, flen, to); } static bool convert_utf16_utf8 (iconv_t cd, const uchar *from, size_t flen, struct _cpp_strbuf *to) { return conversion_loop (one_utf16_to_utf8, cd, from, flen, to); } static bool convert_utf32_utf8 (iconv_t cd, const uchar *from, size_t flen, struct _cpp_strbuf *to) { return conversion_loop (one_utf32_to_utf8, cd, from, flen, to); } /* Identity conversion, used when we have no alternative. */ static bool convert_no_conversion (iconv_t cd ATTRIBUTE_UNUSED, const uchar *from, size_t flen, struct _cpp_strbuf *to) { if (to->len + flen > to->asize) { to->asize = to->len + flen; to->text = XRESIZEVEC (uchar, to->text, to->asize); } memcpy (to->text + to->len, from, flen); to->len += flen; return true; } /* And this one uses the system iconv primitive. It's a little different, since iconv's interface is a little different. */ #if HAVE_ICONV #define CONVERT_ICONV_GROW_BUFFER \ do { \ outbytesleft += OUTBUF_BLOCK_SIZE; \ to->asize += OUTBUF_BLOCK_SIZE; \ to->text = XRESIZEVEC (uchar, to->text, to->asize); \ outbuf = (char *)to->text + to->asize - outbytesleft; \ } while (0) static bool convert_using_iconv (iconv_t cd, const uchar *from, size_t flen, struct _cpp_strbuf *to) { ICONV_CONST char *inbuf; char *outbuf; size_t inbytesleft, outbytesleft; /* Reset conversion descriptor and check that it is valid. */ if (iconv (cd, 0, 0, 0, 0) == (size_t)-1) return false; inbuf = (ICONV_CONST char *)from; inbytesleft = flen; outbuf = (char *)to->text + to->len; outbytesleft = to->asize - to->len; for (;;) { iconv (cd, &inbuf, &inbytesleft, &outbuf, &outbytesleft); if (__builtin_expect (inbytesleft == 0, 1)) { /* Close out any shift states, returning to the initial state. */ if (iconv (cd, 0, 0, &outbuf, &outbytesleft) == (size_t)-1) { if (errno != E2BIG) return false; CONVERT_ICONV_GROW_BUFFER; if (iconv (cd, 0, 0, &outbuf, &outbytesleft) == (size_t)-1) return false; } to->len = to->asize - outbytesleft; return true; } if (errno != E2BIG) return false; CONVERT_ICONV_GROW_BUFFER; } } #else #define convert_using_iconv 0 /* prevent undefined symbol error below */ #endif /* Arrange for the above custom conversion logic to be used automatically when conversion between a suitable pair of character sets is requested. */ #define APPLY_CONVERSION(CONVERTER, FROM, FLEN, TO) \ CONVERTER.func (CONVERTER.cd, FROM, FLEN, TO) struct conversion { const char *pair; convert_f func; iconv_t fake_cd; }; static const struct conversion conversion_tab[] = { { "UTF-8/UTF-32LE", convert_utf8_utf32, (iconv_t)0 }, { "UTF-8/UTF-32BE", convert_utf8_utf32, (iconv_t)1 }, { "UTF-8/UTF-16LE", convert_utf8_utf16, (iconv_t)0 }, { "UTF-8/UTF-16BE", convert_utf8_utf16, (iconv_t)1 }, { "UTF-32LE/UTF-8", convert_utf32_utf8, (iconv_t)0 }, { "UTF-32BE/UTF-8", convert_utf32_utf8, (iconv_t)1 }, { "UTF-16LE/UTF-8", convert_utf16_utf8, (iconv_t)0 }, { "UTF-16BE/UTF-8", convert_utf16_utf8, (iconv_t)1 }, }; /* Subroutine of cpp_init_iconv: initialize and return a cset_converter structure for conversion from FROM to TO. If iconv_open() fails, issue an error and return an identity converter. Silently return an identity converter if FROM and TO are identical. */ static struct cset_converter init_iconv_desc (cpp_reader *pfile, const char *to, const char *from) { struct cset_converter ret; char *pair; size_t i; if (!strcasecmp (to, from)) { ret.func = convert_no_conversion; ret.cd = (iconv_t) -1; return ret; } pair = (char *) alloca(strlen(to) + strlen(from) + 2); strcpy(pair, from); strcat(pair, "/"); strcat(pair, to); for (i = 0; i < ARRAY_SIZE (conversion_tab); i++) if (!strcasecmp (pair, conversion_tab[i].pair)) { ret.func = conversion_tab[i].func; ret.cd = conversion_tab[i].fake_cd; return ret; } /* No custom converter - try iconv. */ if (HAVE_ICONV) { ret.func = convert_using_iconv; ret.cd = iconv_open (to, from); if (ret.cd == (iconv_t) -1) { if (errno == EINVAL) cpp_error (pfile, CPP_DL_ERROR, /* FIXME should be DL_SORRY */ "conversion from %s to %s not supported by iconv", from, to); else cpp_errno (pfile, CPP_DL_ERROR, "iconv_open"); ret.func = convert_no_conversion; } } else { cpp_error (pfile, CPP_DL_ERROR, /* FIXME: should be DL_SORRY */ "no iconv implementation, cannot convert from %s to %s", from, to); ret.func = convert_no_conversion; ret.cd = (iconv_t) -1; } return ret; } /* If charset conversion is requested, initialize iconv(3) descriptors for conversion from the source character set to the execution character sets. If iconv is not present in the C library, and conversion is requested, issue an error. */ void cpp_init_iconv (cpp_reader *pfile) { const char *ncset = CPP_OPTION (pfile, narrow_charset); const char *wcset = CPP_OPTION (pfile, wide_charset); const char *default_wcset; bool be = CPP_OPTION (pfile, bytes_big_endian); if (CPP_OPTION (pfile, wchar_precision) >= 32) default_wcset = be ? "UTF-32BE" : "UTF-32LE"; else if (CPP_OPTION (pfile, wchar_precision) >= 16) default_wcset = be ? "UTF-16BE" : "UTF-16LE"; else /* This effectively means that wide strings are not supported, so don't do any conversion at all. */ default_wcset = SOURCE_CHARSET; if (!ncset) ncset = SOURCE_CHARSET; if (!wcset) wcset = default_wcset; pfile->narrow_cset_desc = init_iconv_desc (pfile, ncset, SOURCE_CHARSET); pfile->wide_cset_desc = init_iconv_desc (pfile, wcset, SOURCE_CHARSET); } /* Destroy iconv(3) descriptors set up by cpp_init_iconv, if necessary. */ void _cpp_destroy_iconv (cpp_reader *pfile) { if (HAVE_ICONV) { if (pfile->narrow_cset_desc.func == convert_using_iconv) iconv_close (pfile->narrow_cset_desc.cd); if (pfile->wide_cset_desc.func == convert_using_iconv) iconv_close (pfile->wide_cset_desc.cd); } } /* Utility routine for use by a full compiler. C is a character taken from the *basic* source character set, encoded in the host's execution encoding. Convert it to (the target's) execution encoding, and return that value. Issues an internal error if C's representation in the narrow execution character set fails to be a single-byte value (C99 5.2.1p3: "The representation of each member of the source and execution character sets shall fit in a byte.") May also issue an internal error if C fails to be a member of the basic source character set (testing this exactly is too hard, especially when the host character set is EBCDIC). */ cppchar_t cpp_host_to_exec_charset (cpp_reader *pfile, cppchar_t c) { uchar sbuf[1]; struct _cpp_strbuf tbuf; /* This test is merely an approximation, but it suffices to catch the most important thing, which is that we don't get handed a character outside the unibyte range of the host character set. */ if (c > LAST_POSSIBLY_BASIC_SOURCE_CHAR) { cpp_error (pfile, CPP_DL_ICE, "character 0x%lx is not in the basic source character set\n", (unsigned long)c); return 0; } /* Being a character in the unibyte range of the host character set, we can safely splat it into a one-byte buffer and trust that that is a well-formed string. */ sbuf[0] = c; /* This should never need to reallocate, but just in case... */ tbuf.asize = 1; tbuf.text = XNEWVEC (uchar, tbuf.asize); tbuf.len = 0; if (!APPLY_CONVERSION (pfile->narrow_cset_desc, sbuf, 1, &tbuf)) { cpp_errno (pfile, CPP_DL_ICE, "converting to execution character set"); return 0; } if (tbuf.len != 1) { cpp_error (pfile, CPP_DL_ICE, "character 0x%lx is not unibyte in execution character set", (unsigned long)c); return 0; } c = tbuf.text[0]; free(tbuf.text); return c; } /* Utility routine that computes a mask of the form 0000...111... with WIDTH 1-bits. */ static inline size_t width_to_mask (size_t width) { width = MIN (width, BITS_PER_CPPCHAR_T); if (width >= CHAR_BIT * sizeof (size_t)) return ~(size_t) 0; else return ((size_t) 1 << width) - 1; } /* A large table of unicode character information. */ enum { /* Valid in a C99 identifier? */ C99 = 1, /* Valid in a C99 identifier, but not as the first character? */ DIG = 2, /* Valid in a C++ identifier? */ CXX = 4, /* NFC representation is not valid in an identifier? */ CID = 8, /* Might be valid NFC form? */ NFC = 16, /* Might be valid NFKC form? */ NKC = 32, /* Certain preceding characters might make it not valid NFC/NKFC form? */ CTX = 64 }; static const struct { /* Bitmap of flags above. */ unsigned char flags; /* Combining class of the character. */ unsigned char combine; /* Last character in the range described by this entry. */ unsigned short end; } ucnranges[] = { #include "ucnid.h" }; /* Returns 1 if C is valid in an identifier, 2 if C is valid except at the start of an identifier, and 0 if C is not valid in an identifier. We assume C has already gone through the checks of _cpp_valid_ucn. Also update NST for C if returning nonzero. The algorithm is a simple binary search on the table defined in ucnid.h. */ static int ucn_valid_in_identifier (cpp_reader *pfile, cppchar_t c, struct normalize_state *nst) { int mn, mx, md; if (c > 0xFFFF) return 0; mn = 0; mx = ARRAY_SIZE (ucnranges) - 1; while (mx != mn) { md = (mn + mx) / 2; if (c <= ucnranges[md].end) mx = md; else mn = md + 1; } /* When -pedantic, we require the character to have been listed by the standard for the current language. Otherwise, we accept the union of the acceptable sets for C++98 and C99. */ if (! (ucnranges[mn].flags & (C99 | CXX))) return 0; if (CPP_PEDANTIC (pfile) && ((CPP_OPTION (pfile, c99) && !(ucnranges[mn].flags & C99)) || (CPP_OPTION (pfile, cplusplus) && !(ucnranges[mn].flags & CXX)))) return 0; /* Update NST. */ if (ucnranges[mn].combine != 0 && ucnranges[mn].combine < nst->prev_class) nst->level = normalized_none; else if (ucnranges[mn].flags & CTX) { bool safe; cppchar_t p = nst->previous; /* Easy cases from Bengali, Oriya, Tamil, Jannada, and Malayalam. */ if (c == 0x09BE) safe = p != 0x09C7; /* Use 09CB instead of 09C7 09BE. */ else if (c == 0x0B3E) safe = p != 0x0B47; /* Use 0B4B instead of 0B47 0B3E. */ else if (c == 0x0BBE) safe = p != 0x0BC6 && p != 0x0BC7; /* Use 0BCA/0BCB instead. */ else if (c == 0x0CC2) safe = p != 0x0CC6; /* Use 0CCA instead of 0CC6 0CC2. */ else if (c == 0x0D3E) safe = p != 0x0D46 && p != 0x0D47; /* Use 0D4A/0D4B instead. */ /* For Hangul, characters in the range AC00-D7A3 are NFC/NFKC, and are combined algorithmically from a sequence of the form 1100-1112 1161-1175 11A8-11C2 (if the third is not present, it is treated as 11A7, which is not really a valid character). Unfortunately, C99 allows (only) the NFC form, but C++ allows only the combining characters. */ else if (c >= 0x1161 && c <= 0x1175) safe = p < 0x1100 || p > 0x1112; else if (c >= 0x11A8 && c <= 0x11C2) safe = (p < 0xAC00 || p > 0xD7A3 || (p - 0xAC00) % 28 != 0); else { /* Uh-oh, someone updated ucnid.h without updating this code. */ cpp_error (pfile, CPP_DL_ICE, "Character %x might not be NFKC", c); safe = true; } if (!safe && c < 0x1161) nst->level = normalized_none; else if (!safe) nst->level = MAX (nst->level, normalized_identifier_C); } else if (ucnranges[mn].flags & NKC) ; else if (ucnranges[mn].flags & NFC) nst->level = MAX (nst->level, normalized_C); else if (ucnranges[mn].flags & CID) nst->level = MAX (nst->level, normalized_identifier_C); else nst->level = normalized_none; nst->previous = c; nst->prev_class = ucnranges[mn].combine; /* In C99, UCN digits may not begin identifiers. */ if (CPP_OPTION (pfile, c99) && (ucnranges[mn].flags & DIG)) return 2; return 1; } /* [lex.charset]: The character designated by the universal character name \UNNNNNNNN is that character whose character short name in ISO/IEC 10646 is NNNNNNNN; the character designated by the universal character name \uNNNN is that character whose character short name in ISO/IEC 10646 is 0000NNNN. If the hexadecimal value for a universal character name is less than 0x20 or in the range 0x7F-0x9F (inclusive), or if the universal character name designates a character in the basic source character set, then the program is ill-formed. *PSTR must be preceded by "\u" or "\U"; it is assumed that the buffer end is delimited by a non-hex digit. Returns zero if the UCN has not been consumed. Otherwise the nonzero value of the UCN, whether valid or invalid, is returned. Diagnostics are emitted for invalid values. PSTR is updated to point one beyond the UCN, or to the syntactically invalid character. IDENTIFIER_POS is 0 when not in an identifier, 1 for the start of an identifier, or 2 otherwise. */ cppchar_t _cpp_valid_ucn (cpp_reader *pfile, const uchar **pstr, const uchar *limit, int identifier_pos, struct normalize_state *nst) { cppchar_t result, c; unsigned int length; const uchar *str = *pstr; const uchar *base = str - 2; if (!CPP_OPTION (pfile, cplusplus) && !CPP_OPTION (pfile, c99)) cpp_error (pfile, CPP_DL_WARNING, "universal character names are only valid in C++ and C99"); else if (CPP_WTRADITIONAL (pfile) && identifier_pos == 0) cpp_error (pfile, CPP_DL_WARNING, "the meaning of '\\%c' is different in traditional C", (int) str[-1]); if (str[-1] == 'u') length = 4; else if (str[-1] == 'U') length = 8; else { cpp_error (pfile, CPP_DL_ICE, "In _cpp_valid_ucn but not a UCN"); length = 4; } result = 0; do { c = *str; if (!ISXDIGIT (c)) break; str++; result = (result << 4) + hex_value (c); } while (--length && str < limit); /* Partial UCNs are not valid in strings, but decompose into multiple tokens in identifiers, so we can't give a helpful error message in that case. */ if (length && identifier_pos) return 0; *pstr = str; if (length) { cpp_error (pfile, CPP_DL_ERROR, "incomplete universal character name %.*s", (int) (str - base), base); result = 1; } /* The standard permits $, @ and ` to be specified as UCNs. We use hex escapes so that this also works with EBCDIC hosts. */ else if ((result < 0xa0 && (result != 0x24 && result != 0x40 && result != 0x60)) || (result & 0x80000000) || (result >= 0xD800 && result <= 0xDFFF)) { cpp_error (pfile, CPP_DL_ERROR, "%.*s is not a valid universal character", (int) (str - base), base); result = 1; } else if (identifier_pos && result == 0x24 && CPP_OPTION (pfile, dollars_in_ident)) { if (CPP_OPTION (pfile, warn_dollars) && !pfile->state.skipping) { CPP_OPTION (pfile, warn_dollars) = 0; cpp_error (pfile, CPP_DL_PEDWARN, "'$' in identifier or number"); } NORMALIZE_STATE_UPDATE_IDNUM (nst); } else if (identifier_pos) { int validity = ucn_valid_in_identifier (pfile, result, nst); if (validity == 0) cpp_error (pfile, CPP_DL_ERROR, "universal character %.*s is not valid in an identifier", (int) (str - base), base); else if (validity == 2 && identifier_pos == 1) cpp_error (pfile, CPP_DL_ERROR, "universal character %.*s is not valid at the start of an identifier", (int) (str - base), base); } if (result == 0) result = 1; return result; } /* Convert an UCN, pointed to by FROM, to UTF-8 encoding, then translate it to the execution character set and write the result into TBUF. An advanced pointer is returned. Issues all relevant diagnostics. */ static const uchar * convert_ucn (cpp_reader *pfile, const uchar *from, const uchar *limit, struct _cpp_strbuf *tbuf, bool wide) { cppchar_t ucn; uchar buf[6]; uchar *bufp = buf; size_t bytesleft = 6; int rval; struct cset_converter cvt = wide ? pfile->wide_cset_desc : pfile->narrow_cset_desc; struct normalize_state nst = INITIAL_NORMALIZE_STATE; from++; /* Skip u/U. */ ucn = _cpp_valid_ucn (pfile, &from, limit, 0, &nst); rval = one_cppchar_to_utf8 (ucn, &bufp, &bytesleft); if (rval) { errno = rval; cpp_errno (pfile, CPP_DL_ERROR, "converting UCN to source character set"); } else if (!APPLY_CONVERSION (cvt, buf, 6 - bytesleft, tbuf)) cpp_errno (pfile, CPP_DL_ERROR, "converting UCN to execution character set"); return from; } /* Subroutine of convert_hex and convert_oct. N is the representation in the execution character set of a numeric escape; write it into the string buffer TBUF and update the end-of-string pointer therein. WIDE is true if it's a wide string that's being assembled in TBUF. This function issues no diagnostics and never fails. */ static void emit_numeric_escape (cpp_reader *pfile, cppchar_t n, struct _cpp_strbuf *tbuf, bool wide) { if (wide) { /* We have to render this into the target byte order, which may not be our byte order. */ bool bigend = CPP_OPTION (pfile, bytes_big_endian); size_t width = CPP_OPTION (pfile, wchar_precision); size_t cwidth = CPP_OPTION (pfile, char_precision); size_t cmask = width_to_mask (cwidth); size_t nbwc = width / cwidth; size_t i; size_t off = tbuf->len; cppchar_t c; if (tbuf->len + nbwc > tbuf->asize) { tbuf->asize += OUTBUF_BLOCK_SIZE; tbuf->text = XRESIZEVEC (uchar, tbuf->text, tbuf->asize); } for (i = 0; i < nbwc; i++) { c = n & cmask; n >>= cwidth; tbuf->text[off + (bigend ? nbwc - i - 1 : i)] = c; } tbuf->len += nbwc; } else { /* Note: this code does not handle the case where the target and host have a different number of bits in a byte. */ if (tbuf->len + 1 > tbuf->asize) { tbuf->asize += OUTBUF_BLOCK_SIZE; tbuf->text = XRESIZEVEC (uchar, tbuf->text, tbuf->asize); } tbuf->text[tbuf->len++] = n; } } /* Convert a hexadecimal escape, pointed to by FROM, to the execution character set and write it into the string buffer TBUF. Returns an advanced pointer, and issues diagnostics as necessary. No character set translation occurs; this routine always produces the execution-set character with numeric value equal to the given hex number. You can, e.g. generate surrogate pairs this way. */ static const uchar * convert_hex (cpp_reader *pfile, const uchar *from, const uchar *limit, struct _cpp_strbuf *tbuf, bool wide) { cppchar_t c, n = 0, overflow = 0; int digits_found = 0; size_t width = (wide ? CPP_OPTION (pfile, wchar_precision) : CPP_OPTION (pfile, char_precision)); size_t mask = width_to_mask (width); if (CPP_WTRADITIONAL (pfile)) cpp_error (pfile, CPP_DL_WARNING, "the meaning of '\\x' is different in traditional C"); from++; /* Skip 'x'. */ while (from < limit) { c = *from; if (! hex_p (c)) break; from++; overflow |= n ^ (n << 4 >> 4); n = (n << 4) + hex_value (c); digits_found = 1; } if (!digits_found) { cpp_error (pfile, CPP_DL_ERROR, "\\x used with no following hex digits"); return from; } if (overflow | (n != (n & mask))) { cpp_error (pfile, CPP_DL_PEDWARN, "hex escape sequence out of range"); n &= mask; } emit_numeric_escape (pfile, n, tbuf, wide); return from; } /* Convert an octal escape, pointed to by FROM, to the execution character set and write it into the string buffer TBUF. Returns an advanced pointer, and issues diagnostics as necessary. No character set translation occurs; this routine always produces the execution-set character with numeric value equal to the given octal number. */ static const uchar * convert_oct (cpp_reader *pfile, const uchar *from, const uchar *limit, struct _cpp_strbuf *tbuf, bool wide) { size_t count = 0; cppchar_t c, n = 0; size_t width = (wide ? CPP_OPTION (pfile, wchar_precision) : CPP_OPTION (pfile, char_precision)); size_t mask = width_to_mask (width); bool overflow = false; while (from < limit && count++ < 3) { c = *from; if (c < '0' || c > '7') break; from++; overflow |= n ^ (n << 3 >> 3); n = (n << 3) + c - '0'; } if (n != (n & mask)) { cpp_error (pfile, CPP_DL_PEDWARN, "octal escape sequence out of range"); n &= mask; } emit_numeric_escape (pfile, n, tbuf, wide); return from; } /* Convert an escape sequence (pointed to by FROM) to its value on the target, and to the execution character set. Do not scan past LIMIT. Write the converted value into TBUF. Returns an advanced pointer. Handles all relevant diagnostics. */ static const uchar * convert_escape (cpp_reader *pfile, const uchar *from, const uchar *limit, struct _cpp_strbuf *tbuf, bool wide) { /* Values of \a \b \e \f \n \r \t \v respectively. */ #if HOST_CHARSET == HOST_CHARSET_ASCII static const uchar charconsts[] = { 7, 8, 27, 12, 10, 13, 9, 11 }; #elif HOST_CHARSET == HOST_CHARSET_EBCDIC static const uchar charconsts[] = { 47, 22, 39, 12, 21, 13, 5, 11 }; #else #error "unknown host character set" #endif uchar c; struct cset_converter cvt = wide ? pfile->wide_cset_desc : pfile->narrow_cset_desc; c = *from; switch (c) { /* UCNs, hex escapes, and octal escapes are processed separately. */ case 'u': case 'U': return convert_ucn (pfile, from, limit, tbuf, wide); case 'x': return convert_hex (pfile, from, limit, tbuf, wide); break; case '0': case '1': case '2': case '3': case '4': case '5': case '6': case '7': return convert_oct (pfile, from, limit, tbuf, wide); /* Various letter escapes. Get the appropriate host-charset value into C. */ case '\\': case '\'': case '"': case '?': break; case '(': case '{': case '[': case '%': /* '\(', etc, can be used at the beginning of a line in a long string split onto multiple lines with \-newline, to prevent Emacs or other text editors from getting confused. '\%' can be used to prevent SCCS from mangling printf format strings. */ if (CPP_PEDANTIC (pfile)) goto unknown; break; case 'b': c = charconsts[1]; break; case 'f': c = charconsts[3]; break; case 'n': c = charconsts[4]; break; case 'r': c = charconsts[5]; break; case 't': c = charconsts[6]; break; case 'v': c = charconsts[7]; break; case 'a': if (CPP_WTRADITIONAL (pfile)) cpp_error (pfile, CPP_DL_WARNING, "the meaning of '\\a' is different in traditional C"); c = charconsts[0]; break; case 'e': case 'E': if (CPP_PEDANTIC (pfile)) cpp_error (pfile, CPP_DL_PEDWARN, "non-ISO-standard escape sequence, '\\%c'", (int) c); c = charconsts[2]; break; default: unknown: if (ISGRAPH (c)) cpp_error (pfile, CPP_DL_PEDWARN, "unknown escape sequence '\\%c'", (int) c); else { /* diagnostic.c does not support "%03o". When it does, this code can use %03o directly in the diagnostic again. */ char buf[32]; sprintf(buf, "%03o", (int) c); cpp_error (pfile, CPP_DL_PEDWARN, "unknown escape sequence: '\\%s'", buf); } } /* Now convert what we have to the execution character set. */ if (!APPLY_CONVERSION (cvt, &c, 1, tbuf)) cpp_errno (pfile, CPP_DL_ERROR, "converting escape sequence to execution character set"); return from + 1; } /* FROM is an array of cpp_string structures of length COUNT. These are to be converted from the source to the execution character set, escape sequences translated, and finally all are to be concatenated. WIDE indicates whether or not to produce a wide string. The result is written into TO. Returns true for success, false for failure. */ bool cpp_interpret_string (cpp_reader *pfile, const cpp_string *from, size_t count, cpp_string *to, bool wide) { struct _cpp_strbuf tbuf; const uchar *p, *base, *limit; size_t i; struct cset_converter cvt = wide ? pfile->wide_cset_desc : pfile->narrow_cset_desc; tbuf.asize = MAX (OUTBUF_BLOCK_SIZE, from->len); tbuf.text = XNEWVEC (uchar, tbuf.asize); tbuf.len = 0; for (i = 0; i < count; i++) { p = from[i].text; if (*p == 'L') p++; p++; /* Skip leading quote. */ limit = from[i].text + from[i].len - 1; /* Skip trailing quote. */ for (;;) { base = p; while (p < limit && *p != '\\') p++; if (p > base) { /* We have a run of normal characters; these can be fed directly to convert_cset. */ if (!APPLY_CONVERSION (cvt, base, p - base, &tbuf)) goto fail; } if (p == limit) break; p = convert_escape (pfile, p + 1, limit, &tbuf, wide); } } /* NUL-terminate the 'to' buffer and translate it to a cpp_string structure. */ emit_numeric_escape (pfile, 0, &tbuf, wide); tbuf.text = XRESIZEVEC (uchar, tbuf.text, tbuf.len); to->text = tbuf.text; to->len = tbuf.len; return true; fail: cpp_errno (pfile, CPP_DL_ERROR, "converting to execution character set"); free (tbuf.text); return false; } /* Subroutine of do_line and do_linemarker. Convert escape sequences in a string, but do not perform character set conversion. */ bool cpp_interpret_string_notranslate (cpp_reader *pfile, const cpp_string *from, size_t count, cpp_string *to, bool wide) { struct cset_converter save_narrow_cset_desc = pfile->narrow_cset_desc; bool retval; pfile->narrow_cset_desc.func = convert_no_conversion; pfile->narrow_cset_desc.cd = (iconv_t) -1; retval = cpp_interpret_string (pfile, from, count, to, wide); pfile->narrow_cset_desc = save_narrow_cset_desc; return retval; } /* Subroutine of cpp_interpret_charconst which performs the conversion to a number, for narrow strings. STR is the string structure returned by cpp_interpret_string. PCHARS_SEEN and UNSIGNEDP are as for cpp_interpret_charconst. */ static cppchar_t narrow_str_to_charconst (cpp_reader *pfile, cpp_string str, unsigned int *pchars_seen, int *unsignedp) { size_t width = CPP_OPTION (pfile, char_precision); size_t max_chars = CPP_OPTION (pfile, int_precision) / width; size_t mask = width_to_mask (width); size_t i; cppchar_t result, c; bool unsigned_p; /* The value of a multi-character character constant, or a single-character character constant whose representation in the execution character set is more than one byte long, is implementation defined. This implementation defines it to be the number formed by interpreting the byte sequence in memory as a big-endian binary number. If overflow occurs, the high bytes are lost, and a warning is issued. We don't want to process the NUL terminator handed back by cpp_interpret_string. */ result = 0; for (i = 0; i < str.len - 1; i++) { c = str.text[i] & mask; if (width < BITS_PER_CPPCHAR_T) result = (result << width) | c; else result = c; } if (i > max_chars) { i = max_chars; cpp_error (pfile, CPP_DL_WARNING, "character constant too long for its type"); } else if (i > 1 && CPP_OPTION (pfile, warn_multichar)) cpp_error (pfile, CPP_DL_WARNING, "multi-character character constant"); /* Multichar constants are of type int and therefore signed. */ if (i > 1) unsigned_p = 0; else unsigned_p = CPP_OPTION (pfile, unsigned_char); /* Truncate the constant to its natural width, and simultaneously sign- or zero-extend to the full width of cppchar_t. For single-character constants, the value is WIDTH bits wide. For multi-character constants, the value is INT_PRECISION bits wide. */ if (i > 1) width = CPP_OPTION (pfile, int_precision); if (width < BITS_PER_CPPCHAR_T) { mask = ((cppchar_t) 1 << width) - 1; if (unsigned_p || !(result & (1 << (width - 1)))) result &= mask; else result |= ~mask; } *pchars_seen = i; *unsignedp = unsigned_p; return result; } /* Subroutine of cpp_interpret_charconst which performs the conversion to a number, for wide strings. STR is the string structure returned by cpp_interpret_string. PCHARS_SEEN and UNSIGNEDP are as for cpp_interpret_charconst. */ static cppchar_t wide_str_to_charconst (cpp_reader *pfile, cpp_string str, unsigned int *pchars_seen, int *unsignedp) { bool bigend = CPP_OPTION (pfile, bytes_big_endian); size_t width = CPP_OPTION (pfile, wchar_precision); size_t cwidth = CPP_OPTION (pfile, char_precision); size_t mask = width_to_mask (width); size_t cmask = width_to_mask (cwidth); size_t nbwc = width / cwidth; size_t off, i; cppchar_t result = 0, c; /* This is finicky because the string is in the target's byte order, which may not be our byte order. Only the last character, ignoring the NUL terminator, is relevant. */ off = str.len - (nbwc * 2); result = 0; for (i = 0; i < nbwc; i++) { c = bigend ? str.text[off + i] : str.text[off + nbwc - i - 1]; result = (result << cwidth) | (c & cmask); } /* Wide character constants have type wchar_t, and a single character exactly fills a wchar_t, so a multi-character wide character constant is guaranteed to overflow. */ if (off > 0) cpp_error (pfile, CPP_DL_WARNING, "character constant too long for its type"); /* Truncate the constant to its natural width, and simultaneously sign- or zero-extend to the full width of cppchar_t. */ if (width < BITS_PER_CPPCHAR_T) { if (CPP_OPTION (pfile, unsigned_wchar) || !(result & (1 << (width - 1)))) result &= mask; else result |= ~mask; } *unsignedp = CPP_OPTION (pfile, unsigned_wchar); *pchars_seen = 1; return result; } /* Interpret a (possibly wide) character constant in TOKEN. PCHARS_SEEN points to a variable that is filled in with the number of characters seen, and UNSIGNEDP to a variable that indicates whether the result has signed type. */ cppchar_t cpp_interpret_charconst (cpp_reader *pfile, const cpp_token *token, unsigned int *pchars_seen, int *unsignedp) { cpp_string str = { 0, 0 }; bool wide = (token->type == CPP_WCHAR); cppchar_t result; /* an empty constant will appear as L'' or '' */ if (token->val.str.len == (size_t) (2 + wide)) { cpp_error (pfile, CPP_DL_ERROR, "empty character constant"); return 0; } else if (!cpp_interpret_string (pfile, &token->val.str, 1, &str, wide)) return 0; if (wide) result = wide_str_to_charconst (pfile, str, pchars_seen, unsignedp); else result = narrow_str_to_charconst (pfile, str, pchars_seen, unsignedp); if (str.text != token->val.str.text) free ((void *)str.text); return result; } /* Convert an identifier denoted by ID and LEN, which might contain UCN escapes, to the source character set, either UTF-8 or UTF-EBCDIC. Assumes that the identifier is actually a valid identifier. */ cpp_hashnode * _cpp_interpret_identifier (cpp_reader *pfile, const uchar *id, size_t len) { /* It turns out that a UCN escape always turns into fewer characters than the escape itself, so we can allocate a temporary in advance. */ uchar * buf = (uchar *) alloca (len + 1); uchar * bufp = buf; size_t idp; for (idp = 0; idp < len; idp++) if (id[idp] != '\\') *bufp++ = id[idp]; else { unsigned length = id[idp+1] == 'u' ? 4 : 8; cppchar_t value = 0; size_t bufleft = len - (bufp - buf); int rval; idp += 2; while (length && idp < len && ISXDIGIT (id[idp])) { value = (value << 4) + hex_value (id[idp]); idp++; length--; } idp--; /* Special case for EBCDIC: if the identifier contains a '$' specified using a UCN, translate it to EBCDIC. */ if (value == 0x24) { *bufp++ = '$'; continue; } rval = one_cppchar_to_utf8 (value, &bufp, &bufleft); if (rval) { errno = rval; cpp_errno (pfile, CPP_DL_ERROR, "converting UCN to source character set"); break; } } return CPP_HASHNODE (ht_lookup (pfile->hash_table, buf, bufp - buf, HT_ALLOC)); } /* Convert an input buffer (containing the complete contents of one source file) from INPUT_CHARSET to the source character set. INPUT points to the input buffer, SIZE is its allocated size, and LEN is the length of the meaningful data within the buffer. The translated buffer is returned, and *ST_SIZE is set to the length of the meaningful data within the translated buffer. INPUT is expected to have been allocated with xmalloc. This function will either return INPUT, or free it and return a pointer to another xmalloc-allocated block of memory. */ uchar * _cpp_convert_input (cpp_reader *pfile, const char *input_charset, uchar *input, size_t size, size_t len, off_t *st_size) { struct cset_converter input_cset; struct _cpp_strbuf to; input_cset = init_iconv_desc (pfile, SOURCE_CHARSET, input_charset); if (input_cset.func == convert_no_conversion) { to.text = input; to.asize = size; to.len = len; } else { to.asize = MAX (65536, len); to.text = XNEWVEC (uchar, to.asize); to.len = 0; if (!APPLY_CONVERSION (input_cset, input, len, &to)) cpp_error (pfile, CPP_DL_ERROR, "failure to convert %s to %s", CPP_OPTION (pfile, input_charset), SOURCE_CHARSET); free (input); } /* Clean up the mess. */ if (input_cset.func == convert_using_iconv) iconv_close (input_cset.cd); /* Resize buffer if we allocated substantially too much, or if we haven't enough space for the \n-terminator. */ if (to.len + 4096 < to.asize || to.len >= to.asize) to.text = XRESIZEVEC (uchar, to.text, to.len + 1); /* If the file is using old-school Mac line endings (\r only), terminate with another \r, not an \n, so that we do not mistake the \r\n sequence for a single DOS line ending and erroneously issue the "No newline at end of file" diagnostic. */ if (to.len && to.text[to.len - 1] == '\r') to.text[to.len] = '\r'; else to.text[to.len] = '\n'; *st_size = to.len; return to.text; } /* Decide on the default encoding to assume for input files. */ const char * _cpp_default_encoding (void) { const char *current_encoding = NULL; /* We disable this because the default codeset is 7-bit ASCII on most platforms, and this causes conversion failures on every file in GCC that happens to have one of the upper 128 characters in it -- most likely, as part of the name of a contributor. We should definitely recognize in-band markers of file encoding, like: - the appropriate Unicode byte-order mark (FE FF) to recognize UTF16 and UCS4 (in both big-endian and little-endian flavors) and UTF8 - a "#i", "#d", "/ *", "//", " #p" or "#p" (for #pragma) to distinguish ASCII and EBCDIC. - now we can parse something like "#pragma GCC encoding on the first line, or even Emacs/VIM's mode line tags (there's a problem here in that VIM uses the last line, and Emacs has its more elaborate "local variables" convention). - investigate whether Java has another common convention, which would be friendly to support. (Zack Weinberg and Paolo Bonzini, May 20th 2004) */ #if defined (HAVE_LOCALE_H) && defined (HAVE_LANGINFO_CODESET) && 0 setlocale (LC_CTYPE, ""); current_encoding = nl_langinfo (CODESET); #endif if (current_encoding == NULL || *current_encoding == '\0') current_encoding = SOURCE_CHARSET; return current_encoding; } sdcc-2.9.0/support/cpp/libcpp/directives.c000066400000000000000000002124411116427777700205410ustar00rootroot00000000000000/* CPP Library. (Directive handling.) Copyright (C) 1986, 1987, 1989, 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2007, 2008 Free Software Foundation, Inc. Contributed by Per Bothner, 1994-95. Based on CCCP program by Paul Rubin, June 1986 Adapted to ANSI C, Richard Stallman, Jan 1987 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "config.h" #include "system.h" #include "cpplib.h" #include "internal.h" #include "mkdeps.h" #include "obstack.h" /* Stack of conditionals currently in progress (including both successful and failing conditionals). */ struct if_stack { struct if_stack *next; unsigned int line; /* Line where condition started. */ const cpp_hashnode *mi_cmacro;/* macro name for #ifndef around entire file */ bool skip_elses; /* Can future #else / #elif be skipped? */ bool was_skipping; /* If were skipping on entry. */ int type; /* Most recent conditional for diagnostics. */ }; /* Contains a registered pragma or pragma namespace. */ typedef void (*pragma_cb) (cpp_reader *); struct pragma_entry { struct pragma_entry *next; const cpp_hashnode *pragma; /* Name and length. */ bool is_nspace; bool is_internal; bool is_deferred; bool allow_expansion; union { pragma_cb handler; struct pragma_entry *space; unsigned int ident; } u; }; /* Values for the origin field of struct directive. KANDR directives come from traditional (K&R) C. STDC89 directives come from the 1989 C standard. EXTENSION directives are extensions. */ #define KANDR 0 #define STDC89 1 #define EXTENSION 2 /* Values for the flags field of struct directive. COND indicates a conditional; IF_COND an opening conditional. INCL means to treat "..." and <...> as q-char and h-char sequences respectively. IN_I means this directive should be handled even if -fpreprocessed is in effect (these are the directives with callback hooks). EXPAND is set on directives that are always macro-expanded. */ #define COND (1 << 0) #define IF_COND (1 << 1) #define INCL (1 << 2) #define IN_I (1 << 3) #define EXPAND (1 << 4) /* Defines one #-directive, including how to handle it. */ typedef void (*directive_handler) (cpp_reader *); typedef struct directive directive; struct directive { directive_handler handler; /* Function to handle directive. */ const uchar *name; /* Name of directive. */ unsigned short length; /* Length of name. */ unsigned char origin; /* Origin of directive. */ unsigned char flags; /* Flags describing this directive. */ }; /* Forward declarations. */ static void skip_rest_of_line (cpp_reader *); static void check_eol (cpp_reader *); static void start_directive (cpp_reader *); static void prepare_directive_trad (cpp_reader *); static void end_directive (cpp_reader *, int); static void directive_diagnostics (cpp_reader *, const directive *, int); static void run_directive (cpp_reader *, int, const char *, size_t); static char *glue_header_name (cpp_reader *); static const char *parse_include (cpp_reader *, int *, const cpp_token ***); static void push_conditional (cpp_reader *, int, int, const cpp_hashnode *); static unsigned int read_flag (cpp_reader *, unsigned int); static int strtoul_for_line (const uchar *, unsigned int, unsigned long *); static void do_diagnostic (cpp_reader *, int, int); static cpp_hashnode *lex_macro_node (cpp_reader *, bool); static int undefine_macros (cpp_reader *, cpp_hashnode *, void *); static void do_include_common (cpp_reader *, enum include_type); static struct pragma_entry *lookup_pragma_entry (struct pragma_entry *, const cpp_hashnode *); static int count_registered_pragmas (struct pragma_entry *); static char ** save_registered_pragmas (struct pragma_entry *, char **); static char ** restore_registered_pragmas (cpp_reader *, struct pragma_entry *, char **); static void do_pragma_once (cpp_reader *); static void do_pragma_poison (cpp_reader *); static void do_pragma_system_header (cpp_reader *); static void do_pragma_dependency (cpp_reader *); static void do_linemarker (cpp_reader *); static const cpp_token *get_token_no_padding (cpp_reader *); static const cpp_token *get__Pragma_string (cpp_reader *); static void destringize_and_run (cpp_reader *, const cpp_string *); static int parse_answer (cpp_reader *, struct answer **, int); static cpp_hashnode *parse_assertion (cpp_reader *, struct answer **, int); static struct answer ** find_answer (cpp_hashnode *, const struct answer *); static void handle_assertion (cpp_reader *, const char *, int); /* This is the table of directive handlers. It is ordered by frequency of occurrence; the numbers at the end are directive counts from all the source code I have lying around (egcs and libc CVS as of 1999-05-18, plus grub-0.5.91, linux-2.2.9, and pcmcia-cs-3.0.9). This is no longer important as directive lookup is now O(1). All extensions other than #warning and #include_next are deprecated. The name is where the extension appears to have come from. */ #define DIRECTIVE_TABLE \ D(define, T_DEFINE = 0, KANDR, IN_I) /* 270554 */ \ D(include, T_INCLUDE, KANDR, INCL | EXPAND) /* 52262 */ \ D(endif, T_ENDIF, KANDR, COND) /* 45855 */ \ D(ifdef, T_IFDEF, KANDR, COND | IF_COND) /* 22000 */ \ D(if, T_IF, KANDR, COND | IF_COND | EXPAND) /* 18162 */ \ D(else, T_ELSE, KANDR, COND) /* 9863 */ \ D(ifndef, T_IFNDEF, KANDR, COND | IF_COND) /* 9675 */ \ D(undef, T_UNDEF, KANDR, IN_I) /* 4837 */ \ D(line, T_LINE, KANDR, EXPAND) /* 2465 */ \ D(elif, T_ELIF, STDC89, COND | EXPAND) /* 610 */ \ D(error, T_ERROR, STDC89, 0) /* 475 */ \ D(pragma, T_PRAGMA, STDC89, IN_I) /* 195 */ \ D(warning, T_WARNING, EXTENSION, 0) /* 22 */ \ D(include_next, T_INCLUDE_NEXT, EXTENSION, INCL | EXPAND) /* 19 */ \ D(ident, T_IDENT, EXTENSION, IN_I) /* 11 */ \ D(import, T_IMPORT, EXTENSION, INCL | EXPAND) /* 0 ObjC */ \ D(assert, T_ASSERT, EXTENSION, 0) /* 0 SVR4 */ \ D(unassert, T_UNASSERT, EXTENSION, 0) /* 0 SVR4 */ \ D(sccs, T_SCCS, EXTENSION, IN_I) /* 0 SVR4? */ /* #sccs is synonymous with #ident. */ #define do_sccs do_ident /* Use the table to generate a series of prototypes, an enum for the directive names, and an array of directive handlers. */ #define D(name, t, o, f) static void do_##name (cpp_reader *); DIRECTIVE_TABLE #undef D #define D(n, tag, o, f) tag, enum { DIRECTIVE_TABLE N_DIRECTIVES }; #undef D #define D(name, t, origin, flags) \ { do_##name, (const uchar *) #name, \ sizeof #name - 1, origin, flags }, static const directive dtable[] = { DIRECTIVE_TABLE }; #undef D #undef DIRECTIVE_TABLE /* Wrapper struct directive for linemarkers. The origin is more or less true - the original K+R cpp did use this notation in its preprocessed output. */ static const directive linemarker_dir = { do_linemarker, U"#", 1, KANDR, IN_I }; #define SEEN_EOL() (pfile->cur_token[-1].type == CPP_EOF) /* Skip any remaining tokens in a directive. */ static void skip_rest_of_line (cpp_reader *pfile) { /* Discard all stacked contexts. */ while (pfile->context->prev) _cpp_pop_context (pfile); /* Sweep up all tokens remaining on the line. */ if (! SEEN_EOL ()) while (_cpp_lex_token (pfile)->type != CPP_EOF) ; } /* Ensure there are no stray tokens at the end of a directive. */ static void check_eol (cpp_reader *pfile) { if (! SEEN_EOL () && _cpp_lex_token (pfile)->type != CPP_EOF) cpp_error (pfile, CPP_DL_PEDWARN, "extra tokens at end of #%s directive", pfile->directive->name); } /* Ensure there are no stray tokens other than comments at the end of a directive, and gather the comments. */ static const cpp_token ** check_eol_return_comments (cpp_reader *pfile) { size_t c; size_t capacity = 8; const cpp_token **buf; buf = XNEWVEC (const cpp_token *, capacity); c = 0; if (! SEEN_EOL ()) { while (1) { const cpp_token *tok; tok = _cpp_lex_token (pfile); if (tok->type == CPP_EOF) break; if (tok->type != CPP_COMMENT) cpp_error (pfile, CPP_DL_PEDWARN, "extra tokens at end of #%s directive", pfile->directive->name); else { if (c + 1 >= capacity) { capacity *= 2; buf = XRESIZEVEC (const cpp_token *, buf, capacity); } buf[c] = tok; ++c; } } } buf[c] = NULL; return buf; } /* Called when entering a directive, _Pragma or command-line directive. */ static void start_directive (cpp_reader *pfile) { /* Setup in-directive state. */ pfile->state.in_directive = 1; pfile->state.save_comments = 0; pfile->directive_result.type = CPP_PADDING; /* Some handlers need the position of the # for diagnostics. */ pfile->directive_line = pfile->line_table->highest_line; } /* Called when leaving a directive, _Pragma or command-line directive. */ static void end_directive (cpp_reader *pfile, int skip_line) { if (pfile->state.in_deferred_pragma) ; else if (CPP_OPTION (pfile, traditional)) { /* Revert change of prepare_directive_trad. */ pfile->state.prevent_expansion--; if (pfile->directive != &dtable[T_DEFINE]) _cpp_remove_overlay (pfile); } /* We don't skip for an assembler #. */ else if (skip_line) { skip_rest_of_line (pfile); if (!pfile->keep_tokens) { pfile->cur_run = &pfile->base_run; pfile->cur_token = pfile->base_run.base; } } /* Restore state. */ pfile->state.save_comments = ! CPP_OPTION (pfile, discard_comments); pfile->state.in_directive = 0; pfile->state.in_expression = 0; pfile->state.angled_headers = 0; pfile->directive = 0; } /* Prepare to handle the directive in pfile->directive. */ static void prepare_directive_trad (cpp_reader *pfile) { if (pfile->directive != &dtable[T_DEFINE]) { bool no_expand = (pfile->directive && ! (pfile->directive->flags & EXPAND)); bool was_skipping = pfile->state.skipping; pfile->state.in_expression = (pfile->directive == &dtable[T_IF] || pfile->directive == &dtable[T_ELIF]); if (pfile->state.in_expression) pfile->state.skipping = false; if (no_expand) pfile->state.prevent_expansion++; _cpp_scan_out_logical_line (pfile, NULL); if (no_expand) pfile->state.prevent_expansion--; pfile->state.skipping = was_skipping; _cpp_overlay_buffer (pfile, pfile->out.base, pfile->out.cur - pfile->out.base); } /* Stop ISO C from expanding anything. */ pfile->state.prevent_expansion++; } /* Output diagnostics for a directive DIR. INDENTED is nonzero if the '#' was indented. */ static void directive_diagnostics (cpp_reader *pfile, const directive *dir, int indented) { /* Issue -pedantic warnings for extensions. */ if (CPP_PEDANTIC (pfile) && ! pfile->state.skipping && dir->origin == EXTENSION) cpp_error (pfile, CPP_DL_PEDWARN, "#%s is a GCC extension", dir->name); /* Traditionally, a directive is ignored unless its # is in column 1. Therefore in code intended to work with K+R compilers, directives added by C89 must have their # indented, and directives present in traditional C must not. This is true even of directives in skipped conditional blocks. #elif cannot be used at all. */ if (CPP_WTRADITIONAL (pfile)) { if (dir == &dtable[T_ELIF]) cpp_error (pfile, CPP_DL_WARNING, "suggest not using #elif in traditional C"); else if (indented && dir->origin == KANDR) cpp_error (pfile, CPP_DL_WARNING, "traditional C ignores #%s with the # indented", dir->name); else if (!indented && dir->origin != KANDR) cpp_error (pfile, CPP_DL_WARNING, "suggest hiding #%s from traditional C with an indented #", dir->name); } } /* Check if we have a known directive. INDENTED is nonzero if the '#' of the directive was indented. This function is in this file to save unnecessarily exporting dtable etc. to lex.c. Returns nonzero if the line of tokens has been handled, zero if we should continue processing the line. */ int _cpp_handle_directive (cpp_reader *pfile, int indented) { const directive *dir = 0; const cpp_token *dname; bool was_parsing_args = pfile->state.parsing_args; bool was_discarding_output = pfile->state.discarding_output; int skip = 1; if (was_discarding_output) pfile->state.prevent_expansion = 0; if (was_parsing_args) { if (CPP_OPTION (pfile, pedantic)) cpp_error (pfile, CPP_DL_PEDWARN, "embedding a directive within macro arguments is not portable"); pfile->state.parsing_args = 0; pfile->state.prevent_expansion = 0; } start_directive (pfile); dname = _cpp_lex_token (pfile); if (dname->type == CPP_NAME) { if (dname->val.node->is_directive) dir = &dtable[dname->val.node->directive_index]; } /* We do not recognize the # followed by a number extension in assembler code. */ else if (dname->type == CPP_NUMBER && CPP_OPTION (pfile, lang) != CLK_ASM) { dir = &linemarker_dir; if (CPP_PEDANTIC (pfile) && ! CPP_OPTION (pfile, preprocessed) && ! pfile->state.skipping) cpp_error (pfile, CPP_DL_PEDWARN, "style of line directive is a GCC extension"); } if (dir) { /* If we have a directive that is not an opening conditional, invalidate any control macro. */ if (! (dir->flags & IF_COND)) pfile->mi_valid = false; /* Kluge alert. In order to be sure that code like this #define HASH # HASH define foo bar does not cause '#define foo bar' to get executed when compiled with -save-temps, we recognize directives in -fpreprocessed mode only if the # is in column 1. macro.c puts a space in front of any '#' at the start of a macro. We exclude the -fdirectives-only case because macro expansion has not been performed yet, and block comments can cause spaces to preceed the directive. */ if (CPP_OPTION (pfile, preprocessed) && !CPP_OPTION (pfile, directives_only) && (indented || !(dir->flags & IN_I))) { skip = 0; dir = 0; } else { /* In failed conditional groups, all non-conditional directives are ignored. Before doing that, whether skipping or not, we should lex angle-bracketed headers correctly, and maybe output some diagnostics. */ pfile->state.angled_headers = dir->flags & INCL; pfile->state.directive_wants_padding = dir->flags & INCL; if (! CPP_OPTION (pfile, preprocessed)) directive_diagnostics (pfile, dir, indented); if (pfile->state.skipping && !(dir->flags & COND)) dir = 0; } } else if (dname->type == CPP_EOF) ; /* CPP_EOF is the "null directive". */ else { /* An unknown directive. Don't complain about it in assembly source: we don't know where the comments are, and # may introduce assembler pseudo-ops. Don't complain about invalid directives in skipped conditional groups (6.10 p4). */ if (CPP_OPTION (pfile, lang) == CLK_ASM) skip = 0; else if (!pfile->state.skipping) cpp_error (pfile, CPP_DL_ERROR, "invalid preprocessing directive #%s", cpp_token_as_text (pfile, dname)); } pfile->directive = dir; if (CPP_OPTION (pfile, traditional)) prepare_directive_trad (pfile); if (dir) pfile->directive->handler (pfile); else if (skip == 0) _cpp_backup_tokens (pfile, 1); end_directive (pfile, skip); if (was_parsing_args && !pfile->state.in_deferred_pragma) { /* Restore state when within macro args. */ pfile->state.parsing_args = 2; pfile->state.prevent_expansion = 1; } if (was_discarding_output) pfile->state.prevent_expansion = 1; return skip; } /* Directive handler wrapper used by the command line option processor. BUF is \n terminated. */ static void run_directive (cpp_reader *pfile, int dir_no, const char *buf, size_t count) { cpp_push_buffer (pfile, (const uchar *) buf, count, /* from_stage3 */ true); start_directive (pfile); /* This is a short-term fix to prevent a leading '#' being interpreted as a directive. */ _cpp_clean_line (pfile); pfile->directive = &dtable[dir_no]; if (CPP_OPTION (pfile, traditional)) prepare_directive_trad (pfile); pfile->directive->handler (pfile); end_directive (pfile, 1); _cpp_pop_buffer (pfile); } /* Checks for validity the macro name in #define, #undef, #ifdef and #ifndef directives. IS_DEF_OR_UNDEF is true if this call is processing a #define or #undefine directive, and false otherwise. */ static cpp_hashnode * lex_macro_node (cpp_reader *pfile, bool is_def_or_undef) { const cpp_token *token = _cpp_lex_token (pfile); /* The token immediately after #define must be an identifier. That identifier may not be "defined", per C99 6.10.8p4. In C++, it may not be any of the "named operators" either, per C++98 [lex.digraph], [lex.key]. Finally, the identifier may not have been poisoned. (In that case the lexer has issued the error message for us.) */ if (token->type == CPP_NAME) { cpp_hashnode *node = token->val.node; if (is_def_or_undef && node == pfile->spec_nodes.n_defined) cpp_error (pfile, CPP_DL_ERROR, "\"defined\" cannot be used as a macro name"); else if (! (node->flags & NODE_POISONED)) return node; } else if (token->flags & NAMED_OP) cpp_error (pfile, CPP_DL_ERROR, "\"%s\" cannot be used as a macro name as it is an operator in C++", NODE_NAME (token->val.node)); else if (token->type == CPP_EOF) cpp_error (pfile, CPP_DL_ERROR, "no macro name given in #%s directive", pfile->directive->name); else cpp_error (pfile, CPP_DL_ERROR, "macro names must be identifiers"); return NULL; } /* Process a #define directive. Most work is done in macro.c. */ static void do_define (cpp_reader *pfile) { cpp_hashnode *node = lex_macro_node (pfile, true); if (node) { /* If we have been requested to expand comments into macros, then re-enable saving of comments. */ pfile->state.save_comments = ! CPP_OPTION (pfile, discard_comments_in_macro_exp); if (_cpp_create_definition (pfile, node)) if (pfile->cb.define) pfile->cb.define (pfile, pfile->directive_line, node); } } /* Handle #undef. Mark the identifier NT_VOID in the hash table. */ static void do_undef (cpp_reader *pfile) { cpp_hashnode *node = lex_macro_node (pfile, true); if (node) { if (pfile->cb.undef) pfile->cb.undef (pfile, pfile->directive_line, node); /* 6.10.3.5 paragraph 2: [#undef] is ignored if the specified identifier is not currently defined as a macro name. */ if (node->type == NT_MACRO) { if (node->flags & NODE_WARN) cpp_error (pfile, CPP_DL_WARNING, "undefining \"%s\"", NODE_NAME (node)); if (CPP_OPTION (pfile, warn_unused_macros)) _cpp_warn_if_unused_macro (pfile, node, NULL); _cpp_free_definition (node); } } check_eol (pfile); } /* Undefine a single macro/assertion/whatever. */ static int undefine_macros (cpp_reader *pfile ATTRIBUTE_UNUSED, cpp_hashnode *h, void *data_p ATTRIBUTE_UNUSED) { /* Body of _cpp_free_definition inlined here for speed. Macros and assertions no longer have anything to free. */ h->type = NT_VOID; h->flags &= ~(NODE_POISONED|NODE_BUILTIN|NODE_DISABLED); return 1; } /* Undefine all macros and assertions. */ void cpp_undef_all (cpp_reader *pfile) { cpp_forall_identifiers (pfile, undefine_macros, NULL); } /* Helper routine used by parse_include. Reinterpret the current line as an h-char-sequence (< ... >); we are looking at the first token after the <. Returns a malloced filename. */ static char * glue_header_name (cpp_reader *pfile) { const cpp_token *token; char *buffer; size_t len, total_len = 0, capacity = 1024; /* To avoid lexed tokens overwriting our glued name, we can only allocate from the string pool once we've lexed everything. */ buffer = XNEWVEC (char, capacity); for (;;) { token = get_token_no_padding (pfile); if (token->type == CPP_GREATER) break; if (token->type == CPP_EOF) { cpp_error (pfile, CPP_DL_ERROR, "missing terminating > character"); break; } len = cpp_token_len (token) + 2; /* Leading space, terminating \0. */ if (total_len + len > capacity) { capacity = (capacity + len) * 2; buffer = XRESIZEVEC (char, buffer, capacity); } if (token->flags & PREV_WHITE) buffer[total_len++] = ' '; total_len = (cpp_spell_token (pfile, token, (uchar *) &buffer[total_len], true) - (uchar *) buffer); } buffer[total_len] = '\0'; return buffer; } /* Returns the file name of #include, #include_next, #import and #pragma dependency. The string is malloced and the caller should free it. Returns NULL on error. */ static const char * parse_include (cpp_reader *pfile, int *pangle_brackets, const cpp_token ***buf) { char *fname; const cpp_token *header; /* Allow macro expansion. */ header = get_token_no_padding (pfile); if (header->type == CPP_STRING || header->type == CPP_HEADER_NAME) { fname = XNEWVEC (char, header->val.str.len - 1); memcpy (fname, header->val.str.text + 1, header->val.str.len - 2); fname[header->val.str.len - 2] = '\0'; *pangle_brackets = header->type == CPP_HEADER_NAME; } else if (header->type == CPP_LESS) { fname = glue_header_name (pfile); *pangle_brackets = 1; } else { const unsigned char *dir; if (pfile->directive == &dtable[T_PRAGMA]) dir = U"pragma dependency"; else dir = pfile->directive->name; cpp_error (pfile, CPP_DL_ERROR, "#%s expects \"FILENAME\" or ", dir); return NULL; } if (pfile->directive == &dtable[T_PRAGMA]) { /* This pragma allows extra tokens after the file name. */ } else if (buf == NULL || CPP_OPTION (pfile, discard_comments)) check_eol (pfile); else { /* If we are not discarding comments, then gather them while doing the eol check. */ *buf = check_eol_return_comments (pfile); } return fname; } /* Handle #include, #include_next and #import. */ static void do_include_common (cpp_reader *pfile, enum include_type type) { const char *fname; int angle_brackets; const cpp_token **buf = NULL; /* Re-enable saving of comments if requested, so that the include callback can dump comments which follow #include. */ pfile->state.save_comments = ! CPP_OPTION (pfile, discard_comments); fname = parse_include (pfile, &angle_brackets, &buf); if (!fname) { if (buf) XDELETEVEC (buf); return; } if (!*fname) { cpp_error (pfile, CPP_DL_ERROR, "empty filename in #%s", pfile->directive->name); XDELETEVEC (fname); if (buf) XDELETEVEC (buf); return; } /* Prevent #include recursion. */ if (pfile->line_table->depth >= CPP_STACK_MAX) cpp_error (pfile, CPP_DL_ERROR, "#include nested too deeply"); else { /* Get out of macro context, if we are. */ skip_rest_of_line (pfile); if (pfile->cb.include) pfile->cb.include (pfile, pfile->directive_line, pfile->directive->name, fname, angle_brackets, buf); _cpp_stack_include (pfile, fname, angle_brackets, type); } XDELETEVEC (fname); if (buf) XDELETEVEC (buf); } static void do_include (cpp_reader *pfile) { do_include_common (pfile, IT_INCLUDE); } static void do_import (cpp_reader *pfile) { do_include_common (pfile, IT_IMPORT); } static void do_include_next (cpp_reader *pfile) { enum include_type type = IT_INCLUDE_NEXT; /* If this is the primary source file, warn and use the normal search logic. */ if (cpp_in_primary_file (pfile)) { cpp_error (pfile, CPP_DL_WARNING, "#include_next in primary source file"); type = IT_INCLUDE; } do_include_common (pfile, type); } /* Subroutine of do_linemarker. Read possible flags after file name. LAST is the last flag seen; 0 if this is the first flag. Return the flag if it is valid, 0 at the end of the directive. Otherwise complain. */ static unsigned int read_flag (cpp_reader *pfile, unsigned int last) { const cpp_token *token = _cpp_lex_token (pfile); if (token->type == CPP_NUMBER && token->val.str.len == 1) { unsigned int flag = token->val.str.text[0] - '0'; if (flag > last && flag <= 4 && (flag != 4 || last == 3) && (flag != 2 || last == 0)) return flag; } if (token->type != CPP_EOF) cpp_error (pfile, CPP_DL_ERROR, "invalid flag \"%s\" in line directive", cpp_token_as_text (pfile, token)); return 0; } /* Subroutine of do_line and do_linemarker. Convert a number in STR, of length LEN, to binary; store it in NUMP, and return 0 if the number was well-formed, 1 if not. Temporary, hopefully. */ static int strtoul_for_line (const uchar *str, unsigned int len, long unsigned int *nump) { unsigned long reg = 0; uchar c; while (len--) { c = *str++; if (!ISDIGIT (c)) return 1; reg *= 10; reg += c - '0'; } *nump = reg; return 0; } /* Interpret #line command. Note that the filename string (if any) is a true string constant (escapes are interpreted), unlike in #line. */ static void do_line (cpp_reader *pfile) { const struct line_maps *line_table = pfile->line_table; const struct line_map *map = &line_table->maps[line_table->used - 1]; /* skip_rest_of_line() may cause line table to be realloc()ed so note down sysp right now. */ unsigned char map_sysp = map->sysp; const cpp_token *token; const char *new_file = map->to_file; unsigned long new_lineno; /* C99 raised the minimum limit on #line numbers. */ unsigned int cap = CPP_OPTION (pfile, c99) ? 2147483647 : 32767; /* #line commands expand macros. */ token = cpp_get_token (pfile); if (token->type != CPP_NUMBER || strtoul_for_line (token->val.str.text, token->val.str.len, &new_lineno)) { if (token->type == CPP_EOF) cpp_error (pfile, CPP_DL_ERROR, "unexpected end of file after #line"); else cpp_error (pfile, CPP_DL_ERROR, "\"%s\" after #line is not a positive integer", cpp_token_as_text (pfile, token)); return; } if (CPP_PEDANTIC (pfile) && (new_lineno == 0 || new_lineno > cap)) cpp_error (pfile, CPP_DL_PEDWARN, "line number out of range"); token = cpp_get_token (pfile); if (token->type == CPP_STRING) { cpp_string s = { 0, 0 }; if (cpp_interpret_string_notranslate (pfile, &token->val.str, 1, &s, false)) new_file = (const char *)s.text; check_eol (pfile); } else if (token->type != CPP_EOF) { cpp_error (pfile, CPP_DL_ERROR, "\"%s\" is not a valid filename", cpp_token_as_text (pfile, token)); return; } skip_rest_of_line (pfile); _cpp_do_file_change (pfile, LC_RENAME, new_file, new_lineno, map_sysp); } /* Interpret the # 44 "file" [flags] notation, which has slightly different syntax and semantics from #line: Flags are allowed, and we never complain about the line number being too big. */ static void do_linemarker (cpp_reader *pfile) { const struct line_maps *line_table = pfile->line_table; const struct line_map *map = &line_table->maps[line_table->used - 1]; const cpp_token *token; const char *new_file = map->to_file; unsigned long new_lineno; unsigned int new_sysp = map->sysp; enum lc_reason reason = LC_RENAME; int flag; /* Back up so we can get the number again. Putting this in _cpp_handle_directive risks two calls to _cpp_backup_tokens in some circumstances, which can segfault. */ _cpp_backup_tokens (pfile, 1); /* #line commands expand macros. */ token = cpp_get_token (pfile); if (token->type != CPP_NUMBER || strtoul_for_line (token->val.str.text, token->val.str.len, &new_lineno)) { /* Unlike #line, there does not seem to be a way to get an EOF here. So, it should be safe to always spell the token. */ cpp_error (pfile, CPP_DL_ERROR, "\"%s\" after # is not a positive integer", cpp_token_as_text (pfile, token)); return; } token = cpp_get_token (pfile); if (token->type == CPP_STRING) { cpp_string s = { 0, 0 }; if (cpp_interpret_string_notranslate (pfile, &token->val.str, 1, &s, false)) new_file = (const char *)s.text; new_sysp = 0; flag = read_flag (pfile, 0); if (flag == 1) { reason = LC_ENTER; /* Fake an include for cpp_included (). */ _cpp_fake_include (pfile, new_file); flag = read_flag (pfile, flag); } else if (flag == 2) { reason = LC_LEAVE; flag = read_flag (pfile, flag); } if (flag == 3) { new_sysp = 1; flag = read_flag (pfile, flag); if (flag == 4) new_sysp = 2; } pfile->buffer->sysp = new_sysp; check_eol (pfile); } else if (token->type != CPP_EOF) { cpp_error (pfile, CPP_DL_ERROR, "\"%s\" is not a valid filename", cpp_token_as_text (pfile, token)); return; } skip_rest_of_line (pfile); _cpp_do_file_change (pfile, reason, new_file, new_lineno, new_sysp); } /* Arrange the file_change callback. pfile->line has changed to FILE_LINE of TO_FILE, for reason REASON. SYSP is 1 for a system header, 2 for a system header that needs to be extern "C" protected, and zero otherwise. */ void _cpp_do_file_change (cpp_reader *pfile, enum lc_reason reason, const char *to_file, unsigned int file_line, unsigned int sysp) { const struct line_map *map = linemap_add (pfile->line_table, reason, sysp, to_file, file_line); if (map != NULL) linemap_line_start (pfile->line_table, map->to_line, 127); if (pfile->cb.file_change) pfile->cb.file_change (pfile, map); } /* Report a warning or error detected by the program we are processing. Use the directive's tokens in the error message. */ static void do_diagnostic (cpp_reader *pfile, int code, int print_dir) { if (_cpp_begin_message (pfile, code, pfile->cur_token[-1].src_loc, 0)) { if (print_dir) fprintf (stderr, "#%s ", pfile->directive->name); pfile->state.prevent_expansion++; cpp_output_line (pfile, stderr); pfile->state.prevent_expansion--; } } static void do_error (cpp_reader *pfile) { do_diagnostic (pfile, CPP_DL_ERROR, 1); } static void do_warning (cpp_reader *pfile) { /* We want #warning diagnostics to be emitted in system headers too. */ do_diagnostic (pfile, CPP_DL_WARNING_SYSHDR, 1); } /* Report program identification. */ static void do_ident (cpp_reader *pfile) { const cpp_token *str = cpp_get_token (pfile); if (str->type != CPP_STRING) cpp_error (pfile, CPP_DL_ERROR, "invalid #%s directive", pfile->directive->name); else if (pfile->cb.ident) pfile->cb.ident (pfile, pfile->directive_line, &str->val.str); check_eol (pfile); } /* Lookup a PRAGMA name in a singly-linked CHAIN. Returns the matching entry, or NULL if none is found. The returned entry could be the start of a namespace chain, or a pragma. */ static struct pragma_entry * lookup_pragma_entry (struct pragma_entry *chain, const cpp_hashnode *pragma) { while (chain && chain->pragma != pragma) chain = chain->next; return chain; } /* Create and insert a blank pragma entry at the beginning of a singly-linked CHAIN. */ static struct pragma_entry * new_pragma_entry (cpp_reader *pfile, struct pragma_entry **chain) { struct pragma_entry *new_entry; new_entry = (struct pragma_entry *) _cpp_aligned_alloc (pfile, sizeof (struct pragma_entry)); memset (new_entry, 0, sizeof (struct pragma_entry)); new_entry->next = *chain; *chain = new_entry; return new_entry; } /* Register a pragma NAME in namespace SPACE. If SPACE is null, it goes in the global namespace. */ static struct pragma_entry * register_pragma_1 (cpp_reader *pfile, const char *space, const char *name, bool allow_name_expansion) { struct pragma_entry **chain = &pfile->pragmas; struct pragma_entry *entry; const cpp_hashnode *node; if (space) { node = cpp_lookup (pfile, U space, strlen (space)); entry = lookup_pragma_entry (*chain, node); if (!entry) { entry = new_pragma_entry (pfile, chain); entry->pragma = node; entry->is_nspace = true; entry->allow_expansion = allow_name_expansion; } else if (!entry->is_nspace) goto clash; else if (entry->allow_expansion != allow_name_expansion) { cpp_error (pfile, CPP_DL_ICE, "registering pragmas in namespace \"%s\" with mismatched " "name expansion", space); return NULL; } chain = &entry->u.space; } else if (allow_name_expansion) { cpp_error (pfile, CPP_DL_ICE, "registering pragma \"%s\" with name expansion " "and no namespace", name); return NULL; } /* Check for duplicates. */ node = cpp_lookup (pfile, U name, strlen (name)); entry = lookup_pragma_entry (*chain, node); if (entry == NULL) { entry = new_pragma_entry (pfile, chain); entry->pragma = node; return entry; } if (entry->is_nspace) clash: cpp_error (pfile, CPP_DL_ICE, "registering \"%s\" as both a pragma and a pragma namespace", NODE_NAME (node)); else if (space) cpp_error (pfile, CPP_DL_ICE, "#pragma %s %s is already registered", space, name); else cpp_error (pfile, CPP_DL_ICE, "#pragma %s is already registered", name); return NULL; } /* Register a cpplib internal pragma SPACE NAME with HANDLER. */ static void register_pragma_internal (cpp_reader *pfile, const char *space, const char *name, pragma_cb handler) { struct pragma_entry *entry; entry = register_pragma_1 (pfile, space, name, false); entry->is_internal = true; entry->u.handler = handler; } /* Register a pragma NAME in namespace SPACE. If SPACE is null, it goes in the global namespace. HANDLER is the handler it will call, which must be non-NULL. If ALLOW_EXPANSION is set, allow macro expansion while parsing pragma NAME. This function is exported from libcpp. */ void cpp_register_pragma (cpp_reader *pfile, const char *space, const char *name, pragma_cb handler, bool allow_expansion) { struct pragma_entry *entry; if (!handler) { cpp_error (pfile, CPP_DL_ICE, "registering pragma with NULL handler"); return; } entry = register_pragma_1 (pfile, space, name, false); if (entry) { entry->allow_expansion = allow_expansion; entry->u.handler = handler; } } /* Similarly, but create mark the pragma for deferred processing. When found, a CPP_PRAGMA token will be insertted into the stream with IDENT in the token->u.pragma slot. */ void cpp_register_deferred_pragma (cpp_reader *pfile, const char *space, const char *name, unsigned int ident, bool allow_expansion, bool allow_name_expansion) { struct pragma_entry *entry; entry = register_pragma_1 (pfile, space, name, allow_name_expansion); if (entry) { entry->is_deferred = true; entry->allow_expansion = allow_expansion; entry->u.ident = ident; } } /* Register the pragmas the preprocessor itself handles. */ void _cpp_init_internal_pragmas (cpp_reader *pfile) { /* Pragmas in the global namespace. */ register_pragma_internal (pfile, 0, "once", do_pragma_once); /* New GCC-specific pragmas should be put in the GCC namespace. */ register_pragma_internal (pfile, "GCC", "poison", do_pragma_poison); register_pragma_internal (pfile, "GCC", "system_header", do_pragma_system_header); register_pragma_internal (pfile, "GCC", "dependency", do_pragma_dependency); } /* Return the number of registered pragmas in PE. */ static int count_registered_pragmas (struct pragma_entry *pe) { int ct = 0; for (; pe != NULL; pe = pe->next) { if (pe->is_nspace) ct += count_registered_pragmas (pe->u.space); ct++; } return ct; } /* Save into SD the names of the registered pragmas referenced by PE, and return a pointer to the next free space in SD. */ static char ** save_registered_pragmas (struct pragma_entry *pe, char **sd) { for (; pe != NULL; pe = pe->next) { if (pe->is_nspace) sd = save_registered_pragmas (pe->u.space, sd); *sd++ = (char *) xmemdup (HT_STR (&pe->pragma->ident), HT_LEN (&pe->pragma->ident), HT_LEN (&pe->pragma->ident) + 1); } return sd; } /* Return a newly-allocated array which saves the names of the registered pragmas. */ char ** _cpp_save_pragma_names (cpp_reader *pfile) { int ct = count_registered_pragmas (pfile->pragmas); char **result = XNEWVEC (char *, ct); (void) save_registered_pragmas (pfile->pragmas, result); return result; } /* Restore from SD the names of the registered pragmas referenced by PE, and return a pointer to the next unused name in SD. */ static char ** restore_registered_pragmas (cpp_reader *pfile, struct pragma_entry *pe, char **sd) { for (; pe != NULL; pe = pe->next) { if (pe->is_nspace) sd = restore_registered_pragmas (pfile, pe->u.space, sd); pe->pragma = cpp_lookup (pfile, U *sd, strlen (*sd)); free (*sd); sd++; } return sd; } /* Restore the names of the registered pragmas from SAVED. */ void _cpp_restore_pragma_names (cpp_reader *pfile, char **saved) { (void) restore_registered_pragmas (pfile, pfile->pragmas, saved); free (saved); } /* Pragmata handling. We handle some, and pass the rest on to the front end. C99 defines three pragmas and says that no macro expansion is to be performed on them; whether or not macro expansion happens for other pragmas is implementation defined. This implementation allows for a mix of both, since GCC did not traditionally macro expand its (few) pragmas, whereas OpenMP specifies that macro expansion should happen. */ static void do_pragma (cpp_reader *pfile) { const struct pragma_entry *p = NULL; const cpp_token *token, *pragma_token = pfile->cur_token; cpp_token ns_token; unsigned int count = 1; pfile->state.prevent_expansion++; token = cpp_get_token (pfile); ns_token = *token; if (token->type == CPP_NAME) { p = lookup_pragma_entry (pfile->pragmas, token->val.node); if (p && p->is_nspace) { bool allow_name_expansion = p->allow_expansion; if (allow_name_expansion) pfile->state.prevent_expansion--; token = cpp_get_token (pfile); if (token->type == CPP_NAME) p = lookup_pragma_entry (p->u.space, token->val.node); else p = NULL; if (allow_name_expansion) pfile->state.prevent_expansion++; count = 2; } } if (p) { if (p->is_deferred) { pfile->directive_result.src_loc = pragma_token->src_loc; pfile->directive_result.type = CPP_PRAGMA; pfile->directive_result.flags = pragma_token->flags; pfile->directive_result.val.pragma = p->u.ident; pfile->state.in_deferred_pragma = true; pfile->state.pragma_allow_expansion = p->allow_expansion; if (!p->allow_expansion) pfile->state.prevent_expansion++; } else { /* Since the handler below doesn't get the line number, that it might need for diagnostics, make sure it has the right numbers in place. */ if (pfile->cb.line_change) (*pfile->cb.line_change) (pfile, pragma_token, false); if (p->allow_expansion) pfile->state.prevent_expansion--; (*p->u.handler) (pfile); if (p->allow_expansion) pfile->state.prevent_expansion++; } } else if (pfile->cb.def_pragma) { if (count == 1 || pfile->context->prev == NULL) _cpp_backup_tokens (pfile, count); else { /* Invalid name comes from macro expansion, _cpp_backup_tokens won't allow backing 2 tokens. */ /* ??? The token buffer is leaked. Perhaps if def_pragma hook reads both tokens, we could perhaps free it, but if it doesn't, we don't know the exact lifespan. */ cpp_token *toks = XNEWVEC (cpp_token, 2); toks[0] = ns_token; toks[0].flags |= NO_EXPAND; toks[1] = *token; toks[1].flags |= NO_EXPAND; _cpp_push_token_context (pfile, NULL, toks, 2); } pfile->cb.def_pragma (pfile, pfile->directive_line); } pfile->state.prevent_expansion--; } /* Handle #pragma once. */ static void do_pragma_once (cpp_reader *pfile) { if (cpp_in_primary_file (pfile)) cpp_error (pfile, CPP_DL_WARNING, "#pragma once in main file"); check_eol (pfile); _cpp_mark_file_once_only (pfile, pfile->buffer->file); } /* Handle #pragma GCC poison, to poison one or more identifiers so that the lexer produces a hard error for each subsequent usage. */ static void do_pragma_poison (cpp_reader *pfile) { const cpp_token *tok; cpp_hashnode *hp; pfile->state.poisoned_ok = 1; for (;;) { tok = _cpp_lex_token (pfile); if (tok->type == CPP_EOF) break; if (tok->type != CPP_NAME) { cpp_error (pfile, CPP_DL_ERROR, "invalid #pragma GCC poison directive"); break; } hp = tok->val.node; if (hp->flags & NODE_POISONED) continue; if (hp->type == NT_MACRO) cpp_error (pfile, CPP_DL_WARNING, "poisoning existing macro \"%s\"", NODE_NAME (hp)); _cpp_free_definition (hp); hp->flags |= NODE_POISONED | NODE_DIAGNOSTIC; } pfile->state.poisoned_ok = 0; } /* Mark the current header as a system header. This will suppress some categories of warnings (notably those from -pedantic). It is intended for use in system libraries that cannot be implemented in conforming C, but cannot be certain that their headers appear in a system include directory. To prevent abuse, it is rejected in the primary source file. */ static void do_pragma_system_header (cpp_reader *pfile) { if (cpp_in_primary_file (pfile)) cpp_error (pfile, CPP_DL_WARNING, "#pragma system_header ignored outside include file"); else { check_eol (pfile); skip_rest_of_line (pfile); cpp_make_system_header (pfile, 1, 0); } } /* Check the modified date of the current include file against a specified file. Issue a diagnostic, if the specified file is newer. We use this to determine if a fixed header should be refixed. */ static void do_pragma_dependency (cpp_reader *pfile) { const char *fname; int angle_brackets, ordering; fname = parse_include (pfile, &angle_brackets, NULL); if (!fname) return; ordering = _cpp_compare_file_date (pfile, fname, angle_brackets); if (ordering < 0) cpp_error (pfile, CPP_DL_WARNING, "cannot find source file %s", fname); else if (ordering > 0) { cpp_error (pfile, CPP_DL_WARNING, "current file is older than %s", fname); if (cpp_get_token (pfile)->type != CPP_EOF) { _cpp_backup_tokens (pfile, 1); do_diagnostic (pfile, CPP_DL_WARNING, 0); } } free ((void *) fname); } /* Get a token but skip padding. */ static const cpp_token * get_token_no_padding (cpp_reader *pfile) { for (;;) { const cpp_token *result = cpp_get_token (pfile); if (result->type != CPP_PADDING) return result; } } /* Check syntax is "(string-literal)". Returns the string on success, or NULL on failure. */ static const cpp_token * get__Pragma_string (cpp_reader *pfile) { const cpp_token *string; const cpp_token *paren; paren = get_token_no_padding (pfile); if (paren->type == CPP_EOF) _cpp_backup_tokens (pfile, 1); if (paren->type != CPP_OPEN_PAREN) return NULL; string = get_token_no_padding (pfile); if (string->type == CPP_EOF) _cpp_backup_tokens (pfile, 1); if (string->type != CPP_STRING && string->type != CPP_WSTRING) return NULL; paren = get_token_no_padding (pfile); if (paren->type == CPP_EOF) _cpp_backup_tokens (pfile, 1); if (paren->type != CPP_CLOSE_PAREN) return NULL; return string; } /* Destringize IN into a temporary buffer, by removing the first \ of \" and \\ sequences, and process the result as a #pragma directive. */ static void destringize_and_run (cpp_reader *pfile, const cpp_string *in) { const unsigned char *src, *limit; char *dest, *result; cpp_context *saved_context; cpp_token *saved_cur_token; tokenrun *saved_cur_run; cpp_token *toks; int count; dest = result = (char *) alloca (in->len - 1); src = in->text + 1 + (in->text[0] == 'L'); limit = in->text + in->len - 1; while (src < limit) { /* We know there is a character following the backslash. */ if (*src == '\\' && (src[1] == '\\' || src[1] == '"')) src++; *dest++ = *src++; } *dest = '\n'; /* Ugh; an awful kludge. We are really not set up to be lexing tokens when in the middle of a macro expansion. Use a new context to force cpp_get_token to lex, and so skip_rest_of_line doesn't go beyond the end of the text. Also, remember the current lexing position so we can return to it later. Something like line-at-a-time lexing should remove the need for this. */ saved_context = pfile->context; saved_cur_token = pfile->cur_token; saved_cur_run = pfile->cur_run; pfile->context = XNEW (cpp_context); pfile->context->macro = 0; pfile->context->prev = 0; pfile->context->next = 0; /* Inline run_directive, since we need to delay the _cpp_pop_buffer until we've read all of the tokens that we want. */ cpp_push_buffer (pfile, (const uchar *) result, dest - result, /* from_stage3 */ true); /* ??? Antique Disgusting Hack. What does this do? */ if (pfile->buffer->prev) pfile->buffer->file = pfile->buffer->prev->file; start_directive (pfile); _cpp_clean_line (pfile); do_pragma (pfile); end_directive (pfile, 1); /* We always insert at least one token, the directive result. It'll either be a CPP_PADDING or a CPP_PRAGMA. In the later case, we need to insert *all* of the tokens, including the CPP_PRAGMA_EOL. */ /* If we're not handling the pragma internally, read all of the tokens from the string buffer now, while the string buffer is still installed. */ /* ??? Note that the token buffer allocated here is leaked. It's not clear to me what the true lifespan of the tokens are. It would appear that the lifespan is the entire parse of the main input stream, in which case this may not be wrong. */ if (pfile->directive_result.type == CPP_PRAGMA) { int maxcount; count = 1; maxcount = 50; toks = XNEWVEC (cpp_token, maxcount); toks[0] = pfile->directive_result; do { if (count == maxcount) { maxcount = maxcount * 3 / 2; toks = XRESIZEVEC (cpp_token, toks, maxcount); } toks[count] = *cpp_get_token (pfile); /* Macros have been already expanded by cpp_get_token if the pragma allowed expansion. */ toks[count++].flags |= NO_EXPAND; } while (toks[count-1].type != CPP_PRAGMA_EOL); } else { count = 1; toks = XNEW (cpp_token); toks[0] = pfile->directive_result; /* If we handled the entire pragma internally, make sure we get the line number correct for the next token. */ if (pfile->cb.line_change) pfile->cb.line_change (pfile, pfile->cur_token, false); } /* Finish inlining run_directive. */ pfile->buffer->file = NULL; _cpp_pop_buffer (pfile); /* Reset the old macro state before ... */ XDELETE (pfile->context); pfile->context = saved_context; pfile->cur_token = saved_cur_token; pfile->cur_run = saved_cur_run; /* ... inserting the new tokens we collected. */ _cpp_push_token_context (pfile, NULL, toks, count); } /* Handle the _Pragma operator. Return 0 on error, 1 if ok. */ int _cpp_do__Pragma (cpp_reader *pfile) { const cpp_token *string = get__Pragma_string (pfile); pfile->directive_result.type = CPP_PADDING; if (string) { destringize_and_run (pfile, &string->val.str); return 1; } cpp_error (pfile, CPP_DL_ERROR, "_Pragma takes a parenthesized string literal"); return 0; } /* Handle #ifdef. */ static void do_ifdef (cpp_reader *pfile) { int skip = 1; if (! pfile->state.skipping) { const cpp_hashnode *node = lex_macro_node (pfile, false); if (node) { skip = node->type != NT_MACRO; _cpp_mark_macro_used (node); check_eol (pfile); } } push_conditional (pfile, skip, T_IFDEF, 0); } /* Handle #ifndef. */ static void do_ifndef (cpp_reader *pfile) { int skip = 1; const cpp_hashnode *node = 0; if (! pfile->state.skipping) { node = lex_macro_node (pfile, false); if (node) { skip = node->type == NT_MACRO; _cpp_mark_macro_used (node); check_eol (pfile); } } push_conditional (pfile, skip, T_IFNDEF, node); } /* _cpp_parse_expr puts a macro in a "#if !defined ()" expression in pfile->mi_ind_cmacro so we can handle multiple-include optimizations. If macro expansion occurs in the expression, we cannot treat it as a controlling conditional, since the expansion could change in the future. That is handled by cpp_get_token. */ static void do_if (cpp_reader *pfile) { int skip = 1; if (! pfile->state.skipping) skip = _cpp_parse_expr (pfile) == false; push_conditional (pfile, skip, T_IF, pfile->mi_ind_cmacro); } /* Flip skipping state if appropriate and continue without changing if_stack; this is so that the error message for missing #endif's etc. will point to the original #if. */ static void do_else (cpp_reader *pfile) { cpp_buffer *buffer = pfile->buffer; struct if_stack *ifs = buffer->if_stack; if (ifs == NULL) cpp_error (pfile, CPP_DL_ERROR, "#else without #if"); else { if (ifs->type == T_ELSE) { cpp_error (pfile, CPP_DL_ERROR, "#else after #else"); cpp_error_with_line (pfile, CPP_DL_ERROR, ifs->line, 0, "the conditional began here"); } ifs->type = T_ELSE; /* Skip any future (erroneous) #elses or #elifs. */ pfile->state.skipping = ifs->skip_elses; ifs->skip_elses = true; /* Invalidate any controlling macro. */ ifs->mi_cmacro = 0; /* Only check EOL if was not originally skipping. */ if (!ifs->was_skipping && CPP_OPTION (pfile, warn_endif_labels)) check_eol (pfile); } } /* Handle a #elif directive by not changing if_stack either. See the comment above do_else. */ static void do_elif (cpp_reader *pfile) { cpp_buffer *buffer = pfile->buffer; struct if_stack *ifs = buffer->if_stack; if (ifs == NULL) cpp_error (pfile, CPP_DL_ERROR, "#elif without #if"); else { if (ifs->type == T_ELSE) { cpp_error (pfile, CPP_DL_ERROR, "#elif after #else"); cpp_error_with_line (pfile, CPP_DL_ERROR, ifs->line, 0, "the conditional began here"); } ifs->type = T_ELIF; /* Only evaluate this if we aren't skipping elses. During evaluation, set skipping to false to get lexer warnings. */ if (ifs->skip_elses) pfile->state.skipping = 1; else { pfile->state.skipping = 0; pfile->state.skipping = ! _cpp_parse_expr (pfile); ifs->skip_elses = ! pfile->state.skipping; } /* Invalidate any controlling macro. */ ifs->mi_cmacro = 0; } } /* #endif pops the if stack and resets pfile->state.skipping. */ static void do_endif (cpp_reader *pfile) { cpp_buffer *buffer = pfile->buffer; struct if_stack *ifs = buffer->if_stack; if (ifs == NULL) cpp_error (pfile, CPP_DL_ERROR, "#endif without #if"); else { /* Only check EOL if was not originally skipping. */ if (!ifs->was_skipping && CPP_OPTION (pfile, warn_endif_labels)) check_eol (pfile); /* If potential control macro, we go back outside again. */ if (ifs->next == 0 && ifs->mi_cmacro) { pfile->mi_valid = true; pfile->mi_cmacro = ifs->mi_cmacro; } buffer->if_stack = ifs->next; pfile->state.skipping = ifs->was_skipping; obstack_free (&pfile->buffer_ob, ifs); } } /* Push an if_stack entry for a preprocessor conditional, and set pfile->state.skipping to SKIP. If TYPE indicates the conditional is #if or #ifndef, CMACRO is a potentially controlling macro, and we need to check here that we are at the top of the file. */ static void push_conditional (cpp_reader *pfile, int skip, int type, const cpp_hashnode *cmacro) { struct if_stack *ifs; cpp_buffer *buffer = pfile->buffer; ifs = XOBNEW (&pfile->buffer_ob, struct if_stack); ifs->line = pfile->directive_line; ifs->next = buffer->if_stack; ifs->skip_elses = pfile->state.skipping || !skip; ifs->was_skipping = pfile->state.skipping; ifs->type = type; /* This condition is effectively a test for top-of-file. */ if (pfile->mi_valid && pfile->mi_cmacro == 0) ifs->mi_cmacro = cmacro; else ifs->mi_cmacro = 0; pfile->state.skipping = skip; buffer->if_stack = ifs; } /* Read the tokens of the answer into the macro pool, in a directive of type TYPE. Only commit the memory if we intend it as permanent storage, i.e. the #assert case. Returns 0 on success, and sets ANSWERP to point to the answer. */ static int parse_answer (cpp_reader *pfile, struct answer **answerp, int type) { const cpp_token *paren; struct answer *answer; unsigned int acount; /* In a conditional, it is legal to not have an open paren. We should save the following token in this case. */ paren = cpp_get_token (pfile); /* If not a paren, see if we're OK. */ if (paren->type != CPP_OPEN_PAREN) { /* In a conditional no answer is a test for any answer. It could be followed by any token. */ if (type == T_IF) { _cpp_backup_tokens (pfile, 1); return 0; } /* #unassert with no answer is valid - it removes all answers. */ if (type == T_UNASSERT && paren->type == CPP_EOF) return 0; cpp_error (pfile, CPP_DL_ERROR, "missing '(' after predicate"); return 1; } for (acount = 0;; acount++) { size_t room_needed; const cpp_token *token = cpp_get_token (pfile); cpp_token *dest; if (token->type == CPP_CLOSE_PAREN) break; if (token->type == CPP_EOF) { cpp_error (pfile, CPP_DL_ERROR, "missing ')' to complete answer"); return 1; } /* struct answer includes the space for one token. */ room_needed = (sizeof (struct answer) + acount * sizeof (cpp_token)); if (BUFF_ROOM (pfile->a_buff) < room_needed) _cpp_extend_buff (pfile, &pfile->a_buff, sizeof (struct answer)); dest = &((struct answer *) BUFF_FRONT (pfile->a_buff))->first[acount]; *dest = *token; /* Drop whitespace at start, for answer equivalence purposes. */ if (acount == 0) dest->flags &= ~PREV_WHITE; } if (acount == 0) { cpp_error (pfile, CPP_DL_ERROR, "predicate's answer is empty"); return 1; } answer = (struct answer *) BUFF_FRONT (pfile->a_buff); answer->count = acount; answer->next = NULL; *answerp = answer; return 0; } /* Parses an assertion directive of type TYPE, returning a pointer to the hash node of the predicate, or 0 on error. If an answer was supplied, it is placed in ANSWERP, otherwise it is set to 0. */ static cpp_hashnode * parse_assertion (cpp_reader *pfile, struct answer **answerp, int type) { cpp_hashnode *result = 0; const cpp_token *predicate; /* We don't expand predicates or answers. */ pfile->state.prevent_expansion++; *answerp = 0; predicate = cpp_get_token (pfile); if (predicate->type == CPP_EOF) cpp_error (pfile, CPP_DL_ERROR, "assertion without predicate"); else if (predicate->type != CPP_NAME) cpp_error (pfile, CPP_DL_ERROR, "predicate must be an identifier"); else if (parse_answer (pfile, answerp, type) == 0) { unsigned int len = NODE_LEN (predicate->val.node); unsigned char *sym = (unsigned char *) alloca (len + 1); /* Prefix '#' to get it out of macro namespace. */ sym[0] = '#'; memcpy (sym + 1, NODE_NAME (predicate->val.node), len); result = cpp_lookup (pfile, sym, len + 1); } pfile->state.prevent_expansion--; return result; } /* Returns a pointer to the pointer to CANDIDATE in the answer chain, or a pointer to NULL if the answer is not in the chain. */ static struct answer ** find_answer (cpp_hashnode *node, const struct answer *candidate) { unsigned int i; struct answer **result; for (result = &node->value.answers; *result; result = &(*result)->next) { struct answer *answer = *result; if (answer->count == candidate->count) { for (i = 0; i < answer->count; i++) if (! _cpp_equiv_tokens (&answer->first[i], &candidate->first[i])) break; if (i == answer->count) break; } } return result; } /* Test an assertion within a preprocessor conditional. Returns nonzero on failure, zero on success. On success, the result of the test is written into VALUE, otherwise the value 0. */ int _cpp_test_assertion (cpp_reader *pfile, unsigned int *value) { struct answer *answer; cpp_hashnode *node; node = parse_assertion (pfile, &answer, T_IF); /* For recovery, an erroneous assertion expression is handled as a failing assertion. */ *value = 0; if (node) *value = (node->type == NT_ASSERTION && (answer == 0 || *find_answer (node, answer) != 0)); else if (pfile->cur_token[-1].type == CPP_EOF) _cpp_backup_tokens (pfile, 1); /* We don't commit the memory for the answer - it's temporary only. */ return node == 0; } /* Handle #assert. */ static void do_assert (cpp_reader *pfile) { struct answer *new_answer; cpp_hashnode *node; node = parse_assertion (pfile, &new_answer, T_ASSERT); if (node) { size_t answer_size; /* Place the new answer in the answer list. First check there is not a duplicate. */ new_answer->next = 0; if (node->type == NT_ASSERTION) { if (*find_answer (node, new_answer)) { cpp_error (pfile, CPP_DL_WARNING, "\"%s\" re-asserted", NODE_NAME (node) + 1); return; } new_answer->next = node->value.answers; } answer_size = sizeof (struct answer) + ((new_answer->count - 1) * sizeof (cpp_token)); /* Commit or allocate storage for the object. */ if (pfile->hash_table->alloc_subobject) { struct answer *temp_answer = new_answer; new_answer = (struct answer *) pfile->hash_table->alloc_subobject (answer_size); memcpy (new_answer, temp_answer, answer_size); } else BUFF_FRONT (pfile->a_buff) += answer_size; node->type = NT_ASSERTION; node->value.answers = new_answer; check_eol (pfile); } } /* Handle #unassert. */ static void do_unassert (cpp_reader *pfile) { cpp_hashnode *node; struct answer *answer; node = parse_assertion (pfile, &answer, T_UNASSERT); /* It isn't an error to #unassert something that isn't asserted. */ if (node && node->type == NT_ASSERTION) { if (answer) { struct answer **p = find_answer (node, answer), *temp; /* Remove the answer from the list. */ temp = *p; if (temp) *p = temp->next; /* Did we free the last answer? */ if (node->value.answers == 0) node->type = NT_VOID; check_eol (pfile); } else _cpp_free_definition (node); } /* We don't commit the memory for the answer - it's temporary only. */ } /* These are for -D, -U, -A. */ /* Process the string STR as if it appeared as the body of a #define. If STR is just an identifier, define it with value 1. If STR has anything after the identifier, then it should be identifier=definition. */ void cpp_define (cpp_reader *pfile, const char *str) { char *buf, *p; size_t count; /* Copy the entire option so we can modify it. Change the first "=" in the string to a space. If there is none, tack " 1" on the end. */ count = strlen (str); buf = (char *) alloca (count + 3); memcpy (buf, str, count); p = strchr (str, '='); if (p) buf[p - str] = ' '; else { buf[count++] = ' '; buf[count++] = '1'; } buf[count] = '\n'; run_directive (pfile, T_DEFINE, buf, count); } /* Slight variant of the above for use by initialize_builtins. */ void _cpp_define_builtin (cpp_reader *pfile, const char *str) { size_t len = strlen (str); char *buf = (char *) alloca (len + 1); memcpy (buf, str, len); buf[len] = '\n'; run_directive (pfile, T_DEFINE, buf, len); } /* Process MACRO as if it appeared as the body of an #undef. */ void cpp_undef (cpp_reader *pfile, const char *macro) { size_t len = strlen (macro); char *buf = (char *) alloca (len + 1); memcpy (buf, macro, len); buf[len] = '\n'; run_directive (pfile, T_UNDEF, buf, len); } /* Like lex_macro_node, but read the input from STR. */ static cpp_hashnode * lex_macro_node_from_str (cpp_reader *pfile, const char *str) { size_t len = strlen (str); uchar *buf = (uchar *) alloca (len + 1); cpp_hashnode *node; memcpy (buf, str, len); buf[len] = '\n'; cpp_push_buffer (pfile, buf, len, true); node = lex_macro_node (pfile, true); _cpp_pop_buffer (pfile); return node; } /* If STR is a defined macro, return its definition node, else return NULL. */ cpp_macro * cpp_push_definition (cpp_reader *pfile, const char *str) { cpp_hashnode *node = lex_macro_node_from_str (pfile, str); if (node && node->type == NT_MACRO) return node->value.macro; else return NULL; } /* Replace a previous definition DFN of the macro STR. If DFN is NULL, then the macro should be undefined. */ void cpp_pop_definition (cpp_reader *pfile, const char *str, cpp_macro *dfn) { cpp_hashnode *node = lex_macro_node_from_str (pfile, str); if (node == NULL) return; if (node->type == NT_MACRO) { if (pfile->cb.undef) pfile->cb.undef (pfile, pfile->directive_line, node); if (CPP_OPTION (pfile, warn_unused_macros)) _cpp_warn_if_unused_macro (pfile, node, NULL); } if (node->type != NT_VOID) _cpp_free_definition (node); if (dfn) { node->type = NT_MACRO; node->value.macro = dfn; if (! ustrncmp (NODE_NAME (node), DSC ("__STDC_"))) node->flags |= NODE_WARN; if (pfile->cb.define) pfile->cb.define (pfile, pfile->directive_line, node); } } /* Process the string STR as if it appeared as the body of a #assert. */ void cpp_assert (cpp_reader *pfile, const char *str) { handle_assertion (pfile, str, T_ASSERT); } /* Process STR as if it appeared as the body of an #unassert. */ void cpp_unassert (cpp_reader *pfile, const char *str) { handle_assertion (pfile, str, T_UNASSERT); } /* Common code for cpp_assert (-A) and cpp_unassert (-A-). */ static void handle_assertion (cpp_reader *pfile, const char *str, int type) { size_t count = strlen (str); const char *p = strchr (str, '='); /* Copy the entire option so we can modify it. Change the first "=" in the string to a '(', and tack a ')' on the end. */ char *buf = (char *) alloca (count + 2); memcpy (buf, str, count); if (p) { buf[p - str] = '('; buf[count++] = ')'; } buf[count] = '\n'; str = buf; run_directive (pfile, type, str, count); } /* The number of errors for a given reader. */ unsigned int cpp_errors (cpp_reader *pfile) { return pfile->errors; } /* The options structure. */ cpp_options * cpp_get_options (cpp_reader *pfile) { return &pfile->opts; } /* The callbacks structure. */ cpp_callbacks * cpp_get_callbacks (cpp_reader *pfile) { return &pfile->cb; } /* Copy the given callbacks structure to our own. */ void cpp_set_callbacks (cpp_reader *pfile, cpp_callbacks *cb) { pfile->cb = *cb; } /* The dependencies structure. (Creates one if it hasn't already been.) */ struct deps * cpp_get_deps (cpp_reader *pfile) { if (!pfile->deps) pfile->deps = deps_init (); return pfile->deps; } /* Push a new buffer on the buffer stack. Returns the new buffer; it doesn't fail. It does not generate a file change call back; that is the responsibility of the caller. */ cpp_buffer * cpp_push_buffer (cpp_reader *pfile, const uchar *buffer, size_t len, int from_stage3) { cpp_buffer *new_buffer = XOBNEW (&pfile->buffer_ob, cpp_buffer); /* Clears, amongst other things, if_stack and mi_cmacro. */ memset (new_buffer, 0, sizeof (cpp_buffer)); new_buffer->next_line = new_buffer->buf = buffer; new_buffer->rlimit = buffer + len; new_buffer->from_stage3 = from_stage3; new_buffer->prev = pfile->buffer; new_buffer->need_line = true; pfile->buffer = new_buffer; return new_buffer; } /* Pops a single buffer, with a file change call-back if appropriate. Then pushes the next -include file, if any remain. */ void _cpp_pop_buffer (cpp_reader *pfile) { cpp_buffer *buffer = pfile->buffer; struct _cpp_file *inc = buffer->file; struct if_stack *ifs; /* Walk back up the conditional stack till we reach its level at entry to this file, issuing error messages. */ for (ifs = buffer->if_stack; ifs; ifs = ifs->next) cpp_error_with_line (pfile, CPP_DL_ERROR, ifs->line, 0, "unterminated #%s", dtable[ifs->type].name); /* In case of a missing #endif. */ pfile->state.skipping = 0; /* _cpp_do_file_change expects pfile->buffer to be the new one. */ pfile->buffer = buffer->prev; free (buffer->notes); /* Free the buffer object now; we may want to push a new buffer in _cpp_push_next_include_file. */ obstack_free (&pfile->buffer_ob, buffer); if (inc) { _cpp_pop_file_buffer (pfile, inc); _cpp_do_file_change (pfile, LC_LEAVE, 0, 0, 0); } } /* Enter all recognized directives in the hash table. */ void _cpp_init_directives (cpp_reader *pfile) { unsigned int i; cpp_hashnode *node; for (i = 0; i < (unsigned int) N_DIRECTIVES; i++) { node = cpp_lookup (pfile, dtable[i].name, dtable[i].length); node->is_directive = 1; node->directive_index = i; } } sdcc-2.9.0/support/cpp/libcpp/errors.c000066400000000000000000000124501116427777700177120ustar00rootroot00000000000000/* Default error handlers for CPP Library. Copyright (C) 1986, 1987, 1989, 1992, 1993, 1994, 1995, 1998, 1999, 2000, 2001, 2002, 2004 Free Software Foundation, Inc. Written by Per Bothner, 1994. Based on CCCP program by Paul Rubin, June 1986 Adapted to ANSI C, Richard Stallman, Jan 1987 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! */ #include "config.h" #include "system.h" #include "cpplib.h" #include "internal.h" static void print_location (cpp_reader *, source_location, unsigned int); /* Print the logical file location (LINE, COL) in preparation for a diagnostic. Outputs the #include chain if it has changed. A line of zero suppresses the include stack, and outputs the program name instead. */ static void print_location (cpp_reader *pfile, source_location line, unsigned int col) { if (line == 0) fprintf (stderr, "%s: ", progname); else { const struct line_map *map; unsigned int lin; map = linemap_lookup (pfile->line_table, line); linemap_print_containing_files (pfile->line_table, map); lin = SOURCE_LINE (map, line); if (col == 0) { col = SOURCE_COLUMN (map, line); if (col == 0) col = 1; } if (lin == 0) fprintf (stderr, "%s:", map->to_file); else if (CPP_OPTION (pfile, show_column) == 0) fprintf (stderr, "%s:%u:", map->to_file, lin); else fprintf (stderr, "%s:%u:%u:", map->to_file, lin, col); fputc (' ', stderr); } } /* Set up for a diagnostic: print the file and line, bump the error counter, etc. SRC_LOC is the logical line number; zero means to print at the location of the previously lexed token, which tends to be the correct place by default. The column number can be specified either using COLUMN or (if COLUMN==0) extracting SOURCE_COLUMN from SRC_LOC. (This may seem redundant, but is useful when pre-scanning (cleaning) a line, when we haven't yet verified whether the current line_map has a big enough max_column_hint.) Returns 0 if the error has been suppressed. */ int _cpp_begin_message (cpp_reader *pfile, int code, source_location src_loc, unsigned int column) { int level = CPP_DL_EXTRACT (code); switch (level) { case CPP_DL_WARNING: case CPP_DL_PEDWARN: if (cpp_in_system_header (pfile) && ! CPP_OPTION (pfile, warn_system_headers)) return 0; /* Fall through. */ case CPP_DL_WARNING_SYSHDR: if (CPP_OPTION (pfile, warnings_are_errors) || (level == CPP_DL_PEDWARN && CPP_OPTION (pfile, pedantic_errors))) { if (CPP_OPTION (pfile, inhibit_errors)) return 0; level = CPP_DL_ERROR; pfile->errors++; } else if (CPP_OPTION (pfile, inhibit_warnings)) return 0; break; case CPP_DL_ERROR: if (CPP_OPTION (pfile, inhibit_errors)) return 0; /* ICEs cannot be inhibited. */ case CPP_DL_ICE: pfile->errors++; break; } print_location (pfile, src_loc, column); if (CPP_DL_WARNING_P (level)) fputs (_("warning: "), stderr); else if (level == CPP_DL_ICE) fputs (_("internal error: "), stderr); else fputs (_("error: "), stderr); return 1; } /* Don't remove the blank before do, as otherwise the exgettext script will mistake this as a function definition */ #define v_message(msgid, ap) \ do { vfprintf (stderr, _(msgid), ap); putc ('\n', stderr); } while (0) /* Exported interface. */ /* Print an error at the location of the previously lexed token. */ void cpp_error (cpp_reader * pfile, int level, const char *msgid, ...) { source_location src_loc; va_list ap; va_start (ap, msgid); if (CPP_OPTION (pfile, client_diagnostic)) pfile->cb.error (pfile, level, _(msgid), &ap); else { if (CPP_OPTION (pfile, traditional)) { if (pfile->state.in_directive) src_loc = pfile->directive_line; else src_loc = pfile->line_table->highest_line; } else { src_loc = pfile->cur_token[-1].src_loc; } if (_cpp_begin_message (pfile, level, src_loc, 0)) v_message (msgid, ap); } va_end (ap); } /* Print an error at a specific location. */ void cpp_error_with_line (cpp_reader *pfile, int level, source_location src_loc, unsigned int column, const char *msgid, ...) { va_list ap; va_start (ap, msgid); if (_cpp_begin_message (pfile, level, src_loc, column)) v_message (msgid, ap); va_end (ap); } void cpp_errno (cpp_reader *pfile, int level, const char *msgid) { if (msgid[0] == '\0') msgid = _("stdout"); cpp_error (pfile, level, "%s: %s", msgid, xstrerror (errno)); } sdcc-2.9.0/support/cpp/libcpp/expr.c000066400000000000000000001362761116427777700173710ustar00rootroot00000000000000/* Parse C expressions for cpplib. Copyright (C) 1987, 1992, 1994, 1995, 1997, 1998, 1999, 2000, 2001, 2002, 2004 Free Software Foundation. Contributed by Per Bothner, 1994. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "config.h" #include "system.h" #include "cpplib.h" #include "internal.h" #define PART_PRECISION (sizeof (cpp_num_part) * CHAR_BIT) #define HALF_MASK (~(cpp_num_part) 0 >> (PART_PRECISION / 2)) #define LOW_PART(num_part) (num_part & HALF_MASK) #define HIGH_PART(num_part) (num_part >> (PART_PRECISION / 2)) struct op { const cpp_token *token; /* The token forming op (for diagnostics). */ cpp_num value; /* The value logically "right" of op. */ enum cpp_ttype op; }; /* Some simple utility routines on double integers. */ #define num_zerop(num) ((num.low | num.high) == 0) #define num_eq(num1, num2) (num1.low == num2.low && num1.high == num2.high) static bool num_positive (cpp_num, size_t); static bool num_greater_eq (cpp_num, cpp_num, size_t); static cpp_num num_trim (cpp_num, size_t); static cpp_num num_part_mul (cpp_num_part, cpp_num_part); static cpp_num num_unary_op (cpp_reader *, cpp_num, enum cpp_ttype); static cpp_num num_binary_op (cpp_reader *, cpp_num, cpp_num, enum cpp_ttype); static cpp_num num_negate (cpp_num, size_t); static cpp_num num_bitwise_op (cpp_reader *, cpp_num, cpp_num, enum cpp_ttype); static cpp_num num_inequality_op (cpp_reader *, cpp_num, cpp_num, enum cpp_ttype); static cpp_num num_equality_op (cpp_reader *, cpp_num, cpp_num, enum cpp_ttype); static cpp_num num_mul (cpp_reader *, cpp_num, cpp_num); static cpp_num num_div_op (cpp_reader *, cpp_num, cpp_num, enum cpp_ttype); static cpp_num num_lshift (cpp_num, size_t, size_t); static cpp_num num_rshift (cpp_num, size_t, size_t); static cpp_num append_digit (cpp_num, int, int, size_t); static cpp_num parse_defined (cpp_reader *); static cpp_num eval_token (cpp_reader *, const cpp_token *); static struct op *reduce (cpp_reader *, struct op *, enum cpp_ttype); static unsigned int interpret_float_suffix (const uchar *, size_t); static unsigned int interpret_int_suffix (const uchar *, size_t); static void check_promotion (cpp_reader *, const struct op *); /* Token type abuse to create unary plus and minus operators. */ #define CPP_UPLUS ((enum cpp_ttype) (CPP_LAST_CPP_OP + 1)) #define CPP_UMINUS ((enum cpp_ttype) (CPP_LAST_CPP_OP + 2)) /* With -O2, gcc appears to produce nice code, moving the error message load and subsequent jump completely out of the main path. */ #define SYNTAX_ERROR(msgid) \ do { cpp_error (pfile, CPP_DL_ERROR, msgid); goto syntax_error; } while(0) #define SYNTAX_ERROR2(msgid, arg) \ do { cpp_error (pfile, CPP_DL_ERROR, msgid, arg); goto syntax_error; } \ while(0) /* Subroutine of cpp_classify_number. S points to a float suffix of length LEN, possibly zero. Returns 0 for an invalid suffix, or a flag vector describing the suffix. */ static unsigned int interpret_float_suffix (const uchar *s, size_t len) { size_t f, l, w, q, i, d; size_t r, k, u, h; f = l = w = q = i = d = 0; r = k = u = h = 0; while (len--) switch (s[len]) { case 'r': case 'R': r++; break; case 'k': case 'K': k++; break; case 'u': case 'U': u++; break; case 'h': case 'H': h++; break; case 'f': case 'F': if (d > 0) return 0; f++; break; case 'l': case 'L': if (d > 0) return 0; l++; /* If there are two Ls, they must be adjacent and the same case. */ if (l == 2 && s[len] != s[len + 1]) return 0; break; case 'w': case 'W': if (d > 0) return 0; w++; break; case 'q': case 'Q': if (d > 0) return 0; q++; break; case 'i': case 'I': case 'j': case 'J': i++; break; case 'd': case 'D': d++; break; default: return 0; } if (r + k > 1 || h > 1 || l > 2 || u > 1) return 0; if (r == 1) { if (f || i || d || w || q) return 0; return (CPP_N_FRACT | (u ? CPP_N_UNSIGNED : 0) | (h ? CPP_N_SMALL : l == 2 ? CPP_N_LARGE : l == 1 ? CPP_N_MEDIUM : 0)); } if (k == 1) { if (f || i || d || w || q) return 0; return (CPP_N_ACCUM | (u ? CPP_N_UNSIGNED : 0) | (h ? CPP_N_SMALL : l == 2 ? CPP_N_LARGE : l == 1 ? CPP_N_MEDIUM : 0)); } if (f + l + w + q > 1 || i > 1 || h + u > 0) return 0; /* Allow dd, df, dl suffixes for decimal float constants. */ if (d && ((d + f + l != 2) || i)) return 0; return ((i ? CPP_N_IMAGINARY : 0) | (f ? CPP_N_SMALL : l ? CPP_N_LARGE : w ? CPP_N_MD_W : q ? CPP_N_MD_Q : CPP_N_MEDIUM) | (d ? CPP_N_DFLOAT : 0)); } /* Subroutine of cpp_classify_number. S points to an integer suffix of length LEN, possibly zero. Returns 0 for an invalid suffix, or a flag vector describing the suffix. */ static unsigned int interpret_int_suffix (const uchar *s, size_t len) { size_t u, l, i; u = l = i = 0; while (len--) switch (s[len]) { case 'u': case 'U': u++; break; case 'i': case 'I': case 'j': case 'J': i++; break; case 'l': case 'L': l++; /* If there are two Ls, they must be adjacent and the same case. */ if (l == 2 && s[len] != s[len + 1]) return 0; break; default: return 0; } if (l > 2 || u > 1 || i > 1) return 0; return ((i ? CPP_N_IMAGINARY : 0) | (u ? CPP_N_UNSIGNED : 0) | ((l == 0) ? CPP_N_SMALL : (l == 1) ? CPP_N_MEDIUM : CPP_N_LARGE)); } /* Categorize numeric constants according to their field (integer, floating point, or invalid), radix (decimal, octal, hexadecimal), and type suffixes. */ unsigned int cpp_classify_number (cpp_reader *pfile, const cpp_token *token) { const uchar *str = token->val.str.text; const uchar *limit; unsigned int max_digit, result, radix; enum {NOT_FLOAT = 0, AFTER_POINT, AFTER_EXPON} float_flag; /* If the lexer has done its job, length one can only be a single digit. Fast-path this very common case. */ if (token->val.str.len == 1) return CPP_N_INTEGER | CPP_N_SMALL | CPP_N_DECIMAL; limit = str + token->val.str.len; float_flag = NOT_FLOAT; max_digit = 0; radix = 10; /* First, interpret the radix. */ if (*str == '0') { radix = 8; str++; /* Require at least one hex digit to classify it as hex. */ if ((*str == 'x' || *str == 'X') && (str[1] == '.' || ISXDIGIT (str[1]))) { radix = 16; str++; } else if ((*str == 'b' || *str == 'B') && (str[1] == '0' || str[1] == '1')) { radix = 2; str++; } } /* Now scan for a well-formed integer or float. */ for (;;) { unsigned int c = *str++; if (ISDIGIT (c) || (ISXDIGIT (c) && radix == 16)) { c = hex_value (c); if (c > max_digit) max_digit = c; } else if (c == '.') { if (float_flag == NOT_FLOAT) float_flag = AFTER_POINT; else SYNTAX_ERROR ("too many decimal points in number"); } else if ((radix <= 10 && (c == 'e' || c == 'E')) || (radix == 16 && (c == 'p' || c == 'P'))) { float_flag = AFTER_EXPON; break; } else { /* Start of suffix. */ str--; break; } } /* The suffix may be for decimal fixed-point constants without exponent. */ if (radix != 16 && float_flag == NOT_FLOAT) { result = interpret_float_suffix (str, limit - str); if ((result & CPP_N_FRACT) || (result & CPP_N_ACCUM)) { result |= CPP_N_FLOATING; /* We need to restore the radix to 10, if the radix is 8. */ if (radix == 8) radix = 10; if (CPP_PEDANTIC (pfile)) cpp_error (pfile, CPP_DL_PEDWARN, "fixed-point constants are a GCC extension"); goto syntax_ok; } else result = 0; } if (float_flag != NOT_FLOAT && radix == 8) radix = 10; if (max_digit >= radix) { if (radix == 2) SYNTAX_ERROR2 ("invalid digit \"%c\" in binary constant", '0' + max_digit); else SYNTAX_ERROR2 ("invalid digit \"%c\" in octal constant", '0' + max_digit); } if (float_flag != NOT_FLOAT) { if (radix == 2) { cpp_error (pfile, CPP_DL_ERROR, "invalid prefix \"0b\" for floating constant"); return CPP_N_INVALID; } if (radix == 16 && CPP_PEDANTIC (pfile) && !CPP_OPTION (pfile, c99)) cpp_error (pfile, CPP_DL_PEDWARN, "use of C99 hexadecimal floating constant"); if (float_flag == AFTER_EXPON) { if (*str == '+' || *str == '-') str++; /* Exponent is decimal, even if string is a hex float. */ if (!ISDIGIT (*str)) SYNTAX_ERROR ("exponent has no digits"); do str++; while (ISDIGIT (*str)); } else if (radix == 16) SYNTAX_ERROR ("hexadecimal floating constants require an exponent"); result = interpret_float_suffix (str, limit - str); if (result == 0) { cpp_error (pfile, CPP_DL_ERROR, "invalid suffix \"%.*s\" on floating constant", (int) (limit - str), str); return CPP_N_INVALID; } /* Traditional C didn't accept any floating suffixes. */ if (limit != str && CPP_WTRADITIONAL (pfile) && ! cpp_sys_macro_p (pfile)) cpp_error (pfile, CPP_DL_WARNING, "traditional C rejects the \"%.*s\" suffix", (int) (limit - str), str); /* Radix must be 10 for decimal floats. */ if ((result & CPP_N_DFLOAT) && radix != 10) { cpp_error (pfile, CPP_DL_ERROR, "invalid suffix \"%.*s\" with hexadecimal floating constant", (int) (limit - str), str); return CPP_N_INVALID; } if ((result & (CPP_N_FRACT | CPP_N_ACCUM)) && CPP_PEDANTIC (pfile)) cpp_error (pfile, CPP_DL_PEDWARN, "fixed-point constants are a GCC extension"); if ((result & CPP_N_DFLOAT) && CPP_PEDANTIC (pfile)) cpp_error (pfile, CPP_DL_PEDWARN, "decimal float constants are a GCC extension"); result |= CPP_N_FLOATING; } else { result = interpret_int_suffix (str, limit - str); if (result == 0) { cpp_error (pfile, CPP_DL_ERROR, "invalid suffix \"%.*s\" on integer constant", (int) (limit - str), str); return CPP_N_INVALID; } /* Traditional C only accepted the 'L' suffix. Suppress warning about 'LL' with -Wno-long-long. */ if (CPP_WTRADITIONAL (pfile) && ! cpp_sys_macro_p (pfile)) { int u_or_i = (result & (CPP_N_UNSIGNED|CPP_N_IMAGINARY)); int large = (result & CPP_N_WIDTH) == CPP_N_LARGE; if (u_or_i || (large && CPP_OPTION (pfile, warn_long_long))) cpp_error (pfile, CPP_DL_WARNING, "traditional C rejects the \"%.*s\" suffix", (int) (limit - str), str); } if ((result & CPP_N_WIDTH) == CPP_N_LARGE && ! CPP_OPTION (pfile, c99) && CPP_OPTION (pfile, warn_long_long)) cpp_error (pfile, CPP_DL_PEDWARN, "use of C99 long long integer constant"); result |= CPP_N_INTEGER; } syntax_ok: if ((result & CPP_N_IMAGINARY) && CPP_PEDANTIC (pfile)) cpp_error (pfile, CPP_DL_PEDWARN, "imaginary constants are a GCC extension"); if (radix == 2 && CPP_PEDANTIC (pfile)) cpp_error (pfile, CPP_DL_PEDWARN, "binary constants are a GCC extension"); if (radix == 10) result |= CPP_N_DECIMAL; else if (radix == 16) result |= CPP_N_HEX; else if (radix == 2) result |= CPP_N_BINARY; else result |= CPP_N_OCTAL; return result; syntax_error: return CPP_N_INVALID; } /* cpp_interpret_integer converts an integer constant into a cpp_num, of precision options->precision. We do not provide any interface for decimal->float conversion, because the preprocessor doesn't need it and we don't want to drag in GCC's floating point emulator. */ cpp_num cpp_interpret_integer (cpp_reader *pfile, const cpp_token *token, unsigned int type) { const uchar *p, *end; cpp_num result; result.low = 0; result.high = 0; result.unsignedp = !!(type & CPP_N_UNSIGNED); result.overflow = false; p = token->val.str.text; end = p + token->val.str.len; /* Common case of a single digit. */ if (token->val.str.len == 1) result.low = p[0] - '0'; else { cpp_num_part max; size_t precision = CPP_OPTION (pfile, precision); unsigned int base = 10, c = 0; bool overflow = false; if ((type & CPP_N_RADIX) == CPP_N_OCTAL) { base = 8; p++; } else if ((type & CPP_N_RADIX) == CPP_N_HEX) { base = 16; p += 2; } else if ((type & CPP_N_RADIX) == CPP_N_BINARY) { base = 2; p += 2; } /* We can add a digit to numbers strictly less than this without needing the precision and slowness of double integers. */ max = ~(cpp_num_part) 0; if (precision < PART_PRECISION) max >>= PART_PRECISION - precision; max = (max - base + 1) / base + 1; for (; p < end; p++) { c = *p; if (ISDIGIT (c) || (base == 16 && ISXDIGIT (c))) c = hex_value (c); else break; /* Strict inequality for when max is set to zero. */ if (result.low < max) result.low = result.low * base + c; else { result = append_digit (result, c, base, precision); overflow |= result.overflow; max = 0; } } if (overflow) cpp_error (pfile, CPP_DL_PEDWARN, "integer constant is too large for its type"); /* If too big to be signed, consider it unsigned. Only warn for decimal numbers. Traditional numbers were always signed (but we still honor an explicit U suffix); but we only have traditional semantics in directives. */ else if (!result.unsignedp && !(CPP_OPTION (pfile, traditional) && pfile->state.in_directive) && !num_positive (result, precision)) { if (base == 10) cpp_error (pfile, CPP_DL_WARNING, "integer constant is so large that it is unsigned"); result.unsignedp = true; } } return result; } /* Append DIGIT to NUM, a number of PRECISION bits being read in base BASE. */ static cpp_num append_digit (cpp_num num, int digit, int base, size_t precision) { cpp_num result; unsigned int shift; bool overflow; cpp_num_part add_high, add_low; /* Multiply by 2, 8 or 16. Catching this overflow here means we don't need to worry about add_high overflowing. */ switch (base) { case 2: shift = 1; break; case 16: shift = 4; break; default: shift = 3; } overflow = !!(num.high >> (PART_PRECISION - shift)); result.high = num.high << shift; result.low = num.low << shift; result.high |= num.low >> (PART_PRECISION - shift); result.unsignedp = num.unsignedp; if (base == 10) { add_low = num.low << 1; add_high = (num.high << 1) + (num.low >> (PART_PRECISION - 1)); } else add_high = add_low = 0; if (add_low + digit < add_low) add_high++; add_low += digit; if (result.low + add_low < result.low) add_high++; if (result.high + add_high < result.high) overflow = true; result.low += add_low; result.high += add_high; result.overflow = overflow; /* The above code catches overflow of a cpp_num type. This catches overflow of the (possibly shorter) target precision. */ num.low = result.low; num.high = result.high; result = num_trim (result, precision); if (!num_eq (result, num)) result.overflow = true; return result; } /* Handle meeting "defined" in a preprocessor expression. */ static cpp_num parse_defined (cpp_reader *pfile) { cpp_num result; int paren = 0; cpp_hashnode *node = 0; const cpp_token *token; cpp_context *initial_context = pfile->context; /* Don't expand macros. */ pfile->state.prevent_expansion++; token = cpp_get_token (pfile); if (token->type == CPP_OPEN_PAREN) { paren = 1; token = cpp_get_token (pfile); } if (token->type == CPP_NAME) { node = token->val.node; if (paren && cpp_get_token (pfile)->type != CPP_CLOSE_PAREN) { cpp_error (pfile, CPP_DL_ERROR, "missing ')' after \"defined\""); node = 0; } } else { cpp_error (pfile, CPP_DL_ERROR, "operator \"defined\" requires an identifier"); if (token->flags & NAMED_OP) { cpp_token op; op.flags = 0; op.type = token->type; cpp_error (pfile, CPP_DL_ERROR, "(\"%s\" is an alternative token for \"%s\" in C++)", cpp_token_as_text (pfile, token), cpp_token_as_text (pfile, &op)); } } if (node) { if (pfile->context != initial_context && CPP_PEDANTIC (pfile)) cpp_error (pfile, CPP_DL_WARNING, "this use of \"defined\" may not be portable"); _cpp_mark_macro_used (node); /* A possible controlling macro of the form #if !defined (). _cpp_parse_expr checks there was no other junk on the line. */ pfile->mi_ind_cmacro = node; } pfile->state.prevent_expansion--; result.unsignedp = false; result.high = 0; result.overflow = false; result.low = node && node->type == NT_MACRO; return result; } /* Convert a token into a CPP_NUMBER (an interpreted preprocessing number or character constant, or the result of the "defined" or "#" operators). */ static cpp_num eval_token (cpp_reader *pfile, const cpp_token *token) { cpp_num result; unsigned int temp; int unsignedp = 0; result.unsignedp = false; result.overflow = false; switch (token->type) { case CPP_NUMBER: temp = cpp_classify_number (pfile, token); switch (temp & CPP_N_CATEGORY) { case CPP_N_FLOATING: cpp_error (pfile, CPP_DL_ERROR, "floating constant in preprocessor expression"); break; case CPP_N_INTEGER: if (!(temp & CPP_N_IMAGINARY)) return cpp_interpret_integer (pfile, token, temp); cpp_error (pfile, CPP_DL_ERROR, "imaginary number in preprocessor expression"); break; case CPP_N_INVALID: /* Error already issued. */ break; } result.high = result.low = 0; break; case CPP_WCHAR: case CPP_CHAR: { cppchar_t cc = cpp_interpret_charconst (pfile, token, &temp, &unsignedp); result.high = 0; result.low = cc; /* Sign-extend the result if necessary. */ if (!unsignedp && (cppchar_signed_t) cc < 0) { if (PART_PRECISION > BITS_PER_CPPCHAR_T) result.low |= ~(~(cpp_num_part) 0 >> (PART_PRECISION - BITS_PER_CPPCHAR_T)); result.high = ~(cpp_num_part) 0; result = num_trim (result, CPP_OPTION (pfile, precision)); } } break; case CPP_NAME: if (token->val.node == pfile->spec_nodes.n_defined) return parse_defined (pfile); else if (CPP_OPTION (pfile, cplusplus) && (token->val.node == pfile->spec_nodes.n_true || token->val.node == pfile->spec_nodes.n_false)) { result.high = 0; result.low = (token->val.node == pfile->spec_nodes.n_true); } else { result.high = 0; result.low = 0; if (CPP_OPTION (pfile, warn_undef) && !pfile->state.skip_eval) cpp_error (pfile, CPP_DL_WARNING, "\"%s\" is not defined", NODE_NAME (token->val.node)); } break; default: /* CPP_HASH */ _cpp_test_assertion (pfile, &temp); result.high = 0; result.low = temp; } result.unsignedp = !!unsignedp; return result; } /* Operator precedence and flags table. After an operator is returned from the lexer, if it has priority less than the operator on the top of the stack, we reduce the stack by one operator and repeat the test. Since equal priorities do not reduce, this is naturally right-associative. We handle left-associative operators by decrementing the priority of just-lexed operators by one, but retaining the priority of operators already on the stack. The remaining cases are '(' and ')'. We handle '(' by skipping the reduction phase completely. ')' is given lower priority than everything else, including '(', effectively forcing a reduction of the parenthesized expression. If there is a matching '(', the routine reduce() exits immediately. If the normal exit route sees a ')', then there cannot have been a matching '(' and an error message is output. The parser assumes all shifted operators require a left operand unless the flag NO_L_OPERAND is set. These semantics are automatic; any extra semantics need to be handled with operator-specific code. */ /* Flags. If CHECK_PROMOTION, we warn if the effective sign of an operand changes because of integer promotions. */ #define NO_L_OPERAND (1 << 0) #define LEFT_ASSOC (1 << 1) #define CHECK_PROMOTION (1 << 2) /* Operator to priority map. Must be in the same order as the first N entries of enum cpp_ttype. */ static const struct cpp_operator { uchar prio; uchar flags; } optab[] = { /* EQ */ {0, 0}, /* Shouldn't happen. */ /* NOT */ {16, NO_L_OPERAND}, /* GREATER */ {12, LEFT_ASSOC | CHECK_PROMOTION}, /* LESS */ {12, LEFT_ASSOC | CHECK_PROMOTION}, /* PLUS */ {14, LEFT_ASSOC | CHECK_PROMOTION}, /* MINUS */ {14, LEFT_ASSOC | CHECK_PROMOTION}, /* MULT */ {15, LEFT_ASSOC | CHECK_PROMOTION}, /* DIV */ {15, LEFT_ASSOC | CHECK_PROMOTION}, /* MOD */ {15, LEFT_ASSOC | CHECK_PROMOTION}, /* AND */ {9, LEFT_ASSOC | CHECK_PROMOTION}, /* OR */ {7, LEFT_ASSOC | CHECK_PROMOTION}, /* XOR */ {8, LEFT_ASSOC | CHECK_PROMOTION}, /* RSHIFT */ {13, LEFT_ASSOC}, /* LSHIFT */ {13, LEFT_ASSOC}, /* COMPL */ {16, NO_L_OPERAND}, /* AND_AND */ {6, LEFT_ASSOC}, /* OR_OR */ {5, LEFT_ASSOC}, /* QUERY */ {3, 0}, /* COLON */ {4, LEFT_ASSOC | CHECK_PROMOTION}, /* COMMA */ {2, LEFT_ASSOC}, /* OPEN_PAREN */ {1, NO_L_OPERAND}, /* CLOSE_PAREN */ {0, 0}, /* EOF */ {0, 0}, /* EQ_EQ */ {11, LEFT_ASSOC}, /* NOT_EQ */ {11, LEFT_ASSOC}, /* GREATER_EQ */ {12, LEFT_ASSOC | CHECK_PROMOTION}, /* LESS_EQ */ {12, LEFT_ASSOC | CHECK_PROMOTION}, /* UPLUS */ {16, NO_L_OPERAND}, /* UMINUS */ {16, NO_L_OPERAND} }; /* Parse and evaluate a C expression, reading from PFILE. Returns the truth value of the expression. The implementation is an operator precedence parser, i.e. a bottom-up parser, using a stack for not-yet-reduced tokens. The stack base is op_stack, and the current stack pointer is 'top'. There is a stack element for each operator (only), and the most recently pushed operator is 'top->op'. An operand (value) is stored in the 'value' field of the stack element of the operator that precedes it. */ bool _cpp_parse_expr (cpp_reader *pfile) { struct op *top = pfile->op_stack; unsigned int lex_count; bool saw_leading_not, want_value = true; pfile->state.skip_eval = 0; /* Set up detection of #if ! defined(). */ pfile->mi_ind_cmacro = 0; saw_leading_not = false; lex_count = 0; /* Lowest priority operator prevents further reductions. */ top->op = CPP_EOF; for (;;) { struct op op; lex_count++; op.token = cpp_get_token (pfile); op.op = op.token->type; switch (op.op) { /* These tokens convert into values. */ case CPP_NUMBER: case CPP_CHAR: case CPP_WCHAR: case CPP_NAME: case CPP_HASH: if (!want_value) SYNTAX_ERROR2 ("missing binary operator before token \"%s\"", cpp_token_as_text (pfile, op.token)); want_value = false; top->value = eval_token (pfile, op.token); continue; case CPP_NOT: saw_leading_not = lex_count == 1; break; case CPP_PLUS: if (want_value) op.op = CPP_UPLUS; break; case CPP_MINUS: if (want_value) op.op = CPP_UMINUS; break; default: if ((int) op.op <= (int) CPP_EQ || (int) op.op >= (int) CPP_PLUS_EQ) SYNTAX_ERROR2 ("token \"%s\" is not valid in preprocessor expressions", cpp_token_as_text (pfile, op.token)); break; } /* Check we have a value or operator as appropriate. */ if (optab[op.op].flags & NO_L_OPERAND) { if (!want_value) SYNTAX_ERROR2 ("missing binary operator before token \"%s\"", cpp_token_as_text (pfile, op.token)); } else if (want_value) { /* We want a number (or expression) and haven't got one. Try to emit a specific diagnostic. */ if (op.op == CPP_CLOSE_PAREN && top->op == CPP_OPEN_PAREN) SYNTAX_ERROR ("missing expression between '(' and ')'"); if (op.op == CPP_EOF && top->op == CPP_EOF) SYNTAX_ERROR ("#if with no expression"); if (top->op != CPP_EOF && top->op != CPP_OPEN_PAREN) SYNTAX_ERROR2 ("operator '%s' has no right operand", cpp_token_as_text (pfile, top->token)); else if (op.op == CPP_CLOSE_PAREN || op.op == CPP_EOF) /* Complain about missing paren during reduction. */; else SYNTAX_ERROR2 ("operator '%s' has no left operand", cpp_token_as_text (pfile, op.token)); } top = reduce (pfile, top, op.op); if (!top) goto syntax_error; if (op.op == CPP_EOF) break; switch (op.op) { case CPP_CLOSE_PAREN: continue; case CPP_OR_OR: if (!num_zerop (top->value)) pfile->state.skip_eval++; break; case CPP_AND_AND: case CPP_QUERY: if (num_zerop (top->value)) pfile->state.skip_eval++; break; case CPP_COLON: if (top->op != CPP_QUERY) SYNTAX_ERROR (" ':' without preceding '?'"); if (!num_zerop (top[-1].value)) /* Was '?' condition true? */ pfile->state.skip_eval++; else pfile->state.skip_eval--; default: break; } want_value = true; /* Check for and handle stack overflow. */ if (++top == pfile->op_limit) top = _cpp_expand_op_stack (pfile); top->op = op.op; top->token = op.token; } /* The controlling macro expression is only valid if we called lex 3 times: and . push_conditional () checks that we are at top-of-file. */ if (pfile->mi_ind_cmacro && !(saw_leading_not && lex_count == 3)) pfile->mi_ind_cmacro = 0; if (top != pfile->op_stack) { cpp_error (pfile, CPP_DL_ICE, "unbalanced stack in #if"); syntax_error: return false; /* Return false on syntax error. */ } return !num_zerop (top->value); } /* Reduce the operator / value stack if possible, in preparation for pushing operator OP. Returns NULL on error, otherwise the top of the stack. */ static struct op * reduce (cpp_reader *pfile, struct op *top, enum cpp_ttype op) { unsigned int prio; if (top->op <= CPP_EQ || top->op > CPP_LAST_CPP_OP + 2) { bad_op: cpp_error (pfile, CPP_DL_ICE, "impossible operator '%u'", top->op); return 0; } if (op == CPP_OPEN_PAREN) return top; /* Decrement the priority of left-associative operators to force a reduction with operators of otherwise equal priority. */ prio = optab[op].prio - ((optab[op].flags & LEFT_ASSOC) != 0); while (prio < optab[top->op].prio) { if (CPP_OPTION (pfile, warn_num_sign_change) && optab[top->op].flags & CHECK_PROMOTION) check_promotion (pfile, top); switch (top->op) { case CPP_UPLUS: case CPP_UMINUS: case CPP_NOT: case CPP_COMPL: top[-1].value = num_unary_op (pfile, top->value, top->op); break; case CPP_PLUS: case CPP_MINUS: case CPP_RSHIFT: case CPP_LSHIFT: case CPP_COMMA: top[-1].value = num_binary_op (pfile, top[-1].value, top->value, top->op); break; case CPP_GREATER: case CPP_LESS: case CPP_GREATER_EQ: case CPP_LESS_EQ: top[-1].value = num_inequality_op (pfile, top[-1].value, top->value, top->op); break; case CPP_EQ_EQ: case CPP_NOT_EQ: top[-1].value = num_equality_op (pfile, top[-1].value, top->value, top->op); break; case CPP_AND: case CPP_OR: case CPP_XOR: top[-1].value = num_bitwise_op (pfile, top[-1].value, top->value, top->op); break; case CPP_MULT: top[-1].value = num_mul (pfile, top[-1].value, top->value); break; case CPP_DIV: case CPP_MOD: top[-1].value = num_div_op (pfile, top[-1].value, top->value, top->op); break; case CPP_OR_OR: top--; if (!num_zerop (top->value)) pfile->state.skip_eval--; top->value.low = (!num_zerop (top->value) || !num_zerop (top[1].value)); top->value.high = 0; top->value.unsignedp = false; top->value.overflow = false; continue; case CPP_AND_AND: top--; if (num_zerop (top->value)) pfile->state.skip_eval--; top->value.low = (!num_zerop (top->value) && !num_zerop (top[1].value)); top->value.high = 0; top->value.unsignedp = false; top->value.overflow = false; continue; case CPP_OPEN_PAREN: if (op != CPP_CLOSE_PAREN) { cpp_error (pfile, CPP_DL_ERROR, "missing ')' in expression"); return 0; } top--; top->value = top[1].value; return top; case CPP_COLON: top -= 2; if (!num_zerop (top->value)) { pfile->state.skip_eval--; top->value = top[1].value; } else top->value = top[2].value; top->value.unsignedp = (top[1].value.unsignedp || top[2].value.unsignedp); continue; case CPP_QUERY: cpp_error (pfile, CPP_DL_ERROR, "'?' without following ':'"); return 0; default: goto bad_op; } top--; if (top->value.overflow && !pfile->state.skip_eval) cpp_error (pfile, CPP_DL_PEDWARN, "integer overflow in preprocessor expression"); } if (op == CPP_CLOSE_PAREN) { cpp_error (pfile, CPP_DL_ERROR, "missing '(' in expression"); return 0; } return top; } /* Returns the position of the old top of stack after expansion. */ struct op * _cpp_expand_op_stack (cpp_reader *pfile) { size_t old_size = (size_t) (pfile->op_limit - pfile->op_stack); size_t new_size = old_size * 2 + 20; pfile->op_stack = XRESIZEVEC (struct op, pfile->op_stack, new_size); pfile->op_limit = pfile->op_stack + new_size; return pfile->op_stack + old_size; } /* Emits a warning if the effective sign of either operand of OP changes because of integer promotions. */ static void check_promotion (cpp_reader *pfile, const struct op *op) { if (op->value.unsignedp == op[-1].value.unsignedp) return; if (op->value.unsignedp) { if (!num_positive (op[-1].value, CPP_OPTION (pfile, precision))) cpp_error (pfile, CPP_DL_WARNING, "the left operand of \"%s\" changes sign when promoted", cpp_token_as_text (pfile, op->token)); } else if (!num_positive (op->value, CPP_OPTION (pfile, precision))) cpp_error (pfile, CPP_DL_WARNING, "the right operand of \"%s\" changes sign when promoted", cpp_token_as_text (pfile, op->token)); } /* Clears the unused high order bits of the number pointed to by PNUM. */ static cpp_num num_trim (cpp_num num, size_t precision) { if (precision > PART_PRECISION) { precision -= PART_PRECISION; if (precision < PART_PRECISION) num.high &= ((cpp_num_part) 1 << precision) - 1; } else { if (precision < PART_PRECISION) num.low &= ((cpp_num_part) 1 << precision) - 1; num.high = 0; } return num; } /* True iff A (presumed signed) >= 0. */ static bool num_positive (cpp_num num, size_t precision) { if (precision > PART_PRECISION) { precision -= PART_PRECISION; return (num.high & (cpp_num_part) 1 << (precision - 1)) == 0; } return (num.low & (cpp_num_part) 1 << (precision - 1)) == 0; } /* Sign extend a number, with PRECISION significant bits and all others assumed clear, to fill out a cpp_num structure. */ cpp_num cpp_num_sign_extend (cpp_num num, size_t precision) { if (!num.unsignedp) { if (precision > PART_PRECISION) { precision -= PART_PRECISION; if (precision < PART_PRECISION && (num.high & (cpp_num_part) 1 << (precision - 1))) num.high |= ~(~(cpp_num_part) 0 >> (PART_PRECISION - precision)); } else if (num.low & (cpp_num_part) 1 << (precision - 1)) { if (precision < PART_PRECISION) num.low |= ~(~(cpp_num_part) 0 >> (PART_PRECISION - precision)); num.high = ~(cpp_num_part) 0; } } return num; } /* Returns the negative of NUM. */ static cpp_num num_negate (cpp_num num, size_t precision) { cpp_num copy; copy = num; num.high = ~num.high; num.low = ~num.low; if (++num.low == 0) num.high++; num = num_trim (num, precision); num.overflow = (!num.unsignedp && num_eq (num, copy) && !num_zerop (num)); return num; } /* Returns true if A >= B. */ static bool num_greater_eq (cpp_num pa, cpp_num pb, size_t precision) { bool unsignedp; unsignedp = pa.unsignedp || pb.unsignedp; if (!unsignedp) { /* Both numbers have signed type. If they are of different sign, the answer is the sign of A. */ unsignedp = num_positive (pa, precision); if (unsignedp != num_positive (pb, precision)) return unsignedp; /* Otherwise we can do an unsigned comparison. */ } return (pa.high > pb.high) || (pa.high == pb.high && pa.low >= pb.low); } /* Returns LHS OP RHS, where OP is a bit-wise operation. */ static cpp_num num_bitwise_op (cpp_reader *pfile ATTRIBUTE_UNUSED, cpp_num lhs, cpp_num rhs, enum cpp_ttype op) { lhs.overflow = false; lhs.unsignedp = lhs.unsignedp || rhs.unsignedp; /* As excess precision is zeroed, there is no need to num_trim () as these operations cannot introduce a set bit there. */ if (op == CPP_AND) { lhs.low &= rhs.low; lhs.high &= rhs.high; } else if (op == CPP_OR) { lhs.low |= rhs.low; lhs.high |= rhs.high; } else { lhs.low ^= rhs.low; lhs.high ^= rhs.high; } return lhs; } /* Returns LHS OP RHS, where OP is an inequality. */ static cpp_num num_inequality_op (cpp_reader *pfile, cpp_num lhs, cpp_num rhs, enum cpp_ttype op) { bool gte = num_greater_eq (lhs, rhs, CPP_OPTION (pfile, precision)); if (op == CPP_GREATER_EQ) lhs.low = gte; else if (op == CPP_LESS) lhs.low = !gte; else if (op == CPP_GREATER) lhs.low = gte && !num_eq (lhs, rhs); else /* CPP_LESS_EQ. */ lhs.low = !gte || num_eq (lhs, rhs); lhs.high = 0; lhs.overflow = false; lhs.unsignedp = false; return lhs; } /* Returns LHS OP RHS, where OP is == or !=. */ static cpp_num num_equality_op (cpp_reader *pfile ATTRIBUTE_UNUSED, cpp_num lhs, cpp_num rhs, enum cpp_ttype op) { /* Work around a 3.0.4 bug; see PR 6950. */ bool eq = num_eq (lhs, rhs); if (op == CPP_NOT_EQ) eq = !eq; lhs.low = eq; lhs.high = 0; lhs.overflow = false; lhs.unsignedp = false; return lhs; } /* Shift NUM, of width PRECISION, right by N bits. */ static cpp_num num_rshift (cpp_num num, size_t precision, size_t n) { cpp_num_part sign_mask; bool x = num_positive (num, precision); if (num.unsignedp || x) sign_mask = 0; else sign_mask = ~(cpp_num_part) 0; if (n >= precision) num.high = num.low = sign_mask; else { /* Sign-extend. */ if (precision < PART_PRECISION) num.high = sign_mask, num.low |= sign_mask << precision; else if (precision < 2 * PART_PRECISION) num.high |= sign_mask << (precision - PART_PRECISION); if (n >= PART_PRECISION) { n -= PART_PRECISION; num.low = num.high; num.high = sign_mask; } if (n) { num.low = (num.low >> n) | (num.high << (PART_PRECISION - n)); num.high = (num.high >> n) | (sign_mask << (PART_PRECISION - n)); } } num = num_trim (num, precision); num.overflow = false; return num; } /* Shift NUM, of width PRECISION, left by N bits. */ static cpp_num num_lshift (cpp_num num, size_t precision, size_t n) { if (n >= precision) { num.overflow = !num.unsignedp && !num_zerop (num); num.high = num.low = 0; } else { cpp_num orig, maybe_orig; size_t m = n; orig = num; if (m >= PART_PRECISION) { m -= PART_PRECISION; num.high = num.low; num.low = 0; } if (m) { num.high = (num.high << m) | (num.low >> (PART_PRECISION - m)); num.low <<= m; } num = num_trim (num, precision); if (num.unsignedp) num.overflow = false; else { maybe_orig = num_rshift (num, precision, n); num.overflow = !num_eq (orig, maybe_orig); } } return num; } /* The four unary operators: +, -, ! and ~. */ static cpp_num num_unary_op (cpp_reader *pfile, cpp_num num, enum cpp_ttype op) { switch (op) { case CPP_UPLUS: if (CPP_WTRADITIONAL (pfile) && !pfile->state.skip_eval) cpp_error (pfile, CPP_DL_WARNING, "traditional C rejects the unary plus operator"); num.overflow = false; break; case CPP_UMINUS: num = num_negate (num, CPP_OPTION (pfile, precision)); break; case CPP_COMPL: num.high = ~num.high; num.low = ~num.low; num = num_trim (num, CPP_OPTION (pfile, precision)); num.overflow = false; break; default: /* case CPP_NOT: */ num.low = num_zerop (num); num.high = 0; num.overflow = false; num.unsignedp = false; break; } return num; } /* The various binary operators. */ static cpp_num num_binary_op (cpp_reader *pfile, cpp_num lhs, cpp_num rhs, enum cpp_ttype op) { cpp_num result; size_t precision = CPP_OPTION (pfile, precision); size_t n; switch (op) { /* Shifts. */ case CPP_LSHIFT: case CPP_RSHIFT: if (!rhs.unsignedp && !num_positive (rhs, precision)) { /* A negative shift is a positive shift the other way. */ if (op == CPP_LSHIFT) op = CPP_RSHIFT; else op = CPP_LSHIFT; rhs = num_negate (rhs, precision); } if (rhs.high) n = ~0; /* Maximal. */ else n = rhs.low; if (op == CPP_LSHIFT) lhs = num_lshift (lhs, precision, n); else lhs = num_rshift (lhs, precision, n); break; /* Arithmetic. */ case CPP_MINUS: rhs = num_negate (rhs, precision); case CPP_PLUS: result.low = lhs.low + rhs.low; result.high = lhs.high + rhs.high; if (result.low < lhs.low) result.high++; result.unsignedp = lhs.unsignedp || rhs.unsignedp; result.overflow = false; result = num_trim (result, precision); if (!result.unsignedp) { bool lhsp = num_positive (lhs, precision); result.overflow = (lhsp == num_positive (rhs, precision) && lhsp != num_positive (result, precision)); } return result; /* Comma. */ default: /* case CPP_COMMA: */ if (CPP_PEDANTIC (pfile) && (!CPP_OPTION (pfile, c99) || !pfile->state.skip_eval)) cpp_error (pfile, CPP_DL_PEDWARN, "comma operator in operand of #if"); lhs = rhs; break; } return lhs; } /* Multiplies two unsigned cpp_num_parts to give a cpp_num. This cannot overflow. */ static cpp_num num_part_mul (cpp_num_part lhs, cpp_num_part rhs) { cpp_num result; cpp_num_part middle[2], temp; result.low = LOW_PART (lhs) * LOW_PART (rhs); result.high = HIGH_PART (lhs) * HIGH_PART (rhs); middle[0] = LOW_PART (lhs) * HIGH_PART (rhs); middle[1] = HIGH_PART (lhs) * LOW_PART (rhs); temp = result.low; result.low += LOW_PART (middle[0]) << (PART_PRECISION / 2); if (result.low < temp) result.high++; temp = result.low; result.low += LOW_PART (middle[1]) << (PART_PRECISION / 2); if (result.low < temp) result.high++; result.high += HIGH_PART (middle[0]); result.high += HIGH_PART (middle[1]); result.unsignedp = true; result.overflow = false; return result; } /* Multiply two preprocessing numbers. */ static cpp_num num_mul (cpp_reader *pfile, cpp_num lhs, cpp_num rhs) { cpp_num result, temp; bool unsignedp = lhs.unsignedp || rhs.unsignedp; bool overflow, negate = false; size_t precision = CPP_OPTION (pfile, precision); /* Prepare for unsigned multiplication. */ if (!unsignedp) { if (!num_positive (lhs, precision)) negate = !negate, lhs = num_negate (lhs, precision); if (!num_positive (rhs, precision)) negate = !negate, rhs = num_negate (rhs, precision); } overflow = lhs.high && rhs.high; result = num_part_mul (lhs.low, rhs.low); temp = num_part_mul (lhs.high, rhs.low); result.high += temp.low; if (temp.high) overflow = true; temp = num_part_mul (lhs.low, rhs.high); result.high += temp.low; if (temp.high) overflow = true; temp.low = result.low, temp.high = result.high; result = num_trim (result, precision); if (!num_eq (result, temp)) overflow = true; if (negate) result = num_negate (result, precision); if (unsignedp) result.overflow = false; else result.overflow = overflow || (num_positive (result, precision) ^ !negate && !num_zerop (result)); result.unsignedp = unsignedp; return result; } /* Divide two preprocessing numbers, returning the answer or the remainder depending upon OP. */ static cpp_num num_div_op (cpp_reader *pfile, cpp_num lhs, cpp_num rhs, enum cpp_ttype op) { cpp_num result, sub; cpp_num_part mask; bool unsignedp = lhs.unsignedp || rhs.unsignedp; bool negate = false, lhs_neg = false; size_t i, precision = CPP_OPTION (pfile, precision); /* Prepare for unsigned division. */ if (!unsignedp) { if (!num_positive (lhs, precision)) negate = !negate, lhs_neg = true, lhs = num_negate (lhs, precision); if (!num_positive (rhs, precision)) negate = !negate, rhs = num_negate (rhs, precision); } /* Find the high bit. */ if (rhs.high) { i = precision - 1; mask = (cpp_num_part) 1 << (i - PART_PRECISION); for (; ; i--, mask >>= 1) if (rhs.high & mask) break; } else if (rhs.low) { if (precision > PART_PRECISION) i = precision - PART_PRECISION - 1; else i = precision - 1; mask = (cpp_num_part) 1 << i; for (; ; i--, mask >>= 1) if (rhs.low & mask) break; } else { if (!pfile->state.skip_eval) cpp_error (pfile, CPP_DL_ERROR, "division by zero in #if"); return lhs; } /* First nonzero bit of RHS is bit I. Do naive division by shifting the RHS fully left, and subtracting from LHS if LHS is at least as big, and then repeating but with one less shift. This is not very efficient, but is easy to understand. */ rhs.unsignedp = true; lhs.unsignedp = true; i = precision - i - 1; sub = num_lshift (rhs, precision, i); result.high = result.low = 0; for (;;) { if (num_greater_eq (lhs, sub, precision)) { lhs = num_binary_op (pfile, lhs, sub, CPP_MINUS); if (i >= PART_PRECISION) result.high |= (cpp_num_part) 1 << (i - PART_PRECISION); else result.low |= (cpp_num_part) 1 << i; } if (i-- == 0) break; sub.low = (sub.low >> 1) | (sub.high << (PART_PRECISION - 1)); sub.high >>= 1; } /* We divide so that the remainder has the sign of the LHS. */ if (op == CPP_DIV) { result.unsignedp = unsignedp; result.overflow = false; if (!unsignedp) { if (negate) result = num_negate (result, precision); result.overflow = (num_positive (result, precision) ^ !negate && !num_zerop (result)); } return result; } /* CPP_MOD. */ lhs.unsignedp = unsignedp; lhs.overflow = false; if (lhs_neg) lhs = num_negate (lhs, precision); return lhs; } sdcc-2.9.0/support/cpp/libcpp/files.c000066400000000000000000001503501116427777700175020ustar00rootroot00000000000000/* Part of CPP library. File handling. Copyright (C) 1986, 1987, 1989, 1992, 1993, 1994, 1995, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2006, 2007 Free Software Foundation, Inc. Written by Per Bothner, 1994. Based on CCCP program by Paul Rubin, June 1986 Adapted to ANSI C, Richard Stallman, Jan 1987 Split out of cpplib.c, Zack Weinberg, Oct 1998 Reimplemented, Neil Booth, Jul 2003 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "config.h" #include "system.h" #include "cpplib.h" #include "internal.h" #include "mkdeps.h" #include "obstack.h" #include "hashtab.h" #include "md5.h" #include /* Variable length record files on VMS will have a stat size that includes record control characters that won't be included in the read size. */ #ifdef VMS # define FAB_C_VAR 2 /* variable length records (see Starlet fabdef.h) */ # define STAT_SIZE_RELIABLE(ST) ((ST).st_fab_rfm != FAB_C_VAR) #else # define STAT_SIZE_RELIABLE(ST) true #endif #ifdef __DJGPP__ #include /* For DJGPP redirected input is opened in text mode. */ # define set_stdin_to_binary_mode() \ if (! isatty (0)) setmode (0, O_BINARY) #else # define set_stdin_to_binary_mode() /* Nothing */ #endif /* This structure represents a file searched for by CPP, whether it exists or not. An instance may be pointed to by more than one file_hash_entry; at present no reference count is kept. */ struct _cpp_file { /* Filename as given to #include or command line switch. */ const char *name; /* The full path used to find the file. */ const char *path; /* The full path of the pch file. */ const char *pchname; /* The file's path with the basename stripped. NULL if it hasn't been calculated yet. */ const char *dir_name; /* Chain through all files. */ struct _cpp_file *next_file; /* The contents of NAME after calling read_file(). */ const uchar *buffer; /* The macro, if any, preventing re-inclusion. */ const cpp_hashnode *cmacro; /* The directory in the search path where FILE was found. Used for #include_next and determining whether a header is a system header. */ cpp_dir *dir; /* As filled in by stat(2) for the file. */ struct stat st; /* File descriptor. Invalid if -1, otherwise open. */ int fd; /* Zero if this file was successfully opened and stat()-ed, otherwise errno obtained from failure. */ int err_no; /* Number of times the file has been stacked for preprocessing. */ unsigned short stack_count; /* If opened with #import or contains #pragma once. */ bool once_only; /* If read() failed before. */ bool dont_read; /* If this file is the main file. */ bool main_file; /* If BUFFER above contains the true contents of the file. */ bool buffer_valid; /* File is a PCH (on return from find_include_file). */ bool pch; }; /* A singly-linked list for all searches for a given file name, with its head pointed to by a slot in FILE_HASH. The file name is what appeared between the quotes in a #include directive; it can be determined implicitly from the hash table location or explicitly from FILE->name. FILE is a structure containing details about the file that was found with that search, or details of how the search failed. START_DIR is the starting location of the search in the include chain. The current directories for "" includes are also hashed in the hash table and therefore unique. Files that are looked up without using a search path, such as absolute filenames and file names from the command line share a special starting directory so they don't cause cache hits with normal include-chain lookups. If START_DIR is NULL then the entry is for a directory, not a file, and the directory is in DIR. Since the starting point in a file lookup chain is never NULL, this means that simple pointer comparisons against START_DIR can be made to determine cache hits in file lookups. If a cache lookup fails because of e.g. an extra "./" in the path, then nothing will break. It is just less efficient as CPP will have to do more work re-preprocessing the file, and/or comparing its contents against earlier once-only files. */ struct file_hash_entry { struct file_hash_entry *next; cpp_dir *start_dir; source_location location; union { _cpp_file *file; cpp_dir *dir; } u; }; /* Number of entries to put in a file_hash_entry pool. */ #define FILE_HASH_POOL_SIZE 127 /* A file hash entry pool. We allocate file_hash_entry object from one of these. */ struct file_hash_entry_pool { /* Number of entries used from this pool. */ unsigned int file_hash_entries_used; /* Next pool in the chain; used when freeing. */ struct file_hash_entry_pool *next; /* The memory pool. */ struct file_hash_entry pool[FILE_HASH_POOL_SIZE]; }; static bool open_file (_cpp_file *file); static bool pch_open_file (cpp_reader *pfile, _cpp_file *file, bool *invalid_pch); static bool find_file_in_dir (cpp_reader *pfile, _cpp_file *file, bool *invalid_pch); static bool read_file_guts (cpp_reader *pfile, _cpp_file *file); static bool read_file (cpp_reader *pfile, _cpp_file *file); static bool should_stack_file (cpp_reader *, _cpp_file *file, bool import); static struct cpp_dir *search_path_head (cpp_reader *, const char *fname, int angle_brackets, enum include_type); static const char *dir_name_of_file (_cpp_file *file); static void open_file_failed (cpp_reader *pfile, _cpp_file *file, int); static struct file_hash_entry *search_cache (struct file_hash_entry *head, const cpp_dir *start_dir); static _cpp_file *make_cpp_file (cpp_reader *, cpp_dir *, const char *fname); static void destroy_cpp_file (_cpp_file *); static cpp_dir *make_cpp_dir (cpp_reader *, const char *dir_name, int sysp); static void allocate_file_hash_entries (cpp_reader *pfile); static struct file_hash_entry *new_file_hash_entry (cpp_reader *pfile); static int report_missing_guard (void **slot, void *b); static hashval_t file_hash_hash (const void *p); static int file_hash_eq (const void *p, const void *q); static char *read_filename_string (int ch, FILE *f); static void read_name_map (cpp_dir *dir); static char *remap_filename (cpp_reader *pfile, _cpp_file *file); static char *append_file_to_dir (const char *fname, cpp_dir *dir); static bool validate_pch (cpp_reader *, _cpp_file *file, const char *pchname); static int pchf_save_compare (const void *e1, const void *e2); static int pchf_compare (const void *d_p, const void *e_p); static bool check_file_against_entries (cpp_reader *, _cpp_file *, bool); /* Given a filename in FILE->PATH, with the empty string interpreted as , open it. On success FILE contains an open file descriptor and stat information for the file. On failure the file descriptor is -1 and the appropriate errno is also stored in FILE. Returns TRUE iff successful. We used to open files in nonblocking mode, but that caused more problems than it solved. Do take care not to acquire a controlling terminal by mistake (this can't happen on sane systems, but paranoia is a virtue). Use the three-argument form of open even though we aren't specifying O_CREAT, to defend against broken system headers. O_BINARY tells some runtime libraries (notably DJGPP) not to do newline translation; we can handle DOS line breaks just fine ourselves. */ static bool open_file (_cpp_file *file) { if (file->path[0] == '\0') { file->fd = 0; set_stdin_to_binary_mode (); } else file->fd = open (file->path, O_RDONLY | O_NOCTTY | O_BINARY, 0666); if (file->fd != -1) { if (fstat (file->fd, &file->st) == 0) { if (!S_ISDIR (file->st.st_mode)) { file->err_no = 0; return true; } /* Ignore a directory and continue the search. The file we're looking for may be elsewhere in the search path. */ errno = ENOENT; } close (file->fd); file->fd = -1; } #if defined(_WIN32) && !defined(__CYGWIN__) else if (errno == EACCES) { /* On most UNIX systems, open succeeds on a directory. Above, we check if we have opened a directory and if so, set errno to ENOENT. However, on Windows, opening a directory fails with EACCES. We want to return ENOENT in that case too. */ if (stat (file->path, &file->st) == 0 && S_ISDIR (file->st.st_mode)) errno = ENOENT; else /* The call to stat may have reset errno. */ errno = EACCES; } #endif else if (errno == ENOTDIR) errno = ENOENT; file->err_no = errno; return false; } /* Temporary PCH intercept of opening a file. Try to find a PCH file based on FILE->name and FILE->dir, and test those found for validity using PFILE->cb.valid_pch. Return true iff a valid file is found. Set *INVALID_PCH if a PCH file is found but wasn't valid. */ static bool pch_open_file (cpp_reader *pfile, _cpp_file *file, bool *invalid_pch) { static const char extension[] = ".gch"; const char *path = file->path; size_t len, flen; char *pchname; struct stat st; bool valid = false; /* No PCH on or if not requested. */ if (file->name[0] == '\0' || !pfile->cb.valid_pch) return false; flen = strlen (path); len = flen + sizeof (extension); pchname = XNEWVEC (char, len); memcpy (pchname, path, flen); memcpy (pchname + flen, extension, sizeof (extension)); if (stat (pchname, &st) == 0) { DIR *pchdir; struct dirent *d; size_t dlen, plen = len; if (!S_ISDIR (st.st_mode)) valid = validate_pch (pfile, file, pchname); else if ((pchdir = opendir (pchname)) != NULL) { pchname[plen - 1] = '/'; while ((d = readdir (pchdir)) != NULL) { dlen = strlen (d->d_name) + 1; if ((strcmp (d->d_name, ".") == 0) || (strcmp (d->d_name, "..") == 0)) continue; if (dlen + plen > len) { len += dlen + 64; pchname = XRESIZEVEC (char, pchname, len); } memcpy (pchname + plen, d->d_name, dlen); valid = validate_pch (pfile, file, pchname); if (valid) break; } closedir (pchdir); } if (valid) file->pch = true; else *invalid_pch = true; } if (valid) file->pchname = pchname; else free (pchname); return valid; } /* Try to open the path FILE->name appended to FILE->dir. This is where remap and PCH intercept the file lookup process. Return true if the file was found, whether or not the open was successful. Set *INVALID_PCH to true if a PCH file is found but wasn't valid. */ static bool find_file_in_dir (cpp_reader *pfile, _cpp_file *file, bool *invalid_pch) { char *path; if (CPP_OPTION (pfile, remap) && (path = remap_filename (pfile, file))) ; else if (file->dir->construct) path = file->dir->construct (file->name, file->dir); else path = append_file_to_dir (file->name, file->dir); if (path) { hashval_t hv = htab_hash_string (path); char *copy; void **pp; if (htab_find_with_hash (pfile->nonexistent_file_hash, path, hv) != NULL) { file->err_no = ENOENT; return false; } file->path = path; if (pch_open_file (pfile, file, invalid_pch)) return true; if (open_file (file)) return true; if (file->err_no != ENOENT) { open_file_failed (pfile, file, 0); return true; } /* We copy the path name onto an obstack partly so that we don't leak the memory, but mostly so that we don't fragment the heap. */ copy = obstack_copy0 (&pfile->nonexistent_file_ob, path, strlen (path)); free (path); pp = htab_find_slot_with_hash (pfile->nonexistent_file_hash, copy, hv, INSERT); *pp = copy; file->path = file->name; } else { file->err_no = ENOENT; file->path = NULL; } return false; } /* Return tue iff the missing_header callback found the given HEADER. */ static bool search_path_exhausted (cpp_reader *pfile, const char *header, _cpp_file *file) { missing_header_cb func = pfile->cb.missing_header; /* When the regular search path doesn't work, try context dependent headers search paths. */ if (func && file->dir == NULL) { if ((file->path = func (pfile, header, &file->dir)) != NULL) { if (open_file (file)) return true; free ((void *)file->path); } file->path = file->name; } return false; } bool _cpp_find_failed (_cpp_file *file) { return file->err_no != 0; } /* Given a filename FNAME search for such a file in the include path starting from START_DIR. If FNAME is the empty string it is interpreted as STDIN if START_DIR is PFILE->no_search_path. If the file is not found in the file cache fall back to the O/S and add the result to our cache. If the file was not found in the filesystem, or there was an error opening it, then ERR_NO is nonzero and FD is -1. If the file was found, then ERR_NO is zero and FD could be -1 or an open file descriptor. FD can be -1 if the file was found in the cache and had previously been closed. To open it again pass the return value to open_file(). */ _cpp_file * _cpp_find_file (cpp_reader *pfile, const char *fname, cpp_dir *start_dir, bool fake, int angle_brackets) { struct file_hash_entry *entry, **hash_slot; _cpp_file *file; bool invalid_pch = false; bool saw_bracket_include = false; bool saw_quote_include = false; struct cpp_dir *found_in_cache = NULL; /* Ensure we get no confusion between cached files and directories. */ if (start_dir == NULL) cpp_error (pfile, CPP_DL_ICE, "NULL directory in find_file"); hash_slot = (struct file_hash_entry **) htab_find_slot_with_hash (pfile->file_hash, fname, htab_hash_string (fname), INSERT); /* First check the cache before we resort to memory allocation. */ entry = search_cache (*hash_slot, start_dir); if (entry) return entry->u.file; file = make_cpp_file (pfile, start_dir, fname); /* Try each path in the include chain. */ for (; !fake ;) { if (find_file_in_dir (pfile, file, &invalid_pch)) break; file->dir = file->dir->next; if (file->dir == NULL) { if (search_path_exhausted (pfile, fname, file)) { /* Although this file must not go in the cache, because the file found might depend on things (like the current file) that aren't represented in the cache, it still has to go in the list of all files so that #import works. */ file->next_file = pfile->all_files; pfile->all_files = file; return file; } open_file_failed (pfile, file, angle_brackets); if (invalid_pch) { cpp_error (pfile, CPP_DL_ERROR, "one or more PCH files were found, but they were invalid"); if (!cpp_get_options (pfile)->warn_invalid_pch) cpp_error (pfile, CPP_DL_ERROR, "use -Winvalid-pch for more information"); } break; } /* Only check the cache for the starting location (done above) and the quote and bracket chain heads because there are no other possible starting points for searches. */ if (file->dir == pfile->bracket_include) saw_bracket_include = true; else if (file->dir == pfile->quote_include) saw_quote_include = true; else continue; entry = search_cache (*hash_slot, file->dir); if (entry) { found_in_cache = file->dir; break; } } if (entry) { /* Cache for START_DIR too, sharing the _cpp_file structure. */ free ((char *) file->name); free (file); file = entry->u.file; } else { /* This is a new file; put it in the list. */ file->next_file = pfile->all_files; pfile->all_files = file; } /* Store this new result in the hash table. */ entry = new_file_hash_entry (pfile); entry->next = *hash_slot; entry->start_dir = start_dir; entry->location = pfile->line_table->highest_location; entry->u.file = file; *hash_slot = entry; /* If we passed the quote or bracket chain heads, cache them also. This speeds up processing if there are lots of -I options. */ if (saw_bracket_include && pfile->bracket_include != start_dir && found_in_cache != pfile->bracket_include) { entry = new_file_hash_entry (pfile); entry->next = *hash_slot; entry->start_dir = pfile->bracket_include; entry->location = pfile->line_table->highest_location; entry->u.file = file; *hash_slot = entry; } if (saw_quote_include && pfile->quote_include != start_dir && found_in_cache != pfile->quote_include) { entry = new_file_hash_entry (pfile); entry->next = *hash_slot; entry->start_dir = pfile->quote_include; entry->location = pfile->line_table->highest_location; entry->u.file = file; *hash_slot = entry; } return file; } /* Read a file into FILE->buffer, returning true on success. If FILE->fd is something weird, like a block device, we don't want to read it at all. Don't even try to figure out what something is, except for plain files and block devices, since there is no reliable portable way of doing this. FIXME: Flush file cache and try again if we run out of memory. */ static bool read_file_guts (cpp_reader *pfile, _cpp_file *file) { ssize_t size, total, count; uchar *buf; bool regular; if (S_ISBLK (file->st.st_mode)) { cpp_error (pfile, CPP_DL_ERROR, "%s is a block device", file->path); return false; } regular = S_ISREG (file->st.st_mode); if (regular) { /* off_t might have a wider range than ssize_t - in other words, the max size of a file might be bigger than the address space. We can't handle a file that large. (Anyone with a single source file bigger than 2GB needs to rethink their coding style.) Some systems (e.g. AIX 4.1) define SSIZE_MAX to be much smaller than the actual range of the type. Use INTTYPE_MAXIMUM unconditionally to ensure this does not bite us. */ #ifndef __BORLANDC__ if (file->st.st_size > INTTYPE_MAXIMUM (ssize_t)) { cpp_error (pfile, CPP_DL_ERROR, "%s is too large", file->path); return false; } #endif size = file->st.st_size; } else /* 8 kilobytes is a sensible starting size. It ought to be bigger than the kernel pipe buffer, and it's definitely bigger than the majority of C source files. */ size = 8 * 1024; buf = XNEWVEC (uchar, size + 1); total = 0; while ((count = read (file->fd, buf + total, size - total)) > 0) { total += count; if (total == size) { if (regular) break; size *= 2; buf = XRESIZEVEC (uchar, buf, size + 1); } } if (count < 0) { cpp_errno (pfile, CPP_DL_ERROR, file->path); return false; } #ifndef __BORLANDC__ /* For some reason, even though we opened with O_BINARY, * Borland C++ seems to insist on doing CR/LF -> LF * translations for us, which results in the file appearing * shorter than stat told us it should be. * * This sucks, but don't bother throwing a warning. */ if (regular && total != size && STAT_SIZE_RELIABLE (file->st)) cpp_error (pfile, CPP_DL_WARNING, "%s is shorter than expected", file->path); #endif file->buffer = _cpp_convert_input (pfile, CPP_OPTION (pfile, input_charset), buf, size, total, &file->st.st_size); file->buffer_valid = true; return true; } /* Convenience wrapper around read_file_guts that opens the file if necessary and closes the file descriptor after reading. FILE must have been passed through find_file() at some stage. */ static bool read_file (cpp_reader *pfile, _cpp_file *file) { /* If we already have its contents in memory, succeed immediately. */ if (file->buffer_valid) return true; /* If an earlier read failed for some reason don't try again. */ if (file->dont_read || file->err_no) return false; if (file->fd == -1 && !open_file (file)) { open_file_failed (pfile, file, 0); return false; } file->dont_read = !read_file_guts (pfile, file); close (file->fd); file->fd = -1; return !file->dont_read; } /* Returns TRUE if FILE's contents have been successfully placed in FILE->buffer and the file should be stacked, otherwise false. */ static bool should_stack_file (cpp_reader *pfile, _cpp_file *file, bool import) { _cpp_file *f; /* Skip once-only files. */ if (file->once_only) return false; /* We must mark the file once-only if #import now, before header guard checks. Otherwise, undefining the header guard might cause the file to be re-stacked. */ if (import) { _cpp_mark_file_once_only (pfile, file); /* Don't stack files that have been stacked before. */ if (file->stack_count) return false; } /* Skip if the file had a header guard and the macro is defined. PCH relies on this appearing before the PCH handler below. */ if (file->cmacro && file->cmacro->type == NT_MACRO) return false; /* Handle PCH files immediately; don't stack them. */ if (file->pch) { pfile->cb.read_pch (pfile, file->pchname, file->fd, file->path); close (file->fd); file->fd = -1; return false; } if (!read_file (pfile, file)) return false; /* Check the file against the PCH file. This is done before checking against files we've already seen, since it may save on I/O. */ if (check_file_against_entries (pfile, file, import)) { /* If this isn't a #import, but yet we can't include the file, that means that it was #import-ed in the PCH file, so we can never include it again. */ if (! import) _cpp_mark_file_once_only (pfile, file); return false; } /* Now we've read the file's contents, we can stack it if there are no once-only files. */ if (!pfile->seen_once_only) return true; /* We may have read the file under a different name. Look for likely candidates and compare file contents to be sure. */ for (f = pfile->all_files; f; f = f->next_file) { if (f == file) continue; if ((import || f->once_only) && f->err_no == 0 && f->st.st_mtime == file->st.st_mtime && f->st.st_size == file->st.st_size) { _cpp_file *ref_file; bool same_file_p = false; if (f->buffer && !f->buffer_valid) { /* We already have a buffer but it is not valid, because the file is still stacked. Make a new one. */ ref_file = make_cpp_file (pfile, f->dir, f->name); ref_file->path = f->path; } else /* The file is not stacked anymore. We can reuse it. */ ref_file = f; same_file_p = read_file (pfile, ref_file) /* Size might have changed in read_file(). */ && ref_file->st.st_size == file->st.st_size && !memcmp (ref_file->buffer, file->buffer, file->st.st_size); if (f->buffer && !f->buffer_valid) { ref_file->path = 0; destroy_cpp_file (ref_file); } if (same_file_p) break; } } return f == NULL; } /* Place the file referenced by FILE into a new buffer on the buffer stack if possible. IMPORT is true if this stacking attempt is because of a #import directive. Returns true if a buffer is stacked. */ bool _cpp_stack_file (cpp_reader *pfile, _cpp_file *file, bool import) { cpp_buffer *buffer; int sysp; if (!should_stack_file (pfile, file, import)) return false; if (pfile->buffer == NULL || file->dir == NULL) sysp = 0; else sysp = MAX (pfile->buffer->sysp, file->dir->sysp); /* Add the file to the dependencies on its first inclusion. */ if (CPP_OPTION (pfile, deps.style) > !!sysp && !file->stack_count) { if (!file->main_file || !CPP_OPTION (pfile, deps.ignore_main_file)) deps_add_dep (pfile->deps, file->path); } /* Clear buffer_valid since _cpp_clean_line messes it up. */ file->buffer_valid = false; file->stack_count++; /* Stack the buffer. */ buffer = cpp_push_buffer (pfile, file->buffer, file->st.st_size, CPP_OPTION (pfile, preprocessed) && !CPP_OPTION (pfile, directives_only)); buffer->file = file; buffer->sysp = sysp; /* Initialize controlling macro state. */ pfile->mi_valid = true; pfile->mi_cmacro = 0; /* Generate the call back. */ _cpp_do_file_change (pfile, LC_ENTER, file->path, 1, sysp); return true; } /* Mark FILE to be included once only. */ void _cpp_mark_file_once_only (cpp_reader *pfile, _cpp_file *file) { pfile->seen_once_only = true; file->once_only = true; } /* Return the directory from which searching for FNAME should start, considering the directive TYPE and ANGLE_BRACKETS. If there is nothing left in the path, returns NULL. */ static struct cpp_dir * search_path_head (cpp_reader *pfile, const char *fname, int angle_brackets, enum include_type type) { cpp_dir *dir; _cpp_file *file; if (IS_ABSOLUTE_PATH (fname)) return &pfile->no_search_path; /* pfile->buffer is NULL when processing an -include command-line flag. */ file = pfile->buffer == NULL ? pfile->main_file : pfile->buffer->file; /* For #include_next, skip in the search path past the dir in which the current file was found, but if it was found via an absolute path use the normal search logic. */ if (type == IT_INCLUDE_NEXT && file->dir && file->dir != &pfile->no_search_path) dir = file->dir->next; else if (angle_brackets) dir = pfile->bracket_include; else if (type == IT_CMDLINE) /* -include and -imacros use the #include "" chain with the preprocessor's cwd prepended. */ return make_cpp_dir (pfile, "./", false); else if (pfile->quote_ignores_source_dir) dir = pfile->quote_include; else return make_cpp_dir (pfile, dir_name_of_file (file), pfile->buffer ? pfile->buffer->sysp : 0); if (dir == NULL) cpp_error (pfile, CPP_DL_ERROR, "no include path in which to search for %s", fname); return dir; } /* Strip the basename from the file's path. It ends with a slash if of nonzero length. Note that this procedure also works for , which is represented by the empty string. */ static const char * dir_name_of_file (_cpp_file *file) { if (!file->dir_name) { size_t len = lbasename (file->path) - file->path; char *dir_name = XNEWVEC (char, len + 1); memcpy (dir_name, file->path, len); dir_name[len] = '\0'; file->dir_name = dir_name; } return file->dir_name; } /* Handles #include-family directives (distinguished by TYPE), including HEADER, and the command line -imacros and -include. Returns true if a buffer was stacked. */ bool _cpp_stack_include (cpp_reader *pfile, const char *fname, int angle_brackets, enum include_type type) { struct cpp_dir *dir; _cpp_file *file; dir = search_path_head (pfile, fname, angle_brackets, type); if (!dir) return false; file = _cpp_find_file (pfile, fname, dir, false, angle_brackets); /* Compensate for the increment in linemap_add. In the case of a normal #include, we're currently at the start of the line *following* the #include. A separate source_location for this location makes no sense (until we do the LC_LEAVE), and complicates LAST_SOURCE_LINE_LOCATION. This does not apply if we found a PCH file (in which case linemap_add is not called) or we were included from the command-line. */ if (! file->pch && file->err_no == 0 && type != IT_CMDLINE) pfile->line_table->highest_location--; return _cpp_stack_file (pfile, file, type == IT_IMPORT); } /* Could not open FILE. The complication is dependency output. */ static void open_file_failed (cpp_reader *pfile, _cpp_file *file, int angle_brackets) { int sysp = pfile->line_table->highest_line > 1 && pfile->buffer ? pfile->buffer->sysp : 0; bool print_dep = CPP_OPTION (pfile, deps.style) > (angle_brackets || !!sysp); errno = file->err_no; if (print_dep && CPP_OPTION (pfile, deps.missing_files) && errno == ENOENT) deps_add_dep (pfile->deps, file->name); else { /* If we are outputting dependencies but not for this file then don't error because we can still produce correct output. */ if (CPP_OPTION (pfile, deps.style) && ! print_dep) cpp_errno (pfile, CPP_DL_WARNING, file->path); else cpp_errno (pfile, CPP_DL_ERROR, file->path); } } /* Search in the chain beginning at HEAD for a file whose search path started at START_DIR != NULL. */ static struct file_hash_entry * search_cache (struct file_hash_entry *head, const cpp_dir *start_dir) { while (head && head->start_dir != start_dir) head = head->next; return head; } /* Allocate a new _cpp_file structure. */ static _cpp_file * make_cpp_file (cpp_reader *pfile, cpp_dir *dir, const char *fname) { _cpp_file *file; file = XCNEW (_cpp_file); file->main_file = !pfile->buffer; file->fd = -1; file->dir = dir; file->name = xstrdup (fname); return file; } /* Release a _cpp_file structure. */ static void destroy_cpp_file (_cpp_file *file) { if (file->buffer) free ((void *) file->buffer); free ((void *) file->name); free (file); } /* Release all the files allocated by this reader. */ static void destroy_all_cpp_files (cpp_reader *pfile) { _cpp_file *iter = pfile->all_files; while (iter) { _cpp_file *next = iter->next_file; destroy_cpp_file (iter); iter = next; } } /* A hash of directory names. The directory names are the path names of files which contain a #include "", the included file name is appended to this directories. To avoid duplicate entries we follow the convention that all non-empty directory names should end in a '/'. DIR_NAME must be stored in permanently allocated memory. */ static cpp_dir * make_cpp_dir (cpp_reader *pfile, const char *dir_name, int sysp) { struct file_hash_entry *entry, **hash_slot; cpp_dir *dir; hash_slot = (struct file_hash_entry **) htab_find_slot_with_hash (pfile->dir_hash, dir_name, htab_hash_string (dir_name), INSERT); /* Have we already hashed this directory? */ for (entry = *hash_slot; entry; entry = entry->next) if (entry->start_dir == NULL) return entry->u.dir; dir = XCNEW (cpp_dir); dir->next = pfile->quote_include; dir->name = (char *) dir_name; dir->len = strlen (dir_name); dir->sysp = sysp; dir->construct = 0; /* Store this new result in the hash table. */ entry = new_file_hash_entry (pfile); entry->next = *hash_slot; entry->start_dir = NULL; entry->location = pfile->line_table->highest_location; entry->u.dir = dir; *hash_slot = entry; return dir; } /* Create a new block of memory for file hash entries. */ static void allocate_file_hash_entries (cpp_reader *pfile) { struct file_hash_entry_pool *pool = XNEW (struct file_hash_entry_pool); pool->file_hash_entries_used = 0; pool->next = pfile->file_hash_entries; pfile->file_hash_entries = pool; } /* Return a new file hash entry. */ static struct file_hash_entry * new_file_hash_entry (cpp_reader *pfile) { unsigned int idx; if (pfile->file_hash_entries->file_hash_entries_used == FILE_HASH_POOL_SIZE) allocate_file_hash_entries (pfile); idx = pfile->file_hash_entries->file_hash_entries_used++; return &pfile->file_hash_entries->pool[idx]; } /* Free the file hash entry pools. */ static void free_file_hash_entries (cpp_reader *pfile) { struct file_hash_entry_pool *iter = pfile->file_hash_entries; while (iter) { struct file_hash_entry_pool *next = iter->next; free (iter); iter = next; } } /* Returns TRUE if a file FNAME has ever been successfully opened. This routine is not intended to correctly handle filenames aliased by links or redundant . or .. traversals etc. */ bool cpp_included (cpp_reader *pfile, const char *fname) { struct file_hash_entry *entry; entry = (struct file_hash_entry *) htab_find_with_hash (pfile->file_hash, fname, htab_hash_string (fname)); while (entry && (entry->start_dir == NULL || entry->u.file->err_no)) entry = entry->next; return entry != NULL; } /* Returns TRUE if a file FNAME has ever been successfully opened before LOCATION. This routine is not intended to correctly handle filenames aliased by links or redundant . or .. traversals etc. */ bool cpp_included_before (cpp_reader *pfile, const char *fname, source_location location) { struct file_hash_entry *entry; entry = (struct file_hash_entry *) htab_find_with_hash (pfile->file_hash, fname, htab_hash_string (fname)); while (entry && (entry->start_dir == NULL || entry->u.file->err_no || entry->location > location)) entry = entry->next; return entry != NULL; } /* Calculate the hash value of a file hash entry P. */ static hashval_t file_hash_hash (const void *p) { struct file_hash_entry *entry = (struct file_hash_entry *) p; const char *hname; if (entry->start_dir) hname = entry->u.file->name; else hname = entry->u.dir->name; return htab_hash_string (hname); } /* Compare a string Q against a file hash entry P. */ static int file_hash_eq (const void *p, const void *q) { struct file_hash_entry *entry = (struct file_hash_entry *) p; const char *fname = (const char *) q; const char *hname; if (entry->start_dir) hname = entry->u.file->name; else hname = entry->u.dir->name; return strcmp (hname, fname) == 0; } /* Compare entries in the nonexistent file hash table. These are just strings. */ static int nonexistent_file_hash_eq (const void *p, const void *q) { return strcmp (p, q) == 0; } /* Initialize everything in this source file. */ void _cpp_init_files (cpp_reader *pfile) { pfile->file_hash = htab_create_alloc (127, file_hash_hash, file_hash_eq, NULL, xcalloc, free); pfile->dir_hash = htab_create_alloc (127, file_hash_hash, file_hash_eq, NULL, xcalloc, free); allocate_file_hash_entries (pfile); pfile->nonexistent_file_hash = htab_create_alloc (127, htab_hash_string, nonexistent_file_hash_eq, NULL, xcalloc, free); _obstack_begin (&pfile->nonexistent_file_ob, 0, 0, (void *(*) (long)) xmalloc, (void (*) (void *)) free); } /* Finalize everything in this source file. */ void _cpp_cleanup_files (cpp_reader *pfile) { htab_delete (pfile->file_hash); htab_delete (pfile->dir_hash); htab_delete (pfile->nonexistent_file_hash); obstack_free (&pfile->nonexistent_file_ob, 0); free_file_hash_entries (pfile); destroy_all_cpp_files (pfile); } /* Make the parser forget about files it has seen. This can be useful for resetting the parser to start another run. */ void cpp_clear_file_cache (cpp_reader *pfile) { _cpp_cleanup_files (pfile); pfile->file_hash_entries = NULL; pfile->all_files = NULL; _cpp_init_files (pfile); } /* Enter a file name in the hash for the sake of cpp_included. */ void _cpp_fake_include (cpp_reader *pfile, const char *fname) { _cpp_find_file (pfile, fname, pfile->buffer->file->dir, true, 0); } /* Not everyone who wants to set system-header-ness on a buffer can see the details of a buffer. This is an exported interface because fix-header needs it. */ void cpp_make_system_header (cpp_reader *pfile, int syshdr, int externc) { int flags = 0; const struct line_maps *line_table = pfile->line_table; const struct line_map *map = &line_table->maps[line_table->used-1]; /* 1 = system header, 2 = system header to be treated as C. */ if (syshdr) flags = 1 + (externc != 0); pfile->buffer->sysp = flags; _cpp_do_file_change (pfile, LC_RENAME, map->to_file, SOURCE_LINE (map, pfile->line_table->highest_line), flags); } /* Allow the client to change the current file. Used by the front end to achieve pseudo-file names like . If REASON is LC_LEAVE, then NEW_NAME must be NULL. */ void cpp_change_file (cpp_reader *pfile, enum lc_reason reason, const char *new_name) { _cpp_do_file_change (pfile, reason, new_name, 1, 0); } struct report_missing_guard_data { const char **paths; size_t count; }; /* Callback function for htab_traverse. */ static int report_missing_guard (void **slot, void *d) { struct file_hash_entry *entry = (struct file_hash_entry *) *slot; struct report_missing_guard_data *data = (struct report_missing_guard_data *) d; /* Skip directories. */ if (entry->start_dir != NULL) { _cpp_file *file = entry->u.file; /* We don't want MI guard advice for the main file. */ if (file->cmacro == NULL && file->stack_count == 1 && !file->main_file) { if (data->paths == NULL) { data->paths = XCNEWVEC (const char *, data->count); data->count = 0; } data->paths[data->count++] = file->path; } } /* Keep traversing the hash table. */ return 1; } /* Comparison function for qsort. */ static int report_missing_guard_cmp (const void *p1, const void *p2) { return strcmp (*(const char *const *) p1, *(const char *const *) p2); } /* Report on all files that might benefit from a multiple include guard. Triggered by -H. */ void _cpp_report_missing_guards (cpp_reader *pfile) { struct report_missing_guard_data data; data.paths = NULL; data.count = htab_elements (pfile->file_hash); htab_traverse (pfile->file_hash, report_missing_guard, &data); if (data.paths != NULL) { size_t i; /* Sort the paths to avoid outputting them in hash table order. */ qsort (data.paths, data.count, sizeof (const char *), report_missing_guard_cmp); fputs (_("Multiple include guards may be useful for:\n"), stderr); for (i = 0; i < data.count; i++) { fputs (data.paths[i], stderr); putc ('\n', stderr); } free (data.paths); } } /* Locate HEADER, and determine whether it is newer than the current file. If it cannot be located or dated, return -1, if it is newer, return 1, otherwise 0. */ int _cpp_compare_file_date (cpp_reader *pfile, const char *fname, int angle_brackets) { _cpp_file *file; struct cpp_dir *dir; dir = search_path_head (pfile, fname, angle_brackets, IT_INCLUDE); if (!dir) return -1; file = _cpp_find_file (pfile, fname, dir, false, angle_brackets); if (file->err_no) return -1; if (file->fd != -1) { close (file->fd); file->fd = -1; } return file->st.st_mtime > pfile->buffer->file->st.st_mtime; } /* Pushes the given file onto the buffer stack. Returns nonzero if successful. */ bool cpp_push_include (cpp_reader *pfile, const char *fname) { return _cpp_stack_include (pfile, fname, false, IT_CMDLINE); } /* Do appropriate cleanup when a file INC's buffer is popped off the input stack. */ void _cpp_pop_file_buffer (cpp_reader *pfile, _cpp_file *file) { /* Record the inclusion-preventing macro, which could be NULL meaning no controlling macro. */ if (pfile->mi_valid && file->cmacro == NULL) file->cmacro = pfile->mi_cmacro; /* Invalidate control macros in the #including file. */ pfile->mi_valid = false; if (file->buffer) { free ((void *) file->buffer); file->buffer = NULL; file->buffer_valid = false; } } /* Inteface to file statistics record in _cpp_file structure. */ struct stat * _cpp_get_file_stat (_cpp_file *file) { return &file->st; } /* Set the include chain for "" to QUOTE, for <> to BRACKET. If QUOTE_IGNORES_SOURCE_DIR, then "" includes do not look in the directory of the including file. If BRACKET does not lie in the QUOTE chain, it is set to QUOTE. */ void cpp_set_include_chains (cpp_reader *pfile, cpp_dir *quote, cpp_dir *bracket, int quote_ignores_source_dir) { pfile->quote_include = quote; pfile->bracket_include = quote; pfile->quote_ignores_source_dir = quote_ignores_source_dir; for (; quote; quote = quote->next) { quote->name_map = NULL; quote->len = strlen (quote->name); if (quote == bracket) pfile->bracket_include = bracket; } } /* Append the file name to the directory to create the path, but don't turn / into // or // into ///; // may be a namespace escape. */ static char * append_file_to_dir (const char *fname, cpp_dir *dir) { size_t dlen, flen; char *path; dlen = dir->len; flen = strlen (fname); path = XNEWVEC (char, dlen + 1 + flen + 1); memcpy (path, dir->name, dlen); if (dlen && path[dlen - 1] != '/') path[dlen++] = '/'; memcpy (&path[dlen], fname, flen + 1); return path; } /* Read a space delimited string of unlimited length from a stdio file F. */ static char * read_filename_string (int ch, FILE *f) { char *alloc, *set; int len; len = 20; set = alloc = XNEWVEC (char, len + 1); if (! is_space (ch)) { *set++ = ch; while ((ch = getc (f)) != EOF && ! is_space (ch)) { if (set - alloc == len) { len *= 2; alloc = XRESIZEVEC (char, alloc, len + 1); set = alloc + len / 2; } *set++ = ch; } } *set = '\0'; ungetc (ch, f); return alloc; } /* Read the file name map file for DIR. */ static void read_name_map (cpp_dir *dir) { static const char FILE_NAME_MAP_FILE[] = "header.gcc"; char *name; FILE *f; size_t len, count = 0, room = 9; len = dir->len; name = (char *) alloca (len + sizeof (FILE_NAME_MAP_FILE) + 1); memcpy (name, dir->name, len); if (len && name[len - 1] != '/') name[len++] = '/'; strcpy (name + len, FILE_NAME_MAP_FILE); f = fopen (name, "r"); dir->name_map = XNEWVEC (const char *, room); /* Silently return NULL if we cannot open. */ if (f) { int ch; while ((ch = getc (f)) != EOF) { char *to; if (is_space (ch)) continue; if (count + 2 > room) { room += 8; dir->name_map = XRESIZEVEC (const char *, dir->name_map, room); } dir->name_map[count] = read_filename_string (ch, f); while ((ch = getc (f)) != EOF && is_hspace (ch)) ; to = read_filename_string (ch, f); if (IS_ABSOLUTE_PATH (to)) dir->name_map[count + 1] = to; else { dir->name_map[count + 1] = append_file_to_dir (to, dir); free (to); } count += 2; while ((ch = getc (f)) != '\n') if (ch == EOF) break; } fclose (f); } /* Terminate the list of maps. */ dir->name_map[count] = NULL; } /* Remap a FILE's name based on the file_name_map, if any, for FILE->dir. If the file name has any directory separators, recursively check those directories too. */ static char * remap_filename (cpp_reader *pfile, _cpp_file *file) { const char *fname, *p; char *new_dir; cpp_dir *dir; size_t index, len; dir = file->dir; fname = file->name; for (;;) { if (!dir->name_map) read_name_map (dir); for (index = 0; dir->name_map[index]; index += 2) if (!strcmp (dir->name_map[index], fname)) return xstrdup (dir->name_map[index + 1]); p = strchr (fname, '/'); if (!p || p == fname) return NULL; len = dir->len + (p - fname + 1); new_dir = XNEWVEC (char, len + 1); memcpy (new_dir, dir->name, dir->len); memcpy (new_dir + dir->len, fname, p - fname + 1); new_dir[len] = '\0'; dir = make_cpp_dir (pfile, new_dir, dir->sysp); fname = p + 1; } } /* Returns true if PCHNAME is a valid PCH file for FILE. */ static bool validate_pch (cpp_reader *pfile, _cpp_file *file, const char *pchname) { const char *saved_path = file->path; bool valid = false; file->path = pchname; if (open_file (file)) { valid = 1 & pfile->cb.valid_pch (pfile, pchname, file->fd); if (!valid) { close (file->fd); file->fd = -1; } if (CPP_OPTION (pfile, print_include_names)) { unsigned int i; for (i = 1; i < pfile->line_table->depth; i++) putc ('.', stderr); fprintf (stderr, "%c %s\n", valid ? '!' : 'x', pchname); } } file->path = saved_path; return valid; } /* Get the path associated with the _cpp_file F. The path includes the base name from the include directive and the directory it was found in via the search path. */ const char * cpp_get_path (struct _cpp_file *f) { return f->path; } /* Get the directory associated with the _cpp_file F. */ cpp_dir * cpp_get_dir (struct _cpp_file *f) { return f->dir; } /* Get the cpp_buffer currently associated with the cpp_reader PFILE. */ cpp_buffer * cpp_get_buffer (cpp_reader *pfile) { return pfile->buffer; } /* Get the _cpp_file associated with the cpp_buffer B. */ _cpp_file * cpp_get_file (cpp_buffer *b) { return b->file; } /* Get the previous cpp_buffer given a cpp_buffer B. The previous buffer is the buffer that included the given buffer. */ cpp_buffer * cpp_get_prev (cpp_buffer *b) { return b->prev; } /* This data structure holds the list of header files that were seen while the PCH was being built. The 'entries' field is kept sorted in memcmp() order; yes, this means that on little-endian systems, it's sorted initially by the least-significant byte of 'size', but that's OK. The code does rely on having entries with the same size next to each other. */ struct pchf_entry { /* The size of this file. This is used to save running a MD5 checksum if the sizes don't match. */ off_t size; /* The MD5 checksum of this file. */ unsigned char sum[16]; /* Is this file to be included only once? */ bool once_only; }; struct pchf_data { /* Number of pchf_entry structures. */ size_t count; /* Are there any values with once_only set? This is used as an optimisation, it means we don't have to search the structure if we're processing a regular #include. */ bool have_once_only; struct pchf_entry entries[1]; }; static struct pchf_data *pchf; /* A qsort ordering function for pchf_entry structures. */ static int pchf_save_compare (const void *e1, const void *e2) { return memcmp (e1, e2, sizeof (struct pchf_entry)); } /* Create and write to F a pchf_data structure. */ bool _cpp_save_file_entries (cpp_reader *pfile, FILE *fp) { size_t count = 0; struct pchf_data *result; size_t result_size; _cpp_file *f; for (f = pfile->all_files; f; f = f->next_file) ++count; result_size = (sizeof (struct pchf_data) + sizeof (struct pchf_entry) * (count - 1)); result = XCNEWVAR (struct pchf_data, result_size); result->count = 0; result->have_once_only = false; for (f = pfile->all_files; f; f = f->next_file) { size_t count; /* This should probably never happen, since if a read error occurred the PCH file shouldn't be written... */ if (f->dont_read || f->err_no) continue; if (f->stack_count == 0) continue; count = result->count++; result->entries[count].once_only = f->once_only; /* |= is avoided in the next line because of an HP C compiler bug */ result->have_once_only = result->have_once_only | f->once_only; if (f->buffer_valid) md5_buffer ((const char *)f->buffer, f->st.st_size, result->entries[count].sum); else { FILE *ff; int oldfd = f->fd; if (!open_file (f)) { open_file_failed (pfile, f, 0); return false; } ff = fdopen (f->fd, "rb"); md5_stream (ff, result->entries[count].sum); fclose (ff); f->fd = oldfd; } result->entries[count].size = f->st.st_size; } result_size = (sizeof (struct pchf_data) + sizeof (struct pchf_entry) * (result->count - 1)); qsort (result->entries, result->count, sizeof (struct pchf_entry), pchf_save_compare); return fwrite (result, result_size, 1, fp) == 1; } /* Read the pchf_data structure from F. */ bool _cpp_read_file_entries (cpp_reader *pfile ATTRIBUTE_UNUSED, FILE *f) { struct pchf_data d; if (fread (&d, sizeof (struct pchf_data) - sizeof (struct pchf_entry), 1, f) != 1) return false; pchf = XNEWVAR (struct pchf_data, sizeof (struct pchf_data) + sizeof (struct pchf_entry) * (d.count - 1)); memcpy (pchf, &d, sizeof (struct pchf_data) - sizeof (struct pchf_entry)); if (fread (pchf->entries, sizeof (struct pchf_entry), d.count, f) != d.count) return false; return true; } /* The parameters for pchf_compare. */ struct pchf_compare_data { /* The size of the file we're looking for. */ off_t size; /* The MD5 checksum of the file, if it's been computed. */ unsigned char sum[16]; /* Is SUM valid? */ bool sum_computed; /* Do we need to worry about entries that don't have ONCE_ONLY set? */ bool check_included; /* The file that we're searching for. */ _cpp_file *f; }; /* bsearch comparison function; look for D_P in E_P. */ static int pchf_compare (const void *d_p, const void *e_p) { const struct pchf_entry *e = (const struct pchf_entry *)e_p; struct pchf_compare_data *d = (struct pchf_compare_data *)d_p; int result; result = memcmp (&d->size, &e->size, sizeof (off_t)); if (result != 0) return result; if (! d->sum_computed) { _cpp_file *const f = d->f; md5_buffer ((const char *)f->buffer, f->st.st_size, d->sum); d->sum_computed = true; } result = memcmp (d->sum, e->sum, 16); if (result != 0) return result; if (d->check_included || e->once_only) return 0; else return 1; } /* Check that F is not in a list read from a PCH file (if any). Assumes that f->buffer_valid is true. Return TRUE if the file should not be read. */ static bool check_file_against_entries (cpp_reader *pfile ATTRIBUTE_UNUSED, _cpp_file *f, bool check_included) { struct pchf_compare_data d; if (pchf == NULL || (! check_included && ! pchf->have_once_only)) return false; d.size = f->st.st_size; d.sum_computed = false; d.f = f; d.check_included = check_included; return bsearch (&d, pchf->entries, pchf->count, sizeof (struct pchf_entry), pchf_compare) != NULL; } sdcc-2.9.0/support/cpp/libcpp/identifiers.c000066400000000000000000000072471116427777700207130ustar00rootroot00000000000000/* Hash tables for the CPP library. Copyright (C) 1986, 1987, 1989, 1992, 1993, 1994, 1995, 1996, 1998, 1999, 2000, 2001, 2002 Free Software Foundation, Inc. Written by Per Bothner, 1994. Based on CCCP program by Paul Rubin, June 1986 Adapted to ANSI C, Richard Stallman, Jan 1987 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! */ #include "config.h" #include "system.h" #include "cpplib.h" #include "internal.h" static cpp_hashnode *alloc_node (hash_table *); /* Return an identifier node for hashtable.c. Used by cpplib except when integrated with the C front ends. */ static cpp_hashnode * alloc_node (hash_table *table) { cpp_hashnode *node; node = XOBNEW (&table->pfile->hash_ob, cpp_hashnode); memset (node, 0, sizeof (cpp_hashnode)); return node; } /* Set up the identifier hash table. Use TABLE if non-null, otherwise create our own. */ void _cpp_init_hashtable (cpp_reader *pfile, hash_table *table) { struct spec_nodes *s; if (table == NULL) { pfile->our_hashtable = 1; table = ht_create (13); /* 8K (=2^13) entries. */ table->alloc_node = (hashnode (*) (hash_table *)) alloc_node; _obstack_begin (&pfile->hash_ob, 0, 0, (void *(*) (long)) xmalloc, (void (*) (void *)) free); } table->pfile = pfile; pfile->hash_table = table; /* Now we can initialize things that use the hash table. */ _cpp_init_directives (pfile); _cpp_init_internal_pragmas (pfile); s = &pfile->spec_nodes; s->n_defined = cpp_lookup (pfile, DSC("defined")); s->n_true = cpp_lookup (pfile, DSC("true")); s->n_false = cpp_lookup (pfile, DSC("false")); s->n__VA_ARGS__ = cpp_lookup (pfile, DSC("__VA_ARGS__")); s->n__VA_ARGS__->flags |= NODE_DIAGNOSTIC; } /* Tear down the identifier hash table. */ void _cpp_destroy_hashtable (cpp_reader *pfile) { if (pfile->our_hashtable) { ht_destroy (pfile->hash_table); obstack_free (&pfile->hash_ob, 0); } } /* Returns the hash entry for the STR of length LEN, creating one if necessary. */ cpp_hashnode * cpp_lookup (cpp_reader *pfile, const unsigned char *str, unsigned int len) { /* ht_lookup cannot return NULL. */ return CPP_HASHNODE (ht_lookup (pfile->hash_table, str, len, HT_ALLOC)); } /* Determine whether the str STR, of length LEN, is a defined macro. */ int cpp_defined (cpp_reader *pfile, const unsigned char *str, int len) { cpp_hashnode *node; node = CPP_HASHNODE (ht_lookup (pfile->hash_table, str, len, HT_NO_INSERT)); /* If it's of type NT_MACRO, it cannot be poisoned. */ return node && node->type == NT_MACRO; } /* For all nodes in the hashtable, callback CB with parameters PFILE, the node, and V. */ void cpp_forall_identifiers (cpp_reader *pfile, cpp_cb cb, void *v) { /* We don't need a proxy since the hash table's identifier comes first in cpp_hashnode. */ ht_forall (pfile->hash_table, (ht_cb) cb, v); } sdcc-2.9.0/support/cpp/libcpp/include/000077500000000000000000000000001116427777700176535ustar00rootroot00000000000000sdcc-2.9.0/support/cpp/libcpp/include/cpp-id-data.h000066400000000000000000000047431116427777700221170ustar00rootroot00000000000000/* Structures that hang off cpp_identifier, for PCH. Copyright (C) 1986, 1987, 1989, 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004 Free Software Foundation, Inc. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "cpplib.h" #if !defined (HAVE_UCHAR) && !defined (IN_GCC) typedef unsigned char uchar; #endif #define U (const unsigned char *) /* Intended use: U"string" */ /* Chained list of answers to an assertion. */ struct answer GTY(()) { struct answer *next; unsigned int count; cpp_token GTY ((length ("%h.count"))) first[1]; }; /* Each macro definition is recorded in a cpp_macro structure. Variadic macros cannot occur with traditional cpp. */ struct cpp_macro GTY(()) { /* Parameters, if any. */ cpp_hashnode ** GTY ((nested_ptr (union tree_node, "%h ? CPP_HASHNODE (GCC_IDENT_TO_HT_IDENT (%h)) : NULL", "%h ? HT_IDENT_TO_GCC_IDENT (HT_NODE (%h)) : NULL"), length ("%h.paramc"))) params; /* Replacement tokens (ISO) or replacement text (traditional). See comment at top of cpptrad.c for how traditional function-like macros are encoded. */ union cpp_macro_u { cpp_token * GTY ((tag ("0"), length ("%0.count"))) tokens; const unsigned char * GTY ((tag ("1"))) text; } GTY ((desc ("%1.traditional"))) exp; /* Definition line number. */ source_location line; /* Number of tokens in expansion, or bytes for traditional macros. */ unsigned int count; /* Number of parameters. */ unsigned short paramc; /* If a function-like macro. */ unsigned int fun_like : 1; /* If a variadic macro. */ unsigned int variadic : 1; /* If macro defined in system header. */ unsigned int syshdr : 1; /* Nonzero if it has been expanded or had its existence tested. */ unsigned int used : 1; /* Indicate which field of 'exp' is in use. */ unsigned int traditional : 1; }; sdcc-2.9.0/support/cpp/libcpp/include/cpplib.h000066400000000000000000001104371116427777700213030ustar00rootroot00000000000000/* Definitions for CPP library. Copyright (C) 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2007 Free Software Foundation, Inc. Written by Per Bothner, 1994-95. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! */ #ifndef LIBCPP_CPPLIB_H #define LIBCPP_CPPLIB_H #include #include "symtab.h" #include "line-map.h" #ifdef __cplusplus extern "C" { #endif typedef struct cpp_reader cpp_reader; typedef struct cpp_buffer cpp_buffer; typedef struct cpp_options cpp_options; typedef struct cpp_token cpp_token; typedef struct cpp_string cpp_string; typedef struct cpp_hashnode cpp_hashnode; typedef struct cpp_macro cpp_macro; typedef struct cpp_callbacks cpp_callbacks; typedef struct cpp_dir cpp_dir; struct answer; struct _cpp_file; /* The first three groups, apart from '=', can appear in preprocessor expressions (+= and -= are used to indicate unary + and - resp.). This allows a lookup table to be implemented in _cpp_parse_expr. The first group, to CPP_LAST_EQ, can be immediately followed by an '='. The lexer needs operators ending in '=', like ">>=", to be in the same order as their counterparts without the '=', like ">>". See the cpp_operator table optab in expr.c if you change the order or add or remove anything in the first group. */ #define TTYPE_TABLE \ OP(EQ, "=") \ OP(NOT, "!") \ OP(GREATER, ">") /* compare */ \ OP(LESS, "<") \ OP(PLUS, "+") /* math */ \ OP(MINUS, "-") \ OP(MULT, "*") \ OP(DIV, "/") \ OP(MOD, "%") \ OP(AND, "&") /* bit ops */ \ OP(OR, "|") \ OP(XOR, "^") \ OP(RSHIFT, ">>") \ OP(LSHIFT, "<<") \ \ OP(COMPL, "~") \ OP(AND_AND, "&&") /* logical */ \ OP(OR_OR, "||") \ OP(QUERY, "?") \ OP(COLON, ":") \ OP(COMMA, ",") /* grouping */ \ OP(OPEN_PAREN, "(") \ OP(CLOSE_PAREN, ")") \ TK(EOF, NONE) \ OP(EQ_EQ, "==") /* compare */ \ OP(NOT_EQ, "!=") \ OP(GREATER_EQ, ">=") \ OP(LESS_EQ, "<=") \ \ /* These two are unary + / - in preprocessor expressions. */ \ OP(PLUS_EQ, "+=") /* math */ \ OP(MINUS_EQ, "-=") \ \ OP(MULT_EQ, "*=") \ OP(DIV_EQ, "/=") \ OP(MOD_EQ, "%=") \ OP(AND_EQ, "&=") /* bit ops */ \ OP(OR_EQ, "|=") \ OP(XOR_EQ, "^=") \ OP(RSHIFT_EQ, ">>=") \ OP(LSHIFT_EQ, "<<=") \ /* Digraphs together, beginning with CPP_FIRST_DIGRAPH. */ \ OP(HASH, "#") /* digraphs */ \ OP(PASTE, "##") \ OP(OPEN_SQUARE, "[") \ OP(CLOSE_SQUARE, "]") \ OP(OPEN_BRACE, "{") \ OP(CLOSE_BRACE, "}") \ /* The remainder of the punctuation. Order is not significant. */ \ OP(SEMICOLON, ";") /* structure */ \ OP(ELLIPSIS, "...") \ OP(PLUS_PLUS, "++") /* increment */ \ OP(MINUS_MINUS, "--") \ OP(DEREF, "->") /* accessors */ \ OP(DOT, ".") \ OP(SCOPE, "::") \ OP(DEREF_STAR, "->*") \ OP(DOT_STAR, ".*") \ OP(ATSIGN, "@") /* used in Objective-C */ \ \ TK(NAME, IDENT) /* word */ \ TK(AT_NAME, IDENT) /* @word - Objective-C */ \ TK(NUMBER, LITERAL) /* 34_be+ta */ \ \ TK(CHAR, LITERAL) /* 'char' */ \ TK(WCHAR, LITERAL) /* L'char' */ \ TK(OTHER, LITERAL) /* stray punctuation */ \ \ TK(STRING, LITERAL) /* "string" */ \ TK(WSTRING, LITERAL) /* L"string" */ \ TK(OBJC_STRING, LITERAL) /* @"string" - Objective-C */ \ TK(HEADER_NAME, LITERAL) /* in #include */ \ \ TK(COMMENT, LITERAL) /* Only if output comments. */ \ /* SPELL_LITERAL happens to DTRT. */ \ TK(MACRO_ARG, NONE) /* Macro argument. */ \ TK(PRAGMA, NONE) /* Only for deferred pragmas. */ \ TK(PRAGMA_EOL, NONE) /* End-of-line for deferred pragmas. */ \ TK(PADDING, NONE) /* Whitespace for -E. */ \ \ /* SDCC _asm specific */ \ TK(ASM, LITERAL) /* _asm ... _endasm ; */ #define OP(e, s) CPP_ ## e, #define TK(e, s) CPP_ ## e, enum cpp_ttype { TTYPE_TABLE N_TTYPES, /* Positions in the table. */ CPP_LAST_EQ = CPP_LSHIFT, CPP_FIRST_DIGRAPH = CPP_HASH, CPP_LAST_PUNCTUATOR= CPP_ATSIGN, CPP_LAST_CPP_OP = CPP_LESS_EQ }; #undef OP #undef TK /* C language kind, used when calling cpp_create_reader. */ enum c_lang {CLK_GNUC89 = 0, CLK_GNUC99, CLK_STDC89, CLK_STDC94, CLK_STDC99, CLK_GNUCXX, CLK_CXX98, CLK_GNUCXX0X, CLK_CXX0X, CLK_ASM}; /* Payload of a NUMBER, STRING, CHAR or COMMENT token. */ struct cpp_string GTY(()) { unsigned int len; const unsigned char *text; }; /* Flags for the cpp_token structure. */ #define PREV_WHITE (1 << 0) /* If whitespace before this token. */ #define DIGRAPH (1 << 1) /* If it was a digraph. */ #define STRINGIFY_ARG (1 << 2) /* If macro argument to be stringified. */ #define PASTE_LEFT (1 << 3) /* If on LHS of a ## operator. */ #define NAMED_OP (1 << 4) /* C++ named operators. */ #define NO_EXPAND (1 << 5) /* Do not macro-expand this token. */ #define BOL (1 << 6) /* Token at beginning of line. */ #define PURE_ZERO (1 << 7) /* Single 0 digit, used by the C++ frontend, set in c-lex.c. */ /* Specify which field, if any, of the cpp_token union is used. */ enum cpp_token_fld_kind { CPP_TOKEN_FLD_NODE, CPP_TOKEN_FLD_SOURCE, CPP_TOKEN_FLD_STR, CPP_TOKEN_FLD_ARG_NO, CPP_TOKEN_FLD_PRAGMA, CPP_TOKEN_FLD_NONE }; /* A preprocessing token. This has been carefully packed and should occupy 16 bytes on 32-bit hosts and 24 bytes on 64-bit hosts. */ struct cpp_token GTY(()) { source_location src_loc; /* Location of first char of token. */ ENUM_BITFIELD(cpp_ttype) type : CHAR_BIT; /* token type */ unsigned char flags; /* flags - see above */ union cpp_token_u { /* An identifier. */ cpp_hashnode * GTY ((nested_ptr (union tree_node, "%h ? CPP_HASHNODE (GCC_IDENT_TO_HT_IDENT (%h)) : NULL", "%h ? HT_IDENT_TO_GCC_IDENT (HT_NODE (%h)) : NULL"), tag ("CPP_TOKEN_FLD_NODE"))) node; /* Inherit padding from this token. */ cpp_token * GTY ((tag ("CPP_TOKEN_FLD_SOURCE"))) source; /* A string, or number. */ struct cpp_string GTY ((tag ("CPP_TOKEN_FLD_STR"))) str; /* Argument no. for a CPP_MACRO_ARG. */ unsigned int GTY ((tag ("CPP_TOKEN_FLD_ARG_NO"))) arg_no; /* Caller-supplied identifier for a CPP_PRAGMA. */ unsigned int GTY ((tag ("CPP_TOKEN_FLD_PRAGMA"))) pragma; } GTY ((desc ("cpp_token_val_index (&%1)"))) val; }; /* Say which field is in use. */ extern enum cpp_token_fld_kind cpp_token_val_index (cpp_token *tok); /* A type wide enough to hold any multibyte source character. cpplib's character constant interpreter requires an unsigned type. Also, a typedef for the signed equivalent. The width of this type is capped at 32 bits; there do exist targets where wchar_t is 64 bits, but only in a non-default mode, and there would be no meaningful interpretation for a wchar_t value greater than 2^32 anyway -- the widest wide-character encoding around is ISO 10646, which stops at 2^31. */ #if CHAR_BIT * SIZEOF_INT >= 32 # define CPPCHAR_SIGNED_T int #elif CHAR_BIT * SIZEOF_LONG >= 32 # define CPPCHAR_SIGNED_T long #else # error "Cannot find a least-32-bit signed integer type" #endif typedef unsigned CPPCHAR_SIGNED_T cppchar_t; typedef CPPCHAR_SIGNED_T cppchar_signed_t; /* Style of header dependencies to generate. */ enum cpp_deps_style { DEPS_NONE = 0, DEPS_USER, DEPS_SYSTEM }; /* The possible normalization levels, from most restrictive to least. */ enum cpp_normalize_level { /* In NFKC. */ normalized_KC = 0, /* In NFC. */ normalized_C, /* In NFC, except for subsequences where being in NFC would make the identifier invalid. */ normalized_identifier_C, /* Not normalized at all. */ normalized_none }; /* This structure is nested inside struct cpp_reader, and carries all the options visible to the command line. */ struct cpp_options { /* Characters between tab stops. */ unsigned int tabstop; /* The language we're preprocessing. */ enum c_lang lang; /* Nonzero means use extra default include directories for C++. */ unsigned char cplusplus; /* Nonzero means handle cplusplus style comments. */ unsigned char cplusplus_comments; /* Nonzero means define __OBJC__, treat @ as a special token, and use the OBJC[PLUS]_INCLUDE_PATH environment variable. */ unsigned char objc; /* Nonzero means don't copy comments into the output file. */ unsigned char discard_comments; /* Nonzero means don't copy comments into the output file during macro expansion. */ unsigned char discard_comments_in_macro_exp; /* Nonzero means process the ISO trigraph sequences. */ unsigned char trigraphs; /* Nonzero means process the ISO digraph sequences. */ unsigned char digraphs; /* Nonzero means to allow hexadecimal floats and LL suffixes. */ unsigned char extended_numbers; /* Nonzero means print names of header files (-H). */ unsigned char print_include_names; /* Nonzero means cpp_pedwarn causes a hard error. */ unsigned char pedantic_errors; /* Nonzero means don't print warning messages. */ unsigned char inhibit_warnings; /* Nonzero means complain about deprecated features. */ unsigned char warn_deprecated; /* Nonzero means don't suppress warnings from system headers. */ unsigned char warn_system_headers; /* Nonzero means don't print error messages. Has no option to select it, but can be set by a user of cpplib (e.g. fix-header). */ unsigned char inhibit_errors; /* Nonzero means warn if slash-star appears in a comment. */ unsigned char warn_comments; /* Nonzero means warn if a user-supplied include directory does not exist. */ unsigned char warn_missing_include_dirs; /* Nonzero means warn if there are any trigraphs. */ unsigned char warn_trigraphs; /* Nonzero means warn about multicharacter charconsts. */ unsigned char warn_multichar; /* Nonzero means warn about various incompatibilities with traditional C. */ unsigned char warn_traditional; /* Nonzero means warn about long long numeric constants. */ unsigned char warn_long_long; /* Nonzero means warn about text after an #endif (or #else). */ unsigned char warn_endif_labels; /* Nonzero means warn about implicit sign changes owing to integer promotions. */ unsigned char warn_num_sign_change; /* Zero means don't warn about __VA_ARGS__ usage in c89 pedantic mode. Presumably the usage is protected by the appropriate #ifdef. */ unsigned char warn_variadic_macros; /* Nonzero means turn warnings into errors. */ unsigned char warnings_are_errors; /* Nonzero means we should look for header.gcc files that remap file names. */ unsigned char remap; /* Zero means dollar signs are punctuation. */ unsigned char dollars_in_ident; /* Nonzero means UCNs are accepted in identifiers. */ unsigned char extended_identifiers; /* True if we should warn about dollars in identifiers or numbers for this translation unit. */ unsigned char warn_dollars; /* Nonzero means warn if undefined identifiers are evaluated in an #if. */ unsigned char warn_undef; /* Nonzero means warn of unused macros from the main file. */ unsigned char warn_unused_macros; /* Nonzero for the 1999 C Standard, including corrigenda and amendments. */ unsigned char c99; /* Nonzero if we are conforming to a specific C or C++ standard. */ unsigned char std; /* Nonzero means give all the error messages the ANSI standard requires. */ unsigned char pedantic; /* Nonzero means we're looking at already preprocessed code, so don't bother trying to do macro expansion and whatnot. */ unsigned char preprocessed; /* Print column number in error messages. */ unsigned char show_column; /* Nonzero means handle C++ alternate operator names. */ unsigned char operator_names; /* True for traditional preprocessing. */ unsigned char traditional; /* Holds the name of the target (execution) character set. */ const char *narrow_charset; /* Holds the name of the target wide character set. */ const char *wide_charset; /* Holds the name of the input character set. */ const char *input_charset; /* The minimum permitted level of normalization before a warning is generated. */ enum cpp_normalize_level warn_normalize; /* True to warn about precompiled header files we couldn't use. */ bool warn_invalid_pch; /* True if dependencies should be restored from a precompiled header. */ bool restore_pch_deps; /* SDCC abuse by Kevin: allow naked '#' characters in expanded macros * (see _cpp_create_definition in cppmacro.c) */ unsigned char allow_naked_hash; /* SDCC _asm specific switch _asm block preprocessing on / off */ unsigned char preproc_asm; /* SDCC specific object file exetnsion */ const char *obj_ext; /* SDCC specific pedantic_parse_number */ unsigned char pedantic_parse_number; /* Dependency generation. */ struct { /* Style of header dependencies to generate. */ enum cpp_deps_style style; /* Assume missing files are generated files. */ bool missing_files; /* Generate phony targets for each dependency apart from the first one. */ bool phony_targets; /* If true, no dependency is generated on the main file. */ bool ignore_main_file; } deps; /* Target-specific features set by the front end or client. */ /* Precision for target CPP arithmetic, target characters, target ints and target wide characters, respectively. */ size_t precision, char_precision, int_precision, wchar_precision; /* True means chars (wide chars) are unsigned. */ bool unsigned_char, unsigned_wchar; /* True if the most significant byte in a word has the lowest address in memory. */ bool bytes_big_endian; /* Nonzero means __STDC__ should have the value 0 in system headers. */ unsigned char stdc_0_in_system_headers; /* True means error callback should be used for diagnostics. */ bool client_diagnostic; /* True disables tokenization outside of preprocessing directives. */ bool directives_only; }; /* Callback for header lookup for HEADER, which is the name of a source file. It is used as a method of last resort to find headers that are not otherwise found during the normal include processing. The return value is the malloced name of a header to try and open, if any, or NULL otherwise. This callback is called only if the header is otherwise unfound. */ typedef const char *(*missing_header_cb)(cpp_reader *, const char *header, cpp_dir **); /* Call backs to cpplib client. */ struct cpp_callbacks { /* Called when a new line of preprocessed output is started. */ void (*line_change) (cpp_reader *, const cpp_token *, int); /* Called when switching to/from a new file. The line_map is for the new file. It is NULL if there is no new file. (In C this happens when done with + and also when done with a main file.) This can be used for resource cleanup. */ void (*file_change) (cpp_reader *, const struct line_map *); void (*dir_change) (cpp_reader *, const char *); void (*include) (cpp_reader *, unsigned int, const unsigned char *, const char *, int, const cpp_token **); void (*define) (cpp_reader *, unsigned int, cpp_hashnode *); void (*undef) (cpp_reader *, unsigned int, cpp_hashnode *); void (*ident) (cpp_reader *, unsigned int, const cpp_string *); void (*def_pragma) (cpp_reader *, unsigned int); int (*valid_pch) (cpp_reader *, const char *, int); void (*read_pch) (cpp_reader *, const char *, int, const char *); missing_header_cb missing_header; /* Called to emit a diagnostic if client_diagnostic option is true. This callback receives the translated message. */ void (*error) (cpp_reader *, int, const char *, va_list *) ATTRIBUTE_FPTR_PRINTF(3,0); }; /* Chain of directories to look for include files in. */ struct cpp_dir { /* NULL-terminated singly-linked list. */ struct cpp_dir *next; /* NAME of the directory, NUL-terminated. */ char *name; unsigned int len; /* One if a system header, two if a system header that has extern "C" guards for C++. */ unsigned char sysp; /* Mapping of file names for this directory for MS-DOS and related platforms. A NULL-terminated array of (from, to) pairs. */ const char **name_map; /* Routine to construct pathname, given the search path name and the HEADER we are trying to find, return a constructed pathname to try and open. If this is NULL, the constructed pathname is as constructed by append_file_to_dir. */ char *(*construct) (const char *header, cpp_dir *dir); /* The C front end uses these to recognize duplicated directories in the search path. */ ino_t ino; dev_t dev; /* Is this a user-supplied directory? */ bool user_supplied_p; }; /* Name under which this program was invoked. */ extern const char *progname; /* The structure of a node in the hash table. The hash table has entries for all identifiers: either macros defined by #define commands (type NT_MACRO), assertions created with #assert (NT_ASSERTION), or neither of the above (NT_VOID). Builtin macros like __LINE__ are flagged NODE_BUILTIN. Poisoned identifiers are flagged NODE_POISONED. NODE_OPERATOR (C++ only) indicates an identifier that behaves like an operator such as "xor". NODE_DIAGNOSTIC is for speed in lex_token: it indicates a diagnostic may be required for this node. Currently this only applies to __VA_ARGS__ and poisoned identifiers. */ /* Hash node flags. */ #define NODE_OPERATOR (1 << 0) /* C++ named operator. */ #define NODE_POISONED (1 << 1) /* Poisoned identifier. */ #define NODE_BUILTIN (1 << 2) /* Builtin macro. */ #define NODE_DIAGNOSTIC (1 << 3) /* Possible diagnostic when lexed. */ #define NODE_WARN (1 << 4) /* Warn if redefined or undefined. */ #define NODE_DISABLED (1 << 5) /* A disabled macro. */ #define NODE_MACRO_ARG (1 << 6) /* Used during #define processing. */ /* Different flavors of hash node. */ enum node_type { NT_VOID = 0, /* No definition yet. */ NT_MACRO, /* A macro of some form. */ NT_ASSERTION /* Predicate for #assert. */ }; /* Different flavors of builtin macro. _Pragma is an operator, but we handle it with the builtin code for efficiency reasons. */ enum builtin_type { BT_SPECLINE = 0, /* `__LINE__' */ BT_DATE, /* `__DATE__' */ BT_FILE, /* `__FILE__' */ BT_BASE_FILE, /* `__BASE_FILE__' */ BT_INCLUDE_LEVEL, /* `__INCLUDE_LEVEL__' */ BT_TIME, /* `__TIME__' */ BT_STDC, /* `__STDC__' */ BT_PRAGMA, /* `_Pragma' operator */ BT_TIMESTAMP, /* `__TIMESTAMP__' */ BT_COUNTER /* `__COUNTER__' */ }; #define CPP_HASHNODE(HNODE) ((cpp_hashnode *) (HNODE)) #define HT_NODE(NODE) ((ht_identifier *) (NODE)) #define NODE_LEN(NODE) HT_LEN (&(NODE)->ident) #define NODE_NAME(NODE) HT_STR (&(NODE)->ident) /* Specify which field, if any, of the union is used. */ enum { NTV_MACRO, NTV_ANSWER, NTV_BUILTIN, NTV_ARGUMENT, NTV_NONE }; #define CPP_HASHNODE_VALUE_IDX(HNODE) \ ((HNODE.flags & NODE_MACRO_ARG) ? NTV_ARGUMENT \ : HNODE.type == NT_MACRO ? ((HNODE.flags & NODE_BUILTIN) \ ? NTV_BUILTIN : NTV_MACRO) \ : HNODE.type == NT_ASSERTION ? NTV_ANSWER \ : NTV_NONE) /* The common part of an identifier node shared amongst all 3 C front ends. Also used to store CPP identifiers, which are a superset of identifiers in the grammatical sense. */ union _cpp_hashnode_value GTY(()) { /* If a macro. */ cpp_macro * GTY((tag ("NTV_MACRO"))) macro; /* Answers to an assertion. */ struct answer * GTY ((tag ("NTV_ANSWER"))) answers; /* Code for a builtin macro. */ enum builtin_type GTY ((tag ("NTV_BUILTIN"))) builtin; /* Macro argument index. */ unsigned short GTY ((tag ("NTV_ARGUMENT"))) arg_index; }; struct cpp_hashnode GTY(()) { struct ht_identifier ident; unsigned int is_directive : 1; unsigned int directive_index : 7; /* If is_directive, then index into directive table. Otherwise, a NODE_OPERATOR. */ unsigned char rid_code; /* Rid code - for front ends. */ ENUM_BITFIELD(node_type) type : 8; /* CPP node type. */ unsigned char flags; /* CPP flags. */ union _cpp_hashnode_value GTY ((desc ("CPP_HASHNODE_VALUE_IDX (%1)"))) value; }; /* Call this first to get a handle to pass to other functions. If you want cpplib to manage its own hashtable, pass in a NULL pointer. Otherwise you should pass in an initialized hash table that cpplib will share; this technique is used by the C front ends. */ extern cpp_reader *cpp_create_reader (enum c_lang, struct ht *, struct line_maps *); /* Reset the cpp_reader's line_map. This is only used after reading a PCH file. */ extern void cpp_set_line_map (cpp_reader *, struct line_maps *); /* Call this to change the selected language standard (e.g. because of command line options). */ extern void cpp_set_lang (cpp_reader *, enum c_lang); /* Set the include paths. */ extern void cpp_set_include_chains (cpp_reader *, cpp_dir *, cpp_dir *, int); /* Call these to get pointers to the options, callback, and deps structures for a given reader. These pointers are good until you call cpp_finish on that reader. You can either edit the callbacks through the pointer returned from cpp_get_callbacks, or set them with cpp_set_callbacks. */ extern cpp_options *cpp_get_options (cpp_reader *); extern cpp_callbacks *cpp_get_callbacks (cpp_reader *); extern void cpp_set_callbacks (cpp_reader *, cpp_callbacks *); extern struct deps *cpp_get_deps (cpp_reader *); /* This function reads the file, but does not start preprocessing. It returns the name of the original file; this is the same as the input file, except for preprocessed input. This will generate at least one file change callback, and possibly a line change callback too. If there was an error opening the file, it returns NULL. */ extern const char *cpp_read_main_file (cpp_reader *, const char *); /* Set up built-ins with special behavior. Use cpp_init_builtins() instead unless your know what you are doing. */ extern void cpp_init_special_builtins (cpp_reader *); /* Set up built-ins like __FILE__. */ extern void cpp_init_builtins (cpp_reader *, int); /* This is called after options have been parsed, and partially processed. */ extern void cpp_post_options (cpp_reader *); /* Set up translation to the target character set. */ extern void cpp_init_iconv (cpp_reader *); /* Call this to finish preprocessing. If you requested dependency generation, pass an open stream to write the information to, otherwise NULL. It is your responsibility to close the stream. Returns cpp_errors (pfile). */ extern int cpp_finish (cpp_reader *, FILE *deps_stream); /* Call this to release the handle at the end of preprocessing. Any use of the handle after this function returns is invalid. Returns cpp_errors (pfile). */ extern void cpp_destroy (cpp_reader *); /* Error count. */ extern unsigned int cpp_errors (cpp_reader *); extern unsigned int cpp_token_len (const cpp_token *); extern unsigned char *cpp_token_as_text (cpp_reader *, const cpp_token *); extern unsigned char *cpp_spell_token (cpp_reader *, const cpp_token *, unsigned char *, bool); extern void cpp_register_pragma (cpp_reader *, const char *, const char *, void (*) (cpp_reader *), bool); extern void cpp_register_deferred_pragma (cpp_reader *, const char *, const char *, unsigned, bool, bool); extern int cpp_avoid_paste (cpp_reader *, const cpp_token *, const cpp_token *); extern const cpp_token *cpp_get_token (cpp_reader *); extern const cpp_token *cpp_get_token_with_location (cpp_reader *, source_location *); extern const unsigned char *cpp_macro_definition (cpp_reader *, const cpp_hashnode *); extern void _cpp_backup_tokens (cpp_reader *, unsigned int); /* Evaluate a CPP_CHAR or CPP_WCHAR token. */ extern cppchar_t cpp_interpret_charconst (cpp_reader *, const cpp_token *, unsigned int *, int *); /* Evaluate a vector of CPP_STRING or CPP_WSTRING tokens. */ extern bool cpp_interpret_string (cpp_reader *, const cpp_string *, size_t, cpp_string *, bool); extern bool cpp_interpret_string_notranslate (cpp_reader *, const cpp_string *, size_t, cpp_string *, bool); /* Convert a host character constant to the execution character set. */ extern cppchar_t cpp_host_to_exec_charset (cpp_reader *, cppchar_t); /* Used to register macros and assertions, perhaps from the command line. The text is the same as the command line argument. */ extern void cpp_define (cpp_reader *, const char *); extern void cpp_assert (cpp_reader *, const char *); extern void cpp_undef (cpp_reader *, const char *); extern void cpp_unassert (cpp_reader *, const char *); extern cpp_macro *cpp_push_definition (cpp_reader *, const char *); extern void cpp_pop_definition (cpp_reader *, const char *, cpp_macro *); /* Undefine all macros and assertions. */ extern void cpp_undef_all (cpp_reader *); extern cpp_buffer *cpp_push_buffer (cpp_reader *, const unsigned char *, size_t, int); extern int cpp_defined (cpp_reader *, const unsigned char *, int); /* A preprocessing number. Code assumes that any unused high bits of the double integer are set to zero. */ typedef unsigned HOST_WIDE_INT cpp_num_part; typedef struct cpp_num cpp_num; struct cpp_num { cpp_num_part high; cpp_num_part low; bool unsignedp; /* True if value should be treated as unsigned. */ bool overflow; /* True if the most recent calculation overflowed. */ }; /* cpplib provides two interfaces for interpretation of preprocessing numbers. cpp_classify_number categorizes numeric constants according to their field (integer, floating point, or invalid), radix (decimal, octal, hexadecimal), and type suffixes. */ #define CPP_N_CATEGORY 0x000F #define CPP_N_INVALID 0x0000 #define CPP_N_INTEGER 0x0001 #define CPP_N_FLOATING 0x0002 #define CPP_N_WIDTH 0x00F0 #define CPP_N_SMALL 0x0010 /* int, float, shrot _Fract/Accum */ #define CPP_N_MEDIUM 0x0020 /* long, double, long _Fract/_Accum. */ #define CPP_N_LARGE 0x0040 /* long long, long double, long long _Fract/Accum. */ #define CPP_N_WIDTH_MD 0xF0000 /* machine defined. */ #define CPP_N_MD_W 0x10000 #define CPP_N_MD_Q 0x20000 #define CPP_N_RADIX 0x0F00 #define CPP_N_DECIMAL 0x0100 #define CPP_N_HEX 0x0200 #define CPP_N_OCTAL 0x0400 #define CPP_N_BINARY 0x0800 #define CPP_N_UNSIGNED 0x1000 /* Properties. */ #define CPP_N_IMAGINARY 0x2000 #define CPP_N_DFLOAT 0x4000 #define CPP_N_FRACT 0x100000 /* Fract types. */ #define CPP_N_ACCUM 0x200000 /* Accum types. */ /* Classify a CPP_NUMBER token. The return value is a combination of the flags from the above sets. */ extern unsigned cpp_classify_number (cpp_reader *, const cpp_token *); /* Evaluate a token classified as category CPP_N_INTEGER. */ extern cpp_num cpp_interpret_integer (cpp_reader *, const cpp_token *, unsigned int type); /* Sign extend a number, with PRECISION significant bits and all others assumed clear, to fill out a cpp_num structure. */ cpp_num cpp_num_sign_extend (cpp_num, size_t); /* Diagnostic levels. To get a diagnostic without associating a position in the translation unit with it, use cpp_error_with_line with a line number of zero. */ /* Warning, an error with -Werror. */ #define CPP_DL_WARNING 0x00 /* Same as CPP_DL_WARNING, except it is not suppressed in system headers. */ #define CPP_DL_WARNING_SYSHDR 0x01 /* Warning, an error with -pedantic-errors or -Werror. */ #define CPP_DL_PEDWARN 0x02 /* An error. */ #define CPP_DL_ERROR 0x03 /* An internal consistency check failed. Prints "internal error: ", otherwise the same as CPP_DL_ERROR. */ #define CPP_DL_ICE 0x04 /* Extracts a diagnostic level from an int. */ #define CPP_DL_EXTRACT(l) (l & 0xf) /* Nonzero if a diagnostic level is one of the warnings. */ #define CPP_DL_WARNING_P(l) (CPP_DL_EXTRACT (l) >= CPP_DL_WARNING \ && CPP_DL_EXTRACT (l) <= CPP_DL_PEDWARN) /* Output a diagnostic of some kind. */ extern void cpp_error (cpp_reader *, int, const char *msgid, ...) ATTRIBUTE_PRINTF_3; /* Output a diagnostic with "MSGID: " preceding the error string of errno. No location is printed. */ extern void cpp_errno (cpp_reader *, int, const char *msgid); /* Same as cpp_error, except additionally specifies a position as a (translation unit) physical line and physical column. If the line is zero, then no location is printed. */ extern void cpp_error_with_line (cpp_reader *, int, source_location, unsigned, const char *msgid, ...) ATTRIBUTE_PRINTF_5; /* In cpplex.c */ extern int cpp_ideq (const cpp_token *, const char *); extern void cpp_output_line (cpp_reader *, FILE *); extern void cpp_output_token (const cpp_token *, FILE *); extern const char *cpp_type2name (enum cpp_ttype); /* Returns the value of an escape sequence, truncated to the correct target precision. PSTR points to the input pointer, which is just after the backslash. LIMIT is how much text we have. WIDE is true if the escape sequence is part of a wide character constant or string literal. Handles all relevant diagnostics. */ extern cppchar_t cpp_parse_escape (cpp_reader *, const unsigned char ** pstr, const unsigned char *limit, int wide); /* In cpphash.c */ /* Lookup an identifier in the hashtable. Puts the identifier in the table if it is not already there. */ extern cpp_hashnode *cpp_lookup (cpp_reader *, const unsigned char *, unsigned int); typedef int (*cpp_cb) (cpp_reader *, cpp_hashnode *, void *); extern void cpp_forall_identifiers (cpp_reader *, cpp_cb, void *); /* In cppmacro.c */ extern void cpp_scan_nooutput (cpp_reader *); extern int cpp_sys_macro_p (cpp_reader *); extern unsigned char *cpp_quote_string (unsigned char *, const unsigned char *, unsigned int); /* In cppfiles.c */ extern bool cpp_included (cpp_reader *, const char *); extern bool cpp_included_before (cpp_reader *, const char *, source_location); extern void cpp_make_system_header (cpp_reader *, int, int); extern bool cpp_push_include (cpp_reader *, const char *); extern void cpp_change_file (cpp_reader *, enum lc_reason, const char *); extern const char *cpp_get_path (struct _cpp_file *); extern cpp_dir *cpp_get_dir (struct _cpp_file *); extern cpp_buffer *cpp_get_buffer (cpp_reader *); extern struct _cpp_file *cpp_get_file (cpp_buffer *); extern cpp_buffer *cpp_get_prev (cpp_buffer *); extern void cpp_clear_file_cache (cpp_reader *); /* In cpppch.c */ struct save_macro_data; extern int cpp_save_state (cpp_reader *, FILE *); extern int cpp_write_pch_deps (cpp_reader *, FILE *); extern int cpp_write_pch_state (cpp_reader *, FILE *); extern int cpp_valid_state (cpp_reader *, const char *, int); extern void cpp_prepare_state (cpp_reader *, struct save_macro_data **); extern int cpp_read_state (cpp_reader *, const char *, FILE *, struct save_macro_data *); #ifdef __cplusplus } #endif #endif /* ! LIBCPP_CPPLIB_H */ sdcc-2.9.0/support/cpp/libcpp/include/line-map.h000066400000000000000000000167541116427777700215430ustar00rootroot00000000000000/* Map logical line numbers to (source file, line number) pairs. Copyright (C) 2001, 2003, 2004, 2007 Free Software Foundation, Inc. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! */ #ifndef LIBCPP_LINE_MAP_H #define LIBCPP_LINE_MAP_H #ifndef GTY #define GTY(x) /* nothing */ #endif /* Reason for adding a line change with add_line_map (). LC_ENTER is when including a new file, e.g. a #include directive in C. LC_LEAVE is when reaching a file's end. LC_RENAME is when a file name or line number changes for neither of the above reasons (e.g. a #line directive in C). */ enum lc_reason {LC_ENTER = 0, LC_LEAVE, LC_RENAME}; /* A logical line/column number, i.e. an "index" into a line_map. */ /* Long-term, we want to use this to replace struct location_s (in input.h), and effectively typedef source_location location_t. */ typedef unsigned int source_location; /* Memory allocation function typedef. Works like xrealloc. */ typedef void *(*line_map_realloc) (void *, size_t); /* Physical source file TO_FILE at line TO_LINE at column 0 is represented by the logical START_LOCATION. TO_LINE+L at column C is represented by START_LOCATION+(L*(1<start_location) >> (MAP)->column_bits) + (MAP)->to_line) #define SOURCE_COLUMN(MAP, LINE) \ (((LINE) - (MAP)->start_location) & ((1 << (MAP)->column_bits) - 1)) /* Returns the last source line within a map. This is the (last) line of the #include, or other directive, that caused a map change. */ #define LAST_SOURCE_LINE(MAP) \ SOURCE_LINE (MAP, LAST_SOURCE_LINE_LOCATION (MAP)) #define LAST_SOURCE_LINE_LOCATION(MAP) \ ((((MAP)[1].start_location - 1 - (MAP)->start_location) \ & ~((1 << (MAP)->column_bits) - 1)) \ + (MAP)->start_location) /* Returns the map a given map was included from. */ #define INCLUDED_FROM(SET, MAP) (&(SET)->maps[(MAP)->included_from]) /* Nonzero if the map is at the bottom of the include stack. */ #define MAIN_FILE_P(MAP) ((MAP)->included_from < 0) /* Set LOC to a source position that is the same line as the most recent linemap_line_start, but with the specified TO_COLUMN column number. */ #define LINEMAP_POSITION_FOR_COLUMN(LOC, SET, TO_COLUMN) { \ unsigned int to_column = (TO_COLUMN); \ struct line_maps *set = (SET); \ if (__builtin_expect (to_column >= set->max_column_hint, 0)) \ (LOC) = linemap_position_for_column (set, to_column); \ else { \ source_location r = set->highest_line; \ r = r + to_column; \ if (r >= set->highest_location) \ set->highest_location = r; \ (LOC) = r; \ }} extern source_location linemap_position_for_column (struct line_maps *set, unsigned int to_column); #endif /* !LIBCPP_LINE_MAP_H */ sdcc-2.9.0/support/cpp/libcpp/include/mkdeps.h000066400000000000000000000067211116427777700213150ustar00rootroot00000000000000/* Dependency generator for Makefile fragments. Copyright (C) 2000, 2001, 2003 Free Software Foundation, Inc. Contributed by Zack Weinberg, Mar 2000 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! */ #ifndef LIBCPP_MKDEPS_H #define LIBCPP_MKDEPS_H /* This is the data structure used by all the functions in mkdeps.c. It's quite straightforward, but should be treated as opaque. */ struct deps; struct cpp_reader; /* Create a deps buffer. */ extern struct deps *deps_init (void); /* Destroy a deps buffer. */ extern void deps_free (struct deps *); /* Add a set of "vpath" directories. The second argument is a colon- separated list of pathnames, like you would set Make's VPATH variable to. If a dependency or target name begins with any of these pathnames (and the next path element is not "..") that pathname is stripped off. */ extern void deps_add_vpath (struct deps *, const char *); /* Add a target (appears on left side of the colon) to the deps list. Takes a boolean indicating whether to quote the target for MAKE. */ extern void deps_add_target (struct deps *, const char *, int); /* Sets the default target if none has been given already. An empty string as the default target is interpreted as stdin. */ extern void deps_add_default_target (struct cpp_reader *, const char *); /* Add a dependency (appears on the right side of the colon) to the deps list. Dependencies will be printed in the order that they were entered with this function. By convention, the first dependency entered should be the primary source file. */ extern void deps_add_dep (struct deps *, const char *); /* Write out a deps buffer to a specified file. The third argument is the number of columns to word-wrap at (0 means don't wrap). */ extern void deps_write (const struct deps *, FILE *, unsigned int); /* Write out a deps buffer to a file, in a form that can be read back with deps_restore. Returns nonzero on error, in which case the error number will be in errno. */ extern int deps_save (struct deps *, FILE *); /* Read back dependency information written with deps_save into the deps buffer. The third argument may be NULL, in which case the dependency information is just skipped, or it may be a filename, in which case that filename is skipped. */ extern int deps_restore (struct deps *, FILE *, const char *); /* For each dependency *except the first*, emit a dummy rule for that file, causing it to depend on nothing. This is used to work around the intermediate-file deletion misfeature in Make, in some automatic dependency schemes. */ extern void deps_phony_targets (const struct deps *, FILE *); #endif /* ! LIBCPP_MKDEPS_H */ sdcc-2.9.0/support/cpp/libcpp/include/symtab.h000066400000000000000000000065631116427777700213350ustar00rootroot00000000000000/* Hash tables. Copyright (C) 2000, 2001, 2003, 2004, 2007 Free Software Foundation, Inc. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #ifndef LIBCPP_SYMTAB_H #define LIBCPP_SYMTAB_H #if defined(__APPLE__) && defined(__MACH__) #include "libiberty/obstack.h" #else #include "obstack.h" #endif #ifndef GTY #define GTY(x) /* nothing */ #endif /* This is what each hash table entry points to. It may be embedded deeply within another object. */ typedef struct ht_identifier ht_identifier; struct ht_identifier GTY(()) { const unsigned char *str; unsigned int len; unsigned int hash_value; }; #define HT_LEN(NODE) ((NODE)->len) #define HT_STR(NODE) ((NODE)->str) typedef struct ht hash_table; typedef struct ht_identifier *hashnode; enum ht_lookup_option {HT_NO_INSERT = 0, HT_ALLOC, HT_ALLOCED}; /* An identifier hash table for cpplib and the front ends. */ struct ht { /* Identifiers are allocated from here. */ struct obstack stack; hashnode *entries; /* Call back, allocate a node. */ hashnode (*alloc_node) (hash_table *); /* Call back, allocate something that hangs off a node like a cpp_macro. NULL means use the usual allocator. */ void * (*alloc_subobject) (size_t); unsigned int nslots; /* Total slots in the entries array. */ unsigned int nelements; /* Number of live elements. */ /* Link to reader, if any. For the benefit of cpplib. */ struct cpp_reader *pfile; /* Table usage statistics. */ unsigned int searches; unsigned int collisions; /* Should 'entries' be freed when it is no longer needed? */ bool entries_owned; }; /* Initialize the hashtable with 2 ^ order entries. */ extern hash_table *ht_create (unsigned int order); /* Frees all memory associated with a hash table. */ extern void ht_destroy (hash_table *); extern hashnode ht_lookup (hash_table *, const unsigned char *, size_t, enum ht_lookup_option); extern hashnode ht_lookup_with_hash (hash_table *, const unsigned char *, size_t, unsigned int, enum ht_lookup_option); #define HT_HASHSTEP(r, c) ((r) * 67 + ((c) - 113)); #define HT_HASHFINISH(r, len) ((r) + (len)) /* For all nodes in TABLE, make a callback. The callback takes TABLE->PFILE, the node, and a PTR, and the callback sequence stops if the callback returns zero. */ typedef int (*ht_cb) (struct cpp_reader *, hashnode, const void *); extern void ht_forall (hash_table *, ht_cb, const void *); /* Restore the hash table. */ extern void ht_load (hash_table *ht, hashnode *entries, unsigned int nslots, unsigned int nelements, bool own); /* Dump allocation statistics to stderr. */ extern void ht_dump_statistics (hash_table *); #endif /* LIBCPP_SYMTAB_H */ sdcc-2.9.0/support/cpp/libcpp/init.c000066400000000000000000000506311116427777700173440ustar00rootroot00000000000000/* CPP Library. Copyright (C) 1986, 1987, 1989, 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2007 Free Software Foundation, Inc. Contributed by Per Bothner, 1994-95. Based on CCCP program by Paul Rubin, June 1986 Adapted to ANSI C, Richard Stallman, Jan 1987 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "config.h" #include "system.h" #include "cpplib.h" #include "internal.h" #include "mkdeps.h" #ifdef ENABLE_NLS #include "localedir.h" #endif static void init_library (void); static void mark_named_operators (cpp_reader *); static void read_original_filename (cpp_reader *); static void read_original_directory (cpp_reader *); static void post_options (cpp_reader *); /* If we have designated initializers (GCC >2.7) these tables can be initialized, constant data. Otherwise, they have to be filled in at runtime. */ #if HAVE_DESIGNATED_INITIALIZERS #define init_trigraph_map() /* Nothing. */ #define TRIGRAPH_MAP \ __extension__ const uchar _cpp_trigraph_map[UCHAR_MAX + 1] = { #define END }; #define s(p, v) [p] = v, #else #define TRIGRAPH_MAP uchar _cpp_trigraph_map[UCHAR_MAX + 1] = { 0 }; \ static void init_trigraph_map (void) { \ unsigned char *x = _cpp_trigraph_map; #define END } #define s(p, v) x[p] = v; #endif TRIGRAPH_MAP s('=', '#') s(')', ']') s('!', '|') s('(', '[') s('\'', '^') s('>', '}') s('/', '\\') s('<', '{') s('-', '~') END #undef s #undef END #undef TRIGRAPH_MAP /* A set of booleans indicating what CPP features each source language requires. */ struct lang_flags { char c99; char cplusplus; char extended_numbers; char extended_identifiers; char std; char cplusplus_comments; char digraphs; }; static const struct lang_flags lang_defaults[] = { /* c99 c++ xnum xid std // digr */ /* GNUC89 */ { 0, 0, 1, 0, 0, 1, 1 }, /* GNUC99 */ { 1, 0, 1, 0, 0, 1, 1 }, /* STDC89 */ { 0, 0, 0, 0, 1, 0, 0 }, /* STDC94 */ { 0, 0, 0, 0, 1, 0, 1 }, /* STDC99 */ { 1, 0, 1, 0, 1, 1, 1 }, /* GNUCXX */ { 0, 1, 1, 0, 0, 1, 1 }, /* CXX98 */ { 0, 1, 1, 0, 1, 1, 1 }, /* GNUCXX0X */ { 1, 1, 1, 0, 0, 1, 1 }, /* CXX0X */ { 1, 1, 1, 0, 1, 1, 1 }, /* ASM */ { 0, 0, 1, 0, 0, 1, 0 } /* xid should be 1 for GNUC99, STDC99, GNUCXX, CXX98, GNUCXX0X, and CXX0X when no longer experimental (when all uses of identifiers in the compiler have been audited for correct handling of extended identifiers). */ }; /* Sets internal flags correctly for a given language. */ void cpp_set_lang (cpp_reader *pfile, enum c_lang lang) { const struct lang_flags *l = &lang_defaults[(int) lang]; CPP_OPTION (pfile, lang) = lang; CPP_OPTION (pfile, c99) = l->c99; CPP_OPTION (pfile, cplusplus) = l->cplusplus; CPP_OPTION (pfile, extended_numbers) = l->extended_numbers; CPP_OPTION (pfile, extended_identifiers) = l->extended_identifiers; CPP_OPTION (pfile, std) = l->std; CPP_OPTION (pfile, trigraphs) = l->std; CPP_OPTION (pfile, cplusplus_comments) = l->cplusplus_comments; CPP_OPTION (pfile, digraphs) = l->digraphs; } /* Initialize library global state. */ static void init_library (void) { static int initialized = 0; if (! initialized) { initialized = 1; /* Set up the trigraph map. This doesn't need to do anything if we were compiled with a compiler that supports C99 designated initializers. */ init_trigraph_map (); #ifdef ENABLE_NLS (void) bindtextdomain (PACKAGE, LOCALEDIR); #endif } } /* Initialize a cpp_reader structure. */ cpp_reader * cpp_create_reader (enum c_lang lang, hash_table *table, struct line_maps *line_table) { cpp_reader *pfile; /* Initialize this instance of the library if it hasn't been already. */ init_library (); pfile = XCNEW (cpp_reader); cpp_set_lang (pfile, lang); CPP_OPTION (pfile, warn_multichar) = 1; CPP_OPTION (pfile, discard_comments) = 1; CPP_OPTION (pfile, discard_comments_in_macro_exp) = 1; CPP_OPTION (pfile, show_column) = 1; CPP_OPTION (pfile, tabstop) = 8; CPP_OPTION (pfile, operator_names) = 1; CPP_OPTION (pfile, warn_trigraphs) = 2; CPP_OPTION (pfile, warn_endif_labels) = 1; CPP_OPTION (pfile, warn_deprecated) = 1; CPP_OPTION (pfile, warn_long_long) = !CPP_OPTION (pfile, c99); CPP_OPTION (pfile, dollars_in_ident) = 1; CPP_OPTION (pfile, warn_dollars) = 1; CPP_OPTION (pfile, warn_variadic_macros) = 1; CPP_OPTION (pfile, warn_normalize) = normalized_C; /* Default CPP arithmetic to something sensible for the host for the benefit of dumb users like fix-header. */ CPP_OPTION (pfile, precision) = CHAR_BIT * sizeof (long); CPP_OPTION (pfile, char_precision) = CHAR_BIT; CPP_OPTION (pfile, wchar_precision) = CHAR_BIT * sizeof (int); CPP_OPTION (pfile, int_precision) = CHAR_BIT * sizeof (int); CPP_OPTION (pfile, unsigned_char) = 0; CPP_OPTION (pfile, unsigned_wchar) = 1; CPP_OPTION (pfile, bytes_big_endian) = 1; /* does not matter */ /* Default to no charset conversion. */ CPP_OPTION (pfile, narrow_charset) = _cpp_default_encoding (); CPP_OPTION (pfile, wide_charset) = 0; /* Default the input character set to UTF-8. */ CPP_OPTION (pfile, input_charset) = _cpp_default_encoding (); /* A fake empty "directory" used as the starting point for files looked up without a search path. Name cannot be '/' because we don't want to prepend anything at all to filenames using it. All other entries are correct zero-initialized. */ pfile->no_search_path.name = (char *) ""; /* Initialize the line map. */ pfile->line_table = line_table; /* Initialize lexer state. */ pfile->state.save_comments = ! CPP_OPTION (pfile, discard_comments); /* Set up static tokens. */ pfile->avoid_paste.type = CPP_PADDING; pfile->avoid_paste.val.source = NULL; pfile->eof.type = CPP_EOF; pfile->eof.flags = 0; /* Create a token buffer for the lexer. */ _cpp_init_tokenrun (&pfile->base_run, 250); pfile->cur_run = &pfile->base_run; pfile->cur_token = pfile->base_run.base; /* Initialize the base context. */ pfile->context = &pfile->base_context; pfile->base_context.macro = 0; pfile->base_context.prev = pfile->base_context.next = 0; /* Aligned and unaligned storage. */ pfile->a_buff = _cpp_get_buff (pfile, 0); pfile->u_buff = _cpp_get_buff (pfile, 0); /* The expression parser stack. */ _cpp_expand_op_stack (pfile); /* Initialize the buffer obstack. */ _obstack_begin (&pfile->buffer_ob, 0, 0, (void *(*) (long)) xmalloc, (void (*) (void *)) free); _cpp_init_files (pfile); _cpp_init_hashtable (pfile, table); return pfile; } /* Set the line_table entry in PFILE. This is called after reading a PCH file, as the old line_table will be incorrect. */ void cpp_set_line_map (cpp_reader *pfile, struct line_maps *line_table) { pfile->line_table = line_table; } /* Free resources used by PFILE. Accessing PFILE after this function returns leads to undefined behavior. Returns the error count. */ void cpp_destroy (cpp_reader *pfile) { cpp_context *context, *contextn; tokenrun *run, *runn; free (pfile->op_stack); while (CPP_BUFFER (pfile) != NULL) _cpp_pop_buffer (pfile); if (pfile->out.base) free (pfile->out.base); if (pfile->macro_buffer) { free (pfile->macro_buffer); pfile->macro_buffer = NULL; pfile->macro_buffer_len = 0; } if (pfile->deps) deps_free (pfile->deps); obstack_free (&pfile->buffer_ob, 0); _cpp_destroy_hashtable (pfile); _cpp_cleanup_files (pfile); _cpp_destroy_iconv (pfile); _cpp_free_buff (pfile->a_buff); _cpp_free_buff (pfile->u_buff); _cpp_free_buff (pfile->free_buffs); for (run = &pfile->base_run; run; run = runn) { runn = run->next; free (run->base); if (run != &pfile->base_run) free (run); } for (context = pfile->base_context.next; context; context = contextn) { contextn = context->next; free (context); } free (pfile); } /* This structure defines one built-in identifier. A node will be entered in the hash table under the name NAME, with value VALUE. There are two tables of these. builtin_array holds all the "builtin" macros: these are handled by builtin_macro() in macro.c. Builtin is somewhat of a misnomer -- the property of interest is that these macros require special code to compute their expansions. The value is a "builtin_type" enumerator. operator_array holds the C++ named operators. These are keywords which act as aliases for punctuators. In C++, they cannot be altered through #define, and #if recognizes them as operators. In C, these are not entered into the hash table at all (but see ). The value is a token-type enumerator. */ struct builtin { const uchar *name; unsigned short len; unsigned short value; }; #define B(n, t) { DSC(n), t } static const struct builtin builtin_array[] = { B("__TIMESTAMP__", BT_TIMESTAMP), B("__TIME__", BT_TIME), B("__DATE__", BT_DATE), B("__FILE__", BT_FILE), B("__BASE_FILE__", BT_BASE_FILE), B("__LINE__", BT_SPECLINE), B("__INCLUDE_LEVEL__", BT_INCLUDE_LEVEL), B("__COUNTER__", BT_COUNTER), /* Keep builtins not used for -traditional-cpp at the end, and update init_builtins() if any more are added. */ B("_Pragma", BT_PRAGMA), B("__STDC__", BT_STDC), }; static const struct builtin operator_array[] = { B("and", CPP_AND_AND), B("and_eq", CPP_AND_EQ), B("bitand", CPP_AND), B("bitor", CPP_OR), B("compl", CPP_COMPL), B("not", CPP_NOT), B("not_eq", CPP_NOT_EQ), B("or", CPP_OR_OR), B("or_eq", CPP_OR_EQ), B("xor", CPP_XOR), B("xor_eq", CPP_XOR_EQ) }; #undef B /* Mark the C++ named operators in the hash table. */ static void mark_named_operators (cpp_reader *pfile) { const struct builtin *b; for (b = operator_array; b < (operator_array + ARRAY_SIZE (operator_array)); b++) { cpp_hashnode *hp = cpp_lookup (pfile, b->name, b->len); hp->flags |= NODE_OPERATOR; hp->is_directive = 0; hp->directive_index = b->value; } } void cpp_init_special_builtins (cpp_reader *pfile) { const struct builtin *b; size_t n = ARRAY_SIZE (builtin_array); if (CPP_OPTION (pfile, traditional)) n -= 2; else if (! CPP_OPTION (pfile, stdc_0_in_system_headers) || CPP_OPTION (pfile, std)) n--; for (b = builtin_array; b < builtin_array + n; b++) { cpp_hashnode *hp = cpp_lookup (pfile, b->name, b->len); hp->type = NT_MACRO; hp->flags |= NODE_BUILTIN | NODE_WARN; hp->value.builtin = (enum builtin_type) b->value; } } /* Read the builtins table above and enter them, and language-specific macros, into the hash table. HOSTED is true if this is a hosted environment. */ void cpp_init_builtins (cpp_reader *pfile, int hosted) { cpp_init_special_builtins (pfile); if (!CPP_OPTION (pfile, traditional) && (! CPP_OPTION (pfile, stdc_0_in_system_headers) || CPP_OPTION (pfile, std))) _cpp_define_builtin (pfile, "__STDC__ 1"); if (CPP_OPTION (pfile, cplusplus)) _cpp_define_builtin (pfile, "__cplusplus 1"); else if (CPP_OPTION (pfile, lang) == CLK_ASM) _cpp_define_builtin (pfile, "__ASSEMBLER__ 1"); else if (CPP_OPTION (pfile, lang) == CLK_STDC94) _cpp_define_builtin (pfile, "__STDC_VERSION__ 199409L"); else if (CPP_OPTION (pfile, c99)) _cpp_define_builtin (pfile, "__STDC_VERSION__ 199901L"); if (hosted) _cpp_define_builtin (pfile, "__STDC_HOSTED__ 1"); else _cpp_define_builtin (pfile, "__STDC_HOSTED__ 0"); if (CPP_OPTION (pfile, objc)) _cpp_define_builtin (pfile, "__OBJC__ 1"); } /* Sanity-checks are dependent on command-line options, so it is called as a subroutine of cpp_read_main_file (). */ #if ENABLE_CHECKING static void sanity_checks (cpp_reader *); static void sanity_checks (cpp_reader *pfile) { cppchar_t test = 0; size_t max_precision = 2 * CHAR_BIT * sizeof (cpp_num_part); /* Sanity checks for assumptions about CPP arithmetic and target type precisions made by cpplib. */ test--; if (test < 1) cpp_error (pfile, CPP_DL_ICE, "cppchar_t must be an unsigned type"); if (CPP_OPTION (pfile, precision) > max_precision) cpp_error (pfile, CPP_DL_ICE, "preprocessor arithmetic has maximum precision of %lu bits;" " target requires %lu bits", (unsigned long) max_precision, (unsigned long) CPP_OPTION (pfile, precision)); if (CPP_OPTION (pfile, precision) < CPP_OPTION (pfile, int_precision)) cpp_error (pfile, CPP_DL_ICE, "CPP arithmetic must be at least as precise as a target int"); if (CPP_OPTION (pfile, char_precision) < 8) cpp_error (pfile, CPP_DL_ICE, "target char is less than 8 bits wide"); if (CPP_OPTION (pfile, wchar_precision) < CPP_OPTION (pfile, char_precision)) cpp_error (pfile, CPP_DL_ICE, "target wchar_t is narrower than target char"); if (CPP_OPTION (pfile, int_precision) < CPP_OPTION (pfile, char_precision)) cpp_error (pfile, CPP_DL_ICE, "target int is narrower than target char"); /* This is assumed in eval_token() and could be fixed if necessary. */ if (sizeof (cppchar_t) > sizeof (cpp_num_part)) cpp_error (pfile, CPP_DL_ICE, "CPP half-integer narrower than CPP character"); if (CPP_OPTION (pfile, wchar_precision) > BITS_PER_CPPCHAR_T) cpp_error (pfile, CPP_DL_ICE, "CPP on this host cannot handle wide character constants over" " %lu bits, but the target requires %lu bits", (unsigned long) BITS_PER_CPPCHAR_T, (unsigned long) CPP_OPTION (pfile, wchar_precision)); } #else # define sanity_checks(PFILE) #endif /* This is called after options have been parsed, and partially processed. */ void cpp_post_options (cpp_reader *pfile) { sanity_checks (pfile); post_options (pfile); /* Mark named operators before handling command line macros. */ if (CPP_OPTION (pfile, cplusplus) && CPP_OPTION (pfile, operator_names)) mark_named_operators (pfile); } /* Setup for processing input from the file named FNAME, or stdin if it is the empty string. Return the original filename on success (e.g. foo.i->foo.c), or NULL on failure. */ const char * cpp_read_main_file (cpp_reader *pfile, const char *fname) { if (CPP_OPTION (pfile, deps.style) != DEPS_NONE) { if (!pfile->deps) pfile->deps = deps_init (); /* Set the default target (if there is none already). */ deps_add_default_target (pfile, fname); } pfile->main_file = _cpp_find_file (pfile, fname, &pfile->no_search_path, false, 0); if (_cpp_find_failed (pfile->main_file)) return NULL; _cpp_stack_file (pfile, pfile->main_file, false); /* For foo.i, read the original filename foo.c now, for the benefit of the front ends. */ if (CPP_OPTION (pfile, preprocessed)) { read_original_filename (pfile); fname = pfile->line_table->maps[pfile->line_table->used-1].to_file; } return fname; } /* For preprocessed files, if the first tokens are of the form # NUM. handle the directive so we know the original file name. This will generate file_change callbacks, which the front ends must handle appropriately given their state of initialization. */ static void read_original_filename (cpp_reader *pfile) { const cpp_token *token, *token1; /* Lex ahead; if the first tokens are of the form # NUM, then process the directive, otherwise back up. */ token = _cpp_lex_direct (pfile); if (token->type == CPP_HASH) { pfile->state.in_directive = 1; token1 = _cpp_lex_direct (pfile); _cpp_backup_tokens (pfile, 1); pfile->state.in_directive = 0; /* If it's a #line directive, handle it. */ if (token1->type == CPP_NUMBER) { _cpp_handle_directive (pfile, token->flags & PREV_WHITE); read_original_directory (pfile); return; } } /* Backup as if nothing happened. */ _cpp_backup_tokens (pfile, 1); } /* For preprocessed files, if the tokens following the first filename line is of the form # "/path/name//", handle the directive so we know the original current directory. */ static void read_original_directory (cpp_reader *pfile) { const cpp_token *hash, *token; /* Lex ahead; if the first tokens are of the form # NUM, then process the directive, otherwise back up. */ hash = _cpp_lex_direct (pfile); if (hash->type != CPP_HASH) { _cpp_backup_tokens (pfile, 1); return; } token = _cpp_lex_direct (pfile); if (token->type != CPP_NUMBER) { _cpp_backup_tokens (pfile, 2); return; } token = _cpp_lex_direct (pfile); if (token->type != CPP_STRING || ! (token->val.str.len >= 5 && token->val.str.text[token->val.str.len-2] == '/' && token->val.str.text[token->val.str.len-3] == '/')) { _cpp_backup_tokens (pfile, 3); return; } if (pfile->cb.dir_change) { char *debugdir = (char *) alloca (token->val.str.len - 3); memcpy (debugdir, (const char *) token->val.str.text + 1, token->val.str.len - 4); debugdir[token->val.str.len - 4] = '\0'; pfile->cb.dir_change (pfile, debugdir); } } /* This is called at the end of preprocessing. It pops the last buffer and writes dependency output, and returns the number of errors. Maybe it should also reset state, such that you could call cpp_start_read with a new filename to restart processing. */ int cpp_finish (cpp_reader *pfile, FILE *deps_stream) { /* Warn about unused macros before popping the final buffer. */ if (CPP_OPTION (pfile, warn_unused_macros)) cpp_forall_identifiers (pfile, _cpp_warn_if_unused_macro, NULL); /* lex.c leaves the final buffer on the stack. This it so that it returns an unending stream of CPP_EOFs to the client. If we popped the buffer, we'd dereference a NULL buffer pointer and segfault. It's nice to allow the client to do worry-free excess cpp_get_token calls. */ while (pfile->buffer) _cpp_pop_buffer (pfile); /* Don't write the deps file if there are errors. */ if (CPP_OPTION (pfile, deps.style) != DEPS_NONE && deps_stream && pfile->errors == 0) { deps_write (pfile->deps, deps_stream, 72); if (CPP_OPTION (pfile, deps.phony_targets)) deps_phony_targets (pfile->deps, deps_stream); } /* Report on headers that could use multiple include guards. */ if (CPP_OPTION (pfile, print_include_names)) _cpp_report_missing_guards (pfile); return pfile->errors; } static void post_options (cpp_reader *pfile) { /* -Wtraditional is not useful in C++ mode. */ if (CPP_OPTION (pfile, cplusplus)) CPP_OPTION (pfile, warn_traditional) = 0; /* Permanently disable macro expansion if we are rescanning preprocessed text. Read preprocesed source in ISO mode. */ if (CPP_OPTION (pfile, preprocessed)) { if (!CPP_OPTION (pfile, directives_only)) pfile->state.prevent_expansion = 1; CPP_OPTION (pfile, traditional) = 0; } if (CPP_OPTION (pfile, warn_trigraphs) == 2) CPP_OPTION (pfile, warn_trigraphs) = !CPP_OPTION (pfile, trigraphs); if (CPP_OPTION (pfile, traditional)) { CPP_OPTION (pfile, cplusplus_comments) = 0; /* Traditional CPP does not accurately track column information. */ CPP_OPTION (pfile, show_column) = 0; CPP_OPTION (pfile, trigraphs) = 0; CPP_OPTION (pfile, warn_trigraphs) = 0; } } sdcc-2.9.0/support/cpp/libcpp/internal.h000066400000000000000000000560561116427777700202310ustar00rootroot00000000000000/* Part of CPP library. Copyright (C) 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2007 Free Software Foundation, Inc. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ /* This header defines all the internal data structures and functions that need to be visible across files. It should not be used outside cpplib. */ #ifndef LIBCPP_INTERNAL_H #define LIBCPP_INTERNAL_H #include "symtab.h" #include "cpp-id-data.h" #ifndef HAVE_ICONV_H #undef HAVE_ICONV #endif #if HAVE_ICONV #include #else #define HAVE_ICONV 0 typedef int iconv_t; /* dummy */ #endif struct directive; /* Deliberately incomplete. */ struct pending_option; struct op; struct _cpp_strbuf; typedef bool (*convert_f) (iconv_t, const unsigned char *, size_t, struct _cpp_strbuf *); struct cset_converter { convert_f func; iconv_t cd; }; #define BITS_PER_CPPCHAR_T (CHAR_BIT * sizeof (cppchar_t)) /* Test if a sign is valid within a preprocessing number. */ #define VALID_SIGN(c, prevc) \ (((c) == '+' || (c) == '-') && \ ((prevc) == 'e' || (prevc) == 'E' \ || (((prevc) == 'p' || (prevc) == 'P') \ && CPP_OPTION (pfile, extended_numbers)))) #define CPP_OPTION(PFILE, OPTION) ((PFILE)->opts.OPTION) #define CPP_BUFFER(PFILE) ((PFILE)->buffer) #define CPP_BUF_COLUMN(BUF, CUR) ((CUR) - (BUF)->line_base) #define CPP_BUF_COL(BUF) CPP_BUF_COLUMN(BUF, (BUF)->cur) #define CPP_INCREMENT_LINE(PFILE, COLS_HINT) do { \ const struct line_maps *line_table = PFILE->line_table; \ const struct line_map *map = &line_table->maps[line_table->used-1]; \ unsigned int line = SOURCE_LINE (map, line_table->highest_line); \ linemap_line_start (PFILE->line_table, line + 1, COLS_HINT); \ } while (0) /* Maximum nesting of cpp_buffers. We use a static limit, partly for efficiency, and partly to limit runaway recursion. */ #define CPP_STACK_MAX 200 /* Host alignment handling. */ struct dummy { char c; union { double d; int *p; } u; }; #define DEFAULT_ALIGNMENT offsetof (struct dummy, u) #define CPP_ALIGN2(size, align) (((size) + ((align) - 1)) & ~((align) - 1)) #define CPP_ALIGN(size) CPP_ALIGN2 (size, DEFAULT_ALIGNMENT) #define _cpp_mark_macro_used(NODE) do { \ if ((NODE)->type == NT_MACRO && !((NODE)->flags & NODE_BUILTIN)) \ (NODE)->value.macro->used = 1; } while (0) /* A generic memory buffer, and operations on it. */ typedef struct _cpp_buff _cpp_buff; struct _cpp_buff { struct _cpp_buff *next; unsigned char *base, *cur, *limit; }; extern _cpp_buff *_cpp_get_buff (cpp_reader *, size_t); extern void _cpp_release_buff (cpp_reader *, _cpp_buff *); extern void _cpp_extend_buff (cpp_reader *, _cpp_buff **, size_t); extern _cpp_buff *_cpp_append_extend_buff (cpp_reader *, _cpp_buff *, size_t); extern void _cpp_free_buff (_cpp_buff *); extern unsigned char *_cpp_aligned_alloc (cpp_reader *, size_t); extern unsigned char *_cpp_unaligned_alloc (cpp_reader *, size_t); #define BUFF_ROOM(BUFF) (size_t) ((BUFF)->limit - (BUFF)->cur) #define BUFF_FRONT(BUFF) ((BUFF)->cur) #define BUFF_LIMIT(BUFF) ((BUFF)->limit) /* #include types. */ enum include_type {IT_INCLUDE, IT_INCLUDE_NEXT, IT_IMPORT, IT_CMDLINE}; union utoken { const cpp_token *token; const cpp_token **ptoken; }; /* A "run" of tokens; part of a chain of runs. */ typedef struct tokenrun tokenrun; struct tokenrun { tokenrun *next, *prev; cpp_token *base, *limit; }; /* Accessor macros for struct cpp_context. */ #define FIRST(c) ((c)->u.iso.first) #define LAST(c) ((c)->u.iso.last) #define CUR(c) ((c)->u.trad.cur) #define RLIMIT(c) ((c)->u.trad.rlimit) typedef struct cpp_context cpp_context; struct cpp_context { /* Doubly-linked list. */ cpp_context *next, *prev; union { /* For ISO macro expansion. Contexts other than the base context are contiguous tokens. e.g. macro expansions, expanded argument tokens. */ struct { union utoken first; union utoken last; } iso; /* For traditional macro expansion. */ struct { const unsigned char *cur; const unsigned char *rlimit; } trad; } u; /* If non-NULL, a buffer used for storage related to this context. When the context is popped, the buffer is released. */ _cpp_buff *buff; /* For a macro context, the macro node, otherwise NULL. */ cpp_hashnode *macro; /* True if utoken element is token, else ptoken. */ bool direct_p; }; struct lexer_state { /* Nonzero if first token on line is CPP_HASH. */ unsigned char in_directive; /* Nonzero if in a directive that will handle padding tokens itself. #include needs this to avoid problems with computed include and spacing between tokens. */ unsigned char directive_wants_padding; /* True if we are skipping a failed conditional group. */ unsigned char skipping; /* Nonzero if in a directive that takes angle-bracketed headers. */ unsigned char angled_headers; /* Nonzero if in a #if or #elif directive. */ unsigned char in_expression; /* Nonzero to save comments. Turned off if discard_comments, and in all directives apart from #define. */ unsigned char save_comments; /* Nonzero if lexing __VA_ARGS__ is valid. */ unsigned char va_args_ok; /* Nonzero if lexing poisoned identifiers is valid. */ unsigned char poisoned_ok; /* Nonzero to prevent macro expansion. */ unsigned char prevent_expansion; /* Nonzero when parsing arguments to a function-like macro. */ unsigned char parsing_args; /* Nonzero if prevent_expansion is true only because output is being discarded. */ unsigned char discarding_output; /* Nonzero to skip evaluating part of an expression. */ unsigned int skip_eval; /* Nonzero when handling a deferred pragma. */ unsigned char in_deferred_pragma; /* Nonzero if the deferred pragma being handled allows macro expansion. */ unsigned char pragma_allow_expansion; }; /* Special nodes - identifiers with predefined significance. */ struct spec_nodes { cpp_hashnode *n_defined; /* defined operator */ cpp_hashnode *n_true; /* C++ keyword true */ cpp_hashnode *n_false; /* C++ keyword false */ cpp_hashnode *n__VA_ARGS__; /* C99 vararg macros */ /* SDCC _asm specific */ cpp_hashnode *n__asm; /* _asm ... _endasm ; */ }; typedef struct _cpp_line_note _cpp_line_note; struct _cpp_line_note { /* Location in the clean line the note refers to. */ const unsigned char *pos; /* Type of note. The 9 'from' trigraph characters represent those trigraphs, '\\' an escaped newline, ' ' an escaped newline with intervening space, and anything else is invalid. */ unsigned int type; }; /* Represents the contents of a file cpplib has read in. */ struct cpp_buffer { const unsigned char *cur; /* Current location. */ const unsigned char *line_base; /* Start of current physical line. */ const unsigned char *next_line; /* Start of to-be-cleaned logical line. */ const unsigned char *buf; /* Entire character buffer. */ const unsigned char *rlimit; /* Writable byte at end of file. */ _cpp_line_note *notes; /* Array of notes. */ unsigned int cur_note; /* Next note to process. */ unsigned int notes_used; /* Number of notes. */ unsigned int notes_cap; /* Size of allocated array. */ struct cpp_buffer *prev; /* Pointer into the file table; non-NULL if this is a file buffer. Used for include_next and to record control macros. */ struct _cpp_file *file; /* Saved value of __TIMESTAMP__ macro - date and time of last modification of the assotiated file. */ const unsigned char *timestamp; /* Value of if_stack at start of this file. Used to prohibit unmatched #endif (etc) in an include file. */ struct if_stack *if_stack; /* True if we need to get the next clean line. */ bool need_line; /* True if we have already warned about C++ comments in this file. The warning happens only for C89 extended mode with -pedantic on, or for -Wtraditional, and only once per file (otherwise it would be far too noisy). */ unsigned int warned_cplusplus_comments : 1; /* True if we don't process trigraphs and escaped newlines. True for preprocessed input, command line directives, and _Pragma buffers. */ unsigned int from_stage3 : 1; /* At EOF, a buffer is automatically popped. If RETURN_AT_EOF is true, a CPP_EOF token is then returned. Otherwise, the next token from the enclosing buffer is returned. */ unsigned int return_at_eof : 1; /* One for a system header, two for a C system header file that therefore needs to be extern "C" protected in C++, and zero otherwise. */ unsigned char sysp; /* The directory of the this buffer's file. Its NAME member is not allocated, so we don't need to worry about freeing it. */ struct cpp_dir dir; /* Descriptor for converting from the input character set to the source character set. */ struct cset_converter input_cset_desc; }; /* A cpp_reader encapsulates the "state" of a pre-processor run. Applying cpp_get_token repeatedly yields a stream of pre-processor tokens. Usually, there is only one cpp_reader object active. */ struct cpp_reader { /* Top of buffer stack. */ cpp_buffer *buffer; /* Overlaid buffer (can be different after processing #include). */ cpp_buffer *overlaid_buffer; /* Lexer state. */ struct lexer_state state; /* Source line tracking. */ struct line_maps *line_table; /* The line of the '#' of the current directive. */ source_location directive_line; /* Memory buffers. */ _cpp_buff *a_buff; /* Aligned permanent storage. */ _cpp_buff *u_buff; /* Unaligned permanent storage. */ _cpp_buff *free_buffs; /* Free buffer chain. */ /* Context stack. */ struct cpp_context base_context; struct cpp_context *context; /* If in_directive, the directive if known. */ const struct directive *directive; /* Token generated while handling a directive, if any. */ cpp_token directive_result; /* When expanding a macro at top-level, this is the location of the macro invocation. */ source_location invocation_location; /* True if this call to cpp_get_token should consider setting invocation_location. */ bool set_invocation_location; /* Search paths for include files. */ struct cpp_dir *quote_include; /* "" */ struct cpp_dir *bracket_include; /* <> */ struct cpp_dir no_search_path; /* No path. */ /* Chain of all hashed _cpp_file instances. */ struct _cpp_file *all_files; struct _cpp_file *main_file; /* File and directory hash table. */ struct htab *file_hash; struct htab *dir_hash; struct file_hash_entry_pool *file_hash_entries; /* Negative path lookup hash table. */ struct htab *nonexistent_file_hash; struct obstack nonexistent_file_ob; /* Nonzero means don't look for #include "foo" the source-file directory. */ bool quote_ignores_source_dir; /* Nonzero if any file has contained #pragma once or #import has been used. */ bool seen_once_only; /* Multiple include optimization. */ const cpp_hashnode *mi_cmacro; const cpp_hashnode *mi_ind_cmacro; bool mi_valid; /* Lexing. */ cpp_token *cur_token; tokenrun base_run, *cur_run; unsigned int lookaheads; /* Nonzero prevents the lexer from re-using the token runs. */ unsigned int keep_tokens; /* Error counter for exit code. */ unsigned int errors; /* Buffer to hold macro definition string. */ unsigned char *macro_buffer; unsigned int macro_buffer_len; /* Descriptor for converting from the source character set to the execution character set. */ struct cset_converter narrow_cset_desc; /* Descriptor for converting from the source character set to the wide execution character set. */ struct cset_converter wide_cset_desc; /* Date and time text. Calculated together if either is requested. */ const unsigned char *date; const unsigned char *time; /* EOF token, and a token forcing paste avoidance. */ cpp_token avoid_paste; cpp_token eof; /* Opaque handle to the dependencies of mkdeps.c. */ struct deps *deps; /* Obstack holding all macro hash nodes. This never shrinks. See identifiers.c */ struct obstack hash_ob; /* Obstack holding buffer and conditional structures. This is a real stack. See directives.c. */ struct obstack buffer_ob; /* Pragma table - dynamic, because a library user can add to the list of recognized pragmas. */ struct pragma_entry *pragmas; /* Call backs to cpplib client. */ struct cpp_callbacks cb; /* Identifier hash table. */ struct ht *hash_table; /* Expression parser stack. */ struct op *op_stack, *op_limit; /* User visible options. */ struct cpp_options opts; /* Special nodes - identifiers with predefined significance to the preprocessor. */ struct spec_nodes spec_nodes; /* Whether cpplib owns the hashtable. */ bool our_hashtable; /* Traditional preprocessing output buffer (a logical line). */ struct { unsigned char *base; unsigned char *limit; unsigned char *cur; source_location first_line; } out; /* Used for buffer overlays by traditional.c. */ const unsigned char *saved_cur, *saved_rlimit, *saved_line_base; /* A saved list of the defined macros, for dependency checking of precompiled headers. */ struct cpp_savedstate *savedstate; /* Next value of __COUNTER__ macro. */ unsigned int counter; }; /* Character classes. Based on the more primitive macros in safe-ctype.h. If the definition of `numchar' looks odd to you, please look up the definition of a pp-number in the C standard [section 6.4.8 of C99]. In the unlikely event that characters other than \r and \n enter the set is_vspace, the macro handle_newline() in lex.c must be updated. */ #define _dollar_ok(x) ((x) == '$' && CPP_OPTION (pfile, dollars_in_ident)) #define is_idchar(x) (ISIDNUM(x) || _dollar_ok(x)) #define is_numchar(x) ISIDNUM(x) #define is_idstart(x) (ISIDST(x) || _dollar_ok(x)) #define is_numstart(x) ISDIGIT(x) #define is_hspace(x) ISBLANK(x) #define is_vspace(x) IS_VSPACE(x) #define is_nvspace(x) IS_NVSPACE(x) #define is_space(x) IS_SPACE_OR_NUL(x) /* This table is constant if it can be initialized at compile time, which is the case if cpp was compiled with GCC >=2.7, or another compiler that supports C99. */ #if HAVE_DESIGNATED_INITIALIZERS extern const unsigned char _cpp_trigraph_map[UCHAR_MAX + 1]; #else extern unsigned char _cpp_trigraph_map[UCHAR_MAX + 1]; #endif /* Macros. */ static inline int cpp_in_system_header (cpp_reader *); static inline int cpp_in_system_header (cpp_reader *pfile) { return pfile->buffer ? pfile->buffer->sysp : 0; } #define CPP_PEDANTIC(PF) CPP_OPTION (PF, pedantic) #define CPP_WTRADITIONAL(PF) CPP_OPTION (PF, warn_traditional) static inline int cpp_in_primary_file (cpp_reader *); static inline int cpp_in_primary_file (cpp_reader *pfile) { return pfile->line_table->depth == 1; } /* In errors.c */ extern int _cpp_begin_message (cpp_reader *, int, source_location, unsigned int); /* In macro.c */ extern void _cpp_free_definition (cpp_hashnode *); extern bool _cpp_create_definition (cpp_reader *, cpp_hashnode *); extern void _cpp_pop_context (cpp_reader *); extern void _cpp_push_text_context (cpp_reader *, cpp_hashnode *, const unsigned char *, size_t); extern bool _cpp_save_parameter (cpp_reader *, cpp_macro *, cpp_hashnode *); extern bool _cpp_arguments_ok (cpp_reader *, cpp_macro *, const cpp_hashnode *, unsigned int); extern const unsigned char *_cpp_builtin_macro_text (cpp_reader *, cpp_hashnode *); extern int _cpp_warn_if_unused_macro (cpp_reader *, cpp_hashnode *, void *); extern void _cpp_push_token_context (cpp_reader *, cpp_hashnode *, const cpp_token *, unsigned int); /* In identifiers.c */ extern void _cpp_init_hashtable (cpp_reader *, hash_table *); extern void _cpp_destroy_hashtable (cpp_reader *); /* In files.c */ typedef struct _cpp_file _cpp_file; extern _cpp_file *_cpp_find_file (cpp_reader *, const char *, cpp_dir *, bool, int); extern bool _cpp_find_failed (_cpp_file *); extern void _cpp_mark_file_once_only (cpp_reader *, struct _cpp_file *); extern void _cpp_fake_include (cpp_reader *, const char *); extern bool _cpp_stack_file (cpp_reader *, _cpp_file*, bool); extern bool _cpp_stack_include (cpp_reader *, const char *, int, enum include_type); extern int _cpp_compare_file_date (cpp_reader *, const char *, int); extern void _cpp_report_missing_guards (cpp_reader *); extern void _cpp_init_files (cpp_reader *); extern void _cpp_cleanup_files (cpp_reader *); extern void _cpp_pop_file_buffer (cpp_reader *, struct _cpp_file *); extern bool _cpp_save_file_entries (cpp_reader *pfile, FILE *f); extern bool _cpp_read_file_entries (cpp_reader *, FILE *); extern struct stat *_cpp_get_file_stat (_cpp_file *); /* In expr.c */ extern bool _cpp_parse_expr (cpp_reader *); extern struct op *_cpp_expand_op_stack (cpp_reader *); /* In lex.c */ extern void _cpp_process_line_notes (cpp_reader *, int); extern void _cpp_clean_line (cpp_reader *); extern bool _cpp_get_fresh_line (cpp_reader *); extern bool _cpp_skip_block_comment (cpp_reader *); extern cpp_token *_cpp_temp_token (cpp_reader *); extern const cpp_token *_cpp_lex_token (cpp_reader *); extern cpp_token *_cpp_lex_direct (cpp_reader *); extern int _cpp_equiv_tokens (const cpp_token *, const cpp_token *); extern void _cpp_init_tokenrun (tokenrun *, unsigned int); /* In init.c. */ extern void _cpp_maybe_push_include_file (cpp_reader *); /* In directives.c */ extern int _cpp_test_assertion (cpp_reader *, unsigned int *); extern int _cpp_handle_directive (cpp_reader *, int); extern void _cpp_define_builtin (cpp_reader *, const char *); extern char ** _cpp_save_pragma_names (cpp_reader *); extern void _cpp_restore_pragma_names (cpp_reader *, char **); extern int _cpp_do__Pragma (cpp_reader *); extern void _cpp_init_directives (cpp_reader *); extern void _cpp_init_internal_pragmas (cpp_reader *); extern void _cpp_do_file_change (cpp_reader *, enum lc_reason, const char *, unsigned int, unsigned int); extern void _cpp_pop_buffer (cpp_reader *); /* In directives.c */ struct _cpp_dir_only_callbacks { /* Called to print a block of lines. */ void (*print_lines) (int, const void *, size_t); void (*maybe_print_line) (source_location); }; extern void _cpp_preprocess_dir_only (cpp_reader *, const struct _cpp_dir_only_callbacks *); /* In traditional.c. */ extern bool _cpp_scan_out_logical_line (cpp_reader *, cpp_macro *); extern bool _cpp_read_logical_line_trad (cpp_reader *); extern void _cpp_overlay_buffer (cpp_reader *pfile, const unsigned char *, size_t); extern void _cpp_remove_overlay (cpp_reader *); extern bool _cpp_create_trad_definition (cpp_reader *, cpp_macro *); extern bool _cpp_expansions_different_trad (const cpp_macro *, const cpp_macro *); extern unsigned char *_cpp_copy_replacement_text (const cpp_macro *, unsigned char *); extern size_t _cpp_replacement_text_len (const cpp_macro *); /* In charset.c. */ /* The normalization state at this point in the sequence. It starts initialized to all zeros, and at the end 'level' is the normalization level of the sequence. */ struct normalize_state { /* The previous character. */ cppchar_t previous; /* The combining class of the previous character. */ unsigned char prev_class; /* The lowest normalization level so far. */ enum cpp_normalize_level level; }; #define INITIAL_NORMALIZE_STATE { 0, 0, normalized_KC } #define NORMALIZE_STATE_RESULT(st) ((st)->level) /* We saw a character that matches ISIDNUM(), update a normalize_state appropriately. */ #define NORMALIZE_STATE_UPDATE_IDNUM(st) \ ((st)->previous = 0, (st)->prev_class = 0) extern cppchar_t _cpp_valid_ucn (cpp_reader *, const unsigned char **, const unsigned char *, int, struct normalize_state *state); extern void _cpp_destroy_iconv (cpp_reader *); extern unsigned char *_cpp_convert_input (cpp_reader *, const char *, unsigned char *, size_t, size_t, off_t *); extern const char *_cpp_default_encoding (void); extern cpp_hashnode * _cpp_interpret_identifier (cpp_reader *pfile, const unsigned char *id, size_t len); /* Utility routines and macros. */ #define DSC(str) (const unsigned char *)str, sizeof str - 1 /* These are inline functions instead of macros so we can get type checking. */ static inline int ustrcmp (const unsigned char *, const unsigned char *); static inline int ustrncmp (const unsigned char *, const unsigned char *, size_t); static inline size_t ustrlen (const unsigned char *); static inline unsigned char *uxstrdup (const unsigned char *); static inline unsigned char *ustrchr (const unsigned char *, int); static inline int ufputs (const unsigned char *, FILE *); /* Use a const char for the second parameter since it is usually a literal. */ static inline int ustrcspn (const unsigned char *, const char *); static inline int ustrcmp (const unsigned char *s1, const unsigned char *s2) { return strcmp ((const char *)s1, (const char *)s2); } static inline int ustrncmp (const unsigned char *s1, const unsigned char *s2, size_t n) { return strncmp ((const char *)s1, (const char *)s2, n); } static inline int ustrcspn (const unsigned char *s1, const char *s2) { return strcspn ((const char *)s1, s2); } static inline size_t ustrlen (const unsigned char *s1) { return strlen ((const char *)s1); } static inline unsigned char * uxstrdup (const unsigned char *s1) { return (unsigned char *) xstrdup ((const char *)s1); } static inline unsigned char * ustrchr (const unsigned char *s1, int c) { return (unsigned char *) strchr ((const char *)s1, c); } static inline int ufputs (const unsigned char *s, FILE *f) { return fputs ((const char *)s, f); } #endif /* ! LIBCPP_INTERNAL_H */ sdcc-2.9.0/support/cpp/libcpp/lex.c000066400000000000000000001727501116427777700172000ustar00rootroot00000000000000/* CPP Library - lexical analysis. Copyright (C) 2000, 2001, 2002, 2003, 2004, 2005 Free Software Foundation, Inc. Contributed by Per Bothner, 1994-95. Based on CCCP program by Paul Rubin, June 1986 Adapted to ANSI C, Richard Stallman, Jan 1987 Broken out to separate file, Zack Weinberg, Mar 2000 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "config.h" #include "system.h" #include "cpplib.h" #include "internal.h" #include enum spell_type { SPELL_OPERATOR = 0, SPELL_IDENT, SPELL_LITERAL, SPELL_NONE }; struct token_spelling { enum spell_type category; const unsigned char *name; }; static const unsigned char *const digraph_spellings[] = { U"%:", U"%:%:", U"<:", U":>", U"<%", U"%>" }; #define OP(e, s) { SPELL_OPERATOR, U s }, #define TK(e, s) { SPELL_ ## s, U #e }, static const struct token_spelling token_spellings[N_TTYPES] = { TTYPE_TABLE }; #undef OP #undef TK #define TOKEN_SPELL(token) (token_spellings[(token)->type].category) #define TOKEN_NAME(token) (token_spellings[(token)->type].name) static void add_line_note (cpp_buffer *, const uchar *, unsigned int); static int skip_line_comment (cpp_reader *); static void skip_whitespace (cpp_reader *, cppchar_t); static void lex_string (cpp_reader *, cpp_token *, const uchar *); static void save_comment (cpp_reader *, cpp_token *, const uchar *, cppchar_t); static void create_literal (cpp_reader *, cpp_token *, const uchar *, unsigned int, enum cpp_ttype); static bool warn_in_comment (cpp_reader *, _cpp_line_note *); static int name_p (cpp_reader *, const cpp_string *); static tokenrun *next_tokenrun (tokenrun *); static _cpp_buff *new_buff (size_t); /* Utility routine: Compares, the token TOKEN to the NUL-terminated string STRING. TOKEN must be a CPP_NAME. Returns 1 for equal, 0 for unequal. */ int cpp_ideq (const cpp_token *token, const char *string) { if (token->type != CPP_NAME) return 0; return !ustrcmp (NODE_NAME (token->val.node), (const uchar *) string); } /* Record a note TYPE at byte POS into the current cleaned logical line. */ static void add_line_note (cpp_buffer *buffer, const uchar *pos, unsigned int type) { if (buffer->notes_used == buffer->notes_cap) { buffer->notes_cap = buffer->notes_cap * 2 + 200; buffer->notes = XRESIZEVEC (_cpp_line_note, buffer->notes, buffer->notes_cap); } buffer->notes[buffer->notes_used].pos = pos; buffer->notes[buffer->notes_used].type = type; buffer->notes_used++; } /* Returns with a logical line that contains no escaped newlines or trigraphs. This is a time-critical inner loop. */ void _cpp_clean_line (cpp_reader *pfile) { cpp_buffer *buffer; const uchar *s; uchar c, *d, *p; buffer = pfile->buffer; buffer->cur_note = buffer->notes_used = 0; buffer->cur = buffer->line_base = buffer->next_line; buffer->need_line = false; s = buffer->next_line - 1; if (!buffer->from_stage3) { const uchar *pbackslash = NULL; /* Short circuit for the common case of an un-escaped line with no trigraphs. The primary win here is by not writing any data back to memory until we have to. */ for (;;) { c = *++s; if (__builtin_expect (c == '\n', false) || __builtin_expect (c == '\r', false)) { d = (uchar *) s; if (__builtin_expect (s == buffer->rlimit, false)) goto done; /* DOS line ending? */ if (__builtin_expect (c == '\r', false) && s[1] == '\n') { s++; if (s == buffer->rlimit) goto done; } if (__builtin_expect (pbackslash == NULL, true)) goto done; /* Check for escaped newline. */ p = d; while (is_nvspace (p[-1])) p--; if (p - 1 != pbackslash) goto done; /* Have an escaped newline; process it and proceed to the slow path. */ add_line_note (buffer, p - 1, p != d ? ' ' : '\\'); d = p - 2; buffer->next_line = p - 1; break; } if (__builtin_expect (c == '\\', false)) pbackslash = s; else if (__builtin_expect (c == '?', false) && __builtin_expect (s[1] == '?', false) && _cpp_trigraph_map[s[2]]) { /* Have a trigraph. We may or may not have to convert it. Add a line note regardless, for -Wtrigraphs. */ add_line_note (buffer, s, s[2]); if (CPP_OPTION (pfile, trigraphs)) { /* We do, and that means we have to switch to the slow path. */ d = (uchar *) s; *d = _cpp_trigraph_map[s[2]]; s += 2; break; } } } for (;;) { c = *++s; *++d = c; if (c == '\n' || c == '\r') { /* Handle DOS line endings. */ if (c == '\r' && s != buffer->rlimit && s[1] == '\n') s++; if (s == buffer->rlimit) break; /* Escaped? */ p = d; while (p != buffer->next_line && is_nvspace (p[-1])) p--; if (p == buffer->next_line || p[-1] != '\\') break; add_line_note (buffer, p - 1, p != d ? ' ': '\\'); d = p - 2; buffer->next_line = p - 1; } else if (c == '?' && s[1] == '?' && _cpp_trigraph_map[s[2]]) { /* Add a note regardless, for the benefit of -Wtrigraphs. */ add_line_note (buffer, d, s[2]); if (CPP_OPTION (pfile, trigraphs)) { *d = _cpp_trigraph_map[s[2]]; s += 2; } } } } else { do s++; while (*s != '\n' && *s != '\r'); d = (uchar *) s; /* Handle DOS line endings. */ if (*s == '\r' && s != buffer->rlimit && s[1] == '\n') s++; } done: *d = '\n'; /* A sentinel note that should never be processed. */ add_line_note (buffer, d + 1, '\n'); buffer->next_line = s + 1; } /* Return true if the trigraph indicated by NOTE should be warned about in a comment. */ static bool warn_in_comment (cpp_reader *pfile, _cpp_line_note *note) { const uchar *p; /* Within comments we don't warn about trigraphs, unless the trigraph forms an escaped newline, as that may change behavior. */ if (note->type != '/') return false; /* If -trigraphs, then this was an escaped newline iff the next note is coincident. */ if (CPP_OPTION (pfile, trigraphs)) return note[1].pos == note->pos; /* Otherwise, see if this forms an escaped newline. */ p = note->pos + 3; while (is_nvspace (*p)) p++; /* There might have been escaped newlines between the trigraph and the newline we found. Hence the position test. */ return (*p == '\n' && p < note[1].pos); } /* Process the notes created by add_line_note as far as the current location. */ void _cpp_process_line_notes (cpp_reader *pfile, int in_comment) { cpp_buffer *buffer = pfile->buffer; for (;;) { _cpp_line_note *note = &buffer->notes[buffer->cur_note]; unsigned int col; if (note->pos > buffer->cur) break; buffer->cur_note++; col = CPP_BUF_COLUMN (buffer, note->pos + 1); if (note->type == '\\' || note->type == ' ') { if (note->type == ' ' && !in_comment) cpp_error_with_line (pfile, CPP_DL_WARNING, pfile->line_table->highest_line, col, "backslash and newline separated by space"); if (buffer->next_line > buffer->rlimit) { cpp_error_with_line (pfile, CPP_DL_PEDWARN, pfile->line_table->highest_line, col, "backslash-newline at end of file"); /* Prevent "no newline at end of file" warning. */ buffer->next_line = buffer->rlimit; } buffer->line_base = note->pos; CPP_INCREMENT_LINE (pfile, 0); } else if (_cpp_trigraph_map[note->type]) { if (CPP_OPTION (pfile, warn_trigraphs) && (!in_comment || warn_in_comment (pfile, note))) { if (CPP_OPTION (pfile, trigraphs)) cpp_error_with_line (pfile, CPP_DL_WARNING, pfile->line_table->highest_line, col, "trigraph ??%c converted to %c", note->type, (int) _cpp_trigraph_map[note->type]); else { cpp_error_with_line (pfile, CPP_DL_WARNING, pfile->line_table->highest_line, col, "trigraph ??%c ignored, use -trigraphs to enable", note->type); } } } else abort (); } } /* SDCC _asm specific */ /* Skip an _asm ... _endasm block. We find the end of the comment by seeing _endasm. Returns non-zero if _asm terminated by EOF, zero otherwise. */ static int skip_asm_block (cpp_reader *pfile) { #define _ENDASM_STR "endasm" #define _ENDASM_LEN ((sizeof _ENDASM_STR) - 1) cpp_buffer *buffer = pfile->buffer; cppchar_t c = EOF; int prev_space = 0; int ret = 1; while (buffer->cur != buffer->rlimit) { prev_space = is_space(c); c = *buffer->cur++; if (prev_space && c == '_') { if (buffer->cur + _ENDASM_LEN <= buffer->rlimit && strncmp((char *)buffer->cur, _ENDASM_STR, _ENDASM_LEN) == 0) { buffer->cur += _ENDASM_LEN; ret = 0; break; } } else if (c == '\n') { unsigned int cols; --buffer->cur; _cpp_process_line_notes (pfile, true); if (buffer->next_line >= buffer->rlimit) return true; _cpp_clean_line (pfile); cols = buffer->next_line - buffer->line_base; CPP_INCREMENT_LINE (pfile, cols); } } _cpp_process_line_notes (pfile, true); return ret; } /* Skip a C-style block comment. We find the end of the comment by seeing if an asterisk is before every '/' we encounter. Returns nonzero if comment terminated by EOF, zero otherwise. Buffer->cur points to the initial asterisk of the comment. */ bool _cpp_skip_block_comment (cpp_reader *pfile) { cpp_buffer *buffer = pfile->buffer; const uchar *cur = buffer->cur; uchar c; cur++; if (*cur == '/') cur++; for (;;) { /* People like decorating comments with '*', so check for '/' instead for efficiency. */ c = *cur++; if (c == '/') { if (cur[-2] == '*') break; /* Warn about potential nested comments, but not if the '/' comes immediately before the true comment delimiter. Don't bother to get it right across escaped newlines. */ if (CPP_OPTION (pfile, warn_comments) && cur[0] == '*' && cur[1] != '/') { buffer->cur = cur; cpp_error_with_line (pfile, CPP_DL_WARNING, pfile->line_table->highest_line, CPP_BUF_COL (buffer), "\"/*\" within comment"); } } else if (c == '\n') { unsigned int cols; buffer->cur = cur - 1; _cpp_process_line_notes (pfile, true); if (buffer->next_line >= buffer->rlimit) return true; _cpp_clean_line (pfile); cols = buffer->next_line - buffer->line_base; CPP_INCREMENT_LINE (pfile, cols); cur = buffer->cur; } } buffer->cur = cur; _cpp_process_line_notes (pfile, true); return false; } /* Skip a C++ line comment, leaving buffer->cur pointing to the terminating newline. Handles escaped newlines. Returns nonzero if a multiline comment. */ static int skip_line_comment (cpp_reader *pfile) { cpp_buffer *buffer = pfile->buffer; unsigned int orig_line = pfile->line_table->highest_line; while (*buffer->cur != '\n') buffer->cur++; _cpp_process_line_notes (pfile, true); return orig_line != pfile->line_table->highest_line; } /* Skips whitespace, saving the next non-whitespace character. */ static void skip_whitespace (cpp_reader *pfile, cppchar_t c) { cpp_buffer *buffer = pfile->buffer; bool saw_NUL = false; do { /* Horizontal space always OK. */ if (c == ' ' || c == '\t') ; /* Just \f \v or \0 left. */ else if (c == '\0') saw_NUL = true; else if (pfile->state.in_directive && CPP_PEDANTIC (pfile)) cpp_error_with_line (pfile, CPP_DL_PEDWARN, pfile->line_table->highest_line, CPP_BUF_COL (buffer), "%s in preprocessing directive", c == '\f' ? "form feed" : "vertical tab"); c = *buffer->cur++; } /* We only want non-vertical space, i.e. ' ' \t \f \v \0. */ while (is_nvspace (c)); if (saw_NUL) cpp_error (pfile, CPP_DL_WARNING, "null character(s) ignored"); buffer->cur--; } /* See if the characters of a number token are valid in a name (no '.', '+' or '-'). */ static int name_p (cpp_reader *pfile, const cpp_string *string) { unsigned int i; for (i = 0; i < string->len; i++) if (!is_idchar (string->text[i])) return 0; return 1; } /* After parsing an identifier or other sequence, produce a warning about sequences not in NFC/NFKC. */ static void warn_about_normalization (cpp_reader *pfile, const cpp_token *token, const struct normalize_state *s) { if (CPP_OPTION (pfile, warn_normalize) < NORMALIZE_STATE_RESULT (s) && !pfile->state.skipping) { /* Make sure that the token is printed using UCNs, even if we'd otherwise happily print UTF-8. */ unsigned char *buf = XNEWVEC (unsigned char, cpp_token_len (token)); size_t sz; sz = cpp_spell_token (pfile, token, buf, false) - buf; if (NORMALIZE_STATE_RESULT (s) == normalized_C) cpp_error_with_line (pfile, CPP_DL_WARNING, token->src_loc, 0, "`%.*s' is not in NFKC", (int) sz, buf); else cpp_error_with_line (pfile, CPP_DL_WARNING, token->src_loc, 0, "`%.*s' is not in NFC", (int) sz, buf); } } /* Returns TRUE if the sequence starting at buffer->cur is invalid in an identifier. FIRST is TRUE if this starts an identifier. */ static bool forms_identifier_p (cpp_reader *pfile, int first, struct normalize_state *state) { cpp_buffer *buffer = pfile->buffer; if (*buffer->cur == '$') { if (!CPP_OPTION (pfile, dollars_in_ident)) return false; buffer->cur++; if (CPP_OPTION (pfile, warn_dollars) && !pfile->state.skipping) { CPP_OPTION (pfile, warn_dollars) = 0; cpp_error (pfile, CPP_DL_PEDWARN, "'$' in identifier or number"); } return true; } /* Is this a syntactically valid UCN? */ if (CPP_OPTION (pfile, extended_identifiers) && *buffer->cur == '\\' && (buffer->cur[1] == 'u' || buffer->cur[1] == 'U')) { buffer->cur += 2; if (_cpp_valid_ucn (pfile, &buffer->cur, buffer->rlimit, 1 + !first, state)) return true; buffer->cur -= 2; } return false; } /* Lex an identifier starting at BUFFER->CUR - 1. */ static cpp_hashnode * lex_identifier (cpp_reader *pfile, const uchar *base, bool starts_ucn, struct normalize_state *nst) { cpp_hashnode *result; const uchar *cur; unsigned int len; unsigned int hash = HT_HASHSTEP (0, *base); cur = pfile->buffer->cur; if (! starts_ucn) while (ISIDNUM (*cur)) { hash = HT_HASHSTEP (hash, *cur); cur++; } pfile->buffer->cur = cur; if (starts_ucn || forms_identifier_p (pfile, false, nst)) { /* Slower version for identifiers containing UCNs (or $). */ do { while (ISIDNUM (*pfile->buffer->cur)) { pfile->buffer->cur++; NORMALIZE_STATE_UPDATE_IDNUM (nst); } } while (forms_identifier_p (pfile, false, nst)); result = _cpp_interpret_identifier (pfile, base, pfile->buffer->cur - base); } else { len = cur - base; hash = HT_HASHFINISH (hash, len); result = (cpp_hashnode *) ht_lookup_with_hash (pfile->hash_table, base, len, hash, HT_ALLOC); } /* Rarely, identifiers require diagnostics when lexed. */ if (__builtin_expect ((result->flags & NODE_DIAGNOSTIC) && !pfile->state.skipping, 0)) { /* It is allowed to poison the same identifier twice. */ if ((result->flags & NODE_POISONED) && !pfile->state.poisoned_ok) cpp_error (pfile, CPP_DL_ERROR, "attempt to use poisoned \"%s\"", NODE_NAME (result)); /* Constraint 6.10.3.5: __VA_ARGS__ should only appear in the replacement list of a variadic macro. */ if (result == pfile->spec_nodes.n__VA_ARGS__ && !pfile->state.va_args_ok) cpp_error (pfile, CPP_DL_PEDWARN, "__VA_ARGS__ can only appear in the expansion" " of a C99 variadic macro"); } return result; } /* SDCC specific */ /* Pedantic parse a number, beginning with character C, skipping embedded backslash-newlines. LEADING_PERIOD is nonzero if there was a "." before C. Place the result in NUMBER. */ static void pedantic_lex_number (cpp_reader *pfile, cpp_string *number) { #define get_effective_char(pfile) (*pfile->buffer->cur++) #define BACKUP() (--pfile->buffer->cur) enum num_type_e { NT_DEC, NT_HEX, NT_BIN } num_type = NT_DEC; enum num_part_e { NP_WHOLE, NP_FRACT, NP_EXP, NP_INT_SUFFIX, NP_FLOAT_SUFFIX } num_part = NP_WHOLE; uchar c = *(pfile->buffer->cur - 1); struct obstack *stack = &pfile->hash_table->stack; int len = 0; int has_whole = 0; int has_fract = 0; if ('.' == c) { num_part = NP_FRACT; ++len; obstack_1grow (stack, '.'); c = get_effective_char (pfile); } else { if ('0' == c) { has_whole = 1; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); switch (c) { case 'X': case 'x': num_type = NT_HEX; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); break; case 'B': case 'b': if (!CPP_OPTION (pfile, std)) { num_type = NT_BIN; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); } break; case '.': num_part = NP_FRACT; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); break; } } } for (; ; ) { switch (num_part) { case NP_WHOLE: if (NT_DEC == num_type) { while (ISDIGIT (c)) { has_whole = 1; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); } if ('.' == c) { num_part = NP_FRACT; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); continue; } else if ('E' == c || 'e' == c) { if (has_whole || has_fract) { num_part = NP_EXP; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); continue; } else break; } } else if (NT_HEX == num_type) { while (ISXDIGIT (c)) { has_whole = 1; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); } if ('.' == c) { num_part = NP_FRACT; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); continue; } else if ('P' == c || 'p' == c) { if (has_whole || has_fract) { num_part = NP_EXP; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); continue; } else break; } } else /* (NT_BIN == num_type) */ { while ((c=='0') || (c=='1')) { has_whole = 1; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); } if ('.' == c) { num_part = NP_FRACT; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); continue; } else if ('P' == c || 'p' == c) { if (has_whole || has_fract) { num_part = NP_EXP; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); continue; } else break; } } num_part = NP_INT_SUFFIX; continue; case NP_FRACT: if (NT_DEC == num_type) { while (ISDIGIT (c)) { has_fract = 1; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); } if ('E' == c || 'e' == c) { if (has_whole || has_fract) { num_part = NP_EXP; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); continue; } } } else { while (ISXDIGIT (c)) { has_fract = 1; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); } if ('P' == c || 'p' == c) { if (has_whole || has_fract) { num_part = NP_EXP; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); continue; } } } num_part = NP_FLOAT_SUFFIX; continue; case NP_EXP: if ('+' == c || '-' == c) { ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); } while (ISDIGIT (c)) { ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); } num_part = NP_FLOAT_SUFFIX; continue; case NP_INT_SUFFIX: if ('L' == c || 'l' == c) { uchar prevc = c; ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); if (c == prevc) { ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); } } else if ('U' == c || 'u' == c) { ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); } break; case NP_FLOAT_SUFFIX: if ('F' == c || 'f' == c) { ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); } else if ('L' == c || 'l' == c) { ++len; obstack_1grow (stack, c); c = get_effective_char (pfile); } break; } break; } /* Step back over the unwanted char. */ BACKUP (); number->text = obstack_finish (stack); number->len = len; } /* Lex a number to NUMBER starting at BUFFER->CUR - 1. */ static void lex_number (cpp_reader *pfile, cpp_string *number, struct normalize_state *nst) { const uchar *cur; const uchar *base; uchar *dest; base = pfile->buffer->cur - 1; do { cur = pfile->buffer->cur; /* N.B. ISIDNUM does not include $. */ while (ISIDNUM (*cur) || *cur == '.' || VALID_SIGN (*cur, cur[-1])) { cur++; NORMALIZE_STATE_UPDATE_IDNUM (nst); } pfile->buffer->cur = cur; } while (forms_identifier_p (pfile, false, nst)); number->len = cur - base; dest = _cpp_unaligned_alloc (pfile, number->len + 1); memcpy (dest, base, number->len); dest[number->len] = '\0'; number->text = dest; } /* Create a token of type TYPE with a literal spelling. */ static void create_literal (cpp_reader *pfile, cpp_token *token, const uchar *base, unsigned int len, enum cpp_ttype type) { uchar *dest = _cpp_unaligned_alloc (pfile, len + 1); memcpy (dest, base, len); dest[len] = '\0'; token->type = type; token->val.str.len = len; token->val.str.text = dest; } /* Lexes a string, character constant, or angle-bracketed header file name. The stored string contains the spelling, including opening quote and leading any leading 'L'. It returns the type of the literal, or CPP_OTHER if it was not properly terminated. The spelling is NUL-terminated, but it is not guaranteed that this is the first NUL since embedded NULs are preserved. */ static void lex_string (cpp_reader *pfile, cpp_token *token, const uchar *base) { bool saw_NUL = false; const uchar *cur; cppchar_t terminator; enum cpp_ttype type; cur = base; terminator = *cur++; if (terminator == 'L') terminator = *cur++; if (terminator == '\"') type = *base == 'L' ? CPP_WSTRING: CPP_STRING; else if (terminator == '\'') type = *base == 'L' ? CPP_WCHAR: CPP_CHAR; else terminator = '>', type = CPP_HEADER_NAME; for (;;) { cppchar_t c = *cur++; /* In #include-style directives, terminators are not escapable. */ if (c == '\\' && !pfile->state.angled_headers && *cur != '\n') cur++; else if (c == terminator) break; else if (c == '\n') { cur--; type = CPP_OTHER; break; } else if (c == '\0') saw_NUL = true; } if (saw_NUL && !pfile->state.skipping) cpp_error (pfile, CPP_DL_WARNING, "null character(s) preserved in literal"); if (type == CPP_OTHER && CPP_OPTION (pfile, lang) != CLK_ASM) cpp_error (pfile, CPP_DL_PEDWARN, "missing terminating %c character", (int) terminator); pfile->buffer->cur = cur; create_literal (pfile, token, base, cur - base, type); } /* Fixed _WIN32 problem with CR-CR-LF sequences when outputting comment blocks (when executed with -C option) and _asm (SDCPP specific) blocks */ /* Count and copy characters from src to dest, excluding CRs: CRs are automatically generated, because the output is opened in TEXT mode. If dest == NULL, only count chars */ static unsigned int copy_text_chars (unsigned char *dest, const unsigned char *src, unsigned int len) { unsigned int n = 0; const unsigned char *p; for (p = src; p != src + len; ++p) { assert(*p != '\0'); if (*p != '\r') { if (dest != NULL) *dest++ = *p; ++n; } } return n; } /* SDCC _asm specific */ /* The stored comment includes the comment start and any terminator. */ static void save_asm (cpp_reader *pfile, cpp_token *token, const unsigned char *from) { #define _ASM_STR "_asm" #define _ASM_LEN ((sizeof _ASM_STR) - 1) unsigned char *buffer; unsigned int text_len, len; len = pfile->buffer->cur - from; /* + _ASM_LEN for the initial '_asm'. */ text_len = copy_text_chars (NULL, from, len) + _ASM_LEN; buffer = _cpp_unaligned_alloc (pfile, text_len); token->type = CPP_ASM; token->val.str.len = text_len; token->val.str.text = buffer; memcpy (buffer, _ASM_STR, _ASM_LEN); copy_text_chars (buffer + _ASM_LEN, from, len); } /* The stored comment includes the comment start and any terminator. */ static void save_comment (cpp_reader *pfile, cpp_token *token, const unsigned char *from, cppchar_t type) { unsigned char *buffer; unsigned int len, clen; len = pfile->buffer->cur - from + 1; /* + 1 for the initial '/'. */ /* C++ comments probably (not definitely) have moved past a new line, which we don't want to save in the comment. */ if (is_vspace (pfile->buffer->cur[-1])) len--; /* If we are currently in a directive, then we need to store all C++ comments as C comments internally, and so we need to allocate a little extra space in that case. Note that the only time we encounter a directive here is when we are saving comments in a "#define". */ clen = (pfile->state.in_directive && type == '/') ? len + 2 : len; buffer = _cpp_unaligned_alloc (pfile, clen); token->type = CPP_COMMENT; token->val.str.len = clen; token->val.str.text = buffer; buffer[0] = '/'; copy_text_chars (buffer + 1, from, len); /* Finish conversion to a C comment, if necessary. */ if (pfile->state.in_directive && type == '/') { buffer[1] = '*'; buffer[clen - 2] = '*'; buffer[clen - 1] = '/'; } } /* Allocate COUNT tokens for RUN. */ void _cpp_init_tokenrun (tokenrun *run, unsigned int count) { run->base = XNEWVEC (cpp_token, count); run->limit = run->base + count; run->next = NULL; } /* Returns the next tokenrun, or creates one if there is none. */ static tokenrun * next_tokenrun (tokenrun *run) { if (run->next == NULL) { run->next = XNEW (tokenrun); run->next->prev = run; _cpp_init_tokenrun (run->next, 250); } return run->next; } /* Allocate a single token that is invalidated at the same time as the rest of the tokens on the line. Has its line and col set to the same as the last lexed token, so that diagnostics appear in the right place. */ cpp_token * _cpp_temp_token (cpp_reader *pfile) { cpp_token *old, *result; old = pfile->cur_token - 1; if (pfile->cur_token == pfile->cur_run->limit) { pfile->cur_run = next_tokenrun (pfile->cur_run); pfile->cur_token = pfile->cur_run->base; } result = pfile->cur_token++; result->src_loc = old->src_loc; return result; } /* Lex a token into RESULT (external interface). Takes care of issues like directive handling, token lookahead, multiple include optimization and skipping. */ const cpp_token * _cpp_lex_token (cpp_reader *pfile) { cpp_token *result; for (;;) { if (pfile->cur_token == pfile->cur_run->limit) { pfile->cur_run = next_tokenrun (pfile->cur_run); pfile->cur_token = pfile->cur_run->base; } /* We assume that the current token is somewhere in the current run. */ if (pfile->cur_token < pfile->cur_run->base || pfile->cur_token >= pfile->cur_run->limit) abort (); if (pfile->lookaheads) { pfile->lookaheads--; result = pfile->cur_token++; } else result = _cpp_lex_direct (pfile); if (result->flags & BOL) { /* Is this a directive. If _cpp_handle_directive returns false, it is an assembler #. */ if (result->type == CPP_HASH /* 6.10.3 p 11: Directives in a list of macro arguments gives undefined behavior. This implementation handles the directive as normal. */ && pfile->state.parsing_args != 1) { if (_cpp_handle_directive (pfile, result->flags & PREV_WHITE)) { if (pfile->directive_result.type == CPP_PADDING) continue; result = &pfile->directive_result; } } else if (pfile->state.in_deferred_pragma) result = &pfile->directive_result; if (pfile->cb.line_change && !pfile->state.skipping) pfile->cb.line_change (pfile, result, pfile->state.parsing_args); } /* We don't skip tokens in directives. */ if (pfile->state.in_directive || pfile->state.in_deferred_pragma) break; /* Outside a directive, invalidate controlling macros. At file EOF, _cpp_lex_direct takes care of popping the buffer, so we never get here and MI optimization works. */ pfile->mi_valid = false; if (!pfile->state.skipping || result->type == CPP_EOF) break; } return result; } /* Returns true if a fresh line has been loaded. */ bool _cpp_get_fresh_line (cpp_reader *pfile) { int return_at_eof; /* We can't get a new line until we leave the current directive. */ if (pfile->state.in_directive) return false; for (;;) { cpp_buffer *buffer = pfile->buffer; if (!buffer->need_line) return true; if (buffer->next_line < buffer->rlimit) { _cpp_clean_line (pfile); return true; } /* First, get out of parsing arguments state. */ if (pfile->state.parsing_args) return false; /* End of buffer. Non-empty files should end in a newline. */ if (buffer->buf != buffer->rlimit && buffer->next_line > buffer->rlimit && !buffer->from_stage3) { /* Clip to buffer size. */ buffer->next_line = buffer->rlimit; } return_at_eof = buffer->return_at_eof; _cpp_pop_buffer (pfile); if (pfile->buffer == NULL || return_at_eof) return false; } } #define IF_NEXT_IS(CHAR, THEN_TYPE, ELSE_TYPE) \ do \ { \ result->type = ELSE_TYPE; \ if (*buffer->cur == CHAR) \ buffer->cur++, result->type = THEN_TYPE; \ } \ while (0) /* Lex a token into pfile->cur_token, which is also incremented, to get diagnostics pointing to the correct location. Does not handle issues such as token lookahead, multiple-include optimization, directives, skipping etc. This function is only suitable for use by _cpp_lex_token, and in special cases like lex_expansion_token which doesn't care for any of these issues. When meeting a newline, returns CPP_EOF if parsing a directive, otherwise returns to the start of the token buffer if permissible. Returns the location of the lexed token. */ cpp_token * _cpp_lex_direct (cpp_reader *pfile) { cppchar_t c; cpp_buffer *buffer; const unsigned char *comment_start; cpp_token *result = pfile->cur_token++; fresh_line: result->flags = 0; buffer = pfile->buffer; if (buffer->need_line) { if (pfile->state.in_deferred_pragma) { result->type = CPP_PRAGMA_EOL; pfile->state.in_deferred_pragma = false; if (!pfile->state.pragma_allow_expansion) pfile->state.prevent_expansion--; return result; } if (!_cpp_get_fresh_line (pfile)) { result->type = CPP_EOF; if (!pfile->state.in_directive) { /* Tell the compiler the line number of the EOF token. */ result->src_loc = pfile->line_table->highest_line; result->flags = BOL; } return result; } if (!pfile->keep_tokens) { pfile->cur_run = &pfile->base_run; result = pfile->base_run.base; pfile->cur_token = result + 1; } result->flags = BOL; if (pfile->state.parsing_args == 2) result->flags |= PREV_WHITE; } buffer = pfile->buffer; update_tokens_line: result->src_loc = pfile->line_table->highest_line; skipped_white: if (buffer->cur >= buffer->notes[buffer->cur_note].pos && !pfile->overlaid_buffer) { _cpp_process_line_notes (pfile, false); result->src_loc = pfile->line_table->highest_line; } c = *buffer->cur++; LINEMAP_POSITION_FOR_COLUMN (result->src_loc, pfile->line_table, CPP_BUF_COLUMN (buffer, buffer->cur)); switch (c) { case ' ': case '\t': case '\f': case '\v': case '\0': result->flags |= PREV_WHITE; skip_whitespace (pfile, c); goto skipped_white; case '\n': if (buffer->cur < buffer->rlimit) CPP_INCREMENT_LINE (pfile, 0); buffer->need_line = true; goto fresh_line; case '0': case '1': case '2': case '3': case '4': case '5': case '6': case '7': case '8': case '9': { struct normalize_state nst = INITIAL_NORMALIZE_STATE; result->type = CPP_NUMBER; if (CPP_OPTION (pfile, pedantic_parse_number)) pedantic_lex_number (pfile, &result->val.str); else lex_number (pfile, &result->val.str, &nst); warn_about_normalization (pfile, result, &nst); break; } case 'L': /* 'L' may introduce wide characters or strings. */ if (*buffer->cur == '\'' || *buffer->cur == '"') { lex_string (pfile, result, buffer->cur - 1); break; } /* Fall through. */ case '_': case 'a': case 'b': case 'c': case 'd': case 'e': case 'f': case 'g': case 'h': case 'i': case 'j': case 'k': case 'l': case 'm': case 'n': case 'o': case 'p': case 'q': case 'r': case 's': case 't': case 'u': case 'v': case 'w': case 'x': case 'y': case 'z': case 'A': case 'B': case 'C': case 'D': case 'E': case 'F': case 'G': case 'H': case 'I': case 'J': case 'K': case 'M': case 'N': case 'O': case 'P': case 'Q': case 'R': case 'S': case 'T': case 'U': case 'V': case 'W': case 'X': case 'Y': case 'Z': result->type = CPP_NAME; { struct normalize_state nst = INITIAL_NORMALIZE_STATE; result->val.node = lex_identifier (pfile, buffer->cur - 1, false, &nst); warn_about_normalization (pfile, result, &nst); } /* SDCC _asm specific */ /* handle _asm ... _endasm ; */ if (CPP_OPTION (pfile, preproc_asm) == 0 && result->val.node == pfile->spec_nodes.n__asm) { comment_start = buffer->cur; result->type = CPP_ASM; skip_asm_block (pfile); /* Save the _asm block as a token in its own right. */ save_asm (pfile, result, comment_start); } /* Convert named operators to their proper types. */ else if (result->val.node->flags & NODE_OPERATOR) { result->flags |= NAMED_OP; result->type = (enum cpp_ttype) result->val.node->directive_index; } break; case '\'': case '"': lex_string (pfile, result, buffer->cur - 1); break; case '/': /* A potential block or line comment. */ comment_start = buffer->cur; c = *buffer->cur; if (c == '*') { if (_cpp_skip_block_comment (pfile)) cpp_error (pfile, CPP_DL_ERROR, "unterminated comment"); } else if (c == '/' && (CPP_OPTION (pfile, cplusplus_comments) || cpp_in_system_header (pfile))) { /* Warn about comments only if pedantically GNUC89, and not in system headers. */ if (CPP_OPTION (pfile, lang) == CLK_GNUC89 && CPP_PEDANTIC (pfile) && ! buffer->warned_cplusplus_comments) { cpp_error (pfile, CPP_DL_PEDWARN, "C++ style comments are not allowed in ISO C90"); cpp_error (pfile, CPP_DL_PEDWARN, "(this will be reported only once per input file)"); buffer->warned_cplusplus_comments = 1; } if (skip_line_comment (pfile) && CPP_OPTION (pfile, warn_comments)) cpp_error (pfile, CPP_DL_WARNING, "multi-line comment"); } else if (c == '=') { buffer->cur++; result->type = CPP_DIV_EQ; break; } else { result->type = CPP_DIV; break; } if (!pfile->state.save_comments) { result->flags |= PREV_WHITE; goto update_tokens_line; } /* Save the comment as a token in its own right. */ save_comment (pfile, result, comment_start, c); break; case '<': if (pfile->state.angled_headers) { lex_string (pfile, result, buffer->cur - 1); break; } result->type = CPP_LESS; if (*buffer->cur == '=') buffer->cur++, result->type = CPP_LESS_EQ; else if (*buffer->cur == '<') { buffer->cur++; IF_NEXT_IS ('=', CPP_LSHIFT_EQ, CPP_LSHIFT); } else if (CPP_OPTION (pfile, digraphs)) { if (*buffer->cur == ':') { buffer->cur++; result->flags |= DIGRAPH; result->type = CPP_OPEN_SQUARE; } else if (*buffer->cur == '%') { buffer->cur++; result->flags |= DIGRAPH; result->type = CPP_OPEN_BRACE; } } break; case '>': result->type = CPP_GREATER; if (*buffer->cur == '=') buffer->cur++, result->type = CPP_GREATER_EQ; else if (*buffer->cur == '>') { buffer->cur++; IF_NEXT_IS ('=', CPP_RSHIFT_EQ, CPP_RSHIFT); } break; case '%': result->type = CPP_MOD; if (*buffer->cur == '=') buffer->cur++, result->type = CPP_MOD_EQ; else if (CPP_OPTION (pfile, digraphs)) { if (*buffer->cur == ':') { buffer->cur++; result->flags |= DIGRAPH; result->type = CPP_HASH; if (*buffer->cur == '%' && buffer->cur[1] == ':') buffer->cur += 2, result->type = CPP_PASTE; } else if (*buffer->cur == '>') { buffer->cur++; result->flags |= DIGRAPH; result->type = CPP_CLOSE_BRACE; } } break; case '.': result->type = CPP_DOT; if (ISDIGIT (*buffer->cur)) { struct normalize_state nst = INITIAL_NORMALIZE_STATE; result->type = CPP_NUMBER; if (CPP_OPTION (pfile, pedantic_parse_number)) pedantic_lex_number (pfile, &result->val.str); else lex_number (pfile, &result->val.str, &nst); warn_about_normalization (pfile, result, &nst); } else if (*buffer->cur == '.' && buffer->cur[1] == '.') buffer->cur += 2, result->type = CPP_ELLIPSIS; else if (*buffer->cur == '*' && CPP_OPTION (pfile, cplusplus)) buffer->cur++, result->type = CPP_DOT_STAR; break; case '+': result->type = CPP_PLUS; if (*buffer->cur == '+') buffer->cur++, result->type = CPP_PLUS_PLUS; else if (*buffer->cur == '=') buffer->cur++, result->type = CPP_PLUS_EQ; break; case '-': result->type = CPP_MINUS; if (*buffer->cur == '>') { buffer->cur++; result->type = CPP_DEREF; if (*buffer->cur == '*' && CPP_OPTION (pfile, cplusplus)) buffer->cur++, result->type = CPP_DEREF_STAR; } else if (*buffer->cur == '-') buffer->cur++, result->type = CPP_MINUS_MINUS; else if (*buffer->cur == '=') buffer->cur++, result->type = CPP_MINUS_EQ; break; case '&': result->type = CPP_AND; if (*buffer->cur == '&') buffer->cur++, result->type = CPP_AND_AND; else if (*buffer->cur == '=') buffer->cur++, result->type = CPP_AND_EQ; break; case '|': result->type = CPP_OR; if (*buffer->cur == '|') buffer->cur++, result->type = CPP_OR_OR; else if (*buffer->cur == '=') buffer->cur++, result->type = CPP_OR_EQ; break; case ':': result->type = CPP_COLON; if (*buffer->cur == ':' && CPP_OPTION (pfile, cplusplus)) buffer->cur++, result->type = CPP_SCOPE; else if (*buffer->cur == '>' && CPP_OPTION (pfile, digraphs)) { buffer->cur++; result->flags |= DIGRAPH; result->type = CPP_CLOSE_SQUARE; } break; case '*': IF_NEXT_IS ('=', CPP_MULT_EQ, CPP_MULT); break; case '=': IF_NEXT_IS ('=', CPP_EQ_EQ, CPP_EQ); break; case '!': IF_NEXT_IS ('=', CPP_NOT_EQ, CPP_NOT); break; case '^': IF_NEXT_IS ('=', CPP_XOR_EQ, CPP_XOR); break; case '#': IF_NEXT_IS ('#', CPP_PASTE, CPP_HASH); break; case '?': result->type = CPP_QUERY; break; case '~': result->type = CPP_COMPL; break; case ',': result->type = CPP_COMMA; break; case '(': result->type = CPP_OPEN_PAREN; break; case ')': result->type = CPP_CLOSE_PAREN; break; case '[': result->type = CPP_OPEN_SQUARE; break; case ']': result->type = CPP_CLOSE_SQUARE; break; case '{': result->type = CPP_OPEN_BRACE; break; case '}': result->type = CPP_CLOSE_BRACE; break; case ';': result->type = CPP_SEMICOLON; break; /* @ is a punctuator in Objective-C. */ case '@': result->type = CPP_ATSIGN; break; case '$': case '\\': { const uchar *base = --buffer->cur; struct normalize_state nst = INITIAL_NORMALIZE_STATE; if (forms_identifier_p (pfile, true, &nst)) { result->type = CPP_NAME; result->val.node = lex_identifier (pfile, base, true, &nst); warn_about_normalization (pfile, result, &nst); break; } buffer->cur++; } default: create_literal (pfile, result, buffer->cur - 1, 1, CPP_OTHER); break; } return result; } /* An upper bound on the number of bytes needed to spell TOKEN. Does not include preceding whitespace. */ unsigned int cpp_token_len (const cpp_token *token) { unsigned int len; switch (TOKEN_SPELL (token)) { default: len = 4; break; case SPELL_LITERAL: len = token->val.str.len; break; case SPELL_IDENT: len = NODE_LEN (token->val.node) * 10; break; } return len; } /* Parse UTF-8 out of NAMEP and place a \U escape in BUFFER. Return the number of bytes read out of NAME. (There are always 10 bytes written to BUFFER.) */ static size_t utf8_to_ucn (unsigned char *buffer, const unsigned char *name) { int j; int ucn_len = 0; int ucn_len_c; unsigned t; unsigned long utf32; /* Compute the length of the UTF-8 sequence. */ for (t = *name; t & 0x80; t <<= 1) ucn_len++; utf32 = *name & (0x7F >> ucn_len); for (ucn_len_c = 1; ucn_len_c < ucn_len; ucn_len_c++) { utf32 = (utf32 << 6) | (*++name & 0x3F); /* Ill-formed UTF-8. */ if ((*name & ~0x3F) != 0x80) abort (); } *buffer++ = '\\'; *buffer++ = 'U'; for (j = 7; j >= 0; j--) *buffer++ = "0123456789abcdef"[(utf32 >> (4 * j)) & 0xF]; return ucn_len; } /* Write the spelling of a token TOKEN to BUFFER. The buffer must already contain the enough space to hold the token's spelling. Returns a pointer to the character after the last character written. FORSTRING is true if this is to be the spelling after translation phase 1 (this is different for UCNs). FIXME: Would be nice if we didn't need the PFILE argument. */ unsigned char * cpp_spell_token (cpp_reader *pfile, const cpp_token *token, unsigned char *buffer, bool forstring) { switch (TOKEN_SPELL (token)) { case SPELL_OPERATOR: { const unsigned char *spelling; unsigned char c; if (token->flags & DIGRAPH) spelling = digraph_spellings[(int) token->type - (int) CPP_FIRST_DIGRAPH]; else if (token->flags & NAMED_OP) goto spell_ident; else spelling = TOKEN_NAME (token); while ((c = *spelling++) != '\0') *buffer++ = c; } break; spell_ident: case SPELL_IDENT: if (forstring) { memcpy (buffer, NODE_NAME (token->val.node), NODE_LEN (token->val.node)); buffer += NODE_LEN (token->val.node); } else { size_t i; const unsigned char * name = NODE_NAME (token->val.node); for (i = 0; i < NODE_LEN (token->val.node); i++) if (name[i] & ~0x7F) { i += utf8_to_ucn (buffer, name + i) - 1; buffer += 10; } else *buffer++ = NODE_NAME (token->val.node)[i]; } break; case SPELL_LITERAL: memcpy (buffer, token->val.str.text, token->val.str.len); buffer += token->val.str.len; break; case SPELL_NONE: cpp_error (pfile, CPP_DL_ICE, "unspellable token %s", TOKEN_NAME (token)); break; } return buffer; } /* Returns TOKEN spelt as a null-terminated string. The string is freed when the reader is destroyed. Useful for diagnostics. */ unsigned char * cpp_token_as_text (cpp_reader *pfile, const cpp_token *token) { unsigned int len = cpp_token_len (token) + 1; unsigned char *start = _cpp_unaligned_alloc (pfile, len), *end; end = cpp_spell_token (pfile, token, start, false); end[0] = '\0'; return start; } /* Used by C front ends, which really should move to using cpp_token_as_text. */ const char * cpp_type2name (enum cpp_ttype type) { return (const char *) token_spellings[type].name; } /* Writes the spelling of token to FP, without any preceding space. Separated from cpp_spell_token for efficiency - to avoid stdio double-buffering. */ void cpp_output_token (const cpp_token *token, FILE *fp) { switch (TOKEN_SPELL (token)) { case SPELL_OPERATOR: { const unsigned char *spelling; int c; if (token->flags & DIGRAPH) spelling = digraph_spellings[(int) token->type - (int) CPP_FIRST_DIGRAPH]; else if (token->flags & NAMED_OP) goto spell_ident; else spelling = TOKEN_NAME (token); c = *spelling; do putc (c, fp); while ((c = *++spelling) != '\0'); } break; spell_ident: case SPELL_IDENT: { size_t i; const unsigned char * name = NODE_NAME (token->val.node); for (i = 0; i < NODE_LEN (token->val.node); i++) if (name[i] & ~0x7F) { unsigned char buffer[10]; i += utf8_to_ucn (buffer, name + i) - 1; fwrite (buffer, 1, 10, fp); } else fputc (NODE_NAME (token->val.node)[i], fp); } break; case SPELL_LITERAL: fwrite (token->val.str.text, 1, token->val.str.len, fp); break; case SPELL_NONE: /* An error, most probably. */ break; } } /* Compare two tokens. */ int _cpp_equiv_tokens (const cpp_token *a, const cpp_token *b) { if (a->type == b->type && a->flags == b->flags) switch (TOKEN_SPELL (a)) { default: /* Keep compiler happy. */ case SPELL_OPERATOR: return 1; case SPELL_NONE: return (a->type != CPP_MACRO_ARG || a->val.arg_no == b->val.arg_no); case SPELL_IDENT: return a->val.node == b->val.node; case SPELL_LITERAL: return (a->val.str.len == b->val.str.len && !memcmp (a->val.str.text, b->val.str.text, a->val.str.len)); } return 0; } /* Returns nonzero if a space should be inserted to avoid an accidental token paste for output. For simplicity, it is conservative, and occasionally advises a space where one is not needed, e.g. "." and ".2". */ int cpp_avoid_paste (cpp_reader *pfile, const cpp_token *token1, const cpp_token *token2) { enum cpp_ttype a = token1->type, b = token2->type; cppchar_t c; if (token1->flags & NAMED_OP) a = CPP_NAME; if (token2->flags & NAMED_OP) b = CPP_NAME; c = EOF; if (token2->flags & DIGRAPH) c = digraph_spellings[(int) b - (int) CPP_FIRST_DIGRAPH][0]; else if (token_spellings[b].category == SPELL_OPERATOR) c = token_spellings[b].name[0]; /* Quickly get everything that can paste with an '='. */ if ((int) a <= (int) CPP_LAST_EQ && c == '=') return 1; switch (a) { case CPP_GREATER: return c == '>'; case CPP_LESS: return c == '<' || c == '%' || c == ':'; case CPP_PLUS: return c == '+'; case CPP_MINUS: return c == '-' || c == '>'; case CPP_DIV: return c == '/' || c == '*'; /* Comments. */ case CPP_MOD: return c == ':' || c == '>'; case CPP_AND: return c == '&'; case CPP_OR: return c == '|'; case CPP_COLON: return c == ':' || c == '>'; case CPP_DEREF: return c == '*'; case CPP_DOT: return c == '.' || c == '%' || b == CPP_NUMBER; case CPP_HASH: return c == '#' || c == '%'; /* Digraph form. */ case CPP_NAME: return ((b == CPP_NUMBER && name_p (pfile, &token2->val.str)) || b == CPP_NAME || b == CPP_CHAR || b == CPP_STRING); /* L */ case CPP_NUMBER: return (b == CPP_NUMBER || b == CPP_NAME || c == '.' || c == '+' || c == '-'); /* UCNs */ case CPP_OTHER: return ((token1->val.str.text[0] == '\\' && b == CPP_NAME) || (CPP_OPTION (pfile, objc) && token1->val.str.text[0] == '@' && (b == CPP_NAME || b == CPP_STRING))); default: break; } return 0; } /* Output all the remaining tokens on the current line, and a newline character, to FP. Leading whitespace is removed. If there are macros, special token padding is not performed. */ void cpp_output_line (cpp_reader *pfile, FILE *fp) { const cpp_token *token; token = cpp_get_token (pfile); while (token->type != CPP_EOF) { cpp_output_token (token, fp); token = cpp_get_token (pfile); if (token->flags & PREV_WHITE) putc (' ', fp); } putc ('\n', fp); } /* Memory buffers. Changing these three constants can have a dramatic effect on performance. The values here are reasonable defaults, but might be tuned. If you adjust them, be sure to test across a range of uses of cpplib, including heavy nested function-like macro expansion. Also check the change in peak memory usage (NJAMD is a good tool for this). */ #define MIN_BUFF_SIZE 8000 #define BUFF_SIZE_UPPER_BOUND(MIN_SIZE) (MIN_BUFF_SIZE + (MIN_SIZE) * 3 / 2) #define EXTENDED_BUFF_SIZE(BUFF, MIN_EXTRA) \ (MIN_EXTRA + ((BUFF)->limit - (BUFF)->cur) * 2) #if MIN_BUFF_SIZE > BUFF_SIZE_UPPER_BOUND (0) #error BUFF_SIZE_UPPER_BOUND must be at least as large as MIN_BUFF_SIZE! #endif /* Create a new allocation buffer. Place the control block at the end of the buffer, so that buffer overflows will cause immediate chaos. */ static _cpp_buff * new_buff (size_t len) { _cpp_buff *result; unsigned char *base; if (len < MIN_BUFF_SIZE) len = MIN_BUFF_SIZE; len = CPP_ALIGN (len); base = XNEWVEC (unsigned char, len + sizeof (_cpp_buff)); result = (_cpp_buff *) (base + len); result->base = base; result->cur = base; result->limit = base + len; result->next = NULL; return result; } /* Place a chain of unwanted allocation buffers on the free list. */ void _cpp_release_buff (cpp_reader *pfile, _cpp_buff *buff) { _cpp_buff *end = buff; while (end->next) end = end->next; end->next = pfile->free_buffs; pfile->free_buffs = buff; } /* Return a free buffer of size at least MIN_SIZE. */ _cpp_buff * _cpp_get_buff (cpp_reader *pfile, size_t min_size) { _cpp_buff *result, **p; for (p = &pfile->free_buffs;; p = &(*p)->next) { size_t size; if (*p == NULL) return new_buff (min_size); result = *p; size = result->limit - result->base; /* Return a buffer that's big enough, but don't waste one that's way too big. */ if (size >= min_size && size <= BUFF_SIZE_UPPER_BOUND (min_size)) break; } *p = result->next; result->next = NULL; result->cur = result->base; return result; } /* Creates a new buffer with enough space to hold the uncommitted remaining bytes of BUFF, and at least MIN_EXTRA more bytes. Copies the excess bytes to the new buffer. Chains the new buffer after BUFF, and returns the new buffer. */ _cpp_buff * _cpp_append_extend_buff (cpp_reader *pfile, _cpp_buff *buff, size_t min_extra) { size_t size = EXTENDED_BUFF_SIZE (buff, min_extra); _cpp_buff *new_buff = _cpp_get_buff (pfile, size); buff->next = new_buff; memcpy (new_buff->base, buff->cur, BUFF_ROOM (buff)); return new_buff; } /* Creates a new buffer with enough space to hold the uncommitted remaining bytes of the buffer pointed to by BUFF, and at least MIN_EXTRA more bytes. Copies the excess bytes to the new buffer. Chains the new buffer before the buffer pointed to by BUFF, and updates the pointer to point to the new buffer. */ void _cpp_extend_buff (cpp_reader *pfile, _cpp_buff **pbuff, size_t min_extra) { _cpp_buff *new_buff, *old_buff = *pbuff; size_t size = EXTENDED_BUFF_SIZE (old_buff, min_extra); new_buff = _cpp_get_buff (pfile, size); memcpy (new_buff->base, old_buff->cur, BUFF_ROOM (old_buff)); new_buff->next = old_buff; *pbuff = new_buff; } /* Free a chain of buffers starting at BUFF. */ void _cpp_free_buff (_cpp_buff *buff) { _cpp_buff *next; for (; buff; buff = next) { next = buff->next; free (buff->base); } } /* Allocate permanent, unaligned storage of length LEN. */ unsigned char * _cpp_unaligned_alloc (cpp_reader *pfile, size_t len) { _cpp_buff *buff = pfile->u_buff; unsigned char *result = buff->cur; if (len > (size_t) (buff->limit - result)) { buff = _cpp_get_buff (pfile, len); buff->next = pfile->u_buff; pfile->u_buff = buff; result = buff->cur; } buff->cur = result + len; return result; } /* Allocate permanent, unaligned storage of length LEN from a_buff. That buffer is used for growing allocations when saving macro replacement lists in a #define, and when parsing an answer to an assertion in #assert, #unassert or #if (and therefore possibly whilst expanding macros). It therefore must not be used by any code that they might call: specifically the lexer and the guts of the macro expander. All existing other uses clearly fit this restriction: storing registered pragmas during initialization. */ unsigned char * _cpp_aligned_alloc (cpp_reader *pfile, size_t len) { _cpp_buff *buff = pfile->a_buff; unsigned char *result = buff->cur; if (len > (size_t) (buff->limit - result)) { buff = _cpp_get_buff (pfile, len); buff->next = pfile->a_buff; pfile->a_buff = buff; result = buff->cur; } buff->cur = result + len; return result; } /* Say which field of TOK is in use. */ enum cpp_token_fld_kind cpp_token_val_index (cpp_token *tok) { switch (TOKEN_SPELL (tok)) { case SPELL_IDENT: return CPP_TOKEN_FLD_NODE; case SPELL_LITERAL: return CPP_TOKEN_FLD_STR; case SPELL_NONE: if (tok->type == CPP_MACRO_ARG) return CPP_TOKEN_FLD_ARG_NO; else if (tok->type == CPP_PADDING) return CPP_TOKEN_FLD_SOURCE; else if (tok->type == CPP_PRAGMA) return CPP_TOKEN_FLD_PRAGMA; /* else fall through */ default: return CPP_TOKEN_FLD_NONE; } } sdcc-2.9.0/support/cpp/libcpp/line-map.c000066400000000000000000000250671116427777700201100ustar00rootroot00000000000000/* Map logical line numbers to (source file, line number) pairs. Copyright (C) 2001, 2003, 2004, 2007 Free Software Foundation, Inc. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! */ #include "config.h" #include "system.h" #include "line-map.h" static void trace_include (const struct line_maps *, const struct line_map *); /* Initialize a line map set. */ void linemap_init (struct line_maps *set) { set->maps = NULL; set->allocated = 0; set->used = 0; set->last_listed = -1; set->trace_includes = false; set->depth = 0; set->cache = 0; set->highest_location = 0; set->highest_line = 0; set->max_column_hint = 0; } /* Check for and warn about line_maps entered but not exited. */ void linemap_check_files_exited (struct line_maps *set) { struct line_map *map; /* Depending upon whether we are handling preprocessed input or not, this can be a user error or an ICE. */ for (map = &set->maps[set->used - 1]; ! MAIN_FILE_P (map); map = INCLUDED_FROM (set, map)) fprintf (stderr, "line-map.c: file \"%s\" entered but not left\n", map->to_file); } /* Free a line map set. */ void linemap_free (struct line_maps *set) { if (set->maps) { linemap_check_files_exited (set); free (set->maps); } } /* Add a mapping of logical source line to physical source file and line number. The text pointed to by TO_FILE must have a lifetime at least as long as the final call to lookup_line (). An empty TO_FILE means standard input. If reason is LC_LEAVE, and TO_FILE is NULL, then TO_FILE, TO_LINE and SYSP are given their natural values considering the file we are returning to. FROM_LINE should be monotonic increasing across calls to this function. A call to this function can relocate the previous set of A call to this function can relocate the previous set of maps, so any stored line_map pointers should not be used. */ const struct line_map * linemap_add (struct line_maps *set, enum lc_reason reason, unsigned int sysp, const char *to_file, unsigned int to_line) { struct line_map *map; source_location start_location = set->highest_location + 1; if (set->used && start_location < set->maps[set->used - 1].start_location) abort (); if (set->used == set->allocated) { line_map_realloc reallocator = set->reallocator ? set->reallocator : xrealloc; set->allocated = 2 * set->allocated + 256; set->maps = (struct line_map *) (*reallocator) (set->maps, set->allocated * sizeof (struct line_map)); memset (&set->maps[set->used], 0, ((set->allocated - set->used) * sizeof (struct line_map))); } map = &set->maps[set->used]; if (to_file && *to_file == '\0') to_file = ""; /* If we don't keep our line maps consistent, we can easily segfault. Don't rely on the client to do it for us. */ if (set->depth == 0) reason = LC_ENTER; else if (reason == LC_LEAVE) { struct line_map *from; bool error; if (MAIN_FILE_P (map - 1)) { if (to_file == NULL) { set->depth--; return NULL; } error = true; reason = LC_RENAME; from = map - 1; } else { from = INCLUDED_FROM (set, map - 1); error = to_file && strcmp (from->to_file, to_file); } /* Depending upon whether we are handling preprocessed input or not, this can be a user error or an ICE. */ if (error) fprintf (stderr, "line-map.c: file \"%s\" left but not entered\n", to_file); /* A TO_FILE of NULL is special - we use the natural values. */ if (error || to_file == NULL) { to_file = from->to_file; to_line = SOURCE_LINE (from, from[1].start_location); sysp = from->sysp; } } map->reason = reason; map->sysp = sysp; map->start_location = start_location; map->to_file = to_file; map->to_line = to_line; set->cache = set->used++; map->column_bits = 0; set->highest_location = start_location; set->highest_line = start_location; set->max_column_hint = 0; if (reason == LC_ENTER) { map->included_from = set->depth == 0 ? -1 : (int) (set->used - 2); set->depth++; if (set->trace_includes) trace_include (set, map); } else if (reason == LC_RENAME) map->included_from = map[-1].included_from; else if (reason == LC_LEAVE) { set->depth--; map->included_from = INCLUDED_FROM (set, map - 1)->included_from; } return map; } source_location linemap_line_start (struct line_maps *set, unsigned int to_line, unsigned int max_column_hint) { struct line_map *map = &set->maps[set->used - 1]; source_location highest = set->highest_location; source_location r; unsigned int last_line = SOURCE_LINE (map, set->highest_line); int line_delta = to_line - last_line; bool add_map = false; if (line_delta < 0 || (line_delta > 10 && line_delta * map->column_bits > 1000) || (max_column_hint >= (1U << map->column_bits)) || (max_column_hint <= 80 && map->column_bits >= 10)) { add_map = true; } else max_column_hint = set->max_column_hint; if (add_map) { int column_bits; if (max_column_hint > 100000 || highest > 0xC0000000) { /* If the column number is ridiculous or we've allocated a huge number of source_locations, give up on column numbers. */ max_column_hint = 0; if (highest >0xF0000000) return 0; column_bits = 0; } else { column_bits = 7; while (max_column_hint >= (1U << column_bits)) column_bits++; max_column_hint = 1U << column_bits; } /* Allocate the new line_map. However, if the current map only has a single line we can sometimes just increase its column_bits instead. */ if (line_delta < 0 || last_line != map->to_line || SOURCE_COLUMN (map, highest) >= (1U << column_bits)) map = (struct line_map*) linemap_add (set, LC_RENAME, map->sysp, map->to_file, to_line); map->column_bits = column_bits; r = map->start_location + ((to_line - map->to_line) << column_bits); } else r = highest - SOURCE_COLUMN (map, highest) + (line_delta << map->column_bits); set->highest_line = r; if (r > set->highest_location) set->highest_location = r; set->max_column_hint = max_column_hint; return r; } source_location linemap_position_for_column (struct line_maps *set, unsigned int to_column) { source_location r = set->highest_line; if (to_column >= set->max_column_hint) { if (r >= 0xC000000 || to_column > 100000) { /* Running low on source_locations - disable column numbers. */ return r; } else { struct line_map *map = &set->maps[set->used - 1]; r = linemap_line_start (set, SOURCE_LINE (map, r), to_column + 50); } } r = r + to_column; if (r >= set->highest_location) set->highest_location = r; return r; } /* Given a logical line, returns the map from which the corresponding (source file, line) pair can be deduced. Since the set is built chronologically, the logical lines are monotonic increasing, and so the list is sorted and we can use a binary search. */ const struct line_map * linemap_lookup (struct line_maps *set, source_location line) { unsigned int md, mn, mx; const struct line_map *cached; mn = set->cache; mx = set->used; cached = &set->maps[mn]; /* We should get a segfault if no line_maps have been added yet. */ if (line >= cached->start_location) { if (mn + 1 == mx || line < cached[1].start_location) return cached; } else { mx = mn; mn = 0; } while (mx - mn > 1) { md = (mn + mx) / 2; if (set->maps[md].start_location > line) mx = md; else mn = md; } set->cache = mn; return &set->maps[mn]; } /* Print the file names and line numbers of the #include commands which led to the map MAP, if any, to stderr. Nothing is output if the most recently listed stack is the same as the current one. */ void linemap_print_containing_files (struct line_maps *set, const struct line_map *map) { if (MAIN_FILE_P (map) || set->last_listed == map->included_from) return; set->last_listed = map->included_from; map = INCLUDED_FROM (set, map); fprintf (stderr, _("In file included from %s:%u"), map->to_file, LAST_SOURCE_LINE (map)); while (! MAIN_FILE_P (map)) { map = INCLUDED_FROM (set, map); /* Translators note: this message is used in conjunction with "In file included from %s:%ld" and some other tricks. We want something like this: | In file included from sys/select.h:123, | from sys/types.h:234, | from userfile.c:31: | bits/select.h:45: with all the "from"s lined up. The trailing comma is at the beginning of this message, and the trailing colon is not translated. */ fprintf (stderr, _(",\n from %s:%u"), map->to_file, LAST_SOURCE_LINE (map)); } fputs (":\n", stderr); } /* Print an include trace, for e.g. the -H option of the preprocessor. */ static void trace_include (const struct line_maps *set, const struct line_map *map) { unsigned int i = set->depth; while (--i) putc ('.', stderr); fprintf (stderr, " %s\n", map->to_file); } sdcc-2.9.0/support/cpp/libcpp/macro.c000066400000000000000000001761031116427777700175050ustar00rootroot00000000000000/* Part of CPP library. (Macro and #define handling.) Copyright (C) 1986, 1987, 1989, 1992, 1993, 1994, 1995, 1996, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2006, 2007, 2008 Free Software Foundation, Inc. Written by Per Bothner, 1994. Based on CCCP program by Paul Rubin, June 1986 Adapted to ANSI C, Richard Stallman, Jan 1987 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! */ #include "config.h" #include "system.h" #include "cpplib.h" #include "internal.h" typedef struct macro_arg macro_arg; struct macro_arg { const cpp_token **first; /* First token in unexpanded argument. */ const cpp_token **expanded; /* Macro-expanded argument. */ const cpp_token *stringified; /* Stringified argument. */ unsigned int count; /* # of tokens in argument. */ unsigned int expanded_count; /* # of tokens in expanded argument. */ }; /* Macro expansion. */ static int enter_macro_context (cpp_reader *, cpp_hashnode *, const cpp_token *); static int builtin_macro (cpp_reader *, cpp_hashnode *); static void push_ptoken_context (cpp_reader *, cpp_hashnode *, _cpp_buff *, const cpp_token **, unsigned int); static _cpp_buff *collect_args (cpp_reader *, const cpp_hashnode *, _cpp_buff **); static cpp_context *next_context (cpp_reader *); static const cpp_token *padding_token (cpp_reader *, const cpp_token *); static void expand_arg (cpp_reader *, macro_arg *); static const cpp_token *new_string_token (cpp_reader *, uchar *, unsigned int); static const cpp_token *stringify_arg (cpp_reader *, macro_arg *); static void paste_all_tokens (cpp_reader *, const cpp_token *); static bool paste_tokens (cpp_reader *, const cpp_token **, const cpp_token *); static void replace_args (cpp_reader *, cpp_hashnode *, cpp_macro *, macro_arg *); static _cpp_buff *funlike_invocation_p (cpp_reader *, cpp_hashnode *, _cpp_buff **); static bool create_iso_definition (cpp_reader *, cpp_macro *); /* #define directive parsing and handling. */ static cpp_token *alloc_expansion_token (cpp_reader *, cpp_macro *); static cpp_token *lex_expansion_token (cpp_reader *, cpp_macro *); static bool warn_of_redefinition (cpp_reader *, const cpp_hashnode *, const cpp_macro *); static bool parse_params (cpp_reader *, cpp_macro *); static void check_trad_stringification (cpp_reader *, const cpp_macro *, const cpp_string *); /* Emits a warning if NODE is a macro defined in the main file that has not been used. */ int _cpp_warn_if_unused_macro (cpp_reader *pfile, cpp_hashnode *node, void *v ATTRIBUTE_UNUSED) { if (node->type == NT_MACRO && !(node->flags & NODE_BUILTIN)) { cpp_macro *macro = node->value.macro; if (!macro->used && MAIN_FILE_P (linemap_lookup (pfile->line_table, macro->line))) cpp_error_with_line (pfile, CPP_DL_WARNING, macro->line, 0, "macro \"%s\" is not used", NODE_NAME (node)); } return 1; } /* Allocates and returns a CPP_STRING token, containing TEXT of length LEN, after null-terminating it. TEXT must be in permanent storage. */ static const cpp_token * new_string_token (cpp_reader *pfile, unsigned char *text, unsigned int len) { cpp_token *token = _cpp_temp_token (pfile); text[len] = '\0'; token->type = CPP_STRING; token->val.str.len = len; token->val.str.text = text; token->flags = 0; return token; } static const char * const monthnames[] = { "Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec" }; /* Helper function for builtin_macro. Returns the text generated by a builtin macro. */ const uchar * _cpp_builtin_macro_text (cpp_reader *pfile, cpp_hashnode *node) { const struct line_map *map; const uchar *result = NULL; unsigned int number = 1; switch (node->value.builtin) { default: cpp_error (pfile, CPP_DL_ICE, "invalid built-in macro \"%s\"", NODE_NAME (node)); break; case BT_TIMESTAMP: { cpp_buffer *pbuffer = cpp_get_buffer (pfile); if (pbuffer->timestamp == NULL) { /* Initialize timestamp value of the assotiated file. */ struct _cpp_file *file = cpp_get_file (pbuffer); if (file) { /* Generate __TIMESTAMP__ string, that represents the date and time of the last modification of the current source file. The string constant looks like "Sun Sep 16 01:03:52 1973". */ struct tm *tb = NULL; struct stat *st = _cpp_get_file_stat (file); if (st) tb = localtime (&st->st_mtime); if (tb) { char *str = asctime (tb); size_t len = strlen (str); unsigned char *buf = _cpp_unaligned_alloc (pfile, len + 2); buf[0] = '"'; strcpy ((char *) buf + 1, str); buf[len] = '"'; pbuffer->timestamp = buf; } else { cpp_errno (pfile, CPP_DL_WARNING, "could not determine file timestamp"); pbuffer->timestamp = U"\"??? ??? ?? ??:??:?? ????\""; } } } result = pbuffer->timestamp; } break; case BT_FILE: case BT_BASE_FILE: { unsigned int len; const char *name; uchar *buf; map = linemap_lookup (pfile->line_table, pfile->line_table->highest_line); if (node->value.builtin == BT_BASE_FILE) while (! MAIN_FILE_P (map)) map = INCLUDED_FROM (pfile->line_table, map); name = map->to_file; len = strlen (name); buf = _cpp_unaligned_alloc (pfile, len * 2 + 3); result = buf; *buf = '"'; buf = cpp_quote_string (buf + 1, (const unsigned char *) name, len); *buf++ = '"'; *buf = '\0'; } break; case BT_INCLUDE_LEVEL: /* The line map depth counts the primary source as level 1, but historically __INCLUDE_DEPTH__ has called the primary source level 0. */ number = pfile->line_table->depth - 1; break; case BT_SPECLINE: map = &pfile->line_table->maps[pfile->line_table->used-1]; /* If __LINE__ is embedded in a macro, it must expand to the line of the macro's invocation, not its definition. Otherwise things like assert() will not work properly. */ if (CPP_OPTION (pfile, traditional)) number = pfile->line_table->highest_line; else number = pfile->cur_token[-1].src_loc; number = SOURCE_LINE (map, number); break; /* __STDC__ has the value 1 under normal circumstances. However, if (a) we are in a system header, (b) the option stdc_0_in_system_headers is true (set by target config), and (c) we are not in strictly conforming mode, then it has the value 0. (b) and (c) are already checked in cpp_init_builtins. */ case BT_STDC: if (cpp_in_system_header (pfile)) number = 0; else number = 1; break; case BT_DATE: case BT_TIME: if (pfile->date == NULL) { /* Allocate __DATE__ and __TIME__ strings from permanent storage. We only do this once, and don't generate them at init time, because time() and localtime() are very slow on some systems. */ time_t tt; struct tm *tb = NULL; /* (time_t) -1 is a legitimate value for "number of seconds since the Epoch", so we have to do a little dance to distinguish that from a genuine error. */ errno = 0; tt = time(NULL); if (tt != (time_t)-1 || errno == 0) tb = localtime (&tt); if (tb) { pfile->date = _cpp_unaligned_alloc (pfile, sizeof ("\"Oct 11 1347\"")); sprintf ((char *) pfile->date, "\"%s %2d %4d\"", monthnames[tb->tm_mon], tb->tm_mday, tb->tm_year + 1900); pfile->time = _cpp_unaligned_alloc (pfile, sizeof ("\"12:34:56\"")); sprintf ((char *) pfile->time, "\"%02d:%02d:%02d\"", tb->tm_hour, tb->tm_min, tb->tm_sec); } else { cpp_errno (pfile, CPP_DL_WARNING, "could not determine date and time"); pfile->date = U"\"??? ?? ????\""; pfile->time = U"\"??:??:??\""; } } if (node->value.builtin == BT_DATE) result = pfile->date; else result = pfile->time; break; case BT_COUNTER: if (CPP_OPTION (pfile, directives_only) && pfile->state.in_directive) cpp_error (pfile, CPP_DL_ERROR, "__COUNTER__ expanded inside directive with -fdirectives-only"); number = pfile->counter++; break; } if (result == NULL) { /* 21 bytes holds all NUL-terminated unsigned 64-bit numbers. */ result = _cpp_unaligned_alloc (pfile, 21); sprintf ((char *) result, "%u", number); } return result; } /* Convert builtin macros like __FILE__ to a token and push it on the context stack. Also handles _Pragma, for which a new token may not be created. Returns 1 if it generates a new token context, 0 to return the token to the caller. */ static int builtin_macro (cpp_reader *pfile, cpp_hashnode *node) { const uchar *buf; size_t len; char *nbuf; if (node->value.builtin == BT_PRAGMA) { /* Don't interpret _Pragma within directives. The standard is not clear on this, but to me this makes most sense. */ if (pfile->state.in_directive) return 0; return _cpp_do__Pragma (pfile); } buf = _cpp_builtin_macro_text (pfile, node); len = ustrlen (buf); nbuf = (char *) alloca (len + 1); memcpy (nbuf, buf, len); nbuf[len]='\n'; cpp_push_buffer (pfile, (uchar *) nbuf, len, /* from_stage3 */ true); _cpp_clean_line (pfile); /* Set pfile->cur_token as required by _cpp_lex_direct. */ pfile->cur_token = _cpp_temp_token (pfile); _cpp_push_token_context (pfile, NULL, _cpp_lex_direct (pfile), 1); if (pfile->buffer->cur != pfile->buffer->rlimit) cpp_error (pfile, CPP_DL_ICE, "invalid built-in macro \"%s\"", NODE_NAME (node)); _cpp_pop_buffer (pfile); return 1; } /* Copies SRC, of length LEN, to DEST, adding backslashes before all backslashes and double quotes. DEST must be of sufficient size. Returns a pointer to the end of the string. */ uchar * cpp_quote_string (uchar *dest, const uchar *src, unsigned int len) { while (len--) { uchar c = *src++; if (c == '\\' || c == '"') { *dest++ = '\\'; *dest++ = c; } else *dest++ = c; } return dest; } /* Convert a token sequence ARG to a single string token according to the rules of the ISO C #-operator. */ static const cpp_token * stringify_arg (cpp_reader *pfile, macro_arg *arg) { unsigned char *dest; unsigned int i, escape_it, backslash_count = 0; const cpp_token *source = NULL; size_t len; if (BUFF_ROOM (pfile->u_buff) < 3) _cpp_extend_buff (pfile, &pfile->u_buff, 3); dest = BUFF_FRONT (pfile->u_buff); *dest++ = '"'; /* Loop, reading in the argument's tokens. */ for (i = 0; i < arg->count; i++) { const cpp_token *token = arg->first[i]; if (token->type == CPP_PADDING) { if (source == NULL) source = token->val.source; continue; } escape_it = (token->type == CPP_STRING || token->type == CPP_WSTRING || token->type == CPP_CHAR || token->type == CPP_WCHAR); /* Room for each char being written in octal, initial space and final quote and NUL. */ len = cpp_token_len (token); if (escape_it) len *= 4; len += 3; if ((size_t) (BUFF_LIMIT (pfile->u_buff) - dest) < len) { size_t len_so_far = dest - BUFF_FRONT (pfile->u_buff); _cpp_extend_buff (pfile, &pfile->u_buff, len); dest = BUFF_FRONT (pfile->u_buff) + len_so_far; } /* Leading white space? */ if (dest - 1 != BUFF_FRONT (pfile->u_buff)) { if (source == NULL) source = token; if (source->flags & PREV_WHITE) *dest++ = ' '; } source = NULL; if (escape_it) { _cpp_buff *buff = _cpp_get_buff (pfile, len); unsigned char *buf = BUFF_FRONT (buff); len = cpp_spell_token (pfile, token, buf, true) - buf; dest = cpp_quote_string (dest, buf, len); _cpp_release_buff (pfile, buff); } else dest = cpp_spell_token (pfile, token, dest, true); if (token->type == CPP_OTHER && token->val.str.text[0] == '\\') backslash_count++; else backslash_count = 0; } /* Ignore the final \ of invalid string literals. */ if (backslash_count & 1) { cpp_error (pfile, CPP_DL_WARNING, "invalid string literal, ignoring final '\\'"); dest--; } /* Commit the memory, including NUL, and return the token. */ *dest++ = '"'; len = dest - BUFF_FRONT (pfile->u_buff); BUFF_FRONT (pfile->u_buff) = dest + 1; return new_string_token (pfile, dest - len, len); } /* Try to paste two tokens. On success, return nonzero. In any case, PLHS is updated to point to the pasted token, which is guaranteed to not have the PASTE_LEFT flag set. */ static bool paste_tokens (cpp_reader *pfile, const cpp_token **plhs, const cpp_token *rhs) { unsigned char *buf, *end, *lhsend; cpp_token *lhs; unsigned int len; len = cpp_token_len (*plhs) + cpp_token_len (rhs) + 1; buf = (unsigned char *) alloca (len); end = lhsend = cpp_spell_token (pfile, *plhs, buf, false); /* Avoid comment headers, since they are still processed in stage 3. It is simpler to insert a space here, rather than modifying the lexer to ignore comments in some circumstances. Simply returning false doesn't work, since we want to clear the PASTE_LEFT flag. */ if ((*plhs)->type == CPP_DIV && rhs->type != CPP_EQ) *end++ = ' '; /* In one obscure case we might see padding here. */ if (rhs->type != CPP_PADDING) end = cpp_spell_token (pfile, rhs, end, false); *end = '\n'; cpp_push_buffer (pfile, buf, end - buf, /* from_stage3 */ true); _cpp_clean_line (pfile); /* Set pfile->cur_token as required by _cpp_lex_direct. */ pfile->cur_token = _cpp_temp_token (pfile); lhs = _cpp_lex_direct (pfile); if (pfile->buffer->cur != pfile->buffer->rlimit) { source_location saved_loc = lhs->src_loc; _cpp_pop_buffer (pfile); _cpp_backup_tokens (pfile, 1); *lhsend = '\0'; /* We have to remove the PASTE_LEFT flag from the old lhs, but we want to keep the new location. */ *lhs = **plhs; *plhs = lhs; lhs->src_loc = saved_loc; lhs->flags &= ~PASTE_LEFT; /* Mandatory error for all apart from assembler. */ if (CPP_OPTION (pfile, lang) != CLK_ASM) cpp_error (pfile, CPP_DL_ERROR, "pasting \"%s\" and \"%s\" does not give a valid preprocessing token", buf, cpp_token_as_text (pfile, rhs)); return false; } *plhs = lhs; _cpp_pop_buffer (pfile); return true; } /* Handles an arbitrarily long sequence of ## operators, with initial operand LHS. This implementation is left-associative, non-recursive, and finishes a paste before handling succeeding ones. If a paste fails, we back up to the RHS of the failing ## operator before pushing the context containing the result of prior successful pastes, with the effect that the RHS appears in the output stream after the pasted LHS normally. */ static void paste_all_tokens (cpp_reader *pfile, const cpp_token *lhs) { const cpp_token *rhs; cpp_context *context = pfile->context; do { /* Take the token directly from the current context. We can do this, because we are in the replacement list of either an object-like macro, or a function-like macro with arguments inserted. In either case, the constraints to #define guarantee we have at least one more token. */ if (context->direct_p) rhs = FIRST (context).token++; else rhs = *FIRST (context).ptoken++; if (rhs->type == CPP_PADDING) { if (rhs->flags & PASTE_LEFT) abort (); } if (!paste_tokens (pfile, &lhs, rhs)) break; } while (rhs->flags & PASTE_LEFT); /* Put the resulting token in its own context. */ _cpp_push_token_context (pfile, NULL, lhs, 1); } /* Returns TRUE if the number of arguments ARGC supplied in an invocation of the MACRO referenced by NODE is valid. An empty invocation to a macro with no parameters should pass ARGC as zero. Note that MACRO cannot necessarily be deduced from NODE, in case NODE was redefined whilst collecting arguments. */ bool _cpp_arguments_ok (cpp_reader *pfile, cpp_macro *macro, const cpp_hashnode *node, unsigned int argc) { if (argc == macro->paramc) return true; if (argc < macro->paramc) { /* As an extension, a rest argument is allowed to not appear in the invocation at all. e.g. #define debug(format, args...) something debug("string"); This is exactly the same as if there had been an empty rest argument - debug("string", ). */ if (argc + 1 == macro->paramc && macro->variadic) { if (CPP_PEDANTIC (pfile) && ! macro->syshdr) cpp_error (pfile, CPP_DL_PEDWARN, "ISO C99 requires rest arguments to be used"); return true; } cpp_error (pfile, CPP_DL_ERROR, "macro \"%s\" requires %u arguments, but only %u given", NODE_NAME (node), macro->paramc, argc); } else cpp_error (pfile, CPP_DL_ERROR, "macro \"%s\" passed %u arguments, but takes just %u", NODE_NAME (node), argc, macro->paramc); return false; } /* Reads and returns the arguments to a function-like macro invocation. Assumes the opening parenthesis has been processed. If there is an error, emits an appropriate diagnostic and returns NULL. Each argument is terminated by a CPP_EOF token, for the future benefit of expand_arg(). If there are any deferred #pragma directives among macro arguments, store pointers to the CPP_PRAGMA ... CPP_PRAGMA_EOL tokens into *PRAGMA_BUFF buffer. */ static _cpp_buff * collect_args (cpp_reader *pfile, const cpp_hashnode *node, _cpp_buff **pragma_buff) { _cpp_buff *buff, *base_buff; cpp_macro *macro; macro_arg *args, *arg; const cpp_token *token; unsigned int argc; macro = node->value.macro; if (macro->paramc) argc = macro->paramc; else argc = 1; buff = _cpp_get_buff (pfile, argc * (50 * sizeof (cpp_token *) + sizeof (macro_arg))); base_buff = buff; args = (macro_arg *) buff->base; memset (args, 0, argc * sizeof (macro_arg)); buff->cur = (unsigned char *) &args[argc]; arg = args, argc = 0; /* Collect the tokens making up each argument. We don't yet know how many arguments have been supplied, whether too many or too few. Hence the slightly bizarre usage of "argc" and "arg". */ do { unsigned int paren_depth = 0; unsigned int ntokens = 0; argc++; arg->first = (const cpp_token **) buff->cur; for (;;) { /* Require space for 2 new tokens (including a CPP_EOF). */ if ((unsigned char *) &arg->first[ntokens + 2] > buff->limit) { buff = _cpp_append_extend_buff (pfile, buff, 1000 * sizeof (cpp_token *)); arg->first = (const cpp_token **) buff->cur; } token = cpp_get_token (pfile); if (token->type == CPP_PADDING) { /* Drop leading padding. */ if (ntokens == 0) continue; } else if (token->type == CPP_OPEN_PAREN) paren_depth++; else if (token->type == CPP_CLOSE_PAREN) { if (paren_depth-- == 0) break; } else if (token->type == CPP_COMMA) { /* A comma does not terminate an argument within parentheses or as part of a variable argument. */ if (paren_depth == 0 && ! (macro->variadic && argc == macro->paramc)) break; } else if (token->type == CPP_EOF || (token->type == CPP_HASH && token->flags & BOL)) break; else if (token->type == CPP_PRAGMA) { cpp_token *newtok = _cpp_temp_token (pfile); /* CPP_PRAGMA token lives in directive_result, which will be overwritten on the next directive. */ *newtok = *token; token = newtok; do { if (*pragma_buff == NULL || BUFF_ROOM (*pragma_buff) < sizeof (cpp_token *)) { _cpp_buff *next; if (*pragma_buff == NULL) *pragma_buff = _cpp_get_buff (pfile, 32 * sizeof (cpp_token *)); else { next = *pragma_buff; *pragma_buff = _cpp_get_buff (pfile, (BUFF_FRONT (*pragma_buff) - (*pragma_buff)->base) * 2); (*pragma_buff)->next = next; } } *(const cpp_token **) BUFF_FRONT (*pragma_buff) = token; BUFF_FRONT (*pragma_buff) += sizeof (cpp_token *); if (token->type == CPP_PRAGMA_EOL) break; token = cpp_get_token (pfile); } while (token->type != CPP_EOF); /* In deferred pragmas parsing_args and prevent_expansion had been changed, reset it. */ pfile->state.parsing_args = 2; pfile->state.prevent_expansion = 1; if (token->type == CPP_EOF) break; else continue; } arg->first[ntokens++] = token; } /* Drop trailing padding. */ while (ntokens > 0 && arg->first[ntokens - 1]->type == CPP_PADDING) ntokens--; arg->count = ntokens; arg->first[ntokens] = &pfile->eof; /* Terminate the argument. Excess arguments loop back and overwrite the final legitimate argument, before failing. */ if (argc <= macro->paramc) { buff->cur = (unsigned char *) &arg->first[ntokens + 1]; if (argc != macro->paramc) arg++; } } while (token->type != CPP_CLOSE_PAREN && token->type != CPP_EOF); if (token->type == CPP_EOF) { /* We still need the CPP_EOF to end directives, and to end pre-expansion of a macro argument. Step back is not unconditional, since we don't want to return a CPP_EOF to our callers at the end of an -include-d file. */ if (pfile->context->prev || pfile->state.in_directive) _cpp_backup_tokens (pfile, 1); cpp_error (pfile, CPP_DL_ERROR, "unterminated argument list invoking macro \"%s\"", NODE_NAME (node)); } else { /* A single empty argument is counted as no argument. */ if (argc == 1 && macro->paramc == 0 && args[0].count == 0) argc = 0; if (_cpp_arguments_ok (pfile, macro, node, argc)) { /* GCC has special semantics for , ## b where b is a varargs parameter: we remove the comma if b was omitted entirely. If b was merely an empty argument, the comma is retained. If the macro takes just one (varargs) parameter, then we retain the comma only if we are standards conforming. If FIRST is NULL replace_args () swallows the comma. */ if (macro->variadic && (argc < macro->paramc || (argc == 1 && args[0].count == 0 && !CPP_OPTION (pfile, std)))) args[macro->paramc - 1].first = NULL; return base_buff; } } /* An error occurred. */ _cpp_release_buff (pfile, base_buff); return NULL; } /* Search for an opening parenthesis to the macro of NODE, in such a way that, if none is found, we don't lose the information in any intervening padding tokens. If we find the parenthesis, collect the arguments and return the buffer containing them. PRAGMA_BUFF argument is the same as in collect_args. */ static _cpp_buff * funlike_invocation_p (cpp_reader *pfile, cpp_hashnode *node, _cpp_buff **pragma_buff) { const cpp_token *token, *padding = NULL; for (;;) { token = cpp_get_token (pfile); if (token->type != CPP_PADDING) break; if (padding == NULL || (!(padding->flags & PREV_WHITE) && token->val.source == NULL)) padding = token; } if (token->type == CPP_OPEN_PAREN) { pfile->state.parsing_args = 2; return collect_args (pfile, node, pragma_buff); } /* CPP_EOF can be the end of macro arguments, or the end of the file. We mustn't back up over the latter. Ugh. */ if (token->type != CPP_EOF || token == &pfile->eof) { /* Back up. We may have skipped padding, in which case backing up more than one token when expanding macros is in general too difficult. We re-insert it in its own context. */ _cpp_backup_tokens (pfile, 1); if (padding) _cpp_push_token_context (pfile, NULL, padding, 1); } return NULL; } /* Push the context of a macro with hash entry NODE onto the context stack. If we can successfully expand the macro, we push a context containing its yet-to-be-rescanned replacement list and return one. If there were additionally any unexpanded deferred #pragma directives among macro arguments, push another context containing the pragma tokens before the yet-to-be-rescanned replacement list and return two. Otherwise, we don't push a context and return zero. */ static int enter_macro_context (cpp_reader *pfile, cpp_hashnode *node, const cpp_token *result) { /* The presence of a macro invalidates a file's controlling macro. */ pfile->mi_valid = false; pfile->state.angled_headers = false; /* Handle standard macros. */ if (! (node->flags & NODE_BUILTIN)) { cpp_macro *macro = node->value.macro; _cpp_buff *pragma_buff = NULL; if (macro->fun_like) { _cpp_buff *buff; pfile->state.prevent_expansion++; pfile->keep_tokens++; pfile->state.parsing_args = 1; buff = funlike_invocation_p (pfile, node, &pragma_buff); pfile->state.parsing_args = 0; pfile->keep_tokens--; pfile->state.prevent_expansion--; if (buff == NULL) { if (CPP_WTRADITIONAL (pfile) && ! node->value.macro->syshdr) cpp_error (pfile, CPP_DL_WARNING, "function-like macro \"%s\" must be used with arguments in traditional C", NODE_NAME (node)); if (pragma_buff) _cpp_release_buff (pfile, pragma_buff); return 0; } if (macro->paramc > 0) replace_args (pfile, node, macro, (macro_arg *) buff->base); _cpp_release_buff (pfile, buff); } /* Disable the macro within its expansion. */ node->flags |= NODE_DISABLED; macro->used = 1; if (macro->paramc == 0) _cpp_push_token_context (pfile, node, macro->exp.tokens, macro->count); if (pragma_buff) { if (!pfile->state.in_directive) _cpp_push_token_context (pfile, NULL, padding_token (pfile, result), 1); do { _cpp_buff *tail = pragma_buff->next; pragma_buff->next = NULL; push_ptoken_context (pfile, NULL, pragma_buff, (const cpp_token **) pragma_buff->base, ((const cpp_token **) BUFF_FRONT (pragma_buff) - (const cpp_token **) pragma_buff->base)); pragma_buff = tail; } while (pragma_buff != NULL); return 2; } return 1; } /* Handle built-in macros and the _Pragma operator. */ return builtin_macro (pfile, node); } /* Replace the parameters in a function-like macro of NODE with the actual ARGS, and place the result in a newly pushed token context. Expand each argument before replacing, unless it is operated upon by the # or ## operators. */ static void replace_args (cpp_reader *pfile, cpp_hashnode *node, cpp_macro *macro, macro_arg *args) { unsigned int i, total; const cpp_token *src, *limit; const cpp_token **dest, **first; macro_arg *arg; _cpp_buff *buff; /* First, fully macro-expand arguments, calculating the number of tokens in the final expansion as we go. The ordering of the if statements below is subtle; we must handle stringification before pasting. */ total = macro->count; limit = macro->exp.tokens + macro->count; for (src = macro->exp.tokens; src < limit; src++) if (src->type == CPP_MACRO_ARG) { /* Leading and trailing padding tokens. */ total += 2; /* We have an argument. If it is not being stringified or pasted it is macro-replaced before insertion. */ arg = &args[src->val.arg_no - 1]; if (src->flags & STRINGIFY_ARG) { if (!arg->stringified) arg->stringified = stringify_arg (pfile, arg); } else if ((src->flags & PASTE_LEFT) || (src > macro->exp.tokens && (src[-1].flags & PASTE_LEFT))) total += arg->count - 1; else { if (!arg->expanded) expand_arg (pfile, arg); total += arg->expanded_count - 1; } } /* Now allocate space for the expansion, copy the tokens and replace the arguments. */ buff = _cpp_get_buff (pfile, total * sizeof (cpp_token *)); first = (const cpp_token **) buff->base; dest = first; for (src = macro->exp.tokens; src < limit; src++) { unsigned int count; const cpp_token **from, **paste_flag; if (src->type != CPP_MACRO_ARG) { *dest++ = src; continue; } paste_flag = 0; arg = &args[src->val.arg_no - 1]; if (src->flags & STRINGIFY_ARG) count = 1, from = &arg->stringified; else if (src->flags & PASTE_LEFT) count = arg->count, from = arg->first; else if (src != macro->exp.tokens && (src[-1].flags & PASTE_LEFT)) { count = arg->count, from = arg->first; if (dest != first) { if (dest[-1]->type == CPP_COMMA && macro->variadic && src->val.arg_no == macro->paramc) { /* Swallow a pasted comma if from == NULL, otherwise drop the paste flag. */ if (from == NULL) dest--; else paste_flag = dest - 1; } /* Remove the paste flag if the RHS is a placemarker. */ else if (count == 0) paste_flag = dest - 1; } } else count = arg->expanded_count, from = arg->expanded; /* Padding on the left of an argument (unless RHS of ##). */ if ((!pfile->state.in_directive || pfile->state.directive_wants_padding) && src != macro->exp.tokens && !(src[-1].flags & PASTE_LEFT)) *dest++ = padding_token (pfile, src); if (count) { memcpy (dest, from, count * sizeof (cpp_token *)); dest += count; /* With a non-empty argument on the LHS of ##, the last token should be flagged PASTE_LEFT. */ if (src->flags & PASTE_LEFT) paste_flag = dest - 1; } /* Avoid paste on RHS (even case count == 0). */ if (!pfile->state.in_directive && !(src->flags & PASTE_LEFT)) *dest++ = &pfile->avoid_paste; /* Add a new paste flag, or remove an unwanted one. */ if (paste_flag) { cpp_token *token = _cpp_temp_token (pfile); token->type = (*paste_flag)->type; token->val = (*paste_flag)->val; if (src->flags & PASTE_LEFT) token->flags = (*paste_flag)->flags | PASTE_LEFT; else token->flags = (*paste_flag)->flags & ~PASTE_LEFT; *paste_flag = token; } } /* Free the expanded arguments. */ for (i = 0; i < macro->paramc; i++) if (args[i].expanded) free (args[i].expanded); push_ptoken_context (pfile, node, buff, first, dest - first); } /* Return a special padding token, with padding inherited from SOURCE. */ static const cpp_token * padding_token (cpp_reader *pfile, const cpp_token *source) { cpp_token *result = _cpp_temp_token (pfile); result->type = CPP_PADDING; /* Data in GCed data structures cannot be made const so far, so we need a cast here. */ result->val.source = (cpp_token *) source; result->flags = 0; return result; } /* Get a new uninitialized context. Create a new one if we cannot re-use an old one. */ static cpp_context * next_context (cpp_reader *pfile) { cpp_context *result = pfile->context->next; if (result == 0) { result = XNEW (cpp_context); result->prev = pfile->context; result->next = 0; pfile->context->next = result; } pfile->context = result; return result; } /* Push a list of pointers to tokens. */ static void push_ptoken_context (cpp_reader *pfile, cpp_hashnode *macro, _cpp_buff *buff, const cpp_token **first, unsigned int count) { cpp_context *context = next_context (pfile); context->direct_p = false; context->macro = macro; context->buff = buff; FIRST (context).ptoken = first; LAST (context).ptoken = first + count; } /* Push a list of tokens. */ void _cpp_push_token_context (cpp_reader *pfile, cpp_hashnode *macro, const cpp_token *first, unsigned int count) { cpp_context *context = next_context (pfile); context->direct_p = true; context->macro = macro; context->buff = NULL; FIRST (context).token = first; LAST (context).token = first + count; } /* Push a traditional macro's replacement text. */ void _cpp_push_text_context (cpp_reader *pfile, cpp_hashnode *macro, const uchar *start, size_t len) { cpp_context *context = next_context (pfile); context->direct_p = true; context->macro = macro; context->buff = NULL; CUR (context) = start; RLIMIT (context) = start + len; macro->flags |= NODE_DISABLED; } /* Expand an argument ARG before replacing parameters in a function-like macro. This works by pushing a context with the argument's tokens, and then expanding that into a temporary buffer as if it were a normal part of the token stream. collect_args() has terminated the argument's tokens with a CPP_EOF so that we know when we have fully expanded the argument. */ static void expand_arg (cpp_reader *pfile, macro_arg *arg) { unsigned int capacity; bool saved_warn_trad; if (arg->count == 0) return; /* Don't warn about funlike macros when pre-expanding. */ saved_warn_trad = CPP_WTRADITIONAL (pfile); CPP_WTRADITIONAL (pfile) = 0; /* Loop, reading in the arguments. */ capacity = 256; arg->expanded = XNEWVEC (const cpp_token *, capacity); push_ptoken_context (pfile, NULL, NULL, arg->first, arg->count + 1); for (;;) { const cpp_token *token; if (arg->expanded_count + 1 >= capacity) { capacity *= 2; arg->expanded = XRESIZEVEC (const cpp_token *, arg->expanded, capacity); } token = cpp_get_token (pfile); if (token->type == CPP_EOF) break; arg->expanded[arg->expanded_count++] = token; } _cpp_pop_context (pfile); CPP_WTRADITIONAL (pfile) = saved_warn_trad; } /* Pop the current context off the stack, re-enabling the macro if the context represented a macro's replacement list. The context structure is not freed so that we can re-use it later. */ void _cpp_pop_context (cpp_reader *pfile) { cpp_context *context = pfile->context; if (context->macro) context->macro->flags &= ~NODE_DISABLED; if (context->buff) _cpp_release_buff (pfile, context->buff); pfile->context = context->prev; } /* External routine to get a token. Also used nearly everywhere internally, except for places where we know we can safely call _cpp_lex_token directly, such as lexing a directive name. Macro expansions and directives are transparently handled, including entering included files. Thus tokens are post-macro expansion, and after any intervening directives. External callers see CPP_EOF only at EOF. Internal callers also see it when meeting a directive inside a macro call, when at the end of a directive and state.in_directive is still 1, and at the end of argument pre-expansion. */ const cpp_token * cpp_get_token (cpp_reader *pfile) { const cpp_token *result; bool can_set = pfile->set_invocation_location; pfile->set_invocation_location = false; for (;;) { cpp_hashnode *node; cpp_context *context = pfile->context; /* Context->prev == 0 <=> base context. */ if (!context->prev) result = _cpp_lex_token (pfile); else if (FIRST (context).token != LAST (context).token) { if (context->direct_p) result = FIRST (context).token++; else result = *FIRST (context).ptoken++; if (result->flags & PASTE_LEFT) { paste_all_tokens (pfile, result); if (pfile->state.in_directive) continue; return padding_token (pfile, result); } } else { _cpp_pop_context (pfile); if (pfile->state.in_directive) continue; return &pfile->avoid_paste; } if (pfile->state.in_directive && result->type == CPP_COMMENT) continue; if (result->type != CPP_NAME) break; node = result->val.node; if (node->type != NT_MACRO || (result->flags & NO_EXPAND)) break; if (!(node->flags & NODE_DISABLED)) { int ret; /* If not in a macro context, and we're going to start an expansion, record the location. */ if (can_set && !context->macro) pfile->invocation_location = result->src_loc; if (pfile->state.prevent_expansion) break; ret = enter_macro_context (pfile, node, result); if (ret) { if (pfile->state.in_directive || ret == 2) continue; return padding_token (pfile, result); } } else { /* Flag this token as always unexpandable. FIXME: move this to collect_args()?. */ cpp_token *t = _cpp_temp_token (pfile); t->type = result->type; t->flags = result->flags | NO_EXPAND; t->val = result->val; result = t; } break; } return result; } /* Like cpp_get_token, but also returns a location separate from the one provided by the returned token. LOC is an out parameter; *LOC is set to the location "as expected by the user". This matters when a token results from macro expansion -- the token's location will indicate where the macro is defined, but *LOC will be the location of the start of the expansion. */ const cpp_token * cpp_get_token_with_location (cpp_reader *pfile, source_location *loc) { const cpp_token *result; pfile->set_invocation_location = true; result = cpp_get_token (pfile); if (pfile->context->macro) *loc = pfile->invocation_location; else *loc = result->src_loc; return result; } /* Returns true if we're expanding an object-like macro that was defined in a system header. Just checks the macro at the top of the stack. Used for diagnostic suppression. */ int cpp_sys_macro_p (cpp_reader *pfile) { cpp_hashnode *node = pfile->context->macro; return node && node->value.macro && node->value.macro->syshdr; } /* Read each token in, until end of the current file. Directives are transparently processed. */ void cpp_scan_nooutput (cpp_reader *pfile) { /* Request a CPP_EOF token at the end of this file, rather than transparently continuing with the including file. */ pfile->buffer->return_at_eof = true; pfile->state.discarding_output++; pfile->state.prevent_expansion++; if (CPP_OPTION (pfile, traditional)) while (_cpp_read_logical_line_trad (pfile)) ; else while (cpp_get_token (pfile)->type != CPP_EOF) ; pfile->state.discarding_output--; pfile->state.prevent_expansion--; } /* Step back one (or more) tokens. Can only step back more than 1 if they are from the lexer, and not from macro expansion. */ void _cpp_backup_tokens (cpp_reader *pfile, unsigned int count) { if (pfile->context->prev == NULL) { pfile->lookaheads += count; while (count--) { pfile->cur_token--; if (pfile->cur_token == pfile->cur_run->base /* Possible with -fpreprocessed and no leading #line. */ && pfile->cur_run->prev != NULL) { pfile->cur_run = pfile->cur_run->prev; pfile->cur_token = pfile->cur_run->limit; } } } else { if (count != 1) abort (); if (pfile->context->direct_p) FIRST (pfile->context).token--; else FIRST (pfile->context).ptoken--; } } /* #define directive parsing and handling. */ /* Returns nonzero if a macro redefinition warning is required. */ static bool warn_of_redefinition (cpp_reader *pfile, const cpp_hashnode *node, const cpp_macro *macro2) { const cpp_macro *macro1; unsigned int i; /* Some redefinitions need to be warned about regardless. */ if (node->flags & NODE_WARN) return true; /* Redefinition of a macro is allowed if and only if the old and new definitions are the same. (6.10.3 paragraph 2). */ macro1 = node->value.macro; /* Don't check count here as it can be different in valid traditional redefinitions with just whitespace differences. */ if (macro1->paramc != macro2->paramc || macro1->fun_like != macro2->fun_like || macro1->variadic != macro2->variadic) return true; /* Check parameter spellings. */ for (i = 0; i < macro1->paramc; i++) if (macro1->params[i] != macro2->params[i]) return true; /* Check the replacement text or tokens. */ if (CPP_OPTION (pfile, traditional)) return _cpp_expansions_different_trad (macro1, macro2); if (macro1->count != macro2->count) return true; for (i = 0; i < macro1->count; i++) if (!_cpp_equiv_tokens (¯o1->exp.tokens[i], ¯o2->exp.tokens[i])) return true; return false; } /* Free the definition of hashnode H. */ void _cpp_free_definition (cpp_hashnode *h) { /* Macros and assertions no longer have anything to free. */ h->type = NT_VOID; /* Clear builtin flag in case of redefinition. */ h->flags &= ~(NODE_BUILTIN | NODE_DISABLED); } /* Save parameter NODE to the parameter list of macro MACRO. Returns zero on success, nonzero if the parameter is a duplicate. */ bool _cpp_save_parameter (cpp_reader *pfile, cpp_macro *macro, cpp_hashnode *node) { unsigned int len; /* Constraint 6.10.3.6 - duplicate parameter names. */ if (node->flags & NODE_MACRO_ARG) { cpp_error (pfile, CPP_DL_ERROR, "duplicate macro parameter \"%s\"", NODE_NAME (node)); return true; } if (BUFF_ROOM (pfile->a_buff) < (macro->paramc + 1) * sizeof (cpp_hashnode *)) _cpp_extend_buff (pfile, &pfile->a_buff, sizeof (cpp_hashnode *)); ((cpp_hashnode **) BUFF_FRONT (pfile->a_buff))[macro->paramc++] = node; node->flags |= NODE_MACRO_ARG; len = macro->paramc * sizeof (union _cpp_hashnode_value); if (len > pfile->macro_buffer_len) { pfile->macro_buffer = XRESIZEVEC (unsigned char, pfile->macro_buffer, len); pfile->macro_buffer_len = len; } ((union _cpp_hashnode_value *) pfile->macro_buffer)[macro->paramc - 1] = node->value; node->value.arg_index = macro->paramc; return false; } /* Check the syntax of the parameters in a MACRO definition. Returns false if an error occurs. */ static bool parse_params (cpp_reader *pfile, cpp_macro *macro) { unsigned int prev_ident = 0; for (;;) { const cpp_token *token = _cpp_lex_token (pfile); switch (token->type) { default: /* Allow/ignore comments in parameter lists if we are preserving comments in macro expansions. */ if (token->type == CPP_COMMENT && ! CPP_OPTION (pfile, discard_comments_in_macro_exp)) continue; cpp_error (pfile, CPP_DL_ERROR, "\"%s\" may not appear in macro parameter list", cpp_token_as_text (pfile, token)); return false; case CPP_NAME: if (prev_ident) { cpp_error (pfile, CPP_DL_ERROR, "macro parameters must be comma-separated"); return false; } prev_ident = 1; if (_cpp_save_parameter (pfile, macro, token->val.node)) return false; continue; case CPP_CLOSE_PAREN: if (prev_ident || macro->paramc == 0) return true; /* Fall through to pick up the error. */ case CPP_COMMA: if (!prev_ident) { cpp_error (pfile, CPP_DL_ERROR, "parameter name missing"); return false; } prev_ident = 0; continue; case CPP_ELLIPSIS: macro->variadic = 1; if (!prev_ident) { _cpp_save_parameter (pfile, macro, pfile->spec_nodes.n__VA_ARGS__); pfile->state.va_args_ok = 1; if (! CPP_OPTION (pfile, c99) && CPP_OPTION (pfile, pedantic) && CPP_OPTION (pfile, warn_variadic_macros)) cpp_error (pfile, CPP_DL_PEDWARN, "anonymous variadic macros were introduced in C99"); } else if (CPP_OPTION (pfile, pedantic) && CPP_OPTION (pfile, warn_variadic_macros)) cpp_error (pfile, CPP_DL_PEDWARN, "ISO C does not permit named variadic macros"); /* We're at the end, and just expect a closing parenthesis. */ token = _cpp_lex_token (pfile); if (token->type == CPP_CLOSE_PAREN) return true; /* Fall through. */ case CPP_EOF: cpp_error (pfile, CPP_DL_ERROR, "missing ')' in macro parameter list"); return false; } } } /* Allocate room for a token from a macro's replacement list. */ static cpp_token * alloc_expansion_token (cpp_reader *pfile, cpp_macro *macro) { if (BUFF_ROOM (pfile->a_buff) < (macro->count + 1) * sizeof (cpp_token)) _cpp_extend_buff (pfile, &pfile->a_buff, sizeof (cpp_token)); return &((cpp_token *) BUFF_FRONT (pfile->a_buff))[macro->count++]; } /* Lex a token from the expansion of MACRO, but mark parameters as we find them and warn of traditional stringification. */ static cpp_token * lex_expansion_token (cpp_reader *pfile, cpp_macro *macro) { cpp_token *token, *saved_cur_token; saved_cur_token = pfile->cur_token; pfile->cur_token = alloc_expansion_token (pfile, macro); token = _cpp_lex_direct (pfile); pfile->cur_token = saved_cur_token; /* Is this a parameter? */ if (token->type == CPP_NAME && (token->val.node->flags & NODE_MACRO_ARG) != 0) { token->type = CPP_MACRO_ARG; token->val.arg_no = token->val.node->value.arg_index; } else if (CPP_WTRADITIONAL (pfile) && macro->paramc > 0 && (token->type == CPP_STRING || token->type == CPP_CHAR)) check_trad_stringification (pfile, macro, &token->val.str); return token; } static bool create_iso_definition (cpp_reader *pfile, cpp_macro *macro) { cpp_token *token; const cpp_token *ctoken; bool following_paste_op = false; const char *paste_op_error_msg = N_("'##' cannot appear at either end of a macro expansion"); /* Get the first token of the expansion (or the '(' of a function-like macro). */ ctoken = _cpp_lex_token (pfile); if (ctoken->type == CPP_OPEN_PAREN && !(ctoken->flags & PREV_WHITE)) { bool ok = parse_params (pfile, macro); macro->params = (cpp_hashnode **) BUFF_FRONT (pfile->a_buff); if (!ok) return false; /* Success. Commit or allocate the parameter array. */ if (pfile->hash_table->alloc_subobject) { cpp_hashnode **params = (cpp_hashnode **) pfile->hash_table->alloc_subobject (sizeof (cpp_hashnode *) * macro->paramc); memcpy (params, macro->params, sizeof (cpp_hashnode *) * macro->paramc); macro->params = params; } else BUFF_FRONT (pfile->a_buff) = (uchar *) ¯o->params[macro->paramc]; macro->fun_like = 1; } else if (ctoken->type != CPP_EOF && !(ctoken->flags & PREV_WHITE)) { /* While ISO C99 requires whitespace before replacement text in a macro definition, ISO C90 with TC1 allows there characters from the basic source character set. */ if (CPP_OPTION (pfile, c99)) cpp_error (pfile, CPP_DL_PEDWARN, "ISO C99 requires whitespace after the macro name"); else { int warntype = CPP_DL_WARNING; switch (ctoken->type) { case CPP_ATSIGN: case CPP_AT_NAME: case CPP_OBJC_STRING: /* '@' is not in basic character set. */ warntype = CPP_DL_PEDWARN; break; case CPP_OTHER: /* Basic character set sans letters, digits and _. */ if (strchr ("!\"#%&'()*+,-./:;<=>?[\\]^{|}~", ctoken->val.str.text[0]) == NULL) warntype = CPP_DL_PEDWARN; break; default: /* All other tokens start with a character from basic character set. */ break; } cpp_error (pfile, warntype, "missing whitespace after the macro name"); } } if (macro->fun_like) token = lex_expansion_token (pfile, macro); else { token = alloc_expansion_token (pfile, macro); *token = *ctoken; } for (;;) { /* Check the stringifying # constraint 6.10.3.2.1 of function-like macros when lexing the subsequent token. */ if (macro->count > 1 && token[-1].type == CPP_HASH && macro->fun_like) { if (token->type == CPP_MACRO_ARG) { token->flags &= ~PREV_WHITE; token->flags |= STRINGIFY_ARG; token->flags |= token[-1].flags & PREV_WHITE; token[-1] = token[0]; macro->count--; } /* Let assembler get away with murder. */ else if ((CPP_OPTION (pfile, lang) != CLK_ASM) && (!CPP_OPTION(pfile, allow_naked_hash))) { cpp_error (pfile, CPP_DL_ERROR, "'#' is not followed by a macro parameter"); return false; } } if (token->type == CPP_EOF) { /* Paste operator constraint 6.10.3.3.1: Token-paste ##, can appear in both object-like and function-like macros, but not at the end. */ if (following_paste_op) { cpp_error (pfile, CPP_DL_ERROR, paste_op_error_msg); return false; } break; } /* Paste operator constraint 6.10.3.3.1. */ if (token->type == CPP_PASTE) { /* Token-paste ##, can appear in both object-like and function-like macros, but not at the beginning. */ if (macro->count == 1) { cpp_error (pfile, CPP_DL_ERROR, paste_op_error_msg); return false; } --macro->count; token[-1].flags |= PASTE_LEFT; } following_paste_op = (token->type == CPP_PASTE); token = lex_expansion_token (pfile, macro); } macro->exp.tokens = (cpp_token *) BUFF_FRONT (pfile->a_buff); macro->traditional = 0; /* Don't count the CPP_EOF. */ macro->count--; /* Clear whitespace on first token for warn_of_redefinition(). */ if (macro->count) macro->exp.tokens[0].flags &= ~PREV_WHITE; /* Commit or allocate the memory. */ if (pfile->hash_table->alloc_subobject) { cpp_token *tokns = (cpp_token *) pfile->hash_table->alloc_subobject (sizeof (cpp_token) * macro->count); memcpy (tokns, macro->exp.tokens, sizeof (cpp_token) * macro->count); macro->exp.tokens = tokns; } else BUFF_FRONT (pfile->a_buff) = (uchar *) ¯o->exp.tokens[macro->count]; return true; } /* Parse a macro and save its expansion. Returns nonzero on success. */ bool _cpp_create_definition (cpp_reader *pfile, cpp_hashnode *node) { cpp_macro *macro; unsigned int i; bool ok; if (pfile->hash_table->alloc_subobject) macro = (cpp_macro *) pfile->hash_table->alloc_subobject (sizeof (cpp_macro)); else macro = (cpp_macro *) _cpp_aligned_alloc (pfile, sizeof (cpp_macro)); macro->line = pfile->directive_line; macro->params = 0; macro->paramc = 0; macro->variadic = 0; macro->used = !CPP_OPTION (pfile, warn_unused_macros); macro->count = 0; macro->fun_like = 0; /* To suppress some diagnostics. */ macro->syshdr = pfile->buffer && pfile->buffer->sysp != 0; if (CPP_OPTION (pfile, traditional)) ok = _cpp_create_trad_definition (pfile, macro); else { ok = create_iso_definition (pfile, macro); /* We set the type for SEEN_EOL() in directives.c. Longer term we should lex the whole line before coming here, and just copy the expansion. */ /* Stop the lexer accepting __VA_ARGS__. */ pfile->state.va_args_ok = 0; } /* Clear the fast argument lookup indices. */ for (i = macro->paramc; i-- > 0; ) { struct cpp_hashnode *node = macro->params[i]; node->flags &= ~ NODE_MACRO_ARG; node->value = ((union _cpp_hashnode_value *) pfile->macro_buffer)[i]; } if (!ok) return ok; if (node->type == NT_MACRO) { if (CPP_OPTION (pfile, warn_unused_macros)) _cpp_warn_if_unused_macro (pfile, node, NULL); if (warn_of_redefinition (pfile, node, macro)) { cpp_error_with_line (pfile, CPP_DL_PEDWARN, pfile->directive_line, 0, "\"%s\" redefined", NODE_NAME (node)); if (node->type == NT_MACRO && !(node->flags & NODE_BUILTIN)) cpp_error_with_line (pfile, CPP_DL_PEDWARN, node->value.macro->line, 0, "this is the location of the previous definition"); } } if (node->type != NT_VOID) _cpp_free_definition (node); /* Enter definition in hash table. */ node->type = NT_MACRO; node->value.macro = macro; if (! ustrncmp (NODE_NAME (node), DSC ("__STDC_")) && ustrcmp (NODE_NAME (node), (const uchar *) "__STDC_FORMAT_MACROS") /* __STDC_LIMIT_MACROS and __STDC_CONSTANT_MACROS are mentioned in the C standard, as something that one must use in C++. However DR#593 indicates that these aren't actually mentioned in the C++ standard. We special-case them anyway. */ && ustrcmp (NODE_NAME (node), (const uchar *) "__STDC_LIMIT_MACROS") && ustrcmp (NODE_NAME (node), (const uchar *) "__STDC_CONSTANT_MACROS")) node->flags |= NODE_WARN; return ok; } /* Warn if a token in STRING matches one of a function-like MACRO's parameters. */ static void check_trad_stringification (cpp_reader *pfile, const cpp_macro *macro, const cpp_string *string) { unsigned int i, len; const uchar *p, *q, *limit; /* Loop over the string. */ limit = string->text + string->len - 1; for (p = string->text + 1; p < limit; p = q) { /* Find the start of an identifier. */ while (p < limit && !is_idstart (*p)) p++; /* Find the end of the identifier. */ q = p; while (q < limit && is_idchar (*q)) q++; len = q - p; /* Loop over the function macro arguments to see if the identifier inside the string matches one of them. */ for (i = 0; i < macro->paramc; i++) { const cpp_hashnode *node = macro->params[i]; if (NODE_LEN (node) == len && !memcmp (p, NODE_NAME (node), len)) { cpp_error (pfile, CPP_DL_WARNING, "macro argument \"%s\" would be stringified in traditional C", NODE_NAME (node)); break; } } } } /* Returns the name, arguments and expansion of a macro, in a format suitable to be read back in again, and therefore also for DWARF 2 debugging info. e.g. "PASTE(X, Y) X ## Y", or "MACNAME EXPANSION". Caller is expected to generate the "#define" bit if needed. The returned text is temporary, and automatically freed later. */ const unsigned char * cpp_macro_definition (cpp_reader *pfile, const cpp_hashnode *node) { unsigned int i, len; const cpp_macro *macro = node->value.macro; unsigned char *buffer; if (node->type != NT_MACRO || (node->flags & NODE_BUILTIN)) { cpp_error (pfile, CPP_DL_ICE, "invalid hash type %d in cpp_macro_definition", node->type); return 0; } /* Calculate length. */ len = NODE_LEN (node) + 2; /* ' ' and NUL. */ if (macro->fun_like) { len += 4; /* "()" plus possible final ".." of named varargs (we have + 1 below). */ for (i = 0; i < macro->paramc; i++) len += NODE_LEN (macro->params[i]) + 1; /* "," */ } /* This should match below where we fill in the buffer. */ if (CPP_OPTION (pfile, traditional)) len += _cpp_replacement_text_len (macro); else { for (i = 0; i < macro->count; i++) { cpp_token *token = ¯o->exp.tokens[i]; if (token->type == CPP_MACRO_ARG) len += NODE_LEN (macro->params[token->val.arg_no - 1]); else len += cpp_token_len (token); if (token->flags & STRINGIFY_ARG) len++; /* "#" */ if (token->flags & PASTE_LEFT) len += 3; /* " ##" */ if (token->flags & PREV_WHITE) len++; /* " " */ } } if (len > pfile->macro_buffer_len) { pfile->macro_buffer = XRESIZEVEC (unsigned char, pfile->macro_buffer, len); pfile->macro_buffer_len = len; } /* Fill in the buffer. Start with the macro name. */ buffer = pfile->macro_buffer; memcpy (buffer, NODE_NAME (node), NODE_LEN (node)); buffer += NODE_LEN (node); /* Parameter names. */ if (macro->fun_like) { *buffer++ = '('; for (i = 0; i < macro->paramc; i++) { cpp_hashnode *param = macro->params[i]; if (param != pfile->spec_nodes.n__VA_ARGS__) { memcpy (buffer, NODE_NAME (param), NODE_LEN (param)); buffer += NODE_LEN (param); } if (i + 1 < macro->paramc) /* Don't emit a space after the comma here; we're trying to emit a Dwarf-friendly definition, and the Dwarf spec forbids spaces in the argument list. */ *buffer++ = ','; else if (macro->variadic) *buffer++ = '.', *buffer++ = '.', *buffer++ = '.'; } *buffer++ = ')'; } /* The Dwarf spec requires a space after the macro name, even if the definition is the empty string. */ *buffer++ = ' '; if (CPP_OPTION (pfile, traditional)) buffer = _cpp_copy_replacement_text (macro, buffer); else if (macro->count) /* Expansion tokens. */ { for (i = 0; i < macro->count; i++) { cpp_token *token = ¯o->exp.tokens[i]; if (token->flags & PREV_WHITE) *buffer++ = ' '; if (token->flags & STRINGIFY_ARG) *buffer++ = '#'; if (token->type == CPP_MACRO_ARG) { memcpy (buffer, NODE_NAME (macro->params[token->val.arg_no - 1]), NODE_LEN (macro->params[token->val.arg_no - 1])); buffer += NODE_LEN (macro->params[token->val.arg_no - 1]); } else buffer = cpp_spell_token (pfile, token, buffer, false); if (token->flags & PASTE_LEFT) { *buffer++ = ' '; *buffer++ = '#'; *buffer++ = '#'; /* Next has PREV_WHITE; see _cpp_create_definition. */ } } } *buffer = '\0'; return pfile->macro_buffer; } sdcc-2.9.0/support/cpp/libcpp/mkdeps.c000066400000000000000000000241401116427777700176600ustar00rootroot00000000000000/* Dependency generator for Makefile fragments. Copyright (C) 2000, 2001, 2003, 2007 Free Software Foundation, Inc. Contributed by Zack Weinberg, Mar 2000 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! */ #include "config.h" #include "system.h" #include "mkdeps.h" #include "internal.h" /* Keep this structure local to this file, so clients don't find it easy to start making assumptions. */ struct deps { const char **targetv; unsigned int ntargets; /* number of slots actually occupied */ unsigned int targets_size; /* amt of allocated space - in words */ const char **depv; unsigned int ndeps; unsigned int deps_size; const char **vpathv; size_t *vpathlv; unsigned int nvpaths; unsigned int vpaths_size; }; static const char *munge (const char *); /* Given a filename, quote characters in that filename which are significant to Make. Note that it's not possible to quote all such characters - e.g. \n, %, *, ?, [, \ (in some contexts), and ~ are not properly handled. It isn't possible to get this right in any current version of Make. (??? Still true? Old comment referred to 3.76.1.) */ static const char * munge (const char *filename) { int len; const char *p, *q; char *dst, *buffer; for (p = filename, len = 0; *p; p++, len++) { switch (*p) { case ' ': case '\t': /* GNU make uses a weird quoting scheme for white space. A space or tab preceded by 2N+1 backslashes represents N backslashes followed by space; a space or tab preceded by 2N backslashes represents N backslashes at the end of a file name; and backslashes in other contexts should not be doubled. */ for (q = p - 1; filename <= q && *q == '\\'; q--) len++; len++; break; case '$': /* '$' is quoted by doubling it. */ len++; break; } } /* Now we know how big to make the buffer. */ buffer = XNEWVEC (char, len + 1); for (p = filename, dst = buffer; *p; p++, dst++) { switch (*p) { case ' ': case '\t': for (q = p - 1; filename <= q && *q == '\\'; q--) *dst++ = '\\'; *dst++ = '\\'; break; case '$': *dst++ = '$'; break; default: /* nothing */; } *dst = *p; } *dst = '\0'; return buffer; } /* If T begins with any of the partial pathnames listed in d->vpathv, then advance T to point beyond that pathname. */ static const char * apply_vpath (struct deps *d, const char *t) { if (d->vpathv) { unsigned int i; for (i = 0; i < d->nvpaths; i++) { if (!strncmp (d->vpathv[i], t, d->vpathlv[i])) { const char *p = t + d->vpathlv[i]; if (!IS_DIR_SEPARATOR (*p)) goto not_this_one; /* Do not simplify $(vpath)/../whatever. ??? Might not be necessary. */ if (p[1] == '.' && p[2] == '.' && IS_DIR_SEPARATOR (p[3])) goto not_this_one; /* found a match */ t = t + d->vpathlv[i] + 1; break; } not_this_one:; } } /* Remove leading ./ in any case. */ while (t[0] == '.' && IS_DIR_SEPARATOR (t[1])) { t += 2; /* If we removed a leading ./, then also remove any /s after the first. */ while (IS_DIR_SEPARATOR (t[0])) ++t; } return t; } /* Public routines. */ struct deps * deps_init (void) { return XCNEW (struct deps); } void deps_free (struct deps *d) { unsigned int i; if (d->targetv) { for (i = 0; i < d->ntargets; i++) free ((void *) d->targetv[i]); free (d->targetv); } if (d->depv) { for (i = 0; i < d->ndeps; i++) free ((void *) d->depv[i]); free (d->depv); } if (d->vpathv) { for (i = 0; i < d->nvpaths; i++) free ((void *) d->vpathv[i]); free (d->vpathv); free (d->vpathlv); } free (d); } /* Adds a target T. We make a copy, so it need not be a permanent string. QUOTE is true if the string should be quoted. */ void deps_add_target (struct deps *d, const char *t, int quote) { if (d->ntargets == d->targets_size) { d->targets_size = d->targets_size * 2 + 4; d->targetv = XRESIZEVEC (const char *, d->targetv, d->targets_size); } t = apply_vpath (d, t); if (quote) t = munge (t); /* Also makes permanent copy. */ else t = xstrdup (t); d->targetv[d->ntargets++] = t; } /* Sets the default target if none has been given already. An empty string as the default target in interpreted as stdin. The string is quoted for MAKE. */ void deps_add_default_target (cpp_reader *pfile, const char *tgt) { struct deps *d = pfile->deps; /* Only if we have no targets. */ if (d->ntargets) return; if (tgt[0] == '\0') deps_add_target (d, "-", 1); else { #ifndef TARGET_OBJECT_SUFFIX # define TARGET_OBJECT_SUFFIX ".o" #endif const char *start = lbasename (tgt); char *o; char *suffix; const char *obj_ext; if (NULL == CPP_OPTION (pfile, obj_ext)) obj_ext = TARGET_OBJECT_SUFFIX; else if (CPP_OPTION (pfile, obj_ext)[0] != '.') { char *t = alloca (strlen (CPP_OPTION (pfile, obj_ext)) + 2); t[0] = '.'; strcpy (&t[1], CPP_OPTION (pfile, obj_ext)); obj_ext = t; } else obj_ext = CPP_OPTION (pfile, obj_ext); o = (char *) alloca (strlen (start) + strlen (obj_ext) + 1); strcpy (o, start); suffix = strrchr (o, '.'); if (!suffix) suffix = o + strlen (o); strcpy (suffix, obj_ext); deps_add_target (d, o, 1); } } void deps_add_dep (struct deps *d, const char *t) { t = munge (apply_vpath (d, t)); /* Also makes permanent copy. */ if (d->ndeps == d->deps_size) { d->deps_size = d->deps_size * 2 + 8; d->depv = XRESIZEVEC (const char *, d->depv, d->deps_size); } d->depv[d->ndeps++] = t; } void deps_add_vpath (struct deps *d, const char *vpath) { const char *elem, *p; char *copy; size_t len; for (elem = vpath; *elem; elem = p) { for (p = elem; *p && *p != ':'; p++); len = p - elem; copy = XNEWVEC (char, len + 1); memcpy (copy, elem, len); copy[len] = '\0'; if (*p == ':') p++; if (d->nvpaths == d->vpaths_size) { d->vpaths_size = d->vpaths_size * 2 + 8; d->vpathv = XRESIZEVEC (const char *, d->vpathv, d->vpaths_size); d->vpathlv = XRESIZEVEC (size_t, d->vpathlv, d->vpaths_size); } d->vpathv[d->nvpaths] = copy; d->vpathlv[d->nvpaths] = len; d->nvpaths++; } } void deps_write (const struct deps *d, FILE *fp, unsigned int colmax) { unsigned int size, i, column; column = 0; if (colmax && colmax < 34) colmax = 34; for (i = 0; i < d->ntargets; i++) { size = strlen (d->targetv[i]); column += size; if (colmax && column > colmax) { fputs (" \\\n ", fp); column = 1 + size; } if (i) { putc (' ', fp); column++; } fputs (d->targetv[i], fp); } putc (':', fp); putc (' ', fp); column += 2; for (i = 0; i < d->ndeps; i++) { size = strlen (d->depv[i]); column += size; if (colmax && column > colmax) { fputs (" \\\n ", fp); column = 1 + size; } if (i) { putc (' ', fp); column++; } fputs (d->depv[i], fp); } putc ('\n', fp); } void deps_phony_targets (const struct deps *d, FILE *fp) { unsigned int i; for (i = 1; i < d->ndeps; i++) { putc ('\n', fp); fputs (d->depv[i], fp); putc (':', fp); putc ('\n', fp); } } /* Write out a deps buffer to a file, in a form that can be read back with deps_restore. Returns nonzero on error, in which case the error number will be in errno. */ int deps_save (struct deps *deps, FILE *f) { unsigned int i; /* The cppreader structure contains makefile dependences. Write out this structure. */ /* The number of dependences. */ if (fwrite (&deps->ndeps, sizeof (deps->ndeps), 1, f) != 1) return -1; /* The length of each dependence followed by the string. */ for (i = 0; i < deps->ndeps; i++) { size_t num_to_write = strlen (deps->depv[i]); if (fwrite (&num_to_write, sizeof (size_t), 1, f) != 1) return -1; if (fwrite (deps->depv[i], num_to_write, 1, f) != 1) return -1; } return 0; } /* Read back dependency information written with deps_save into the deps buffer. The third argument may be NULL, in which case the dependency information is just skipped, or it may be a filename, in which case that filename is skipped. */ int deps_restore (struct deps *deps, FILE *fd, const char *self) { unsigned int i, count; size_t num_to_read; size_t buf_size = 512; char *buf = XNEWVEC (char, buf_size); /* Number of dependences. */ if (fread (&count, 1, sizeof (count), fd) != sizeof (count)) return -1; /* The length of each dependence string, followed by the string. */ for (i = 0; i < count; i++) { /* Read in # bytes in string. */ if (fread (&num_to_read, 1, sizeof (size_t), fd) != sizeof (size_t)) return -1; if (buf_size < num_to_read + 1) { buf_size = num_to_read + 1 + 127; buf = XRESIZEVEC (char, buf, buf_size); } if (fread (buf, 1, num_to_read, fd) != num_to_read) return -1; buf[num_to_read] = '\0'; /* Generate makefile dependencies from .pch if -nopch-deps. */ if (self != NULL && strcmp (buf, self) != 0) deps_add_dep (deps, buf); } free (buf); return 0; } sdcc-2.9.0/support/cpp/libcpp/symtab.c000066400000000000000000000210261116427777700176740ustar00rootroot00000000000000/* Hash tables. Copyright (C) 2000, 2001, 2003, 2004 Free Software Foundation, Inc. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! */ #include "config.h" #include "system.h" #include "symtab.h" /* The code below is a specialization of Vladimir Makarov's expandable hash tables (see libiberty/hashtab.c). The abstraction penalty was too high to continue using the generic form. This code knows intrinsically how to calculate a hash value, and how to compare an existing entry with a potential new one. Also, the ability to delete members from the table has been removed. */ static unsigned int calc_hash (const unsigned char *, size_t); static void ht_expand (hash_table *); static double approx_sqrt (double); /* Calculate the hash of the string STR of length LEN. */ static unsigned int calc_hash (const unsigned char *str, size_t len) { size_t n = len; unsigned int r = 0; while (n--) r = HT_HASHSTEP (r, *str++); return HT_HASHFINISH (r, len); } /* Initialize an identifier hashtable. */ hash_table * ht_create (unsigned int order) { unsigned int nslots = 1 << order; hash_table *table; table = XCNEW (hash_table); /* Strings need no alignment. */ _obstack_begin (&table->stack, 0, 0, (void *(*) (long)) xmalloc, (void (*) (void *)) free); obstack_alignment_mask (&table->stack) = 0; table->entries = XCNEWVEC (hashnode, nslots); table->entries_owned = true; table->nslots = nslots; return table; } /* Frees all memory associated with a hash table. */ void ht_destroy (hash_table *table) { obstack_free (&table->stack, NULL); if (table->entries_owned) free (table->entries); free (table); } /* Returns the hash entry for the a STR of length LEN. If that string already exists in the table, returns the existing entry, and, if INSERT is CPP_ALLOCED, frees the last obstack object. If the identifier hasn't been seen before, and INSERT is CPP_NO_INSERT, returns NULL. Otherwise insert and returns a new entry. A new string is alloced if INSERT is CPP_ALLOC, otherwise INSERT is CPP_ALLOCED and the item is assumed to be at the top of the obstack. */ hashnode ht_lookup (hash_table *table, const unsigned char *str, size_t len, enum ht_lookup_option insert) { return ht_lookup_with_hash (table, str, len, calc_hash (str, len), insert); } hashnode ht_lookup_with_hash (hash_table *table, const unsigned char *str, size_t len, unsigned int hash, enum ht_lookup_option insert) { unsigned int hash2; unsigned int index; size_t sizemask; hashnode node; sizemask = table->nslots - 1; index = hash & sizemask; table->searches++; node = table->entries[index]; if (node != NULL) { if (node->hash_value == hash && HT_LEN (node) == (unsigned int) len && !memcmp (HT_STR (node), str, len)) { if (insert == HT_ALLOCED) /* The string we search for was placed at the end of the obstack. Release it. */ obstack_free (&table->stack, (void *) str); return node; } /* hash2 must be odd, so we're guaranteed to visit every possible location in the table during rehashing. */ hash2 = ((hash * 17) & sizemask) | 1; for (;;) { table->collisions++; index = (index + hash2) & sizemask; node = table->entries[index]; if (node == NULL) break; if (node->hash_value == hash && HT_LEN (node) == (unsigned int) len && !memcmp (HT_STR (node), str, len)) { if (insert == HT_ALLOCED) /* The string we search for was placed at the end of the obstack. Release it. */ obstack_free (&table->stack, (void *) str); return node; } } } if (insert == HT_NO_INSERT) return NULL; node = (*table->alloc_node) (table); table->entries[index] = node; HT_LEN (node) = (unsigned int) len; node->hash_value = hash; if (insert == HT_ALLOC) HT_STR (node) = (const unsigned char *) obstack_copy0 (&table->stack, str, len); else HT_STR (node) = str; if (++table->nelements * 4 >= table->nslots * 3) /* Must expand the string table. */ ht_expand (table); return node; } /* Double the size of a hash table, re-hashing existing entries. */ static void ht_expand (hash_table *table) { hashnode *nentries, *p, *limit; unsigned int size, sizemask; size = table->nslots * 2; nentries = XCNEWVEC (hashnode, size); sizemask = size - 1; p = table->entries; limit = p + table->nslots; do if (*p) { unsigned int index, hash, hash2; hash = (*p)->hash_value; index = hash & sizemask; if (nentries[index]) { hash2 = ((hash * 17) & sizemask) | 1; do { index = (index + hash2) & sizemask; } while (nentries[index]); } nentries[index] = *p; } while (++p < limit); if (table->entries_owned) free (table->entries); table->entries_owned = true; table->entries = nentries; table->nslots = size; } /* For all nodes in TABLE, callback CB with parameters TABLE->PFILE, the node, and V. */ void ht_forall (hash_table *table, ht_cb cb, const void *v) { hashnode *p, *limit; p = table->entries; limit = p + table->nslots; do if (*p) { if ((*cb) (table->pfile, *p, v) == 0) break; } while (++p < limit); } /* Restore the hash table. */ void ht_load (hash_table *ht, hashnode *entries, unsigned int nslots, unsigned int nelements, bool own) { if (ht->entries_owned) free (ht->entries); ht->entries = entries; ht->nslots = nslots; ht->nelements = nelements; ht->entries_owned = own; } /* Dump allocation statistics to stderr. */ void ht_dump_statistics (hash_table *table) { size_t nelts, nids, overhead, headers; size_t total_bytes, longest; double sum_of_squares, exp_len, exp_len2, exp2_len; hashnode *p, *limit; #define SCALE(x) ((unsigned long) ((x) < 1024*10 \ ? (x) \ : ((x) < 1024*1024*10 \ ? (x) / 1024 \ : (x) / (1024*1024)))) #define LABEL(x) ((x) < 1024*10 ? ' ' : ((x) < 1024*1024*10 ? 'k' : 'M')) total_bytes = longest = sum_of_squares = nids = 0; p = table->entries; limit = p + table->nslots; do if (*p) { size_t n = HT_LEN (*p); total_bytes += n; sum_of_squares += (double) n * n; if (n > longest) longest = n; nids++; } while (++p < limit); nelts = table->nelements; overhead = obstack_memory_used (&table->stack) - total_bytes; headers = table->nslots * sizeof (hashnode); fprintf (stderr, "\nString pool\nentries\t\t%lu\n", (unsigned long) nelts); fprintf (stderr, "identifiers\t%lu (%.2f%%)\n", (unsigned long) nids, nids * 100.0 / nelts); fprintf (stderr, "slots\t\t%lu\n", (unsigned long) table->nslots); fprintf (stderr, "bytes\t\t%lu%c (%lu%c overhead)\n", SCALE (total_bytes), LABEL (total_bytes), SCALE (overhead), LABEL (overhead)); fprintf (stderr, "table size\t%lu%c\n", SCALE (headers), LABEL (headers)); exp_len = (double)total_bytes / (double)nelts; exp2_len = exp_len * exp_len; exp_len2 = (double) sum_of_squares / (double) nelts; fprintf (stderr, "coll/search\t%.4f\n", (double) table->collisions / (double) table->searches); fprintf (stderr, "ins/search\t%.4f\n", (double) nelts / (double) table->searches); fprintf (stderr, "avg. entry\t%.2f bytes (+/- %.2f)\n", exp_len, approx_sqrt (exp_len2 - exp2_len)); fprintf (stderr, "longest entry\t%lu\n", (unsigned long) longest); #undef SCALE #undef LABEL } /* Return the approximate positive square root of a number N. This is for statistical reports, not code generation. */ static double approx_sqrt (double x) { double s, d; if (x < 0) abort (); if (x == 0) return 0; s = x; do { d = (s * s - x) / (2 * s); s -= d; } while (d > .0001); return s; } sdcc-2.9.0/support/cpp/libcpp/system.h000066400000000000000000000270271116427777700177350ustar00rootroot00000000000000/* Get common system includes and various definitions and declarations based on autoconf macros. Copyright (C) 1998, 1999, 2000, 2001, 2002, 2003, 2004 Free Software Foundation, Inc. This file is part of libcpp (aka cpplib). GCC is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with GCC; see the file COPYING. If not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #ifndef LIBCPP_SYSTEM_H #define LIBCPP_SYSTEM_H /* We must include stdarg.h before stdio.h. */ #include #ifdef HAVE_STDDEF_H # include #endif #include /* Define a generic NULL if one hasn't already been defined. */ #ifndef NULL #define NULL 0 #endif /* Use the unlocked open routines from libiberty. */ #define fopen(PATH,MODE) fopen_unlocked(PATH,MODE) #define fdopen(FILDES,MODE) fdopen_unlocked(FILDES,MODE) #define freopen(PATH,MODE,STREAM) freopen_unlocked(PATH,MODE,STREAM) /* The compiler is not a multi-threaded application and therefore we do not have to use the locking functions. In fact, using the locking functions can cause the compiler to be significantly slower under I/O bound conditions (such as -g -O0 on very large source files). HAVE_DECL_PUTC_UNLOCKED actually indicates whether or not the stdio code is multi-thread safe by default. If it is set to 0, then do not worry about using the _unlocked functions. fputs_unlocked, fwrite_unlocked, and fprintf_unlocked are extensions and need to be prototyped by hand (since we do not define _GNU_SOURCE). */ #if defined HAVE_DECL_PUTC_UNLOCKED && HAVE_DECL_PUTC_UNLOCKED # ifdef HAVE_PUTC_UNLOCKED # undef putc # define putc(C, Stream) putc_unlocked (C, Stream) # endif # ifdef HAVE_PUTCHAR_UNLOCKED # undef putchar # define putchar(C) putchar_unlocked (C) # endif # ifdef HAVE_GETC_UNLOCKED # undef getc # define getc(Stream) getc_unlocked (Stream) # endif # ifdef HAVE_GETCHAR_UNLOCKED # undef getchar # define getchar() getchar_unlocked () # endif # ifdef HAVE_FPUTC_UNLOCKED # undef fputc # define fputc(C, Stream) fputc_unlocked (C, Stream) # endif # ifdef HAVE_CLEARERR_UNLOCKED # undef clearerr # define clearerr(Stream) clearerr_unlocked (Stream) # if defined (HAVE_DECL_CLEARERR_UNLOCKED) && !HAVE_DECL_CLEARERR_UNLOCKED extern void clearerr_unlocked (FILE *); # endif # endif # ifdef HAVE_FEOF_UNLOCKED # undef feof # define feof(Stream) feof_unlocked (Stream) # if defined (HAVE_DECL_FEOF_UNLOCKED) && !HAVE_DECL_FEOF_UNLOCKED extern int feof_unlocked (FILE *); # endif # endif # ifdef HAVE_FILENO_UNLOCKED # undef fileno # define fileno(Stream) fileno_unlocked (Stream) # if defined (HAVE_DECL_FILENO_UNLOCKED) && !HAVE_DECL_FILENO_UNLOCKED extern int fileno_unlocked (FILE *); # endif # endif # ifdef HAVE_FFLUSH_UNLOCKED # undef fflush # define fflush(Stream) fflush_unlocked (Stream) # if defined (HAVE_DECL_FFLUSH_UNLOCKED) && !HAVE_DECL_FFLUSH_UNLOCKED extern int fflush_unlocked (FILE *); # endif # endif # ifdef HAVE_FGETC_UNLOCKED # undef fgetc # define fgetc(Stream) fgetc_unlocked (Stream) # if defined (HAVE_DECL_FGETC_UNLOCKED) && !HAVE_DECL_FGETC_UNLOCKED extern int fgetc_unlocked (FILE *); # endif # endif # ifdef HAVE_FGETS_UNLOCKED # undef fgets # define fgets(S, n, Stream) fgets_unlocked (S, n, Stream) # if defined (HAVE_DECL_FGETS_UNLOCKED) && !HAVE_DECL_FGETS_UNLOCKED extern char *fgets_unlocked (char *, int, FILE *); # endif # endif # ifdef HAVE_FPUTS_UNLOCKED # undef fputs # define fputs(String, Stream) fputs_unlocked (String, Stream) # if defined (HAVE_DECL_FPUTS_UNLOCKED) && !HAVE_DECL_FPUTS_UNLOCKED extern int fputs_unlocked (const char *, FILE *); # endif # endif # ifdef HAVE_FERROR_UNLOCKED # undef ferror # define ferror(Stream) ferror_unlocked (Stream) # if defined (HAVE_DECL_FERROR_UNLOCKED) && !HAVE_DECL_FERROR_UNLOCKED extern int ferror_unlocked (FILE *); # endif # endif # ifdef HAVE_FREAD_UNLOCKED # undef fread # define fread(Ptr, Size, N, Stream) fread_unlocked (Ptr, Size, N, Stream) # if defined (HAVE_DECL_FREAD_UNLOCKED) && !HAVE_DECL_FREAD_UNLOCKED extern size_t fread_unlocked (void *, size_t, size_t, FILE *); # endif # endif # ifdef HAVE_FWRITE_UNLOCKED # undef fwrite # define fwrite(Ptr, Size, N, Stream) fwrite_unlocked (Ptr, Size, N, Stream) # if defined (HAVE_DECL_FWRITE_UNLOCKED) && !HAVE_DECL_FWRITE_UNLOCKED extern size_t fwrite_unlocked (const void *, size_t, size_t, FILE *); # endif # endif # ifdef HAVE_FPRINTF_UNLOCKED # undef fprintf /* We can't use a function-like macro here because we don't know if we have varargs macros. */ # define fprintf fprintf_unlocked # if defined (HAVE_DECL_FPRINTF_UNLOCKED) && !HAVE_DECL_FPRINTF_UNLOCKED extern int fprintf_unlocked (FILE *, const char *, ...); # endif # endif #endif /* ??? Glibc's fwrite/fread_unlocked macros cause "warning: signed and unsigned type in conditional expression". */ #undef fread_unlocked #undef fwrite_unlocked #include #include #if !defined (errno) && defined (HAVE_DECL_ERRNO) && !HAVE_DECL_ERRNO extern int errno; #endif /* Some of glibc's string inlines cause warnings. Plus we'd rather rely on (and therefore test) GCC's string builtins. */ #define __NO_STRING_INLINES #ifdef STRING_WITH_STRINGS # include # include #else # ifdef HAVE_STRING_H # include # else # ifdef HAVE_STRINGS_H # include # endif # endif #endif #ifdef HAVE_STDLIB_H # include #endif #ifdef HAVE_UNISTD_H # include #endif #if HAVE_LIMITS_H # include #endif /* Infrastructure for defining missing _MAX and _MIN macros. Note that macros defined with these cannot be used in #if. */ /* The extra casts work around common compiler bugs. */ #define INTTYPE_SIGNED(t) (! ((t) 0 < (t) -1)) /* The outer cast is needed to work around a bug in Cray C 5.0.3.0. It is necessary at least when t == time_t. */ #define INTTYPE_MINIMUM(t) ((t) (INTTYPE_SIGNED (t) \ ? ~ (t) 0 << (sizeof(t) * CHAR_BIT - 1) : (t) 0)) #define INTTYPE_MAXIMUM(t) ((t) (~ (t) 0 - INTTYPE_MINIMUM (t))) /* Use that infrastructure to provide a few constants. */ #ifndef UCHAR_MAX # define UCHAR_MAX INTTYPE_MAXIMUM (unsigned char) #endif #ifdef TIME_WITH_SYS_TIME # include # include #else # if HAVE_SYS_TIME_H # include # else # ifdef HAVE_TIME_H # include # endif # endif #endif #ifdef HAVE_FCNTL_H # include #else # ifdef HAVE_SYS_FILE_H # include # endif #endif #ifdef HAVE_LOCALE_H # include #endif #ifdef HAVE_LANGINFO_CODESET # include #endif #ifndef HAVE_SETLOCALE # define setlocale(category, locale) (locale) #endif #ifdef ENABLE_NLS #include #else /* Stubs. */ # undef dgettext # define dgettext(package, msgid) (msgid) #endif #ifndef _ # define _(msgid) dgettext (PACKAGE, msgid) #endif #ifndef N_ # define N_(msgid) msgid #endif /* Some systems define these in, e.g., param.h. We undefine these names here to avoid the warnings. We prefer to use our definitions since we know they are correct. */ #undef MIN #undef MAX #define MIN(X,Y) ((X) < (Y) ? (X) : (Y)) #define MAX(X,Y) ((X) > (Y) ? (X) : (Y)) /* The HAVE_DECL_* macros are three-state, undefined, 0 or 1. If they are defined to 0 then we must provide the relevant declaration here. These checks will be in the undefined state while configure is running so be careful to test "defined (HAVE_DECL_*)". */ #if defined (HAVE_DECL_ABORT) && !HAVE_DECL_ABORT extern void abort (void); #endif #if HAVE_SYS_STAT_H # include #endif /* Test if something is a normal file. */ #ifndef S_ISREG #define S_ISREG(m) (((m) & S_IFMT) == S_IFREG) #endif /* Test if something is a directory. */ #ifndef S_ISDIR #define S_ISDIR(m) (((m) & S_IFMT) == S_IFDIR) #endif /* Test if something is a character special file. */ #ifndef S_ISCHR #define S_ISCHR(m) (((m) & S_IFMT) == S_IFCHR) #endif /* Test if something is a block special file. */ #ifndef S_ISBLK #define S_ISBLK(m) (((m) & S_IFMT) == S_IFBLK) #endif /* Test if something is a socket. */ #ifndef S_ISSOCK # ifdef S_IFSOCK # define S_ISSOCK(m) (((m) & S_IFMT) == S_IFSOCK) # else # define S_ISSOCK(m) 0 # endif #endif /* Test if something is a FIFO. */ #ifndef S_ISFIFO # ifdef S_IFIFO # define S_ISFIFO(m) (((m) & S_IFMT) == S_IFIFO) # else # define S_ISFIFO(m) 0 # endif #endif /* Approximate O_NOCTTY and O_BINARY. */ #ifndef O_NOCTTY #define O_NOCTTY 0 #endif #ifndef O_BINARY # define O_BINARY 0 #endif /* Filename handling macros. */ #include "filenames.h" /* Get libiberty declarations. */ #include "libiberty.h" #if defined(__APPLE__) && defined(__MACH__) #include #else #include #endif /* 1 if we have C99 designated initializers. ??? C99 designated initializers are not supported by most C++ compilers, including G++. -- gdr, 2005-05-18 */ #if !defined(HAVE_DESIGNATED_INITIALIZERS) #if defined(__APPLE__) && (__MACH__) #define HAVE_DESIGNATED_INITIALIZERS 0 #else #define HAVE_DESIGNATED_INITIALIZERS \ ((!defined(__cplusplus) && (GCC_VERSION >= 2007)) \ || (__STDC_VERSION__ >= 199901L)) #endif #endif /* Be conservative and only use enum bitfields with GCC. FIXME: provide a complete autoconf test for buggy enum bitfields. */ #if (GCC_VERSION > 2000) #define ENUM_BITFIELD(TYPE) __extension__ enum TYPE #else #define ENUM_BITFIELD(TYPE) unsigned int #endif #ifndef offsetof #define offsetof(TYPE, MEMBER) ((size_t) &((TYPE *) 0)->MEMBER) #endif /* __builtin_expect(A, B) evaluates to A, but notifies the compiler that the most likely value of A is B. This feature was added at some point between 2.95 and 3.0. Let's use 3.0 as the lower bound for now. */ #if (GCC_VERSION < 3000) #define __builtin_expect(a, b) (a) #endif /* Provide a fake boolean type. We make no attempt to use the C99 _Bool, as it may not be available in the bootstrap compiler, and even if it is, it is liable to be buggy. This must be after all inclusion of system headers, as some of them will mess us up. */ #undef bool #undef true #undef false #undef TRUE #undef FALSE #ifndef __cplusplus #define bool unsigned char #endif #define true 1 #define false 0 /* Some compilers do not allow the use of unsigned char in bitfields. */ #define BOOL_BITFIELD unsigned int /* Poison identifiers we do not want to use. */ #if (GCC_VERSION >= 3000) #undef calloc #undef strdup #undef malloc #undef realloc #pragma GCC poison calloc strdup #pragma GCC poison malloc realloc /* Libiberty macros that are no longer used in GCC. */ #undef ANSI_PROTOTYPES #undef PTR_CONST #undef LONG_DOUBLE #undef VPARAMS #undef VA_OPEN #undef VA_FIXEDARG #undef VA_CLOSE #undef VA_START #pragma GCC poison ANSI_PROTOTYPES PTR_CONST LONG_DOUBLE VPARAMS VA_OPEN \ VA_FIXEDARG VA_CLOSE VA_START /* Note: not all uses of the `index' token (e.g. variable names and structure members) have been eliminated. */ #undef bcopy #undef bzero #undef bcmp #undef rindex #pragma GCC poison bcopy bzero bcmp rindex #endif /* GCC >= 3.0 */ /* SDCC specific */ #include "sdcpp.h" #endif /* ! LIBCPP_SYSTEM_H */ sdcc-2.9.0/support/cpp/libcpp/traditional.c000066400000000000000000001077301116427777700207160ustar00rootroot00000000000000/* CPP Library - traditional lexical analysis and macro expansion. Copyright (C) 2002, 2004, 2005, 2007, 2008 Free Software Foundation, Inc. Contributed by Neil Booth, May 2002 This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "config.h" #include "system.h" #include "cpplib.h" #include "internal.h" /* The replacement text of a function-like macro is stored as a contiguous sequence of aligned blocks, each representing the text between subsequent parameters. Each block comprises the text between its surrounding parameters, the length of that text, and the one-based index of the following parameter. The final block in the replacement text is easily recognizable as it has an argument index of zero. */ struct block { unsigned int text_len; unsigned short arg_index; uchar text[1]; }; #define BLOCK_HEADER_LEN offsetof (struct block, text) #define BLOCK_LEN(TEXT_LEN) CPP_ALIGN (BLOCK_HEADER_LEN + (TEXT_LEN)) /* Structure holding information about a function-like macro invocation. */ struct fun_macro { /* Memory buffer holding the trad_arg array. */ _cpp_buff *buff; /* An array of size the number of macro parameters + 1, containing the offsets of the start of each macro argument in the output buffer. The argument continues until the character before the start of the next one. */ size_t *args; /* The hashnode of the macro. */ cpp_hashnode *node; /* The offset of the macro name in the output buffer. */ size_t offset; /* The line the macro name appeared on. */ unsigned int line; /* Zero-based index of argument being currently lexed. */ unsigned int argc; }; /* Lexing state. It is mostly used to prevent macro expansion. */ enum ls {ls_none = 0, /* Normal state. */ ls_fun_open, /* When looking for '('. */ ls_fun_close, /* When looking for ')'. */ ls_defined, /* After defined. */ ls_defined_close, /* Looking for ')' of defined(). */ ls_hash, /* After # in preprocessor conditional. */ ls_predicate, /* After the predicate, maybe paren? */ ls_answer}; /* In answer to predicate. */ /* Lexing TODO: Maybe handle space in escaped newlines. Stop lex.c from recognizing comments and directives during its lexing pass. */ static const uchar *skip_whitespace (cpp_reader *, const uchar *, int); static cpp_hashnode *lex_identifier (cpp_reader *, const uchar *); static const uchar *copy_comment (cpp_reader *, const uchar *, int); static void check_output_buffer (cpp_reader *, size_t); static void push_replacement_text (cpp_reader *, cpp_hashnode *); static bool scan_parameters (cpp_reader *, cpp_macro *); static bool recursive_macro (cpp_reader *, cpp_hashnode *); static void save_replacement_text (cpp_reader *, cpp_macro *, unsigned int); static void maybe_start_funlike (cpp_reader *, cpp_hashnode *, const uchar *, struct fun_macro *); static void save_argument (struct fun_macro *, size_t); static void replace_args_and_push (cpp_reader *, struct fun_macro *); static size_t canonicalize_text (uchar *, const uchar *, size_t, uchar *); /* Ensures we have N bytes' space in the output buffer, and reallocates it if not. */ static void check_output_buffer (cpp_reader *pfile, size_t n) { /* We might need two bytes to terminate an unterminated comment, and one more to terminate the line with a NUL. */ n += 2 + 1; if (n > (size_t) (pfile->out.limit - pfile->out.cur)) { size_t size = pfile->out.cur - pfile->out.base; size_t new_size = (size + n) * 3 / 2; pfile->out.base = XRESIZEVEC (unsigned char, pfile->out.base, new_size); pfile->out.limit = pfile->out.base + new_size; pfile->out.cur = pfile->out.base + size; } } /* Skip a C-style block comment in a macro as a result of -CC. Buffer->cur points to the initial asterisk of the comment. */ static void skip_macro_block_comment (cpp_reader *pfile) { const uchar *cur = pfile->buffer->cur; cur++; if (*cur == '/') cur++; /* People like decorating comments with '*', so check for '/' instead for efficiency. */ while(! (*cur++ == '/' && cur[-2] == '*') ) ; pfile->buffer->cur = cur; } /* CUR points to the asterisk introducing a comment in the current context. IN_DEFINE is true if we are in the replacement text of a macro. The asterisk and following comment is copied to the buffer pointed to by pfile->out.cur, which must be of sufficient size. Unterminated comments are diagnosed, and correctly terminated in the output. pfile->out.cur is updated depending upon IN_DEFINE, -C, -CC and pfile->state.in_directive. Returns a pointer to the first character after the comment in the input buffer. */ static const uchar * copy_comment (cpp_reader *pfile, const uchar *cur, int in_define) { bool unterminated, copy = false; source_location src_loc = pfile->line_table->highest_line; cpp_buffer *buffer = pfile->buffer; buffer->cur = cur; if (pfile->context->prev) unterminated = false, skip_macro_block_comment (pfile); else unterminated = _cpp_skip_block_comment (pfile); if (unterminated) cpp_error_with_line (pfile, CPP_DL_ERROR, src_loc, 0, "unterminated comment"); /* Comments in directives become spaces so that tokens are properly separated when the ISO preprocessor re-lexes the line. The exception is #define. */ if (pfile->state.in_directive) { if (in_define) { if (CPP_OPTION (pfile, discard_comments_in_macro_exp)) pfile->out.cur--; else copy = true; } else pfile->out.cur[-1] = ' '; } else if (CPP_OPTION (pfile, discard_comments)) pfile->out.cur--; else copy = true; if (copy) { size_t len = (size_t) (buffer->cur - cur); memcpy (pfile->out.cur, cur, len); pfile->out.cur += len; if (unterminated) { *pfile->out.cur++ = '*'; *pfile->out.cur++ = '/'; } } return buffer->cur; } /* CUR points to any character in the input buffer. Skips over all contiguous horizontal white space and NULs, including comments if SKIP_COMMENTS, until reaching the first non-horizontal-whitespace character or the end of the current context. Escaped newlines are removed. The whitespace is copied verbatim to the output buffer, except that comments are handled as described in copy_comment(). pfile->out.cur is updated. Returns a pointer to the first character after the whitespace in the input buffer. */ static const uchar * skip_whitespace (cpp_reader *pfile, const uchar *cur, int skip_comments) { uchar *out = pfile->out.cur; for (;;) { unsigned int c = *cur++; *out++ = c; if (is_nvspace (c)) continue; if (c == '/' && *cur == '*' && skip_comments) { pfile->out.cur = out; cur = copy_comment (pfile, cur, false /* in_define */); out = pfile->out.cur; continue; } out--; break; } pfile->out.cur = out; return cur - 1; } /* Lexes and outputs an identifier starting at CUR, which is assumed to point to a valid first character of an identifier. Returns the hashnode, and updates out.cur. */ static cpp_hashnode * lex_identifier (cpp_reader *pfile, const uchar *cur) { size_t len; uchar *out = pfile->out.cur; cpp_hashnode *result; do *out++ = *cur++; while (is_numchar (*cur)); CUR (pfile->context) = cur; len = out - pfile->out.cur; result = (cpp_hashnode *) ht_lookup (pfile->hash_table, pfile->out.cur, len, HT_ALLOC); pfile->out.cur = out; return result; } /* Overlays the true file buffer temporarily with text of length LEN starting at START. The true buffer is restored upon calling restore_buff(). */ void _cpp_overlay_buffer (cpp_reader *pfile, const uchar *start, size_t len) { cpp_buffer *buffer = pfile->buffer; pfile->overlaid_buffer = buffer; pfile->saved_cur = buffer->cur; pfile->saved_rlimit = buffer->rlimit; pfile->saved_line_base = buffer->next_line; buffer->need_line = false; buffer->cur = start; buffer->line_base = start; buffer->rlimit = start + len; } /* Restores a buffer overlaid by _cpp_overlay_buffer(). */ void _cpp_remove_overlay (cpp_reader *pfile) { cpp_buffer *buffer = pfile->overlaid_buffer; buffer->cur = pfile->saved_cur; buffer->rlimit = pfile->saved_rlimit; buffer->line_base = pfile->saved_line_base; buffer->need_line = true; pfile->overlaid_buffer = NULL; } /* Reads a logical line into the output buffer. Returns TRUE if there is more text left in the buffer. */ bool _cpp_read_logical_line_trad (cpp_reader *pfile) { do { if (pfile->buffer->need_line && !_cpp_get_fresh_line (pfile)) return false; } while (!_cpp_scan_out_logical_line (pfile, NULL) || pfile->state.skipping); return pfile->buffer != NULL; } /* Set up state for finding the opening '(' of a function-like macro. */ static void maybe_start_funlike (cpp_reader *pfile, cpp_hashnode *node, const uchar *start, struct fun_macro *macro) { unsigned int n = node->value.macro->paramc + 1; if (macro->buff) _cpp_release_buff (pfile, macro->buff); macro->buff = _cpp_get_buff (pfile, n * sizeof (size_t)); macro->args = (size_t *) BUFF_FRONT (macro->buff); macro->node = node; macro->offset = start - pfile->out.base; macro->argc = 0; } /* Save the OFFSET of the start of the next argument to MACRO. */ static void save_argument (struct fun_macro *macro, size_t offset) { macro->argc++; if (macro->argc <= macro->node->value.macro->paramc) macro->args[macro->argc] = offset; } /* Copies the next logical line in the current buffer (starting at buffer->cur) to the output buffer. The output is guaranteed to terminate with a NUL character. buffer->cur is updated. If MACRO is non-NULL, then we are scanning the replacement list of MACRO, and we call save_replacement_text() every time we meet an argument. */ bool _cpp_scan_out_logical_line (cpp_reader *pfile, cpp_macro *macro) { bool result = true; cpp_context *context; const uchar *cur; uchar *out; struct fun_macro fmacro; unsigned int c, paren_depth = 0, quote; enum ls lex_state = ls_none; bool header_ok; const uchar *start_of_input_line; fmacro.buff = NULL; fmacro.args = NULL; fmacro.node = NULL; fmacro.offset = 0; fmacro.line = 0; fmacro.argc = 0; quote = 0; header_ok = pfile->state.angled_headers; CUR (pfile->context) = pfile->buffer->cur; RLIMIT (pfile->context) = pfile->buffer->rlimit; pfile->out.cur = pfile->out.base; pfile->out.first_line = pfile->line_table->highest_line; /* start_of_input_line is needed to make sure that directives really, really start at the first character of the line. */ start_of_input_line = pfile->buffer->cur; new_context: context = pfile->context; cur = CUR (context); check_output_buffer (pfile, RLIMIT (context) - cur); out = pfile->out.cur; for (;;) { if (!context->prev && cur >= pfile->buffer->notes[pfile->buffer->cur_note].pos) { pfile->buffer->cur = cur; _cpp_process_line_notes (pfile, false); } c = *cur++; *out++ = c; /* Whitespace should "continue" out of the switch, non-whitespace should "break" out of it. */ switch (c) { case ' ': case '\t': case '\f': case '\v': case '\0': continue; case '\n': /* If this is a macro's expansion, pop it. */ if (context->prev) { pfile->out.cur = out - 1; _cpp_pop_context (pfile); goto new_context; } /* Omit the newline from the output buffer. */ pfile->out.cur = out - 1; pfile->buffer->cur = cur; pfile->buffer->need_line = true; CPP_INCREMENT_LINE (pfile, 0); if ((lex_state == ls_fun_open || lex_state == ls_fun_close) && !pfile->state.in_directive && _cpp_get_fresh_line (pfile)) { /* Newlines in arguments become a space, but we don't clear any in-progress quote. */ if (lex_state == ls_fun_close) out[-1] = ' '; cur = pfile->buffer->cur; continue; } goto done; case '<': if (header_ok) quote = '>'; break; case '>': if (c == quote) quote = 0; break; case '"': case '\'': if (c == quote) quote = 0; else if (!quote) quote = c; break; case '\\': /* Skip escaped quotes here, it's easier than above. */ if (*cur == '\\' || *cur == '"' || *cur == '\'') *out++ = *cur++; break; case '/': /* Traditional CPP does not recognize comments within literals. */ if (!quote && *cur == '*') { pfile->out.cur = out; cur = copy_comment (pfile, cur, macro != 0); out = pfile->out.cur; continue; } break; case '_': case 'a': case 'b': case 'c': case 'd': case 'e': case 'f': case 'g': case 'h': case 'i': case 'j': case 'k': case 'l': case 'm': case 'n': case 'o': case 'p': case 'q': case 'r': case 's': case 't': case 'u': case 'v': case 'w': case 'x': case 'y': case 'z': case 'A': case 'B': case 'C': case 'D': case 'E': case 'F': case 'G': case 'H': case 'I': case 'J': case 'K': case 'L': case 'M': case 'N': case 'O': case 'P': case 'Q': case 'R': case 'S': case 'T': case 'U': case 'V': case 'W': case 'X': case 'Y': case 'Z': if (!pfile->state.skipping && (quote == 0 || macro)) { cpp_hashnode *node; uchar *out_start = out - 1; pfile->out.cur = out_start; node = lex_identifier (pfile, cur - 1); out = pfile->out.cur; cur = CUR (context); if (node->type == NT_MACRO /* Should we expand for ls_answer? */ && (lex_state == ls_none || lex_state == ls_fun_open) && !pfile->state.prevent_expansion) { /* Macros invalidate MI optimization. */ pfile->mi_valid = false; if (! (node->flags & NODE_BUILTIN) && node->value.macro->fun_like) { maybe_start_funlike (pfile, node, out_start, &fmacro); lex_state = ls_fun_open; fmacro.line = pfile->line_table->highest_line; continue; } else if (!recursive_macro (pfile, node)) { /* Remove the object-like macro's name from the output, and push its replacement text. */ pfile->out.cur = out_start; push_replacement_text (pfile, node); lex_state = ls_none; goto new_context; } } else if (macro && (node->flags & NODE_MACRO_ARG) != 0) { /* Found a parameter in the replacement text of a #define. Remove its name from the output. */ pfile->out.cur = out_start; save_replacement_text (pfile, macro, node->value.arg_index); out = pfile->out.base; } else if (lex_state == ls_hash) { lex_state = ls_predicate; continue; } else if (pfile->state.in_expression && node == pfile->spec_nodes.n_defined) { lex_state = ls_defined; continue; } } break; case '(': if (quote == 0) { paren_depth++; if (lex_state == ls_fun_open) { if (recursive_macro (pfile, fmacro.node)) lex_state = ls_none; else { lex_state = ls_fun_close; paren_depth = 1; out = pfile->out.base + fmacro.offset; fmacro.args[0] = fmacro.offset; } } else if (lex_state == ls_predicate) lex_state = ls_answer; else if (lex_state == ls_defined) lex_state = ls_defined_close; } break; case ',': if (quote == 0 && lex_state == ls_fun_close && paren_depth == 1) save_argument (&fmacro, out - pfile->out.base); break; case ')': if (quote == 0) { paren_depth--; if (lex_state == ls_fun_close && paren_depth == 0) { cpp_macro *m = fmacro.node->value.macro; m->used = 1; lex_state = ls_none; save_argument (&fmacro, out - pfile->out.base); /* A single zero-length argument is no argument. */ if (fmacro.argc == 1 && m->paramc == 0 && out == pfile->out.base + fmacro.offset + 1) fmacro.argc = 0; if (_cpp_arguments_ok (pfile, m, fmacro.node, fmacro.argc)) { /* Remove the macro's invocation from the output, and push its replacement text. */ pfile->out.cur = (pfile->out.base + fmacro.offset); CUR (context) = cur; replace_args_and_push (pfile, &fmacro); goto new_context; } } else if (lex_state == ls_answer || lex_state == ls_defined_close) lex_state = ls_none; } break; case '#': if (cur - 1 == start_of_input_line /* A '#' from a macro doesn't start a directive. */ && !pfile->context->prev && !pfile->state.in_directive) { /* A directive. With the way _cpp_handle_directive currently works, we only want to call it if either we know the directive is OK, or we want it to fail and be removed from the output. If we want it to be passed through (the assembler case) then we must not call _cpp_handle_directive. */ pfile->out.cur = out; cur = skip_whitespace (pfile, cur, true /* skip_comments */); out = pfile->out.cur; if (*cur == '\n') { /* Null directive. Ignore it and don't invalidate the MI optimization. */ pfile->buffer->need_line = true; CPP_INCREMENT_LINE (pfile, 0); result = false; goto done; } else { bool do_it = false; if (is_numstart (*cur) && CPP_OPTION (pfile, lang) != CLK_ASM) do_it = true; else if (is_idstart (*cur)) /* Check whether we know this directive, but don't advance. */ do_it = lex_identifier (pfile, cur)->is_directive; if (do_it || CPP_OPTION (pfile, lang) != CLK_ASM) { /* This is a kludge. We want to have the ISO preprocessor lex the next token. */ pfile->buffer->cur = cur; _cpp_handle_directive (pfile, false /* indented */); result = false; goto done; } } } if (pfile->state.in_expression) { lex_state = ls_hash; continue; } break; default: break; } /* Non-whitespace disables MI optimization and stops treating '<' as a quote in #include. */ header_ok = false; if (!pfile->state.in_directive) pfile->mi_valid = false; if (lex_state == ls_none) continue; /* Some of these transitions of state are syntax errors. The ISO preprocessor will issue errors later. */ if (lex_state == ls_fun_open) /* Missing '('. */ lex_state = ls_none; else if (lex_state == ls_hash || lex_state == ls_predicate || lex_state == ls_defined) lex_state = ls_none; /* ls_answer and ls_defined_close keep going until ')'. */ } done: if (fmacro.buff) _cpp_release_buff (pfile, fmacro.buff); if (lex_state == ls_fun_close) cpp_error_with_line (pfile, CPP_DL_ERROR, fmacro.line, 0, "unterminated argument list invoking macro \"%s\"", NODE_NAME (fmacro.node)); return result; } /* Push a context holding the replacement text of the macro NODE on the context stack. NODE is either object-like, or a function-like macro with no arguments. */ static void push_replacement_text (cpp_reader *pfile, cpp_hashnode *node) { size_t len; const uchar *text; uchar *buf; if (node->flags & NODE_BUILTIN) { text = _cpp_builtin_macro_text (pfile, node); len = ustrlen (text); buf = _cpp_unaligned_alloc (pfile, len + 1); memcpy (buf, text, len); buf[len]='\n'; text = buf; } else { cpp_macro *macro = node->value.macro; macro->used = 1; text = macro->exp.text; macro->traditional = 1; len = macro->count; } _cpp_push_text_context (pfile, node, text, len); } /* Returns TRUE if traditional macro recursion is detected. */ static bool recursive_macro (cpp_reader *pfile, cpp_hashnode *node) { bool recursing = !!(node->flags & NODE_DISABLED); /* Object-like macros that are already expanding are necessarily recursive. However, it is possible to have traditional function-like macros that are not infinitely recursive but recurse to any given depth. Further, it is easy to construct examples that get ever longer until the point they stop recursing. So there is no easy way to detect true recursion; instead we assume any expansion more than 20 deep since the first invocation of this macro must be recursing. */ if (recursing && node->value.macro->fun_like) { size_t depth = 0; cpp_context *context = pfile->context; do { depth++; if (context->macro == node && depth > 20) break; context = context->prev; } while (context); recursing = context != NULL; } if (recursing) cpp_error (pfile, CPP_DL_ERROR, "detected recursion whilst expanding macro \"%s\"", NODE_NAME (node)); return recursing; } /* Return the length of the replacement text of a function-like or object-like non-builtin macro. */ size_t _cpp_replacement_text_len (const cpp_macro *macro) { size_t len; if (macro->fun_like && (macro->paramc != 0)) { const uchar *exp; len = 0; for (exp = macro->exp.text;;) { struct block *b = (struct block *) exp; len += b->text_len; if (b->arg_index == 0) break; len += NODE_LEN (macro->params[b->arg_index - 1]); exp += BLOCK_LEN (b->text_len); } } else len = macro->count; return len; } /* Copy the replacement text of MACRO to DEST, which must be of sufficient size. It is not NUL-terminated. The next character is returned. */ uchar * _cpp_copy_replacement_text (const cpp_macro *macro, uchar *dest) { if (macro->fun_like && (macro->paramc != 0)) { const uchar *exp; for (exp = macro->exp.text;;) { struct block *b = (struct block *) exp; cpp_hashnode *param; memcpy (dest, b->text, b->text_len); dest += b->text_len; if (b->arg_index == 0) break; param = macro->params[b->arg_index - 1]; memcpy (dest, NODE_NAME (param), NODE_LEN (param)); dest += NODE_LEN (param); exp += BLOCK_LEN (b->text_len); } } else { memcpy (dest, macro->exp.text, macro->count); dest += macro->count; } return dest; } /* Push a context holding the replacement text of the macro NODE on the context stack. NODE is either object-like, or a function-like macro with no arguments. */ static void replace_args_and_push (cpp_reader *pfile, struct fun_macro *fmacro) { cpp_macro *macro = fmacro->node->value.macro; if (macro->paramc == 0) push_replacement_text (pfile, fmacro->node); else { const uchar *exp; uchar *p; _cpp_buff *buff; size_t len = 0; int cxtquote = 0; /* Get an estimate of the length of the argument-replaced text. This is a worst case estimate, assuming that every replacement text character needs quoting. */ for (exp = macro->exp.text;;) { struct block *b = (struct block *) exp; len += b->text_len; if (b->arg_index == 0) break; len += 2 * (fmacro->args[b->arg_index] - fmacro->args[b->arg_index - 1] - 1); exp += BLOCK_LEN (b->text_len); } /* Allocate room for the expansion plus \n. */ buff = _cpp_get_buff (pfile, len + 1); /* Copy the expansion and replace arguments. */ /* Accumulate actual length, including quoting as necessary */ p = BUFF_FRONT (buff); len = 0; for (exp = macro->exp.text;;) { struct block *b = (struct block *) exp; size_t arglen; int argquote; uchar *base; uchar *in; len += b->text_len; /* Copy the non-argument text literally, keeping track of whether matching quotes have been seen. */ for (arglen = b->text_len, in = b->text; arglen > 0; arglen--) { if (*in == '"') cxtquote = ! cxtquote; *p++ = *in++; } /* Done if no more arguments */ if (b->arg_index == 0) break; arglen = (fmacro->args[b->arg_index] - fmacro->args[b->arg_index - 1] - 1); base = pfile->out.base + fmacro->args[b->arg_index - 1]; in = base; #if 0 /* Skip leading whitespace in the text for the argument to be substituted. To be compatible with gcc 2.95, we would also need to trim trailing whitespace. Gcc 2.95 trims leading and trailing whitespace, which may be a bug. The current gcc testsuite explicitly checks that this leading and trailing whitespace in actual arguments is preserved. */ while (arglen > 0 && is_space (*in)) { in++; arglen--; } #endif for (argquote = 0; arglen > 0; arglen--) { if (cxtquote && *in == '"') { if (in > base && *(in-1) != '\\') argquote = ! argquote; /* Always add backslash before double quote if argument is expanded in a quoted context */ *p++ = '\\'; len++; } else if (cxtquote && argquote && *in == '\\') { /* Always add backslash before a backslash in an argument that is expanded in a quoted context and also in the range of a quoted context in the argument itself. */ *p++ = '\\'; len++; } *p++ = *in++; len++; } exp += BLOCK_LEN (b->text_len); } /* \n-terminate. */ *p = '\n'; _cpp_push_text_context (pfile, fmacro->node, BUFF_FRONT (buff), len); /* So we free buffer allocation when macro is left. */ pfile->context->buff = buff; } } /* Read and record the parameters, if any, of a function-like macro definition. Destroys pfile->out.cur. Returns true on success, false on failure (syntax error or a duplicate parameter). On success, CUR (pfile->context) is just past the closing parenthesis. */ static bool scan_parameters (cpp_reader *pfile, cpp_macro *macro) { const uchar *cur = CUR (pfile->context) + 1; bool ok; for (;;) { cur = skip_whitespace (pfile, cur, true /* skip_comments */); if (is_idstart (*cur)) { ok = false; if (_cpp_save_parameter (pfile, macro, lex_identifier (pfile, cur))) break; cur = skip_whitespace (pfile, CUR (pfile->context), true /* skip_comments */); if (*cur == ',') { cur++; continue; } ok = (*cur == ')'); break; } ok = (*cur == ')' && macro->paramc == 0); break; } if (!ok) cpp_error (pfile, CPP_DL_ERROR, "syntax error in macro parameter list"); CUR (pfile->context) = cur + (*cur == ')'); return ok; } /* Save the text from pfile->out.base to pfile->out.cur as the replacement text for the current macro, followed by argument ARG_INDEX, with zero indicating the end of the replacement text. */ static void save_replacement_text (cpp_reader *pfile, cpp_macro *macro, unsigned int arg_index) { size_t len = pfile->out.cur - pfile->out.base; uchar *exp; if (macro->paramc == 0) { /* Object-like and function-like macros without parameters simply store their \n-terminated replacement text. */ exp = _cpp_unaligned_alloc (pfile, len + 1); memcpy (exp, pfile->out.base, len); exp[len] = '\n'; macro->exp.text = exp; macro->traditional = 1; macro->count = len; } else { /* Store the text's length (unsigned int), the argument index (unsigned short, base 1) and then the text. */ size_t blen = BLOCK_LEN (len); struct block *block; if (macro->count + blen > BUFF_ROOM (pfile->a_buff)) _cpp_extend_buff (pfile, &pfile->a_buff, macro->count + blen); exp = BUFF_FRONT (pfile->a_buff); block = (struct block *) (exp + macro->count); macro->exp.text = exp; macro->traditional = 1; /* Write out the block information. */ block->text_len = len; block->arg_index = arg_index; memcpy (block->text, pfile->out.base, len); /* Lex the rest into the start of the output buffer. */ pfile->out.cur = pfile->out.base; macro->count += blen; /* If we've finished, commit the memory. */ if (arg_index == 0) BUFF_FRONT (pfile->a_buff) += macro->count; } } /* Analyze and save the replacement text of a macro. Returns true on success. */ bool _cpp_create_trad_definition (cpp_reader *pfile, cpp_macro *macro) { const uchar *cur; uchar *limit; cpp_context *context = pfile->context; /* The context has not been set up for command line defines, and CUR has not been updated for the macro name for in-file defines. */ pfile->out.cur = pfile->out.base; CUR (context) = pfile->buffer->cur; RLIMIT (context) = pfile->buffer->rlimit; check_output_buffer (pfile, RLIMIT (context) - CUR (context)); /* Is this a function-like macro? */ if (* CUR (context) == '(') { bool ok = scan_parameters (pfile, macro); /* Remember the params so we can clear NODE_MACRO_ARG flags. */ macro->params = (cpp_hashnode **) BUFF_FRONT (pfile->a_buff); /* Setting macro to NULL indicates an error occurred, and prevents unnecessary work in _cpp_scan_out_logical_line. */ if (!ok) macro = NULL; else { BUFF_FRONT (pfile->a_buff) = (uchar *) ¯o->params[macro->paramc]; macro->fun_like = 1; } } /* Skip leading whitespace in the replacement text. */ pfile->buffer->cur = skip_whitespace (pfile, CUR (context), CPP_OPTION (pfile, discard_comments_in_macro_exp)); pfile->state.prevent_expansion++; _cpp_scan_out_logical_line (pfile, macro); pfile->state.prevent_expansion--; if (!macro) return false; /* Skip trailing white space. */ cur = pfile->out.base; limit = pfile->out.cur; while (limit > cur && is_space (limit[-1])) limit--; pfile->out.cur = limit; save_replacement_text (pfile, macro, 0); return true; } /* Copy SRC of length LEN to DEST, but convert all contiguous whitespace to a single space, provided it is not in quotes. The quote currently in effect is pointed to by PQUOTE, and is updated by the function. Returns the number of bytes copied. */ static size_t canonicalize_text (uchar *dest, const uchar *src, size_t len, uchar *pquote) { uchar *orig_dest = dest; uchar quote = *pquote; while (len) { if (is_space (*src) && !quote) { do src++, len--; while (len && is_space (*src)); *dest++ = ' '; } else { if (*src == '\'' || *src == '"') { if (!quote) quote = *src; else if (quote == *src) quote = 0; } *dest++ = *src++, len--; } } *pquote = quote; return dest - orig_dest; } /* Returns true if MACRO1 and MACRO2 have expansions different other than in the form of their whitespace. */ bool _cpp_expansions_different_trad (const cpp_macro *macro1, const cpp_macro *macro2) { uchar *p1 = XNEWVEC (uchar, macro1->count + macro2->count); uchar *p2 = p1 + macro1->count; uchar quote1 = 0, quote2 = 0; bool mismatch; size_t len1, len2; if (macro1->paramc > 0) { const uchar *exp1 = macro1->exp.text, *exp2 = macro2->exp.text; mismatch = true; for (;;) { struct block *b1 = (struct block *) exp1; struct block *b2 = (struct block *) exp2; if (b1->arg_index != b2->arg_index) break; len1 = canonicalize_text (p1, b1->text, b1->text_len, "e1); len2 = canonicalize_text (p2, b2->text, b2->text_len, "e2); if (len1 != len2 || memcmp (p1, p2, len1)) break; if (b1->arg_index == 0) { mismatch = false; break; } exp1 += BLOCK_LEN (b1->text_len); exp2 += BLOCK_LEN (b2->text_len); } } else { len1 = canonicalize_text (p1, macro1->exp.text, macro1->count, "e1); len2 = canonicalize_text (p2, macro2->exp.text, macro2->count, "e2); mismatch = (len1 != len2 || memcmp (p1, p2, len1)); } free (p1); return mismatch; } sdcc-2.9.0/support/cpp/libcpp/ucnid.h000066400000000000000000001105311116427777700175040ustar00rootroot00000000000000/* Unicode characters and various properties. Copyright (C) 2003, 2005 Free Software Foundation, Inc. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. Copyright (C) 1991-2005 Unicode, Inc. All rights reserved. Distributed under the Terms of Use in http://www.unicode.org/copyright.html. Permission is hereby granted, free of charge, to any person obtaining a copy of the Unicode data files and any associated documentation (the "Data Files") or Unicode software and any associated documentation (the "Software") to deal in the Data Files or Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, and/or sell copies of the Data Files or Software, and to permit persons to whom the Data Files or Software are furnished to do so, provided that (a) the above copyright notice(s) and this permission notice appear with all copies of the Data Files or Software, (b) both the above copyright notice(s) and this permission notice appear in associated documentation, and (c) there is clear notice in each modified Data File or in the Software as well as in the documentation associated with the Data File(s) or Software that the data or software has been modified. THE DATA FILES AND SOFTWARE ARE PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT OF THIRD PARTY RIGHTS. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR HOLDERS INCLUDED IN THIS NOTICE BE LIABLE FOR ANY CLAIM, OR ANY SPECIAL INDIRECT OR CONSEQUENTIAL DAMAGES, OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THE DATA FILES OR SOFTWARE. Except as contained in this notice, the name of a copyright holder shall not be used in advertising or otherwise to promote the sale, use or other dealings in these Data Files or Software without prior written authorization of the copyright holder. */ { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x00a9 }, { C99| 0| 0|CID|NFC| 0| 0, 0, 0x00aa }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x00b4 }, { C99| 0| 0|CID|NFC| 0| 0, 0, 0x00b5 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x00b6 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x00b7 }, { 0| 0| 0|CID|NFC| 0| 0, 0, 0x00b9 }, { C99| 0| 0|CID|NFC| 0| 0, 0, 0x00ba }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x00bf }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x00d6 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x00d7 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x00f6 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x00f7 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0131 }, { C99| 0|CXX|CID|NFC| 0| 0, 0, 0x0133 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x013e }, { C99| 0|CXX|CID|NFC| 0| 0, 0, 0x0140 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0148 }, { C99| 0|CXX|CID|NFC| 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0x0a5b }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0a5c }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0a5d }, { C99| 0|CXX|CID| 0| 0| 0, 0, 0x0a5e }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0a65 }, { C99|DIG| 0|CID|NFC|NKC| 0, 0, 0x0a6f }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0a73 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0a74 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0a80 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0a83 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0a84 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0a8b }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0a8c }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0a8d }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0a8e }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0a91 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0a92 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0aa8 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0aa9 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0ab0 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ab1 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0ab3 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ab4 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0ab9 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0abc }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0ac5 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ac6 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0ac9 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0aca }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0acc }, { C99| 0| 0|CID|NFC|NKC| 0, 9, 0x0acd }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0acf }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0ad0 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0adf }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0ae0 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ae5 }, { C99|DIG| 0|CID|NFC|NKC| 0, 0, 0x0aef }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b00 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0b03 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b04 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0b0c }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b0e }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0b10 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b12 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0b28 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b29 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0b30 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b31 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0b33 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b35 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0b39 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b3c }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0b3d }, { C99| 0| 0|CID|NFC|NKC|CTX, 0, 0x0b3e }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0b43 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b46 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0b48 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b4a }, { C99| 0| 0| 0|NFC|NKC| 0, 0, 0x0b4b }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0b4c }, { C99| 0| 0|CID|NFC|NKC| 0, 9, 0x0b4d }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b5b }, { C99| 0|CXX|CID| 0| 0| 0, 0, 0x0b5d }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b5e }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0b61 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b65 }, { C99|DIG| 0|CID|NFC|NKC| 0, 0, 0x0b6f }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b81 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0b83 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b84 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0b8a }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b8d }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0b90 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b91 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0b95 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b98 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0b9a }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b9b }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0b9c }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0b9d }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0b9f }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ba2 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0ba4 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ba7 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0baa }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0bad }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0bb5 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0bb6 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0bb9 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0bbd }, { C99| 0| 0|CID|NFC|NKC|CTX, 0, 0x0bbe }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0bc2 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0bc5 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0bc8 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0bc9 }, { C99| 0| 0| 0|NFC|NKC| 0, 0, 0x0bcb }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0bcc }, { C99| 0| 0|CID|NFC|NKC| 0, 9, 0x0bcd }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0be6 }, { C99|DIG| 0|CID|NFC|NKC| 0, 0, 0x0bef }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c00 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0c03 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c04 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0c0c }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c0d }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0c10 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c11 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0c28 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c29 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0c33 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c34 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0c39 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c3d }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0c44 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c45 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0c48 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c49 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0c4c }, { C99| 0| 0|CID|NFC|NKC| 0, 9, 0x0c4d }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c5f }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0c61 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c65 }, { C99|DIG| 0|CID|NFC|NKC| 0, 0, 0x0c6f }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c81 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0c83 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c84 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0c8c }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c8d }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0c90 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0c91 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0ca8 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ca9 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0cb3 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0cb4 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0cb9 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0cbd }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0cc1 }, { C99| 0| 0|CID|NFC|NKC|CTX, 0, 0x0cc2 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0cc4 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0cc5 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0cc8 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0cc9 }, { C99| 0| 0| 0|NFC|NKC| 0, 0, 0x0cca }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0ccc }, { C99| 0| 0|CID|NFC|NKC| 0, 9, 0x0ccd }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0cdd }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0cde }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0cdf }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0ce1 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ce5 }, { C99|DIG| 0|CID|NFC|NKC| 0, 0, 0x0cef }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0d01 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0d03 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0d04 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0d0c }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0d0d }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0d10 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0d11 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0d28 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0d29 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0d39 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0d3d }, { C99| 0| 0|CID|NFC|NKC|CTX, 0, 0x0d3e }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0d43 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0d45 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0d48 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0d49 }, { C99| 0| 0| 0|NFC|NKC| 0, 0, 0x0d4b }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0d4c }, { C99| 0| 0|CID|NFC|NKC| 0, 9, 0x0d4d }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0d5f }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0d61 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0d65 }, { C99|DIG| 0|CID|NFC|NKC| 0, 0, 0x0d6f }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0e00 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0e30 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0e31 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0e32 }, { C99| 0|CXX|CID|NFC| 0| 0, 0, 0x0e33 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0e37 }, { C99| 0| 0|CID|NFC|NKC| 0, 103, 0x0e38 }, { C99| 0| 0|CID|NFC|NKC| 0, 103, 0x0e39 }, { C99| 0| 0|CID|NFC|NKC| 0, 9, 0x0e3a }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0e3f }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0e46 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0e47 }, { C99| 0| 0|CID|NFC|NKC| 0, 107, 0x0e48 }, { C99| 0| 0|CID|NFC|NKC| 0, 107, 0x0e49 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0e4e }, { 0| 0|CXX|CID|NFC|NKC| 0, 0, 0x0e4f }, { C99|DIG|CXX|CID|NFC|NKC| 0, 0, 0x0e59 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0e5b }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0e80 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0e82 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0e83 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0e84 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0e86 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0e88 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0e89 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0e8a }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0e8c }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0e8d }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0e93 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0e97 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0e98 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0e9f }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ea0 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0ea3 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ea4 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0ea5 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ea6 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0ea7 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ea9 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0eab }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0eac }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0eae }, { 0| 0|CXX|CID|NFC|NKC| 0, 0, 0x0eaf }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0eb0 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0eb1 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0eb2 }, { C99| 0|CXX|CID|NFC| 0| 0, 0, 0x0eb3 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0eb7 }, { C99| 0| 0|CID|NFC|NKC| 0, 118, 0x0eb8 }, { C99| 0| 0|CID|NFC|NKC| 0, 118, 0x0eb9 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0eba }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0ebc }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0ebd }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ebf }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0ec4 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ec5 }, { C99| 0|CXX|CID|NFC|NKC| 0, 0, 0x0ec6 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ec7 }, { C99| 0| 0|CID|NFC|NKC| 0, 122, 0x0ec8 }, { C99| 0| 0|CID|NFC|NKC| 0, 122, 0x0ec9 }, { C99| 0| 0|CID|NFC|NKC| 0, 122, 0x0eca }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0ecd }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0ecf }, { C99|DIG| 0|CID|NFC|NKC| 0, 0, 0x0ed9 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0edb }, { C99| 0| 0|CID|NFC| 0| 0, 0, 0x0edd }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0eff }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0f00 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0f17 }, { C99| 0| 0|CID|NFC|NKC| 0, 220, 0x0f18 }, { C99| 0| 0|CID|NFC|NKC| 0, 220, 0x0f19 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0f1f }, { C99|DIG| 0|CID|NFC|NKC| 0, 0, 0x0f33 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0f34 }, { C99| 0| 0|CID|NFC|NKC| 0, 220, 0x0f35 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0f36 }, { C99| 0| 0|CID|NFC|NKC| 0, 220, 0x0f37 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0f38 }, { C99| 0| 0|CID|NFC|NKC| 0, 216, 0x0f39 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0f3d }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0f42 }, { C99| 0| 0| 0| 0| 0| 0, 0, 0x0f43 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0f47 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0f48 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0f4c }, { C99| 0| 0| 0| 0| 0| 0, 0, 0x0f4d }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0f51 }, { C99| 0| 0| 0| 0| 0| 0, 0, 0x0f52 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0f56 }, { C99| 0| 0| 0| 0| 0| 0, 0, 0x0f57 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0f5b }, { C99| 0| 0| 0| 0| 0| 0, 0, 0x0f5c }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0f68 }, { C99| 0| 0| 0| 0| 0| 0, 0, 0x0f69 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0f70 }, { C99| 0| 0|CID|NFC|NKC| 0, 129, 0x0f71 }, { C99| 0| 0|CID|NFC|NKC| 0, 130, 0x0f72 }, { C99| 0| 0| 0| 0| 0| 0, 0, 0x0f73 }, { C99| 0| 0|CID|NFC|NKC| 0, 132, 0x0f74 }, { C99| 0| 0| 0| 0| 0| 0, 0, 0x0f76 }, { C99| 0| 0|CID|NFC| 0| 0, 0, 0x0f77 }, { C99| 0| 0| 0| 0| 0| 0, 0, 0x0f78 }, { C99| 0| 0|CID|NFC| 0| 0, 0, 0x0f79 }, { C99| 0| 0|CID|NFC|NKC| 0, 130, 0x0f7a }, { C99| 0| 0|CID|NFC|NKC| 0, 130, 0x0f7b }, { C99| 0| 0|CID|NFC|NKC| 0, 130, 0x0f7c }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0f7f }, { C99| 0| 0|CID|NFC|NKC| 0, 130, 0x0f80 }, { C99| 0| 0| 0| 0| 0| 0, 0, 0x0f81 }, { C99| 0| 0|CID|NFC|NKC| 0, 230, 0x0f82 }, { C99| 0| 0|CID|NFC|NKC| 0, 230, 0x0f83 }, { C99| 0| 0|CID|NFC|NKC| 0, 9, 0x0f84 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0f85 }, { C99| 0| 0|CID|NFC|NKC| 0, 230, 0x0f86 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0f8b }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0f8f }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0f92 }, { C99| 0| 0| 0| 0| 0| 0, 0, 0x0f93 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0f95 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0x0f96 }, { C99| 0| 0|CID|NFC|NKC| 0, 0, 0x0f97 }, { 0| 0| 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0|CID|NFC| 0| 0, 0, 0xff40 }, { 0| 0|CXX|CID|NFC| 0| 0, 0, 0xff5a }, { 0| 0| 0|CID|NFC| 0| 0, 0, 0xff65 }, { 0| 0|CXX|CID|NFC| 0| 0, 0, 0xffbe }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0xffc1 }, { 0| 0|CXX|CID|NFC| 0| 0, 0, 0xffc7 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0xffc9 }, { 0| 0|CXX|CID|NFC| 0| 0, 0, 0xffcf }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0xffd1 }, { 0| 0|CXX|CID|NFC| 0| 0, 0, 0xffd7 }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0xffd9 }, { 0| 0|CXX|CID|NFC| 0| 0, 0, 0xffdc }, { 0| 0| 0|CID|NFC|NKC| 0, 0, 0xffff }, sdcc-2.9.0/support/cpp/libiberty.h000066400000000000000000000554121116427777700171240ustar00rootroot00000000000000/* Function declarations for libiberty. Copyright 2001, 2002, 2005 Free Software Foundation, Inc. Note - certain prototypes declared in this header file are for functions whoes implementation copyright does not belong to the FSF. Those prototypes are present in this file for reference purposes only and their presence in this file should not construed as an indication of ownership by the FSF of the implementation of those functions in any way or form whatsoever. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. Written by Cygnus Support, 1994. The libiberty library provides a number of functions which are missing on some operating systems. We do not declare those here, to avoid conflicts with the system header files on operating systems that do support those functions. In this file we only declare those functions which are specific to libiberty. */ #ifndef LIBIBERTY_H #define LIBIBERTY_H #ifdef __cplusplus extern "C" { #endif #include "ansidecl.h" /* Get a definition for size_t. */ #include /* Get a definition for va_list. */ #include #include /* If the OS supports it, ensure that the supplied stream is setup to avoid any multi-threaded locking. Otherwise leave the FILE pointer unchanged. If the stream is NULL do nothing. */ extern void unlock_stream (FILE *); /* If the OS supports it, ensure that the standard I/O streams, stdin, stdout and stderr are setup to avoid any multi-threaded locking. Otherwise do nothing. */ extern void unlock_std_streams (void); /* Open and return a FILE pointer. If the OS supports it, ensure that the stream is setup to avoid any multi-threaded locking. Otherwise return the FILE pointer unchanged. */ extern FILE *fopen_unlocked (const char *, const char *); extern FILE *fdopen_unlocked (int, const char *); extern FILE *freopen_unlocked (const char *, const char *, FILE *); /* Build an argument vector from a string. Allocates memory using malloc. Use freeargv to free the vector. */ extern char **buildargv (const char *) ATTRIBUTE_MALLOC; /* Free a vector returned by buildargv. */ extern void freeargv (char **); /* Duplicate an argument vector. Allocates memory using malloc. Use freeargv to free the vector. */ extern char **dupargv (char **) ATTRIBUTE_MALLOC; /* Expand "@file" arguments in argv. */ extern void expandargv PARAMS ((int *, char ***)); /* Return the last component of a path name. Note that we can't use a prototype here because the parameter is declared inconsistently across different systems, sometimes as "char *" and sometimes as "const char *" */ /* HAVE_DECL_* is a three-state macro: undefined, 0 or 1. If it is undefined, we haven't run the autoconf check so provide the declaration without arguments. If it is 0, we checked and failed to find the declaration so provide a fully prototyped one. If it is 1, we found it so don't provide any declaration at all. */ #if !HAVE_DECL_BASENAME #if defined (__GNU_LIBRARY__ ) || defined (__linux__) || defined (__FreeBSD__) || defined (__OpenBSD__) || defined(__NetBSD__) || defined (__CYGWIN__) || defined (__CYGWIN32__) || defined (__MINGW32__) || defined (HAVE_DECL_BASENAME) extern char *basename (const char *); #else /* Do not allow basename to be used if there is no prototype seen. We either need to use the above prototype or have one from autoconf which would result in HAVE_DECL_BASENAME being set. */ #define basename basename_cannot_be_used_without_a_prototype #endif #endif /* A well-defined basename () that is always compiled in. */ extern const char *lbasename (const char *); /* A well-defined realpath () that is always compiled in. */ extern char *lrealpath (const char *); /* Concatenate an arbitrary number of strings. You must pass NULL as the last argument of this function, to terminate the list of strings. Allocates memory using xmalloc. */ extern char *concat (const char *, ...) ATTRIBUTE_MALLOC ATTRIBUTE_SENTINEL; /* Concatenate an arbitrary number of strings. You must pass NULL as the last argument of this function, to terminate the list of strings. Allocates memory using xmalloc. The first argument is not one of the strings to be concatenated, but if not NULL is a pointer to be freed after the new string is created, similar to the way xrealloc works. */ extern char *reconcat (char *, const char *, ...) ATTRIBUTE_MALLOC ATTRIBUTE_SENTINEL; /* Determine the length of concatenating an arbitrary number of strings. You must pass NULL as the last argument of this function, to terminate the list of strings. */ extern unsigned long concat_length (const char *, ...) ATTRIBUTE_SENTINEL; /* Concatenate an arbitrary number of strings into a SUPPLIED area of memory. You must pass NULL as the last argument of this function, to terminate the list of strings. The supplied memory is assumed to be large enough. */ extern char *concat_copy (char *, const char *, ...) ATTRIBUTE_SENTINEL; /* Concatenate an arbitrary number of strings into a GLOBAL area of memory. You must pass NULL as the last argument of this function, to terminate the list of strings. The supplied memory is assumed to be large enough. */ extern char *concat_copy2 (const char *, ...) ATTRIBUTE_SENTINEL; /* This is the global area used by concat_copy2. */ extern char *libiberty_concat_ptr; /* Concatenate an arbitrary number of strings. You must pass NULL as the last argument of this function, to terminate the list of strings. Allocates memory using alloca. The arguments are evaluated twice! */ #define ACONCAT(ACONCAT_PARAMS) \ (libiberty_concat_ptr = (char *) alloca (concat_length ACONCAT_PARAMS + 1), \ concat_copy2 ACONCAT_PARAMS) /* Check whether two file descriptors refer to the same file. */ extern int fdmatch (int fd1, int fd2); /* Return the position of the first bit set in the argument. */ /* Prototypes vary from system to system, so we only provide a prototype on systems where we know that we need it. */ #if defined (HAVE_DECL_FFS) && !HAVE_DECL_FFS extern int ffs(int); #endif /* Get the working directory. The result is cached, so don't call chdir() between calls to getpwd(). */ extern char * getpwd (void); /* Get the current time. */ /* Prototypes vary from system to system, so we only provide a prototype on systems where we know that we need it. */ #ifdef __MINGW32__ /* Forward declaration to avoid #include . */ struct timeval; extern int gettimeofday (struct timeval *, void *); #endif /* Get the amount of time the process has run, in microseconds. */ extern long get_run_time (void); /* Generate a relocated path to some installation directory. Allocates return value using malloc. */ extern char *make_relative_prefix (const char *, const char *, const char *) ATTRIBUTE_MALLOC; /* Choose a temporary directory to use for scratch files. */ extern char *choose_temp_base (void) ATTRIBUTE_MALLOC; /* Return a temporary file name or NULL if unable to create one. */ extern char *make_temp_file (const char *) ATTRIBUTE_MALLOC; /* Remove a link to a file unless it is special. */ extern int unlink_if_ordinary (const char *); /* Allocate memory filled with spaces. Allocates using malloc. */ extern const char *spaces (int count); /* Return the maximum error number for which strerror will return a string. */ extern int errno_max (void); /* Return the name of an errno value (e.g., strerrno (EINVAL) returns "EINVAL"). */ extern const char *strerrno (int); /* Given the name of an errno value, return the value. */ extern int strtoerrno (const char *); /* ANSI's strerror(), but more robust. */ extern char *xstrerror (int); /* Return the maximum signal number for which strsignal will return a string. */ extern int signo_max (void); /* Return a signal message string for a signal number (e.g., strsignal (SIGHUP) returns something like "Hangup"). */ /* This is commented out as it can conflict with one in system headers. We still document its existence though. */ /*extern const char *strsignal (int);*/ /* Return the name of a signal number (e.g., strsigno (SIGHUP) returns "SIGHUP"). */ extern const char *strsigno (int); /* Given the name of a signal, return its number. */ extern int strtosigno (const char *); /* Register a function to be run by xexit. Returns 0 on success. */ extern int xatexit (void (*fn) (void)); /* Exit, calling all the functions registered with xatexit. */ extern void xexit (int status) ATTRIBUTE_NORETURN; /* Set the program name used by xmalloc. */ extern void xmalloc_set_program_name (const char *); /* Report an allocation failure. */ extern void xmalloc_failed (size_t) ATTRIBUTE_NORETURN; /* Allocate memory without fail. If malloc fails, this will print a message to stderr (using the name set by xmalloc_set_program_name, if any) and then call xexit. */ extern void *xmalloc (size_t) ATTRIBUTE_MALLOC; /* Reallocate memory without fail. This works like xmalloc. Note, realloc type functions are not suitable for attribute malloc since they may return the same address across multiple calls. */ extern void *xrealloc (void *, size_t); /* Allocate memory without fail and set it to zero. This works like xmalloc. */ extern void *xcalloc (size_t, size_t) ATTRIBUTE_MALLOC; /* Copy a string into a memory buffer without fail. */ extern char *xstrdup (const char *) ATTRIBUTE_MALLOC; /* Copy at most N characters from string into a buffer without fail. */ extern char *xstrndup (const char *, size_t) ATTRIBUTE_MALLOC; /* Copy an existing memory buffer to a new memory buffer without fail. */ extern void *xmemdup (const void *, size_t, size_t) ATTRIBUTE_MALLOC; /* Physical memory routines. Return values are in BYTES. */ extern double physmem_total (void); extern double physmem_available (void); /* These macros provide a K&R/C89/C++-friendly way of allocating structures with nice encapsulation. The XDELETE*() macros are technically superfluous, but provided here for symmetry. Using them consistently makes it easier to update client code to use different allocators such as new/delete and new[]/delete[]. */ /* Scalar allocators. */ #define XNEW(T) ((T *) xmalloc (sizeof (T))) #define XCNEW(T) ((T *) xcalloc (1, sizeof (T))) #define XDELETE(P) free ((void*) (P)) /* Array allocators. */ #define XNEWVEC(T, N) ((T *) xmalloc (sizeof (T) * (N))) #define XCNEWVEC(T, N) ((T *) xcalloc ((N), sizeof (T))) #define XRESIZEVEC(T, P, N) ((T *) xrealloc ((void *) (P), sizeof (T) * (N))) #define XDELETEVEC(P) free ((void*) (P)) /* Allocators for variable-sized structures and raw buffers. */ #define XNEWVAR(T, S) ((T *) xmalloc ((S))) #define XCNEWVAR(T, S) ((T *) xcalloc (1, (S))) #define XRESIZEVAR(T, P, S) ((T *) xrealloc ((P), (S))) /* Type-safe obstack allocator. */ #define XOBNEW(O, T) ((T *) obstack_alloc ((O), sizeof (T))) #define XOBFINISH(O, T) ((T) obstack_finish ((O))) /* hex character manipulation routines */ #define _hex_array_size 256 #define _hex_bad 99 extern const unsigned char _hex_value[_hex_array_size]; extern void hex_init (void); #define hex_p(c) (hex_value (c) != _hex_bad) /* If you change this, note well: Some code relies on side effects in the argument being performed exactly once. */ #define hex_value(c) ((unsigned int) _hex_value[(unsigned char) (c)]) /* Flags for pex_init. These are bits to be or'ed together. */ /* Record subprocess times, if possible. */ #define PEX_RECORD_TIMES 0x1 /* Use pipes for communication between processes, if possible. */ #define PEX_USE_PIPES 0x2 /* Save files used for communication between processes. */ #define PEX_SAVE_TEMPS 0x4 /* Prepare to execute one or more programs, with standard output of each program fed to standard input of the next. FLAGS As above. PNAME The name of the program to report in error messages. TEMPBASE A base name to use for temporary files; may be NULL to use a random name. Returns NULL on error. */ extern struct pex_obj *pex_init (int flags, const char *pname, const char *tempbase); /* Flags for pex_run. These are bits to be or'ed together. */ /* Last program in pipeline. Standard output of program goes to OUTNAME, or, if OUTNAME is NULL, to standard output of caller. Do not set this if you want to call pex_read_output. After this is set, pex_run may no longer be called with the same struct pex_obj. */ #define PEX_LAST 0x1 /* Search for program in executable search path. */ #define PEX_SEARCH 0x2 /* OUTNAME is a suffix. */ #define PEX_SUFFIX 0x4 /* Send program's standard error to standard output. */ #define PEX_STDERR_TO_STDOUT 0x8 /* Input file should be opened in binary mode. This flag is ignored on Unix. */ #define PEX_BINARY_INPUT 0x10 /* Output file should be opened in binary mode. This flag is ignored on Unix. For proper behaviour PEX_BINARY_INPUT and PEX_BINARY_OUTPUT have to match appropriately--i.e., a call using PEX_BINARY_OUTPUT should be followed by a call using PEX_BINARY_INPUT. */ #define PEX_BINARY_OUTPUT 0x20 /* Execute one program. Returns NULL on success. On error returns an error string (typically just the name of a system call); the error string is statically allocated. OBJ Returned by pex_init. FLAGS As above. EXECUTABLE The program to execute. ARGV NULL terminated array of arguments to pass to the program. OUTNAME Sets the output file name as follows: PEX_SUFFIX set (OUTNAME may not be NULL): TEMPBASE parameter to pex_init not NULL: Output file name is the concatenation of TEMPBASE and OUTNAME. TEMPBASE is NULL: Output file name is a random file name ending in OUTNAME. PEX_SUFFIX not set: OUTNAME not NULL: Output file name is OUTNAME. OUTNAME NULL, TEMPBASE not NULL: Output file name is randomly chosen using TEMPBASE. OUTNAME NULL, TEMPBASE NULL: Output file name is randomly chosen. If PEX_LAST is not set, the output file name is the name to use for a temporary file holding stdout, if any (there will not be a file if PEX_USE_PIPES is set and the system supports pipes). If a file is used, it will be removed when no longer needed unless PEX_SAVE_TEMPS is set. If PEX_LAST is set, and OUTNAME is not NULL, standard output is written to the output file name. The file will not be removed. If PEX_LAST and PEX_SUFFIX are both set, TEMPBASE may not be NULL. ERRNAME If not NULL, this is the name of a file to which standard error is written. If NULL, standard error of the program is standard error of the caller. ERR On an error return, *ERR is set to an errno value, or to 0 if there is no relevant errno. */ extern const char *pex_run (struct pex_obj *obj, int flags, const char *executable, char * const *argv, const char *outname, const char *errname, int *err); /* As for pex_run (), but takes an extra parameter to enable the environment for the child process to be specified. ENV The environment for the child process, specified as an array of character pointers. Each element of the array should point to a string of the form VAR=VALUE, with the exception of the last element which must be a null pointer. */ extern const char *pex_run_in_environment (struct pex_obj *obj, int flags, const char *executable, char * const *argv, char * const *env, const char *outname, const char *errname, int *err); /* Return a `FILE' pointer FP for the standard input of the first program in the pipeline; FP is opened for writing. You must have passed `PEX_USE_PIPES' to the `pex_init' call that returned OBJ. You must close FP yourself with `fclose' to indicate that the pipeline's input is complete. The file descriptor underlying FP is marked not to be inherited by child processes. This call is not supported on systems which do not support pipes; it returns with an error. (We could implement it by writing a temporary file, but then you would need to write all your data and close FP before your first call to `pex_run' -- and that wouldn't work on systems that do support pipes: the pipe would fill up, and you would block. So there isn't any easy way to conceal the differences between the two types of systems.) If you call both `pex_write_input' and `pex_read_output', be careful to avoid deadlock. If the output pipe fills up, so that each program in the pipeline is waiting for the next to read more data, and you fill the input pipe by writing more data to FP, then there is no way to make progress: the only process that could read data from the output pipe is you, but you are blocked on the input pipe. */ extern FILE *pex_write_input (struct pex_obj *obj, int binary); /* Return a stream for a temporary file to pass to the first program in the pipeline as input. The file name is chosen as for pex_run. pex_run closes the file automatically; don't close it yourself. */ extern FILE *pex_input_file (struct pex_obj *obj, int flags, const char *in_name); /* Return a stream for a pipe connected to the standard input of the first program in the pipeline. You must have passed `PEX_USE_PIPES' to `pex_init'. Close the returned stream yourself. */ extern FILE *pex_input_pipe (struct pex_obj *obj, int binary); /* Read the standard output of the last program to be executed. pex_run can not be called after this. BINARY should be non-zero if the file should be opened in binary mode; this is ignored on Unix. Returns NULL on error. Don't call fclose on the returned FILE; it will be closed by pex_free. */ extern FILE *pex_read_output (struct pex_obj *, int binary); /* Return exit status of all programs in VECTOR. COUNT indicates the size of VECTOR. The status codes in the vector are in the order of the calls to pex_run. Returns 0 on error, 1 on success. */ extern int pex_get_status (struct pex_obj *, int count, int *vector); /* Return times of all programs in VECTOR. COUNT indicates the size of VECTOR. struct pex_time is really just struct timeval, but that is not portable to all systems. Returns 0 on error, 1 on success. */ struct pex_time { unsigned long user_seconds; unsigned long user_microseconds; unsigned long system_seconds; unsigned long system_microseconds; }; extern int pex_get_times (struct pex_obj *, int count, struct pex_time *vector); /* Clean up a pex_obj. */ extern void pex_free (struct pex_obj *); /* Just execute one program. Return value is as for pex_run. FLAGS Combination of PEX_SEARCH and PEX_STDERR_TO_STDOUT. EXECUTABLE As for pex_run. ARGV As for pex_run. PNAME As for pex_init. OUTNAME As for pex_run when PEX_LAST is set. ERRNAME As for pex_run. STATUS Set to exit status on success. ERR As for pex_run. */ extern const char *pex_one (int flags, const char *executable, char * const *argv, const char *pname, const char *outname, const char *errname, int *status, int *err); /* pexecute and pwait are the old pexecute interface, still here for backward compatibility. Don't use these for new code. Instead, use pex_init/pex_run/pex_get_status/pex_free, or pex_one. */ /* Definitions used by the pexecute routine. */ #define PEXECUTE_FIRST 1 #define PEXECUTE_LAST 2 #define PEXECUTE_ONE (PEXECUTE_FIRST + PEXECUTE_LAST) #define PEXECUTE_SEARCH 4 #define PEXECUTE_VERBOSE 8 /* Execute a program. */ extern int pexecute (const char *, char * const *, const char *, const char *, char **, char **, int); /* Wait for pexecute to finish. */ extern int pwait (int, int *, int); #if !HAVE_DECL_ASPRINTF /* Like sprintf but provides a pointer to malloc'd storage, which must be freed by the caller. */ extern int asprintf (char **, const char *, ...) ATTRIBUTE_PRINTF_2; #endif #if !HAVE_DECL_VASPRINTF /* Like vsprintf but provides a pointer to malloc'd storage, which must be freed by the caller. */ extern int vasprintf (char **, const char *, va_list) ATTRIBUTE_PRINTF(2,0); #endif #if defined(HAVE_DECL_SNPRINTF) && !HAVE_DECL_SNPRINTF /* Like sprintf but prints at most N characters. */ extern int snprintf (char *, size_t, const char *, ...) ATTRIBUTE_PRINTF_3; #endif #if defined(HAVE_DECL_VSNPRINTF) && !HAVE_DECL_VSNPRINTF /* Like vsprintf but prints at most N characters. */ extern int vsnprintf (char *, size_t, const char *, va_list) ATTRIBUTE_PRINTF(3,0); #endif #if defined(HAVE_DECL_STRVERSCMP) && !HAVE_DECL_STRVERSCMP /* Compare version strings. */ extern int strverscmp (const char *, const char *); #endif #define ARRAY_SIZE(a) (sizeof (a) / sizeof ((a)[0])) #ifndef _WIN32 /* Drastically simplified alloca configurator. If we're using GCC, we use __builtin_alloca; otherwise we use the C alloca. The C alloca is always available. You can override GCC by defining USE_C_ALLOCA yourself. The canonical autoconf macro C_ALLOCA is also set/unset as it is often used to indicate whether code needs to call alloca(0). */ extern void *C_alloca (size_t) ATTRIBUTE_MALLOC; #undef alloca #if GCC_VERSION >= 2000 && !defined USE_C_ALLOCA # define alloca(x) __builtin_alloca(x) # undef C_ALLOCA # define ASTRDUP(X) \ (__extension__ ({ const char *const libiberty_optr = (X); \ const unsigned long libiberty_len = strlen (libiberty_optr) + 1; \ char *const libiberty_nptr = (char *const) alloca (libiberty_len); \ (char *) memcpy (libiberty_nptr, libiberty_optr, libiberty_len); })) #else # define alloca(x) C_alloca(x) # undef USE_C_ALLOCA # define USE_C_ALLOCA 1 # undef C_ALLOCA # define C_ALLOCA 1 extern const char *libiberty_optr; extern char *libiberty_nptr; extern unsigned long libiberty_len; # define ASTRDUP(X) \ (libiberty_optr = (X), \ libiberty_len = strlen (libiberty_optr) + 1, \ libiberty_nptr = (char *) alloca (libiberty_len), \ (char *) memcpy (libiberty_nptr, libiberty_optr, libiberty_len)) #endif #endif #ifdef __cplusplus } #endif #endif /* ! defined (LIBIBERTY_H) */ sdcc-2.9.0/support/cpp/libiberty/000077500000000000000000000000001116427777700167445ustar00rootroot00000000000000sdcc-2.9.0/support/cpp/libiberty/concat.c000066400000000000000000000133621116427777700203640ustar00rootroot00000000000000/* Concatenate variable number of strings. Copyright (C) 1991, 1994, 2001 Free Software Foundation, Inc. Written by Fred Fish @ Cygnus Support This file is part of the libiberty library. Libiberty is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. Libiberty is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with libiberty; see the file COPYING.LIB. If not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* @deftypefn Extension char* concat (const char *@var{s1}, const char *@var{s2}, @dots{}, @code{NULL}) Concatenate zero or more of strings and return the result in freshly @code{xmalloc}ed memory. Returns @code{NULL} if insufficient memory is available. The argument list is terminated by the first @code{NULL} pointer encountered. Pointers to empty strings are ignored. @end deftypefn NOTES This function uses xmalloc() which is expected to be a front end function to malloc() that deals with low memory situations. In typical use, if malloc() returns NULL then xmalloc() diverts to an error handler routine which never returns, and thus xmalloc will never return a NULL pointer. If the client application wishes to deal with low memory situations itself, it should supply an xmalloc that just directly invokes malloc and blindly returns whatever malloc returns. */ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include "ansidecl.h" #include "libiberty.h" #include /* size_t */ #include # if HAVE_STRING_H # include # else # if HAVE_STRINGS_H # include # endif # endif #if HAVE_STDLIB_H #include #endif static inline unsigned long vconcat_length (const char *, va_list); static inline unsigned long vconcat_length (const char *first, va_list args) { unsigned long length = 0; const char *arg; for (arg = first; arg ; arg = va_arg (args, const char *)) length += strlen (arg); return length; } static inline char * vconcat_copy (char *dst, const char *first, va_list args) { char *end = dst; const char *arg; for (arg = first; arg ; arg = va_arg (args, const char *)) { unsigned long length = strlen (arg); memcpy (end, arg, length); end += length; } *end = '\000'; return dst; } /* @undocumented concat_length */ unsigned long concat_length (const char *first, ...) { unsigned long length; VA_OPEN (args, first); VA_FIXEDARG (args, const char *, first); length = vconcat_length (first, args); VA_CLOSE (args); return length; } /* @undocumented concat_copy */ char * concat_copy (char *dst, const char *first, ...) { char *save_dst; VA_OPEN (args, first); VA_FIXEDARG (args, char *, dst); VA_FIXEDARG (args, const char *, first); vconcat_copy (dst, first, args); save_dst = dst; /* With K&R C, dst goes out of scope here. */ VA_CLOSE (args); return save_dst; } #ifdef __cplusplus extern "C" { #endif /* __cplusplus */ char *libiberty_concat_ptr; #ifdef __cplusplus } #endif /* __cplusplus */ /* @undocumented concat_copy2 */ char * concat_copy2 (const char *first, ...) { VA_OPEN (args, first); VA_FIXEDARG (args, const char *, first); vconcat_copy (libiberty_concat_ptr, first, args); VA_CLOSE (args); return libiberty_concat_ptr; } char * concat (const char *first, ...) { char *newstr; /* First compute the size of the result and get sufficient memory. */ VA_OPEN (args, first); VA_FIXEDARG (args, const char *, first); newstr = XNEWVEC (char, vconcat_length (first, args) + 1); VA_CLOSE (args); /* Now copy the individual pieces to the result string. */ VA_OPEN (args, first); VA_FIXEDARG (args, const char *, first); vconcat_copy (newstr, first, args); VA_CLOSE (args); return newstr; } /* @deftypefn Extension char* reconcat (char *@var{optr}, const char *@var{s1}, @dots{}, @code{NULL}) Same as @code{concat}, except that if @var{optr} is not @code{NULL} it is freed after the string is created. This is intended to be useful when you're extending an existing string or building up a string in a loop: @example str = reconcat (str, "pre-", str, NULL); @end example @end deftypefn */ char * reconcat (char *optr, const char *first, ...) { char *newstr; /* First compute the size of the result and get sufficient memory. */ VA_OPEN (args, first); VA_FIXEDARG (args, char *, optr); VA_FIXEDARG (args, const char *, first); newstr = XNEWVEC (char, vconcat_length (first, args) + 1); VA_CLOSE (args); /* Now copy the individual pieces to the result string. */ VA_OPEN (args, first); VA_FIXEDARG (args, char *, optr); VA_FIXEDARG (args, const char *, first); vconcat_copy (newstr, first, args); if (optr) /* Done before VA_CLOSE so optr stays in scope for K&R C. */ free (optr); VA_CLOSE (args); return newstr; } #ifdef MAIN #define NULLP (char *)0 /* Simple little test driver. */ #include int main (void) { printf ("\"\" = \"%s\"\n", concat (NULLP)); printf ("\"a\" = \"%s\"\n", concat ("a", NULLP)); printf ("\"ab\" = \"%s\"\n", concat ("a", "b", NULLP)); printf ("\"abc\" = \"%s\"\n", concat ("a", "b", "c", NULLP)); printf ("\"abcd\" = \"%s\"\n", concat ("ab", "cd", NULLP)); printf ("\"abcde\" = \"%s\"\n", concat ("ab", "c", "de", NULLP)); printf ("\"abcdef\" = \"%s\"\n", concat ("", "a", "", "bcd", "ef", NULLP)); return 0; } #endif sdcc-2.9.0/support/cpp/libiberty/filenames.h000066400000000000000000000040241116427777700210600ustar00rootroot00000000000000/* Macros for taking apart, interpreting and processing file names. These are here because some non-Posix (a.k.a. DOSish) systems have drive letter brain-damage at the beginning of an absolute file name, use forward- and back-slash in path names interchangeably, and some of them have case-insensitive file names. Copyright 2000, 2001, 2007 Free Software Foundation, Inc. This file is part of BFD, the Binary File Descriptor library. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ #ifndef FILENAMES_H #define FILENAMES_H #if defined(__MSDOS__) || defined(_WIN32) || defined(__OS2__) || defined (__CYGWIN__) #ifndef HAVE_DOS_BASED_FILE_SYSTEM #define HAVE_DOS_BASED_FILE_SYSTEM 1 #endif #define IS_DIR_SEPARATOR(c) ((c) == '/' || (c) == '\\') /* Note that IS_ABSOLUTE_PATH accepts d:foo as well, although it is only semi-absolute. This is because the users of IS_ABSOLUTE_PATH want to know whether to prepend the current working directory to a file name, which should not be done with a name like d:foo. */ #define IS_ABSOLUTE_PATH(f) (IS_DIR_SEPARATOR((f)[0]) || (((f)[0]) && ((f)[1] == ':'))) #else /* not DOSish */ #define IS_DIR_SEPARATOR(c) ((c) == '/') #define IS_ABSOLUTE_PATH(f) (IS_DIR_SEPARATOR((f)[0])) #endif /* not DOSish */ extern int filename_cmp (const char *s1, const char *s2); #define FILENAME_CMP(s1, s2) filename_cmp(s1, s2) #endif /* FILENAMES_H */ sdcc-2.9.0/support/cpp/libiberty/fopen_unlocked.c000066400000000000000000000066401116427777700221110ustar00rootroot00000000000000/* Implement fopen_unlocked and related functions. Copyright (C) 2005 Free Software Foundation, Inc. Written by Kaveh R. Ghazi . This file is part of the libiberty library. Libiberty is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. Libiberty is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with libiberty; see the file COPYING.LIB. If not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* @deftypefn Extension void unlock_stream (FILE * @var{stream}) If the OS supports it, ensure that the supplied stream is setup to avoid any multi-threaded locking. Otherwise leave the @code{FILE} pointer unchanged. If the @var{stream} is @code{NULL} do nothing. @end deftypefn @deftypefn Extension void unlock_std_streams (void) If the OS supports it, ensure that the standard I/O streams, @code{stdin}, @code{stdout} and @code{stderr} are setup to avoid any multi-threaded locking. Otherwise do nothing. @end deftypefn @deftypefn Extension {FILE *} fopen_unlocked (const char *@var{path}, const char * @var{mode}) Opens and returns a @code{FILE} pointer via @code{fopen}. If the operating system supports it, ensure that the stream is setup to avoid any multi-threaded locking. Otherwise return the @code{FILE} pointer unchanged. @end deftypefn @deftypefn Extension {FILE *} fdopen_unlocked (int @var{fildes}, const char * @var{mode}) Opens and returns a @code{FILE} pointer via @code{fdopen}. If the operating system supports it, ensure that the stream is setup to avoid any multi-threaded locking. Otherwise return the @code{FILE} pointer unchanged. @end deftypefn @deftypefn Extension {FILE *} freopen_unlocked (const char * @var{path}, const char * @var{mode}, FILE * @var{stream}) Opens and returns a @code{FILE} pointer via @code{freopen}. If the operating system supports it, ensure that the stream is setup to avoid any multi-threaded locking. Otherwise return the @code{FILE} pointer unchanged. @end deftypefn */ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #ifdef HAVE_STDIO_EXT_H #include #endif #include "libiberty.h" /* This is an inline helper function to consolidate attempts to unlock a stream. */ static inline void unlock_1 (FILE *const fp ATTRIBUTE_UNUSED) { #if defined(HAVE___FSETLOCKING) && defined(FSETLOCKING_BYCALLER) if (fp) __fsetlocking (fp, FSETLOCKING_BYCALLER); #endif } void unlock_stream (FILE *fp) { unlock_1 (fp); } void unlock_std_streams (void) { unlock_1 (stdin); unlock_1 (stdout); unlock_1 (stderr); } FILE * fopen_unlocked (const char *path, const char *mode) { FILE *const fp = fopen (path, mode); unlock_1 (fp); return fp; } FILE * fdopen_unlocked (int fildes, const char *mode) { FILE *const fp = fdopen (fildes, mode); unlock_1 (fp); return fp; } FILE * freopen_unlocked (const char *path, const char *mode, FILE *stream) { FILE *const fp = freopen (path, mode, stream); unlock_1 (fp); return fp; } sdcc-2.9.0/support/cpp/libiberty/getpwd.c000066400000000000000000000052541116427777700204100ustar00rootroot00000000000000/* getpwd.c - get the working directory */ /* @deftypefn Supplemental char* getpwd (void) Returns the current working directory. This implementation caches the result on the assumption that the process will not call @code{chdir} between calls to @code{getpwd}. @end deftypefn */ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #include #ifndef errno extern int errno; #endif #ifdef HAVE_STDLIB_H #include #endif #ifdef HAVE_UNISTD_H #include #endif #ifdef HAVE_SYS_PARAM_H #include #endif #if HAVE_SYS_STAT_H #include #endif #if HAVE_LIMITS_H #include #endif #include "libiberty.h" /* Virtually every UN*X system now in common use (except for pre-4.3-tahoe BSD systems) now provides getcwd as called for by POSIX. Allow for the few exceptions to the general rule here. */ #if !defined(HAVE_GETCWD) && defined(HAVE_GETWD) /* Prototype in case the system headers doesn't provide it. */ extern char *getwd (); #define getcwd(buf,len) getwd(buf) #endif #ifdef MAXPATHLEN #define GUESSPATHLEN (MAXPATHLEN + 1) #else #define GUESSPATHLEN 100 #endif #if !(defined (VMS) || (defined(_WIN32) && !defined(__CYGWIN__))) /* Get the working directory. Use the PWD environment variable if it's set correctly, since this is faster and gives more uniform answers to the user. Yield the working directory if successful; otherwise, yield 0 and set errno. */ char * getpwd (void) { static char *pwd; static int failure_errno; char *p = pwd; size_t s; struct stat dotstat, pwdstat; if (!p && !(errno = failure_errno)) { if (! ((p = getenv ("PWD")) != 0 && *p == '/' && stat (p, &pwdstat) == 0 && stat (".", &dotstat) == 0 && dotstat.st_ino == pwdstat.st_ino && dotstat.st_dev == pwdstat.st_dev)) /* The shortcut didn't work. Try the slow, ``sure'' way. */ for (s = GUESSPATHLEN; !getcwd (p = XNEWVEC (char, s), s); s *= 2) { int e = errno; free (p); #ifdef ERANGE if (e != ERANGE) #endif { errno = failure_errno = e; p = 0; break; } } /* Cache the result. This assumes that the program does not invoke chdir between calls to getpwd. */ pwd = p; } return p; } #else /* VMS || _WIN32 && !__CYGWIN__ */ #if defined(_WIN32) #if defined(__BORLANDC__) #include #else #include #define getcwd _getcwd #endif #endif #ifndef MAXPATHLEN #define MAXPATHLEN 255 #endif char * getpwd (void) { static char *pwd = 0; if (!pwd) pwd = getcwd (XNEWVEC (char, MAXPATHLEN + 1), MAXPATHLEN + 1 #ifdef VMS , 0 #endif ); return pwd; } #endif /* VMS || _WIN32 && !__CYGWIN__ */ sdcc-2.9.0/support/cpp/libiberty/hashtab.c000066400000000000000000000665041116427777700205350ustar00rootroot00000000000000/* An expandable hash tables datatype. Copyright (C) 1999, 2000, 2001, 2002, 2003, 2004 Free Software Foundation, Inc. Contributed by Vladimir Makarov (vmakarov@cygnus.com). This file is part of the libiberty library. Libiberty is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. Libiberty is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with libiberty; see the file COPYING.LIB. If not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* This package implements basic hash table functionality. It is possible to search for an entry, create an entry and destroy an entry. Elements in the table are generic pointers. The size of the table is not fixed; if the occupancy of the table grows too high the hash table will be expanded. The abstract data implementation is based on generalized Algorithm D from Knuth's book "The art of computer programming". Hash table is expanded by creation of new hash table and transferring elements from the old table to the new table. */ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #ifdef HAVE_STDLIB_H #include #endif #ifdef HAVE_STRING_H #include #endif #ifdef HAVE_MALLOC_H #include #endif #ifdef HAVE_LIMITS_H #include #endif #ifdef HAVE_STDINT_H #include #endif #include #include "libiberty.h" #include "ansidecl.h" #include "hashtab.h" #ifndef CHAR_BIT #define CHAR_BIT 8 #endif static unsigned int higher_prime_index (unsigned long); static hashval_t htab_mod_1 (hashval_t, hashval_t, hashval_t, int); static hashval_t htab_mod (hashval_t, htab_t); static hashval_t htab_mod_m2 (hashval_t, htab_t); static hashval_t hash_pointer (const void *); static int eq_pointer (const void *, const void *); static int htab_expand (htab_t); static PTR *find_empty_slot_for_expand (htab_t, hashval_t); /* At some point, we could make these be NULL, and modify the hash-table routines to handle NULL specially; that would avoid function-call overhead for the common case of hashing pointers. */ htab_hash htab_hash_pointer = hash_pointer; htab_eq htab_eq_pointer = eq_pointer; /* Table of primes and multiplicative inverses. Note that these are not minimally reduced inverses. Unlike when generating code to divide by a constant, we want to be able to use the same algorithm all the time. All of these inverses (are implied to) have bit 32 set. For the record, here's the function that computed the table; it's a vastly simplified version of the function of the same name from gcc. */ #if 0 unsigned int ceil_log2 (unsigned int x) { int i; for (i = 31; i >= 0 ; --i) if (x > (1u << i)) return i+1; abort (); } unsigned int choose_multiplier (unsigned int d, unsigned int *mlp, unsigned char *shiftp) { unsigned long long mhigh; double nx; int lgup, post_shift; int pow, pow2; int n = 32, precision = 32; lgup = ceil_log2 (d); pow = n + lgup; pow2 = n + lgup - precision; nx = ldexp (1.0, pow) + ldexp (1.0, pow2); mhigh = nx / d; *shiftp = lgup - 1; *mlp = mhigh; return mhigh >> 32; } #endif struct prime_ent { hashval_t prime; hashval_t inv; hashval_t inv_m2; /* inverse of prime-2 */ hashval_t shift; }; static struct prime_ent const prime_tab[] = { { 7, 0x24924925, 0x9999999b, 2 }, { 13, 0x3b13b13c, 0x745d1747, 3 }, { 31, 0x08421085, 0x1a7b9612, 4 }, { 61, 0x0c9714fc, 0x15b1e5f8, 5 }, { 127, 0x02040811, 0x0624dd30, 6 }, { 251, 0x05197f7e, 0x073260a5, 7 }, { 509, 0x01824366, 0x02864fc8, 8 }, { 1021, 0x00c0906d, 0x014191f7, 9 }, { 2039, 0x0121456f, 0x0161e69e, 10 }, { 4093, 0x00300902, 0x00501908, 11 }, { 8191, 0x00080041, 0x00180241, 12 }, { 16381, 0x000c0091, 0x00140191, 13 }, { 32749, 0x002605a5, 0x002a06e6, 14 }, { 65521, 0x000f00e2, 0x00110122, 15 }, { 131071, 0x00008001, 0x00018003, 16 }, { 262139, 0x00014002, 0x0001c004, 17 }, { 524287, 0x00002001, 0x00006001, 18 }, { 1048573, 0x00003001, 0x00005001, 19 }, { 2097143, 0x00004801, 0x00005801, 20 }, { 4194301, 0x00000c01, 0x00001401, 21 }, { 8388593, 0x00001e01, 0x00002201, 22 }, { 16777213, 0x00000301, 0x00000501, 23 }, { 33554393, 0x00001381, 0x00001481, 24 }, { 67108859, 0x00000141, 0x000001c1, 25 }, { 134217689, 0x000004e1, 0x00000521, 26 }, { 268435399, 0x00000391, 0x000003b1, 27 }, { 536870909, 0x00000019, 0x00000029, 28 }, { 1073741789, 0x0000008d, 0x00000095, 29 }, { 2147483647, 0x00000003, 0x00000007, 30 }, /* Avoid "decimal constant so large it is unsigned" for 4294967291. */ { 0xfffffffb, 0x00000006, 0x00000008, 31 } }; /* The following function returns an index into the above table of the nearest prime number which is greater than N, and near a power of two. */ static unsigned int higher_prime_index (unsigned long n) { unsigned int low = 0; unsigned int high = sizeof(prime_tab) / sizeof(prime_tab[0]); while (low != high) { unsigned int mid = low + (high - low) / 2; if (n > prime_tab[mid].prime) low = mid + 1; else high = mid; } /* If we've run out of primes, abort. */ if (n > prime_tab[low].prime) { fprintf (stderr, "Cannot find prime bigger than %lu\n", n); abort (); } return low; } /* Returns a hash code for P. */ static hashval_t hash_pointer (const PTR p) { return (hashval_t) ((long)p >> 3); } /* Returns non-zero if P1 and P2 are equal. */ static int eq_pointer (const PTR p1, const PTR p2) { return p1 == p2; } /* The parens around the function names in the next two definitions are essential in order to prevent macro expansions of the name. The bodies, however, are expanded as expected, so they are not recursive definitions. */ /* Return the current size of given hash table. */ #define htab_size(htab) ((htab)->size) size_t (htab_size) (htab_t htab) { return htab_size (htab); } /* Return the current number of elements in given hash table. */ #define htab_elements(htab) ((htab)->n_elements - (htab)->n_deleted) size_t (htab_elements) (htab_t htab) { return htab_elements (htab); } /* Return X % Y. */ static inline hashval_t htab_mod_1 (hashval_t x, hashval_t y, hashval_t inv, int shift) { /* The multiplicative inverses computed above are for 32-bit types, and requires that we be able to compute a highpart multiply. */ #ifdef UNSIGNED_64BIT_TYPE __extension__ typedef UNSIGNED_64BIT_TYPE ull; if (sizeof (hashval_t) * CHAR_BIT <= 32) { hashval_t t1, t2, t3, t4, q, r; t1 = ((ull)x * inv) >> 32; t2 = x - t1; t3 = t2 >> 1; t4 = t1 + t3; q = t4 >> shift; r = x - (q * y); return r; } #endif /* Otherwise just use the native division routines. */ return x % y; } /* Compute the primary hash for HASH given HTAB's current size. */ static inline hashval_t htab_mod (hashval_t hash, htab_t htab) { const struct prime_ent *p = &prime_tab[htab->size_prime_index]; return htab_mod_1 (hash, p->prime, p->inv, p->shift); } /* Compute the secondary hash for HASH given HTAB's current size. */ static inline hashval_t htab_mod_m2 (hashval_t hash, htab_t htab) { const struct prime_ent *p = &prime_tab[htab->size_prime_index]; return 1 + htab_mod_1 (hash, p->prime - 2, p->inv_m2, p->shift); } /* This function creates table with length slightly longer than given source length. Created hash table is initiated as empty (all the hash table entries are HTAB_EMPTY_ENTRY). The function returns the created hash table, or NULL if memory allocation fails. */ htab_t htab_create_alloc (size_t size, htab_hash hash_f, htab_eq eq_f, htab_del del_f, htab_alloc alloc_f, htab_free free_f) { htab_t result; unsigned int size_prime_index; size_prime_index = higher_prime_index (size); size = prime_tab[size_prime_index].prime; result = (htab_t) (*alloc_f) (1, sizeof (struct htab)); if (result == NULL) return NULL; result->entries = (PTR *) (*alloc_f) (size, sizeof (PTR)); if (result->entries == NULL) { if (free_f != NULL) (*free_f) (result); return NULL; } result->size = size; result->size_prime_index = size_prime_index; result->hash_f = hash_f; result->eq_f = eq_f; result->del_f = del_f; result->alloc_f = alloc_f; result->free_f = free_f; return result; } /* As above, but use the variants of alloc_f and free_f which accept an extra argument. */ htab_t htab_create_alloc_ex (size_t size, htab_hash hash_f, htab_eq eq_f, htab_del del_f, void *alloc_arg, htab_alloc_with_arg alloc_f, htab_free_with_arg free_f) { htab_t result; unsigned int size_prime_index; size_prime_index = higher_prime_index (size); size = prime_tab[size_prime_index].prime; result = (htab_t) (*alloc_f) (alloc_arg, 1, sizeof (struct htab)); if (result == NULL) return NULL; result->entries = (PTR *) (*alloc_f) (alloc_arg, size, sizeof (PTR)); if (result->entries == NULL) { if (free_f != NULL) (*free_f) (alloc_arg, result); return NULL; } result->size = size; result->size_prime_index = size_prime_index; result->hash_f = hash_f; result->eq_f = eq_f; result->del_f = del_f; result->alloc_arg = alloc_arg; result->alloc_with_arg_f = alloc_f; result->free_with_arg_f = free_f; return result; } /* Update the function pointers and allocation parameter in the htab_t. */ void htab_set_functions_ex (htab_t htab, htab_hash hash_f, htab_eq eq_f, htab_del del_f, PTR alloc_arg, htab_alloc_with_arg alloc_f, htab_free_with_arg free_f) { htab->hash_f = hash_f; htab->eq_f = eq_f; htab->del_f = del_f; htab->alloc_arg = alloc_arg; htab->alloc_with_arg_f = alloc_f; htab->free_with_arg_f = free_f; } /* These functions exist solely for backward compatibility. */ #undef htab_create htab_t htab_create (size_t size, htab_hash hash_f, htab_eq eq_f, htab_del del_f) { return htab_create_alloc (size, hash_f, eq_f, del_f, xcalloc, free); } htab_t htab_try_create (size_t size, htab_hash hash_f, htab_eq eq_f, htab_del del_f) { return htab_create_alloc (size, hash_f, eq_f, del_f, calloc, free); } /* This function frees all memory allocated for given hash table. Naturally the hash table must already exist. */ void htab_delete (htab_t htab) { size_t size = htab_size (htab); PTR *entries = htab->entries; int i; if (htab->del_f) for (i = size - 1; i >= 0; i--) if (entries[i] != HTAB_EMPTY_ENTRY && entries[i] != HTAB_DELETED_ENTRY) (*htab->del_f) (entries[i]); if (htab->free_f != NULL) { (*htab->free_f) (entries); (*htab->free_f) (htab); } else if (htab->free_with_arg_f != NULL) { (*htab->free_with_arg_f) (htab->alloc_arg, entries); (*htab->free_with_arg_f) (htab->alloc_arg, htab); } } /* This function clears all entries in the given hash table. */ void htab_empty (htab_t htab) { size_t size = htab_size (htab); PTR *entries = htab->entries; int i; if (htab->del_f) for (i = size - 1; i >= 0; i--) if (entries[i] != HTAB_EMPTY_ENTRY && entries[i] != HTAB_DELETED_ENTRY) (*htab->del_f) (entries[i]); /* Instead of clearing megabyte, downsize the table. */ if (size > 1024*1024 / sizeof (PTR)) { int nindex = higher_prime_index (1024 / sizeof (PTR)); int nsize = prime_tab[nindex].prime; if (htab->free_f != NULL) (*htab->free_f) (htab->entries); else if (htab->free_with_arg_f != NULL) (*htab->free_with_arg_f) (htab->alloc_arg, htab->entries); if (htab->alloc_with_arg_f != NULL) htab->entries = (PTR *) (*htab->alloc_with_arg_f) (htab->alloc_arg, nsize, sizeof (PTR *)); else htab->entries = (PTR *) (*htab->alloc_f) (nsize, sizeof (PTR *)); htab->size = nsize; htab->size_prime_index = nindex; } else memset (entries, 0, size * sizeof (PTR)); htab->n_deleted = 0; htab->n_elements = 0; } /* Similar to htab_find_slot, but without several unwanted side effects: - Does not call htab->eq_f when it finds an existing entry. - Does not change the count of elements/searches/collisions in the hash table. This function also assumes there are no deleted entries in the table. HASH is the hash value for the element to be inserted. */ static PTR * find_empty_slot_for_expand (htab_t htab, hashval_t hash) { hashval_t index = htab_mod (hash, htab); size_t size = htab_size (htab); PTR *slot = htab->entries + index; hashval_t hash2; if (*slot == HTAB_EMPTY_ENTRY) return slot; else if (*slot == HTAB_DELETED_ENTRY) abort (); hash2 = htab_mod_m2 (hash, htab); for (;;) { index += hash2; if (index >= size) index -= size; slot = htab->entries + index; if (*slot == HTAB_EMPTY_ENTRY) return slot; else if (*slot == HTAB_DELETED_ENTRY) abort (); } } /* The following function changes size of memory allocated for the entries and repeatedly inserts the table elements. The occupancy of the table after the call will be about 50%. Naturally the hash table must already exist. Remember also that the place of the table entries is changed. If memory allocation failures are allowed, this function will return zero, indicating that the table could not be expanded. If all goes well, it will return a non-zero value. */ static int htab_expand (htab_t htab) { PTR *oentries; PTR *olimit; PTR *p; PTR *nentries; size_t nsize, osize, elts; unsigned int oindex, nindex; oentries = htab->entries; oindex = htab->size_prime_index; osize = htab->size; olimit = oentries + osize; elts = htab_elements (htab); /* Resize only when table after removal of unused elements is either too full or too empty. */ if (elts * 2 > osize || (elts * 8 < osize && osize > 32)) { nindex = higher_prime_index (elts * 2); nsize = prime_tab[nindex].prime; } else { nindex = oindex; nsize = osize; } if (htab->alloc_with_arg_f != NULL) nentries = (PTR *) (*htab->alloc_with_arg_f) (htab->alloc_arg, nsize, sizeof (PTR *)); else nentries = (PTR *) (*htab->alloc_f) (nsize, sizeof (PTR *)); if (nentries == NULL) return 0; htab->entries = nentries; htab->size = nsize; htab->size_prime_index = nindex; htab->n_elements -= htab->n_deleted; htab->n_deleted = 0; p = oentries; do { PTR x = *p; if (x != HTAB_EMPTY_ENTRY && x != HTAB_DELETED_ENTRY) { PTR *q = find_empty_slot_for_expand (htab, (*htab->hash_f) (x)); *q = x; } p++; } while (p < olimit); if (htab->free_f != NULL) (*htab->free_f) (oentries); else if (htab->free_with_arg_f != NULL) (*htab->free_with_arg_f) (htab->alloc_arg, oentries); return 1; } /* This function searches for a hash table entry equal to the given element. It cannot be used to insert or delete an element. */ PTR htab_find_with_hash (htab_t htab, const PTR element, hashval_t hash) { hashval_t index, hash2; size_t size; PTR entry; htab->searches++; size = htab_size (htab); index = htab_mod (hash, htab); entry = htab->entries[index]; if (entry == HTAB_EMPTY_ENTRY || (entry != HTAB_DELETED_ENTRY && (*htab->eq_f) (entry, element))) return entry; hash2 = htab_mod_m2 (hash, htab); for (;;) { htab->collisions++; index += hash2; if (index >= size) index -= size; entry = htab->entries[index]; if (entry == HTAB_EMPTY_ENTRY || (entry != HTAB_DELETED_ENTRY && (*htab->eq_f) (entry, element))) return entry; } } /* Like htab_find_slot_with_hash, but compute the hash value from the element. */ PTR htab_find (htab_t htab, const PTR element) { return htab_find_with_hash (htab, element, (*htab->hash_f) (element)); } /* This function searches for a hash table slot containing an entry equal to the given element. To delete an entry, call this with insert=NO_INSERT, then call htab_clear_slot on the slot returned (possibly after doing some checks). To insert an entry, call this with insert=INSERT, then write the value you want into the returned slot. When inserting an entry, NULL may be returned if memory allocation fails. */ PTR * htab_find_slot_with_hash (htab_t htab, const PTR element, hashval_t hash, enum insert_option insert) { PTR *first_deleted_slot; hashval_t index, hash2; size_t size; PTR entry; size = htab_size (htab); if (insert == INSERT && size * 3 <= htab->n_elements * 4) { if (htab_expand (htab) == 0) return NULL; size = htab_size (htab); } index = htab_mod (hash, htab); htab->searches++; first_deleted_slot = NULL; entry = htab->entries[index]; if (entry == HTAB_EMPTY_ENTRY) goto empty_entry; else if (entry == HTAB_DELETED_ENTRY) first_deleted_slot = &htab->entries[index]; else if ((*htab->eq_f) (entry, element)) return &htab->entries[index]; hash2 = htab_mod_m2 (hash, htab); for (;;) { htab->collisions++; index += hash2; if (index >= size) index -= size; entry = htab->entries[index]; if (entry == HTAB_EMPTY_ENTRY) goto empty_entry; else if (entry == HTAB_DELETED_ENTRY) { if (!first_deleted_slot) first_deleted_slot = &htab->entries[index]; } else if ((*htab->eq_f) (entry, element)) return &htab->entries[index]; } empty_entry: if (insert == NO_INSERT) return NULL; if (first_deleted_slot) { htab->n_deleted--; *first_deleted_slot = HTAB_EMPTY_ENTRY; return first_deleted_slot; } htab->n_elements++; return &htab->entries[index]; } /* Like htab_find_slot_with_hash, but compute the hash value from the element. */ PTR * htab_find_slot (htab_t htab, const PTR element, enum insert_option insert) { return htab_find_slot_with_hash (htab, element, (*htab->hash_f) (element), insert); } /* This function deletes an element with the given value from hash table (the hash is computed from the element). If there is no matching element in the hash table, this function does nothing. */ void htab_remove_elt (htab_t htab, PTR element) { htab_remove_elt_with_hash (htab, element, (*htab->hash_f) (element)); } /* This function deletes an element with the given value from hash table. If there is no matching element in the hash table, this function does nothing. */ void htab_remove_elt_with_hash (htab_t htab, PTR element, hashval_t hash) { PTR *slot; slot = htab_find_slot_with_hash (htab, element, hash, NO_INSERT); if (*slot == HTAB_EMPTY_ENTRY) return; if (htab->del_f) (*htab->del_f) (*slot); *slot = HTAB_DELETED_ENTRY; htab->n_deleted++; } /* This function clears a specified slot in a hash table. It is useful when you've already done the lookup and don't want to do it again. */ void htab_clear_slot (htab_t htab, PTR *slot) { if (slot < htab->entries || slot >= htab->entries + htab_size (htab) || *slot == HTAB_EMPTY_ENTRY || *slot == HTAB_DELETED_ENTRY) abort (); if (htab->del_f) (*htab->del_f) (*slot); *slot = HTAB_DELETED_ENTRY; htab->n_deleted++; } /* This function scans over the entire hash table calling CALLBACK for each live entry. If CALLBACK returns false, the iteration stops. INFO is passed as CALLBACK's second argument. */ void htab_traverse_noresize (htab_t htab, htab_trav callback, PTR info) { PTR *slot; PTR *limit; slot = htab->entries; limit = slot + htab_size (htab); do { PTR x = *slot; if (x != HTAB_EMPTY_ENTRY && x != HTAB_DELETED_ENTRY) if (!(*callback) (slot, info)) break; } while (++slot < limit); } /* Like htab_traverse_noresize, but does resize the table when it is too empty to improve effectivity of subsequent calls. */ void htab_traverse (htab_t htab, htab_trav callback, PTR info) { if (htab_elements (htab) * 8 < htab_size (htab)) htab_expand (htab); htab_traverse_noresize (htab, callback, info); } /* Return the fraction of fixed collisions during all work with given hash table. */ double htab_collisions (htab_t htab) { if (htab->searches == 0) return 0.0; return (double) htab->collisions / (double) htab->searches; } /* Hash P as a null-terminated string. Copied from gcc/hashtable.c. Zack had the following to say with respect to applicability, though note that unlike hashtable.c, this hash table implementation re-hashes rather than chain buckets. http://gcc.gnu.org/ml/gcc-patches/2001-08/msg01021.html From: Zack Weinberg Date: Fri, 17 Aug 2001 02:15:56 -0400 I got it by extracting all the identifiers from all the source code I had lying around in mid-1999, and testing many recurrences of the form "H_n = H_{n-1} * K + c_n * L + M" where K, L, M were either prime numbers or the appropriate identity. This was the best one. I don't remember exactly what constituted "best", except I was looking at bucket-length distributions mostly. So it should be very good at hashing identifiers, but might not be as good at arbitrary strings. I'll add that it thoroughly trounces the hash functions recommended for this use at http://burtleburtle.net/bob/hash/index.html, both on speed and bucket distribution. I haven't tried it against the function they just started using for Perl's hashes. */ hashval_t htab_hash_string (const PTR p) { const unsigned char *str = (const unsigned char *) p; hashval_t r = 0; unsigned char c; while ((c = *str++) != 0) r = r * 67 + c - 113; return r; } /* DERIVED FROM: -------------------------------------------------------------------- lookup2.c, by Bob Jenkins, December 1996, Public Domain. hash(), hash2(), hash3, and mix() are externally useful functions. Routines to test the hash are included if SELF_TEST is defined. You can use this free for any purpose. It has no warranty. -------------------------------------------------------------------- */ /* -------------------------------------------------------------------- mix -- mix 3 32-bit values reversibly. For every delta with one or two bit set, and the deltas of all three high bits or all three low bits, whether the original value of a,b,c is almost all zero or is uniformly distributed, * If mix() is run forward or backward, at least 32 bits in a,b,c have at least 1/4 probability of changing. * If mix() is run forward, every bit of c will change between 1/3 and 2/3 of the time. (Well, 22/100 and 78/100 for some 2-bit deltas.) mix() was built out of 36 single-cycle latency instructions in a structure that could supported 2x parallelism, like so: a -= b; a -= c; x = (c>>13); b -= c; a ^= x; b -= a; x = (a<<8); c -= a; b ^= x; c -= b; x = (b>>13); ... Unfortunately, superscalar Pentiums and Sparcs can't take advantage of that parallelism. They've also turned some of those single-cycle latency instructions into multi-cycle latency instructions. Still, this is the fastest good hash I could find. There were about 2^^68 to choose from. I only looked at a billion or so. -------------------------------------------------------------------- */ /* same, but slower, works on systems that might have 8 byte hashval_t's */ #define mix(a,b,c) \ { \ a -= b; a -= c; a ^= (c>>13); \ b -= c; b -= a; b ^= (a<< 8); \ c -= a; c -= b; c ^= ((b&0xffffffff)>>13); \ a -= b; a -= c; a ^= ((c&0xffffffff)>>12); \ b -= c; b -= a; b = (b ^ (a<<16)) & 0xffffffff; \ c -= a; c -= b; c = (c ^ (b>> 5)) & 0xffffffff; \ a -= b; a -= c; a = (a ^ (c>> 3)) & 0xffffffff; \ b -= c; b -= a; b = (b ^ (a<<10)) & 0xffffffff; \ c -= a; c -= b; c = (c ^ (b>>15)) & 0xffffffff; \ } /* -------------------------------------------------------------------- hash() -- hash a variable-length key into a 32-bit value k : the key (the unaligned variable-length array of bytes) len : the length of the key, counting by bytes level : can be any 4-byte value Returns a 32-bit value. Every bit of the key affects every bit of the return value. Every 1-bit and 2-bit delta achieves avalanche. About 36+6len instructions. The best hash table sizes are powers of 2. There is no need to do mod a prime (mod is sooo slow!). If you need less than 32 bits, use a bitmask. For example, if you need only 10 bits, do h = (h & hashmask(10)); In which case, the hash table should have hashsize(10) elements. If you are hashing n strings (ub1 **)k, do it like this: for (i=0, h=0; i= 12) /* aligned */ { a += *(hashval_t *)(k+0); b += *(hashval_t *)(k+4); c += *(hashval_t *)(k+8); mix(a,b,c); k += 12; len -= 12; } else /* unaligned */ #endif while (len >= 12) { a += (k[0] +((hashval_t)k[1]<<8) +((hashval_t)k[2]<<16) +((hashval_t)k[3]<<24)); b += (k[4] +((hashval_t)k[5]<<8) +((hashval_t)k[6]<<16) +((hashval_t)k[7]<<24)); c += (k[8] +((hashval_t)k[9]<<8) +((hashval_t)k[10]<<16)+((hashval_t)k[11]<<24)); mix(a,b,c); k += 12; len -= 12; } /*------------------------------------- handle the last 11 bytes */ c += length; switch(len) /* all the case statements fall through */ { case 11: c+=((hashval_t)k[10]<<24); case 10: c+=((hashval_t)k[9]<<16); case 9 : c+=((hashval_t)k[8]<<8); /* the first byte of c is reserved for the length */ case 8 : b+=((hashval_t)k[7]<<24); case 7 : b+=((hashval_t)k[6]<<16); case 6 : b+=((hashval_t)k[5]<<8); case 5 : b+=k[4]; case 4 : a+=((hashval_t)k[3]<<24); case 3 : a+=((hashval_t)k[2]<<16); case 2 : a+=((hashval_t)k[1]<<8); case 1 : a+=k[0]; /* case 0: nothing left to add */ } mix(a,b,c); /*-------------------------------------------- report the result */ return c; } sdcc-2.9.0/support/cpp/libiberty/hashtab.h000066400000000000000000000161401116427777700205310ustar00rootroot00000000000000/* An expandable hash tables datatype. Copyright (C) 1999, 2000, 2002, 2003, 2004 Free Software Foundation, Inc. Contributed by Vladimir Makarov (vmakarov@cygnus.com). This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* This package implements basic hash table functionality. It is possible to search for an entry, create an entry and destroy an entry. Elements in the table are generic pointers. The size of the table is not fixed; if the occupancy of the table grows too high the hash table will be expanded. The abstract data implementation is based on generalized Algorithm D from Knuth's book "The art of computer programming". Hash table is expanded by creation of new hash table and transferring elements from the old table to the new table. */ #ifndef __HASHTAB_H__ #define __HASHTAB_H__ #ifdef __cplusplus extern "C" { #endif /* __cplusplus */ #include "ansidecl.h" #ifndef GTY #define GTY(X) #endif /* The type for a hash code. */ typedef unsigned int hashval_t; /* Callback function pointer types. */ /* Calculate hash of a table entry. */ typedef hashval_t (*htab_hash) (const void *); /* Compare a table entry with a possible entry. The entry already in the table always comes first, so the second element can be of a different type (but in this case htab_find and htab_find_slot cannot be used; instead the variants that accept a hash value must be used). */ typedef int (*htab_eq) (const void *, const void *); /* Cleanup function called whenever a live element is removed from the hash table. */ typedef void (*htab_del) (void *); /* Function called by htab_traverse for each live element. The first arg is the slot of the element (which can be passed to htab_clear_slot if desired), the second arg is the auxiliary pointer handed to htab_traverse. Return 1 to continue scan, 0 to stop. */ typedef int (*htab_trav) (void **, void *); /* Memory-allocation function, with the same functionality as calloc(). Iff it returns NULL, the hash table implementation will pass an error code back to the user, so if your code doesn't handle errors, best if you use xcalloc instead. */ typedef void *(*htab_alloc) (size_t, size_t); /* We also need a free() routine. */ typedef void (*htab_free) (void *); /* Memory allocation and deallocation; variants which take an extra argument. */ typedef void *(*htab_alloc_with_arg) (void *, size_t, size_t); typedef void (*htab_free_with_arg) (void *, void *); /* This macro defines reserved value for empty table entry. */ #define HTAB_EMPTY_ENTRY ((PTR) 0) /* This macro defines reserved value for table entry which contained a deleted element. */ #define HTAB_DELETED_ENTRY ((PTR) 1) /* Hash tables are of the following type. The structure (implementation) of this type is not needed for using the hash tables. All work with hash table should be executed only through functions mentioned below. The size of this structure is subject to change. */ struct htab GTY(()) { /* Pointer to hash function. */ htab_hash hash_f; /* Pointer to comparison function. */ htab_eq eq_f; /* Pointer to cleanup function. */ htab_del del_f; /* Table itself. */ void ** GTY ((use_param, length ("%h.size"))) entries; /* Current size (in entries) of the hash table. */ size_t size; /* Current number of elements including also deleted elements. */ size_t n_elements; /* Current number of deleted elements in the table. */ size_t n_deleted; /* The following member is used for debugging. Its value is number of all calls of `htab_find_slot' for the hash table. */ unsigned int searches; /* The following member is used for debugging. Its value is number of collisions fixed for time of work with the hash table. */ unsigned int collisions; /* Pointers to allocate/free functions. */ htab_alloc alloc_f; htab_free free_f; /* Alternate allocate/free functions, which take an extra argument. */ void * GTY((skip)) alloc_arg; htab_alloc_with_arg alloc_with_arg_f; htab_free_with_arg free_with_arg_f; /* Current size (in entries) of the hash table, as an index into the table of primes. */ unsigned int size_prime_index; }; typedef struct htab *htab_t; /* An enum saying whether we insert into the hash table or not. */ enum insert_option {NO_INSERT, INSERT}; /* The prototypes of the package functions. */ extern htab_t htab_create_alloc (size_t, htab_hash, htab_eq, htab_del, htab_alloc, htab_free); extern htab_t htab_create_alloc_ex (size_t, htab_hash, htab_eq, htab_del, void *, htab_alloc_with_arg, htab_free_with_arg); /* Backward-compatibility functions. */ extern htab_t htab_create (size_t, htab_hash, htab_eq, htab_del); extern htab_t htab_try_create (size_t, htab_hash, htab_eq, htab_del); extern void htab_set_functions_ex (htab_t, htab_hash, htab_eq, htab_del, void *, htab_alloc_with_arg, htab_free_with_arg); extern void htab_delete (htab_t); extern void htab_empty (htab_t); extern void * htab_find (htab_t, const void *); extern void ** htab_find_slot (htab_t, const void *, enum insert_option); extern void * htab_find_with_hash (htab_t, const void *, hashval_t); extern void ** htab_find_slot_with_hash (htab_t, const void *, hashval_t, enum insert_option); extern void htab_clear_slot (htab_t, void **); extern void htab_remove_elt (htab_t, void *); extern void htab_remove_elt_with_hash (htab_t, void *, hashval_t); extern void htab_traverse (htab_t, htab_trav, void *); extern void htab_traverse_noresize (htab_t, htab_trav, void *); extern size_t htab_size (htab_t); extern size_t htab_elements (htab_t); extern double htab_collisions (htab_t); /* A hash function for pointers. */ extern htab_hash htab_hash_pointer; /* An equality function for pointers. */ extern htab_eq htab_eq_pointer; /* A hash function for null-terminated strings. */ extern hashval_t htab_hash_string (const void *); /* An iterative hash function for arbitrary data. */ extern hashval_t iterative_hash (const void *, size_t, hashval_t); /* Shorthand for hashing something with an intrinsic size. */ #define iterative_hash_object(OB,INIT) iterative_hash (&OB, sizeof (OB), INIT) #ifdef __cplusplus } #endif /* __cplusplus */ #endif /* __HASHTAB_H */ sdcc-2.9.0/support/cpp/libiberty/hex.c000066400000000000000000000156541116427777700177070ustar00rootroot00000000000000/* Hex character manipulation support. Copyright (C) 1995, 2001 Free Software Foundation, Inc. This file is part of the libiberty library. Libiberty is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. Libiberty is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with libiberty; see the file COPYING.LIB. If not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ #include /* for EOF */ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include "libiberty.h" #include "safe-ctype.h" /* for HOST_CHARSET_ASCII */ #if EOF != -1 #error "hex.c requires EOF == -1" #endif /* @deftypefn Extension void hex_init (void) Initializes the array mapping the current character set to corresponding hex values. This function must be called before any call to @code{hex_p} or @code{hex_value}. If you fail to call it, a default ASCII-based table will normally be used on ASCII systems. @end deftypefn @deftypefn Extension int hex_p (int @var{c}) Evaluates to non-zero if the given character is a valid hex character, or zero if it is not. Note that the value you pass will be cast to @code{unsigned char} within the macro. @end deftypefn @deftypefn Extension {unsigned int} hex_value (int @var{c}) Returns the numeric equivalent of the given character when interpreted as a hexadecimal digit. The result is undefined if you pass an invalid hex digit. Note that the value you pass will be cast to @code{unsigned char} within the macro. The @code{hex_value} macro returns @code{unsigned int}, rather than signed @code{int}, to make it easier to use in parsing addresses from hex dump files: a signed @code{int} would be sign-extended when converted to a wider unsigned type --- like @code{bfd_vma}, on some systems. @end deftypefn @undocumented _hex_array_size @undocumented _hex_bad @undocumented _hex_value */ /* Are we ASCII? */ #if HOST_CHARSET == HOST_CHARSET_ASCII const unsigned char _hex_value[_hex_array_size] = { _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* NUL SOH STX ETX */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* EOT ENQ ACK BEL */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* BS HT LF VT */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* FF CR SO SI */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* DLE DC1 DC2 DC3 */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* DC4 NAK SYN ETB */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* CAN EM SUB ESC */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* FS GS RS US */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* SP ! " # */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* $ % & ' */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* ( ) * + */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* , - . / */ 0, 1, 2, 3, /* 0 1 2 3 */ 4, 5, 6, 7, /* 4 5 6 7 */ 8, 9, _hex_bad, _hex_bad, /* 8 9 : ; */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* < = > ? */ _hex_bad, 10, 11, 12, /* @ A B C */ 13, 14, 15, _hex_bad, /* D E F G */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* H I J K */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* L M N O */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* P Q R S */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* T U V W */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* X Y Z [ */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* \ ] ^ _ */ _hex_bad, 10, 11, 12, /* ` a b c */ 13, 14, 15, _hex_bad, /* d e f g */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* h i j k */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* l m n o */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* p q r s */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* t u v w */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* x y z { */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, /* | } ~ DEL */ /* The high half of unsigned char, all values are _hex_bad. */ _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, _hex_bad, }; #define HEX_TABLE_INITIALIZED #else unsigned char _hex_value[_hex_array_size]; #endif /* not ASCII */ void hex_init (void) { #ifndef HEX_TABLE_INITIALIZED int i; for (i=0; i<_hex_array_size; i++) { switch (i) { case '0': _hex_value[i] = 0; break; case '1': _hex_value[i] = 1; break; case '2': _hex_value[i] = 2; break; case '3': _hex_value[i] = 3; break; case '4': _hex_value[i] = 4; break; case '5': _hex_value[i] = 5; break; case '6': _hex_value[i] = 6; break; case '7': _hex_value[i] = 7; break; case '8': _hex_value[i] = 8; break; case '9': _hex_value[i] = 9; break; case 'a': case 'A': _hex_value[i] = 10; break; case 'b': case 'B': _hex_value[i] = 11; break; case 'c': case 'C': _hex_value[i] = 12; break; case 'd': case 'D': _hex_value[i] = 13; break; case 'e': case 'E': _hex_value[i] = 14; break; case 'f': case 'F': _hex_value[i] = 15; break; default: _hex_value[i] = _hex_bad; break; } } #endif } sdcc-2.9.0/support/cpp/libiberty/lbasename.c000066400000000000000000000037301116427777700210420ustar00rootroot00000000000000/* Libiberty basename. Like basename, but is not overridden by the system C library. Copyright (C) 2001, 2002 Free Software Foundation, Inc. This file is part of the libiberty library. Libiberty is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. Libiberty is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with libiberty; see the file COPYING.LIB. If not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* @deftypefn Replacement {const char*} lbasename (const char *@var{name}) Given a pointer to a string containing a typical pathname (@samp{/usr/src/cmd/ls/ls.c} for example), returns a pointer to the last component of the pathname (@samp{ls.c} in this case). The returned pointer is guaranteed to lie within the original string. This latter fact is not true of many vendor C libraries, which return special strings or modify the passed strings for particular input. In particular, the empty string returns the same empty string, and a path ending in @code{/} returns the empty string after it. @end deftypefn */ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include "ansidecl.h" #include "libiberty.h" #include "safe-ctype.h" #include "filenames.h" const char * lbasename (const char *name) { const char *base; #if defined (HAVE_DOS_BASED_FILE_SYSTEM) /* Skip over a possible disk name. */ if (ISALPHA (name[0]) && name[1] == ':') name += 2; #endif for (base = name; *name; name++) if (IS_DIR_SEPARATOR (*name)) base = name + 1; return base; } sdcc-2.9.0/support/cpp/libiberty/md5.c000066400000000000000000000333071116427777700176030ustar00rootroot00000000000000/* md5.c - Functions to compute MD5 message digest of files or memory blocks according to the definition of MD5 in RFC 1321 from April 1992. Copyright (C) 1995, 1996 Free Software Foundation, Inc. NOTE: This source is derived from an old version taken from the GNU C Library (glibc). This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* Written by Ulrich Drepper , 1995. */ #ifdef HAVE_CONFIG_H # include #endif #include #if STDC_HEADERS || defined _LIBC # include # include #else # ifndef HAVE_MEMCPY # define memcpy(d, s, n) bcopy ((s), (d), (n)) # endif #endif #include "ansidecl.h" #include "md5.h" #ifdef _LIBC # include # if __BYTE_ORDER == __BIG_ENDIAN # define WORDS_BIGENDIAN 1 # endif #endif #ifdef WORDS_BIGENDIAN # define SWAP(n) \ (((n) << 24) | (((n) & 0xff00) << 8) | (((n) >> 8) & 0xff00) | ((n) >> 24)) #else # define SWAP(n) (n) #endif /* This array contains the bytes used to pad the buffer to the next 64-byte boundary. (RFC 1321, 3.1: Step 1) */ static const unsigned char fillbuf[64] = { 0x80, 0 /* , 0, 0, ... */ }; /* Initialize structure containing state of computation. (RFC 1321, 3.3: Step 3) */ void md5_init_ctx (struct md5_ctx *ctx) { ctx->A = (md5_uint32) 0x67452301; ctx->B = (md5_uint32) 0xefcdab89; ctx->C = (md5_uint32) 0x98badcfe; ctx->D = (md5_uint32) 0x10325476; ctx->total[0] = ctx->total[1] = 0; ctx->buflen = 0; } /* Put result from CTX in first 16 bytes following RESBUF. The result must be in little endian byte order. IMPORTANT: On some systems it is required that RESBUF is correctly aligned for a 32 bits value. */ void * md5_read_ctx (const struct md5_ctx *ctx, void *resbuf) { ((md5_uint32 *) resbuf)[0] = SWAP (ctx->A); ((md5_uint32 *) resbuf)[1] = SWAP (ctx->B); ((md5_uint32 *) resbuf)[2] = SWAP (ctx->C); ((md5_uint32 *) resbuf)[3] = SWAP (ctx->D); return resbuf; } /* Process the remaining bytes in the internal buffer and the usual prolog according to the standard and write the result to RESBUF. IMPORTANT: On some systems it is required that RESBUF is correctly aligned for a 32 bits value. */ void * md5_finish_ctx (struct md5_ctx *ctx, void *resbuf) { /* Take yet unprocessed bytes into account. */ md5_uint32 bytes = ctx->buflen; size_t pad; /* Now count remaining bytes. */ ctx->total[0] += bytes; if (ctx->total[0] < bytes) ++ctx->total[1]; pad = bytes >= 56 ? 64 + 56 - bytes : 56 - bytes; memcpy (&ctx->buffer[bytes], fillbuf, pad); /* Put the 64-bit file length in *bits* at the end of the buffer. */ *(md5_uint32 *) &ctx->buffer[bytes + pad] = SWAP (ctx->total[0] << 3); *(md5_uint32 *) &ctx->buffer[bytes + pad + 4] = SWAP ((ctx->total[1] << 3) | (ctx->total[0] >> 29)); /* Process last bytes. */ md5_process_block (ctx->buffer, bytes + pad + 8, ctx); return md5_read_ctx (ctx, resbuf); } /* Compute MD5 message digest for bytes read from STREAM. The resulting message digest number will be written into the 16 bytes beginning at RESBLOCK. */ int md5_stream (FILE *stream, void *resblock) { /* Important: BLOCKSIZE must be a multiple of 64. */ #define BLOCKSIZE 4096 struct md5_ctx ctx; char buffer[BLOCKSIZE + 72]; size_t sum; /* Initialize the computation context. */ md5_init_ctx (&ctx); /* Iterate over full file contents. */ while (1) { /* We read the file in blocks of BLOCKSIZE bytes. One call of the computation function processes the whole buffer so that with the next round of the loop another block can be read. */ size_t n; sum = 0; /* Read block. Take care for partial reads. */ do { n = fread (buffer + sum, 1, BLOCKSIZE - sum, stream); sum += n; } while (sum < BLOCKSIZE && n != 0); if (n == 0 && ferror (stream)) return 1; /* If end of file is reached, end the loop. */ if (n == 0) break; /* Process buffer with BLOCKSIZE bytes. Note that BLOCKSIZE % 64 == 0 */ md5_process_block (buffer, BLOCKSIZE, &ctx); } /* Add the last bytes if necessary. */ if (sum > 0) md5_process_bytes (buffer, sum, &ctx); /* Construct result in desired memory. */ md5_finish_ctx (&ctx, resblock); return 0; } /* Compute MD5 message digest for LEN bytes beginning at BUFFER. The result is always in little endian byte order, so that a byte-wise output yields to the wanted ASCII representation of the message digest. */ void * md5_buffer (const char *buffer, size_t len, void *resblock) { struct md5_ctx ctx; /* Initialize the computation context. */ md5_init_ctx (&ctx); /* Process whole buffer but last len % 64 bytes. */ md5_process_bytes (buffer, len, &ctx); /* Put result in desired memory area. */ return md5_finish_ctx (&ctx, resblock); } void md5_process_bytes (const void *buffer, size_t len, struct md5_ctx *ctx) { /* When we already have some bits in our internal buffer concatenate both inputs first. */ if (ctx->buflen != 0) { size_t left_over = ctx->buflen; size_t add = 128 - left_over > len ? len : 128 - left_over; memcpy (&ctx->buffer[left_over], buffer, add); ctx->buflen += add; if (left_over + add > 64) { md5_process_block (ctx->buffer, (left_over + add) & ~63, ctx); /* The regions in the following copy operation cannot overlap. */ memcpy (ctx->buffer, &ctx->buffer[(left_over + add) & ~63], (left_over + add) & 63); ctx->buflen = (left_over + add) & 63; } buffer = (const void *) ((const char *) buffer + add); len -= add; } /* Process available complete blocks. */ if (len > 64) { #if !_STRING_ARCH_unaligned /* To check alignment gcc has an appropriate operator. Other compilers don't. */ # if __GNUC__ >= 2 # define UNALIGNED_P(p) (((md5_uintptr) p) % __alignof__ (md5_uint32) != 0) # else # define UNALIGNED_P(p) (((md5_uintptr) p) % sizeof (md5_uint32) != 0) # endif if (UNALIGNED_P (buffer)) while (len > 64) { md5_process_block (memcpy (ctx->buffer, buffer, 64), 64, ctx); buffer = (const char *) buffer + 64; len -= 64; } else #endif md5_process_block (buffer, len & ~63, ctx); buffer = (const void *) ((const char *) buffer + (len & ~63)); len &= 63; } /* Move remaining bytes in internal buffer. */ if (len > 0) { memcpy (ctx->buffer, buffer, len); ctx->buflen = len; } } /* These are the four functions used in the four steps of the MD5 algorithm and defined in the RFC 1321. The first function is a little bit optimized (as found in Colin Plumbs public domain implementation). */ /* #define FF(b, c, d) ((b & c) | (~b & d)) */ #define FF(b, c, d) (d ^ (b & (c ^ d))) #define FG(b, c, d) FF (d, b, c) #define FH(b, c, d) (b ^ c ^ d) #define FI(b, c, d) (c ^ (b | ~d)) /* Process LEN bytes of BUFFER, accumulating context into CTX. It is assumed that LEN % 64 == 0. */ void md5_process_block (const void *buffer, size_t len, struct md5_ctx *ctx) { md5_uint32 correct_words[16]; const md5_uint32 *words = (const md5_uint32 *) buffer; size_t nwords = len / sizeof (md5_uint32); const md5_uint32 *endp = words + nwords; md5_uint32 A = ctx->A; md5_uint32 B = ctx->B; md5_uint32 C = ctx->C; md5_uint32 D = ctx->D; /* First increment the byte count. RFC 1321 specifies the possible length of the file up to 2^64 bits. Here we only compute the number of bytes. Do a double word increment. */ ctx->total[0] += len; if (ctx->total[0] < len) ++ctx->total[1]; /* Process all bytes in the buffer with 64 bytes in each round of the loop. */ while (words < endp) { md5_uint32 *cwp = correct_words; md5_uint32 A_save = A; md5_uint32 B_save = B; md5_uint32 C_save = C; md5_uint32 D_save = D; /* First round: using the given function, the context and a constant the next context is computed. Because the algorithms processing unit is a 32-bit word and it is determined to work on words in little endian byte order we perhaps have to change the byte order before the computation. To reduce the work for the next steps we store the swapped words in the array CORRECT_WORDS. */ #define OP(a, b, c, d, s, T) \ do \ { \ a += FF (b, c, d) + (*cwp++ = SWAP (*words)) + T; \ ++words; \ CYCLIC (a, s); \ a += b; \ } \ while (0) /* It is unfortunate that C does not provide an operator for cyclic rotation. Hope the C compiler is smart enough. */ #define CYCLIC(w, s) (w = (w << s) | (w >> (32 - s))) /* Before we start, one word to the strange constants. They are defined in RFC 1321 as T[i] = (int) (4294967296.0 * fabs (sin (i))), i=1..64 */ /* Round 1. */ OP (A, B, C, D, 7, (md5_uint32) 0xd76aa478); OP (D, A, B, C, 12, (md5_uint32) 0xe8c7b756); OP (C, D, A, B, 17, (md5_uint32) 0x242070db); OP (B, C, D, A, 22, (md5_uint32) 0xc1bdceee); OP (A, B, C, D, 7, (md5_uint32) 0xf57c0faf); OP (D, A, B, C, 12, (md5_uint32) 0x4787c62a); OP (C, D, A, B, 17, (md5_uint32) 0xa8304613); OP (B, C, D, A, 22, (md5_uint32) 0xfd469501); OP (A, B, C, D, 7, (md5_uint32) 0x698098d8); OP (D, A, B, C, 12, (md5_uint32) 0x8b44f7af); OP (C, D, A, B, 17, (md5_uint32) 0xffff5bb1); OP (B, C, D, A, 22, (md5_uint32) 0x895cd7be); OP (A, B, C, D, 7, (md5_uint32) 0x6b901122); OP (D, A, B, C, 12, (md5_uint32) 0xfd987193); OP (C, D, A, B, 17, (md5_uint32) 0xa679438e); OP (B, C, D, A, 22, (md5_uint32) 0x49b40821); /* For the second to fourth round we have the possibly swapped words in CORRECT_WORDS. Redefine the macro to take an additional first argument specifying the function to use. */ #undef OP #define OP(a, b, c, d, k, s, T) \ do \ { \ a += FX (b, c, d) + correct_words[k] + T; \ CYCLIC (a, s); \ a += b; \ } \ while (0) #define FX(b, c, d) FG (b, c, d) /* Round 2. */ OP (A, B, C, D, 1, 5, (md5_uint32) 0xf61e2562); OP (D, A, B, C, 6, 9, (md5_uint32) 0xc040b340); OP (C, D, A, B, 11, 14, (md5_uint32) 0x265e5a51); OP (B, C, D, A, 0, 20, (md5_uint32) 0xe9b6c7aa); OP (A, B, C, D, 5, 5, (md5_uint32) 0xd62f105d); OP (D, A, B, C, 10, 9, (md5_uint32) 0x02441453); OP (C, D, A, B, 15, 14, (md5_uint32) 0xd8a1e681); OP (B, C, D, A, 4, 20, (md5_uint32) 0xe7d3fbc8); OP (A, B, C, D, 9, 5, (md5_uint32) 0x21e1cde6); OP (D, A, B, C, 14, 9, (md5_uint32) 0xc33707d6); OP (C, D, A, B, 3, 14, (md5_uint32) 0xf4d50d87); OP (B, C, D, A, 8, 20, (md5_uint32) 0x455a14ed); OP (A, B, C, D, 13, 5, (md5_uint32) 0xa9e3e905); OP (D, A, B, C, 2, 9, (md5_uint32) 0xfcefa3f8); OP (C, D, A, B, 7, 14, (md5_uint32) 0x676f02d9); OP (B, C, D, A, 12, 20, (md5_uint32) 0x8d2a4c8a); #undef FX #define FX(b, c, d) FH (b, c, d) /* Round 3. */ OP (A, B, C, D, 5, 4, (md5_uint32) 0xfffa3942); OP (D, A, B, C, 8, 11, (md5_uint32) 0x8771f681); OP (C, D, A, B, 11, 16, (md5_uint32) 0x6d9d6122); OP (B, C, D, A, 14, 23, (md5_uint32) 0xfde5380c); OP (A, B, C, D, 1, 4, (md5_uint32) 0xa4beea44); OP (D, A, B, C, 4, 11, (md5_uint32) 0x4bdecfa9); OP (C, D, A, B, 7, 16, (md5_uint32) 0xf6bb4b60); OP (B, C, D, A, 10, 23, (md5_uint32) 0xbebfbc70); OP (A, B, C, D, 13, 4, (md5_uint32) 0x289b7ec6); OP (D, A, B, C, 0, 11, (md5_uint32) 0xeaa127fa); OP (C, D, A, B, 3, 16, (md5_uint32) 0xd4ef3085); OP (B, C, D, A, 6, 23, (md5_uint32) 0x04881d05); OP (A, B, C, D, 9, 4, (md5_uint32) 0xd9d4d039); OP (D, A, B, C, 12, 11, (md5_uint32) 0xe6db99e5); OP (C, D, A, B, 15, 16, (md5_uint32) 0x1fa27cf8); OP (B, C, D, A, 2, 23, (md5_uint32) 0xc4ac5665); #undef FX #define FX(b, c, d) FI (b, c, d) /* Round 4. */ OP (A, B, C, D, 0, 6, (md5_uint32) 0xf4292244); OP (D, A, B, C, 7, 10, (md5_uint32) 0x432aff97); OP (C, D, A, B, 14, 15, (md5_uint32) 0xab9423a7); OP (B, C, D, A, 5, 21, (md5_uint32) 0xfc93a039); OP (A, B, C, D, 12, 6, (md5_uint32) 0x655b59c3); OP (D, A, B, C, 3, 10, (md5_uint32) 0x8f0ccc92); OP (C, D, A, B, 10, 15, (md5_uint32) 0xffeff47d); OP (B, C, D, A, 1, 21, (md5_uint32) 0x85845dd1); OP (A, B, C, D, 8, 6, (md5_uint32) 0x6fa87e4f); OP (D, A, B, C, 15, 10, (md5_uint32) 0xfe2ce6e0); OP (C, D, A, B, 6, 15, (md5_uint32) 0xa3014314); OP (B, C, D, A, 13, 21, (md5_uint32) 0x4e0811a1); OP (A, B, C, D, 4, 6, (md5_uint32) 0xf7537e82); OP (D, A, B, C, 11, 10, (md5_uint32) 0xbd3af235); OP (C, D, A, B, 2, 15, (md5_uint32) 0x2ad7d2bb); OP (B, C, D, A, 9, 21, (md5_uint32) 0xeb86d391); /* Add the starting values of the context. */ A += A_save; B += B_save; C += C_save; D += D_save; } /* Put checksum in context given as argument. */ ctx->A = A; ctx->B = B; ctx->C = C; ctx->D = D; } sdcc-2.9.0/support/cpp/libiberty/obstack.c000066400000000000000000000377141116427777700205520ustar00rootroot00000000000000/* obstack.c - subroutines used implicitly by object stack macros Copyright (C) 1988,89,90,91,92,93,94,96,97 Free Software Foundation, Inc. NOTE: This source is derived from an old version taken from the GNU C Library (glibc). This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ #ifdef HAVE_CONFIG_H #include #endif #include "obstack.h" /* NOTE BEFORE MODIFYING THIS FILE: This version number must be incremented whenever callers compiled using an old obstack.h can no longer properly call the functions in this obstack.c. */ #define OBSTACK_INTERFACE_VERSION 1 /* Comment out all this code if we are using the GNU C Library, and are not actually compiling the library itself, and the installed library supports the same library interface we do. This code is part of the GNU C Library, but also included in many other GNU distributions. Compiling and linking in this code is a waste when using the GNU C library (especially if it is a shared library). Rather than having every GNU program understand `configure --with-gnu-libc' and omit the object files, it is simpler to just do this in the source for each such file. */ #include /* Random thing to get __GNU_LIBRARY__. */ #if !defined (_LIBC) && defined (__GNU_LIBRARY__) && __GNU_LIBRARY__ > 1 #include #if _GNU_OBSTACK_INTERFACE_VERSION == OBSTACK_INTERFACE_VERSION #define ELIDE_CODE #endif #endif #ifndef ELIDE_CODE #define POINTER void * /* Determine default alignment. */ struct fooalign {char x; double d;}; #define DEFAULT_ALIGNMENT \ ((PTR_INT_TYPE) ((char *) &((struct fooalign *) 0)->d - (char *) 0)) /* If malloc were really smart, it would round addresses to DEFAULT_ALIGNMENT. But in fact it might be less smart and round addresses to as much as DEFAULT_ROUNDING. So we prepare for it to do that. */ union fooround {long x; double d;}; #define DEFAULT_ROUNDING (sizeof (union fooround)) /* When we copy a long block of data, this is the unit to do it with. On some machines, copying successive ints does not work; in such a case, redefine COPYING_UNIT to `long' (if that works) or `char' as a last resort. */ #ifndef COPYING_UNIT #define COPYING_UNIT int #endif /* The functions allocating more room by calling `obstack_chunk_alloc' jump to the handler pointed to by `obstack_alloc_failed_handler'. This variable by default points to the internal function `print_and_abort'. */ static void print_and_abort (void); void (*obstack_alloc_failed_handler) (void) = print_and_abort; /* Exit value used when `print_and_abort' is used. */ #if defined __GNU_LIBRARY__ || defined HAVE_STDLIB_H #include #endif #ifndef EXIT_FAILURE #define EXIT_FAILURE 1 #endif int obstack_exit_failure = EXIT_FAILURE; /* The non-GNU-C macros copy the obstack into this global variable to avoid multiple evaluation. */ struct obstack *_obstack; /* Define a macro that either calls functions with the traditional malloc/free calling interface, or calls functions with the mmalloc/mfree interface (that adds an extra first argument), based on the state of use_extra_arg. For free, do not use ?:, since some compilers, like the MIPS compilers, do not allow (expr) ? void : void. */ #if defined (__STDC__) && __STDC__ #define CALL_CHUNKFUN(h, size) \ (((h) -> use_extra_arg) \ ? (*(h)->chunkfun) ((h)->extra_arg, (size)) \ : (*(struct _obstack_chunk *(*) (long)) (h)->chunkfun) ((size))) #define CALL_FREEFUN(h, old_chunk) \ do { \ if ((h) -> use_extra_arg) \ (*(h)->freefun) ((h)->extra_arg, (old_chunk)); \ else \ (*(void (*) (void *)) (h)->freefun) ((old_chunk)); \ } while (0) #else #define CALL_CHUNKFUN(h, size) \ (((h) -> use_extra_arg) \ ? (*(h)->chunkfun) ((h)->extra_arg, (size)) \ : (*(struct _obstack_chunk *(*) ()) (h)->chunkfun) ((size))) #define CALL_FREEFUN(h, old_chunk) \ do { \ if ((h) -> use_extra_arg) \ (*(h)->freefun) ((h)->extra_arg, (old_chunk)); \ else \ (*(void (*) ()) (h)->freefun) ((old_chunk)); \ } while (0) #endif /* Initialize an obstack H for use. Specify chunk size SIZE (0 means default). Objects start on multiples of ALIGNMENT (0 means use default). CHUNKFUN is the function to use to allocate chunks, and FREEFUN the function to free them. Return nonzero if successful, zero if out of memory. To recover from an out of memory error, free up some memory, then call this again. */ int _obstack_begin (struct obstack *h, int size, int alignment, POINTER (*chunkfun) (long), void (*freefun) (void *)) { register struct _obstack_chunk *chunk; /* points to new chunk */ if (alignment == 0) alignment = (int) DEFAULT_ALIGNMENT; if (size == 0) /* Default size is what GNU malloc can fit in a 4096-byte block. */ { /* 12 is sizeof (mhead) and 4 is EXTRA from GNU malloc. Use the values for range checking, because if range checking is off, the extra bytes won't be missed terribly, but if range checking is on and we used a larger request, a whole extra 4096 bytes would be allocated. These number are irrelevant to the new GNU malloc. I suspect it is less sensitive to the size of the request. */ int extra = ((((12 + DEFAULT_ROUNDING - 1) & ~(DEFAULT_ROUNDING - 1)) + 4 + DEFAULT_ROUNDING - 1) & ~(DEFAULT_ROUNDING - 1)); size = 4096 - extra; } h->chunkfun = (struct _obstack_chunk * (*)(void *, long)) chunkfun; h->freefun = (void (*) (void *, struct _obstack_chunk *)) freefun; h->chunk_size = size; h->alignment_mask = alignment - 1; h->use_extra_arg = 0; chunk = h->chunk = CALL_CHUNKFUN (h, h -> chunk_size); if (!chunk) (*obstack_alloc_failed_handler) (); h->next_free = h->object_base = chunk->contents; h->chunk_limit = chunk->limit = (char *) chunk + h->chunk_size; chunk->prev = 0; /* The initial chunk now contains no empty object. */ h->maybe_empty_object = 0; h->alloc_failed = 0; return 1; } int _obstack_begin_1 (struct obstack *h, int size, int alignment, POINTER (*chunkfun) (POINTER, long), void (*freefun) (POINTER, POINTER), POINTER arg) { register struct _obstack_chunk *chunk; /* points to new chunk */ if (alignment == 0) alignment = (int) DEFAULT_ALIGNMENT; if (size == 0) /* Default size is what GNU malloc can fit in a 4096-byte block. */ { /* 12 is sizeof (mhead) and 4 is EXTRA from GNU malloc. Use the values for range checking, because if range checking is off, the extra bytes won't be missed terribly, but if range checking is on and we used a larger request, a whole extra 4096 bytes would be allocated. These number are irrelevant to the new GNU malloc. I suspect it is less sensitive to the size of the request. */ int extra = ((((12 + DEFAULT_ROUNDING - 1) & ~(DEFAULT_ROUNDING - 1)) + 4 + DEFAULT_ROUNDING - 1) & ~(DEFAULT_ROUNDING - 1)); size = 4096 - extra; } h->chunkfun = (struct _obstack_chunk * (*)(void *,long)) chunkfun; h->freefun = (void (*) (void *, struct _obstack_chunk *)) freefun; h->chunk_size = size; h->alignment_mask = alignment - 1; h->extra_arg = arg; h->use_extra_arg = 1; chunk = h->chunk = CALL_CHUNKFUN (h, h -> chunk_size); if (!chunk) (*obstack_alloc_failed_handler) (); h->next_free = h->object_base = chunk->contents; h->chunk_limit = chunk->limit = (char *) chunk + h->chunk_size; chunk->prev = 0; /* The initial chunk now contains no empty object. */ h->maybe_empty_object = 0; h->alloc_failed = 0; return 1; } /* Allocate a new current chunk for the obstack *H on the assumption that LENGTH bytes need to be added to the current object, or a new object of length LENGTH allocated. Copies any partial object from the end of the old chunk to the beginning of the new one. */ void _obstack_newchunk (struct obstack *h, int length) { register struct _obstack_chunk *old_chunk = h->chunk; register struct _obstack_chunk *new_chunk; register long new_size; register long obj_size = h->next_free - h->object_base; register long i; long already; /* Compute size for new chunk. */ new_size = (obj_size + length) + (obj_size >> 3) + 100; if (new_size < h->chunk_size) new_size = h->chunk_size; /* Allocate and initialize the new chunk. */ new_chunk = CALL_CHUNKFUN (h, new_size); if (!new_chunk) (*obstack_alloc_failed_handler) (); h->chunk = new_chunk; new_chunk->prev = old_chunk; new_chunk->limit = h->chunk_limit = (char *) new_chunk + new_size; /* Move the existing object to the new chunk. Word at a time is fast and is safe if the object is sufficiently aligned. */ if (h->alignment_mask + 1 >= DEFAULT_ALIGNMENT) { for (i = obj_size / sizeof (COPYING_UNIT) - 1; i >= 0; i--) ((COPYING_UNIT *)new_chunk->contents)[i] = ((COPYING_UNIT *)h->object_base)[i]; /* We used to copy the odd few remaining bytes as one extra COPYING_UNIT, but that can cross a page boundary on a machine which does not do strict alignment for COPYING_UNITS. */ already = obj_size / sizeof (COPYING_UNIT) * sizeof (COPYING_UNIT); } else already = 0; /* Copy remaining bytes one by one. */ for (i = already; i < obj_size; i++) new_chunk->contents[i] = h->object_base[i]; /* If the object just copied was the only data in OLD_CHUNK, free that chunk and remove it from the chain. But not if that chunk might contain an empty object. */ if (h->object_base == old_chunk->contents && ! h->maybe_empty_object) { new_chunk->prev = old_chunk->prev; CALL_FREEFUN (h, old_chunk); } h->object_base = new_chunk->contents; h->next_free = h->object_base + obj_size; /* The new chunk certainly contains no empty object yet. */ h->maybe_empty_object = 0; } /* Return nonzero if object OBJ has been allocated from obstack H. This is here for debugging. If you use it in a program, you are probably losing. */ /* Suppress -Wmissing-prototypes warning. We don't want to declare this in obstack.h because it is just for debugging. */ int _obstack_allocated_p (struct obstack *h, POINTER obj); int _obstack_allocated_p (struct obstack *h, POINTER obj) { register struct _obstack_chunk *lp; /* below addr of any objects in this chunk */ register struct _obstack_chunk *plp; /* point to previous chunk if any */ lp = (h)->chunk; /* We use >= rather than > since the object cannot be exactly at the beginning of the chunk but might be an empty object exactly at the end of an adjacent chunk. */ while (lp != 0 && ((POINTER) lp >= obj || (POINTER) (lp)->limit < obj)) { plp = lp->prev; lp = plp; } return lp != 0; } /* Free objects in obstack H, including OBJ and everything allocate more recently than OBJ. If OBJ is zero, free everything in H. */ #undef obstack_free /* This function has two names with identical definitions. This is the first one, called from non-ANSI code. */ void _obstack_free (struct obstack *h, POINTER obj) { register struct _obstack_chunk *lp; /* below addr of any objects in this chunk */ register struct _obstack_chunk *plp; /* point to previous chunk if any */ lp = h->chunk; /* We use >= because there cannot be an object at the beginning of a chunk. But there can be an empty object at that address at the end of another chunk. */ while (lp != 0 && ((POINTER) lp >= obj || (POINTER) (lp)->limit < obj)) { plp = lp->prev; CALL_FREEFUN (h, lp); lp = plp; /* If we switch chunks, we can't tell whether the new current chunk contains an empty object, so assume that it may. */ h->maybe_empty_object = 1; } if (lp) { h->object_base = h->next_free = (char *) (obj); h->chunk_limit = lp->limit; h->chunk = lp; } else if (obj != 0) /* obj is not in any of the chunks! */ abort (); } /* This function is used from ANSI code. */ void obstack_free (struct obstack *h, POINTER obj) { register struct _obstack_chunk *lp; /* below addr of any objects in this chunk */ register struct _obstack_chunk *plp; /* point to previous chunk if any */ lp = h->chunk; /* We use >= because there cannot be an object at the beginning of a chunk. But there can be an empty object at that address at the end of another chunk. */ while (lp != 0 && ((POINTER) lp >= obj || (POINTER) (lp)->limit < obj)) { plp = lp->prev; CALL_FREEFUN (h, lp); lp = plp; /* If we switch chunks, we can't tell whether the new current chunk contains an empty object, so assume that it may. */ h->maybe_empty_object = 1; } if (lp) { h->object_base = h->next_free = (char *) (obj); h->chunk_limit = lp->limit; h->chunk = lp; } else if (obj != 0) /* obj is not in any of the chunks! */ abort (); } int _obstack_memory_used (struct obstack *h) { register struct _obstack_chunk* lp; register int nbytes = 0; for (lp = h->chunk; lp != 0; lp = lp->prev) { nbytes += lp->limit - (char *) lp; } return nbytes; } /* Define the error handler. */ #ifndef _ # if (HAVE_LIBINTL_H && ENABLE_NLS) || defined _LIBC # include # ifndef _ # define _(Str) gettext (Str) # endif # else # define _(Str) (Str) # endif #endif static void print_and_abort (void) { fputs (_("memory exhausted\n"), stderr); exit (obstack_exit_failure); } #if 0 /* These are now turned off because the applications do not use it and it uses bcopy via obstack_grow, which causes trouble on sysV. */ /* Now define the functional versions of the obstack macros. Define them to simply use the corresponding macros to do the job. */ /* The function names appear in parentheses in order to prevent the macro-definitions of the names from being expanded there. */ POINTER (obstack_base) (struct obstack *obstack) { return obstack_base (obstack); } POINTER (obstack_next_free) (struct obstack *obstack) { return obstack_next_free (obstack); } int (obstack_object_size) (struct obstack *obstack) { return obstack_object_size (obstack); } int (obstack_room) (struct obstack *obstack) { return obstack_room (obstack); } int (obstack_make_room) (struct obstack *obstack, int length) { return obstack_make_room (obstack, length); } void (obstack_grow) (struct obstack *obstack, POINTER pointer, int length) { obstack_grow (obstack, pointer, length); } void (obstack_grow0) (struct obstack *obstack, POINTER pointer, int length) { obstack_grow0 (obstack, pointer, length); } void (obstack_1grow) (struct obstack *obstack, int character) { obstack_1grow (obstack, character); } void (obstack_blank) (struct obstack *obstack, int length) { obstack_blank (obstack, length); } void (obstack_1grow_fast) (struct obstack *obstack, int character) { obstack_1grow_fast (obstack, character); } void (obstack_blank_fast) (struct obstack *obstack, int length) { obstack_blank_fast (obstack, length); } POINTER (obstack_finish) (struct obstack *obstack) { return obstack_finish (obstack); } POINTER (obstack_alloc) (struct obstack *obstack, int length) { return obstack_alloc (obstack, length); } POINTER (obstack_copy) (struct obstack *obstack, POINTER pointer, int length) { return obstack_copy (obstack, pointer, length); } POINTER (obstack_copy0) (struct obstack *obstack, POINTER pointer, int length) { return obstack_copy0 (obstack, pointer, length); } #endif /* 0 */ #endif /* !ELIDE_CODE */ sdcc-2.9.0/support/cpp/libiberty/obstack.h000066400000000000000000000506211116427777700205470ustar00rootroot00000000000000/* obstack.h - object stack macros Copyright 1988, 1989, 1990, 1991, 1992, 1993, 1994, 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005 Free Software Foundation, Inc. NOTE: The canonical source of this file is maintained with the GNU C Library. Bugs can be reported to bug-glibc@gnu.org. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* Summary: All the apparent functions defined here are macros. The idea is that you would use these pre-tested macros to solve a very specific set of problems, and they would run fast. Caution: no side-effects in arguments please!! They may be evaluated MANY times!! These macros operate a stack of objects. Each object starts life small, and may grow to maturity. (Consider building a word syllable by syllable.) An object can move while it is growing. Once it has been "finished" it never changes address again. So the "top of the stack" is typically an immature growing object, while the rest of the stack is of mature, fixed size and fixed address objects. These routines grab large chunks of memory, using a function you supply, called `obstack_chunk_alloc'. On occasion, they free chunks, by calling `obstack_chunk_free'. You must define them and declare them before using any obstack macros. Each independent stack is represented by a `struct obstack'. Each of the obstack macros expects a pointer to such a structure as the first argument. One motivation for this package is the problem of growing char strings in symbol tables. Unless you are "fascist pig with a read-only mind" --Gosper's immortal quote from HAKMEM item 154, out of context--you would not like to put any arbitrary upper limit on the length of your symbols. In practice this often means you will build many short symbols and a few long symbols. At the time you are reading a symbol you don't know how long it is. One traditional method is to read a symbol into a buffer, realloc()ating the buffer every time you try to read a symbol that is longer than the buffer. This is beaut, but you still will want to copy the symbol from the buffer to a more permanent symbol-table entry say about half the time. With obstacks, you can work differently. Use one obstack for all symbol names. As you read a symbol, grow the name in the obstack gradually. When the name is complete, finalize it. Then, if the symbol exists already, free the newly read name. The way we do this is to take a large chunk, allocating memory from low addresses. When you want to build a symbol in the chunk you just add chars above the current "high water mark" in the chunk. When you have finished adding chars, because you got to the end of the symbol, you know how long the chars are, and you can create a new object. Mostly the chars will not burst over the highest address of the chunk, because you would typically expect a chunk to be (say) 100 times as long as an average object. In case that isn't clear, when we have enough chars to make up the object, THEY ARE ALREADY CONTIGUOUS IN THE CHUNK (guaranteed) so we just point to it where it lies. No moving of chars is needed and this is the second win: potentially long strings need never be explicitly shuffled. Once an object is formed, it does not change its address during its lifetime. When the chars burst over a chunk boundary, we allocate a larger chunk, and then copy the partly formed object from the end of the old chunk to the beginning of the new larger chunk. We then carry on accreting characters to the end of the object as we normally would. A special macro is provided to add a single char at a time to a growing object. This allows the use of register variables, which break the ordinary 'growth' macro. Summary: We allocate large chunks. We carve out one object at a time from the current chunk. Once carved, an object never moves. We are free to append data of any size to the currently growing object. Exactly one object is growing in an obstack at any one time. You can run one obstack per control block. You may have as many control blocks as you dare. Because of the way we do it, you can `unwind' an obstack back to a previous state. (You may remove objects much as you would with a stack.) */ /* Don't do the contents of this file more than once. */ #ifndef _OBSTACK_H #define _OBSTACK_H 1 #ifdef __cplusplus extern "C" { #endif /* We use subtraction of (char *) 0 instead of casting to int because on word-addressable machines a simple cast to int may ignore the byte-within-word field of the pointer. */ #ifndef __PTR_TO_INT # define __PTR_TO_INT(P) ((P) - (char *) 0) #endif #ifndef __INT_TO_PTR # define __INT_TO_PTR(P) ((P) + (char *) 0) #endif /* We need the type of the resulting object. If __PTRDIFF_TYPE__ is defined, as with GNU C, use that; that way we don't pollute the namespace with 's symbols. Otherwise, if is available, include it and use ptrdiff_t. In traditional C, long is the best that we can do. */ #ifdef __PTRDIFF_TYPE__ # define PTR_INT_TYPE __PTRDIFF_TYPE__ #else # ifdef HAVE_STDDEF_H # include # define PTR_INT_TYPE ptrdiff_t # else # define PTR_INT_TYPE long # endif #endif #if defined _LIBC || defined HAVE_STRING_H # include # define _obstack_memcpy(To, From, N) memcpy ((To), (From), (N)) #else # ifdef memcpy # define _obstack_memcpy(To, From, N) memcpy ((To), (char *)(From), (N)) # else # define _obstack_memcpy(To, From, N) bcopy ((char *)(From), (To), (N)) # endif #endif struct _obstack_chunk /* Lives at front of each chunk. */ { char *limit; /* 1 past end of this chunk */ struct _obstack_chunk *prev; /* address of prior chunk or NULL */ char contents[4]; /* objects begin here */ }; struct obstack /* control current object in current chunk */ { long chunk_size; /* preferred size to allocate chunks in */ struct _obstack_chunk *chunk; /* address of current struct obstack_chunk */ char *object_base; /* address of object we are building */ char *next_free; /* where to add next char to current object */ char *chunk_limit; /* address of char after current chunk */ PTR_INT_TYPE temp; /* Temporary for some macros. */ int alignment_mask; /* Mask of alignment for each object. */ /* These prototypes vary based on `use_extra_arg', and we use casts to the prototypeless function type in all assignments, but having prototypes here quiets -Wstrict-prototypes. */ struct _obstack_chunk *(*chunkfun) (void *, long); void (*freefun) (void *, struct _obstack_chunk *); void *extra_arg; /* first arg for chunk alloc/dealloc funcs */ unsigned use_extra_arg:1; /* chunk alloc/dealloc funcs take extra arg */ unsigned maybe_empty_object:1;/* There is a possibility that the current chunk contains a zero-length object. This prevents freeing the chunk if we allocate a bigger chunk to replace it. */ unsigned alloc_failed:1; /* No longer used, as we now call the failed handler on error, but retained for binary compatibility. */ }; /* Declare the external functions we use; they are in obstack.c. */ extern void _obstack_newchunk (struct obstack *, int); extern void _obstack_free (struct obstack *, void *); extern int _obstack_begin (struct obstack *, int, int, void *(*) (long), void (*) (void *)); extern int _obstack_begin_1 (struct obstack *, int, int, void *(*) (void *, long), void (*) (void *, void *), void *); extern int _obstack_memory_used (struct obstack *); /* Do the function-declarations after the structs but before defining the macros. */ void obstack_init (struct obstack *obstack); void * obstack_alloc (struct obstack *obstack, int size); void * obstack_copy (struct obstack *obstack, void *address, int size); void * obstack_copy0 (struct obstack *obstack, void *address, int size); void obstack_free (struct obstack *obstack, void *block); void obstack_blank (struct obstack *obstack, int size); void obstack_grow (struct obstack *obstack, void *data, int size); void obstack_grow0 (struct obstack *obstack, void *data, int size); void obstack_1grow (struct obstack *obstack, int data_char); void obstack_ptr_grow (struct obstack *obstack, void *data); void obstack_int_grow (struct obstack *obstack, int data); void * obstack_finish (struct obstack *obstack); int obstack_object_size (struct obstack *obstack); int obstack_room (struct obstack *obstack); void obstack_make_room (struct obstack *obstack, int size); void obstack_1grow_fast (struct obstack *obstack, int data_char); void obstack_ptr_grow_fast (struct obstack *obstack, void *data); void obstack_int_grow_fast (struct obstack *obstack, int data); void obstack_blank_fast (struct obstack *obstack, int size); void * obstack_base (struct obstack *obstack); void * obstack_next_free (struct obstack *obstack); int obstack_alignment_mask (struct obstack *obstack); int obstack_chunk_size (struct obstack *obstack); int obstack_memory_used (struct obstack *obstack); /* Error handler called when `obstack_chunk_alloc' failed to allocate more memory. This can be set to a user defined function. The default action is to print a message and abort. */ extern void (*obstack_alloc_failed_handler) (void); /* Exit value used when `print_and_abort' is used. */ extern int obstack_exit_failure; /* Pointer to beginning of object being allocated or to be allocated next. Note that this might not be the final address of the object because a new chunk might be needed to hold the final size. */ #define obstack_base(h) ((h)->object_base) /* Size for allocating ordinary chunks. */ #define obstack_chunk_size(h) ((h)->chunk_size) /* Pointer to next byte not yet allocated in current chunk. */ #define obstack_next_free(h) ((h)->next_free) /* Mask specifying low bits that should be clear in address of an object. */ #define obstack_alignment_mask(h) ((h)->alignment_mask) /* To prevent prototype warnings provide complete argument list in standard C version. */ # define obstack_init(h) \ _obstack_begin ((h), 0, 0, \ (void *(*) (long)) obstack_chunk_alloc, (void (*) (void *)) obstack_chunk_free) # define obstack_begin(h, size) \ _obstack_begin ((h), (size), 0, \ (void *(*) (long)) obstack_chunk_alloc, (void (*) (void *)) obstack_chunk_free) # define obstack_specify_allocation(h, size, alignment, chunkfun, freefun) \ _obstack_begin ((h), (size), (alignment), \ (void *(*) (long)) (chunkfun), (void (*) (void *)) (freefun)) # define obstack_specify_allocation_with_arg(h, size, alignment, chunkfun, freefun, arg) \ _obstack_begin_1 ((h), (size), (alignment), \ (void *(*) (void *, long)) (chunkfun), \ (void (*) (void *, void *)) (freefun), (arg)) # define obstack_chunkfun(h, newchunkfun) \ ((h) -> chunkfun = (struct _obstack_chunk *(*)(void *, long)) (newchunkfun)) # define obstack_freefun(h, newfreefun) \ ((h) -> freefun = (void (*)(void *, struct _obstack_chunk *)) (newfreefun)) #define obstack_1grow_fast(h,achar) (*((h)->next_free)++ = (achar)) #define obstack_blank_fast(h,n) ((h)->next_free += (n)) #define obstack_memory_used(h) _obstack_memory_used (h) #if defined __GNUC__ && defined __STDC__ && __STDC__ /* NextStep 2.0 cc is really gcc 1.93 but it defines __GNUC__ = 2 and does not implement __extension__. But that compiler doesn't define __GNUC_MINOR__. */ # if __GNUC__ < 2 || (__NeXT__ && !__GNUC_MINOR__) # define __extension__ # endif /* For GNU C, if not -traditional, we can define these macros to compute all args only once without using a global variable. Also, we can avoid using the `temp' slot, to make faster code. */ # define obstack_object_size(OBSTACK) \ __extension__ \ ({ struct obstack *__o = (OBSTACK); \ (unsigned) (__o->next_free - __o->object_base); }) # define obstack_room(OBSTACK) \ __extension__ \ ({ struct obstack *__o = (OBSTACK); \ (unsigned) (__o->chunk_limit - __o->next_free); }) # define obstack_make_room(OBSTACK,length) \ __extension__ \ ({ struct obstack *__o = (OBSTACK); \ int __len = (length); \ if (__o->chunk_limit - __o->next_free < __len) \ _obstack_newchunk (__o, __len); \ (void) 0; }) # define obstack_empty_p(OBSTACK) \ __extension__ \ ({ struct obstack *__o = (OBSTACK); \ (__o->chunk->prev == 0 && __o->next_free - __o->chunk->contents == 0); }) # define obstack_grow(OBSTACK,where,length) \ __extension__ \ ({ struct obstack *__o = (OBSTACK); \ int __len = (length); \ if (__o->next_free + __len > __o->chunk_limit) \ _obstack_newchunk (__o, __len); \ _obstack_memcpy (__o->next_free, (where), __len); \ __o->next_free += __len; \ (void) 0; }) # define obstack_grow0(OBSTACK,where,length) \ __extension__ \ ({ struct obstack *__o = (OBSTACK); \ int __len = (length); \ if (__o->next_free + __len + 1 > __o->chunk_limit) \ _obstack_newchunk (__o, __len + 1); \ _obstack_memcpy (__o->next_free, (where), __len); \ __o->next_free += __len; \ *(__o->next_free)++ = 0; \ (void) 0; }) # define obstack_1grow(OBSTACK,datum) \ __extension__ \ ({ struct obstack *__o = (OBSTACK); \ if (__o->next_free + 1 > __o->chunk_limit) \ _obstack_newchunk (__o, 1); \ obstack_1grow_fast (__o, datum); \ (void) 0; }) /* These assume that the obstack alignment is good enough for pointers or ints, and that the data added so far to the current object shares that much alignment. */ # define obstack_ptr_grow(OBSTACK,datum) \ __extension__ \ ({ struct obstack *__o = (OBSTACK); \ if (__o->next_free + sizeof (void *) > __o->chunk_limit) \ _obstack_newchunk (__o, sizeof (void *)); \ obstack_ptr_grow_fast (__o, datum); }) # define obstack_int_grow(OBSTACK,datum) \ __extension__ \ ({ struct obstack *__o = (OBSTACK); \ if (__o->next_free + sizeof (int) > __o->chunk_limit) \ _obstack_newchunk (__o, sizeof (int)); \ obstack_int_grow_fast (__o, datum); }) # define obstack_ptr_grow_fast(OBSTACK,aptr) \ __extension__ \ ({ struct obstack *__o1 = (OBSTACK); \ *(const void **) __o1->next_free = (aptr); \ __o1->next_free += sizeof (const void *); \ (void) 0; }) # define obstack_int_grow_fast(OBSTACK,aint) \ __extension__ \ ({ struct obstack *__o1 = (OBSTACK); \ *(int *) __o1->next_free = (aint); \ __o1->next_free += sizeof (int); \ (void) 0; }) # define obstack_blank(OBSTACK,length) \ __extension__ \ ({ struct obstack *__o = (OBSTACK); \ int __len = (length); \ if (__o->chunk_limit - __o->next_free < __len) \ _obstack_newchunk (__o, __len); \ obstack_blank_fast (__o, __len); \ (void) 0; }) # define obstack_alloc(OBSTACK,length) \ __extension__ \ ({ struct obstack *__h = (OBSTACK); \ obstack_blank (__h, (length)); \ obstack_finish (__h); }) # define obstack_copy(OBSTACK,where,length) \ __extension__ \ ({ struct obstack *__h = (OBSTACK); \ obstack_grow (__h, (where), (length)); \ obstack_finish (__h); }) # define obstack_copy0(OBSTACK,where,length) \ __extension__ \ ({ struct obstack *__h = (OBSTACK); \ obstack_grow0 (__h, (where), (length)); \ obstack_finish (__h); }) /* The local variable is named __o1 to avoid a name conflict when obstack_blank is called. */ # define obstack_finish(OBSTACK) \ __extension__ \ ({ struct obstack *__o1 = (OBSTACK); \ void *value; \ value = (void *) __o1->object_base; \ if (__o1->next_free == value) \ __o1->maybe_empty_object = 1; \ __o1->next_free \ = __INT_TO_PTR ((__PTR_TO_INT (__o1->next_free)+__o1->alignment_mask)\ & ~ (__o1->alignment_mask)); \ if (__o1->next_free - (char *)__o1->chunk \ > __o1->chunk_limit - (char *)__o1->chunk) \ __o1->next_free = __o1->chunk_limit; \ __o1->object_base = __o1->next_free; \ value; }) # define obstack_free(OBSTACK, OBJ) \ __extension__ \ ({ struct obstack *__o = (OBSTACK); \ void *__obj = (void *) (OBJ); \ if (__obj > (void *)__o->chunk && __obj < (void *)__o->chunk_limit) \ __o->next_free = __o->object_base = (char *) __obj; \ else (obstack_free) (__o, __obj); }) #else /* not __GNUC__ or not __STDC__ */ # define obstack_object_size(h) \ (unsigned) ((h)->next_free - (h)->object_base) # define obstack_room(h) \ (unsigned) ((h)->chunk_limit - (h)->next_free) # define obstack_empty_p(h) \ ((h)->chunk->prev == 0 && (h)->next_free - (h)->chunk->contents == 0) /* Note that the call to _obstack_newchunk is enclosed in (..., 0) so that we can avoid having void expressions in the arms of the conditional expression. Casting the third operand to void was tried before, but some compilers won't accept it. */ # define obstack_make_room(h,length) \ ( (h)->temp = (length), \ (((h)->next_free + (h)->temp > (h)->chunk_limit) \ ? (_obstack_newchunk ((h), (h)->temp), 0) : 0)) # define obstack_grow(h,where,length) \ ( (h)->temp = (length), \ (((h)->next_free + (h)->temp > (h)->chunk_limit) \ ? (_obstack_newchunk ((h), (h)->temp), 0) : 0), \ _obstack_memcpy ((h)->next_free, (where), (h)->temp), \ (h)->next_free += (h)->temp) # define obstack_grow0(h,where,length) \ ( (h)->temp = (length), \ (((h)->next_free + (h)->temp + 1 > (h)->chunk_limit) \ ? (_obstack_newchunk ((h), (h)->temp + 1), 0) : 0), \ _obstack_memcpy ((h)->next_free, (where), (h)->temp), \ (h)->next_free += (h)->temp, \ *((h)->next_free)++ = 0) # define obstack_1grow(h,datum) \ ( (((h)->next_free + 1 > (h)->chunk_limit) \ ? (_obstack_newchunk ((h), 1), 0) : 0), \ obstack_1grow_fast (h, datum)) # define obstack_ptr_grow(h,datum) \ ( (((h)->next_free + sizeof (char *) > (h)->chunk_limit) \ ? (_obstack_newchunk ((h), sizeof (char *)), 0) : 0), \ obstack_ptr_grow_fast (h, datum)) # define obstack_int_grow(h,datum) \ ( (((h)->next_free + sizeof (int) > (h)->chunk_limit) \ ? (_obstack_newchunk ((h), sizeof (int)), 0) : 0), \ obstack_int_grow_fast (h, datum)) # define obstack_ptr_grow_fast(h,aptr) \ (((const void **) ((h)->next_free += sizeof (void *)))[-1] = (aptr)) # define obstack_int_grow_fast(h,aint) \ (((int *) ((h)->next_free += sizeof (int)))[-1] = (aptr)) # define obstack_blank(h,length) \ ( (h)->temp = (length), \ (((h)->chunk_limit - (h)->next_free < (h)->temp) \ ? (_obstack_newchunk ((h), (h)->temp), 0) : 0), \ obstack_blank_fast (h, (h)->temp)) # define obstack_alloc(h,length) \ (obstack_blank ((h), (length)), obstack_finish ((h))) # define obstack_copy(h,where,length) \ (obstack_grow ((h), (where), (length)), obstack_finish ((h))) # define obstack_copy0(h,where,length) \ (obstack_grow0 ((h), (where), (length)), obstack_finish ((h))) # define obstack_finish(h) \ ( ((h)->next_free == (h)->object_base \ ? (((h)->maybe_empty_object = 1), 0) \ : 0), \ (h)->temp = __PTR_TO_INT ((h)->object_base), \ (h)->next_free \ = __INT_TO_PTR ((__PTR_TO_INT ((h)->next_free)+(h)->alignment_mask) \ & ~ ((h)->alignment_mask)), \ (((h)->next_free - (char *) (h)->chunk \ > (h)->chunk_limit - (char *) (h)->chunk) \ ? ((h)->next_free = (h)->chunk_limit) : 0), \ (h)->object_base = (h)->next_free, \ __INT_TO_PTR ((h)->temp)) # define obstack_free(h,obj) \ ( (h)->temp = (char *) (obj) - (char *) (h)->chunk, \ (((h)->temp > 0 && (h)->temp < (h)->chunk_limit - (char *) (h)->chunk)\ ? (int) ((h)->next_free = (h)->object_base \ = (h)->temp + (char *) (h)->chunk) \ : (((obstack_free) ((h), (h)->temp + (char *) (h)->chunk), 0), 0))) #endif /* not __GNUC__ or not __STDC__ */ #ifdef __cplusplus } /* C++ */ #endif #endif /* obstack.h */ sdcc-2.9.0/support/cpp/libiberty/safe-ctype.c000066400000000000000000000241071116427777700211540ustar00rootroot00000000000000/* replacement macros. Copyright (C) 2000, 2001, 2002, 2003, 2004, 2005 Free Software Foundation, Inc. Contributed by Zack Weinberg . This file is part of the libiberty library. Libiberty is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. Libiberty is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with libiberty; see the file COPYING.LIB. If not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* @defvr Extension HOST_CHARSET This macro indicates the basic character set and encoding used by the host: more precisely, the encoding used for character constants in preprocessor @samp{#if} statements (the C "execution character set"). It is defined by @file{safe-ctype.h}, and will be an integer constant with one of the following values: @ftable @code @item HOST_CHARSET_UNKNOWN The host character set is unknown - that is, not one of the next two possibilities. @item HOST_CHARSET_ASCII The host character set is ASCII. @item HOST_CHARSET_EBCDIC The host character set is some variant of EBCDIC. (Only one of the nineteen EBCDIC varying characters is tested; exercise caution.) @end ftable @end defvr @deffn Extension ISALPHA (@var{c}) @deffnx Extension ISALNUM (@var{c}) @deffnx Extension ISBLANK (@var{c}) @deffnx Extension ISCNTRL (@var{c}) @deffnx Extension ISDIGIT (@var{c}) @deffnx Extension ISGRAPH (@var{c}) @deffnx Extension ISLOWER (@var{c}) @deffnx Extension ISPRINT (@var{c}) @deffnx Extension ISPUNCT (@var{c}) @deffnx Extension ISSPACE (@var{c}) @deffnx Extension ISUPPER (@var{c}) @deffnx Extension ISXDIGIT (@var{c}) These twelve macros are defined by @file{safe-ctype.h}. Each has the same meaning as the corresponding macro (with name in lowercase) defined by the standard header @file{ctype.h}. For example, @code{ISALPHA} returns true for alphabetic characters and false for others. However, there are two differences between these macros and those provided by @file{ctype.h}: @itemize @bullet @item These macros are guaranteed to have well-defined behavior for all values representable by @code{signed char} and @code{unsigned char}, and for @code{EOF}. @item These macros ignore the current locale; they are true for these fixed sets of characters: @multitable {@code{XDIGIT}} {yada yada yada yada yada yada yada yada} @item @code{ALPHA} @tab @kbd{A-Za-z} @item @code{ALNUM} @tab @kbd{A-Za-z0-9} @item @code{BLANK} @tab @kbd{space tab} @item @code{CNTRL} @tab @code{!PRINT} @item @code{DIGIT} @tab @kbd{0-9} @item @code{GRAPH} @tab @code{ALNUM || PUNCT} @item @code{LOWER} @tab @kbd{a-z} @item @code{PRINT} @tab @code{GRAPH ||} @kbd{space} @item @code{PUNCT} @tab @kbd{`~!@@#$%^&*()_-=+[@{]@}\|;:'",<.>/?} @item @code{SPACE} @tab @kbd{space tab \n \r \f \v} @item @code{UPPER} @tab @kbd{A-Z} @item @code{XDIGIT} @tab @kbd{0-9A-Fa-f} @end multitable Note that, if the host character set is ASCII or a superset thereof, all these macros will return false for all values of @code{char} outside the range of 7-bit ASCII. In particular, both ISPRINT and ISCNTRL return false for characters with numeric values from 128 to 255. @end itemize @end deffn @deffn Extension ISIDNUM (@var{c}) @deffnx Extension ISIDST (@var{c}) @deffnx Extension IS_VSPACE (@var{c}) @deffnx Extension IS_NVSPACE (@var{c}) @deffnx Extension IS_SPACE_OR_NUL (@var{c}) @deffnx Extension IS_ISOBASIC (@var{c}) These six macros are defined by @file{safe-ctype.h} and provide additional character classes which are useful when doing lexical analysis of C or similar languages. They are true for the following sets of characters: @multitable {@code{SPACE_OR_NUL}} {yada yada yada yada yada yada yada yada} @item @code{IDNUM} @tab @kbd{A-Za-z0-9_} @item @code{IDST} @tab @kbd{A-Za-z_} @item @code{VSPACE} @tab @kbd{\r \n} @item @code{NVSPACE} @tab @kbd{space tab \f \v \0} @item @code{SPACE_OR_NUL} @tab @code{VSPACE || NVSPACE} @item @code{ISOBASIC} @tab @code{VSPACE || NVSPACE || PRINT} @end multitable @end deffn */ #include "ansidecl.h" #include #include /* for EOF */ #if EOF != -1 #error " requires EOF == -1" #endif /* Shorthand */ #define bl _sch_isblank #define cn _sch_iscntrl #define di _sch_isdigit #define is _sch_isidst #define lo _sch_islower #define nv _sch_isnvsp #define pn _sch_ispunct #define pr _sch_isprint #define sp _sch_isspace #define up _sch_isupper #define vs _sch_isvsp #define xd _sch_isxdigit /* Masks. */ #define L (const unsigned short) (lo|is |pr) /* lower case letter */ #define XL (const unsigned short) (lo|is|xd|pr) /* lowercase hex digit */ #define U (const unsigned short) (up|is |pr) /* upper case letter */ #define XU (const unsigned short) (up|is|xd|pr) /* uppercase hex digit */ #define D (const unsigned short) (di |xd|pr) /* decimal digit */ #define P (const unsigned short) (pn |pr) /* punctuation */ #define _ (const unsigned short) (pn|is |pr) /* underscore */ #define C (const unsigned short) ( cn) /* control character */ #define Z (const unsigned short) (nv |cn) /* NUL */ #define M (const unsigned short) (nv|sp |cn) /* cursor movement: \f \v */ #define V (const unsigned short) (vs|sp |cn) /* vertical space: \r \n */ #define T (const unsigned short) (nv|sp|bl|cn) /* tab */ #define S (const unsigned short) (nv|sp|bl|pr) /* space */ /* Are we ASCII? */ #if HOST_CHARSET == HOST_CHARSET_ASCII const unsigned short _sch_istable[256] = { Z, C, C, C, C, C, C, C, /* NUL SOH STX ETX EOT ENQ ACK BEL */ C, T, V, M, M, V, C, C, /* BS HT LF VT FF CR SO SI */ C, C, C, C, C, C, C, C, /* DLE DC1 DC2 DC3 DC4 NAK SYN ETB */ C, C, C, C, C, C, C, C, /* CAN EM SUB ESC FS GS RS US */ S, P, P, P, P, P, P, P, /* SP ! " # $ % & ' */ P, P, P, P, P, P, P, P, /* ( ) * + , - . / */ D, D, D, D, D, D, D, D, /* 0 1 2 3 4 5 6 7 */ D, D, P, P, P, P, P, P, /* 8 9 : ; < = > ? */ P, XU, XU, XU, XU, XU, XU, U, /* @ A B C D E F G */ U, U, U, U, U, U, U, U, /* H I J K L M N O */ U, U, U, U, U, U, U, U, /* P Q R S T U V W */ U, U, U, P, P, P, P, _, /* X Y Z [ \ ] ^ _ */ P, XL, XL, XL, XL, XL, XL, L, /* ` a b c d e f g */ L, L, L, L, L, L, L, L, /* h i j k l m n o */ L, L, L, L, L, L, L, L, /* p q r s t u v w */ L, L, L, P, P, P, P, C, /* x y z { | } ~ DEL */ /* high half of unsigned char is locale-specific, so all tests are false in "C" locale */ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, }; const unsigned char _sch_tolower[256] = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 'a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't', 'u', 'v', 'w', 'x', 'y', 'z', 91, 92, 93, 94, 95, 96, 'a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't', 'u', 'v', 'w', 'x', 'y', 'z', 123,124,125,126,127, 128,129,130,131, 132,133,134,135, 136,137,138,139, 140,141,142,143, 144,145,146,147, 148,149,150,151, 152,153,154,155, 156,157,158,159, 160,161,162,163, 164,165,166,167, 168,169,170,171, 172,173,174,175, 176,177,178,179, 180,181,182,183, 184,185,186,187, 188,189,190,191, 192,193,194,195, 196,197,198,199, 200,201,202,203, 204,205,206,207, 208,209,210,211, 212,213,214,215, 216,217,218,219, 220,221,222,223, 224,225,226,227, 228,229,230,231, 232,233,234,235, 236,237,238,239, 240,241,242,243, 244,245,246,247, 248,249,250,251, 252,253,254,255, }; const unsigned char _sch_toupper[256] = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 'A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z', 91, 92, 93, 94, 95, 96, 'A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z', 123,124,125,126,127, 128,129,130,131, 132,133,134,135, 136,137,138,139, 140,141,142,143, 144,145,146,147, 148,149,150,151, 152,153,154,155, 156,157,158,159, 160,161,162,163, 164,165,166,167, 168,169,170,171, 172,173,174,175, 176,177,178,179, 180,181,182,183, 184,185,186,187, 188,189,190,191, 192,193,194,195, 196,197,198,199, 200,201,202,203, 204,205,206,207, 208,209,210,211, 212,213,214,215, 216,217,218,219, 220,221,222,223, 224,225,226,227, 228,229,230,231, 232,233,234,235, 236,237,238,239, 240,241,242,243, 244,245,246,247, 248,249,250,251, 252,253,254,255, }; #else # if HOST_CHARSET == HOST_CHARSET_EBCDIC #error "FIXME: write tables for EBCDIC" # else #error "Unrecognized host character set" # endif #endif sdcc-2.9.0/support/cpp/libiberty/safe-ctype.h000066400000000000000000000104451116427777700211610ustar00rootroot00000000000000/* replacement macros. Copyright (C) 2000, 2001 Free Software Foundation, Inc. Contributed by Zack Weinberg . This file is part of the libiberty library. Libiberty is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. Libiberty is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with libiberty; see the file COPYING.LIB. If not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* This is a compatible replacement of the standard C library's with the following properties: - Implements all isxxx() macros required by C99. - Also implements some character classes useful when parsing C-like languages. - Does not change behavior depending on the current locale. - Behaves properly for all values in the range of a signed or unsigned char. To avoid conflicts, this header defines the isxxx functions in upper case, e.g. ISALPHA not isalpha. */ #ifndef SAFE_CTYPE_H #define SAFE_CTYPE_H #ifdef isalpha #error "safe-ctype.h and ctype.h may not be used simultaneously" #endif /* Determine host character set. */ #define HOST_CHARSET_UNKNOWN 0 #define HOST_CHARSET_ASCII 1 #define HOST_CHARSET_EBCDIC 2 #if '\n' == 0x0A && ' ' == 0x20 && '0' == 0x30 \ && 'A' == 0x41 && 'a' == 0x61 && '!' == 0x21 # define HOST_CHARSET HOST_CHARSET_ASCII #else # if '\n' == 0x15 && ' ' == 0x40 && '0' == 0xF0 \ && 'A' == 0xC1 && 'a' == 0x81 && '!' == 0x5A # define HOST_CHARSET HOST_CHARSET_EBCDIC # else # define HOST_CHARSET HOST_CHARSET_UNKNOWN # endif #endif /* Categories. */ enum { /* In C99 */ _sch_isblank = 0x0001, /* space \t */ _sch_iscntrl = 0x0002, /* nonprinting characters */ _sch_isdigit = 0x0004, /* 0-9 */ _sch_islower = 0x0008, /* a-z */ _sch_isprint = 0x0010, /* any printing character including ' ' */ _sch_ispunct = 0x0020, /* all punctuation */ _sch_isspace = 0x0040, /* space \t \n \r \f \v */ _sch_isupper = 0x0080, /* A-Z */ _sch_isxdigit = 0x0100, /* 0-9A-Fa-f */ /* Extra categories useful to cpplib. */ _sch_isidst = 0x0200, /* A-Za-z_ */ _sch_isvsp = 0x0400, /* \n \r */ _sch_isnvsp = 0x0800, /* space \t \f \v \0 */ /* Combinations of the above. */ _sch_isalpha = _sch_isupper|_sch_islower, /* A-Za-z */ _sch_isalnum = _sch_isalpha|_sch_isdigit, /* A-Za-z0-9 */ _sch_isidnum = _sch_isidst|_sch_isdigit, /* A-Za-z0-9_ */ _sch_isgraph = _sch_isalnum|_sch_ispunct, /* isprint and not space */ _sch_iscppsp = _sch_isvsp|_sch_isnvsp, /* isspace + \0 */ _sch_isbasic = _sch_isprint|_sch_iscppsp /* basic charset of ISO C (plus ` and @) */ }; /* Character classification. */ extern const unsigned short _sch_istable[256]; #define _sch_test(c, bit) (_sch_istable[(c) & 0xff] & (unsigned short)(bit)) #define ISALPHA(c) _sch_test(c, _sch_isalpha) #define ISALNUM(c) _sch_test(c, _sch_isalnum) #define ISBLANK(c) _sch_test(c, _sch_isblank) #define ISCNTRL(c) _sch_test(c, _sch_iscntrl) #define ISDIGIT(c) _sch_test(c, _sch_isdigit) #define ISGRAPH(c) _sch_test(c, _sch_isgraph) #define ISLOWER(c) _sch_test(c, _sch_islower) #define ISPRINT(c) _sch_test(c, _sch_isprint) #define ISPUNCT(c) _sch_test(c, _sch_ispunct) #define ISSPACE(c) _sch_test(c, _sch_isspace) #define ISUPPER(c) _sch_test(c, _sch_isupper) #define ISXDIGIT(c) _sch_test(c, _sch_isxdigit) #define ISIDNUM(c) _sch_test(c, _sch_isidnum) #define ISIDST(c) _sch_test(c, _sch_isidst) #define IS_ISOBASIC(c) _sch_test(c, _sch_isbasic) #define IS_VSPACE(c) _sch_test(c, _sch_isvsp) #define IS_NVSPACE(c) _sch_test(c, _sch_isnvsp) #define IS_SPACE_OR_NUL(c) _sch_test(c, _sch_iscppsp) /* Character transformation. */ extern const unsigned char _sch_toupper[256]; extern const unsigned char _sch_tolower[256]; #define TOUPPER(c) _sch_toupper[(c) & 0xff] #define TOLOWER(c) _sch_tolower[(c) & 0xff] #endif /* SAFE_CTYPE_H */ sdcc-2.9.0/support/cpp/libiberty/splay-tree.c000066400000000000000000000326061116427777700212040ustar00rootroot00000000000000/* A splay-tree datatype. Copyright (C) 1998, 1999, 2000, 2001 Free Software Foundation, Inc. Contributed by Mark Mitchell (mark@markmitchell.com). This file is part of GNU CC. GNU CC is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. GNU CC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with GNU CC; see the file COPYING. If not, write to the Free Software Foundation, 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* For an easily readable description of splay-trees, see: Lewis, Harry R. and Denenberg, Larry. Data Structures and Their Algorithms. Harper-Collins, Inc. 1991. */ #ifdef HAVE_CONFIG_H #include "config.h" #endif #ifdef HAVE_STDLIB_H #include #endif #include #include "libiberty.h" #include "splay-tree.h" static void splay_tree_delete_helper (splay_tree, splay_tree_node); static inline void rotate_left (splay_tree_node *, splay_tree_node, splay_tree_node); static inline void rotate_right (splay_tree_node *, splay_tree_node, splay_tree_node); static void splay_tree_splay (splay_tree, splay_tree_key); static int splay_tree_foreach_helper (splay_tree, splay_tree_node, splay_tree_foreach_fn, void*); /* Deallocate NODE (a member of SP), and all its sub-trees. */ static void splay_tree_delete_helper (splay_tree sp, splay_tree_node node) { splay_tree_node pending = 0; splay_tree_node active = 0; if (!node) return; #define KDEL(x) if (sp->delete_key) (*sp->delete_key)(x); #define VDEL(x) if (sp->delete_value) (*sp->delete_value)(x); KDEL (node->key); VDEL (node->value); /* We use the "key" field to hold the "next" pointer. */ node->key = (splay_tree_key)pending; pending = (splay_tree_node)node; /* Now, keep processing the pending list until there aren't any more. This is a little more complicated than just recursing, but it doesn't toast the stack for large trees. */ while (pending) { active = pending; pending = 0; while (active) { splay_tree_node temp; /* active points to a node which has its key and value deallocated, we just need to process left and right. */ if (active->left) { KDEL (active->left->key); VDEL (active->left->value); active->left->key = (splay_tree_key)pending; pending = (splay_tree_node)(active->left); } if (active->right) { KDEL (active->right->key); VDEL (active->right->value); active->right->key = (splay_tree_key)pending; pending = (splay_tree_node)(active->right); } temp = active; active = (splay_tree_node)(temp->key); (*sp->deallocate) ((char*) temp, sp->allocate_data); } } #undef KDEL #undef VDEL } /* Rotate the edge joining the left child N with its parent P. PP is the grandparents' pointer to P. */ static inline void rotate_left (splay_tree_node *pp, splay_tree_node p, splay_tree_node n) { splay_tree_node tmp; tmp = n->right; n->right = p; p->left = tmp; *pp = n; } /* Rotate the edge joining the right child N with its parent P. PP is the grandparents' pointer to P. */ static inline void rotate_right (splay_tree_node *pp, splay_tree_node p, splay_tree_node n) { splay_tree_node tmp; tmp = n->left; n->left = p; p->right = tmp; *pp = n; } /* Bottom up splay of key. */ static void splay_tree_splay (splay_tree sp, splay_tree_key key) { if (sp->root == 0) return; do { int cmp1, cmp2; splay_tree_node n, c; n = sp->root; cmp1 = (*sp->comp) (key, n->key); /* Found. */ if (cmp1 == 0) return; /* Left or right? If no child, then we're done. */ if (cmp1 < 0) c = n->left; else c = n->right; if (!c) return; /* Next one left or right? If found or no child, we're done after one rotation. */ cmp2 = (*sp->comp) (key, c->key); if (cmp2 == 0 || (cmp2 < 0 && !c->left) || (cmp2 > 0 && !c->right)) { if (cmp1 < 0) rotate_left (&sp->root, n, c); else rotate_right (&sp->root, n, c); return; } /* Now we have the four cases of double-rotation. */ if (cmp1 < 0 && cmp2 < 0) { rotate_left (&n->left, c, c->left); rotate_left (&sp->root, n, n->left); } else if (cmp1 > 0 && cmp2 > 0) { rotate_right (&n->right, c, c->right); rotate_right (&sp->root, n, n->right); } else if (cmp1 < 0 && cmp2 > 0) { rotate_right (&n->left, c, c->right); rotate_left (&sp->root, n, n->left); } else if (cmp1 > 0 && cmp2 < 0) { rotate_left (&n->right, c, c->left); rotate_right (&sp->root, n, n->right); } } while (1); } /* Call FN, passing it the DATA, for every node below NODE, all of which are from SP, following an in-order traversal. If FN every returns a non-zero value, the iteration ceases immediately, and the value is returned. Otherwise, this function returns 0. */ static int splay_tree_foreach_helper (splay_tree sp, splay_tree_node node, splay_tree_foreach_fn fn, void *data) { int val; if (!node) return 0; val = splay_tree_foreach_helper (sp, node->left, fn, data); if (val) return val; val = (*fn)(node, data); if (val) return val; return splay_tree_foreach_helper (sp, node->right, fn, data); } /* An allocator and deallocator based on xmalloc. */ static void * splay_tree_xmalloc_allocate (int size, void *data ATTRIBUTE_UNUSED) { return (void *) xmalloc (size); } static void splay_tree_xmalloc_deallocate (void *object, void *data ATTRIBUTE_UNUSED) { free (object); } /* Allocate a new splay tree, using COMPARE_FN to compare nodes, DELETE_KEY_FN to deallocate keys, and DELETE_VALUE_FN to deallocate values. Use xmalloc to allocate the splay tree structure, and any nodes added. */ splay_tree splay_tree_new (splay_tree_compare_fn compare_fn, splay_tree_delete_key_fn delete_key_fn, splay_tree_delete_value_fn delete_value_fn) { return (splay_tree_new_with_allocator (compare_fn, delete_key_fn, delete_value_fn, splay_tree_xmalloc_allocate, splay_tree_xmalloc_deallocate, 0)); } /* Allocate a new splay tree, using COMPARE_FN to compare nodes, DELETE_KEY_FN to deallocate keys, and DELETE_VALUE_FN to deallocate values. */ splay_tree splay_tree_new_with_allocator (splay_tree_compare_fn compare_fn, splay_tree_delete_key_fn delete_key_fn, splay_tree_delete_value_fn delete_value_fn, splay_tree_allocate_fn allocate_fn, splay_tree_deallocate_fn deallocate_fn, void *allocate_data) { splay_tree sp = (splay_tree) (*allocate_fn) (sizeof (struct splay_tree_s), allocate_data); sp->root = 0; sp->comp = compare_fn; sp->delete_key = delete_key_fn; sp->delete_value = delete_value_fn; sp->allocate = allocate_fn; sp->deallocate = deallocate_fn; sp->allocate_data = allocate_data; return sp; } /* Deallocate SP. */ void splay_tree_delete (splay_tree sp) { splay_tree_delete_helper (sp, sp->root); (*sp->deallocate) ((char*) sp, sp->allocate_data); } /* Insert a new node (associating KEY with DATA) into SP. If a previous node with the indicated KEY exists, its data is replaced with the new value. Returns the new node. */ splay_tree_node splay_tree_insert (splay_tree sp, splay_tree_key key, splay_tree_value value) { int comparison = 0; splay_tree_splay (sp, key); if (sp->root) comparison = (*sp->comp)(sp->root->key, key); if (sp->root && comparison == 0) { /* If the root of the tree already has the indicated KEY, just replace the value with VALUE. */ if (sp->delete_value) (*sp->delete_value)(sp->root->value); sp->root->value = value; } else { /* Create a new node, and insert it at the root. */ splay_tree_node node; node = ((splay_tree_node) (*sp->allocate) (sizeof (struct splay_tree_node_s), sp->allocate_data)); node->key = key; node->value = value; if (!sp->root) node->left = node->right = 0; else if (comparison < 0) { node->left = sp->root; node->right = node->left->right; node->left->right = 0; } else { node->right = sp->root; node->left = node->right->left; node->right->left = 0; } sp->root = node; } return sp->root; } /* Remove KEY from SP. It is not an error if it did not exist. */ void splay_tree_remove (splay_tree sp, splay_tree_key key) { splay_tree_splay (sp, key); if (sp->root && (*sp->comp) (sp->root->key, key) == 0) { splay_tree_node left, right; left = sp->root->left; right = sp->root->right; /* Delete the root node itself. */ if (sp->delete_value) (*sp->delete_value) (sp->root->value); (*sp->deallocate) (sp->root, sp->allocate_data); /* One of the children is now the root. Doesn't matter much which, so long as we preserve the properties of the tree. */ if (left) { sp->root = left; /* If there was a right child as well, hang it off the right-most leaf of the left child. */ if (right) { while (left->right) left = left->right; left->right = right; } } else sp->root = right; } } /* Lookup KEY in SP, returning VALUE if present, and NULL otherwise. */ splay_tree_node splay_tree_lookup (splay_tree sp, splay_tree_key key) { splay_tree_splay (sp, key); if (sp->root && (*sp->comp)(sp->root->key, key) == 0) return sp->root; else return 0; } /* Return the node in SP with the greatest key. */ splay_tree_node splay_tree_max (splay_tree sp) { splay_tree_node n = sp->root; if (!n) return NULL; while (n->right) n = n->right; return n; } /* Return the node in SP with the smallest key. */ splay_tree_node splay_tree_min (splay_tree sp) { splay_tree_node n = sp->root; if (!n) return NULL; while (n->left) n = n->left; return n; } /* Return the immediate predecessor KEY, or NULL if there is no predecessor. KEY need not be present in the tree. */ splay_tree_node splay_tree_predecessor (splay_tree sp, splay_tree_key key) { int comparison; splay_tree_node node; /* If the tree is empty, there is certainly no predecessor. */ if (!sp->root) return NULL; /* Splay the tree around KEY. That will leave either the KEY itself, its predecessor, or its successor at the root. */ splay_tree_splay (sp, key); comparison = (*sp->comp)(sp->root->key, key); /* If the predecessor is at the root, just return it. */ if (comparison < 0) return sp->root; /* Otherwise, find the rightmost element of the left subtree. */ node = sp->root->left; if (node) while (node->right) node = node->right; return node; } /* Return the immediate successor KEY, or NULL if there is no successor. KEY need not be present in the tree. */ splay_tree_node splay_tree_successor (splay_tree sp, splay_tree_key key) { int comparison; splay_tree_node node; /* If the tree is empty, there is certainly no successor. */ if (!sp->root) return NULL; /* Splay the tree around KEY. That will leave either the KEY itself, its predecessor, or its successor at the root. */ splay_tree_splay (sp, key); comparison = (*sp->comp)(sp->root->key, key); /* If the successor is at the root, just return it. */ if (comparison > 0) return sp->root; /* Otherwise, find the leftmost element of the right subtree. */ node = sp->root->right; if (node) while (node->left) node = node->left; return node; } /* Call FN, passing it the DATA, for every node in SP, following an in-order traversal. If FN every returns a non-zero value, the iteration ceases immediately, and the value is returned. Otherwise, this function returns 0. */ int splay_tree_foreach (splay_tree sp, splay_tree_foreach_fn fn, void *data) { return splay_tree_foreach_helper (sp, sp->root, fn, data); } /* Splay-tree comparison function, treating the keys as ints. */ int splay_tree_compare_ints (splay_tree_key k1, splay_tree_key k2) { if ((int) k1 < (int) k2) return -1; else if ((int) k1 > (int) k2) return 1; else return 0; } /* Splay-tree comparison function, treating the keys as pointers. */ int splay_tree_compare_pointers (splay_tree_key k1, splay_tree_key k2) { if ((char*) k1 < (char*) k2) return -1; else if ((char*) k1 > (char*) k2) return 1; else return 0; } sdcc-2.9.0/support/cpp/libiberty/splay-tree.h000066400000000000000000000131551116427777700212070ustar00rootroot00000000000000/* A splay-tree datatype. Copyright 1998, 1999, 2000, 2002, 2007 Free Software Foundation, Inc. Contributed by Mark Mitchell (mark@markmitchell.com). This file is part of GCC. GCC is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with GCC; see the file COPYING. If not, write to the Free Software Foundation, 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* For an easily readable description of splay-trees, see: Lewis, Harry R. and Denenberg, Larry. Data Structures and Their Algorithms. Harper-Collins, Inc. 1991. The major feature of splay trees is that all basic tree operations are amortized O(log n) time for a tree with n nodes. */ #ifndef _SPLAY_TREE_H #define _SPLAY_TREE_H #ifdef __cplusplus extern "C" { #endif /* __cplusplus */ #include "ansidecl.h" #ifndef _WIN64 typedef unsigned long int libi_uhostptr_t; typedef long int libi_shostptr_t; #else typedef unsigned long long libi_uhostptr_t; typedef long long libi_shostptr_t; #endif #ifndef GTY #define GTY(X) #endif /* Use typedefs for the key and data types to facilitate changing these types, if necessary. These types should be sufficiently wide that any pointer or scalar can be cast to these types, and then cast back, without loss of precision. */ typedef libi_uhostptr_t splay_tree_key; typedef libi_uhostptr_t splay_tree_value; /* Forward declaration for a node in the tree. */ typedef struct splay_tree_node_s *splay_tree_node; /* The type of a function which compares two splay-tree keys. The function should return values as for qsort. */ typedef int (*splay_tree_compare_fn) (splay_tree_key, splay_tree_key); /* The type of a function used to deallocate any resources associated with the key. */ typedef void (*splay_tree_delete_key_fn) (splay_tree_key); /* The type of a function used to deallocate any resources associated with the value. */ typedef void (*splay_tree_delete_value_fn) (splay_tree_value); /* The type of a function used to iterate over the tree. */ typedef int (*splay_tree_foreach_fn) (splay_tree_node, void*); /* The type of a function used to allocate memory for tree root and node structures. The first argument is the number of bytes needed; the second is a data pointer the splay tree functions pass through to the allocator. This function must never return zero. */ typedef void *(*splay_tree_allocate_fn) (int, void *); /* The type of a function used to free memory allocated using the corresponding splay_tree_allocate_fn. The first argument is the memory to be freed; the latter is a data pointer the splay tree functions pass through to the freer. */ typedef void (*splay_tree_deallocate_fn) (void *, void *); /* The nodes in the splay tree. */ struct splay_tree_node_s GTY(()) { /* The key. */ splay_tree_key GTY ((use_param1)) key; /* The value. */ splay_tree_value GTY ((use_param2)) value; /* The left and right children, respectively. */ splay_tree_node GTY ((use_params)) left; splay_tree_node GTY ((use_params)) right; }; /* The splay tree itself. */ struct splay_tree_s GTY(()) { /* The root of the tree. */ splay_tree_node GTY ((use_params)) root; /* The comparision function. */ splay_tree_compare_fn comp; /* The deallocate-key function. NULL if no cleanup is necessary. */ splay_tree_delete_key_fn delete_key; /* The deallocate-value function. NULL if no cleanup is necessary. */ splay_tree_delete_value_fn delete_value; /* Allocate/free functions, and a data pointer to pass to them. */ splay_tree_allocate_fn allocate; splay_tree_deallocate_fn deallocate; void * GTY((skip)) allocate_data; }; typedef struct splay_tree_s *splay_tree; extern splay_tree splay_tree_new (splay_tree_compare_fn, splay_tree_delete_key_fn, splay_tree_delete_value_fn); extern splay_tree splay_tree_new_with_allocator (splay_tree_compare_fn, splay_tree_delete_key_fn, splay_tree_delete_value_fn, splay_tree_allocate_fn, splay_tree_deallocate_fn, void *); extern void splay_tree_delete (splay_tree); extern splay_tree_node splay_tree_insert (splay_tree, splay_tree_key, splay_tree_value); extern void splay_tree_remove (splay_tree, splay_tree_key); extern splay_tree_node splay_tree_lookup (splay_tree, splay_tree_key); extern splay_tree_node splay_tree_predecessor (splay_tree, splay_tree_key); extern splay_tree_node splay_tree_successor (splay_tree, splay_tree_key); extern splay_tree_node splay_tree_max (splay_tree); extern splay_tree_node splay_tree_min (splay_tree); extern int splay_tree_foreach (splay_tree, splay_tree_foreach_fn, void*); extern int splay_tree_compare_ints (splay_tree_key, splay_tree_key); extern int splay_tree_compare_pointers (splay_tree_key, splay_tree_key); #ifdef __cplusplus } #endif /* __cplusplus */ #endif /* _SPLAY_TREE_H */ sdcc-2.9.0/support/cpp/libiberty/vasprintf.c000066400000000000000000000113271116427777700211300ustar00rootroot00000000000000/* Like vsprintf but provides a pointer to malloc'd storage, which must be freed by the caller. Copyright (C) 1994, 2003 Free Software Foundation, Inc. This file is part of the libiberty library. Libiberty is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. Libiberty is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with libiberty; see the file COPYING.LIB. If not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #include #if !defined (va_copy) && defined (__va_copy) # define va_copy(d,s) __va_copy((d),(s)) #endif #include #ifdef HAVE_STRING_H #include #endif #ifdef HAVE_STDLIB_H #include #else extern unsigned long strtoul (); extern PTR malloc (); #endif #include "libiberty.h" #ifdef TEST int global_total_width; #endif /* @deftypefn Extension int vasprintf (char **@var{resptr}, const char *@var{format}, va_list @var{args}) Like @code{vsprintf}, but instead of passing a pointer to a buffer, you pass a pointer to a pointer. This function will compute the size of the buffer needed, allocate memory with @code{malloc}, and store a pointer to the allocated memory in @code{*@var{resptr}}. The value returned is the same as @code{vsprintf} would return. If memory could not be allocated, minus one is returned and @code{NULL} is stored in @code{*@var{resptr}}. @end deftypefn */ static int int_vasprintf (char **, const char *, va_list); static int int_vasprintf (char **result, const char *format, va_list args) { const char *p = format; /* Add one to make sure that it is never zero, which might cause malloc to return NULL. */ int total_width = strlen (format) + 1; va_list ap; #ifdef va_copy va_copy (ap, args); #else memcpy ((PTR) &ap, (PTR) &args, sizeof (va_list)); #endif while (*p != '\0') { if (*p++ == '%') { while (strchr ("-+ #0", *p)) ++p; if (*p == '*') { ++p; total_width += abs (va_arg (ap, int)); } else total_width += strtoul (p, (char **) &p, 10); if (*p == '.') { ++p; if (*p == '*') { ++p; total_width += abs (va_arg (ap, int)); } else total_width += strtoul (p, (char **) &p, 10); } while (strchr ("hlL", *p)) ++p; /* Should be big enough for any format specifier except %s and floats. */ total_width += 30; switch (*p) { case 'd': case 'i': case 'o': case 'u': case 'x': case 'X': case 'c': (void) va_arg (ap, int); break; case 'f': case 'e': case 'E': case 'g': case 'G': (void) va_arg (ap, double); /* Since an ieee double can have an exponent of 307, we'll make the buffer wide enough to cover the gross case. */ total_width += 307; break; case 's': total_width += strlen (va_arg (ap, char *)); break; case 'p': case 'n': (void) va_arg (ap, char *); break; } p++; } } #ifdef va_copy va_end (ap); #endif #ifdef TEST global_total_width = total_width; #endif *result = (char *) malloc (total_width); if (*result != NULL) return vsprintf (*result, format, args); else return -1; } int vasprintf (char **result, const char *format, #if defined (_BSD_VA_LIST_) && defined (__FreeBSD__) _BSD_VA_LIST_ args) #else va_list args) #endif { return int_vasprintf (result, format, args); } #ifdef TEST static void ATTRIBUTE_PRINTF_1 checkit (const char *format, ...) { char *result; VA_OPEN (args, format); VA_FIXEDARG (args, const char *, format); vasprintf (&result, format, args); VA_CLOSE (args); if (strlen (result) < (size_t) global_total_width) printf ("PASS: "); else printf ("FAIL: "); printf ("%d %s\n", global_total_width, result); free (result); } extern int main (void); int main (void) { checkit ("%d", 0x12345678); checkit ("%200d", 5); checkit ("%.300d", 6); checkit ("%100.150d", 7); checkit ("%s", "jjjjjjjjjiiiiiiiiiiiiiiioooooooooooooooooppppppppppppaa\n\ 777777777777777777333333333333366666666666622222222222777777777777733333"); checkit ("%f%s%d%s", 1.0, "foo", 77, "asdjffffffffffffffiiiiiiiiiiixxxxx"); return 0; } #endif /* TEST */ sdcc-2.9.0/support/cpp/libiberty/xexit.c000066400000000000000000000030121116427777700202450ustar00rootroot00000000000000/* xexit.c -- Run any exit handlers, then exit. Copyright (C) 1994, 95, 1997 Free Software Foundation, Inc. This file is part of the libiberty library. Libiberty is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. Libiberty is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with libiberty; see the file COPYING.LIB. If not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* @deftypefn Replacement void xexit (int @var{code}) Terminates the program. If any functions have been registered with the @code{xatexit} replacement function, they will be called first. Termination is handled via the system's normal @code{exit} call. @end deftypefn */ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #ifdef HAVE_STDLIB_H #include #endif #include "libiberty.h" /* This variable is set by xatexit if it is called. This way, xmalloc doesn't drag xatexit into the link. */ void (*_xexit_cleanup) (void); void xexit (int code) { if (_xexit_cleanup != NULL) (*_xexit_cleanup) (); exit (code); } sdcc-2.9.0/support/cpp/libiberty/xmalloc.c000066400000000000000000000111161116427777700205470ustar00rootroot00000000000000/* memory allocation routines with error checking. Copyright 1989, 90, 91, 92, 93, 94 Free Software Foundation, Inc. This file is part of the libiberty library. Libiberty is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. Libiberty is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with libiberty; see the file COPYING.LIB. If not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ /* @deftypefn Replacement void* xmalloc (size_t) Allocate memory without fail. If @code{malloc} fails, this will print a message to @code{stderr} (using the name set by @code{xmalloc_set_program_name}, if any) and then call @code{xexit}. Note that it is therefore safe for a program to contain @code{#define malloc xmalloc} in its source. @end deftypefn @deftypefn Replacement void* xrealloc (void *@var{ptr}, size_t @var{size}) Reallocate memory without fail. This routine functions like @code{realloc}, but will behave the same as @code{xmalloc} if memory cannot be found. @end deftypefn @deftypefn Replacement void* xcalloc (size_t @var{nelem}, size_t @var{elsize}) Allocate memory without fail, and set it to zero. This routine functions like @code{calloc}, but will behave the same as @code{xmalloc} if memory cannot be found. @end deftypefn @deftypefn Replacement void xmalloc_set_program_name (const char *@var{name}) You can use this to set the name of the program used by @code{xmalloc_failed} when printing a failure message. @end deftypefn @deftypefn Replacement void xmalloc_failed (size_t) This function is not meant to be called by client code, and is listed here for completeness only. If any of the allocation routines fail, this function will be called to print an error message and terminate execution. @end deftypefn */ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include "ansidecl.h" #include "libiberty.h" #include #include #if VMS #include #include #else /* For systems with larger pointers than ints, these must be declared. */ # if HAVE_STDLIB_H && HAVE_UNISTD_H && HAVE_DECL_MALLOC \ && HAVE_DECL_REALLOC && HAVE_DECL_CALLOC && HAVE_DECL_SBRK # include # include # else # ifdef __cplusplus extern "C" { # endif /* __cplusplus */ void *malloc (size_t); void *realloc (void *, size_t); void *calloc (size_t, size_t); void *sbrk (ptrdiff_t); # ifdef __cplusplus } # endif /* __cplusplus */ # endif /* HAVE_STDLIB_H ... */ #endif /* VMS */ /* The program name if set. */ static const char *name = ""; #ifdef HAVE_SBRK /* The initial sbrk, set when the program name is set. Not used for win32 ports other than cygwin32. */ static char *first_break = NULL; #endif /* HAVE_SBRK */ void xmalloc_set_program_name (const char *s) { name = s; #ifdef HAVE_SBRK /* Win32 ports other than cygwin32 don't have brk() */ if (first_break == NULL) first_break = (char *) sbrk (0); #endif /* HAVE_SBRK */ } void xmalloc_failed (size_t size) { #ifdef HAVE_SBRK extern char **environ; size_t allocated; if (first_break != NULL) allocated = (char *) sbrk (0) - first_break; else allocated = (char *) sbrk (0) - (char *) &environ; fprintf (stderr, "\n%s%sout of memory allocating %lu bytes after a total of %lu bytes\n", name, *name ? ": " : "", (unsigned long) size, (unsigned long) allocated); #else /* HAVE_SBRK */ fprintf (stderr, "\n%s%sout of memory allocating %lu bytes\n", name, *name ? ": " : "", (unsigned long) size); #endif /* HAVE_SBRK */ xexit (1); } PTR xmalloc (size_t size) { PTR newmem; if (size == 0) size = 1; newmem = malloc (size); if (!newmem) xmalloc_failed (size); return (newmem); } PTR xcalloc (size_t nelem, size_t elsize) { PTR newmem; if (nelem == 0 || elsize == 0) nelem = elsize = 1; newmem = calloc (nelem, elsize); if (!newmem) xmalloc_failed (nelem * elsize); return (newmem); } PTR xrealloc (PTR oldmem, size_t size) { PTR newmem; if (size == 0) size = 1; if (!oldmem) newmem = malloc (size); else newmem = realloc (oldmem, size); if (!newmem) xmalloc_failed (size); return (newmem); } sdcc-2.9.0/support/cpp/libiberty/xmemdup.c000066400000000000000000000016641116427777700205760ustar00rootroot00000000000000/* xmemdup.c -- Duplicate a memory buffer, using xcalloc. This trivial function is in the public domain. Jeff Garzik, September 1999. */ /* @deftypefn Replacement void* xmemdup (void *@var{input}, size_t @var{copy_size}, size_t @var{alloc_size}) Duplicates a region of memory without fail. First, @var{alloc_size} bytes are allocated, then @var{copy_size} bytes from @var{input} are copied into it, and the new memory is returned. If fewer bytes are copied than were allocated, the remaining memory is zeroed. @end deftypefn */ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include "ansidecl.h" #include "libiberty.h" #include /* For size_t. */ #ifdef HAVE_STRING_H #include #else # ifdef HAVE_STRINGS_H # include # endif #endif PTR xmemdup (const PTR input, size_t copy_size, size_t alloc_size) { PTR output = xcalloc (1, alloc_size); return (PTR) memcpy (output, input, copy_size); } sdcc-2.9.0/support/cpp/libiberty/xstrdup.c000066400000000000000000000013201116427777700206150ustar00rootroot00000000000000/* xstrdup.c -- Duplicate a string in memory, using xmalloc. This trivial function is in the public domain. Ian Lance Taylor, Cygnus Support, December 1995. */ /* @deftypefn Replacement char* xstrdup (const char *@var{s}) Duplicates a character string without fail, using @code{xmalloc} to obtain memory. @end deftypefn */ #include #ifdef HAVE_CONFIG_H #include "config.h" #endif #ifdef HAVE_STRING_H #include #else # ifdef HAVE_STRINGS_H # include # endif #endif #include "ansidecl.h" #include "libiberty.h" char * xstrdup (const char *s) { register size_t len = strlen (s) + 1; register char *ret = XNEWVEC (char, len); return (char *) memcpy (ret, s, len); } sdcc-2.9.0/support/cpp/libiberty/xstrerror.c000066400000000000000000000037661116427777700211760ustar00rootroot00000000000000/* xstrerror.c -- jacket routine for more robust strerror() usage. Fri Jun 16 18:30:00 1995 Pat Rankin This code is in the public domain. */ /* @deftypefn Replacement char* xstrerror (int @var{errnum}) Behaves exactly like the standard @code{strerror} function, but will never return a @code{NULL} pointer. @end deftypefn */ #include #include "config.h" #include "libiberty.h" #ifdef VMS # include # if !defined (__STRICT_ANSI__) && !defined (__HIDE_FORBIDDEN_NAMES) # ifdef __cplusplus extern "C" { # endif /* __cplusplus */ extern char *strerror (int,...); # define DONT_DECLARE_STRERROR # ifdef __cplusplus } # endif /* __cplusplus */ # endif #endif /* VMS */ #ifndef DONT_DECLARE_STRERROR # ifdef __cplusplus extern "C" { # endif /* __cplusplus */ extern char *strerror (int); # ifdef __cplusplus } # endif /* __cplusplus */ #endif /* If strerror returns NULL, we'll format the number into a static buffer. */ #define ERRSTR_FMT "undocumented error #%d" static char xstrerror_buf[sizeof ERRSTR_FMT + 20]; /* Like strerror, but result is never a null pointer. */ char * xstrerror (int errnum) { char *errstr; #ifdef VMS char *(*vmslib_strerror) (int,...); /* Override any possibly-conflicting declaration from system header. */ vmslib_strerror = (char *(*) (int,...)) strerror; /* Second argument matters iff first is EVMSERR, but it's simpler to pass it unconditionally. `vaxc$errno' is declared in and maintained by the run-time library in parallel to `errno'. We assume that `errnum' corresponds to the last value assigned to errno by the run-time library, hence vaxc$errno will be relevant. */ errstr = (*vmslib_strerror) (errnum, vaxc$errno); #else errstr = strerror (errnum); #endif /* If `errnum' is out of range, result might be NULL. We'll fix that. */ if (!errstr) { sprintf (xstrerror_buf, ERRSTR_FMT, errnum); errstr = xstrerror_buf; } return errstr; } sdcc-2.9.0/support/cpp/md5.h000066400000000000000000000117301116427777700156170ustar00rootroot00000000000000/* md5.h - Declaration of functions and data types used for MD5 sum computing library functions. Copyright 1995, 1996, 2000 Free Software Foundation, Inc. NOTE: The canonical source of this file is maintained with the GNU C Library. Bugs can be reported to bug-glibc@prep.ai.mit.edu. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ #ifndef _MD5_H #define _MD5_H 1 #include #if defined HAVE_LIMITS_H || _LIBC # include #endif /* The following contortions are an attempt to use the C preprocessor to determine an unsigned integral type that is 32 bits wide. An alternative approach is to use autoconf's AC_CHECK_SIZEOF macro, but doing that would require that the configure script compile and *run* the resulting executable. Locally running cross-compiled executables is usually not possible. */ #ifdef _LIBC # include typedef u_int32_t md5_uint32; typedef uintptr_t md5_uintptr; #else # define INT_MAX_32_BITS 2147483647 /* If UINT_MAX isn't defined, assume it's a 32-bit type. This should be valid for all systems GNU cares about because that doesn't include 16-bit systems, and only modern systems (that certainly have ) have 64+-bit integral types. */ # ifndef INT_MAX # define INT_MAX INT_MAX_32_BITS # endif # if INT_MAX == INT_MAX_32_BITS typedef unsigned int md5_uint32; # else # if SHRT_MAX == INT_MAX_32_BITS typedef unsigned short md5_uint32; # else # if LONG_MAX == INT_MAX_32_BITS typedef unsigned long md5_uint32; # else /* The following line is intended to evoke an error. Using #error is not portable enough. */ "Cannot determine unsigned 32-bit data type." # endif # endif # endif /* We have to make a guess about the integer type equivalent in size to pointers which should always be correct. */ typedef unsigned long int md5_uintptr; #endif /* Structure to save state of computation between the single steps. */ struct md5_ctx { md5_uint32 A; md5_uint32 B; md5_uint32 C; md5_uint32 D; md5_uint32 total[2]; md5_uint32 buflen; char buffer[128] ATTRIBUTE_ALIGNED_ALIGNOF(md5_uint32); }; /* * The following three functions are build up the low level used in * the functions `md5_stream' and `md5_buffer'. */ /* Initialize structure containing state of computation. (RFC 1321, 3.3: Step 3) */ extern void md5_init_ctx (struct md5_ctx *ctx); /* Starting with the result of former calls of this function (or the initialization function update the context for the next LEN bytes starting at BUFFER. It is necessary that LEN is a multiple of 64!!! */ extern void md5_process_block (const void *buffer, size_t len, struct md5_ctx *ctx); /* Starting with the result of former calls of this function (or the initialization function update the context for the next LEN bytes starting at BUFFER. It is NOT required that LEN is a multiple of 64. */ extern void md5_process_bytes (const void *buffer, size_t len, struct md5_ctx *ctx); /* Process the remaining bytes in the buffer and put result from CTX in first 16 bytes following RESBUF. The result is always in little endian byte order, so that a byte-wise output yields to the wanted ASCII representation of the message digest. IMPORTANT: On some systems it is required that RESBUF is correctly aligned for a 32 bits value. */ extern void *md5_finish_ctx (struct md5_ctx *ctx, void *resbuf); /* Put result from CTX in first 16 bytes following RESBUF. The result is always in little endian byte order, so that a byte-wise output yields to the wanted ASCII representation of the message digest. IMPORTANT: On some systems it is required that RESBUF is correctly aligned for a 32 bits value. */ extern void *md5_read_ctx (const struct md5_ctx *ctx, void *resbuf); /* Compute MD5 message digest for bytes read from STREAM. The resulting message digest number will be written into the 16 bytes beginning at RESBLOCK. */ extern int md5_stream (FILE *stream, void *resblock); /* Compute MD5 message digest for LEN bytes beginning at BUFFER. The result is always in little endian byte order, so that a byte-wise output yields to the wanted ASCII representation of the message digest. */ extern void *md5_buffer (const char *buffer, size_t len, void *resblock); #endif sdcc-2.9.0/support/cpp/move-if-change000066400000000000000000000015641116427777700174750ustar00rootroot00000000000000#!/bin/sh # Copyright (C) 1996 Free Software Foundation, Inc. # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. if test -r $2 then if cmp $1 $2 > /dev/null then echo $2 is unchanged rm -f $1 else mv -f $1 $2 fi else mv -f $1 $2 fi sdcc-2.9.0/support/cpp/opt-functions.awk000066400000000000000000000112641116427777700202770ustar00rootroot00000000000000# Copyright (C) 2003,2004 Free Software Foundation, Inc. # Contributed by Kelley Cook, June 2004. # Original code from Neil Booth, May 2003. # # This program is free software; you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by the # Free Software Foundation; either version 2, or (at your option) any # later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. # Some common subroutines for use by opt[ch]-gen.awk. # Return nonzero if FLAGS contains a flag matching REGEX. function flag_set_p(regex, flags) { return (" " flags " ") ~ (" " regex " ") } # Return STRING if FLAGS contains a flag matching regexp REGEX, # otherwise return the empty string. function test_flag(regex, flags, string) { if (flag_set_p(regex, flags)) return string return "" } # If FLAGS contains a "NAME(...argument...)" flag, return the value # of the argument. Return the empty string otherwise. function opt_args(name, flags) { flags = " " flags if (flags !~ " " name "\\(") return "" sub(".* " name "\\(", "", flags) sub("\\).*", "", flags) return flags } # Return the Nth comma-separated element of S. Return the empty string # if S does not contain N elements. function nth_arg(n, s) { while (n-- > 0) { if (s !~ ",") return "" sub("[^,]*, *", "", s) } sub(",.*", "", s) return s } # Return a bitmask of CL_* values for option flags FLAGS. function switch_flags (flags) { result = "0" for (j = 0; j < n_langs; j++) { regex = langs[j] gsub ( "\\+", "\\+", regex ) result = result test_flag(regex, flags, " | " macros[j]) } result = result \ test_flag("Common", flags, " | CL_COMMON") \ test_flag("Target", flags, " | CL_TARGET") \ test_flag("Joined", flags, " | CL_JOINED") \ test_flag("JoinedOrMissing", flags, " | CL_JOINED | CL_MISSING_OK") \ test_flag("Separate", flags, " | CL_SEPARATE") \ test_flag("RejectNegative", flags, " | CL_REJECT_NEGATIVE") \ test_flag("UInteger", flags, " | CL_UINTEGER") \ test_flag("Undocumented", flags, " | CL_UNDOCUMENTED") \ test_flag("Report", flags, " | CL_REPORT") sub( "^0 \\| ", "", result ) return result } # If FLAGS includes a Var flag, return the name of the variable it specifies. # Return the empty string otherwise. function var_name(flags) { return nth_arg(0, opt_args("Var", flags)) } # Return true if the option described by FLAGS has a globally-visible state. function global_state_p(flags) { return (var_name(flags) != "" \ || opt_args("Mask", flags) != "" \ || opt_args("InverseMask", flags) != "") } # Return true if the option described by FLAGS must have some state # associated with it. function needs_state_p(flags) { return flag_set_p("Target", flags) } # If FLAGS describes an option that needs a static state variable, # return the name of that variable, otherwise return "". NAME is # the name of the option. function static_var(name, flags) { if (global_state_p(flags) || !needs_state_p(flags)) return "" gsub ("[^A-Za-z0-9]", "_", name) return "VAR_" name } # Return the type of variable that should be associated with the given flags. function var_type(flags) { if (!flag_set_p("Joined.*", flags)) return "int " else if (flag_set_p("UInteger", flags)) return "int " else return "const char *" } # Given that an option has flags FLAGS, return an initializer for the # "var_cond" and "var_value" fields of its cl_options[] entry. function var_set(flags) { s = nth_arg(1, opt_args("Var", flags)) if (s != "") return "CLVC_EQUAL, " s s = opt_args("Mask", flags); if (s != "") { vn = var_name(flags); if (vn) return "CLVC_BIT_SET, OPTION_MASK_" s else return "CLVC_BIT_SET, MASK_" s } s = nth_arg(0, opt_args("InverseMask", flags)); if (s != "") { vn = var_name(flags); if (vn) return "CLVC_BIT_CLEAR, OPTION_MASK_" s else return "CLVC_BIT_CLEAR, MASK_" s } if (var_type(flags) == "const char *") return "CLVC_STRING, 0" return "CLVC_BOOLEAN, 0" } # Given that an option called NAME has flags FLAGS, return an initializer # for the "flag_var" field of its cl_options[] entry. function var_ref(name, flags) { name = var_name(flags) static_var(name, flags) if (name != "") return "&" name if (opt_args("Mask", flags) != "") return "&target_flags" if (opt_args("InverseMask", flags) != "") return "&target_flags" return "0" } sdcc-2.9.0/support/cpp/opt-gather.awk000066400000000000000000000030761116427777700175430ustar00rootroot00000000000000# Copyright (C) 2003,2004 Free Software Foundation, Inc. # Contributed by Kelley Cook, June 2004. # Original code from Neil Booth, May 2003. # # This program is free software; you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by the # Free Software Foundation; either version 2, or (at your option) any # later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. # This Awk script takes a list of *.opt files and combines them into # a three-field sorted list suitable for input into opt[ch]-gen.awk. # # Usage: awk -f opt-gather.awk file1.opt [...] > outputfile function sort(ARRAY, ELEMENTS) { for (i = 2; i <= ELEMENTS; ++i) { for (j = i; ARRAY[j-1] > ARRAY[j]; --j) { temp = ARRAY[j] ARRAY[j] = ARRAY[j-1] ARRAY[j-1] = temp } } return } BEGIN { numrec = 0 } # Ignore comments and blank lines /^[ \t]*(;|$)/ { flag = 0; next } /^[^ \t]/ { if (flag == 0) { record[++numrec] = $0 flag = 1 } else { record[numrec] = record[numrec] SUBSEP $0 } } # Sort it and output it END { sort(record,numrec) for (i = 1; i <= numrec; i++) { print record[i] } } sdcc-2.9.0/support/cpp/optc-gen.awk000066400000000000000000000124021116427777700171760ustar00rootroot00000000000000# Copyright (C) 2003,2004 Free Software Foundation, Inc. # Contributed by Kelley Cook, June 2004. # Original code from Neil Booth, May 2003. # # This program is free software; you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by the # Free Software Foundation; either version 2, or (at your option) any # later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. # This Awk script reads in the option records generated from # opt-gather.awk, combines the flags of duplicat options and generates a # C file. # # This program uses functions from opt-functions.awk # # Usage: awk -f opt-functions.awk -f optc-gen.awk \ # [-v header_name=header.h] < inputfile > options.c BEGIN { n_opts = 0 n_langs = 0 quote = "\042" comma = "," FS=SUBSEP # Default the name of header created from opth-gen.awk to options.h if (header_name == "") header_name="options.h" } # Collect the text and flags of each option into an array { if ($1 == "Language") { langs[n_langs] = $2 n_langs++; } else { name = opt_args("Mask", $1) if (name == "") { opts[n_opts] = $1 flags[n_opts] = $2 help[n_opts] = $3 n_opts++; } } } # Dump that array of options into a C file. END { print "/* This file is auto-generated by opts.sh. */" print "" n_headers = split(header_name, headers, " ") for (i = 1; i <= n_headers; i++) print "#include " quote headers[i] quote print "#include " quote "opts.h" quote print "#include " quote "intl.h" quote print "" print "#ifdef GCC_DRIVER" print "int target_flags;" print "#endif /* GCC_DRIVER */" print "" for (i = 0; i < n_opts; i++) { name = var_name(flags[i]); if (name == "") continue; if (flag_set_p("VarExists", flags[i])) { # Need it for the gcc driver. if (name in var_seen) continue; init = "" gcc_driver = 1 } else { init = opt_args("Init", flags[i]) if (init != "") init = " = " init; else if (name in var_seen) continue; gcc_driver = 0 } if (gcc_driver == 1) print "#ifdef GCC_DRIVER" print "/* Set by -" opts[i] "." print " " help[i] " */" print var_type(flags[i]) name init ";" if (gcc_driver == 1) print "#endif /* GCC_DRIVER */" print "" var_seen[name] = 1; } print "" print "/* Local state variables. */" for (i = 0; i < n_opts; i++) { name = static_var(opts[i], flags[i]); if (name != "") print "static " var_type(flags[i]) name ";" } print "" print "const char * const lang_names[] =\n{" for (i = 0; i < n_langs; i++) { macros[i] = "CL_" langs[i] gsub( "[^A-Za-z0-9_]", "X", macros[i] ) s = substr(" ", length (macros[i])) print " " quote langs[i] quote "," } print " 0\n};\n" print "const unsigned int cl_options_count = N_OPTS;\n" print "const struct cl_option cl_options[] =\n{" j = 0 for (i = 0; i < n_opts; i++) { back_chain[i] = "N_OPTS"; indices[opts[i]] = j; # Combine the flags of identical switches. Switches # appear many times if they are handled by many front # ends, for example. while( i + 1 != n_opts && opts[i] == opts[i + 1] ) { flags[i + 1] = flags[i] " " flags[i + 1]; i++; back_chain[i] = "N_OPTS"; indices[opts[i]] = j; } j++; } for (i = 0; i < n_opts; i++) { # Combine the flags of identical switches. Switches # appear many times if they are handled by many front # ends, for example. while( i + 1 != n_opts && opts[i] == opts[i + 1] ) { flags[i + 1] = flags[i] " " flags[i + 1]; i++; } len = length (opts[i]); enum = "OPT_" opts[i] if (opts[i] == "finline-limit=") enum = enum "eq" gsub ("[^A-Za-z0-9]", "_", enum) # If this switch takes joined arguments, back-chain all # subsequent switches to it for which it is a prefix. If # a later switch S is a longer prefix of a switch T, T # will be back-chained to S in a later iteration of this # for() loop, which is what we want. if (flag_set_p("Joined.*", flags[i])) { for (j = i + 1; j < n_opts; j++) { if (substr (opts[j], 1, len) != opts[i]) break; back_chain[j] = enum; } } s = substr(" ", length (opts[i])) if (i + 1 == n_opts) comma = "" if (help[i] == "") hlp = "0" else hlp = quote help[i] quote; neg = opt_args("Negative", flags[i]); if (neg != "") idx = indices[neg] else { if (flag_set_p("RejectNegative", flags[i])) idx = -1; else { if (opts[i] ~ "^[Wfm]") idx = indices[opts[i]]; else idx = -1; } } printf(" { %c-%s%c,\n %s,\n %s, %u, %d,\n", quote, opts[i], quote, hlp, back_chain[i], len, idx) condition = opt_args("Condition", flags[i]) cl_flags = switch_flags(flags[i]) if (condition != "") printf("#if %s\n" \ " %s,\n" \ "#else\n" \ " CL_DISABLED,\n" \ "#endif\n", condition, cl_flags, cl_flags) else printf(" %s,\n", cl_flags) printf(" %s, %s }%s\n", var_ref(opts[i], flags[i]), var_set(flags[i]), comma) } print "};" } sdcc-2.9.0/support/cpp/opth-gen.awk000066400000000000000000000113351116427777700172070ustar00rootroot00000000000000# Copyright (C) 2003,2004,2005,2006 Free Software Foundation, Inc. # Contributed by Kelley Cook, June 2004. # Original code from Neil Booth, May 2003. # # This program is free software; you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by the # Free Software Foundation; either version 2, or (at your option) any # later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. # This Awk script reads in the option records generated from # opt-gather.awk, combines the flags of duplicate options and generates a # C header file. # # This program uses functions from opt-functions.awk # Usage: awk -f opt-functions.awk -f opth-gen.awk < inputfile > options.h BEGIN { n_opts = 0 n_langs = 0 n_extra_masks = 0 quote = "\042" comma = "," FS=SUBSEP } # Collect the text and flags of each option into an array { if ($1 == "Language") { langs[n_langs] = $2 n_langs++; } else { name = opt_args("Mask", $1) if (name == "") { opts[n_opts] = $1 flags[n_opts] = $2 help[n_opts] = $3 n_opts++; } else { extra_masks[n_extra_masks++] = name } } } # Dump out an enumeration into a .h file. # Combine the flags of duplicate options. END { print "/* This file is auto-generated by opts.sh. */" print "" print "#ifndef OPTIONS_H" print "#define OPTIONS_H" print "" print "extern int target_flags;" print "" for (i = 0; i < n_opts; i++) { name = var_name(flags[i]); if (name == "") continue; print "extern " var_type(flags[i]) name ";" } print "" for (i = 0; i < n_opts; i++) { name = opt_args("Mask", flags[i]) vname = var_name(flags[i]) mask = "MASK_" if (vname != "") { mask = "OPTION_MASK_" } if (name != "" && !flag_set_p("MaskExists", flags[i])) print "#define " mask name " (1 << " masknum[vname]++ ")" } for (i = 0; i < n_extra_masks; i++) { print "#define MASK_" extra_masks[i] " (1 << " masknum[""]++ ")" } for (var in masknum) { if (masknum[var] > 31) { if (var == "") print "#error too many target masks" else print "#error too many masks for " var } } print "" for (i = 0; i < n_opts; i++) { name = opt_args("Mask", flags[i]) vname = var_name(flags[i]) macro = "OPTION_" mask = "OPTION_MASK_" if (vname == "") { vname = "target_flags" macro = "TARGET_" mask = "MASK_" } if (name != "" && !flag_set_p("MaskExists", flags[i])) print "#define " macro name \ " ((" vname " & " mask name ") != 0)" } for (i = 0; i < n_extra_masks; i++) { print "#define TARGET_" extra_masks[i] \ " ((target_flags & MASK_" extra_masks[i] ") != 0)" } print "" for (i = 0; i < n_opts; i++) { opt = opt_args("InverseMask", flags[i]) if (opt ~ ",") { vname = var_name(flags[i]) macro = "OPTION_" mask = "OPTION_MASK_" if (vname == "") { vname = "target_flags" macro = "TARGET_" mask = "MASK_" } print "#define " macro nth_arg(1, opt) \ " ((" vname " & " mask nth_arg(0, opt) ") == 0)" } } print "" for (i = 0; i < n_langs; i++) { macros[i] = "CL_" langs[i] gsub( "[^A-Za-z0-9_]", "X", macros[i] ) s = substr(" ", length (macros[i])) print "#define " macros[i] s " (1 << " i ")" } print "" print "enum opt_code" print "{" for (i = 0; i < n_opts; i++) back_chain[i] = "N_OPTS"; for (i = 0; i < n_opts; i++) { # Combine the flags of identical switches. Switches # appear many times if they are handled by many front # ends, for example. while( i + 1 != n_opts && opts[i] == opts[i + 1] ) { flags[i + 1] = flags[i] " " flags[i + 1]; i++; } len = length (opts[i]); enum = "OPT_" opts[i] if (opts[i] == "finline-limit=") enum = enum "eq" gsub ("[^A-Za-z0-9]", "_", enum) # If this switch takes joined arguments, back-chain all # subsequent switches to it for which it is a prefix. If # a later switch S is a longer prefix of a switch T, T # will be back-chained to S in a later iteration of this # for() loop, which is what we want. if (flag_set_p("Joined.*", flags[i])) { for (j = i + 1; j < n_opts; j++) { if (substr (opts[j], 1, len) != opts[i]) break; back_chain[j] = enum; } } s = substr(" ", length (opts[i])) if (i + 1 == n_opts) comma = "" if (help[i] == "") hlp = "0" else hlp = "N_(\"" help[i] "\")"; print " " enum "," s "/* -" opts[i] " */" } print " N_OPTS" print "};" print "" print "#endif /* OPTIONS_H */" } sdcc-2.9.0/support/cpp/opts-common.c000066400000000000000000000147161116427777700174070ustar00rootroot00000000000000/* Command line option handling. Copyright (C) 2006 Free Software Foundation, Inc. This file is part of GCC. GCC is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with GCC; see the file COPYING. If not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "config.h" #include "system.h" #include "intl.h" #include "opts.h" /* Perform a binary search to find which option the command-line INPUT matches. Returns its index in the option array, and N_OPTS (cl_options_count) on failure. This routine is quite subtle. A normal binary search is not good enough because some options can be suffixed with an argument, and multiple sub-matches can occur, e.g. input of "-pedantic" matching the initial substring of "-pedantic-errors". A more complicated example is -gstabs. It should match "-g" with an argument of "stabs". Suppose, however, that the number and list of switches are such that the binary search tests "-gen-decls" before having tested "-g". This doesn't match, and as "-gen-decls" is less than "-gstabs", it will become the lower bound of the binary search range, and "-g" will never be seen. To resolve this issue, opts.sh makes "-gen-decls" point, via the back_chain member, to "-g" so that failed searches that end between "-gen-decls" and the lexicographically subsequent switch know to go back and see if "-g" causes a match (which it does in this example). This search is done in such a way that the longest match for the front end in question wins. If there is no match for the current front end, the longest match for a different front end is returned (or N_OPTS if none) and the caller emits an error message. */ size_t find_opt (const char *input, int lang_mask) { size_t mn, mx, md, opt_len; size_t match_wrong_lang; int comp; mn = 0; mx = cl_options_count; /* Find mn such this lexicographical inequality holds: cl_options[mn] <= input < cl_options[mn + 1]. */ while (mx - mn > 1) { md = (mn + mx) / 2; opt_len = cl_options[md].opt_len; comp = strncmp (input, cl_options[md].opt_text + 1, opt_len); if (comp < 0) mx = md; else mn = md; } /* This is the switch that is the best match but for a different front end, or cl_options_count if there is no match at all. */ match_wrong_lang = cl_options_count; /* Backtrace the chain of possible matches, returning the longest one, if any, that fits best. With current GCC switches, this loop executes at most twice. */ do { const struct cl_option *opt = &cl_options[mn]; /* Is the input either an exact match or a prefix that takes a joined argument? */ if (!strncmp (input, opt->opt_text + 1, opt->opt_len) && (input[opt->opt_len] == '\0' || (opt->flags & CL_JOINED))) { /* If language is OK, return it. */ if (opt->flags & lang_mask) return mn; /* If we haven't remembered a prior match, remember this one. Any prior match is necessarily better. */ if (match_wrong_lang == cl_options_count) match_wrong_lang = mn; } /* Try the next possibility. This is cl_options_count if there are no more. */ mn = opt->back_chain; } while (mn != cl_options_count); /* Return the best wrong match, or cl_options_count if none. */ return match_wrong_lang; } /* Return true if NEXT_OPT_IDX cancels OPT_IDX. Return false if the next one is the same as ORIG_NEXT_OPT_IDX. */ static bool cancel_option (int opt_idx, int next_opt_idx, int orig_next_opt_idx) { /* An option can be canceled by the same option or an option with Negative. */ if (cl_options [next_opt_idx].neg_index == opt_idx) return true; if (cl_options [next_opt_idx].neg_index != orig_next_opt_idx) return cancel_option (opt_idx, cl_options [next_opt_idx].neg_index, orig_next_opt_idx); return false; } /* Filter out options canceled by the ones after them. */ void prune_options (int *argcp, char ***argvp) { int argc = *argcp; int *options = xmalloc (argc * sizeof (*options)); char **argv = xmalloc (argc * sizeof (char *)); int i, arg_count, need_prune = 0; const struct cl_option *option; size_t opt_index; /* Scan all arguments. */ for (i = 1; i < argc; i++) { int value = 1; const char *opt = (*argvp) [i]; opt_index = find_opt (opt + 1, -1); if (opt_index == cl_options_count && (opt[1] == 'W' || opt[1] == 'f' || opt[1] == 'm') && opt[2] == 'n' && opt[3] == 'o' && opt[4] == '-') { char *dup; /* Drop the "no-" from negative switches. */ size_t len = strlen (opt) - 3; dup = XNEWVEC (char, len + 1); dup[0] = '-'; dup[1] = opt[1]; memcpy (dup + 2, opt + 5, len - 2 + 1); opt = dup; value = 0; opt_index = find_opt (opt + 1, -1); free (dup); } if (opt_index == cl_options_count) { cont: options [i] = 0; continue; } option = &cl_options[opt_index]; if (option->neg_index < 0) goto cont; /* Skip joined switches. */ if ((option->flags & CL_JOINED)) goto cont; /* Reject negative form of switches that don't take negatives as unrecognized. */ if (!value && (option->flags & CL_REJECT_NEGATIVE)) goto cont; options [i] = (int) opt_index; need_prune |= options [i]; } if (!need_prune) goto done; /* Remove arguments which are negated by others after them. */ argv [0] = (*argvp) [0]; arg_count = 1; for (i = 1; i < argc; i++) { int j, opt_idx; opt_idx = options [i]; if (opt_idx) { int next_opt_idx; for (j = i + 1; j < argc; j++) { next_opt_idx = options [j]; if (next_opt_idx && cancel_option (opt_idx, next_opt_idx, next_opt_idx)) break; } } else goto keep; if (j == argc) { keep: argv [arg_count] = (*argvp) [i]; arg_count++; } } if (arg_count != argc) { *argcp = arg_count; *argvp = argv; } else { done: free (argv); } free (options); } sdcc-2.9.0/support/cpp/opts.c000066400000000000000000000351521116427777700161160ustar00rootroot00000000000000/* Command line option handling. Copyright (C) 2002, 2003, 2004, 2005, 2006, 2007 Free Software Foundation, Inc. Contributed by Neil Booth. This file is part of GCC. GCC is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with GCC; see the file COPYING. If not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "config.h" #include "system.h" #include "intl.h" #include "opts.h" #include "options.h" /* True if we should exit after parsing options. */ bool exit_after_options; /* Treat warnings as errors. -Werror. */ bool warnings_are_errors; /* Don't suppress warnings from system headers. -Wsystem-headers. */ bool warn_system_headers; /* Columns of --help display. */ static unsigned int columns = 80; /* What to print when a switch has no documentation. */ static const char undocumented_msg[] = N_("This switch lacks documentation"); /* Input file names. */ const char **in_fnames; unsigned num_in_fnames; static int common_handle_option (size_t scode, const char *arg, int value); static unsigned int handle_option (const char **argv, unsigned int lang_mask); static char *write_langs (unsigned int lang_mask); static void complain_wrong_lang (const char *, const struct cl_option *, unsigned int lang_mask); static void handle_options (unsigned int, const char **, unsigned int); static void wrap_help (const char *help, const char *item, unsigned int); static void print_help (void); static void print_filtered_help (unsigned int); static unsigned int print_switch (const char *text, unsigned int indent); /* If ARG is a non-negative integer made up solely of digits, return its value, otherwise return -1. */ static int integral_argument (const char *arg) { const char *p = arg; while (*p && ISDIGIT (*p)) p++; if (*p == '\0') return atoi (arg); return -1; } /* Return a malloced slash-separated list of languages in MASK. */ static char * write_langs (unsigned int mask) { unsigned int n = 0, len = 0; const char *lang_name; char *result; for (n = 0; (lang_name = lang_names[n]) != 0; n++) if (mask & (1U << n)) len += strlen (lang_name) + 1; result = XNEWVEC (char, len); len = 0; for (n = 0; (lang_name = lang_names[n]) != 0; n++) if (mask & (1U << n)) { if (len) result[len++] = '/'; strcpy (result + len, lang_name); len += strlen (lang_name); } result[len] = 0; return result; } /* Complain that switch OPT_INDEX does not apply to this front end. */ static void complain_wrong_lang (const char *text, const struct cl_option *option, unsigned int lang_mask) { char *ok_langs, *bad_lang; ok_langs = write_langs (option->flags); bad_lang = write_langs (lang_mask); /* Eventually this should become a hard error IMO. */ warning (0, "command line option \"%s\" is valid for %s but not for %s", text, ok_langs, bad_lang); free (ok_langs); free (bad_lang); } /* Handle the switch beginning at ARGV for the language indicated by LANG_MASK. Returns the number of switches consumed. */ static unsigned int handle_option (const char **argv, unsigned int lang_mask) { size_t opt_index; const char *opt, *arg = 0; char *dup = 0; int value = 1; unsigned int result = 0; const struct cl_option *option; opt = argv[0]; opt_index = find_opt (opt + 1, lang_mask | CL_COMMON | CL_TARGET); if (opt_index == cl_options_count && (opt[1] == 'W' || opt[1] == 'f' || opt[1] == 'm') && opt[2] == 'n' && opt[3] == 'o' && opt[4] == '-') { /* Drop the "no-" from negative switches. */ size_t len = strlen (opt) - 3; dup = XNEWVEC (char, len + 1); dup[0] = '-'; dup[1] = opt[1]; memcpy (dup + 2, opt + 5, len - 2 + 1); opt = dup; value = 0; opt_index = find_opt (opt + 1, lang_mask | CL_COMMON | CL_TARGET); } if (opt_index == cl_options_count) goto done; option = &cl_options[opt_index]; /* Reject negative form of switches that don't take negatives as unrecognized. */ if (!value && (option->flags & CL_REJECT_NEGATIVE)) goto done; /* We've recognized this switch. */ result = 1; /* Check to see if the option is disabled for this configuration. */ if (option->flags & CL_DISABLED) { error ("command line option \"%s\"" " is not supported by this configuration", opt); goto done; } /* Sort out any argument the switch takes. */ if (option->flags & CL_JOINED) { /* Have arg point to the original switch. This is because some code, such as disable_builtin_function, expects its argument to be persistent until the program exits. */ arg = argv[0] + cl_options[opt_index].opt_len + 1; if (!value) arg += strlen ("no-"); if (*arg == '\0' && !(option->flags & CL_MISSING_OK)) { if (option->flags & CL_SEPARATE) { arg = argv[1]; result = 2; } else /* Missing argument. */ arg = NULL; } } else if (option->flags & CL_SEPARATE) { arg = argv[1]; result = 2; } /* Now we've swallowed any potential argument, complain if this is a switch for a different front end. */ if (!(option->flags & (lang_mask | CL_COMMON | CL_TARGET))) { complain_wrong_lang (argv[0], option, lang_mask); goto done; } if (arg == NULL && (option->flags & (CL_JOINED | CL_SEPARATE))) { if (!lang_hooks.missing_argument (opt, opt_index)) error ("missing argument to \"%s\"", opt); goto done; } /* If the switch takes an integer, convert it. */ if (arg && (option->flags & CL_UINTEGER)) { value = integral_argument (arg); if (value == -1) { error ("argument to \"%s\" should be a non-negative integer", option->opt_text); goto done; } } if (option->flag_var) switch (option->var_type) { case CLVC_BOOLEAN: *(int *) option->flag_var = value; break; case CLVC_EQUAL: *(int *) option->flag_var = (value ? option->var_value : !option->var_value); break; case CLVC_BIT_CLEAR: case CLVC_BIT_SET: if ((value != 0) == (option->var_type == CLVC_BIT_SET)) *(int *) option->flag_var |= option->var_value; else *(int *) option->flag_var &= ~option->var_value; ////if (option->flag_var == &target_flags) //// target_flags_explicit |= option->var_value; break; case CLVC_STRING: *(const char **) option->flag_var = arg; break; } if (option->flags & lang_mask) if (lang_hooks.handle_option (opt_index, arg, value) == 0) result = 0; if (result && (option->flags & CL_COMMON)) if (common_handle_option (opt_index, arg, value) == 0) result = 0; ////if (result && (option->flags & CL_TARGET)) //// if (!targetm.handle_option (opt_index, arg, value)) //// result = 0; done: if (dup) free (dup); return result; } /* Handle FILENAME from the command line. */ static void add_input_filename (const char *filename) { num_in_fnames++; in_fnames = xrealloc (in_fnames, num_in_fnames * sizeof (in_fnames[0])); in_fnames[num_in_fnames - 1] = filename; } /* Decode and handle the vector of command line options. LANG_MASK contains has a single bit set representing the current language. */ static void handle_options (unsigned int argc, const char **argv, unsigned int lang_mask) { unsigned int n, i; for (i = 1; i < argc; i += n) { const char *opt = argv[i]; /* Interpret "-" or a non-switch as a file name. */ if (opt[0] != '-' || opt[1] == '\0') { if (main_input_filename == NULL) main_input_filename = opt; add_input_filename (opt); n = 1; continue; } n = handle_option (argv + i, lang_mask); if (!n) { n = 1; error ("unrecognized command line option \"%s\"", opt); } } } /* Parse command line options and set default flag values. Do minimal options processing. */ void decode_options (unsigned int argc, const char **argv) { unsigned int lang_mask; /* Perform language-specific options initialization. */ lang_mask = lang_hooks.init_options (argc, argv); /* Scan to see what optimization level has been specified. That will determine the default value of many flags. */ handle_options (argc, argv, lang_mask); } /* Handle target- and language-independent options. Return zero to generate an "unknown option" message. Only options that need extra handling need to be listed here; if you simply want VALUE assigned to a variable, it happens automatically. */ static int common_handle_option (size_t scode, const char *arg, int value ATTRIBUTE_UNUSED) { enum opt_code code = (enum opt_code) scode; switch (code) { default: abort (); case OPT__help: print_help (); exit_after_options = true; break; case OPT__version: print_version (stderr, ""); exit_after_options = true; break; case OPT_Werror: warnings_are_errors = value; break; case OPT_Wsystem_headers: warn_system_headers = value; break; case OPT_d: decode_d_option (arg); break; case OPT_pedantic_errors: flag_pedantic_errors = 1; break; case OPT_w: inhibit_warnings = true; break; } return 1; } /* Output --help text. */ static void print_help (void) { size_t i; const char *p; GET_ENVIRONMENT (p, "COLUMNS"); if (p) { int value = atoi (p); if (value > 0) columns = value; } puts (_("The following options are language-independent:\n")); print_filtered_help (CL_COMMON); for (i = 0; lang_names[i]; i++) { printf (_("The %s front end recognizes the following options:\n\n"), lang_names[i]); print_filtered_help (1U << i); } } /* Print help for a specific front-end, etc. */ static void print_filtered_help (unsigned int flag) { unsigned int i, len, filter, indent = 0; bool duplicates = false; const char *help, *opt, *tab; static char *printed; if (flag == CL_COMMON || flag == CL_TARGET) { filter = flag; if (!printed) printed = xmalloc (cl_options_count); memset (printed, 0, cl_options_count); } else { /* Don't print COMMON options twice. */ filter = flag | CL_COMMON; for (i = 0; i < cl_options_count; i++) { if ((cl_options[i].flags & filter) != flag) continue; /* Skip help for internal switches. */ if (cl_options[i].flags & CL_UNDOCUMENTED) continue; /* Skip switches that have already been printed, mark them to be listed later. */ if (printed[i]) { duplicates = true; indent = print_switch (cl_options[i].opt_text, indent); } } if (duplicates) { putchar ('\n'); putchar ('\n'); } } for (i = 0; i < cl_options_count; i++) { if ((cl_options[i].flags & filter) != flag) continue; /* Skip help for internal switches. */ if (cl_options[i].flags & CL_UNDOCUMENTED) continue; /* Skip switches that have already been printed. */ if (printed[i]) continue; printed[i] = true; help = cl_options[i].help; if (!help) help = undocumented_msg; /* Get the translation. */ help = _(help); tab = strchr (help, '\t'); if (tab) { len = tab - help; opt = help; help = tab + 1; } else { opt = cl_options[i].opt_text; len = strlen (opt); } wrap_help (help, opt, len); } putchar ('\n'); } /* Output ITEM, of length ITEM_WIDTH, in the left column, followed by word-wrapped HELP in a second column. */ static unsigned int print_switch (const char *text, unsigned int indent) { unsigned int len = strlen (text) + 1; /* trailing comma */ if (indent) { putchar (','); if (indent + len > columns) { putchar ('\n'); putchar (' '); indent = 1; } } else putchar (' '); putchar (' '); fputs (text, stdout); return indent + len + 1; } /* Output ITEM, of length ITEM_WIDTH, in the left column, followed by word-wrapped HELP in a second column. */ static void wrap_help (const char *help, const char *item, unsigned int item_width) { unsigned int col_width = 27; unsigned int remaining, room, len; remaining = strlen (help); do { room = columns - 3 - MAX (col_width, item_width); if (room > columns) room = 0; len = remaining; if (room < len) { unsigned int i; for (i = 0; help[i]; i++) { if (i >= room && len != remaining) break; if (help[i] == ' ') len = i; else if ((help[i] == '-' || help[i] == '/') && help[i + 1] != ' ' && i > 0 && ISALPHA (help[i - 1])) len = i + 1; } } printf( " %-*.*s %.*s\n", col_width, item_width, item, len, help); item_width = 0; while (help[len] == ' ') len++; help += len; remaining -= len; } while (remaining); } /* Return 1 if OPTION is enabled, 0 if it is disabled, or -1 if it isn't a simple on-off switch. */ int option_enabled (int opt_idx) { const struct cl_option *option = &(cl_options[opt_idx]); if (option->flag_var) switch (option->var_type) { case CLVC_BOOLEAN: return *(int *) option->flag_var != 0; case CLVC_EQUAL: return *(int *) option->flag_var == option->var_value; case CLVC_BIT_CLEAR: return (*(int *) option->flag_var & option->var_value) == 0; case CLVC_BIT_SET: return (*(int *) option->flag_var & option->var_value) != 0; case CLVC_STRING: break; } return -1; } /* Fill STATE with the current state of option OPTION. Return true if there is some state to store. */ bool get_option_state (int option, struct cl_option_state *state) { if (cl_options[option].flag_var == 0) return false; switch (cl_options[option].var_type) { case CLVC_BOOLEAN: case CLVC_EQUAL: state->data = cl_options[option].flag_var; state->size = sizeof (int); break; case CLVC_BIT_CLEAR: case CLVC_BIT_SET: state->ch = option_enabled (option); state->data = &state->ch; state->size = 1; break; case CLVC_STRING: state->data = *(const char **) cl_options[option].flag_var; if (state->data == 0) state->data = ""; state->size = strlen (state->data) + 1; break; } return true; } sdcc-2.9.0/support/cpp/opts.h000066400000000000000000000056741116427777700161310ustar00rootroot00000000000000/* Command line option handling. Copyright (C) 2002, 2003, 2004, 2005 Free Software Foundation, Inc. This file is part of GCC. GCC is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with GCC; see the file COPYING. If not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #ifndef GCC_OPTS_H #define GCC_OPTS_H /* Specifies how a switch's VAR_VALUE relates to its FLAG_VAR. */ enum cl_var_type { /* The switch is enabled when FLAG_VAR is nonzero. */ CLVC_BOOLEAN, /* The switch is enabled when FLAG_VAR == VAR_VALUE. */ CLVC_EQUAL, /* The switch is enabled when VAR_VALUE is not set in FLAG_VAR. */ CLVC_BIT_CLEAR, /* The switch is enabled when VAR_VALUE is set in FLAG_VAR. */ CLVC_BIT_SET, /* The switch takes a string argument and FLAG_VAR points to that argument. */ CLVC_STRING }; struct cl_option { const char *opt_text; const char *help; unsigned short back_chain; unsigned char opt_len; int neg_index; unsigned int flags; void *flag_var; enum cl_var_type var_type; int var_value; }; /* Records that the state of an option consists of SIZE bytes starting at DATA. DATA might point to CH in some cases. */ struct cl_option_state { const void *data; size_t size; char ch; }; extern const struct cl_option cl_options[]; extern const unsigned int cl_options_count; extern const char *const lang_names[]; extern bool no_unit_at_a_time_default; #define CL_DISABLED (1 << 21) /* Disabled in this configuration. */ #define CL_TARGET (1 << 22) /* Target-specific option. */ #define CL_REPORT (1 << 23) /* Report argument with -fverbose-asm */ #define CL_JOINED (1 << 24) /* If takes joined argument. */ #define CL_SEPARATE (1 << 25) /* If takes a separate argument. */ #define CL_REJECT_NEGATIVE (1 << 26) /* Reject no- form. */ #define CL_MISSING_OK (1 << 27) /* Missing argument OK (joined). */ #define CL_UINTEGER (1 << 28) /* Argument is an integer >=0. */ #define CL_COMMON (1 << 29) /* Language-independent. */ #define CL_UNDOCUMENTED (1 << 30) /* Do not output with --help. */ /* Input file names. */ extern const char **in_fnames; /* The count of input filenames. */ extern unsigned num_in_fnames; size_t find_opt (const char *input, int lang_mask); extern void prune_options (int *argcp, char ***argvp); extern void decode_options (unsigned int argc, const char **argv); extern int option_enabled (int opt_idx); extern bool get_option_state (int, struct cl_option_state *); #endif sdcc-2.9.0/support/cpp/output.h000066400000000000000000000604561116427777700165030ustar00rootroot00000000000000/* Declarations for insn-output.c. These functions are defined in recog.c, final.c, and varasm.c. Copyright (C) 1987, 1991, 1994, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005 Free Software Foundation, Inc. This file is part of GCC. GCC is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with GCC; see the file COPYING. If not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #ifndef GCC_OUTPUT_H #define GCC_OUTPUT_H /* Initialize data in final at the beginning of a compilation. */ extern void init_final (const char *); /* Enable APP processing of subsequent output. Used before the output from an `asm' statement. */ extern void app_enable (void); /* Disable APP processing of subsequent output. Called from varasm.c before most kinds of output. */ extern void app_disable (void); /* Return the number of slots filled in the current delayed branch sequence (we don't count the insn needing the delay slot). Zero if not in a delayed branch sequence. */ extern int dbr_sequence_length (void); /* Indicate that branch shortening hasn't yet been done. */ extern void init_insn_lengths (void); /* Obtain the current length of an insn. If branch shortening has been done, get its actual length. Otherwise, get its maximum length. */ extern int get_attr_length (rtx); /* Obtain the current length of an insn. If branch shortening has been done, get its actual length. Otherwise, get its minimum length. */ extern int get_attr_min_length (rtx); /* Make a pass over all insns and compute their actual lengths by shortening any branches of variable length if possible. */ extern void shorten_branches (rtx); /* Output assembler code for the start of a function, and initialize some of the variables in this file for the new function. The label for the function and associated assembler pseudo-ops have already been output in `assemble_start_function'. */ extern void final_start_function (rtx, FILE *, int); /* Output assembler code for the end of a function. For clarity, args are same as those of `final_start_function' even though not all of them are needed. */ extern void final_end_function (void); /* Output assembler code for some insns: all or part of a function. */ extern void final (rtx, FILE *, int); /* The final scan for one insn, INSN. Args are same as in `final', except that INSN is the insn being scanned. Value returned is the next insn to be scanned. */ extern rtx final_scan_insn (rtx, FILE *, int, int, int *); /* Replace a SUBREG with a REG or a MEM, based on the thing it is a subreg of. */ extern rtx alter_subreg (rtx *); /* Report inconsistency between the assembler template and the operands. In an `asm', it's the user's fault; otherwise, the compiler's fault. */ extern void output_operand_lossage (const char *, ...) ATTRIBUTE_PRINTF_1; /* Output a string of assembler code, substituting insn operands. Defined in final.c. */ extern void output_asm_insn (const char *, rtx *); /* Compute a worst-case reference address of a branch so that it can be safely used in the presence of aligned labels. Defined in final.c. */ extern int insn_current_reference_address (rtx); /* Find the alignment associated with a CODE_LABEL. Defined in final.c. */ extern int label_to_alignment (rtx); /* Output a LABEL_REF, or a bare CODE_LABEL, as an assembler symbol. */ extern void output_asm_label (rtx); /* Print a memory reference operand for address X using machine-dependent assembler syntax. */ extern void output_address (rtx); /* Print an integer constant expression in assembler syntax. Addition and subtraction are the only arithmetic that may appear in these expressions. */ extern void output_addr_const (FILE *, rtx); /* Output a string of assembler code, substituting numbers, strings and fixed syntactic prefixes. */ #if GCC_VERSION >= 3004 #define ATTRIBUTE_ASM_FPRINTF(m, n) __attribute__ ((__format__ (__asm_fprintf__, m, n))) ATTRIBUTE_NONNULL(m) /* This is a magic identifier which allows GCC to figure out the type of HOST_WIDE_INT for %wd specifier checks. You must issue this typedef before using the __asm_fprintf__ format attribute. */ typedef HOST_WIDE_INT __gcc_host_wide_int__; #else #define ATTRIBUTE_ASM_FPRINTF(m, n) ATTRIBUTE_NONNULL(m) #endif extern void asm_fprintf (FILE *file, const char *p, ...) ATTRIBUTE_ASM_FPRINTF(2, 3); /* Split up a CONST_DOUBLE or integer constant rtx into two rtx's for single words. */ extern void split_double (rtx, rtx *, rtx *); /* Return nonzero if this function has no function calls. */ extern int leaf_function_p (void); /* Return 1 if branch is a forward branch. Uses insn_shuid array, so it works only in the final pass. May be used by output templates to add branch prediction hints, for example. */ extern int final_forward_branch_p (rtx); /* Return 1 if this function uses only the registers that can be safely renumbered. */ extern int only_leaf_regs_used (void); /* Scan IN_RTX and its subexpressions, and renumber all regs into those available in leaf functions. */ extern void leaf_renumber_regs_insn (rtx); /* Locate the proper template for the given insn-code. */ extern const char *get_insn_template (int, rtx); /* Functions in flow.c */ extern int regno_clobbered_at_setjmp (int); /* Functions in varasm.c. */ /* Declare DECL to be a weak symbol. */ extern void declare_weak (tree); /* Merge weak status. */ extern void merge_weak (tree, tree); /* Emit any pending weak declarations. */ extern void weak_finish (void); /* Decode an `asm' spec for a declaration as a register name. Return the register number, or -1 if nothing specified, or -2 if the ASMSPEC is not `cc' or `memory' and is not recognized, or -3 if ASMSPEC is `cc' and is not recognized, or -4 if ASMSPEC is `memory' and is not recognized. Accept an exact spelling or a decimal number. Prefixes such as % are optional. */ extern int decode_reg_name (const char *); extern void assemble_alias (tree, tree); extern void default_assemble_visibility (tree, int); /* Output a string of literal assembler code for an `asm' keyword used between functions. */ extern void assemble_asm (tree); /* Output assembler code for the constant pool of a function and associated with defining the name of the function. DECL describes the function. NAME is the function's name. For the constant pool, we use the current constant pool data. */ extern void assemble_start_function (tree, const char *); /* Output assembler code associated with defining the size of the function. DECL describes the function. NAME is the function's name. */ extern void assemble_end_function (tree, const char *); /* Assemble everything that is needed for a variable or function declaration. Not used for automatic variables, and not used for function definitions. Should not be called for variables of incomplete structure type. TOP_LEVEL is nonzero if this variable has file scope. AT_END is nonzero if this is the special handling, at end of compilation, to define things that have had only tentative definitions. DONT_OUTPUT_DATA if nonzero means don't actually output the initial value (that will be done by the caller). */ extern void assemble_variable (tree, int, int, int); /* Compute the alignment of variable specified by DECL. DONT_OUTPUT_DATA is from assemble_variable. */ extern void align_variable (tree decl, bool dont_output_data); /* Output something to declare an external symbol to the assembler. (Most assemblers don't need this, so we normally output nothing.) Do nothing if DECL is not external. */ extern void assemble_external (tree); /* Assemble code to leave SIZE bytes of zeros. */ extern void assemble_zeros (unsigned HOST_WIDE_INT); /* Assemble an alignment pseudo op for an ALIGN-bit boundary. */ extern void assemble_align (int); /* Assemble a string constant with the specified C string as contents. */ extern void assemble_string (const char *, int); /* Similar, for calling a library function FUN. */ extern void assemble_external_libcall (rtx); /* Assemble a label named NAME. */ extern void assemble_label (const char *); /* Output to FILE (an assembly file) a reference to NAME. If NAME starts with a *, the rest of NAME is output verbatim. Otherwise NAME is transformed in a target-specific way (usually by the addition of an underscore). */ extern void assemble_name_raw (FILE *, const char *); /* Like assemble_name_raw, but should be used when NAME might refer to an entity that is also represented as a tree (like a function or variable). If NAME does refer to such an entity, that entity will be marked as referenced. */ extern void assemble_name (FILE *, const char *); /* Return the assembler directive for creating a given kind of integer object. SIZE is the number of bytes in the object and ALIGNED_P indicates whether it is known to be aligned. Return NULL if the assembly dialect has no such directive. The returned string should be printed at the start of a new line and be followed immediately by the object's initial value. */ extern const char *integer_asm_op (int, int); /* Use directive OP to assemble an integer object X. Print OP at the start of the line, followed immediately by the value of X. */ extern void assemble_integer_with_op (const char *, rtx); /* The default implementation of the asm_out.integer target hook. */ extern bool default_assemble_integer (rtx, unsigned int, int); /* Assemble the integer constant X into an object of SIZE bytes. ALIGN is the alignment of the integer in bits. Return 1 if we were able to output the constant, otherwise 0. If FORCE is nonzero the constant must be outputable. */ extern bool assemble_integer (rtx, unsigned, unsigned, int); /* An interface to assemble_integer for the common case in which a value is fully aligned and must be printed. VALUE is the value of the integer object and SIZE is the number of bytes it contains. */ #define assemble_aligned_integer(SIZE, VALUE) \ assemble_integer (VALUE, SIZE, (SIZE) * BITS_PER_UNIT, 1) #ifdef REAL_VALUE_TYPE_SIZE /* Assemble the floating-point constant D into an object of size MODE. */ extern void assemble_real (REAL_VALUE_TYPE, enum machine_mode, unsigned); #endif /* Return the size of the constant pool. */ extern int get_pool_size (void); #ifdef HAVE_peephole extern rtx peephole (rtx); #endif extern void output_shared_constant_pool (void); extern void output_object_blocks (void); /* Whether a constructor CTOR is a valid static constant initializer if all its elements are. This used to be internal to initializer_constant_valid_p and has been exposed to let other functions like categorize_ctor_elements evaluate the property while walking a constructor for other purposes. */ extern bool constructor_static_from_elts_p (tree); /* Return nonzero if VALUE is a valid constant-valued expression for use in initializing a static variable; one that can be an element of a "constant" initializer. Return null_pointer_node if the value is absolute; if it is relocatable, return the variable that determines the relocation. We assume that VALUE has been folded as much as possible; therefore, we do not need to check for such things as arithmetic-combinations of integers. */ extern tree initializer_constant_valid_p (tree, tree); /* Output assembler code for constant EXP to FILE, with no label. This includes the pseudo-op such as ".int" or ".byte", and a newline. Assumes output_addressed_constants has been done on EXP already. Generate exactly SIZE bytes of assembler data, padding at the end with zeros if necessary. SIZE must always be specified. ALIGN is the alignment in bits that may be assumed for the data. */ extern void output_constant (tree, unsigned HOST_WIDE_INT, unsigned int); /* When outputting delayed branch sequences, this rtx holds the sequence being output. It is null when no delayed branch sequence is being output, so it can be used as a test in the insn output code. This variable is defined in final.c. */ extern rtx final_sequence; /* The line number of the beginning of the current function. Various md code needs this so that it can output relative linenumbers. */ #ifdef SDB_DEBUGGING_INFO /* Avoid undef sym in certain broken linkers. */ extern int sdb_begin_function_line; #endif /* File in which assembler code is being written. */ #ifdef BUFSIZ extern FILE *asm_out_file; #endif /* The first global object in the file. */ extern const char *first_global_object_name; /* The first weak object in the file. */ extern const char *weak_global_object_name; /* Nonzero if function being compiled doesn't contain any calls (ignoring the prologue and epilogue). This is set prior to local register allocation and is valid for the remaining compiler passes. */ extern int current_function_is_leaf; /* Nonzero if function being compiled doesn't modify the stack pointer (ignoring the prologue and epilogue). This is only valid after life_analysis has run. */ extern int current_function_sp_is_unchanging; /* Nonzero if the function being compiled is a leaf function which only uses leaf registers. This is valid after reload (specifically after sched2) and is useful only if the port defines LEAF_REGISTERS. */ extern int current_function_uses_only_leaf_regs; /* Default file in which to dump debug output. */ #ifdef BUFSIZ extern FILE *dump_file; #endif /* Nonnull if the insn currently being emitted was a COND_EXEC pattern. */ extern rtx current_insn_predicate; /* Last insn processed by final_scan_insn. */ extern rtx current_output_insn; /* Nonzero while outputting an `asm' with operands. This means that inconsistencies are the user's fault, so don't die. The precise value is the insn being output, to pass to error_for_asm. */ extern rtx this_is_asm_operands; /* Carry information from ASM_DECLARE_OBJECT_NAME to ASM_FINISH_DECLARE_OBJECT. */ extern int size_directive_output; extern tree last_assemble_variable_decl; extern bool first_function_block_is_cold; /* Decide whether DECL needs to be in a writable section. RELOC is the same as for SELECT_SECTION. */ extern bool decl_readonly_section (tree, int); /* This can be used to compute RELOC for the function above, when given a constant expression. */ extern int compute_reloc_for_constant (tree); /* User label prefix in effect for this compilation. */ extern const char *user_label_prefix; /* Default target function prologue and epilogue assembler output. */ extern void default_function_pro_epilogue (FILE *, HOST_WIDE_INT); /* Default target hook that outputs nothing to a stream. */ extern void no_asm_to_stream (FILE *); /* Flags controlling properties of a section. */ #define SECTION_ENTSIZE 0x000ff /* entity size in section */ #define SECTION_CODE 0x00100 /* contains code */ #define SECTION_WRITE 0x00200 /* data is writable */ #define SECTION_DEBUG 0x00400 /* contains debug data */ #define SECTION_LINKONCE 0x00800 /* is linkonce */ #define SECTION_SMALL 0x01000 /* contains "small data" */ #define SECTION_BSS 0x02000 /* contains zeros only */ #define SECTION_FORGET 0x04000 /* forget that we've entered the section */ #define SECTION_MERGE 0x08000 /* contains mergeable data */ #define SECTION_STRINGS 0x10000 /* contains zero terminated strings without embedded zeros */ #define SECTION_OVERRIDE 0x20000 /* allow override of default flags */ #define SECTION_TLS 0x40000 /* contains thread-local storage */ #define SECTION_NOTYPE 0x80000 /* don't output @progbits */ #define SECTION_DECLARED 0x100000 /* section has been used */ #define SECTION_STYLE_MASK 0x600000 /* bits used for SECTION_STYLE */ #define SECTION_COMMON 0x800000 /* contains common data */ #define SECTION_MACH_DEP 0x1000000 /* subsequent bits reserved for target */ /* This SECTION_STYLE is used for unnamed sections that we can switch to using a special assembler directive. */ #define SECTION_UNNAMED 0x000000 /* This SECTION_STYLE is used for named sections that we can switch to using a general section directive. */ #define SECTION_NAMED 0x200000 /* This SECTION_STYLE is used for sections that we cannot switch to at all. The choice of section is implied by the directive that we use to declare the object. */ #define SECTION_NOSWITCH 0x400000 /* A helper function for default_elf_select_section and default_elf_unique_section. Categorizes the DECL. */ enum section_category { SECCAT_TEXT, SECCAT_RODATA, SECCAT_RODATA_MERGE_STR, SECCAT_RODATA_MERGE_STR_INIT, SECCAT_RODATA_MERGE_CONST, SECCAT_SRODATA, SECCAT_DATA, /* To optimize loading of shared programs, define following subsections of data section: _REL Contains data that has relocations, so they get grouped together and dynamic linker will visit fewer pages in memory. _RO Contains data that is otherwise read-only. This is useful with prelinking as most relocations won't be dynamically linked and thus stay read only. _LOCAL Marks data containing relocations only to local objects. These relocations will get fully resolved by prelinking. */ SECCAT_DATA_REL, SECCAT_DATA_REL_LOCAL, SECCAT_DATA_REL_RO, SECCAT_DATA_REL_RO_LOCAL, SECCAT_SDATA, SECCAT_TDATA, SECCAT_BSS, SECCAT_SBSS, SECCAT_TBSS }; /* Information that is provided by all instances of the section type. */ struct section_common GTY(()) { /* The set of SECTION_* flags that apply to this section. */ unsigned int flags; }; /* Information about a SECTION_NAMED section. */ struct named_section GTY(()) { struct section_common common; /* The name of the section. */ const char *name; /* If nonnull, the VAR_DECL or FUNCTION_DECL with which the section is associated. */ tree decl; }; /* A callback that writes the assembly code for switching to an unnamed section. The argument provides callback-specific data. */ typedef void (*unnamed_section_callback) (const void *); /* Information about a SECTION_UNNAMED section. */ struct unnamed_section GTY(()) { struct section_common common; /* The callback used to switch to the section, and the data that should be passed to the callback. */ unnamed_section_callback GTY ((skip)) callback; const void *GTY ((skip)) data; /* The next entry in the chain of unnamed sections. */ section *next; }; /* A callback that writes the assembly code for a decl in a SECTION_NOSWITCH section. DECL is the decl that should be assembled and NAME is the name of its SYMBOL_REF. SIZE is the size of the decl in bytes and ROUNDED is that size rounded up to the next BIGGEST_ALIGNMENT / BITS_PER_UNIT boundary. Return true if the callback used DECL_ALIGN to set the object's alignment. A false return value implies that we are relying on the rounded size to align the decl. */ typedef bool (*noswitch_section_callback) (tree decl, const char *name, unsigned HOST_WIDE_INT size, unsigned HOST_WIDE_INT rounded); /* Information about a SECTION_NOSWITCH section. */ struct noswitch_section GTY(()) { struct section_common common; /* The callback used to assemble decls in this section. */ noswitch_section_callback GTY ((skip)) callback; }; /* Information about a section, which may be named or unnamed. */ union section GTY ((desc ("SECTION_STYLE (&(%h))"))) { struct section_common GTY ((skip)) common; struct named_section GTY ((tag ("SECTION_NAMED"))) named; struct unnamed_section GTY ((tag ("SECTION_UNNAMED"))) unnamed; struct noswitch_section GTY ((tag ("SECTION_NOSWITCH"))) noswitch; }; /* Return the style of section SECT. */ #define SECTION_STYLE(SECT) ((SECT)->common.flags & SECTION_STYLE_MASK) struct object_block; /* Special well-known sections. */ extern GTY(()) section *text_section; extern GTY(()) section *data_section; extern GTY(()) section *readonly_data_section; extern GTY(()) section *sdata_section; extern GTY(()) section *ctors_section; extern GTY(()) section *dtors_section; extern GTY(()) section *bss_section; extern GTY(()) section *sbss_section; extern GTY(()) section *exception_section; extern GTY(()) section *eh_frame_section; extern GTY(()) section *tls_comm_section; extern GTY(()) section *comm_section; extern GTY(()) section *lcomm_section; extern GTY(()) section *bss_noswitch_section; extern GTY(()) section *in_section; extern GTY(()) bool in_cold_section_p; extern section *get_unnamed_section (unsigned int, void (*) (const void *), const void *); extern section *get_section (const char *, unsigned int, tree); extern section *get_named_section (tree, const char *, int); extern void place_block_symbol (rtx); extern rtx get_section_anchor (struct object_block *, HOST_WIDE_INT, enum tls_model); extern section *mergeable_constant_section (enum machine_mode, unsigned HOST_WIDE_INT, unsigned int); extern section *function_section (tree); extern section *unlikely_text_section (void); extern section *current_function_section (void); extern bool unlikely_text_section_p (section *); extern void switch_to_section (section *); extern void output_section_asm_op (const void *); extern unsigned int default_section_type_flags (tree, const char *, int); extern bool have_global_bss_p (void); extern void default_no_named_section (const char *, unsigned int, tree); extern void default_elf_asm_named_section (const char *, unsigned int, tree); extern enum section_category categorize_decl_for_section (tree, int); extern void default_coff_asm_named_section (const char *, unsigned int, tree); extern void default_pe_asm_named_section (const char *, unsigned int, tree); extern void default_stabs_asm_out_destructor (rtx, int); extern void default_named_section_asm_out_destructor (rtx, int); extern void default_dtor_section_asm_out_destructor (rtx, int); extern void default_stabs_asm_out_constructor (rtx, int); extern void default_named_section_asm_out_constructor (rtx, int); extern void default_ctor_section_asm_out_constructor (rtx, int); extern section *default_select_section (tree, int, unsigned HOST_WIDE_INT); extern section *default_elf_select_section (tree, int, unsigned HOST_WIDE_INT); extern void default_unique_section (tree, int); extern section *default_function_rodata_section (tree); extern section *default_no_function_rodata_section (tree); extern section *default_select_rtx_section (enum machine_mode, rtx, unsigned HOST_WIDE_INT); extern section *default_elf_select_rtx_section (enum machine_mode, rtx, unsigned HOST_WIDE_INT); extern void default_encode_section_info (tree, rtx, int); extern const char *default_strip_name_encoding (const char *); extern void default_asm_output_anchor (rtx); extern bool default_use_anchors_for_symbol_p (rtx); extern bool default_binds_local_p (tree); extern bool default_binds_local_p_1 (tree, int); extern void default_globalize_label (FILE *, const char *); extern void default_emit_unwind_label (FILE *, tree, int, int); extern void default_emit_except_table_label (FILE *); extern void default_internal_label (FILE *, const char *, unsigned long); extern void default_file_start (void); extern void file_end_indicate_exec_stack (void); extern bool default_valid_pointer_mode (enum machine_mode); extern int default_address_cost (rtx); /* dbxout helper functions */ #if defined DBX_DEBUGGING_INFO || defined XCOFF_DEBUGGING_INFO extern void dbxout_int (int); extern void dbxout_stabd (int, int); extern void dbxout_begin_stabn (int); extern void dbxout_begin_stabn_sline (int); extern void dbxout_begin_empty_stabs (int); extern void dbxout_begin_simple_stabs (const char *, int); extern void dbxout_begin_simple_stabs_desc (const char *, int, int); extern void dbxout_stab_value_zero (void); extern void dbxout_stab_value_label (const char *); extern void dbxout_stab_value_label_diff (const char *, const char *); extern void dbxout_stab_value_internal_label (const char *, int *); extern void dbxout_stab_value_internal_label_diff (const char *, int *, const char *); #endif #endif /* ! GCC_OUTPUT_H */ sdcc-2.9.0/support/cpp/prefix.c000066400000000000000000000213661116427777700164300ustar00rootroot00000000000000/* Utility to update paths from internal to external forms. Copyright (C) 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005 Free Software Foundation, Inc. This file is part of GCC. GCC is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with GCC; see the file COPYING. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ /* This file contains routines to update a path, both to canonicalize the directory format and to handle any prefix translation. This file must be compiled with -DPREFIX= to specify the "prefix" value used by configure. If a filename does not begin with this prefix, it will not be affected other than by directory canonicalization. Each caller of 'update_path' may specify both a filename and a translation prefix and consist of the name of the package that contains the file ("@GCC", "@BINUTIL", "@GNU", etc). If the prefix is not specified, the filename will only undergo directory canonicalization. If it is specified, the string given by PREFIX will be replaced by the specified prefix (with a '@' in front unless the prefix begins with a '$') and further translation will be done as follows until none of the two conditions below are met: 1) If the filename begins with '@', the string between the '@' and the end of the name or the first '/' or directory separator will be considered a "key" and looked up as follows: -- If this is a Win32 OS, then the Registry will be examined for an entry of "key" in HKEY_LOCAL_MACHINE\SOFTWARE\Free Software Foundation\ if found, that value will be used. defaults to GCC version string, but can be overridden at configuration time. -- If not found (or not a Win32 OS), the environment variable key_ROOT (the value of "key" concatenated with the constant "_ROOT") is tried. If that fails, then PREFIX (see above) is used. 2) If the filename begins with a '$', the rest of the string up to the end or the first '/' or directory separator will be used as an environment variable, whose value will be returned. Once all this is done, any '/' will be converted to DIR_SEPARATOR, if they are different. NOTE: using resolve_keyed_path under Win32 requires linking with advapi32.dll. */ #include "config.h" #include "system.h" #if defined(_WIN32) && defined(ENABLE_WIN32_REGISTRY) #include #endif #include "prefix.h" static const char *std_prefix = PREFIX; static const char *get_key_value (char *); static char *translate_name (char *); static char *save_string (const char *, int); static void tr (char *, int, int); #if defined(_WIN32) && defined(ENABLE_WIN32_REGISTRY) static char *lookup_key (char *); static HKEY reg_key = (HKEY) INVALID_HANDLE_VALUE; #endif /* Given KEY, as above, return its value. */ static const char * get_key_value (char *key) { const char *prefix = 0; char *temp = 0; #if defined(_WIN32) && defined(ENABLE_WIN32_REGISTRY) prefix = lookup_key (key); #endif if (prefix == 0) prefix = getenv (temp = concat (key, "_ROOT", NULL)); if (prefix == 0) prefix = std_prefix; if (temp) free (temp); return prefix; } /* Return a copy of a string that has been placed in the heap. */ static char * save_string (const char *s, int len) { char *result = XNEWVEC (char, len + 1); memcpy (result, s, len); result[len] = 0; return result; } #if defined(_WIN32) && defined(ENABLE_WIN32_REGISTRY) #ifndef WIN32_REGISTRY_KEY # define WIN32_REGISTRY_KEY BASEVER #endif /* Look up "key" in the registry, as above. */ static char * lookup_key (char *key) { char *dst; DWORD size; DWORD type; LONG res; if (reg_key == (HKEY) INVALID_HANDLE_VALUE) { res = RegOpenKeyExA (HKEY_LOCAL_MACHINE, "SOFTWARE", 0, KEY_READ, ®_key); if (res == ERROR_SUCCESS) res = RegOpenKeyExA (reg_key, "Free Software Foundation", 0, KEY_READ, ®_key); if (res == ERROR_SUCCESS) res = RegOpenKeyExA (reg_key, WIN32_REGISTRY_KEY, 0, KEY_READ, ®_key); if (res != ERROR_SUCCESS) { reg_key = (HKEY) INVALID_HANDLE_VALUE; return 0; } } size = 32; dst = xmalloc (size); res = RegQueryValueExA (reg_key, key, 0, &type, (LPBYTE) dst, &size); if (res == ERROR_MORE_DATA && type == REG_SZ) { dst = xrealloc (dst, size); res = RegQueryValueExA (reg_key, key, 0, &type, (LPBYTE) dst, &size); } if (type != REG_SZ || res != ERROR_SUCCESS) { free (dst); dst = 0; } return dst; } #endif /* If NAME, a malloc-ed string, starts with a '@' or '$', apply the translation rules above and return a newly malloc-ed name. Otherwise, return the given name. */ static char * translate_name (char *name) { char code; char *key, *old_name; const char *prefix; int keylen; for (;;) { code = name[0]; if (code != '@' && code != '$') break; for (keylen = 0; (name[keylen + 1] != 0 && !IS_DIR_SEPARATOR (name[keylen + 1])); keylen++) ; key = (char *) alloca (keylen + 1); strncpy (key, &name[1], keylen); key[keylen] = 0; if (code == '@') { prefix = get_key_value (key); if (prefix == 0) prefix = std_prefix; } else prefix = getenv (key); if (prefix == 0) prefix = PREFIX; /* We used to strip trailing DIR_SEPARATORs here, but that can sometimes yield a result with no separator when one was coded and intended by the user, causing two path components to run together. */ old_name = name; name = concat (prefix, &name[keylen + 1], NULL); free (old_name); } return name; } /* In a NUL-terminated STRING, replace character C1 with C2 in-place. */ static void tr (char *string, int c1, int c2) { do { if (*string == c1) *string = c2; } while (*string++); } /* Update PATH using KEY if PATH starts with PREFIX as a directory. The returned string is always malloc-ed, and the caller is responsible for freeing it. */ char * update_path (const char *path, const char *key) { char *result, *p; const int len = strlen (std_prefix); if (! strncmp (path, std_prefix, len) && (IS_DIR_SEPARATOR(path[len]) || path[len] == '\0') && key != 0) { bool free_key = false; if (key[0] != '$') { key = concat ("@", key, NULL); free_key = true; } result = concat (key, &path[len], NULL); if (free_key) free ((char *) key); result = translate_name (result); } else result = xstrdup (path); #ifndef ALWAYS_STRIP_DOTDOT #define ALWAYS_STRIP_DOTDOT 0 #endif p = result; while (1) { char *src, *dest; p = strchr (p, '.'); if (p == NULL) break; /* Look for `/../' */ if (p[1] == '.' && IS_DIR_SEPARATOR (p[2]) && (p != result && IS_DIR_SEPARATOR (p[-1]))) { *p = 0; if (!ALWAYS_STRIP_DOTDOT && access (result, X_OK) == 0) { *p = '.'; break; } else { /* We can't access the dir, so we won't be able to access dir/.. either. Strip out `dir/../'. If `dir' turns out to be `.', strip one more path component. */ dest = p; do { --dest; while (dest != result && IS_DIR_SEPARATOR (*dest)) --dest; while (dest != result && !IS_DIR_SEPARATOR (dest[-1])) --dest; } while (dest != result && *dest == '.'); /* If we have something like `./..' or `/..', don't strip anything more. */ if (*dest == '.' || IS_DIR_SEPARATOR (*dest)) { *p = '.'; break; } src = p + 3; while (IS_DIR_SEPARATOR (*src)) ++src; p = dest; while ((*dest++ = *src++) != 0) ; } } else ++p; } #ifdef UPDATE_PATH_HOST_CANONICALIZE /* Perform host dependent canonicalization when needed. */ UPDATE_PATH_HOST_CANONICALIZE (result); #endif #ifdef DIR_SEPARATOR_2 /* Convert DIR_SEPARATOR_2 to DIR_SEPARATOR. */ if (DIR_SEPARATOR_2 != DIR_SEPARATOR) tr (result, DIR_SEPARATOR_2, DIR_SEPARATOR); #endif #if defined (DIR_SEPARATOR) && !defined (DIR_SEPARATOR_2) if (DIR_SEPARATOR != '/') tr (result, '/', DIR_SEPARATOR); #endif return result; } /* Reset the standard prefix. */ void set_std_prefix (const char *prefix, int len) { std_prefix = save_string (prefix, len); } sdcc-2.9.0/support/cpp/prefix.h000066400000000000000000000022431116427777700164260ustar00rootroot00000000000000/* Provide prototypes for functions exported from prefix.c. Copyright (C) 1999, 2003 Free Software Foundation, Inc. This file is part of GCC. GCC is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with GCC; see the file COPYING. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #ifndef GCC_PREFIX_H #define GCC_PREFIX_H /* Update PATH using KEY if PATH starts with PREFIX. The returned string is always malloc-ed, and the caller is responsible for freeing it. */ extern char *update_path (const char *path, const char *key); extern void set_std_prefix (const char *, int); #endif /* ! GCC_PREFIX_H */ sdcc-2.9.0/support/cpp/sdcpp-opts.c000066400000000000000000000557621116427777700172360ustar00rootroot00000000000000/* C/ObjC/C++ command line option handling. Copyright (C) 2002, 2003, 2004, 2005, 2006 Free Software Foundation, Inc. Contributed by Neil Booth. This file is part of GCC. GCC is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with GCC; see the file COPYING. If not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "config.h" #include "system.h" #include "intl.h" #include "cppdefault.h" #include "c-incpath.h" #include "opts.h" #include "options.h" #include "mkdeps.h" #ifndef DOLLARS_IN_IDENTIFIERS # define DOLLARS_IN_IDENTIFIERS true #endif #ifndef TARGET_SYSTEM_ROOT # define TARGET_SYSTEM_ROOT NULL #endif /* CPP's options. */ static cpp_options *cpp_opts; /* Input filename. */ static const char *this_input_filename; /* Filename and stream for preprocessed output. */ static const char *out_fname; static FILE *out_stream; /* Append dependencies to deps_file. */ static bool deps_append; /* If dependency switches (-MF etc.) have been given. */ static bool deps_seen; /* If -v seen. */ static bool verbose; /* Dependency output file. */ static const char *deps_file; /* The prefix given by -iprefix, if any. */ static const char *iprefix; /* The multilib directory given by -imultilib, if any. */ static const char *imultilib; /* The system root, if any. Overridden by -isysroot. */ static const char *sysroot = TARGET_SYSTEM_ROOT; /* Zero disables all standard directories for headers. */ static bool std_inc = true; /* If the quote chain has been split by -I-. */ static bool quote_chain_split; /* If -Wunused-macros. */ static bool warn_unused_macros; /* If -Wvariadic-macros. */ static bool warn_variadic_macros = true; /* Number of deferred options. */ static size_t deferred_count; /* Number of deferred options scanned for -include. */ static size_t include_cursor; static void handle_OPT_d (const char *); static void set_std_c89 (int, int); static void set_std_c99 (int); static void check_deps_environment_vars (void); static void handle_deferred_opts (void); static void sanitize_cpp_opts (void); static void add_prefixed_path (const char *, size_t); static void push_command_line_include (void); static void cb_file_change (cpp_reader *, const struct line_map *); static void cb_dir_change (cpp_reader *, const char *); static void finish_options (void); #ifndef STDC_0_IN_SYSTEM_HEADERS #define STDC_0_IN_SYSTEM_HEADERS 0 #endif /* Holds switches parsed by sdcpp_common_handle_option (), but whose handling is deferred to sdcpp_common_post_options (). */ static void defer_opt (enum opt_code, const char *); static struct deferred_opt { enum opt_code code; const char *arg; } *deferred_opts; /* Complain that switch CODE expects an argument but none was provided. OPT was the command-line option. Return FALSE to get the default message in opts.c, TRUE if we provide a specialized one. */ bool sdcpp_common_missing_argument (const char *opt, size_t code) { switch (code) { default: /* Pick up the default message. */ return false; case OPT_A: error ("assertion missing after \"%s\"", opt); break; case OPT_D: case OPT_U: error ("macro name missing after \"%s\"", opt); break; case OPT_I: case OPT_idirafter: case OPT_isysroot: case OPT_isystem: case OPT_iquote: error ("missing path after \"%s\"", opt); break; case OPT_MF: case OPT_MD: case OPT_MMD: case OPT_include: case OPT_imacros: case OPT_o: error ("missing filename after \"%s\"", opt); break; case OPT_MQ: case OPT_MT: error ("missing makefile target after \"%s\"", opt); break; } return true; } /* Defer option CODE with argument ARG. */ static void defer_opt (enum opt_code code, const char *arg) { deferred_opts[deferred_count].code = code; deferred_opts[deferred_count].arg = arg; deferred_count++; } /* Common initialization before parsing options. */ unsigned int sdcpp_common_init_options (unsigned int argc, const char **argv ATTRIBUTE_UNUSED) { parse_in = cpp_create_reader (CLK_GNUC89, NULL, &line_table); cpp_opts = cpp_get_options (parse_in); cpp_opts->dollars_in_ident = DOLLARS_IN_IDENTIFIERS; cpp_opts->objc = 0; /* Reset to avoid warnings on internal definitions. We set it just before passing on command-line options to cpplib. */ cpp_opts->warn_dollars = 0; deferred_opts = XNEWVEC (struct deferred_opt, argc); return CL_SDCPP; } /* Handle switch SCODE with argument ARG. VALUE is true, unless no- form of an -f or -W option was given. Returns 0 if the switch was invalid, a negative number to prevent language-independent processing in toplev.c (a hack necessary for the short-term). */ int sdcpp_common_handle_option (size_t scode, const char *arg, int value) { enum opt_code code = (enum opt_code) scode; int result = 1; switch (code) { default: result = 0; break; #if 0 // pch not supported by sdcpp case OPT__output_pch_: pch_file = arg; break; #endif case OPT_A: defer_opt (code, arg); break; case OPT_C: cpp_opts->discard_comments = 0; break; case OPT_CC: cpp_opts->discard_comments = 0; cpp_opts->discard_comments_in_macro_exp = 0; break; case OPT_D: defer_opt (code, arg); break; case OPT_H: cpp_opts->print_include_names = 1; break; case OPT_I: if (strcmp (arg, "-")) add_path (xstrdup (arg), BRACKET, 0, true); else { if (quote_chain_split) error ("-I- specified twice"); quote_chain_split = true; split_quote_chain (); inform ("obsolete option -I- used, please use -iquote instead"); } break; case OPT_M: case OPT_MM: /* When doing dependencies with -M or -MM, suppress normal preprocessed output, but still do -dM etc. as software depends on this. Preprocessed output does occur if -MD, -MMD or environment var dependency generation is used. */ cpp_opts->deps.style = (code == OPT_M ? DEPS_SYSTEM: DEPS_USER); flag_no_output = 1; cpp_opts->inhibit_warnings = 1; break; case OPT_MD: case OPT_MMD: cpp_opts->deps.style = (code == OPT_MD ? DEPS_SYSTEM: DEPS_USER); deps_file = arg; break; case OPT_MF: deps_seen = true; deps_file = arg; break; case OPT_MG: deps_seen = true; cpp_opts->deps.missing_files = true; break; case OPT_MP: deps_seen = true; cpp_opts->deps.phony_targets = true; break; case OPT_MQ: case OPT_MT: deps_seen = true; defer_opt (code, arg); break; case OPT_P: flag_no_line_commands = 1; break; case OPT_fworking_directory: flag_working_directory = value; break; case OPT_U: defer_opt (code, arg); break; case OPT_Wall: cpp_opts->warn_trigraphs = value; cpp_opts->warn_comments = value; cpp_opts->warn_num_sign_change = value; cpp_opts->warn_multichar = value; /* Was C++ only. */ break; case OPT_Wcomment: case OPT_Wcomments: cpp_opts->warn_comments = value; break; case OPT_Wdeprecated: cpp_opts->warn_deprecated = value; break; case OPT_Wendif_labels: cpp_opts->warn_endif_labels = value; break; case OPT_Werror: cpp_opts->warnings_are_errors = value; break; case OPT_Wimport: /* Silently ignore for now. */ break; #if 0 // pch not supported by sdcpp case OPT_Winvalid_pch: cpp_opts->warn_invalid_pch = value; break; #endif case OPT_Wsystem_headers: cpp_opts->warn_system_headers = value; break; case OPT_Wtraditional: cpp_opts->warn_traditional = value; break; case OPT_Wtrigraphs: cpp_opts->warn_trigraphs = value; break; case OPT_Wundef: cpp_opts->warn_undef = value; break; case OPT_Wunused_macros: warn_unused_macros = value; break; case OPT_Wvariadic_macros: warn_variadic_macros = value; break; case OPT_ansi: set_std_c89 (false, true); break; case OPT_d: handle_OPT_d (arg); break; case OPT_fdollars_in_identifiers: cpp_opts->dollars_in_ident = value; break; case OPT_fsigned_char: flag_signed_char = value; break; case OPT_funsigned_char: flag_signed_char = !value; break; #if 0 // pch not supported by sdcpp case OPT_fpch_deps: cpp_opts->restore_pch_deps = value; break; case OPT_fpch_preprocess: flag_pch_preprocess = value; break; #endif case OPT_fpreprocessed: cpp_opts->preprocessed = value; break; case OPT_fshow_column: cpp_opts->show_column = value; break; case OPT_ftabstop_: /* It is documented that we silently ignore silly values. */ if (value >= 1 && value <= 100) cpp_opts->tabstop = value; break; case OPT_fexec_charset_: cpp_opts->narrow_charset = arg; break; case OPT_fwide_exec_charset_: cpp_opts->wide_charset = arg; break; case OPT_finput_charset_: cpp_opts->input_charset = arg; break; case OPT_idirafter: add_path (xstrdup (arg), AFTER, 0, true); break; case OPT_imacros: case OPT_include: defer_opt (code, arg); break; case OPT_iprefix: iprefix = arg; break; case OPT_imultilib: imultilib = arg; break; case OPT_iquote: add_path (xstrdup (arg), QUOTE, 0, true); break; case OPT_isysroot: sysroot = arg; break; case OPT_isystem: add_path (xstrdup (arg), SYSTEM, 0, true); break; case OPT_iwithprefix: add_prefixed_path (arg, SYSTEM); break; case OPT_iwithprefixbefore: add_prefixed_path (arg, BRACKET); break; case OPT_lang_asm: cpp_set_lang (parse_in, CLK_ASM); cpp_opts->dollars_in_ident = false; break; case OPT_lang_objc: cpp_opts->objc = 1; break; case OPT_nostdinc: std_inc = false; break; case OPT_o: if (!out_fname) out_fname = arg; else error ("output filename specified twice"); break; /* SDCPP specfic */ case OPT_obj_ext_: cpp_opts->obj_ext = arg; break; /* We need to handle the -pedantic switches here, rather than in sdcpp_common_post_options, so that a subsequent -Wno-endif-labels is not overridden. */ case OPT_pedantic_errors: cpp_opts->pedantic_errors = 1; /* Fall through. */ case OPT_pedantic: cpp_opts->pedantic = 1; cpp_opts->warn_endif_labels = 1; break; /* SDCPP specfic */ case OPT_pedantic_parse_number: cpp_opts->pedantic_parse_number = 1; break; #if 0 // pch not supported by sdcpp case OPT_print_pch_checksum: c_common_print_pch_checksum (stdout); exit_after_options = true; break; #endif case OPT_remap: cpp_opts->remap = 1; break; case OPT_std_c89: case OPT_std_iso9899_1990: case OPT_std_iso9899_199409: set_std_c89 (code == OPT_std_iso9899_199409 /* c94 */, true /* ISO */); break; case OPT_std_c99: case OPT_std_iso9899_1999: set_std_c99 (true /* ISO */); break; case OPT_trigraphs: cpp_opts->trigraphs = 1; break; case OPT_traditional_cpp: cpp_opts->traditional = 1; break; case OPT_w: cpp_opts->inhibit_warnings = 1; break; case OPT_v: verbose = true; break; } return result; } /* Post-switch processing. */ bool sdcpp_common_post_options (const char **pfilename) { struct cpp_callbacks *cb; /* Canonicalize the input and output filenames. */ if (in_fnames == NULL) { in_fnames = XNEWVEC (const char *, 1); in_fnames[0] = ""; } else if (strcmp (in_fnames[0], "-") == 0) in_fnames[0] = ""; if (out_fname == NULL || !strcmp (out_fname, "-")) out_fname = ""; if (cpp_opts->deps.style == DEPS_NONE) check_deps_environment_vars (); handle_deferred_opts (); sanitize_cpp_opts (); register_include_chains (parse_in, sysroot, iprefix, imultilib, std_inc, 0, verbose); /* Open the output now. We must do so even if flag_no_output is on, because there may be other output than from the actual preprocessing (e.g. from -dM). */ if (out_fname[0] == '\0') out_stream = stdout; else out_stream = fopen (out_fname, "w"); if (out_stream == NULL) { fatal_error ("opening output file %s: %m", out_fname); return false; } if (num_in_fnames > 1) error ("too many filenames given. Type %s --help for usage", progname); init_pp_output (out_stream); cb = cpp_get_callbacks (parse_in); cb->file_change = cb_file_change; cb->dir_change = cb_dir_change; cpp_post_options (parse_in); /* If an error has occurred in cpplib, note it so we fail immediately. */ errorcount += cpp_errors (parse_in); *pfilename = this_input_filename = cpp_read_main_file (parse_in, in_fnames[0]); /* Don't do any compilation or preprocessing if there is no input file. */ if (this_input_filename == NULL) { errorcount++; return false; } if (flag_working_directory && !flag_no_line_commands) pp_dir_change (parse_in, get_src_pwd ()); return 1; } /* Front end initialization. */ bool sdcpp_common_init (void) { /* Default CPP arithmetic to something sensible for the host for the benefit of dumb users like fix-header. */ cpp_opts->precision = CHAR_BIT * sizeof (long); cpp_opts->char_precision = CHAR_BIT; cpp_opts->int_precision = CHAR_BIT * sizeof (int); cpp_opts->wchar_precision = CHAR_BIT * sizeof (int); cpp_opts->unsigned_wchar = 1; cpp_opts->bytes_big_endian = BYTES_BIG_ENDIAN; /* This can't happen until after wchar_precision and bytes_big_endian are known. */ cpp_init_iconv (parse_in); #if 0 if (version_flag) c_common_print_pch_checksum (stderr); #endif finish_options (); preprocess_file (parse_in); return false; } /* Common finish hook for the C, ObjC and C++ front ends. */ void sdcpp_common_finish (void) { FILE *deps_stream = NULL; if (cpp_opts->deps.style != DEPS_NONE) { /* If -M or -MM was seen without -MF, default output to the output stream. */ if (!deps_file) deps_stream = out_stream; else { deps_stream = fopen (deps_file, deps_append ? "a": "w"); if (!deps_stream) fatal_error ("opening dependency file %s: %m", deps_file); } } /* For performance, avoid tearing down cpplib's internal structures with cpp_destroy (). */ errorcount += cpp_finish (parse_in, deps_stream); if (deps_stream && deps_stream != out_stream && (ferror (deps_stream) || fclose (deps_stream))) fatal_error ("closing dependency file %s: %m", deps_file); if (out_stream && (ferror (out_stream) || fclose (out_stream))) fatal_error ("when writing output to %s: %m", out_fname); } /* Either of two environment variables can specify output of dependencies. Their value is either "OUTPUT_FILE" or "OUTPUT_FILE DEPS_TARGET", where OUTPUT_FILE is the file to write deps info to and DEPS_TARGET is the target to mention in the deps. They also result in dependency information being appended to the output file rather than overwriting it, and like Sun's compiler SUNPRO_DEPENDENCIES suppresses the dependency on the main file. */ static void check_deps_environment_vars (void) { char *spec; GET_ENVIRONMENT (spec, "DEPENDENCIES_OUTPUT"); if (spec) cpp_opts->deps.style = DEPS_USER; else { GET_ENVIRONMENT (spec, "SUNPRO_DEPENDENCIES"); if (spec) { cpp_opts->deps.style = DEPS_SYSTEM; cpp_opts->deps.ignore_main_file = true; } } if (spec) { /* Find the space before the DEPS_TARGET, if there is one. */ char *s = strchr (spec, ' '); if (s) { /* Let the caller perform MAKE quoting. */ defer_opt (OPT_MT, s + 1); *s = '\0'; } /* Command line -MF overrides environment variables and default. */ if (!deps_file) deps_file = spec; deps_append = 1; deps_seen = true; } } /* Handle deferred command line switches. */ static void handle_deferred_opts (void) { size_t i; struct deps *deps; /* Avoid allocating the deps buffer if we don't need it. (This flag may be true without there having been -MT or -MQ options, but we'll still need the deps buffer.) */ if (!deps_seen) return; deps = cpp_get_deps (parse_in); for (i = 0; i < deferred_count; i++) { struct deferred_opt *opt = &deferred_opts[i]; if (opt->code == OPT_MT || opt->code == OPT_MQ) deps_add_target (deps, opt->arg, opt->code == OPT_MQ); } } /* These settings are appropriate for GCC, but not necessarily so for cpplib as a library. */ static void sanitize_cpp_opts (void) { /* If we don't know what style of dependencies to output, complain if any other dependency switches have been given. */ if (deps_seen && cpp_opts->deps.style == DEPS_NONE) error ("to generate dependencies you must specify either -M or -MM"); /* -dM and dependencies suppress normal output; do it here so that the last -d[MDN] switch overrides earlier ones. */ if (flag_dump_macros == 'M') flag_no_output = 1; /* Disable -dD, -dN and -dI if normal output is suppressed. Allow -dM since at least glibc relies on -M -dM to work. */ /* Also, flag_no_output implies flag_no_line_commands, always. */ if (flag_no_output) { if (flag_dump_macros != 'M') flag_dump_macros = 0; flag_dump_includes = 0; flag_no_line_commands = 1; } cpp_opts->unsigned_char = !flag_signed_char; cpp_opts->stdc_0_in_system_headers = STDC_0_IN_SYSTEM_HEADERS; /* Similarly with -Wno-variadic-macros. No check for c99 here, since this also turns off warnings about GCCs extension. */ cpp_opts->warn_variadic_macros = warn_variadic_macros && (pedantic || warn_traditional); /* If we're generating preprocessor output, emit current directory if explicitly requested */ if (flag_working_directory == -1) flag_working_directory = 0; } /* Add include path with a prefix at the front of its name. */ static void add_prefixed_path (const char *suffix, size_t chain) { char *path; const char *prefix; size_t prefix_len, suffix_len; suffix_len = strlen (suffix); prefix = iprefix ? iprefix : cpp_GCC_INCLUDE_DIR; prefix_len = iprefix ? strlen (iprefix) : cpp_GCC_INCLUDE_DIR_len; path = (char *) xmalloc (prefix_len + suffix_len + 1); memcpy (path, prefix, prefix_len); memcpy (path + prefix_len, suffix, suffix_len); path[prefix_len + suffix_len] = '\0'; add_path (path, chain, 0, false); } /* Handle -D, -U, -A, -imacros, and the first -include. */ static void finish_options (void) { if (!cpp_opts->preprocessed) { size_t i; cb_file_change (parse_in, linemap_add (&line_table, LC_RENAME, 0, _(""), 0)); cpp_init_builtins (parse_in, 0 /*flag_hosted*/); /* We're about to send user input to cpplib, so make it warn for things that we previously (when we sent it internal definitions) told it to not warn. C99 permits implementation-defined characters in identifiers. The documented meaning of -std= is to turn off extensions that conflict with the specified standard, and since a strictly conforming program cannot contain a '$', we do not condition their acceptance on the -std= setting. */ cpp_opts->warn_dollars = (cpp_opts->pedantic && !cpp_opts->c99); cpp_change_file (parse_in, LC_RENAME, _("")); for (i = 0; i < deferred_count; i++) { struct deferred_opt *opt = &deferred_opts[i]; if (opt->code == OPT_D) cpp_define (parse_in, opt->arg); else if (opt->code == OPT_U) cpp_undef (parse_in, opt->arg); else if (opt->code == OPT_A) { if (opt->arg[0] == '-') cpp_unassert (parse_in, opt->arg + 1); else cpp_assert (parse_in, opt->arg); } } /* Handle -imacros after -D and -U. */ for (i = 0; i < deferred_count; i++) { struct deferred_opt *opt = &deferred_opts[i]; if (opt->code == OPT_imacros && cpp_push_include (parse_in, opt->arg)) { /* Disable push_command_line_include callback for now. */ include_cursor = deferred_count + 1; cpp_scan_nooutput (parse_in); } } } include_cursor = 0; push_command_line_include (); } /* Give CPP the next file given by -include, if any. */ static void push_command_line_include (void) { while (include_cursor < deferred_count) { struct deferred_opt *opt = &deferred_opts[include_cursor++]; if (!cpp_opts->preprocessed && opt->code == OPT_include && cpp_push_include (parse_in, opt->arg)) return; } if (include_cursor == deferred_count) { include_cursor++; /* -Wunused-macros should only warn about macros defined hereafter. */ cpp_opts->warn_unused_macros = warn_unused_macros; /* Restore the line map from . */ if (!cpp_opts->preprocessed) cpp_change_file (parse_in, LC_RENAME, this_input_filename); /* Set this here so the client can change the option if it wishes, and after stacking the main file so we don't trace the main file. */ line_table.trace_includes = cpp_opts->print_include_names; } } /* File change callback. Has to handle -include files. */ static void cb_file_change (cpp_reader * ARG_UNUSED (pfile), const struct line_map *new_map) { pp_file_change (new_map); if (new_map == 0 || (new_map->reason == LC_LEAVE && MAIN_FILE_P (new_map))) push_command_line_include (); } void cb_dir_change (cpp_reader * ARG_UNUSED (pfile), const char *dir) { if (!set_src_pwd (dir)) warning (0, "too late for # directive to set debug directory"); } /* Set the C 89 standard (with 1994 amendments if C94, without GNU extensions if ISO). There is no concept of gnu94. */ static void set_std_c89 (int c94, int iso) { cpp_set_lang (parse_in, c94 ? CLK_STDC94: iso ? CLK_STDC89: CLK_GNUC89); } /* Set the C 99 standard (without GNU extensions if ISO). */ static void set_std_c99 (int iso) { cpp_set_lang (parse_in, iso ? CLK_STDC99: CLK_GNUC99); } /* Args to -d specify what to dump. Silently ignore unrecognized options; they may be aimed at toplev.c. */ static void handle_OPT_d (const char *arg) { char c; while ((c = *arg++) != '\0') switch (c) { case 'M': /* Dump macros only. */ case 'N': /* Dump names. */ case 'D': /* Dump definitions. */ flag_dump_macros = c; break; case 'I': flag_dump_includes = 1; break; } } sdcc-2.9.0/support/cpp/sdcpp.c000066400000000000000000000274131116427777700162430ustar00rootroot00000000000000/*------------------------------------------------------------------------- sdcppmain.c - sdcpp: SDCC preprocessor main file, using cpplib. Written by Borut Razem, 2006. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include "config.h" #include "system.h" #include "cpplib.h" #include "internal.h" #include "version.h" #include "mkdeps.h" #include "opts.h" #include "intl.h" const char *progname; /* Needs to be global. */ /* From laghooks-def.h */ /* The whole thing. The structure is defined in langhooks.h. */ #define LANG_HOOKS_INITIALIZER { \ LANG_HOOKS_INIT_OPTIONS, \ LANG_HOOKS_HANDLE_OPTION, \ LANG_HOOKS_MISSING_ARGUMENT, \ LANG_HOOKS_POST_OPTIONS, \ LANG_HOOKS_INIT, \ LANG_HOOKS_FINISH, \ } /* From c-lang.c */ #define LANG_HOOKS_INIT_OPTIONS sdcpp_init_options #define LANG_HOOKS_HANDLE_OPTION sdcpp_common_handle_option #define LANG_HOOKS_MISSING_ARGUMENT sdcpp_common_missing_argument #define LANG_HOOKS_POST_OPTIONS sdcpp_common_post_options #define LANG_HOOKS_INIT sdcpp_common_init #define LANG_HOOKS_FINISH sdcpp_common_finish static unsigned int sdcpp_init_options (unsigned int argc, const char **argv); /* Each front end provides its own lang hook initializer. */ const struct lang_hooks lang_hooks = LANG_HOOKS_INITIALIZER; /* Name of top-level original source file (what was input to cpp). This comes from the #-command at the beginning of the actual input. If there isn't any there, then this is the cc1 input file name. */ const char *main_input_filename; struct line_maps line_table; /* Temporarily suppress certain warnings. This is set while reading code from a system header file. */ int in_system_header = 0; /* Nonzero means change certain warnings into errors. Usually these are warnings about failure to conform to some standard. */ int flag_pedantic_errors = 0; cpp_reader *parse_in; /* Declared in c-pragma.h. */ /* Nonzero means `char' should be signed. */ int flag_signed_char; /* Nonzero means don't output line number information. */ char flag_no_line_commands; /* Nonzero causes -E output not to be done, but directives such as #define that have side effects are still obeyed. */ char flag_no_output; /* Nonzero means dump macros in some fashion. */ char flag_dump_macros; /* Nonzero means pass #include lines through to the output. */ char flag_dump_includes; /* 0 means we want the preprocessor to not emit line directives for the current working directory. 1 means we want it to do it. -1 means we should decide depending on whether debugging information is being emitted or not. */ int flag_working_directory = -1; /* The current working directory of a translation. It's generally the directory from which compilation was initiated, but a preprocessed file may specify the original directory in which it was created. */ static const char *src_pwd; /* Initialize src_pwd with the given string, and return true. If it was already initialized, return false. As a special case, it may be called with a NULL argument to test whether src_pwd has NOT been initialized yet. */ /* From intl.c */ /* Opening quotation mark for diagnostics. */ const char *open_quote = "'"; /* Closing quotation mark for diagnostics. */ const char *close_quote = "'"; /* ----------- */ bool set_src_pwd (const char *pwd) { if (src_pwd) return false; src_pwd = xstrdup (pwd); return true; } /* Return the directory from which the translation unit was initiated, in case set_src_pwd() was not called before to assign it a different value. */ const char * get_src_pwd (void) { if (! src_pwd) src_pwd = getpwd (); return src_pwd; } /* SDCPP specific pragmas */ /* SDCC specific sdcc_hash pragma */ static void do_pragma_sdcc_hash (cpp_reader *pfile) { const cpp_token *tok = _cpp_lex_token (pfile); if (tok->type == CPP_PLUS) { CPP_OPTION(pfile, allow_naked_hash)++; } else if (tok->type == CPP_MINUS) { CPP_OPTION(pfile, allow_naked_hash)--; } else { cpp_error (pfile, CPP_DL_ERROR, "invalid #pragma sdcc_hash directive, need '+' or '-'"); } } /* SDCC specific pedantic_parse_number pragma */ static void do_pragma_pedantic_parse_number (cpp_reader *pfile) { const cpp_token *tok = _cpp_lex_token (pfile); if (tok->type == CPP_PLUS) { CPP_OPTION(pfile, pedantic_parse_number)++; } else if (tok->type == CPP_MINUS) { CPP_OPTION(pfile, pedantic_parse_number)--; } else { cpp_error (pfile, CPP_DL_ERROR, "invalid #pragma pedantic_parse_number directive, need '+' or '-'"); } } /* SDCC _asm specific switch _asm block preprocessing on / off */ static void do_pragma_preproc_asm (cpp_reader *pfile) { const cpp_token *tok = _cpp_lex_token (pfile); if (tok->type == CPP_PLUS) { CPP_OPTION(pfile, preproc_asm)++; } else if (tok->type == CPP_MINUS) { CPP_OPTION(pfile, preproc_asm)--; } else { cpp_error (pfile, CPP_DL_ERROR, "invalid #pragma preproc_asm directive, need '+' or '-'"); } } /* SDCPP specific option initialization */ static unsigned int sdcpp_init_options (unsigned int argc, const char **argv) { unsigned int ret = sdcpp_common_init_options(argc, argv); CPP_OPTION (parse_in, allow_naked_hash) = 0; CPP_OPTION (parse_in, preproc_asm) = 1; CPP_OPTION (parse_in, pedantic_parse_number) = 0; CPP_OPTION (parse_in, obj_ext) = NULL; /* Kevin abuse for SDCC. */ cpp_register_pragma(parse_in, 0, "sdcc_hash", do_pragma_sdcc_hash, false); /* SDCC _asm specific */ cpp_register_pragma(parse_in, 0, "preproc_asm", do_pragma_preproc_asm, false); /* SDCC specific */ cpp_register_pragma(parse_in, 0, "pedantic_parse_number", do_pragma_pedantic_parse_number, false); /* SDCC _asm specific */ parse_in->spec_nodes.n__asm = cpp_lookup (parse_in, DSC("_asm")); return ret; } void print_version (FILE *file, const char *indent) { fprintf (file, _("GNU CPP version %s (cpplib)"), version_string); #ifdef TARGET_VERSION TARGET_VERSION; #endif fputc ('\n', file); } /* Initialization of the front end environment, before command line options are parsed. Signal handlers, internationalization etc. ARGV0 is main's argv[0]. */ static void general_init (const char *argv0) { const char *p; p = argv0 + strlen (argv0); while (p != argv0 && !IS_DIR_SEPARATOR (p[-1])) --p; progname = p; xmalloc_set_program_name (progname); hex_init (); gcc_init_libintl (); } /* Process the options that have been parsed. */ static void process_options (void) { /* Allow the front end to perform consistency checks and do further initialization based on the command line options. This hook also sets the original filename if appropriate (e.g. foo.i -> foo.c) so we can correctly initialize debug output. */ /*no_backend =*/ (*lang_hooks.post_options) (&main_input_filename); } /* Parse a -d... command line switch. */ void decode_d_option (const char *arg) { int c; while (*arg) switch (c = *arg++) { case 'D': /* These are handled by the preprocessor. */ case 'I': case 'M': case 'N': break; default: warning (0, "unrecognized gcc debugging option: %c", c); break; } } /* Diagnostic */ int errorcount = 0; /* An informative note. Use this for additional details on an error message. */ void inform (const char *gmsgid, ...) { va_list ap; va_start (ap, gmsgid); fprintf (stderr, "%s: note: ", progname); vfprintf (stderr, gmsgid, ap); putc('\n', stderr); va_end (ap); } /* A warning. Use this for code which is correct according to the relevant language specification but is likely to be buggy anyway. */ void warning (int opt, const char *gmsgid, ...) { va_list ap; if CPP_OPTION (parse_in, warnings_are_errors) ++errorcount; va_start (ap, gmsgid); fprintf (stderr, "%s: warning: ", progname); vfprintf (stderr, gmsgid, ap); putc('\n', stderr); va_end (ap); } /* A hard error: the code is definitely ill-formed, and an object file will not be produced. */ void error (const char *gmsgid, ...) { va_list ap; ++errorcount; va_start (ap, gmsgid); fprintf (stderr, "%s: error: ", progname); vfprintf (stderr, gmsgid, ap); putc('\n', stderr); va_end (ap); } /* An error which is severe enough that we make no attempt to continue. Do not use this for internal consistency checks; that's internal_error. Use of this function should be rare. */ void fatal_error (const char *gmsgid, ...) { va_list ap; va_start (ap, gmsgid); fprintf (stderr, "%s: fatal error: ", progname); vfprintf (stderr, gmsgid, ap); putc('\n', stderr); va_end (ap); exit (FATAL_EXIT_CODE); } /* An internal consistency check has failed. We make no attempt to continue. Note that unless there is debugging value to be had from a more specific message, or some other good reason, you should use abort () instead of calling this function directly. */ void internal_error (const char *gmsgid, ...) { va_list ap; va_start (ap, gmsgid); fprintf (stderr, "%s: internal compiler error: ", progname); vfprintf (stderr, gmsgid, ap); putc('\n', stderr); va_end (ap); exit (FATAL_EXIT_CODE); } /* Report an internal compiler error in a friendly manner. This is the function that gets called upon use of abort() in the source code generally, thanks to a special macro. */ void fancy_abort (const char *file, int line, const char *function) { internal_error ("in %s, at %s:%d", function, file, line); } /* Language-dependent initialization. Returns nonzero on success. */ static int lang_dependent_init (const char *name) { /* Other front-end initialization. */ if ((*lang_hooks.init) () == 0) return 0; return 1; } /* Clean up: close opened files, etc. */ static void finalize (void) { /* Language-specific end of compilation actions. */ (*lang_hooks.finish) (); } /* Initialize the compiler, and compile the input file. */ static void do_compile (void) { process_options (); /* Don't do any more if an error has already occurred. */ if (!errorcount) { /* Language-dependent initialization. Returns true on success. */ lang_dependent_init (main_input_filename); finalize (); } } /* Entry point of sdcpp. Exit code is FATAL_EXIT_CODE if can't open files or if there were any errors, or SUCCESS_EXIT_CODE if compilation succeeded. It is not safe to call this function more than once. */ int main (int argc, const char **argv) { /* Initialization of SDCPP's environment. */ general_init (argv[0]); /* Parse the options and do minimal processing; basically just enough to default flags appropriately. */ decode_options (argc, argv); /* Exit early if we can (e.g. -help). */ if (!exit_after_options) do_compile (); if (errorcount) return (FATAL_EXIT_CODE); return (SUCCESS_EXIT_CODE); } sdcc-2.9.0/support/cpp/sdcpp.dsp000066400000000000000000000216441116427777700166070ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="sdcpp" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Application" 0x0101 CFG=sdcpp - Win32 Debug !MESSAGE This is not a valid makefile. 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End Source File # Begin Source File SOURCE=.\libiberty.h # End Source File # Begin Source File SOURCE=.\md5.h # End Source File # Begin Source File SOURCE=.\options.h # End Source File # Begin Source File SOURCE=.\opts.h # End Source File # Begin Source File SOURCE=.\output.h # End Source File # Begin Source File SOURCE=.\prefix.h # End Source File # Begin Source File SOURCE=".\libiberty\safe-ctype.h" # End Source File # Begin Source File SOURCE=.\sdcpp.h # End Source File # Begin Source File SOURCE=".\libiberty\splay-tree.h" # End Source File # Begin Source File SOURCE=.\symcat.h # End Source File # Begin Source File SOURCE=.\system.h # End Source File # Begin Source File SOURCE=.\version.h # End Source File # End Group # End Target # End Project sdcc-2.9.0/support/cpp/sdcpp.h000066400000000000000000000142261116427777700162460ustar00rootroot00000000000000#ifndef __SDCPP_H #define __SDCPP_H #ifdef _WIN32 /* declaration of alloca */ #include #include #ifdef __BORLANDC__ #define strcasecmp stricmp #else #define strcasecmp _stricmp #endif #endif #define BYTES_BIG_ENDIAN 0 /* * From defaults.h */ #ifndef GET_ENVIRONMENT #define GET_ENVIRONMENT(VALUE, NAME) do { (VALUE) = getenv (NAME); } while (0) #endif /* Define results of standard character escape sequences. */ #define TARGET_BELL 007 #define TARGET_BS 010 #define TARGET_TAB 011 #define TARGET_NEWLINE 012 #define TARGET_VT 013 #define TARGET_FF 014 #define TARGET_CR 015 #define TARGET_ESC 033 #define CHAR_TYPE_SIZE 8 #define WCHAR_TYPE_SIZE 32 /* ? maybe ? */ #define SUPPORTS_ONE_ONLY 0 #define TARGET_OBJECT_SUFFIX ".rel" #ifndef WCHAR_UNSIGNED #define WCHAR_UNSIGNED 0 #endif /* * From langhooks.h */ struct diagnostic_context; struct lang_hooks { /* The first callback made to the front end, for simple initialization needed before any calls to handle_option. Return the language mask to filter the switch array with. */ unsigned int (*init_options) (unsigned int argc, const char **argv); /* Handle the switch CODE, which has real type enum opt_code from options.h. If the switch takes an argument, it is passed in ARG which points to permanent storage. The handler is responsible for checking whether ARG is NULL, which indicates that no argument was in fact supplied. For -f and -W switches, VALUE is 1 or 0 for the positive and negative forms respectively. Return 1 if the switch is valid, 0 if invalid, and -1 if it's valid and should not be treated as language-independent too. */ int (*handle_option) (size_t code, const char *arg, int value); /* Return false to use the default complaint about a missing argument, otherwise output a complaint and return true. */ bool (*missing_argument) (const char *opt, size_t code); /* Called when all command line options have been parsed to allow further processing and initialization Should return true to indicate that a compiler back-end is not required, such as with the -E option. If errorcount is nonzero after this call the compiler exits immediately and the finish hook is not called. */ bool (*post_options) (const char **); /* Called after post_options to initialize the front end. Return false to indicate that no further compilation be performed, in which case the finish hook is called immediately. */ bool (*init) (void); /* Called at the end of compilation, as a finalizer. */ void (*finish) (void); }; /* Each front end provides its own. */ extern const struct lang_hooks lang_hooks; /* * From toplev.h */ extern void internal_error (const char *, ...) ATTRIBUTE_PRINTF_1 ATTRIBUTE_NORETURN; /* Pass one of the OPT_W* from options.h as the first parameter. */ extern void warning (int, const char *, ...) ATTRIBUTE_PRINTF_2; extern void error (const char *, ...) ATTRIBUTE_PRINTF_1; extern void fatal_error (const char *, ...) ATTRIBUTE_PRINTF_1 ATTRIBUTE_NORETURN; extern void inform (const char *, ...) ATTRIBUTE_PRINTF_1; extern bool exit_after_options; extern void print_version (FILE *, const char *); /* Handle -d switch. */ extern void decode_d_option (const char *); /* Functions used to get and set GCC's notion of in what directory compilation was started. */ extern const char *get_src_pwd (void); extern bool set_src_pwd (const char *); /* * From flags.h */ /* Don't suppress warnings from system headers. -Wsystem-headers. */ extern bool warn_system_headers; /* If -Werror. */ extern bool warnings_are_errors; /* Nonzero for -pedantic switch: warn about anything that standard C forbids. */ /* Temporarily suppress certain warnings. This is set while reading code from a system header file. */ extern int in_system_header; /* Nonzero means `char' should be signed. */ extern int flag_signed_char; /* Nonzero means change certain warnings into errors. Usually these are warnings about failure to conform to some standard. */ extern int flag_pedantic_errors; /* * From c-common.h */ #include "hwint.h" #include "cpplib.h" /* Nonzero means don't output line number information. */ extern char flag_no_line_commands; /* Nonzero causes -E output not to be done, but directives such as #define that have side effects are still obeyed. */ extern char flag_no_output; /* Nonzero means dump macros in some fashion; contains the 'D', 'M' or 'N' of the command line switch. */ extern char flag_dump_macros; /* 0 means we want the preprocessor to not emit line directives for the current working directory. 1 means we want it to do it. -1 means we should decide depending on whether debugging information is being emitted or not. */ extern int flag_working_directory; /* Nonzero means warn about usage of long long when `-pedantic'. */ extern int warn_long_long; extern int sdcpp_common_handle_option (size_t code, const char *arg, int value); extern bool sdcpp_common_missing_argument (const char *opt, size_t code); extern unsigned int sdcpp_common_init_options (unsigned int, const char **); extern bool sdcpp_common_post_options (const char **); extern bool sdcpp_common_init (void); extern void sdcpp_common_finish (void); /* Nonzero means pass #include lines through to the output. */ extern char flag_dump_includes; /* In c-ppoutput.c */ extern void init_pp_output (FILE *); extern void preprocess_file (cpp_reader *); extern void pp_file_change (const struct line_map *); extern void pp_dir_change (cpp_reader *, const char *); /* * From c-pragma.h */ extern struct cpp_reader* parse_in; /* * From input.h */ extern struct line_maps line_table; typedef source_location location_t; /* deprecated typedef */ /* Top-level source file. */ extern const char *main_input_filename; /* * From tree.h */ /* Define the overall contents of a tree node. just to make diagnostic.c happy */ union tree_node { struct tree_decl { location_t locus; } decl; }; #define DECL_SOURCE_LOCATION(NODE) ((NODE)->decl.locus) /* * From diagnostic.h */ extern int errorcount; #endif /* __SDCPP_H */ sdcc-2.9.0/support/cpp/sdcpp.opt000066400000000000000000000146421116427777700166230ustar00rootroot00000000000000; Options for the SDCPP front end. ; Copyright (C) 2003, 2004, 2005, 2006 Free Software Foundation, Inc. ; ; This file is part of GCC. ; ; GCC is free software; you can redistribute it and/or modify it under ; the terms of the GNU General Public License as published by the Free ; Software Foundation; either version 2, or (at your option) any later ; version. ; ; GCC is distributed in the hope that it will be useful, but WITHOUT ANY ; WARRANTY; without even the implied warranty of MERCHANTABILITY or ; FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License ; for more details. ; ; You should have received a copy of the GNU General Public License ; along with GCC; see the file COPYING. If not, write to the Free ; Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA ; 02110-1301, USA. ; See the GCC internals manual for a description of this file's format. ; Please try to keep this file in ASCII collating order. Language SDCPP -help Common Display this information -version Common Display the compiler's version ;***-output-pch= ;***SDCPP Joined Separate A SDCPP Joined Separate -A= Assert the to . Putting '-' before disables the to C SDCPP Do not discard comments CC SDCPP Do not discard comments in macro expansions D SDCPP Joined Separate -D[=] Define a with as its value. If just is given, is taken to be 1 H SDCPP Print the name of header files as they are used I SDCPP Joined Separate -I Add to the end of the main include path. -I- gives more include path control; see info documentation M SDCPP Generate make dependencies MD SDCPP Separate Generate make dependencies and compile MF SDCPP Joined Separate -MF Write dependency output to the given file MG SDCPP Treat missing header files as generated files MM SDCPP Like -M but ignore system header files MMD SDCPP Separate Like -MD but ignore system header files MP SDCPP Generate phony targets for all headers MQ SDCPP Joined Separate -MQ Add a MAKE-quoted target MT SDCPP Joined Separate -MT Add an unquoted target P SDCPP Do not generate #line directives U SDCPP Joined Separate -U Undefine Wall SDCPP Enable most warning messages Wcomment SDCPP Warn about possibly nested block comments, and C++ comments spanning more than one physical line Wcomments SDCPP Synonym for -Wcomment Wdeprecated SDCPP Warn about deprecated compiler features Wendif-labels SDCPP Warn about stray tokens after #elif and #endif Werror SDCPP Treat all warnings as errors Wfatal-errors SDCPP Var(flag_fatal_errors) Exit on the first error occurred Wimport SDCPP Deprecated. This switch has no effect. ;***Winvalid-pch ;***SDCPP ;***Warn about PCH files that are found but not used Wsystem-headers SDCPP Do not suppress warnings from system headers Wtraditional SDCPP Var(warn_traditional) Warn about features not present in traditional C Wtrigraphs SDCPP Warn if trigraphs are encountered that might affect the meaning of the program Wundef SDCPP Warn if an undefined macro is used in an #if directive Wunused-macros SDCPP Warn about macros defined in the main file that are not used Wvariadic-macros SDCPP Do not warn about using variadic macros when -pedantic ansi SDCPP A synonym for -std=c89. d SDCPP Joined -d Enable dumps from specific passes of the compiler fdollars-in-identifiers SDCPP Permit '$' as an identifier character fexec-charset= SDCPP Joined RejectNegative -fexec-charset= Convert all strings and character constants to character set finput-charset= SDCPP Joined RejectNegative -finput-charset= Specify the default character set for source files. ;***fpch-deps ;***SDCPP fpreprocessed SDCPP Treat the input file as already preprocessed fshow-column SDCPP fsigned-char SDCPP Make \"char\" signed by default ftabstop= SDCPP Joined RejectNegative UInteger -ftabstop= Distance between tab stops for column reporting funsigned-char SDCPP Make \"char\" unsigned by default fwide-exec-charset= SDCPP Joined RejectNegative -fwide-exec-charset= Convert all wide strings and character constants to character set fworking-directory SDCPP Generate a #line directive pointing at the current working directory idirafter SDCPP Joined Separate -idirafter Add to the end of the system include path imacros SDCPP Joined Separate -imacros Accept definition of macros in imultilib C ObjC C++ ObjC++ Joined Separate -imultilib Set to be the multilib include subdirectory include SDCPP Joined Separate -include Include the contents of before other files iprefix SDCPP Joined Separate -iprefix Specify as a prefix for next two options isysroot SDCPP Joined Separate -isysroot Set to be the system root directory isystem SDCPP Joined Separate -isystem Add to the start of the system include path iquote SDCPP Joined Separate -iquote Add to the end of the quote include path iwithprefix SDCPP Joined Separate -iwithprefix Add to the end of the system include path iwithprefixbefore SDCPP Joined Separate -iwithprefixbefore Add to the end of the main include path lang-asm C Undocumented lang-objc SDCPP Undocumented nostdinc SDCPP Do not search standard system include directories (those specified with -isystem will still be used) o SDCPP Joined Separate -o Place output into obj-ext= SDCPP Joined -obj-ext= Define object file extension, used for generation of make dependencies pedantic SDCPP Var(pedantic) Issue warnings needed for strict compliance to the standard pedantic-errors SDCPP Like -pedantic but issue them as errors pedantic-parse-number SDCPP Pedantic parse number remap SDCPP Remap file names when including files std=c89 SDCPP Conform to the ISO 1990 C standard std=c99 SDCPP Conform to the ISO 1999 C standard std=iso9899:1990 C ObjC Conform to the ISO 1990 C standard std=iso9899:199409 SDCPP Conform to the ISO 1990 C standard as amended in 1994 std=iso9899:1999 C ObjC Conform to the ISO 1999 C standard traditional-cpp SDCPP Enable traditional preprocessing trigraphs SDCPP -trigraphs Support ISO C trigraphs v SDCPP Enable verbose output ;***version ;***SDCPP Var(version_flag) ;***Display the compiler's version w SDCPP Var(inhibit_warnings) Suppress warnings ; This comment is to ensure we retain the blank line above. sdcc-2.9.0/support/cpp/sdcppa.dsp000066400000000000000000000064661116427777700167550ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="sdcppa" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Generic Project" 0x010a CFG=sdcppa - Win32 Debug !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "sdcppa.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "sdcppa.mak" CFG="sdcppa - Win32 Debug" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "sdcppa - Win32 Release" (based on "Win32 (x86) Generic Project") !MESSAGE "sdcppa - Win32 Debug" (based on "Win32 (x86) Generic Project") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" MTL=midl.exe !IF "$(CFG)" == "sdcppa - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 0 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 0 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Target_Dir "" !ELSEIF "$(CFG)" == "sdcppa - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Target_Dir "" !ENDIF # Begin Target # Name "sdcppa - Win32 Release" # Name "sdcppa - Win32 Debug" # Begin Source File SOURCE=".\auto-host_vc_in.h" !IF "$(CFG)" == "sdcppa - Win32 Release" # Begin Custom Build InputPath=".\auto-host_vc_in.h" "auto-host.h" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" copy auto-host_vc_in.h auto-host.h > nul # End Custom Build !ELSEIF "$(CFG)" == "sdcppa - Win32 Debug" # Begin Custom Build InputPath=".\auto-host_vc_in.h" "auto-host.h" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" copy auto-host_vc_in.h auto-host.h > nul # End Custom Build !ENDIF # End Source File # Begin Source File SOURCE=.\sdcpp.opt !IF "$(CFG)" == "sdcppa - Win32 Release" # Begin Custom Build InputPath=.\sdcpp.opt BuildCmds= \ gawk -f opt-gather.awk sdcpp.opt | gawk -f opt-functions.awk -f optc-gen.awk -v header_name="config.h system.h options.h" > options.c \ gawk -f opt-gather.awk sdcpp.opt | gawk -f opt-functions.awk -f opth-gen.awk > options.h \ "options.c" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" $(BuildCmds) "options.h" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" $(BuildCmds) # End Custom Build !ELSEIF "$(CFG)" == "sdcppa - Win32 Debug" # Begin Custom Build InputPath=.\sdcpp.opt BuildCmds= \ gawk -f opt-gather.awk sdcpp.opt | gawk -f opt-functions.awk -f optc-gen.awk -v header_name="config.h system.h options.h" > options.c \ gawk -f opt-gather.awk sdcpp.opt | gawk -f opt-functions.awk -f opth-gen.awk > options.h \ "options.c" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" $(BuildCmds) "options.h" : $(SOURCE) "$(INTDIR)" "$(OUTDIR)" $(BuildCmds) # End Custom Build !ENDIF # End Source File # End Target # End Project sdcc-2.9.0/support/cpp/symcat.h000066400000000000000000000035561116427777700164410ustar00rootroot00000000000000/* Symbol concatenation utilities. Copyright (C) 1998, 2000 Free Software Foundation, Inc. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA 02110-1301, USA. */ #ifndef SYM_CAT_H #define SYM_CAT_H #if defined (__STDC__) || defined (ALMOST_STDC) || defined (HAVE_STRINGIZE) #define CONCAT2(a,b) a##b #define CONCAT3(a,b,c) a##b##c #define CONCAT4(a,b,c,d) a##b##c##d #define STRINGX(s) #s #else /* Note one should never pass extra whitespace to the CONCATn macros, e.g. CONCAT2(foo, bar) because traditonal C will keep the space between the two labels instead of concatenating them. Instead, make sure to write CONCAT2(foo,bar). */ #define CONCAT2(a,b) a/**/b #define CONCAT3(a,b,c) a/**/b/**/c #define CONCAT4(a,b,c,d) a/**/b/**/c/**/d #define STRINGX(s) "s" #endif #define XCONCAT2(a,b) CONCAT2(a,b) #define XCONCAT3(a,b,c) CONCAT3(a,b,c) #define XCONCAT4(a,b,c,d) CONCAT4(a,b,c,d) /* Note the layer of indirection here is typically used to allow stringification of the expansion of macros. I.e. "#define foo bar", "XSTRING(foo)", to yield "bar". Be aware that this only works for __STDC__, not for traditional C which will still resolve to "foo". */ #define XSTRING(s) STRINGX(s) #endif /* SYM_CAT_H */ sdcc-2.9.0/support/cpp/system.h000066400000000000000000000574341116427777700164710ustar00rootroot00000000000000/* Get common system includes and various definitions and declarations based on autoconf macros. Copyright (C) 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005 Free Software Foundation, Inc. This file is part of GCC. GCC is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. GCC is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with GCC; see the file COPYING. If not, write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #ifndef GCC_SYSTEM_H #define GCC_SYSTEM_H /* We must include stdarg.h before stdio.h. */ #include #ifndef va_copy # ifdef __va_copy # define va_copy(d,s) __va_copy((d),(s)) # else # define va_copy(d,s) ((d) = (s)) # endif #endif #ifdef HAVE_STDDEF_H # include #endif #include /* Define a generic NULL if one hasn't already been defined. */ #ifndef NULL #define NULL 0 #endif /* Use the unlocked open routines from libiberty. */ #define fopen(PATH,MODE) fopen_unlocked(PATH,MODE) #define fdopen(FILDES,MODE) fdopen_unlocked(FILDES,MODE) #define freopen(PATH,MODE,STREAM) freopen_unlocked(PATH,MODE,STREAM) /* The compiler is not a multi-threaded application and therefore we do not have to use the locking functions. In fact, using the locking functions can cause the compiler to be significantly slower under I/O bound conditions (such as -g -O0 on very large source files). HAVE_DECL_PUTC_UNLOCKED actually indicates whether or not the stdio code is multi-thread safe by default. If it is set to 0, then do not worry about using the _unlocked functions. fputs_unlocked, fwrite_unlocked, and fprintf_unlocked are extensions and need to be prototyped by hand (since we do not define _GNU_SOURCE). */ #if defined HAVE_DECL_PUTC_UNLOCKED && HAVE_DECL_PUTC_UNLOCKED # ifdef HAVE_PUTC_UNLOCKED # undef putc # define putc(C, Stream) putc_unlocked (C, Stream) # endif # ifdef HAVE_PUTCHAR_UNLOCKED # undef putchar # define putchar(C) putchar_unlocked (C) # endif # ifdef HAVE_GETC_UNLOCKED # undef getc # define getc(Stream) getc_unlocked (Stream) # endif # ifdef HAVE_GETCHAR_UNLOCKED # undef getchar # define getchar() getchar_unlocked () # endif # ifdef HAVE_FPUTC_UNLOCKED # undef fputc # define fputc(C, Stream) fputc_unlocked (C, Stream) # endif # ifdef HAVE_CLEARERR_UNLOCKED # undef clearerr # define clearerr(Stream) clearerr_unlocked (Stream) # if defined (HAVE_DECL_CLEARERR_UNLOCKED) && !HAVE_DECL_CLEARERR_UNLOCKED extern void clearerr_unlocked (FILE *); # endif # endif # ifdef HAVE_FEOF_UNLOCKED # undef feof # define feof(Stream) feof_unlocked (Stream) # if defined (HAVE_DECL_FEOF_UNLOCKED) && !HAVE_DECL_FEOF_UNLOCKED extern int feof_unlocked (FILE *); # endif # endif # ifdef HAVE_FILENO_UNLOCKED # undef fileno # define fileno(Stream) fileno_unlocked (Stream) # if defined (HAVE_DECL_FILENO_UNLOCKED) && !HAVE_DECL_FILENO_UNLOCKED extern int fileno_unlocked (FILE *); # endif # endif # ifdef HAVE_FFLUSH_UNLOCKED # undef fflush # define fflush(Stream) fflush_unlocked (Stream) # if defined (HAVE_DECL_FFLUSH_UNLOCKED) && !HAVE_DECL_FFLUSH_UNLOCKED extern int fflush_unlocked (FILE *); # endif # endif # ifdef HAVE_FGETC_UNLOCKED # undef fgetc # define fgetc(Stream) fgetc_unlocked (Stream) # if defined (HAVE_DECL_FGETC_UNLOCKED) && !HAVE_DECL_FGETC_UNLOCKED extern int fgetc_unlocked (FILE *); # endif # endif # ifdef HAVE_FGETS_UNLOCKED # undef fgets # define fgets(S, n, Stream) fgets_unlocked (S, n, Stream) # if defined (HAVE_DECL_FGETS_UNLOCKED) && !HAVE_DECL_FGETS_UNLOCKED extern char *fgets_unlocked (char *, int, FILE *); # endif # endif # ifdef HAVE_FPUTS_UNLOCKED # undef fputs # define fputs(String, Stream) fputs_unlocked (String, Stream) # if defined (HAVE_DECL_FPUTS_UNLOCKED) && !HAVE_DECL_FPUTS_UNLOCKED extern int fputs_unlocked (const char *, FILE *); # endif # endif # ifdef HAVE_FERROR_UNLOCKED # undef ferror # define ferror(Stream) ferror_unlocked (Stream) # if defined (HAVE_DECL_FERROR_UNLOCKED) && !HAVE_DECL_FERROR_UNLOCKED extern int ferror_unlocked (FILE *); # endif # endif # ifdef HAVE_FREAD_UNLOCKED # undef fread # define fread(Ptr, Size, N, Stream) fread_unlocked (Ptr, Size, N, Stream) # if defined (HAVE_DECL_FREAD_UNLOCKED) && !HAVE_DECL_FREAD_UNLOCKED extern size_t fread_unlocked (void *, size_t, size_t, FILE *); # endif # endif # ifdef HAVE_FWRITE_UNLOCKED # undef fwrite # define fwrite(Ptr, Size, N, Stream) fwrite_unlocked (Ptr, Size, N, Stream) # if defined (HAVE_DECL_FWRITE_UNLOCKED) && !HAVE_DECL_FWRITE_UNLOCKED extern size_t fwrite_unlocked (const void *, size_t, size_t, FILE *); # endif # endif # ifdef HAVE_FPRINTF_UNLOCKED # undef fprintf /* We can't use a function-like macro here because we don't know if we have varargs macros. */ # define fprintf fprintf_unlocked # if defined (HAVE_DECL_FPRINTF_UNLOCKED) && !HAVE_DECL_FPRINTF_UNLOCKED extern int fprintf_unlocked (FILE *, const char *, ...); # endif # endif #endif /* ??? Glibc's fwrite/fread_unlocked macros cause "warning: signed and unsigned type in conditional expression". */ #undef fread_unlocked #undef fwrite_unlocked /* There are an extraordinary number of issues with . The last straw is that it varies with the locale. Use libiberty's replacement instead. */ #if defined(__APPLE__) && defined(__MACH__) #include #else #include #endif #include #include #if !defined (errno) && defined (HAVE_DECL_ERRNO) && !HAVE_DECL_ERRNO extern int errno; #endif /* Some of glibc's string inlines cause warnings. Plus we'd rather rely on (and therefore test) GCC's string builtins. */ #define __NO_STRING_INLINES #ifdef STRING_WITH_STRINGS # include # include #else # ifdef HAVE_STRING_H # include # else # ifdef HAVE_STRINGS_H # include # endif # endif #endif #ifdef HAVE_STDLIB_H # include #endif /* If we don't have an overriding definition, set SUCCESS_EXIT_CODE and FATAL_EXIT_CODE to EXIT_SUCCESS and EXIT_FAILURE respectively, or 0 and 1 if those macros are not defined. */ #ifndef SUCCESS_EXIT_CODE # ifdef EXIT_SUCCESS # define SUCCESS_EXIT_CODE EXIT_SUCCESS # else # define SUCCESS_EXIT_CODE 0 # endif #endif #ifndef FATAL_EXIT_CODE # ifdef EXIT_FAILURE # define FATAL_EXIT_CODE EXIT_FAILURE # else # define FATAL_EXIT_CODE 1 # endif #endif #define ICE_EXIT_CODE 4 #ifdef HAVE_UNISTD_H # include #endif #ifdef HAVE_SYS_PARAM_H # include /* We use this identifier later and it appears in some vendor param.h's. */ # undef PREFETCH #endif #if HAVE_LIMITS_H # include #endif /* Get definitions of HOST_WIDE_INT and HOST_WIDEST_INT. */ #include "hwint.h" /* A macro to determine whether a VALUE lies inclusively within a certain range without evaluating the VALUE more than once. This macro won't warn if the VALUE is unsigned and the LOWER bound is zero, as it would e.g. with "VALUE >= 0 && ...". Note the LOWER bound *is* evaluated twice, and LOWER must not be greater than UPPER. However the bounds themselves can be either positive or negative. */ #define IN_RANGE(VALUE, LOWER, UPPER) \ ((unsigned HOST_WIDE_INT)((VALUE) - (LOWER)) <= ((UPPER) - (LOWER))) /* Infrastructure for defining missing _MAX and _MIN macros. Note that macros defined with these cannot be used in #if. */ /* The extra casts work around common compiler bugs. */ #define INTTYPE_SIGNED(t) (! ((t) 0 < (t) -1)) /* The outer cast is needed to work around a bug in Cray C 5.0.3.0. It is necessary at least when t == time_t. */ #define INTTYPE_MINIMUM(t) ((t) (INTTYPE_SIGNED (t) \ ? ~ (t) 0 << (sizeof(t) * CHAR_BIT - 1) : (t) 0)) #define INTTYPE_MAXIMUM(t) ((t) (~ (t) 0 - INTTYPE_MINIMUM (t))) /* Use that infrastructure to provide a few constants. */ #ifndef UCHAR_MAX # define UCHAR_MAX INTTYPE_MAXIMUM (unsigned char) #endif #ifdef TIME_WITH_SYS_TIME # include # include #else # if HAVE_SYS_TIME_H # include # else # ifdef HAVE_TIME_H # include # endif # endif #endif #ifdef HAVE_FCNTL_H # include #else # ifdef HAVE_SYS_FILE_H # include # endif #endif #ifndef SEEK_SET # define SEEK_SET 0 # define SEEK_CUR 1 # define SEEK_END 2 #endif #ifndef F_OK # define F_OK 0 # define X_OK 1 # define W_OK 2 # define R_OK 4 #endif #ifndef O_RDONLY # define O_RDONLY 0 #endif #ifndef O_WRONLY # define O_WRONLY 1 #endif /* Some systems define these in, e.g., param.h. We undefine these names here to avoid the warnings. We prefer to use our definitions since we know they are correct. */ #undef MIN #undef MAX #define MIN(X,Y) ((X) < (Y) ? (X) : (Y)) #define MAX(X,Y) ((X) > (Y) ? (X) : (Y)) /* Returns the least number N such that N * Y >= X. */ #define CEIL(x,y) (((x) + (y) - 1) / (y)) #ifdef HAVE_SYS_WAIT_H #include #endif #ifndef WIFSIGNALED #define WIFSIGNALED(S) (((S) & 0xff) != 0 && ((S) & 0xff) != 0x7f) #endif #ifndef WTERMSIG #define WTERMSIG(S) ((S) & 0x7f) #endif #ifndef WIFEXITED #define WIFEXITED(S) (((S) & 0xff) == 0) #endif #ifndef WEXITSTATUS #define WEXITSTATUS(S) (((S) & 0xff00) >> 8) #endif #ifndef WSTOPSIG #define WSTOPSIG WEXITSTATUS #endif #ifndef WCOREDUMP #define WCOREDUMP(S) ((S) & WCOREFLG) #endif #ifndef WCOREFLG #define WCOREFLG 0200 #endif /* The HAVE_DECL_* macros are three-state, undefined, 0 or 1. If they are defined to 0 then we must provide the relevant declaration here. These checks will be in the undefined state while configure is running so be careful to test "defined (HAVE_DECL_*)". */ #if defined (HAVE_DECL_ATOF) && !HAVE_DECL_ATOF extern double atof (const char *); #endif #if defined (HAVE_DECL_ATOL) && !HAVE_DECL_ATOL extern long atol (const char *); #endif #if defined (HAVE_DECL_FREE) && !HAVE_DECL_FREE extern void free (void *); #endif #if defined (HAVE_DECL_GETCWD) && !HAVE_DECL_GETCWD extern char *getcwd (char *, size_t); #endif #if defined (HAVE_DECL_GETENV) && !HAVE_DECL_GETENV extern char *getenv (const char *); #endif #if defined (HAVE_DECL_GETOPT) && !HAVE_DECL_GETOPT extern int getopt (int, char * const *, const char *); #endif #if defined (HAVE_DECL_GETPAGESIZE) && !HAVE_DECL_GETPAGESIZE extern int getpagesize (void); #endif #if defined (HAVE_DECL_GETWD) && !HAVE_DECL_GETWD extern char *getwd (char *); #endif #if defined (HAVE_DECL_SBRK) && !HAVE_DECL_SBRK extern void *sbrk (int); #endif #if defined (HAVE_DECL_STRSTR) && !HAVE_DECL_STRSTR extern char *strstr (const char *, const char *); #endif #ifdef HAVE_MALLOC_H #include #endif #if defined (HAVE_DECL_MALLOC) && !HAVE_DECL_MALLOC extern void *malloc (size_t); #endif #if defined (HAVE_DECL_CALLOC) && !HAVE_DECL_CALLOC extern void *calloc (size_t, size_t); #endif #if defined (HAVE_DECL_REALLOC) && !HAVE_DECL_REALLOC extern void *realloc (void *, size_t); #endif /* If the system doesn't provide strsignal, we get it defined in libiberty but no declaration is supplied. */ /* Disabled since it causes errors on solaris #if !defined (HAVE_STRSIGNAL) \ || (defined (HAVE_DECL_STRSIGNAL) && !HAVE_DECL_STRSIGNAL) # ifndef strsignal extern const char *strsignal (int); # endif #endif */ #ifdef HAVE_GETRLIMIT # if defined (HAVE_DECL_GETRLIMIT) && !HAVE_DECL_GETRLIMIT # ifndef getrlimit struct rlimit; extern int getrlimit (int, struct rlimit *); # endif # endif #endif #ifdef HAVE_SETRLIMIT # if defined (HAVE_DECL_SETRLIMIT) && !HAVE_DECL_SETRLIMIT # ifndef setrlimit struct rlimit; extern int setrlimit (int, const struct rlimit *); # endif # endif #endif #if defined (HAVE_DECL_ABORT) && !HAVE_DECL_ABORT extern void abort (void); #endif #if defined (HAVE_DECL_SNPRINTF) && !HAVE_DECL_SNPRINTF extern int snprintf (char *, size_t, const char *, ...); #endif #if defined (HAVE_DECL_VSNPRINTF) && !HAVE_DECL_VSNPRINTF extern int vsnprintf(char *, size_t, const char *, va_list); #endif /* 1 if we have C99 designated initializers. */ #if !defined(HAVE_DESIGNATED_INITIALIZERS) # if defined(__APPLE__) && (__MACH__) #define HAVE_DESIGNATED_INITIALIZERS 0 # else #define HAVE_DESIGNATED_INITIALIZERS \ ((GCC_VERSION >= 2007) || (__STDC_VERSION__ >= 199901L)) # endif #endif #if HAVE_SYS_STAT_H # include #endif /* Test if something is a normal file. */ #ifndef S_ISREG #define S_ISREG(m) (((m) & S_IFMT) == S_IFREG) #endif /* Test if something is a directory. */ #ifndef S_ISDIR #define S_ISDIR(m) (((m) & S_IFMT) == S_IFDIR) #endif /* Test if something is a character special file. */ #ifndef S_ISCHR #define S_ISCHR(m) (((m) & S_IFMT) == S_IFCHR) #endif /* Test if something is a block special file. */ #ifndef S_ISBLK #define S_ISBLK(m) (((m) & S_IFMT) == S_IFBLK) #endif /* Test if something is a socket. */ #ifndef S_ISSOCK # ifdef S_IFSOCK # define S_ISSOCK(m) (((m) & S_IFMT) == S_IFSOCK) # else # define S_ISSOCK(m) 0 # endif #endif /* Test if something is a FIFO. */ #ifndef S_ISFIFO # ifdef S_IFIFO # define S_ISFIFO(m) (((m) & S_IFMT) == S_IFIFO) # else # define S_ISFIFO(m) 0 # endif #endif /* Define well known filenos if the system does not define them. */ #ifndef STDIN_FILENO # define STDIN_FILENO 0 #endif #ifndef STDOUT_FILENO # define STDOUT_FILENO 1 #endif #ifndef STDERR_FILENO # define STDERR_FILENO 2 #endif /* Some systems have mkdir that takes a single argument. */ #ifdef MKDIR_TAKES_ONE_ARG # define mkdir(a,b) mkdir(a) #endif /* By default, colon separates directories in a path. */ #ifndef PATH_SEPARATOR #define PATH_SEPARATOR ':' #endif /* Filename handling macros. */ #include "filenames.h" /* These should be phased out in favor of IS_DIR_SEPARATOR, where possible. */ #ifndef DIR_SEPARATOR # define DIR_SEPARATOR '/' # ifdef HAVE_DOS_BASED_FILE_SYSTEM # define DIR_SEPARATOR_2 '\\' # endif #endif /* Get libiberty declarations. */ #include "libiberty.h" /* Provide a default for the HOST_BIT_BUCKET. This suffices for POSIX-like hosts. */ #ifndef HOST_BIT_BUCKET #define HOST_BIT_BUCKET "/dev/null" #endif /* Be conservative and only use enum bitfields with GCC. FIXME: provide a complete autoconf test for buggy enum bitfields. */ #if (GCC_VERSION > 2000) #define ENUM_BITFIELD(TYPE) __extension__ enum TYPE #else #define ENUM_BITFIELD(TYPE) unsigned int #endif #ifndef offsetof #define offsetof(TYPE, MEMBER) ((size_t) &((TYPE *) 0)->MEMBER) #endif /* Various error reporting routines want to use __FUNCTION__. */ #if (GCC_VERSION < 2007) #ifndef __FUNCTION__ #define __FUNCTION__ "?" #endif /* ! __FUNCTION__ */ #endif /* __builtin_expect(A, B) evaluates to A, but notifies the compiler that the most likely value of A is B. This feature was added at some point between 2.95 and 3.0. Let's use 3.0 as the lower bound for now. */ #if (GCC_VERSION < 3000) #define __builtin_expect(a, b) (a) #endif /* Redefine abort to report an internal error w/o coredump, and reporting the location of the error in the source file. */ extern void fancy_abort (const char *, int, const char *) ATTRIBUTE_NORETURN; #define abort() fancy_abort (__FILE__, __LINE__, __FUNCTION__) /* Use gcc_assert(EXPR) to test invariants. */ #if ENABLE_ASSERT_CHECKING #define gcc_assert(EXPR) \ ((void)(!(EXPR) ? fancy_abort (__FILE__, __LINE__, __FUNCTION__), 0 : 0)) #else /* Include EXPR, so that unused variable warnings do not occur. */ #define gcc_assert(EXPR) ((void)(0 && (EXPR))) #endif /* Use gcc_unreachable() to mark unreachable locations (like an unreachable default case of a switch. Do not use gcc_assert(0). */ #define gcc_unreachable() (fancy_abort (__FILE__, __LINE__, __FUNCTION__)) /* Provide a fake boolean type. We make no attempt to use the C99 _Bool, as it may not be available in the bootstrap compiler, and even if it is, it is liable to be buggy. This must be after all inclusion of system headers, as some of them will mess us up. */ #undef TRUE #undef FALSE #ifdef __cplusplus /* Obsolete. */ # define TRUE true # define FALSE false #else /* !__cplusplus */ # undef bool # undef true # undef false # define bool unsigned char # define true 1 # define false 0 /* Obsolete. */ # define TRUE true # define FALSE false #endif /* !__cplusplus */ /////* Get definition of double_int. */ ////#include "double-int.h" /* Some compilers do not allow the use of unsigned char in bitfields. */ #define BOOL_BITFIELD unsigned int /* As the last action in this file, we poison the identifiers that shouldn't be used. Note, luckily gcc-3.0's token-based integrated preprocessor won't trip on poisoned identifiers that arrive from the expansion of macros. E.g. #define strrchr rindex, won't error if rindex is poisoned after this directive is issued and later on strrchr is called. Note: We define bypass macros for the few cases where we really want to use the libc memory allocation routines. Otherwise we insist you use the "x" versions from libiberty. */ #define really_call_malloc malloc #define really_call_calloc calloc #define really_call_realloc realloc #if defined(FLEX_SCANNER) || defined(YYBISON) || defined(YYBYACC) /* Flex and bison use malloc and realloc. Yuk. Note that this means really_call_* cannot be used in a .l or .y file. */ #define malloc xmalloc #define realloc xrealloc #endif #if (GCC_VERSION >= 3000) /* Note autoconf checks for prototype declarations and includes system.h while doing so. Only poison these tokens if actually compiling gcc, so that the autoconf declaration tests for malloc etc don't spuriously fail. */ #ifdef IN_GCC #undef calloc #undef strdup #pragma GCC poison calloc strdup #if !defined(FLEX_SCANNER) && !defined(YYBISON) #undef malloc #undef realloc #pragma GCC poison malloc realloc #endif /* Old target macros that have moved to the target hooks structure. */ #pragma GCC poison ASM_OPEN_PAREN ASM_CLOSE_PAREN \ FUNCTION_PROLOGUE FUNCTION_EPILOGUE \ FUNCTION_END_PROLOGUE FUNCTION_BEGIN_EPILOGUE \ DECL_MACHINE_ATTRIBUTES COMP_TYPE_ATTRIBUTES INSERT_ATTRIBUTES \ VALID_MACHINE_DECL_ATTRIBUTE VALID_MACHINE_TYPE_ATTRIBUTE \ SET_DEFAULT_TYPE_ATTRIBUTES SET_DEFAULT_DECL_ATTRIBUTES \ MERGE_MACHINE_TYPE_ATTRIBUTES MERGE_MACHINE_DECL_ATTRIBUTES \ MD_INIT_BUILTINS MD_EXPAND_BUILTIN ASM_OUTPUT_CONSTRUCTOR \ ASM_OUTPUT_DESTRUCTOR SIGNED_CHAR_SPEC MAX_CHAR_TYPE_SIZE \ WCHAR_UNSIGNED UNIQUE_SECTION SELECT_SECTION SELECT_RTX_SECTION \ ENCODE_SECTION_INFO STRIP_NAME_ENCODING ASM_GLOBALIZE_LABEL \ ASM_OUTPUT_MI_THUNK CONST_COSTS RTX_COSTS DEFAULT_RTX_COSTS \ ADDRESS_COST MACHINE_DEPENDENT_REORG ASM_FILE_START ASM_FILE_END \ ASM_SIMPLIFY_DWARF_ADDR INIT_TARGET_OPTABS INIT_SUBTARGET_OPTABS \ INIT_GOFAST_OPTABS MULSI3_LIBCALL MULDI3_LIBCALL DIVSI3_LIBCALL \ DIVDI3_LIBCALL UDIVSI3_LIBCALL UDIVDI3_LIBCALL MODSI3_LIBCALL \ MODDI3_LIBCALL UMODSI3_LIBCALL UMODDI3_LIBCALL BUILD_VA_LIST_TYPE \ PRETEND_OUTGOING_VARARGS_NAMED STRUCT_VALUE_INCOMING_REGNUM \ ASM_OUTPUT_SECTION_NAME PROMOTE_FUNCTION_ARGS \ STRUCT_VALUE_INCOMING STRICT_ARGUMENT_NAMING \ PROMOTE_FUNCTION_RETURN PROMOTE_PROTOTYPES STRUCT_VALUE_REGNUM \ SETUP_INCOMING_VARARGS EXPAND_BUILTIN_SAVEREGS \ DEFAULT_SHORT_ENUMS SPLIT_COMPLEX_ARGS MD_ASM_CLOBBERS \ HANDLE_PRAGMA_REDEFINE_EXTNAME HANDLE_PRAGMA_EXTERN_PREFIX \ MUST_PASS_IN_STACK FUNCTION_ARG_PASS_BY_REFERENCE \ VECTOR_MODE_SUPPORTED_P TARGET_SUPPORTS_HIDDEN \ FUNCTION_ARG_PARTIAL_NREGS ASM_OUTPUT_DWARF_DTPREL \ ALLOCATE_INITIAL_VALUE /* Other obsolete target macros, or macros that used to be in target headers and were not used, and may be obsolete or may never have been used. */ #pragma GCC poison INT_ASM_OP ASM_OUTPUT_EH_REGION_BEG CPP_PREDEFINES \ ASM_OUTPUT_EH_REGION_END ASM_OUTPUT_LABELREF_AS_INT SMALL_STACK \ DOESNT_NEED_UNWINDER EH_TABLE_LOOKUP OBJC_SELECTORS_WITHOUT_LABELS \ OMIT_EH_TABLE EASY_DIV_EXPR IMPLICIT_FIX_EXPR \ LONGJMP_RESTORE_FROM_STACK MAX_INT_TYPE_SIZE ASM_IDENTIFY_GCC \ STDC_VALUE TRAMPOLINE_ALIGN ASM_IDENTIFY_GCC_AFTER_SOURCE \ SLOW_ZERO_EXTEND SUBREG_REGNO_OFFSET DWARF_LINE_MIN_INSTR_LENGTH \ TRADITIONAL_RETURN_FLOAT NO_BUILTIN_SIZE_TYPE \ NO_BUILTIN_PTRDIFF_TYPE NO_BUILTIN_WCHAR_TYPE NO_BUILTIN_WINT_TYPE \ BLOCK_PROFILER BLOCK_PROFILER_CODE FUNCTION_BLOCK_PROFILER \ FUNCTION_BLOCK_PROFILER_EXIT MACHINE_STATE_SAVE \ MACHINE_STATE_RESTORE SCCS_DIRECTIVE SECTION_ASM_OP BYTEORDER \ ASM_OUTPUT_DEFINE_LABEL_DIFFERENCE_SYMBOL HOST_WORDS_BIG_ENDIAN \ OBJC_PROLOGUE ALLOCATE_TRAMPOLINE HANDLE_PRAGMA ROUND_TYPE_SIZE \ ROUND_TYPE_SIZE_UNIT CONST_SECTION_ASM_OP CRT_GET_RFIB_TEXT \ DBX_LBRAC_FIRST DBX_OUTPUT_ENUM DBX_OUTPUT_SOURCE_FILENAME \ DBX_WORKING_DIRECTORY INSN_CACHE_DEPTH INSN_CACHE_SIZE \ INSN_CACHE_LINE_WIDTH INIT_SECTION_PREAMBLE NEED_ATEXIT ON_EXIT \ EXIT_BODY OBJECT_FORMAT_ROSE MULTIBYTE_CHARS MAP_CHARACTER \ LIBGCC_NEEDS_DOUBLE FINAL_PRESCAN_LABEL DEFAULT_CALLER_SAVES \ LOAD_ARGS_REVERSED MAX_INTEGER_COMPUTATION_MODE \ CONVERT_HARD_REGISTER_TO_SSA_P ASM_OUTPUT_MAIN_SOURCE_FILENAME \ FIRST_INSN_ADDRESS TEXT_SECTION SHARED_BSS_SECTION_ASM_OP \ PROMOTED_MODE EXPAND_BUILTIN_VA_END \ LINKER_DOES_NOT_WORK_WITH_DWARF2 FUNCTION_ARG_KEEP_AS_REFERENCE \ GIV_SORT_CRITERION MAX_LONG_TYPE_SIZE MAX_LONG_DOUBLE_TYPE_SIZE \ MAX_WCHAR_TYPE_SIZE SHARED_SECTION_ASM_OP INTEGRATE_THRESHOLD \ FINAL_REG_PARM_STACK_SPACE MAYBE_REG_PARM_STACK_SPACE \ TRADITIONAL_PIPELINE_INTERFACE DFA_PIPELINE_INTERFACE \ DBX_OUTPUT_STANDARD_TYPES BUILTIN_SETJMP_FRAME_VALUE \ SUNOS4_SHARED_LIBRARIES PROMOTE_FOR_CALL_ONLY \ SPACE_AFTER_L_OPTION NO_RECURSIVE_FUNCTION_CSE \ DEFAULT_MAIN_RETURN TARGET_MEM_FUNCTIONS EXPAND_BUILTIN_VA_ARG \ COLLECT_PARSE_FLAG DWARF2_GENERATE_TEXT_SECTION_LABEL WINNING_GDB \ ASM_OUTPUT_FILENAME ASM_OUTPUT_SOURCE_LINE FILE_NAME_JOINER \ GDB_INV_REF_REGPARM_STABS_LETTER DBX_MEMPARM_STABS_LETTER \ PUT_SDB_SRC_FILE STABS_GCC_MARKER DBX_OUTPUT_FUNCTION_END \ DBX_OUTPUT_GCC_MARKER DBX_FINISH_SYMBOL SDB_GENERATE_FAKE \ NON_SAVING_SETJMP TARGET_LATE_RTL_PROLOGUE_EPILOGUE \ CASE_DROPS_THROUGH TARGET_BELL TARGET_BS TARGET_CR TARGET_DIGIT0 \ TARGET_ESC TARGET_FF TARGET_NEWLINE TARGET_TAB TARGET_VT \ LINK_LIBGCC_SPECIAL DONT_ACCESS_GBLS_AFTER_EPILOGUE \ TARGET_OPTIONS TARGET_SWITCHES EXTRA_CC_MODES FINALIZE_PIC \ PREDICATE_CODES SPECIAL_MODE_PREDICATES HOST_PTR_PRINTF \ EXTRA_SECTIONS EXTRA_SECTION_FUNCTIONS READONLY_DATA_SECTION \ TARGET_ASM_EXCEPTION_SECTION TARGET_ASM_EH_FRAME_SECTION \ SMALL_ARG_MAX ASM_OUTPUT_SHARED_BSS ASM_OUTPUT_SHARED_COMMON \ ASM_OUTPUT_SHARED_LOCAL UNALIGNED_WORD_ASM_OP /* Hooks that are no longer used. */ #pragma GCC poison LANG_HOOKS_FUNCTION_MARK LANG_HOOKS_FUNCTION_FREE \ LANG_HOOKS_MARK_TREE LANG_HOOKS_INSERT_DEFAULT_ATTRIBUTES \ LANG_HOOKS_TREE_INLINING_ESTIMATE_NUM_INSNS \ LANG_HOOKS_PUSHLEVEL LANG_HOOKS_SET_BLOCK \ LANG_HOOKS_MAYBE_BUILD_CLEANUP LANG_HOOKS_UPDATE_DECL_AFTER_SAVING \ LANG_HOOKS_POPLEVEL LANG_HOOKS_TRUTHVALUE_CONVERSION /* Libiberty macros that are no longer used in GCC. */ #undef ANSI_PROTOTYPES #undef PTR_CONST #undef LONG_DOUBLE #undef VPARAMS #undef VA_OPEN #undef VA_FIXEDARG #undef VA_CLOSE #undef VA_START #pragma GCC poison ANSI_PROTOTYPES PTR_CONST LONG_DOUBLE VPARAMS VA_OPEN \ VA_FIXEDARG VA_CLOSE VA_START #endif /* IN_GCC */ /* Note: not all uses of the `index' token (e.g. variable names and structure members) have been eliminated. */ #undef bcopy #undef bzero #undef bcmp #undef rindex #pragma GCC poison bcopy bzero bcmp rindex #endif /* GCC >= 3.0 */ /* SDCC specific */ #include "sdcpp.h" #endif /* ! GCC_SYSTEM_H */ sdcc-2.9.0/support/cpp/version.c000066400000000000000000000022741116427777700166150ustar00rootroot00000000000000#include "version.h" /* This is the trailing component of the string reported as the version number by all components of the compiler. For an official FSF release, it is empty. If you distribute a modified version of GCC, please change this string to indicate that. The suggested format is a leading space, followed by your organization's name in parentheses. You may also wish to include a number indicating the revision of your modified compiler. */ #define BASEVER "4.2.0" #define DATESTAMP #define DEVPHASE #define VERSUFFIX " + SDCC" /* This is the location of the online document giving instructions for reporting bugs. If you distribute a modified version of GCC, please change this to refer to a document giving instructions for reporting bugs to you, not us. (You are of course welcome to forward us bugs reported to you, if you determine that they are not bugs in your modifications.) */ const char bug_report_url[] = ""; /* The complete version string, assembled from several pieces. BASEVER, DATESTAMP, and DEVPHASE are defined by the Makefile. */ const char version_string[] = BASEVER DATESTAMP DEVPHASE VERSUFFIX; sdcc-2.9.0/support/cpp/version.h000066400000000000000000000002211116427777700166100ustar00rootroot00000000000000#ifndef GCC_VERSION_H #define GCC_VERSION_H extern const char version_string[]; extern const char bug_report_url[]; #endif /* ! GCC_VERSION_H */ sdcc-2.9.0/support/cpp/win32/000077500000000000000000000000001116427777700157215ustar00rootroot00000000000000sdcc-2.9.0/support/cpp/win32/dirent.c000066400000000000000000000156501116427777700173610ustar00rootroot00000000000000/* * dirent.c * This file has no copyright assigned and is placed in the Public Domain. * This file is a part of the mingw-runtime package. * No warranty is given; refer to the file DISCLAIMER within the package. * * Derived from DIRLIB.C by Matt J. Weinstein * This note appears in the DIRLIB.H * DIRLIB.H by M. J. Weinstein Released to public domain 1-Jan-89 * * Updated by Jeremy Bettis * Significantly revised and rewinddir, seekdir and telldir added by Colin * Peters * */ #include #include #include #include #include #include #define WIN32_LEAN_AND_MEAN #include /* for GetFileAttributes */ #include #ifdef _UNICODE #define _tdirent _wdirent #define _TDIR _WDIR #define _topendir _wopendir #define _tclosedir _wclosedir #define _treaddir _wreaddir #define _trewinddir _wrewinddir #define _ttelldir _wtelldir #define _tseekdir _wseekdir #else #define _tdirent dirent #define _TDIR DIR #define _topendir opendir #define _tclosedir closedir #define _treaddir readdir #define _trewinddir rewinddir #define _ttelldir telldir #define _tseekdir seekdir #endif #define SUFFIX _T("*") #define SLASH _T("\\") /* * opendir * * Returns a pointer to a DIR structure appropriately filled in to begin * searching a directory. */ _TDIR * _topendir (const _TCHAR *szPath) { _TDIR *nd; unsigned int rc; _TCHAR szFullPath[MAX_PATH]; errno = 0; if (!szPath) { errno = EFAULT; return (_TDIR *) 0; } if (szPath[0] == _T('\0')) { errno = ENOTDIR; return (_TDIR *) 0; } /* Attempt to determine if the given path really is a directory. */ rc = GetFileAttributes (szPath); if (rc == (unsigned int)-1) { /* call GetLastError for more error info */ errno = ENOENT; return (_TDIR *) 0; } if (!(rc & FILE_ATTRIBUTE_DIRECTORY)) { /* Error, entry exists but not a directory. */ errno = ENOTDIR; return (_TDIR *) 0; } /* Make an absolute pathname. */ _tfullpath (szFullPath, szPath, MAX_PATH); /* Allocate enough space to store DIR structure and the complete * directory path given. */ nd = (_TDIR *) malloc (sizeof (_TDIR) + (_tcslen(szFullPath) + _tcslen (SLASH) + _tcslen(SUFFIX) + 1) * sizeof(_TCHAR)); if (!nd) { /* Error, out of memory. */ errno = ENOMEM; return (_TDIR *) 0; } /* Create the search expression. */ _tcscpy (nd->dd_name, szFullPath); /* Add on a slash if the path does not end with one. */ if (nd->dd_name[0] != _T('\0') && nd->dd_name[_tcslen (nd->dd_name) - 1] != _T('/') && nd->dd_name[_tcslen (nd->dd_name) - 1] != _T('\\')) { _tcscat (nd->dd_name, SLASH); } /* Add on the search pattern */ _tcscat (nd->dd_name, SUFFIX); /* Initialize handle to -1 so that a premature closedir doesn't try * to call _findclose on it. */ nd->dd_handle = -1; /* Initialize the status. */ nd->dd_stat = 0; /* Initialize the dirent structure. ino and reclen are invalid under * Win32, and name simply points at the appropriate part of the * findfirst_t structure. */ nd->dd_dir.d_ino = 0; nd->dd_dir.d_reclen = 0; nd->dd_dir.d_namlen = 0; memset (nd->dd_dir.d_name, 0, FILENAME_MAX); return nd; } /* * readdir * * Return a pointer to a dirent structure filled with the information on the * next entry in the directory. */ struct _tdirent * _treaddir (_TDIR * dirp) { errno = 0; /* Check for valid DIR struct. */ if (!dirp) { errno = EFAULT; return (struct _tdirent *) 0; } if (dirp->dd_stat < 0) { /* We have already returned all files in the directory * (or the structure has an invalid dd_stat). */ return (struct _tdirent *) 0; } else if (dirp->dd_stat == 0) { /* We haven't started the search yet. */ /* Start the search */ dirp->dd_handle = _tfindfirst (dirp->dd_name, &(dirp->dd_dta)); if (dirp->dd_handle == -1) { /* Whoops! Seems there are no files in that * directory. */ dirp->dd_stat = -1; } else { dirp->dd_stat = 1; } } else { /* Get the next search entry. */ if (_tfindnext (dirp->dd_handle, &(dirp->dd_dta))) { /* We are off the end or otherwise error. _findnext sets errno to ENOENT if no more file Undo this. */ DWORD winerr = GetLastError(); if (winerr == ERROR_NO_MORE_FILES) errno = 0; _findclose (dirp->dd_handle); dirp->dd_handle = -1; dirp->dd_stat = -1; } else { /* Update the status to indicate the correct * number. */ dirp->dd_stat++; } } if (dirp->dd_stat > 0) { /* Successfully got an entry. Everything about the file is * already appropriately filled in except the length of the * file name. */ dirp->dd_dir.d_namlen = _tcslen (dirp->dd_dta.name); _tcscpy (dirp->dd_dir.d_name, dirp->dd_dta.name); return &dirp->dd_dir; } return (struct _tdirent *) 0; } /* * closedir * * Frees up resources allocated by opendir. */ int _tclosedir (_TDIR * dirp) { int rc; errno = 0; rc = 0; if (!dirp) { errno = EFAULT; return -1; } if (dirp->dd_handle != -1) { rc = _findclose (dirp->dd_handle); } /* Delete the dir structure. */ free (dirp); return rc; } /* * rewinddir * * Return to the beginning of the directory "stream". We simply call findclose * and then reset things like an opendir. */ void _trewinddir (_TDIR * dirp) { errno = 0; if (!dirp) { errno = EFAULT; return; } if (dirp->dd_handle != -1) { _findclose (dirp->dd_handle); } dirp->dd_handle = -1; dirp->dd_stat = 0; } /* * telldir * * Returns the "position" in the "directory stream" which can be used with * seekdir to go back to an old entry. We simply return the value in stat. */ long _ttelldir (_TDIR * dirp) { errno = 0; if (!dirp) { errno = EFAULT; return -1; } return dirp->dd_stat; } /* * seekdir * * Seek to an entry previously returned by telldir. We rewind the directory * and call readdir repeatedly until either dd_stat is the position number * or -1 (off the end). This is not perfect, in that the directory may * have changed while we weren't looking. But that is probably the case with * any such system. */ void _tseekdir (_TDIR * dirp, long lPos) { errno = 0; if (!dirp) { errno = EFAULT; return; } if (lPos < -1) { /* Seeking to an invalid position. */ errno = EINVAL; return; } else if (lPos == -1) { /* Seek past end. */ if (dirp->dd_handle != -1) { _findclose (dirp->dd_handle); } dirp->dd_handle = -1; dirp->dd_stat = -1; } else { /* Rewind and read forward to the appropriate index. */ _trewinddir (dirp); while ((dirp->dd_stat < lPos) && _treaddir (dirp)) ; } } sdcc-2.9.0/support/cpp/win32/dirent.h000066400000000000000000000054271116427777700173670ustar00rootroot00000000000000/* * DIRENT.H (formerly DIRLIB.H) * This file has no copyright assigned and is placed in the Public Domain. * This file is a part of the mingw-runtime package. * No warranty is given; refer to the file DISCLAIMER within the package. * */ #ifndef _DIRENT_H_ #define _DIRENT_H_ #include #include #ifndef RC_INVOKED #ifdef __cplusplus extern "C" { #endif struct dirent { long d_ino; /* Always zero. */ unsigned short d_reclen; /* Always zero. */ unsigned short d_namlen; /* Length of name in d_name. */ char d_name[FILENAME_MAX]; /* File name. */ }; /* * This is an internal data structure. Good programmers will not use it * except as an argument to one of the functions below. * dd_stat field is now int (was short in older versions). */ typedef struct { /* disk transfer area for this dir */ struct _finddata_t dd_dta; /* dirent struct to return from dir (NOTE: this makes this thread * safe as long as only one thread uses a particular DIR struct at * a time) */ struct dirent dd_dir; /* _findnext handle */ long dd_handle; /* * Status of search: * 0 = not started yet (next entry to read is first entry) * -1 = off the end * positive = 0 based index of next entry */ int dd_stat; /* given path for dir with search pattern (struct is extended) */ char dd_name[1]; } DIR; DIR* __cdecl opendir (const char*); struct dirent* __cdecl readdir (DIR*); int __cdecl closedir (DIR*); void __cdecl rewinddir (DIR*); long __cdecl telldir (DIR*); void __cdecl seekdir (DIR*, long); /* wide char versions */ struct _wdirent { long d_ino; /* Always zero. */ unsigned short d_reclen; /* Always zero. */ unsigned short d_namlen; /* Length of name in d_name. */ wchar_t d_name[FILENAME_MAX]; /* File name. */ }; /* * This is an internal data structure. Good programmers will not use it * except as an argument to one of the functions below. */ typedef struct { /* disk transfer area for this dir */ struct _wfinddata_t dd_dta; /* dirent struct to return from dir (NOTE: this makes this thread * safe as long as only one thread uses a particular DIR struct at * a time) */ struct _wdirent dd_dir; /* _findnext handle */ long dd_handle; /* * Status of search: * 0 = not started yet (next entry to read is first entry) * -1 = off the end * positive = 0 based index of next entry */ int dd_stat; /* given path for dir with search pattern (struct is extended) */ wchar_t dd_name[1]; } _WDIR; _WDIR* __cdecl _wopendir (const wchar_t*); struct _wdirent* __cdecl _wreaddir (_WDIR*); int __cdecl _wclosedir (_WDIR*); void __cdecl _wrewinddir (_WDIR*); long __cdecl _wtelldir (_WDIR*); void __cdecl _wseekdir (_WDIR*, long); #ifdef __cplusplus } #endif #endif /* Not RC_INVOKED */ #endif /* Not _DIRENT_H_ */ sdcc-2.9.0/support/librarian/000077500000000000000000000000001116427777700161405ustar00rootroot00000000000000sdcc-2.9.0/support/librarian/Makefile.bcc000066400000000000000000000003521116427777700203260ustar00rootroot00000000000000# Makefile for Borlad C++ PRJDIR = ../.. !include $(PRJDIR)/Bcc.inc OBJECTS = sdcclib.obj TARGET = $(PRJDIR)/bin/sdcclib.exe all: $(TARGET) $(TARGET): $(OBJECTS) $(CC) $(CFLAGS) -e$@ $(OBJECTS) sdcc-2.9.0/support/librarian/Makefile.in000066400000000000000000000020201116427777700201770ustar00rootroot00000000000000VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ include $(top_builddir)/Makefile.common CFLAGS += -Wall OBJECTS = sdcclib.o SOURCES = $(patsubst %.o,%.c,$(OBJECTS)) TARGET = $(top_builddir)/bin/sdcclib$(EXEEXT) all: $(TARGET) install: all installdirs $(INSTALL) $(TARGET) `echo $(DESTDIR)$(bindir)/sdcclib$(EXEEXT)|sed '$(transform)'` $(STRIP) `echo $(DESTDIR)$(bindir)/sdcclib$(EXEEXT)|sed '$(transform)'` # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/sdcclib$(EXEEXT) # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: $(TARGET): $(OBJECTS) $(CC) $(LDFLAGS) -o $@ $(OBJECTS) .c.o: $(CC) $(CFLAGS) $(CPPFLAGS) -c $< -o $@ checkconf: include $(srcdir)/clean.mk sdcc-2.9.0/support/librarian/clean.mk000066400000000000000000000002261116427777700175530ustar00rootroot00000000000000clean: rm -f *core *[%~] *.[oa] *.output rm -f .[a-z]*~ \#* rm -f $(top_builddir)/bin/sdcclib$(EXEEXT) distclean realclean: clean rm -f Makefile sdcc-2.9.0/support/librarian/librarian.dsp000066400000000000000000000102201116427777700206060ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="librarian" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Console Application" 0x0103 CFG=librarian - Win32 Debug !MESSAGE This is not a valid makefile. To build this project using NMAKE, !MESSAGE use the Export Makefile command and run !MESSAGE !MESSAGE NMAKE /f "librarian.mak". !MESSAGE !MESSAGE You can specify a configuration when running NMAKE !MESSAGE by defining the macro CFG on the command line. For example: !MESSAGE !MESSAGE NMAKE /f "librarian.mak" CFG="librarian - Win32 Debug" !MESSAGE !MESSAGE Possible choices for configuration are: !MESSAGE !MESSAGE "librarian - Win32 Release" (based on "Win32 (x86) Console Application") !MESSAGE "librarian - Win32 Debug" (based on "Win32 (x86) Console Application") !MESSAGE # Begin Project # PROP AllowPerConfigDependencies 0 # PROP Scc_ProjName "" # PROP Scc_LocalPath "" CPP=cl.exe RSC=rc.exe !IF "$(CFG)" == "librarian - Win32 Release" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 0 # PROP BASE Output_Dir "Release" # PROP BASE Intermediate_Dir "Release" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 0 # PROP Output_Dir "Release" # PROP Intermediate_Dir "Release" # PROP Ignore_Export_Lib 0 # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /GX /O2 /D "WIN32" /D "NDEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD CPP /nologo /W3 /GX /O2 /D "WIN32" /D "NDEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /c # ADD BASE RSC /l 0x409 /d "NDEBUG" # ADD RSC /l 0x409 /d "NDEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LINK32=link.exe # ADD BASE LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /machine:I386 # ADD LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /machine:I386 /out:"../../bin_vc/sdcclib.exe" !ELSEIF "$(CFG)" == "librarian - Win32 Debug" # PROP BASE Use_MFC 0 # PROP BASE Use_Debug_Libraries 1 # PROP BASE Output_Dir "Debug" # PROP BASE Intermediate_Dir "Debug" # PROP BASE Target_Dir "" # PROP Use_MFC 0 # PROP Use_Debug_Libraries 1 # PROP Output_Dir "Debug" # PROP Intermediate_Dir "Debug" # PROP Ignore_Export_Lib 0 # PROP Target_Dir "" # ADD BASE CPP /nologo /W3 /Gm /GX /ZI /Od /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /GZ /c # ADD CPP /nologo /W3 /Gm /GX /ZI /Od /D "WIN32" /D "_DEBUG" /D "_CONSOLE" /D "_MBCS" /YX /FD /GZ /c # ADD BASE RSC /l 0x409 /d "_DEBUG" # ADD RSC /l 0x409 /d "_DEBUG" BSC32=bscmake.exe # ADD BASE BSC32 /nologo # ADD BSC32 /nologo LINK32=link.exe # ADD BASE LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /debug /machine:I386 /pdbtype:sept # ADD LINK32 kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib /nologo /subsystem:console /debug /machine:I386 /out:"../../bin_vc/sdcclib.exe" /pdbtype:sept !ENDIF # Begin Target # Name "librarian - Win32 Release" # Name "librarian - Win32 Debug" # Begin Group "Source Files" # PROP Default_Filter "cpp;c;cxx;rc;def;r;odl;idl;hpj;bat" # Begin Source File SOURCE=.\sdcclib.c # End Source File # End Group # Begin Group "Header Files" # PROP Default_Filter "h;hpp;hxx;hm;inl" # End Group # Begin Group "Resource Files" # PROP Default_Filter "ico;cur;bmp;dlg;rc2;rct;bin;rgs;gif;jpg;jpeg;jpe" # End Group # End Target # End Project sdcc-2.9.0/support/librarian/sdcclib.c000066400000000000000000000416111116427777700177120ustar00rootroot00000000000000/* sdcclib.c: sdcc librarian Copyright (C) 2003, Jesus Calvino-Fraga jesusc(at)ece.ubc.ca This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #define _POSIX_ #include #include #include #include #if !defined(__BORLANDC__) && !defined(_MSC_VER) #include #endif char ProgName[PATH_MAX]; char LibName[PATH_MAX]; char LibNameTmp[PATH_MAX]; char IndexName[PATH_MAX]; char AdbName[PATH_MAX]; char ListName[PATH_MAX]; char **RelName; int NumRelFiles=0; #define version "1.2" #define OPT_NONE 0 #define OPT_ADD_REL 1 #define OPT_EXT_REL 2 #define OPT_DEL_REL 3 #define OPT_ADD_LIST 4 #define OPT_DUMP_SYM 5 #define OPT_DUMP_MOD 6 #define MAXLINE 254 #define EQ(A,B) !strcmp((A),(B)) #define NEQ(A,B) strcmp((A),(B)) int action=OPT_NONE; FILE *lib, *newlib, *rel, *adb, *libindex; char FLine[MAXLINE+1]; char ModName[MAXLINE+1]; void GetNameFromPath(char * path, char * name) { int i, j; for(i=0; path[i]!=0; i++); for(; (path[i]!='\\')&&(path[i]!='/')&&(i>=0); i--); for(j=0, i++; (path[i]!='.')&&(path[i]!=0); i++, j++) name[j]=path[i]; name[j]=0; } void ChangeExtension(char * path, char * ext) { int i; for(i=0; path[i]!=0; i++); for(; (path[i]!='.')&&(path[i]!='\\')&&(path[i]!='/')&&(i>=0); i--); if(path[i]=='.') { path[i+1]=0; strcat(path, ext); } else { printf("ERROR: Filename '%s' must have an extension\n", path); exit(1); } } void CleanLine(char * buff) { int j, l; l=strlen(buff); for(j=0; j=OPT_DUMP_SYM) ) { printf("ERROR: Too %s arguments.\n", cont_par<1?"few":"many"); set_options("h"); /*Show help and exit*/ } } void AddRel(char * RelName) { int inrel=0; int state=0; long newlibpos, indexsize; char symname[MAXLINE+1]; char c; int IsDOSStyle=0; strcpy(LibNameTmp, LibName); ChangeExtension(LibNameTmp, "__L"); strcpy(IndexName, LibName); ChangeExtension(IndexName, "__I"); strcpy(AdbName, RelName); ChangeExtension(AdbName, "adb"); lib=fopen(LibName, "r"); if(action==OPT_ADD_REL) { rel=fopen(RelName, "r"); if(rel==NULL) { printf("ERROR: Couldn't open file '%s'\n", RelName); if(lib!=NULL) fclose(lib); return; } } GetNameFromPath(RelName, ModName); newlib=fopen(LibNameTmp, "w"); if(newlib==NULL) { printf("ERROR: Couldn't create temporary file '%s'\n", LibNameTmp); if(lib!=NULL) fclose(lib); fclose(rel); return; } fprintf(newlib, "\n\n"); libindex=fopen(IndexName, "w"); if(libindex==NULL) { printf("ERROR: Couldn't create temporary file '%s'\n", IndexName); if(lib!=NULL) fclose(lib); fclose(newlib); fclose(rel); return; } if(lib!=NULL) while(!feof(lib)) { FLine[0]=0; fgets(FLine, MAXLINE, lib); CleanLine(FLine); switch(state) { case 0: if(EQ(FLine, "")) { FLine[0]=0; fgets(FLine, MAXLINE, lib); CleanLine(FLine); if(NEQ(FLine, ModName)) { newlibpos=ftell(newlib); fprintf(newlib, "\n%s\n", FLine); fprintf(libindex, "\n%s %ld\n", FLine, newlibpos); state++; } } break; case 1: fprintf(newlib, "%s\n", FLine); if(EQ(FLine, "")) { fprintf(newlib, "\n"); fprintf(libindex, "\n\n"); state=0; inrel=0; } else if(EQ(FLine, "")) inrel=1; else if(EQ(FLine, "")) inrel=0; if(inrel) { if(FLine[0]=='S') { sscanf(FLine, "S %s %c", symname, &c); if(c=='D') fprintf(libindex, "%s\n", symname); } } break; } } if(action==OPT_ADD_REL) { newlibpos=ftell(newlib); fprintf(newlib, "\n%s\n\n", ModName); fprintf(libindex, "\n%s %ld\n", ModName, newlibpos); while(!feof(rel)) { FLine[0]=0; fgets(FLine, MAXLINE, rel); CleanLine(FLine); if(strlen(FLine)>0) { fprintf(newlib, "%s\n", FLine); } if(FLine[0]=='S') { sscanf(FLine, "S %s %c", symname, &c); if(c=='D') fprintf(libindex, "%s\n", symname); } } fclose(rel); fprintf(libindex, "\n"); fprintf(newlib, "\n\n"); adb=fopen(AdbName, "r"); if(adb!=NULL) { while(!feof(rel)) { FLine[0]=0; fgets(FLine, MAXLINE, adb); CleanLine(FLine); if(strlen(FLine)>0) { fprintf(newlib, "%s\n", FLine); } } fclose(adb); } fprintf(newlib, "\n\n"); } /*Put the temporary files together as a new library file*/ indexsize=ftell(libindex); fflush(libindex); fflush(newlib); fclose(newlib); if(lib!=NULL) fclose(lib); fclose(libindex); newlib=fopen(LibNameTmp, "r"); lib=fopen(LibName, "w"); libindex=fopen(IndexName, "r"); fprintf(lib, "\n\n\n"); /*Find out if the \n is expanded to \r\n or not*/ if(ftell(lib)!=(long)strlen("\n\n\n")) { IsDOSStyle=1; } indexsize+=ftell(lib)+strlen("0123456789\n\n\n\n"); if(IsDOSStyle) indexsize+=4; fprintf(lib, "%10ld\n", indexsize); while(!feof(libindex)) { FLine[0]=0; fgets(FLine, MAXLINE, libindex); fprintf(lib, "%s", FLine); } fprintf(lib, "\n\n\n"); while(!feof(newlib)) { FLine[0]=0; fgets(FLine, MAXLINE, newlib); fprintf(lib, "%s", FLine); } fprintf(lib, "\n\n\n"); fprintf(lib, "\n"); fclose(newlib); fclose(lib); fclose(libindex); remove(LibNameTmp); remove(IndexName); } void ExtractRel(char * RelName) { int state=0; strcpy(AdbName, RelName); ChangeExtension(AdbName, "adb"); lib=fopen(LibName, "r"); if(lib==NULL) { printf("ERROR: Couldn't open file '%s'\n", LibName); return; } rel=fopen(RelName, "w"); if(rel==NULL) { printf("ERROR: Couldn't create file '%s'\n", RelName); fclose(lib); return; } GetNameFromPath(RelName, ModName); adb=fopen(AdbName, "w"); if(adb==NULL) { printf("ERROR: Couldn't create file '%s'\n", AdbName); fclose(lib); fclose(rel); return; } while(!feof(lib)) { if(state==5) break; FLine[0]=0; fgets(FLine, MAXLINE, lib); CleanLine(FLine); switch(state) { case 0: if(EQ(FLine, "")) { FLine[0]=0; fgets(FLine, MAXLINE, lib); CleanLine(FLine); if(EQ(FLine, ModName)) state=1; } break; case 1: if(EQ(FLine, "")) state=2; break; case 2: if(EQ(FLine, "")) state=3; else fprintf(rel, "%s\n", FLine); break; case 3: if(EQ(FLine, "")) state=4; break; case 4: if(EQ(FLine, "")) state=5; else fprintf(adb, "%s\n", FLine); break; } } fclose(rel); fclose(lib); fclose(adb); } void DumpSymbols(void) { int state=0; lib=fopen(LibName, "r"); if(lib==NULL) { printf("ERROR: Couldn't open file '%s'\n", LibName); return; } FLine[0]=0; fgets(FLine, MAXLINE, lib); CleanLine(FLine); if(NEQ(FLine, "")) { printf("ERROR: File '%s' was not created with '%s'\n", LibName, ProgName); return; } while(!feof(lib)) { if(state==3) break; FLine[0]=0; fgets(FLine, MAXLINE, lib); CleanLine(FLine); switch(state) { case 0: if(EQ(FLine, "")) state=1; break; case 1: if(EQ(FLine, "")) { FLine[0]=0; fgets(FLine, MAXLINE, lib); sscanf(FLine, "%s", ModName); if(action==OPT_DUMP_SYM) { printf("%s.rel:\n", ModName); state=2; } else { printf("%s.rel\n", ModName); } } else if(EQ(FLine, "")) state=3; break; case 2: if(EQ(FLine, "")) { state=1; printf("\n"); } else printf(" %s\n", FLine); break; default: state=3; case 3: break; } } fclose(lib); } int fileexist(char * fname) { FILE * fp; fp=fopen(fname, "r"); if(fp==NULL) return 0; fclose(fp); return 1; } void AddList(void) { FILE * list; char *cc; char *as; char CmdLine[1024]; char SrcName[PATH_MAX]; char RelName[PATH_MAX]; list=fopen(ListName, "r"); if(list==NULL) { printf("ERROR: Couldn't open list file '%s'\n", ListName); return; } cc = getenv("SDCCLIB_CC"); as = getenv("SDCCLIB_AS"); action=OPT_ADD_REL; while(!feof(list)) { RelName[0]=0; fgets(RelName, PATH_MAX, list); CleanLine(RelName); if(strlen(RelName)>0) //Skip empty lines { if((cc!=NULL)||(as!=NULL)) { strcpy(SrcName, RelName); if(strchr(SrcName,'.')==NULL) strcat(SrcName,".src"); } if(cc!=NULL) { ChangeExtension(SrcName, "c"); if(fileexist(SrcName)) { sprintf(CmdLine, "%s %s", cc, SrcName); printf("%s\n", CmdLine); system(CmdLine); } } else if(as!=NULL) { ChangeExtension(SrcName, "asm"); if(fileexist(SrcName)) { sprintf(CmdLine, "%s %s", as, SrcName); printf("%s\n", CmdLine); system(CmdLine); } } if(strchr(RelName,'.')==NULL) { //Try adding the default sdcc extensions strcat(RelName,".o"); if(!fileexist(RelName)) ChangeExtension(RelName, "rel"); } printf("Adding: %s\n", RelName); AddRel(RelName); } } action=OPT_ADD_LIST; fclose(list); } int main(int argc, char **argv) { int j; ProcLineOptions (argc, argv); switch(action) { default: action=OPT_ADD_REL; case OPT_ADD_REL: case OPT_DEL_REL: for(j=0; j #include #include #include #if defined(__BORLANDC__) || defined(__MINGW32__) || defined(__CYGWIN__) #include #include #endif typedef unsigned char BYTE; #define FILL_BYTE 0xFF int getnibble(char **p) { int ret = *((*p)++) - '0'; if (ret > 9) { ret -= 'A' - '9' - 1; } return ret; } int getbyte(char **p) { return (getnibble(p) << 4) | getnibble(p); } void usage(void) { fprintf(stderr, "makebin: convert a Intel IHX file to binary.\n" "Usage: makebin [-p] [-s romsize] [-h]\n"); } void fixStdout(void) { #if defined(__BORLANDC__) || defined(__MINGW32__) || defined(__CYGWIN__) setmode(fileno(stdout), O_BINARY); #endif } int main(int argc, char **argv) { int size = 32768, pack = 0, real_size = 0; BYTE *rom; char line[256]; char *p; argc--; argv++; fixStdout(); while (argc--) { if (**argv != '-') { usage(); return -1; } switch (argv[0][1]) { case 's': if (argc < 1) { usage(); return -1; } argc--; argv++; size = atoi(*argv); break; case 'h': usage(); return 0; case 'p': pack = 1; break; default: usage(); return -1; } argv++; } rom = malloc(size); if (rom == NULL) { fprintf(stderr, "error: couldn't allocate room for the image.\n"); return -1; } memset(rom, FILL_BYTE, size); while (fgets(line, 256, stdin) != NULL) { int nbytes; int addr; if (*line != ':') { fprintf(stderr, "error: invalid IHX line.\n"); return -2; } p = line+1; nbytes = getbyte(&p); addr = getbyte(&p)<<8 | getbyte(&p); getbyte(&p); while (nbytes--) { if (addr < size) rom[addr++] = getbyte(&p); } if (addr > real_size) real_size = addr; } if (pack) fwrite(rom, 1, real_size, stdout); else fwrite(rom, 1, size, stdout); return 0; } sdcc-2.9.0/support/packihx/000077500000000000000000000000001116427777700156245ustar00rootroot00000000000000sdcc-2.9.0/support/packihx/Makefile.bcc000066400000000000000000000003521116427777700200120ustar00rootroot00000000000000# Makefile for Borlad C++ PRJDIR = ../.. !include $(PRJDIR)/Bcc.inc OBJECTS = packihx.obj TARGET = $(PRJDIR)/bin/packihx.exe all: $(TARGET) $(TARGET): $(OBJECTS) $(CC) $(CFLAGS) -e$@ $(OBJECTS) sdcc-2.9.0/support/packihx/Makefile.in000066400000000000000000000021051116427777700176670ustar00rootroot00000000000000PRJDIR = ../.. VPATH = @srcdir@ srcdir = @srcdir@ top_builddir = @top_builddir@ include $(PRJDIR)/$(top_builddir)/Makefile.common CFLAGS += -Wall OBJECTS = packihx.o SOURCES = $(patsubst %.o,%.c,$(OBJECTS)) TARGET = $(PRJDIR)/$(top_builddir)/bin/packihx$(EXEEXT) all: $(TARGET) install: all installdirs $(INSTALL) $(TARGET) `echo $(DESTDIR)$(bindir)/packihx$(EXEEXT)|sed '$(transform)'` $(STRIP) `echo $(DESTDIR)$(bindir)/packihx$(EXEEXT)|sed '$(transform)'` # Deleting all the installed files # -------------------------------- uninstall: rm -f $(DESTDIR)$(bindir)/packihx$(EXEEXT) # Performing self-test # -------------------- check: # Performing installation test # ---------------------------- installcheck: # Creating installation directories # --------------------------------- installdirs: $(INSTALL) -d $(DESTDIR)$(bindir) # Creating dependencies # --------------------- dep: $(TARGET): $(OBJECTS) $(CC) $(LDFLAGS) -o $@ $(OBJECTS) .c.o: $(CC) $(CFLAGS) $(CPPFLAGS) -c $< -o $@ checkconf: include $(srcdir)/clean.mk sdcc-2.9.0/support/packihx/PackIhx.dsp000066400000000000000000000063421116427777700176700ustar00rootroot00000000000000# Microsoft Developer Studio Project File - Name="packihx" - Package Owner=<4> # Microsoft Developer Studio Generated Build File, Format Version 6.00 # ** DO NOT EDIT ** # TARGTYPE "Win32 (x86) Console Application" 0x0103 CFG=packihx - Win32 Release !MESSAGE This is not a valid makefile. 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Now check whether nonexistent headers # can be detected and how. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null; then if test -s conftest.err; then ac_cpp_err=$ac_c_preproc_warn_flag ac_cpp_err=$ac_cpp_err$ac_c_werror_flag else ac_cpp_err= fi else ac_cpp_err=yes fi if test -z "$ac_cpp_err"; then # Broken: success on invalid input. continue else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 # Passes both tests. ac_preproc_ok=: break fi rm -f conftest.err conftest.$ac_ext done # Because of `break', _AC_PREPROC_IFELSE's cleaning code was skipped. rm -f conftest.err conftest.$ac_ext if $ac_preproc_ok; then break fi done ac_cv_prog_CPP=$CPP fi CPP=$ac_cv_prog_CPP else ac_cv_prog_CPP=$CPP fi { echo "$as_me:$LINENO: result: $CPP" >&5 echo "${ECHO_T}$CPP" >&6; } ac_preproc_ok=false for ac_c_preproc_warn_flag in '' yes do # Use a header file that comes with gcc, so configuring glibc # with a fresh cross-compiler works. # Prefer to if __STDC__ is defined, since # exists even on freestanding compilers. # On the NeXT, cc -E runs the code through the compiler's parser, # not just through cpp. "Syntax error" is here to catch this case. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #ifdef __STDC__ # include #else # include #endif Syntax error _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null; then if test -s conftest.err; then ac_cpp_err=$ac_c_preproc_warn_flag ac_cpp_err=$ac_cpp_err$ac_c_werror_flag else ac_cpp_err= fi else ac_cpp_err=yes fi if test -z "$ac_cpp_err"; then : else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 # Broken: fails on valid input. continue fi rm -f conftest.err conftest.$ac_ext # OK, works on sane cases. Now check whether nonexistent headers # can be detected and how. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if { (ac_try="$ac_cpp conftest.$ac_ext" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_cpp conftest.$ac_ext") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } >/dev/null; then if test -s conftest.err; then ac_cpp_err=$ac_c_preproc_warn_flag ac_cpp_err=$ac_cpp_err$ac_c_werror_flag else ac_cpp_err= fi else ac_cpp_err=yes fi if test -z "$ac_cpp_err"; then # Broken: success on invalid input. continue else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 # Passes both tests. ac_preproc_ok=: break fi rm -f conftest.err conftest.$ac_ext done # Because of `break', _AC_PREPROC_IFELSE's cleaning code was skipped. rm -f conftest.err conftest.$ac_ext if $ac_preproc_ok; then : else { { echo "$as_me:$LINENO: error: C preprocessor \"$CPP\" fails sanity check See \`config.log' for more details." >&5 echo "$as_me: error: C preprocessor \"$CPP\" fails sanity check See \`config.log' for more details." >&2;} { (exit 1); exit 1; }; } fi ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu { echo "$as_me:$LINENO: checking for grep that handles long lines and -e" >&5 echo $ECHO_N "checking for grep that handles long lines and -e... $ECHO_C" >&6; } if test "${ac_cv_path_GREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else # Extract the first word of "grep ggrep" to use in msg output if test -z "$GREP"; then set dummy grep ggrep; ac_prog_name=$2 if test "${ac_cv_path_GREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_path_GREP_found=false # Loop through the user's path and test for each of PROGNAME-LIST as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH$PATH_SEPARATOR/usr/xpg4/bin do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_prog in grep ggrep; do for ac_exec_ext in '' $ac_executable_extensions; do ac_path_GREP="$as_dir/$ac_prog$ac_exec_ext" { test -f "$ac_path_GREP" && $as_executable_p "$ac_path_GREP"; } || continue # Check for GNU ac_path_GREP and select it if it is found. # Check for GNU $ac_path_GREP case `"$ac_path_GREP" --version 2>&1` in *GNU*) ac_cv_path_GREP="$ac_path_GREP" ac_path_GREP_found=:;; *) ac_count=0 echo $ECHO_N "0123456789$ECHO_C" >"conftest.in" while : do cat "conftest.in" "conftest.in" >"conftest.tmp" mv "conftest.tmp" "conftest.in" cp "conftest.in" "conftest.nl" echo 'GREP' >> "conftest.nl" "$ac_path_GREP" -e 'GREP$' -e '-(cannot match)-' < "conftest.nl" >"conftest.out" 2>/dev/null || break diff "conftest.out" "conftest.nl" >/dev/null 2>&1 || break ac_count=`expr $ac_count + 1` if test $ac_count -gt ${ac_path_GREP_max-0}; then # Best one so far, save it but keep looking for a better one ac_cv_path_GREP="$ac_path_GREP" ac_path_GREP_max=$ac_count fi # 10*(2^10) chars as input seems more than enough test $ac_count -gt 10 && break done rm -f conftest.in conftest.tmp conftest.nl conftest.out;; esac $ac_path_GREP_found && break 3 done done done IFS=$as_save_IFS fi GREP="$ac_cv_path_GREP" if test -z "$GREP"; then { { echo "$as_me:$LINENO: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&5 echo "$as_me: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&2;} { (exit 1); exit 1; }; } fi else ac_cv_path_GREP=$GREP fi fi { echo "$as_me:$LINENO: result: $ac_cv_path_GREP" >&5 echo "${ECHO_T}$ac_cv_path_GREP" >&6; } GREP="$ac_cv_path_GREP" { echo "$as_me:$LINENO: checking for egrep" >&5 echo $ECHO_N "checking for egrep... $ECHO_C" >&6; } if test "${ac_cv_path_EGREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if echo a | $GREP -E '(a|b)' >/dev/null 2>&1 then ac_cv_path_EGREP="$GREP -E" else # Extract the first word of "egrep" to use in msg output if test -z "$EGREP"; then set dummy egrep; ac_prog_name=$2 if test "${ac_cv_path_EGREP+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else ac_path_EGREP_found=false # Loop through the user's path and test for each of PROGNAME-LIST as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH$PATH_SEPARATOR/usr/xpg4/bin do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_prog in egrep; do for ac_exec_ext in '' $ac_executable_extensions; do ac_path_EGREP="$as_dir/$ac_prog$ac_exec_ext" { test -f "$ac_path_EGREP" && $as_executable_p "$ac_path_EGREP"; } || continue # Check for GNU ac_path_EGREP and select it if it is found. # Check for GNU $ac_path_EGREP case `"$ac_path_EGREP" --version 2>&1` in *GNU*) ac_cv_path_EGREP="$ac_path_EGREP" ac_path_EGREP_found=:;; *) ac_count=0 echo $ECHO_N "0123456789$ECHO_C" >"conftest.in" while : do cat "conftest.in" "conftest.in" >"conftest.tmp" mv "conftest.tmp" "conftest.in" cp "conftest.in" "conftest.nl" echo 'EGREP' >> "conftest.nl" "$ac_path_EGREP" 'EGREP$' < "conftest.nl" >"conftest.out" 2>/dev/null || break diff "conftest.out" "conftest.nl" >/dev/null 2>&1 || break ac_count=`expr $ac_count + 1` if test $ac_count -gt ${ac_path_EGREP_max-0}; then # Best one so far, save it but keep looking for a better one ac_cv_path_EGREP="$ac_path_EGREP" ac_path_EGREP_max=$ac_count fi # 10*(2^10) chars as input seems more than enough test $ac_count -gt 10 && break done rm -f conftest.in conftest.tmp conftest.nl conftest.out;; esac $ac_path_EGREP_found && break 3 done done done IFS=$as_save_IFS fi EGREP="$ac_cv_path_EGREP" if test -z "$EGREP"; then { { echo "$as_me:$LINENO: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&5 echo "$as_me: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" >&2;} { (exit 1); exit 1; }; } fi else ac_cv_path_EGREP=$EGREP fi fi fi { echo "$as_me:$LINENO: result: $ac_cv_path_EGREP" >&5 echo "${ECHO_T}$ac_cv_path_EGREP" >&6; } EGREP="$ac_cv_path_EGREP" { echo "$as_me:$LINENO: checking for ANSI C header files" >&5 echo $ECHO_N "checking for ANSI C header files... $ECHO_C" >&6; } if test "${ac_cv_header_stdc+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include #include #include int main () { ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_header_stdc=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_header_stdc=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext if test $ac_cv_header_stdc = yes; then # SunOS 4.x string.h does not declare mem*, contrary to ANSI. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "memchr" >/dev/null 2>&1; then : else ac_cv_header_stdc=no fi rm -f conftest* fi if test $ac_cv_header_stdc = yes; then # ISC 2.0.2 stdlib.h does not declare free, contrary to ANSI. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include _ACEOF if (eval "$ac_cpp conftest.$ac_ext") 2>&5 | $EGREP "free" >/dev/null 2>&1; then : else ac_cv_header_stdc=no fi rm -f conftest* fi if test $ac_cv_header_stdc = yes; then # /bin/cc in Irix-4.0.5 gets non-ANSI ctype macros unless using -ansi. if test "$cross_compiling" = yes; then : else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ #include #include #if ((' ' & 0x0FF) == 0x020) # define ISLOWER(c) ('a' <= (c) && (c) <= 'z') # define TOUPPER(c) (ISLOWER(c) ? 'A' + ((c) - 'a') : (c)) #else # define ISLOWER(c) \ (('a' <= (c) && (c) <= 'i') \ || ('j' <= (c) && (c) <= 'r') \ || ('s' <= (c) && (c) <= 'z')) # define TOUPPER(c) (ISLOWER(c) ? ((c) | 0x40) : (c)) #endif #define XOR(e, f) (((e) && !(f)) || (!(e) && (f))) int main () { int i; for (i = 0; i < 256; i++) if (XOR (islower (i), ISLOWER (i)) || toupper (i) != TOUPPER (i)) return 2; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then : else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) ac_cv_header_stdc=no fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi fi fi { echo "$as_me:$LINENO: result: $ac_cv_header_stdc" >&5 echo "${ECHO_T}$ac_cv_header_stdc" >&6; } if test $ac_cv_header_stdc = yes; then cat >>confdefs.h <<\_ACEOF #define STDC_HEADERS 1 _ACEOF fi # On IRIX 5.3, sys/types and inttypes.h are conflicting. for ac_header in sys/types.h sys/stat.h stdlib.h string.h memory.h strings.h \ inttypes.h stdint.h unistd.h do as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh` { echo "$as_me:$LINENO: checking for $ac_header" >&5 echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6; } if { as_var=$as_ac_Header; eval "test \"\${$as_var+set}\" = set"; }; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default #include <$ac_header> _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then eval "$as_ac_Header=yes" else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 eval "$as_ac_Header=no" fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi ac_res=`eval echo '${'$as_ac_Header'}'` { echo "$as_me:$LINENO: result: $ac_res" >&5 echo "${ECHO_T}$ac_res" >&6; } if test `eval echo '${'$as_ac_Header'}'` = yes; then cat >>confdefs.h <<_ACEOF #define `echo "HAVE_$ac_header" | $as_tr_cpp` 1 _ACEOF fi done { echo "$as_me:$LINENO: checking for char" >&5 echo $ECHO_N "checking for char... $ECHO_C" >&6; } if test "${ac_cv_type_char+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_new_; int main () { if ((ac__type_new_ *) 0) return 0; if (sizeof (ac__type_new_)) return 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_type_char=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_type_char=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_type_char" >&5 echo "${ECHO_T}$ac_cv_type_char" >&6; } { echo "$as_me:$LINENO: checking size of char" >&5 echo $ECHO_N "checking size of char... $ECHO_C" >&6; } if test "${ac_cv_sizeof_char+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$ac_cv_type_char" = yes; then # The cast to long int works around a bug in the HP C Compiler # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects # declarations like `int a3[[(sizeof (unsigned char)) >= 0]];'. # This bug is HP SR number 8606223364. if test "$cross_compiling" = yes; then # Depending upon the size, compute the lo and hi bounds. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_lo=0 ac_mid=0 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr $ac_mid + 1` if test $ac_lo -le $ac_mid; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) < 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=-1 ac_mid=-1 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_lo=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_hi=`expr '(' $ac_mid ')' - 1` if test $ac_mid -le $ac_hi; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo= ac_hi= fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext # Binary search between lo and hi bounds. while test "x$ac_lo" != "x$ac_hi"; do ac_mid=`expr '(' $ac_hi - $ac_lo ')' / 2 + $ac_lo` cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=$ac_mid else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr '(' $ac_mid ')' + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done case $ac_lo in ?*) ac_cv_sizeof_char=$ac_lo;; '') { { echo "$as_me:$LINENO: error: cannot compute sizeof (char) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (char) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } ;; esac else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef char ac__type_sizeof_; static long int longval () { return (long int) (sizeof (ac__type_sizeof_)); } static unsigned long int ulongval () { return (long int) (sizeof (ac__type_sizeof_)); } #include #include int main () { FILE *f = fopen ("conftest.val", "w"); if (! f) return 1; if (((long int) (sizeof (ac__type_sizeof_))) < 0) { long int i = longval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%ld\n", i); } else { unsigned long int i = ulongval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%lu\n", i); } return ferror (f) || fclose (f) != 0; ; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_char=`cat conftest.val` else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) { { echo "$as_me:$LINENO: error: cannot compute sizeof (char) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (char) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi rm -f conftest.val else ac_cv_sizeof_char=0 fi fi { echo "$as_me:$LINENO: result: $ac_cv_sizeof_char" >&5 echo "${ECHO_T}$ac_cv_sizeof_char" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_CHAR $ac_cv_sizeof_char _ACEOF { echo "$as_me:$LINENO: checking for short" >&5 echo $ECHO_N "checking for short... $ECHO_C" >&6; } if test "${ac_cv_type_short+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_new_; int main () { if ((ac__type_new_ *) 0) return 0; if (sizeof (ac__type_new_)) return 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_type_short=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_type_short=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_type_short" >&5 echo "${ECHO_T}$ac_cv_type_short" >&6; } { echo "$as_me:$LINENO: checking size of short" >&5 echo $ECHO_N "checking size of short... $ECHO_C" >&6; } if test "${ac_cv_sizeof_short+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$ac_cv_type_short" = yes; then # The cast to long int works around a bug in the HP C Compiler # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects # declarations like `int a3[[(sizeof (unsigned char)) >= 0]];'. # This bug is HP SR number 8606223364. if test "$cross_compiling" = yes; then # Depending upon the size, compute the lo and hi bounds. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_lo=0 ac_mid=0 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr $ac_mid + 1` if test $ac_lo -le $ac_mid; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) < 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=-1 ac_mid=-1 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_lo=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_hi=`expr '(' $ac_mid ')' - 1` if test $ac_mid -le $ac_hi; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo= ac_hi= fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext # Binary search between lo and hi bounds. while test "x$ac_lo" != "x$ac_hi"; do ac_mid=`expr '(' $ac_hi - $ac_lo ')' / 2 + $ac_lo` cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=$ac_mid else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr '(' $ac_mid ')' + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done case $ac_lo in ?*) ac_cv_sizeof_short=$ac_lo;; '') { { echo "$as_me:$LINENO: error: cannot compute sizeof (short) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (short) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } ;; esac else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef short ac__type_sizeof_; static long int longval () { return (long int) (sizeof (ac__type_sizeof_)); } static unsigned long int ulongval () { return (long int) (sizeof (ac__type_sizeof_)); } #include #include int main () { FILE *f = fopen ("conftest.val", "w"); if (! f) return 1; if (((long int) (sizeof (ac__type_sizeof_))) < 0) { long int i = longval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%ld\n", i); } else { unsigned long int i = ulongval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%lu\n", i); } return ferror (f) || fclose (f) != 0; ; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_short=`cat conftest.val` else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) { { echo "$as_me:$LINENO: error: cannot compute sizeof (short) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (short) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi rm -f conftest.val else ac_cv_sizeof_short=0 fi fi { echo "$as_me:$LINENO: result: $ac_cv_sizeof_short" >&5 echo "${ECHO_T}$ac_cv_sizeof_short" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_SHORT $ac_cv_sizeof_short _ACEOF { echo "$as_me:$LINENO: checking for int" >&5 echo $ECHO_N "checking for int... $ECHO_C" >&6; } if test "${ac_cv_type_int+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_new_; int main () { if ((ac__type_new_ *) 0) return 0; if (sizeof (ac__type_new_)) return 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_type_int=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_type_int=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_type_int" >&5 echo "${ECHO_T}$ac_cv_type_int" >&6; } { echo "$as_me:$LINENO: checking size of int" >&5 echo $ECHO_N "checking size of int... $ECHO_C" >&6; } if test "${ac_cv_sizeof_int+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$ac_cv_type_int" = yes; then # The cast to long int works around a bug in the HP C Compiler # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects # declarations like `int a3[[(sizeof (unsigned char)) >= 0]];'. # This bug is HP SR number 8606223364. if test "$cross_compiling" = yes; then # Depending upon the size, compute the lo and hi bounds. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_lo=0 ac_mid=0 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr $ac_mid + 1` if test $ac_lo -le $ac_mid; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) < 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=-1 ac_mid=-1 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_lo=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_hi=`expr '(' $ac_mid ')' - 1` if test $ac_mid -le $ac_hi; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo= ac_hi= fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext # Binary search between lo and hi bounds. while test "x$ac_lo" != "x$ac_hi"; do ac_mid=`expr '(' $ac_hi - $ac_lo ')' / 2 + $ac_lo` cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=$ac_mid else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr '(' $ac_mid ')' + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done case $ac_lo in ?*) ac_cv_sizeof_int=$ac_lo;; '') { { echo "$as_me:$LINENO: error: cannot compute sizeof (int) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (int) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } ;; esac else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef int ac__type_sizeof_; static long int longval () { return (long int) (sizeof (ac__type_sizeof_)); } static unsigned long int ulongval () { return (long int) (sizeof (ac__type_sizeof_)); } #include #include int main () { FILE *f = fopen ("conftest.val", "w"); if (! f) return 1; if (((long int) (sizeof (ac__type_sizeof_))) < 0) { long int i = longval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%ld\n", i); } else { unsigned long int i = ulongval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%lu\n", i); } return ferror (f) || fclose (f) != 0; ; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_int=`cat conftest.val` else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) { { echo "$as_me:$LINENO: error: cannot compute sizeof (int) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (int) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi rm -f conftest.val else ac_cv_sizeof_int=0 fi fi { echo "$as_me:$LINENO: result: $ac_cv_sizeof_int" >&5 echo "${ECHO_T}$ac_cv_sizeof_int" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_INT $ac_cv_sizeof_int _ACEOF { echo "$as_me:$LINENO: checking for long" >&5 echo $ECHO_N "checking for long... $ECHO_C" >&6; } if test "${ac_cv_type_long+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_new_; int main () { if ((ac__type_new_ *) 0) return 0; if (sizeof (ac__type_new_)) return 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_type_long=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_type_long=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_type_long" >&5 echo "${ECHO_T}$ac_cv_type_long" >&6; } { echo "$as_me:$LINENO: checking size of long" >&5 echo $ECHO_N "checking size of long... $ECHO_C" >&6; } if test "${ac_cv_sizeof_long+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$ac_cv_type_long" = yes; then # The cast to long int works around a bug in the HP C Compiler # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects # declarations like `int a3[[(sizeof (unsigned char)) >= 0]];'. # This bug is HP SR number 8606223364. if test "$cross_compiling" = yes; then # Depending upon the size, compute the lo and hi bounds. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_lo=0 ac_mid=0 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr $ac_mid + 1` if test $ac_lo -le $ac_mid; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) < 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=-1 ac_mid=-1 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_lo=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_hi=`expr '(' $ac_mid ')' - 1` if test $ac_mid -le $ac_hi; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo= ac_hi= fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext # Binary search between lo and hi bounds. while test "x$ac_lo" != "x$ac_hi"; do ac_mid=`expr '(' $ac_hi - $ac_lo ')' / 2 + $ac_lo` cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=$ac_mid else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr '(' $ac_mid ')' + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done case $ac_lo in ?*) ac_cv_sizeof_long=$ac_lo;; '') { { echo "$as_me:$LINENO: error: cannot compute sizeof (long) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (long) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } ;; esac else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long ac__type_sizeof_; static long int longval () { return (long int) (sizeof (ac__type_sizeof_)); } static unsigned long int ulongval () { return (long int) (sizeof (ac__type_sizeof_)); } #include #include int main () { FILE *f = fopen ("conftest.val", "w"); if (! f) return 1; if (((long int) (sizeof (ac__type_sizeof_))) < 0) { long int i = longval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%ld\n", i); } else { unsigned long int i = ulongval (); if (i != ((long int) (sizeof (ac__type_sizeof_)))) return 1; fprintf (f, "%lu\n", i); } return ferror (f) || fclose (f) != 0; ; return 0; } _ACEOF rm -f conftest$ac_exeext if { (ac_try="$ac_link" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_link") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='./conftest$ac_exeext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_sizeof_long=`cat conftest.val` else echo "$as_me: program exited with status $ac_status" >&5 echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ( exit $ac_status ) { { echo "$as_me:$LINENO: error: cannot compute sizeof (long) See \`config.log' for more details." >&5 echo "$as_me: error: cannot compute sizeof (long) See \`config.log' for more details." >&2;} { (exit 77); exit 77; }; } fi rm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext fi rm -f conftest.val else ac_cv_sizeof_long=0 fi fi { echo "$as_me:$LINENO: result: $ac_cv_sizeof_long" >&5 echo "${ECHO_T}$ac_cv_sizeof_long" >&6; } cat >>confdefs.h <<_ACEOF #define SIZEOF_LONG $ac_cv_sizeof_long _ACEOF { echo "$as_me:$LINENO: checking for long long" >&5 echo $ECHO_N "checking for long long... $ECHO_C" >&6; } if test "${ac_cv_type_long_long+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long long ac__type_new_; int main () { if ((ac__type_new_ *) 0) return 0; if (sizeof (ac__type_new_)) return 0; ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_cv_type_long_long=yes else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_cv_type_long_long=no fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { echo "$as_me:$LINENO: result: $ac_cv_type_long_long" >&5 echo "${ECHO_T}$ac_cv_type_long_long" >&6; } { echo "$as_me:$LINENO: checking size of long long" >&5 echo $ECHO_N "checking size of long long... $ECHO_C" >&6; } if test "${ac_cv_sizeof_long_long+set}" = set; then echo $ECHO_N "(cached) $ECHO_C" >&6 else if test "$ac_cv_type_long_long" = yes; then # The cast to long int works around a bug in the HP C Compiler # version HP92453-01 B.11.11.23709.GP, which incorrectly rejects # declarations like `int a3[[(sizeof (unsigned char)) >= 0]];'. # This bug is HP SR number 8606223364. if test "$cross_compiling" = yes; then # Depending upon the size, compute the lo and hi bounds. cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_lo=0 ac_mid=0 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo=`expr $ac_mid + 1` if test $ac_lo -le $ac_mid; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid + 1` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) < 0)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_hi=-1 ac_mid=-1 while :; do cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) >= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? grep -v '^ *+' conftest.er1 >conftest.err rm -f conftest.er1 cat conftest.err >&5 echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); } && { ac_try='test -z "$ac_c_werror_flag" || test ! -s conftest.err' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; } && { ac_try='test -s conftest.$ac_objext' { (case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_try") 2>&5 ac_status=$? echo "$as_me:$LINENO: \$? = $ac_status" >&5 (exit $ac_status); }; }; then ac_lo=$ac_mid; break else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_hi=`expr '(' $ac_mid ')' - 1` if test $ac_mid -le $ac_hi; then ac_lo= ac_hi= break fi ac_mid=`expr 2 '*' $ac_mid` fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext done else echo "$as_me: failed program was:" >&5 sed 's/^/| /' conftest.$ac_ext >&5 ac_lo= ac_hi= fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext # Binary search between lo and hi bounds. while test "x$ac_lo" != "x$ac_hi"; do ac_mid=`expr '(' $ac_hi - $ac_lo ')' / 2 + $ac_lo` cat >conftest.$ac_ext <<_ACEOF /* confdefs.h. */ _ACEOF cat confdefs.h >>conftest.$ac_ext cat >>conftest.$ac_ext <<_ACEOF /* end confdefs.h. */ $ac_includes_default typedef long long ac__type_sizeof_; int main () { static int test_array [1 - 2 * !(((long int) (sizeof (ac__type_sizeof_))) <= $ac_mid)]; test_array [0] = 0 ; return 0; } _ACEOF rm -f conftest.$ac_objext if { (ac_try="$ac_compile" case "(($ac_try" in *\"* | *\`* | *\\*) ac_try_echo=\$ac_try;; *) ac_try_echo=$ac_try;; esac eval "echo \"\$as_me:$LINENO: $ac_try_echo\"") >&5 (eval "$ac_compile") 2>conftest.er1 ac_status=$? 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So we exec the FD to /dev/null, # effectively closing config.log, so it can be properly (re)opened and # appended to by config.status. When coming back to configure, we # need to make the FD available again. if test "$no_create" != yes; then ac_cs_success=: ac_config_status_args= test "$silent" = yes && ac_config_status_args="$ac_config_status_args --quiet" exec 5>/dev/null $SHELL $CONFIG_STATUS $ac_config_status_args || ac_cs_success=false exec 5>>config.log # Use ||, not &&, to avoid exiting from the if with $? = 1, which # would make configure fail if this is the last instruction. $ac_cs_success || { (exit 1); exit 1; } fi sdcc-2.9.0/support/packihx/configure.in000066400000000000000000000017151116427777700201410ustar00rootroot00000000000000AC_INIT(packihx.c) AC_CONFIG_HEADER(config.h:config_in.h) AC_PREREQ(2.60) AC_PROG_CC AC_CHECK_SIZEOF(char, 1) AC_CHECK_SIZEOF(short, 2) AC_CHECK_SIZEOF(int, 4) AC_CHECK_SIZEOF(long, 4) AC_CHECK_SIZEOF(long long, 8) type_name() { if expr "$ac_cv_sizeof_char" '>=' "$1" >/dev/null; then echo "char" exit fi if expr "$ac_cv_sizeof_short" '>=' "$1" >/dev/null; then echo "short" exit fi if expr "$ac_cv_sizeof_int" '>=' "$1" >/dev/null; then echo "int" exit fi if expr "$ac_cv_sizeof_long" '>=' "$1" >/dev/null; then echo "long" exit fi if expr "$ac_cv_sizeof_long_long" '>=' "$1" >/dev/null; then echo "long long" exit fi echo "long long" } AC_MSG_CHECKING(type name for byte) TYPE_BYTE=`type_name 1` AC_MSG_RESULT($TYPE_BYTE) AC_MSG_CHECKING(type name for word) TYPE_WORD=`type_name 2` AC_MSG_RESULT($TYPE_WORD) AC_DEFINE_UNQUOTED(TYPE_BYTE, $TYPE_BYTE) AC_DEFINE_UNQUOTED(TYPE_WORD, $TYPE_WORD) AC_OUTPUT(Makefile) sdcc-2.9.0/support/packihx/packihx.c000066400000000000000000000227121116427777700174230ustar00rootroot00000000000000/*----------------------------------------------------------------------- * packihx.c: * * utility to pack an Intel HEX format file by removing redundant * extended offset records and accumulating data records up to * OUTPUT_CHUNK (currently 16) bytes. * * Released to the public domain 10/16/2000 Kevin Vigor. */ #include #include #include #include #include #if defined(_MSC_VER) || defined(__BORLANDC__) typedef unsigned char Uint8 ; typedef unsigned Uint16 ; #else #include "config.h" #endif /* A cooked line of input. */ typedef struct _Line { Uint8 len; /* length of data portion of record. */ Uint16 offset; Uint8 type; Uint8 *data; Uint8 checksum; } Line; /* Largest expected line of raw input. */ #define MAX_INPUT_RAW 128 /* Largest expected cooked data portion of an input line. */ #define MAX_INPUT_COOKED (MAX_INPUT_RAW / 2) /* Globals: current input & output line numbers. */ int lineno = 0; int outlineno = 0; /* Convert hex digit to numeric value 0 - 15; assumes input is a * valid digit (i.e. passes isxdigit()). */ static Uint8 hexDigit(const unsigned char c) { if (isdigit(c)) { return (Uint8)(c - '0'); } else { return (Uint8)((islower(c) ? toupper(c) : c) - 'A' + 10); } } /* Convert two hex digits from cp to a byte value. */ static int getHexByte(const char *cp, Uint8 *byte) { if (cp && cp[0] && isxdigit(cp[0]) && cp[1] && isxdigit(cp[1])) { *byte = (hexDigit(cp[0]) << 4) + hexDigit(cp[1]); } else { return -1; } return 0; } /* Convert four hex digits from cp to a 2 byte value. */ static int getHexWord(const char *cp, Uint16 *word) { Uint8 byte1, byte2; if (getHexByte(cp, &byte1) || getHexByte(cp + 2, &byte2)) { return -1; } *word = (byte1 << 8) + byte2; return 0; } /* Return a single cooked line of input from the passed file handle. */ Line *readLine(FILE *inFile) { static char buffer[MAX_INPUT_RAW]; const char *bp; Line *line; unsigned i; line = (Line *)malloc(sizeof(Line)); if (!line) { fprintf(stderr, "packihx: no memory!\n"); return NULL; } do { if (!fgets(buffer, MAX_INPUT_RAW, inFile)) { return NULL; } ++lineno; if (!buffer[0] || buffer[0] == '\r' || buffer[0] == '\n') { /* Empty input line. */ return NULL; } } while (buffer[0] != ':'); bp = buffer; bp++; /* Skip leading : */ if (getHexByte(bp, &line->len)) { fprintf(stderr, "packihx: can't read line length @ line %d\n", lineno); free(line); return NULL; } bp += 2; /* Two digits consumed. */ if (line->len > MAX_INPUT_COOKED) { fprintf(stderr, "packihx: line length %X too long @ line %d\n", (int)line->len, lineno); free(line); return NULL; } if (getHexWord(bp, &line->offset)) { fprintf(stderr, "packihx: can't read line offset @ line %d\n", lineno); free(line); return NULL; } bp += 4; /* Four digits consumed. */ if (getHexByte(bp, &line->type)) { fprintf(stderr, "packihx: can't read record type @ line %d\n", lineno); free(line); return NULL; } bp += 2; /* Two digits consumed. */ /* Hack - always allocate something, even if len is zero. * Avoids special case for len == 0. */ line->data = (Uint8 *)malloc(line->len ? line->len : 1); if (!line->data) { free(line); fprintf(stderr, "packihx: no memory!\n"); return NULL; } for (i = 0; i < (unsigned)line->len; i++) { if (getHexByte(bp, &(line->data[i]))) { fprintf(stderr, "packihx: can't read data byte %u of %u @ line %d\n", i, (unsigned) line->len, lineno); free(line->data); free(line); return NULL; } bp += 2; /* Two digits consumed. */ } if (getHexByte(bp, &line->checksum)) { fprintf(stderr, "packihx: can't read checksum @ line %d\n", lineno); free(line->data); free(line); return NULL; } /* bp += 2; */ /* Two digits consumed. */ return line; } /* Compute the checksum of a line. */ Uint16 lineChecksum(unsigned len, unsigned offset, unsigned type, const Uint8 *data) { Uint16 checksum; unsigned i; checksum = len + type + (offset >> 8) + (offset & 0xff); for (i = 0; i < len; i++) { checksum += data[i]; } checksum &= 0xff; if (checksum) { checksum = 0x100 - checksum; } return checksum; } /* Ensure that the checksum of a line matches the expected value. */ int validateChecksum(Line *line) { Uint16 checksum; checksum = lineChecksum(line->len, line->offset, line->type, line->data); if (checksum != line->checksum) { fprintf(stderr, "packihx: invalid checksum %X (want %X) @ line %d\n", (unsigned)(line->checksum), (unsigned)checksum, lineno); return -1; } return 0; } /* Write a single record line. */ int writeRecord(unsigned len, unsigned offset, unsigned type, const Uint8 *data) { unsigned i; if (printf(":%02X%04X%02X", len, offset, type) == EOF) { return -1; } for (i = 0; i < len; i++) { if (printf("%02X", data[i]) == EOF) { return -1; } } if (printf("%02X\n", lineChecksum(len, offset, type, data)) == EOF) { return -1; } outlineno++; return 0; } #define OUTPUT_CHUNK 16 static unsigned pendingLen = 0; static unsigned pendingOffset = 0; static Uint8 pending[MAX_INPUT_COOKED + OUTPUT_CHUNK]; /* Buffer up a data record. */ int bufferOutput(Line *line) { unsigned offset = 0; int rc = 0; /* Stick the data onto any pending data. */ assert(pendingLen < OUTPUT_CHUNK); memcpy(&pending[pendingLen], line->data, line->len); pendingLen += line->len; /* Write it out untill we have less than an OUTPUT_CHUNK left. */ while (!rc && pendingLen >= OUTPUT_CHUNK) { rc = writeRecord(OUTPUT_CHUNK, pendingOffset, 0, &pending[offset]); offset += OUTPUT_CHUNK; pendingOffset += OUTPUT_CHUNK; pendingLen -= OUTPUT_CHUNK; } /* Copy any remaining bits back to the beginning of the buffer. */ if (pendingLen) { memmove(pending, &pending[offset], pendingLen); } return rc; } /* Write out any pending data. */ int flushPendingData(void) { int rc = 0; assert(pendingLen < OUTPUT_CHUNK); if (pendingLen) { rc = writeRecord(pendingLen, pendingOffset, 0, pending); pendingLen = pendingOffset = 0; } return rc; } /* Write an arbitrary line of output (buffering if possible) */ int writeLine(Line *line) { static Uint16 lastExtendedOffset = 0; int rc; if (line->type) { /* Not a data record. */ if (line->type == 4) { Uint16 offset; /* Extended offset record. */ if (line->len != 2) { fprintf(stderr, "packihx: invalid extended offset record @ line %d\n", lineno); return -1; } offset = (line->data[0] << 8) + line->data[1]; if (offset == lastExtendedOffset) { /* We can simply skip this line. */ return 0; } else { lastExtendedOffset = offset; } } if (flushPendingData()) { return -1; } /* Write the line as is. */ rc = writeRecord(line->len, line->offset, line->type, line->data); } else { if (pendingOffset + pendingLen != (unsigned)line->offset) { /* This line is not contigous with the last one. Dump pending. */ if (flushPendingData()) { return -1; } pendingOffset = line->offset; } rc = bufferOutput(line); } return rc; } int main(int argc, char *argv[]) { FILE *inFile; Line *line; int closeFile; int rc = 0; if (argc > 1) { inFile = fopen(argv[1], "rt"); if (!inFile) { fprintf(stderr, "packihx: cannot open %s\n", argv[1]); return 1; } closeFile = 1; } else { inFile = stdin; closeFile = 0; } while (!rc && ((line = readLine(inFile)) != NULL)) { rc = validateChecksum(line); if (!rc) { rc = writeLine(line); } free(line->data); free(line); } if (!rc && !feof(inFile)) { /* readLine must have failed for some reason. */ fprintf(stderr, "packihx: aborting after %d lines.\n", lineno); rc = 1; } if (!rc) { /* Just in case there's something still pending. */ rc = flushPendingData(); } if (!rc) { fprintf(stderr, "packihx: read %d lines, wrote %d: OK.\n", lineno, outlineno); } if (closeFile) { fclose(inFile); } return rc; } sdcc-2.9.0/support/regression/000077500000000000000000000000001116427777700163555ustar00rootroot00000000000000sdcc-2.9.0/support/regression/COVERAGE000066400000000000000000000073651116427777700175060ustar00rootroot00000000000000Primary goal: good coverage of the backend code generators. The following list was derived from the token list in SDCC.lex Follows is a list of tokens and the test case that covers them. If no case is listed then the token is not yet covered. Special cases are listed under the token. If the token is listed as covered then the special cases are also covered. The cases generally assume that on stack local variables and parameters are accessed using the same methods and hence doesn't test stack based parameters. Todo Operations: Shifts: Common cases: For byte multiples (8, 16...) For more than the word size For negative shifts For shift of 1 >>= <<= >> << Comparison: Common cases: Around zero Constants on either side (reversal) <= >= == != < > Basic arithmetic: Common cases: For small constants (<3) ++ -- += -= - + Mul/Div/Mod arithmetic: Common cases: For powers of 2 *= /= %= * / % Bitwise operations: &= ^= |= & ~ ^ | Logical operations: && || ! Misc: -> Test that members are not cached across function calls = . ? casts Test sign extension arrays Test a[a[const]] pointers Language features (untestable): ; { } , : ( ) [ ] Keywords: Specificers: const register signed static unsigned volatile Conditional: break case default else goto if switch Types: char double float int long short void Iterative: continue do for while Language features: enum extern sizeof struct typedef union Misc: return Unknown: auto interrupt Optional keywords: banked bit flash code critical near data eeprom idata nonbanked pdata reentrant sbit sfr using sram xdata far _code _flash _eeprom _generic _idata _data _near _pdata _sram _xdata Language features: va args (...) Optional: Constants: Hex, dec, oct Character constants 'x' Specials '\n', '\0', ... sdcc-2.9.0/support/regression/FAILURES000066400000000000000000000003351116427777700175130ustar00rootroot00000000000000ASSERT(result == (char)((char)-1560000000 << 1)); Complains: gen/z80/shifts/shifts_attr_volatile_storage_none_type_char_vals_-1560000000.c(61):warning *** constant is out of range compare operation despite the cast. sdcc-2.9.0/support/regression/HTMLgen.py000066400000000000000000000172141116427777700201720ustar00rootroot00000000000000#'$Id: HTMLgen.py 2583 2003-05-04 08:46:12Z bernhardheld $' # COPYRIGHT (C) 1996-9 ROBIN FRIEDRICH email:Robin.Friedrich@pdq.net # Permission to use, copy, modify, and distribute this software and # its documentation for any purpose and without fee is hereby granted, # provided that the above copyright notice appear in all copies and # that both that copyright notice and this permission notice appear in # supporting documentation. # THE AUTHOR DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS # SOFTWARE, INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND # FITNESS, IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY # SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER # RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF # CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN # CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. # Stripped down by Michael Hope to just support # template documents. """A class library for the generation of HTML documents. Each HTML tag type has a supporting class which is responsible for emitting itself as valid HTML formatted text. An attempt is made to provide classes for newer HTML 3.2 and proposed tag elements. The definitive reference for HTML tag elements can be found at [W3C]. Also, I used the HTML book by Musciano and Kennedy from [O Reilly] (2nd. Ed.) as the guiding reference. The Document classes are container objects which act as a focal point to populate all the contents of a particular web page. It also can enforce consistent document formating according to the guidelines from the [Yale Web Style Manual]. Features include customization of document template graphics / colors through use of resource files, minimizing the need for modifying or subclassing from the module source code. Support for tables, frames, forms (persistent and otherwise) and client-side imagemaps are included. A newer implementation for the Table support is now included, TableLite(). In support of this there are new tag classes TD, TH, TR and Caption. These class instances can be assembled in any way to populate the TableLite container object. .. [W3C] http://www.W3.org/TR/REC-html32.html .. [O Reilly] http://www.oreilly.com/catalog/html3/index.html .. [Yale Web Style Manual] http://info.med.yale.edu/caim/manual/contents.html """ import string, re, time, os __author__ = 'Robin Friedrich friedrich@pythonpros.com' __version__ = '2.2.2' ################# # CLASS LIBRARY # ################# class StringTemplate: """Generate documents based on a template and a substitution mapping. Must use Python 1.5 or newer. Uses re and the get method on dictionaries. Usage: T = TemplateDocument('Xfile') T.substitutions = {'month': ObjectY, 'town': 'Scarborough'} T.write('Maine.html') A dictionary, or object that behaves like a dictionary, is assigned to the *substitutions* attribute which has symbols as keys to objects. Upon every occurance of these symbols surrounded by braces {} in the source template, the corresponding value is converted to a string and substituted in the output. For example, source text which looks like: I lost my heart at {town} Fair. becomes: I lost my heart at Scarborough Fair. Symbols in braces which do not correspond to a key in the dictionary remain unchanged. An optional third argument to the class is a list or two strings to be used as the delimiters instead of { } braces. They must be of the same length; for example ['##+', '##'] is invalid. """ def __init__(self, template, substitutions=None, **kw): self.delimiters = ['{', '}'] self.__dict__.update(kw) if len(self.delimiters) != 2: raise ValueError("delimiter argument must be a pair of strings") self.delimiter_width = len(self.delimiters[0]) delimiters = map(re.escape, self.delimiters) self.subpatstr = delimiters[0] + "[\w_]+" + delimiters[1] self.subpat = re.compile(self.subpatstr) self.substitutions = substitutions or {} self.set_template(template) def set_template(self, template): self.source = template def keys(self): return self.substitutions.keys() def __setitem__(self, name, value): self.substitutions[name] = value def __getitem__(self, name): return self.substitutions[name] def __str__(self): return self._sub(self.source) def _sub(self, source, subs=None): """Perform source text substitutions. *source* string containing template source text *subs* mapping of symbols to replacement values """ substitutions = subs or self.substitutions dw = self.delimiter_width i = 0 output = [] matched = self.subpat.search(source[i:]) while matched: a, b = matched.span() output.append(source[i:i+a]) # using the new get method for dicts in 1.5 output.append(str(substitutions.get( source[i+a+dw:i+b-dw], source[i+a:i+b]))) i = i + b matched = self.subpat.search(source[i:]) else: output.append(source[i:]) return string.join(output, '') def write(self, filename = None): """Emit the Document HTML to a file or standard output. Will not overwrite file is it exists and is textually the same. In Unix you can use environment variables in filenames. Will print to stdout if no argument given. """ if filename: if os.path.exists(filename): s = str(self) if compare_s2f(s, filename): f = open(filename, 'w') f.write(str(self)) f.close() else: f = open(filename, 'w') f.write(str(self)) f.close() else: import sys sys.stdout.write(str(self)) class TemplateDocument(StringTemplate): """Generate documents based on a template and a substitution mapping. Must use Python 1.5 or newer. Uses re and the get method on dictionaries. Usage: T = TemplateDocument('Xfile') T.substitutions = {'month': ObjectY, 'town': 'Scarborough'} T.write('Maine.html') A dictionary, or object that behaves like a dictionary, is assigned to the *substitutions* attribute which has symbols as keys to objects. Upon every occurance of these symbols surrounded by braces {} in the source template, the corresponding value is converted to a string and substituted in the output. For example, source text which looks like: I lost my heart at {town} Fair. becomes: I lost my heart at Scarborough Fair. Symbols in braces which do not correspond to a key in the dictionary remain unchanged. An optional third argument to the class is a list or two strings to be used as the delimiters instead of { } braces. They must be of the same length; for example ['##+', '##'] is invalid. """ def set_template(self, template): f = open(template) self.source = f.read() f.close() def compare_s2f(s, f2): """Helper to compare a string to a file, return 0 if they are equal.""" BUFSIZE = 8192 i = 0 fp2 = open(f2) try: while 1: try: b1 = s[i: i + BUFSIZE] i = i + BUFSIZE except IndexError: b1 = '' b2 = fp2.read(BUFSIZE) if not b1 and not b2: return 0 c = cmp(b1, b2) if c: return c finally: fp2.close() sdcc-2.9.0/support/regression/HTMLgen.pyc000066400000000000000000000167631116427777700203450ustar00rootroot00000000000000mò TÓ´>c@sldZdkZdkZdkZdkZdZdZdfd„ƒYZdefd„ƒYZd„Z dS( s`A class library for the generation of HTML documents. Each HTML tag type has a supporting class which is responsible for emitting itself as valid HTML formatted text. An attempt is made to provide classes for newer HTML 3.2 and proposed tag elements. The definitive reference for HTML tag elements can be found at [W3C]. Also, I used the HTML book by Musciano and Kennedy from [O Reilly] (2nd. Ed.) as the guiding reference. The Document classes are container objects which act as a focal point to populate all the contents of a particular web page. It also can enforce consistent document formating according to the guidelines from the [Yale Web Style Manual]. Features include customization of document template graphics / colors through use of resource files, minimizing the need for modifying or subclassing from the module source code. Support for tables, frames, forms (persistent and otherwise) and client-side imagemaps are included. A newer implementation for the Table support is now included, TableLite(). In support of this there are new tag classes TD, TH, TR and Caption. These class instances can be assembled in any way to populate the TableLite container object. .. [W3C] http://www.W3.org/TR/REC-html32.html .. [O Reilly] http://www.oreilly.com/catalog/html3/index.html .. [Yale Web Style Manual] http://info.med.yale.edu/caim/manual/contents.html Ns*Robin Friedrich friedrich@pythonpros.coms2.2.2tStringTemplatecBs_tZdZed„Zd„Zd„Zd„Zd„Zd„Z ed„Z ed„Z RS( sGenerate documents based on a template and a substitution mapping. Must use Python 1.5 or newer. Uses re and the get method on dictionaries. Usage: T = TemplateDocument('Xfile') T.substitutions = {'month': ObjectY, 'town': 'Scarborough'} T.write('Maine.html') A dictionary, or object that behaves like a dictionary, is assigned to the *substitutions* attribute which has symbols as keys to objects. Upon every occurance of these symbols surrounded by braces {} in the source template, the corresponding value is converted to a string and substituted in the output. For example, source text which looks like: I lost my heart at {town} Fair. becomes: I lost my heart at Scarborough Fair. Symbols in braces which do not correspond to a key in the dictionary remain unchanged. An optional third argument to the class is a list or two strings to be used as the delimiters instead of { } braces. They must be of the same length; for example ['##+', '##'] is invalid. cKs¿ddg|_|ii|ƒt|iƒdjotdƒ‚nt|idƒ|_tt i |iƒ}|dd|d|_ t i |i ƒ|_ |ph|_|i|ƒdS(Nt{t}is,delimiter argument must be a pair of stringsis[\w_]+i(tselft delimiterst__dict__tupdatetkwtlent ValueErrortdelimiter_widthtmaptretescapet subpatstrtcompiletsubpatt substitutionst set_templatettemplate(RRRRR((tK/home/sdcc-builder/build/sdcc-build/orig/sdcc/support/regression/HTMLgen.pyt__init__UscCs ||_dS(N(RRtsource(RR((RRascCs |iiƒS(N(RRtkeys(R((RRdscCs||i|W|i||ƒti|dƒS(sœPerform source text substitutions. *source* string containing template source text *subs* mapping of symbols to replacement values itN(tsubsRRR tdwtitoutputRtsearchRtmatchedtspantatbtappendtstrtgettstringtjoin( RRRR&R'R!RR"R R$((RRps E cCs½|o“tii|ƒoPt|ƒ}t||ƒo0t|dƒ}|i t|ƒƒ|i ƒq–q¹t|dƒ}|i t|ƒƒ|i ƒn dk }|i i t|ƒƒdS(sEmit the Document HTML to a file or standard output. Will not overwrite file is it exists and is textually the same. In Unix you can use environment variables in filenames. Will print to stdout if no argument given. twN(tfilenametostpathtexistsR)Rtst compare_s2ftopentftwritetclosetsyststdout(RR.R5R8R2((RR6‡s  ( t__name__t __module__t__doc__tNoneRRRRRRRR6(((RR:s       tTemplateDocumentcBstZdZd„ZRS(sGenerate documents based on a template and a substitution mapping. Must use Python 1.5 or newer. Uses re and the get method on dictionaries. Usage: T = TemplateDocument('Xfile') T.substitutions = {'month': ObjectY, 'town': 'Scarborough'} T.write('Maine.html') A dictionary, or object that behaves like a dictionary, is assigned to the *substitutions* attribute which has symbols as keys to objects. Upon every occurance of these symbols surrounded by braces {} in the source template, the corresponding value is converted to a string and substituted in the output. For example, source text which looks like: I lost my heart at {town} Fair. becomes: I lost my heart at Scarborough Fair. Symbols in braces which do not correspond to a key in the dictionary remain unchanged. An optional third argument to the class is a list or two strings to be used as the delimiters instead of { } braces. They must be of the same length; for example ['##+', '##'] is invalid. cCs)t|ƒ}|iƒ|_|iƒdS(N(R4RR5treadRRR7(RRR5((RR¸s (R:R;R<R(((RR>s cCs¶d}d}t|ƒ}zŒx…y||||!}||}Wntj o d}nX|i|ƒ}| o| odSnt ||ƒ}|o|SqqWWd|i ƒXdS(sAHelper to compare a string to a file, return 0 if they are equal.i iiRN( tBUFSIZER!R4tf2tfp2R2tb1t IndexErrorR?tb2tcmptcR7(R2RAR!RGRCRERBR@((RR3½s(  ( R<R+R ttimeR/t __author__t __version__RR>R3( RR+R3R>RIR RHRJR/((Rt?/s $c sdcc-2.9.0/support/regression/Makefile.in000066400000000000000000000170371116427777700204320ustar00rootroot00000000000000# Test suite Makefile # Part of SDCC - http://sdcc.sourceforge.net/ # Michael Hope 2001 # # This Makefile builds and runs the test suites under tests/ for each # one of the supported ports located under ports/. The test suite # results are summarised and individual test failures are logged. The # expected result is a single line per port summarising the number of # failures, test points, and test cases. The philosophy is that # checked in code should always pass the suite with no failures, as # then if there are failures then it is in the current developers code. # # Only the required suites are run. Changing sdcc causes all to be # re-run. Changing one suite causes just that to be run. Changing # one of the library files should cause all to re-run # Dependancies: # * The sdcc-extra package, available from svn. # o svn co https://sdcc.svn.sourceforge.net/svnroot/sdcc/trunk/sdcc-extra # o Provides the emulators # * The gbdk-lib package from gbdk. # o cvs -d cvs.gbdk.sourceforge.net:/cvsroot/gbdk co gbdk-lib # o Proviles mul, div, and include files for the z80 tests. # * python 1.5 or above # * uCsim for the mcs51 port # # The paths below assume that sdcc, sdcc-extra, and gbdk-lib all reside in # the same directory. # Old notes: # Starting at the bottom # Set of source test suites # Each source suite is processesd producing multiple device specific test suites. # Each device specific test suite is compiled. # Each device specific test suite is run, and the output recorded. # The output from each device specific test suite derrived from a source # test suite are collated. # Uncomment this to show only errors and the summary. # Comment this out for debugging. .SILENT: CC = @CC@ CFLAGS = @CFLAGS@ CPPFLAGS = @CPPFLAGS@ -DNO_VARARGS # support VPATH: VPATH = @srcdir@ srcdir = @srcdir@ top_srcdir = @top_srcdir@ top_builddir = @top_builddir@ # All original tests live in TESTS_DIR and below TESTS_DIR = $(srcdir)/tests TESTS_NAME = $(TESTS_DIR) # All suite results go in RESULTS_DIR RESULTS_DIR = results # All data relating to supported ports live in their own directory # under PORTS_DIR. PORTS_DIR = $(srcdir)/ports # Itermediate data directories # Directory that generated cases and the related object code go. CASES_DIR = gen # Script that takes a source test suite and generates the iterations GENERATE_CASES = $(srcdir)/generate-cases.py # Magically generate the list of configured ports to test. # Each directory under ports/ is used as a port name. Each port is tested. # Each port must have a spec.mk which describes how to build the object # files and how to run the emulator. ALL_PORTS = $(filter-out .svn xa51 z80 gbz80 pic16 pic14 mcs51-common,$(notdir $(wildcard $(PORTS_DIR)/*))) # These ports will be cleaned with 'make clean' CLEAN_PORTS = $(filter-out .svn mcs51-common,$(notdir $(wildcard $(PORTS_DIR)/*))) MAKE_LIBRARY = all: test-ports # Test all of the ports test-ports: for i in $(ALL_PORTS); do $(MAKE) make_library test-port PORT=$$i; done # Helper rule for testing the z80 port only test-z80: $(MAKE) test-port PORT=z80 # Helper rule for testing the z80 port only test-gbz80: $(MAKE) test-port PORT=gbz80 # Helper rule for testing the mcs51 port only test-mcs51: test-mcs51-small test-mcs51-medium test-mcs51-large test-mcs51-stack-auto test-mcs51-xstack-auto test-mcs51-small: $(MAKE) test-port PORT=mcs51-small test-mcs51-medium: $(MAKE) test-port PORT=mcs51-medium test-mcs51-large: $(MAKE) test-port PORT=mcs51-large test-mcs51-stack-auto: $(MAKE) test-port PORT=mcs51-stack-auto test-mcs51-xstack-auto: $(MAKE) make_library test-port PORT=mcs51-xstack-auto # Helper rule for testing the ds390 port only test-ds390: $(MAKE) test-port PORT=ds390 # Helper rule for testing the z80 port only(use ucSim simulator) test-ucz80: $(MAKE) test-port PORT=ucz80 # Helper rule for testing the hc08 port only(use ucSim simulator) test-hc08: $(MAKE) test-port PORT=hc08 # Helper rule for testing the xa51 port only(use ucSim simulator) test-xa51: $(MAKE) test-port PORT=xa51 # Helper rule for testing the pic16 port only(use gpsim simulator) test-pic16: $(MAKE) test-port PORT=pic16 # Helper rule for testing the pic14 port only(use gpsim simulator) test-pic14: $(MAKE) test-port PORT=pic14 ### Helper rule for testing the host cc only test-host: $(MAKE) test-port PORT=host test-host2: $(MAKE) test-port PORT=host # Begin per-port rules # List of all of the known source test suites. ALL_TESTS = $(shell find $(TESTS_DIR) -name "*.c" | sort) # Intermediate directory PORT_CASES_DIR = $(CASES_DIR)/$(PORT) PORT_RESULTS_DIR = $(RESULTS_DIR)/$(PORT) # Each test generates a result log file PORT_RESULTS = $(ALL_TESTS:$(TESTS_DIR)/%.c=$(PORT_RESULTS_DIR)/%.out) SDCC_EXTRA_DIR = $(top_builddir)/../sdcc-extra # Defaults. Override in spec.mk if required. # Path to SDCC ifdef SDCC_BIN_PATH SDCC = $(SDCC_BIN_PATH)/sdcc else SDCC = $(top_builddir)/bin/sdcc INC_DIR ?= $(top_srcdir)/device/include endif # Base flags. SDCCFLAGS += --fverbose-asm -DNO_VARARGS # Extension of object intermediate files OBJEXT = .o # Extension of files that can be run in the emulator EXEEXT = .bin # Currently unused. Extension to append to intermediate directories. DIREXT = # Only include if we're in a per-port call. ifdef PORT include $(PORTS_DIR)/$(PORT)/spec.mk endif make_library: $(MAKE_LIBRARY) SDCCFLAGS += -I$(srcdir)/fwk/include -I$(srcdir)/tests ifdef INC_DIR SDCCFLAGS += -I$(INC_DIR) endif # List of intermediate files to keep. Pretty much keep everything as # disk space is free. .PRECIOUS: $(PORT_CASES_DIR)/% %$(OBJEXT) %$(EXEEXT) # Rule to generate the iterations of a test suite off the soure suite. $(PORT_CASES_DIR)/%/iterations.stamp: $(TESTS_DIR)/%.c $(GENERATE_CASES) echo Processing $(notdir $<) rm -rf $(dir $@) mkdir -p $(dir $@) python $(GENERATE_CASES) $< $(dir $@) > /dev/null touch $@ # Rule linking the combined results log to all of the files in the # iteration directory. $(PORT_RESULTS_DIR)/%.out: $(PORT_CASES_DIR)/%/iterations.stamp $(MAKE) iterations PORT=$(PORT) CASES=$(dir $<) # Rule to summaries the results for one port after all of the tests # have been run. port-results: port-dirs $(PORT_RESULTS) echo Summary for \'$(PORT)\': `cat $(PORT_RESULTS) | python $(srcdir)/collate-results.py` echo port-dirs: mkdir -p $(PORT_CASES_DIR) $(PORT_RESULTS_DIR) echo Running $(PORT) regression tests test-port: port-results # Begin rules that process each iteration generated from the source # test # List of all of the generated iteration source files. SUB_CASES = $(sort $(wildcard $(CASES)*.c)) # List of all the sub result logs generated from the iterations. SUB_RESULTS = $(SUB_CASES:%.c=%.out) # Overall target. Concatenation of all of the sub results. RESULTS = $(CASES:$(CASES_DIR)/%/$(DIREXT)=$(RESULTS_DIR)/%.out) iterations: $(RESULTS) # Rule to generate the overall target from the sub results. $(RESULTS): $(SUB_RESULTS) cat $(SUB_RESULTS) > $@ # The remainder of the rules are in $PORT/spec.mk. The port needs to # be able to turn an iterated test suite into a sub result, normally # by: # 1. Compile the required library files # 2. Compile this test suite. # 3. Link 1, 2, and any required stdlib into an executable. # 4. Run the executable inside an emulator, and capture the text # output into %.out. # # The emulator must exit when main() returns. # BeginGeneric rules clean: rm -rf $(CASES_DIR) $(RESULTS_DIR) *.pyc for i in $(CLEAN_PORTS); do $(MAKE) -f $(PORTS_DIR)/$$i/spec.mk _clean PORTS_DIR=$(PORTS_DIR) PORT=$$i; done distclean: clean rm -f Makefile sdcc-2.9.0/support/regression/collate-results.py000066400000000000000000000024361116427777700220560ustar00rootroot00000000000000import sys, re import string """Simple script that scans all of the test suite results text fed in through stdin and summarises the total number of failures, test points, and test cases.""" # Read in everything lines = sys.stdin.readlines() # Init the running totals failures = 0 cases = 0 tests = 0 bytes = 0 ticks = 0 # hack for valdiag name = "" for line in lines: if (re.search(r'^--- Running', line)): name = line # '--- Summary: f/t/c: ...', where f = # failures, t = # test points, # c = # test cases. if (re.search(r'^--- Summary:', line)): (summary, data, rest) = re.split(r':', line) (nfailures, ntests, ncases) = re.split(r'/', data) failures = failures + string.atof(nfailures) tests = tests + string.atof(ntests) cases = cases + string.atof(ncases) if (string.atof(nfailures)): print name # '--- Simulator: b/t: ...', where b = # bytes, t = # ticks if (re.search(r'^--- Simulator:', line)): (simulator, data, rest) = re.split(r':', line) (nbytes, nticks) = re.split(r'/', data) bytes = bytes + string.atof(nbytes) ticks = ticks + string.atof(nticks) print "%.0f failures, %.0f tests, %.0f test cases, %.0f bytes, %.0f ticks" % (failures, tests, cases, bytes, ticks) sdcc-2.9.0/support/regression/fwk/000077500000000000000000000000001116427777700171445ustar00rootroot00000000000000sdcc-2.9.0/support/regression/fwk/include/000077500000000000000000000000001116427777700205675ustar00rootroot00000000000000sdcc-2.9.0/support/regression/fwk/include/testfwk.h000066400000000000000000000024401116427777700224270ustar00rootroot00000000000000#ifndef __TESTFWK_H #define __TESTFWK_H 1 extern int __numTests; extern const int __numCases; #ifndef NO_VARARGS void __printf(const char *szFormat, ...); #define LOG(_a) __printf _a #else #define LOG(_a) /* hollow log */ #endif #ifdef SDCC #include #else #define _AUTOMEM #define _STATMEM #endif #if defined(PORT_HOST) || defined(SDCC_z80) || defined(SDCC_gbz80) # define data # define idata # define pdata # define xdata # define code # define near # define far # define at(x) # define reentrant #endif #if defined(SDCC_hc08) # define idata data # define pdata data #endif #if defined(SDCC_pic16) # define idata data # define xdata data # define pdata data #endif void __fail(code const char *szMsg, code const char *szCond, code const char *szFile, int line); void __prints(const char *s); void __printn(int n); code const char *__getSuiteName(void); void __runSuite(void); #define ASSERT(_a) (++__numTests, (_a) ? (void)0 : __fail("Assertion failed", #_a, __FILE__, __LINE__)) #define ASSERT_FAILED(_a) (++__numTests, (_a) ? 0 : (__fail("Assertion failed", #_a, __FILE__, __LINE__), 1)) #define FAIL() FAILM("Failure") #define FAILM(_a) __fail(_a, #_a, __FILE__, __LINE__) #ifndef NULL #define NULL 0 #endif #define UNUSED(_a) if (_a) { } #endif //__TESTFWK_H sdcc-2.9.0/support/regression/fwk/lib/000077500000000000000000000000001116427777700177125ustar00rootroot00000000000000sdcc-2.9.0/support/regression/fwk/lib/testfwk.c000066400000000000000000000065071116427777700215550ustar00rootroot00000000000000/** Test framework support functions. */ #include #ifndef NO_VARARGS #include #endif #ifdef SDCC_ds390 #include /* main() must see the ISR declarations */ #endif #ifdef SDCC_mcs51 /* until changed, isr's must have a prototype in the module containing main */ void T2_isr (void) interrupt 5; #define MEMSPACE_BUF idata #else #define MEMSPACE_BUF #endif /** Define this if the port's div or mod functions are broken. A slow loop based method will be substituded. */ //#define BROKEN_DIV_MOD 1 extern void _putchar(char c); extern void _initEmu(void); extern void _exitEmu(void); int __numTests = 0; static int __numFailures = 0; #if BROKEN_DIV_MOD static int __div(int num, int denom) { int q = 0; while (num >= denom) { q++; num -= denom; } return q; } static int __mod(int num, int denom) { while (num >= denom) { num -= denom; } return num; } #else #define __div(num, denom) ((num) / (denom)) #define __mod(num, denom) ((num) % (denom)) #endif void __prints(const char *s) { char c; while ('\0' != (c = *s)) { _putchar(c); ++s; } } void __printn(int n) { if (0 == n) { _putchar('0'); } else { static char MEMSPACE_BUF buf[6]; char MEMSPACE_BUF *p = &buf[sizeof(buf) - 1]; char neg = 0; buf[sizeof(buf) - 1] = '\0'; if (0 > n) { n = -n; neg = 1; } while (0 != n) { *--p = '0' + __mod(n, 10); n = __div(n, 10); } if (neg) _putchar('-'); __prints(p); } } #ifndef NO_VARARGS void __printf(const char *szFormat, ...) { va_list ap; va_start(ap, szFormat); while (*szFormat) { if (*szFormat == '%') { switch (*++szFormat) { case 's': { char *sz = va_arg(ap, char *); __prints(sz); break; } case 'u': { int i = va_arg(ap, int); __printn(i); break; } case '%': _putchar('%'); break; default: break; } } else { _putchar(*szFormat); } szFormat++; } va_end(ap); } void __fail(code const char *szMsg, code const char *szCond, code const char *szFile, int line) { __printf("--- FAIL: \"%s\" on %s at %s:%u\n", szMsg, szCond, szFile, line); __numFailures++; } int main(void) { _initEmu(); __printf("--- Running: %s\n", __getSuiteName()); __runSuite(); __printf("--- Summary: %u/%u/%u: %u failed of %u tests in %u cases.\n", __numFailures, __numTests, __numCases, __numFailures, __numTests, __numCases ); _exitEmu(); return 0; } #else void __fail(code const char *szMsg, code const char *szCond, code const char *szFile, int line) { __prints("--- FAIL: \""); __prints(szMsg); __prints("\" on "); __prints(szCond); __prints(" at "); __prints(szFile); _putchar(':'); __printn(line); _putchar('\n'); __numFailures++; } int main(void) { _initEmu(); __prints("--- Running: "); __prints(__getSuiteName()); _putchar('\n'); __runSuite(); __prints("--- Summary: "); __printn(__numFailures); _putchar('/'); __printn(__numTests); _putchar('/'); __printn(__numCases); __prints(": "); __printn(__numFailures); __prints(" failed of "); __printn(__numTests); __prints(" tests in "); __printn(__numCases); __prints(" cases.\n"); _exitEmu(); return 0; } #endif sdcc-2.9.0/support/regression/fwk/lib/timeout.c000066400000000000000000000211341116427777700215450ustar00rootroot00000000000000/*------------------------------------------------------------------------- timeout.c - source file for running ucSim within the regression tests Written By - Bernhard Held . bernhard@bernhardheld.de (2001) Native WIN32 port by - Borut Razem . borut.razem@siol.net (2007) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #define PROGNAME "timeout" #define USAGE PROGNAME " : 1.10\n" \ "Usage : " PROGNAME " timeout_in_seconds filename [arguments]\n" \ " \"filename\" is executed, the arguments are passed to \"filename\".\n" \ " When \"filename\" exits before the timeout expires, the\n" \ " exit-status of \"filename\" is returned.\n" \ " When the timeout expires before \"filename\" exits, \"filename\"\n" \ " will be killed and an exit-status of 1 is returned.\n" #ifdef _WIN32 #include #include #include /* Native WIN32 version: The program creates a chile process using CreateProcess(). The waits until: - the child exits The exit status of the child is returned. - the timeout elapses The child will be killed. */ int makeCmdLine(char *buf, int argc, const char * const *argv) { int len = 0; argv += 2; while (argc-- > 2) { int argLen = strlen(*argv); len += argLen; if (buf) { memcpy(buf, *argv, argLen); buf += argLen; } if (argc > 2) { ++len; if (buf) *buf++ = ' '; } ++argv; } if (buf) *buf = '\0'; return len + 1; } int main (int argc, const char * const *argv) { STARTUPINFO si; PROCESS_INFORMATION pi; char *cmdLine; long timeout; DWORD exitCode; HANDLE oldStderr; if (argc < 3) { fprintf (stderr, USAGE); return 1; } timeout = atol (argv[1]); if (timeout == 0) { fprintf (stderr, "Error parameter " PROGNAME ": must be a non-zero dezimal value\n"); return 1; } cmdLine = alloca(makeCmdLine(NULL, argc, argv)); makeCmdLine(cmdLine, argc, argv); ZeroMemory(&si, sizeof (si)); si.cb = sizeof (si); ZeroMemory(&pi, sizeof (pi)); /* We'll redirect here stderr to stdout, which will be redirected */ /* to /dev/null by the shell. The shell could also redirect stderr */ /* to /dev/null, but then this program doesn't have the chance to */ /* output any real error. */ oldStderr = GetStdHandle (STD_ERROR_HANDLE); SetStdHandle (STD_ERROR_HANDLE, GetStdHandle (STD_OUTPUT_HANDLE)); /* Start the child process. */ if(!CreateProcess (NULL, // No module name (use command line) cmdLine, // Command line NULL, // Process handle not inheritable NULL, // Thread handle not inheritable TRUE, // Set handle inheritance to TRUE 0, // No creation flags NULL, // Use parent's environment block NULL, // Use parent's starting directory &si, // Pointer to STARTUPINFO structure &pi) // Pointer to PROCESS_INFORMATION structure ) { printf ("CreateProcess failed (%d).\n", GetLastError ()); return 1; } /* Restore stderr */ SetStdHandle (STD_ERROR_HANDLE, oldStderr); /* Wait until child process exits or timeout expires. */ if (WaitForSingleObject (pi.hProcess, timeout * 1000) == WAIT_TIMEOUT) { TerminateProcess (pi.hProcess, 1); WaitForSingleObject (pi.hProcess, INFINITE); } GetExitCodeProcess (pi.hProcess, &exitCode); /* Close process and thread handles. */ CloseHandle (pi.hProcess); CloseHandle (pi.hThread); return exitCode; } #else #include #include #include #include #include #include #include #include /* First the program tries to limit the maximum CPU-time to the timeout-value. Then the child is run with execvp(). It's not possible to limit the CPU-time under Cygwin (V1.3.3). If setrlimit (RLIMIT_CPU, rlp) fails, the program will fork() and run the child with execvp(). The fork/exec pair is slow on Cygwin, but what else can we do? The parent sleeps until: - a signal shows the child´s exitus The exit status of the child is returned. - the timeout elapses The child will be killed. */ /* Get the status from all child processes that have terminated, without ever waiting. This function is designed to be a handler for SIGCHLD, the signal that indicates that at least one child process has terminated. http://www.cs.utah.edu/dept/old/texinfo/glibc-manual-0.02/library_23.html#SEC401 */ #ifndef WAIT_ANY #define WAIT_ANY -1 #endif void sigchld_handler (int signum) { int pid; int status; int exit_status = 0; while (1) { pid = waitpid (WAIT_ANY, &status, WNOHANG); if (WEXITSTATUS (status)) exit_status = 1; // WEXITSTATUS(status); /* pid == -1: no children */ /* pid == 0: no children to be noticed */ if (pid <= 0) break; } exit (exit_status); } int main (int argc, char * const *argv) { /* if getrlimit() / setrlimit() succeed, then no fork is neeeded */ int flagNoFork = 0; int old_stderr; long timeout; pid_t pid_child; struct rlimit rl; if (argc < 3) { fprintf (stderr, USAGE); return 1; } timeout = atol (argv[1]); if (timeout == 0) { fprintf (stderr, "Error parameter " PROGNAME ": must be a non-zero dezimal value\n"); return 1; } /* try to use getrlimit() / setrlimit() for RLIMIT_CPU */ /* to limit the CPU-time */ if (getrlimit (RLIMIT_CPU, &rl) == 0) { rl.rlim_cur = timeout; if (setrlimit (RLIMIT_CPU, &rl) == 0) flagNoFork = 1; } if (flagNoFork) { /* the CPU-time is limited: simple execvp */ /* s51 prints warnings on stderr: */ /* serial input/output interface connected to a non-terminal file. */ /* We'll redirect here stderr to stdout, which will be redirected */ /* to /dev/null by the shell. The shell could also redirect stderr */ /* to /dev/null, but then this program doesn't have the chance to */ /* output any real error. */ old_stderr = dup (STDERR_FILENO); dup2 (STDOUT_FILENO, STDERR_FILENO); /* shouldn't return */ execvp (argv[2], argv + 2); /* restore stderr */ dup2 (old_stderr, STDERR_FILENO); perror (argv[2]); return 1; /* Error */ } else { /* do it the hard way: fork/exec */ signal (SIGCHLD, sigchld_handler); pid_child = fork(); if (pid_child == 0) { /* s51 prints warnings on stderr: */ /* serial input/output interface connected to a non-terminal file. */ /* We'll redirect here stderr to stdout, which will be redirected */ /* to /dev/null by the shell. The shell could also redirect stderr */ /* to /dev/null, but then this program doesn't have the chance to */ /* output any real error. */ old_stderr = dup (STDERR_FILENO); dup2 (STDOUT_FILENO, STDERR_FILENO); /* shouldn't return */ execvp (argv[2], argv + 2); /* restore stderr */ dup2 (old_stderr, STDERR_FILENO); perror (argv[2]); return 1; /* Error */ } else { /* this timeout is hopefully aborted by a SIGCHLD */ sleep (timeout); fprintf (stderr, PROGNAME ": timeout, killing child %s\n", argv[2]); kill (pid_child, SIGTERM); return 1; /* Error */ } } } #endif sdcc-2.9.0/support/regression/generate-cases.py000066400000000000000000000143301116427777700216160ustar00rootroot00000000000000from HTMLgen import TemplateDocument import sys, re, tempfile, os """See InstanceGenerator for a description of this file""" # Globals # Directory that the generated files should be placed into outdir = sys.argv[2] # Start of the test function table definition testfuntableheader = """ void __runSuite(void) { """ # End of the test function table definition testfuntablefooter = """} """ # Code to generate the suite function testfunsuite = """ code const char * __getSuiteName(void) { return "{testcase}"; } """ # Utility functions def trim(a): """Removes all white space from the start and the end of a string. Like java.lang.String.trim""" ret = chomp(re.sub(r'^\s+', '', a)) return ret def chomp(a): """Removes all white space from the end of a string. Like perl's chomp""" return re.sub(r'\s+$', '', a) def createdir(path): """Creates a directory if it doesn't exist""" if not os.path.isdir(path): os.mkdir(path) class InstanceGenerator: """Test case iteration generator. Takes the template given as the first argument, pulls out all the meta iteration information, and generates an instance for each combination of the names and types. See doc/test_suite_spec.tex for more information on the template file format.""" def __init__(self, inname): self.inname = inname # Initalise the replacements hash. # Map of name to values. self.replacements = { } # Initalise the function list hash. self.functions = [] # Emit the suite wrapper into a temporary file self.tmpname = tempfile.mktemp() (self.dirname, self.filename) = os.path.split(self.inname) (self.basename, self.ext) = os.path.splitext (self.filename) def permute(self, basepath, keys, trans = {}): """Permutes across all of the names. For each value, recursivly creates a mangled form of the name, this value, and all the combinations of the remaining values. At the tail of the recursion when one full combination is built, generates an instance of the test case from the template.""" if len(keys) == 0: # End of the recursion. # Set the runtime substitutions. trans['testcase'] = re.sub(r'\\', r'\\\\', basepath) # Create the instance from the template T = TemplateDocument(self.tmpname) T.substitutions = trans T.write(basepath + self.ext) else: # Pull off this key, then recursivly iterate through the rest. key = keys[0] for part in self.replacements[key]: trans[key] = part # Turn a empty string into something decent for a filename if not part: part = 'none' # Remove any bad characters from the filename. part = re.sub(r'\s+', r'_', part) # The slice operator (keys[1:]) creates a copy of the list missing the # first element. # Can't use '-' as a seperator due to the mcs51 assembler. self.permute(basepath + '_' + key + '_' + part, keys[1:], trans) def writetemplate(self): """Given a template file and a temporary name writes out a verbatim copy of the source file and adds the suite table and functions.""" fout = open(self.tmpname, 'w') for line in self.lines: fout.write(line) # Emmit the suite table fout.write(testfuntableheader) n = 0; for fun in self.functions: # Turn the function definition into a function call fout.write(" __prints(\"Running " + fun + "\\n\");\n"); fout.write(' ' + fun + "();\n") n += 1; fout.write(testfuntablefooter) fout.write("\nconst int __numCases = " + str(n) + ";\n") fout.write(testfunsuite); fout.close() return n def readfile(self): """Read in all of the input file.""" fin = open(self.inname) self.lines = fin.readlines() fin.close() def parse(self): # Start off in the header. inheader = 1; # Iterate over the source file and pull out the meta data. for line in self.lines: line = trim(line) # If we are still in the header, see if this is a substitution line if inheader: # A substitution line has a ':' in it if re.search(r':', line) != None: # Split out the name from the values (name, rawvalues) = re.split(r':', line) # Split the values at the commas values = re.split(r',', rawvalues) # Trim the name name = trim(name) # Trim all the values values = map(trim, values) self.replacements[name] = values elif re.search(r'\*/', line) != None: # Hit the end of the comments inheader = 0; else: # Do nothing. None else: # Pull out any test function names m = re.match(r'^(?:\W*void\W+)?\W*(test\w*)\W*\(\W*void\W*\)', line) if m != None: self.functions.append(m.group(1)) def generate(self): """Main function. Generates all of the instances.""" self.readfile() self.parse() if self.writetemplate() == 0: sys.stderr.write("Empty function list in " + self.inname + "!\n") # Create the output directory if it doesn't exist createdir(outdir) # Generate self.permute(os.path.join(outdir, self.basename), self.replacements.keys()) # Remove the temporary file os.remove(self.tmpname) def main(): # Check and parse the command line arguments if len(sys.argv) < 3: print "usage: generate-cases.py template.c outdir" sys.exit(-1) # Input name is the first arg. s = InstanceGenerator(sys.argv[1]) s.generate() if __name__ == '__main__': main() sdcc-2.9.0/support/regression/get_ticks.py000066400000000000000000000014611116427777700207050ustar00rootroot00000000000000import sys, re import string """Simple script that scans all of the simulator output text fed in through stdin and summarises the total number of system clock ticks.""" # Read in everything lines = sys.stdin.readlines() # Declare globals bytes = 0 ticks = 0 for line in lines: # 'n words read from ...', where = # bytes in hex file if (re.search(r'words read from', line)): (data, post) = re.split(r'w', line, 1) bytes = string.atoi(data) # 'Total time since last reset= 0.102021 sec (i clks)', # where i = # system clock ticks. if (re.search(r'^Total time', line)): (pre, data) = re.split(r'\(', line) (nticks, post) = re.split(r' ', data) ticks = string.atoi(nticks) print "\n--- Simulator: %d/%d: %d bytes, %d ticks" % (bytes, ticks, bytes, ticks) sdcc-2.9.0/support/regression/ports/000077500000000000000000000000001116427777700175245ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/ds390/000077500000000000000000000000001116427777700203665ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/ds390/spec.mk000066400000000000000000000030151116427777700216500ustar00rootroot00000000000000# Regression test specification for the ds390 target running with uCsim ifndef DEV_NULL DEV_NULL = /dev/null endif # path to uCsim ifdef SDCC_BIN_PATH S51 = $(SDCC_BIN_PATH)/s51 else S51A = $(top_builddir)/sim/ucsim/s51.src/s51 S51B = $(top_builddir)/bin/s51 S51 = $(shell if [ -f $(S51A) ]; then echo $(S51A); else echo $(S51B); fi) SDCCFLAGS += --nostdinc -I$(top_srcdir) LINKFLAGS += --nostdlib -L$(top_builddir)/device/lib/build/ds390 endif SDCCFLAGS +=-mds390 --less-pedantic -DREENTRANT=reentrant -Wl-r LINKFLAGS += libds390.lib libsdcc.lib liblong.lib libint.lib libfloat.lib OBJEXT = .rel EXEEXT = .ihx EXTRAS = $(PORT_CASES_DIR)/testfwk$(OBJEXT) $(PORT_CASES_DIR)/support$(OBJEXT) # Rule to link into .ihx %$(EXEEXT): %$(OBJEXT) $(EXTRAS) $(SDCC) $(SDCCFLAGS) $(LINKFLAGS) $(EXTRAS) $< -o $@ %$(OBJEXT): %.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): $(PORTS_DIR)/$(PORT)/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): fwk/lib/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ # run simulator with 25 seconds timeout %.out: %$(EXEEXT) $(CASES_DIR)/timeout mkdir -p $(dir $@) -$(CASES_DIR)/timeout 25 $(S51) -tds390f -S in=$(DEV_NULL),out=$@ $< < $(PORTS_DIR)/ds390/uCsim.cmd > $(@:.out=.sim) || \ echo -e --- FAIL: \"timeout, simulation killed\" in $(<:$(EXEEXT)=.c)"\n"--- Summary: 1/1/1: timeout >> $@ python $(srcdir)/get_ticks.py < $(@:.out=.sim) >> $@ -grep -n FAIL $@ /dev/null || true $(CASES_DIR)/timeout: fwk/lib/timeout.c $(CC) $(CFLAGS) $< -o $@ _clean: sdcc-2.9.0/support/regression/ports/ds390/support.c000066400000000000000000000027351116427777700222550ustar00rootroot00000000000000/*------------------------------------------------------------------------- support.c - startup for regression tests with uCsim Copied from tinibios.c, which was written By - Johan Knol, johan.knol@iduna.nl This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include void _putchar (char c) { Serial0PutChar (c); } void _initEmu (void) { } void _exitEmu (void) { Serial0PutChar (' '); /* wait for the last character to be transmitted */ /* before hitting the breakpoint */ * (char idata *) 0 = * (char xdata *) 0x7654; } sdcc-2.9.0/support/regression/ports/ds390/uCsim.cmd000066400000000000000000000002041116427777700221270ustar00rootroot00000000000000set error non-classified off set error unknown_code off set error memory off set error stack off break xram r 0x7654 run state quit sdcc-2.9.0/support/regression/ports/gbz80/000077500000000000000000000000001116427777700204565ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/gbz80/spec.mk000066400000000000000000000015451116427777700217460ustar00rootroot00000000000000# Port specification for the gbz80 port. EMU = $(SDCC_EXTRA_DIR)/emu/rrgb/rrgb SDCCFLAGS +=-mgbz80 --nostdinc --less-pedantic -DREENTRANT= LINKFLAGS = --nostdlib LINKFLAGS += gbz80.lib LIBDIR = $(top_builddir)/device/lib/build/gbz80 EXEEXT = .gb # Needs parts of gbdk-lib, namely the internal mul/div/mod functions. EXTRAS = $(PORT_CASES_DIR)/testfwk$(OBJEXT) $(PORT_CASES_DIR)/support$(OBJEXT) # Rule to link into .ihx %.gb: %.c $(EXTRAS) $(SDCC) $(SDCCFLAGS) $(LINKFLAGS) -L $(LIBDIR) $(EXTRAS) $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): $(PORTS_DIR)/$(PORT)/%.asm ../../bin/as-gbz80 -plosgff $@ $< %$(OBJEXT): %.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): fwk/lib/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ # PENDING: Path to sdcc-extra %.out: %$(EXEEXT) mkdir -p $(dir $@) $(EMU) -k -m $< > $@ -grep -n FAIL $@ /dev/null || true _clean: sdcc-2.9.0/support/regression/ports/gbz80/support.asm000066400000000000000000000002471116427777700226770ustar00rootroot00000000000000 .area _CODE .globl _putchar .globl _exit __putchar:: jp _putchar __initEmu:: ret __exitEmu:: jp _exit sdcc-2.9.0/support/regression/ports/hc08/000077500000000000000000000000001116427777700202665ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/hc08/spec.mk000066400000000000000000000030561116427777700215550ustar00rootroot00000000000000# Regression test specification for the hc08 target running with uCsim # # path to uCsim ifdef SDCC_BIN_PATH UCHC08 = $(SDCC_BIN_PATH)/shc08 AS_HC08 = $(SDCC_BIN_PATH)/as-hc08 else UCHC08A = $(top_builddir)/sim/ucsim/hc08.src/shc08 UCHC08B = $(top_builddir)/bin/shc08 UCHC08 = $(shell if [ -f $(UCHC08A) ]; then echo $(UCHC08A); else echo $(UCHC08B); fi) AS_HC08 = $(top_builddir)/bin/as-hc08 SDCCFLAGS += --nostdinc -I$(top_srcdir) LINKFLAGS += --nostdlib -L$(top_builddir)/device/lib/build/hc08 endif SDCCFLAGS +=-mhc08 --less-pedantic --out-fmt-ihx -DREENTRANT=reentrant LINKFLAGS += hc08.lib OBJEXT = .rel EXEEXT = .ihx EXTRAS = $(PORT_CASES_DIR)/testfwk$(OBJEXT) $(PORT_CASES_DIR)/support$(OBJEXT) # Rule to link into .ihx #%$(EXEEXT): %$(OBJEXT) $(EXTRAS) %$(EXEEXT): %$(OBJEXT) $(EXTRAS) $(SDCC) $(SDCCFLAGS) $(LINKFLAGS) $(EXTRAS) $< -o $@ %$(OBJEXT): %.asm $(AS_HC08) -plosgff $< %$(OBJEXT): %.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): $(PORTS_DIR)/$(PORT)/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): fwk/lib/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ # run simulator with 10 seconds timeout %.out: %$(EXEEXT) $(CASES_DIR)/timeout mkdir -p $(dir $@) -$(CASES_DIR)/timeout 10 $(UCHC08) $< < $(PORTS_DIR)/$(PORT)/uCsim.cmd > $@ \ || echo -e --- FAIL: \"timeout, simulation killed\" in $(<:$(EXEEXT)=.c)"\n"--- Summary: 1/1/1: timeout >> $@ python $(srcdir)/get_ticks.py < $@ >> $@ -grep -n FAIL $@ /dev/null || true $(CASES_DIR)/timeout: fwk/lib/timeout.c $(CC) $(CFLAGS) $< -o $@ _clean: sdcc-2.9.0/support/regression/ports/hc08/support.c000066400000000000000000000002451116427777700221470ustar00rootroot00000000000000 void _putchar(unsigned char c) { c; _asm .db 0x9e, 0xed _endasm; } void _initEmu(void) { } void _exitEmu(void) { _asm .db 0x9e, 0xec _endasm; } sdcc-2.9.0/support/regression/ports/hc08/uCsim.cmd000066400000000000000000000001601116427777700220300ustar00rootroot00000000000000set error non-classified off set error unknown_code off set error memory off set error stack off run state quit sdcc-2.9.0/support/regression/ports/host/000077500000000000000000000000001116427777700205015ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/host/spec.mk000066400000000000000000000017221116427777700217660ustar00rootroot00000000000000# Port specification for compiling on the host machines version of gcc SDCC = $(shell ( sh -c "gcc --version" 2>&1 ) > /dev/null && echo gcc || echo cc) SDCCFLAGS = $(CPPFLAGS) -DPORT_HOST=1 -fsigned-char -fpack-struct -DREENTRANT= -I$(top_builddir) -I$(top_srcdir) # disable all warnings: SDCCFLAGS+= -w # enable all warnings: #SDCCFLAGS+= -Wall EXEEXT = .bin OBJEXT = .o INC_DIR = . # otherwise `make` deletes testfwk.o and `make -j` will fail .PRECIOUS: $(PORT_CASES_DIR)/%$(OBJEXT) # Required extras EXTRAS = $(PORT_CASES_DIR)/testfwk$(OBJEXT) $(PORT_CASES_DIR)/support$(OBJEXT) %.out: %$(EXEEXT) mkdir -p $(dir $@) -$< > $@ -grep -n FAIL $@ /dev/null || true %$(EXEEXT): %$(OBJEXT) $(EXTRAS) $(SDCC) $(SDCCFLAGS) -o $@ $< $(EXTRAS) -lm %$(OBJEXT): %.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): $(PORTS_DIR)/$(PORT)/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): fwk/lib/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ _clean: sdcc-2.9.0/support/regression/ports/host/support.c000066400000000000000000000002711116427777700223610ustar00rootroot00000000000000/** Host specific support routines. */ #include #include void _putchar(char c) { putchar(c); } void _initEmu(void) { } void _exitEmu(void) { exit(0); } sdcc-2.9.0/support/regression/ports/mcs51-common/000077500000000000000000000000001116427777700217425ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/mcs51-common/T2_isr.c000066400000000000000000000001421116427777700232450ustar00rootroot00000000000000//dummy interrupt service routine //just to make linker happy void T2_isr (void) interrupt 5 { } sdcc-2.9.0/support/regression/ports/mcs51-common/fwk.lib000066400000000000000000000000131116427777700232130ustar00rootroot00000000000000T2_isr.rel sdcc-2.9.0/support/regression/ports/mcs51-common/spec.mk000066400000000000000000000032331116427777700232260ustar00rootroot00000000000000# Common regression test specification for the mcs51 targets running with uCsim ifndef DEV_NULL DEV_NULL = /dev/null endif # path to uCsim ifdef SDCC_BIN_PATH S51 = $(SDCC_BIN_PATH)/s51 else S51A = $(top_builddir)/sim/ucsim/s51.src/s51 S51B = $(top_builddir)/bin/s51 S51 = $(shell if [ -f $(S51A) ]; then echo $(S51A); else echo $(S51B); fi) SDCCFLAGS += --nostdinc -I$(INC_DIR)/mcs51 -I$(top_srcdir) LINKFLAGS += --nostdlib -L$(LIBDIR) endif SDCCFLAGS += --less-pedantic -DREENTRANT=reentrant LINKFLAGS += mcs51.lib libsdcc.lib liblong.lib libint.lib libfloat.lib OBJEXT = .rel EXEEXT = .ihx EXTRAS = $(PORT_CASES_DIR)/testfwk$(OBJEXT) $(PORT_CASES_DIR)/support$(OBJEXT) FWKLIB = $(PORT_CASES_DIR)/T2_isr$(OBJEXT) # Rule to link into .ihx %$(EXEEXT): %$(OBJEXT) $(EXTRAS) $(FWKLIB) $(PORT_CASES_DIR)/fwk.lib $(SDCC) $(SDCCFLAGS) $(LINKFLAGS) $(EXTRAS) $(PORT_CASES_DIR)/fwk.lib $< -o $@ %$(OBJEXT): %.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): $(PORTS_DIR)/mcs51-common/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): fwk/lib/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/fwk.lib: cp $(PORTS_DIR)/mcs51-common/fwk.lib $@ # run simulator with 30 seconds timeout %.out: %$(EXEEXT) gen/timeout mkdir -p $(dir $@) -gen/timeout 30 "$(S51)" -t32 -S in=$(DEV_NULL),out=$@ $< < $(PORTS_DIR)/mcs51-common/uCsim.cmd > $(@:.out=.sim) \ || echo -e --- FAIL: \"timeout, simulation killed\" in $(<:$(EXEEXT)=.c)"\n"--- Summary: 1/1/1: timeout >> $@ python $(srcdir)/get_ticks.py < $(@:.out=.sim) >> $@ -grep -n FAIL $@ /dev/null || true gen/timeout: $(srcdir)/fwk/lib/timeout.c $(CC) $(CFLAGS) $< -o $@ _clean: sdcc-2.9.0/support/regression/ports/mcs51-common/support.c000066400000000000000000000007531116427777700236270ustar00rootroot00000000000000// #define MICROCONTROLLER_8051 #include unsigned char _sdcc_external_startup (void) { /* serial port mode 0 is default */ /* enable transmission of first byte */ TI = 1; return 0; } void _putchar (char c) { while (!TI) ; TI = 0; SBUF = c; } void _initEmu (void) { } void _exitEmu (void) { while (!TI) /* wait for the last character to be transmitted */ ; /* before hitting the breakpoint */ * (char idata *) 0 = * (char xdata *) 0x7654; } sdcc-2.9.0/support/regression/ports/mcs51-common/uCsim.cmd000066400000000000000000000002041116427777700235030ustar00rootroot00000000000000set error non-classified off set error unknown_code off set error memory off set error stack off break xram r 0x7654 run state quit sdcc-2.9.0/support/regression/ports/mcs51-large/000077500000000000000000000000001116427777700215445ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/mcs51-large/spec.mk000066400000000000000000000003251116427777700230270ustar00rootroot00000000000000# Regression test specification for the mcs51-large target running with uCsim # # model large SDCCFLAGS +=--model-large include $(PORTS_DIR)/mcs51-common/spec.mk LIBDIR = $(top_builddir)/device/lib/build/large sdcc-2.9.0/support/regression/ports/mcs51-medium/000077500000000000000000000000001116427777700217325ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/mcs51-medium/spec.mk000066400000000000000000000003311116427777700232120ustar00rootroot00000000000000# Regression test specification for the mcs51-medium target running with uCsim # # model medium SDCCFLAGS +=--model-medium include $(PORTS_DIR)/mcs51-common/spec.mk LIBDIR = $(top_builddir)/device/lib/build/medium sdcc-2.9.0/support/regression/ports/mcs51-small/000077500000000000000000000000001116427777700215625ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/mcs51-small/spec.mk000066400000000000000000000003171116427777700230460ustar00rootroot00000000000000# Regression test specification for the mcs51 target running with uCsim # # model small SDCCFLAGS +=--model-small include $(PORTS_DIR)/mcs51-common/spec.mk LIBDIR = $(top_builddir)/device/lib/build/small sdcc-2.9.0/support/regression/ports/mcs51-stack-auto/000077500000000000000000000000001116427777700225255ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/mcs51-stack-auto/spec.mk000066400000000000000000000003571116427777700240150ustar00rootroot00000000000000# Regression test specification for the mcs51-stack-auto target running with uCsim # # model small stack-auto SDCCFLAGS +=--stack-auto include $(PORTS_DIR)/mcs51-common/spec.mk LIBDIR = $(top_builddir)/device/lib/build/small-stack-auto sdcc-2.9.0/support/regression/ports/mcs51-xstack-auto/000077500000000000000000000000001116427777700227155ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/mcs51-xstack-auto/spec.mk000066400000000000000000000007171116427777700242050ustar00rootroot00000000000000# Regression test specification for the mcs51-xstack-auto target running with uCsim # # model small xstack-auto LIBSDCCFLAGS+= --stack-auto --xstack --std-c99 -DUSE_FLOATS=1 SDCCFLAGS += --stack-auto --xstack --std-sdcc99 include $(PORTS_DIR)/mcs51-common/spec.mk LIBDIR = $(top_builddir)/device/lib/build/small-xstack-auto MAKE_LIBRARY = lib-files .PHONY: lib-files lib-files: make -C $(top_builddir)/device/lib model-mcs51-xstack-auto MODELS=small sdcc-2.9.0/support/regression/ports/pic14/000077500000000000000000000000001116427777700204445ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/pic14/gpsim.cmd000066400000000000000000000000111116427777700222400ustar00rootroot00000000000000run quit sdcc-2.9.0/support/regression/ports/pic14/spec.mk000066400000000000000000000025571116427777700217400ustar00rootroot00000000000000# Regression test specification for the pic14 target running with gpsim # path to gpsim ifdef GPSIM_PATH GPSIM := $(GPSIM_PATH)/gpsim else GPSIM := gpsim endif ifndef SDCC_BIN_PATH SDCCFLAGS += --nostdinc -I$(top_srcdir)/device/include/pic -I$(top_srcdir) LINKFLAGS += --nostdlib -L$(top_builddir)/device/lib/build/pic endif SDCCFLAGS += -mpic14 -pp16f877 --less-pedantic -Wl,-q -DREENTRANT=reentrant LINKFLAGS += libsdcc.lib libm.lib OBJEXT = .o EXEEXT = .cod EXTRAS = $(PORT_CASES_DIR)/testfwk$(OBJEXT) $(PORT_CASES_DIR)/support$(OBJEXT) # Rule to link into .ihx %$(EXEEXT): %$(OBJEXT) $(EXTRAS) -$(SDCC) $(SDCCFLAGS) $(LINKFLAGS) $(EXTRAS) $< -o $@ %$(OBJEXT): %.c -$(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): $(PORTS_DIR)/$(PORT)/%.c -$(SDCC) $(SDCCFLAGS) -c $< -o $@ .PRECIOUS: gen/pic14/testfwk.o gen/pic14/support.o $(PORT_CASES_DIR)/%$(OBJEXT): fwk/lib/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ # run simulator with 25 seconds timeout %.out: %$(EXEEXT) $(CASES_DIR)/timeout mkdir -p $(dir $@) -$(CASES_DIR)/timeout 25 "$(GPSIM)" -i -s $< -c $(PORTS_DIR)/pic14/gpsim.cmd > $@ || \ echo -e --- FAIL: \"timeout, simulation killed\" in $(<:$(EXEEXT)=.c)"\n"--- Summary: 1/1/1: timeout >> $@ python $(srcdir)/get_ticks.py < $@ >> $@ -grep -n FAIL $@ /dev/null || true $(CASES_DIR)/timeout: fwk/lib/timeout.c $(CC) $(CFLAGS) $< -o $@ _clean: sdcc-2.9.0/support/regression/ports/pic14/support.c000066400000000000000000000054201116427777700223250ustar00rootroot00000000000000/*------------------------------------------------------------------------- support.c - startup for PIC14 regression tests with gpsim Copyright (c) 2006 Borut Razem This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #pragma preproc_asm - #include void _putchar(char c) { while (!TXIF) ; TXREG = c; } void _initEmu(void) { /* load and configure the libgpsim_modules module */ _asm ;; Set frequency to 20MHz .direct "e", ".frequency=20e6" ;; Load the USART library and module .direct "e", "module library libgpsim_modules" .direct "e", "module load usart U1" ;; Define a node .direct "e", "node PIC_tx" ;; Tie the USART module to the PIC .direct "e", "attach PIC_tx portc6 U1.RXPIN" ;; Set the USART module's Baud Rate .direct "e", "U1.rxbaud = 9600" ;; Display the received character on terminal .direct "e", "U1.console = true" _endasm; /* USART initialization */ PORTC |= 0x40; // Set TX pin to 1 TRISC &= ~0x40; // TX pin is output //1. Initialize the SPBRG register for the appropriate // baud rate. If a high speed baud rate is desired, // set bit BRGH (Section 16.1). BRGH = 1; SPBRG = 129; //2. Enable the asynchronous serial port by clearing // bit SYNC and setting bit SPEN. SPEN = 1; //3. If interrupts are desired, set enable bit TXIE. //4. If 9-bit transmission is desired, set transmit bit // TX9. Can be used as address/data bit. //5. Enable the transmission by setting bit TXEN, // which will also set bit TXIF. TXEN = 1; //6. If 9-bit transmission is selected, the ninth bit // should be loaded in bit TX9D. //7. Load data to the TXREG register (starts // transmission). } void _exitEmu(void) { /* wait until the transmit buffer is empty */ while (!TRMT) ; /* set the breakpoint */ _asm .direct "a", "\"\"" _endasm; } sdcc-2.9.0/support/regression/ports/pic16/000077500000000000000000000000001116427777700204465ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/pic16/gpsim.cmd000066400000000000000000000000111116427777700222420ustar00rootroot00000000000000run quit sdcc-2.9.0/support/regression/ports/pic16/spec.mk000066400000000000000000000026311116427777700217330ustar00rootroot00000000000000# Regression test specification for the pic16 target running with gpsim # path to gpsim ifdef GPSIM_PATH GPSIM := $(GPSIM_PATH)/gpsim else GPSIM := gpsim endif ifndef SDCC_BIN_PATH SDCCFLAGS += --nostdinc -I$(top_srcdir)/device/include/pic16 -I$(top_srcdir) LINKFLAGS += --nostdlib -L$(top_builddir)/device/lib/build/pic16 endif SDCCFLAGS += -mpic16 -pp18f452 --less-pedantic -Wl,-q -DREENTRANT=reentrant SDCCFLAGS += --no-peep LINKFLAGS += libsdcc.lib libc18f.lib libm18f.lib OBJEXT = .o EXEEXT = .cod EXTRAS = $(PORT_CASES_DIR)/testfwk$(OBJEXT) $(PORT_CASES_DIR)/support$(OBJEXT) # Rule to link into .ihx %$(EXEEXT): %$(OBJEXT) $(EXTRAS) -$(SDCC) $(SDCCFLAGS) $(LINKFLAGS) $(EXTRAS) $< -o $@ %$(OBJEXT): %.c -$(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): $(PORTS_DIR)/$(PORT)/%.c -$(SDCC) $(SDCCFLAGS) -c $< -o $@ .PRECIOUS: gen/pic16/testfwk.o gen/pic16/support.o $(PORT_CASES_DIR)/%$(OBJEXT): fwk/lib/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ # run simulator with 25 seconds timeout %.out: %$(EXEEXT) $(CASES_DIR)/timeout mkdir -p $(dir $@) -$(CASES_DIR)/timeout 25 "$(GPSIM)" -i -s $< -c $(PORTS_DIR)/pic16/gpsim.cmd > $@ || \ echo -e --- FAIL: \"timeout, simulation killed\" in $(<:$(EXEEXT)=.c)"\n"--- Summary: 1/1/1: timeout >> $@ python $(srcdir)/get_ticks.py < $@ >> $@ -grep -n FAIL $@ /dev/null || true $(CASES_DIR)/timeout: fwk/lib/timeout.c $(CC) $(CFLAGS) $< -o $@ _clean: sdcc-2.9.0/support/regression/ports/pic16/support.c000066400000000000000000000057201116427777700223320ustar00rootroot00000000000000/*------------------------------------------------------------------------- support.c - startup for PIC16 regression tests with gpsim Copyright (c) 2006 Borut Razem This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #pragma preproc_asm - #pragma stack 0x200 255 /* set stack size to 255 bytes */ #include void _putchar(char c) { while (!PIR1bits.TXIF) ; TXREG = c; } void _initEmu(void) { /* load and configure the libgpsim_modules module */ _asm ;; Set frequency to 20MHz .direct "e", ".frequency=20e6" ;; Load the USART library and module .direct "e", "module library libgpsim_modules" .direct "e", "module load usart U1" ;; Define a node .direct "e", "node PIC_tx" ;; Tie the USART module to the PIC .direct "e", "attach PIC_tx portc6 U1.RXPIN" ;; Set the USART module's Baud Rate .direct "e", "U1.rxbaud = 9600" ;; Display the received character on terminal .direct "e", "U1.console = true" _endasm; /* USART initialization */ PORTCbits.TX = 1; // Set TX pin to 1 TRISCbits.TRISC6 = 0; // TX pin is output TXSTA = 0; // Reset USART registers to POR state RCSTA = 0; //1. Initialize the SPBRG register for the appropriate // baud rate. If a high speed baud rate is desired, // set bit BRGH (Section 16.1). TXSTAbits.BRGH = 1; SPBRG = 129; //2. Enable the asynchronous serial port by clearing // bit SYNC and setting bit SPEN. RCSTAbits.SPEN = 1; //3. If interrupts are desired, set enable bit TXIE. //4. If 9-bit transmission is desired, set transmit bit // TX9. Can be used as address/data bit. //5. Enable the transmission by setting bit TXEN, // which will also set bit TXIF. TXSTAbits.TXEN = 1; //6. If 9-bit transmission is selected, the ninth bit // should be loaded in bit TX9D. //7. Load data to the TXREG register (starts // transmission). } void _exitEmu(void) { /* wait until the transmit buffer is empty */ while (!TXSTAbits.TRMT) ; /* set the breakpoint */ _asm .direct "a", "\"\"" _endasm; } sdcc-2.9.0/support/regression/ports/ucz80/000077500000000000000000000000001116427777700204755ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/ucz80/spec.mk000066400000000000000000000030641116427777700217630ustar00rootroot00000000000000# Regression test specification for the z80 target running with uCsim # # path to uCsim ifdef SDCC_BIN_PATH UCZ80 = $(SDCC_BIN_PATH)/sz80 AS_Z80 = $(SDCC_BIN_PATH)/as-z80 else SZ80A = $(top_builddir)/sim/ucsim/z80.src/sz80 SZ80B = $(top_builddir)/bin/sz80 UCZ80 = $(shell if [ -f $(SZ80A) ]; then echo $(SZ80A); else echo $(SZ80B); fi) AS_Z80 = $(top_builddir)/bin/as-z80 SDCCFLAGS += --nostdinc -I$(top_srcdir) LINKFLAGS += --nostdlib -L$(top_builddir)/device/lib/build/z80 endif SDCCFLAGS +=-mz80 --less-pedantic --profile -DREENTRANT= #SDCCFLAGS +=--less-pedantic -DREENTRANT=reentrant LINKFLAGS += z80.lib #OBJEXT = .o EXEEXT = .ihx EXTRAS = $(PORT_CASES_DIR)/testfwk$(OBJEXT) $(PORT_CASES_DIR)/support$(OBJEXT) # Rule to link into .ihx %.ihx: %.c $(EXTRAS) $(SDCC) $(SDCCFLAGS) $(LINKFLAGS) $(EXTRAS) $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): $(PORTS_DIR)/$(PORT)/%.asm $(AS_Z80) -plosgff $@ $< %$(OBJEXT): %.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): $(PORTS_DIR)/$(PORT)/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): fwk/lib/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ # run simulator with 10 seconds timeout %.out: %$(EXEEXT) $(CASES_DIR)/timeout mkdir -p $(dir $@) -$(CASES_DIR)/timeout 10 $(UCZ80) $< < $(PORTS_DIR)/$(PORT)/uCsim.cmd > $@ \ || echo -e --- FAIL: \"timeout, simulation killed\" in $(<:$(EXEEXT)=.c)"\n"--- Summary: 1/1/1: timeout >> $@ python $(srcdir)/get_ticks.py < $@ >> $@ -grep -n FAIL $@ /dev/null || true $(CASES_DIR)/timeout: fwk/lib/timeout.c $(CC) $(CFLAGS) $< -o $@ _clean: sdcc-2.9.0/support/regression/ports/ucz80/support.asm000066400000000000000000000002471116427777700227160ustar00rootroot00000000000000 .area _CODE .globl _putchar .globl _exit __putchar:: jp _putchar __initEmu:: ret __exitEmu:: jp _exit sdcc-2.9.0/support/regression/ports/ucz80/uCsim.cmd000066400000000000000000000001601116427777700222370ustar00rootroot00000000000000set error non-classified off set error unknown_code off set error memory off set error stack off run state quit sdcc-2.9.0/support/regression/ports/xa51/000077500000000000000000000000001116427777700203025ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/xa51/spec.mk000066400000000000000000000022551116427777700215710ustar00rootroot00000000000000# Port specification for the xa51 port running with uCsim ifndef DEV_NULL DEV_NULL = /dev/null endif # path to uCsim SXA_A = $(top_builddir)/sim/ucsim/xa.src/sxa SXA_B = $(top_builddir)/bin/sxa SXA = $(shell if [ -f $(SXA_A) ]; then echo $(SXA_A); else echo $(SXA_B); fi) SDCCFLAGS +=-mxa51 --less-pedantic -DREENTRANT= -I$(top_srcdir) OBJEXT = .rel EXEEXT = .hex EXTRAS = $(PORT_CASES_DIR)/testfwk$(OBJEXT) $(PORT_CASES_DIR)/support$(OBJEXT) # Rule to link into .hex %$(EXEEXT): %$(OBJEXT) $(EXTRAS) $(SDCC) $(SDCCFLAGS) $(EXTRAS) $< -o $@ %$(OBJEXT): %.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): $(PORTS_DIR)/$(PORT)/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): fwk/lib/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ # run simulator with 1 second timeout %.out: %$(EXEEXT) $(CASES_DIR)/timeout mkdir -p $(dir $@) -$(CASES_DIR)/timeout 1 $(SXA) -S in=$(DEV_NULL),out=$@ $< < $(PORTS_DIR)/xa51/uCsim.cmd >/dev/null || \ echo -e --- FAIL: \"timeout, simulation killed\" in $(<:.ihx=.c)"\n"--- Summary: 1/1/1: timeout >> $@ -grep -n FAIL $@ /dev/null || true $(CASES_DIR)/timeout: fwk/lib/timeout.c $(CC) $(CFLAGS) $< -o $@ _clean: sdcc-2.9.0/support/regression/ports/xa51/support.c000066400000000000000000000024771116427777700221740ustar00rootroot00000000000000/*------------------------------------------------------------------------- support.c - startup for regression tests with uCsim This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. In other words, you are welcome to use, share and improve this program. You are forbidden to forbid anyone else to use, share and improve what you give them. Help stamp out software-hoarding! -------------------------------------------------------------------------*/ #include <80c51xa.h> void external_startup(void) { return; } void _putchar (char c) { c; _asm mov.b r0l,[r7+2] trap #0x0e _endasm; } void _initEmu (void) { } void _exitEmu (void) { _asm trap #0x0f _endasm; } sdcc-2.9.0/support/regression/ports/xa51/uCsim.cmd000066400000000000000000000001451116427777700220470ustar00rootroot00000000000000set error non-classified off set error unknown_code off set error memory off set error stack off run sdcc-2.9.0/support/regression/ports/z80/000077500000000000000000000000001116427777700201455ustar00rootroot00000000000000sdcc-2.9.0/support/regression/ports/z80/spec.mk000066400000000000000000000022441116427777700214320ustar00rootroot00000000000000# Port specification for the z80 port running ontop of the Java based # 'ConsoleZ80' emulator. RRZ80 = $(SDCC_EXTRA_DIR)/emu/rrz80/rrz80 SDCCFLAGS +=-mz80 --nostdinc --less-pedantic --profile -DREENTRANT= -I$(top_srcdir) LINKFLAGS = --nostdlib LINKFLAGS += z80.lib LIBDIR = $(top_builddir)/device/lib/build/z80 EXEEXT = .bin # Needs parts of gbdk-lib, namely the internal mul/div/mod functions. EXTRAS = $(PORT_CASES_DIR)/testfwk$(OBJEXT) $(PORT_CASES_DIR)/support$(OBJEXT) # Rule to generate a Emulator .bin file from the .ihx linker output. %$(EXEEXT): %.ihx $(top_builddir)/bin/makebin -s 32768 < $< > $@ # Rule to link into .ihx %.ihx: %.c $(EXTRAS) $(SDCC) $(SDCCFLAGS) $(LINKFLAGS) -L$(LIBDIR) $(EXTRAS) $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): $(PORTS_DIR)/$(PORT)/%.asm $(top_builddir)/bin/as-z80 -plosgff $@ $< %$(OBJEXT): %.s $(top_builddir)/bin/as-z80 -plosgff $@ $< %$(OBJEXT): %.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ $(PORT_CASES_DIR)/%$(OBJEXT): fwk/lib/%.c $(SDCC) $(SDCCFLAGS) -c $< -o $@ # PENDING: Path to sdcc-extra %.out: %$(EXEEXT) mkdir -p $(dir $@) $(RRZ80) --maxruntime=3 --mapfile=$(<:.bin=.sym) $< > $@ -grep -n FAIL $@ /dev/null || true _clean: sdcc-2.9.0/support/regression/ports/z80/support.asm000066400000000000000000000002471116427777700223660ustar00rootroot00000000000000 .area _CODE .globl _putchar .globl _exit __putchar:: jp _putchar __initEmu:: ret __exitEmu:: jp _exit sdcc-2.9.0/support/regression/tests/000077500000000000000000000000001116427777700175175ustar00rootroot00000000000000sdcc-2.9.0/support/regression/tests/absolute.c000066400000000000000000000022611116427777700215020ustar00rootroot00000000000000/** Absolute addressing tests. mem: code, xdata */ #include #ifdef SDCC_pic16 # define ADDRESS(x) (0x02 ## x) #else # define ADDRESS(x) (0xCA ## x) #endif typedef struct { int a,b; } TestStruct; {mem} volatile at(ADDRESS(BC)) TestStruct TestVar = {0,0}; {mem} at(ADDRESS(B7)) char u; {mem} at(ADDRESS(B7)) char x = 'x'; {mem} at(ADDRESS(B9)) char y = 'y'; {mem} at(ADDRESS(B0)) int k = 0x1234; char z = 'z'; void testAbsolute(void) { #if defined(SDCC_mcs51) || defined(SDCC_ds390) || defined(SDCC_hc08) static {mem} at(ADDRESS(B6)) char s = 's'; char {mem} *pC = (char {mem} *)(ADDRESS(B0)); int {mem} *pI = (int {mem} *)(ADDRESS(B0)); ASSERT(u == 'x'); ASSERT(pC[7] == 'x'); ASSERT(pC[9] == 'y'); ASSERT(pC[6] == 's'); ASSERT(pI[0] == 0x1234); #endif } #if defined(SDCC_mcs51) || defined(SDCC_ds390) volatile data at(0x20) unsigned char Byte0 = 0x00; volatile data at(0x22) unsigned char Byte1 = 0x00; volatile bit Bit0, Bit1, Bit2, Bit3, Bit4, Bit5, Bit6, Bit7, Bit8; #endif void testAbsBdata(void) { #if defined(SDCC_mcs51) || defined(SDCC_ds390) Bit0 = 1; ASSERT(Byte0 == 0x00); Byte0 = 0xFF; Bit0 = 0; ASSERT(Byte0 == 0xFF); #endif } sdcc-2.9.0/support/regression/tests/addsub.c000066400000000000000000000020731116427777700211270ustar00rootroot00000000000000/** Add, sub tests. type: signed char, int, long storage: static, attr: volatile */ #include void testAdd(void) { {storage} {attr} {type} left, right, result; left = 5; right = 26; result = left+right; ASSERT(result == 31); left = 39; right = -120; result = left+right; ASSERT(result == (39-120)); left = -39; right = 80; result = left+right; ASSERT(result == (-39+80)); left = -39; right = -70; result = left+right; ASSERT(result == (-39-70)); result += 0xab00; ASSERT(result == ({type})(0xab00-39-70)); } void testSub(void) { {storage} {attr} {type} left, right, result; left = 5; right = 26; result = left-right; ASSERT(result == (5-26)); left = 39; right = -76; result = left-right; ASSERT(result == (39+76)); left = -12; right = 56; result = left-right; ASSERT(result == (-12-56)); left = -39; right = -20; result = left-right; ASSERT(result == (-39+20)); result = left-(signed)0x1200; ASSERT(result == ({type})(-39-(signed)0x1200)); } sdcc-2.9.0/support/regression/tests/args.c000066400000000000000000000016511116427777700206220ustar00rootroot00000000000000/** Tests argument passing to functions. Assumes that up to the first two arguments can be passed in registers. type1: char, int, long type2: char, int, long type3: char, int, long */ #include static {type1} returnFirstArg({type1} arg1, {type2} arg2, {type3} arg3) { UNUSED(arg2); UNUSED(arg3); return arg1; } static {type2} returnSecondArg({type1} arg1, {type2} arg2, {type3} arg3) { UNUSED(arg1); UNUSED(arg3); return arg2; } static {type3} returnThirdArg({type1} arg1, {type2} arg2, {type3} arg3) { UNUSED(arg1); UNUSED(arg2); return arg3; } static void testArgs(void) { ASSERT(returnFirstArg(123, 45, 67) == 123); ASSERT(returnFirstArg(-123, 45, 67) == -123); ASSERT(returnSecondArg(1, -23, 64) == -23); ASSERT(returnSecondArg(1, 8, 64) == 8); ASSERT(returnThirdArg(-33, -34, -35) == -35); ASSERT(returnThirdArg(-33, -34, 35) == 35); } sdcc-2.9.0/support/regression/tests/arithcse.c000066400000000000000000000013201116427777700214610ustar00rootroot00000000000000/* Test arithmetic CSE with /+-* type: char, short, long attr: volatile, */ #include void test_arithCse(void) { {attr} {type} res; {attr} {type} i = 10; /* addition with 0 */ res = i + 0; ASSERT (i == 10); res = 0 + i; ASSERT (res == 10); /* multiplication with 1 */ res = 1 * i; ASSERT (res == 10); res = i * 1; ASSERT (res == 10); /* multiplication with 0 */ res = 0 * i; ASSERT (res == 0); res = i * 0; ASSERT (res == 0); /* multiplication with -1 */ res = -1 * i; ASSERT (res == -i); res = i * -1; ASSERT (res == -i); /* division by 1 */ res = i / 1; ASSERT (res == i); /* division by -1 */ res = i / -1; ASSERT (res == -i); }sdcc-2.9.0/support/regression/tests/array.c000066400000000000000000000027431116427777700210070ustar00rootroot00000000000000/** array test type: char, int storage: xdata, code, */ #include #define TC(x) (0x10+(x)) #define TI(x) (0x1020+(x) + 0x100*(x)) #define TL(x) (0x10203040+(x)) const {storage} unsigned char array_const_char[4] = {TC(0), TC(1), TC(2), TC(3)}; const {storage} unsigned int array_const_int [4] = {TI(0), TI(1), TI(2), TI(3)}; const {storage} unsigned long array_const_long[4] = {TL(0), TL(1), TL(2), TL(3)}; unsigned char array_char[4] = {TC(0), TC(1), TC(2), TC(3)}; unsigned int array_int [4] = {TI(0), TI(1), TI(2), TI(3)}; unsigned long array_long[4] = {TL(0), TL(1), TL(2), TL(3)}; volatile unsigned {type} idx; volatile unsigned {type} idx2; void testArrayAccess(void) { idx = 2; ASSERT(array_const_char[idx] == TC(2)); ASSERT(array_const_int [idx] == TI(2)); ASSERT(array_const_long[idx] == TL(2)); ASSERT(array_const_char[2] == TC(2)); ASSERT(array_const_int [2] == TI(2)); ASSERT(array_const_long[2] == TL(2)); ASSERT(array_char[idx] == TC(2)); ASSERT(array_int [idx] == TI(2)); ASSERT(array_long[idx] == TL(2)); ASSERT(array_char[2] == TC(2)); ASSERT(array_int [2] == TI(2)); ASSERT(array_long[2] == TL(2)); idx = 3; idx2 = 1; array_char[idx2] = array_const_char[idx] | 0x80; array_int [idx2] = array_const_int [idx] | 0x8080; array_long[idx2] = array_const_long[idx] | 0x80808080; ASSERT(array_char[idx2] == (TC(3) | 0x80)); ASSERT(array_int [idx2] == (TI(3) | 0x8080)); ASSERT(array_long[idx2] == (TL(3) | 0x80808080)); } sdcc-2.9.0/support/regression/tests/ast_constant_folding.c000066400000000000000000000020501116427777700240620ustar00rootroot00000000000000/* Test ast_constant_folding() in SDCCast.c */ #include volatile unsigned i; unsigned foo_aa (void) { return i + 5 + i - i + 12; } unsigned foo_asr (void) { return i - 5 + i + i + 12; } unsigned foo_asl (void) { return 5 - i + i + 12; } unsigned foo_ssr (void) { return i - 5 - i - i - 12; } unsigned foo_ssl (void) { return 5 - i - i - 12; } unsigned foo_sa (void) { return i + 5 - i - i - 12; } unsigned foo_mul (void) { return 5 * i * i * 12; } unsigned foo_div (void) { return 33971u / i / 5 / i / i / 12; } unsigned foo_or (void) { return 5 | i | i | 12; } unsigned foo_and (void) { return 5 & i & i & 12; } void test_ast_cf(void) { i = 30; ASSERT(foo_aa () == 47); ASSERT(foo_asr() == 97); ASSERT(foo_asl() == 17); ASSERT(foo_ssr() == -47); ASSERT(foo_ssl() == -67); ASSERT(foo_sa () == -37); ASSERT(foo_mul() == 54000); i = 3; ASSERT(foo_div() == 20); i = 3; ASSERT(foo_or () == 15); i = 7; ASSERT(foo_and() == 4); } sdcc-2.9.0/support/regression/tests/bitfields.c000066400000000000000000000222711116427777700216340ustar00rootroot00000000000000/** Bitfield tests. SDCC pic16 port currently does not support bitfields of size > 8, so they are ifdefed out. */ #include struct { char c0_3 : 3; char c3_5 : 5; } c_bf; #if !defined(SDCC_pic16) struct { int i0_7 : 7; int i7_9 : 9; } i_bf; struct { long l0_7 : 7; long l7_10 : 10; long l17_15 : 15; } l_bf; struct { unsigned int b0 : 1; unsigned int b1 : 1; unsigned int b2 : 1; unsigned int b3 : 1; unsigned int b4 : 1; unsigned int b5 : 1; unsigned int b6 : 1; unsigned int b7 : 1; unsigned int b8 : 1; unsigned int b9 : 1; } sb_bf; #endif /* !SDCC_pic16 */ struct { unsigned int b0 : 1; unsigned int b2 : 1; } size1a_bf; struct { unsigned int b0 : 1; unsigned int b1 : 1; unsigned int : 0; } size1b_bf; struct { unsigned int b0 : 1; unsigned int b1 : 1; unsigned int b2 : 6; } size1c_bf; struct { unsigned int b0 : 1; unsigned int : 0; unsigned int b1 : 1; } size2a_bf; #if !defined(SDCC_pic16) struct { unsigned int b0 : 1; unsigned int b1 : 1; unsigned int b2 : 1; unsigned int b3 : 1; unsigned int b4 : 1; unsigned int b5 : 1; unsigned int b6 : 1; unsigned int b7 : 1; unsigned int b8 : 1; unsigned int b9 : 1; } size2b_bf; struct { unsigned int b0 : 4; unsigned int b1 : 5; } size2c_bf; struct { unsigned int b0 : 12; unsigned int b1 : 3; } size2d_bf; struct { unsigned int b0 : 3; unsigned int b1 : 12; } size3a_bf; struct { signed int s0_7 : 7; signed int s7_1 : 1; signed int s8_9 : 9; } s_bf; #endif /* !SDCC_pic16 */ void testBitfieldSizeof(void) { /* Although bitfields are extremely implementation dependant, these assertions should hold for all implementations with storage units of 8 bits or larger (nearly universal). */ ASSERT( sizeof(size1a_bf) >= 1); ASSERT( sizeof(size1b_bf) >= 1); ASSERT( sizeof(size1c_bf) >= 1); #if !defined(SDCC_pic16) ASSERT( sizeof(size2b_bf) >= 2); ASSERT( sizeof(size2c_bf) >= 2); ASSERT( sizeof(size2d_bf) >= 2); ASSERT( sizeof(size3a_bf) >= 2); ASSERT( sizeof(size1a_bf) <= sizeof(size1b_bf)); #endif /* !SDCC_pic16 */ /* Some SDCC specific assertions. SDCC uses 8 bit storage units. Bitfields that are less than 8 bits, but would (due to earlier bitfield declarations) span a storage unit boundary are realigned to the next storage unit boundary. Bitfields of 8 or greater bits are always aligned to start on a storage unit boundary. */ #ifdef SDCC ASSERT( sizeof(size1a_bf) == 1); ASSERT( sizeof(size1b_bf) == 1); ASSERT( sizeof(size1c_bf) == 1); ASSERT( sizeof(size2a_bf) == 2); #if !defined(SDCC_pic16) ASSERT( sizeof(size2b_bf) == 2); ASSERT( sizeof(size2c_bf) == 2); ASSERT( sizeof(size2d_bf) == 2); ASSERT( sizeof(size3a_bf) == 3); #endif /* !SDCC_pic16 */ #endif } void testBitfieldsSingleBitLiteral(void) { #if !defined(SDCC_pic16) size2b_bf.b0 = 0; size2b_bf.b1 = 0; size2b_bf.b2 = 0; size2b_bf.b3 = 0; size2b_bf.b4 = 0; size2b_bf.b5 = 0; size2b_bf.b6 = 0; size2b_bf.b7 = 0; size2b_bf.b8 = 0; size2b_bf.b9 = 0; /* make sure modulo 2 truncation works */ size2b_bf.b0 = 0x3fe; ASSERT(size2b_bf.b0==0); ASSERT(size2b_bf.b1==0); ASSERT(size2b_bf.b2==0); ASSERT(size2b_bf.b3==0); ASSERT(size2b_bf.b4==0); ASSERT(size2b_bf.b5==0); ASSERT(size2b_bf.b6==0); ASSERT(size2b_bf.b7==0); ASSERT(size2b_bf.b8==0); ASSERT(size2b_bf.b9==0); size2b_bf.b0 = 0x3ff; ASSERT(size2b_bf.b0==1); ASSERT(size2b_bf.b1==0); ASSERT(size2b_bf.b2==0); ASSERT(size2b_bf.b3==0); ASSERT(size2b_bf.b4==0); ASSERT(size2b_bf.b5==0); ASSERT(size2b_bf.b6==0); ASSERT(size2b_bf.b7==0); ASSERT(size2b_bf.b8==0); ASSERT(size2b_bf.b9==0); /* make sure both bytes work */ size2b_bf.b9 = 0x3ff; ASSERT(size2b_bf.b0==1); ASSERT(size2b_bf.b1==0); ASSERT(size2b_bf.b2==0); ASSERT(size2b_bf.b3==0); ASSERT(size2b_bf.b4==0); ASSERT(size2b_bf.b5==0); ASSERT(size2b_bf.b6==0); ASSERT(size2b_bf.b7==0); ASSERT(size2b_bf.b8==0); ASSERT(size2b_bf.b9==1); #endif /* !SDCC_pic16 */ } void testBitfieldsSingleBit(void) { #if !defined(SDCC_pic16) volatile unsigned char c; c = 0; size2b_bf.b0 = c; size2b_bf.b1 = c; size2b_bf.b2 = c; size2b_bf.b3 = c; size2b_bf.b4 = c; size2b_bf.b5 = c; size2b_bf.b6 = c; size2b_bf.b7 = c; size2b_bf.b8 = c; size2b_bf.b9 = c; /* make sure modulo 2 truncation works */ c = 0xfe; size2b_bf.b0 = c; ASSERT(size2b_bf.b0==0); ASSERT(size2b_bf.b1==0); ASSERT(size2b_bf.b2==0); ASSERT(size2b_bf.b3==0); ASSERT(size2b_bf.b4==0); ASSERT(size2b_bf.b5==0); ASSERT(size2b_bf.b6==0); ASSERT(size2b_bf.b7==0); ASSERT(size2b_bf.b8==0); ASSERT(size2b_bf.b9==0); c++; size2b_bf.b0 = c; ASSERT(size2b_bf.b0==1); ASSERT(size2b_bf.b1==0); ASSERT(size2b_bf.b2==0); ASSERT(size2b_bf.b3==0); ASSERT(size2b_bf.b4==0); ASSERT(size2b_bf.b5==0); ASSERT(size2b_bf.b6==0); ASSERT(size2b_bf.b7==0); ASSERT(size2b_bf.b8==0); ASSERT(size2b_bf.b9==0); /* make sure both bytes work */ size2b_bf.b9 = c; ASSERT(size2b_bf.b0==1); ASSERT(size2b_bf.b1==0); ASSERT(size2b_bf.b2==0); ASSERT(size2b_bf.b3==0); ASSERT(size2b_bf.b4==0); ASSERT(size2b_bf.b5==0); ASSERT(size2b_bf.b6==0); ASSERT(size2b_bf.b7==0); ASSERT(size2b_bf.b8==0); ASSERT(size2b_bf.b9==1); #endif /* !SDCC_pic16 */ } void testBitfieldsMultibitLiteral(void) { #if !defined(SDCC_pic16) size2c_bf.b0 = 0xff; /* should truncate to 0x0f */ size2c_bf.b1 = 0; ASSERT(size2c_bf.b0==0x0f); ASSERT(size2c_bf.b1==0); size2c_bf.b1 = 0xff; /* should truncate to 0x1f */ size2c_bf.b0 = 0; ASSERT(size2c_bf.b0==0); ASSERT(size2c_bf.b1==0x1f); size2c_bf.b0 = 0xff; /* should truncate to 0x0f */ size2c_bf.b1 = 0xff; /* should truncate to 0x1f */ ASSERT(size2c_bf.b0==0x0f); ASSERT(size2c_bf.b1==0x1f); size2d_bf.b0 = 0xffff; /* should truncate to 0x0fff */ size2d_bf.b1 = 0; ASSERT(size2d_bf.b0==0x0fff); ASSERT(size2d_bf.b1==0); size2d_bf.b1 = 0xffff; /* should truncate to 0x07 */ size2d_bf.b0 = 0; ASSERT(size2d_bf.b0==0); ASSERT(size2d_bf.b1==0x07); size2d_bf.b0 = 0xffff; /* should truncate to 0x0fff */ size2d_bf.b1 = 0xffff; /* should truncate to 0x07 */ ASSERT(size2d_bf.b0==0x0fff); ASSERT(size2d_bf.b1==0x07); size2d_bf.b0 = 0x0321; size2d_bf.b1 = 1; ASSERT(size2d_bf.b0==0x0321); ASSERT(size2d_bf.b1==1); size2d_bf.b0 = 0x0a46; size2d_bf.b1 = 5; ASSERT(size2d_bf.b0==0x0a46); ASSERT(size2d_bf.b1==5); #endif /* !SDCC_pic16 */ } void testBitfieldsMultibit(void) { #if !defined(SDCC_pic16) volatile int allones = 0xffff; volatile int zero = 0; volatile int x; size2c_bf.b0 = allones; /* should truncate to 0x0f */ size2c_bf.b1 = zero; ASSERT(size2c_bf.b0==0x0f); ASSERT(size2c_bf.b1==0); size2c_bf.b1 = allones; /* should truncate to 0x1f */ size2c_bf.b0 = zero; ASSERT(size2c_bf.b0==0); ASSERT(size2c_bf.b1==0x1f); size2d_bf.b0 = allones; /* should truncate to 0x0fff */ size2d_bf.b1 = zero; ASSERT(size2d_bf.b0==0x0fff); ASSERT(size2d_bf.b1==0); size2d_bf.b1 = allones; /* should truncate to 0x07 */ size2d_bf.b0 = zero; ASSERT(size2d_bf.b0==0); ASSERT(size2d_bf.b1==0x07); x = 0x0321; size2d_bf.b0 = x; x = 1; size2d_bf.b1 = x; ASSERT(size2d_bf.b0==0x0321); ASSERT(size2d_bf.b1==1); x = 0x0a46; size2d_bf.b0 = x; x = 5; size2d_bf.b1 = x; ASSERT(size2d_bf.b0==0x0a46); ASSERT(size2d_bf.b1==5); #endif /* !SDCC_pic16 */ } void testBitfields(void) { c_bf.c0_3 = 2; c_bf.c3_5 = 3; #if defined(PORT_HOST) && (defined(__ppc__) || defined(__PPC__)) /* bitfields on powerpc architecture are allocated from left to right */ ASSERT(*(char *)(&c_bf) == ((2<<(8-3)) + 3) ); #else ASSERT(*(char *)(&c_bf) == (2 + (3<<3)) ); #endif #if 0 // not yet i_bf.i0_7 = 23; i_bf.i7_9 = 234; ASSERT(*(int *)(&i_bf) == (23 + (234<<7)) ); l_bitfield.l0_7 = 23; l_bitfield.l7_10 = 234; l_bitfield.l17_15 = 2345; ASSERT(*(long *)(&l_bf) == (23 + (234<<7) + (2345<<17)) ); #endif } void testSignedBitfields(void) { #if !defined(SDCC_pic16) s_bf.s0_7 = 0xf0; s_bf.s7_1 = 1; s_bf.s8_9 = 0xfff8; ASSERT(s_bf.s0_7 == -16); ASSERT(s_bf.s7_1 == - 1); ASSERT(s_bf.s8_9 == - 8); ASSERT(s_bf.s0_7 < 0); ASSERT(s_bf.s7_1 < 0); ASSERT(s_bf.s8_9 < 0); s_bf.s0_7 = 0x3f; s_bf.s7_1 = 2; s_bf.s8_9 = 0x00ff; ASSERT(s_bf.s0_7 == 0x3f); ASSERT(s_bf.s7_1 == 0); ASSERT(s_bf.s8_9 == 0xff); ASSERT(s_bf.s0_7 > 0); ASSERT(s_bf.s8_9 > 0); #endif /* !SDCC_pic16 */ } /* test case for enhancement request #2291335 : Unnamed bit-field initialization */ struct s2291335_1 { int a : 2; char : 2; int b : 2; }; struct s2291335_2 { int a : 2; char : 0; int b : 2; }; struct s2291335_1 gs2291335_1 = {1, 2}; struct s2291335_2 gs2291335_2 = {1, 2}; void __test2291335(void) { struct s2291335_1 ls2291335_1 = {1, 2}; struct s2291335_2 ls2291335_2 = {1, 2}; ASSERT(gs2291335_1.a == 1); ASSERT(gs2291335_1.b == 2); ASSERT(gs2291335_2.a == 1); ASSERT(gs2291335_2.b == 2); ASSERT(ls2291335_1.a == 1); ASSERT(ls2291335_1.b == 2); ASSERT(ls2291335_2.a == 1); ASSERT(ls2291335_2.b == 2); } /* test case for bug #2366757: segfault when initializing structure with bitfield */ struct { char a : 1; char b : 1; } s2366757 = {0}; sdcc-2.9.0/support/regression/tests/bitopcse.c000066400000000000000000000057451116427777700215060ustar00rootroot00000000000000/* Test CSE with |&^ type: bool, char, short, long */ #include #include /* This is not only a regression test, the focus of this test is more on the generated code (volatile!). */ #define TYPE_{type} #if defined(TYPE_bool) && !defined(SDCC) # define UNSIGNED #else # define UNSIGNED unsigned #endif #if defined(TYPE_bool) # define _data #else # define _data idata #endif #if defined(TYPE_bool) && defined(__bool_true_false_are_defined) # define MASK 1 #elif defined(TYPE_bool) && !defined(__bool_true_false_are_defined) # if defined(PORT_HOST) # define MASK 0xffffffff # else # define MASK 0xffff # endif # define bool int #elif defined(TYPE_char) # define MASK 0xff #elif defined(TYPE_short) # define MASK 0xffff #elif defined(TYPE_long) # define MASK 0xffffffff #else # warning Unknown type #endif /* the variable 'mask' is only defined to see if MASK is correctly set up */ const unsigned long mask = MASK; volatile {type} v; volatile UNSIGNED {type} uv; /* an array would be nicer, but an array of bits isn't possible */ _data {type} a0 , a1 , a2 , a3 , a4 , a5 , a6 , a7 , a8 , a9 , a10, a11, a12, a13, a14, a15, a16, a17, a18, a19, a20; _data UNSIGNED {type} ua0, ua1, ua2, ua3, ua4, ua5, ua6; _data {type} b; _data volatile UNSIGNED {type} ub = 0xbe; void testcse(void) { b = 0xeb; ub = 0xbe; v = 0x33; uv = 0x7b; a0 = 0 & b; a1 = 0 & v; a2 = MASK & b; a3 = MASK & v; ua0 = MASK & ub; ua1 = MASK & uv; a4 = b & b; a5 = v & v; a6 &= 0; v &= 0; a7 &= MASK; v &= MASK; ua2 &= MASK; uv &= MASK; a8 = 0 | b; a9 = 0 | v; a10 = MASK | b; a11 = MASK | v; ua3 = MASK | ub; ua4 = MASK | uv; a12 = b | b; a13 = v | v; a14 |= 0; v |= 0; a15 |= MASK; v |= MASK; ua5 |= MASK; uv |= MASK; a16 = 0 ^ b; a17 = 0 ^ v; a18 = b ^ b; a19 = v ^ v; a20 ^= 0; v ^= 0; ASSERT( a0 == 0); ASSERT( a1 == 0); ASSERT( a2 == b); #if defined(TYPE_bool) && defined(__bool_true_false_are_defined) ASSERT( a3 == 1); ASSERT(ua1 == 1); ASSERT( a5 == 1); #else ASSERT( a3 == ({type}) 0x33); ASSERT(ua1 == ({type}) 0x7b); ASSERT( a5 == ({type}) 0x33); #endif ASSERT(ua0 == ub); ASSERT( a4 == b); ASSERT( a6 == 0); // ASSERT( a7 == ); // ASSERT(ua2 == ); ASSERT( a8 == b); ASSERT( a9 == 0); ASSERT( a10 == ({type}) MASK); ASSERT( a11 == ({type}) MASK); ASSERT(ua3 == MASK); ASSERT(ua4 == MASK); ASSERT( a12 == b); ASSERT( a13 == 0); // ASSERT( a14 == ); ASSERT( a15 == ({type}) MASK); ASSERT(ua5 == MASK); ASSERT( a16 == b); ASSERT( a17 == ({type}) MASK); ASSERT( a18 == 0); ASSERT( a19 == 0); // ASSERT( a20 == ); ASSERT( v == ({type}) MASK); ASSERT(uv == MASK); } sdcc-2.9.0/support/regression/tests/bitvars.c000066400000000000000000000020471116427777700213400ustar00rootroot00000000000000/** Bit vars test. type: bool, char, unsigned char, unsigned short, unsigned long */ #include #include #ifndef PORT_HOST #pragma disable_warning 180 //no warning about using complement on bit/unsigned char #endif #ifdef __bool_true_false_are_defined #define TYPE_{type} char foo(bool a, bool b, char c) { return a + b + c; } char complement(bool a, bool b) { return (a == b); } {type} _0 = 0, _1 = 1, _ff = 0xFF, _ffff = -1; #endif //__bool_true_false_are_defined void testBits(void) { #ifdef __bool_true_false_are_defined bool x = 2; ASSERT (foo(x,3,4) == 6); ASSERT (complement (~_0, 1)); ASSERT (complement (~_1, 1)); #if defined TYPE_char ASSERT (complement (~_ff, 0)); #else ASSERT (complement (~_ff, 1)); #endif #if defined TYPE_bool ASSERT (complement (~_ffff, 1)); #elif defined TYPE_char ASSERT (complement (~_ffff, 0)); #else if (sizeof({type}) < sizeof(int)) ASSERT (complement (~_ffff, 1)); else ASSERT (complement (~_ffff, 0)); #endif #endif //__bool_true_false_are_defined } sdcc-2.9.0/support/regression/tests/bitwise.c000066400000000000000000000107461116427777700213410ustar00rootroot00000000000000/** Test the bitwise operators. type: char, short, long attr: volatile, storage: static, */ #include static void testTwoOpBitwise(void) { {storage} {attr} {type} left, right; left = ({type})0x3df7; right = ({type})0xc1ec; ASSERT(({type})(left & right) == ({type})0x1E4); ASSERT(({type})(right & left) == ({type})0x1E4); ASSERT(({type})(left & 0xc1ec) == ({type})0x1E4); ASSERT(({type})(0x3df7 & right) == ({type})0x1E4); ASSERT(({type})(left | right) == ({type})0xFDFF); ASSERT(({type})(right | left) == ({type})0xFDFF); ASSERT(({type})(left | 0xc1ec) == ({type})0xFDFF); ASSERT(({type})(0x3df7 | right) == ({type})0xFDFF); ASSERT(({type})(left ^ right) == ({type})0xFC1B); ASSERT(({type})(right ^ left) == ({type})0xFC1B); ASSERT(({type})(left ^ 0xc1ec) == ({type})0xFC1B); ASSERT(({type})(0x3df7 ^ right) == ({type})0xFC1B); #if defined (__alpha__) || defined (__x86_64__) /* long is 64 bits on 64 bit machines */ ASSERT(({type})(~left) == ({type})0xFFFFFFFFFFFFC208); #else ASSERT(({type})(~left) == ({type})0xFFFFC208); #endif } void testAnd(void) { char res; {attr} int a; /* always false if right literal == 0 */ #if 0 // fails on pic16 if (a & 0) res = 1; else res = 0; ASSERT(res = 0); a = 0x1234; if (a & 0) res = 1; else res = 0; ASSERT(res = 0); #endif /* * result: if, left: var, right: literal */ a = 0x1234; if (a & 0x4321) res = 1; else res = 0; ASSERT(res == 1); if (a & 0x4321) /* nothing for true */ ; else res = 0; ASSERT(res == 1); if (!(a & 0x4321)) res = 1; else res = 0; ASSERT(res == 0); if (!(a & 0x4321)) /* nothing for true */ ; else res = 0; ASSERT(res == 0); /* bitmask literal */ a = 0xffff; if (a & 0x1004) res = 1; else res = 0; ASSERT(res == 1); if (!(a & 0x1004)) res = 1; else res = 0; ASSERT(res == 0); a = 0x0000; if (a & 0x1004) res = 1; else res = 0; ASSERT(res == 0); if (!(a & 0x1004)) res = 1; else res = 0; ASSERT(res == 1); a = 0x00ff; if (a & 0x1004) res = 1; else res = 0; ASSERT(res == 1); if (!(a & 0x1004)) res = 1; else res = 0; ASSERT(res == 0); a = 0xff00; if (a & 0x1004) res = 1; else res = 0; ASSERT(res == 1); if (!(a & 0x1004)) res = 1; else res = 0; ASSERT(res == 0); /* literal with zero bytes */ a = 0x1234; if (a & 0x4300) res = 1; else res = 0; ASSERT(res == 1); if (a & 0x0012) res = 1; else res = 0; ASSERT(res == 1); if (!(a & 0x4300)) res = 1; else res = 0; ASSERT(res == 0); if (!(a & 0x0012)) res = 1; else res = 0; ASSERT(res == 0); /* * result: bit, left: var, right: literal */ } void testOr(void) { char res; {attr} int a = 0x1234; /* * result: if, left: var, right: literal */ res = 1; if (a | 0x4321) /* nothing for true */ ; else res = 0; ASSERT(res == 1); if (!(a | 0x4321)) /* nothing for true */ ; else res = 0; ASSERT(res == 0); if (a | 0x4321) res = 1; else res = 0; ASSERT(res == 1); if (!(a | 0x4321)) res = 1; else res = 0; ASSERT(res == 0); /* or with zero: result is left */ res = 1; if (a | 0) /* nothing for true */ ; else res = 0; ASSERT(res == 1); res = 1; if (!(a | 0)) /* nothing for true */ ; else res = 0; ASSERT(res == 0); if (a | 0) res = 1; else res = 0; ASSERT(res == 1); if (!(a | 0)) res = 1; else res = 0; ASSERT(res == 0); } void testXor(void) { char res; {attr} int a = 0x1234; /* * result: if, left: var, right: literal */ if (a ^ 0x4321) res = 1; else res = 0; ASSERT(res == 1); if (a ^ 0x4321) /* nothing for true */ ; else res = 0; ASSERT(res == 1); if (!(a ^ 0x4321)) res = 1; else res = 0; ASSERT(res == 0); if (!(a ^ 0x4321)) /* nothing for true */ ; else res = 0; ASSERT(res == 0); /* literal with 0xff bytes */ if (a ^ 0xff04) res = 1; else res = 0; ASSERT(res == 1); if (!(a ^ 0xff04)) res = 1; else res = 0; ASSERT(res == 0); /* literal with zero bytes */ if (a ^ 0x0004) res = 1; else res = 0; ASSERT(res == 1); if (!(a ^ 0x0004)) res = 1; else res = 0; ASSERT(res == 0); } static void testBug_1777758(void) { char ep = -1; ep &= ~0x80; ASSERT(ep == 127); } sdcc-2.9.0/support/regression/tests/bp.c000066400000000000000000000021271116427777700202660ustar00rootroot00000000000000/* Base pointer tests, specifically for the z80. */ #include #include int verifyBlock(char *p, char val, int len) { while (len--) { if (*p++ != val) { return 0; } } return 1; } int spoil(int a) { return a; } #if defined(SDCC_mcs51) || defined(SDCC_pic16) // test devices with much less memory #define ABOVE_MEM_SIZE 30 #define ABOVE_MEM_TEST_SIZE 17 #define BELOW_MEM_SIZE 20 #define BELOW_MEM_TEST_SIZE 7 #else #define ABOVE_MEM_SIZE 400 #define ABOVE_MEM_TEST_SIZE 17 #define BELOW_MEM_SIZE 200 #define BELOW_MEM_TEST_SIZE 74 #endif void testBP(void) { char above[ABOVE_MEM_SIZE]; int f; char below[BELOW_MEM_SIZE]; memset(above, ABOVE_MEM_TEST_SIZE, sizeof(above)); memset(below, BELOW_MEM_TEST_SIZE, sizeof(below)); ASSERT(verifyBlock(above, ABOVE_MEM_TEST_SIZE, sizeof(above))); ASSERT(verifyBlock(below, BELOW_MEM_TEST_SIZE, sizeof(below))); f = spoil(-5); spoil(f); ASSERT(verifyBlock(above, ABOVE_MEM_TEST_SIZE, sizeof(above))); ASSERT(verifyBlock(below, BELOW_MEM_TEST_SIZE, sizeof(below))); } sdcc-2.9.0/support/regression/tests/bug-1029883.c000066400000000000000000000014331116427777700212750ustar00rootroot00000000000000/* Make sure global common subexpression optimization does not inappropriately cache values across function calls. sign1: signed, unsigned sign2: signed, unsigned type: int */ #include typedef struct { {sign1} {type} field1; {sign1} {type} *field2; {sign1} {type} field3; } struct1; void spoil({sign1} {type} val) { UNUSED(val); } void inc1({sign1} {type} *valptr) { (*valptr)++; } {sign2} gcse1({sign2} {type} target) { spoil(target); inc1(&target); return target; } void inc2(struct1 *s) { (*s->field2)++; } {sign2} gcse2({sign2} {type} target) { struct1 s; s.field2 = &s.field3; *s.field2 = target; spoil(s.field3); inc2(&s); return s.field3; } void testgcse(void) { ASSERT(gcse1(1)==2); ASSERT(gcse2(1)==2); } sdcc-2.9.0/support/regression/tests/bug-1292721.c000066400000000000000000000005231116427777700212650ustar00rootroot00000000000000/* bugs 1292721. */ #include char bar(void) { static char ret = 0; if(!ret) { ret = 1; return(0); } return(1); } void testBug156270(void) { char aa, bb; aa = bar(); for (;;) { bb = bar(); if (!bb) break; if (aa == 0) return; ASSERT(0); } ASSERT(0); } sdcc-2.9.0/support/regression/tests/bug-1294691.c000066400000000000000000000004311116427777700212730ustar00rootroot00000000000000/* bug-1294691.c */ #include unsigned char x = 1; unsigned char y = 5; int ret; void testBug(void) { ret = 1; if (x) { if (y > 3) { if (y < 8) { } } else { } } else { ret = 0; } ASSERT(ret == 1); } sdcc-2.9.0/support/regression/tests/bug-136564.c000066400000000000000000000031401116427777700212040ustar00rootroot00000000000000/* bug-136564.c loop induction */ #include volatile unsigned char p; unsigned char i_result[3]; void foo (void) { unsigned char i; unsigned char u; static unsigned char c = '?'; u = 0; while (1) { i = 0; switch (u) { case 0: /* this BBlock _case_0_0: - changes i - jumps to the successor "_swBrk_0" */ p = 0; i = 42; /* fixed: Absent in "main.asm" */ break; case 1: /* the while loop: - inducts i - has the exit block "_swBrk_0" sdcc inserts a new BBlock "loopExitLbl" before "_swBrk_0". "loopExitLbl" becomes the new successor for the exit blocks of the while loop. In "loopExitLbl" i can be restored without interference from "_swBrk_0". */ while (c != 'x' && i < 9 ) i++; break; default: p = 2; i = 24; /* fixed: Absent in "main.asm" */ } p = i; i_result[u] = i; if (u >= 2) return; u++; } } int _strncmp ( char * first, char * last, unsigned count ) { while (--count && *first && *first == *last) { first++; last++; } return( *first - *last ); } void testInducion(void) { foo(); ASSERT(i_result[0] == 42); ASSERT(i_result[1] == 9); ASSERT(i_result[2] == 24); ASSERT(_strncmp ("SDCC is great", "SDCC is buggy", sizeof("SDCC is" )) == 0); ASSERT(_strncmp ("SDCC is great", "SDCC is buggy", sizeof("SDCC is ")) != 0); } sdcc-2.9.0/support/regression/tests/bug-1376320.c000066400000000000000000000002571116427777700212670ustar00rootroot00000000000000/* bug-1376320.c copy signedness while replacing operands */ #include static void testSign(void) { signed long l; l = 3; l -= 5ul; ASSERT(l < 0); } sdcc-2.9.0/support/regression/tests/bug-1406131.c000066400000000000000000000002431116427777700212540ustar00rootroot00000000000000/* bug-1406131.c always false while-loop */ #include void testwhile(void) { do ; while (0); while (0) ; for (; 0; ) ; } sdcc-2.9.0/support/regression/tests/bug-1408066.c000066400000000000000000000016651116427777700212760ustar00rootroot00000000000000/* bug-136564.c0 loop induction */ #include void testBackPatchLabel(void) { volatile unsigned char c0 = 0, c1 = 1; unsigned char r; if ( (c0 == 0)) r = 1; else r = 0; ASSERT(r == 1); if ( !(c0 == 0)) r = 1; else r = 0; ASSERT(r == 0); if ( !!(c0 == 0)) r = 1; else r = 0; ASSERT(r == 1); if ( !!!(c0 == 0)) r = 1; else r = 0; ASSERT(r == 0); if ( !!!!(c0 == 0)) r = 1; else r = 0; ASSERT(r == 1); if (!!!!!(c0 == 0)) r = 1; else r = 0; ASSERT(r == 0); if ( ((c0 == 0) && (c1 == 1))) r = 1; else r = 0; ASSERT(r == 1); if ( !((c0 == 0) && (c1 == 1))) r = 1; else r = 0; ASSERT(r == 0); if ( !!((c0 == 0) && (c1 == 1))) r = 1; else r = 0; ASSERT(r == 1); if ( ( (c0 == 0) && (c1 == 1))) r = 1; else r = 0; ASSERT(r == 1); if ( !( !(c0 == 1) && !(c1 == 0))) r = 1; else r = 0; ASSERT(r == 0); if ( !!(!!(c0 == 0) && !!(c1 == 1))) r = 1; else r = 0; ASSERT(r == 1); } sdcc-2.9.0/support/regression/tests/bug-1493710.c000066400000000000000000000004411116427777700212650ustar00rootroot00000000000000/* bug-1493710.c cse findPointerSet with signed/unsigned operands */ #include struct { unsigned char a; } st = { 0xff }; signed char c = -1; unsigned char f (void) { st.a += c; return st.a > 8; } void testFindPointerSet(void) { ASSERT(f() == 1); } sdcc-2.9.0/support/regression/tests/bug-1654060.c000066400000000000000000000005761116427777700212730ustar00rootroot00000000000000/* bug-1654060.c typedef within function causes syntax error */ #include typedef char mytype1; typedef int mytype2; mytype1 c1 = 'A'; mytype2 i1 = 12345; void testTypedef(void) { typedef int mytype1; typedef char mytype2; mytype1 i2 = 21435; mytype2 c2 = 'B'; ASSERT(c1 == 'A'); ASSERT(i1 == 12345); ASSERT(c2 == 'B'); ASSERT(i2 == 21435); } sdcc-2.9.0/support/regression/tests/bug-1699804.c000066400000000000000000000007371116427777700213110ustar00rootroot00000000000000/* bug-1699804.c */ #include static code const char Str_global[] = "Hello1"; char s1, s2; void testFoo(void) { static code const char str_local[] = "Hello2"; static char str1[sizeof(Str_global)]; static char str2[sizeof(str_local)]; // causes error 20: Undefined identifier 'str_local' s1 = sizeof(Str_global); s2 = sizeof(str_local); // no error and proper result when line causing error (above) is removed ASSERT(s1 == 7); ASSERT(s2 == 7); } sdcc-2.9.0/support/regression/tests/bug-1805702.c000066400000000000000000000004621116427777700212660ustar00rootroot00000000000000/* bug-1805702.c */ #include int foo; extern int foo; void test(void) { foo = 10; ASSERT(foo == 10); } /* compile time check for compiler defined functions (cdef) */ float __fsmul (float, float); float __fsmul (float a1, float a2) { /* just for tesing... */ return (a1 + a2); } sdcc-2.9.0/support/regression/tests/bug-1817005.c000066400000000000000000000003421116427777700212620ustar00rootroot00000000000000/* bug-1817005.c */ #include /* this is an assemble time test, so it doesn't have to be executed */ int function_with_really_long_name(void) { return 0; } /* dummy test function */ void testDummy(void) { } sdcc-2.9.0/support/regression/tests/bug-1981238.c000066400000000000000000000006521116427777700213000ustar00rootroot00000000000000/* bug1981238.c */ #include code struct { char x:1; char :0; char d:2; char b:6; } pad = {1, 2, 1}; code struct { int p:1; int q:7; char :0; int s:1; int t:7; } noPad = {1, 120, 1, 127}; code struct { char :0; char b; } initialNoPad[] = {{2}, {4}}; void testBitfield (void) { ASSERT (sizeof (pad) == 2); ASSERT (sizeof (noPad) == 2); ASSERT (sizeof (initialNoPad[0]) == 1); } sdcc-2.9.0/support/regression/tests/bug-2051348.c000066400000000000000000000025141116427777700212660ustar00rootroot00000000000000/* bug 2051348. */ #include #pragma disable_warning 85 typedef char BOOLEAN; typedef signed char SHORTINT; void App_PutSprite (SHORTINT x, SHORTINT y, SHORTINT spr) { } static SHORTINT Labirint_objCell, Labirint_manX, Labirint_manY, Labirint_manDirX, Labirint_manDirY; static BOOLEAN Labirint_manPresent; static SHORTINT Labirint_GetManSprite (void) { return(0); } static BOOLEAN Labirint_ManCanGo (void) { return(0); } static BOOLEAN Labirint_ManGoing (SHORTINT x, SHORTINT y) { return(0); } static void Labirint_SetCell (SHORTINT x, SHORTINT y, SHORTINT cell) { } static void Labirint_TryMoveMan (void) { SHORTINT x, y, manSprite; if (Labirint_ManCanGo()) { x = (Labirint_manX + Labirint_manDirX) + Labirint_manDirX; y = (Labirint_manY + Labirint_manDirY) + Labirint_manDirY; Labirint_manPresent = Labirint_ManGoing(x, y); if (!Labirint_manPresent) { return; } manSprite = Labirint_GetManSprite(); Labirint_SetCell(x, y, manSprite); App_PutSprite(Labirint_manX, Labirint_manY, 0); // Assembly fails for the next two lines. Labirint_manX = Labirint_manX + Labirint_manDirX; Labirint_manY = Labirint_manY + Labirint_manDirY; } else { manSprite = 4; } App_PutSprite(Labirint_manX, Labirint_manY, manSprite); } void testBug2051348(void) { ASSERT(1); } sdcc-2.9.0/support/regression/tests/bug-221100.c000066400000000000000000000026441116427777700211710ustar00rootroot00000000000000/* bug-221100.c If test_index is char, loses high bit when indexes table workaround is to use [(unsigned int) test_index] */ #include #define ARRAY_SIZE 130 #ifdef SDCC_pic16 /* not enough pic16 data space, so put the array into the code memory */ code static unsigned int testArray[ARRAY_SIZE] = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 115, 116, 117, 118, 119, 120, 121, 122, 123, 124, 125, 126, 127, 128, 129, }; #else xdata static unsigned int testArray[ARRAY_SIZE]; #endif static unsigned int test_int; static unsigned char test_index; static void fetch(void) { test_int = testArray [test_index]; } static void testUnsignedCharIndex(void) { #ifndef SDCC_pic16 int i; for (i = 0; i < 130; i++) { testArray[i] = i; } #endif test_index = 5; fetch(); ASSERT(test_int == 5); test_index = 129; fetch(); ASSERT(test_int == 129); } sdcc-2.9.0/support/regression/tests/bug-221168.c000066400000000000000000000005161116427777700212030ustar00rootroot00000000000000/* bug-221168.c */ #include #ifdef __mcs51 # define XDATA xdata #else # define XDATA #endif XDATA static char x[10][20]; XDATA char * getAddrOfCell(unsigned char y, unsigned char z) { return &x[y][z]; } static void testMultiDimensionalAddress(void) { ASSERT(getAddrOfCell(5, 6) == (char XDATA *)x + 106); } sdcc-2.9.0/support/regression/tests/bug-221220.c000066400000000000000000000013161116427777700211670ustar00rootroot00000000000000/* bug-221220.c Or an approximation there of. */ #include typedef struct { int filler; int value; } TESTSTRUCT; static void incrementValue(TESTSTRUCT *ps) { ps->value++; } static void subTestStructVolatile(TESTSTRUCT *ps) { int a, b; /* sdcc used to cache the value of ps->value into registers, such that as a = ps->value and b = ps->value, then a = b. However if an intervening function uses the structure then ps->value could change. */ a = ps->value; incrementValue(ps); b = ps->value; ASSERT(a == 7); ASSERT(b == 8); } static void testStructVolatile(void) { TESTSTRUCT s; s.value = 7; subTestStructVolatile(&s); } sdcc-2.9.0/support/regression/tests/bug-223113.c000066400000000000000000000004551116427777700211750ustar00rootroot00000000000000/* bug-223113.c PENDING */ #include int putch( int Ch ) { return( Ch ); } int puts( char *Str ) { char *Ptr; for( Ptr = Str; *Ptr != '\0'; Ptr++ ) { putch( *Ptr ); } return( (Ptr - Str) ); } void __main( void ) { puts( "hello world\n" ); } void testBug(void) { } sdcc-2.9.0/support/regression/tests/bug-227710.c000066400000000000000000000006251116427777700212030ustar00rootroot00000000000000/* bug-227710.c */ #include static unsigned char dataset[] = { 1, 2, 3, 4 }; unsigned char *p; struct { unsigned char index; } s; unsigned char foo(void) { // BUG, there will be a PRE-increment return p[s.index++]; } void testPostIncrement(void) { p = dataset; ASSERT(foo() == 1); ASSERT(foo() == 2); ASSERT(foo() == 3); ASSERT(foo() == 4); } sdcc-2.9.0/support/regression/tests/bug-408972.c000066400000000000000000000005021116427777700212100ustar00rootroot00000000000000/* Fake header. */ #include long leftShiftLong (long l) { return (l << 3); } int leftShiftIntMasked (int v) { return ((v & 0xff00U) << 3); } int leftShiftIntMasked2 (int v) { return ((v & 0xff) << 8); } int leftShiftIntMasked3 (int v) { return ((v & 0xff) << 3); } void testBug(void) { } sdcc-2.9.0/support/regression/tests/bug-426632.c000066400000000000000000000012021116427777700211770ustar00rootroot00000000000000/* bug-436632.c PENDING */ #include typedef struct { unsigned char year; /* Current year (with offset 1900) */ unsigned char month; /* Month (1 = Jan., ..., 12 = Dec.) */ unsigned char day; /* Day of month (1 to 31) */ } DATE_STRUCT; unsigned char year; unsigned char month; unsigned char day; void *__main() { float i; float y; void *p; DATE_STRUCT d; DATE_STRUCT *date_ptr; date_ptr = &d; year = date_ptr->year; month = date_ptr->month; day = date_ptr->day; i = 1.35; i += 2; y = 1; y = y+i; i = y; p = &y; return p; } void testBug(void) { } sdcc-2.9.0/support/regression/tests/bug-435068.c000066400000000000000000000003551116427777700212120ustar00rootroot00000000000000/* bug-435068.c */ #include char c, d; static void testQuestion(void) { volatile char c, d; c = (0x100 & 0x100) ? 4 : 8; // ok d = ((0x100 & 0x100) ? 4 : 8) + 1; ASSERT(c == 4); ASSERT(d == 5); } sdcc-2.9.0/support/regression/tests/bug-435214.c000066400000000000000000000003011116427777700211720ustar00rootroot00000000000000/* bug-435214.c */ #include unsigned long divide(long a) { return a/512ul; } void testDivide(void) { ASSERT(divide(1300) == 2); ASSERT(divide(0x12345678) == 0x91A2B); } sdcc-2.9.0/support/regression/tests/bug-441448.c000066400000000000000000000007311116427777700212070ustar00rootroot00000000000000/* bug-441448.c PENDING */ #include #define DATA typedef struct { unsigned char buffer[0x18]; unsigned char OutPtr, InPtr; unsigned char Count; } Fifo; DATA Fifo TxFifo={"ABCD", 0, 0, 0}, RxFifo={"FGHI", 0, 0, 0}; DATA unsigned char dummy1, dummy2; void testPrePostIncrement(void) { dummy2 = TxFifo.buffer[++TxFifo.OutPtr]; dummy1 = RxFifo.buffer[RxFifo.OutPtr++]; ASSERT(dummy2 == 'B'); ASSERT(dummy1 == 'F'); } sdcc-2.9.0/support/regression/tests/bug-448984.c000066400000000000000000000002541116427777700212230ustar00rootroot00000000000000/* bug-448984.c */ #include void testRshRem(void) { volatile int rem, quot; quot = 4; rem = 5000; rem = rem - (quot*1024); ASSERT(rem == 904); } sdcc-2.9.0/support/regression/tests/bug-453196.c000066400000000000000000000032461116427777700212160ustar00rootroot00000000000000/* Demonstrates the aliasing problem with the z80 port when loop induction is turned on. Run_Index and Int_2_Loc get joined into the same spill location. Stripped down version of dhry.c */ #include #define NOENUM 1 #define NOSTRUCTASSIGN 1 #define REG #define Ident_2 1 typedef int Enumeration; typedef int One_Fifty; typedef char Capital_Letter; char Ch_2_Glob; Enumeration Func_1 (Capital_Letter Ch_1_Par_Val, Capital_Letter Ch_2_Par_Val); void testDhry(void) { One_Fifty Int_1_Loc; REG One_Fifty Int_2_Loc; One_Fifty Int_3_Loc; REG Capital_Letter Ch_Index; Enumeration Enum_Loc; REG int Run_Index; REG int Number_Of_Runs; /* Must be more than 13... */ Number_Of_Runs = 50; /* Main test loop */ for (Run_Index = 1; Run_Index <= Number_Of_Runs; ++Run_Index) { Int_1_Loc = 2; Int_2_Loc = 3; Enum_Loc = Ident_2; /* Removing this section removes the problem. */ while (Int_1_Loc < Int_2_Loc) { Int_3_Loc = 5 * Int_1_Loc - Int_2_Loc; Int_1_Loc += 1; } /* Removing this section removes the problem. */ for (Ch_Index = 'A'; Ch_Index <= Ch_2_Glob; ++Ch_Index) { if (Enum_Loc == Func_1 (Ch_Index, 'C')) { Int_2_Loc = Run_Index; } } /* Removing any one of the following lines removes the problem. */ Int_2_Loc = Int_2_Loc * Int_1_Loc; Int_1_Loc = Int_2_Loc / Int_3_Loc; Int_2_Loc = 7 * (Int_2_Loc - Int_3_Loc) - Int_1_Loc; } } Enumeration Func_1 (Capital_Letter Ch_1_Par_Val, Capital_Letter Ch_2_Par_Val) { UNUSED(Ch_1_Par_Val); UNUSED(Ch_2_Par_Val); return 0; } sdcc-2.9.0/support/regression/tests/bug-460000.c000066400000000000000000000011371116427777700211710ustar00rootroot00000000000000/* bug 460000 */ #include int func( int a ) { return a; } int x = -1024; void testByteShift(void) { ASSERT(func( x >> 8 ) == -4); ASSERT(func( x / 256 ) == -4); } void testOtherSignedShifts(void) { volatile int left; left = -2345; ASSERT(left >> 3 == (-2345>>3)); ASSERT(left >> 8 == (-2345>>8)); ASSERT(left >> 9 == (-2345>>9)); } void testShiftByParam(void) { volatile int left, count; left = -2345; count = 3; ASSERT(left >> count == (-2345>>3)); count = 8; ASSERT(left >> count == (-2345>>8)); count = 9; ASSERT(left >> count == (-2345>>9)); } sdcc-2.9.0/support/regression/tests/bug-460010.c000066400000000000000000000010241116427777700211650ustar00rootroot00000000000000/* bug 460010 */ #include #ifdef SDCC #ifdef SDCC_pic16 #define ADDRESS 0x0070 #else #define ADDRESS 0xa000 #endif /* SDCC_pic16 */ #endif /* SDCC */ void func( unsigned char a ) { UNUSED(a); } void testBadPromotion(void) { #ifdef SDCC unsigned char c=*((unsigned xdata char*)(ADDRESS)); #else unsigned char loc_c; unsigned char c=*(unsigned char*)&loc_c; #endif func(c); c+='0'; /* is evaluated as an 8-bit expr */ func(c); c+='A'-'0'; /* is a 16-bit expr ??? */ func(c); } sdcc-2.9.0/support/regression/tests/bug-460444.c000066400000000000000000000013711116427777700212050ustar00rootroot00000000000000/* bug 460444 */ #include void testXOR(void) { volatile int p = 5; if (p ^ 0x60) { // Good. } else { FAIL(); } /* Test is to see if it compiles. */ ASSERT((p^0x60) == 0x65); ASSERT((p&0x61) == 0x01); ASSERT((p|0x60) == 0x65); p = 0x1234; if (p ^ 0x5678) { // Good. } else { FAIL(); } if (p & 0x4324) { // Good } else { FAIL(); } if (p | 0x1279) { // Good } else { FAIL(); } } void testLeftRightXor(void) { volatile int left, right; left = 0x123; right = 0x8101; if (left ^ right) { // Good } else { FAIL(); } if (left & right) { // Good } else { FAIL(); } if (left | right) { // Good } else { FAIL(); } } sdcc-2.9.0/support/regression/tests/bug-467035.c000066400000000000000000000014221116427777700212050ustar00rootroot00000000000000/* Tests a bug in for loops where b in plot_point is always 1. Stripped down from the gbdk filltest.c */ #include typedef unsigned char UBYTE; UBYTE getpix(UBYTE x, UBYTE y) { UNUSED(x); UNUSED(y); return 0; } void color(UBYTE a, UBYTE b, UBYTE c) { UNUSED(a & b & c); } void line(UBYTE a, UBYTE b, UBYTE c, UBYTE d) { UNUSED(a & b & c & d); } void plot_point(UBYTE a, UBYTE b) { static UBYTE ea, eb; ASSERT(b == eb); ASSERT(a == ea); ea++; if (ea > 12) { ea = 0; eb++; } LOG(("(a, b) -> (%u, %u)\n", (unsigned int)a, (unsigned int)b)); } void testForMerge(void) { UBYTE a,b; for (b=0; b<=10U; b++) { for (a=0; a<=12U; a++) { color(getpix(a,b+1), 0, 1); plot_point(a,b); } color(0, 0, 1); } } sdcc-2.9.0/support/regression/tests/bug-468811.c000066400000000000000000000035571116427777700212230ustar00rootroot00000000000000/* For some reason an integer operation is run as floating point. Test is to see if it links. */ #include typedef unsigned char UBYTE; typedef unsigned char UINT8; void set_sprite_tile(UINT8 nb, UINT8 tile) { UNUSED(nb && tile); } /* screen size */ #define MIN_SX 5U /* min x (char) */ #define MAX_SX (20U-MIN_SX) /* max x (char) */ #define MIN_SY 5U /* min y (char) */ #define MAX_SY (MIN_SY+13U) /* max y (char) */ #define DEF_SP 30U /* sprite null char code */ /* player */ #define MIN_PX (MIN_SX*8U+8U) /* min x (dot) */ #define MAX_PX (MAX_SX*8U-8U) /* max x (dot) */ #define DEF_PX 80U /* ship x pos (dot) */ #define DEF_PY (MIN_SY*8U) /* ship y pos (dot) */ #define DEF_PC0 14U #define DEF_PC1 15U #define DEF_PF 8U /* bomb */ #define MAX_TT 6U /* number */ #define DEF_TS 2U /* sprite tile id */ #define DEF_TC 2U /* sprite data id */ #define DEF_TX (80U-6U) /* bomb x pos (dot) */ #define DEF_TY (DEF_PY-14U) /* bomb y pos (dot) */ #define MAX_TY (MAX_SY*8U) /* max y pos (dot) */ /* enemy */ #define MAX_ET 10U /* number */ #define DEF_ES0 (DEF_TS+MAX_TT) /* sprite tile id */ #define DEF_ES1 (DEF_ES0+1U) #define DEF_1EC0 32U #define DEF_1EC1 48U #define DEF_2EC0 64U #define DEF_2EC1 80U #define DEF_XEC0 96U /* sprite data(X) id */ #define DEF_XEC1 112U /* sprite data(X) id */ #define DEF_EY (DEF_PY+12U) #define DEF_EH 10U #define SUB_EX0 20U #define SUB_EX1 (SUB_EX0-8U) #define MIN_EX (SUB_EX0-16U) #define MAX_EX (SUB_EX0+180U) #define SPEED_EY (DEF_EY+DEF_EH*3U) #define DEF_BC1 4U #define DEF_BC2 5U UBYTE ef[MAX_ET], ex[MAX_ET], ey[MAX_ET]; UBYTE pf, px, pp, pl; /* enemys */ void enemys() { UBYTE i; for( i=0; i void testMul(void) { {storage} volatile int a, b; a = 5; b = a*2; ASSERT(b == 10); a = -33; b = a*2; ASSERT(b == -66); } sdcc-2.9.0/support/regression/tests/bug-477835.c000066400000000000000000000007371116427777700212260ustar00rootroot00000000000000/* Registers not being saved. */ #include /* In the following code BC is assigned a copy of fp, but bc is not saved across the call. */ void fptr(void (*fp)(void)) { int i; for (i = 0; i < 50; i++) (*fp)(); } void dummy(void (*fp)(void)) { UNUSED(fp); } /* This code has the same logic above, but bc is saved. */ void fptr2(void (*fp)(void)) { int i; void (*fp2)(void) = fp; for (i = 0; i < 50; i++) dummy(fp2); } void testBug(void) { } sdcc-2.9.0/support/regression/tests/bug-477927.c000066400000000000000000000012031116427777700212150ustar00rootroot00000000000000/* Tests an uninitalised variable bug. t is not initalised in all paths in the do loop, causing the while conditional to fail unpredictably. Doesn't actually test, is really an example. */ #include typedef unsigned char UBYTE; UBYTE randish(void) { static int count; if ((++count)&3) { return 1; } else { return 0; } } void spoil(UBYTE ignored) { UNUSED(ignored); } UBYTE accu[2]; #if !defined(PORT_HOST) # pragma disable_warning 84 #endif void testLoopInit(void) { UBYTE t, r; do { r = randish(); if(r != 1) { t = ++accu[r]; spoil(t); } } while(t != 3); } sdcc-2.9.0/support/regression/tests/bug-478094.c000066400000000000000000000006401116427777700212150ustar00rootroot00000000000000/* Tests a commit problem. */ #include int foo = 16; void f( int x ) { UNUSED(x); } void g(int bar) { int a = 0; int b = 0; while(1) { switch(bar) { case 0: --foo; f(foo); break; case 1: ++foo; f(foo); break; case 2: ++a; f(a); break; case 3: ++b; f(b); break; } } } void testBug(void) { } sdcc-2.9.0/support/regression/tests/bug-485362.c000066400000000000000000000003261116427777700212120ustar00rootroot00000000000000/** Shows segfault. type: int */ #include void spoil({type} f) { UNUSED(f); } void testDivBySelf(void) { volatile {type} left, result; left = 17; result = left/left; spoil(result); } sdcc-2.9.0/support/regression/tests/bug-499644.c000066400000000000000000000001641116427777700212220ustar00rootroot00000000000000/* Floats */ #include const float a = 0.0; float f(void) { return a * 5; } void testBug(void) { } sdcc-2.9.0/support/regression/tests/bug-500536.c000066400000000000000000000011611116427777700211770ustar00rootroot00000000000000/* Bad mangaling of support names. */ #include /* The original bug */ float z1(void) { return 5; } float fun( void ) { unsigned long i; float f; i=5.5 * z1(); f=i; if (i & 1) f += 1.0; return f; } /* Tests to check basic conversion */ void testfs2long(void) { volatile float f; volatile unsigned long ul; volatile long l; f = 5.0; ul = f; ASSERT(ul == 5); l = f; ASSERT(l == 5); f = -134; l = f; ASSERT(l == -134); l = 4567; f = l; ASSERT(f == 4567.0); l = -1539; f = l; ASSERT(f == -1539.0); ul = 9995; f = ul; ASSERT(f == 9995.0); } sdcc-2.9.0/support/regression/tests/bug-524195.c000066400000000000000000000013761116427777700212160ustar00rootroot00000000000000/* Problem with inverting constants */ #include enum { USEDFLAG = 1 }; typedef struct _HeapEntry HeapEntry; typedef unsigned int UINT; struct _HeapEntry { HeapEntry *pPrev; HeapEntry *pNext; UINT uSize; }; static UINT _getSize1(HeapEntry *pEnt) { return pEnt->uSize & ~USEDFLAG; } static UINT _getSize2(HeapEntry *pEnt) { return pEnt->uSize & ~1; } static UINT _getSize3(HeapEntry *pEnt) { return pEnt->uSize & 0xFFFE; } static void testMask(void) { HeapEntry ent; ent.uSize = 123; ASSERT(_getSize1(&ent) == 122); ASSERT(_getSize2(&ent) == 122); ASSERT(_getSize3(&ent) == 122); ent.uSize = 0x1234; ASSERT(_getSize1(&ent) == 0x1234); ASSERT(_getSize2(&ent) == 0x1234); ASSERT(_getSize3(&ent) == 0x1234); } sdcc-2.9.0/support/regression/tests/bug-524209.c000066400000000000000000000007311116427777700212040ustar00rootroot00000000000000/* Problem with casts and warnings. */ #include #include typedef unsigned short UINT16; typedef struct _Class Class; typedef struct _Instance { Class *pClass; } Instance; typedef struct _StringBuffer { Instance header; UINT16 uLength; UINT16 uMaxLength; } StringBuffer; void _scan(StringBuffer *pSB) { UNUSED(pSB); } void checkCast(void *pIn) { Instance *p = (Instance *)pIn; _scan((StringBuffer *)p); } void testBug(void) { } sdcc-2.9.0/support/regression/tests/bug-524211.c000066400000000000000000000006131116427777700211740ustar00rootroot00000000000000/* Problem with casts and warnings. */ #include #if 0 /* Disabled as this only shows a warning */ typedef unsigned short UINT16; typedef unsigned char UINT8; typedef struct _Class Class; typedef struct _String { const UINT8 sz[1]; } String; struct _Class { String *szName; }; const Class Bar = { "java.lang.Object", }; void foo(void) { } #endif void testBug(void) { } sdcc-2.9.0/support/regression/tests/bug-524685.c000066400000000000000000000002241116427777700212110ustar00rootroot00000000000000/* Division by powers of two. */ #include void testDivPow2(void) { volatile int left; left = -18; ASSERT(left/4 == (-18/4)); } sdcc-2.9.0/support/regression/tests/bug-524691.c000066400000000000000000000016701116427777700212140ustar00rootroot00000000000000/* Division by powers of two. */ #include typedef unsigned int UINT; typedef struct _HeapEntryState { void *pBase; UINT uFlags; } HeapEntryState; static HeapEntryState *_getHeapEntryState(void *p, HeapEntryState *pStates, UINT nStateEntries) { int uLeft = -1, uRight = nStateEntries, uMiddle; while (uRight - uLeft > 1) { int iDiff; uMiddle = (uLeft + uRight)/2; /* A divide by zero is added just before iDiff is assigned */ iDiff = pStates[uMiddle].pBase - p; if (iDiff > 0) { uRight = uMiddle; } else if (iDiff < 0) { uLeft = uMiddle; } else { return pStates + uMiddle; } } return NULL; } void testDivByZero(void) { HeapEntryState aStates[] = { { (void xdata *)1, 0 } }; void *p = (void xdata *)0x1234; ASSERT(_getHeapEntryState(p, aStates, 1) == NULL); aStates[0].pBase = p; ASSERT(_getHeapEntryState(p, aStates, 1) == aStates + 0); } sdcc-2.9.0/support/regression/tests/bug-524697.c000066400000000000000000000007221116427777700212170ustar00rootroot00000000000000/* Bad addition for adding a length and char[] */ #include #if defined(SDCC_mcs51) #define SZ_SIZE 89 #else #define SZ_SIZE 90 #endif typedef struct _Foo { char sz[SZ_SIZE]; } Foo; typedef struct _Bar { unsigned int uLen; } Bar; char *getOffset(Foo *pFoo, Bar *pBar) { return pFoo->sz + pBar->uLen; } void testOffset(void) { Foo foo = { "Foo" }; Bar bar = { 3 }; ASSERT(getOffset(&foo, &bar) == (((char *)&foo) + 3)); } sdcc-2.9.0/support/regression/tests/bug-607243.c000066400000000000000000000004701116427777700212040ustar00rootroot00000000000000/* bad shift right 12 */ #include typedef unsigned int u16_t; struct myhdr { u16_t x; } h, *p; #define NTOHS(n) (((((u16_t)(n) & 0xff)) << 8) | (((u16_t)(n) & 0xff00) >> 8)) #define IPH_V(hdr) ((u16_t)NTOHS((hdr)->x) >> 12) void testBug(void) { p = &h; p->x = 0x45; ASSERT(IPH_V(p)==4); } sdcc-2.9.0/support/regression/tests/bug-716242.c000066400000000000000000000015731116427777700212110ustar00rootroot00000000000000/* bug-716242.c syntax tests about function pointers at compile time */ #include void *p; int ret; int mul2 (int i) { return 2 * i; } void g (int (*h) (int)) { ret = h (2); } void f1() { #if defined(SDCC_ds390) p = (void code *) mul2; #else p = (void *) mul2; #endif g ((int (*) (int)) p); } /****************************/ void g (int (*h) (int)); void f2() { int (*fp) (int) = p; g (fp); } /****************************/ void g (int (*h) (int)); void f3() { int (*fp) (int) = (int (*) (int)) p; g (fp); } /****************************/ void f4() { ((void (code *) (void)) p) (); } /****************************/ void f5() { int (*fp) (int) = mul2; fp(1); } /****************************/ void f6() { ((void (code *) (void)) 0) (); } /****************************/ static void testFuncPtr(void) { f1(); ASSERT(ret == 4); } sdcc-2.9.0/support/regression/tests/bug-751703.c000066400000000000000000000010111116427777700211750ustar00rootroot00000000000000/* bug-751703.c Make sure extern within local scope binds to global scope and is not optimized inappropriately. */ #include "testfwk.h" int x = 1; int y = 2; int z = 0; static void addxy(void) { extern int x, y, z; z = x+y; } static void times10x(void) { unsigned char x; z = 0; for (x=0; x<10; x++) { extern int x; /* bind to the global x */ z += x; } } static void testExternDeadCode(void) { ASSERT(z == 0); addxy(); ASSERT(z == 3); times10x(); ASSERT(z == 10); } sdcc-2.9.0/support/regression/tests/bug-868103.c000066400000000000000000000005661116427777700212160ustar00rootroot00000000000000/** Bug 868103 tests. storage1: near, far, code, storage2: near, far, */ #ifndef STORAGE1 #define STORAGE1 {storage1} #endif #ifndef STORAGE2 #define STORAGE2 {storage2} #endif #include typedef struct { STORAGE1 char * bar[2]; } foo; STORAGE1 char c = 'x'; STORAGE2 foo f; void testBug868103(void) { f.bar[1] = &c; ASSERT(f.bar[1] == &c); } sdcc-2.9.0/support/regression/tests/bug-880197.c000066400000000000000000000005721116427777700212220ustar00rootroot00000000000000/* bug 880197 */ #include // no need to call this, it generates compiler error: // error: FATAL Compiler Internal Error in file 'gen.c' // line number '8381' : genPointerSet: illegal pointer type // Contact Author with source code void writeflash(code unsigned char *cp, unsigned char val) { *(xdata unsigned char *)cp = val; } void testBug(void) { } sdcc-2.9.0/support/regression/tests/bug-895992.c000066400000000000000000000017671116427777700212420ustar00rootroot00000000000000/* bug-895992.c Life Range problem with - uninitialized variable - loop - conditional block LR problem hits all ports, but this test is mcs51 specific */ #include char p0 = 2; unsigned short loops; static void wait (void) { long i, j; /* just clobber all registers: */ for (i = 0; i < 2; ++i) for (j = 0; j < 2; ++j) ; } #if !defined(PORT_HOST) # pragma disable_warning 84 #endif static void testLR (void) { unsigned char number; unsigned char start = 1; unsigned char i; do { for (i = 1; i > 0 ; i--) wait (); /* destroys all registers */ if (start) { number = p0; start = 0; } number--; /* 'number' might be used before initialization */ /* the life range of 'number' must be extended to */ /* the whole loop _including_ the conditional block */ ++loops; } while (number != 0); ASSERT (loops == p0); } sdcc-2.9.0/support/regression/tests/bug-905492.c000066400000000000000000000012621116427777700212130ustar00rootroot00000000000000/* bug-905492.c the standard guarantees left-to-right evaluation, if the first operand is unequal 0 (resp. 0), the second isn't evaluated. */ #include char a; char inc_a(char c) { a += 1; return c; } void testLeftRightAndOr(void) { volatile char c; a = 0; c = inc_a(0) || inc_a(0); ASSERT(a == 2); a = 0; c = inc_a(0) || inc_a(1); ASSERT(a == 2); a = 0; c = inc_a(1) || inc_a(0); ASSERT(a == 1); a = 0; c = inc_a(1) || inc_a(1); ASSERT(a == 1); a = 0; c = inc_a(0) && inc_a(0); ASSERT(a == 1); a = 0; c = inc_a(0) && inc_a(1); ASSERT(a == 1); a = 0; c = inc_a(1) && inc_a(0); ASSERT(a == 2); a = 0; c = inc_a(1) && inc_a(1); ASSERT(a == 2); } sdcc-2.9.0/support/regression/tests/bug-908454.c000066400000000000000000000004501116427777700212120ustar00rootroot00000000000000/* promoting bit to char */ #include #include #if !defined(__bool_true_false_are_defined) volatile int a = 1, b = 1; #else volatile bool a = 1, b = 1; #endif char foo (void) { return (a << 1) | b; } static void testBitToCharPromotion(void) { ASSERT(foo() == 3); } sdcc-2.9.0/support/regression/tests/bug-920866.c000066400000000000000000000003011116427777700212060ustar00rootroot00000000000000/* replace optimized parameter tree returned by decorateType */ #include char foo(char c) { return c; } void testReplaceParameterTree(void) { ASSERT(foo (0 ? 1 : 2) == 2); } sdcc-2.9.0/support/regression/tests/bug-927659.c000066400000000000000000000012721116427777700212250ustar00rootroot00000000000000/* bug-927659.c double processing resp. reversing of params */ #include #include #include unsigned char foo(unsigned char a, ...) REENTRANT { va_list argptr; unsigned char b; va_start (argptr, a); b = va_arg (argptr, int); va_end (argptr); return b; } unsigned char bar(unsigned char a, unsigned char b) REENTRANT { return b / a; } void testReverse(void) { ASSERT(foo (0, bar (1, 2)) == 2); } /*************************************************************/ void testAddFunc(void) { char buf[5]; unsigned char count = 0; count += sprintf (buf, "%d", 5); ASSERT(count == 1 && buf[0] == '5' && buf[1] == '\0'); } sdcc-2.9.0/support/regression/tests/bug-971834.c000066400000000000000000000013071116427777700212160ustar00rootroot00000000000000/* bug-971834.c Life Range problem with - uninitialized variable - loop LR problem hits all ports, but this test is mcs51 specific */ #include unsigned char ttt[] = {0xff, 1}; unsigned char b; #if !defined(PORT_HOST) # pragma disable_warning 84 #endif unsigned char orsh (void) { unsigned char a, i; for (i = 0; i < sizeof(ttt); i++) a |= ttt[i]; return a; } unsigned char orsh1 (void) { unsigned char i, j; unsigned char a; for (j = 0; j < sizeof(ttt); j++) { for (i = 0; i < sizeof(ttt); i++) { a |= ttt[i]; b = a; } } return b; } void testLR(void) { ASSERT(orsh() == 0xff); ASSERT(orsh1() == 0xff); } sdcc-2.9.0/support/regression/tests/bug-983491.c000066400000000000000000000003401116427777700212140ustar00rootroot00000000000000/* bug-983491.c */ #include /* * test disabled since the fix was reverted */ /* code struct { char* b; } c[2] = { {"abc"}, {"abc"} }; */ void testMergeStr(void) { /* ASSERT(c[0].b == c[1].b); */ } sdcc-2.9.0/support/regression/tests/bug1057979.c000066400000000000000000000022411116427777700212250ustar00rootroot00000000000000/* bug1057979.c */ #include #include #include #include char s[12 + 1]; void test_sprintf (void) { s[12] = 0x12; sprintf (s, "%d", 99); ASSERT (0 == strcmp (s, "99")); sprintf (s, "%d", 100); ASSERT (0 == strcmp (s, "100")); sprintf (s, "%d", 2004); ASSERT (0 == strcmp (s, "2004")); sprintf (s, "%ld", 2147483647L); ASSERT (0 == strcmp (s, "2147483647")); //and from bug 1073386 sprintf (s, "%04X", 0x8765u); ASSERT (0 == strcmp (s, "8765")); //and from bug 1193299 sprintf (s, "%3.3s", "abcd"); ASSERT (0 == strcmp (s, "abc")); sprintf (s, "%-3.3s", "abcd"); ASSERT (0 == strcmp (s, "abc")); sprintf (s, "%3.3s", "ab"); ASSERT (0 == strcmp (s, " ab")); sprintf (s, "%-3.3s", "ab"); ASSERT (0 == strcmp (s, "ab ")); #if defined(SDCC_ds390) || defined(PORT_HOST) //and from bug 1358192 sprintf (s, "%f", 10.1); LOG ((s)); ASSERT (0 == strcmp (s, "10.100000")); //and from bug 1388703 sprintf (s, "%4.1f", 1.36); LOG ((s)); ASSERT (0 == strcmp (s, " 1.4")); sprintf (s, "%4.1f", -1.37); LOG ((s)); ASSERT (0 == strcmp (s, "-1.4")); #endif ASSERT (s[12] == 0x12); } sdcc-2.9.0/support/regression/tests/bug1065458.c000066400000000000000000000002661116427777700212210ustar00rootroot00000000000000/* bug1065458.c */ #include unsigned short f() { return 0xff00; } unsigned short g() { return f() ? 1 : 0; } void test_1065458(void) { ASSERT( 1 == g() ); } sdcc-2.9.0/support/regression/tests/bug1185672.c000066400000000000000000000004071116427777700212170ustar00rootroot00000000000000/* bug1057979.c */ #include int srlen; int l_regrd(int ad) { return ad; } void head_send(int i) { srlen= i; if ((l_regrd(0x1234) & 0x0200) == 0) { srlen= 0; } } void test_1185672(void) { head_send(1); ASSERT( srlen == 1 ); } sdcc-2.9.0/support/regression/tests/bug1198642.c000066400000000000000000000005361116427777700212230ustar00rootroot00000000000000/* bug1198642.c */ #include void test_cse_generic_ptr(void) { #if defined(SDCC_mcs51) volatile void *p1; volatile void *p2; p1 = (data char *)1; p2 = (idata char *)1; ASSERT (p1 == p2); p1 = (data char *)1; p2 = (xdata char *)1; ASSERT (p1 != p2); p1 = (data char *)1; p2 = (idata char *)2; ASSERT (p1 != p2); #endif } sdcc-2.9.0/support/regression/tests/bug1273984.c000066400000000000000000000015471116427777700212310ustar00rootroot00000000000000/* An assignment inside a functioncall changed the type of the parameter. See bug description 1273984 for details. Bug detected and fixed by Guenther Jehle sign: unsigned, */ #include void foo({sign} int val) { val; //make the compiler happy } void fooInt({sign} int val) { ASSERT(val==3); } void fooChar({sign} char val) { ASSERT(val==6); } void testAssignInFunctioncall(void) { volatile {sign} char charVal=3; volatile {sign} int intVal=0x4040; fooInt(intVal=charVal); // should cast charVal to int for function call. // without patch #1645121, a char is put on the stack // (or hold in registers) foo(0xAAAA); fooInt(intVal=charVal); intVal=6; fooChar(charVal=intVal); // without patch, a int is put on the stack foo(0xAAAA); fooChar(charVal=intVal); } sdcc-2.9.0/support/regression/tests/bug1337835.c000066400000000000000000000004641116427777700212220ustar00rootroot00000000000000/* bug1337835.c */ #include #include #ifndef BOOL #define BOOL bool #endif char e; void foo (unsigned long ul, BOOL b, char c) REENTRANT { if (b && (long) ul < 0) e = 0; if (ul && b && c) e = 1; } void test_1337835(void) { e = 2; foo(0, 1, 0); ASSERT( e == 2 ); } sdcc-2.9.0/support/regression/tests/bug1348008.c000066400000000000000000000002361116427777700212110ustar00rootroot00000000000000/* bug1348008.c */ #include #ifndef PORT_HOST void foo(void) { } void IRQ_ISR(void) interrupt { foo(); } #endif void testBug(void) { } sdcc-2.9.0/support/regression/tests/bug1399290.c000066400000000000000000000004111116427777700212150ustar00rootroot00000000000000/* bug1399290.c */ #include unsigned long Left = 0x12345678; void testLongPlus(void) { static unsigned long Result; static unsigned long Rhs = 0x87654321; static unsigned long *Lhs = &Left; Result = *Lhs + Rhs; ASSERT (Result == 0x99999999); } sdcc-2.9.0/support/regression/tests/bug1409955.c000066400000000000000000000011451116427777700212220ustar00rootroot00000000000000/* bug1409955.c */ #include void WriteToXData(char* buffer) { (void)buffer; } void test_push_pop(void) { char a; xdata char* p; char d[5]; d[0] = 0; d[1] = 0; d[2] = 0; d[3] = 0; d[4] = 0; p = 0; do { if( (unsigned short)p > 10 ) a = 10-(char)p; else a = 60; d[0] = 0x12; d[1] = 0x34; WriteToXData(d); // Watch the xdata: 0, 1! p += a; ASSERT (d[0] == 0x12); ASSERT (d[1] == 0x34); } while( !p ); d[0] = 1; d[1] = 2; d[2] = 3; d[3] = 4; d[4] = 5; } sdcc-2.9.0/support/regression/tests/bug1426356.c000066400000000000000000000004161116427777700212140ustar00rootroot00000000000000/* bug1426356.c */ #include const union pu { unsigned char t1; unsigned char t2; } tst[2] = {{ 1 }, { 2 }}; void test_1426356(void) { ASSERT( tst[0].t1 == 1 ); ASSERT( tst[0].t2 == 1 ); ASSERT( tst[1].t1 == 2 ); ASSERT( tst[1].t2 == 2 ); } sdcc-2.9.0/support/regression/tests/bug1464657.c000066400000000000000000000014421116427777700212220ustar00rootroot00000000000000/* bug1464657.c */ #include static void f1(void) { } static short f2(void) { return 0; } static unsigned char f3(unsigned char a) { return a+5; } unsigned char var; void f() { switch (var) { case 0: f1(); break; case 1: f1(); break; case 2: var++; f1(); break; case 4: f1(); break; case 5: break; case 7: f1(); break; case 6: f1(); break; case 8: f1(); break; case 9: f1(); break; case 12: { unsigned char nc; unsigned short b = f2(); unsigned char nb = f3(b); var = f3(b); nc = f3(nb); } break; } } void test_Peephole251(void) { var = 12; f(); ASSERT (var==5); } sdcc-2.9.0/support/regression/tests/bug1496419.c000066400000000000000000000007051116427777700212240ustar00rootroot00000000000000/* bug1496419.c */ #include typedef struct _NODE { const struct _NODE * enter; const struct _NODE * down; }NODE; const NODE node1 = {NULL, NULL}; //sdcc loops allocating space for new symbols node1 and //zzz until there is no more memory, then segfaults // //The reference to zzz inside the declaration of zzz //triggers a loop allocating space for symbols node1 //and zzz const NODE zzz = {&node1, &zzz}; void testBug(void) { } sdcc-2.9.0/support/regression/tests/bug1503067.c000066400000000000000000000001501116427777700212020ustar00rootroot00000000000000/* bug1503067.c */ #include const int SPRITE = 0; int sprite = 1; void testBug(void) { } sdcc-2.9.0/support/regression/tests/bug1505811.c000066400000000000000000000010351116427777700212040ustar00rootroot00000000000000/* bug 1505811 * demonstrates an incorrect "loopreverse" * note func0, is a kind of safeguard, the incorrect code * will access indices 0 and 1 instead of 1 and 2, * and with incorrect order */ #include char glbl; void func0() { glbl = 0; } void func1() { glbl = 1; } void func2() { glbl = 2; } typedef void (*fptr)(); fptr ep_init[3] = { func0, func1, func2 }; void buggy() { unsigned char i; for(i = 1; i <= 2; i++) { ep_init[i](); } } void testBug(void) { buggy(); ASSERT(glbl == 2); } sdcc-2.9.0/support/regression/tests/bug1509084.c000066400000000000000000000010021116427777700212040ustar00rootroot00000000000000/* bug 1509084 */ #include #include #if !defined(__bool_true_false_are_defined) #define bool unsigned char #endif unsigned char aa, bb, cc, dd, ee; void leds_name_repaint(void) { unsigned char an; unsigned char dg = aa; bool s = 0; for( an = 0; an < 5; an ++ ) { s = ( (long) aa >> 1 ) > 0; if( s ) { aa += dg + 1; bb += dg + 2; cc += dg + 3; dd += dg + 4; ee += dg + 5; } } } void testBug(void) { aa = 2; leds_name_repaint(); ASSERT(aa == 17); } sdcc-2.9.0/support/regression/tests/bug1520966.c000066400000000000000000000005551116427777700212220ustar00rootroot00000000000000/* bug1520966 "Floating-point bug with small numbers" */ #include #include void testFloatOp(void) { volatile float a,b; float result; a = 2.04e-38; b = 0.01; result = a * b; ASSERT( result < a ); ASSERT( result >= 0.0 ); b = 100; result = a / b; ASSERT( result < a ); ASSERT( result >= 0.0 ); } sdcc-2.9.0/support/regression/tests/bug1535242.c000066400000000000000000000013311116427777700212040ustar00rootroot00000000000000/* saving "bits" test for mcs51/stack-auto. */ #include #if defined(SDCC_mcs51) #include <8052.h> #include bool manipulate_bits(bool x) using 2 { return x; } bool complement(bool x) { return !x; } #endif void testSaveBits(void) { #if defined(SDCC_mcs51) //enable the interrupt and set it ET2 = 1; EA = 1; TF2 = 1; //this will pass b0 cleared, test whether it will arrive cleared if (complement(false)) { EA = 0; ASSERT(1); } else { EA = 0; ASSERT(0); } #else ASSERT(1); #endif } #if defined(SDCC_mcs51) void T2_isr (void) interrupt 5 using 2 { //do not clear flag ET2 so it keeps interrupting ! //this will set b0 manipulate_bits(true); } #endif sdcc-2.9.0/support/regression/tests/bug1536762.c000066400000000000000000000015311116427777700212160ustar00rootroot00000000000000/* bug1536762.c */ #include #include #include xdata uint8_t c = 1; struct d { xdata struct d *n; uint8_t f; uint8_t s; xdata uint8_t *buffer; uint16_t length; }; xdata struct d xd = {&xd, 1, 0xab, &c, 3}; struct { xdata struct d *c; int16_t count; xdata uint8_t *bptr; } s = {&xd, -1, &c}; void blurb(void) { if (s.count < 0) { s.c->s = 0xef; s.count = s.c->length - 1; s.bptr = s.c->buffer; } *s.bptr = 0; s.bptr++; s.count--; } void testBug(void) { ASSERT(xd.s == 0xab); ASSERT(s.c->s == 0xab); s.c->s = 0xcd; ASSERT(xd.s == 0xcd); ASSERT(s.c->s == 0xcd); blurb(); ASSERT(xd.s == 0xef); ASSERT(s.c->s == 0xef); ASSERT(c == 0); } sdcc-2.9.0/support/regression/tests/bug1546986.c000066400000000000000000000006531116427777700212330ustar00rootroot00000000000000/* bug1546986.c */ #include #include #ifdef __bool_true_false_are_defined static unsigned char pdata tst1 = 0x01; static unsigned char pdata tst2 = 0x00; static bool test; #endif //__bool_true_false_are_defined void testBug(void) { #ifdef __bool_true_false_are_defined test = (tst1 | tst2); ASSERT( test ); test = (tst2 | tst1); ASSERT( test ); #endif //__bool_true_false_are_defined } sdcc-2.9.0/support/regression/tests/bug1551947.c000066400000000000000000000002201116427777700212120ustar00rootroot00000000000000/* bug1551947.c */ #include xdata float z; xdata float x = 1.0; void testBug(void) { z = x * x; ASSERT( z == 1.0 ); } sdcc-2.9.0/support/regression/tests/bug1565152.c000066400000000000000000000006711116427777700212150ustar00rootroot00000000000000/* bug 1565152.c */ #include // no need to call this, it generates compiler error for xstack-auto // error 9: FATAL Compiler Internal Error #if defined(SDCC_mcs51) #include <8051.h> unsigned int foo(void) { unsigned int i,j; unsigned long l=0; for (i=0;i<10;i++) { j=SP; // any SFR would do to generate crash l+=j; } return 1; // <- it gives error on this line } #endif void testBug(void) { ASSERT(1); } sdcc-2.9.0/support/regression/tests/bug1579949.c000066400000000000000000000004701116427777700212350ustar00rootroot00000000000000/* bug 1579949 */ #include struct st_s { char el; }; // no need to call this, it generates compiler error for z80, hc08, stack-auto // error 9: FATAL Compiler Internal Error char foo (int x, struct st_s *arg) { x; return ((struct st_s *) arg) -> el; } void testBug(void) { ASSERT(1); } sdcc-2.9.0/support/regression/tests/bug1618050.c000066400000000000000000000007171116427777700212120ustar00rootroot00000000000000/** bug 1618050 * global variable px in function buggy, is marked rematr.. * and is erronously assumed to retain its value "x" across * the function call to fiddle_px */ #include _STATMEM char * data px; _STATMEM char x[2] = {0,42}; void fiddle_px(_STATMEM char * unused) { (volatile char) unused[0]; // shut up px++; } char buggy(void) { px = x; fiddle_px(x); return *px; } void testBug(void) { ASSERT(buggy() == 42); } sdcc-2.9.0/support/regression/tests/bug1670148.c000066400000000000000000000005761116427777700212230ustar00rootroot00000000000000/* bug 1670148.c */ #include // no need to call this, it generates compiler error for xstack-auto // error 9: FATAL Compiler Internal Error struct str { long aa; long bb; }; struct str *v1; void foo(void) { struct str v2; struct str loc; v2.aa = 0; loc.bb = v1->bb; loc.aa = v1->aa - v2.aa; loc.bb += 0; } void testBug(void) { ASSERT(1); } sdcc-2.9.0/support/regression/tests/bug1678803.c000066400000000000000000000005741116427777700212270ustar00rootroot00000000000000/* bug 1678803 This should not generate error 12 "called object is not a function". */ #include typedef void (*func)(void); void foo(void) { } #ifdef SDCC_mcs51 func GetFunc(void) __naked { __asm ; some assembler code mov dptr,#_foo ret __endasm; } #endif void testCaller(void) { #ifdef SDCC_mcs51 GetFunc()(); #endif ASSERT (1); } sdcc-2.9.0/support/regression/tests/bug1712928.c000066400000000000000000000004731116427777700212220ustar00rootroot00000000000000/* bug1712928.c */ #include #if defined (SDCC_mcs51) unsigned char NakedFunc(void) __naked { __asm mov dpl,#0x01 ret __endasm; } #endif void testBug(void) { #if defined (SDCC_mcs51) unsigned char hsum, sum; hsum = NakedFunc(); sum = NakedFunc(); sum += hsum; ASSERT(sum == 2); #endif } sdcc-2.9.0/support/regression/tests/bug1714204.c000066400000000000000000000006521116427777700212060ustar00rootroot00000000000000/* bug 1714204 */ #include typedef struct { unsigned int w[2]; } TEST_TYPE; unsigned char i1, i2, i3; void foo(TEST_TYPE *p1, TEST_TYPE *p2, TEST_TYPE *p3) { if (p2->w[i2] > ++p3->w[i3]) p1->w[i1] = p2->w[i2] + p3->w[i3]; } void testBug(void) { TEST_TYPE t1 = { { 1, 1 } }; TEST_TYPE t2 = { { 1, 1 } }; TEST_TYPE t3 = { { 1, 1 } }; i1 = i2 = i3 = 0; foo(&t1, &t2, &t3); ASSERT (t1.w[0] == 1); } sdcc-2.9.0/support/regression/tests/bug1717305.c000066400000000000000000000003531116427777700212110ustar00rootroot00000000000000/* bug 1717305 */ #include #ifdef SDCC #pragma std_sdcc99 #endif static inline int f(const int a) { return (a + 3); } int g(int b) { return (f(b)); } void testBug(void) { int x = 0; ASSERT (g(x) == 3); } sdcc-2.9.0/support/regression/tests/bug1717943.c000066400000000000000000000006741116427777700212270ustar00rootroot00000000000000/* bug1717943c.c an error in the detection of loopinvariants, will move the foo=0 initialisation out of the loops. */ #include char foo, firstcall; char check(void) { if(!firstcall) return 1; firstcall=0; foo = 42; return 0; } void bug(void) { while(1) { foo = 0; while(check()) if(check()) return; } } void testBug(void) { firstcall = 1; bug(); ASSERT(foo == 0); } sdcc-2.9.0/support/regression/tests/bug1721024.c000066400000000000000000000004501116427777700212000ustar00rootroot00000000000000/* bug 1721024 */ #include static unsigned char temp1; static unsigned char temp2; void tst(unsigned long acc) { UNUSED(acc); temp1--; if (temp1==0) { temp2=0; } } void testBug(void) { temp1 = 1; temp2 = 2; tst(0xFFFFFFFF); //make sure acc!=0 ASSERT(temp2 == 0); } sdcc-2.9.0/support/regression/tests/bug1723128.c000066400000000000000000000052451116427777700212160ustar00rootroot00000000000000/* bug 1723128 */ #include #include #ifdef __bool_true_false_are_defined union USUINT { unsigned int value; struct { unsigned char A; // LS byte unsigned char B; // HS byte }; }; // could name variables here typedef struct { unsigned char CRC_seed; // 1 union USUINT cal_burst_duration; // 3 union USUINT cal_calibration; // 5 union USUINT cal_number_of_bursts; // 7 union USUINT cal_holdoff_delay; // 9 unsigned char CRC; // 10 } AUTOCAL_CFG; code at (0x8000) AUTOCAL_CFG AutoCal_CFG = {0}; static code unsigned char crc_table[256] = { 0x00,0x2F,0x5E,0x71,0xBC,0x93,0xE2,0xCD, 0x57,0x78,0x09,0x26,0xEB,0xC4,0xB5,0x9A, 0xAE,0x81,0xF0,0xDF,0x12,0x3D,0x4C,0x63, 0xF9,0xD6,0xA7,0x88,0x45,0x6A,0x1B,0x34, 0x73,0x5C,0x2D,0x02,0xCF,0xE0,0x91,0xBE, 0x24,0x0B,0x7A,0x55,0x98,0xB7,0xC6,0xE9, 0xDD,0xF2,0x83,0xAC,0x61,0x4E,0x3F,0x10, 0x8A,0xA5,0xD4,0xFB,0x36,0x19,0x68,0x47, 0xE6,0xC9,0xB8,0x97,0x5A,0x75,0x04,0x2B, 0xB1,0x9E,0xEF,0xC0,0x0D,0x22,0x53,0x7C, 0x48,0x67,0x16,0x39,0xF4,0xDB,0xAA,0x85, 0x1F,0x30,0x41,0x6E,0xA3,0x8C,0xFD,0xD2, 0x95,0xBA,0xCB,0xE4,0x29,0x06,0x77,0x58, 0xC2,0xED,0x9C,0xB3,0x7E,0x51,0x20,0x0F, 0x3B,0x14,0x65,0x4A,0x87,0xA8,0xD9,0xF6, 0x6C,0x43,0x32,0x1D,0xD0,0xFF,0x8E,0xA1, 0xE3,0xCC,0xBD,0x92,0x5F,0x70,0x01,0x2E, 0xB4,0x9B,0xEA,0xC5,0x08,0x27,0x56,0x79, 0x4D,0x62,0x13,0x3C,0xF1,0xDE,0xAF,0x80, 0x1A,0x35,0x44,0x6B,0xA6,0x89,0xF8,0xD7, 0x90,0xBF,0xCE,0xE1,0x2C,0x03,0x72,0x5D, 0xC7,0xE8,0x99,0xB6,0x7B,0x54,0x25,0x0A, 0x3E,0x11,0x60,0x4F,0x82,0xAD,0xDC,0xF3, 0x69,0x46,0x37,0x18,0xD5,0xFA,0x8B,0xA4, 0x05,0x2A,0x5B,0x74,0xB9,0x96,0xE7,0xC8, 0x52,0x7D,0x0C,0x23,0xEE,0xC1,0xB0,0x9F, 0xAB,0x84,0xF5,0xDA,0x17,0x38,0x49,0x66, 0xFC,0xD3,0xA2,0x8D,0x40,0x6F,0x1E,0x31, 0x76,0x59,0x28,0x07,0xCA,0xE5,0x94,0xBB, 0x21,0x0E,0x7F,0x50,0x9D,0xB2,0xC3,0xEC, 0xD8,0xF7,0x86,0xA9,0x64,0x4B,0x3A,0x15, 0x8F,0xA0,0xD1,0xFE,0x33,0x1C,0x6D,0x42 }; data unsigned char crc; static xdata unsigned char rx_buffer[8]; static unsigned char rx_index; bool VerifyCRC(void) { unsigned char i; crc = 0 ; for (i=0; i<(rx_index-1); i++) crc = crc_table[rx_buffer[i] ^ crc] ; return (crc == rx_buffer[rx_index-1]) ; } bool NotZero(unsigned int t) { return (t != 0); } #endif //__bool_true_false_are_defined void testBug(void) { #ifdef __bool_true_false_are_defined rx_index = 1; ASSERT (VerifyCRC()); ASSERT (NotZero(300)); #endif //__bool_true_false_are_defined } sdcc-2.9.0/support/regression/tests/bug1734654.c000066400000000000000000000005441116427777700212210ustar00rootroot00000000000000/* bug1734654.c */ #include #include #ifdef __bool_true_false_are_defined volatile bool b; volatile unsigned char c = 1; static void foo (void) { b = (c<2); } #endif //__bool_true_false_are_defined void testMyFunc(void) { #ifdef __bool_true_false_are_defined foo (); ASSERT (b); #endif //__bool_true_false_are_defined } sdcc-2.9.0/support/regression/tests/bug1738367.c000066400000000000000000000020051116427777700212200ustar00rootroot00000000000000/* bug1738367.c */ #include #include #ifdef __bool_true_false_are_defined bool ternary(unsigned char status) { return (status == 0) ? 0 : 1; } bool ternary_inv(unsigned char status) { return (status == 0) ? 1 : 0; } bool ternary1(unsigned char status) { return status ? 1 : 0; } bool ternary1_inv(unsigned char status) { return status ? 0 : 1; } bool ternary2(unsigned char status) { return !status ? 0 : 1; } bool ternary2_inv(unsigned char status) { return !status ? 1 : 0; } #endif //__bool_true_false_are_defined void testBug(void) { #ifdef __bool_true_false_are_defined ASSERT(!ternary(0x00)); ASSERT( ternary(0x10)); ASSERT( ternary_inv(0x00)); ASSERT(!ternary_inv(0x10)); ASSERT(!ternary1(0x00)); ASSERT( ternary1(0x10)); ASSERT( ternary1_inv(0x00)); ASSERT(!ternary1_inv(0x10)); ASSERT(!ternary2(0x00)); ASSERT( ternary2(0x10)); ASSERT( ternary2_inv(0x00)); ASSERT(!ternary2_inv(0x10)); ASSERT(!ternary2_inv(1==1)); #endif //__bool_true_false_are_defined } sdcc-2.9.0/support/regression/tests/bug1745717.c000066400000000000000000000006401116427777700212200ustar00rootroot00000000000000/* bug1745717.c */ #include #include #ifdef __bool_true_false_are_defined bool and1(char arg) { return arg & 1; } bool and2(char arg) { return 1 & arg; } #endif //__bool_true_false_are_defined void testBug(void) { #ifdef __bool_true_false_are_defined ASSERT(!and1(0x00)); ASSERT( and1(0x01)); ASSERT(!and2(0x00)); ASSERT( and2(0x01)); #endif //__bool_true_false_are_defined } sdcc-2.9.0/support/regression/tests/bug1749275.c000066400000000000000000000005141116427777700212230ustar00rootroot00000000000000/* bug 1749275 */ #include xdata char baz; // no need to call this, it generates compiler error: // Internal error: validateOpType failed in // OP_SYM_TYPE(IC_LEFT(pl->ic)) @ peep\.c:226: // expected symbol, got value void foo(void) { baz |= 5; (*(void (*)()) 0) (); } void testBug(void) { ASSERT(1); } sdcc-2.9.0/support/regression/tests/bug1750318.c000066400000000000000000000005611116427777700212130ustar00rootroot00000000000000/* bug 1750318 */ #include xdata at(0x1234) char bar; // no need to call this, it generates compiler error: // Internal error: validateOpType failed in // OP_SYMBOL(IC_RESULT (ic)) @ SDCCcse.c:2172: // expected symbol, got value void foo(void) { *(char volatile xdata *) &bar = 0x80; } void testBug(void) { ASSERT(1); } sdcc-2.9.0/support/regression/tests/bug1788177.c000066400000000000000000000004311116427777700212250ustar00rootroot00000000000000/* bug 1788177 */ #include #include #ifdef __bool_true_false_are_defined bool var; // no need to call this, it generates compiler error: // Caught signal 11: SIGSEGV void foo(bool parm) { var = parm; } #endif void testBug(void) { ASSERT(1); } sdcc-2.9.0/support/regression/tests/bug1816470.c000066400000000000000000000003031116427777700212070ustar00rootroot00000000000000/* bug 1816470 */ #include int CalculatedConst(void) { return (unsigned char)(0x100 - 4000000 / 307200.0 + .5); } void testConst(void) { ASSERT(CalculatedConst() == 0xF3); } sdcc-2.9.0/support/regression/tests/bug1838000.c000066400000000000000000000004301116427777700212010ustar00rootroot00000000000000/* bug 1838000 */ #include typedef struct { char b:1; } t; t glbl = { 0 }; t _STATMEM * gp = &glbl; void func(char _AUTOMEM *p) { *p++ = gp->b ? 'A' : 'B'; *p = 'C'; } void testBug(void) { char x[2]; func(x); ASSERT(x[0]=='B'); } sdcc-2.9.0/support/regression/tests/bug1839277.c000066400000000000000000000041251116427777700212270ustar00rootroot00000000000000/* bug 1839277 & 1839299 */ #include code struct Value { code char* Name[2]; } Values[2]= {{{"abc", "def"}}, {{"ghi", "jkl"}}}; char i=1; void testBug1839277(void) { volatile char code* * p; unsigned long v = 0; //first subexpression 'Values[0].Name' is evaluted as follows: //mov r2,#_Values //mov r3,#(_Values >> 8) //mov r4,#(_Values >> 16) ;this is wrong - should be 'mov r4,#128' shouldn't it? //second subexpression 'Values[1].Name' is evaluted as follows: //mov a,#0x04 //add a,#_Values //mov r2,a //clr a //addc a,#(_Values >> 8) //mov r3,a //mov r4,#128 ;this is all right p = i ? Values[0].Name : Values[1].Name; #if defined(SDCC_mcs51) v = (unsigned long)p; ASSERT((unsigned char)(v>>16)==0x80); #endif //everything is all right with explicit typecast - but why do I need it? p = i ? (char code**)Values[0].Name : (char code**)Values[1].Name; #if defined(SDCC_mcs51) v = (unsigned long)p; ASSERT((unsigned char)(v>>16)==0x80); #endif //this is the best/optimal version - again with explicit typecast //Question: Why is it necessary to have explicit typecast to make things right? p = i ? (char code* code*)Values[0].Name : (char code* code*)Values[1].Name; #if defined(SDCC_mcs51) v = (unsigned long)p; ASSERT((unsigned char)(v>>16)==0x80); #endif } void testBug1839299(void) { volatile char code* * p; unsigned long v = 0; //'Values[0].Name' subexpression is evaluated as follows first: //mov r2,#_Values //mov r3,#(_Values >> 8) //mov r4,#(_Values >> 16) ;this is wrong - see bug 1839277 p= i ? Values[0].Name : Values[1].Name; //this assignment has some sideeffect on the following one //in fact it is the evaluation of 'Values[0].Name' itself has the effect, not the assignment p= Values[0].Name; //'Values[0].Name' subexpression is evaluated as follows second: //mov r2,#_Values //mov r3,#(_Values >> 8) //mov r4,#0x00 ;this is different from first occurrence but also wrong p= i ? Values[0].Name : Values[1].Name; #if defined(SDCC_mcs51) v = (unsigned long)p; ASSERT((unsigned char)(v>>16)==0x80); #endif } sdcc-2.9.0/support/regression/tests/bug1839321.c000066400000000000000000000007041116427777700212140ustar00rootroot00000000000000/* bug 1839321 */ #include xdata char Global = 2; code struct Value { char xdata * Name[2]; } Value_1 = {{&Global, 0}}, Value_2 = {{&Global, 0}}; char i = 1; // note: this function expects its first parameter to be passed in // 2 bytes on **stack** (not registers) char bar(char xdata* code* ptr, ...) { return **ptr; } void foo (void) { } void testBug(void) { ASSERT (bar(i ? Value_1.Name : Value_2.Name) == 2); } sdcc-2.9.0/support/regression/tests/bug1856409.c000066400000000000000000000010211116427777700212130ustar00rootroot00000000000000/* bug 1856409 storage: static code, */ #include #include #ifndef PORT_HOST #pragma disable_warning 158 //no warning about overflow in constant (W_LIT_OVERFLOW) #endif typedef struct { unsigned int e:2; unsigned int f:3; unsigned int g:3; } Ta; void testBug(void) { {storage} Ta aa = {1, 29, 0}; {storage} uint16_t xx = 100000; char t; t = aa.e; ASSERT(t == (1 & 3)); t = aa.f; ASSERT(t == (29 & 7)); t = aa.g; ASSERT(t == (0 & 7)); ASSERT(xx == (uint16_t)(100000 & 65535)); } sdcc-2.9.0/support/regression/tests/bug1864577.c000066400000000000000000000012541116427777700212300ustar00rootroot00000000000000/* bug 1864577 */ #include #ifdef SDCC #pragma std_sdcc99 #endif typedef unsigned char uint8_t; typedef uint8_t error_t ; enum __nesc_unnamed4247 { SUCCESS = 0, FAIL = 1, ESIZE = 2, ECANCEL = 3, EOFF = 4, EBUSY = 5, EINVAL = 6, ERETRY = 7, ERESERVE = 8, EALREADY = 9 }; static inline error_t PlatformP__LedsInit__default__init(void) { return SUCCESS; } static error_t PlatformP__LedsInit__init(void); static inline error_t PlatformP__LedsInit__init(void){ unsigned char result; result = PlatformP__LedsInit__default__init(); return result; } void testBug(void) { ASSERT (PlatformP__LedsInit__init() == SUCCESS); } sdcc-2.9.0/support/regression/tests/bug1875933.c000066400000000000000000000027041116427777700212270ustar00rootroot00000000000000/* * bug1875933.c */ #include #include char identity(char x) { return x; } /* * function genAnd() and genOr() in z80/gen.c * were not prepared to handle the special case where ifx == 0 */ void void_tand1(char x) { char y = (identity(x) & 1) ? 42 : 43; } void void_tand0(char x) { char y = (identity(x) & 0) ? 42 : 43; } /* * function genOr() in z80/gen.c * assumed identity of "or a, literal" and "or a,a" * thats definitly not so */ char tor1(char x) { char y = (identity(x) | 1) ? 42 : 43; return y; } char tor0(char x) { char y = (identity(x) | 0) ? 42 : 43; return y; } char tand1(char x) { char y = (identity(x) & 1) ? 42 : 43; return y; } char tand0(char x) { char y = (identity(x) & 0) ? 42 : 43; return y; } /* * mcs51 segmentation fault * * function genOr() in mcs51/gen.c * was not prepeared for ifx==0 */ void void_tor1(char x) { char y = (identity(x) | 1) ? 42 : 43; } void void_tor0(char x) { char y = (identity(x) | 0) ? 42 : 43; } void void_tor(char x) { char y = (identity(x) | x) ? 42 : 43; } void testBug(void) { void_tand1(1); void_tand1(0); void_tand0(1); void_tand0(0); ASSERT(tor1(1) == 42); ASSERT(tor1(0) == 42); ASSERT(tor0(1) == 42); ASSERT(tor0(0) == 43); ASSERT(tand1(1) == 42); ASSERT(tand1(0) == 43); ASSERT(tand0(1) == 43); ASSERT(tand0(0) == 43); void_tor1(1); void_tor1(0); void_tor0(1); void_tor0(0); void_tor(0); } sdcc-2.9.0/support/regression/tests/bug1888147.c000066400000000000000000000003501116427777700212230ustar00rootroot00000000000000/* bug 1888147 */ #include // no need to call this, it generates compiler error: // Caught signal 11: SIGSEGV int foo(int n) { int i = 0; if (i!=0) return n; return 0; } void testBug(void) { ASSERT(1); } sdcc-2.9.0/support/regression/tests/bug1908493.c000066400000000000000000000070261116427777700212270ustar00rootroot00000000000000/* Bug 1908493 * Bug test contains code fragments from qpnano framework, * Copyright (C) 2002-2007 Quantum Leaps, LLC. All rights reserved. * and released under the GPL * See www.quantum-leaps.com/downloads/index.htm#QPN */ #include #define Q_REENTRANT reentrant #define Q_ASSERT #define Q_SIG(me_) (((QFsm *)(me_))->evt.sig) #define int8_t char #define QEP_MAX_NEST_DEPTH 5 #define QEP_EMPTY_SIG 0 enum QReservedSignals { Q_ENTRY_SIG = 1, /**< signal for coding entry actions */ Q_EXIT_SIG, /**< signal for coding exit actions */ Q_INIT_SIG, /**< signal for coding nested initial transitions */ Q_TIMEOUT_SIG, /**< signal used by time events */ Q_USER_SIG /**< first signal that can be used in user applications */ }; typedef int8_t QSignal; typedef struct QEventTag { QSignal sig; } QEvent; struct QFsmTag; struct QHsmTag; typedef void (*QState)(struct QFsmTag *me); typedef QState (*QHsmState)(struct QHsmTag *me); typedef QState QSTATE; typedef struct QFsmTag { QState state; QEvent evt; } QFsm; typedef struct QHsmTag { QHsmState state; QEvent evt; } QHsm; typedef struct QHsmDerivedTag { QHsm super; char value; } QHsmDerived; QHsmDerived AO_derived; QSTATE state_1(QHsmDerived *me) Q_REENTRANT { if (Q_SIG(me) == Q_INIT_SIG) me->value = 3; return (QSTATE)0; } QSTATE state_2(QHsmDerived *me) Q_REENTRANT { if (Q_SIG(me) == Q_USER_SIG) return (QSTATE)state_1; return (QSTATE)0; } void QHsm_dispatch(QHsm *me) Q_REENTRANT { QHsmState path[QEP_MAX_NEST_DEPTH]; QHsmState s; QHsmState t = me->state; path[1] = t; /* save the current state in case a transition is taken */ do { /* process the event hierarchically... */ s = t; /******************************************************************** * * The call which fails when s is copied from the stack frame * ********************************************************************/ t = (QHsmState)((*s)(me)); /* invoke state handler s */ } while (t != (QHsmState)0); if (me->evt.sig == (QSignal)0) { /* transition taken? */ QHsmState src = s; /* the source of the transition */ int8_t ip = (int8_t)(-1); /* transition entry path index */ path[0] = me->state; /* save the new state */ me->state = path[1]; /* restore the current state */ /* exit current state to the transition source src... */ for (s = path[1]; s != src; ) { Q_SIG(me) = (QSignal)Q_EXIT_SIG; t = (QHsmState)(*s)(me); /* find superstate of s */ if (t != (QHsmState)0) { /* exit action unhandled */ s = t; /* t points to superstate */ } else { /* exit action handled */ Q_SIG(me) = (QSignal)QEP_EMPTY_SIG; s = (QHsmState)(*s)(me); /* find superstate of s */ } } t = path[0]; /* target of the transition */ } } void testBug (void) { AO_derived.super.state = state_2; AO_derived.super.evt.sig = 2; QHsm_dispatch((QHsm *)&AO_derived); ASSERT(1); /*if we don't get here the regression test will timeout */ } sdcc-2.9.0/support/regression/tests/bug1921073.c000066400000000000000000000006371116427777700212150ustar00rootroot00000000000000/* bug 1921073 */ #include void f1(char c, const void * p) { unsigned long v = (unsigned long)p; c; v; #if defined(SDCC_mcs51) ASSERT((unsigned char)(v>>16)==0x80); #endif } void f2(const void * p) { unsigned long v = (unsigned long)p; v; #if defined(SDCC_mcs51) ASSERT((unsigned char)(v>>16)==0x80); #endif } void testBug(void) { f1(5, (code void *)0x1234); f2((code void *)0x1234); } sdcc-2.9.0/support/regression/tests/bug1938300.c000066400000000000000000001335121116427777700212150ustar00rootroot00000000000000/* bug 1938300 */ #include #if (defined PORT_HOST) || defined (SDCC_STACK_AUTO) /***************************************************************************** * Product; Jongle Reconfigurable USB hardware * Last Updated for Version; * Date of the Last Update; * * Q u a n t u m L e a P s * --------------------------- * innovating embedded systems * * Copyright (C) 2002-2007 Quantum Leaps, LLC. All rights reserved. * * This software may be distributed and modified under the terms of the GNU * General Public License version 2 (GPL) as published by the Free Software * Foundation and appearing in the file GPL.TXT included in the packaging of * this file. Please note that GPL Section 2[b] requires that all works based * on this software must also be made publicly available under the terms of * the GPL ("Copyleft"). * * Alternatively, this software may be distributed and modified under the * terms of Quantum Leaps commercial licenses, which expressly supersede * the GPL and are specifically designed for licensees interested in * retaining the proprietary status of their code. * * Contact information; * Quantum Leaps Web site; http;//www.quantum-leaps.com * e-mail; info@quantum-leaps.com *****************************************************************************/ #ifndef qpn_port_h #define qpn_port_h /* #include "ezusbfx2.h" */ #define NEAR near #define IDATA idata #define XDATA xdata #define CODE code #define SFR_T sfr #define BIT_T bit #define QF_ISR_NEST /* #define Q_ROM_VAR CODE */ /* #define Q_ROM_PTR(X) (X) */ #define Q_REENTRANT /* __reentrant */ #define Q_ROM CODE #define Q_PARAM_SIZE 0 #define QF_TIMEEVT_CTR_SIZE 2 #define Q_NFSM /*#define QF_FSM_ACTIVE*/ #define QF_MAX_ACTIVE 4 #define QF_TIMEEVT_CTR_SIZE 2 /* interrupt locking policy for task level */ #define QF_INT_LOCK() EA = 0 #define QF_INT_UNLOCK() EA = 1 #define __disable_interrupt() EA = 0 #define __enable_interrupt() EA = 1 /* interrupt locking policy for interrupt level */ /* #define QF_ISR_NEST */ /* nesting of ISRs not allowed */ /*#include * contains prototypes for the intrinsic functions */ #include /* Exact-width integer types. WG14/N843 C99 Standard */ #endif /* qpn_port_h */ /***************************************************************************** * Product; QEP-nano public interface * Last Updated for Version; 3.4.01 * Date of the Last Update; Sep 24, 2007 * * Q u a n t u m L e a P s * --------------------------- * innovating embedded systems * * Copyright (C) 2002-2007 Quantum Leaps, LLC. All rights reserved. * * This software may be distributed and modified under the terms of the GNU * General Public License version 2 (GPL) as published by the Free Software * Foundation and appearing in the file GPL.TXT included in the packaging of * this file. Please note that GPL Section 2[b] requires that all works based * on this software must also be made publicly available under the terms of * the GPL ("Copyleft"). * * Alternatively, this software may be distributed and modified under the * terms of Quantum Leaps commercial licenses, which expressly supersede * the GPL and are specifically designed for licensees interested in * retaining the proprietary status of their code. * * Contact information; * Quantum Leaps Web site; http;//www.quantum-leaps.com * e-mail; info@quantum-leaps.com *****************************************************************************/ #ifndef qepn_h #define qepn_h /** \ingroup qepn qfn qkn * \file qepn.h * \brief Public QEP-nano interface. * * This header file must be included in all modules that use QP-nano. * Typically, this header file is included indirectly through the * header file qpn_port.h. */ #ifndef Q_ROM /* if NOT defined, provide the default definition */ /** \brief Macro to specify compiler-specific directive for placing a * constant object in ROM. * * Many compilers for 8-bit Harvard-architecture MCUs provide non-stanard * extensions to support placement of objects in different memories. * In order to conserve the precious RAM, QP-nano uses the Q_ROM macro for * all constant objects that can be allocated in ROM. * * To override the following empty definition, you need to define the * Q_ROM macro in the qpn_port.h header file. Some examples of valid * Q_ROM macro definitions are; __code (IAR 8051 compiler), code (Keil * 8051 compiler), PROGMEM (gcc for AVR), __flash (IAR for AVR). */ #define Q_ROM #endif #ifndef Q_ROM_VAR /* if NOT defined, provide the default definition */ /** \brief Macro to specify compiler-specific directive for accessing a * constant object in ROM. * * Many compilers for 8-bit MCUs provide different size pointers for * accessing objects in various memories. Constant objects allocated * in ROM (see #Q_ROM macro) often mandate the use of specific-size * pointers (e.g., far pointers) to get access to ROM objects. The * macro Q_ROM_VAR specifies the kind of the pointer to be used to access * the ROM objects. * * To override the following empty definition, you need to define the * Q_ROM_VAR macro in the qpn_port.h header file. An example of valid * Q_ROM_VAR macro definition is; __far (Freescale HC(S)08 compiler). */ #define Q_ROM_VAR #endif #ifndef Q_REENTRANT /* if NOT defined, provide the default definition */ /** \brief Macro to specify compiler-specific directive for generating * reentrant function. * * Some compilers for 8-bit MCUs provide, most notably the Keil C51 * compiler for 8051, don't generate ANSI-C compliant reentrant functions * by default, due to the limited hardware architecture. These compilers * allow to dedicate specific functions to be reentrant with a special * extended keyword (such as "reentrant" for Keil C51). The macro * Q_REENTRANT is defined to nothing by default, to work with ANSI-C * compiliant compilers, but can be defined to "reentrant" to work with * Keil C51 and perhpas other compilers. */ #define Q_REENTRANT #endif /****************************************************************************/ /** helper macro to calculate static dimension of a 1-dim array \a array_ */ #define Q_DIM(array_) (sizeof(array_) / sizeof(array_[0])) /****************************************************************************/ /** \brief get the current QP version number string * * \return version of the QP as a constant 6-character string of the form * x.y.zz, where x is a 1-digit major version number, y is a 1-digit minor * version number, and zz is a 2-digit release number. */ char const Q_ROM * Q_ROM_VAR QP_getVersion(void); /** \brief Scalar type describing the signal of an event. */ typedef uint8_t QSignal; /****************************************************************************/ #ifndef Q_PARAM_SIZE /** \brief macro to define the size of event parameter. * Valid values 0, 1, 2, or 4; default 0 */ #define Q_PARAM_SIZE 0 #endif #if (Q_PARAM_SIZE == 0) #elif (Q_PARAM_SIZE == 1) /** \brief type of the event parameter. * * This typedef is configurable via the preprocessor switch #Q_PARAM_SIZE. * The other possible values of this type are as follows; \n * none when (Q_PARAM_SIZE == 0); \n * uint8_t when (Q_PARAM_SIZE == 1); \n * uint16_t when (Q_PARAM_SIZE == 2); and \n * uint32_t when (Q_PARAM_SIZE == 4). */ typedef uint8_t QParam; #elif (Q_PARAM_SIZE == 2) typedef uint16_t QParam; #elif (Q_PARAM_SIZE == 4) typedef uint32_t QParam; #else #error "Q_PARAM_SIZE defined incorrectly, expected 0, 1, 2, or 4" #endif /** \brief Event structure. * * QEvent represents events, optionally with a single scalar parameter. * \sa Q_PARAM_SIZE * \sa ;;QParam */ typedef struct QEventTag { QSignal sig; /**< signal of the event */ #if (Q_PARAM_SIZE != 0) QParam par; /**< scalar parameter of the event */ #endif } QEvent; /****************************************************************************/ /** \brief QP reserved signals */ enum QReservedSignals { Q_ENTRY_SIG = 1, /**< signal for coding entry actions */ Q_EXIT_SIG, /**< signal for coding exit actions */ Q_INIT_SIG, /**< signal for coding nested initial transitions */ Q_TIMEOUT_SIG, /**< signal used by time events */ Q_USER_SIG /**< first signal that can be used in user applications */ }; /****************************************************************************/ struct QFsmTag; /* forward declaration */ /** \brief the signature of non-hierarchical state handler function */ typedef void (*QState)(NEAR struct QFsmTag *me); /** \brief Finite State Machine. * * QFsm represents a traditional non-hierarchical Finite State Machine (FSM) * without state hierarchy, but with entry/exit actions. * * \note QFsm is not intended to be instantiated directly, but rather serves * as the base structure for derivation of state machines in the application * code. * * The following example illustrates how to derive a state machine structure * from QFsm. Please note that the QFsm member super_ is defined as the FIRST * member of the derived struct. * \include qepn_qfsm.c * * \sa \ref derivation */ typedef struct QFsmTag { QState state; /**< current active state of the FSM (private) */ QEvent evt; /**< currently processed event in the FSM (protected) */ } QFsm; /** \brief macro to access the signal of the current event of a state machine * * \sa ;;QFsm ;;QHsm */ #define Q_SIG(me_) (((QFsm *)(me_))->evt.sig) #if (Q_PARAM_SIZE != 0) /** \brief macro to access the parameter of the current event of * a state machine * * \sa ;;QFsm ;;QHsm Q_PARAM_SIZE */ #define Q_PAR(me_) (((QFsm *)(me_))->evt.par) #endif #ifndef Q_NFSM /** \brief State machine constructor. * * \param me_ pointer the state machine structure derived from ;;QHsm. * \param initial_ is the pointer to the initial state of the state machine. * \note Must be called only ONCE before taking the initial transition * with QFsm_init() and dispatching any events via QFsm_dispatch(). */ #define QFsm_ctor(me_, initial_) do { \ ((QFsm *)me_)->state = (QState)(initial_); \ Q_SIG(me_) = (QSignal)Q_INIT_SIG; \ } while (0) /** \brief Initializes a FSM * * Takes the top-most initial transition in a FSM. * \param me is the pointer the state machine structure derived from ;;FHsm. * * \note Must be called only ONCE after QFsm_ctor() and before any calls * to QFsm_dispatch(). */ void QFsm_init(NEAR QFsm *me); /** \brief Dispatches an event to a FSM * * Processes one event at a time in Run-to-Completion fashion. The argument * \a me is the pointer the state machine structure derived from ;;QFsm. * * \note Must be called after QFsm_init(). */ void QFsm_dispatch(NEAR QFsm *me) Q_REENTRANT; /* protected methods */ /** \brief Returns current active state of a FSM. * * \note this is a protected function to be used only inside state handler * functions. */ #define QFsm_getState(me_) ((QState const)((QFsm *)(me_))->state) #endif /* Q_NFSM */ /** \brief Designates a target for an initial or regular transition. * * Q_TRAN() can be used both in the FSMs and HSMs; * * \include qepn_qtran.c */ #define Q_TRAN(target_) do { \ ((QFsm *)me)->state = (QState)(target_); \ ((QFsm *)me)->evt.sig = (QSignal)0; \ } while (0) /****************************************************************************/ #ifndef Q_NHSM struct QHsmTag; /* forward declaration */ /** \brief the signature of state handler function for HSM */ typedef QState (*QHsmState)(NEAR struct QHsmTag *me); /** \brief a name for the return type from the HSM state handler function */ typedef QState QSTATE; /** \brief a Hierarchical State Machine. * * QHsm represents a Hierarchical Finite State Machine (HSM). QHsm * extends the capabilities of a basic FSM with state hierarchy. * * \note QHsm is not intended to be instantiated directly, but rather serves * as the base structure for derivation of state machines in the application * code. * * The following example illustrates how to derive a state machine structure * from QHsm. Please note that the QHsm member super_ is defined as the FIRST * member of the derived struct. * \include qepn_qhsm.c * * \sa \ref derivation */ typedef struct QHsmTag { QHsmState state; /**< current active state of the HSM (private) */ QEvent evt; /**< currently processed event in the HSM (protected) */ } QHsm; /* public methods */ /** \brief State machine constructor. * * \param me_ pointer the state machine structure derived from ;;QHsm. * \param initial_ is the pointer to the initial state of the state machine. * \note Must be called only ONCE before taking the initial transition * with QHsm_init() and dispatching any events via QHsm_dispatch(). */ #define QHsm_ctor(me_, initial_) do { \ ((QHsm *)me_)->state = (QHsmState)(initial_); \ Q_SIG(me_) = (QSignal)Q_INIT_SIG; \ } while (0) /** \brief Initializes a HSM. * * Takes the top-most initial transition in a HSM. * \param me is the pointer the state machine structure derived from ;;QHsm. * * \note Must be called only ONCE after QHsm_ctor() and before any calls * to QHsm_dispatch(). */ void QHsm_init(NEAR QHsm *me); /** \brief Dispatches an event to a HSM * * Processes one event at a time in Run-to-Completion fashion. * \param me is the pointer the state machine structure derived from ;;QHsm. * * \note Must be called repetitively for each event after QHsm_init(). */ void QHsm_dispatch(NEAR QHsm *me) Q_REENTRANT; /* protected methods... */ /** \brief The top-state. * * QHsm_top() is the ultimate root of state hierarchy in all HSMs derived * from ;;QHsm. This state handler always returns (QSTATE)0, which means * that it "handles" all events. * * \sa Example of the QCalc_on() state handler for Q_INIT(). */ QSTATE QHsm_top(NEAR QHsm *me) Q_REENTRANT; /** \return the current active state of the \a me_ state machine */ #define QHsm_getState(me_) ((QHsmState const)((QHsm *)(me_))->state) #endif /* Q_NHSM */ /****************************************************************************/ /* DEPRECATED DEPRECATED DEPRECATED DEPRECATED DEPRECATED DEPRECATED */ /* If QPN compatibility level not defined or the level is lower than v3.4 */ #if (!defined(QPN_COMP_LEVEL) || (QPN_COMP_LEVEL < 34)) /** signal for coding the top-most initial transition (deprecated) */ #define Q_TOP_INIT_SIG Q_INIT_SIG /** \brief Designates a target for an initial transition. * * \note DEPRECATED * \sa Q_TRAN() */ #define Q_INIT(target_) Q_TRAN(target_) /** \brief Returns current active state of a FSM. * * \note DEPRECATED * \sa QFsm_getState() */ #define QFsm_getState_(me_) QFsm_getState(me_) /** \brief Returns current active state of a HSM. * * \note DEPRECATED * \sa QHsm_getState() */ #define QHsm_getState_(me_) QHsm_getState(me_) #endif /* QPN_COMP_LEVEL < 34 */ #endif /* qepn_h */ /***************************************************************************** * Product; QF-nano public interface * Last Updated for Version; 3.4.01 * Date of the Last Update; Sep 18, 2007 * * Q u a n t u m L e a P s * --------------------------- * innovating embedded systems * * Copyright (C) 2002-2007 Quantum Leaps, LLC. All rights reserved. * * This software may be distributed and modified under the terms of the GNU * General Public License version 2 (GPL) as published by the Free Software * Foundation and appearing in the file GPL.TXT included in the packaging of * this file. Please note that GPL Section 2[b] requires that all works based * on this software must also be made publicly available under the terms of * the GPL ("Copyleft"). * * Alternatively, this software may be distributed and modified under the * terms of Quantum Leaps commercial licenses, which expressly supersede * the GPL and are specifically designed for licensees interested in * retaining the proprietary status of their code. * * Contact information; * Quantum Leaps Web site; http;//www.quantum-leaps.com * e-mail; info@quantum-leaps.com *****************************************************************************/ #ifndef qfn_h #define qfn_h /** \ingroup qepn qfn qkn * \file qfn.h * \brief Public QF-nano interface. * * This header file must be included in all modules that use QP-nano. * Typically, this header file is included indirectly through the * header file qpn_port.h. */ #ifndef QF_TIMEEVT_CTR_SIZE /** \brief macro to override the default QTimeEvtCtr size. * Valid values 0, 1, 2, or 4; default 0 */ #define QF_TIMEEVT_CTR_SIZE 0 #endif #if (QF_TIMEEVT_CTR_SIZE == 0) #elif (QF_TIMEEVT_CTR_SIZE == 1) typedef uint8_t QTimeEvtCtr; #elif (QF_TIMEEVT_CTR_SIZE == 2) /** \brief type of the Time Event counter, which determines the dynamic * range of the time delays measured in clock ticks. * * This typedef is configurable via the preprocessor switch * #QF_TIMEEVT_CTR_SIZE. The other possible values of this type are * as follows; \n * none when (QF_TIMEEVT_CTR_SIZE not defined or == 0), \n * uint8_t when (QF_TIMEEVT_CTR_SIZE == 1); \n * uint16_t when (QF_TIMEEVT_CTR_SIZE == 2); and \n * uint32_t when (QF_TIMEEVT_CTR_SIZE == 4). */ typedef uint16_t QTimeEvtCtr; #elif (QF_TIMEEVT_CTR_SIZE == 4) typedef uint32_t QTimeEvtCtr; #else #error "QF_TIMER_SIZE defined incorrectly, expected 1, 2, or 4" #endif /** \brief Active Object struct * * QActive is the base structure for derivation of active objects. Active * objects in QF-nano are encapsulated tasks (each embedding a state machine * and an event queue) that communicate with one another asynchronously by * sending and receiving events. Within an active object, events are * processed sequentially in a run-to-completion (RTC) fashion, while QF * encapsulates all the details of thread-safe event exchange and queuing. * * \note ;;QActive is not intended to be instantiated directly, but rather * serves as the base structure for derivation of active objects in the * application code. * * The following example illustrates how to derive an active object from * QActive. Please note that the QActive member super_ is defined as the * FIRST member of the derived struct. * \include qfn_qactive.c * * \sa ;;QActiveTag for the description of the data members \n \ref derivation */ typedef struct QActiveTag { #if (!defined(QF_FSM_ACTIVE) && !defined(Q_NHSM)) QHsm super; /**< derives from the ;;QHsm base structure */ #else QFsm super; /**< derives from the ;;QFsm base structure */ #endif /** \brief offset to where next event will be inserted into the buffer */ uint8_t head; /** \brief offset of where next event will be extracted from the buffer */ uint8_t tail; /** \brief number of events currently present in the ring buffer */ uint8_t nUsed; #if (QF_TIMEEVT_CTR_SIZE != 0) /** \brief Time Event tick counter for the active object */ QTimeEvtCtr tickCtr; #endif } QActive; #if (!defined(QF_FSM_ACTIVE) && !defined(Q_NHSM)) /** \brief Active object constructor. * * \param me_ pointer the active object structure derived from ;;QActive. * \param initial_ is the pointer to the initial state of the active * object. * \note Must be called exactly ONCE for each active object * in the application before calling QF_run(). */ #define QActive_ctor(me_, initial_) do { \ QHsm_ctor(me_, initial_); \ ((QActive *)(me_))->nUsed = (uint8_t)0; \ } while (0) #else #define QActive_ctor(me_, initial_) do { \ QFsm_ctor(me_, initial_); \ ((QActive *)(me_))->nUsed = (uint8_t)0; \ } while (0) #endif #if (Q_PARAM_SIZE != 0) /** \brief Posts an event \a e directly to the event queue of the acitve * object \a prio using the First-In-First-Out (FIFO) policy. This * function briefly locks and unlocks interrupts to protect the * queue integrity. * * Direct event posting is the only asynchronous communication method * available in QF-nano. The following example illustrates how the * Ped active object posts directly the PED_WAITING event to the PELICAN * crossing active object. * \include qfn_post.c * * \note The producer of the event (Ped in this case) must only "know" * the recipient's priority (Pelican), but the specific definition of * the Pelican structure is not required. * * \note Direct event posting should not be confused with direct event * dispatching. In contrast to asynchronous event posting through event * queues, direct event dispatching is synchronous. Direct event * dispatching occurs when you call QHsm_dispatch(), or QFsm_dispatch() * function. */ void QF_post(uint8_t prio, QSignal sig, QParam par) Q_REENTRANT; /** \brief Posts an event \a e directly to the event queue of the acitve * object \a prio using the First-In-First-Out (FIFO) policy. This * function does NOT lock/unlock interrupts and is intended only * to be used inside critical sections (such as inside ISRs that cannot * nest). * * \sa QF_post() */ void QF_postISR(uint8_t prio, QSignal sig, QParam par) Q_REENTRANT; #else void QF_post(uint8_t prio, QSignal sig) Q_REENTRANT; void QF_postISR(uint8_t prio, QSignal sig) Q_REENTRANT; #endif /****************************************************************************/ /** \brief QActive Control Block * * QActiveCB represents the constant information that the QF-nano needs * to manage the active object. QActiveCB objects are grouped in the * array QF_active[], which typically can be placed in ROM. * * The following example illustrates how to allocate and initialize the * QActive control blocks in the array QF_active[]. * \include qfn_main.c */ typedef struct QActiveCBTag { QActive *act; /**< \brief pointer to the active object structure */ QEvent *queue; /**< \brief pointer to the event queue buffer */ uint8_t end; /**< \brief the length of the ring buffer */ } QActiveCB; #if (QF_TIMEEVT_CTR_SIZE != 0) #if (QF_TIMEEVT_CTR_SIZE > 1) /** \brief Arm a one-shot time event for direct event posting. * * Arms a time event \a me to fire in \a tout clock ticks * (one-shot time event). The timeout signal Q_TIMEOUT_SIG gets directly * posted (using the FIFO policy) into the event queue of the active object * \a me. * * After posting, the time event gets automatically disarmed and can be reused. * * A one-shot time event can be disarmed at any time by calling the * QActive_disarm() function. Also, a one-shot time event can be re-armed * to fire in a different number of clock ticks by calling QActive_arm() again. * * The following example shows how to arm a one-shot time event from a state * machine of an active object; * \include qfn_arm.c */ void QActive_arm(NEAR QActive *me, QTimeEvtCtr tout) Q_REENTRANT; /** \brief Disarm a time event. * * The time event \a me gets disarmed and can be reused. */ void QActive_disarm(NEAR QActive *me) Q_REENTRANT; #else /* QF_TIMEEVT_CTR_SIZE must be == 1 */ /** \brief Arm a one-shot time event for direct event posting. * * Arms a time event \param me_ to fire in \param tout_ clock ticks * (one-shot time event). The timeout signal Q_TIMEOUT_SIG gets directly * posted (using the FIFO policy) into the event queue of the active object * \param me_. * * After posting, the time event gets automatically disarmed and can be reused. * * A one-shot time event can be disarmed at any time by calling the * QActive_disarm() function. Also, a one-shot time event can be re-armed * to fire in a different number of clock ticks by calling QActive_arm() again. * * The following example shows how to arm a one-shot time event from a state * machine of an active object; * \include qfn_arm.c */ #define QActive_arm(me_, tout_) ((me_)->tickCtr = (QTimeEvtCtr)(tout_)) /** \brief Disarm a time event. * * The time event \param me_ gets disarmed and can be reused. */ #define QActive_disarm(me_) ((me_)->tickCtr = (QTimeEvtCtr)0) #endif /* QF_TIMEEVT_CTR_SIZE > 1 */ /** \brief Processes all armed time events at every clock tick. * * This function must be called periodically from a time-tick ISR or from * the highest-priority task so that QF can manage the timeout events. * * \note The QF_tick() function is not reentrant meaning that it must run to * completion before it is called again. Also, QF_tick() assumes that it * never will get preempted by a task, which is always the case when it is * called from an ISR or the highest-priority task. * * The following example illustrates the call to QF_tick(); * \include qfn_tick.c */ void QF_tick(void); #endif /* (QF_TIMEEVT_CTR_SIZE != 0) */ /* protected methods ...*/ /** \brief QF initialization. * * This function initializes QF and must be called exactly once before any * other QF function. In QF-nano this function is defined in the BSP. */ void QF_init(void); /** \brief Starts the interrupts and initializes other critical resources * that might interact with the QF application. * * QF_start() is called from QF_run(), right before starting the non-preemptive * multitasking in the background loop. * * \note This function is strongly platform-dependent and is not implemented * in the QF, but either in the QF port or in the Board Support Package (BSP) * for the given application. * * \sa QF initialization example for ;;QActiveCB. */ void QF_start(void); /** \brief Transfers control to QF to run the application. * * QF_run() implemetns the simple non-preemptive scheduler. QF_run() must be * called from your startup code after you initialize the QF and define at * least one active object control block in QF_active[]. * * \note When the Quantum Kernel (QK) is used as the underlying real-time * kernel for the QF, all platfrom dependencies are handled in the QK, so * no porting of QF is necessary. In other words, you only need to recompile * the QF platform-independent code with the compiler for your platform, but * you don't need to provide any platform-specific implementation (so, no * qf_port.c file is necessary). Moreover, QK implements the function QF_run() * in a platform-independent way, in the modile qk.c. */ void QF_run(void); #ifndef QK_PREEMPTIVE /** \brief QF idle callback (customized in BSPs for QF) * * QF_onIdle() is called by the non-preemptive scheduler built into QF-nano * when the QF-nano detects that no events are available for active objects * (the idle condition). This callback gives the application an opportunity * to enter a power-saving CPU mode, or perform some other idle processing. * * \note QF_onIdle() is invoked with interrupts LOCKED because the idle * condition can be asynchronously changed at any time by an interrupt. * QF_onIdle() MUST unlock the interrupts internally, but not before * putting the CPU into the low-power mode. (Ideally, unlocking interrupts * and low-power mode should happen atomically). At the very least, the * function MUST unlock interrupts, otherwise interrups will be locked * permanently. * * \note QF_onIdle() is not used in the PREEMPTIVE configuration. When * QK_PREEMPTIVE macro is defined, the preemptive kernel QK-nano is used * instead of the non-preemptive QF-nano scheduler. QK-nano uses a * different idle callback \sa QK_onIdle(). */ void QF_onIdle(void); #endif /** \brief Exits the QF application and returns control to the OS/Kernel. * * This function exits the framework. After calling this function, QF is no * longer in control of the application. The typical use of this method is * for exiting the QF application to return back to the operating system * or for handling fatal errors that require resetting the system. * * This function is strongly platform-dependent and is not implemented in * QF-nano, but either in the QF port or in the Board Support Package (BSP) * for the given application. Some QF ports might not require implementing * QF_exit() at all, because many embedded application don't have anything * to exit to. */ void QF_exit(void); /** active object control blocks */ extern QActiveCB const Q_ROM Q_ROM_VAR QF_active[]; /** the number of control blocks */ extern uint8_t const Q_ROM Q_ROM_VAR QF_activeNum; /** \brief Ready set of QF-nano. * * The QF-nano ready set keeps track of active objects that are ready to run. * The ready set represents each active object as a bit, with the bits * assigned according to priorities of the active objects. The bit is set * if the corresponding active object is ready to run (i.e., has one or * more events in its event queue) and zero if the event queue is empty. * The QF-nano ready set is one byte-wide, which corresponds to 8 active * objects maximum. */ extern uint8_t volatile QF_readySet_; #endif /* qfn_h */ /***************************************************************************** * Product; QP-nano * Last Updated for Version; 3.4.00 * Date of the Last Update; Aug 20, 2007 * * Q u a n t u m L e a P s * --------------------------- * innovating embedded systems * * Copyright (C) 2002-2007 Quantum Leaps, LLC. All rights reserved. * * This software may be distributed and modified under the terms of the GNU * General Public License version 2 (GPL) as published by the Free Software * Foundation and appearing in the file GPL.TXT included in the packaging of * this file. Please note that GPL Section 2[b] requires that all works based * on this software must also be made publicly available under the terms of * the GPL ("Copyleft"). * * Alternatively, this software may be distributed and modified under the * terms of Quantum Leaps commercial licenses, which expressly supersede * the GPL and are specifically designed for licensees interested in * retaining the proprietary status of their code. * * Contact information; * Quantum Leaps Web site; http;//www.quantum-leaps.com * e-mail; info@quantum-leaps.com *****************************************************************************/ #ifndef qassert_h #define qassert_h /** \ingroup qepn qfn * \file qassert.h * \brief Customizable assertions. * * Defines customizable and memory-efficient assertions applicable to * embedded systems. This header file can be used in C, C++, and mixed C/C++ * programs. * * \note The preprocessor switch Q_NASSERT disables checking assertions. * In particular macros \ref Q_ASSERT, \ref Q_REQUIRE, \ref Q_ENSURE, * \ref Q_INVARIANT, and \ref Q_ERROR do NOT evaluate the test condition * passed as the argument to these macros. One notable exception is the * macro \ref Q_ALLEGE, that still evaluates the test condition, but does * not report assertion failures when the switch Q_NASSERT is defined. */ #ifdef Q_NASSERT /* Q_NASSERT defined--assertion checking disabled */ #define Q_DEFINE_THIS_FILE #define Q_DEFINE_THIS_MODULE(name_) #define Q_ASSERT(ignore_) ((void)0) #define Q_ALLEGE(test_) ((void)(test_)) #define Q_ERROR() ((void)0) #else /* Q_NASSERT not defined--assertion checking enabled */ #ifdef __cplusplus extern "C" { #endif /** callback invoked in case the condition passed to \ref Q_ASSERT, * \ref Q_REQUIRE, \ref Q_ENSURE, \ref Q_ERROR, or \ref Q_ALLEGE * evaluates to FALSE. * * \param file file name where the assertion failed * \param line line number at which the assertion failed */ /*lint -sem(Q_assert_handler, r_no) Q_assert_handler() never returns */ void Q_assert_handler(char const Q_ROM * const Q_ROM_VAR file, int line); #ifdef __cplusplus } #endif /** Place this macro at the top of each C/C++ module to define the file * name string using __FILE__ (NOTE; __FILE__ might contain lengthy path * name). This file name will be used in reporting assertions in this file. */ #define Q_DEFINE_THIS_FILE \ static char const Q_ROM Q_ROM_VAR l_this_file[] = __FILE__; /** Place this macro at the top of each C/C++ module to define the module * name as the argument \a name_. This file name will be used in reporting * assertions in this file. */ #define Q_DEFINE_THIS_MODULE(name_) \ static char const Q_ROM Q_ROM_VAR l_this_file[] = #name_; /** General purpose assertion that makes sure the \a test_ argument is * TRUE. Calls the Q_assert_handler() callback if the \a test_ evaluates * to FALSE. * \note the \a test_ is NOT evaluated if assertions are * disabled with the Q_NASSERT switch. */ #define Q_ASSERT(test_) \ if (test_) { \ } \ else (Q_assert_handler(l_this_file, __LINE__)) /** General purpose assertion that ALWAYS evaluates the \a test_ * argument and calls the Q_assert_handler() callback if the \a test_ * evaluates to FALSE. * \note the \a test_ argument IS always evaluated even when assertions are * disabled with the Q_NASSERT macro. When the Q_NASSERT macro is * defined, the Q_assert_handler() callback is NOT called, even if the * \a test_ evaluates to FALSE. */ #define Q_ALLEGE(test_) Q_ASSERT(test_) /** Assertion that always calls the Q_assert_handler() callback if * ever executed. * \note can be disabled with the Q_NASSERT switch. */ #define Q_ERROR() \ (Q_assert_handler(l_this_file, __LINE__)) #endif /* NASSERT */ /** Assertion that checks for a precondition. This macro is equivalent to * \ref Q_ASSERT, except the name provides a better documentation of the * intention of this assertion. */ #define Q_REQUIRE(test_) Q_ASSERT(test_) /** Assertion that checks for a postcondition. This macro is equivalent to * \ref Q_ASSERT, except the name provides a better documentation of the * intention of this assertion. */ #define Q_ENSURE(test_) Q_ASSERT(test_) /** Assertion that checks for an invariant. This macro is equivalent to * \ref Q_ASSERT, except the name provides a better documentation of the * intention of this assertion. */ #define Q_INVARIANT(test_) Q_ASSERT(test_) /** Compile-time assertion exploits the fact that in C/C++ a dimension of * an array must be non-zero. The following declaration causes a compilation * error if the compile-time expression (\a test_) is not TRUE. The assertion * has no runtime side effects. */ #define Q_ASSERT_COMPILE(test_) \ extern char Q_assert_compile[(test_)] #endif /* qassert_h */ /***************************************************************************** * Product; QEP-nano implemenation * Last Updated for Version; 3.4.01 * Date of the Last Update; Sep 18, 2007 * * Q u a n t u m L e a P s * --------------------------- * innovating embedded systems * * Copyright (C) 2002-2007 Quantum Leaps, LLC. All rights reserved. * * This software may be distributed and modified under the terms of the GNU * General Public License version 2 (GPL) as published by the Free Software * Foundation and appearing in the file GPL.TXT included in the packaging of * this file. Please note that GPL Section 2[b] requires that all works based * on this software must also be made publicly available under the terms of * the GPL ("Copyleft"). * * Alternatively, this software may be distributed and modified under the * terms of Quantum Leaps commercial licenses, which expressly supersede * the GPL and are specifically designed for licensees interested in * retaining the proprietary status of their code. * * Contact information; * Quantum Leaps Web site; http;//www.quantum-leaps.com * e-mail; info@quantum-leaps.com *****************************************************************************/ Q_DEFINE_THIS_MODULE(qepn) /** \ingroup qepn qfn * \file qepn.c * QEP-nano implementation. */ /** empty signal for internal use only */ #define QEP_EMPTY_SIG 0 /** maximum depth of state nesting (including the top level), must be >= 2 */ #define QEP_MAX_NEST_DEPTH 5 #ifndef Q_NHSM /*..........................................................................*/ void QHsm_dispatch(NEAR QHsm *me) Q_REENTRANT { QHsmState path[QEP_MAX_NEST_DEPTH]; QHsmState s; QHsmState t = me->state; path[1] = t; /* save the current state in case a transition is taken */ do { /* process the event hierarchically... */ s = t; t = (QHsmState)((*s)(me)); /* invoke state handler s */ } while (t != (QHsmState)0); if (me->evt.sig == (QSignal)0) { /* transition taken? */ QHsmState src = s; /* the source of the transition */ int8_t ip = (int8_t)(-1); /* transition entry path index */ int8_t iq; /* helper transition entry path index */ path[0] = me->state; /* save the new state */ me->state = path[1]; /* restore the current state */ /* exit current state to the transition source src... */ for (s = path[1]; s != src; ) { Q_SIG(me) = (QSignal)Q_EXIT_SIG; t = (QHsmState)(*s)(me); /* find superstate of s */ if (t != (QHsmState)0) { /* exit action unhandled */ s = t; /* t points to superstate */ } else { /* exit action handled */ Q_SIG(me) = (QSignal)QEP_EMPTY_SIG; s = (QHsmState)(*s)(me); /* find superstate of s */ } } t = path[0]; /* target of the transition */ if (src == t) { /* (a) check source==target (transition to self) */ Q_SIG(me) = (QSignal)Q_EXIT_SIG; (void)(*src)(me); /* exit the source */ ip = (int8_t)0; /* enter the target */ } else { Q_SIG(me) = (QSignal)QEP_EMPTY_SIG; t = (QHsmState)(*t)(me); /* find superstate of target */ if (src == t) { /* (b) check source==target->super */ ip = (int8_t)0; /* enter the target */ } else { Q_SIG(me) = (QSignal)QEP_EMPTY_SIG; s = (QHsmState)(*src)(me); /* find superstate of src */ if (s == t) { /* (c) check source->super==target->super */ Q_SIG(me) = (QSignal)Q_EXIT_SIG; (void)(*src)(me); /* exit the source */ ip = (int8_t)0; /* enter the target */ } else { if (s == path[0]) { /* (d) check source->super==target */ Q_SIG(me) = (QSignal)Q_EXIT_SIG; (void)(*src)(me); /* exit the source */ } else { /* (e) check rest of source==target->super->super.. * and store the entry path along the way */ iq = (int8_t)0; /* indicate that LCA not found */ ip = (int8_t)1; /* enter target and its superstate */ path[1] = t; /* save the superstate of target */ Q_SIG(me) = (QSignal)QEP_EMPTY_SIG; t = (QHsmState)(*t)(me); /* find superstate of t */ while (t != (QHsmState)0) { path[++ip] = t; /* store the entry path */ if (t == src) { /* is it the source? */ iq = (int8_t)1; /* indicate that LCA found */ /* entry path must not overflow */ Q_ASSERT(ip < (int8_t)QEP_MAX_NEST_DEPTH); --ip; /* do not enter the source */ t = (QHsmState)0; /* terminate the loop */ } else { /* it is not the source, keep going up */ Q_SIG(me) = (QSignal)QEP_EMPTY_SIG; t = (QHsmState)(*t)(me); /* superstate of t */ } } if (iq == (int8_t)0) { /* the LCA not found yet? */ /* entry path must not overflow */ Q_ASSERT(ip < (int8_t)QEP_MAX_NEST_DEPTH); Q_SIG(me) = (QSignal)Q_EXIT_SIG; (void)(*src)(me); /* exit the source */ /* (f) check the rest of source->super * == target->super->super... */ iq = ip; do { if (s == path[iq]) { /* is this the LCA? */ t = s; /* indicate that LCA is found */ ip = (int8_t)(iq - 1);/*do not enter LCA*/ iq = (int8_t)(-1);/* terminate the loop */ } else { --iq; /* try lower superstate of target */ } } while (iq >= (int8_t)0); if (t == (QHsmState)0) { /* LCA not found yet? */ /* (g) check each source->super->... * for each target->super... */ do { Q_SIG(me) = (QSignal)Q_EXIT_SIG; t = (QHsmState)(*s)(me); /* exit s */ if (t != (QHsmState)0) { /* unhandled? */ s = t; /* t points to super of s */ } else { /* exit action handled */ Q_SIG(me) = (QSignal)QEP_EMPTY_SIG; s = (QHsmState)(*s)(me);/*super of s*/ } iq = ip; do { if (s == path[iq]) {/* is this LCA? */ /* do not enter LCA */ ip = (int8_t)(iq - 1); iq = (int8_t)(-1);/*break inner */ s = (QHsmState)0; /*break outer */ } else { --iq; } } while (iq >= (int8_t)0); } while (s != (QHsmState)0); } } } } } } /* retrace the entry path in reverse (desired) order... */ for (; ip >= (int8_t)0; --ip) { Q_SIG(me) = (QSignal)Q_ENTRY_SIG; (void)(*path[ip])(me); /* enter path[ip] */ } s = path[0]; /* stick the target into register */ me->state = s; /* update the current state */ /* drill into the target hierarchy... */ Q_SIG(me) = (QSignal)Q_INIT_SIG; while ((*s)(me) == (QState)0) { t = me->state; path[0] = t; ip = (int8_t)0; Q_SIG(me) = (QSignal)QEP_EMPTY_SIG; t = (QHsmState)(*t)(me); /* find superstate of t */ while (t != s) { ++ip; path[ip] = t; Q_SIG(me) = (QSignal)QEP_EMPTY_SIG; t = (QHsmState)(*t)(me); /* find superstate of t */ } /* entry path must not overflow */ Q_ASSERT(ip < (int8_t)QEP_MAX_NEST_DEPTH); do { /* retrace the entry path in reverse (correct) order... */ Q_SIG(me) = (QSignal)Q_ENTRY_SIG; (void)(*path[ip])(me); /* enter path[ip] */ --ip; } while (ip >= (int8_t)0); s = me->state; Q_SIG(me) = (QSignal)Q_INIT_SIG; } } } void Q_assert_handler(char const Q_ROM * const Q_ROM_VAR file, int line) { file; line; } #endif /* Q_NHSM */ #endif //(defined PORT_HOST) || defined (SDCC_STACK_AUTO) void testDummy(void) { } sdcc-2.9.0/support/regression/tests/bug2077267.c000066400000000000000000000003611116427777700212170ustar00rootroot00000000000000/* bug 2077267 */ #include #ifndef SDCC #define __critical #endif void bug(char* x) { *x = *x + 1; } void testBug(void) { char x = 1; bug(&x); __critical { bug(&x); } ASSERT (x == 3); } sdcc-2.9.0/support/regression/tests/bug2094505.c000066400000000000000000000006571116427777700212210ustar00rootroot00000000000000/* bug 2094505 */ #include void testBug(void) { #if !defined(SDCC) || !defined(SDCC_mcs51) || defined(SDCC_MODEL_LARGE) // varA has to be declared for the bug to manifest itself volatile char varA[256] = {0}; volatile unsigned int varB = 0x1; volatile unsigned short varC = 0x2; // The Less Than comparison ASM for this while loop is generated incorrectly. ASSERT (varB < varC); #endif } sdcc-2.9.0/support/regression/tests/bug2435941.c000066400000000000000000000007231116427777700212160ustar00rootroot00000000000000/* bug 2435941 */ #include #include uint32_t sleep_timer_get(void) { return 0x12345678; } int32_t remaining; uint32_t updated; uint32_t now; // no need to call this, it generates compiler error: // error 9: FATAL Compiler Internal Error static void do_test(void) reentrant { while (1) { now = sleep_timer_get(); remaining -= (now - updated) & 0xFF; updated = now; } } void testBug(void) { ASSERT(1); } sdcc-2.9.0/support/regression/tests/bug2655200.c000066400000000000000000000032361116427777700212100ustar00rootroot00000000000000/* * [ 2655200 ] pointer to pdata memory not correctly initialized * * test_array[..] = &thing_pdata * was incorrect * * SDCCclue.c(initPointer) * ... SPEC_SCLS (expr->left->etype) == S_PDATA) * was not handeled */ #include #include #if !defined (SDCC_mcs51) && !defined (SDCC_ds390) # define __code #endif char thing; #if defined (SDCC_mcs51) || defined (SDCC_ds390) __code char thing_code = 0; __data char thing_data; __idata char thing_idata; __xdata char thing_xdata; __pdata char thing_pdata; __pdata char thing_apdata[2]; #endif char * __code test_array[] = { &thing #if defined (SDCC_mcs51) || defined (SDCC_ds390) , &thing_code , &thing_data, &thing_idata, &thing_xdata, &thing_pdata , thing_apdata, (char *)thing_apdata #endif }; char *gime_thing() { return &thing; } #if defined (SDCC_mcs51) || defined (SDCC_ds390) char *gime_thing_code() { return &thing_code; } char *gime_thing_data() { return &thing_data; } char *gime_thing_idata() { return &thing_idata; } char *gime_thing_xdata() { return &thing_xdata; } char *gime_thing_pdata() { return &thing_pdata; } char *gime_thing_apdata() { return thing_apdata; } #endif void testBug(void) { #if !defined (SDCC_MODEL_MEDIUM) /* test-mcs51-medium fails */ ASSERT(test_array[0] == gime_thing()); #endif #if defined (SDCC_mcs51) || defined (SDCC_ds390) ASSERT(test_array[1] == gime_thing_code()); ASSERT(test_array[2] == gime_thing_data()); ASSERT(test_array[3] == gime_thing_idata()); ASSERT(test_array[4] == gime_thing_xdata()); ASSERT(test_array[5] == gime_thing_pdata()); ASSERT(test_array[6] == gime_thing_apdata()); ASSERT(test_array[7] == gime_thing_apdata()); #endif } sdcc-2.9.0/support/regression/tests/bug608752.c000066400000000000000000000012001116427777700211250ustar00rootroot00000000000000/* OpAssign tests */ #include #ifdef SDCC #include #else #define _STATMEM #endif typedef struct { char a; char n; } item_type; item_type t; _STATMEM item_type* get_next_item(void) { /* have a side effect */ t.n++; /* keep things easy, not implementing a list. Using a true list would break things even more pointedly: a) reading beyond end of the list and b) intermixing list members */ return &t; } void testOpAssign(void) { t.a = 0; t.n = 0; /* get_next_item() should be called only once */ get_next_item()->a |= 42; ASSERT (t.a == 42); ASSERT (t.n == 1); } sdcc-2.9.0/support/regression/tests/bug663539.c000066400000000000000000000005021116427777700211350ustar00rootroot00000000000000/* bug663539.c */ #include #if defined (SDCC_ds390) || defined (SDCC_mcs51) volatile xdata at 0x7654 char x; #endif void test_volatile(void) { ASSERT (1); #if defined (SDCC_ds390) || defined (SDCC_mcs51) x; //this should end the simulation while (1); //let the "watchdog" bite #endif } sdcc-2.9.0/support/regression/tests/bugs-1596270-1736867.c000066400000000000000000000017461116427777700223310ustar00rootroot00000000000000/* bugs 1596270 and 1736867. */ #include typedef unsigned char UINT8; typedef unsigned char S_GAMES_SI_CHARS; typedef struct { S_GAMES_SI_CHARS c; UINT8 x, y; }S_GAMES_SI_BLOCK_STRUCT; #define S_GAMES_SI_BLOCK_STRUCT_size sizeof(S_GAMES_SI_BLOCK_STRUCT) static void s_Games_SI_BlockInit(S_GAMES_SI_BLOCK_STRUCT *bl, UINT8 i, UINT8 x, UINT8 y) { bl[i ].x = x - 1; bl[i ].y = y - 1; bl[i + 1].x = x ; bl[i + 1].y = y - 1; bl[i + 2].x = x + 1; bl[i + 2].y = y - 1; bl[i + 3].x = x - 1; bl[i + 3].y = y ; bl[i + 4].x = x ; bl[i + 4].y = y ; bl[i + 5].x = x + 1; bl[i + 5].y = y ; bl[i + 6].x = x - 1; bl[i + 6].y = y + 1; bl[i + 7].x = x ; bl[i + 7].y = y + 1; bl[i + 8].x = x + 1; bl[i + 8].y = y + 1; } void testBug156270(void) { S_GAMES_SI_BLOCK_STRUCT b[9]; s_Games_SI_BlockInit(b, 0, 1, 1); ASSERT(b[1].x == 1); /* 1596270 */ ASSERT(b[1].y == 0); /* 1596270 */ ASSERT(b[2].x == 2); /* 1596270 */ ASSERT(b[2].y == 0); /* 1736867 */ } sdcc-2.9.0/support/regression/tests/compare.c000066400000000000000000000037201116427777700213130ustar00rootroot00000000000000/** Test the comparison operators. type: char, int, long storage: static, attr: volatile */ #include static void testCmpAroundZero(void) { {attr} {storage} {type} i; i = 5; ASSERT(0 < i); ASSERT(i > 0); ASSERT(0 <= i); ASSERT(i >= 0); i = -33; ASSERT(0 > i); ASSERT(i < 0); ASSERT(0 >= i); ASSERT(i <= 0); i = 0; ASSERT(0 == i); ASSERT(0 <= i); ASSERT(0 >= i); } static void testCompareConstants(void) { {attr} {storage} {type} i; i = 12; ASSERT(i < 23); ASSERT(i > 3); ASSERT(i > -14); ASSERT(i <= 23); ASSERT(i >= 3); ASSERT(i >= -14); ASSERT(i <= 12); ASSERT(i >= 12); ASSERT(i == 12); i = -34; ASSERT(i > -126); ASSERT(i < -3); ASSERT(i < 47); ASSERT(i >= -126); ASSERT(i <= -3); ASSERT(i <= 47); ASSERT(i <= -34); ASSERT(i >= -34); ASSERT(i == -34); } static void testCompareVariables(void) { {attr} {storage} {type} left, right; left = 12; right = 47; ASSERT(left < right); ASSERT(left <= right); ASSERT(right > left); ASSERT(right >= left); right = -8; ASSERT(left > right); ASSERT(left >= right); ASSERT(right < left); ASSERT(right <= left); right = 0; ASSERT(left > right); ASSERT(left >= right); ASSERT(right < left); ASSERT(right <= left); right = left; ASSERT(left == right); ASSERT(left <= right); ASSERT(left >= right); } static void testUnsignedCompare(void) { {attr} {storage} unsigned {type} left, right; left = 0; right = (unsigned {type})-1; ASSERT(left < right); ASSERT(left <= right); ASSERT(right > left); ASSERT(right >= left); } /* Common cases: Around zero Constants on either side (reversal) <= >= == != < > */ sdcc-2.9.0/support/regression/tests/const.c000066400000000000000000000032341116427777700210130ustar00rootroot00000000000000/* Tests usage of const qualifier. */ #include char k; /* char */ const char const_char = 123; /* constant char */ const char * const_char_ptr; /* pointer to constant char */ char * const char_ptr_const = &k; /* constant pointer to char */ const char * const const_char_ptr_const = &const_char; /* constant pointer to constant char */ char char_array[3]; /* array of char */ const char const_char_array[] = {1,2,3}; /* array of constant char */ const char ** const_char_ptr_ptr; /* pointer to pointer to constant char */ char ident(char x) { return x; } void testConst(void) { /* Since const_char_ptr is in itself not constant, we can change it */ const_char_ptr = const_char_array; const_char_ptr++; ASSERT(*const_char_ptr == 2); /* Check for bug #621531 */ const_char_ptr = const_char_array; ASSERT(const_char_ptr[0] == 1); const_char_ptr++; /* Since char_ptr_const is constant, we cannot change it. However, */ /* we can change the object that it points to. */ *char_ptr_const = 5; ASSERT(ident(*char_ptr_const)==5); (*char_ptr_const)++; ASSERT(ident(*char_ptr_const)==6); /* We can't modify const_char_ptr_const or the object that it points */ /* to. Unfortunately, we can't test that compiler enforces these */ /* restriction, so just verify its initialization. */ ASSERT(*const_char_ptr_const == const_char); /* We can change const_char_ptr_ptr or the object that it points to. */ const_char_ptr = const_char_array; const_char_ptr_ptr = &const_char_ptr; ASSERT(ident(**const_char_ptr_ptr)==1); (*const_char_ptr_ptr)++; ASSERT(ident(**const_char_ptr_ptr)==2); } sdcc-2.9.0/support/regression/tests/constantRange.c000066400000000000000000000125371116427777700225010ustar00rootroot00000000000000/** constant range tests. */ #include #include #ifdef __sun__ #include #else #include #endif #if defined (__GNUC__) && defined (__alpha__) && (__GNUC__ < 3) /* bool should be casted to int in order to pass the test. Is this a gcc bug? */ #define INT_CAST (int) #else #define INT_CAST #endif int8_t s8; uint8_t u8; int16_t s16; uint16_t u16; int32_t s32; uint32_t u32; void testConstantRange (void) { ASSERT (! (INT8_MIN - 1 == s8)); ASSERT (! (INT8_MAX + 1 == s8)); ASSERT ( (INT8_MIN - 1 != s8)); ASSERT ( (INT8_MAX + 1 != s8)); ASSERT ( (INT8_MIN - 1 < s8)); ASSERT (! (INT8_MAX < s8)); ASSERT ( (INT8_MIN <= s8)); ASSERT (! (INT8_MAX <= s8)); ASSERT (! (INT8_MIN > s8)); ASSERT ( (INT8_MAX + 1 > s8)); ASSERT (! (INT8_MIN - 1 >= s8)); ASSERT ( (INT8_MAX >= s8)); ASSERT (! ( 0 - 1 == u8)); ASSERT (! (UINT8_MAX + 1 == u8)); ASSERT ( ( 0 - 1 != u8)); ASSERT ( (UINT8_MAX + 1 != u8)); ASSERT ( ( 0 - 1 < u8)); ASSERT (! (UINT8_MAX < u8)); ASSERT ( ( 0 <= u8)); ASSERT (! (UINT8_MAX + 1 <= u8)); ASSERT (! ( 0 > u8)); ASSERT ( (UINT8_MAX + 1 > u8)); ASSERT (! ( 0 - 1 >= u8)); ASSERT ( (UINT8_MAX >= u8)); /* force extension to long to avoid int (16 bit) overflow */ ASSERT (! (INT16_MIN - 1L == s16)); ASSERT (! (INT16_MAX + 1L == s16)); ASSERT ( (INT16_MIN - 1L != s16)); ASSERT ( (INT16_MAX + 1L != s16)); ASSERT ( (INT16_MIN - 1L < s16)); ASSERT (! (INT16_MAX < s16)); ASSERT ( (INT16_MIN <= s16)); ASSERT (! (INT16_MAX <= s16)); ASSERT (! (INT16_MIN > s16)); ASSERT ( (INT16_MAX + 1L > s16)); ASSERT (! (INT16_MIN - 1L >= s16)); ASSERT ( (INT16_MAX >= s16)); ASSERT (! ( 0 - 1 == u16)); ASSERT (! (UINT16_MAX + 1L == u16)); ASSERT ( ( 0 - 1 != u16)); ASSERT ( (UINT16_MAX + 1L != u16)); ASSERT (! (UINT16_MAX < u16)); ASSERT ( ( 0 <= u16)); ASSERT (! (UINT16_MAX + 1L <= u16)); ASSERT (! ( 0 > u16)); ASSERT ( (UINT16_MAX + 1L > u16)); ASSERT ( (UINT16_MAX >= u16)); #if defined(PORT_HOST) /* on 32bit host: -1 is presented as 32 bit int, 16 bit unsigned short is promoted to 32 bit int */ ASSERT ( ( 0 - 1 < u16)); /* -1 > 0 */ ASSERT (! ( 0 - 1 >= u16)); /* !(-1 <= 0) */ #else /* on 16bit sdcc: int (-1) is promoted to unsigned int (0xffff) */ ASSERT ( ( 0 - 1 > u16)); /* 0xffff > 0 */ ASSERT (! ( 0 - 1 <= u16)); /* !(0xffff <= 0) */ #endif /* sdcc can't hold a number (INT32_MIN - 1) or (INT32_MAX + 1), there's no 'double' or 'long long' */ /* ASSERT (! (INT32_MIN - 1 == s32)); */ /* ASSERT (! (INT32_MAX + 1 == s32)); */ /* ASSERT ( (INT32_MIN - 1 != s32)); */ /* ASSERT ( (INT32_MAX + 1 != s32)); */ /* ASSERT ( (INT32_MIN - 1 < s32)); */ ASSERT (! (INT32_MAX < s32)); ASSERT ( (INT32_MIN <= s32)); ASSERT (! (INT32_MAX <= s32)); ASSERT (! (INT32_MIN > s32)); /* ASSERT ( (INT32_MAX + 1 > s32)); */ /* ASSERT (! (INT32_MIN - 1 >= s32)); */ ASSERT ( (INT32_MAX >= s32)); ASSERT (! ( 0 - 1 == u32)); /* ASSERT (! (UINT32_MAX + 1 == u32)); */ ASSERT ( ( 0 - 1 != u32)); /* ASSERT ( (UINT32_MAX + 1 != u32)); */ ASSERT ( ( 0 - 1 > u32)); /* 0xffffffff > 0 */ ASSERT (! (UINT32_MAX < u32)); ASSERT ( ( 0 <= u32)); /* ASSERT (! (UINT32_MAX + 1 <= u32)); */ ASSERT (! ( 0 > u32)); /* ASSERT ( (UINT32_MAX + 1 > u32)); */ ASSERT (! ( 0 - 1 <= u32)); /* !(0xffffffff <= 0) */ ASSERT ( (UINT32_MAX >= u32)); } void testFoo1(void) { #ifdef __bool_true_false_are_defined #if defined(PORT_HOST) volatile bool sb, ub; #else volatile signed bool sb; volatile unsigned bool ub; #endif sb = 0; ub = 0; ASSERT (! (-1 == sb)); ASSERT ( ( 0 == sb)); ASSERT (! ( 1 == sb)); ASSERT ( (-1 != sb)); ASSERT (! ( 0 != sb)); ASSERT ( ( 1 != sb)); ASSERT ( (-1 < INT_CAST sb)); ASSERT (! ( 0 < sb)); ASSERT ( ( 0 <= sb)); ASSERT (! ( 1 <= sb)); ASSERT (! ( 0 > sb)); ASSERT ( ( 1 > sb)); ASSERT (! (-1 >= INT_CAST sb)); ASSERT ( ( 0 >= sb)); ASSERT (! (-1 == ub)); ASSERT ( ( 0 == ub)); ASSERT (! ( 1 == ub)); ASSERT ( (-1 != ub)); ASSERT (! ( 0 != ub)); ASSERT ( ( 1 != ub)); ASSERT ( (-1 < INT_CAST ub)); ASSERT (! ( 0 < ub)); ASSERT ( ( 0 <= ub)); ASSERT (! ( 1 <= ub)); ASSERT (! ( 0 > ub)); ASSERT ( ( 1 > ub)); ASSERT (! (-1 >= INT_CAST ub)); ASSERT ( ( 0 >= ub)); #endif //__bool_true_false_are_defined } void testFoo2(void) { volatile struct { signed sb1:1; signed sb3:3; unsigned ub1:1; unsigned ub3:3; } str; str.sb1 = 0; str.ub1 = 0; str.sb3 = 0; str.ub3 = 0; ASSERT (! (-2 == str.sb1)); ASSERT (! (-1 == str.sb1)); ASSERT ( ( 0 == str.sb1)); ASSERT (! ( 1 == str.sb1)); ASSERT (! (-1 == str.ub1)); ASSERT ( ( 0 == str.ub1)); ASSERT (! ( 1 == str.ub1)); ASSERT (! ( 2 == str.ub1)); ASSERT (! (-5 == str.sb3)); ASSERT (! (-4 == str.sb3)); ASSERT ( ( 0 == str.sb3)); ASSERT (! ( 3 == str.sb3)); ASSERT (! ( 4 == str.sb3)); ASSERT (! (-1 == str.ub3)); ASSERT ( ( 0 == str.ub3)); ASSERT (! ( 7 == str.ub3)); ASSERT (! ( 8 == str.ub3)); } sdcc-2.9.0/support/regression/tests/constmodifiers.c000066400000000000000000000002321116427777700227100ustar00rootroot00000000000000/* Tests usage of constant modifiers. */ #include void testUMod(void) { volatile unsigned char a = 0; ASSERT((a |= 0xFFL) == 0xFFL); } sdcc-2.9.0/support/regression/tests/critical.c000066400000000000000000000021521116427777700214550ustar00rootroot00000000000000/* Keyword "critical" tests. */ #include #if defined(SDCC_mcs51) #include <8052.h> typedef union { unsigned int a; struct { unsigned char b; unsigned char c; }; } big; //must be at least 2 bytes big and volatile volatile big global_var = { 0 }; int y; unsigned int get_global (void) critical { return global_var.a; } #endif void testCritical(void) { #if defined(SDCC_mcs51) big x; unsigned char i; //enable the interrupt and set it ET2 = 1; EA = 1; TF2 = 1; critical x.a = global_var.a; ASSERT(x.b == x.c); x.a = get_global(); ASSERT(x.b == x.c); for (i=10; i!=0; i--) { critical x.a = global_var.a; ASSERT(x.b == x.c); x.a = get_global(); ASSERT(x.b == x.c); } //check the interrupt has run at all ASSERT(x.a != 0); critical y = 0; //check the interrupts are still enabled ASSERT(EA); #else ASSERT(1); #endif } #if defined(SDCC_mcs51) void T2_isr (void) interrupt 5 using 2 { //do not clear flag ET2 so it keeps interrupting ! global_var.b++; if (global_var.b == 0) global_var.b++; global_var.c = global_var.b; } #endif sdcc-2.9.0/support/regression/tests/driverstruct.c000066400000000000000000000017251116427777700224300ustar00rootroot00000000000000/** Tests a few features of a driver struct - a struct with many function pointers. */ #include /* Set to one to show the bug */ #if 1 #define NAME(_a) _a #else #define NAME(_a) #endif typedef unsigned char uchar; /* Originally from UZIX - http://uzix.sourceforge.net/ */ typedef struct s_devsw { uchar minors; /* # of minor device numbers */ int (*dev_init)(uchar NAME(minor)) REENTRANT; int (*dev_open)(uchar NAME(minor)) REENTRANT; int (*dev_close)(uchar NAME(minor)) REENTRANT; int (*dev_read)(uchar NAME(minor), uchar NAME(w)) REENTRANT; int (*dev_write)(uchar NAME(minor), uchar NAME(w)) REENTRANT; int (*dev_ioctl)(uchar NAME(minor), int cmd, void *data) REENTRANT; } devsw_t; static int _init(uchar minor) REENTRANT { return minor; } static devsw_t _sillyDriver = { 1, _init, NULL, NULL, NULL, NULL, NULL }; int initProxy(devsw_t *pdrv) { return (*pdrv->dev_init)(5); } void testDriverStruct(void) { initProxy(&_sillyDriver); } sdcc-2.9.0/support/regression/tests/enum.c000066400000000000000000000021251116427777700206270ustar00rootroot00000000000000/* Test the types of enum. */ #include enum _SimpleEnum { SIMPLE_ZERO, SIMPLE_ONE, SIMPLE_TWO }; enum _ValuesEnum { VALUES_ZERO, VALUES_FIVE = 5, VALUES_SIX, VALUES_SEVEN, VALUES_TWELVE = 12 }; enum _IndexedEnum { INDEXED_ZERO, INDEXED_ONE, INDEXED_ONE_ALIAS = INDEXED_ONE, INDEXED_TWO, INDEXED_THREE, INDEXED_MATH = INDEXED_ONE_ALIAS + INDEXED_TWO * INDEXED_THREE }; volatile enum _IntEnum { INT_256 = 256, INT_ZERO = 0 } ie; void testSimpleEnum(void) { ASSERT(SIMPLE_ZERO == 0); ASSERT(SIMPLE_ONE == 1); ASSERT(SIMPLE_TWO == 2); } void testValuesEnum(void) { ASSERT(VALUES_ZERO == 0); ASSERT(VALUES_FIVE == 5); ASSERT(VALUES_SIX == 6); ASSERT(VALUES_SEVEN == 7); ASSERT(VALUES_TWELVE == 12); } void testIndexedEnum(void) { ASSERT(INDEXED_ZERO == 0); ASSERT(INDEXED_ONE == 1); ASSERT(INDEXED_ONE_ALIAS == 1); ASSERT(INDEXED_TWO == 2); ASSERT(INDEXED_MATH == 7); } void testIntEnum(void) { ASSERT(INT_ZERO == 0); ASSERT(INT_256 == 256); ie = INT_ZERO; ASSERT(ie == INT_ZERO); ie = INT_256; ASSERT(ie == INT_256); } sdcc-2.9.0/support/regression/tests/fetchoverlap.c000066400000000000000000000011441116427777700223450ustar00rootroot00000000000000/* Test to reproduce a bug in the z80 compiler where A is used as the left and right of an operand. */ #include #include /* In the previous bug, both *p and val in the compare operation were assigned into A due to *p being packed for ACC use into A. */ int verifyBlock(char *p, char val, int len) { while (len--) { if (*p++ != val) { return 0; } } return 1; } void testOverlap(void) { char buf[20]; memset(buf, 12, sizeof(buf)); buf[12] = 13; ASSERT(!verifyBlock(buf, 12, sizeof(buf))); buf[12] = 12; ASSERT(verifyBlock(buf, 12, sizeof(buf))); } sdcc-2.9.0/support/regression/tests/float.c000066400000000000000000000072421116427777700207750ustar00rootroot00000000000000/* Float tests. operation: ADD, SUB, MUL, DIV, REVDIV */ #if 1 // we are in the regression tests #include #define DEBUG(x) #define {operation} 1 #else // we are standalone #include #define DEBUG(x) x #define ASSERT(x) #define ADD 1 #define SUB 1 #define MUL 1 #define DIV 1 #define REVDIV 1 #endif #ifdef SDCC_mcs51 # define STORAGE xdata # define XDATA xdata #elif SDCC_pic16 # define STORAGE code # define XDATA #else # define STORAGE # define XDATA #endif XDATA volatile float left, right, result; struct { float left, right, add, sub, mul, div, revdiv; } STORAGE cases[]={ // left right add sub mul div revdiv { 12.8, 25.6, 38.4, -12.8, 327.68, 0.5, 2}, { 12.8, -25.6, -12.8, 38.4, -327.68, -0.5, -2}, { -12.8, 25.6, 12.8, -38.4, -327.68, -0.5, -2}, { -12.8, -25.6, -38.4, 12.8, 327.68, 0.5, 2}, { 100.0, 10.0, 110.0, 90.0, 1000.00, 10.0, 0.1}, { 1000.0, 10.0, 1010.0, 990.0, 10000.00, 100.0, 0.01}, { 10000.0, 10.0, 10010.0, 9990.0, 100000.00, 1000.0, 0.001}, { 100000.0, 10.0, 100010.0, 99990.0, 1000000.00, 10000.0, 0.0001}, { 1000000.0, 10.0, 1000010.0, 999990.0, 10000000.00, 100000.0, 0.00001}, {10000000.0, 10.0,10000010.0, 9999990.0,100000000.00, 1000000.0, 0.000001}, { 0x100, 0x10, 0x110, 0xf0, 0x1000, 0x10, 0.0625}, { 0x1000, 0x10, 0x1010, 0xff0, 0x10000, 0x100, 0.00390625}, { 0x10000, 0x10, 0x10010, 0xfff0, 0x100000, 0x1000, 0.00024414}, { 0x100000, 0x10, 0x100010, 0xffff0, 0x1000000, 0x10000, 0 /* ignore */}, { 0x1000000, 0x10, 0x1000010, 0xfffff0, 0x10000000, 0x100000, 0 /* ignore */}, {0x10000000, 0x10,0x10000010, 0xffffff0, (float)0x10000000*0x10, 0x1000000, 0 /* ignore */}, }; XDATA int tests=0, errors=0; char compare (float is, float should) { float diff = should ? is/should : 0; tests++; DEBUG(printf (" %1.3f (%f %f) ", is, should, diff)); if (should==0) { DEBUG(printf ("IGNORED!\n")); return 0; } // skip the fp roundoff errors if (diff>0.999999 && diff<1.00001) { DEBUG(printf ("OK!\n")); ASSERT(1); return 0; } else { errors++; DEBUG(printf ("FAIL!\n")); ASSERT(0); return 1; } } void testFloatMath(void) { int i; int t = sizeof(cases)/sizeof(cases[0]); float result; for (i=0; i #include #if 0 # include # define DEBUG(x) x /* only for "make test-host" */ #else # define DEBUG(x) #endif #define {func} (1) #define TOLERANCE (1e-5) #ifdef SDCC_mcs51 # define STORAGE __code #else # define STORAGE #endif #ifdef SDCC # ifndef REENTRANT # define REENTRANT reentrant # endif #else # define REENTRANT #endif /* now exceptions for targets/functions which would not pass */ #if defined(SDCC_ds390) # define ACOSF_DISABLED (1) #endif #if defined(SDCC_hc08) # define ACOSF_DISABLED (1) # define EXPF_DISABLED (1) # define SINHF_DISABLED (1) # define TANF_DISABLED (1) #endif #if defined(SDCC_mcs51) && defined(SDCC_USE_XSTACK) # define SINF_DISABLED (1) # define ACOSF_DISABLED (1) # define COSF_DISABLED (1) #endif #if defined(SDCC_z80) # define ACOSF_DISABLED (1) # define ASINF_DISABLED (1) # define ATANF_DISABLED (1) #endif static float dummy(float a) { return a; } typedef float (*float_test_func)(float) REENTRANT; /* the table with functions, their argument, expected result, tolerance. For most 8-bitters each testpoint uses 14 bytes so we could have a few:) */ struct { float_test_func f; float arg, result, tolerance; } static const STORAGE testpoint[] = { #if SINF # if {func}_DISABLED # warning {func} disabled { dummy, 0.0, 0.0, TOLERANCE }, # else { sinf, 1.0, 0.841470984, TOLERANCE }, { sinf, -2.0, -0.909297426, TOLERANCE }, { sinf, 3.14159265/6.0, 0.5, TOLERANCE }, { sinf, 3.14159265+2.0, -0.909297426, TOLERANCE }, # endif #endif #if SINHF # if {func}_DISABLED # warning {func} disabled { dummy, 0.0, 0.0, TOLERANCE }, # else { sinhf, 1.0, 1.175201193, TOLERANCE }, { sinhf, -2.0, -3.626860407, TOLERANCE }, { sinhf, 3.14159265/6.0, 0.547853473, TOLERANCE }, { sinhf, 3.14159265+2.0, 85.49101383, TOLERANCE }, # endif #endif #if ASINF # if {func}_DISABLED # warning {func} disabled { dummy, 0.0, 0.0, TOLERANCE }, # else { asinf, 0.5, 3.14159265/6.0, TOLERANCE }, { asinf, 0.99749498, 1.5, TOLERANCE }, { asinf, -0.84147098, -1.0, TOLERANCE }, { asinf, 0.29552020, 0.3, TOLERANCE }, # endif #endif #if COSF # if {func}_DISABLED # warning {func} disabled { dummy, 0.0, 0.0, TOLERANCE }, # else { cosf, 1.0, 0.540302305, TOLERANCE }, { cosf, 2.0, -0.416146836, TOLERANCE }, { cosf, 3.14159265/3.0, 0.5, TOLERANCE }, { cosf, 3.14159265+2.0, +0.416146836, TOLERANCE }, # endif #endif #if COSHF { coshf, 1.0, 1.543080634, TOLERANCE }, { coshf, 2.0, 3.7621956910, TOLERANCE }, { coshf, 3.0, 10.06766199, TOLERANCE }, { coshf, 4.0, 27.30823283, TOLERANCE }, #endif #if ACOSF # if {func}_DISABLED # warning {func} disabled { dummy, 0.0, 0.0, TOLERANCE }, # else { acosf, 0.1, 1.470628905, TOLERANCE }, { acosf, 0.5, 1.047197551, TOLERANCE }, { acosf, -0.9, 2.690565841, TOLERANCE }, { acosf, 0.999, 0.044725087, TOLERANCE }, # endif #endif #if TANF # if {func}_DISABLED # warning {func} disabled { dummy, 0.0, 0.0, TOLERANCE }, # else { tanf, 1.0, 1.557407724, TOLERANCE }, { tanf, 2.0, -2.18503986, TOLERANCE }, { tanf, -1.5, -14.10141994, TOLERANCE }, # endif #endif #if TANHF { tanhf, 1.0, 0.761594155, TOLERANCE }, { tanhf, 3.800201167, 0.999, TOLERANCE }, { tanhf, 1.5, 0.905148253, TOLERANCE }, #endif #if ATANF # if {func}_DISABLED # warning {func} disabled { dummy, 0.0, 0.0, TOLERANCE }, # else { atanf, 1.0, 0.7853981633, TOLERANCE }, { atanf, -2.0, -1.1071487177, TOLERANCE }, { atanf, 42.0, 1.5469913006, TOLERANCE }, # endif #endif #if SQRTF { sqrtf, 5.0, 2.23606801, TOLERANCE }, { sqrtf, 1522756.0, 1234.0, TOLERANCE }, { sqrtf, 10000.0, 100.0, TOLERANCE }, #endif #if EXPF # if {func}_DISABLED # warning {func} disabled { dummy, 0.0, 0.0, TOLERANCE }, # else { expf, 2.30258509, 10.0, TOLERANCE }, { expf, 4.82028150, 124.0, TOLERANCE }, { expf, 10.0, 22026.46579, TOLERANCE }, # endif #endif #if LOGF { logf, 2.06115362e-9, -20.0, TOLERANCE }, { logf, 10.0, 2.30258509, TOLERANCE }, { logf, 124.0, 4.82028150, TOLERANCE }, { logf, 22026.46579, 10.0, TOLERANCE }, #endif #if LOG10F { log10f, 0.000001, -6.0, TOLERANCE }, { log10f, 3.16227766e-4, -3.5, TOLERANCE }, { log10f, 3.16227766, 0.5, TOLERANCE }, { log10f, 10.0, 1.0, TOLERANCE }, { log10f, 1E6, 6.0, TOLERANCE }, #endif #if FLOORF # if {func}_DISABLED # warning {func} disabled { dummy, 0.0, 0.0, TOLERANCE }, # else { floorf, 1.0+0.000001, 1.0, TOLERANCE }, { floorf, 1.0-0.000001, 0.0, TOLERANCE }, //{ floorf, 1.0-0.000001, -0.0, TOLERANCE }, /* oops */ //{ dummy, 0.0, -0.0, TOLERANCE }, /* oops */ { floorf, -1.0+0.000001, -1.0, TOLERANCE }, { floorf, -1.0-0.000001, -2.0, TOLERANCE }, # endif #endif #if CEILF { ceilf, 1.0+0.000001, 2.0, TOLERANCE }, { ceilf, 1.0-0.000001, 1.0, TOLERANCE }, { ceilf, -1.0+0.000001, 0.0, TOLERANCE }, { ceilf, -1.0-0.000001, -1.0, TOLERANCE }, #endif #if FABSF { fabsf, -1.0e-20, 1.0e-20, TOLERANCE }, { fabsf, 9999999, 9999999, TOLERANCE }, #endif }; void testFloat(void) { unsigned char i; float result, rel_error; for( i = 0; i < sizeof testpoint / sizeof testpoint[0]; i++ ) { result = testpoint[i].f(testpoint[i].arg); rel_error = testpoint[i].result ? result/testpoint[i].result - 1.0 : 0.0; DEBUG(printf ("Test No: %d f(%f) = %f should: %f rel_error: %f %s\n", i, testpoint[i].arg, result, testpoint[i].result, rel_error, (fabsf(rel_error) < testpoint[i].tolerance) ? "Ok" : "Fail");) ASSERT(fabsf(rel_error) < testpoint[i].tolerance); } } sdcc-2.9.0/support/regression/tests/float_trans.c000066400000000000000000000013041116427777700221750ustar00rootroot00000000000000/* Test of transcendent float functions. Original from Jesus Calvino-Fraga func: SQRTF, LOGF, POWF, TANF */ #include #include #if defined (__STDC_IEC_559__) || defined (SDCC) #define {func} 1 #endif void testTrans(void) { #ifdef SQRTF ASSERT(fabsf (sqrtf (5.0) - 2.23606801) < 0.00001); #endif #ifdef LOGF ASSERT(fabsf (logf (124.0) - 4.82028150) < 0.00001); ASSERT(fabsf (log10f (124.0) - 2.09342169) < 0.00001); #endif #ifdef POWF /* too big for small model */ # ifndef SDCC_MODEL_SMALL ASSERT(fabsf (powf (1.5, 2.0) - 2.24999976) < 0.00001); # endif #endif #ifdef TANF ASSERT(fabsf (tanf (1.6) - -34.23250579) < 0.00001); #endif } sdcc-2.9.0/support/regression/tests/funptrs.c000066400000000000000000000043141116427777700213660ustar00rootroot00000000000000/** Function pointer tests. type: BOOL, char, int, long */ #include #include #ifndef BOOL #define BOOL bool #endif #define TYPE_{type} /* Must use a typedef as there is no way of adding the code modifier on the z80. */ typedef void (*NOARGFUNPTR)(void); typedef void (*ONEARGFUNPTR)({type}) REENTRANT; typedef long int (*FOURARGFUNPTR)(char, char, long int, long int) REENTRANT; typedef {type} (*TYPEFUNPTR)({type}, {type}) REENTRANT; int count; FOURARGFUNPTR fafp; TYPEFUNPTR tfp; void incCount(void) { count++; } void incBy({type} a) REENTRANT { count += a; } long int f6(char a, char b, long int c, long int d) REENTRANT { switch (a) { case 0: return a; case 1: return b; case 2: return c; case 3: return d; } return 0; } void callViaPtr(NOARGFUNPTR fptr) { (*fptr)(); } void callViaPtr2(ONEARGFUNPTR fptr, {type} arg) { (*fptr)(arg); } void callViaPtr3(void (*fptr)(void)) { (*fptr)(); } void callViaPtrAnsi(NOARGFUNPTR fptr) { fptr(); } void callViaPtr2Ansi(ONEARGFUNPTR fptr, {type} arg) { fptr(arg); } void callViaPtr3Ansi(void (*fptr)(void)) { fptr(); } {type} f_ret({type} arg1, {type} arg2) REENTRANT { {type} local; local = !arg1; return (local & arg2); } void testFunPtr(void) { fafp = f6; ASSERT(count == 0); callViaPtr(incCount); ASSERT(count == 1); callViaPtr2(incBy, 7); ASSERT(count == 8 || count == 2); ASSERT((*fafp)(0, 0x55, 0x12345678, 0x9abcdef0) == 0); ASSERT((*fafp)(1, 0x55, 0x12345678, 0x9abcdef0) == 0x55); ASSERT((*fafp)(2, 0x55, 0x12345678, 0x9abcdef0) == 0x12345678); ASSERT((*fafp)(3, 0x55, 0x12345678, 0x9abcdef0) == 0x9abcdef0); } void testFunPtrAnsi(void) { fafp = f6; count = 0; callViaPtrAnsi(incCount); ASSERT(count == 1); callViaPtr2Ansi(incBy, 7); ASSERT(count == 8 || count == 2); ASSERT(fafp(0, 0x55, 0x12345678, 0x9abcdef0) == 0); ASSERT(fafp(1, 0x55, 0x12345678, 0x9abcdef0) == 0x55); ASSERT(fafp(2, 0x55, 0x12345678, 0x9abcdef0) == 0x12345678); ASSERT(fafp(3, 0x55, 0x12345678, 0x9abcdef0) == 0x9abcdef0); } void testFunPtrReturn(void) { tfp = f_ret; ASSERT(tfp(0, 0) == 0); ASSERT(tfp(0, 1) == 1); ASSERT(tfp(1, 0) == 0); ASSERT(tfp(1, 1) == 0); } sdcc-2.9.0/support/regression/tests/increment.c000066400000000000000000000003561116427777700216530ustar00rootroot00000000000000/** Simple test for increment type: signed char, int, long storage: static, attr: volatile */ #include static void testIncrement(void) { {attr} {storage} {type} i; i = 0; i--; ASSERT(i == -1); } sdcc-2.9.0/support/regression/tests/libmullong.c000066400000000000000000000063261116427777700220360ustar00rootroot00000000000000/* Test _mullong.c from library type: asm, c */ #include #define type_{type} #if defined(PORT_HOST) # include "sdccconf.h" # define mullong(a,b) mullong_wrapper(a,b) # if defined(type_c) && !defined(WORDS_BIGENDIAN) # define _SDCC_NO_ASM_LIB_FUNCS 1 # define __near # define long int # include "device/lib/_mullong.c" # endif #else # if defined(type_c) # define _SDCC_NO_ASM_LIB_FUNCS 1 # endif # include "device/lib/_mullong.c" # define mullong _mullong #endif /* gcc 2.95.2 on usf-cf-x86-linux-1 (debian 2.2) has a bug with * packing structs */ #if defined(PORT_HOST) #define TYPE_TARGET_CHAR TYPE_BYTE #define TYPE_TARGET_INT TYPE_WORD #define TYPE_TARGET_LONG TYPE_DWORD #define TYPE_TARGET_UCHAR TYPE_UBYTE #define TYPE_TARGET_UINT TYPE_UWORD #define TYPE_TARGET_ULONG TYPE_UDWORD #if defined(type_c) && !defined(WORDS_BIGENDIAN) struct { char c1; short i; char c2; } pack_test; TYPE_TARGET_LONG mullong_wrapper (TYPE_TARGET_LONG a, TYPE_TARGET_LONG b) { if (sizeof(pack_test) == 4) /* length of struct ok: use SDCC library */ return _mullong (a, b); else { /* buggy gcc: use generic multiplication */ return a * b; } } #else TYPE_TARGET_LONG mullong_wrapper (TYPE_TARGET_LONG a, TYPE_TARGET_LONG b) { return a * b; } #endif #endif void testlibmullong(void) { ASSERT(mullong ( 0, 0) == 0); ASSERT(mullong ( 0x100, 0x100) == 0x10000); ASSERT(mullong (0x01020304, 3) == 0x0306090c); ASSERT(mullong ( 3, 0x01020304) == 0x0306090c); ASSERT(mullong (0x000000ff, 2) == 0x000001fe); ASSERT(mullong ( 2, 0x000000ff) == 0x000001fe); ASSERT(mullong (0x00007fff, 4) == 0x0001fffc); ASSERT(mullong ( 4, 0x00007fff) == 0x0001fffc); ASSERT(mullong (0x003fffff, 8) == 0x01fffff8); ASSERT(mullong ( 8, 0x003fffff) == 0x01fffff8); ASSERT(mullong ( 0x33, 0x34) == 0x00000a5c); ASSERT(mullong ( 0x34, 0x33) == 0x00000a5c); ASSERT(mullong ( 0x3334, 0x3536) == 0x0aa490f8); ASSERT(mullong ( 0x3536, 0x3334) == 0x0aa490f8); ASSERT(mullong ( 0x333435, 0x363738) == 0x0e98ce98); ASSERT(mullong ( 0x363738, 0x333435) == 0x0e98ce98); ASSERT(mullong (0x33343536, 0x3738393a) == 0x777d143c); ASSERT(mullong (0x3738393a, 0x33343536) == 0x777d143c); ASSERT(mullong ( 0xff, 0xfe) == 0x0000fd02); ASSERT(mullong ( 0xfe, 0xff) == 0x0000fd02); ASSERT(mullong ( 0xfffe, 0xfdfc) == 0xfdfa0408); ASSERT(mullong ( 0xfdfc, 0xfffe) == 0xfdfa0408); ASSERT(mullong ( 0xfffefd, 0xfcfbfa) == 0xfa0d1212); ASSERT(mullong ( 0xfcfbfa, 0xfffefd) == 0xfa0d1212); ASSERT(mullong (0xfffefdfc, 0xfbfaf9f8) == 0x20282820); ASSERT(mullong (0xfbfaf9f8, 0xfffefdfc) == 0x20282820); ASSERT(mullong (0xff000000, 0xff000000) == 0); ASSERT(mullong (0xffff0000, 0xffff0000) == 0); ASSERT(mullong (0xfffffe00, 0xfffffd00) == 0x00060000); ASSERT(mullong (0xfffffd00, 0xfffffe00) == 0x00060000); ASSERT(mullong (0xfffffefd, 0xfffffcfb) == 0x00030e0f); ASSERT(mullong (0xfffffcfb, 0xfffffefd) == 0x00030e0f); ASSERT(mullong (0xffffffff, 0xffffffff) == 1); } sdcc-2.9.0/support/regression/tests/literalop.c000066400000000000000000000167001116427777700216620ustar00rootroot00000000000000/* Test operandOperation() in SDCCicode.c type: char, short, LONG */ #include /* 64 bit hosts */ #if defined(__alpha__) || defined(__x86_64__) # define LONG int #else # define LONG long #endif typedef signed {type} stype; typedef unsigned {type} utype; volatile char is8 = 8; signed char sc; signed short ss; signed LONG sl; unsigned char uc; unsigned short us; unsigned LONG ul; volatile signed char vsc; volatile signed short vss; volatile signed LONG vsl; volatile unsigned char vuc; volatile unsigned short vus; volatile unsigned LONG vul; stype s; volatile stype vs; utype u; volatile utype vu; unsigned LONG t1, t2; int mulWrapper(int a, int b) { return a * b; } void testOpOp(void) { /* mul signedness: usualBinaryConversions() */ vsc = 0x7f; vuc = 0xfe; sc = vsc * vsc; ASSERT(sc == 1); sc = vuc * vsc; ASSERT(sc == 2); sc = vuc * vuc; ASSERT(sc == 4); ss = vsc * vsc; ASSERT(ss == 0x3f01); ss = vuc * vsc; ASSERT(ss == 0x7e02); ss = vuc * vuc; ASSERT(ss == (short) 0xfc04); /* after promotion the result of the multiplication is 'signed int', which overflows! */ if (sizeof (int) == 2) ASSERT(vuc * vuc < 1); else { vus = 0xfffe; ASSERT(vus * vus < 1); } /* mul ast: valMult() */ ASSERT((stype) -3 * (stype) -1 == (stype) 3); ASSERT((stype) -3 * (stype) 1 == (stype) -3); ASSERT((stype) 3 * (stype) -1 == (stype) -3); ASSERT((stype) 1 * (utype) 0xfffffff7 == (utype) 0xfffffff7); ASSERT((unsigned char ) 0xfffffff8 * (unsigned char ) 0xfffffff7 == 0xef48); ASSERT(mulWrapper((unsigned short) 0xfffffff8, (unsigned short) 0xfffffff7) == (sizeof(int) == 2 ? 0x0048 : (unsigned int)0xffef0048)); ASSERT((unsigned LONG ) 0xfffffff8 * (unsigned LONG ) 0xfffffff7 == 0x0048); ASSERT((stype ) 0xfffffff8 * (stype ) 0xfffffff7 == 72); ASSERT((signed char ) -1 * (unsigned char ) 0xfffffff7 == (sizeof(int) == 2 ? 0xff09 : 0xffffff09)); ASSERT((signed short) -1 * (unsigned short) 0xfffffff7 == (sizeof(int) == 2 ? 9u : 0xffff0009)); ASSERT((signed LONG ) -1 * (unsigned LONG ) 0xfffffff7 == 9u); ASSERT((signed char ) -2 * (unsigned char ) 0x8004 == (sizeof(int) == 2 ? 0xfff8 : 0xfffffff8)); ASSERT((signed short) -2 * (unsigned short) 0x8004 == (sizeof(int) == 2 ? 0xfff8 : 0xfffefff8)); ASSERT((signed LONG ) -2 * (unsigned LONG ) 0x8004 == 0xfffefff8); ASSERT(-1 * 0xfff7 == (sizeof(int) == 2 ? 9 : 0xffff0009)); // 0xfff7 is stored in 'unsigned int' // but: ASSERT(-1 * 65527 == -65527); // 65527 (== 0xfff7) is stored in 'signed LONG' ASSERT(-1 * 33000 == -33000); ASSERT(1 * 10000 * is8 == (sizeof(int) == 2 ? 14464 : 80000)); /* int */ ASSERT(1 * 10000l * is8 == 80000); /* LONG */ ASSERT(1 * 40000u * is8 == (sizeof(int) == 2 ? 57856u : 320000)); /* unsigned */ ASSERT(1 * 40000 * is8 == 320000); /* LONG */ ASSERT(1 * 0x4000 * is8 == (sizeof(int) == 2 ? 0 : 0x20000)); /* unsigned */ ASSERT(-2 * 1 < 1); /* comparison with 0 is optimized, so let's use 1 instead */ ASSERT(-2 * 1u > 1); ASSERT(0x7fffu * 2 > 1); ASSERT(0x7fffffffu * 2 > 1); if (sizeof (int) == 2) ASSERT(0x7fff * (unsigned char) 2 < 1); else ASSERT(mulWrapper(0x7fffffff, (unsigned char) 2) < 1); ASSERT(mulWrapper(0x7fffffff, (unsigned short) 2) < 1); /* mul icode: operandOperation() */ s = -3; ASSERT(s * (stype) -1 == (stype) 3); ASSERT(s * (stype) 1 == (stype) -3); s = 3; ASSERT(s * (stype) -1 == (stype) -3); s = 1; ASSERT(s * (utype) 0xfffffff7 == (utype) 0xfffffff7); uc = (unsigned char ) 0xfffffff8; ASSERT(uc * (unsigned char ) 0xfffffff7 == 0xef48); us = (unsigned short) 0xfffffff8; ASSERT(us * (unsigned short) 0xfffffff7 == (sizeof(int) == 2 ? 0x0048 : 0xffef0048)); ul = (unsigned LONG ) 0xfffffff8; ASSERT(ul * (unsigned LONG ) 0xfffffff7 == 0x0048); ul = (unsigned LONG ) 0xfffffff8; ASSERT((stype ) 0xfffffff8 * (stype ) 0xfffffff7 == 72); ASSERT((signed char ) -1 * (unsigned char ) 0xfffffff7 == (sizeof(int) == 2 ? 0xff09 : 0xffffff09)); ASSERT((signed short) -1 * (unsigned short) 0xfffffff7 == (sizeof(int) == 2 ? 9u : 0xffff0009)); ASSERT((signed LONG ) -1 * (unsigned LONG ) 0xfffffff7 == 9u); ASSERT((signed char ) -2 * (unsigned char ) 0x8004 == (sizeof(int) == 2 ? 0xfff8 : 0xfffffff8)); ASSERT((signed short) -2 * (unsigned short) 0x8004 == (sizeof(int) == 2 ? 0xfff8 : 0xfffefff8)); ASSERT((signed LONG ) -2 * (unsigned LONG ) 0x8004 == 0xfffefff8); /* div ast: valDiv() */ ASSERT((stype) -12 / (stype) -3 == (stype) 4); ASSERT((stype) -12 / (stype) 3 == (stype) -4); ASSERT((stype) 12 / (stype) -3 == (stype) -4); ASSERT((unsigned char ) -12 / (signed char ) -3 == (sizeof(int) == 2 ? 0xffaf : 0xffffffaf)); ASSERT((unsigned short) -12 / (signed short) -3 == (sizeof(int) == 2 ? 0 : 0xffffaaaf)); ASSERT((unsigned LONG ) -12 / (signed LONG ) -3 == 0); ASSERT((utype) -12 / (stype) 3 == (stype) 0x55555551); ASSERT((unsigned char ) 12 / (signed char ) -3 == -4); ASSERT((unsigned short) 12 / (signed short) -3 == (sizeof(int) == 2 ? 0 : 0xfffffffc)); ASSERT((unsigned LONG ) 12 / (signed LONG ) -3 == 0); ASSERT((stype) -12 / (utype) -3 == 0); ASSERT((signed char ) -12 / (unsigned char ) 3 == -4); ASSERT((signed short) -12 / (unsigned short) 3 == (sizeof(int) == 2 ? 0x5551 : -4)); ASSERT((signed LONG ) -12 / (unsigned LONG ) 3 == 0x55555551); ASSERT((stype) 12 / (utype) -3 == 0); ASSERT(12u / 3 * 10000 == 40000); ASSERT(-1 / 1 < 0); /* div icode: operandOperation() */ s = -12; ASSERT(s / (stype) -3 == (stype) 4); s = -12; ASSERT(s / (stype) 3 == (stype) -4); s = 12; ASSERT(s / (stype) -3 == (stype) -4); uc = -12; ASSERT(uc / (signed char ) -3 == (sizeof(int) == 2 ? 0xffaf : 0xffffffaf)); us = -12; ASSERT(us / (signed short) -3 == (sizeof(int) == 2 ? 0 : 0xffffaaaf)); ul = -12; ASSERT(ul / (signed LONG ) -3 == 0); u = -12; ASSERT(u / (stype) 3 == (stype) 0x55555551); uc = 12; ASSERT(uc / (signed char ) -3 == -4); us = 12; ASSERT(us / (signed short) -3 == (sizeof(int) == 2 ? 0 : 0xfffffffc)); ul = 12; ASSERT(ul / (signed LONG ) -3 == 0); s = -12; ASSERT(s / (utype) -3 == 0); sc = -12; ASSERT(sc / (unsigned char ) 3 == -4); ss = -12; ASSERT(ss / (unsigned short) 3 == (sizeof(int) == 2 ? 0x5551 : -4)); sl = -12; ASSERT(sl / (unsigned LONG ) 3 == 0x55555551); s = 12; ASSERT(s / (utype) -3 == 0); /* mod ast: valMod() */ /* -11 : 0xfff5 */ /* -17 : 0xffef */ ASSERT((stype) -17 % (stype) -11 == (stype) -6); ASSERT((stype) -17 % (stype) 11 == (stype) -6); ASSERT((stype) 17 % (stype) -11 == (stype) 6); ASSERT((unsigned char ) -17 % (signed char ) -11 == 8); ASSERT((unsigned short) -17 % (signed short) -11 == (sizeof(int) == 2 ? -17 : 3)); ASSERT((unsigned LONG ) -17 % (signed LONG ) -11 == -17); ASSERT((unsigned char ) -17 % (signed char ) 11 == 8); ASSERT((unsigned short) -17 % (signed short) 11 == 3); ASSERT((unsigned LONG ) -17 % (signed LONG ) 11 == 9); ASSERT((unsigned char ) 17 % (signed char ) -11 == 6); ASSERT((unsigned short) 17 % (signed short) -11 == (sizeof(int) == 2 ? 17 : 6)); ASSERT((unsigned LONG ) 17 % (signed LONG ) -11 == 17); ASSERT(-3 % 2 < 0); /* add */ ASSERT( 80 + 80 == 160); ASSERT(150 + 150 == 300); ASSERT(160u + 160u == 320); } sdcc-2.9.0/support/regression/tests/logic.c000066400000000000000000000037061116427777700207660ustar00rootroot00000000000000/** Tests the basic logical operations. type: char, int, long storage: static, attr: volatile values: 5, 350, 31734 */ #include static {type} alwaysTrue(void) { return ({type}){values}; } static {type} alwaysFalse(void) { return 0; } static {type} neverGetHere(void) { FAILM("Shouldn't get here"); return 0; } static int hit; static void resetGetHere(void) { hit = 0; } static {type} alwaysGetHere(void) { hit++; return 1; } static void testLogicalAnd(void) { {type} true = alwaysTrue(); {type} false = alwaysFalse(); ASSERT(true && true && true); ASSERT(true && !false); ASSERT(!false && true); /* Test that the evaluation is aborted on the first false. */ if (true && false && neverGetHere()) { /* Tested using neverGetHere() */ } /* Alternate that is similar. */ if (true && false) { neverGetHere(); /* Tested using neverGetHere() */ } resetGetHere(); /* Test that the evaluation is done left to right. */ if (alwaysGetHere() && true && false) { ASSERT(hit == 1); } } static void testLogicalOr(void) { {type} true = alwaysTrue(); {type} false = alwaysFalse(); ASSERT(false || false || true); ASSERT(!true || !false); ASSERT(false || true); /* Test that the evaluation is aborted on the first hit. */ if (false || true || neverGetHere()) { /* Tested using neverGetHere() */ } resetGetHere(); /* Test that the evaluation is done left to right. */ if (alwaysGetHere() || true || false) { ASSERT(hit == 1); } } static void testNot(void) { {type} true = alwaysTrue(); {type} false = alwaysFalse(); ASSERT(!false); ASSERT(!!true); ASSERT(!!!false); } static void testFlagToVariable(void) { {type} true = alwaysTrue(); {type} false = alwaysFalse(); {type} val = !true; ASSERT(!val); val = !!false; ASSERT(!false); } sdcc-2.9.0/support/regression/tests/long_asm_line.c000066400000000000000000000026201116427777700224710ustar00rootroot00000000000000/* Long line assembler test */ #include volatile unsigned char U0GCR; volatile unsigned char CLKCON; enum __nesc_unnamed4261 { CC2430_CLKCON_OSC32K = 7, CC2430_CLKCON_OSC = 6, CC2430_CLKCON_TICKSPD = 3, CC2430_CLKCON_CLKSPD = 0, CC2430_CLKCON_TICKSPD_MASK = 0x38 }; void testLongAsmLine(void) { U0GCR = 230400 == 2400 ? 6 + ((CLKCON & (1 << CC2430_CLKCON_OSC)) >> CC2430_CLKCON_OSC) : 230400 == 4800 ? 7 + ((CLKCON & (1 << CC2430_CLKCON_OSC)) >> CC2430_CLKCON_OSC) : 230400 == 9600 ? 8 + ((CLKCON & (1 << CC2430_CLKCON_OSC)) >> CC2430_CLKCON_OSC) : 230400 == 14400 ? 8 + ((CLKCON & (1 << CC2430_CLKCON_OSC)) >> CC2430_CLKCON_OSC) : 230400 == 19200 ? 9 + ((CLKCON & (1 << CC2430_CLKCON_OSC)) >> CC2430_CLKCON_OSC) : 230400 == 28800 ? 9 + ((CLKCON & (1 << CC2430_CLKCON_OSC)) >> CC2430_CLKCON_OSC) : 230400 == 38400 ? 10 + ((CLKCON & (1 << CC2430_CLKCON_OSC)) >> CC2430_CLKCON_OSC) : 230400 == 57600 ? 10 + ((CLKCON & (1 << CC2430_CLKCON_OSC)) >> CC2430_CLKCON_OSC) : 230400 == 76800 ? 11 + ((CLKCON & (1 << CC2430_CLKCON_OSC)) >> CC2430_CLKCON_OSC) : 230400 == 115200 ? 11 + ((CLKCON & (1 << CC2430_CLKCON_OSC)) >> CC2430_CLKCON_OSC) : 230400 == 153600 ? 12 + ((CLKCON & (1 << CC2430_CLKCON_OSC)) >> CC2430_CLKCON_OSC) : 230400 == 230400 ? 12 + ((CLKCON & (1 << CC2430_CLKCON_OSC)) >> CC2430_CLKCON_OSC) : 230400 == 307200 ? 13 + ((CLKCON & (1 << CC2430_CLKCON_OSC)) >> CC2430_CLKCON_OSC) : 0; } sdcc-2.9.0/support/regression/tests/longlit.c000066400000000000000000000004061116427777700213330ustar00rootroot00000000000000/* Testing arithmetics with long litterals */ #include #define OSCILLATOR 11059200 #define BAUD 19200L #define T1_RELOAD_VALUE -(2*OSCILLATOR)/(32*12*BAUD) static unsigned char T1=T1_RELOAD_VALUE; void testLongLit(void) { ASSERT(T1==0xfd); } sdcc-2.9.0/support/regression/tests/longor.c000066400000000000000000000003451116427777700211650ustar00rootroot00000000000000/** Test long OR. Was a bug where 1 was turned into 0x10000 on PPC. */ #include void testLongOR(void) { volatile unsigned long l; l = 0; l |= 1L; ASSERT(l == 1); l = 0; l |= 1; ASSERT(l == 1); } sdcc-2.9.0/support/regression/tests/malloc.c000066400000000000000000000030711116427777700211330ustar00rootroot00000000000000/* Simple malloc tests. */ #include #if defined(SDCC_pic16) #include #endif #include #if defined(SDCC_pic16) xdata char heap[100]; #endif void testMalloc(void) { void xdata *p1, *p2, *p3; char *p; unsigned char i; #if !defined(__GNUC__) && !defined(SDCC_gbz80) && !defined(SDCC_z80) #if defined(SDCC_pic16) _initHeap(heap, sizeof heap); #endif p1 = malloc(2000); ASSERT(p1 == NULL); LOG(("p1 == NULL when out of memory\n")); #ifdef PORT_HOST LOG(("p1: %p\n", p1)); #else LOG(("p1: %u\n", (unsigned) p1)); #endif #endif p1 = malloc(5); ASSERT(p1 != NULL); #ifdef PORT_HOST LOG(("p1: %p\n", p1)); #else LOG(("p1: %u\n", (unsigned) p1)); #endif p2 = malloc(20); ASSERT(p2 != NULL); #ifdef PORT_HOST LOG(("p2: %p\n", p2)); #else LOG(("p2: %u\n", (unsigned) p2)); #endif p = (char*)p2; for (i=0; i<20; i++, p++) *p = i; p2 = realloc(p2, 25); ASSERT(p2 != NULL); #ifdef PORT_HOST LOG(("p2, after expanding realloc: %p\n", p2)); #else LOG(("p2, after expanding realloc: %u\n", (unsigned) p2)); #endif p = (char*)p2; for (i=0; i<20; i++, p++) ASSERT(*p == i); p2 = realloc(p2, 15); ASSERT(p2 != NULL); #ifdef PORT_HOST LOG(("p2, after shrinking realloc: %p\n", p2)); #else LOG(("p2, after shrinking realloc: %u\n", (unsigned) p2)); #endif p = (char*)p2; for (i=0; i<15; i++, p++) ASSERT(*p == i); free(p2); p3 = malloc(10); ASSERT(p3 != NULL); #ifdef PORT_HOST LOG(("p3, after freeing p2: %p\n", p3)); #else LOG(("p3, after freeing p2: %u\n", (unsigned) p3)); #endif } sdcc-2.9.0/support/regression/tests/memory.c000066400000000000000000000023251116427777700211750ustar00rootroot00000000000000/** memory function test */ #include #include unsigned char destination[4]; const unsigned char source[4] = {0, 1, 2, 3}; void testmemory(void) { /* Test memset() */ destination[3] = 23; memset(destination, 42, 3); ASSERT(destination[0] == 42); ASSERT(destination[2] == 42); ASSERT(destination[3] == 23); /* Test memcpy() */ memcpy(destination + 1, source + 1, 2); ASSERT(destination[0] == 42); ASSERT(destination[2] == source[2]); ASSERT(destination[3] == 23); /* Test memmove() */ memcpy(destination, source, 4); memmove(destination, destination + 1, 3); ASSERT(destination[0] == source[1]); ASSERT(destination[2] == source[3]); ASSERT(destination[3] == source[3]); memcpy(destination, source, 4); memmove(destination + 1, destination, 3); ASSERT(destination[0] == source[0]); ASSERT(destination[1] == source[0]); ASSERT(destination[3] == source[2]); /* Test memchr() */ /* memchr() is not yet supported by sdcc. ASSERT(NULL == memchr(destination, 5, 4)); ASSERT(destination == memchr(destination, 0, 4)); ASSERT(destination + 3 == memchr(destination, 3, 4));*/ ASSERT(strlen("test") == 4); ASSERT(strlen("t") == 1); ASSERT(strlen("") == 0); } sdcc-2.9.0/support/regression/tests/muldiv.c000066400000000000000000000040671116427777700211720ustar00rootroot00000000000000/** Simple test for the mul/div/mod operations. type: int, char, short, long storage: static, attr: volatile, */ #include void testUnsignedModDiv(void) { {attr} {storage} unsigned {type} i; unsigned {type} result; i = 100; result = i/3; ASSERT(result == 33); result = i/12; ASSERT(result == 8); result = i%7; ASSERT(result == 2); result = i%34; ASSERT(result == 32); } void testUnsignedMul(void) { {attr} {storage} unsigned {type} i; unsigned {type} result; i = 37; LOG(("i*3 == 111 = %u\n", (int)(i*3))); result = i*3; ASSERT(result == 111); result = i*12; ASSERT(result == ((unsigned {type})444)); } void testMul(void) { {attr} {storage} signed {type} i; signed {type} result; i = 5; LOG(("i*5 == 25 = %u\n", (int)(i*5))); result = i*5; ASSERT(result == 25); LOG(("i*-4 == -20 = %u\n", (int)(i*-4))); ASSERT(i*-4 == -20); i = -10; LOG(("i*12 == -120 = %u\n", (int)(i*12))); ASSERT(i*12 == -120); LOG(("i*-3 == 30 = %u\n", (int)(i*-3))); ASSERT(i*-3 == 30); } void mark(void) { } void testDiv(void) { {attr} {storage} signed {type} i; i = 100; LOG(("i/5 == 20 = %u\n", (int)i/5)); ASSERT(i/5 == 20); LOG(("i/-4 == -25 = %u\n", (int)i/-4)); mark(); ASSERT(i/-4 == -25); i = -50; LOG(("i/25 == -2 = %u\n", (int)i/25)); ASSERT(i/25 == -2); LOG(("i/-12 == 4 = %u\n", (int)i/-12)); ASSERT(i/-12 == 4); //power of 2 ASSERT(i/4 == -12); } void testMod(void) { {attr} {storage} signed {type} i; // Disabled the LOG functions due to a bug in sdcc involving // vaargs. i = 100; // LOG(("i%%17 == 15 = %u\n", (int)(i%9))); ASSERT(i%17 == 15); // LOG(("i%%-7 == 2 = %u\n", (int)i%-7)); ASSERT(i%-7 == 2); //power of 2 ASSERT(i%-8 == 4); i = -49; // LOG(("i%%3 == -1 = %u\n", (int)i%3)); ASSERT(i%3 == -1); // LOG(("i%%-5 == -4 = %u\n", (int)i%-5)); ASSERT(i%-5 == -4); //power of 2 ASSERT(i%4 == -1); } sdcc-2.9.0/support/regression/tests/not.c000066400000000000000000000015401116427777700204630ustar00rootroot00000000000000/** not.c test ! operator ANSI: return type is int attr: volatile, */ #include void testNot(void) { signed char {attr} sc; unsigned char {attr} uc; unsigned int {attr} ui; unsigned long {attr} ul; sc = 0; uc = 0; ui = 0; ul = 0; /* remember: unsigned * signed -> unsigned */ /* signed * signed -> signed */ ASSERT(!( signed char) 0 * -1 < 0); ASSERT(!(unsigned char) 0 * -1 < 0); ASSERT(!sc * -1 < 0); ASSERT(!uc * -1 < 0); ASSERT(! 0 * -1 < 0); ASSERT(! 0u * -1 < 0); ASSERT(!ui * -1 < 0); ASSERT(! 0l * -1 < 0); ASSERT(! 0ul * -1 < 0); ASSERT(!ul * -1 < 0); ASSERT(!(char) 0 << 8 == 0x100); ASSERT(!sc << 8 == 0x100); #if !defined(PORT_HOST) ASSERT(!0 << 16 == 0); ASSERT(!0l << 16 == 0); ASSERT(!ui << 16 == 0); ASSERT(!ul << 16 == 0); #endif } sdcc-2.9.0/support/regression/tests/nullstring.c000066400000000000000000000015231116427777700220650ustar00rootroot00000000000000/** Null character in string tests. storage: data, xdata, code, */ #include #ifndef PORT_HOST #pragma disable_warning 147 //no warning about excess elements in array of chars initializer #endif {storage} char string1[] = ""; {storage} char string2[] = "a\0b\0c"; {storage} char string3[5] = "a\0b\0c"; void testStringArray (void) { /* Make sure the strings are the correct size */ /* and have the terminating null character */ ASSERT (sizeof (string1) == 1); ASSERT (sizeof (string2) == 6); ASSERT (sizeof (string3) == 5); ASSERT (string1[0] == 0); ASSERT (string2[5] == 0); ASSERT (string2[0]== 'a'); ASSERT (string2[2]== 'b'); ASSERT (string2[4]== 'c'); } void testStringConst(void) { char * constStr1 = ""; char * constStr2 = "a\0b\0c"; ASSERT (constStr1[0] == 0); ASSERT (constStr2[5] == 0); } sdcc-2.9.0/support/regression/tests/onebyte.c000066400000000000000000000211661116427777700213360ustar00rootroot00000000000000/** test one byte mul/div/mod operations. attrL: volatile, attrR: volatile, */ #include void testMul (void) { {attrL} char cL; {attrL} unsigned char ucL; {attrR} char cR; {attrR} unsigned char ucR; volatile char r8 , r8b; volatile unsigned char ur8, ur8b; volatile short r16, r16b; cL = -127; cR = -5; r16 = cL * cR; r16b = cR * cL; ASSERT (r16 == 635); ASSERT (r16b == 635); cL = 127; cR = -5; r16 = cL * cR; r16b = cR * cL; ASSERT (r16 == -635); ASSERT (r16b == -635); cL = -127; cR = 5; r16 = cL * cR; r16b = cR * cL; ASSERT (r16 == -635); ASSERT (r16b == -635); cL = 127; cR = 5; r16 = cL * cR; r16b = cR * cL; ASSERT (r16 == 635); ASSERT (r16b == 635); cL = -128; cR = -1; ur8 = cL * cR; ur8b = cR * cL; ASSERT (ur8 == 128); ASSERT (ur8b == 128); cL = 128; cR = -1; r8 = cL * cR; r8b = cR * cL; ASSERT ( r8 == -128); ASSERT ( r8b == -128); cL = -128; cR = 1; r8 = cL * cR; r8b = cR * cL; ASSERT ( r8 == -128); ASSERT ( r8b == -128); cL = 128; cR = 1; ur8 = cL * cR; ur8b = cR * cL; ASSERT (ur8 == 128); ASSERT (ur8b == 128); ucL = 128; cR = -5; r16 = ucL * cR; r16b = cR * ucL; ASSERT (r16 == -640); ASSERT (r16b == -640); ucL = 128; cR = 5; r16 = ucL * cR; r16b = cR * ucL; ASSERT (r16 == 640); ASSERT (r16b == 640); ucL = 127; cR = -1; r8 = ucL * cR; r8b = cR * ucL; ASSERT ( r8 == -127); ASSERT ( r8b == -127); ucL = 128; cR = 1; ur8 = ucL * cR; ur8b = cR * ucL; ASSERT (ur8 == 128); ASSERT (ur8b == 128); ucL = 128; ucR = 5; r16 = ucL * ucR; r16b = ucR * ucL; ASSERT (r16 == 640); ASSERT (r16b == 640); ucL = 128; ucR = 1; ur8 = ucL * ucR; ur8b = ucR * ucL; ASSERT (ur8 == 128); ASSERT (ur8b == 128); ucL = 254; cR = -1; r16 = ucL * cR; ASSERT (r16 == -254); cL = -128; cR = -1; r16 = cL * cR; ASSERT (r16 == 128); } void testDiv (void) { {attrL} char cL; {attrL} unsigned char ucL; {attrR} char cR; {attrR} unsigned char ucR; volatile char r8; volatile unsigned char ur8; volatile short r16; cL = -128; cR = -2; r8 = cL / cR; ASSERT (r8 == 64); cL = -128; cR = -2; r16 = cL / cR; ASSERT (r16 == 64); ucL = 255; ucR = 3; r8 = ucL / ucR; ASSERT (r8 == 85); ucL = 255; ucR = 255; r8 = ucL / ucR; ASSERT (r8 == 1); ucL = 3; ucR = 255; r8 = ucL / ucR; ASSERT (r8 == 0); cL = 127; cR = 3; r8 = cL / cR; ASSERT (r8 == 42); cL = -127; cR = 3; r8 = cL / cR; ASSERT (r8 == -42); cL = 127; cR = -3; r8 = cL / cR; ASSERT (r8 == -42); cL = -127; cR = -3; r8 = cL / cR; ASSERT (r8 == 42); ucL = 127; cR = 3; r8 = ucL / cR; ASSERT (r8 == 42); ucL = 255; cR = 3; r8 = ucL / cR; ASSERT (r8 == 85); ucL = 127; cR = -3; r8 = ucL / cR; ASSERT (r8 == -42); ucL = 255; cR = -3; r8 = ucL / cR; ASSERT (r8 == -85); cL = 127; ucR = 3; r8 = cL / ucR; ASSERT (r8 == 42); cL = -127; ucR = 3; r8 = cL / ucR; ASSERT (r8 == -42); cL = 127; ucR = 128; r8 = cL / ucR; ASSERT (r8 == 0); cL = -127; ucR = 128; r8 = cL / ucR; ASSERT (r8 == 0); cL = 127; cR = 1; r8 = cL / cR; ASSERT (r8 == 127); cL = 127; cR = 1; r16 = cL / cR; ASSERT (r16 == 127); ucL = 251; cR = 1; ur8 = ucL / cR; ASSERT (ur8 == 251); ucL = 251; cR = 1; r16 = ucL / cR; ASSERT (r16 == 251); ucL = 253; cR = -3; r8 = ucL / cR; ASSERT (r8 == -84); ucL = 253; cR = -3; r16 = ucL / cR; ASSERT (r16 == -84); ucL = 254; cR = -1; r16 = ucL / cR; ASSERT (r16 == -254); cL = -128; cR = -1; r16 = cL / cR; ASSERT (r16 == 128); } void testMod (void) { {attrL} char cL; {attrL} unsigned char ucL; {attrR} char cR; {attrR} unsigned char ucR; volatile char r8; volatile unsigned char ur8; volatile short r16; ucL = 128; cR = 5; r16 = ucL % cR; ASSERT (r16 == 3); ucL = 128; cR = -5; r16 = ucL % cR; ASSERT (r16 == 3); ucL = 128; ucR = 5; r16 = ucL % ucR; ASSERT (r16 == 3); ucL = 128; ucR = 255; ur8 = ucL % ucR; ASSERT (ur8 == 128); ucL = 128; ucR = 255; r16 = ucL % ucR; ASSERT (r16 == 128); ucL = 128; cR = 127; r8 = ucL % cR; ASSERT (r8 == 1); cL = 127; cR = 5; r16 = cL % cR; ASSERT (r16 == 2); r16 = -1; cL = 127; cR = -5; r16 = cL % cR; ASSERT (r16 == 2); r16 = -1; cL = 127; ucR = 5; r16 = cL % ucR; ASSERT (r16 == 2); cL = -128; cR = 5; r16 = cL % cR; ASSERT (r16 == -3); r16 = 0; cL = -128; cR = -5; r16 = cL % cR; ASSERT (r16 == -3); r16 = 0; cL = -128; ucR = 5; r16 = cL % ucR; ASSERT (r16 == -3); } void testOr (void) { {attrL} char cL; {attrL} unsigned char ucL; {attrR} char cR; {attrR} unsigned char ucR; volatile short r16, r16b; cL = 0x00; cR = 0x80; r16 = cL | cR; r16b = cR | cL; ASSERT (r16 == (short) 0xff80); ASSERT (r16b == (short) 0xff80); ucL = 0x80; cR = 0x00; r16 = ucL | cR; r16b = cR | ucL; ASSERT (r16 == 0x80); ASSERT (r16b == 0x80); ucL = 0x80; ucR = 0x80; r16 = ucL | ucR; r16b = ucR | ucL; ASSERT (r16 == 0x80); ASSERT (r16b == 0x80); } void testXor (void) { {attrL} char cL; {attrL} unsigned char ucL; {attrR} char cR; {attrR} unsigned char ucR; volatile short r16, r16b; cL = 0x80; cR = 0x80; r16 = cL ^ cR; r16b = cR ^ cL; ASSERT (r16 == 0); ASSERT (r16b == 0); cL = 0x80; cR = 0x00; r16 = cL ^ cR; r16b = cR ^ cL; ASSERT (r16 == (short) 0xff80); ASSERT (r16b == (short) 0xff80); ucL = 0x80; cR = 0x80; r16 = ucL ^ cR; r16b = cR ^ ucL; ASSERT (r16 == (short) 0xff00); ASSERT (r16b == (short) 0xff00); ucL = 0x80; cR = 0; r16 = ucL ^ cR; r16b = cR ^ ucL; ASSERT (r16 == 0x80); ASSERT (r16b == 0x80); ucL = 0; cR = 0x80; r16 = ucL ^ cR; r16b = cR ^ ucL; ASSERT (r16 == (short) 0xff80); ASSERT (r16b == (short) 0xff80); ucL = 0x80; ucR = 0x80; r16 = ucL ^ ucR; r16b = ucR ^ ucL; ASSERT (r16 == 0); ASSERT (r16b == 0); ucL = 0; ucR = 0x80; r16 = ucL ^ ucR; r16b = ucR ^ ucL; ASSERT (r16 == 0x80); ASSERT (r16b == 0x80); } void testAnd (void) { {attrL} char cL; {attrL} unsigned char ucL; {attrR} char cR; {attrR} unsigned char ucR; volatile short r16, r16b; cL = 0x80; cR = 0x80; r16 = cL & cR; r16b = cR & cL; ASSERT (r16 == (short) 0xff80); ASSERT (r16b == (short) 0xff80); ucL = 0x80; cR = 0x80; r16 = ucL & cR; r16b = cR & ucL; ASSERT (r16 == 0x80); ASSERT (r16b == 0x80); ucL = 0x80; ucR = 0x80; r16 = ucL & ucR; r16b = ucR & ucL; ASSERT (r16 == 0x80); ASSERT (r16b == 0x80); } void testComplement (void) { {attrR} char c; {attrR} unsigned char uc; volatile short r16; c = 0x00; r16 = ~ c; ASSERT (r16 == (short) 0xffff); ASSERT (~ c < 0); uc = 0x00; r16 = ~uc; ASSERT (r16 == (short) 0xffff); ASSERT (~uc < 0); ASSERT (~ (char) 0x00 == (short) 0xffff); ASSERT (~ (char) 0x00 < 0); ASSERT (~ (unsigned char) 0x00 == (short) 0xffff); ASSERT (~ (unsigned char) 0x00 < 0); c = 0x80; r16 = ~ c; ASSERT (r16 == (short) 0x007f); ASSERT (~ c > 0); uc = 0x80; r16 = ~uc; ASSERT (r16 == (short) 0xff7f); ASSERT (~uc < 0); ASSERT (~ (char) 0x80 == (short) 0x007f); ASSERT (~ (char) 0x80 > 0); ASSERT (~ (unsigned char) 0x80 == (short) 0xff7f); ASSERT (~ (unsigned char) 0x80 < 0); ASSERT (~ 1 < 0); ASSERT (~ 1u > 0); ASSERT (~ 1l < 0); ASSERT (~ 1ul > 0); } void testCompare (void) { {attrL} signed char c; {attrR} unsigned char uc; c = 0x80; /* -128 */ uc = 0x80; /* +128 */ ASSERT (!(c == uc)); ASSERT ( c != uc ); ASSERT ( c < uc ); ASSERT ( c <= uc ); ASSERT (!(c > uc)); ASSERT (!(c >= uc)); } void testUMinus (void) { signed char {attrL} sc; unsigned char {attrL} uc; signed int {attrL} si; unsigned int {attrL} ui; signed long {attrL} sl; unsigned long {attrL} ul; ASSERT (-(53l ) < 0); ASSERT (-(53ul) > 0); ul = 53; ASSERT (-ul > 0); sl = 53; ASSERT (-sl < 0); ASSERT (-(53 ) < 0); ASSERT (-(53u ) > 0); ui = 53; ASSERT (-ui > 0); si = 53; ASSERT (-si < 0); ASSERT (-( 250 ) == -250); uc = 250; ASSERT (-uc == -250); ASSERT (-(-128 ) == 128); sc = -128; ASSERT (-sc == 128); } void testBug1571231 (void) { unsigned char {attrL} uc; /* bug-1571231 */ uc = 0x80; if (uc + 0x80) ASSERT (1); else ASSERT (0); } sdcc-2.9.0/support/regression/tests/packcast.c000066400000000000000000000005031116427777700214520ustar00rootroot00000000000000/* Tests that a cast used as a parameter gets packed into HL */ #include void spoil(int a) { UNUSED(a); } void testCastPack(char x) { int i, j; volatile char a = x; for (i = 0; i < 5; i++) { for (j = 0; j < 5; j++) { spoil(a); } } } void testBug(void) { } sdcc-2.9.0/support/regression/tests/pow2shifts.c000066400000000000000000000006221116427777700217730ustar00rootroot00000000000000/* Test power of 2 based shifts. sign: signed, unsigned */ #include void testIntShift(void) { volatile {sign} int left; left = 4; ASSERT(left * 1024 == 4096); ASSERT(left * 2048 == 8192); ASSERT(left * 256 == 1024); ASSERT(left * 64 == 256); left = 4096; ASSERT(left / 1024 == 4); ASSERT(left / 2048 == 2); ASSERT(left / 256 == 16); ASSERT(left / 4 == 1024); } sdcc-2.9.0/support/regression/tests/preproc.c000066400000000000000000000010641116427777700213360ustar00rootroot00000000000000/* preproc.c */ #include /* * test for bug 135170 */ const char * const_str(void) { return "A" /* just for testing, actually nop */ #pragma save "B"; #pragma restore } /* * test for bug 982435 */ #if !defined (__GNUC__) && !defined (_MSC_VER) /* since this fails on GCC cpp and MSVC cl -E... */ #pragma pedantic_parse_number + #define LO_B(x) ((x) & 0xff) #define BAD(x) ((x) & 0xff) unsigned char hexeminus(void) { unsigned char a=0x\ fe\ -\ LO_B(3); unsigned char b=0xfe-BAD(3); return (a + b); } #endif void testBug(void) { } sdcc-2.9.0/support/regression/tests/regtrack.c000066400000000000000000000053051116427777700214700ustar00rootroot00000000000000/* regtrack.c - testing register tracking */ #include #include #ifndef SDCC_mcs51 # define __xdata # define __pdata # define __code #endif volatile unsigned char __xdata t; __pdata unsigned char ta[]={0x00,0x01,0x01,0x02,0x01,0xfe,0x7f,0xfe,0xef}; __code const unsigned char tb[]={0x00,0x01,0x01,0x02,0x01,0xfe,0x7f,0xfe,0xef}; static void foo(unsigned char which) { unsigned char i,k; // should be allocated to registers volatile unsigned char m = 1; k = 2; do { t = 0xab; i = 2; do { switch( which ) { case 1: k = 1; t = 1; // mov break; case 2: t = 0x01; t = 0x02; // inc break; case 3: t = 0x05; t = 0x04; t = 0x03; // dec break; case 4: t = ~0x04; t = 0x04; // cpl break; case 5: t = 0x05<<1; t = 0x05; // rr break; case 6: t = 0x06>>1; t = 0x06; // rl break; case 7: t = 0x70; t = 0x07; // swap break; case 0x08: t = 0x0a; k = 0x02; t = 0x08; // xrl break; case 0x09: t = 0x0f; k = 0xf9; t = 0x09; // anl break; case 0x0a: t = 0x08; k = 0x02; t = 0x0a; // orl break; case 0x0b: t = 0x0b*7; k = 7; t = t/7; // div break; case 0x0c: t = 4; k = 3; t = t*3; // mul break; } } while(--i); if(!i) k = m; // prepare to exit outer loop }while(--k); } void testRegTrack(void) { ASSERT(0==(char)memcmp(ta, tb, sizeof tb)); foo(1); ASSERT(t==1); foo(2); ASSERT(t==2); foo(3); ASSERT(t==3); foo(4); ASSERT(t==4); #if 1 /* various checks for equality */ foo(5); ASSERT(!(t^5)); foo(6); ASSERT(0==(t^6)); foo(7); ASSERT(!(t-7)); foo(8); ASSERT(0==(t-8)); foo(9); ASSERT(0==((unsigned char)(t+(0x100-9)))); foo(10); ASSERT(!((unsigned char)(t+(0x100-10)))); foo(11); ASSERT(t>=11 && t<=11); foo(12); ASSERT(t>11 && t<13); #else foo(5); ASSERT(t==5); foo(6); ASSERT(t==6); foo(7); ASSERT(t==7); foo(8); ASSERT(t==8); foo(9); ASSERT(t==9); foo(10); ASSERT(t==10); foo(11); ASSERT(t==11); foo(12); ASSERT(t==12); #endif } sdcc-2.9.0/support/regression/tests/rotate.c000066400000000000000000000070511116427777700211640ustar00rootroot00000000000000/** Tests covering rotate operations size: 8,16,32 msb: 0,1 */ #include #ifdef __sun__ #include #else #include #endif #define SIZE ({size}) #define MSB ({msb}) #if SIZE == 8 # define TYPE uint8_t # if MSB # define TEST_VECT 0xa4 # else # define TEST_VECT 0x53 # endif #endif #if SIZE == 16 # define TYPE uint16_t # if MSB # define TEST_VECT 0xa8ce # else # define TEST_VECT 0x5357 # endif #endif #if SIZE == 32 # define TYPE uint32_t # if MSB # define TEST_VECT 0xa8c5a5c6 # else # define TEST_VECT 0x55357553 # endif #endif TYPE rol1(TYPE s){ return (s<<1) | (s>>(SIZE-1)); } TYPE rol2(TYPE s){ return (s<<2) | (s>>(SIZE-2)); } TYPE rol3(TYPE s){ return (s<<3) | (s>>(SIZE-3)); } TYPE rol4(TYPE s){ return (s<<4) | (s>>(SIZE-4)); } TYPE rol5(TYPE s){ return (s<<5) | (s>>(SIZE-5)); } TYPE rol6(TYPE s){ return (s<<6) | (s>>(SIZE-6)); } TYPE rol7(TYPE s){ return (s<<7) | (s>>(SIZE-7)); } #if SIZE >=16 TYPE rol8 (TYPE s){ return (s<<8 ) | (s>>(SIZE-8 )); } TYPE rol9 (TYPE s){ return (s<<9 ) | (s>>(SIZE-9 )); } TYPE rol10(TYPE s){ return (s<<10) | (s>>(SIZE-10)); } TYPE rol11(TYPE s){ return (s<<11) | (s>>(SIZE-11)); } TYPE rol12(TYPE s){ return (s<<12) | (s>>(SIZE-12)); } TYPE rol13(TYPE s){ return (s<<13) | (s>>(SIZE-13)); } TYPE rol14(TYPE s){ return (s<<14) | (s>>(SIZE-14)); } TYPE rol15(TYPE s){ return (s<<15) | (s>>(SIZE-15)); } #endif #if SIZE >=32 TYPE rol16(TYPE s){ return (s<<16) | (s>>(SIZE-16)); } TYPE rol17(TYPE s){ return (s<<17) | (s>>(SIZE-17)); } TYPE rol23(TYPE s){ return (s<<23) | (s>>(SIZE-23)); } TYPE rol24(TYPE s){ return (s<<24) | (s>>(SIZE-24)); } TYPE rol25(TYPE s){ return (s<<25) | (s>>(SIZE-25)); } TYPE rol30(TYPE s){ return (s<<30) | (s>>(SIZE-30)); } TYPE rol31(TYPE s){ return (s<<31) | (s>>(SIZE-31)); } #endif static void testRol(void) { volatile TYPE t = TEST_VECT; TYPE u; u = t; ASSERT( rol1(u) == (TYPE)((TEST_VECT<<1) | (TEST_VECT>>(SIZE-1))) ); ASSERT( rol2(u) == (TYPE)((TEST_VECT<<2) | (TEST_VECT>>(SIZE-2))) ); ASSERT( rol3(u) == (TYPE)((TEST_VECT<<3) | (TEST_VECT>>(SIZE-3))) ); ASSERT( rol4(u) == (TYPE)((TEST_VECT<<4) | (TEST_VECT>>(SIZE-4))) ); ASSERT( rol5(u) == (TYPE)((TEST_VECT<<5) | (TEST_VECT>>(SIZE-5))) ); ASSERT( rol6(u) == (TYPE)((TEST_VECT<<6) | (TEST_VECT>>(SIZE-6))) ); ASSERT( rol7(u) == (TYPE)((TEST_VECT<<7) | (TEST_VECT>>(SIZE-7))) ); #if SIZE >=16 ASSERT( rol8 (u) == (TYPE)((TEST_VECT<<8 ) | (TEST_VECT>>(SIZE-8 ))) ); ASSERT( rol9 (u) == (TYPE)((TEST_VECT<<9 ) | (TEST_VECT>>(SIZE-9 ))) ); ASSERT( rol10(u) == (TYPE)((TEST_VECT<<10) | (TEST_VECT>>(SIZE-10))) ); ASSERT( rol11(u) == (TYPE)((TEST_VECT<<11) | (TEST_VECT>>(SIZE-11))) ); ASSERT( rol12(u) == (TYPE)((TEST_VECT<<12) | (TEST_VECT>>(SIZE-12))) ); ASSERT( rol13(u) == (TYPE)((TEST_VECT<<13) | (TEST_VECT>>(SIZE-13))) ); ASSERT( rol14(u) == (TYPE)((TEST_VECT<<14) | (TEST_VECT>>(SIZE-14))) ); ASSERT( rol15(u) == (TYPE)((TEST_VECT<<15) | (TEST_VECT>>(SIZE-15))) ); #endif #if SIZE >=32 ASSERT( rol16(u) == (TYPE)((TEST_VECT<<16) | (TEST_VECT>>(SIZE-16))) ); ASSERT( rol17(u) == (TYPE)((TEST_VECT<<17) | (TEST_VECT>>(SIZE-17))) ); ASSERT( rol23(u) == (TYPE)((TEST_VECT<<23) | (TEST_VECT>>(SIZE-23))) ); ASSERT( rol24(u) == (TYPE)((TEST_VECT<<24) | (TEST_VECT>>(SIZE-24))) ); ASSERT( rol25(u) == (TYPE)((TEST_VECT<<25) | (TEST_VECT>>(SIZE-25))) ); ASSERT( rol30(u) == (TYPE)((TEST_VECT<<30) | (TEST_VECT>>(SIZE-30))) ); ASSERT( rol31(u) == (TYPE)((TEST_VECT<<31) | (TEST_VECT>>(SIZE-31))) ); #endif } sdcc-2.9.0/support/regression/tests/scott-add.c000066400000000000000000000043631116427777700215530ustar00rootroot00000000000000/* Addition tests */ #include /* bit types are not ANSI - so provide a way of disabling bit types * if this file is used to test other compilers besides SDCC */ #define SUPPORT_BIT_TYPES 0 /* Some compilers that support bit types do not support bit arithmetic * (like bitx = bity + bitz;) */ #define SUPPORT_BIT_ARITHMETIC 0 #if SUPPORT_BIT_TYPES bit bit0 = 0; bit bit1 = 0; bit bit2 = 0; bit bit3 = 0; bit bit4 = 0; bit bit5 = 0; bit bit6 = 0; bit bit7 = 0; bit bit8 = 0; bit bit9 = 0; bit bit10 = 0; bit bit11 = 0; #endif unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char achar2 = 0; unsigned char achar3 = 0; unsigned char *acharP = 0; void test_add_lit2uchar(void) { achar0 = achar0 + 5; ASSERT(achar0 == 5); achar0 += 10; ASSERT(achar0 == 15); achar0 = achar0 +1; // Should be an increment ASSERT(achar0 == 16); for(achar1 = 0; achar1 < 100; achar1++) achar0 += 2; ASSERT(achar0 == 216); } void test_add_uchar2uchar_setup(void) { achar0=16; achar1=0; } void test_add_uchar2uchar(void) { achar1 = achar1 + achar0; ASSERT(achar1 == 16); for(achar2 = 0; achar2<7; achar2++) achar1 += achar0; ASSERT(achar1 == 128); } // assumes // achar0 = 0 // achar1 = 32 // achar2, achar3 can be anything. void test_add_uchar2uchar2_setup(void) { achar0 = 0; achar1 = 32; } void test_add_uchar2uchar2(void) { achar0++; achar0 = achar0 + 1; achar0 = achar0 + 2; achar0 = achar0 + 3; ASSERT(achar0 == 7); achar1 += achar0; ASSERT(achar1 == 39); achar2 = achar1 + achar0; ASSERT(achar2 == 46); achar3 = achar2 + achar1 + achar0; ASSERT(achar3 == 92); } #if SUPPORT_BIT_TYPES void add_bits(void) { bit1 = bit0; bit0 = 1; if(bit1 != 0) failures++; bit1 = bit1+bit0; ASSERT(bit1 == 1); #if SUPPORT_BIT_ARITHMETIC bit2 = bit1+bit3; ASSERT(bit2 != 0); bit3 = bit4+bit5+bit6+bit7+bit0; ASSERT(bit3 == 0); #endif } /* add_bit2uchar(void) - assumes bit0 = 1, achar0 = 7 */ void disabled_test_add_bit2uchar(void) { achar0 += bit0; ASSERT(achar0 == 8); ASSERT(achar0 == bit0); } void disabled_test_add_bit2uint(void) { ASSERT(aint0 == bit11); aint0 += bit0; ASSERT(aint0 == 1); } #endif sdcc-2.9.0/support/regression/tests/scott-arrays.c000066400000000000000000000023101116427777700223120ustar00rootroot00000000000000/* */ #include unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; void bool_or1 (void) { ASSERT (!((achar0 > 0) || (achar1 > 0))); } void bool_or2 (void) { ASSERT (!(achar0 || achar1)); } void bool_test1 (void) { ASSERT (!((achar0 == 0) || achar1)); } void bool_test2 (void) { ASSERT (!((achar0 == 0) || aint0)); } void bool_and1 (void) { ASSERT (!(achar0 && achar1)); } void bin_or1 (void) { char t; t = achar0 | achar1; ASSERT (!(t)); } void bin_xor1 (void) { ASSERT (!(achar0 ^ achar1)); } void bool_test3 (void) { ASSERT (!((achar0 == 0x42) || (achar1 == 42))); } void bool_or_lit1 (void) { achar0 |= 0x0f; ASSERT (!(achar0 > 0x10)); ASSERT (!((achar0 | 0x10) > 0xf0)); } void bool_and_lit1 (void) { achar0 &= 0xf0; ASSERT (!(achar0 > 0x10)); ASSERT (!((achar0 & 0x10) > 0xf0)); achar0 &= 0xef; } void testArrays (void) { bool_or1 (); bool_or2 (); bool_and1 (); bin_or1 (); bin_xor1 (); achar0++; bool_and1 (); bool_test1 (); bool_test2 (); bool_test3 (); achar0--; achar1++; bool_and1 (); achar0 = 0; achar1 = 0; bool_or_lit1 (); bool_and_lit1 (); } sdcc-2.9.0/support/regression/tests/scott-b.c000066400000000000000000000007611116427777700212420ustar00rootroot00000000000000/* */ #include unsigned char uchar0=0; unsigned char uchar1=0; unsigned char uchar2=0; void inc(unsigned char k) { uchar0 = uchar0 + k; } void f1(void) { uchar2++; } void nested_call(unsigned char u) { f1(); uchar1 = uchar1 + u; inc(uchar1); } // uchar1 = uchar1 + uchar0; // uchar2 = uchar1 + k; void testB(void) { uchar0=1; inc(uchar0); ASSERT(uchar0 == 2); uchar0 = 2; uchar1 = 1; uchar2 = 1; nested_call(uchar2); ASSERT(uchar0 == 4); } sdcc-2.9.0/support/regression/tests/scott-bool1.c000066400000000000000000000022411116427777700220300ustar00rootroot00000000000000/* */ #include unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; void bool_or1(void) { ASSERT(!( (achar0 >0) || (achar1 >0 ))); } void bool_or2(void) { ASSERT(!( achar0 || achar1)); } void bool_test1(void) { ASSERT(!( (achar0==0) || achar1)); } void bool_test2(void) { ASSERT(!( (achar0==0) || aint0)); } void bool_and1(void) { ASSERT(!( achar0 && achar1)); } void bin_or1(void) { char t; t = achar0 | achar1; ASSERT(!(t)); } void bin_xor1(void) { ASSERT(!(achar0 ^ achar1)); } void bool_test3(void) { ASSERT(!((achar0 == 0x42) || (achar1 == 42))); } void bool_or_lit1(void) { achar0 |= 0x0f; ASSERT(!(achar0 > 0x10)); ASSERT(!( (achar0 | 0x10) > 0xf0)); } void bool_and_lit1(void) { achar0 &= 0xf0; ASSERT(!(achar0 > 0x10)); ASSERT(!( (achar0 & 0x10) > 0xf0)); achar0 &= 0xef; } void testBool1(void) { bool_or1(); bool_or2(); bool_and1(); bin_or1(); bin_xor1(); achar0++; bool_and1(); bool_test1(); bool_test2(); bool_test3(); achar0--; achar1++; bool_and1(); achar0=0; achar1=0; bool_or_lit1(); bool_and_lit1(); } sdcc-2.9.0/support/regression/tests/scott-call1.c000066400000000000000000000012421116427777700220100ustar00rootroot00000000000000/* */ #include unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char call3 (void); void call1 (unsigned char uc0) { ASSERT (!(uc0)); } void call2 (unsigned int ui0) { ASSERT (!(ui0)); } unsigned char call3 (void) { ASSERT (!(achar0)); return 0; } unsigned int call4 (void) { unsigned int i = 0; if (aint0) i++; return (i); } unsigned int call5 (unsigned int k) { ASSERT (!(k)); return (k); } void testCall1 (void) { call1 (achar0); call2 (aint0); achar1 = call3 (); aint1 = call4 (); ASSERT (!(aint1)); aint1 = call5 (aint0); ASSERT (!(aint1)); } sdcc-2.9.0/support/regression/tests/scott-compare.c000066400000000000000000000035031116427777700224440ustar00rootroot00000000000000/* compare.c test compare */ #include unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned int aint0 = 0; unsigned int aint1 = 0; char schar0 = 0; char schar1 = 0; /* achar0 should be zero */ void compare_char_to_lits1 (void) { ASSERT (!(achar0)); ASSERT (!(achar0 == 1)); ASSERT (!(achar0 == 7)); ASSERT (!(achar0 != 0)); } /* achar0 should be `5' */ void compare_char_to_lits2 (void) { ASSERT (!(!achar0)); ASSERT (!(achar0 == 1)); ASSERT (!(achar0 == 7)); ASSERT (!(achar0 != 5)); } /* achar0 should equal achar1 */ void compare_char_to_char1 (void) { ASSERT (!(achar0 != achar1)); ASSERT (!(schar0 != schar1)); } /* achar0 should be different than achar1 */ void compare_char_to_char2 (void) { ASSERT (!(achar0 == achar1)); } /* aint0 should be zero */ void compare_int_to_lits1 (void) { ASSERT (!(aint0)); ASSERT (!(aint0 == 1)); ASSERT (!(aint0 == 7)); ASSERT (!(aint0 != 0)); } /* aint0 should be `5' */ void compare_int_to_lits2 (void) { ASSERT (!(!aint0)); ASSERT (!(aint0 == 1)); ASSERT (!(aint0 == 7)); ASSERT (!(aint0 != 5)); } /* aint0 should be `0x1234' */ void compare_int_to_lits3 (void) { ASSERT (!(!aint0)); ASSERT (!(aint0 == 1)); ASSERT (!(aint0 == 7)); ASSERT (!(aint0 != 0x1234)); } /* aint0 should equal aint1 */ void compare_int_to_int1 (void) { ASSERT (!(aint0 != aint1)); } /* aint0 should be different than aint1 */ void compare_int_to_int2 (void) { ASSERT (!(aint0 == aint1)); } void testCompare (void) { compare_char_to_lits1 (); compare_char_to_char1 (); achar0 = 5; compare_char_to_lits2 (); compare_char_to_char2 (); compare_int_to_lits1 (); aint0 = 5; compare_int_to_lits2 (); aint0 = 0x1234; compare_int_to_lits3 (); compare_int_to_int2 (); aint0 = 0; compare_int_to_int1 (); } sdcc-2.9.0/support/regression/tests/scott-compare2.c000066400000000000000000000027521116427777700225330ustar00rootroot00000000000000/* */ #include unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; void char_lt_char (void) { ASSERT (!(achar0 < achar1)); } void char_gt_char (void) { ASSERT (!(achar1 > achar0)); } void char_lte_char (void) { ASSERT (!(achar0 <= achar1)); } void char_gte_char (void) { ASSERT (!(achar1 >= achar0)); } void char_lt_lit (void) { ASSERT (!(achar1 < 0x10)); } void char_gt_lit (void) { ASSERT (!(achar1 > 0x10)); } void char_lte_lit (void) { ASSERT (!(achar1 <= 0x0f)); } void char_gte_lit (void) { ASSERT (!(achar1 >= 0x11)); } /* ints */ void int_lt_int (void) { ASSERT (!(aint0 < aint1)); } void int_gt_int (void) { ASSERT (!(aint1 > aint0)); } void int_lte_int (void) { ASSERT (!(aint0 <= aint1)); } void int_gte_int (void) { ASSERT (!(aint1 >= aint0)); } void int_lt_lit (void) { ASSERT (!(aint1 < 0x10)); } void int_gt_lit (void) { ASSERT (!(aint1 > 0x10)); } void int_lte_lit (void) { ASSERT (!(aint1 <= 0x0f)); } void int_gte_lit (void) { ASSERT (!(aint1 >= 0x11)); } void testCompare2 (void) { char_lt_char (); char_gt_char (); achar0++; char_lt_char (); char_gt_char (); char_gte_char (); char_lte_char (); achar1 = 0x10; char_lt_lit (); char_gt_lit (); char_lte_lit (); char_gte_lit (); int_lt_int (); int_gt_int (); aint0++; int_lt_int (); int_gt_int (); int_gte_int (); int_lte_int (); aint1 = 0x10; int_lt_lit (); int_gt_lit (); } sdcc-2.9.0/support/regression/tests/scott-compare3.c000066400000000000000000000037761116427777700225430ustar00rootroot00000000000000/** compare3.c regression testing program for comparing literals to variables */ #include unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; // compare to 0 // assumes // achar0 == 0 // achar1 != 0 // aint0 == 0 // aint1 != 0 void c_0(void) { ASSERT(!(achar0 != 0)); ASSERT(!(achar0)); ASSERT(!(achar1 == 0)); ASSERT(!(!achar1)); ASSERT(!(aint0 != 0)); ASSERT(!(aint0)); ASSERT(!(aint1 == 0)); ASSERT(!(!aint1)); } // compare to 1 // assumes // achar0 != 1 // achar1 == 1 // aint0 != 1 // aint1 == 1 void c_1(void) { ASSERT(!(achar0 == 1)); ASSERT(!(achar1 != 1)); ASSERT(!(aint0 == 1)); ASSERT(!(aint1 != 1)); } // compare to 2 // assumes // achar0 == 2 // aint0 == 2 void c_2(void) { ASSERT(!(achar0 != 2)); ASSERT(!(aint0 != 2)); } // compare to 0xff // assumes // achar0 == 0xff // aint0 == 0xff void c_ff(void) { ASSERT(!(achar0 != 0xff)); ASSERT(!(aint0 != 0xff)); ASSERT(!(aint0 == 0xfe)); ASSERT(!(aint0 == 0xff00U)); } // compare to 0x00a5 // assumes // achar0 == 0xa5 // aint0 == 0x00a5 void c_a5(void) { ASSERT(!(achar0 != 0xa5)); ASSERT(!(aint0 != 0xa5)); ASSERT(!(aint0 == 0xa4)); ASSERT(!(aint0 == 0xa500U)); } // compare to 0xa500 // assumes // achar0 == 0xa5 // aint0 == 0xa500 void c_a500(void) { ASSERT(!(achar0 == (unsigned char)0xa500U)); ASSERT(!(aint0 != 0xa500U)); ASSERT(!(aint0 == 0xa400U)); ASSERT(!(aint0 == 0x00a5)); } // compare to 0xabcd // assumes // achar0 == 0xa5 // aint0 == 0xabcd void c_abcd(void) { ASSERT(!(achar0 == (unsigned char)0xabcdU)); ASSERT(!(aint0 != 0xabcdU)); ASSERT(!(aint0 == 0xab00U)); ASSERT(!(aint0 == 0x00cd)); ASSERT(aint0 == (unsigned short int)0x1234abcdU); } void testCompare3 (void) { aint1 = 1; achar1 = 1; c_0(); c_1(); aint0 = 2; achar0 = 2; c_2(); aint0 = 0xff; achar0 = 0xff; c_ff(); aint0 = 0xa5; achar0 = 0xa5; c_a5(); aint0 = 0xabcd; c_abcd(); } sdcc-2.9.0/support/regression/tests/scott-for.c000066400000000000000000000006341116427777700216060ustar00rootroot00000000000000/* */ #include unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char call3(void); void for1(void) { unsigned char i=0; for(i=0; i<10; i++) achar0++; ASSERT(!(achar0 != 10)); } void for2(void) { unsigned char i=0; for(i=0; i<10; i++) achar0++; ASSERT(!(i < 10)); } void testFor(void) { for1(); for2(); } sdcc-2.9.0/support/regression/tests/scott-pointer1.c000066400000000000000000000010751116427777700225610ustar00rootroot00000000000000/* Pointer tests */ #include unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char *acharP = 0; void f1 (unsigned char *ucP) { if (ucP == 0) { ASSERT(0); return; } ASSERT (!(*ucP)); } void f2 (unsigned int *uiP) { if (uiP == 0) { ASSERT(0); return; } ASSERT (!(*uiP)); } unsigned char * f3 (void) { return &achar0; } void testPointer1 (void) { f1 (&achar0); f2 (&aint0); acharP = f3 (); ASSERT (!((acharP == 0) || (*acharP))); } sdcc-2.9.0/support/regression/tests/scott-struct1.c000066400000000000000000000021771116427777700224310ustar00rootroot00000000000000/* Addition tests */ #include /* bit types are not ANSI - so provide a way of disabling bit types * if this file is used to test other compilers besides SDCC */ #define SUPPORT_BIT_TYPES 0 /* Some compilers that support bit types do not support bit arithmetic * (like bitx = bity + bitz;) */ #define SUPPORT_BIT_ARITHMETIC 0 #if SUPPORT_BIT_TYPES bit bit0 = 0; bit bit1 = 0; bit bit2 = 0; bit bit3 = 0; bit bit4 = 0; bit bit5 = 0; bit bit6 = 0; bit bit7 = 0; bit bit8 = 0; bit bit9 = 0; bit bit10 = 0; bit bit11 = 0; #endif unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char *acharP = 0; struct chars { unsigned char c0, c1; unsigned int i0, i1; }; struct chars struct1; void struct_test (void) { ASSERT (!(struct1.c0 || struct1.c1)); struct1.c0++; ASSERT (!(struct1.c0 != 1)); } void add_chars(void) { achar0 = struct1.c0 + struct1.c1; ASSERT(!(achar0 != 1)); } void testStruct1 (void) { struct1.c0 = 0; struct1.c1 = 0; struct_test (); // ptr_to_struct (&struct1); struct1.c0 = 0; struct1.c1 = 1; add_chars(); } sdcc-2.9.0/support/regression/tests/scott-sub.c000066400000000000000000000050401116427777700216050ustar00rootroot00000000000000/* Addition tests */ #include /* bit types are not ANSI - so provide a way of disabling bit types * if this file is used to test other compilers besides SDCC */ #define SUPPORT_BIT_TYPES 0 /* Some compilers that support bit types do not support bit arithmetic * (like bitx = bity + bitz;) */ #define SUPPORT_BIT_ARITHMETIC 0 #if SUPPORT_BIT_TYPES bit bit0 = 0; bit bit1 = 0; bit bit2 = 0; bit bit3 = 0; bit bit4 = 0; bit bit5 = 0; bit bit6 = 0; bit bit7 = 0; bit bit8 = 0; bit bit9 = 0; bit bit10 = 0; bit bit11 = 0; #endif unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; unsigned char achar2 = 0; unsigned char achar3 = 0; unsigned char *acharP = 0; void sub_lit_from_uchar(void) { achar0 = achar0 - 5; ASSERT(!(achar0 != 0xfb)); achar0 -= 10; ASSERT(!(achar0 != 0xf1)); achar0 = achar0 -1; // Should be a decrement ASSERT(!(achar0 != 0xf0)); for(achar1 = 0; achar1 < 100; achar1++) achar0 -= 2; ASSERT(!(achar0 != 40)); } // achar0 = 1 // achar1 = 100 void sub_uchar2uchar(void) { achar1 = achar1 - achar0; ASSERT(!(achar1 != 99)); for(achar2 = 0; achar2<7; achar2++) achar1 -= achar0; ASSERT(!(achar1 != 92)); } // assumes // achar0 = 10 // achar1 = 32 // achar2, achar3 can be anything. void sub_uchar2uchar2(void) { achar0--; achar0 = achar0 - 1; achar0 = achar0 - 2; achar0 = achar0 - 3; ASSERT(!(achar0 != 3)); achar1 -= achar0; ASSERT(!(achar1 != 29)); achar2 = achar1 - achar0; ASSERT(!(achar2 != 26)); achar3 = achar2 - achar1 - achar0; ASSERT(!(achar3 != 0xfa)); } // sub_bits // all bit variables are 0 upon entry. #if SUPPORT_BIT_TYPES void sub_bits(void) { bit1 = bit0; bit0 = 1; ASSERT(!(bit1 != 0)); bit1 = bit0-bit1; // 1 - 0 => 1 ASSERT(!(bit1 != 1)); #if SUPPORT_BIT_ARITHMETIC bit2 = bit1-bit0; // 1 - 1 => 0 ASSERT(!(bit2)); bit7 = bit4-bit5; bit6 = bit4+bit5; bit3 = bit4-bit5-bit6-bit7-bit0; // 0-0-0-0-1 => 1 ASSERT(!(!bit3)); #endif } /* sub_bit2uchar(void) - assumes bit0 = 1, achar0 = 7 */ void sub_bit2uchar(void) { achar0 -= bit0; ASSERT(!(achar0 != 6)); ASSERT(!(achar0 == bit0)); } void sub_bit2uint(void) { ASSERT(!(aint0 != bit11)); aint0 -= bit0; ASSERT(!(aint0!=0xffff)); } #endif void testSub(void) { sub_lit_from_uchar(); achar0=1; achar1=100; sub_uchar2uchar(); achar0 = 10; achar1 = 32; sub_uchar2uchar2(); #if SUPPORT_BIT_TYPES sub_bits(); achar0 = 7; bit0 = 1; sub_bit2uchar(); sub_bit2uint(); #endif } sdcc-2.9.0/support/regression/tests/scott-while.c000066400000000000000000000004511116427777700221250ustar00rootroot00000000000000/* */ #include unsigned int aint0 = 0; unsigned int aint1 = 0; unsigned char achar0 = 0; unsigned char achar1 = 0; void while1 (void) { unsigned char i = 10; do { achar0++; } while (--i); ASSERT (!(achar0 != 10)); } void testWhile (void) { while1 (); } sdcc-2.9.0/support/regression/tests/setjmp.c000066400000000000000000000015051116427777700211660ustar00rootroot00000000000000/** setjmp/longjmp tests. */ #include #include unsigned int global_int = 0; unsigned int *gpInt; #if defined(SDCC_mcs51) #include <8052.h> void T2_isr (void) interrupt 5 //no using { //do not clear flag TF2 so it keeps interrupting ! (*gpInt)++; } #endif #if defined(SDCC_mcs51) || defined(PORT_HOST) void try_fun(jmp_buf catch, int except) { longjmp(catch, except); } #endif void testJmp(void) { #if defined(SDCC_mcs51) || defined(PORT_HOST) jmp_buf catch; int exception; #if defined(SDCC_mcs51) gpInt = &global_int; //enable the interrupt and set it's flag to generate some heavy stack usage ET2 = 1; EA = 1; TF2 = 1; #endif exception = setjmp(catch); if (exception == 0) { try_fun(catch, 1); //should not get here! ASSERT(0); } ASSERT(exception == 1); #endif } sdcc-2.9.0/support/regression/tests/sfr16.c000066400000000000000000000015271116427777700206310ustar00rootroot00000000000000/* sfr16.c */ #include #if defined (SDCC_mcs51) sfr at 0x8A SFR_LSB; //timer 0 low byte sfr at 0x8C SFR_MSB; //timer 0 high byte sfr16 at 0x8C8A SFR_16; //timer 0 sfr32 at 0x8C8ACDCC SFR_32; //timer 0 & 2 #elif defined (SDCC_ds390) sfr at 0x8B SFR_LSB; //timer 1 low byte sfr at 0x8D SFR_MSB; //timer 1 high byte sfr16 at 0x8D8B SFR_16; //timer 1 sfr32 at 0x8D8BCDCC SFR_32; //timer 1 & 2 #endif void test_sfr(void) { #if defined (SFR_16) SFR_16 = 0x00FE; ASSERT (SFR_MSB == 0x00); ASSERT (SFR_LSB == 0xFE); SFR_16++; ASSERT (SFR_MSB == 0x00); ASSERT (SFR_LSB == 0xFF); SFR_16++; ASSERT (SFR_MSB == 0x01); ASSERT (SFR_LSB == 0x00); SFR_LSB++; ASSERT (SFR_16 == 0x0101); SFR_32 = 0x12345678; SFR_32 -= 0x02040608; ASSERT (SFR_32 == 0x10305070); #endif } sdcc-2.9.0/support/regression/tests/shifts.c000066400000000000000000000041261116427777700211660ustar00rootroot00000000000000/** Tests covering the shift operators. sign: signed, unsigned type: char, int, long storage: static, attr: volatile vals: 3 pending - 1792, 851968, 1560281088, -3, -1792, -851968, -1560000000 */ #include void test1ShiftClasses(void) { {attr} {storage} {sign} {type} i, result; i = 30; ASSERT(i>>3 == 3); ASSERT(i<<2 == 120); result = i; result >>= 2; ASSERT(result == 7); result = i; result <<= 2; ASSERT(result == 120); } void test2ShiftRight(void) { {attr} {storage} {type} i, result; i = -120; ASSERT(i>>1 == -60); ASSERT(i>>2 == -30); ASSERT(i>>3 == -15); ASSERT(i>>4 == -8); ASSERT(i>>5 == -4); ASSERT(i>>6 == -2); ASSERT(i>>7 == -1); ASSERT(i>>8 == -1); result = i; result >>= 3; ASSERT(result == -15); } void test3ShiftByteMultiples(void) { {attr} {storage} {type} i; i = ({type}){vals}; ASSERT(i>>8 == ({type})({vals} >> 8)); ASSERT(i>>16 == ({type})({vals} >> 16)); ASSERT(i>>24 == ({type})({vals} >> 24)); i = ({type}){vals}; ASSERT( ({type})(i<<8) == ({type})({vals} << 8));; ASSERT((({type}) i<<16) == (({type}) {vals} << 16)); ASSERT((({type}) i<<24) == (({type}) {vals} << 24)); } void test4ShiftOne(void) { {attr} {storage} {sign} {type} i; {sign} {type} result; i = ({type}){vals}; result = i >> 1; ASSERT(result == ({type})(({type}){vals} >> 1)); result = i; result >>= 1; ASSERT(result == ({type})(({type}){vals} >> 1)); result = i << 1; ASSERT(result == ({type})(({type}){vals} << 1)); result = i; result <<= 1; ASSERT(result == ({type})(({type}){vals} << 1)); } static {type} ShiftLeftByParam ({type} count) { {attr} {storage} {type} i; i = ({type}){vals}; return (i << count); } static {type} ShiftRightByParam ({type} count) { {attr} {storage} {type} i; i = ({type}){vals}; return (i >> count); } void testShiftByParam(void) { ASSERT(ShiftLeftByParam(2) == ({type})({vals} << 2)); ASSERT(ShiftRightByParam(2) == ({type})({vals} >> 2)); } sdcc-2.9.0/support/regression/tests/shifts2.c000066400000000000000000000032011116427777700212410ustar00rootroot00000000000000/** extended tests for shift operations, added by Frieder Ferlemann to check for bugs related to bug 1533966 size: 8,16,32 right: 0,1 vol: 0,1 sign: u, */ #include #ifdef __sun__ # include #else # include #endif #define SIZE ({size}) #define RIGHT ({right}) #define VOL ({vol}) #if SIZE == 8 # define TYPE {sign}int8_t # define TEST_VECT 0xa4 #endif #if SIZE == 16 # define TYPE {sign}int16_t # define TEST_VECT 0xa8ce #endif #if SIZE == 32 # define TYPE {sign}int32_t # define TEST_VECT 0xa8b5c4d6 #endif #if RIGHT == 0 # define SHIFT(x,y) (TYPE)((TYPE)(x)<<(y)) #else # define SHIFT(x,y) (TYPE)((TYPE)(x)>>(y)) #endif #if VOL == 0 volatile TYPE s = TEST_VECT; TYPE t; #define TESTSHIFT(x) t=s; t = SHIFT (t,(x)); ASSERT( t == SHIFT (TEST_VECT, (x))); #else volatile TYPE t = TEST_VECT; #define TESTSHIFT(x) t=TEST_VECT; t = SHIFT (t,(x)); ASSERT( t == SHIFT (TEST_VECT, (x))); #endif static void testShift(void) { TESTSHIFT(0); TESTSHIFT(1); TESTSHIFT(2); TESTSHIFT(3); TESTSHIFT(4); TESTSHIFT(5); TESTSHIFT(6); TESTSHIFT(7); #if SIZE >= 16 TESTSHIFT(8); TESTSHIFT(9); TESTSHIFT(10); TESTSHIFT(11); TESTSHIFT(12); TESTSHIFT(13); TESTSHIFT(14); TESTSHIFT(15); #endif #if SIZE >= 32 TESTSHIFT(16); TESTSHIFT(17); TESTSHIFT(18); TESTSHIFT(19); TESTSHIFT(20); TESTSHIFT(21); TESTSHIFT(22); TESTSHIFT(23); TESTSHIFT(24); TESTSHIFT(25); TESTSHIFT(26); TESTSHIFT(27); TESTSHIFT(28); TESTSHIFT(29); TESTSHIFT(30); TESTSHIFT(31); #endif } sdcc-2.9.0/support/regression/tests/simplefloat.c000066400000000000000000000024761116427777700222130ustar00rootroot00000000000000/** Simple set of tests for floating pt. */ #include #include #if (PORT_HOST) # define FCOMP(a,b) (fabsf((a) - (b)) < ((b) * 1e-7)) #else /* Testing floats for equality is normally a bug, but too keep this test simple we dare it. And it works with the exception of the division on the host port. */ # define FCOMP(a,b) ((a) == (b)) #endif void testCmp(void) { volatile float left, right; left = 5; right = 13; ASSERT(left + right == 18); ASSERT(left + right <= 18); ASSERT(left + right >= 18); ASSERT(left + right > 17.9); ASSERT(left + right < 18.1); } void testDiv(void) { #if defined (__mcs51) && !defined (SDCC_STACK_AUTO) idata at 0xd0 #endif volatile float left; volatile float right; left = 17; right = 343; ASSERT(FCOMP(left/right, (17.0/343.0))); ASSERT(FCOMP(right/left, (343.0/17.0))); right = 17; ASSERT(FCOMP(left/right, 1.0)); } void testDivNearOne(void) { volatile float left, right, result; left = 12392.4; right = 12392.4; result = left / right; if (result > 0.999999) { /* Fine */ } else { FAIL(); } if (result < 1.00001) { /* Fine */ } else { FAIL(); } if (result > 0.999999 && result < 1.00001) { /* Fine */ } else { FAIL(); } } sdcc-2.9.0/support/regression/tests/snprintf.c000066400000000000000000000057651116427777700215430ustar00rootroot00000000000000/** tests for snprintf type: INT, LONG, STRING, FLOAT */ #include #include #include #define {type} 1 #if 0 # define DEBUG(x) x #else # define DEBUG(x) #endif #define CHECK_B 0 #if defined(INT) struct { int arg; char *fmt; char *result; } static const cases[] = { // arg, fmt, result {0xab, "%04x", "00ab"}, {0xffff, "0x%02X", "0xFFFF"}, {0xffffu, "%u", "65535"}, {1234, "%+6d", " +1234"}, {12345, "% d", " 12345"}, {-1234, "%d", "-1234"}, {32767, "%8d", " 32767"}, {1, "%%%d", "%1"}, {1001, "%08i", "00001001"}, {101, "%-+8d", "+101 "}, {01234, "%o(oct)", "1234(oct)"}, // do we want to check these: #if defined(SDCC) && !defined(SDCC_z80) && CHECK_B {0x4142, "%bc %bx", "\x41 42"}, /* non-std: print as bytes! */ {0xfffe, "0x%02bX%02bx", "0xFFfe"}, /* non-std: print as bytes! */ #elif defined(SDCC) && defined(SDCC_z80) && CHECK_B {0x4142, "%bc %bx", "\x42 41"}, /* non-std: print as bytes! */ {0xfffe, "0x%02bX%02bx", "0xFEff"}, /* non-std: print as bytes! */ #endif }; #elif defined(LONG) struct { long arg; char *fmt; char *result; } static const cases[] = { // arg, fmt, result {0x12345678, "0x%lx", "0x12345678"}, {0x7fffFFFF, "%10lx", " 7fffffff"}, {0x789abcde, "0x%-10lX", "0x789ABCDE "}, {0x1000a, "0x%02lX", "0x1000A"}, {0x80000000, "%lu", "2147483648"}, {-2147483648, "%li", "-2147483648"}, {-1234, "%+6ld", " -1234"}, {012345670123, "%lo(oct)", "12345670123(oct)"}, {0xffffFFFF, "%lo(oct)", "37777777777(oct)"}, // do we want to check these: #if defined(SDCC) && !defined(SDCC_z80) && CHECK_B {0xfedcba98, "0x%bX%bX%bx%bx", "0xFEDCba98"}, /* non-std: print as bytes! */ #elif defined(SDCC) && defined(SDCC_z80) && CHECK_B {0xfedcba98, "0x%bX%bX%bx%bx", "0x98BAdcfe"}, /* non-std: print as bytes! */ #endif }; #elif defined(STRING) struct { char *arg; char *fmt; char *result; } static const cases[] = { // arg, fmt, result {"abcd", "%s", "abcd"}, {"abcd", "%3s", "abcd"}, {"abcd", "%5s", " abcd"}, {"abcd", "%-5s", "abcd "}, {"abcd", "%.2s", "ab"}, {"XYZ\\", "%s", "XYZ\x5c"}, {"ab\x1b\x7f", "%s", "ab\x1b\x7f"}, {"ab\tcd\n", "%s", "ab\tcd\n"}, }; #elif defined(FLOAT) struct { float arg; char *fmt; char *result; } static const cases[] = { // arg, fmt, result // ... there should be more ... #if defined(SDCC) && !defined(SDCC_ds390) && !(defined(SDCC_mcs51) && defined(SDCC_USE_XSTACK)) {1.0, "%f", ""}, #else {1.0, "%f", "1.000000"}, {1.96, "%3.1f", "2.0"}, #endif }; #endif void test_snprintf (void) { unsigned char buf[32]; unsigned char i; memset (buf, 0xfe, sizeof buf); /* cookies all over */ for (i = 0; i < sizeof cases / sizeof cases[0]; i++) { sprintf (buf, cases[i].fmt, cases[i].arg); DEBUG (printf ("Test%d should be: \"%s\" is: \"%s\"\n", i, cases[i].result, buf)); ASSERT (!strcmp (buf, cases[i].result)); } ASSERT (buf[sizeof buf - 10] == 0xfe); /* check for cookie */ } sdcc-2.9.0/support/regression/tests/stacks.c000066400000000000000000000006771116427777700211650ustar00rootroot00000000000000/* size: 126, 127, 128, 129 */ #include void spoil(char a) { UNUSED(a); } void spoilPtr(volatile char *p) { UNUSED(p); } void testStack(void) { volatile char above; volatile char above2; #ifndef __mcs51 volatile char ac[{size}]; #else volatile char ac[{size} - 100]; #endif volatile char below; volatile char * volatile p; spoil(ac[0]); spoilPtr(&above); spoilPtr(&below); p = &above2; spoilPtr(p); } sdcc-2.9.0/support/regression/tests/staticinit.c000066400000000000000000000063331116427777700220430ustar00rootroot00000000000000/** Tests that the static initialiser code works. As the init code is now clever we have to be careful. type: char, int, long */ #include /*-------------------------------------------------- regression test for #1864582: multiple definition of char cons w. --model-large compile-time test only */ char *c = (char *) "Booting"; /*------------------------------------------------*/ static {type} smallDense[] = { 1, 2, 3, 4, 5, 6 }; static void testSmallDense(void) { ASSERT(smallDense[0] == 1); ASSERT(smallDense[1] == 2); ASSERT(smallDense[2] == 3); ASSERT(smallDense[3] == 4); ASSERT(smallDense[4] == 5); ASSERT(smallDense[5] == 6); } #ifdef SDCC_mcs51 idata at 0xa0 /* leave space for the stack */ #endif static {type} smallSparse[] = { 1, 1, 1, 1, 1, 1, 1, 1, 1 }; static void testSmallSparse(void) { ASSERT(smallSparse[0] == 1); ASSERT(smallSparse[1] == 1); ASSERT(smallSparse[2] == 1); ASSERT(smallSparse[3] == 1); ASSERT(smallSparse[4] == 1); ASSERT(smallSparse[5] == 1); ASSERT(smallSparse[6] == 1); ASSERT(smallSparse[7] == 1); ASSERT(smallSparse[8] == 1); } #ifdef SDCC_mcs51 idata at 0xd0 #endif static {type} smallSparseZero[] = { 0, 0, 0, 0, 0, 0, 0, 0, 0 }; static {type} smallSparseZeroTail[] = { 1, 2, 3 }; static void testSmallSparseZero(void) { ASSERT(smallSparseZero[0] == 0); ASSERT(smallSparseZero[1] == 0); ASSERT(smallSparseZero[2] == 0); ASSERT(smallSparseZero[3] == 0); ASSERT(smallSparseZero[4] == 0); ASSERT(smallSparseZero[5] == 0); ASSERT(smallSparseZero[6] == 0); ASSERT(smallSparseZero[7] == 0); ASSERT(smallSparseZero[8] == 0); // Make the compiler happy ASSERT(smallSparseZeroTail[0] == 1); } #ifdef SDCC_mcs51 xdata #elif SDCC_pic16 code #endif static {type} largeMixed[] = { 1, 2, 3, 4, 5, 6, 7, /* 0-6 */ 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, /* 8*12 = 96+7 = -102 */ 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 3, 4, 5, 6, 3, 4, 5, 6, /* 8*17 = 136+7 */ 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6, 3, 4, 5, 6 }; static void testLargeMixed(void) { ASSERT(largeMixed[0] == 1); ASSERT(largeMixed[1] == 2); ASSERT(largeMixed[7] == 1); ASSERT(largeMixed[102] == 1); ASSERT(largeMixed[143] == 3); ASSERT(largeMixed[143+8] == 3); ASSERT(largeMixed[143+16] == 3); ASSERT(largeMixed[143+1] == 4); ASSERT(largeMixed[143+8+1] == 4); ASSERT(largeMixed[143+16+1] == 4); } sdcc-2.9.0/support/regression/tests/storage.c000066400000000000000000000015031116427777700213260ustar00rootroot00000000000000/** Tests many of the basic operators from each of the storage types to every other. source_storage: static, register, dest_storage: static, register, type: char, int, long */ #include /** Simple function that spoils sdcc's optimiser by hiding an assign. */ {type} spoilAssign({type} in) { return in; } void testStorageTypes(void) { {source_storage} {type} source; {dest_storage} {type} dest; source = spoilAssign(17); // Test compare against a const ASSERT(source == 17); dest = spoilAssign(126); ASSERT(dest == 126); ASSERT(dest != source); // Test assignment dest = source; ASSERT(dest == source); // Test cmp dest--; ASSERT(dest == 16); ASSERT(dest < source); dest += 8; ASSERT(dest == 24); ASSERT(source < dest); } sdcc-2.9.0/support/regression/tests/structflexarray.c000066400000000000000000000022571116427777700231330ustar00rootroot00000000000000/* Check basic behaviour of "flexible array members" */ #include #if !defined __GNUC__ || __GNUC__ >= 3 /* flexible array members not supported by gcc < 3 */ struct str1 { char c; short i[]; }; struct str1 s11 = { 1, {2, 3} }; struct str1 s12 = { 4, {5, 6, 7} }; /* different size */ #endif static void testFlexibleArray1(void) { #if !defined __GNUC__ || __GNUC__ >= 3 /* flexible array members not supported by gcc < 3 */ /* test sizeof */ ASSERT(sizeof(s11) == 1); /* test allocation size */ #if ! defined(PORT_HOST) ASSERT((char *) &s12 - (char *) &s11 == 1 + 4); #endif #endif } /* test initialisation with string */ #if !defined __GNUC__ || __GNUC__ >= 3 /* flexible array members not supported by gcc < 3 */ struct str2 { short s; char str2[]; }; struct str2 s21 = { 1, "sdcc" }; struct str2 s22 = { 2, "sdcc is great" }; /* different size */ #endif static void testFlexibleArray2(void) { #if !defined __GNUC__ || __GNUC__ >= 3 /* flexible array members not supported by gcc < 3 */ /* test sizeof */ ASSERT(sizeof(s21) == 2); /* test allocation size */ #if ! defined(PORT_HOST) ASSERT((char *) &s22 - (char *) &s21 == 2 + 5); #endif #endif } sdcc-2.9.0/support/regression/tests/structidx.c000066400000000000000000000010441116427777700217130ustar00rootroot00000000000000/* Code to generate code to see how structure indexs are evaluated. Originally part of gbdk/examples/gb/paint.c */ #include typedef unsigned char UBYTE; typedef struct cursor_info_ { UBYTE data_idx; UBYTE w, h; UBYTE hot_x, hot_y; } cursor_info; const cursor_info cursors[] = { { 0, 1, 1, 0, 0 }, { 1, 2, 2, 0, 15 }, { 5, 2, 2, 0, 15 }, { 9, 2, 2, 2, 15 }, { 13, 2, 2, 0, 15 }, { 17, 2, 2, 5, 10 } }; UBYTE current_cursor; UBYTE getWidth(void) { return cursors[current_cursor].w; } void testBug(void) { } sdcc-2.9.0/support/regression/tests/swap.c000066400000000000000000000054111116427777700206360ustar00rootroot00000000000000/** various ways to swap nibbles/bytes/words */ #include #define TEST_VECT_8 0x12 #define TEST_VECT_16 0x1234 #define TEST_VECT_32 0x12345678 #define SWAP_4(x) ((unsigned char)((x)<<4)|(unsigned char)((x)>>4)) typedef union {unsigned int i; unsigned char c[2];} WORD; typedef union {unsigned long l; unsigned char c[4];} LONG; static void testSwap_4(void) { volatile unsigned char t=TEST_VECT_8; unsigned char tt; tt = t; tt = SWAP_4(tt); ASSERT( tt == SWAP_4(TEST_VECT_8)); } #define SWAP_8(x) ((((x)<<8)|((x)>>8)) & 0xffff) static void testSwap_8(void) { volatile unsigned int t=TEST_VECT_16; unsigned int tt; WORD x; tt = t; tt = SWAP_8(tt); ASSERT( tt == SWAP_8(TEST_VECT_16)); x.i = t; x.i = SWAP_8(x.i); ASSERT( x.i == SWAP_8(TEST_VECT_16)); #if defined (SDCC_mcs51) /* this was filed as bug #1638622 (rejected) */ x.i = t; x.i = x.c[1] + 256*x.c[0]; ASSERT( x.i == SWAP_8(TEST_VECT_16)); /* and with OR instead of ADD */ x.i = t; x.i = x.c[1] | 256*x.c[0]; ASSERT( x.i == SWAP_8(TEST_VECT_16)); /* swapping union with little register pressure */ { unsigned char tmp; x.i = t; tmp = x.c[0]; x.c[0]=x.c[1]; x.c[1]=tmp; ASSERT( x.i == SWAP_8(TEST_VECT_16)); } #endif } #define SWAP_16(x) ((((x)<<16) | ((x)>>16)) & 0xffffFFFF) static void testSwap_16(void) { volatile unsigned long t=TEST_VECT_32; unsigned long tt; LONG x; tt = t; tt = SWAP_16(tt); ASSERT( tt == SWAP_16(TEST_VECT_32)); /* swapping union with little register pressure */ { unsigned char c; x.l = t; c = x.c[0]; x.c[0]=x.c[2]; x.c[2]=c; c = x.c[1]; x.c[1]=x.c[3]; x.c[3]=c; ASSERT( x.l == SWAP_16(TEST_VECT_32)); } } /* now for something ugly */ static void testSwap_16_ptr(void) { #if defined (SDCC) #include /* just to get _AUTOMEM or _STATMEM */ #if defined (SDCC_STACK_AUTO) #define MY_STATIC static #else #define MY_STATIC #endif MY_STATIC unsigned long _STATMEM tt=TEST_VECT_32; /* swapping with little register pressure */ { unsigned char c; /* uglyness += 1 */ c = *(0+(unsigned char _STATMEM *)&tt); *(0+(unsigned char _STATMEM *)&tt) = *(2+(unsigned char _STATMEM *)&tt); *(2+(unsigned char _STATMEM *)&tt) = c; c = *(1+(unsigned char _STATMEM *)&tt); *(1+(unsigned char _STATMEM *)&tt) = *(3+(unsigned char _STATMEM *)&tt); *(3+(unsigned char _STATMEM *)&tt) = c; /* uglyness -= 1 */ } ASSERT( tt == SWAP_16(TEST_VECT_32)); #endif } static void testSwap(void) { testSwap_4(); testSwap_8(); testSwap_16(); testSwap_16_ptr(); } sdcc-2.9.0/support/regression/tests/switch.c000066400000000000000000000040221116427777700211620ustar00rootroot00000000000000/* Test the types of switch statement. type: char, int, long sign: signed, unsigned storage: static, attr: volatile */ #include {sign} {type} sparseSwitch({sign} {type} val) { {sign} {type} ret; {storage} {attr} {sign} {type} local; local = val; switch (local) { case 1: ret = 7; break; case 4: ret = 12; break; case 6: ret = 13; /* Fall through */ case 12: ret = 14; break; case 13: case 14: case 15: ret = 19; break; default: ret = 30; } return ret; } void testSparseSwitch(void) { ASSERT(sparseSwitch(1) == 7); ASSERT(sparseSwitch(4) == 12); ASSERT(sparseSwitch(6) == 14); ASSERT(sparseSwitch(12) == 14); ASSERT(sparseSwitch(13) == 19); ASSERT(sparseSwitch(14) == 19); ASSERT(sparseSwitch(15) == 19); ASSERT(sparseSwitch(19) == 30); ASSERT(sparseSwitch(0) == 30); } {sign} {type} denseSwitch({sign} {type} val) { {sign} {type} ret; {storage} {attr} {sign} {type} local; local = val; ret = 12; switch (local) { case 0: ret = 1; break; case 1: ret = 14; break; case 2: ret = 15; break; case 3: ret = 34; break; case 4: ret = 17; break; /* No default */ } return ret; } void testDenseSwitch(void) { ASSERT(denseSwitch(0) == 1); ASSERT(denseSwitch(1) == 14); ASSERT(denseSwitch(2) == 15); ASSERT(denseSwitch(3) == 34); ASSERT(denseSwitch(4) == 17); ASSERT(denseSwitch(5) == 12); ASSERT(denseSwitch(100) == 12); } void testDenseIntSwitch(void) { volatile int val = 1000; volatile int ret = 0; switch (val) { case 999: ret = 5; break; case 1000: ret = 6; break; case 1001: ret = 7; break; case 1002: ret = 12; break; case 1003: ret = 14; break; } ASSERT(ret == 6); val = 129; switch (val) { case 126: ret = 5; break; case 127: ret = 6; break; case 128: ret = 7; break; case 129: ret = 8; break; default: ret = 9; } ASSERT(ret == 8); } sdcc-2.9.0/support/regression/tests/uminus.c000066400000000000000000000005641116427777700212100ustar00rootroot00000000000000/* Test unary minus lefttype: char, short, long resulttype: char, short, long storage: static, attr: volatile, */ #include void testUMinus(void) { {storage} {attr} {lefttype} left; {storage} {attr} {resulttype} result; left = 53; result = -left; ASSERT(result == -53); left = -76; result = -left; ASSERT(result == 76); } sdcc-2.9.0/support/regression/tests/using.c000066400000000000000000000012471116427777700210140ustar00rootroot00000000000000/** Test register bank allocation for the "using" keyword. using: no_proto, impl, both */ #include #define _{using} #if defined (SDCC_mcs51) && defined (SDCC_MODEL_SMALL) #ifndef _no_proto #if defined (_both) void my_isr (void) interrupt (1) using (1); #else void my_isr (void) interrupt (1); #endif #endif data char array[8]; void my_isr (void) interrupt (1) using (1) { array[array[0]] = 1; //generate some register pressure } #endif void testUsing (void) { #if defined (SDCC_mcs51) && defined (SDCC_MODEL_SMALL) ASSERT ((unsigned char)(&array[0]) >= 0x10); ASSERT ((unsigned char)&__numTests >= 0x10); #endif } sdcc-2.9.0/support/regression/tests/vaargs.c000066400000000000000000000033001116427777700211420ustar00rootroot00000000000000/** Tests argument passing to functions via va_args. Assumes that up to the first two arguments can be passed in registers. type1: va_char, int type2: va_char, int type3: va_char, int */ #include #include /* gcc 3.3 throws a warning, if char is in '...' */ #if defined(PORT_HOST) # define va_char int #else # define va_char char #endif static {type1} returnFirstArg(int marker, ...) { va_list ap; {type1} i; va_start(ap, marker); i = va_arg(ap, {type1}); va_end(ap); LOG(("Returning %u\n", i)); return i; } static {type2} returnSecondArg(int marker, ...) { va_list ap; {type2} i; va_start(ap, marker); UNUSED(va_arg(ap, {type1})); i = va_arg(ap, {type2}); va_end(ap); LOG(("Returning %u\n", i)); return i; } static {type3} returnThirdArg(int marker, ...) { va_list ap; {type3} i; va_start(ap, marker); UNUSED(va_arg(ap, {type1})); UNUSED(va_arg(ap, {type2})); i = va_arg(ap, {type3}); va_end(ap); LOG(("Returning %u\n", i)); return i; } void testArgs(void) { int marker = 12; LOG(("First arg: %u\n", returnFirstArg(marker, ({type1})123, ({type2})45, ({type3})67))); ASSERT(returnFirstArg(marker, ({type1})123, ({type2})45, ({type3})67) == 123); ASSERT(returnFirstArg(marker, ({type1})-123, ({type2})45, ({type3})67) == -123); ASSERT(returnSecondArg(marker, ({type1})1, ({type2})-23, ({type3})64) == -23); ASSERT(returnSecondArg(marker, ({type1})1, ({type2})8, ({type3})64) == 8); ASSERT(returnThirdArg(marker, ({type1})-33, ({type2})-34, ({type3})-35) == -35); ASSERT(returnThirdArg(marker, ({type1})-33, ({type2})-34, ({type3})35) == 35); } sdcc-2.9.0/support/regression/tests/while.c000066400000000000000000000007701116427777700207770ustar00rootroot00000000000000/* while.c */ #include char c1 = 0, c2 = 1; void testEmptyWhile(void) { /* loops forever if bug ist present */ do {} while (c1 && c2); /* other cases: */ do {} while ( c1 && c1); do {} while ( c1 && !c2); do {} while (!c1 && !c2); do {} while ( c2 && c1); do {} while (!c2 && c1); do {} while (!c2 && !c1); do {} while (!c2 && !c2); do {} while ( c1 || c1); do {} while ( c1 || !c2); do {} while (!c2 || c1); do {} while (!c2 || !c2); ASSERT(1); } sdcc-2.9.0/support/regression/tests/zeropad.c000066400000000000000000000054051116427777700213330ustar00rootroot00000000000000/** Zeropad tests. storage: auto, idata, pdata, xdata, code, */ #ifndef STORAGE #define STORAGE_{storage} #define STORAGE {storage} #endif #if defined (__GNUC__) && defined (__alpha__) && (__GNUC__ < 3) /* since g fails on GCC 2.95.4 on alpha... */ #define FLEXARRAY 0 #define TEST_G 0 #elif defined (STORAGE_auto) /* only static flexible arrays are allowed */ #define FLEXARRAY 0 #define TEST_G 1 #else #define FLEXARRAY 1 #define TEST_G 1 #endif #include typedef unsigned int size_t; #define offsetof(s,m) (size_t)&(((s *)0)->m) #if defined (STORAGE_auto) void Zeropad(void) { #endif //STORAGE_auto const char *string1 = "\x00\x01"; const char string2[] = "\x00\x01"; #ifndef PORT_HOST #pragma disable_warning 147 //no warning about excess initializers (W_EXCESS_INITIALIZERS) #pragma disable_warning 85 //no warning about unreferenced variables (W_NO_REFERENCE) //array will be truncated but warning will be suppressed //if truncation is incorrect, other ASSERTs will fail with high probability char STORAGE trunc[2] = {'a', 'b', 'c'}; #endif char STORAGE array[5] = {'a', 'b', 'c'}; #if TEST_G struct w { char a; int b; } STORAGE g[3] = { {'x', 1}, {'y'}, {'z', 3} }; #endif struct x { short a; char b[10]; }; struct x STORAGE teststruct[5] = { { 10, { 1, 2, 3, 4, 5} }, { 20, { 11 } }, { 30, { 6, 7, 8} } }; #if FLEXARRAY struct y { short a; char b[]; }; struct y STORAGE incompletestruct = { 10, {1, 2, 3, 4, 5} }; #endif #if !defined (STORAGE_auto) void Zeropad(void) { #endif //STORAGE_auto ASSERT(string1[0] == '\x00'); ASSERT(string1[1] == '\x01'); ASSERT(string2[0] == '\x00'); ASSERT(string2[1] == '\x01'); ASSERT(array[2] == 'c'); ASSERT(array[4] == 0); #if TEST_G ASSERT(g[1].a == 'y'); ASSERT(g[1].b == 0); ASSERT(g[2].a == 'z'); ASSERT(g[2].b == 3); #endif ASSERT(teststruct[0].b[1] == 2); ASSERT(teststruct[0].b[5] == 0); ASSERT(teststruct[1].b[0] == 11); ASSERT(teststruct[4].b[9] == 0); ASSERT(sizeof(teststruct[2].a) == 2); ASSERT(sizeof(teststruct[1].b) == 10); ASSERT(sizeof(teststruct[1]) == 12); ASSERT(sizeof(teststruct) == 60); #if FLEXARRAY ASSERT(incompletestruct.a == 10); ASSERT(incompletestruct.b[0] == 1); ASSERT(incompletestruct.b[4] == 5); ASSERT(sizeof(incompletestruct) == sizeof(struct y)); ASSERT(sizeof(incompletestruct) == offsetof(struct y, b)); ASSERT(sizeof(incompletestruct) == offsetof(struct x, b)); #endif #if defined (STORAGE_auto) array[4] = 1; #if TEST_G g[1].b = 1; #endif teststruct[0].b[5] = 1; teststruct[4].b[9] = 1; #endif //STORAGE_auto } void testZeropad(void) { Zeropad(); #if defined (STORAGE_auto) Zeropad(); //test reinitialization #endif //STORAGE_auto } sdcc-2.9.0/support/scripts/000077500000000000000000000000001116427777700156645ustar00rootroot00000000000000sdcc-2.9.0/support/scripts/Makefile.snapshot000066400000000000000000000011431116427777700211610ustar00rootroot00000000000000# Simple weekly tarball generator SVNROOT = https://sdcc.svn.sourceforge.net/svnroot/sdcc/trunk/sdcc DATE = `date +%Y%m%d` WWWROOT = /home/michaelh/www SNAP = $(WWWROOT)/snapshots REVISION = 1 all: _sdcc _sdcc: mkdir -p $(SNAP) cd /tmp; \ mkdir -p sdcc-$(DATE); \ cd sdcc-$(DATE); \ svn co $(SVNROOT) sdcc; \ tar czf $(SNAP)/sdcc-$(DATE)-$(REVISION).tar.gz sdcc; \ tar cIf $(SNAP)/sdcc-$(DATE)-$(REVISION).tar.bz2 sdcc cd $(SNAP); \ md5sum sdcc-$(DATE)-$(REVISION).tar.gz > sdcc-$(DATE)-$(REVISION).md5sums cd $(SNAP); \ md5sum sdcc-$(DATE)-$(REVISION).tar.bz2 >> sdcc-$(DATE)-$(REVISION).md5sums sdcc-2.9.0/support/scripts/build.mak000066400000000000000000000076251116427777700174670ustar00rootroot00000000000000# Makefile to get and build all the parts of GBDK CONFIG_SHELL := $(shell if [ -x "$$BASH" ]; then echo $$BASH; \ else if [ -x /bin/bash ]; then echo /bin/bash; \ else echo sh; fi ; fi) TOPDIR := $(shell if [ "$$PWD" != "" ]; then echo $$PWD; else pwd; fi) BUILD = $(TOPDIR)/build/sdcc SDCCLIB = $(BUILD) CVSFLAGS = -z5 CVS = cvs SVNFLAGS = SVN = svn DIR = . VER = 2.2.1 # Used as a branch name. SHORTVER = 221 # Options: # linux-linux Building on Linux, targeting Linux # linux-ming32 Building on Linux, targeting mingw32 based win32 # cygwin-mingw32 Building via cygwin on win32, targeting mingw32 COMPILE_MODE = linux-mingw32 SDCC_OR_GBDK = sdcc ROOT_GBDK = :pserver:anonymous@cvs.gbdk.sourceforge.net:/cvsroot/gbdk ROOT_SDCC = https://sdcc.svn.sourceforge.net/svnroot/sdcc ifeq ($(COMPILE_MODE),linux-linux) # For Linux SE = E = SDCC_ROOT = /usr/lib/$(SDCC_OR_GBDK) endif ifeq ($(COMPILE_MODE),linux-mingw32) # For mingw32 hosted on Linux # Tools name prefix TNP = i386-mingw32- # Source extension - what the gcc generated files have appended SE = # Dest extenstion - what extension we want them to have. E = .exe SDCC_ROOT = /$(SDCC_OR_GBDK) # Set to cross to bypass the detection CROSS_LIBGC = 1 endif ifeq ($(COMPILE_MODE),cygwin-mingw32) # For mingw32 on win32 # Source extension - what the gcc generated files have appended SE = .exe # Dest extenstion - what extension we want them to have. SDCC_ROOT = /$(SDCC_OR_GBDK) endif all: logged_in dist clean: for i in sdcc gbdk-lib gbdk-support/lcc; do make -C $$i clean; done rm -f *~ rm -rf $(BUILD) gbdk-lib gbdk-support sdcc logged_in update: logged_in cd $(DIR); svn $(SVNFLAGS) co $(ROOT_SDCC)/branches/sdcc-$(SHORTVER)/sdcc sdcc cd $(DIR); cvs $(CVSFLAGS) -d$(ROOT_GBDK) co -r sdcc-$(SHORTVER) gbdk-lib cd $(DIR); cvs $(CVSFLAGS) -d$(ROOT_GBDK) co -r sdcc-$(SHORTVER) gbdk-support _sdcc: sdcc-bin sdcc-misc sdcc-lib sdcc-doc tidy: find $(BUILD) -name "CVS" -exec rm -rf \; find $(BUILD) -name ".svn" -exec rm -rf \; find $(BUILD)/lib -name "*.asm" -exec rm -rf \; -$(TNP)strip $(BUILD)/bin/* sdcc-bin: sdcc/sdccconf.h make -C sdcc sdcc-bin CROSS_LIBGC=$(CROSS_LIBGC) mkdir -p $(BUILD)/bin for i in \ sdcc sdcpp link-z80 as-z80 aslink asx8051; \ do cp sdcc/bin/$$i$(SE) $(BUILD)/bin/$$i$(E); done sdcc-misc: sdcc/sdccconf.h make -C sdcc sdcc-misc CROSS_LIBGC=$(CROSS_LIBGC) mkdir -p $(BUILD)/bin for i in \ sdcdb; \ do cp sdcc/bin/$$i$(SE) $(BUILD)/bin/$$i$(E); done cp sdcc/sim/ucsim/s51.src/s51$(E) $(BUILD)/bin cp sdcc/sim/ucsim/z80.src/sz80$(E) $(BUILD)/bin cp sdcc/sim/ucsim/avr.src/savr$(E) $(BUILD)/bin cp sdcc/debugger/mcs51/*.el $(BUILD)/bin sdcc-doc: (cd sdcc; tar cf - doc) | (cd $(BUILD); tar xf -) cp sdcc/README sdcc/COPYING $(BUILD) mkdir -p $(BUILD)/sim for i in COPYING INSTALL README TODO; \ do cp sdcc/sim/ucsim/$$i $(BUILD)/sim; done (cd sdcc/sim/ucsim; tar cf - doc) | (cd $(BUILD)/sim; tar xf -) sdcc-lib: sdcc-lib-z80 sdcc-lib-gen mkdir -p $(BUILD)/lib (cd sdcc/device/lib; tar cf - small large) | (cd $(BUILD)/lib; tar xf -) (cd sdcc/device; tar cf - examples include) | (cd $(BUILD); tar xf -) sdcc-lib-z80: make -C gbdk-lib/libc SDCCLIB=$(BUILD) PORTS=z80 PLATFORMS=consolez80 (cd gbdk-lib/build; tar cf - consolez80 z80) | (cd $(BUILD)/lib; tar xf -) mkdir -p $(BUILD)/include/gbdk-lib (cd gbdk-lib/include; tar cf - .) | (cd $(BUILD)/include/gbdk-lib; tar xf -) sdcc-lib-gen: make -C sdcc sdcc-device lcc: make -C gbdk-support/lcc SDCCLIB=$(SDCC_ROOT)/ TNP=$(TNP) cp gbdk-support/lcc/lcc$(SE) $(BUILD)/bin/lcc$(E) sdcc/sdccconf.h: sdcc/configure ifdef TNP cd sdcc; \ export CCC=$(TNP)c++; \ export RANLIB=$(TNP)ranlib; \ export CC=$(TNP)gcc; \ ./configure --datarootdir=$(SDCC_ROOT) echo $$CCC else cd sdcc; ./configure --datarootdir=$(SDCC_ROOT) endif dist: _sdcc lcc tidy zdist: dist tar czf gbdk-$(VER).tar.gz gbdk logged_in: cvs -d$(ROOT_GBDK) login cvs -d$(ROOT_SDCC) login touch logged_in make -f build.mak update sdcc-2.9.0/support/scripts/gen_known_bugs.pl000066400000000000000000000144541116427777700212360ustar00rootroot00000000000000# gen_known_bugs.pl - generate knownbugs.html # # Copyright (c) 2007 - 2008 Borut Razem # # This file is part of sdcc. # # This software is provided 'as-is', without any express or implied # warranty. In no event will the authors be held liable for any damages # arising from the use of this software. # # Permission is granted to anyone to use this software for any purpose, # including commercial applications, and to alter it and redistribute it # freely, subject to the following restrictions: # # 1. The origin of this software must not be misrepresented; you must not # claim that you wrote the original software. If you use this software # in a product, an acknowledgment in the product documentation would be # appreciated but is not required. # 2. Altered source versions must be plainly marked as such, and must not be # misrepresented as being the original software. # 3. This notice may not be removed or altered from any source distribution. # # Borut Razem # borut.razem@siol.net use strict; use warnings; use LWP::Simple; use HTML::TreeBuilder; my @headerList = ('Request ID', 'Summary', 'Open Date', 'Priority', 'Status', 'Assigned To', 'Submitted By'); # check if the line is a correct header sub is_header($) { my ($line) = @_; if (ref($line)) { my $i = 0; foreach ($line->look_down('_tag', 'td')) { if ($_->as_text() ne $headerList[$i++]) { return 0; } } return 1; } else { return 0; } } # check if the line has correct number of fields sub has_all_fields($) { my ($line) = @_; my @len = $line->look_down('_tag', 'td'); return $#len == $#headerList; } # process a line sub process_line($) { my ($line) = @_; my $i = 0; foreach ($line->look_down('_tag', 'td')) { if ($i == 0) { # remove nowrap attribute from 'Request ID' field $_->attr('nowrap', undef); } elsif ($i == 1) { # convert relative to absolute href in the 'Summary' field foreach ($_->look_down('_tag', 'a')) { my $attr = $_->attr('href'); if (defined($attr) && $attr =~ m!^/tracker/index.php?!) { $_->attr('href', 'http://sourceforge.net' . $attr); } } } elsif ($i == 2) { # remove text formatting from 'Open Date' field my $text = $_->as_text(); $text =~ s/^\W*\**\W//; $_->delete_content(); $_->push_content($text); } elsif ($i == 4) { # remove the 'Status' field $_->delete(); } elsif ($i == 5 || $i == 6) { # remove hrefs in 'Assigned To' and 'Submitted By' fields foreach ($_->look_down('_tag', 'a')) { $_->replace_with($_->as_text()); } } ++$i; } $line->delete_ignorable_whitespace(); } # process the HTML page sub process_page($) { my ($html) = @_; # create HTML tree from the page my $tree = HTML::TreeBuilder->new(); $tree->parse($html); # find table with the required header my $lines = 0; foreach my $table ($tree->look_down('_tag', 'table')) { my @lines = $table->content_list(); if (is_header($lines[0])) { shift(@lines); #remove the header # process the following lines in table # if they have required number of fields foreach my $line (@lines) { if (ref($line) && has_all_fields($line)) { # process a line process_line($line); # and print it print($line->as_HTML(undef, ' ')); ++$lines; } } } } $tree->delete; return $lines; } # print HTML header sub print_header($) { my ($version) = @_; print < SourceForge.net: Known Bugs

Small Device C Compiler - Release $version Known Bug List

EOF } # print HTML footer sub print_footer($) { my ($lines) = @_; print <

Priority Colors:

Request ID Summary Open Date Priority Assigned To Submitted By
1 2 3 4 5 6 7 8 9

Number of open bugs: $lines

EOF } # main procedure { my $url = "http://sourceforge.net/tracker/index.php?func=browse&group_id=599&atid=100599&set=custom&_assigned_to=0&_status=1&_category=100&_group=100&order=artifact_id&sort=DESC&offset="; if ($#ARGV != 0) { printf("Usage: gen_known_bugs.pl \n"); exit(1); } # get the SDCC version number from command line my $version = $ARGV[0]; my $lines = 0; # number of lines # print HTML header print_header($version); # get pages from SF bug tracker for (my $i = 0; my $html = get($url . $i); $i += 50) { # and process them last if (!(my $myLines = process_page($html))); $lines += $myLines; } # print HTML footer print_footer($lines); exit(0); } sdcc-2.9.0/support/scripts/inc2h-pic16.pl000077500000000000000000000176441116427777700201630ustar00rootroot00000000000000#!/usr/bin/perl -w use strict; # # Parse MPASM include files to extract SDCC header/device library files # This script is (c) 2007 by Raphael Neider , # it is licensed under the terms of the GPL v2. # # Usage: perl inc2h-pic16.pl /path/to/pDEVICE.inc # where pDEVICE.inc might be contained in a gputils(.sf.net) package. # # Steps to add a new target device to SDCC/PIC16: # # 1. Create picDEVICE.c and picDEVICE.h from pDEVICE.inc using # perl inc2h-pic16.pl /path/to/pDEVICE.inc # 2. mv picDEVICE.h $SDCC/device/include/pic16 # 3. mv picDEVICE.c $SDCC/device/lib/pic16/libdev # 4. add DEVICE to $SDCC/device/lib/pic16/pics.all (and .build) # 5. either # (a) adjust $SDCC/device/lib/pic16/libio/*.ignore # if the device does not support ADC, I2C, or USART # OR # (b) adjust $SDCC/device/include/pic16/adc.h # adding the new device to the correct ADC style class # 6. edit $SDCC/device/include/pic16/pic18fregs.h # 7. edit $SDCC/device/include/pic16/pic16devices.txt # # The file format of steps 6 and 7 is self explanatory, in most # if not all cases you can copy and paste another device's records # and adjust them to the newly added device. # # Please try to add device families (with a common datasheet) rather # than a single device and use the .h and .c files of the largest # device for all (using #include "largest.c" and #include "largest.h"). # my $SCRIPT = $0; $SCRIPT =~ s/.*\///g; # remove path prefix sub max { my ($a,$b) = @_; if ($a < $b) { return $b; } else { return $a; } } sub LOG { foreach my $i (@_) { print $i; } } sub setup { my ($proc) = @_; $proc = lc ($proc); $proc =~ s,^pic,,; $proc =~ s,^p,,; my $header = "pic${proc}.h"; my $library = "pic${proc}.c"; open (HEADER, '>', "$header") or die "Could not open header file $header: $!"; open (LIBRARY, '>', "$library") or die "Could not open library file $library: $!."; $proc = uc($proc); print HEADER <<"HEREDOC" /* * $header - device specific declarations * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by $SCRIPT, * (c) 2007 by Raphael Neider */ #ifndef __PIC${proc}_H__ #define __PIC${proc}_H__ 1 HEREDOC ; print LIBRARY <<"HEREDOC" /* * $library - device specific definitions * * This file is part of the GNU PIC library for SDCC, * originally devised by Vangelis Rokas * * It has been automatically generated by $SCRIPT, * (c) 2007 by Raphael Neider */ #include <$header> HEREDOC ; } sub release { print HEADER <) { # extract processor type chomp; s/\s+/ /g; next if (/^\s*$/); if (/IFNDEF _*(18.*[0-9]+)/i) { $processor = lc($1); #LOG "Found processor: $processor.\n"; setup($processor); next; } # extract SFR declarations if (/;--.*Register Files.*--/i) { $state = 1; } if ($state == 1 and /(\w+) EQU H'([0-9a-f]+)/i) { my $addr = oct("0x" . $2); $name = uc ($1); $sfrs->{"$name"} = { "addr" => $addr, "maxnames" => 0, "bit0" => [], "bit1" => [], "bit2" => [], "bit3" => [], "bit4" => [], "bit5" => [], "bit6" => [], "bit7" => [], }; #LOG sprintf("Found register definition: $name @ 0x%X.\n", $addr); next; } elsif ($state == 1 and /(\w+) EQU ([0-9]+)/i) { my $addr = 0+$2; $name = uc ($1); $sfrs->{"$name"} = { "addr" => $addr, "maxnames" => 0, "bit0" => [], "bit1" => [], "bit2" => [], "bit3" => [], "bit4" => [], "bit5" => [], "bit6" => [], "bit7" => [], }; #LOG sprintf("Found register definition: $name @ 0x%X.\n", $addr); next; } # extract device id positions if (/(_DEVID[0-9a-f]*) EQU H'([0-9a-f]+)/i) { my $addr = oct("0x" . $2); #LOG sprintf("Found device ID $1 at 0x%X.\n", $addr); if ($state != 6) { #print "\n// device IDs\n"; $state = 6; } DEFINE ($1, sprintf ("0x%X", $addr)); next; } if (/(_IDLOC[0-9a-f]*) EQU H'([90-9a-f]+)/i) { my $addr = oct("0x" . $2); #LOG sprintf("Found ID location: $1 at 0x%X.\n", $addr); if ($state != 5) { #print "\n// ID locations\n"; $state = 5; } DEFINE ($1, sprintf ("0x%X", $addr)); next; } # extract configuration bits if (/Configuration Bits/i) { $state = 3; #print "\n\n// Configuration Bits\n"; header "\n\n// Configuration Bits\n"; next; } if ($state == 3 and /(_\w+) EQU H'([0-9a-f]+)/i) { $name = $1; my $addr = oct("0x" . $2); # convert to double underscore form for SDCC internal consistency $name =~ s/^_//g; $name = "__".$name; #LOG sprintf("Found config word $1 at 0x%X.\n", $addr); DEFINE ($name, sprintf ("0x%X", $addr)); next; } if (($state == 3 or $state == 4) and /;--+ ((\w+) Options) --/i) { $name = uc($2); $state = 4; #print "\n// $1\n"; header "\n// $1\n"; next; } if ($state == 4 and /(\w+) EQU H'([0-9a-f]+)(.*)/i) { my $option = $1; my $mask = oct ("0x" . $2); my $comment = $3; if ($comment =~ /[^;]*;\s*(.*)$/) { $comment = $1; } #LOG sprintf ("Found config option $option, mask 0x%X in $name; comment: $comment.\n", $mask); DEFINE ($option, sprintf("0x%X", $mask), $comment); next; } # extract bit definitions if (/;\s*-+\s*(\w+)\s*(Bits)?\s*-+/i) { $state = 2; $name = uc ($1); next; } if ($state == 2 and /(\w+) EQU H'([0-9a-f]+)/i) { my $bit = oct("0x" . $2); #LOG "Found bit declaration: $1 as bit $bit in reg $name.\n"; push @{$sfrs->{"$name"}->{"bit$bit"}}, $1; $sfrs->{"$name"}->{"maxnames"} = max( scalar @{$sfrs->{"$name"}->{"bit$bit"}}, $sfrs->{"$name"}->{"maxnames"} ); next; } elsif ($state == 2 and /(\w+) EQU ([0-9]+)/i) { #print "@@@@ FOUND $1 $2 for $name\n"; my $bit = 0+$2; #LOG "Found bit declaration: $1 as bit $bit in reg $name.\n"; push @{$sfrs->{"$name"}->{"bit$bit"}}, $1; $sfrs->{"$name"}->{"maxnames"} = max( scalar @{$sfrs->{"$name"}->{"bit$bit"}}, $sfrs->{"$name"}->{"maxnames"} ); next; } # unknown/unhandled line #print "// $_\n"; } header "\n"; library "\n"; my $namelut = {}; foreach my $reg (keys %$sfrs) { if (!defined $namelut->{$sfrs->{"$reg"}->{"addr"}}) { $namelut->{$sfrs->{"$reg"}->{"addr"}} = (); } push @{$namelut->{$sfrs->{"$reg"}->{"addr"}}}, $reg; } foreach my $idx (sort keys %$namelut) { foreach my $reg (sort @{$namelut->{$idx}}) { my $names = $sfrs->{"$reg"}->{"maxnames"}; header sprintf ("extern __sfr __at (0x%03X) %s;\n", $idx, $reg); library sprintf ( "__sfr __at (0x%03X) %s;\n", $idx, $reg); #print sprintf ("$reg @ %X (<= %d bit names)\n", $sfrs->{"$reg"}->{"addr"}, $names); if ($names > 0) { header sprintf ("typedef union {\n"); for (my $j=0; $j < $names; $j++) { header sprintf ("\tstruct {\n"); for (my $bit=0; $bit < 8; $bit++) { my $bitname = $sfrs->{"$reg"}->{"bit$bit"}->[$j]; if (defined $bitname) { header sprintf ("\t\tunsigned %-10s\t: 1;\n", $bitname); } else { header sprintf ("\t\tunsigned %-10s\t: 1;\n", ""); } } header sprintf ("\t};\n"); } header sprintf ("} __${reg}bits_t;\n"); header sprintf ("extern volatile __${reg}bits_t __at (0x%03X) ${reg}bits;\n", $idx); library sprintf ( "volatile __${reg}bits_t __at (0x%03X) ${reg}bits;\n", $idx); } header "\n"; library "\n"; } } release; sdcc-2.9.0/support/scripts/inc2h.pl000077500000000000000000000411541116427777700172340ustar00rootroot00000000000000#!/usr/bin/perl -w use strict; # Copyright (c) 2002 Kevin L. Pauba # License: # # SDCC is licensed under the GNU Public license (GPL) v2. Note that # this license covers the code to the compiler and other executables, # but explicitly does not cover any code or objects generated by sdcc. # We have not yet decided on a license for the run time libraries, but # it will not put any requirements on code linked against it. See: # # http://www.gnu.org/copyleft/gpl.html # # See http://sdcc.sourceforge.net/ for the latest information on sdcc. ##################################################################### # >>> How to add a new device to SDCC PIC14 port? # # This description assumes that you have a copy of SDCC's sources # in /path/to/sdcc and a (source or installed) version of gputils # in /path/to/gputils (the only important point here is that # /path/to/gputils/headers must exist and contain "p.inc"). # Furthermore, I assume you want to add support for the 16f887 device # (note: no 'pic' or 'p' prefix!), change this as desired. # inc2h.pl can only deal with one single device at a time; repeat the # ../inc2h.pl-step as often as required. # # The proposed sequence of commands is then: # # $ cd /path/to/sdcc/support/scripts # $ mkdir build && cd build # $ ../inc2h.pl 16f887 /path/to/gputils # $ mv pic16f887.c /path/to/sdcc/device/lib/pic/libdev # $ mv pic16f887.h /path/to/sdcc/device/include/pic # $ vim /path/to/sdcc/device/include/pic/pic14devices.inc # # # Use any pure text editor you like (`[Esc]:q![Enter]' quits Vim ;-)). # # Add a record for the new device to the file; usually you can copy # # the record of a similar device and adjust the values using the # # datasheet. The format of pic14devices.txt is explained in the file # # itself. Please keep the file sorted. # # When you are done: # # $ cd /path/to/sdcc/device/lib # $ make model-pic14 # $ make install # # Congratulations, you have just added support for a new device to # the port. You may consider posting your (changes to) # pic14devices.txt and the generated files (picDEVICE.[ch]) to # have them included into the official source tree. # Some testing beforehand would be appreciated, though. ##################################################################### my $rcsid = q~$Id: inc2h.pl 4850 2007-06-12 21:49:18Z tecodev $~; my ($junk, $file, $version, $date, $time, $programmer, $status) = split(/\s+/, $rcsid); my ($programName) = ($file =~ /(\S+)/); if ($#ARGV < 0 || $#ARGV > 1 ) { Usage(); } my $processor = uc(shift); my $path = shift; my %sfrs = (); my %alias = (); my %bits = (); my %bitmasks = (); my %addr = (); my %ram = (); my $path_delim = "/"; my $devices = ""; my %types = (); my $type = ""; # just in time fixes for some register names sub fixname { my $name = shift; $name =~ s/COMCON/CMCON/ig; # use OPTION_REG instead of OPTION as OPTION is a assembler directive $name =~ s/OPTION(_REG)?/OPTION_REG/ig; # often declared as LCDDATn, but bits defined for LCDDATAn, 0 <= n <= 10 $name =~ s/LCDDAT([^A])/LCDDATA$1/ig; # LCDSE2 is missing in some headers, but LCDSE3 is declared... $name =~ s/LCDSE3/LCDSE2/ig; # XXX: should this be named LININTF or LINPRT? $name =~ s/LININTF/LINPRT/ig; # FIXME: duplicate declarations for n in {0,1,2} $name =~ s/UEPn/UEP0/ig; return $name; } sub checkname { my $name = shift; if (not exists $sfrs{$name}) { print "SFR $name not defined (yet).\n"; # Find similar ones. if (exists $sfrs{$name."0"}) { print " but ".$name."0 exists---using that instead.\n"; return $name."0"; } my $try = $name; $try =~ s/[0-9]$//; if (exists $sfrs{$try}) { print " but $try exists---using that instead.\n"; return $try; } die "Not found a similar SFR---aborting.\n"; } return $name; } # exists clone for arrays---does this not exist in Perl?!? sub contained { my $name = shift; my $arr = shift; foreach my $item (@$arr) { return 1 if ($name eq $item); } return 0; } $path = "" if (!defined $path); if ($^O eq 'MSWin32') { if ($path eq '') { if (defined($path = $ENV{'GPUTILS_HEADER_PATH'}) || defined($path = $ENV{'GPUTILS_LKR_PATH'})) { $path .= '\\..'; } else { die "Could not find gpasm includes.\n"; } } $path_delim = '\\'; } else { # Nathan Hurst : find gputils on Debian if ($path eq '') { if ( -x "/usr/share/gputils") { $path = "/usr/share/gputils"; } elsif ( -x "/usr/share/gpasm") { $path = "/usr/share/gpasm"; } elsif ( -x "/usr/local/share/gputils") { $path = "/usr/local/share/gputils"; } else { die "Could not find gpasm includes.\n"; } } $path_delim = '/'; } # # Read the symbols at the end of this file. # while () { next if /^\s*#/; if (/^\s*alias\s+(\S+)\s+(\S+)/) { # # Set an alias for a special function register. # Some MPASM include files are not entirely consistent # with sfr names. # $alias{fixname($2)} = fixname($1); } elsif (/^\s*address\s+(\S+)\s+(\S+)/) { # # Set a default address for a special function register. # Some MPASM include files don't specify the address # of all registers. # # $addr{"$1"} = $2; foreach my $device (split(/[,\s]+/, $devices)) { $addr{"p$device", "$1"} = $2; } } elsif (/^\s*bitmask\s+(\S+)\s+/) { # # Set the bitmask that will be used in the 'memmap' pragma. # my $bitmask = "$1"; foreach my $register (split(/\s+/, $')) { $bitmasks{"$register"} = $bitmask; } } elsif (/^\s*ram\s+(\S+)\s+(\S+)\s+(\S+)/) { # This info is now provided in "include/pic/pic14devices.txt". #$lo = $1; #$hi = $2; #my $bitmask = $3; #foreach $device (split(/[,\s]+/, $devices)) { # $ram{"p$device"} .= "#pragma memmap $lo $hi RAM $bitmask$'"; #} } elsif (/^\s*processor\s+/) { $devices = $'; $type = ''; } elsif (/^\s*(\S+)/) { $type = $1; $_ = $'; foreach my $key (split) { eval "\$types{'$key'} = $type;"; } } else { foreach my $key (split) { eval "\$types{'$key'} = $type;"; } } } # # Read the linker file. # # $linkFile = "$path/lkr/" . lc $processor . ".lkr"; # open(LINK, "<$linkFile") # || die "$programName: Error: Cannot open linker file $linkFile ($!)\n"; # while () { # if (/^(\S+)\s+NAME=(\S+)\s+START=(\S+)\s+END=(\S+)\s+(PROTECTED)?/) { # $type = $1; # $name = $2; # $start = $3; # $end = $4; # $protected = 1 if ($5 =~ /protected/i); # if ($type =~ /(SHAREBANK)|(DATABANK)/i) { # $ram{"p$processor"} .= # sprintf("#pragma memmap %7s %7s RAM 0x000\t// $name\n", # $start, $end); # } # } elsif (/^SECTION\s+NAME=(\S+)\s+ROM=(\S+)\s+/) { # } # } # Create header for pic${processor}.c file my $lcproc = "pic" . lc($processor); my $c_head = < EOT # # Convert the file. # my $defaultType = 'other'; my $includeFile = $path.$path_delim.'header'.$path_delim.'p'.lc($processor).'.inc'; my $headFile = "pic" . lc($processor) . ".h"; my $defsFile = "pic" . lc($processor) . ".c"; my $body = ""; my $header = ""; my $addresses = ""; my $pragmas = ""; open(HEADER, "<$includeFile") || die "$programName: Error: Cannot open include file $includeFile ($!)\n"; while (
) { if (/^;-+ Register Files/i) { $defaultType = 'sfr'; s/;/\/\//; $body .= "$_"; } elsif (/^;-+\s*(\S+)\s+Bits/i || /^;-+\s*(\S+)\s+-+/i) { # The second case is usually bits, but the word Bits is missing # also accept "UIE/UIR Bits" foreach my $name (split(/\//, $1)) { $name = fixname($name); $name = checkname($name); if (defined($alias{$name})) { $defaultType = "bits $alias{$name}"; } else { $defaultType = "bits $name"; } } s/;/\/\//; $body .= "$_"; } elsif (/^;=+/i) { $defaultType = ''; s/;/\/\//; $body .= "$_"; } elsif (/^\s*;/) { # # Convert ASM comments to C style. # $body .= "//$'"; } elsif (/^\s*IFNDEF\s+__(\S+)/) { # # Processor type. # $processor = $1; $body .= "//$_"; } elsif (/^\s*(\S+)\s+EQU\s+H'(.+)'/) { # # Useful bit of information. # my $name = $1; my $value = $2; my $rest = $'; my $bitmask = "0x0000"; $rest =~ s/;/\/\//; chomp($rest); if (defined($types{"p$processor", "$name"})) { $type = $types{"p$processor", "$name"}; } elsif (defined($types{"$name"})) { $type = $types{"$name"}; } else { $type = $defaultType; } #print "$name --> $type\n"; ## DEBUG if (defined($bitmasks{"p$processor", "$name"})) { $bitmask = $bitmasks{"p$processor", "$name"}; # } elsif (defined($bitmasks{"$name"})) { # $bitmask = $bitmasks{"$name"}; } if ($type eq 'sfr') { # # A special function register. # # $pragmas .= sprintf("#pragma memmap %s_ADDR %s_ADDR " # . "SFR %s\t// %s\n", # $name, $name, $bitmask, $name); $name = fixname($name); if (defined $addr{"p$processor", "$name"}) { $addresses .= sprintf("#define %s_ADDR\t0x%s\n", $name, $addr{"p$processor", "$name"}); } else { $addresses .= sprintf("#define %s_ADDR\t0x%s\n", $name, $value); } $body .= sprintf("extern __sfr __at %-30s $name;$rest\n", "(${name}_ADDR)" ); $c_head .= sprintf("__sfr __at %-30s $name;\n", "(${name}_ADDR)"); $addr{"p$processor", "$name"} = "0x$value"; $sfrs{$name}=1; } elsif ($type eq 'volatile') { # # A location that can change without # direct program manipulation. # $name = fixname($name); # $pragmas .= sprintf("#pragma memmap %s_ADDR %s_ADDR " # . "SFR %s\t// %s\n", # $name, $name, $bitmask, $name); $body .= sprintf("extern __data __at %-30s $name;$rest\n", "(${name}_ADDR) volatile char"); $c_head .= sprintf("__data __at %-30s $name;\n", "(${name}_ADDR) volatile char"); if (defined $addr{"p$processor", "$name"}) { $addresses .= sprintf("#define %s_ADDR\t0x%s\n", $name, $addr{"p$processor", "$name"}); } else { $addresses .= sprintf("#define %s_ADDR\t0x%s\n", $name, $value); } } elsif ($type =~ /^bits/) { my ($junk, $register) = split(/\s/, $type); my $bit = hex($value); my $addr = $addr{"$register"}; # prepare struct declaration if (0) { # DEBUG foreach my $key (keys %bits) { print " $key\n"; } print "$register // $bit // ".$bits{"$register"}."\n"; } if (!defined $bits{"$register"}) { $bits{"$register"} = {}; # reference to empty hash } if (!defined $bits{"$register"}->{oct($bit)}) { $bits{"$register"}->{oct($bit)} = []; # reference to empty array } for (my $k=0; $k < scalar @{$bits{"$register"}->{oct($bit)}}; $k++) { $name = "" if ($bits{"$register"}->{oct($bit)} eq $name) } if (($name ne "") and (1 != contained($name, \@{$bits{"$register"}->{oct($bit)}})) ) { push @{$bits{"$register"}->{oct($bit)}}, $name; } } else { # # Other registers, bits and/or configurations. # $name = fixname($name); if ($type eq 'other') { # # A known symbol. # $body .= sprintf("#define %-20s 0x%s$rest\n", $name, $value); } else { # # A symbol that isn't defined in the data # section at the end of the file. Let's # add a comment so that we can add it later. # $body .= sprintf("#define %-20s 0x%s$rest\n", $name, $value); } } } elsif (/^\s*$/) { # # Blank line. # $body .= "\n"; } elsif (/__MAXRAM\s+H'([0-9a-fA-F]+)'/) { my $maxram .= "//\n// Memory organization.\n//\n"; if (!defined $ram{"p$processor"}) { $ram{"p$processor"} = ""; } $pragmas = $maxram . $ram{"p$processor"} . "\n" . $pragmas; $body .= "// $_"; } else { # # Anything else we'll just comment out. # $body .= "// $_"; } } $header .= <) { s/\r//g; chomp; if(/^\s*(\*|\w*)\s*([ABCDE0-7,-]+)\s*$/) { if(lc($1) eq lc($processor)) { die if defined $pinfo; $pinfo = $2; } elsif($1 eq "*") { die if defined $defpinfo; $defpinfo = $2; } } elsif(/^\s*#/ || /^\s*$/) { # ignore blanks, comments } else { die "bad line in pic14ports '$_'"; } } close P14PORTS; }; $defpinfo = "A0-5,B0-7,C0-7,D0-7,E0-2" unless defined $defpinfo; $pinfo = $defpinfo unless defined $pinfo; if(defined $pinfo) { foreach (split /,/, $pinfo) { if(/^([ABCDE])([0-7])-([0-7])$/) { my($prt, $low, $high) = ($1, $2, $3); next unless defined $sfrs{"PORT$prt"} && defined $sfrs{"TRIS$prt"}; next if defined $bits{"PORT$prt"}; for(my $i = $low; $i <= $high; $i++) { push @{$bits{"PORT$prt"}->{oct($i)}}, "R$prt".$i; } next if defined $bits{"TRIS$prt"}; for(my $i = $low; $i <= $high; $i++) { push @{$bits{"TRIS$prt"}->{oct($i)}}, "TRIS$prt".$i; } } else { die } } } } my $structs = ""; ## create struct declarations foreach my $reg (sort keys %bits) { $structs .= "// ----- $reg bits --------------------\n"; $structs .= "typedef union {\n"; my $idx = 0; my $max = 1; do { $structs .= " struct {\n"; for (my $i=0; $i < 8; $i++) { if (!defined $bits{$reg}) { #print "bits{$reg} undefined\n"; } if (!defined $bits{$reg}->{oct($i)}) { #print "bits{$reg}->{".oct($i)."} undefined\n"; $bits{$reg}->{oct($i)} = []; # empty array reference } my @names = @{$bits{$reg}->{oct($i)}}; if ($max < scalar @names) { $max = scalar @names; } if ($idx >= scalar @names) { $structs .= " unsigned char :1;\n"; } else { # (1 == scalar @names) { $structs .= " unsigned char " . $names[$idx] . ":1;\n"; # } else { # $structs .= " union {\n"; # foreach $name (@names) { # $structs .= " unsigned char " . $name . ":1;\n"; # } # foreach # $structs .= " };\n"; } } # for $structs .= " };\n"; $idx++; } while ($idx < $max); $structs .= "} __${reg}_bits_t;\n"; #if(defined $sfrs{$reg}) { $structs .= "extern volatile __${reg}_bits_t __at(${reg}_ADDR) ${reg}_bits;\n\n"; $c_head .= "volatile __${reg}_bits_t __at(${reg}_ADDR) ${reg}_bits;\n"; #} # emit defines for individual bits $structs .= "#ifndef NO_BIT_DEFINES\n"; for (my $i=0; $i < 8; $i++) { my @names = @{$bits{$reg}->{oct($i)}}; foreach my $field (@names) { $structs .= sprintf("#define %-20s ${reg}_bits.$field\n", $field); } # foreach } $structs .= "#endif /* NO_BIT_DEFINES */\n"; $structs .= "\n"; } # foreach open(HEAD, ">$headFile") or die "Could not open $headFile for writing."; print HEAD $header . $addresses . "\n" . $pragmas . "\n\n" . $body . "\n" . $structs . "#endif\n"; close(HEAD); open(DEFS, ">$defsFile") or die "Could not open $defsFile for writing."; print DEFS $c_head . "\n"; close DEFS; sub Usage { print STDERR < # address # bitmask # ram # sfr # volatile # bit # alias OPTION_REG OPTION volatile INDF PCL sdcc-2.9.0/support/scripts/keil2sdcc.pl000077500000000000000000000046511116427777700200750ustar00rootroot00000000000000#!/usr/bin/perl -w # keil2sdcc.pl # Scott Bronson # 22 June 2003 # usage (UNIX): # perl keil2sdcc.pl < keil_header.h > sdcc_header.h # or # perl keil2sdcc.pl keil_header.h > sdcc_header.h # # usage (Windows): # perl keil2sdcc.pl keil_header.h > sdcc_header.h # # # keil_header.h and sdcc_header.h must not be the same file since # most shells overwrite the output file before opening the input file. # This script converts Keil-style header files to SDCC. It tries to # be pedantic so don't be surprised if you need to munge it a bit to # get it to work. On the other hand, it doesn't fully parse the C # file (for obvious reasons). # It takes the Keil header file either as an argument or on # stdin and it produces the output on stdout. # This script is inspired by keil2sdcc.pl by Bela Torok but a lot # more pedantic. use strict; while(<>) { s/\r//g; # remove DOS line endings if necessary # external register (kind of a weird format) # # in: EXTERN xdata volatile BYTE GPIF_WAVE_DATA _AT_ 0xE400; # out: EXTERN xdata at 0xE400 volatile BYTE GPIF_WAVE_DATA; # $1: leading whitespace # $2: variable name # $3: variable location # $4: trailing comments, etc. if(/^(\s*)EXTERN\s*xdata\s*volatile\s*BYTE\s*(\w+(?:\s*\[\s*\d+\s*\])?)\s+_AT_\s*([^;]+);(.*)$/) { print "$1EXTERN xdata at $3 volatile BYTE $2;$4\n"; next; } # sfr statement # # in: sfr IOA = 0x80; # out: sfr at 0x80 IOA; # $1: leading whitespace # $2: variable name # $3: variable location # $4: trailing comments, etc. if(/^(\s*)sfr\s*(\w+)\s*=\s*([^;]+);(.*)$/) { print "$1sfr at $3 $2;$4\n"; next; } # sbit statement # # in: sbit SEL = 0x86+0; # out: sbit at 0x86+0 SEL; # $1: leading whitespace # $2: variable name # $3: variable location # $4: trailing comments, etc. if(/^(\s*)sbit\s*(\w+)\s*=\s*([^;]+);(.*)$/) { print "$1sbit at $3 $2;$4\n"; next; } # entire line is a C++ comment, output it unchanged. if(/^(\s*)\/\/(.*)$/) { print "$1//$2\n"; next; } # C comment, slurp lines until the close comment and output it unchanged. if(/^(\s*)\/\*(.*)$/) { my($ws,$cmt) = ($1,"$2\n"); $cmt .= <> while $cmt !~ /\*\/\s*$/; $cmt =~ s/\r//g; print "$ws/*$cmt"; next; } # preprocessor statement (whitespace followed by '#'), don't change if(/^(\s*)\#(.*)$/) { print "$1#$2\n"; next; } # blank line, don't change if(/^(\s*)$/) { print "\n"; next; } chomp; die "Unconvertable line: \"$_\"\n"; } sdcc-2.9.0/support/scripts/listerr.c000066400000000000000000000026341116427777700175210ustar00rootroot00000000000000/* * listerr.c - program to create the list of errors and warnings list from SDCCerr.c * * gcc -I ../../src listerr.c -o listerr */ #include #include #include /* although this seems to be strange, this is the easiest way how to import the ErrTab without having to modify SDCCerr.c/h */ #include "SDCCerr.c" // this is to make SDCCerr happy - simulate global SDCC variables char *filename ; int lineno ; int fatalError ; /* predefined names for errorlevels */ char *ErrTypeName[] = { "ALL ", /** All warnings, including those considered 'reasonable to use, on occasion, in clean programs' (man 3 gcc). */ "PEDANTIC", /** 'informational' warnings */ "INFO ", /** Most warnings. */ "WARNING ", /** Errors only. */ "ERROR " }; /* some simple internal variables */ int i; char s[256]; char *p; int main(int argc, char *argv[]) { printf("Number Type Text\n"); /* output file header */ printf("------------------------------------------------------------------------------\n"); for (i = 0; i < MAX_ERROR_WARNING; i++) { if (ErrTab[i].errIndex == i) { strcpy(s, ErrTab[i].errText); for (p = s; NULL != (p = strchr(s, '\n')); ) *p = ' '; /* replace all newlines by spaces */ printf("%3d %-16.16s%s\n", ErrTab[i].errIndex, ErrTypeName[ErrTab[i].errType], s); } } return 0; } sdcc-2.9.0/support/scripts/mega.mak000066400000000000000000000040711116427777700172710ustar00rootroot00000000000000# A simple Makefile that attempts to weave everything together # for a build. Basically: # * Makes a temporary build directory # * Copies itself and build.mak off, hands over to the new Makefile # * Downloads the source # * Compiles the native, then win32 versions # * Takes the libs from native and hooks them into win32 # * tars it all up and calls it done DIST = gbdk BUILD_DIR = /home/michaelh/tmp/$(DIST)-build NATIVE = linux-linux CROSS = linux-mingw32 NATIVE_DIST = linux-glibc2 CROSS_DIST = win32 VER = 2.21-pre1 all: spawn spawn: mkdir -p $(BUILD_DIR) cp build.mak mega.mak $(BUILD_DIR) make -C $(BUILD_DIR) -f mega.mak build build: orig native cross dist dist: cd $(NATIVE)/build; tar czf ../../$(DIST)-$(VER)-$(NATIVE_DIST).tar.gz $(DIST) ifeq ($(CROSS_DIST), win32) rm -f $(DIST)-$(VER)-$(CROSS_DIST).zip cd $(CROSS)/build; zip -rlq9 ../../$(DIST)-$(VER)-$(CROSS_DIST).zip $(DIST) else cd $(CROSS)/build; tar czf ../../$(DIST)-$(VER)-$(CROSS_DIST).tar.gz $(DIST) endif clean: rm -rf $(BUILD_DIR) orig: mkdir -p orig cp build.mak orig touch orig/logged_in # Assume already logged in make -C orig -f build.mak update linux-linux: orig mkdir -p linux-linux (cd orig; tar cf - .) | (cd linux-linux; tar xf -) linux-mingw32: orig mkdir -p linux-mingw32 (cd orig; tar cf - .) | (cd linux-mingw32; tar xf -) native: $(NATIVE) dummy cp build.mak $(NATIVE) make -C $(NATIVE) -f build.mak COMPILE_MODE=$(NATIVE) dummy: # We do a first pass, ignored build on sdccconf.h as at the moment # it fails while configuring the sim. cross-bin: $(CROSS) dummy cp build.mak $(CROSS) -make -C $(CROSS) -f build.mak COMPILE_MODE=$(CROSS) sdcc/sdccconf.h make -C $(CROSS) -f build.mak COMPILE_MODE=$(CROSS) sdcc-bin lcc tidy # Binary files are compiled; now copy the built libs from the native # version across cross-mix: mv $(CROSS)/build/$(DIST)/bin $(CROSS)/build/$(DIST)/bin.1 (cd $(NATIVE); tar cf - build/$(DIST)) | (cd $(CROSS); tar xf - ) rm -rf $(CROSS)/build/$(DIST)/bin mv $(CROSS)/build/$(DIST)/bin.1 $(CROSS)/build/$(DIST)/bin cross: cross-bin cross-mix sdcc-2.9.0/support/scripts/mh2h.c000066400000000000000000000172451116427777700166770ustar00rootroot00000000000000/*------------------------------------------------------------------------- mh2h.c - megaheader to header conversion utility. This utility converts the mega-header MCS51 mcs51reg.h file to multiple simple header files. We want the simple headers for compatibility with other compilers and also for documentation(quick reference of registers names and bit defines while programming). At the same time we don't want to maintain all these redundant files. So this offers a solution of converting 1 master .h file into many simple header files. We use the preprocessor(sdcpp) to do most of the work. Then we use some c code to clean it up and make it look pretty. Usage# mh2h {include_dir {bin_dir}} ; no options used. default include_dir is "/usr/local/share/sdcc/include" default bin_dir(run sdcpp from is "" Written by Karl Bongers(kbongers@turbobit.com) |-------------------------------------------------------------------------*/ #include #include #include #include void get_micro_h_name(char *name, char *ret_str); void get_micro_list(void); void strip_eol(char *str); void strip_trailing_sp(char *str); #define MAX_LISTSIZE 100 char *micro_list[MAX_LISTSIZE]; char bin_dir[256]; char inc_dir[256]; /*------------------------------------------------------------------------- |-------------------------------------------------------------------------*/ int main(int argc, char *argv[]) { int stat; FILE *fpi, *fpo; char str[256]; char fname[256]; int mi; int last_line_was_sfr = 1; // used to print pretty, add a blank line // 1st arg optional inc dir to pull mcs51reg.h from if (argc > 1) { strcpy(inc_dir, argv[1]); printf("using %s bin dir\n", inc_dir); } else { strcpy(inc_dir, "/usr/local/share/sdcc/include/"); } // 2nd arg optional bin dir to run sdcpp from if (argc > 2) { strcpy(bin_dir, argv[2]); printf("using %s bin dir\n", bin_dir); } else { bin_dir[0] = 0; } get_micro_list(); mi = 0; while (micro_list[mi] != NULL) { printf("LIST:%s\n", micro_list[mi++]); } mi = 0; while (micro_list[mi] != NULL) { printf("converting %s\n", micro_list[mi]); fflush(0); sprintf(str, "%ssdcpp -D%s %smcs51reg.h tmp1", bin_dir, micro_list[mi], inc_dir); stat = system(str); /* stat = -1, or 127 error */ fpi = fopen("tmp1", "r"); if (fpi == NULL) { printf("error opening file to read\n"); exit(1); } get_micro_h_name(micro_list[mi], fname); //sprintf(fname, "tmp%d.h", mi+1); fpo = fopen(fname, "w"); if (fpo == NULL) { printf("error opening %s file to write\n", fname); exit(1); } fputs("/*-------------------------------------------------------------------------\n", fpo); fprintf(fpo, " %s - %s header file.\n", fname, micro_list[mi]); fputs(" This file was automatically generated using mh2h utility\n", fpo); fputs(" to convert from mcs51reg.h.\n", fpo); fputs("|-------------------------------------------------------------------------*/\n", fpo); fprintf(fpo, "#define %s\n", micro_list[mi]); fputs("#include \n\n", fpo); fprintf(fpo, "#if 0\n"); fputs("The following is for your reference only\n", fpo); fputs("and is an accurate translation of what the\n", fpo); fputs("above included mcs51reg.h file generates.\n\n", fpo); while (fgets(str, 256, fpi) != NULL) { strip_eol(str); strip_trailing_sp(str); if (strlen(str) <= 0) continue; if (strncmp(str, "#line ", 6) == 0) continue; if (strncmp(str, "//", 2) == 0) continue; if (strncmp(str, "sfr ", 4) == 0) { if (!last_line_was_sfr) fputs("\n", fpo); /* for readability, add a blank line) */ last_line_was_sfr = 1; } else { if (strncmp(str, "sbit ", 5) == 0) fputs(" ", fpo); /* for readability, indent */ last_line_was_sfr = 0; } //printf("[%d,%s]\n", strlen(str), str); fputs(str, fpo); fputs("\n", fpo); } fprintf(fpo, "#endif\n"); fclose(fpi); fclose(fpo); ++mi; } // while micro_list[mi] return 0; } /*------------------------------------------------------------------------- get_micro_h_name - get a .h filename to output to. Preferably, we will have this info in mcs51reg.h file(alias:8051.h) and not do it like this. |-------------------------------------------------------------------------*/ void get_micro_h_name(char *name, char *ret_str) { int mi; static int name_i = 1; // note: pulling these from mcs51reg.h would be better... static char *micro_strings[] = { "MICROCONTROLLER_8051", "8051.h", "MICROCONTROLLER_8052", "8052.h", "MICROCONTROLLER_AT89CX051", "at89x051.h", "MICROCONTROLLER_AT89S53", "at89s53.h", "MICROCONTROLLER_AT89X52", "at89x52.h", "MICROCONTROLLER_AT89X55", "at89x55.h", "MICROCONTROLLER_DS5000", "ds5000.h", "MICROCONTROLLER_DS5001", "ds5001.h", "MICROCONTROLLER_DS80C32X", "ds80c32x.h", "MICROCONTROLLER_DS80C390", "ds80c390.h", "MICROCONTROLLER_DS89C420", "ds89c420.h", "MICROCONTROLLER_DS8XC520", "ds8xc520.h", "MICROCONTROLLER_SAB80515", "sab80515.h", "MICROCONTROLLER_SAB80515A", "sab80515a.h", "MICROCONTROLLER_SAB80517", "sab80517.h", "MICROCONTROLLER_P80C552", "p80c552.h", NULL}; *ret_str = 0; mi = 0; while (micro_strings[mi] != NULL) { if (strcmp(micro_strings[mi], name) == 0) { strcpy(ret_str, micro_strings[mi+1]); } mi += 2; } if (*ret_str == 0) { sprintf(ret_str, "noname%d.h", name_i++); printf("warning, could not find .h filename for %s using %s\n", name, ret_str); } } /*------------------------------------------------------------------------- get_micro_list - get the list of micros supported by mcs51reg.h, grab this list out of the mcs51reg.h file. |-------------------------------------------------------------------------*/ void get_micro_list(void) { FILE *fp; char str[256]; int li = 0; char *s; char *s_start; strcpy(str, inc_dir); strcat(str, "mcs51reg.h"); fp = fopen(str, "r"); if (fp == NULL) { printf("error opening %s file to read\n", str); exit(1); } while (fgets(str, 256, fp) != NULL) { strip_eol(str); strip_trailing_sp(str); s = str; while (*s == ' ') ++s; if (strlen(s) <= 0) continue; if (strncmp(s, "MICROCONTROLLER_", 16) == 0) { s_start = s; while ((*s != 0) && (*s != ' ')) ++s; *s = 0; micro_list[li++] = strdup(s_start); // add to our list MICROCONTROLLER_X if (li >= MAX_LISTSIZE) exit(1); } } // while micro_list[li] = NULL; if (li == 0) { printf("Error, no MICROCONTROLLER_ defines found\n"); exit(1); } printf("%d MICRO defines found\n", li); fclose(fp); } /*------------------------------------------------------------------------- |-------------------------------------------------------------------------*/ void strip_trailing_sp(char *str) { int sz; sz = strlen(str); if (sz == 0) return; while(str[sz-1] == ' ') { str[sz-1] = 0; --sz; if (sz == 0) return; } } /*------------------------------------------------------------------------- |-------------------------------------------------------------------------*/ void strip_eol(char *str) { int sz; #define is_eol_char(c) ((c == 0x0d) || (c == 0x0a)) sz = strlen(str); if (sz == 0) return; if (is_eol_char(str[sz-1])) str[sz-1] = 0; sz = strlen(str); if (sz == 0) return; if (is_eol_char(str[sz-1])) str[sz-1] = 0; } sdcc-2.9.0/support/scripts/repack_release.sh000077500000000000000000000025411116427777700211720ustar00rootroot00000000000000# # repack_release.sh # # This script repacks sdcc Linux and Mac OS X snapshot build binary abd doc packages # into a sdcc release package. # # Repacking Linux package example: # ./repack_release.sh sdcc-snapshot-i386-unknown-linux2.5-20090314-5413.tar.bz2 sdcc-doc-20090314-5413.tar.bz2 2.9.0 # # Repacking MacOS X package example: # ./repack_release.sh sdcc-snapshot-universal-apple-macosx-20090314-5413.tar.bz2 sdcc-doc-20090314-5413.tar.bz2 2.9.0 # function fatal_error() { echo "repack_release: $1" 1>&2 exit 1; } function usage() { echo "Usage: repack_release.sh " 1>&2 exit 1; } { if [ $# != 3 ] then usage fi bin_pkg=$1 doc_pkg=$2 ver=$3 arch=$(expr $bin_pkg : 'sdcc-snapshot-\([^-]*-[^-]*-[^-]*\)-.*\.tar\.bz2') if [ -z "$arch" ] then fatal_error "$bin_pkg is not a sdcc binary package!" fi if [ -d sdcc ] then fatal_error "Directory sdcc already exists!" fi tar -xjvf $bin_pkg || fatal_error "Can't unpack $bin_pkg!" rm -rf ./sdcc/share/doc rm -rf ./sdcc/share/sdcc/doc tar -xjvf $doc_pkg -C ./sdcc/share/sdcc || fatal_error "Can't unpack $doc_pkg!" cp ./sdcc/share/sdcc/doc/INSTALL.txt ./sdcc cp ./sdcc/share/sdcc/doc/README.txt ./sdcc tar -cjvf sdcc-$ver-$arch.tar.bz2 sdcc || fatal_error "Can't pack sdcc-$ver-$arch.tar.bz2!" mv sdcc $arch exit 0 } sdcc-2.9.0/support/scripts/resource.h000066400000000000000000000006711116427777700176700ustar00rootroot00000000000000//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by resource.rc // #define IDI_SDCC 101 // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 102 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif sdcc-2.9.0/support/scripts/resource.rc000066400000000000000000000031411116427777700200400ustar00rootroot00000000000000//Microsoft Developer Studio generated resource script. // #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS ///////////////////////////////////////////////////////////////////////////// // // Generated from the TEXTINCLUDE 2 resource. // #include "winres.h" ///////////////////////////////////////////////////////////////////////////// #undef APSTUDIO_READONLY_SYMBOLS ///////////////////////////////////////////////////////////////////////////// // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) #ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) #endif //_WIN32 #ifdef APSTUDIO_INVOKED ///////////////////////////////////////////////////////////////////////////// // // TEXTINCLUDE // 1 TEXTINCLUDE DISCARDABLE BEGIN "resource.h\0" END 2 TEXTINCLUDE DISCARDABLE BEGIN "#include ""winres.h""\r\n" "\0" END 3 TEXTINCLUDE DISCARDABLE BEGIN "\r\n" "\0" END #endif // APSTUDIO_INVOKED ///////////////////////////////////////////////////////////////////////////// // // Icon // // Icon with lowest ID value placed first to ensure application icon // remains consistent on all systems. IDI_SDCC ICON DISCARDABLE "sdcc.ico" #endif // English (U.S.) resources ///////////////////////////////////////////////////////////////////////////// #ifndef APSTUDIO_INVOKED ///////////////////////////////////////////////////////////////////////////// // // Generated from the TEXTINCLUDE 3 resource. // ///////////////////////////////////////////////////////////////////////////// #endif // not APSTUDIO_INVOKED sdcc-2.9.0/support/scripts/sdcc.ico000066400000000000000000000020661116427777700173000ustar00rootroot00000000000000 è&(( @€€€€€€€€€€ÀÀÀ€€€ÿÿÿÿÿÿÿÿÿÿÿÿxxxxxxxxxxxxxxxx‡‡‡‡‡‡‡‡‡‡‡‡‡‡‡‡wwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwUÝwUÝÝwwUÝwwUÝwu]Ý×UÝÝ×u]Ý×u]Ý×UÝUÝUÝUÝUÝUÝUÝUÝUÝUÝUÝUÝUÝUÝUÝUÝwwUÝUÝUÝUÝwwUÝwwwuUÝUÝUÝUÝwwUÝwwwUÝ×UÝUÝUÝwwUÝwwu]ÝwUÝUÝUÝwwUÝwwUÝwwUÝUÝUÝwwUÝwwUÝwwUÝUÝUÝwwUÝwwUÝUÝUÝUÝUÝUÝUÝUÝUÝUÝUÝUÝUÝUÝUÝUÝu]Ý×UÝÝ×u]Ý×u]Ý×wUÝwUÝÝwwUÝwwUÝwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwxxxxxxxxxxxxxxxx‡‡‡‡‡‡‡‡‡‡‡‡‡‡‡‡ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ( À€€€€€€€€€ÀÀÀ€€€ÿÿÿÿÿÿÿÿÿÿÿÿxxxxxxxxwwwwwwwwu×]×u×u×]]]]]]]]w]]]]w]wu×]]]w]w]w]]]w]w]]]]]]]]u×]×u×u×wwwwwwwwxxxxxxxxÿÿÿÿÿÿÿÿÿÿsdcc-2.9.0/support/scripts/sdcc.nsi000066400000000000000000001221011116427777700173100ustar00rootroot00000000000000# sdcc.nsi - NSIS installer script for SDCC # # Copyright (c) 2003-2009 Borut Razem # # This file is part of sdcc. # # This software is provided 'as-is', without any express or implied # warranty. In no event will the authors be held liable for any damages # arising from the use of this software. # # Permission is granted to anyone to use this software for any purpose, # including commercial applications, and to alter it and redistribute it # freely, subject to the following restrictions: # # 1. The origin of this software must not be misrepresented; you must not # claim that you wrote the original software. If you use this software # in a product, an acknowledgment in the product documentation would be # appreciated but is not required. # 2. Altered source versions must be plainly marked as such, and must not be # misrepresented as being the original software. # 3. This notice may not be removed or altered from any source distribution. # # Borut Razem # borut.razem@siol.net # How to create WIN32 setup.exe # # - unpack WIN32 mingw daily snapshot sdcc-snapshot-i586-mingw32msvc-yyyymmdd-rrrr.zip # to a clean directory (the option to create directories should be enabled). # A sub directory sdcc is created (referenced as PKGDIR in continuation). # - copy files sdcc/support/scripts/sdcc.ico and sdcc/support/scripts/sdcc.nsi # (this file) from the sdcc Subversion snapshot to the PKGDIR directory # - copy file COPYING and COPYING3 from the sdcc Subversion snapshot to the PKGDIR directory, # rename it to COPYING.txt and COPYING3.txt and convert it to DOS format: # unix2dos COPYING.txt # unix2dos COPYING3.txt # - copy readline5.dll to PKGDIR/bin/readline5.dll # - run NSIS installer from PKGDIR directory: # "c:\Program Files\NSIS\makensis.exe" -DVER_MAJOR= -DVER_MINOR= -DVER_REVISION= -DVER_BUILD= sdcc.nsi # replace with the appropriate values, for example for SDCC 2.7.4: # = 2 # = 7 # = 4 # replace with the current svn revision number # - A setup file setup.exe is created in PKGDIR directory. # Rename it to sdcc-yyyymmdd-rrrr-setup.exe and upload it # to sdcc download repository at sourceforge.net # # # How to create WIN32 release setup.exe package # # - unpack WIN32 mingw daily snapshot sdcc-snapshot-i586-mingw32msvc-yyyymmdd-rrrr.zip # to a clean directory (the option to create directories should be enabled). # A sub directory sdcc is created (referenced as PKGDIR in continuation). # - remove the PKGDIR/doc/ directory # - unpack sdcc-doc-yyyymmdd-rrrr.zip to the PKGDIR/doc directory # - copy files sdcc/support/scripts/sdcc.ico and sdcc/support/scripts/sdcc.nsi # (this file) from the sdcc Subversion snapshot to the PKGDIR directory # - copy file COPYING and COPYING3 from the sdcc Subversion snapshot to the PKGDIR directory, # rename it to COPYING.txt and COPYING3.txt and convert it to DOS format: # unix2dos COPYING.txt # unix2dos COPYING3.txt # - copy readline5.dll to PKGDIR/bin/readline5.dll # - run NSIS installer from PKGDIR directory: # "c:\Program Files\NSIS\makensis.exe" -DFULL_DOC -DVER_MAJOR= -DVER_MINOR= -DVER_REVISION= -DVER_BUILD= sdcc.nsi # - A setup file setup.exe is created in PKGDIR directory. # Rename it to sdcc-x.x.x-setup.exe and upload it # to sdcc download repository at sourceforge.net # # How to upload secc setup.exe tosourceforge.net # # Execute following commands from the cmd prompt: # - sftp sdcc.sourceforge.net # - cd /home/groups/s/sd/sdcc/htdocs/snapshots/i586-mingw32msvc-setup # - put sdcc_yyyymmdd_setup.exe # - quit # # For debugging define -DSDCC.DEBUG command line option ;-------------------------------- ; Debugging Macros !ifdef SDCC.DEBUG Var SDCC.FunctionName Var SDCC.StrStack0 Var SDCC.StrStack1 Var SDCC.StrStack2 Var SDCC.StrStack3 Var SDCC.StrStack4 !define SDCC.PushStr "!insertmacro MACRO_SDCC_PushStr" !macro MACRO_SDCC_PushStr NAME StrCpy $SDCC.StrStack4 $SDCC.StrStack3 StrCpy $SDCC.StrStack3 $SDCC.StrStack2 StrCpy $SDCC.StrStack2 $SDCC.StrStack1 StrCpy $SDCC.StrStack1 $SDCC.StrStack0 StrCpy $SDCC.StrStack0 $SDCC.FunctionName StrCpy $SDCC.FunctionName "${NAME}" !macroend !define SDCC.PopStr "!insertmacro MACRO_SDCC_PopStr" !macro MACRO_SDCC_PopStr StrCpy $SDCC.FunctionName $SDCC.StrStack0 StrCpy $SDCC.StrStack0 $SDCC.StrStack1 StrCpy $SDCC.StrStack1 $SDCC.StrStack2 StrCpy $SDCC.StrStack2 $SDCC.StrStack3 StrCpy $SDCC.StrStack3 $SDCC.StrStack4 !macroend !endif !define DebugMsg "!insertmacro MACRO_SDCC_DebugMsg" !macro MACRO_SDCC_DebugMsg MSG !ifdef SDCC.DEBUG MessageBox MB_OK "*** $SDCC.FunctionName: ${MSG} ***" !endif !macroend !define Function "!insertmacro MACRO_SDCC_Function" !macro MACRO_SDCC_Function NAME Function "${NAME}" !ifdef SDCC.DEBUG ${SDCC.PushStr} ${NAME} !endif !macroend !define FunctionEnd "!insertmacro MACRO_SDCC_FunctionEnd" !macro MACRO_SDCC_FunctionEnd !ifdef SDCC.DEBUG ${SDCC.PopStr} !endif FunctionEnd !macroend !define Section "!insertmacro MACRO_SDCC_Section" !macro MACRO_SDCC_Section NAME ID Section "${NAME}" "${ID}" !ifdef SDCC.DEBUG ${SDCC.PushStr} "${NAME}" !endif !macroend !define UnselectedSection "!insertmacro MACRO_SDCC_UnselectedSection" !macro MACRO_SDCC_UnselectedSection NAME ID Section /o ${NAME} ${ID} !ifdef SDCC.DEBUG ${SDCC.PushStr} "${NAME}" !endif !macroend !define SectionEnd "!insertmacro MACRO_SDCC_SectionEnd" !macro MACRO_SDCC_SectionEnd !ifdef SDCC.DEBUG ${SDCC.PopStr} !endif SectionEnd !macroend !define PRODUCT_NAME "SDCC" ; Version !ifdef VER_MAJOR & VER_MINOR & VER_REVISION & VER_BUILD !define PRODUCT_VERSION "${VER_MAJOR}.${VER_MINOR}.${VER_REVISION}" !else !define PRODUCT_VERSION "XX.XX" !endif SetCompressor /SOLID lzma !define SDCC_ROOT "." !define DEV_ROOT "${SDCC_ROOT}" !ifdef FULL_DOC !system "unix2dos ${SDCC_ROOT}\doc\ChangeLog.txt" = 0 !else !system "unix2dos ${SDCC_ROOT}\doc\ChangeLog_head.txt" = 0 !endif !system "unix2dos ${SDCC_ROOT}\doc\README.TXT" = 0 InstType "Full (Bin, ucSim, SDCDB, Doc, Lib, Src)" InstType "Medium (Bin, ucSim, SDCDB, Doc, Lib)" InstType "Compact (Bin, ucSim, SDCDB, Doc)" ;-------------------------------- ; Configuration !define PRODUCT_UNINST_KEY "Software\Microsoft\Windows\CurrentVersion\Uninstall\${PRODUCT_NAME}" !define UNINST_ROOT_KEY HKLM !define SDCC_ROOT_KEY HKLM ;-------------------------------- ; Header Files !include MUI2.nsh !include WordFunc.nsh !include StrFunc.nsh ${StrStr} ${UnStrStr} ;-------------------------------- ; Functions !ifdef VER_MAJOR & VER_MINOR & VER_REVISION & VER_BUILD !insertmacro VersionCompare !endif ;-------------------------------- ; Variables Var SDCC.PathToRemove ;-------------------------------- ; Configuration ; MUI Settings !define MUI_ABORTWARNING !define MUI_ICON ".\sdcc.ico" ; Welcome page !insertmacro MUI_PAGE_WELCOME ; License page !insertmacro MUI_PAGE_LICENSE "${SDCC_ROOT}\COPYING.txt" ; Uninstall/reinstall page !ifdef VER_MAJOR & VER_MINOR & VER_REVISION & VER_BUILD Page custom SDCC.PageReinstall SDCC.PageLeaveReinstall !endif ; StartMenu page !define MUI_STARTMENUPAGE_DEFAULTFOLDER ${PRODUCT_NAME} !define MUI_STARTMENUPAGE_REGISTRY_ROOT ${UNINST_ROOT_KEY} !define MUI_STARTMENUPAGE_REGISTRY_KEY "${PRODUCT_UNINST_KEY}" !define MUI_STARTMENUPAGE_REGISTRY_VALUENAME "NSIS:StartMenuDir" !define MUI_STARTMENUPAGE_NODISABLE Var MUI_STARTMENUPAGE_VARIABLE !insertmacro MUI_PAGE_STARTMENU Application $MUI_STARTMENUPAGE_VARIABLE ; Components page !define MUI_COMPONENTSPAGE_SMALLDESC !insertmacro MUI_PAGE_COMPONENTS ; Directory page !insertmacro MUI_PAGE_DIRECTORY ; Instfiles page !define MUI_PAGE_CUSTOMFUNCTION_LEAVE "SDCC.InstFilesLeave" !insertmacro MUI_PAGE_INSTFILES ${Function} SDCC.InstFilesLeave ; Remove old path if reinstallation ${If} $SDCC.PathToRemove != "" ${DebugMsg} "removing path $SDCC.PathToRemove" Push $SDCC.PathToRemove Call SDCC.RemoveFromPath ${EndIf} ${FunctionEnd} ; Finish page - add to path !define MUI_FINISHPAGE_TEXT "Confirm the checkbox if you want to add SDCC binary directory to the PATH environment variable" !define MUI_FINISHPAGE_SHOWREADME_TEXT "Add $INSTDIR\bin to the PATH" !define MUI_FINISHPAGE_SHOWREADME_FUNCTION SDCC.AddBinToPath !define MUI_FINISHPAGE_SHOWREADME !define MUI_FINISHPAGE_BUTTON "Next" !insertmacro MUI_PAGE_FINISH ; Finish page - reboot !insertmacro MUI_PAGE_FINISH ${Function} SDCC.AddBinToPath ; Add new path ${DebugMsg} "adding path $INSTDIR\bin" Push "$INSTDIR\bin" Call SDCC.AddToPath ${FunctionEnd} ; Uninstaller pages !insertmacro MUI_UNPAGE_CONFIRM !insertmacro MUI_UNPAGE_INSTFILES !insertmacro MUI_UNPAGE_FINISH ; Language files !insertmacro MUI_LANGUAGE "English" Name "${PRODUCT_NAME} ${PRODUCT_VERSION}" BrandingText "" OutFile "setup.exe" InstallDir "$PROGRAMFILES\SDCC" ;;;;ShowInstDetails show ;;;;ShowUnInstDetails show ${Function} .onInit ${DebugMsg} "Pre INSTDIR = $INSTDIR" !ifndef VER_MAJOR & VER_MINOR & VER_REVISION & VER_BUILD ; Old unistallation method ; Uninstall the old version, if present ReadRegStr $R0 ${UNINST_ROOT_KEY} "${PRODUCT_UNINST_KEY}" "UninstallString" StrCmp $R0 "" inst MessageBox MB_OKCANCEL|MB_ICONEXCLAMATION \ "$(^Name) is already installed. $\n$\nClick 'OK' to remove the \ previous version or 'Cancel' to cancel this upgrade." \ IDOK uninst Abort uninst: ; Run the uninstaller ClearErrors ExecWait '$R0' Goto done inst: ; Install the new version MessageBox MB_YESNO|MB_ICONQUESTION "This will install $(^Name). Do you wish to continue?" IDYES +2 Abort done: !else ; If the registry key exists it is an uninstallation or reinstallation: ; take the old installation directory Push $R0 ReadRegStr $R0 ${UNINST_ROOT_KEY} "${PRODUCT_UNINST_KEY}" "InstallLocation" ${IfNot} ${Errors} StrCpy $INSTDIR $R0 StrCpy $SDCC.PathToRemove "$INSTDIR\bin" ${EndIf} Pop $R0 !endif ${DebugMsg} "Post INSTDIR = $INSTDIR" ${FunctionEnd} ${Function} un.onInit ${DebugMsg} "Pre INSTDIR = $INSTDIR" Push $R0 ReadRegStr $R0 ${UNINST_ROOT_KEY} "${PRODUCT_UNINST_KEY}" "InstallLocation" ${IfNot} ${Errors} StrCpy $INSTDIR $R0 ${EndIf} Pop $R0 ${DebugMsg} "Post INSTDIR = $INSTDIR" ${FunctionEnd} ${Section} -Common SECCOMMON SetOutPath "$INSTDIR" File ".\sdcc.ico" File "${SDCC_ROOT}\COPYING.txt" File "${SDCC_ROOT}\COPYING3.txt" ${SectionEnd} ${Section} "SDCC application files" SEC01 SectionIn 1 2 3 RO SetOutPath "$INSTDIR\bin" File "${SDCC_ROOT}\bin\as-gbz80.exe" File "${SDCC_ROOT}\bin\as-hc08.exe" File "${SDCC_ROOT}\bin\as-z80.exe" File "${SDCC_ROOT}\bin\asx8051.exe" File "${SDCC_ROOT}\bin\aslink.exe" File "${SDCC_ROOT}\bin\asranlib.exe" File "${SDCC_ROOT}\bin\link-gbz80.exe" File "${SDCC_ROOT}\bin\link-hc08.exe" File "${SDCC_ROOT}\bin\link-z80.exe" File "${SDCC_ROOT}\bin\makebin.exe" File "${SDCC_ROOT}\bin\packihx.exe" File "${SDCC_ROOT}\bin\sdcc.exe" File "${SDCC_ROOT}\bin\sdcclib.exe" File "${SDCC_ROOT}\bin\sdcpp.exe" File "${SDCC_ROOT}\bin\readline5.dll" ${SectionEnd} ${Section} "ucSim application files" SEC02 SectionIn 1 2 3 SetOutPath "$INSTDIR\bin" File "${SDCC_ROOT}\bin\s51.exe" File "${SDCC_ROOT}\bin\savr.exe" File "${SDCC_ROOT}\bin\shc08.exe" File "${SDCC_ROOT}\bin\sz80.exe" ${SectionEnd} ${Section} "SDCDB files" SEC03 SectionIn 1 2 3 File "${SDCC_ROOT}\bin\sdcdb.exe" File "${SDCC_ROOT}\bin\sdcdb.el" File "${SDCC_ROOT}\bin\sdcdbsrc.el" ${SectionEnd} ${Section} "SDCC documentation" SEC04 SectionIn 1 2 3 SetOutPath "$INSTDIR\doc" !ifdef FULL_DOC File /r "${SDCC_ROOT}\doc\*" !else File "${SDCC_ROOT}\doc\ChangeLog_head.txt" File "${SDCC_ROOT}\doc\README.TXT" !endif ${SectionEnd} ${Section} "SDCC include files" SEC05 SectionIn 1 2 SetOutPath "$INSTDIR\include\asm\default" File "${DEV_ROOT}\include\asm\default\features.h" SetOutPath "$INSTDIR\include\asm\ds390" File "${DEV_ROOT}\include\asm\ds390\features.h" SetOutPath "$INSTDIR\include\asm\gbz80" File "${DEV_ROOT}\include\asm\gbz80\features.h" SetOutPath "$INSTDIR\include\asm\mcs51" File "${DEV_ROOT}\include\asm\mcs51\features.h" SetOutPath "$INSTDIR\include\asm\pic" File "${DEV_ROOT}\include\asm\pic\features.h" SetOutPath "$INSTDIR\include\asm\pic16" File "${DEV_ROOT}\include\asm\pic16\features.h" SetOutPath "$INSTDIR\include\asm\z80" File "${DEV_ROOT}\include\asm\z80\features.h" SetOutPath "$INSTDIR\include\hc08" File "${DEV_ROOT}\include\hc08\*.h" SetOutPath "$INSTDIR\include\mcs51" File "${DEV_ROOT}\include\mcs51\*.h" SetOutPath "$INSTDIR\include\pic" File "${DEV_ROOT}\include\pic\*.h" File "${DEV_ROOT}\include\pic\*.txt" File "${DEV_ROOT}\include\pic\*.inc" SetOutPath "$INSTDIR\include\pic16" File "${DEV_ROOT}\include\pic16\*.h" File "${DEV_ROOT}\include\pic16\*.txt" SetOutPath "$INSTDIR\include\z80" File "${DEV_ROOT}\include\z80\*.h" SetOutPath "$INSTDIR\include" File "${DEV_ROOT}\include\*.h" ${SectionEnd} ${Section} "SDCC DS390 library" SEC06 SectionIn 1 2 SetOutPath "$INSTDIR\lib\ds390" File "${DEV_ROOT}\lib\ds390\*.*" ${SectionEnd} ${Section} "SDCC DS400 library" SEC07 SectionIn 1 2 SetOutPath "$INSTDIR\lib\ds400" File "${DEV_ROOT}\lib\ds400\*.*" ${SectionEnd} ${Section} "SDCC GBZ80 library" SEC08 SectionIn 1 2 SetOutPath "$INSTDIR\lib\gbz80" File "${DEV_ROOT}\lib\gbz80\*.*" ${SectionEnd} ${Section} "SDCC Z80 library" SEC09 SectionIn 1 2 SetOutPath "$INSTDIR\lib\z80" File "${DEV_ROOT}\lib\z80\*.*" ${SectionEnd} ${Section} "SDCC small model library" SEC10 SectionIn 1 2 SetOutPath "$INSTDIR\lib\small" File "${DEV_ROOT}\lib\small\*.*" ${SectionEnd} ${Section} "SDCC medium model library" SEC11 SectionIn 1 2 SetOutPath "$INSTDIR\lib\medium" File "${DEV_ROOT}\lib\medium\*.*" ${SectionEnd} ${Section} "SDCC large model library" SEC12 SectionIn 1 2 SetOutPath "$INSTDIR\lib\large" File "${DEV_ROOT}\lib\large\*.*" ${SectionEnd} ${Section} "SDCC small-stack-auto model library" SEC13 SectionIn 1 2 SetOutPath "$INSTDIR\lib\small-stack-auto" File "${DEV_ROOT}\lib\small-stack-auto\*.*" ${SectionEnd} ${Section} "SDCC HC08 library" SEC14 SectionIn 1 2 SetOutPath "$INSTDIR\lib\hc08" File "${DEV_ROOT}\lib\hc08\*.*" ${SectionEnd} ${Section} "SDCC PIC16 library" SEC15 SectionIn 1 2 SetOutPath "$INSTDIR\lib\pic16" File "${DEV_ROOT}\lib\pic16\*.o" File "${DEV_ROOT}\lib\pic16\*.lib" ${SectionEnd} ${Section} "SDCC PIC library" SEC16 SectionIn 1 2 SetOutPath "$INSTDIR\lib\pic" File "${DEV_ROOT}\lib\pic\*.lib" ${SectionEnd} ${Section} "SDCC library sources" SEC17 SectionIn 1 SetOutPath "$INSTDIR\lib\src\ds390\examples" File "${DEV_ROOT}\lib\src\ds390\examples\MOVED" SetOutPath "$INSTDIR\lib\src\ds390" File "${DEV_ROOT}\lib\src\ds390\*.c" # File "${DEV_ROOT}\lib\src\ds390\Makefile" SetOutPath "$INSTDIR\lib\src\ds400" File "${DEV_ROOT}\lib\src\ds400\*.c" # File "${DEV_ROOT}\lib\src\ds400\Makefile" SetOutPath "$INSTDIR\lib\src\gbz80" File "${DEV_ROOT}\lib\src\gbz80\*.c" File "${DEV_ROOT}\lib\src\gbz80\*.s" # File "${DEV_ROOT}\lib\src\gbz80\Makefile" SetOutPath "$INSTDIR\lib\src\z80" File "${DEV_ROOT}\lib\src\z80\*.s" # File "${DEV_ROOT}\lib\src\z80\Makefile" SetOutPath "$INSTDIR\lib\src\hc08" File "${DEV_ROOT}\lib\src\hc08\*.c" # File "${DEV_ROOT}\lib\src\hc08\Makefile" SetOutPath "$INSTDIR\lib\src\mcs51" File "${DEV_ROOT}\lib\src\mcs51\*.asm" # File "${DEV_ROOT}\lib\src\mcs51\Makefile" SetOutPath "$INSTDIR\lib\src\small" # File "${DEV_ROOT}\lib\src\small\Makefile" SetOutPath "$INSTDIR\lib\src\medium" # File "${DEV_ROOT}\lib\src\medium\Makefile" SetOutPath "$INSTDIR\lib\src\large" # File "${DEV_ROOT}\lib\src\large\Makefile" SetOutPath "$INSTDIR\lib\src\pic" # File "${DEV_ROOT}\lib\src\pic\configure" # File "${DEV_ROOT}\lib\src\pic\configure.in" # File "${DEV_ROOT}\lib\src\pic\GPL" # File "${DEV_ROOT}\lib\src\pic\LGPL" # File "${DEV_ROOT}\lib\src\pic\Makefile" # File "${DEV_ROOT}\lib\src\pic\Makefile.common" # File "${DEV_ROOT}\lib\src\pic\Makefile.common.in" # File "${DEV_ROOT}\lib\src\pic\Makefile.rules" # File "${DEV_ROOT}\lib\src\pic\Makefile.subdir" # File "${DEV_ROOT}\lib\src\pic\NEWS" # File "${DEV_ROOT}\lib\src\pic\README" File "${DEV_ROOT}\lib\src\pic\TEMPLATE.c" File "${DEV_ROOT}\lib\src\pic\TEMPLATE.S" SetOutPath "$INSTDIR\lib\src\pic\libsdcc" File "${DEV_ROOT}\lib\src\pic\libsdcc\*.c" File "${DEV_ROOT}\lib\src\pic\libsdcc\*.S" File "${DEV_ROOT}\lib\src\pic\libsdcc\*.inc" # File "${DEV_ROOT}\lib\src\pic\libsdcc\Makefile" SetOutPath "$INSTDIR\lib\src\pic\libdev" File "${DEV_ROOT}\lib\src\pic\libdev\*.c" # File "${DEV_ROOT}\lib\src\pic\libdev\Makefile" SetOutPath "$INSTDIR\lib\src\pic\libm" File "${DEV_ROOT}\lib\src\pic\libm\*.c" SetOutPath "$INSTDIR\lib\src\pic16" # File "${DEV_ROOT}\lib\src\pic16\configure" # File "${DEV_ROOT}\lib\src\pic16\configure.in" # File "${DEV_ROOT}\lib\src\pic16\COPYING" # File "${DEV_ROOT}\lib\src\pic16\Makefile" # File "${DEV_ROOT}\lib\src\pic16\Makefile.common" # File "${DEV_ROOT}\lib\src\pic16\Makefile.common.in" # File "${DEV_ROOT}\lib\src\pic16\Makefile.rules" # File "${DEV_ROOT}\lib\src\pic16\Makefile.subdir" # File "${DEV_ROOT}\lib\src\pic16\pics.all" # File "${DEV_ROOT}\lib\src\pic16\pics.build" # File "${DEV_ROOT}\lib\src\pic16\README" SetOutPath "$INSTDIR\lib\src\pic16\debug" # File "${DEV_ROOT}\lib\src\pic16\debug\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\debug\gstack" # File "${DEV_ROOT}\lib\src\pic16\debug\gstack\Makefile" File "${DEV_ROOT}\lib\src\pic16\debug\gstack\*.c" SetOutPath "$INSTDIR\lib\src\pic16\libc" # File "${DEV_ROOT}\lib\src\pic16\libc\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libc\ctype" File "${DEV_ROOT}\lib\src\pic16\libc\ctype\*.c" # File "${DEV_ROOT}\lib\src\pic16\libc\ctype\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libc\delay" File "${DEV_ROOT}\lib\src\pic16\libc\delay\*.S" # File "${DEV_ROOT}\lib\src\pic16\libc\delay\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libc\stdio" File "${DEV_ROOT}\lib\src\pic16\libc\stdio\*.c" # File "${DEV_ROOT}\lib\src\pic16\libc\stdio\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libc\stdlib" File "${DEV_ROOT}\lib\src\pic16\libc\stdlib\*.c" File "${DEV_ROOT}\lib\src\pic16\libc\stdlib\*.S" # File "${DEV_ROOT}\lib\src\pic16\libc\stdlib\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libc\string" File "${DEV_ROOT}\lib\src\pic16\libc\string\*.c" # File "${DEV_ROOT}\lib\src\pic16\libc\string\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libc\utils" File "${DEV_ROOT}\lib\src\pic16\libc\utils\*.S" # File "${DEV_ROOT}\lib\src\pic16\libc\utils\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libdev" File "${DEV_ROOT}\lib\src\pic16\libdev\*.c" # File "${DEV_ROOT}\lib\src\pic16\libdev\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libio" File "${DEV_ROOT}\lib\src\pic16\libio\*.ignore" # File "${DEV_ROOT}\lib\src\pic16\libio\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libio\adc" File "${DEV_ROOT}\lib\src\pic16\libio\adc\*.c" # File "${DEV_ROOT}\lib\src\pic16\libio\adc\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libio\i2c" File "${DEV_ROOT}\lib\src\pic16\libio\i2c\*.c" # File "${DEV_ROOT}\lib\src\pic16\libio\i2c\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libio\usart" File "${DEV_ROOT}\lib\src\pic16\libio\usart\*.c" # File "${DEV_ROOT}\lib\src\pic16\libio\usart\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libm" File "${DEV_ROOT}\lib\src\pic16\libm\*.c" # File "${DEV_ROOT}\lib\src\pic16\libm\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libsdcc" # File "${DEV_ROOT}\lib\src\pic16\libsdcc\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libsdcc\char" File "${DEV_ROOT}\lib\src\pic16\libsdcc\char\*.c" # File "${DEV_ROOT}\lib\src\pic16\libsdcc\char\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libsdcc\fixed16x16" File "${DEV_ROOT}\lib\src\pic16\libsdcc\fixed16x16\*.c" File "${DEV_ROOT}\lib\src\pic16\libsdcc\fixed16x16\*.S" # File "${DEV_ROOT}\lib\src\pic16\libsdcc\fixed16x16\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libsdcc\float" File "${DEV_ROOT}\lib\src\pic16\libsdcc\float\*.c" # File "${DEV_ROOT}\lib\src\pic16\libsdcc\float\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libsdcc\gptr" File "${DEV_ROOT}\lib\src\pic16\libsdcc\gptr\*.c" # File "${DEV_ROOT}\lib\src\pic16\libsdcc\gptr\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libsdcc\int" File "${DEV_ROOT}\lib\src\pic16\libsdcc\int\*.c" # File "${DEV_ROOT}\lib\src\pic16\libsdcc\int\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libsdcc\long" File "${DEV_ROOT}\lib\src\pic16\libsdcc\long\*.c" # File "${DEV_ROOT}\lib\src\pic16\libsdcc\long\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libsdcc\lregs" File "${DEV_ROOT}\lib\src\pic16\libsdcc\lregs\*.c" # File "${DEV_ROOT}\lib\src\pic16\libsdcc\lregs\Makefile" SetOutPath "$INSTDIR\lib\src\pic16\libsdcc\stack" File "${DEV_ROOT}\lib\src\pic16\libsdcc\stack\*.S" SetOutPath "$INSTDIR\lib\src\pic16\startup" File "${DEV_ROOT}\lib\src\pic16\startup\*.c" # File "${DEV_ROOT}\lib\src\pic16\startup\Makefile" # File "${DEV_ROOT}\lib\src\pic16\startup\README" SetOutPath "$INSTDIR\lib\src" File "${DEV_ROOT}\lib\src\*.c" ${SectionEnd} ;-------------------------------- ;Descriptions ;Language strings LangString DESC_SEC01 ${LANG_ENGLISH} "SDCC application files" LangString DESC_SEC02 ${LANG_ENGLISH} "ucSim application files" LangString DESC_SEC03 ${LANG_ENGLISH} "SDCDB files" LangString DESC_SEC04 ${LANG_ENGLISH} "SDCC documentation" LangString DESC_SEC05 ${LANG_ENGLISH} "SDCC include files" LangString DESC_SEC06 ${LANG_ENGLISH} "SDCC DS390 library" LangString DESC_SEC07 ${LANG_ENGLISH} "SDCC DS400 library" LangString DESC_SEC08 ${LANG_ENGLISH} "SDCC GBZ80 library" LangString DESC_SEC09 ${LANG_ENGLISH} "SDCC Z80 library" LangString DESC_SEC10 ${LANG_ENGLISH} "SDCC small model library" LangString DESC_SEC11 ${LANG_ENGLISH} "SDCC medium model library" LangString DESC_SEC12 ${LANG_ENGLISH} "SDCC large model library" LangString DESC_SEC13 ${LANG_ENGLISH} "SDCC small-stack-auto model library" LangString DESC_SEC14 ${LANG_ENGLISH} "SDCC HC08 library" LangString DESC_SEC15 ${LANG_ENGLISH} "SDCC PIC16 library" LangString DESC_SEC16 ${LANG_ENGLISH} "SDCC PIC library" LangString DESC_SEC17 ${LANG_ENGLISH} "SDCC library sources" ;Assign language strings to sections !insertmacro MUI_FUNCTION_DESCRIPTION_BEGIN !insertmacro MUI_DESCRIPTION_TEXT ${SEC01} $(DESC_SEC01) !insertmacro MUI_DESCRIPTION_TEXT ${SEC02} $(DESC_SEC02) !insertmacro MUI_DESCRIPTION_TEXT ${SEC03} $(DESC_SEC03) !insertmacro MUI_DESCRIPTION_TEXT ${SEC04} $(DESC_SEC04) !insertmacro MUI_DESCRIPTION_TEXT ${SEC05} $(DESC_SEC05) !insertmacro MUI_DESCRIPTION_TEXT ${SEC06} $(DESC_SEC06) !insertmacro MUI_DESCRIPTION_TEXT ${SEC07} $(DESC_SEC07) !insertmacro MUI_DESCRIPTION_TEXT ${SEC08} $(DESC_SEC08) !insertmacro MUI_DESCRIPTION_TEXT ${SEC09} $(DESC_SEC09) !insertmacro MUI_DESCRIPTION_TEXT ${SEC10} $(DESC_SEC10) !insertmacro MUI_DESCRIPTION_TEXT ${SEC11} $(DESC_SEC11) !insertmacro MUI_DESCRIPTION_TEXT ${SEC12} $(DESC_SEC12) !insertmacro MUI_DESCRIPTION_TEXT ${SEC13} $(DESC_SEC13) !insertmacro MUI_DESCRIPTION_TEXT ${SEC14} $(DESC_SEC14) !insertmacro MUI_DESCRIPTION_TEXT ${SEC15} $(DESC_SEC15) !insertmacro MUI_DESCRIPTION_TEXT ${SEC16} $(DESC_SEC16) !insertmacro MUI_DESCRIPTION_TEXT ${SEC17} $(DESC_SEC17) !insertmacro MUI_FUNCTION_DESCRIPTION_END ;-------------------------------- ${Section} -Icons SECICONS !insertmacro MUI_STARTMENU_WRITE_BEGIN Application CreateDirectory "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE" CreateShortCut "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\Uninstall SDCC.lnk" "$INSTDIR\uninstall.exe" !ifdef FULL_DOC CreateShortCut "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\Documentation.lnk" "$INSTDIR\doc\sdccman.pdf" "" "$INSTDIR\sdcc.ico" "" "" "" "" CreateShortCut "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\README.lnk" "$INSTDIR\doc\README.TXT" "" "$INSTDIR\sdcc.ico" "" "" "" "" CreateShortCut "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\Change Log.lnk" "$INSTDIR\doc\ChangeLog.txt" "" "$INSTDIR\sdcc.ico" "" "" "" "" !else CreateShortCut "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\Documentation.lnk" "$INSTDIR\doc\README.TXT" "" "$INSTDIR\sdcc.ico" "" "" "" "" CreateShortCut "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\Change Log.lnk" "$INSTDIR\doc\ChangeLog_head.txt" "" "$INSTDIR\sdcc.ico" "" "" "" "" !endif CreateShortCut "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\GPL 2 License.lnk" "$INSTDIR\COPYING.txt" !insertmacro MUI_STARTMENU_WRITE_END ${SectionEnd} ${Section} -INI SECINI WriteIniStr "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\SDCC on the Web.url" "InternetShortcut" "URL" "http://sdcc.sourceforge.net/" !ifdef FULL_DOC WriteIniStr "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\Latest Changes.url" "InternetShortcut" "URL" "http://sdcc.svn.sourceforge.net/svnroot/sdcc/trunk/sdcc/ChangeLog" !endif ${SectionEnd} ${Section} -PostInstall SECPOSTINSTALL WriteRegStr ${SDCC_ROOT_KEY} "Software\${PRODUCT_NAME}" "" $INSTDIR !ifdef VER_MAJOR & VER_MINOR & VER_REVISION & VER_BUILD WriteRegDword ${SDCC_ROOT_KEY} "Software\${PRODUCT_NAME}" "VersionMajor" "${VER_MAJOR}" WriteRegDword ${SDCC_ROOT_KEY} "Software\${PRODUCT_NAME}" "VersionMinor" "${VER_MINOR}" WriteRegDword ${SDCC_ROOT_KEY} "Software\${PRODUCT_NAME}" "VersionRevision" "${VER_REVISION}" WriteRegDword ${SDCC_ROOT_KEY} "Software\${PRODUCT_NAME}" "VersionBuild" "${VER_BUILD}" !endif WriteRegExpandStr ${UNINST_ROOT_KEY} "${PRODUCT_UNINST_KEY}" "UninstallString" "$INSTDIR\uninstall.exe" WriteRegExpandStr ${UNINST_ROOT_KEY} "${PRODUCT_UNINST_KEY}" "InstallLocation" "$INSTDIR" WriteRegStr ${UNINST_ROOT_KEY} "${PRODUCT_UNINST_KEY}" "DisplayName" "${PRODUCT_NAME}" WriteRegStr ${UNINST_ROOT_KEY} "${PRODUCT_UNINST_KEY}" "Publisher" "sdcc.sourceforge.net" WriteRegStr ${UNINST_ROOT_KEY} "${PRODUCT_UNINST_KEY}" "URLInfoAbout" "http://sdcc.sourceforge.net/" WriteRegStr ${UNINST_ROOT_KEY} "${PRODUCT_UNINST_KEY}" "HelpLink" "http://sdcc.sourceforge.net/" WriteRegStr ${UNINST_ROOT_KEY} "${PRODUCT_UNINST_KEY}" "URLUpdateInfo" "http://sdcc.sourceforge.net/" WriteUninstaller "$INSTDIR\uninstall.exe" ${SectionEnd} ;;;; Uninstaller code ;;;; ${Section} Uninstall SECUNINSTALL !insertmacro MUI_STARTMENU_GETFOLDER Application $MUI_STARTMENUPAGE_VARIABLE ${DebugMsg} "removing path $INSTDIR\bin" Push "$INSTDIR\bin" Call un.SDCC.RemoveFromPath ; Clean the registry DeleteRegKey ${UNINST_ROOT_KEY} "${PRODUCT_UNINST_KEY}" DeleteRegKey ${SDCC_ROOT_KEY} "Software\${PRODUCT_NAME}" Delete "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\GPL 2 License.lnk" Delete "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\Change Log.lnk" !ifdef FULL_DOC Delete "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\Latest Changes.url" Delete "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\README.lnk" !endif Delete "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\Documentation.lnk" Delete "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\Uninstall SDCC.lnk" Delete "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE\SDCC on the Web.url" RMDir "$SMPROGRAMS\$MUI_STARTMENUPAGE_VARIABLE" Delete "$INSTDIR\lib\src\large\Makefile" Delete "$INSTDIR\lib\src\medium\Makefile" Delete "$INSTDIR\lib\src\small\Makefile" Delete "$INSTDIR\lib\src\mcs51\*.asm" Delete "$INSTDIR\lib\src\mcs51\Makefile" Delete "$INSTDIR\lib\src\mcs51\README" Delete "$INSTDIR\lib\src\hc08\*.c" Delete "$INSTDIR\lib\src\hc08\hc08.lib" Delete "$INSTDIR\lib\src\hc08\Makefile" Delete "$INSTDIR\lib\src\z80\*.s" Delete "$INSTDIR\lib\src\z80\z80.lib" Delete "$INSTDIR\lib\src\z80\README" Delete "$INSTDIR\lib\src\z80\Makefile" Delete "$INSTDIR\lib\src\gbz80\*.c" Delete "$INSTDIR\lib\src\gbz80\*.s" Delete "$INSTDIR\lib\src\gbz80\gbz80.lib" Delete "$INSTDIR\lib\src\gbz80\README" Delete "$INSTDIR\lib\src\gbz80\Makefile" Delete "$INSTDIR\lib\src\ds390\*.c" Delete "$INSTDIR\lib\src\ds390\libds390.lib" Delete "$INSTDIR\lib\src\ds390\Makefile.dep" Delete "$INSTDIR\lib\src\ds390\Makefile" Delete "$INSTDIR\lib\src\ds390\examples\MOVED" Delete "$INSTDIR\lib\src\ds400\*.c" Delete "$INSTDIR\lib\src\ds400\libds400.lib" Delete "$INSTDIR\lib\src\ds400\Makefile.dep" Delete "$INSTDIR\lib\src\ds400\Makefile" Delete "$INSTDIR\lib\src\*.c" Delete "$INSTDIR\lib\pic\*.lib" Delete "$INSTDIR\lib\pic16\*.o" Delete "$INSTDIR\lib\pic16\*.lib" Delete "$INSTDIR\lib\hc08\*.lib" Delete "$INSTDIR\lib\z80\*.o" Delete "$INSTDIR\lib\z80\*.lib" Delete "$INSTDIR\lib\small\*.lib" Delete "$INSTDIR\lib\medium\*.lib" Delete "$INSTDIR\lib\large\*.lib" Delete "$INSTDIR\lib\small-stack-auto\*.lib" Delete "$INSTDIR\lib\gbz80\*.lib" Delete "$INSTDIR\lib\ds390\*.lib" Delete "$INSTDIR\lib\ds400\*.lib" Delete "$INSTDIR\include\asm\z80\*.h" Delete "$INSTDIR\include\asm\pic16\*.h" Delete "$INSTDIR\include\asm\pic\*.h" Delete "$INSTDIR\include\asm\mcs51\*.h" Delete "$INSTDIR\include\asm\gbz80\*.h" Delete "$INSTDIR\include\asm\ds390\*.h" Delete "$INSTDIR\include\asm\default\*.h" Delete "$INSTDIR\include\z80\*.h" Delete "$INSTDIR\include\pic\*.h" Delete "$INSTDIR\include\pic\*.txt" Delete "$INSTDIR\include\pic\*.inc" Delete "$INSTDIR\include\pic16\*.h" Delete "$INSTDIR\include\pic16\*.txt" Delete "$INSTDIR\include\mcs51\*.h" Delete "$INSTDIR\include\hc08\*.h" Delete "$INSTDIR\include\*.h" !ifndef FULL_DOC Delete "$INSTDIR\doc\README.TXT" Delete "$INSTDIR\doc\ChangeLog_head.txt" !endif Delete "$INSTDIR\bin\as-gbz80.exe" Delete "$INSTDIR\bin\as-hc08.exe" Delete "$INSTDIR\bin\as-z80.exe" Delete "$INSTDIR\bin\asx8051.exe" Delete "$INSTDIR\bin\aslink.exe" Delete "$INSTDIR\bin\asranlib.exe" Delete "$INSTDIR\bin\link-gbz80.exe" Delete "$INSTDIR\bin\link-hc08.exe" Delete "$INSTDIR\bin\link-z80.exe" Delete "$INSTDIR\bin\makebin.exe" Delete "$INSTDIR\bin\packihx.exe" Delete "$INSTDIR\bin\sdcc.exe" Delete "$INSTDIR\bin\sdcclib.exe" Delete "$INSTDIR\bin\sdcpp.exe" Delete "$INSTDIR\bin\readline5.dll" Delete "$INSTDIR\bin\s51.exe" Delete "$INSTDIR\bin\savr.exe" Delete "$INSTDIR\bin\shc08.exe" Delete "$INSTDIR\bin\sz80.exe" Delete "$INSTDIR\bin\sdcdb.exe" Delete "$INSTDIR\bin\sdcdb.el" Delete "$INSTDIR\bin\sdcdbsrc.el" Delete "$INSTDIR\COPYING.txt" Delete "$INSTDIR\COPYING3.txt" Delete "$INSTDIR\sdcc.ico" Delete "$INSTDIR\uninstall.exe" RMDir /r "$INSTDIR\lib\src\pic" RMDir /r "$INSTDIR\lib\src\pic16" RMDir "$INSTDIR\lib\src\small" RMDir "$INSTDIR\lib\src\medium" RMDir "$INSTDIR\lib\src\large" RMDir "$INSTDIR\lib\src\mcs51" RMDir "$INSTDIR\lib\src\z80" RMDir "$INSTDIR\lib\src\gbz80" RMDir "$INSTDIR\lib\src\ds390\examples" RMDir "$INSTDIR\lib\src\ds390" RMDir "$INSTDIR\lib\src\ds400" RMDir "$INSTDIR\lib\src\hc08" RMDir "$INSTDIR\lib\src" RMDir "$INSTDIR\lib\pic" RMDir "$INSTDIR\lib\pic16" RMDir "$INSTDIR\lib\z80" RMDir "$INSTDIR\lib\small" RMDir "$INSTDIR\lib\medium" RMDir "$INSTDIR\lib\large" RMDir "$INSTDIR\lib\small-stack-auto" RMDir "$INSTDIR\lib\gbz80" RMDir "$INSTDIR\lib\ds390" RMDir "$INSTDIR\lib\ds400" RMDir "$INSTDIR\lib\hc08" RMDir "$INSTDIR\lib" RMDir "$INSTDIR\include\asm\z80" RMDir "$INSTDIR\include\asm\pic16" RMDir "$INSTDIR\include\asm\pic" RMDir "$INSTDIR\include\asm\mcs51" RMDir "$INSTDIR\include\asm\gbz80" RMDir "$INSTDIR\include\asm\ds390" RMDir "$INSTDIR\include\asm\default" RMDir "$INSTDIR\include\asm" RMDir "$INSTDIR\include\z80" RMDir "$INSTDIR\include\pic" RMDir "$INSTDIR\include\pic16" RMDir "$INSTDIR\include\mcs51" RMDir "$INSTDIR\include\hc08" RMDir "$INSTDIR\include" !ifdef FULL_DOC RMDir /r "$INSTDIR\doc" !else RMDir "$INSTDIR\doc" !endif RMDir "$INSTDIR\bin" RMDir "$INSTDIR" ;;;; SetAutoClose true ${SectionEnd} ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ; Path Manipulation functions ; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; !verbose 3 !include "WinMessages.nsh" !verbose 4 ; AddToPath - Adds the given dir to the search path. ; Input - head of the stack ; Note - Win9x systems requires reboot ${Function} SDCC.AddToPath Exch $0 Push $1 Push $2 Push $3 Push $4 ; don't add if the path doesn't exist ${If} ${FileExists} $0 Call SDCC.IsNT Pop $4 ${If} $4 != 1 ; Not on NT: read PATH from environment variable ReadEnvStr $1 PATH ${Else} ; On NT: read PATH from registry ReadRegStr $1 HKCU "Environment" "PATH" ${EndIf} ${StrStr} $2 "$1;" "$0;" ${If} $2 == "" ${StrStr} $2 "$1;" "$0\;" ${If} $2 == "" GetFullPathName /SHORT $3 $0 ${StrStr} $2 "$1;" "$3;" ${If} $2 == "" ${StrStr} $2 "$1;" "$03\;" ${If} $2 == "" ${If} $4 != 1 ; Not on NT StrCpy $1 $WINDIR 2 FileOpen $1 "$1\autoexec.bat" a FileSeek $1 -1 END FileReadByte $1 $2 ${If} $2 = 26 ; DOS EOF FileSeek $1 -1 END ; write over EOF ${Endif} ${DebugMsg} "adding line $\r$\nSET PATH=%PATH%;$3$\r$\n" FileWrite $1 "$\r$\nSET PATH=%PATH%;$3$\r$\n" FileClose $1 ${DebugMsg} "SetRebootFlag true" SetRebootFlag true ${Else} ;System PATH variable is at: ;HKLM "/SYSTEM/CurrentControlSet/Control/Session Manager/Environment" "Path" ReadRegStr $1 HKCU "Environment" "PATH" StrCpy $2 $1 1 -1 ; copy last char ${If} $2 == ";" ; if last char == ; StrCpy $1 $1 -1 ; remove last char ${Endif} ${If} $1 != "" StrCpy $0 "$1;$0" ${Endif} WriteRegExpandStr HKCU "Environment" "PATH" $0 SendMessage ${HWND_BROADCAST} ${WM_WININICHANGE} 0 "STR:Environment" /TIMEOUT=5000 ${Endif} ${Endif} ${Endif} ${Endif} ${Endif} ${EndIf} Pop $4 Pop $3 Pop $2 Pop $1 Pop $0 ${FunctionEnd} ; RemoveFromPath - Remove a given dir from the path ; Input: head of the stack !macro SDCC.RemoveFromPath un ${Function} ${un}SDCC.RemoveFromPath Exch $0 Push $1 Push $2 Push $3 Push $4 Push $5 Push $6 IntFmt $6 "%c" 26 ; DOS EOF Call ${un}SDCC.IsNT Pop $1 ${If} $1 != 1 ; Not on NT StrCpy $1 $WINDIR 2 FileOpen $1 "$1\autoexec.bat" r GetTempFileName $4 FileOpen $2 $4 w GetFullPathName /SHORT $0 $0 StrCpy $0 "SET PATH=%PATH%;$0" nextLine: ; copy all lines except the line containing "SET PATH=%PATH%;$0" ; from autoexec.bat to the temporary file ClearErrors FileRead $1 $3 ${IfNot} ${Errors} StrCpy $5 $3 1 -1 ; read last char ${If} $5 == $6 ; if DOS EOF StrCpy $3 $3 -1 ; remove DOS EOF so we can compare ${EndIf} ${If} $3 != "$0$\r$\n" ${AndIf} $3 != "$0$\n" ${AndIf} $3 != "$0" FileWrite $2 $3 Goto nextLine ${Else} ; This is the line I'm looking for: ; don't copy it ${DebugMsg} "removing line $0" ${DebugMsg} "SetRebootFlag true" SetRebootFlag true Goto nextLine ${EndIf} ${EndIf} FileClose $2 FileClose $1 StrCpy $1 $WINDIR 2 Delete "$1\autoexec.bat" CopyFiles /SILENT $4 "$1\autoexec.bat" Delete $4 ${Else} ;System PATH variable is at: ;HKLM "/SYSTEM/CurrentControlSet/Control/Session Manager/Environment" "Path" ReadRegStr $1 HKCU "Environment" "PATH" StrCpy $5 $1 1 -1 ; copy last char ${If} $5 != ";" ; if last char != ; StrCpy $1 "$1;" ; append ; ${EndIf} Push $1 Push "$0;" Call ${un}StrStr ; Find `$0;` in $1 Pop $2 ; pos of our dir ${If} $2 != "" ; it is in path: ; $0 - path to add ; $1 - path var StrLen $3 "$0;" StrLen $4 $2 StrCpy $5 $1 -$4 ; $5 is now the part before the path to remove StrCpy $6 $2 "" $3 ; $6 is now the part after the path to remove StrCpy $3 $5$6 StrCpy $5 $3 1 -1 ; copy last char ${If} $5 == ";" ; if last char == ; StrCpy $3 $3 -1 ; remove last char ${EndIf} ${If} $3 != "" ; New PATH not empty: update the registry WriteRegExpandStr HKCU "Environment" "PATH" $3 ${Else} ; New PATH empty: remove from the registry DeleteRegValue HKCU "Environment" "PATH" ${EndIf} SendMessage ${HWND_BROADCAST} ${WM_WININICHANGE} 0 "STR:Environment" /TIMEOUT=5000 ${Endif} ${Endif} Pop $6 Pop $5 Pop $4 Pop $3 Pop $2 Pop $1 Pop $0 ${FunctionEnd} !macroend !insertmacro SDCC.RemoveFromPath "" !insertmacro SDCC.RemoveFromPath "un." ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ; Utility Functions ; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ; IsNT ; no input ; output, top of the stack = 1 if NT or 0 if not ; ; Usage: ; Call IsNT ; Pop $R0 ; ($R0 at this point is 1 or 0) !macro SDCC.IsNT un ${Function} ${un}SDCC.IsNT Push $R0 ReadRegStr $R0 HKLM "SOFTWARE\Microsoft\Windows NT\CurrentVersion" CurrentVersion ${If} $R0 == "" ; we are not NT. Pop $R0 Push 0 ${Else} ; NT!!! Pop $R0 Push 1 ${EndIf} ${FunctionEnd} !macroend !insertmacro SDCC.IsNT "" !insertmacro SDCC.IsNT "un." ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ; Uninstall/Reinstall page functions ; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; !ifdef VER_MAJOR & VER_MINOR & VER_REVISION & VER_BUILD Var ReinstallPageCheck ${Function} SDCC.PageReinstall ReadRegStr $R0 ${SDCC_ROOT_KEY} "Software\${PRODUCT_NAME}" "" ${If} $R0 == "" ReadRegStr $R0 ${UNINST_ROOT_KEY} "${PRODUCT_UNINST_KEY}" "UninstallString" ${If} $R0 == "" Abort ${EndIf} ${EndIf} ReadRegDWORD $R0 ${SDCC_ROOT_KEY} "Software\${PRODUCT_NAME}" "VersionMajor" ReadRegDWORD $R1 ${SDCC_ROOT_KEY} "Software\${PRODUCT_NAME}" "VersionMinor" ReadRegDWORD $R2 ${SDCC_ROOT_KEY} "Software\${PRODUCT_NAME}" "VersionRevision" ReadRegDWORD $R3 ${SDCC_ROOT_KEY} "Software\${PRODUCT_NAME}" "VersionBuild" StrCpy $R0 $R0.$R1.$R2.$R3 ${VersionCompare} ${VER_MAJOR}.${VER_MINOR}.${VER_REVISION}.${VER_BUILD} $R0 $R0 ${If} $R0 == 0 StrCpy $R1 "${PRODUCT_NAME} ${PRODUCT_VERSION} is already installed. Select the operation you want to perform and click Next to continue." StrCpy $R2 "Add/Reinstall components" StrCpy $R3 "Uninstall ${PRODUCT_NAME}" !insertmacro MUI_HEADER_TEXT "Already Installed" "Choose the maintenance option to perform." StrCpy $R0 "2" ${ElseIf} $R0 == 1 StrCpy $R1 "An older version of ${PRODUCT_NAME} is installed on your system. It's recommended that you uninstall the current version before installing. Select the operation you want to perform and click Next to continue." StrCpy $R2 "Uninstall before installing" StrCpy $R3 "Do not uninstall" !insertmacro MUI_HEADER_TEXT "Already Installed" "Choose how you want to install ${PRODUCT_NAME}." StrCpy $R0 "1" ${ElseIf} $R0 == 2 StrCpy $R1 "A newer version of ${PRODUCT_NAME} is already installed! It is not recommended that you install an older version. If you really want to install this older version, it's better to uninstall the current version first. Select the operation you want to perform and click Next to continue." StrCpy $R2 "Uninstall before installing" StrCpy $R3 "Do not uninstall" !insertmacro MUI_HEADER_TEXT "Already Installed" "Choose how you want to install ${PRODUCT_NAME}." StrCpy $R0 "1" ${Else} Abort ${EndIf} nsDialogs::Create /NOUNLOAD 1018 ${NSD_CreateLabel} 0 0 100% 24u $R1 Pop $R1 ${NSD_CreateRadioButton} 30u 50u -30u 8u $R2 Pop $R2 ${NSD_OnClick} $R2 SDCC.PageReinstallUpdateSelection ${NSD_CreateRadioButton} 30u 70u -30u 8u $R3 Pop $R3 ${NSD_OnClick} $R3 SDCC.PageReinstallUpdateSelection ${If} $ReinstallPageCheck != 2 SendMessage $R2 ${BM_SETCHECK} ${BST_CHECKED} 0 ${Else} SendMessage $R3 ${BM_SETCHECK} ${BST_CHECKED} 0 ${EndIf} nsDialogs::Show ${FunctionEnd} ${Function} SDCC.PageReinstallUpdateSelection Pop $R1 ${NSD_GetState} $R2 $R1 ${If} $R1 == ${BST_CHECKED} StrCpy $ReinstallPageCheck 1 ${Else} StrCpy $ReinstallPageCheck 2 ${EndIf} ${FunctionEnd} ${Function} SDCC.PageLeaveReinstall ${NSD_GetState} $R2 $R1 ${DebugMsg} "R0 = $R0, R1 = $R1, R2 = $R2" ${If} $R0 == "1" ${AndIf} $R1 != "1" Goto reinst_done ${EndIf} ${If} $R0 == "2" ${AndIf} $R1 == 1 Goto reinst_done ${EndIf} ReadRegStr $R1 ${UNINST_ROOT_KEY} "${PRODUCT_UNINST_KEY}" "UninstallString" ;Run uninstaller HideWindow ${If} $R0 == "2" ; Uninstall only: uninstaller should be removed ClearErrors ; ExecWait doesn't wait if _?=$INSTDIR is not defined! ExecWait '$R1' Quit ${Else} ; Uninstal & Reinstall: uninstaller will be rewritten ClearErrors ; ExecWait doesn't wait if _?=$INSTDIR is not defined! ExecWait '$R1 _?=$INSTDIR' ${EndIf} BringToFront reinst_done: ${FunctionEnd} !endif # VER_MAJOR & VER_MINOR & VER_REVISION & VER_BUILD sdcc-2.9.0/support/scripts/sdcc_cygwin_mingw32000077500000000000000000000004731116427777700214600ustar00rootroot00000000000000#!/bin/sh # Script to "cross" compile with mingw32 under Cygwin ./configure -C \ --prefix="/sdcc" \ --datarootdir="/sdcc" \ docdir="\${datarootdir}/doc" \ include_dir_suffix="include" \ lib_dir_suffix="lib" \ sdccconf_h_dir_separator="\\\\" \ CC="gcc -mno-cygwin" \ CXX="g++ -mno-cygwin" make 2>&1 | tee make.log sdcc-2.9.0/support/scripts/sdcc_mingw32000077500000000000000000000010431116427777700200720ustar00rootroot00000000000000#!/bin/sh # Script to crosscompile with mingw32 TOOLSPREFIX=/usr/local/cross-tools/i386-mingw32msvc/bin export CC=$TOOLSPREFIX/gcc export CXX=$TOOLSPREFIX/g++ export RANLIB=$TOOLSPREFIX/ranlib export STRIP=$TOOLSPREFIX/strip export SDCCCONFIGUREFLAGS=" \ --prefix=/sdcc \ --datarootdir=/sdcc \ docdir=\${datarootdir}/doc \ include_dir_suffix=include \ lib_dir_suffix=lib \ sdccconf_h_dir_separator=\\\\ \ --disable-device-lib \ --host=i586-mingw32msvc --build=unknown-unknown-linux-gnu" ./configure $SDCCCONFIGUREFLAGS make 2>&1 | tee make.log sdcc-2.9.0/support/scripts/winres.h000066400000000000000000000021101116427777700173360ustar00rootroot00000000000000// This is a part of the Microsoft Foundation Classes C++ library. // Copyright (C) Microsoft Corporation // All rights reserved. // // This source code is only intended as a supplement to the // Microsoft Foundation Classes Reference and related // electronic documentation provided with the library. // See these sources for detailed information regarding the // Microsoft Foundation Classes product. // winres.h - Windows resource definitions // extracted from WINUSER.H and COMMCTRL.H #ifdef _AFX_MINREBUILD #pragma component(minrebuild, off) #endif #define VS_VERSION_INFO 1 #ifdef APSTUDIO_INVOKED #define APSTUDIO_HIDDEN_SYMBOLS // Ignore following symbols #endif #ifndef WINVER #define WINVER 0x0500 // default to Windows Version 4.0 #endif #include // operation messages sent to DLGINIT #define LB_ADDSTRING (WM_USER+1) #define CB_ADDSTRING (WM_USER+3) #ifdef APSTUDIO_INVOKED #undef APSTUDIO_HIDDEN_SYMBOLS #endif #ifdef IDC_STATIC #undef IDC_STATIC #endif #define IDC_STATIC (-1) #ifdef _AFX_MINREBUILD #pragma component(minrebuild, on) #endif sdcc-2.9.0/support/tests/000077500000000000000000000000001116427777700153375ustar00rootroot00000000000000sdcc-2.9.0/support/tests/dhrystone/000077500000000000000000000000001116427777700173565ustar00rootroot00000000000000sdcc-2.9.0/support/tests/dhrystone/Makefile000066400000000000000000000011071116427777700210150ustar00rootroot00000000000000# Simple Makefile for dhrystone and sdcc TOPDIR = ../../.. PROC = z80 CC = $(TOPDIR)/bin/sdcc # -DNOENUM is here to make the results more predictable CFLAGS += -DREG= -DNOSTRUCTASSIGN -DNOENUM -V -m$(PROC) --profile --dumpall --stack-auto OBJ = dhry.o all: dhry.bin dhry.ihx: dhry.c $(CC) $(CFLAGS) dhry.c dhry.gb: dhry.c $(CC) $(CFLAGS) dhry.c dhry.c: dhry.h dhry.bin: dhry.ihx cat $< | $(TOPDIR)/bin/makebin > $@ native: gcc -g -O2 -DREG= -DNOSTRUCTASSIGN -DNOENUM -o dhry dhry.c clean: rm -f *~ dhry *.o *.gb *.ihx *.rel *.dump* *.lst *.sym *.map *.asm *.bin *.gb sdcc-2.9.0/support/tests/dhrystone/dhry.c000066400000000000000000000441511116427777700204750ustar00rootroot00000000000000/** Sanatised version of the dhrystone-2.1 test. Modifications Michael Hope This is derrived from the dhrystone-2.1.tar.gz tarball available all over the net. I sourced it from the Red Hat src rpm. Modifications: * Made it more ANSI compliant. * Changed any array function arguments to pointers to make my compiler work. * Removed malloc's for a couple of static arrays. * Into one file. * Proc_8 is a bit messy. It originally took a 2 dim array, but sdcc doesnt support this. So the offsets are hard coded... Notes: * The comment at the start of Func_1 about the input being H, R on the first call is wrong - Func_1 is first called from Func_2 where the input is R, Y. The test still succeeds. References: * http://www.netlib.org/performance/html/dhry.intro.html * http://www.netlib.org/performance/html/dhry.data.col0.html I couldnt find a copyright in the original - the most relevent part follows: A SPECIAL THANKS I didn't write the DHRYSTONE benchmark. Rheinhold Weicker did. He has certainly provided us with a useful tool for benchmarking, and is to be congratulated. Rick Richardson PC Research, Inc. (201) 389-8963 (9-17 EST) (201) 542-3734 (7-9,17-24 EST) ...!uunet!pcrat!rick (normal mail) ...!uunet!pcrat!dry2 (results only) */ #define NOENUM 1 #define NOSTRUCTASSIGN 1 #define REG #include "dhry.h" #include /** For printf */ #include #if defined(SDCC_ds390) #include #define clock() ClockTicks() #define CLOCKS_PER_SEC 1000 #define memcpy(d,s,l) memcpyx(d,s,l) # if defined(SDCC_ds400) # include # endif #elif defined(__z80) || defined(__gbz80) unsigned int _clock(void); #define clock _clock #define CLOCKS_PER_SEC 100 #else /** For clock() */ #include #include #endif /** Set to one to print more messages about expected values etc. */ #define DEBUG 0 #if DEBUG #define DPRINTF(_a) printf _a #else #define DPRINTF(_a) #endif Rec_Pointer Ptr_Glob, Next_Ptr_Glob; int Int_Glob; Boolean Bool_Glob; char Ch_1_Glob, Ch_2_Glob; int Arr_1_Glob [50]; int Arr_2_Glob [50] [50]; /* Used instead of malloc() */ static Rec_Type _r[2]; void mark(void) { } void Proc_1 (REG Rec_Pointer Ptr_Val_Par); void Proc_2 (One_Fifty *Int_Par_Ref); void Proc_5 (void); void Proc_4 (void); void Proc_7 (One_Fifty Int_1_Par_Val, One_Fifty Int_2_Par_Val, One_Fifty *Int_Par_Ref); void Proc_8 (int *Arr_1_Par_Ref, int *Arr_2_Par_Ref, int Int_1_Par_Val, int Int_2_Par_Val); void Proc_6 (Enumeration Enum_Val_Par, Enumeration *Enum_Ref_Par); void Proc_3 (Rec_Pointer *Ptr_Ref_Par); Enumeration Func_1 (Capital_Letter Ch_1_Par_Val, Capital_Letter Ch_2_Par_Val); Boolean Func_2 (char *Str_1_Par_Ref, char *Str_2_Par_Ref); Boolean Func_3 (Enumeration Enum_Par_Val); unsigned getsp(void); void main(void) { One_Fifty Int_1_Loc; REG One_Fifty Int_2_Loc; One_Fifty Int_3_Loc; REG Capital_Letter Ch_Index; Enumeration Enum_Loc; Str_30 Str_1_Loc; Str_30 Str_2_Loc; REG int Run_Index; REG int Number_Of_Runs; unsigned long runTime; #if defined(SDCC_ds400) // Intialize the ROM. if (romInit(1, SPEED_2X)) { // We're hosed. romInit will have printed an error, nothing more to do. return; } #endif printf("[dhry]\n"); Next_Ptr_Glob = &_r[0]; Ptr_Glob = &_r[1]; Ptr_Glob->Ptr_Comp = Next_Ptr_Glob; Ptr_Glob->Discr = Ident_1; Ptr_Glob->variant.var_1.Enum_Comp = Ident_3; Ptr_Glob->variant.var_1.Int_Comp = 40; strcpy(Ptr_Glob->variant.var_1.Str_Comp, "DHRYSTONE PROGRAM, SOME STRING"); strcpy (Str_1_Loc, "DHRYSTONE PROGRAM, 1'ST STRING"); Arr_2_Glob [8][7] = 10; /* Was missing in published program. Without this statement, */ /* Arr_2_Glob [8][7] would have an undefined value. */ /* Warning: With 16-Bit processors and Number_Of_Runs > 32000, */ /* overflow may occur for this array element. */ /* 32766 is the highest value for a 16 bitter */ #if DEBUG Number_Of_Runs = 1; #else #if defined(SDCC_ds400) Number_Of_Runs = 10240; #else Number_Of_Runs = 32766; #endif #endif runTime = clock(); /* Main test loop */ for (Run_Index = 1; Run_Index <= Number_Of_Runs; ++Run_Index) { DPRINTF(("Run_Index = %d\n", Run_Index)); if (!(Run_Index & 1023)) printf("Loops: %u\r\n", Run_Index); Proc_5(); Proc_4(); /* Ch_1_Glob == 'A', Ch_2_Glob == 'B', Bool_Glob == true */ DPRINTF(("Ch_1_Glob '%c' == 'A', Ch_2_Glob '%c' == 'B', Bool_Glob %d == 1\n", Ch_1_Glob, Ch_2_Glob, Bool_Glob)); Int_1_Loc = 2; Int_2_Loc = 3; strcpy (Str_2_Loc, "DHRYSTONE PROGRAM, 2'ND STRING"); Enum_Loc = Ident_2; Bool_Glob = ! Func_2 (Str_1_Loc, Str_2_Loc); /* Bool_Glob == 1 */ DPRINTF(("Bool_Glob %d == 1, Int_1_Loc %d == 2, Int_2_Loc %d == 3\n", Bool_Glob, Int_1_Loc, Int_2_Loc)); while (Int_1_Loc < Int_2_Loc) /* loop body executed once */ { DPRINTF(("m.1 Executes once.\n")); Int_3_Loc = 5 * Int_1_Loc - Int_2_Loc; /* Int_3_Loc == 7 */ DPRINTF(("Int_3_Loc %d == 7\n", Int_3_Loc)); DPRINTF(("Proc_7\n")); Proc_7 (Int_1_Loc, Int_2_Loc, &Int_3_Loc); /* Int_3_Loc == 7 */ Int_1_Loc += 1; } /* while */ DPRINTF(("m.2 Check above executed once.\n")); /* Int_1_Loc == 3, Int_2_Loc == 3, Int_3_Loc == 7 */ DPRINTF(("Int_1_Loc %d == 3, Int_2_Loc %d == 3, Int_3_Loc %d == 7\n", Int_1_Loc, Int_2_Loc, Int_3_Loc)); DPRINTF(("Proc_8\n")); Proc_8 (Arr_1_Glob, (int *)Arr_2_Glob, Int_1_Loc, Int_3_Loc); /* Int_Glob == 5 */ DPRINTF(("Int_Glob %d == 5\n", Int_Glob)); DPRINTF(("Proc_1\n")); Proc_1 (Ptr_Glob); for (Ch_Index = 'A'; Ch_Index <= Ch_2_Glob; ++Ch_Index) /* loop body executed twice */ { DPRINTF(("Func_1\n")); if (Enum_Loc == Func_1 (Ch_Index, 'C')) /* then, not executed */ { DPRINTF(("Proc_6\n")); Proc_6 (Ident_1, &Enum_Loc); strcpy (Str_2_Loc, "DHRYSTONE PROGRAM, 3'RD STRING"); Int_2_Loc = Run_Index; Int_Glob = Run_Index; } } /* Int_1_Loc == 3, Int_2_Loc == 3, Int_3_Loc == 7 */ DPRINTF(("Int_1_Loc %d == 3, Int_2_Loc %d == 3, Int_3_Loc %d == 7\n", Int_1_Loc, Int_2_Loc, Int_3_Loc)); Int_2_Loc = Int_2_Loc * Int_1_Loc; /* i2 = 3 * 3 = 9 */ Int_1_Loc = Int_2_Loc / Int_3_Loc; /* i1 = 9 / 7 = 1 */ Int_2_Loc = 7 * (Int_2_Loc - Int_3_Loc) - Int_1_Loc; /* i2 = 7 * (9 - 7) - 1 */ /* Int_1_Loc == 1, Int_2_Loc == 13, Int_3_Loc == 7 */ DPRINTF(("Int_1_Loc %d == 1, Int_2_Loc %d == 13, Int_3_Loc %d == 7\n", Int_1_Loc, Int_2_Loc, Int_3_Loc)); DPRINTF(("Proc_2\n")); Proc_2 (&Int_1_Loc); /* Int_1_Loc == 5 */ DPRINTF(("Int_1_Loc %d == 5\n", Int_1_Loc)); DPRINTF(("Looping.\n")); } /* loop "for Run_Index" */ printf("Run_Index = %d\n", Run_Index); runTime = clock() - runTime; #if 1 printf ("Execution ends\n"); printf ("\n"); printf ("Final values of the variables used in the benchmark:\n"); printf ("\n"); printf ("Int_Glob: %d\n", Int_Glob); printf (" should be: %d\n", (int)5); printf ("Bool_Glob: %d\n", Bool_Glob); printf (" should be: %d\n", (int)1); printf ("Ch_1_Glob: %c\n", Ch_1_Glob); printf (" should be: %c\n", 'A'); printf ("Ch_2_Glob: %c\n", Ch_2_Glob); printf (" should be: %c\n", 'B'); printf ("Arr_1_Glob[8]: %d\n", Arr_1_Glob[8]); printf (" should be: %d\n", (int)7); #if 1 printf ("Arr_2_Glob[8][7]: %d\n", Arr_2_Glob[8][7]); #endif printf (" should be: Number_Of_Runs + 10\n"); printf ("Ptr_Glob->\n"); printf (" Ptr_Comp: %d\n", (int) Ptr_Glob->Ptr_Comp); printf (" should be: (implementation-dependent)\n"); printf (" Discr: %d\n", (int)Ptr_Glob->Discr); printf (" should be: %d\n", (int)0); printf (" Enum_Comp: %d\n", (int)Ptr_Glob->variant.var_1.Enum_Comp); printf (" should be: %d\n", (int)2); printf (" Int_Comp: %d\n", (int)Ptr_Glob->variant.var_1.Int_Comp); printf (" should be: %d\n", (int)17); printf (" Str_Comp: %s\n", (char *)Ptr_Glob->variant.var_1.Str_Comp); printf (" should be: DHRYSTONE PROGRAM, SOME STRING\n"); printf ("Next_Ptr_Glob->\n"); printf (" Ptr_Comp: %d\n", (int) Next_Ptr_Glob->Ptr_Comp); printf (" should be: (implementation-dependent), same as above\n"); printf (" Discr: %d\n", Next_Ptr_Glob->Discr); printf (" should be: %d\n", (int)0); printf (" Enum_Comp: %d\n", Next_Ptr_Glob->variant.var_1.Enum_Comp); printf (" should be: %d\n", (int)1); printf (" Int_Comp: %d\n", Next_Ptr_Glob->variant.var_1.Int_Comp); printf (" should be: %d\n", (int)18); printf (" Str_Comp: %s\n", Next_Ptr_Glob->variant.var_1.Str_Comp); printf (" should be: DHRYSTONE PROGRAM, SOME STRING\n"); printf ("Int_1_Loc: %d\n", Int_1_Loc); printf (" should be: %d\n", (int)5); printf ("Int_2_Loc: %d\n", Int_2_Loc); printf (" should be: %d\n", (int)13); printf ("Int_3_Loc: %d\n", Int_3_Loc); printf (" should be: %d\n", (int)7); printf ("Enum_Loc: %d\n", Enum_Loc); printf (" should be: %d\n", (int)1); printf ("Str_1_Loc: %s\n", (char *)Str_1_Loc); printf (" should be: DHRYSTONE PROGRAM, 1'ST STRING\n"); printf ("Str_2_Loc: %s\n", (char *)Str_2_Loc); printf (" should be: DHRYSTONE PROGRAM, 2'ND STRING\n"); printf ("\n"); #endif #if 1 printf("Number of runs: %u. runTime: %u.\n", Number_Of_Runs, (unsigned)runTime); mark(); printf("Dhrystones/s = %u\n", (unsigned)((unsigned long)Number_Of_Runs / (runTime/CLOCKS_PER_SEC))); printf("MIPS = d/s/1757 = (sigh, need floats...)\n"); #endif #ifdef PRINT_T_STATES _printTStates(); #endif #if 1 printf("Time: %lu ticks\n", runTime); #endif } void Proc_1 (REG Rec_Pointer Ptr_Val_Par) /* executed once */ { REG Rec_Pointer Next_Record = Ptr_Val_Par->Ptr_Comp; /* == Ptr_Glob_Next */ /* Local variable, initialized with Ptr_Val_Par->Ptr_Comp, */ /* corresponds to "rename" in Ada, "with" in Pascal */ #if !defined(SDCC_ds390) structassign (*Ptr_Val_Par->Ptr_Comp, *Ptr_Glob); #else /* I have no idea why this is necessary... */ memcpyx((void xdata *)*Ptr_Val_Par->Ptr_Comp, (void xdata *)*Ptr_Glob, sizeof(Rec_Type)); #endif Ptr_Val_Par->variant.var_1.Int_Comp = 5; Next_Record->variant.var_1.Int_Comp = Ptr_Val_Par->variant.var_1.Int_Comp; Next_Record->Ptr_Comp = Ptr_Val_Par->Ptr_Comp; Proc_3 (&Next_Record->Ptr_Comp); /* Ptr_Val_Par->Ptr_Comp->Ptr_Comp == Ptr_Glob->Ptr_Comp */ if (Next_Record->Discr == Ident_1) /* then, executed */ { Next_Record->variant.var_1.Int_Comp = 6; Proc_6 (Ptr_Val_Par->variant.var_1.Enum_Comp, &Next_Record->variant.var_1.Enum_Comp); Next_Record->Ptr_Comp = Ptr_Glob->Ptr_Comp; Proc_7 (Next_Record->variant.var_1.Int_Comp, 10, &Next_Record->variant.var_1.Int_Comp); } else /* not executed */ structassign (*Ptr_Val_Par, *Ptr_Val_Par->Ptr_Comp); } /* Proc_1 */ void Proc_2 (One_Fifty *Int_Par_Ref) /******************/ /* executed once */ /* *Int_Par_Ref == 1, becomes 4 */ { One_Fifty Int_Loc; Enumeration Enum_Loc; DPRINTF(("-> Proc_2\n")); Int_Loc = *Int_Par_Ref + 10; do { DPRINTF(("1")); /* executed once */ if (Ch_1_Glob == 'A') /* then, executed */ { DPRINTF(("2")); Int_Loc -= 1; *Int_Par_Ref = Int_Loc - Int_Glob; Enum_Loc = Ident_1; } /* if */ DPRINTF(("3")); } while (Enum_Loc != Ident_1); /* true */ DPRINTF(("Proc_2 done.\n")); } /* Proc_2 */ void Proc_3 (Rec_Pointer *Ptr_Ref_Par) /******************/ /* executed once */ /* Ptr_Ref_Par becomes Ptr_Glob */ { if (Ptr_Glob != Null) /* then, executed */ *Ptr_Ref_Par = Ptr_Glob->Ptr_Comp; Proc_7 (10, Int_Glob, &Ptr_Glob->variant.var_1.Int_Comp); } /* Proc_3 */ void Proc_4 (void) /* without parameters */ /*******/ /* executed once */ { Boolean Bool_Loc; DPRINTF(("-> Proc_4\n")); Bool_Loc = Ch_1_Glob == 'A'; Bool_Glob = Bool_Loc | Bool_Glob; Ch_2_Glob = 'B'; DPRINTF(("Expect Ch_1_Glob '%c' == 'A'\n", (char)Ch_1_Glob)); DPRINTF((" Ch_2_Glob '%c' == 'B'\n", (char)Ch_2_Glob)); DPRINTF((" Bool_Loc %d == 1\n", (unsigned)Bool_Loc)); DPRINTF((" Bool_Glob %d == 1\n", (unsigned)Bool_Glob)); } /* Proc_4 */ void Proc_5 () /* without parameters */ /*******/ /* executed once */ { Ch_1_Glob = 'A'; Bool_Glob = false; } /* Proc_5 */ void Proc_6 (Enumeration Enum_Val_Par, Enumeration *Enum_Ref_Par) /*********************************/ /* executed once */ /* Enum_Val_Par == Ident_3, Enum_Ref_Par becomes Ident_2 */ { *Enum_Ref_Par = Enum_Val_Par; if (! Func_3 (Enum_Val_Par)) /* then, not executed */ *Enum_Ref_Par = Ident_4; switch (Enum_Val_Par) { case Ident_1: *Enum_Ref_Par = Ident_1; break; case Ident_2: if (Int_Glob > 100) /* then */ *Enum_Ref_Par = Ident_1; else *Enum_Ref_Par = Ident_4; break; case Ident_3: /* executed */ *Enum_Ref_Par = Ident_2; break; case Ident_4: break; case Ident_5: *Enum_Ref_Par = Ident_3; break; } /* switch */ } /* Proc_6 */ /*************************************************/ /* executed three times */ /* first call: Ch_1_Par_Val == 'H', Ch_2_Par_Val == 'R' */ /* second call: Ch_1_Par_Val == 'A', Ch_2_Par_Val == 'C' */ /* third call: Ch_1_Par_Val == 'B', Ch_2_Par_Val == 'C' */ Enumeration Func_1 (Capital_Letter Ch_1_Par_Val, Capital_Letter Ch_2_Par_Val) { Capital_Letter Ch_1_Loc; Capital_Letter Ch_2_Loc; DPRINTF(("-> Func_1\n")); DPRINTF((" Inputs: Ch_1_Par_Val '%c' == { R, A, B }\n", (char)Ch_1_Par_Val)); DPRINTF((" Ch_2_Par_Val '%c' == { Y, C, C }\n", (char)Ch_2_Par_Val)); Ch_1_Loc = Ch_1_Par_Val; Ch_2_Loc = Ch_1_Loc; if (Ch_2_Loc != Ch_2_Par_Val) { /* then, executed */ return (Ident_1); } else /* not executed */ { Ch_1_Glob = Ch_1_Loc; return (Ident_2); } } /* Func_1 */ Boolean Func_3 (Enumeration Enum_Par_Val) /***************************/ /* executed once */ /* Enum_Par_Val == Ident_3 */ { Enumeration Enum_Loc; Enum_Loc = Enum_Par_Val; if (Enum_Loc == Ident_3) /* then, executed */ return (true); else /* not executed */ return (false); } /* Func_3 */ void Proc_7 (One_Fifty Int_1_Par_Val, One_Fifty Int_2_Par_Val, One_Fifty *Int_Par_Ref) /**********************************************/ /* executed three times */ /* first call: Int_1_Par_Val == 2, Int_2_Par_Val == 3, */ /* Int_Par_Ref becomes 7 */ /* second call: Int_1_Par_Val == 10, Int_2_Par_Val == 5, */ /* Int_Par_Ref becomes 17 */ /* third call: Int_1_Par_Val == 6, Int_2_Par_Val == 10, */ /* Int_Par_Ref becomes 18 */ { One_Fifty Int_Loc; Int_Loc = Int_1_Par_Val + 2; *Int_Par_Ref = Int_2_Par_Val + Int_Loc; } /* Proc_7 */ /*void Proc_8 (Arr_1_Dim Arr_1_Par_Ref, Arr_2_Dim Arr_2_Par_Ref, int Int_1_Par_Val, int Int_2_Par_Val)*/ void Proc_8 (int *Arr_1_Par_Ref, int *Arr_2_Par_Ref, int Int_1_Par_Val, int Int_2_Par_Val) { REG One_Fifty Int_Index; REG One_Fifty Int_Loc; DPRINTF(("-> Proc_8\n")); Int_Loc = Int_1_Par_Val + 5; Arr_1_Par_Ref [Int_Loc] = Int_2_Par_Val; DPRINTF(("Int_Loc %d == 8 Int_2_Par_Val %d == 7\n", Int_Loc, Int_2_Par_Val)); Arr_1_Par_Ref [Int_Loc+1] = Arr_1_Par_Ref [Int_Loc]; Arr_1_Par_Ref [Int_Loc+30] = Int_Loc; for (Int_Index = Int_Loc; Int_Index <= Int_Loc+1; ++Int_Index) Arr_2_Par_Ref [Int_Loc*50 + Int_Index] = Int_Loc; Arr_2_Par_Ref [Int_Loc * 50 + Int_Loc-1] += 1; Arr_2_Par_Ref [(Int_Loc+20 *50) + Int_Loc] = Arr_1_Par_Ref [Int_Loc]; Int_Glob = 5; DPRINTF(("Arr_1_Glob[8] %d == 7\n", Arr_1_Par_Ref[8])); } /*********************************************************************/ /* executed once */ /* Int_Par_Val_1 == 3 */ /* Int_Par_Val_2 == 7 */ Boolean Func_2 (char *Str_1_Par_Ref, char *Str_2_Par_Ref) /*************************************************/ /* executed once */ /* Str_1_Par_Ref == "DHRYSTONE PROGRAM, 1'ST STRING" */ /* Str_2_Par_Ref == "DHRYSTONE PROGRAM, 2'ND STRING" */ { REG One_Thirty Int_Loc; Capital_Letter Ch_Loc; DPRINTF(("-> Func_2\n")); DPRINTF((" Inputs Str_1_Par_Ref \"%s\" = \"DHRYSTONE PROGRAM, 1'ST STRING\"\n", Str_1_Par_Ref)); DPRINTF((" Str_2_Par_Ref \"%s\" = \"DHRYSTONE PROGRAM, 2'ND STRING\"\n", Str_2_Par_Ref)); Int_Loc = 2; while (Int_Loc <= 2) { if (Func_1 (Str_1_Par_Ref[Int_Loc], Str_2_Par_Ref[Int_Loc+1]) == Ident_1) /* then, executed */ { DPRINTF((" 2.3 Then OK.\n")); Ch_Loc = 'A'; Int_Loc += 1; } /* if, while */ else { DPRINTF((" 2.2 Error.\n")); } } if (Ch_Loc >= 'W' && Ch_Loc < 'Z') { /* then, not executed */ DPRINTF((" 2.4 Error\n")); Int_Loc = 7; } if (Ch_Loc == 'R') { /* then, not executed */ DPRINTF((" 2.5 Error\n")); return (true); } else /* executed */ { DPRINTF(("Str_1_Par_Ref = \"%s\", Str_2_Par_Ref = \"%s\"\n", Str_1_Par_Ref, Str_2_Par_Ref)); if (strcmp (Str_1_Par_Ref, Str_2_Par_Ref) > 0) /* then, not executed */ { DPRINTF((" 2.5 Error diff=%d\n", strcmp(Str_1_Par_Ref, Str_2_Par_Ref))); Int_Loc += 7; Int_Glob = Int_Loc; return (true); } else { /* executed */ DPRINTF((" 2.6 OK\n")); return (false); } } /* if Ch_Loc */ } /* Func_2 */ sdcc-2.9.0/support/tests/dhrystone/dhry.h000066400000000000000000000441111116427777700204760ustar00rootroot00000000000000/* **************************************************************************** * * "DHRYSTONE" Benchmark Program * ----------------------------- * * Version: C, Version 2.1 * * File: dhry.h (part 1 of 3) * * Date: May 17, 1988 * * Author: Reinhold P. Weicker * Siemens AG, E STE 35 * Postfach 3240 * 8520 Erlangen * Germany (West) * Phone: [xxx-49]-9131-7-20330 * (8-17 Central European Time) * Usenet: ..!mcvax!unido!estevax!weicker * * Original Version (in Ada) published in * "Communications of the ACM" vol. 27., no. 10 (Oct. 1984), * pp. 1013 - 1030, together with the statistics * on which the distribution of statements etc. is based. * * In this C version, the following C library functions are used: * - strcpy, strcmp (inside the measurement loop) * - printf, scanf (outside the measurement loop) * In addition, Berkeley UNIX system calls "times ()" or "time ()" * are used for execution time measurement. For measurements * on other systems, these calls have to be changed. * * Collection of Results: * Reinhold Weicker (address see above) and * * Rick Richardson * PC Research. Inc. * 94 Apple Orchard Drive * Tinton Falls, NJ 07724 * Phone: (201) 389-8963 (9-17 EST) * Usenet: ...!uunet!pcrat!rick * * Please send results to Rick Richardson and/or Reinhold Weicker. * Complete information should be given on hardware and software used. * Hardware information includes: Machine type, CPU, type and size * of caches; for microprocessors: clock frequency, memory speed * (number of wait states). * Software information includes: Compiler (and runtime library) * manufacturer and version, compilation switches, OS version. * The Operating System version may give an indication about the * compiler; Dhrystone itself performs no OS calls in the measurement loop. * * The complete output generated by the program should be mailed * such that at least some checks for correctness can be made. * *************************************************************************** * * History: This version C/2.1 has been made for two reasons: * * 1) There is an obvious need for a common C version of * Dhrystone, since C is at present the most popular system * programming language for the class of processors * (microcomputers, minicomputers) where Dhrystone is used most. * There should be, as far as possible, only one C version of * Dhrystone such that results can be compared without * restrictions. In the past, the C versions distributed * by Rick Richardson (Version 1.1) and by Reinhold Weicker * had small (though not significant) differences. * * 2) As far as it is possible without changes to the Dhrystone * statistics, optimizing compilers should be prevented from * removing significant statements. * * This C version has been developed in cooperation with * Rick Richardson (Tinton Falls, NJ), it incorporates many * ideas from the "Version 1.1" distributed previously by * him over the UNIX network Usenet. * I also thank Chaim Benedelac (National Semiconductor), * David Ditzel (SUN), Earl Killian and John Mashey (MIPS), * Alan Smith and Rafael Saavedra-Barrera (UC at Berkeley) * for their help with comments on earlier versions of the * benchmark. * * Changes: In the initialization part, this version follows mostly * Rick Richardson's version distributed via Usenet, not the * version distributed earlier via floppy disk by Reinhold Weicker. * As a concession to older compilers, names have been made * unique within the first 8 characters. * Inside the measurement loop, this version follows the * version previously distributed by Reinhold Weicker. * * At several places in the benchmark, code has been added, * but within the measurement loop only in branches that * are not executed. The intention is that optimizing compilers * should be prevented from moving code out of the measurement * loop, or from removing code altogether. Since the statements * that are executed within the measurement loop have NOT been * changed, the numbers defining the "Dhrystone distribution" * (distribution of statements, operand types and locality) * still hold. Except for sophisticated optimizing compilers, * execution times for this version should be the same as * for previous versions. * * Since it has proven difficult to subtract the time for the * measurement loop overhead in a correct way, the loop check * has been made a part of the benchmark. This does have * an impact - though a very minor one - on the distribution * statistics which have been updated for this version. * * All changes within the measurement loop are described * and discussed in the companion paper "Rationale for * Dhrystone version 2". * * Because of the self-imposed limitation that the order and * distribution of the executed statements should not be * changed, there are still cases where optimizing compilers * may not generate code for some statements. To a certain * degree, this is unavoidable for small synthetic benchmarks. * Users of the benchmark are advised to check code listings * whether code is generated for all statements of Dhrystone. * * Version 2.1 is identical to version 2.0 distributed via * the UNIX network Usenet in March 1988 except that it corrects * some minor deficiencies that were found by users of version 2.0. * The following corrections have been made in the C version: * - The assignment to Number_Of_Runs was changed * - The constant Too_Small_Time was changed * - An "else" part was added to the "if" statement in Func_3; * for compensation, an "else" part was removed in Proc_3 * - Shorter file names are used * *************************************************************************** * * Defines: The following "Defines" are possible: * -DREG=register (default: Not defined) * As an approximation to what an average C programmer * might do, the "register" storage class is applied * (if enabled by -DREG=register) * - for local variables, if they are used (dynamically) * five or more times * - for parameters if they are used (dynamically) * six or more times * Note that an optimal "register" strategy is * compiler-dependent, and that "register" declarations * do not necessarily lead to faster execution. * -DNOSTRUCTASSIGN (default: Not defined) * Define if the C compiler does not support * assignment of structures. * -DNOENUMS (default: Not defined) * Define if the C compiler does not support * enumeration types. * -DTIMES (default) * -DTIME * The "times" function of UNIX (returning process times) * or the "time" function (returning wallclock time) * is used for measurement. * For single user machines, "time ()" is adequate. For * multi-user machines where you cannot get single-user * access, use the "times ()" function. If you have * neither, use a stopwatch in the dead of night. * "printf"s are provided marking the points "Start Timer" * and "Stop Timer". DO NOT use the UNIX "time(1)" * command, as this will measure the total time to * run this program, which will (erroneously) include * the time to allocate storage (malloc) and to perform * the initialization. * -DHZ=nnn * In Berkeley UNIX, the function "times" returns process * time in 1/HZ seconds, with HZ = 60 for most systems. * CHECK YOUR SYSTEM DESCRIPTION BEFORE YOU JUST APPLY * A VALUE. * *************************************************************************** * * Compilation model and measurement (IMPORTANT): * * This C version of Dhrystone consists of three files: * - dhry.h (this file, containing global definitions and comments) * - dhry_1.c (containing the code corresponding to Ada package Pack_1) * - dhry_2.c (containing the code corresponding to Ada package Pack_2) * * The following "ground rules" apply for measurements: * - Separate compilation * - No procedure merging * - Otherwise, compiler optimizations are allowed but should be indicated * - Default results are those without register declarations * See the companion paper "Rationale for Dhrystone Version 2" for a more * detailed discussion of these ground rules. * * For 16-Bit processors (e.g. 80186, 80286), times for all compilation * models ("small", "medium", "large" etc.) should be given if possible, * together with a definition of these models for the compiler system used. * ************************************************************************** * * Dhrystone (C version) statistics: * * [Comment from the first distribution, updated for version 2. * Note that because of language differences, the numbers are slightly * different from the Ada version.] * * The following program contains statements of a high level programming * language (here: C) in a distribution considered representative: * * assignments 52 (51.0 %) * control statements 33 (32.4 %) * procedure, function calls 17 (16.7 %) * * 103 statements are dynamically executed. The program is balanced with * respect to the three aspects: * * - statement type * - operand type * - operand locality * operand global, local, parameter, or constant. * * The combination of these three aspects is balanced only approximately. * * 1. Statement Type: * ----------------- number * * V1 = V2 9 * (incl. V1 = F(..) * V = Constant 12 * Assignment, 7 * with array element * Assignment, 6 * with record component * -- * 34 34 * * X = Y +|-|"&&"|"|" Z 5 * X = Y +|-|"==" Constant 6 * X = X +|- 1 3 * X = Y *|/ Z 2 * X = Expression, 1 * two operators * X = Expression, 1 * three operators * -- * 18 18 * * if .... 14 * with "else" 7 * without "else" 7 * executed 3 * not executed 4 * for ... 7 | counted every time * while ... 4 | the loop condition * do ... while 1 | is evaluated * switch ... 1 * break 1 * declaration with 1 * initialization * -- * 34 34 * * P (...) procedure call 11 * user procedure 10 * library procedure 1 * X = F (...) * function call 6 * user function 5 * library function 1 * -- * 17 17 * --- * 103 * * The average number of parameters in procedure or function calls * is 1.82 (not counting the function values as implicit parameters). * * * 2. Operators * ------------ * number approximate * percentage * * Arithmetic 32 50.8 * * + 21 33.3 * - 7 11.1 * * 3 4.8 * / (int div) 1 1.6 * * Comparison 27 42.8 * * == 9 14.3 * /= 4 6.3 * > 1 1.6 * < 3 4.8 * >= 1 1.6 * <= 9 14.3 * * Logic 4 6.3 * * && (AND-THEN) 1 1.6 * | (OR) 1 1.6 * ! (NOT) 2 3.2 * * -- ----- * 63 100.1 * * * 3. Operand Type (counted once per operand reference): * --------------- * number approximate * percentage * * Integer 175 72.3 % * Character 45 18.6 % * Pointer 12 5.0 % * String30 6 2.5 % * Array 2 0.8 % * Record 2 0.8 % * --- ------- * 242 100.0 % * * When there is an access path leading to the final operand (e.g. a record * component), only the final data type on the access path is counted. * * * 4. Operand Locality: * ------------------- * number approximate * percentage * * local variable 114 47.1 % * global variable 22 9.1 % * parameter 45 18.6 % * value 23 9.5 % * reference 22 9.1 % * function result 6 2.5 % * constant 55 22.7 % * --- ------- * 242 100.0 % * * * The program does not compute anything meaningful, but it is syntactically * and semantically correct. All variables have a value assigned to them * before they are used as a source operand. * * There has been no explicit effort to account for the effects of a * cache, or to balance the use of long or short displacements for code or * data. * *************************************************************************** */ /* Compiler and system dependent definitions: */ #if !SDCC #ifndef TIME #ifndef TIMES #define TIMES #endif #endif /* Use times(2) time function unless */ /* explicitly defined otherwise */ #ifdef MSC_CLOCK #undef HZ #undef TIMES #include #define HZ CLK_TCK #endif /* Use Microsoft C hi-res clock */ #ifdef TIMES #include #include /* for "times" */ #endif #define Mic_secs_Per_Second 1000000.0 /* Berkeley UNIX C returns process times in seconds/HZ */ #endif #ifdef NOSTRUCTASSIGN #define structassign(d, s) memcpy(&(d), &(s), sizeof(d)) #else #define structassign(d, s) d = s #endif #ifdef NOENUM #define Ident_1 0 #define Ident_2 1 #define Ident_3 2 #define Ident_4 3 #define Ident_5 4 typedef int Enumeration; #else typedef enum {Ident_1, Ident_2, Ident_3, Ident_4, Ident_5} Enumeration; #endif /* for boolean and enumeration types in Ada, Pascal */ /* General definitions: */ #define Null 0 /* Value of a Null pointer */ #define true 1 #define false 0 typedef int One_Thirty; typedef int One_Fifty; typedef char Capital_Letter; typedef int Boolean; typedef char Str_30 [31]; typedef int Arr_1_Dim [50]; typedef int Arr_2_Dim [50] [50]; typedef struct record { struct record *Ptr_Comp; Enumeration Discr; union { struct { Enumeration Enum_Comp; int Int_Comp; char Str_Comp [31]; } var_1; struct { Enumeration E_Comp_2; char Str_2_Comp [31]; } var_2; struct { char Ch_1_Comp; char Ch_2_Comp; } var_3; } variant; } Rec_Type, *Rec_Pointer; sdcc-2.9.0/support/tests/dhrystone/tini.mak000066400000000000000000000006361116427777700210200ustar00rootroot00000000000000CC = sdcc MFLAGS = -mds390 --model-flat24 --stack-10bit MFLAGS += -DREG= -DNOSTRUCTASSIGN -DNOENUM LFLAGS = --xram-loc 0x100080 --code-loc 0x10000 -Wl-r OBJECTS = dhry.rel all: dhry.hex clean: rm -f *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map *.rst *.sym *.lnk dhry.hex: dhry.ihx packihx dhry.ihx >dhry.hex dhry.ihx: $(OBJECTS) $(CC) $(MFLAGS) $(LFLAGS) $(OBJECTS) %.rel: %.c $(CC) -c $(MFLAGS) $< sdcc-2.9.0/support/tests/dhrystone/tini400.mak000066400000000000000000000006531116427777700212430ustar00rootroot00000000000000CC = ../../../bin/sdcc MFLAGS = -mds400 --model-flat24 --stack-10bit MFLAGS += -DREG= -DNOSTRUCTASSIGN -DNOENUM LFLAGS = --xram-loc 0x10000 --code-loc 0x400000 -Wl-r OBJECTS = dhry.rel all: dhry.hex clean: rm -f *~ \#* *.asm *.cdb *.rel *.hex *.ihx *.lst *.map *.rst *.sym *.lnk dhry.hex: dhry.ihx packihx dhry.ihx >dhry.hex dhry.ihx: $(OBJECTS) $(CC) $(MFLAGS) $(LFLAGS) $(OBJECTS) %.rel: %.c $(CC) -c $(MFLAGS) $< sdcc-2.9.0/support/tests/internal/000077500000000000000000000000001116427777700171535ustar00rootroot00000000000000sdcc-2.9.0/support/tests/internal/Makefile000066400000000000000000000006101116427777700206100ustar00rootroot00000000000000TOPDIR = ../../.. LIBSOURCE = \ $(TOPDIR)/src/SDCCutil.c \ $(TOPDIR)/src/SDCChasht.c \ $(TOPDIR)/support/Util/NewAlloc.c \ $(TOPDIR)/support/Util/SDCCerr.c \ $(TOPDIR)/src/SDCCmacro.c \ stubs.c SOURCES = testpaths.c $(LIBSOURCE) include $(TOPDIR)/Makefile.common CFLAGS += -I$(TOPDIR)/src -I$(TOPDIR)/support/Util -I$(TOPDIR) all: all-tests all-tests: $(OBJ) $(CC) -o $@ $(OBJ) sdcc-2.9.0/support/tests/internal/stubs.c000066400000000000000000000001451116427777700204570ustar00rootroot00000000000000int fatalError; int lineno; char *filename = "tests"; char buffer[4096]; char scratchFileName[4096]; sdcc-2.9.0/support/tests/internal/testmacro.c000066400000000000000000000031511116427777700213200ustar00rootroot00000000000000#include #include static const char *_maps[] = { "immedzero", "#0", "immedvala", "#0x%02X", "stra", "%s", "port", "z80", "stdlibpath", "{basepath}/lib/{port}", "stdlibname", "{port}.lib", "portouttypeflag", "-i", "srcfilename", "fish", "portoutext", ".ihx", "crt0name", "{stdlibpath}/crt0{portobjext}", "portobjext", ".o", "otherobjfiles", "none", "basepath", "/home/michaelh/sdcc", NULL }; static hTab * _populateHash(const char **pin) { hTab *pret = NULL; while (*pin) { printf("Adding %s -> %s\n", pin[0], pin[1]); shash_add (&pret, pin[0], pin[1]); pin += 2; } return pret; } static void _testEval(hTab *ph, const char *pin, const char *pexpect, ...) { va_list ap; char *pgot; va_start(ap, pexpect); pgot = mvsprintf(ph, pin, ap); if (strcmp(pgot, pexpect) != 0) { printf("Fail: expected: %s, got %s\n", pexpect, pgot); } else { printf("%s -> %s\n", pin, pgot); } va_end(ap); } void testMacros(void) { hTab *ph = _populateHash(_maps); _testEval(ph, "{immedzero}", "#0"); _testEval(ph, "{immedvala}", "#0x23", 0x23); _testEval(ph, "{stra}", "#0", "{immedzero}"); printf("Link command:\n%s\n", msprintf(ph, "link-{port} -n -c -- -b_CODE=0x%04X -b_DATA=0x%04X" " -m -j -k{stdlibpath} -l{stdlibname} {portouttypeflag}" " {srcfilename}{portoutext} {crt0name} {srcfilename}{portobjext} {otherobjfiles}", 0x1234, 0x3456)); } int main(void) { testMacros(); return 0; } sdcc-2.9.0/support/valdiag/000077500000000000000000000000001116427777700156045ustar00rootroot00000000000000sdcc-2.9.0/support/valdiag/Makefile.in000066400000000000000000000022751116427777700176570ustar00rootroot00000000000000.SILENT: VPATH = @srcdir@ srcdir = @srcdir@ top_srcdir = @top_srcdir@ top_builddir = @top_builddir@ TESTS_DIR = $(srcdir)/tests RESULTS_DIR = results PORTS_DIR = $(srcdir)/ports BUILD_DIR = gen ALL_PORTS = host mcs51 mcs51-large mcs51-stack-auto ds390 z80 hc08 ALL_TESTS = $(shell find $(TESTS_DIR) -name "*.c") PORT_RESULTS_DIR = $(RESULTS_DIR)/$(PORT) PORT_RESULTS = $(ALL_TESTS:$(TESTS_DIR)/%.c=$(PORT_RESULTS_DIR)/%.out) PORT_BUILD_DIR = $(BUILD_DIR)/$(PORT) all: test-ports test-ports: for i in $(ALL_PORTS); do $(MAKE) test-port PORT=$$i; done test-mcs51: $(MAKE) test-port PORT=mcs51 test-port: port-results clean: clean-gen rm -rf $(RESULTS_DIR) *.pyc rm -rf $(BUILD_DIR) distclean: clean rm -r Makefile clean-gen: for i in $(ALL_PORTS); do $(MAKE) clean-port PORT=$$i; done clean-port: rm -rf $(PORT_BUILD_DIR) $(PORT_RESULTS_DIR)/%.out: $(TESTS_DIR)/%.c echo Processing $< python $(srcdir)/valdiag.py $(PORT) $< $(PORT_BUILD_DIR)/$* > $@ port-results: port-dirs $(PORT_RESULTS) echo Summary for \'$(PORT)\': `cat $(PORT_RESULTS) | \ python $(srcdir)/../regression/collate-results.py` port-dirs: mkdir -p $(PORT_RESULTS_DIR) mkdir -p $(PORT_BUILD_DIR) sdcc-2.9.0/support/valdiag/tests/000077500000000000000000000000001116427777700167465ustar00rootroot00000000000000sdcc-2.9.0/support/valdiag/tests/bug-895992.c000066400000000000000000000007071116427777700204620ustar00rootroot00000000000000 /* bug-895992.c Life Range problem with - uninitialized variable - loop - conditional block */ #ifdef TEST1 char p0; void wait (void); void foo(void) { unsigned char number; unsigned char start = 1; unsigned char i; do { for (i = 1; i > 0 ; i--) wait(); if (start) { number = p0; start = 0; } number--; /* WARNING(SDCC) */ } while (number != 0); } #endif sdcc-2.9.0/support/valdiag/tests/bug-971834.c000066400000000000000000000013031116427777700204410ustar00rootroot00000000000000 /* bug-971834.c Life Range problem with - uninitialized variable - loop */ #ifdef TEST1 unsigned char ttt = 2; short foo (void) { unsigned short a; a |= ttt; /* WARNING(SDCC) */ return a; } #endif #ifdef TEST2 unsigned char ttt[] = {0xff, 1}; char foo (void) { unsigned char a, i; for (i = 0; i < sizeof(ttt); i++) a |= ttt[i]; /* WARNING(SDCC) */ return a; /* WARNING(SDCC) */ } #endif #ifdef TEST3 unsigned char ttt[] = {0xff, 1}; unsigned char b; char foo (void) { unsigned char i, j; unsigned char a; for (j = 0; j < sizeof(ttt); j++) { for (i = 0; i < sizeof(ttt); i++) { a |= ttt[i]; /* WARNING(SDCC) */ b = a; } } return b; } #endif sdcc-2.9.0/support/valdiag/tests/cflow.c000066400000000000000000000004011116427777700202170ustar00rootroot00000000000000 int x; #ifdef TEST0 void foo(void) { while (1) ; } #endif #ifdef TEST1 void foo(void) { while (1) ; x++; /* WARNING(SDCC) */ } #endif #ifdef TEST2 void foo(void) { int y=1; while (y) ; /* WARNING(SDCC) */ x++; /* WARNING(SDCC) */ } #endif sdcc-2.9.0/support/valdiag/tests/const.c000066400000000000000000000003741116427777700202440ustar00rootroot00000000000000 char a; const char ca=2; const char *pca; char * const cpa=&a; void test(void) { a = 1; #ifdef TEST1 ca = a; /* ERROR */ #endif #ifdef TEST2 pca = &a; *pca = 2; /* ERROR */ #endif #ifdef TEST3 *cpa = 3; cpa = &ca; /* ERROR */ #endif } sdcc-2.9.0/support/valdiag/tests/constantRange.c000066400000000000000000000175421116427777700217310ustar00rootroot00000000000000#include volatile int8_t c; /* sorry about the uggly source, but this way it can be the same as in the regression tests */ #define ASSERT(x) c = (x) int8_t s8; uint8_t u8; int16_t s16; uint16_t u16; int32_t s32; uint32_t u32; #ifdef TEST1 void foo(void) { ASSERT (! (INT8_MIN - 1 == s8)); /* WARNING */ ASSERT (! (INT8_MAX + 1 == s8)); /* WARNING */ ASSERT ( (INT8_MIN - 1 != s8)); /* WARNING */ ASSERT ( (INT8_MAX + 1 != s8)); /* WARNING */ ASSERT ( (INT8_MIN - 1 < s8)); /* WARNING */ ASSERT (! (INT8_MAX < s8)); /* WARNING */ ASSERT ( (INT8_MIN <= s8)); /* WARNING */ ASSERT (! (INT8_MAX + 1 <= s8)); /* WARNING */ ASSERT (! (INT8_MIN > s8)); /* WARNING */ ASSERT ( (INT8_MAX + 1 > s8)); /* WARNING */ ASSERT (! (INT8_MIN - 1 >= s8)); /* WARNING */ ASSERT ( (INT8_MAX >= s8)); /* WARNING */ ASSERT (! ( 0 - 1 == u8)); /* WARNING */ ASSERT (! (UINT8_MAX + 1 == u8)); /* WARNING */ ASSERT ( ( 0 - 1 != u8)); /* WARNING */ ASSERT ( (UINT8_MAX + 1 != u8)); /* WARNING */ ASSERT ( ( 0 - 1 < u8)); /* WARNING */ ASSERT (! (UINT8_MAX < u8)); /* WARNING */ ASSERT ( ( 0 <= u8)); /* WARNING */ ASSERT (! (UINT8_MAX + 1 <= u8)); /* WARNING */ ASSERT (! ( 0 > u8)); /* WARNING */ ASSERT ( (UINT8_MAX + 1 > u8)); /* WARNING */ ASSERT (! ( 0 - 1 >= u8)); /* WARNING */ ASSERT ( (UINT8_MAX >= u8)); /* WARNING */ /* force extension to long to avoid int (16 bit) overflow */ ASSERT (! (INT16_MIN - 1L == s16)); /* WARNING */ ASSERT (! (INT16_MAX + 1L == s16)); /* WARNING */ ASSERT ( (INT16_MIN - 1L != s16)); /* WARNING */ ASSERT ( (INT16_MAX + 1L != s16)); /* WARNING */ ASSERT ( (INT16_MIN - 1L < s16)); /* WARNING */ ASSERT (! (INT16_MAX < s16)); /* WARNING */ ASSERT ( (INT16_MIN <= s16)); /* WARNING */ ASSERT (! (INT16_MAX + 1L <= s16)); /* WARNING */ ASSERT (! (INT16_MIN > s16)); /* WARNING */ ASSERT ( (INT16_MAX + 1L > s16)); /* WARNING */ ASSERT (! (INT16_MIN - 1L >= s16)); /* WARNING */ ASSERT ( (INT16_MAX >= s16)); /* WARNING */ ASSERT (! ( 0 - 1L == u16)); /* WARNING */ ASSERT (! (UINT16_MAX + 1L == u16)); /* WARNING */ ASSERT ( ( 0 - 1L != u16)); /* WARNING */ ASSERT ( (UINT16_MAX + 1L != u16)); /* WARNING */ ASSERT ( ( 0 - 1L < u16)); /* WARNING */ ASSERT (! (UINT16_MAX < u16)); /* WARNING */ ASSERT ( ( 0 <= u16)); /* WARNING */ ASSERT (! (UINT16_MAX + 1L <= u16)); /* WARNING */ ASSERT (! ( 0 > u16)); /* WARNING */ ASSERT ( (UINT16_MAX + 1L > u16)); /* WARNING */ ASSERT (! ( 0 - 1L >= u16)); /* WARNING */ ASSERT ( (UINT16_MAX >= u16)); /* WARNING */ /* sdcc can't hold a number (INT32_MIN - 1) or (INT32_MAX + 1), there's no 'double' or 'long long' */ /* ASSERT (! (INT32_MIN - 1 == s32)); */ /* ASSERT (! (INT32_MAX + 1 == s32)); */ /* ASSERT ( (INT32_MIN - 1 != s32)); */ /* ASSERT ( (INT32_MAX + 1 != s32)); */ /* ASSERT ( (INT32_MIN - 1 < s32)); */ ASSERT (! (INT32_MAX < s32)); /* WARNING(SDCC) */ ASSERT ( (INT32_MIN <= s32)); /* WARNING(SDCC) */ /* ASSERT (! (INT32_MAX + 1 <= s32)); */ ASSERT (! (INT32_MIN > s32)); /* WARNING(SDCC) */ /* ASSERT ( (INT32_MAX + 1 > s32)); */ /* ASSERT (! (INT32_MIN - 1 >= s32)); */ ASSERT ( (INT32_MAX >= s32)); /* WARNING(SDCC) */ /* (0 - 1) wraps around to UINT32_MAX -> untestable */ /* ASSERT (! ( 0 - 1 == u32)); */ /* ASSERT (! (UINT32_MAX + 1 == u32)); */ /* ASSERT ( ( 0 - 1 != u32)); */ /* ASSERT ( (UINT32_MAX + 1 != u32)); */ /* ASSERT ( ( 0 - 1 < u32)); */ ASSERT (! (UINT32_MAX < u32)); /* WARNING(SDCC) */ ASSERT ( ( 0 <= u32)); /* WARNING(SDCC) */ /* ASSERT (! (UINT32_MAX + 1 <= u32)); */ ASSERT (! ( 0 > u32)); /* WARNING(SDCC) */ /* ASSERT ( (UINT32_MAX + 1 > u32)); */ /* ASSERT (! ( 0 - 1 >= u32)); */ ASSERT ( (UINT32_MAX >= u32)); /* WARNING(SDCC) */ } #endif #ifdef TEST2 void foo(void) { s8 = -129; /* WARNING */ s8 = INT8_MIN; s8 = UINT8_MAX; s8 = 256; /* WARNING */ s8 = -129; /* WARNING */ u8 = INT8_MIN; u8 = UINT8_MAX; u8 = 256; /* WARNING */ s16 = -32769L; /* WARNING */ s16 = INT16_MIN; s16 = UINT16_MAX; s16 = 65536L; /* WARNING */ s16 = -32769L; /* WARNING */ u16 = INT16_MIN; u16 = UINT16_MAX; u16 = 65536L; /* WARNING */ /* sdcc can't hold a number (INT32_MIN - 1) or (INT32_MAX + 1), there's no 'double' or 'long long' */ s32 = INT32_MIN; s32 = UINT32_MAX; u32 = INT32_MIN; u32 = UINT32_MAX; } #endif #ifdef TEST3 #include void foo(void) { #if defined(PORT_HOST) volatile bool sb, ub; #else volatile signed bool sb; volatile unsigned bool ub; #endif sb = -2; sb = -1; sb = 0; sb = 1; ub = -1; ub = 0; ub = 1; ub = 2; ASSERT (! (-2 == sb)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT ( (-1 == sb)); ASSERT ( ( 0 == sb)); ASSERT (! ( 1 == sb)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT ( (-2 != sb)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT ( (-1 != sb)); ASSERT ( ( 0 != sb)); ASSERT ( ( 1 != sb)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT ( (-2 < sb)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT ( (-1 < sb)); ASSERT (! ( 0 < sb)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT ( (-1 <= sb)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT ( ( 0 <= sb)); ASSERT (! ( 1 <= sb)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT (! (-1 > sb)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT ( ( 0 > sb)); ASSERT ( ( 1 > sb)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT (! (-2 >= sb)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT ( (-1 >= sb)); ASSERT ( ( 0 >= sb)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT (! (-1 == ub)); /* WARNING(SDCC) */ ASSERT ( ( 0 == ub)); ASSERT ( ( 1 == ub)); ASSERT (! ( 2 == ub)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT ( (-1 != ub)); /* WARNING(SDCC) */ ASSERT ( ( 0 != ub)); ASSERT ( ( 1 != ub)); ASSERT ( ( 2 != ub)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT ( (-1 < ub)); /* WARNING(SDCC) */ ASSERT ( ( 0 < ub)); ASSERT (! ( 1 < ub)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT ( ( 0 <= ub)); /* WARNING(SDCC) */ ASSERT ( ( 1 <= ub)); ASSERT (! ( 2 <= ub)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT (! ( 0 > ub)); /* WARNING(SDCC) */ ASSERT ( ( 1 > ub)); ASSERT ( ( 2 > ub)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ ASSERT (! (-1 >= ub)); /* WARNING(SDCC) */ ASSERT ( ( 0 >= ub)); ASSERT ( ( 1 >= ub)); /* WARNING(SDCC_mcs51|SDCC_ds390) */ } #endif #ifdef TEST4 void foo(void) { volatile struct { signed sb1:1; signed sb3:3; unsigned ub1:1; unsigned ub3:3; } str; str.sb1 = -2; /* WARNING */ str.sb1 = -1; str.sb1 = 1; str.sb1 = 2; /* WARNING */ str.ub1 = -2; /* WARNING */ str.ub1 = -1; str.ub1 = 1; str.ub1 = 2; /* WARNING */ str.sb3 = -5; /* WARNING */ str.sb3 = -4; str.sb3 = 7; str.sb3 = 8; /* WARNING */ str.ub3 = -5; /* WARNING */ str.ub3 = -4; str.ub3 = 7; str.ub3 = 8; /* WARNING */ ASSERT (! (-2 == str.sb1)); /* WARNING */ ASSERT ( (-1 == str.sb1)); ASSERT ( ( 0 == str.sb1)); ASSERT (! ( 1 == str.sb1)); /* WARNING */ ASSERT (! (-1 == str.ub1)); /* WARNING(SDCC) */ ASSERT ( ( 0 == str.ub1)); ASSERT ( ( 1 == str.ub1)); ASSERT (! ( 2 == str.ub1)); /* WARNING(SDCC) */ ASSERT (! (-5 == str.sb3)); /* WARNING */ ASSERT ( (-4 == str.sb3)); ASSERT ( ( 3 == str.sb3)); ASSERT (! ( 4 == str.sb3)); /* WARNING */ ASSERT (! (-1 == str.ub3)); /* WARNING(SDCC) */ ASSERT ( ( 0 == str.ub3)); ASSERT ( ( 7 == str.ub3)); ASSERT (! ( 8 == str.ub3)); /* WARNING(SDCC) */ } #endif sdcc-2.9.0/support/valdiag/tests/enum.c000066400000000000000000000013111116427777700200520ustar00rootroot00000000000000 #ifdef TEST1 enum tag { first, second, third }; #endif #ifdef TEST2 enum tag { first, /* IGNORE */ second, third, first, /* ERROR */ fourth }; #endif #ifdef TEST3 enum { first, /* IGNORE */ second, third, first, /* ERROR */ fourth }; #endif #ifdef TEST4 enum { first=1, second, third, }; #endif #ifdef TEST5 enum { first=1.1, /* ERROR */ second, third, }; #endif #ifdef TEST6 int second; /* IGNORE */ enum tag { first, second, /* ERROR */ third }; #endif #ifdef TEST7 enum tag /* IGNORE */ { first, second, third }; enum tag { /* ERROR */ fourth, fifth, sixth }; #endif #ifdef TEST8 enum tag x; enum tag { first, second, third }; #endif sdcc-2.9.0/support/valdiag/tests/funcdec.c000066400000000000000000000014541116427777700205250ustar00rootroot00000000000000 #ifdef TEST1 void foo(void); /* IGNORE */ int foo(void) { } /* ERROR */ #endif #ifdef TEST2 void foo(void); /* IGNORE */ void foo(int a) {a; } /* ERROR */ #endif #ifdef TEST3 void foo(int); /* IGNORE */ void foo(int a, int b) {a;b; } /* ERROR */ #endif #ifdef TEST4 void foo(int, int); /* IGNORE */ void foo(int a) {a; } /* ERROR */ #endif #if defined(SDCC) && !(defined(__z80) || defined(__gbz80)) #define REENTRANT reentrant #define HAS_REENTRANT 1 #else #define REENTRANT #define HAS_REENTRANT 0 #endif #ifdef TEST5 void foo(int, int) REENTRANT; /* IGNORE */ #if HAS_REENTRANT void foo(int a, int b) {a; b;} /* ERROR(SDCC && !(__z80 || __gbz80 || SDCC_STACK_AUTO)) */ #endif #endif #ifdef TEST6 void foo(int a=1) /* ERROR */ { } #endif #ifdef TEST7 void foo(static int a) /* ERROR */ { } #endif sdcc-2.9.0/support/valdiag/tests/overflow.c000066400000000000000000000016171116427777700207620ustar00rootroot00000000000000volatile char c; volatile unsigned char uc; volatile int i; volatile unsigned u; volatile long l; volatile unsigned long ul; #ifdef TEST0 void foo(void) { i = 10000 * 10000; /* WARNING(SDCC) */ i = 0x4000 * 0x4000; /* WARNING(SDCC) */ } #endif #ifdef TEST1 void foo(void) { c = 1 << 7; i = c << 10; i = 1 << 10; i = c << 16; /* WARNING(SDCC) */ i = 1 << 16; /* WARNING(SDCC) */ i = uc << 16; /* WARNING(SDCC) */ l = l << 31; l = l << 32; /* WARNING */ l = ul << 32; /* WARNING */ } #endif #ifdef TEST2 void foo(void) { i = 1 >> 40; /* WARNING */ i = uc >> 7; i = 1 >> 7; i = uc >> 8; /* WARNING(SDCC) */ #if 0 i = 1 >> 8; /* WARN___(SDCC) */ #endif i = i >> 40; /* WARNING(GCC) */ i = u >> 15; i = u >> 16; /* WARNING(SDCC) */ i = l >> 40; /* WARNING(GCC) */ i = ul >> 31; i = ul >> 32; /* WARNING */ } #endif sdcc-2.9.0/support/valdiag/tests/primtypes.c000066400000000000000000000023531116427777700211510ustar00rootroot00000000000000#ifdef TESTchar char a; #endif #ifdef TESTint int a; #endif #ifdef TESTlong long a; #endif #ifdef TESTshort short a; #endif #ifdef TESTintlong long int a; #endif #ifdef TESTintshort short int a; #endif #ifdef TESTsigned signed a; #endif #ifdef TESTunsigned unsigned a; #endif #ifdef TESTintsigned signed int a; #endif #ifdef TESTintunsigned unsigned int a; #endif #ifdef TESTfloat float a; #endif #ifdef TESTfloatsigned signed float a; /* ERROR */ #endif #ifdef TESTfloatunsigned unsigned float a; /* ERROR */ #endif #ifdef TESTfloatshort short float a; /* ERROR */ #endif #ifdef TESTfloatlong long float a; /* ERROR */ #endif #ifdef TESTdouble double a; /* WARNING(SDCC) */ #endif #ifdef TESTdoubleshort short double a; /* ERROR */ #endif #ifdef TESTdoublelong long double a; /* WARNING(SDCC) */ #endif #ifdef TESTdoublesigned signed double a; /* ERROR */ #endif #ifdef TESTdoubleunsigned unsigned double a; /* ERROR */ #endif #ifdef TESTbit bit a; /* ERROR(__z80||__gbz80||__hc08||PORT_HOST) */ #endif #ifdef TESTsu1 signed unsigned int a; /* ERROR */ #endif #ifdef TESTsu2 unsigned signed int a; /* ERROR */ #endif #ifdef TESTsu3 unsigned signed a; /* ERROR */ #endif #ifdef TESTsu4 signed unsigned a; /* ERROR */ #endif sdcc-2.9.0/support/valdiag/tests/restrict.c000066400000000000000000000013321116427777700207500ustar00rootroot00000000000000 /* The restrict keyword can only qualify pointers */ #ifdef TEST1_C99 restrict a; /* ERROR */ #endif #ifdef TEST2_C99 restrict int a; /* ERROR */ #endif #ifdef TEST3_C99 restrict int a[10]; /* ERROR */ #endif #ifdef TEST4_C99 restrict int * a; /* ERROR */ #endif #ifdef TEST5_C99 restrict struct { int a; int b; } x; /* ERROR */ #endif #ifdef TEST6_C99 restrict int func(void) { /* ERROR */ return 0; } #endif #ifdef TEST7_C99 void func(restrict int x) { /* ERROR */ x; /* IGNORE */ } #endif #ifdef TEST_GOOD1_C99 int * restrict a; #endif #ifdef TEST_GOOD2_C99 int * func(int * restrict x) { return x; } #endif #ifdef TEST_GOOD3_C99 void func(int * restrict x) { x; /* IGNORE */ } #endif sdcc-2.9.0/support/valdiag/tests/struct.c000066400000000000000000000022761116427777700204450ustar00rootroot00000000000000 #ifdef TEST1 struct tag { int good1; register int bad; /* ERROR */ int good2; } badstruct; /* IGNORE */ #endif #ifdef TEST2 struct tag { int good1; int bad; /* IGNORE */ int bad; /* ERROR */ int good2; } badstruct; #endif #ifdef TEST3 struct tag { int good1; int bad:255; /* ERROR */ int good2; } badstruct; #endif #ifdef TEST4 struct tag { int good1; int good2; } goodstruct1; struct tag goodstruct2; #endif #ifdef TEST5a struct tag { int good1; int good2; } goodstruct1; union tag badunion; /* ERROR */ #endif #ifdef TEST5b union tag { int good1; int good2; } goodunion1; struct tag badstruct; /* ERROR */ #endif #ifdef TEST6 struct linklist { struct linklist *prev; struct linklist *next; int x; } ll; #endif #ifdef TEST7a union tag { struct tag *next; /* ERROR */ int x; } ll; #endif #ifdef TEST7b struct tag { union tag *next; /* ERROR */ int x; } ll; #endif #ifdef TEST8a struct tag { int a; /* IGNORE */ struct { int a; /* ERROR(SDCC) */ /* IGNORE(GCC) */ int b; }; } ll; #endif #ifdef TEST8b struct tag { int a; struct { int b; int c; }; } ll; void test(void) { ll.a = 1; ll.b = 2; ll.c = 3; } #endif sdcc-2.9.0/support/valdiag/tests/structflexiblearray.c000066400000000000000000000006011116427777700232050ustar00rootroot00000000000000 #ifdef TEST1 struct tag { int good1; int flex[]; /* ERROR(GCC) */ int good2; } badstruct; /* ERROR(SDCC) */ #endif #ifdef TEST2 struct tag { int flex[]; /* ERROR(GCC) */ } badstruct; /* ERROR(SDCC) */ #endif #ifdef TEST3 struct tag { int good1; struct tag2 { int good2; int flex[]; } nestedstruct; /* IGNORE(SDCC) */ } badstruct; /* ERROR(SDCC) */ #endif sdcc-2.9.0/support/valdiag/tests/switch.c000066400000000000000000000040501116427777700204120ustar00rootroot00000000000000 char x; /* Valid switch statement */ #ifdef TEST1 char foo(void) { switch(x) { char y; case 0: return 0; case 1: return 1; default: y = x+1; return y; } } #endif /* Error, duplicate cases */ #ifdef TEST2 char foo(void) { switch(x) { char y; case 0: /* IGNORE */ return 0; case 1: return 1; case 0: /* ERROR */ return 0; default: y = x; return y; } } #endif /* Error, more than one default */ #ifdef TEST3 char foo(void) { switch(x) { char y; case 0: return 0; case 1: return 1; default: /* IGNORE */ y = x; return y; default: /* ERROR */ return 2; } } #endif /* Warn about unreachable code */ #ifdef TEST4 char foo(void) { switch(x) { char y; x++; /* WARNING(SDCC) */ case 0: return 0; case 1: return 1; default: y = x; return x; } } #endif /* Warn about unreachable initializer */ #ifdef TEST5 char foo(void) { switch(x) { char y=1; /* WARNING(SDCC) */ case 0: return 0; case 1: return 1; default: return y; /* IGNORE */ } } #endif /* Error, missing switch */ #ifdef TEST6 char foo(void) { { case 0: /* ERROR */ return 0; case 1: /* ERROR */ return 1; default: /* ERROR */ return x; } } #endif /* Error, switch condition must be integral */ #ifdef TEST7 char foo(void) { float f; f=x; switch(f) /* ERROR */ { char y; case 0: return 0; case 1: return 1; default: y = x; return x; } return 0; } #endif /* Error, cases must be integral */ #ifdef TEST8 char foo(void) { switch(x) { char y; case 0.0: /* ERROR */ return 0; case 1: return 1; default: y = x; return x; } } #endif sdcc-2.9.0/support/valdiag/tests/tentdecl.c000066400000000000000000000034011116427777700207120ustar00rootroot00000000000000 #ifdef TEST0 int a; int a; #endif #ifdef TEST1 int a; /* IGNORE */ char a; /* ERROR */ #endif #ifdef TEST2 int a; /* IGNORE */ int *a; /* ERROR */ #endif #ifdef TEST3 int *a; /* IGNORE */ int a[5]; /* ERROR */ #endif /* array size must match */ #ifdef TEST4 int a[4]; /* IGNORE */ int a[5]; /* ERROR */ #endif /* but it is legal to clarify */ /* an incomplete type */ #ifdef TEST4b int a[]; int a[5]; #endif /* type qualifier must match */ #ifdef TEST5 int a; /* IGNORE */ volatile int a; /* ERROR */ #endif #ifdef TEST6 int a; /* IGNORE */ const int a; /* ERROR */ #endif #ifdef TEST7 int a=1; /* IGNORE */ int a=2; /* ERROR */ #endif #ifdef TEST7a int a=1; int a; #endif #ifdef TEST8 int a=1; /* IGNORE */ int a=1; /* ERROR */ #endif #if defined(__z80) || defined(__gbz80) #define XDATA #define DATA #else #define XDATA xdata #define DATA data #endif #ifdef TEST9 #ifdef SDCC XDATA int a; /* IGNORE */ DATA int a; /* ERROR(SDCC && !(__z80 || __gbz80)) */ #endif #endif #ifdef TEST9b #ifdef SDCC DATA int a; /* IGNORE */ XDATA int a; /* ERROR(SDCC && !(__z80 || __gbz80)) */ #endif #endif #ifdef TEST9c #ifdef SDCC extern DATA int a; DATA int a; #endif #endif #ifdef TEST9d #ifdef SDCC extern XDATA int a; XDATA int a; #endif #endif #ifdef TEST9e #ifdef SDCC extern XDATA int a; /* IGNORE */ DATA int a; /* ERROR(SDCC && !(__z80 || __gbz80)) */ #endif #endif #ifdef TEST9f #ifdef SDCC extern DATA int a; /* IGNORE */ XDATA int a; /* ERROR(SDCC && !(__z80 || __gbz80)) */ #endif #endif #ifdef TEST10 #if defined(SDCC) && !(defined(__z80) || defined(__gbz80)) extern volatile XDATA at 0 int a; /* IGNORE */ volatile XDATA int a; /* ERROR(SDCC && !(__z80 || __gbz80)) */ #endif #endif int validDeclaraction; /* to make sure this is never an empty source file */ sdcc-2.9.0/support/valdiag/tests/typedef.c000066400000000000000000000007601116427777700205550ustar00rootroot00000000000000 #ifdef TEST1 typedef union { long l; float f; } floatlong; char func(char floatlong) { return floatlong; } #endif #ifdef TEST2 typedef union { long l; float f; } floatlong; long func(float x) { typedef union { float f2; long l2; char c[4]; } floatlong; floatlong fl; fl.f2=x; return fl.l2; } #endif #ifdef TEST3 typedef int I; /* IGNORE */ typedef int I; /* ERROR */ #endif #ifdef TEST4 typedef int I; /* IGNORE */ typedef char I; /* ERROR */ #endif sdcc-2.9.0/support/valdiag/valdiag.py000066400000000000000000000224771116427777700176010ustar00rootroot00000000000000#!/usr/bin/env python #--------------------------------------------------------------------------- # valdiag.py - Validate diagnostic messages from SDCC/GCC # Written By - Erik Petrich . epetrich@users.sourceforge.net (2003) # # This program is free software; you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by the # Free Software Foundation; either version 2, or (at your option) any # later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # # In other words, you are welcome to use, share and improve this program. # You are forbidden to forbid anyone else to use, share and improve # what you give them. Help stamp out software-hoarding! #--------------------------------------------------------------------------- import sys, string, os, popen2, re macrodefs = {} gcc = { "CC":"gcc", "CCFLAGS":"-c -Wall -DPORT_HOST=1", "CCDEF":"-D", "CCOUTPUT":"-o", "C89":"-std=c89", "C99":"-std=c99", "defined": { "__GNUC__":"1", "GCC":"1" }, "ignoremsg": [ ] } sdcc = { "CC":"../../bin/sdcc", "CCFLAGS":"-c -m{port}", "CCDEF":"-D", "CCOUTPUT":"-o", "C89":"--std-sdcc89", "C99":"--std-sdcc99", "defined": { "SDCC":"1", "SDCC_{port}":"1", "__{port}":"1" }, "ignoremsg": [ "code not generated.*due to previous errors", "unreferenced function argument" ] } testmodes = { "host":{ "compiler":gcc, "port":"host", "defined": { "PORT_HOST":"1" } }, "mcs51":{ "compiler":sdcc, "port":"mcs51" }, "mcs51-large":{ "compiler":sdcc, "port":"mcs51", "flags":"--model-large", "defined": { "SDCC_MODEL_LARGE":"1" } }, "mcs51-stack-auto":{ "compiler":sdcc, "port":"mcs51", "flags":"--stack-auto", "defined": { "SDCC_STACK_AUTO":"1" } }, "ds390":{ "compiler":sdcc, "port":"ds390" }, "z80":{ "compiler":sdcc, "port":"z80" }, "gbz80":{ "compiler":sdcc, "port":"gbz80" }, "hc08":{ "compiler":sdcc, "port":"hc08" }, "pic14":{ "compiler":sdcc, "port":"pic14" }, "pic16":{ "compiler":sdcc, "port":"pic16" } } def evalQualifier(expr): global macrodefs tokens = re.split("([^0-9A-Za-z_])", expr) for tokenindex in range(len(tokens)): token = tokens[tokenindex] if token in macrodefs: tokens[tokenindex] = macrodefs[token] elif token == "defined": tokens[tokenindex] = "" if tokens[tokenindex+2] in macrodefs: tokens[tokenindex+2] = "1" else: tokens[tokenindex+2] = "0" elif len(token)>0: if token[0]=="_" or token[0] in string.ascii_letters: tokens[tokenindex] = "0" expr = string.join(tokens,"") expr = string.replace(expr,"&&"," and "); expr = string.replace(expr,"||"," or "); expr = string.replace(expr,"!"," not "); return eval(expr) def expandPyExpr(expr): tokens = re.split("({|})", expr) for tokenindex in range(1,len(tokens)): if tokens[tokenindex-1]=="{": tokens[tokenindex]=eval(tokens[tokenindex]) tokens[tokenindex-1]="" tokens[tokenindex+1]="" expandedExpr = string.join(tokens,"") return expandedExpr def addDefines(deflist): for define in deflist.keys(): expandeddef = expandPyExpr(define) macrodefs[expandeddef] = expandPyExpr(deflist[define]) def parseInputfile(inputfilename): inputfile = open(inputfilename, "r") testcases = {} testname = "" linenumber = 1 # Find the test cases and tests in this file for line in inputfile.readlines(): # See if a new testcase is being defined p = string.find(line, "TEST") if p>=0: testname = string.split(line[p:])[0] if not testcases.has_key(testname): testcases[testname] = {} # See if a new test is being defined for testtype in ["ERROR", "WARNING", "IGNORE"]: p = string.find(line, testtype); if p>=0: # Found a test definition qualifier = string.strip(line[p+len(testtype):]) p = string.find(qualifier, "*/") if p>=0: qualifier = string.strip(qualifier[:p]) if len(qualifier)==0: qualifier="1" qualifier = evalQualifier(qualifier) if qualifier: if not linenumber in testcases[testname]: testcases[testname][linenumber]=[] testcases[testname][linenumber].append(testtype) linenumber = linenumber + 1 inputfile.close() return testcases def parseResults(output): results = {} for line in output: print line, if string.count(line, "SIGSEG"): results[0] = ["FAULT", string.strip(line)] continue # look for something of the form: # filename:line:message msg = string.split(line,":",2) if len(msg)<3: continue if msg[0]!=inputfilename: continue if len(msg[1])==0: continue if not msg[1][0] in string.digits: continue # it's in the right form; parse it linenumber = int(msg[1]) msgtype = "UNKNOWN" uppermsg = string.upper(msg[2]) if string.count(uppermsg,"ERROR"): msgtype = "ERROR" if string.count(uppermsg,"WARNING"): msgtype = "WARNING" msgtext = string.strip(msg[2]) ignore = 0 for ignoreExpr in ignoreExprList: if re.search(ignoreExpr,msgtext)!=None: ignore = 1 if not ignore: results[linenumber]=[msgtype,string.strip(msg[2])] return results def showUsage(): print "Usage: test testmode cfile [objectfile]" print "Choices for testmode are:" for testmodename in testmodes.keys(): print " %s" % testmodename sys.exit(1) # Start here if len(sys.argv)<3: showUsage() testmodename = sys.argv[1] if not testmodename in testmodes: print "Unknown test mode '%s'" % testmodename showUsage() testmode = testmodes[testmodename] compilermode = testmode["compiler"] port = expandPyExpr(testmode["port"]) cc = expandPyExpr(compilermode["CC"]) ccflags = expandPyExpr(compilermode["CCFLAGS"]) if "flags" in testmode: ccflags = string.join([ccflags,expandPyExpr(testmode["flags"])]) if len(sys.argv)>=4: if "CCOUTPUT" in compilermode: ccflags = string.join([ccflags,expandPyExpr(compilermode["CCOUTPUT"]),sys.argv[3]]) if "defined" in compilermode: addDefines(compilermode["defined"]) if "defined" in testmode: addDefines(testmode["defined"]) if "ignoremsg" in compilermode: ignoreExprList = compilermode["ignoremsg"] else: ignoreExprList = [] inputfilename = sys.argv[2] try: testcases = parseInputfile(inputfilename) except IOError: print "Unable to read file '%s'" % inputfilename sys.exit(1) casecount = len(testcases.keys()) testcount = 0 failurecount = 0 for testname in testcases.keys(): ccdef = compilermode["CCDEF"]+testname if testname[-3:] == "C89": ccstd = compilermode["C89"] elif testname[-3:] == "C99": ccstd = compilermode["C99"] else: ccstd = "" cmd = string.join([cc,ccflags,ccstd,ccdef,inputfilename]) print print cmd spawn = popen2.Popen4(cmd) spawn.wait() output = spawn.fromchild.readlines() results = parseResults(output) if len(testcases[testname])==0: testcount = testcount + 1 #implicit test for no errors # Go through the tests of this case and make sure # the compiler gave a diagnostic for checkline in testcases[testname].keys(): testcount = testcount + 1 if checkline in results: if "IGNORE" in testcases[testname][checkline]: testcount = testcount - 1 #this isn't really a test del results[checkline] else: for wanted in testcases[testname][checkline]: if not wanted=="IGNORE": print "--- FAIL: expected %s" % wanted, print "at %s:%d" % (inputfilename, checkline) failurecount = failurecount + 1 # Output any unexpected diagnostics for checkline in results.keys(): print '--- FAIL: unexpected message "%s" ' % results[checkline][1], print "at %s:%d" % (inputfilename, checkline) failurecount = failurecount + 1 print print "--- Summary: %d/%d/%d: " % (failurecount, testcount, casecount), print "%d failed of %d tests in %d cases." % (failurecount, testcount, casecount)